pax_global_header00006660000000000000000000000064152340731200014507gustar00rootroot0000000000000052 comment=6dc57174369ba131d35a21db9735a48ac01e6610 bbuchfink-diamond-6dc5717/000077500000000000000000000000001523407312000154155ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/.cirrus.yml000066400000000000000000000005541523407312000175310ustar00rootroot00000000000000task: name: build arm_container: image: gcc:latest cpu: 1 memory: 4G install_script: | apt-get update && apt-get install cmake zlib1g-dev --yes --force-yes --no-install-suggests --no-install-recommends compile_script: | mkdir bin && cd bin cmake -DCMAKE_BUILD_TYPE=Release .. make test_script: | cd bin && ctest -C Releasebbuchfink-diamond-6dc5717/.dockerignore000066400000000000000000000001051523407312000200650ustar00rootroot00000000000000.git .vs out build/ cmake-build-*/ CMakeCache.txt CMakeFiles/ *.cmakebbuchfink-diamond-6dc5717/.gitattributes000066400000000000000000000005721523407312000203140ustar00rootroot00000000000000# Auto detect text files and perform LF normalization * text=auto # Custom for Visual Studio *.cs diff=csharp # Standard to msysgit *.doc diff=astextplain *.DOC diff=astextplain *.docx diff=astextplain *.DOCX diff=astextplain *.dot diff=astextplain *.DOT diff=astextplain *.pdf diff=astextplain *.PDF diff=astextplain *.rtf diff=astextplain *.RTF diff=astextplain bbuchfink-diamond-6dc5717/.github/000077500000000000000000000000001523407312000167555ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/.github/FUNDING.yml000066400000000000000000000001011523407312000205620ustar00rootroot00000000000000# These are supported funding model platforms github: bbuchfink bbuchfink-diamond-6dc5717/.github/workflows/000077500000000000000000000000001523407312000210125ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/.github/workflows/cmake.yml000066400000000000000000000034171523407312000226220ustar00rootroot00000000000000name: Build on: push: branches: [ master ] pull_request: branches: [ master ] env: # Customize the CMake build type here (Release, Debug, RelWithDebInfo, etc.) BUILD_TYPE: Release permissions: contents: read jobs: build: # The CMake configure and build commands are platform agnostic and should work equally # well on Windows or Mac. You can convert this to a matrix build if you need # cross-platform coverage. # See: https://docs.github.com/en/free-pro-team@latest/actions/learn-github-actions/managing-complex-workflows#using-a-build-matrix runs-on: ${{ matrix.os }} strategy: matrix: # runner image list, https://github.com/actions/runner-images os: [ ubuntu-latest, macos-latest, ubuntu-24.04-arm, macos-15-intel ] steps: - uses: actions/checkout@v2 - name: apt if: runner.os == 'Linux' run: sudo apt-get update && sudo apt-get install -y g++ automake cmake zlib1g-dev git libzstd-dev libsqlite3-dev - name: Configure CMake # Configure CMake in a 'build' subdirectory. `CMAKE_BUILD_TYPE` is only required if you are using a single-configuration generator such as make. # See https://cmake.org/cmake/help/latest/variable/CMAKE_BUILD_TYPE.html?highlight=cmake_build_type run: cmake -B ${{github.workspace}}/build -DCMAKE_BUILD_TYPE=${{env.BUILD_TYPE}} - name: Build # Build your program with the given configuration run: cmake --build ${{github.workspace}}/build --config ${{env.BUILD_TYPE}} -j $(nproc --all) - name: Test working-directory: ${{github.workspace}}/build # Execute tests defined by the CMake configuration. # See https://cmake.org/cmake/help/latest/manual/ctest.1.html for more detail run: ctest -C ${{env.BUILD_TYPE}} bbuchfink-diamond-6dc5717/.github/workflows/codeql.yml000066400000000000000000000026211523407312000230050ustar00rootroot00000000000000name: "Code Scanning - Action" on: pull_request: jobs: CodeQL-Build: # CodeQL runs on ubuntu-latest, windows-latest, and macos-latest runs-on: ubuntu-latest permissions: # required for all workflows security-events: write steps: - name: Checkout repository uses: actions/checkout@v3 # Initializes the CodeQL tools for scanning. - name: Initialize CodeQL uses: github/codeql-action/init@v2 # Override language selection by uncommenting this and choosing your languages # with: # languages: go, javascript, csharp, python, cpp, java # Autobuild attempts to build any compiled languages (C/C++, C#, or Java). # If this step fails, then you should remove it and run the build manually (see below). - name: Autobuild uses: github/codeql-action/autobuild@v2 # ℹī¸ Command-line programs to run using the OS shell. # 📚 See https://docs.github.com/en/actions/using-workflows/workflow-syntax-for-github-actions#jobsjob_idstepsrun # ✏ī¸ If the Autobuild fails above, remove it and uncomment the following # three lines and modify them (or add more) to build your code if your # project uses a compiled language #- run: | # make bootstrap # make release - name: Perform CodeQL Analysis uses: github/codeql-action/analyze@v2 bbuchfink-diamond-6dc5717/.gitignore000066400000000000000000000015341523407312000174100ustar00rootroot00000000000000# Windows image file caches Thumbs.db ehthumbs.db # Folder config file Desktop.ini # Recycle Bin used on file shares $RECYCLE.BIN/ # Windows Installer files *.cab *.msi *.msm *.msp # Windows shortcuts *.lnk # ========================= # Operating System Files # ========================= # OSX # ========================= .DS_Store .AppleDouble .LSOverride # Thumbnails ._* # Files that might appear on external disk .Spotlight-V100 .Trashes # Directories potentially created on remote AFP share .AppleDB .AppleDesktop Network Trash Folder Temporary Items .apdisk # CMake files CMakeCache.txt CMakeFiles cmake_install.cmake install_manifest.txt build/ .idea Makefile diamond src/extra/ .vs/ .unison /CMakeSettings.json /out/install/x64-Debug/bin/diamond.exe /src/test/test.ps1 /src/test/out /src/test/data.dmnd /CMakePresets.json /Testing/Temporarybbuchfink-diamond-6dc5717/CITATION.cff000066400000000000000000000006531523407312000173130ustar00rootroot00000000000000cff-version: "1.1.0" authors: - family-names: Buchfink given-names: "Benjamin J." - family-names: Reuter given-names: Klaus - family-names: Drost given-names: "Hajk-Georg" date-released: 2021-04-07 doi: "10.1038/s41592-021-01101-x" message: "If you use this software, please cite it using these metadata." title: "Sensitive protein alignments at tree-of-life scale using DIAMOND" version: "2.2.5"bbuchfink-diamond-6dc5717/CMakeLists.txt000066400000000000000000000605751523407312000201720ustar00rootroot00000000000000# DIAMOND protein sequence aligner # Copyright (C) 2012-2026 Benjamin J. Buchfink # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . # SPDX-License-Identifier: GPL-3.0-or-later cmake_minimum_required (VERSION 2.6...3.5) project (DIAMOND) include(CheckCXXCompilerFlag) include(CheckSymbolExists) include(CheckTypeSize) option(BUILD_STATIC "BUILD_STATIC" OFF) option(STATIC_LIBGCC "STATIC_LIBGCC" OFF) option(STATIC_LIBSTDC++ "STATIC_LIBSTDC++" OFF) option(X86 "X86" ON) option(ARM "ARM" OFF) option(AARCH64 "AARCH64" OFF) option(WITH_ZSTD "WITH_ZSTD" OFF) option(CROSS_COMPILE "CROSS_COMPILE" OFF) # experimental options not suitable for deployment purposes option(EXTRA "EXTRA" OFF) option(STRICT_BAND "STRICT_BAND" ON) option(LEFTMOST_SEED_FILTER "LEFTMOST_SEED_FILTER" ON) option(SEQ_MASK "SEQ_MASK" ON) option(DP_STAT "DP_STAT" OFF) option(HIT_KEEP_TARGET_ID "HIT_KEEP_TARGET_ID" OFF) option(LONG_SEEDS "LONG_SEEDS" OFF) option(WITH_AVX512 "WITH_AVX512" OFF) option(WITH_DNA "WITH_DNA" OFF) option(WITH_MCL "WITH_MCL" OFF) option(USE_TLS "USE_TLS" OFF) set(MAX_SHAPE_LEN 19) if(NOT CROSS_COMPILE AND CMAKE_SYSTEM_PROCESSOR MATCHES "^(aarch64.*|AARCH64.*|arm64.*)") set(X86 OFF) set(AARCH64 ON) elseif(NOT CROSS_COMPILE AND CMAKE_SYSTEM_PROCESSOR MATCHES "^(arm.*|ARM.*)") set(X86 OFF) set(ARM ON) elseif(NOT CROSS_COMPILE AND CMAKE_SYSTEM_PROCESSOR MATCHES "PPC64*|ppc64*|powerpc64*") set(X86 OFF) # set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -maltivec") elseif(NOT CROSS_COMPILE AND CMAKE_SYSTEM_PROCESSOR MATCHES "^s390|sparc") set(X86 OFF) endif() if(STATIC_LIBSTDC++) set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -static-libstdc++") endif() if(STRICT_BAND) add_definitions(-DSTRICT_BAND) endif() if(USE_TLS) add_definitions(-DUSE_TLS) endif() if(SEQ_MASK) add_definitions(-DSEQ_MASK) endif() if(LEFTMOST_SEED_FILTER) add_definitions(-DLEFTMOST_SEED_FILTER) endif() if(DP_STAT) add_definitions(-DDP_STAT) endif() if(EXTRA) add_definitions(-DEXTRA) endif() if(HIT_KEEP_TARGET_ID) add_definitions(-DHIT_KEEP_TARGET_ID) endif() if(LONG_SEEDS) add_definitions(-DLONG_SEEDS) endif() if(WITH_AVX512) add_definitions(-DWITH_AVX512) endif() if(WITH_DNA) add_definitions(-DWITH_DNA) endif() if(WITH_MCL) add_definitions(-DWITH_MCL) endif() if(WITH_FAMSA) add_definitions(-DWITH_FAMSA) endif() add_definitions(-DMAX_SHAPE_LEN=${MAX_SHAPE_LEN}) add_definitions(-D_ITERATOR_DEBUG_LEVEL=0) IF(STATIC_LIBGCC) set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -static-libgcc") endif() if(BUILD_STATIC) set(CMAKE_FIND_LIBRARY_SUFFIXES ".a") set(BUILD_SHARED_LIBRARIES OFF) set(CMAKE_EXE_LINKER_FLAGS "-static") endif() function(set_cxx_standard std flag) if(${CMAKE_VERSION} VERSION_LESS "3.1.0") set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${flag}" PARENT_SCOPE) else() set(CMAKE_CXX_STANDARD ${std} PARENT_SCOPE) endif() endfunction(set_cxx_standard) check_type_size(ptrdiff_t SIZEOF_PTRDIFF_T) check_type_size(int SIZEOF_INT) check_cxx_compiler_flag("-std=gnu++14" HAS_GNUPP14) check_cxx_compiler_flag("-std=gnu++17" HAS_GNUPP17) check_cxx_compiler_flag("-std=gnu++20" HAS_GNUPP20) check_cxx_compiler_flag("-std=gnu++23" HAS_GNUPP23) if(HAS_GNUPP23 OR ${CMAKE_CXX_COMPILER_ID} STREQUAL MSVC) set_cxx_standard(23 "-std=gnu++23") elseif(HAS_GNUPP20) set_cxx_standard(20 "-std=gnu++20") elseif(HAS_GNUPP17) set_cxx_standard(17 "-std=gnu++17") elseif (HAS_GNUPP14) set_cxx_standard(14 "-std=gnu++14") else() set_cxx_standard(11 "-std=gnu++11") endif() check_symbol_exists(sysinfo "sys/sysinfo.h" HAVE_SYSINFO) if(CMAKE_BUILD_MARCH) set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -march=${CMAKE_BUILD_MARCH}") endif() find_package(ZLIB REQUIRED) find_package(Threads REQUIRED) if(NOT CMAKE_BUILD_TYPE AND NOT CMAKE_CONFIGURATION_TYPES) set(CMAKE_BUILD_TYPE Release) endif() if (${CMAKE_CXX_COMPILER_ID} STREQUAL MSVC) add_definitions(-D_CRT_SECURE_NO_WARNINGS) add_definitions(-D_HAS_STD_BYTE=0) add_definitions(-D_SILENCE_ALL_CXX23_DEPRECATION_WARNINGS) else() set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -ffp-contract=off -Wall -Wextra -Wno-implicit-fallthrough -Wreturn-type -Wno-unused -Wno-unused-parameter -Wno-unused-variable -Wno-uninitialized -Wno-deprecated-copy -Wno-unknown-warning-option ")#-g -fsanitize=address -fno-omit-frame-pointer ") endif() if (CMAKE_CXX_COMPILER_ID STREQUAL "Clang") set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -Wno-pragma-clang-attribute -Wno-overloaded-virtual -Wno-missing-braces") #-g -fsanitize=thread -fno-omit-frame-pointer" ) endif() if (CMAKE_COMPILER_IS_GNUCC AND CMAKE_CXX_COMPILER_VERSION VERSION_LESS 5) set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -fabi-version=7") message("Setting -fabi-version for GCC 4.x") endif() set(DISPATCH_OBJECTS "src/dp/swipe/banded_3frame_swipe.cpp" "src/search/hamming/stage1_2.cpp" "src/search/stage0.cpp" "src/search/seed_array/seed_array.cpp" "src/search/seed_array/seed_array_extra.cpp" "src/tools/benchmark.cpp" "src/dp/swipe/swipe_wrapper.cpp" "src/masking/tantan.cpp" "src/dp/scan_diags.cpp" "src/dp/ungapped_simd.cpp" "src/dp/swipe/anchored_wrapper.cpp" "src/dp/score_profile.cpp" "src/stats/matrix_adjust/matrix_adjust.cpp" "src/stats/matrix_adjust/matrix_adjust_scalar.cpp" "src/align/reseek.cpp" "src/search/lin_index/scan.cpp" ) if(EXTRA) LIST(APPEND DISPATCH_OBJECTS "src/tools/benchmark_swipe.cpp") endif() add_library(arch_generic OBJECT ${DISPATCH_OBJECTS}) target_compile_options(arch_generic PUBLIC -DDISPATCH_ARCH=ARCH_GENERIC -DARCH_ID=0) if("${CMAKE_CXX_COMPILER_ID}" STREQUAL "MSVC") target_compile_options(arch_generic PUBLIC /Zc:__cplusplus) else() include(CheckCXXCompilerFlag) set(ARCH_GENERIC_CXX_FLAGS -mtune=generic -fno-stack-protector ) check_cxx_compiler_flag("-fcf-protection=none" HAVE_CXX_FLAG_FCF_PROTECTION_NONE) if(HAVE_CXX_FLAG_FCF_PROTECTION_NONE) list(APPEND ARCH_GENERIC_CXX_FLAGS -fcf-protection=none) endif() target_compile_options(arch_generic PUBLIC ${ARCH_GENERIC_CXX_FLAGS}) endif() if(X86) add_library(arch_sse4_1 OBJECT ${DISPATCH_OBJECTS}) add_library(arch_avx2 OBJECT ${DISPATCH_OBJECTS}) if(WITH_AVX512) add_library(arch_avx512 OBJECT ${DISPATCH_OBJECTS}) endif() add_definitions(-DWITH_AVX2) add_definitions(-DWITH_SSE4_1) if (${CMAKE_CXX_COMPILER_ID} STREQUAL MSVC) target_compile_options(arch_sse4_1 PUBLIC -DDISPATCH_ARCH=ARCH_SSE4_1 -DARCH_ID=1 -D__SSSE3__ -D__SSE4_1__ -D__POPCNT__ /Zc:__cplusplus) target_compile_options(arch_avx2 PUBLIC -DDISPATCH_ARCH=ARCH_AVX2 -DARCH_ID=2 /arch:AVX2 -D__SSSE3__ -D__SSE4_1__ -D__POPCNT__ /Zc:__cplusplus) if(WITH_AVX512) target_compile_options(arch_avx512 PUBLIC -DDISPATCH_ARCH=ARCH_AVX512 -DARCH_ID=3 /arch:AVX512 -D__SSSE3__ -D__SSE4_1__ -D__POPCNT__) endif() else() target_compile_options(arch_sse4_1 PUBLIC -DDISPATCH_ARCH=ARCH_SSE4_1 -DARCH_ID=1 -mssse3 -mpopcnt -msse4.1) target_compile_options(arch_avx2 PUBLIC -DDISPATCH_ARCH=ARCH_AVX2 -DARCH_ID=2 -mssse3 -mpopcnt -msse4.1 -msse4.2 -mavx -mavx2 -mfma) if(WITH_AVX512) target_compile_options(arch_avx512 PUBLIC -DDISPATCH_ARCH=ARCH_AVX512 -DARCH_ID=3 -mssse3 -mpopcnt -msse4.1 -msse4.2 -mavx -mavx2 -mavx512f -mavx512bw) endif() endif() endif(X86) # NEON is mandatory on Aarch64 #if(AARCH64) # add_definitions(-DWITH_NEON) # add_library(arch_neon OBJECT ${DISPATCH_OBJECTS}) # target_compile_options(arch_neon PUBLIC -DDISPATCH_ARCH=ARCH_NEON -DARCH_ID=4 -D__ARM_NEON -D__aarch64__) #endif(AARCH64) # NEON is optional on Armv7, so we need to check for compiler support, # and for the header used for runtime detection. #if(ARM) #check_symbol_exists(getauxval "sys/auxv.h" HAVE_GETAUXVAL) #check_cxx_compiler_flag("-mfpu=neon" HAVE_MFPU_NEON) #if(HAVE_MFPU_NEON) # message(STATUS "Compiler supports NEON architecture") # add_definitions(-DWITH_NEON) # add_definitions(-DHAVE_MFPU_NEON) # add_library(arch_neon OBJECT ${DISPATCH_OBJECTS}) # target_compile_options(arch_neon PUBLIC -DDISPATCH_ARCH=ARCH_NEON -DARCH_ID=4 -D__ARM_NEON -mfpu=neon) # endif() # if(HAVE_GETAUXVAL) # add_definitions(-DHAVE_GETAUXVAL) # endif() #endif(ARM) check_symbol_exists(getauxval "sys/auxv.h" HAVE_GETAUXVAL) if(AARCH64) add_definitions(-DWITH_NEON) add_library(arch_neon OBJECT ${DISPATCH_OBJECTS}) target_compile_options(arch_neon PUBLIC -DDISPATCH_ARCH=ARCH_NEON -DARCH_ID=4 -D__ARM_NEON -D__aarch64__) elseif(ARM) check_cxx_compiler_flag("-mfpu=neon" HAVE_MFPU_NEON) if(HAVE_MFPU_NEON) add_definitions(-DWITH_NEON) add_definitions(-DHAVE_MFPU_NEON) add_library(arch_neon OBJECT ${DISPATCH_OBJECTS}) target_compile_options(arch_neon PUBLIC -DDISPATCH_ARCH=ARCH_NEON -DARCH_ID=4 -D__ARM_NEON -mfpu=neon) endif() if(HAVE_GETAUXVAL) add_definitions(-DHAVE_GETAUXVAL) endif() endif() set(OBJECTS src/run/main.cpp src/basic/config.cpp src/stats/score_matrix.cpp src/data/queries.cpp src/search/seed_array/seed_histogram.cpp src/legacy/daa/daa_record.cpp src/util/command_line_parser.cpp src/util/util.cpp src/basic/basic.cpp src/basic/hssp.cpp src/dp/ungapped_align.cpp src/run/tools.cpp src/chaining/greedy_align.cpp src/output/output_format.cpp src/output/join_blocks.cpp src/data/frequent_seeds.cpp src/align/legacy/query_mapper.cpp src/output/blast_tab_format.cpp src/output/blast_pairwise_format.cpp src/run/double_indexed.cpp src/output/sam_format.cpp src/align/align.cpp src/search/setup.cpp src/data/taxonomy.cpp src/masking/masking.cpp src/data/seed_set.cpp src/util/simd.cpp src/output/taxon_format.cpp src/legacy/daa/view.cpp src/output/output_sink.cpp src/output/target_culling.cpp src/align/legacy/banded_swipe_pipeline.cpp src/util/io/compressed_buffer.cpp src/util/io/file.cpp src/data/taxon_list.cpp src/data/taxonomy_nodes.cpp src/lib/murmurhash/MurmurHash3.cpp src/output/paf_format.cpp src/util/system/system.cpp src/util/sequence/sequence.cpp src/tools/tools.cpp src/tools/composition_matrix.cpp src/util/system/getRSS.cpp src/lib/tantan/LambdaCalculator.cc src/util/string/string.cpp src/align/extend.cpp src/test/test.cpp src/align/ungapped.cpp src/align/gapped_score.cpp src/align/gapped_final.cpp src/align/full_db.cpp src/align/culling.cpp src/align/output.cpp src/chaining/smith_waterman.cpp src/output/xml_format.cpp src/align/gapped_filter.cpp src/util/parallel/filestack.cpp src/util/parallel/parallelizer.cpp src/util/parallel/multiprocessing.cpp src/lib/alp/njn_dynprogprob.cpp src/lib/alp/njn_dynprogproblim.cpp src/lib/alp/njn_dynprogprobproto.cpp src/lib/alp/njn_ioutil.cpp src/lib/alp/njn_localmaxstat.cpp src/lib/alp/njn_localmaxstatmatrix.cpp src/lib/alp/njn_localmaxstatutil.cpp src/lib/alp/njn_random.cpp src/lib/alp/sls_alignment_evaluer.cpp src/lib/alp/sls_alp.cpp src/lib/alp/sls_alp_data.cpp src/lib/alp/sls_alp_regression.cpp src/lib/alp/sls_alp_sim.cpp src/lib/alp/sls_basic.cpp src/lib/alp/sls_pvalues.cpp src/align/global_ranking/global_ranking.cpp src/align/global_ranking/extend.cpp src/lib/blast/blast_seg.cpp src/lib/blast/blast_filter.cpp src/lib/blast/nlm_linear_algebra.cpp src/stats/stats.cpp src/stats/cbs.cpp src/stats/comp_based_stats.cpp src/stats/hauser_correction.cpp src/stats/matrix_adjust/matrix_adjust_wrapper.cpp src/data/index.cpp src/legacy/dmnd/dmnd.cpp src/data/sequence_file.cpp src/data/block/block.cpp src/data/block/block_wrapper.cpp src/run/config.cpp src/data/sequence_set.cpp src/align/global_ranking/table.cpp src/legacy/daa/daa_write.cpp src/search/seed_complexity.cpp src/basic/value.cpp src/masking/motifs.cpp src/align/alt_hsp.cpp src/data/fasta/fasta_file.cpp src/cluster/output.cpp src/cluster/realign.cpp src/cluster/reassign.cpp src/util/io/read_text_mt.cpp src/tools/greedy_vertex_cover.cpp #src/cluster/cascaded/recluster.cpp src/cluster/helpers.cpp src/search/kmer_ranking.cpp src/chaining/hamming_ext.cpp src/lib/blast/blast_message.cpp src/lib/blast/blast_stat.cpp src/lib/blast/blastn_score.cpp src/lib/blast/ncbi_std.cpp src/legacy/daa/merge.cpp src/chaining/backtrace.cpp src/dp/scalar/smith_waterman.cpp #src/util/algo/mcl.cpp src/stats/matrix_adjust/ncbi.cpp src/search/hit_buffer.cpp src/data/blastdb/phr.cpp src/data/blastdb/psq.cpp src/data/blastdb/pin.cpp src/data/blastdb/pal.cpp src/data/blastdb/asn1.cpp src/data/blastdb/blastdb.cpp src/test/queue.cpp src/test/hit_buffer_stress.cpp src/cluster/multinode.cpp src/cluster/data.cpp src/cluster/len_sort.cpp src/cluster/make_blocks.cpp src/cluster/merge.cpp src/cluster/search.cpp src/cluster/lin_index.cpp src/search/lin_index/lin_index.cpp src/util/io/zlib_bridge.cpp src/util/sequence/seqindex.cpp ) if(WITH_DNA) list(APPEND OBJECTS src/contrib/dna/smith_watermann.cpp src/contrib/dna/dna_index.cpp src/contrib/dna/seed_set_dna.cpp src/contrib/dna/extension.cpp src/contrib/dna/chain.cpp src/contrib/dna/extension_chain.cpp src/contrib/dna/alignment.cpp src/contrib/dna/extension_seed_matches.cpp src/contrib/dna/smith_watermann.cpp src/lib/ksw2/ksw2_extz2_sse.c src/lib/ksw2/ksw2_extz.c src/lib/WFA2-lib.diamond/bindings/cpp/WFAligner.cpp src/contrib/dna/build_score.cpp ) endif() if(WITH_MCL) list(APPEND OBJECTS src/contrib/mcl/mcl.cpp src/contrib/mcl/clustering_variables.cpp src/contrib/mcl/clustering_format.cpp) endif() list(APPEND CMAKE_MODULE_PATH "${CMAKE_SOURCE_DIR}") if(WITH_ZSTD) set(ZSTD_OBJ "src/util/io/zstd_bridge.cpp") endif() if(X86) if(WITH_AVX512) add_executable(diamond $ $ $ $ ${OBJECTS} ${ZSTD_OBJ}) else() add_executable(diamond $ $ $ ${OBJECTS} ${ZSTD_OBJ}) endif() elseif(ARM OR AARCH64) if(AARCH64 OR HAVE_MFPU_NEON) add_executable(diamond $ $ ${OBJECTS} ${ZSTD_OBJ}) else() add_executable(diamond $ ${OBJECTS} ${ZSTD_OBJ}) endif() else() add_executable(diamond $ ${OBJECTS} ${ZSTD_OBJ}) endif() if (${CMAKE_CXX_COMPILER_ID} STREQUAL MSVC) target_compile_options(diamond PUBLIC /Zc:__cplusplus) endif() include_directories("${CMAKE_SOURCE_DIR}/src/" "${ZLIB_INCLUDE_DIR}" "${CMAKE_SOURCE_DIR}/src/lib") #find_package(SQLite3) #target_link_libraries(diamond SQLite::SQLite3 ${CMAKE_DL_LIBS}) find_path(${SQLite3_INCLUDE_DIR} NAMES sqlite3.h PATHS ${SQLite3_INCLUDE_DIR}) find_library(SQLite3_LIBRARY NAMES libsqlite3.a libsqlite3.so libsqlite3.so.0 sqlite3 HINTS /opt/homebrew/opt/sqlite/lib /usr/local/opt/sqlite/lib) message(STATUS "SQLite3 Library: ${SQLite3_LIBRARY}") target_include_directories(diamond PRIVATE "${SQLite3_INCLUDE_DIR}") target_link_libraries(diamond ${SQLite3_LIBRARY} ${CMAKE_DL_LIBS}) if(WITH_ZSTD) find_path(ZSTD_INCLUDE_DIR NAMES zstd.h) find_library(ZSTD_LIBRARY NAMES zstd libzstd_static libzstd.a) message(STATUS "Zstd Library: ${ZSTD_LIBRARY}") message(STATUS "Zstd include: ${ZSTD_INCLUDE_DIR}") if(NOT ZSTD_INCLUDE_DIR) message(FATAL_ERROR "Could not find zstd.h") endif() if(NOT ZSTD_LIBRARY) message(FATAL_ERROR "Could not find zstd library") endif() #target_include_directories(diamond PRIVATE "${ZSTD_INCLUDE_DIR}") include_directories("${ZSTD_INCLUDE_DIR}") target_link_libraries(diamond "${ZSTD_LIBRARY}") add_definitions(-DWITH_ZSTD) endif() if (${CMAKE_CXX_COMPILER_ID} STREQUAL MSVC) find_library(BCRYPT_LIBRARY BCrypt) find_library(WS2_32_LIBRARY Ws2_32) target_link_libraries(diamond ${BCRYPT_LIBRARY} ${WS2_32_LIBRARY}) endif() target_link_libraries(diamond ${ZLIB_LIBRARY} ${CMAKE_THREAD_LIBS_INIT}) install(TARGETS diamond DESTINATION bin) enable_testing() SET(TD ${CMAKE_SOURCE_DIR}/src/test) SET(SP -DTEST_DIR=${CMAKE_SOURCE_DIR}/src/test -P ${CMAKE_SOURCE_DIR}/src/test/test.cmake) SET(SP_EC -DTEST_DIR=${CMAKE_SOURCE_DIR}/src/test -P ${CMAKE_SOURCE_DIR}/src/test/test_exit_code.cmake) function(add_diamond_test NAME ARGS) add_test(NAME ${NAME} COMMAND ${CMAKE_COMMAND} -DNAME=${NAME} "-DARGS=${ARGS}" ${SP}) endfunction() function(add_diamond_test_exit_code NAME ARGS) add_test(NAME ${NAME} COMMAND ${CMAKE_COMMAND} -DNAME=${NAME} "-DARGS=${ARGS}" ${SP_EC}) endfunction() add_diamond_test_exit_code(makedb-nr_10k "makedb --in ${TD}/nr_10k.faa -d nr_10k --taxonmap ${TD}/nr_10k.taxids.tsv --taxonnames ${TD}/mini_names.dmp --taxonnodes ${TD}/mini_nodes.dmp") add_test(NAME blastp COMMAND ${CMAKE_COMMAND} -DNAME=blastp "-DARGS=blastp -q ${TD}/1.faa -d ${TD}/2.faa -p1" ${SP}) add_test(NAME blastp_nr10k COMMAND ${CMAKE_COMMAND} -DNAME=blastp_nr10k "-DARGS=blastp -q ${TD}/nr_10k.faa -d nr_10k.dmnd -p4 -f 6 qseqid sseqid evalue staxids skingdoms sphylums" ${SP}) add_test(NAME blastp-cbs6 COMMAND ${CMAKE_COMMAND} -DNAME=blastp-cbs6 "-DARGS=blastp -q ${TD}/nr_10k.faa -d ${TD}/nr_10k.faa -p4 -c1 -k0 --comp-based-stats 6 --fpu-compat" ${SP}) add_test(NAME blastp_blastdb COMMAND ${CMAKE_COMMAND} -DNAME=blastp_blastdb "-DARGS=blastp -q ${TD}/nr_10k.faa -d ${TD}/blast/nr_10k -p4 -c1 -k0" ${SP}) add_test(NAME blastp_blastaliasdb-seqidlist COMMAND ${CMAKE_COMMAND} -DNAME=blastp_blastaliasdb_seqidlist "-DARGS=blastp -q ${TD}/nr_10k.faa -d ${TD}/blast/nr_10k_filtered -p4 -c1 -k0" ${SP}) add_test(NAME blastp-mid-sens COMMAND ${CMAKE_COMMAND} -DNAME=blastp-mid-sens "-DARGS=blastp -q ${TD}/3.faa -d ${TD}/4.faa --mid-sensitive -p1" ${SP}) add_test(NAME blastp-f0 COMMAND ${CMAKE_COMMAND} -DNAME=blastp-f0 "-DARGS=blastp -q ${TD}/1.faa -d ${TD}/2.faa -f0 -p1" ${SP}) add_test(NAME galaxy_7 COMMAND ${CMAKE_COMMAND} -DNAME=galaxy_7 "-DARGS=blastx --threads 2 --db ${TD}/galaxy/db.dmnd --query ${TD}/galaxy/nucleotide.fasta --query-gencode 1 --strand both --min-orf 1 --outfmt 6 qseqid sseqid pident length mismatch gapopen qstart qend sstart send evalue bitscore --header 0 --compress 0 --matrix BLOSUM62 --comp-based-stats 1 --masking tantan --max-target-seqs 25 --evalue 0.001 --id 0.0 --approx-id 0.0 --query-cover 0.0 --subject-cover 0.0 --block-size 2.0 --motif-masking 0 --soft-masking 0 --swipe --algo 0 --index-chunks 4 --file-buffer-size 67108864" ${SP}) add_test(NAME galaxy_9 COMMAND ${CMAKE_COMMAND} -DNAME=galaxy_9 "-DARGS=blastx --threads 2 --db ${TD}/galaxy/db.dmnd --query ${TD}/galaxy/nucleotide.fasta --query-gencode 1 --strand both --min-orf 1 --outfmt 6 qseqid sseqid pident length mismatch gapopen qstart qend sstart send evalue bitscore --header 0 --compress 0 --matrix BLOSUM62 --comp-based-stats 1 --masking tantan --max-target-seqs 25 --evalue 0.001 --id 0.0 --approx-id 0.0 --query-cover 0.0 --subject-cover 0.0 --block-size 2.0 --motif-masking 0 --soft-masking 0 --algo 0 --global-ranking 10 --index-chunks 4 --file-buffer-size 67108864" ${SP}) add_test(NAME blastx-nanopore COMMAND ${CMAKE_COMMAND} -DNAME=blastx-nanopore "-DARGS=blastx -q ${TD}/SRR14011045_1.fastq -d ${TD}/nr_10k.faa -p4 -c1 -k0" ${SP}) add_test(NAME blastx-nanopore-fna COMMAND ${CMAKE_COMMAND} -DNAME=blastx-nanopore-fna "-DARGS=blastx -q ${TD}/SRR14011045_1.fna.gz -d ${TD}/nr_10k.faa -p4 -c1 -k0" ${SP}) add_test(NAME blastp-global-ranking COMMAND ${CMAKE_COMMAND} -DNAME=blastp-global-ranking "-DARGS=blastp -q ${TD}/nr_10k.faa -d ${TD}/nr_10k.faa -p4 -c1 -k0 --sensitive -s1 -g10 -b0.002" ${SP}) add_test(NAME blastp-blocked COMMAND ${CMAKE_COMMAND} -DNAME=blastp-blocked "-DARGS=blastp -q ${TD}/nr_10k.faa -d ${TD}/nr_10k.faa -p4 -c1 -b0.002" ${SP}) add_test(NAME linclust COMMAND ${CMAKE_COMMAND} -DNAME=linclust "-DARGS=linclust -d ${TD}/nr_10k.faa -p4 --approx-id 0" ${SP}) add_test(NAME deepclust COMMAND ${CMAKE_COMMAND} -DNAME=deepclust "-DARGS=deepclust -d ${TD}/nr_10k.faa -p4 --fpu-compat" ${SP}) add_test(NAME deepclust-multiblock COMMAND ${CMAKE_COMMAND} -DNAME=deepclust-multiblock "-DARGS=deepclust -d ${TD}/nr_10k.faa -p4 --fpu-compat --approx-id 50 -M 0.01G" ${SP}) add_test(NAME realign COMMAND ${CMAKE_COMMAND} -DNAME=realign "-DARGS=realign -d ${TD}/nr_10k.faa -p1 --clusters ${TD}/linclust.out" ${SP}) add_test(NAME blastp-daa COMMAND ${CMAKE_COMMAND} -DNAME=blastp-daa "-DARGS=blastp -q ${TD}/nr_300.faa -d nr_10k.dmnd -p1 -f 100 -c1 --no-auto-append --daa-build-version 179" ${SP}) add_test(NAME view COMMAND ${CMAKE_COMMAND} -DNAME=view "-DARGS=view -a ${TD}/test.daa -p4 -k0" ${SP}) #add_diamond_test(greedy_vertex_cover_numeric "greedy-vertex-cover --edges ${TD}/greedy_vertex_cover_numeric.tsv --edge-format triplet --symmetric --max-id 4 -p1") add_diamond_test(diamond-test-blastp-default "blastp -q ${TD}/data.faa -d ${TD}/data.faa -p1") add_diamond_test(diamond-test-blastp-multithreaded "blastp -q ${TD}/data.faa -d ${TD}/data.faa -p4") add_diamond_test(diamond-test-blastp-blocked "blastp -q ${TD}/data.faa -d ${TD}/data.faa -c1 -b0.00002 -p4") add_diamond_test(diamond-test-blastp-more-sensitive "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4") add_diamond_test(diamond-test-blastp-very-sensitive "blastp -q ${TD}/data.faa -d ${TD}/data.faa --very-sensitive -c1 -p4") add_diamond_test(diamond-test-blastp-ultra-sensitive "blastp -q ${TD}/data.faa -d ${TD}/data.faa --ultra-sensitive -c1 -p4") add_diamond_test(diamond-test-blastp-max-hsps "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --max-hsps 0") add_diamond_test(diamond-test-blastp-target-parallel "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --query-parallel-limit 1") add_diamond_test(diamond-test-blastp-query-indexed "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --algo 1") add_diamond_test(diamond-test-blastp-comp-based-stats-0 "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --comp-based-stats 0") add_diamond_test(diamond-test-blastp-comp-based-stats-2 "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --comp-based-stats 2") add_diamond_test(diamond-test-blastp-comp-based-stats-3 "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --comp-based-stats 3") add_diamond_test(diamond-test-blastp-comp-based-stats-4 "blastp -q ${TD}/data.faa -d ${TD}/data.faa --more-sensitive -c1 -p4 --comp-based-stats 4") add_diamond_test(diamond-test-blastp-target-seqs "blastp -q ${TD}/data.faa -d ${TD}/data.faa -k3 -c1 -p4") add_diamond_test(diamond-test-blastp-top "blastp -q ${TD}/data.faa -d ${TD}/data.faa --top 10 -p4") add_diamond_test(diamond-test-blastp-evalue "blastp -q ${TD}/data.faa -d ${TD}/data.faa -e10000 --more-sensitive -c1 -p4") add_diamond_test(diamond-test-blastp-blosum50 "blastp -q ${TD}/data.faa -d ${TD}/data.faa --matrix blosum50 -p4") add_diamond_test(diamond-test-blastp-pairwise-format "blastp -q ${TD}/data.faa -d ${TD}/data.faa -c1 -f0 -p4") # add_diamond_test(diamond-test-blastp-xml-format "blastp -q ${TD}/data.faa -d ${TD}/data.faa -c1 -f xml -p4") add_diamond_test(diamond-test-blastp-paf-format "blastp -q ${TD}/data.faa -d ${TD}/data.faa -c1 -f paf -p1") bbuchfink-diamond-6dc5717/Dockerfile000066400000000000000000000010161523407312000174050ustar00rootroot00000000000000FROM ubuntu:latest as build-diamond ARG DEBIAN_FRONTEND=noninteractive ENV TZ=Europe/Moscow RUN apt-get update && apt-get install -y g++ automake cmake zlib1g-dev git libzstd-dev libsqlite3-dev WORKDIR /opt/diamond ADD . . WORKDIR /opt/diamond/build RUN cmake -DCMAKE_BUILD_TYPE=Release .. RUN make -j $(nproc --all) && make install FROM ubuntu:latest LABEL maintainer="Benjamin J. Buchfink " COPY --from=build-diamond /usr/local/bin/diamond /usr/local/bin/diamond ENTRYPOINT ["diamond"] CMD ["help"]bbuchfink-diamond-6dc5717/LICENSE000066400000000000000000000773301523407312000164340ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. We, the Free Software Foundation, use the GNU General Public License for most of our software; it applies also to any other work released this way by its authors. You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for them if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs, and that you know you can do these things. To protect your rights, we need to prevent others from denying you these rights or asking you to surrender the rights. Therefore, you have certain responsibilities if you distribute copies of the software, or if you modify it: responsibilities to respect the freedom of others. For example, if you distribute copies of such a program, whether gratis or for a fee, you must pass on to the recipients the same freedoms that you received. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. Developers that use the GNU GPL protect your rights with two steps: (1) assert copyright on the software, and (2) offer you this License giving you legal permission to copy, distribute and/or modify it. For the developers' and authors' protection, the GPL clearly explains that there is no warranty for this free software. For both users' and authors' sake, the GPL requires that modified versions be marked as changed, so that their problems will not be attributed erroneously to authors of previous versions. Some devices are designed to deny users access to install or run modified versions of the software inside them, although the manufacturer can do so. This is fundamentally incompatible with the aim of protecting users' freedom to change the software. The systematic pattern of such abuse occurs in the area of products for individuals to use, which is precisely where it is most unacceptable. Therefore, we have designed this version of the GPL to prohibit the practice for those products. If such problems arise substantially in other domains, we stand ready to extend this provision to those domains in future versions of the GPL, as needed to protect the freedom of users. Finally, every program is threatened constantly by software patents. States should not allow patents to restrict development and use of software on general-purpose computers, but in those that do, we wish to avoid the special danger that patents applied to a free program could make it effectively proprietary. To prevent this, the GPL assures that patents cannot be used to render the program non-free. The precise terms and conditions for copying, distribution and modification follow. TERMS AND CONDITIONS 0. Definitions. "This License" refers to version 3 of the GNU General Public License. "Copyright" also means copyright-like laws that apply to other kinds of works, such as semiconductor masks. "The Program" refers to any copyrightable work licensed under this License. Each licensee is addressed as "you". "Licensees" and "recipients" may be individuals or organizations. To "modify" a work means to copy from or adapt all or part of the work in a fashion requiring copyright permission, other than the making of an exact copy. The resulting work is called a "modified version" of the earlier work or a work "based on" the earlier work. A "covered work" means either the unmodified Program or a work based on the Program. To "propagate" a work means to do anything with it that, without permission, would make you directly or secondarily liable for infringement under applicable copyright law, except executing it on a computer or modifying a private copy. Propagation includes copying, distribution (with or without modification), making available to the public, and in some countries other activities as well. To "convey" a work means any kind of propagation that enables other parties to make or receive copies. Mere interaction with a user through a computer network, with no transfer of a copy, is not conveying. An interactive user interface displays "Appropriate Legal Notices" to the extent that it includes a convenient and prominently visible feature that (1) displays an appropriate copyright notice, and (2) tells the user that there is no warranty for the work (except to the extent that warranties are provided), that licensees may convey the work under this License, and how to view a copy of this License. If the interface presents a list of user commands or options, such as a menu, a prominent item in the list meets this criterion. 1. Source Code. The "source code" for a work means the preferred form of the work for making modifications to it. "Object code" means any non-source form of a work. A "Standard Interface" means an interface that either is an official standard defined by a recognized standards body, or, in the case of interfaces specified for a particular programming language, one that is widely used among developers working in that language. The "System Libraries" of an executable work include anything, other than the work as a whole, that (a) is included in the normal form of packaging a Major Component, but which is not part of that Major Component, and (b) serves only to enable use of the work with that Major Component, or to implement a Standard Interface for which an implementation is available to the public in source code form. A "Major Component", in this context, means a major essential component (kernel, window system, and so on) of the specific operating system (if any) on which the executable work runs, or a compiler used to produce the work, or an object code interpreter used to run it. The "Corresponding Source" for a work in object code form means all the source code needed to generate, install, and (for an executable work) run the object code and to modify the work, including scripts to control those activities. However, it does not include the work's System Libraries, or general-purpose tools or generally available free programs which are used unmodified in performing those activities but which are not part of the work. For example, Corresponding Source includes interface definition files associated with source files for the work, and the source code for shared libraries and dynamically linked subprograms that the work is specifically designed to require, such as by intimate data communication or control flow between those subprograms and other parts of the work. The Corresponding Source need not include anything that users can regenerate automatically from other parts of the Corresponding Source. The Corresponding Source for a work in source code form is that same work. 2. Basic Permissions. All rights granted under this License are granted for the term of copyright on the Program, and are irrevocable provided the stated conditions are met. This License explicitly affirms your unlimited permission to run the unmodified Program. The output from running a covered work is covered by this License only if the output, given its content, constitutes a covered work. This License acknowledges your rights of fair use or other equivalent, as provided by copyright law. You may make, run and propagate covered works that you do not convey, without conditions so long as your license otherwise remains in force. You may convey covered works to others for the sole purpose of having them make modifications exclusively for you, or provide you with facilities for running those works, provided that you comply with the terms of this License in conveying all material for which you do not control copyright. Those thus making or running the covered works for you must do so exclusively on your behalf, under your direction and control, on terms that prohibit them from making any copies of your copyrighted material outside their relationship with you. Conveying under any other circumstances is permitted solely under the conditions stated below. Sublicensing is not allowed; section 10 makes it unnecessary. 3. Protecting Users' Legal Rights From Anti-Circumvention Law. No covered work shall be deemed part of an effective technological measure under any applicable law fulfilling obligations under article 11 of the WIPO copyright treaty adopted on 20 December 1996, or similar laws prohibiting or restricting circumvention of such measures. When you convey a covered work, you waive any legal power to forbid circumvention of technological measures to the extent such circumvention is effected by exercising rights under this License with respect to the covered work, and you disclaim any intention to limit operation or modification of the work as a means of enforcing, against the work's users, your or third parties' legal rights to forbid circumvention of technological measures. 4. Conveying Verbatim Copies. You may convey verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice; keep intact all notices stating that this License and any non-permissive terms added in accord with section 7 apply to the code; keep intact all notices of the absence of any warranty; and give all recipients a copy of this License along with the Program. You may charge any price or no price for each copy that you convey, and you may offer support or warranty protection for a fee. 5. Conveying Modified Source Versions. You may convey a work based on the Program, or the modifications to produce it from the Program, in the form of source code under the terms of section 4, provided that you also meet all of these conditions: a) The work must carry prominent notices stating that you modified it, and giving a relevant date. b) The work must carry prominent notices stating that it is released under this License and any conditions added under section 7. This requirement modifies the requirement in section 4 to "keep intact all notices". c) You must license the entire work, as a whole, under this License to anyone who comes into possession of a copy. This License will therefore apply, along with any applicable section 7 additional terms, to the whole of the work, and all its parts, regardless of how they are packaged. This License gives no permission to license the work in any other way, but it does not invalidate such permission if you have separately received it. d) If the work has interactive user interfaces, each must display Appropriate Legal Notices; however, if the Program has interactive interfaces that do not display Appropriate Legal Notices, your work need not make them do so. A compilation of a covered work with other separate and independent works, which are not by their nature extensions of the covered work, and which are not combined with it such as to form a larger program, in or on a volume of a storage or distribution medium, is called an "aggregate" if the compilation and its resulting copyright are not used to limit the access or legal rights of the compilation's users beyond what the individual works permit. Inclusion of a covered work in an aggregate does not cause this License to apply to the other parts of the aggregate. 6. Conveying Non-Source Forms. You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: a) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. b) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. c) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. This alternative is allowed only occasionally and noncommercially, and only if you received the object code with such an offer, in accord with subsection 6b. d) Convey the object code by offering access from a designated place (gratis or for a charge), and offer equivalent access to the Corresponding Source in the same way through the same place at no further charge. You need not require recipients to copy the Corresponding Source along with the object code. If the place to copy the object code is a network server, the Corresponding Source may be on a different server (operated by you or a third party) that supports equivalent copying facilities, provided you maintain clear directions next to the object code saying where to find the Corresponding Source. Regardless of what server hosts the Corresponding Source, you remain obligated to ensure that it is available for as long as needed to satisfy these requirements. e) Convey the object code using peer-to-peer transmission, provided you inform other peers where the object code and Corresponding Source of the work are being offered to the general public at no charge under subsection 6d. A separable portion of the object code, whose source code is excluded from the Corresponding Source as a System Library, need not be included in conveying the object code work. A "User Product" is either (1) a "consumer product", which means any tangible personal property which is normally used for personal, family, or household purposes, or (2) anything designed or sold for incorporation into a dwelling. In determining whether a product is a consumer product, doubtful cases shall be resolved in favor of coverage. For a particular product received by a particular user, "normally used" refers to a typical or common use of that class of product, regardless of the status of the particular user or of the way in which the particular user actually uses, or expects or is expected to use, the product. A product is a consumer product regardless of whether the product has substantial commercial, industrial or non-consumer uses, unless such uses represent the only significant mode of use of the product. "Installation Information" for a User Product means any methods, procedures, authorization keys, or other information required to install and execute modified versions of a covered work in that User Product from a modified version of its Corresponding Source. The information must suffice to ensure that the continued functioning of the modified object code is in no case prevented or interfered with solely because modification has been made. If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. 7. Additional Terms. "Additional permissions" are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a) Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b) Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c) Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d) Limiting the use for publicity purposes of names of licensors or authors of the material; or e) Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f) Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. All other non-permissive additional terms are considered "further restrictions" within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONSbbuchfink-diamond-6dc5717/README.md000066400000000000000000000136301523407312000166770ustar00rootroot00000000000000 Introduction ============ DIAMOND is a sequence aligner for protein and translated DNA searches, designed for high performance analysis of big sequence data. The key features are: - Pairwise alignment of proteins and translated DNA at 100x-10,000x speed of BLAST. - Clustering protein sequences with high sensitivity and scalability including linear-time scaling and parallelization across many compute nodes. - Frameshift alignments for long read analysis. - Low resource requirements and suitable for running on standard desktops or laptops. - Various output formats, including BLAST pairwise, tabular and XML, as well as taxonomic classification. [![Build](https://github.com/bbuchfink/diamond/actions/workflows/cmake.yml/badge.svg)](https://github.com/bbuchfink/diamond/actions/workflows/cmake.yml) [![image](https://img.shields.io/github/downloads/bbuchfink/diamond/total)](https://github.com/bbuchfink/diamond/releases) [![image](https://anaconda.org/bioconda/diamond/badges/version.svg)](https://anaconda.org/bioconda/diamond) [![Conda](https://img.shields.io/conda/dn/bioconda/diamond.svg)](https://anaconda.org/bioconda/diamond/files) [![image](https://img.shields.io/badge/dynamic/json?url=https%3A%2F%2Fraw.githubusercontent.com%2Fbbuchfink%2Fdiamond-data%2Frefs%2Fheads%2Fmain%2Fcitations.json&query=%24.citations&style=flat&label=Citations&color=%23a020f0 )](https://scholar.google.com/citations?user=kjPIF1cAAAAJ) [![image](https://img.shields.io/badge/Live%20chat-Discord-red)](https://discord.gg/ptJnz3GSCy) [![European Galaxy server](https://img.shields.io/badge/usegalaxy-.eu-brightgreen?logo=data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABgAAAASCAYAAABB7B6eAAAABGdBTUEAALGPC/xhBQAAACBjSFJNAAB6JgAAgIQAAPoAAACA6AAAdTAAAOpgAAA6mAAAF3CculE8AAAACXBIWXMAAAsTAAALEwEAmpwYAAACC2lUWHRYTUw6Y29tLmFkb2JlLnhtcAAAAAAAPHg6eG1wbWV0YSB4bWxuczp4PSJhZG9iZTpuczptZXRhLyIgeDp4bXB0az0iWE1QIENvcmUgNS40LjAiPgogICA8cmRmOlJERiB4bWxuczpyZGY9Imh0dHA6Ly93d3cudzMub3JnLzE5OTkvMDIvMjItcmRmLXN5bnRheC1ucyMiPgogICAgICA8cmRmOkRlc2NyaXB0aW9uIHJkZjphYm91dD0iIgogICAgICAgICAgICB4bWxuczp0aWZmPSJodHRwOi8vbnMuYWRvYmUuY29tL3RpZmYvMS4wLyI+CiAgICAgICAgIDx0aWZmOlJlc29sdXRpb25Vbml0PjI8L3RpZmY6UmVzb2x1dGlvblVuaXQ+CiAgICAgICAgIDx0aWZmOkNvbXByZXNzaW9uPjE8L3RpZmY6Q29tcHJlc3Npb24+CiAgICAgICAgIDx0aWZmOk9yaWVudGF0aW9uPjE8L3RpZmY6T3JpZW50YXRpb24+CiAgICAgICAgIDx0aWZmOlBob3RvbWV0cmljSW50ZXJwcmV0YXRpb24+MjwvdGlmZjpQaG90b21ldHJpY0ludGVycHJldGF0aW9uPgogICAgICA8L3JkZjpEZXNjcmlwdGlvbj4KICAgPC9yZGY6UkRGPgo8L3g6eG1wbWV0YT4KD0UqkwAAAn9JREFUOBGlVEuLE0EQruqZiftwDz4QYT1IYM8eFkHFw/4HYX+GB3/B4l/YP+CP8OBNTwpCwFMQXAQPKtnsg5nJZpKdni6/6kzHvAYDFtRUT71f3UwAEbkLch9ogQxcBwRKMfAnM1/CBwgrbxkgPAYqlBOy1jfovlaPsEiWPROZmqmZKKzOYCJb/AbdYLso9/9B6GppBRqCrjSYYaquZq20EUKAzVpjo1FzWRDVrNay6C/HDxT92wXrAVCH3ASqq5VqEtv1WZ13Mdwf8LFyyKECNbgHHAObWhScf4Wnj9CbQpPzWYU3UFoX3qkhlG8AY2BTQt5/EA7qaEPQsgGLWied0A8VKrHAsCC1eJ6EFoUd1v6GoPOaRAtDPViUr/wPzkIFV9AaAZGtYB568VyJfijV+ZBzlVZJ3W7XHB2RESGe4opXIGzRTdjcAupOK09RA6kzr1NTrTj7V1ugM4VgPGWEw+e39CxO6JUw5XhhKihmaDacU2GiR0Ohcc4cZ+Kq3AjlEnEeRSazLs6/9b/kh4eTC+hngE3QQD7Yyclxsrf3cpxsPXn+cFdenF9aqlBXMXaDiEyfyfawBz2RqC/O9WF1ysacOpytlUSoqNrtfbS642+4D4CS9V3xb4u8P/ACI4O810efRu6KsC0QnjHJGaq4IOGUjWTo/YDZDB3xSIxcGyNlWcTucb4T3in/3IaueNrZyX0lGOrWndstOr+w21UlVFokILjJLFhPukbVY8OmwNQ3nZgNJNmKDccusSb4UIe+gtkI+9/bSLJDjqn763f5CQ5TLApmICkqwR0QnUPKZFIUnoozWcQuRbC0Km02knj0tPYx63furGs3x/iPnz83zJDVNtdP3QAAAABJRU5ErkJggg==)](https://usegalaxy.eu/root?tool_id=bg_diamond) Documentation ============= The online documentation is located at the [GitHub Wiki](https://github.com/bbuchfink/diamond/wiki). Support ======= DIAMOND is actively supported and developed software. Please use the [issue tracker](https://github.com/bbuchfink/diamond/issues) for malfunctions and the [GitHub discussions](https://github.com/bbuchfink/diamond/discussions) for questions, comments, feature requests, etc. I also provide live support on [Discord](https://discord.gg/ptJnz3GSCy). Don't be too shy to ask! Contributing ============ See [Contributing](https://github.com/bbuchfink/diamond/wiki/Contributing). About ===== DIAMOND is developed by Dr. Benjamin J. Buchfink, independent scientist, TÃŧbingen, Germany, supported by the Max Planck Society for the Advancement of Science. From 2019-2024, it was developed by Benjamin J. Buchfink at the Drost lab, Max Planck Institute for Biology TÃŧbingen. From 2018-2019, its development was supported by the German Federal Ministry for Economic Affairs and Energy through an EXIST grant. From 2016-2018, it was developed by Benjamin J. Buchfink as an independent researcher. From 2013-2015, the initial version was developed by Benjamin J. Buchfink at the Huson lab, University of TÃŧbingen, Germany. \[[:email:Email](mailto:buchfink@gmail.com)\] \[[X](https://x.com/bbuchfink)\] \[[Bluesky](https://bsky.app/profile/bbuchfink.bsky.social)\] \[[LinkedIn](https://www.linkedin.com/in/benjamin-j-buchfink-875692105/)\] \[[Google Scholar](https://scholar.google.de/citations?user=kjPIF1cAAAAJ)\] \[[Drost lab](https://drostlab.com/)\] \[[MPI-BIO](https://www.bio.mpg.de/)\] **When using the tool in published research, please cite:** - Buchfink BJ, Reuter K, Drost HG, \"Sensitive protein alignments at tree-of-life scale using DIAMOND\", *Nature Methods* **18**, 366–368 (2021). [doi:10.1038/s41592-021-01101-x](https://doi.org/10.1038/s41592-021-01101-x) For sequence clustering: - Buchfink BJ, BarbÊ É, Ashkenazy H, Reuter K, Kennedy JA, Drost HG, \"Clustering the protein universe of life using DIAMOND DeepClust\", *Nature Methods* **23**, 724-727 (2026). [doi:10.1038/s41592-026-03030-z](https://doi.org/10.1038/s41592-026-03030-z) Original publication to cite DIAMOND until v0.9.25: - Buchfink BJ, Xie C, Huson DH, \"Fast and sensitive protein alignment using DIAMOND\", *Nature Methods* **12**, 59-60 (2015). [doi:10.1038/nmeth.3176](https://doi.org/10.1038/nmeth.3176) bbuchfink-diamond-6dc5717/TRADEMARKS000066400000000000000000000020531523407312000167750ustar00rootroot00000000000000This codebase is Copyright Š 2012-2026 Dr. Benjamin J. Buchfink and contributors. You are free to use it under the terms of the GPL 3 License. This document does not change, limit or supersede the terms of the GPL 3 License. It is not permitted to make a fork, copy or derivative work of this project and publicly represent it as the official and original DIAMOND project developed by Dr. Benjamin J. Buchfink as published in the respective scientific articles, or to use the name DIAMOND or variations thereof or associated logos or variations thereof or the names of the authors to create such a false impression. Forks or other derivative works must give clear notice as such and identify as not being the official and original DIAMOND project, linking to one of the official project URLS: https://github.com/bbuchfink/diamond https://diamondsearch.org Logos are Copyright Š Benjamin J. Buchfink, all rights reserved. They may be used to indicate the use of the tool in a flowchart or similar. Files are available here: https://github.com/bbuchfink/diamond-databbuchfink-diamond-6dc5717/src/000077500000000000000000000000001523407312000162045ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/ChangeLog000066400000000000000000001722341523407312000177670ustar00rootroot00000000000000[2.2.5] - Improved the performance of the clustering workflows. - Linear-time stages of the clustering workflows now by default use banded instead of full-matrix extension (set `--ext full` to use full-matrix extension instead). - Added the option `--reseek-diags` to recompute diagonals prior to chaining. - Added the options `--reseek-xdrop` to set ungapped x-drop, `--word-threshold` to set the word threshold in bits for k-mer neighbors and `--double-hit-window` to set the window for double hits when using `--reseek-diags`. - Removed the `--linclust-banded-ext` and `--lin-combo` options. - Fixed a potential issue of increased memory use in the clustering workflows. - Improved the performance of reading sequence files. - Fixed a potential inter-toolchain inconsistency in search workflows using sketching. - Fixed a potential non-determinism in the clustering workflows. - Fixed a bug causing invalid line breaks in the output file when using the `qtitle` output field with FASTQ files. [2.2.4] - Improved the performance of the clustering workflows. - Improved the performance of reading FASTA files. - Added the option `--single-step` to perform one computational step of clustering then exit when using the `--parallel-tmdir` option, making it easier to orchestrate big clustering runs in a controlled way. - Added progress output for sequence loading in clustering workflows. - Fixed two potential issues of increased memory use in the clustering workflows. - Added the option `--self` for self-alignment of the database file. - Fixed a bug that could cause slightly reduced sensitivity on the ARM64 architecture. - Improved performance of the search and clustering workflows on the ARM64 architecture. - Fixed a potential `Letter count not set` error in the clustering workflows when run in parallel across multiple nodes. [2.2.3] - Clustering workflows now by default apply BLAST-like compositional matrix adjust, unconditionally, instead of compositional score correction described by Hauser et al., 2016. - Clustering workflows now by default no longer apply tantan soft masking but conservative SEG masking corresponding to BLAST defaults. - Added the `--comp-based-stats 6` option to enable compositional matrix adjust using an optimized Sinkhorn–Knopp based algorithm. - Added the `--relative-entropy-tolerance` option to control the convergence tolerance of the Sinkhorn–Knopp algorithm when using `--comp-based-stats 6`. - Added the option `--taxdump` to set search path for NCBI taxdump files other than the database directory. - Fixed a non-determinism in the greedy vertex cover workflow and transitively in the clustering workflows (not affecting correctness of results). - Fixed a non-determinism in the clustering workflows (not affecting correctness of results). - Added the option `--masking seg-all` to apply SEG masking to both query and target sequences. - Fixed `--comp-based-stats 2-5` not correctly applying SEG masking of targets by default instead of tantan masking. - Added the option `--reps` to set output FASTA file for representative sequences for the clustering workflows (contributed by @bbuschkaemper). - Fixed a crash in the clustering workflows for large input files with high memory limit parameter (contributed by @bbuschkaemper). - Fixed a potential issue in the linear stages of the clustering workflows when using a very high memory limit parameter (contributed by @bbuschkaemper). - Fixed a bug that could cause an invalid error message or truncation when reading compressed files (present since v2.2.2). - Added the option `--symmetrize-evalue` to maximize the evalue over both combinations of query and target. - Fixed asymmetry of evalues in clustering workflows. - Fixed a potential issue that could cause hanging instead of correct termination in case of an error. - Fixed a dash character as file name not being interpreted as stdin or stdout. - Fixed a wrong `Illegal seek` error message when using a stream as input. - Added the `--max-oid` option to the `greedy-vertex-cover` workflow to interpret input edges as ordinal ids and set their maximum. - Added the option `--fpu-compat` for exact inter-architecture equality of floating point computations when using `--comp-based-stats 6`. - Fixed a bug that could cause a crash when using a custom seed shape of weight less than 7. [2.2.2] - Fixed a crash in the `view` workflow (present since v2.2.0). - Fixed a bug that could cause an error clustering a database with a single sequence. - Fixed a potential error of too many open files in the clustering workflows. - Fixed a possible inter-platform inconsistency of the `approx_pident` output field caused by architectural differences in implementing fused multiply-add. - Using the `--log` option will no longer produce a `diamond.log` file. - The `--verbose/-v` option is deprecated and has no effect. - Removed a potential inter-system non-determinism caused by toggling query-indexed mode by detection of L3 cache size. - Fixed the `--header` option not correctly working for clustering workflows. - Removed the `--unaligned-targets` option. - Fixed an error reading FASTQ files with line breaks in the sequence or quality lines. - Improved the performance of loading FASTA files containing DNA sequences. - Fixed an issue of not correctly loading compressed streams on Windows. - Fixed the Windows release version missing zstd support. - Fixed query-indexed mode not being correctly triggered when using the `--dbsize` option in conjunction with a FASTA database. - Fixed a bug that could cause incorrect ordering in the output file when using the `--dbsize` option in conjunction with a FASTA database. - Fixed a crash when using `--mp-init` on Windows. - Fixed a potential deadlock when using `--multiprocessing`. - Added the option `--daa-build-version` to overwrite the diamond build version written to DAA files. - Disabled suppression of terminal logging output to stderr when requesting output be written to stdout. [2.2.1] - Improved the performance of the search and clustering workflows. - Fixed an issue of increased memory use in greedy vertex cover computation. - Fixed a potential `Record count not set` error message during clustering output. - Removed the `--linclust-chunk-size` and `--connected-component-depth` options. - Fixed an issue of increased memory use in the clustering workflows. - Fixed an issue that could cause incorrect parsing of taxonomic nodes and names data when using a custom-made `nodes.dmp` or `names.dmp` file with non-monotonic taxonomic ids. - Missing taxonomy node information for a taxid will no longer cause an error but be accordingly indicated in the output file. - Added compatibility support of taxonomic rank information for databases built with v2.1.11 or earlier. - Added support for clustering by traceback sequence identity (`--id`) instead of approximate sequence identity (`--approx-id`). - Fixed an issue (present since v2.1.25) that could cause clustering workflows not to correctly apply the `--comp-based-stats` command line option. - Added support for clustering with the first clustering round being all-vs-all alignment. - Temporarily removed the `reassign` workflow. - Fixed an issue of missing sequence identifiers in the output for BLAST databases built without using `-parse_seqids`. - Fixed a bug (present since v2.1.17) that caused BLAST alias databases filtered by sequence id not to function correctly. [2.2.0] - Fixed a potential issue of increased memory use. - Fixed compiler errors for GCC 4.8.5. - Fixed an issue that could cause hanging instead of correct termination in case of an error. - Fixed a potential error when using an output format not containing alignment coordinates. - Fixed an error when using the `full_sseq` output field with BLAST databases. - Fixed a potential unclear error message when using a database file with unsupported format. - Improved the performance of clustering workflows when running in parallel across multiple nodes using the `--parallel-tmpdir` option, and changed the input format to single database instead of volumed TSV file. - Fixed a potential issue of high memory use in the clustering workflows during output generation. - The `test` workflow is deprecated and has been removed. Unit testing is now available via CTest. [2.1.25] - Improved the performance of the `cluster`, `deepclust` and `linclust` workflows. - Fixed an issue that could cause an out-of-memory error in the clustering workflows during output generation. - Added the option `--ext none` to skip seed extension and output seed hits instead. - Added the option `--min-len-ratio` to set length ratio filter in mutual coverage searches. - Improved performance of loading FASTA files, including when used as database. - Added the option `--hamming-dist-boundary-check` to clip the hamming distance filter against sequence boundaries. - Fixed a bug that could cause undefined behaviour in linear-mode searches with mutual coverage thresholds. - Added the option `--keep-temp-files` to prevent deletion of temporary files. - Added support for clustering BLAST databases. - Temporarily removed the `recluster` workflow. - Removed the `--qnum-offset` and `--snum-offset` options. - Fixed an error when using the taxonomic output format with single-block database processing. [2.1.24] - Fixed a crash in the `greedy-vertex-cover` workflow. - Fixed a bug that could cause a crash when using `--swipe`. - Added the option `--lin-combo` to linearize the search comparing against the longest query or target sequence for identical seeds. - Added the options `--qnum-offset` and `--snum-offset` to set non-zero offsets for ordinal ids (`qnum` and `snum` output fields). - Fixed a compiler error on the CHERI architecture. - Clustering workflows now support `--gapopen`, `--gapextend`, `--matrix` and `--custom-matrix`. - Fixed a potential hanging issue. [2.1.23] - Clustering in parallel across multiple nodes using the `--parallel-tmpdir` option now outputs accessions (separated into volumed files) instead of ordinal ids if not using `--oid-output`, applies tantan, motif and seed complexity masking during seeding by default consistent with the regular clustering workflow, and runs faster. - Added the option `--aln-out` to output alignments for clustering workflows when using the option `--parallel-tmpdir`. - Fixed a potential crash (thanks @jchorl). - Fixed a potential crash in the clustering workflows. [2.1.22] - Fixed compiler errors for GCC 4.8.5. - Improved performance of the computing alignments stage. - Fixed a bug that caused the `--hit-membuf` option not to function correctly. - Fixed potential crashes when using the `--parallel-tmpdir` option for clustering. - Added the option `--linclust-chunk-size` to set database chunk size for clustering using the `--parallel-tmpdir` option. - Fixed a potential hanging problem on macOS. - Fixed a memory leak. [2.1.21] - Fixed a potential segmentation fault. [2.1.22] - Fixed a crash when using `--swipe`. - Fixed a crash when using `--global-ranking/-g` [2.1.21] - Fixed a potential segmentation fault. [2.1.20] - Fixed a bug that could cause filtering by taxonomy to malfunction for BLAST databases (present since v2.1.18). - Fixed a memory leak (present since v2.1.19). - Fixed a potential deadlock. - Fixed a potential compilation error on arm64 systems. - Fixed an error when using BLAST databases that were read-only. - Fixed missing invocation information and a missing newline when using `--header verbose`. [2.1.19] - Improved performance of the searching alignments stage and fixed a potential performance issue present since v2.1.15. - Fixed search paths for SQLite3 on Ubuntu. - Fixed a crash when using the `--parallel-tmpdir` option for clustering. [2.1.18] - Improved performance when using BLAST databases. - BLAST format is now the recommended database format for best performance. - Fixed missing sequence ids for some BLAST databases. - Fixed CMake 2.8 errors. - Fixed compiler errors for GCC 4.8.5. - Added the `--load-threads` option to set number of CPU threads for file I/O. - Added the `--minichunk` option to set chunk size for file I/O. - Fixed a race condition (present since v2.1.15). - Fixed a memory leak (present since v2.1.15). - Added deduplication for the `staxids` output field for BLAST databases. [2.1.17] - Added (tabular/json) output fields sRANK to print taxonomy nodes of the given rank associated with the subject sequence, where RANK can be any rank in the NCBI taxonomy, e.g. sdomain, skingdom, sphylum, sorder, sgenus, sspecies, etc. - Using BLAST databases is now universally supported (including taxonomy features), without depending on the NCBI toolkit. - SQLite3 is now a required dependency for compilation. - Added line breaks for the `getseq` workflow at 80 letters per line. - Removed the `BLAST_LIBRARY_DIR` and `BLAST_INCLUDE_DIR` CMake options. - Fixed a `Missing taxdb` error message when using BLAST databases. - When filtering a database by taxonomy, the letter count for computing e-values will now correctly refer to the filtered subset. - Removed support for BLAST alias databases filtered by GI numbers and filtered using a binary-formatted seqid list (`.bsl` file extension). - Added support for soft masking using the SEG algorithm (`--soft-masking seg`). - Added the output field `hspnum` to print 0-based HSP number within a target to the tabular and JSON output format. - Added the output field `normalized_bitscore` to print the bitscore normalized by the maximum of the self alignment scores of query and target sequence to the tabular and JSON output format. - Added the output field `normalized_nident` to print the number of identical residues normalized by the maximum of the lengths of query and target sequence to the tabular and JSON output format. - Fixed the `--swipe` option not producing any output. [2.1.16] - Fixed an architecture-dependent inconsistency (present since v2.1.15) of tantan repeat masking. - Fixed a crash occuring when clustering at 90% identity or above. - Fixed a potential crash. - Added the option `--hit-membuf` for memory buffering of seed hits. - Fixed a potential crash when using `--comp-based-stats 4`. - Fixed an issue that caused line breaks in quality string of FASTQ files to be copied to the output file. [2.1.15] - Added support for using the `staxids`, `sscinames`, `sskingdoms`, `skingdoms`, `sphylums` and `slineages` output fields with BLAST databases. - Added support for using the taxonomic classification output format (`--outfmt/-f 102`) with BLAST databases. - Added support for using the `--taxonlist` and `--taxon-exclude` options with BLAST databases. - The `--taxonlist` and `--taxon-exclude` options will by default exclude database sequences with a missing parent assignment instead of producing an error. - The `--taxon-exclude` option will only exclude database sequences if all associated taxids (or their ancestral taxids) are required to be excluded. - The `slineages` output field will print the (deduplicated) lineages of all taxids associated with a database sequence, separated by `<>`, instead of only the first taxid. - The order of the `slineages` output field will be from root to leaf to be consistent with the NCBI lineage declaration. - The `slineages` output field will print `N/A` instead of an empty string for sequences with a missing taxonomic assignment. - The `slineages` output field will be printed as an array in the JSON output format. - Removed the trailing semicolon and added spaces for the `slineages` output field. - Added the option `--comp-based-stats 5` to enable compositional matrix adjustment conditioned on sequence properties with fallback on composition-based statistics. - Added the options `--query-match-distance-threshold`, `--length-ratio-threshold` and `--cbs-angle` to set matrix adjustment conditions. - Eliminated dependency on Eigen. - Added option `--linclust-banded-ext` to use banded instead of full-matrix Smith Waterman extension in linear search and clustering rounds. - Compilation with BLAST database support no longer requires the zstd library. - Compilation with BLAST database support requires sqlite3. - Fixed compiler errors for GCC 4.8.5. - Fixed an issue that could cause increased memory use and crashes. - Fixed an error when using compositional matrix adjust. - Adjusted the convergence parameters for compositional matrix adjust, and removed the performance optimization for the time being. - Fixed an error using the global ranking mode. - Added the option `--min-query-len` to filter queries by minimum length (applies to the length of the input DNA sequence in blastx mode). - Now providing multi-platform docker images for platforms linux/amd64 and linux/arm64. [2.1.14] - Improved the performance and sensitivity of the `cluster`, `deepclust` and `linclust` workflows. - The `getseq` workflow now supports BLAST databases. - Disabled clearing of the page cache for mmaped pages when using BLAST databases. - Reduced memory use when the `sallseqid` and `staxids` output fields are used. - Fixed a bug that could cause a crash when using the JSON output format and processing the database in multiple blocks. - Fixed a bug that could cause extra commas in the JSON output format. - Fixed a bug that could cause extra quotation marks when using the `stitle` output field for the JSON output format. - The `prepdb` workflow is deprecated, and no longer needed to use BLAST databases. - The `--anchored-swipe` option can be applied to linear mode clustering rounds and searches. - The `--anchored-swipe` option can be used without compiling with `-DEXTRA=ON` (only available on systems that support AVX2). - Improved the performace of compositional matrix adjustment (only available when compiled natively on systems that support AVX2). - Added the option `--short-query-ungapped-bitscore` to set ungapped bitscore threshold for short queries. - Fixed two cases of static initialization order fiasco. - Added support for using the `--parallel-tmpdir` option for the `linclust` workflow. - Adjusted the convergence parameters for compositional matrix adjust. [2.1.13] - Fixed an invalid error message for the `cluster`, `deepclust` and `linclust` workflows. - Added the option `--oid-output` to output OIDs instead of accessions for the clustering workflows, reducing their memory use. - Added support for using the `--multiprocessing` feature on Windows. - Using `--multiprocessing` requires explicitly setting `--parallel-tmpdir`. - Fixed a bug that could cause a crash when the `--target-indexed` option was used. - As of now, a macOS binary is available for the GitHub release, supporting both x86 and Apple silicon CPUs. Using BLAST databases is also supported. - Added compatibility with later CMake versions (tested up to v4.0.3). - Added CMake option `-DCROSS_COMPILE` to disable auto-detection of host architecture. - Added compilation script to produce macOS fat binary. [2.1.12] - Added support for the new NCBI taxonomic ranks "cellular root", "acellular root", "domain" and "realm". - Added support for using BLAST databases to the Bioconda release. - Fixed compiler errors for Clang 20. - Enabled transitive closure computation in earlier clustering rounds and for bi-directional coverage clustering. - Fixed an issue that could cause hits to be partially lost in frameshift alignment mode when they occured in both query strands for the same target. - Fixed an error parsing FASTQ files when quality value lines started with the @ character. - Fixed a compiler error on macOS. [2.1.11] - Improved the performance and sensitivity of the `cluster`, `deepclust` and `linclust` workflows. - The `--faster` mode will by default use a minimizer sketch of fixed size per sequence instead of window-based minimizers. - Added the option `--sketch-size` to enable seeding using a minimizer sketch of the given size per sequence. - Cascaded clustering and iterated search will by default use the `--fast` mode with linearization in the second round. - The `--round-coverage` parameter is now also applied to uni-directional coverage clustering. - Cluster output files will correctly contain carriage returns on Windows. - Fixed generation of the Docker container against the latest version of the NCBI toolkit. - Fixed a bug that caused target coordinates not to be reported correctly in the tabular format in frameshift alignment mode. - Added the options `--ungapped-evalue` and `--ungapped-evalue-short` to set e-value thresholds for the ungapped hit filter. - Linearization of search or clustering rounds is limited to seeds of weight >= 10. - Fixed an issue that could cause an `array size overflow` error when using very large `.dmnd` databases with taxonomic annotation. - Fixed a bug that caused query letters to be printed as `ARND` instead of `ACGT` in the `view` workflow. - Fixed a bug that caused using paired end input files to malfunction with an error message. - Fixed a bug that could produce clustering errors when clustering at sequence identities >= 50% and processing the database in multiple super blocks. - Fixed a bug that could cause a crash in global ranking mode. - Accession parsing rules applied to database sequence accessions for the purpose of matching them to accessions in the taxonomy mapping file are now by default also applied to the accessions in the mapping file (disable using `--no-parse-seqids`). - Fixed an issue that could cause increased memory use in the hash join stage. - Added support for FASTA headers containing multiple sequence IDs separated by blank spaces (so far only the `\1` character was supported as a separator). - Fixed an issue that could cause hanging or crashes in the `Computing alignments` stage. - `--linsearch` can now be used in conjunction with `--iterate`. - Fixed a compiler error for GCC 4.8.5. - Fixed a compiler error on Solaris. - Fixed compiler errors on systems that do not support the sysinfo function. - Fixed `Bus error` occuring on Sparc systems. - Compilation on Sparc systems can be performed without setting `-DX86=OFF`. - Fixed two issues that could cause increased memory use in the computing alignments stage. - Fixed a bug that caused superfluous quote characters in the JSON output format. - Linear search modes will by default use full-matrix extension. - Fixed an issue that could cause reduced performance in the masking sequences stage. - Fixed a bug that could cause a crash when using mutual coverage thresholds in blastx mode. - Fixed a bug that could cause a crash when the `--include-lineage` option was used. - When reading protein sequences that unexpectedly only contain DNA letters, an error message is only produced if the first 10 sequences in the input file all exhibit the problem. - Fixed a bug that caused setting `--top 100` not to function correctly. - Fixed a bug that caused target coordinates not to be reported correctly in the output of the `realign` workflow. - Fixed a bug that did not permit using the `--memory-limit/-M` option for the `realign` workflow. - Fixed an issue that could cause non-deterministic output in frameshift alignment mode. - Fixed a bug that could cause a crash when using the XML output format in the `view` workflow. - Fixed an issue that could cause non-deterministic output for identically-scoring HSPs in the same target. - Disabled the default use of increased coverage and identity cutoffs in earlier clustering rounds. - Optimized the performance of the extension stage when coverage or approximate identity filters are used. - Optimized the performance of the extension stage when not using output fields that require alignment traceback. - Fixed an issue that could cause an incorrect order of cascaded clustering rounds. [2.1.10] - Fixed a bug that could cause a crash when using a bi-directional coverage cutoff in query-indexed mode. - Fixed a bug that caused the `--include-lineage` option to malfunction for targets with no taxonomic assignment available. [2.1.9] - Corrected the prefix of the query length field for the SAM format. - Added the size modifiers 'T', 'M' and 'K' for the `--memory-limit`/`-M` option. - Added the option `--mutual-cover` to cluster sequences by mutual coverage percentage of the cluster representative and member sequence. - Added the option `--symmetric` for computing greedy vertex cover with symmetric edges. - Fixed an issue that caused the `--approx-id` option and the `approx_pident` output field not to work correctly when using the `--anchored-swipe` option. - Added the option `--no-reassign` to prevent reassignment to closest representative for the greedy vertex cover and clustering workflows. - Added the option `--connected-component-depth` to activate clustering of connected components at a given maximum depth for the greedy vertex cover and the clustering workflows. - Fixed a compiler error for Clang v17. - Improved search performance when searching with mutual coverage threshold by filtering for sequence length ratio. - Added the sensitivity mode `--shapes-30x10` with sensitivity approximately equivalent to `--mid-sensitive`. - Added the options `--round-coverage` and `--round-approx-id` to set per round cutoffs for cascaded clustering. - The CMake switch `-DKEEP_TARGET_ID` is now obsolete and the corresponding function is always available. - Added the option `--include-lineage` to the taxonomic classification format to include taxonomic lineage in the output. - Added native support for the ARM NEON instruction set (contributed by Martin Larralde). - Added the `slineages` output field to the tabular format to print the taxonomic lineage of the subject sequence. [2.1.8] - Fixed an issue that could cause reduced performance when running in query-indexed mode. - Added support for the JSON output format (option `-f json-flat`). - Added the option `--sam-query-len` to output query length in SAM format. [2.1.7] - Fixed a bug that caused taxonomy names not to be loaded correctly for the `makedb` workflow. - Fixed a bug that caused a crash when using the `--target-indexed` option. - Fixed an error when using the `--tmpdir` option for the makedb workflow. - Added a warning message when sequence accessions are shortened due to parsing rules for the `makedb` workflow. - Added the option `--no-parse-seqids` to disable parsing of sequence accessions. - Changed the command line help to print options separated by command. - Fixed an issue that the `--ignore-warnings` option could not be used for the `makedb` workflow. [2.1.6] - Fixed compatibility issues on older systems without support for AVX2. - Fixed linker errors when compiled with `-DX86=OFF`. - Fixed a compiler error on macOS systems. - Fixed a bug that could cause missing tags in the XML output format and unaligned queries not to be reported correctly. - Fixed a bug that caused the PAF output format not to work correctly. [2.1.5] - Disabled the use of frequency based seed masking when using the linear-time search feature with respect to the targets. - Fixed a bug that caused a `Database file is not a BLAST database` error message for the `prepdb` workflow. - Fixed a bug that caused a segmentation fault when using BLAST databases. - Added line numbers for error messages when reading taxonomy mapping files. - Fixed a bug that could cause a crash when using the `greedy-vertex-cover` workflow without the `--out` and `--centroid-out` options. - Fixed a bug that caused the `greedy-vertex-cover` workflow to only produce a trivial clustering. - Fixed a bug that caused the last codon of the -2 reading frame to be translated incorrectly. - Reduced the memory use of the clustering workflow. - Updated the bundled NCBI toolkit to the latest version. [2.1.4] - Leading spaces are now trimmed and tabulator characters escaped as `\t` in sequence titles, and a warning message is produced. - Blank sequence titles are now replaced by `N/A`, and a warning message is produced. - Fixed a bug that could cause a `Traceback error` in certain cases. - Fixed a bug that caused the `qlen` and `score` output fields not to be reported correctly for the `realign` workflow. - Added an error message when using unsupported output fields for the `realign` workflow. - Fixed an issue that could cause a `Missing fields in input line` error when clustering. - Optimized the performance of the `linclust` workflow. - Reduced the memory use of the clustering workflow. - Fixed a bug that caused using standard input as the query not to work. [2.1.3] - Fixed compiler errors for GCC 4.8. - Fixed a GCC compiler error. - Fixed a segfault issue occuring when compiled using GCC 12 on ARM64 systems. - Fixed an issue that caused missing support for AVX2. [2.1.2] - The iterated search mode (option `--iterate`) now uses a linear-time feature as the first search round. - Added the `linclust` command to cluster using only a single linear-time search round. - Fixed compiler errors on macOS. - Fixed a bug that caused invalid alignment traceback output for the DAA `view` workflow. - Added the `merge-daa` workflow to merge DAA files. - Fixed an error when using the `--max-target-seqs/-k` option for the DAA `view` workflow. - Removed AVX2 support from the Windows release binary to ensure compatibility with older systems. - Permitted the `--ignore-warnings` option for the `cluster` and `deepclust` workflows. - Use unlinked temporary files for database blocks in clustering workflows. - Fixed a bug that could cause invalid results when using a clustering step with linearization as the final round in combination with database processing in multiple super blocks. - The `--lin-stage1` option can now be used without compilation using the `-DEXTRA=ON` cmake option. - Added the option to specify the `_lin` suffix for sensitivity keywords for the `--iterate` option to activate linear-time feature. - Added the option `--linsearch` to activate linear-time feature for the search workflows. - Fixed a bug that caused the `ppos` and `positive` output fields not to work for the `realign` workflow. - Fixed an issue that caused motif masking not to work when compiled with link time optimization. [2.1.1] - Fixed compilation errors on non-x86 systems and for the clang compiler. - Fixed an error message when running the `recluster` workflow. - Fixed a bug that could cause an `invalid varint encoding` error when using the DAA format. - Fixed a bug that could cause corrupted DAA output. - Fixed a bug that caused an error in the `view` workflow. - Adjusted the hit culling heuristic of the frameshift alignment mode to be less aggressive. [2.1.0] - Added the `cluster` workflow to cluster protein sequences. - Added the `realign` workflow to generate clustering output. - Added the `recluster` workflow to correct errors in clusterings. - Added the `reassign` workflow to reassign cluster members to their closest centroid. - Added the option `-M/--memory-limit` to set a memory limit for clustering workflows. - Added the `--approx-id` option to filter alignments by approximate sequence identity and to set an approximate sequence identity threshold for clustering. - Added the `--member-cover` option to set the coverage threshold of the cluster member sequence. - Added the `--cluster-steps` option to set steps for cascaded clustering. - Added the `--clusters` option to specify clustering input file. - The `blastx` mode will now mask any open reading frame below the minimum required length as specified by `--min-orf`. - The `blastx` mode will only count unmasked letters towards the block size. - Fixed a bug that caused an error when using the global ranking mode. - Added the fast mode as the first round in iterative searches. - Fixed a bug that caused the program not to function on systems without support for SSE4.1. - Improved multi-threaded load balancing of gapped extension computations. - Improved performance of seed extension stage when HSP filter settings are used. - Added the option `--soft-masking` with possible values `0` and `tantan` to permit soft-masking using the tantan algorithm. - Fixed a bug that could cause an `inflate error` in multiprocessing mode. - Added the option `--swipe` to compute full Smith Waterman alignments of all queries against all targets. - Added the sensitivity mode `--faster`. - Added the output fields `approx_pident` and `corrected_bitscore` to the tabular format. - Added the `--lin-stage1` option to linearize comparisons in the seeding stage by only considering hits against the longest query sequence for identical seeds (only supported when compiled with `-DEXTRA=ON`). - Added the `--kmer-ranking` option to rank sequences when `--lin-stage1` is used (only supported when compiled with `-DKEEP_TARGET_ID=ON`). - Added the option `--no-block-size-limit` to deactivate upper limits for the block size when the `--memory-limit` option is used. - Added the `greedy-vertex-cover` workflow to compute clustering based on alignments. - Added the `--edge-format` option to set edge format for greedy vertex cover. - Added the `--edges` option to set input file for greedy vertex cover. - Added the `--centroid-out` option to output centroid sequences for greedy vertex cover. - Added the `--unaligned-targets` option to generate an output file of unaligned targets. - Fixed an issue that failed compilation using the Intel Compiler. - Fixed an issue that could cause a segmentation fault in rare cases. - The `--header` option can now be used with the parameter `simple` to enable simple headers for the tabular format, or without a parameter to enable headers for the clustering format. - Added the option `--mp-self` to optimize self-alignment in multiprocessing mode. - Added the option `--query-or-subject-cover` to report alignments if the query or the subject cover (or both) are above the given threshold. - Removed support for the `--comp-based-stats 2` option (now equivalent to `--comp-based-stats 3`). - Removed hit culling in case of overlapping target ranges in frameshift alignment mode. - Added the option `--anchored-swipe` to activate anchored SWIPE extension. [2.0.15] - Fixed a bug (present since v2.0.12) that caused the `diamond view` workflow to report a zero bit score for all alignments. [2.0.14] - Fixed a compiler error on Linux systems that do not define `_SC_LEVEL3_CACHE_SIZE`. - Fixed an error when using `--unal 1` with the `cigar` output field. - Fixed an `illegal instruction` error on systems that did not support AVX2. - Fixed a bug (present since v2.0.12) that could cause an error or suboptimal alignments when HSP filter settings were used. [2.0.13] - Fixed a bug that caused invalid bit scores in frameshift alignment mode. [2.0.12] - Fixed an error when using HSP filter settings together with a BLAST database. - Optimized the performance of alignment traceback. - A non-default setting of `--max-hsps` will now recompute a full-matrix Smith Waterman alignment with the ranges of the known HSPs masked in the target. - A non-default setting for `--max-hsps` can now be used together with `--ext full`. - The sensitivity levels used for iterated searches can now be manually set by using a space-separated list after the `--iterate` option. - Seeds are masked based on complexity instead of frequency by default. - Added the option `--seed-cut` to set a complexity cutoff for indexed seeds. - Added the option `--freq-masking` to enable masking seeds based on frequency. - The fast, default, mid-sensitive and sensitive modes will by default softmask a fixed set of highly abundant sequence motifs. - Added the option `--motif-masking (0,1)` to enable or disable motif masking. - Added the option `--masking seg` to enable SEG masking of target sequences (BLAST default) instead of tantan masking. - Fixed a bug that caused the `full_sseq` output field to contain invalid information or to produce an error when using a BLAST database. - Changed composition based statistics to use BLOSUM62 background frequencies. - Fixed the zstd dependency in the Dockerfile. - Added support for gap letters in BLAST databases. - Fixed a bug that caused the `--custom-matrix` option not to function correctly. - Changed the overlap for merging adjoining bands to >0.0. - Use more moderate filtering of HPSs in the chaining stage. [2.0.11] - Fixed a bug that could cause invalid output when using `--masking 0` combined with the global ranking mode. - Enabled lazy repeat masking in the query-indexed and contiguous seed modes when using global ranking. - Added detection of cache size to auto-enable query-indexed mode. [2.0.10] - Using BLAST databases now requires a preprocessing step using the command `prepdb`. - Improved performance of searching small query files. - Added "iterative" search mode (option `--iterate`) to search the query dataset with increasing sensitivity, only searching queries at the target sensitivity that fail to align at a lower sensitivity search. - Added the "global ranking" mode (option `-g`) to set a limit on the number of Smith Waterman extensions per query, with the target sequences ranked by their ungapped extension scores. - Added the `--fast` sensitivity mode that is faster and less sensitive than the default mode. - Reduced the time for loading target sequences from BLAST databases. - Added the contiguous-seed mode (option `--algo ctg`) to improve performance for small query files. - Added support for using `--comp-based-stats (3,4)` in combination with `--ext full`. - Fixed a bug that could cause a `Traceback error` when using `--comp-based-stats (3,4)` in rare cases. - Changed the `full_sseq` output field to always contain unmasked sequences. - Fixed an issue that could cause target output order to be nondeterministic in case of identically scoring hits. - Added support for reading zstd-compressed input files (auto-detected) and writing zstd-compressed output files (option `--compress zstd`) (requires compilation using `cmake -DWITH_ZSTD=ON`). - Compilation with BLAST database support requires the zstd library. - Added error message when reading protein sequences from FASTA files that only contain DNA letters (can be disabled using `--ignore-warnings`). [2.0.9] - Reduced the memory use of database building with taxonomy mapping. - Removed the limitation of sequence accession length. - Fixed a bug that could cause using a BLAST database not to function correctly. - Added support for using BLAST alias databases (created by `blastdb_aliastool`). - Reduced the memory use of the seed hit sorting stage. - Improved the consistency of results when running in query-indexed mode (`--algo 1`). - Added the option `--skip-missing-seqids` to ignore cases of missing sequences in the database when using the `--seqidlist` option. - The `--min-orf` parameter now defaults to 1 in frameshift alignment mode. [2.0.8] - Added support for using BLAST database files instead of the Diamond-formatted `.dmnd` files. - Added the option `--seqidlist` to filter the database by sequence accession (only supported for BLAST databases). - Fixed a bug that caused the `--dbsize` option not to function correctly. - Added the command `makeidx` and the option `--target-indexed` that provide an optimisation specialized for small databases (<10 Mb). - Added the option `--mp-recover` to recover aborted runs in multiprocessing mode. [2.0.7] - Added support for computing full-matrix instead of banded Smith Waterman extensions (command line option `--ext full`). - Added support for the new `prot.accession2taxid.FULL.gz` taxonomy mapping file from NCBI. - Added the option `--gapped-filter-evalue` to set the e-value threshold of the gapped filter heuristic. - Added setting the scores of the mask letter according to BLAST rules when a compositionally adjusted matrix is used. - Changed formatting of e-values to print two decimals instead of one. - Added the output field `qseq_translated` to print the translation of the aligned part of the query sequence. - Added support for providing two input files to `--query/-q` when running alignment in blastx mode. - Added the output field `full_qseq_mate` to print the sequence of the query's mate (enabled when using two query files in blastx mode). - Fixed a bug that could cause a crash in blastx mode for very long queries. [2.0.6] - Changed the computation of expected values to use the method described in Park, Y., Sheetlin, S., Ma, N. et al. New finite-size correction for local alignment score distributions. *BMC Res Notes* **5**, 286 (2012). - Enabled the use of a custom scoring matrix without having to specify the statistical parameters (option `--custom-matrix`). - Added support for compositional matrix adjust as described in Yi-Kuo Yu, Stephen F. Altschul, The construction of amino acid substitution matrices for the comparison of proteins with non-standard compositions, *Bioinformatics*, Volume 21, Issue 7, 1 April 2005, Pages 902–911. Three additional modes have been added that can be enabled by setting `--comp-based-stats (2,3,4)` (*the feature is not enabled by default and does not support translated searches at the moment*). - Fixed a bug that could cause incorrect alignment coordinates, gaps counts and sequence identities being reported by `diamond view`. - Targets are sorted by bit score instead of e-value in the alignment output when the `--top` parameter is used. - Disabled support of custom scoring matrices for the DAA format. - Fixed a bug that caused the use of a custom scoring matrix not to function correctly. - Fixed an issue that caused the portable binary not to function on systems that did not support AVX. - Added the option `--no-unlink` to prevent unlinking of temporary files. [2.0.5] - Fixed an issue that could cause high memory use in frameshift alignment mode. [2.0.4] - Fixed a bug that could cause the `--max-target-seqs/-k`, `--ext-chunk-size` and `--file-buffer-size` options not to function correctly on macOS. [2.0.3] - Added a new sensitivity mode that is between the default mode and the sensitive mode in sensitivity (option `--mid-sensitive`). - Added counters for total number of reference blocks, shapes and index chunks to the status messages. - Fixed a bug (persisting since v2.0.2) that could cause secondary HSPs within one target not to be reported if the `--max-hsps` option was used with a non-default setting. - Fixed a bug that could cause an invalid error message with regard to the database format in certain cases. - The `--no-self-hits` option is no longer supported in `blastx` mode. - Changed the semantics of the `--no-self-hits` option to check for equality of both sequence and sequence id, independent of the computed alignment. - The selection of the top hit when using `--top` will respect the identity, coverage and no-self-hits filter settings (does not apply when frameshift alignment is enabled). - The inclusion criterion for `--top` is applied to the bit score instead of the raw score and is no longer affected by integer rounding (does not apply when frameshift alignment is enabled). - Improved the accuracy of the ranking heuristic. - Added the options `--ext-chunk-size` and `--no-ranking` to control the ranking heuristic. [2.0.2] - Fixed a bug (persisting since v2.0.0) that could cause incomplete results in `blastx` mode. - Reduced the use of temporary disk space. - Fixed an issue that could cause long runtimes when using the `--taxon-list` option. [2.0.1] - Added feature for using the tool in a distributed computing environment. - Fixed an issue that could cause increased memory usage and runtimes for very long queries. - Fixed a bug that could cause a crash when using `--comp-based-stats 0`. - Fixed a bug that could cause a crash for small input files in certain cases. - Fixed a bug that could cause filtering hits for identity or range cover not to function correctly when using the tabular format without traceback being enabled. - Added warning messages to recommend block size parameters based on system RAM. [2.0.0] - Added the sensitivity modes `--very-sensitive` and `--ultra-sensitive`. - The `--block-size`/`-b` parameter is set to 0.4 and the `--index-chunks`/`-c` parameter is set to 1 by default in the new sensitivity modes. - Improved performance. - Added the option `--ext` with possible values `banded-fast` and `banded-slow` to adjust band setup for Smith Waterman extensions (new default is `banded-fast` for the default and sensitive mode, and `banded-slow` otherwise). - Added automatic disabling of alignment traceback if not required by the user-defined output fields in tabular output format. - Changed the default value of the `--max-hsps` parameter to 1. - Changed the default value of the `--freq-sd` parameter from 10 to 20 for the sensitive mode. - Fixed a compiler error on FreeBSD. [0.9.36] - Fixed a bug that could cause `makedb` to produce invalid database files when using taxonomy features. - Fixed a bug that could cause a crash when running in query-indexed mode. [0.9.35] - Fixed a bug in `diamond view` that would cause high memory usage and erroneous output. - Reduced the use of temporary disk space. - Fixed a database compatibility issue with big endian architectures. - Fixed a bug that would cause a crash for query sequences shorter than 5 letters in blastx mode. - Fixed a bug that would cause a crash when using a FASTA file as database parameter in blastx mode. - Added support for the following new ranks in the NCBI taxonomy: biotype, clade, forma specialis, genotype, isolate, morph, pathogroup, serogroup, serotype, strain, subvariety. [0.9.34] - Fixed a compiler error for native builds. - Fixed a compiler error for GCC 4.8. - Fixed a compiler error when support for SSSE3 was enabled without support for SSE4.1. - Implemented asynchronous loading of seed hits. [0.9.33] - Improved performance and sensitivity. - Increased use of temporary disk space. - Implemented support for the AVX2 instruction set. - Fixed a bug on big-endian architectures. - Fixed bugs for compilers with unsigned char. - Fixed compiler errors for generic builds. - Added compatibility of database files between little and big endian architectures. - Fixed various issues related to `Illegal instruction` errors on macOS. - Added option `--file-buffer-size` to set the size of the I/O buffers and set the default value to 64 MB. [0.9.32] - Fixed a bug that would generate an incorrect count of positive scoring letters in all output formats. - Fixed a compiler error on macOS. - Fixed an `illegal instruction` error on macOS. [0.9.31] - Improved performance. - Composition based statistics use integer scoring. - Option `--quiet` will suppress startup message. - Added output field `scovhsp` to print the subject coverage per HSP to the tabular format. - Added option `--culling-overlap` to set the minimum overlap with a higher scoring hit for a hit to be deleted and changed the default value from 90% to 50%. - Added command `diamond test` to run a series of regression tests. - Fixed an off-by-one error of the query end position in the XML output format. - (Update 2020/06/08) Due to a bug, since this version DAA files are not backward compatible with previous versions when using frameshift alignment (option `-F`). [0.9.30] - Added support for output field `cigar` to the tabular format. - Changed the maximum repeat period to 50 for tantan masking. - Changed the tantan masking to ungapped mode. - Improved the performance of repeat masking. - Added output fields sskingdoms, skingdoms, and sphylums to print subject super kingdoms, subject kingdoms, and subject phylums. [0.9.29] - Fixed a bug that could cause taxonomy features to function incorrectly for databases created by versions 0.9.27 and 0.9.28. [0.9.28] - Fixed a bug that could cause alignment score overflows for scores > 65535 in frameshift alignment mode. - Fixed a clang compiler error. [0.9.27] - Improved performance of the seed matching stage. - Seed frequency counts are computed based on hit seeds. - Added option `--taxon-exclude` to exclude list of taxon ids from search. - Compiling from source will no longer perform a native build. Instead, a portable binary that contains code paths for multiple architectures will be produced, with dispatch logic that is invoked at runtime. [0.9.26] - Fixed a bug that could cause undefined behaviour when using a database file of format version < 2. - Fixed a compiler error when compiled as generic C++. - Program will no longer terminate with an error if unlink system call fails. - Added option `--tantan-minMaskProb` to set minimum repeat probability for tantan masking and changed the default value to 0.9. - Added option `--tantan-maxRepeatOffset` to set maximum tandem repeat period to consider and changed the default value to 15. - Added option `--tantan-ungapped` to use tantan in ungapped mode and changed the default to gapped mode. - Changed score matrix lambda calculation for tantan masking. - Reference masking is recomputed during alignment runs. [0.9.25] - Added support for the `sscinames` output field to print subject scientific names to the tabular output format. - Fixed a compiler error for GCC 8.2. - Added option `--stop-match-score` to set the match score of stop codons. - Fixed a bug that caused the `qqual` output field to not be correctly clipped to the aligned part of the query. - Added output fields `qseq_gapped` and `sseq_gapped` to the tabular format. - Raised compiler requirement to GCC 4.8. - Fixed a bug that caused the final sequence positions to not be printed in the pairwise format. - Allow using `--min-score` instead of `--top` for the LCA computation of the taxonomy output format. - Reduced the number of temporary files. - Added output field `qstrand` to the tabular format. - Database format version changed to 3. - Fixed a bug in the `--range-culling` mode that could cause undefined behaviour. [0.9.24] - Fixed a compiler error on macOS. - Added --header option to output header for tabular output format. - The quality string output in tabular format (qqual field) is clipped to the aligned part of the query. - Print '*' as quality string if quality values are not available in tabular output format. - Added field 'full_qqual' to print unclipped query quality values to the tabular format. - Added field 'full_qseq' to print unclipped query sequence to the tabular format. - Added support for using the hyphen character '-' to denote the standard input for input file parameters. - Status messages are written to stderr. - Fixed a bug that could incorrectly report queries as unaligned in the output of the --un option. - Added option '--al' to write aligned queries to file. - Added options '--alfmt' and '--unfmt' to set the format of the aligned/unaligned query file (supported values: fasta, fastq). [0.9.23] - Fixed an issue that could cause too high memory usage. - Added output field 'qqual' to print query FASTQ quality values to the tabular format. - Changed license to GPL. - Raised compiler requirement to GCC 4.6. - Added option to use the DAA output format for diamond view. - Added support for using a FASTA file as the --db parameter in alignment workflows. - Added CL (command line) and VN (version) fields to the @PG SAM format header line. - Fixed a performance issue for very long query sequences. - Added shortcut --long-reads for --range-culling --top 10 -F 15. [0.9.22] - Added output field full_sseq to tabular output format. - Database sequences that exceed the maximum accession length will no longer cause an error. - Added support for PAF output format. - Optimized performance of database taxonomy filtering. [0.9.21] - Fixed compiler errors on some systems. [0.9.20] - Added Bioconda installation instructions to manual. - Added official docker release: https://hub.docker.com/r/buchfink/diamond/ - Fixed a bug that could cause corrupted output if compression was activated. - Fixed an issue that could cause high memory usage by automatic use of the query-indexed algorithm. [0.9.19] - Fixed a bug in the --un function to write unaligned reads. - Fixed an issue in the LCA algorithm that could cause an assignment to a higher node. - --taxonmap and --taxonnodes parameters now apply exclusively to the makedb command. - Added option --taxonlist to filter searches by subject taxonomic id. - Changed database format; rebuilding is required. [0.9.18] - Optimized output writing performance. - Fixed a bug in the XML output format. [0.9.17] - Fixed a compiler error on FreeBSD. - Added option --range-culling. - Fixed escape sequences in XML output. [0.9.16] - Fixed a bug that caused an error for non-SSSE3 builds. [0.9.15] - Improved performance of frameshift alignment mode. [0.9.14] - Added support for frameshift alignments. [0.9.13] - Fixed query positions in pairwise format for translated searches. - Changed default behaviour of --max-hsps option to report unlimited number of HSPs. [0.9.12] - Fixed dbinfo command to be able to read older database formats. - Adjusted XML format for better compatibility with Blast2Go. - Fixed a potential error when running multiple instances of Diamond. [0.9.11] - Added option --xml-blord-format for alternative-style XML format. - Fixed a bug that could cause a crash when writing compressed output files. [0.9.10] - added --strand option to choose query strand - added dbinfo command [0.9.9] - Added taxonomic classification format. - Fixed a bug in getseq printing masked residues. - Fixed parsing of UniRef100_ sequence id prefixes. - Added support for using the staxids output field in diamond view. [0.9.8] - Fixed a compiler error. [0.9.7] - Fixed compiler errors. - Changed XML format to print accessions in the Hit_id and Hit_accession fields. [0.9.6] - Fixed compiler errors. [0.9.5] - Added support for named pipes. - Added support for reading input files from stdin. - Added more elaborate file I/O error messages. [0.9.4] - Improved performance. - Fixed a bug in the query-indexed algorithm. - Empty sequences are ignored instead of generating an error. [0.9.3] - Fixed a bug that could cause hanging. - Fixed a bug that could cause an error when using the staxids output field and the --unal option. [0.9.2] - Fixed a compiler error. - Improved performance for very small query files. [0.9.1] - fixed a performance issue [0.9.0] - improved performance - improved support for alignments with long gaps - removed SEG masking - added low complexity masking using tantan - changed license to AGPL [0.8.38] - fixed std::exception error messages - fixed sequence titles in XML format - XML and pairwise format contain full length titles by default [0.8.37] - fixed a bug that would cause an error message for empty DAA files - all scoring matrices use the respective default gap penalties from BLAST - added check for SSSE3 instruction set - added diamond-sse2 to the binary package - added staxids field to the tabular format [0.8.36] - fixed a compiler error [0.8.35] - added a check to detect incomplete database files - database files will be deleted in case database building fails - fixed a compiler error on 32 bit systems [0.8.34] - fixed a compiler error [0.8.33] - modified option --no-self-hits to also require matching sequence titles for filtering of a self hit - fixed a bug that could cause a crash in the `joining output blocks` stage [0.8.32] - improved speed and sensitivity - fixed an issue that could cause too high memory usage in certain cases [0.8.31] - renamed option --run-len to --min-orf - added compositional score adjustments (option --comp-based-stats (0,1), enabled by default) - removed --single-domain option and replaced by --max-hsps - added option --no-self-hits [0.8.30] - slightly improved sensitivity - added option to report unaligned queries (--unal) - pairwise, XML and SAM format will report unaligned queries by default - added option to filter alignments by subject cover (--subject-cover) [0.8.29] - fixed an issue that could cause a crash when using view on incomplete DAA files [0.8.28] - slightly improved sensitivity - added support for the BLAST pairwise format (option -f 0) [0.8.27] - added support for gzip compressed files containing multiple gzip streams [0.8.26] - fixed a compiler error - now compiles as generic C++ code without SSE being available - added option to write unaligned queries to file (--un) [0.8.25] - fixed a bug with the qseq field in the blast tabular format - added qtitle and btop fields to the blast tabular format - fixed a bug that could cause a crash when passing a nonexistant input file - fixed an issue that could cause unexpectedly long runtimes in certain cases [0.8.24] - error messages when reading sequence files include line numbers [0.8.23] - added option to change the genetic code used for translation in blastx mode [0.8.22] - the Hit_id and Hit_accession fields are now filled for the BLAST XML format [0.8.21] - fixed an error of 'diamond view' when using a custom scoring matrix [0.8.20] - added support for customizing the BLAST tabular output format [0.8.19] - ungapped xdrop score and ungapped and gapped filter scores are now set in bits - added support for custom scoring matrices [0.8.18] - fixed a crash bug - implemented getseq command to retrieve sequences from database files [0.8.17] - slightly improved sensitivity of fast and sensitive mode - added new alignment mode (option --more-sensitive) - the scoring matrix parameter will accept upper case spelling [0.8.16] - optimized performance [0.8.15] - fixed a compiler error on Mac - fixed a crash on some systems [0.8.14] - fixed a memory leak [0.8.13] - fixed a compiler error for GCC 4.1 and 4.2 [0.8.12] - changed database format - block size parameter is set only for the alignment commands - the program will accept databases created by later versions if the format is compatible - improved sensitivity of sensitive mode with some loss in performance [0.8.11] - fixed a compiler error [0.8.10] - added option to directly generate all output formats - fixed some GCC 6.1 compiler errors [0.8.9] - optimized performance - improved local alignment accuracy - fixed some fields in the XML format [0.8.8] - fixed a clang compiler error [0.8.7] - added support for BLAST XML format - fixed the gzip compressed output option [0.8.6] - fixed a problem of the Windows version that could cause errors for larger files - optimized performance [0.8.5] - optimized performance [0.8.4] - fixed a problem that could cause very long runtimes for highly repetitive sequences - optimized performance - fixed a bug that could cause too high memory usage in blastp mode [0.8.3] - fixed a problem that could sometimes cause alignments to be missed - suppressed reporting of alignments that are enveloped by better alignments [0.8.2] - use parameter -k0 to report unlimited number of alignments - fixed a crash bug on Mac OS X - fixed a crash when view was used with terminal output [0.8.1] - added option to disable auto appending of DAA and DMND file extensions (--no-auto-append) - fixed some compiler errors for GCC 4.6 [0.8.0] - fixed a bug that would sometimes cause alignments to be missed - fixed a bug that would cause alignments on the reverse strand to be missed in blastx mode - temporary directory now defaults to output directory - removed dependency on Boost - fixed a bug that would cause stop codons to be translated into 'X' [0.7.12] - fixed header string in SAM output to correctly identify the blastp alignment mode - added option to filter alignments for a given query cover (option --query-cover) - added option to print full subject titles in output files (option --salltitles) [0.7.11] - added --version switch - added static build option for CMake build - fixed a bug that would cause a return code of 1 without an error [0.7.10] - --log option works on OS X - added option to set effective database size (--dbsize) - added CMake build option - fixed a Clang compiler warning - dash characters (-) are ignored (treated as X) in protein sequences [0.7.9] - added --single-domain option - fixed a bug that could cause the program not to use all available threads - optimized performance [0.7.8] - fixed a bug that could produce an incorrect sort order of HSPs [0.7.7] - fixed a number formatting error in the SAM output format [0.7.6] - fixed a formatting error in CIGAR strings [0.7.5] - fixed a compiler error for Clang - compiles on OS X - fixed a bug that would not produce the correct sort order for HSPs with e-value 0 - option --run-len defaults to 1 for sequences shorter than 30 letters [0.7.4] - removed OpenMP dependency - using explicit Makefile instead of autoconf - file extensions can be named explicitly for DAA and database files - HSPs are grouped by target sequence - fixed a bug that could produce incorrect output for view - fixed a bug that could report an incorrect number of alignments - fixed a compiler error for GCC 4.1.2 [0.7.3] - changed database format (makedb required) - optimized multithreading load balancing - removed a non-determinism in alignment computation - IUPAC nucleotide ambiguity codes in DNA sequences are accepted and converted into N's - SEG masking is disabled by default for blastp mode - fixed a memory leak - reduced database file sizes [0.7.2] - fixed a bug that could create invalid DAA files when using the --id option - added integrity check of DAA files to view command - fixed a bug that could cause segmentation fault or file seek errors [0.7.1] - fixed a race condition for opening temporary files - temporary files are deleted on ungraceful termination of the program - blank lines in FASTA files are tolerated - fixed a compiler error for GCC 4.4.7 - view command can write to standard output [0.7.0] - introduced DAA format - reduced usage of temporary disk space and memory - fixed a compiler error for GCC 4.1.2 - fixed a bug that could cause the program to hang when running out of temporary space or memory - added --forwardonly option to view commandbbuchfink-diamond-6dc5717/src/align/000077500000000000000000000000001523407312000172765ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/align/align.cpp000066400000000000000000000233021523407312000210740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "basic/value.h" #include "align.h" #include "output/output_format.h" #include "output/output.h" #include "legacy/pipeline.h" #include "search/hit_buffer.h" #include "util/parallel/thread_pool.h" #include "extend.h" #include "util/util.h" #ifdef WITH_DNA #include "../dna/extension.h" #endif #include "util/util.h" #define _REENTRANT #include "ips4o/ips4o.hpp" #include "data/queries.h" #include "data/sequence_file.h" #include "search/hit_buffer.h" using std::get; using std::tuple; using std::unique_ptr; using std::thread; using std::lock_guard; using std::mutex; using std::pair; using std::vector; DpStat dp_stat; static vector make_partition(Search::Hit* begin, Search::Hit* end) { vector partition; partition.reserve(div_up(end - begin, (ptrdiff_t)config.min_task_trace_pts) + 1); Search::Hit* p = begin; partition.push_back(0); const BlockId c = align_mode.query_contexts; while (p < end) { Search::Hit* q = std::min(p + config.min_task_trace_pts, end - 1); const BlockId query = q->query_ / c; do { ++q; } while (q < end && q->query_ / c == query); partition.push_back(q - begin); p = q; } return partition; } struct HitIterator { static bool single_query() { return config.swipe_all || align_mode.mode == AlignMode::blastn; } HitIterator(BlockId qbegin, BlockId qend, Search::Hit* begin, Search::Hit* end, vector::const_iterator partition, int64_t parts): partition(partition), parts(parts), data(begin), query_begin(qbegin), query_end(qend) {} struct Hits { BlockId query; Search::Hit* begin, * end; }; vector fetch(int64_t i) { vector r; if (single_query()) { r.push_back(Hits{ (BlockId)i,nullptr,nullptr }); return r; } assert(i >= 0 && i < parts); const BlockId c = align_mode.query_contexts; Search::Hit* begin = data + partition[i], * end = data + partition[i + 1]; BlockId last_query = begin > data ? (begin - 1)->query_/c + 1 : query_begin; const int64_t query_count = (end - 1)->query_/c + 1 - last_query; r.reserve(query_count); for (; last_query < begin->query_/c; ++last_query) r.push_back(Hits{ last_query, nullptr,nullptr }); auto it = merge_keys(begin, end, [c](const Search::Hit& h) { return h.query_/c; }); while (it.good()) { for (; last_query < it.key(); ++last_query) r.push_back(Hits{ last_query, nullptr,nullptr }); r.push_back(Hits{ (BlockId)it.key(), it.begin(), it.end() }); ++it; ++last_query; } if (i == parts - 1) { r.reserve(r.size() + query_end - (r.back().query + 1)); for (BlockId j = r.back().query + 1; j < query_end; ++j) r.push_back(Hits{ j, nullptr,nullptr }); } return r; } const vector::const_iterator partition; const int64_t parts; Search::Hit* data; const BlockId query_begin, query_end; }; static TextBuffer* legacy_pipeline(const HitIterator::Hits& hits, Search::Config& cfg, Statistics &stat) { if (hits.end == hits.begin) { TextBuffer *buf = nullptr; if (!cfg.blocked_processing && *cfg.output_format != OutputFormat::daa && cfg.output_format->report_unaligned()) { buf = new TextBuffer; Output::Info info{ cfg.query->seq_info(hits.query), true, cfg.db.get(), *buf, Util::Seq::AccessionParsing(), cfg.db->sequence_count(), cfg.db->letters() }; cfg.output_format->print_query_intro(info); cfg.output_format->print_query_epilog(info); } return buf; } QueryMapper *mapper = new ExtensionPipeline::BandedSwipe::Pipeline(hits.query, hits.begin, hits.end, dp_stat, cfg); TaskTimer timer("Initializing mapper", UINT_MAX); mapper->init(); timer.finish(); mapper->run(stat, cfg); timer.go("Generating output"); TextBuffer *buf = nullptr; if (*cfg.output_format != OutputFormat::null) { buf = new TextBuffer; const bool aligned = mapper->generate_output(*buf, stat, cfg); if (aligned && cfg.track_aligned_queries) { query_aligned_mtx.lock(); if (!query_aligned[hits.query]) { query_aligned[hits.query] = true; ++cfg.iteration_query_aligned; } query_aligned_mtx.unlock(); } } delete mapper; return buf; } static void align_worker(HitIterator* hit_it, Search::Config* cfg, int64_t next) { try { std::pmr::monotonic_buffer_resource pool; const vector hits = hit_it->fetch(next); assert(!hits.empty()); Statistics stat; DpStat dp_stat; const bool parallel = config.swipe_all && (cfg->target->seqs().size() >= cfg->query->seqs().size()); for (auto h = hits.cbegin(); h < hits.cend(); ++h) { pool.release(); if (config.frame_shift != 0) { TextBuffer* buf = legacy_pipeline(*h, *cfg, stat); output_sink->push(h->query, buf); continue; } if (h->begin == nullptr && !HitIterator::single_query()) { output_sink->push(h->query, nullptr); continue; } vector matches = #ifdef WITH_DNA align_mode.mode == AlignMode::blastn ? Dna::extend(*cfg, cfg->query->seqs()[h->query]) : #endif Extension::extend(h->query, h->begin, h->end, *cfg, stat, parallel ? DP::Flags::PARALLEL : DP::Flags::NONE, pool); TextBuffer* buf = cfg->blocked_processing ? Extension::generate_intermediate_output(matches, h->query, *cfg) : Extension::generate_output(matches, h->query, stat, *cfg); if (!matches.empty() && cfg->track_aligned_queries) { std::lock_guard lock(query_aligned_mtx); if (!query_aligned[h->query]) { query_aligned[h->query] = true; ++cfg->iteration_query_aligned; } } output_sink->push(h->query, buf); } statistics += stat; ::dp_stat += dp_stat; } catch (std::exception& e) { std::cerr << "Error: " << e.what() << std::endl; exit(EXIT_FAILURE); } } void align_queries(File* output_file, Search::Config& cfg) { const uint64_t mem_limit = Util::String::interpret_number(config.memory_limit.get("16G")); pair query_range; TaskTimer timer("Allocating memory", 3); if (!cfg.blocked_processing && !cfg.iterated()) cfg.db->init_random_access(cfg.current_query_block, 0, false); uint64_t res_size = cfg.query->mem_size() + cfg.target->mem_size(); cfg.seed_hit_buf->alloc_buffer(); cfg.seed_hit_buf->load(std::min(mem_limit - res_size - cfg.seed_hit_buf->next_bin_size() * (uint64_t)sizeof(Search::Hit), config.trace_pt_fetch_size)); bool goon = true; while (goon) { timer.go("Loading trace points"); tuple input = cfg.seed_hit_buf->retrieve(); statistics.inc(Statistics::TIME_LOAD_SEED_HITS, timer.microseconds()); goon = cfg.seed_hit_buf->load(std::min(mem_limit - res_size - cfg.seed_hit_buf->next_bin_size() * (int64_t)sizeof(Search::Hit), config.trace_pt_fetch_size)); timer.finish(); Search::Hit* hit_buf = get<0>(input); const int64_t hit_count = get<1>(input); *log_stream << "Processing " << hit_count << " trace points (" << Util::String::format(int64_t(hit_count * sizeof(Search::Hit))) << ")." << std::endl; res_size += hit_count * sizeof(Search::Hit); query_range = { get<2>(input), get<3>(input) }; timer.go("Sorting trace points"); #ifdef NDEBUG //sort::sort_parallel_blocked_inplace(hit_buf, hit_buf + hit_count, std::less(), config.threads_); ips4o::parallel::sort(hit_buf, hit_buf + hit_count, std::less(), config.threads_); #else std::sort(hit_buf, hit_buf + hit_count); #endif statistics.inc(Statistics::TIME_SORT_SEED_HITS, timer.microseconds()); timer.go("Computing partition"); const vector partition = make_partition(hit_buf, hit_buf + hit_count); timer.go("Computing alignments"); HitIterator hit_it(query_range.first, query_range.second, hit_buf, hit_buf + hit_count, partition.begin(), (int64_t)partition.size() - 1); OutputWriter writer{output_file, cfg.blocked_processing ? '\0' : cfg.output_format->query_separator }; output_sink.reset(new ReorderQueue(query_range.first, writer)); unique_ptr heartbeat; if (config.verbosity >= 3 && config.load_balancing == Config::query_parallel && !config.swipe_all && config.heartbeat) heartbeat.reset(new thread(heartbeat_worker, query_range.second, &cfg)); const int threads = config.load_balancing == Config::target_parallel || (config.swipe_all && (cfg.target->seqs().size() >= cfg.query->seqs().size())) ? 1 : (config.threads_align == 0 ? config.threads_ : config.threads_align); auto task = [&hit_it, &cfg](ThreadPool& tp, int64_t i) { return align_worker(&hit_it, &cfg, i); }; cfg.thread_pool.reset(config.swipe_all ? new ThreadPool(task, query_range.first, query_range.second) : new ThreadPool(task, 0, (int64_t)partition.size() - 1)); cfg.thread_pool->run(threads); cfg.thread_pool->join(); if (heartbeat) heartbeat->join(); statistics.inc(Statistics::TIME_EXT, timer.microseconds()); timer.go("Deallocating buffers"); cfg.thread_pool.reset(); output_sink.reset(); } statistics.max(Statistics::SEARCH_TEMP_SPACE, cfg.seed_hit_buf->total_disk_size()); timer.go("Freeing memory"); cfg.seed_hit_buf->free_buffer(); if (!cfg.blocked_processing && !cfg.iterated()) cfg.db->end_random_access(false); }bbuchfink-diamond-6dc5717/src/align/align.h000066400000000000000000000015501523407312000205420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/io/file.h" #include "run/config.h" void align_queries(File* output_file, Search::Config &cfg);bbuchfink-diamond-6dc5717/src/align/alt_hsp.cpp000066400000000000000000000107431523407312000214410ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "dp/dp.h" #include "extend.h" #include "util/sequence/sequence.h" #include "stats/hauser_correction.h" using std::list; using std::array; using std::vector; namespace Extension { struct ActiveTarget { ActiveTarget(vector::iterator match, SequenceSet& dst) : match(match), active(0) { masked_seq.fill(nullptr); uint32_t active = 0; const auto l = match->seq.length(); for (const Hsp& h : match->hsp) { if (!(active & (1 << h.frame))) { dst.reserve(l); active |= 1 << h.frame; } } } ActiveTarget(const ActiveTarget& t): match(t.match), masked_seq(t.masked_seq), active(0) { for (int32_t i = 0; i < align_mode.query_contexts; ++i) if (!(t.active & (1 << i))) masked_seq[i] = nullptr; } void copy_seq(SequenceSet& dst, int64_t& i) { for (const Hsp& h : match->hsp) { if (!masked_seq[h.frame]) { dst.assign(i, match->seq.data(), match->seq.end()); masked_seq[h.frame] = dst.ptr(i++); } Letter* seq = masked_seq[h.frame]; std::fill(seq + h.subject_range.begin_, seq + h.subject_range.end_, SUPER_HARD_MASK); } } Sequence masked(int32_t context) const { return Sequence(masked_seq[context], match->seq.length()); } int32_t check_fully_masked() { int32_t n = 0; for (int32_t i = 0; i < align_mode.query_contexts; ++i) if (active & (1 << i)) { if (Util::Seq::is_fully_masked(masked(i))) active &= ~(1 << i); else ++n; } return n; } const vector::iterator match; array masked_seq; uint32_t active; }; using TargetVec = vector; static TargetVec recompute_alt_hsps(const Query& query, TargetVec& targets, const HspValues v, Statistics& stats) { array dp_targets; const Loc qlen = query.sequence[0].length(); for (auto it = targets.begin(); it != targets.end(); ++it) { const int64_t dp_size = (int64_t)qlen * (int64_t)it->match->seq.length(); const ::Stats::TargetMatrix* matrix = it->match->matrix.get(); const int bin = DP::BandedSwipe::bin(v, qlen, 0, 0, dp_size, matrix ? matrix->score_width() : 0, 0); for (int32_t context = 0; context < align_mode.query_contexts; ++context) { if (it->masked_seq[context]) { const Sequence target = it->masked(context); dp_targets[context][bin].emplace_back(target, target.length(), BlockId(it - targets.begin()), matrix); } } } for (int32_t context = 0; context < align_mode.query_contexts; ++context) { DP::Params params{ query.sequence[context], "", Frame(context), query.source_length, query.composition_bias(context), DP::Flags::FULL_MATRIX, false, 0, -1, v, stats, nullptr }; list hsp = DP::BandedSwipe::swipe(dp_targets[context], params); while (!hsp.empty()) { ActiveTarget& t = targets[hsp.front().swipe_target]; list& l = t.match->hsp; l.splice(l.end(), hsp, hsp.begin()); std::fill(t.masked_seq[context] + l.back().subject_range.begin_, t.masked_seq[context] + l.back().subject_range.end_, SUPER_HARD_MASK); t.active |= 1 << context; } } TargetVec out; for (ActiveTarget& t : targets) { if (t.active) { t.match->inner_culling(); if (t.check_fully_masked() > 0 && (t.match->hsp.size() < config.max_hsps || config.max_hsps == 0)) out.emplace_back(t); } } return out; } void recompute_alt_hsps(vector::iterator begin, vector::iterator end, const Query& query, const HspValues v, Statistics& stats) { if (config.max_hsps == 1) return; TargetVec targets; targets.reserve(end - begin); SequenceSet target_seqs; for (auto i = begin; i != end; ++i) targets.emplace_back(i, target_seqs); target_seqs.finish_reserve(); int64_t i = 0; for (ActiveTarget& t : targets) t.copy_seq(target_seqs, i); while(!targets.empty()) targets = recompute_alt_hsps(query, targets, v, stats); } } bbuchfink-diamond-6dc5717/src/align/culling.cpp000066400000000000000000000160631523407312000214450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "target.h" #include "basic/config.h" #ifdef WITH_MCL #include "contrib/mcl/recursive_parser.h" #endif #include "output/output_format.h" #include "culling.h" using std::vector; using std::list; namespace Extension { static void max_hsp_culling(list& hsps) { if (config.max_hsps > 0 && hsps.size() > config.max_hsps) hsps.resize(config.max_hsps); } static void inner_culling(list& hsps) { if (hsps.size() <= 1) return; hsps.sort(); if (config.max_hsps == 1) { hsps.resize(1); return; } const double overlap = config.inner_culling_overlap / 100.0; for (list::iterator i = hsps.begin(); i != hsps.end();) { if (i->is_enveloped_by(hsps.begin(), i, overlap)) i = hsps.erase(i); else ++i; } if (config.max_hsps > 0) max_hsp_culling(hsps); } void Target::inner_culling() { if (config.max_hsps == 1) { for (int i = 0; i < MAX_CONTEXT; ++i) if (i == best_context) { hsp[i].sort(); hsp[i].resize(1); } else hsp[i].clear(); return; } list hsps; for (int frame = 0; frame < align_mode.query_contexts; ++frame) hsps.splice(hsps.end(), hsp[frame]); Extension::inner_culling(hsps); while (!hsps.empty()) { auto& l = hsp[hsps.front().frame]; l.splice(l.end(), hsps, hsps.begin()); } } void Match::inner_culling() { Extension::inner_culling(hsp); if (!hsp.empty()) { filter_evalue = hsp.front().evalue; filter_score = hsp.front().score; } } void Match::max_hsp_culling() { Extension::max_hsp_culling(hsp); } static void sort_targets(vector& targets) { std::sort(targets.begin(), targets.end(), config.toppercent.present() ? Target::comp_score : Target::comp_evalue); } template static It output_range(const It begin, const It end, const Search::Config& cfg) { if (end <= begin) return begin; It i = begin; if (i->filter_evalue == DBL_MAX) return begin; if (config.toppercent.present()) { const double cutoff = std::max(top_cutoff_score(score_matrix.bitscore(begin->filter_score)), 1.0); while (i < end && (score_matrix.bitscore(i->filter_score) >= cutoff)) ++i; } else { i += std::min((ptrdiff_t)cfg.max_target_seqs, end - begin); while (--i > begin && i->filter_evalue == DBL_MAX); ++i; } return i; } bool append_hits(vector& targets, vector::iterator begin, vector::iterator end, bool with_culling, const Search::Config& cfg) { if (end <= begin) return false; bool new_hits = config.toppercent.blank() && (int64_t)targets.size() < cfg.max_target_seqs; bool append = !with_culling || new_hits; culling(targets, append, cfg); int max_score = 0; double min_evalue = DBL_MAX; for (auto i = begin; i < end; ++i) { max_score = std::max(max_score, i->filter_score); min_evalue = std::min(min_evalue, i->filter_evalue); } vector::const_iterator range_end = output_range(targets.begin(), targets.end(), cfg); if (targets.empty() || (config.toppercent.blank() && min_evalue <= (range_end - 1)->filter_evalue) || (config.toppercent.present() && max_score >= top_cutoff_score((range_end - 1)->filter_score))) { append = true; new_hits = true; } if(append) targets.insert(targets.end(), std::make_move_iterator(begin), std::make_move_iterator(end)); return new_hits; } bool filter_hsp(Hsp& hsp, int source_query_len, const char *query_title, int subject_len, const char* subject_title, const Sequence& query_seq, const Sequence& subject_seq, const double query_self_aln_score, const double target_self_aln_score, const OutputFormat* output_format) { bool cluster_threshold = true; #ifdef WITH_MCL if (config.cluster_threshold.present()) { HspContext context(hsp, 0, 0, TranslatedSequence(query_seq), query_title, 0, subject_len, subject_title, 0, 0, subject_seq, 0, query_self_aln_score, target_self_aln_score); RecursiveParser rp(&context, dynamic_cast(output_format)->format.c_str()); cluster_threshold = rp.evaluate() >= config.cluster_threshold; } #endif const double qcov = hsp.query_cover_percent(source_query_len), tcov = hsp.subject_cover_percent(subject_len), approx_min_id = config.approx_min_id.get(0.0); //const bool filter_uncov = std::max(hsp.query_range.begin_, source_query_len - hsp.query_range.end_) > config.uncov_cap || std::max(hsp.subject_range.begin_, subject_len - hsp.subject_range.end_) > config.uncov_cap; return !cluster_threshold || hsp.id_percent() < config.min_id || (approx_min_id > 0 && hsp.approx_id < approx_min_id) || qcov < config.query_cover || tcov < config.subject_cover //|| filter_uncov || (qcov < config.query_or_target_cover && tcov < config.query_or_target_cover) || (config.no_self_hits && query_seq == subject_seq && strcmp(query_title, subject_title) == 0); } void Match::apply_filters(const Query& query, const Block& targets, const OutputFormat* output_format) { const char* title = config.no_self_hits ? targets.ids()[target_block_id] : nullptr; const Sequence seq = targets.seqs()[target_block_id]; const int len = seq.length(); const double self_aln = targets.has_self_aln() ? targets.self_aln_score(target_block_id) : 0.0; for (list::iterator i = hsp.begin(); i != hsp.end();) { if (filter_hsp(*i, query.source_length, query.title, len, title, query.sequence[0], seq, query.self_alignment_score, self_aln, output_format)) i = hsp.erase(i); else ++i; } filter_evalue = hsp.empty() ? DBL_MAX : hsp.front().evalue; filter_score = hsp.empty() ? 0 : hsp.front().score; } void culling(std::vector& targets, bool sort_only, const Search::Config& cfg) { sort_targets(targets); if (!sort_only) targets.erase(output_range(targets.begin(), targets.end(), cfg), targets.end()); } void apply_filters(std::vector::iterator begin, std::vector::iterator end, const Query& query, const Search::Config& cfg) { if (config.min_id > 0 || config.approx_min_id.get(0.0) > 0 || config.query_cover > 0 || config.subject_cover > 0 || config.query_or_target_cover > 0 || config.no_self_hits || config.cluster_threshold.present()) for (auto i = begin; i < end; ++i) i->apply_filters(query, *cfg.target, cfg.output_format.get()); } void culling(std::vector& targets, const Search::Config& cfg) { std::sort(targets.begin(), targets.end(), config.toppercent.present() ? Match::cmp_score : Match::cmp_evalue); targets.erase(output_range(targets.begin(), targets.end(), cfg), targets.end()); } } bbuchfink-diamond-6dc5717/src/align/culling.h000066400000000000000000000021601523407312000211030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/match.h" #include "output/output_format.h" namespace Extension { bool filter_hsp(Hsp& hsp, int source_query_len, const char *query_title, int subject_len, const char* subject_title, const Sequence& query_seq, const Sequence& subject_seq, const double query_self_aln_score, const double target_self_aln_score, const OutputFormat* output_format); }bbuchfink-diamond-6dc5717/src/align/def.h000066400000000000000000000020271523407312000202060ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "dp/flags.h" namespace Extension { enum class Mode { BANDED_FAST, BANDED_SLOW, FULL, GLOBAL, NONE }; int band(int len, const Mode mode); HspValues filter_hspvalues(); } template<> struct EnumTraits { static const SEMap from_string; }; bbuchfink-diamond-6dc5717/src/align/extend.cpp000066400000000000000000000407771523407312000213100ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "extend.h" #include "data/block/block.h" #include "data/sequence_set.h" #include "data/string_set.h" #include "util/options/option.h" #include "basic/config.h" #include "target.h" #include "util/log_stream.h" #include "util/util.h" #include "global_ranking/global_ranking.h" #include "search/hit.h" #include "load_hits.h" #include "def.h" using std::accumulate; using std::vector; using std::list; using std::array; using std::pair; using std::endl; using std::make_move_iterator; using std::any_of; using std::numeric_limits; using std::runtime_error; using std::tie; using std::min; const SEMap EnumTraits::from_string = { { "banded-fast", Extension::Mode::BANDED_FAST}, { "banded-slow", Extension::Mode::BANDED_SLOW}, { "full", Extension::Mode::FULL}, { "none", Extension::Mode::NONE}, { "global", Extension::Mode::GLOBAL} }; namespace Extension { Query::Query(BlockId block_id, Statistics& stats, const Search::Config& cfg, std::pmr::monotonic_buffer_resource& pool) : block_id(block_id), title(cfg.query->ids()[block_id]), source_length(align_mode.query_translated ? (int)cfg.query->source_seqs()[block_id].length() : (int)cfg.query->seqs()[block_id].length()), true_aa_length(0), self_alignment_score(cfg.query->has_self_aln() ? cfg.query->self_aln_score(block_id) : 0.0) { const unsigned contexts = align_mode.query_contexts; sequence.reserve(contexts); for (unsigned i = 0; i < contexts; ++i) sequence.push_back(cfg.query->seqs()[block_id * contexts + i]); true_aa_length = ::Stats::count_true_aa(sequence.front()); const Loc qlen = sequence.front().length(); if (qlen <= config.short_query_max_len) ungapped_cutoff = score_matrix.rawscore(config.short_query_ungapped_bitscore); else if (cfg.ungapped_evalue > 0.0) ungapped_cutoff = score_matrix.rawscore(score_matrix.bitscore_norm(cfg.ungapped_evalue, qlen)); else ungapped_cutoff = 1; ungapped_cutoff = std::max(ungapped_cutoff, 1); const unsigned cbs = static_cast(config.comp_based_stats_.get(Stats::DEFAULT_CBS)); if (::Stats::CBS::hauser(cbs)) { hauser_correction.reserve(contexts); for (const Sequence& seq : sequence) hauser_correction.emplace_back(seq); } if (::Stats::CBS::matrix_adjust(cbs)) composition = ::Stats::composition(sequence.front()); if ((config.reseek_diags || config.lin_stage1_query || config.lin_stage1_target) && (cfg.extension_mode == Extension::Mode::BANDED_FAST || cfg.extension_mode == Extension::Mode::BANDED_SLOW)) { if (sequence.size() > 1) throw runtime_error("Reseeking diagonals is not supported for translated queries."); seqindex.reset(new Seqindex(sequence.front(), cfg.keyword_length, cfg.keyword_threshold, pool, stats)); } } const std::map default_ext_mode = { { Sensitivity::FASTER, Mode::BANDED_FAST}, { Sensitivity::FAST, Mode::BANDED_FAST}, { Sensitivity::SHAPES6x10, Mode::BANDED_FAST}, { Sensitivity::SHAPES30x10, Mode::BANDED_FAST}, { Sensitivity::LINCLUST_20, Mode::BANDED_FAST}, { Sensitivity::LINCLUST_40, Mode::BANDED_FAST}, { Sensitivity::DEFAULT, Mode::BANDED_FAST}, { Sensitivity::MID_SENSITIVE, Mode::BANDED_FAST}, { Sensitivity::SENSITIVE, Mode::BANDED_FAST}, { Sensitivity::MORE_SENSITIVE, Mode::BANDED_SLOW}, { Sensitivity::VERY_SENSITIVE, Mode::BANDED_SLOW}, { Sensitivity::ULTRA_SENSITIVE, Mode::BANDED_SLOW} }; constexpr int64_t MAX_CHUNK_SIZE = 400, MIN_CHUNK_SIZE = 128, MAPANY_CHUNK_SIZE = 16; int64_t ranking_chunk_size(int64_t target_count, const int64_t ref_letters, const int64_t max_target_seqs) { if (config.no_ranking || config.global_ranking_targets > 0) return target_count; if (config.ext_chunk_size > 0) return config.ext_chunk_size; if (config.mapany) return MAPANY_CHUNK_SIZE; const double default_letters = config.sensitivity >= Sensitivity::VERY_SENSITIVE ? 800 * 1e6 : 2 * 1e9; const int64_t block_mult = std::max(int64_t(std::round((double)ref_letters / default_letters)), (int64_t)1); if (config.toppercent.present()) return MIN_CHUNK_SIZE * block_mult; const int64_t size = std::max(MIN_CHUNK_SIZE, std::min(make_multiple(max_target_seqs, (int64_t)32), MAX_CHUNK_SIZE)) * block_mult; return config.target_hard_cap ? std::min(size, config.target_hard_cap) : size; } static bool have_filters(const Search::Config& cfg) { return config.min_id > 0 || config.approx_min_id.get(0.0) > 0 || config.query_cover > 0 || config.subject_cover > 0 || config.query_or_target_cover > 0; } static HspValues first_round_hspv(const Search::Config& cfg) { HspValues first_round = HspValues::NONE; if (config.min_id > 0) first_round |= HspValues::IDENT | HspValues::LENGTH; if (config.query_cover > 0) first_round |= HspValues::QUERY_COORDS; if (config.subject_cover > 0) first_round |= HspValues::TARGET_COORDS; if (config.cluster_threshold.present()) first_round |= cfg.output_format->hsp_values; return first_round; } static bool ranking_terminate(bool new_hits, int last_tail_score, int tail_score, int64_t targets_processed, int64_t targets_aligned) { if (config.target_hard_cap && targets_processed >= config.target_hard_cap) return true; if (config.mapany && config.toppercent.blank() && targets_aligned > 0) return true; return !new_hits && (last_tail_score == 0 || double(tail_score) / (double)last_tail_score <= config.ranking_score_drop_factor || score_matrix.bitscore(tail_score) < config.ranking_cutoff_bitscore); } Match Match::self_match(BlockId query_id, Sequence query_seq) { Match m(query_id, query_seq, nullptr, 0, numeric_limits::max(), 0.0); m.hsp.emplace_back(); m.hsp.back().evalue = 0.0; m.hsp.back().score = numeric_limits::max(); m.hsp.back().bit_score = DBL_MAX; m.hsp.back().query_range = { 0,query_seq.length() }; m.hsp.back().query_source_range = { 0,query_seq.length() }; m.hsp.back().subject_range = { 0,query_seq.length() }; return m; } static bool add_self_aln(const Search::Config& cfg) { return config.add_self_aln && ((config.self && cfg.current_ref_block == 0) || (!config.self && cfg.current_query_block == cfg.current_ref_block)); } static Hsp seed_only_hsp(const SeedHit& hit, unsigned query_source_len) { Hsp hsp; hsp.seed_only = true; hsp.score = hit.score; hsp.evalue = 0.0; hsp.d_begin = hsp.d_end = hit.diag(); hsp.set_begin(hit.i, hit.j, Frame(hit.frame), query_source_len); hsp.set_end(hit.i + 1, hit.j + 1, Frame(hit.frame), query_source_len); hsp.subject_source_range = hsp.subject_range; return hsp; } static vector seed_only_matches(const Query& query, const Search::Config& cfg, SeedHitList& l) { vector matches; matches.reserve(l.target_scores.size()); for (const TargetScore& target_score : l.target_scores) { const BlockId target_block_id = l.target_block_ids[target_score.target]; Match match(target_block_id, cfg.target->seqs()[target_block_id], nullptr, target_score.score, target_score.score, 0.0); for (auto i = l.seed_hits.begin(target_score.target); i < l.seed_hits.end(target_score.target); ++i) match.hsp.push_back(seed_only_hsp(*i, query.source_length)); match.hsp.sort(); if (config.max_hsps > 0 && match.hsp.size() > config.max_hsps) match.hsp.resize(config.max_hsps); matches.push_back(std::move(match)); } culling(matches, cfg); return matches; } static size_t lazy_masking(std::vector::const_iterator target_block_ids, vector::const_iterator target_block_ids_end, Block& targets, const MaskingAlgo algo) { if (algo == MaskingAlgo::NONE) return 0; vector seq; const Masking& masking = Masking::get(); size_t n = 0; for (auto i = target_block_ids; i != target_block_ids_end; ++i) if (targets.fetch_seq_if_unmasked(*i, seq)) { masking(seq.data(), seq.size(), algo, *i); targets.write_masked_seq(*i, seq); ++n; } return n; } static vector extend_chunk(const Query& query, FlatArray::Iterator seed_hits, FlatArray::Iterator seed_hits_end, vector::const_iterator target_block_ids, const Search::Config& cfg, Statistics& stat, DP::Flags flags, const HspValues hsp_values, std::pmr::monotonic_buffer_resource& pool) { static const Loc GAPPED_FILTER_MIN_QLEN = 85; const int64_t n = seed_hits_end - seed_hits; stat.inc(Statistics::TARGET_HITS2, n); TaskTimer timer(flag_any(flags, DP::Flags::PARALLEL) ? config.target_parallel_verbosity : UINT_MAX); if (cfg.lazy_masking && !config.global_ranking_targets) stat.inc(Statistics::MASKED_LAZY, lazy_masking(target_block_ids, target_block_ids + n, *cfg.target, cfg.target_masking)); pair, vector> gf; if (cfg.gapped_filter_evalue > 0.0 && config.global_ranking_targets == 0 && (!align_mode.query_translated || query.sequence[0].length() >= GAPPED_FILTER_MIN_QLEN)) { timer.go("Computing gapped filter"); gf = gapped_filter(query, seed_hits, seed_hits_end, target_block_ids, stat, flags, cfg); if (!flag_any(flags, DP::Flags::PARALLEL)) stat.inc(Statistics::TIME_GAPPED_FILTER, timer.microseconds()); seed_hits = gf.first.begin(); seed_hits_end = gf.first.end(); target_block_ids = gf.second.cbegin(); } stat.inc(Statistics::TARGET_HITS3, seed_hits_end - seed_hits); timer.go("Computing chaining"); vector targets = ungapped_stage(query, seed_hits, seed_hits_end, target_block_ids, flags, stat, *cfg.target, cfg.extension_mode, pool, cfg); if (!flag_any(flags, DP::Flags::PARALLEL)) stat.inc(Statistics::TIME_CHAINING, timer.microseconds()); auto ret = align(targets, query, flags, hsp_values, cfg.extension_mode, *cfg.thread_pool, cfg, stat, pool); return ret; } vector extend( const Query& query, const Search::Config& cfg, Statistics& stat, DP::Flags flags, SeedHitList& l, std::pmr::monotonic_buffer_resource& pool) { const unsigned UNIFIED_TARGET_LEN = 50; if (config.log_query || (flag_any(flags, DP::Flags::PARALLEL) && !config.swipe_all)) *log_stream << "Query=" << query.title << " Hits=" << l.seed_hits.data_size() << endl; const unsigned query_len = (unsigned)query.sequence.front().length(); const size_t target_count = l.target_block_ids.size(); if (cfg.extension_mode == Mode::NONE) { std::sort(l.target_scores.begin(), l.target_scores.end()); return seed_only_matches(query, cfg, l); } const int64_t chunk_size = ranking_chunk_size(target_count, cfg.target->seqs().letters(), cfg.max_target_seqs); vector::const_iterator i0 = l.target_scores.cbegin(), i1 = i0 + std::min((ptrdiff_t)chunk_size, l.target_scores.cend() - i0); if (config.toppercent.blank() && config.min_bit_score == 0.0 && (i1 - i0) < cfg.max_target_seqs && (config.ext_chunk_size == 0 || config.lin_stage1_query)) #ifdef EVAL_TARGET while (i1 < l.target_scores.cend() && i1->evalue <= config.max_evalue && size_t(i1 - i0) < config.max_alignments) ++i1; #else while (i1 < l.target_scores.cend() && score_matrix.evalue(i1->score, query_len, UNIFIED_TARGET_LEN) <= config.max_evalue) i1 += min((ptrdiff_t)16, l.target_scores.cend() - i1); #endif const HspValues first_round_hspv = config.anchored_swipe || (config.sensitivity <= Sensitivity::SHAPES30x10 && flag_only(cfg.output_format->hsp_values, HspValues::COORDS) && config.toppercent.blank() && (size_t)cfg.max_target_seqs >= l.target_scores.size()) ? HspValues::COORDS : HspValues::NONE; const bool first_round_culling = !have_filters(cfg) || config.toppercent.present(); bool new_hits_ev = false; int tail_score = 0, previous_tail_score = 0; FlatArray seed_hits_chunk; vector target_block_ids_chunk; vector matches; do { vector aligned_targets; bool new_hits; do { const int64_t current_chunk_size = i1 - i0; const bool multi_chunk = current_chunk_size < (int64_t)l.target_scores.size(); if (multi_chunk) { target_block_ids_chunk.clear(); seed_hits_chunk.clear(); target_block_ids_chunk.reserve(i1 - i0); seed_hits_chunk.reserve(i1 - i0, accumulate(i0, i1, (int64_t)0, [&l](int64_t n, const TargetScore& s) { return l.seed_hits.count(s.target) + n; })); for (vector::const_iterator j = i0; j < i1; ++j) { target_block_ids_chunk.push_back(l.target_block_ids[j->target]); seed_hits_chunk.push_back(l.seed_hits.begin(j->target), l.seed_hits.end(j->target)); } } vector v = extend_chunk( query, multi_chunk ? seed_hits_chunk.begin() : l.seed_hits.begin(), multi_chunk ? seed_hits_chunk.end() : l.seed_hits.end(), multi_chunk ? target_block_ids_chunk.cbegin() : l.target_block_ids.cbegin(), cfg, stat, flags, first_round_hspv, pool); stat.inc(Statistics::TARGET_HITS4, v.size()); new_hits = new_hits_ev = v.size() > 0; if (multi_chunk) new_hits = append_hits(aligned_targets, v.begin(), v.end(), first_round_culling, cfg); else aligned_targets = std::move(v); i0 = i1; i1 += std::min((ptrdiff_t)chunk_size, l.target_scores.cend() - i1); previous_tail_score = tail_score; if (new_hits) tail_score = (i1 - 1)->score; } while (i0 < l.target_scores.cend() && !ranking_terminate(new_hits, previous_tail_score, (i1 - 1)->score, i1 - l.target_scores.cbegin(), aligned_targets.size())); if (config.swipe_all) aligned_targets = full_db_align(query, flags, HspValues::NONE, stat, *cfg.target); culling(aligned_targets, !first_round_culling, cfg); stat.inc(Statistics::TARGET_HITS5, aligned_targets.size()); vector round_matches = align(aligned_targets, matches.size(), query, flags, first_round_hspv, first_round_culling, stat, cfg); matches.insert(matches.end(), make_move_iterator(round_matches.begin()), make_move_iterator(round_matches.end())); } while (config.toppercent.blank() && (int64_t)matches.size() < config.max_target_seqs_.get(DEFAULT_MAX_TARGET_SEQS) && i0 < l.target_scores.cend() && new_hits_ev && (!config.mapany || (config.mapany && matches.empty()))); if (add_self_aln(cfg) && !any_of(matches.cbegin(), matches.cend(), [&query](const Match& m) { return m.target_block_id == query.block_id; })) matches.push_back(Match::self_match(query.block_id, query.sequence[0])); culling(matches, cfg); return matches; } vector extend(BlockId query_id, Search::Hit* begin, Search::Hit* end, const Search::Config &cfg, Statistics &stat, DP::Flags flags, std::pmr::monotonic_buffer_resource& pool) { const Query query(query_id, stat, cfg, pool); TaskTimer timer(flag_any(flags, DP::Flags::PARALLEL) ? config.target_parallel_verbosity : UINT_MAX); timer.go("Loading seed hits"); SeedHitList l = load_hits(begin, end, cfg.target->seqs()); stat.inc(Statistics::TARGET_HITS0, l.target_block_ids.size()); if (config.hamming_dist_boundary_check) { filter_hamming_boundary_crossings(l, query.sequence.data(), query.sequence.front().length(), cfg.target->seqs(), cfg.hamming_filter_id); stat.inc(Statistics::TARGET_HITS_HDF, l.target_block_ids.size()); } stat.inc(Statistics::TIME_LOAD_HIT_TARGETS, timer.microseconds()); timer.finish(); const int64_t target_count = (int64_t)l.target_block_ids.size(); if (target_count == 0 && !config.swipe_all) { if (cfg.extension_mode == Mode::NONE) return vector(); if (add_self_aln(cfg)) { vector r; Match match = Match::self_match(query.block_id, query.sequence[0]); r.push_back(std::move(match)); return r; } return vector(); } const int64_t chunk_size = ranking_chunk_size(target_count, cfg.target->seqs().letters(), cfg.max_target_seqs); if (chunk_size < target_count || config.global_ranking_targets > 0) { timer.go("Sorting targets by score"); std::sort(l.target_scores.begin(), l.target_scores.end()); stat.inc(Statistics::TIME_SORT_TARGETS_BY_SCORE, timer.microseconds()); timer.finish(); if (config.global_ranking_targets > 0) return GlobalRanking::ranking_list(query_id, l.target_scores.begin(), l.target_scores.end(), l.target_block_ids.begin(), l.seed_hits, cfg); } vector r = extend(query, cfg, stat, flags, l, pool); return r; } } bbuchfink-diamond-6dc5717/src/align/extend.h000066400000000000000000000067601523407312000207470ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "basic/match.h" #include "basic/statistics.h" #include "util/text_buffer.h" #include "run/config.h" #include "dp/flags.h" #include "stats/cbs.h" #include "stats/hauser_correction.h" #include "basic/const.h" #include "util/sequence/seqindex.h" namespace Extension { extern const std::map default_ext_mode; struct Query { Query(BlockId block_id, Statistics& stats, const Search::Config& cfg, std::pmr::monotonic_buffer_resource& pool); const int8_t* composition_bias(int context) const { return hauser_correction.empty() ? nullptr : hauser_correction[context].int8.data(); } BlockId block_id; std::vector sequence; std::vector hauser_correction; ::Stats::Composition composition{}; const char* title; int source_length; int true_aa_length; double self_alignment_score; std::unique_ptr seqindex; Score ungapped_cutoff; }; struct Match { Match(const BlockId target_block_id, const Sequence& seq, std::unique_ptr<::Stats::TargetMatrix>&& matrix, Score ungapped_score, Score filter_score = 0, double filter_evalue = DBL_MAX): target_block_id(target_block_id), seq(seq), matrix(std::move(matrix)), filter_score(filter_score), filter_evalue(filter_evalue), ungapped_score(ungapped_score) {} void add_hit(std::list &list, std::list::iterator it) { hsp.splice(hsp.end(), list, it); } static bool cmp_evalue(const Match& m, const Match& n) { return m.filter_evalue < n.filter_evalue || (m.filter_evalue == n.filter_evalue && cmp_score(m, n)); } static bool cmp_score(const Match& m, const Match& n) { return m.filter_score > n.filter_score || (m.filter_score == n.filter_score && m.target_block_id < n.target_block_id); } Match(BlockId target_block_id, const Sequence& seq, std::unique_ptr<::Stats::TargetMatrix>&& matrix, std::array, MAX_CONTEXT> &hsp, int ungapped_score); static Match self_match(BlockId query_id, Sequence query_seq); void inner_culling(); void max_hsp_culling(); void apply_filters(const Query& query, const Block& targets, const OutputFormat* output_format); BlockId target_block_id; Sequence seq; std::unique_ptr<::Stats::TargetMatrix> matrix; int filter_score; double filter_evalue; int ungapped_score; std::list hsp; }; std::vector extend(BlockId query_id, Search::Hit* begin, Search::Hit* end, const Search::Config &cfg, Statistics &stat, DP::Flags flags, std::pmr::monotonic_buffer_resource& pool); TextBuffer* generate_output(std::vector &targets, BlockId query_block_id, Statistics &stat, const Search::Config& cfg); TextBuffer* generate_intermediate_output(const std::vector &targets, BlockId query_block_id, const Search::Config& cfg); } bbuchfink-diamond-6dc5717/src/align/full_db.cpp000066400000000000000000000037001523407312000214110ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "target.h" #include "dp/dp.h" using std::list; using std::map; using std::vector; namespace Extension { vector full_db_align(const Query& query, DP::Flags flags, const HspValues hsp_values, Statistics& stat, const Block& target_block) { vector v; vector r; list hsp; const SequenceSet& ref_seqs = target_block.seqs(); for (int frame = 0; frame < align_mode.query_contexts; ++frame) { DP::Params params{ query.sequence[frame], "", Frame(frame), query.sequence[frame].length(), query.composition_bias(frame), flags | DP::Flags::FULL_MATRIX, false, ref_seqs.max_len(0, ref_seqs.size()), -1, hsp_values, stat, nullptr }; list frame_hsp = DP::BandedSwipe::swipe_set(ref_seqs.cbegin(), ref_seqs.cend(), params); hsp.splice(hsp.begin(), frame_hsp, frame_hsp.begin(), frame_hsp.end()); } map subject_idx; while (!hsp.empty()) { BlockId block_id = hsp.begin()->swipe_target; const auto it = subject_idx.emplace(block_id, (BlockId)r.size()); if (it.second) r.emplace_back(block_id, ref_seqs[block_id], 0, nullptr); BlockId i = it.first->second; r[i].add_hit(hsp, hsp.begin()); } return r; } } bbuchfink-diamond-6dc5717/src/align/gapped_filter.cpp000066400000000000000000000103761523407312000226160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "target.h" #include "util/parallel/thread_pool.h" #include "dp/scan_diags.h" using std::mutex; using std::vector; using std::pair; namespace Extension { int gapped_filter(const SeedHit &hit, const LongScoreProfile *query_profile, const Sequence &target, int band, int window, std::function f) { const int slen = (int)target.length(); const int d = std::max(hit.diag() - band / 2, -(slen - 1)), j0 = std::max(hit.j - window, 0), j1 = std::min(hit.j + window, slen); int scores[128]; f(query_profile[hit.frame], target, d, j0, j1, scores); return DP::diag_alignment(scores, band); } bool gapped_filter(FlatArray::DataConstIterator begin, FlatArray::DataConstIterator end, const LongScoreProfile*query_profile, uint32_t target_block_id, Statistics &stat, const Search::Config ¶ms) { constexpr int window1 = 100, MIN_STAGE2_QLEN = 100; const int qlen = (int)query_profile->length(); const Sequence target = params.target->seqs()[target_block_id]; const int slen = (int)target.length(); for (FlatArray::DataConstIterator hit = begin; hit < end; ++hit) { stat.inc(Statistics::GAPPED_FILTER_HITS1); const int f1 = gapped_filter(*hit, query_profile, target, 64, window1, DP::scan_diags64); if (f1 > params.cutoff_gapped1_new(qlen, slen)) { stat.inc(Statistics::GAPPED_FILTER_HITS2); if (qlen < MIN_STAGE2_QLEN && align_mode.query_translated) return true; const int f2 = gapped_filter(*hit, query_profile, target, 128, config.gapped_filter_window, DP::scan_diags128); if (f2 > params.cutoff_gapped2_new(qlen, slen)) return true; } } return false; } void gapped_filter_worker(size_t i, size_t thread_id, const LongScoreProfile*query_profile, FlatArray::Iterator seed_hits, vector::const_iterator target_block_ids, FlatArray* out, vector *target_ids_out, mutex* mtx, const Search::Config *params) { thread_local Statistics stat; if (gapped_filter(seed_hits.begin(i), seed_hits.end(i), query_profile, target_block_ids[i], stat, *params)) { std::lock_guard guard(*mtx); target_ids_out->push_back(target_block_ids[i]); out->push_back(seed_hits.begin(i), seed_hits.end(i)); } } pair, vector> gapped_filter(const Query& query, FlatArray::Iterator seed_hits, FlatArray::Iterator seed_hits_end, vector::const_iterator target_block_ids, Statistics& stat, DP::Flags flags, const Search::Config ¶ms) { const int64_t n = seed_hits_end - seed_hits; FlatArray hits_out; vector target_ids_out; if (n == 0) return make_pair(hits_out, target_ids_out); vector> query_profile; query_profile.reserve(align_mode.query_contexts); for (int i = 0; i < align_mode.query_contexts; ++i) query_profile.push_back(DP::make_profile8(query.sequence[i], query.composition_bias(i), 0)); if(flag_any(flags, DP::Flags::PARALLEL)) { mutex mtx; Util::Parallel::scheduled_thread_pool_auto(config.threads_, n, gapped_filter_worker, query_profile.data(), seed_hits, target_block_ids, &hits_out, &target_ids_out, &mtx, ¶ms); } else { for (int64_t i = 0; i < n; ++i) { if (gapped_filter(seed_hits.begin(i), seed_hits.end(i), query_profile.data(), target_block_ids[i], stat, params)) { target_ids_out.push_back(target_block_ids[i]); hits_out.push_back(seed_hits.begin(i), seed_hits.end(i)); } } } return make_pair(hits_out, target_ids_out); } } bbuchfink-diamond-6dc5717/src/align/gapped_final.cpp000066400000000000000000000135161523407312000224210ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "target.h" #include "dp/dp.h" #include "output/output_format.h" #include "util/util.h" #include "def.h" using std::array; using std::list; using std::vector; namespace Extension { HspValues filter_hspvalues() { HspValues hsp_values = HspValues::NONE; if (config.max_hsps != 1) hsp_values |= HspValues::QUERY_COORDS | HspValues::TARGET_COORDS; if (config.min_id > 0) hsp_values |= HspValues::IDENT | HspValues::LENGTH; if (config.approx_min_id.get(0.0) > 0) hsp_values |= HspValues::COORDS; if (config.query_cover > 0) hsp_values |= HspValues::QUERY_COORDS; if (config.subject_cover > 0) hsp_values |= HspValues::TARGET_COORDS; if (config.query_or_target_cover > 0) hsp_values |= HspValues::COORDS; return hsp_values; } static bool first_round_filter_all(const Search::Config& cfg, HspValues first_round_hsp_values) { if (config.min_id > 0 && !flag_all(first_round_hsp_values, HspValues::IDENT | HspValues::LENGTH)) return false; if (config.approx_min_id.get(0.0) > 0 && !flag_all(first_round_hsp_values, HspValues::COORDS)) return false; if (config.query_cover > 0 && !flag_all(first_round_hsp_values, HspValues::QUERY_COORDS)) return false; if (config.subject_cover > 0 && !flag_all(first_round_hsp_values, HspValues::TARGET_COORDS)) return false; if (config.query_or_target_cover > 0 && !flag_all(first_round_hsp_values, HspValues::COORDS)) return false; return true; } static void add_dp_targets(const Target& target, int target_idx, const Sequence* query_seq, array& dp_targets, DP::Flags flags, const HspValues hsp_values, const Mode mode) { const ::Stats::TargetMatrix* matrix = target.matrix.get(); const Loc tlen = target.seq.length(); for (int frame = 0; frame < align_mode.query_contexts; ++frame) { const Loc qlen = query_seq[frame].length(); for (const Hsp& hsp : target.hsp[frame]) { const int64_t dp_size = flag_any(flags, DP::Flags::FULL_MATRIX) ? (int64_t)qlen * (int64_t)tlen : (int64_t)DpTarget::banded_cols(qlen, tlen, hsp.d_begin, hsp.d_end) * int64_t(hsp.d_end - hsp.d_begin); const int b = DP::BandedSwipe::bin(hsp_values, flag_any(flags, DP::Flags::FULL_MATRIX) ? qlen : hsp.d_end - hsp.d_begin, hsp.score, 0, dp_size, matrix ? matrix->score_width() : 0, 0); //dp_targets[frame][b].emplace_back(target.seq, tlen, hsp.d_begin, hsp.d_end, Interval(), 0, target_idx, qlen, matrix); dp_targets[frame][b].emplace_back(target.seq, tlen, hsp.d_begin, hsp.d_end, target_idx, qlen, matrix); } } } vector align(vector& targets, const int64_t previous_matches, const Query& query, DP::Flags flags, const HspValues first_round, const bool first_round_culling, Statistics& stat, const Search::Config& cfg) { static const int64_t MIN_STEP = 16; vector r; if (targets.empty()) return r; HspValues hsp_values = cfg.output_format->hsp_values; const bool copy_all = config.max_hsps == 1 && flag_all(first_round, hsp_values) && first_round_filter_all(cfg, first_round); if (copy_all) r.reserve(targets.size()); for (Target& t : targets) if (copy_all || t.done) r.emplace_back(t.block_id, t.seq, std::move(t.matrix), t.hsp, t.ungapped_score); if (r.size() == targets.size()) { apply_filters(r.begin(), r.end(), query, cfg); return r; } if (cfg.extension_mode == Mode::FULL) flags |= DP::Flags::FULL_MATRIX; if (cfg.extension_mode == Mode::GLOBAL) flags |= DP::Flags::SEMI_GLOBAL; hsp_values |= filter_hspvalues(); vector::iterator it = targets.begin(); auto goon = [&r, &cfg, previous_matches]() { return config.toppercent.blank() ? ((int64_t)r.size() + previous_matches) < cfg.max_target_seqs : true; }; do { array dp_targets; const int64_t step_size = !first_round_culling && config.toppercent.blank() ? std::min(make_multiple(std::max(cfg.max_target_seqs - (int64_t)r.size(), MIN_STEP), MIN_STEP), int64_t(targets.end() - it)) : targets.size(); r.reserve(r.size() + step_size); const int64_t matches_begin = r.size(); for (auto i = it; i < it + step_size; ++i) { if (i->done) continue; add_dp_targets(*i, (int32_t)r.size(), query.sequence.data(), dp_targets, flags, hsp_values, cfg.extension_mode); r.emplace_back(i->block_id, i->seq, std::move(i->matrix), i->ungapped_score); } for (int frame = 0; frame < align_mode.query_contexts; ++frame) { if (dp_targets[frame].empty()) continue; DP::Params params{ query.sequence[frame], query.title, Frame(frame), query.source_length, query.composition_bias(frame), flags, false, 0, -1, hsp_values, stat, cfg.thread_pool.get() }; list hsp = DP::BandedSwipe::swipe(dp_targets[frame], params); while (!hsp.empty()) r[hsp.front().swipe_target].add_hit(hsp, hsp.begin()); } for (int64_t i = matches_begin; i < (int64_t)r.size(); ++i) r[i].inner_culling(); apply_filters(r.begin() + matches_begin, r.end(), query, cfg); culling(r, cfg); stat.inc(Statistics::TARGET_HITS6, step_size); it += step_size; } while (it < targets.end() && goon()); recompute_alt_hsps(r.begin(), r.end(), query, hsp_values, stat); return r; } } bbuchfink-diamond-6dc5717/src/align/gapped_score.cpp000066400000000000000000000205711523407312000224420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "target.h" #include "dp/dp.h" #include "util/geo/interval.h" #include "def.h" #include "util/geo/geo.h" #include "stats/cbs.h" using std::runtime_error; using std::vector; using std::array; using std::list; using std::map; using std::endl; using std::unique_ptr; using std::pair; using std::numeric_limits; namespace Extension { int band(int len, const Mode mode) { if (config.padding > 0) return config.padding; if (mode == Mode::BANDED_FAST) { if (len < 50) return 12; if (len < 100) return 16; if (len < 250) return 30; if (len < 350) return 40; return 64; } else { if (len < 50) return 15; if (len < 100) return 20; if (len < 150) return 30; if (len < 200) return 50; if (len < 250) return 60; if (len < 350) return 100; if (len < 500) return 120; return 150; } } static int hsp_band(int base_band, int qlen, int tlen, const ApproxHsp& hsp) { /*if (!config.classic_band) { return std::max(Loc((hsp.d_max - hsp.d_min) * 0.15), 32); }*/ if (config.narrow_band_cov == 0.0) return base_band; if ((double)hsp.query_range.length() / qlen >= config.narrow_band_cov || (double)hsp.subject_range.length() / tlen >= config.narrow_band_cov) { return (Loc)((hsp.d_max - hsp.d_min) * config.narrow_band_factor); } return base_band; } Match::Match(BlockId target_block_id, const Sequence& seq, unique_ptr<::Stats::TargetMatrix>&& matrix, array, MAX_CONTEXT>& hsps, int ungapped_score) : target_block_id(target_block_id), seq(seq), matrix(std::move(matrix)), filter_score(0), filter_evalue(DBL_MAX), ungapped_score(ungapped_score) { if (config.max_hsps != 1) throw runtime_error("Match::Match max_hsps != 1."); for (int i = 0; i < align_mode.query_contexts; ++i) hsp.splice(hsp.end(), hsps[i]); if (hsp.empty()) throw runtime_error("Match::Match hsp.empty()"); hsp.sort(); hsp.resize(1); filter_evalue = hsp.front().evalue; filter_score = hsp.front().score; } static void add_dp_targets(const WorkTarget& target, BlockId target_idx, const ::Stats::TargetMatrix* matrix, const Sequence* query_seq, array& dp_targets, DP::Flags flags, const HspValues hsp_values, const Mode mode, const Search::Config& cfg) { const Loc band = Extension::band(query_seq->length(), mode), slen = target.seq.length(); const unsigned score_width = matrix ? matrix->score_width() : 0; for (int frame = 0; frame < align_mode.query_contexts; ++frame) { const Loc qlen = query_seq[frame].length(); if (mode == Mode::FULL) { if (target.ungapped_score[frame] == 0) continue; const unsigned b = DP::BandedSwipe::bin(hsp_values, qlen, 0, target.ungapped_score[frame], (int64_t)qlen * (int64_t)slen, score_width, 0); //dp_targets[frame][b].emplace_back(target.seq, slen, 0, 0, Interval(), 0, target_idx, qlen, matrix); dp_targets[frame][b].emplace_back(target.seq, slen, 0, 0, target_idx, qlen, matrix); continue; } if (target.hsp[frame].empty()) continue; int d0 = INT_MAX, d1 = INT_MIN, score = 0; Loc j_min = numeric_limits::max(), j_max = numeric_limits::min(); Anchor anchor; for (const ApproxHsp &hsp : target.hsp[frame]) { Geo::assert_diag_bounds(hsp.d_max, qlen, slen); Geo::assert_diag_bounds(hsp.d_min, qlen, slen); assert(hsp.score > 0); assert(hsp.max_diag.score > 0); const int b = hsp_band(band, qlen, slen, hsp); const int b0 = std::max(hsp.d_min - b, -(slen - 1)), b1 = std::min(hsp.d_max + 1 + b, qlen); const double overlap = intersect(Interval(d0, d1), Interval(b0, b1)).length(); if ((overlap / (d1 - d0) > config.min_band_overlap || overlap / (b1 - b0) > config.min_band_overlap) && !config.anchored_swipe) { d0 = std::min(d0, b0); d1 = std::max(d1, b1); score = std::max(score, hsp.score); j_min = std::min(j_min, hsp.subject_range.begin_); j_max = std::max(j_max, hsp.subject_range.end_); if (hsp.max_diag.score > anchor.score) anchor = hsp.max_diag; } else { if (d0 != INT_MAX) { const int64_t dp_size = (int64_t)DpTarget::banded_cols(qlen, slen, d0, d1) * int64_t(d1 - d0); const auto bin = DP::BandedSwipe::bin(hsp_values, d1 - d0, 0, score, dp_size, score_width, 0); //dp_targets[frame][bin].emplace_back(target.seq, slen, d0, d1, Interval(j_min, j_max), score, target_idx, qlen, matrix, DpTarget::CarryOver(), anchor); dp_targets[frame][bin].emplace_back(target.seq, slen, d0, d1, target_idx, qlen, matrix, DpTarget::CarryOver(), anchor); dp_targets[frame][bin].back().prof = &target.profile; dp_targets[frame][bin].back().prof_reverse = &target.profile_rev; } d0 = b0; d1 = b1; score = hsp.score; j_min = hsp.subject_range.begin_; j_max = hsp.subject_range.end_; anchor = hsp.max_diag; } } const int64_t dp_size = (int64_t)DpTarget::banded_cols(qlen, slen, d0, d1) * int64_t(d1 - d0); const auto bin = DP::BandedSwipe::bin(hsp_values, d1 - d0, 0, score, dp_size, score_width, 0); //dp_targets[frame][bin].emplace_back(target.seq, slen, d0, d1, Interval(j_min, j_max), score, target_idx, qlen, matrix, DpTarget::CarryOver(), anchor); dp_targets[frame][bin].emplace_back(target.seq, slen, d0, d1, target_idx, qlen, matrix, DpTarget::CarryOver(), anchor); dp_targets[frame][bin].back().prof = &target.profile; dp_targets[frame][bin].back().prof_reverse = &target.profile_rev; } } vector align(vector& targets, const Query& query, DP::Flags flags, const HspValues hsp_values, const Mode mode, ThreadPool& tp, const Search::Config& cfg, Statistics& stat, std::pmr::monotonic_buffer_resource& pool) { array dp_targets; vector r; if (targets.empty()) return r; r.reserve(targets.size()); size_t cbs_targets = 0; for (size_t i = 0; i < targets.size(); ++i) { r.emplace_back(targets[i].block_id, targets[i].seq, targets[i].ungapped_score.front(), std::move(targets[i].matrix)); if (targets[i].done) { assert(targets[i].hsp[0].size() == 1); assert(align_mode.query_contexts == 1); r.back().add_hit(targets[i].hsp[0].front(), query.sequence[targets[i].hsp[0].front().frame].length()); } else add_dp_targets(targets[i], (BlockId)i, r.back().matrix.get(), query.sequence.data(), dp_targets, flags, hsp_values, mode, cfg); if (targets[i].matrix) ++cbs_targets; } stat.inc(Statistics::TARGET_HITS3_CBS, cbs_targets); if (mode == Mode::FULL) flags |= DP::Flags::FULL_MATRIX; if (mode == Mode::GLOBAL) flags |= DP::Flags::SEMI_GLOBAL; for (int frame = 0; frame < align_mode.query_contexts; ++frame) { const int64_t n = std::accumulate(dp_targets[frame].begin(), dp_targets[frame].end(), (int64_t)0, [](int64_t n, const DP::TargetVec& v) { return n + v.size(); }); if (n == 0) continue; DP::Params params{ query.sequence[frame], query.title, Frame(frame), query.source_length, query.composition_bias(frame), flags, false, 0, -1, hsp_values, stat, &tp }; DP::AnchoredSwipe::Config acfg{ query.sequence[frame], query.composition_bias(frame), 0, stat, &tp, config.comp_based_stats_.get(Stats::DEFAULT_CBS) == Stats::CBS::COMP_BASED_STATS_AND_MATRIX_ADJUST, cfg.extension_mode, false }; list hsp = config.anchored_swipe ? DP::BandedSwipe::anchored_swipe(dp_targets[frame], acfg, pool) : DP::BandedSwipe::swipe(dp_targets[frame], params); while (!hsp.empty()) r[hsp.front().swipe_target].add_hit(hsp, hsp.begin()); } vector r2; r2.reserve(r.size()); for (vector::iterator i = r.begin(); i != r.end(); ++i) if (i->filter_evalue != DBL_MAX) { if(config.max_hsps == 1 || have_coords(hsp_values)) i->inner_culling(); r2.push_back(std::move(*i)); } return r2; } } bbuchfink-diamond-6dc5717/src/align/global_ranking/000077500000000000000000000000001523407312000222475ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/align/global_ranking/extend.cpp000066400000000000000000000203121523407312000242400ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "global_ranking.h" #include "output/output.h" #include "align/target.h" #include "data/queries.h" #include "masking/masking.h" #include "data/sequence_file.h" #include "util/parallel/simple_thread_pool.h" using std::unique_ptr; using std::mutex; using std::thread; using std::unordered_map; using std::endl; using std::pair; using std::vector; namespace Extension { namespace GlobalRanking { typedef unordered_map TargetMap; void extend_query(const QueryList& query_list, const TargetMap& db2block_id, const Search::Config& cfg, Statistics& stats, std::pmr::monotonic_buffer_resource& pool) { SeedHitList l; const size_t n = query_list.targets.size(); l.target_block_ids.reserve(n); l.target_scores.reserve(n); l.seed_hits.reserve(n, 0); for (size_t i = 0; i < n; ++i) { l.target_block_ids.push_back(db2block_id.at(query_list.targets[i].database_id)); l.target_scores.push_back({ (uint32_t)i, query_list.targets[i].score }); l.seed_hits.next(); l.seed_hits.push_back({ 0,0,query_list.targets[i].score,0 }); } DP::Flags flags = DP::Flags::FULL_MATRIX; const Extension::Query query(query_list.query_block_id, stats, cfg, pool); vector matches = Extension::extend( query, cfg, stats, flags, l, pool); TextBuffer* buf = Extension::generate_output(matches, query_list.query_block_id, stats, cfg); if (!matches.empty() && (!config.unaligned.empty() || !config.aligned_file.empty())) { std::lock_guard lock(query_aligned_mtx); query_aligned[query_list.query_block_id] = true; } output_sink->push(query_list.query_block_id, buf); } void align_worker(const std::atomic& stop, File* query_list, const TargetMap* db2block_id, const Search::Config* cfg, uint32_t* next_query) { std::pmr::monotonic_buffer_resource pool; QueryList input; Statistics stats; while (!stop.load(std::memory_order_relaxed) && (input = fetch_query_targets(*query_list, *next_query), !input.targets.empty())) { for (uint32_t i = input.last_query_block_id; i < input.query_block_id; ++i) output_sink->push(i, nullptr); extend_query(input, *db2block_id, *cfg, stats, pool); } statistics += stats; } void extend(SequenceFile& db, File& merged_query_list, BitVector& ranking_db_filter, Search::Config& cfg, File& master_out) { TaskTimer timer("Loading reference sequences"); db.set_seqinfo_ptr(0); db.flags() |= SequenceFile::Flags::SEQS; cfg.target.reset(db.load_seqs(INT64_MAX, 0, &ranking_db_filter)); TargetMap db2block_id; const BlockId db_count = cfg.target->seqs().size(); db2block_id.reserve(db_count); for (BlockId i = 0; i < db_count; ++i) db2block_id[cfg.target->block_id2oid(i)] = i; timer.finish(); *log_stream << "#Ranked database sequences: " << cfg.target->seqs().size() << endl; if (cfg.target_masking != MaskingAlgo::NONE) { timer.go("Masking reference"); const MaskingStat stats = mask_seqs(cfg.target->seqs(), Masking::get(), true, cfg.target_masking); timer.finish(); stats.print(*log_stream); } timer.go("Computing alignments"); OutputWriter writer{ &master_out }; output_sink.reset(new ReorderQueue(0, writer)); uint32_t next_query = 0; SimpleThreadPool pool; for (size_t i = 0; i < (config.threads_align ? config.threads_align : config.threads_); ++i) pool.spawn(align_worker, &merged_query_list, &db2block_id, &cfg, &next_query); pool.join_all(); timer.go("Cleaning up"); merged_query_list.close(); output_sink.reset(); cfg.target.reset(); } void extend_query(BlockId source_query_block_id, const TargetMap& db2block_id, Search::Config& cfg, Statistics& stats, std::pmr::monotonic_buffer_resource& pool) { const size_t N = config.global_ranking_targets; SeedHitList l; vector::const_iterator table_begin = cfg.ranking_table->cbegin() + source_query_block_id * N, table_end = table_begin + N; while (table_end > table_begin && (table_end - 1)->score == 0) --table_end; const size_t n = table_end - table_begin; TextBuffer* buf = nullptr; if (n) { l.target_block_ids.reserve(n); l.target_scores.reserve(n); l.seed_hits.reserve(n, 0); for (size_t i = 0; i < n; ++i) { l.target_block_ids.push_back(db2block_id.at(table_begin[i].oid)); l.target_scores.push_back({ (uint32_t)i, table_begin[i].score }); l.seed_hits.next(); l.seed_hits.push_back({ 0,0,table_begin[i].score, table_begin[i].context }); } DP::Flags flags = DP::Flags::FULL_MATRIX; const Extension::Query query(source_query_block_id, stats, cfg, pool); vector matches = Extension::extend( query, cfg, stats, flags, l, pool); buf = cfg.iterated() ? Extension::generate_intermediate_output(matches, source_query_block_id, cfg) : Extension::generate_output(matches, source_query_block_id, stats, cfg); if (!matches.empty() && cfg.track_aligned_queries) { std::lock_guard lock(query_aligned_mtx); if (!query_aligned[source_query_block_id]) { query_aligned[source_query_block_id] = true; ++cfg.iteration_query_aligned; } } } output_sink->push(source_query_block_id, buf); } static BitVector db_filter(const Search::Config::RankingTable& table, size_t db_size) { BitVector v(db_size); for (const Hit& hit : table) if (hit.score) v.set(hit.oid); return v; } void extend(Search::Config& cfg, File& out) { TaskTimer timer("Listing target sequences"); const BitVector filter = db_filter(*cfg.ranking_table, cfg.db->sequence_count().value()); timer.go("Loading target sequences"); cfg.db->set_seqinfo_ptr(0); cfg.db->flags() |= SequenceFile::Flags::SEQS; if (!flag_any(cfg.db->format_flags(), SequenceFile::FormatFlags::TITLES_LAZY)) cfg.db->flags() |= SequenceFile::Flags::TITLES; if (bool(cfg.output_format->flags & Output::Flags::FULL_TITLES)) cfg.db->flags() |= SequenceFile::Flags::FULL_TITLES; cfg.target.reset(cfg.db->load_seqs(INT64_MAX, 0, &filter)); TargetMap db2block_id; const BlockId db_count = cfg.target->seqs().size(); db2block_id.reserve(db_count); for (BlockId i = 0; i < db_count; ++i) db2block_id[cfg.target->block_id2oid(i)] = i; timer.finish(); *log_stream << "#Ranked database sequences: " << db_count << endl; if (cfg.target_masking != MaskingAlgo::NONE) { timer.go("Masking reference"); const MaskingStat stats = mask_seqs(cfg.target->seqs(), Masking::get(), true, cfg.target_masking); timer.finish(); stats.print(*log_stream); } if (cfg.iterated()) { cfg.current_ref_block = 0; cfg.db->init_dict_block(0, db_count, true); } else cfg.db->init_random_access(cfg.current_query_block, 0); timer.go("Computing alignments"); OutputWriter writer{ &out }; output_sink.reset(new ReorderQueue(0, writer)); std::atomic next_query(0); const BlockId query_count = cfg.query->seqs().size() / align_mode.query_contexts; auto worker = [&next_query, &db2block_id, &cfg, query_count](const std::atomic& stop) { Statistics stats; BlockId q; std::pmr::monotonic_buffer_resource pool; while (!stop.load(std::memory_order_relaxed) && (q = next_query++) < query_count) extend_query(q, db2block_id, cfg, stats, pool); statistics += stats; }; SimpleThreadPool pool; for (size_t i = 0; i < (config.threads_align ? config.threads_align : config.threads_); ++i) pool.spawn(worker); pool.join_all(); timer.go("Deallocating memory"); cfg.target.reset(); output_sink.reset(); if (!cfg.iterated()) cfg.db->end_random_access(); else { cfg.db->close_dict_block(true); IntermediateRecord::finish_file(out); } } }} bbuchfink-diamond-6dc5717/src/align/global_ranking/global_ranking.cpp000066400000000000000000000074761523407312000257420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "global_ranking.h" #include "util/sequence/sequence.h" #include "dp/ungapped.h" #include "util/util.h" using std::mutex; using std::vector; namespace Extension { namespace GlobalRanking { uint16_t recompute_overflow_scores(FlatArray::DataConstIterator begin, FlatArray::DataConstIterator end, size_t query_id, uint32_t target_id, const Search::Config& cfg) { const auto query = cfg.query->seqs()[query_id]; const auto target = cfg.target->seqs()[target_id]; int score = 0; for (auto it = begin; it < end; ++it) { if (it->score != UCHAR_MAX) continue; const Sequence query_clipped = Util::Seq::clip(query.data() + it->i - config.ungapped_window, config.ungapped_window * 2, config.ungapped_window); const ptrdiff_t window_left = query.data() + it->i - query_clipped.data(); const int s = ungapped_window(query_clipped.data(), target.data() + it->j - window_left, (int)query_clipped.length()); score = std::max(score, s); } return (uint16_t)std::min(score, USHRT_MAX); } std::vector ranking_list(size_t query_id, std::vector::iterator begin, std::vector::iterator end, std::vector::const_iterator target_block_ids, const FlatArray& seed_hits, const Search::Config& cfg) { size_t overflows = 0; for (auto it = begin; it < end && it->score >= UCHAR_MAX; ++it) if (it->score == UCHAR_MAX) { it->score = recompute_overflow_scores(seed_hits.begin(it->target), seed_hits.end(it->target), query_id, target_block_ids[it->target], cfg); ++overflows; } if (overflows > 0) std::sort(begin, end); // should also sort by target block id int64_t n = 0; vector r; r.reserve(std::min(end - begin, (ptrdiff_t)config.global_ranking_targets)); for (auto i = begin; i < end && n < config.global_ranking_targets; ++i, ++n) { r.emplace_back(target_block_ids[i->target], Sequence(), nullptr, i->score); } return r; } size_t write_merged_query_list_intro(uint32_t query_id, TextBuffer& buf) { size_t seek_pos = buf.size(); buf.write(query_id).write((uint32_t)0); return seek_pos; } void write_merged_query_list(const IntermediateRecord& r, TextBuffer& out, BitVector& ranking_db_filter, Statistics& stat) { /*out.write(r.subject_oid); out.write(uint16_t(r.score)); ranking_db_filter.set(r.subject_oid); stat.inc(Statistics::TARGET_HITS1);*/ } void finish_merged_query_list(TextBuffer& buf, size_t seek_pos) { *(uint32_t*)(&buf[seek_pos + sizeof(uint32_t)]) = safe_cast(buf.size() - seek_pos - sizeof(uint32_t) * 2); } QueryList fetch_query_targets(File& query_list, uint32_t& next_query) { static mutex mtx; std::lock_guard lock(mtx); QueryList r; r.last_query_block_id = next_query; uint32_t size; if (query_list.read_max(&r.query_block_id, sizeof(uint32_t)) != sizeof(uint32_t)) return r; next_query = r.query_block_id + 1; query_list.read(size); size_t n = size / 6; r.targets.reserve(n); for (size_t i = 0; i < n; ++i) { uint32_t target; uint16_t score; query_list.read(target); query_list.read(score); r.targets.push_back({ target,score }); } return r; } }}bbuchfink-diamond-6dc5717/src/align/global_ranking/global_ranking.h000066400000000000000000000051701523407312000253740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "output/output.h" #include "basic/statistics.h" #include "util/data_structures/bit_vector.h" #include "../extend.h" #include "../target.h" #include "util/io/file.h" namespace Extension { namespace GlobalRanking { struct QueryList { struct Target { uint32_t database_id; uint16_t score; }; uint32_t query_block_id, last_query_block_id; std::vector targets; }; std::vector ranking_list(size_t query_id, std::vector::iterator begin, std::vector::iterator end, std::vector::const_iterator target_block_ids, const FlatArray& seed_hits, const Search::Config& cfg); void write_merged_query_list(const IntermediateRecord& r, TextBuffer& out, BitVector& ranking_db_filter, Statistics& stat); size_t write_merged_query_list_intro(uint32_t query_id, TextBuffer& buf); void finish_merged_query_list(TextBuffer& buf, size_t seek_pos); //void extend(SequenceFile& db, TempFile& merged_query_list, BitVector& ranking_db_filter, Search::Config& cfg, File& master_out); void extend(Search::Config& cfg, File& out); QueryList fetch_query_targets(File& query_list, uint32_t& next_query); void update_table(Search::Config& cfg); struct Hit { Hit(): oid(), score(0) {} Hit(uint32_t oid, uint16_t score, unsigned context): oid(oid), score(score), context((uint8_t)context) {} Hit(ptrdiff_t target_id): oid((uint32_t)target_id), score() {} uint32_t oid; uint16_t score; uint8_t context; bool operator<(const Hit& x) const { return score > x.score || (score == x.score && oid < x.oid); } struct Target { uint32_t operator()(const Hit& h) const { return h.oid; } }; struct CmpOidScore { bool operator()(const Hit&x, const Hit& y) const { return x.oid < y.oid || (x.oid == y.oid && x.score > y.score); } }; struct CmpOid { bool operator()(const Hit&x, const Hit& y) const { return x.oid == y.oid; } }; }; }}bbuchfink-diamond-6dc5717/src/align/global_ranking/table.cpp000066400000000000000000000160561523407312000240520ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "global_ranking.h" #define _REENTRANT #include "ips4o/ips4o.hpp" #include "search/hit.h" #include "util/data_structures/deque.h" #include "util/util.h" #include "util/algo/algo.h" #include "dp/ungapped.h" #include "search/search.h" #include "../load_hits.h" using std::endl; using std::thread; using std::pair; using std::vector; using SeedHits = Search::Config::RankingBuffer; // #define BATCH_BINSEARCH namespace Extension { namespace GlobalRanking { static void get_query_hits(SeedHits::Iterator begin, SeedHits::Iterator end, vector& hits, Search::Config& cfg) { hits.clear(); const SequenceSet& target_seqs = cfg.target->seqs(); if (Search::keep_target_id(cfg)) { auto get_target = [](const Search::Hit& hit) { return (BlockId)hit.subject_; }; auto it = merge_keys(begin, end, get_target); while (it.good()) { uint16_t score = 0; for (SeedHits::Iterator i = it.begin(); i != it.end(); ++i) score = std::max(score, i->score_); hits.emplace_back((uint32_t)cfg.target->block_id2oid(it.key()), score, 0); ++it; } } else { #ifdef BATCH_BINSEARCH vector hit1; hit1.reserve(end - begin); target_seqs.local_position_batch(begin, end, std::back_inserter(hit1), Search::Hit::CmpTargetOffset()); for (size_t i = 0; i < hit1.size(); ++i) { hit1[i].score = begin[i].score_; } auto it = merge_keys(hit1.begin(), hit1.end(), Hit::Target()); while (it.good()) { uint16_t score = 0; for (auto i = it.begin(); i != it.end(); ++i) score = std::max(score, i->score); hits.emplace_back((uint32_t)cfg.target->block_id2oid(it.key()), score); ++it; } #else auto get_target = [&target_seqs](const Search::Hit& hit) { return target_seqs.local_position((uint64_t)hit.subject_).first; }; auto it = merge_keys(begin, end, get_target); while (it.good()) { uint16_t score = 0; for (SeedHits::Iterator i = it.begin(); i != it.end(); ++i) score = std::max(score, i->score_); hits.emplace_back((uint32_t)cfg.target->block_id2oid(it.key()), score, 0); ++it; } #endif } } static pair target_score(const FlatArray::DataIterator begin, const FlatArray::DataIterator end, const Sequence* query_seq, const Sequence& target_seq) { if (config.no_reextend) { int score = begin->score; unsigned context = begin->frame; for (auto i = begin + 1; i != end; ++i) { if (i->score > score) { score = i->score; context = i->frame; } } return { score,context }; } std::sort(begin, end); DiagonalSegment d = xdrop_ungapped(query_seq[begin->frame], nullptr, target_seq, begin->i, begin->j, config.raw_ungapped_xdrop, false); int score = d.score; unsigned context = begin->frame; for (auto i = begin + 1; i != end; ++i) { if (d.diag() == i->diag() && d.subject_end() >= i->j) continue; d = xdrop_ungapped(query_seq[i->frame], nullptr, target_seq, i->i, i->j, config.raw_ungapped_xdrop, false); if (d.score > score) { score = d.score; context = i->frame; } } return { score,context }; } static void get_query_hits_reextend(size_t source_query_block_id, SeedHits::Iterator begin, SeedHits::Iterator end, vector& hits, Search::Config& cfg) { const unsigned contexts = align_mode.query_contexts; vector query_seq; for (unsigned i = 0; i < contexts; ++i) query_seq.push_back(cfg.query->seqs()[source_query_block_id * contexts + i]); const SequenceSet& target_seqs = cfg.target->seqs(); hits.clear(); Extension::SeedHitList l = Extension::load_hits(begin, end, cfg.target->seqs()); for (size_t i = 0; i < l.target_block_ids.size(); ++i) { const auto score = target_score(l.seed_hits.begin(i), l.seed_hits.end(i), query_seq.data(), target_seqs[l.target_block_ids[i]]); hits.emplace_back((uint32_t)cfg.target->block_id2oid(l.target_block_ids[i]), score.first, score.second); } } static void merge_hits(const size_t query, vector& hits, vector& merged, Search::Config& cfg, size_t& merged_count) { const size_t N = config.global_ranking_targets; //std::sort(hits.begin(), hits.end()); vector::iterator table_begin = cfg.ranking_table->begin() + query * N, table_end = table_begin + N; while (table_end > table_begin && (table_end - 1)->score == 0) --table_end; const auto count = table_end - table_begin; hits.insert(hits.end(), table_begin, table_end); std::sort(hits.begin(), hits.end(), Hit::CmpOidScore()); merged.clear(); std::unique_copy(hits.begin(), hits.end(), std::back_inserter(merged), Hit::CmpOid()); std::sort(merged.begin(), merged.end()); const auto n = std::min(N, merged.size()); std::copy(merged.begin(), merged.begin() + n, table_begin); merged_count += n - count; //merged.clear(); //merged_count += Util::Algo::merge_capped(table_begin, table_end, hits.begin(), hits.end(), N, std::back_inserter(merged)); //std::copy(merged.begin(), merged.end(), table_begin); } void update_table(Search::Config& cfg) { SeedHits& hits = *cfg.global_ranking_buffer; *log_stream << "Seed hits = " << hits.size() << endl; if (hits.size() == 0) return; TaskTimer timer("Sorting seed hits"); #if _MSC_FULL_VER == 191627042 merge_sort(hits.begin(), hits.end(), config.threads_, Search::Hit::CmpQueryTarget()); #else ips4o::parallel::sort(hits.begin(), hits.end(), Search::Hit::CmpQueryTarget(), config.threads_); #endif timer.go("Creating partition"); auto p = Util::Algo::partition_table(hits.begin(), hits.end(), config.threads_ * 8, ::Search::Hit::SourceQuery{ align_mode.query_contexts }); timer.go("Processing seed hits"); std::atomic_size_t merged_count(0), next(0); auto worker = [&cfg, &merged_count, &next, &p]() { vector hits, merged; while (true) { auto i = next++; if (i + 1 >= p.size()) break; auto begin = p[i], end = p[i + 1]; auto it = merge_keys(begin, end, ::Search::Hit::SourceQuery{ align_mode.query_contexts }); size_t n = 0; while (it.good()) { const size_t query = it.begin()->query_ / align_mode.query_contexts; get_query_hits_reextend(query, it.begin(), it.end(), hits, cfg); merge_hits(query, hits, merged, cfg, n); ++it; } merged_count += n; } }; vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(worker); for (thread& t : threads) t.join(); timer.go("Deallocating seed hit list"); cfg.global_ranking_buffer.reset(); timer.finish(); *log_stream << "Merged targets = " << merged_count << endl; } }}bbuchfink-diamond-6dc5717/src/align/legacy/000077500000000000000000000000001523407312000205425ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/align/legacy/banded_swipe_pipeline.cpp000066400000000000000000000223371523407312000255660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "pipeline.h" #include "dp/dp.h" #include "util/geo/interval_partition.h" using std::thread; using std::list; using std::max; using std::atomic; using std::endl; using std::vector; namespace ExtensionPipeline { namespace BandedSwipe { struct Target : public ::Target { void ungapped_stage(QueryMapper &mapper) { vector::iterator hits = mapper.seed_hits.begin() + begin, hits_end = mapper.seed_hits.begin() + end; top_hit = hits[0]; for (vector::iterator i = hits + 1; i < hits_end; ++i) if (i->ungapped.score > top_hit.ungapped.score) top_hit = *i; filter_score = top_hit.ungapped.score; } Interval ungapped_query_range(int query_dna_len) const { const Frame f = Frame(top_hit.frame_); const int i0 = std::max((int)top_hit.query_pos_ - (int)top_hit.subject_pos_, 0), i1 = std::min((int)top_hit.query_pos_ + (int)subject.length() - (int)top_hit.subject_pos_, f.length(query_dna_len)); return TranslatedPosition::absolute_interval(TranslatedPosition(i0, f), TranslatedPosition(i1, f), query_dna_len); } void add_strand(QueryMapper &mapper, vector &v, vector::iterator begin, vector::iterator end, int target_idx) { if (end == begin) return; const int band = config.padding, d_min = -int(subject.length() - 1), d_max = int(mapper.query_seq(0).length() - 1); vector::iterator i = begin; int d0 = std::max(i->diagonal() - band, d_min), d1 = std::min(i->diagonal() + band, d_max); ++i; for (; i < end; ++i) { if (i->diagonal() - d1 <= band) { d1 = std::min(i->diagonal() + band, d_max); } else { //v.emplace_back(subject, subject.length(), d0, d1, Interval(), 0, target_idx, 0); // set cols here? v.emplace_back(subject, subject.length(), d0, d1, target_idx, 0); // set cols here? d0 = std::max(i->diagonal() - band, d_min); d1 = std::min(i->diagonal() + band, d_max); } } //v.emplace_back(subject, subject.length(), d0, d1, Interval(), 0, target_idx, 0); v.emplace_back(subject, subject.length(), d0, d1, target_idx, 0); } void add(QueryMapper &mapper, vector &vf, vector &vr, int target_idx) { vector::iterator hits = mapper.seed_hits.begin() + begin, hits_end = mapper.seed_hits.begin() + end; Strand strand = top_hit.strand(); if(mapper.target_parallel) std::stable_sort(hits, hits_end, SeedHit::compare_diag_strand); else std::stable_sort(hits, hits_end, SeedHit::compare_diag_strand2); const auto it = find_if(hits, hits_end, [](const SeedHit &x) { return x.strand() == REVERSE; }); //if(strand == FORWARD || mapper.target_parallel) add_strand(mapper, vf, hits, it, target_idx); //if (strand == REVERSE || mapper.target_parallel) add_strand(mapper, vr, it, hits_end, target_idx); //const int d = hits[0].diagonal(); //const DpTarget t(subject, std::max(d - 32, -int(subject.length() - 1)), std::min(d + 32, int(mapper.query_seq(0).length() - 1)), &hsps, subject_id); } void set_filter_score() { filter_score = 0; filter_evalue = DBL_MAX; for (list::const_iterator i = hsps.begin(); i != hsps.end(); ++i) { filter_score = std::max(filter_score, (int)i->score); filter_evalue = std::min(filter_evalue, i->evalue); } } void reset() { hsps.clear(); } void finish(QueryMapper &mapper) { inner_culling(); if (config.frame_shift) return; for (list::iterator i = hsps.begin(); i != hsps.end(); ++i) i->query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(i->query_range.begin_, Frame(i->frame)), TranslatedPosition(i->query_range.end_, Frame(i->frame)), mapper.source_query_len); } bool is_outranked(const IntervalPartition &ip, int source_query_len, double rr) const { const Interval r = ungapped_query_range(source_query_len); if (config.toppercent.blank()) { const int min_score = int((double)filter_score / rr); return (double)ip.covered(r, min_score, IntervalPartition::MinScore()) / r.length() * 100.0 >= config.query_range_cover; } else { const int min_score = int((double)filter_score / rr / (1.0 - config.toppercent / 100.0)); return (double)ip.covered(r, min_score, IntervalPartition::MaxScore()) / r.length() * 100.0 >= config.query_range_cover; } } }; void Pipeline::range_ranking(const int64_t max_target_seqs) { const double rr = config.rank_ratio == -1 ? 0.4 : config.rank_ratio; std::stable_sort(targets.begin(), targets.end(), Target::compare_score); IntervalPartition ip(max_target_seqs); for (PtrVector< ::Target>::iterator i = targets.begin(); i < targets.end();) { Target* t = ((Target*)*i); if (t->is_outranked(ip, source_query_len, rr)) { i = targets.erase(i, i + 1); } else { ip.insert(t->ungapped_query_range(source_query_len), t->filter_score); ++i; } } } Target& Pipeline::target(size_t i) { return (Target&)(this->targets[i]); } void Pipeline::run_swipe(bool score_only) { vector vf, vr; for (int64_t i = 0; i < n_targets(); ++i) target(i).add(*this, vf, vr, (int)i); list hsp; hsp = banded_3frame_swipe(translated_query, FORWARD, vf.begin(), vf.end(), this->dp_stat, score_only, target_parallel); hsp.splice(hsp.end(), banded_3frame_swipe(translated_query, REVERSE, vr.begin(), vr.end(), this->dp_stat, score_only, target_parallel)); while (!hsp.empty()) { list &l = target(hsp.begin()->swipe_target).hsps; l.splice(l.end(), hsp, hsp.begin()); } } void build_ranking_worker(PtrVector<::Target>::iterator begin, PtrVector<::Target>::iterator end, atomic *next, vector *intervals) { PtrVector<::Target>::iterator it; while ((it = begin + next->fetch_add(64)) < end) { auto e = min(it + 64, end); for (; it < e; ++it) { (*it)->add_ranges(*intervals); } } } void Pipeline::run(Statistics &stat, const Search::Config& cfg) { TaskTimer timer("Init banded swipe pipeline", target_parallel ? 3 : UINT_MAX); Config::set_option(config.padding, 32); if (n_targets() == 0) return; stat.inc(Statistics::TARGET_HITS0, n_targets()); if (!target_parallel) { timer.go("Ungapped stage"); for (int64_t i = 0; i < n_targets(); ++i) target(i).ungapped_stage(*this); timer.go("Ranking"); if (!config.query_range_culling) rank_targets(config.rank_ratio == -1 ? 0.4 : config.rank_ratio, config.rank_factor == -1.0 ? 1e3 : config.rank_factor, cfg.max_target_seqs); else range_ranking(cfg.max_target_seqs); } else { timer.finish(); *log_stream << "Query: " << query_id << "; Seed hits: " << seed_hits.size() << "; Targets: " << n_targets() << endl; } if (n_targets() > cfg.max_target_seqs || config.toppercent.present()) { stat.inc(Statistics::TARGET_HITS1, n_targets()); timer.go("Swipe (score only)"); run_swipe(true); if (target_parallel) { timer.go("Building score ranking intervals"); vector> intervals(config.threads_); const size_t interval_count = (source_query_len + ::Target::INTERVAL - 1) / ::Target::INTERVAL; for (vector &v : intervals) v.resize(interval_count); vector threads; atomic next(0); for (int i = 0; i < config.threads_; ++i) threads.emplace_back(build_ranking_worker, targets.begin(), targets.end(), &next, &intervals[i]); for (auto &t : threads) t.join(); timer.go("Merging score ranking intervals"); for (auto it = intervals.begin() + 1; it < intervals.end(); ++it) { vector::iterator i = intervals[0].begin(), i1 = intervals[0].end(), j = it->begin(); for (; i < i1; ++i, ++j) *i = max(*i, *j); } if (config.toppercent.present()) { timer.go("Finding outranked targets"); for (auto i = targets.begin(); i < targets.end(); ++i) if ((*i)->is_outranked(intervals[0], 1.0 - config.toppercent / 100)) { delete* i; *i = nullptr; } timer.go("Removing outranked targets"); vector<::Target*>& v(*static_cast*>(&targets)); auto it = remove_if(v.begin(), v.end(), [](::Target* t) { return t == nullptr; }); v.erase(it, v.end()); timer.finish(); } *log_stream << "Targets after score-only ranking: " << targets.size() << endl; } else { timer.go("Score only culling"); for (int64_t i = 0; i < n_targets(); ++i) target(i).set_filter_score(); score_only_culling(cfg.max_target_seqs); } } timer.go("Swipe (traceback)"); stat.inc(Statistics::TARGET_HITS2, n_targets()); for (int64_t i = 0; i < n_targets(); ++i) target(i).reset(); run_swipe(false); timer.go("Inner culling"); for (int64_t i = 0; i < n_targets(); ++i) target(i).finish(*this); } }}bbuchfink-diamond-6dc5717/src/align/legacy/pipeline.h000066400000000000000000000024631523407312000225250ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "query_mapper.h" #include "dp/dp.h" namespace ExtensionPipeline { namespace BandedSwipe { struct Target; struct Pipeline : public QueryMapper { Pipeline(size_t query_id, Search::Hit* begin, Search::Hit* end, DpStat& dp_stat, const Search::Config& cfg) : QueryMapper(query_id, begin, end, cfg), dp_stat(dp_stat) {} Target& target(size_t i); virtual void run(Statistics& stat, const Search::Config& cfg) override; void run_swipe(bool score_only); void range_ranking(const int64_t max_target_seqs); DpStat& dp_stat; }; } } bbuchfink-diamond-6dc5717/src/align/legacy/query_mapper.cpp000066400000000000000000000263151523407312000237660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "query_mapper.h" #include "data/sequence_file.h" #include "data/taxonomy_nodes.h" #include "dp/ungapped.h" #include "output/output.h" #include "output/output_format.h" #include "legacy/daa/daa_write.h" #include "output/target_culling.h" #include "util/util.h" #include "stats/cbs.h" #include "util/log_stream.h" using std::tie; using std::list; using std::vector; using std::unique_ptr; using std::min; using std::max; using std::set; using std::string; bool Target::envelopes(const ApproxHsp &t, double p) const { for (list::const_iterator i = ts.begin(); i != ts.end(); ++i) if (t.query_source_range.overlap_factor(i->query_source_range) >= p) return true; return false; } bool Target::is_enveloped(const Target &t, double p) const { for (list::const_iterator i = ts.begin(); i != ts.end(); ++i) if (!t.envelopes(*i, p)) return false; return true; } bool Target::is_enveloped(PtrVector::const_iterator begin, PtrVector::const_iterator end, double p, int min_score) const { for (; begin != end; ++begin) if (is_enveloped(**begin, p) && (*begin)->filter_score >= min_score) return true; return false; } void Target::add_ranges(vector &v) { for (const Hsp &hsp : hsps) { const int i0 = hsp.query_source_range.begin_ / INTERVAL, i1 = min(hsp.query_source_range.end_ / INTERVAL, int(v.size() - 1)); for (int i = i0; i <= i1; ++i) v[i] = max(v[i], hsp.score); } } bool Target::is_outranked(const vector &v, double treshold) { for (const Hsp &hsp : hsps) { const int i0 = hsp.query_source_range.begin_ / INTERVAL, i1 = min(hsp.query_source_range.end_ / INTERVAL, int(v.size() - 1)); for (int i = i0; i <= i1; ++i) if (hsp.score >= v[i] * treshold) return false; } return true; } QueryMapper::QueryMapper(size_t query_id, Search::Hit* begin, Search::Hit* end, const Search::Config &metadata) : source_hits(std::make_pair(begin, end)), query_id((unsigned)query_id), targets_finished(0), next_target(0), source_query_len(metadata.query->source_len((unsigned)query_id)), translated_query(metadata.query->translated(query_id)), metadata(metadata), target_parallel(false) { seed_hits.reserve(source_hits.second - source_hits.first); } void QueryMapper::init() { if(config.log_query) *message_stream << "Query = " << metadata.query->ids()[query_id] << '\t' << query_id << std::endl; if (Stats::CBS::hauser(config.comp_based_stats_.get(Stats::DEFAULT_CBS))) for (int i = 0; i < align_mode.query_contexts; ++i) query_cb.emplace_back(query_seq(i)); targets.resize(count_targets()); if (targets.empty()) return; load_targets(); } unsigned QueryMapper::count_targets() { std::sort(source_hits.first, source_hits.second, Search::Hit::CmpSubject()); const size_t n = source_hits.second - source_hits.first; const Search::Hit* hits = source_hits.first; size_t subject_id = std::numeric_limits::max(); unsigned n_subject = 0; for (size_t i = 0; i < n; ++i) { std::pair l = metadata.target->seqs().local_position((uint64_t)hits[i].subject_); const unsigned frame = hits[i].query_ % align_mode.query_contexts; /*const Diagonal_segment d = config.comp_based_stats ? xdrop_ungapped(query_seq(frame), query_cb[frame], ref_seqs::get()[l.first], hits[i].seed_offset_, (int)l.second) : xdrop_ungapped(query_seq(frame), ref_seqs::get()[l.first], hits[i].seed_offset_, (int)l.second);*/ if (target_parallel) { seed_hits.emplace_back(frame, (unsigned)l.first, (unsigned)l.second, (unsigned)hits[i].seed_offset_, DiagonalSegment()); if (l.first != subject_id) { subject_id = l.first; ++n_subject; } } else { const DiagonalSegment d = xdrop_ungapped(query_seq(frame), nullptr, metadata.target->seqs()[l.first], hits[i].seed_offset_, (int)l.second, config.raw_ungapped_xdrop, false); if (d.score > 0) { if (l.first != subject_id) { subject_id = l.first; ++n_subject; } seed_hits.emplace_back(frame, (unsigned)l.first, (unsigned)l.second, (unsigned)hits[i].seed_offset_, d); } } } return n_subject; } void QueryMapper::load_targets() { unsigned subject_id = std::numeric_limits::max(), n = 0; for (size_t i = 0; i < seed_hits.size(); ++i) { if (seed_hits[i].subject_ != subject_id) { if (n > 0) { targets[n - 1].end = i; } const size_t oid = metadata.target->block_id2oid(seed_hits[i].subject_); targets.get(n) = new Target(i, seed_hits[i].subject_, metadata.target->seqs()[seed_hits[i].subject_], config.taxon_k ? metadata.db->rank_taxid(metadata.db->taxids(oid), Rank::species) : set()); ++n; subject_id = seed_hits[i].subject_; } } targets[n - 1].end = seed_hits.size(); } void QueryMapper::rank_targets(double ratio, double factor, const int64_t max_target_seqs) { if (config.taxon_k && config.toppercent.blank()) return; std::stable_sort(targets.begin(), targets.end(), Target::compare_score); int score = 0; if (config.toppercent.present()) { score = int((double)targets[0].filter_score * (1.0 - config.toppercent / 100.0) * ratio); } else { int64_t min_idx = std::min((int64_t)targets.size(), max_target_seqs); score = int((double)targets[min_idx - 1].filter_score * ratio); } const int64_t cap = (config.toppercent.present() || max_target_seqs == INT64_MAX) ? INT64_MAX : int64_t(max_target_seqs * factor); int64_t i = 0; for (; i < (int64_t)targets.size(); ++i) if (targets[i].filter_score < score || i >= cap) break; targets.erase(targets.begin() + i, targets.end()); } void QueryMapper::score_only_culling(const int64_t max_target_seqs) { static const double COV_INCLUDE_CUTOFF = 0.1; std::stable_sort(targets.begin(), targets.end(), config.toppercent.blank() ? Target::compare_evalue : Target::compare_score); unique_ptr target_culling(TargetCulling::get(max_target_seqs)); const unsigned query_len = (unsigned)query_seq(0).length(); PtrVector::iterator i; for (i = targets.begin(); ifilter_score, (*i)->filter_evalue)) break; int code; double cov; tie(code, cov) = target_culling->cull(**i); if (code == TargetCulling::FINISHED) break; else if (code == TargetCulling::NEXT) { i = targets.erase(i, i + 1); } else { if (cov < COV_INCLUDE_CUTOFF) target_culling->add(**i); ++i; } } targets.erase(i, targets.end()); } bool QueryMapper::generate_output(TextBuffer &buffer, Statistics &stat, const Search::Config& cfg) { std::stable_sort(targets.begin(), targets.end(), config.toppercent.blank() ? Target::compare_evalue : Target::compare_score); unsigned n_hsp = 0, n_target_seq = 0, hit_hsps = 0; unique_ptr target_culling(TargetCulling::get(cfg.max_target_seqs)); const unsigned query_len = (unsigned)query_seq(0).length(); size_t seek_pos = 0; const char *query_title = metadata.query->ids()[query_id]; unique_ptr f(cfg.output_format->clone()); Output::Info info{ cfg.query->seq_info(query_id), true, cfg.db.get(), buffer, Util::Seq::AccessionParsing(), cfg.db->sequence_count(), cfg.db->letters() }; for (size_t i = 0; i < targets.size(); ++i) { const BlockId subject_id = targets[i].subject_block_id; const OId database_id = metadata.target->block_id2oid(subject_id); string target_title; size_t dict_id; if (!cfg.blocked_processing) { if (flag_any(cfg.output_format->flags, Output::Flags::SSEQID)) target_title = metadata.target->has_ids() ? metadata.target->ids()[subject_id] : metadata.db->seqid(database_id, true, true); } else dict_id = metadata.target->dict_id(cfg.current_ref_block, subject_id, *metadata.db, *f); const unsigned subject_len = (unsigned)metadata.target->seqs()[subject_id].length(); targets[i].apply_filters(source_query_len, subject_len, query_title); if (targets[i].hsps.size() == 0) continue; const int c = target_culling->cull(targets[i]).first; if (c == TargetCulling::NEXT) continue; else if (c == TargetCulling::FINISHED) break; target_culling->add(targets[i]); hit_hsps = 0; for (list::iterator j = targets[i].hsps.begin(); j != targets[i].hsps.end(); ++j) { info.unaligned = false; if (config.max_hsps > 0 && hit_hsps >= config.max_hsps) break; if (cfg.blocked_processing) { if (n_hsp == 0) seek_pos = IntermediateRecord::write_query_intro(buffer, query_id); IntermediateRecord::write(buffer, *j, query_id, dict_id, database_id, cfg.output_format.get()); } else { if (n_hsp == 0) { if (*f == OutputFormat::daa) seek_pos = write_daa_query_record(buffer, query_title, align_mode.query_translated ? metadata.query->source_seqs()[query_id] : metadata.query->seqs()[query_id]); else f->print_query_intro(info); } if (*f == OutputFormat::daa) write_daa_record(buffer, *j, safe_cast(metadata.target->dict_id(cfg.current_ref_block, subject_id, *metadata.db, *f))); else f->print_match(HspContext(*j, query_id, cfg.query->block_id2oid(query_id), translated_query, query_title, database_id, subject_len, target_title.c_str(), n_target_seq, hit_hsps, metadata.target->seqs()[subject_id]), info); } ++n_hsp; ++hit_hsps; } ++n_target_seq; } if (n_hsp > 0) { if (!cfg.blocked_processing) { if (*f == OutputFormat::daa) finish_daa_query_record(buffer, seek_pos); else f->print_query_epilog(info); } else IntermediateRecord::finish_query(buffer, seek_pos); } else if (!cfg.blocked_processing && *f != OutputFormat::daa && f->report_unaligned()) { f->print_query_intro(info); f->print_query_epilog(info); } if (!cfg.blocked_processing) { stat.inc(Statistics::MATCHES, n_hsp); stat.inc(Statistics::PAIRWISE, n_target_seq); if (n_hsp > 0) stat.inc(Statistics::ALIGNED); } return n_hsp > 0; } void Target::inner_culling() { hsps.sort(); if (hsps.size() > 0) { filter_score = hsps.front().score; filter_evalue = hsps.front().evalue; } else { filter_score = 0; filter_evalue = DBL_MAX; } for (list::iterator i = hsps.begin(); i != hsps.end();) { if (i->query_range_enveloped_by(hsps.begin(), i, 0.5)) i = hsps.erase(i); else ++i; } } void Target::apply_filters(int dna_len, int subject_len, const char *query_title) { for (list::iterator i = hsps.begin(); i != hsps.end();) { if (i->id_percent() < config.min_id || i->query_cover_percent(dna_len) < config.query_cover || i->subject_cover_percent(subject_len) < config.subject_cover) i = hsps.erase(i); else ++i; } }bbuchfink-diamond-6dc5717/src/align/legacy/query_mapper.h000066400000000000000000000145051523407312000234310ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "util/ptr_vector.h" #include "util/hsp/approx_hsp.h" #include "basic/match.h" #include "run/config.h" #include "search/hit.h" #include "stats/hauser_correction.h" #include "basic/statistics.h" #include "data/block/block.h" struct SeedHit { SeedHit() {} SeedHit(unsigned frame, unsigned subject, unsigned subject_pos, unsigned query_pos, const DiagonalSegment &ungapped) : frame_(frame), subject_(subject), subject_pos_(subject_pos), query_pos_(query_pos), ungapped(ungapped), prefix_score(ungapped.score) { } int diagonal() const { return (int)query_pos_ - (int)subject_pos_; } bool operator<(const SeedHit &rhs) const { return ungapped.score > rhs.ungapped.score; } bool is_enveloped(std::list::const_iterator begin, std::list::const_iterator end, int dna_len) const { const DiagonalSegmentT d(ungapped, ::Frame(frame_)); for (std::list::const_iterator i = begin; i != end; ++i) if (i->envelopes(d, dna_len)) return true; return false; } DiagonalSegmentT diagonal_segment() const { return DiagonalSegmentT(ungapped, ::Frame(frame_)); } Interval query_source_range(int dna_len) const { return diagonal_segment().query_absolute_range(dna_len); } Strand strand() const { return ::Frame(frame_).strand; } static bool compare_pos(const SeedHit &x, const SeedHit &y) { return DiagonalSegment::cmp_subject_end(x.ungapped, y.ungapped); } static bool compare_diag(const SeedHit &x, const SeedHit &y) { return x.frame_ < y.frame_ || (x.frame_ == y.frame_ && (x.diagonal() < y.diagonal() || (x.diagonal() == y.diagonal() && x.ungapped.j < y.ungapped.j))); } static bool compare_diag_strand(const SeedHit &x, const SeedHit &y) { return x.strand() < y.strand() || (x.strand() == y.strand() && (x.diagonal() < y.diagonal() || (x.diagonal() == y.diagonal() && x.ungapped.j < y.ungapped.j))); } static bool compare_diag_strand2(const SeedHit &x, const SeedHit &y) { return x.strand() < y.strand() || (x.strand() == y.strand() && (x.diagonal() < y.diagonal() || (x.diagonal() == y.diagonal() && x.subject_pos_ < y.subject_pos_))); } struct Frame { unsigned operator()(const SeedHit &x) const { return x.frame_; } }; unsigned frame_, subject_, subject_pos_, query_pos_; DiagonalSegment ungapped; unsigned prefix_score; }; struct Target { Target(int filter_score, double filter_evalue): filter_score(filter_score), filter_evalue(filter_evalue) {} Target(size_t begin, unsigned subject_id, const Sequence& subject, const std::set &taxon_rank_ids) : subject_block_id(subject_id), subject(subject), filter_score(0), filter_evalue(DBL_MAX), outranked(false), begin(begin), taxon_rank_ids(taxon_rank_ids) {} static bool compare_evalue(Target* lhs, Target *rhs) { return lhs->filter_evalue < rhs->filter_evalue || (lhs->filter_evalue == rhs->filter_evalue && compare_score(lhs, rhs)); } static bool compare_score(Target* lhs, Target* rhs) { return lhs->filter_score > rhs->filter_score || (lhs->filter_score == rhs->filter_score && lhs->subject_block_id < rhs->subject_block_id); } void fill_source_ranges(size_t query_len) { for (std::list::iterator i = ts.begin(); i != ts.end(); ++i) i->query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(i->query_range.begin_, Frame(i->frame)), TranslatedPosition(i->query_range.end_, Frame(i->frame)), (int)query_len); } void add_ranges(std::vector &v); bool is_outranked(const std::vector &v, double treshold); bool envelopes(const ApproxHsp &t, double p) const; bool is_enveloped(const Target &t, double p) const; bool is_enveloped(PtrVector::const_iterator begin, PtrVector::const_iterator end, double p, int min_score) const; void inner_culling(); void apply_filters(int dna_len, int subject_len, const char *query_title); unsigned subject_block_id; Sequence subject; int filter_score; double filter_evalue; float filter_time; bool outranked; size_t begin, end; std::list hsps; std::list ts; SeedHit top_hit; std::set taxon_rank_ids; enum { INTERVAL = 64 }; }; struct QueryMapper { QueryMapper(size_t query_id, Search::Hit* begin, Search::Hit* end, const Search::Config &metadata); void init(); bool generate_output(TextBuffer &buffer, Statistics &stat, const Search::Config& cfg); void rank_targets(double ratio, double factor, const int64_t max_target_seqs); void score_only_culling(const int64_t max_target_seqs); int64_t n_targets() const { return (int64_t)targets.size(); } bool finished() const { return targets_finished == targets.size(); } Sequence query_seq(unsigned frame) const { return metadata.query->seqs()[(size_t)query_id*(size_t)align_mode.query_contexts + frame]; } void fill_source_ranges() { for (size_t i = 0; i < targets.size(); ++i) targets[i].fill_source_ranges(source_query_len); } virtual void run(Statistics &stat, const Search::Config& cfg) = 0; virtual ~QueryMapper() {} std::pair source_hits; unsigned query_id, targets_finished, next_target; unsigned source_query_len, unaligned_from; PtrVector targets; std::vector seed_hits; std::vector query_cb; TranslatedSequence translated_query; const Search::Config &metadata; bool target_parallel; private: static std::pair get_query_data(); unsigned count_targets(); Sequence query_source_seq() const { return align_mode.query_translated ? metadata.query->source_seqs()[query_id] : metadata.query->seqs()[query_id]; } void load_targets(); };bbuchfink-diamond-6dc5717/src/align/load_hits.h000066400000000000000000000140341523407312000214170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "target.h" #include "search/hit.h" #include "data/sequence_set.h" namespace Extension { template static int64_t count_targets(It begin, It end) { if (begin == end) return 0; auto last = (begin++)->subject_; int64_t n = 1; for (It i = begin; i < end; ++i) if (i->subject_ != last) { last = i->subject_; ++n; } return n; } template static SeedHitList load_hits(It begin, It end, const SequenceSet& ref_seqs) { std::sort(begin, end, Search::Hit::CmpSubject()); const auto targets = count_targets(begin, end); const auto hits = end - begin; SeedHitList list; list.seed_hits.reserve(targets, hits); list.target_block_ids.reserve(targets); list.target_scores.reserve(targets); if (hits <= 0) return list; const size_t total_subjects = ref_seqs.size(); unsigned target_len; uint32_t target = UINT32_MAX; uint16_t score = 0; #ifdef HIT_KEEP_TARGET_ID if(true) { #else if (std::log2(total_subjects) * hits < total_subjects / 10) { #endif for (auto i = begin; i < end; ++i) { #ifdef HIT_KEEP_TARGET_ID std::pair l{ (size_t)i->target_block_id, (size_t)i->subject_ - ref_seqs.position(i->target_block_id, 0) }; #else std::pair l = ref_seqs.local_position((uint64_t)i->subject_); #endif const uint32_t t = (uint32_t)l.first; if (t != target) { if (target != UINT32_MAX) { #ifdef EVAL_TARGET list.target_scores.push_back({ uint32_t(list.target_block_ids.size() - 1), score, score_matrix.evalue(score, query_len, target_len) }); #else list.target_scores.push_back({ uint32_t(list.target_block_ids.size() - 1), score }); #endif score = 0; } list.seed_hits.next(); target = t; target_len = (unsigned)ref_seqs[target].length(); list.target_block_ids.push_back(target); } list.seed_hits.push_back({ (int)i->seed_offset_, (int)l.second, i->score_, (unsigned)i->query_ % align_mode.query_contexts }); score = std::max(score, i->score_); } } else { typename std::vector::const_iterator limit_begin = ref_seqs.limits_begin(), it = limit_begin; for (auto i = begin; i < end; ++i) { const int64_t subject_offset = i->subject_; while (*it <= subject_offset) ++it; uint32_t t = (uint32_t)(it - limit_begin) - 1; if (t != target) { if (target != UINT32_MAX) { #ifdef EVAL_TARGET list.target_scores.push_back({ uint32_t(list.target_block_ids.size() - 1), score, score_matrix.evalue(score, query_len, target_len) }); #else list.target_scores.push_back({ uint32_t(list.target_block_ids.size() - 1), score }); #endif score = 0; } list.seed_hits.next(); list.target_block_ids.push_back(t); target = t; target_len = (unsigned)ref_seqs[target].length(); } list.seed_hits.push_back({ (int)i->seed_offset_, (int)(subject_offset - *(it - 1)), i->score_, (unsigned)i->query_ % align_mode.query_contexts }); score = std::max(score, i->score_); } } if (target != UINT32_MAX) #ifdef EVAL_TARGET list.target_scores.push_back({ uint32_t(list.target_block_ids.size() - 1), score, score_matrix.evalue(score, query_len, target_len) }); #else list.target_scores.push_back({ uint32_t(list.target_block_ids.size() - 1), score }); #endif return list; } static bool hamming_filter_without_boundaries(const SeedHit& hit, const Sequence& query, const Sequence& target, unsigned hamming_filter_id) { constexpr int WINDOW_LEFT = 16, WINDOW_RIGHT = 32; const int begin = std::max(std::max(-WINDOW_LEFT, -hit.i), -hit.j); const int end = std::min(std::min(WINDOW_RIGHT, (int)query.length() - hit.i), (int)target.length() - hit.j); const int len = end - begin; if (len <= 0) return false; unsigned id = 0; for (int i = begin; i < end; ++i) if (query[hit.i + i] == target[hit.j + i]) ++id; return id >= hamming_filter_id; } static void filter_hamming_boundary_crossings(SeedHitList& list, const Sequence* query_seq, Loc query_len, const SequenceSet& ref_seqs, unsigned hamming_filter_id) { if (hamming_filter_id == 0 || list.seed_hits.data_size() == 0) return; #ifndef EVAL_TARGET (void)query_len; #endif SeedHitList filtered; filtered.seed_hits.reserve(list.target_block_ids.size(), list.seed_hits.data_size()); filtered.target_block_ids.reserve(list.target_block_ids.size()); filtered.target_scores.reserve(list.target_scores.size()); for (size_t i = 0; i < list.target_block_ids.size(); ++i) { const BlockId target_block_id = list.target_block_ids[i]; const Sequence target = ref_seqs[target_block_id]; bool target_started = false; uint16_t score = 0; for (auto hit = list.seed_hits.begin(i); hit != list.seed_hits.end(i); ++hit) { if (!hamming_filter_without_boundaries(*hit, query_seq[hit->frame], target, hamming_filter_id)) continue; if (!target_started) { filtered.seed_hits.next(); filtered.target_block_ids.push_back(target_block_id); target_started = true; } filtered.seed_hits.push_back(*hit); score = std::max(score, (uint16_t)hit->score); } if (target_started) { #ifdef EVAL_TARGET filtered.target_scores.push_back({ uint32_t(filtered.target_block_ids.size() - 1), score, score_matrix.evalue(score, query_len, target.length()) }); #else filtered.target_scores.push_back({ uint32_t(filtered.target_block_ids.size() - 1), score }); #endif } } list = std::move(filtered); } }bbuchfink-diamond-6dc5717/src/align/output.cpp000066400000000000000000000122361523407312000213460ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "extend.h" #include "output/output_format.h" #include "legacy/daa/daa_write.h" #include "util/sequence/sequence.h" #include "util/util.h" using std::vector; using std::string; namespace Extension { TextBuffer* generate_output(vector &targets, BlockId query_block_id, Statistics &stat, const Search::Config& cfg) { const bool aligned = !targets.empty(); if (!aligned && !cfg.output_format->report_unaligned()) return nullptr; const SequenceSet& query_seqs = cfg.query->seqs(), &ref_seqs = cfg.target->seqs(); TextBuffer* out = new TextBuffer; std::unique_ptr f(cfg.output_format->clone()); size_t seek_pos = 0; unsigned n_hsp = 0, hit_hsps = 0; Output::Info info{ cfg.query->seq_info(query_block_id), targets.empty(), cfg.db.get(), *out, Util::Seq::AccessionParsing(), cfg.db->sequence_count(), cfg.db->letters() }; TranslatedSequence query = query_seqs.translated_seq(align_mode.query_translated ? cfg.query->source_seqs()[query_block_id] : query_seqs[query_block_id], query_block_id * align_mode.query_contexts); const char *query_title = cfg.query->ids()[query_block_id]; const double query_self_aln_score = cfg.query->has_self_aln() ? cfg.query->self_aln_score(query_block_id) : 0.0; if (cfg.iterated()) { if (aligned) seek_pos = IntermediateRecord::write_query_intro(*out, query_block_id); } else if (*f == OutputFormat::daa) { if (aligned) seek_pos = write_daa_query_record(*out, query_title, query.source()); } else if (aligned || config.report_unaligned != 0) f->print_query_intro(info); for (int i = 0; i < (int)targets.size(); ++i) { if (targets[i].hsp.empty()) throw std::runtime_error("generate_output: target with no hsps."); const BlockId subject_id = targets[i].target_block_id; const int64_t database_id = cfg.target->block_id2oid(subject_id); const unsigned subject_len = (unsigned)ref_seqs[subject_id].length(); const double target_self_aln_score = cfg.target->has_self_aln() ? cfg.target->self_aln_score(subject_id) : 0.0; const bool all_seqids = flag_any(cfg.output_format->flags, Output::Flags::ALL_SEQIDS); hit_hsps = 0; for (Hsp &hsp : targets[i].hsp) { if (*f == OutputFormat::daa) write_daa_record(*out, hsp, safe_cast(cfg.target->dict_id(cfg.current_ref_block, subject_id, *cfg.db, *f))); else if(cfg.iterated()) IntermediateRecord::write(*out, hsp, query_block_id, cfg.target->dict_id(cfg.current_ref_block, subject_id, *cfg.db, *f), database_id, cfg.output_format.get()); else { const string target_title = cfg.target->has_ids() ? cfg.target->ids()[subject_id] : (flag_any(f->flags, Output::Flags::SSEQID) ? cfg.db->seqid(database_id, all_seqids, true) : ""); f->print_match(HspContext(hsp, query_block_id, cfg.query->block_id2oid(query_block_id), query, query_title, database_id, subject_len, target_title.c_str(), i, hit_hsps, cfg.target->unmasked_seqs().empty() ? cfg.target->seqs()[subject_id] : cfg.target->unmasked_seqs()[subject_id], targets[i].ungapped_score, query_self_aln_score, target_self_aln_score), info); } ++n_hsp; ++hit_hsps; } } if (cfg.iterated()) { if (aligned) IntermediateRecord::finish_query(*out, seek_pos); } else { stat.inc(Statistics::MATCHES, n_hsp); stat.inc(Statistics::PAIRWISE, targets.size()); if (aligned) { stat.inc(Statistics::ALIGNED); } if (*f == OutputFormat::daa) { if (aligned) finish_daa_query_record(*out, seek_pos); } else if (aligned || config.report_unaligned != 0) f->print_query_epilog(info); } return out; } TextBuffer* generate_intermediate_output(const vector &targets, BlockId query_block_id, const Search::Config& cfg) { TextBuffer* out = new TextBuffer; if (targets.empty()) return out; size_t seek_pos = 0; seek_pos = IntermediateRecord::write_query_intro(*out, query_block_id); const Block& target = *cfg.target; for (size_t i = 0; i < targets.size(); ++i) { const BlockId block_id = targets[i].target_block_id; const size_t dict_id = target.dict_id(cfg.current_ref_block, block_id, *cfg.db, *cfg.output_format); for (const Hsp &hsp : targets[i].hsp) IntermediateRecord::write(*out, hsp, query_block_id, dict_id, target.block_id2oid(block_id), cfg.output_format.get()); /*if (config.global_ranking_targets > 0) IntermediateRecord::write(*out, subject_id, targets[i].ungapped_score, cfg);*/ } IntermediateRecord::finish_query(*out, seek_pos); return out; } }bbuchfink-diamond-6dc5717/src/align/reseek.cpp000066400000000000000000000050761523407312000212700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "basic/config.h" #include "reseek.h" #include "search/hamming/finger_print.h" #include "util/simd/dispatch.h" using std::vector; using std::runtime_error; namespace Extension { namespace DISPATCH_ARCH { vector reseek_diags(const Query& query, Sequence target, unsigned hamming_filter_id) { using ::DISPATCH_ARCH::FingerPrint; vector hits; const Loc offset = target.length() - 1, t = query.sequence[0].length() - 1 + target.length(); vector last_hit(t, -1); vector double_hit(t, false); auto f = std::function([&hits, &last_hit, &double_hit, offset, &query, target, hamming_filter_id](Loc query_loc, Loc target_loc) { const Loc d = query_loc - target_loc + offset; if (d < 0 || d >= (Loc)last_hit.size()) throw runtime_error("Invalid diagonal"); if (last_hit[d] != -1 && target_loc - last_hit[d] < query.seqindex->k()) { return; } if (last_hit[d] == -1 || target_loc - last_hit[d] > config.double_hit_window) { double_hit[d] = false; } else if (!double_hit[d]) { SeedHit hit; const Loc s = (target_loc - last_hit[d]) / 2; hit.i = std::max(query_loc - s, 0); hit.j = std::max(target_loc - s, 0); hit.frame = 0; hit.score = 0; if (hamming_filter_id == 0) { hits.push_back(hit); } else { std::array fq, fs; FingerPrint::load(query.sequence[0].data() + hit.i, &fq); FingerPrint::load(target.data() + hit.j, &fs); if (FingerPrint(fq).match(FingerPrint(fs)) >= hamming_filter_id) hits.push_back(hit); } double_hit[d] = true; } last_hit[d] = target_loc; }); query.seqindex->scan(target, f); return hits; } } DISPATCH_3(vector, reseek_diags, const Query&, query, Sequence, target, unsigned, hamming_filter_id) } bbuchfink-diamond-6dc5717/src/align/reseek.h000066400000000000000000000016361523407312000207330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "target.h" namespace Extension { std::vector reseek_diags(const Query& query, Sequence target, unsigned hamming_filter_id); }bbuchfink-diamond-6dc5717/src/align/target.h000066400000000000000000000142711523407312000207420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "util/memory/memory_resource.h" #include "util/geo/diagonal_segment.h" #include "basic/const.h" #include "util/hsp/approx_hsp.h" #include "stats/hauser_correction.h" #include "extend.h" #include "util/data_structures/flat_array.h" #include "stats/cbs.h" #include "dp/flags.h" #include "data/block/block.h" #include "util/parallel/thread_pool.h" #include "dp/score_profile.h" struct SequenceSet; namespace Search { struct Hit; } namespace Extension { struct SeedHit { int diag() const { return i - j; } bool operator<(const SeedHit& x) const { const int d1 = diag(), d2 = x.diag(); return d1 < d2 || (d1 == d2 && j < x.j); } Interval query_range() const { return { i,i + 1 }; } Interval target_range() const { return { j,j + 1 }; } DiagonalSegment diag_segment() const { return DiagonalSegment(i, j, 1, score); } int i, j, score; unsigned frame; }; struct WorkTarget { WorkTarget(BlockId block_id, const Sequence& seq, const Query& query, Loc max_target_len, Statistics& stats, std::pmr::monotonic_buffer_resource& pool); BlockId block_id; Sequence seq; std::array ungapped_score; std::array, MAX_CONTEXT> hsp; std::unique_ptr<::Stats::TargetMatrix> matrix; LongScoreProfile profile, profile_rev; bool done; }; std::vector ungapped_stage(const Query& query, FlatArray::Iterator seed_hits, FlatArray::Iterator seed_hits_end, std::vector::const_iterator target_block_ids, DP::Flags flags, Statistics& stat, const Block& target_block, const Mode mode, std::pmr::monotonic_buffer_resource& pool, const Search::Config& cfg); struct Target { Target(const BlockId block_id, const Sequence &seq, int ungapped_score, std::unique_ptr<::Stats::TargetMatrix>&& matrix): block_id(block_id), seq(seq), filter_score(0), filter_evalue(DBL_MAX), best_context(0), ungapped_score(ungapped_score), matrix(std::move(matrix)), done(false) { } void add_hit(Hsp&& hsp) { if(hsp.evalue < filter_evalue) { filter_evalue = hsp.evalue; filter_score = hsp.score; best_context = hsp.frame; } this->hsp[hsp.frame].push_back(std::move(hsp)); } void add_hit(std::list &list, std::list::iterator it) { std::list &l = hsp[it->frame]; l.splice(l.end(), list, it); if (l.back().score > filter_score) { // should be evalue filter_evalue = l.back().evalue; filter_score = l.back().score; best_context = l.back().frame; } } void add_hit(const ApproxHsp& h, Loc qlen) { hsp[h.frame].emplace_back(h, qlen, seq.length()); if (h.evalue < filter_evalue) { filter_evalue = h.evalue; filter_score = h.score; } done = true; } static bool comp_evalue(const Target &t, const Target& u) { return t.filter_evalue < u.filter_evalue || (t.filter_evalue == u.filter_evalue && comp_score(t, u)); } static bool comp_score(const Target& t, const Target& u) { return t.filter_score > u.filter_score || (t.filter_score == u.filter_score && t.block_id < u.block_id); } void inner_culling(); void max_hsp_culling(); BlockId block_id; Sequence seq; int filter_score; double filter_evalue; int best_context; int ungapped_score; std::array, MAX_CONTEXT> hsp; std::unique_ptr<::Stats::TargetMatrix> matrix; bool done; }; struct TargetScore { uint32_t target; uint16_t score; #ifdef EVAL_TARGET double evalue; #endif bool operator<(const TargetScore& x) const { #ifdef EVAL_TARGET return evalue < x.evalue || (evalue == x.evalue && target < x.target); #else return score > x.score || (score == x.score && target < x.target); #endif } }; struct SeedHitList { FlatArray seed_hits; std::vector target_block_ids; std::vector target_scores; }; void culling(std::vector& targets, bool sort_only, const Search::Config& cfg); void culling(std::vector& targets, const Search::Config& cfg); bool append_hits(std::vector& targets, std::vector::iterator begin, std::vector::iterator end, const bool with_culling, const Search::Config& cfg); std::pair, std::vector> gapped_filter(const Query& query, FlatArray::Iterator seed_hits, FlatArray::Iterator seed_hits_end, std::vector::const_iterator target_block_ids, Statistics& stat, DP::Flags flags, const Search::Config ¶ms); std::vector align(std::vector &targets, const Query& query, DP::Flags flags, const HspValues hsp_values, const Mode mode, ThreadPool& tp, const Search::Config& cfg, Statistics &stat, std::pmr::monotonic_buffer_resource& pool); std::vector align(std::vector &targets, const int64_t previous_matches, const Query& query, DP::Flags flags, const HspValues first_round, const bool first_round_culling, Statistics &stat, const Search::Config& cfg); std::vector full_db_align(const Query& query, DP::Flags flags, const HspValues hsp_values, Statistics &stat, const Block& target_block); void recompute_alt_hsps(std::vector::iterator begin, std::vector::iterator end, const Query& query, const HspValues v, Statistics& stats); void apply_filters(std::vector::iterator begin, std::vector::iterator end, const Query& query, const Search::Config& cfg); std::vector extend( const Query& query, const Search::Config& cfg, Statistics &stat, DP::Flags flags, SeedHitList &l, std::pmr::monotonic_buffer_resource& pool); } bbuchfink-diamond-6dc5717/src/align/ungapped.cpp000066400000000000000000000215541523407312000216140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include "basic/config.h" #include "stats/hauser_correction.h" #include "target.h" #include "reseek.h" #include "dp/ungapped.h" #include "util/parallel/thread_pool.h" #include "chaining/chaining.h" #include "def.h" #include "util/geo/geo.h" using std::array; using std::vector; using std::list; using std::atomic; using std::mutex; using std::pair; using std::runtime_error; namespace Extension { WorkTarget::WorkTarget(BlockId block_id, const Sequence& seq, const Query& query, Loc max_target_len, Statistics& stats, std::pmr::monotonic_buffer_resource& pool) : block_id(block_id), seq(seq), done(false) { ungapped_score.fill(0); Stats::EMatrixAdjustRule rule; const unsigned cbs = static_cast(config.comp_based_stats_.get(Stats::DEFAULT_CBS)); if (!config.anchored_swipe && (rule = ::Stats::adjust_matrix(query.composition, query.true_aa_length, cbs, seq)) != Stats::eDontAdjustMatrix) { matrix.reset(new ::Stats::TargetMatrix(query.composition, query.true_aa_length, cbs, seq, stats, pool, rule)); /*if (config.anchored_swipe) { TaskTimer timer; profile = DP::make_profile16(query.sequence[0], *matrix, query.sequence[0].length() + max_target_len + 32); profile_rev = profile.reverse(); stats.inc(Statistics::TIME_PROFILE_GENERATION, timer.microseconds()); }*/ } } WorkTarget ungapped_stage(FlatArray::DataIterator begin, FlatArray::DataIterator end, const Query& query, uint32_t block_id, Loc max_target_len, Statistics& stats, const Block& targets, const Mode mode, std::pmr::monotonic_buffer_resource& pool, const Search::Config& cfg) { array, MAX_CONTEXT> diagonal_segments; const SequenceSet& ref_seqs = targets.seqs(), &ref_seqs_unmasked = targets.unmasked_seqs(); //const bool masking = config.comp_based_stats == ::Stats::CBS::COMP_BASED_STATS_AND_MATRIX_ADJUST ? ::Stats::use_seg_masking(query.sequence[0], ref_seqs_unmasked[block_id]) : true; const bool masking = true; const bool reseek = config.reseek_diags || config.lin_stage1_query || config.lin_stage1_target; const bool with_diag_filter = (config.hamming_ext || config.diag_filter_cov.present() || config.diag_filter_id.present()) && !config.mutual_cover.present() && align_mode.query_contexts == 1; WorkTarget target(block_id, masking ? ref_seqs[block_id] : ref_seqs_unmasked[block_id], query, max_target_len, stats, pool); if (mode == Mode::FULL) { for (FlatArray::DataIterator hit = begin; hit < end; ++hit) target.ungapped_score[hit->frame] = std::max(target.ungapped_score[hit->frame], hit->score); if (!with_diag_filter) return target; } if (end - begin == 1 && align_mode.query_translated) { // TODO target.ungapped_score[begin->frame] = begin->score; target.hsp[begin->frame].emplace_back(begin->diag(), begin->diag(), begin->score, begin->frame, begin->query_range(), begin->target_range(), begin->diag_segment()); return target; } //std::cout << query.title << ' ' << targets.ids()[block_id] << std::endl; vector reseek_hits; if (reseek) { reseek_hits = reseek_diags(query, target.seq, cfg.hamming_filter_id); stats.inc(Statistics::RESEEKED_DIAGONALS, reseek_hits.size()); reseek_hits.insert(reseek_hits.end(), begin, end); begin = reseek_hits.begin(); end = reseek_hits.end(); } /*std::sort(reseek_hits.begin(), reseek_hits.end()); for (auto hit = reseek_hits.begin(); hit != reseek_hits.end(); ++hit) { if (!diagonal_segments[0].empty() && diagonal_segments[0].back().diag() == hit->diag() && diagonal_segments[0].back().subject_end() >= hit->j) continue; //stats.inc(Statistics::ADJACENCY_FILTERED_SEED_HITS); const DiagonalSegment d = xdrop_ungapped(query.sequence[0], query.composition_bias(0), target.seq, hit->i, hit->j, with_diag_filter); std::cout << "Reseek " << hit->i << " " << hit->j << " " << d.diag() << " " << d.score << std::endl; if (d.score > 0) diagonal_segments[0].push_back(d); } diagonal_segments[0].clear();*/ std::sort(begin, end); //std::cout << "Ungapped stage: " << end - begin << " hits, target length: " << target.seq.length() << std::endl; for (FlatArray::DataIterator hit = begin; hit < end; ++hit) { const auto f = hit->frame; target.ungapped_score[f] = std::max(target.ungapped_score[f], hit->score); if (!diagonal_segments[f].empty() && diagonal_segments[f].back().diag() == hit->diag() && diagonal_segments[f].back().subject_end() >= hit->j) continue; //std::cout << hit->i << " " << hit->j << std::endl; stats.inc(Statistics::ADJACENCY_FILTERED_SEED_HITS); const DiagonalSegment d = xdrop_ungapped(query.sequence[f], query.composition_bias(f), target.seq, hit->i, hit->j, reseek ? config.reseek_raw_ungapped_xdrop : config.raw_ungapped_xdrop, with_diag_filter); if (d.score >= (reseek ? query.ungapped_cutoff : 1)) { diagonal_segments[f].push_back(d); stats.inc(Statistics::UNGAPPED_EXTENSION_FILTERED_SEED_HITS); } } if (with_diag_filter) { const ApproxHsp h = Chaining::hamming_ext(diagonal_segments[0].begin(), diagonal_segments[0].end(), query.sequence[0].length(), target.seq.length(), !cfg.lin_stage1_target && !config.lin_stage1_query); if (h.score > 0) { target.done = true; target.hsp[0].push_back(h); return target; } if (h.score < 0) { target.ungapped_score[0] = 0; return target; } } if (mode == Mode::FULL) return target; for (int frame = 0; frame < align_mode.query_contexts; ++frame) { if (diagonal_segments[frame].empty()) continue; std::stable_sort(diagonal_segments[frame].begin(), diagonal_segments[frame].end(), DiagonalSegment::cmp_diag); tie(std::ignore, target.hsp[frame]) = Chaining::run(query.sequence[frame], target.seq, diagonal_segments[frame].begin(), diagonal_segments[frame].end(), config.log_extend, frame); target.hsp[frame].sort(ApproxHsp::cmp_diag); } return target; } void ungapped_stage_worker(size_t i, size_t thread_id, const Query* query, FlatArray::Iterator seed_hits, vector::const_iterator target_block_ids, Loc max_target_len, vector *out, mutex *mtx, Statistics* stat, const Block* targets, const Mode mode, std::pmr::monotonic_buffer_resource* pool, const Search::Config *cfg) { Statistics stats; WorkTarget target = ungapped_stage(seed_hits.begin(i), seed_hits.end(i), *query, target_block_ids[i], max_target_len, stats, *targets, mode, *pool, *cfg); { std::lock_guard guard(*mtx); out->push_back(std::move(target)); *stat += stats; } } vector ungapped_stage(const Query& query, FlatArray::Iterator seed_hits, FlatArray::Iterator seed_hits_end, vector::const_iterator target_block_ids, DP::Flags flags, Statistics& stat, const Block& target_block, const Mode mode, std::pmr::monotonic_buffer_resource& pool, const Search::Config &cfg) { vector targets; const int64_t n = seed_hits_end - seed_hits; if(n == 0) return targets; Loc max_target_len = 0; /*if (config.anchored_swipe && config.comp_based_stats == Stats::CBS::COMP_BASED_STATS_AND_MATRIX_ADJUST) { for(int64_t i= 0; i < n; ++i) max_target_len = std::max(max_target_len, target_block.seqs()[target_block_ids[i]].length()); }*/ targets.reserve(n); if (flag_any(flags, DP::Flags::PARALLEL)) { mutex mtx; Util::Parallel::scheduled_thread_pool_auto(config.threads_, n, ungapped_stage_worker, &query, seed_hits, target_block_ids, max_target_len, &targets, &mtx, &stat, &target_block, mode, &pool, &cfg); } else { for (int64_t i = 0; i < n; ++i) { /*const double len_ratio = query.sequence[0].length_ratio(target_block.seqs()[target_block_ids[i]]); if (len_ratio < config.min_length_ratio) continue;*/ targets.push_back(ungapped_stage(seed_hits.begin(i), seed_hits.end(i), query, target_block_ids[i], max_target_len, stat, target_block, mode, pool, cfg)); for (const ApproxHsp& hsp : targets.back().hsp[0]) { Geo::assert_diag_bounds(hsp.d_max, query.sequence[0].length(), targets.back().seq.length()); Geo::assert_diag_bounds(hsp.d_min, query.sequence[0].length(), targets.back().seq.length()); assert(hsp.score > 0); assert(hsp.max_diag.score > 0); } } } return targets; } }bbuchfink-diamond-6dc5717/src/basic/000077500000000000000000000000001523407312000172655ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/basic/basic.cpp000066400000000000000000000354701523407312000210630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "value.h" #include "shape_config.h" #include "util/sequence/translate.h" #include "statistics.h" #include "sequence.h" #include "stats/standard_matrix.h" #include "util/log_stream.h" #include "util/math/math.h" using std::string; using std::vector; using std::count; using std::runtime_error; const char* Const::version_string = "2.2.5"; const char* Const::program_name = "diamond"; AlignMode::AlignMode(unsigned mode) : mode(mode) { sequence_type = SequenceType::amino_acid; switch (mode) { case blastx: input_sequence_type = SequenceType::nucleotide; query_contexts = 6; query_translated = true; query_len_factor = 3; break; case blastn: input_sequence_type = SequenceType::nucleotide; query_translated = false; query_contexts = 1; query_len_factor = 1; sequence_type = SequenceType::nucleotide; break; default: input_sequence_type = SequenceType::amino_acid; query_contexts = 1; query_translated = false; query_len_factor = 1; } } unsigned AlignMode::from_command(unsigned command) { switch (command) { case Config::blastx: return blastx; case Config::blastn: return blastn; default: return blastp; } } AlignMode align_mode(AlignMode::blastp); Statistics statistics; ShapeConfig shapes; unsigned shape_from, shape_to; const Letter Translator::reverseLetter[5] = { 3, 2, 1, 0, 4 }; Letter Translator::lookup[5][5][5]; Letter Translator::lookupReverse[5][5][5]; const char* Translator::codes[] = { 0, "FFLLSSSSYY**CC*WLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 1 "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIMMTTTTNNKKSS**VVVVAAAADDEEGGGG", // 2 "FFLLSSSSYY**CCWWTTTTPPPPHHQQRRRRIIMMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 3 "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 4 "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIMMTTTTNNKKSSSSVVVVAAAADDEEGGGG", // 5 "FFLLSSSSYYQQCC*WLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 6 0, 0, "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIIMTTTTNNNKSSSSVVVVAAAADDEEGGGG", // 9 "FFLLSSSSYY**CCCWLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 10 "FFLLSSSSYY**CC*WLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 11 "FFLLSSSSYY**CC*WLLLSPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 12 "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIMMTTTTNNKKSSGGVVVVAAAADDEEGGGG", // 13 "FFLLSSSSYYY*CCWWLLLLPPPPHHQQRRRRIIIMTTTTNNNKSSSSVVVVAAAADDEEGGGG", // 14 0, "FFLLSSSSYY*LCC*WLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 16 0, 0, 0, 0, "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIMMTTTTNNNKSSSSVVVVAAAADDEEGGGG", // 21 "FFLLSS*SYY*LCC*WLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 22 "FF*LSSSSYY**CC*WLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 23 "FFLLSSSSYY**CCWWLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSSKVVVVAAAADDEEGGGG", // 24 "FFLLSSSSYY**CCGWLLLLPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG", // 25 "FFLLSSSSYY**CC*WLLLAPPPPHHQQRRRRIIIMTTTTNNKKSSRRVVVVAAAADDEEGGGG" // 26 }; void Translator::init(unsigned id) { static const unsigned idx[] = { 2, 1, 3, 0 }; if (id >= sizeof(codes) / sizeof(codes[0]) || codes[id] == 0) throw runtime_error("Invalid genetic code id."); for (unsigned i = 0; i < 5; ++i) for (unsigned j = 0; j < 5; ++j) for (unsigned k = 0; k < 5; ++k) if (i == 4 || j == 4 || k == 4) { lookup[i][j][k] = value_traits.mask_char; lookupReverse[i][j][k] = value_traits.mask_char; } else { lookup[i][j][k] = value_traits.from_char(codes[id][(int)idx[i] * 16 + (int)idx[j] * 4 + (int)idx[k]]); lookupReverse[i][j][k] = value_traits.from_char(codes[id][idx[(int)reverseLetter[i]] * 16 + idx[(int)reverseLetter[j]] * 4 + idx[(int)reverseLetter[k]]]); } for (unsigned i = 0; i < 4; ++i) for (unsigned j = 0; j < 4; ++j) { if (count(lookup[i][j], lookup[i][j] + 4, lookup[i][j][0]) == 4) lookup[i][j][4] = lookup[i][j][0]; if (count(lookupReverse[i][j], lookupReverse[i][j] + 4, lookupReverse[i][j][0]) == 4) lookupReverse[i][j][4] = lookupReverse[i][j][0]; } } vector Sequence::from_string(const char* str, const ValueTraits&vt, int64_t line) { vector seq; seq.reserve(strlen(str)); while (*str) seq.push_back(vt.from_char(*(str++))); return seq; } void Seed::enum_neighborhood(unsigned pos, int treshold, vector& out, int score) { const size_t l = data_[pos]; score -= score_matrix(l, l); for (size_t i = 0; i < 20; ++i) { int new_score = score + score_matrix(l, i); data_[pos] = (Letter)i; if (new_score >= treshold) { if (pos < config.seed_weight - 1) enum_neighborhood(pos + 1, treshold, out, new_score); else out.push_back(*this); } } data_[pos] = (Letter)l; } void Seed::enum_neighborhood(int treshold, vector& out) { out.clear(); enum_neighborhood(0, treshold, out, score(*this)); } vector Sequence::reverse() const { vector v; v.reserve(len_); std::reverse_copy(data(), end(), std::back_inserter(v)); return v; } void Statistics::print() const { using std::endl; //log_stream << "Used ref size = " << data_[REF_SIZE] << endl; //log_stream << "Traceback errors = " << data_[BIAS_ERRORS] << endl; //log_stream << "Low complexity seeds = " << data_[LOW_COMPLEXITY_SEEDS] << endl; *log_stream << "Seeds hit = " << data_[SEEDS_HIT] << endl; *log_stream << "Hits (filter stage 0) = " << data_[SEED_HITS] << endl; *log_stream << "Hits (filter stage 1) = " << data_[TENTATIVE_MATCHES1] << " (" << data_[TENTATIVE_MATCHES1] * 100.0 / data_[SEED_HITS] << " %)" << endl; *log_stream << "Hits (filter stage 2) = " << data_[TENTATIVE_MATCHES2] << " (" << data_[TENTATIVE_MATCHES2] * 100.0 / data_[TENTATIVE_MATCHES1] << " %)" << endl; *log_stream << "Hits (filter stage 3) = " << data_[TENTATIVE_MATCHES3] << " (" << data_[TENTATIVE_MATCHES3] * 100.0 / data_[TENTATIVE_MATCHES2] << " %)" << endl; //log_stream << "Hits (filter stage 4) = " << data_[TENTATIVE_MATCHES4] << " (" << data_[TENTATIVE_MATCHES4] * 100.0 / data_[TENTATIVE_MATCHES3] << " %)" << endl; *log_stream << "Target hits (stage 0) = " << data_[TARGET_HITS0] << endl; *log_stream << "Target hits (HDF) = " << data_[TARGET_HITS_HDF] << endl; *log_stream << "Target hits (stage 1) = " << data_[TARGET_HITS1] << endl; *log_stream << "Target hits (stage 2) = " << data_[TARGET_HITS2] << endl; *log_stream << "Target hits (stage 3) = " << data_[TARGET_HITS3] << " (" << data_[TARGET_HITS3_CBS] << " (" << (double)data_[TARGET_HITS3_CBS] * 100.0 / data_[TARGET_HITS3] << "%) with CBS)" << endl; *log_stream << "Reseeked diagonals = " << data_[RESEEKED_DIAGONALS] << endl; *log_stream << "Seed hits filtered by adjacency = " << data_[ADJACENCY_FILTERED_SEED_HITS] << endl; *log_stream << "Seed hits filtered by ungapped extension = " << data_[UNGAPPED_EXTENSION_FILTERED_SEED_HITS] << endl; *log_stream << "Target hits (stage 4) = " << data_[TARGET_HITS4] << endl; *log_stream << "Target hits (stage 5) = " << data_[TARGET_HITS5] << endl; *log_stream << "Target hits (stage 6) = " << data_[TARGET_HITS6] << endl; *log_stream << "Swipe realignments = " << data_[SWIPE_REALIGN] << endl; if (data_[MASKED_LAZY]) *log_stream << "Lazy maskings = " << data_[MASKED_LAZY] << endl; *log_stream << "Matrix adjusts = " << data_[MATRIX_ADJUST_COUNT] << endl; *log_stream << "Comp. based stats = " << data_[COMP_BASED_STATS_COUNT] << endl; *log_stream << "Failed cbs = " << data_[FAILED_COMP_BASED_STATS] << endl; *log_stream << "Extensions (8 bit) = " << data_[EXT8] << endl; *log_stream << "Extensions (16 bit) = " << data_[EXT16] << endl; *log_stream << "Extensions (32 bit) = " << data_[EXT32] << endl; *log_stream << "Extensions (Recompute)= " << data_[EXTENSIONS_RECOMPUTE] << endl; *log_stream << "Overflows (8 bit) = " << data_[EXT_OVERFLOW_8] << endl; *log_stream << "Wasted (16 bit) = " << data_[EXT_WASTED_16] << endl; *log_stream << "Effort (Extension) = " << 2 * data_[EXT16] + data_[EXT8] << endl; *log_stream << "Effort (Cells) = " << 2 * data_[DP_CELLS_16] + data_[DP_CELLS_8] << endl; *log_stream << "Cells (8 bit) = " << data_[DP_CELLS_8] << endl; *log_stream << "Cells (16 bit) = " << data_[DP_CELLS_16] << endl; *log_stream << "SWIPE tasks = " << data_[SWIPE_TASKS_TOTAL] << endl; *log_stream << "SWIPE tasks (async) = " << data_[SWIPE_TASKS_ASYNC] << endl; *log_stream << "Trivial aln = " << data_[TRIVIAL_ALN] << endl; *log_stream << "Hard queries = " << data_[HARD_QUERIES] << endl; #ifdef DP_STAT *log_stream << "Gross DP Cells = " << data_[GROSS_DP_CELLS] << endl; *log_stream << "Net DP Cells = " << data_[NET_DP_CELLS] << " (" << data_[NET_DP_CELLS] * 100.0 / data_[GROSS_DP_CELLS] << " %)" << endl; #endif *log_stream << "Gapped filter (targets) = " << data_[GAPPED_FILTER_TARGETS] << endl; *log_stream << "Gapped filter (hits) stage 1 = " << data_[GAPPED_FILTER_HITS1] << endl; *log_stream << "Gapped filter (hits) stage 2 = " << data_[GAPPED_FILTER_HITS2] << endl; *log_stream << "Time (search) = " << (double)data_[TIME_SEARCH] / 1e6 << "s (wall)" << endl; *log_stream << "Time (Load seed hit targets) = " << (double)data_[TIME_LOAD_HIT_TARGETS] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Sort targets by score) = " << (double)data_[TIME_SORT_TARGETS_BY_SCORE] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Gapped filter) = " << (double)data_[TIME_GAPPED_FILTER] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Matrix adjust) = " << (double)data_[TIME_MATRIX_ADJUST] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Profile generation) = " << (double)data_[TIME_PROFILE_GENERATION] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (kmer neighbors) = " << (double)data_[TIME_KMER_NEIGHBORS] / 1e9 << "s (CPU)" << endl; *log_stream << "Time (Keyword tree) = " << (double)data_[TIME_KEYWORD_TREE] / 1e9 << "s (CPU)" << endl; *log_stream << "Time (Chaining) = " << (double)data_[TIME_CHAINING] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (DP target sorting) = " << (double)data_[TIME_TARGET_SORT] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Query profiles) = " << (double)data_[TIME_PROFILE] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Smith Waterman) = " << (double)data_[TIME_SW] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Anchored SWIPE Alloc) = " << (double)data_[TIME_ANCHORED_SWIPE_ALLOC] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Anchored SWIPE Sort) = " << (double)data_[TIME_ANCHORED_SWIPE_SORT] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Anchored SWIPE Add) = " << (double)data_[TIME_ANCHORED_SWIPE_ADD] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Anchored SWIPE Output) = " << (double)data_[TIME_ANCHORED_SWIPE_OUTPUT] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Anchored SWIPE) = " << (double)data_[TIME_ANCHORED_SWIPE] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Smith Waterman TB) = " << (double)data_[TIME_TRACEBACK_SW] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Smith Waterman-32) = " << (double)data_[TIME_EXT_32] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Traceback) = " << (double)data_[TIME_TRACEBACK] / 1e6 << "s (CPU)" << endl; *log_stream << "Time (Target parallel) = " << (double)data_[TIME_TARGET_PARALLEL] / 1e6 << "s (wall)" << endl; *log_stream << "Time (Load seed hits) = " << (double)data_[TIME_LOAD_SEED_HITS] / 1e6 << "s (wall)" << endl; *log_stream << "Time (Sort seed hits) = " << (double)data_[TIME_SORT_SEED_HITS] / 1e6 << "s (wall)" << endl; *log_stream << "Time (Extension) = " << (double)data_[TIME_EXT] / 1e6 << "s (wall)" << endl; //log_stream << "Time (greedy extension) = " << data_[TIME_GREEDY_EXT]/1e9 << "s" << endl; //log_stream << "Gapped hits = " << data_[GAPPED_HITS] << endl; //log_stream << "Overlap hits = " << data_[DUPLICATES] << endl; //log_stream << "Secondary hits = " << data_[SECONDARY_HITS] << endl; //log_stream << "Erased hits = " << data_[ERASED_HITS] << endl; //log_stream << "High similarity hits = " << data_[HIGH_SIM] << endl; //log_stream << "Net hits = " << data_[OUT_HITS] << endl; //log_stream << "Matches = " << data_[OUT_MATCHES] << endl; //log_stream << "Total score = " << data_[SCORE_TOTAL] << endl; //log_stream << "Aligned query len = " << data_[ALIGNED_QLEN] << endl; //log_stream << "Gapped matches = " << data_[GAPPED] << endl; //log_stream << "MSE = " << (double)data_[SQUARED_ERROR] / (double)data_[OUT_HITS] << endl; //log_stream << "Cells = " << data_[CELLS] << endl; *log_stream << "Temporary disk space used (search): " << (double)data_[SEARCH_TEMP_SPACE] / (1 << 30) << " GB" << endl; *message_stream << "Reported " << data_[PAIRWISE] << " pairwise alignments, " << data_[MATCHES] << " HSPs." << endl; *message_stream << data_[ALIGNED] << " queries aligned." << endl; } Reduction::Reduction(const char* definition_string) { memset(map_, 0, sizeof(map_)); memset(map8_, 0, sizeof(map8_)); memset(map8b_, 0, sizeof(map8b_)); map_[(long)MASK_LETTER] = MASK_LETTER; map_[(long)STOP_LETTER] = MASK_LETTER; const vector tokens(Util::String::tokenize(definition_string, " ")); size_ = (unsigned)tokens.size(); bit_size_exact_ = Math::log(size_) / Math::log(2); bit_size_ = (int)ceil(bit_size_exact_); freq_.fill(0.0); for (unsigned i = 0; i < size_; ++i) for (unsigned j = 0; j < tokens[i].length(); ++j) { const char ch = tokens[i][j]; const long letter = (long)value_traits.from_char(ch); map_[letter] = i; map8_[letter] = i; map8b_[letter] = i; freq_[i] += Stats::blosum62.background_freqs[letter]; } for (double& f : freq_) f = Math::log(f); map8_[(long)MASK_LETTER] = (Letter)size_; map8_[(long)STOP_LETTER] = (Letter)size_; map8_[(long)DELIMITER_LETTER] = (Letter)size_; map8b_[(long)MASK_LETTER] = (Letter)(size_ + 1); map8b_[(long)STOP_LETTER] = (Letter)(size_ + 1); map8b_[(long)DELIMITER_LETTER] = (Letter)(size_ + 1); } string Reduction::decode_seed(const uint64_t seed, const size_t len) const { string s(len, '-'); uint64_t c = seed; for (size_t i = 0; i < len; ++i) { s[len - i - 1] = amino_acid_traits.alphabet[c % size_]; c /= size_; } return s; } bbuchfink-diamond-6dc5717/src/basic/config.cpp000066400000000000000000001354601523407312000212470ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "util/command_line_parser.h" #include "config.h" #include "util/util.h" #include "util/log_stream.h" #include "basic/value.h" #include "stats/score_matrix.h" #include "util/sequence/translate.h" #include "masking/masking.h" #include "util/system/system.h" #include "util/simd.h" #include "search/search.h" #include "stats/cbs.h" #include "basic/shape.h" #include "output/output_format.h" #include "data/sequence_file.h" #include "util/math/math.h" using std::runtime_error; using std::thread; using std::stringstream; using std::endl; using std::ostream; using std::unique_ptr; using std::string; using std::pair; using std::cout; using std::cerr; using std::vector; const EMap EnumTraits::to_string = { { Sensitivity::FASTER, "faster" }, { Sensitivity::FAST, "fast" }, { Sensitivity::DEFAULT, "default" }, { Sensitivity::LINCLUST_40, "linclust-40" }, { Sensitivity::LINCLUST_20, "linclust-20" }, { Sensitivity::MID_SENSITIVE, "mid-sensitive" }, { Sensitivity::SHAPES6x10, "shapes-6x10" }, { Sensitivity::SHAPES30x10, "shapes-30x10" }, { Sensitivity::SENSITIVE, "sensitive" }, { Sensitivity::MORE_SENSITIVE, "more-sensitive" }, { Sensitivity::VERY_SENSITIVE, "very-sensitive" }, { Sensitivity::ULTRA_SENSITIVE, "ultra-sensitive" } }; const SEMap EnumTraits::from_string = { { "faster", Sensitivity::FASTER }, { "fast", Sensitivity::FAST }, { "default", Sensitivity::DEFAULT }, { "mid-sensitive", Sensitivity::MID_SENSITIVE }, { "shapes-6x10", Sensitivity::SHAPES6x10 }, { "shapes-30x10", Sensitivity::SHAPES30x10 }, { "linclust-40", Sensitivity::LINCLUST_40 }, { "linclust-20", Sensitivity::LINCLUST_20 }, { "sensitive", Sensitivity::SENSITIVE }, { "more-sensitive", Sensitivity::MORE_SENSITIVE }, { "very-sensitive", Sensitivity::VERY_SENSITIVE }, { "ultra-sensitive", Sensitivity::ULTRA_SENSITIVE } }; const SEMap EnumTraits::from_string = { { "gvc", GraphAlgo::GREEDY_VERTEX_COVER }, { "len", GraphAlgo::LEN_SORTED } }; const EMap EnumTraits::to_string = { { Config::Algo::DOUBLE_INDEXED, "Double-indexed" }, { Config::Algo::QUERY_INDEXED, "Query-indexed"}, {Config::Algo::CTG_SEED, "Query-indexed with contiguous seed"} }; const SEMap EnumTraits::from_string = { {"", Config::Algo::AUTO}, { "0", Config::Algo::DOUBLE_INDEXED}, {"1", Config::Algo::QUERY_INDEXED}, {"ctg", Config::Algo::CTG_SEED} }; const EMap EnumTraits::to_string = { {SequenceType::amino_acid,"prot"}, { SequenceType::nucleotide,"nucl"} }; const SEMap EnumTraits::from_string = { {"prot",SequenceType::amino_acid}, {"nucl",SequenceType::nucleotide} }; Config config; pair block_size(int64_t memory_limit, int64_t db_letters, Sensitivity s, bool lin, int thread_count) { const double AVG_SEQ_LENGTH_EST = 200; const double m = (double)memory_limit / 1e9; const int min = Search::sensitivity_traits.at(s).minimizer_window, sketch_size = Search::sensitivity_traits.at(s).sketch_size, max_c = min > 0 || sketch_size > 0 ? 1 : (lin ? 16 : 4), shape_weight = Shape(Search::shape_codes.at(s).front().c_str(), 0).weight_; const double max_b = lin ? 32768 : (s <= Sensitivity::DEFAULT ? 12.0 : (s <= Sensitivity::MORE_SENSITIVE ? 6.0 : 1.6)); // c = m < 40.0 && s <= Sensitivity::MORE_SENSITIVE && min == 0 && sketch_size == 0 ? 4 : 1; assert(min == 0 || sketch_size == 0); int c = 0; double b; do { ++c; double seeds_per_letter = (sketch_size > 0 ? 1 / AVG_SEQ_LENGTH_EST * sketch_size : 1.0) / c; if (min > 0) seeds_per_letter /= (double)min / 2; const double hash_join_factor = 1.0 + (double)thread_count / (seedp_count(Search::seedp_bits(shape_weight, thread_count, c)) / c); const double seed_array_entry_size = 18.0 * hash_join_factor; b = m / (seed_array_entry_size * seeds_per_letter + 2.0); } while (std::round(b * 1e9) < db_letters && b < max_b && c < max_c); /*if (b > 4) b = floor(b); else if (b > 0.4) b = floor(b * 10) / 10; else b = floor(b * 1000) / 1000;*/ if (!config.no_block_size_limit) b = std::min(b, max_b); return { std::max(b, 0.001), c }; } template T set_string_option(const string& s, const string& name, const vector>& values) { if (s.empty()) return (T)0; for (auto& i : values) if (s == i.first) return i.second; throw std::runtime_error("Invalid argument for option " + name + ". Allowed values are:" + std::accumulate(values.begin(), values.end(), string(), [](const string& s, const pair& v) { return s + ' ' + v.first; })); } void Config::set_sens(Sensitivity sens) { if (sensitivity != Sensitivity::DEFAULT) throw runtime_error("Sensitivity switches are mutually exclusive."); sensitivity = sens; } string Config::single_query_file() const { return query_file.empty() ? string() : query_file.front(); } CompressionLib Config::compressor() const { if (compression.empty() || compression == "0") return CompressionLib::NONE; else if (compression == "1") return CompressionLib::ZLIB; else if (compression == "zstd") return CompressionLib::ZSTD; else throw runtime_error("Invalid compression algorithm: " + compression); } Config::Config(int argc, const char **argv, bool check_io, CommandLineParser& parser) { double query_match_distance_threshold; double length_ratio_threshold; double cbs_angle; parser.add_command("makedb", "Build DIAMOND database from a FASTA file", makedb) .add_command("prepdb", "", prep_db) .add_command("blastp", "Align amino acid query sequences against a protein reference database", blastp) .add_command("blastx", "Align DNA query sequences against a protein reference database", blastx) .add_command("cluster", "Cluster protein sequences", cluster) .add_command("linclust", "Cluster protein sequences in linear time", LINCLUST) .add_command("realign", "Realign clustered sequences against their centroids", CLUSTER_REALIGN) .add_command("recluster", "Recompute clustering to fix errors", RECLUSTER) .add_command("reassign", "Reassign clustered sequences to the closest centroid", CLUSTER_REASSIGN) .add_command("view", "View DIAMOND alignment archive (DAA) formatted file", view) .add_command("merge-daa", "Merge DAA files", MERGE_DAA) .add_command("help", "Produce help message", help) .add_command("version", "Display version information", version) .add_command("getseq", "Retrieve sequences from a DIAMOND database file", getseq) .add_command("dbinfo", "Print information about a DIAMOND database file", dbinfo) .add_command("test", "Run regression tests", regression_test) .add_command("makeidx", "Make database index", makeidx) .add_command("greedy-vertex-cover", "Compute greedy vertex cover", GREEDY_VERTEX_COVER) //.add_command("composition-matrix", "Compute compositionally adjusted BLOSUM62 matrices for all sequence pairs", COMPOSITION_MATRIX) .add_command("roc", "", roc) .add_command("benchmark", "", benchmark) .add_command("deepclust", "", DEEPCLUST) #ifdef EXTRA .add_command("random-seqs", "", random_seqs) .add_command("sort", "", sort) .add_command("dbstat", "", db_stat) .add_command("mask", "", mask) .add_command("fastq2fasta", "", fastq2fasta) .add_command("info", "", info) .add_command("seed-stat", "", seed_stat) .add_command("smith-waterman", "", smith_waterman) .add_command("simulate-seqs", "", simulate_seqs) .add_command("split", "", split) .add_command("upgma", "", upgma) .add_command("upgmamc", "", upgma_mc) .add_command("reverse", "", reverse_seqs) .add_command("compute-medoids", "", compute_medoids) .add_command("mutate", "", mutate) .add_command("roc-id", "", rocid) .add_command("find-shapes", "", find_shapes) .add_command("hashseqs", "", HASH_SEQS) .add_command("listseeds", "", LIST_SEEDS) .add_command("blastn", "Align DNA query sequences against a DNA reference database", blastn) .add_command("wc", "", WORD_COUNT) .add_command("cut", "", CUT) .add_command("model-seqs", "", MODEL_SEQS) .add_command("make-seed-table", "", MAKE_SEED_TABLE) #endif ; auto& general = parser.add_group("General options", { makedb, blastp, blastx, cluster, view, getseq, dbinfo, makeidx, CLUSTER_REALIGN, GREEDY_VERTEX_COVER, DEEPCLUST, RECLUSTER, MERGE_DAA, LINCLUST, CLUSTER_REASSIGN, COMPOSITION_MATRIX }); general.add() ("threads", 'p', "number of CPU threads", threads_) ("log", 0, "enable debug log", debug_log) ("quiet", 0, "disable console output", quiet) ("tmpdir", 't', "directory for temporary files", tmpdir) ("keep-temp-files", 0, "do not delete temporarary files", keep_temp_files); auto& general_db = parser.add_group("General/database options", { makedb, blastp, blastx, cluster, getseq, dbinfo, makeidx, CLUSTER_REALIGN, GREEDY_VERTEX_COVER, DEEPCLUST, RECLUSTER, LINCLUST, CLUSTER_REASSIGN, COMPOSITION_MATRIX }); general_db.add() ("db", 'd', "database file", database); auto& general_out = parser.add_group("General/output", { blastp, blastx, cluster, view, getseq, CLUSTER_REALIGN, GREEDY_VERTEX_COVER, DEEPCLUST, RECLUSTER, MERGE_DAA, LINCLUST, CLUSTER_REASSIGN, COMPOSITION_MATRIX }); general_out.add() ("out", 'o', "output file", output_file); auto& general_out2 = parser.add_group("General/output2", { blastp, blastx, cluster, view, CLUSTER_REALIGN, GREEDY_VERTEX_COVER, DEEPCLUST, RECLUSTER, LINCLUST, CLUSTER_REASSIGN }); general_out2.add() ("header", 0, "Use header lines in tabular output format (0/simple/verbose).", output_header, Option>(), 0); string dbstring; auto& makedb_opt = parser.add_group("Makedb options", { makedb, MERGE_DAA }); makedb_opt.add() ("in", 0, "input reference file in FASTA format/input DAA files for merge-daa", input_ref_file); auto& makedb_tax_opt = parser.add_group("Makedb/taxon options", { makedb }); makedb_tax_opt.add() ("taxonmap", 0, "protein accession to taxid mapping file", prot_accession2taxid) ("taxonnodes", 0, "taxonomy nodes.dmp from NCBI", nodesdmp) ("taxonnames", 0, "taxonomy names.dmp from NCBI", namesdmp); auto& align_clust_realign = parser.add_group("Aligner/Clustering/Realign options", { blastp, blastx, cluster, RECLUSTER, CLUSTER_REASSIGN, DEEPCLUST, CLUSTER_REALIGN, LINCLUST, COMPOSITION_MATRIX }); align_clust_realign.add() ("comp-based-stats", 0, "composition based statistics mode (0-6)", comp_based_stats_) ("relative-entropy-tolerance", 0, "tolerance for matrix adjust relative entropy (default=0.001)", relative_entropy_tolerance, 0.001) ("masking", 0, "masking algorithm (none, seg, seg-all, tantan=default)", masking_) ("soft-masking", 0, "soft masking (none=default, seg, tantan)", soft_masking) ("no-block-size-limit", 0, "", no_block_size_limit); auto& align_clust = parser.add_group("Aligner/Clustering options", { blastp, blastx, cluster, RECLUSTER, CLUSTER_REASSIGN, DEEPCLUST, LINCLUST }); align_clust.add() ("gapopen", 0, "gap open penalty", gap_open, -1) ("gapextend", 0, "gap extension penalty", gap_extend, -1) ("matrix", 0, "score matrix for protein alignment (default=BLOSUM62)", matrix, string("blosum62")) ("custom-matrix", 0, "file containing custom scoring matrix", matrix_file) ("evalue", 'e', "maximum e-value to report alignments (default=0.001)", max_evalue, 0.001) ("motif-masking", 0, "softmask abundant motifs (0/1)", motif_masking) ("approx-id", 0, "minimum approx. identity% to report an alignment/to cluster sequences", approx_min_id) ("id", 0, "minimum identity% to report an alignment", min_id) ("ext", 0, "Extension mode (banded-fast/banded-slow/full/global/none)", extension_mode) ("min-len-ratio", 0, "sequence length ratio cutoff for mutual coverage", min_length_ratio) ("hamming-dist-boundary-check", 0, "Clip hamming distance filter against sequence boundaries", hamming_dist_boundary_check); auto& aligner_view = parser.add_group("Aligner/view options", { blastp, blastx, view }); aligner_view.add() ("max-target-seqs", 'k', "maximum number of target sequences to report alignments for (default=25)", max_target_seqs_) ("top", 0, "report alignments within this percentage range of top alignment score (overrides --max-target-seqs)", toppercent); auto& aligner_sens = parser.add_group("Aligner/sens options", { blastp, blastx, makeidx }); aligner_sens.add() ("faster", 0, "enable faster mode", mode_faster) ("fast", 0, "enable fast mode", mode_fast) ("mid-sensitive", 0, "enable mid-sensitive mode", mode_mid_sensitive) ("linclust-20", 0, "enable mode for linear search at 20% identity", mode_linclust_20) ("shapes-6x10", 0, "enable mode using 30 seed shapes of weight 10", mode_shapes6x10) ("shapes-30x10", 0, "enable mode using 30 seed shapes of weight 10", mode_shapes30x10) ("sensitive", 0, "enable sensitive mode)", mode_sensitive) ("more-sensitive", 0, "enable more sensitive mode", mode_more_sensitive) ("very-sensitive", 0, "enable very sensitive mode", mode_very_sensitive) ("ultra-sensitive", 0, "enable ultra sensitive mode", mode_ultra_sensitive) ("shapes", 's', "number of seed shapes (default=all available)", shapes); auto& aligner = parser.add_group("Aligner options", { blastp, blastx }); aligner.add() ("query", 'q', "input query file", query_file) ("strand", 0, "query strands to search (both/minus/plus)", query_strands, string("both")) ("un", 0, "file for unaligned queries", unaligned) ("al", 0, "file or aligned queries", aligned_file) ("unfmt", 0, "format of unaligned query file (fasta/fastq)", unfmt, string("fasta")) ("alfmt", 0, "format of aligned query file (fasta/fastq)", alfmt, string("fasta")) ("unal", 0, "report unaligned queries (0=no, 1=yes)", report_unaligned, -1) ("max-hsps", 0, "maximum number of HSPs per target sequence to report for each query (default=1)", max_hsps, 1u) ("range-culling", 0, "restrict hit culling to overlapping query ranges", query_range_culling) ("compress", 0, "compression for output files (0=none, 1=gzip, zstd)", compression) ("min-score", 0, "minimum bit score to report alignments (overrides e-value setting)", min_bit_score) ("query-cover", 0, "minimum query cover% to report an alignment", query_cover) ("subject-cover", 0, "minimum subject cover% to report an alignment", subject_cover) ("swipe", 0, "exhaustive alignment against all database sequences", swipe_all) ("iterate", 0, "iterated search with increasing sensitivity", iterate, Option>(), 0) ("global-ranking", 'g', "number of targets for global ranking", global_ranking_targets) ("block-size", 'b', "sequence block size in billions of letters (default=2.0)", chunk_size) ("index-chunks", 'c', "number of chunks for index processing (default=4)", lowmem_) ("frameshift", 'F', "frame shift penalty (default=disabled)", frame_shift) ("long-reads", 0, "short for --range-culling --top 10 -F 15", long_reads) ("query-gencode", 0, "genetic code to use to translate query (see user manual)", query_gencode, 1u) ("salltitles", 0, "include full subject titles in DAA file", salltitles) ("sallseqid", 0, "include all subject ids in DAA file", sallseqid) ("no-self-hits", 0, "suppress reporting of identical self hits", no_self_hits) ("taxonlist", 0, "restrict search to list of taxon ids (comma-separated)", taxonlist) ("taxon-exclude", 0, "exclude list of taxon ids (comma-separated)", taxon_exclude) ("seqidlist", 0, "filter the database by list of accessions", seqidlist) ("skip-missing-seqids", 0, "ignore accessions missing in the database", skip_missing_seqids) ("symmetrize-evalue", 0, "symmetrize evalues over queries and targets", symmetrize_evalue); SequenceFile::init_taxon_output_fields(); std::ostringstream format_str; format_str << "output format\n\ \t0 = BLAST pairwise\n\ \t5 = BLAST XML\n\ \t6 = BLAST tabular\n\ \t100 = DIAMOND alignment archive (DAA)\n\ \t101 = SAM\n\ \t102 = Taxonomic classification\n\ \t103 = PAF\n\ \t104 = JSON (flat)\n\n\ \tValues 6 and 104 may be followed by a space-separated list of these keywords:\n\n"; const auto l = [&] { vector l; std::transform(TabularFormat::field_def.begin(), TabularFormat::field_def.end(), std::back_inserter(l), [](const pair& p) { return p.second.key.length(); }); return l; }(); const size_t max_len = *std::max_element(l.begin(), l.end()); for (auto i : TabularFormat::field_def) format_str << "\t" << std::setw(max_len) << i.second.key << " means " << i.second.description << "\n"; format_str << "\n\tDefault: qseqid sseqid pident length mismatch gapopen qstart qend sstart send evalue bitscore\n"; auto& format = parser.add_group("Output format options", { blastp, blastx, view, CLUSTER_REALIGN }); format.add() ("outfmt", 'f', format_str.str().c_str(), output_format); auto& taxon_format = parser.add_group("Taxon output format options", { blastp, blastx }); taxon_format.add() ("include-lineage", 0, "Include lineage in the taxonomic classification format", include_lineage); auto& cluster_opt = parser.add_group("Clustering options", { cluster, RECLUSTER, DEEPCLUST, LINCLUST }); kmer_ranking = false; cluster_opt.add() ("cluster-steps", 0, "Clustering rounds for cascaded clustering", cluster_steps) ("kmer-ranking", 0, "Rank sequences based on kmer frequency in linear stage", kmer_ranking) ("round-coverage", 0, "Per-round coverage cutoffs for cascaded clustering", round_coverage) ("round-approx-id", 0, "Per-round approx-id cutoffs for cascaded clustering", round_approx_id) ("aln-out", 0, "Output file for clustering alignments", aln_out) ("reps", 0, "Output file for representative sequences in FASTA format. Only includes id and sequence (no additional header data).", reps_out) ("single-step", 0, "Perform one computational step of clustering then exit", single_step); auto& memory_opt = parser.add_group("Memory options", { cluster, RECLUSTER, CLUSTER_REASSIGN, GREEDY_VERTEX_COVER, DEEPCLUST, LINCLUST, CLUSTER_REALIGN }); memory_opt.add() ("memory-limit", 'M', "Memory limit in GB (default = 16G)", memory_limit); auto& cluster_reassign_opt = parser.add_group("Clustering/reassign options", { cluster, RECLUSTER, CLUSTER_REASSIGN, GREEDY_VERTEX_COVER, DEEPCLUST, LINCLUST }); cluster_reassign_opt.add() ("member-cover", 0, "Minimum coverage% of the cluster member sequence (default=80.0)", member_cover) ("mutual-cover", 0, "Minimum mutual coverage% of the cluster member and representative sequence", mutual_cover) ("no-reassign", 0, "Do not reassign to closest representative", no_gvc_reassign); auto& gvc_opt = parser.add_group("GVC options", { GREEDY_VERTEX_COVER }); gvc_opt.add() ("centroid-out", 0, "Output file for centroids", centroid_out) ("edges", 0, "Input file for greedy vertex cover", edges) ("edge-format", 0, "Edge format for greedy vertex cover (default/triplet)", edge_format) ("max-oid", 0, "Maximum ordinal vertex ID (enables direct numeric indexing)", max_oid) ("symmetric", 0, "Edges are symmetric", symmetric); auto& realign_opt = parser.add_group("Cluster input options", { CLUSTER_REALIGN, RECLUSTER, CLUSTER_REASSIGN }); realign_opt.add() ("clusters", 0, "Clustering input file mapping sequences to representatives", clustering); string algo_str; #ifdef WITH_DNA string dna_extension_string; #endif auto& advanced_gen = parser.add_group("Advanced/general", { blastp, blastx, blastn, CLUSTER_REASSIGN, regression_test, cluster, DEEPCLUST, LINCLUST, makedb }); advanced_gen.add() ("file-buffer-size", 0, "file buffer size in bytes (default=67108864)", file_buffer_size, INT64_C(67108864)) ("no-unlink", 0, "Do not unlink temporary files.", no_unlink) ("ignore-warnings", 0, "Ignore warnings", ignore_warnings) ("no-parse-seqids", 0, "Print raw seqids without parsing", no_parse_seqids); auto& advanced_aln_cluster = parser.add_group("Advanced options aln/cluster", { blastp, blastx, blastn, CLUSTER_REASSIGN, regression_test, cluster, DEEPCLUST, LINCLUST, RECLUSTER }); advanced_aln_cluster.add() ("parallel-tmpdir", 0, "directory for temporary files used by multiprocessing", parallel_tmpdir) ("bin", 0, "number of query bins for seed search", query_bins) ("ext-chunk-size", 0, "chunk size for adaptive ranking (default=auto)", ext_chunk_size) ("no-ranking", 0, "disable ranking heuristic", no_ranking) ("dbsize", 0, "effective database size (in letters)", db_size) ("no-auto-append", 0, "disable auto appending of DAA and DMND file extensions", no_auto_append) ("tantan-minMaskProb", 0, "minimum repeat probability for masking (default=0.9)", tantan_minMaskProb, 0.9) ("oid-output", 0, "Output OIDs instead of accessions (clustering)", oid_output) ("swipe-task-size", 0, "task size for DP parallelism (100000000)", swipe_task_size, INT64_C(100000000)) ("anchored-swipe", 0, "Enable anchored SWIPE extension", anchored_swipe) ("query-match-distance-threshold", 0, "Matrix adjust threshold", query_match_distance_threshold, -1.0) ("length-ratio-threshold", 0, "Matrix adjust threshold", length_ratio_threshold, -1.0) ("cbs-angle", 0, "Matrix adjust threshold", cbs_angle, -1.0) ("hit-membuf", 0, "Buffer intermediate hits in memory", hit_membuf) ("fpu-compat", 0, "Floating point operations compatibility mode", fpu_compat); auto& advanced = parser.add_group("Advanced options", { blastp, blastx, blastn, regression_test }); advanced.add() ("algo", 0, "Seed search algorithm (0=double-indexed/1=query-indexed/ctg=contiguous-seed)", algo_str) ("min-orf", 'l', "ignore translated sequences without an open reading frame of at least this length", run_len) ("min-query-len", 0, "filter query sequences shorter than this length", min_query_len) ("load-threads", 0, "number of CPU threads for file I/O", load_threads, 16) ("minichunk", 0, "Mini chunk size for file I/O", minichunk, (size_t)262144) ("seed-cut", 0, "cutoff for seed complexity", seed_cut_) ("freq-masking", 0, "mask seeds based on frequency", freq_masking) ("freq-sd", 0, "number of standard deviations for ignoring frequent seeds", freq_sd_, 0.0) ("sketch-size", 0, "Subsample seeds based on minimizer sketch of the given size", sketch_size) ("tile-size", 0, "Loop tiling size (default=1024)", tile_size, (uint32_t)1024) ("id2", 0, "minimum number of identities for stage 1 hit", min_identities_) ("linsearch", 0, "only consider seed hits against longest target for identical seeds", lin_stage1_target) ("lin-stage1", 0, "only consider seed hits against longest query for identical seeds", lin_stage1_query) ("xdrop", 'x', "xdrop for ungapped alignment", ungapped_xdrop, 12.3) ("reseek-xdrop", 0, "xdrop for ungapped alignment (using --reseek-diags)", reseek_ungapped_xdrop, 20.0) ("ungapped-evalue", 0, "E-value threshold for ungapped filter (auto)", ungapped_evalue_, -1.0) ("ungapped-evalue-short", 0, "E-value threshold for ungapped filter (short reads) (auto)", ungapped_evalue_short_, -1.0) ("short-query-ungapped-bitscore", 0, "Bit score threshold for ungapped alignments for short queries", short_query_ungapped_bitscore, 25.0) ("gapped-filter-evalue", 0, "E-value threshold for gapped filter (auto)", gapped_filter_evalue_, -1.0) ("band", 0, "band for dynamic programming computation", padding) ("shape-mask", 0, "seed shapes", shape_mask) ("taxdump", 0 , "directory containing NCBI taxdump files", taxdump) ("reseek-diags", 0, "recompute diagonals prior to chaining", reseek_diags) ("word-threshold", 0, "word threshold in bits", word_threshold) ("double-hit-window", 0, "window for double hits", double_hit_window, 40) ("multiprocessing", 0, "enable distributed-memory parallel processing", multiprocessing) ("mp-init", 0, "initialize multiprocessing run", mp_init) ("mp-recover", 0, "enable continuation of interrupted multiprocessing run", mp_recover) ("mp-query-chunk", 0, "process only a single query chunk as specified", mp_query_chunk, -1) ("culling-overlap", 0, "minimum range overlap with higher scoring hit to delete a hit (default=50%)", inner_culling_overlap, 50.0) ("taxon-k", 0, "maximum number of targets to report per species", taxon_k, UINT64_C(0)) ("range-cover", 0, "percentage of query range to be covered for range culling (default=50%)", query_range_cover, 50.0) ("xml-blord-format", 0, "Use gnl|BL_ORD_ID| style format in XML output", xml_blord_format) ("sam-query-len", 0, "add the query length to the SAM format (tag ZQ)", sam_qlen_field) ("stop-match-score", 0, "Set the match score of stop codons against each other.", stop_match_score, 1) ("target-indexed", 0, "Enable target-indexed mode", target_indexed) ("self", 0, "Enable self-alignment", self) ("daa-build-version", 0, "diamond build version to write to DAA file", daa_build_version) ("cut-bar", 0, "", cut_bar) ("check-multi-target", 0, "", check_multi_target) ("roc-file", 0, "", roc_file) ("family-map", 0, "", family_map) ("family-map-query", 0, "", family_map_query) ("query-parallel-limit", 0, "", query_parallel_limit, 3000000u) ("log-evalue-scale", 0, "", log_evalue_scale, 1.0 / Math::log(2.0)) ("bootstrap", 0, "", bootstrap) ("heartbeat", 0, "", heartbeat) ("mp-self", 0, "", mp_self) #ifdef WITH_DNA ("zdrop", 'z', "zdrop for gapped dna alignment", zdrop, 40) ("repetition-cutoff", 0 ,"filter out top FLOAT fraction of repetitive minimizers ",repetitive_cutoff,0.0002) ("extension", 0, "extension algorithm (wfa, ksw=default)", dna_extension_string, string("ksw")) ("chaining-out", 0, "use chaining without extension", chaining_out) ("align-long-reads", 0, "use chaining with extension", align_long_reads) ("best-hsp-only", 0, "only show the best HSP for any single query-subject pair", best_hsp_only) ("chain-pen-gap-scale", 0, "scaling factor for the chaining gap penalty", chain_pen_gap_scale, 0.8) ("chain-pen-skip-scale", 0, "scaling factor for the chaining skip penalty", chain_pen_skip_scale, 0.0) ("penalty", 0, "blastn mismatch penalty", mismatch_penalty, -3) ("reward", 0, "blastn match reward", match_reward, 2) ("chain-align-cutoff", 0, "percentage of chains not mapped/aligned in comparison to the best chaining score", chain_fraction_align_) ("min-chain-score", 0, "minimum chaining score to be considered for an alignment", min_chain_score_) ("max-overlap-extension", 0, "minimum chaining score to be considered for an alignment", max_overlap_extension_) ("zdrop-extension", 0, "zdrop for extension at chain ends", zdrop_extension, 80) ("zdrop-global", 0, "zdrop for global extension between anchors", zdrop_global, 150) ("band-extension", 0, "min band for extension at chain ends", band_extension, 40) ("band-global", 0, "min band for global extension between anchors", band_global, 40) #endif ("query-or-subject-cover", 0, "", query_or_target_cover); auto& view_align_options = parser.add_group("View/Align options", { view, blastp, blastx }); view_align_options.add() ("daa", 'a', "DIAMOND alignment archive (DAA) file", daa_file); auto& view_options = parser.add_group("View options", { view }); view_options.add() ("forwardonly", 0, "only show alignments of forward strand", forwardonly); auto& getseq_options = parser.add_group("Getseq options", { getseq }); getseq_options.add() ("seq", 0, "Space-separated list of sequence numbers to display.", seq_no); auto& composition_matrix_options = parser.add_group("Composition matrix options", { COMPOSITION_MATRIX }); composition_matrix_options.add() ("sample-size", 0, "randomly sample this many distinct sequence pairs", composition_matrix_sample_size); double rank_ratio2, lambda, K; unsigned window, min_ungapped_score, hit_band, min_hit_score; bool verbose; auto& deprecated_options = parser.add_group("", { blastp, blastx }); deprecated_options.add() ("window", 'w', "window size for local hit search", window) ("ungapped-score", 0, "minimum alignment score to continue local extension", min_ungapped_score) ("hit-band", 0, "band for hit verification", hit_band) ("hit-score", 0, "minimum score to keep a tentative alignment", min_hit_score) ("gapped-xdrop", 'X', "xdrop for gapped alignment in bits", gapped_xdrop, 20.0) ("rank-ratio2", 0, "include subjects within this ratio of last hit (stage 2)", rank_ratio2, -1.0) ("rank-ratio", 0, "include subjects within this ratio of last hit", rank_ratio, -1.0) ("lambda", 0, "lambda parameter for custom matrix", lambda) ("K", 0, "K parameter for custom matrix", K) ("verbose", 'v', "verbose console output", verbose); #ifdef EXTRA auto& hidden_options = parser.add_group("", {}); #else auto& hidden_options = parser.add_group("", {}, true); #endif hidden_options.add() ("match1", 0, "", match_file1) ("match2", 0, "", match_file2) ("seed-freq", 0, "maximum seed frequency", max_seed_freq, -15.0) ("space-penalty", 0, "", space_penalty, 0.5) ("reverse", 0, "", reverse) ("neighborhood-score", 0, "", neighborhood_score) ("seed-weight", 'w', "", seed_weight, 7u) ("superblock", 0, "", superblock, 128) ("load-balancing", 0, "", load_balancing, (unsigned)Config::query_parallel) ("log-query", 0, "", log_query) ("log-subject", 0, "", log_subject) ("palign", 0, "", threads_align) ("score-ratio", 0, "", score_ratio, 0.9) ("fetch-size", 0, "trace point fetch size", fetch_size, 4096u) ("target-fetch-size", 0, "number of target sequences to fetch for seed extension", target_fetch_size, 4u) ("rank-factor", 0, "", rank_factor, -1.0) ("transcript-len-estimate", 0, "", transcript_len_estimate, 1.0) ("family-counts", 0, "", family_counts_file) ("radix-cluster-buffered", 0, "", radix_cluster_buffered) ("join-split-size", 0, "", join_split_size, 100000u) ("join-split-key-len", 0, "", join_split_key_len, 17u) ("radix-bits", 0, "", radix_bits, 8u) ("join-ht-factor", 0, "", join_ht_factor, 1.3) ("sort-join", 0, "", sort_join) ("simple-freq", 0, "", simple_freq) ("freq-treshold", 0, "", freq_treshold) ("use-dataset-field", 0, "", use_dataset_field) ("store-query-quality", 0, "", store_query_quality) ("swipe-chunk-size", 0, "", swipe_chunk_size, 256u) ("hard-masked", 0, "", hardmasked) ("cbs-window", 0, "", cbs_window, 40) ("no-dict", 0, "", no_dict) ("upgma-edge-limit", 0, "", upgma_edge_limit, (uint64_t)10000000) ("tree", 0, "", tree_file) ("upgma-dist", 0, "", upgma_dist) ("upgma-input", 0, "", upgma_input) ("log-extend", 0, "", log_extend) ("chaining-maxgap", 0, "", chaining_maxgap, 2000) ("tantan-maxRepeatOffset", 0, "maximum tandem repeat period to consider (50)", tantan_maxRepeatOffset, 15) ("tantan-ungapped", 0, "use tantan masking in ungapped mode", tantan_ungapped) ("chaining-range-cover", 0, "", chaining_range_cover, (size_t)8) ("no-swipe-realign", 0, "", no_swipe_realign) ("chaining-maxnodes", 0, "", chaining_maxnodes) ("cutoff-score-8bit", 0, "", cutoff_score_8bit, 240) ("min-band-overlap", 0, "", min_band_overlap, 0.0) ("min-realign-overhang", 0, "", min_realign_overhang, 30) ("ungapped-window", 0, "", ungapped_window, 48) ("gapped-filter-diag-score", 0, "", gapped_filter_diag_bit_score, 12.0) ("gapped-filter-window", 0, "", gapped_filter_window, 200) ("output-hits", 0, "", output_hits) ("band-bin", 0, "", band_bin, 24) ("col-bin", 0, "", col_bin, 400) ("trace-pt-fetch-size", 0, "", trace_pt_fetch_size, UINT64_C(10000000000)) ("short-query-max-len", 0, "", short_query_max_len, 60) ("gapped-filter-evalue1", 0, "", gapped_filter_evalue1, 2000.0) ("ext-yield", 0, "", ext_min_yield) ("full-sw-len", 0, "", full_sw_len) ("relaxed-evalue-factor", 0, "", relaxed_evalue_factor, 1.0) ("type", 0, "", type) ("raw", 0, "", raw) ("chaining-len-cap", 0, "", chaining_len_cap, 2.0) ("chaining-min-nodes", 0, "", chaining_min_nodes, (size_t)200) ("fast-tsv", 0, "", fast_tsv) ("target-parallel-verbosity", 0, "", target_parallel_verbosity, UINT_MAX) ("query-memory", 0, "", query_memory) ("memory-intervals", 0, "", memory_intervals, (size_t)2) ("seed-hit-density", 0, "", seedhit_density) ("chunk-size-multiplier", 0, "", chunk_size_multiplier, (size_t)4) ("score-drop-factor", 0, "", ranking_score_drop_factor, 0.95) ("left-most-interval", 0, "", left_most_interval, 32) ("ranking-cutoff-bitscore", 0, "", ranking_cutoff_bitscore, 25.0) ("no-forward-fp", 0, "", no_forward_fp) ("no-ref-masking", 0, "", no_ref_masking) ("target-bias", 0, "", target_bias) ("output-fp", 0, "", output_fp) ("family-cap", 0, "", family_cap) ("cbs-matrix-scale", 0, "", cbs_matrix_scale, 1) ("query-count", 0, "", query_count, (size_t)1) ("cbs-err-tolerance", 0, "", cbs_err_tolerance, 0.00000001) ("cbs-it-limit", 0, "", cbs_it_limit, 2000) ("hash_join_swap", 0, "", hash_join_swap) ("deque_bucket_size", 0, "", deque_bucket_size, (size_t)524288) ("max-swipe-dp", 0, "", max_swipe_dp, INT64_C(1000000)) ("no-reextend", 0, "", no_reextend) ("no-reorder", 0, "", no_reorder) ("file1", 0, "", file1) ("file2", 0, "", file2) ("key2", 0, "", key2) ("motif-mask-file", 0, "", motif_mask_file) ("max-motif-len", 0, "", max_motif_len, 30) ("chaining-stacked-hsp-ratio", 0, "", chaining_stacked_hsp_ratio, 0.5) ("minimizer-window", 0, "", minimizer_window_) ("min_task_trace_pts", 0, "", min_task_trace_pts, (int64_t)1024) ("oid-list", 0, "", oid_list) ("bootstrap-block", 0, "", bootstrap_block, (int64_t)1000000) ("centroid-factor", 0, "", centroid_factor, (int64_t)3) ("timeout", 0, "", timeout) ("resume", 0, "", resume) ("target_hard_cap", 0, "", target_hard_cap) ("mapany", 0, "", mapany) ("neighbors", 0, "", neighbors) ("reassign-overlap", 0, "", reassign_overlap, 0.3) ("reassign-ratio", 0, "", reassign_ratio, 0.5) ("reassign-max", 0, "", reassign_max) ("add-self-aln", 0, "", add_self_aln) ("weighted-gvc", 0, "", weighted_gvc) ("hamming-ext", 0, "", hamming_ext) ("diag-filter-id", 0, "", diag_filter_id) ("diag-filter-cov", 0, "", diag_filter_cov) ("seed-index", 0, "", seed_index) ("dbtype", 0, "type of sequences in database file (nucl/prot)", dbstring, string("prot")) ("cluster-similarity", 0, "Clustering similarity measure (default=\"normalized_bitscore_global\")", cluster_similarity) ("cluster-threshold", 0, "Threshold for the similarity measure (default=50%)", cluster_threshold) ("cluster-graph-file", 0, "Filename for dumping the graph or reading the graph if cluster-restart", cluster_graph_file) ("cluster-restart", 0, "Restart clustering from dumped graph", cluster_restart) ("mcl-expansion", 0, "MCL expansion coefficient (default=2)", cluster_mcl_expansion, (uint32_t)2) ("mcl-inflation", 0, "MCL inflation coefficient (default=2.0)", cluster_mcl_inflation, 2.0) ("mcl-chunk-size", 0, "MCL chunk size per thread (default=100)", cluster_mcl_chunk_size, (uint32_t)1) ("mcl-max-iterations", 0, "MCL maximum iterations (default=100)", cluster_mcl_max_iter, (uint32_t)100) ("mcl-sparsity-switch", 0, "MCL switch to sparse matrix computation (default=0.8) ", cluster_mcl_sparsity_switch, 0.8) ("mcl-nonsymmetric", 0, "Do not symmetrize the transition matrix before clustering", cluster_mcl_nonsymmetric) ("mcl-stats", 0, "Some stats about the connected components in MCL", cluster_mcl_stats) ("cluster-algo", 0, "Clustering algorithm (\"mcl\")", cluster_algo) ("approx-backtrace", 0, "", approx_backtrace) ("narrow-band-cov", 0, "", narrow_band_cov) ("narrow-band-factor", 0, "", narrow_band_factor) ("anchor-window", 0, "", anchor_window, 12) ("anchor-score", 0, "", anchor_score, 1.0) ("classic-band", 0, "", classic_band) ("no_8bit_extension", 0, "", no_8bit_extension) ("no_chaining_merge_hsps", 0, "", no_chaining_merge_hsps) ("graph-algo", 0, "", graph_algo, string("gvc")) ("tsv-read-size", 0, "", tsv_read_size, int64_t(GIGABYTES)) ("max-indirection", 0, "", max_indirection) ("promiscuous-seed-ratio", 0 , "", promiscuous_seed_ratio, 1000.0); parser.store(argc, argv, command); if (debug_log) verbosity = 3; else if (quiet) verbosity = 0; else verbosity = 1; if (verbosity >= 1 && command != version) { ostream& header_out = command == Config::help ? cout : cerr; header_out << Const::program_name << " v" << Const::version_string << "." << (unsigned)Const::build_version << " (C) Max Planck Society for the Advancement of Science, Benjamin J. Buchfink, University of Tuebingen" << endl; header_out << "Documentation, support and updates available at http://www.diamondsearch.org" << endl; header_out << "Please cite: http://dx.doi.org/10.1038/s41592-021-01101-x Nature Methods (2021)" << endl << endl; } *log_stream << Const::program_name << " v" << Const::version_string << "." << (unsigned)Const::build_version << endl; if(argc == 2 && command != version && command != regression_test) { if (command != help) { parser.print_documentation(command); } else { parser.print_help(); } } if (toppercent.present() && max_target_seqs_.present()) throw runtime_error("--top and -k/--max-target-seqs are mutually exclusive."); if (command == blastx && no_self_hits) throw runtime_error("--no-self-hits option is not supported in blastx mode."); if (long_reads) { query_range_culling = true; if (toppercent.blank()) toppercent = 10.0; if (frame_shift == 0) frame_shift = 15; } if (global_ranking_targets > 0 && (query_range_culling || taxon_k || multiprocessing || mp_init || mp_recover || comp_based_stats_.get(Stats::DEFAULT_CBS) >= 2 || frame_shift > 0)) throw runtime_error("Global ranking is not supported in this mode."); if (comp_based_stats_.get(Stats::DEFAULT_CBS) >= Stats::CBS::COUNT) throw std::runtime_error("Invalid value for --comp-based-stats. Permitted values: 0, 1, 2, 3, 4, 5, 6."); Stats::comp_based_stats = Stats::CBS(comp_based_stats_.get(Stats::DEFAULT_CBS), query_match_distance_threshold, length_ratio_threshold, cbs_angle); if (command == blastx && !Stats::CBS::support_translated(comp_based_stats_.get(Stats::DEFAULT_CBS))) throw std::runtime_error("This mode of composition based stats is not supported for translated searches."); if (check_io) { switch (command) { case Config::makedb: { if (database == "") throw std::runtime_error("Missing parameter: database file (--db/-d)"); if (chunk_size != 0.0) throw std::runtime_error( "Invalid option: --block-size/-b. Block size is set for the alignment commands."); break; } case Config::blastp: case Config::blastx: case Config::blastn: if (database == "") throw runtime_error("Missing parameter: database file (--db/-d)"); if (daa_file.length() > 0) { if (output_file.length() > 0) throw runtime_error("Options --daa and --out cannot be used together."); if (output_format.size() > 0 && output_format[0] != "daa") throw runtime_error("Invalid parameter: --daa/-a. Output file is specified with the --out/-o parameter."); output_file = daa_file; } if (daa_file.length() > 0 || (output_format.size() > 0 && (output_format[0] == "daa" || output_format[0] == "100"))) { if (!compression.empty()) throw runtime_error("Compression is not supported for DAA format."); if (!no_auto_append) auto_append_extension(output_file, ".daa"); } break; default: ; } switch (command) { case Config::dbinfo: case Config::COMPOSITION_MATRIX: if (database == "") throw runtime_error("Missing parameter: database file (--db/-d)"); } } switch (verbosity) { case 0: break; case 1: delete message_stream; message_stream = &std::cerr; break; case 2: case 3: delete message_stream; delete log_stream; log_stream = &std::cerr; message_stream = &std::cerr; break; default: ; } std::ostringstream invocation; join(" ", &argv[0], &argv[argc], invocation); *log_stream << invocation.str() << endl; this->invocation = invocation.str(); if (!no_auto_append) { if (command == Config::makedb) auto_append_extension(database, ".dmnd"); if (command == Config::view) auto_append_extension(daa_file, ".daa"); if (compression == "1") auto_append_extension(output_file, ".gz"); if (compression == "zstd") auto_append_extension(output_file, ".zst"); } #ifndef NDEBUG *log_stream << "Assertions enabled." << endl; #endif set_option(threads_, (int)std::thread::hardware_concurrency()); switch (command) { case Config::makedb: case Config::blastp: case Config::blastx: case Config::blastn: case Config::view: case Config::cluster: case Config::DEEPCLUST: case Config::LINCLUST: case Config::regression_test: case Config::compute_medoids: case Config::CLUSTER_REASSIGN: case Config::GREEDY_VERTEX_COVER: case Config::RECLUSTER: if (argc != 2) *message_stream << "#CPU threads: " << threads_ << endl; default: ; } switch (command) { case Config::blastp: case Config::blastx: case Config::benchmark: case Config::model_sim: case Config::opt: case Config::mask: case Config::makedb: case Config::cluster: case Config::DEEPCLUST: case Config::LINCLUST: case Config::regression_test: case Config::compute_medoids: case Config::LIST_SEEDS: case Config::CLUSTER_REASSIGN: case Config::CLUSTER_REALIGN: case Config::RECLUSTER: case Config::MODEL_SEQS: case Config::MAKE_SEED_TABLE: case Config::COMPOSITION_MATRIX: if (frame_shift != 0 && command == Config::blastp) throw runtime_error("Frameshift alignments are only supported for translated searches."); if (query_range_culling && frame_shift == 0) throw runtime_error("Query range culling is only supported in frameshift alignment mode (option -F)."); if (matrix_file == "") { score_matrix = ScoreMatrix(to_upper_case(matrix), gap_open, gap_extend, frame_shift, stop_match_score, 0, cbs_matrix_scale); //blosum80 = ScoreMatrix("BLOSUM80", 11, 1, frame_shift, stop_match_score, 0, cbs_matrix_scale); //pam70 = ScoreMatrix("PAM70", 11, 1, frame_shift, stop_match_score, 0, cbs_matrix_scale); //pam30 = ScoreMatrix("PAM30", 10, 1, frame_shift, stop_match_score, 0, cbs_matrix_scale); } else { if (gap_open == -1 || gap_extend == -1) throw runtime_error("Custom scoring matrices require setting the --gapopen and --gapextend options."); if (!output_format.empty() && (output_format.front() == "daa" || output_format.front() == "100")) throw runtime_error("Custom scoring matrices are not supported for the DAA format."); if (comp_based_stats_.get(Stats::DEFAULT_CBS) > 1) throw runtime_error("This value for --comp-based-stats is not supported when using a custom scoring matrix."); score_matrix = ScoreMatrix(matrix_file, gap_open, gap_extend, stop_match_score, ScoreMatrix::Custom()); } if (argc != 2) *message_stream << "Scoring parameters: " << score_matrix << endl; Masking::instance = unique_ptr(new Masking(score_matrix)); } if (command == Config::blastp || command == Config::blastx || command == Config::blastn || command == Config::benchmark || command == Config::model_sim || command == Config::opt || command == Config::mask || command == Config::cluster || command == Config::compute_medoids || command == Config::regression_test || command == Config::CLUSTER_REASSIGN || command == Config::RECLUSTER || command == Config::DEEPCLUST || command == Config::LINCLUST) { if (tmpdir == "") tmpdir = extract_dir(output_file); raw_ungapped_xdrop = score_matrix.rawscore(ungapped_xdrop); reseek_raw_ungapped_xdrop = score_matrix.rawscore(reseek_ungapped_xdrop); *log_stream << "CPU features detected: " << SIMD::features() << endl; } sensitivity = Sensitivity::DEFAULT; if (mode_faster) set_sens(Sensitivity::FASTER); if (mode_fast) set_sens(Sensitivity::FAST); if (mode_mid_sensitive) set_sens(Sensitivity::MID_SENSITIVE); if (mode_sensitive) set_sens(Sensitivity::SENSITIVE); if (mode_more_sensitive) set_sens(Sensitivity::MORE_SENSITIVE); if (mode_very_sensitive) set_sens(Sensitivity::VERY_SENSITIVE); if (mode_ultra_sensitive) set_sens(Sensitivity::ULTRA_SENSITIVE); if (mode_shapes30x10) set_sens(Sensitivity::SHAPES30x10); if (mode_shapes6x10) set_sens(Sensitivity::SHAPES6x10); if (mode_linclust_20) set_sens(Sensitivity::LINCLUST_20); algo = from_string(algo_str); dbtype = from_string(dbstring); #ifdef WITH_DNA dna_extension = from_string(dna_extension_string); #endif Translator::init(query_gencode); oid_title_max = 0; if (command == blastx || command == blastn) input_value_traits = nucleotide_traits; if (query_strands != "both" && query_strands != "minus" && query_strands != "plus") throw runtime_error("Invalid value for parameter --strand"); if (unfmt == "fastq" || alfmt == "fastq") store_query_quality = true; if (!aligned_file.empty()) *log_stream << "Aligned file format: " << alfmt << endl; if (command == blastx) { if (query_file.size() > 2) throw runtime_error("A maximum of 2 query files is supported in blastx mode."); } else if (query_file.size() > 1) throw runtime_error("--query/-q has more than one argument."); if (target_indexed && lowmem_ != 1) throw runtime_error("--target-indexed requires -c1."); if (swipe_all) { algo = Algo::DOUBLE_INDEXED; } if (query_range_culling && taxon_k != 0) throw runtime_error("--taxon-k is not supported for --range-culling mode."); if (multiprocessing && parallel_tmpdir.empty()) throw runtime_error("--multiprocessing requires setting --parallel-tmpdir"); if (multiprocessing) { // char * env_str = std::getenv("SLURM_JOBID"); // if (env_str) { // parallel_tmpdir = join_path(parallel_tmpdir, "diamond_job_"+string(env_str)); // } mkdir(parallel_tmpdir); } //trace_pt_membuf = memory_limit.empty() ? false : Util::String::interpret_number(memory_limit) > 1024 * (1ll << 30); //if (hit_membuf) { // trace_pt_membuf = true; //} trace_pt_membuf = hit_membuf; if (command != Config::version) { static const std::chrono::time_point release_time = std::chrono::system_clock::from_time_t(1785751353); if (std::chrono::system_clock::now() - release_time > std::chrono::hours(180 * 24)) { set_color(Color::YELLOW, true); cerr << "Warning: This version of DIAMOND is more than 180 days old. It is recommended to always use the latest version." << endl; reset_color(); } } *log_stream << "TRACE_PT_MEMBUF=" << (trace_pt_membuf ? "ON" : "OFF") << endl; *log_stream << "MAX_SHAPE_LEN=" << MAX_SHAPE_LEN; #ifdef SEQ_MASK *log_stream << " SEQ_MASK"; #endif #ifdef STRICT_BAND *log_stream << " STRICT_BAND"; #endif #ifdef HIT_KEEP_TARGET_ID *log_stream << "HIT_KEEP_TARGET_ID" << endl; #endif *log_stream << endl; } bbuchfink-diamond-6dc5717/src/basic/config.h000066400000000000000000000303121523407312000207020ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "util/options/option.h" #include "value.h" #include "util/io/decompressor.h" #include "util/enum.h" enum class Sensitivity { FASTER = -1, FAST = 0, DEFAULT = 1, LINCLUST_40 = 2, LINCLUST_20 = 3, SHAPES6x10 = 4, SHAPES30x10 = 5, MID_SENSITIVE = 6, SENSITIVE = 7, MORE_SENSITIVE = 8, VERY_SENSITIVE = 9, ULTRA_SENSITIVE = 10 }; template<> struct EnumTraits { static const EMap to_string; static const SEMap from_string; }; template<> struct EnumTraits { static const EMap to_string; static const SEMap from_string; }; enum class DNAExtensionAlgo{KSW,WFA}; template<> struct EnumTraits{ static const EMap to_string; static const SEMap from_string; }; enum class GraphAlgo { GREEDY_VERTEX_COVER, LEN_SORTED }; template<> struct EnumTraits { static const SEMap from_string; }; struct CommandLineParser; constexpr int64_t DEFAULT_MAX_TARGET_SEQS = 25; struct Config { using string = std::string; using string_vector = std::vector; string_vector input_ref_file; int threads_; int load_threads; Option database; string_vector query_file; unsigned merge_seq_treshold; unsigned shapes; Option max_target_seqs_; string match_file1; string match_file2; int padding; unsigned output_threads; string compression; unsigned lowmem_; double chunk_size; unsigned min_identities_; unsigned min_identities2; double ungapped_xdrop; double reseek_ungapped_xdrop; int raw_ungapped_xdrop; int reseek_raw_ungapped_xdrop; unsigned min_compressed_identities; int min_seed_score; unsigned seed_signatures; double min_bit_score; unsigned run_len; double max_seed_freq; string tmpdir; string parallel_tmpdir; bool long_mode; double gapped_xdrop; double max_evalue; string kegg_file; int gap_open; int gap_extend; int mismatch_penalty; int match_reward; string matrix; bool debug_log, quiet; bool salltitles; double min_id; unsigned compress_temp; Option toppercent; string daa_file; string_vector output_format; string output_file; bool forwardonly; unsigned fetch_size; uint64_t db_size; double query_cover; double query_or_target_cover; bool mode_sensitive; unsigned verbosity; bool no_auto_append; string_vector seq_no; double rank_factor; double rank_ratio; double freq_sd_; unsigned target_fetch_size; bool mode_more_sensitive; string matrix_file; string_vector shape_mask; unsigned query_gencode; string unaligned; double space_penalty; bool new_prefilter; bool reverse; Option comp_based_stats_; int neighborhood_score; unsigned seed_weight; int report_unaligned; double subject_cover; bool mode_very_sensitive; unsigned max_hsps; bool no_self_hits; Option query_bins; string prot_accession2taxid; int superblock; Option masking_; bool log_query; bool log_subject; unsigned threads_align; double score_ratio; string nodesdmp; bool sallseqid; string query_strands; bool xml_blord_format; int frame_shift; bool query_range_culling; double query_range_cover; double transcript_len_estimate; string family_counts_file; string taxonlist; bool radix_cluster_buffered; unsigned join_split_size; unsigned join_split_key_len; unsigned radix_bits; double join_ht_factor; bool sort_join; bool simple_freq; double freq_treshold; string aligned_file; bool use_dataset_field; bool store_query_quality; string invocation; unsigned swipe_chunk_size; unsigned query_parallel_limit; bool long_reads; Option output_header; string alfmt; string unfmt; string namesdmp; bool hardmasked; int cbs_window; double tantan_r; double tantan_minMaskProb; bool no_unlink; bool no_dict; int stop_match_score; int tantan_maxRepeatOffset; bool tantan_ungapped; string taxon_exclude; bool swipe_all; uint64_t taxon_k; uint64_t upgma_edge_limit; string tree_file; string upgma_dist; string upgma_input; bool log_extend; int chaining_maxgap; string family_map; string family_map_query; size_t chaining_range_cover; bool no_swipe_realign; bool cut_bar; bool bootstrap; size_t chaining_maxnodes; int cutoff_score_8bit; double inner_culling_overlap; double min_band_overlap; int min_realign_overhang; int ungapped_window; int gapped_filter_diag_score; double gapped_filter_diag_bit_score; double gapped_filter_evalue_; int gapped_filter_window; bool output_hits; double ungapped_evalue_; int band_bin; int col_bin; int64_t file_buffer_size; bool self; uint64_t trace_pt_fetch_size; uint32_t tile_size; double short_query_ungapped_bitscore; int short_query_max_len; double gapped_filter_evalue1; size_t ext_chunk_size; double ext_min_yield; string extension_mode; int full_sw_len; double relaxed_evalue_factor; string type; bool raw; bool mode_ultra_sensitive; double chaining_len_cap; size_t chaining_min_nodes; bool fast_tsv; unsigned target_parallel_verbosity; int64_t global_ranking_targets; bool mode_mid_sensitive; bool no_ranking; bool query_memory; size_t memory_intervals; size_t seedhit_density; size_t chunk_size_multiplier; double ranking_score_drop_factor; double ranking_cutoff_bitscore; int left_most_interval; bool no_forward_fp; bool no_ref_masking; string roc_file; bool target_bias; bool check_multi_target; bool output_fp; int family_cap; int cbs_matrix_scale; size_t query_count; double cbs_err_tolerance; int cbs_it_limit; double query_match_distance_threshold; double length_ratio_threshold; bool hash_join_swap; bool target_indexed; size_t deque_bucket_size; bool mode_fast; double log_evalue_scale; double ungapped_evalue_short_; int64_t max_swipe_dp; std::string seqidlist; bool skip_missing_seqids; Option iterate; bool ignore_warnings; bool no_reextend; double seed_cut_; bool no_reorder; string file1; string file2; size_t key2; string motif_mask_file; string motif_masking; bool freq_masking; Loc max_motif_len; double chaining_stacked_hsp_ratio; Option cluster_threshold; Option memory_limit; int64_t swipe_task_size; Loc minimizer_window_; bool lin_stage1_query; bool lin_stage1_target; string lin_index_file; bool seed_index; int64_t min_task_trace_pts; Loc sketch_size; string soft_masking; string oid_list; int64_t bootstrap_block; int64_t centroid_factor; int timeout; string resume; int64_t target_hard_cap; bool mapany; Option clustering; Option neighbors; double reassign_overlap; double reassign_ratio; int64_t reassign_max; bool add_self_aln; string centroid_out; Option approx_min_id; bool mode_faster; Option member_cover; bool weighted_gvc; bool kmer_ranking; bool hamming_ext; Option diag_filter_id; Option diag_filter_cov; string edge_format; bool no_block_size_limit; string edges; Option max_oid; bool mp_self; bool approx_backtrace; double narrow_band_cov; double narrow_band_factor; Loc anchor_window; double anchor_score; bool classic_band; bool no_8bit_extension; bool anchored_swipe; bool no_chaining_merge_hsps; bool pipeline_short; string graph_algo; int64_t tsv_read_size; int zdrop; bool heartbeat; bool no_parse_seqids; bool sam_qlen_field; #ifdef WITH_DNA DNAExtensionAlgo dna_extension; double repetitive_cutoff; bool chaining_out; bool align_long_reads; bool best_hsp_only; double chain_pen_gap_scale; double chain_pen_skip_scale; double chain_fraction_align_; int min_chain_score_; double max_overlap_extension_; int zdrop_extension; int zdrop_global; int band_extension; int band_global; #endif double min_length_ratio; Option mutual_cover; bool symmetric; bool no_gvc_reassign; string_vector connected_component_depth; std::vector round_coverage; string_vector round_approx_id; int max_indirection; bool mode_shapes30x10; bool mode_shapes6x10; bool include_lineage; bool mode_linclust_20; double promiscuous_seed_ratio; bool oid_output; bool trace_pt_membuf; Loc min_query_len; bool hit_membuf; size_t minichunk; std::string aln_out; Option composition_matrix_sample_size; std::string reps_out; bool hamming_dist_boundary_check; bool keep_temp_files; std::string fasta_index_file; int daa_build_version; double relative_entropy_tolerance; bool symmetrize_evalue; std::string taxdump; bool fpu_compat; bool single_step; bool reseek_diags; double word_threshold; int double_hit_window; uint64_t oid_title_max; SequenceType dbtype; Sensitivity sensitivity; bool multiprocessing; bool mp_init; bool mp_recover; int mp_query_chunk; enum { makedb = 0, blastp = 1, blastx = 2, view = 3, help = 4, version = 5, getseq = 6, benchmark = 7, random_seqs = 8, compare = 9, sort = 10, roc = 11, db_stat = 12, model_sim = 13, match_file_stat = 14, model_seqs = 15, opt = 16, mask = 17, fastq2fasta = 18, dbinfo = 19, test_extra = 20, test_io = 21, db_annot_stats = 22, info = 24, seed_stat = 25, smith_waterman = 26, cluster = 27, simulate_seqs = 31, split = 32, upgma = 33, upgma_mc = 34, regression_test = 35, reverse_seqs = 36, compute_medoids = 37, mutate = 38, rocid = 40, makeidx = 41, find_shapes, prep_db, HASH_SEQS, LIST_SEEDS, CLUSTER_REALIGN, GREEDY_VERTEX_COVER, CLUSTER_REASSIGN, blastn, RECLUSTER, MERGE_DAA, DEEPCLUST, LINCLUST, WORD_COUNT, CUT, MODEL_SEQS, MAKE_SEED_TABLE, COMPOSITION_MATRIX }; unsigned command; enum class Algo { AUTO = -1, DOUBLE_INDEXED = 0, QUERY_INDEXED = 1, CTG_SEED }; Algo algo; Option cluster_algo; Option cluster_similarity; string cluster_graph_file; bool cluster_restart; size_t max_size_set; string_vector cluster_steps; double cluster_mcl_inflation; uint32_t cluster_mcl_expansion; double cluster_mcl_sparsity_switch; uint32_t cluster_mcl_chunk_size; uint32_t cluster_mcl_max_iter; bool cluster_mcl_stats; bool cluster_mcl_nonsymmetric; enum { query_parallel = 0, target_parallel = 1 }; unsigned load_balancing; Config() {} Config(int argc, const char **argv, bool check_io, CommandLineParser& parser); Loc min_orf_len(Loc length) const { if (run_len == 0) { if (length < 30 || frame_shift != 0) return 1; else if (length < 100) return 20; else return 40; } else return run_len; } inline bool output_range(unsigned n_target_seq, int score, int top_score, const int64_t max_target_seqs) { if (toppercent.present()) return (1.0 - (double)score / top_score) * 100 <= toppercent; else return n_target_seq < max_target_seqs; } int64_t block_size() const { return (int64_t)(chunk_size * 1e9); } void set_sens(Sensitivity sens); std::string single_query_file() const; bool mem_buffered() const { return tmpdir == "/dev/shm"; } CompressionLib compressor() const; template static void set_option(T& option, T value, T def = 0) { if (option == def) option = value; } template static void set_option(T& option, T value, T def, T alt) { if (value != def) option = value; else option = alt; } }; extern Config config; template T top_cutoff_score(T top_score) { return T((1.0 - config.toppercent / 100.0) * top_score); } template<> struct EnumTraits { static const EMap to_string; static const SEMap from_string; }; extern const char* const DEFAULT_MEMORY_LIMIT; std::pair block_size(int64_t memory_limit, int64_t db_letters, Sensitivity s, bool lin, int thread_count); bbuchfink-diamond-6dc5717/src/basic/const.h000066400000000000000000000017101523407312000205630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once struct Const { enum { build_version = 185, max_seed_weight = 32, max_shapes = 64 }; static const char* version_string; static const char* program_name; }; static constexpr int MAX_CONTEXT = 6;bbuchfink-diamond-6dc5717/src/basic/hssp.cpp000066400000000000000000000276571523407312000207670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "output/output.h" #include "output/output_format.h" #include "stats/stats.h" using std::list; using std::equal; using std::runtime_error; using std::pair; pair Hsp::diagonal_bounds() const { int d0 = std::numeric_limits::max(), d1 = std::numeric_limits::min(); for (Iterator it = begin(); it.good(); ++it) { const int d = (int)it.query_pos.translated - (int)it.subject_pos; d0 = std::min(d0, d); d1 = std::max(d1, d); } return std::make_pair(d0, d1); } bool Hsp::is_weakly_enveloped(const Hsp &j) const { static const double overlap_factor = 0.9; return score <= j.score && subject_range.overlap_factor(j.subject_range) >= overlap_factor && query_range.overlap_factor(j.query_range) >= overlap_factor; } HspContext& HspContext::parse(const OutputFormat* output_format) { if (output_format && output_format->hsp_values == HspValues::NONE) { return *this; } if (hsp_.seed_only || (output_format && !flag_any(output_format->hsp_values, HspValues::TRANSCRIPT) && config.command != Config::view)) { hsp_.query_source_range = TranslatedPosition::absolute_interval( TranslatedPosition(hsp_.query_range.begin_, Frame(hsp_.frame)), TranslatedPosition(hsp_.query_range.end_, Frame(hsp_.frame)), (int)query.source().length()); hsp_.subject_source_range = hsp_.subject_range; if (!hsp_.seed_only && subject_seq.length() > 0) hsp_.approx_id = hsp_.approx_id_percent(this->query.index(hsp_.frame), subject_seq); return *this; } hsp_.length = hsp_.identities = hsp_.mismatches = hsp_.gap_openings = hsp_.positives = hsp_.gaps = 0; unsigned d = 0; Iterator i = begin(); for (; i.good(); ++i) { ++hsp_.length; assert(query.in_bounds(i.query_pos)); if (!query.in_bounds(i.query_pos)) throw runtime_error("Query sequence index out of bounds."); switch (i.op()) { case op_match: ++hsp_.identities; ++hsp_.positives; d = 0; break; case op_substitution: ++hsp_.mismatches; if (score_matrix(i.query(), i.subject()) > 0) ++hsp_.positives; d = 0; break; case op_insertion: case op_deletion: if (d == 0) ++hsp_.gap_openings; ++d; ++hsp_.gaps; break; default: ; } } hsp_.query_range.end_ = i.query_pos.translated; hsp_.subject_range.end_ = i.subject_pos; hsp_.subject_source_range = hsp_.subject_range; hsp_.query_source_range = TranslatedPosition::absolute_interval(begin().query_pos, i.query_pos, (int)query.source().length()); if (subject_seq.length() > 0) hsp_.approx_id = hsp_.approx_id_percent(this->query.index(hsp_.frame), subject_seq); return *this; } void Hsp::push_back(const DiagonalSegmentT &d, const TranslatedSequence &query, const Sequence &subject, bool reversed) { const Sequence &q = query[d.i.frame]; if (reversed) { for (int i = d.query_last().translated, j = d.subject_last(); j >= d.j; --j, --i) { const Letter ls = subject[j], lq = q[i]; if (ls == lq) { transcript.push_back(op_match); ++identities; ++positives; } else { transcript.push_back(op_substitution, ls); ++mismatches; if (score_matrix(ls, lq) > 0) ++positives; } ++length; } } else { for (int i = d.i, j = d.j; j < d.subject_end(); ++j, ++i) { const Letter ls = subject[j], lq = q[i]; if (ls == lq) { transcript.push_back(op_match); ++identities; ++positives; } else { transcript.push_back(op_substitution, ls); ++mismatches; if (score_matrix(ls, lq) > 0) ++positives; } ++length; } } } void Hsp::splice(const DiagonalSegmentT &a, const DiagonalSegmentT &b, const TranslatedSequence &query, const Sequence &subject, bool reversed) { TranslatedPosition i0 = a.query_last(); int j0 = a.subject_last(); const int fs = i0.frame_shift(b.i); if (fs == 1) { i0.shift_forward(); transcript.push_back(op_frameshift_forward); } else if (fs == -1) { i0.shift_back(); transcript.push_back(op_frameshift_reverse); } const int d0 = i0 - j0, d1 = b.diag(); if (d1 > d0) transcript.push_back(op_insertion, unsigned(d1 - d0)); else if (d1 < d0) { if (reversed) transcript.push_back(subject.subseq(j0 + 1, b.j), Reversed()); else transcript.push_back(subject.subseq(j0 + 1, b.j)); } const int shift = abs(d1 - d0); if (shift > 0) { length += shift; ++gap_openings; gaps += shift; } } void Hsp::set_begin(const DiagonalSegmentT &d, int dna_len) { subject_range.begin_ = d.j; query_range.begin_ = d.i; frame = d.i.frame.index(); if (d.i.frame.strand == FORWARD) query_source_range.begin_ = d.i.absolute(dna_len); else query_source_range.end_ = d.i.absolute(dna_len) + 1; } void Hsp::set_end(const DiagonalSegmentT &d, int dna_len) { subject_range.end_ = d.subject_end(); query_range.end_ = d.query_end(); if (d.i.frame.strand == FORWARD) query_source_range.end_ = d.query_end().absolute(dna_len); else query_source_range.begin_ = d.query_end().absolute(dna_len) + 1; } void Hsp::set_begin(int i, int j, Frame frame, int dna_len) { subject_range.begin_ = j; query_range.begin_ = i; this->frame = frame.index(); if (frame.strand == FORWARD) query_source_range.begin_ = TranslatedPosition(i, frame).absolute(dna_len); else query_source_range.end_ = TranslatedPosition(i, frame).absolute(dna_len) + 1; } void Hsp::set_end(int i, int j, Frame frame, int dna_len) { subject_range.end_ = j; query_range.end_ = i; if (frame.strand == FORWARD) query_source_range.end_ = TranslatedPosition(i, frame).absolute(dna_len); else query_source_range.begin_ = TranslatedPosition(i, frame).absolute(dna_len) + 1; } void Hsp::clear() { seed_only = false; score = frame = length = identities = mismatches = positives = gap_openings = gaps = 0; transcript.clear(); } bool Hsp::is_weakly_enveloped_by(list::const_iterator begin, list::const_iterator end, int cutoff) const { for (list::const_iterator i = begin; i != end; ++i) if (partial_score(*i) < cutoff) return true; return false; } bool Hsp::is_enveloped_by(const Hsp &hsp, double p) const { return query_source_range.overlap_factor(hsp.query_source_range) >= p || subject_range.overlap_factor(hsp.subject_range) >= p; } bool Hsp::is_enveloped_by(std::list::const_iterator begin, std::list::const_iterator end, double p) const { for (list::const_iterator i = begin; i != end; ++i) if (is_enveloped_by(*i, p)) return true; return false; } bool Hsp::query_range_enveloped_by(const Hsp& hsp, double p) const { return query_source_range.overlap_factor(hsp.query_source_range) >= p; } bool Hsp::query_range_enveloped_by(std::list::const_iterator begin, std::list::const_iterator end, double p) const { for (list::const_iterator i = begin; i != end; ++i) if (query_range_enveloped_by(*i, p)) return true; return false; } void Hsp::push_match(Letter q, Letter s, bool positive) { if (q == s) { transcript.push_back(op_match, 1u); ++identities; ++positives; } else { transcript.push_back(op_substitution, s); ++mismatches; if (positive) ++positives; } ++length; } void Hsp::push_gap(EditOperation op, int length, const Letter *subject) { ++gap_openings; this->length += length; gaps += length; if (op == op_insertion) transcript.push_back(op_insertion, (unsigned)length); else for (int i = 0; i < length; ++i) #ifdef SEQ_MASK transcript.push_back(op_deletion, letter_mask(subject[-i])); #else transcript.push_back(op_deletion, subject[-i]); #endif } #ifdef WITH_DNA Hsp::Hsp(const IntermediateRecord &r, unsigned query_source_len, Loc qlen, Loc tlen, const OutputFormat* output_format, const Stats::Blastn_Score *dna_score_builder): #else Hsp::Hsp(const IntermediateRecord& r, unsigned query_source_len, Loc qlen, Loc tlen, const OutputFormat* output_format) : #endif backtraced(!r.seed_only() && !IntermediateRecord::stats_mode(output_format->hsp_values) && output_format->hsp_values != HspValues::NONE), seed_only(r.seed_only()), score(r.score), evalue(r.evalue), transcript(r.transcript) { #ifdef WITH_DNA if(dna_score_builder) bit_score = dna_score_builder->blast_bit_Score(r.score); else #endif { bit_score = score_matrix.bitscore(r.score); corrected_bit_score = score_matrix.bitscore_corrected(r.score, qlen, tlen); } subject_range.begin_ = r.subject_begin; if (seed_only) { length = identities = mismatches = positives = gap_openings = gaps = 0; #ifdef WITH_DNA mapping_quality = 0; n_anchors = 0; #endif subject_range.end_ = r.subject_end; if (align_mode.mode == AlignMode::blastx) { frame = r.frame(query_source_len, align_mode.mode); set_translated_query_begin(r.query_begin, query_source_len); set_translated_query_end(r.query_end, query_source_len); } else { frame = 0; query_range.begin_ = r.query_begin; query_range.end_ = r.query_end + 1; } subject_source_range = subject_range; return; } if (align_mode.mode == AlignMode::blastx) { frame = r.frame(query_source_len, align_mode.mode); set_translated_query_begin(r.query_begin, query_source_len); } else { frame = 0; query_range.begin_ = r.query_begin; } if (IntermediateRecord::stats_mode(output_format->hsp_values)) { identities = r.identities; gaps = r.gaps; gap_openings = r.gap_openings; mismatches = r.mismatches; positives = r.positives; length = r.length; if (align_mode.mode == AlignMode::blastx) set_translated_query_end(r.query_end, query_source_len); else query_range.end_ = r.query_end + 1; subject_range.end_ = r.subject_end; } } Hsp::Hsp(const ApproxHsp& h, Loc qlen, Loc tlen) : backtraced(true), score(h.score), frame(0), length(h.query_range.length()), identities(length), mismatches(0), positives(length), gap_openings(0), gaps(0), swipe_target(0), d_begin(0), d_end(0), query_source_range(h.query_range), query_range(h.query_range), subject_source_range(h.subject_range), subject_range(h.subject_range), evalue(h.evalue), bit_score(score_matrix.bitscore(h.score)), corrected_bit_score(score_matrix.bitscore_corrected(h.score, qlen, tlen)), approx_id(100.0) { } bool Hsp::is_identity(const Sequence& query, const Sequence& target) const { query_range.check(query.length()); subject_range.check(target.length()); return query_range.length() == subject_range.length() && std::equal(query.data() + query_range.begin_, query.data() + query_range.end_, target.data() + subject_range.begin_, [](Letter x, Letter y) {return letter_mask(x) == letter_mask(y); }); } double Hsp::approx_id_percent(const Sequence& query, const Sequence& target) const { return is_identity(query, target) ? 100.0 : Stats::approx_id(score, query_range.length(), subject_range.length()); //return is_identity(query, target) ? 100.0 : Stats::approx_id(score, query_range, subject_range, query, target); } double HspContext::qcovhsp() const { return (double)query_source_range().length() * 100.0 / query_len; } double HspContext::scovhsp() const { return (double)subject_range().length() * 100.0 / subject_len; } double HspContext::id_percent() const { return (double)identities() * 100 / length(); } pair Hsp::min_range_len(double qcov, double tcov, Loc qlen, Loc tlen) const { return { std::max(query_range.end_ - (Loc)floor(double(query_range.end_) - qcov * qlen / 100.0), (Loc)0), std::max(subject_range.end_ - (Loc)floor(double(subject_range.end_) - tcov * tlen / 100.0), (Loc)0) }; } bbuchfink-diamond-6dc5717/src/basic/match.h000066400000000000000000000332271523407312000205410ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "sequence.h" #include "value.h" #include "packed_transcript.h" #include "translated_position.h" #include "util/geo/diagonal_segment.h" #include "util/io/file.h" #include "util/hsp/approx_hsp.h" inline Interval normalized_range(unsigned pos, int len, Strand strand) { return strand == FORWARD ? Interval(pos, pos + len) : Interval(pos + 1 + len, pos + 1); } struct IntermediateRecord; struct OutputFormat; namespace Stats { struct TargetMatrix; struct Blastn_Score; } struct Hsp { Hsp(const bool backtraced = false) : backtraced(backtraced), seed_only(false), score(0), frame(0), length(0), identities(0), mismatches(0), positives(0), gap_openings(0), gaps(0), swipe_target(0), d_begin(0), d_end(0), evalue(DBL_MAX), bit_score(0.0), corrected_bit_score(0.0), approx_id(0.0), #ifdef WITH_DNA mapping_quality(0), n_anchors(0), #endif matrix(nullptr) {} Hsp(const bool backtraced, int score, int swipe_target = 0) : backtraced(backtraced), seed_only(false), score(score), frame(0), length(0), identities(0), mismatches(0), positives(0), gap_openings(0), gaps(0), swipe_target(swipe_target), d_begin(0), d_end(0), evalue(DBL_MAX), bit_score(0.0), corrected_bit_score(0.0), approx_id(0.0), #ifdef WITH_DNA mapping_quality(0), n_anchors(0), #endif matrix(nullptr) {} #ifdef WITH_DNA Hsp(const IntermediateRecord &r, unsigned query_source_len, Loc qlen, Loc tlen, const OutputFormat* output_format, const Stats::Blastn_Score *dna_score_builder = nullptr); #else Hsp(const IntermediateRecord& r, unsigned query_source_len, Loc qlen, Loc tlen, const OutputFormat* output_format); #endif Hsp(const ApproxHsp& h, Loc qlen, Loc tlen); struct Iterator { Iterator(const Hsp &parent) : query_pos(parent.query_range.begin_, Frame(parent.frame)), subject_pos(parent.subject_range.begin_), ptr_(parent.transcript.ptr()), count_(ptr_->count()) { } bool good() const { return *ptr_ != PackedOperation::terminator(); } Iterator& operator++() { switch (op()) { case op_deletion: ++subject_pos; break; case op_insertion: ++query_pos; break; case op_match: case op_substitution: ++query_pos; ++subject_pos; break; case op_frameshift_forward: query_pos.shift_forward(); break; case op_frameshift_reverse: query_pos.shift_back(); break; } --count_; if (count_ == 0) { ++ptr_; count_ = ptr_->count(); } return *this; } EditOperation op() const { return ptr_->op(); } bool to_next_match() { do { this->operator++(); } while (good() && (op() == op_deletion || op() == op_insertion)); return good(); } TranslatedPosition query_pos; unsigned subject_pos; protected: const PackedOperation *ptr_; unsigned count_; }; Iterator begin() const { return Iterator(*this); } Interval oriented_range() const { if (frame < 3) return Interval(query_source_range.begin_, query_source_range.end_ - 1); else return Interval(query_source_range.end_ - 1, query_source_range.begin_); } void set_translated_query_begin(unsigned oriented_query_begin, unsigned dna_len) { int f = frame <= 2 ? frame + 1 : 2 - frame; if (f > 0) query_range.begin_ = (oriented_query_begin - (f - 1)) / 3; else query_range.begin_ = (dna_len + f - oriented_query_begin) / 3; } void set_translated_query_end(unsigned oriented_query_end, unsigned dna_len) { int f = frame <= 2 ? frame + 1 : 2 - frame; if (f > 0) query_range.end_ = (oriented_query_end - 2 - (f - 1)) / 3 + 1; else query_range.end_ = (dna_len + f - oriented_query_end) / 3 + 1; } int blast_query_frame() const { return align_mode.query_translated ? (frame <= 2 ? (int)frame + 1 : 2 - (int)frame) : 0; } bool operator<(const Hsp &rhs) const { return score > rhs.score || (score == rhs.score && (d_begin < rhs.d_begin || (d_begin == rhs.d_begin && query_source_range.begin_ < rhs.query_source_range.begin_))); } static bool cmp_evalue(const Hsp& a, const Hsp& b) { return a.evalue < b.evalue || (a.evalue == b.evalue && a.score > b.score); } double id_percent() const { return (double)identities * 100.0 / (double)length; } double query_cover_percent(unsigned query_source_len) const { return (double)query_source_range.length() * 100 / query_source_len; } double subject_cover_percent(unsigned subject_len) const { return (double)subject_range.length() * 100 / subject_len; } static bool cmp_query_pos(const Hsp &x, const Hsp &y) { return x.query_range.begin_ < y.query_range.begin_; } int partial_score(const Hsp &h) const { const double overlap = std::max(subject_range.overlap_factor(h.subject_range), query_source_range.overlap_factor(h.query_source_range)); return int((1 - overlap)*score); } bool envelopes(const DiagonalSegmentT &d, int dna_len) const { return query_source_range.contains(d.query_absolute_range(dna_len)) || subject_range.contains(d.subject_range()); } struct OrderBySwipeTarget { bool operator()(const Hsp& a, const Hsp& b) const { return a.swipe_target < b.swipe_target; } }; bool is_enveloped_by(const Hsp &hsp, double p) const; bool is_enveloped_by(std::list::const_iterator begin, std::list::const_iterator end, double p) const; bool query_range_enveloped_by(const Hsp& hsp, double p) const; bool query_range_enveloped_by(std::list::const_iterator begin, std::list::const_iterator end, double p) const; bool is_weakly_enveloped_by(std::list::const_iterator begin, std::list::const_iterator end, int cutoff) const; void push_back(const DiagonalSegmentT &d, const TranslatedSequence &query, const Sequence& subject, bool reversed); void push_match(Letter q, Letter s, bool positive); void push_gap(EditOperation op, int length, const Letter *subject); void splice(const DiagonalSegmentT &d0, const DiagonalSegmentT &d1, const TranslatedSequence &query, const Sequence& subject, bool reversed); void set_begin(const DiagonalSegmentT &d, int dna_len); void set_end(const DiagonalSegmentT &d, int dna_len); void set_begin(int i, int j, Frame frame, int dna_len); void set_end(int i, int j, Frame frame, int dna_len); void clear(); double approx_id_percent(const Sequence& query, const Sequence& target) const; bool is_identity(const Sequence& query, const Sequence& target) const; std::pair min_range_len(double qcov, double tcov, Loc qlen, Loc tlen) const; bool is_weakly_enveloped(const Hsp &j) const; std::pair diagonal_bounds() const; bool backtraced; bool seed_only; int score, frame, length, identities, mismatches, positives, gap_openings, gaps, swipe_target, swipe_bin, d_begin, d_end; #ifdef DP_STAT int reserved1, reserved2; #endif #if WITH_DNA int mapping_quality, n_anchors; #endif Interval query_source_range, query_range, subject_source_range, subject_range; double evalue, bit_score, corrected_bit_score, approx_id; Sequence target_seq; const Stats::TargetMatrix* matrix; PackedTranscript transcript; }; struct HspContext { HspContext() {} HspContext( const Hsp& hsp, BlockId query_id, OId query_oid, const TranslatedSequence &query, const char *query_title, OId subject_oid, unsigned subject_len, const char* subject_title, int hit_num, int hsp_num, const Sequence &subject_seq, int ungapped_score = 0, const double query_self_aln_score = 0.0, const double target_self_aln_score = 0.0) : query(query), query_title(query_title), target_title(subject_title), query_id(query_id), query_oid(query_oid), subject_oid(subject_oid), query_len(query.source().length()), subject_len(subject_len), hit_num(hit_num), hsp_num(hsp_num), query_self_aln_score(query_self_aln_score), target_self_aln_score(target_self_aln_score), subject_seq(subject_seq), hsp_(hsp) {} struct Iterator : public Hsp::Iterator { Iterator(const HspContext &parent) : Hsp::Iterator(parent.hsp_), parent_(parent) { } Letter query() const { return parent_.query[query_pos]; } Letter subject() const { switch (op()) { case op_substitution: case op_deletion: return ptr_->letter(); default: return query(); } } char query_char() const { switch (op()) { case op_deletion: return '-'; case op_frameshift_forward: return '\\'; case op_frameshift_reverse: return '/'; default: return value_traits.alphabet[(long)query()]; } } char subject_char() const { switch (op()) { case op_insertion: case op_frameshift_forward: case op_frameshift_reverse: return '-'; default: return value_traits.alphabet[(long)subject()]; } } char midline_char(int score) const { switch (op()) { case op_match: return value_traits.alphabet[(long)query()]; case op_substitution: return score > 0 ? '+' : ' '; default: return ' '; } } private: const HspContext &parent_; }; Iterator begin() const { return Iterator(*this); } PackedTranscript::ConstIterator begin_old() const { return hsp_.transcript.begin(); } unsigned score() const { return hsp_.score; } double evalue() const { return hsp_.evalue; } double bit_score() const { return hsp_.bit_score; } double corrected_bit_score() const { return hsp_.corrected_bit_score; } double approx_id() const { return hsp_.approx_id; } unsigned frame() const { return hsp_.frame; } unsigned length() const { return hsp_.length; } unsigned identities() const { return hsp_.identities; } unsigned mismatches() const { return hsp_.mismatches; } unsigned positives() const { return hsp_.positives; } unsigned gap_openings() const { return hsp_.gap_openings; } unsigned gaps() const { return hsp_.gaps; } double approx_id_percent() const { return hsp_.approx_id_percent(query.index(hsp_.frame), subject_seq); } #if WITH_DNA unsigned mapping_quality() const { return hsp_.mapping_quality; } unsigned n_anchors() const { return hsp_.n_anchors; } #endif double qcovhsp() const; double scovhsp() const; double id_percent() const; const Interval& query_source_range() const { return hsp_.query_source_range; } const Interval& subject_source_range() const { return hsp_.subject_source_range; } const Interval& query_range() const { return hsp_.query_range; } const Interval& subject_range() const { return hsp_.subject_range; } Interval oriented_query_range() const { return hsp_.oriented_range(); } int blast_query_frame() const { return hsp_.blast_query_frame(); } PackedTranscript transcript() const { return hsp_.transcript; } bool operator<(const HspContext& h) const { return query_oid < h.query_oid; } bool seed_only() const { return hsp_.seed_only; } #ifdef DP_STAT int reserved1() const { return hsp_.reserved1; } int reserved2() const { return hsp_.reserved2; } #endif Hsp hsp() const { return hsp_; } HspContext& parse(const OutputFormat* output_format); TranslatedSequence query; std::string query_title, target_title; BlockId query_id; OId query_oid, subject_oid; Loc query_len, subject_len; unsigned hit_num, hsp_num; double query_self_aln_score, target_self_aln_score; Sequence subject_seq; private: Hsp hsp_; friend bool deserialize(File*, HspContext&); }; inline void serialize(const HspContext& h, TextBuffer& buf) { buf.write(h.query_id); buf.write(h.query_oid); buf.write(h.subject_oid); buf.write_c_str(h.query_title.c_str()); buf.write_c_str(h.target_title.c_str()); buf.write(h.query_len); buf.write(h.subject_len); buf.write(h.identities()); buf.write(h.mismatches()); buf.write(h.positives()); buf.write(h.gaps()); buf.write(h.length()); buf.write(h.gap_openings()); buf.write(h.query_range().begin_); buf.write(h.query_range().end_); buf.write(h.subject_range().begin_); buf.write(h.subject_range().end_); buf.write(h.bit_score()); buf.write(h.evalue()); buf.write(h.score()); buf.write(h.approx_id()); #if WITH_DNA buf.write(h.mapping_quality()); buf.write(h.n_anchors()); #endif } inline bool deserialize(File* file_, HspContext& h) { const size_t n = file_->read_max(&h.query_id, sizeof(h.query_id)); if (n < sizeof(h.query_id)) return false; file_->read(h.query_oid); file_->read(h.subject_oid); file_->read_c_str(h.query_title); file_->read_c_str(h.target_title); file_->read(h.query_len); file_->read(h.subject_len); file_->read(h.hsp_.identities); file_->read(h.hsp_.mismatches); file_->read(h.hsp_.positives); file_->read(h.hsp_.gaps); file_->read(h.hsp_.length); file_->read(h.hsp_.gap_openings); file_->read(h.hsp_.query_range.begin_); file_->read(h.hsp_.query_range.end_); file_->read(h.hsp_.subject_range.begin_); file_->read(h.hsp_.subject_range.end_); file_->read(h.hsp_.bit_score); file_->read(h.hsp_.evalue); file_->read(h.hsp_.score); file_->read(h.hsp_.approx_id); #ifdef WITH_DNA file_->read(&h.hsp_.mapping_quality); file_->read(&h.hsp_.n_anchors); #endif h.hsp_.query_source_range = h.hsp_.query_range; h.hsp_.subject_source_range = h.hsp_.subject_range; return true; }bbuchfink-diamond-6dc5717/src/basic/packed_loc.h000066400000000000000000000037521523407312000215310ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/system.h" #ifndef __sparc__ #pragma pack(1) #endif struct packed_uint40_t { uint8_t high; uint32_t low; packed_uint40_t(): high (), low () { } packed_uint40_t(uint64_t v) : high((uint8_t)(v >> 32)), low((uint32_t)(v & UINT64_C(0xffffffff))) {} packed_uint40_t& operator=(uint32_t x) { high = 0; low = x; return *this; } operator uint64_t() const { return (uint64_t(high) << 32) | low; } operator int64_t() const { return (int64_t(high) << 32) | (int64_t)low; } operator uint32_t() const { return low; } operator int32_t() const { return low; } bool operator==(const packed_uint40_t& rhs) const { return high == rhs.high && low == rhs.low; } bool operator!=(const packed_uint40_t& rhs) const { return high != rhs.high && low != rhs.low; } bool operator<(const packed_uint40_t &rhs) const { return high < rhs.high || (high == rhs.high && low < rhs.low); } friend uint64_t operator-(const packed_uint40_t &x, const packed_uint40_t &y) { return (uint64_t)(x) - (uint64_t)(y); } } PACKED_ATTRIBUTE ; typedef packed_uint40_t PackedLoc; #pragma pack()bbuchfink-diamond-6dc5717/src/basic/packed_sequence.h000066400000000000000000000043461523407312000225640ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "value.h" #include "util/binary_buffer.h" #include "sequence.h" inline bool has_n(const Sequence &seq) { for (Loc i = 0; i < seq.length(); ++i) if (seq[i] == 4) return true; return false; } struct PackedSequence { PackedSequence(const Sequence &seq, SequenceType type): has_n_ (type == SequenceType::nucleotide ? ::has_n(seq) : false) { switch (type) { case SequenceType::nucleotide: if (has_n_) pack<3>(seq); else pack<2>(seq); break; case SequenceType::amino_acid: pack<5>(seq); } } PackedSequence(BinaryBuffer::Iterator &it, unsigned len, bool has_n, unsigned b): has_n_ (has_n) { const size_t l = (len*b+7)/8; it.read(data_, l); } void unpack(std::vector &dst, unsigned b, unsigned len) { dst.clear(); unsigned x = 0, n = 0, l = 0; const unsigned mask = (1 << b) - 1; for (unsigned i = 0; i < data_.size(); ++i) { x |= (unsigned)data_[i] << n; n += 8; while (n >= b && l < len) { dst.push_back(x & mask); n -= b; x >>= b; ++l; } } } const std::vector& data() const { return data_; } bool has_n() const { return has_n_; } private: template void pack(const Sequence &seq) { unsigned x = 0, n = 0; for(Loc i=0;i= 8) { data_.push_back(x & 0xff); n -= 8; x >>= 8; } } if(n > 0) data_.push_back(x & 0xff); } bool has_n_; std::vector data_; };bbuchfink-diamond-6dc5717/src/basic/packed_transcript.h000066400000000000000000000117721523407312000231460ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "util/binary_buffer.h" #include "basic/value.h" #include "sequence.h" typedef enum { op_match = 0, op_insertion = 1, op_deletion = 2, op_substitution = 3, op_frameshift_forward = 4, op_frameshift_reverse = 5 } EditOperation; struct Reversed {}; struct PackedOperation { enum { OP_BITS = 2, COUNT_BITS = 8 - OP_BITS, MAX_COUNT = (1 << COUNT_BITS) - 1 }; PackedOperation(uint8_t code) : code(code) {} PackedOperation(EditOperation op, unsigned count) : code((op << COUNT_BITS) | count) {} PackedOperation(EditOperation op, Letter v) : code((op << COUNT_BITS) | (int)v) {} operator uint8_t() const { return code; } EditOperation op() const { uint8_t o = code >> COUNT_BITS; switch (o) { case op_substitution: switch (letter()) { case (Letter)AMINO_ACID_COUNT: return op_frameshift_reverse; case (Letter)(AMINO_ACID_COUNT + 1) : return op_frameshift_forward; default: return op_substitution; } default: return (EditOperation)o; } } unsigned count() const { switch (op()) { case op_match: case op_insertion: return code & MAX_COUNT; default: return 1; } } Letter letter() const { return code & MAX_COUNT; } static PackedOperation terminator() { return PackedOperation(op_match, 0u); } static PackedOperation frameshift_forward() { return PackedOperation(op_substitution, (unsigned)AMINO_ACID_COUNT + 1); } static PackedOperation frameshift_reverse() { return PackedOperation(op_substitution, (unsigned)AMINO_ACID_COUNT); } uint8_t code; }; struct CombinedOperation { EditOperation op; unsigned count; Letter letter; }; struct PackedTranscript { struct ConstIterator { ConstIterator(const PackedOperation* op) : ptr_(op) { gather(); } bool good() const { return *ptr_ != PackedOperation::terminator(); } ConstIterator& operator++() { ++ptr_; gather(); return *this; } const CombinedOperation& operator*() const { return op_; } const CombinedOperation* operator->() const { return &op_; } private: void gather() { if(!good()) return; op_.op = ptr_->op(); if(op_.op == op_deletion || op_.op == op_substitution || op_.op == op_frameshift_forward || op_.op==op_frameshift_reverse) { op_.letter = ptr_->letter(); op_.count = 1; } else { op_.count = 0; do { op_.count += ptr_->count(); ++ptr_; } while(good() && ptr_->op() == op_.op); --ptr_; } } const PackedOperation* ptr_; CombinedOperation op_; }; void read(BinaryBuffer::Iterator &it) { data_.clear(); uint8_t code; do { it >> code; data_.push_back(code); } while (code != PackedOperation::terminator()); } ConstIterator begin() const { return ConstIterator(data_.data()); } const std::vector& data() const { return data_; } const PackedOperation* ptr() const { return &data_[0]; } void push_back(EditOperation op) { if (op == op_frameshift_forward) data_.push_back(PackedOperation::frameshift_forward()); else if (op == op_frameshift_reverse) data_.push_back(PackedOperation::frameshift_reverse()); else if (data_.empty() || data_.back().op() != op || (data_.back().op() == op && data_.back().count() == PackedOperation::MAX_COUNT)) data_.push_back(PackedOperation(op, 1u)); else ++data_.back().code; } void push_back(EditOperation op, Letter l) { data_.push_back(PackedOperation(op, l)); } void push_back(EditOperation op, unsigned count) { while (count > 0) { const unsigned n = std::min(count, (unsigned)PackedOperation::MAX_COUNT); data_.push_back(PackedOperation(op, n)); count -= n; } } void reverse(size_t begin = 0) { std::reverse(data_.begin() + begin, data_.end()); } size_t raw_length() const { return data_.size(); } void push_terminator() { data_.push_back(PackedOperation::terminator()); } void clear() { data_.clear(); } void push_back(const Sequence &s, const Reversed&) { const int l = (int)s.length(); for (int i = l - 1; i >= 0; --i) push_back(op_deletion, s[i]); } void push_back(const Sequence &s) { const int l = (int)s.length(); for (int i = 0; i < l; ++i) push_back(op_deletion, s[i]); } void reserve(size_t n) { data_.reserve(n); } private: std::vector data_; friend struct Hsp; };bbuchfink-diamond-6dc5717/src/basic/reduction.h000066400000000000000000000051561523407312000214410ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "value.h" #include "sequence.h" #include "util/data_structures/growable_buffer.h" struct Reduction { Reduction(const char* definition_string); unsigned size() const { return size_; } int bit_size() const { return bit_size_; } double bit_size_exact() const { return bit_size_exact_; } uint_fast32_t operator()(Letter a) const { return map_[(long)a]; } uint_fast32_t operator()(size_t a) const { return map_[a]; } const Letter* map8() const { return map8_; } const Letter* map8b() const { return map8b_; } inline friend std::ostream& operator<<(std::ostream &os, const Reduction &r) { for (unsigned i = 0; i < r.size_; ++i) { os << '['; for (unsigned j = 0; j < 20; ++j) if (r.map_[j] == i) os << value_traits.alphabet[j]; os << ']'; } return os; } static Reduction& get_reduction() { return instance; } static void set_reduction(const Reduction& r) { get_reduction() = r; } static void reduce_seq(const Sequence& seq, std::vector& dst) { dst.clear(); dst.resize(seq.length()); const Reduction& reduction_instance = get_reduction(); for (Loc i = 0; i < seq.length(); ++i) dst[i] = reduction_instance(seq[i]); } static void reduce_seq(const Sequence& seq, GrowableBuffer& dst) { dst.ensure_capacity(seq.length()); const Reduction& reduction_instance = get_reduction(); Letter* ptr = dst.data(); for (Loc i = 0; i < seq.length(); ++i) ptr[i] = reduction_instance(seq[i]); } double freq(unsigned bucket) const { return freq_[bucket]; } std::string decode_seed(const uint64_t seed, const size_t len) const; private: uint_fast32_t map_[256]; alignas(16) Letter map8_[256], map8b_[256]; unsigned size_; int bit_size_; double bit_size_exact_; std::array freq_; static Reduction instance; };bbuchfink-diamond-6dc5717/src/basic/seed.h000066400000000000000000000043301523407312000203560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "const.h" #include "config.h" #include "value.h" #include "stats/score_matrix.h" using PackedSeed = uint64_t; #ifdef LONG_SEEDS using SeedOffset = uint64_t; using SeedPartition = uint32_t; #else using SeedOffset = uint32_t; using SeedPartition = uint32_t; #endif static inline PackedSeed seedp_mask(int seedp_bits) { return ((PackedSeed)1 << seedp_bits) - 1; } static inline PackedSeed seedp_count(int seedp_bits) { return (PackedSeed)1 << seedp_bits; } static inline SeedPartition seed_partition(PackedSeed s, PackedSeed seedp_mask) { return (SeedPartition)(s & seedp_mask); } static inline SeedOffset seed_partition_offset(PackedSeed s, PackedSeed seedp_bits) { return (SeedOffset)(s >> seedp_bits); } struct Seed { Letter& operator[](unsigned i) { return data_[i]; } friend std::ostream& operator<<(std::ostream &str, const Seed &s) { for (unsigned i = 0; i < config.seed_weight; ++i) str << value_traits.alphabet[(size_t)s.data_[i]]; return str; } int score(const Seed &rhs) const { int s = 0; for (unsigned i = 0; i < config.seed_weight; ++i) s += score_matrix(data_[i], rhs.data_[i]); return s; } uint64_t packed() const { uint64_t s = 0; for (unsigned i = 0; i < config.seed_weight; ++i) { s *= 20; s += data_[i]; } return s; } void enum_neighborhood(int treshold, std::vector &out); private: void enum_neighborhood(unsigned pos, int treshold, std::vector& out, int score); Letter data_[Const::max_seed_weight]; };bbuchfink-diamond-6dc5717/src/basic/sequence.h000066400000000000000000000155751523407312000212630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include "basic/value.h" #include "util/text_buffer.h" #include "translated_position.h" #include "util/geo/interval.h" struct Sequence { static constexpr Letter DELIMITER = DELIMITER_LETTER; struct Reversed {}; struct Hardmasked {}; Sequence(): len_ (0), data_ (nullptr) { } Sequence(const Letter *data, Loc len): len_ (len), data_ (data) { } Sequence(const Letter* data, int64_t len) : len_((Loc)len), data_(data) { } Sequence(const Letter* data, size_t len) : len_((Loc)len), data_(data) { } Sequence(const Letter *begin, const Letter *end) : len_(Loc(end - begin)), data_(begin) {} Sequence(const std::vector &data): len_((Loc)data.size()), data_(data.data()) {} Sequence(const Sequence &seq, int from, int to): len_(to-from+1), data_(seq.data() + from) {} Loc length() const { return len_; } const Letter* data() const { return data_; } const Letter* end() const { return data_ + len_; } const Letter* aligned_data(unsigned padding) const { return data_ + padding; } Letter operator [](size_t i) const { #ifdef SEQ_MASK return data_[i] & LETTER_MASK; #else return data_[i]; #endif } bool empty() const { return len_ == 0; } Sequence operator+(int d) const { return Sequence(data_ + d, len_ - d); } size_t print(char *ptr, unsigned begin, unsigned len) const { for(unsigned i=begin;i= 0; --i) os << v.alphabet[(long)(data_[i] & 127)]; return os; } Sequence subseq(int begin, int end) const { return Sequence(*this, begin, end - 1); } Sequence subseq(int begin) const { return Sequence(data_ + begin, len_ - begin); } Sequence subseq_clipped(int begin, int end) const { return Sequence(*this, std::max(begin, 0), std::min(end, len_)); } friend TextBuffer& operator<<(TextBuffer &buf, const Sequence &s) { return s.print(buf, value_traits); } friend std::ostream& operator<<(std::ostream &buf, const Sequence &s) { return s.print(buf, value_traits); } static Sequence get_window(const Letter *s, int window) { const Letter *p = s; int n = 0; while (*p != Sequence::DELIMITER && n < window) { --p; ++n; } n = 0; while (*s != Sequence::DELIMITER && n < window) { ++s; ++n; } return Sequence(p + 1, Loc(s - p - 1)); } std::vector copy() const { return std::vector(data_, data_ + len_); } std::vector reverse() const; void mask(const Interval &i) { for (int j = i.begin_; j < i.end_; ++j) ((Letter*)data_)[j] = value_traits.mask_char; } bool operator==(const Sequence& s) const { if (len_ != s.len_) return false; for (Loc i = 0; i < len_; ++i) if (letter_mask(data_[i]) != letter_mask(s.data_[i])) return false; return true; } Loc masked_letters() const { Loc n = 0; for (Loc i = 0; i < len_; ++i) if (letter_mask(data_[i]) == MASK_LETTER) ++n; return n; } double masked_letter_ratio() const { return (double)masked_letters() / len_; } double length_ratio(const Sequence& seq) const { return len_ < seq.len_ ? (double)len_ / seq.len_ : (double)seq.len_ / len_; } static std::vector from_string(const char* str, const ValueTraits&vt = value_traits, int64_t line = 0); Loc len_; const Letter *data_; }; struct TranslatedSequence { TranslatedSequence() {} explicit TranslatedSequence(const Sequence &s1): source_(s1) { translated_[0] = s1; } TranslatedSequence(const Sequence&source, const Sequence&s1, const Sequence&s2, const Sequence&s3, const Sequence&s4, const Sequence&s5, const Sequence&s6): source_(source) { translated_[0] = s1; translated_[1] = s2; translated_[2] = s3; translated_[3] = s4; translated_[4] = s5; translated_[5] = s6; } TranslatedSequence(const Sequence& source, const std::array, 6>& v): source_(source) { for (int i = 0; i < 6; ++i) translated_[i] = Sequence(v.at(i)); } const Sequence& operator[](Frame frame) const { return translated_[frame.index()]; } Letter operator[](const TranslatedPosition &i) const { return (*this)[i.frame][i]; } Letter operator()(int in_strand, Strand strand) const { assert(in_strand < (int)source_.length() - 2); return translated_[in_strand % 3 + (strand == FORWARD ? 0 : 3)][in_strand / 3]; } const Sequence& index(unsigned frame) const { return translated_[frame]; } const Sequence&source() const { return source_; } bool in_bounds(const TranslatedPosition &i) const { return i >= 0 && i < int((*this)[i.frame].length()); } void get_strand(Strand strand, Sequence*dst) const { int i = strand == FORWARD ? 0 : 3; dst[0] = translated_[i++]; dst[1] = translated_[i++]; dst[2] = translated_[i]; } private: Sequence source_; Sequence translated_[6]; };bbuchfink-diamond-6dc5717/src/basic/shape.h000066400000000000000000000122151523407312000205370ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "const.h" #include "value.h" #include "seed.h" #include "reduction.h" #include "util/math/integer.h" #include "util/system.h" struct Shape { Shape(): length_ (0), weight_ (0), d_ (0), mask_ (0), rev_mask_ (0) { memset(positions_, 0, sizeof(uint32_t)*Const::max_seed_weight); } Shape(const char* code, unsigned id) : weight_(0), mask_(0), rev_mask_(0), long_mask_(0) //long_mask_sse_(_mm_setzero_si128()) { assert(strlen(code) <= 32); memset(positions_, 0, sizeof(uint32_t)*Const::max_seed_weight); const uint64_t b = Reduction::get_reduction().bit_size(); unsigned i (0); for(;i config.max_seed_freq) return false; #endif return true; } inline bool set_seed_shifted(PackedSeed &s, const Letter *seq) const { s = 0; const uint64_t b = Reduction::get_reduction().bit_size(); for (int i = 0; i < weight_; ++i) { Letter l = seq[positions_[i]]; #ifdef SEQ_MASK l &= LETTER_MASK; #endif if (l == value_traits.mask_char || l == Sequence::DELIMITER || l == STOP_LETTER) return false; unsigned r = Reduction::get_reduction()(l); s <<= b; s |= uint64_t(r); } return true; } template inline bool set_seed_reduced(PackedSeed& s, It seq) const { static_assert(W >= 2, "W must be >= 2"); const PackedSeed size = Reduction::get_reduction().size(); Letter letters[W]; unsigned bad = 0; #pragma GCC unroll 16 for (int i = 0; i < W; ++i) { Letter l = seq[positions_[i]]; #ifdef SEQ_MASK l &= LETTER_MASK; #endif bad |= unsigned(l == MASK_LETTER); letters[i] = l; } if (UNLIKELY(bad)) return false; const PackedSeed s2 = size * size; PackedSeed E = letters[0]; PackedSeed O = letters[1]; #pragma GCC unroll 16 for (int i = 2; i + 1 < W; i += 2) { E = E * s2 + letters[i]; O = O * s2 + letters[i + 1]; } if (W % 2 == 0) { s = E * size + O; } else { E = E * s2 + letters[W - 1]; s = E + O * size; } return true; } template inline bool set_seed_reduced(PackedSeed& s, It seq) const { switch (weight_) { case 2: return set_seed_reduced<2>(s, seq); case 3: return set_seed_reduced<3>(s, seq); case 4: return set_seed_reduced<4>(s, seq); case 5: return set_seed_reduced<5>(s, seq); case 6: return set_seed_reduced<6>(s, seq); case 7: return set_seed_reduced<7>(s, seq); case 8: return set_seed_reduced<8>(s, seq); case 9: return set_seed_reduced<9>(s, seq); case 10: return set_seed_reduced<10>(s, seq); case 11: return set_seed_reduced<11>(s, seq); case 12: return set_seed_reduced<12>(s, seq); default: throw std::runtime_error("Seed of weight > 12 currently unsupported."); } UNREACHABLE; } inline bool set_seed(Seed &s, const Letter *seq) const { for (int i = 0; i < weight_; ++i) { Letter l = seq[positions_[i]]; #ifdef SEQ_MASK l &= LETTER_MASK; #endif if (l >= 20) return false; s[i] = l; } return true; } friend std::ostream& operator<<(std::ostream&s, const Shape &sh) { for (int i = 0; i < sh.length_; ++i) s << ((sh.mask_ & (1 << i)) ? '1' : '0'); return s; } bool contiguous() const { return length_ == weight_; } uint64_t long_mask() const { return long_mask_; } int bit_length() const { return ::bit_length(power((int64_t)Reduction::get_reduction().size(), (int64_t)weight_) - 1); } int32_t length_, weight_, positions_[Const::max_seed_weight]; uint32_t d_, mask_, rev_mask_; uint64_t long_mask_; //__m128i long_mask_sse_; };bbuchfink-diamond-6dc5717/src/basic/shape_config.h000066400000000000000000000035511523407312000220670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "shape.h" class ShapeConfig { public: ShapeConfig(): n_ (0) { } ShapeConfig(const std::vector& codes, unsigned count): n_ (0) { unsigned max_shapes = count == 0 ? (unsigned)codes.size() : std::min(count, (unsigned)codes.size()); for (unsigned i = 0; i < max_shapes; ++i) { shapes_[n_] = Shape(codes[i].c_str(), i); if (shapes_[n_].weight_ != shapes_[0].weight_) throw std::runtime_error("Seed shape weight has to be uniform."); n_++; } } int count() const { return n_; } const Shape& operator[](size_t i) const { return shapes_[i]; } friend std::ostream& operator<<(std::ostream&s, const ShapeConfig& cfg) { for (unsigned i = 0; i < cfg.n_; ++i) s << cfg.shapes_[i] << (i < cfg.n_ - 1 ? "," : ""); return s; } std::vector patterns(unsigned begin, unsigned end) const { std::vector v; for (unsigned i = begin; i < end; ++i) v.push_back(shapes_[i].mask_); return v; } private: Shape shapes_[Const::max_shapes]; unsigned n_; }; extern ShapeConfig shapes; extern unsigned shape_from, shape_to;bbuchfink-diamond-6dc5717/src/basic/statistics.h000066400000000000000000000057231523407312000216370ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include struct Statistics { using StatType = int64_t; enum value { SEED_HITS, TENTATIVE_MATCHES0, TENTATIVE_MATCHES1, TENTATIVE_MATCHES2, TENTATIVE_MATCHES3, TENTATIVE_MATCHES4, TENTATIVE_MATCHESX, MATCHES, ALIGNED, GAPPED, DUPLICATES, GAPPED_HITS, QUERY_SEEDS, QUERY_SEEDS_HIT, REF_SEEDS, REF_SEEDS_HIT, QUERY_SIZE, REF_SIZE, OUT_HITS, OUT_MATCHES, COLLISION_LOOKUPS, QCOV, BIAS_ERRORS, SCORE_TOTAL, ALIGNED_QLEN, PAIRWISE, HIGH_SIM, SEARCH_TEMP_SPACE, SECONDARY_HITS, ERASED_HITS, SQUARED_ERROR, CELLS, TARGET_HITS0, TARGET_HITS_HDF, TARGET_HITS1, TARGET_HITS2, TARGET_HITS3, TARGET_HITS3_CBS, TARGET_HITS4, TARGET_HITS5, TARGET_HITS6, TIME_GREEDY_EXT, LOW_COMPLEXITY_SEEDS, SWIPE_REALIGN, EXT8, EXT16, EXT32, GAPPED_FILTER_TARGETS, GAPPED_FILTER_HITS1, GAPPED_FILTER_HITS2, GROSS_DP_CELLS, NET_DP_CELLS, TIME_TARGET_SORT, TIME_SW, TIME_EXT, TIME_GAPPED_FILTER, TIME_LOAD_HIT_TARGETS, TIME_CHAINING, TIME_LOAD_SEED_HITS, TIME_SORT_SEED_HITS, TIME_SORT_TARGETS_BY_SCORE, TIME_TARGET_PARALLEL, TIME_TRACEBACK_SW, TIME_TRACEBACK, HARD_QUERIES, TIME_MATRIX_ADJUST, MATRIX_ADJUST_COUNT, COMP_BASED_STATS_COUNT, FAILED_COMP_BASED_STATS, MASKED_LAZY, SWIPE_TASKS_TOTAL, SWIPE_TASKS_ASYNC, TRIVIAL_ALN, TIME_EXT_32, EXT_OVERFLOW_8, EXT_WASTED_16, DP_CELLS_8, DP_CELLS_16, DP_CELLS_32, TIME_PROFILE, TIME_ANCHORED_SWIPE, TIME_ANCHORED_SWIPE_ALLOC, TIME_ANCHORED_SWIPE_SORT, TIME_ANCHORED_SWIPE_ADD, TIME_ANCHORED_SWIPE_OUTPUT, TIME_PROFILE_GENERATION, EXTENSIONS_RECOMPUTE, TIME_SEARCH, SEEDS_HIT, RESEEKED_DIAGONALS, ADJACENCY_FILTERED_SEED_HITS, UNGAPPED_EXTENSION_FILTERED_SEED_HITS, TIME_KMER_NEIGHBORS, TIME_KEYWORD_TREE, COUNT }; Statistics() { reset(); } void reset() { std::fill(data_, data_ + COUNT, (StatType)0); } Statistics& operator+=(const Statistics &rhs) { mtx_.lock(); for(unsigned i=0;i. ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/geo/interval.h" #include "value.h" enum Strand { FORWARD = 0, REVERSE = 1 }; struct Frame { Frame() {} Frame(Strand strand, int offset): offset(offset), strand(strand) {} explicit Frame(int index) : offset(index % 3), strand(index < 3 ? FORWARD : REVERSE) {} int index() const { return strand * 3 + offset; } int signed_frame() const { return (offset + 1) * (strand == FORWARD ? 1 : -1); } int length(int dna_len) const { return std::max((dna_len - offset) / 3, 0); } int offset; Strand strand; }; struct TranslatedPosition { TranslatedPosition() {} TranslatedPosition(int translated, Frame frame): frame(frame), translated(translated) { } TranslatedPosition(int in_strand, Strand strand): frame(strand, in_strand % 3), translated(in_strand_to_translated(in_strand)) {} operator int() const { return translated; } TranslatedPosition& operator++() { ++translated; return *this; } TranslatedPosition operator+(int x) const { return TranslatedPosition(translated + x, frame); } TranslatedPosition operator-(int x) const { return TranslatedPosition(translated - x, frame); } void shift_forward() { ++frame.offset; if (frame.offset == 3) { frame.offset = 0; ++translated; } } void shift_back() { --frame.offset; if (frame.offset == -1) { frame.offset = 2; --translated; } } void shift_forward(int k) { while (k-- > 0) shift_forward(); } int frame_shift(const TranslatedPosition &x) const { static const int frameshift[3][3] = { { 0, 1, -1 },{ -1, 0, 1 },{ 1, -1, 0 } }; return frameshift[frame.offset][x.frame.offset]; } int absolute(int dna_len) const { if(!frame.offset && align_mode.mode == AlignMode::blastn) return dna_len - 1 - translated; if (!align_mode.query_translated && frame.strand == FORWARD) return translated; return oriented_position(in_strand(), frame.strand, dna_len); } static Interval absolute_interval(const TranslatedPosition &begin, const TranslatedPosition &end, int dna_len) { if (begin.frame.strand == FORWARD) return Interval(begin.in_strand(), end.in_strand()); else return Interval(oriented_position(end.in_strand() - 1, REVERSE, dna_len), oriented_position(begin.in_strand() - 1, REVERSE, dna_len)); } static int in_strand_to_translated(int in_strand) { if (align_mode.query_translated) return in_strand / 3; else return in_strand; } static int translated_to_in_strand(int translated, Frame frame) { if (align_mode.query_translated) return frame.offset + 3 * translated; else return translated; } int in_strand() const { return translated_to_in_strand(translated, frame); } static int oriented_position(int pos, Strand strand, int dna_len) { return strand == FORWARD ? pos : dna_len - pos - 1; } static int absolute_to_translated(int src, Frame frame, int dna_len, bool translated) { if (!translated) return src; return in_strand_to_translated(oriented_position(src, frame.strand, dna_len)); } static int translated_to_absolute(int translated, Frame frame, int dna_len) { return oriented_position(translated_to_in_strand(translated, frame), frame.strand, dna_len); } friend std::ostream& operator<<(std::ostream &s, const TranslatedPosition &a) { s << a.frame.offset << ' ' << a.translated; return s; } Frame frame; int translated; };bbuchfink-diamond-6dc5717/src/basic/value.cpp000066400000000000000000000036731523407312000211160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "value.h" const Letter CharRepresentation::invalid = '\xff'; CharRepresentation::CharRepresentation(unsigned size, const char* chars, char mask, const char* mask_chars) { memset(data_, invalid, sizeof(data_)); for (unsigned i = 0; i < size; ++i) { assert(chars[i] != (char)invalid); data_[(long)chars[i]] = i; data_[(long)tolower(chars[i])] = i; } while (*mask_chars != 0) { const char ch = *mask_chars; data_[(long)ch] = mask; data_[(long)tolower(ch)] = mask; ++mask_chars; } } ValueTraits::ValueTraits(const char* alphabet, Letter mask_char, const char* ignore, SequenceType seq_type) : alphabet(alphabet), alphabet_size((unsigned)strlen(alphabet)), mask_char(mask_char), from_char(CharRepresentation((unsigned)alphabet_size, alphabet, mask_char, ignore)), seq_type(seq_type) {} // 15 = O, 21 = U const Letter IUPACAA_TO_STD[32] = { -1, 0, 20, 4, 3, 6, 13, 7, 8, 9, 21, 11, 10, 12, 2, MASK_LETTER, 14, 5, 1, 15, 16, MASK_LETTER, 19, 17, 23, 18, 22, -1, -1, -1, -1, 24 }; // 24 = U, 26 = O const Letter NCBI_TO_STD[28] = { MASK_LETTER, 0, 20, 4, 3, 6, 13, 7, 8, 9, 11, 10, 12, 2, 14, 5, 1, 15, 16, 19, 17, 23, 18, 22, MASK_LETTER, 24, MASK_LETTER, 21 };bbuchfink-diamond-6dc5717/src/basic/value.h000066400000000000000000000075161523407312000205630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "util/simd.h" typedef signed char Letter; enum class SequenceType : int32_t { amino_acid = 0, nucleotide = 1 }; struct CharRepresentation { CharRepresentation(unsigned size, const char* chars, char mask, const char* mask_chars); Letter operator()(char c) const { if (data_[(long)c] == invalid) throw std::runtime_error("Invalid character in sequence: " + (c >= 32 && c < 127 ? std::string("'") + c + "'" : "ASCII " + std::to_string((long)c))); return data_[(long)c]; } private: static const Letter invalid; Letter data_[256]; }; struct ValueTraits { ValueTraits(const char *alphabet, Letter mask_char, const char *ignore, SequenceType seq_type); const char *alphabet; unsigned alphabet_size; Letter mask_char; CharRepresentation from_char; SequenceType seq_type; }; #define AMINO_ACID_ALPHABET "ARNDCQEGHILKMFPSTWYVBJZX*_" #define AMINO_ACID_COUNT (int(sizeof(AMINO_ACID_ALPHABET) - 1)) #define NUCLEOTIDE_ALPHABET "ACGTN" #define NUCLEOTIDE_COUNT (sizeof(NUCLEOTIDE_ALPHABET) -1) constexpr Letter MASK_LETTER = 23; constexpr Letter STOP_LETTER = 24; constexpr Letter SUPER_HARD_MASK = 25; constexpr Letter DELIMITER_LETTER = 31; constexpr Letter LETTER_MASK = 31; constexpr Letter SEED_MASK = -128; constexpr int32_t TRUE_AA = 20; static inline bool is_amino_acid(Letter x) { return x != MASK_LETTER && x != DELIMITER_LETTER && x != STOP_LETTER; } static inline Letter letter_mask(Letter x) { #ifdef SEQ_MASK return Letter(x & LETTER_MASK); #else return x; #endif } #ifdef __SSE2__ static inline __m128i letter_mask(__m128i x) { #ifdef SEQ_MASK return _mm_and_si128(x, _mm_set1_epi8(LETTER_MASK)); #else return x; #endif } #endif #ifdef __AVX2__ static inline __m256i letter_mask(__m256i x) { #ifdef SEQ_MASK return _mm256_and_si256(x, _mm256_set1_epi8(LETTER_MASK)); #else return x; #endif } #endif #ifdef __ARM_NEON static inline int8x16_t letter_mask(int8x16_t x) { #ifdef SEQ_MASK return vandq_s8(x, vdupq_n_s8(LETTER_MASK)); #else return x; #endif } #endif extern const ValueTraits amino_acid_traits; extern const ValueTraits nucleotide_traits; extern ValueTraits value_traits; extern ValueTraits input_value_traits; static inline char to_char(Letter a) { return value_traits.alphabet[(long)a]; } struct AlignMode { AlignMode(unsigned mode); static unsigned from_command(unsigned command); int check_context(int i) const { if (i >= query_contexts) throw std::runtime_error("Sequence context is out of bounds."); return i; } const char* to_string() const { static const char* mode_str[] = { 0, 0, "blastp", "blastx", "blastn" }; return mode_str[mode]; } enum { blastp = 2, blastx = 3, blastn = 4 }; SequenceType sequence_type, input_sequence_type; int mode, query_contexts, query_len_factor; bool query_translated; }; extern AlignMode align_mode; extern const Letter IUPACAA_TO_STD[32]; extern const Letter NCBI_TO_STD[28]; using Loc = int32_t; using BlockId = uint32_t; using OId = uint64_t; using DictId = int64_t; using Score = int32_t; using TaxId = int32_t; using CentroidId = OId; using SuperBlockId = uint32_t;bbuchfink-diamond-6dc5717/src/chaining/000077500000000000000000000000001523407312000177645ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/chaining/aligner.h000066400000000000000000000044331523407312000215620ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "diag_graph.h" #include "basic/match.h" namespace Chaining { struct Aligner { enum { link_padding = 10, reverse_link_min_overhang = 10 }; int get_approximate_link(int d_idx, int e_idx, double space_penalty, int max_i); template void forward_pass(_it begin, _it end, bool init, double space_penalty); void backtrace(const size_t node, const int j_end, Hsp* out, ApproxHsp& t, const int score_max, const int score_min, const int max_shift, unsigned& next) const; bool backtrace_old(size_t node, int j_end, Hsp* out, ApproxHsp& t, int score_max, int score_min, int max_shift, unsigned& next) const; void backtrace(size_t top_node, Hsp* out, ApproxHsp& t, int max_shift, unsigned& next, int max_j) const; int backtrace(size_t top_node, std::list& hsps, std::list& ts, std::list::iterator& t_begin, int cutoff, int max_shift) const; int backtrace(std::list& hsps, std::list& ts, int cutoff, int max_shift) const; int run(std::list& hsps, std::list& ts, double space_penalty, int cutoff, int max_shift); int run(std::list& hsps, std::list& ts, std::vector::const_iterator begin, std::vector::const_iterator end, int band); Aligner(const Sequence& query, const Sequence& subject, bool log, unsigned frame); const Sequence query, subject; //const Bias_correction &query_bc; const bool log; const unsigned frame; static thread_local DiagGraph diags; static thread_local std::map window; }; }bbuchfink-diamond-6dc5717/src/chaining/backtrace.cpp000066400000000000000000000250371523407312000224160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "aligner.h" #include "basic/config.h" #include "diag_graph.h" using std::vector; using std::cout; using std::endl; using std::list; using std::min; using std::max; using std::numeric_limits; namespace Chaining { static bool disjoint(list::const_iterator begin, list::const_iterator end, const ApproxHsp &t, int cutoff) { for (; begin != end; ++begin) { const double ot = t.subject_range.overlap_factor(begin->subject_range), oq = t.query_range.overlap_factor(begin->query_range); if ((1.0 - min(ot, oq)) * t.score / begin->score >= config.chaining_stacked_hsp_ratio) continue; if ((1.0 - max(ot, oq)) * t.score < cutoff) return false; //if (begin->partial_score(t) < cutoff || !begin->collinear(t)) //if (!begin->disjoint(t) || !begin->collinear(t)) //if (!begin->rel_disjoint(t)) // return false; } return true; } static bool disjoint(list::const_iterator begin, list::const_iterator end, const DiagonalSegment &d, int cutoff) { for (; begin != end; ++begin) { const double ot = d.subject_range().overlap_factor(begin->subject_range), oq = d.query_range().overlap_factor(begin->query_range); if ((1.0 - min(ot, oq)) * d.score / begin->score >= config.chaining_stacked_hsp_ratio) continue; if ((1.0 - max(ot, oq)) * d.score < cutoff) return false; //if (begin->partial_score(d) < cutoff || !begin->collinear(d)) //if (!begin->disjoint(d) || !begin->collinear(d)) //if (!begin->rel_disjoint(d)) //return false; } return true; } bool Aligner::backtrace_old(size_t node, int j_end, Hsp* out, ApproxHsp& t, int score_max, int score_min, int max_shift, unsigned& next) const { const DiagonalNode& d = diags[node]; vector::const_iterator f = diags.get_edge(node, j_end); bool at_end = f >= diags.edges.end(); const int prefix_score = at_end ? d.score : f->prefix_score; if (prefix_score > score_max) return false; int j; score_min = std::min(score_min, at_end ? 0 : f->prefix_score_begin); //if (f != diags.edges.end() && (!stop_at_min || f->path_min == diags[f->node_out].path_min)) { if (!at_end) { const DiagonalNode& e = diags[f->node_out]; const int shift = d.diag() - e.diag(); j = f->j; if (abs(shift) <= max_shift) { const bool bt = backtrace_old(f->node_out, shift > 0 ? j : j + shift, out, t, score_max, score_min, max_shift, next); if (!bt) { if (f->prefix_score_begin > score_min) return false; else at_end = true; } } else { next = f->node_out; at_end = true; } } if (at_end) { if (out) { out->query_range.begin_ = d.i; out->subject_range.begin_ = d.j; out->score = score_max - score_min; } t.query_range.begin_ = d.i; t.subject_range.begin_ = d.j; t.score = score_max - score_min; j = d.j; } else { const DiagonalNode& e = diags[f->node_out]; const int shift = d.diag() - e.diag(); if (out) { if (shift > 0) { out->transcript.push_back(op_insertion, (unsigned)shift); out->length += shift; } else if (shift < 0) { for (int j2 = j + shift; j2 < j; ++j2) { out->transcript.push_back(op_deletion, subject[j2]); ++out->length; } } } } const int dd = d.diag(); t.d_max = std::max(t.d_max, dd); t.d_min = std::min(t.d_min, dd); if (d.score > t.max_diag.score) { t.max_diag = d; t.max_diag.prefix_score = prefix_score; t.max_diag.d_max_left = max(max(t.max_diag.d_max_right, t.max_diag.d_max_left), dd); t.max_diag.d_min_left = min(min(t.max_diag.d_min_right, t.max_diag.d_min_left), dd); t.max_diag.d_max_right = dd; t.max_diag.d_min_right = dd; } else { t.max_diag.d_max_right = std::max(t.max_diag.d_max_right, dd); t.max_diag.d_min_right = std::min(t.max_diag.d_min_right, dd); } if (out) { const int d2 = d.diag(); if (log) cout << "Backtrace node=" << node << " i=" << d2 + j << "-" << d2 + j_end << " j=" << j << "-" << j_end << endl; for (; j < j_end; ++j) { const Letter s = subject[j], q = query[d2 + j]; if (s == q) { out->transcript.push_back(op_match); ++out->identities; } else out->transcript.push_back(op_substitution, s); ++out->length; } } return true; } void Aligner::backtrace(const size_t node, const int j_end, Hsp* out, ApproxHsp& t, const int score_max, const int score_min, const int max_shift, unsigned& next) const { struct Node { size_t node; int score_min, j_end; }; vector nodes; nodes.push_back({ node, score_min, j_end }); bool ret = false, ret_value; while (!nodes.empty()) { Node& c = nodes.back(); const DiagonalNode& d = diags[c.node]; vector::const_iterator f = diags.get_edge(c.node, c.j_end); bool at_end = f >= diags.edges.end(); const int prefix_score = at_end ? d.score : f->prefix_score; if (!ret && prefix_score > score_max) { ret = true; ret_value = false; nodes.pop_back(); continue; } c.score_min = std::min(c.score_min, at_end ? 0 : f->prefix_score_begin); //if (f != diags.edges.end() && (!stop_at_min || f->path_min == diags[f->node_out].path_min)) { if (!at_end) { const DiagonalNode& e = diags[f->node_out]; const int shift = d.diag() - e.diag(); const int j = f->j; if (abs(shift) <= max_shift) { if (!ret) { nodes.push_back({ f->node_out, c.score_min, shift > 0 ? j : j + shift }); continue; } assert(ret == true); if (!ret_value) { if (f->prefix_score_begin > c.score_min) { ret_value = false; nodes.pop_back(); continue; } else at_end = true; } } else { next = f->node_out; at_end = true; } } if (at_end) { if (out) { out->query_range.begin_ = d.i; out->subject_range.begin_ = d.j; out->score = score_max - c.score_min; } t.query_range.begin_ = d.i; t.subject_range.begin_ = d.j; t.score = score_max - c.score_min; } else { const DiagonalNode& e = diags[f->node_out]; const int shift = d.diag() - e.diag(); if (out) { if (shift > 0) { out->transcript.push_back(op_insertion, (unsigned)shift); out->length += shift; } else if (shift < 0) { const int j = f->j; for (int j2 = j + shift; j2 < j; ++j2) { out->transcript.push_back(op_deletion, subject[j2]); ++out->length; } } } } const int dd = d.diag(); t.d_max = std::max(t.d_max, dd); t.d_min = std::min(t.d_min, dd); if (out) { int j = at_end ? d.j : f->j; const int d2 = d.diag(); if (log) cout << "Backtrace node=" << node << " i=" << d2 + j << "-" << d2 + j_end << " j=" << j << "-" << j_end << endl; for (; j < j_end; ++j) { const Letter s = subject[j], q = query[d2 + j]; if (s == q) { out->transcript.push_back(op_match); ++out->identities; } else out->transcript.push_back(op_substitution, s); ++out->length; } } ret = true; ret_value = true; nodes.pop_back(); } } void Aligner::backtrace(size_t top_node, Hsp* out, ApproxHsp& t, int max_shift, unsigned& next, int max_j) const { ApproxHsp traits(frame); if (top_node != DiagGraph::end) { const DiagonalNode& d = diags[top_node]; if (out) { out->transcript.clear(); out->query_range.end_ = d.query_end(); out->subject_range.end_ = d.subject_end(); } traits.subject_range.end_ = d.subject_end(); traits.query_range.end_ = d.query_end(); int score_min = d.prefix_score; backtrace_old(top_node, std::min(d.subject_end(), max_j), out, traits, d.prefix_score, score_min, max_shift, next); } else { traits.score = 0; if (out) out->score = 0; } if (out) out->transcript.push_terminator(); t = traits; } int Aligner::backtrace(size_t top_node, list& hsps, list& ts, list::iterator& t_begin, int cutoff, int max_shift) const { unsigned next; int max_score = 0, max_j = (int)subject.length(); do { Hsp* hsp = log ? new Hsp(true) : 0; ApproxHsp t(frame); next = std::numeric_limits::max(); backtrace(top_node, hsp, t, max_shift, next, max_j); //assert(t.score > 0); //Geo::assert_diag_bounds(t.d_max, query.length(), subject.length()); //Geo::assert_diag_bounds(t.d_min, query.length(), subject.length()); if (t.score > 0) max_j = t.subject_range.begin_; if (t.score >= cutoff && disjoint(t_begin, ts.end(), t, cutoff)) { if (t_begin == ts.end()) { ts.push_back(t); t_begin = ts.end(); t_begin--; } else ts.push_back(t); if (hsp) hsps.push_back(*hsp); max_score = std::max(max_score, t.score); } delete hsp; top_node = next; } while (next != std::numeric_limits::max()); return max_score; } int Aligner::backtrace(list& hsps, list& ts, int cutoff, int max_shift) const { vector top_nodes; for (size_t i = 0; i < diags.nodes.size(); ++i) { DiagonalNode& d = diags.nodes[i]; //cout << "node=" << i << " prefix_score=" << d.prefix_score << " path_max=" << d.path_max << " rel_score=" << d.rel_score() << " cutoff=" << cutoff << endl; //if (d.prefix_score >= cutoff && (d.prefix_score == d.path_max || d.prefix_score - d.path_min >= cutoff)) if (d.rel_score() >= cutoff) top_nodes.push_back(&d); } std::sort(top_nodes.begin(), top_nodes.end(), DiagonalNode::cmp_rel_score); int max_score = 0; list::iterator t_begin = ts.end(); for (vector::const_iterator i = top_nodes.begin(); i < top_nodes.end(); ++i) { const size_t node = *i - diags.nodes.data(); if (log) cout << "Backtrace candidate node=" << node << endl; if (disjoint(t_begin, ts.end(), **i, cutoff)) { if (log) cout << "Backtrace node=" << node << " prefix_score=" << (*i)->prefix_score << " rel_score=" << (*i)->rel_score() << endl; max_score = std::max(max_score, backtrace(node, hsps, ts, t_begin, cutoff, max_shift)); if (log) cout << endl; } } return max_score; } }bbuchfink-diamond-6dc5717/src/chaining/chaining.h000066400000000000000000000024321523407312000217160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "util/hsp/approx_hsp.h" #include "dp/dp.h" namespace Chaining { std::pair> run(Sequence query, Sequence subject, std::vector::const_iterator begin, std::vector::const_iterator end, bool log, unsigned frame); std::list run(Sequence query, const std::vector& targets); ApproxHsp hamming_ext(std::vector::iterator begin, std::vector::iterator end, Loc qlen, Loc tlen, bool use_cov_filter); }bbuchfink-diamond-6dc5717/src/chaining/diag_graph.h000066400000000000000000000121431523407312000222230ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "util/geo/diagonal_segment.h" #include "basic/sequence.h" struct DiagonalNode : public DiagonalSegment { enum { estimate, finished }; DiagonalNode() : DiagonalSegment(), link_idx(-1), prefix_score(0), path_max(0), path_min(0) {} DiagonalNode(int query_pos, int subject_pos, int len, int score, int link_idx = -1) : DiagonalSegment(query_pos, subject_pos, len, score), link_idx(link_idx), prefix_score(score), path_max(score), path_min(score) {} DiagonalNode(const DiagonalSegment& d) : DiagonalSegment(d), link_idx(-1), prefix_score(d.score), path_max(d.score), path_min(d.score) {} void deactivate() { link_idx = 0; } void reset() { link_idx = -1; prefix_score = score; path_max = score; path_min = score; } bool is_maximum() const { return path_max == prefix_score; } int rel_score() const { return prefix_score == path_max ? prefix_score : prefix_score - path_min; } static bool cmp_prefix_score(const DiagonalNode* x, const DiagonalNode* y) { return x->prefix_score > y->prefix_score; } static bool cmp_rel_score(const DiagonalNode* x, const DiagonalNode* y) { return x->rel_score() > y->rel_score(); } int link_idx, prefix_score, path_max, path_min; }; struct DiagGraph { enum { end = size_t(-1) }; struct Edge { Edge() : prefix_score(0), node_in() { } Edge(int prefix_score, int path_max, int j, unsigned node_in, unsigned node_out, int path_min, int prefix_score_begin) : prefix_score(prefix_score), path_max(path_max), j(j), path_min(path_min), prefix_score_begin(prefix_score_begin), node_in(node_in), node_out(node_out) { } /*operator int() const { return prefix_score; } bool operator<(const Edge &x) const { return prefix_score > x.prefix_score; }*/ int prefix_score, path_max, j, path_min, prefix_score_begin; unsigned node_in, node_out; }; void init() { nodes.clear(); edges.clear(); } void init(unsigned node) { if (edges.size() >= (size_t)std::numeric_limits::max()) throw std::runtime_error("Too many edges."); nodes[node].link_idx = (int)edges.size(); } void load(std::vector::const_iterator begin, std::vector::const_iterator end); void sort(); void prune(); void clear_edges(); std::vector::iterator add_edge(const Edge& edge) { for (std::vector::iterator j = nodes.begin() + edge.node_in + 1; j < nodes.end(); ++j) if (j->link_idx == -1) break; else ++j->link_idx; assert(nodes[edge.node_in].link_idx >= 0 && nodes[edge.node_in].link_idx <= (int)edges.size()); DiagonalNode& d = nodes[edge.node_in]; if (edge.prefix_score > d.prefix_score) { d.prefix_score = edge.prefix_score; d.path_max = edge.path_max; d.path_min = edge.path_min; } return edges.insert(edges.begin() + d.link_idx++, edge); } std::vector::const_iterator get_edge(size_t node, int j) const { const DiagonalNode& d = nodes[node]; if (d.score == 0) return edges.begin() + d.link_idx - 1; if (edges.empty()) return edges.end(); int max_score = d.score; ptrdiff_t max_i = -1; for (ptrdiff_t i = d.link_idx - 1; i >= 0 && edges[i].node_in == node; --i) if (edges[i].j < j && edges[i].prefix_score > max_score) { max_i = i; max_score = edges[i].prefix_score; } /*for (vector::const_iterator i = edges.begin() + d.link_idx - 1; i >= edges.begin() && i->node_in == node; --i) if (i->j < j && i->prefix_score > max_score) { max_edge = i; max_score = i->prefix_score; }*/ return max_i >= 0 ? edges.begin() + max_i : edges.end(); } int prefix_score(size_t node, int j, int& path_max, int& path_min) const { const std::vector::const_iterator i = get_edge(node, j); path_max = i == edges.end() ? nodes[node].score : std::max(nodes[node].score, i->path_max); path_min = i == edges.end() ? nodes[node].score : i->path_min; return i == edges.end() ? nodes[node].score : std::max(nodes[node].score, i->prefix_score); } DiagonalNode& operator[](size_t k) { return nodes[k]; } const DiagonalNode& operator[](size_t k) const { return nodes[k]; } void print(Sequence query, Sequence subject) const; size_t top_node() const; std::vector nodes; std::vector edges; }; void smith_waterman(Sequence q, Sequence s, const DiagGraph& diags);bbuchfink-diamond-6dc5717/src/chaining/greedy_align.cpp000066400000000000000000000374531523407312000231350ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later // #define _ITERATOR_DEBUG_LEVEL 0 #include #include #include #include #include "basic/sequence.h" #include "basic/match.h" #include "stats/score_matrix.h" #include "output/output_format.h" #include "util/hsp/approx_hsp.h" #include "util/util.h" #include "dp/ungapped.h" #include "aligner.h" #include "diag_graph.h" #include "util/geo/diagonal_segment.h" #include "dp/dp.h" using std::endl; using std::cout; using std::map; using std::list; using std::set; using std::max; using std::min; using std::vector; static const double SPACE_PENALTY = 0.1; void DiagGraph::clear_edges() { edges.clear(); for (vector::iterator i = nodes.begin(); i < nodes.end(); ++i) i->deactivate(); } void DiagGraph::load(vector::const_iterator begin, vector::const_iterator end) { int d = std::numeric_limits::min(), max_j_end = d; for (vector::const_iterator i = begin; i < end; ++i) { const int d2 = i->diag(); if (d2 != d) { d = d2; nodes.push_back(*i); max_j_end = nodes.back().subject_end(); } else if (max_j_end < i->j) { nodes.push_back(*i); max_j_end = std::max(max_j_end, nodes.back().subject_end()); } } } void DiagGraph::print(Sequence query, Sequence subject) const { for (int k = 0; k < (int)nodes.size(); ++k) { const DiagonalSegment &d = nodes[k]; cout << "Diag n=" << k << " i=" << d.i << " j=" << d.j << " d=" << d.diag() << " score=" << d.score << " len=" << d.len << endl; cout << Sequence(query, d.i, d.query_last()) << endl; cout << Sequence(subject, d.j, d.subject_last()) << endl; } } size_t DiagGraph::top_node() const { int top_score = 0, score; size_t top_node = end; for (size_t k = 0; k < nodes.size(); ++k) if ((score = nodes[k].prefix_score) > top_score) { top_node = k; top_score = score; } return top_node; } void DiagGraph::sort() { std::sort(nodes.begin(), nodes.end(), DiagonalSegment::cmp_subject); } void DiagGraph::prune() { vector finished; list window; for (const DiagonalNode&d : nodes) { size_t n = 0; for (list::iterator i = window.begin(); i != window.end();) { if (i->subject_end() > d.j) { if (i->score >= d.score && i->j <= d.j && i->subject_end() >= d.subject_end()) ++n; ++i; } else { finished.push_back(*i); i = window.erase(i); } } if (n <= config.chaining_range_cover) window.push_back(d); } for (const DiagonalNode&d : window) finished.push_back(d); nodes = std::move(finished); } struct Link { Link(): subject_pos1(-1) {} Link(unsigned target, int query_pos, int subject_pos, int score1, int score2) : subject_pos1(subject_pos), query_pos1(query_pos), score1(score1), score2(score2) {} int subject_pos1, query_pos1, subject_pos2, query_pos2, score1, score2; Link& transpose() { std::swap(subject_pos1, query_pos1); std::swap(subject_pos2, query_pos2); return *this; } void reset() { subject_pos1 = -1; score1 = 0; score2 = 0; } }; int get_hgap_link(const DiagonalSegment &d1, const DiagonalSegment &d2, Sequence query, Sequence subject, Link &l, int padding) { const int d = d1.diag() - d2.diag(), j2_end = std::min(std::max((int)d2.j, d1.subject_last() + d + 1 + padding), d2.subject_last()); int j1; bool space; if (d1.subject_last() < d2.j - d - 1) { j1 = d1.subject_last(); space = true; } else { j1 = std::max(d2.j - d - 1 - padding, d1.j); space = false; } int j2 = j1 + d + 1, i1 = d1.i + (j1 - d1.j), i2 = i1 + 1; //cout << "j2=" << j2 << " d2.subject_last=" << d2.subject_last() << endl; if (j2 > d2.subject_last()) { l.reset(); return std::numeric_limits::min(); } int score1 = 0, //score2 = score_range(query, subject, i2, j2, d2.j + d2.len); score2 = score_range(query, subject, i2, j2, d2.j) + d2.score - score_range(query, subject, d2.i, d2.j, j2); int max_score = std::numeric_limits::min(); while (true) { //cout << "i1=" << i1 << " j1=" << j1 << " i2=" << i2 << " j2=" << j2 << " score1=" << score1 << " score2=" << score2 << " total=" << score1 + score2 << endl; if (score1 + score2 > max_score) { max_score = score1 + score2; l.query_pos1 = i1; l.subject_pos1 = j1; l.query_pos2 = i2; l.subject_pos2 = j2; l.score1 = score1; l.score2 = score2; } score2 -= score_matrix(query[i2], subject[j2]); ++i1; ++i2; ++j1; ++j2; if (j2 > j2_end) break; score1 += score_matrix(query[i1], subject[j1]); } const int j1_end = j2_end - d; if (space) l.score1 += d1.score; else l.score1 += d1.score - score_range(query, subject, d1.diag() + j1_end, j1_end, d1.subject_end()) + score_range(query, subject, d1.query_end(), d1.subject_end(), j1_end) - score1; return max_score; } int get_vgap_link(const DiagonalSegment &d1, const DiagonalSegment &d2, Sequence query, Sequence subject, Link &l, int padding) { int s = get_hgap_link(d1.transpose(), d2.transpose(), subject, query, l, padding); l.transpose(); return s; } int get_link(const DiagonalSegment &d1, const DiagonalSegment &d2, Sequence query, Sequence subject, Link &l, int padding) { if (d1.diag() < d2.diag()) return get_vgap_link(d1, d2, query, subject, l, padding); else return get_hgap_link(d1, d2, query, subject, l, padding); } namespace Chaining { enum { link_padding = 10, reverse_link_min_overhang = 10 }; int Aligner::get_approximate_link(int d_idx, int e_idx, double space_penalty, int max_i) { DiagonalNode& d = diags[d_idx]; DiagonalNode& e = diags[e_idx]; const int shift = d.diag() - e.diag(); int gap_score = shift != 0 ? -score_matrix.gap_open() - abs(shift)*score_matrix.gap_extend() : 0; const int space = shift > 0 ? d.j - e.subject_last() : d.i - e.query_last(); int prefix_score = 0, link_score = 0, link_j = 0, diff1 = 0, path_max = 0, path_min = 0, prefix_score_begin = 0; if (space <= 0 || space_penalty == 0.0) { vector::const_iterator edge = diags.get_edge(d_idx, d.j); if (edge != diags.edges.end() && edge->prefix_score > e.prefix_score + gap_score + d.score) return 0; /*if (d.prefix_score > e.prefix_score + gap_score + d.score) return 0;*/ Link link; if (get_link(e, d, query, subject, link, link_padding) > 0) { diff1 = e.score - link.score1; const int prefix_e = diags.prefix_score(e_idx, link.subject_pos1, path_max, path_min); prefix_score = prefix_e - diff1 + gap_score + link.score2; vector::const_iterator edge = diags.get_edge(d_idx, link.subject_pos2); if (edge != diags.edges.end() && edge->prefix_score > prefix_score) return 0; prefix_score_begin = prefix_score - link.score2; path_min = std::min(path_min, prefix_score - link.score2); if (prefix_e == path_max) { path_max -= diff1; } link_score = link.score1 + link.score2 + gap_score; link_j = link.subject_pos2; /*if (log) cout << "Link score1=" << link.score1 << " score2=" << link.score2 << " j1=" << link.subject_pos1 << " j2=" << link.subject_pos2 << endl;*/ } } else { prefix_score = e.prefix_score + gap_score - int(space_penalty*std::max(space - 1, 0)) + d.score; vector::const_iterator edge = diags.get_edge(d_idx, d.j); if (edge != diags.edges.end() && edge->prefix_score > prefix_score) return 0; prefix_score_begin = prefix_score - d.score; path_max = e.path_max; path_min = e.path_min; path_min = std::min(path_min, prefix_score - d.score); link_score = e.score + d.score + gap_score; link_j = d.j; } if (prefix_score > d.score) { path_max = std::max(path_max, prefix_score); diags.add_edge(DiagGraph::Edge(prefix_score, path_max, link_j, d_idx, e_idx, prefix_score == path_max ? prefix_score : path_min, prefix_score_begin)); if (log) cout << "Link n=" << e_idx << " d=" << e.diag() << " i_end=" << e.query_end() << " max_i=" << max_i << " shift=" << shift << " space=" << space << " prefix_score=" << prefix_score << " link_score=" << link_score << " path_min="< void Aligner::forward_pass(_it begin, _it end, bool init, double space_penalty) { window.clear(); for (_it it = begin; it != end; ++it) { unsigned node = (unsigned)(*it); if(init) diags.init(node); DiagonalNode& d = diags[node]; const int dd = d.diag(); if (log) cout << "Node " << node << " Score=" << d.score << endl; map::iterator i = window.find(dd), j; if (i == window.end()) i = window.insert(std::make_pair(dd, node)).first; j = i; int max_j = 0; if (i == window.begin()) goto weiter; do { --j; DiagonalNode&e = diags[j->second]; const int de = j->first, shift = dd - de; //if (d.j - e.subject_end() > max_dist) { if (e.prefix_score - int(space_penalty*(std::max(d.j - e.subject_end(), 0))) <= 0) { map::iterator k = j; if (j == window.begin()) { window.erase(j); break; } else { ++k; window.erase(j); j = k; continue; } } if (e.subject_end() < max_j) continue; get_approximate_link(node, j->second, space_penalty, max_j); max_j = std::max(max_j, std::min(d.j, e.subject_end())); if (e.subject_end() - (d.subject_end() - std::min(e.diag() - d.diag(), 0)) >= reverse_link_min_overhang) { if (log) cout << "Computing reverse link node=" << j->second << endl; get_approximate_link(j->second, node, space_penalty, max_j); } } while (j != window.begin()); weiter: j = i; if (j->second == node) ++j; int max_i = 0; while (j != window.end()) { DiagonalNode &e = diags[j->second]; const int de = j->first, shift = dd - de; //if (d.j - e.subject_end() > max_dist && j != i) { if (e.prefix_score - int(space_penalty*(std::max(d.j - e.subject_end(),0))) <= 0 && j != i) { map::iterator k = j; ++k; window.erase(j); j = k; continue; } if (e.query_end() < max_i) { ++j; continue; } //if (get_approximate_link(node, j->second, space_penalty, max_i) > e.prefix_score) get_approximate_link(node, j->second, space_penalty, max_i); if (e.i < d.i) max_i = std::max(max_i, std::min(e.query_end(), d.i)); if (e.subject_end() - (d.subject_end() - std::min(e.diag() - d.diag(), 0)) >= reverse_link_min_overhang) { if (log) cout << "Computing reverse link node=" << j->second << endl; get_approximate_link(j->second, node, space_penalty, max_i); } ++j; } i->second = node; if (log) cout << "Prefix_score=" << d.prefix_score << " path_max=" << d.path_max << " path_min=" << d.path_min << endl << endl; } } int Aligner::run(list &hsps, list &ts, double space_penalty, int cutoff, int max_shift) { if (config.chaining_maxnodes > 0) { std::sort(diags.nodes.begin(), diags.nodes.end(), DiagonalSegment::cmp_score); if (diags.nodes.size() > config.chaining_maxnodes) diags.nodes.erase(diags.nodes.begin() + config.chaining_maxnodes, diags.nodes.end()); } if (config.chaining_len_cap > 0.0 && diags.nodes.size() > config.chaining_min_nodes) { std::sort(diags.nodes.begin(), diags.nodes.end(), DiagonalSegment::cmp_score); const double cap = query.length() * config.chaining_len_cap; double total_len = 0.0; auto it = diags.nodes.begin(); while (it < diags.nodes.end() && total_len < cap) { total_len += it->len; ++it; } diags.nodes.erase(std::max(diags.nodes.begin() + config.chaining_min_nodes, it), diags.nodes.end()); } diags.sort(); diags.prune(); if (log) { diags.print(query, subject); cout << endl << endl; } forward_pass(IndexIterator(0llu), IndexIterator(diags.nodes.size()), true, space_penalty); int max_score = backtrace(hsps, ts, cutoff, max_shift); if (log) { hsps.sort(Hsp::cmp_query_pos); for (list::iterator i = hsps.begin(); i != hsps.end(); ++i) print_hsp(*i, TranslatedSequence(query)); cout << endl << "Smith-Waterman:" << endl; smith_waterman(query, subject, diags); cout << endl << endl; } return max_score; } int Aligner::run(list &hsps, list &ts, vector::const_iterator begin, vector::const_iterator end, int band) { if (log) cout << "***** Seed hit run " << begin->diag() << '\t' << (end - 1)->diag() << '\t' << (end - 1)->diag() - begin->diag() << endl; diags.init(); diags.load(begin, end); return run(hsps, ts, SPACE_PENALTY, 19, band); } Aligner::Aligner(const Sequence &query, const Sequence &subject, bool log, unsigned frame) : query(query), subject(subject), //query_bc(query_bc), log(log), frame(frame) { } thread_local DiagGraph Aligner::diags; thread_local map Aligner::window; } namespace Chaining { static Score merge_score(const ApproxHsp& h1, const ApproxHsp& h2) { static const double GAP_PENALTY = 0.5; const Loc gq = h2.query_range.begin_ - h1.query_range.end_, gt = h2.subject_range.begin_ - h1.subject_range.end_; if (gq < 0 || gt < 0) return 0; const Score s = h1.score + h2.score; if (gq > gt) { return Score(s - gq * GAP_PENALTY - gt * SPACE_PENALTY); } else return Score(s - gt * GAP_PENALTY - gq * SPACE_PENALTY); } static ApproxHsp merge(const ApproxHsp& h1, const ApproxHsp& h2) { ApproxHsp h(h1.frame); h.d_max = max(h1.d_max, h2.d_max); h.d_min = min(h1.d_min, h2.d_min); h.query_range = { h1.query_range.begin_, h2.query_range.end_ }; h.query_source_range = h.query_range; h.subject_range = { h1.subject_range.begin_, h2.subject_range.end_ }; h.score = merge_score(h1, h2); h.evalue = 0; if (h1.max_diag.score > h2.max_diag.score) { h.max_diag = h1.max_diag; h.max_diag.d_max_right = max(h.max_diag.d_max_right, h2.d_max); h.max_diag.d_min_right = min(h.max_diag.d_min_right, h2.d_min); } else { h.max_diag = h2.max_diag; h.max_diag.d_max_left = max(h.max_diag.d_max_left, h1.d_max); h.max_diag.d_min_left = min(h.max_diag.d_min_left, h1.d_min); } return h; } static void merge_hsps(list& hsps) { auto it = hsps.begin(); while (it != hsps.end()) { auto it2 = it; ++it2; while (it2 != hsps.end()) { if (merge_score(*it, *it2) > max(it->score, it2->score)) { *it = merge(*it, *it2); it2 = hsps.erase(it2); } else if (merge_score(*it2, *it) > max(it->score, it2->score)) { *it = merge(*it2, *it); it2 = hsps.erase(it2); } else ++it2; } ++it; } } std::pair> run(Sequence query, Sequence subject, vector::const_iterator begin, vector::const_iterator end, bool log, unsigned frame) { const int band = config.chaining_maxgap; if (end - begin == 1) { const Loc d = begin->diag(); const Anchor anchor(*begin, d, d, d, d, begin->score); return { begin->score, { { d, d, begin->score, (int)frame, begin->query_range(), begin->subject_range(), anchor}} }; } Chaining::Aligner ga(query, subject, log, frame); list hsps; list ts; int score = ga.run(hsps, ts, begin, end, band); if (!config.no_chaining_merge_hsps) merge_hsps(ts); return std::make_pair(score, std::move(ts)); } list run(Sequence query, const std::vector& targets) { list out; return out; } }bbuchfink-diamond-6dc5717/src/chaining/hamming_ext.cpp000066400000000000000000000063711523407312000227770ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "basic/config.h" #include "stats/score_matrix.h" #include "stats/stats.h" #include "util/util.h" #include "util/geo/diagonal_segment.h" #include "util/hsp/approx_hsp.h" using std::stable_sort; using std::vector; using std::max; namespace Chaining { static ApproxHsp find_aln(vector::iterator begin, vector::iterator end, Loc qlen, Loc tlen) { for (auto it = begin; it < end; ++it) { const double ev = score_matrix.evalue(it->score, qlen, tlen); if ((it->id_percent() >= config.approx_min_id || Stats::approx_id(it->score, it->len, it->len) >= config.approx_min_id) && ((config.query_or_target_cover > 0 && std::max(it->cov_percent(qlen), it->cov_percent(tlen)) >= config.query_or_target_cover) || (config.query_or_target_cover == 0 && it->cov_percent(qlen) >= config.query_cover && it->cov_percent(tlen) >= config.subject_cover)) && ev <= config.max_evalue) return ApproxHsp(0, 0, it->score, 0, it->query_range(), it->subject_range(), *it, ev); } return ApproxHsp(0); } static ApproxHsp filter(vector::iterator begin, vector::iterator end, Loc qlen, Loc tlen, bool use_cov_filter) { const double TOLERANCE_FACTOR = 1.1, ID_MIN_COV = 80; stable_sort(begin, end, DiagonalSegment::cmp_score); Loc ident = 0, len = 0; const Loc qtol = safe_cast(qlen * TOLERANCE_FACTOR), ttol = safe_cast(tlen * TOLERANCE_FACTOR); for (auto it = begin; it < end; ++it) { if (len + it->len > qtol || len + it->len > ttol) continue; ident += it->ident; len += it->len; } const double qcov = (double)len / qlen * 100, tcov = (double)len / tlen * 100; if (config.diag_filter_cov.present() && use_cov_filter && ((config.query_or_target_cover > 0 && max(qcov, tcov) < config.diag_filter_cov) || (config.query_cover > 0 && qcov < config.diag_filter_cov) || (config.subject_cover > 0 && tcov < config.diag_filter_cov))) return ApproxHsp(0, -1); if (config.diag_filter_id.present() && max(qcov, tcov) >= ID_MIN_COV && (double)ident / len * 100.0 < config.diag_filter_id) return ApproxHsp(0, -1); return ApproxHsp(0); } ApproxHsp hamming_ext(vector::iterator begin, vector::iterator end, Loc qlen, Loc tlen, bool use_cov_filter) { if (config.hamming_ext) { ApproxHsp h = find_aln(begin, end, qlen, tlen); if (h.score > 0) return h; } if (config.diag_filter_cov.present() || config.diag_filter_id.present()) { return filter(begin, end, qlen, tlen, use_cov_filter); } return ApproxHsp(0); } }bbuchfink-diamond-6dc5717/src/chaining/smith_waterman.cpp000066400000000000000000000054211523407312000235140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "output/output_format.h" #include "dp/ungapped.h" #include "diag_graph.h" #include "dp/scalar/scalar.h" #include "stats/score_matrix.h" using std::cout; using std::endl; using std::vector; void print_diag(int i0, int j0, int l, int score, const DiagGraph &diags, const Sequence &query, const Sequence &subject) { DiagonalSegment ds(i0, j0, l, 0); unsigned n = 0; int path_max, path_min; for (vector::const_iterator d = diags.nodes.begin(); d != diags.nodes.end(); ++d) { if (d->intersect(ds).len > 0) { if (d->score == 0) continue; const int diff = score_range(query, subject, d->query_end(), d->subject_end(), j0 + l); if (n > 0) cout << "("; cout << "Diag n=" << d - diags.nodes.begin() << " i=" << i0 << " j=" << j0 << " len=" << l << " prefix_score=" << score + score_range(query, subject, i0 + l, j0 + l, d->subject_end()) - std::min(diff, 0) << " prefix_score2=" << diags.prefix_score((unsigned)(d - diags.nodes.begin()), j0 + l, path_max, path_min); if (n > 0) cout << ")"; cout << endl; ++n; } } if (n == 0) cout << "Diag n=x i=" << i0 << " j=" << j0 << " len=" << l << " prefix_score=" << score << endl; } void smith_waterman(Sequence q, Sequence s, const DiagGraph &diags) { Hsp hsp(true); smith_waterman(q, s, hsp); Hsp::Iterator i = hsp.begin(); int i0 = -1, j0 = -1, l = 0, score = 0; for (; i.good(); ++i) { switch (i.op()) { case op_match: case op_substitution: if (i0 < 0) { i0 = i.query_pos.translated; j0 = i.subject_pos; l = 0; } score += score_matrix(q[i.query_pos.translated], s[i.subject_pos]); ++l; break; case op_deletion: case op_insertion: if (i0 >= 0) { print_diag(i0, j0, l, score, diags, q, s); score -= score_matrix.gap_open() + score_matrix.gap_extend(); i0 = -1; j0 = -1; } else score -= score_matrix.gap_extend(); break; case op_frameshift_forward: case op_frameshift_reverse: ; } } print_diag(i0, j0, l, score, diags, q, s); print_hsp(hsp, TranslatedSequence(q)); }bbuchfink-diamond-6dc5717/src/cluster/000077500000000000000000000000001523407312000176655ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/cluster/cluster.h000066400000000000000000000133551523407312000215260ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink With contributions from Patrick Ettenhuber Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/value.h" #include "data/sequence_file.h" #include "util/data_structures/flat_array.h" #include "basic/match.h" #include "dp/flags.h" #include "output/output_format.h" #include "multinode.h" class ClusteringAlgorithm { public: virtual void run() = 0; virtual std::string get_description() = 0; virtual ~ClusteringAlgorithm(){}; }; namespace Cluster { const double DEFAULT_MEMBER_COVER = 80.0; extern const char* const HEADER_LINE; struct CentroidSorted {}; void realign(const FlatArray& clusters, const std::vector& centroids, SequenceFile& db, std::function& callback, HspValues hsp_values); void realign(const std::vector& clustering, SequenceFile& db, std::function& callback, HspValues hsp_values); template std::pair, std::vector> read(const std::string& file_name, const SequenceFile& db, CentroidSorted); template std::vector read(const std::string& file_name, const SequenceFile& db); template std::vector member2centroid_mapping(const FlatArray& clusters, const std::vector& centroids); //template //void output_mem(Util::Tsv::File& out, SequenceFile& db, const std::vector& mapping); //void output_mem(Util::Tsv::File& out, SequenceFile& db, Util::Tsv::File& oid_to_centroid_oid); //template //void output_mem(Util::Tsv::File& out, SequenceFile& db, std::vector>& mapping); template std::pair, std::vector> cluster_sorted(const std::vector& mapping); template std::pair, std::vector> split(const std::vector& mapping); std::vector member_counts(const std::vector& mapping); void init_thresholds(); //std::vector len_sorted_clust(const FlatArray>& edges); //void output_edges(const std::string& file, SequenceFile& db, const std::vector>& edges); double round_value(const std::vector& par, const std::string& name, int round, int round_count); template std::vector convert_mapping(const std::vector& mapping, Int2) { std::vector out; out.reserve(mapping.size()); std::transform(mapping.begin(), mapping.end(), std::back_inserter(out), [](Int x) { return (Int2)x; }); return out; } /*struct Mapback : public Consumer { static constexpr OId NIL_VALUE = (OId)-1; Mapback(int64_t count) : centroid_id(count, NIL_VALUE) {} virtual void consume(const char* ptr, size_t n) { const char* end = ptr + n; const bool mutual_cov = config.mutual_cover.present(); const double cutoff = mutual_cov ? config.mutual_cover.get_present() : config.member_cover; OId query = NIL_VALUE; for(const char* p = ptr; p < end; p += sizeof(Output::Format::Edge::Data)) { const auto edge = *(Output::Format::Edge::Data*)p; assert(query == NIL_VALUE || query == edge.query); query = edge.query; if (edge.qcovhsp >= cutoff && ((mutual_cov && edge.scovhsp >= cutoff) || !mutual_cov)) centroid_id[edge.query] = edge.target; } } std::vector unmapped() const { std::vector v; for (OId i = 0; i < centroid_id.size(); ++i) if (centroid_id[i] == NIL_VALUE) v.push_back(i); return v; } std::vector centroid_id; };*/ template int64_t update_clustering(It clustering, It2 mapping, It2 query_begin, It2 query_end, It2 db_begin) { const uint64_t n = query_end - query_begin; int64_t k = 0; for (OId i = 0; i < n; ++i) if (mapping[i] >= 0 && clustering[query_begin[i]] != db_begin[mapping[i]]) { clustering[query_begin[i]] = (typename It::value_type)db_begin[mapping[i]]; ++k; } return k; } template std::vector cluster_members(It begin, It end, const FlatArray& clusters) { std::vector out; for (It i = begin; i != end; ++i) { for (auto it = clusters.cbegin(*i); it != clusters.cend(*i); ++it) { out.push_back(*it); } } return out; } struct Cfg { Cfg(HspValues hsp_values, bool lazy_titles, const FlatArray& clusters, const std::vector& centroids, SequenceFile* db) : hsp_values(hsp_values), lazy_titles(lazy_titles), clusters(clusters), centroids(centroids), db(db) { } const HspValues hsp_values; const bool lazy_titles; const FlatArray& clusters; const std::vector& centroids; SequenceFile* db; std::shared_ptr centroid_block, member_block; }; File* realign_block_pair(CentroidId begin, CentroidId end, Cfg& cfg); std::vector cluster_steps(double approx_id, bool linear); std::vector default_round_cov(int steps); bool is_linclust(const std::vector& steps); std::vector default_round_approx_id(int steps); int round_ccd(std::vector param, int round, int round_count, bool linear); } bbuchfink-diamond-6dc5717/src/cluster/data.cpp000066400000000000000000000255531523407312000213140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "multinode.h" #include "volume.h" #include "data/sequence_file.h" #include "util/parallel/simple_thread_pool.h" #include "util/data_structures/queue.h" #include "util/log_stream.h" using std::ostringstream; using std::thread; using std::vector; using std::string; using std::unique_ptr; using std::atomic; using std::ofstream; using std::ifstream; using std::runtime_error; using std::unordered_map; using std::unordered_set; using std::endl; using std::pair; using std::tuple; struct RepChunk { static constexpr size_t POISON = std::numeric_limits::max(); size_t order = POISON; string data; vector record_offsets; bool operator==(const RepChunk& rhs) const { return order == rhs.order; } }; struct RepWriteConfig { string output_path; bool single_out_file; bool write_index; FileStack* reps_list; }; static tuple write_reps(Job& job, const VolumedFile& volumes, size_t idx, const RepWriteConfig& cfg, const unordered_set& rep_id_set, const std::pmr::unordered_map& oid2seqid, atomic& count_all, atomic& min_all, atomic& max_all) { job.log("Writing representatives. Volume=%lli/%lli Records=%s", idx + 1, volumes.size(), Util::String::format(volumes[idx].record_count).c_str()); const bool final = job.last_round(); const SequenceFile::Flags flags = SequenceFile::Flags::SEQS | SequenceFile::Flags::TITLES | SequenceFile::Flags::NEED_LETTER_COUNT; string out_file = cfg.single_out_file ? cfg.output_path : cfg.output_path + std::to_string(idx) + ".faa"; const string offset_file = out_file + ".faidx"; ofstream out(out_file, std::ios::out | (cfg.single_out_file && idx == 0 ? std::ios::trunc : std::ios::app ) | std::ios::binary); if (!out) throw runtime_error("Error opening file " + out_file); unique_ptr offsets; if (cfg.write_index && cfg.single_out_file) { offsets.reset(new ofstream(offset_file, std::ios::out | std::ios::app | std::ios::binary)); if (!offsets || !*offsets) throw runtime_error("Error opening file " + offset_file); } if (!cfg.single_out_file) { count_all.store(0, std::memory_order_relaxed); min_all.store(std::numeric_limits::max(), std::memory_order_relaxed); max_all.store(0, std::memory_order_relaxed); } out.seekp(0, std::ios::end); const std::ofstream::pos_type out_pos = out.tellp(); if (!out || out_pos == std::ofstream::pos_type(-1)) throw runtime_error("Error determining file offset: " + out_file); uint64_t out_offset = (uint64_t)out_pos; const int formatter_count = std::max(1, config.threads_); unique_ptr> queue; SimpleThreadPool pool; std::thread::id writer_thread; queue.reset(new Queue(std::max(16, formatter_count * 4), formatter_count, 1, RepChunk())); auto writer = [&](const atomic& stop) { unordered_map pending; size_t next_expected = 0; RepChunk chunk; while (!stop.load(std::memory_order_relaxed) && queue->wait_and_dequeue(chunk)) { pending.emplace(chunk.order, std::move(chunk)); auto it = pending.find(next_expected); while (it != pending.end()) { out.write(it->second.data.data(), it->second.data.size()); if (cfg.write_index && cfg.single_out_file) { for (const size_t record_offset : it->second.record_offsets) (*offsets) << out_offset + record_offset << '\n'; out_offset += it->second.data.size(); } pending.erase(it); ++next_expected; it = pending.find(next_expected); } } }; writer_thread = pool.spawn(writer); unique_ptr file(new FastaFile({ volumes[idx].path}, flags, amino_acid_traits)); uint64_t bytes = 0, ms = 0; TaskTimer timer; Block* b = file->load_seqs(INT64_MAX); ms += timer.microseconds(); bytes += b->raw_bytes(); const size_t seq_count = b->seqs().size(); const size_t target_chunks = std::max(1, (size_t)formatter_count * 16); const size_t chunk_size = std::max(1, std::min(seq_count / target_chunks + 1, (size_t)8192)); const size_t chunk_count = (seq_count + chunk_size - 1) / chunk_size; atomic next(0); atomic bytes_all(0); vector formatter_threads; atomic letters_all(0); atomic count_this_volume(0); auto worker = [&](const atomic& stop) { size_t c; OId count = 0, min = std::numeric_limits::max(), max = 0; uint64_t bytes = 0; uint64_t letters = 0; string seqid; while (!stop.load(std::memory_order_relaxed) && (c = next.fetch_add(1, std::memory_order_relaxed), c < chunk_count)) { TextBuffer buffer; vector record_offsets; const size_t j_begin = c * chunk_size; const size_t j_end = std::min(j_begin + chunk_size, seq_count); for (size_t j = j_begin; j < j_end; ++j) { const OId oid = std::atoll(b->ids()[j]); if (rep_id_set.find(oid) == rep_id_set.end()) continue; record_offsets.push_back(buffer.size()); const char* id = b->ids()[j]; if (final) { const auto it = oid2seqid.find(oid); if (it == oid2seqid.end()) throw runtime_error("Missing sequence id mapping for OID " + std::to_string(oid)); seqid = it->second; id = seqid.c_str(); } Util::Seq::format(b->seqs()[j], id, nullptr, buffer, "fasta", amino_acid_traits); ++count; letters += b->seqs()[j].length(); if(oid < min) min = oid; if(oid > max) max = oid; } bytes += buffer.size(); RepChunk chunk; chunk.order = c; chunk.data.assign(buffer.data(), buffer.size()); chunk.record_offsets = std::move(record_offsets); queue->enqueue(std::move(chunk)); } count_all.fetch_add(count, std::memory_order_relaxed); count_this_volume.fetch_add(count, std::memory_order_relaxed); bytes_all.fetch_add(bytes, std::memory_order_relaxed); letters_all.fetch_add(letters, std::memory_order_relaxed); exchange_if_smaller(min_all, min); exchange_if_larger(max_all, max); }; for (int j = 0; j < formatter_count; ++j) formatter_threads.push_back(pool.spawn(worker)); try { pool.join(formatter_threads.begin(), formatter_threads.end()); } catch (...) { delete b; for (int i = 0; i < formatter_count; ++i) queue->close(); pool.join(writer_thread); throw; } delete b; for (int i = 0; i < formatter_count; ++i) queue->close(); pool.join(writer_thread); if (!out) throw runtime_error("Error writing representative block"); if (cfg.write_index && cfg.single_out_file && (!offsets || !*offsets)) throw runtime_error("Error writing representative offset file"); file.reset(); remove_tmp_file(volumes[idx].path); if (cfg.reps_list != nullptr && (!cfg.single_out_file || idx == volumes.size() - 1)) { ostringstream ss; ss << out_file << '\t' << count_all.load() << '\t' << min_all.load() << '\t' << max_all.load() + 1 << endl; cfg.reps_list->push(ss.str()); } return std::make_tuple(count_this_volume, letters_all, bytes_all.load(std::memory_order_relaxed)); } pair get_reps(Job& job, const VolumedFile& volumes) { const bool final = job.last_round(); const bool single_out_file = final || !ends_with(job.steps().at(job.round() + 1), "_lin"); if (final && config.reps_out.empty()) { return { string(),0 }; } const string base_dir = job.base_dir() + PATH_SEPARATOR + "reps" + PATH_SEPARATOR, qpath = base_dir + "queue", letters_file_path = base_dir + "letters"; const string reps_list_name = base_dir + "reps.tsv"; job.make_temp_dir(base_dir); Atomic get_reps_lock(base_dir + "get_reps_lock", job), get_reps_done(base_dir + "get_reps_done", job); Atomic finished(base_dir + "finished", job); Atomic letter_count(base_dir + "letter_count", job); Atomic q(qpath, job); if ((!single_out_file || get_reps_lock.fetch_add() == 0) && get_reps_done.get() == 0) { std::pmr::unsynchronized_pool_resource mem_pool; const string id_file = job.base_dir() + "rep_ids"; ifstream rep_ids(id_file); if (!rep_ids) throw runtime_error("Error opening file " + id_file); OId rep_id; unordered_set rep_id_set; while (rep_ids >> rep_id) rep_id_set.insert(rep_id); if (!rep_ids.eof()) throw runtime_error("Format error in representative id file " + id_file); const std::pmr::unordered_map oid2seqid = final ? read_mapping_tables(job, rep_id_set, mem_pool) : std::pmr::unordered_map(&mem_pool); unique_ptr reps_list; if (!final) reps_list.reset(new FileStack(reps_list_name)); OId cluster_count(0); uint64_t bytes = 0; int64_t v = 0; TaskTimer timer; const RepWriteConfig cfg{ single_out_file ? (final ? config.reps_out : base_dir + "reps_all.faa") : base_dir, single_out_file, single_out_file && !final, reps_list.get() }; atomic count_all(0); atomic min_all(std::numeric_limits::max()); atomic max_all(0); while (v = q.fetch_add(), v < (int64_t)volumes.size()) { OId count; uint64_t seq_letters, bytes_written; std::tie(count, seq_letters, bytes_written) = write_reps(job, volumes, v, cfg, rep_id_set, oid2seqid, count_all, min_all, max_all); cluster_count += count; bytes += bytes_written; letter_count.fetch_add(seq_letters); finished.fetch_add(); } finished.await((int)volumes.size()); const uint64_t letters = letter_count.get(); ofstream letters_out(letters_file_path); letters_out << letters << endl; if (!letters_out) throw runtime_error("Error writing file " + letters_file_path); letters_out.close(); if (!config.fasta_index_file.empty()) remove_tmp_file(config.fasta_index_file); volumes.remove(job.round() > 0, false, false); job.log("Representatives written: %" PRIu64 " letters: %" PRIu64, cluster_count, letters); const int64_t t = timer.microseconds(); job.log("Wrote %zu bytes to disk at %.2f MB/s", bytes, (double)bytes / MEGABYTES / (t / 1e6)); reps_list.reset(); get_reps_done.fetch_add(); job.finish_step(); } else { get_reps_done.await(1); } uint64_t letters; ifstream input_letters(letters_file_path); input_letters >> letters; if (!input_letters) throw runtime_error("Error opening file " + letters_file_path); job.register_sync_file(letters_file_path); return { reps_list_name, letters }; } bbuchfink-diamond-6dc5717/src/cluster/file_array.h000066400000000000000000000145541523407312000221640ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/io/compressed_buffer.h" #include "util/algo/degree_partition.h" const int RADIX_BITS = 8; const uint64_t RADIX_COUNT = UINT64_C(1) << RADIX_BITS; const uint64_t MAX_FILE_SIZE = 1 * 1024 * 1024 * 1024; struct FileArray { FileArray(const std::string& base_dir, int size, int64_t worker_id, bool exclusive, int64_t max_file_size = MAX_FILE_SIZE) : exclusive_(exclusive), max_file_size(max_file_size), size_(size), worker_id_(worker_id), base_dir(base_dir), mtx_(size), records_(size, 0), records_total_(size, 0), bytes_(size, 0), next_(size, 1) { for (int64_t i = 0; i < size; ++i) { const std::string dir = base_dir + PATH_SEPARATOR + std::to_string(i) + PATH_SEPARATOR; mkdir(dir); output_files_.push_back(new File(dir + "worker_" + std::to_string(worker_id) + "_volume_0", "wb")); bucket_files_.emplace_back(new FileStack(dir + "bucket.tsv")); } } void close() { if (output_files_.empty()) return; for (uint64_t i = 0; i < size_; ++i) { output_files_[i]->close(); if (records_[i] > 0) bucket_files_[i]->push(output_files_[i]->name() + '\t' + std::to_string(records_[i])); else ::remove(output_files_[i]->name().c_str()); bucket_files_[i]->close(); delete output_files_[i]; } output_files_.clear(); } ~FileArray() { close(); } bool write(uint64_t i, const char* ptr, size_t count, int64_t records) { std::lock_guard lock(mtx_[i]); output_files_[i]->write(ptr, count); records_[i] += records; if (exclusive_) records_total_[i] += records; bytes_[i] += count; if (bytes_[i] >= max_file_size) { bucket_files_[i]->push(output_files_[i]->name() + '\t' + std::to_string(records_[i])); records_[i] = 0; bytes_[i] = 0; output_files_[i]->close(); delete output_files_[i]; output_files_[i] = new File(base_dir + PATH_SEPARATOR + std::to_string(i) + PATH_SEPARATOR + "worker_" + std::to_string(worker_id_) + "_volume_" + std::to_string(next_[i]++), "wb"); return true; } return false; } uint64_t records(uint64_t i) const { return records_[i]; } std::string bucket(uint64_t i) const { return bucket_files_[i]->file_name(); } RadixedTable buckets(int shift) const { RadixedTable buckets(shift); buckets.reserve(size_); for (uint64_t i = 0; i < size_; ++i) buckets.emplace_back(bucket(i), exclusive_ ? records_total_[i] : Bucket::NIL, i << shift, (i + 1) << shift); return buckets; } RadixedTable buckets(const DegreePartition& p) { RadixedTable buckets(0); const auto b = p.buckets(); if (b.size() != size_) throw std::runtime_error("FileArray::buckets"); buckets.reserve(b.size()); for (uint64_t i = 0; i < b.size(); ++i) buckets.emplace_back(bucket(i), exclusive_ ? records_total_[i] : Bucket::NIL, b[i].first_degree, b[i].last_degree + 1); return buckets; } std::string file_name(int i) { return output_files_[i]->name(); } uint64_t records_total() const { if (!exclusive_) throw std::runtime_error("Total record count is only available in exclusive mode"); uint64_t sum = 0; for (uint64_t i = 0; i < size_; ++i) sum += records_[i]; return sum; } private: const bool exclusive_; const int64_t max_file_size; const uint64_t size_; const int64_t worker_id_; const std::string base_dir; std::vector output_files_; std::vector mtx_; std::vector records_, records_total_, bytes_, next_; std::vector> bucket_files_; }; /*template struct BufferArray { static constexpr int64_t BUF_SIZE = 4096; BufferArray(FileArray& file_array) : file_array_(file_array) {} void write(int radix, const T& x) { data_[radix].push_back(x); if (data_[radix].size() >= BUF_SIZE) { file_array_.write(radix, data_[radix].data(), data_[radix].size()); data_[radix].clear(); } } ~BufferArray() { for (int i = 0; i < N; ++i) file_array_.write(i, data_[i].data(), data_[i].size()); } private: std::array, N> data_; FileArray& file_array_; };*/ struct BufferArray { static constexpr int64_t BUF_SIZE = 65536; BufferArray(FileArray& file_array, int size) : data_(size), records_(size, 0), file_array_(file_array) { } template //bool write(int radix, const T* ptr, size_t n, int64_t record_count) { void write(uint64_t radix, const T* ptr, size_t n, int64_t record_count) { for (size_t i = 0; i < n; ++i) serialize(ptr[i], data_[radix]); records_[radix] += record_count; /*if (data_[radix].size() >= BUF_SIZE) { data_[radix].finish(); const bool r = file_array_.write(radix, data_[radix].data(), data_[radix].size(), records_[radix]); data_[radix].clear(); records_[radix] = 0; return r; } return false;*/ flush(radix); } void write(uint64_t radix, const char* ptr, size_t n) { data_[radix].write(ptr, n); records_[radix] += n; flush(radix); } void flush(uint64_t radix) { if (data_[radix].size() >= BUF_SIZE) { data_[radix].finish(); file_array_.write(radix, data_[radix].data(), data_[radix].size(), records_[radix]); data_[radix].clear(); records_[radix] = 0; } } template void write(uint64_t radix, const T& x) { write(radix, &x, 1, 1); } template void write_msb(const T& x) { const uint64_t key = x.key(); const uint64_t radix = key >> (64 - RADIX_BITS); write(radix, &x, 1, 1); } void finish() { for (uint64_t i = 0; i < data_.size(); ++i) { data_[i].finish(); file_array_.write(i, data_[i].data(), data_[i].size(), records_[i]); } data_.clear(); } ~BufferArray() { finish(); } private: std::vector data_; std::vector records_; FileArray& file_array_; };bbuchfink-diamond-6dc5717/src/cluster/helpers.cpp000066400000000000000000000241521523407312000220370ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "cluster.h" #include "util/io/file.h" #include "util/string/tokenizer.h" #include "basic/config.h" #include "util/log_stream.h" #include "util/system/system.h" using std::pair; using std::endl; using std::vector; using std::ostream; using std::runtime_error; using std::string; using std::for_each; using std::floor; using std::unique_ptr; using std::back_inserter; using std::less; using std::stringstream; namespace Cluster { const char* const HEADER_LINE = "centroid\tmember"; template pair, vector> read(const string& file_name, const SequenceFile& db, CentroidSorted) { const int64_t lines = File::count_lines(file_name); File in(file_name, "rb", File::Flags::DETECT_COMPRESSION); string centroid, member; vector> pairs; pairs.reserve(lines); int64_t mappings = 0; const char* l; if (TabularFormat::header_format(::Config::cluster) == Header::SIMPLE) { l = in.getline(); if (strcmp(l, HEADER_LINE) != 0) throw runtime_error("Clusters file is missing header line."); } while (l = in.getline(), !in.eof() || l[0] != '\0') { Util::String::Tokenizer(l, Util::String::CharDelimiter('\t')) >> centroid >> member; const Int centroid_oid = (Int)db.accession_to_oid(centroid).front(); const Int member_oid = (Int)db.accession_to_oid(member).front(); pairs.emplace_back(centroid_oid, member_oid); ++mappings; if (mappings % 1000000 == 0) *log_stream << "#Entries: " << mappings << endl; } in.close(); return make_flat_array(pairs.begin(), pairs.end(), config.threads_); } template pair, vector> read(const string&, const SequenceFile&, CentroidSorted); template pair, vector> read(const string&, const SequenceFile&, CentroidSorted); template vector read(const string& file_name, const SequenceFile& db) { const int64_t lines = File::count_lines(file_name); File in(file_name, "rb", File::Flags::DETECT_COMPRESSION); string centroid, member; vector v(db.sequence_count().value()); uint64_t mappings = 0; const char* l; if (TabularFormat::header_format(::Config::cluster) == Header::SIMPLE) { l = in.getline(); if (strcmp(l, HEADER_LINE) != 0) throw runtime_error("Clustering input file is missing header line."); } while (l = in.getline(), !in.eof() || l[0] != '\0') { Util::String::Tokenizer(l, Util::String::CharDelimiter('\t')) >> centroid >> member; const auto centroid_oid = db.accession_to_oid(centroid); const auto member_oid = db.accession_to_oid(member); v[member_oid.front()] = (Int)centroid_oid.front(); ++mappings; if (mappings % 1000000 == 0) *log_stream << "#Entries: " << mappings << endl; } in.close(); if (mappings != db.sequence_count().value()) throw runtime_error("Invalid/incomplete clustering."); return v; } template vector read(const string&, const SequenceFile&); template vector read(const string&, const SequenceFile&); template vector member2centroid_mapping(const FlatArray& clusters, const vector& centroids) { vector v(clusters.data_size()); for (Int i = 0; i < (Int)centroids.size(); ++i) { for (Int j : clusters[i]) v[j] = centroids[i]; } return v; } template vector member2centroid_mapping(const FlatArray&, const vector&); template pair, vector> cluster_sorted(const vector& mapping) { vector> pairs; pairs.reserve(mapping.size()); for (typename vector::const_iterator i = mapping.begin(); i < mapping.end(); ++i) pairs.emplace_back(*i, Int(i - mapping.begin())); return make_flat_array(pairs.begin(), pairs.end(), config.threads_); } template pair, vector> cluster_sorted(const vector&); template pair, vector> cluster_sorted(const vector&); template pair, vector> split(const vector& mapping) { pair, vector> r; r.second.reserve(mapping.size()); for (Int i = 0; i < (Int)mapping.size(); ++i) if (mapping[i] == i) r.first.push_back(i); else r.second.push_back(i); return r; } template pair, vector> split(const vector&); template pair, vector> split(const vector&); vector member_counts(const vector& mapping) { vector v(mapping.size(), 0); for (SuperBlockId c : mapping) ++v[c]; return v; } void init_thresholds() { if (config.member_cover.present() && config.mutual_cover.present()) throw runtime_error("--member-cover and --mutual-cover are mutually exclusive."); if (!config.mutual_cover.present()) config.member_cover.set_if_blank(DEFAULT_MEMBER_COVER); if (!config.approx_min_id.present() && config.min_id == 0.0) config.approx_min_id = config.command == ::Config::DEEPCLUST ? 0.0 : (config.command == ::Config::LINCLUST ? 90.0 : 50.0); //if (config.soft_masking.empty()) TODO //config.soft_masking = "tantan"; // TODO return; if (config.approx_min_id < 90.0 || config.mutual_cover.present()) return; config.diag_filter_id.set_if_blank(config.approx_min_id - (config.command == ::Config::CLUSTER_REASSIGN ? 10.0 : 10.0)); if (config.approx_min_id < 90.0) return; if(config.command == ::Config::CLUSTER_REASSIGN) { config.diag_filter_cov.set_if_blank(config.member_cover > 50.0 ? config.member_cover - 10.0 : 0.0); } else { config.diag_filter_cov.set_if_blank(config.member_cover > 50.0 ? config.member_cover - 10.0 : 0.0); } } /*vector len_sorted_clust(const FlatArray>& edges) { static constexpr BlockId NIL = std::numeric_limits::max(); vector v(edges.size(), NIL); for (uint64_t i = 0; i < edges.size(); ++i) { if (v[i] != NIL) continue; v[i] = (BlockId)i; for (auto it = edges.cbegin(i); it != edges.cend(i); ++it) if (v[it->node2] == NIL) v[it->node2] = (BlockId)i; } return v; }*/ double round_value(const vector& par, const string& name, int round, int round_count) { if (par.empty()) return 0.0; if (round >= round_count - 1) return 0.0; if ((int64_t)par.size() >= round_count) throw runtime_error("Too many values provided for " + name); vector v; for(const string& s : par) { stringstream ss(s); double i; ss >> i; if (ss.fail() || !ss.eof()) throw runtime_error("Invalid value provided for " + name + ": " + s); v.push_back(i); } v.insert(v.begin(), round_count - 1 - v.size(), v.front()); return v[round]; } static int64_t seq_mem_use(Loc len, Loc id_len, int c, int min, int sketch_size) { assert(min > 1 || sketch_size > 0); int extend_stage = (min > 1 ? (len / (min / 2)) : sketch_size) * (15 // trace point buffer + 16) // SeedHitList + 12 // SeedHitList + 2 * len; // SequenceSet extend_stage /= 2; return std::max( len + 8 // SequenceSet + id_len + 8 // Seqtitle + (min > 1 ? len / (min / 2) : sketch_size) * 9 / c // SeedArray + 8 // super_block_id_to_oid + 8 // BestCentroid / clustering + 4 // unaligned , extend_stage); } //const int minimizer_window = Search::sensitivity_traits.at(Sensitivity::FASTER).minimizer_window, //sketch_size = Search::sensitivity_traits.at(Sensitivity::FASTER).sketch_size; //auto seq_size = function(bind(seq_mem_use, std::placeholders::_1, 0, 1, minimizer_window, sketch_size)); vector cluster_steps(double approx_id, bool linear) { if (!config.cluster_steps.empty()) { for (vector::const_iterator it = config.cluster_steps.begin() + 1; it != config.cluster_steps.end(); ++it) { if (ends_with(*it, "_lin") && !ends_with(*(it - 1), "_lin")) throw runtime_error("Invalid cluster step sequence: linear steps must be at the start of the list."); } return config.cluster_steps; } vector v = { "faster_lin" }; if (approx_id < 90) v.push_back("fast_lin"); if (approx_id < 40) v.push_back("linclust-20_lin"); else if (approx_id < 80) v.push_back("linclust-40_lin"); if (linear) return v; if (approx_id < 80) v.push_back("default"); else v.push_back("fast"); if (approx_id < 50) v.push_back("more-sensitive"); return v; } bool is_linclust(const vector& steps) { for (const string& s : steps) { if (!ends_with(s, "_lin")) return false; } return true; } vector default_round_approx_id(int steps) { return {}; /*switch (steps) { case 1: return {}; case 2: return { "27.0" }; default: return { "27.0", "0.0" }; }*/ } vector default_round_cov(int steps) { return {}; /*switch (steps) { case 1: return {}; case 2: return { "85.0" }; default: return { "87.0", "85.0" }; }*/ } static int round_ccd(const string& depth) { stringstream ss(depth); int i; ss >> i; if (ss.fail() || !ss.eof()) throw runtime_error("Invalid number format for --connected-component-depth"); return i; } int round_ccd(std::vector param, int round, int round_count, bool linear) { if (param.size() > 1 && param.size() != (size_t)round_count) throw runtime_error("Parameter count for --connected-component-depth has to be 1 or the number of cascaded clustering rounds."); if (param.size() == 0) return 0; if (param.size() > 1) return round_ccd(param[round]); return (round == round_count - 1) ^ linear ? 1 : round_ccd(param[0]); } } bbuchfink-diamond-6dc5717/src/cluster/input_buffer.h000066400000000000000000000073631523407312000225370ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "util/memory/memory_resource.h" #include "volume.h" #include "util/algo/partition.h" #include "util/parallel/simple_thread_pool.h" template struct InputBuffer { using Container = typename std::conditional, std::pmr::list>::type; using Iterator = typename Container::iterator; using ConstIterator = typename Container::const_iterator; InputBuffer(const VolumedFile& f, int parts = config.threads_) : size_(f.sparse_records()), data_(size_), part_(size_, parts) { std::atomic next(0); SimpleThreadPool pool; auto worker = [&](const std::atomic& stop) { int64_t v; while (!stop.load(std::memory_order_relaxed) && (v = next.fetch_add(1, std::memory_order_relaxed), v < (int64_t)f.size())) { File in(f[v].path, "rb", File::Flags::DETECT_COMPRESSION); in.read((void*) &data_[f[v].oid_begin], f[v].record_count * sizeof(T)); in.close(); } }; for (int i = 0; i < std::min(config.threads_, (int)f.size()); ++i) pool.spawn(worker); pool.join_all(); } InputBuffer(const VolumedFile& f, std::pmr::memory_resource& mem_pool, int parts = config.threads_) : size_(f.sparse_records()), data_(&mem_pool), part_(size_, parts) { std::atomic next(0); SimpleThreadPool pool; std::mutex mtx; auto worker = [&](const std::atomic& stop) { int64_t v; while (!stop.load(std::memory_order_relaxed) && (v = next.fetch_add(1, std::memory_order_relaxed), v < (int64_t)f.size())) { std::pmr::list lst(&mem_pool); File in(f[v].path, "rb", File::Flags::DETECT_COMPRESSION); T x(mem_pool); for (size_t i = 0; i < f[v].record_count; ++i) { deserialize(in, x); lst.push_back(std::move(x)); } in.close(); { std::lock_guard lock(mtx); data_.splice(data_.end(), lst); } } }; for (int i = 0; i < std::min(config.threads_, (int)f.size()); ++i) pool.spawn(worker); pool.join_all(); } size_t size() const { return size_; } size_t byte_size() const { return size_ * sizeof(T); } Iterator begin() { return data_.begin(); } Iterator end() { return data_.end(); } ConstIterator cbegin() const { return data_.cbegin(); } ConstIterator cend() const { return data_.cend(); } ConstIterator begin(int part) const { ConstIterator begin = data_.cbegin() + part_.begin(part), end = this->cend(); if (part > 0) while (begin < end && begin[-1].key() == begin[0].key()) ++begin; return begin; } ConstIterator end(int part) const { ConstIterator ptr = data_.cbegin() + part_.end(part), end = this->cend(); while (ptr < end && ptr[-1].key() == ptr[0].key()) ++ptr; return ptr; } int64_t parts() const { return part_.parts; } const T& front() const { return data_.front(); } const T& back() const { return data_.back(); } void sort() { sort(data_); } void sort(std::pmr::list& lst) { lst.sort(); } private: const size_t size_; Container data_; const Partition part_; };bbuchfink-diamond-6dc5717/src/cluster/len_sort.cpp000066400000000000000000000202371523407312000222220ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include "multinode.h" #include "util/data_structures/queue.h" #include "util/parallel/simple_thread_pool.h" #include "util/log_stream.h" using std::ifstream; using std::unique_ptr; using std::runtime_error; using std::ofstream; using std::string; using std::vector; using std::endl; using std::tie; using std::atomic; struct OutputPart { size_t file; string data; string accs; }; struct OutputChunk { static constexpr size_t POISON = std::numeric_limits::max(); size_t order = POISON; vector parts; bool operator==(const OutputChunk& rhs) const { return order == rhs.order; } }; static void write_blocks(Job& job, VolumedFile& volumes, vector>& out, vector>& acc_out, const vector& block_mapping) { job.log("Writing length sorted blocks"); OId oid = 0; atomic bytes_written{ 0 }; const size_t writer_count = std::max(1, std::min(out.size(), std::max(1, config.threads_))); const int formatter_count = std::max(1, config.threads_); SimpleThreadPool pool; auto process_volume = [&](const Volume& volume, ptrdiff_t idx) { const SequenceFile::Flags flags = SequenceFile::Flags::ALL | SequenceFile::Flags::NEED_LETTER_COUNT; unique_ptr file; try { file.reset(SequenceFile::auto_create({ volume.path }, flags, amino_acid_traits)); } catch(FormatDetectionError& e) { throw runtime_error("Error opening file " + volume.path + ": " + e.what()); } const uint64_t limit = std::min(Util::String::interpret_number(config.memory_limit.get(DEFAULT_MEMORY_LIMIT)), SequenceFile::DEFAULT_LOAD_SIZE); uint64_t bytes = 0, ms = 0; for (;;) { TaskTimer timer; Block* b = file->load_seqs(limit); *message_stream << std::setprecision(2) << std::fixed << file->rel_file_ptr() * 100 << "%" << endl; ms += timer.microseconds(); bytes += b->raw_bytes(); if (b->empty()) { delete b; break; } const OId oid_begin = oid; const size_t seq_count = b->seqs().size(); const size_t target_chunks = std::max(1, (size_t)formatter_count * 16); const size_t chunk_size = std::max(1, std::min(seq_count / target_chunks + 1, (size_t)8192)); const size_t chunk_count = (seq_count + chunk_size - 1) / chunk_size; vector>> queues; queues.reserve(writer_count); for (size_t i = 0; i < writer_count; ++i) queues.emplace_back(new Queue(std::max(16, formatter_count * 4), formatter_count, 1, OutputChunk())); auto writer = [&](const atomic& stop, size_t writer_id) { std::unordered_map pending; size_t next_expected = 0; OutputChunk chunk; while (!stop.load(std::memory_order_relaxed) && queues[writer_id]->wait_and_dequeue(chunk)) { pending.emplace(chunk.order, std::move(chunk)); auto it = pending.find(next_expected); while (it != pending.end()) { for (OutputPart& p : it->second.parts) { out[p.file]->write(p.data.data(), p.data.size()); acc_out[p.file]->write(p.accs.data(), p.accs.size()); bytes_written.fetch_add(p.data.size() + p.accs.size(), std::memory_order_relaxed); } pending.erase(it); ++next_expected; it = pending.find(next_expected); } } }; atomic next(0); auto worker = [&](const atomic& stop) { vector buffers(out.size()); vector acc_buffers(out.size()); size_t c; while (!stop.load(std::memory_order_relaxed) && (c = next.fetch_add(1, std::memory_order_relaxed), c < chunk_count)) { const size_t j_begin = c * chunk_size; const size_t j_end = std::min(j_begin + chunk_size, seq_count); for (size_t j = j_begin; j < j_end; ++j) { const OId seq_oid = oid_begin + (OId)j; const size_t block = (size_t)block_mapping[seq_oid]; const string oid_str = std::to_string(seq_oid); Util::Seq::format(b->seqs()[j], oid_str.c_str(), nullptr, buffers[block], "fasta", amino_acid_traits); acc_buffers[block] << oid_str << '\t'; acc_buffers[block] << Util::Seq::seqid(b->ids()[j]) << '\n'; } vector bundles(writer_count); for (size_t w = 0; w < writer_count; ++w) bundles[w].order = c; for (size_t block = 0; block < buffers.size(); ++block) { if (buffers[block].size() == 0) continue; OutputPart part; part.file = block; part.data.assign(buffers[block].data(), buffers[block].size()); part.accs.assign(acc_buffers[block].data(), acc_buffers[block].size()); bundles[block % writer_count].parts.push_back(std::move(part)); buffers[block].clear(); acc_buffers[block].clear(); } for (size_t w = 0; w < writer_count; ++w) queues[w]->enqueue(std::move(bundles[w])); } }; vector writer_threads; for (size_t i = 0; i < writer_count; ++i) writer_threads.push_back(pool.spawn(writer, i)); vector formatter_threads; for (int j = 0; j < formatter_count; ++j) formatter_threads.push_back(pool.spawn(worker)); try { pool.join(formatter_threads.begin(), formatter_threads.end()); } catch (...) { for (int i = 0; i < formatter_count; ++i) for (auto& q : queues) q->close(); pool.join(writer_threads.begin(), writer_threads.end()); delete b; throw; } for (int i = 0; i < formatter_count; ++i) for (auto& q : queues) q->close(); pool.join(writer_threads.begin(), writer_threads.end()); oid += (OId)seq_count; delete b; } }; TaskTimer timer; for (VolumedFile::const_iterator i = volumes.begin(); i != volumes.end(); ++i) { process_volume(*i, i - volumes.begin()); } const int64_t t = timer.microseconds(); const uint64_t total_bytes = bytes_written.load(); job.log("Wrote %zu bytes to disk at %.2f MB/s", total_bytes, (double)total_bytes / MEGABYTES / (t / 1e6)); for (const auto& file : out) if (!*file) throw runtime_error("Error writing length sorted block"); for (const auto& file : acc_out) if (!*file) throw runtime_error("Error writing length sorted block"); } string len_sort(Job& job, VolumedFile& volumes) { Atomic lock(job.root_dir() + "lensort_lock", job), done(job.root_dir() + "lensort_done", job); const bool first_round_linear = job.is_linear_round(); const string input_parts = job.root_dir() + "input.tsv", input_letters = job.root_dir() + "input_letters.txt"; if (lock.fetch_add() == 0) { ofstream idx(input_parts); vector> out; vector> acc_out; vector block_mapping = make_blocks(job, volumes, out, acc_out); write_blocks(job, volumes, out, acc_out, block_mapping); done.fetch_add(); job.finish_step(); } else done.await(1); uint64_t letters, seq_count; ifstream input_letters_file(input_letters); input_letters_file >> letters >> seq_count; if(!input_letters_file) throw runtime_error("Error opening file " + input_letters); volumes.set_letter_count(letters); job.register_sync_file(input_letters); if (first_round_linear) { double block_gb; int index_chunks; tie(block_gb, index_chunks) = ::block_size(job.mem_limit, letters, Sensitivity::FAST, true, config.threads_); // TODO take cluster steps into account here config.lowmem_ = index_chunks; } job.set_max_oid(seq_count - 1); return input_parts; } bbuchfink-diamond-6dc5717/src/cluster/lin_index.cpp000066400000000000000000000126571523407312000223550ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include "multinode.h" #include "basic/shape_config.h" #include "data/block/block.h" #include "data/fasta/fasta_file.h" #include "masking/masking.h" #include "search/lin_index/lin_index.h" #include "search/search.h" #include "util/io/file.h" #include "util/log_stream.h" #include "util/parallel/multiprocessing.h" #include "util/sequence/sequence.h" #include "util/text_buffer.h" using std::runtime_error; using std::string; using std::unique_ptr; using std::vector; static int shape_count(Sensitivity sens) { const vector& codes = config.shape_mask.empty() ? Search::shape_codes.at(sens) : config.shape_mask; const int n = (int)codes.size(); return config.shapes == 0 ? n : std::min((int)config.shapes, n); } bool use_lin_index(const Job& job) { if (!config.seed_index || !job.is_linear_round() || config.mutual_cover.present()) return false; return shape_count(config.sensitivity) == 1; } string lin_index_file(const string& volume_path) { return volume_path + ".seedidx"; } static bool length_sorted(const SequenceSet& seqs) { const BlockId n = seqs.size(); for (BlockId i = 1; i < n; ++i) if (seqs.length(i) > seqs.length(i - 1)) return false; return true; } // Replaces the volume file by the given block in FASTA format. static void write_block(const Block& block, const string& path, int64_t worker_id) { const string tmp_path = path + "." + std::to_string(worker_id) + ".sorted"; { std::ofstream out(tmp_path, std::ios::binary); if (!out) throw runtime_error("Error opening file " + tmp_path); TextBuffer buf; const BlockId n = block.seqs().size(); for (BlockId i = 0; i < n; ++i) { Util::Seq::format(block.seqs()[i], block.ids()[i], nullptr, buf, "fasta", amino_acid_traits); if (buf.size() >= (int64_t)MEGABYTES) { out.write(buf.data(), buf.size()); buf.clear(); } } out.write(buf.data(), buf.size()); out.close(); if (!out) throw runtime_error("Error writing file " + tmp_path); } std::remove(path.c_str()); if (std::rename(tmp_path.c_str(), path.c_str()) != 0) throw runtime_error("Error renaming file " + tmp_path); } void build_lin_indices(Job& job, const VolumedFile& volumes) { const string base_dir = job.base_dir() + PATH_SEPARATOR + "seed_index" + PATH_SEPARATOR; job.make_temp_dir(base_dir); Atomic q(base_dir + "queue", job), finished(base_dir + "finished", job); const int64_t n = (int64_t)volumes.size(); int64_t v; unique_ptr> no_seed_hits; Search::Config cfg(no_seed_hits); Search::setup_search(config.sensitivity, cfg); if (shapes.count() != 1) throw runtime_error("Seed index is only supported for a single seed shape."); while (job.goon() && (v = q.fetch_add(), v < n)) { const string index_file = lin_index_file(volumes[v].path); if (file_exists(index_file)) { finished.fetch_add(); continue; } job.log("Building seed index. Block=%lli/%lli", v + 1, n); TaskTimer timer("Loading block"); unique_ptr file(new FastaFile({ volumes[v].path }, SequenceFile::Flags::SEQS | SequenceFile::Flags::TITLES | SequenceFile::Flags::NEED_LETTER_COUNT, amino_acid_traits)); unique_ptr block(file->load_seqs(INT64_MAX)); file->close(); timer.finish(); if (!length_sorted(block->seqs())) { // The positions stored in the index refer to the order of the block on // disk, and the pivot of a seed is the entry with the smallest position. // Both only work out if the block is sorted by decreasing length, which // the search would otherwise have to redo for every block combination. timer.go("Length sorting block"); block.reset(block->length_sorted(config.threads_)); timer.finish(); timer.go("Writing length sorted block"); write_block(*block, volumes[v].path, job.worker_id()); timer.finish(); } if (cfg.query_masking != MaskingAlgo::NONE) { timer.go("Masking block"); mask_seqs(block->seqs(), Masking::get(), true, cfg.query_masking); timer.finish(); } // The index is written under a temporary name and renamed, so that a // worker crashing mid-write does not leave a truncated index behind. const string tmp_file = index_file + "." + std::to_string(job.worker_id()) + ".tmp"; Search::build_lin_index(*block, tmp_file, cfg, config.threads_); block.reset(); if (!file_exists(index_file) && std::rename(tmp_file.c_str(), index_file.c_str()) != 0) throw runtime_error("Error renaming seed index file " + tmp_file); std::remove(tmp_file.c_str()); finished.fetch_add(); job.finish_step(); } if (!job.goon()) return; finished.await(n); rmdir(base_dir.c_str()); } void remove_lin_indices(const VolumedFile& volumes) { for (const Volume& v : volumes) remove_tmp_file(lin_index_file(v.path)); } bbuchfink-diamond-6dc5717/src/cluster/make_blocks.cpp000066400000000000000000000166721523407312000226570ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "multinode.h" #include "file_array.h" #include "input_buffer.h" #define _REENTRANT #include "lib/ips4o/ips4o.hpp" using std::runtime_error; using std::vector; using std::string; using std::unique_ptr; using std::tie; using std::ofstream; using std::endl; static const Loc len_partition[255] = { 29, 40, 46, 50, 54, 58, 60, 63, 65, 67, 69, 71, 73, 75, 77, 79, 81, 84, 86, 88, 90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 109, 111, 113, 115, 117, 119, 121, 123, 125, 127, 128, 130, 132, 134, 136, 138, 139, 141, 143, 145, 147, 148, 150, 152, 154, 155, 157, 159, 161, 162, 164, 166, 168, 170, 172, 174, 176, 178, 180, 182, 184, 185, 187, 189, 191, 193, 195, 197, 199, 201, 202, 204, 206, 208, 210, 212, 214, 216, 217, 219, 221, 223, 225, 227, 229, 231, 232, 234, 236, 238, 240, 242, 244, 246, 248, 250, 252, 254, 255, 257, 259, 261, 263, 264, 266, 268, 270, 272, 274, 276, 278, 281, 283, 285, 287, 289, 290, 292, 294, 296, 298, 300, 302, 304, 306, 308, 310, 312, 314, 316, 318, 320, 322, 324, 326, 328, 331, 333, 335, 337, 339, 341, 343, 346, 348, 350, 353, 355, 358, 361, 363, 366, 368, 371, 374, 376, 379, 382, 384, 387, 390, 393, 395, 398, 400, 403, 406, 409, 412, 415, 418, 421, 424, 427, 430, 433, 436, 439, 443, 446, 449, 453, 456, 460, 463, 467, 470, 474, 478, 482, 486, 491, 495, 499, 504, 509, 513, 518, 524, 530, 536, 542, 548, 554, 560, 566, 573, 580, 588, 596, 604, 612, 622, 631, 641, 651, 661, 672, 684, 696, 708, 721, 734, 749, 764, 781, 798, 815, 836, 857, 879, 904, 934, 966, 1006, 1045, 1091, 1150, 1216, 1273, 1392, 1568, 1900, 2769, 4416 }; static uint64_t len_bucket(Loc len) { constexpr uint64_t N = sizeof(len_partition) / sizeof(len_partition[0]); auto it = std::lower_bound(std::begin(len_partition), std::end(len_partition), len); uint64_t ans = static_cast(std::distance(std::begin(len_partition), it)); return ans; } struct LengthRecord { static constexpr bool POD = true; uint64_t length; OId oid; }; static_assert(sizeof(LengthRecord) == sizeof(uint64_t) + sizeof(OId), "LengthRecord must not contain padding"); static void serialize(const LengthRecord& record, CompressedBuffer& buf) { buf.write(record.length); buf.write(record.oid); } static bool greater_length(const LengthRecord& lhs, const LengthRecord& rhs) { return lhs.length > rhs.length || (lhs.length == rhs.length && lhs.oid > rhs.oid); } static bool can_add(uint64_t block_letters, uint64_t block_seqs, uint64_t seq_len, uint64_t block_letter_limit) { constexpr uint64_t RAW_LIMIT = (uint64_t(1) << 40) - 1; if (seq_len > RAW_LIMIT) return false; if (block_letters > RAW_LIMIT - seq_len) return false; const uint64_t raw_len = block_letters + seq_len + block_seqs + 1 + 256; if (raw_len > RAW_LIMIT) return false; if (block_seqs == 0) return true; if (block_seqs >= std::numeric_limits::max()) return false; return block_letters + seq_len <= block_letter_limit; } vector make_blocks(Job& job, VolumedFile& volumes, vector>& out, vector>& acc_out) { const bool first_round_linear = job.is_linear_round(); const string input_parts = job.root_dir() + "input.tsv", input_letters = job.root_dir() + "input_letters.txt"; const string length_dir = job.root_dir() + "length_sorted" + PATH_SEPARATOR; job.log("Memory limit = %" PRIu64, job.mem_limit); job.make_temp_dir(length_dir); FileArray length_files(length_dir, RADIX_COUNT, job.worker_id(), false); uint64_t letters = 0, sequence_count = 0; { BufferArray buffers(length_files, RADIX_COUNT); for (vector::const_iterator i = volumes.begin(); i != volumes.end(); ++i) { job.log("Reading volume %td/%zu", i - volumes.begin() + 1, volumes.size()); unique_ptr volume_file; try { volume_file.reset(SequenceFile::auto_create({ i->path }, SequenceFile::Flags::NEED_LETTER_COUNT | SequenceFile::Flags::NEED_LENGTH_LOOKUP, amino_acid_traits)); } catch (FormatDetectionError& e) { throw runtime_error("Error opening file " + i->path + ": " + e.what()); } string msg = volume_file->open_stats(); if (volume_file->type() == SequenceFile::Type::DMND) job.log("Warning: using legacy loader on .dmnd files"); else { msg.pop_back(); job.log(msg.c_str()); } letters += volume_file->letters().value(); const OId n = volume_file->sequence_count().value(); for (OId j = 0; j < n; ++j) { const uint64_t length = volume_file->seq_length(j); const LengthRecord record{ length, sequence_count++ }; buffers.write(len_bucket(length), record); } } } length_files.close(); const RadixedTable length_buckets = length_files.buckets(16 - RADIX_BITS); ofstream letters_out(input_letters); letters_out << letters << endl; letters_out << sequence_count << endl; if (!letters_out) throw runtime_error("Error writing file " + input_letters); letters_out.close(); job.log("Computing blocks"); std::ostringstream ss; //volumes.set_max_oid(sequence_count - 1); ss << "Sequences in database = " << sequence_count << endl; ss << "Letters in database = " << letters << endl; ss << "Database blocks:" << endl; double block_gb; int index_chunks; if (!first_round_linear) { block_gb = 1e6; index_chunks = 1; } else tie(block_gb, index_chunks) = ::block_size(job.mem_limit, letters, Sensitivity::FAST, true, config.threads_); // TODO take cluster steps into account here const uint64_t block_size = gb_to_bytes(block_gb); job.log("Block size = %" PRIu64 ", index chunks = %d", block_size, index_chunks); ofstream idx(input_parts); vector block_mapping(sequence_count); int block = 0; uint64_t block_letters = 0, seqs = 0; auto finish_block = [&]() { if (seqs == 0) return; ss << seqs << '\t' << block_letters << endl; const string block_idx = std::to_string(block); const string name = job.root_dir() + "input" + block_idx + ".faa"; out.emplace_back(new ofstream(name)); acc_out.emplace_back(new ofstream(job.root_dir() + "input" + block_idx + ".tsv")); idx << name << '\t' << seqs << endl; ++block; block_letters = 0; seqs = 0; }; for (auto bucket = length_buckets.crbegin(); bucket != length_buckets.crend(); ++bucket) { VolumedFile files(*bucket); InputBuffer lengths(files); ips4o::parallel::sort(lengths.begin(), lengths.end(), greater_length, config.threads_); for (const LengthRecord& record : lengths) { if (!can_add(block_letters, seqs, record.length, block_size)) finish_block(); if (!can_add(block_letters, seqs, record.length, block_size)) throw runtime_error("Sequence exceeds supported maximum block size."); block_letters += record.length; block_mapping[record.oid] = block; ++seqs; } files.remove(); } finish_block(); rmdir(length_dir); job.log(ss.str().c_str()); return block_mapping; }bbuchfink-diamond-6dc5717/src/cluster/merge.cpp000066400000000000000000000034131523407312000214710ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "multinode.h" using std::vector; using std::ifstream; using std::string; using std::runtime_error; static vector read_clusters(const string& path, OId max_oid) { constexpr OId NIL = std::numeric_limits::max(); vector v(max_oid + 1, NIL); ifstream in(path); if (!in.good()) throw runtime_error("Error opening clustering file: " + path); OId rep, member; while (in >> rep >> member) v[member] = rep; in.close(); remove_tmp_file(path); return v; } static void chain_round(vector& mapping, const string& path, OId max_oid) { const vector next = read_clusters(path, max_oid); for (OId& c : mapping) if (c != std::numeric_limits::max()) c = next[c]; } vector build_merged(Job& job) { vector mapping = read_clusters(job.base_dir(0) + PATH_SEPARATOR + "clusters.tsv", job.max_oid()); rmdir(job.base_dir(0)); for (int r = 1; r <= job.round(); ++r) { chain_round(mapping, job.base_dir(r) + PATH_SEPARATOR + "clusters.tsv", job.max_oid()); rmdir(job.base_dir(r)); } return mapping; }bbuchfink-diamond-6dc5717/src/cluster/multinode.cpp000066400000000000000000000272431523407312000224010ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "basic/config.h" #include "volume.h" #include "multinode.h" #include "data/sequence_file.h" #include "cluster/cluster.h" #include "tools/tools.h" #include "util/log_stream.h" const char* const DEFAULT_MEMORY_LIMIT = "16G"; const double CASCADED_ROUND_MAX_EVALUE = 0.001; using std::runtime_error; using std::vector; using std::string; using std::pair; using std::unique_ptr; using std::ofstream; using std::atomic; using std::endl; using std::ifstream; using std::tie; using std::shared_ptr; using std::unordered_set; static OId write_representative_ids(Job& job, const string& clusters_file); void Job::log(const char* format, ...) { char buffer[1024]; const long long int t = std::chrono::duration_cast>(std::chrono::system_clock::now() - start_).count(); char* ptr = buffer + snprintf(buffer, 1024, "[%" PRId64 ", %lli] ", worker_id_, t); va_list args; va_start(args, format); int i = vsnprintf(ptr, 1024 - (ptr - buffer), format, args); #ifdef WIN32 ptr[i++] = '\r'; #endif ptr[i++] = '\n'; ptr[i] = '\0'; *message_stream << buffer; log_file_->push(buffer); va_end(args); } void Job::log(const ClusterStats& stats) { std::ostringstream ss; //stats.masking_stat.print(ss); log(ss.str().c_str()); //log("Seeds considered: %" PRIu64, stats.seeds_considered); //log("Seeds indexed: %" PRIu64, stats.seeds_indexed); log("Extensions computed: %" PRIu64, stats.extensions_computed); //log("Alignments passing e-value filter: %" PRIu64, stats.hits_evalue_filtered); //log("Alignments passing all filters: %" PRIu64, stats.hits_filtered); } static void run_block_combos(Job& job, const VolumedFile& volumes, const string& base_dir, const string& aln_path) { int64_t r; const bool lin_index = use_lin_index(job); if (lin_index) { configure_round(job, volumes); build_lin_indices(job, volumes); if (!job.goon()) return; } Atomic q(base_dir + "queue", job); Atomic finished(base_dir + "finished", job); const int64_t n = (int64_t)volumes.size(); while (job.goon() && (r = q.fetch_add(), r < n)) { unique_ptr> seed_hit_table(new vector()); for (int i = 0; i <= r; ++i) { job.log("Searching blocks. Blocks=%lli,%lli", r + 1, i + 1); /*if (!seed_hit_table->empty()) { for (size_t i = 0; i < seed_hit_table->size(); ++i) job.log("Seed hit table paired positions shape %zu: %zu/%zu", i, seed_hit_table->operator[](i).one_count(), seed_hit_table->operator[](i).size()); }*/ run_search(job, volumes, r, i, base_dir, seed_hit_table); } finished.fetch_add(); job.finish_step(); } if (!job.goon()) return; finished.await(n); Atomic concat_lock(base_dir + "concat_lock", job); Atomic concat_done(base_dir + "concat_done", job); if (concat_lock.fetch_add() == 0) { if (lin_index) remove_lin_indices(volumes); job.log("Concatenating alignment files"); ofstream out(aln_path); for (uint64_t r = 0; r < volumes.size(); ++r) { for (uint64_t i = 0; i <= r; ++i) { const string src = base_dir + std::to_string(r) + "_" + std::to_string(i) + ".tsv"; std::ifstream in(src, std::ios::binary); if (!in.good()) throw runtime_error("Error opening file " + src); if (in.peek() != std::ifstream::traits_type::eof()) { out << in.rdbuf(); if (!out) throw runtime_error("Error writing " + aln_path); } in.close(); remove_tmp_file(src); } } out.close(); concat_done.fetch_add(); job.finish_step(); } else concat_done.await(1); } static pair run_round(Job& job, const VolumedFile& volumes) { if (config.mutual_cover.present()) { config.min_length_ratio = config.sensitivity < Sensitivity::LINCLUST_40 ? std::min(config.mutual_cover.get_present() / 100 + 0.05, 1.0) : config.mutual_cover.get_present() / 100 - 0.05; } const bool linear = job.is_linear_round(); job.log("Starting round %i/%i sensitivity=%s linear=%s", job.round() + 1, job.round_count(), to_string(config.sensitivity).c_str(), linear ? "true" : "false"); job.set_round(volumes.sparse_records()); const int64_t BUF_SIZE = 4096; const string base_dir = job.base_dir() + PATH_SEPARATOR + "alignments" + PATH_SEPARATOR; const string aln_path = job.base_dir() + "alignments.tsv"; const bool mutual_cover = config.mutual_cover.present(); job.make_temp_dir(base_dir); if(linear) run_block_combos(job, volumes, base_dir, aln_path); else { unique_ptr> seed_hit_table; run_search(job, volumes, -1, -1, base_dir, seed_hit_table); } if (!job.goon()) return pair("", 0); if (job.last_round()) { if (!config.fasta_index_file.empty()) remove_tmp_file(config.fasta_index_file); if (config.reps_out.empty()) volumes.remove(job.round() > 0, true, false); } Atomic gvc_lock(base_dir + "gvc_lock", job); Atomic gvc_done(base_dir + "gvc_done", job); if (gvc_lock.fetch_add() == 0) { job.log("Running greedy vertex cover"); config.max_oid = volumes.max_oid(); config.edges = aln_path; config.edge_format = mutual_cover ? "triplet" : ""; config.symmetric = mutual_cover; config.output_file = job.base_dir() + PATH_SEPARATOR + "clusters.tsv"; GVC::Cfg cfg; cfg.tmp_dir = job.base_dir(); GVC::greedy_vertex_cover(cfg); remove_tmp_file(aln_path); if (!job.last_round() || !config.reps_out.empty()) { job.log("Writing representative ids"); write_representative_ids(job, config.output_file); } gvc_done.fetch_add(); job.finish_step(); } else gvc_done.await(1); rmdir(base_dir.c_str()); if (!job.goon()) return pair("", 0); return get_reps(job, volumes); } static OId write_representative_ids(Job& job, const string& clusters_file) { unordered_set reps; ifstream cl(clusters_file); if (!cl) throw runtime_error("Error opening clustering file: " + clusters_file); ofstream out(job.base_dir() + "rep_ids"); if (!out) throw runtime_error("Error opening representative id file"); OId rep, member; while (cl >> rep >> member) { if (rep != member) continue; if (reps.insert(rep).second) out << rep << endl; } if (!cl.eof()) throw runtime_error("Format error in clustering file: " + clusters_file); if (!out) throw runtime_error("Error writing representative id file"); return (OId)reps.size(); } void multinode() { if (config.single_step && config.parallel_tmpdir.empty()) throw runtime_error("Cannot use --single-step without --parallel-tmpdir"); config.database.require(); Cluster::init_thresholds(); const Header hdr_format = TabularFormat::header_format(::Config::cluster); const bool parallel = !config.parallel_tmpdir.empty(); if (config.output_file.empty()) throw runtime_error("Option missing: output file (--out/-o)"); const string output_file = config.output_file; config.file_buffer_size = 64 * 1024; // TODO const bool linclust = config.command == ::Config::LINCLUST; const vector steps = Cluster::cluster_steps(config.approx_min_id.present() ? config.approx_min_id : config.min_id, linclust); // TODO if (parallel) { for (const string& step : steps) { if (!ends_with(step, "_lin")) throw runtime_error("Parallel workflow only supports linclust workflows, support for all-vs-all rounds will be added in a future version."); } } const double evalue_cutoff = config.max_evalue, target_approx_id = config.approx_min_id.present() ? config.approx_min_id.get_present() : 0.0; const bool anchored_swipe = config.anchored_swipe, is_linclust = Cluster::is_linclust(steps); // TODO config.hamming_ext = config.approx_min_id.present() ? config.approx_min_id.get_present() >= 50.0 : false; //config.freq_masking = true; if (parallel) { config.tmpdir = config.parallel_tmpdir + PATH_SEPARATOR + "diamond-tmp-" + Const::version_string + PATH_SEPARATOR; mkdir(config.tmpdir); } else config.tmpdir = create_temp_directory(config.tmpdir, "diamond-tmp-") + PATH_SEPARATOR; Job job; const string input_vols = config.tmpdir + "input_vols.tsv"; Atomic lock(config.tmpdir + "startup_lock", job), done(config.tmpdir + "startup_done", job); if (lock.fetch_add() == 0) { ofstream input_vols_file(input_vols); input_vols_file << config.database.get_present() << endl; input_vols_file.close(); done.fetch_add(); } else done.await(1); config.database = input_vols; VolumedFile volumes(config.database.get_present()); if (job.worker_id() == 0) { if (config.mutual_cover.present()) job.log("Bi-directional coverage = %f", config.mutual_cover.get_present()); else job.log("Uni-directional coverage = %f", config.member_cover.get(80)); if(config.approx_min_id.present()) job.log("Approximate sequence id cutoff = %f", config.approx_min_id.get(0)); else job.log("Sequence id cutoff = %f", config.min_id); job.log("#Volumes = %lli", volumes.size()); } if (max_open_files_per_process() < 1024) raise_open_files_limit(1024); string reps; uint64_t letters = 0; job.set_round_count((int)steps.size(), steps); const string input_parts = len_sort(job, volumes); if (!job.goon()) return; VolumedFile input_volumes(input_parts); input_volumes.set_letter_count(volumes.letter_count()); const vector ccd_arg = config.connected_component_depth; for (size_t i = 0; i < steps.size(); ++i) { const bool linear_round = ends_with(steps[i], "_lin"); config.sensitivity = from_string(rstrip(steps[i], "_lin")); const vector round_approx_id = config.round_approx_id.empty() ? Cluster::default_round_approx_id(job.round_count()) : config.round_approx_id; if (config.min_id == 0.0) { config.approx_min_id = std::max(target_approx_id, Cluster::round_value(round_approx_id, "--round-approx-id", i, (int)steps.size())); job.log("Approximate sequence id cutoff (round) = %f", config.approx_min_id.get_present()); } config.max_evalue = i == steps.size() - 1 ? evalue_cutoff : std::min(evalue_cutoff, CASCADED_ROUND_MAX_EVALUE); config.anchored_swipe = anchored_swipe && (linclust || !config.lin_stage1_query); if (anchored_swipe) config.extension_mode = "banded-fast"; const int ccd = Cluster::round_ccd(ccd_arg, i, steps.size(), linear_round); config.connected_component_depth.clear(); config.connected_component_depth.push_back(std::to_string(ccd)); tie(reps, letters) = run_round(job, i == 0 ? input_volumes : VolumedFile(reps, letters)); if (!job.goon()) return; if (i < steps.size() - 1) job.next_round(); } Atomic output_lock(job.root_dir() + PATH_SEPARATOR + "output_lock", job); config.output_file = output_file; if (output_lock.fetch_add() == 0) { merge(job, input_volumes, hdr_format); job.log(job.stats()); output_lock.close(); lock.close(); done.close(); job.finish(); remove_tmp_file(input_vols); for (size_t i = 0; i < steps.size(); ++i) { remove_tmp_file(job.base_dir(i) + "rep_ids"); remove_tmp_file(job.base_dir(i) + PATH_SEPARATOR + "reps" + PATH_SEPARATOR + "reps.tsv"); rmdir(job.base_dir(i) + PATH_SEPARATOR + "reps"); rmdir(job.base_dir(i)); } input_volumes.remove(false, false, true); rmdir(config.tmpdir); } } bbuchfink-diamond-6dc5717/src/cluster/multinode.h000066400000000000000000000133721523407312000220440ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/config.h" #include "util/string/string.h" #include "util/parallel/filestack.h" #include "util/parallel/atomic.h" #include "util/system/system.h" #include "volume.h" struct ClusterStats { uint64_t hits_evalue_filtered = 0, extensions_computed = 0, hits_filtered = 0, seeds_considered = 0, seeds_indexed = 0; MaskingStat masking_stat; std::mutex mtx; void add(const ClusterStats& s) { std::lock_guard lock(mtx); hits_evalue_filtered += s.hits_evalue_filtered; extensions_computed += s.extensions_computed; hits_filtered += s.hits_filtered; masking_stat += s.masking_stat; seeds_considered += s.seeds_considered; seeds_indexed += s.seeds_indexed; } }; struct Job { Job() : mem_limit(Util::String::interpret_number(config.memory_limit.get(DEFAULT_MEMORY_LIMIT))), max_oid_(std::numeric_limits::max()), base_dir_(absolute_path(config.tmpdir).first), round_(0), start_(std::chrono::system_clock::now()), steps_finished_(0) { register_temp_dir(base_dir_); make_temp_dir(base_dir()); log_file_.reset(new FileStack(base_dir_ + PATH_SEPARATOR + "diamond_job.log", *this)); Atomic worker_id(base_dir_ + PATH_SEPARATOR + "worker_id", *this); worker_id_ = worker_id.fetch_add(); } void finish() { //log("Cleaning up"); log_file_.reset(); for (const auto& file : sync_files_) { remove_tmp_file(file); } for (auto it = temp_dirs_.rbegin(); it != temp_dirs_.rend(); ++it) { rmdir(*it); } //rmdir(base_dir_); } int64_t worker_id() const { return worker_id_; } std::string root_dir() const { return base_dir_ + PATH_SEPARATOR; } std::string base_dir(int round = -1) const { return base_dir_ + PATH_SEPARATOR + "round" + std::to_string(round == -1 ? round_ : round) + PATH_SEPARATOR; } void log(const char* format, ...); void log(const ClusterStats& stats); void next_round() { ++round_; make_temp_dir(base_dir()); } int round() const { return round_; } void set_round(int64_t input_count) { input_count_.push_back(input_count); } uint64_t sparse_input_count(int round) const { return input_count_[round]; } void set_round_count(int n, const std::vector& steps) { round_count_ = n; steps_ = steps; } int round_count() const { return round_count_; } bool last_round() const { return round_ == round_count_ - 1; } const std::vector& steps() const { return steps_; } const std::string& current_round() const { return steps_[round_]; } bool is_linear_round() const { return ends_with(current_round(), "_lin"); } ClusterStats& stats() { return stats_; } OId max_oid() const { if (max_oid_ == std::numeric_limits::max()) throw std::runtime_error("max_oid not set"); return max_oid_; } void set_max_oid(OId max_oid) { max_oid_ = max_oid; } void register_sync_file(const std::string& file_name) { /*if (!ends_with(file_name, "diamond_job.log")) log("Temp file: %s", file_name.c_str()); else return;*/ sync_files_.push_back(file_name); } void register_temp_dir(const std::string& dir_name) { temp_dirs_.push_back(dir_name); } void make_temp_dir(const std::string& dir_name) { mkdir(dir_name); register_temp_dir(dir_name); } void finish_step() { ++steps_finished_; } bool goon() { const bool r = !config.single_step || steps_finished_ == 0; if (!r) log("Job step finished, terminating..."); return r; } const uint64_t mem_limit; private: OId max_oid_; std::string base_dir_; int64_t worker_id_; int round_, round_count_; std::vector steps_; std::unique_ptr log_file_; std::chrono::system_clock::time_point start_; std::vector input_count_; ClusterStats stats_; std::vector sync_files_; std::vector temp_dirs_; int steps_finished_; }; std::pair get_reps(Job& job, const VolumedFile& volumes); void merge(Job& job, const VolumedFile& volumes, Header hdr_format); //void extend(Job& job, std::vector>& out, const VolumedFile& volumes); std::vector make_blocks(Job& job, VolumedFile& volumes, std::vector>& out, std::vector>& acc_out); std::string len_sort(Job& job, VolumedFile& volumes); std::vector build_merged(Job& job); void run_search(Job& job, const VolumedFile& volumes, int64_t r, int64_t i, std::string base_dir, std::unique_ptr>& seed_hit_table); void configure_round(Job& job, const VolumedFile& volumes); bool use_lin_index(const Job& job); std::string lin_index_file(const std::string& volume_path); void build_lin_indices(Job& job, const VolumedFile& volumes); void remove_lin_indices(const VolumedFile& volumes); std::pmr::unordered_map read_mapping_table(Job& job, const Volume& vol, size_t v, std::pmr::memory_resource& pool, bool remove); std::pmr::unordered_map read_mapping_tables(Job& job, const std::unordered_set& wanted, std::pmr::memory_resource& pool); bbuchfink-diamond-6dc5717/src/cluster/output.cpp000066400000000000000000000170741523407312000217420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include "multinode.h" #include "volume.h" #include "basic/config.h" #include "util/memory/memory_resource.h" #include "util/io/compressed_buffer.h" #include "file_array.h" #include "input_buffer.h" #include "cluster.h" using std::endl; using std::unordered_map; using std::ifstream; using std::ofstream; using std::string; using std::vector; using std::runtime_error; using std::unique_ptr; using std::unordered_set; static OId output_oids(Job& job, const vector& merged) { FILE* out = fopen(config.output_file.c_str(), "wt"); if (!out) throw runtime_error("Error opening output file: " + config.output_file); OId n = 0; for (OId i = 0; i <= job.max_oid(); ++i) { if (merged[i] == i) ++n; fprintf(out, "%" PRId64 "\t%" PRId64 "\n", (int64_t)merged[i], (int64_t)i); } fclose(out); return n; } struct AccMapping { static constexpr bool POD = false; static constexpr OId NIL = std::numeric_limits::max(); OId rep = NIL, member = NIL; std::pmr::string rep_acc, member_acc; AccMapping(OId rep, OId member, std::pmr::string&& member_acc, std::pmr::memory_resource& pool) : rep(rep), member(member), rep_acc(&pool), member_acc(std::move(member_acc)) { } AccMapping(OId rep, OId member, const std::pmr::string& member_acc, std::pmr::memory_resource& pool) : rep(rep), member(member), rep_acc(&pool), member_acc(member_acc, &pool) { } AccMapping(std::pmr::memory_resource& pool) : rep(NIL), member(NIL), rep_acc(&pool), member_acc(&pool) { } OId key() const { return rep; } bool operator<(const AccMapping& m) const { return rep < m.rep || (rep == m.rep && member < m.member); } friend void serialize(const AccMapping& m, CompressedBuffer& buf) { buf.write(m.rep); buf.write(m.member); buf.write(m.rep_acc.c_str(), m.rep_acc.length() + 1); buf.write(m.member_acc.c_str(), m.member_acc.length() + 1); } friend void deserialize(File& f, AccMapping& m) { f.read(m.rep); f.read(m.member); f.read_c_str(m.rep_acc); f.read_c_str(m.member_acc); } }; std::pmr::unordered_map read_mapping_table(Job& job, const Volume& vol, size_t v, std::pmr::memory_resource& pool, bool remove) { std::pmr::unordered_map oid2acc(&pool); oid2acc.reserve(vol.record_count); const string path = job.root_dir() + "input" + std::to_string(v) + ".tsv"; ifstream in(path); if (!in.good()) throw runtime_error("Error opening accessions file: " + path); OId oid; std::pmr::string acc(&pool); while (in >> oid) { in >> acc; if (!in) throw runtime_error("Format error in accessions file: " + path); if (oid2acc.emplace(oid, acc).second == false) throw runtime_error("Duplicate OID in accessions file: " + path); } in.close(); if (oid2acc.size() < vol.record_count) throw runtime_error("Accessions file does not contain all OIDs"); if(remove) remove_tmp_file(path); return oid2acc; } std::pmr::unordered_map read_mapping_tables(Job& job, const unordered_set& wanted, std::pmr::memory_resource& pool) { std::pmr::unordered_map oid2acc(&pool); oid2acc.reserve(wanted.size()); VolumedFile input_volumes(job.root_dir() + "input.tsv"); for (size_t v = 0; v < input_volumes.size() && oid2acc.size() < wanted.size(); ++v) { const string path = job.root_dir() + "input" + std::to_string(v) + ".tsv"; ifstream in(path); if (!in.good()) throw runtime_error("Error opening accessions file: " + path); OId oid; std::pmr::string acc(&pool); while (in >> oid) { in >> acc; if (!in) throw runtime_error("Format error in accessions file: " + path); if (wanted.find(oid) != wanted.end() && oid2acc.emplace(oid, acc).second == false) throw runtime_error("Duplicate OID in accessions file: " + path); } in.close(); } if (oid2acc.size() < wanted.size()) throw runtime_error("Accessions file does not contain all representative OIDs"); return oid2acc; } static RadixedTable output_round1(Job& job, const vector& merged, const VolumedFile& volumes) { std::pmr::unsynchronized_pool_resource pool; const string base_dir = job.root_dir() + "output" + PATH_SEPARATOR; job.make_temp_dir(base_dir); unique_ptr output_files(new FileArray(base_dir, RADIX_COUNT, job.worker_id(), false)); const int shift = std::max(bit_length(job.max_oid()) - RADIX_BITS, 0); BufferArray buffers(*output_files, RADIX_COUNT); for (size_t v = 0; v < volumes.size(); ++v) { const Volume& vol = volumes.at(v); job.log("Building output table (round 1) volume %zu/%zu", v + 1, volumes.size()); const std::pmr::unordered_map oid2acc = read_mapping_table(job, vol, v, pool, false); for (auto it = oid2acc.cbegin(); it != oid2acc.cend(); ++it) { const OId oid = it->first; const std::pmr::string& acc = it->second; AccMapping m(merged[oid], oid, acc, pool); buffers.write(m.rep >> shift, m); } log_rss(); } return output_files->buckets(shift); } static OId output_round2(Job& job, const vector& merged, const VolumedFile& volumes, const RadixedTable& round1, Header hdr_format) { std::pmr::unsynchronized_pool_resource pool; ofstream out(config.output_file); if (!out.good()) throw runtime_error("Error opening output file: " + config.output_file); if (hdr_format == Header::SIMPLE) out << Cluster::HEADER_LINE << endl; OId cluster_count = 0; for (const Bucket& b : round1) { VolumedFile f(b); job.log("Building output table (round 2) bucket records=%zu", f.sparse_records()); log_rss(); InputBuffer data(f, pool); data.sort(); for (auto it = data.cbegin(); it != data.cend();) { const auto begin = it; const OId rep = it->rep; const std::pmr::string* rep_acc = nullptr; while (it != data.cend() && it->rep == rep) { if (it->member == rep) rep_acc = &it->member_acc; ++it; } if (rep_acc == nullptr) throw runtime_error("Missing accession mapping for representative OID " + std::to_string(rep)); for (auto member = begin; member != it; ++member) { out << *rep_acc << '\t' << member->member_acc << endl; if (!out.good()) throw runtime_error("Error writing output file: " + config.output_file); } ++cluster_count; } } for (const Bucket& b : round1) VolumedFile(b).remove(); for (size_t v = 0; v < volumes.size(); ++v) remove_tmp_file(job.root_dir() + "input" + std::to_string(v) + ".tsv"); rmdir(job.root_dir() + "output"); return cluster_count; } void merge(Job& job, const VolumedFile& volumes, Header hdr_format) { job.log("Merging clusterings"); const vector merged = build_merged(job); OId n; if (config.oid_output) n = output_oids(job, merged); else { const RadixedTable round1 = output_round1(job, merged, volumes); n = output_round2(job, merged, volumes, round1, hdr_format); } job.log("Total clusters: %" PRId64, (int64_t)n); } bbuchfink-diamond-6dc5717/src/cluster/radixed_table.h000066400000000000000000000053771523407312000226410ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "util/parallel/filestack.h" struct Bucket { static constexpr uint64_t NIL = std::numeric_limits::max(); Bucket() = default; Bucket(const std::string& path, uint64_t records, uint64_t key_begin = NIL, uint64_t key_end = NIL) : path(path), records_(records), key_begin_(key_begin), key_end_(key_end) {} std::string path; std::string containing_directory() const { return ::containing_directory(path); } uint64_t key_begin() const { if (key_begin_ == NIL) throw std::runtime_error("Key range not set for bucket: " + path); return key_begin_; } uint64_t key_end() const { if (key_end_ == NIL) throw std::runtime_error("Key range not set for bucket: " + path); return key_end_; } uint64_t records() const { if (records_ == NIL) throw std::runtime_error("Record count not set for bucket: " + path); return records_; } private: uint64_t records_ = NIL, key_begin_ = NIL, key_end_ = NIL; friend struct RadixedTable; }; struct RadixedTable : public std::vector { RadixedTable(int shift): shift(shift) { } RadixedTable(const std::string& file_name, int shift) : shift(shift) { std::ifstream file(file_name); std::string path; uint64_t records; for (;;) { if (!(file >> path)) return; file >> records; if (!file) throw std::runtime_error("Format error in RadixedTable"); emplace_back(path, records); } } uint64_t max_buckets(uint64_t mem_limit, size_t record_size) const { std::vector counts; counts.reserve(size()); for (const Bucket& b : *this) counts.push_back(b.records()); std::sort(counts.begin(), counts.end(), std::greater()); uint64_t sum = 0; for (uint64_t i = 0; i < counts.size(); ++i) { sum += counts[i] * record_size; if (sum >= mem_limit) return i > 0 ? i : 1; } return counts.size(); } void append(FileStack& out) const { std::ostringstream ss; for (const Bucket& b : *this) { ss << b.path << '\t' << b.records_ << std::endl; } out.push(ss.str()); } const int shift; };bbuchfink-diamond-6dc5717/src/cluster/realign.cpp000066400000000000000000000223061523407312000220150ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "cluster.h" #include "util/parallel/thread_pool.h" #include "util/algo/merge_files.h" #include "dp/dp.h" #include "stats/hauser_correction.h" #include "output/output.h" #include "align/culling.h" #include "basic/config.h" #include "util/log_stream.h" #include "data/sequence_file.h" #include "basic/match.h" #include "output/output_format.h" using std::list; using std::endl; using std::vector; using std::unique_ptr; using std::function; using std::runtime_error; using std::string; static const vector DEFAULT_FORMAT = { "6", "qseqid", "sseqid", "approx_pident", "qstart", "qend", "sstart", "send", "evalue", "bitscore" }; namespace Cluster { struct OutputWriter { OutputWriter(File* file_, char sep = char(0), bool first = true) : file_(file_), first(first), sep(sep) { }; void operator()(TextBuffer* buf) { if (!first && sep != '\0') { file_->write(sep); } file_->write(buf->data(), buf->size()); first = false; } File* file_; bool first; char sep; }; static void align_centroid(CentroidId centroid, ReorderQueue& out, Statistics& stats, ThreadPool& tp, Cfg& cfg) { DP::Targets dp_targets; const OId centroid_oid = cfg.centroids[centroid]; const BlockId centroid_id = cfg.centroid_block->oid2block_id(centroid_oid); const Sequence centroid_seq = cfg.centroid_block->seqs()[centroid_id]; auto begin = lower_bound(cfg.clusters.cbegin(centroid), cfg.clusters.cend(centroid), cfg.member_block->oid_begin()); auto end = lower_bound(cfg.clusters.cbegin(centroid), cfg.clusters.cend(centroid), cfg.member_block->oid_end()); for (auto it = begin; it != end; ++it) { const BlockId block_id = cfg.member_block->oid2block_id(*it); const Sequence seq(cfg.member_block->seqs()[block_id]); const int bin = DP::BandedSwipe::bin(cfg.hsp_values, centroid_seq.length(), 0, 0, (int64_t)seq.length() * (int64_t)centroid_seq.length(), 0, 0); dp_targets[bin].emplace_back(seq, seq.length(), block_id); } const HauserCorrection cbs(centroid_seq); const string centroid_seqid = cfg.lazy_titles ? cfg.db->seqid(centroid_oid, false, false) : cfg.centroid_block->ids()[centroid_id]; DP::Params p{ centroid_seq, centroid_seqid.c_str(), Frame(0), centroid_seq.length(), config.comp_based_stats_.get(Stats::DEFAULT_CBS) == 1 ? cbs.int8.data() : nullptr, DP::Flags::FULL_MATRIX, false, 0, 0, cfg.hsp_values, stats, &tp }; list hsps = DP::BandedSwipe::swipe(dp_targets, p); TextBuffer* buf = new TextBuffer; const int replen = centroid_seq.length(); hsps.sort(Hsp::OrderBySwipeTarget()); for (Hsp& hsp : hsps) { const Loc memberlen = cfg.member_block->seqs().length(hsp.swipe_target); if (Extension::filter_hsp(hsp, replen, nullptr, memberlen, nullptr, centroid_seq, Sequence(), 0, 0, nullptr)) continue; serialize(HspContext(hsp, centroid_id, centroid_oid, TranslatedSequence(centroid_seq), centroid_seqid.c_str(), cfg.member_block->block_id2oid(hsp.swipe_target), memberlen, cfg.lazy_titles ? cfg.db->seqid(cfg.member_block->block_id2oid(hsp.swipe_target), false, false).c_str() : cfg.member_block->ids()[hsp.swipe_target], 0, 0, Sequence()), *buf); } out.push(centroid, buf); } File* realign_block_pair(CentroidId begin, CentroidId end, Cfg& cfg) { File* out = new File { Temporary() }; Cluster::OutputWriter writer(out); ReorderQueue output_sink(begin, writer); auto worker = [&](ThreadPool& tp, int64_t i) { Statistics stats; align_centroid(i, output_sink, stats, tp, cfg); statistics += stats; }; ThreadPool tp(worker, begin, end); tp.run(config.threads_, true); tp.join(); out->rewind(); return out; } void realign(const FlatArray& clusters, const vector& centroids, SequenceFile& db, function& callback, HspValues hsp_values) { const int64_t block_size = Util::String::interpret_number(config.memory_limit.get(DEFAULT_MEMORY_LIMIT)) / 2; *message_stream << "Block size: " << block_size << " byte." << endl; db.set_seqinfo_ptr(0); score_matrix.set_db_letters(config.db_size ? config.db_size : db.letters().value()); OId centroid_offset = 0; int n1 = 0; TaskTimer timer; Cfg cfg{ hsp_values, flag_any(db.format_flags(), SequenceFile::FormatFlags::TITLES_LAZY), clusters, centroids, &db }; db.flags() |= SequenceFile::Flags::SEQS; if (!cfg.lazy_titles) db.flags() |= SequenceFile::Flags::TITLES; while (centroid_offset < db.sequence_count().value()) { timer.go("Loading centroid block"); db.set_seqinfo_ptr(centroid_offset); cfg.centroid_block.reset(db.load_seqs(block_size, 0, nullptr)); centroid_offset = db.tell_seq(); db.set_seqinfo_ptr(0); int n2 = 0; const CentroidId begin = lower_bound(centroids.cbegin(), centroids.cend(), cfg.centroid_block->oid_begin()) - centroids.cbegin(), end = lower_bound(centroids.cbegin(), centroids.cend(), cfg.centroid_block->oid_end()) - centroids.cbegin(); timer.finish(); *log_stream << "Total centroids = " << end - begin << endl; vector tmp; for (;;) { if (cfg.centroid_block->seqs().size() == db.sequence_count().value()) cfg.member_block = cfg.centroid_block; else { timer.go("Loading member block"); cfg.member_block.reset(db.load_seqs(block_size, 0, nullptr)); } if (cfg.member_block->empty()) break; timer.go("Processing centroid block " + std::to_string(n1 + 1) + ", member block " + std::to_string(n2 + 1)); tmp.push_back(realign_block_pair(begin, end, cfg)); ++n2; if (cfg.centroid_block->seqs().size() == db.sequence_count().value()) break; } timer.go("Joining centroid block " + std::to_string(n1 + 1)); merge_sorted_files::iterator, decltype(callback)>(tmp.begin(), tmp.end(), callback); for (File* f : tmp) { f->close(); delete f; } ++n1; } timer.finish(); statistics.print(); } void realign(const vector& clustering, SequenceFile& db, function& callback, HspValues hsp_values) { TaskTimer timer("Finding clusters"); FlatArray clusters; vector centroids; tie(clusters, centroids) = cluster_sorted(clustering); timer.finish(); realign(clusters, centroids, db, callback, hsp_values); } void realign() { config.database.require(); config.clustering.require(); if (config.output_format.empty()) config.output_format = DEFAULT_FORMAT; unique_ptr output_format(get_output_format()); if (output_format->code != OutputFormat::blast_tab) throw runtime_error("The realign workflow only supports tabular output format."); for (FieldId i : dynamic_cast(output_format.get())->fields) { if(bool(TabularFormat::field_def.at(i).flags & Output::Flags::NO_REALIGN)) throw runtime_error("Unsupported output field for the realign workflow: " + TabularFormat::field_def.at(i).key); } TaskTimer timer("Opening the output file"); File out(config.output_file, "wb", File::Flags::TREAT_BLANK_AS_STDOUT); if (TabularFormat::header_format(Config::cluster) == Header::SIMPLE) dynamic_cast(output_format.get())->output_header(out, true); timer.go("Opening the database"); unique_ptr db; try { db.reset(SequenceFile::auto_create({ config.database }, SequenceFile::Flags::NEED_LETTER_COUNT | SequenceFile::Flags::ACC_TO_OID_MAPPING)); } catch (FormatDetectionError& e) { throw runtime_error(string("Error opening database file " + config.database + ": ") + e.what()); } score_matrix.set_db_letters(config.db_size ? config.db_size : db->letters().value()); config.max_evalue = DBL_MAX; timer.finish(); *message_stream << "#Database sequences: " << db->sequence_count().value() << ", #Letters: " << db->letters().value() << endl; if (flag_any(db->format_flags(), SequenceFile::FormatFlags::TITLES_LAZY)) db->init_random_access(0, 0, false); FlatArray clusters; vector centroids; tie(clusters, centroids) = read(config.clustering, *db, CentroidSorted()); *message_stream << "Found " << centroids.size() << " centroids, " << clusters.data_size() << " mappings in input file." << endl; TextBuffer buf; function format_output([&buf, &out, &output_format](const HspContext& h) { Output::Info info{ SeqInfo(), false, nullptr, buf, Util::Seq::AccessionParsing(), 0, 0 }; info.query.title = h.query_title.c_str(); output_format->print_match(h, info); out.write(buf.data(), buf.size()); buf.clear(); }); realign(clusters, centroids, *db, format_output, output_format->hsp_values); timer.go("Freeing memory"); db->close(); out.close(); } }bbuchfink-diamond-6dc5717/src/cluster/reassign.cpp000066400000000000000000000071721523407312000222130ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "basic/config.h" #include "util/log_stream.h" #include "cluster.h" #include "basic/statistics.h" #include "run/workflow.h" #include "data/fasta/fasta_file.h" using std::endl; using std::shared_ptr; using std::for_each; using std::vector; using std::tie; using std::make_shared; using std::unique_ptr; using std::runtime_error; using std::string; namespace Cluster { void reassign() { config.database.require(); config.clustering.require(); init_thresholds(); *message_stream << "Coverage cutoff: " << (config.mutual_cover.present() ? config.mutual_cover.get_present() : config.member_cover) << '%' << endl; TaskTimer timer("Opening the database"); shared_ptr db; try { db.reset(SequenceFile::auto_create({ config.database }, SequenceFile::Flags::NEED_LETTER_COUNT | SequenceFile::Flags::ACC_TO_OID_MAPPING | SequenceFile::Flags::OID_TO_ACC_MAPPING)); } catch (FormatDetectionError& e) { throw runtime_error("Error opening the database: " + string(e.what())); } config.db_size = db->letters().value(); timer.finish(); *message_stream << "#Database sequences: " << db->sequence_count().value() << ", #Letters: " << db->letters().value() << endl; //unique_ptr out(open_out_tsv()); timer.go("Reading the input file"); vector clustering = read(config.clustering, *db); timer.go("Finding centroids"); vector centroids, members; tie(centroids, members) = split(clustering); timer.go("Creating member database"); shared_ptr member_db; // (db->sub_db(members.cbegin(), members.cend())); //member_db->set_seqinfo_ptr(0); timer.go("Creating centroid database"); shared_ptr centroid_db; // (db->sub_db(centroids.cbegin(), centroids.cend())); //centroid_db->set_seqinfo_ptr(0); timer.finish(); statistics.reset(); config.command = Config::blastp; config.max_target_seqs_ = 1; config.output_format = { "edge" }; config.self = false; if (config.mutual_cover.present()) config.query_cover = config.subject_cover = config.mutual_cover.get_present(); else { config.query_cover = config.member_cover; config.subject_cover = 0; } config.sensitivity = from_string(cluster_steps(config.approx_min_id, false).back()); //shared_ptr mapback = make_shared(members.size()); std::unique_ptr> target_seed_hits; //Search::run(target_seed_hits, centroid_db, member_db, mapback); timer.go("Updating clustering"); //const int64_t n = update_clustering(clustering.begin(), mapback->centroid_id.cbegin(), members.cbegin(), members.cend(), centroids.cbegin()); timer.finish(); //*message_stream << "Reassigned members: " << n << '/' << members.size() << endl; timer.go("Generating output"); if (flag_any(db->format_flags(), SequenceFile::FormatFlags::TITLES_LAZY)) db->init_random_access(0, 0, false); //output_mem(*out, *db, clustering); timer.go("Closing the database"); db.reset(); } }bbuchfink-diamond-6dc5717/src/cluster/recluster.cpp000066400000000000000000000151331523407312000224040ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "basic/config.h" #include "data/fasta/fasta_file.h" #include "run/workflow.h" #include "basic/statistics.h" #include "util/log_stream.h" #include "util/data_structures/flat_array.h" #include "../cluster.h" #include "util/system/system.h" using std::unique_ptr; using std::endl; using std::vector; using std::function; using std::make_shared; using std::shared_ptr; using std::for_each; using std::to_string; using std::string; using std::tie; using std::pair; void multinode(); namespace Cluster { static vector recluster(shared_ptr& db, const vector& clustering, int iteration, const string& tmp_dir) { TaskTimer timer(("*** Initializing recluster iteration " + to_string(iteration + 1)).c_str()); FlatArray clusters; vector centroids; tie(clusters, centroids) = cluster_sorted(clustering); BitVector centroid_aligned(db->sequence_count()); for_each(centroids.begin(), centroids.end(), [¢roid_aligned](OId c) { centroid_aligned.set(c); }); function callback([¢roid_aligned](const HspContext& h) { if (((config.mutual_cover.present() && h.qcovhsp() >= config.mutual_cover.get_present() && h.scovhsp() >= config.mutual_cover.get_present()) || (!config.mutual_cover.present() && h.scovhsp() >= config.member_cover)) && (h.approx_id() >= config.approx_min_id || h.id_percent() >= config.approx_min_id)) centroid_aligned.set(h.subject_oid); }); timer.finish(); HspValues hsp_values = HspValues::TARGET_COORDS; if (config.mutual_cover.present()) hsp_values |= HspValues::QUERY_COORDS; if (config.approx_min_id > 0) hsp_values |= HspValues::QUERY_COORDS | HspValues::IDENT | HspValues::LENGTH; realign(clusters, centroids, *db, callback, hsp_values); timer.go("Creating database of unaligned sequences"); const vector unal_members = centroid_aligned.negative_list(); if (unal_members.empty()) return clustering; shared_ptr unaligned(db->sub_db(unal_members.cbegin(), unal_members.cend())); unaligned->set_seqinfo_ptr(0); timer.finish(); message_stream << "#Sequences that failed to align against assigned centroid: " << unal_members.size() << endl; timer.go("Creating centroid database"); shared_ptr centroid_db(db->sub_db(centroids.cbegin(), centroids.cend())); centroid_db->set_seqinfo_ptr(0); timer.finish(); statistics.reset(); config.command = Config::blastp; config.max_target_seqs_ = 1; config.iterate = vector(); config.output_format = { "edge" }; config.self = false; if (config.mutual_cover.present()) { config.query_cover = config.subject_cover = config.mutual_cover.get_present(); } else { config.query_cover = config.member_cover; config.subject_cover = 0; } config.query_or_target_cover = 0; config.sensitivity = from_string(cluster_steps(config.approx_min_id, false).back()); //tie(config.chunk_size, config.lowmem_) = block_size(Util::String::interpret_number(config.memory_limit.get(DEFAULT_MEMORY_LIMIT)), Search::iterated_sens.at(config.sensitivity).front(), false); config.lowmem_ = 1; config.chunk_size = 4.0; config.lin_stage1_query = false; config.lin_stage1_target = false; shared_ptr mapback = make_shared(unal_members.size()); std::unique_ptr> target_seed_hits; Search::run(target_seed_hits, centroid_db, unaligned, mapback); timer.go("Updating clustering"); vector out = clustering; update_clustering(out.begin(), mapback->centroid_id.cbegin(), unal_members.cbegin(), unal_members.cend(), centroids.cbegin()); timer.go("Deallocating memory"); centroid_db.reset(); timer.finish(); vector unmapped_members = mapback->unmapped(); message_stream << "#Sequences that failed to align against any centroid: " << unmapped_members.size() << endl; if (unmapped_members.empty()) return out; shared_ptr unmapped; timer.go("Creating database of unmapped sequences"); unmapped.reset(unaligned->sub_db(unmapped_members.cbegin(), unmapped_members.cend(), tmp_dir + "unmapped" + std::to_string(iteration) + ".faa")); mapback.reset(); timer.finish(); timer.go("Deallocating memory"); clusters.clear(); clusters.shrink_to_fit(); unaligned.reset(); unmapped.reset(); timer.finish(); config.database = unmapped->file_name(); multinode(); vector reclust; //const vector reclust = recluster(unmapped, convert_mapping(cascaded(unmapped, false), OId()), iteration + 1); timer.go("Deallocating memory"); unmapped.reset(); timer.go("Merging clusterings"); for (SuperBlockId i = 0; i < (SuperBlockId)reclust.size(); ++i) out[unal_members[unmapped_members[i]]] = unal_members[unmapped_members[reclust[i]]]; return out; } void recluster() { config.database.require(); config.clustering.require(); init_thresholds(); //config.strict_gvc = true; message_stream << "Coverage cutoff: " << (config.mutual_cover.present() ? config.mutual_cover.get_present() : config.member_cover) << '%' << endl; const string tmpdir = create_temp_directory(config.tmpdir, "diamond-tmp-") + PATH_SEPARATOR; TaskTimer timer("Opening the database"); shared_ptr db(SequenceFile::auto_create({ config.database }, SequenceFile::Flags::NEED_LETTER_COUNT | SequenceFile::Flags::ACC_TO_OID_MAPPING | SequenceFile::Flags::OID_TO_ACC_MAPPING)); config.db_size = db->letters(); timer.finish(); unique_ptr out(open_out_tsv()); message_stream << "#Database sequences: " << db->sequence_count() << ", #Letters: " << db->letters() << endl; timer.go("Reading the input file"); const vector clustering = read(config.clustering, *db); timer.finish(); const vector member2centroid = recluster(db, clustering, 0, tmpdir); timer.go("Generating output"); if (flag_any(db->format_flags(), SequenceFile::FormatFlags::TITLES_LAZY)) db->init_random_access(0, 0, false); output_mem(*out, *db, member2centroid); timer.go("Closing the database"); db.reset(); } }bbuchfink-diamond-6dc5717/src/cluster/search.cpp000066400000000000000000000132711523407312000216420ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "basic/statistics.h" #include "multinode.h" #include "cluster.h" #include "run/workflow.h" #include "util/log_stream.h" #include "util/system/system.h" using std::vector; using std::string; using std::unique_ptr; using std::tie; using std::runtime_error; using std::shared_ptr; static void run_all_vs_all(Job& job) { job.log("Running all-vs-all search for round %d/%d", job.round() + 1, job.round_count()); const string base_dir = config.tmpdir + PATH_SEPARATOR + "round" + std::to_string(job.round()) + PATH_SEPARATOR; config.output_file = base_dir + "alignments.tsv"; config.self = true; config.query_file.clear(); config.lin_stage1_query = false; config.gapped_filter_evalue_ = -1.0; //config.comp_based_stats = 1; config.database = job.round() == 0 ? job.root_dir() + "input0.faa" : job.base_dir(job.round() - 1) + PATH_SEPARATOR + "reps" + PATH_SEPARATOR + "reps_all.faa"; config.fasta_index_file = job.round() == 0 ? job.root_dir() + "input.faa.faidx" : job.base_dir(job.round() - 1) + PATH_SEPARATOR + "reps" + PATH_SEPARATOR + "reps_all.faa.faidx"; if (config.db_size == 0) throw runtime_error("Database size must be set for cascaded all-vs-all round."); tie(config.chunk_size, config.lowmem_) = block_size(Util::String::interpret_number(config.memory_limit.get(DEFAULT_MEMORY_LIMIT)), config.db_size, config.sensitivity, false, config.threads_); job.log("Block size: %.2f GB, index chunks: %u", config.chunk_size, config.lowmem_); unique_ptr> seed_filter; Search::run(seed_filter); } static void run_block_combo(Job& job, const VolumedFile& volumes, int64_t r, int64_t i, string base_dir, unique_ptr>& seed_hit_table) { config.lin_stage1_query = true; config.lin_index_file = use_lin_index(job) ? lin_index_file(volumes[i].path) : string(); if (r == i) { config.self = true; config.query_file.clear(); } else { config.query_file = { volumes[i].path }; config.self = false; } config.gapped_filter_evalue_ = 0.0; config.chunk_size = 65536; config.database.clear(); config.fasta_index_file.clear(); if (config.db_size == 0) throw runtime_error("Database size must be set for cascaded linear search round."); //config.comp_based_stats = 1; // TODO config.output_file = base_dir + std::to_string(r) + "_" + std::to_string(i) + ".tsv"; log_rss(); TaskTimer timer("Opening the database"); shared_ptr db; try { db.reset(SequenceFile::auto_create({ volumes[r].path }, SequenceFile::Flags::SEQS | SequenceFile::Flags::TITLES | SequenceFile::Flags::RANK_BY_SEQID, amino_acid_traits)); } catch (FormatDetectionError& e) { throw runtime_error(string("Error opening database chunk file " + volumes[r].path + ": ") + e.what()); } timer.finish(); if (!db->open_stats().empty()) *message_stream << db->open_stats(); Search::run(seed_hit_table, db, nullptr, nullptr); job.stats().extensions_computed += statistics.get(Statistics::EXT16) + statistics.get(Statistics::EXT32) + statistics.get(Statistics::EXT8); } void configure_round(Job& job, const VolumedFile& volumes) { config.command = Config::blastp; config.lin_index_file.clear(); const bool mutual_cover = config.mutual_cover.present(); const vector round_coverage = config.round_coverage.empty() ? Cluster::default_round_cov(job.round_count()) : config.round_coverage; const double cov_cutoff = mutual_cover ? config.mutual_cover.get_present() : config.member_cover, round_cov_cutoff = std::max(cov_cutoff, Cluster::round_value(round_coverage, "--round-coverage", job.round(), job.round_count())); if (mutual_cover) { config.query_cover = config.subject_cover = round_cov_cutoff; } else { config.query_cover = 0; config.subject_cover = 0; config.query_or_target_cover = round_cov_cutoff; } config.output_format = mutual_cover ? vector { "tab", "qseqid", "sseqid", "corrected_bitscore" } : vector{ "tab", "qseqid", "sseqid", "qcovhsp", "scovhsp", "corrected_bitscore" }; statistics.reset(); config.db_size = volumes.letter_count(); job.log("Database letter count: %" PRIu64 " maximum OId: %" PRIu64, config.db_size, job.max_oid()); config.max_target_seqs_ = 0; config.toppercent.unset(); config.iterate = vector(); if (config.comp_based_stats_.blank()) config.comp_based_stats_ = 6; if (config.masking_.blank()) config.masking_ = "seg-all"; config.iterate.unset(); config.algo = Config::Algo::DOUBLE_INDEXED; //config.hamming_dist_boundary_check = true; config.mapany = false; config.lin_stage1_target = false; config.symmetrize_evalue = true; config.oid_title_max = job.max_oid(); //config.ungapped_filter_query_len = 1; config.output_header.clear(); config.output_header.unset(); } void run_search(Job& job, const VolumedFile& volumes, int64_t r, int64_t i, string base_dir, unique_ptr>& seed_hit_table) { configure_round(job, volumes); if(job.is_linear_round()) run_block_combo(job, volumes, r, i, base_dir, seed_hit_table); else run_all_vs_all(job); }bbuchfink-diamond-6dc5717/src/cluster/volume.h000066400000000000000000000133301523407312000213450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "util/system/system.h" #include "radixed_table.h" #include "data/sequence_file.h" #include "data/fasta/fasta_file.h" struct Volume { Volume() : path(), oid_begin(0), oid_end(0), record_count(std::numeric_limits::max()) { } Volume(const std::string& path, OId oid_begin, OId oid_end, OId record_count) : path(path), oid_begin(oid_begin), oid_end(oid_end), record_count(record_count) { } std::string path; OId oid_begin, oid_end, record_count; bool operator<(size_t oid) const { return oid_end <= oid; } OId oid_range() const { return oid_end - oid_begin; } bool operator<(const Volume& v) const { return oid_begin < v.oid_begin; } friend std::istream& operator>>(std::istream& str, Volume& v) { std::string line; v.oid_begin = v.oid_end = 0; if (!std::getline(str, line)) return str; std::istringstream row(line); row >> v.path; if (!row) throw std::runtime_error("Format error in VolumedFile"); row >> v.record_count; row >> v.oid_begin >> v.oid_end; return str; } }; struct VolumedFile : public std::vector { VolumedFile(const Bucket& bucket) : VolumedFile(bucket.path) { } VolumedFile(const std::string& file_name, uint64_t letter_count = 0) : list_file_(file_name), records_(std::numeric_limits::max()), max_oid_(std::numeric_limits::max()), letter_count_(letter_count) { std::ifstream volume_file(file_name); if (!volume_file) throw std::runtime_error("Error opening file " + file_name); int64_t oid = 0; Volume v; while (volume_file) { volume_file >> v; if (!volume_file) break; if (v.oid_begin == 0 && v.oid_end == 0) { v.oid_begin = oid; v.oid_end = oid + v.record_count; } push_back(v); oid += v.record_count; if (v.record_count == std::numeric_limits::max()) { if (records_ != std::numeric_limits::max()) throw std::runtime_error("Inconsistent record count"); } else { if (records_ == std::numeric_limits::max()) records_ = 0; records_ += v.record_count; } if (v.oid_end > 0) max_oid_ = max_oid_ != std::numeric_limits::max() ? std::max(max_oid_, v.oid_end - 1) : v.oid_end - 1; } std::sort(begin(), end()); if (empty()) records_ = 0; } OId sparse_records() const { if (records_ == std::numeric_limits::max()) throw std::runtime_error("Record count not set"); return records_; } OId max_oid() const { if (max_oid_ == std::numeric_limits::max()) throw std::runtime_error("max_oid not set"); return max_oid_; } void set_max_oid(OId max_oid) { max_oid_ = max_oid; } /*std::pair::const_iterator, std::vector::const_iterator> find(OId oid_begin, OId oid_end) const { auto it = std::lower_bound(begin(), end(), oid_begin); if (it == end()) throw std::runtime_error("OID out of bounds"); auto end = it + 1; while (end < this->end() && end->oid_begin < oid_end) ++end; return { it,end }; }*/ /*std::vector::const_iterator find(OId oid) const { auto it = std::lower_bound(begin(), end(), oid); if (it == end() || oid < it->oid_begin || oid >= it->oid_end) throw std::runtime_error("OID out of bounds"); return it; }*/ void remove(bool dir = true, bool files = true, bool list_file = true) const { if (files) for (const Volume& v : *this) remove_tmp_file(v.path); if (list_file) remove_tmp_file(list_file_); if (dir) rmdir(containing_directory(list_file_).c_str()); } void set_letter_count(uint64_t count) { letter_count_ = count; } uint64_t letter_count() const { if (letter_count_ == 0) throw std::runtime_error("Letter count not set"); return letter_count_; } const std::string& list_file() const { return list_file_; } private: const std::string list_file_; OId records_, max_oid_; uint64_t letter_count_; }; /*inline Block* load_seqs(const VolumedFile& volumes, OId oid_begin, OId oid_end, const std::string& index_dir, SequenceFile::Flags flags = SequenceFile::Flags::ALL) { std::vector::const_iterator vol_begin, vol_end; std::tie(vol_begin, vol_end) = volumes.find(oid_begin, oid_end); Block* combined = nullptr; for (auto v = vol_begin; v != vol_end; ++v) { const OId local_begin = std::max(oid_begin, v->oid_begin) - v->oid_begin; const OId local_end = std::min(oid_end, v->oid_end) - v->oid_begin; const OId count = local_end - local_begin; //std::unique_ptr file(SequenceFile::auto_create({ v->path }, flags)); std::unique_ptr file(new FastaFile({ v->path }, flags, amino_acid_traits, index_dir + std::to_string(v - volumes.begin()))); Block* vol_block; file->set_seqinfo_ptr(local_begin); vol_block = file->load_seqs(INT64_MAX, count); vol_block->offset_oids(v->oid_begin); if (!combined) { combined = vol_block; } else { combined->append(*vol_block, true); delete vol_block; } file->close(); } if (!combined) combined = new Block(); return combined; }*/bbuchfink-diamond-6dc5717/src/compile-osx.sh000077500000000000000000000051161523407312000210050ustar00rootroot00000000000000#!/bin/bash -e # DIAMOND protein sequence aligner # Copyright (C) 2012-2026 Benjamin J. Buchfink # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . # SPDX-License-Identifier: GPL-3.0-or-later CPUS=$(sysctl -n hw.ncpu) export CFLAGS="-arch x86_64 -arch arm64 -mmacosx-version-min=10.15" export CXXFLAGS="-arch x86_64 -arch arm64 -mmacosx-version-min=10.15" export MACOSX_DEPLOYMENT_TARGET=10.15 git clone https://github.com/facebook/zstd.git || TRUE cd zstd make -j $CPUS cd .. mkdir sqlite3 || TRUE cd sqlite3 curl https://sqlite.org/2026/sqlite-amalgamation-3510200.zip > sqlite.zip unzip -j sqlite.zip xcrun clang -c sqlite3.c -o sqlite3_x86_64.o -arch x86_64 -mmacosx-version-min=10.15 xcrun clang -c sqlite3.c -o sqlite3_arm64.o -arch arm64 -mmacosx-version-min=10.15 xcrun libtool -static -o libsqlite3_x86_64.a sqlite3_x86_64.o xcrun libtool -static -o libsqlite3_arm64.a sqlite3_arm64.o xcrun lipo -create -output libsqlite3.a libsqlite3_x86_64.a libsqlite3_arm64.a cd .. mkdir build_x86 || TRUE cd build_x86 export CFLAGS="-arch x86_64 -mmacosx-version-min=10.15" export CXXFLAGS="-arch x86_64 -mmacosx-version-min=10.15" cmake -DCMAKE_BUILD_TYPE=Release \ -DZSTD_LIBRARY="../zstd/lib/libzstd.a" \ -DSQLite3_LIBRARY="../sqlite3/libsqlite3.a" \ -DZSTD_INCLUDE_DIR="../zstd/lib/" \ -DCROSS_COMPILE=ON \ -DCMAKE_OSX_ARCHITECTURES=x86_64 \ -DWITH_ZSTD=ON -DX86=ON -DARM=OFF -DAARCH64=OFF ../.. make -j $CPUS cd .. mkdir build_arm || TRUE cd build_arm export CFLAGS="-arch arm64 -mmacosx-version-min=11.0" export CXXFLAGS="-arch arm64 -mmacosx-version-min=11.0" export MACOSX_DEPLOYMENT_TARGET=11.0 cmake -DCMAKE_BUILD_TYPE=Release \ -DZSTD_LIBRARY="../zstd/lib/libzstd.a" \ -DSQLite3_LIBRARY="../sqlite3/libsqlite3.a" \ -DZSTD_INCLUDE_DIR="../zstd/lib/" \ -DCROSS_COMPILE=ON \ -DCMAKE_OSX_ARCHITECTURES=arm64 \ -DWITH_ZSTD=ON -DX86=OFF -DARM=ON ../.. make -j $CPUS cd .. lipo \ -create \ -arch x86_64 "build_x86/diamond" \ -arch arm64 "build_arm/diamond" \ -output "diamond" bbuchfink-diamond-6dc5717/src/contrib/000077500000000000000000000000001523407312000176445ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/contrib/dna/000077500000000000000000000000001523407312000204065ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/contrib/dna/alignment.cpp000066400000000000000000000245731523407312000231030ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2023 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "alignment.h" #include "../lib/ksw2/ksw2.h" #include "seed_set_dna.h" #include "../util/util.h" #include "bindings/cpp/WFAligner.hpp" #include "timer.h" #include "chain.h" #include "extension_chain.h" #include "../align/target.h" namespace Dna { AlignmentStatus compute_ksw_cigar(const Sequence &targetSequence, const Sequence &querySequence, const Search::Config &cfg, int flag, Cigar &extension, const int zdrop, const int band) { int a = cfg.score_builder->reward(), b = cfg.score_builder->penalty() < 0 ? cfg.score_builder->penalty() : -cfg.score_builder->penalty(); // a>0 and b<0 int8_t mat[NUCLEOTIDE_COUNT * NUCLEOTIDE_COUNT] = {static_cast(a), static_cast(b), static_cast(b), static_cast(b), 0, static_cast(b), static_cast(a), static_cast(b), static_cast(b), 0, static_cast(b), static_cast(b), static_cast(a), static_cast(b), 0, static_cast(b), static_cast(b), static_cast(b), static_cast(a), 0, 0, 0, 0, 0, 0}; ksw_extz_t ez; memset(&ez, 0, sizeof(ksw_extz_t)); #ifdef __APPLE__ ksw_extz(nullptr, querySequence.length(), reinterpret_cast(querySequence.data()), targetSequence.length(), reinterpret_cast(targetSequence.data()), NUCLEOTIDE_COUNT, mat, (int8_t) cfg.score_builder->gap_open(), (int8_t) cfg.score_builder->gap_extend(), band, //config.padding zdrop, flag, &ez); #else ksw_extz2_sse(nullptr, querySequence.length(), reinterpret_cast(querySequence.data()), targetSequence.length(), reinterpret_cast(targetSequence.data()), NUCLEOTIDE_COUNT, mat, (int8_t) cfg.score_builder->gap_open(), (int8_t) cfg.score_builder->gap_extend(), band, zdrop, KSW2_END_BONUS, flag, &ez); #endif // ez.max is extension (peak) score, ez.score is global alignment score const auto alignment_status = static_cast(ez.zdropped); if (flag == KSW_FLAG_L || flag == KSW_FLAG_R || alignment_status == DROPPED) { extension.score += ez.max; } else { extension.score += ez.score; } if (flag == KSW_FLAG_L) extension.setMaxValues(ez.max_q, ez.max_t); else if (extension.score < 1) { return NEGATIVE_SCORE; } for (int i = 0; i < ez.n_cigar; ++i) extension.extendCigar(ez.cigar[i] >> 4, "MID"[ez.cigar[i] & 0xf]); free(ez.cigar); return alignment_status; } std::pair compute_wfa_extension(const std::string &querySequence, const std::string &targetSequence, const int band) { thread_local std::unique_ptr aligner_extension; if (!aligner_extension) { aligner_extension.reset(new wfa::WFAlignerGapAffine(0, -config.mismatch_penalty, config.gap_open, config.gap_extend, wfa::WFAligner::Alignment)); aligner_extension->setHeuristicNone(); aligner_extension->setHeuristicWFadaptive(10,50,1); //aligner_extension->setHeuristicZDrop(WFA_ZDROP_EXTENSION, WFA_CUTOFF_STEPS); aligner_extension->setHeuristicXDrop(100, 1); //aligner_extension->setHeuristicBandedAdaptive(-band,band,1); } aligner_extension->alignExtension(targetSequence.c_str(), targetSequence.length(), querySequence.c_str(), querySequence.length()); return std::make_pair(static_cast(aligner_extension->getAlignmentStatus()), aligner_extension->getCIGAR(true)); } std::pair compute_wfa_global(const std::string &querySequence, const std::string &targetSequence, int band) { band = std::min(band, WFA_BAND_EXTENSION); thread_local std::unique_ptr aligner_global; if (!aligner_global) { aligner_global.reset(new wfa::WFAlignerGapAffine(0, -config.mismatch_penalty, config.gap_open, config.gap_extend, wfa::WFAligner::Alignment)); aligner_global->setHeuristicNone(); aligner_global->setHeuristicWFadaptive(10,50,1); //aligner_global->setHeuristicZDrop(WFA_ZDROP_GLOBAL, WFA_CUTOFF_STEPS); aligner_global->setHeuristicXDrop(100, 1); //aligner_global->setHeuristicBandedAdaptive(-band,band,1); } aligner_global->alignEnd2End(targetSequence.c_str(), targetSequence.length(), querySequence.c_str(), querySequence.length()); return std::make_pair(static_cast(aligner_global->getAlignmentStatus()), aligner_global->getCIGAR(true)); } AlignmentStatus compute_wfa_cigar(const Search::Config &cfg, const std::string &querySequence, Cigar &extension, bool left, bool global, const std::string &targetSequence, const int band) { auto [alignment_status, cigar] = global ? compute_wfa_global(querySequence, targetSequence, band) : compute_wfa_extension(querySequence, targetSequence, band); std::vector> cigar_data; // TODO: gibt es eine effizientere (aber elegante) Methode, als jedes Mal max_query und max_target zu berechnen? int max_query = -1; int max_target = -1; int steps = 0; for (char c: cigar) { if (isdigit(c)) { steps = steps * 10 + (c - '0'); continue; } cigar_data.emplace_back(steps, c); switch (c) { case '=': extension.score += steps * cfg.score_builder->reward(); max_query += steps; max_target += steps; break; case 'X': extension.score += steps * cfg.score_builder->penalty(); max_query += steps; max_target += steps; break; case 'I': extension.score -= cfg.score_builder->gap_open() + (steps * cfg.score_builder->gap_extend()); max_query += steps; break; case 'D': extension.score -= cfg.score_builder->gap_open() + (steps * cfg.score_builder->gap_extend()); max_target += steps; break; default: throw std::runtime_error(std::string("WFA Cigar_short: Invalid Cigar_short Symbol ") + c); } steps = 0; } if (left) { std::reverse(cigar_data.begin(), cigar_data.end()); extension.setMaxValues(max_query, max_target); } else if (extension.score < 1) { return NEGATIVE_SCORE; } extension.extendCigar(cigar_data); // return z-dropped return alignment_status; } Hsp build_hsp_from_cigar(const Cigar &cigar, const Sequence &target, const Sequence &query, const int firstAnchor_i, const int firstAnchor_j, bool isReverse, const Search::Config &cfg) { // timer ExtensionTimer timer_build; auto start_build = std::chrono::high_resolution_clock::now(); Hsp alignHsp = Hsp(); int query_pos = firstAnchor_i - cigar.query_extension_distance() - 1; int target_pos = firstAnchor_j - cigar.target_extension_distance() - 1; alignHsp.query_range.begin_ = query_pos; alignHsp.subject_range.begin_ = target_pos; for (auto& operation: cigar.getCigarDataConst()) { switch (operation.second) { case 'M': case '=': case 'X': for (int j = 0; j < operation.first; ++j) { alignHsp.push_match(target[target_pos++], query[query_pos++], true); } break; case 'D': alignHsp.push_gap(op_deletion, operation.first, target.data() + operation.first + target_pos); target_pos += operation.first; break; case 'I': alignHsp.push_gap(op_insertion, operation.first, query.data() + operation.first + query_pos); query_pos += operation.first; break; default: break; } } alignHsp.score = cigar.score; alignHsp.bit_score = cfg.score_builder->blast_bit_Score(alignHsp.score); alignHsp.evalue = cfg.score_builder->blast_eValue(alignHsp.score, query.length()); if (alignHsp.evalue >= config.max_evalue) return alignHsp; alignHsp.query_range.end_ = query_pos; alignHsp.subject_range.end_ = target_pos; alignHsp.transcript.push_terminator(); alignHsp.target_seq = target; alignHsp.query_source_range = alignHsp.query_range; alignHsp.subject_source_range = isReverse ? Interval(alignHsp.subject_range.end_, alignHsp.subject_range.begin_) : Interval( alignHsp.subject_range.begin_, alignHsp.subject_range.end_); alignHsp.frame = isReverse;//+ 2; //time auto end_build = std::chrono::high_resolution_clock::now(); timer_build.update(2,end_build-start_build); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer_build; } return alignHsp; } }bbuchfink-diamond-6dc5717/src/contrib/dna/alignment.h000066400000000000000000000072171523407312000225440ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2023 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "../data/block/block.h" #include "../align/extend.h" #include "../lib/ksw2/ksw2.h" #include "seed_set_dna.h" #include "../util/util.h" #include "../util/sequence/translate.h" #include "../basic/shape_config.h" #include #pragma once namespace Dna{ const int KSW2_ZDROP_EXTENSION = 40; // TODO: should be different for short and long reads const int KSW2_ZDROP_BETWEEN_ANCHORS = 100; const int KSW2_BAND_EXTENSION = 40; const int KSW2_BAND_GLOBAL = 30; const int WFA_BAND_EXTENSION = 20; const int WFA_ZDROP_EXTENSION = 100; const int WFA_ZDROP_GLOBAL = 500; struct Cigar { public: Cigar() : query_extension_distance_(0), target_extension_distance_(0) {} explicit Cigar(std::size_t reserveSize = 100) : query_extension_distance_(0), target_extension_distance_(0) { cigar_data.reserve(reserveSize); } void reserveCigarSpace(std::size_t reserveSize) { cigar_data.reserve(reserveSize); } void extendCigar(const std::vector>& otherVector) { this->cigar_data.insert(this->cigar_data.end(), otherVector.begin(), otherVector.end()); } void extendCigar(uint32_t length, char cigarOperation) { cigar_data.emplace_back(length, cigarOperation); } int query_extension_distance() const { return query_extension_distance_; } int target_extension_distance() const { return target_extension_distance_; } void setMaxValues(int queryStart, int targetStart) { query_extension_distance_ = queryStart; target_extension_distance_ = targetStart; } const std::vector>& getCigarDataConst() const { return cigar_data; } std::vector>& getCigarData() { return cigar_data; } int score = 0; int peakScore = 0; int peakScoreCigarIndex = 0; int peakScoreAnchorIndex = 0; private: int query_extension_distance_{0}, target_extension_distance_{0}; std::vector> cigar_data; }; enum AlignmentStatus : uint8_t { NOT_DROPPED = 0, DROPPED = 1, NEGATIVE_SCORE = 2 }; AlignmentStatus compute_ksw_cigar(const Sequence &targetSequence, const Sequence &querySequence, const Search::Config &cfg, int flag, Cigar &extension, const int zdrop, const int band); AlignmentStatus compute_wfa_cigar(const Search::Config &cfg, const std::string &querySequence, Cigar &extension, bool left, bool global, const std::string &targetSequence, const int band); Hsp build_hsp_from_cigar(const Cigar &cigar, const Sequence &target, const Sequence &query, const int firstAnchor_i, const int firstAnchor_j, bool isReverse, const Search::Config &cfg); } bbuchfink-diamond-6dc5717/src/contrib/dna/build_score.cpp000066400000000000000000000104101523407312000234000ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include #include "../lib/blast/blast_stat.h" #include "../lib/blast/blast_encoding.h" #include "../lib/blast/blast_setup.h" #include "util/math/math.h" #include "build_score.h" namespace Stats { Blastn_Score::Blastn_Score(const int reward, const int penalty, const int gapopen, const int gapextend,uint64_t db_letters,int64_t sequence_count) : m_ScoreBlk(BlastScoreBlkNew(BLASTNA_SEQ_CODE, 1)), reward_(reward), penalty_(penalty), gap_open_(gapopen), gap_extend_(gapextend), target_length_(db_letters), db_size_(sequence_count) { int status; if(m_ScoreBlk == nullptr) throw std::runtime_error("Failed to initialize blast score block"); m_ScoreBlk->kbp_gap_std[0] = Blast_KarlinBlkNew(); Blast_ScoreBlkKbpIdealCalc(m_ScoreBlk); m_ScoreBlk->reward = reward_; m_ScoreBlk->penalty = penalty_; EBlastProgramType core_type =eBlastTypeBlastn; BlastScoringOptions *score_options; BlastScoringOptionsNew(core_type, &score_options); BLAST_FillScoringOptions(score_options, core_type, TRUE,penalty_, reward_, "", gap_open_, gap_extend_); status = Blast_ScoreBlkMatrixInit(core_type, score_options, m_ScoreBlk, nullptr); score_options = BlastScoringOptionsFree(score_options); if (status) throw std::runtime_error("Failed to initialize scoring matrix"); //Blast_ScoreBlkKbpIdealCalc(m_ScoreBlk); status = Blast_KarlinBlkNuclGappedCalc(m_ScoreBlk->kbp_gap_std[0], gap_open_, gap_extend_, m_ScoreBlk->reward, m_ScoreBlk->penalty, m_ScoreBlk->kbp_ideal, &(m_ScoreBlk->round_down), nullptr); if (status || m_ScoreBlk->kbp_gap_std[0] == nullptr || m_ScoreBlk->kbp_gap_std[0]->Lambda <= 0.0) { throw std::runtime_error("Failed to initialize Karlin Blocks"); } kbp = m_ScoreBlk->kbp_gap_std[0] ; } double Blastn_Score::blast_bit_Score(int raw_score) const { return ((raw_score * kbp->Lambda) - kbp->logK) / NCBIMATH_LN2; } double Blastn_Score::blast_eValue(int raw_score,int query_length) const { double searchspace = calculate_length_adjustment(query_length,query_length,this->target_length_) * calculate_length_adjustment(this->target_length_, query_length,this->target_length_,this->db_size_); return BLAST_KarlinStoE_simple(raw_score, kbp,static_cast(searchspace)); } double Blastn_Score::calculate_length_adjustment(uint64_t length, int query_length, uint64_t target_length, int64_t db_size) const { return static_cast(length) - (expected_hsp_value(query_length,target_length) * (double)db_size); } double Blastn_Score::calculate_length_adjustment(uint64_t length, int query_length, uint64_t target_length) const { if(expected_hsp_value(query_length,target_length) < (1 / kbp->K)) return(1/kbp->K); else return static_cast(length) - expected_hsp_value(query_length,target_length); } double Blastn_Score::expected_hsp_value(int query_length, uint64_t target_length) const { return (Math::log(kbp->K * query_length * (double)target_length) / kbp->H); } Blastn_Score::~Blastn_Score() { m_ScoreBlk = BlastScoreBlkFree(m_ScoreBlk); } } bbuchfink-diamond-6dc5717/src/contrib/dna/build_score.h000066400000000000000000000033361523407312000230560ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "blast/blast_stat.h" namespace Stats { struct Blastn_Score{ Blastn_Score(const int reward,const int penalty,const int gapopen,const int gapextend,uint64_t db_letters,int64_t sequence_count); double blast_bit_Score(int raw_score) const; double blast_eValue(int raw_score,int query_length) const; ~Blastn_Score(); int reward()const{return reward_;} int penalty()const{return penalty_;} int gap_open()const{return gap_open_;} int gap_extend()const{return gap_extend_;} private: Blast_KarlinBlk* kbp; BlastScoreBlk *m_ScoreBlk; int reward_,penalty_,gap_open_,gap_extend_; uint64_t target_length_; int64_t db_size_; double calculate_length_adjustment(uint64_t length,int query_length, uint64_t target_length, int64_t db_size) const; double calculate_length_adjustment(uint64_t length,int query_length, uint64_t target_length) const; double expected_hsp_value(int query_length, uint64_t target_length) const; }; } bbuchfink-diamond-6dc5717/src/contrib/dna/chain.cpp000066400000000000000000000321461523407312000222020ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2023 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "chain.h" #include "../util/util.h" #include #include "../util/math/log2_fast.h" namespace Dna { void only_keep_best_chains_per_target(std::vector &chains, const float chainCutoffPercentage) { std::sort(chains.begin(), chains.end(), [](const Chain &a, const Chain &b) { return (a.target_id == b.target_id) ? (a.chain_score > b.chain_score) : (a.target_id < b.target_id); }); int last_target_id = chains[0].target_id; chains[0].is_primary = 1; auto cutoff = int (chainCutoffPercentage * chains[0].chain_score); for (size_t i = 1; i < chains.size(); ++i) { if (chains[i].chain_score >= cutoff && chains[i].target_id == last_target_id) { chains[i].is_primary = 1; } else if (chains[i].target_id != last_target_id) { last_target_id = chains[i].target_id; chains[i].is_primary = 1; cutoff = int (chainCutoffPercentage * chains[i].chain_score); } } std::sort(chains.begin(), chains.end(), [](const Chain &a, const Chain &b) { return a.is_primary > b.is_primary; }); const auto first_secondary = std::find_if(chains.begin(), chains.end(), [](const Chain& chain) { return chain.is_primary == 0; }); chains.erase(first_secondary, chains.end()); } void detect_primary_chains(std::vector &chains) { std::vector best_secondary_score_of_primary(chains.size(), 0); // first chain is always primary std::vector primary_chain_indices = {0}; std::vector chain_span; chain_span.reserve(chains.size()); // pre compute chain span for (Chain chain : chains) { chain_span.push_back(chain.anchors[0].i - chain.anchors.back().i_start()); } for (size_t index_chain = 1; index_chain < chains.size(); ++index_chain) { bool isPrimary = true; for (size_t index_primary_chain : primary_chain_indices) { int overlapLength = chains[index_chain].overlapInQuery(chains[index_primary_chain]); if (overlapLength < 1) { continue; } double overlapPercentage = static_cast(overlapLength) / std::min(chain_span[index_chain], chain_span[index_primary_chain]); if (overlapPercentage >= MIN_OVERLAP_PERCENTAGE_SECONDARY) { isPrimary = false; // Chain index_chain is the best secondary to Chain index_primary_chain best_secondary_score_of_primary[index_primary_chain] = std::max(best_secondary_score_of_primary[index_primary_chain], chains[index_chain].chain_score); } } if (isPrimary) { primary_chain_indices.push_back(index_chain); } } for (size_t i : primary_chain_indices) { chains[i].computeMappingQuality(best_secondary_score_of_primary[i]); } } static int64_t find_chain_start(const int32_t maxDrop, const uint64_t scoreEnd, const uint64_t indexEnd, const AnchorData &anchorData) { int64_t index = indexEnd; int64_t index_max_score = index; int32_t max_score = 0; // check for invalid or visited anchor if (index < 0 || anchorData.anchor_used[index]) return index; // iterate over all anchors in chain while anchor has not been visited do { // move to the previous anchor in the chain index = anchorData.predecessor_anchor[index]; // compute score difference between anchors (if valid anchor) const int32_t score_difference_anchors = index < 0 ? scoreEnd : (int32_t)scoreEnd - anchorData.best_score_anchor[index]; // new max score? (best extension so far) if (score_difference_anchors > max_score) { max_score = score_difference_anchors; index_max_score = index; } // chain does not extend if score drops too much between anchors else if (max_score - score_difference_anchors > maxDrop) break; } while (index > -1 && !anchorData.anchor_used[index]); return index_max_score; } std::vector chain_backtrack(AnchorData &anchorData, const int minChainScore, const int maxDrop, const SeedMatch *seedMatchBegin, bool isReverse) { std::vector> potential_chain_ends; for (int64_t i = 0; i < anchorData.best_score_anchor.size(); ++i) if (anchorData.best_score_anchor[i] >= minChainScore) potential_chain_ends.emplace_back(anchorData.best_score_anchor[i], i); if (potential_chain_ends.empty()) return {}; if (config.best_hsp_only){ std::sort(potential_chain_ends.begin(), potential_chain_ends.end(), [](const ScoreIndexPair& a, const ScoreIndexPair& b) { return a.score > b.score; }); if (potential_chain_ends.size() > 4) { potential_chain_ends.resize(4); } } // sort by score std::sort(potential_chain_ends.begin(), potential_chain_ends.end()); std::vector detectedChains; anchorData.anchor_used.assign(anchorData.anchor_used.size(), false); // iterate over all potential end positions (highest to lowest) for (int64_t k = potential_chain_ends.size() - 1; k > -1; --k) { if (anchorData.anchor_used[potential_chain_ends[k].index]) continue; const int64_t chain_start_index = find_chain_start(maxDrop, potential_chain_ends[k].score, potential_chain_ends[k].index, anchorData); Chain chain = Chain(isReverse); // iterate over all positions in chain, marks used anchors int64_t idx_chain_end; for (idx_chain_end = potential_chain_ends[k].index; idx_chain_end != chain_start_index; idx_chain_end = anchorData.predecessor_anchor[idx_chain_end]) { anchorData.anchor_used[idx_chain_end] = true; chain.anchors.emplace_back(seedMatchBegin[idx_chain_end].i(), seedMatchBegin[idx_chain_end].j(), seedMatchBegin[idx_chain_end].ungapped_score()); } // score of current chain const int32_t score = idx_chain_end < 0 ? potential_chain_ends[k].score : (int32_t)potential_chain_ends[k].score - anchorData.best_score_anchor[idx_chain_end]; // valid chain? if (score >= minChainScore && !chain.anchors.empty()){ chain.target_id = seedMatchBegin->id(); chain.chain_score = score; detectedChains.push_back(std::move(chain)); } } return detectedChains; } int32_t compute_score(const SeedMatch &secondMatch, const SeedMatch &firstMatch, const ChainingParameters &chainingParameters) { const int32_t distance_query = secondMatch.i_start() - firstMatch.i(); const int32_t distance_query_end_to_end = secondMatch.i() - firstMatch.i(); if (distance_query_end_to_end < 1 || distance_query > chainingParameters.MAX_DIST_X) return INT32_MIN; const int32_t distance_target = secondMatch.j_start() - firstMatch.j(); const int32_t distance_target_end_to_end = secondMatch.j() - firstMatch.j(); if (distance_target_end_to_end == 0 || distance_target > chainingParameters.MAX_DIST_Y) return INT32_MIN; // distance off diagonal (0 is on diagonal) const int32_t distance_diagonal = distance_target_end_to_end > distance_query_end_to_end ? distance_target_end_to_end - distance_query_end_to_end : distance_query_end_to_end - distance_target_end_to_end; // too big distance on query or target if (distance_diagonal > chainingParameters.BAND_WIDTH) return INT32_MIN; // smaller distance on query or target const int32_t distance_skip = std::min(std::abs(distance_target), std::abs(distance_query)); const int32_t distance_gap_end_to_end = std::min(distance_target_end_to_end, distance_query_end_to_end); // initial score: smaller matchSpan or distance int32_t score = std::min(secondMatch.ungapped_score(), distance_gap_end_to_end); if (distance_diagonal) { float lin_pen = chainingParameters.CHAIN_PEN_GAP * (float)distance_diagonal + chainingParameters.CHAIN_PEN_SKIP * (float)distance_skip; float log_pen = distance_diagonal > 0 ? log2_approximate(distance_diagonal + 1) : 0.0f; score -= (int)(lin_pen + .5f * log_pen); } return score; } std::vector chaining_dynamic_program(const ChainingParameters &chainingParameters, const SeedMatch *seedMatchBegin, const SeedMatch *seedMatchEnd, bool isReverse) { const auto total_number_matches = std::distance(seedMatchBegin, seedMatchEnd); AnchorData anchorData(total_number_matches); int32_t total_max_score = 0; // fill matrix int64_t max_score_index = -1; for (int64_t index_second_match = 0; index_second_match < total_number_matches; ++index_second_match) { int64_t index_predecessor = -1; int32_t max_score = seedMatchBegin[index_second_match].ungapped_score(); int32_t n_skip = 0; int64_t start = 0; while (start < index_second_match && seedMatchBegin[index_second_match].j_start() > seedMatchBegin[start].j() + chainingParameters.MAX_DIST_X) ++start; start = std::max(start, index_second_match - chainingParameters.MAX_ITERATIONS); int64_t index_first_match; for (index_first_match = index_second_match - 1; index_first_match >= start; --index_first_match) { int32_t score = compute_score(seedMatchBegin[index_second_match], seedMatchBegin[index_first_match], chainingParameters); if (score == INT32_MIN) continue; score += anchorData.best_score_anchor[index_first_match]; if (score > max_score) { max_score = score; index_predecessor = index_first_match; // pending skipped seeds? if (n_skip > 0) --n_skip; // already in chain? } else if (anchorData.pre_predecessor_anchor[index_first_match] == (int32_t)index_second_match) { // increment number of skipped seeds and break if too many if (++n_skip > chainingParameters.MAX_SKIP) break; } // updates the seed information if previous seed was part of the chain if (anchorData.predecessor_anchor[index_first_match] > -1) anchorData.pre_predecessor_anchor[anchorData.predecessor_anchor[index_first_match]] = index_second_match; } int64_t end_j = index_first_match; if (max_score_index < 0 || seedMatchBegin[index_second_match].j_start() - seedMatchBegin[max_score_index].j() > (int64_t)chainingParameters.MAX_DIST_X) { int32_t max = INT32_MIN; max_score_index = -1; // find seed with the highest score for (index_first_match = index_second_match - 1; index_first_match >= start; --index_first_match) { if (max < anchorData.best_score_anchor[index_first_match]){ max = anchorData.best_score_anchor[index_first_match]; max_score_index = index_first_match; } } } // valid max score if (max_score_index >= 0 && max_score_index < end_j) { const int32_t score_extend_max = compute_score(seedMatchBegin[index_second_match], seedMatchBegin[max_score_index], chainingParameters); // score is valid and higher than the current max score if (score_extend_max != INT32_MIN && max_score < score_extend_max + anchorData.best_score_anchor[max_score_index]){ max_score = score_extend_max + anchorData.best_score_anchor[max_score_index]; index_predecessor = max_score_index; } } anchorData.best_score_anchor[index_second_match] = max_score; anchorData.predecessor_anchor[index_second_match] = index_predecessor; anchorData.peak_score_anchor[index_second_match] = index_predecessor > -1 && anchorData.peak_score_anchor[index_predecessor] > max_score ? anchorData.peak_score_anchor[index_predecessor] : max_score; if (max_score_index < 0 || (anchorData.best_score_anchor[max_score_index] < anchorData.best_score_anchor[index_second_match])) max_score_index = index_second_match; // maximum score in entire chaining total_max_score = std::max(total_max_score, max_score); } return chain_backtrack(anchorData, chainingParameters.MIN_CHAIN_SCORE, chainingParameters.BAND_WIDTH, seedMatchBegin, isReverse); } } bbuchfink-diamond-6dc5717/src/contrib/dna/chain.h000066400000000000000000000112141523407312000216400ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2023 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "seed_set_dna.h" #include "util/math/math.h" namespace Dna { const double MIN_OVERLAP_PERCENTAGE_SECONDARY = 0.5; struct ChainingParameters { int MAX_DIST_X = 1000; // TODO: should be different for max sensitivity and assembly alignment (up to 5000 for less kmers) int MAX_DIST_Y = 1000; const int BAND_WIDTH = 300; // TODO: should be different for max sensitivity and assembly alignment (500) const int MAX_SKIP = 25; const int MAX_ITERATIONS = 3000; // TODO: adapt all for possible short mode? band usw abhängig machen von der query length? const float MAP_PERCENTAGE_TARGET = 0.99f; const int MIN_CHAIN_SCORE; const float CHAIN_PEN_GAP; const float CHAIN_PEN_SKIP; const float MAX_OVERLAP_EXTENSION; ChainingParameters(float gap, float skip, int min_chain_score, float max_overlap_extension) : MIN_CHAIN_SCORE(min_chain_score), CHAIN_PEN_GAP(gap), CHAIN_PEN_SKIP(skip), MAX_OVERLAP_EXTENSION(max_overlap_extension) {} }; struct AnchorData { std::vector predecessor_anchor; std::vector best_score_anchor; std::vector peak_score_anchor; std::vector pre_predecessor_anchor; std::vector anchor_used; explicit AnchorData(size_t n) : predecessor_anchor(n), best_score_anchor(n), peak_score_anchor(n), pre_predecessor_anchor(n, 0), anchor_used(n){} }; struct Chain { explicit Chain(bool rev); int32_t chain_score; BlockId target_id; uint8_t mapping_quality; uint8_t is_primary = 0; bool reverse; struct Anchor { Loc i; Loc j; int span; Loc i_start() const { return i - span; } Loc j_start() const { return j - span; } Anchor(Loc i, Loc j, int span) : i(i), j(j), span(span) {} }; // query/target starting position in reverse (i, j) std::vector anchors; explicit Chain(bool rev) : chain_score(0), target_id(0), mapping_quality(0), reverse(rev), anchors() {} int overlapInQuery(const Chain &otherChain) const { return (std::min(anchors[0].i, otherChain.anchors[0].i)) - std::max(anchors.back().i_start(), otherChain.anchors.back().i_start()); } int overlapInTarget(const Chain &otherChain) const { return (std::min(anchors[0].j, otherChain.anchors[0].j)) - std::max(anchors.back().j_start(), otherChain.anchors.back().j_start()); } void computeMappingQuality(int scoreSecondaryChain) { double score_ratio = static_cast(scoreSecondaryChain) / chain_score; double quality_score = 40 * (1 - score_ratio) * std::min(1.0, static_cast(anchors.size()) / 10) * Math::log(chain_score); // compress to 0-60 mapping_quality = static_cast(quality_score * 60 / 312); } bool operator>(const Chain& otherChain)const {return this->chain_score > otherChain.chain_score;} }; template struct ScoreIndexPair { static_assert(std::is_arithmetic::value, "T1 must be an arithmetic type"); static_assert(std::is_arithmetic::value, "T2 must be an arithmetic type"); T1 score; T2 index; ScoreIndexPair() : score(T1()), index(T2()) {} ScoreIndexPair(const T1& first, const T2& second) : score(first), index(second) {} // sort ascending bool operator<(const ScoreIndexPair& other) const { if (score != other.score) return score < other.score; else return index < other.index; } }; std::vector chaining_dynamic_program(const ChainingParameters &chainingParameters, const SeedMatch *seedMatchBegin, const SeedMatch *seedMatchEnd, bool isReverse); void detect_primary_chains(std::vector &chains); void only_keep_best_chains_per_target(std::vector &chains, float chainCutoffPercentage); } bbuchfink-diamond-6dc5717/src/contrib/dna/dna_index.cpp000066400000000000000000000150711523407312000230470ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include #include "dna_index.h" #include "../data/sequence_set.h" #include "../data/queries.h" #include #include "../util/algo/partition.h" #include #include #include #include "../util/util.h" //#include "google/protobuf/arena.h" using std::atomic; using std::thread; using std::vector; using std::atomic_size_t; using std::pair; namespace Dna { Index::Index(Search::Config &cfg, char *ref_buffer) : ref_buffer_(ref_buffer) { const SeedPartitionRange range(0, Const::seedp); const SeedHistogram &ref_hst = cfg.target->hst(); TaskTimer timer("Building reference seed array", true); const EnumCfg enum_ref{&ref_hst.partition(), 0, 1, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, MaskingAlgo::NONE, cfg.minimizer_window, false, false, cfg.sketch_size }; seed_arr_.reset(new SeedArray(*cfg.target, ref_hst.get(0), range, ref_buffer, &no_filter, enum_ref)); timer.go("Building reference index"); count_minimizers(range); build_index(range,filter_repetitive(range)); } Index::~Index() { delete[] ref_buffer_; } pair Index::contains(PackedSeed seed) const { unsigned partition = seed_partition(seed); unsigned key = seed_partition_offset(seed); if (dna_index_[partition]->size() == 0) { return {nullptr, nullptr}; } auto hash_lookup = dna_index_[partition]->find_entry(key); if (hash_lookup == nullptr) { return {nullptr, nullptr}; } SeedArray::Entry *first = seed_arr_->begin(partition) + hash_lookup->value; // SeedArray::Entry *end = seed_arr_->begin(partition) + seed_arr_->size(partition); for (auto i = first + 1; i != end; ++i) { if (i->key != first->key) return {first, i}; } return {first, end}; } void Index::count_worker(std::atomic *seedp) { unsigned part; while ((part = (*seedp)++) < Const::seedp) { std::sort(seed_arr_->begin(part), seed_arr_->begin(part) + seed_arr_->size(part)); auto it = merge_keys(seed_arr_->begin(part), (seed_arr_->begin(part) + seed_arr_->size(part)), SeedArray::Entry::GetKey()); unsigned count = 0; while (it.good()) { ++count; ++it; } this->minimizer_counts[part] = count; } } void Index::count_minimizers(const SeedPartitionRange &range) { std::function *seedp)> functor = [this](atomic *PH1) { count_worker(PH1); }; atomic seedp(range.begin()); vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(functor, &seedp); for (auto &t: threads) t.join(); this->n_minimizer = std::accumulate(minimizer_counts.begin(), minimizer_counts.end(),static_cast(0)); } void Index::index_worker(atomic *seedp, int cutoff) { unsigned part; while ((part = (*seedp)++) < Const::seedp) { dna_index_[part].reset(new HashTable(this->minimizer_counts[part] * 1.2, MurmurHash())); auto it2 = merge_keys(seed_arr_->begin(part), (seed_arr_->begin(part) + seed_arr_->size(part)),SeedArray::Entry::GetKey()); while (it2.good()) { if (it2.count() < cutoff) dna_index_[part]->insert(it2.key())->value = it2.begin() - seed_arr_->begin(part); ++it2; } } } void Index::build_index(const SeedPartitionRange &range, int repetitive_cutoff) { std::function *seedp, int cutoff)> functor = [this](atomic *PH1, int cutoff) { index_worker(PH1,cutoff); }; atomic seedp(range.begin()); vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(functor, &seedp, repetitive_cutoff); for (auto &t: threads) t.join(); } void Index::filter_worker(std::atomic *seedp, int index, std::vector, std::greater<>>> &rep_thread, int n) { unsigned part; while ((part = (*seedp)++) < Const::seedp) { auto it = merge_keys(seed_arr_->begin(part), (seed_arr_->begin(part) + seed_arr_->size(part)), SeedArray::Entry::GetKey()); while (it.good()) { if (rep_thread[index].size() < n) { rep_thread[index].emplace(it.count()); } else if (rep_thread[index].top() < it.count()){ rep_thread[index].emplace(it.count()); rep_thread[index].pop(); } ++it; } } } int Index::filter_repetitive(const SeedPartitionRange &range) { const int n = n_minimizer * config.repetitive_cutoff; if(n < 1) return INT_MAX; std::vector, std::greater<>>> rep_thread(config.threads_); std::function *seedp, int heap_index)> functor = [this, &rep_thread, n](atomic *PH1, int heap_index) { filter_worker(PH1,heap_index, rep_thread, n); }; std::priority_queue,std::greater<>> repetitive_max; atomic seedp(range.begin()); vector threads; for (int i = 0; i < config.threads_; ++i) { threads.emplace_back(functor, &seedp, i); } for (auto &t: threads) t.join(); for(auto &heap: rep_thread){ while (!heap.empty()) { if (repetitive_max.size() < n) { repetitive_max.emplace(heap.top()); } else if (heap.top() > repetitive_max.top()) { repetitive_max.emplace(heap.top()); repetitive_max.pop(); } heap.pop(); } } return repetitive_max.top(); } }bbuchfink-diamond-6dc5717/src/contrib/dna/dna_index.h000066400000000000000000000035661523407312000225220ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include #include #include "../data/seed_array.h" #include "../util/data_structures/hash_table.h" //#include "google/protobuf/arena.h" #pragma once namespace Dna{ class Index{ public: Index(Search::Config& cfg,char *ref_buffer); std::pair::Entry*,SeedArray::Entry*> contains(PackedSeed seed) const; ~Index(); private: void index_worker(std::atomic *seedp, int cutoff); void build_index(const SeedPartitionRange& range, int repetitive_cutoff); void filter_worker(std::atomic *seedp, int index, std::vector, std::greater<>>> &rep_thread, int n); int filter_repetitive(const SeedPartitionRange &range); void count_worker(std::atomic *seedp); void count_minimizers(const SeedPartitionRange &range); std::unique_ptr> seed_arr_; std::array>, Const::seedp> dna_index_; std::array minimizer_counts; char* ref_buffer_; unsigned n_minimizer; }; }bbuchfink-diamond-6dc5717/src/contrib/dna/extension.cpp000066400000000000000000000405261523407312000231350ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "../lib/ksw2/ksw2.h" #include "seed_set_dna.h" #include "../util/util.h" #include "bindings/cpp/WFAligner.hpp" #include "extension.h" #include "timer.h" #include "chain.h" #include "extension_chain.h" #include "../align/target.h" #include "extension_seed_matches.h" #include "alignment.h" using std::make_move_iterator; const EMap EnumTraits::to_string = { {DNAExtensionAlgo::KSW,"ksw"}, { DNAExtensionAlgo::WFA,"wfa"} }; const SEMap EnumTraits::from_string = { {"ksw",DNAExtensionAlgo::KSW}, {"wfa",DNAExtensionAlgo::WFA} }; namespace Dna { struct ExtendedSeed { int i_min_extended; int i_max_extended; int j_min_extended; int j_max_extended; int length; // Length of the extended seed ExtendedSeed(int i_min, int i_max, int j_min, int j_max) : i_min_extended(i_min), i_max_extended(i_max), j_min_extended(j_min), j_max_extended(j_max) { length = i_max_extended - i_min_extended; } }; bool intersection(const SeedMatch &hit, const std::vector &extended) { if (extended.empty()) { return false; } return std::any_of(extended.begin(), extended.end(), [&hit](const ExtendedSeed &s) { //bool similar_diagonal = std::abs((hit.i() - hit.j()) - (s.i_max_extended - s.j_max_extended)) < s.length / 2; bool within_range = hit.i_start() >= s.i_min_extended && hit.i() <= s.i_max_extended && hit.j_start() >= s.j_min_extended && hit.j() <= s.j_max_extended; return within_range; //&& similar_diagonal; }); } KswCigar::KswCigar(const Sequence &tseq, const Sequence &qseq, const Search::Config &cfg, int flag, const int ungapped_score, const int band) { int a = cfg.score_builder->reward(), b = cfg.score_builder->penalty() < 0 ? cfg.score_builder->penalty() : -cfg.score_builder->penalty(); // a>0 and b<0 int8_t mat[NUCLEOTIDE_COUNT * NUCLEOTIDE_COUNT] = {static_cast(a), static_cast(b), static_cast(b), static_cast(b), 0, static_cast(b), static_cast(a), static_cast(b), static_cast(b), 0, static_cast(b), static_cast(b), static_cast(a), static_cast(b), 0, static_cast(b), static_cast(b), static_cast(b), static_cast(a), 0, 0, 0, 0, 0, 0}; ksw_extz_t ez; memset(&ez, 0, sizeof(ksw_extz_t)); #ifdef __APPLE__ ksw_extz(nullptr, qseq.length(), reinterpret_cast(qseq.data()), tseq.length(), reinterpret_cast(tseq.data()), NUCLEOTIDE_COUNT, mat, (int8_t) cfg.score_builder->gap_open(), (int8_t) cfg.score_builder->gap_extend(), band, //config.padding config.zdrop, flag, &ez); //TODO: zdrop unerschiedlich machen short/long reads #else ksw_extz2_sse(nullptr, qseq.length(), reinterpret_cast(qseq.data()), tseq.length(), reinterpret_cast(tseq.data()), NUCLEOTIDE_COUNT, mat, (int8_t) cfg.score_builder->gap_open(), (int8_t) cfg.score_builder->gap_extend(), band, config.zdrop, KSW2_END_BONUS, flag, &ez); #endif this->score_ = ez.max; this->max_query_ = ez.max_q; this->max_target_ = ez.max_t; cigar_data.reserve(ez.n_cigar + 1); for (int i = 0; i < ez.n_cigar; ++i) cigar_data.emplace_back(ez.cigar[i] >> 4, "MID"[ez.cigar[i] & 0xf]); if (flag == KSW_FLAG_L){ cigar_data.emplace_back(ungapped_score, 'M'); this->score_ += ungapped_score * cfg.score_builder->reward(); } free(ez.cigar); } WfaCigar::WfaCigar(const Sequence &tseq, const Sequence &qseq, const Search::Config &cfg, bool left, const int score, const int band) { std::string tseq2 = tseq.to_string(); std::string qseq2 = qseq.to_string(); int tl = tseq2.length(), ql = qseq2.length(); thread_local std::unique_ptr aligner; if (!aligner) { aligner.reset(new wfa::WFAlignerGapAffine(0, -config.mismatch_penalty, config.gap_open, config.gap_extend, wfa::WFAligner::Alignment)); aligner->setHeuristicNone(); aligner->setHeuristicWFadaptive(10,50,1); //aligner->setHeuristicZDrop(200, WFA_CUTOFF_STEPS); aligner->setHeuristicXDrop(100, 1); //aligner->setHeuristicBandedAdaptive(-band,band,1); } aligner->alignExtension(tseq2.c_str(), tl, qseq2.c_str(), ql); auto cigar = aligner->getCIGAR(true); max_query_ = -1; //TODO: copilot check reverse anders gemacht? scores davor saven? max_target_ = -1; cigar_data.reserve((cigar.size() / 2) + 1); int steps = 0; for (char c: cigar) { if (isdigit(c)) { steps = steps * 10 + (c - '0'); continue; } cigar_data.emplace_back(steps, c); switch (c) { case '=': this->score_ += cfg.score_builder->reward() * steps; max_query_ += steps; max_target_ += steps; break; case 'X': this->score_ += cfg.score_builder->penalty() * steps; max_query_ += steps; max_target_ += steps; break; case 'I': this->score_ -= cfg.score_builder->gap_open() + steps * cfg.score_builder->gap_extend(); max_query_ += steps; break; case 'D': this->score_ -= cfg.score_builder->gap_open() + steps * cfg.score_builder->gap_extend(); max_target_ += steps; break; default: throw std::runtime_error(std::string("WFA Cigar_short: Invalid Cigar_short Symbol ") + c); } steps = 0; } if (left) { std::reverse(cigar_data.begin(), cigar_data.end()); cigar_data.emplace_back(score, '='); this->score_ += score * cfg.score_builder->reward(); } } void cigar_to_hsp(const Sequence &target, const Sequence &query, const SeedMatch &hit, Hsp &out, bool reverse) { int pattern_pos = hit.i_start(); int text_pos = hit.j_start(); out.query_range.begin_ = pattern_pos; out.subject_range.begin_ = text_pos; for (int i = 0; i < hit.ungapped_score(); ++i) { out.push_match(target[text_pos], query[pattern_pos], true); pattern_pos++; text_pos++; } out.query_range.end_ = pattern_pos; out.subject_range.end_ = text_pos; out.transcript.push_terminator(); out.target_seq = target; out.query_source_range = out.query_range; out.subject_source_range = reverse ? Interval(out.subject_range.end_, out.subject_range.begin_) : Interval( out.subject_range.begin_, out.subject_range.end_); out.frame = reverse;// + 2; } void cigar_to_hsp(const Cigar_short &cigar, const Sequence &target, const Sequence &query, const int pos_i, const int pos_j, Hsp &out, bool reverse) { int pattern_pos = pos_i - cigar.max_query() - 1; int text_pos = pos_j - cigar.max_target() - 1; out.query_range.begin_ = pattern_pos; out.subject_range.begin_ = text_pos; for (auto operation: cigar.cigar_data) { switch (operation.second) { case 'M': case '=': case 'X': for (int j = 0; j < operation.first; ++j) { out.push_match(target[text_pos], query[pattern_pos], true); pattern_pos++; text_pos++; } break; case 'D': out.push_gap(op_deletion, operation.first, target.data() + operation.first + text_pos); text_pos += operation.first; break; case 'I': out.push_gap(op_insertion, operation.first, query.data() + operation.first + pattern_pos); pattern_pos += operation.first; break; default: break; } } out.query_range.end_ = pattern_pos; out.subject_range.end_ = text_pos; out.transcript.push_terminator(); out.target_seq = target; out.query_source_range = out.query_range; out.subject_source_range = reverse ? Interval(out.subject_range.end_, out.subject_range.begin_) : Interval( out.subject_range.begin_, out.subject_range.end_); out.frame = reverse + 2; } Extension::Match target_extension(const Search::Config &cfg, const BlockId id, const Sequence &query, SeedMatch *begin, SeedMatch *end, bool reverse) { std::vector extended{}; Extension::Match m = Extension::Match(id, cfg.target->seqs()[id], ::Stats::TargetMatrix(), 0, 0); for (auto hit = begin; hit != end; ++hit) { if (intersection(*hit, extended)) { //TODO: check if this is correct continue; } const Sequence &target = cfg.target->seqs()[id]; if (hit->ungapped_score() == query.length()) { Hsp out = Hsp(); out.score = hit->ungapped_score() * cfg.score_builder->reward(); out.bit_score = cfg.score_builder->blast_bit_Score(out.score); out.evalue = cfg.score_builder->blast_eValue(out.score, query.length()); if (out.evalue >= config.max_evalue) continue; cigar_to_hsp(cfg.target->seqs()[id], query, *hit, out, reverse); m.hsp.push_back(out); extended.emplace_back(out.query_range.begin_, out.query_range.end_, out.subject_range.begin_, out.subject_range.end_); } else { Sequence query_right = query.subseq(hit->i() , query.length()); Sequence target_right = target.subseq(hit->j(), std::min(target.length(), hit->j() + (int) query_right.length() * 2)); const int band_right = std::min(KSW2_BAND, std::min(query_right.length(), target_right.length()) / 3); std::vector query_left = query.subseq(0, hit->i_start()).reverse(); std::vector target_left = target.subseq(std::max(0, (int) (hit->j_start() - (query_left.size() * 2))), hit->j_start()).reverse(); const int band_left = std::min(KSW2_BAND, (int)std::min(query_left.size(), target_left.size()) / 3); Cigar_short extension = config.dna_extension == DNAExtensionAlgo::WFA ? static_cast (WfaCigar(target_left, query_left, cfg, true, hit->ungapped_score(), WFA_BAND_EXTENSION) + WfaCigar(target_right, query_right, cfg, false, 0, WFA_BAND_EXTENSION)) : KswCigar(target_left, query_left, cfg, KSW_FLAG_L, hit->ungapped_score(), band_left) + KswCigar(target_right, query_right, cfg, KSW_FLAG_R, 0, band_right); Hsp out = Hsp(); out.score = extension.score(); out.bit_score = cfg.score_builder->blast_bit_Score(out.score); out.evalue = cfg.score_builder->blast_eValue(out.score, query.length()); if (out.evalue >= config.max_evalue) continue; cigar_to_hsp(extension, cfg.target->seqs()[id], query, hit->i_start(),hit->j_start(), out, reverse); m.hsp.push_back(out); extended.emplace_back(out.query_range.begin_, out.query_range.end_, out.subject_range.begin_, out.subject_range.end_); } } //m.inner_culling(); return m; } std::vector query_extension(const Search::Config &cfg, const Sequence &query, const bool isReverse) { std::vector matches; auto seed_hits = seed_lookup(query, cfg.target->seqs(), cfg.dna_ref_index.get(), cfg.minimizer_window); auto time_start_ungapped = std::chrono::high_resolution_clock::now(); seed_hits = merge_and_extend_seeds(seed_hits, query, cfg); auto time_end_ungapped = std::chrono::high_resolution_clock::now(); ExtensionTimer timer_ungapped; timer_ungapped.update(1, time_end_ungapped - time_start_ungapped); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer_ungapped; } // id and higher score std::sort(seed_hits.begin(), seed_hits.end(), std::greater<>()); auto it = merge_keys(seed_hits.begin(), seed_hits.end(), [](const SeedMatch &hit1) { return hit1.id(); }); auto time_start_extension = std::chrono::high_resolution_clock::now(); while (it.good()) { Extension::Match m = target_extension(cfg, it.key(), query, it.begin().operator->(), it.end().operator->(), isReverse); if (!m.hsp.empty()) { matches.push_back(m); } ++it; } auto time_end_extension = std::chrono::high_resolution_clock::now(); timer_ungapped.update(4, time_end_extension - time_start_extension); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer_ungapped; } return matches; } std::pair, Extension::Stats> extend(const Search::Config &cfg,const Sequence &query) { // MODUS: long reads fast, OR all reads the highest accuracy if (config.chaining_out || config.align_long_reads) { return {chaining_and_extension(cfg, query, Translator::reverse(query)), Extension::Stats()}; } else { std::vector matches = query_extension(cfg,query, false); std::vector reverse = query_extension(cfg, Translator::reverse(query), true); matches.insert( matches.end(), make_move_iterator(reverse.begin()), make_move_iterator(reverse.end())); //culling(matches, cfg); return {matches, Extension::Stats()}; } } }bbuchfink-diamond-6dc5717/src/contrib/dna/extension.h000066400000000000000000000050011523407312000225670ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "../data/block/block.h" #include "../align/extend.h" #include "../lib/ksw2/ksw2.h" #include "seed_set_dna.h" #include "../util/util.h" #include "../util/sequence/translate.h" #include "../basic/shape_config.h" #pragma once namespace Dna{ const int KSW2_END_BONUS = 5; const int KSW2_BAND = 40; const int WFA_CUTOFF_STEPS = 10; const int KSW_FLAG_R = KSW_EZ_EXTZ_ONLY | KSW_EZ_APPROX_MAX | KSW_EZ_APPROX_DROP; const int KSW_FLAG_L = KSW_FLAG_R | KSW_EZ_REV_CIGAR; const int KSW_FLAG_G = KSW_EZ_APPROX_MAX | KSW_EZ_APPROX_DROP; struct Cigar_short { public: Cigar_short &operator+(const Cigar_short &other) { this->cigar_data.insert(this->cigar_data.end(), other.cigar_data.begin(), other.cigar_data.end()); this->score_ += other.score_; return *this; } int32_t score() const { return score_; } int max_query() const { return max_query_; } int max_target() const { return max_target_; } std::vector> cigar_data; protected: Cigar_short() = default; int32_t score_{0}; int max_query_{0}, max_target_{0}; }; struct KswCigar : public Cigar_short { KswCigar(const Sequence &tseq, const Sequence &qseq, const Search::Config &cfg, int flag, const int ungapped_score, const int band); }; struct WfaCigar : public Cigar_short { WfaCigar(const Sequence &tseq, const Sequence &qseq, const Search::Config &cfg, bool left, const int score, const int band); }; void cigar_to_hsp(const Cigar_short &cigar, const Sequence &target, const Sequence &query, const int pos_i, const int pos_j, Hsp &out, bool reverse); std::pair, Extension::Stats> extend(const Search::Config &cfg, const Sequence &query);//, ExtensionTimer& extend_time); } bbuchfink-diamond-6dc5717/src/contrib/dna/extension_chain.cpp000066400000000000000000000525421523407312000243000ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2023 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "extension_chain.h" #include "seed_set_dna.h" #include "timer.h" #include "chain.h" #include "alignment.h" #include "extension_seed_matches.h" namespace Dna { int compute_residue_matches_of_chain(const std::vector &anchors, const int kmer_size) { int totalMatchingResidues = anchors.back().span; for (size_t i = anchors.size() - 1; i > 0; --i) { totalMatchingResidues += std::min(std::min(anchors[i-1].span, anchors[i-1].i - anchors[i].i), anchors[i-1].j - anchors[i].j); } return totalMatchingResidues; } Extension::Match build_map_hsp(const Search::Config &cfg, const BlockId targetBlockId, const Chain *beginChain, const Chain *endChain) { Extension::Match match = Extension::Match(targetBlockId, cfg.target->seqs()[targetBlockId], ::Stats::TargetMatrix(), 0, 0); for (auto chain = beginChain; chain != endChain; ++chain) { //if (!chain->is_primary) continue; // only map primary chains Hsp mapHsp = Hsp(); mapHsp.query_range.begin_ = chain->anchors.back().i_start(); mapHsp.subject_range.begin_ = chain->anchors.back().j_start(); mapHsp.query_range.end_ = chain->anchors[0].i; mapHsp.subject_range.end_ = chain->anchors[0].j; mapHsp.identities = compute_residue_matches_of_chain(chain->anchors, shapes[0].length_); mapHsp.length = std::max(chain->anchors[0].i - chain->anchors.back().i_start(), chain->anchors[0].j - chain->anchors.back().j_start()); // approx, real alignment length might be bigger mapHsp.mapping_quality = chain->mapping_quality; mapHsp.n_anchors = chain->anchors.size(); mapHsp.transcript.push_terminator(); mapHsp.target_seq = cfg.target->seqs()[targetBlockId]; mapHsp.query_source_range = mapHsp.query_range; mapHsp.subject_source_range = chain->reverse ? Interval(mapHsp.subject_range.end_, mapHsp.subject_range.begin_) : Interval( mapHsp.subject_range.begin_, mapHsp.subject_range.end_); mapHsp.frame = chain->reverse + 2; match.hsp.push_back(std::move(mapHsp)); } return match; } std::pair extend_new_at_peak(const Search::Config &cfg, Cigar &extension, const Chain *chain, const Sequence &query, const Sequence &target, const BlockId targetBlockId, const int start_i, const int start_j, const int now_anchor_index) { auto erase_it = extension.getCigarDataConst().begin() + extension.peakScoreCigarIndex; extension.getCigarData().erase(erase_it, extension.getCigarDataConst().end()); extension.score = extension.peakScore; // extend only max to next anchor? TODO: delete commented code when sure /*Sequence query_right = query.subseq(chain->anchors[extension.peakScoreAnchorIndex].i, chain->anchors[extension.peakScoreAnchorIndex - 1].i_start()); Sequence target_right = target.subseq(chain->anchors[extension.peakScoreAnchorIndex].j, chain->anchors[extension.peakScoreAnchorIndex - 1].j_start()); */ // if query or target overlap just align until end //if (query_right.length() < 1 || target_right.length() < 1) { const auto j_end = chain->anchors[extension.peakScoreAnchorIndex].j; Sequence query_right = query.subseq(chain->anchors[extension.peakScoreAnchorIndex].i, query.length()); Sequence target_right = target.subseq(j_end, std::min(target.length(), std::min(j_end + config.band_extension + (int) query_right.length(), j_end + (int) query_right.length() * 2))); //} config.dna_extension == DNAExtensionAlgo::WFA ? compute_wfa_cigar(cfg, query_right.to_string(), extension, false, false, target_right.to_string(), WFA_BAND_EXTENSION) : compute_ksw_cigar(target_right, query_right, cfg, KSW_FLAG_R, extension, config.zdrop_extension, config.band_extension); Hsp hsp = build_hsp_from_cigar(extension, cfg.target->seqs()[targetBlockId], query, start_i, start_j, chain->reverse, cfg); // TODO: return which anchor (as heuristic) for next extension? After peak or from now on? Save multiple peak scores? //return std::make_pair(hsp, extension.peakScoreAnchorIndex - 1); return std::make_pair(hsp, now_anchor_index); } std::pair extend_between_anchors(const Search::Config &cfg, const BlockId targetBlockId, const Chain *chain, const Sequence &query, const Sequence &target, int anchorIdx) { // start position of chain const int start_i = chain->anchors[anchorIdx].i_start(); const int start_j = chain->anchors[anchorIdx].j_start(); Cigar extension(anchorIdx * 3); if (start_i > 0 && start_j > 0) { int prev_anchor_i = 0; int prev_anchor_j = 0; // extend maximal to end anchor of last alignment if (anchorIdx != static_cast(chain->anchors.size()) - 1) { if (chain->anchors[anchorIdx + 1].i <= start_i && chain->anchors[anchorIdx + 1].j <= start_j) { prev_anchor_i = chain->anchors[anchorIdx + 1].i; prev_anchor_j = chain->anchors[anchorIdx + 1].j; } } // extend to the left at start (until previous anchor if dropped) std::vector query_left = query.subseq(prev_anchor_i, start_i).reverse(); std::vector target_left = target.subseq(std::max(prev_anchor_j, std::max(start_j - (int)query_left.size() - config.band_extension, start_j - ((int)query_left.size() * 2))), start_j).reverse(); config.dna_extension == DNAExtensionAlgo::WFA ? compute_wfa_cigar(cfg, ((Sequence) query_left).to_string(), extension, true, false, ((Sequence) target_left).to_string(), WFA_BAND_EXTENSION) : compute_ksw_cigar(target_left, query_left, cfg, KSW_FLAG_L, extension, config.zdrop_extension, config.band_extension); } else { extension.setMaxValues(-1, -1); } int anchor_distance_query= INT_MAX; int anchor_distance_target = INT_MAX; // iterate anchors from start to end (reverse ordered) for (; anchorIdx > 0; --anchorIdx) { const auto span_current_anchor = chain->anchors[anchorIdx].span; const auto span_next_anchor = chain->anchors[anchorIdx - 1].span; // anchor no overlap with previous anchor if (anchor_distance_query > span_current_anchor && anchor_distance_target > span_current_anchor) { extension.extendCigar(span_current_anchor, 'M'); extension.score += span_current_anchor * cfg.score_builder->reward(); } if (extension.score > extension.peakScore) { extension.peakScore = extension.score; extension.peakScoreCigarIndex = extension.getCigarDataConst().size(); extension.peakScoreAnchorIndex = anchorIdx; } anchor_distance_query = chain->anchors[anchorIdx - 1].i - chain->anchors[anchorIdx].i; anchor_distance_target = chain->anchors[anchorIdx - 1].j - chain->anchors[anchorIdx].j; // Case 1: Anchors don't overlap in Query and Target if (anchor_distance_query > span_next_anchor && anchor_distance_target > span_next_anchor) { // extend to the right between anchors Sequence query_right = query.subseq(chain->anchors[anchorIdx].i, chain->anchors[anchorIdx - 1].i_start()); Sequence target_right = target.subseq(chain->anchors[anchorIdx].j, chain->anchors[anchorIdx - 1].j_start()); const int alignment_band = std::abs(query_right.length() - target_right.length()) + std::min(config.band_global, (std::min(query_right.length(), target_right.length())) / 2); auto z_dropped = (config.dna_extension == DNAExtensionAlgo::WFA ? compute_wfa_cigar(cfg, query_right.to_string(), extension, false, true, target_right.to_string(), alignment_band) : compute_ksw_cigar(target_right, query_right, cfg, KSW_FLAG_G, extension, config.zdrop_global, alignment_band)); // finish alignment and start new one if (z_dropped == DROPPED || z_dropped == NEGATIVE_SCORE) { if (extension.score >= extension.peakScore) { Hsp hsp = build_hsp_from_cigar(extension, cfg.target->seqs()[targetBlockId], query, start_i, start_j, chain->reverse, cfg); return std::make_pair(hsp, anchorIdx - 1); } else { return extend_new_at_peak(cfg, extension, chain, query, target, targetBlockId, start_i, start_j, anchorIdx - 1); } } } // Case 2: Anchors overlap more in Query than in Target else if (anchor_distance_query <= span_next_anchor && anchor_distance_query < anchor_distance_target) { // push deletions const int number_of_gaps = anchor_distance_target - anchor_distance_query; extension.extendCigar(number_of_gaps, 'D'); extension.score -= (number_of_gaps * cfg.score_builder->gap_extend()) + cfg.score_builder->gap_open(); // push matches for last part of second anchor extension.extendCigar(anchor_distance_query, 'M'); extension.score += anchor_distance_query * cfg.score_builder->reward(); } // Case 3: Anchors overlap more in Target than in Query else if (anchor_distance_target <= span_next_anchor && anchor_distance_target < anchor_distance_query) { // push insertions const int number_of_gaps = anchor_distance_query - anchor_distance_target; extension.extendCigar(number_of_gaps, 'I'); extension.score -= (number_of_gaps * cfg.score_builder->gap_extend()) + cfg.score_builder->gap_open(); // push matches for last part of second anchor extension.extendCigar(anchor_distance_target, 'M'); extension.score += anchor_distance_target * cfg.score_builder->reward(); } else { throw std::runtime_error("Error in chaining extension: No anchor overlap case matched"); } } const auto span_last_anchor = chain->anchors.front().span; // no overlap with last anchor if (anchor_distance_query > span_last_anchor && anchor_distance_target > span_last_anchor) { extension.extendCigar(span_last_anchor, 'M'); extension.score += span_last_anchor * cfg.score_builder->reward(); } const auto j_end_last_anchor = chain->anchors.front().j; Sequence query_right = query.subseq(chain->anchors.front().i, query.length()); Sequence target_right = target.subseq(j_end_last_anchor, std::min(target.length(), std::min(j_end_last_anchor + config.band_extension + (int) query_right.length(), j_end_last_anchor + (int) query_right.length() * 2))); config.dna_extension == DNAExtensionAlgo::WFA ? compute_wfa_cigar(cfg, query_right.to_string(), extension, false, false, target_right.to_string(), WFA_BAND_EXTENSION) : compute_ksw_cigar(target_right, query_right, cfg, KSW_FLAG_R, extension, config.zdrop_extension, config.band_extension); if (extension.score >= extension.peakScore) { Hsp hsp = build_hsp_from_cigar(extension, cfg.target->seqs()[targetBlockId], query, start_i, start_j, chain->reverse, cfg); return std::make_pair(hsp, anchorIdx - 1); } else { return extend_new_at_peak(cfg, extension, chain, query, target, targetBlockId, start_i, start_j, anchorIdx - 1); } } Extension::Match extend_chains(const Search::Config &cfg, const BlockId targetBlockId, const Chain *beginChain, const Chain *endChain, const Sequence &query, const Sequence &query_reverse, ChainingParameters &chainingParameters) { Extension::Match match = Extension::Match(targetBlockId, cfg.target->seqs()[targetBlockId], ::Stats::TargetMatrix(), 0, 0); const Sequence &target = cfg.target->seqs()[targetBlockId]; ExtensionTimer timer; auto start_extend = std::chrono::high_resolution_clock::now(); std::vector> range_extended_chains; for (auto chain = beginChain; chain != endChain; ++chain) { // do not extend chains that overlap with percentage previous extensions const int query_range = chain->anchors[0].i - chain->anchors.back().i_start(); const int target_range = chain->anchors[0].j - chain->anchors.back().j_start(); bool do_not_extend = false; for (const auto& [extQueryStart, extQueryEnd, extTargetStart, extTargetEnd] : range_extended_chains) { const int query_overlap = std::min(chain->anchors[0].i, extQueryEnd) - std::max(chain->anchors.back().i_start(), extQueryStart); const int target_overlap = std::min(chain->anchors[0].j, extTargetEnd) - std::max(chain->anchors.back().j_start(), extTargetStart); // TODO: vielleicht im Verhältnis zur Länge der kleineren span? -> bereits alignierte chains hatten grÃļßeren Score, falls abgebrochen, dann trotzdem sonnvoll if (query_overlap > int(chainingParameters.MAX_OVERLAP_EXTENSION * query_range) && target_overlap > int(chainingParameters.MAX_OVERLAP_EXTENSION * target_range)) { do_not_extend = true; break; } } if (do_not_extend) { continue; } int anchor_idx = static_cast(chain->anchors.size()) - 1; do { auto [hsp_result, current_index] = chain->reverse ? extend_between_anchors(cfg, targetBlockId, chain, query_reverse, target, anchor_idx) : extend_between_anchors(cfg, targetBlockId, chain, query, target, anchor_idx); if (hsp_result.evalue < config.max_evalue) { // TODO: put this maybe in front of the condition? range_extended_chains.emplace_back(hsp_result.query_range.begin_, hsp_result.query_range.end_, hsp_result.subject_range.begin_, hsp_result.subject_range.end_); match.hsp.push_back(std::move(hsp_result)); } anchor_idx = current_index; } while (anchor_idx > -1); } auto end_extend = std::chrono::high_resolution_clock::now(); timer.update(4,end_extend-start_extend); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer; } if(config.best_hsp_only) { auto best_hsp_it = std::max_element(match.hsp.begin(), match.hsp.end(), [](const Hsp &a, const Hsp &b) { return a.score < b.score; }); if (best_hsp_it != match.hsp.end()) { Hsp best_hsp = std::move(*best_hsp_it); match.hsp.clear(); match.hsp.push_back(std::move(best_hsp)); } } return match; } std::vector compute_chains(const Search::Config &cfg, const Sequence &query, bool isReverse, const ChainingParameters &chainingParameters) { auto time_start_seed = std::chrono::high_resolution_clock::now(); auto seed_hits = seed_lookup(query, cfg.target->seqs(), cfg.dna_ref_index.get(), cfg.minimizer_window); auto time_end_seed = std::chrono::high_resolution_clock::now(); ExtensionTimer timer_seed; timer_seed.update(5, time_end_seed - time_start_seed); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer_seed; } if (seed_hits.empty()) { return {}; } auto time_start_ungapped = std::chrono::high_resolution_clock::now(); seed_hits = merge_and_extend_seeds(seed_hits, query, cfg); auto time_end_ungapped = std::chrono::high_resolution_clock::now(); ExtensionTimer timer_ungapped; timer_seed.update(1, time_end_ungapped - time_start_ungapped); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer_seed; } // Sort SeedMatch vector by BlockId and target location j std::sort(seed_hits.begin(), seed_hits.end(), [](const SeedMatch &a, const SeedMatch &b) { return a.id() < b.id() || (a.id() == b.id() && a.j() < b.j()); }); auto hits_it = merge_keys(seed_hits.begin(), seed_hits.end(), [](const SeedMatch &hit1) { return hit1.id(); }); auto time_start_chain = std::chrono::high_resolution_clock::now(); std::vector chains; // process subsets based on unique target id while (hits_it.good()) { auto new_chains = chaining_dynamic_program(chainingParameters, hits_it.begin().operator->(), hits_it.end().operator->(), isReverse); chains.insert(chains.end(), std::make_move_iterator(new_chains.begin()), std::make_move_iterator(new_chains.end())); ++hits_it; } auto time_end_chain = std::chrono::high_resolution_clock::now(); ExtensionTimer timer_chain; timer_chain.update(6, time_end_chain - time_start_chain); { std::lock_guard lock(cfg.timer->mtx); *(cfg.timer) += timer_chain; } return chains; } std::vector chaining_and_extension(const Search::Config &cfg, const Sequence &query, const Sequence &query_reverse) { std::vector matches; ChainingParameters chainingParameters(static_cast(cfg.chain_pen_gap), static_cast(cfg.chain_pen_skip), cfg.min_chain_score, static_cast(cfg.max_overlap_extension)); // static? auto chains = compute_chains(cfg, query, false, chainingParameters); auto chains_reverse = compute_chains(cfg, query_reverse, true, chainingParameters); if (chains.empty() && chains_reverse.empty()) { return matches; } chains.insert( chains.end(), std::make_move_iterator(chains_reverse.begin()), std::make_move_iterator(chains_reverse.end())); //if (config.best_hsp_only) { // only_keep_best_chains_per_target(chains, chainingParameters.MAP_PERCENTAGE_TARGET); //} // sort chains by score std::sort(chains.begin(), chains.end(), std::greater<>()); // compute chain quality if (config.chaining_out) detect_primary_chains(chains); // filter chains by score threshold // TODO: maybe remove from sensitivity modes and only filter when threshold was set (!= 0) const int map_score_threshold = chains[0].chain_score * cfg.chain_fraction_align; auto lower_bound = std::lower_bound(chains.begin(), chains.end(), map_score_threshold, [](const Chain& chain, int threshold) { return chain.chain_score >= threshold; }); chains.erase(lower_bound, chains.end()); std::sort(chains.begin(), chains.end(), [](const Chain &a, const Chain &b) { return (a.target_id == b.target_id) ? (a.chain_score > b.chain_score) : (a.target_id < b.target_id); }); auto iterator_chains_target = merge_keys(chains.begin(), chains.end(), [](const Chain &chain1) { return chain1.target_id; }); while (iterator_chains_target.good()) { Extension::Match match = config.chaining_out ? build_map_hsp(cfg, iterator_chains_target.key(), iterator_chains_target.begin().operator->(), iterator_chains_target.end().operator->()) : extend_chains(cfg, iterator_chains_target.key(), iterator_chains_target.begin().operator->(), iterator_chains_target.end().operator->(), query, query_reverse, chainingParameters); if (!match.hsp.empty()) { matches.push_back(std::move(match)); } ++iterator_chains_target; } return matches; } } bbuchfink-diamond-6dc5717/src/contrib/dna/extension_chain.h000066400000000000000000000016401523407312000237360ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2023 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "extension.h" namespace Dna { std::vector chaining_and_extension(const Search::Config &cfg, const Sequence &query, const Sequence &query_reverse); } bbuchfink-diamond-6dc5717/src/contrib/dna/extension_seed_matches.cpp000066400000000000000000000064201523407312000256340ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2024 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "extension_seed_matches.h" #include "../data/block/block.h" #include "../util/util.h" namespace Dna { std::vector extend_seeds_ungapped(const SeedMatch *seedMatchBegin, const SeedMatch *seedMatchEnd, const Sequence &query, const Search::Config &cfg) { const Sequence &target = cfg.target->seqs()[seedMatchBegin->id()]; const int kmer_size = shapes[0].length_; std::vector new_hits; new_hits.reserve(std::distance(seedMatchBegin, seedMatchEnd)); int prev_diagonal = std::numeric_limits::min(); const int query_length = query.length(); const int target_length = target.length(); for (auto hit = seedMatchBegin; hit != seedMatchEnd; ++hit) { const int diagonal = hit->i() - hit->j(); if (diagonal == prev_diagonal && hit->i() <= new_hits.back().i()) { continue; } int left_i = hit->i() - 1; int left_j = hit->j() - 1; while (query[left_i] == target[left_j] && left_i > -1 && left_j > -1) { left_i--; left_j--; } int right_i = hit->i() + kmer_size; int right_j = hit->j() + kmer_size; while (query[right_i] == target[right_j] && right_i < query_length && right_j < target_length) { right_i++; right_j++; } new_hits.emplace_back(right_i, hit->id(), right_j); new_hits.back().score(right_i - left_i - 1); prev_diagonal = diagonal; } return new_hits; } bool compare_by_target_and_diagonal(const SeedMatch& a, const SeedMatch& b) { if (a.id() != b.id()) { return a.id() < b.id(); } if ((a.i() - a.j()) != (b.i() - b.j())) { return (a.i() - a.j()) < (b.i() - b.j()); } return a.i() < b.i(); } std::vector merge_and_extend_seeds(std::vector &seed_hits, const Sequence &query, const Search::Config &cfg) { std::sort(seed_hits.begin(), seed_hits.end(), compare_by_target_and_diagonal); auto hits_it_target = merge_keys(seed_hits.begin(), seed_hits.end(), [](const SeedMatch &hit) { return hit.id(); }); std::vector new_seed_hits; new_seed_hits.reserve(seed_hits.size()); while (hits_it_target.good()) { auto new_hits = extend_seeds_ungapped(hits_it_target.begin().operator->(), hits_it_target.end().operator->(), query, cfg); new_seed_hits.insert(new_seed_hits.end(), std::make_move_iterator(new_hits.begin()), std::make_move_iterator(new_hits.end())); //move sinnvoll? ++hits_it_target; } return new_seed_hits; } } bbuchfink-diamond-6dc5717/src/contrib/dna/extension_seed_matches.h000066400000000000000000000016421523407312000253020ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2024 Vincent Spath Code developed by Vincent Spath This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "seed_set_dna.h" namespace Dna { std::vector merge_and_extend_seeds(std::vector &seed_hits, const Sequence &query, const Search::Config &cfg); } bbuchfink-diamond-6dc5717/src/contrib/dna/seed_set_dna.cpp000066400000000000000000000036111523407312000235300ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "seed_set_dna.h" #include #include "../basic/shape_config.h" #include "../basic/seed_iterator.h" #include "../data/block/block.h" #include "../data/sequence_file.h" using std::pair; namespace Dna { std::vector seed_lookup(const Sequence &query, SequenceSet& target_seqs, const Index *filter, Loc window_size){ std::vector seed_matches; std::vector query_sequence = query.copy(); const Shape &seed_shape = shapes[0]; MinimizerIterator it(query_sequence, seed_shape, window_size); while (it.good()) { uint64_t key = *it; pair ref_position = filter->contains(key); if (ref_position.first != nullptr){ for(auto pos = ref_position.first; pos != ref_position.second; pos++){ pair id_loc = target_seqs.local_position(pos->value); seed_matches.emplace_back(it.pos(), id_loc.first, id_loc.second); //ref_position)); } } ++it; } return seed_matches; } SeedMatch::SeedMatch(Loc i, BlockId id, Loc j): i_(i), target_id_(id), j_(j) {} } bbuchfink-diamond-6dc5717/src/contrib/dna/seed_set_dna.h000066400000000000000000000031501523407312000231730ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "../data/flags.h" #include "dna_index.h" #include "../basic/shape_config.h" #pragma once namespace Dna{ struct SeedMatch{ SeedMatch(Loc i, BlockId id, Loc j); int ungapped_score()const{return score_;} void score(int scr){this->score_ = scr;} Loc i()const{return i_;} Loc j()const{return j_;} BlockId id()const{return target_id_;} int i_start() const { return i_ - score_; } int j_start() const { return j_ - score_; } bool operator>(const SeedMatch& hit)const {return this->id() < hit.id() || ((this->id() == hit.id()) && this->ungapped_score() > hit.ungapped_score());} private: Loc i_; Loc j_; BlockId target_id_; int score_ = shapes[0].length_; }; std::vector seed_lookup(const Sequence &query, SequenceSet& target_seqs, const Index *filter, Loc it_param); }; bbuchfink-diamond-6dc5717/src/contrib/dna/setup.cpp000066400000000000000000000042621523407312000222560ustar00rootroot00000000000000namespace Dna { const map sensitivity_traits = { {{Sensitivity::FASTER, {true, false, 20.0, 9, 0, 0, 0, 1, 16, nullptr, 1.0, 2.0, dna, 12, 0.0, 40, 0.1 }}, {Sensitivity::FAST, {true, false, 20.0, 9, 0, 0, 0, 1, 16, nullptr, 1.0, 2.0, dna, 10, 0.0, 40, 0.5}}, {Sensitivity::DEFAULT, {true, false, 20.0, 9, 0, 0, 0, 1, 16, nullptr, 1.0, 2.0, dna, 10, 0.0, 20, 0.5 }}, {Sensitivity::SENSITIVE, {true, false, 20.0, 9, 0, 0, 0, 1, 16, nullptr, 1.0, 2.0, dna, 6, 0.0, 20, 0.5 }}, {Sensitivity::VERY_SENSITIVE, {true, false, 20.0, 9, 0, 0, 0, 1, 16, nullptr, 1.0, 2.0, dna, 5, 0.0, 17, 0.5 }}, {Sensitivity::ULTRA_SENSITIVE, {true, false, 20.0, 9, 0, 0, 0, 1, 16, nullptr, 1.0, 2.0, dna, 4, 0.0, 15, 0.5 }}, } }; const map> shape_codes = { { Sensitivity::ULTRA_SENSITIVE, {"111111111111"} }, { Sensitivity::VERY_SENSITIVE, { "1111111111111"} }, { Sensitivity::SENSITIVE, { "11111111111111" } }, { Sensitivity::DEFAULT, { "111111111111111"} }, { Sensitivity::FAST, { "111111111111111" } }, { Sensitivity::FASTER, { "111111111111111111" } } }; void setup_search(Sensitivity sens, Search::Config& cfg) { const SensitivityTraits& traits = sensitivity_traits[(int)align_mode.sequence_type].at(sens); config.sensitivity = sens; ::Config::set_option(cfg.chain_fraction_align, config.chain_fraction_align_, 0.0, traits.chain_fraction_align); ::Config::set_option(cfg.min_chain_score, config.min_chain_score_, 0, traits.min_chain_score); ::Config::set_option(cfg.max_overlap_extension, config.max_overlap_extension_, 0.0, traits.max_overlap_extension); if(align_mode.mode == AlignMode::blastn) Reduction::reduction = dna; cfg.chain_pen_gap = config.chain_pen_gap_scale * 0.01 * (double)shapes[0].length_; cfg.chain_pen_skip = config.chain_pen_skip_scale * 0.01 * (double)shapes[0].length_; } }bbuchfink-diamond-6dc5717/src/contrib/dna/smith_watermann.cpp000066400000000000000000000061271523407312000243200ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "smith_watermann.h" #include "../data/block/block.h" #include "../data/sequence_file.h" #include using std::vector; namespace SmithWaterman{ int scoringFunction(int match, int mismatch, Letter first,Letter second){ if(first == second) return match; else return mismatch; } int dynamic_programm(const Sequence &target, const Sequence &query, int match, int mismatch, int gapopen, int gapextend){ vector> dp_matrix(query.length()+1,vector(target.length()+1,0)); vector hgap(target.length()+1,0); int max = 0; for(int i = 1; i < (int)dp_matrix.size(); i++){ int vgap = 0; for (int j = 1; j<(int)dp_matrix[0].size(); j++){ int s = dp_matrix[i-1][j-1]+ scoringFunction(match,mismatch, query[i-1], target[j-1]); s = std::max({s,hgap[j],vgap,0},std::less()); dp_matrix[i][j] = s ; vgap -= gapextend; hgap[j] -= gapextend; int open = s - gapopen - gapextend; vgap = std::max(vgap, open); hgap[j] = std::max(hgap[j], open); if(dp_matrix[i][j] > max){ max = dp_matrix[i][j]; } } } return max; } std::pair, Extension::Stats> local_alignment(const Search::Config &cfg,BlockId query_id){ vector matches; SequenceSet& target_seqs = cfg.target->seqs(); Sequence query_sequence = cfg.query->seqs()[query_id]; for(int i = 0; i < target_seqs.size(); i ++){ Sequence target_sequence = target_seqs[i]; Extension::Match m = Extension::Match(query_id,target_sequence,::Stats::TargetMatrix(),0,0); int score = dynamic_programm(target_sequence, query_sequence,cfg.score_builder->reward(), cfg.score_builder->penalty(), cfg.score_builder->gap_open(), cfg.score_builder->gap_extend()) ; m.hsp.emplace_back(Hsp(false,score)); m.hsp.back().bit_score = cfg.score_builder->blast_bit_Score(score); m.hsp.back().evalue = cfg.score_builder->blast_eValue(score,query_sequence.length()); matches.emplace_back(m); } return { matches, Extension::Stats()}; } }bbuchfink-diamond-6dc5717/src/contrib/dna/smith_watermann.h000066400000000000000000000017751523407312000237710ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #pragma once #include "../basic/match.h" #include "../run/config.h" #include "../align/extend.h" namespace SmithWaterman { std::pair, Extension::Stats> local_alignment(const Search::Config &cfg, BlockId query_id); }bbuchfink-diamond-6dc5717/src/contrib/dna/timer.h000066400000000000000000000076321523407312000217070ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2022 Dimitrios Koutsogiannis Code developed by Dimitrios Koutsogiannis This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ #include "chrono" #include "mutex" #include "iostream" namespace Dna{ using Duration = std::chrono::duration>; struct ExtensionTimer { ExtensionTimer(): total_time(), preprocessing_time(), postprocessing_time(), extension(), next(), chaining(), extension_filter() {}; ExtensionTimer& operator+=(ExtensionTimer& other)noexcept{ this->total_time += (other.total_time); this->extension += (other.extension); this->preprocessing_time += (other.preprocessing_time); this->postprocessing_time += (other.postprocessing_time); this->next += (other.next); this->chaining += (other.chaining); this->extension_filter += (other.extension_filter); other.total_time = std::chrono::duration(0); other.extension = std::chrono::duration(0); other.preprocessing_time = std::chrono::duration(0); other.postprocessing_time = std::chrono::duration(0); other.next = std::chrono::duration(0); other.chaining = std::chrono::duration(0); other.extension_filter = std::chrono::duration(0); return *this; }; void update(int operation , std::chrono::duration> duration){ switch(operation){ case 0: total_time.operator+=(duration); break; case 1: preprocessing_time.operator+=(duration); break; case 2: postprocessing_time.operator+=(duration); break; case 3: extension_filter.operator+=(duration); break; case 4: extension.operator+=(duration); break; case 5: next.operator+=(duration); break; case 6: chaining.operator+=(duration); break; } }; Duration total_time; Duration preprocessing_time; Duration postprocessing_time; Duration extension; Duration next; Duration chaining; Duration extension_filter; std::mutex mtx; }; struct TotalTime: ExtensionTimer{ void print() { //std::cerr << "Total Time: " << total_time.count() / 1'000'000'000.0 << " seconds\n"; //std::cerr << "Pre-Processing: " << preprocessing_time.count() / 1'000'000'000.0 << " seconds\n"; std::cerr << "Chaining: " << chaining.count() / 1'000'000'000.0 << " seconds\n"; std::cerr << "Extension-Time: " << extension.count() / 1'000'000'000.0 << " seconds\n"; std::cerr << "seed-lookup: " << next.count() / 1'000'000'000.0 << " seconds\n"; std::cerr << "build Hsp from cigar (part of extension): " << postprocessing_time.count() / 1'000'000'000.0 << " seconds\n"; std::cerr << "ungapped: " << preprocessing_time.count() / 1'000'000'000.0 << " seconds\n"; //std::cerr << "extension_filter: " << extension_filter.count() / 1'000'000'000.0 << " seconds\n"; } ~TotalTime(){ print(); }; }; } bbuchfink-diamond-6dc5717/src/contrib/mcl/000077500000000000000000000000001523407312000204175ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/contrib/mcl/clustering_format.cpp000066400000000000000000000036131523407312000246550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "output_format.h" #include "../data/queries.h" #include "recursive_parser.h" using std::string; void Clustering_format::print_match(const HspContext& r, Output::Info& info) { info.out.write((uint32_t) r.query_oid); info.out.write((uint32_t) r.subject_oid); RecursiveParser rp(&r, format.c_str()); const double res = rp.evaluate(); info.out.write(res); } Clustering_format::Clustering_format(const string* const format): OutputFormat(bin1, HspValues::NONE), format(RecursiveParser::clean_expression(format)) { RecursiveParser rp(nullptr, format->c_str()); rp.evaluate(); const auto vars = rp.variables(); for (const Variable* v : vars) { this->hsp_values |= v->hsp_values; this->flags |= v->flags; } } void Bin1_format::print_query_intro(Output::Info& info) const { info.out.write(std::numeric_limits::max()); info.out.write((uint32_t)info.query.block_id); } void Bin1_format::print_match(const HspContext& r, Output::Info& info) { if (r.query_id < r.subject_oid) { info.out.write((uint32_t)r.subject_oid); info.out.write(r.bit_score() / std::max(r.query.source().length(), r.subject_len)); } }bbuchfink-diamond-6dc5717/src/contrib/mcl/clustering_variables.cpp000066400000000000000000000015441523407312000253360ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "clustering_variables.h" StaticVariableRegistry VariableRegistry::vr; bbuchfink-diamond-6dc5717/src/contrib/mcl/clustering_variables.h000066400000000000000000000215121523407312000250000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "../stats/score_matrix.h" #include "../basic/match.h" #include "def.h" #include "../dp/flags.h" #include "def.h" class Variable{ public: Variable(const HspValues hsp_values = HspValues::NONE, const Output::Flags flags = Output::Flags::NONE): hsp_values(hsp_values), flags(flags) {} virtual double get(const HspContext& r) const = 0; virtual ~Variable(){}; const HspValues hsp_values; const Output::Flags flags; }; class QueryLength: public Variable{ public: static const std::string get_name(){ return "qlen"; } virtual double get(const HspContext& r) const override { return r.query.source().length(); } }; class SubjectLength: public Variable{ public: static const std::string get_name(){ return "slen"; } virtual double get(const HspContext& r) const override { return r.subject_len; } }; class QueryStart: public Variable{ public: QueryStart(): Variable(HspValues::QUERY_START) {} static const std::string get_name(){ return "qstart"; } virtual double get(const HspContext& r) const override { return r.oriented_query_range().begin_ + 1; } }; class QueryEnd: public Variable{ public: QueryEnd() : Variable(HspValues::QUERY_END) {} static const std::string get_name(){ return "qend"; } virtual double get(const HspContext& r) const override { return r.oriented_query_range().end_ + 1; } }; class SubjectStart: public Variable{ public: SubjectStart() : Variable(HspValues::TARGET_START) {} static const std::string get_name(){ return "sstart"; } virtual double get(const HspContext& r) const override { return r.subject_range().begin_ + 1; } }; class SubjectEnd: public Variable{ public: SubjectEnd() : Variable(HspValues::TARGET_END) {} static const std::string get_name(){ return "send"; } virtual double get(const HspContext& r) const override { return r.subject_range().end_; } }; class EValue: public Variable{ public: static const std::string get_name(){ return "evalue"; } virtual double get(const HspContext& r) const override { return r.evalue(); } }; class BitScore: public Variable{ public: static const std::string get_name(){ return "bitscore"; } virtual double get(const HspContext& r) const override { return r.bit_score(); } }; class RawScore: public Variable{ public: static const std::string get_name(){ return "score"; } virtual double get(const HspContext& r) const override { return r.score(); } }; class Length: public Variable{ public: Length(): Variable(HspValues::LENGTH) {} static const std::string get_name(){ return "length"; } virtual double get(const HspContext& r) const override { return r.length(); } }; class PercentIdenticalMatches: public Variable{ public: PercentIdenticalMatches(): Variable(HspValues::LENGTH | HspValues::IDENT) {} static const std::string get_name(){ return "pident"; } virtual double get(const HspContext& r) const override { return (double)r.identities() * 100 / r.length(); } }; class NumberIdenticalMatches: public Variable{ public: NumberIdenticalMatches() : Variable(HspValues::IDENT) {} static const std::string get_name(){ return "nident"; } virtual double get(const HspContext& r) const override { return r.identities(); } }; class NumberMismatches: public Variable{ public: NumberMismatches() : Variable(HspValues::MISMATCHES) {} static const std::string get_name(){ return "mismatch"; } virtual double get(const HspContext& r) const override { return r.mismatches(); } }; class NumberPositiveMatches: public Variable{ public: NumberPositiveMatches() : Variable(HspValues::TRANSCRIPT) {} static const std::string get_name(){ return "positive"; } virtual double get(const HspContext& r) const override { return r.positives(); } }; class NumberGapOpenings: public Variable{ public: NumberGapOpenings() : Variable(HspValues::GAP_OPENINGS) {} static const std::string get_name(){ return "gapopen"; } virtual double get(const HspContext& r) const override { return r.gap_openings(); } }; class NumberGaps: public Variable{ public: NumberGaps() : Variable(HspValues::GAPS) {} static const std::string get_name(){ return "gaps"; } virtual double get(const HspContext& r) const override { return r.gaps(); } }; class PercentagePositiveMatches: public Variable{ public: PercentagePositiveMatches() : Variable(HspValues::TRANSCRIPT) {} static const std::string get_name(){ return "ppos"; } virtual double get(const HspContext& r) const override { return (double)r.positives() * 100.0 / r.length(); } }; class QueryFrame: public Variable{ public: static const std::string get_name(){ return "qframe"; } virtual double get(const HspContext& r) const override { return r.blast_query_frame(); } }; class QueryCoveragePerHsp: public Variable{ public: QueryCoveragePerHsp() : Variable(HspValues::QUERY_COORDS) {} static const std::string get_name(){ return "qcovhsp"; } virtual double get(const HspContext& r) const override { return (double)r.query_source_range().length()*100.0 / r.query.source().length(); } }; class SubjectCoveragePerHsp: public Variable{ public: SubjectCoveragePerHsp() : Variable(HspValues::TARGET_COORDS) {} static const std::string get_name(){ return "scovhsp"; } virtual double get(const HspContext& r) const override { return (double)r.subject_range().length() * 100.0 / r.subject_len; } }; struct NormalizedBitScoreGlobal : public Variable { NormalizedBitScoreGlobal(): Variable(HspValues::NONE, Output::Flags::SELF_ALN_SCORES) {} static const std::string get_name() { return "normalized_bitscore_global"; } virtual double get(const HspContext& r) const override { return r.bit_score() / std::max(r.query_self_aln_score, r.target_self_aln_score) * 100; } }; class StaticVariableRegistry{ std::map regMap; public: StaticVariableRegistry(){ // To include new variables add the instantiation here and in the clustering_variable.cpp file. Then add it to the StaticConstructor below regMap[QueryLength::get_name()] = new QueryLength(); regMap[SubjectLength::get_name()] = new SubjectLength(); regMap[QueryStart::get_name()] = new QueryStart(); regMap[QueryEnd::get_name()] = new QueryEnd(); regMap[SubjectStart::get_name()] = new SubjectStart(); regMap[SubjectEnd::get_name()] = new SubjectEnd(); regMap[EValue::get_name()] = new EValue(); regMap[BitScore::get_name()] = new BitScore(); regMap[RawScore::get_name()] = new RawScore(); regMap[Length::get_name()] = new Length(); regMap[PercentIdenticalMatches::get_name()] = new PercentIdenticalMatches(); regMap[NumberIdenticalMatches::get_name()] = new NumberIdenticalMatches(); regMap[NumberMismatches::get_name()] = new NumberMismatches(); regMap[NumberPositiveMatches::get_name()] = new NumberPositiveMatches(); regMap[NumberGapOpenings::get_name()] = new NumberGapOpenings(); regMap[NumberGaps::get_name()] = new NumberGaps(); regMap[PercentagePositiveMatches::get_name()] = new PercentagePositiveMatches(); regMap[QueryFrame::get_name()] = new QueryFrame(); regMap[QueryCoveragePerHsp::get_name()] = new QueryCoveragePerHsp(); regMap[SubjectCoveragePerHsp::get_name()] = new SubjectCoveragePerHsp(); regMap[NormalizedBitScoreGlobal::get_name()] = new NormalizedBitScoreGlobal(); } ~StaticVariableRegistry(){ for(auto it = regMap.begin(); it != regMap.end(); it++){ delete it->second; it->second = nullptr; } } Variable* get(std::string key) const { auto ca = regMap.find(key); if(ca == regMap.end()){ throw std::runtime_error(std::string("Unknown variable: ")+ key); } return ca->second; } bool has(std::string key) const { return regMap.find(key) != regMap.end(); } std::vector getKeys() const { auto it = regMap.begin(); std::vector keys; while(it != regMap.end()){ keys.push_back(it->first); it++; } return keys; } }; class VariableRegistry{ static StaticVariableRegistry vr; public: static Variable* get(std::string key){ return vr.get(key); } static bool has(std::string key){ return vr.has(key); } static std::vector getKeys(){ return vr.getKeys(); } }; bbuchfink-diamond-6dc5717/src/contrib/mcl/dense.h000066400000000000000000000103651523407312000216730ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once namespace Workflow { namespace Cluster{ void MCL::get_exp(Eigen::MatrixXf* in, Eigen::MatrixXf* out, float r){ // TODO: at some r it may be more beneficial to diagnoalize in and only take the exponents of the eigenvalues high_resolution_clock::time_point t = high_resolution_clock::now(); if(r - (int) r == 0){ *out = *in; for(uint32_t i=1; ipow(r) dense_int_exp_time += duration_cast(high_resolution_clock::now() - t).count(); } else{ // TODO: check whether the matrix is self-adjoint and use SelfAdjointEigenSolver instead // TODO: try and get out->noalias() = in->pow(r); to work (unsupported! http://eigen.tuxfamily.org/dox/unsupported/group__MatrixFunctions__Module.html). Eigen::EigenSolver solver(*in); Eigen::MatrixXcf d = solver.eigenvalues().asDiagonal(); for(uint32_t idiag = 0; idiag numeric_limits::epsilon() ){ out->noalias() = (V * d.real() * V.inverse()).real(); } dense_gen_exp_time += duration_cast(high_resolution_clock::now() - t).count(); } } void MCL::get_gamma(Eigen::SparseMatrix* in, Eigen::SparseMatrix* out, float r, uint32_t nThr) { high_resolution_clock::time_point t = high_resolution_clock::now(); vector> data; std::mutex m; auto mult = [&](const uint32_t iThr) { vector> t_data = sparse_matrix_get_gamma(in, r, iThr, nThr); m.lock(); data.insert(data.end(), t_data.begin(), t_data.end()); m.unlock(); }; vector threads; for (uint32_t iThread = 0; iThread < nThr; iThread++) { threads.emplace_back(mult, iThread); } for (uint32_t iThread = 0; iThread < nThr; iThread++) { threads[iThread].join(); } out->setZero(); out->setFromTriplets(data.begin(), data.end(), [](const float&, const float &b) { return b; }); *out = out->pruned(1.0, numeric_limits::epsilon()); sparse_gamma_time += duration_cast(high_resolution_clock::now() - t).count(); } void MCL::get_gamma(Eigen::MatrixXf* in, Eigen::MatrixXf* out, float r) { high_resolution_clock::time_point t = high_resolution_clock::now(); // Note that Eigen matrices are column-major, so this is the most efficient way for (uint32_t icol = 0; icol < in->cols(); ++icol) { float colSum = 0.0f; for (uint32_t irow = 0; irow < in->rows(); ++irow) { colSum += pow(in->coeffRef(irow, icol), r); } for (uint32_t irow = 0; irow < in->rows(); ++irow) { out->coeffRef(irow, icol) = pow(in->coeffRef(irow, icol), r) / colSum; } } dense_gamma_time += duration_cast(high_resolution_clock::now() - t).count(); } void MCL::markov_process(Eigen::MatrixXf* m, float inflation, float expansion, uint32_t max_iter) { uint32_t iteration = 0; float diff_norm = numeric_limits::max(); Eigen::MatrixXf msquared(m->rows(), m->cols()); Eigen::MatrixXf m_update(m->rows(), m->cols()); get_gamma(m, m, 1); // This is to get a matrix of random walks on the graph -> TODO: find out if something else is more suitable while (iteration < max_iter && diff_norm > numeric_limits::epsilon()) { get_exp(m, &msquared, expansion); get_gamma(&msquared, &m_update, inflation); *m -= m_update; diff_norm = m->norm(); *m = m_update; iteration++; } if (iteration == max_iter) { failed_to_converge++; } } }}bbuchfink-diamond-6dc5717/src/contrib/mcl/lazy_disjoint_set.h000066400000000000000000000134761523407312000243400ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #pragma once template class Node { Node* parent = this; uint32_t r = 0; public: virtual ~Node(){}; virtual Node* getParent(){ return parent; } virtual void setParent(Node* p){ parent = p; } virtual const T* getValue() = 0; virtual uint32_t getCount(){ return r; } virtual void incrementCount(){ r++; } }; template class IntegralNode: public Node { private: T value; public: virtual ~IntegralNode(){}; IntegralNode(T v){ value = v; } virtual const T* getValue(){ return &value; } }; template class TypeNode: public Node { private: const T* value; uint32_t r; public: virtual ~TypeNode(){}; TypeNode(const T* v){ value = v; } virtual const T* getValue(){ return value; } }; template class LazyDisjointSet { private: virtual Node* get(const T i) = 0; virtual Node* get(const T* i) = 0; virtual uint64_t size() = 0; virtual std::vector*>* getNodes() = 0; public: virtual ~LazyDisjointSet(){}; virtual Node* getRoot(Node* x) { if (x->getParent() != x) { // flatten the tree while traversing x->setParent(getRoot(x->getParent())); } return x->getParent(); } virtual void merge(Node* x, Node* y) { if (x != y) { Node* rootX = getRoot(x); Node* rootY = getRoot(y); if (rootX != rootY) { if (rootX->getCount() < rootY->getCount()) { rootX->setParent(rootY); } else if (rootX->getCount() > rootY->getCount()) { rootY->setParent(rootX); } else { rootX->incrementCount(); rootY->setParent(rootX); } } } } virtual void merge(const T* x, const T* y) { merge(get(x), get(y)); } void merge(T x, T y) { merge(get(x), get(y)); } virtual std::vector> getListOfSets() { std::unordered_map map; uint32_t index = 0; for (Node* n : *(getNodes())) { if (n == nullptr) { continue; } const T* r = getRoot(n)->getValue(); if (map.find(r) == map.end()) { map.emplace(r, index++); } } std::vector> listOfSets(map.size()); for (Node* n : *(getNodes())) { if (n == nullptr) { continue; } listOfSets[map[getRoot(n)->getValue()]].insert(*(n->getValue())); } return listOfSets; } }; template class LazyDisjointIntegralSet : public LazyDisjointSet { private: std::vector*> nodes; virtual Node* get(T i){ assert(i >= 0 && nodes.size() > (size_t)i); if(nodes[i] == nullptr){ nodes[i] = new IntegralNode(i); } return nodes[i]; } virtual Node* get(const T* i) { return get(*i); } virtual uint64_t size(){ return nodes.size(); } virtual std::vector*>* getNodes(){ return &nodes; } public: static_assert(std::is_integral::value, "T needs to be an integral type"); LazyDisjointIntegralSet(T size) { nodes = std::vector*>(size, nullptr); } virtual ~LazyDisjointIntegralSet() { for(Node* n : nodes){ if (n != nullptr){ delete n; n = nullptr; } } nodes.clear(); } virtual std::vector> getListOfSets() { std::unordered_map map; uint32_t index = 0; for(T i = 0; i < (T)nodes.size(); i++){ const T* r = this->getRoot(get(i))->getValue(); if (map.find(r) == map.end()) { map.emplace(r, index++); } } std::vector> listOfSets(map.size()); for (Node* n : *(getNodes())) { if (n == nullptr) { throw new std::runtime_error("In an integral set, we expect all elements to be initialized, see loop beofre.\n"); } listOfSets[map[this->getRoot(n)->getValue()]].insert(*(n->getValue())); } return listOfSets; } }; template class LazyDisjointTypeSet : public LazyDisjointSet { private: std::unordered_set* elements; std::vector*> nodes; std::unordered_map mapping; bool isIntegralAndConsecutive; virtual Node* get(const T* i) { auto found = mapping.find(i); assert(found != mapping.end()); return nodes[found->second]; } virtual Node* get(T i) { auto found = elements->find(i); assert(found != elements->end()); return get(&(*found)); } virtual uint64_t size(){ return nodes.size(); } virtual std::vector*>* getNodes(){ return &nodes; } public: LazyDisjointTypeSet(std::unordered_set* s) { // note that the structure is backed by the set, so it should not be modified isIntegralAndConsecutive = false; elements = s; nodes = std::vector*>(elements->size()); mapping = std::unordered_map(elements->size()); for(auto e = elements->begin(); e != elements->end(); e++){ mapping[&(*e)] = nodes.size(); Node* n = new TypeNode(&(*e)); nodes.push_back(n); } } virtual ~LazyDisjointTypeSet() { mapping.clear(); for(Node* n : nodes){ if (n != nullptr){ delete n; n = nullptr; } } nodes.clear(); } }; bbuchfink-diamond-6dc5717/src/contrib/mcl/mcl.cpp000066400000000000000000000606321523407312000217050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "mcl.h" #include "sparse_matrix_stream.h" #include "../util/util.h" #include "../util/sequence/sequence.h" #include "../util/math/math.h" #define MASK_INVERSE 0xC000000000000000 #define MASK_NORMAL_NODE 0x4000000000000000 #define MASK_ATTRACTOR_NODE 0x8000000000000000 #define MASK_SINGLE_NODE 0xC000000000000000 const double DEFAULT_CLUSTERING_THRESHOLD = 50; using std::thread; using std::numeric_limits; using std::chrono::high_resolution_clock; using std::chrono::duration_cast; using std::chrono::milliseconds; using std::function; using std::setprecision; using std::endl; using std::setw; using std::atomic_uint; using std::right; using std::memory_order_relaxed; using std::shared_ptr; using std::fill; using std::cout; using std::ostream; using std::max; #include "sparse.h" #include "dense.h" namespace Workflow { namespace Cluster{ string MCL::get_description() { return "Markov clustering according to doi:10.1137/040608635"; } void MCL::print_stats(int64_t nElements, int64_t nComponents, int64_t nComponentsLt1, vector& sort_order, vector>& indices, SparseMatrixStream* ms){ task_timer timer; timer.go("Collecting stats"); const uint32_t chunk_size = config.cluster_mcl_chunk_size; const int nThreads = min(config.threads_, int(nComponents / chunk_size)); const float inflation = (float) config.cluster_mcl_inflation; const float expansion = (float) config.cluster_mcl_expansion; vector sparsities(nComponentsLt1); vector neighbors(nComponentsLt1); vector memories(nComponentsLt1); int64_t max_job_size = 0; for(uint32_t i=0; iallocate_read_buffer(1); while(my_counter < nComponentsLt1){ unordered_set all; Id upper_limit = min(my_counter+my_chunk_size, nComponentsLt1); vector*> loc_i; for (Id chunk_counter = my_counter; chunk_counter < upper_limit; chunk_counter++) { loc_i.push_back(&indices[sort_order[chunk_counter]]); } vector>> loc_c = ms->collect_components(&loc_i, 0); uint32_t ichunk = 0; generate(sparsities.begin()+my_counter, sparsities.begin()+upper_limit, [my_counter, ichunk, &sort_order, &indices, &loc_c]() mutable -> float { const uint32_t iComponent = sort_order[my_counter++]; const int64_t ssize = loc_c[ichunk++].size(); const uint64_t dsize = indices[iComponent].size() * indices[iComponent].size(); return 1.0f - (1.0f * ssize) / dsize; }); generate(neighbors.begin()+my_counter, neighbors.begin()+upper_limit, [my_counter, ichunk, &sort_order, &indices, &loc_c]() mutable -> float { uint32_t neighbors = 0; const uint32_t iComponent = sort_order[my_counter++]; for(auto t: loc_c[ichunk++]){ if(t.row() != t.col()) neighbors++; } return neighbors / ((float) indices[iComponent].size()); }); generate(memories.begin()+my_counter, memories.begin()+upper_limit, [my_counter, &sort_order, &indices, &neighbors, &sparsities, &expansion]() mutable -> float { const uint32_t iComponent = sort_order[my_counter++]; if(sparsities[my_counter- 1] >= config.cluster_mcl_sparsity_switch){ return (float)indices[iComponent].size() * (1+pow(neighbors[my_counter-1], expansion)) * (2 * sizeof(uint32_t) + sizeof(float)); } else{ return (float) sizeof(float) * indices[iComponent].size() * indices[iComponent].size(); } }); my_chunk_size = 0; for(auto const i : loc_i) my_chunk_size += i->size(); my_chunk_size = loc_i.size() * (max_job_size / my_chunk_size); my_counter = component_counter; component_counter += my_chunk_size; } sort(memories.rbegin(), memories.rend()); float mem_req = nElements * (2 * sizeof(uint32_t) + sizeof(float)); for(int iThr = 0; iThr < nThreads; iThr++){ mem_req += 3*memories[iThr]; // we need three matrices of this size } float neighbors_of_max = neighbors[0]; float neighbors_of_med = nComponentsLt1 > 0 && nComponentsLt1 % 2 == 0 ? (neighbors[nComponentsLt1/2] + neighbors[nComponentsLt1/2+1]) / 2.0f : neighbors[nComponentsLt1/2+1] ; float neighbors_of_min = neighbors[nComponentsLt1-1]; float sparsity_of_max = sparsities[0]; float sparsity_of_med = nComponentsLt1 > 0 && nComponentsLt1 % 2 == 0 ? (sparsities[nComponentsLt1/2] + sparsities[nComponentsLt1/2+1]) / 2.0f : sparsities[nComponentsLt1/2+1] ; float sparsity_of_min = sparsities[nComponentsLt1-1]; sort(sparsities.rbegin(), sparsities.rend()); sort(neighbors.rbegin(), neighbors.rend()); float med_sparsity = nComponentsLt1 > 0 && nComponentsLt1 % 2 == 0 ? (sparsities[nComponentsLt1/2] + sparsities[nComponentsLt1/2+1]) / 2.0f : sparsities[nComponentsLt1/2+1] ; float med_neighbors = nComponentsLt1 > 0 && nComponentsLt1 % 2 == 0 ? (neighbors[nComponentsLt1/2] + neighbors[nComponentsLt1/2+1]) / 2.0f : neighbors[nComponentsLt1/2+1] ; float median1 = nComponents > 0 && nComponents % 2 == 0 ? (indices[sort_order[nComponents/2]].size() + indices[sort_order[nComponents/2+1]].size()) / 2.0f : indices[sort_order[nComponents/2+1]].size(); float median2 = nComponentsLt1 > 0 && nComponentsLt1 % 2 == 0 ? (indices[sort_order[nComponentsLt1/2]].size() + indices[sort_order[nComponentsLt1/2+1]].size()) / 2.0f : indices[sort_order[nComponentsLt1/2+1]].size(); timer.finish(); message_stream << "Number of DIAMOND hits: " << nElements << endl; message_stream << "Number of independet components: " << nComponentsLt1 <<" ("<release_read_buffer(); } shared_ptr> get_graph_handle(shared_ptr& db){ const bool symmetric = !config.cluster_mcl_nonsymmetric; if(config.cluster_restart){ task_timer timer; timer.go("Reading cluster checkpoint file"); shared_ptr> ms(SparseMatrixStream::fromFile(symmetric, config.cluster_graph_file, (float)config.chunk_size)); timer.finish(); ms->done(); return ms; } config.command = Config::blastp; config.no_self_hits = false; config.max_target_seqs_.set_if_blank(INT64_MAX); string format = config.cluster_similarity; if (format.empty()) { format = "normalized_bitscore_global"; config.cluster_threshold.set_if_blank(DEFAULT_CLUSTERING_THRESHOLD); if (config.cluster_threshold == 0.0) config.cluster_threshold.unset(); } else if (config.cluster_threshold.blank()) std::cerr << "WARNING: It is recommended to set a threshold value for the clustering similarity measure (option `--cluster-threshold`)." << std::endl; config.output_format = {"clus", format}; shared_ptr> ms(new SparseMatrixStream(symmetric, db->sequence_count(), config.cluster_graph_file)); if(config.chunk_size > 0){ ms->set_max_mem((float)config.chunk_size); } Search::run(db, nullptr, ms); ms->done(); return ms; } Eigen::SparseMatrix MCL::get_sparse_matrix_and_clear(vector* order, vector>* m, bool symmetric){ Eigen::SparseMatrix m_sparse(order->size(), order->size()); if(symmetric){ uint64_t oSize = m->size(); for(uint64_t i = 0; i& t = m->at(i); if(t.col() != t.row()){ m->emplace_back(t.col(), t.row(), t.value()); } } } m_sparse.setFromTriplets(m->begin(), m->end()); m->clear(); return m_sparse; } Eigen::MatrixXf MCL::get_dense_matrix_and_clear(vector* order, vector>* m, bool symmetric){ Eigen::MatrixXf m_dense = Eigen::MatrixXf::Zero(order->size(), order->size()); for(Eigen::Triplet const & t : *m){ m_dense(t.row(), t.col()) = t.value(); if(symmetric && t.col() != t.row()) m_dense(t.col(), t.row()) = t.value(); } m->clear(); return m_dense; } void MCL::run(){ // testing // LazyDisjointIntegralSet test(5); // test.merge(1,3); // test.merge(3,4); // test.merge(0,2); // auto los = test.getListOfSets(); // for(auto& set: los){ // for(auto item:set){ // cout<< " " << item; // } // cout< s ( {"red","green","blue","rain", "sun", "snow"} ); // LazyDisjointTypeSet ts(&s); // ts.merge("red", "green"); // ts.merge("snow", "rain"); // ts.merge("sun", "rain"); // auto lo = ts.getListOfSets(); // for(auto& set: lo){ // cout<< "set :"; // for(auto item:set){ // cout<< " " << item; // } // cout< s ( {183, 239, 23834, 3399, 484, 2} ); // LazyDisjointTypeSet ts(&s); // ts.merge(183, 3399); // ts.merge(23834, 2); // ts.merge(183, 484); // auto lo = ts.getListOfSets(); // for(auto& set: lo){ // cout<< "set :"; // for(auto item:set){ // cout<< " " << item; // } // cout<> data; // data.emplace_back(0, 0, 0.2f); // data.emplace_back(0, 1, 0.25f); // data.emplace_back(0, 5, 0.333f); // data.emplace_back(0, 6, 0.25f); // data.emplace_back(0, 9, 0.25f); // data.emplace_back(1, 0, 0.20f); // data.emplace_back(1, 1, 0.25f); // data.emplace_back(1, 2, 0.25f); // data.emplace_back(1, 4, 0.20f); // data.emplace_back(2, 1, 0.25f); // data.emplace_back(2, 2, 0.25f); // data.emplace_back(2, 3, 0.20f); // data.emplace_back(2, 4, 0.20f); // data.emplace_back(3, 2, 0.25f); // data.emplace_back(3, 3, 0.20f); // data.emplace_back(3, 7, 0.20f); // data.emplace_back(3, 8, 0.20f); // data.emplace_back(3, 10, 0.20f); // data.emplace_back(4, 1, 0.25f); // data.emplace_back(4, 2, 0.25f); // data.emplace_back(4, 4, 0.20f); // data.emplace_back(4, 6, 0.25f); // data.emplace_back(4, 7, 0.20f); // data.emplace_back(5, 0, 0.20f); // data.emplace_back(5, 5, 0.333f); // data.emplace_back(5, 9, 0.25f); // data.emplace_back(6, 0, 0.20f); // data.emplace_back(6, 4, 0.20f); // data.emplace_back(6, 6, 0.25f); // data.emplace_back(6, 9, 0.25f); // data.emplace_back(7, 3, 0.20f); // data.emplace_back(7, 4, 0.20f); // data.emplace_back(7, 7, 0.20f); // data.emplace_back(7, 8, 0.20f); // data.emplace_back(7, 10, 0.20f); // data.emplace_back(8, 3, 0.20f); // data.emplace_back(8, 7, 0.20f); // data.emplace_back(8, 8, 0.20f); // data.emplace_back(8, 10, 0.20f); // data.emplace_back(8, 11, 0.333f); // data.emplace_back(9, 0, 0.20f); // data.emplace_back(9, 5, 0.333f); // data.emplace_back(9, 6, 0.25f); // data.emplace_back(9, 9, 0.25f); // data.emplace_back(10, 3, 0.20f); // data.emplace_back(10, 7, 0.20f); // data.emplace_back(10, 8, 0.20f); // data.emplace_back(10, 10, 0.20f); // data.emplace_back(10, 11, 0.333f); // data.emplace_back(11, 8, 0.20f); // data.emplace_back(11, 10, 0.20f); // data.emplace_back(11, 11, 0.333f); // vector> cr; // float inf = 2.0; // float exp = 2.0; // if(false){ // Eigen::SparseMatrix tmp(12,12); // tmp.setFromTriplets(data.begin(), data.end()); // printMatrix(&tmp); // cr = markov_process(&tmp, inf, exp); // printMatrix(&tmp); // } // else{ // Eigen::MatrixXf tmp = Eigen::MatrixXf::Zero(12,12); // for(Eigen::Triplet const & t : data){ // tmp(t.row(), t.col()) = t.value(); // } // printMatrix(&tmp); // cr = markov_process(&tmp, inf, exp); // printMatrix(&tmp); // } // cout << "Found "< db(SequenceFile::auto_create({ config.database })); statistics.reset(); shared_ptr> ms(get_graph_handle(db)); task_timer timer; timer.go("Computing independent components"); vector> indices = ms->get_indices(); ms->clear_disjoint_set(); uint64_t nElements = ms->getNumberOfElements(); uint32_t nComponents = count_if(indices.begin(), indices.end(), [](vector v){ return v.size() > 0;}); uint32_t nComponentsLt1 = count_if(indices.begin(), indices.end(), [](vector v){ return v.size() > 1;}); // Sort to get the largest chunks first vector sort_order(indices.size()); iota(sort_order.begin(), sort_order.end(), 0); sort(sort_order.begin(), sort_order.end(), [&](int64_t i, int64_t j){return indices[i].size() > indices[j].size();}); timer.finish(); if(config.cluster_mcl_stats){ print_stats(nElements, nComponents, nComponentsLt1, sort_order, indices, ms.get()); } timer.go("Clustering components"); // Note, we will access the clustering_result from several threads below and a vector does not guarantee thread-safety in these situations. // Note also, that the use of the disjoint_set structure guarantees that each thread will access a different part of the clustering_result uint64_t* clustering_result = new uint64_t[db->sequence_count()]; fill(clustering_result, clustering_result+db->sequence_count(), 0UL); // note that the disconnected components are sorted by size const uint32_t chunk_size = config.cluster_mcl_chunk_size; const int nThreads = min(config.threads_, int(nComponents / chunk_size)); const uint32_t exessThreads = config.threads_ - nThreads; ms->allocate_read_buffer(nThreads); const float inflation = (float) config.cluster_mcl_inflation; const float expansion = (float) config.cluster_mcl_expansion; const int64_t max_counter = nComponents; const uint32_t max_iter = config.cluster_mcl_max_iter; int64_t max_job_size = 0; for(uint32_t i=0; i all; uint32_t upper_limit = min(my_counter+my_chunk_size, max_counter); vector*> loc_i; for(uint32_t chunk_counter = my_counter; chunk_counter>> loc_c = ms->collect_components(&loc_i, iThr); uint32_t ichunk = 0; for(uint32_t chunk_counter = my_counter; chunk_counter* order = loc_i[ichunk]; if(order->size() > 1){ vector>* m = &loc_c[ichunk]; assert(m->size() <= order->size() * order->size()); // map back to original ids vector> list_of_sets; unordered_set attractors; const float sparsity = 1.0-(1.0 * m->size()) / (order->size()*order->size()); high_resolution_clock::time_point t = high_resolution_clock::now(); //TODO: a size limit for the dense matrix should control this as well if(sparsity >= config.cluster_mcl_sparsity_switch && expansion - (int) expansion == 0){ n_sparse++; Eigen::SparseMatrix m_sparse = get_sparse_matrix_and_clear(order, m, symmetric); sparse_create_time += duration_cast(high_resolution_clock::now() - t).count(); auto getThreads = [&threads_done, &nThreads, &exessThreads, &iThr](){ uint32_t td=threads_done.load(); uint32_t rt= nThreads - td; return 1 + (td+exessThreads) / rt + (iThr < ((td+exessThreads) % rt) ? 1 : 0); }; markov_process(&m_sparse, inflation, expansion, max_iter, getThreads); high_resolution_clock::time_point t = high_resolution_clock::now(); LazyDisjointIntegralSet disjointSet(m_sparse.cols()); for (uint32_t k=0; k::InnerIterator it(m_sparse, k); it; ++it){ assert(abs(it.value()) > numeric_limits::epsilon()); disjointSet.merge(it.row(), it.col()); if(it.row() == it.col()){ attractors.emplace(it.row()); } } } list_of_sets = disjointSet.getListOfSets(); sparse_list_time += duration_cast(high_resolution_clock::now() - t).count(); } else{ n_dense++; Eigen::MatrixXf m_dense = get_dense_matrix_and_clear(order, m, symmetric); dense_create_time += duration_cast(high_resolution_clock::now() - t).count(); markov_process(&m_dense, inflation, expansion, max_iter); high_resolution_clock::time_point t = high_resolution_clock::now(); LazyDisjointIntegralSet disjointSet(m_dense.cols()); for (uint32_t icol=0; icol numeric_limits::epsilon()){ disjointSet.merge(irow, icol); if(irow == icol){ attractors.emplace(irow); } } } } list_of_sets = disjointSet.getListOfSets(); dense_list_time += duration_cast(high_resolution_clock::now() - t).count(); } for(unordered_set subset : list_of_sets){ assert(cluster_id < 0x3fffffffffffffff); for(uint32_t el : subset){ const uint64_t mask = attractors.find(el) == attractors.end() ? MASK_NORMAL_NODE : MASK_ATTRACTOR_NODE; clustering_result[(*order)[el]] = mask | cluster_id; } if(subset.size() == 1) n_singletons++; cluster_id += nThreads; } } else if (order->size() == 1){ assert(cluster_id < 0x3fffffffffffffff); clustering_result[(*order)[0]] = MASK_SINGLE_NODE | cluster_id; cluster_id += nThreads; n_singletons++; } ichunk++; } my_chunk_size = 0; for(auto const i : loc_i) my_chunk_size += i->size(); my_chunk_size = loc_i.size() * (max_job_size / my_chunk_size); my_counter = component_counter.fetch_add(my_chunk_size, memory_order_relaxed); } n_clusters_found.fetch_add((cluster_id-iThr)/nThreads, memory_order_relaxed); n_dense_calculations.fetch_add(n_dense, memory_order_relaxed); n_sparse_calculations.fetch_add(n_sparse, memory_order_relaxed); nClustersEq1.fetch_add(n_singletons, memory_order_relaxed); jobs_per_thread[iThr] = n_jobs_done; threads_done.fetch_add(1, memory_order_relaxed); time_per_thread[iThr] = (duration_cast(high_resolution_clock::now() - thread_start).count()) / 1000.0; }; vector threads; for(int iThread = 0; iThread < nThreads ; iThread++) { threads.emplace_back(mcl_clustering, iThread); } for(int iThread = 0; iThread < nThreads ; iThread++) { threads[iThread].join(); } ms->release_read_buffer(); timer.finish(); // Output stats message_stream << "Jobs per thread: "; for(int iThread = 0; iThread < nThreads ; iThread++) { message_stream << " " << setw(8) << right << jobs_per_thread[iThread]; } message_stream << endl; message_stream << "Time per thread: "; for(int iThread = 0; iThread < nThreads ; iThread++) { message_stream << " " << setw(8) << right << time_per_thread[iThread]; } message_stream << endl; delete[] time_per_thread; delete[] jobs_per_thread; message_stream << "Clusters found " << n_clusters_found - nClustersEq1 << " ("<< n_clusters_found <<" incl. singletons)" << endl; message_stream << "\t number of failed calculations " << failed_to_converge.load() << endl; message_stream << "\t number of dense calculations " << n_dense_calculations << endl; message_stream << "\t number of sparse calculations " << n_sparse_calculations << endl; message_stream << "Time used for matrix creation: " << (sparse_create_time.load() + dense_create_time.load())/1000.0 <<" (sparse: " << sparse_create_time.load()/1000.0 << ", dense: " << dense_create_time.load()/1000.0 <<")" << endl; message_stream << "Time used for exp: " << (sparse_exp_time.load() + dense_int_exp_time.load() + dense_gen_exp_time.load())/1000.0 << " (sparse: " << sparse_exp_time.load()/1000.0 << ", dense int: " << dense_int_exp_time.load()/1000.0 << ", dense gen: " << dense_gen_exp_time.load()/1000.0 <<")" << endl; message_stream << "Time used for gamma: " << (sparse_gamma_time.load() + dense_gamma_time.load())/1000.0 << " (sparse: " << sparse_gamma_time.load()/1000.0 << ", dense: " << dense_gamma_time.load()/1000.0 <<")" << endl; message_stream << "Time used for listing: " << (sparse_list_time.load() + dense_list_time.load())/1000.0 << " (sparse: " << sparse_list_time.load()/1000.0 << ", dense: " << dense_list_time.load()/1000.0 <<")" << endl; timer.go("Cluster output"); ostream *out = config.output_file.empty() ? &cout : new ofstream(config.output_file.c_str()); vector seq; string id; db->init_seq_access(); //Hsp hsp; size_t n; out->precision(3); for (int i = 0; i < (int)db->sequence_count(); ++i) { db->read_seq(seq, id); const uint64_t cid = ((~MASK_INVERSE) & clustering_result[i]) + 1; const uint64_t lab = MASK_INVERSE & clustering_result[i]; (*out) << Util::Seq::seqid(id.c_str(), false) << '\t' ; switch(lab){ case MASK_SINGLE_NODE: (*out) << cid << '\t'<< 's'; break; case MASK_ATTRACTOR_NODE: (*out) << cid << '\t'<< 'a'; break; case MASK_NORMAL_NODE: (*out) << cid << '\t'<< 'n'; break; default: // Note that this is a sanity check that we have touched all elements in clustering_result (*out) << -1 << '\t' << 'u'; } (*out) << endl; id.clear(); seq.clear(); } if (out != &cout) delete out; db->close(); delete[] clustering_result; timer.finish(); } }} bbuchfink-diamond-6dc5717/src/contrib/mcl/mcl.h000066400000000000000000000077721523407312000213600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include #include #include #include "../util/system/system.h" #include "../basic/config.h" #include "../data/reference.h" #include "../run/workflow.h" #include "../util/io/consumer.h" #include "../util/algo/algo.h" #include "../basic/statistics.h" #include "../util/log_stream.h" #include "../dp/dp.h" #include "../../cluster/cluster.h" #include "sparse_matrix_stream.h" struct Bin1_format : public OutputFormat { Bin1_format() : OutputFormat(bin1) {} virtual void print_query_intro(Output::Info& info) const override; virtual void print_match(const HspContext& r, Output::Info& info) override; virtual ~Bin1_format() { } virtual OutputFormat* clone() const override { return new Bin1_format(*this); } }; struct Clustering_format : public OutputFormat { std::string format; Clustering_format(const std::string* const format); virtual void print_match(const HspContext& r, Output::Info& info) override; virtual ~Clustering_format() { } virtual OutputFormat* clone() const override { return new Clustering_format(*this); } }; namespace Workflow { namespace Cluster{ class MCL: public ClusteringAlgorithm { private: using Weight = float; using Id = SparseMatrixStream::Id; vector> sparse_matrix_multiply(Eigen::SparseMatrix* a, Eigen::SparseMatrix* b , uint32_t iThr, uint32_t nThr); vector> sparse_matrix_get_gamma(Eigen::SparseMatrix* in, float r, uint32_t iThr, uint32_t nThr); float sparse_matrix_get_norm(Eigen::SparseMatrix* in, uint32_t nThr); void print_stats(int64_t nElements, int64_t nComponents, int64_t nComponentsLt1, vector& sort_order, vector>& indices, SparseMatrixStream* ms); void get_exp(Eigen::SparseMatrix* in, Eigen::SparseMatrix* out, float r, uint32_t nThr); void get_exp(Eigen::MatrixXf* in, Eigen::MatrixXf* out, float r); void get_gamma(Eigen::SparseMatrix* in, Eigen::SparseMatrix* out, float r, uint32_t nThr); void get_gamma(Eigen::MatrixXf* in, Eigen::MatrixXf* out, float r); void markov_process(Eigen::SparseMatrix* m, float inflation, float expansion, uint32_t max_iter, std::function getThreads); void markov_process(Eigen::MatrixXf* m, float inflation, float expansion, uint32_t max_iter); Eigen::SparseMatrix get_sparse_matrix_and_clear(vector* order, vector>* m, bool symmetric); Eigen::MatrixXf get_dense_matrix_and_clear(vector* order, vector>* m, bool symmetric); std::atomic_ullong failed_to_converge = {0}; std::atomic_ullong sparse_create_time = {0}; std::atomic_ullong dense_create_time = {0}; std::atomic_ullong sparse_exp_time = {0}; std::atomic_ullong dense_int_exp_time = {0}; std::atomic_ullong dense_gen_exp_time = {0}; std::atomic_ullong sparse_gamma_time = {0}; std::atomic_ullong dense_gamma_time = {0}; std::atomic_ullong sparse_list_time = {0}; std::atomic_ullong dense_list_time = {0}; public: ~MCL(){}; void run(); string get_description(); static string get_key(){ return "mcl"; } }; }} bbuchfink-diamond-6dc5717/src/contrib/mcl/recursive_parser.h000066400000000000000000000124131523407312000241540ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "clustering_variables.h" #include "util/math/math.h" #include #include #include #include class RecursiveParser { const HspContext* r; const char * expression_to_parse; std::vector vars_; char peek() { return *expression_to_parse; } char peek(uint32_t ahead) { return *(expression_to_parse+ahead); } char get() { return *expression_to_parse++; } void advance(uint32_t ahead) { expression_to_parse+=ahead; } std::function relation(){ if(peek() == '>' && peek(1) == '='){ advance(2); return [](double a, double b){return a>=b;}; } else if(peek() == '<' && peek(1) == '='){ advance(2); return [](double a, double b){return a<=b;}; } else if(peek() == '=' && peek(1) == '='){ advance(2); return [](double a, double b){return a==b;}; } else if(peek() == '='){ advance(1); return [](double a, double b){return a==b;}; } else if(peek() == '>'){ advance(1); return [](double a, double b){return a>b;}; } else if(peek() == '<'){ advance(1); return [](double a, double b){return a v; while ( (peek() >= 'a' && peek() <= 'z') || (peek() >= 'A' && peek() <= 'Z') || peek() == '_') { v.push_back(get()); } return std::string(v.begin(), v.end()); } uint32_t integer() { uint32_t result = get() - '0'; while (peek() >= '0' && peek() <= '9') { result = 10*result + get() - '0'; } return result; } double number() { double result = integer(); if(peek() == '.'){ advance(1); // '.' const char *pos = expression_to_parse; double decimals = integer() * 1.0 / (expression_to_parse - pos); result += decimals; } return result; } double factor() { if (peek() >= '0' && peek() <= '9') { return number(); } else if (peek() == '(') { advance(1); // '(' double result = expression(); advance(1); // ')' return result; } else if (peek() == '-') { advance(1); return -factor(); } else if (peek() == 'm' && peek(1)=='a' && peek(2)=='x' && peek(3)=='('){ advance(4); // 'max(' double result1 = expression(); advance(1); // ',' double result2 = expression(); advance(1); // ')' return std::max(result1, result2); } else if (peek() == 'm' && peek(1)=='i' && peek(2)=='n' && peek(3)=='('){ advance(4); // 'min(' double result1 = expression(); advance(1); // ',' double result2 = expression(); advance(1); // ')' return std::min(result1, result2); } else if (peek() == 'e' && peek(1)=='x' && peek(2)=='p' && peek(3)=='('){ advance(4); // 'exp(' double result1 = expression(); advance(1); // ')' return Math::exp(result1); } else if (peek() == 'l' && peek(1)=='o' && peek(2)=='g' && peek(3)=='('){ advance(4); // 'log(' double result1 = expression(); advance(1); // ')' return Math::log(result1); } else if (peek() == 'I' && peek(1)=='('){ advance(2); // 'I(' double result1 = expression(); std::function rel = relation(); double result2 = expression(); advance(1); // ')' return rel(result1, result2); } else { auto v = VariableRegistry::get(variable()); if(!r) { vars_.push_back(v); return 4; } else { return v->get(*r); } } } double term() { double result = factor(); while (peek() == '*' || peek() == '/'){ if (get() == '*'){ result *= factor(); } else{ result /= factor(); } } return result; } double expression() { double result = term(); while (peek() == '+' || peek() == '-'){ if (get() == '+'){ result += term(); } else{ result -= term(); } } return result; } public: RecursiveParser(const HspContext* r, const char * c): r(r), expression_to_parse(c) {} double evaluate() { return expression(); } std::vector variables() const { return vars_; } const std::string static clean_expression(const std::string* const expression){ std::string cleanedExpression = std::string(*expression); cleanedExpression.erase(std::remove_if(cleanedExpression.begin(), cleanedExpression.end(), [](unsigned char c){return c == ' ' || c == '\n' || c == '\r' || c == '\t' || c == '\v' || c == '\f';}), cleanedExpression.end()); return cleanedExpression; } }; bbuchfink-diamond-6dc5717/src/contrib/mcl/sparse.h000066400000000000000000000123071523407312000220700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once using std::runtime_error; namespace Workflow { namespace Cluster{ vector> MCL::sparse_matrix_multiply(Eigen::SparseMatrix* a, Eigen::SparseMatrix* b , uint32_t iThr, uint32_t nThr){ int64_t n_cols = b->cols(); int64_t n_rows = a->rows(); std::vector result_col(n_rows, 0.0); vector> data; for (uint32_t j=0; j::InnerIterator rhsIt(*b, j); rhsIt; ++rhsIt) { const float y = rhsIt.value(); const int64_t k = rhsIt.row(); for (Eigen::SparseMatrix::InnerIterator lhsIt(*a, k); lhsIt; ++lhsIt) { const int64_t i = lhsIt.row(); const float x = lhsIt.value(); result_col[i] += x*y; } } for (int64_t i=0; i numeric_limits::epsilon()) { data.emplace_back(i, j, result_col[i]); } } } } return data; } void MCL::get_exp(Eigen::SparseMatrix* in, Eigen::SparseMatrix* out, float r, uint32_t nThr){ high_resolution_clock::time_point t = high_resolution_clock::now(); if( r - (int) r == 0 ){ // TODO: at some r it may be more beneficial to diagnoalize in and only take the exponents of the eigenvalues *out = *in; for(uint32_t i=1; i> data; std::mutex m; auto mult = [&](const uint32_t iThr){ vector> t_data = sparse_matrix_multiply(in, out, iThr, nThr); m.lock(); data.insert(data.end(), t_data.begin(), t_data.end()); m.unlock(); }; vector threads; for(uint32_t iThread = 0; iThread < nThr ; iThread++) { threads.emplace_back(mult, iThread); } for(uint32_t iThread = 0; iThread < nThr ; iThread++) { threads[iThread].join(); } out->setZero(); out->setFromTriplets(data.begin(), data.end(), [] (const float&, const float &b) { return b; }); *out = out->pruned(1.0, numeric_limits::epsilon()); //(*out) = (*out)*(*in); } } else{ throw runtime_error("Eigen does not provide an eigenvalue solver for sparse matrices"); } *out = out->pruned(); sparse_exp_time += duration_cast(high_resolution_clock::now() - t).count(); } vector> MCL::sparse_matrix_get_gamma(Eigen::SparseMatrix* in, float r, uint32_t iThr, uint32_t nThr) { vector> data; for (uint32_t k = 0; k < in->outerSize(); ++k) { if (k%nThr == iThr) { float colSum = 0.0f; for (Eigen::SparseMatrix::InnerIterator it(*in, k); it; ++it) { colSum += pow(it.value(), r); } for (Eigen::SparseMatrix::InnerIterator it(*in, k); it; ++it) { float val = pow(it.value(), r) / colSum; if (abs(val) > numeric_limits::epsilon()) { data.emplace_back(it.row(), it.col(), val); } } } } return data; } float MCL::sparse_matrix_get_norm(Eigen::SparseMatrix* in, uint32_t nThr) { vector data(nThr); fill(data.begin(), data.end(), 0.0); auto norm = [&](const uint32_t iThr) { for (uint32_t k = 0; k < in->outerSize(); ++k) { if (k%nThr == iThr) { for (Eigen::SparseMatrix::InnerIterator it(*in, k); it; ++it) { data[iThr] += pow(it.value(), 2.0f); } } } }; vector threads; for (uint32_t iThread = 0; iThread < nThr; iThread++) { threads.emplace_back(norm, iThread); } for (uint32_t iThread = 0; iThread < nThr; iThread++) { threads[iThread].join(); } return pow(accumulate(data.begin(), data.end(), 0.0f), 0.5f); } void MCL::markov_process(Eigen::SparseMatrix* m, float inflation, float expansion, uint32_t max_iter, function getThreads) { uint32_t iteration = 0; float diff_norm = numeric_limits::max(); Eigen::SparseMatrix msquared(m->rows(), m->cols()); Eigen::SparseMatrix m_update(m->rows(), m->cols()); get_gamma(m, m, 1, getThreads()); // This is to get a matrix of random walks on the graph -> TODO: find out if something else is more suitable while (iteration < max_iter && diff_norm > numeric_limits::epsilon()) { get_exp(m, &msquared, expansion, getThreads()); get_gamma(&msquared, &m_update, inflation, getThreads()); *m -= m_update; diff_norm = sparse_matrix_get_norm(m, getThreads()); *m = m_update; iteration++; } if (iteration == max_iter) { failed_to_converge++; } } }}bbuchfink-diamond-6dc5717/src/contrib/mcl/sparse_matrix_stream.h000066400000000000000000000310341523407312000250250ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2020 QIAGEN A/S (Aarhus, Denmark) Code developed by Patrick Ettenhuber This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include // #include #include "../../util/data_structures/lazy_disjoint_set.h" #include "../util/io/consumer.h" #include "../../cluster/cluster.h" using std::vector; using std::map; using std::ofstream; using std::unordered_set; using std::ios; using std::ifstream; using std::min; using std::max; using std::runtime_error; using std::string; namespace Workflow { namespace Cluster{ template class SparseMatrixStream : public Consumer { public: using Id = OId; private: size_t n; uint32_t nThreads; const static size_t unit_size = 2*sizeof(uint32_t)+sizeof(double); const static unsigned long long read_buffer_size = 5ULL*1024*1024; // per thread 5MB buffer allowed const bool symmetric; bool in_memory, is_tmp_file, warned; float max_size; char* buffer; static bool cmp(const Eigen::Triplet& lhs, const Eigen::Triplet& rhs) { return lhs.row() == rhs.row() ? lhs.col() < rhs.col() : lhs.row() < rhs.row() ; }; static bool symmcmp(const Eigen::Triplet& lhs, const Eigen::Triplet& rhs) { auto maxL = max(lhs.row(), lhs.col()); auto minL = min(lhs.row(), lhs.col()); auto maxR = max(rhs.row(), rhs.col()); auto minR = min(rhs.row(), rhs.col()); return maxL == maxR ? minL < minR : maxL < maxR ; }; std::set, bool(*)(const Eigen::Triplet& lhs,const Eigen::Triplet& rhs)>* data; //set, decltype(cmp)> data; LazyDisjointSet* disjointSet; std::string file_name; std::ofstream* os; inline void write_triplet(const uint32_t* const query, const uint32_t* const subject, const T* const value){ if(os){ os->write((char*) query, sizeof(uint32_t)); os->write((char*) subject, sizeof(uint32_t)); double val = *value; os->write((char*) &val, sizeof(double)); } } vector>> split_data(map& indexToSetId, size_t size){ vector>> split(size); for(Eigen::Triplet t : *data){ Id iset = indexToSetId[t.row()]; assert( iset == indexToSetId[t.col()]); split[iset].emplace_back(t.row(), t.col(), t.value()); } return split; } void dump(){ if(os && data->size() > 0){ this->in_memory = false; vector> indices = get_indices(); map indexToSetId; for(Id iset = 0; iset < (Id)indices.size(); iset++){ for(Id index : indices.at(iset)){ indexToSetId.emplace(index, iset); } } vector>> components = split_data(indexToSetId, indices.size()); for(uint32_t iComponent = 0; iComponent < components.size(); iComponent++){ const int32_t size = (int32_t)components[iComponent].size(); if( size > 0 ){ const int64_t first_index = indices[iComponent][0]; os->write((char*) &first_index, sizeof(int64_t)); os->write((char*) &size, sizeof(int32_t)); for(auto& t : components[iComponent]){ const uint32_t irow = t.row(); const uint32_t icol = t.col(); const T val = t.value(); write_triplet(&irow, &icol, &val); } } } os->flush(); } } virtual void consume(const char *ptr, size_t n) override { const char *end = ptr + n; if (n >= unit_size) { while (ptr < end) { const uint32_t query = *(uint32_t*) ptr; ptr += sizeof(uint32_t); const uint32_t subject = *(uint32_t*) ptr; ptr += sizeof(uint32_t); const double value = *(double*) ptr; if(!warned && (value > std::numeric_limits::max() || value < std::numeric_limits::min())){ fprintf(stderr, "\n"); fprintf(stderr, "WARNING: The clustering similarity measure cannot be stored in a float, results may become unreliable\n"); fprintf(stderr, " Please modify --clustering-similarity accordingly.\n\n"); warned=true; } ptr += sizeof(double); Eigen::Triplet t(query, subject, (T)value); auto it = data->find(t); if(it == data->end()){ data->emplace(std::move(t)); disjointSet->merge(query, subject); } else if (t.value() > it->value()){ data->emplace_hint(data->erase(it), std::move(t)); } if(os && (data->size()*unit_size*1.0)/(1024ULL*1024*1024) > max_size){ dump(); data->clear(); } } } } void build_graph(const char *ptr, size_t n) { const char *end = ptr + n; if (n >= sizeof(uint32_t)) { while (ptr < end) { const uint32_t query = *(uint32_t*) ptr; ptr += sizeof(uint32_t); const uint32_t subject = *(uint32_t*) ptr; ptr += sizeof(uint32_t); ptr += sizeof(double); disjointSet->merge(query, subject); } } } ofstream* getStream(string graph_file_name){ ofstream* os = new ofstream(graph_file_name, ios::out | ios::binary); os->write((char*) &n, sizeof(size_t)); const uint32_t indexversion = 0; os->write((char*) &indexversion, sizeof(uint32_t)); return os; } vector> remap(vector>& split, map& index_map){ vector> remapped; for(Eigen::Triplet const & t : split){ remapped.emplace_back(index_map[t.row()], index_map[t.col()], t.value()); } remapped.shrink_to_fit(); return remapped; } vector>> getComponents(vector*>* indices){ vector>> split; { map indexToSetId; for(Id iset = 0; iset < (Id)indices->size(); iset++){ for(Id index : *(indices->at(iset))){ indexToSetId.emplace(index, iset); } } split = split_data(indexToSetId, indices->size()); } vector>> components; for(Id iset = 0; iset < (Id)indices->size(); iset++){ if(split[iset].size() > 0){ map index_map; Id iel = 0; for(Id const & el: *(indices->at(iset))){ index_map.emplace(el, iel++); } components.emplace_back(remap(split[iset], index_map)); } } return components; } SparseMatrixStream(const bool symmetric, int64_t n): n(n), nThreads(0), symmetric(symmetric), in_memory(false), is_tmp_file(false), warned(false), max_size(2.0), buffer(nullptr), os(nullptr){ bool(*function_pointer)(const Eigen::Triplet& lhs, const Eigen::Triplet& rhs) = symmetric ? symmcmp : cmp; data = new std::set, bool(*)(const Eigen::Triplet& lhs,const Eigen::Triplet& rhs)>(function_pointer); disjointSet = new LazyDisjointIntegralSet(n); } SparseMatrixStream(const bool symmetric, unordered_set* set) : nThreads(0), symmetric(symmetric), in_memory(true), is_tmp_file(false), warned(true), max_size(2.0), buffer(nullptr), os(nullptr){ bool(*function_pointer)(const Eigen::Triplet& lhs, const Eigen::Triplet& rhs) = symmetric ? symmcmp : cmp; data = new std::set, bool(*)(const Eigen::Triplet& lhs,const Eigen::Triplet& rhs)>(function_pointer); this->n = set->size(); disjointSet = new LazyDisjointTypeSet(set); } public: SparseMatrixStream(const bool symmetric, size_t n, string graph_file_name) : n(n), nThreads(0), symmetric(symmetric), in_memory(false), warned(false), max_size(2.0), buffer(nullptr) { bool(*function_pointer)(const Eigen::Triplet& lhs, const Eigen::Triplet& rhs) = symmetric ? symmcmp : cmp; data = new std::set, bool(*)(const Eigen::Triplet& lhs,const Eigen::Triplet& rhs)>(function_pointer); disjointSet = new LazyDisjointIntegralSet(n); if(graph_file_name.empty()){ this->is_tmp_file = true; file_name = "tmp.bin"; } else{ this->is_tmp_file = false; file_name = graph_file_name; } os = getStream(file_name); } ~SparseMatrixStream(){ clear_disjoint_set(); if(os){ os->close(); delete os; os = nullptr; } release_read_buffer(); if(is_tmp_file) remove(file_name.c_str()); } void done(){ if(!in_memory){ dump(); data->clear(); delete data; } if(os){ os->close(); delete os; os = nullptr; } } void set_max_mem(float max_size){ this->max_size = max_size; } void allocate_read_buffer(uint32_t nThreads){ if(!in_memory){ this->nThreads = nThreads; buffer = new char[nThreads * read_buffer_size]; } } void release_read_buffer(){ if(buffer){ delete[] buffer; buffer = nullptr; } } void clear_disjoint_set(){ if(disjointSet){ delete disjointSet; disjointSet = nullptr; } } static SparseMatrixStream* fromFile(bool read_symmetric, string graph_file_name, float max_size){ ifstream in(graph_file_name, ios::in | ios::binary); if(!in){ throw runtime_error("Cannot read the graph file"); } size_t n; in.read((char*) &n, sizeof(size_t)); uint32_t indexversion; in.read((char*) &indexversion, sizeof(uint32_t)); if(indexversion != 0){ throw runtime_error("This file cannot be read"); } SparseMatrixStream* sms = new SparseMatrixStream(read_symmetric, n); if(max_size>0) sms->set_max_mem(max_size); char* local_buffer = new char[read_buffer_size]; while(in.good()){ int64_t first_component; in.read((char*) &first_component, sizeof(int64_t)); uint32_t size; in.read((char*) &size, sizeof(uint32_t)); const unsigned long long block_size = size*unit_size; unsigned long long bytes_read = 0; for(uint32_t ichunk = 0; ichunk < ceil(block_size/(1.0 * read_buffer_size)); ichunk++){ const unsigned long long bytes = min(read_buffer_size - (read_buffer_size % unit_size), block_size - bytes_read); in.read(local_buffer, bytes); if((sms->data->size()*unit_size*1.0)/(1024ULL*1024*1024) < sms->max_size){ sms->consume(local_buffer, bytes); } else{ sms->build_graph(local_buffer, bytes); } bytes_read += bytes; } } in.close(); if((sms->data->size()*unit_size*1.0)/(1024ULL*1024*1024) >= sms->max_size){ sms->data->clear(); sms->in_memory = false; } delete[] local_buffer; sms->finalize(); sms->file_name=graph_file_name; return sms; } vector>> collect_components(vector*>* indices, uint32_t iThread){ if(in_memory){ return getComponents(indices); } else{ if(buffer == nullptr || nThreads == 0){ throw runtime_error("The global buffer needs to be allocated with allocate_read_buffer with at least one thread"); } ifstream in(file_name, ios::in | ios::binary); if(!in){ throw runtime_error("Cannot read the graph file"); } size_t n; in.read((char*) &n, sizeof(size_t)); uint32_t indexversion; in.read((char*) &indexversion, sizeof(uint32_t)); if(indexversion != 0){ throw runtime_error("This file cannot be read"); } unordered_set set; for(const vector* const idxs : *indices){ set.insert(idxs->begin(), idxs->end()); } SparseMatrixStream sms(this->symmetric, &set); while(in.good()){ Id first_component; in.read((char*) &first_component, sizeof(Id)); uint32_t size; in.read((char*) &size, sizeof(uint32_t)); const unsigned long long block_size = size*unit_size; if(set.count(first_component) == 1){ unsigned long long bytes_read = 0; for(uint32_t ichunk = 0; ichunk < ceil(block_size/(1.0 * read_buffer_size)); ichunk++){ const unsigned long long bytes = min(read_buffer_size - (read_buffer_size % unit_size), block_size - bytes_read); in.read(buffer+(iThread*read_buffer_size), bytes); sms.consume(buffer+(iThread*read_buffer_size), bytes); bytes_read += bytes; } } else{ in.seekg(block_size, ios::cur); } } in.close(); return sms.getComponents(indices); } } vector> get_indices(){ vector> sets = disjointSet->getListOfSets(); vector> indices; for(uint32_t iset = 0; iset < sets.size(); iset++){ indices.emplace_back(sets[iset].begin(), sets[iset].end()); } return indices; } uint64_t getNumberOfElements(){ return data->size(); } }; }} bbuchfink-diamond-6dc5717/src/data/000077500000000000000000000000001523407312000171155ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/data/blastdb/000077500000000000000000000000001523407312000205305ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/data/blastdb/asn1.cpp000066400000000000000000000234171523407312000221050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include "asn1.h" #include "ber.h" using std::vector; using std::string; constexpr uint8_t kClassMask = 0xc0; constexpr uint8_t kConstructedMask = 0x20; constexpr uint8_t kShortTagMask = 0x1f; static TagInfo parse_tag(const char *data, size_t length, size_t &offset) { if (offset >= length) { throw DecodeError{"unexpected end of buffer while reading tag"}; } uint8_t first = static_cast(data[offset++]); TagInfo info{}; info.tagClass = static_cast((first & kClassMask) >> 6); info.constructed = (first & kConstructedMask) != 0; uint8_t tag = first & kShortTagMask; if (tag != kShortTagMask) { info.tagNumber = tag; return info; } info.tagNumber = 0; bool continueReading = true; int shiftCount = 0; while (continueReading) { if (offset >= length) { throw DecodeError{"unexpected end of buffer while reading long tag"}; } uint8_t byte = static_cast(data[offset++]); continueReading = (byte & 0x80) != 0; info.tagNumber = (info.tagNumber << 7) | (byte & 0x7F); shiftCount += 7; if (shiftCount > 28) { throw DecodeError{"tag number is excessively large"}; } } return info; } static size_t parse_length(const char *data, size_t length, size_t &offset, bool &indefinite) { if (offset >= length) { throw DecodeError{"unexpected end of buffer while reading length"}; } uint8_t first = static_cast(data[offset++]); if ((first & 0x80) == 0) { indefinite = false; return first; } uint8_t count = first & 0x7F; if (count == 0) { indefinite = true; return 0; } if (count > sizeof(size_t)) { throw DecodeError{"length uses more bytes than supported"}; } if (offset + count > length) { throw DecodeError{"unexpected end of buffer while reading long length"}; } size_t value = 0; for (uint8_t i = 0; i < count; ++i) { value = (value << 8) | static_cast(data[offset++]); } indefinite = false; return value; } static bool is_eoc(const char *data, size_t length, size_t offset) { return offset + 1 < length && data[offset] == 0 && data[offset + 1] == 0; } static vector decode_impl(const char *data, size_t length, size_t &offset, bool stop_at_eoc) { vector nodes; while (offset < length) { if (stop_at_eoc && is_eoc(data, length, offset)) { offset += 2; break; } TagInfo tag = parse_tag(data, length, offset); bool indefinite = false; size_t contentLength = parse_length(data, length, offset, indefinite); if (!indefinite && offset + contentLength > length) { throw DecodeError{"content length exceeds available data"}; } Node node{}; node.tag = tag; if (tag.constructed) { size_t end = indefinite ? length : offset + contentLength; node.children = decode_impl(data, end, offset, indefinite); if (!indefinite && offset != end) { throw DecodeError{"constructed element did not consume its content"}; } } else { size_t end = indefinite ? length : offset + contentLength; if (indefinite) { throw DecodeError{"indefinite length used for primitive value"}; } node.value.insert(node.value.end(), data + offset, data + end); offset = end; } nodes.push_back(std::move(node)); } return nodes; } vector decode(const char *data, size_t length) { if (data == nullptr && length > 0) { throw DecodeError{"null data pointer with non-zero length"}; } std::size_t offset = 0; return decode_impl(data, length, offset, false); } static std::string class_label(Class cls) { switch (cls) { case Class::Universal: return "Universal"; case Class::Application: return "Application"; case Class::ContextSpecific: return "Context-specific"; case Class::Private: return "Private"; } return "Unknown"; } static std::string universal_tag_name(uint32_t tagNumber) { switch (static_cast(tagNumber)) { case UniversalTag::Eoc: return "EOC"; case UniversalTag::Boolean: return "BOOLEAN"; case UniversalTag::Integer: return "INTEGER"; case UniversalTag::BitString: return "BIT STRING"; case UniversalTag::OctetString: return "OCTET STRING"; case UniversalTag::Null: return "NULL"; case UniversalTag::ObjectIdentifier: return "OBJECT IDENTIFIER"; case UniversalTag::Utf8String: return "UTF8String"; case UniversalTag::Sequence: return "SEQUENCE"; case UniversalTag::Set: return "SET"; case UniversalTag::PrintableString: return "PrintableString"; case UniversalTag::T61String: return "T61String"; case UniversalTag::Ia5String: return "IA5String"; case UniversalTag::UtcTime: return "UTCTime"; case UniversalTag::GeneralizedTime: return "GeneralizedTime"; case UniversalTag::BmpString: return "BMPString"; } return ""; } static std::string hex_dump(const std::vector& data) { std::ostringstream oss; for (std::uint8_t b : data) { oss << std::hex << std::setw(2) << std::setfill('0') << static_cast(b) << ' '; } std::string out = oss.str(); if (!out.empty()) { out.pop_back(); } return out; } static bool is_printable_ascii(const std::vector& data) { return std::all_of(data.begin(), data.end(), [](std::uint8_t b) { return b == 0x0A || (b >= 0x20 && b <= 0x7E); }); } static std::string decode_oid(const std::vector& data) { if (data.empty()) { return {}; } std::ostringstream oss; uint8_t first = data.front(); oss << static_cast(first / 40) << '.' << static_cast(first % 40); std::uint32_t value = 0; bool seen = false; for (std::size_t i = 1; i < data.size(); ++i) { std::uint8_t byte = data[i]; value = (value << 7) | (byte & 0x7F); seen = true; if ((byte & 0x80) == 0) { oss << '.' << value; value = 0; seen = false; } } if (seen) { return {}; } return oss.str(); } static std::string decode_string(const std::vector& data) { return std::string(data.begin(), data.end()); } static std::string describe_value(const Node& node) { if (node.tag.constructed) { return {}; } if (node.tag.tagClass != Class::Universal) { return {}; } switch (static_cast(node.tag.tagNumber)) { case UniversalTag::Boolean: if (node.value.size() == 1) { return node.value[0] ? "TRUE" : "FALSE"; } return {}; case UniversalTag::Integer: { std::string decoded = std::to_string(decode_integer(node.value)); return decoded.empty() ? std::string{} : decoded; } case UniversalTag::OctetString: if (is_printable_ascii(node.value)) { return '"' + decode_string(node.value) + '"'; } return {}; case UniversalTag::Null: return "NULL"; case UniversalTag::ObjectIdentifier: { std::string oid = decode_oid(node.value); return oid.empty() ? std::string{} : oid; } case UniversalTag::Utf8String: case UniversalTag::PrintableString: case UniversalTag::T61String: case UniversalTag::Ia5String: case UniversalTag::BmpString: return decode_string(node.value); case UniversalTag::UtcTime: case UniversalTag::GeneralizedTime: return decode_string(node.value); case UniversalTag::BitString: case UniversalTag::Sequence: case UniversalTag::Set: case UniversalTag::Eoc: return {}; } return {}; } void print_node(const Node& node, std::ostream& os, int depth) { string indent(static_cast(depth), '-'); os << indent << "Class: " << class_label(node.tag.tagClass) << ", Constructed: " << std::boolalpha << node.tag.constructed << ", Tag: " << node.tag.tagNumber; if (node.tag.tagClass == Class::Universal) { string name = universal_tag_name(node.tag.tagNumber); if (!name.empty()) { os << " (" << name << ')'; } } os << '\n'; if (!node.value.empty()) { string decoded = describe_value(node); if (!decoded.empty()) { os << indent << " Decoded: " << decoded << '\n'; } else os << indent << " String: " << string(node.value.begin(), node.value.end()) << '\n'; os << indent << " Raw (" << node.value.size() << " bytes): " << hex_dump(node.value) << '\n'; } for (const auto& child : node.children) { print_node(child, os, depth + 1); } }bbuchfink-diamond-6dc5717/src/data/blastdb/asn1.h000066400000000000000000000032651523407312000215510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include enum class Class : uint8_t { Universal = 0, Application = 1, ContextSpecific = 2, Private = 3, }; enum class UniversalTag : uint8_t { Eoc = 0, Boolean = 1, Integer = 2, BitString = 3, OctetString = 4, Null = 5, ObjectIdentifier = 6, Utf8String = 12, Sequence = 16, Set = 17, PrintableString = 19, T61String = 20, Ia5String = 22, UtcTime = 23, GeneralizedTime = 24, BmpString = 30, }; struct TagInfo { Class tagClass{}; bool constructed{}; uint32_t tagNumber{}; }; struct Node { TagInfo tag; std::vector value; std::vector children; }; class DecodeError : public std::runtime_error { public: using std::runtime_error::runtime_error; }; std::vector decode(const char *data, std::size_t length); void print_node(const Node& node, std::ostream& os, int depth = 0);bbuchfink-diamond-6dc5717/src/data/blastdb/ber.h000066400000000000000000000032001523407312000214440ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/io/file.h" inline uint32_t ReadBE32(File& file) { uint8_t buf[4]; file.read(buf, 4); uint32_t value = 0; for (int i = 0; i < 4; ++i) { value = (value << 8) | buf[i]; } return value; } inline uint64_t ReadLE64(File& file) { uint8_t buf[8]; file.read(buf, 8); uint64_t value = 0; for (int i = 7; i >= 0; --i) { value = (value << 8) | static_cast(buf[i]); } return value; } inline int64_t decode_integer(const std::vector& data) { if (data.size() > sizeof(int64_t)) { return {}; } int64_t value = (data[0] & 0x80) ? -1 : 0; for (uint8_t byte : data) { value = (value << 8) | byte; } return value; } inline std::string ReadPascalString(File& file) { const uint32_t l = ReadBE32(file); std::string s(l, '\0'); file.read(&s.front(), l); return s; }bbuchfink-diamond-6dc5717/src/data/blastdb/blastdb.cpp000066400000000000000000000360271523407312000226570ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #define NOMINMAX #define WIN32_LEAN_AND_MEAN #include #include #include "blastdb.h" #include "util/system/system.h" #include "basic/config.h" #include "util/log_stream.h" #include "taxdmp.h" #include "data/taxonomy_nodes.h" #include "volume.h" using std::cerr; using std::endl; using std::vector; using std::string; using std::runtime_error; using std::numeric_limits; using std::set; using std::pair; BlastDB::BlastDB(const string& file_name, Flags flags, const ValueTraits& value_traits) : SequenceFile(Type::BLAST, flags, FormatFlags::SEEKABLE | FormatFlags::LENGTH_LOOKUP | FormatFlags::DICT_LENGTHS | FormatFlags::DICT_SEQIDS, value_traits), file_name_(file_name), pal_(file_name), taxon_db_(nullptr), oid_(0), long_seqids_(false), volume_(pal_.volumes[0], 0, pal_.oid_index[0], pal_.oid_index[1], true), raw_chunk_no_(0) { for (const string& volume : pal_.volumes) { disk_size_ += file_size((volume + ".psq").c_str()); disk_size_ += file_size((volume + ".phr").c_str()); } std::ostringstream ss; ss << "BLAST database file size: " << disk_size_ << endl; open_stats_ = ss.str(); if (pal_.metadata.find("SEQIDLIST") != pal_.metadata.end()) { flags_ |= Flags::NEED_LENGTH_LOOKUP; } if (pal_.metadata.find("TAXIDLIST") != pal_.metadata.end()) { flags_ |= SequenceFile::Flags::TAXON_MAPPING; flags_ |= SequenceFile::Flags::TAXON_NODES; flags_ |= SequenceFile::Flags::NEED_EARLY_TAXON_MAPPING | SequenceFile::Flags::NEED_LENGTH_LOOKUP; } if (bool(flags_ & Flags::TAXON_MAPPING)) { taxon_mapping_.reserve(pal_.sequence_count); //if (bool(flags_ & Flags::NEED_EARLY_TAXON_MAPPING)) { const auto flags_now = flags_; flags_ &= ~(Flags::SEQS | Flags::TITLES); bool done; do { pair b = load_parallel(1000000000, nullptr, nullptr, Chunk(), true); done = b.first->oid_count() == 0; delete b.first; } while (!done); flags_ = flags_now; flags_ &= ~Flags::TAXON_MAPPING; } if (bool(flags_ & Flags::NEED_LENGTH_LOOKUP)) { seq_length_.reserve(pal_.sequence_count); for (OId i = 0; i < pal_.sequence_count; ++i) { open_volume(i); const uint32_t volume_oid = uint32_t(i - volume_.begin); seq_length_.push_back(volume_.length(volume_oid)); } set_seqinfo_ptr(0); } string dbdir, dbfile; tie(dbdir, dbfile) = absolute_path(file_name); const string taxdump_dir = config.taxdump.empty() ? dbdir : config.taxdump; if (flag_any(flags_, Flags::TAXON_RANKS)) { const string file = taxdump_dir + PATH_SEPARATOR + "nodes.dmp"; if(!exists(file)) throw runtime_error("Taxonomy rank information (nodes.dmp) is missing in search path (" + taxdump_dir + "). Download and extract this file in the database directory or another directory specified by --taxdump: https://ftp.ncbi.nlm.nih.gov/pub/taxonomy/new_taxdump/new_taxdump.zip"); int next_rank = Rank::count; auto f = [&](TaxId taxid, TaxId parent, const string& rank) { const int p = Rank::predefined(rank.c_str()); if (p >= 0) { rank_mapping_[taxid] = p; } else { auto it = custom_ranks_.find(rank); if (it == custom_ranks_.end()) { const int r = next_rank++; custom_ranks_[rank] = r; rank_mapping_[taxid] = r; } else rank_mapping_[taxid] = it->second; } }; read_nodes_dmp(file, f); } if (flag_any(flags_, Flags::TAXON_NODES)) { const string dbpath = dbdir + PATH_SEPARATOR + "taxonomy4blast.sqlite3"; if(!exists(dbpath)) throw runtime_error("Taxonomy database (taxonomy4blast.sqlite3) file not found in path: " + dbpath + ". Make sure that the database was downloaded correctly."); if (sqlite3_open_v2(dbpath.c_str(), &taxon_db_, SQLITE_OPEN_READONLY, nullptr) != SQLITE_OK) { string msg = taxon_db_ ? sqlite3_errmsg(taxon_db_) : "unknown error"; if (taxon_db_) sqlite3_close(taxon_db_); throw runtime_error("Failed to open database " + dbpath + ": " + msg); } const TaxId max_id = max_taxid(); parent_cache_.resize(max_id + 1, numeric_limits::min()); init_cache(); } if (flag_any(flags_, Flags::TAXON_SCIENTIFIC_NAMES)) { //throw runtime_error("Taxonomy information (scientific names) is missing. Make sure that the BLAST database was downloaded correctly and that taxonomy files (taxdb.bti) are present in the database search paths (current working directory, BLAST database directory, BLASTDB environment variable)"); const string file = taxdump_dir + PATH_SEPARATOR + "names.dmp"; if (!exists(file)) throw runtime_error("Taxonomy names information (names.dmp) is missing in search path (" + taxdump_dir + "). Download and extract this file in the database directory or another directory specified by --taxdump: https://ftp.ncbi.nlm.nih.gov/pub/taxonomy/new_taxdump/new_taxdump.zip"); auto f = [&](TaxId taxid, const string& name) { if (extra_names_.find(taxid) == extra_names_.end()) extra_names_.emplace(taxid, name); }; read_names_dmp(file, f); } if (config.multiprocessing) throw runtime_error("Multiprocessing mode is not compatible with BLAST databases."); } int64_t BlastDB::file_count() const { return 1; } void BlastDB::open_volume(OId oid) { if (oid >= volume_.begin && oid < volume_.end) return; const int idx = pal_.volume(oid); volume_ = BlastVolume(pal_.volumes[idx], idx, pal_.oid_index[idx], pal_.oid_index[idx + 1], true); } void BlastDB::print_info() const { *message_stream << "Database: " << config.database << ' '; *message_stream << "(type: BLAST database, "; *message_stream << "volumes: " << pal_.volumes.size() << ", "; *message_stream << "sequences: " << sequence_count().value() << ", "; *message_stream << "letters: " << letters().value() << ')' << endl; if (flag_any(flags_, Flags::TAXON_RANKS)) { if (!custom_ranks_.empty()) *message_stream << "Custom taxonomic ranks in database: " << custom_ranks_.size() << endl; *message_stream << "Taxonomic ids assigned to ranks: " << rank_mapping_.size() << endl; } if (flag_any(flags_, Flags::TAXON_NODES)) *message_stream << "Maximum taxid in database: " << parent_cache_.size() - 1 << endl; if (flag_any(flags_, Flags::TAXON_SCIENTIFIC_NAMES)) *message_stream << "Extra taxonomic scientific names in names.dmp: " << extra_names_.size() << endl; } void BlastDB::init_seqinfo_access() { } void BlastDB::init_seq_access() { oid_ = 0; } void BlastDB::seek_chunk(const Chunk& chunk) { throw OperationNotSupported(); } OId BlastDB::tell_seq() const { return oid_; } bool BlastDB::eof() const { return oid_ == sequence_count().value(); } SequenceFile::SeqInfo BlastDB::read_seqinfo() { if (oid_ >= pal_.sequence_count) { ++oid_; return SeqInfo(0, 0); } const Loc l = seq_length(oid_); if (l == 0) throw runtime_error("Database with sequence length 0 is not supported"); return SeqInfo(oid_++, l); } void BlastDB::putback_seqinfo() { --oid_; } size_t BlastDB::id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) { open_volume(seq_info.pos); const uint32_t volume_oid = uint32_t(seq_info.pos - volume_.begin); return volume_.id_len(volume_oid); } void BlastDB::seek_offset(size_t p) { } RawChunk* BlastDB::raw_chunk(size_t letters, SequenceFile::Flags flags) { BlastVolume::RawChunk* c = volume_.raw_chunk(letters, flags); c->no = raw_chunk_no_++; oid_ = c->end_; if (oid_ < pal_.sequence_count) open_volume(oid_); return c; } void BlastDB::read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) { *(dst - 1) = Sequence::DELIMITER; *(dst + len) = Sequence::DELIMITER; open_volume(pos); const uint32_t volume_oid = uint32_t(pos - volume_.begin); const vector seq = volume_.sequence(volume_oid); if (seq.size() != len) throw runtime_error("BLAST database sequence length mismatch for OID " + std::to_string(pos)); copy(seq.begin(), seq.end(), dst); ++pos; } void BlastDB::read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) { const string id = fetch_seqid(oid, all, full_titles); copy(id.begin(), id.end(), dst); dst[len] = '\0'; } vector BlastDB::deflines(OId oid, bool all, bool full_titles, bool taxids) { open_volume(oid); const uint32_t volume_oid = uint32_t(oid - volume_.begin); return volume_.deflines(volume_oid, all, full_titles, taxids); } void BlastDB::skip_id_data() { //++oid_seqdata_; } string BlastDB::fetch_seqid(OId oid, bool all, bool full_titles) { open_volume(oid); bool taxids = flag_any(flags_, Flags::TAXON_MAPPING); const uint32_t volume_oid = uint32_t(oid - volume_.begin); const vector deflines = volume_.deflines(volume_oid, all, full_titles, taxids); if (taxids && taxon_mapping_.find(oid) == taxon_mapping_.end()) { for (auto i = deflines.begin(); i != deflines.end(); ++i) if (i->taxid) taxon_mapping_.emplace(oid, i->taxid.value()); } return build_title(deflines, "\1", all); } void BlastDB::add_taxid_mapping(const std::vector>& taxids) { for(const auto& t : taxids) { taxon_mapping_.emplace(t.first, t.second); } } string BlastDB::seqid(OId oid, bool all, bool full_titles) { return fetch_seqid(oid, all, full_titles); } /*Loc BlastDB::dict_len(DictId dict_id, const size_t ref_block) { if (dict_id >= (int64_t)dict_oid_[dict_block(ref_block)].size()) throw runtime_error("Dictionary not loaded."); return seq_length((int)dict_oid_[dict_block(ref_block)][dict_id]); }*/ optional BlastDB::sequence_count() const { return pal_.sequence_count; } optional BlastDB::letters() const { return pal_.letters; } int BlastDB::db_version() const { return pal_.version; } int BlastDB::program_build_version() const { return 0; } bool BlastDB::read_seq(vector& seq, string& id, vector* quals) { open_volume(oid_); const uint32_t volume_oid = uint32_t(oid_ - volume_.begin); seq = volume_.sequence(volume_oid); const vector deflines = volume_.deflines(volume_oid, true, true, false); id = build_title(deflines, " >", true); ++oid_; return true; } int BlastDB::build_version() { return 0; } void BlastDB::create_partition_balanced(int64_t max_letters) { throw OperationNotSupported(); } void BlastDB::save_partition(const string& partition_file_name, const string& annotation) { throw OperationNotSupported(); } int BlastDB::get_n_partition_chunks() { throw OperationNotSupported(); } void BlastDB::set_seqinfo_ptr(OId i) { if(i != 0) throw runtime_error("Setting seqinfo pointer to non-zero value is not supported in BLAST databases."); oid_ = i; raw_chunk_no_ = 0; if (volume_.begin == 0) volume_.rewind(); else open_volume(0); } void BlastDB::close() { sqlite3_close(taxon_db_); } DbFilter* BlastDB::filter_by_accession(const string& file_name) { DbFilter* v = new DbFilter(sequence_count().value()); File in(file_name, "rb", File::Flags::DETECT_COMPRESSION); std::unordered_map accs; const char* l; while (l = in.getline(), !in.eof() || l[0] != '\0') { accs.emplace(std::string(l), false); } in.close(); for (;;) { pair b = load_parallel(1000000000, nullptr, &accs, Chunk(), false); const BlockId n = b.first->oid_count(); for (BlockId i = 0; i < n; ++i) { const OId oid = b.first->block_id2oid(i); v->oid_filter.set(oid); v->letter_count += seq_length(oid); } const bool end = b.first->raw_bytes() == 0; delete b.first; if (end) break; } if (!config.skip_missing_seqids) { for (const auto& a : accs) { if(!a.second) throw runtime_error("Accession not found in database: " + a.first + ". Use --skip-missing-seqids to ignore."); } } return v; } string BlastDB::file_name() { return file_name_; } vector BlastDB::taxids(size_t oid) const { vector v; auto range = taxon_mapping_.equal_range(oid); for(auto it = range.first; it != range.second; ++it) v.push_back(it->second); return v; } TaxId BlastDB::max_taxid() const { if (taxon_db_) { static const char* sql = "SELECT max(taxid) FROM TaxidInfo;"; sqlite3_stmt* stmt = nullptr; if (sqlite3_prepare_v2(taxon_db_, sql, -1, &stmt, nullptr) != SQLITE_OK) { string msg = sqlite3_errmsg(taxon_db_); sqlite3_close(taxon_db_); throw runtime_error("Failed to prepare statement: " + msg); } int rc = sqlite3_step(stmt); if (rc == SQLITE_ROW) { return sqlite3_column_int(stmt, 0); } else { string msg = sqlite3_errmsg(taxon_db_); sqlite3_finalize(stmt); sqlite3_close(taxon_db_); throw runtime_error("SQLite step error: " + msg); } } else return 0; } TaxId BlastDB::get_parent(TaxId taxid) { if (taxid <= 0) return taxid; if ((size_t)taxid >= parent_cache_.size()) return -1; if (parent_cache_[taxid] != numeric_limits::min()) return parent_cache_[taxid]; static const char* sql = "SELECT parent FROM TaxidInfo WHERE taxid = ?1 LIMIT 1;"; sqlite3_stmt* stmt = nullptr; if (sqlite3_prepare_v2(taxon_db_, sql, -1, &stmt, nullptr) != SQLITE_OK) { string msg = sqlite3_errmsg(taxon_db_); sqlite3_close(taxon_db_); throw runtime_error("Failed to prepare statement: " + msg); } if (sqlite3_bind_int(stmt, 1, taxid) != SQLITE_OK) { string msg = sqlite3_errmsg(taxon_db_); sqlite3_finalize(stmt); sqlite3_close(taxon_db_); throw runtime_error("Failed to bind parameter: " + msg); } TaxId result; int rc = sqlite3_step(stmt); if (rc == SQLITE_ROW) { result = sqlite3_column_int(stmt, 0); } else if (rc == SQLITE_DONE) { result = -1; } else { string msg = sqlite3_errmsg(taxon_db_); sqlite3_finalize(stmt); sqlite3_close(taxon_db_); throw runtime_error("SQLite step error: " + msg); } parent_cache_[taxid] = result; sqlite3_finalize(stmt); return result; } string BlastDB::taxon_scientific_name(TaxId taxid) const { auto it = extra_names_.find(taxid); return it == extra_names_.end() ? std::to_string(taxid) : it->second; } void BlastDB::seq_data(size_t oid, vector& dst) { open_volume(oid); const uint32_t volume_oid = uint32_t(oid - volume_.begin); dst = volume_.sequence(volume_oid); } Loc BlastDB::seq_length(size_t oid) { if (oid < seq_length_.size()) { return seq_length_[oid]; } else { open_volume(oid); const uint32_t volume_oid = uint32_t(oid - volume_.begin); return volume_.length(volume_oid); } } void BlastDB::end_random_access(bool dictionary) { if(dictionary) free_dictionary(); } vector BlastDB::accession_to_oid(const string& acc) const { vector r; //db_->AccessionToOids(acc, r); if(r.empty()) throw runtime_error("Accession not found in database: " + acc); return vector(r.begin(), r.end()); } BlastDB::~BlastDB() { close(); }bbuchfink-diamond-6dc5717/src/data/blastdb/blastdb.h000066400000000000000000000105251523407312000223170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../sequence_file.h" #include "volume.h" #include "pal.h" using BlastOid = int; struct sqlite3; struct BlastDB : public SequenceFile { BlastDB(const std::string& file_name, Flags flags, const ValueTraits& value_traits = amino_acid_traits); virtual void print_info() const override; virtual int64_t file_count() const override; virtual void init_seqinfo_access() override; virtual void init_seq_access() override; virtual void seek_chunk(const Chunk& chunk) override; virtual OId tell_seq() const override; virtual bool eof() const override; virtual SeqInfo read_seqinfo() override; virtual void putback_seqinfo() override; virtual size_t id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) override; virtual void seek_offset(size_t p) override; virtual void read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) override; virtual void read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) override; virtual void skip_id_data() override; virtual std::string seqid(OId oid, bool all, bool full_titles) override; //virtual Loc dict_len(DictId dict_id, const size_t ref_block) override; virtual optional sequence_count() const override; virtual optional letters() const override; virtual int db_version() const override; virtual int program_build_version() const override; virtual bool read_seq(std::vector& seq, std::string& id, std::vector* quals = nullptr) override; virtual TaxId max_taxid() const override; virtual TaxId get_parent(TaxId taxid) override; virtual std::string taxon_scientific_name(TaxId taxid) const override; virtual int rank(TaxId taxid) const override { auto it = rank_mapping_.find(taxid); return it == rank_mapping_.end() ? -1 : it->second; } virtual int build_version() override; virtual void create_partition_balanced(int64_t max_letters) override; virtual void save_partition(const std::string& partition_file_name, const std::string& annotation = "") override; virtual int get_n_partition_chunks() override; virtual void set_seqinfo_ptr(OId i) override; virtual void close() override; virtual DbFilter* filter_by_accession(const std::string& file_name) override; virtual std::string file_name() override; virtual std::vector taxids(size_t oid) const override; virtual void seq_data(size_t oid, std::vector& dst) override; virtual Loc seq_length(size_t oid) override; virtual void end_random_access(bool dictionary = true) override; virtual std::vector accession_to_oid(const std::string& acc) const override; virtual ~BlastDB(); const Pal& pal() const noexcept { return pal_; } virtual RawChunk* raw_chunk(size_t letters, SequenceFile::Flags flags) override; virtual void add_taxid_mapping(const std::vector>& taxids) override; virtual int raw_chunk_no() const override { return raw_chunk_no_; } virtual double rel_file_ptr() override { return 0; } private: std::string fetch_seqid(OId oid, bool all, bool fulL_titles); std::vector deflines(OId oid, bool all, bool full_titles, bool taxids); void open_volume(OId oid); const std::string file_name_; Pal pal_; sqlite3* taxon_db_; std::unordered_multimap taxon_mapping_; std::map custom_ranks_; std::unordered_map rank_mapping_; OId oid_; const bool long_seqids_; BitVector oid_filter_; std::vector parent_cache_; std::unordered_map extra_names_; std::map volumes_; BlastVolume volume_; int raw_chunk_no_; friend void load_blast_seqid(); friend void load_blast_seqid_lin(); };bbuchfink-diamond-6dc5717/src/data/blastdb/pal.cpp000066400000000000000000000150261523407312000220140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include "util/system/system.h" #include "pal.h" #include "volume.h" #include "util/string/string.h" using std::string; using std::runtime_error; using std::set; using std::tie; using std::vector; using std::advance; static string trim(const string& text) { const auto first = text.find_first_not_of(" \t\r\n"); if (first == string::npos) { return string(); } const auto last = text.find_last_not_of(" \t\r\n"); return text.substr(first, last - first + 1); } static vector split_whitespace(const std::string& text) { std::istringstream in(text); std::vector parts; string token; while (in >> token) { parts.push_back(token); } return parts; } vector::iterator Pal::recurse(const string& path, vector::iterator volume_it) { Pal pal(path); const auto index = std::distance(volumes.begin(), volume_it); volumes.insert(volume_it, pal.volumes.begin(), pal.volumes.end()); for(const auto& kv : pal.metadata) { if (metadata.find(kv.first) != metadata.end()) { if(kv.first == "TITLE" || kv.first == "NSEQ" || kv.first == "LENGTH") continue; throw runtime_error("Duplicate key '" + kv.first + "' in nested PAL file: " + path); } else metadata[kv.first] = kv.second; } const OId base = oid_index.back(); for(vector::const_iterator it = pal.oid_index.begin() + 1; it != pal.oid_index.end(); ++it) oid_index.push_back(*it + base); sequence_count += pal.sequence_count; letters += pal.letters; version = pal.version; return volumes.begin() + index + pal.volumes.size(); } Pal::Pal(const string& path) { const set supported_keys = { "TITLE", "MEMB_BIT", "SEQIDLIST", "NSEQ", "LENGTH", "TAXIDLIST" }; string db_dir, file; tie(db_dir, file) = absolute_path(path); if (!exists(path + ".pal") && !ends_with(path, ".pal")) { volumes.push_back(db_dir + PATH_SEPARATOR + file); } else { const string pal_path = ends_with(path, ".pal") ? path : path + ".pal"; std::ifstream in(pal_path); if (!in) throw runtime_error("Unable to open PAL file: " + pal_path); string line; size_t line_number = 0; while (std::getline(in, line)) { ++line_number; const auto comment = line.find('#'); if (comment != string::npos) { line = line.substr(0, comment); } line = trim(line); if (line.empty()) { continue; } const auto key_end = line.find_first_of(" \t"); if (key_end == string::npos) { throw runtime_error("Error parsing PAL file: line " + std::to_string(line_number) + " is missing a value: " + line); } const string key = line.substr(0, key_end); const string value = trim(line.substr(key_end + 1)); if (value.empty()) throw runtime_error("Error parsing PAL file: line " + std::to_string(line_number) + " has an empty value: " + line); if (key == "DBLIST") { const auto vls = split_whitespace(value); if (vls.empty()) { throw runtime_error("Error parsing PAL file: DBLIST on line " + std::to_string(line_number) + " does not list any volumes"); } volumes.insert(volumes.end(), vls.begin(), vls.end()); for (string& s : volumes) if (!is_absolute_path(s) && !s.empty() && s[0] != '"') s = db_dir + PATH_SEPARATOR + s; continue; } if (supported_keys.find(key) == supported_keys.end()) throw runtime_error("Error parsing PAL file: Unsupported PAL key '" + key + "' on line " + std::to_string(line_number)); const auto duplicate = metadata.find(key); if (duplicate != metadata.end()) { throw runtime_error("Error parsing PAL file: Duplicate key '" + key + "' on line " + std::to_string(line_number)); } metadata[key] = value; } } sequence_count = 0; letters = 0; oid_index.push_back(0); for (vector::iterator it = volumes.begin(); it != volumes.end();) { if (it->length() >= 2 && (*it)[0] == '"' && (*it)[it->size() - 1] == '"') { const string nested = it->substr(1, it->length() - 2); it = volumes.erase(it); it = recurse(is_absolute_path(nested) ? nested : db_dir + PATH_SEPARATOR + nested, it); } else { BlastVolume vol(*it, 0, 0, 0, false); sequence_count += vol.index().num_oids; oid_index.push_back(vol.index().num_oids + oid_index.back()); letters += vol.index().total_length; version = vol.index().version; ++it; } } if (metadata.find("SEQIDLIST") != metadata.end()) { if (ends_with(metadata["SEQIDLIST"], ".bsl")) throw runtime_error("Binary SEQIDLIST files(.bsl) are not supported, use text file instead : " + metadata["SEQIDLIST"]); if (!is_absolute_path(metadata["SEQIDLIST"])) { metadata["SEQIDLIST"] = db_dir + PATH_SEPARATOR + metadata["SEQIDLIST"]; } } if (metadata.find("TAXIDLIST") != metadata.end() && !is_absolute_path(metadata["TAXIDLIST"])) { metadata["TAXIDLIST"] = db_dir + PATH_SEPARATOR + metadata["TAXIDLIST"]; } assert(sequence_count > 0); } int Pal::volume(OId oid) const noexcept { assert(oid < sequence_count); auto it = std::upper_bound(oid_index.begin(), oid_index.end(), oid); return int(it - oid_index.begin() - 1); }bbuchfink-diamond-6dc5717/src/data/blastdb/pal.h000066400000000000000000000022731523407312000214610ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/value.h" struct Pal { int volume(OId oid) const noexcept; std::vector volumes; std::map metadata; std::vector oid_index; OId sequence_count; uint64_t letters; int version; Pal(const std::string& path); private: std::vector::iterator recurse(const std::string& path, std::vector::iterator volume_it); };bbuchfink-diamond-6dc5717/src/data/blastdb/phr.cpp000066400000000000000000000216101523407312000220250ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include "volume.h" #include "ber.h" #include "asn1.h" #include "util/optional.h" using std::vector; using std::string; using std::runtime_error; using std::out_of_range; static std::string TagNameFromNumber(uint32_t num) { static const std::unordered_map kNames = { {0, "local"}, {1, "gibbsq"}, {2, "gibbmt"}, {3, "giim"}, {4, "genbank"}, {5, "embl"}, {6, "pir"}, {7, "swissprot"}, {8, "patent"}, {9, "other"}, {10, "general"}, {11, "gi"}, {12, "ddbj"}, {13, "prf"}, {14, "pdb"}, {15, "tpg"}, {16, "tpe"}, {17, "tpd"}, {18, "gpipe"}, {19, "named-annot-track"} }; auto it = kNames.find(num); return it != kNames.end() ? it->second : ("unknown-" + std::to_string(num)); } static void decode_seqid(const Node& node, SeqId& seqid) { for (const Node& n4 : node.children) { switch (n4.tag.tagNumber) { case 1: for (const Node& n5 : n4.children) { switch (n5.tag.tagNumber) { case 26: seqid.value.assign(n5.value.begin(), n5.value.end()); break; default: ; } } break; case 3: for (const Node& n5 : n4.children) { switch (n5.tag.tagNumber) { case 2: seqid.version.emplace(decode_integer(n5.value)); break; default: ; } } break; default: ; } } } static SeqId decode_seqid(const Node& node) { SeqId seqid; for (const Node& n1 : node.children) { switch (n1.tag.tagNumber) { case 16: for (const Node& n2 : n1.children) { switch (n2.tag.tagNumber) { case 0: case 1: case 4: case 5: case 7: case 9: case 12: case 15: case 16: decode_seqid(n2, seqid); for (const Node& n3 : n2.children) { switch (n3.tag.tagNumber) { case 16: decode_seqid(n3, seqid); break; default: ; } } break; case 14: for (const Node& n3 : n2.children) { switch (n3.tag.tagNumber) { case 16: for (const Node& n4 : n3.children) { switch (n4.tag.tagNumber) { case 0: for (const Node& n5 : n4.children) { switch (n5.tag.tagNumber) { case 26: seqid.value.assign(n5.value.begin(), n5.value.end()); break; default: ; } } break; case 3: for (const Node& n5 : n4.children) { switch (n5.tag.tagNumber) { case 26: seqid.chain.emplace(n5.value.begin(), n5.value.end()); break; default: ; } } break; default: ; } } default: ; } } default: ; } } default: ; } } return seqid; } static BlastDefLine decode_defline(const Node& node, bool full_titles, bool taxids) { BlastDefLine defline; SeqId seqid; for (const Node& n1 : node.children) { switch (n1.tag.tagNumber) { case 0: if (full_titles) { for (const Node& n2 : n1.children) { if (n2.tag.tagNumber == 26) { defline.title.assign(n2.value.begin(), n2.value.end()); } } } break; case 1: seqid = decode_seqid(n1); if (!seqid.value.empty()) defline.seqids.push_back(seqid); break; case 2: if (taxids) { for (const Node& n2 : n1.children) { if (n2.tag.tagNumber == 2) { defline.taxid = (TaxId)decode_integer(n2.value); } } } break; default: ; } } if (defline.seqids.empty()) { for (const Node& n1 : node.children) { if(n1.tag.tagNumber == 0) for (const Node& n2 : n1.children) { if (n2.tag.tagNumber == 26) { defline.title.assign(n2.value.begin(), n2.value.end()); } } } } return defline; } #include vector decode_deflines(const char* header_data, size_t len, bool all, bool full_titles, bool taxids) { vector out; vector nodes = decode(header_data, len); if (nodes.empty()) return out; for (const auto& i : nodes.front().children) { //print_node(i, std::cout, 0); out.push_back(decode_defline(i, full_titles, taxids)); if (!all && !taxids) break; } return out; } vector BlastVolume::deflines(uint32_t oid, bool all, bool full_titles, bool taxids) { if (oid >= index_.num_oids) throw out_of_range("OID exceeds number of sequences in volume"); size_t header_offset = index_.header_index[oid]; size_t next_header_offset = index_.header_index[oid + 1]; if (next_header_offset < header_offset) { throw out_of_range("Header offsets exceed PHR file size"); } const size_t header_length = next_header_offset - header_offset; if (oid != hdr_ptr_) phr_mapping_.seek(header_offset, SEEK_SET); hdr_ptr_ = oid + 1; return decode_deflines(phr_mapping_.read_bytes(header_length), header_length, all, full_titles, taxids); } vector BlastVolume::raw_deflines(uint32_t count) { const size_t n = index_.header_index[hdr_ptr_ + count] - index_.header_index[hdr_ptr_]; vector v(n); phr_mapping_.read(v.data(), n); hdr_ptr_ += count; return v; } size_t BlastVolume::id_len(uint32_t oid) const noexcept { return index_.header_index[oid + 1] - index_.header_index[oid]; } string format_seqid(const SeqId& id) { if(id.value.empty()) { return "N/A"; } std::ostringstream os; os << id.value; if (id.version) { os << '.' << *id.version; } if (id.chain && !id.chain->empty()) { os << '_' << *id.chain; } return os.str(); } string build_title(const vector& deflines, const char* delimiter, bool all) { string h; for (auto i = deflines.cbegin(); i != deflines.cend(); ++i) { if (i != deflines.cbegin()) { if (!all) break; h += delimiter; } if (!i->seqids.empty()) { h += format_seqid(i->seqids.front()); h += ' '; } h += i->title; } if (h.empty()) h = "N/A"; return h; }bbuchfink-diamond-6dc5717/src/data/blastdb/pin.cpp000066400000000000000000000160301523407312000220220ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "volume.h" #include "ber.h" using std::set; using std::vector; using std::runtime_error; using std::string; using std::unordered_map; PinIndex BlastVolume::ParsePinFile(File& mapping, bool load_index) { size_t offset = 0; PinIndex index; index.version = ReadBE32(mapping); if (index.version != 4 && index.version != 5) { throw runtime_error("Unsupported database format version: " + std::to_string(index.version)); } const uint32_t seq_type_flag = ReadBE32(mapping); index.is_protein = (seq_type_flag == 1); if (index.version == 5) index.volume_number = ReadBE32(mapping); index.title = ReadPascalString(mapping); if (index.version == 5) index.lmdb_file = ReadPascalString(mapping); index.date = ReadPascalString(mapping); index.num_oids = ReadBE32(mapping); index.total_length = ReadLE64(mapping); index.max_length = ReadBE32(mapping); //index.pin_length = data.size(); if (!load_index) return index; const size_t count = static_cast(index.num_oids) + 1; index.header_index.reserve(count); index.sequence_index.reserve(count); for (size_t i = 0; i < count; ++i) index.header_index.push_back(ReadBE32(mapping)); for (size_t i = 0; i < count; ++i) index.sequence_index.push_back(ReadBE32(mapping)); if (!index.is_protein) { //reserve_offset_array(index.ambiguity_offsets_offset); } return index; } BlastVolume::BlastVolume(const string& path, int idx, OId begin, OId end, bool load_index) : idx(idx), begin(begin), end(end), phr_mapping_(path + ".phr", "rb"), psq_mapping_(path + ".psq", "rb") { File pin(path + ".pin", "rb"); index_ = BlastVolume::ParsePinFile(pin, load_index); pin.close(); } BlastVolume::RawChunk* BlastVolume::raw_chunk(size_t letters, SequenceFile::Flags flags) { uint32_t begin = hdr_ptr_; if (!bool(flags & SequenceFile::Flags::SEQS)) { if(seq_ptr_ != 0) throw runtime_error("Volume::raw_chunk"); } else if (!bool((flags & SequenceFile::Flags::TITLES) | (flags & SequenceFile::Flags::TAXON_MAPPING))) { if (hdr_ptr_ != 0) throw runtime_error("Volume::raw_chunk"); begin = seq_ptr_; } else if (hdr_ptr_ != seq_ptr_) throw runtime_error("Cannot read raw chunk: last accessed header and sequence OIDs do not match"); uint32_t end = begin; size_t l = 0; while (end < index_.num_oids && l < letters) { l += length(end); ++end; } RawChunk* chunk = new RawChunk(); chunk->letters_ = l; chunk->begin_ = begin + this->begin; chunk->end_ = end + this->begin; const uint32_t n = end - begin; if (n == 0) return chunk; if (bool((flags & SequenceFile::Flags::TITLES) | (flags & SequenceFile::Flags::TAXON_MAPPING))) { chunk->phr_index.assign(index_.header_index.begin() + hdr_ptr_, index_.header_index.begin() + hdr_ptr_ + n + 1); chunk->phr_data = raw_deflines(n); } if (bool(flags & SequenceFile::Flags::SEQS)) { chunk->seq_index.assign(index_.sequence_index.begin() + seq_ptr_, index_.sequence_index.begin() + seq_ptr_ + n + 1); chunk->seq_data = raw_sequence(n); } return chunk; } static bool acc_filter(const vector& deflines, unordered_map& accs) { for (const auto& d : deflines) { for (const auto& s : d.seqids) { auto it = accs.find(s.value); if (it == accs.end() && (s.version || s.chain)) { const string seqid = format_seqid(s); it = accs.find(seqid); } if (it != accs.end()) { it->second = true; return true; } } } return false; } DecodedPackage* BlastVolume::RawChunk::decode(SequenceFile::Flags flags, const BitVector* filter, unordered_map* accs, SequenceType seq_type) const { assert(filter == nullptr || accs == nullptr); DecodedPackage* pkg = new DecodedPackage(); pkg->no = no; const size_t n = end_ - begin_; const char* seq_ptr = seq_data.data(), *phr_ptr = phr_data.data(); const bool titles = bool(flags & SequenceFile::Flags::TITLES), seqs = bool(flags & SequenceFile::Flags::SEQS), taxids = bool(flags & SequenceFile::Flags::TAXON_MAPPING), full_titles = bool(flags & SequenceFile::Flags::FULL_TITLES), all_seqids = bool(flags & SequenceFile::Flags::ALL_SEQIDS); pkg->block.block2oid_.reserve(n); if (seqs) pkg->block.seqs_.reserve(n, seq_data.size()); if (titles) pkg->block.ids_.reserve(n, phr_data.size()); vector seq_buf; for (size_t i = 0; i < n; ++i) { const OId oid = begin_ + i; bool f = !filter || filter->get(oid); if (titles || taxids || accs) { const size_t lhdr = phr_index[i + 1] - phr_index[i]; if (f || accs) { const vector deflines = decode_deflines(phr_ptr, lhdr, all_seqids, full_titles, taxids); if (accs) f = acc_filter(deflines, *accs); if (f && titles) { const string title = build_title(deflines, "\1", true); pkg->block.ids_.push_back(title.begin(), title.end()); } if (f && taxids) { set s; for (auto j = deflines.begin(); j != deflines.end(); ++j) if (j->taxid) s.insert(j->taxid.value()); for (TaxId t : s) pkg->taxids.emplace_back(oid, t); } } phr_ptr += lhdr; } if (seqs) { const size_t lseq = seq_index[i + 1] - seq_index[i]; if (f) { decode_protein_sequence(seq_ptr, lseq, seq_buf); pkg->block.seqs_.push_back(seq_buf.begin(), seq_buf.end()); } seq_ptr += lseq; } if (f) { pkg->block.block2oid_.push_back(oid); ++pkg->seq_count; } } return pkg; } void BlastVolume::rewind() { hdr_ptr_ = 0; seq_ptr_ = 0; phr_mapping_.seek(0, SEEK_SET); psq_mapping_.seek(0, SEEK_SET); }bbuchfink-diamond-6dc5717/src/data/blastdb/psq.cpp000066400000000000000000000065171523407312000220500ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "volume.h" using std::vector; using std::out_of_range; using std::runtime_error; /*size_t trimmed_sequence_length(const uint8_t first, const uint8_t last, const size_t raw_len) { if (raw_len == 0) return 0; size_t trim = first == '\0' ? 1 : 0; if (raw_len > 1 && last == '\0') ++trim; return raw_len - trim; }*/ void decode_protein_sequence(const char* data, size_t len, vector& out) { size_t begin = 0, end = len; if (begin < end && data[begin] == '\0') ++begin; if (end > begin && data[end - 1] == '\0') --end; out.clear(); for (size_t i = begin; i < end; ++i) { const uint8_t aa = data[i]; if (aa == '\0') throw runtime_error("Unexpected null terminator in sequence data"); if (aa >= sizeof(NCBI_TO_STD) / sizeof(NCBI_TO_STD[0])) throw runtime_error("Invalid amino acid code in sequence data"); out.push_back(NCBI_TO_STD[aa]); } } vector decode_protein_sequence(const char* data, size_t len) { vector decoded; decoded.reserve(len); decode_protein_sequence(data, len, decoded); return decoded; } vector BlastVolume::sequence(uint32_t oid) { if (oid >= index_.num_oids) { throw out_of_range("OID exceeds number of sequences in volume"); } const uint32_t start = index_.sequence_index[oid]; const uint32_t end = index_.sequence_index[oid + 1]; if (!index_.is_protein) { throw runtime_error("Nucleotide sequence decoding is not supported yet"); } if (oid != seq_ptr_) psq_mapping_.seek(start, SEEK_SET); seq_ptr_ = oid + 1; return decode_protein_sequence(psq_mapping_.read_bytes(end - start), end - start); } vector BlastVolume::raw_sequence(uint32_t count) { const size_t n = index_.sequence_index[seq_ptr_ + count] - index_.sequence_index[seq_ptr_]; vector v(n); psq_mapping_.read(v.data(), n); seq_ptr_ += count; return v; } Loc BlastVolume::length(uint32_t oid) { const uint32_t start = index_.sequence_index[oid]; const uint32_t end = index_.sequence_index[oid + 1]; return end - start - 1; /*const size_t raw_len = end - start; if (raw_len == 0) return 0; const int64_t pos = psq_mapping_.tell(); uint8_t first = 0, last = 0; psq_mapping_.seek(start, SEEK_SET); psq_mapping_.read(&first, 1); if (raw_len > 1) { psq_mapping_.seek(end - 1, SEEK_SET); psq_mapping_.read(&last, 1); } psq_mapping_.seek(pos, SEEK_SET); return static_cast(trimmed_sequence_length(first, last, raw_len));*/ }bbuchfink-diamond-6dc5717/src/data/blastdb/taxdmp.h000066400000000000000000000035331523407312000222020ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "util/io/file.h" #include "util/string/tokenizer.h" #include "basic/value.h" #include "util/string/string.h" template inline void read_nodes_dmp(const std::string& file_name, F& f) { File file(file_name, "rb", File::Flags::DETECT_COMPRESSION); TaxId taxid, parent; std::string rank; const char* l; while (l = file.getline(), !file.eof() || l[0] != '\0') { Util::String::Tokenizer(l, Util::String::StringDelimiter("\t|\t")) >> taxid >> parent >> rank; f(taxid, parent, rank); } file.close(); } template inline void read_names_dmp(const std::string& file_name, F& f) { File in(file_name, "rb", File::Flags::DETECT_COMPRESSION); std::string name, type; TaxId id; const char* l; while (l = in.getline(), !in.eof() || l[0] != '\0') { if (std::string(l).empty()) continue; Util::String::Tokenizer(l, Util::String::StringDelimiter("\t|\t")) >> id >> name >> Util::String::Skip() >> type; type = rstrip(type, "\t|"); if (type == "scientific name") { f(id, name); } } in.close(); }bbuchfink-diamond-6dc5717/src/data/blastdb/volume.h000066400000000000000000000075151523407312000222200ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/value.h" #include "util/io/file.h" #include "util/optional.h" #include "../sequence_file.h" struct SeqId { std::string type; std::string value; optional version; optional chain; }; struct BlastDefLine { std::string title; std::vector seqids; optional taxid; }; struct PinIndex { uint32_t version = 0; bool is_protein = false; uint32_t volume_number = 0; // only meaningful for version 5 std::string title; std::string lmdb_file; // version 5 only std::string date; uint32_t num_oids = 0; uint64_t total_length = 0; uint32_t max_length = 0; std::vector header_index; std::vector sequence_index; size_t ambiguity_offsets_offset = 0; // nucleotide only size_t pin_length = 0; }; std::string build_title(const std::vector& deflines, const char* delimiter, bool all); std::string format_seqid(const SeqId& id); class BlastVolume { public: struct RawChunk : public ::RawChunk { virtual bool empty() const override { return end_ <= begin_; } virtual DecodedPackage* decode(SequenceFile::Flags flags, const BitVector* filter, std::unordered_map* accs, SequenceType seq_type) const override; virtual OId begin() const noexcept override { return begin_; } virtual OId end() const noexcept override { return end_; } virtual size_t letters() const noexcept override { return letters_; } virtual size_t bytes() const noexcept override { return seq_data.size() + phr_data.size(); } virtual ~RawChunk() override = default; std::vector seq_data, phr_data; std::vector seq_index, phr_index; OId begin_, end_; size_t letters_; }; BlastVolume(const std::string& path, int idx, OId begin, OId end, bool load_index); const PinIndex& index() const { return index_; } std::vector deflines(uint32_t oid, bool all, bool full_titles, bool taxids); std::vector sequence(uint32_t oid); std::vector raw_sequence(uint32_t count); std::vector raw_deflines(uint32_t count); Loc length(uint32_t oid); size_t id_len(uint32_t oid) const noexcept; RawChunk* raw_chunk(size_t letters, SequenceFile::Flags flags); uint32_t seq_ptr() const noexcept { return seq_ptr_; } void rewind(); int idx; OId begin = 0, end = 0; private: BlastVolume(PinIndex index, File&& phr, File&& psq, int idx, OId begin, OId end); static PinIndex ParsePinFile(File& mapping, bool index); PinIndex index_; File phr_mapping_; File psq_mapping_; uint32_t seq_ptr_ = 0, hdr_ptr_ = 0; }; std::vector decode_deflines(const char* header_data, size_t len, bool all, bool full_titles, bool taxids); std::vector decode_protein_sequence(const char* data, size_t len); void decode_protein_sequence(const char* data, size_t len, std::vector& out);bbuchfink-diamond-6dc5717/src/data/block/000077500000000000000000000000001523407312000202075ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/data/block/block.cpp000066400000000000000000000201611523407312000220050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "../sequence_set.h" #include "block.h" #include "util/sequence/sequence.h" #include "../sequence_file.h" #include "basic/config.h" #include "dp/ungapped.h" #define _REENTRANT #include "ips4o/ips4o.hpp" using std::vector; using std::mutex; using std::lock_guard; using std::array; using std::pair; using std::greater; using std::string; using std::runtime_error; using std::numeric_limits; Block::Block(): source_seqs_(), unmasked_seqs_(), soft_masked_(false), raw_bytes_(0) { } bool Block::empty() const { return seqs_.size() == 0; } unsigned Block::source_len(unsigned block_id) const { return align_mode.query_translated ? (unsigned)seqs_.reverse_translated_len(block_id * align_mode.query_contexts) : (unsigned)seqs_.length(block_id); } TranslatedSequence Block::translated(size_t block_id) const { if (align_mode.query_translated) return seqs_.translated_seq(source_seqs_[block_id], block_id * align_mode.query_contexts); else return TranslatedSequence(seqs_[block_id]); } bool Block::long_offsets() const { return seqs_.raw_len() > (int64_t)std::numeric_limits::max(); } int64_t Block::push_back(const Sequence& seq, const char* id, const std::vector* quals, const OId oid, const SequenceType seq_type, const int frame_mask, const bool dna_translation) { static const char* const OVERFLOW_ERR = "Sequences in block exceed supported maximum."; if (block2oid_.size() == numeric_limits::max()) throw runtime_error(OVERFLOW_ERR); const BlockId block_id = (BlockId)block2oid_.size(); if (id) ids_.push_back(id, id + strlen(id)); if (quals) qual_.push_back(quals->cbegin(), quals->cend()); if (oid != std::numeric_limits::max()) block2oid_.push_back(oid); if (seq_type == SequenceType::amino_acid || !dna_translation) { seqs_.push_back(seq.data(), seq.end()); return seq.length(); } if (seqs_.size() > numeric_limits::max() - 6) throw runtime_error(OVERFLOW_ERR); source_seqs_.push_back(seq.data(), seq.end()); auto t = Util::Seq::translate(seq); const Loc min_len = config.min_orf_len((Loc)t.front().size()); int64_t letters = 0; for (int j = 0; j < 6; ++j) { if (frame_mask & (1 << j)) { letters += Util::Seq::find_orfs(t[j], min_len); seqs_.push_back(t[j].cbegin(), t[j].cend()); } else seqs_.fill(t[j].size(), MASK_LETTER); } return letters; } void Block::append(const Block& b, bool remove_padding, bool append_seqs, bool append_ids, bool append_oids) { if (append_seqs) { seqs_.append(b.seqs_, remove_padding); source_seqs_.append(b.source_seqs_, remove_padding); } if (append_ids) { ids_.append(b.ids_, remove_padding); } if (append_oids) { block2oid_.insert(block2oid_.end(), b.block2oid_.begin(), b.block2oid_.end()); } } bool Block::fetch_seq_if_unmasked(size_t block_id, std::vector& seq) { if (masked_[block_id]) return false; { lock_guard lck(mask_lock_); if (masked_[block_id]) return false; seq.clear(); Sequence s = seqs_[block_id]; std::copy(s.data(), s.end(), std::back_inserter(seq)); return true; } } void Block::write_masked_seq(size_t block_id, const std::vector& seq) { lock_guard lck(mask_lock_); if (masked_[block_id]) return; std::copy(seq.begin(), seq.end(), seqs_.ptr(block_id)); masked_[block_id] = true; } DictId Block::dict_id(size_t block, BlockId block_id, SequenceFile& db, const OutputFormat& format) const { string t; const OId oid = block_id2oid(block_id); if (has_ids()) { const char* title = ids()[block_id]; if (bool(format.flags & Output::Flags::FULL_TITLES)) t = title; else if (bool(format.flags & Output::Flags::ALL_SEQIDS)) t = Util::Seq::all_seqids(title); else t = Util::Seq::seqid(title); } else if (flag_any(format.flags, Output::Flags::SSEQID)) t = db.seqid(oid, bool(format.flags & Output::Flags::ALL_SEQIDS), true); const Letter* seq = unmasked_seqs().empty() ? nullptr : unmasked_seqs()[block_id].data(); double self_aln_score = 0.0; if (flag_any(db.flags(), SequenceFile::Flags::SELF_ALN_SCORES)) { if (!has_self_aln()) throw std::runtime_error("Missing self alignment scores in Block."); self_aln_score = this->self_aln_score(block_id); } return db.dict_id(block, block_id, oid, seqs().length(block_id), t.c_str(), seq, self_aln_score); } void Block::soft_mask(const MaskingAlgo algo) { if (soft_masked_) return; if (soft_masking_table_.blank()) mask_seqs(seqs_, Masking::get(), true, algo, &soft_masking_table_); else soft_masking_table_.apply(seqs_); soft_masked_ = true; } void Block::remove_soft_masking(const int template_len, const bool add_bit_mask) { if (!soft_masked_) return; soft_masking_table_.remove(seqs_, template_len, add_bit_mask); soft_masked_ = false; } bool Block::soft_masked() const { return soft_masked_; } size_t Block::soft_masked_letters() const { return soft_masking_table_.masked_letters(); } void Block::compute_self_aln() { self_aln_score_.resize(seqs_.size()); std::atomic_size_t next(0); auto worker = [this, &next] { const size_t n = this->seqs_.size(); size_t i; while ((i = next++) < n) { this->self_aln_score_[i] = score_matrix.bitscore(self_score(this->seqs_[i])); } }; vector t; for (int i = 0; i < config.threads_; ++i) t.emplace_back(worker); for (auto& i : t) i.join(); } double Block::self_aln_score(const int64_t block_id) const { return self_aln_score_[block_id]; } BlockId Block::oid2block_id(OId i) const { if (i < block2oid_.front() || i > block2oid_.back()) throw std::runtime_error("OId not contained in block."); return BlockId(i - block2oid_.front()); } void Block::offset_oids(OId offset) { for (auto& oid : block2oid_) oid += offset; } SeqInfo Block::seq_info(const BlockId id) const { static const char* blank = ""; auto mate_id = (id % 2) == 0 ? id + 1 : id - 1; return { id, block_id2oid(id), ids_.empty() ? nullptr : ids_[id], qual_.empty() ? blank : qual_[id], align_mode.query_translated ? source_seqs_.length(id) : seqs_.length(id), align_mode.query_translated ? source_seqs_[id] : seqs_[id], align_mode.query_translated && mate_id < source_seqs_.size() ? source_seqs_[mate_id] : Sequence() }; } Block* Block::length_sorted(int threads) const { const BlockId n = seqs_.size(); vector> lengths = seqs_.lengths(); #if !defined(NDEBUG) std::sort(lengths.begin(), lengths.end(), greater>()); #else ips4o::parallel::sort(lengths.begin(), lengths.end(), greater>(), threads); #endif Block *b = new Block(); for (BlockId i = 0; i < n; ++i) { const BlockId j = lengths[i].second; b->seqs_.reserve(seqs_.length(j)); b->ids_.reserve(ids_.length(j)); } b->seqs_.finish_reserve(); b->ids_.finish_reserve(); b->block2oid_.reserve(n); for (BlockId i = 0; i < n; ++i) { const BlockId j = lengths[i].second; b->seqs_.assign(i, seqs_.ptr(j), seqs_.end(j)); b->ids_.assign(i, ids_.ptr(j), ids_.end(j)); b->block2oid_.push_back(block2oid_.at(j)); } if (masked_.size() > 0) b->masked_.resize(masked_.size(), false); return b; } bool Block::has_ids() const { return !ids_.empty(); } BlockId Block::source_seq_count() const { return source_seqs_.empty() ? seqs_.size() : source_seqs_.size(); } int64_t Block::mem_size() const { return seqs_.mem_size() + source_seqs_.mem_size() + unmasked_seqs_.mem_size() + ids_.mem_size() + qual_.mem_size() + block2oid_.size() * sizeof(OId) + soft_masking_table_.mem_size(); }bbuchfink-diamond-6dc5717/src/data/block/block.h000066400000000000000000000100721523407312000214520ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "../sequence_set.h" #include "search/seed_array/seed_histogram.h" #include "masking/masking.h" #include "output/output_format.h" struct SequenceFile; struct Block { Block(); unsigned source_len(unsigned block_id) const; TranslatedSequence translated(size_t block_id) const; bool long_offsets() const; bool empty() const; SequenceSet& seqs() { return seqs_; } const SequenceSet& seqs() const { return seqs_; } const StringSet& ids() const { if (ids_.empty()) throw std::runtime_error("Block::ids()"); return ids_; } StringSet& ids() { if (ids_.empty()) throw std::runtime_error("Block::ids()"); return ids_; } void reserve_ids(uint64_t letters, BlockId entries, bool log_message = false) { ids_.reserve(entries, letters, log_message); } const SequenceSet& source_seqs() const { return source_seqs_; } SequenceSet& source_seqs() { return source_seqs_; } SequenceSet& unmasked_seqs() { return unmasked_seqs_; } const SequenceSet& unmasked_seqs() const { return unmasked_seqs_; } const StringSet& qual() const { return qual_; } SeedHistogram& hst() { return hst_; } OId block_id2oid(BlockId i) const { return block2oid_[i]; } OId oid_begin() const { return *std::min_element(block2oid_.begin(), block2oid_.end()); //return block2oid_.front(); } OId oid_end() const { return *std::max_element(block2oid_.begin(), block2oid_.end()) + 1; //return block2oid_.back() + 1; } BlockId oid2block_id(OId i) const; bool fetch_seq_if_unmasked(size_t block_id, std::vector& seq); void write_masked_seq(size_t block_id, const std::vector& seq); DictId dict_id(size_t block, BlockId block_id, SequenceFile& db, const OutputFormat& format) const; void soft_mask(const MaskingAlgo algo); void remove_soft_masking(const int template_len, const bool add_bit_mask); bool soft_masked() const; size_t soft_masked_letters() const; void compute_self_aln(); double self_aln_score(const int64_t block_id) const; bool has_self_aln() const { return (BlockId)self_aln_score_.size() == seqs_.size(); } int64_t push_back(const Sequence& seq, const char* id, const std::vector* quals, const OId oid, const SequenceType seq_type, const int frame_mask, const bool dna_translation = true); void append(const Block& b, bool remove_padding = false, bool append_seqs = true, bool append_ids = true, bool append_oids = true); SeqInfo seq_info(const BlockId id) const; Block* length_sorted(int threads) const; bool has_ids() const; BlockId source_seq_count() const; int64_t mem_size() const; uint64_t raw_bytes() const noexcept { return raw_bytes_; } void load_stats(std::ostream& stream, double microseconds) const { if (raw_bytes() > 0) stream << "Loaded " << raw_bytes() << " bytes from disk at " << ((double)raw_bytes() / MEGABYTES / microseconds * 1e6) << " MB/s" << std::endl; } BlockId oid_count() const { return (BlockId)block2oid_.size(); } void offset_oids(OId offset); private: SequenceSet seqs_, source_seqs_, unmasked_seqs_; StringSet ids_; StringSet qual_; SeedHistogram hst_; std::vector block2oid_; std::vector masked_; std::vector self_aln_score_; std::mutex mask_lock_; MaskingTable soft_masking_table_; bool soft_masked_; uint64_t raw_bytes_; friend struct SequenceFile; friend struct BlastVolume; };bbuchfink-diamond-6dc5717/src/data/block/block_wrapper.cpp000066400000000000000000000077421523407312000235570ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "block_wrapper.h" using std::vector; using std::string; BlockWrapper::BlockWrapper(const Block& block, Flags flags, const ValueTraits& value_traits) : SequenceFile(SequenceFile::Type::BLOCK, flags, FormatFlags::LENGTH_LOOKUP | FormatFlags::TITLES_LAZY | FormatFlags::SEEKABLE, value_traits), block_(block), oid_(0) { } int64_t BlockWrapper::file_count() const { return 1; } SequenceFile::SeqInfo BlockWrapper::read_seqinfo() { if (oid_ >= block_.seqs().size()) { ++oid_; return SeqInfo(0, 0); } const Loc l = block_.seqs().length(oid_); if (l == 0) throw std::runtime_error("Database with sequence length 0 is not supported"); return SeqInfo(oid_++, l); } void BlockWrapper::putback_seqinfo() { --oid_; } void BlockWrapper::close() { } void BlockWrapper::set_seqinfo_ptr(OId i) { oid_ = i; } OId BlockWrapper::tell_seq() const { return oid_; } bool BlockWrapper::eof() const { return oid_ >= block_.seqs().size(); } void BlockWrapper::init_seq_access() { set_seqinfo_ptr(0); } bool BlockWrapper::read_seq(vector& seq, string& id, std::vector* quals) { throw OperationNotSupported(); } void BlockWrapper::create_partition_balanced(int64_t max_letters) { throw OperationNotSupported(); } void BlockWrapper::save_partition(const string& partition_file_name, const string& annotation) { throw OperationNotSupported(); } int BlockWrapper::get_n_partition_chunks() { throw OperationNotSupported(); } void BlockWrapper::init_seqinfo_access() { } void BlockWrapper::seek_chunk(const Chunk& chunk) { throw OperationNotSupported(); } std::string BlockWrapper::seqid(OId oid, bool all, bool full_titles) { return block_.ids()[oid]; } size_t BlockWrapper::id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) { return block_.ids().length(seq_info.pos); } void BlockWrapper::seek_offset(size_t p) { } void BlockWrapper::read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) { *(dst - 1) = Sequence::DELIMITER; *(dst + len) = Sequence::DELIMITER; std::copy(block_.seqs().ptr(pos), block_.seqs().end(pos), dst); ++pos; } void BlockWrapper::read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) { std::copy(block_.ids().ptr(oid), block_.ids().end(oid), dst); dst[len] = '\0'; } void BlockWrapper::skip_id_data() { } optional BlockWrapper::sequence_count() const { return block_.seqs().size(); } optional BlockWrapper::letters() const { return block_.seqs().letters(); } int BlockWrapper::db_version() const { throw OperationNotSupported(); } int BlockWrapper::program_build_version() const { throw OperationNotSupported(); } int BlockWrapper::build_version() { throw OperationNotSupported(); } BlockWrapper::~BlockWrapper() { } DbFilter* BlockWrapper::filter_by_accession(const std::string& file_name) { throw OperationNotSupported(); } std::string BlockWrapper::file_name() { return {}; } std::vector BlockWrapper::taxids(size_t oid) const { throw OperationNotSupported(); } void BlockWrapper::seq_data(size_t oid, std::vector& dst) { throw OperationNotSupported(); } Loc BlockWrapper::seq_length(size_t oid) { throw OperationNotSupported(); } void BlockWrapper::end_random_access(bool dictionary) { if (!dictionary) return; free_dictionary(); } bbuchfink-diamond-6dc5717/src/data/block/block_wrapper.h000066400000000000000000000055701523407312000232210ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../sequence_file.h" #include "block.h" struct BlockWrapper : public SequenceFile { BlockWrapper(const Block& block, Flags flags = Flags::NONE, const ValueTraits& value_traits = amino_acid_traits); virtual int64_t file_count() const override; virtual void create_partition_balanced(int64_t max_letters) override; virtual void save_partition(const std::string& partition_file_name, const std::string& annotation = "") override; virtual int get_n_partition_chunks() override; virtual void close() override; virtual void set_seqinfo_ptr(OId i) override; virtual OId tell_seq() const override; virtual bool eof() const override; virtual void init_seq_access() override; virtual void init_seqinfo_access() override; virtual void seek_chunk(const Chunk& chunk) override; virtual SeqInfo read_seqinfo() override; virtual void putback_seqinfo() override; virtual size_t id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) override; virtual void seek_offset(size_t p) override; virtual void read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) override; virtual void read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) override; virtual void skip_id_data() override; virtual std::string seqid(OId oid, bool all, bool full_titles) override; virtual optional sequence_count() const override; virtual bool read_seq(std::vector& seq, std::string& id, std::vector* quals = nullptr) override; virtual optional letters() const override; virtual int db_version() const override; virtual int program_build_version() const override; virtual int build_version() override; virtual ~BlockWrapper(); virtual DbFilter* filter_by_accession(const std::string& file_name) override; virtual std::string file_name() override; virtual std::vector taxids(size_t oid) const override; virtual void seq_data(size_t oid, std::vector& dst) override; virtual Loc seq_length(size_t oid) override; virtual void end_random_access(bool dictionary = true) override; virtual double rel_file_ptr() override { return 0; } private: const Block& block_; OId oid_; };bbuchfink-diamond-6dc5717/src/data/fasta/000077500000000000000000000000001523407312000202135ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/data/fasta/fasta_file.cpp000066400000000000000000000331341523407312000230200ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "fasta_file.h" #include "util/sequence/sequence.h" #include "util/system/system.h" #include "util/log_stream.h" #include "parser.h" using std::vector; using std::string; using std::pair; using std::runtime_error; using std::unique_ptr; using std::tie; using std::ifstream; using std::ofstream; using std::next; using std::endl; using std::unordered_map; using Util::String::FastqTokenizer; static constexpr int64_t CHECK_FOR_DNA_COUNT = 10; //const char* FASTA_SEP = "\n>", * FASTQ_SEP = "\n@"; static SeqFileFormat guess_format(File& file) { string r = file.peek(1); if (r.empty()) throw FormatDetectionError("Error detecting input file format. Input file seems to be empty."); switch (r.front()) { case '>': return SeqFileFormat::FASTA; case '@': return SeqFileFormat::FASTQ; default: throw FormatDetectionError("Error detecting input file format (when treating as text file). First line must begin with '>' (FASTA) or '@' (FASTQ)."); } } FastaFile::FastaFile(const vector& file_name, Flags flags, const ValueTraits& value_traits, const string& index_file): SequenceFile(SequenceFile::Type::FASTA, flags, FormatFlags::DICT_LENGTHS | FormatFlags::DICT_SEQIDS, value_traits), index_file_(index_file), oid_(0), raw_chunk_no_(0), seqs_(0), letters_(0) { if (file_name.size() > 2) throw OperationNotSupported(); if (bool(flags & (Flags::TAXON_MAPPING | Flags::TAXON_NODES | Flags::TAXON_RANKS | Flags::TAXON_SCIENTIFIC_NAMES))) throw runtime_error("Fasta database format does not support taxonomic features."); //Util::Tsv::Config config(format_ == SeqFileFormat::FASTA ? FASTA_SEP : FASTQ_SEP, format_ == SeqFileFormat::FASTA ? (TokenizerBase*)(new FastaTokenizer()) : new FastqTokenizer); file_.emplace_back(file_name.front(), "rb", File::Flags::TREAT_BLANK_AS_STDIN | File::Flags::DETECT_COMPRESSION); format_ = guess_format(file_.back()); if (file_name.size() > 1) file_.emplace_back(file_name[1], "rb", File::Flags::TREAT_BLANK_AS_STDIN | File::Flags::DETECT_COMPRESSION); file_ptr_ = file_.begin(); if (!config.fasta_index_file.empty()) { ifstream in(config.fasta_index_file, std::ios::binary); uint64_t pos; while (in >> pos) index_.push_back(pos); } size_t size = 0; for (const string& name : file_name) { if (name.empty() || name == "-") continue; size += ::file_size(name.c_str()); } disk_size_ = size; std::ostringstream ss; ss << "FASTA file size: " << disk_size_ << " bytes" << endl; open_stats_ += ss.str(); if (!flag_any(flags, Flags::NEED_LETTER_COUNT)) return; tie(seqs_, letters_) = init_read(); set_seqinfo_ptr(0); } int64_t FastaFile::file_count() const { return file_.size(); } SequenceFile::SeqInfo FastaFile::read_seqinfo() { throw OperationNotSupported(); } void FastaFile::putback_seqinfo() { throw OperationNotSupported(); } void FastaFile::print_info() const { *message_stream << "Database: " << config.database << ' '; *message_stream << "(type: " << to_string(type()); if (seqs_ > 0) { *message_stream << ", "; *message_stream << "sequences: " << sequence_count().value() << ", "; *message_stream << "letters: " << letters().value(); } *message_stream << ')' << endl; } void FastaFile::close() { for (auto& f : file_) f.close(); } void FastaFile::set_seqinfo_ptr(OId i) { if (i == oid_) return; if (i == 0) { raw_chunk_no_ = 0; oid_ = 0; for (auto& f : file_) f.rewind(); return; } else if (i == seqs_) { oid_ = seqs_; for (auto& f : file_) f.seek(0, SEEK_END); return; } if (index_.empty()) { throw runtime_error("FastaFile::set_seqinfo_ptr: no index available"); } else { if (file_.size() != 1 || i >= index_.size()) throw runtime_error("FastaFile::set_seqinfo_ptr"); file_.front().seek(index_[i]); oid_ = i; } } OId FastaFile::tell_seq() const { return oid_; } bool FastaFile::eof() const { return file_.back().eof(); } void FastaFile::init_seq_access() { set_seqinfo_ptr(0); } bool FastaFile::read_seq(vector& seq, string &id, std::vector* quals) { oid_++; bool ok; if (format_ == SeqFileFormat::FASTQ) { FastqTokenizer tok; ok = tok.read_record(*file_ptr_, id, seq, quals); } else { ok = Util::String::read_fasta_record(*file_ptr_, id, seq); } if (!ok) return false; for (Letter& c : seq) c = value_traits_.from_char(c); if (++file_ptr_ == file_.end()) file_ptr_ = file_.begin(); return true; } namespace { struct FastaRawChunk : public RawChunk { FastaRawChunk(const ValueTraits& value_traits) : value_traits_(value_traits), bytes_(0) {} virtual bool empty() const override { return data_.empty(); } virtual OId begin() const noexcept override { return 0; } virtual OId end() const noexcept override { return 0; } virtual DecodedPackage* decode(SequenceFile::Flags flags, const BitVector* filter, unordered_map* accs, SequenceType seq_type) const override { static const char* DNA_ERR = "The sequences are expected to be proteins but only contain DNA letters. Use the option --ignore-warnings to proceed."; assert(filter == nullptr && accs == nullptr); const int frame_mask = ::frame_mask(); DecodedPackage* pkg = new DecodedPackage(); pkg->no = no; const bool titles = flag_any(flags, SequenceFile::Flags::TITLES), seqs = flag_any(flags, SequenceFile::Flags::SEQS); vector seq; string id; static constexpr size_t SEQ_LEN_EST = 200; const size_t record_est = std::max(1, data_.size() / SEQ_LEN_EST); if (seqs) pkg->block.seqs().reserve(record_est, data_.size()); if (titles) pkg->block.reserve_ids(data_.size(), (BlockId)record_est); const char* ptr = data_.data(), *end = ptr + data_.size(); int looks_like_dna = 0; while (ptr < end) { const char* record_end = find_record_end(ptr, end); if (*ptr != '>') throw std::runtime_error("Malformed FASTA record."); const char* title_end = std::find(ptr, record_end, '\n'); if (titles) id.assign(ptr + 1, Util::String::trim_cr(ptr + 1, title_end)); if (seqs) parse_sequence(title_end == record_end ? record_end : title_end + 1, record_end, seq); pkg->block.push_back(Sequence(seq), titles ? id.c_str() : nullptr, nullptr, std::numeric_limits::max(), seq_type, frame_mask); ++pkg->seq_count; ptr = record_end == end ? end : record_end + 1; if (pkg->no == 0 && pkg->seq_count <= CHECK_FOR_DNA_COUNT && value_traits_.seq_type == SequenceType::amino_acid && Util::Seq::looks_like_dna(Sequence(seq)) && !config.ignore_warnings) { ++looks_like_dna; if (looks_like_dna >= CHECK_FOR_DNA_COUNT) throw runtime_error(DNA_ERR); } } return pkg; } virtual size_t letters() const noexcept override { return 0; } virtual size_t bytes() const noexcept override { return bytes_; } static const char* find_record_end(const char* begin, const char* end) { static const char* delimiter = "\n>"; return std::search(begin + 1, end, delimiter, delimiter + 2); } void parse_sequence(const char* begin, const char* end, vector& out) const { out.clear(); out.reserve(end - begin); for (const char* ptr = begin; ptr < end;) { const char* line_end = std::find(ptr, end, '\n'); const char* trimmed_end = Util::String::trim_cr(ptr, line_end); for (const char* i = ptr; i < trimmed_end; ++i) out.push_back(value_traits_.from_char(*i)); ptr = line_end == end ? end : line_end + 1; } } const ValueTraits& value_traits_; string data_; size_t bytes_; }; } RawChunk* FastaFile::raw_chunk(size_t bytes, Flags flags) { if (format_ != SeqFileFormat::FASTA) throw OperationNotSupported(); FastaRawChunk* chunk = new FastaRawChunk(value_traits_); chunk->no = raw_chunk_no_++; if (bytes == 0) return chunk; chunk->bytes_ = file_ptr_->read_raw(chunk->data_, bytes); if (chunk->data_.empty()) return chunk; chunk->bytes_ += file_ptr_->read_to_fasta_record_end(chunk->data_); (void)flags; return chunk; } void FastaFile::create_partition_balanced(int64_t max_letters) { throw OperationNotSupported(); } void FastaFile::save_partition(const string & partition_file_name, const string & annotation) { throw OperationNotSupported(); } int FastaFile::get_n_partition_chunks() { throw OperationNotSupported(); } void FastaFile::init_seqinfo_access() { throw OperationNotSupported(); } void FastaFile::seek_chunk(const Chunk& chunk) { throw OperationNotSupported(); } size_t FastaFile::id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) { throw OperationNotSupported(); } void FastaFile::seek_offset(size_t p) { } void FastaFile::read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) { throw OperationNotSupported(); } void FastaFile::read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) { throw OperationNotSupported(); } void FastaFile::skip_id_data() { throw OperationNotSupported(); } optional FastaFile::sequence_count() const { return seqs_ > 0 ? optional(seqs_) : nullopt; } optional FastaFile::letters() const { return letters_ > 0 ? optional(letters_) : nullopt; } int FastaFile::db_version() const { throw OperationNotSupported(); } int FastaFile::program_build_version() const { throw OperationNotSupported(); } int FastaFile::build_version() { throw OperationNotSupported(); } FastaFile::~FastaFile() { close(); } DbFilter* FastaFile::filter_by_accession(const std::string& file_name) { throw std::runtime_error("The FASTA database format does not support filtering by accession."); } std::string FastaFile::file_name() { return file_.front().name(); } std::vector FastaFile::taxids(size_t oid) const { throw OperationNotSupported(); } void FastaFile::seq_data(size_t oid, std::vector& dst) { throw OperationNotSupported(); } Loc FastaFile::seq_length(size_t oid) { if (oid < seq_length_.size()) return seq_length_[oid]; throw runtime_error("Missing FASTA index"); } void FastaFile::end_random_access(bool dictionary) { if (!dictionary) return; free_dictionary(); } double FastaFile::rel_file_ptr() { return (double)file_.front().tell() / file_.front().size(); } pair FastaFile::init_read() { uint64_t seqs = 0, letters = 0; const bool count_only = !flag_any(flags_, Flags::ACC_TO_OID_MAPPING | Flags::OID_TO_ACC_MAPPING | Flags::NEED_LENGTH_LOOKUP); if (index_file_.empty() || !exists(index_file_)) { const uint64_t limit = std::min(Util::String::interpret_number(config.memory_limit.get(DEFAULT_MEMORY_LIMIT)), SequenceFile::DEFAULT_LOAD_SIZE); uint64_t bytes = 0, ms = 0; OId oid = 0; const bool map_seqids = flag_any(flags_, Flags::ACC_TO_OID_MAPPING | Flags::OID_TO_ACC_MAPPING); const SequenceFile::Flags flags = flags_; flags_ |= Flags::SEQS; if (map_seqids) flags_ |= Flags::TITLES; for (;;) { TaskTimer timer; Block* b = load_seqs(limit); *message_stream << std::setprecision(2) << std::fixed << rel_file_ptr() * 100 << "%" << endl; ms += timer.microseconds(); bytes += b->raw_bytes(); if (b->empty()) { delete b; break; } const BlockId n = b->seqs().size(); letters += b->seqs().letters(); seqs += n; if (count_only) { delete b; continue; } if (map_seqids) { seq_length_.reserve(seqs); for (BlockId i = 0; i < n; ++i) { add_seqid_mapping(b->ids()[i], oid); if (flag_any(flags_, Flags::NEED_LENGTH_LOOKUP)) seq_length_.push_back(b->seqs().length(i)); ++oid; } } else if (flag_any(flags_, Flags::NEED_LENGTH_LOOKUP)) { const size_t offset = seq_length_.size(); seq_length_.resize(offset + n); const size_t thread_count = std::min(config.threads_, n); vector threads; threads.reserve(thread_count); for (size_t t = 0; t < thread_count; ++t) { const BlockId begin = (BlockId)(n * t / thread_count); const BlockId end = (BlockId)(n * (t + 1) / thread_count); threads.emplace_back([&, begin, end, offset]() { for (BlockId i = begin; i < end; ++i) seq_length_[offset + i] = b->seqs().length(i); }); } for (std::thread& thread : threads) thread.join(); oid += n; } delete b; } std::ostringstream ss; ss << "Loaded " << bytes << " bytes from disk at " << ((double)bytes / MEGABYTES / ms * 1e6) << " MB/s" << std::endl; open_stats_ += ss.str(); if (flag_any(flags_, Flags::NEED_LENGTH_LOOKUP) && !index_file_.empty()) { ofstream out(index_file_, std::ios::binary); out.write((const char*)seq_length_.data(), seq_length_.size() * sizeof(Loc)); if (!out) throw runtime_error("Error writing file: " + index_file_); } flags_ = flags; } else { ifstream in(index_file_, std::ios::binary); if (!in) throw runtime_error("Error opening file: " + index_file_); in.seekg(0, std::ios::end); seqs = in.tellg() / sizeof(Loc); seq_length_.resize(seqs); in.seekg(0, std::ios::beg); in.read((char*)seq_length_.data(), seqs * sizeof(Loc)); for (size_t i = 0; i < seqs; ++i) letters += seq_length_[i]; } return { seqs, letters }; } bbuchfink-diamond-6dc5717/src/data/fasta/fasta_file.h000066400000000000000000000067061523407312000224720ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "../sequence_file.h" #include "util/io/file.h" enum class SeqFileFormat { FASTA, FASTQ }; struct FastaFile : public SequenceFile { FastaFile(const std::vector &file_name, Flags flags = Flags::NONE, const ValueTraits& value_traits = amino_acid_traits, const std::string& index_file = std::string()); virtual int64_t file_count() const override; virtual void create_partition_balanced(int64_t max_letters) override; virtual void save_partition(const std::string& partition_file_name, const std::string& annotation = "") override; virtual int get_n_partition_chunks() override; virtual void close() override; virtual void set_seqinfo_ptr(OId i) override; virtual OId tell_seq() const override; virtual bool eof() const override; virtual void init_seq_access() override; virtual void print_info() const override; virtual void init_seqinfo_access() override; virtual void seek_chunk(const Chunk& chunk) override; virtual SeqInfo read_seqinfo() override; virtual void putback_seqinfo() override; virtual size_t id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) override; virtual void seek_offset(size_t p) override; virtual void read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) override; virtual void read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) override; virtual void skip_id_data() override; virtual optional sequence_count() const override; virtual bool read_seq(std::vector& seq, std::string& id, std::vector* quals = nullptr) override; virtual optional letters() const override; virtual int db_version() const override; virtual int program_build_version() const override; virtual int build_version() override; virtual ~FastaFile(); virtual DbFilter* filter_by_accession(const std::string& file_name) override; virtual std::string file_name() override; virtual std::vector taxids(size_t oid) const override; virtual void seq_data(size_t oid, std::vector& dst) override; virtual Loc seq_length(size_t oid) override; virtual void end_random_access(bool dictionary = true) override; bool is_fasta() const noexcept { return format_ == SeqFileFormat::FASTA; } void advance_seq_count(OId n) { oid_ += n; } virtual RawChunk* raw_chunk(size_t bytes, Flags flags) override; virtual int raw_chunk_no() const override { return raw_chunk_no_; } virtual double rel_file_ptr() override; private: std::pair init_read(); const std::string index_file_; std::list file_; std::list::iterator file_ptr_; std::vector index_; SeqFileFormat format_; OId oid_; int raw_chunk_no_; uint64_t seqs_, letters_; };bbuchfink-diamond-6dc5717/src/data/fasta/parser.h000066400000000000000000000155101523407312000216620ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "util/io/file.h" namespace Util { namespace String { static inline const char* trim_cr(const char* begin, const char* end) { if (end > begin && end[-1] == '\r') return end - 1; else return end; } inline std::pair find_newline(const char* begin, const char* end) { const char* p = std::find(begin, end, '\n'); if (p == end) return { p,0 }; if (p > begin && p[-1] == '\r') return { p + 1,2 }; else return { p + 1,1 }; } inline bool is_whitespace(const std::string& s) { for (char c : s) if (c != ' ' && c != '\n' && c != '\r') return false; return true; } struct TokenizerBase { virtual TokenizerBase* clone() const = 0; void reset(const char* begin, const char* end) { ptr_ = begin; end_ = end; } bool good() const { return ptr_ < end_; } const char* ptr() const { return ptr_; } virtual ~TokenizerBase() {} const char* ptr_, * end_; }; struct CharTokenizer : public TokenizerBase { CharTokenizer(char delimiter) : delimiter_(delimiter) {} virtual CharTokenizer* clone() const override { return new CharTokenizer(delimiter_); } std::string operator*() const { return std::string(ptr_, std::find(ptr_, end_, delimiter_)); } virtual ~CharTokenizer() {} CharTokenizer& operator++() { ptr_ = std::find(ptr_, end_, delimiter_); #ifndef NDEBUG if (ptr_ < end_) #endif ++ptr_; return *this; } virtual std::pair read_record() { if (ptr_ >= end_) return { false,std::string() }; const char* b = ptr_; ptr_ = std::find(ptr_, end_, '\n'); if (ptr_ > b && ptr_[-1] == '\r') { ++ptr_; return { true, std::string(b, ptr_ - 2) }; } else { ++ptr_; return { true, std::string(b, ptr_ - 1) }; } } private: const char delimiter_; }; /*struct MultiCharTokenizer : public TokenizerBase { MultiCharTokenizer(const char* delimiter) : delimiter_(delimiter) {} virtual MultiCharTokenizer* clone() const override { return new MultiCharTokenizer(delimiter_.c_str()); } virtual std::string operator*() const override { std::cout << std::string(ptr_, std::search(ptr_, end_, delimiter_.begin(), delimiter_.end())) << std::endl; return std::string(ptr_, std::search(ptr_, end_, delimiter_.begin(), delimiter_.end())); } virtual ~MultiCharTokenizer() {} virtual MultiCharTokenizer& operator++() override { ptr_ = std::search(ptr_, end_, delimiter_.begin(), delimiter_.end()); #ifndef NDEBUG if (ptr_ < end_) #endif ptr_ += delimiter_.length(); return *this; } private: const std::string delimiter_; }; inline TokenizerBase* make_tokenizer(const std::string& delimiter) { assert(!delimiter.empty()); return delimiter.length() == 1 ? static_cast(new CharTokenizer(delimiter[0])) : static_cast(new MultiCharTokenizer(delimiter.c_str())); }*/ template struct TokenIterator { TokenIterator(It begin, It end) : ptr_(begin), end_(end) {} bool good() const { return ptr_ < end_; } std::string operator*() const { return std::string(ptr_, std::find(ptr_, end_, delimiter)); } TokenIterator& operator++() { ptr_ = std::find(ptr_, end_, delimiter); #ifndef NDEBUG if (ptr_ < end_) #endif ++ptr_; return *this; } It ptr() const { return ptr_; } private: It ptr_, end_; }; template using TabIterator = TokenIterator; using LineIterator = TokenIterator; struct FastaTokenizer : public TokenizerBase { virtual FastaTokenizer* clone() const override { return new FastaTokenizer(); } std::string operator*() const { if (*ptr_ == '>') { const char* i = std::find(ptr_, end_, '\n'); return std::string(ptr_ + 1, trim_cr(ptr_ + 1, i)); } else { std::string r; r.reserve(end_ - ptr_); const char* p = ptr_; while (p < end_) { const char* i = std::find(p, end_, '\n'); r.append(p, trim_cr(p, i)); p = i + 1; } return r; } } FastaTokenizer& operator++() { if (*ptr_ == '>') { ptr_ = std::find(ptr_, end_, '\n') + 1; } else { ptr_ = end_; } return *this; } std::pair read_record() { static const char* delimiter = "\n>"; if (ptr_ >= end_) return { false,std::string() }; const char* p = ptr_; ptr_ = std::search(ptr_, end_, delimiter, delimiter + 2); return { true, std::string(p, ptr_) }; } }; inline bool read_fasta_record(File& file, std::string& id, std::vector& seq) { id.clear(); seq.clear(); std::string line; do { if (file.eof()) return false; line = file.getline(); if (file.eof() && line.empty()) return false; } while (line.empty()); if (line[0] != '>') throw std::runtime_error("Malformed FASTA record on line " + std::to_string(file.line_count) + ": expected '>'."); id = line.substr(1); while (!file.eof() && file.peek(1) != ">") { line = file.getline(); seq.insert(seq.end(), line.begin(), line.end()); } return true; } struct MalformedFastqRecord : public std::runtime_error { MalformedFastqRecord(int64_t line = -1): std::runtime_error("Malformed FASTQ record" + (line == -1 ? "" : " on line " + std::to_string(line))) {} }; struct FastqTokenizer : public TokenizerBase { virtual FastqTokenizer* clone() const override { return new FastqTokenizer(); } bool read_record(File& file, std::string& id, std::vector& seq, std::vector* qual) { if (file.eof()) return false; std::string line(file.getline()); if (file.eof() && line.empty()) return false; const int64_t lineno = file.line_count; if (line.empty() || line[0] != '@' || file.eof()) throw MalformedFastqRecord(lineno); id = line.substr(1); int64_t len = 0; seq.clear(); for (;;) { line = file.getline(); if (file.eof() || line.empty()) throw MalformedFastqRecord(lineno); if (line[0] == '+') { break; } len += line.length(); seq.insert(seq.end(), line.begin(), line.end()); } int64_t qlen = 0; if (qual) qual->clear(); for (;;) { line = file.getline(); qlen += line.length(); if(qual) qual->insert(qual->end(), line.begin(), line.end()); if (file.eof() || qlen >= len) break; } return true; } }; }} bbuchfink-diamond-6dc5717/src/data/frequent_seeds.cpp000066400000000000000000000110551523407312000226370ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "frequent_seeds.h" #include "util/parallel/thread_pool.h" #include "util/util.h" #include "basic/config.h" #include "basic/seed.h" #include "sequence_set.h" #include "block/block.h" #include "util/algo/join_result.h" using std::endl; using std::atomic; using std::vector; const double FrequentSeeds::hash_table_factor = 1.3; FrequentSeeds frequent_seeds; template static void compute_sd(atomic *seedp, SeedPartition partition_count, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits, vector *ref_out, vector *query_out) { SeedPartition p; while ((p = seedp->fetch_add(1, std::memory_order_relaxed)) < partition_count) { Sd ref_sd, query_sd; for (auto it = JoinIterator(query_seed_hits[p].begin(), ref_seed_hits[p].begin()); it; ++it) { query_sd.add((double)it.r->size()); ref_sd.add((double)it.s->size()); } (*ref_out)[p] = ref_sd; (*query_out)[p] = query_sd; } } template void FrequentSeeds::build_worker( size_t rel_seedp, size_t thread_id, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits, const SeedPartitionRange *range, unsigned sid, unsigned ref_max_n, unsigned query_max_n, vector *counts, Search::Config* cfg) { SequenceSet& query_seqs = cfg->query->seqs(); vector buf; size_t n = 0; for (auto it = JoinIterator(query_seed_hits[rel_seedp].begin(), ref_seed_hits[rel_seedp].begin()); it;) { if (it.s->size() > ref_max_n || it.r->size() > query_max_n) { n += (unsigned)it.s->size(); //Packed_seed s; //shapes[sid].set_seed(s, query_seqs::get().data(*it.r->begin())); //buf.push_back(seed_partition_offset(s)); Range query_hits = *it.r; for (SeedLoc* i = query_hits.begin(); i < query_hits.end(); ++i) { Letter* p = query_seqs.data(*i); *p |= SEED_MASK; } it.erase(); } else ++it; } (*counts)[rel_seedp] = (unsigned)n; } template void FrequentSeeds::build(unsigned sid, const SeedPartitionRange &range, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits, Search::Config& cfg) { vector ref_sds(range.size()), query_sds(range.size()); atomic rel_seedp(0); vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(compute_sd, &rel_seedp, range.size(), query_seed_hits, ref_seed_hits, &ref_sds, &query_sds); for (auto &t : threads) t.join(); Sd ref_sd(ref_sds), query_sd(query_sds); const unsigned ref_max_n = (unsigned)(ref_sd.mean() + cfg.freq_sd*ref_sd.sd()), query_max_n = (unsigned)(query_sd.mean() + cfg.freq_sd*query_sd.sd()); *log_stream << "Seed frequency mean (reference) = " << ref_sd.mean() << ", SD = " << ref_sd.sd() << endl; *log_stream << "Seed frequency mean (query) = " << query_sd.mean() << ", SD = " << query_sd.sd() << endl; *log_stream << "Seed frequency cap query: " << query_max_n << ", reference: " << ref_max_n << endl; vector counts(range.size()); Util::Parallel::scheduled_thread_pool_auto(config.threads_, range.size(), build_worker, query_seed_hits, ref_seed_hits, &range, sid, ref_max_n, query_max_n, &counts, &cfg); *log_stream << "Masked positions = " << std::accumulate(counts.begin(), counts.end(), 0) << std::endl; } template void FrequentSeeds::build(unsigned, const SeedPartitionRange&, DoubleArray*, DoubleArray*, Search::Config&); template void FrequentSeeds::build(unsigned, const SeedPartitionRange&, DoubleArray*, DoubleArray*, Search::Config&); void FrequentSeeds::clear_masking(SequenceSet& seqs) { for (BlockId i = 0; i < seqs.size(); ++i) { const size_t len = seqs.length(i); Letter* p = seqs.ptr(i), *end = p + len; for (; p < end; ++p) *p = letter_mask(*p); } }bbuchfink-diamond-6dc5717/src/data/frequent_seeds.h000066400000000000000000000030521523407312000223020ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "run/config.h" #include "util/data_structures/double_array.h" #include "search/seed_array/seed_histogram.h" struct SequenceSet; struct FrequentSeeds { template void build(unsigned sid, const SeedPartitionRange &range, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits, Search::Config& cfg); static void clear_masking(SequenceSet& seqs); private: static const double hash_table_factor; template static void build_worker( size_t seedp, size_t thread_id, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits, const SeedPartitionRange *range, unsigned sid, unsigned ref_max_n, unsigned query_max_n, std::vector *counts, Search::Config* cfg); }; extern FrequentSeeds frequent_seeds;bbuchfink-diamond-6dc5717/src/data/index.cpp000066400000000000000000000041621523407312000207330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "basic/config.h" #include "search/search.h" #include "seed_set.h" #include "legacy/dmnd/dmnd.h" #include "basic/shape_config.h" #include "util/log_stream.h" void makeindex() { static const size_t MAX_LETTERS = 100000000; if (config.database.empty()) throw std::runtime_error("Missing parameter: database file (--db/-d)."); DatabaseFile db(config.database); if (db.ref_header.letters > MAX_LETTERS) throw std::runtime_error("Indexing is only supported for databases of < 100000000 letters."); ::shapes = ShapeConfig(config.shape_mask.empty() ? Search::shape_codes.at(config.sensitivity) : config.shape_mask, config.shapes); config.algo = Config::Algo::DOUBLE_INDEXED; db.flags() |= SequenceFile::Flags::SEQS; Block* block = db.load_seqs(MAX_LETTERS, 0, nullptr); TaskTimer timer("Building index"); HashedSeedSet index(*block, nullptr, 0.0, Search::soft_masking_algo(Search::sensitivity_traits.at(config.sensitivity))); timer.go("Writing to disk"); File out(db.file_name() + ".seed_idx", "wb"); out.write(SEED_INDEX_MAGIC_NUMBER); out.write(SEED_INDEX_VERSION); out.write((uint32_t)shapes.count()); for (int i = 0; i < shapes.count(); ++i) out.write(index.table(i).size()); for (int i = 0; i < shapes.count(); ++i) { out.write(index.table(i).data(), index.table(i).size() + HashedSeedSet::Table::PADDING); } out.close(); db.close(); delete block; }bbuchfink-diamond-6dc5717/src/data/queries.cpp000066400000000000000000000036201523407312000212770ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "queries.h" #include "util/sequence/sequence.h" #include "basic/config.h" #include "seed_set.h" using std::unique_ptr; std::vector query_aligned; std::mutex query_aligned_mtx; unique_ptr query_seeds_hashed; unique_ptr query_seeds_bitset; void write_unaligned(const Block& query, File *file) { const size_t n = query.ids().size(); TextBuffer buf; for (size_t i = 0; i < n; ++i) { if (!query_aligned[i]) { Util::Seq::format(align_mode.query_translated ? query.source_seqs()[i] : query.seqs()[i], query.ids()[i], query.qual().empty() ? nullptr : query.qual()[i], buf, config.unfmt, input_value_traits); file->write(buf.data(), buf.size()); buf.clear(); } } } void write_aligned(const Block& query, File *file) { const size_t n = query.ids().size(); TextBuffer buf; for (size_t i = 0; i < n; ++i) { if (query_aligned[i]) { Util::Seq::format(align_mode.query_translated ? query.source_seqs()[i] : query.seqs()[i], query.ids()[i], query.qual().empty() ? nullptr : query.qual()[i], buf, config.alfmt, input_value_traits); file->write(buf.data(), buf.size()); buf.clear(); } } }bbuchfink-diamond-6dc5717/src/data/queries.h000066400000000000000000000022251523407312000207440ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "block/block.h" extern std::mutex query_aligned_mtx; extern std::vector query_aligned; void write_unaligned(const Block& query, File *file); void write_aligned(const Block& query, File *file); struct HashedSeedSet; struct SeedSet; extern std::unique_ptr query_seeds_hashed; extern std::unique_ptr query_seeds_bitset;bbuchfink-diamond-6dc5717/src/data/seed_set.cpp000066400000000000000000000116541523407312000214230ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #define NOMINMAX #include "mio/mmap.hpp" #include "seed_set.h" #include "util/ptr_vector.h" #include "util/math/integer.h" #include "search/seed_array/enum_seeds.h" #include "basic/shape_config.h" #include "util/log_stream.h" static const size_t PADDING = 32; static const double HASH_TABLE_FACTOR = 1.25; using std::vector; using std::endl; using std::get; using std::runtime_error; using std::string; NoFilter no_filter; struct SeedSetCallback { SeedSetCallback(vector &data, size_t max_coverage): coverage(0), max_coverage(max_coverage), data(&data) {} bool operator()(uint64_t seed, uint64_t pos, uint32_t block_id, uint64_t shape) { if ((*data)[seed] == false) { (*data)[seed] = true; ++coverage; if (coverage > max_coverage) return false; } return true; } void finish() {} size_t coverage, max_coverage; vector *data; }; SeedSet::SeedSet(Block &seqs, double max_coverage, const std::vector* skip, const double seed_cut, const MaskingAlgo soft_masking): data_((size_t)pow(1llu< v; v.push_back(new SeedSetCallback(data_, size_t(max_coverage*pow(Reduction::get_reduction().size(), shapes[0].length_)))); const auto p = seqs.seqs().partition(1); const EnumCfg cfg{ &p, 0, 1, SeedEncoding::CONTIGUOUS, skip, true, false, seed_cut, soft_masking, 0, false, false, 0, nullptr }; enum_seeds(seqs, v, &no_filter, cfg); coverage_ = (double)v.back().coverage / pow(Reduction::get_reduction().size(), shapes[0].length_); } struct HashedSeedSetCallback { HashedSeedSetCallback(PtrVector> &dst): dst(dst) {} bool operator()(uint64_t seed, uint64_t pos, uint32_t block_id, uint64_t shape) { dst[shape].insert(seed); return true; } void finish() {} PtrVector > &dst; }; HashedSeedSet::HashedSeedSet(Block &seqs, const std::vector* skip, const double seed_cut, const MaskingAlgo soft_masking) { for (int i = 0; i < shapes.count(); ++i) data_.push_back(new Table(next_pow2(seqs.seqs().letters() * HASH_TABLE_FACTOR))); PtrVector v; v.push_back(new HashedSeedSetCallback(data_)); const auto p = seqs.seqs().partition(1); const EnumCfg cfg{ &p, 0, shapes.count(), SeedEncoding::HASHED, skip, false, false, seed_cut, soft_masking, 0, false, false, 0, nullptr }; enum_seeds(seqs, v, &no_filter, cfg); vector sizes; for (int i = 0; i < shapes.count(); ++i) sizes.push_back(data_[i].load()); data_.clear(); for (int i = 0; i < shapes.count(); ++i) data_.push_back(new Table(next_pow2(sizes[i] * HASH_TABLE_FACTOR))); enum_seeds(seqs, v, &no_filter, cfg); for (int i = 0; i < shapes.count(); ++i) { data_[i].finish(); *log_stream << "Shape=" << i << " Hash_table_size=" << data_[i].size() << " load=" << (double)data_[i].load() / data_[i].size() << endl; } } HashedSeedSet::HashedSeedSet(const string& index_file): mmap_(new mio::mmap_source(index_file)) { if (mmap_->length() < SEED_INDEX_HEADER_SIZE) throw runtime_error("Invalid seed index file."); const char* buf = mmap_->data(); if (*(uint64_t*)buf != SEED_INDEX_MAGIC_NUMBER) throw runtime_error("Invalid seed index file."); if (*(uint32_t*)(buf + 8) != SEED_INDEX_VERSION) throw runtime_error("Invalid seed index file version."); const int32_t shape_count = *(int32_t*)(buf + 12); if (shape_count != shapes.count()) throw runtime_error("Index has a different number of shapes."); const size_t* size_ptr = (const size_t*)(buf + SEED_INDEX_HEADER_SIZE); uint8_t* data_ptr = (uint8_t*)(buf + SEED_INDEX_HEADER_SIZE + sizeof(size_t) * shape_count); for (int i = 0; i < shapes.count(); ++i) { data_.push_back(new Table(data_ptr, *size_ptr)); *log_stream << "MMAPED Shape=" << i << " Hash_table_size=" << data_[i].size() << " load=" << (double)data_[i].load() / data_[i].size() << endl; data_ptr += *size_ptr + Table::PADDING; ++size_ptr; } } HashedSeedSet::~HashedSeedSet() { } size_t HashedSeedSet::max_table_size() const { return (*std::max_element(data_.begin(), data_.end(), [](Table* a, Table* b) { return a->size() < b->size(); }))->size(); } bbuchfink-diamond-6dc5717/src/data/seed_set.h000066400000000000000000000036051523407312000210650ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "util/ptr_vector.h" #include "util/data_structures/hash_set.h" #include "mio/forward.h" #include "masking/def.h" const uint64_t SEED_INDEX_MAGIC_NUMBER = 0x2d6ba306ecbf6aba; const uint32_t SEED_INDEX_VERSION = 0; const size_t SEED_INDEX_HEADER_SIZE = 16; struct Block; struct SeedSet { SeedSet(Block &seqs, double max_coverage, const std::vector* skip, const double seed_cut, const MaskingAlgo soft_masking); bool contains(uint64_t key, uint64_t shape) const { return data_[key]; } double coverage() const { return coverage_; } private: std::vector data_; double coverage_; }; struct HashedSeedSet { typedef HashSet Table; HashedSeedSet(Block &seqs, const std::vector* skip, const double seed_cut, const MaskingAlgo soft_masking); HashedSeedSet(const std::string& index_file); ~HashedSeedSet(); bool contains(uint64_t key, uint64_t shape) const { return data_[shape].contains(key); } const Table& table(size_t i) const { return data_[i]; } size_t max_table_size() const; private: PtrVector data_; std::unique_ptr mmap_; }; bbuchfink-diamond-6dc5717/src/data/sequence_file.cpp000066400000000000000000001040371523407312000224350ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #define _REENTRANT #include "ips4o/ips4o.hpp" #include "util/parallel/simple_thread_pool.h" #include "blastdb/blastdb.h" #include "sequence_file.h" #include "masking/masking.h" #include "legacy/dmnd/dmnd.h" #include "util/system/system.h" #include "util/sequence/sequence.h" #include "util/parallel/multiprocessing.h" #include "basic/config.h" #include "fasta/fasta_file.h" #include "util/string/tokenizer.h" #include "util/log_stream.h" #include "util/data_structures/queue.h" #include "util/heartbeat.h" using std::string; using std::endl; using std::setw; using std::thread; using std::pair; using std::tie; using std::runtime_error; using std::ofstream; using std::greater; using std::numeric_limits; using std::tuple; using std::get; using std::unique_ptr; using std::function; using std::vector; using std::set; using std::unordered_map; using std::map; using std::atomic; const uint64_t SequenceFile::DEFAULT_LOAD_SIZE = 4 * GIGABYTES; static constexpr int64_t CHECK_FOR_DNA_COUNT = 10; const char* const SequenceFile::SEQID_HDR = "seqid"; const DictId SequenceFile::DICT_EMPTY = std::numeric_limits::max(); const EMap EnumTraits::to_string = { {SequenceFile::Type::DMND, "Diamond database" }, {SequenceFile::Type::BLAST, "BLAST database"}, {SequenceFile::Type::FASTA, "FASTA file"}, {SequenceFile::Type::BLOCK, ""} }; static string dict_file_name(const size_t query_block, const size_t target_block) { const string file_name = append_label("ref_dict_", query_block) + append_label("_", target_block); return join_path(config.parallel_tmpdir, file_name); } static size_t single_oid(const SequenceFile* f, const string& acc) { const vector oid = f->accession_to_oid(acc); if (oid.empty()) throw AccessionNotFound(); if (oid.size() > 1) throw std::runtime_error("Multiple oids for target accession: " + acc); return oid.front(); } std::string SequenceFile::taxon_scientific_name(TaxId taxid) const { throw OperationNotSupported(); } void SequenceFile::add_taxid_mapping(const vector>& taxids) { throw OperationNotSupported(); } int SequenceFile::raw_chunk_no() const { throw OperationNotSupported(); } pair SequenceFile::load_parallel(const uint64_t max_letters, const BitVector* filter, unordered_map* accs, const Chunk& chunk, bool load_taxids) { const bool verbose_logging = false; const Loc SEQ_LEN_EST = 200; const uint64_t ID_EST = config.oid_title_max > 0 ? 20 : 100, MAX_RESERVE = 8 * GIGABYTES; // TODO assert(chunk.n_seqs == 0); assert(config.threads_ > 0); const uint64_t letters = config.minichunk; const int t = std::min(config.load_threads, config.threads_), p = t >= 3 ? t - 2 : 1; const int raw_chunk_start = raw_chunk_no(); int64_t seqs = 0; const bool load_seqs = flag_any(flags(), SequenceFile::Flags::SEQS), load_titles = flag_any(flags(), SequenceFile::Flags::TITLES); Block* block = new Block(); const uint64_t size_est = std::min(max_letters, disk_size_); const BlockId entry_est = (size_est + SEQ_LEN_EST - 1) / SEQ_LEN_EST; if (load_seqs) block->seqs().reserve(entry_est, size_est, verbose_logging); if (load_titles) { block->reserve_ids(std::min(ID_EST * entry_est, size_est), entry_est, verbose_logging); } Queue queue(p * 4, 1, p, nullptr); Queue output_queue(p * 4, p, 1, nullptr); const bool byte_limited = type() == Type::FASTA, have_oids = type() == Type::BLAST; uint64_t backlog_size = 0; SimpleThreadPool pool; auto worker = [&](const atomic& stop) { while (!stop) { RawChunk* c; if (!queue.wait_and_dequeue(c)) break; DecodedPackage* pkg = c->decode(flags(), filter, accs, value_traits_.seq_type); output_queue.enqueue(pkg); delete c; } output_queue.close(); }; auto writer = [&](const atomic& stop) { map backlog; uint64_t bytes_processed = 0; int next = raw_chunk_start; while (!stop) { DecodedPackage* pkg; if (!output_queue.wait_and_dequeue(pkg)) break; bytes_processed += pkg->byte_size(); backlog.emplace(pkg->no, pkg); backlog_size += pkg->byte_size(); while (!backlog.empty() && backlog.begin()->first == next) { pkg = backlog.begin()->second; const size_t n_seqs = pkg->seq_count; seqs += n_seqs; block->append(pkg->block, false, load_seqs, load_titles, have_oids); if (load_taxids) { add_taxid_mapping(pkg->taxids); } backlog_size -= pkg->byte_size(); delete pkg; backlog.erase(backlog.begin()); ++next; } } if (!backlog.empty()) throw runtime_error("SequenceFile::load_parallel"); }; for (int i = 0; i < p; ++i) pool.spawn(worker); pool.spawn(writer); uint64_t block_letters = 0; RawChunk* rc; uint64_t bytes = 0; const Flags load_flags = flags() | (accs ? Flags::TITLES : Flags::NONE); /*Heartbeat h([&]() { uint64_t b = 0; *log_stream << "bytes=" << bytes << " backlog=" << backlog_size << endl; });*/ do { rc = raw_chunk(std::min(letters, max_letters - block_letters), load_flags); if (rc->empty()) { delete rc; break; } block_letters += byte_limited ? rc->bytes() : rc->letters(); bytes += rc->bytes(); queue.enqueue(rc); } while (!pool.stop() && block_letters < max_letters); queue.close(); pool.join_all(); //*log_stream << "building oid table seqs=" << seqs << endl; log_rss(); if (type() == Type::FASTA && seqs > 0) { const OId oid_begin = tell_seq(); block->block2oid_.reserve((size_t)seqs); for (int64_t i = 0; i < seqs; ++i) block->block2oid_.push_back(oid_begin + (OId)i); static_cast(this)->advance_seq_count((OId)seqs); } if (seqs > 0) { //*log_stream << "finishing" << endl; if (load_seqs) { block->source_seqs().finish_reserve(verbose_logging); block->seqs().finish_reserve(verbose_logging); } if (load_titles) block->ids().finish_reserve(verbose_logging); if (value_traits_.seq_type == SequenceType::nucleotide) block->source_seqs_.finish_reserve(verbose_logging); } block->raw_bytes_ = bytes; return { block, seqs }; } pair SequenceFile::load_twopass(const uint64_t max_letters, const BitVector* filter, const Chunk& chunk) { init_seqinfo_access(); OId database_id = tell_seq(); uint64_t letters = 0, seqs = 0, id_letters = 0, seqs_processed = 0, filtered_seq_count = 0; vector filtered_pos; Block* block = new Block(); SeqInfo r = read_seqinfo(); size_t offset = r.pos; bool last = false; const bool use_filter = filter && !filter->empty(); auto goon = [&]() { if (max_letters > 0) return (r.seq_len > 0 && letters < max_letters); else return (seqs < chunk.n_seqs); }; while (goon()) { SeqInfo r_next = read_seqinfo(); if (!use_filter || filter->get(database_id)) { letters += r.seq_len; if (flag_any(flags(), SequenceFile::Flags::SEQS)) { block->seqs_.reserve(r.seq_len); } if (flag_any(flags(), SequenceFile::Flags::TITLES)) { const size_t id_len = this->id_len(r, r_next); id_letters += id_len; if (flag_any(flags(), SequenceFile::Flags::SEQS)) block->ids_.reserve(id_len); } ++filtered_seq_count; block->block2oid_.push_back(database_id); if (use_filter) { filtered_pos.push_back(last ? 0 : r.pos); } last = true; } else { last = false; } ++database_id; ++seqs_processed; r = r_next; ++seqs; } putback_seqinfo(); if (seqs == 0 || filtered_seq_count == 0) return { block, seqs_processed }; const bool full_titles = bool(flags() & SequenceFile::Flags::FULL_TITLES); const bool all_seqids = bool(flags() & SequenceFile::Flags::ALL_SEQIDS); if (flag_any(flags(), SequenceFile::Flags::SEQS)) { block->seqs_.finish_reserve(); if (flag_any(flags(), SequenceFile::Flags::TITLES)) block->ids_.finish_reserve(); static const size_t MAX_LOAD_SIZE = 2 * GIGABYTES; if (use_filter && !flag_all(format_flags_, FormatFlags::SEEKABLE)) throw OperationNotSupported(); seek_offset(offset); for (BlockId i = 0; i < filtered_seq_count; ++i) { bool seek = false; if (use_filter && filtered_pos[i]) { offset = filtered_pos[i]; seek = true; } const size_t l = block->seqs_.length(i); read_seq_data(block->seqs_.ptr(i), l, offset, seek); if (flag_any(flags(), SequenceFile::Flags::TITLES)) read_id_data(block->block2oid_[i], block->ids_.ptr(i), block->ids_.length(i), all_seqids, full_titles); else skip_id_data(); if (type_ == Type::DMND) Masking::get().remove_bit_mask(block->seqs_.ptr(i), block->seqs_.length(i)); } } return { block, seqs_processed }; } int frame_mask() { if (config.query_strands == "both") return (1 << 6) - 1; else if (config.query_strands == "plus") return (1 << 3) - 1; else if (config.query_strands == "minus") return ((1 << 3) - 1) << 3; throw runtime_error("frame_mask"); } pair SequenceFile::load_onepass(const uint64_t max_letters, OId max_seqs, const BitVector* filter) { static const char* DNA_ERR = "The sequences are expected to be proteins but only contain DNA letters. Use the option --ignore-warnings to proceed."; vector seq; string id; vector qual; uint64_t letters = 0, seq_count = 0; const bool load_seqs = flag_any(flags(), SequenceFile::Flags::SEQS), load_titles = flag_any(flags(), SequenceFile::Flags::TITLES), preserve_dna = flag_any(flags(), SequenceFile::Flags::DNA_PRESERVATION); Block* block = new Block(); vector* q = flag_any(flags(), SequenceFile::Flags::QUALITY) ? &qual : nullptr; OId oid = tell_seq(); const bool first_block = oid == 0; const int frame_mask = ::frame_mask(); const int64_t modulo = file_count(); unsigned int looks_like_dna = 0; auto goon = [&]() { return max_seqs > 0 ? seq_count < max_seqs : letters < max_letters; }; do { if (!read_seq(seq, id, q)) break; if (seq.size() == 0) continue; if (filter && !filter->get(oid)) { ++oid; continue; } letters += block->push_back(Sequence(seq), load_titles ? id.c_str() : nullptr, q, oid++, this->value_traits_.seq_type, frame_mask, !preserve_dna); ++seq_count; if (first_block && seq_count <= CHECK_FOR_DNA_COUNT && value_traits_.seq_type == SequenceType::amino_acid && Util::Seq::looks_like_dna(Sequence(seq)) && !config.ignore_warnings) { ++looks_like_dna; if (looks_like_dna >= CHECK_FOR_DNA_COUNT) throw runtime_error(DNA_ERR); } } while (goon() || seq_count % modulo != 0); if (seq_count > 0 && looks_like_dna == seq_count) throw runtime_error(DNA_ERR); // TODO: Implement this check //if (file_count() == 2 && !files_synced()) //throw runtime_error("Unequal number of sequences in paired read files."); block->seqs_.finish_reserve(); if (value_traits_.seq_type == SequenceType::nucleotide) block->source_seqs_.finish_reserve(); if (load_titles) block->ids_.finish_reserve(); if (q) block->qual_.finish_reserve(); return { block, seq_count }; } size_t SequenceFile::dict_block(const size_t ref_block) { return config.multiprocessing ? ref_block : 0; } Block* SequenceFile::load_seqs(const int64_t max_letters, OId max_seqs, const BitVector* filter, const Chunk& chunk) { if (max_letters == 0) seek_chunk(chunk); Block* block; int64_t seqs_processed; if (type_ == Type::BLAST) { tie(block, seqs_processed) = load_parallel(max_letters, filter, nullptr, chunk, false); } else if (type_ == Type::FASTA && filter == nullptr && file_count() == 1 && static_cast(this)->is_fasta() && max_seqs == 0 && chunk.n_seqs == 0 && !flag_any(flags_, Flags::QUALITY | Flags::DNA_PRESERVATION) && config.command != Config::regression_test) { tie(block, seqs_processed) = load_parallel(max_letters, filter, nullptr, chunk, false); } else if (flag_any(format_flags_, FormatFlags::LENGTH_LOOKUP)) tie(block, seqs_processed) = load_twopass(max_letters, filter, chunk); else { if (chunk.n_seqs) throw OperationNotSupported(); tie(block, seqs_processed) = load_onepass(max_letters, max_seqs, filter); } if (block->empty()) return block; if (flag_any(flags(), SequenceFile::Flags::LAZY_MASKING)) block->masked_.resize(block->seqs_.size(), false); //block->seqs_.print_stats(); return block; } void SequenceFile::get_seq() { std::map seq_titles; if (!config.query_file.empty()) { File list(config.single_query_file(), "rb", File::Flags::DETECT_COMPRESSION); const char* l; while (l = list.getline(), !list.eof() || l[0] != '\0') { const vector t(Util::String::tokenize(l, "\t")); if (t.size() != 2) throw std::runtime_error("Query file format error."); seq_titles[t[0]] = t[1]; } list.close(); } vector seq; string id; bool all = config.seq_no.size() == 0 && seq_titles.empty() && config.oid_list.empty(); std::set seqs; if (!all) for (vector::const_iterator i = config.seq_no.begin(); i != config.seq_no.end(); ++i) seqs.insert(atoi(i->c_str()) - 1); if (!config.oid_list.empty()) { File f(config.oid_list, "rb", File::Flags::DETECT_COMPRESSION); OId oid; const char* l; while (l = f.getline(), !f.eof() || l[0] != '\0') { Util::String::Tokenizer(l, Util::String::CharDelimiter('\t')) >> oid; seqs.insert(oid); } f.close(); } if (!seqs.empty()) *message_stream << "#Selected sequences: " << seqs.size() << endl; const size_t max_letters = config.chunk_size == 0.0 ? std::numeric_limits::max() : (size_t)(config.chunk_size * 1e9); size_t letters = 0; TextBuffer buf; File out(config.output_file, "wb"); for (uint64_t n = 0; n < sequence_count().value(); ++n) { read_seq(seq, id); std::map::const_iterator mapped_title = seq_titles.find(Util::Seq::seqid(id.c_str())); if (all || seqs.find(n) != seqs.end() || mapped_title != seq_titles.end()) { if (config.reverse) { buf << '>' << (mapped_title != seq_titles.end() ? mapped_title->second : id) << '\n'; Sequence(seq).print(buf, value_traits, Sequence::Reversed()); buf << '\n'; } else if (config.hardmasked) { buf << '>' << (mapped_title != seq_titles.end() ? mapped_title->second : id) << '\n'; Sequence(seq).print(buf, value_traits, Sequence::Hardmasked()); buf << '\n'; } else { Util::Seq::format(seq, id.c_str(), nullptr, buf, "fasta", amino_acid_traits, 80); } } out.write(buf.data(), buf.size()); letters += seq.size(); if (letters >= max_letters) break; seq.clear(); id.clear(); buf.clear(); } out.close(); } /*Util::Tsv::File* SequenceFile::make_seqid_list() { Util::Tsv::File* f = new Util::Tsv::File(Util::Tsv::Schema{ Util::Tsv::Type::STRING }, "", Util::Tsv::Flags::TEMP); vector seq; string id; init_seq_access(); for (uint64_t n = 0; n < sequence_count(); ++n) { read_seq(seq, id); f->write_record(Util::Seq::seqid(id.c_str())); } return f; }*/ SequenceFile::~SequenceFile() { if (dict_file_) { dict_file_->close(); dict_file_.reset(); } } static bool is_blast_db(const string& path) { if (exists(path + ".pin") || exists(path + ".pal") || ends_with(path, ".pal")) { if (config.multiprocessing) throw runtime_error("--multiprocessing is not compatible with BLAST databases."); if (config.target_indexed) throw runtime_error("--target-indexed is not compatible with BLAST databases."); return true; } return false; } SequenceFile* SequenceFile::auto_create(const vector& path, Flags flags, const ValueTraits& value_traits) { if (path.size() == 1) { if (is_blast_db(path.front())) return new BlastDB(path.front(), flags, value_traits); const string a = auto_append_extension_if_exists(path.front(), DatabaseFile::FILE_EXTENSION); if (DatabaseFile::is_diamond_db(a)) return new DatabaseFile(a, flags, value_traits); } if (!flag_any(flags, Flags::NO_FASTA)) { //message_stream << "Database file is not a DIAMOND or BLAST database, treating as FASTA." << std::endl; return new FastaFile(path, flags, value_traits); } throw FormatDetectionError("Sequence file does not have a supported format."); } void SequenceFile::load_dict_block(File* f, const size_t ref_block) { while (load_dict_entry(*f, ref_block)); } void SequenceFile::load_dictionary(const size_t query_block, const size_t ref_blocks) { if (!dict_file_ && !config.multiprocessing) return; TaskTimer timer("Loading dictionary", 3); if (config.multiprocessing) { dict_oid_ = vector>(ref_blocks); if (flag_any(flags_, Flags::SELF_ALN_SCORES)) dict_self_aln_score_ = vector>(ref_blocks); reserve_dict(ref_blocks); for (size_t i = 0; i < ref_blocks; ++i) { File f(dict_file_name(query_block, i), "rb"); load_dict_block(&f, i); f.close(); } } else { File* t = dynamic_cast(dict_file_.get()); if (!t) throw std::runtime_error("Failed to load dictionary file."); dict_oid_ = { {} }; dict_oid_.front().reserve(next_dict_id_); if (flag_any(flags_, Flags::SELF_ALN_SCORES)) { dict_self_aln_score_ = { {} }; dict_self_aln_score_.front().reserve(next_dict_id_); } reserve_dict(0); t->rewind(); load_dict_block(t, 0); if ((DictId)dict_oid_.front().size() != next_dict_id_) throw std::runtime_error("Dictionary corrupted."); t->close(); dict_file_.reset(); } } void SequenceFile::free_dictionary() { dict_oid_.clear(); dict_oid_.shrink_to_fit(); dict_len_.clear(); dict_len_.shrink_to_fit(); dict_title_.clear(); dict_title_.shrink_to_fit(); dict_seq_.clear(); dict_seq_.shrink_to_fit(); dict_self_aln_score_.clear(); dict_self_aln_score_.shrink_to_fit(); block_to_dict_id_.clear(); } optional SequenceFile::total_blocks() const { if (!letters()) return nullopt; const size_t c = (size_t)(config.chunk_size * 1e9); return (this->letters().value() + c - 1) / c; } SequenceSet SequenceFile::seqs_by_accession(const std::vector::const_iterator begin, const std::vector::const_iterator end) { SequenceSet out; vector oids; oids.reserve(end - begin); for (auto it = begin; it != end; ++it) { try { const size_t oid = single_oid(this, *it); oids.push_back(oid); out.reserve(seq_length(oid)); } catch (AccessionNotFound&) { out.reserve(0); oids.push_back(SIZE_MAX); } } out.finish_reserve(); vector seq; for (size_t i = 0; i < oids.size(); ++i) { if (oids[i] == SIZE_MAX) continue; seq_data(oids[i], seq); out.assign(i, seq.begin(), seq.end()); } return out; } std::vector SequenceFile::seq_by_accession(const std::string& acc) { const size_t oid = single_oid(this, acc); vector seq; seq_data(oid, seq); return seq; } void SequenceFile::init_dict(const size_t query_block, const size_t target_block) { if (dict_file_) dict_file_->close(); dict_file_.reset(config.multiprocessing ? new File(dict_file_name(query_block, target_block), "wb") : new File(Temporary())); next_dict_id_ = 0; dict_alloc_size_ = 0; block_to_dict_id_.clear(); } void SequenceFile::init_dict_block(size_t block, size_t seq_count, bool persist) { if(!persist) block_to_dict_id_.clear(); if(block_to_dict_id_.find(block) == block_to_dict_id_.end()) block_to_dict_id_[block] = vector(seq_count, DICT_EMPTY); } void SequenceFile::close_dict_block(bool persist) { if (config.multiprocessing) { dict_file_->close(); dict_file_.reset(); } if (!persist) block_to_dict_id_.clear(); } DictId SequenceFile::dict_id(size_t block, size_t block_id, size_t oid, size_t len, const char* id, const Letter* seq, const double self_aln_score) { auto it = block_to_dict_id_.find(block); if (it == block_to_dict_id_.end() || block_id >= it->second.size()) throw std::runtime_error("Dictionary not initialized."); vector& v = it->second; DictId n = v[block_id]; if (n != DICT_EMPTY) return n; { std::lock_guard lock(dict_mtx_); n = v[block_id]; if (n != DICT_EMPTY) return n; n = next_dict_id_++; v[block_id] = n; write_dict_entry(block, oid, len, id, seq, self_aln_score); return n; } } size_t SequenceFile::oid(DictId dict_id, const size_t ref_block) const { const size_t b = dict_block(ref_block); if (b >= dict_oid_.size() || dict_id >= (DictId)dict_oid_[b].size()) throw std::runtime_error("Dictionary not loaded."); return dict_oid_[b][dict_id]; } double SequenceFile::dict_self_aln_score(const size_t dict_id, const size_t ref_block) const { const size_t b = dict_block(ref_block); if (b >= dict_self_aln_score_.size() || dict_id >= dict_self_aln_score_[b].size()) throw std::runtime_error("Dictionary not loaded."); return dict_self_aln_score_[b][dict_id]; } SequenceFile::SequenceFile(Type type, Flags flags, FormatFlags format_flags, const ValueTraits& value_traits): flags_(flags), format_flags_(format_flags), value_traits_(value_traits), disk_size_(0), type_(type) { if (flag_any(flags_, Flags::OID_TO_ACC_MAPPING)) throw runtime_error("Not implemented"); } uint64_t SequenceFile::disk_size() const { return disk_size_; } void SequenceFile::write_dict_entry(size_t block, size_t oid, size_t len, const char* id, const Letter* seq, const double self_aln_score) { File& f = *dict_file_; f.write((uint32_t)oid); if (flag_any(format_flags_, FormatFlags::DICT_LENGTHS)) f.write((uint32_t)len); if (flag_any(format_flags_, FormatFlags::DICT_SEQIDS)) { f.write_c_str(id); dict_alloc_size_ += strlen(id); } if (flag_any(flags_, Flags::TARGET_SEQS)) f.write(seq, len); if (flag_any(flags_, Flags::SELF_ALN_SCORES)) f.write(self_aln_score); } bool SequenceFile::load_dict_entry(File& f, size_t ref_block) { const size_t b = dict_block(ref_block); uint32_t oid, len; string title; if(f.read_max(&oid, sizeof(oid)) == 0) return false; dict_oid_[b].push_back(oid); if (flag_any(format_flags_, FormatFlags::DICT_LENGTHS)) { f.read(len); dict_len_[b].push_back(len); } if (flag_any(format_flags_, FormatFlags::DICT_SEQIDS)) { f.read_c_str(title); dict_title_[b].push_back(title.begin(), title.end()); } if (flag_any(flags_, Flags::TARGET_SEQS)) { vector v(len); f.read(v.data(), len); dict_seq_[b].push_back(v.begin(), v.end()); } if (flag_any(flags_, Flags::SELF_ALN_SCORES)) { double self_aln_score; f.read(self_aln_score); dict_self_aln_score_[b].push_back(self_aln_score); } return true; } void SequenceFile::reserve_dict(const size_t ref_blocks) { if (config.multiprocessing) { if (flag_any(format_flags_, FormatFlags::DICT_LENGTHS)) dict_len_ = std::vector>(ref_blocks); if (flag_any(format_flags_, FormatFlags::DICT_SEQIDS)) dict_title_ = std::vector(ref_blocks); if (flag_any(flags_, Flags::TARGET_SEQS)) dict_seq_ = std::vector(ref_blocks); } else { if (flag_any(format_flags_, FormatFlags::DICT_LENGTHS)) { dict_len_ = { {} }; dict_len_[0].reserve(next_dict_id_); } if (flag_any(format_flags_, FormatFlags::DICT_SEQIDS)) { dict_title_ = { {} }; dict_title_[0].reserve(next_dict_id_, dict_alloc_size_); } if (flag_any(flags_, Flags::TARGET_SEQS)) { dict_seq_ = { {} }; dict_seq_[0].reserve(next_dict_id_, 0); } } } std::string SequenceFile::dict_title(DictId dict_id, const size_t ref_block) const { const size_t b = dict_block(ref_block); if (b >= dict_title_.size() || dict_id >= (DictId)dict_title_[b].size()) throw std::runtime_error("Dictionary not loaded."); return dict_title_[b][dict_id]; } Loc SequenceFile::dict_len(DictId dict_id, const size_t ref_block) { const size_t b = dict_block(ref_block); if (b >= dict_len_.size() || dict_id >= (DictId)dict_len_[b].size()) throw runtime_error("Dictionary not loaded."); return dict_len_[b][dict_id]; } std::vector SequenceFile::dict_seq(DictId dict_id, const size_t ref_block) { const size_t b = dict_block(ref_block); if (b >= dict_seq_.size() || dict_id >= (DictId)dict_seq_[b].size()) throw std::runtime_error("Dictionary not loaded."); Sequence s = dict_seq_[b][dict_id]; return vector(s.data(), s.end()); } DbFilter* SequenceFile::filter_by_taxonomy(std::istream& filter, char delimiter, bool exclude) { DbFilter *f = new DbFilter(sequence_count().value()); set taxon_filter_list; string token; while (std::getline(filter, token, delimiter)) { taxon_filter_list.insert(std::stoi(token)); } if (taxon_filter_list.empty()) throw runtime_error("Option --taxonlist/--taxon-exclude used with empty list."); if (taxon_filter_list.find(1) != taxon_filter_list.end() || taxon_filter_list.find(0) != taxon_filter_list.end()) throw runtime_error("Option --taxonlist/--taxon-exclude used with invalid argument (0 or 1)."); for (OId i = 0; i < sequence_count().value(); ++i) { const bool c = contained(taxids(i), taxon_filter_list, exclude, exclude); if (c ^ exclude) { f->oid_filter.set(i); f->letter_count += seq_length(i); } } return f; } void SequenceFile::build_acc_to_oid() { acc2oid_.reserve(sequence_count().value()); set_seqinfo_ptr(0); vector seq; string id; for (OId i = 0; i < sequence_count().value(); ++i) { read_seq(seq, id); acc2oid_[Util::Seq::seqid(id.c_str())] = i; } } vector SequenceFile::accession_to_oid(const string& accession) const { try { return { acc2oid_.at(accession) }; } catch (std::out_of_range&) { throw runtime_error("Accession not found in database: " + accession); } } void SequenceFile::init_random_access(const size_t query_block, const size_t ref_blocks, bool dictionary) { if (dictionary) load_dictionary(query_block, ref_blocks); } std::string SequenceFile::seqid(OId oid, bool all, bool full_titles) { throw std::runtime_error("seqid"); //if (oid >= acc_.size()) //throw std::runtime_error("OId to accession mapping not available."); //return acc_[oid]; } template std::vector SequenceFile::seq_offsets(It begin, It end) { assert(std::is_sorted(begin, end)); vector r; if (end <= begin) return r; r.reserve(end - begin); set_seqinfo_ptr(0); init_seqinfo_access(); const OId end_oid = *(end - 1) + 1; if (end_oid > sequence_count().value()) throw runtime_error("OId out of bounds."); It it = begin; for (OId i = 0; i < end_oid; ++i) { SeqInfo info = read_seqinfo(); if (i == *it) { if (it != begin && i - 1 == *(it - 1)) r.push_back(-1); else r.push_back(info.pos); ++it; } } return r; } pair SequenceFile::read_fai_file(const string& file_name, int64_t seqs, int64_t letters) { string acc; Loc len; File fai(file_name, "rb", File::Flags::DETECT_COMPRESSION); const char* l; while (l = fai.getline(), !fai.eof() || l[0] != '\0') { Util::String::Tokenizer(l, Util::String::CharDelimiter('\t')) >> acc >> len; if (flag_any(flags_, Flags::ACC_TO_OID_MAPPING)) acc2oid_[acc] = seqs; //if (flag_any(flags_, Flags::OID_TO_ACC_MAPPING)) // acc_.push_back(acc.begin(), acc.end()); ++seqs; letters += len; } fai.close(); return { seqs, letters }; } void db_info() { using std::cout; if (config.database.empty()) throw std::runtime_error("Missing option for database file: --db/-d."); SequenceFile* db; try { db = SequenceFile::auto_create({ config.database }, SequenceFile::Flags::NO_FASTA | SequenceFile::Flags::NO_COMPATIBILITY_CHECK); } catch (const FormatDetectionError& e) { throw std::runtime_error("Error opening the database: " + std::string(e.what())); } const std::streamsize w = 25; cout << setw(w) << "Database type " << to_string(db->type()) << endl; cout << setw(w) << "Database format version " << db->db_version() << endl; if(db->type() == SequenceFile::Type::DMND) cout << setw(w) << "Diamond build " << db->program_build_version() << endl; cout << setw(w) << "Sequences " << db->sequence_count().value() << endl; /*if (db->type() == SequenceFile::Type::BLAST && db->sequence_count() != db->sparse_sequence_count()) cout << setw(w) << "Sequences (filtered) " << db->sparse_sequence_count() << endl;*/ cout << setw(w) << "Letters " << db->letters().value() << endl; db->close(); delete db; } void SequenceFile::add_seqid_mapping(const std::string& id, OId oid) { const string acc = Util::Seq::seqid(id.c_str()); if (flag_any(flags_, Flags::ACC_TO_OID_MAPPING)) { if (oid != (OId)acc2oid_.size()) throw runtime_error("add_seqid_mapping"); auto r = acc2oid_.emplace(acc, oid); if (!r.second) throw runtime_error("Accession is not unique in database file: " + acc); } } size_t SequenceFile::letters_filtered(const DbFilter& v) { size_t n = 0; for (OId i = 0; i < v.oid_filter.size(); ++i) if (v.oid_filter.get(i)) n += seq_length(i); return n; } set SequenceFile::rank_taxid(const std::vector& taxid, int rank) { set r; for (TaxId i : taxid) r.insert(rank_taxid(i, rank)); return r; } TaxId SequenceFile::get_parent(TaxId taxid) { throw OperationNotSupported(); } int SequenceFile::rank(TaxId taxid) const { throw OperationNotSupported(); } TaxId SequenceFile::rank_taxid(TaxId taxid, int rank) { static const int max = 64; int n = 0; while (true) { if (this->rank(taxid) == rank) return taxid; if (taxid <= 1) return 0; if (++n > max) throw runtime_error("Path in taxonomy too long (rank_taxid)."); taxid = get_parent(taxid); } return 0; } vector SequenceFile::lineage(TaxId taxid) { vector out; int n = 0; while (true) { if (taxid <= 0) return {}; if (taxid == 1) break; if (++n > MAX_LINEAGE) throw runtime_error("Path in taxonomy too long (TaxonomyNodes::lineage)."); out.push_back(taxid); taxid = get_parent(taxid); } reverse(out.begin(), out.end()); return out; } TaxId SequenceFile::get_lca(TaxId t1, TaxId t2) { if (t1 == t2 || t2 <= 0) return t1; if (t1 <= 0) return t2; TaxId p = t2; set l; l.insert(p); int n = 0; do { p = get_parent(p); if (p <= 0) return t1; l.insert(p); if (++n > MAX_LINEAGE) throw runtime_error("Path in taxonomy too long (get_lca)."); } while (p != t1 && p != 1); if (p == t1) return p; p = t1; n = 0; while (l.find(p) == l.end()) { p = get_parent(p); if (p <= 0) return t2; if (++n > MAX_LINEAGE) throw runtime_error("Path in taxonomy too long (get_lca)."); } return p; } TaxId SequenceFile::max_taxid() const { throw OperationNotSupported(); } bool SequenceFile::contained(TaxId query, const set& filter, bool include_invalid) { static const int max = 64; if (get_parent(query) < 0) return include_invalid; if (cached_[query]) return contained_[query]; if (filter.find(1) != filter.end()) return true; int n = 0; TaxId p = query; while (p > 1 && filter.find(p) == filter.end()) { p = get_parent(p); if (p <= 0) return include_invalid; if (++n > max) throw runtime_error("Path in taxonomy too long (contained)."); } const bool contained = p > 1; TaxId q = query; while (set_cached(q, contained), q != p) q = get_parent(q); return contained; } bool SequenceFile::contained(const vector& query, const set& filter, bool all, bool include_invalid) { static const int max = 64; if (filter.find(1) != filter.end()) return true; for (vector::const_iterator i = query.begin(); i != query.end(); ++i) { const bool c = contained(*i, filter, include_invalid); if (c && !all) return true; if (!c && all) return false; } return all; } void SequenceFile::init_cache() { const TaxId m = max_taxid(); cached_.insert(cached_.end(), m + 1, false); contained_.insert(contained_.end(), m + 1, false); } void SequenceFile::print_info() const { *message_stream << "Database: " << config.database << ' '; *message_stream << "(type: " << to_string(type()) << ", "; *message_stream << "sequences: " << sequence_count().value() << ", "; *message_stream << "letters: " << letters().value() << ')' << endl; } void SequenceFile::init_taxon_output_fields() { using namespace std::placeholders; auto callback = [](const TabularFormat&, const HspContext& r, Output::Info& info, Rank rank) { set tax_id = info.db->rank_taxid(info.db->taxids(r.subject_oid), rank); tax_id.erase(-1); tax_id.erase(0); tax_id.erase(1); if (tax_id.empty()) info.out << "N/A"; else print_taxon_names(tax_id.begin(), tax_id.end(), *info.db, info.out); }; auto star = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; for (int i = 1; i < Rank::count; ++i) { const FieldId next = FieldId((int)TabularFormat::field_def.rbegin()->first + 1); OutputField f; f.description = "Unique subject "; f.description += Rank::names[i]; f.description += "(s), separated by a ';'"; f.flags = Output::Flags::IS_ARRAY | Output::Flags::NO_REALIGN; f.hsp_values = HspValues::NONE; f.id = next; f.key = "s"; f.key += Rank::names[i]; std::replace(f.key.begin(), f.key.end(), ' ', '_'); if (!TabularFormat::field_def.emplace(next, f).second) throw runtime_error("Duplicate taxonomic rank."); TabularFormat::field_callbacks[next].match = std::bind(callback, _1, _2, _3, Rank(i)); TabularFormat::field_callbacks[next].query_intro = star; } } RawChunk* SequenceFile::raw_chunk(size_t letters, SequenceFile::Flags flags) { throw OperationNotSupported(); } pair, vector> SequenceFile::partition(uint64_t max_block_size, uint64_t start_size) const { pair, vector> result; result.first.push_back(0); uint64_t block_size = start_size; for (OId i = 0; i < (OId)seq_length_.size(); ++i) { if (block_size + seq_length_[i] > max_block_size && block_size > 0) { result.first.push_back(i); result.second.push_back(block_size - (result.second.empty() ? start_size : 0)); block_size = 0; } block_size += seq_length_[i]; } result.first.push_back((OId)seq_length_.size()); result.second.push_back(block_size - (result.second.empty() ? start_size : 0)); return result; }bbuchfink-diamond-6dc5717/src/data/sequence_file.h000066400000000000000000000255531523407312000221070ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "sequence_set.h" #include "util/data_structures/bit_vector.h" #include "util/enum.h" #include "block/block.h" struct Chunk { Chunk() : i(0), offset(0), n_seqs(0) {} Chunk(int i_, size_t offset_, size_t n_seqs_) : i(i_), offset(offset_), n_seqs(n_seqs_) {} int i; size_t offset; uint64_t n_seqs; }; struct AccessionNotFound : public std::exception { }; struct OperationNotSupported : public std::exception { }; struct FastaFile; constexpr int MAX_LINEAGE = 256; struct DbFilter { DbFilter(): letter_count(0) { } DbFilter(uint64_t size) : oid_filter(size), letter_count() { } BitVector oid_filter; uint64_t letter_count; }; struct DecodedPackage { Block block; std::vector> taxids; size_t seq_count = 0; int no; uint64_t byte_size() const { return block.mem_size(); } }; struct RawChunk; struct FormatDetectionError : public std::runtime_error { FormatDetectionError(const std::string& message) : std::runtime_error(message) { } }; int frame_mask(); struct SequenceFile { static const uint64_t DEFAULT_LOAD_SIZE; enum class Type { DMND = 0, BLAST = 1, FASTA = 2, BLOCK = 3 }; enum class Flags : int { NONE = 0, NO_COMPATIBILITY_CHECK = 1, NO_FASTA = 1 << 1, ALL_SEQIDS = 1 << 2, FULL_TITLES = 1 << 3, TARGET_SEQS = 1 << 4, SELF_ALN_SCORES = 1 << 5, NEED_LETTER_COUNT = 1 << 6, ACC_TO_OID_MAPPING = 1 << 7, OID_TO_ACC_MAPPING = 1 << 8, NEED_LENGTH_LOOKUP = 1 << 9, NEED_EARLY_TAXON_MAPPING = 1 << 10, TAXON_MAPPING = 1 << 11, TAXON_NODES = 1 << 12, TAXON_SCIENTIFIC_NAMES = 1 << 13, TAXON_RANKS = 1 << 14, SEQS = 1 << 15, TITLES = 1 << 16, QUALITY = 1 << 17, LAZY_MASKING = 1 << 18, DNA_PRESERVATION = 1 << 19, RANK_BY_SEQID = 1 << 20, ALL = SEQS | TITLES }; enum class FormatFlags { TITLES_LAZY = 1, DICT_LENGTHS = 1 << 1, DICT_SEQIDS = 1 << 2, LENGTH_LOOKUP = 1 << 3, SEEKABLE = 1 << 4 }; struct SeqInfo { SeqInfo() {} SeqInfo(uint64_t pos, size_t len) : pos(pos), seq_len(uint32_t(len)) {} uint64_t pos; uint32_t seq_len; enum { SIZE = 16 }; }; SequenceFile(Type type, Flags flags, FormatFlags format_flags, const ValueTraits& value_traits = amino_acid_traits); virtual int64_t file_count() const = 0; virtual void init_seqinfo_access() = 0; virtual void init_seq_access() = 0; virtual void seek_chunk(const Chunk& chunk) = 0; virtual OId tell_seq() const = 0; virtual bool eof() const = 0; virtual SeqInfo read_seqinfo() = 0; virtual void putback_seqinfo() = 0; virtual size_t id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) = 0; virtual void seek_offset(size_t p) = 0; virtual void read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) = 0; virtual void read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) = 0; virtual void skip_id_data() = 0; virtual std::string seqid(OId oid, bool all, bool full_titles); virtual std::string dict_title(DictId dict_id, const size_t ref_block) const final; virtual Loc dict_len(DictId dict_id, const size_t ref_block); std::vector dict_seq(DictId dict_id, const size_t ref_block); virtual optional sequence_count() const = 0; virtual optional letters() const = 0; virtual size_t letters_filtered(const DbFilter& v); virtual int db_version() const = 0; virtual int program_build_version() const = 0; virtual bool read_seq(std::vector& seq, std::string& id, std::vector* quals = nullptr) = 0; Flags metadata() const; virtual std::string taxon_scientific_name(TaxId taxid) const; virtual int build_version() = 0; virtual void create_partition_balanced(int64_t max_letters) = 0; virtual void save_partition(const std::string& partition_file_name, const std::string& annotation = "") = 0; virtual int get_n_partition_chunks() = 0; virtual void set_seqinfo_ptr(OId i) = 0; virtual void close() = 0; virtual DbFilter* filter_by_accession(const std::string& file_name) = 0; virtual std::vector taxids(size_t oid) const = 0; virtual TaxId max_taxid() const; virtual TaxId get_parent(TaxId taxid); virtual int rank(TaxId taxid) const; std::set rank_taxid(const std::vector& taxid, int rank); TaxId rank_taxid(TaxId taxid, int rank); std::vector lineage(TaxId taxid); TaxId get_lca(TaxId t1, TaxId t2); bool contained(TaxId query, const std::set& filter, bool include_invalid); bool contained(const std::vector& query, const std::set& filter, bool all, bool include_invalid); virtual std::string file_name() = 0; virtual void seq_data(size_t oid, std::vector& dst) = 0; virtual Loc seq_length(size_t oid) = 0; void init_random_access(const size_t query_block, const size_t ref_blocks, bool dictionary = true); virtual void end_random_access(bool dictionary = true) = 0; virtual std::vector accession_to_oid(const std::string& acc) const; virtual ~SequenceFile(); virtual void print_info() const; virtual double rel_file_ptr() = 0; Type type() const { return type_; } Block* load_seqs(const int64_t max_letters, OId max_seqs = 0, const BitVector* filter = nullptr, const Chunk& chunk = Chunk()); void get_seq(); //Util::Tsv::File* make_seqid_list(); optional total_blocks() const; std::pair, std::vector> partition(uint64_t max_block_size, uint64_t start_size = 0) const; SequenceSet seqs_by_accession(const std::vector::const_iterator begin, const std::vector::const_iterator end); std::vector seq_by_accession(const std::string& acc); DbFilter* filter_by_taxonomy(std::istream& filter, char delimiter, bool exclude); //void write_accession_list(const std::vector& oids, std::string& file_name); template std::vector seq_offsets(It begin, It end); static void init_taxon_output_fields(); virtual RawChunk* raw_chunk(size_t letters, Flags flags); virtual void add_taxid_mapping(const std::vector>& taxids); virtual int raw_chunk_no() const; uint64_t disk_size() const; void init_dict(const size_t query_block, const size_t target_block); void init_dict_block(size_t block, size_t seq_count, bool persist); void close_dict_block(bool persist); DictId dict_id(size_t block, size_t block_id, size_t oid, size_t len, const char* id, const Letter* seq, const double self_aln_score); size_t oid(DictId dict_id, const size_t ref_block) const; double dict_self_aln_score(const size_t dict_size, const size_t ref_block) const; size_t dict_size() const { return next_dict_id_; } Flags& flags() { return flags_; } FormatFlags format_flags() const { return format_flags_; } static SequenceFile* auto_create(const std::vector& path, Flags flags = Flags::NONE, const ValueTraits& value_traits = amino_acid_traits); size_t mem_size() const { size_t n = 0; for (auto& v : dict_oid_) n += v.size() * sizeof(OId); for (auto& v : dict_len_) n += v.size() * sizeof(uint32_t); for (auto& v : dict_title_) n += v.raw_len(); for (auto& v : dict_seq_) n += v.raw_len(); for (auto& v : dict_self_aln_score_) n += v.size() * sizeof(double); if (!acc2oid_.empty() || !block_to_dict_id_.empty()) std::terminate(); return n; } std::string open_stats() const { return open_stats_; } protected: static const char* const SEQID_HDR; void load_dictionary(const size_t query_block, const size_t ref_blocks); void free_dictionary(); static size_t dict_block(const size_t ref_block); void build_acc_to_oid(); std::pair read_fai_file(const std::string& file_name, int64_t seqs, int64_t letters); void add_seqid_mapping(const std::string& id, OId oid); void init_cache(); std::pair load_parallel(const uint64_t max_letters, const BitVector* filter, std::unordered_map* accs, const Chunk& chunk, bool load_taxids); Flags flags_; const FormatFlags format_flags_; const ValueTraits& value_traits_; uint64_t disk_size_; std::unique_ptr dict_file_; DictId next_dict_id_; size_t dict_alloc_size_; std::vector> dict_oid_; std::vector> dict_len_; std::vector dict_title_; std::vector dict_seq_; std::vector> dict_self_aln_score_; std::unordered_map acc2oid_; std::vector seq_length_; std::string open_stats_; private: static const DictId DICT_EMPTY; void write_dict_entry(size_t block, size_t oid, size_t len, const char* id, const Letter* seq, const double self_aln_score); bool load_dict_entry(File& f, const size_t ref_block); void reserve_dict(const size_t ref_blocks); std::pair load_twopass(const uint64_t max_letters, const BitVector* filter, const Chunk& chunk); std::pair load_onepass(const uint64_t max_letters, OId max_seqs, const BitVector* filter); void load_dict_block(File* f, const size_t ref_block); void set_cached(TaxId taxon_id, bool contained) { cached_[taxon_id] = true; contained_[taxon_id] = contained; } const Type type_; std::map> block_to_dict_id_; std::mutex dict_mtx_; std::vector cached_, contained_; }; template<> struct EnumTraits { static const EMap to_string; }; struct RawChunk { virtual bool empty() const = 0; virtual OId begin() const noexcept = 0; virtual OId end() const noexcept = 0; virtual DecodedPackage* decode(SequenceFile::Flags flags, const BitVector* filter, std::unordered_map* accs, SequenceType seq_type) const = 0; virtual size_t letters() const noexcept = 0; virtual size_t bytes() const noexcept = 0; virtual ~RawChunk() = default; int no; }; DEFINE_ENUM_OPERATORS(SequenceFile::Flags) DEFINE_ENUM_OPERATORS(SequenceFile::FormatFlags) template void print_taxon_names(It begin, It end, const SequenceFile& db, TextBuffer& out, bool json = false) { if (begin == end) { out << "N/A"; return; } for (It i = begin; i != end; ++i) { if (json) out << "\""; if (i != begin) out << (json ? ',' : ';'); out << db.taxon_scientific_name(*i); if (json) out << "\""; } }bbuchfink-diamond-6dc5717/src/data/sequence_set.cpp000066400000000000000000000067641523407312000223210ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "sequence_set.h" #include "util/sequence/sequence.h" #include "util/log_stream.h" using std::vector; using std::pair; using std::string; SequenceSet::SequenceSet() { } void SequenceSet::print_stats() const { *log_stream << "Sequences = " << this->size() << ", letters = " << this->letters() << ", average length = " << this->avg_len() << std::endl; } std::pair SequenceSet::len_bounds(Length min_len) const { const size_t l(this->size()); Length max = 0, min = std::numeric_limits::max(); for (size_t i = 0; i < l; ++i) { max = std::max(this->length(i), max); min = this->length(i) >= min_len ? std::min(this->length(i), min) : min; } return pair(min, max); } SequenceSet::Length SequenceSet::max_len(size_t begin, size_t end) const { Length max = 0; for (size_t i = begin; i < end; ++i) max = std::max(this->length(i), max); return max; } std::vector SequenceSet::partition(unsigned n_part, bool shortened, bool context_reduced) const { std::vector v; const size_t l = (this->letters() + n_part - 1) / n_part; const Id c = context_reduced ? align_mode.query_contexts : 1; if(!shortened) v.push_back(0); for (Id i = 0; i < this->size();) { size_t n = 0; while (i < this->size() && n < l) { for (Id j = 0; j < c; ++j) n += this->length(i++); } v.push_back(i / c); } for (size_t i = v.size(); i < n_part + (shortened ? 0 : 1); ++i) v.push_back(this->size() / c); return v; } size_t SequenceSet::reverse_translated_len(size_t i) const { const size_t j(i - i % 6); const Loc l(this->length(j)); if (this->length(j + 2) == l) return l * 3 + 2; else if (this->length(j + 1) == l) return l * 3 + 1; else return l * 3; } TranslatedSequence SequenceSet::translated_seq(const Sequence& source, size_t i) const { if (!align_mode.query_translated) return TranslatedSequence((*this)[i]); return TranslatedSequence(source, (*this)[i], (*this)[i + 1], (*this)[i + 2], (*this)[i + 3], (*this)[i + 4], (*this)[i + 5]); } size_t SequenceSet::avg_len() const { return this->letters() / this->size(); } SequenceSet::~SequenceSet() { } size_t max_id_len(const StringSet& ids) { size_t max(0); for (BlockId i = 0; i < ids.size(); ++i) max = std::max(max, find_first_of(ids[i], Util::Seq::id_delimiters)); return max; } std::vector> SequenceSet::lengths() const { vector> l; l.reserve(size()); for (BlockId i = 0; i < size(); ++i) l.emplace_back(length(i), i); return l; } Loc SequenceSet::source_length(BlockId i) const { if (align_mode.query_contexts == 1) return length(i); const BlockId j = i - i % align_mode.query_contexts; return length(j) + length(j + 1) + length(j + 2) + 2; }bbuchfink-diamond-6dc5717/src/data/sequence_set.h000066400000000000000000000032111523407312000217460ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/sequence.h" #include "string_set.h" #include "basic/value.h" struct SequenceSet : public StringSetBase { SequenceSet(); SequenceSet(StringSetBase&& string_set): StringSetBase(std::move(string_set)) {} void print_stats() const; Sequence operator[](size_t i) const { return Sequence(ptr(i), (Loc)length(i)); } std::pair len_bounds(Length min_len) const; Length max_len(size_t begin, size_t end) const; std::vector partition(unsigned n_part, bool shortened = false, bool context_reduced = false) const; size_t reverse_translated_len(size_t i) const; TranslatedSequence translated_seq(const Sequence& source, size_t i) const; size_t avg_len() const; virtual ~SequenceSet(); std::vector> lengths() const; Loc source_length(BlockId i) const; }; size_t max_id_len(const StringSet& ids);bbuchfink-diamond-6dc5717/src/data/string_set.h000066400000000000000000000155411523407312000214550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "util/log_stream.h" #include "util/memory/vmbuffer.h" template struct StringSetBase { using Length = Loc; using Id = BlockId; using Pos = int64_t; enum { PERIMETER_PADDING = 256 }; enum : size_t { HUGE_PAGE_THRESHOLD = size_t(16) << 20 }; static const char DELIMITER = padding_char; StringSetBase(): data_ (PERIMETER_PADDING, padding_char) { limits_.push_back(PERIMETER_PADDING); } void finish_reserve(bool log_message = false) { const size_t r = raw_len() + PERIMETER_PADDING; if (log_message) *log_stream << "finish_reserve r=" << r << " capacity=" << data_.capacity() << std::endl; data_.resize(r); std::fill(data_.begin() + raw_len(), data_.end(), padding_char); data_.shrink_to_fit(); limits_.shrink_to_fit(); } void reserve(size_t n) { limits_.push_back(raw_len() + n + padding_len); } void reserve(size_t entries, size_t length, bool log_message = false) { limits_.reserve(entries + 1); const size_t d = length + 2 * PERIMETER_PADDING + entries * padding_len; if (d * sizeof(T) >= HUGE_PAGE_THRESHOLD) data_.request_huge_pages(); data_.reserve(d); if (log_message) *log_stream << "reserve=" << (entries + 1) * sizeof(Pos) + d * sizeof(T) << std::endl; } void clear() { limits_.resize(1); data_.resize(PERIMETER_PADDING); } void shrink_to_fit() { limits_.shrink_to_fit(); data_.shrink_to_fit(); } template void push_back(It begin, It end) { assert(begin <= end); limits_.push_back(raw_len() + (end - begin) + padding_len); data_.append(begin, end); data_.append(padding_len, padding_char); } void append(const StringSetBase& s, bool remove_padding = false) { const Id n = s.size(); if (n == 0) return; auto it = s.limits_.cbegin() + 1; assert(raw_len() >= s.limits_.front()); const Pos offset = raw_len() - s.limits_.front(); for (Id i = 0; i < n; ++i) limits_.push_back(*it++ + offset); if (remove_padding) { data_.resize(data_.size() - PERIMETER_PADDING); data_.append(s.ptr(0), s.end(n - 1) + 1 + PERIMETER_PADDING); } else data_.append(s.ptr(0), s.end(n - 1) + 1); } template void assign(const size_t i, const It begin, const It end) { std::copy(begin, end, ptr(i)); std::fill(ptr(i) + (end - begin), ptr(i) + (end - begin) + padding_len, padding_char); } void fill(size_t n, T v) { limits_.push_back(raw_len() + n + padding_len); data_.append(n, v); data_.append(padding_len, padding_char); } T* ptr(size_t i) { return &data_[limits_[i]]; } const T* ptr(size_t i) const { return &data_[limits_[i]]; } const T* end(size_t i) const { return &data_[limits_[i + 1] - padding_len]; } size_t check_idx(size_t i) const { if (limits_.size() < i + 2) throw std::runtime_error("Sequence set index out of bounds."); return i; } Length length(size_t i) const { return Length(limits_[i + 1] - limits_[i] - padding_len); } Id size() const { return Id(limits_.size() - 1); } bool empty() const { return limits_.size() <= 1; } int64_t raw_len() const { return limits_.back(); } int64_t mem_size() const { return data_.size() * sizeof(T) + limits_.size() * sizeof(int64_t); } int64_t letters() const { return raw_len() - size() - PERIMETER_PADDING; } T* data(uint64_t p = 0) { return &data_[p]; } const T* data(uint64_t p = 0) const { return &data_[p]; } size_t position(const T* p) const { return p - data(); } Pos position(Id i, Length j) const { return limits_[i] + j; } std::pair local_position(int64_t p) const { auto i = std::upper_bound(limits_.begin(), limits_.end(), p) - limits_.begin() - 1; return std::pair(Id(i), Length(p - limits_[i])); } template void local_position_batch(It begin, It end, Out out, Cmp cmp) const { batch_binary_search(begin, end, limits_.begin(), limits_.end(), out, cmp); } const T* operator[](size_t i) const { return ptr(i); } const T* back() const { return ptr(limits_.size() - 2); } typename std::vector::const_iterator limits_begin() const { return limits_.begin(); } typename std::vector::const_iterator limits_end() const { return limits_.end(); } struct ConstIterator { ConstIterator(const T* data, const int64_t* limits): data_(data), limits_(limits) {} using iterator_category = std::random_access_iterator_tag; using difference_type = ptrdiff_t; using value_type = T; using pointer = T*; using reference = T&; ptrdiff_t operator-(const ConstIterator& it) const { return limits_ - it.limits_; } bool operator==(const ConstIterator& it) const { return limits_ == it.limits_; } bool operator!=(const ConstIterator& it) const { return limits_ != it.limits_; } ConstIterator operator+(ptrdiff_t d) const { return { data_ + *(limits_ + d) - *limits_, limits_ + d }; } bool operator<(const ConstIterator& it) const { return limits_ < it.limits_; } ConstIterator& operator+=(ptrdiff_t d) { data_ += *(limits_ + d) - *limits_; limits_ += d; return *this; } ConstIterator& operator++() { this->operator+=(1); return *this; } std::pair operator[](const ptrdiff_t i) const { return { data_ + limits_[i] - limits_[0], limits_[i + 1] - limits_[i] - padding_len }; } std::pair operator*() const { return this->operator[](0); } private: const T* data_; const int64_t* limits_; }; ConstIterator cbegin() const { return ConstIterator(ptr(0), limits_.data()); } ConstIterator cend() const { return ConstIterator(nullptr, &limits_[size()]); } template StringSetBase subset(It begin, It end) const { StringSetBase r; r.limits_.reserve(end - begin); for (It i = begin; i != end; ++i) r.reserve(length(*i)); r.finish_reserve(); Id n = 0; for (It i = begin; i != end; ++i, ++n) { r.assign(n, ptr(*i), this->end(*i)); } return r; } private: VmVector data_; std::vector limits_; }; using StringSet = StringSetBase;bbuchfink-diamond-6dc5717/src/data/taxon_list.cpp000066400000000000000000000113011523407312000220010ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "taxon_list.h" #include "util/log_stream.h" #include "util/io/file.h" #include "basic/config.h" #include "util/string/tokenizer.h" #include "util/algo/external_sort.h" #include "util/algo/sort_helper.h" #include "legacy/dmnd/io.h" #include "util/sequence/sequence.h" using std::set; using std::endl; using std::make_pair; using std::vector; using std::pair; using std::string; TaxonList::TaxonList(File &in, size_t size, size_t data_size): CompactArray(in, size, data_size) {} static int mapping_file_format(const string& header) { string field1, field2; Util::String::Tokenizer tok(header, Util::String::CharDelimiter('\t')); tok >> field1 >> field2; if (field1 == "accession" && field2 == "accession.version") { tok >> field1 >> field2; if (field1 == "taxid" && field2 == "gi" && !tok.good()) return 0; } else if (field1 == "accession.version" && field2 == "taxid" && !tok.good()) return 1; throw std::runtime_error("Accession mapping file header has to be in one of these formats:\naccession\taccession.version\ttaxid\tgi\naccession.version\ttaxid"); } static Util::Seq::AccessionParsing load_mapping_file(ExternalSorter>& sorter) { TaxId taxid; File f(config.prot_accession2taxid, "rb", File::Flags::DETECT_COMPRESSION); const char* line = f.getline(); int format = mapping_file_format(line); string accession, last; Util::Seq::AccessionParsing stats; while (f.getline(), !f.eof() || line[0] != '\0') { try { if (format == 0) Util::String::Tokenizer(line, Util::String::CharDelimiter('\t')) >> Util::String::Skip() >> accession >> taxid; else Util::String::Tokenizer(line, Util::String::CharDelimiter('\t')) >> accession >> taxid; } catch (Util::String::TokenizerException&) { throw std::runtime_error("Malformed input in line " + std::to_string(f.line_count)); } if (accession.empty()) throw std::runtime_error("Empty accession field in line " + std::to_string(f.line_count)); if (!config.no_parse_seqids) { size_t i = accession.find(":PDB="); if (i != string::npos) { accession.erase(i); ++stats.pdb_suffix; } accession = Util::Seq::get_accession(accession, stats); } if (accession != last) sorter.push(make_pair(accession, taxid)); last = accession; } f.close(); return stats; } void TaxonList::build(File &db, ExternalSorter>& acc2oid, OId seqs, Util::Table& stats) { TaskTimer timer("Loading taxonomy mapping file"); ExternalSorter> acc2taxid; const Util::Seq::AccessionParsing acc_stats = load_mapping_file(acc2taxid); timer.go("Joining accession mapping"); acc2taxid.init_read(); acc2oid.init_read(); const auto cmp = [](const pair& x, const pair& y) { return x.first < y.first; }; const auto value = [](const pair& x, const pair& y) { return make_pair(x.second, y.second); }; auto it = join_sorted_lists(acc2oid, acc2taxid, First(), First(), value); ExternalSorter> oid2taxid; size_t acc_matched = 0; while (it.good()) { oid2taxid.push(*it); ++it; ++acc_matched; } timer.go("Writing taxon id list"); oid2taxid.init_read(); auto taxid_it = merge_keys(oid2taxid, First(), Second(), 0); size_t mapped_seqs = 0; while (taxid_it.key() < seqs) { set tax_ids = *taxid_it; tax_ids.erase(0); serialize(db, tax_ids); ++taxid_it; if (!tax_ids.empty()) ++mapped_seqs; } timer.finish(); stats("Accessions in database", acc2oid.count()); stats("Entries in accession to taxid file", acc2taxid.count()); stats("Database accessions mapped to taxid" , acc_matched); stats("Database sequences mapped to taxid", mapped_seqs); if (!config.no_parse_seqids) *message_stream << endl << "Accession parsing rules triggered for mapping file seqids (use --no-parse-seqids to disable):" << endl << acc_stats << endl; }bbuchfink-diamond-6dc5717/src/data/taxon_list.h000066400000000000000000000022341523407312000214530ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/io/file.h" #include "legacy/dmnd/compact_array.h" #include "util/table.h" #include "basic/value.h" template struct ExternalSorter; struct TaxonList : public CompactArray { typedef std::pair T; TaxonList(File &in, size_t size, size_t data_size); static void build(File &db, ExternalSorter>& accessions, OId seqs, Util::Table& stats); };bbuchfink-diamond-6dc5717/src/data/taxonomy.cpp000066400000000000000000000047751523407312000215140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "taxonomy.h" #include "data/blastdb/taxdmp.h" #include "basic/config.h" #include "util/log_stream.h" #include "taxonomy_nodes.h" using std::string; using std::map; using std::endl; using std::set; using std::vector; using std::runtime_error; const char* Rank::names[] = { "no rank", "superkingdom", "cellular root", "acellular root", "domain", "realm", "kingdom", "subkingdom", "superphylum", "phylum", "subphylum", "superclass", "class", "subclass", "infraclass", "cohort", "subcohort", "superorder", "order", "suborder", "infraorder", "parvorder", "superfamily", "family", "subfamily", "tribe", "subtribe", "genus", "subgenus", "section", "subsection", "series", "species group", "species subgroup", "species", "subspecies", "varietas", "forma", "strain", "biotype", "clade", "forma specialis", "genotype", "isolate", "morph", "pathogroup", "serogroup", "serotype", "subvariety" }; map Rank::init_map() { map r; for (size_t i = 0; i < count; ++i) r[names[i]] = Rank(i); return r; } const map Rank::rank_map = Rank::init_map(); Rank::Rank(const char *s) { if (rank_map.find(s) == rank_map.end()) throw runtime_error("Invalid taxonomic rank: " + string(s)); r = rank_map.find(s)->second.r; } Taxonomy taxonomy; size_t Taxonomy::load_names() { size_t n = 0; auto f = [&](int64_t id, const string& name) { if (safe_cast(id) >= name_.size()) name_.resize(id + 1); name_[id] = name; ++n; }; read_names_dmp(config.namesdmp, f); return n; } void Taxonomy::init() { TaskTimer timer; if (!config.namesdmp.empty()) { timer.go("Loading taxonomy names"); size_t n = load_names(); timer.finish(); *message_stream << "Loaded taxonomy names for " << n << " taxon ids." << endl; } }bbuchfink-diamond-6dc5717/src/data/taxonomy.h000066400000000000000000000016651523407312000211540ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include struct Taxonomy { void init(); size_t load_names(); std::vector name_; friend struct TaxonomyNodes; }; extern Taxonomy taxonomy;bbuchfink-diamond-6dc5717/src/data/taxonomy_nodes.cpp000066400000000000000000000071601523407312000226730ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "taxonomy_nodes.h" #include "util/log_stream.h" #include "util/string/string.h" #include "legacy/dmnd/io.h" #include "blastdb/taxdmp.h" using std::string; using std::reverse; using std::vector; using std::set; using std::endl; using std::to_string; using std::runtime_error; const std::map Rank::legacy_rank_codes = { {0, Rank::none}, {1, Rank::superkingdom}, {2, Rank::kingdom}, {3, Rank::subkingdom}, {4, Rank::superphylum}, {5, Rank::phylum}, {6, Rank::subphylum}, {7, Rank::superclass}, {8, Rank::class_rank}, {9, Rank::subclass}, {10, Rank::infraclass}, {11, Rank::cohort}, {12, Rank::subcohort}, {13, Rank::superorder}, {14, Rank::order}, {15, Rank::suborder}, {16, Rank::infraorder}, {17, Rank::parvorder}, {18, Rank::superfamily}, {19, Rank::family}, {20, Rank::subfamily}, {21, Rank::tribe}, {22, Rank::subtribe}, {23, Rank::genus}, {24, Rank::subgenus}, {25, Rank::section}, {26, Rank::subsection}, {27, Rank::series}, {28, Rank::species_group}, {29, Rank::species_subgroup}, {30, Rank::species}, {31, Rank::subspecies}, {32, Rank::varietas}, {33, Rank::forma}, {34, Rank::strain}, {35, Rank::biotype}, {36, Rank::clade}, {37, Rank::forma_specialis}, {38, Rank::genotype}, {39, Rank::isolate}, {40, Rank::morph}, {41, Rank::pathogroup}, {42, Rank::serogroup}, {43, Rank::serotype}, {44, Rank::subvariety} }; TaxonomyNodes::TaxonomyNodes(const string& file_name): node_count_(0) { auto f = [&](TaxId taxid, TaxId parent, const string& rank) { if (safe_cast(taxid) >= parent_.size()) parent_.resize(taxid + 1, 0); parent_[taxid] = parent; if (safe_cast(taxid) >= rank_.size()) rank_.resize(taxid + 1, Rank::none); rank_[taxid] = Rank(rank.c_str()); ++node_count_; }; read_nodes_dmp(file_name, f); } void TaxonomyNodes::save(File &out) { TaskTimer timer("Building taxonomy nodes"); serialize(out, parent_); out.write(rank_.data(), rank_.size()); timer.finish(); *message_stream << node_count_ << " taxonomy nodes processed." << endl; *message_stream << "Maximum taxon id: " << parent_.size() - 1 << endl; size_t rank_count[Rank::count]; std::fill(rank_count, rank_count + Rank::count, 0); for (const Rank r : rank_) { ++rank_count[r]; } const size_t w = MAX_LEN(Rank::names) + 2; *message_stream << "Number of nodes assigned to rank:" << endl; for (size_t i = 0; i < Rank::count; ++i) *message_stream << std::left << std::setw(w) << Rank::names[i] << rank_count[i] << endl; *message_stream << endl; } TaxonomyNodes::TaxonomyNodes(File &in, uint32_t db_build): node_count_(0) { deserialize(in, parent_); if (db_build >= 131) { rank_.resize(parent_.size()); in.read(rank_.data(), rank_.size()); } }bbuchfink-diamond-6dc5717/src/data/taxonomy_nodes.h000066400000000000000000000056661523407312000223510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "util/io/file.h" #include "basic/value.h" #include "util/util.h" struct Rank { Rank() : r(none) {} Rank(size_t i) : r((char)i) {} Rank(const char *s); enum { count = 49, strain = 38, biotype = 39, clade = 40, forma_specialis = 41, genotype = 42, isolate = 43, morph = 44, pathogroup = 45, serogroup = 46, serotype = 47, subvariety = 48, forma = 37, varietas = 36, subspecies = 35, species = 34, species_subgroup = 33, species_group = 32, series = 31, subsection = 30, section = 29, subgenus = 28, genus = 27, subtribe = 26, tribe = 25, subfamily = 24, family = 23, superfamily = 22, parvorder = 21, infraorder = 20, suborder = 19, order = 18, superorder = 17, subcohort = 16, cohort = 15, infraclass = 14, subclass = 13, class_rank = 12, superclass = 11, subphylum = 10, phylum = 9, superphylum = 8, subkingdom = 7, kingdom = 6, realm = 5, domain = 4, acellular_root = 3, cellular_root = 2, superkingdom = 1, none = 0 }; operator int() const { return (int)r; } friend std::ostream& operator<<(std::ostream &s, Rank &r) { s << std::string(names[(int)r.r]); return s; } static int predefined(const char* s) { auto it = rank_map.find(s); return it == rank_map.end() ? -1 : (int)it->second; } static const char* names[count]; static const std::map legacy_rank_codes; private: char r; static const std::map rank_map; static std::map init_map(); }; struct TaxonomyNodes { TaxonomyNodes(const std::string& file_name); TaxonomyNodes(File &in, uint32_t db_build); void save(File &out); unsigned get_parent(TaxId taxid) const { if (taxid < 0 || safe_cast(taxid) >= parent_.size()) return 0; return parent_[taxid]; } int rank(TaxId tax_id) const { if (tax_id < 0 || safe_cast(tax_id) >= rank_.size()) return -1; return rank_[tax_id]; } bool contained(TaxId query, const std::set &filter); bool contained(const std::vector& query, const std::set &filter); TaxId max() const { return safe_cast(parent_.size() - 1); } private: uint64_t node_count_; std::vector parent_; std::vector rank_; };bbuchfink-diamond-6dc5717/src/dp/000077500000000000000000000000001523407312000166075ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/dp/dp.h000066400000000000000000000202551523407312000173670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/sequence.h" #include "basic/match.h" #include "basic/statistics.h" #include "basic/config.h" #include "data/sequence_set.h" #include "stats/cbs.h" #include "flags.h" #include "util/parallel/thread_pool.h" #include "align/def.h" #include "dp/score_profile.h" struct DpTarget { struct CarryOver { CarryOver() : i1(0), j1(0), ident(0), len(0) {} CarryOver(int i1, int j1, int ident, int len) : i1(i1), j1(j1), ident(ident), len(len) {} int i1, j1, ident, len; }; static constexpr BlockId BLANK = std::numeric_limits::max(); enum { MIN_LETTERS = 3 }; static Loc banded_cols(const Loc qlen, const Loc tlen, const Loc d_begin, const Loc d_end) { const Loc pos = std::max(d_end - 1, 0) - (d_end - 1); const Loc d0 = d_begin; const Loc j1 = std::min(qlen - 1 - d0, tlen - 1) + 1; return j1 - pos; } DpTarget(): d_begin(), d_end(), cols(), target_idx(BLANK), matrix(nullptr) { } //DpTarget(const Sequence &seq, int true_target_len, int d_begin, int d_end, Interval chaining_target_range, Score chaining_score, BlockId target_idx, int qlen, const Stats::TargetMatrix* matrix = nullptr, const CarryOver& carry_over = CarryOver(), const Anchor& anchor = Anchor()) : DpTarget(const Sequence& seq, int true_target_len, int d_begin, int d_end, BlockId target_idx, int qlen, const Stats::TargetMatrix* matrix = nullptr, const CarryOver& carry_over = CarryOver(), const Anchor& anchor = Anchor()) : seq(seq), d_begin(d_begin), d_end(d_end), cols(banded_cols(qlen, seq.length(), d_begin, d_end)), true_target_len(true_target_len), //chaining_target_range(chaining_target_range), //chaining_score(chaining_score), target_idx(target_idx), carry_over(carry_over), matrix(matrix), anchor(anchor) { } DpTarget(const Sequence& seq, int true_target_len, BlockId target_idx, const Stats::TargetMatrix* matrix = nullptr, const CarryOver& carry_over = CarryOver()): seq(seq), d_begin(), d_end(), cols(), true_target_len(true_target_len), //chaining_score(0), target_idx(target_idx), carry_over(carry_over), matrix(matrix) { } DpTarget(const std::pair seq) : seq(seq.first, seq.second), d_begin(), d_end(), cols(), true_target_len((Loc)seq.second), target_idx(BLANK), matrix(nullptr) { } int left_i1() const { return std::max(d_end - 1, 0); } int band() const { return d_end - d_begin; } bool operator<(const DpTarget &x) const { const int i = left_i1(), j = x.left_i1(), b1 = band(), b2 = x.band(), bin_b1 = b1 / config.band_bin, bin_b2 = b2 / config.band_bin, t1 = cols, t2 = x.cols, bin_t1 = t1 / config.col_bin, bin_t2 = t2 / config.col_bin; return bin_b1 < bin_b2 || (bin_b1 == bin_b2 && (bin_t1 < bin_t2 || (bin_t1 == bin_t2 && i < j))); //return i < j || (i == j && (target_idx < x.target_idx || (target_idx == x.target_idx && d_begin < x.d_begin))); } bool blank() const { return target_idx == BLANK; } bool adjusted_matrix() const { return matrix != nullptr; } int matrix_scale() const { return adjusted_matrix() ? config.cbs_matrix_scale : 1; } int64_t cells(DP::Flags flags, Loc qlen) const { return flag_any(flags, DP::Flags::FULL_MATRIX) ? (int64_t)seq.length() * (int64_t)qlen : int64_t(d_end - d_begin) * (int64_t)cols; } bool extend_right(Loc qlen) const { //return anchor.query_end() < qlen && anchor.subject_end() < seq.length() return std::min(qlen - anchor.query_end(), seq.length() - anchor.subject_end()) >= MIN_LETTERS; } bool extend_left() const { //return anchor.query_begin() > 0 && anchor.subject_begin() > 0 return std::min(anchor.query_begin(), anchor.subject_begin()) >= MIN_LETTERS; } friend std::ostream& operator<<(std::ostream& s, const DpTarget& t) { s << t.seq << '\t' << t.d_begin << '\t' << t.d_end << '\t' << t.cols << '\t' << t.true_target_len << '\t' << t.target_idx; return s; } Sequence seq; Loc d_begin, d_end, cols, true_target_len; //Interval chaining_target_range; //Score chaining_score; BlockId target_idx; CarryOver carry_over; const Stats::TargetMatrix* matrix; Anchor anchor; const LongScoreProfile* prof, *prof_reverse; }; struct DpStat { DpStat(): gross_cells(0), net_cells(0) {} DpStat& operator+=(DpStat &x) { mtx_.lock(); gross_cells += x.gross_cells; net_cells += x.net_cells; mtx_.unlock(); return *this; } size_t gross_cells, net_cells; private: std::mutex mtx_; }; extern DpStat dp_stat; namespace DP { struct Params { const Sequence query; const char* query_id; const Frame frame; const int query_source_len; const int8_t* const composition_bias; const Flags flags; const bool reverse_targets; Loc target_max_len; int swipe_bin; HspValues v; Statistics& stat; ThreadPool* thread_pool; }; enum { BINS = 6, SCORE_BINS = 3, ALGO_BINS = 2 }; struct Traceback {}; struct ScoreOnly {}; struct TargetVec { using const_iterator = std::vector::const_iterator; using iterator = std::vector::iterator; TargetVec() : max_len_(0) {} iterator begin() { return targets_.begin(); } iterator end() { return targets_.end(); } const_iterator begin() const { return targets_.begin(); } const_iterator end() const { return targets_.end(); } DpTarget& operator[](int64_t i) { return targets_[i]; } const DpTarget& operator[](int64_t i) const { return targets_[i]; } DpTarget& front() { return targets_.front(); } const DpTarget& front() const { return targets_.front(); } DpTarget& back() { return targets_.back(); } int64_t size() const { return targets_.size(); } void reserve(int64_t size) { targets_.reserve(size); } void push_back(const DpTarget& t) { targets_.push_back(t); max_len_ = std::max(max_len_, t.seq.length()); } void push_back(const TargetVec& v) { targets_.insert(targets_.end(), v.targets_.begin(), v.targets_.end()); max_len_ = std::max(max_len_, v.max_len_); } bool empty() const { return targets_.empty(); } void clear() { targets_.clear(); max_len_ = 0; } Loc max_len() const { return max_len_; } template void emplace_back(T&&... args) { targets_.emplace_back(std::forward(args)...); max_len_ = std::max(max_len_, targets_.back().seq.length()); } private: std::vector targets_; Loc max_len_; }; using Targets = std::array; struct NoCBS { constexpr void* operator[](int i) const { return nullptr; } }; namespace AnchoredSwipe { struct Config { Sequence query; const int8_t* query_cbs; Score score_hint; Statistics& stats; ThreadPool* thread_pool; bool recompute_adjusted; Extension::Mode extension_mode; bool target_profiles; }; } namespace Swipe { //DECL_DISPATCH(std::list, swipe, (const sequence &query, const sequence *subject_begin, const sequence *subject_end, int score_cutoff)) } namespace BandedSwipe { std::list swipe(const Targets& targets, Params& params); std::list swipe_set(const SequenceSet::ConstIterator begin, const SequenceSet::ConstIterator end, Params& params); int bin(HspValues v, int query_len, int score, int ungapped_score, const int64_t dp_size, unsigned score_width, const Loc mismatch_est); std::list anchored_swipe(Targets& targets, const DP::AnchoredSwipe::Config& cfg, std::pmr::monotonic_buffer_resource& pool); } } std::list banded_3frame_swipe(const TranslatedSequence& query, Strand strand, std::vector::iterator target_begin, std::vector::iterator target_end, DpStat& stat, bool score_only, bool parallel);bbuchfink-diamond-6dc5717/src/dp/flags.h000066400000000000000000000027511523407312000200610ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/enum.h" namespace DP { enum class Flags { NONE = 0, PARALLEL = 1, FULL_MATRIX = 2, SEMI_GLOBAL = 4 }; DEFINE_ENUM_OPERATORS(Flags) } enum class HspValues : unsigned { NONE = 0, TRANSCRIPT = 1, QUERY_START = 1 << 1, QUERY_END = 1 << 2, TARGET_START = 1 << 3, TARGET_END = 1 << 4, IDENT = 1 << 5, LENGTH = 1 << 6, MISMATCHES = 1 << 7, GAP_OPENINGS = 1 << 8, GAPS = IDENT | LENGTH | MISMATCHES, QUERY_COORDS = QUERY_START | QUERY_END, TARGET_COORDS = TARGET_START | TARGET_END, COORDS = QUERY_COORDS | TARGET_COORDS }; DEFINE_ENUM_OPERATORS(HspValues) static inline bool have_coords(const HspValues v) { return flag_any(v, HspValues::TRANSCRIPT) || flag_all(v, HspValues::QUERY_COORDS | HspValues::TARGET_COORDS); }bbuchfink-diamond-6dc5717/src/dp/scalar/000077500000000000000000000000001523407312000200545ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/dp/scalar/double_buffer.h000066400000000000000000000024511523407312000230320ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once template struct DoubleBuffer { inline void init(size_t size, size_t padding, size_t padding_front, T init) { const size_t total = size + padding + padding_front; data_.clear(); data_.resize(total * 2); ptr1 = &data_[padding_front]; ptr2 = &data_[total + padding_front]; for (size_t i = 0; i < total * 2; ++i) data_[i] = init; } inline std::pair get(int) { std::swap(ptr1, ptr2); return std::pair(ptr2, ptr1); } inline T* last() { return ptr1; } private: T* ptr1, * ptr2; std::vector data_; };bbuchfink-diamond-6dc5717/src/dp/scalar/needleman_wunsch.h000066400000000000000000000034411523407312000235460ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../basic/sequence.h" #include "../stats/score_matrix.h" #include "../util/util.h" inline int nw_semiglobal(Sequence query, Sequence target) { Matrix m(query.length() + 1, target.length() + 1); std::vector hgap(query.length() + 1); for (Loc i = 1; i <= query.length(); ++i) { hgap[i] = -score_matrix.gap_open() - i * score_matrix.gap_extend(); m[i][0] = hgap[i] - score_matrix.gap_open() - score_matrix.gap_extend(); } int score = INT_MIN; for (int j = 1; j <= target.length(); ++j) { int vgap = -score_matrix.gap_open() - score_matrix.gap_extend(); for (int i = 1; i <= query.length(); ++i) { int s = m[i - 1][j - 1] + score_matrix(query[i - 1], target[j - 1]); s = std::max(s, vgap); s = std::max(s, hgap[i]); m[i][j] = s; vgap -= score_matrix.gap_extend(); hgap[i] -= score_matrix.gap_extend(); int open = s - score_matrix.gap_open() - score_matrix.gap_extend(); vgap = std::max(vgap, open); hgap[i] = std::max(hgap[i], open); } score = std::max(score, m[query.length()][j]); } return score; }bbuchfink-diamond-6dc5717/src/dp/scalar/scalar.h000066400000000000000000000014601523407312000214730ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once void smith_waterman(Sequence q, Sequence s, Hsp& out);bbuchfink-diamond-6dc5717/src/dp/scalar/smith_waterman.cpp000066400000000000000000000146761523407312000236200ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "../dp.h" #include "traceback.h" using std::vector; using std::pair; struct Local {}; struct Global {}; template Score saturate(Score x) { return x; } template<> int saturate(int x) { return std::max(x, 0); } template void set_max_score(Score s, Score& max_score) { } template<> void set_max_score(int s, int& max_score) { max_score = std::max(max_score, s); } template struct FixedScoreBuffer { inline void init(size_t col_size, size_t cols, T init) { col_size_ = col_size; data_.clear(); data_.reserve(col_size * cols); data_.resize(col_size); for (size_t i = 0; i < col_size; ++i) data_[i] = init; } std::pair find(T s) const { const int i = int(std::find(data_.begin(), data_.end(), s) - data_.begin()); return std::pair(int(i % col_size_), int(i / col_size_)); } inline std::pair get() { data_.resize(data_.size() + col_size_); T* ptr = last(); return std::pair(ptr - col_size_, ptr); } inline T* last() { return &*(data_.end() - col_size_); } const T* column(int col) const { return &data_[col_size_ * col]; } T operator()(int i, int j) const { return data_[j * col_size_ + i]; } friend std::ostream& operator<<(std::ostream& s, const FixedScoreBuffer& buf) { s << '\t'; for (int j = 0; j < int(buf.data_.size() / buf.col_size_); ++j) s << j << '\t'; s << std::endl; for (int i = 0; i < int(buf.col_size_); ++i) { s << i << '\t'; for (int j = 0; j < int(buf.data_.size() / buf.col_size_); ++j) s << buf(i, j) << '\t'; s << std::endl; } return s; } private: std::vector data_; size_t col_size_; }; template struct DpMatrix { struct Column_iterator { inline Column_iterator(const pair& score, Score* hgap, int query_len, int col) : score_(score), hgap_(hgap), end_(score_.second + query_len + 1), i_(0) { *score_.first = saturate(col == 0 ? 0 : -score_matrix.gap_open() - col * score_matrix.gap_extend()); ++score_.second; } inline int row() const { return i_; } inline bool valid() const { return score_.second < end_; } inline Score& score() { return *score_.second; } inline Score diag() const { return *score_.first; } inline Score& hgap() { return *hgap_; } inline void operator++() { ++i_; ++score_.first; ++score_.second; ++hgap_; } private: pair score_; Score* hgap_; const Score* const end_; int i_; }; inline Column_iterator column(int j) { return Column_iterator(score_.get(), hgap_.data(), query_len_, j); } inline DpMatrix(int query_len, int subject_len) : query_len_(query_len) { score_.init(query_len + 1, subject_len + 1, 0); hgap_.clear(); hgap_.insert(hgap_.end(), query_len, std::numeric_limits::min() + score_matrix.gap_extend()); int* score = score_.last(); int g = -score_matrix.gap_open() - score_matrix.gap_extend(); for (int i = 1; i <= query_len; ++i) score[i] = saturate(g--); } const FixedScoreBuffer& score_buffer() const { return score_; } private: const int query_len_; FixedScoreBuffer score_; vector hgap_; }; template FixedScoreBuffer needleman_wunsch(Sequence query, Sequence subject, int& max_score, const Mode&, const Score&) { using std::max; const int gap_open = score_matrix.gap_open() + score_matrix.gap_extend(), gap_extend = score_matrix.gap_extend(); int m = 0; DpMatrix mtx((unsigned)query.length(), (unsigned)subject.length()); for (int j = 0; j < (int)subject.length(); ++j) { typename DpMatrix::Column_iterator it = mtx.column(j); Score vgap = std::numeric_limits::min() + gap_extend; for (; it.valid(); ++it) { const Score match_score = score_matrix(subject[j], query[it.row()]); const Score s = saturate(max(max(it.diag() + match_score, vgap), it.hgap())); const Score open = s - gap_open; vgap = max(vgap - gap_extend, open); it.hgap() = max(it.hgap() - gap_extend, open); it.score() = s; set_max_score(s, m); } } max_score = m; return mtx.score_buffer(); } template FixedScoreBuffer needleman_wunsch(Sequence query, Sequence subject, int& max_score, const Local&, const int&); void smith_waterman(Sequence q, Sequence s, Hsp& out) { int max_score; const FixedScoreBuffer dp = needleman_wunsch(q, s, max_score, Local(), int()); pair max_pos = dp.find(max_score); const int gap_open = score_matrix.gap_open(), gap_extend = score_matrix.gap_extend(); int l, i = max_pos.first, j = max_pos.second, score; out.clear(); out.score = dp(i, j); out.query_range.end_ = i; out.subject_range.end_ = j; while ((score = dp(i, j)) > 0) { const int match_score = score_matrix(q[i - 1], s[j - 1]); if (score == match_score + dp(i - 1, j - 1)) { if (q[i - 1] == s[j - 1]) { out.transcript.push_back(op_match); ++out.identities; } else { out.transcript.push_back(op_substitution, s[j - 1]); } --i; --j; ++out.length; } else if (have_hgap(dp, i, j, gap_open, gap_extend, l)) { for (; l > 0; l--) { out.transcript.push_back(op_deletion, s[--j]); ++out.length; } } else if (have_vgap(dp, i, j, gap_open, gap_extend, l)) { out.transcript.push_back(op_insertion, (unsigned)l); out.length += l; i -= l; } else throw std::runtime_error("Traceback error."); } out.query_range.begin_ = i; out.subject_range.begin_ = j; out.query_source_range = out.query_range; out.transcript.reverse(); out.transcript.push_terminator(); }bbuchfink-diamond-6dc5717/src/dp/scalar/traceback.h000066400000000000000000000035301523407312000221450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "stats/score_matrix.h" template bool have_vgap(const Matrix& dp, int i, int j, int gap_open, int gap_extend, int& l) { int score = dp(i, j); l = 1; --i; while (i > 0) { if (score == dp(i, j) - gap_open - l * gap_extend) return true; --i; ++l; } return false; } template bool have_hgap(const Matrix& dp, int i, int j, int gap_open, int gap_extend, int& l) { int score = dp(i, j); l = 1; --j; while (j > 0) { if (score == dp(i, j) - gap_open - l * gap_extend) return true; --j; ++l; } return false; } template int have_diag(const Matrix& dp, int i, int j, const Sequence& query, const Sequence& subject, bool log) { int l = 0; while (i > 0 && j > 0) { const int match_score = score_matrix(query[i - 1], subject[j - 1]); if (dp(i, j) == match_score + dp(i - 1, j - 1)) { /*if (log) printf("i=%i j=%i score=%i subject=%c query=%c\n", i, j, dp(i, j), value_traits.alphabet[(int)subject[j - 1]], value_traits.alphabet[(int)query[i - 1]]);*/ ++l; --i; --j; } else break; } return l; } bbuchfink-diamond-6dc5717/src/dp/scan_diags.cpp000066400000000000000000000200021523407312000214000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "basic/config.h" #include "score_profile.h" #include "score_vector_int8.h" #include "util/simd/dispatch.h" #include "stats/score_matrix.h" using namespace DISPATCH_ARCH; namespace DP { namespace DISPATCH_ARCH { void scan_diags128(const LongScoreProfile& qp, Sequence s, int d_begin, int j_begin, int j_end, int *out) { #ifdef __AVX2__ using Sv = ScoreVector; const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 128 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); Sv v1, max1, v2, max2, v3, max3, v4, max4; for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); v1 += Sv(q); max1.max(v1); q += 32; v2 += Sv(q); max2.max(v2); q += 32; v3 += Sv(q); max3.max(v3); q += 32; v4 += Sv(q); max4.max(v4); } int8_t scores[128]; max1.store(scores); max2.store(scores + 32); max3.store(scores + 64); max4.store(scores + 96); for (int i = 0; i < 128; ++i) out[i] = ScoreTraits::int_score(scores[i]); #elif defined(__SSE4_1__) | defined(__ARM_NEON) using Sv = ScoreVector; const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 128 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); Sv v1, max1, v2, max2, v3, max3, v4, max4, v5, max5, v6, max6, v7, max7, v8, max8; for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); v1 += Sv(q); max1.max(v1); q += 16; v2 += Sv(q); max2.max(v2); q += 16; v3 += Sv(q); max3.max(v3); q += 16; v4 += Sv(q); max4.max(v4); q += 16; v5 += Sv(q); max5.max(v5); q += 16; v6 += Sv(q); max6.max(v6); q += 16; v7 += Sv(q); max7.max(v7); q += 16; v8 += Sv(q); max8.max(v8); } int8_t scores[128]; max1.store(scores); max2.store(scores + 16); max3.store(scores + 32); max4.store(scores + 48); max5.store(scores + 64); max6.store(scores + 80); max7.store(scores + 96); max8.store(scores + 112); for (int i = 0; i < 128; ++i) out[i] = ScoreTraits::int_score(scores[i]); #else const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 128 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); int v[8 * 16], max[8 * 16]; std::fill(v, v + 128, 0); std::fill(max, max + 128, 0); for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); for (int k = 0; k < 128; ++k) { v[k] += q[k]; v[k] = std::max(v[k], 0); max[k] = std::max(max[k], v[k]); } } for (int i = 0; i < 128; ++i) out[i] = max[i]; #endif } void scan_diags64(const LongScoreProfile& qp, Sequence s, int d_begin, int j_begin, int j_end, int* out) { #ifdef __AVX2__ using Sv = ScoreVector; const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 64 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); Sv v1, max1, v2, max2; for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); v1 += Sv(q); max1.max(v1); q += 32; v2 += Sv(q); max2.max(v2); } int8_t scores[64]; max1.store(scores); max2.store(scores + 32); for (int i = 0; i < 64; ++i) out[i] = ScoreTraits::int_score(scores[i]); #elif defined(__SSE4_1__) | defined(__ARM_NEON) using Sv = ScoreVector; const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 64 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); Sv v1, max1, v2, max2, v3, max3, v4, max4; for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); v1 += Sv(q); max1.max(v1); q += 16; v2 += Sv(q); max2.max(v2); q += 16; v3 += Sv(q); max3.max(v3); q += 16; v4 += Sv(q); max4.max(v4); } int8_t scores[64]; max1.store(scores); max2.store(scores + 16); max3.store(scores + 32); max4.store(scores + 48); for (int i = 0; i < 64; ++i) out[i] = ScoreTraits::int_score(scores[i]); #else const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 64 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); int v[64], max[64]; std::fill(v, v + 64, 0); std::fill(max, max + 64, 0); for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); for (int k = 0; k < 64; ++k) { v[k] += q[k]; v[k] = std::max(v[k], 0); max[k] = std::max(max[k], v[k]); } } for (int i = 0; i < 64; ++i) out[i] = max[i]; #endif } void scan_diags(const LongScoreProfile& qp, Sequence s, int d_begin, int d_end, int j_begin, int j_end, int* out) { #ifdef __AVX2__ using Sv = ScoreVector; const int qlen = (int)qp.length(), band = d_end - d_begin; assert(band % 32 == 0); const int j0 = std::max(j_begin, -(d_end - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); Sv v1, max1, v2, max2; for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); v1 += Sv(q); max1.max(v1); q += 32; v2 += Sv(q); max2.max(v2); } int8_t scores[64]; max1.store(scores); max2.store(scores + 32); for (int i = 0; i < 64; ++i) out[i] = ScoreTraits::int_score(scores[i]); #elif defined(__SSE4_1__) | defined(__ARM_NEON) using Sv = ScoreVector; const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 64 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); Sv v1, max1, v2, max2, v3, max3, v4, max4; for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); v1 += Sv(q); max1.max(v1); q += 16; v2 += Sv(q); max2.max(v2); q += 16; v3 += Sv(q); max3.max(v3); q += 16; v4 += Sv(q); max4.max(v4); } int8_t scores[64]; max1.store(scores); max2.store(scores + 16); max3.store(scores + 32); max4.store(scores + 48); for (int i = 0; i < 64; ++i) out[i] = ScoreTraits::int_score(scores[i]); #else const int qlen = (int)qp.length(); const int j0 = std::max(j_begin, -(d_begin + 64 - 1)), i0 = d_begin + j0, j1 = std::min(qlen - d_begin, j_end); int v[64], max[64]; std::fill(v, v + 64, 0); std::fill(max, max + 64, 0); for (int i = i0, j = j0; j < j1; ++j, ++i) { const int8_t* q = qp.get(s[j], i); for (int k = 0; k < 64; ++k) { v[k] += q[k]; v[k] = std::max(v[k], 0); max[k] = std::max(max[k], v[k]); } } for (int i = 0; i < 64; ++i) out[i] = max[i]; #endif } int diag_alignment(const int* s, int count) { int best = 0, best_gap = -score_matrix.gap_open(), d = -1; for (int i = 0; i < count; ++i) { if (s[i] < config.gapped_filter_diag_score) continue; const int gap_score = -score_matrix.gap_extend() * (i - d) + best_gap; int n = s[i]; if (gap_score + s[i] > best) { best = n = gap_score + s[i]; } if (s[i] > best) { best = n = s[i]; } const int open_score = -score_matrix.gap_open() + n; if (open_score > gap_score) { best_gap = open_score; d = i; } } return best; } } DISPATCH_6V(scan_diags128, const LongScoreProfile&, qp, Sequence, s, int, d_begin, int, j_begin, int, j_end, int*, out) DISPATCH_6V(scan_diags64, const LongScoreProfile&, qp, Sequence, s, int, d_begin, int, j_begin, int, j_end, int*, out) DISPATCH_7V(scan_diags, const LongScoreProfile&, qp, Sequence, s, int, d_begin, int, d_end, int, j_begin, int, j_end, int*, out) DISPATCH_2(int, diag_alignment, const int*, s, int, count) }bbuchfink-diamond-6dc5717/src/dp/scan_diags.h000066400000000000000000000022651523407312000210600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "score_profile.h" namespace DP { void scan_diags128(const LongScoreProfile& qp, Sequence s, int d_begin, int j_begin, int j_end, int* out); void scan_diags64(const LongScoreProfile& qp, Sequence s, int d_begin, int j_begin, int j_end, int* out); void scan_diags(const LongScoreProfile& qp, Sequence s, int d_begin, int d_end, int j_begin, int j_end, int* out); int diag_alignment(const int* s, int count); }bbuchfink-diamond-6dc5717/src/dp/score_profile.cpp000066400000000000000000000106551523407312000221550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "score_profile.h" #include "score_vector.h" #include "score_vector_int8.h" #include "score_vector_int16.h" #include "util/util.h" #include "util/simd/dispatch.h" #include "stats/score_matrix.h" using std::array; namespace DP { namespace DISPATCH_ARCH { template LongScoreProfile make_profile(Sequence seq, const int8_t* cbs, int64_t padding, const ScoreMatrix& matrix) { LongScoreProfile p; p.padding = std::max(padding, (int64_t)LongScoreProfile::DEFAULT_PADDING); for (unsigned l = 0; l < AMINO_ACID_COUNT; ++l) { const int8_t* scores = &matrix.matrix8()[l << 5]; p.data[l].reserve(round_up(seq.length(), 32) + 2 * p.padding); p.data[l].insert(p.data[l].end(), p.padding, -1); #if ARCH_ID == 2 using Sv = ::DISPATCH_ARCH::ScoreVector; constexpr auto CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; alignas(32) array buf; for (Loc i = 0; i < seq.length(); i += CHANNELS) { __m256i s = _mm256_loadu_si256((const __m256i*)(seq.data() + i)); Sv scores(l, s, matrix.matrix8_low(), matrix.matrix8_high()); if (cbs && l < TRUE_AA) scores += Sv(cbs + i); store_expanded(scores, buf.data()); p.data[l].insert(p.data[l].end(), buf.begin(), buf.end()); } p.data[l].erase(p.data[l].end() - round_up(seq.length(), (Loc)CHANNELS) + seq.length(), p.data[l].end()); #else for (Loc i = 0; i < seq.length(); ++i) { int8_t score = scores[(int)seq[i]]; if (cbs) score += cbs[i]; p.data[l].push_back(score); } #endif p.data[l].insert(p.data[l].end(), p.padding, -1); } return p; } template LongScoreProfile make_profile(Sequence seq, const Stats::TargetMatrix& matrix, int64_t padding) { LongScoreProfile p; p.padding = std::max(padding, (int64_t)LongScoreProfile::DEFAULT_PADDING); for (int l = 0; l < AMINO_ACID_COUNT; ++l) { const int8_t* scores = &matrix.scores[l << 5]; p.data[l].reserve(round_up(seq.length(), 32) + 2 * p.padding); p.data[l].insert(p.data[l].end(), p.padding, -1); /*#if ARCH_ID == 2 using Sv = ::DISPATCH_ARCH::ScoreVector; constexpr auto CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; alignas(32) array buf; const int8_t* low = matrix.scores_low.data, * high = matrix.scores_high.data; for (Loc i = 0; i < seq.length(); i += CHANNELS) { __m256i s = _mm256_loadu_si256((const __m256i*)(seq.data() + i)); Sv scores(l, s, low, high); store_expanded(scores, buf.data()); p.data[l].insert(p.data[l].end(), buf.begin(), buf.end()); } p.data[l].erase(p.data[l].end() - round_up(seq.length(), (Loc)CHANNELS) + seq.length(), p.data[l].end()); #else*/ for (Loc i = 0; i < seq.length(); ++i) { int8_t score = scores[(int)seq[i]]; p.data[l].push_back(score); } //#endif p.data[l].insert(p.data[l].end(), p.padding, -1); } return p; } LongScoreProfile make_profile8(Sequence seq, const int8_t* cbs, int64_t padding) { return make_profile(seq, cbs, padding, score_matrix); } LongScoreProfile make_profile16(Sequence seq, const int8_t* cbs, int64_t padding, const ::ScoreMatrix* matrix) { return make_profile(seq, cbs, padding, *matrix); } LongScoreProfile make_profile16(Sequence seq, const Stats::TargetMatrix& matrix, int64_t padding) { return make_profile(seq, matrix, padding); } } DISPATCH_3(LongScoreProfile, make_profile8, Sequence, seq, const int8_t*, cbs, int64_t, padding); DISPATCH_4(LongScoreProfile, make_profile16, Sequence, seq, const int8_t*, cbs, int64_t, padding, const ::ScoreMatrix*, matrix); DISPATCH_3(LongScoreProfile, make_profile16, Sequence, seq, const Stats::TargetMatrix&, matrix, int64_t, padding); }bbuchfink-diamond-6dc5717/src/dp/score_profile.h000066400000000000000000000040041523407312000216110ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/sequence.h" #include "basic/value.h" #include "stats/cbs.h" #include "stats/score_matrix.h" template struct LongScoreProfile { enum { DEFAULT_PADDING = 128 }; LongScoreProfile(int64_t padding = DEFAULT_PADDING): padding(std::max(padding, (int64_t)DEFAULT_PADDING)) {} size_t length() const { return data[0].size() - 2 * padding; } const Score* get(Letter l, int i) const { return &data[(int)l][i + padding]; } std::vector pointers(int offset) const { std::vector v; v.reserve(AMINO_ACID_COUNT); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) v.push_back(get(Letter(i), offset)); return v; } LongScoreProfile reverse() const { LongScoreProfile r(*this); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) std::reverse(r.data[i].begin(), r.data[i].end()); return r; } std::vector data[AMINO_ACID_COUNT]; int64_t padding; }; namespace DP { LongScoreProfile make_profile16(Sequence seq, const Stats::TargetMatrix& matrix, int64_t padding); LongScoreProfile make_profile8(Sequence seq, const int8_t* cbs, int64_t padding); LongScoreProfile make_profile16(Sequence seq, const int8_t* cbs, int64_t padding, const ::ScoreMatrix* matrix); }bbuchfink-diamond-6dc5717/src/dp/score_vector.h000066400000000000000000000111261523407312000214560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "util/simd.h" namespace DISPATCH_ARCH { template struct ScoreVector { }; template struct ScoreTraits { typedef void Score; enum { CHANNELS = 0 }; }; template<> struct ScoreTraits { enum { CHANNELS = 1, BITS = 32 }; typedef int32_t Score; struct TraceMask { static uint8_t make(int vmask, int hmask) { return vmask << 1 | hmask; } static uint8_t vmask(int channel) { return 2; } static uint8_t hmask(int channel) { return 1; } uint8_t gap; uint8_t open; }; static int32_t zero() { return 0; } static int32_t zero_score() { return 0; } static int int_score(Score s) { return s; } static int max_score() { return INT_MAX; } static constexpr int max_int_score() { return INT_MAX; } }; } static inline void store_sv(int32_t sv, int32_t *dst) { *dst = sv; } template static inline void store_aligned(Sv sv, typename DISPATCH_ARCH::ScoreTraits::Score* ptr) { sv.store_aligned(ptr); } template<> inline void store_aligned(int32_t sv, int32_t* ptr) { *ptr = sv; } template static inline Sv load_sv(const typename DISPATCH_ARCH::ScoreTraits::Score* ptr) { return Sv(ptr); } template<> inline int32_t load_sv(const int32_t* x) { return *x; } template static inline Sv load_sv_aligned(const typename DISPATCH_ARCH::ScoreTraits::Score* ptr) { return Sv::load_aligned(ptr); } template<> inline int32_t load_sv_aligned(const int32_t* ptr) { return *ptr; } template static inline int32_t extract(int32_t x) { return x; } static inline int32_t extract(int32_t x, int i) { return x; } template static inline typename DISPATCH_ARCH::ScoreTraits::Score extract(Sv sv, int i) { return sv[i]; } template static Sv blend_sv(const typename DISPATCH_ARCH::ScoreTraits::Score a, const typename DISPATCH_ARCH::ScoreTraits::Score b, const uint32_t mask) { const uint32_t CHANNELS = DISPATCH_ARCH::ScoreTraits::CHANNELS; alignas(32) typename DISPATCH_ARCH::ScoreTraits::Score s[CHANNELS]; for (uint32_t i = 0; i < CHANNELS; ++i) if (mask & (1 << i)) s[i] = b; else s[i] = a; return Sv(s); } template<> int32_t blend_sv(const int32_t a, const int32_t b, const uint32_t mask) { return mask ? b : a; } static inline int32_t blend(const int32_t a, const int32_t b, const uint32_t mask) { return mask ? b : a; } static inline std::pair max_entry(int32_t x) { return { x,0 }; } template static inline std::pair::Score, int> max_entry(Sv sv) { std::array::Score, DISPATCH_ARCH::ScoreTraits::CHANNELS> s; sv.store(s.data()); const auto i = std::max_element(s.begin(), s.end()); return { *i, int(i - s.begin()) }; } #ifdef __SSE2__ template static inline void store_sv(const DISPATCH_ARCH::ScoreVector<_t, DELTA> &sv, _p *dst) { #if ARCH_ID == 3 //_mm512_storeu_si512((__m512i*)dst, sv.data_); sv.store(dst); #elif ARCH_ID == 2 _mm256_storeu_si256((__m256i*)dst, sv.data_); #else _mm_storeu_si128((__m128i*)dst, sv.data_); #endif } #endif #ifdef __ARM_NEON template static inline void store_sv(const DISPATCH_ARCH::ScoreVector &sv, int8_t *dst) { vst1q_s8(dst, sv.data_); } template static inline void store_sv(const DISPATCH_ARCH::ScoreVector &sv, int16_t *dst) { vst1q_s16(dst, sv.data_); } #endif static inline int extract_channel(const int32_t v, const int i) { return v; } static inline void set_channel(int32_t& v, const int i, const int32_t x) { v = x; } template static inline void saturate(Sv& v) { } static inline void saturate(int32_t& v) { v = std::max(v, 0); } bbuchfink-diamond-6dc5717/src/dp/score_vector_int16.h000066400000000000000000000354211523407312000225030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "score_vector.h" #include "util/simd.h" #include "stats/score_matrix.h" namespace DISPATCH_ARCH { #if ARCH_ID == 2 || ARCH_ID == 3 template struct ScoreVector { typedef __m256i Register; ScoreVector() : data_(_mm256_set1_epi16(DELTA)) {} explicit ScoreVector(int x) { data_ = _mm256_set1_epi16(x); } explicit ScoreVector(int16_t x) { data_ = _mm256_set1_epi16(x); } explicit ScoreVector(__m256i data) : data_(data) { } explicit ScoreVector(const int16_t* x) : data_(_mm256_loadu_si256((const __m256i*)x)) {} explicit ScoreVector(const uint16_t* x) : data_(_mm256_loadu_si256((const __m256i*)x)) {} ScoreVector(unsigned a, Register seq) { const __m256i* row_lo = reinterpret_cast(&score_matrix.matrix8u_low()[a << 5]); const __m256i* row_hi = reinterpret_cast(&score_matrix.matrix8u_high()[a << 5]); __m256i high_mask = _mm256_slli_epi16(_mm256_and_si256(seq, _mm256_set1_epi8('\x10')), 3); __m256i seq_low = _mm256_or_si256(seq, high_mask); __m256i seq_high = _mm256_or_si256(seq, _mm256_xor_si256(high_mask, _mm256_set1_epi8('\x80'))); __m256i r1 = _mm256_load_si256(row_lo); __m256i r2 = _mm256_load_si256(row_hi); __m256i s1 = _mm256_shuffle_epi8(r1, seq_low); __m256i s2 = _mm256_shuffle_epi8(r2, seq_high); data_ = _mm256_and_si256(_mm256_or_si256(s1, s2), _mm256_set1_epi16(255)); data_ = _mm256_subs_epi16(data_, _mm256_set1_epi16(score_matrix.bias())); } ScoreVector operator+(const ScoreVector& rhs) const { return ScoreVector(_mm256_adds_epi16(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector& rhs) const { return ScoreVector(_mm256_subs_epi16(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = _mm256_adds_epi16(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector& rhs) { data_ = _mm256_subs_epi16(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = _mm256_and_si256(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = _mm256_adds_epi16(data_, _mm256_set1_epi16(1)); return *this; } ScoreVector& max(const ScoreVector& rhs) { data_ = _mm256_max_epi16(data_, rhs.data_); return *this; } template ScoreVector shift_left() const { return ScoreVector(_mm256_slli_si256(data_, i)); } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(_mm256_cmpeq_epi16(data_, v.data_)); } ScoreVector operator>(const ScoreVector& v) const { return ScoreVector(_mm256_cmpgt_epi16(data_, v.data_)); } friend uint32_t cmp_mask(const ScoreVector&v, const ScoreVector&w) { return _mm256_movemask_epi8(_mm256_cmpeq_epi16(v.data_, w.data_)); } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector& rhs) { return ScoreVector(_mm256_max_epi16(lhs.data_, rhs.data_)); } void store(int16_t* ptr) const { _mm256_storeu_si256((__m256i*)ptr, data_); } void store_aligned(int16_t* ptr) const { _mm256_store_si256((__m256i*)ptr, data_); } int16_t operator[](int i) const { int16_t d[16]; store(d); return d[i]; } ScoreVector& set(int i, int16_t x) { alignas(32) int16_t d[16]; store(d); d[i] = x; data_ = _mm256_load_si256((__m256i*)d); return *this; } void expand_from_8bit() { __m128i in = _mm256_extractf128_si256(data_, 0); __m128i mask = _mm_set1_epi8((char)0x80); __m128i sign = _mm_cmpeq_epi8(_mm_and_si128(in, mask), mask); __m128i low = _mm_unpacklo_epi8(in, sign); __m128i hi = _mm_unpackhi_epi8(in, sign); data_ = _mm256_set_m128i(hi, low); } friend std::ostream& operator<<(std::ostream& s, ScoreVector v) { int16_t x[16]; v.store(x); for (unsigned i = 0; i < 16; ++i) printf("%3i ", (int)x[i]); return s; } static ScoreVector load_aligned(const int16_t* x) { return ScoreVector(_mm256_load_si256((const __m256i*)x)); } __m256i data_; }; template static inline int16_t extract(ScoreVector sv) { return (int16_t)_mm256_extract_epi16(sv.data_, i); } template static inline ScoreVector blend(const ScoreVector& v, const ScoreVector& w, const ScoreVector& mask) { return ScoreVector(_mm256_blendv_epi8(v.data_, w.data_, mask.data_)); } #elif defined(__ARM_NEON) template struct ScoreVector { typedef int16x8_t Register; inline ScoreVector() : data_(vdupq_n_s16(DELTA)) {} explicit ScoreVector(int x) { data_ = vdupq_n_s16(x); } explicit ScoreVector(int16_t x) { data_ = vdupq_n_s16(x); } explicit ScoreVector(int16x8_t data) : data_(data) { } explicit ScoreVector(const int16_t *x): data_(vld1q_s16(x)) {} explicit ScoreVector(const uint16_t *x) : data_(vreinterpretq_s16_u16(vld1q_u16(x))) {} #ifdef __aarch64__ ScoreVector(unsigned a, Register seq) { const int8x16_t* row = reinterpret_cast(&score_matrix.matrix8()[a << 5]); int8x16_t high_mask = vreinterpretq_s8_s16(vshlq_n_s16(vreinterpretq_s16_s8(vandq_s8(vreinterpretq_s8_s16(seq), vdupq_n_s8('\x10'))), 3)); int8x16_t seq_low = vorrq_s8(vreinterpretq_s8_s16(seq), high_mask); int8x16_t seq_high = vorrq_s8(vreinterpretq_s8_s16(seq), veorq_s8(high_mask, vdupq_n_s8('\x80'))); int8x16_t r1 = vld1q_s8(reinterpret_cast(row)); int8x16_t r2 = vld1q_s8(reinterpret_cast(row + 1)); int8x16_t s1 = vqtbl1q_s8(r1, vandq_u8(vreinterpretq_u8_s8(seq_low), vdupq_n_u8(0x8F))); int8x16_t s2 = vqtbl1q_s8(r2, vandq_u8(vreinterpretq_u8_s8(seq_high), vdupq_n_u8(0x8F))); data_ = vorrq_s16(vreinterpretq_s16_s8(s1), vreinterpretq_s16_s8(s2)); data_ = vandq_s16(data_, vdupq_n_s16(255)); data_ = vqsubq_s16(data_, vdupq_n_s16(score_matrix.bias())); } #endif ScoreVector operator+(const ScoreVector&rhs) const { return ScoreVector(vqaddq_s16(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector&rhs) const { return ScoreVector(vqsubq_s16(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = vqaddq_s16(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector&rhs) { data_ = vqsubq_s16(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = vandq_s16(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = vqaddq_s16(data_, vdupq_n_s16(1)); return *this; } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(vreinterpretq_s16_u16(vceqq_s16(data_, v.data_))); } friend uint32_t cmp_mask(const ScoreVector&v, const ScoreVector&w) { return vmaskq_s8(vreinterpretq_s8_u16(vceqq_s16(v.data_, w.data_))); } ScoreVector& max(const ScoreVector&rhs) { data_ = vmaxq_s16(data_, rhs.data_); return *this; } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector&rhs) { return ScoreVector(vmaxq_s16(lhs.data_, rhs.data_)); } friend ScoreVector blend(const ScoreVector&v, const ScoreVector&w, const ScoreVector&mask) { /* Use a signed shift right to create a mask with the sign bit */ uint16x8_t mask_ = vreinterpretq_u16_s16(vshrq_n_s16(mask.data_, 7)); return ScoreVector(vbslq_s16(mask_, w.data_, v.data_)); } void store(int16_t *ptr) const { vst1q_s16(ptr, data_); } int16_t operator[](int i) const { // return vgetq_lane_s16(data_, i); int16_t tmp[8]; vst1q_s16(tmp, data_); return tmp[i]; } ScoreVector& set(int i, int16_t x) { // vsetq_lane_s16(x, data_, i); int16_t tmp[8]; vst1q_s16(tmp, data_); tmp[i] = x; data_ = vld1q_s16(tmp); return *this; } void expand_from_8bit() { int8x16_t mask = vdupq_n_s8(0x80); int8x16_t sign = vreinterpretq_s8_u8(vceqq_s8(vandq_s8(vreinterpretq_s8_s16(data_), mask), mask)); #ifdef __aarch64__ data_ = vreinterpretq_s16_s8(vzip1q_s8(vreinterpretq_s8_s16(data_), sign)); #else int8x16x2_t tmp = vzipq_s8(vreinterpretq_s8_s16(data_), sign); data_ = vreinterpretq_s16_s8(tmp.val[0]); #endif } friend std::ostream& operator<<(std::ostream& s, ScoreVector v) { int16_t x[8]; v.store(x); for (unsigned i = 0; i < 8; ++i) printf("%3i ", (int)x[i]); return s; } int16x8_t data_; }; #elif defined(__SSE2__) template struct ScoreVector { typedef __m128i Register; inline ScoreVector() : data_(_mm_set1_epi16(DELTA)) {} explicit ScoreVector(int x) { data_ = _mm_set1_epi16(x); } explicit ScoreVector(int16_t x) { data_ = _mm_set1_epi16(x); } explicit ScoreVector(__m128i data) : data_(data) { } explicit ScoreVector(const int16_t *x): data_(_mm_loadu_si128((const __m128i*)x)) {} explicit ScoreVector(const uint16_t *x) : data_(_mm_loadu_si128((const __m128i*)x)) {} #ifdef __SSSE3__ ScoreVector(unsigned a, Register seq) { const __m128i *row = reinterpret_cast(&score_matrix.matrix8u()[a << 5]); __m128i high_mask = _mm_slli_epi16(_mm_and_si128(seq, _mm_set1_epi8('\x10')), 3); __m128i seq_low = _mm_or_si128(seq, high_mask); __m128i seq_high = _mm_or_si128(seq, _mm_xor_si128(high_mask, _mm_set1_epi8('\x80'))); __m128i r1 = _mm_load_si128(row); __m128i r2 = _mm_load_si128(row + 1); __m128i s1 = _mm_shuffle_epi8(r1, seq_low); __m128i s2 = _mm_shuffle_epi8(r2, seq_high); data_ = _mm_and_si128(_mm_or_si128(s1, s2), _mm_set1_epi16(255)); data_ = _mm_subs_epi16(data_, _mm_set1_epi16(score_matrix.bias())); } #endif ScoreVector operator+(const ScoreVector&rhs) const { return ScoreVector(_mm_adds_epi16(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector&rhs) const { return ScoreVector(_mm_subs_epi16(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = _mm_adds_epi16(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector&rhs) { data_ = _mm_subs_epi16(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = _mm_and_si128(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = _mm_adds_epi16(data_, _mm_set1_epi16(1)); return *this; } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(_mm_cmpeq_epi16(data_, v.data_)); } ScoreVector operator>(const ScoreVector& v) const { return ScoreVector(_mm_cmpgt_epi16(data_, v.data_)); } template ScoreVector shift_left() const { return ScoreVector(_mm_slli_si128(data_, bytes)); } ScoreVector& max(const ScoreVector&rhs) { data_ = _mm_max_epi16(data_, rhs.data_); return *this; } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector&rhs) { return ScoreVector(_mm_max_epi16(lhs.data_, rhs.data_)); } void store(int16_t *ptr) const { _mm_storeu_si128((__m128i*)ptr, data_); } void store_aligned(int16_t* ptr) const { _mm_store_si128((__m128i*)ptr, data_); } int16_t operator[](int i) const { int16_t d[8]; store(d); return d[i]; } ScoreVector& set(int i, int16_t x) { int16_t d[8]; store(d); d[i] = x; data_ = _mm_loadu_si128((__m128i*)d); return *this; } void expand_from_8bit() { __m128i mask = _mm_set1_epi8((char)0x80); __m128i sign = _mm_cmpeq_epi8(_mm_and_si128(data_, mask), mask); data_ = _mm_unpacklo_epi8(data_, sign); } friend std::ostream& operator<<(std::ostream& s, ScoreVector v) { int16_t x[8]; v.store(x); for (unsigned i = 0; i < 8; ++i) printf("%3i ", (int)x[i]); return s; } static ScoreVector load_aligned(const int16_t* x) { return ScoreVector(_mm_load_si128((const __m128i*)x)); } __m128i data_; }; template static inline uint32_t cmp_mask(const ScoreVector& v, const ScoreVector& w) { return (uint32_t)_mm_movemask_epi8(_mm_cmpeq_epi16(v.data_, w.data_)); } template static inline ScoreVector blend(const ScoreVector& v, const ScoreVector& w, const ScoreVector& mask) { #ifdef __SSE4_1__ return ScoreVector(_mm_blendv_epi8(v.data_, w.data_, mask.data_)); #else __m128i a = _mm_andnot_si128(mask.data_, v.data_); __m128i b = _mm_and_si128(mask.data_, w.data_); return ScoreVector(_mm_or_si128(a, b)); #endif } template static inline int16_t extract(ScoreVector sv) { return 0; } #endif #if defined(__SSE2__) | defined(__ARM_NEON) template struct ScoreTraits> { typedef ::DISPATCH_ARCH::SIMD::Vector Vector; #if ARCH_ID == 2 enum { CHANNELS = 16 }; typedef uint16_t Mask; struct TraceMask { uint32_t gap; uint32_t open; static uint32_t make(uint32_t vmask, uint32_t hmask) { return (vmask & VMASK) | (hmask & HMASK); } static uint32_t vmask(int channel) { return 2 << (2 * channel); } static uint32_t hmask(int channel) { return 1 << (2 * channel); } static const uint32_t VMASK = 0xAAAAAAAAu, HMASK = 0x55555555u; }; #else enum { CHANNELS = 8 }; typedef uint8_t Mask; struct TraceMask { static uint16_t make(uint16_t vmask, uint16_t hmask) { return (vmask & VMASK) | (hmask & HMASK); } static uint16_t vmask(int channel) { return 2 << (2 * channel); } static uint16_t hmask(int channel) { return 1 << (2 * channel); } uint16_t gap; uint16_t open; static const uint16_t VMASK = 0xAAAAu, HMASK = 0x5555u; }; #endif typedef int16_t Score; typedef uint16_t Unsigned; static ScoreVector zero() { return ScoreVector(); } static void saturate(ScoreVector &v) { } static constexpr int16_t zero_score() { return DELTA; } static int int_score(Score s) { return (int)s - DELTA; } static constexpr int16_t max_score() { return SHRT_MAX; } static constexpr int max_int_score() { return SHRT_MAX - DELTA; } }; #endif } #if defined(__SSE2__) | defined(__ARM_NEON) template static inline int16_t extract_channel(const DISPATCH_ARCH::ScoreVector& v, int i) { return v[i]; } template static inline void set_channel(DISPATCH_ARCH::ScoreVector& v, const int i, const int16_t x) { v.set(i, x); } #endifbbuchfink-diamond-6dc5717/src/dp/score_vector_int8.h000066400000000000000000000475031523407312000224300ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "score_vector.h" #include "stats/score_matrix.h" namespace DISPATCH_ARCH { #if ARCH_ID == 3 template struct ScoreVector { ScoreVector() : data_(_mm512_set1_epi8(DELTA)) {} explicit ScoreVector(__m512i data) : data_(data) {} explicit ScoreVector(int8_t x) : data_(_mm512_set1_epi8(x)) {} explicit ScoreVector(int x) : data_(_mm512_set1_epi8(x)) {} explicit ScoreVector(const int8_t* s) : data_(_mm512_loadu_si512(reinterpret_cast(s))) { } explicit ScoreVector(const uint8_t* s) : data_(_mm512_loadu_si512(reinterpret_cast(s))) { } ScoreVector(unsigned a, __m512i seq) { /*const __m256i* row_lo = reinterpret_cast(&score_matrix.matrix8_low()[a << 5]); const __m256i* row_hi = reinterpret_cast(&score_matrix.matrix8_high()[a << 5]); __m256i high_mask = _mm256_slli_epi16(_mm256_and_si256(seq, _mm256_set1_epi8('\x10')), 3); __m256i seq_low = _mm256_or_si256(seq, high_mask); __m256i seq_high = _mm256_or_si256(seq, _mm256_xor_si256(high_mask, _mm256_set1_epi8('\x80'))); __m256i r1 = _mm512_load_si512(row_lo); __m256i r2 = _mm512_load_si512(row_hi); __m256i s1 = _mm256_shuffle_epi8(r1, seq_low); __m256i s2 = _mm256_shuffle_epi8(r2, seq_high); data_ = _mm256_or_si256(s1, s2);*/ } ScoreVector operator+(const ScoreVector& rhs) const { return ScoreVector(_mm512_adds_epi8(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector& rhs) const { return ScoreVector(_mm512_subs_epi8(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = _mm512_adds_epi8(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector& rhs) { data_ = _mm512_subs_epi8(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = _mm512_and_si512(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = _mm512_adds_epi8(data_, _mm512_set1_epi8(1)); return *this; } friend ScoreVector blend(const ScoreVector&v, const ScoreVector&w, const ScoreVector&mask) { return ScoreVector(); // (_mm256_blendv_epi8(v.data_, w.data_, mask.data_)); } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(); // ScoreVector(_mm256_cmpeq_epi8(data_, v.data_)); } friend uint32_t cmp_mask(const ScoreVector&v, const ScoreVector&w) { return 0; // (uint32_t)_mm256_movemask_epi8(_mm256_cmpeq_epi8(v.data_, w.data_)); } int operator [](unsigned i) const { return *(((uint8_t*)&data_) + i); } ScoreVector& set(unsigned i, uint8_t v) { *(((uint8_t*)&data_) + i) = v; return *this; } ScoreVector& max(const ScoreVector& rhs) { data_ = _mm512_max_epi8(data_, rhs.data_); return *this; } ScoreVector& min(const ScoreVector& rhs) { data_ = _mm512_min_epi8(data_, rhs.data_); return *this; } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector& rhs) { return ScoreVector(_mm512_max_epi8(lhs.data_, rhs.data_)); } friend ScoreVector min(const ScoreVector& lhs, const ScoreVector& rhs) { return ScoreVector(_mm512_min_epi8(lhs.data_, rhs.data_)); } void store(int8_t* ptr) const { _mm512_storeu_si512((__m512i*)ptr, data_); } friend std::ostream& operator<<(std::ostream& s, ScoreVector v) { int8_t x[32]; v.store(x); for (unsigned i = 0; i < 32; ++i) printf("%3i ", (int)x[i]); return s; } void expand_from_8bit() {} __m512i data_; }; template struct ScoreTraits> { enum { CHANNELS = 64 }; typedef ::DISPATCH_ARCH::SIMD::Vector Vector; typedef int8_t Score; typedef uint8_t Unsigned; typedef uint32_t Mask; struct TraceMask { static uint64_t make(uint32_t vmask, uint32_t hmask) { return (uint64_t)vmask << 32 | (uint64_t)hmask; } static uint64_t vmask(int channel) { return (uint64_t)1 << (channel + 32); } static uint64_t hmask(int channel) { return (uint64_t)1 << channel; } uint64_t gap; uint64_t open; }; static ScoreVector zero() { return ScoreVector(); } static constexpr int8_t max_score() { return SCHAR_MAX; } static int int_score(int8_t s) { return (int)s - DELTA; } static constexpr int max_int_score() { return SCHAR_MAX - DELTA; } static constexpr int8_t zero_score() { return DELTA; } static void saturate(ScoreVector& v) {} }; #elif ARCH_ID == 2 template struct ScoreVector { ScoreVector() : data_(_mm256_set1_epi8(DELTA)) {} explicit ScoreVector(__m256i data) : data_(data) {} explicit ScoreVector(int8_t x) : data_(_mm256_set1_epi8(x)) {} explicit ScoreVector(int x) : data_(_mm256_set1_epi8(x)) {} explicit ScoreVector(const int8_t* s) : data_(_mm256_loadu_si256(reinterpret_cast(s))) { } explicit ScoreVector(const uint8_t* s) : data_(_mm256_loadu_si256(reinterpret_cast(s))) { } ScoreVector(unsigned a, __m256i seq, const int8_t* matrix_low, const int8_t* matrix_high) { const __m256i* row_lo = reinterpret_cast(&matrix_low[a << 5]); const __m256i* row_hi = reinterpret_cast(&matrix_high[a << 5]); seq = letter_mask(seq); __m256i high_mask = _mm256_slli_epi16(_mm256_and_si256(seq, _mm256_set1_epi8('\x10')), 3); __m256i seq_low = _mm256_or_si256(seq, high_mask); __m256i seq_high = _mm256_or_si256(seq, _mm256_xor_si256(high_mask, _mm256_set1_epi8('\x80'))); __m256i r1 = _mm256_load_si256(row_lo); __m256i r2 = _mm256_load_si256(row_hi); __m256i s1 = _mm256_shuffle_epi8(r1, seq_low); __m256i s2 = _mm256_shuffle_epi8(r2, seq_high); data_ = _mm256_or_si256(s1, s2); } ScoreVector(unsigned a, __m256i seq): ScoreVector(a, seq, score_matrix.matrix8_low(), score_matrix.matrix8_high()) {} ScoreVector operator+(const ScoreVector& rhs) const { return ScoreVector(_mm256_adds_epi8(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector& rhs) const { return ScoreVector(_mm256_subs_epi8(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = _mm256_adds_epi8(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector& rhs) { data_ = _mm256_subs_epi8(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = _mm256_and_si256(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = _mm256_adds_epi8(data_, _mm256_set1_epi8(1)); return *this; } friend ScoreVector blend(const ScoreVector&v, const ScoreVector&w, const ScoreVector&mask) { return ScoreVector(_mm256_blendv_epi8(v.data_, w.data_, mask.data_)); } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(_mm256_cmpeq_epi8(data_, v.data_)); } ScoreVector operator>(const ScoreVector& v) const { return ScoreVector(_mm256_cmpgt_epi8(data_, v.data_)); } friend uint32_t cmp_mask(const ScoreVector&v, const ScoreVector&w) { return (uint32_t)_mm256_movemask_epi8(_mm256_cmpeq_epi8(v.data_, w.data_)); } int operator [](unsigned i) const { return *(((int8_t*)&data_) + i); } ScoreVector& set(unsigned i, int8_t v) { //*(((uint8_t*)&data_) + i) = v; //data_ = _mm256_insert_epi8(data_, v, i); alignas(32) std::array s; _mm256_store_si256((__m256i *)s.data(), data_); s[i] = v; data_ = _mm256_load_si256((__m256i*)s.data()); return *this; } ScoreVector& max(const ScoreVector& rhs) { data_ = _mm256_max_epi8(data_, rhs.data_); return *this; } ScoreVector& min(const ScoreVector& rhs) { data_ = _mm256_min_epi8(data_, rhs.data_); return *this; } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector& rhs) { return ScoreVector(_mm256_max_epi8(lhs.data_, rhs.data_)); } friend ScoreVector min(const ScoreVector& lhs, const ScoreVector& rhs) { return ScoreVector(_mm256_min_epi8(lhs.data_, rhs.data_)); } void store(int8_t* ptr) const { _mm256_storeu_si256((__m256i*)ptr, data_); } void store_aligned(int8_t* ptr) const { _mm256_store_si256((__m256i*)ptr, data_); } friend std::ostream& operator<<(std::ostream& s, ScoreVector v) { int8_t x[32]; v.store(x); for (unsigned i = 0; i < 32; ++i) printf("%3i ", (int)x[i]); return s; } static ScoreVector load_aligned(const int8_t* x) { return ScoreVector(_mm256_load_si256((const __m256i*)x)); } void expand_from_8bit() {} __m256i data_; }; template static inline int8_t extract(ScoreVector sv) { return (int8_t)_mm256_extract_epi8(sv.data_, i); } template static inline void store_expanded(ScoreVector sv, int16_t* dst) { const __m256i z = _mm256_setzero_si256(); const __m256i a = _mm256_permute4x64_epi64(sv.data_, 216); __m256i b = _mm256_unpacklo_epi8(a, z); __m256i c = _mm256_slli_si256(_mm256_cmpgt_epi8(z, b), 1); _mm256_store_si256((__m256i*)dst, _mm256_or_si256(b, c)); b = _mm256_unpackhi_epi8(a, z); c = _mm256_slli_si256(_mm256_cmpgt_epi8(z, b), 1); _mm256_store_si256((__m256i*)(dst + 16), _mm256_or_si256(b, c)); } template static inline void store_expanded(ScoreVector sv, int8_t* dst) { _mm256_store_si256((__m256i*)dst, sv.data_); } template struct ScoreTraits> { enum { CHANNELS = 32 }; typedef ::DISPATCH_ARCH::SIMD::Vector Vector; typedef int8_t Score; typedef uint8_t Unsigned; typedef uint32_t Mask; struct TraceMask { static uint64_t make(uint32_t vmask, uint32_t hmask) { return (uint64_t)vmask << 32 | (uint64_t)hmask; } static uint64_t vmask(int channel) { return (uint64_t)1 << (channel + 32); } static uint64_t hmask(int channel) { return (uint64_t)1 << channel; } uint64_t gap; uint64_t open; }; static ScoreVector zero() { return ScoreVector(); } static constexpr int8_t max_score() { return SCHAR_MAX; } static int int_score(int8_t s) { return (int)s - DELTA; } static constexpr int max_int_score() { return SCHAR_MAX - DELTA; } static constexpr int8_t zero_score() { return DELTA; } static void saturate(ScoreVector& v) {} }; #elif defined(__ARM_NEON) template struct ScoreVector { ScoreVector(): data_(vdupq_n_s8(DELTA)) {} explicit ScoreVector(int8x16_t data): data_(data) {} explicit ScoreVector(int8_t x): data_(vdupq_n_s8(x)) {} explicit ScoreVector(int x): data_(vdupq_n_s8(x)) {} explicit ScoreVector(const int8_t* s) : data_(vld1q_s8(s)) { } explicit ScoreVector(const uint8_t* s) : data_(vreinterpretq_s8_u8(vld1q_u8(s))) { } #ifdef __aarch64__ ScoreVector(unsigned a, int8x16_t seq) { const int8x16_t* row = reinterpret_cast(&score_matrix.matrix8()[a << 5]); seq = letter_mask(seq); int8x16_t high_mask = vreinterpretq_s8_s16(vshlq_n_s16(vreinterpretq_s16_s8(vandq_s8(seq, vdupq_n_s8('\x10'))), 3)); int8x16_t seq_low = vorrq_s8(seq, high_mask); int8x16_t seq_high = vorrq_s8(seq, veorq_s8(high_mask, vdupq_n_s8('\x80'))); int8x16_t r1 = vld1q_s8(reinterpret_cast(row)); int8x16_t r2 = vld1q_s8(reinterpret_cast(row + 1)); int8x16_t s1 = vqtbl1q_s8(r1, vandq_u8(vreinterpretq_u8_s8(seq_low), vdupq_n_u8(0x8F))); int8x16_t s2 = vqtbl1q_s8(r2, vandq_u8(vreinterpretq_u8_s8(seq_high), vdupq_n_u8(0x8F))); data_ = vorrq_s8(s1, s2); } #endif ScoreVector operator+(const ScoreVector&rhs) const { return ScoreVector(vqaddq_s8(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector&rhs) const { return ScoreVector(vqsubq_s8(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = vqaddq_s8(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector& rhs) { data_ = vqsubq_s8(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = vandq_s8(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = vqaddq_s8(data_, vdupq_n_s8(1)); return *this; } friend ScoreVector blend(const ScoreVector&v, const ScoreVector&w, const ScoreVector&mask) { /* Use a signed shift right to create a mask with the sign bit */ uint8x16_t mask_ = vreinterpretq_u8_s8(vshrq_n_s8(mask.data_, 7)); return ScoreVector(vbslq_s8(mask_, w.data_, v.data_)); } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(vreinterpretq_s8_u8(vceqq_s8(data_, v.data_))); } friend uint32_t cmp_mask(const ScoreVector&v, const ScoreVector&w) { return vmaskq_s8(vreinterpretq_s8_u8(vceqq_s8(v.data_, w.data_))); } int operator [](unsigned i) const { int8_t x[16]; store(x); return x[i]; } ScoreVector& set(const unsigned i, uint8_t v) { int8_t x[16]; store(x); x[i] = v; data_ = vld1q_s8(x); return *this; } ScoreVector& max(const ScoreVector&rhs) { data_ = vmaxq_s8(data_, rhs.data_); return *this; } ScoreVector& min(const ScoreVector&rhs) { data_ = vminq_s8(data_, rhs.data_); return *this; } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector&rhs) { return ScoreVector(vmaxq_s8(lhs.data_, rhs.data_)); } friend ScoreVector min(const ScoreVector& lhs, const ScoreVector&rhs) { return ScoreVector(vminq_s8(lhs.data_, rhs.data_)); } void store(int8_t *ptr) const { vst1q_s8(ptr, data_); } friend std::ostream& operator<<(std::ostream &s, ScoreVector v) { int8_t x[16]; v.store(x); for (unsigned i = 0; i < 16; ++i) printf("%3i ", (int)x[i]); return s; } void expand_from_8bit() {} int8x16_t data_; }; template struct ScoreTraits> { enum { CHANNELS = 16 }; typedef ::DISPATCH_ARCH::SIMD::Vector Vector; typedef int8_t Score; typedef uint8_t Unsigned; typedef uint16_t Mask; struct TraceMask { static uint32_t make(uint32_t vmask, uint32_t hmask) { return vmask << 16 | hmask; } static uint32_t vmask(int channel) { return 1 << (channel + 16); } static uint32_t hmask(int channel) { return 1 << channel; } uint32_t gap; uint32_t open; }; static ScoreVector zero() { return ScoreVector(); } static constexpr int8_t max_score() { return SCHAR_MAX; } static int int_score(int8_t s) { return (int)s - DELTA; } static constexpr int max_int_score() { return SCHAR_MAX - DELTA; } static constexpr int8_t zero_score() { return DELTA; } static void saturate(ScoreVector& v) {} }; #elif defined(__SSE4_1__) template struct ScoreVector { ScoreVector(): data_(_mm_set1_epi8(DELTA)) {} explicit ScoreVector(__m128i data): data_(data) {} explicit ScoreVector(int8_t x): data_(_mm_set1_epi8(x)) {} explicit ScoreVector(int x): data_(_mm_set1_epi8(x)) {} explicit ScoreVector(const int8_t* s) : data_(_mm_loadu_si128(reinterpret_cast(s))) { } explicit ScoreVector(const uint8_t* s) : data_(_mm_loadu_si128(reinterpret_cast(s))) { } #ifdef __SSSE3__ ScoreVector(unsigned a, __m128i seq) { const __m128i* row = reinterpret_cast(&score_matrix.matrix8()[a << 5]); seq = letter_mask(seq); __m128i high_mask = _mm_slli_epi16(_mm_and_si128(seq, _mm_set1_epi8('\x10')), 3); __m128i seq_low = _mm_or_si128(seq, high_mask); __m128i seq_high = _mm_or_si128(seq, _mm_xor_si128(high_mask, _mm_set1_epi8('\x80'))); __m128i r1 = _mm_load_si128(row); __m128i r2 = _mm_load_si128(row + 1); __m128i s1 = _mm_shuffle_epi8(r1, seq_low); __m128i s2 = _mm_shuffle_epi8(r2, seq_high); data_ = _mm_or_si128(s1, s2); } #endif ScoreVector operator+(const ScoreVector&rhs) const { return ScoreVector(_mm_adds_epi8(data_, rhs.data_)); } ScoreVector operator-(const ScoreVector&rhs) const { return ScoreVector(_mm_subs_epi8(data_, rhs.data_)); } ScoreVector& operator+=(const ScoreVector& rhs) { data_ = _mm_adds_epi8(data_, rhs.data_); return *this; } ScoreVector& operator-=(const ScoreVector& rhs) { data_ = _mm_subs_epi8(data_, rhs.data_); return *this; } ScoreVector& operator &=(const ScoreVector& rhs) { data_ = _mm_and_si128(data_, rhs.data_); return *this; } ScoreVector& operator++() { data_ = _mm_adds_epi8(data_, _mm_set1_epi8(1)); return *this; } friend ScoreVector blend(const ScoreVector&v, const ScoreVector&w, const ScoreVector&mask) { return ScoreVector(_mm_blendv_epi8(v.data_, w.data_, mask.data_)); } ScoreVector operator==(const ScoreVector&v) const { return ScoreVector(_mm_cmpeq_epi8(data_, v.data_)); } ScoreVector operator>(const ScoreVector& v) const { return ScoreVector(_mm_cmpgt_epi8(data_, v.data_)); } friend uint32_t cmp_mask(const ScoreVector&v, const ScoreVector&w) { return _mm_movemask_epi8(_mm_cmpeq_epi8(v.data_, w.data_)); } int operator [](unsigned i) const { return *(((uint8_t*)&data_) + i); } ScoreVector& set(unsigned i, uint8_t v) { *(((uint8_t*)&data_) + i) = v; return *this; } ScoreVector& max(const ScoreVector&rhs) { data_ = _mm_max_epi8(data_, rhs.data_); return *this; } ScoreVector& min(const ScoreVector&rhs) { data_ = _mm_min_epi8(data_, rhs.data_); return *this; } friend ScoreVector max(const ScoreVector& lhs, const ScoreVector&rhs) { return ScoreVector(_mm_max_epi8(lhs.data_, rhs.data_)); } friend ScoreVector min(const ScoreVector& lhs, const ScoreVector&rhs) { return ScoreVector(_mm_min_epi8(lhs.data_, rhs.data_)); } void store(int8_t *ptr) const { _mm_storeu_si128((__m128i*)ptr, data_); } void store_aligned(int8_t* ptr) const { _mm_store_si128((__m128i*)ptr, data_); } friend std::ostream& operator<<(std::ostream &s, ScoreVector v) { int8_t x[16]; v.store(x); for (unsigned i = 0; i < 16; ++i) printf("%3i ", (int)x[i]); return s; } static ScoreVector load_aligned(const int8_t* x) { return ScoreVector(_mm_load_si128((const __m128i*)x)); } void expand_from_8bit() {} __m128i data_; }; template static inline int8_t extract(ScoreVector sv) { return 0; } template struct ScoreTraits> { enum { CHANNELS = 16 }; typedef ::DISPATCH_ARCH::SIMD::Vector Vector; typedef int8_t Score; typedef uint8_t Unsigned; typedef uint16_t Mask; struct TraceMask { static uint32_t make(uint32_t vmask, uint32_t hmask) { return vmask << 16 | hmask; } static uint32_t vmask(int channel) { return 1 << (channel + 16); } static uint32_t hmask(int channel) { return 1 << channel; } uint32_t gap; uint32_t open; }; static ScoreVector zero() { return ScoreVector(); } static constexpr int8_t max_score() { return SCHAR_MAX; } static int int_score(int8_t s) { return (int)s - DELTA; } static constexpr int max_int_score() { return SCHAR_MAX - DELTA; } static constexpr int8_t zero_score() { return DELTA; } static void saturate(ScoreVector& v) {} }; #endif } #if defined(__SSE4_1__) | defined(__ARM_NEON) template static inline int8_t extract_channel(const DISPATCH_ARCH::ScoreVector& v, int i) { return v[i]; } template static inline void set_channel(DISPATCH_ARCH::ScoreVector& v, const int i, const int8_t x) { v.set(i, x); } #endifbbuchfink-diamond-6dc5717/src/dp/swipe/000077500000000000000000000000001523407312000177365ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/dp/swipe/anchored.h000066400000000000000000000233711523407312000217000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/sequence.h" #include "../score_vector.h" #include "util/simd/transpose.h" #include "banded_matrix.h" #include "config.h" #include "util/geo/geo.h" #include "util/util.h" #include "util/data_structures/array.h" #include "../score_vector_int8.h" #include "../score_vector_int16.h" using std::copy; using std::array; using std::numeric_limits; using std::vector; using std::pair; using std::tie; namespace DP { namespace AnchoredSwipe { #if ARCH_ID == 2 namespace DISPATCH_ARCH { static char blank[64] = {0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 }; static constexpr Loc L = 13; template struct TargetIterator { enum { CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS }; using Score = typename ::DISPATCH_ARCH::ScoreTraits::Score; TargetIterator(Target* targets, int64_t target_count, Loc target_len_max, DP::BandedSwipe::DISPATCH_ARCH::Matrix& matrix, const Options& options) : options(options), begin(targets), next(targets), end(targets + target_count), active(0), band(0) { while (active < CHANNELS && next < end) { int i = active; target_seqs[i] = Array(target_len_max + 32 + 1); init_target(i); matrix.init_channel_diag(i, -Geo::i(0, targets[i].d_begin)); } for (int i = active; i < CHANNELS; ++i) reset_channel(i); band = round_up(band, (Loc)CHANNELS); //matrix.init_channels_nw(-Geo::i(0, targets[0].d_begin), score_matrix.gap_open(), score_matrix.gap_extend()); } inline bool init_target(int channel) { while (next->band() <= 0 && next < end) ++next; if (next == end) return false; target_idx[channel] = int(next - begin); targets[channel] = *next++; loc[channel] = 0; target_seqs[channel].assign(MASK_LETTER); if (targets[channel].reverse) target_seqs[channel].push_back_reversed(targets[channel].seq.data(), targets[channel].seq.end()); else target_seqs[channel].push_back(targets[channel].seq.data(), targets[channel].seq.end()); target_seqs[channel].push_back(32, MASK_LETTER); if (options.profile == nullptr) { if (targets[channel].reverse) for (int j = 0; j < AMINO_ACID_COUNT; ++j) profile_ptrs[channel][j] = targets[channel].profile_rev->get((int)j, targets[channel].query_start + Geo::i(0, targets[channel].d_begin) - 1); else for (int j = 0; j < AMINO_ACID_COUNT; ++j) profile_ptrs[channel][j] = targets[channel].profile->get((int)j, targets[channel].query_start + Geo::i(0, targets[channel].d_begin) - 1); } else { for (int j = 0; j < AMINO_ACID_COUNT; ++j) profile_ptrs[channel][j] = (const Score*)(targets[channel].reverse ? options.profile_rev[j] : options.profile[j]) + targets[channel].query_start + Geo::i(0, targets[channel].d_begin) - 1; } ++active; band = std::max(band, targets[channel].band()); return true; } inline void init_target_matrix(int channel, DP::BandedSwipe::DISPATCH_ARCH::Matrix& matrix, ScoreVector& max_score, ScoreVector& col_counter, ScoreVector& max_j) { matrix.init_channel_nw(channel, -Geo::i(0, targets[channel].d_begin), score_matrix.gap_open(), score_matrix.gap_extend()); set_channel(max_score, channel, -1); set_channel(col_counter, channel, 0); set_channel(max_j, channel, -1); } inline void reset_channel(int channel) { if (options.profile == nullptr) { for (int j = 0; j < AMINO_ACID_COUNT; ++j) profile_ptrs[channel][j] = (const Score*)blank; } else for (int j = 0; j < AMINO_ACID_COUNT; ++j) profile_ptrs[channel][j] = (const Score*)options.profile[0]; } inline void next_block(DP::BandedSwipe::DISPATCH_ARCH::Matrix& matrix, ScoreVector& max_score, ScoreVector& max_i, ScoreVector& max_j, ScoreVector& col_counter) { for (int i = 0; i < CHANNELS; ++i) { if (targets[i].blank()) { std::fill(letters[i].begin(), letters[i].end(), MASK_LETTER); continue; } if (loc[i] >= targets[i].seq.length() + 1) { const ::Score score = max_score[i]; if (score >= 0) { begin[target_idx[i]].score = score + 1; const Score j1 = max_j[i]; if (j1 < numeric_limits::max()) { begin[target_idx[i]].target_end = (Loc)j1 + 1 - 1; begin[target_idx[i]].query_end = Geo::i((Loc)j1, targets[i].d_begin) + (Loc)max_i[i] + 1 - 1; assert(begin[target_idx[i]].target_end > 0 && begin[target_idx[i]].query_end > 0); } else begin[target_idx[i]].score = numeric_limits::max(); } --active; targets[i].reset(); if (next < end) { if (!init_target(i)) { std::fill(letters[i].begin(), letters[i].end(), MASK_LETTER); reset_channel(i); continue; } init_target_matrix(i, matrix, max_score, col_counter, max_j); band = round_up(band, (Loc)CHANNELS); } else { std::fill(letters[i].begin(), letters[i].end(), MASK_LETTER); reset_channel(i); continue; } } copy(target_seqs[i].data() + loc[i], target_seqs[i].data() + loc[i] + L, letters[i].data()); loc[i] += L; if (profile_ptrs[i][0] != (const Score*)blank) for (int j = 0; j < AMINO_ACID_COUNT; ++j) profile_ptrs[i][j] += L; } } inline array column_ptrs(int k) { array prof_ptr; for (int i = 0; i < CHANNELS; ++i) { if(profile_ptrs[i][0] == (const Score*)blank) { prof_ptr[i] = (const Score*)blank; continue; } const Letter l = letter_mask(letters[i][k + L]); prof_ptr[i] = profile_ptrs[i][(int)l] + k; } return prof_ptr; } size_t net_cells(int k) const { size_t n = 0; for (int i = 0; i < CHANNELS; ++i) if (!targets[i].blank() && (loc[i] + k < targets[i].seq.length())) { int j = loc[i] + k, i0 = std::max(Geo::i(j, targets[i].d_begin), 0), i1 = std::min(Geo::i(j, targets[i].d_end), targets[i].query_length); //assert(i1 - i0 >= 0); n += std::max(i1 - i0, 0); } return n; } const Options& options; array, CHANNELS> targets; array, CHANNELS> target_seqs; Target* begin, * next, * end; int active; array, CHANNELS> profile_ptrs; array loc; array, CHANNELS> letters; array padding; array target_idx; Loc band; }; template Stats FLATTEN smith_waterman(DP::AnchoredSwipe::Target::Score>* targets, int64_t target_count, const Options& options) { using Score = typename ::DISPATCH_ARCH::ScoreTraits::Score; const Loc CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; constexpr Score SCORE_MIN = numeric_limits::min(); if (target_count == 0) return Stats(); alignas(32) Score scores[CHANNELS * CHANNELS]; Loc band_max, target_len_max; tie(band_max, target_len_max) = limits(targets, target_count); DP::BandedSwipe::DISPATCH_ARCH::Matrix matrix(round_up(band_max, CHANNELS), 0, ScoreVector(SCORE_MIN)); assert(round_up(band_max, CHANNELS) <= numeric_limits::max()); TargetIterator target_it(targets, target_count, target_len_max, matrix, options); const ScoreVector go = ScoreVector(score_matrix.gap_open() + score_matrix.gap_extend()), ge = ScoreVector(score_matrix.gap_extend()), one = ScoreVector(1); ScoreVector max_score(-1), col_counter(0), max_j(-1), max_i(0); Stats stats; while(target_it.next_block(matrix, max_score, max_i, max_j, col_counter), target_it.active > 0) { const int band = target_it.band; for (int k = -L; k < 0; ++k) { #ifdef DP_STAT stats.gross_cells += (size_t)band * CHANNELS; stats.net_cells += target_it.net_cells(k); #endif typename DP::BandedSwipe::DISPATCH_ARCH::Matrix::ColumnIterator it(matrix.begin(0, 0)); array prof_ptr = target_it.column_ptrs(k); ScoreVector vgap = ScoreVector(SCORE_MIN), hgap = ScoreVector(), col_best = ScoreVector(SCORE_MIN), row_counter(0), col_max_i(0); for (int i = 0; i < band;) { transpose_offset(prof_ptr.data(), CHANNELS, i / CHANNELS, scores, __m256i()); const Score* score_ptr = scores; do { hgap = it.hgap(); ScoreVector match_scores(score_ptr); ScoreVector score = it.diag() + match_scores; score = max(score, hgap); score = max(score, vgap); ScoreVector open = score - go; const ScoreVector gt_mask = score > col_best; col_max_i = blend(col_max_i, row_counter, gt_mask); row_counter += one; col_best = max(col_best, score); vgap -= ge; hgap -= ge; vgap = max(vgap, open); hgap = max(hgap, open); it.set_hgap(hgap); it.set_score(score); ++it; score_ptr += CHANNELS; ++i; } while ((i & (CHANNELS - 1)) != 0); } const ScoreVector gt_mask = col_best > max_score; max_j = blend(max_j, col_counter, gt_mask); max_i = blend(max_i, col_max_i, gt_mask); max_score = max(max_score, col_best); col_counter += one; } } return stats; } } #endif }}bbuchfink-diamond-6dc5717/src/dp/swipe/anchored_wrapper.cpp000066400000000000000000000313301523407312000237650ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "../dp.h" #include "config.h" #include "anchored.h" #include "../score_profile.h" #include "util/simd/dispatch.h" #include "stats/score_matrix.h" #include "align/def.h" #include "stats/stats.h" using std::list; using std::vector; using std::unique_ptr; using std::pair; using std::sort; using std::runtime_error; using std::accumulate; namespace DP { namespace BandedSwipe { namespace DISPATCH_ARCH { struct TargetVector { //vector> int8; vector> int16; }; struct Profiles { struct Reverse {}; Profiles(Sequence seq, const int8_t* cbs, int64_t padding, const ScoreMatrix& matrix) { int16 = make_profile16(seq, cbs, padding, &matrix); } Profiles(const Profiles& p, Reverse): int16(p.int16.reverse()) {} //LongScoreProfile int8; LongScoreProfile int16; }; static Loc get_band(Loc qlen, Extension::Mode extension_mode) { //return (Extension::band(qlen, extension_mode) + 15) / 16 * 16; return config.sensitivity >= Sensitivity::ULTRA_SENSITIVE ? 160 : (config.sensitivity >= Sensitivity::MORE_SENSITIVE ? 96 : 32); } static void align_right(Sequence target_seq, bool reverse, Loc i, Loc j, Loc d_begin, Loc d_end, Score prefix_score, TargetVector& targets, int64_t target_idx, const LongScoreProfile* profile, const LongScoreProfile* profile_rev, const DP::AnchoredSwipe::Config& cfg) { Loc qlen = cfg.query.length() - i, tlen = target_seq.length(); //const int band_cap = std::max(std::min(qlen / 2, tlen / 2), 1); //const int band = std::min(std::max(get_band(cfg.query.length()), Loc((d_end - d_begin) * 0.15)), band_cap); //const int band = std::max(get_band(cfg.query.length()), Loc((d_end - d_begin) * 0.15)); const int band = get_band(cfg.query.length(), cfg.extension_mode); d_begin -= band; d_end += band - 1; const Loc d0 = Geo::clip_diag(Geo::diag_sub_matrix(d_begin, i, j), qlen, tlen), d1 = Geo::clip_diag(Geo::diag_sub_matrix(d_end, i, j), qlen, tlen); tlen = std::min(tlen, Geo::j(qlen - 1, d0) + 1); assert(tlen > 0); assert(d1 >= d0); const Sequence clipped_target = reverse ? target_seq.subseq(target_seq.length() - tlen, target_seq.length()) : target_seq.subseq(0, tlen); auto& t = targets.int16; t.emplace_back(clipped_target, d0, d1 + 1, i, qlen, target_idx, reverse); t.back().profile = profile; t.back().profile_rev = profile_rev; } static void align_left(Sequence target_seq, Loc i, Loc j, Loc d_begin, Loc d_end, Score suffix_score, TargetVector& targets, int64_t target_idx, const LongScoreProfile* profile, const LongScoreProfile* profile_rev, const DP::AnchoredSwipe::Config& cfg) { const Loc qlen = cfg.query.length(), tlen = target_seq.length(); const Loc ir = qlen - 1 - i, jr = tlen - 1 - j; align_right(target_seq.subseq(0, j + 1), true, ir, jr, Geo::rev_diag(d_end, qlen, tlen), Geo::rev_diag(d_begin, qlen, tlen), suffix_score, targets, target_idx, profile, profile_rev, cfg); } static void add_target(DpTarget& t, TargetVector& targets, int64_t& target_idx, const DP::AnchoredSwipe::Config& cfg) { //t.anchor = make_clipped_anchor(t.anchor, cfg.query, cfg.query_cbs, t.seq); //if (t.anchor.score == 0) //return; if (t.extend_right(cfg.query.length())) { const Loc i = t.anchor.query_end(), j = t.anchor.subject_end(); align_right(t.seq.subseq(j), false, i, j, t.anchor.d_min_right, t.anchor.d_max_right, t.anchor.prefix_score, targets, target_idx, t.prof, t.prof_reverse, cfg); ++target_idx; } if (t.extend_left()) { const Score suffix_score = cfg.score_hint - t.anchor.prefix_score + t.anchor.score; align_left(t.seq, t.anchor.query_begin() - 1, t.anchor.subject_begin() - 1, t.anchor.d_min_left, t.anchor.d_max_left, suffix_score, targets, target_idx, t.prof, t.prof_reverse, cfg); ++target_idx; } } static void swipe_threads(DP::AnchoredSwipe::Target* targets, int64_t count, const DP::AnchoredSwipe::Options& options, const DP::AnchoredSwipe::Config& cfg) { using Target = DP::AnchoredSwipe::Target; ThreadPool::TaskSet task_set(*cfg.thread_pool, 0); int64_t size = 0; Target* i0 = targets, *i1 = targets, *end = targets + count; while (i1 < end) { const auto n = std::min((ptrdiff_t)16, end - i1); size += accumulate(i1, i1 + n, (int64_t)0, [](int64_t n, const Target& t) {return n + t.gross_cells(); }); i1 += n; if (size >= config.swipe_task_size) { #if ARCH_ID == 2 task_set.enqueue(DP::AnchoredSwipe::DISPATCH_ARCH::smith_waterman<::DISPATCH_ARCH::ScoreVector>, i0, i1 - i0, options); #endif cfg.stats.inc(Statistics::SWIPE_TASKS_TOTAL); cfg.stats.inc(Statistics::SWIPE_TASKS_ASYNC); i0 = i1; size = 0; } } if (task_set.total() == 0) { cfg.stats.inc(Statistics::SWIPE_TASKS_TOTAL); #if ARCH_ID == 2 DP::AnchoredSwipe::DISPATCH_ARCH::smith_waterman<::DISPATCH_ARCH::ScoreVector>(i0, i1 - i0, options); #endif return; } if (i1 - i0 > 0) { cfg.stats.inc(Statistics::SWIPE_TASKS_TOTAL); cfg.stats.inc(Statistics::SWIPE_TASKS_ASYNC); #if ARCH_ID == 2 task_set.enqueue(DP::AnchoredSwipe::DISPATCH_ARCH::smith_waterman<::DISPATCH_ARCH::ScoreVector>, i0, i1 - i0, options); #endif } task_set.run(); } const ScoreMatrix& select_matrix(int qlen) { //if (qlen < 35) return pam30; //if (qlen <= 50)return pam70; //if (qlen <= 85)return blosum80; return score_matrix; } list anchored_swipe(Targets& targets, const DP::AnchoredSwipe::Config& cfg, std::pmr::monotonic_buffer_resource& pool) { #if ARCH_ID != 2 throw runtime_error("Anchored SWIPE requires at least AVX2 support"); #endif TaskTimer total; TargetVector target_vec; int64_t target_count = 0, target_len = 0; Loc max_target_len = 0; if(!cfg.target_profiles) for (int bin = 0; bin < DP::BINS; ++bin) for (const DpTarget& t : targets[bin]) { ++target_count; target_len += t.seq.length(); max_target_len = std::max(max_target_len, t.seq.length()); } else for (int bin = 0; bin < DP::BINS; ++bin) target_count += targets[bin].size(); TaskTimer timer; //target_vec.int8.reserve(target_count * 2); target_vec.int16.reserve(target_count * 2); // check for 16 bit overflow cfg.stats.inc(Statistics::TIME_ANCHORED_SWIPE_ALLOC, timer.microseconds()); timer.go(); unique_ptr profiles, profiles_rev; vector prof_pointers, prof_pointers_rev; const ScoreMatrix& matrix = score_matrix; // select_matrix(cfg.query.length()); if (!cfg.target_profiles) { profiles.reset(new Profiles(cfg.query, cfg.query_cbs, cfg.query.length() + max_target_len + 32, matrix)); profiles_rev.reset(new Profiles(*profiles, Profiles::Reverse())); prof_pointers = profiles->int16.pointers(0); prof_pointers_rev = profiles_rev->int16.pointers(0); } cfg.stats.inc(Statistics::TIME_PROFILE, timer.microseconds()); timer.go(); int64_t target_idx = 0; for (int bin = 0; bin < DP::BINS; ++bin) for (DpTarget& t : targets[bin]) { add_target(t, target_vec, target_idx, cfg); } cfg.stats.inc(Statistics::TIME_ANCHORED_SWIPE_ADD, timer.microseconds()); auto& t = target_vec.int16; timer.go(); //sort(target_vec.int8.begin(), target_vec.int8.end()); sort(target_vec.int16.begin(), target_vec.int16.end()); cfg.stats.inc(Statistics::TIME_ANCHORED_SWIPE_SORT, timer.microseconds()); DP::AnchoredSwipe::Stats stats; DP::AnchoredSwipe::Options options{ prof_pointers.empty() ? nullptr : prof_pointers.data(), prof_pointers_rev.empty() ? nullptr : prof_pointers_rev.data() }; timer.go(); #ifdef __SSE4_1__ //DP::AnchoredSwipe::DISPATCH_ARCH::smith_waterman<::DISPATCH_ARCH::ScoreVector>(target_vec.int8.data(), target_vec.int8.size()); //stats = DP::AnchoredSwipe::DISPATCH_ARCH::smith_waterman<::DISPATCH_ARCH::ScoreVector>(target_vec.int16.data(), target_vec.int16.size(), options); swipe_threads(target_vec.int16.data(), target_vec.int16.size(), options, cfg); //cfg.stats.inc(Statistics::GROSS_DP_CELLS, stats.gross_cells); //cfg.stats.inc(Statistics::NET_DP_CELLS, stats.net_cells); #endif cfg.stats.inc(Statistics::TIME_SW, timer.microseconds()); timer.go(); //sort(target_vec.int8.begin(), target_vec.int8.end(), DP::AnchoredSwipe::Target::cmp_target_idx); sort(target_vec.int16.begin(), target_vec.int16.end(), DP::AnchoredSwipe::Target::cmp_target_idx); cfg.stats.inc(Statistics::TIME_ANCHORED_SWIPE_SORT, timer.microseconds()); timer.go(); auto target_it = target_vec.int16.cbegin(); list out; DP::Targets recompute; std::pmr::list matrices(&pool); Stats::Composition query_comp(Stats::composition(cfg.query)); for (int bin = 0; bin < DP::BINS; ++bin) for (const DpTarget& t : targets[bin]) { if (t.anchor.score == 0) continue; int score = t.anchor.score, i0 = t.anchor.query_begin(), i1 = t.anchor.query_end(), j0 = t.anchor.subject_begin(), j1 = t.anchor.subject_end(); #ifdef DP_STAT int64_t gross_cells = 0, net_cells = 0; #endif if (t.extend_right(cfg.query.length())) { score += target_it->score; i1 += target_it->query_end; j1 += target_it->target_end; #ifdef DP_STAT auto c = target_it->cells(); gross_cells += c.first; net_cells += c.second; #endif ++target_it; } if (t.extend_left()) { score += target_it->score; i0 -= target_it->query_end; j0 -= target_it->target_end; #ifdef DP_STAT auto c = target_it->cells(); gross_cells += c.first; net_cells += c.second; #endif ++target_it; } // filter for cover cfg.stats.inc(Statistics::EXT16); const double qcov = double(i1 - i0) / cfg.query.length() * 100.0, tcov = double(j1 - j0) / t.seq.length() * 100.0; bool cov_filtered = false; if (config.query_or_target_cover > 0 || config.query_cover > 0 || config.subject_cover > 0) { cov_filtered = std::max(qcov, tcov) < config.query_or_target_cover || qcov < config.query_cover || tcov < config.subject_cover; } if (!cfg.recompute_adjusted && cov_filtered) continue; /*if (std::max(i0, cfg.query.length() - i1) > config.uncov_cap || std::max(j0, t.seq.length() - j1) > config.uncov_cap) continue;*/ const double evalue = matrix.evalue(score, cfg.query.length(), t.seq.length()); // consider adjusted matrix if(!cfg.recompute_adjusted && evalue > config.max_evalue) continue; if(cfg.recompute_adjusted && (qcov < 70.0 || tcov < 70.0)) continue; const double approx_id = Stats::approx_id(score, i1 - i0, j1 - j0); if (cfg.recompute_adjusted && approx_id < 70) { matrices.emplace_back(query_comp, cfg.query.length(), Stats::CBS::MATRIX_ADJUST, t.seq, cfg.stats, pool, Stats::eUserSpecifiedRelEntropy); // redecide bin here recompute[bin].push_back(DpTarget(t.seq, t.true_target_len, t.d_begin, t.d_end, t.target_idx, cfg.query.length(), &matrices.back(), DpTarget::CarryOver(), t.anchor)); cfg.stats.inc(Statistics::EXTENSIONS_RECOMPUTE); } else if (!cov_filtered) { out.emplace_back(); out.back().score = score; out.back().evalue = evalue; out.back().bit_score = matrix.bitscore(score); out.back().swipe_target = t.target_idx; out.back().query_range = { i0, i1 }; out.back().query_source_range = out.back().query_range; out.back().subject_range = { j0, j1 }; out.back().subject_source_range = out.back().subject_range; #ifdef DP_STAT out.back().reserved1 = (int)gross_cells; // stats.gross_cells; out.back().reserved2 = (int)net_cells; // stats.net_cells; #endif out.back().approx_id = out.back().approx_id_percent(cfg.query, t.seq); } } cfg.stats.inc(Statistics::TIME_ANCHORED_SWIPE_OUTPUT, timer.microseconds()); cfg.stats.inc(Statistics::TIME_ANCHORED_SWIPE, total.microseconds()); if (cfg.recompute_adjusted) { DP::Params params{ cfg.query, nullptr, Frame(0), cfg.query.length(), nullptr, DP::Flags::NONE, false, 0, 0, HspValues::COORDS, cfg.stats, cfg.thread_pool }; out.splice(out.end(), DP::BandedSwipe::swipe(recompute, params)); return out; } return out; } } DISPATCH_3(std::list, anchored_swipe, Targets&, targets, const DP::AnchoredSwipe::Config&, cfg, std::pmr::monotonic_buffer_resource&, pool) }}bbuchfink-diamond-6dc5717/src/dp/swipe/banded_3frame_swipe.cpp000066400000000000000000000447141523407312000243350ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "util/simd/vector.h" #include "../dp.h" #include "swipe.h" #include "target_iterator.h" #include "util/data_structures/mem_buffer.h" #include "util/simd/dispatch.h" #include "../score_vector_int16.h" #include "../score_vector_int8.h" using std::list; using std::thread; using std::atomic; using std::pair; using std::vector; using std::runtime_error; namespace DISPATCH_ARCH { template struct Banded3FrameSwipeMatrix { struct ColumnIterator { ColumnIterator(Sv* hgap_front, Sv* score_front) : hgap_ptr_(hgap_front), score_ptr_(score_front) { sm4 = ScoreTraits::zero(); sm3 = *score_ptr_; sm2 = *(score_ptr_ + 1); } inline void operator++() { ++hgap_ptr_; ++score_ptr_; sm4 = sm3; sm3 = sm2; sm2 = *(score_ptr_ + 1); } inline Sv hgap() const { return *(hgap_ptr_ + 3); } inline void set_hgap(const Sv& x) { *hgap_ptr_ = x; } inline void set_score(const Sv& x) { *score_ptr_ = x; } void set_zero() { *(score_ptr_ - 1) = ScoreTraits::zero(); *(score_ptr_ - 2) = ScoreTraits::zero(); *(score_ptr_ - 3) = ScoreTraits::zero(); } Sv *hgap_ptr_, *score_ptr_; Sv sm4, sm3, sm2; }; Banded3FrameSwipeMatrix(size_t band, size_t cols) : band_(band) { hgap_.resize(band + 3); score_.resize(band + 1); std::fill(hgap_.begin(), hgap_.end(), Sv()); std::fill(score_.begin(), score_.end(), Sv()); } inline ColumnIterator begin(size_t offset, size_t col) { return ColumnIterator(&hgap_[offset], &score_[offset]); } size_t band() const { return band_; } private: const size_t band_; #ifdef USE_TLS static thread_local MemBuffer hgap_, score_; #else MemBuffer hgap_, score_; #endif }; template struct Banded3FrameSwipeTracebackMatrix { typedef typename ScoreTraits::Score Score; struct ColumnIterator { ColumnIterator(Sv* hgap_front, Sv* score_front, Sv* score_front1) : hgap_ptr_(hgap_front), score_ptr_(score_front), score_ptr1_(score_front1) { sm4 = ScoreTraits::zero(); sm3 = *(score_ptr_++); sm2 = *(score_ptr_); } inline void operator++() { ++hgap_ptr_; ++score_ptr_; ++score_ptr1_; sm4 = sm3; sm3 = sm2; sm2 = *score_ptr_; } inline Sv hgap() const { return *(hgap_ptr_ + 3); } inline void set_hgap(const Sv& x) { *hgap_ptr_ = x; } inline void set_score(const Sv& x) { *score_ptr1_ = x; } void set_zero() { *(score_ptr1_ - 1) = ScoreTraits::zero(); *(score_ptr1_ - 2) = ScoreTraits::zero(); *(score_ptr1_ - 3) = ScoreTraits::zero(); } Sv* hgap_ptr_, *score_ptr_, *score_ptr1_; Sv sm4, sm3, sm2; }; struct TracebackIterator { TracebackIterator(const Score *score, size_t band, int frame, int i, int j) : band_(band), score_(score), frame(frame), i(i), j(j) { assert(i >= 0 && j >= 0); } Score score() const { return *score_; } Score sm3() const { return *(score_ - (band_ + 1) * ScoreTraits::CHANNELS); } Score sm4() const { return *(score_ - (band_ + 2) * ScoreTraits::CHANNELS); } Score sm2() const { return *(score_ - band_ * ScoreTraits::CHANNELS); } void walk_diagonal() { score_ -= (band_ + 1) * ScoreTraits::CHANNELS; --i; --j; assert(i >= -1 && j >= -1); } void walk_forward_shift() { score_ -= (band_ + 2) * ScoreTraits::CHANNELS; --i; --j; --frame; if (frame == -1) { frame = 2; --i; } assert(i >= -1 && j >= -1); } void walk_reverse_shift() { score_ -= band_ * ScoreTraits::CHANNELS; --i; --j; ++frame; if (frame == 3) { frame = 0; ++i; } assert(i >= -1 && j >= -1); } pair walk_gap(int d0, int d1) { const int i0 = std::max(d0 + j, 0), j0 = std::max(i - d1, -1); const Score *h = score_ - (band_ - 2) * ScoreTraits::CHANNELS, *h0 = score_ - (j - j0) * (band_ - 2) * ScoreTraits::CHANNELS; const Score *v = score_ - 3 * ScoreTraits::CHANNELS, *v0 = score_ - (i - i0 + 1) * 3 * ScoreTraits::CHANNELS; const Score score = this->score(); const Score e = score_matrix.gap_extend(); Score g = score_matrix.gap_open() + e; int l = 1; while (v > v0 && h > h0) { if (score + g == *h) { walk_hgap(h, l); return std::make_pair(op_deletion, l); } else if (score + g == *v) { walk_vgap(v, l); return std::make_pair(op_insertion, l); } h -= (band_ - 2) * ScoreTraits::CHANNELS; v -= 3 * ScoreTraits::CHANNELS; ++l; g += e; } while (v > v0) { if (score + g == *v) { walk_vgap(v, l); return std::make_pair(op_insertion, l); } v -= 3 * ScoreTraits::CHANNELS; ++l; g += e; } while (h > h0) { if (score + g == *h) { walk_hgap(h, l); return std::make_pair(op_deletion, l); } h -= (band_ - 2) * ScoreTraits::CHANNELS; ++l; g += e; } throw runtime_error("Traceback error."); } void walk_hgap(const Score *h, int l) { score_ = h; j -= l; assert(i >= -1 && j >= -1); } void walk_vgap(const Score *v, int l) { score_ = v; i -= l; assert(i >= -1 && j >= -1); } const size_t band_; const Score *score_; int frame, i, j; }; TracebackIterator traceback(size_t col, int i0, int j, int dna_len, size_t channel, Score score) const { const int i_ = std::max(-i0, 0) * 3, i1 = (int)std::min(band_, size_t(dna_len - 2 - i0 * 3)); const Score *s = (Score*)(&score_[col*(band_ + 1) + i_]) + channel; for (int i = i_; i < i1; ++i, s += ScoreTraits::CHANNELS) if (*s == score) return TracebackIterator(s, band_, i % 3, i0 + i / 3, j); throw runtime_error("Trackback error."); } Banded3FrameSwipeTracebackMatrix(size_t band, size_t cols) : band_(band) { hgap_.resize(band + 3); score_.resize((band + 1) * (cols + 1)); const Sv z = Sv(); std::fill(hgap_.begin(), hgap_.end(), z); std::fill(score_.begin(), score_.begin() + band + 1, z); for (size_t i = 0; i < cols; ++i) score_[i*(band + 1) + band] = z; } inline ColumnIterator begin(size_t offset, size_t col) { return ColumnIterator(&hgap_[offset], &score_[col*(band_ + 1) + offset], &score_[(col + 1)*(band_ + 1) + offset]); } size_t band() const { return band_; } private: const size_t band_; #ifdef USE_TLS static thread_local MemBuffer hgap_; #else MemBuffer hgap_; #endif MemBuffer score_; }; #ifdef USE_TLS template thread_local MemBuffer Banded3FrameSwipeMatrix::hgap_; template thread_local MemBuffer Banded3FrameSwipeMatrix::score_; template thread_local MemBuffer Banded3FrameSwipeTracebackMatrix::hgap_; #endif template struct Banded3FrameSwipeMatrixRef { }; template struct Banded3FrameSwipeMatrixRef<_sv, DP::Traceback> { typedef Banded3FrameSwipeTracebackMatrix<_sv> type; }; template struct Banded3FrameSwipeMatrixRef<_sv, DP::ScoreOnly> { typedef Banded3FrameSwipeMatrix<_sv> type; }; template Hsp traceback(Sequence *query, Strand strand, int dna_len, const Banded3FrameSwipeTracebackMatrix<_sv> &dp, const DpTarget &target, int d_begin, typename ScoreTraits<_sv>::Score max_score, double evalue, int max_col, int channel, int i0, int i1) { typedef typename ScoreTraits<_sv>::Score Score; const int j0 = i1 - (target.d_end - 1), d1 = target.d_end; typename Banded3FrameSwipeTracebackMatrix<_sv>::TracebackIterator it(dp.traceback(max_col + 1, i0 + max_col, j0 + max_col, dna_len, channel, max_score)); Hsp out(true); out.swipe_target = target.target_idx; out.score = ScoreTraits<_sv>::int_score(max_score) * config.cbs_matrix_scale; out.bit_score = score_matrix.bitscore(out.score); out.evalue = evalue; out.transcript.reserve(size_t(out.score * config.transcript_len_estimate)); out.set_end(it.i + 1, it.j + 1, Frame(strand, it.frame), dna_len); while (it.score() > ScoreTraits<_sv>::zero_score()) { const Letter q = query[it.frame][it.i], s = target.seq[it.j]; const Score m = score_matrix(q, s), score = it.score(); if (score == it.sm3() + m) { out.push_match(q, s, m > (Score)0); it.walk_diagonal(); } else if (score == it.sm4() + m - score_matrix.frame_shift()) { out.push_match(q, s, m > (Score)0); out.transcript.push_back(op_frameshift_forward); it.walk_forward_shift(); } else if (score == it.sm2() + m - score_matrix.frame_shift()) { out.push_match(q, s, m > (Score)0); out.transcript.push_back(op_frameshift_reverse); it.walk_reverse_shift(); } else { const pair g(it.walk_gap(d_begin, d1)); out.push_gap(g.first, g.second, target.seq.data() + it.j + g.second); } } out.set_begin(it.i + 1, it.j + 1, Frame(strand, it.frame), dna_len); out.transcript.reverse(); out.transcript.push_terminator(); out.subject_source_range = out.subject_range; return out; } template Hsp traceback(Sequence *query, Strand strand, int dna_len, const Banded3FrameSwipeMatrix<_sv> &dp, const DpTarget &target, int d_begin, typename ScoreTraits<_sv>::Score max_score, double evalue, int max_col, int channel, int i0, int i1) { Hsp out(false); const int j0 = i1 - (target.d_end - 1); out.swipe_target = target.target_idx; out.score = ScoreTraits<_sv>::int_score(max_score) * config.cbs_matrix_scale; out.bit_score = score_matrix.bitscore(out.score); out.evalue = evalue; out.query_range.end_ = std::min(i0 + max_col + (int)dp.band() / 3 / 2, (int)query[0].length()); out.query_range.begin_ = std::max(out.query_range.end_ - (j0 + max_col), 0); out.frame = strand == FORWARD ? 0 : 3; out.query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(out.query_range.begin_, Frame(out.frame)), TranslatedPosition(out.query_range.end_, Frame(out.frame)), dna_len); return out; } template list banded_3frame_swipe( const TranslatedSequence& query, Strand strand, std::vector::const_iterator subject_begin, std::vector::const_iterator subject_end, DpStat &stat, bool parallel, std::vector &overflow) { typedef typename Banded3FrameSwipeMatrixRef::type Matrix; typedef typename ScoreTraits::Score Score; assert(subject_end - subject_begin <= ScoreTraits::CHANNELS); Sequence q[3]; query.get_strand(strand, q); const int qlen = (int)q[0].length(), qlen2 = (int)q[1].length(), qlen3 = (int)q[2].length(); int band = 0; for (vector::const_iterator j = subject_begin; j < subject_end; ++j) band = std::max(band, j->d_end - j->d_begin); int i0 = INT_MAX, i1 = INT_MAX, d_begin[ScoreTraits::CHANNELS]; for (vector::const_iterator j = subject_begin; j < subject_end; ++j) { d_begin[j - subject_begin] = j->d_end - band; int i2 = std::max(j->d_end - 1, 0); i1 = std::min(i1, i2); i0 = std::min(i0, i2 + 1 - band); } TargetIterator targets(subject_begin, subject_end, false, i1, qlen, d_begin); Matrix dp(band * 3, targets.cols); const Sv open_penalty(score_matrix.gap_open() + score_matrix.gap_extend()), extend_penalty(score_matrix.gap_extend()), frameshift_penalty(score_matrix.frame_shift()); SwipeProfile profile; #ifndef __SSSE3__ std::array target_scores; #endif Score best[ScoreTraits::CHANNELS]; int max_col[ScoreTraits::CHANNELS]; for (int i = 0; i < ScoreTraits::CHANNELS; ++i) { best[i] = ScoreTraits::zero_score(); max_col[i] = 0; } int j = 0; while (targets.active.size() > 0) { const int i0_ = std::max(i0, 0), i1_ = std::min(i1, qlen - 1); if (i0_ > i1_) break; typename Matrix::ColumnIterator it(dp.begin((i0_ - i0) * 3, j)); if (i0_ - i0 > 0) it.set_zero(); Sv vgap0, vgap1, vgap2, hgap, col_best; vgap0 = vgap1 = vgap2 = col_best = ScoreTraits::zero(); #ifdef __SSSE3__ profile.set(targets.get()); #else profile.set(targets.get(target_scores.data())); #endif for (int i = i0_; i <= i1_; ++i) { hgap = it.hgap(); Sv next = cell_update(it.sm3, it.sm4, it.sm2, profile.get(q[0][i]), extend_penalty, open_penalty, frameshift_penalty, hgap, vgap0, col_best); it.set_hgap(hgap); it.set_score(next); ++it; if (i >= qlen2) break; hgap = it.hgap(); next = cell_update(it.sm3, it.sm4, it.sm2, profile.get(q[1][i]), extend_penalty, open_penalty, frameshift_penalty, hgap, vgap1, col_best); it.set_hgap(hgap); it.set_score(next); ++it; if (i >= qlen3) break; hgap = it.hgap(); next = cell_update(it.sm3, it.sm4, it.sm2, profile.get(q[2][i]), extend_penalty, open_penalty, frameshift_penalty, hgap, vgap2, col_best); it.set_hgap(hgap); it.set_score(next); ++it; } #ifdef DP_STAT //stat.net_cells += targets.live * (i1_ - i0_ + 1) * 3; //stat.gross_cells += ScoreTraits<_sv>::CHANNELS * (i1_ - i0_ + 1) * 3; #endif Score col_best_[ScoreTraits::CHANNELS]; store_sv(col_best, col_best_); for (int i = 0; i < targets.active.size();) { int channel = targets.active[i]; if (!targets.inc(channel)) targets.active.erase(i); else ++i; if (col_best_[channel] > best[channel]) { best[channel] = col_best_[channel]; max_col[channel] = j; } } ++i0; ++i1; ++j; } list out; for (int i = 0; i < targets.n_targets; ++i) { if (best[i] < ScoreTraits::max_score()) { const int score = ScoreTraits::int_score(best[i]) * config.cbs_matrix_scale; const double evalue = score_matrix.evalue(score, qlen, (unsigned)subject_begin[i].seq.length()); if (score_matrix.report_cutoff(score, evalue)) out.push_back(traceback(q, strand, (int)query.source().length(), dp, subject_begin[i], d_begin[i], best[i], evalue, max_col[i], i, i0 - j, i1 - j)); } else overflow.push_back(subject_begin[i]); } return out; } template list banded_3frame_swipe_targets(std::vector::const_iterator begin, vector::const_iterator end, bool score_only, const TranslatedSequence &query, Strand strand, DpStat &stat, bool parallel, std::vector &overflow) { list out; for (vector::const_iterator i = begin; i < end; i += std::min((ptrdiff_t)ScoreTraits::CHANNELS, end - i)) { if (score_only) out.splice(out.end(), banded_3frame_swipe(query, strand, i, i + std::min(ptrdiff_t(ScoreTraits::CHANNELS), end - i), stat, parallel, overflow)); else out.splice(out.end(), banded_3frame_swipe(query, strand, i, i + std::min(ptrdiff_t(ScoreTraits::CHANNELS), end - i), stat, parallel, overflow)); } return out; } void banded_3frame_swipe_worker(std::vector::const_iterator begin, std::vector::const_iterator end, atomic *next, bool score_only, const TranslatedSequence *query, Strand strand, list *out, vector *overflow) { DpStat stat; size_t pos; vector of; while (begin + (pos = next->fetch_add(config.swipe_chunk_size, std::memory_order_relaxed)) < end) #if defined(__SSE2__) | defined(__ARM_NEON) if(score_only) out->splice(out->end(), banded_3frame_swipe_targets>(begin + pos, min(begin + pos + config.swipe_chunk_size, end), score_only, *query, strand, stat, true, of)); else out->splice(out->end(), banded_3frame_swipe_targets(begin + pos, min(begin + pos + config.swipe_chunk_size, end), score_only, *query, strand, stat, true, of)); #else out->splice(out->end(), banded_3frame_swipe_targets(begin + pos, min(begin + pos + config.swipe_chunk_size, end), score_only, *query, strand, stat, true, of)); #endif *overflow = std::move(of); } list banded_3frame_swipe(const TranslatedSequence &query, Strand strand, vector::iterator target_begin, vector::iterator target_end, DpStat &stat, bool score_only, bool parallel) { vector overflow16, overflow32; #if defined (__SSE2__) | defined(__ARM_NEON) TaskTimer timer("Banded 3frame swipe (sort)", parallel ? 3 : UINT_MAX); std::stable_sort(target_begin, target_end); list out; if (parallel) { timer.go("Banded 3frame swipe (run)"); vector threads; vector*> thread_out; vector> thread_overflow(config.threads_); atomic next(0); for (int i = 0; i < config.threads_; ++i) { thread_out.push_back(new list); threads.emplace_back(banded_3frame_swipe_worker, target_begin, target_end, &next, score_only, &query, strand, thread_out.back(), &thread_overflow[i]); } for (auto &t : threads) t.join(); timer.go("Banded 3frame swipe (merge)"); for (list* l : thread_out) { out.splice(out.end(), *l); delete l; } overflow16.reserve(std::accumulate(thread_overflow.begin(), thread_overflow.end(), (size_t)0, [](size_t n, const vector &v) { return n + v.size(); })); for (const vector &v : thread_overflow) overflow16.insert(overflow16.end(), v.begin(), v.end()); } else { if(score_only) out = banded_3frame_swipe_targets>(target_begin, target_end, score_only, query, strand, stat, false, overflow16); else out = banded_3frame_swipe_targets(target_begin, target_end, score_only, query, strand, stat, false, overflow16); } out.splice(out.end(), banded_3frame_swipe_targets(overflow16.begin(), overflow16.end(), score_only, query, strand, stat, false, overflow32)); return out; #else return banded_3frame_swipe_targets(target_begin, target_end, score_only, query, strand, stat, false, overflow32); #endif } } DISPATCH_7(std::list, banded_3frame_swipe, const TranslatedSequence&, query, Strand, strand, std::vector::iterator, target_begin, std::vector::iterator, target_end, DpStat&, stat, bool, score_only, bool, parallel)bbuchfink-diamond-6dc5717/src/dp/swipe/banded_matrix.h000066400000000000000000000261741523407312000227220ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "util/data_structures/mem_buffer.h" #include "stats/score_matrix.h" using std::pair; namespace DP { namespace BandedSwipe { namespace DISPATCH_ARCH { template struct Matrix { using Score = typename ::DISPATCH_ARCH::ScoreTraits::Score; static constexpr int CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; struct ColumnIterator { ColumnIterator(ScoreVector* hgap_front, ScoreVector* score_front) : hgap_ptr_(hgap_front), score_ptr_(score_front) { } inline void operator++() { ++hgap_ptr_; ++score_ptr_; } inline ScoreVector hgap() const { return *(hgap_ptr_ + 1); } inline ScoreVector diag() const { return *score_ptr_; } inline void set_hgap(const ScoreVector& x) { *hgap_ptr_ = x; } inline void set_score(const ScoreVector& x) { *score_ptr_ = x; } std::nullptr_t stat() { return nullptr; } std::nullptr_t hstat() { return nullptr; } std::nullptr_t trace_mask() { return nullptr; } void set_hstat(std::nullptr_t) {} inline void set_zero() {} ScoreVector*hgap_ptr_, *score_ptr_; }; Matrix(int band, size_t cols, ScoreVector init = ScoreVector()) : band_(band) { hgap_.resize(band + 1); score_.resize(band); std::fill(hgap_.begin(), hgap_.end(), init); std::fill(score_.begin(), score_.end(), init); } void init_channel_diag(int channel, int offset) { Score* ptr = (Score*)score_.begin(); ptr[offset * CHANNELS + channel] = 0; } void init_channel_nw(int channel, int offset, ::Score gap_open, ::Score gap_extend) { Score* ptr = (Score*)score_.begin(); ptr[offset * CHANNELS + channel] = 0; //Score s = -gap_open; for (int i = offset - 1; i >= 0; --i) { //s -= gap_extend; //ptr[i * CHANNELS + channel] = s; ptr[i * CHANNELS + channel] = std::numeric_limits::min(); } //s = -gap_open; for (int i = offset + 1; i < (int)score_.size(); ++i) { //s -= gap_extend; //ptr[i * CHANNELS + channel] = s; ptr[i * CHANNELS + channel] = std::numeric_limits::min(); } ptr = (Score*)hgap_.begin(); for (size_t i = 0; i < hgap_.size(); ++i) ptr[i * CHANNELS + channel] = std::numeric_limits::min(); } void init_channels_nw(int offset, ::Score gap_open, ::Score gap_extend) { Score* ptr = (Score*)score_.begin(); std::fill(&ptr[offset * CHANNELS], &ptr[(offset+1) * CHANNELS], 0); Score s = -gap_open; for (int i = offset - 1; i >= 0; --i) { s -= gap_extend; std::fill(&ptr[i * CHANNELS], &ptr[(i + 1) * CHANNELS], s); } s = -gap_open; for (int i = offset + 1; i < (int)score_.size(); ++i) { s -= gap_extend; std::fill(&ptr[i * CHANNELS], &ptr[(i + 1) * CHANNELS], s); } ptr = (Score*)hgap_.begin(); std::fill(ptr, ptr + hgap_.size() * CHANNELS, std::numeric_limits::min()); } inline ColumnIterator begin(int offset, int col) { return ColumnIterator(&hgap_[offset], &score_[offset]); } int band() const { return band_; } ScoreVector operator[](int i) const { return score_[i]; } #if defined(__APPLE__) || !defined(USE_TLS) MemBuffer hgap_, score_; #else static thread_local MemBuffer hgap_, score_; #endif private: int band_; }; template struct TracebackMatrix { typedef void* Stat; typedef typename ::DISPATCH_ARCH::ScoreTraits<_sv>::Score Score; static constexpr int CHANNELS = ::DISPATCH_ARCH::ScoreTraits<_sv>::CHANNELS; struct ColumnIterator { ColumnIterator(_sv* hgap_front, _sv* score_front, _sv* score_front1) : hgap_ptr_(hgap_front), score_ptr_(score_front), score_ptr1_(score_front1) { } inline void operator++() { ++hgap_ptr_; ++score_ptr_; ++score_ptr1_; } inline _sv hgap() const { return *(hgap_ptr_ + 1); } inline _sv diag() const { return *score_ptr_; } inline void set_hgap(const _sv& x) { *hgap_ptr_ = x; } inline void set_score(const _sv& x) { *score_ptr1_ = x; } void set_zero() { *(score_ptr1_ - 1) = _sv(); } std::nullptr_t stat() { return nullptr; } std::nullptr_t hstat() { return nullptr; } std::nullptr_t trace_mask() { return nullptr; } void set_hstat(std::nullptr_t) {} _sv *hgap_ptr_, *score_ptr_, *score_ptr1_; }; struct TracebackIterator { TracebackIterator(const Score *score, size_t band, int i, int j) : band_(band), score_(score), i(i), j(j) { assert(i >= 0 && j >= 0); } Score score() const { return *score_; } Score diag() const { return *(score_ - band_ * CHANNELS); } void walk_diagonal() { score_ -= band_ * ::DISPATCH_ARCH::ScoreTraits<_sv>::CHANNELS; --i; --j; assert(i >= -1 && j >= -1); } pair walk_gap(int d0, int d1) { const int i0 = std::max(d0 + j, 0), j0 = std::max(i - d1, -1); const Score *h = score_ - (band_ - 1) * CHANNELS, *h0 = score_ - (j - j0) * (band_ - 1) * CHANNELS; const Score *v = score_ - CHANNELS, *v0 = score_ - (i - i0 + 1) * CHANNELS; const Score e = score_matrix.gap_extend(); Score score = this->score() + (Score)score_matrix.gap_open() + e; int l = 1; while (v > v0 && h > h0) { if (score == *h) { walk_hgap(h, l); return std::make_pair(op_deletion, l); } else if (score == *v) { walk_vgap(v, l); return std::make_pair(op_insertion, l); } h -= (band_ - 1) * CHANNELS; v -= CHANNELS; ++l; score += e; } while (v > v0) { if (score == *v) { walk_vgap(v, l); return std::make_pair(op_insertion, l); } v -= CHANNELS; ++l; score += e; } while (h > h0) { if (score == *h) { walk_hgap(h, l); return std::make_pair(op_deletion, l); } h -= (band_ - 1) * CHANNELS; ++l; score += e; } throw std::runtime_error("Traceback error."); } void walk_hgap(const Score *h, int l) { score_ = h; j -= l; assert(i >= -1 && j >= -1); } void walk_vgap(const Score *v, int l) { score_ = v; i -= l; assert(i >= -1 && j >= -1); } const size_t band_; const Score *score_; int i, j; }; TracebackIterator traceback(size_t col, int i0, int j, int query_len, size_t channel, Score score) const { const int i_ = std::max(-i0, 0), i1 = (int)std::min(band_, size_t(query_len - i0)); const Score *s = (Score*)(&score_[col*band_ + i_]) + channel; for (int i = i_; i < i1; ++i, s += CHANNELS) if (*s == score) return TracebackIterator(s, band_, i0 + i, j); throw std::runtime_error("Trackback error."); } TracebackMatrix(size_t band, size_t cols) : band_(band) { hgap_.resize(band + 1); score_.resize(band * (cols + 1)); std::fill(hgap_.begin(), hgap_.end(), _sv()); std::fill(score_.begin(), score_.begin() + band, _sv()); } inline ColumnIterator begin(size_t offset, size_t col) { return ColumnIterator(&hgap_[offset], &score_[col*band_ + offset], &score_[(col + 1)*band_ + offset]); } _sv operator[](int i) const { return _sv(); } MemBuffer<_sv> hgap_, score_; private: const size_t band_; }; template struct TracebackVectorMatrix { typedef typename ::DISPATCH_ARCH::ScoreTraits::TraceMask TraceMask; typedef void* Stat; struct ColumnIterator { ColumnIterator(Sv* hgap_front, Sv* score_front, TraceMask* trace_mask_front) : hgap_ptr_(hgap_front), score_ptr_(score_front), trace_mask_ptr_(trace_mask_front) { } inline void operator++() { ++hgap_ptr_; ++score_ptr_; ++trace_mask_ptr_; } inline Sv hgap() const { return *(hgap_ptr_ + 1); } inline Sv diag() const { return *score_ptr_; } inline TraceMask* trace_mask() { return trace_mask_ptr_; } inline void set_hgap(const Sv& x) { *hgap_ptr_ = x; } inline void set_score(const Sv& x) { *score_ptr_ = x; } std::nullptr_t stat() { return nullptr; } std::nullptr_t hstat() { return nullptr; } void set_hstat(std::nullptr_t) {} inline void set_zero() {} Sv *hgap_ptr_, *score_ptr_; TraceMask* trace_mask_ptr_; }; struct TracebackIterator { TracebackIterator(const TraceMask *mask, size_t band, int i, int j, const int channel) : band_(band), mask_(mask), channel_mask_vgap(TraceMask::vmask(channel)), channel_mask_hgap(TraceMask::hmask(channel)), i(i), j(j) { assert(i >= 0 && j >= 0); } TraceMask mask() const { return *mask_; } void walk_diagonal() { mask_ -= band_; --i; --j; assert(i >= -1 && j >= -1); } pair walk_gap() { if (mask_->gap & channel_mask_vgap) { int l = 0; do { ++l; --i; --mask_; } while (((mask_->open & channel_mask_vgap) == 0) && (i > 0)); return std::make_pair(op_insertion, l); } else { int l = 0; do { ++l; --j; mask_ -= band_ - 1; } while (((mask_->open & channel_mask_hgap) == 0) && (j > 0)); return std::make_pair(op_deletion, l); } } const size_t band_; const TraceMask* mask_; const decltype(TraceMask::gap) channel_mask_vgap, channel_mask_hgap; int i, j; }; TracebackIterator traceback(size_t col, int i0, int band_i, int j, int query_len, const int channel) const { return TracebackIterator(&trace_mask_[col*band_ + band_i], band_, i0 + band_i, j, channel); } TracebackVectorMatrix(int band, size_t cols) : band_(band) { hgap_.resize(band + 1); score_.resize(band); trace_mask_.resize((cols + 1) * band); std::fill(hgap_.begin(), hgap_.end(), Sv()); std::fill(score_.begin(), score_.end(), Sv()); } inline ColumnIterator begin(int offset, int col) { return ColumnIterator(&hgap_[offset], &score_[offset], &trace_mask_[size_t(col + 1)*(size_t)band_ + (size_t)offset]); } int band() const { return band_; } Sv operator[](int i) const { return Sv(); } #if defined(__APPLE__) || !defined(USE_TLS) MemBuffer hgap_, score_; #else static thread_local MemBuffer<_sv> hgap_, score_; #endif MemBuffer trace_mask_; private: int band_; }; #if !defined(__APPLE__) && defined(USE_TLS) template thread_local MemBuffer Matrix::hgap_; template thread_local MemBuffer Matrix::score_; template thread_local MemBuffer TracebackVectorMatrix::hgap_; template thread_local MemBuffer TracebackVectorMatrix::score_; #endif template struct SelectMatrix { }; template struct SelectMatrix { using Type = TracebackVectorMatrix; }; template struct SelectMatrix { using Type = Matrix; }; }}}bbuchfink-diamond-6dc5717/src/dp/swipe/banded_swipe.h000066400000000000000000000330051523407312000225340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "../dp.h" #include "swipe.h" #include "target_iterator.h" #include "basic/config.h" #include "util/data_structures/range_partition.h" #include "banded_matrix.h" using std::list; using std::pair; using std::vector; using std::array; using namespace DISPATCH_ARCH; namespace DP { namespace BandedSwipe { namespace DISPATCH_ARCH { template Hsp traceback(Cbs bias_correction, const TracebackMatrix &dp, const DpTarget &target, int d_begin, typename ScoreTraits::Score max_score, double evalue, int max_col, int channel, int i0, int i1, int max_band_i, Void, Params& p) { typedef typename ScoreTraits::Score Score; const int j0 = i1 - (target.d_end - 1), d1 = target.d_end; typename TracebackMatrix::TracebackIterator it(dp.traceback(max_col + 1, i0 + max_col, j0 + max_col, (int)p.query.length(), channel, max_score)); Hsp out(true); out.swipe_target = target.target_idx; out.swipe_bin = p.swipe_bin; out.score = ScoreTraits::int_score(max_score); out.evalue = evalue; out.bit_score = score_matrix.bitscore(out.score); out.corrected_bit_score = score_matrix.bitscore_corrected(out.score, p.query.length(), target.true_target_len); out.transcript.reserve(size_t(out.score * config.transcript_len_estimate)); out.matrix = target.matrix; out.frame = p.frame.index(); out.d_begin = target.d_begin; out.d_end = target.d_end; out.query_range.end_ = it.i + 1; out.subject_range.end_ = it.j + 1; while (it.score() > ScoreTraits::zero_score()) { const Letter q = p.query[it.i], s = target.seq[it.j]; const Score m = score_matrix(q, s), score = it.score(); const Score m2 = add_cbs_scalar(m, bias_correction[it.i]); if (score == saturated_add(it.diag(), m2)) { out.push_match(q, s, m > (Score)0); it.walk_diagonal(); } else { const pair g(it.walk_gap(d_begin, d1)); out.push_gap(g.first, g.second, target.seq.data() + it.j + g.second); } } out.query_range.begin_ = it.i + 1; out.subject_range.begin_ = it.j + 1; out.transcript.reverse(); out.transcript.push_terminator(); out.target_seq = target.seq; out.query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(out.query_range.begin_, p.frame), TranslatedPosition(out.query_range.end_, p.frame), p.query_source_len); out.subject_source_range = out.subject_range; out.approx_id = out.approx_id_percent(p.query, target.seq); return out; } template Hsp traceback(Cbs bias_correction, const Matrix &dp, const DpTarget &target, int d_begin, typename ScoreTraits::Score max_score, double evalue, int max_col, int channel, int i0, int i1, int max_band_i, const StatType& stats, Params& p) { Hsp out(false); out.swipe_target = target.target_idx; out.swipe_bin = p.swipe_bin; out.score = ScoreTraits::int_score(max_score); if (!target.adjusted_matrix()) out.score *= config.cbs_matrix_scale; out.evalue = evalue; out.bit_score = score_matrix.bitscore(out.score); out.corrected_bit_score = score_matrix.bitscore_corrected(out.score, p.query.length(), target.true_target_len); out.frame = p.frame.index(); out.matrix = target.matrix; const int j0 = i1 - (target.d_end - 1), i1_ = i0 + max_col + max_band_i + 1, j1_ = j0 + max_col + 1; if (target.carry_over.i1 == 0) { out.d_begin = target.d_begin; out.d_end = target.d_end; out.query_range.end_ = i1_; out.subject_range.end_ = j1_; out.target_seq = target.seq; } else { out.d_begin = -target.d_end + (int)p.query.length() - (int)target.seq.length() + 1; out.d_end = -target.d_begin + (int)p.query.length() - (int)target.seq.length() + 1; out.query_range.end_ = target.carry_over.i1; out.subject_range.end_ = target.carry_over.j1; out.identities = target.carry_over.ident; out.length = target.carry_over.len; out.query_range.begin_ = (int)p.query.length() - i1_; out.subject_range.begin_ = (int)target.seq.length() - j1_; out.approx_id = out.approx_id_percent(Sequence(p.query.reverse()), Sequence(target.seq.reverse())); } assign_stats(out, stats); out.query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(out.query_range.begin_, p.frame), TranslatedPosition(out.query_range.end_, p.frame), p.query_source_len); out.subject_source_range = out.subject_range; return out; } template Hsp traceback(Cbs bias_correction, const TracebackVectorMatrix &dp, const DpTarget &target, int d_begin, typename ScoreTraits::Score max_score, double evalue, int max_col, int channel, int i0, int i1, int max_band_i, Void, Params& p) { typedef typename ScoreTraits::Score Score; typedef typename ScoreTraits::TraceMask TraceMask; const auto channel_mask = TraceMask::vmask(channel) | TraceMask::hmask(channel); const int j0 = i1 - (target.d_end - 1), d1 = target.d_end; typename TracebackVectorMatrix::TracebackIterator it(dp.traceback(max_col + 1, i0 + max_col, max_band_i, j0 + max_col, (int)p.query.length(), channel)); Hsp out(true); out.swipe_target = target.target_idx; out.swipe_bin = p.swipe_bin; out.target_seq = target.seq; out.score = ScoreTraits::int_score(max_score); out.evalue = evalue; out.bit_score = score_matrix.bitscore(out.score); out.corrected_bit_score = score_matrix.bitscore_corrected(out.score, p.query.length(), target.true_target_len); out.transcript.reserve(size_t(out.score * config.transcript_len_estimate)); out.matrix = target.matrix; out.frame = p.frame.index(); out.d_begin = target.d_begin; out.d_end = target.d_end; out.query_range.end_ = it.i + 1; out.subject_range.end_ = it.j + 1; const int end_score = out.score; const bool adjusted_matrix = target.adjusted_matrix(); if (!adjusted_matrix) out.score *= config.cbs_matrix_scale; int score = 0; const int8_t* matrix8 = adjusted_matrix ? target.matrix->scores.data() : nullptr; const int* matrix = score_matrix.matrix32(); while (it.i >= 0 && it.j >= 0 && score < end_score) { if ((it.mask().gap & channel_mask) == 0) { const Letter q = p.query[it.i], s = target.seq[it.j]; const int m = adjusted_matrix ? matrix8[(int)s * 32 + q] : matrix[int(s) * 32 + (int)q]; const int m2 = adjusted_matrix ? m : add_cbs_scalar(m, bias_correction[it.i]); score += m2; out.push_match(q, s, m > (Score)0); it.walk_diagonal(); } else { const pair g(it.walk_gap()); out.push_gap(g.first, g.second, target.seq.data() + it.j + g.second); score -= (score_matrix.gap_open() + g.second * score_matrix.gap_extend()) * target.matrix_scale(); } } if (score != end_score) throw std::runtime_error("Traceback error."); out.query_range.begin_ = it.i + 1; out.subject_range.begin_ = it.j + 1; out.transcript.reverse(); out.transcript.push_terminator(); out.query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(out.query_range.begin_, p.frame), TranslatedPosition(out.query_range.end_, p.frame), p.query_source_len); out.subject_source_range = out.subject_range; out.approx_id = out.approx_id_percent(p.query, target.seq); return out; } template list swipe(const TargetVec::const_iterator subject_begin, const TargetVec::const_iterator subject_end, Cbs composition_bias, TargetVec& overflow, Params& p) { typedef typename ScoreTraits::Score Score; using Cell = typename Cfg::Cell; using Matrix = typename SelectMatrix::Type; using RowCounter = typename Cfg::RowCounter; using IdMask = typename Cfg::IdMask; using StatType = decltype(extract_stats(Cell(), int())); constexpr int CHANNELS = ScoreTraits::CHANNELS; assert(subject_end - subject_begin <= CHANNELS); const int qlen = (int)p.query.length(); int band = 0; for (TargetVec::const_iterator j = subject_begin; j < subject_end; ++j) band = std::max(band, j->d_end - j->d_begin); if (band > RowCounter::MAX_LEN) throw std::runtime_error("Band size exceeds row counter maximum."); int i1 = INT_MAX, d_begin[CHANNELS]; const int target_count = int(subject_end - subject_begin); #ifdef STRICT_BAND int band_offset[CHANNELS]; #endif for (int i = 0; i < target_count; ++i) { d_begin[i] = subject_begin[i].d_end - band; #ifdef STRICT_BAND band_offset[i] = subject_begin[i].d_begin - d_begin[i]; #endif i1 = std::min(i1, std::max(subject_begin[i].d_end - 1, 0)); } int i0 = i1 + 1 - band; #ifdef STRICT_BAND RangePartition band_parts(band_offset, target_count, band); #endif ::DISPATCH_ARCH::TargetIterator targets(subject_begin, subject_end, p.reverse_targets, i1, qlen, d_begin); Matrix dp(band, targets.cols); const uint32_t cbs_mask = targets.cbs_mask(); const Score go = score_matrix.gap_open() + score_matrix.gap_extend(), go_s = go * (Score)config.cbs_matrix_scale, ge = score_matrix.gap_extend(), ge_s = ge * (Score)config.cbs_matrix_scale; const Sv open_penalty = blend_sv(go, go_s, cbs_mask), extend_penalty = blend_sv(ge, ge_s, cbs_mask); SwipeProfile profile; array target_scores; Score best[CHANNELS]; int max_col[CHANNELS], max_band_row[CHANNELS]; StatType stats[CHANNELS]; std::fill(best, best + CHANNELS, ScoreTraits::zero_score()); std::fill(max_col, max_col + CHANNELS, 0); std::fill(max_band_row, max_band_row + CHANNELS, 0); CBSBuffer cbs_buf(composition_bias, qlen, cbs_mask); int j = 0; while (targets.active.size() > 0) { const int i0_ = std::max(i0, 0), i1_ = std::min(i1, qlen - 1) + 1, band_offset = i0_ - i0; if (i0_ >= i1_) break; typename Matrix::ColumnIterator it(dp.begin(band_offset, j)); Cell vgap = Cell(), hgap = Cell(); Sv col_best = Sv(); RowCounter row_counter(band_offset); if (band_offset > 0) it.set_zero(); const auto target_seqv = targets.get(); const Sv target_seq = Sv(target_seqv); if (cbs_mask != 0) { if (targets.custom_matrix_16bit) profile.set(targets.get32().data()); else profile.set(targets.get(target_scores.data())); } else { #ifdef __SSSE3__ profile.set(target_seqv); #else profile.set(targets.get(target_scores.data())); #endif } #ifdef DP_STAT const uint64_t live = targets.live(); #endif #ifdef STRICT_BAND for (int part = 0; part < band_parts.count(); ++part) { const int i_begin = std::max(i0 + band_parts.begin(part), i0_); const int i_end = std::min(i0 + band_parts.end(part), i1_); const Sv target_mask = load_sv(band_parts.mask(part)); vgap += target_mask; #ifdef DP_STAT p.stat.inc(Statistics::GROSS_DP_CELLS, uint64_t(i_end - i_begin) * CHANNELS); p.stat.inc(Statistics::NET_DP_CELLS, uint64_t(i_end - i_begin) * popcount64(live & band_parts.bit_mask(part))); #endif for (int i = i_begin; i < i_end; ++i) { #else for (int i = i0_; i < i1_; ++i) { #endif hgap = it.hgap(); auto stat_h = it.hstat(); Sv match_scores = profile.get(p.query[i]); #ifdef STRICT_BAND hgap += target_mask; match_scores += target_mask; #endif const Cell next = swipe_cell_update(it.diag(), match_scores, cbs_buf(i), extend_penalty, open_penalty, hgap, vgap, col_best, it.trace_mask(), row_counter, IdMask(p.query[i], target_seq)); /*std::cout << "j=" << j << " i=" << i << " score=" << ScoreTraits<_sv>::int_score(extract_channel(next, 0)) << " q=" << value_traits.alphabet[query[i]] << " t=" << value_traits.alphabet[extract_channel(target_seq, 0)] << extract_stats(next, 0) << std::endl;*/ it.set_hgap(hgap); it.set_score(next); ++it; } #ifdef STRICT_BAND } #endif Score col_best_[CHANNELS], i_max[CHANNELS]; store_sv(col_best, col_best_); row_counter.store(i_max); for (int i = 0; i < targets.active.size();) { int channel = targets.active[i]; if (!targets.inc(channel)) targets.active.erase(i); else ++i; if (col_best_[channel] > best[channel]) { best[channel] = col_best_[channel]; max_col[channel] = j; max_band_row[channel] = ScoreTraits::int_score(i_max[channel]); stats[channel] = extract_stats(dp[max_band_row[channel]], channel); //std::cout << "stats[" << channel << "]=" << stats[channel] << std::endl; } } ++i0; ++i1; ++j; } list out; TaskTimer timer; for (int i = 0; i < targets.n_targets; ++i) { if (best[i] < ScoreTraits::max_score() && !overflow_stats(stats[i])) { int score = ScoreTraits::int_score(best[i]); if (!subject_begin[i].adjusted_matrix()) score *= config.cbs_matrix_scale; const double evalue = score_matrix.evalue(score, qlen, subject_begin[i].true_target_len); if (score > 0 && score_matrix.report_cutoff(score, evalue)) { out.push_back(traceback(composition_bias, dp, subject_begin[i], d_begin[i], best[i], evalue, max_col[i], i, i0 - j, i1 - j, max_band_row[i], stats[i], p)); } } else overflow.push_back(subject_begin[i]); } p.stat.inc(Statistics::TIME_TRACEBACK, timer.microseconds()); return out; } }}}bbuchfink-diamond-6dc5717/src/dp/swipe/cell_update.h000066400000000000000000000103231523407312000223670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "stat_cell.h" template struct DummyRowCounter { typedef typename ::DISPATCH_ARCH::ScoreTraits::Score Score; DummyRowCounter() {} DummyRowCounter(int) {} void store(Score* ptr) { std::fill(ptr, ptr + ::DISPATCH_ARCH::ScoreTraits::CHANNELS, ::DISPATCH_ARCH::ScoreTraits::zero_score()); } FORCE_INLINE void inc(const Sv&, const Sv&) {} enum { MAX_LEN = INT_MAX }; }; template struct VectorRowCounter { typedef typename ::DISPATCH_ARCH::ScoreTraits::Score Score; VectorRowCounter(int i) : i(::DISPATCH_ARCH::ScoreTraits::zero_score() + Score(i)), i_max() { } void inc(const Sv& best, const Sv& current_cell) { i_max = blend(i_max, i, best == current_cell); i += Sv(Score(1)); } void store(Score* ptr) { store_sv(i_max, ptr); } static constexpr int MAX_LEN = ::DISPATCH_ARCH::ScoreTraits::max_int_score(); Sv i; Sv i_max; }; template FORCE_INLINE Sv add_cbs(const Sv& v, void*) { return v; } template FORCE_INLINE Sv add_cbs(const Sv& v, const Sv& query_bias) { return v + query_bias; } template FORCE_INLINE Score add_cbs_scalar(Score x, int8_t b) { return x + Score(b); } template FORCE_INLINE Score add_cbs_scalar(Score x, void* b) { return x; } template FORCE_INLINE void make_gap_mask(typename ::DISPATCH_ARCH::ScoreTraits::TraceMask* trace_mask, const Sv& current_cell, const Sv& vertical_gap, const Sv& horizontal_gap) { trace_mask->gap = ::DISPATCH_ARCH::ScoreTraits::TraceMask::make(cmp_mask(current_cell, vertical_gap), cmp_mask(current_cell, horizontal_gap)); } template FORCE_INLINE void make_gap_mask(std::nullptr_t, const Sv&, const Sv&, const Sv&) { } template FORCE_INLINE void make_open_mask(typename ::DISPATCH_ARCH::ScoreTraits::TraceMask* trace_mask, const Sv& open, const Sv& vertical_gap, const Sv& horizontal_gap) { trace_mask->open = ::DISPATCH_ARCH::ScoreTraits::TraceMask::make(cmp_mask(vertical_gap, open), cmp_mask(horizontal_gap, open)); } template FORCE_INLINE void make_open_mask(std::nullptr_t, const Sv&, const Sv&, const Sv&) { } template FORCE_INLINE void set_max(Sv& v, const Sv& x) { v.max(x); } FORCE_INLINE void set_max(int32_t& v, const int32_t x) { v = std::max(v, x); } template FORCE_INLINE Cell swipe_cell_update(const Cell& diagonal_cell, const Sv& scores, Cbs query_bias, const Sv& gap_extension, const Sv& gap_open, Cell& horizontal_gap, Cell& vertical_gap, Sv& best, TraceMask trace_mask, RowCounter& row_counter, const IdMask& id_mask) { Cell current_cell = diagonal_cell; current_cell += add_cbs(scores, query_bias); //Sv open_v = current_cell; update_stats(current_cell, horizontal_gap, vertical_gap, id_mask); set_max(current_cell, horizontal_gap); set_max(current_cell, vertical_gap); saturate(current_cell); //open_v = blend(Sv(), current_cell, open_v == current_cell); make_gap_mask(trace_mask, current_cell, vertical_gap, horizontal_gap); set_max(best, static_cast(current_cell)); row_counter.inc(best, current_cell); vertical_gap -= gap_extension; horizontal_gap -= gap_extension; Cell open = current_cell; open -= gap_open; update_open(open, current_cell); set_max(horizontal_gap, open); set_max(vertical_gap, open); make_open_mask(trace_mask, open, vertical_gap, horizontal_gap); return current_cell; }bbuchfink-diamond-6dc5717/src/dp/swipe/config.h000066400000000000000000000054741523407312000213660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/sequence.h" #include "util/geo/geo.h" #include "../score_profile.h" namespace DP { namespace AnchoredSwipe { struct Options { const int16_t* const* profile, * const* profile_rev; }; struct Stats { Stats(): gross_cells(0), net_cells(0) {} int64_t gross_cells, net_cells; }; template struct Target { Target() {} //Target(Sequence seq, Loc d_begin, Loc d_end, const Score* const* profile, Loc query_len, int64_t target_idx, bool reverse): Target(Sequence seq, Loc d_begin, Loc d_end, Loc query_start, Loc query_len, int64_t target_idx, bool reverse) : seq(seq), d_begin(d_begin), d_end(d_end), query_start(query_start), query_length(query_len), target_idx(target_idx), reverse(reverse), score(0), query_end(0), target_end(0) {} Sequence seq; Loc d_begin, d_end; //std::array profile; Loc query_start, query_length; int64_t target_idx; bool reverse; Score score; Loc query_end, target_end; const LongScoreProfile* profile, *profile_rev; bool blank() const { return seq.length() == 0; } void reset() { seq = Sequence(); } Loc band() const { return d_end - d_begin; } bool operator<(const Target& t) const { return band() < t.band(); } static bool cmp_target_idx(const Target& a, const Target& b) { return a.target_idx < b.target_idx; } std::pair cells() const { int64_t n = 0, g = 0; for (int j = 0; j < seq.length(); ++j) { int i0 = std::max(Geo::i(j, d_begin), 0), i1 = std::min(Geo::i(j, d_end), query_length); //assert(i1 - i0 >= 0); n += std::max(i1 - i0, 0); g += d_end - d_begin; } return { g,n }; } int64_t gross_cells() const { return int64_t(d_end - d_begin) * seq.length(); } }; template std::pair limits(const Target* targets, size_t count) { int band = 0, target_len = 0; for (const Target* i = targets; i < targets + count; ++i) { assert(i->band() > 0); band = std::max(band, i->band()); target_len = std::max(target_len, i->seq.length()); } return { band,target_len }; } }}bbuchfink-diamond-6dc5717/src/dp/swipe/full_matrix.h000066400000000000000000000151011523407312000224330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "util/data_structures/mem_buffer.h" namespace DP { namespace Swipe { namespace DISPATCH_ARCH { template struct Matrix { struct ColumnIterator { ColumnIterator(Sv* hgap_front, Sv* score_front) : hgap_ptr_(hgap_front), score_ptr_(score_front) { } inline void operator++() { ++hgap_ptr_; ++score_ptr_; } inline Sv hgap() const { return *hgap_ptr_; } inline Sv diag() const { return *score_ptr_; } inline void set_hgap(const Sv& x) { *hgap_ptr_ = x; } inline void set_score(const Sv& x) { *score_ptr_ = x; } std::nullptr_t trace_mask() { return nullptr; } Sv *hgap_ptr_, *score_ptr_; }; Matrix(int rows, int) { if (rows < 0) throw std::invalid_argument("Negative matrix row count."); const size_t row_count = static_cast(rows); hgap_.resize(row_count); score_.resize(row_count + 1); const auto z = Sv(); std::fill(hgap_.begin(), hgap_.end(), z); std::fill(score_.begin(), score_.end(), z); } inline ColumnIterator begin(int) { return ColumnIterator(hgap_.begin(), score_.begin()); } void set_zero(int c) { const int l = (int)hgap_.size(); const auto z = extract_channel(Sv(), 0); for (int i = 0; i < l; ++i) { set_channel(hgap_[i], c, z); set_channel(score_[i], c, z); } set_channel(score_[l], c, z); } constexpr int cols() const { return 1; } Sv operator[](int i) const { return score_[i + 1]; } private: #if defined(__APPLE__) || !defined(USE_TLS) MemBuffer hgap_, score_; #else static thread_local MemBuffer hgap_, score_; #endif }; #if !defined(__APPLE__) && defined(USE_TLS) template thread_local MemBuffer Matrix::hgap_; template thread_local MemBuffer Matrix::score_; #endif template struct TracebackVectorMatrix { typedef typename ::DISPATCH_ARCH::ScoreTraits::TraceMask TraceMask; typedef void* Stat; struct ColumnIterator { ColumnIterator(Sv* hgap_front, Sv* score_front, TraceMask* trace_mask_front) : hgap_ptr_(hgap_front), score_ptr_(score_front), trace_mask_ptr_(trace_mask_front) { } inline void operator++() { ++hgap_ptr_; ++score_ptr_; ++trace_mask_ptr_; } inline Sv hgap() const { return *hgap_ptr_; } inline Sv diag() const { return *score_ptr_; } inline TraceMask* trace_mask() { return trace_mask_ptr_; } inline void set_hgap(const Sv& x) { *hgap_ptr_ = x; } inline void set_score(const Sv& x) { *score_ptr_ = x; } std::nullptr_t stat() { return nullptr; } std::nullptr_t hstat() { return nullptr; } void set_hstat(std::nullptr_t) {} inline void set_zero() {} Sv* hgap_ptr_, *score_ptr_; TraceMask* trace_mask_ptr_; }; struct TracebackIterator { TracebackIterator(const TraceMask *mask, const TraceMask* mask_begin, const TraceMask* mask_end, int rows, int i, int j, int channel) : rows_(rows), mask_(mask), mask_begin_(mask_begin), mask_end_(mask_end), channel_mask_vgap(TraceMask::vmask(channel)), channel_mask_hgap(TraceMask::hmask(channel)), i(i), j(j) { assert(i >= 0 && j >= 0); } void wrap_mask() { if (mask_ < mask_begin_) mask_ = mask_end_ - (mask_begin_ - mask_); } TraceMask mask() const { return *mask_; } void walk_diagonal() { mask_ -= rows_ + 1; wrap_mask(); --i; --j; assert(i >= -1 && j >= -1); } std::pair walk_gap() { if (mask_->gap & channel_mask_vgap) { int l = 0; do { ++l; --i; --mask_; } while (((mask_->open & channel_mask_vgap) == 0) && (i > 0)); return std::make_pair(op_insertion, l); } else { int l = 0; do { ++l; --j; mask_ -= rows_; wrap_mask(); } while (((mask_->open & channel_mask_hgap) == 0) && (j > 0)); return std::make_pair(op_deletion, l); } } const int rows_; const TraceMask* mask_, *mask_begin_, *mask_end_; const decltype(TraceMask::gap) channel_mask_vgap, channel_mask_hgap; int i, j; }; TracebackIterator traceback(int col, int i, int j, int channel) const { return TracebackIterator(&trace_mask_[col*rows_ + i], trace_mask_.begin(), trace_mask_.end(), rows_, i, j, channel); } TracebackVectorMatrix(int rows, int cols) : rows_(rows), cols_(cols) { if (rows < 0 || cols < 0) throw std::invalid_argument("Negative matrix dimension."); const size_t row_count = static_cast(rows); const size_t col_count = static_cast(cols); hgap_.resize(row_count); score_.resize(row_count + 1); trace_mask_.resize(col_count * row_count); std::fill(hgap_.begin(), hgap_.end(), Sv()); std::fill(score_.begin(), score_.end(), Sv()); } inline ColumnIterator begin(int col) { return ColumnIterator(hgap_.begin(), score_.begin(), &trace_mask_[col*rows_]); } void set_zero(int c) { const int l = (int)hgap_.size(); for (int i = 0; i < l; ++i) { set_channel(hgap_[i], c, ::DISPATCH_ARCH::ScoreTraits::zero_score()); set_channel(score_[i], c, ::DISPATCH_ARCH::ScoreTraits::zero_score()); } set_channel(score_[l], c, ::DISPATCH_ARCH::ScoreTraits::zero_score()); } int cols() const { return cols_; } Sv operator[](int i) const { return Sv(); } #if defined(__APPLE__) || !defined(USE_TLS) MemBuffer hgap_, score_; #else static thread_local MemBuffer hgap_, score_; #endif MemBuffer trace_mask_; private: int rows_, cols_; }; #if !defined(__APPLE__) && defined(USE_TLS) template thread_local MemBuffer TracebackVectorMatrix::hgap_; template thread_local MemBuffer TracebackVectorMatrix::score_; #endif template struct SelectMatrix { }; template struct SelectMatrix { using Type = TracebackVectorMatrix; }; template struct SelectMatrix { using Type = Matrix; }; }}} bbuchfink-diamond-6dc5717/src/dp/swipe/full_swipe.h000066400000000000000000000234521523407312000222660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "swipe.h" #include "basic/sequence.h" #include "target_iterator.h" #include "full_matrix.h" #include "stat_cell.h" #include "../score_vector_int16.h" #include "../score_vector_int8.h" using std::vector; using std::list; using std::pair; using std::max; using namespace DISPATCH_ARCH; namespace DP { namespace Swipe { namespace DISPATCH_ARCH { template Hsp traceback(Cbs bias_correction, const Matrix& dp, const DpTarget& target, typename ScoreTraits::Score max_score, double evalue, int max_col, int max_i, int max_j, int channel, const StatType &stats, Params& p) { Hsp out(false); out.swipe_target = target.target_idx; out.swipe_bin = p.swipe_bin; out.score = ScoreTraits::int_score(max_score) * config.cbs_matrix_scale; out.evalue = evalue; out.bit_score = score_matrix.bitscore(out.score); out.corrected_bit_score = score_matrix.bitscore_corrected(out.score, p.query.length(), target.true_target_len); out.frame = p.frame.index(); if (target.carry_over.i1 == 0) { out.query_range.end_ = max_i + 1; out.subject_range.end_ = max_j + 1; } else { out.query_range.end_ = target.carry_over.i1; out.subject_range.end_ = target.carry_over.j1; out.identities = target.carry_over.ident; out.length = target.carry_over.len; out.query_range.begin_ = (int)p.query.length() - 1 - max_i; out.subject_range.begin_ = (int)target.seq.length() - 1 - max_j; try { out.approx_id = out.approx_id_percent(Sequence(p.query.reverse()), Sequence(target.seq.reverse())); } catch (std::out_of_range&) { throw std::runtime_error(std::string("Out_of_range query=") + std::string(p.query_id) + " target=" + target.seq.to_string()); } } out.target_seq = target.seq; out.matrix = target.matrix; assign_stats(out, stats); out.query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(out.query_range.begin_, p.frame), TranslatedPosition(out.query_range.end_, p.frame), p.query_source_len); out.subject_source_range = out.subject_range; return out; } template Hsp traceback(Cbs bias_correction, const TracebackVectorMatrix &dp, const DpTarget &target, typename ScoreTraits::Score max_score, double evalue, int max_col, int max_i, int max_j, int channel, Void, Params& p) { typedef typename ScoreTraits::Score Score; typedef typename ScoreTraits::TraceMask TraceMask; const auto channel_mask = TraceMask::vmask(channel) | TraceMask::hmask(channel); typename TracebackVectorMatrix::TracebackIterator it(dp.traceback(max_col, max_i, max_j, channel)); Hsp out(true); out.swipe_target = target.target_idx; out.swipe_bin = p.swipe_bin; out.score = ScoreTraits::int_score(max_score); out.evalue = evalue; out.bit_score = score_matrix.bitscore(out.score); out.corrected_bit_score = score_matrix.bitscore_corrected(out.score, p.query.length(), target.true_target_len); out.transcript.reserve(size_t(out.score * config.transcript_len_estimate)); out.frame = p.frame.index(); out.query_range.end_ = it.i + 1; out.subject_range.end_ = it.j + 1; const int end_score = out.score; int score = 0; const bool adjusted_matrix = target.adjusted_matrix(); if (!adjusted_matrix) out.score *= config.cbs_matrix_scale; //const int* matrix = adjusted_matrix ? target.matrix->scores32.data() : score_matrix.matrix32(); if (adjusted_matrix) throw std::runtime_error("Traceback with adjusted matrix not supported"); const int* matrix = score_matrix.matrix32(); while (it.i >= 0 && it.j >= 0 && score < end_score) { if ((it.mask().gap & channel_mask) == 0) { const Letter q = p.query[it.i], s = target.seq[it.j]; const int m = matrix[int(s) * 32 + (int)q]; const int m2 = adjusted_matrix ? m : add_cbs_scalar(m, bias_correction[it.i]); score += m2; out.push_match(q, s, m > (Score)0); it.walk_diagonal(); } else { const pair g(it.walk_gap()); out.push_gap(g.first, g.second, target.seq.data() + it.j + g.second); score -= score_matrix.gap_open() + g.second * score_matrix.gap_extend(); } } if (score != end_score) throw std::runtime_error("Traceback error. " + p.query.to_string()); out.query_range.begin_ = it.i + 1; out.subject_range.begin_ = it.j + 1; out.transcript.reverse(); out.transcript.push_terminator(); out.query_source_range = TranslatedPosition::absolute_interval(TranslatedPosition(out.query_range.begin_, p.frame), TranslatedPosition(out.query_range.end_, p.frame), p.query_source_len); out.subject_source_range = out.subject_range; out.approx_id = out.approx_id_percent(p.query, target.seq); return out; } template list swipe(const It target_begin, const It target_end, std::atomic* const next, Cbs composition_bias, TargetVec& overflow, Params& p) { using Score = typename ScoreTraits::Score; using Cell = typename Cfg::Cell; using Matrix = typename SelectMatrix::Type; using RowCounter = typename Cfg::RowCounter; using IdMask = typename Cfg::IdMask; using StatType = decltype(extract_stats(Cell(), int())); constexpr int CHANNELS = ScoreTraits::CHANNELS; int max_col[CHANNELS], max_i[CHANNELS], max_j[CHANNELS]; const int qlen = (int)p.query.length(); if (qlen > RowCounter::MAX_LEN) throw std::runtime_error("Query length exceeds row counter maximum."); if (config.cbs_matrix_scale != 1) throw std::runtime_error("Matrix scale != 1.0 not supported."); const Sv open_penalty(static_cast(score_matrix.gap_open() + score_matrix.gap_extend())), extend_penalty(static_cast(score_matrix.gap_extend())); //Sv best = Sv(); Score best[CHANNELS]; StatType hsp_stats[CHANNELS]; std::fill(best, best + CHANNELS, ScoreTraits::zero_score()); SwipeProfile profile; std::array target_scores; AsyncTargetBuffer targets(target_begin, target_end, p.target_max_len, p.reverse_targets, next); Matrix dp(qlen, targets.max_len()); CBSBuffer cbs_buf(composition_bias, qlen, 0); list out; int col = 0; while (targets.active.size() > 0) { typename Matrix::ColumnIterator it(dp.begin(col)); RowCounter row_counter(0); Cell vgap, hgap, last; Sv col_best; vgap = hgap = last = col_best = Sv(); const auto target_seq_vector = targets.seq_vector(); const Sv target_seq(target_seq_vector); if (targets.cbs_mask() != 0) { if (targets.custom_matrix_16bit) profile.set(targets.get32().data()); else profile.set(targets.get(target_scores.data())); } else { #ifdef __SSSE3__ profile.set(target_seq_vector); #else profile.set(targets.get(target_scores.data())); #endif } #ifdef DP_STAT p.stat.inc(Statistics::GROSS_DP_CELLS, uint64_t(qlen) * CHANNELS); #endif for (int i = 0; i < qlen; ++i) { hgap = it.hgap(); const Cell next = swipe_cell_update(it.diag(), profile.get(p.query[i]), cbs_buf(i), extend_penalty, open_penalty, hgap, vgap, col_best, it.trace_mask(), row_counter, IdMask(p.query[i], target_seq)); /*/std::cout << "j=" << targets.pos[0] << " i=" << i << " score=" << ScoreTraits<_sv>::int_score(extract_channel(next, 0)) << " q=" << value_traits.alphabet[p.query[i]] << " t=" << value_traits.alphabet[extract_channel(target_seq, 0)] << extract_stats(next, 0) << " j'=" << targets.dp_targets[0].seq.length() - targets.pos[0] << " i'=" << p.query.length() - i << std::endl;*/ it.set_hgap(hgap); it.set_score(last); last = next; ++it; } it.set_score(last); //best = max(best, col_best); Score col_best_[CHANNELS], i_max[CHANNELS]; store_sv(col_best, col_best_); row_counter.store(i_max); for (int i = 0; i < targets.active.size();) { int c = targets.active[i]; if (col_best_[c] > best[c]) { best[c] = col_best_[c]; max_col[c] = col; max_i[c] = ScoreTraits::int_score(i_max[c]); max_j[c] = targets.pos[c]; hsp_stats[c] = extract_stats(dp[max_i[c]], c); //std::cout << "stats[" << c << "]=" << hsp_stats[c] << " j=" << targets.pos[0] << " j'=" << targets.dp_targets[0].seq.length() - targets.pos[0] << " score=" << ScoreTraits<_sv>::int_score(best[c]) << std::endl; } bool reinit = false; if (col_best_[c] == ScoreTraits::max_score()) { overflow.push_back(targets.dp_targets[c]); reinit = true; } else if (!targets.inc(c)) { if (overflow_stats(hsp_stats[c])) overflow.push_back(targets.dp_targets[c]); else { const int s = ScoreTraits::int_score(best[c]) * config.cbs_matrix_scale; const double evalue = score_matrix.evalue(s, qlen, (unsigned)targets.dp_targets[c].true_target_len); if (s > 0 && score_matrix.report_cutoff(s, evalue)) out.push_back(traceback(composition_bias, dp, targets.dp_targets[c], best[c], evalue, max_col[c], max_i[c], max_j[c], c, hsp_stats[c], p)); } reinit = true; } if (reinit) { if (targets.init_target(i, c)) { dp.set_zero(c); //set_channel(best, c, ScoreTraits::zero_score()); best[c] = ScoreTraits::zero_score(); } else continue; } ++i; } col = (col + 1) % dp.cols(); } return out; } }}}bbuchfink-diamond-6dc5717/src/dp/swipe/stat_cell.h000066400000000000000000000155361523407312000220730ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/match.h" FORCE_INLINE uint8_t cmp_mask(int x, int y) { return x == y; } FORCE_INLINE int blend(int v, int w, int mask) { return mask ? w : v; } template struct DummyIdMask { DummyIdMask(const Letter q, const Sv& t) {} }; template struct VectorIdMask { VectorIdMask(const Letter q, const Sv& t) : mask(blend(Sv(0), Sv(1), Sv(typename ::DISPATCH_ARCH::ScoreTraits::Score(q)) == t)) {} const Sv mask; }; template struct ForwardCell : public Sv { ForwardCell() : Sv(), ident(), len() {} ForwardCell(const Sv& v) : Sv(v), ident(), len() {} Sv ident, len; }; template<> struct ForwardCell { int32_t v, ident, len; operator int32_t() const { return v; } operator int32_t&() { return v; } ForwardCell(const int32_t v) : v(v), ident(0), len(0) {} ForwardCell() : v(0), ident(0), len(0) {} ForwardCell& operator-=(int32_t x) { v -= x; return *this; } ForwardCell& operator+=(int32_t x) { v += x; return *this; } void max(const ForwardCell& x) { v = std::max(v, x.v); } struct Stats { int ident, len; friend std::ostream& operator<<(std::ostream& s, const Stats& c) { s << " ident=" << c.ident << " len=" << c.len; return s; } }; }; template FORCE_INLINE void set_channel(ForwardCell& v, const int i, const typename ::DISPATCH_ARCH::ScoreTraits::Score x) { set_channel((Sv&)v, i, x); set_channel(v.ident, i, x); set_channel(v.len, i, x); } template struct BackwardCell : public Sv { BackwardCell() : Sv(), mismatch(), gapopen() {} BackwardCell(const Sv& v) : Sv(v), mismatch(), gapopen() {} Sv mismatch, gapopen; }; template<> struct BackwardCell { int32_t v, mismatch, gapopen; operator int32_t() const { return v; } operator int32_t& () { return v; } BackwardCell(const int32_t v) : v(v), mismatch(0), gapopen(0) {} BackwardCell() : v(0), mismatch(0), gapopen(0) {} BackwardCell& operator-=(int32_t x) { v -= x; return *this; } BackwardCell& operator+=(int32_t x) { v += x; return *this; } void max(const BackwardCell& x) { v = std::max(v, x.v); } struct Stats { int mismatch, gap_open; friend std::ostream& operator<<(std::ostream& s, const Stats& c) { s << " mismatch=" << c.mismatch << " gapopen=" << c.gap_open; return s; } }; }; template FORCE_INLINE void set_channel(BackwardCell& v, const int i, const typename ::DISPATCH_ARCH::ScoreTraits::Score x) { set_channel((Sv&)v, i, x); set_channel(v.mismatch, i, x); set_channel(v.gapopen, i, x); } struct Void { friend std::ostream& operator<<(std::ostream& s, const Void&) { return s; } }; template FORCE_INLINE Void extract_stats(const Sv&, int) { return Void(); } template FORCE_INLINE ForwardCell::Stats extract_stats(const ForwardCell& v, int channel) { const auto s = ::DISPATCH_ARCH::ScoreTraits::int_score; return { s(extract_channel(v.ident, channel)), s(extract_channel(v.len, channel)) }; } template FORCE_INLINE BackwardCell::Stats extract_stats(const BackwardCell& v, int channel) { const auto s = ::DISPATCH_ARCH::ScoreTraits::int_score; return { s(extract_channel(v.mismatch, channel)), s(extract_channel(v.gapopen, channel)) }; } template FORCE_INLINE bool overflow_stats(Void) { return false; } template FORCE_INLINE bool overflow_stats(const ForwardCell::Stats& stats) { constexpr auto m = DISPATCH_ARCH::ScoreTraits::max_int_score(); return stats.ident == m || stats.len == m; } template FORCE_INLINE bool overflow_stats(const BackwardCell::Stats& stats) { constexpr auto m = DISPATCH_ARCH::ScoreTraits::max_int_score(); return stats.gap_open == m || stats.mismatch == m; } FORCE_INLINE void assign_stats(Hsp& hsp, Void) {} FORCE_INLINE void assign_stats(Hsp& hsp, const ForwardCell::Stats& v) { hsp.identities = v.ident; hsp.length = v.len; } FORCE_INLINE void assign_stats(Hsp& hsp, const BackwardCell::Stats& v) { hsp.gap_openings = v.gap_open; hsp.mismatches = v.mismatch; hsp.gaps = hsp.length - hsp.identities - hsp.mismatches; } template FORCE_INLINE void update_stats(const Sv&, const Sv&, const Sv&, const DummyIdMask&) { } template FORCE_INLINE void update_stats(ForwardCell& current_cell, ForwardCell& horizontal_gap, ForwardCell& vertical_gap, const VectorIdMask& id_mask) { const Sv one = Sv(1); current_cell.ident += id_mask.mask; current_cell.len += one; horizontal_gap.len += one; vertical_gap.len += one; } template FORCE_INLINE void update_stats(BackwardCell& current_cell, BackwardCell& horizontal_gap, BackwardCell& vertical_gap, const VectorIdMask& id_mask) { current_cell.mismatch += Sv(1) - id_mask.mask; } template FORCE_INLINE void update_open(const Sv&, const Sv&) { } template FORCE_INLINE void update_open(ForwardCell& open, ForwardCell& current) { const Sv zero = Sv(), zero_mask = current == zero; current.ident = blend(current.ident, zero, zero_mask); current.len = blend(current.len, zero, zero_mask); } template FORCE_INLINE void update_open(BackwardCell& open, BackwardCell& current) { open.gapopen += Sv(1); const Sv zero = Sv(), zero_mask = current == zero; current.mismatch = blend(current.mismatch, zero, zero_mask); current.gapopen = blend(current.gapopen, zero, zero_mask); } template FORCE_INLINE void set_max(ForwardCell& v, const ForwardCell& x) { v.max(x); const Sv mask = v == x; v.ident = blend(v.ident, x.ident, mask); v.len = blend(v.len, x.len, mask); } template FORCE_INLINE void set_max(BackwardCell& v, const BackwardCell& x) { v.max(x); const Sv mask = v == x; v.mismatch = blend(v.mismatch, x.mismatch, mask); v.gapopen = blend(v.gapopen, x.gapopen, mask); } FORCE_INLINE void saturate(ForwardCell& c) { c.v = std::max(c.v, 0); } FORCE_INLINE void saturate(BackwardCell& c) { c.v = std::max(c.v, 0); }bbuchfink-diamond-6dc5717/src/dp/swipe/swipe.h000066400000000000000000000116671523407312000212510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "../score_vector.h" #include "basic/value.h" #include "util/system.h" #include "util/memory/alignment.h" #include "util/simd/transpose.h" #include "stats/score_matrix.h" namespace DP { struct NoCBS; } template struct CBSBuffer { CBSBuffer(const DP::NoCBS&, int, uint32_t) {} void* operator()(int i) const { return nullptr; } }; template struct CBSBuffer { CBSBuffer(const int8_t* v, int l, uint32_t channel_mask) { typedef typename ::DISPATCH_ARCH::ScoreTraits::Score Score; data.reserve(l); for (int i = 0; i < l; ++i) data.push_back(blend_sv(Score(v[i]), (Score)0, channel_mask)); } Sv operator()(int i) const { return data[i]; } std::vector> data; }; template FORCE_INLINE Sv cell_update(const Sv &diagonal_cell, const Sv &shift_cell0, const Sv &shift_cell1, const Sv &scores, const Sv &gap_extension, const Sv &gap_open, const Sv &frame_shift, Sv &horizontal_gap, Sv &vertical_gap, Sv &best) { using std::max; Sv current_cell = diagonal_cell + scores; const Sv f = scores - frame_shift; current_cell = max(current_cell, shift_cell0 + f); current_cell = max(current_cell, shift_cell1 + f); current_cell = max(max(current_cell, vertical_gap), horizontal_gap); saturate(current_cell); best = max(best, current_cell); vertical_gap -= gap_extension; horizontal_gap -= gap_extension; const Sv open = current_cell - gap_open; vertical_gap = max(vertical_gap, open); horizontal_gap = max(horizontal_gap, open); return current_cell; } namespace DISPATCH_ARCH { template struct SwipeProfile { #ifdef __SSSE3__ inline void set(typename ScoreTraits::Vector seq) { assert(sizeof(data_) / sizeof(Sv) >= value_traits.alphabet_size); for (unsigned j = 0; j < AMINO_ACID_COUNT; ++j) data_[j] = Sv(j, seq); } #endif inline const Sv& get(Letter i) const { return data_[(int)i]; } void set(const int8_t** target_scores) { #if ARCH_ID == 2 transpose(target_scores, 32, (int8_t*)data_, __m256i()); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) data_[i].expand_from_8bit(); #elif defined(__ARM_NEON) transpose(target_scores, 16, (int8_t*)data_, int8x16_t()); for (int i = 0; i < 16; ++i) target_scores[i] += 16; transpose(target_scores, 16, (int8_t*)(&data_[16]), int8x16_t()); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) data_[i].expand_from_8bit(); #elif defined(__SSE2__) transpose(target_scores, 16, (int8_t*)data_, __m128i()); for (int i = 0; i < 16; ++i) target_scores[i] += 16; transpose(target_scores, 16, (int8_t*)(&data_[16]), __m128i()); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) data_[i].expand_from_8bit(); #else for (int i = 0; i < AMINO_ACID_COUNT; ++i) data_[i] = target_scores[0][i]; #endif } void set(const int32_t** target_scores) { typename ScoreTraits::Score s[ScoreTraits::CHANNELS]; for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) { for (size_t j = 0; j < ScoreTraits::CHANNELS; ++j) s[j] = target_scores[j][i]; data_[i] = load_sv(s); } } //_sv data_[AMINO_ACID_COUNT]; Sv data_[32]; }; template<> struct SwipeProfile { #ifdef __AVX2__ void set(const __m256i& seq) { int16_t s[32]; _mm256_storeu_si256((__m256i*)s, seq); const int* row = score_matrix.row((char)s[0]); std::copy(row, row + 32, this->row); } #endif #ifdef __SSE2__ void set(const __m128i& seq) { int16_t s[8]; _mm_storeu_si128((__m128i*)s, seq); const int* row = score_matrix.row((char)s[0]); std::copy(row, row + 32, this->row); } #endif #ifdef __ARM_NEON void set(const int16x8_t& seq) { int16_t s[8]; vst1q_s16(s, seq); const int* row = score_matrix.row((char)s[0]); std::copy(row, row + 32, this->row); } #endif void set(uint64_t seq) { const int* row = score_matrix.row((char)seq); std::copy(row, row + 32, this->row); } void set(const int8_t** target_scores) { for (int i = 0; i < 32; ++i) row[i] = target_scores[0][i]; } void set(const int32_t** target_scores) { for (int i = 0; i < 32; ++i) row[i] = target_scores[0][i]; } int32_t get(char i) const { return row[(int)i]; } int32_t row[32]; }; }bbuchfink-diamond-6dc5717/src/dp/swipe/swipe_wrapper.cpp000066400000000000000000000430761523407312000233430ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include "../score_vector_int16.h" #include "../score_vector_int8.h" #include "util/simd/vector.h" #include "../dp.h" #include "util/log_stream.h" #include "data/sequence_set.h" #include "../score_vector.h" #include "cell_update.h" #include "full_swipe.h" #include "util/geo/geo.h" #include "util/simd/dispatch.h" #include "banded_swipe.h" #include "stats/hauser_correction.h" #include "stats/stats.h" using std::unique_ptr; using std::list; using std::atomic; using std::thread; using std::array; using std::atomic_size_t; using std::mutex; using std::accumulate; using std::string; using std::pair; using std::runtime_error; template struct SwipeConfig { static constexpr bool traceback = tb; using RowCounter = RC; using Cell = C; using IdMask = IdM; }; namespace DP { namespace BandedSwipe { namespace DISPATCH_ARCH { static void sort(const TargetVec::iterator begin, const TargetVec::iterator end) { std::sort(begin, end); } static void sort(const SequenceSet::ConstIterator begin, const SequenceSet::ConstIterator end) { } static unsigned bin(int x) { return x < UCHAR_MAX ? 0 : (x < USHRT_MAX ? 1 : 2); } static const HspValues NO_TRACEBACK = HspValues::COORDS | HspValues::IDENT | HspValues::LENGTH | HspValues::MISMATCHES | HspValues::GAP_OPENINGS; int bin(HspValues v, int query_len, int score, int ungapped_score, const int64_t dp_size, unsigned score_width, const Loc mismatch_est) { unsigned b = 0; b = std::max(b, bin(score)); if (ungapped_score > config.cutoff_score_8bit) b = std::max(b, 1u); b = std::max(b, score_width); b = std::max(b, bin(mismatch_est)); #ifndef __ARM_NEON #ifndef __SSE4_1__ b = std::max(b, 1u); #endif #ifndef __SSE2__ b = 2; #endif #endif if (v != HspValues::NONE) { b = std::max(b, bin(query_len)); if (dp_size > config.max_swipe_dp) { if (flag_only(v, NO_TRACEBACK)) b += SCORE_BINS; else b = 2; } else if (flag_only(v, HspValues::COORDS) && !config.approx_backtrace) b += SCORE_BINS; } return b; } template static int64_t matrix_size(const int query_len, const TargetVec::const_iterator begin, const TargetVec::const_iterator end, const Flags flags) { int64_t s = 0; for (auto i = begin; i != end; ++i) { const int64_t cols = flag_any(flags, Flags::FULL_MATRIX) ? i->seq.length() : i->cols, size = int64_t(flag_any(flags, Flags::FULL_MATRIX) ? query_len : i->d_end - i->d_begin) * cols * ::DISPATCH_ARCH::ScoreTraits::CHANNELS / 2; s = std::max(size, s); } return s; } template static size_t matrix_size(const int query_len, const SequenceSet::ConstIterator begin, const SequenceSet::ConstIterator end, const Flags flags) { return 0; } static bool reversed(const HspValues v) { return flag_only(v, NO_TRACEBACK) && flag_any(v, HspValues::QUERY_START | HspValues::TARGET_START | HspValues::MISMATCHES | HspValues::GAP_OPENINGS); } template static list dispatch_swipe(const TargetVec::const_iterator subject_begin, const TargetVec::const_iterator subject_end, Cbs composition_bias, TargetVec& overflow, Params& p) { return ::DP::BandedSwipe::DISPATCH_ARCH::swipe(subject_begin, subject_end, composition_bias, overflow, p); } template static list dispatch_swipe(const SequenceSet::ConstIterator subject_begin, const SequenceSet::ConstIterator subject_end, Cbs composition_bias, TargetVec& overflow, Params& p) { return {}; } template static list dispatch_swipe(const It begin, const It end, atomic* const next, Cbs composition_bias, TargetVec& overflow, Params& p) { constexpr auto CHANNELS = TargetVec::const_iterator::difference_type(::DISPATCH_ARCH::ScoreTraits::CHANNELS); if (flag_any(p.flags, Flags::FULL_MATRIX)) return ::DP::Swipe::DISPATCH_ARCH::swipe(begin, end, next, composition_bias, overflow, p); else { list out; for (It i = begin; i < end; i += std::min(CHANNELS, end - i)) out.splice(out.end(), dispatch_swipe(i, i + std::min(CHANNELS, end - i), composition_bias, overflow, p)); return out; } } template static list dispatch_swipe(const It begin, const It end, atomic* const next, TargetVec &overflow, Params& p) { if (p.composition_bias == nullptr) return dispatch_swipe(begin, end, next, NoCBS(), overflow, p); else return dispatch_swipe(begin, end, next, p.composition_bias, overflow, p); } template static list dispatch_swipe(const It begin, const It end, atomic* const next, TargetVec &overflow, const int round, const int bin, Params& p) { if (p.v == HspValues::NONE) { using Cfg = SwipeConfig, Sv, DummyIdMask>; return dispatch_swipe(begin, end, next, overflow, p); } if (bin < SCORE_BINS) { using Cfg = SwipeConfig, Sv, DummyIdMask>; return dispatch_swipe(begin, end, next, overflow, p); } if (round == 0) { if (!flag_any(p.v, HspValues::IDENT | HspValues::LENGTH)) { using Cfg = SwipeConfig, Sv, DummyIdMask>; return dispatch_swipe(begin, end, next, overflow, p); } else { using Cfg = SwipeConfig, ForwardCell, VectorIdMask>; return dispatch_swipe(begin, end, next, overflow, p); } } else if (round == 1) { if (!flag_any(p.v, HspValues::MISMATCHES | HspValues::GAP_OPENINGS)) { using Cfg = SwipeConfig, Sv, DummyIdMask>; return dispatch_swipe(begin, end, next, overflow, p); } else { using Cfg = SwipeConfig, BackwardCell, VectorIdMask>; return dispatch_swipe(begin, end, next, overflow, p); } } throw std::runtime_error("Unreachable"); } template static void swipe_worker(const It begin, const It end, atomic* const next, list *out, TargetVec *overflow, const int round, const int bin, Params* p) { const ptrdiff_t CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; Statistics stat2; size_t pos; TargetVec of; Params params{ p->query, p->query_id, p->frame, p->query_source_len, p->composition_bias, p->flags, p->reverse_targets, p->target_max_len, p->swipe_bin, p->v, stat2, nullptr }; if (flag_any(p->flags, Flags::FULL_MATRIX)) *out = dispatch_swipe(begin, end, next, of, round, bin, params); else while (begin + (pos = next->fetch_add(CHANNELS, std::memory_order_relaxed)) < end) { const auto start = begin + pos; out->splice(out->end(), dispatch_swipe(start, start + std::min(CHANNELS, end - start), next, of, round, bin, params)); } *overflow = std::move(of); p->stat += stat2; } template static void swipe_task(const It begin, const It end, list *out, TargetVec *overflow, mutex* mtx, const int round, const int bin, Params* p) { const ptrdiff_t CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; Statistics stat2; TargetVec of; atomic next(0); Params params{ p->query, p->query_id, p->frame, p->query_source_len, p->composition_bias, p->flags, p->reverse_targets, p->target_max_len, p->swipe_bin, p->v, stat2, nullptr }; list hsp = dispatch_swipe(begin, end, &next, of, round, bin, params); { std::lock_guard lock(*mtx); overflow->push_back(of); out->splice(out->end(), hsp); } p->stat += stat2; } template static list swipe_threads(const It begin, const It end, TargetVec &overflow, const int round, const int bin, Params& p) { const ptrdiff_t CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; if (begin == end) return {}; atomic next(0); if (flag_any(p.flags, Flags::PARALLEL)) { TaskTimer timer("Banded swipe (run)", config.target_parallel_verbosity); const size_t n = config.threads_align ? config.threads_align : config.threads_; vector threads; vector> thread_out(n); vector thread_overflow(n); for (size_t i = 0; i < n; ++i) threads.emplace_back(swipe_worker, begin, end, &next, &thread_out[i], &thread_overflow[i], round, bin, &p); for (auto &t : threads) t.join(); timer.go("Banded swipe (merge)"); list out; for (list &l : thread_out) out.splice(out.end(), l); overflow.reserve(std::accumulate(thread_overflow.begin(), thread_overflow.end(), (size_t)0, [](size_t n, const TargetVec &v) { return n + v.size(); })); for (const TargetVec& v : thread_overflow) overflow.push_back(v); return out; } if(!p.thread_pool) return dispatch_swipe(begin, end, &next, overflow, round, bin, p); list hsp; ThreadPool::TaskSet task_set(*p.thread_pool, 0); mutex mtx; int64_t size = 0; It i0 = begin, i1 = begin; while(i1 < end) { const auto n = std::min(CHANNELS, end - i1); size += accumulate(i1, i1 + n, (int64_t)0, [&p](int64_t n, const DpTarget& t) {return n + t.cells(p.flags, p.query.length()); }); i1 += n; if (size >= config.swipe_task_size) { task_set.enqueue(swipe_task, i0, i1, &hsp, &overflow, &mtx, round, bin, &p); p.stat.inc(Statistics::SWIPE_TASKS_TOTAL); p.stat.inc(Statistics::SWIPE_TASKS_ASYNC); i0 = i1; size = 0; } } if (task_set.total() == 0) { p.stat.inc(Statistics::SWIPE_TASKS_TOTAL); return dispatch_swipe(i0, i1, &next, overflow, round, bin, p); } if (i1 - i0 > 0) { p.stat.inc(Statistics::SWIPE_TASKS_TOTAL); p.stat.inc(Statistics::SWIPE_TASKS_ASYNC); task_set.enqueue(swipe_task, i0, i1, &hsp, &overflow, &mtx, round, bin, &p); } task_set.run(); return hsp; } template static pair, TargetVec> swipe_bin(const unsigned bin, const It begin, const It end, const int round, Params& p) { if (end - begin == 0) return { {},{} }; TargetVec overflow; list out; auto time_stat = flag_any(p.v, HspValues::TRANSCRIPT) ? Statistics::TIME_TRACEBACK_SW : Statistics::TIME_SW; if (!flag_any(p.flags, Flags::FULL_MATRIX)) sort(begin, end); p.stat.inc(Statistics::value(Statistics::EXT8 + bin % SCORE_BINS), end - begin); TaskTimer timer; switch (bin) { #if defined(__SSE4_1__) | defined(__ARM_NEON) case 0: case 3: if (flag_any(p.flags, Flags::SEMI_GLOBAL)) out = swipe_threads<::DISPATCH_ARCH::ScoreVector, It>(begin, end, overflow, round, bin, p); else out = swipe_threads<::DISPATCH_ARCH::ScoreVector, It>(begin, end, overflow, round, bin, p); break; #endif #if defined(__SSE2__) | defined(__ARM_NEON) case 1: case 4: if (flag_any(p.flags, Flags::SEMI_GLOBAL)) out = swipe_threads<::DISPATCH_ARCH::ScoreVector, It>(begin, end, overflow, round, bin, p); else out = swipe_threads<::DISPATCH_ARCH::ScoreVector, It>(begin, end, overflow, round, bin, p); break; #endif case 2: case 5: out = swipe_threads(begin, end, overflow, round, bin, p); break; default: throw std::runtime_error("Invalid SWIPE bin."); } if (!flag_any(p.flags, Flags::PARALLEL)) p.stat.inc(time_stat, timer.microseconds()); return { out, overflow }; } static Loc mismatch_est(const Loc query_len, const Loc target_len, const int32_t aln_len, const HspValues v) { if (!flag_any(v, HspValues::MISMATCHES)) return 0; const Loc m = std::min(query_len, target_len); return aln_len > 0 ? std::min(aln_len, m) : m; } static list recompute_reversed(list &hsps, Params& p) { Targets dp_targets; const Loc qlen = p.query.length(); for (auto i = hsps.begin(); i != hsps.end(); ++i) { const double qcov = i->query_cover_percent(p.query_source_len), tcov = i->subject_cover_percent(i->target_seq.length()); const pair min_range_len = i->min_range_len(config.query_or_target_cover > 0 ? config.query_or_target_cover : config.query_cover, config.query_or_target_cover > 0 ? config.query_or_target_cover : config.subject_cover, qlen, i->target_seq.length()); const double qa = Stats::approx_id(i->score, min_range_len.first, 0), ta = Stats::approx_id(i->score, min_range_len.second, 0); if (qcov < config.query_cover || tcov < config.subject_cover || std::max(qcov, tcov) < config.query_or_target_cover || (config.query_or_target_cover == 0 && std::min(qa, ta) < config.approx_min_id.get(0.0)) || (config.query_or_target_cover > 0 && std::max(qa, ta) < config.approx_min_id.get(0.0))) continue; Sequence reversed_seq(i->target_seq.data(), i->target_seq.data() + i->subject_range.end_); assert(i->swipe_bin >= 0); const Loc band = flag_any(p.flags, Flags::FULL_MATRIX) ? qlen : i->d_end - i->d_begin, tlen = i->subject_range.end_, b = std::max(bin(p.v, band, i->score, 0, INT64_MAX, 0, mismatch_est(i->query_range.end_, tlen, i->length, p.v)), i->swipe_bin); assert(b >= SCORE_BINS); const DpTarget::CarryOver carry_over{ i->query_range.end_, i->subject_range.end_, i->identities, i->length }; //dp_targets[b].emplace_back(reversed_seq, i->target_seq.length(), Geo::rev_diag(i->d_end-1, qlen, tlen), Geo::rev_diag(i->d_begin, qlen, tlen) + 1, //Interval(), 0, i->swipe_target, qlen, i->matrix, carry_over); dp_targets[b].emplace_back(reversed_seq, i->target_seq.length(), Geo::rev_diag(i->d_end - 1, qlen, tlen), Geo::rev_diag(i->d_begin, qlen, tlen) + 1, i->swipe_target, qlen, i->matrix, carry_over); } vector reversed = p.query.reverse(); vector rev_cbs = HauserCorrection::reverse(p.composition_bias, p.query.length()); const int8_t* cbs = p.composition_bias ? rev_cbs.data() : nullptr; Params params{ Sequence(reversed), p.query_id, p.frame, p.query_source_len, cbs, p.flags, true, 0, p.swipe_bin, p.v, p.stat, p.thread_pool }; list out; #ifndef STRICT_BAND unique_ptr overflow_targets; #endif for (unsigned bin = SCORE_BINS; bin < BINS; ++bin) { params.target_max_len = dp_targets[bin].max_len(); params.swipe_bin = bin; auto r = swipe_bin(bin, dp_targets[bin].begin(), dp_targets[bin].end(), 1, params); if (!r.second.empty()) { assert(bin != BINS - 1); #ifdef STRICT_BAND throw runtime_error("Non-empty overflow list in reversed DP. Query = " + string(p.query_id) + " bin=" + std::to_string(bin) + " target=" + r.second.front().seq.to_string() + " d_begin=" + std::to_string(r.second.front().d_begin) + " d_end=" + std::to_string(r.second.front().d_end)); #else if (!overflow_targets) overflow_targets = std::make_unique(); for (auto it = r.second.begin(); it != r.second.end(); ++it) { for(const Hsp& hsp: hsps) { if(hsp.swipe_target == it->target_idx) { (*overflow_targets)[bin + 1].emplace_back(hsp.target_seq, hsp.target_seq.length(), hsp.d_begin, hsp.d_end, hsp.swipe_target, p.query.length(), hsp.matrix, DpTarget::CarryOver()); } } } #endif } out.splice(out.end(), r.first); } #ifndef STRICT_BAND if(overflow_targets) { list recompute = ::DP::BandedSwipe::swipe(*overflow_targets, p); out.splice(out.end(), recompute); } #endif return out; } list swipe(const Targets &targets, Params& p) { pair, TargetVec> result; list out, out_tmp; for (int algo_bin = 0; algo_bin < ALGO_BINS; ++algo_bin) { for (int score_bin = 0; score_bin < SCORE_BINS; ++score_bin) { const int bin = algo_bin * SCORE_BINS + score_bin; TargetVec round_targets; round_targets.reserve(targets[bin].size() + result.second.size()); round_targets.push_back(targets[bin]); round_targets.push_back(result.second); p.target_max_len = round_targets.max_len(); p.swipe_bin = bin; result = swipe_bin(bin, round_targets.begin(), round_targets.end(), 0, p); if(algo_bin == 0) out.splice(out.end(), result.first); else out_tmp.splice(out_tmp.end(), result.first);; } assert(result.second.empty()); } if (!out_tmp.empty()) out.splice(out.end(), recompute_reversed(out_tmp, p)); return out; } list swipe_set(const SequenceSet::ConstIterator begin, const SequenceSet::ConstIterator end, Params& p) { const unsigned b = bin(p.v, 0, 0, 0, 0, 0, 0); pair, TargetVec> result = swipe_bin(b, begin, end, 0, p); if (reversed(p.v)) result.first = recompute_reversed(result.first, p); if (b < BINS - 1 && !result.second.empty()) { Targets targets; targets[b + 1] = std::move(result.second); result.first.splice(result.first.end(), swipe(targets, p)); } return result.first; } } DISPATCH_2(std::list, swipe, const Targets&, targets, Params&, params) DISPATCH_3(std::list, swipe_set, const SequenceSet::ConstIterator, begin, const SequenceSet::ConstIterator, end, Params&, params) DISPATCH_7(int, bin, HspValues, v, int, query_len, int, score, int, ungapped_score, const int64_t, dp_size, unsigned, score_width, const Loc, mismatch_est) }}bbuchfink-diamond-6dc5717/src/dp/swipe/target_iterator.h000066400000000000000000000216551523407312000233170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../dp.h" #include "basic/value.h" #include "util/data_structures/array.h" template struct SmallVector { SmallVector() : n(0) {} T& operator[](int i) { return data[i]; } const T& operator[](int i) const { return data[i]; } int size() const { return n; } void push_back(const T& x) { data[n++] = x; } void erase(int i) { memmove(&data[i], &data[i + 1], (--n - i) * sizeof(T)); } private: T data[N]; int n; }; namespace DISPATCH_ARCH { template struct TargetIterator { typedef ::DISPATCH_ARCH::SIMD::Vector SeqVector; enum { LANES = SeqVector::LANES }; TargetIterator(DP::TargetVec::const_iterator subject_begin, DP::TargetVec::const_iterator subject_end, bool reverse_targets, int i1, int qlen, int *d_begin) : n_targets(int(subject_end - subject_begin)), cols(0), custom_matrix_16bit(false), subject_begin(subject_begin) { for (int next = 0; next < std::min((int)LANES, n_targets); ++next) { const DpTarget &t = subject_begin[next]; pos[next] = i1 - (t.d_end - 1); const int d0 = d_begin[next]; //const int d0 = t.d_begin; const int j1 = std::min(qlen - 1 - d0, (int)(t.seq.length() - 1)) + 1; cols = std::max(cols, j1 - pos[next]); active.push_back(next); if (config.comp_based_stats_.get(Stats::DEFAULT_CBS) == ::Stats::CBS::MATRIX_ADJUST && !t.matrix) throw std::runtime_error("TargetIterator: No matrix provided for adjusted matrix."); if (t.adjusted_matrix() && (t.matrix->score_max > SCHAR_MAX || t.matrix->score_min < SCHAR_MIN)) custom_matrix_16bit = true; target_seqs[next] = Array(t.seq.length()); if(reverse_targets) target_seqs[next].assign_reversed(t.seq.data(), t.seq.end()); else target_seqs[next].assign(t.seq.data(), t.seq.end()); } } uint64_t live() const { uint64_t n = 0; for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; if (pos[channel] >= 0) n |= 1llu << channel; } return n; } char operator[](int channel) const { if (pos[channel] >= 0) { return target_seqs[channel][pos[channel]]; } else return SUPER_HARD_MASK; } SeqVector get() const { alignas(32) T s[LANES]; std::fill(s, s + LANES, SUPER_HARD_MASK); for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; s[channel] = (*this)[channel]; } return SeqVector(s); } const int8_t** get(const int8_t** target_scores) const { static const int8_t blank[32] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 }; std::fill(target_scores, target_scores + 32, blank); for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; const int l = (int)(*this)[channel]; const DpTarget& dp_target = subject_begin[channel]; target_scores[channel] = dp_target.adjusted_matrix() ? &dp_target.matrix->scores[32 * l] : &score_matrix.matrix8()[32 * l]; } return target_scores; } std::vector get32() const { static const int32_t blank[32] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 }; std::vector target_scores(LANES); std::fill(target_scores.begin(), target_scores.end(), blank); for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; const int l = (int)(*this)[channel]; const DpTarget& dp_target = subject_begin[channel]; if(dp_target.adjusted_matrix()) throw std::runtime_error("TargetIterator does not support adjusted matrices."); //target_scores[channel] = dp_target.adjusted_matrix() ? &dp_target.matrix->scores32[32 * l] : &score_matrix.matrix32()[32 * l]; target_scores[channel] = &score_matrix.matrix32()[32 * l]; } return target_scores; } bool inc(int channel) { ++pos[channel]; if (pos[channel] >= subject_begin[channel].seq.length()) return false; return true; } uint32_t cbs_mask() const { uint32_t r = 0; for (uint32_t i = 0; i < (uint32_t)n_targets; ++i) if (subject_begin[i].adjusted_matrix()) r |= 1 << i; return r; } int pos[LANES], n_targets, cols; bool custom_matrix_16bit; SmallVector active; const DP::TargetVec::const_iterator subject_begin; std::array, LANES> target_seqs; }; template struct AsyncTargetBuffer { typedef ::DISPATCH_ARCH::SIMD::Vector SeqVector; enum { LANES = SeqVector::LANES }; AsyncTargetBuffer(const It begin, const It end, Loc max_target_len, bool reverse_targets, std::atomic* const next): reverse_targets(reverse_targets), begin(begin), target_count(BlockId(end - begin)), next(next), custom_matrix_16bit(false) { BlockId n; int i = 0; while (i < LANES && (n = next->fetch_add(1, std::memory_order_relaxed)) < target_count) { DpTarget t = begin[n]; if (t.blank()) t.target_idx = n; pos[i] = 0; dp_targets[i] = t; active.push_back(i); target_seqs[i] = Array(max_target_len); if (reverse_targets) target_seqs[i].assign_reversed(t.seq.data(), t.seq.end()); else target_seqs[i].assign(t.seq.data(), t.seq.end()); ++i; } } int max_len() const { int l = 0; for (BlockId i = 0; i < target_count; ++i) l = std::max(l, (int)DpTarget(begin[i]).seq.length()); return l; } char operator[](int channel) const { if (pos[channel] >= 0) { return target_seqs[channel][pos[channel]]; } else return SUPER_HARD_MASK; } SeqVector seq_vector() const { alignas(32) T s[LANES]; std::fill(s, s + LANES, SUPER_HARD_MASK); for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; s[channel] = (*this)[channel]; } return SeqVector(s); } const int8_t** get(const int8_t** target_scores) const { static const int8_t blank[32] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 }; std::fill(target_scores, target_scores + 32, blank); for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; const int l = (int)(*this)[channel]; const DpTarget& dp_target = dp_targets[channel]; target_scores[channel] = dp_target.adjusted_matrix() ? &dp_target.matrix->scores[32 * l] : &score_matrix.matrix8()[32 * l]; } return target_scores; } std::vector get32() const { static const int32_t blank[32] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 }; std::vector target_scores(LANES); std::fill(target_scores.begin(), target_scores.end(), blank); for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; const int l = (int)(*this)[channel]; const DpTarget& dp_target = dp_targets[channel]; //target_scores[channel] = dp_target.adjusted_matrix() ? &dp_target.matrix->scores32[32 * l] : &score_matrix.matrix32()[32 * l]; if( dp_target.adjusted_matrix() ) throw std::runtime_error("AsyncTargetBuffer does not support adjusted matrices."); target_scores[channel] = &score_matrix.matrix32()[32 * l]; } return target_scores; } bool init_target(int i, int channel) { const BlockId n = (*next)++; if (n >= target_count) { active.erase(i); return false; } DpTarget t = begin[n]; if (t.blank()) t.target_idx = n; pos[channel] = 0; dp_targets[channel] = t; if (reverse_targets) target_seqs[channel].assign_reversed(t.seq.data(), t.seq.end()); else target_seqs[channel].assign(t.seq.data(), t.seq.end()); return true; } bool inc(int channel) { ++pos[channel]; if (pos[channel] >= (int)dp_targets[channel].seq.length()) return false; return true; } uint32_t cbs_mask() { uint32_t r = 0; custom_matrix_16bit = false; for (int i = 0; i < active.size(); ++i) { const int channel = active[i]; if (dp_targets[channel].adjusted_matrix()) { r |= 1 << channel; if (dp_targets[channel].matrix->score_max > SCHAR_MAX || dp_targets[channel].matrix->score_min < SCHAR_MIN) custom_matrix_16bit = true; } } return r; } const bool reverse_targets; int pos[LANES]; SmallVector active; const It begin; const BlockId target_count; std::atomic* const next; DpTarget dp_targets[LANES]; bool custom_matrix_16bit; std::array, LANES> target_seqs; }; }bbuchfink-diamond-6dc5717/src/dp/ungapped.h000066400000000000000000000040641523407312000205670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/value.h" #include "util/geo/diagonal_segment.h" #include "stats/hauser_correction.h" //int xdrop_ungapped(const Letter *query, const Letter *subject, unsigned seed_len, unsigned &delta, unsigned &len); //int xdrop_ungapped(const Letter *query, const Letter *subject, unsigned &delta, unsigned &len); int xdrop_ungapped_right(const Letter *query, const Letter *subject, int &len); int ungapped_window(const Letter* query, const Letter* subject, int window); DiagonalSegment xdrop_ungapped(const Sequence &query, const HauserCorrection& query_bc, const Sequence &subject, int qa, int sa); DiagonalSegment xdrop_ungapped(const Sequence& query, const int8_t* query_cbs, const Sequence& subject, int qa, int sa, int xdrop, bool count_identities); DiagonalSegment xdrop_ungapped(const Sequence& query, const Sequence& subject, const DiagonalSegment& anchor); int score_range(Sequence query, Sequence subject, int i, int j, int j_end); template DiagonalSegment score_range_s(Sequence query, Cbs query_cbs, Sequence subject, int i, int j, int j_end); Score self_score(const Sequence& seq); Hsp trivial(Sequence query, Sequence target, const int8_t* query_cbs); Anchor make_clipped_anchor(const Anchor& anchor, Sequence query, const int8_t* query_cbs, Sequence target); Anchor make_null_anchor(const Anchor& anchor);bbuchfink-diamond-6dc5717/src/dp/ungapped_align.cpp000066400000000000000000000265141523407312000223000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "dp.h" #include "../stats/score_matrix.h" #include "../stats/hauser_correction.h" #include "../util/sequence/sequence.h" using std::max; using std::pair; using std::min; using std::nullptr_t; using std::vector; int xdrop_ungapped(const Letter *query, const Letter *subject, unsigned &delta, unsigned &len) { int score(0), st(0), n=1; delta = 0; const Letter *q(query - 1), *s(subject - 1); while (score - st < config.raw_ungapped_xdrop && *q != Sequence::DELIMITER && *s != Sequence::DELIMITER) { #ifdef SEQ_MASK st += score_matrix(letter_mask(*q), letter_mask(*s)); #else st += score_matrix(*q, *s); #endif if (st > score) { score = st; delta = n; } --q; --s; ++n; } q = query; s = subject; st = score; n = 1; len = 0; while (score - st < config.raw_ungapped_xdrop && *q != Sequence::DELIMITER && *s != Sequence::DELIMITER) { #ifdef SEQ_MASK st += score_matrix(letter_mask(*q), letter_mask(*s)); #else st += score_matrix(*q, *s); #endif if (st > score) { score = st; len = n; } ++q; ++s; ++n; } len += delta; return score; } DiagonalSegment xdrop_ungapped(const Sequence &query, const HauserCorrection& query_bc, const Sequence &subject, int qa, int sa) { const float xdrop = (float)config.raw_ungapped_xdrop; float score = 0, st = 0; int n = 1, delta = 0, len = 0; int q = qa - 1, s = sa - 1; Letter ql, sl; while (score - st < xdrop && (ql = query[q]) != Sequence::DELIMITER && (sl = subject[s]) != Sequence::DELIMITER) { st += score_matrix(ql, sl) + query_bc[q]; if (st > score) { score = st; delta = n; } --q; --s; ++n; } q = qa; s = sa; st = score; n = 1; while (score - st < xdrop && (ql = query[q]) != Sequence::DELIMITER && (sl = subject[s]) != Sequence::DELIMITER) { st += score_matrix(ql, sl) + query_bc[q]; if (st > score) { score = st; len = n; } ++q; ++s; ++n; } return DiagonalSegment(qa - delta, sa - delta, len + delta, (int)score); } static void add_cbs(Score&, Loc, nullptr_t) {} static void add_cbs(Score& score, Loc loc, const int8_t* cbs) { score += (Score)cbs[loc]; } struct CountIdentities { CountIdentities() : n(0) {} void operator()(Letter a, Letter b) { const bool eq = a == b; n += (Loc)eq; } void update(Loc& ident) { ident += n; n = 0; } Loc n; }; struct ScoreOnly { void operator()(Letter a, Letter b) const {} void update(Loc) const {} }; template DiagonalSegment xdrop_ungapped(const Sequence& query, Cbs query_cbs, const Sequence& subject, int qa, int sa, int xdrop, const Id&) { Id id; int score = 0, st = 0; int n = 1, delta = 0, len = 0, ident = 0; int q = qa - 1, s = sa - 1; Letter ql, sl; while (score - st < xdrop && (ql = query[q]) != Sequence::DELIMITER && (sl = subject[s]) != Sequence::DELIMITER) { st += score_matrix(ql, sl); add_cbs(st, q, query_cbs); id(ql, sl); if (st > score) { score = st; delta = n; id.update(ident); } --q; --s; ++n; } q = qa; s = sa; st = score; n = 1; id = Id(); while (score - st < xdrop && (ql = query[q]) != Sequence::DELIMITER && (sl = subject[s]) != Sequence::DELIMITER) { st += score_matrix(ql, sl); add_cbs(st, q, query_cbs); id(ql, sl); if (st > score) { score = st; len = n; id.update(ident); } ++q; ++s; ++n; } return DiagonalSegment(qa - delta, sa - delta, len + delta, score, ident); } DiagonalSegment xdrop_ungapped(const Sequence& query, const int8_t* query_cbs, const Sequence& subject, int qa, int sa, int xdrop, bool count_identities) { if (count_identities) { if (query_cbs == nullptr) return xdrop_ungapped(query, nullptr, subject, qa, sa, xdrop, CountIdentities()); else return xdrop_ungapped(query, query_cbs, subject, qa, sa, xdrop, CountIdentities()); } else { if (query_cbs == nullptr) return xdrop_ungapped(query, nullptr, subject, qa, sa, xdrop, ScoreOnly()); else return xdrop_ungapped(query, query_cbs, subject, qa, sa, xdrop, ScoreOnly()); } } int xdrop_ungapped_right(const Letter *query, const Letter *subject, int &len) { int score(0), st(0), n = 1; len = 0; const Letter *q = query; const Letter *s = subject; while (score - st < config.raw_ungapped_xdrop && *q != Sequence::DELIMITER && *s != Sequence::DELIMITER) { #ifdef SEQ_MASK st += score_matrix(letter_mask(*q), letter_mask(*s)); #else st += score_matrix(*q, *s); #endif if (st > score) { score = st; len = n; } ++q; ++s; ++n; } return score; } int ungapped_window(const Letter* query, const Letter* subject, int window) { int score = 0, st = 0, n = 0; const Letter* q = query, * s = subject; while (n < window) { st += score_matrix(letter_mask(*q), letter_mask(*s)); st = std::max(st, 0); score = std::max(score, st); ++q; ++s; ++n; } return score; } Score self_score(const Sequence& seq) { Score s = 0, sl = 0; if (Stats::CBS::hauser(config.comp_based_stats_.get(Stats::DEFAULT_CBS))) { HauserCorrection cbs(seq); for (Loc i = 0; i < seq.length(); ++i) { const Letter l = seq[i]; sl += score_matrix(l, l) + cbs.int8[i]; sl = max(sl, 0); s = max(s, sl); } } else { for (Loc i = 0; i < seq.length(); ++i) { const Letter l = seq[i]; sl += score_matrix(l, l); sl = max(sl, 0); s = max(s, sl); } } return s; } int score_range(Sequence query, Sequence subject, int i, int j, int j_end) { int score = 0; while (j < j_end) { score += score_matrix(query[i], subject[j]); ++i; ++j; } return score; } template DiagonalSegment score_range_s(Sequence query, Cbs query_cbs, Sequence subject, int i_begin, int j_begin, int j_end) { int score = 0, i = i_begin; for (Loc j = j_begin; j < j_end; ++j, ++i) { score += score_matrix(query[i], subject[j]); add_cbs(score, i, query_cbs); } return DiagonalSegment(i_begin, j_begin, j_end - j_begin, score); } template DiagonalSegment score_range_s(Sequence, const int8_t*, Sequence, int, int, int); template DiagonalSegment score_range_s(Sequence, nullptr_t, Sequence, int, int, int); template struct Increment { T operator()(T x) const { return ++x; } }; template struct Decrement { T operator()(T x) const { return --x; } }; template pair xdrop_anchored(const Letter* p1, const Letter* p2, Loc len, Inc inc) { if (len == 0) return { 0,0 }; Score max_score = 0, score = 0; Loc max_n = 0, n = 0; do { score += score_matrix(letter_mask(*p1), letter_mask(*p2)); ++n; p1 = inc(p1); p2 = inc(p2); if (score > max_score) { max_score = score; max_n = n; } } while (n < len && max_score - score < config.raw_ungapped_xdrop); return { max_score, max_n }; } DiagonalSegment xdrop_ungapped(const Sequence& query, const Sequence& subject, const DiagonalSegment& anchor) { auto left = xdrop_anchored(query.data() + anchor.i - 1, subject.data() + anchor.j - 1, std::min(anchor.i, anchor.j), Decrement()); auto right = xdrop_anchored(query.data() + anchor.query_end(), subject.data() + anchor.subject_end(), std::min(query.length() - anchor.query_end(), subject.length() - anchor.subject_end()), Increment()); return { anchor.i - left.second, anchor.j - left.second, anchor.len + left.second + right.second, left.first + right.first + score_range(query, subject, anchor.i, anchor.j, anchor.subject_end()) }; } static Hsp trivial(Sequence query, Sequence target, Loc dq, Loc dt, const int8_t* query_cbs) { static const Loc WINDOW = 40, ID = 30; const Loc l = min(query.length() - dq, target.length() - dt); const uint64_t bits = ((uint64_t)1 << WINDOW) - 1; Loc n = 0; Score score = 0; uint64_t mask = 0; for (Loc i = 0; i < l; ++i) { uint64_t eq = query[i + dq] == target[i + dt]; mask = ((mask << 1) | eq) & bits; ++n; if (n >= WINDOW && popcount64(mask) < ID) return Hsp(); score += score_matrix(query[i + dq], target[i + dt]); if (query_cbs) score += query_cbs[i + dq]; } const double evalue = score_matrix.evalue(score, query.length(), target.length()); if (evalue > config.max_evalue) return Hsp(); if (l < WINDOW && (double)popcount64(mask) / l < ID / WINDOW) return Hsp(); Hsp hsp; hsp.score = score; hsp.query_range = hsp.query_source_range = { dq, dq + l }; hsp.subject_range = { dt, dt + l }; hsp.evalue = evalue; hsp.bit_score = score_matrix.bitscore(score); return hsp; } Hsp trivial(Sequence query, Sequence target, const int8_t* query_cbs) { if (query.length() <= target.length()) { for (Loc i = 0; i <= target.length() - query.length(); ++i) { Hsp hsp = trivial(query, target, 0, i, query_cbs); if (hsp.score) return hsp; } } else { for (Loc i = 0; i <= query.length() - target.length(); ++i) { Hsp hsp = trivial(query, target, i, 0, query_cbs); if (hsp.score) return hsp; } } return Hsp(); } Anchor make_clipped_anchor(const Anchor& anchor, Sequence query, const int8_t* query_cbs, Sequence target) { const Sequence q = query.subseq(anchor.query_begin(), anchor.query_end()), t = target.subseq(anchor.subject_begin(), anchor.subject_end()); const vector s = Util::Seq::window_scores(q, t, config.anchor_window); const Score cutoff = (Score)round(config.anchor_score * config.anchor_window); const auto pred = [cutoff](Score s) { return s >= cutoff; }; const auto max_window = max_element(s.begin(), s.end()); const auto right = find_if_not(max_window + 1, s.cend(), pred); const auto max_window_r = s.crbegin() + (s.cend() - max_window - 1); const auto left_r = find_if_not(max_window_r + 1, s.crend(), pred); Loc d1 = Loc(right - s.cbegin()), d0 = std::max(Loc(s.crend() - left_r - config.anchor_window + 1), 0); while (d0 < q.length() && q[d0] != t[d0]) ++d0; while (d1 > 0 && q[d1 - 1] != t[d1 - 1]) --d1; if (d1 <= d0) return DiagonalSegment(); const DiagonalSegment clipped_anchor = query_cbs == nullptr ? score_range_s(query, nullptr, target, anchor.query_begin() + d0, anchor.subject_begin() + d0, anchor.subject_begin() + d1) : score_range_s(query, query_cbs, target, anchor.query_begin() + d0, anchor.subject_begin() + d0, anchor.subject_begin() + d1); const Score clipped_score = query_cbs == nullptr ? score_range_s(query, nullptr, target, anchor.query_begin() + d1, anchor.subject_begin() + d1, anchor.subject_end()).score : score_range_s(query, query_cbs, target, anchor.query_begin() + d1, anchor.subject_begin() + d1, anchor.subject_end()).score; return Anchor(clipped_anchor, anchor.d_min_left, anchor.d_max_left, anchor.d_min_right, anchor.d_max_right, anchor.prefix_score - clipped_score); } Anchor make_null_anchor(const Anchor& anchor) { return Anchor(anchor.i + anchor.len / 2, anchor.j + anchor.len / 2, 0, 0); }bbuchfink-diamond-6dc5717/src/dp/ungapped_simd.cpp000066400000000000000000000061041523407312000221330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "score_vector_int8.h" #include "ungapped_simd.h" #include "util/simd/transpose.h" #include "ungapped.h" #include "util/simd/dispatch.h" #include "util/simd/vector.h" using namespace DISPATCH_ARCH; namespace DP { namespace DISPATCH_ARCH { void window_ungapped(const Letter *query, const Letter **subjects, int subject_count, int window, int *out) { #if defined(__SSE4_1__) | defined(__aarch64__) using Sv = ScoreVector; typedef ::DISPATCH_ARCH::SIMD::Vector SeqV; constexpr int CHANNELS = ::DISPATCH_ARCH::ScoreTraits::CHANNELS; assert(subject_count <= CHANNELS); alignas(CHANNELS) Letter subject_vector[CHANNELS * CHANNELS]; Sv score, best; const Letter* subject_ptr[CHANNELS], * query_end = query + window; std::copy(subjects, subjects + subject_count, subject_ptr); for (int i = 0; i < window; i += CHANNELS) { transpose(subject_ptr, subject_count, subject_vector, SeqV()); for (size_t j = 0; j < CHANNELS && query < query_end;) { SeqV subject_letters(&subject_vector[j * CHANNELS]); unsigned query_letter = unsigned(*query); #ifdef SEQ_MASK query_letter &= (unsigned)LETTER_MASK; #endif const Sv match(query_letter, subject_letters); score = score + match; best = max(best, score); ++query; subject_ptr[j] += CHANNELS; ++j; } } int8_t best2[CHANNELS]; best.store(best2); const int d = CHANNELS - subject_count; for (int i = 0; i < subject_count; ++i) out[i] = ScoreTraits::int_score(best2[d + i]); #endif } void window_ungapped_best(const Letter* query, const Letter** subjects, int subject_count, int window, int* out) { #if defined(__SSE4_1__) | defined(__aarch64__) if (subject_count < 4) { for (int i = 0; i < subject_count; ++i) out[i] = ungapped_window(query, subjects[i], window); } else { window_ungapped(query, subjects, subject_count, window, out); } #else for (int i = 0; i < subject_count; ++i) out[i] = ungapped_window(query, subjects[i], window); #endif //else if (subject_count <= 16) //::DP::ARCH_SSE4_1::window_ungapped(query, subjects, subject_count, window, out); } } DISPATCH_5(void, window_ungapped, const Letter*, query, const Letter**, subjects, int, subject_count, int, window, int*, out); DISPATCH_5(void, window_ungapped_best, const Letter*, query, const Letter**, subjects, int, subject_count, int, window, int*, out); }bbuchfink-diamond-6dc5717/src/dp/ungapped_simd.h000066400000000000000000000020051523407312000215740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/value.h" namespace DP { void window_ungapped(const Letter* query, const Letter** subjects, int subject_count, int window, int* out); void window_ungapped_best(const Letter* query, const Letter** subjects, int subject_count, int window, int* out); }bbuchfink-diamond-6dc5717/src/legacy/000077500000000000000000000000001523407312000174505ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/legacy/daa/000077500000000000000000000000001523407312000201755ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/legacy/daa/daa_file.h000066400000000000000000000122501523407312000220720ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "util/ptr_vector.h" #include "basic/const.h" #include "util/binary_buffer.h" #include "util/io/file.h" #include "basic/value.h" struct DAAFile; struct DAA_header1 { enum { VERSION = 1, COMPATIBILITY_VERSION = 0 }; DAA_header1(): magic_number (0x3c0e53476d3ee36bllu), version (VERSION) { } uint64_t magic_number, version; }; struct DAA_header2 { DAA_header2(): diamond_build(config.daa_build_version == 0 ? Const::build_version : config.daa_build_version) { memset(block_type, 0, sizeof(block_type)); memset(block_size, 0, sizeof(block_size)); } DAA_header2(uint64_t db_seqs, uint64_t db_letters, int32_t gap_open, int32_t gap_extend, int32_t reward, int32_t penalty, double k, double lambda, double evalue, const std::string &score_matrix, unsigned mode): diamond_build (config.daa_build_version == 0 ? Const::build_version : config.daa_build_version), db_seqs (db_seqs), db_seqs_used (0), db_letters (db_letters), flags (0), query_records (0), mode ((int32_t)mode), gap_open (gap_open), gap_extend (gap_extend), reward (reward), penalty (penalty), reserved1 (0), reserved2 (0), reserved3 (0), k (k), lambda (lambda), evalue (evalue), reserved5 (0) { memset(block_type, 0, sizeof(block_type)); memset(block_size, 0, sizeof(block_size)); memset(this->score_matrix, 0, sizeof(this->score_matrix)); strcpy(this->score_matrix, score_matrix.c_str()); } DAA_header2(const DAAFile& f); typedef enum { empty = 0, alignments = 1, ref_names = 2, ref_lengths = 3 } Block_type; uint64_t diamond_build, db_seqs, db_seqs_used, db_letters, flags, query_records; int32_t mode, gap_open, gap_extend, reward, penalty, reserved1, reserved2, reserved3; double k, lambda, evalue, reserved5; char score_matrix[16]; uint64_t block_size[256]; char block_type[256]; }; struct DAAFile { DAAFile(const std::string& file_name): f_ (file_name, "rb"), query_count_ (0) { f_.read(&h1_, sizeof(h1_)); if(h1_.magic_number != DAA_header1().magic_number) throw std::runtime_error("Input file is not a DAA file."); if(h1_.version > DAA_header1::VERSION) throw std::runtime_error("DAA version requires later version of DIAMOND."); f_.read(&h2_, sizeof(h2_)); if(h2_.block_size[0] == 0) throw std::runtime_error("Invalid DAA file. DIAMOND run has probably not completed successfully."); align_mode = AlignMode(h2_.mode); //ref_header.sequences = h2_.db_seqs; f_.seek(sizeof(DAA_header1) + sizeof(DAA_header2) + (size_t)h2_.block_size[0]); std::string s; ref_name_.reserve((size_t)h2_.db_seqs_used); for(uint64_t i=0;i& ref_len() const { return ref_len_; } bool read_query_buffer(BinaryBuffer &buf, size_t &query_num) { uint32_t size; f_.read(&size, sizeof(size)); if(size == 0) return false; buf.clear(); buf.resize(size); f_.read(buf.data(), size); query_num = query_count_++; return true; } File& file() { return f_; } private: File f_; size_t query_count_; DAA_header1 h1_; DAA_header2 h2_; PtrVector ref_name_; std::vector ref_len_; friend void write_file(DAAFile&, File&); };bbuchfink-diamond-6dc5717/src/legacy/daa/daa_record.cpp000066400000000000000000000067411523407312000227740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "basic/config.h" #include "daa_record.h" #include "basic/packed_sequence.h" #include "output/output_format.h" #include "stats/score_matrix.h" DAAFormat::DAAFormat() : OutputFormat(daa, HspValues::TRANSCRIPT, Output::Flags::SSEQID | (config.salltitles ? (Output::Flags::FULL_TITLES | Output::Flags::ALL_SEQIDS): (config.sallseqid ? Output::Flags::ALL_SEQIDS : Output::Flags::NONE))) {} BinaryBuffer::Iterator DAA_query_record::init(const BinaryBuffer &buf) { BinaryBuffer::Iterator it(buf.begin()); uint32_t query_len; it >> query_len; it >> query_name; uint8_t flags; it >> flags; if (file_.mode() == AlignMode::blastp) { PackedSequence seq(it, query_len, false, 5); seq.unpack(context[0], 5, query_len); query_seq = TranslatedSequence(Sequence(context[0])); } else { const bool have_n = (flags & 1) == 1; PackedSequence seq(it, query_len, have_n, have_n ? 3 : 2); seq.unpack(source_seq, have_n ? 3 : 2, query_len); translate_query(source_seq, context); query_seq = TranslatedSequence(Sequence(source_seq), context); } return it; } void DAA_query_record::Match::read(BinaryBuffer::Iterator &it) { const uint32_t old_subject = subject_id; it >> subject_id; if (subject_id == old_subject) ++hsp_num; else { hsp_num = 0; ++hit_num; } uint8_t flag; it >> flag; it.read_packed(flag & 3, score); uint32_t query_begin, subject_begin; it.read_packed((flag >> 2) & 3, query_begin); it.read_packed((flag >> 4) & 3, subject_begin); subject_range.begin_ = (int)subject_begin; transcript.read(it); subject_name = parent_.file_.ref_name(subject_id); subject_len = parent_.file_.ref_len(subject_id); if (parent_.file_.mode() == AlignMode::blastx) { frame = (flag&(1 << 6)) == 0 ? query_begin % 3 : 3 + (parent_.source_seq.size() - 1 - query_begin) % 3; set_translated_query_begin(query_begin, (unsigned)parent_.source_seq.size()); } else if (parent_.file_.mode() == AlignMode::blastp) { frame = 0; query_range.begin_ = query_begin; } *(Hsp*)this = context().parse(nullptr).hsp(); evalue = score_matrix.evalue(score, (Loc)parent_.context[0].size(), subject_len); bit_score = score_matrix.bitscore(score); } void copy_match_record_raw(BinaryBuffer::Iterator& it, TextBuffer& buf, const std::unordered_map& subject_map) { uint32_t subject_id, query_begin, subject_begin; int score; it >> subject_id; uint8_t flag; it >> flag; it.read_packed(flag & 3, score); it.read_packed((flag >> 2) & 3, query_begin); it.read_packed((flag >> 4) & 3, subject_begin); buf.write(subject_map.at(subject_id)); buf.write(flag); buf.write_packed(score); buf.write_packed(query_begin); buf.write_packed(subject_begin); const uint8_t t = PackedOperation::terminator(); uint8_t c; do { it >> c; buf << c; } while (c != t); } bbuchfink-diamond-6dc5717/src/legacy/daa/daa_record.h000066400000000000000000000060311523407312000224310ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "daa_file.h" #include "basic/value.h" #include "util/sequence/translate.h" #include "basic/match.h" inline void translate_query(const std::vector& query, std::array, 6>& context) { Translator::translate(query, context); } struct DAA_query_record { struct Match : public Hsp { Match(const DAA_query_record &query_record) : Hsp(true), hit_num(std::numeric_limits::max()), subject_id(std::numeric_limits::max()), parent_(query_record) { } HspContext context() { return HspContext(*this, (unsigned)parent_.query_num, 0, parent_.query_seq, parent_.query_name.c_str(), subject_id, subject_len, subject_name.c_str(), hit_num, hsp_num, Sequence()); } void read(BinaryBuffer::Iterator &it); uint32_t hsp_num, hit_num, subject_id, subject_len; std::string subject_name; private: const DAA_query_record &parent_; }; struct Match_iterator { Match_iterator(const DAA_query_record &parent, BinaryBuffer::Iterator it) : r_(parent), it_(it), good_(true) { operator++(); } Match& operator*() { return r_; } Match* operator->() { return &r_; } bool good() const { return good_; } Match_iterator& operator++() { if (it_.good()) r_.read(it_); else good_ = false; return *this; } private: Match r_; BinaryBuffer::Iterator it_; bool good_; }; DAA_query_record(const DAAFile& file, const BinaryBuffer &buf, size_t query_num): query_num (query_num), file_(file), it_(init(buf)) { } Match_iterator begin() const { return Match_iterator(*this, it_); } BinaryBuffer::Iterator raw_begin() const { return it_; } size_t query_len() const { return align_mode.query_translated ? source_seq.size() : context[0].size(); } const DAAFile& file() const { return file_; } std::string query_name; size_t query_num; std::vector source_seq; std::array, 6> context; TranslatedSequence query_seq; private: BinaryBuffer::Iterator init(const BinaryBuffer &buf); const DAAFile& file_; const BinaryBuffer::Iterator it_; }; void copy_match_record_raw(BinaryBuffer::Iterator& it, TextBuffer& buf, const std::unordered_map& subject_map);bbuchfink-diamond-6dc5717/src/legacy/daa/daa_write.cpp000066400000000000000000000120041523407312000226350ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "daa_write.h" #include "util/util.h" #include "util/sequence/sequence.h" #include "basic/statistics.h" #include "basic/packed_sequence.h" using std::string; using std::vector; void init_daa(File& f) { DAA_header1 h1; f.write(&h1, sizeof(h1)); DAA_header2 h2_; f.write(&h2_, sizeof(h2_)); } size_t write_daa_query_record(TextBuffer& buf, const char* query_name, const Sequence& query) { size_t seek_pos = buf.size(); buf.write((uint32_t)0); uint32_t l = (uint32_t)query.length(); buf.write(l); buf.write_c_str(query_name, find_first_of(query_name, Util::Seq::id_delimiters)); PackedSequence s(query, align_mode.input_sequence_type); uint8_t flags = s.has_n() ? 1 : 0; buf.write(flags); buf << s.data(); return seek_pos; } void finish_daa_query_record(TextBuffer& buf, size_t seek_pos) { *(uint32_t*)(&buf[seek_pos]) = (uint32_t)(buf.size() - seek_pos - sizeof(uint32_t)); } void write_daa_record(TextBuffer& buf, const IntermediateRecord& r) { buf.write((uint32_t)r.target_dict_id).write(r.flag); buf.write_packed(r.score); buf.write_packed(r.query_begin); buf.write_packed(r.subject_begin); buf << r.transcript.data(); } void write_daa_record(TextBuffer& buf, const Hsp& match, uint32_t subject_id) { buf.write(subject_id); buf.write(get_segment_flag(match)); buf.write_packed(match.score); buf.write_packed(match.oriented_range().begin_); buf.write_packed(match.subject_range.begin_); buf << match.transcript.data(); } void finish_daa(File& f, SequenceFile& db) { DAA_header2 h2_(db.sequence_count().value(), score_matrix.db_letters(), score_matrix.gap_open(), score_matrix.gap_extend(), 0, 0, score_matrix.k(), score_matrix.lambda(), config.max_evalue, to_lower_case(config.matrix), align_mode.mode); h2_.block_type[0] = DAA_header2::alignments; h2_.block_type[1] = DAA_header2::ref_names; h2_.block_type[2] = DAA_header2::ref_lengths; uint32_t size = 0; f.write(&size, sizeof(size)); h2_.block_size[0] = f.tell() - sizeof(DAA_header1) - sizeof(DAA_header2); const size_t n = db.dict_size(); h2_.db_seqs_used = n; h2_.query_records = statistics.get(Statistics::ALIGNED); size_t s = 0; for (size_t i = 0; i < n; ++i) { const string title = db.dict_title(i, 0); f.write_c_str(title.c_str()); s += title.length() + 1; } h2_.block_size[1] = s; for (size_t i = 0; i < n; ++i) { uint32_t len = (uint32_t)db.dict_len(i, 0); len = big_endian_byteswap(len); f.write(len); } h2_.block_size[2] = n * sizeof(uint32_t); f.seek(sizeof(DAA_header1)); f.write(&h2_, sizeof(h2_)); } DAA_header2::DAA_header2(const DAAFile& daa_in) : DAA_header2(daa_in.db_seqs(), daa_in.db_letters(), daa_in.gap_open_penalty(), daa_in.gap_extension_penalty(), daa_in.match_reward(), daa_in.mismatch_penalty(), daa_in.kappa(), daa_in.lambda(), daa_in.evalue(), daa_in.score_matrix(), daa_in.mode()) { block_type[0] = DAA_header2::alignments; block_type[1] = DAA_header2::ref_names; block_type[2] = DAA_header2::ref_lengths; } static void terminate_aln_block(File& f, DAA_header2& h2) { uint32_t size = 0; f.write(&size, sizeof(size)); h2.block_size[0] = f.tell() - sizeof(DAA_header1) - sizeof(DAA_header2); } static void write_header2(File& f, const DAA_header2& h2) { f.seek(sizeof(DAA_header1)); f.write(&h2, sizeof(h2)); } void finish_daa(File& f, DAAFile& daa_in) { DAA_header2 h2_(daa_in); terminate_aln_block(f, h2_); h2_.db_seqs_used = daa_in.db_seqs_used(); h2_.query_records = daa_in.query_records(); for (size_t i = 0; i < daa_in.db_seqs_used(); ++i) f.write_c_str(daa_in.ref_name(i).c_str()); h2_.block_size[1] = daa_in.block_size(1); f.write(daa_in.ref_len().data(), daa_in.ref_len().size() * sizeof(uint32_t)); h2_.block_size[2] = daa_in.block_size(2); write_header2(f, h2_); } void finish_daa(File& f, DAAFile& daa_in, const StringSet& seq_ids, const vector& seq_lens, int64_t query_count) { DAA_header2 h2_(daa_in); terminate_aln_block(f, h2_); h2_.db_seqs_used = seq_ids.size(); h2_.query_records = (uint64_t)query_count; int64_t s = 0; for (int64_t i = 0; i < seq_ids.size(); ++i) { f.write_c_str(seq_ids[i]); s += seq_ids.length(i) + 1; } h2_.block_size[1] = (uint64_t)s; f.write(seq_lens.data(), seq_lens.size() * sizeof(uint32_t)); h2_.block_size[2] = seq_lens.size() * sizeof(uint32_t); write_header2(f, h2_); }bbuchfink-diamond-6dc5717/src/legacy/daa/daa_write.h000066400000000000000000000025561523407312000223150ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "output/output.h" #include "daa_file.h" #include "data/sequence_file.h" void init_daa(File& f); size_t write_daa_query_record(TextBuffer& buf, const char* query_name, const Sequence& query); void finish_daa_query_record(TextBuffer& buf, size_t seek_pos); void write_daa_record(TextBuffer& buf, const IntermediateRecord& r); void write_daa_record(TextBuffer& buf, const Hsp& match, uint32_t subject_id); void finish_daa(File& f, SequenceFile& db); void finish_daa(File& f, DAAFile& daa_in); void finish_daa(File& f, DAAFile& daa_in, const StringSet& seq_ids, const std::vector& seq_lens, int64_t query_count);bbuchfink-diamond-6dc5717/src/legacy/daa/merge.cpp000066400000000000000000000067411523407312000220100ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "basic/config.h" #include "daa_file.h" #include "daa_write.h" #include "daa_record.h" #include "util/log_stream.h" using std::unordered_map; using std::string; using std::endl; using std::vector; unordered_map build_mapping(unordered_map& acc2oid, StringSet& seq_ids, vector& seq_lens, DAAFile& f) { TaskTimer timer(("Reading targets for file " + f.file().name()).c_str()); unordered_map r; for (uint32_t i = 0; i < f.db_seqs_used(); ++i) { auto it = acc2oid.emplace(f.ref_name(i), (uint32_t)acc2oid.size()); r.emplace(i, it.first->second); if (it.second) { seq_ids.push_back(f.ref_name(i).begin(), f.ref_name(i).end()); seq_lens.push_back(f.ref_len(i)); } } timer.finish(); *message_stream << "#Targets: " << f.db_seqs_used() << endl; return r; } static int64_t write_file(DAAFile& f, File& out, const unordered_map& subject_map) { uint32_t size = 0; BinaryBuffer buf; TextBuffer out_buf; size_t query_num; while (f.read_query_buffer(buf, query_num)) { DAA_query_record r(f, buf, query_num); size_t seek_pos = write_daa_query_record(out_buf, r.query_name.c_str(), r.query_seq.source()); auto it = r.raw_begin(); while(it.good()) { copy_match_record_raw(it, out_buf, subject_map); } finish_daa_query_record(out_buf, seek_pos); out.write(out_buf.data(), out_buf.size()); out_buf.clear(); } return int64_t(query_num + 1); } void merge_daa() { TaskTimer timer("Initializing"); vector files; const int n = (int)config.input_ref_file.size(); if (n == 0) throw std::runtime_error("Missing parameter: input files (--in)"); if (config.output_file.empty()) throw std::runtime_error("Missing parameter: output file (--out)"); unordered_map acc2oid; vector> oid_maps; StringSet seq_ids; vector seq_lens; oid_maps.reserve(n); for (int i = 0; i < n; ++i) { timer.go("Opening input file"); files.push_back(new DAAFile(config.input_ref_file[i])); timer.finish(); oid_maps.push_back(build_mapping(acc2oid, seq_ids, seq_lens, *files.back())); } *message_stream << "Total number of targets: " << acc2oid.size() << endl; timer.go("Initializing output"); File out(config.output_file, "wb"); init_daa(out); int64_t query_count = 0; for (vector::iterator i = files.begin(); i < files.end(); ++i) { timer.go(("Writing output for file " + (**i).file().name()).c_str()); query_count += write_file(**i, out, oid_maps[i - files.begin()]); } timer.go("Writing trailer"); finish_daa(out, *files.front(), seq_ids, seq_lens, query_count); out.close(); timer.finish(); *message_stream << "Total number of queries: " << query_count << endl; }bbuchfink-diamond-6dc5717/src/legacy/daa/view.cpp000066400000000000000000000127051523407312000216600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "basic/config.h" #include "util/io/file.h" #include "util/text_buffer.h" #include "daa_file.h" #include "util/binary_buffer.h" #include "output/output_format.h" #include "legacy/util/task_queue.h" #include "stats/score_matrix.h" #include "data/taxonomy.h" #include "daa_write.h" #include "run/config.h" #include "daa_record.h" #include "util/log_stream.h" using std::thread; using std::unique_ptr; using std::vector; using std::endl; const unsigned view_buf_size = 32; struct ViewWriter { ViewWriter() : f_(new File(config.output_file, "wb", File::Flags::TREAT_BLANK_AS_STDOUT, config.compressor())) { } void operator()(TextBuffer &buf) { f_->write(buf.data(), buf.size()); buf.clear(); } ~ViewWriter() { f_->close(); } unique_ptr f_; }; struct ViewFetcher { ViewFetcher(DAAFile &daa) : daa(daa) { } bool operator()() { n = 0; for (unsigned i = 0; i f(format.clone()); size_t seek_pos; Output::Info info{ SeqInfo { (BlockId)r.query_num, (OId)r.query_num, r.query_name.c_str(), "", (Loc)r.query_len(), r.query_seq.source(), Sequence() }, false, nullptr, out, Util::Seq::AccessionParsing(), r.file().db_seqs(), r.file().db_letters() }; if (format == OutputFormat::daa) seek_pos = write_daa_query_record(out, r.query_name.c_str(), r.query_seq.source()); else f->print_query_intro(info); DAA_query_record::Match_iterator i = r.begin(); const unsigned top_score = i.good() ? i->score : 0; for (; i.good(); ++i) { if (i->frame > 2 && config.forwardonly) continue; if (!config.output_range(i->hit_num, i->score, top_score, cfg.max_target_seqs)) break; if (format == OutputFormat::daa) write_daa_record(out, *i, i->subject_id); else f->print_match(i->context(), info); } if (format == OutputFormat::daa) finish_daa_query_record(out, seek_pos); else f->print_query_epilog(info); } void view_worker(DAAFile *daa, ViewWriter *writer, TaskQueue *queue, OutputFormat *format, Search::Config* cfg) { try { size_t n; ViewFetcher query_buf(*daa); TextBuffer *buffer = 0; while (queue->get(n, buffer, query_buf)) { for (unsigned j = 0; j < query_buf.n; ++j) { DAA_query_record r(*daa, query_buf.buf[j], query_buf.query_num + j); view_query(r, *buffer, *format, *cfg); } queue->push(n); } } catch (std::exception &e) { printf("%s\n", e.what()); std::terminate(); } } void view_daa() { TaskTimer timer("Loading subject IDs"); DAAFile daa(config.daa_file); if (align_mode.input_sequence_type == SequenceType::nucleotide) input_value_traits = nucleotide_traits; score_matrix = ScoreMatrix(daa.score_matrix(), daa.gap_open_penalty(), daa.gap_extension_penalty(), 0, 1, daa.db_letters()); timer.finish(); *message_stream << "Scoring parameters: " << score_matrix << endl; *log_stream << "Build version = " << daa.diamond_build() << endl; *message_stream << "DB sequences = " << daa.db_seqs() << endl; *message_stream << "DB sequences used = " << daa.db_seqs_used() << endl; *message_stream << "DB letters = " << daa.db_letters() << endl; std::unique_ptr> target_seed_hits; Search::Config cfg(target_seed_hits); cfg.db_seqs = daa.db_seqs(); cfg.db_letters = daa.db_letters(); taxonomy.init(); timer.go("Generating output"); ViewWriter writer; if (*cfg.output_format == OutputFormat::daa) init_daa(*writer.f_); BinaryBuffer buf; size_t query_num; if (daa.read_query_buffer(buf, query_num)) { DAA_query_record r(daa, buf, query_num); TextBuffer out; view_query(r, out, *cfg.output_format, cfg); cfg.output_format->print_header(*writer.f_, daa.mode(), daa.score_matrix(), daa.gap_open_penalty(), daa.gap_extension_penalty(), daa.evalue(), r.query_name.c_str(), (unsigned)r.query_len()); writer(out); vector threads; TaskQueue queue(3 * config.threads_, writer); for (int i = 0; i < config.threads_; ++i) threads.emplace_back(view_worker, &daa, &writer, &queue, cfg.output_format.get(), &cfg); for (auto &t : threads) t.join(); } else { TextBuffer out; cfg.output_format->print_header(*writer.f_, daa.mode(), daa.score_matrix(), daa.gap_open_penalty(), daa.gap_extension_penalty(), daa.evalue(), "", 0); writer(out); } if (*cfg.output_format == OutputFormat::daa) finish_daa(*writer.f_, daa); else cfg.output_format->print_footer(*writer.f_); } bbuchfink-diamond-6dc5717/src/legacy/dmnd/000077500000000000000000000000001523407312000203725ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/legacy/dmnd/compact_array.h000066400000000000000000000052031523407312000233670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "util/io/file.h" #include "util/algo/varint.h" struct CompactArray { CompactArray(File &in, size_t size, size_t data_size) : data_(data_size) { in.read(data_.data(), data_size); if(data_size > (size_t)UINT_MAX) init(size, data_size, limits64_); else init(size, data_size, limits_); } std::vector operator[](size_t i) const { return data_.size() > (size_t)UINT_MAX ? get(i, limits64_) : get(i, limits_); } size_t size() const { return (data_.size() > (size_t)UINT_MAX ? limits64_.size() : limits_.size()) - 1; } private: template void init(int64_t size, int64_t data_size, std::vector& limits) { limits.reserve(size + 1); limits.push_back(0); const char* ptr = data_.data(); for (int64_t i = 0; i < size; ++i) { ptr = skip_vec(ptr); const int64_t offset = ptr - data_.data(); if (offset > (int64_t)std::numeric_limits::max()) throw std::runtime_error("Array size overflow."); limits.push_back((Int)offset); } if ((int64_t)limits.back() != data_size) throw std::runtime_error("Error loading CompactArray."); } template std::vector get(size_t i, const std::vector& limits) const { return read_vec(&data_[limits[i]]); } static std::vector read_vec(const char* ptr) { uint32_t n; std::tie(n, ptr) = read_varuint32(ptr); std::vector out; out.reserve(n); for (uint32_t i = 0; i < n; ++i) { uint32_t v; std::tie(v, ptr) = read_varuint32(ptr); out.push_back(v); } return out; } static const char* skip_vec(const char* ptr) { uint32_t n; std::tie(n, ptr) = read_varuint32(ptr); for (uint32_t i = 0; i < n; ++i) { uint32_t v; std::tie(v, ptr) = read_varuint32(ptr); } return ptr; } std::vector data_; std::vector limits_; std::vector limits64_; };bbuchfink-diamond-6dc5717/src/legacy/dmnd/dmnd.cpp000066400000000000000000000456061523407312000220330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "basic/config.h" #include "util/log_stream.h" #include "masking/masking.h" #include "data/taxonomy.h" #include "data/taxon_list.h" #include "data/taxonomy_nodes.h" #include "murmurhash/MurmurHash3.h" #include "legacy/dmnd/record_reader.h" #include "util/parallel/multiprocessing.h" #include "dmnd.h" #include "util/system/system.h" #include "util/algo/external_sort.h" #include "util/util.h" #include "data/fasta/fasta_file.h" #include "util/sequence/sequence.h" #include "legacy/dmnd/io.h" using std::tuple; using std::string; using std::list; using std::endl; using std::unique_ptr; using std::pair; using std::runtime_error; using std::vector; const char* DatabaseFile::FILE_EXTENSION = ".dmnd"; const uint32_t ReferenceHeader::current_db_version_prot = 3; const uint32_t ReferenceHeader::current_db_version_nucl = 4; void serialize(File &s, const ReferenceHeader2 &h) { s.write(big_endian_byteswap(sizeof(ReferenceHeader2))); s.write(h.hash, sizeof(h.hash)); s.write(big_endian_byteswap(h.taxon_array_offset)); s.write(big_endian_byteswap(h.taxon_array_size)); s.write(big_endian_byteswap(h.taxon_nodes_offset)); s.write(big_endian_byteswap(h.taxon_names_offset)); } void deserialize(File &d, ReferenceHeader2 &h) { DynamicRecordReader(d).read(h.hash, sizeof(h.hash)) >> h.taxon_array_offset >> h.taxon_array_size >> h.taxon_nodes_offset >> h.taxon_names_offset >> Finish(); } void deserialize(File& file, ReferenceHeader& h) { file.read(h.magic_number); h.magic_number = big_endian_byteswap(h.magic_number); file.read(h.build); h.build = big_endian_byteswap(h.build); file.read(h.db_version); h.db_version = big_endian_byteswap(h.db_version); file.read(h.sequences); h.sequences = big_endian_byteswap(h.sequences); file.read(h.letters); h.letters = big_endian_byteswap(h.letters); file.read(h.pos_array_offset); h.pos_array_offset = big_endian_byteswap(h.pos_array_offset); } void serialize(File& file, const ReferenceHeader& h) { file.write(big_endian_byteswap(h.magic_number)); file.write(big_endian_byteswap(h.build)); file.write(big_endian_byteswap(h.db_version)); file.write(big_endian_byteswap(h.sequences)); file.write(big_endian_byteswap(h.letters)); file.write(big_endian_byteswap(h.pos_array_offset)); } File& operator>>(File& file, SequenceFile::SeqInfo& r) { uint32_t p; file.read(r.pos); r.pos = big_endian_byteswap(r.pos); file.read(r.seq_len); r.seq_len = big_endian_byteswap(r.seq_len); file.read(p); return file; } void serialize(File& file, const SequenceFile::SeqInfo& r) { file.write(big_endian_byteswap(r.pos)); file.write(big_endian_byteswap(r.seq_len)); file.write((uint32_t)0); } SequenceFile::SeqInfo DatabaseFile::read_seqinfo() { SeqInfo r; file_.read(r); pos_array_offset += SeqInfo::SIZE; return r; } void DatabaseFile::putback_seqinfo() { pos_array_offset -= SeqInfo::SIZE; } void DatabaseFile::init(Flags flags) { read_header(file_, ref_header); if (flag_any(flags, Flags::NO_COMPATIBILITY_CHECK)) return; if (ref_header.build < min_build_required || ref_header.db_version < MIN_DB_VERSION) throw runtime_error("Database was built with an older version of Diamond and is incompatible."); if (ref_header.db_version > std::max(ReferenceHeader::current_db_version_prot , ReferenceHeader::current_db_version_nucl)) throw runtime_error("Database was built with a newer version of Diamond and is incompatible."); if (ref_header.sequences == 0) throw runtime_error("Incomplete database file. Database building did not complete successfully."); deserialize(file_, header2); pos_array_offset = ref_header.pos_array_offset; } DatabaseFile::DatabaseFile(const string& input_file, Flags flags, const ValueTraits& value_traits) : SequenceFile(SequenceFile::Type::DMND, flags, FormatFlags::DICT_LENGTHS | FormatFlags::DICT_SEQIDS | FormatFlags::SEEKABLE | FormatFlags::LENGTH_LOOKUP, value_traits), file_(auto_append_extension_if_exists(input_file, FILE_EXTENSION), "rb") { init(flags); vector e; if (flag_any(flags, Flags::TAXON_MAPPING) && !has_taxon_id_lists()) e.push_back("taxonomy mapping information (--taxonmap option)"); if (flag_any(flags, Flags::TAXON_NODES) && !has_taxon_nodes()) e.push_back("taxonomy nodes information (--taxonnodes option)"); if (flag_any(flags, Flags::TAXON_SCIENTIFIC_NAMES) && !has_taxon_scientific_names()) e.push_back("taxonomy names information (--taxonnames option)"); if (flag_any(flags, Flags::TAXON_RANKS) && build_version() < 131) e.push_back("taxonomy ranks information (database needs to be built with diamond version >= 0.9.30"); if (!e.empty()) throw std::runtime_error("Options require taxonomy information included in the database. Please use the respective options to build this information into the database when running diamond makedb: " + join(", ", e.begin(), e.end())); if (flag_any(flags, Flags::TAXON_MAPPING)) { file_.seek(header2.taxon_array_offset); taxon_list_.reset(new TaxonList(file_, ref_header.sequences, header2.taxon_array_size)); } if (flag_any(flags, Flags::TAXON_SCIENTIFIC_NAMES)) { file_.seek(header2.taxon_names_offset); deserialize(file_, taxon_scientific_names_); } if (flag_any(flags, Flags::TAXON_NODES)) { file_.seek(header2.taxon_nodes_offset); taxon_nodes_.reset(new TaxonomyNodes(file_, ref_header.build)); init_cache(); } if (flag_any(flags, Flags::ACC_TO_OID_MAPPING | Flags::OID_TO_ACC_MAPPING | Flags::NEED_LENGTH_LOOKUP)) read_seqid_list(); } /*DatabaseFile::DatabaseFile(TempFile& tmp_file, const ValueTraits& value_traits) : SequenceFile(SequenceFile::Type::DMND, Flags::NONE, FormatFlags::DICT_LENGTHS | FormatFlags::DICT_SEQIDS | FormatFlags::SEEKABLE | FormatFlags::LENGTH_LOOKUP, value_traits), InputFile(tmp_file, 0), temporary(true) { init(); }*/ int64_t DatabaseFile::file_count() const { return 1; } void DatabaseFile::close() { /*if (temporary) InputFile::close_and_delete(); else*/ file_.close(); } void DatabaseFile::read_header(File &stream, ReferenceHeader &header) { deserialize(stream, header); if (header.magic_number != ReferenceHeader().magic_number) throw DatabaseFormatException(); } bool DatabaseFile::has_taxon_id_lists() const { return header2.taxon_array_offset != 0; } bool DatabaseFile::has_taxon_nodes() const { return header2.taxon_nodes_offset != 0; } bool DatabaseFile::has_taxon_scientific_names() const { return header2.taxon_names_offset != 0; } static void push_seq(const Sequence &seq, const char *id, size_t id_len, uint64_t &offset, vector &pos_array, File &out, size_t &letters, size_t &n_seqs) { pos_array.emplace_back(offset, seq.length()); out.write("\xff", 1); out.write(seq.data(), seq.length()); out.write("\xff", 1); out.write(id, id_len + 1); letters += seq.length(); ++n_seqs; offset += seq.length() + id_len + 3; } void DatabaseFile::make_db() { config.file_buffer_size = 4 * MEGABYTES; if (config.input_ref_file.size() > 1) throw runtime_error("Too many arguments provided for option --in."); const string input_file_name = config.input_ref_file.empty() ? string() : config.input_ref_file.front(); if (input_file_name.empty()) *message_stream << "Input file parameter (--in) is missing. Input will be read from stdin." << endl; else *message_stream << "Database input file: " << input_file_name << endl; TaskTimer total; TaskTimer timer("Opening the database file", true); value_traits = (config.dbtype == SequenceType::amino_acid) ? amino_acid_traits : nucleotide_traits; FastaFile db_file({ input_file_name }, Flags::NONE, value_traits); unique_ptr out(new File(config.database, "wb")); ReferenceHeader header; ReferenceHeader2 header2; serialize(*out, header); serialize(*out, header2); size_t letters = 0, n = 0, n_seqs = 0, total_seqs = 0; uint64_t offset = out->tell(); db_file.flags() |= SequenceFile::Flags::ALL; if (config.dbtype == SequenceType::nucleotide){ header.db_version = ReferenceHeader::current_db_version_nucl; db_file.flags() |= SequenceFile::Flags::DNA_PRESERVATION; } Block* block; vector pos_array; ExternalSorter> accessions; Util::Seq::AccessionParsing acc_stats; try { while (true) { timer.go("Loading sequences"); block = db_file.load_seqs((int64_t)1e9, 0, nullptr); if (block->empty()) { delete block; break; } n = block->seqs().size(); if (config.dbtype == SequenceType::amino_acid && config.masking_ != "0") { timer.go("Masking sequences"); mask_seqs(block->seqs(), Masking::get(), false, MaskingAlgo::SEG); } timer.go("Writing sequences"); for (size_t i = 0; i < n; ++i) { Sequence seq = block->seqs()[i]; if (seq.length() == 0) throw std::runtime_error("File format error: sequence of length 0"); push_seq(seq, block->ids()[i], block->ids().length(i), offset, pos_array, *out, letters, n_seqs); } if (!config.prot_accession2taxid.empty()) { timer.go("Writing accessions"); for (size_t i = 0; i < n; ++i) { vector acc = Util::Seq::accession_from_title(block->ids()[i], !config.no_parse_seqids, acc_stats); for (const string& s : acc) accessions.push(std::make_pair(s, total_seqs + i)); } } timer.go("Hashing sequences"); for (size_t i = 0; i < n; ++i) { Sequence seq = block->seqs()[i]; MurmurHash3_x64_128(seq.data(), (int)seq.length(), header2.hash, header2.hash); MurmurHash3_x64_128(block->ids()[i], block->ids().length(i), header2.hash, header2.hash); } delete block; total_seqs += n; } } catch (std::exception&) { out->close(); remove(out->name().c_str()); throw; } timer.finish(); timer.go("Writing trailer"); header.pos_array_offset = offset; pos_array.emplace_back(offset, 0); for (const SeqInfo& r : pos_array) serialize(*out, r); pos_array.clear(); pos_array.shrink_to_fit(); timer.finish(); if (!config.prot_accession2taxid.empty() && !config.no_parse_seqids) *message_stream << endl << "Accession parsing rules triggered for database seqids (use --no-parse-seqids to disable):" << endl << acc_stats << endl; Util::Table stats; stats("Database sequences", n_seqs); stats("Database letters", letters); taxonomy.init(); if (!config.prot_accession2taxid.empty()) { header2.taxon_array_offset = out->tell(); TaxonList::build(*out, accessions, n_seqs, stats); header2.taxon_array_size = out->tell() - header2.taxon_array_offset; } if (!config.nodesdmp.empty()) { TaxonomyNodes nodes(config.nodesdmp); header2.taxon_nodes_offset = out->tell(); nodes.save(*out); } if (!config.namesdmp.empty()) { header2.taxon_names_offset = out->tell(); serialize(*out, taxonomy.name_); } #ifdef EXTRA header2.db_type = config.dbtype; #endif timer.go("Closing the input file"); db_file.close(); timer.go("Closing the database file"); header.letters = letters; header.sequences = n_seqs; out->seek(0); serialize(*out, header); serialize(*out, header2); out->close(); timer.finish(); stats("Database hash", hex_print(header2.hash, 16)); stats("Total time", total.get(), "s"); *message_stream << endl << stats; } void DatabaseFile::set_seqinfo_ptr(OId i) { pos_array_offset = ref_header.pos_array_offset + SeqInfo::SIZE * i; } OId DatabaseFile::tell_seq() const { return (pos_array_offset - ref_header.pos_array_offset) / SeqInfo::SIZE; } bool DatabaseFile::eof() const { return tell_seq() == sequence_count().value(); } void DatabaseFile::init_seq_access() { file_.seek(sizeof(ReferenceHeader) + sizeof(ReferenceHeader2) + 8); } bool DatabaseFile::read_seq(vector& seq, string &id, std::vector* quals) { char c; file_.read(c); seq.clear(); id.clear(); file_.read_to(std::back_inserter(seq), '\xff'); file_.read_to(std::back_inserter(id), '\0'); return false; } void DatabaseFile::skip_seq() { char c; if(file_.read_max(&c, 1) != 1) throw std::runtime_error("Unexpected end of file."); file_.getdelim('\xff'); file_.getdelim('\0'); } bool DatabaseFile::is_diamond_db(const string &file_name) { if (file_name == "-" || file_name.empty()) return false; File db_file(file_name, "rb"); uint64_t magic_number = 0; db_file.read_max(&magic_number, sizeof(uint64_t)); bool r = (magic_number == ReferenceHeader::MAGIC_NUMBER); db_file.close(); return r; } void DatabaseFile::create_partition_fixednumber(size_t n) { size_t max_letters_balanced = static_cast(std::ceil(static_cast(ref_header.letters)/static_cast(n))); *message_stream << "Fixed number partitioning using " << max_letters_balanced << " (" << n << ")" << endl; this->create_partition(max_letters_balanced); } void DatabaseFile::create_partition_balanced(int64_t max_letters) { //double n = std::ceil(static_cast(ref_header.letters) / static_cast(max_letters)); //size_t max_letters_balanced = static_cast(std::ceil(static_cast(ref_header.letters)/n)); //cout << "Balanced partitioning using " << max_letters_balanced << " (" << max_letters << ")" << endl; this->create_partition(max_letters); } void DatabaseFile::create_partition(size_t max_letters) { TaskTimer timer("Create partition of DatabaseFile"); size_t letters = 0, seqs = 0, total_seqs = 0; int i_chunk = 0; size_t oid = 0, oid_begin; set_seqinfo_ptr(oid); init_seqinfo_access(); SeqInfo r = read_seqinfo(); bool first = true; while (r.seq_len) { SeqInfo r_next = read_seqinfo(); if (first) { oid_begin = oid; first = false; } letters += r.seq_len; ++seqs; ++total_seqs; if ((letters > max_letters) || (r_next.seq_len == 0)) { partition.chunks.push_back(Chunk(i_chunk, oid_begin, seqs)); first = true; seqs = 0; letters = 0; ++i_chunk; } r = r_next; ++oid; } reverse(partition.chunks.begin(), partition.chunks.end()); partition.max_letters = max_letters; partition.n_seqs_total = total_seqs; } int DatabaseFile::get_n_partition_chunks() { return (int)partition.chunks.size(); } void DatabaseFile::save_partition(const string & partition_file_name, const string & annotation) { std::ofstream out(partition_file_name); // cout << "WRITING " << partition_file_name << endl; for (const auto& i : partition.chunks) { out << to_string(i); if (annotation.size() > 0) { out << " " << annotation; } out << endl; } } Chunk to_chunk(const string & line) { vector tokens = split(line, ' '); return Chunk((int)stoull(tokens[0]), stoull(tokens[1]), stoull(tokens[2])); } string to_string(const Chunk & c) { const string buf = std::to_string(c.i) + " " + std::to_string(c.offset) + " " + std::to_string(c.n_seqs); return buf; } void DatabaseFile::load_partition(const string & partition_file_name) { string line; std::ifstream in(partition_file_name); clear_partition(); while (getline(in, line)) { auto chunk = to_chunk(line); partition.chunks.push_back(chunk); } } void DatabaseFile::clear_partition() { partition.max_letters = 0; partition.n_seqs_total = 0; partition.chunks.clear(); } void DatabaseFile::init_seqinfo_access() { file_.seek(pos_array_offset); } void DatabaseFile::seek_chunk(const Chunk& chunk) { set_seqinfo_ptr(chunk.offset); } size_t DatabaseFile::id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) { return seq_info_next.pos - seq_info.pos - seq_info.seq_len - 3; } void DatabaseFile::seek_offset(size_t p) { file_.seek(p); } void DatabaseFile::read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) { if (seek) file_.seek(pos); file_.read(dst - 1, len + 2); *(dst - 1) = Sequence::DELIMITER; *(dst + len) = Sequence::DELIMITER; } void DatabaseFile::read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) { file_.read(dst, len + 1); } void DatabaseFile::skip_id_data() { file_.getdelim('\0'); } optional DatabaseFile::sequence_count() const { return ref_header.sequences; } optional DatabaseFile::letters() const { return ref_header.letters; } int DatabaseFile::db_version() const { return ref_header.db_version; } int DatabaseFile::program_build_version() const { return ref_header.build; } int DatabaseFile::build_version() { return ref_header.build; } int DatabaseFile::rank(TaxId taxid) const { const int r = taxon_nodes_->rank(taxid); return ref_header.build <= 165 && r >= 0 ? Rank::legacy_rank_codes.at(r) : r; } DatabaseFile::~DatabaseFile() { close(); } DbFilter* DatabaseFile::filter_by_accession(const std::string& file_name) { throw std::runtime_error("The .dmnd database format does not support filtering by accession."); return nullptr; } std::string DatabaseFile::file_name() { return file_.name(); } std::vector DatabaseFile::taxids(size_t oid) const { return (*taxon_list_)[oid]; } void DatabaseFile::seq_data(size_t oid, std::vector& dst) { throw OperationNotSupported(); } Loc DatabaseFile::seq_length(size_t oid) { if (oid < seq_length_.size()) return seq_length_[oid]; throw std::out_of_range("DatabaseFile::seq_length"); } void DatabaseFile::end_random_access(bool dictionary) { if (!dictionary) return; free_dictionary(); } string DatabaseFile::taxon_scientific_name(TaxId taxid) const { return taxid < (TaxId)taxon_scientific_names_.size() && !taxon_scientific_names_[taxid].empty() ? taxon_scientific_names_[taxid] : std::to_string(taxid); } void DatabaseFile::read_seqid_list() { if (flag_any(flags_, Flags::ACC_TO_OID_MAPPING)) acc2oid_.reserve(sequence_count().value()); if (flag_any(flags_, Flags::NEED_LENGTH_LOOKUP)) seq_length_.reserve(sequence_count().value()); OId oid = 0; vector seq; string id; init_seq_access(); for (uint64_t n = 0; n < sequence_count().value(); ++n) { read_seq(seq, id); const char* msg = Util::Seq::fix_title(id); if (msg) *message_stream << "Warning: " << msg << std::endl; add_seqid_mapping(id, oid++); if (flag_any(flags_, Flags::NEED_LENGTH_LOOKUP)) seq_length_.push_back((Loc)seq.size()); } } TaxId DatabaseFile::max_taxid() const { return taxon_nodes_->max(); } TaxId DatabaseFile::get_parent(TaxId taxid) { return taxon_nodes_->get_parent(taxid); } void DatabaseFile::print_info() const { *message_stream << "Database: " << config.database << ' '; *message_stream << "(type: " << to_string(type()) << ", "; *message_stream << "sequences: " << sequence_count().value() << ", "; *message_stream << "letters: " << letters().value() << ", build version: " << ref_header.build << ')' << endl; }bbuchfink-diamond-6dc5717/src/legacy/dmnd/dmnd.h000066400000000000000000000126661523407312000215000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "data/sequence_file.h" #include "data/taxon_list.h" #include "data/taxonomy_nodes.h" struct ReferenceHeader { ReferenceHeader() : magic_number(MAGIC_NUMBER), build(Const::build_version), db_version(current_db_version_prot), sequences(0), letters(0) { } uint64_t magic_number; uint32_t build, db_version; uint64_t sequences, letters, pos_array_offset; static const uint32_t current_db_version_prot; static const uint32_t current_db_version_nucl; static constexpr uint64_t MAGIC_NUMBER = 0x24af8a415ee186dllu; friend void deserialize(File& file, ReferenceHeader& h); }; struct ReferenceHeader2 { ReferenceHeader2(): taxon_array_offset(0), taxon_array_size(0), taxon_nodes_offset(0), taxon_names_offset(0) #ifdef EXTRA ,db_type(SequenceType::amino_acid) #endif { memset(hash, 0, sizeof(hash)); } char hash[16]; uint64_t taxon_array_offset, taxon_array_size, taxon_nodes_offset, taxon_names_offset; #ifdef EXTRA SequenceType db_type; #endif friend void serialize(File &s, const ReferenceHeader2 &h); friend void deserialize(File &d, ReferenceHeader2 &h); }; struct DatabaseFormatException : public std::exception { virtual const char* what() const throw() { return "Database file is not a DIAMOND database."; } }; Chunk to_chunk(const std::string& line); std::string to_string(const Chunk& c); struct DatabaseFile : public SequenceFile { DatabaseFile(const std::string &file_name, Flags flags = Flags::NONE, const ValueTraits& value_traits = amino_acid_traits); //DatabaseFile(TempFile &tmp_file, const ValueTraits& value_traits = amino_acid_traits); static void read_header(File &stream, ReferenceHeader &header); static bool is_diamond_db(const std::string &file_name); void create_partition(size_t max_letters); virtual void create_partition_balanced(int64_t max_letters) override; void create_partition_fixednumber(size_t n); virtual void save_partition(const std::string& partition_file_name, const std::string& annotation = "") override; void load_partition(const std::string & partition_file_name); void clear_partition(); virtual int get_n_partition_chunks() override; void skip_seq(); bool has_taxon_id_lists() const; bool has_taxon_nodes() const; bool has_taxon_scientific_names() const; virtual void close() override; virtual void set_seqinfo_ptr(OId i) override; virtual OId tell_seq() const override; virtual bool eof() const override; virtual void init_seq_access() override; static void make_db(); enum { min_build_required = 74, MIN_DB_VERSION = 2 }; size_t pos_array_offset; ReferenceHeader ref_header; ReferenceHeader2 header2; struct Partition { Partition() : max_letters(0), n_seqs_total(0) {} size_t max_letters; size_t n_seqs_total; std::vector chunks; }; Partition partition; virtual int64_t file_count() const override; virtual void init_seqinfo_access() override; virtual void seek_chunk(const Chunk& chunk) override; virtual SeqInfo read_seqinfo() override; virtual void putback_seqinfo() override; virtual size_t id_len(const SeqInfo& seq_info, const SeqInfo& seq_info_next) override; virtual void seek_offset(size_t p) override; virtual void read_seq_data(Letter* dst, size_t len, size_t& pos, bool seek) override; virtual void read_id_data(const int64_t oid, char* dst, size_t len, bool all, bool full_titles) override; virtual void skip_id_data() override; virtual optional sequence_count() const override; virtual bool read_seq(std::vector& seq, std::string& id, std::vector* quals = nullptr) override; virtual optional letters() const override; virtual int db_version() const override; virtual int program_build_version() const override; virtual std::string taxon_scientific_name(TaxId taxid) const override; virtual TaxId get_parent(TaxId taxid) override; virtual TaxId max_taxid() const override; virtual int rank(TaxId taxid) const override; virtual int build_version() override; virtual ~DatabaseFile(); virtual DbFilter* filter_by_accession(const std::string& file_name) override; virtual std::string file_name() override; virtual std::vector taxids(size_t oid) const override; virtual void seq_data(size_t oid, std::vector& dst) override; virtual Loc seq_length(size_t oid) override; virtual void end_random_access(bool dictionary = true) override; virtual void print_info() const override; virtual double rel_file_ptr() override { return 0; } static const char* FILE_EXTENSION; private: File file_; void init(Flags flags = Flags::NONE); void read_seqid_list(); std::unique_ptr taxon_list_; std::vector taxon_scientific_names_; std::unique_ptr taxon_nodes_; };bbuchfink-diamond-6dc5717/src/legacy/dmnd/io.h000066400000000000000000000122401523407312000211510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/algo/varint.h" #include "util/io/file.h" /*static inline void write_varint(Serializer& s, int32_t x) { char buf[5]; char* end = write_varuint32(x, buf); s.write_raw(buf, end - buf); }*/ static inline void write_varint(File& s, int32_t x) { char buf[5]; char* end = write_varuint32(x, buf); s.write(buf, end - buf); } /*/template static inline void serialize_varint(Serializer& s, It begin, It end) { for (It i = begin; i != end; ++i) write_varint(s, *i); }*/ template static inline void serialize_varint(File& s, It begin, It end) { for (It i = begin; i != end; ++i) write_varint(s, *i); } /*template static inline void serialize(Serializer& s, It begin, It end) { for (It i = begin; i != end; ++i) s << *i; } static inline void serialize(Serializer& s, const std::set& v) { write_varint(s, (int32_t)v.size()); serialize_varint(s, v.cbegin(), v.cend()); } static inline void serialize(Serializer& s, const std::vector& v) { s.write((uint32_t)v.size()); serialize(s, v.cbegin(), v.cend()); } static inline void serialize(Serializer& s, const std::vector& v) { s.write((uint32_t)v.size()); serialize(s, v.cbegin(), v.cend()); }*/ /*template static inline void serialize(File& s, It begin, It end) { for (It i = begin; i != end; ++i) s << *i; }*/ static inline void serialize(File& s, const std::set& v) { write_varint(s, (int32_t)v.size()); serialize_varint(s, v.cbegin(), v.cend()); } static inline void serialize(File& s, const std::vector& v) { const uint32_t size = big_endian_byteswap((uint32_t)v.size()); s.write(size); for (int32_t i : v) { i = big_endian_byteswap(i); s.write(i); } } static inline void serialize(File& f, const std::vector& v) { f.write(big_endian_byteswap((uint32_t)v.size())); for (const std::string& s : v) f.write_c_str(s.c_str()); } /*template void serialize(Serializer& s, const std::pair& p) { s << p.first << p.second; }*/ static inline void serialize(File& f, const std::pair& p) { f.write(big_endian_byteswap(p.first)); f.write(big_endian_byteswap(p.second)); } static inline void serialize(File& f, const std::pair& p) { f.write_c_str(p.first.c_str()); f.write(big_endian_byteswap(p.second)); } static inline void serialize(File& f, const std::pair& p) { f.write_c_str(p.first.c_str()); f.write(big_endian_byteswap(p.second)); } NODISCARD static inline bool deserialize(File& f, std::pair& p) { f.read_c_str(p.first); if (f.read_max(&p.second, sizeof(OId)) != sizeof(OId)) return false; p.second = big_endian_byteswap(p.second); return true; } NODISCARD static inline bool deserialize(File& f, std::pair& p) { f.read_c_str(p.first); if (f.read_max(&p.second, sizeof(int32_t)) != sizeof(int32_t)) return false; p.second = big_endian_byteswap(p.second); return true; } NODISCARD static inline bool deserialize(File& f, std::pair& p) { if (f.read_max(&p.first, sizeof(uint64_t)) != sizeof(uint64_t)) return false; if (f.read_max(&p.second, sizeof(int32_t)) != sizeof(int32_t)) return false; p.first = big_endian_byteswap(p.first); p.second = big_endian_byteswap(p.second); return true; } /*static inline void deserialize(Deserializer& d, std::vector& out) { uint32_t n; d >> n; out.clear(); out.reserve(n); std::string s; for (uint32_t i = 0; i < n; ++i) { d >> s; out.push_back(std::move(s)); } } static inline void deserialize(Deserializer& d, std::vector& out) { uint32_t n; d >> n; out.clear(); out.reserve(n); int32_t x; for (uint32_t i = 0; i < n; ++i) { d >> x; out.push_back(x); } }*/ static inline void deserialize(File& d, std::vector& out) { uint32_t n; d.read(n); n = big_endian_byteswap(n); out.clear(); out.reserve(n); std::string s; for (uint32_t i = 0; i < n; ++i) { d.read_c_str(s); out.push_back(std::move(s)); } } static inline void deserialize(File& d, std::vector& out) { uint32_t n; d.read(n); n = big_endian_byteswap(n); out.clear(); out.reserve(n); int32_t x; for (uint32_t i = 0; i < n; ++i) { d.read(x); x = big_endian_byteswap(x); out.push_back(x); } } /*template void deserialize(Deserializer& s, std::pair& out) { s >> out.first >> out.second; }*/bbuchfink-diamond-6dc5717/src/legacy/dmnd/record_reader.h000066400000000000000000000037621523407312000233530ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include struct Finish {}; struct DynamicRecordReader { DynamicRecordReader(File& d) : d_(d) { d.read(size_); size_ = big_endian_byteswap(size_); } DynamicRecordReader& operator>>(unsigned long long& x) { if (size_ >= sizeof(unsigned long long)) { d_.read(x); x = big_endian_byteswap(x); size_ -= sizeof(unsigned long long); } else x = 0; return *this; } DynamicRecordReader& operator>>(unsigned long& x) { if (size_ >= sizeof(unsigned long)) { d_.read(x); x = big_endian_byteswap(x); size_ -= sizeof(unsigned long); } else x = 0; return *this; } template DynamicRecordReader& read(const T* ptr, size_t count) { const size_t s = count * sizeof(T); if (size_ >= s) { d_.read((void*)ptr, count * sizeof(T)); size_ -= s; } else memset((void*)ptr, 0, s); return *this; } DynamicRecordReader& operator>>(int& x) { if (size_ >= sizeof(int)) { d_.read(x); x = big_endian_byteswap(x); size_ -= sizeof(int); } else x = 0; return *this; } void operator>>(const Finish&) { if (size_ == 0) return; char* buf = new char[size_]; d_.read(buf, size_); delete[] buf; size_ = 0; } private: File& d_; uint64_t size_; };bbuchfink-diamond-6dc5717/src/legacy/util/000077500000000000000000000000001523407312000204255ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/legacy/util/task_queue.h000066400000000000000000000071341523407312000227510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include // #define ENABLE_LOGGING template struct TaskQueue { TaskQueue(size_t limit, Callback& callback): queue_ (limit), state_ (limit), head_ (0), tail_ (0), limit_ (limit), head_idx_ (0), queued_ (0), queued_size_ (0), at_end_ (false), callback_ (callback) { } bool waiting() const { return tail_ - head_ >= limit_; } template bool get(size_t &n, T*& res, _init &init) { { std::unique_lock lock(mtx_); #ifdef ENABLE_LOGGING log_stream << "Task_queue get() thread=" << tthread::thread::get_current_thread_id() << " waiting=" << waiting() << " head=" << head_ << " tail=" << tail_ << endl; #endif while(waiting() && !at_end_) cond_.wait(lock); if(at_end_) { #ifdef ENABLE_LOGGING log_stream << "Task_queue get() thread=" << tthread::thread::get_current_thread_id() << " quit" << endl; #endif return false; } n = tail_++; res = &slot(n); if (!init()) at_end_ = true; #ifdef ENABLE_LOGGING log_stream << "Task_queue get() thread=" << tthread::thread::get_current_thread_id() << " n=" << n << endl; #endif } if(at_end_) cond_.notify_all(); return true; } void wake_all() { cond_.notify_all(); } void push(size_t n) { mtx_.lock(); if(n == head_) { #ifdef ENABLE_LOGGING log_stream << "Task_queue flush() thread=" << tthread::thread::get_current_thread_id() << " n=" << n << endl; #endif mtx_.unlock(); flush(); } else { #ifdef ENABLE_LOGGING message_stream << "Task_queue push() thread=" << tthread::thread::get_current_thread_id() << " n=" << n << " head=" << head_ << " size=" << queued_size_ << endl; #endif state_[idx(n)] = true; ++queued_; queued_size_ += slot(n).size(); mtx_.unlock(); } } unsigned flush() { bool next = false; unsigned n = 0; do { callback_(slot(head_)); { mtx_.lock(); #ifdef ENABLE_LOGGING log_stream << "Task_queue flush() thread=" << tthread::thread::get_current_thread_id() << " head=" << head_ << " waiting=" << tail_-head_ << "/" << limit_ << " size=" << queued_size_ << endl; #endif state_[idx(head_)] = false; ++head_; head_idx_ = (head_idx_ + 1) % limit_; if (state_[idx(head_)]) { next = true; #ifdef ENABLE_LOGGING log_stream << "Task_queue n=" << queued_ << endl; #endif --queued_; queued_size_ -= slot(head_).size(); } else next = false; mtx_.unlock(); } cond_.notify_one(); ++n; } while (next); return n; } private: size_t idx(size_t n) const { return (head_idx_ + n - head_)%limit_; } T& slot(size_t n) { return queue_[idx(n)]; } std::vector queue_; std::vector state_; std::mutex mtx_; std::condition_variable cond_; size_t head_, tail_, limit_, head_idx_, queued_, queued_size_; bool at_end_; Callback &callback_; }; bbuchfink-diamond-6dc5717/src/lib/000077500000000000000000000000001523407312000167525ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/alp/000077500000000000000000000000001523407312000175265ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/alp/njn_approx.hpp000066400000000000000000000070601523407312000224200ustar00rootroot00000000000000#ifndef INCLUDED_NJN_APPROX #define INCLUDED_NJN_APPROX /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_approx.hpp Author: John Spouge Contents: ******************************************************************************/ #include #include #include namespace Njn { namespace Approx{ // Approximation const float FLT_THRESHOLD = 10.0F; // Rounding threshold const float FLT_ROUND = FLT_THRESHOLD * FLT_EPSILON; // Rounding error threshold const double DBL_THRESHOLD = 100.0; // Rounding threshold const double DBL_ROUND = DBL_THRESHOLD * DBL_EPSILON; // Rounding error threshold template inline bool approx (T x_, T y_, T eps_); template inline bool relApprox (T x_, T y_, T eps_); template inline bool absRelApprox (T x_, T y_, T tol_, T rtol_); // Rounding template inline bool eq (T x_, T y_, T round_); template inline bool ge (T x_, T y_, T round_); template inline bool gt (T x_, T y_, T round_); template inline bool ne (T x_, T y_, T round_); template inline bool lt (T x_, T y_, T round_); template inline bool le (T x_, T y_, T round_); // Approximation template bool approx (T x_, T y_, T eps_) {return fabs (x_ - y_) <= fabs (eps_);} template bool relApprox (T x_, T y_, T eps_) {return approx (x_, y_, eps_ * y_);} template bool absRelApprox (T x_, T y_, T tol_, T rtol_) {return approx (x_, y_, tol_) || relApprox (x_, y_, rtol_);} // Rounding template bool eq (T x_, T y_, T round_) {return relApprox (x_, y_, round_);} template bool ge (T x_, T y_, T round_) {return (x_ - y_) >= -(fabs (y_)) * round_;} template bool gt (T x_, T y_, T round_) {return (x_ - y_) > (fabs (y_)) * round_;} template bool ne (T x_, T y_, T round_) {return ! eq (x_, y_, round_);} template bool lt (T x_, T y_, T round_) {return ! ge (x_, y_, round_);} template bool le (T x_, T y_, T round_) {return ! gt (x_, y_, round_);} } } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_doubletype.hpp000066400000000000000000000047501523407312000232660ustar00rootroot00000000000000#ifndef INCLUDED_NJN_DOUBLETYPE #define INCLUDED_NJN_DOUBLETYPE /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_doubletype.hpp Author: John Spouge Contents: ******************************************************************************/ namespace Njn { namespace DoubleType { // Constants const double ROOT_2 = 1.4142135623730951e+000; // square root of 2.0 const double ROOT_10 = 3.1622776601683795e+000; // square root of 10.0 const double PI = 3.1415926535897931e+000; // pi = ratio circumference to diameter const double ROOT_PI = 1.7724538509055159e+000; // square root of pi const double ROOT_2_PI = 2.5066282746310002e+000; // square root of 2.0 * pi const double E = 2.7182818284590451e+000; // base of natural logarithms const double LN_2 = 6.9314718055994529e-001; // natural log of 2.0 const double LN_10 = 2.3025850929940459e+000; // natural log of 10.0 const double LN_LN_2 = -3.6651292058166435e-001; // log of log of 2.0 const double EULER = 0.5772156649015325e+000; // Euler's constant gamma } } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_dynprogprob.cpp000066400000000000000000000211511523407312000234440ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_dynprogprob.cpp Author: John Spouge Contents: ******************************************************************************/ #include #include "njn_dynprogprob.hpp" #include "njn_memutil.hpp" using namespace Njn; const size_t DynProgProb::ARRAY_CAPACITY = 256; void DynProgProb::init (size_t arrayCapacity_) // range for d_array_p [0,1][0...arrayCapacity_ - 1] { if (arrayCapacity_ > 0) { for (size_t i = 0; i < 2; i++) { d_array_p [i] = new double [arrayCapacity_]; MemUtil::memZero (d_array_p [i], sizeof (double) * arrayCapacity_); } } d_arrayCapacity = arrayCapacity_; } void DynProgProb::free2 () { if (getArrayCapacity () > 0) { for (size_t i = 0; i < 2; i++) { delete [] d_array_p [i]; d_array_p [i] = 0; } } d_arrayCapacity = 0; } void DynProgProb::clear ( long int valueBegin_, // lower limit for long int values in the array (an offset) size_t arrayCapacity_) // new array capacity // resets the computation { free2 (); init (arrayCapacity_); d_valueBegin = valueBegin_; d_step = 0; } void DynProgProb::clear ( // initializes the "probabilities" with non-negative weights long int valueLower_, // lower long int value corresponding to the "probability" array long int valueUpper_, // one beyond present upper long int value corresponding to the "probability" array const double *prob_) // "probabilities" prob [valueLower_, valueUpper_) corresponding to the long ints { assert ((! prob_ && valueLower_ <= 0 && 0 <= valueUpper_) || /*sls added "("*/(prob_ && valueLower_ < valueUpper_)/*sls added ")"*/ ); if (prob_) { for (size_t i = 0; i < static_cast (valueUpper_ - valueLower_); i++) { assert (0.0 <= prob_ [i]); } clear (valueLower_, static_cast (valueUpper_ - valueLower_)); d_valueLower = valueLower_; d_valueUpper = valueUpper_; MemUtil::memCpy (d_array_p [0], prob_, sizeof (double) * getArrayCapacity ()); return; } if (valueLower_ == 0 && valueUpper_ == 0) { clear (-static_cast (ARRAY_CAPACITY / 2) + 1, ARRAY_CAPACITY); } else { clear (valueLower_, static_cast (valueUpper_ - valueLower_)); } d_valueLower = 0; d_valueUpper = 1; d_array_p [0][getArrayPos (0)] = 1.0; return; } void DynProgProb::copy ( size_t step_, // current index : starts at 0 const double *const *array_, // two corresponding arrays of probabilities size_t arrayCapacity_, // present capacity of the array long int valueBegin_, // lower limit for long int values in the array (an offset) long int valueLower_, // present lower long int value in the array long int valueUpper_, // one beyond present upper long int value in the array ValueFct *newStateFct_, // function for updating dynamic programming values size_t dimInputProb_, const double *inputProb_) // array of input states : d_inputProb_p [0...dimStateProb - 1] { if (arrayCapacity_ != getArrayCapacity ()) { free2 (); init (arrayCapacity_); } d_step = step_; for (size_t i = 0; i < 2; i++) { if (getArrayCapacity () > 0) MemUtil::memCpy (d_array_p [i], array_ [i], sizeof (double) * getArrayCapacity ()); } d_valueBegin = valueBegin_; d_valueLower = valueLower_; d_valueUpper = valueUpper_; setValueFct (newStateFct_); setInput (dimInputProb_, inputProb_); } void DynProgProb::initInput (size_t dimInputProb_) // array of input states : d_inputProb_p [0...dimStateProb - 1] { if (dimInputProb_ > 0) { d_inputProb_p = new double [dimInputProb_]; MemUtil::memZero (d_inputProb_p, sizeof (double) * dimInputProb_); } d_dimInputProb = dimInputProb_; } void DynProgProb::freeInput () { if (getDimInputProb () > 0) { delete [] d_inputProb_p; d_inputProb_p = 0; } d_dimInputProb = 0; } void DynProgProb::setInput ( size_t dimInputProb_, const double *inputProb_) // array of input states : d_inputProb_p [0...dimStateProb - 1] { if (dimInputProb_ != getDimInputProb ()) { freeInput (); initInput (dimInputProb_); } if (getDimInputProb () > 0) MemUtil::memCpy (d_inputProb_p, inputProb_, sizeof (double) * getDimInputProb ()); } void DynProgProb::update () // updates dynamic prog probs { assert (getValueFct ()); assert (getDimInputProb ()); assert (getInputProb ()); const size_t ARRAY_FAC = 2; assert (1 < ARRAY_FAC); long int i = 0; size_t j = 0; const double *oldArray = 0; double *array = 0; long int value = 0; long int valueBegin = 0; long int valueLower = 0; long int valueUpper = 0; /*sls deleted size_t arrayPos = 0;*/ oldArray = d_array_p [d_step % 2]; array = d_array_p [(d_step + 1) % 2]; valueLower = LONG_MAX; valueUpper = LONG_MIN; MemUtil::memZero (array, sizeof (double) * getArrayCapacity ()); for (i = getValueLower (); i < getValueUpper (); i++) { if (oldArray [getArrayPos (i)] == 0.0) continue; for (j = 0; j < getDimInputProb (); j++) { if (getInputProb () [j] == 0.0) continue; // adjust the reserve, if necessary value = getValueFct () (i, j); while (value < getValueBegin () || getValueEnd () <= value) { valueBegin = getValueBegin (); if (value < getValueBegin ()) valueBegin -= (ARRAY_FAC - 1) * (long)getArrayCapacity (); reserve (ARRAY_FAC * getArrayCapacity ()); setValueBegin (valueBegin); oldArray = d_array_p [d_step % 2]; array = d_array_p [(d_step + 1) % 2]; } if (value < valueLower) valueLower = value; if (valueUpper < value) valueUpper = value; // add the probability assert (getValueBegin () <= i); assert (i < getValueEnd ()); array [getArrayPos (value)] += oldArray [getArrayPos (i)] * getInputProb () [j]; } } d_valueLower = valueLower; d_valueUpper = valueUpper + 1; d_step++; } void DynProgProb::reserve (size_t arrayCapacity_) // new array capacity // increases capacity of and copies d_array_p, while updating other variables { assert (getArrayCapacity () < arrayCapacity_); double *array = new double [getArrayCapacity ()]; for (size_t i = 0; i < 2; i++) { MemUtil::memCpy (array, d_array_p [i], sizeof (double) * getArrayCapacity ()); delete [] d_array_p [i]; d_array_p [i] = 0; d_array_p [i] = new double [arrayCapacity_]; MemUtil::memZero (d_array_p [i], sizeof (double) * arrayCapacity_); MemUtil::memCpy (d_array_p [i], array, sizeof (double) * getArrayCapacity ()); } d_arrayCapacity = arrayCapacity_; delete [] array; array = 0; } void DynProgProb::setValueBegin (long int valueBegin_) // resets the offset d_valueBegin // assert (valueBegin_ <= getValueBegin ()) : enlarge the array only // assert (offSet < getArrayCapacity ()); { assert (valueBegin_ <= getValueBegin ()); size_t offSet = static_cast (getValueBegin () - valueBegin_); if (offSet == 0) return; // nothing to do assert (offSet < getArrayCapacity ()); double *array = new double [getArrayCapacity ()]; for (size_t i = 0; i < 2; i++) { MemUtil::memCpy (array, d_array_p [i], sizeof (double) * getArrayCapacity ()); MemUtil::memZero (d_array_p [i], sizeof (double) * getArrayCapacity ()); MemUtil::memCpy (d_array_p [i] + offSet, array, sizeof (double) * (getArrayCapacity () - offSet)); } delete [] array; array = 0; d_valueBegin = valueBegin_; } bbuchfink-diamond-6dc5717/src/lib/alp/njn_dynprogprob.hpp000066400000000000000000000263341523407312000234610ustar00rootroot00000000000000#ifndef INCLUDED_NJN_DYNPROGPROB #define INCLUDED_NJN_DYNPROGPROB /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_dynprogprob.hpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_dynprogprobproto.hpp" #include namespace Njn { class DynProgProb : public DynProgProbProto { // DynProgProb performs updates for probabilities in a dynamic programming computation. // The object expands storage as necessary to hold all probabilities. // // The object behaves as follows: // // Default: // (1) The initial state of the dynamic programming computation is 0 with probability 1.0. // // Behavior: // (2) If input_ is the computation's input, it replaces oldValue_ with ValueFct (oldValue_, input_) // (3) The dynamic programming function can be reset with setValueFct (...). // (4) The probability for the input can be reset with setInput (...). // (5) The probability of input_ = [0, dimInputProb_) is inputProb_ [input_]. // (6) getProb (long int i_) returns the probability corresponding to the long int value i_. public: static const size_t VALUE_BEGIN; static const size_t ARRAY_CAPACITY; inline DynProgProb ( // range for long int values = [valueLower_, valueUpper_) ValueFct *valueFct_ = 0, // function for updating dynamic programming values size_t dimInputProb_ = 0, const double *inputProb_ = 0, // array of input states : d_inputProb_p [0...dimInputProb - 1] // The following behave like arguments to clear (). long int valueLower_ = 0, // lower long int value corresponding to the "probability" array long int valueUpper_ = 0, // one beyond present upper long int value corresponding to the "probability" array const double *prob_ = 0) // "probabilities" prob [valueLower_, valueUpper_) corresponding to the long ints // default prob_ == 0 assigns prob_ [0] = 1.0 // if (valueLower_ == 0 && valueUpper_ == 0) prob_ [-(ARRAY_CAPACITY / 2) + 1...ARRAY_CAPACITY / 2] // otherwise // prob_ [valueLower_...valueUpper_) : d_step (0), d_arrayCapacity (0), d_valueBegin (0), d_valueLower (0), d_valueUpper (0), d_valueFct (0), d_dimInputProb (0), d_inputProb_p (0) { d_array_p [0] = d_array_p [1] = 0; setValueFct (valueFct_); setInput (dimInputProb_, inputProb_); clear (valueLower_, valueUpper_, prob_); } inline DynProgProb (const DynProgProb &dynProgProb_) : d_step (0), d_arrayCapacity (0), d_valueBegin (0), d_valueLower (0), d_valueUpper (0), d_valueFct (0), d_dimInputProb (0), d_inputProb_p (0) { copy (dynProgProb_); } virtual inline ~DynProgProb () { free2 (); freeInput (); } virtual inline operator bool () // ? is the object ready for computation ? const { return getArrayCapacity () != 0 && d_valueFct && d_dimInputProb != 0 && d_inputProb_p; } virtual inline DynProgProb &operator= (const DynProgProb &dynProgProb_) { if (this != &dynProgProb_) copy (dynProgProb_); return *this; } virtual inline void copy (const DynProgProb &dynProgProb_) { copy (dynProgProb_.getStep (), dynProgProb_.getArray (), dynProgProb_.getArrayCapacity (), dynProgProb_.getValueBegin (), dynProgProb_.getValueLower (), dynProgProb_.getValueUpper (), dynProgProb_.getValueFct (), dynProgProb_.getDimInputProb (), dynProgProb_.getInputProb ()); } virtual void copy ( size_t step_, // current index : starts at 0 const double *const *array_, // two corresponding arrays of probabilities size_t arrayCapacity_, // present capacity of the array long int valueBegin_ = 0, // lower limit for long int values in the array (an offset) long int valueLower_ = 0, // present lower long int value in the array long int valueUpper_ = 0, // one beyond present upper long int value in the array ValueFct *valueFct_ = 0, // function for updating dynamic programming values size_t dimInputProb_ = 0, const double *inputProb_ = 0); // array of input states : d_inputProb_p [0...dimInputProb - 1] virtual void clear ( // restarts the computation long int valueLower_, // lower long int value corresponding to the "probability" array long int valueUpper_ = 0, // one beyond present upper long int value corresponding to the "probability" array const double *prob_ = 0); // "probabilities" prob_ [valueLower_, valueUpper_) corresponding to the long ints // default prob_ == 0 assigns prob_ [0] = 1.0 // assumes prob_ [valueLower_, valueUpper_) virtual inline void clear () {clear (0);} virtual inline void setValueFct (ValueFct *valueFct_) // function for updating dynamic programming values { d_valueFct = valueFct_; } virtual void setInput ( size_t dimInputProb_, const double *inputProb_); // array of input states : d_inputProb_p [0...dimInputProb - 1] virtual void update (); // updates dynamic prog probs // assert (getValueFct ()); // assert (getDimInputProb ()); // assert (getInputProb ()); virtual inline double getProb (long int value_) const // probability value { assert (getArray ()); assert (getArray () [getStep () % 2]); if (value_ < getValueBegin ()) return 0.0; if (getValueEnd () <= value_) return 0.0; return getArray () [getStep () % 2][getArrayPos (value_)]; } virtual inline size_t getStep () const {return d_step;} // current index : starts at 0 virtual inline const double *const *getArray () const {return d_array_p;} // two corresponding arrays of probabilities d_array_p [0,1][0...d_arrayCapacity - 1] virtual inline size_t getArrayCapacity () const {return d_arrayCapacity;} // # (different values) virtual inline long int getValueBegin () const {return d_valueBegin;} // lower limit for long int values in the array (an offset) virtual inline long int getValueLower () const {return d_valueLower;} // present lower long int value in the array virtual inline long int getValueUpper () const {return d_valueUpper;} // one beyond present upper long int value in the array virtual inline ValueFct *getValueFct () const {return d_valueFct;} // function for updating dynamic programming values virtual inline size_t getDimInputProb () const {return d_dimInputProb;} virtual inline const double *getInputProb () const {return d_inputProb_p;} // array of input states : d_inputProb_p [0...dimInputProb - 1] private: size_t d_step; // current index for time-step : starts at 0 double *d_array_p [2]; // two corresponding arrays of probabilities d_array_p [0,1][0...d_arrayCapacity - 1] // d_array_p [0...1][0...d_valueBound [1] - d_valueBound [0] - 1] size_t d_arrayCapacity; // present capacity of the array long int d_valueBegin; // lower limit for long int values in the array (an offset) long int d_valueLower; // present lower long int value in the array long int d_valueUpper; // one beyond present upper long int value in the array // parameters for update (which might be constant throughout the calculation) ValueFct *d_valueFct; // function for updating dynamic programming values size_t d_dimInputProb; double *d_inputProb_p; // array of input states : d_inputProb_p [0...dimInputProb - 1] virtual void initInput (size_t dimInputProb_); // array of input states : d_inputProb_p [0...dimInputProb - 1] virtual void freeInput (); virtual inline long int getValue (size_t arrayPos_) const { // value corresponding to array position return static_cast (arrayPos_) + getValueBegin (); } virtual void init (size_t arrayCapacity_); // range for d_array_p [0,1][0...arrayCapacity_ - 1] virtual void free2 (); protected: virtual void clear ( long int valueBegin_, // lower limit for long int values in the array (an offset) size_t arrayCapacity_); // new array capacity virtual inline long int getArrayPos (long int value_) const // offset for array position containing value_ { // no range-checking return value_ - getValueBegin (); } virtual inline long int getValueEnd () const // one beyond largest possible long int value in present range { return getValue (getArrayCapacity ()); } void reserve (size_t arrayCapacity_); // new array capacity // increases capacity of and copies d_array_p, while updating other variables virtual void setValueBegin (long int valueBegin_); // lowest possible long int value in the array virtual inline size_t &lgetStep () {return d_step;} // current index : starts at 0 virtual inline double **lgetArray () {return d_array_p;} // two corresponding arrays of probabilities d_array_p [0,1][0...d_arrayCapacity - 1] virtual inline size_t &lgetArrayCapacity () {return d_arrayCapacity;} // # (different values) virtual inline long int &lgetValueBegin () {return d_valueBegin;} // lower limit for long int values in the array (an offset) virtual inline long int &lgetValueLower () {return d_valueLower;} // present lower long int value in the array virtual inline long int &lgetValueUpper () {return d_valueUpper;} // one beyond present upper long int value in the array }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_dynprogproblim.cpp000066400000000000000000000133471523407312000241560ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_dynprogproblim.cpp Author: John Spouge Contents: ******************************************************************************/ #include #include "njn_dynprogproblim.hpp" #include "njn_memutil.hpp" using namespace Njn; void DynProgProbLim::setLimits ( long int valueBegin_, // range for values is [valueBegin_, valueEnd_). long int valueEnd_) // range for values is [valueBegin_, valueEnd_). // assert (valueBegin_ < valueEnd_); { assert (valueBegin_ < valueEnd_); // take care of lost probability long int value = 0; for (value = getValueLower (); value < valueBegin_; value++) { d_probLost += getProb (value); } for (value = valueEnd_; value < getValueUpper (); value++) { d_probLost += getProb (value); } size_t arrayCapacity = static_cast (valueEnd_ - valueBegin_); if (getArrayCapacity () <= arrayCapacity) { reserve (arrayCapacity); setValueBegin (valueBegin_); } else { setValueBegin (valueBegin_); reserve (arrayCapacity); } } void DynProgProbLim::reserve (size_t arrayCapacity_) // new array capacity // reduces capacity of and copies d_array_p from its begin { if (arrayCapacity_ == getArrayCapacity ()) return; if (getArrayCapacity () < arrayCapacity_) { DynProgProb::reserve (arrayCapacity_); return; } assert (arrayCapacity_ < getArrayCapacity ()); double *array = new double [getArrayCapacity ()]; for (size_t i = 0; i < 2; i++) { MemUtil::memCpy (array, getArray () [i], sizeof (double) * arrayCapacity_); delete [] lgetArray () [i]; lgetArray () [i] = 0; lgetArray () [i] = new double [arrayCapacity_]; MemUtil::memCpy (lgetArray () [i], array, sizeof (double) * arrayCapacity_); } lgetArrayCapacity () = arrayCapacity_; delete [] array; array = 0; } void DynProgProbLim::setValueBegin (long int valueBegin_) // resets the offset d_valueBegin // assert (offSet < getArrayCapacity ()); // if (getValueBegin () < valueBegin_) the caller must ensure consistency { if (valueBegin_ <= getValueBegin ()) { DynProgProb::setValueBegin (valueBegin_); return; } assert (getValueBegin () < valueBegin_); size_t offSet = static_cast (valueBegin_ - getValueBegin ()); double *array = new double [getArrayCapacity ()]; for (size_t i = 0; i < 2; i++) { MemUtil::memCpy (array, getArray () [i], sizeof (double) * getArrayCapacity ()); MemUtil::memZero (lgetArray () [i], sizeof (double) * getArrayCapacity ()); if (offSet < getArrayCapacity ()) { MemUtil::memCpy (lgetArray () [i], array + offSet, sizeof (double) * (getArrayCapacity () - offSet)); } } delete [] array; array = 0; lgetValueBegin () = valueBegin_; } void DynProgProbLim::update () // updates dynamic prog probs { assert (getValueFct ()); assert (getDimInputProb ()); assert (getInputProb ()); assert (0 < getArrayCapacity ()); long int i = 0; size_t j = 0; const double *oldArray = 0; double *array = 0; long int value = 0; long int valueLower = 0; long int valueUpper = 0; /*sls deleted size_t arrayPos = 0;*/ double prob = 0.0; oldArray = getArray () [getStep () % 2]; array = lgetArray () [(getStep () + 1) % 2]; valueLower = LONG_MAX; valueUpper = LONG_MIN; MemUtil::memZero (array, sizeof (double) * getArrayCapacity ()); for (i = getValueLower (); i < getValueUpper (); i++) { if (oldArray [getArrayPos (i)] == 0.0) continue; for (j = 0; j < getDimInputProb (); j++) { if (getInputProb () [j] == 0.0) continue; value = getValueFct () (i, j); prob = oldArray [getArrayPos (i)] * getInputProb () [j]; if (value < getValueBegin () || getValueEnd () <= value) { d_probLost += prob; } else { if (value < valueLower) valueLower = value; if (valueUpper < value) valueUpper = value; // add the probability assert (getValueBegin () <= i); assert (i < getValueEnd ()); array [getArrayPos (value)] += prob; } } } lgetValueLower () = valueLower; lgetValueUpper () = valueUpper + 1; lgetStep ()++; } bbuchfink-diamond-6dc5717/src/lib/alp/njn_dynprogproblim.hpp000066400000000000000000000165231523407312000241620ustar00rootroot00000000000000#ifndef INCLUDED_NJN_DYNPROGPROBLIM #define INCLUDED_NJN_DYNPROGPROBLIM /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_dynprogproblim.hpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_dynprogprob.hpp" namespace Njn { class DynProgProbLim : public DynProgProb { // DynProgProbLim performs updates for probabilities in a dynamic programming computation. // The object limits storage to [valueLower_, valueUpper_). // Probability outside the limits can be obtained from getProbLost (). // // The object behaves as follows: // // Default: // (1) The initial state of the dynamic programming computation is 0 with probability 1.0. // // Behavior: // (2) If input_ is the computation's input, it replaces oldValue_ with ValueFct (oldValue_, input_) // (3) The dynamic programming function can be reset with setValueFct (...). // (4) The probability for the input states can be reset with setInput (...). // (5) The probability of input_ = [0, dimInputProb_) is inputProb_ [input_]. // (6) getProb (long int i_) returns the probability corresponding to the long int value i_. // (7) The values are limited to [d_valueBegin, d_valueEnd), which are initialized with [valueLower_, valueUpper_). // (8) getLostProb () returns the lost probability. public: inline DynProgProbLim ( ValueFct *valueFct_ = 0, // function for updating dynamic programming values size_t dimInputProb_ = 0, const double *inputProb_ = 0, // array of input states : d_inputProb_p [0...dimInputProb - 1] // The following behave like arguments to clear (). long int valueLower_ = 0, // lower long int value corresponding to the "probability" array long int valueUpper_ = 0, // one beyond present upper long int value corresponding to the "probability" array const double *prob_ = 0) // "probabilities" prob [valueLower_, valueUpper_) corresponding to the long ints // default prob_ == 0 : equivalent to // prob_ [0] = 1.0 // assert (valueLower_ <= 0); // assert (0 < valueUpper_); : DynProgProb (valueFct_, dimInputProb_, inputProb_, valueLower_, valueUpper_, prob_), d_probLost (0.0) {} inline DynProgProbLim (const DynProgProbLim &dynProgProbLim_) : DynProgProb (dynProgProbLim_), d_probLost (dynProgProbLim_.getProbLost ()) {} virtual inline ~DynProgProbLim () {} virtual inline DynProgProbLim &operator= (const DynProgProbLim &dynProgProbLim_) { if (this != &dynProgProbLim_) copy (dynProgProbLim_); return *this; } virtual inline void copy (const DynProgProbLim &dynProgProbLim_) { copy (dynProgProbLim_, dynProgProbLim_.getProbLost ()); } virtual inline void copy ( const DynProgProb &dynProgProb_, // base object double probLost_) // lower limit for long int values in the array (an offset) { DynProgProb::copy (dynProgProb_); d_probLost = probLost_; } virtual void setLimits ( long int valueBegin_ = 0, // Range for values is [valueBegin_, valueEnd_). long int valueEnd_ = 0); // Range for values is [valueBegin_, valueEnd_). // resets the limits, transferring any probability outside the new limit to d_probLost virtual void update (); // updates dynamic prog probs // assert (getValueFct ()); // assert (getDimInputProb ()); // assert (getInputProb ()); virtual inline void clear ( // restarts the computation long int valueLower_, // lower long int value corresponding to the "probability" array long int valueUpper_ = 0, // one beyond present upper long int value corresponding to the "probability" array const double *prob_ = 0) // "probabilities" prob_ [valueLower_, valueUpper_) corresponding to the long ints // default prob_ = 0 corresponds to probability 1.0 at value = 0 // assumes prob_ [valueLower_, valueUpper_) { DynProgProb::clear (valueLower_, valueUpper_, prob_); d_probLost = 0.0; } virtual inline void clear () {clear (0);} using DynProgProb::operator bool; // ? is the object ready for computation ? using DynProgProb::operator=; using DynProgProb::copy; using DynProgProb::setValueFct; using DynProgProb::setInput; using DynProgProb::getProb; // probability value using DynProgProb::getStep; // current index : starts at 0 using DynProgProb::getArray; // two corresponding arrays of probabilities d_array_p [0,1][0...d_arrayCapacity - 1] using DynProgProb::getArrayCapacity; // # (different values) using DynProgProb::getValueBegin; // lower limit for long int values in the array (an offset) using DynProgProb::getValueLower; // present lower long int value in the array using DynProgProb::getValueUpper; // one beyond present upper long int value in the array using DynProgProb::getValueFct; // function for updating dynamic programming values using DynProgProb::getDimInputProb; using DynProgProb::getInputProb; // array of input states : d_inputProb_p [0...dimInputProb - 1] virtual inline double getProbLost () const {return d_probLost;} // probability outside limits private: double d_probLost; // probability outside limits virtual void reserve (size_t arrayCapacity_); // new array capacity // reduces capacity of and copies d_array_p from its begin virtual void setValueBegin (long int valueBegin_); // lowest possible long int value in the array using DynProgProb::getValueEnd; // one beyond largest possible long int value in present range using DynProgProb::getArrayPos; // offset for array position containing value_ }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_dynprogprobproto.cpp000066400000000000000000000030521523407312000245300ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_dynprogprobproto.cpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_dynprogprobproto.hpp" using namespace Njn; DynProgProbProto::~DynProgProbProto () {} bbuchfink-diamond-6dc5717/src/lib/alp/njn_dynprogprobproto.hpp000066400000000000000000000063111523407312000245360ustar00rootroot00000000000000#ifndef INCLUDED_NJN_DYNPROGPROBPROTO #define INCLUDED_NJN_DYNPROGPROBPROTO /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njs_dynprogprobproto.hpp Author: John Spouge Contents: ******************************************************************************/ #include #include namespace Njn { class DynProgProbProto { // DynProgProbProto performs updates for probabilities in a dynamic programming computation. // The object behaves as follows: // // Default: // (1) The initial state of the dynamic programming computation is 0 with probability 1.0. // // Behavior: // (2) If input_ is the computation's input, it replaces oldValue_ with NewValueFct (oldValue_, input_) // (3) The dynamic programming function can be reset with setValueFct (...). // (4) The probability for the input can be reset with setInput (...). // (5) The probability of input_ = [0, dimInputProb_) is inputProb_ [input_]. // (6) getProb (long int i_) returns the probability corresponding to the long int value i_. public: typedef long int ValueFct (long int oldValue_, size_t input_); // function for producing new value from old value and input state virtual ~DynProgProbProto (); virtual inline operator bool () const = 0; // ? is the object ready for computation ? virtual void clear () = 0; // restarts the computation virtual void update () = 0; // updates dynamic prog probs virtual inline double getProb (long int value_) const = 0; // probability value virtual inline size_t getStep () const = 0; // current index : starts at 0 virtual inline long int getValueLower () const = 0; // present lower long int value in the array virtual inline long int getValueUpper () const = 0; // one beyond present upper long int value in the array }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_function.hpp000066400000000000000000000123371523407312000227370ustar00rootroot00000000000000#ifndef INCLUDED_NJN_FUNCTION #define INCLUDED_NJN_FUNCTION /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_function.hpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_doubletype.hpp" #include "util/math/math.h" namespace Njn { namespace Function { template inline T bitsToNats (T x_); template inline T natsToBits (T x_); template inline T hartleysToNats (T x_); template inline T natsToHartleys (T x_); template inline T hartleysToBits (T x_); template inline T bitsToHartleys (T x_); template inline T exp2 (T x_); template inline T log2 (T x_); template inline T exp10 (T x_); template inline T log10 (T x_); template inline T max (T x_, T y_); template inline T max3 (T a_, T b_, T c_); template inline T min (T x_, T y_); template inline T plus (T x_); // x_^+ template inline T minus (T x_); // x_^- template inline T signum (T x_); template inline T heaviside (T x_); template inline T psqrt (T x_); // square-root of x_^+ template inline T square (T x_); // x_ * x_ template inline T bound (T x_, T xlo_, T xhi_); // the closest value to x_ in the interval [xlo_, xhi_] template inline T probability (T x_); // the closest value to x_ in the interval [0.0, 1.0] template inline T prob (T x_); // the closest value to x_ in the interval [0.0, 1.0] template inline bool isProb (T x_); // the closest value to x_ in the interval [0.0, 1.0] // // There are no more declarations beyond this point. // template T bitsToNats (T x_) {return x_ * DoubleType::LN_2;} template T natsToBits (T x_) {return x_ / DoubleType::LN_2;} template T hartleysToNats (T x_) {return x_ * DoubleType::LN_10;} template T natsToHartleys (T x_) {return x_ / DoubleType::LN_10;} template T hartleysToBits (T x_) {return hartleysToNats (natsToBits (x_));} template T bitsToHartleys (T x_) {return bitsToNats (natsToHartleys (x_));} template T exp2 (T x_) {return Math::exp(DoubleType::LN_2 * (x_));} template T log2 (T x_) {return Math::log(x_) / DoubleType::LN_2;} template T exp10 (T x_) {return Math::exp(DoubleType::LN_10 * (x_));} template T log10 (T x_) {return Math::log(x_) / DoubleType::LN_10;} template T max (T x_, T y_) {return x_ > y_ ? x_ : y_;} template T max3 (T a_, T b_, T c_) {return max (a_, max (b_, c_));} template T min (T x_, T y_) {return x_ < y_ ? x_ : y_;} template T positive (T x_) {return max (x_, static_cast (0));} template T negative (T x_) {return max (-x_, static_cast (0));} template T signum (T x_) {return x_ > 0.0 ? 1.0 : (x_ == 0.0 ? 0.0 : -1.0);} template T heaviside (T x_) {return x_ < 0.0 ? 0.0 : 1.0;} template T psqrt (T x_) {return positive (sqrt (x_));} template T square (T x_) {return x_ * x_;} template T bound (T x_, T xlo_, T xhi_) { if (x_ < xlo_) return xlo_; if (x_ < xhi_) return x_; return xhi_; } template T probability (T x_) {return bound (x_, 0.0, 1.0);} template T prob (T x_) {return probability (x_);} template bool isProb (T x_) {return 0.0 <= x_ && x_ <= 1.0;}/*sls deleted;*/ // the closest value to x_ in the interval [0.0, 1.0] } } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_integer.hpp000066400000000000000000000134061523407312000225450ustar00rootroot00000000000000#ifndef INCLUDED_NJN_INTEGER #define INCLUDED_NJN_INTEGER /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_integer.hpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_ioutil.hpp" namespace Njn { namespace Integer { template Int minimum ( Int i, // number being divided Int j) // divisor { return i < j ? i : j; } template Int maximum ( Int i, // number being divided Int j) // divisor { return i > j ? i : j; } template Int mod ( // Portable modular function % Int i, // number being divided Int j) // divisor { Int abs_j = j >= 0 ? j : -j; if (j == 0) { Njn::IoUtil::abort ("Nks_Mod : j == 0"); } if (i < 0) { Int k = (i >= 0 ? i : -i) % abs_j; return k == 0 ? k : abs_j - k; } else { return i % abs_j; } } template Int euclidAlgorithm ( // Euclid's algorithm returning the greatest common divisor (i, j) Int i_, Int j_) { Int abs_i = maximum (i_ >= 0 ? i_ : -i_, j_ >= 0 ? j_ : -j_); Int abs_j = minimum (i_ >= 0 ? i_ : -i_, j_ >= 0 ? j_ : -j_); Int remainder = 0; while (0 < abs_j) { remainder = mod (abs_i, abs_j); abs_i = abs_j; abs_j = remainder; } return abs_i; } template Int euclidAlgorithmVector ( // Euclid's algorithm returning the greatest common divisor (i, j) ConstIntegerPtr begin_, ConstIntegerPtr end_) { assert (begin_ <= end_); if (begin_ == end_) return 0; Int gcd = *begin_; for (ConstIntegerPtr k = begin_ + 1; k != end_; k++) { gcd = euclidAlgorithm (gcd, *k); } return gcd; } template Int minusOnePower ( // (-1)^i Int i) // exponent { return mod (i, 2) == 0 ? 1 : -1; } template Real integerPower (Real x, Int n) // integer power function { if (x == 0.0) { if (n < 0) { Njn::IoUtil::abort ("Int::integerPower : negative exponent of zero"); } else if (n == 0) { return 1.0; } else { return 0.0; } } Real y = 1.0; Int i = 0; for (i = n > 0 ? n : -n; i > 0 ; i /= 2) { if (i % 2 != 0) { y *= x; } x *= x; } if (n < 0) { y = 1.0 / y; } return y; } template Real integerPositivePower (Real x, UnsignedInteger n) // integer power function { if (x == 0.0) { if (n == 0) { return 1.0; } else { return 0.0; } } Real y = 1.0; UnsignedInteger i = 0; for (i = n; i > 0 ; i /= 2) { if (i % 2 != 0) { y *= x; } x *= x; } return y; } template Int intPower (Int x, IntTwo n) // integer power function { assert (n >= 0); if (x == 0) { return n == 0 ? 1 : 0; } Int y = 1; IntTwo i = 0; for (i = n > 0 ? n : -n; i > 0 ; i /= 2) { if (i % 2 != 0) { y *= x; } x *= x; } return y; } } } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_ioutil.cpp000066400000000000000000000100001523407312000223730ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_ioutil.cpp Author: John Spouge Contents: ******************************************************************************/ // Modified by Benjamin Buchfink #include #include #include "njn_ioutil.hpp" #include #include using std::stringstream; using std::string; using std::cerr; using std::endl; using std::istream; using std::ios_base; using namespace Njn; using namespace IoUtil; const Format FORMAT = HUMAN; Format format1 = HUMAN; const char TERMINATOR = '!'; char terminator = TERMINATOR; Format IoUtil::getFormat () { return format1; } void IoUtil::setFormat (Format format_) { format1 = format_; } Format IoUtil::clearFormat () { return format1 = FORMAT; } char IoUtil::getTerminator () { return terminator; } void IoUtil::setTerminator (char t_) { terminator = t_; } char IoUtil::clearTerminator () { return terminator = TERMINATOR; } void IoUtil::abort () { exit (1); } void IoUtil::abort (const string &s_) { cerr << s_ << endl; IoUtil::abort (); } istream &IoUtil::getLine ( istream &in_, // input filestream string &str_, // string before '!' from next line const char t_) // termination character (could be '\n') { // behaves like getline (in_, str_) but throws away the string after first character t_ && skips lines of white space assert (t_ != '\0'); if (! in_) return in_; const char *pbuf = 0; while (getline (in_, str_)) { for (pbuf = str_.c_str (); *pbuf != '\0' && isspace (*pbuf); pbuf++); // advance past white space if (*pbuf != '\0' && *pbuf != t_) break; // skip lines full of white space } if (t_ != '\n') { size_t pos = str_.find (t_, 0); if (pos < str_.size ()) str_.erase (pos, str_.size ()); } return in_; // buf is empty and eof is reached } istream &IoUtil::getLine ( istream &in_, // input filestream stringstream &sstr_, // sstr_ contains the string before '!' from next line const char t_) // termination character (could be '\n') { // behaves like getline (in_, str_) but throws away the string after first character t_ && skips lines of white space string s; IoUtil::getLine (in_, s, t_); sstr_.clear (); sstr_.str (""); sstr_ << s; sstr_.clear (); return in_; } std::istream &IoUtil::in ( std::istream &in_, double &x_) { string s; in_ >> s; for (string::iterator i = s.begin (); i != s.end (); i++) *i = /*sls added (char)*/(char) tolower (*i); if (s == "1.#inf") { x_ = HUGE_VAL; } else if (s == "nan") { x_ = HUGE_VAL; } else { stringstream str (s); str >> x_; if (str.fail ()) in_.setstate (ios_base::failbit); } return in_; } bbuchfink-diamond-6dc5717/src/lib/alp/njn_ioutil.hpp000066400000000000000000000116501523407312000224140ustar00rootroot00000000000000#ifndef INCLUDED_NJN_IOUTIL #define INCLUDED_NJN_IOUTIL /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_ioutil.hpp Author: John Spouge Contents: ******************************************************************************/ #include //#include //#include #include #include namespace Njn { namespace IoUtil { char getTerminator (); // gets the terminator character; default '!' void setTerminator (char t_); // sets the terminator character char clearTerminator (); // resets the terminator character to and returns default enum Format {HUMAN, MACHINE, FORMAT}; // format type Format getFormat (); // gets the format type void setFormat (Format format_); // sets the format type Format clearFormat (); // resets the format type to and returns default void abort (); // abort void abort (const std::string &s_); inline void abort (const char *s_); std::istream &getLine ( std::istream &in_, // input filestream std::string &str_, // string before '!' from next line const char t_ = getTerminator ()); // termination character (could be '\n'; default '!') // behaves like std::getline (in_, str_) but throws away the string after first character t_ && skips lines of white space template std::istream &getString ( std::istream &in_, // input filestream T &value_, // string before '!' from next line std::string &line_, // string before '!' from next line const char t_ = getTerminator ()); // termination character (could be '\n'; default '!') // extracts the first non-white-space string from the result of getLine (in_, str_, t_) and throws everything else away std::istream &getLine ( std::istream &in_, // input filestream std::stringstream &sstr_, // string before '!' from next line const char t_ = getTerminator ()); // termination character (could be '\n'; default '!') // behaves like std::getline (in_, str_) but throws away the string after first character t_ && skips lines of white space std::istream &in ( std::istream &in_, double &x_); } } inline std::ostream &operator << (std::ostream &ostr_, Njn::IoUtil::Format format_); inline std::istream &operator >> (std::istream &istr_, Njn::IoUtil::Format format_); // // There are no more declarations beyond this point. // namespace Njn { namespace IoUtil { void abort (const char *s_) { abort (static_cast (s_)); } template std::istream &getString ( std::istream &in_, // input filestream T &value_, // string before '!' from next line std::string &line_, // string before '!' from next line const char t_) // termination character (could be '\n') { // behaves like getline (in_, str_) but throws away the string after first character t_ && skips lines of white space std::string line; std::stringstream sstream; std::string str; getLine (in_, line_, t_); sstream << line_; sstream >> std::skipws >> str; sstream.str (str); sstream.clear (); sstream >> value_; return in_; } } } std::ostream &operator << (std::ostream &ostr_, Njn::IoUtil::Format format_) { Njn::IoUtil::setFormat (format_); return ostr_; } std::istream &operator >> (std::istream &istr_, Njn::IoUtil::Format format_) { Njn::IoUtil::setFormat (format_); return istr_; } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_localmaxstat.cpp000066400000000000000000000161561523407312000236040ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_localmaxstat.cpp Author: John Spouge Contents: ******************************************************************************/ #include "sls_basic.hpp" #include "njn_localmaxstat.hpp" #include "njn_memutil.hpp" #include "njn_dynprogproblim.hpp" #include "njn_function.hpp" #include "njn_integer.hpp" #include "njn_localmaxstatutil.hpp" #include "util/math/math.h" using namespace Njn; double LocalMaxStat::s_time = 0.0; void LocalMaxStat::init (size_t dimension_) { if (dimension_ > 0) { d_score_p = new long int [dimension_]; d_prob_p = new double [dimension_]; } d_dimension = dimension_; } void LocalMaxStat::free2 () { if (getDimension () > 0) { delete [] d_score_p; d_score_p = 0; delete [] d_prob_p; d_prob_p = 0; } d_dimension = 0; } void LocalMaxStat::clear () { free2 (); init (0); d_lambda = 0.0; d_k = 0.0; d_c = 0.0; d_thetaMin = 0.0; d_rMin = 0.0; d_delta = 0; d_thetaMinusDelta = 0.0; d_mu = 0.0; d_sigma = 0.0; d_muAssoc = 0.0; d_sigmaAssoc = 0.0; d_meanWDLE = 0.0; d_terminated = false; } void LocalMaxStat::copy ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores const double *prob_, // probabilities double lambda_, // lambda for associated random walk double k_, // k for random walk : exponential prefactor double c_, // c for random walk : exponential prefactor (global alignment) double thetaMin_, // theta for minimum expectation (exp (theta * score)) double rMin_, // minimum expectation (exp (theta * score)) long int delta_, // span double thetaMinusDelta_, // renewal span parameter double mu_, // n_step mean for random walk double sigma_, // n_step standard deviation for random walk double muAssoc_, // n_step mean for associated random walk (relative entropy) double sigmaAssoc_, // n_step standard deviation for associated random walk double meanLength_, // expected renewal length bool terminated_) // ? Was the dynamic programming computation terminated prematurely ? { free2 (); init (dimension_); memcpy (d_score_p, score_, sizeof (long int) * getDimension ()); memcpy (d_prob_p, prob_, sizeof (double) * getDimension ()); d_lambda = lambda_; d_k = k_; d_c = c_; d_thetaMin = thetaMin_; d_rMin = rMin_; d_delta = delta_; d_thetaMinusDelta = thetaMinusDelta_; d_mu = mu_; d_sigma = sigma_; d_muAssoc = muAssoc_; d_sigmaAssoc = sigmaAssoc_; d_meanWDLE = meanLength_; d_terminated = terminated_; } void LocalMaxStat::copy ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_) // corresponding probabilities { if (dimension_ == 0) { clear (); return; } if (! LocalMaxStatUtil::isLogarithmic (dimension_, score_, prob_)) { //IoUtil::abort ("LocalMaxStat::copy : ! isLogarithmic"); throw Sls::error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); } size_t i = 0; /*sls deleted size_t j = 0;*/ /*sls deleted long int iter = 0;*/ /*sls deleted long int value = 0;*/ free2 (); init (dimension_); memcpy (d_score_p, score_, sizeof (long int) * getDimension ()); memcpy (d_prob_p, prob_, sizeof (double) * getDimension ()); d_mu = LocalMaxStatUtil::mu (getDimension (), getScore (), getProb ()); d_sigma = 0.0; for (i = 0; i < dimension_; i++) { d_sigma += static_cast (score_ [i]) * static_cast (score_ [i]) * prob_ [i]; } d_sigma -= getMu () * getMu (); d_sigma = Function::psqrt (getSigma ()); // calculate lambda d_lambda = LocalMaxStatUtil::lambda (getDimension (), getScore (), getProb ()); d_muAssoc = LocalMaxStatUtil::muAssoc (getDimension (), getScore (), getProb (), getLambda ()); d_sigmaAssoc = 0.0; for (i = 0; i < getDimension (); i++) { d_sigmaAssoc += static_cast (getScore () [i]) * static_cast (getScore () [i]) * getProb () [i] * Math::exp(getLambda () * static_cast (getScore () [i])); } d_sigmaAssoc -= getMuAssoc () * getMuAssoc (); d_sigmaAssoc = Function::psqrt (d_sigmaAssoc); d_thetaMin = LocalMaxStatUtil::thetaMin (getDimension (), getScore (), getProb (), getLambda ()); d_rMin = LocalMaxStatUtil::rMin (getDimension (), getScore (), getProb (), getLambda (), getThetaMin ()); d_delta = LocalMaxStatUtil::delta (getDimension (), getScore ()); d_thetaMinusDelta = LocalMaxStatUtil::thetaMinusDelta (getLambda (), getDimension (), getScore ()); dynProgCalc (); } double LocalMaxStat::getR (double theta_) const { return LocalMaxStatUtil::r (d_dimension, d_score_p, d_prob_p, theta_); } void LocalMaxStat::dynProgCalc () // k for random walk : exponential prefactor // expected renewal length for weak ladder epochs { double eSumAlpha_ = 0.0; double eOneMinusExpSumAlpha_ = 0.0; LocalMaxStatUtil::descendingLadderEpoch (getDimension (), getScore (), getProb (), &eSumAlpha_, &eOneMinusExpSumAlpha_, false, getLambda (), getMu (), getMuAssoc (), getThetaMin (), getRMin (), getTime (), &d_terminated); if (getTerminated ()) return; // fluctuation sum quantities double ratio = eOneMinusExpSumAlpha_ / eSumAlpha_; d_k = getMu () * getMu () / getThetaMinusDelta () / getMuAssoc () * ratio * ratio; d_meanWDLE = eSumAlpha_ / getMu (); d_c = getK () * getMeanWDLE () / eOneMinusExpSumAlpha_; } bbuchfink-diamond-6dc5717/src/lib/alp/njn_localmaxstat.hpp000066400000000000000000000222111523407312000235760ustar00rootroot00000000000000#ifndef INCLUDED_NJN_LOCALMAXSTAT #define INCLUDED_NJN_LOCALMAXSTAT /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_localmaxstat.hpp Author: John Spouge Contents: Random walk parameters ******************************************************************************/ #include #include #include #include namespace Njn { class LocalMaxStat { // calculates the statistical parameters for the local maximum in a random walk // // The scores are uniqued and // with the correspondence to probabilities maintained, placed in ascending order. public: // The following subroutines control the time for the dynamic programming computation. // The default time_ = 0.0 permits the computation to run forever. static void setTime (double time_ = 0.0) {assert (time_ >= 0.0); s_time = time_;} // set time for the dynamic programming computation static double getTime () {return s_time;} // get time for the dynamic programming computation // For an object o, // if the computation is terminated before it finishes, // o.getTerminated () == true. inline LocalMaxStat ( size_t dimension_ = 0, // #(distinct values) const long int *score_ = 0, // scores in increasing order const double *prob_ = 0) // probability of corresponding value : d_dimension (0), d_score_p (0), d_prob_p (0), d_lambda (0.0), d_k (0.0), d_c (0.0), d_thetaMin (0.0), d_rMin (0.0), d_delta (0), d_thetaMinusDelta (0.0), d_mu (0.0), d_sigma (0.0), d_muAssoc (0.0), d_sigmaAssoc (0.0), d_meanWDLE (0.0), d_terminated (false) { copy (dimension_, score_, prob_); } inline LocalMaxStat (const LocalMaxStat &localMaxStat_) // random walk parameters : d_dimension (0), d_score_p (0), d_prob_p (0), d_lambda (0.0), d_k (0.0), d_c (0.0), d_thetaMin (0.0), d_rMin (0.0), d_delta (0), d_thetaMinusDelta (0.0), d_mu (0.0), d_sigma (0.0), d_muAssoc (0.0), d_sigmaAssoc (0.0), d_meanWDLE (0.0), d_terminated (false) { copy (localMaxStat_); } inline ~LocalMaxStat () {free2 ();} inline operator bool () // ? is the object ready for computation ? const { return d_dimension != 0; } inline LocalMaxStat &operator= (const LocalMaxStat &localMaxStat_) // random walk parameters { if (this != &localMaxStat_) copy (localMaxStat_); return *this; } void copy ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_); // probabilities inline void copy (const LocalMaxStat &localMaxStat_) { copy (localMaxStat_.getDimension (), localMaxStat_.getScore (), localMaxStat_.getProb (), localMaxStat_.getLambda (), localMaxStat_.getK (), localMaxStat_.getC (), localMaxStat_.getThetaMin (), localMaxStat_.getRMin (), localMaxStat_.getDelta (), localMaxStat_.getThetaMinusDelta (), localMaxStat_.getMu (), localMaxStat_.getSigma (), localMaxStat_.getMuAssoc (), localMaxStat_.getSigmaAssoc (), localMaxStat_.getMeanWDLE (), localMaxStat_.getTerminated ()); } void copy ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_, // probabilities double lambda_, // lambda for associated random walk double k_, // k for random walk : exponential prefactor double c_, // c for random walk : exponential prefactor (global alignment) double thetaMin_, // theta for minimum expectation (exp (theta * score)) double rMin_, // minimum expectation (exp (theta * score)) long int delta_, // span double thetaMinusDelta_, // renewal span parameter double mu_, // step mean for random walk double sigma_, // step standard deviation for random walk double muAssoc_, // step mean for associated random walk (relative entropy) double sigmaAssoc_, // step standard deviation for associated random walk double meanDLE_, // expected renewal length bool terminated_ = false); // ? Was the dynamic programming computation terminated prematurely ? inline std::ostream &out (std::ostream &ostr_) const {return ostr_;} // output double getR (double theta_) const; // r (theta_) : dominant eigenvalue for theta_ double getA () const {return getMuAssoc () == 0 ? HUGE_VAL : 1.0 / getMuAssoc ();} // expected [length / y] for achieving y double getAlpha () const {return getSigmaAssoc () * getSigmaAssoc () * getA () * getA () * getA ();} // var [length] / y for achieving y inline size_t getDimension () const {return d_dimension;} // #(distinct values) of scores & probabilities (which are paired) inline const long int *getScore () const {return d_score_p;} // scores in increasing order inline const double *getProb () const {return d_prob_p;} // probabilities inline double getLambda () const {return d_lambda;} // lambda for associated random walk inline double getK () const {return d_k;} // k for random walk : exponential prefactor inline double getC () const {return d_c;} // c for random walk : exponential prefactor (global alignment) inline double getThetaMin () const {return d_thetaMin;} // theta for minimum expectation (exp (theta * score)) inline double getRMin () const {return d_rMin;} // minimum expectation (exp (theta * score)) inline long int getDelta () const {return d_delta;} // span inline double getThetaMinusDelta () const {return d_thetaMinusDelta;} // renewal span parameter inline double getMu () const {return d_mu;} // step mean for random walk inline double getSigma () const {return d_sigma;} // step standard deviation for random walk inline double getMuAssoc () const {return d_muAssoc;} // step mean for associated random walk (relative entropy) inline double getSigmaAssoc () const {return d_sigmaAssoc;} // step standard deviation for associated random walk inline double getMeanWDLE () const {return d_meanWDLE;} // expected renewal length for weak ladder epochs inline bool getTerminated () const {return d_terminated;} // ? Was the dynamic programming computation terminated prematurely ? private: // random walk distribution size_t d_dimension; // #(distinct values) of scores & probabilities (which are paired) long int *d_score_p; // scores in increasing order double *d_prob_p; // probabilities // Karlin-Altschul parameters double d_lambda; // lambda for associated random walk double d_k; // k for random walk : exponential prefactor double d_c; // c for random walk : exponential prefactor (global alignment) double d_thetaMin; // theta for minimum expectation (exp (theta * score)) double d_rMin; // minimum expectation (exp (theta * score)) long int d_delta; // span double d_thetaMinusDelta; // renewal span parameter double d_mu; // step mean for random walk double d_sigma; // step standard deviation for random walk double d_muAssoc; // step mean for associated random walk (relative entropy) double d_sigmaAssoc; // step standard deviation for associated random walk double d_meanWDLE; // expected renewal length for weak ladder epochs bool d_terminated; // ? Was the dynamic programming computation terminated prematurely ? void init (size_t dimension_); void free2 (); void clear (); void dynProgCalc (); // k for random walk : exponential prefactor // expected renewal length for weak ladder epochs static double s_time; }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_localmaxstatmatrix.cpp000066400000000000000000000121061523407312000250200ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_localmaxstatmatrix.cpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_localmaxstatmatrix.hpp" #include "njn_localmaxstatutil.hpp" #include "njn_memutil.hpp" using namespace Njn; void LocalMaxStatMatrix::init (size_t dimMatrix_, size_t dimMatrix2_) { if (dimMatrix2_ == 0) dimMatrix2_ = dimMatrix_; if (dimMatrix_ > 0 && dimMatrix2_ > 0) { d_scoreMatrix_p = MemUtil::newMatrix (dimMatrix_, dimMatrix2_); d_p_p = new double [dimMatrix_]; d_p2_p = new double [dimMatrix2_]; } d_dimMatrix = dimMatrix_; d_dimMatrix2 = dimMatrix2_; } void LocalMaxStatMatrix::free2 () { if (getDimMatrix () > 0 && getDimMatrix2 () > 0) { MemUtil::deleteMatrix (d_scoreMatrix_p, getDimMatrix (), getDimMatrix2 ()); d_scoreMatrix_p = 0; delete [] d_p_p; d_p_p = 0; delete [] d_p2_p; d_p2_p = 0; } d_dimMatrix = 0; d_dimMatrix2 = 0; } void LocalMaxStatMatrix::copy ( size_t dimMatrix_, // #(distinct values) of scores & probabilities (which are paired) const long int *const *scoreMatrix_, // score matrix [0...dimMatrix_)[0...dimMatrix_) const double *p_, // probability of "letters" p_ [0...dimMatrix_) const double *p2_, // probability of "letters" p2_ [0...dimMatrix_), the second (j) set of letter-probabilities size_t dimMatrix2_) // #(distinct letters) in the second alphabet { if (! p2_) p2_ = p_; if (dimMatrix2_ == 0) dimMatrix2_ = dimMatrix_; free2 (); init (dimMatrix_, dimMatrix2_); if (getDimMatrix () == 0) { LocalMaxStat::copy (0, 0, 0, 0.0, 0.0, 0.0, 0.0, 0.0, 0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0); return; } size_t i = 0; size_t j = 0; d_dimMatrix = dimMatrix_; d_dimMatrix2 = dimMatrix2_; for (i = 0; i < getDimMatrix (); i++) { memcpy (d_scoreMatrix_p [i], scoreMatrix_ [i], sizeof (long int) * getDimMatrix2 ()); } memcpy (d_p_p, p_, sizeof (double) * getDimMatrix ()); memcpy (d_p2_p, p2_, sizeof (double) * getDimMatrix2 ()); size_t dim = 0; long int *score = 0; double *p = 0; double **probMatrix = MemUtil::newMatrix (getDimMatrix (), getDimMatrix2 ()); for (i = 0; i != getDimMatrix (); i++) { for (j = 0; j != getDimMatrix2 (); j++) { probMatrix [i][j] = p_ [i] * p2_ [j]; } } LocalMaxStatUtil::flatten (getDimMatrix (), getScoreMatrix (), probMatrix, &dim, &score, &p, getDimMatrix2 ()); LocalMaxStat::copy (dim, score, p); delete [] p; p = 0; delete [] score; score = 0; MemUtil::deleteMatrix (probMatrix, getDimMatrix (), getDimMatrix2 ()); } void LocalMaxStatMatrix::copy ( LocalMaxStat localMaxStat_, // base object size_t dimMatrix_, // #(distinct values) of scores & probabilities (which are paired) const long int *const *scoreMatrix_, // score matrix [0...dimMatrix_)[0...dimMatrix_) const double *p_, // probability of "letters" p_ [0...dimMatrix_) const double *p2_, // probability of "letters" p2_ [0...dimMatrix_), the second (j) set of letter-probabilities size_t dimMatrix2_) // #(distinct letters) in the second alphabet { if (! p2_) p2_ = p_; if (dimMatrix2_ == 0) dimMatrix2_ = dimMatrix_; free2 (); init (dimMatrix_); size_t i = 0; /*sls deleted size_t j = 0;*/ d_dimMatrix = dimMatrix_; d_dimMatrix2 = dimMatrix2_; for (i = 0; i < getDimMatrix (); i++) { memcpy (d_scoreMatrix_p [i], scoreMatrix_ [i], sizeof (long int) * getDimMatrix2 ()); } memcpy (d_p_p, p_, sizeof (double) * getDimMatrix ()); memcpy (d_p2_p, p2_, sizeof (double) * getDimMatrix2 ()); LocalMaxStat::copy (localMaxStat_); } bbuchfink-diamond-6dc5717/src/lib/alp/njn_localmaxstatmatrix.hpp000066400000000000000000000162721523407312000250350ustar00rootroot00000000000000#ifndef INCLUDED_NJN_LOCALMAXSTATMATRIX #define INCLUDED_NJN_LOCALMAXSTATMATRIX /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_localmaxstatmatrix.hpp Author: John Spouge Contents: Random walk parameters ******************************************************************************/ #include "njn_localmaxstat.hpp" namespace Njn { class LocalMaxStatMatrix : public LocalMaxStat { // calculates the statistical parameters for the local maximum in a random walk // // The scores are uniqued and // with the correspondence to probabilities maintained, placed in ascending order. // // The default p2_ = 0 is equivalent to the symmetric probabilities p2_ = p_ (on the same alphabet). // // The default dimMatrix2_ = 0 is equivalent to the same alphabet dimMatrix2_ = dimMatrix_. public: inline LocalMaxStatMatrix ( size_t dimMatrix_ = 0, // #(distinct values) const long int *const *scoreMatrix_ = 0, // score matrix [0...dimMatrix_)[0...dimMatrix2_) const double *p_ = 0, // probability of "letters" p_ [0...dimMatrix_) const double *p2_ = 0, // probability of "letters" p2_ [0...dimMatrix2_), the second (j) set of letter-probabilities size_t dimMatrix2_ = 0, // #(distinct values) in the second alphabet double time_=0) : LocalMaxStat (), d_dimMatrix (0), d_scoreMatrix_p (0), d_p_p (0), d_p2_p (0), d_dimMatrix2 (0) { setTime(time_); copy (dimMatrix_, scoreMatrix_, p_, p2_, dimMatrix2_); } inline ~LocalMaxStatMatrix () {free2 ();} inline LocalMaxStatMatrix &operator= (const LocalMaxStatMatrix &localMaxStat_) // random walk parameters { if (this != &localMaxStat_) copy (localMaxStat_); return *this; } void copy ( size_t dimMatrix_, // #(distinct values) of scores & probabilities (which are paired) const long int *const *scoreMatrix_, // score matrix [0...dimMatrix_)[0...dimMatrix_) const double *p_, // probability of "letters" p_ [0...dimMatrix_) const double *p2_ = 0, // probability of "letters" p2_ [0...dimMatrix2_), the second (j) set of letter-probabilities size_t dimMatrix2_ = 0); // #(distinct letters) in the second alphabet void copy ( LocalMaxStat localMaxStat_, // base object size_t dimMatrix_, // #(distinct values) of scores & probabilities (which are paired) const long int *const *scoreMatrix_, // score matrix [0...dimMatrix_)[0...dimMatrix_) const double *p_, // probability of "letters" p_ [0...dimMatrix_) const double *p2_ = 0, // probability of "letters" p2_ [0...dimMatrix2_), the second (j) set of letter-probabilities size_t dimMatrix2_ = 0); // #(distinct letters) in the second alphabet inline void copy (const LocalMaxStatMatrix &localMaxStatMatrix_) { copy (localMaxStatMatrix_, localMaxStatMatrix_.getDimMatrix (), localMaxStatMatrix_.getScoreMatrix (), localMaxStatMatrix_.getP (), localMaxStatMatrix_.getP2 (), localMaxStatMatrix_.getDimMatrix2 ()); } using LocalMaxStat::operator bool; // ? is the object ready for computation ? using LocalMaxStat::out; // output using LocalMaxStat::getR; // r (theta_) : dominant eigenvalue for theta_ using LocalMaxStat::getA; // lim expected [length] / y for achieving y using LocalMaxStat::getAlpha; // lim var [length] / y for achieving y using LocalMaxStat::getDimension; // #(distinct values) of scores & probabilities (which are paired) using LocalMaxStat::getScore; // scores in increasing order using LocalMaxStat::getProb; // probabilities using LocalMaxStat::getLambda; // lambda for associated random walk using LocalMaxStat::getK; // k for random walk : exponential prefactor using LocalMaxStat::getC; // c for random walk : exponential prefactor (global alignment) using LocalMaxStat::getThetaMin; // theta for minimum expectation (exp (theta * score)) using LocalMaxStat::getRMin; // minimum expectation (exp (theta * score)) using LocalMaxStat::getDelta; // span using LocalMaxStat::getThetaMinusDelta; // renewal span parameter using LocalMaxStat::getMu; // step mean for random walk using LocalMaxStat::getSigma; // step standard deviation for random walk using LocalMaxStat::getMuAssoc; // step mean for associated random walk (relative entropy) using LocalMaxStat::getSigmaAssoc; // step standard deviation for associated random walk using LocalMaxStat::getMeanWDLE; // expected renewal length for weak ladder epochs inline size_t getDimMatrix () const {return d_dimMatrix;} // #(distinct values) of scores & probabilities (which are paired) inline const long int *const *getScoreMatrix () const {return d_scoreMatrix_p;} // score matrix [0...dimMatrix_)[0...dimMatrix_) inline const double *getP () const {return d_p_p;} // probability of "letters" d_p_p [0...dimMatrix_) inline const double *getP2 () const {return d_p2_p;} // probability of "letters" p2_ [0...dimMatrix_), the second (j) set of letter-probabilities inline size_t getDimMatrix2 () const {return d_dimMatrix2;} // #(distinct letters) in the second alphabet private: size_t d_dimMatrix; // #(distinct values) of scores & probabilities (which are paired) long int **d_scoreMatrix_p; // score matrix [0...dimMatrix_)[0...dimMatrix_) double *d_p_p; // probability of "letters" d_p_p [0...dimMatrix_) double *d_p2_p; // probability of "letters" p2_ [0...dimMatrix_), the second (j) set of letter-probabilities size_t d_dimMatrix2; // #(distinct letters) in the second alphabet void init (size_t dimMatrix_, size_t dimMatrix2_ = 0); void free2 (); }; } #endif //!INCLUDED_NJS_LOCALMAXSTAT bbuchfink-diamond-6dc5717/src/lib/alp/njn_localmaxstatutil.cpp000066400000000000000000000434331523407312000245000ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_localmaxstatutil.cpp Author: John Spouge Contents: ******************************************************************************/ #include #include "njn_localmaxstatutil.hpp" #include "njn_approx.hpp" #include "njn_dynprogproblim.hpp" #include "njn_integer.hpp" #include "njn_memutil.hpp" #include "njn_root.hpp" #include "sls_basic.hpp" #include "util/math/math.h" using namespace Njn; void LocalMaxStatUtil::flatten ( // allocates memory for linear probabilities and scores size_t dimension_, // dimension of equilProb_ const long int *const *scoreMatrix_, // packed scoring matrix [0...dimension_)[0...dimension2_) const double *const *prob_, // prob_ [0...dimension_)[0...dimension2_) : distribution of scores sum to 1.0 size_t *dim_, // dimension of p_ long int **score_, // score [0...dim_) in increasing order double **p_, // linear p_ [0...dim_) : distribution of scores size_t dimension2_) // dimension2 of equilProb_ { if (dimension2_ == 0) dimension2_ = dimension_; size_t i = 0; size_t j = 0; double sum = 0.0; for (i = 0; i < dimension_; i++) { for (j = 0; j < dimension2_; j++) { sum += prob_ [i][j]; } } const double FUDGE = 20.0; assert (Approx::relApprox (sum, 1.0, FUDGE * REL_TOL)); long int s = 0; long int min = LONG_MAX; long int max = LONG_MIN; for (i = 0; i < dimension_; i++) { for (j = 0; j < dimension2_; j++) { if (scoreMatrix_ [i][j] < min) min = scoreMatrix_ [i][j]; if (max < scoreMatrix_ [i][j]) max = scoreMatrix_ [i][j]; } } assert (min <= max); size_t dim = static_cast (max - min + 1); double *p = new double [dim]; for (i = 0; i < dim; i++) p [i] = 0.0; for (i = 0; i < dimension_; i++) { for (j = 0; j < dimension2_; j++) { p [scoreMatrix_ [i][j] - min] += prob_ [i][j]; } } *dim_ = 0; for (s = min; s <= max; s++) { if (0.0 < p [s - min]) ++*dim_; } *p_ = new double [*dim_]; *score_ = new long int [*dim_]; *dim_ = 0; for (s = min; s <= max; s++) { if (0.0 < p [s - min]) { (*score_) [*dim_] = s; (*p_) [*dim_] = p [s - min]; ++*dim_; } } delete [] p; p = 0; } double LocalMaxStatUtil::lambda ( size_t dimension_, // dimension of equilProb_ const long int *const *scoreMatrix_, // packed scoring matrix [0...dimension_)[0...dimension_) const double *q_) // q_ [0...dimension_) : distribution of independent letters { size_t i = 0; size_t j = 0; double **prob = MemUtil::newMatrix (dimension_, dimension_); for (i = 0; i < dimension_; i++) { for (j = 0; j < dimension_; j++) { prob [i][j] = q_ [i] * q_ [j]; } } size_t dim = 0; long int *score = 0; double *p = 0; flatten (dimension_, scoreMatrix_, prob, &dim, &score, &p); for (i = 0; i < dimension_; i++) { delete prob [i]; } double lambdaHat = LocalMaxStatUtil::lambda (dim, score, p); delete p; p = 0; delete score; score = 0; return lambdaHat; } size_t n_dimension = 0; // dimension of matrices const long int *n_score = 0; // score_ [0...dimension_ - 1] const double *n_prob = 0; // prob_ [0...dimension_ - 1] long int n_morgue = 0; // score_ [0] - 1 long int n_entry = 0; // n_entry = 0 : weak descending ladder epoch ; n_entry = -1 : strict descending ladder epoch void n_setParameters ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores const double *prob_, // probabilities long int entry_ = 0) // entry_ = 0 : weak descending ladder epoch ; entry_ = -1 : strict descending ladder epoch { n_dimension = dimension_; n_score = score_; n_prob = prob_; n_morgue = score_ [0] - 1; n_entry = entry_; } double n_totalProbAssoc (double x_) { double sum = 0.0; for (size_t i = 0; i < n_dimension; i++) { sum += n_prob [i] * Math::exp(x_ * static_cast (n_score [i])); } return sum; } double n_meanPowerAssoc (double x_, long int power_ = 1L) { double sum = 0.0; for (size_t i = 0; i < n_dimension; i++) { sum += Integer::integerPower (static_cast (n_score [i]), power_) * n_prob [i] * Math::exp(x_ * static_cast (n_score [i])); } return sum; } double n_meanAssoc (double x_) { return n_meanPowerAssoc (x_); } void n_bracket (double *p_, double *q_) { const double FACTOR = 0.5; *p_ = -Math::log (n_prob [n_dimension - 1]) / static_cast (n_score [n_dimension - 1]); while (1.0 <= n_totalProbAssoc (*p_)) { *p_ *= FACTOR; } *q_ = *p_ / FACTOR; } double LocalMaxStatUtil::mu ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_) // corresponding probabilities { double mu = 0.0; for (size_t i = 0; i < dimension_; i++) { mu += static_cast (score_ [i]) * prob_ [i]; } return mu; } double LocalMaxStatUtil::lambda ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_) // probability of corresponding value { n_setParameters (dimension_, score_, prob_); double p = 0.0; double q = 0.0; n_bracket (&p, &q); return Root::bisection (1.0, n_totalProbAssoc, p, q, REL_TOL * fabs (p - q)); } double LocalMaxStatUtil::muPowerAssoc ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_, // corresponding probabilities double lambda_, // lambda long int power_) // power { n_setParameters (dimension_, score_, prob_); if (lambda_ == 0.0) lambda_ = lambda (dimension_, score_, prob_); return n_meanPowerAssoc (lambda_, power_); } double LocalMaxStatUtil::muAssoc ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_, // corresponding probabilities double lambda_) // lambda { return muPowerAssoc (dimension_, score_, prob_, lambda_); } double LocalMaxStatUtil::thetaMin ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_, // probability of corresponding value double lambda_) // lambda // assumes logarithmic regime { n_setParameters (dimension_, score_, prob_); if (lambda_ == 0.0) lambda_ = lambda (dimension_, score_, prob_); double p = 0.0; double q = 0.0; n_bracket (&p, &q); return Root::bisection (0.0, n_meanAssoc, 0.0, lambda_, REL_TOL * fabs (p - q)); } double LocalMaxStatUtil::rMin ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_, // probability of corresponding value double lambda_, // lambda double thetaMin_) // argument of rate // assumes logarithmic regime { n_setParameters (dimension_, score_, prob_); if (thetaMin_ == 0.0) thetaMin_ = thetaMin (dimension_, score_, prob_, lambda_); return n_totalProbAssoc (thetaMin_); } double LocalMaxStatUtil::r ( // r (theta) size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_, // probability of corresponding value double theta_) // argument of rate // assumes logarithmic regime { double sum = 0.0; for (size_t i = 0; i < dimension_; i++) { sum += prob_ [i] * Math::exp(theta_ * static_cast (score_ [i])); } return sum; } long int LocalMaxStatUtil::delta ( // theta [minus delta] for ungapped sequence comparison size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_) // scores { size_t i = 0; long int delta = 0; for (i = 0; i < dimension_; i++) { delta = Integer::euclidAlgorithm (delta, score_ [i]); } return delta; } double LocalMaxStatUtil::thetaMinusDelta ( // theta [minus delta] for ungapped sequence comparison double lambda_, // lambda, the exponential rate for the local maximum size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_) // scores { double del = static_cast (delta (dimension_, score_)); return (1.0 - Math::exp(-lambda_ * del)) / del; } long int n_step (long int oldValue_, size_t state_) { assert (state_ < n_dimension); return n_morgue < oldValue_ ? oldValue_ + n_score [state_] : oldValue_; } long int n_bury (long int oldValue_, size_t state_) { assert (state_ < n_dimension); return n_entry < oldValue_ ? oldValue_ : n_morgue; } void LocalMaxStatUtil::descendingLadderEpochRepeat ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_, // probability of corresponding value double *eSumAlpha_, // expectation (sum [alpha]) double *eOneMinusExpSumAlpha_, // expectation [1.0 - exp (sum [alpha])] bool isStrict_, // ? is this a strict descending ladder epoch double lambda_, // lambda for repeats : default is lambda0_ below size_t endW_, // maximum w plus 1 double *pAlphaW_, // probability {alpha = w} : pAlphaW_ [0, wEnd) double *eOneMinusExpSumAlphaW_, // expectation [1.0 - exp (sum [alpha]); alpha = w] : eOneMinusExpSumAlphaW_ [0, wEnd) double lambda0_, // lambda for flattened distribution (avoid recomputation) double mu0_, // mean of flattened distribution (avoid recomputation) double muAssoc0_, // mean of associated flattened distribution (avoid recomputation) double thetaMin0_, // thetaMin of flattened distribution (avoid recomputation) double rMin0_, // rMin of flattened distribution (avoid recomputation) double time_, // get time for the dynamic programming computation bool *terminated_) // ? Was the dynamic programming computation terminated prematurely ? // assumes logarithmic regime { // Start dynamic programming probability calculation using notation in // // Mott R. and Tribe R. (1999) // J. Computational Biology 6(1):91-112 // // Karlin S. and Taylor H.M.(1981) // A Second Course in Stochastic Processes, p. 480 // // Note there is an error in Eq (6.19) there, which is corrected in Eq (6.20) // // This program uses departure into (-Inf, 0] not (-Inf, 0) // avoid recomputation double mu0 = 0.0 == mu0_ ? mu (dimension_, score_, prob_) : mu0_; assert (mu0 < 0.0); double lambda0 = 0.0 == lambda0_ ? lambda (dimension_, score_, prob_) : lambda0_; assert (0.0 < lambda0); if (lambda_ == 0.0) lambda_ = lambda0; assert (0.0 < lambda_); double muAssoc0 = 0.0 == muAssoc0_ ? muAssoc (dimension_, score_, prob_, lambda0) : muAssoc0_; assert (0.0 < muAssoc0); double thetaMin0 = 0.0 == thetaMin0_ ? thetaMin (dimension_, score_, prob_, lambda0) : thetaMin0_; assert (0.0 < thetaMin0); double rMin0 = 0.0 == rMin0_ ? rMin (dimension_, score_, prob_, lambda0, thetaMin0) : rMin0_; assert (0.0 < rMin0 && rMin0 < 1.0); const long int ITER_MIN = static_cast ((Math::log(REL_TOL * (1.0 - rMin0)) / Math::log(rMin0))); assert (0 < ITER_MIN); const long int ITER = static_cast (endW_) < ITER_MIN ? ITER_MIN : static_cast (endW_); assert (0 < ITER); const long int Y_MAX = static_cast (-Math::log(REL_TOL) / lambda0); long int entry = isStrict_ ? -1 : 0; n_setParameters (dimension_, score_, prob_, entry); double time0 = 0.0; double time1 = 0.0; if (time_ > 0.0) Sls::sls_basic::get_current_time (time0); DynProgProbLim dynProgProb (n_step, dimension_, prob_, score_ [0] - 1, Y_MAX); if (pAlphaW_) pAlphaW_ [0] = 0.0; if (eOneMinusExpSumAlphaW_) eOneMinusExpSumAlphaW_ [0] = 0.0; dynProgProb.update (); // iterate random walk long int value = 0; if (eSumAlpha_) *eSumAlpha_ = 0.0; if (eOneMinusExpSumAlpha_) *eOneMinusExpSumAlpha_ = 0.0; for (size_t w = 1; w < static_cast (ITER); w++) { if (w < endW_) { // sum pAlphaW_ [w] and eOneMinusExpSumAlphaW_ [w] if (pAlphaW_) pAlphaW_ [w] = 0.0; if (eOneMinusExpSumAlphaW_) eOneMinusExpSumAlphaW_ [w] = 0.0; for (value = score_ [0]; value <= entry; value++) { if (pAlphaW_) pAlphaW_ [w] += dynProgProb.getProb (value); if (eOneMinusExpSumAlphaW_) eOneMinusExpSumAlphaW_ [w] += dynProgProb.getProb (value) * (1.0 - Math::exp(lambda_ * static_cast (value))); } } for (value = score_ [0]; value <= entry; value++) { if (eSumAlpha_) *eSumAlpha_ += dynProgProb.getProb (value) * static_cast (value); if (eOneMinusExpSumAlpha_) *eOneMinusExpSumAlpha_ += dynProgProb.getProb (value) * (1.0 - Math::exp(lambda_ * static_cast (value))); } dynProgProb.setValueFct (n_bury); dynProgProb.update (); // put probability into the morgue dynProgProb.setValueFct (n_step); dynProgProb.update (); // iterate random walk if (time_ > 0.0) { Sls::sls_basic::get_current_time (time1); if (time1 - time0 > time_) { *terminated_ = true; return; } } } for (value = score_ [0]; value <= entry; value++) { if (eSumAlpha_) *eSumAlpha_ += dynProgProb.getProb (value) * static_cast (value); if (eOneMinusExpSumAlpha_) *eOneMinusExpSumAlpha_ += dynProgProb.getProb (value) * (1.0 - Math::exp(lambda_ * static_cast (value))); } // check that not too much probability has been omitted double prob = 0.0; for (value = entry + 1; value < dynProgProb.getValueUpper (); value++) { prob += dynProgProb.getProb (value); } prob += dynProgProb.getProbLost (); const double FUDGE = 100.0; assert (prob <= FUDGE * static_cast (dimension_) * REL_TOL); } void LocalMaxStatUtil::descendingLadderEpoch ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_, // probability of corresponding value double *eSumAlpha_, // expectation (sum [alpha]) double *eOneMinusExpSumAlpha_, // expectation [1.0 - exp (sum [alpha])] bool isStrict_, // ? is this a strict descending ladder epoch double lambda0_, // lambda for flattened distribution (avoid recomputation) double mu0_, // mean of flattened distribution (avoid recomputation) double muAssoc0_, // mean of associated flattened distribution (avoid recomputation) double thetaMin0_, // thetaMin of flattened distribution (avoid recomputation) double rMin0_, // rMin of flattened distribution (avoid recomputation) double time_, // get time for the dynamic programming computation bool *terminated_) // ? Was the dynamic programming computation terminated prematurely ? { descendingLadderEpochRepeat (dimension_, score_, prob_, eSumAlpha_, eOneMinusExpSumAlpha_, isStrict_, 0.0, 0, 0, 0, lambda0_, mu0_, muAssoc0_, thetaMin0_, rMin0_, time_, terminated_); } bool LocalMaxStatUtil::isProbDist ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const double *prob_) // corresponding probabilities { double sum = 0.0; for (size_t i = 0; i < dimension_; i++) { if (prob_ [i] < 0.0 || 1.0 < prob_ [i]) return false; sum += prob_ [i]; } return Approx::relApprox (sum, 1.0, REL_TOL); } bool LocalMaxStatUtil::isScoreIncreasing ( size_t dimension_, // #(distinct values) const long int *score_) // scores in increasing order { for (size_t i = 1; i < dimension_; i++) { if (score_ [i] <= score_ [i - 1]) return false; } return true; } bool LocalMaxStatUtil::isLogarithmic ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_) // corresponding probabilities { assert (score_); assert (prob_); if (! isScoreIncreasing (dimension_, score_)) return false; if (! isProbDist (dimension_, prob_)) return false; if (0.0 <= mu (dimension_, score_, prob_)) return false; if (score_ [dimension_ - 1] <= 0.0) return false; return true; } bbuchfink-diamond-6dc5717/src/lib/alp/njn_localmaxstatutil.hpp000066400000000000000000000202411523407312000244750ustar00rootroot00000000000000#ifndef INCLUDED_NJN_LOCALMAXSTATUTIL #define INCLUDED_NJN_LOCALMAXSTATUTIL /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_localmaxstatutil.hpp Author: John Spouge Contents: Random walk parameters ******************************************************************************/ #include "njn_matrix.hpp" namespace Njn { namespace LocalMaxStatUtil { const double REL_TOL = 1.0e-6; void flatten ( // allocates memory for linear probabilities and scores size_t dimension_, // dimension of equilProb_ const long int *const *scoreMatrix_, // packed scoring matrix [0...dimension_)[0...dimension_) const double *const *prob_, // prob_ [0...dimension_)[0...dimension_) : distribution of scores sum to 1.0 size_t *dim_, // dimension of p_ long int **score_, // score [0...dim_) in increasing order double **p_, // linear p_ [0...dim_) : distribution of scores size_t dimension2_ = 0); // dimension2 of equilProb_ : defaults to dimension_ // asserts (sum (p_) == 1.0); double lambda ( size_t dimMatrix_, // dimension of equilProb_ const long int *const *scoreMatrix_, // packed scoring matrix [0...dimension_)[0...dimension_) const double *q_); // q_ [0...dimension_) : distribution of independent letters double mu ( size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_); // probability of corresponding value double lambda ( size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_); // probability of corresponding value // assumes logarithmic regime double muAssoc ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_, // corresponding probabilities double lambda_ = 0.0); // lambda double muPowerAssoc ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_, // scores in increasing order const double *prob_, // corresponding probabilities double lambda_ = 0.0, // lambda long int power_ = 1); // power double thetaMin ( // minimizing value for r(theta) size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_, // probability of corresponding value double lambda_ = 0.0); // lambda // assumes logarithmic regime double rMin ( // minimum value of r(theta) size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_, // probability of corresponding value double lambda_ = 0.0, // lambda double thetaMin_ = 0.0); // argument of rate // assumes logarithmic regime double r ( // r(theta) size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_, // probability of corresponding value double theta_); // argument of rate // assumes logarithmic regime long int delta ( // theta [minus delta] for ungapped sequence comparison size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_); // scores double thetaMinusDelta ( // theta [minus delta] for ungapped sequence comparison double lambda_, // lambda, the exponential rate for the local maximum size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const long int *score_); // scores void descendingLadderEpoch ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_, // probability of corresponding value double *eSumAlpha_ = 0, // expectation (sum [alpha]) double *eOneMinusExpSumAlpha_ = 0, // expectation [1.0 - exp (sum [alpha])] bool isStrict_ = false, // ? is this a strict descending ladder epoch double lambda0_ = 0.0, // lambda for flattened distribution (avoid recomputation) double mu0_ = 0.0, // mean of flattened distribution (avoid recomputation) double muAssoc0_ = 0.0, // mean of associated flattened distribution (avoid recomputation) double thetaMin0_ = 0.0, // thetaMin of flattened distribution (avoid recomputation) double rMin0_ = 0.0, // rMin of flattened distribution (avoid recomputation) double time_ = 0.0, // get time for the dynamic programming computation bool *terminated_ = 0); // ? Was the dynamic programming computation terminated prematurely ? void descendingLadderEpochRepeat ( size_t dimension_, // #(distinct values) const long int *score_, // values const double *prob_, // probability of corresponding value double *eSumAlpha_ = 0, // expectation (sum [alpha]) double *eOneMinusExpSumAlpha_ = 0, // expectation [1.0 - exp (sum [alpha])] bool isStrict_ = false, // ? is this a strict descending ladder epoch double lambda_ = 0.0, // lambda for repeats : default is lambda0_ below size_t endW_ = 0, // maximum w plus 1 double *pAlphaW_ = 0, // probability {alpha = w} : pAlphaW_ [0, wEnd) double *eOneMinusExpSumAlphaW_ = 0, // expectation [1.0 - exp (sum [alpha]); alpha = w] : eOneMinusExpSumAlphaW_ [0, wEnd) double lambda0_ = 0.0, // lambda for flattened distribution (avoid recomputation) double mu0_ = 0.0, // mean of flattened distribution (avoid recomputation) double muAssoc0_ = 0.0, // mean of associated flattened distribution (avoid recomputation) double thetaMin0_ = 0.0, // thetaMin of flattened distribution (avoid recomputation) double rMin0_ = 0.0, // rMin of flattened distribution (avoid recomputation) double time_ = 0.0, // get time for the dynamic programming computation bool *terminated_ = 0); // ? Was the dynamic programming computation terminated prematurely ? // assumes logarithmic regime bool isProbDist ( size_t dimension_, // #(distinct values) of scores & probabilities (which are paired) const double *prob_); // corresponding probabilities bool isScoreIncreasing ( size_t dimension_, // #(distinct values) const long int *score_); // scores in increasing order bool isLogarithmic ( size_t dimension_, // #(distinct values) const long int *score_, // scores in increasing order const double *prob_); // probability of corresponding value } } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_matrix.hpp000066400000000000000000000460401523407312000224140ustar00rootroot00000000000000#ifndef INCLUDED_NJN_MATRIX #define INCLUDED_NJN_MATRIX /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_matrix.hpp Author: John Spouge Contents: Matrix routines ******************************************************************************/ // Modified by Benjamin Buchfink #include "njn_approx.hpp" #include "njn_doubletype.hpp" #include "njn_ioutil.hpp" #include "njn_vector.hpp" namespace Njn { template class Matrix { public: static inline Matrix *matrix (size_t k_, size_t m_, size_t n_, T a_ = static_cast (0)); // allocates & returns an a_-initialized pointer to k_ matrices of dimension m_ x n_ // to deallocate : // delete [] matrix; matrix = 0; static inline bool approx (const Matrix &x_, const Matrix &y_, T eps_); static inline bool relApprox (const Matrix &x_, const Matrix &y_, T eps_); static inline bool absRelApprox (const Matrix &x_, const Matrix &y_, T tol_, T rtol_); static inline bool isSymmetric (const Matrix &x_); inline Matrix (); inline Matrix (const Matrix &matrix_); inline Matrix (size_t m_, size_t n_, const T *vector_); // assumes vector_ contains m_ * n_ elements inline Matrix (size_t m_, size_t n_, T a_ = static_cast (0)); // copies a_ into m_ x n_ matrix elements virtual inline ~Matrix (); inline Matrix &operator= (const Matrix &matrix_); virtual inline void *create (bool isCopy_ = false) const; virtual inline void copy (size_t m_, size_t n_, const T *const *matrix_); virtual inline void copy (size_t m_, size_t n_, const T *vector_); // assumes vector_ contains m_ * n_ elements virtual inline void copy (size_t m_, size_t n_, T a_ = static_cast (0)); // copies a_ into m_ x n_ matrix elements virtual inline operator bool () const; virtual inline std::ostream &out (std::ostream &ostr_) const; virtual inline std::istream &in (std::istream &istr_); virtual inline Matrix &operator= (const T &a_); // copies a_ into all vector elements virtual inline T *operator [] (size_t i_); // i-th row virtual inline const T *operator [] (size_t i_) const; // i-th row virtual inline T &setValue () {return d_value;} // pointer to a typical matrix value for input virtual inline size_t getM () const {return d_m;} // m virtual inline size_t getN () const {return d_n;} // n virtual inline const T *const *getMatrix () const {return d_matrix_p;} // the matrix virtual inline const T getValue () const {return d_value;} // pointer to a typical matrix value for input private: size_t d_m; // m size_t d_n; // n T **d_matrix_p; // the matrix T d_value; // pointer to a typical matrix value for input virtual inline void init (size_t m_, size_t n_); virtual inline void free2 (); }; namespace MatrixIO { // The following routines handle specialized I/O for Matrix. // They require I/O for the underlying values to be available. enum Format {GENERAL, SYMMETRIC, FORMAT}; // GENERAL : IoUtil sets the format // SYMMETRIC : IO the upper half of the matrix after checking for symmetry Format getFormat (); // gets the format type void setFormat (Format format_); // sets the format type Format clearFormat (); // resets the format type to and returns default } } template bool operator== (const Njn::Matrix &matrix_, const Njn::Matrix &matrix0_); template void copy (Njn::Matrix *matrix_, const Njn::Matrix &matrix0_); template std::ostream &operator<< (std::ostream &ostr_, const Njn::Matrix &matrix_); template std::istream &operator>> (std::istream &istr_, Njn::Matrix &matrix_); inline std::ostream &operator << (std::ostream &ostr_, Njn::MatrixIO::Format format_); inline std::istream &operator >> (std::istream &istr_, Njn::MatrixIO::Format format_); // // There are no more declarations beyond this point. // namespace Njn { template Matrix *Matrix ::matrix (size_t k_, size_t m_, size_t n_, T a_) // allocates & returns an a_-initialized pointer to k_ matrices of dimension m_ x n_ // to deallocate : // delete [] matrix; matrix = 0; { Matrix *matrix = new Matrix [k_]; for (size_t i = 0; i < k_; i++) matrix [i].copy (m_, n_, a_); return matrix; } template bool Matrix ::approx (const Matrix &x_, const Matrix &y_, T eps_) { assert (x_.getM () == y_.getM ()); assert (x_.getN () == y_.getN ()); for (size_t i = 0; i < x_.getM (); i++) { for (size_t j = 0; j < x_.getN (); j++) { if (! Approx::approx (x_ [i][j], y_ [i][j], eps_)) return false; } } return true; } template bool Matrix ::relApprox (const Matrix &x_, const Matrix &y_, T eps_) { assert (x_.getM () == y_.getM ()); assert (x_.getN () == y_.getN ()); for (size_t i = 0; i < x_.getM (); i++) { for (size_t j = 0; j < x_.getN (); j++) { if (! Approx::relApprox (x_ [i][j], y_ [i][j], eps_)) return false; } } return true; } template bool Matrix ::absRelApprox (const Matrix &x_, const Matrix &y_, T tol_, T rtol_) { assert (x_.getM () == y_.getM ()); assert (x_.getN () == y_.getN ()); for (size_t i = 0; i < x_.getM (); i++) { for (size_t j = 0; j < x_.getN (); j++) { if (! Approx::absRelApprox (x_ [i][j], y_ [i][j], tol_, rtol_)) return false; } } return true; } template bool Matrix ::isSymmetric (const Matrix &x_) { if (x_.getM () != x_.getN ()) return false; for (size_t i = 0; i < x_.getM (); i++) { for (size_t j = 0; j < i; j++) { if (x_ [i][j] != x_ [j][i]) return false; } } return true; } template Matrix ::Matrix () : d_m (0), d_n (0), d_matrix_p (0), d_value (0) {} template Matrix ::Matrix (const Matrix &matrix_) : d_m (0), d_n (0), d_matrix_p (0), d_value (0) { operator= (matrix_); } template Matrix ::Matrix ( size_t m_, // m size_t n_, // n const T *vector_) // the matrix : d_m (0), d_n (0), d_matrix_p (0), d_value (0) { copy (m_, n_, vector_); } template Matrix ::Matrix ( size_t m_, // m size_t n_, // n T a_) // the matrix elements : d_m (0), d_n (0), d_matrix_p (0), d_value (0) { copy (m_, n_, a_); } template Matrix ::~Matrix () {free2 ();} template Matrix &Matrix ::operator= (const Matrix &matrix_) { if (this != &matrix_) { copy (matrix_.getM (), matrix_.getN (), matrix_.getMatrix ()); this->setValue () = matrix_.getValue (); } return *this; } template void *Matrix ::create (bool isCopy_) const { Matrix *matrix = new Matrix; if (isCopy_) matrix->operator= (*this); return matrix; } template Matrix ::operator bool () const {return getM () > 0 && getN () > 0;} template std::ostream &Matrix ::out (std::ostream &ostr_) const { assert (ostr_); using namespace Njn; using namespace Njn::IoUtil; size_t i = 0; size_t j = 0; if (MatrixIO::getFormat () == MatrixIO::GENERAL) { switch (IoUtil::getFormat ()) { case IoUtil::MACHINE : for (i = 0; i < getM (); i++) { if (i != 0) ostr_ << std::endl; for (size_t j = 0; j < getN (); j++) { if (j != 0) ostr_ << '\t'; ostr_ << getMatrix () [i][j]; } } break; case IoUtil::HUMAN : default : ostr_ << getM () << "\t! row dimension of matrix\n"; ostr_ << getN () << "\t! column dimension of matrix\n"; for (i = 0; i < getM (); i++) { if (i != 0) ostr_ << "\t! matrix elements\n"; for (j = 0; j < getN (); j++) { if (j != 0) ostr_ << '\t'; ostr_ << getMatrix () [i][j]; } } ostr_ << "\t! matrix elements"; break; } } else if (MatrixIO::getFormat () == MatrixIO::SYMMETRIC) { if (! isSymmetric (*this)) IoUtil::abort ("Matrix::out : matrix is not symmetric"); for (i = 0; i < getM (); i++) { if (i != 0) ostr_ << std::endl; for (size_t j = i; j < getN (); j++) { if (j != i) ostr_ << '\t'; ostr_ << getMatrix () [i][j]; } } } else IoUtil::abort ("Matrix::out : impossible MatrixIO::getFormat ()"); IoUtil::clearFormat (); MatrixIO::clearFormat (); return ostr_; } template std::istream &Matrix ::in (std::istream &istr_) { assert (istr_); using namespace Njn; using namespace Njn::IoUtil; size_t i = 0; size_t j = 0; size_t k = 0; size_t m = 0; size_t n = 0; std::string s; std::stringstream sstream; std::vector v; T value = this->getValue (); if (MatrixIO::getFormat () == MatrixIO::GENERAL) { switch (IoUtil::getFormat ()) { case IoUtil::MACHINE : getline (istr_, s); sstream.str (""); sstream << s; while (sstream >> value) v.push_back (value); if (! sstream.eof ()) IoUtil::abort ("Njn::Matrix::in : bad value for the MACHINE"); n = v.size (); if (n == 0) IoUtil::abort ("Njn::Matrix::in : bad n for the MACHINE"); while (istr_ >> value) v.push_back (value); if (! sstream.eof ()) IoUtil::abort ("Njn::Matrix::in : bad value for the MACHINE"); m = v.size () / n; if (m * n != v.size ()) IoUtil::abort ("Njn::Matrix::in : rows for the MACHINE have different lengths."); if (m != this->getM () || n != this->getN ()) { this->free2 (); this->init (m, n); } for (i = 0; i < m; i++) { for (j = 0; j < n; j++) d_matrix_p [i][j] = v [k++]; } break; case IoUtil::HUMAN : default : std::string s; std::stringstream sstream; IoUtil::getLine (istr_, s); sstream.str (""); sstream.clear (); sstream << s; sstream >> m; if (sstream.fail ()) IoUtil::abort ("Njn::Matrix::in : bad m"); IoUtil::getLine (istr_, s); sstream.str (""); sstream.clear (); sstream << s; sstream >> n; if (sstream.fail ()) IoUtil::abort ("Njn::Matrix::in : bad n"); if (m != this->getM () || n != this->getN ()) { this->free2 (); this->init (m, n); } for (i = 0; i < this->getM (); i++) { sstream.str (""); IoUtil::getLine (istr_, s); sstream.clear (); sstream << s; for (j = 0; j < this->getN (); j++) { sstream >> d_matrix_p [i][j]; if (sstream.fail ()) { std::ostringstream sistream; sistream << i; std::ostringstream sjstream; sjstream << j; IoUtil::abort ("Njn::Matrix::in : bad d_matrix_p [" + sistream.str () + "][" + sjstream.str () + "]"); } } } break; } } else if (MatrixIO::getFormat () == MatrixIO::SYMMETRIC) { getline (istr_, s); sstream.str (s); sstream.clear (); while (sstream >> value) { v.push_back (value); } if (! sstream.eof ()) IoUtil::abort ("Njn::Matrix::in : bad value for the MatrixIO::SYMMETRIC"); m = n = v.size (); if (n == 0) IoUtil::abort ("Njn::Matrix::in : bad n for the MatrixIO::SYMMETRIC"); while (istr_ >> value) v.push_back (value); if (! istr_.eof ()) IoUtil::abort ("Njn::Matrix::in : bad value for the MatrixIO::SYMMETRIC"); if (m * (m + 1) / 2 != v.size ()) IoUtil::abort ("Njn::Matrix::in : rows for the MatrixIO::SYMMETRIC have incorrect lengths."); if (m != this->getM () || n != this->getN ()) { this->free2 (); this->init (m, n); } for (i = 0; i < m; i++) { for (j = 0; j < i; j++) d_matrix_p [i][j] = d_matrix_p [j][i]; for (j = i; j < n; j++) d_matrix_p [i][j] = v [k++]; } } else IoUtil::abort ("Matrix::in : impossible MatrixIO::getFormat ()"); IoUtil::clearFormat (); MatrixIO::clearFormat (); return istr_; } template Matrix &Matrix ::operator= (const T &a_) { copy (this->getM (), this->getN (), a_); return *this; } template T *Matrix ::operator [] (size_t i_) { return d_matrix_p [i_]; } template const T *Matrix ::operator [] (size_t i_) const { return d_matrix_p [i_]; } template void Matrix ::copy ( size_t m_, // m size_t n_, // n const T *const *matrix_) // the matrix { if (m_ != this->getM () || n_ != this->getN ()) { this->free2 (); this->init (m_, n_); } for (size_t i = 0; i < this->getM (); i++) { for (size_t j = 0; j < this->getN (); j++) { d_matrix_p [i][j] = matrix_ [i][j]; } } } template void Matrix ::copy ( size_t m_, // m size_t n_, // n const T *vector_) // the matrix { if (m_ != this->getM () || n_ != this->getN ()) { this->free2 (); this->init (m_, n_); } size_t k = 0; for (size_t i = 0; i < this->getM (); i++) { for (size_t j = 0; j < this->getN (); j++) { d_matrix_p [i][j] = vector_ [k++]; } } } template void Matrix ::copy ( size_t m_, // m size_t n_, // n T a_) // the matrix elements { if (m_ != this->getM () || n_ != this->getN ()) { this->free2 (); this->init (m_, n_); } for (size_t i = 0; i < this->getM (); i++) { for (size_t j = 0; j < this->getN (); j++) { d_matrix_p [i][j] = a_; } } } template void Matrix ::init (size_t m_, size_t n_) { if (m_ > 0) d_matrix_p = new T* [m_]; for (size_t i = 0; i < m_; i++) { d_matrix_p [i] = new T [n_]; } d_m = m_; d_n = n_; } template void Matrix ::free2 () { for (size_t i = 0; i < this->getM (); i++) { delete [] d_matrix_p [i]; d_matrix_p [i] = 0; } if (this->getM () > 0) { delete [] d_matrix_p; d_matrix_p = 0; } d_m = 0; d_n = 0; } } template void copy (Njn::Matrix *matrix_, const Njn::Matrix &matrix0_) { matrix_->copy (matrix0_.getM (), matrix0_.getN ()); for (size_t i = 0; i < matrix0_.getM (); i++) { for (size_t j = 0; j < matrix0_.getN (); j++) { (*matrix_) [i][j] = static_cast (matrix0_ [i][j]); } } } template bool operator== (const Njn::Matrix &matrix_, const Njn::Matrix &matrix0_) { if (matrix_.getM () != matrix0_.getM ()) return false; if (matrix_.getN () != matrix0_.getN ()) return false; for (size_t i = 0; i < matrix_.getM (); i++) { for (size_t j = 0; j < matrix_.getN (); j++) { if (matrix_.getMatrix () [i][j] != matrix0_.getMatrix () [i][j]) return false; } } return true; } template std::ostream &operator<< (std::ostream &ostr_, const Njn::Matrix &matrix_) {return matrix_.out (ostr_);} template std::istream &operator>> (std::istream &istr_, Njn::Matrix &matrix_) {return matrix_.in (istr_);} std::ostream &operator << (std::ostream &ostr_, Njn::MatrixIO::Format format_) { Njn::MatrixIO::setFormat (format_); return ostr_; } std::istream &operator >> (std::istream &istr_, Njn::MatrixIO::Format format_) { Njn::MatrixIO::setFormat (format_); return istr_; } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_memutil.hpp000066400000000000000000000071711523407312000225660ustar00rootroot00000000000000#ifndef INCLUDED_NJN_MEMUTIL #define INCLUDED_NJN_MEMUTIL /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_memutil.hpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_ioutil.hpp" namespace Njn { namespace MemUtil { inline void *memNew (size_t size); inline void *memMore (void *p, size_t size); inline void memCpy (void *to, const void *from, size_t size); inline void *memSet (void *p, int c, size_t size); inline void *memZero (void *p, size_t size); template T **newMatrix (size_t m_, size_t n_); // matrix [0...m_)[0...n_) template void deleteMatrix (T **&matrix, size_t m_, size_t n_); // Assumes matrix was created with the call // matrix = newMatrix (m_, n_); // // There are no more declarations beyond this point. // inline void *memNew (size_t size) { return (void *) (size == 0 ? 0 : new char [size]); } inline void *memMore (void *p, size_t size) { return (void *) (p == 0 ? new char [size] : realloc (p, size)); } inline void memCpy (void *to, const void *from, size_t size) { if (size != 0) memcpy (to, from, size); } inline void *memSet (void *p, int c, size_t size) { return memset (p, c, size); } inline void *memZero (void *p, size_t size) { return memset (p, '\0', size); } template T **newMatrix (size_t m_, size_t n_) // matrix [iBegin...iEnd)[jBegin...jEnd) { T **matrix = new T * [m_]; for (size_t index = 0; index != m_; index++) { matrix [index] = new T [n_]; } return matrix; } template void deleteMatrix (T **&matrix, size_t m_ , size_t /*sls deleted n_*/) // Assumes matrix was created with the call // matrix = newMatrix (iBegin, iEnd, jBegin, jEnd); { for (size_t index = 0; index != m_; index++) { delete [] matrix [index]; } delete [] matrix; matrix = 0; } } } #endif bbuchfink-diamond-6dc5717/src/lib/alp/njn_random.cpp000066400000000000000000000071221523407312000223610ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_random.cpp Author: John Spouge Contents: Additive random number generator // Modelled after "Algorithm A" in // D.E. Knuth (1981) The art of computer programming, volume 2, page 27. // 7/26/90 Warren Gish ******************************************************************************/ #include "njn_random.hpp" #include using namespace Njn; namespace { const size_t r_off = 12; long state [33] = { static_cast (0xd53f1852), static_cast (0xdfc78b83), static_cast (0x4f256096), static_cast (0xe643df7), static_cast (0x82c359bf), static_cast (0xc7794dfa), static_cast (0xd5e9ffaa), static_cast (0x2c8cb64a), static_cast (0x2f07b334), static_cast (0xad5a7eb5), static_cast (0x96dc0cde), static_cast (0x6fc24589), static_cast (0xa5853646), static_cast (0xe71576e2), static_cast (0xdae30df), static_cast (0xb09ce711), static_cast (0x5e56ef87), static_cast (0x4b4b0082), static_cast (0x6f4f340e), static_cast (0xc5bb17e8), static_cast (0xd788d765), static_cast (0x67498087), static_cast (0x9d7aba26), static_cast (0x261351d4), static_cast (0x411ee7ea), static_cast (0x393a263), static_cast (0x2c5a5835), static_cast (0xc115fcd8), static_cast (0x25e9132c), static_cast (0xd0c6e906), static_cast (0xc2bc5b2d), static_cast (0x6c065c98), static_cast (0x6e37bd55)}; long *rJ = &state [r_off]; long *rK = &state [sizeof state / sizeof *state - 1]; } void Random::seed (long x) { size_t i; state [0] = x; // linear congruential initializer for (i = 1; i < sizeof state / sizeof *state; ++i) { state [i] = 1103515245 * state [i - 1] + 12345; } rJ = &state [r_off]; rK = &state [sizeof state / sizeof *state - 1]; for (i = 0; i < 10 * sizeof state / sizeof *state; ++i) number (); } long Random::number () // uniform random x : 0 <= x <= exp2 (31) - 1 { long r; r = *rK; r += *rJ--; *rK-- = r; if (rK < state) { rK = &state [sizeof state / sizeof *state - 1]; } else if (rJ < state) { rJ = &state [sizeof state / sizeof *state - 1]; } return (r >> 1) &0x7fffffff; // discard the least-random bit } bbuchfink-diamond-6dc5717/src/lib/alp/njn_random.hpp000066400000000000000000000034001523407312000223610ustar00rootroot00000000000000#ifndef INCLUDED_NJN_RANDOM #define INCLUDED_NJN_RANDOM /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_random.hpp Author: John Spouge Contents: Random no. seeder and generator ******************************************************************************/ namespace Njn { namespace Random { const long SEED = 31415; // default random seed void seed (long n); // provides seed for random numbers long number (); // returns random numbers } } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_root.hpp000066400000000000000000000431351523407312000220750ustar00rootroot00000000000000#ifndef INCLUDED_NJN_ROOT #define INCLUDED_NJN_ROOT /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_root.hpp Author: John Spouge Contents: ******************************************************************************/ #include #include "njn_approx.hpp" #include "njn_function.hpp" #include "njn_ioutil.hpp" namespace Njn { namespace Root { const double FAILED = HUGE_VAL; // All routines find roots. // They return FAILED if the root is not located within *itmax_ iterations. // If not a default 0 pointer, *itmax = iterations left. template double newtonRaphson ( // finds root f_(x_) = y_ in [p_, q_] with derivative y_' double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters double (*df_) (double, const T &), // derivative of function const T ¶m_, // parameters for function double p_, // end-point double x_, // initial guess : can be arbitrary double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_); // maximum # of permitted iterations : default = 0 // bisection locates x_ : f_ (x_) = y_ to within absolute error +-tol_, // then uses derivative information through a Newton-Raphson alternative // // asserts f_ (p_) <= y_ <= f_ (q_) or f_ (q_) <= y_ <= f_ (p_) template double bisection ( // finds root f_ (x_) = y_ in [p_, q_] double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters const T ¶m_, // parameters for function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_); // maximum # of permitted iterations : default = 0 // bisection locates x_ : f_ (x_) = y to within absolute error +-tol_, // // asserts f_ (p_) <= y_ <= f_ (q_) or f_ (q_) <= y_ <= f_ (p_) template double hunt ( // finds root f_(x_) = y_ in (p_, q_) by looking until mesh = tol_ double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters const T ¶m_, // parameters for function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_); // maximum # of permitted iterations : default = 0 // hunt locates x_ : f_ (x_) = y to within absolute error +-tol_, template double huntExtreme ( // finds root f_(x_) = y_ in (p_, q_) by looking until mesh = tol_ double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters const T ¶m_, // parameters for function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_, // maximum # of permitted iterations : default = 0 bool isLargest_); // ? find the largest root ? // huntExtreme locates x_ : f_ (x_) = y to within absolute error +-tol_, // finding either the largest or smallest root in the interval (p_, q_) // huntExtreme looks for a change in sign, so y_ should not be an extremum. // // Specializations of the template follow. // inline double newtonRaphson ( // finds root f_(x_) = y_ in [p_, q_] with derivative y_' double y_, // f_ (x_) = y_ double (*f_) (double), // function double (*df_) (double), // derivative of function double p_, // end-point double x_, // initial guess : can be arbitrary double q_, // end-point double tol_, // absolute tolerance double rtol_ = 0.0, // relative tolerance : set to 0.0 to ignore long int *itmax_ = 0); // maximum # of permitted iterations : default = 0 // bisection routine locates x_ : f_ (x_) = y_ to within absolute error +-tol_, // then uses derivative information through a Newton-Raphson alternative // // asserts f_ (p_) <= y_ <= f_ (q_) or f_ (q_) <= y_ <= f_ (p_) inline double bisection ( // finds root f_(x_) = y_ in [p_, q_] double y_, // f_ (x_) = y_ double (*f_) (double), // function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_ = 0.0, // relative tolerance : set to 0.0 to ignore long int *itmax_ = 0); // maximum # of permitted iterations : default = 0 // bisection routine locates x_ : f_ (x_) = y to within absolute error +-tol_, // // asserts f_ (p_) <= y_ <= f_ (q_) or f_ (q_) <= y_ <= f_ (p_) inline double hunt ( // finds root f_ (x_) = y_ in (p_, q_) by looking until mesh = tol_ double y_, // f_ (x_) = y_ double (*f_) (double), // function : param_ contains parameters double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_ = 0.0, // relative tolerance : set to 0.0 to ignore long int *itmax_ = 0); // maximum # of permitted iterations : default = 0 inline double huntExtreme ( // finds root f_(x_) = y_ in (p_, q_) by looking until mesh = tol_ double y_, // f_ (x_) = y_ double (*f_) (double), // function : param_ contains parameters double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_ = 0.0, // relative tolerance : set to 0.0 to ignore long int *itmax_ = 0, // maximum # of permitted iterations : default = 0 bool isLargest_ = false); // ? find the largest root ? // huntExtreme locates x_ : f_ (x_) = y to within absolute error +-tol_, // finding either the largest or smallest root in the interval (p_, q_) // huntExtreme looks for a change in sign, so y_ should not be an extremum. } } // // There are no more declarations beyond this point. // namespace Njn { namespace Root { namespace { typedef double DoubleFct (double); DoubleFct *s_f = 0; DoubleFct *s_df = 0; const double ZERO = 0.0; double f (double x_, const double &/*sls deleted y_*/ ) {return (*s_f) (x_);} double df (double x_, const double &/*sls deleted y_*/ ) {return (*s_df) (x_);} } double newtonRaphson ( // finds root f_(x_) = y_ in [p_, q_] with derivative y_' double y_, // f_ (x_) = y_ double (*f_) (double x_), // function double (*df_) (double x_), // derivative of function double p_, // end-point double x_, // initial guess : can be arbitrary double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance long int *itmax_) // maximum # of permitted iterations { s_f = f_; s_df = df_; return newtonRaphson (y_, f, df, ZERO, p_, x_, q_, tol_, rtol_, itmax_); } double bisection ( // finds root f_(x_) = y_ in [p_, q_] double y_, // f_ (x_) = y_ double (*f_) (double x_), // function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance long int *itmax_) // maximum # of permitted iterations { s_f = f_; return bisection (y_, f, ZERO, p_, q_, tol_, rtol_, itmax_); } double hunt ( // finds root f_(x_) = y_ in (p_, q_) double y_, // f_ (x_) = y_ double (*f_) (double x_), // function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance long int *itmax_) // maximum # of permitted iterations { s_f = f_; return hunt (y_, f, ZERO, p_, q_, tol_, rtol_, itmax_); } double huntExtreme ( // finds root f_(x_) = y_ in (p_, q_) double y_, // f_ (x_) = y_ double (*f_) (double x_), // function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance long int *itmax_, // maximum # of permitted iterations bool isLargest_) // ? find the largest root ? { s_f = f_; return huntExtreme (y_, f, ZERO, p_, q_, tol_, rtol_, itmax_, isLargest_); } template double newtonRaphson ( // finds root f_(x_) = y_ in [p_, q_] with derivative y_' double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters double (*df_) (double, const T &), // derivative of function const T ¶m_, // parameters for function double p_, // end-point double x_, // initial guess : can be arbitrary double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_) // maximum # of permitted iterations : default = 0 { // #define F(x_) ((*f_) (x_, param_) - y_) // #define DF(x_) ((*df_) (x_, param_)) assert (p_ != HUGE_VAL && p_ != -HUGE_VAL); assert (q_ != HUGE_VAL && q_ != -HUGE_VAL); // checks for improper bracketing and end-point root. double fp = (*f_) (p_, param_) - y_; double fq = (*f_) (q_, param_) - y_; if (fp * fq > 0.0) IoUtil::abort ("Root::newtonRaphson : root not bracketed"); if (fp == 0.0) return p_; if (fq == 0.0) return q_; if (p_ == q_) IoUtil::abort ("Root::newtonRaphson : p_ == q_"); double x = x_; // swaps end-points if necessary to make p_ < q_ //if (q_ < p_) std::swap (p_, q_); if (q_ < p_) std::swap (p_, q_);/*sls deleted */ // makes an initial guess within [p_, q_] if (x_ < p_ || q_ < x_) x = 0.5 * (p_ + q_); // swaps end-points if necessary to make F (p_) < 0.0 < F (q_) //if (fp > 0.0) std::swap (p_, q_); if (fp > 0.0) std::swap (p_, q_);/*sls deleted */ // Set up the bisection & Newton-Raphson iteration. double dx; // present interval length double dxold; // old interval length double fx; // f_(x_)-y_ double dfx; // Df(x_) dxold = dx = p_ - q_; long int iter = 100; // default iterations long int *itmax = itmax_ == 0 ? &iter: itmax_; for ( ; 0 < *itmax; --*itmax) { fx = (*f_) (x, param_) - y_; if (fx == 0.0) { // Check for termination. return x; } else if (fx < 0.0) { p_ = x; } else { q_ = x; } dfx = (*df_) (x, param_) - y_; // Is the root out of bounds, so bisection is faster than Newton-Raphson? if ((dfx * (x-p_) - fx) * (dfx * (x - q_) - fx) >= 0.0 || 2.0 * fabs (fx) > fabs (dfx * dx)) { // bisect dx = dxold; dxold = 0.5 * (p_ - q_); x = 0.5 * (p_ + q_); if (fabs (dxold) <= tol_) return x; } else { // Newton-Raphson dx = dxold; dxold = fx / dfx; x -= dxold; if (fabs (dxold) < tol_ || fabs (dxold) < rtol_ * fabs (x)) { if (((*f_) ((x - Function::signum (dxold) * tol_), param_) - y_) * fx < 0.0) return x; } } } return FAILED; // failure } template double bisection ( // finds root f_ (x_) = y_ in [p_, q_] double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters const T ¶m_, // parameters for function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_) // maximum # of permitted iterations : default = 0 { assert (p_ != HUGE_VAL && p_ != -HUGE_VAL); assert (q_ != HUGE_VAL && q_ != -HUGE_VAL); // checks for improper bracketing and end-point root. double fp = (*f_) (p_, param_) - y_; double fq = (*f_) (q_, param_) - y_; if (fp * fq > 0.0) IoUtil::abort ("Root::bisection : root not bracketed"); if (fp == 0.0) return p_; if (fq == 0.0) return q_; if (p_ == q_) IoUtil::abort ("Root::bisection : p_ == q_"); // swaps end-points if necessary to make F (p_) < 0.0 < F (q_) //if (fp > 0.0) std::swap (p_, q_); if (fp > 0.0) std::swap (p_, q_);/*sls deleted */ double x = 0.0; double fx = 0.0; long int iter = 100; // default iterations long int *itmax = itmax_ == 0 ? &iter: itmax_; x = 0.5 * (p_ + q_); for ( ; 0 < *itmax; --*itmax) { fx = (*f_) (x, param_) - y_; if (fx < 0.0) { p_ = x; } else { q_ = x; } x = 0.5 * (p_ + q_); if (Approx::absRelApprox (p_, x, tol_, rtol_)) return x; } return FAILED; // failure } template double hunt ( // finds root f_(x_) = y_ in (p_, q_) by looking until mesh = tol_ double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters const T ¶m_, // parameters for function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_) // maximum # of permitted iterations : default = 0 { assert (p_ != HUGE_VAL && p_ != -HUGE_VAL); assert (q_ != HUGE_VAL && q_ != -HUGE_VAL); if (p_ == q_) IoUtil::abort ("Root::hunt : p_ == q_"); double x0 = 0.5 * (p_ + q_); double fx0 = (*f_) (x0, param_) - y_; if (fx0 == 0.0) return x0; // swaps end-points if necessary to make p_ < q_ //if (q_ < p_) std::swap (p_, q_); if (q_ < p_) std::swap (p_, q_);/*sls deleted */ size_t pts = 2; double del = 0.5 * (q_ - p_); double x = 0.0; double fx = 0.0; long int iter = 1000; // default iterations long int *itmax = itmax_ == 0 ? &iter: itmax_; while (tol_ <= del) { x = p_ + 0.5 * del; for (size_t i = 0; i < pts && 0 < *itmax; i++, --*itmax) { fx = (*f_) (x, param_) - y_; if (fx * fx0 < 0.0) return bisection (y_, f_, param_, x, x0, tol_, rtol_, itmax); x += del; } if (iter == 0) return FAILED; pts *= 2; del *= 0.5; } return FAILED; // failure } template double huntExtreme ( // finds root f_(x_) = y_ in (p_, q_) by looking until mesh = tol_ double y_, // f_ (x_) = y_ double (*f_) (double, const T &), // function : param_ contains parameters const T ¶m_, // parameters for function double p_, // end-point double q_, // end-point double tol_, // absolute tolerance double rtol_, // relative tolerance : set to 0.0 to ignore long int *itmax_, // maximum # of permitted iterations : default = 0 bool isLargest_) // ? find the largest root ? { long int iter = 1000; // default iterations long int *itmax = itmax_ == 0 ? &iter: itmax_; // swaps end-points if necessary to make p_ < q_ // if (q_ < p_) std::swap (p_, q_); if (q_ < p_) std::swap (p_, q_);/*sls deleted */ // check there is a root double x = hunt (y_, f_, param_, p_, q_, tol_, rtol_, itmax); double x0 = x; // find the extreme root if (isLargest_) { while (0 < *itmax && x != FAILED) { x0 = x; x = hunt (y_, f_, param_, x, q_, tol_, rtol_, itmax); } } else { while (0 < *itmax && x != FAILED) { x0 = x; x = hunt (y_, f_, param_, p_, x, tol_, rtol_, itmax); } } return x0; } } } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_uniform.hpp000066400000000000000000000045431523407312000225710ustar00rootroot00000000000000#ifndef INCLUDED_NJN_UNIFORM #define INCLUDED_NJN_UNIFORM /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_uniform.hpp Author: John Spouge Contents: ******************************************************************************/ #include "njn_random.hpp" #include namespace Njn { namespace Uniform { // uniform distribution template inline T variate (T a_ = static_cast (0.0), T b_= static_cast (1.0)); // returns uniform random variate [a_, b_) template inline T standardVariate (); // // There are no more declarations beyond this point. // template T variate (T a_, T b_) { assert (a_ != b_); //if (b_ < a_) std::swap (a_, b_); // a_ < b_ if (b_ < a_) std::swap (a_, b_); // a_ < b_/*sls deleted */ long random = 0; while ((random = Njn::Random::number ()) == 0x7fffffff); return a_ + static_cast ((b_ - a_) * static_cast (Random::number ()) / static_cast (0x7fffffff)); } } } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/njn_vector.hpp000066400000000000000000000205211523407312000224060ustar00rootroot00000000000000#ifndef INCLUDED_NJN_VECTOR #define INCLUDED_NJN_VECTOR /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: njn_vector.hpp Author: John Spouge Contents: Matrix routines ******************************************************************************/ // Modified by Benjamin Buchfink #include #include "njn_approx.hpp" namespace Njn { template class Vector { public: inline Vector (); inline Vector (const Vector &vector_); inline Vector (const T *begin_, const T *end_); // vector_ [0...m-1] inline Vector (size_t m_, const T &a_); // copies a_ into m_ vector elements virtual inline ~Vector (); inline Vector &operator= (const Vector &vector_); virtual inline void *create (bool isCopy_ = false) const; virtual inline void copy (const T *begin_, const T *end_); virtual inline void copy (size_t m_, const T &a_); virtual inline operator bool () const; virtual inline std::ostream &out (std::ostream &ostr_) const; virtual inline std::istream &in (std::istream &istr_); virtual inline Vector &operator= (const T &a_); // copies a_ into all vector elements virtual inline size_t size () const; // vector size virtual inline T &operator [] (size_t i_); // i-th element virtual inline const T &operator [] (size_t i_) const; // i-th element virtual inline size_t getM () const {return d_m;} // m virtual inline const T *getVector () const {return d_vector_p;} // the vector private: size_t d_m; // m T *d_vector_p; // the vector virtual inline void init (size_t m_); virtual inline void free2 (); }; } template bool operator== (const Njn::Vector &vector_, const Njn::Vector &vector0_); template std::ostream &operator<< (std::ostream &ostr_, const Njn::Vector &vector_); template std::istream &operator>> (std::istream &istr_, Njn::Vector &vector_); // // There are no more declarations beyond this point. // namespace Njn { template Vector ::Vector () : d_m (0), d_vector_p (0) {} template Vector ::Vector ( const T *begin_, const T *end_) : d_m (0), d_vector_p (0) { copy (begin_, end_); } template Vector ::Vector ( // copies a_ into m_ vector elements size_t m_, // m const T &a_) // the vector elements : d_m (0), d_vector_p (0) { copy (m_, a_); } template Vector ::~Vector () {free2 ();} template Vector &Vector ::operator= (const Vector &vector_) { if (this != &vector_) copy (vector_.getVector (), vector_.getVector () + vector_.getM ()); return *this; } template void *Vector ::create (bool isCopy_) const { Vector *vector = new Vector; if (isCopy_) vector->operator= (*this); return vector; } template void Vector ::copy ( const T *begin_, const T *end_) { assert (begin_ <= end_); size_t m = end_ - begin_; if (m != getM ()) { free2 (); init (m); } for (size_t i = 0; i < getM (); i++) { d_vector_p [i] = begin_ [i]; } } template void Vector ::copy ( size_t m_, // m const T &a_) // the vector elements { if (m_ != getM ()) { free2 (); init (m_); } for (size_t i = 0; i < getM (); i++) { d_vector_p [i] = a_; } } template Vector ::operator bool () const {return getM () > 0;} template Vector &Vector ::operator= (const T &a_) // copies a_ into all vector elements { copy (getM (), a_); return *this; } template std::ostream &Vector ::out (std::ostream &ostr_) const { assert (ostr_); using namespace Njn; using namespace IoUtil; size_t i = 0; switch (getFormat ()) { case MACHINE : for (i = 0; i < getM (); i++) { if (i != 0) ostr_ << std::endl; ostr_ << getVector () [i]; } break; case HUMAN : default : ostr_ << getM () << "\t! dimension of vector\n"; for (i = 0; i < getM (); i++) { if (i != 0) ostr_ << '\t'; ostr_ << getVector () [i]; } ostr_ << "\t! vector elements"; break; } clearFormat (); return ostr_; } template std::istream &Vector ::in (std::istream &istr_) { assert (istr_); size_t i = 0; std::vector v; T value; //USING_SCOPE(Njn); //USING_SCOPE(IoUtil); using namespace Njn; using namespace IoUtil; std::string s; std::stringstream sstream; size_t m = 0; switch (getFormat ()) { case MACHINE : while (istr_ >> value) v.push_back (value); if (v.size () != getM ()) { free2 (); init (v.size ()); } std::copy (v.begin (), v.end (), d_vector_p); break; case HUMAN : default : getLine (istr_, s); sstream.str (""); sstream << s; sstream >> m; if (sstream.fail ()) IoUtil::abort ("Njn::Vector::in : bad m"); if (m != getM ()) { free2 (); init (m); } sstream.str (""); getLine (istr_, s); sstream << s; for (size_t i = 0; i < getM (); i++) { sstream >> d_vector_p [i]; if (sstream.fail ()) { std::ostringstream sstream; sstream << i; IoUtil::abort ("Njn::Vector::in : bad d_vector_p [" + sstream.str () + "]"); } } break; } clearFormat (); return istr_; } template size_t Vector ::size () const { return getM (); } template T &Vector ::operator [] (size_t i_) { return d_vector_p [i_]; } template const T &Vector ::operator [] (size_t i_) const { return d_vector_p [i_]; } template void Vector ::init (size_t m_) { if (m_ > 0) d_vector_p = new T [m_]; d_m = m_; } template void Vector ::free2 () { if (getM () > 0) { delete [] d_vector_p; d_vector_p = 0; } d_m = 0; } } template bool operator== (const Njn::Vector &vector_, const Njn::Vector &vector0_) { if (vector_.getM () != vector0_.getM ()) return false; for (size_t i = 0; i < vector_.getM (); i++) { if (vector_.getVector () [i] != vector0_.getVector () [i]) return false; } return true; } template std::ostream &operator<< (std::ostream &ostr_, const Njn::Vector &vector_) {return vector_.out (ostr_);} template std::istream &operator>> (std::istream &istr_, Njn::Vector &vector_) {return vector_.in (istr_);} #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/sls_alignment_evaluer.cpp000066400000000000000000001035501523407312000246200ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alignment_evaluer.cpp Author: Sergey Sheetlin Contents: library functions of main routines ******************************************************************************/ // Modified by Benjamin Buchfink #include "sls_alignment_evaluer.hpp" #include "sls_alp.hpp" #include "sls_alp_data.hpp" #include "sls_alp_regression.hpp" #include "sls_alp_sim.hpp" #include "njn_localmaxstatmatrix.hpp" #include "njn_localmaxstatutil.hpp" using std::string; namespace Sls { // Write the parameters: std::ostream &operator<<(std::ostream &s_, const AlignmentEvaluer &g_) { if(!pvalues::assert_Gumbel_parameters( g_.d_params)||!g_.isGood()) { throw error("Error - the Gumbel parameters are not defined properly in the function \"std::ostream &operator<<\"\n",1); }; s_<>(std::istream &s_, AlignmentEvaluer &g_) { try { g_.d_params.d_params_flag=false; s_>>g_.d_params; g_.d_params.d_params_flag=true; //precompute intercepts pvalues::compute_intercepts(g_.d_params); if(!pvalues::assert_Gumbel_parameters( g_.d_params)||!g_.isGood()) { g_.d_params.d_params_flag=false; }; return s_; } catch (...) { g_.d_params.d_params_flag=false; throw; }; } //check correctness of the input parameters for gapless alignment void AlignmentEvaluer::assert_Gapless_input_parameters( long alphabetSize_,//a number of letters in the alphabet const double *letterFreqs1_,//background frequencies of letters in sequence #1 const double *letterFreqs2_,//background frequencies of letters in sequence #2 double *&letterFreqs1_normalized_,//normalized background frequencies of letters in sequence #1 double *&letterFreqs2_normalized_,//normalized background frequencies of letters in sequence #2 const string function_name_)//"assert_Gapless_input_parameters" is called from "function_name_" function { if(!(alphabetSize_>0)) { d_params.d_params_flag=false; throw error("Error - the parameter \"alphabetSize_\" in the function \""+function_name_+"\" must be positive\n",1); }; long int i; double sum1=0; for(i=0;i sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.lambda; sbs_arrays[1]=d_params.lambda + calculation_error; d_params.m_LambdaSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.K; sbs_arrays[1]=d_params.K+calculation_error; d_params.m_KSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.C; sbs_arrays[1]=d_params.C+calculation_error; d_params.m_CSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.sigma; sbs_arrays[1]=d_params.sigma + calculation_error; d_params.m_SigmaSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.alpha_I; sbs_arrays[1]=d_params.alpha_I + calculation_error; d_params.m_AlphaISbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.alpha_J; sbs_arrays[1]=d_params.alpha_J + calculation_error; d_params.m_AlphaJSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.a_I; sbs_arrays[1]=d_params.a_I + calculation_error; d_params.m_AISbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.a_J; sbs_arrays[1]=d_params.a_J + calculation_error; d_params.m_AJSbs=sbs_arrays; d_params.a = (d_params.a_I + d_params.a_J) * 0.5; d_params.a_error = (d_params.a_I_error + d_params.a_J_error)*0.5; d_params.alpha = (d_params.alpha_I + d_params.alpha_J) * 0.5; d_params.alpha_error = (d_params.alpha_I_error + d_params.alpha_J_error) * 0.5; d_params.d_params_flag=true; //precompute intercepts pvalues::compute_intercepts(d_params); if(!pvalues::assert_Gumbel_parameters( d_params)||!isGood()) { d_params.d_params_flag=false; throw error("Error - computation of the Gumbel parameters is unsuccessful in the function \"void AlignmentEvaluer::initGapless\"\n",1); }; delete[]letterFreqs1_normalized; delete[]letterFreqs2_normalized; double CurrentTime2; Sls::alp_data::get_current_time(CurrentTime2); d_params.m_CalcTime=CurrentTime2-CurrentTime1; } catch (...) { d_params.d_params_flag=false; throw; }; } //Computes gapped Gumbel parameters: //The NCBI convention is used for penalizing a gap: //For example, a gap of length k is penalized as gapOpen1_+k*gapEpen1_ for sequence #1 //if max_time_<=0 then d_gapped_computation_parameters will be used; //d_gapped_computation_parameters.d_parameters_flag must be true in this case //every execution of initGapped with max_time_>0 rewrites d_gapped_computation_parameters by the actual values void AlignmentEvaluer::initGapped(long alphabetSize_,//a number of letters in the alphabet const long *const *substitutionScoreMatrix_,//scoring matrix const double *letterFreqs1_,//background frequencies of letters in sequence #1 const double *letterFreqs2_,//background frequencies of letters in sequence #2 long gapOpen1_,//gap opening penalty for sequence #1 long gapEpen1_,//gap extension penalty for sequence #1 long gapOpen2_,//gap opening penalty for sequence #2 long gapEpen2_,//gap extension penalty for sequence #2 bool insertions_after_deletions_,//if true, then insertions after deletions are permitted double eps_lambda_,//relative error for the parameter lambda double eps_K_,//relative error for the parameter K double max_time_,//maximum allowed calculation time in seconds double max_mem_,//maximum allowed memory usage in Mb long randomSeed_,//randomizaton seed double temperature_) { struct_for_randomization *randomization_parameters=NULL; try { double CurrentTime1; Sls::alp_data::get_current_time(CurrentTime1); //check correctness of the input parameters for gapless alignment string function_name="void AlignmentEvaluer::initGapped"; double *letterFreqs1_normalized=NULL;//normalized background frequencies of letters in sequence #1 double *letterFreqs2_normalized=NULL;//normalized background frequencies of letters in sequence #2 assert_Gapless_input_parameters( alphabetSize_,//a number of letters in the alphabet letterFreqs1_,//background frequencies of letters in sequence #1 letterFreqs2_,//background frequencies of letters in sequence #2 letterFreqs1_normalized,//normalized background frequencies of letters in sequence #1 letterFreqs2_normalized,//normalized background frequencies of letters in sequence #2 function_name);//"assert_Gapless_input_parameters" is called from "function_name_" function if(!(gapEpen1_>0)) { d_params.d_params_flag=false; throw error("Error - the parameter \"gapEpen1_\" in the function \""+function_name+"\" must be positive\n",1); }; if(!(gapEpen2_>0)) { d_params.d_params_flag=false; throw error("Error - the parameter \"gapEpen2_\" in the function \""+function_name+"\" must be positive\n",1); }; if(!(eps_lambda_>0)) { d_params.d_params_flag=false; throw error("Error - the parameter \"eps_lambda_\" in the function \""+function_name+"\" must be positive\n",1); }; if(!(eps_K_>0)) { d_params.d_params_flag=false; throw error("Error - the parameter \"eps_K_\" in the function \""+function_name+"\" must be positive\n",1); }; if(!(max_mem_>0)) { d_params.d_params_flag=false; throw error("Error - the parameter \"max_mem_\" in the function \""+function_name+"\" must be positive\n",1); }; d_params.d_params_flag=false; //Gapless parameters calculation double GaplessTimePortion=0.5; double GaplessCalculationTime=max_time_; if(max_time_<=0) { GaplessCalculationTime=120;//the time is set to 120 seconds if not set as an input }; //Gapless calculation may take only a portion of maximum allowed calculation time in the case of gapped calculation GaplessCalculationTime*=GaplessTimePortion; Njn::LocalMaxStatMatrix local_max_stat_matrix(alphabetSize_, substitutionScoreMatrix_, letterFreqs1_normalized, letterFreqs2_normalized, alphabetSize_, GaplessCalculationTime); if(local_max_stat_matrix.getTerminated()) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; //calculation of a and sigma double calculation_error=1e-6; d_params.gapless_alpha = local_max_stat_matrix.getAlpha (); d_params.gapless_alpha=alp_data::Tmax(d_params.gapless_alpha,0.0); d_params.gapless_alpha_error = calculation_error; d_params.gapless_a = local_max_stat_matrix.getA (); d_params.gapless_a=alp_data::Tmax(d_params.gapless_a,0.0); d_params.gapless_a_error = calculation_error; double CurrentTimeGaplessPreliminary; Sls::alp_data::get_current_time(CurrentTimeGaplessPreliminary); double GaplessPreliminaryTime=CurrentTimeGaplessPreliminary-CurrentTime1; //the choice for the importance sampling //long int gapOpen=alp_data::Tmin(gapOpen1_,gapOpen2_); //long int gapEpen=alp_data::Tmin(gapEpen1_,gapEpen2_); long int gapEpen = alp_data::Tmin(gapEpen1_, gapEpen2_); long int gapOpen = alp_data::Tmin(gapOpen1_ + gapEpen1_, gapOpen2_ + gapEpen2_) - gapEpen; if(max_time_<=0) { if(d_gapped_computation_parameters.d_parameters_flag) { randomization_parameters=new struct_for_randomization; randomization_parameters->d_first_stage_preliminary_realizations_numbers_ALP= d_gapped_computation_parameters.d_first_stage_preliminary_realizations_numbers_ALP; randomization_parameters->d_preliminary_realizations_numbers_ALP= d_gapped_computation_parameters.d_preliminary_realizations_numbers_ALP; randomization_parameters->d_preliminary_realizations_numbers_killing= d_gapped_computation_parameters.d_preliminary_realizations_numbers_killing; randomization_parameters->d_random_seed=randomSeed_; randomization_parameters->d_total_realizations_number_with_ALP= d_gapped_computation_parameters.d_total_realizations_number_with_ALP; randomization_parameters->d_total_realizations_number_with_killing= d_gapped_computation_parameters.d_total_realizations_number_with_killing; } else { throw error("Error - d_gapped_computation_parameters must be defined before calling AlignmentEvaluer::initGapped with max_time_<=0\n",1); }; }; Sls::alp_data data_obj(//constructor randomSeed_,//randomization number randomization_parameters,//if not NULL, sets d_rand_flag to true and initializes d_rand_all gapOpen,//gap opening penalty gapOpen1_,//gap opening penalty for a gap in the sequence #1 gapOpen2_,//gap opening penalty for a gap in the sequence #2 gapEpen,//gap extension penalty gapEpen1_,//gap extension penalty for a gap in the sequence #1 gapEpen2_,//gap extension penalty for a gap in the sequence #2 alphabetSize_, substitutionScoreMatrix_, letterFreqs1_normalized, letterFreqs2_normalized, temperature_, max_time_,//maximum allowed calculation time in seconds max_mem_,//maximum allowed memory usage in MB eps_lambda_,//relative error for lambda calculation eps_K_,//relative error for K calculation insertions_after_deletions_,//if true, then insertions after deletions are allowed d_gapped_computation_parameters.d_max_time_for_quick_tests,//maximum allowed calculation time in seconds for quick tests d_gapped_computation_parameters.d_max_time_with_computation_parameters);//maximum allowed time in seconds for the whole computation data_obj.d_max_time=Sls::alp_data::Tmax((1.0-GaplessTimePortion)*data_obj.d_max_time,data_obj.d_max_time-GaplessPreliminaryTime); Sls::alp_sim sim_obj(&data_obj); if(max_time_>0) { d_gapped_computation_parameters.d_parameters_flag=true; d_gapped_computation_parameters.d_first_stage_preliminary_realizations_numbers_ALP= sim_obj.d_alp_data->d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP; d_gapped_computation_parameters.d_preliminary_realizations_numbers_ALP= sim_obj.d_alp_data->d_rand_all->d_preliminary_realizations_numbers_ALP; d_gapped_computation_parameters.d_preliminary_realizations_numbers_killing= sim_obj.d_alp_data->d_rand_all->d_preliminary_realizations_numbers_killing; d_gapped_computation_parameters.d_total_realizations_number_with_ALP= sim_obj.d_alp_data->d_rand_all->d_total_realizations_number_with_ALP; d_gapped_computation_parameters.d_total_realizations_number_with_killing= sim_obj.d_alp_data->d_rand_all->d_total_realizations_number_with_killing; }; sim_obj.m_GaplessAlpha = d_params.gapless_alpha; sim_obj.m_GaplessAlphaError = d_params.gapless_alpha_error; sim_obj.m_GaplessA = d_params.gapless_a; sim_obj.m_GaplessAError = d_params.gapless_a_error; sim_obj.m_G1=gapOpen1_+gapEpen1_; sim_obj.m_G2=gapOpen2_+gapEpen2_; sim_obj.m_G=alp_data::Tmin(sim_obj.m_G1,sim_obj.m_G2); //------------------------------------------------------------------ d_params.G=sim_obj.m_G; d_params.G1=sim_obj.m_G1; d_params.G2=sim_obj.m_G2; d_params.lambda = sim_obj.m_Lambda; d_params.lambda_error = sim_obj.m_LambdaError; d_params.K = sim_obj.m_K; d_params.K_error = sim_obj.m_KError; d_params.C = sim_obj.m_C; d_params.C_error = sim_obj.m_CError; d_params.sigma = sim_obj.m_Sigma; d_params.sigma_error = sim_obj.m_SigmaError; d_params.alpha_I = sim_obj.m_AlphaI; d_params.alpha_I_error = sim_obj.m_AlphaIError; d_params.alpha_J = sim_obj.m_AlphaJ; d_params.alpha_J_error = sim_obj.m_AlphaJError; d_params.a_I = sim_obj.m_AI; d_params.a_I_error = sim_obj.m_AIError; d_params.a_J = sim_obj.m_AJ; d_params.a_J_error = sim_obj.m_AJError; d_params.m_LambdaSbs=sim_obj.m_LambdaSbs; d_params.m_KSbs=sim_obj.m_KSbs; d_params.m_CSbs=sim_obj.m_CSbs; d_params.m_SigmaSbs=sim_obj.m_SigmaSbs; d_params.m_AlphaISbs=sim_obj.m_AlphaISbs; d_params.m_AlphaJSbs=sim_obj.m_AlphaJSbs; d_params.m_AISbs=sim_obj.m_AISbs; d_params.m_AJSbs=sim_obj.m_AJSbs; d_params.a = (d_params.a_I + d_params.a_J) * 0.5; d_params.a_error = (d_params.a_I_error + d_params.a_J_error)*0.5; d_params.alpha = (d_params.alpha_I + d_params.alpha_J) * 0.5; d_params.alpha_error = (d_params.alpha_I_error + d_params.alpha_J_error) * 0.5; d_params.d_params_flag=true; //precompute intercepts pvalues::compute_intercepts(d_params); double CurrentTime2; Sls::alp_data::get_current_time(CurrentTime2); d_params.m_CalcTime=CurrentTime2-CurrentTime1; delete randomization_parameters;randomization_parameters=NULL; if(!pvalues::assert_Gumbel_parameters( d_params)||!isGood()) { d_params.d_params_flag=false; throw error("Error - computation of the Gumbel parameters is unsuccessful in the function \"void AlignmentEvaluer::initGapped\"\n",1); }; delete[]letterFreqs1_normalized; delete[]letterFreqs2_normalized; } catch (...) { delete randomization_parameters;randomization_parameters=NULL; d_params.d_params_flag=false; throw; }; } //Initializes Gumbel parameters using precalculated values: void AlignmentEvaluer::initParameters( const AlignmentEvaluerParameters ¶meters_) { try { double CurrentTime1; Sls::alp_data::get_current_time(CurrentTime1); d_params.d_params_flag=false; double calculation_error=1e-6; d_params.lambda=parameters_.d_lambda; d_params.lambda_error=calculation_error; d_params.C=0; d_params.C_error=0; d_params.K=parameters_.d_k; d_params.K_error=calculation_error; d_params.a_I=parameters_.d_a2; d_params.a_I_error=calculation_error; d_params.a_J=parameters_.d_a1; d_params.a_J_error=calculation_error; d_params.sigma=parameters_.d_sigma; d_params.sigma_error=calculation_error; d_params.alpha_I=parameters_.d_alpha2; d_params.alpha_I_error=calculation_error; d_params.alpha_J=parameters_.d_alpha1; d_params.alpha_J_error=calculation_error; d_params.a=0.5*(parameters_.d_a1+parameters_.d_a2); d_params.a_error=calculation_error; d_params.alpha=0.5*(parameters_.d_alpha1+parameters_.d_alpha2); d_params.alpha_error=calculation_error; d_params.gapless_a=0; d_params.gapless_a_error=0; d_params.gapless_alpha=0; d_params.gapless_alpha_error=0; d_params.G=0; d_params.G1=0; d_params.G2=0; //intercepts d_params.b_I=parameters_.d_b2; d_params.b_I_error=calculation_error; d_params.b_J=parameters_.d_b1; d_params.b_J_error=calculation_error; d_params.beta_I=parameters_.d_beta2; d_params.beta_I_error=calculation_error; d_params.beta_J=parameters_.d_beta1; d_params.beta_J_error=calculation_error; d_params.tau=parameters_.d_tau; d_params.tau_error=calculation_error; //arrays initialization std::vector sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.lambda; sbs_arrays[1]=d_params.lambda + calculation_error; d_params.m_LambdaSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.K; sbs_arrays[1]=d_params.K+calculation_error; d_params.m_KSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.C; sbs_arrays[1]=d_params.C+calculation_error; d_params.m_CSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.sigma; sbs_arrays[1]=d_params.sigma + calculation_error; d_params.m_SigmaSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.alpha_I; sbs_arrays[1]=d_params.alpha_I + calculation_error; d_params.m_AlphaISbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.alpha_J; sbs_arrays[1]=d_params.alpha_J + calculation_error; d_params.m_AlphaJSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.a_I; sbs_arrays[1]=d_params.a_I + calculation_error; d_params.m_AISbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.a_J; sbs_arrays[1]=d_params.a_J + calculation_error; d_params.m_AJSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.b_J; sbs_arrays[1]=d_params.b_J + calculation_error; d_params.m_BJSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.b_I; sbs_arrays[1]=d_params.b_I + calculation_error; d_params.m_BISbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.beta_J; sbs_arrays[1]=d_params.beta_J + calculation_error; d_params.m_BetaJSbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.beta_I; sbs_arrays[1]=d_params.beta_I + calculation_error; d_params.m_BetaISbs=sbs_arrays; sbs_arrays.resize(2); sbs_arrays[0]=d_params.tau; sbs_arrays[1]=d_params.tau + calculation_error; d_params.m_TauSbs=sbs_arrays; d_params.d_params_flag=true;//if true, then the parameters are defined and P-values can be calculated pvalues::compute_tmp_values(d_params); double CurrentTime2; Sls::alp_data::get_current_time(CurrentTime2); d_params.m_CalcTime=CurrentTime2-CurrentTime1; if(!pvalues::assert_Gumbel_parameters( d_params)||!isGood()) { d_params.d_params_flag=false; throw error("Error - computation of the Gumbel parameters is unsuccessful in the function \"void AlignmentEvaluer::initParameters\"\n",1); }; } catch (...) { d_params.d_params_flag=false; throw; }; } void AlignmentEvaluer::initParameters( const AlignmentEvaluerParametersWithErrors ¶meters_) { try { double CurrentTime1; Sls::alp_data::get_current_time(CurrentTime1); d_params.d_params_flag=false; long int array_dim=20; long int seed_tmp=12345; srand(seed_tmp); d_params.lambda=parameters_.d_lambda; d_params.lambda_error=parameters_.d_lambda_error; d_params.C=0; d_params.C_error=0; d_params.K=parameters_.d_k; d_params.K_error=parameters_.d_k_error; d_params.a_I=parameters_.d_a2; d_params.a_I_error=parameters_.d_a2_error; d_params.a_J=parameters_.d_a1; d_params.a_J_error=parameters_.d_a1_error; d_params.sigma=parameters_.d_sigma; d_params.sigma_error=parameters_.d_sigma_error; d_params.alpha_I=parameters_.d_alpha2; d_params.alpha_I_error=parameters_.d_alpha2_error; d_params.alpha_J=parameters_.d_alpha1; d_params.alpha_J_error=parameters_.d_alpha1_error; d_params.a=0.5*(parameters_.d_a1+parameters_.d_a2); d_params.a_error=0.5*(parameters_.d_a1_error+parameters_.d_a2_error); d_params.alpha=0.5*(parameters_.d_alpha1+parameters_.d_alpha2); d_params.alpha_error=0.5*(parameters_.d_alpha1_error+parameters_.d_alpha2_error); d_params.gapless_a=0; d_params.gapless_a_error=0; d_params.gapless_alpha=0; d_params.gapless_alpha_error=0; d_params.G=0; d_params.G1=0; d_params.G2=0; d_params.m_CalcTime=0; //intercepts d_params.b_I=parameters_.d_b2; d_params.b_I_error=parameters_.d_b2_error; d_params.b_J=parameters_.d_b1; d_params.b_J_error=parameters_.d_b1_error; d_params.beta_I=parameters_.d_beta2; d_params.beta_I_error=parameters_.d_beta2_error; d_params.beta_J=parameters_.d_beta1; d_params.beta_J_error=parameters_.d_beta1_error; d_params.tau=parameters_.d_tau; d_params.tau_error=parameters_.d_tau_error; double sqrt_array_dim=sqrt((double)array_dim); d_params.m_LambdaSbs.clear(); d_params.m_KSbs.clear(); d_params.m_CSbs.clear(); d_params.m_SigmaSbs.clear(); d_params.m_AlphaISbs.clear(); d_params.m_AlphaJSbs.clear(); d_params.m_AISbs.clear(); d_params.m_AJSbs.clear(); d_params.m_BISbs.clear(); d_params.m_BJSbs.clear(); d_params.m_BetaISbs.clear(); d_params.m_BetaJSbs.clear(); d_params.m_TauSbs.clear(); long int i; for(i=0;i0) { d_gapped_computation_parameters.d_max_time_for_quick_tests=0.5*max_time_*(double)quick_tests_trials_number/(double)(quick_tests_trials_number+number_of_samples_+number_of_samples_for_preliminary_stages_); } else { d_gapped_computation_parameters.d_max_time_for_quick_tests=-1; }; } void AlignmentEvaluer::gapped_computation_parameters_clear() { d_gapped_computation_parameters.d_first_stage_preliminary_realizations_numbers_ALP.clear(); d_gapped_computation_parameters.d_preliminary_realizations_numbers_ALP.clear(); d_gapped_computation_parameters.d_preliminary_realizations_numbers_killing.clear(); d_gapped_computation_parameters.d_parameters_flag=false; d_gapped_computation_parameters.d_max_time_for_quick_tests=-1; d_gapped_computation_parameters.d_max_time_with_computation_parameters=-1; } } bbuchfink-diamond-6dc5717/src/lib/alp/sls_alignment_evaluer.hpp000066400000000000000000000207331523407312000246260ustar00rootroot00000000000000#ifndef INCLUDED_SLS_ALIGNMENT_EVALUER #define INCLUDED_SLS_ALIGNMENT_EVALUER /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alignment_evaluer.hpp Authors: Martin Frith, Sergey Sheetlin Contents: library functions of main routines ******************************************************************************/ #include "sls_pvalues.hpp" #include #include "util/math/math.h" namespace Sls { const double default_importance_sampling_temperature = 1.07; class AlignmentEvaluer { //Write the parameters: friend std::ostream &operator<<(std::ostream &s_, const AlignmentEvaluer &g_); //Read the parameters: friend std::istream &operator>>(std::istream &s_, AlignmentEvaluer &g_); public: //randomization parameters struct gapped_computation_parameters_struct { gapped_computation_parameters_struct() { d_parameters_flag=false; d_max_time_for_quick_tests=-1; d_max_time_with_computation_parameters=-1; }; std::vector d_first_stage_preliminary_realizations_numbers_ALP; std::vector d_preliminary_realizations_numbers_ALP; std::vector d_preliminary_realizations_numbers_killing; long int d_total_realizations_number_with_ALP; long int d_total_realizations_number_with_killing; bool d_parameters_flag;//if false then the parameters are not defined double d_max_time_for_quick_tests;//maximum allowed calculation time in seconds for quick tests double d_max_time_with_computation_parameters;//maximum allowed time in seconds for the whole computation }; //Computes gapless Gumbel parameters: void initGapless(long alphabetSize_,//a number of letters in the alphabet const long *const *substitutionScoreMatrix_,//scoring matrix const double *letterFreqs1_,//background frequencies of letters in sequence #1 const double *letterFreqs2_,//background frequencies of letters in sequence #2 double max_time_=60);//maximum allowed calculation time in seconds //Computes gapped Gumbel parameters: //The NCBI convention is used for penalizing a gap: //For example, a gap of length k is penalized as gapOpen1_+k*gapEpen1_ for sequence #1 //if max_time_<=0 then d_gapped_computation_parameters will be used; //d_gapped_computation_parameters.d_parameters_flag must be true in this case //every execution of initGapped with max_time_>0 rewrites d_gapped_computation_parameters by the actual values void initGapped(long alphabetSize_,//a number of letters in the alphabet const long *const *substitutionScoreMatrix_,//scoring matrix const double *letterFreqs1_,//background frequencies of letters in sequence #1 const double *letterFreqs2_,//background frequencies of letters in sequence #2 long gapOpen1_,//gap opening penalty for sequence #1 long gapEpen1_,//gap extension penalty for sequence #1 long gapOpen2_,//gap opening penalty for sequence #2 long gapEpen2_,//gap extension penalty for sequence #2 bool insertions_after_deletions_,//if true, then insertions after deletions are permitted double eps_lambda_,//relative error for the parameter lambda double eps_K_,//relative error for the parameter K double max_time_,//maximum allowed calculation time in seconds; double max_mem_,//maximum allowed memory usage in Mb long randomSeed_,//randomizaton seed double temperature_=default_importance_sampling_temperature); //Initializes Gumbel parameters using precalculated values: void initParameters( const AlignmentEvaluerParameters ¶meters_);//parameters_ must be defined by the user void initParameters( const AlignmentEvaluerParametersWithErrors ¶meters_);//parameters_ must be defined by the user //Computes P-values/E-values //Gumbel parameters must be defined via d_params void calc(double score_,//pairwise alignment score double seqlen1_,//length of sequence #1 double seqlen2_,//length of sequence #2 double &pvalue_,//resulted P-value double &pvalueErr_,//P-value error double &evalue_,//resulted E-value double &evalueErr_) const;//E-value error //The following routines compute P-values/E-values and related //quantities quickly, without calculating errors //Gumbel parameters must be defined via d_params void calc(double score_,//pairwise alignment score double seqlen1_,//length of sequence #1 double seqlen2_,//length of sequence #2 double &pvalue_,//resulted P-value double &evalue_) const;//resulted E-value double evalue(double score_,//pairwise alignment score double seqlen1_,//length of sequence #1 double seqlen2_) const//length of sequence #2 { return area(score_, seqlen1_, seqlen2_) * evaluePerArea(score_); } //Computes P-values from E-values static double pvalue(double evalue_) { return sls_basic::one_minus_exp_function(-evalue_); } //The "area" is approximately seqlen1_*seqlen2_, but it is //modified by a finite size correction double area(double score_,//pairwise alignment score double seqlen1_,//length of sequence #1 double seqlen2_) const;//length of sequence #2 double log_area(double score_,//pairwise alignment score double seqlen1_,//length of sequence #1 double seqlen2_) const; //length of sequence #2 double evaluePerArea(double score_) const { return d_params.K*Math::exp(-d_params.lambda*score_); } double bitScore(double score_) const { return (d_params.lambda*score_-Math::log(d_params.K))/Math::log(2.0); } //returns "true" if the set of parameters "d_params" is fully defined for P-value calculation bool isGood() const { return d_params.d_params_flag; } //provides access to the set of Gumbel parameters const ALP_set_of_parameters ¶meters() const { return d_params; } //provides access to the set of randomization parameters const gapped_computation_parameters_struct &gapped_computation_parameters() const { return d_gapped_computation_parameters; } //simplified setting of the computation parameters void set_gapped_computation_parameters_simplified( double max_time_=-1.0,//maximum allowed time in seconds for the whole computation long number_of_samples_=1000,//number of realization for the main stage long number_of_samples_for_preliminary_stages_=200);//number of realization for the preliminary stages void set_gapped_computation_parameters( const gapped_computation_parameters_struct &gapped_computation_parameters_) { d_gapped_computation_parameters=gapped_computation_parameters_; }; //clear the computation parameters void gapped_computation_parameters_clear(); private: //check correctness of the input parameters for gapless alignment void assert_Gapless_input_parameters( long alphabetSize_,//a number of letters in the alphabet const double *letterFreqs1_,//background frequencies of letters in sequence #1 const double *letterFreqs2_,//background frequencies of letters in sequence #2 double *&letterFreqs1_normalized_,//normalized background frequencies of letters in sequence #1 double *&letterFreqs2_normalized_,//normalized background frequencies of letters in sequence #2 const std::string function_name_);//"assert_Gapless_input_parameters" is called from "function_name_" function private: ALP_set_of_parameters d_params;//set of Gumbel parameters //generalized randomization parameters for the gapped computation gapped_computation_parameters_struct d_gapped_computation_parameters; }; } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/sls_alp.cpp000066400000000000000000001744671523407312000217120ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alp.cpp Author: Sergey Sheetlin, Martin Frith Contents: Ascending ladder points simulation ******************************************************************************/ #include "sls_alp.hpp" #include "util/math/math.h" using namespace Sls; static long int small_long=(long int)((double)LONG_MIN/2.0); alp::alp(//constructor alp_data *alp_data_ ) { d_seqi=NULL; d_seqj=NULL; d_WS_i_const_pred=NULL; d_WI_i_const_pred=NULL; d_WD_i_const_pred=NULL; d_WS_i_const_next=NULL; d_WI_i_const_next=NULL; d_WD_i_const_next=NULL; d_WS_j_const_pred=NULL; d_WI_j_const_pred=NULL; d_WD_j_const_pred=NULL; d_WS_j_const_next=NULL; d_WI_j_const_next=NULL; d_WD_j_const_next=NULL; //alignment matrix d_HS_i_const_pred=NULL; d_HI_i_const_pred=NULL; d_HD_i_const_pred=NULL; d_H_i_const_pred=NULL; d_HS_i_const_next=NULL; d_HI_i_const_next=NULL; d_HD_i_const_next=NULL; d_H_i_const_next=NULL; d_HS_j_const_pred=NULL; d_HI_j_const_pred=NULL; d_HD_j_const_pred=NULL; d_H_j_const_pred=NULL; d_HS_j_const_next=NULL; d_HI_j_const_next=NULL; d_HD_j_const_next=NULL; d_H_j_const_next=NULL; d_H_edge_max=NULL; d_H_I=NULL; d_H_J=NULL; d_alp=NULL; d_alp_pos=NULL; d_cells_counts=NULL; d_alp_weights=NULL; d_alp_states=NULL; d_success=true; d_check_time_flag=false; d_time_error_flag=false; d_time_limit_flag=false; d_single_realiztion_calculation_flag=false; d_alp_data=alp_data_; if(!d_alp_data) { throw error("Unexpected error\n",4); }; d_a_step=30; try { d_is_now=true; d_seqi_len=0; d_seqj_len=0; d_seq_a_len=0; d_H_matr_a_len=0; d_W_matr_a_len=0; d_H_matr_len=-1; d_W_matr_len=-1; d_nalp=-1; d_H_edge_max=new long int[1]; alp_data::assert_mem(d_H_edge_max); d_H_edge_max[0]=0; d_alp_data->d_memory_size_in_MB+=(double)(sizeof(long int))/mb_bytes; d_alp=new array_positive(d_alp_data); alp_data::assert_mem(d_alp); d_H_I=new array_positive(d_alp_data); alp_data::assert_mem(d_H_I); d_H_J=new array_positive(d_alp_data); alp_data::assert_mem(d_H_J); d_alp_pos=new array_positive(d_alp_data); alp_data::assert_mem(d_alp_pos); d_alp_data->d_memory_size_in_MB+=4*(double)(sizeof(array_positive))/mb_bytes; d_alp_states=new array_positive(d_alp_data); alp_data::assert_mem(d_alp_states); d_alp_data->d_memory_size_in_MB+=(double)(sizeof(array_positive))/mb_bytes; d_alp_weights=new array_positive(d_alp_data); alp_data::assert_mem(d_alp_weights); d_alp_data->d_memory_size_in_MB+=(double)(sizeof(array_positive))/mb_bytes; d_cells_counts=new array(d_alp_data); alp_data::assert_mem(d_cells_counts); d_alp_data->d_memory_size_in_MB+=(double)(sizeof(array))/mb_bytes; increment_W_weights(); increment_H_weights_with_sentinels(0); } catch (...) { this->~alp(); throw; }; } alp::~alp()//destructor { release_and_calculate_memory(d_seqi,d_seq_a_len); release_and_calculate_memory(d_seqj,d_seq_a_len); release_and_calculate_memory(d_WS_i_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WI_i_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WD_i_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WS_i_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WI_i_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WD_i_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WS_j_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WI_j_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WD_j_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WS_j_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WI_j_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WD_j_const_next,d_W_matr_a_len); release_and_calculate_memory(d_HS_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HI_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HD_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_H_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HS_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HI_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HD_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_H_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HS_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HI_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HD_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_H_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HS_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HI_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HD_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_H_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_H_edge_max,d_H_matr_a_len+1); release_and_calculate_memory(d_alp); release_and_calculate_memory(d_H_I); release_and_calculate_memory(d_H_J); release_and_calculate_memory(d_alp_pos); long int i; if(d_alp_states) { for(i=0;i<=d_nalp;i++) { if(i<=d_alp_states->d_dim) { if(d_alp_states->d_elem[i]) { for(i=0;i<=d_nalp;i++) { release_and_calculate_memory(d_alp_states->d_elem[i]->d_HS_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HI_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HD_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_H_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HS_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HI_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HD_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_H_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_cells_counts); release_and_calculate_memory(d_alp_states->d_elem[i]); }; }; }; }; }; release_and_calculate_memory(d_alp_states); release_and_calculate_memory(d_alp_weights); release_and_calculate_memory(d_cells_counts); } void alp::partially_release_memory() { release_and_calculate_memory(d_seqi,d_seq_a_len); release_and_calculate_memory(d_seqj,d_seq_a_len); release_and_calculate_memory(d_WS_i_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WI_i_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WD_i_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WS_i_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WI_i_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WD_i_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WS_j_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WI_j_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WD_j_const_pred,d_W_matr_a_len); release_and_calculate_memory(d_WS_j_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WI_j_const_next,d_W_matr_a_len); release_and_calculate_memory(d_WD_j_const_next,d_W_matr_a_len); release_and_calculate_memory(d_HS_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HI_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HD_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_H_i_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HS_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HI_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HD_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_H_i_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HS_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HI_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HD_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_H_j_const_pred,d_H_matr_a_len); release_and_calculate_memory(d_HS_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HI_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_HD_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_H_j_const_next,d_H_matr_a_len); release_and_calculate_memory(d_H_edge_max,d_H_matr_a_len+1); long int i; if(d_alp_states) { for(i=0;i<=d_nalp;i++) { if(i<=d_alp_states->d_dim) { if(d_alp_states->d_elem[i]) { release_and_calculate_memory(d_alp_states->d_elem[i]->d_HS_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HI_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HD_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_H_i_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HS_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HI_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_HD_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_H_j_const_next,d_alp_states->d_elem[i]->d_H_matr_len); release_and_calculate_memory(d_alp_states->d_elem[i]->d_cells_counts); }; }; }; }; } long int alp::random_AA1() { return d_alp_data->random_long( d_alp_data->ran2(), d_alp_data->d_number_of_AA, d_alp_data->d_RR1_sum, d_alp_data->d_RR1_sum_elements); } long int alp::random_AA2() { return d_alp_data->random_long( d_alp_data->ran2(), d_alp_data->d_number_of_AA, d_alp_data->d_RR2_sum, d_alp_data->d_RR2_sum_elements); } bool alp::one_step_of_importance_sampling_without_weight_calculation( long int d_dim1_, long int d_dim2_) { char &state_=d_IS_state; alp_data *&las_object_=d_alp_data; importance_sampling *&d_is_=d_alp_data->d_is; long int &length1_=d_seqi_len; long int &length2_=d_seqj_len; long int *&d_seqi_rglobal_=d_seqi; long int *&d_seqj_rglobal_=d_seqj; bool res=true; if(length1_==0&&length2_==0) { state_=alp_data::random_long( las_object_->ran2(), 3, d_is_->d_for_S, d_is_->d_for_S_states); }; if(state_=='D') { if(length1_==d_dim1_) { res=false; return res; }; if(length1_>d_seq_a_len-1) { increment_sequences(); }; d_seqi_rglobal_[length1_]=random_AA1(); length1_++; state_=alp_data::random_long( las_object_->ran2(), 3, d_is_->d_for_D, d_is_->d_for_D_states); goto weight_calculation; }; if(state_=='I') { if(length2_==d_dim2_) { res=false; return res; }; if(length2_>d_seq_a_len-1) { increment_sequences(); }; d_seqj_rglobal_[length2_]=random_AA2(); length2_++; state_=alp_data::random_long( las_object_->ran2(), 2, d_is_->d_for_I, d_is_->d_for_I_states); goto weight_calculation; }; if(state_=='S') { if(length1_==d_dim1_||length2_==d_dim2_) { res=false; return res; }; q_elem pair=alp_data::random_long( las_object_->ran2(), d_is_->d_is_number_of_AA*d_is_->d_is_number_of_AA, d_is_->d_elements_values, d_is_->d_elements); if(length1_>d_seq_a_len-1||length2_>d_seq_a_len-1) { increment_sequences(); }; d_seqi_rglobal_[length1_]=pair.d_a; d_seqj_rglobal_[length2_]=pair.d_b; length1_++; length2_++; state_=alp_data::random_long( las_object_->ran2(), 3, d_is_->d_for_S, d_is_->d_for_S_states); goto weight_calculation; }; weight_calculation: //----deleted------- return res; } void alp::increment_sequences() { long int *d_seqi_new=NULL; long int *d_seqj_new=NULL; try { d_seq_a_len+=d_a_step; d_seqi_new=new long int[d_seq_a_len]; alp_data::assert_mem(d_seqi_new); d_seqj_new=new long int[d_seq_a_len]; alp_data::assert_mem(d_seqj_new); long int i; for(i=0;id_memory_size_in_MB+=(double)(sizeof(long int)*d_a_step*2)/mb_bytes; } catch (...) { delete[]d_seqi_new;d_seqi_new=NULL; delete[]d_seqj_new;d_seqj_new=NULL; throw; }; } void alp::increment_W_matrix() { double *d_WS_i_const_pred_new=NULL; double *d_WI_i_const_pred_new=NULL; double *d_WD_i_const_pred_new=NULL; double *d_WS_i_const_next_new=NULL; double *d_WI_i_const_next_new=NULL; double *d_WD_i_const_next_new=NULL; double *d_WS_j_const_pred_new=NULL; double *d_WI_j_const_pred_new=NULL; double *d_WD_j_const_pred_new=NULL; double *d_WS_j_const_next_new=NULL; double *d_WI_j_const_next_new=NULL; double *d_WD_j_const_next_new=NULL; try { d_W_matr_a_len+=d_a_step; //the importance sampling weights d_WS_i_const_pred_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WS_i_const_pred_new); d_WI_i_const_pred_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WI_i_const_pred_new); d_WD_i_const_pred_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WD_i_const_pred_new); d_WS_i_const_next_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WS_i_const_next_new); d_WI_i_const_next_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WI_i_const_next_new); d_WD_i_const_next_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WD_i_const_next_new); d_WS_j_const_pred_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WS_j_const_pred_new); d_WI_j_const_pred_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WI_j_const_pred_new); d_WD_j_const_pred_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WD_j_const_pred_new); d_WS_j_const_next_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WS_j_const_next_new); d_WI_j_const_next_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WI_j_const_next_new); d_WD_j_const_next_new=new double[d_W_matr_a_len]; alp_data::assert_mem(d_WD_j_const_next_new); long int i; for(i=0;id_memory_size_in_MB+=(double)(sizeof(double)*d_a_step*12)/mb_bytes; d_WS_i_const_pred=d_WS_i_const_pred_new;d_WS_i_const_pred_new=NULL; d_WI_i_const_pred=d_WI_i_const_pred_new;d_WI_i_const_pred_new=NULL; d_WD_i_const_pred=d_WD_i_const_pred_new;d_WD_i_const_pred_new=NULL; d_WS_i_const_next=d_WS_i_const_next_new;d_WS_i_const_next_new=NULL; d_WI_i_const_next=d_WI_i_const_next_new;d_WI_i_const_next_new=NULL; d_WD_i_const_next=d_WD_i_const_next_new;d_WD_i_const_next_new=NULL; d_WS_j_const_pred=d_WS_j_const_pred_new;d_WS_j_const_pred_new=NULL; d_WI_j_const_pred=d_WI_j_const_pred_new;d_WI_j_const_pred_new=NULL; d_WD_j_const_pred=d_WD_j_const_pred_new;d_WD_j_const_pred_new=NULL; d_WS_j_const_next=d_WS_j_const_next_new;d_WS_j_const_next_new=NULL; d_WI_j_const_next=d_WI_j_const_next_new;d_WI_j_const_next_new=NULL; d_WD_j_const_next=d_WD_j_const_next_new;d_WD_j_const_next_new=NULL; } catch (...) { delete[]d_WS_i_const_pred_new;d_WS_i_const_pred_new=NULL; delete[]d_WI_i_const_pred_new;d_WI_i_const_pred_new=NULL; delete[]d_WD_i_const_pred_new;d_WD_i_const_pred_new=NULL; delete[]d_WS_i_const_next_new;d_WS_i_const_next_new=NULL; delete[]d_WI_i_const_next_new;d_WI_i_const_next_new=NULL; delete[]d_WD_i_const_next_new;d_WD_i_const_next_new=NULL; delete[]d_WS_j_const_pred_new;d_WS_j_const_pred_new=NULL; delete[]d_WI_j_const_pred_new;d_WI_j_const_pred_new=NULL; delete[]d_WD_j_const_pred_new;d_WD_j_const_pred_new=NULL; delete[]d_WS_j_const_next_new;d_WS_j_const_next_new=NULL; delete[]d_WI_j_const_next_new;d_WI_j_const_next_new=NULL; delete[]d_WD_j_const_next_new;d_WD_j_const_next_new=NULL; throw; }; } void alp::increment_H_matrix() { long int *d_HS_i_const_pred_new=NULL; long int *d_HI_i_const_pred_new=NULL; long int *d_HD_i_const_pred_new=NULL; long int *d_H_i_const_pred_new=NULL; long int *d_HS_i_const_next_new=NULL; long int *d_HI_i_const_next_new=NULL; long int *d_HD_i_const_next_new=NULL; long int *d_H_i_const_next_new=NULL; long int *d_HS_j_const_pred_new=NULL; long int *d_HI_j_const_pred_new=NULL; long int *d_HD_j_const_pred_new=NULL; long int *d_H_j_const_pred_new=NULL; long int *d_HS_j_const_next_new=NULL; long int *d_HI_j_const_next_new=NULL; long int *d_HD_j_const_next_new=NULL; long int *d_H_j_const_next_new=NULL; long int *d_H_edge_max_new=NULL; try { d_H_matr_a_len+=d_a_step; //alignment matrix d_HS_i_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HS_i_const_pred_new); d_HI_i_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HI_i_const_pred_new); d_HD_i_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HD_i_const_pred_new); d_H_i_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_H_i_const_pred_new); d_HS_i_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HS_i_const_next_new); d_HI_i_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HI_i_const_next_new); d_HD_i_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HD_i_const_next_new); d_H_i_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_H_i_const_next_new); d_HS_j_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HS_j_const_pred_new); d_HI_j_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HI_j_const_pred_new); d_HD_j_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HD_j_const_pred_new); d_H_j_const_pred_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_H_j_const_pred_new); d_HS_j_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HS_j_const_next_new); d_HI_j_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HI_j_const_next_new); d_HD_j_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_HD_j_const_next_new); d_H_j_const_next_new=new long int[d_H_matr_a_len]; alp_data::assert_mem(d_H_j_const_next_new); d_H_edge_max_new=new long int[d_H_matr_a_len+1]; alp_data::assert_mem(d_H_edge_max_new); long int i; for(i=0;id_memory_size_in_MB+=(double)(sizeof(long int)*d_a_step*17)/mb_bytes; d_HS_i_const_pred=d_HS_i_const_pred_new;d_HS_i_const_pred_new=NULL; d_HI_i_const_pred=d_HI_i_const_pred_new;d_HI_i_const_pred_new=NULL; d_HD_i_const_pred=d_HD_i_const_pred_new;d_HD_i_const_pred_new=NULL; d_H_i_const_pred=d_H_i_const_pred_new;d_H_i_const_pred_new=NULL; d_HS_i_const_next=d_HS_i_const_next_new;d_HS_i_const_next_new=NULL; d_HI_i_const_next=d_HI_i_const_next_new;d_HI_i_const_next_new=NULL; d_HD_i_const_next=d_HD_i_const_next_new;d_HD_i_const_next_new=NULL; d_H_i_const_next=d_H_i_const_next_new;d_H_i_const_next_new=NULL; d_HS_j_const_pred=d_HS_j_const_pred_new;d_HS_j_const_pred_new=NULL; d_HI_j_const_pred=d_HI_j_const_pred_new;d_HI_j_const_pred_new=NULL; d_HD_j_const_pred=d_HD_j_const_pred_new;d_HD_j_const_pred_new=NULL; d_H_j_const_pred=d_H_j_const_pred_new;d_H_j_const_pred_new=NULL; d_HS_j_const_next=d_HS_j_const_next_new;d_HS_j_const_next_new=NULL; d_HI_j_const_next=d_HI_j_const_next_new;d_HI_j_const_next_new=NULL; d_HD_j_const_next=d_HD_j_const_next_new;d_HD_j_const_next_new=NULL; d_H_j_const_next=d_H_j_const_next_new;d_H_j_const_next_new=NULL; d_H_edge_max=d_H_edge_max_new;d_H_edge_max_new=NULL; } catch (...) { delete[]d_HS_i_const_pred_new;d_HS_i_const_pred_new=NULL; delete[]d_HI_i_const_pred_new;d_HI_i_const_pred_new=NULL; delete[]d_HD_i_const_pred_new;d_HD_i_const_pred_new=NULL; delete[]d_H_i_const_pred_new;d_H_i_const_pred_new=NULL; delete[]d_HS_i_const_next_new;d_HS_i_const_next_new=NULL; delete[]d_HI_i_const_next_new;d_HI_i_const_next_new=NULL; delete[]d_HD_i_const_next_new;d_HD_i_const_next_new=NULL; delete[]d_H_i_const_next_new;d_H_i_const_next_new=NULL; delete[]d_HS_j_const_pred_new;d_HS_j_const_pred_new=NULL; delete[]d_HI_j_const_pred_new;d_HI_j_const_pred_new=NULL; delete[]d_HD_j_const_pred_new;d_HD_j_const_pred_new=NULL; delete[]d_H_j_const_pred_new;d_H_j_const_pred_new=NULL; delete[]d_HS_j_const_next_new;d_HS_j_const_next_new=NULL; delete[]d_HI_j_const_next_new;d_HI_j_const_next_new=NULL; delete[]d_HD_j_const_next_new;d_HD_j_const_next_new=NULL; delete[]d_H_j_const_next_new;d_H_j_const_next_new=NULL; delete[]d_H_edge_max_new;d_H_edge_max_new=NULL; throw; }; } void alp::increment_W_weights() //the function calculates weigths for d_W_matr_len increased by 1 //assumes that letters are defined for d_W_matr_len { if(d_W_matr_len==-1) { d_WS_ij_next=1.0; d_WI_ij_next=0.0; d_WD_ij_next=0.0; d_W_matr_len++; d_alp_weights->set_elem(0,1.0); return; }; if(d_seqi_lend_W_matr_a_len) { increment_W_matrix(); }; d_W_matr_len++; swap(d_WS_i_const_pred,d_WS_i_const_next); swap(d_WI_i_const_pred,d_WI_i_const_next); swap(d_WD_i_const_pred,d_WD_i_const_next); swap(d_WS_j_const_pred,d_WS_j_const_next); swap(d_WI_j_const_pred,d_WI_j_const_next); swap(d_WD_j_const_pred,d_WD_j_const_next); d_WS_ij_pred=d_WS_ij_next; d_WI_ij_pred=d_WI_ij_next; d_WD_ij_pred=d_WD_ij_next; long int d_W_matr_len_1=d_W_matr_len-1; long int d_W_matr_len_2=d_W_matr_len-2; //boundary conditions importance_sampling *&d_is_tmp=d_alp_data->d_is; d_WS_i_const_next[d_W_matr_len_1]=0; d_WS_j_const_next[d_W_matr_len_1]=0; d_WI_i_const_next[d_W_matr_len_1]=0; d_WD_j_const_next[d_W_matr_len_1]=0; double deg_tmp=degree(d_is_tmp->d_nu,d_W_matr_len_1); d_WD_i_const_next[d_W_matr_len_1]=d_is_tmp->d_mu_DS*deg_tmp; d_WI_j_const_next[d_W_matr_len_1]=d_is_tmp->d_mu_IS*deg_tmp; long int i; for(i=d_W_matr_len_2;i>=1;i--) { d_WS_i_const_next[i]=d_is_tmp->d_exp_s[d_seqi[d_W_matr_len_1]][d_seqj[d_W_matr_len_2-i]]*(d_is_tmp->d_eta*d_WS_i_const_pred[i]+d_is_tmp->d_mu_SI*d_WI_i_const_pred[i]+d_is_tmp->d_mu_SD*d_WD_i_const_pred[i]); d_WI_i_const_next[i]=d_is_tmp->d_mu_IS*d_WS_i_const_next[i+1]+d_is_tmp->d_nu*d_WI_i_const_next[i+1]+d_is_tmp->d_mu_ID*d_WD_i_const_next[i+1]; d_WD_i_const_next[i]=d_is_tmp->d_mu_DS*d_WS_i_const_pred[i-1]+d_is_tmp->d_nu*d_WD_i_const_pred[i-1]; d_WS_j_const_next[i]=d_is_tmp->d_exp_s[d_seqi[d_W_matr_len_2-i]][d_seqj[d_W_matr_len_1]]*(d_is_tmp->d_eta*d_WS_j_const_pred[i]+d_is_tmp->d_mu_SI*d_WI_j_const_pred[i]+d_is_tmp->d_mu_SD*d_WD_j_const_pred[i]); d_WI_j_const_next[i]=d_is_tmp->d_mu_IS*d_WS_j_const_pred[i-1]+d_is_tmp->d_nu*d_WI_j_const_pred[i-1]+d_is_tmp->d_mu_ID*d_WD_j_const_pred[i-1]; d_WD_j_const_next[i]=d_is_tmp->d_mu_DS*d_WS_j_const_next[i+1]+d_is_tmp->d_nu*d_WD_j_const_next[i+1]; }; if(d_W_matr_len>1) { //copy of the previous lines with a modification for i-1 i=0; d_WS_i_const_next[i]=d_is_tmp->d_exp_s[d_seqi[d_W_matr_len_1]][d_seqj[d_W_matr_len_2-i]]*(d_is_tmp->d_eta*d_WS_i_const_pred[i]+d_is_tmp->d_mu_SI*d_WI_i_const_pred[i]+d_is_tmp->d_mu_SD*d_WD_i_const_pred[i]); d_WI_i_const_next[i]=d_is_tmp->d_mu_IS*d_WS_i_const_next[i+1]+d_is_tmp->d_nu*d_WI_i_const_next[i+1]+d_is_tmp->d_mu_ID*d_WD_i_const_next[i+1]; d_WD_i_const_next[i]=d_is_tmp->d_mu_DS*d_WS_ij_pred+d_is_tmp->d_nu*d_WD_ij_pred; d_WS_j_const_next[i]=d_is_tmp->d_exp_s[d_seqi[d_W_matr_len_2-i]][d_seqj[d_W_matr_len_1]]*(d_is_tmp->d_eta*d_WS_j_const_pred[i]+d_is_tmp->d_mu_SI*d_WI_j_const_pred[i]+d_is_tmp->d_mu_SD*d_WD_j_const_pred[i]); d_WI_j_const_next[i]=d_is_tmp->d_mu_IS*d_WS_ij_pred+d_is_tmp->d_nu*d_WI_ij_pred+d_is_tmp->d_mu_ID*d_WD_ij_pred; d_WD_j_const_next[i]=d_is_tmp->d_mu_DS*d_WS_j_const_next[i+1]+d_is_tmp->d_nu*d_WD_j_const_next[i+1]; }; d_WS_ij_next=d_is_tmp->d_exp_s[d_seqi[d_W_matr_len_1]][d_seqj[d_W_matr_len_1]]*(d_is_tmp->d_eta*d_WS_ij_pred+d_is_tmp->d_mu_SI*d_WI_ij_pred+d_is_tmp->d_mu_SD*d_WD_ij_pred); d_WI_ij_next=d_is_tmp->d_mu_IS*d_WS_i_const_next[0]+d_is_tmp->d_nu*d_WI_i_const_next[0]+d_is_tmp->d_mu_ID*d_WD_i_const_next[0]; d_WD_ij_next=d_is_tmp->d_mu_DS*d_WS_j_const_next[0]+d_is_tmp->d_nu*d_WD_j_const_next[0]; } double alp::degree(//returns x_^n_ double x_, double n_) { if(x_<0||n_<0) { throw error("Error - unexpected parameter in alp::degree\n",4); }; if(x_==0) { if(n_==0) { return 1.0; } else { return 0.0; }; }; return Math::exp(n_*Math::log(x_)); } void alp::increment_H_weights() { if(d_alp_data->d_insertions_after_deletions) { increment_H_weights_with_insertions_after_deletions(); } else { increment_H_weights_without_insertions_after_deletions(); }; } void alp::increment_H_weights_without_insertions_after_deletions() //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len { if(d_H_matr_len==-1) { d_HS_ij_next=0; d_HI_ij_next=0; d_HD_ij_next=0; d_H_ij_next=0; d_M=0; d_nalp=0; d_alp->set_elem(0,0); d_H_I->set_elem(0,0); d_H_J->set_elem(0,0); d_alp_pos->set_elem(0,0); d_cells_counts->increase_elem_by_1(0); d_H_matr_len++; d_alp_states->set_elem(d_nalp,NULL); save_state(d_alp_states->d_elem[d_nalp]); return; }; if(d_seqi_lend_H_matr_a_len) { increment_H_matrix(); }; d_H_matr_len++; swap(d_HS_i_const_pred,d_HS_i_const_next); swap(d_HI_i_const_pred,d_HI_i_const_next); swap(d_HD_i_const_pred,d_HD_i_const_next); swap(d_H_i_const_pred,d_H_i_const_next); swap(d_HS_j_const_pred,d_HS_j_const_next); swap(d_HI_j_const_pred,d_HI_j_const_next); swap(d_HD_j_const_pred,d_HD_j_const_next); swap(d_H_j_const_pred,d_H_j_const_next); d_HS_ij_pred=d_HS_ij_next; d_HI_ij_pred=d_HI_ij_next; d_HD_ij_pred=d_HD_ij_next; d_H_ij_pred=d_H_ij_next; long int d_H_matr_len_1=d_H_matr_len-1; long int d_H_matr_len_2=d_H_matr_len-2; //boundary conditions //long int gap_tmp=-d_alp_data->d_open-d_H_matr_len_1*d_alp_data->d_epen; long int gap_tmp1=-d_alp_data->d_open1-d_H_matr_len_1*d_alp_data->d_epen1; long int gap_tmp2=-d_alp_data->d_open2-d_H_matr_len_1*d_alp_data->d_epen2; d_HS_i_const_next[d_H_matr_len_1]=small_long; d_HS_j_const_next[d_H_matr_len_1]=small_long; d_HI_i_const_next[d_H_matr_len_1]=small_long; d_HD_j_const_next[d_H_matr_len_1]=small_long; d_HD_i_const_next[d_H_matr_len_1]=gap_tmp1; d_HI_j_const_next[d_H_matr_len_1]=gap_tmp2; d_H_i_const_next[d_H_matr_len_1]=gap_tmp1; d_H_j_const_next[d_H_matr_len_1]=gap_tmp2; long int i; for(i=d_H_matr_len_2;i>=1;i--) { d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_i_const_pred[i-1]-d_alp_data->d_open1,d_HD_i_const_pred[i-1]-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_j_const_pred[i-1]-d_alp_data->d_open2,d_HI_j_const_pred[i-1]-d_alp_data->d_epen2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; if(d_H_matr_len>1) { //copy of the previous lines with a modification for i-1 i=0; d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open1,d_HD_ij_pred-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open2,d_HI_ij_pred-d_alp_data->d_epen2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; d_HS_ij_next=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_1]]+d_H_ij_pred; d_HI_ij_next=alp_data::Tmax(d_HS_i_const_next[0]-d_alp_data->d_open2,d_HI_i_const_next[0]-d_alp_data->d_epen2); d_HD_ij_next=alp_data::Tmax(d_HS_j_const_next[0]-d_alp_data->d_open1,d_HD_j_const_next[0]-d_alp_data->d_epen1); d_H_ij_next=alp_data::Tmax(d_HS_ij_next,d_HI_ij_next,d_HD_ij_next); d_cells_counts->increase_elem_by_1(d_H_ij_next); for(i=0;i<=d_H_matr_len_1;i++) { d_cells_counts->increase_elem_by_1(d_H_i_const_next[i]); d_cells_counts->increase_elem_by_1(d_H_j_const_next[i]); }; long int tmp=d_H_ij_next; for(i=0;i<=d_H_matr_len_1;i++) { tmp=alp_data::Tmax(tmp,d_H_i_const_next[i]); tmp=alp_data::Tmax(tmp,d_H_j_const_next[i]); }; d_H_edge_max[d_H_matr_len]=tmp; d_M=alp_data::Tmax(tmp,d_M); d_sentinel_i_next=d_H_matr_len_1; d_sentinel_j_next=d_H_matr_len_1; if(d_is_now) { long int i; if(tmp>d_alp->d_elem[d_nalp]) { d_nalp++; d_alp->set_elem(d_nalp,tmp); d_alp_pos->set_elem(d_nalp,d_H_matr_len); d_alp_states->set_elem(d_nalp,NULL); save_state(d_alp_states->d_elem[d_nalp]); long int I=-1; long int J=-1; for(i=0;i<=d_H_matr_len_1;i++) { if(tmp==d_H_i_const_next[i]) { I=i; }; if(tmp==d_H_j_const_next[i]) { J=i; }; }; d_H_I->set_elem(d_nalp,d_H_matr_len-I-1); d_H_J->set_elem(d_nalp,d_H_matr_len-J-1); }; }; check_time_function(); } void alp::increment_H_weights_with_insertions_after_deletions() //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len { if(d_H_matr_len==-1) { d_HS_ij_next=0; d_HI_ij_next=0; d_HD_ij_next=0; d_H_ij_next=0; d_M=0; d_nalp=0; d_alp->set_elem(0,0); d_H_I->set_elem(0,0); d_H_J->set_elem(0,0); d_alp_pos->set_elem(0,0); d_cells_counts->increase_elem_by_1(0); d_H_matr_len++; d_alp_states->set_elem(d_nalp,NULL); save_state(d_alp_states->d_elem[d_nalp]); return; }; if(d_seqi_lend_H_matr_a_len) { increment_H_matrix(); }; d_H_matr_len++; swap(d_HS_i_const_pred,d_HS_i_const_next); swap(d_HI_i_const_pred,d_HI_i_const_next); swap(d_HD_i_const_pred,d_HD_i_const_next); swap(d_H_i_const_pred,d_H_i_const_next); swap(d_HS_j_const_pred,d_HS_j_const_next); swap(d_HI_j_const_pred,d_HI_j_const_next); swap(d_HD_j_const_pred,d_HD_j_const_next); swap(d_H_j_const_pred,d_H_j_const_next); d_HS_ij_pred=d_HS_ij_next; d_HI_ij_pred=d_HI_ij_next; d_HD_ij_pred=d_HD_ij_next; d_H_ij_pred=d_H_ij_next; long int d_H_matr_len_1=d_H_matr_len-1; long int d_H_matr_len_2=d_H_matr_len-2; //boundary conditions //long int gap_tmp=-d_alp_data->d_open-d_H_matr_len_1*d_alp_data->d_epen; long int gap_tmp1=-d_alp_data->d_open1-d_H_matr_len_1*d_alp_data->d_epen1; long int gap_tmp2=-d_alp_data->d_open2-d_H_matr_len_1*d_alp_data->d_epen2; d_HS_i_const_next[d_H_matr_len_1]=small_long; d_HS_j_const_next[d_H_matr_len_1]=small_long; d_HI_i_const_next[d_H_matr_len_1]=small_long; d_HD_j_const_next[d_H_matr_len_1]=small_long; d_HD_i_const_next[d_H_matr_len_1]=gap_tmp1; d_HI_j_const_next[d_H_matr_len_1]=gap_tmp2; d_H_i_const_next[d_H_matr_len_1]=gap_tmp1; d_H_j_const_next[d_H_matr_len_1]=gap_tmp2; long int i; for(i=d_H_matr_len_2;i>=1;i--) { d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2,d_HD_i_const_next[i+1]-d_alp_data->d_open2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_i_const_pred[i-1]-d_alp_data->d_open1,d_HD_i_const_pred[i-1]-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_j_const_pred[i-1]-d_alp_data->d_open2,d_HI_j_const_pred[i-1]-d_alp_data->d_epen2,d_HD_j_const_pred[i-1]-d_alp_data->d_open2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; if(d_H_matr_len>1) { //copy of the previous lines with a modification for i-1 i=0; d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2,d_HD_i_const_next[i+1]-d_alp_data->d_open2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open1,d_HD_ij_pred-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open2,d_HI_ij_pred-d_alp_data->d_epen2,d_HD_ij_pred-d_alp_data->d_open2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; d_HS_ij_next=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_1]]+d_H_ij_pred; d_HI_ij_next=alp_data::Tmax(d_HS_i_const_next[0]-d_alp_data->d_open2,d_HI_i_const_next[0]-d_alp_data->d_epen2,d_HD_i_const_next[0]-d_alp_data->d_open2); d_HD_ij_next=alp_data::Tmax(d_HS_j_const_next[0]-d_alp_data->d_open1,d_HD_j_const_next[0]-d_alp_data->d_epen1); d_H_ij_next=alp_data::Tmax(d_HS_ij_next,d_HI_ij_next,d_HD_ij_next); d_cells_counts->increase_elem_by_1(d_H_ij_next); for(i=0;i<=d_H_matr_len_1;i++) { d_cells_counts->increase_elem_by_1(d_H_i_const_next[i]); d_cells_counts->increase_elem_by_1(d_H_j_const_next[i]); }; long int tmp=d_H_ij_next; for(i=0;i<=d_H_matr_len_1;i++) { tmp=alp_data::Tmax(tmp,d_H_i_const_next[i]); tmp=alp_data::Tmax(tmp,d_H_j_const_next[i]); }; d_H_edge_max[d_H_matr_len]=tmp; d_M=alp_data::Tmax(tmp,d_M); d_sentinel_i_next=d_H_matr_len_1; d_sentinel_j_next=d_H_matr_len_1; if(d_is_now) { long int i; if(tmp>d_alp->d_elem[d_nalp]) { d_nalp++; d_alp->set_elem(d_nalp,tmp); d_alp_pos->set_elem(d_nalp,d_H_matr_len); d_alp_states->set_elem(d_nalp,NULL); save_state(d_alp_states->d_elem[d_nalp]); long int I=-1; long int J=-1; for(i=0;i<=d_H_matr_len_1;i++) { if(tmp==d_H_i_const_next[i]) { I=i; }; if(tmp==d_H_j_const_next[i]) { J=i; }; }; d_H_I->set_elem(d_nalp,d_H_matr_len-I-1); d_H_J->set_elem(d_nalp,d_H_matr_len-J-1); }; }; check_time_function(); } void alp::check_time_function() { if(d_check_time_flag) { double time_after3; alp_data::get_current_time(time_after3); if((time_after3-d_alp_data->d_time_before1)>d_alp_data->d_max_time) { if(d_time_error_flag) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); } else { d_time_limit_flag=true; if(d_single_realiztion_calculation_flag) { throw error_for_single_realization(); }; return; }; }; }; if(d_alp_data->d_max_time<=0&&d_alp_data->d_max_time_with_computation_parameters>0) { double time_after3; alp_data::get_current_time(time_after3); if((time_after3-d_alp_data->d_time_before1)>d_alp_data->d_max_time_with_computation_parameters) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; }; } void alp::increment_H_weights_with_sentinels( long int diff_opt_) //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len //uses sentinels { if(d_alp_data->d_insertions_after_deletions) { increment_H_weights_with_sentinels_with_insertions_after_deletions(diff_opt_); } else { increment_H_weights_with_sentinels_without_insertions_after_deletions(diff_opt_); }; } void alp::increment_H_weights_with_sentinels_without_insertions_after_deletions( long int diff_opt_) //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len //uses sentinels { if(d_H_matr_len==-1) { d_HS_ij_next=0; d_HI_ij_next=0; d_HD_ij_next=0; d_H_ij_next=0; d_M=0; d_nalp=0; d_alp->set_elem(0,0); d_H_I->set_elem(0,0); d_H_J->set_elem(0,0); d_alp_pos->set_elem(0,0); d_cells_counts->increase_elem_by_1(0); d_H_matr_len++; d_alp_states->set_elem(d_nalp,NULL); d_sentinel_i_next=0; d_sentinel_j_next=0; save_state(d_alp_states->d_elem[d_nalp]); return; }; if(d_seqi_lend_H_matr_a_len) { increment_H_matrix(); }; d_H_matr_len++; swap(d_HS_i_const_pred,d_HS_i_const_next); swap(d_HI_i_const_pred,d_HI_i_const_next); swap(d_HD_i_const_pred,d_HD_i_const_next); swap(d_H_i_const_pred,d_H_i_const_next); swap(d_HS_j_const_pred,d_HS_j_const_next); swap(d_HI_j_const_pred,d_HI_j_const_next); swap(d_HD_j_const_pred,d_HD_j_const_next); swap(d_H_j_const_pred,d_H_j_const_next); d_HS_ij_pred=d_HS_ij_next; d_HI_ij_pred=d_HI_ij_next; d_HD_ij_pred=d_HD_ij_next; d_H_ij_pred=d_H_ij_next; d_sentinel_i_pred=d_sentinel_i_next; d_sentinel_j_pred=d_sentinel_j_next; long int d_H_matr_len_1=d_H_matr_len-1; long int d_H_matr_len_2=d_H_matr_len-2; //boundary conditions long int sentinel_i_boundary=alp_data::Tmin(d_sentinel_i_pred+(long int)2,d_H_matr_len_1); long int sentinel_j_boundary=alp_data::Tmin(d_sentinel_j_pred+(long int)2,d_H_matr_len_1); d_HS_i_const_next[sentinel_i_boundary]=small_long; d_HS_j_const_next[sentinel_j_boundary]=small_long; d_HI_i_const_next[sentinel_i_boundary]=small_long; d_HD_j_const_next[sentinel_j_boundary]=small_long; d_HD_i_const_next[sentinel_i_boundary]=small_long; d_HI_j_const_next[sentinel_j_boundary]=small_long; d_H_i_const_next[sentinel_i_boundary]=small_long; d_H_j_const_next[sentinel_j_boundary]=small_long; long int i; for(i=sentinel_i_boundary-1;i>=1;i--) { d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_i_const_pred[i-1]-d_alp_data->d_open1,d_HD_i_const_pred[i-1]-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); }; for(i=sentinel_j_boundary-1;i>=1;i--) { d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_j_const_pred[i-1]-d_alp_data->d_open2,d_HI_j_const_pred[i-1]-d_alp_data->d_epen2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; if(d_H_matr_len>1) { //copy of the previous lines with a modification for i-1 i=0; d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open1,d_HD_ij_pred-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open2,d_HI_ij_pred-d_alp_data->d_epen2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; d_HS_ij_next=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_1]]+d_H_ij_pred; d_HI_ij_next=alp_data::Tmax(d_HS_i_const_next[0]-d_alp_data->d_open2,d_HI_i_const_next[0]-d_alp_data->d_epen2); d_HD_ij_next=alp_data::Tmax(d_HS_j_const_next[0]-d_alp_data->d_open1,d_HD_j_const_next[0]-d_alp_data->d_epen1); d_H_ij_next=alp_data::Tmax(d_HS_ij_next,d_HI_ij_next,d_HD_ij_next); d_cells_counts->increase_elem_by_1(d_H_ij_next); for(i=0;i<=sentinel_i_boundary-1;i++) { d_cells_counts->increase_elem_by_1(d_H_i_const_next[i]); }; for(i=0;i<=sentinel_j_boundary-1;i++) { d_cells_counts->increase_elem_by_1(d_H_j_const_next[i]); }; long int tmp=d_H_ij_next; for(i=0;i<=sentinel_i_boundary-1;i++) { tmp=alp_data::Tmax(tmp,d_H_i_const_next[i]); }; for(i=0;i<=sentinel_j_boundary-1;i++) { tmp=alp_data::Tmax(tmp,d_H_j_const_next[i]); }; d_H_edge_max[d_H_matr_len]=tmp; d_M=alp_data::Tmax(tmp,d_M); { long int level=tmp-diff_opt_; long int i; d_sentinel_i_next=1; d_sentinel_j_next=1; for(i=sentinel_i_boundary-1;i>=1;i--) { if(d_H_i_const_next[i]>=level) { d_sentinel_i_next=i; break; }; }; for(i=sentinel_j_boundary-1;i>=1;i--) { if(d_H_j_const_next[i]>=level) { d_sentinel_j_next=i; break; }; }; }; if(d_is_now) { long int i; if(tmp>d_alp->d_elem[d_nalp]) { d_nalp++; d_alp->set_elem(d_nalp,tmp); d_alp_pos->set_elem(d_nalp,d_H_matr_len); d_alp_states->set_elem(d_nalp,NULL); save_state(d_alp_states->d_elem[d_nalp]); long int I=-1; long int J=-1; for(i=0;i<=sentinel_i_boundary-1;i++) { if(tmp==d_H_i_const_next[i]) { I=i; }; }; for(i=0;i<=sentinel_j_boundary-1;i++) { if(tmp==d_H_j_const_next[i]) { J=i; }; }; d_H_I->set_elem(d_nalp,d_H_matr_len-I-1); d_H_J->set_elem(d_nalp,d_H_matr_len-J-1); }; }; check_time_function(); } void alp::increment_H_weights_with_sentinels_with_insertions_after_deletions( long int diff_opt_) //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len //uses sentinels { if(d_H_matr_len==-1) { d_HS_ij_next=0; d_HI_ij_next=0; d_HD_ij_next=0; d_H_ij_next=0; d_M=0; d_nalp=0; d_alp->set_elem(0,0); d_H_I->set_elem(0,0); d_H_J->set_elem(0,0); d_alp_pos->set_elem(0,0); d_cells_counts->increase_elem_by_1(0); d_H_matr_len++; d_alp_states->set_elem(d_nalp,NULL); d_sentinel_i_next=0; d_sentinel_j_next=0; save_state(d_alp_states->d_elem[d_nalp]); return; }; if(d_seqi_lend_H_matr_a_len) { increment_H_matrix(); }; d_H_matr_len++; swap(d_HS_i_const_pred,d_HS_i_const_next); swap(d_HI_i_const_pred,d_HI_i_const_next); swap(d_HD_i_const_pred,d_HD_i_const_next); swap(d_H_i_const_pred,d_H_i_const_next); swap(d_HS_j_const_pred,d_HS_j_const_next); swap(d_HI_j_const_pred,d_HI_j_const_next); swap(d_HD_j_const_pred,d_HD_j_const_next); swap(d_H_j_const_pred,d_H_j_const_next); d_HS_ij_pred=d_HS_ij_next; d_HI_ij_pred=d_HI_ij_next; d_HD_ij_pred=d_HD_ij_next; d_H_ij_pred=d_H_ij_next; d_sentinel_i_pred=d_sentinel_i_next; d_sentinel_j_pred=d_sentinel_j_next; long int d_H_matr_len_1=d_H_matr_len-1; long int d_H_matr_len_2=d_H_matr_len-2; //boundary conditions long int sentinel_i_boundary=alp_data::Tmin(d_sentinel_i_pred+(long int)2,d_H_matr_len_1); long int sentinel_j_boundary=alp_data::Tmin(d_sentinel_j_pred+(long int)2,d_H_matr_len_1); d_HS_i_const_next[sentinel_i_boundary]=small_long; d_HS_j_const_next[sentinel_j_boundary]=small_long; d_HI_i_const_next[sentinel_i_boundary]=small_long; d_HD_j_const_next[sentinel_j_boundary]=small_long; d_HD_i_const_next[sentinel_i_boundary]=small_long; d_HI_j_const_next[sentinel_j_boundary]=small_long; d_H_i_const_next[sentinel_i_boundary]=small_long; d_H_j_const_next[sentinel_j_boundary]=small_long; long int i; for(i=sentinel_i_boundary-1;i>=1;i--) { d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2,d_HD_i_const_next[i+1]-d_alp_data->d_open2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_i_const_pred[i-1]-d_alp_data->d_open1,d_HD_i_const_pred[i-1]-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); }; for(i=sentinel_j_boundary-1;i>=1;i--) { d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_j_const_pred[i-1]-d_alp_data->d_open2,d_HI_j_const_pred[i-1]-d_alp_data->d_epen2,d_HD_j_const_pred[i-1]-d_alp_data->d_open2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; if(d_H_matr_len>1) { //copy of the previous lines with a modification for i-1 i=0; d_HS_i_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_2-i]]+d_H_i_const_pred[i]; d_HI_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i+1]-d_alp_data->d_open2,d_HI_i_const_next[i+1]-d_alp_data->d_epen2,d_HD_i_const_next[i+1]-d_alp_data->d_open2); d_HD_i_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open1,d_HD_ij_pred-d_alp_data->d_epen1); d_H_i_const_next[i]=alp_data::Tmax(d_HS_i_const_next[i],d_HI_i_const_next[i],d_HD_i_const_next[i]); d_HS_j_const_next[i]=d_alp_data->d_smatr[d_seqi[d_H_matr_len_2-i]][d_seqj[d_H_matr_len_1]]+d_H_j_const_pred[i]; d_HI_j_const_next[i]=alp_data::Tmax(d_HS_ij_pred-d_alp_data->d_open2,d_HI_ij_pred-d_alp_data->d_epen2,d_HD_ij_pred-d_alp_data->d_open2); d_HD_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i+1]-d_alp_data->d_open1,d_HD_j_const_next[i+1]-d_alp_data->d_epen1); d_H_j_const_next[i]=alp_data::Tmax(d_HS_j_const_next[i],d_HI_j_const_next[i],d_HD_j_const_next[i]); }; d_HS_ij_next=d_alp_data->d_smatr[d_seqi[d_H_matr_len_1]][d_seqj[d_H_matr_len_1]]+d_H_ij_pred; d_HI_ij_next=alp_data::Tmax(d_HS_i_const_next[0]-d_alp_data->d_open2,d_HI_i_const_next[0]-d_alp_data->d_epen2,d_HD_i_const_next[0]-d_alp_data->d_open2); d_HD_ij_next=alp_data::Tmax(d_HS_j_const_next[0]-d_alp_data->d_open1,d_HD_j_const_next[0]-d_alp_data->d_epen1); d_H_ij_next=alp_data::Tmax(d_HS_ij_next,d_HI_ij_next,d_HD_ij_next); d_cells_counts->increase_elem_by_1(d_H_ij_next); for(i=0;i<=sentinel_i_boundary-1;i++) { d_cells_counts->increase_elem_by_1(d_H_i_const_next[i]); }; for(i=0;i<=sentinel_j_boundary-1;i++) { d_cells_counts->increase_elem_by_1(d_H_j_const_next[i]); }; long int tmp=d_H_ij_next; for(i=0;i<=sentinel_i_boundary-1;i++) { tmp=alp_data::Tmax(tmp,d_H_i_const_next[i]); }; for(i=0;i<=sentinel_j_boundary-1;i++) { tmp=alp_data::Tmax(tmp,d_H_j_const_next[i]); }; d_H_edge_max[d_H_matr_len]=tmp; d_M=alp_data::Tmax(tmp,d_M); { long int level=tmp-diff_opt_; long int i; d_sentinel_i_next=1; d_sentinel_j_next=1; for(i=sentinel_i_boundary-1;i>=1;i--) { if(d_H_i_const_next[i]>=level) { d_sentinel_i_next=i; break; }; }; for(i=sentinel_j_boundary-1;i>=1;i--) { if(d_H_j_const_next[i]>=level) { d_sentinel_j_next=i; break; }; }; }; if(d_is_now) { long int i; if(tmp>d_alp->d_elem[d_nalp]) { d_nalp++; d_alp->set_elem(d_nalp,tmp); d_alp_pos->set_elem(d_nalp,d_H_matr_len); d_alp_states->set_elem(d_nalp,NULL); save_state(d_alp_states->d_elem[d_nalp]); long int I=-1; long int J=-1; for(i=0;i<=sentinel_i_boundary-1;i++) { if(tmp==d_H_i_const_next[i]) { I=i; }; }; for(i=0;i<=sentinel_j_boundary-1;i++) { if(tmp==d_H_j_const_next[i]) { J=i; }; }; d_H_I->set_elem(d_nalp,d_H_matr_len-I-1); d_H_J->set_elem(d_nalp,d_H_matr_len-J-1); }; }; check_time_function(); } void alp::restore_state( state * &state_) { d_M=state_->d_M; d_H_matr_len=state_->d_H_matr_len; if(d_H_matr_len<0) { throw error("Unexpected error\n",4); }; d_is_now=false; delete d_cells_counts;d_cells_counts=NULL; d_cells_counts=new array(d_alp_data); alp_data::assert_mem(d_cells_counts); d_cells_counts->set_elems(state_->d_cells_counts); d_HS_ij_next=state_->d_HS_ij_next; d_HI_ij_next=state_->d_HI_ij_next; d_HD_ij_next=state_->d_HD_ij_next; d_H_ij_next=state_->d_H_ij_next; long int i; for(i=0;id_HS_i_const_next[i]; d_HI_i_const_next[i]=state_->d_HI_i_const_next[i]; d_HD_i_const_next[i]=state_->d_HD_i_const_next[i]; d_H_i_const_next[i]=state_->d_H_i_const_next[i]; d_HS_j_const_next[i]=state_->d_HS_j_const_next[i]; d_HI_j_const_next[i]=state_->d_HI_j_const_next[i]; d_HD_j_const_next[i]=state_->d_HD_j_const_next[i]; d_H_j_const_next[i]=state_->d_H_j_const_next[i]; }; d_sentinel_i_next=state_->d_sentinel_i_next; d_sentinel_j_next=state_->d_sentinel_j_next; } state::state() { d_cells_counts=NULL; d_HS_i_const_next=NULL; d_HI_i_const_next=NULL; d_HD_i_const_next=NULL; d_H_i_const_next=NULL; d_HS_j_const_next=NULL; d_HI_j_const_next=NULL; d_HD_j_const_next=NULL; d_H_j_const_next=NULL; } void alp::save_state( state * &state_) { if(d_H_matr_len<0) { throw error("Unexpected error\n",4); }; state_=new state; alp_data::assert_mem(state_); d_alp_data->d_memory_size_in_MB+=(double)(sizeof(state))/mb_bytes; state_->d_M=d_M; state_->d_cells_counts=new array(d_alp_data); alp_data::assert_mem(state_->d_cells_counts); d_alp_data->d_memory_size_in_MB+=(double)(sizeof(array))/mb_bytes; state_->d_cells_counts->set_elems(d_cells_counts); state_->d_H_matr_len=d_H_matr_len; state_->d_HS_ij_next=d_HS_ij_next; state_->d_HI_ij_next=d_HI_ij_next; state_->d_HD_ij_next=d_HD_ij_next; state_->d_H_ij_next=d_H_ij_next; if(d_H_matr_len==0) { state_->d_HS_i_const_next=NULL;; state_->d_HI_i_const_next=NULL;; state_->d_HD_i_const_next=NULL;; state_->d_H_i_const_next=NULL;; state_->d_HS_j_const_next=NULL;; state_->d_HI_j_const_next=NULL;; state_->d_HD_j_const_next=NULL;; state_->d_H_j_const_next=NULL; } else { state_->d_HS_i_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_HS_i_const_next); state_->d_HI_i_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_HI_i_const_next); state_->d_HD_i_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_HD_i_const_next); state_->d_H_i_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_H_i_const_next); state_->d_HS_j_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_HS_j_const_next); state_->d_HI_j_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_HI_j_const_next); state_->d_HD_j_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_HD_j_const_next); state_->d_H_j_const_next=new long int[d_H_matr_len]; alp_data::assert_mem(state_->d_H_j_const_next); d_alp_data->d_memory_size_in_MB+=8.0*(double)(d_H_matr_len*sizeof(long int))/mb_bytes; long int i; for(i=0;id_HS_i_const_next[i]=d_HS_i_const_next[i]; state_->d_HI_i_const_next[i]=d_HI_i_const_next[i]; state_->d_HD_i_const_next[i]=d_HD_i_const_next[i]; state_->d_H_i_const_next[i]=d_H_i_const_next[i]; state_->d_HS_j_const_next[i]=d_HS_j_const_next[i]; state_->d_HI_j_const_next[i]=d_HI_j_const_next[i]; state_->d_HD_j_const_next[i]=d_HD_j_const_next[i]; state_->d_H_j_const_next[i]=d_H_j_const_next[i]; }; }; state_->d_sentinel_i_next=d_sentinel_i_next; state_->d_sentinel_j_next=d_sentinel_j_next; } void alp::kill_upto_level( long int M_min_, long int M_level_, long int *M_upper_level_) { if(d_is_now) { while(d_alp->d_elem[d_nalp]d_elem[i]>=M_min_) { d_nalp_killing=i; break; }; }; if(d_nalp_killing==-1) { throw error("Unexpected error\n",4); }; restore_state(d_alp_states->d_elem[d_nalp_killing]); }; while(d_H_edge_max[d_H_matr_len]>=M_level_) { if(d_H_matr_len+1>=d_alp_data->d_dim1_tmp) { d_success=false; return; }; if(M_upper_level_) { if(d_H_edge_max[d_H_matr_len]>(*M_upper_level_)) { d_success=false; return; }; }; if(d_H_matr_len+1>d_seq_a_len) { increment_sequences(); }; d_seqi_len=d_seqj_len=d_H_matr_len+1; d_seqi[d_seqi_len-1]=random_AA1(); d_seqj[d_seqj_len-1]=random_AA2(); if(d_sentinels_flag) { increment_H_weights_with_sentinels(d_diff_opt); } else { increment_H_weights(); }; if(d_time_limit_flag) { d_success=false; return; }; }; d_success=true; } double alp::John2_weight_calculation( long int length_)//calculation of weigths for the importance sampling { if(length_==0) { return 1.0; }; if(d_W_matr_len>length_) { throw error("Error - unexpected parameter in alp::John2_weight_calculation\n",4); }; while(d_W_matr_lend_is; long int d_W_matr_len_1=d_W_matr_len-1; double US=0; double UD=0; double UI=d_WI_j_const_next[d_W_matr_len_1]/(1-(d_is_tmp->d_nu)); double VS=0; double VI=0; double VD=d_WD_i_const_next[d_W_matr_len_1]/(1-(d_is_tmp->d_nu)); long int j; for(j=1;j<=length_-1;j++) { double US_next=d_alp_data->d_r_i_dot[d_seqi[j-1]]*((d_is_tmp->d_eta)*US+(d_is_tmp->d_mu_SI)*UI+(d_is_tmp->d_mu_SD)*UD)+d_WS_j_const_next[d_W_matr_len_1-j]; double UD_next=((d_is_tmp->d_mu_DS)*US+(d_is_tmp->d_nu)*UD); double UI_next=((d_is_tmp->d_mu_IS)*US_next+(d_is_tmp->d_mu_ID)*UD_next+d_WI_j_const_next[d_W_matr_len_1-j])/(1-(d_is_tmp->d_nu)); double VS_next=d_alp_data->d_r_dot_j[d_seqj[j-1]]*((d_is_tmp->d_eta)*VS+(d_is_tmp->d_mu_SI)*VI+(d_is_tmp->d_mu_SD)*VD)+d_WS_i_const_next[d_W_matr_len_1-j]; double VI_next=((d_is_tmp->d_mu_IS)*VS+(d_is_tmp->d_mu_ID)*VD+(d_is_tmp->d_nu)*VI); double VD_next=((d_is_tmp->d_mu_DS)*VS_next+d_WD_i_const_next[d_W_matr_len_1-j])/(1-(d_is_tmp->d_nu)); US=US_next; UD=UD_next; UI=UI_next; VS=VS_next; VD=VD_next; VI=VI_next; }; //copy j=length_; double US_next=d_alp_data->d_r_i_dot[d_seqi[j-1]]*((d_is_tmp->d_eta)*US+(d_is_tmp->d_mu_SI)*UI+(d_is_tmp->d_mu_SD)*UD)+d_WS_ij_next; double UD_next=((d_is_tmp->d_mu_DS)*US+(d_is_tmp->d_nu)*UD); double UI_next=((d_is_tmp->d_mu_IS)*US_next+(d_is_tmp->d_mu_ID)*UD_next+d_WI_ij_next)/(1-(d_is_tmp->d_nu)); double VS_next=d_alp_data->d_r_dot_j[d_seqj[j-1]]*((d_is_tmp->d_eta)*VS+(d_is_tmp->d_mu_SI)*VI+(d_is_tmp->d_mu_SD)*VD)+d_WS_ij_next; double VI_next=((d_is_tmp->d_mu_IS)*VS+(d_is_tmp->d_mu_ID)*VD+(d_is_tmp->d_nu)*VI); double VD_next=((d_is_tmp->d_mu_DS)*VS_next+d_WD_ij_next)/(1-(d_is_tmp->d_nu)); US=US_next; UD=UD_next; UI=UI_next; VS=VS_next; VD=VD_next; VI=VI_next; double weight=-d_WS_ij_next+US+UD+VS+VI; if(weight==0) { throw error("Unexpected error\n",4); }; weight=1.0/weight; return weight; } void alp::simulate_next_alp()//simulates next ALP { if(!d_success) { return; }; if(!d_is_now) { throw error("Unexpected error - ALP can be generated only in the importance sampling mode\n",4); }; long int target_nalp=d_nalp+1; while(d_nalpd_H_edge_max[k]<d_dim1_tmp, d_alp_data->d_dim2_tmp); check_time_function(); if(!success) { d_success=false; return; }; }; if(d_sentinels_flag) { increment_H_weights_with_sentinels(d_diff_opt); } else { increment_H_weights(); }; if(d_time_limit_flag) { d_success=false; return; }; increment_W_weights(); }; double weight=John2_weight_calculation(alp_data::Tmin(d_seqi_len,d_seqj_len)); if(weight<=0) { throw error("Unexpected error\n",4); }; d_alp_weights->set_elem(d_nalp,weight); } void alp::simulate_alp_upto_the_given_number(//simulates ALP upto the given number nalp_ including long int nalp_) { d_sentinels_flag=false; while(d_nalpd_elem[d_nalp] //#include #include #include #include #include #include "sls_alp_data.hpp" #include "sls_alp_regression.hpp" namespace Sls { class state//struct to save a state of calculation { public: state(); public: array *d_cells_counts; long int *d_HS_i_const_next; long int *d_HI_i_const_next; long int *d_HD_i_const_next; long int *d_H_i_const_next; long int *d_HS_j_const_next; long int *d_HI_j_const_next; long int *d_HD_j_const_next; long int *d_H_j_const_next; long int d_HS_ij_next; long int d_HI_ij_next; long int d_HD_ij_next; long int d_H_ij_next; long int d_H_matr_len; long int d_M; long int d_sentinel_i_next; long int d_sentinel_j_next; }; class alp{ public: alp(//constructor alp_data *alp_data_ ); ~alp();//destructor long int random_AA1();//generates random AA for the sequence 1 long int random_AA2();//generates random AA for the sequence 2 bool one_step_of_importance_sampling_without_weight_calculation( long int d_dim1_, long int d_dim2_); void increment_sequences(); void increment_W_matrix(); void increment_H_matrix(); void increment_W_weights(); //the function calculates weigths for d_W_matr_len increased by 1 //assumes that letters are defined for d_W_matr_len void increment_H_weights(); //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len void increment_H_weights_without_insertions_after_deletions(); void increment_H_weights_with_insertions_after_deletions(); void increment_H_weights_with_sentinels( long int diff_opt_); //the function calculates alignment scores for d_H_matr_len increased by 1 //assumes that letters are defined for d_H_matr_len //uses sentinels void increment_H_weights_with_sentinels_without_insertions_after_deletions( long int diff_opt_); void increment_H_weights_with_sentinels_with_insertions_after_deletions( long int diff_opt_); void simulate_next_alp();//simulates next ALP void simulate_alp_upto_the_given_number(//simulates ALP upto the given number nalp_ including long int nalp_); void simulate_alp_upto_the_given_level(//simulates ALP upto the given level M_min_ including long int M_min_); template inline void swap( T& a1_, T& a2_) { T tmp=a1_; a1_=a2_; a2_=tmp; } static double degree(//returns x_^n_ double x_, double n_); double John2_weight_calculation( long int length_);//calculation of weigths for the importance sampling void save_state( state * &state_); void restore_state( state * &state_); void kill_upto_level( long int M_min_, long int M_level_, long int *M_upper_level_=NULL); void check_time_function(); template void release_and_calculate_memory( T *&pointer_, long int dim_) { if(pointer_==NULL) { return; }; delete[]pointer_;pointer_=NULL; if(d_alp_data) { d_alp_data->d_memory_size_in_MB-=(double)(sizeof(T)*dim_)/mb_bytes; }; } template void release_and_calculate_memory( T *&pointer_) { if(pointer_==NULL) { return; }; delete pointer_;pointer_=NULL; if(d_alp_data) { d_alp_data->d_memory_size_in_MB-=(double)(sizeof(T))/mb_bytes; }; } void partially_release_memory(); public: alp_data *d_alp_data;//initial data long int d_a_step;//increment for sequence length during memory allocation bool d_is_now;//true if the importance sampling is being used //alignment data long int d_seqi_len;//current length of sequence 1 long int d_seqj_len;//current length of sequence 2 long int d_seq_a_len;//current length for memory allocation for the sequences long int d_H_matr_a_len;//current length for memory allocation for the matrices H long int d_W_matr_a_len;//current length for memory allocation for the matrices W long int *d_seqi;//AA from sequence 1 for the next step long int *d_seqj;//AA from sequence 2 for the next step long int d_H_matr_len;//length of the matrices H currently calculated long int d_W_matr_len;//length of the matrices W currently calculated //the importance sampling weights double *d_WS_i_const_pred; double *d_WI_i_const_pred; double *d_WD_i_const_pred; double *d_WS_i_const_next; double *d_WI_i_const_next; double *d_WD_i_const_next; double *d_WS_j_const_pred; double *d_WI_j_const_pred; double *d_WD_j_const_pred; double *d_WS_j_const_next; double *d_WI_j_const_next; double *d_WD_j_const_next; double d_WS_ij_pred; double d_WI_ij_pred; double d_WD_ij_pred; double d_WS_ij_next; double d_WI_ij_next; double d_WD_ij_next; //alignment matrix long int *d_HS_i_const_pred; long int *d_HI_i_const_pred; long int *d_HD_i_const_pred; long int *d_H_i_const_pred; long int *d_HS_i_const_next; long int *d_HI_i_const_next; long int *d_HD_i_const_next; long int *d_H_i_const_next; long int *d_HS_j_const_pred; long int *d_HI_j_const_pred; long int *d_HD_j_const_pred; long int *d_H_j_const_pred; long int *d_HS_j_const_next; long int *d_HI_j_const_next; long int *d_HD_j_const_next; long int *d_H_j_const_next; long int d_HS_ij_pred; long int d_HI_ij_pred; long int d_HD_ij_pred; long int d_H_ij_pred; long int d_HS_ij_next; long int d_HI_ij_next; long int d_HD_ij_next; long int d_H_ij_next; bool d_success; //statistics long int *d_H_edge_max; long int d_M; long int d_nalp; long int d_nalp_killing; array_positive *d_alp; array_positive *d_H_I; array_positive *d_H_J; array_positive *d_alp_pos; array_positive *d_alp_weights; array *d_cells_counts; array_positive *d_alp_states; long int d_sentinel_i_next; long int d_sentinel_j_next; long int d_sentinel_i_pred; long int d_sentinel_j_pred; long int d_diff_opt; bool d_sentinels_flag; bool d_check_time_flag; bool d_time_error_flag; bool d_time_limit_flag; bool d_single_realiztion_calculation_flag; //for the importance sampling char d_IS_state; }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/sls_alp_data.cpp000066400000000000000000001016401523407312000226620ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alp_data.cpp Author: Sergey Sheetlin, Martin Frith Contents: Input data for the ascending ladder points simulation ******************************************************************************/ // Modified by Benjamin Buchfink #include #include #include "sls_alp_data.hpp" #include "util/math/math.h" using std::string; using std::ifstream; using std::ios; using std::cout; using std::map; using std::vector; using namespace Sls; void alp_data::input_data_for_the_constructor( string randout_,//if defined, then the program outputs complete randomization information into a file string smatr_file_name_,//scoring matrix file name string RR1_file_name_,//probabilities1 file name string RR2_file_name_,//probabilities2 file name struct_for_randomization &rand_all_, bool &rand_flag_, long int &rand_, long int &alphabetSize_, long int **&substitutionScoreMatrix_, double *&letterFreqs1_, double *&letterFreqs2_) { ifstream frand; try { long int number_of_AA_RR1; long int number_of_AA_RR2; long int number_of_AA_smatr; read_smatr( smatr_file_name_, d_smatr, number_of_AA_smatr); d_number_of_AA_smatr=number_of_AA_smatr; read_RR( RR1_file_name_, d_RR1, d_RR1_sum, d_RR1_sum_elements, number_of_AA_RR1); read_RR( RR2_file_name_, d_RR2, d_RR2_sum, d_RR2_sum_elements, number_of_AA_RR2); if(number_of_AA_RR1==number_of_AA_smatr) { alphabetSize_=number_of_AA_smatr; } else { throw error("Number of letters is different in the files "+smatr_file_name_+" and "+RR1_file_name_+"\n",3); }; if(number_of_AA_RR2!=number_of_AA_smatr) { throw error("Number of letters is different in the files "+smatr_file_name_+" and "+RR2_file_name_+"\n",3); }; if(randout_!="") { rand_flag_=true; string rand_st=randout_; frand.open(rand_st.data(),ios::in); if(!frand) { rand_flag_=false; } else { long int i,size; frand>>rand_all_.d_random_seed; if(rand_all_.d_random_seed<0) { throw error("File "+rand_st+" is not correct\n",3); }; rand_=rand_all_.d_random_seed; frand>>size; for(i=0;i>tmp; rand_all_.d_first_stage_preliminary_realizations_numbers_ALP.push_back(tmp); if(tmp<0) { throw error("File "+rand_st+" is not correct\n",3); }; }; frand>>size; for(i=0;i>tmp; rand_all_.d_preliminary_realizations_numbers_ALP.push_back(tmp); if(tmp<0) { throw error("File "+rand_st+" is not correct\n",3); }; }; frand>>size; for(i=0;i>tmp; rand_all_.d_preliminary_realizations_numbers_killing.push_back(tmp); if(tmp<0) { throw error("File "+rand_st+" is not correct\n",3); }; }; frand>>rand_all_.d_total_realizations_number_with_ALP; if(rand_all_.d_total_realizations_number_with_ALP<0) { throw error("File "+rand_st+" is not correct\n",3); }; frand>>rand_all_.d_total_realizations_number_with_killing; if(rand_all_.d_total_realizations_number_with_killing<0) { throw error("File "+rand_st+" is not correct\n",3); }; frand.close(); }; } else { rand_flag_=false; }; if(!(alphabetSize_>0&&substitutionScoreMatrix_&&letterFreqs1_&&letterFreqs2_)) { throw error("Incorrect input parameters\n",1); }; } catch (...) { if(frand.is_open()) { frand.close(); }; throw; }; } void alp_data::init_main_class_members( long int rand_,//randomization number string randout_,//if defined, then the program outputs complete randomization information into a file long int open_,//gap opening penalty long int open1_,//gap opening penalty for a gap in the sequence #1 long int open2_,//gap opening penalty for a gap in the sequence #2 long int epen_,//gap extension penalty long int epen1_,//gap extension penalty for a gap in the sequence #1 long int epen2_,//gap extension penalty for a gap in the sequence #2 double temperature_, double max_time_,//maximum allowed calculation time in seconds double max_mem_,//maximum allowed memory usage in MB double eps_lambda_,//relative error for lambda calculation double eps_K_,//relative error for K calculation bool insertions_after_deletions_)//if true, then insertions after deletions are allowed { try { d_randout=randout_; if(!d_rand_flag&&rand_<0) { rand_=sls_basic::random_seed_from_time(); d_rand_flag=false; }; d_random_seed=rand_; //cout<<"Random seed "<d_exp_s[k][i]*d_RR2[i]; }; }; }; }; for(k=0;kd_exp_s[i][k]*d_RR1[i]; }; }; }; }; d_memory_size_in_MB+=(double)(sizeof(double)*d_number_of_AA*2.0)/mb_bytes; double tmp_size1=(double)LONG_MAX; double tmp_size=Tmin((double)(tmp_size1), ( (double)mb_bytes*d_max_mem/(double)d_minimum_realizations_number ) /( (double)(sizeof(double)*12)+(double)(sizeof(long int)*17) ) ); d_dim1_tmp=(long int)tmp_size; d_dim2_tmp=(long int)tmp_size; } catch (...) { release_memory(); throw; }; } alp_data::alp_data(//constructor long int rand_,//randomization number string randout_,//if defined, then the program outputs complete randomization information into a file long int open_,//gap opening penalty long int open1_,//gap opening penalty for a gap in the sequence #1 long int open2_,//gap opening penalty for a gap in the sequence #2 long int epen_,//gap extension penalty long int epen1_,//gap extension penalty for a gap in the sequence #1 long int epen2_,//gap extension penalty for a gap in the sequence #2 string smatr_file_name_,//scoring matrix file name string RR1_file_name_,//probabilities1 file name string RR2_file_name_,//probabilities2 file name double temperature_, double max_time_,//maximum allowed calculation time in seconds double max_mem_,//maximum allowed memory usage in MB double eps_lambda_,//relative error for lambda calculation double eps_K_,//relative error for K calculation bool insertions_after_deletions_)//if true, then insertions after deletions are allowed { d_smatr=NULL; d_RR1=NULL; d_RR1_sum=NULL; d_RR1_sum_elements=NULL; d_RR2=NULL; d_RR2_sum=NULL; d_RR2_sum_elements=NULL; d_is=NULL; d_r_i_dot=NULL; d_r_dot_j=NULL; d_rand_all=NULL; try { d_rand_flag=true; d_rand_all=new struct_for_randomization; alp_data::assert_mem(d_rand_all); d_memory_size_in_MB+=sizeof(struct_for_randomization)/mb_bytes; input_data_for_the_constructor( randout_,//if defined, then the program outputs complete randomization information into a file smatr_file_name_,//scoring matrix file name RR1_file_name_,//probabilities1 file name RR2_file_name_,//probabilities2 file name *d_rand_all, d_rand_flag, rand_, d_number_of_AA, d_smatr, d_RR1, d_RR2); init_main_class_members( rand_,//randomization number randout_,//if defined, then the program outputs complete randomization information into a file open_,//gap opening penalty open1_,//gap opening penalty for a gap in the sequence #1 open2_,//gap opening penalty for a gap in the sequence #2 epen_,//gap extension penalty epen1_,//gap extension penalty for a gap in the sequence #1 epen2_,//gap extension penalty for a gap in the sequence #2 temperature_, max_time_,//maximum allowed calculation time in seconds max_mem_,//maximum allowed memory usage in MB eps_lambda_,//relative error for lambda calculation eps_K_,//relative error for K calculation insertions_after_deletions_);//if true, then insertions after deletions are allowed d_max_time_with_computation_parameters=-1; if(max_time_>0) { d_max_time_for_quick_tests=0.25*max_time_; } else { d_max_time_for_quick_tests=1e99; }; } catch (...) { release_memory(); throw; }; } alp_data::alp_data(//constructor long int rand_,//randomization number struct_for_randomization *randomization_parameters_,//if not NULL, sets d_rand_flag to true and initializes d_rand_all long int open_,//gap opening penalty long int open1_,//gap opening penalty for a gap in the sequence #1 long int open2_,//gap opening penalty for a gap in the sequence #2 long int epen_,//gap extension penalty long int epen1_,//gap extension penalty for a gap in the sequence #1 long int epen2_,//gap extension penalty for a gap in the sequence #2 long alphabetSize_, const long *const *substitutionScoreMatrix_, const double *letterFreqs1_, const double *letterFreqs2_, double temperature_, double max_time_,//maximum allowed calculation time in seconds double max_mem_,//maximum allowed memory usage in MB double eps_lambda_,//relative error for lambda calculation double eps_K_,//relative error for K calculation bool insertions_after_deletions_,//if true, then insertions after deletions are allowed double max_time_for_quick_tests_,//maximum allowed calculation time in seconds for quick tests double max_time_with_computation_parameters_)//maximum allowed time in seconds for the whole computation { d_smatr=NULL; d_RR1=NULL; d_RR1_sum=NULL; d_RR1_sum_elements=NULL; d_RR2=NULL; d_RR2_sum=NULL; d_RR2_sum_elements=NULL; d_is=NULL; d_r_i_dot=NULL; d_r_dot_j=NULL; d_rand_all=NULL; try { d_rand_flag=false; d_number_of_AA=alphabetSize_; string randout=""; get_memory_for_matrix(alphabetSize_,d_smatr); alp_data::assert_mem(d_smatr); d_RR1=new double[alphabetSize_]; alp_data::assert_mem(d_RR1); d_RR2=new double[alphabetSize_]; alp_data::assert_mem(d_RR2); long int i,j; for(i=0;id_first_stage_preliminary_realizations_numbers_ALP= randomization_parameters_->d_first_stage_preliminary_realizations_numbers_ALP; d_rand_all->d_preliminary_realizations_numbers_ALP= randomization_parameters_->d_preliminary_realizations_numbers_ALP; d_rand_all->d_preliminary_realizations_numbers_killing= randomization_parameters_->d_preliminary_realizations_numbers_killing; d_rand_all->d_random_seed= randomization_parameters_->d_random_seed; d_rand_all->d_total_realizations_number_with_ALP= randomization_parameters_->d_total_realizations_number_with_ALP; d_rand_all->d_total_realizations_number_with_killing= randomization_parameters_->d_total_realizations_number_with_killing; }; alp_data::assert_mem(d_rand_all); d_memory_size_in_MB+=sizeof(struct_for_randomization)/mb_bytes; init_main_class_members( rand_,//randomization number randout,//if defined, then the program outputs complete randomization information into a file open_,//gap opening penalty open1_,//gap opening penalty for a gap in the sequence #1 open2_,//gap opening penalty for a gap in the sequence #2 epen_,//gap extension penalty epen1_,//gap extension penalty for a gap in the sequence #1 epen2_,//gap extension penalty for a gap in the sequence #2 temperature_, max_time_,//maximum allowed calculation time in seconds max_mem_,//maximum allowed memory usage in MB eps_lambda_,//relative error for lambda calculation eps_K_,//relative error for K calculation insertions_after_deletions_);//if true, then insertions after deletions are allowed if(max_time_for_quick_tests_>0) { d_max_time_for_quick_tests=max_time_for_quick_tests_; } else { if(max_time_>0) { d_max_time_for_quick_tests=0.25*max_time_; } else { d_max_time_for_quick_tests=1e99; }; }; if((max_time_with_computation_parameters_>0)&&(!(max_time_>0))) { d_max_time_with_computation_parameters=max_time_with_computation_parameters_; } else { d_max_time_with_computation_parameters=1e99; }; calculate_RR_sum( d_RR1, alphabetSize_, d_RR1_sum, d_RR1_sum_elements); calculate_RR_sum( d_RR2, alphabetSize_, d_RR2_sum, d_RR2_sum_elements); } catch (...) { release_memory(); throw; }; } long int alp_data::random_long( double value_, long int dim_) { if(value_<0||value_>1.0||dim_<=0) { throw error("Unexpected error\n",4); }; if(dim_==1) { return 0; }; long int tmp=(long int)floor(value_*(double)dim_); tmp=Tmin(tmp,dim_-1); return tmp; } void alp_data::release_memory() { delete[]d_RR1;d_RR1=NULL; delete[]d_RR1_sum;d_RR1_sum=NULL; delete[]d_RR1_sum_elements;d_RR1_sum_elements=NULL; delete[]d_RR2;d_RR2=NULL; delete[]d_RR2_sum;d_RR2_sum=NULL; delete[]d_RR2_sum_elements;d_RR2_sum_elements=NULL; d_memory_size_in_MB-=2.0*(double)(2.0*sizeof(double)+sizeof(long int))*(double)d_number_of_AA/mb_bytes; if(d_smatr) { delete_memory_for_matrix(d_number_of_AA_smatr,d_smatr); }; delete d_is;d_is=NULL; d_memory_size_in_MB-=sizeof(d_is)/mb_bytes; delete[]d_r_i_dot;d_r_i_dot=NULL; delete[]d_r_dot_j;d_r_dot_j=NULL; d_memory_size_in_MB-=(double)(sizeof(double)*d_number_of_AA*2.0)/mb_bytes; delete d_rand_all;d_rand_all=NULL; d_memory_size_in_MB-=sizeof(struct_for_randomization)/mb_bytes; } alp_data::~alp_data()//destructor { release_memory(); } void alp_data::check_out_file( string out_file_name_) { ifstream f; char *str_ch=NULL; try { f.open(out_file_name_.data(),ios::in); if(!f) { return; }; bool symmetric_case_flag; string str; getline(f,str); str_ch=new char[str.length()+1]; alp_data::assert_mem(str_ch); long int k; for(k=0;k<(long int)str.length();k++) { str_ch[k]=str[k]; }; str_ch[str.length()]='\0'; char str_for_test0[]="number of realizations with killing"; char *test_flag0= strstr(str_ch,str_for_test0); if(!test_flag0) { throw error("The output file "+out_file_name_+" exists and does not have the correct format;\nplease delete the file and rerun the program\n",3); }; char str_for_test[]="0.5*"; char*test_flag= strstr(str_ch,str_for_test); if(test_flag) { symmetric_case_flag=true; } else { symmetric_case_flag=false; }; if(symmetric_case_flag) { if(!d_smatr_symmetric_flag) { throw error("The output file "+out_file_name_+" exists and corresponds to symmetric case; \nthe current calculation uses non-symmetric parameters;\nplease define another output file name\n",3); }; }; if(!symmetric_case_flag) { if(d_smatr_symmetric_flag) { throw error("The output file "+out_file_name_+" exists and corresponds to non-symmetric case; \nthe current calculation uses symmetric parameters;\nplease define another output file name\n",3); }; }; f.close(); delete[]str_ch;str_ch=NULL; } catch (...) { delete[]str_ch;str_ch=NULL; if(f.is_open()) { f.close(); }; throw; }; } double importance_sampling::lambda_equation(double x_,void* func_number_) { data_for_lambda_equation *data=(data_for_lambda_equation*)func_number_; long int d_number_of_AA=data->d_number_of_AA; long int** d_smatr=data->d_smatr; double *d_RR1=data->d_RR1; double *d_RR2=data->d_RR2; double res=0; long int i,j; for(i=0;i>number_of_AA_smatr_; if(number_of_AA_smatr_<=0) { throw error("Error - number of letters in the scoring matrix file must be greater than 0\n",3); }; get_memory_for_matrix(number_of_AA_smatr_,smatr_); for(i=0;i>smatr_[i][j]; }; }; f.close(); } catch (...) { if(f.is_open()) { f.close(); }; throw; }; } void alp_data::read_RR( string RR_file_name_, double *&RR_, double *&RR_sum_, long int *&RR_sum_elements_, long int &number_of_AA_RR_) { read_RR( RR_file_name_, RR_, number_of_AA_RR_); calculate_RR_sum( RR_, number_of_AA_RR_, RR_sum_, RR_sum_elements_); } void alp_data::check_RR_sum( double sum_tmp_, long int number_of_AA_RR_, string RR_file_name_) { if(number_of_AA_RR_<=0) { throw error("Error - number of letters in the probabilities file must be greater than 0\n",3); }; double diff_tmp=fabs(sum_tmp_-1.0); if(diff_tmp>0) { double lg_diff=-(Math::log(diff_tmp)-Math::log((double)number_of_AA_RR_))/Math::log(10.0); double lg_eps=-Math::log(DBL_EPSILON)/Math::log(10.0)-1; if(lg_diff flag_RR; if(!flag_RR[RR_file_name_]) { cout<<"\n!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!\n"; cout<<"Warning: the sum of the probabilities from the file "<0) { long int i; for(i=0;i>number_of_AA_RR_; if(number_of_AA_RR_<=0) { throw error("Error - number of letters in the probabilities file must be greater than 0\n",3); }; RR_=new double[number_of_AA_RR_]; assert_mem(RR_); double sum_tmp=0; for(i=0;i>RR_[i]; if(RR_[i]<0) { throw error("Error - the frequencies defined in the file "+RR_file_name_+" must be non-negative\n",3); }; sum_tmp+=RR_[i]; }; check_RR_sum( sum_tmp, number_of_AA_RR_, RR_file_name_); f.close(); } catch (...) { delete[]RR_;RR_=NULL; if(f.is_open()) { f.close(); }; throw; }; } string alp_data::long_to_string(//convert interer ot string long int number_) { string res_=""; string tmp_string; if(number_>0) { tmp_string=""; } else { if(number_==0) { tmp_string=""; } else { tmp_string="-"; }; }; number_=abs(number_); for( ; ; ) { long int reminder=number_%10; number_=(number_-reminder)/10; res_=digit_to_string(reminder)+res_; if (number_==0) { break; }; }; return tmp_string+res_; } char alp_data::digit_to_string(//convert interer ot string long int digit_) { switch(digit_) { case 0:return '0'; case 1:return '1'; case 2:return '2'; case 3:return '3'; case 4:return '4'; case 5:return '5'; case 6:return '6'; case 7:return '7'; case 8:return '8'; case 9:return '9'; default:return '?'; }; } importance_sampling::importance_sampling( alp_data *alp_data_, long int open_, long int epen_, double temperature_, long int number_of_AA_, long int **smatr_, double *RR1_, double *RR2_) { d_elements=NULL; d_elements_values=NULL; d_exp_s=NULL; d_alp_data=alp_data_; if(!d_alp_data) { throw error("Unexpected error\n",4); }; try { { //calculation of the importance sampling theta data_for_lambda_equation tmp_ptr; tmp_ptr.d_number_of_AA=number_of_AA_; tmp_ptr.d_RR1=RR1_; tmp_ptr.d_RR2=RR2_; tmp_ptr.d_smatr=smatr_; //calculate maximum of smatr_ elements long int smatr_max=smatr_[0][0]; long int smatr_max_i=0; long int smatr_max_j=0; long int smatr_min=smatr_[0][0]; long int smatr_pos_max=LONG_MIN; long int smatr_neg_min=LONG_MAX; double eps=0.00001; double threshold=DBL_MIN*10.0; double aver_score=0; long int i,j; for(i=0;i0) { smatr_pos_max=alp_data::Tmax(smatr_pos_max,smatr_[i][j]); }; if(smatr_[i][j]<0) { smatr_neg_min=alp_data::Tmin(smatr_neg_min,smatr_[i][j]); }; }; }; if(aver_score>=-threshold) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; if(smatr_max<=0) { throw error("Error - at least one element of the scoring matrix must be positive\n",3); }; double a=eps; while(importance_sampling::lambda_equation(a,(void*)(&tmp_ptr))>0) { a/=2.0; if(a res_lambda; alp_reg::find_tetta_general( importance_sampling::lambda_equation, (void*)(&tmp_ptr), a, b, n_partition, eps, res_lambda); sort(res_lambda.begin(),res_lambda.end()); if(res_lambda.size()==0) { //throw error("Error - the program is not able to find the ungapped lambda. The program does not work with the input scoring scheme. \n",3); throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; d_lambda=res_lambda[res_lambda.size()-1]; d_ungap_lambda=d_lambda; //cout<<"\nUngapped lambda is "<get_memory_for_matrix(d_is_number_of_AA,d_exp_s); long int ind=0; double sum=0; long int a,b; for(a=0;ad_memory_size_in_MB+=sizeof(double)*number_of_AA_/mb_bytes; d_alp_data->d_memory_size_in_MB+=sizeof(q_elem)*number_of_AA_/mb_bytes; } catch (...) { this->~importance_sampling(); throw; }; } importance_sampling::~importance_sampling() { delete []d_elements;d_elements=NULL; delete []d_elements_values;d_elements_values=NULL; if(d_alp_data) { d_alp_data->delete_memory_for_matrix(d_is_number_of_AA,d_exp_s); d_alp_data->d_memory_size_in_MB-=sizeof(double)*d_is_number_of_AA/mb_bytes; d_alp_data->d_memory_size_in_MB-=sizeof(q_elem)*d_is_number_of_AA/mb_bytes; }; } double alp_data::error_of_the_sum(//v1_+v2_ double v1_error_, double v2_error_) { if(v1_error_>=1e100||v2_error_>=1e100) { return 1e100; }; return sqrt(v1_error_*v1_error_+v2_error_*v2_error_); } double alp_data::error_of_the_product(//v1_*v2_ double v1_, double v1_error_, double v2_, double v2_error_) { if(v1_error_>=1e100||v2_error_>=1e100) { return 1e100; }; double a1=(v1_+v1_error_)*(v2_+v2_error_); double a2=(v1_-v1_error_)*(v2_+v2_error_); double a3=(v1_+v1_error_)*(v2_-v2_error_); double a4=(v1_-v1_error_)*(v2_-v2_error_); double a=v1_*v2_; return Tmax(fabs(a1-a),fabs(a2-a),fabs(a3-a),fabs(a4-a)); } double alp_data::error_of_the_sqrt(//sqrt(v1_) double v1_, double v1_error_) { if(v1_error_>=1e100||v1_<0) { return 1e100; }; double s=sqrt(v1_); double s1=sqrt(alp_data::Tmax(0.0,v1_-v1_error_)); double s2=sqrt(alp_data::Tmax(0.0,v1_+v1_error_)); return alp_data::Tmax(fabs(s-s1),fabs(s-s2)); } double alp_data::error_of_the_ratio(//v1_/v2_ double v1_, double v1_error_, double v2_, double v2_error_) { if(v1_error_>=1e100||v2_error_>=1e100) { return 1e100; }; if(v2_==0) { return 1e100; }; if(v1_==0&&v1_error_==0) { return 0.0; }; double a=v1_/v2_; if(((v2_+v2_error_)*v2_<=0)) { double a3=(v1_+v1_error_)/(v2_-v2_error_); double a4=(v1_-v1_error_)/(v2_-v2_error_); return alp_data::Tmax(fabs(a-a3),fabs(a-a4)); }; if(((v2_-v2_error_)*v2_<=0)) { double a1=(v1_+v1_error_)/(v2_+v2_error_); double a2=(v1_-v1_error_)/(v2_+v2_error_); return alp_data::Tmax(fabs(a-a1),fabs(a-a2)); }; double a1=(v1_+v1_error_)/(v2_+v2_error_); double a2=(v1_-v1_error_)/(v2_+v2_error_); double a3=(v1_+v1_error_)/(v2_-v2_error_); double a4=(v1_-v1_error_)/(v2_-v2_error_); return Tmax(fabs(a-a1),fabs(a-a2),fabs(a-a3),fabs(a-a4)); } double alp_data::error_of_the_lg(//lg(v1_) double v1_, double v1_error_) { if(v1_error_>=1e100||v1_<=0) { return 1e100; }; return alp_data::Tmin(fabs(Math::log(v1_)/Math::log(10.0)),v1_error_/v1_/Math::log(10.0)); } bool alp_data::the_value_is_double( string str_, double &val_) { if(str_=="") { return false; }; bool res=false; errno=0; char *p; val_=strtod(str_.c_str(),&p); if(errno!=0) { res=false; } else { res=(*p==0); }; return res; } bool alp_data::the_value_is_long( string str_, long int &val_) { if(str_.length()==0) { return false; }; if(!(str_[0]=='+'||str_[0]=='-'||isdigit(str_[0]))) { return false; }; long int start_digit=0; if(str_[0]=='+'||str_[0]=='-') { start_digit=1; }; long int i; for(i=start_digit;i<(long int)str_.size();i++) { if(!isdigit(str_[i])) { return false; }; }; if(((long int)str_.size()-start_digit)<=0) { return false; }; if(((long int)str_.size()-start_digit)>1) { /* if(str_[start_digit]=='0') { return false; }; */ while(str_[start_digit]=='0') { string::iterator it=str_.begin()+start_digit; str_.erase(it); if((long int)str_.size()<=start_digit+1) { break; }; }; }; if(((long int)str_.size()-start_digit>10)||((long int)str_.size()-start_digit)<=0) { return false; }; if((long int)str_.size()-start_digit==10) { if(!(str_[start_digit]=='1'||str_[start_digit]=='2')) { return false; }; if(str_[start_digit]=='2') { long int val2; string str2=str_.substr(start_digit+1,9); int flag=sscanf(str2.c_str(),"%ld",&val2); if(flag!=1) { return false; }; bool positive=true; if(start_digit>0) { if(str_[0]=='-') { positive=false; }; }; if(positive) { if(val2>147483647) { return false; }; } else { if(val2>147483648) { return false; }; }; }; }; int flag=sscanf(str_.c_str(),"%ld",&val_); if(flag!=1) { return false; }; return true; } bbuchfink-diamond-6dc5717/src/lib/alp/sls_alp_data.hpp000066400000000000000000000452451523407312000226770ustar00rootroot00000000000000#ifndef INCLUDED_SLS_ALP_DATA #define INCLUDED_SLS_ALP_DATA /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alp_data.hpp Author: Sergey Sheetlin, Martin Frith Contents: Contains input data ******************************************************************************/ #include "sls_basic.hpp" #include // #include #include #include #include #include #include #include #include #include #include #include #include #ifndef _MSC_VER //UNIX program #else #define _CRTDBG_MAP_ALLOC #include #endif #include "sls_alp_regression.hpp" #include "njn_random.hpp" #include "njn_uniform.hpp" const double mb_bytes=1048576.0; namespace Sls { struct struct_for_randomization { long int d_random_seed; std::vector d_first_stage_preliminary_realizations_numbers_ALP; std::vector d_preliminary_realizations_numbers_ALP; std::vector d_preliminary_realizations_numbers_killing; long int d_total_realizations_number_with_ALP; long int d_total_realizations_number_with_killing; }; struct error_for_single_realization//struct to handle exceptions during calclation of single realization { std::string st; error_for_single_realization(){}; }; struct data_for_lambda_equation//struct for lambda_equation { long int d_number_of_AA;//number of AA long int** d_smatr;//scoring matrix double *d_RR1;//AA probabilities double *d_RR2;//AA probabilities }; class alp_data; template class array_positive{ public: array_positive(alp_data *alp_data_)// constructor { d_elem=NULL; d_alp_data=alp_data_; if(!d_alp_data) { throw error("Unexpected error\n",4); }; d_dim=-1; d_step=10; } ~array_positive(); void increment_array(long int ind_); inline void set_elem( long int ind_, T elem_) { if(ind_>d_dim) { increment_array(ind_); }; d_elem[ind_]=elem_; } inline void increase_elem_by_1( long int ind_) { if(ind_>d_dim) { increment_array(ind_); }; d_elem[ind_]++; } inline void increase_elem_by_x( long int ind_, T x_) { if(ind_>d_dim) { increment_array(ind_); }; d_elem[ind_]+=x_; } public: long int d_step; long int d_dim;//dimension of the array is d_dim+1 T * d_elem; alp_data *d_alp_data;//initial data }; template class array{ public: array(alp_data *alp_data_)// constructor { d_elem=NULL; d_alp_data=alp_data_; d_dim=-1; d_ind0=0; d_step=10; d_dim_plus_d_ind0=d_dim+d_ind0; } ~array(); void increment_array_on_the_right(long int ind_); void increment_array_on_the_left(long int ind_); void set_elems(const array *a_); inline void set_elem( long int ind_, T elem_) { if(ind_>d_dim_plus_d_ind0) { increment_array_on_the_right(ind_); }; if(ind_d_dim_plus_d_ind0) { increment_array_on_the_right(ind_); }; if(ind_ (0,1); } static void read_smatr( std::string smatr_file_name_, long int **&smatr_, long int &number_of_AA_smatr_); void check_out_file( std::string out_file_name_); static std::string long_to_string(//convert interer ot string long int number_); static char digit_to_string(//convert interer ot string long int digit_); static bool the_value_is_double( std::string str_, double &val_); static bool the_value_is_long( std::string str_, long int &val_); static void read_RR( std::string RR_file_name_, double *&RR_, double *&RR_sum_, long int *&RR_sum_elements_, long int &number_of_AA_RR_); static void read_RR( std::string RR_file_name_, double *&RR_, long int &number_of_AA_RR_); static void calculate_RR_sum( double *RR_, long int number_of_AA_RR_, double *&RR_sum_, long int *&RR_sum_elements_); static void check_RR_sum( double sum_tmp_, long int number_of_AA_RR_, std::string RR_file_name_); template static void get_memory_for_matrix( long int dim_, T ** &matr_, alp_data *alp_data_=NULL) { matr_=NULL; try { long int i; matr_=new T *[dim_]; assert_mem(matr_); for(i=0;id_memory_size_in_MB+=(double)sizeof(T)*(double)dim_*(double)dim_/mb_bytes; }; } catch (...) { if(matr_) { long int i; for(i=0;i static void delete_memory_for_matrix( long int dim_, T ** &matr_, alp_data *alp_data_=NULL) { long int i; if(matr_) { for(i=0;id_memory_size_in_MB-=(double)sizeof(T)*(double)dim_*(double)dim_/mb_bytes; }; } static long int random_long( double value_, long int dim_); template static T random_long( double value_, long int dim_, double *sum_distr_, T* elements_)//sum_distr_[dim_-1] must be equal to 1 { if(value_<0||value_>1) { throw error("Unexpected error in alp_data::random_long\n",4); }; long int v1=0; long int v2=dim_; while(v2-v1>1) { long int v3=(long int)(Sls::alp_data::round(double(v2+v1)/2.0)); if(sum_distr_[v3-1]==value_) { v1=v3-1; v2=v3; break; }; if(sum_distr_[v3-1]>value_) { v2=v3; } else { v1=v3; }; }; if(elements_) { long int v2_1=v2-1; long int v2_minus=-1; long int j; for(j=v2_1;j>=1;j--) { if(sum_distr_[j]!=sum_distr_[j-1]) { v2_minus=j; break; }; }; if(v2_minus<0) { if(sum_distr_[0]>0) { v2_minus=0; }; }; if(v2_minus>=0) { return elements_[v2_minus]; }; long int v2_plus=-1; for(j=v2;j array_positive::~array_positive() { delete[]d_elem;d_elem=NULL; if(d_alp_data) { d_alp_data->d_memory_size_in_MB-=(double)sizeof(T)*(double)(d_dim+1)/mb_bytes; }; } template void array_positive::increment_array(long int ind_) { T *d_elem_new=NULL; try { long int o_dim=d_dim; do{ d_dim+=d_step; }while(ind_>d_dim); long int jump=d_dim-o_dim; d_elem_new=new T[d_dim+1]; alp_data::assert_mem(d_elem_new); long int i; for(i=0;id_memory_size_in_MB+=(double)sizeof(T)*(double)jump/mb_bytes; }; d_elem=d_elem_new;d_elem_new=NULL; } catch (...) { delete[]d_elem_new;d_elem_new=NULL; throw; }; } //array functions template array::~array() { delete[]d_elem;d_elem=NULL; if(d_alp_data) { d_alp_data->d_memory_size_in_MB-=(double)sizeof(T)*(double)(d_dim+1)/mb_bytes; }; } template void array::set_elems(const array *a_) { long int a0=a_->d_ind0; long int a1=a_->d_dim_plus_d_ind0; if(a0>a1)return; while(a1>d_dim_plus_d_ind0) { d_dim_plus_d_ind0+=d_step; }; while(a0d_memory_size_in_MB+=(double)sizeof(T)*(double)(d_dim+1)/mb_bytes; }; long int i; for(i=a0;i<=a1;i++) { d_elem[i-d_ind0]=a_->d_elem[i-a0]; } } template void array::increment_array_on_the_right(long int ind_) { bool ee_error_flag=false; error ee_error("",0); T *d_elem_new=NULL; try { try { long int o_dim=d_dim; do{ d_dim+=d_step; d_dim_plus_d_ind0+=d_step; }while(ind_>d_dim_plus_d_ind0); long int jump=d_dim-o_dim; d_elem_new=new T[d_dim+1]; alp_data::assert_mem(d_elem_new); long int i; for(i=0;id_memory_size_in_MB+=(double)sizeof(T)*(double)jump/mb_bytes; }; delete[]d_elem;d_elem=NULL; d_elem=d_elem_new;d_elem_new=NULL; } catch (error er) { ee_error_flag=true; ee_error=er; }; } catch (...) { ee_error_flag=true; ee_error=error("Internal error in the program\n",4); }; //memory release if(ee_error_flag) { delete[]d_elem_new;d_elem_new=NULL; throw error(ee_error.st,ee_error.error_code); }; } template void array::increment_array_on_the_left(long int ind_) { T *d_elem_new=NULL; try { long int o_dim=d_dim; do{ d_dim+=d_step; d_ind0-=d_step; }while(ind_d_memory_size_in_MB+=(double)sizeof(T)*(double)jump/mb_bytes; }; delete[]d_elem;d_elem=NULL; d_elem=d_elem_new;d_elem_new=NULL; } catch (...) { delete[]d_elem_new;d_elem_new=NULL; throw; }; } } #endif bbuchfink-diamond-6dc5717/src/lib/alp/sls_alp_regression.cpp000066400000000000000000000310371523407312000241330ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alp_regression.cpp Author: Sergey Sheetlin Contents: Regression methods ******************************************************************************/ #include "sls_alp_regression.hpp" using namespace Sls; using namespace std; //-------------------------Solution of arbitrary equations---------------------------- void alp_reg::find_tetta_general( function_type *func_, void* func_pointer_, double a_,//[a,b] is the interval for search of equation solution double b_, long int n_partition_, double eps_, std::vector &res_ ) { res_.resize(0); vector intervals(0); if(n_partition_<=0) { throw error("Error in alp_reg::find_tetta_general\n",4); }; long int i; double h=(b_-a_)/n_partition_; double x1,x2 = 0.0; for(i=0;i=eps_&&fabs(x2)>=eps_)) { intervals.push_back(i); }; }; for(i=0;i<(long int)intervals.size();i++) { double sol=find_single_tetta_general( func_, func_pointer_, a_+intervals[i]*h,//[a,b] is the interval for search of equation solution a_+(1+intervals[i])*h, eps_); res_.push_back(sol); }; sort(res_.begin(),res_.end()); return; } double alp_reg::find_single_tetta_general( function_type *func_, void* func_pointer_, double a_,//[a,b] is the interval for search of equation solution double b_, double eps_ ) { if(b_eps_) { double x12=(x1+x2)/2; double y12=(*func_)(//calculation of E(exp(tetta*X)) x12, func_pointer_); if(fabs(y12) array_vect(dim_); long int i; for(i=0;i > array_vect(dim); for(i=0;i P; P.first=-fabs(values[i]-med_val); P.second=i; array_vect[i]=P; }; sort(array_vect.begin(),array_vect.end()); for(i=0;i // #include #include #include #include #include #include namespace Sls { typedef double function_type(double x_,void* func_number_); class alp_reg{ public: alp_reg(//constructor ); ~alp_reg();//destructor static void find_tetta_general( function_type *func_, void* func_pointer_, double a_,//[a,b] is the interval for search of equation solution double b_, long int n_partition_, double eps_, std::vector &res_); static double find_single_tetta_general( function_type *func_, void* func_pointer_, double a_,//[a,b] is the interval for search of equation solution double b_, double eps_); static void correction_of_errors( double *errors_, long int number_of_elements_); static void robust_regression_sum_with_cut_LSM( long int min_length_, long int number_of_elements_, double *values_, double *errors_, bool cut_left_tail_, bool cut_right_tail_, double y_, double &beta0_, double &beta1_, double &beta0_error_, double &beta1_error_, long int &k1_opt_, long int &k2_opt_, bool &res_was_calculated_); static double function_for_robust_regression_sum_with_cut_LSM( double *values_, double *errors_, long int number_of_elements_, long int k_start_, double c_, double &beta0_, double &beta1_, double &beta0_error_, double &beta1_error_, bool &res_was_calculated_); static void robust_regression_sum_with_cut_LSM_beta1_is_defined( long int min_length_, long int number_of_elements_, double *values_, double *errors_, bool cut_left_tail_, bool cut_right_tail_, double y_, double &beta0_, double beta1_, double &beta0_error_, double beta1_error_, long int &k1_opt_, long int &k2_opt_, bool &res_was_calculated_); static double function_for_robust_regression_sum_with_cut_LSM_beta1_is_defined( double *values_, double *errors_, long int number_of_elements_, long int k_start_, double c_, double &beta0_, double beta1_, double &beta0_error_, double beta1_error_, bool &res_was_calculated_); inline static double sqrt_for_errors( double x_) { if(x_<=0) { return 0.0; } else { return sqrt(x_); }; } static double median( long int dim_, double *array_); static double robust_sum( double *values, long int dim, long int N_points, bool *&remove_flag); }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/sls_alp_sim.cpp000066400000000000000000003046121523407312000225450ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alp_sim.cpp Author: Sergey Sheetlin Contents: Calculation of Gumbel parameters ******************************************************************************/ #include "sls_alp_sim.hpp" #include "util/math/math.h" using namespace Sls; using namespace std; static bool calculate_C_S_constant_flag=true; static double dbl_max_log=Math::log(DBL_MAX); alp_sim::alp_sim(//constructor alp_data *alp_data_) { d_alp_obj=NULL; d_lambda_tmp=NULL; d_lambda_tmp_errors=NULL; d_C_tmp=NULL; d_C_tmp_errors=NULL; d_alp_data=alp_data_; ofstream frand; try { if(!d_alp_data) { throw error("Unexpected error\n",4); }; d_alp_obj=new array_positive (d_alp_data); alp_data::assert_mem(d_alp_obj); d_n_alp_obj=0; d_alp_data->d_memory_size_in_MB+=(double)(sizeof(array_positive))/mb_bytes; double memory_before1=d_alp_data->d_memory_size_in_MB; double time_before1; alp_data::get_current_time(time_before1); d_alp_data->d_time_before1=time_before1; if(!d_alp_data->d_rand_flag) { d_alp_data->d_rand_all->d_random_seed=d_alp_data->d_random_seed; }; //trial simulation for estimation time and memory long int M_min; long int nalp; double time_after_tmp; d_lambda_tmp=new array_positive(d_alp_data); alp_data::assert_mem(d_lambda_tmp); d_lambda_tmp_errors=new array_positive(d_alp_data); alp_data::assert_mem(d_lambda_tmp_errors); d_C_tmp=new array_positive(d_alp_data); alp_data::assert_mem(d_C_tmp); d_C_tmp_errors=new array_positive(d_alp_data); alp_data::assert_mem(d_C_tmp_errors); //quick tests quick_test( quick_tests_trials_number, d_alp_data->d_max_time_for_quick_tests); long int maximum_number_of_realizations_for_preliminary_simulation=1000; bool loop_break_flag; long int rand_i=-1; bool lambda_accuracy_flag=true; long int sim_number=1; do{ long int nalp_lambda; bool C_calculation=false; long int number_tmp; bool check_time_flag=true; if(d_alp_data->d_rand_flag) { check_time_flag=false; rand_i++; number_tmp=d_alp_data->d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP[rand_i]; } else { number_tmp=alp_data::Tmin(maximum_number_of_realizations_for_preliminary_simulation-1,d_n_alp_obj+sim_number*d_alp_data->d_minimum_realizations_number-1); }; get_minimal_simulation( 0, number_tmp, M_min, nalp, nalp_lambda, C_calculation, check_time_flag); if(!d_alp_data->d_rand_flag) { d_alp_data->d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP.push_back(number_tmp); }; sim_number*=2; if(d_lambda_tmp->d_elem[nalp]>=0) { if(d_lambda_tmp_errors->d_elem[nalp]/d_lambda_tmp->d_elem[nalp]d_eps_lambda) { lambda_accuracy_flag=false; }; }; alp_data::get_current_time(time_after_tmp); if(number_tmp>=maximum_number_of_realizations_for_preliminary_simulation-1) { if(!d_alp_data->d_rand_flag) { break; }; }; if(d_alp_data->d_rand_flag) { loop_break_flag=(rand_i>=(long int)(d_alp_data->d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP.size()-1)); } else { loop_break_flag=!(maximum_number_of_realizations_for_preliminary_simulation>d_n_alp_obj-1&& lambda_accuracy_flag&&((time_after_tmp-time_before1)<=0||((time_after_tmp-time_before1)<0.01*d_alp_data->d_max_time&&d_alp_data->d_memory_size_in_MBd_max_mem))); }; } while(!loop_break_flag); double memory_after1=d_alp_data->d_memory_size_in_MB; double time_after1; alp_data::get_current_time(time_after1); if(memory_after1<=memory_before1) { delete d_alp_obj;d_alp_obj=NULL; throw error("Unexpected error\n",4); }; long int limit_by_memory=(long int)alp_data::Tmin((double)LONG_MAX-1,alp_data::round(d_alp_data->d_max_mem/2.0/(memory_after1-memory_before1)*d_n_alp_obj)); if(d_alp_data->d_memory_size_in_MB>d_alp_data->d_max_mem) { //cout<<"\nWarning: memory limit is reached.\nTo get the requested accuracy please\nincrease maximum allowed amount of memory if possible\n\n"; }; long int limit_by_time; if(time_after1<=time_before1) { limit_by_time=LONG_MAX; } else { limit_by_time=(long int)alp_data::Tmin((double)LONG_MAX-1,alp_data::round(d_alp_data->d_max_time/3.0/4.0/(time_after1-time_before1)*d_n_alp_obj)); }; long int realizations_number2=alp_data::Tmin((long int)alp_data::round(limit_by_time)-1,limit_by_memory-1); realizations_number2=alp_data::Tmin(maximum_number_of_realizations_for_preliminary_simulation-(long int)1,realizations_number2); realizations_number2=alp_data::Tmax(d_n_alp_obj-(long int)1,realizations_number2); delete d_lambda_tmp;d_lambda_tmp=NULL; delete d_lambda_tmp_errors;d_lambda_tmp_errors=NULL; delete d_C_tmp;d_C_tmp=NULL; delete d_C_tmp_errors;d_C_tmp_errors=NULL; //trial simulation for estimation M_min and nalp d_lambda_tmp=new array_positive(d_alp_data); alp_data::assert_mem(d_lambda_tmp); d_lambda_tmp_errors=new array_positive(d_alp_data); alp_data::assert_mem(d_lambda_tmp_errors); d_C_tmp=new array_positive(d_alp_data); alp_data::assert_mem(d_C_tmp); d_C_tmp_errors=new array_positive(d_alp_data); alp_data::assert_mem(d_C_tmp_errors); long int nalp_lambda; bool C_calculation=false; double lambda; double eps_K=d_alp_data->d_eps_K; double K_C; double K_C_error; long int level; long int diff_opt; rand_i=-1; loop_break_flag=false; double time_before_ALP; double time_during_ALP; long int number_of_realizations_with_ALP=alp_data::Tmin(realizations_number2,d_n_alp_obj-(long int)1+d_alp_data->d_minimum_realizations_number); long int number_of_realizations_with_ALP_pred; alp_data::get_current_time(time_before_ALP); do{ bool check_time_flag=true; if(d_alp_data->d_rand_flag) { check_time_flag=false; rand_i++; number_of_realizations_with_ALP=d_alp_data->d_rand_all->d_preliminary_realizations_numbers_ALP[rand_i]; }; get_minimal_simulation( 0, number_of_realizations_with_ALP, M_min, nalp, nalp_lambda, C_calculation, check_time_flag); if(!d_alp_data->d_rand_flag) { d_alp_data->d_rand_all->d_preliminary_realizations_numbers_ALP.push_back(number_of_realizations_with_ALP); }; lambda=d_lambda_tmp->d_elem[nalp]; double tmp_lambda=2.0; if(d_lambda_tmp->d_elem[nalp]>0) { tmp_lambda=((d_lambda_tmp_errors->d_elem[nalp]/d_lambda_tmp->d_elem[nalp])/d_alp_data->d_eps_lambda); }; number_of_realizations_with_ALP_pred=number_of_realizations_with_ALP; alp_data::get_current_time(time_during_ALP); if(d_alp_data->d_rand_flag) { loop_break_flag=(rand_i>=(long int)(d_alp_data->d_rand_all->d_preliminary_realizations_numbers_ALP.size()-1)); if(loop_break_flag) { break; }; }; if(time_during_ALP-time_before1>=d_alp_data->d_max_time*0.25||number_of_realizations_with_ALP>=realizations_number2||tmp_lambda<=1.0) { if(!d_alp_data->d_rand_flag) { break; }; }; if(time_during_ALP<=time_before_ALP) { number_of_realizations_with_ALP=alp_data::Tmin(realizations_number2,number_of_realizations_with_ALP+d_alp_data->d_minimum_realizations_number); } else { long int max_number_of_realizations=(long int)floor(number_of_realizations_with_ALP*(d_alp_data->d_max_time*0.35-(time_before_ALP-time_before1))/(time_during_ALP-time_before_ALP)); number_of_realizations_with_ALP=alp_data::Tmin(realizations_number2,(long int)floor(0.5*number_of_realizations_with_ALP+0.5*max_number_of_realizations)); if(number_of_realizations_with_ALP>=max_number_of_realizations) { number_of_realizations_with_ALP=d_alp_data->Tmin(realizations_number2,number_of_realizations_with_ALP+d_alp_data->d_minimum_realizations_number); }; if((double)(number_of_realizations_with_ALP-number_of_realizations_with_ALP_pred)/(double)number_of_realizations_with_ALP_pred<0.005) { number_of_realizations_with_ALP=number_of_realizations_with_ALP_pred; if(!d_alp_data->d_rand_flag) { break; }; }; }; } while(!loop_break_flag); realizations_number2=number_of_realizations_with_ALP; long int realizations_number2_lambda=number_of_realizations_with_ALP; rand_i=-1; loop_break_flag=false; double time_before_kill; double time_during_kill; long int number_of_realizations_with_killing=d_alp_data->Tmin(realizations_number2,d_alp_data->d_minimum_realizations_number-(long int)1); long int number_of_realizations_with_killing_pred; alp_data::get_current_time(time_before_kill); do{ bool check_time_flag=false; if(d_alp_data->d_rand_flag) { check_time_flag=false; rand_i++; number_of_realizations_with_killing=d_alp_data->d_rand_all->d_preliminary_realizations_numbers_killing[rand_i]; }; kill( check_time_flag, 0, number_of_realizations_with_killing, M_min, lambda, eps_K, K_C, K_C_error, level, diff_opt); if(!d_alp_data->d_rand_flag) { d_alp_data->d_rand_all->d_preliminary_realizations_numbers_killing.push_back(number_of_realizations_with_killing); }; number_of_realizations_with_killing_pred=number_of_realizations_with_killing; alp_data::get_current_time(time_during_kill); double tmp_K=2.0; if(K_C>0) { tmp_K=((K_C_error/K_C)/d_alp_data->d_eps_K); }; if(d_alp_data->d_rand_flag) { loop_break_flag=(rand_i>=(long int)(d_alp_data->d_rand_all->d_preliminary_realizations_numbers_killing.size()-1)); if(loop_break_flag) { break; }; }; if(time_during_kill-time_before1>=d_alp_data->d_max_time||number_of_realizations_with_killing>=realizations_number2||tmp_K<=1.0) { if(!d_alp_data->d_rand_flag) { break; }; }; if(time_during_kill<=time_before_kill) { number_of_realizations_with_killing=d_alp_data->Tmin(realizations_number2,number_of_realizations_with_killing+d_alp_data->d_minimum_realizations_number); } else { long int max_number_of_realizations=(long int)floor(number_of_realizations_with_killing*(d_alp_data->d_max_time-(time_before_kill-time_before1))/(time_during_kill-time_before_kill)); number_of_realizations_with_killing=d_alp_data->Tmin(realizations_number2,(long int)floor(0.5*number_of_realizations_with_killing+0.5*max_number_of_realizations)); if(number_of_realizations_with_killing>=max_number_of_realizations) { number_of_realizations_with_killing=d_alp_data->Tmin(realizations_number2,number_of_realizations_with_killing+d_alp_data->d_minimum_realizations_number); }; if((double)(number_of_realizations_with_killing-number_of_realizations_with_killing_pred)/(double)number_of_realizations_with_killing_pred<0.005) { number_of_realizations_with_killing=number_of_realizations_with_killing_pred; if(!d_alp_data->d_rand_flag) { break; }; }; }; } while(!loop_break_flag); long int k; for(k=0;k<=number_of_realizations_with_killing;k++) { d_alp_obj->d_elem[k]->partially_release_memory(); }; realizations_number2=number_of_realizations_with_killing; long int realizations_number2_K=number_of_realizations_with_killing; d_alp_data->d_realizations_number2=realizations_number2_lambda; if(K_C<=0) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; double tmp=((K_C_error/K_C)/d_alp_data->d_eps_K); tmp=alp_data::Tmin(ceil((realizations_number2_K+1)*tmp*tmp),(double)LONG_MAX); long int realizations_number_killing=(long int)tmp; tmp=((d_lambda_tmp_errors->d_elem[nalp]/d_lambda_tmp->d_elem[nalp])/d_alp_data->d_eps_lambda); tmp=alp_data::Tmin(ceil((realizations_number2_lambda+1)*tmp*tmp),(double)LONG_MAX); long int realizations_number_lambda=(long int)tmp; double time_after2; alp_data::get_current_time(time_after2); time_after2=alp_data::Tmax(time_after2,time_after_tmp); delete d_lambda_tmp;d_lambda_tmp=NULL; delete d_lambda_tmp_errors;d_lambda_tmp_errors=NULL; delete d_C_tmp;d_C_tmp=NULL; delete d_C_tmp_errors;d_C_tmp_errors=NULL; //main simulation long int j; j=1; long int kill_j=0; bool kill_flag=(realizations_number_killing>realizations_number2_K+1+j); bool lambda_flag=(realizations_number_lambda>realizations_number2_lambda+1+j); long int nalp_for_simulation=nalp; //!!!!!!!!!!!!!!!!!!!!!!! //cout<<"A number of ALPs\t"<d_rand_flag) { lambda_flag=(d_alp_data->d_rand_all->d_total_realizations_number_with_ALP>realizations_number2_K+j-1); kill_flag=(d_alp_data->d_rand_all->d_total_realizations_number_with_killing>realizations_number2_K+j-1); }; if(kill_flag||lambda_flag) { long int step_for_time=1; //long int number_of_unsuccesful_objects=0; //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! //cout<<"M_min="<realizations_number2_K+j); lambda_flag=(realizations_number_lambda>realizations_number2_lambda+j); if(d_alp_data->d_rand_flag) { lambda_flag=(d_alp_data->d_rand_all->d_total_realizations_number_with_ALP>realizations_number2_K+j-1); kill_flag=(d_alp_data->d_rand_all->d_total_realizations_number_with_killing>realizations_number2_K+j-1); }; if(!(kill_flag||lambda_flag)) { if(!d_alp_data->d_rand_flag) { //cout<<"\nThe parameters were calculated with the required accuracy\n\n"; break; } else { break; }; }; if(!kill_flag) { nalp_for_simulation=alp_data::Tmin(nalp_lambda,nalp); }; bool sucess_flag=false; if(realizations_number2_K+j<=realizations_number2_lambda) { } else { d_alp_obj->set_elem(realizations_number2_K+j,NULL); d_n_alp_obj++; }; alp *&obj=d_alp_obj->d_elem[realizations_number2_K+j]; try { double eps_tmp; while(!sucess_flag) { bool check_time_flag=true; if(d_alp_data->d_rand_flag) { check_time_flag=false; }; get_single_realization( check_time_flag, M_min, nalp_for_simulation, kill_flag, level, diff_opt, obj, sucess_flag, eps_tmp); if(!sucess_flag) { if(realizations_number2_K+j>realizations_number2_lambda) { d_n_alp_obj--; }; //number_of_unsuccesful_objects++; // if(number_of_unsuccesful_objects>/*5+*/0.5*alp_data::Tmin(d_alp_data->d_rand_all->d_total_realizations_number_with_killing,d_alp_data->d_rand_all->d_total_realizations_number_with_ALP)*eps_tmp) // { //if(realizations_number2_K+j>realizations_number2_lambda) //{ // d_n_alp_obj--; //}; //throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); // }; }; }; } catch (error_for_single_realization er) { if(d_alp_data->d_rand_flag) { throw error("Unexpected error in ramdomization\n",4); }; //cout<<"\nWarning: time limit is reached.\nTo get the requested accuracy please\nincrease the allowed calculation time if possible\n\n"; if(realizations_number2_K+j>realizations_number2_lambda) { delete obj;obj=NULL; d_n_alp_obj--; }; break; }; if(realizations_number2_K+j>realizations_number2_lambda) { if(kill_flag) { kill_j=j; }; }; d_alp_obj->d_elem[realizations_number2_K+j]->partially_release_memory(); j++; if(d_alp_data->d_memory_size_in_MB>d_alp_data->d_max_mem) { if(!d_alp_data->d_rand_flag) { //cout<<"\nWarning: memory limit is reached.\nTo get the requested accuracy please\nincrease the allowed amount of memory if possible\n\n"; break; }; }; if(j%step_for_time==0) { double time_after3; alp_data::get_current_time(time_after3); if((time_after3-time_before1)>d_alp_data->d_max_time) { if(!d_alp_data->d_rand_flag) { //cout<<"\nWarning: time limit is reached.\nTo get the requested accuracy please\nincrease the allowed calculation time if possible\n\n"; break; }; }; }; }; } else { //cout<<"\nThe parameters were calculated with required accuracy\n\n"; }; long int final_realizations_number_killing=kill_j+realizations_number2_K+1; long int final_realizations_number_lambda=alp_data::Tmax(realizations_number2_lambda+1,j+realizations_number2_K); d_n_alp_obj=final_realizations_number_lambda; double time_after100; alp_data::get_current_time(time_after100); //cout<<"\nActual calculation time is "<Tmax(memory_after2,memory_after3)<<" MBs\n\n"; if(!d_alp_data->d_rand_flag) { d_alp_data->d_rand_all->d_total_realizations_number_with_ALP=final_realizations_number_lambda-1; d_alp_data->d_rand_all->d_total_realizations_number_with_killing=final_realizations_number_killing-1; }; //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! //output of a file with complete randomization information if(!d_alp_data->d_rand_flag&&d_alp_data->d_randout!="") { //string rand_st="rand_"+alp_data::long_to_string(d_alp_data->d_rand_all->d_random_factor)+".out"; string rand_st=d_alp_data->d_randout; frand.open(rand_st.data(),ios::out); if(!frand) { throw error("Error - file "+rand_st+" cannot be created\n",3); }; long int i; frand<d_rand_all->d_random_seed<d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP.size()<<"\t"; for(i=0;i<(long int)d_alp_data->d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP.size();i++) { frand<d_rand_all->d_first_stage_preliminary_realizations_numbers_ALP[i]<<"\t"; }; frand<d_rand_all->d_preliminary_realizations_numbers_ALP.size()<<"\t"; for(i=0;i<(long int)d_alp_data->d_rand_all->d_preliminary_realizations_numbers_ALP.size();i++) { frand<d_rand_all->d_preliminary_realizations_numbers_ALP[i]<<"\t"; }; frand<d_rand_all->d_preliminary_realizations_numbers_killing.size()<<"\t"; for(i=0;i<(long int)d_alp_data->d_rand_all->d_preliminary_realizations_numbers_killing.size();i++) { frand<d_rand_all->d_preliminary_realizations_numbers_killing[i]<<"\t"; }; frand<d_rand_all->d_total_realizations_number_with_ALP<d_rand_all->d_total_realizations_number_with_killing<d_rand_all->d_total_realizations_number_with_ALP<m_CalcTime=time_after100-time_before1; output_main_parameters2m_new( nalp_for_simulation, level, inside_simulation_flag, final_realizations_number_lambda, final_realizations_number_killing); } catch (...) { delete d_lambda_tmp;d_lambda_tmp=NULL; delete d_lambda_tmp_errors;d_lambda_tmp_errors=NULL; delete d_C_tmp;d_C_tmp=NULL; delete d_C_tmp_errors;d_C_tmp_errors=NULL; this->~alp_sim(); if(frand.is_open()) { frand.close(); }; throw; }; } void alp_sim::symmetric_parameters_for_symmetric_scheme() { //check whether the scoring scheme is symmetric bool symmetric_flag=true; long int i,j; for(i=0;id_number_of_AA;i++) { for(j=0;jd_smatr[i][j]!=d_alp_data->d_smatr[j][i]) { symmetric_flag=false; break; }; }; if(!symmetric_flag) { break; }; }; if(symmetric_flag) { for(i=0;id_number_of_AA;i++) { if(d_alp_data->d_RR1[i]!=d_alp_data->d_RR2[i]) { symmetric_flag=false; break; }; }; }; if(symmetric_flag) { if(d_alp_data->d_epen1!=d_alp_data->d_epen2||d_alp_data->d_open1!=d_alp_data->d_open2) { symmetric_flag=false; }; }; if(symmetric_flag) { m_AI=0.5*(m_AI+m_AJ); m_AJ=m_AI; m_AIError=0.5*(m_AIError+m_AJError); m_AJError=m_AIError; m_AlphaI=0.5*(m_AlphaI+m_AlphaJ); m_AlphaJ=m_AlphaI; m_AlphaIError=0.5*(m_AlphaIError+m_AlphaJError); m_AlphaJError=m_AlphaIError; }; } void alp_sim::randomize_realizations( long int final_realizations_number_lambda_, long int final_realizations_number_killing_) { randomize_realizations_ind(0,final_realizations_number_killing_-1); randomize_realizations_ind(final_realizations_number_killing_,final_realizations_number_lambda_-1); } void alp_sim::randomize_realizations_ind( long int ind1_, long int ind2_) { alp**array_ind=NULL; long int *perm=NULL; try { if(ind1_>=ind2_) { return; }; if(ind2_>d_n_alp_obj-1) { throw error("Unexpected error\n",4); }; long int total_number=ind2_-ind1_+1; array_ind=new alp*[total_number]; alp_data::assert_mem(array_ind); perm=new long int [total_number]; alp_data::assert_mem(perm); generate_random_permulation(perm,total_number); long int i; for(i=0;id_elem[ind1_+perm[i]]; }; for(i=0;id_elem[ind1_+i]=array_ind[i]; }; delete[]array_ind;array_ind=NULL; delete[]perm;perm=NULL; } catch (...) { delete[]array_ind;array_ind=NULL; delete[]perm;perm=NULL; throw; }; } void alp_sim::generate_random_permulation( long int *perm_, long int dim_) { long int i; for(i=0;iran2(),dim_-i); long int tmp=perm_[ind_swap]; perm_[ind_swap]=perm_[i]; perm_[i]=tmp; }; } void alp_sim::output_main_parameters2m_new( long int nalp_for_lambda_simulation, long int level, bool &inside_simulation_flag, long int final_realizations_number_lambda_, long int final_realizations_number_killing_) { double lambda; double lambda_error; double test_difference; double test_difference_error; double C; double C_error; double K_C; double K_C_error; double a_I; double a_I_error; double a_J; double a_J_error; double sigma; double sigma_error; double alpha_I; double alpha_I_error; double alpha_J; double alpha_J_error; double K; double K_error; bool flag=false; long int number_of_trials=0; long int number_of_trials_threshold=4; do{ calculate_main_parameters2m( final_realizations_number_lambda_, final_realizations_number_killing_, nalp_for_lambda_simulation, level, inside_simulation_flag, lambda, lambda_error, test_difference, test_difference_error, C, C_error, K_C, K_C_error, a_I, a_I_error, a_J, a_J_error, sigma, sigma_error, alpha_I, alpha_I_error, alpha_J, alpha_J_error, K, K_error, flag); number_of_trials++; if(!flag) { randomize_realizations( final_realizations_number_lambda_, final_realizations_number_killing_); //cout<<"Randomization attempt\t"<*)alp_distr[j];alp_distr[j]=NULL; }; delete[]alp_distr;alp_distr=NULL; }; if(alp_distr_errors) { long int j; for(j=1;j<=nalp_for_lambda_simulation;j++) { delete (array_positive*)alp_distr_errors[j];alp_distr_errors[j]=NULL; }; delete[]alp_distr_errors;alp_distr_errors=NULL; }; if(alp_mult_distr) { long int k,j; for(k=1;k<=d_mult_number;k++) { if(alp_mult_distr[k]) { for(j=1;j<=nalp_for_lambda_simulation;j++) { delete (array_positive*)alp_mult_distr[k][j];alp_mult_distr[k][j]=NULL; }; delete[]alp_mult_distr[k];alp_mult_distr[k]=NULL; }; }; delete[]alp_mult_distr;alp_mult_distr=NULL; }; if(alp_mult_distr_errors) { long int k,j; for(k=1;k<=d_mult_number;k++) { if(alp_mult_distr_errors[k]) { for(j=1;j<=nalp_for_lambda_simulation;j++) { delete (array_positive*)alp_mult_distr_errors[k][j];alp_mult_distr_errors[k][j]=NULL; }; delete[]alp_mult_distr_errors[k];alp_mult_distr_errors[k]=NULL; }; }; delete[]alp_mult_distr_errors;alp_mult_distr_errors=NULL; }; delete[]d_mult_realizations;d_mult_realizations=NULL; delete[]d_mult_K_realizations;d_mult_K_realizations=NULL; delete[]lambda_mult;lambda_mult=NULL; delete[]lambda_mult_error;lambda_mult_error=NULL; delete[]C_mult;C_mult=NULL; delete[]C_mult_error;C_mult_error=NULL; delete[]a_I_mult;a_I_mult=NULL; delete[]a_I_mult_error;a_I_mult_error=NULL; delete[]a_J_mult;a_J_mult=NULL; delete[]a_J_mult_error;a_J_mult_error=NULL; delete[]sigma_mult;sigma_mult=NULL; delete[]sigma_mult_error;sigma_mult_error=NULL; delete[]alpha_I_mult;alpha_I_mult=NULL; delete[]alpha_I_mult_error;alpha_I_mult_error=NULL; delete[]alpha_J_mult;alpha_J_mult=NULL; delete[]alpha_J_mult_error;alpha_J_mult_error=NULL; delete[]K_C_mult;K_C_mult=NULL; delete[]K_C_mult_error;K_C_mult_error=NULL; delete[]K_mult;K_mult=NULL; delete[]K_mult_error;K_mult_error=NULL; delete[]Sc_mult;Sc_mult=NULL; delete[]Sc_mult_error;Sc_mult_error=NULL; } void alp_sim::calculate_main_parameters2m( long int final_realizations_number_lambda_, long int final_realizations_number_killing_, long int nalp_for_lambda_simulation, long int level, bool &inside_simulation_flag, double &lambda, double &lambda_error, double &test_difference, double &test_difference_error, double &C, double &C_error, double &K_C, double &K_C_error, double &a_I, double &a_I_error, double &a_J, double &a_J_error, double &sigma, double &sigma_error, double &alpha_I, double &alpha_I_error, double &alpha_J, double &alpha_J_error, double &K, double &K_error, bool &flag_) { long int *d_mult_realizations=NULL; long int *d_mult_K_realizations=NULL; double *lambda_mult=NULL; double *lambda_mult_error=NULL; double *C_mult=NULL; double *C_mult_error=NULL; double *a_I_mult=NULL; double *a_I_mult_error=NULL; double *a_J_mult=NULL; double *a_J_mult_error=NULL; double *sigma_mult=NULL; double *sigma_mult_error=NULL; double *alpha_I_mult=NULL; double *alpha_I_mult_error=NULL; double *alpha_J_mult=NULL; double *alpha_J_mult_error=NULL; double *K_C_mult=NULL; double *K_C_mult_error=NULL; double *K_mult=NULL; double *K_mult_error=NULL; double *Sc_mult=NULL; double *Sc_mult_error=NULL; void **alp_distr=NULL; void **alp_distr_errors=NULL; void ***alp_mult_distr=NULL; void ***alp_mult_distr_errors=NULL; try { flag_=false; if(final_realizations_number_killing_>final_realizations_number_lambda_) { throw error("Unexpected error\n",4); }; long int mult_number_lambda=get_number_of_subsimulations(d_n_alp_obj); long int mult_number_K=get_number_of_subsimulations(final_realizations_number_killing_); //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! //mult_number_lambda=mult_number_K=final_realizations_number_killing_; d_mult_number=alp_data::Tmin(mult_number_lambda,mult_number_K); double mult_number_double_lambda=mult_number_lambda; double mult_number_double_K=mult_number_lambda; long int j; d_mult_realizations=new long int[d_mult_number+1]; alp_data::assert_mem(d_mult_realizations); d_mult_K_realizations=new long int[d_mult_number+1]; alp_data::assert_mem(d_mult_K_realizations); lambda_mult=new double[d_mult_number+1]; alp_data::assert_mem(lambda_mult); lambda_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(lambda_mult_error); C_mult=new double[d_mult_number+1]; alp_data::assert_mem(C_mult); C_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(C_mult_error); a_I_mult=new double[d_mult_number+1]; alp_data::assert_mem(a_I_mult); a_I_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(a_I_mult_error); a_J_mult=new double[d_mult_number+1]; alp_data::assert_mem(a_J_mult); a_J_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(a_J_mult_error); sigma_mult=new double[d_mult_number+1]; alp_data::assert_mem(sigma_mult); sigma_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(sigma_mult_error); alpha_I_mult=new double[d_mult_number+1]; alp_data::assert_mem(alpha_I_mult); alpha_I_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(alpha_I_mult_error); alpha_J_mult=new double[d_mult_number+1]; alp_data::assert_mem(alpha_J_mult); alpha_J_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(alpha_J_mult_error); K_C_mult=new double[d_mult_number+1]; alp_data::assert_mem(K_C_mult); K_C_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(K_C_mult_error); K_mult=new double[d_mult_number+1]; alp_data::assert_mem(K_mult); K_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(K_mult_error); Sc_mult=new double[d_mult_number+1]; alp_data::assert_mem(Sc_mult); Sc_mult_error=new double[d_mult_number+1]; alp_data::assert_mem(Sc_mult_error); double lambda_mult2=0; double C_mult2=0; double K_C_mult2=0; double a_I_mult2=0; double a_J_mult2=0; double sigma_mult2=0; double alpha_I_mult2=0; double alpha_J_mult2=0; double K_mult2=0; double Sc_mult2=0; double lambda_mult2_error=0; double C_mult2_error=0; double K_C_mult2_error=0; double a_I_mult2_error=0; double a_J_mult2_error=0; double sigma_mult2_error=0; double alpha_I_mult2_error=0; double alpha_J_mult2_error=0; double K_mult2_error=0; double Sc_mult2_error=0; for(j=0;j<=nalp_for_lambda_simulation;j++) { get_and_allocate_alp_distribution( 0, d_n_alp_obj-1, alp_distr, alp_distr_errors, j); }; alp_mult_distr=new void **[d_mult_number+1]; alp_data::assert_mem(alp_mult_distr); for(j=0;j<=d_mult_number;j++) { alp_mult_distr[j]=NULL; }; alp_mult_distr_errors=new void **[d_mult_number+1]; alp_data::assert_mem(alp_mult_distr_errors); for(j=0;j<=d_mult_number;j++) { alp_mult_distr_errors[j]=NULL; }; alp_mult_distr[0]=alp_distr; alp_mult_distr_errors[0]=alp_distr_errors; long int real_number=(long int)floor((double)final_realizations_number_lambda_/(double)d_mult_number); d_mult_realizations[0]=final_realizations_number_lambda_; long int k; for(k=1;k<=d_mult_number;k++) { d_mult_realizations[k]=real_number; }; long int nr_tmp=0; for(k=1;k<=d_mult_number;k++) { nr_tmp+=d_mult_realizations[k]; long int j; for(j=0;j<=nalp_for_lambda_simulation;j++) { get_and_allocate_alp_distribution( nr_tmp-d_mult_realizations[k], nr_tmp-1, alp_mult_distr[k], alp_mult_distr_errors[k], j); }; }; nr_tmp=0; for(k=1;k<=d_mult_number;k++) { nr_tmp+=d_mult_realizations[k]; long int nalp_tmp; double test_difference; double test_difference_error; calculate_lambda( false, nalp_for_lambda_simulation, nalp_tmp, inside_simulation_flag, alp_mult_distr[k], alp_mult_distr_errors[k], lambda_mult[k], lambda_mult_error[k], test_difference, test_difference_error); if(!inside_simulation_flag) { goto label1; }; lambda_mult2+=lambda_mult[k]; lambda_mult2_error+=lambda_mult[k]*lambda_mult[k]; }; long int nalp_tmp; calculate_lambda( false, nalp_for_lambda_simulation, nalp_tmp, inside_simulation_flag, alp_distr, alp_distr_errors, lambda, lambda_error, test_difference, test_difference_error); if(!inside_simulation_flag) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; lambda_mult[0]=lambda; lambda_mult_error[0]=lambda_error; nr_tmp=0; for(k=1;k<=d_mult_number;k++) { nr_tmp+=d_mult_realizations[k]; calculate_C( 0, nalp_for_lambda_simulation, alp_mult_distr[k], alp_mult_distr_errors[k], lambda_mult[k], lambda_mult_error[k], C_mult[k], C_mult_error[k], Sc_mult[k], Sc_mult_error[k]); C_mult2+=C_mult[k]; C_mult2_error+=C_mult[k]*C_mult[k]; Sc_mult2+=Sc_mult[k]; Sc_mult2_error+=Sc_mult[k]*Sc_mult[k]; }; double Sc; double Sc_error; calculate_C( 0, nalp_for_lambda_simulation, alp_distr, alp_distr_errors, lambda, lambda_error, C, C_error, Sc, Sc_error); C_mult[0]=C; C_mult_error[0]=C_error; Sc_mult[0]=Sc; Sc_mult_error[0]=Sc_error; nr_tmp=0; for(k=1;k<=d_mult_number;k++) { nr_tmp+=d_mult_realizations[k]; calculate_FSC( nalp_for_lambda_simulation, nr_tmp-d_mult_realizations[k], nr_tmp-1, alp_mult_distr[k], lambda_mult[k], Sc_mult[k], //Sc_mult_error[k], a_I_mult[k], a_I_mult_error[k], a_J_mult[k], a_J_mult_error[k], sigma_mult[k], sigma_mult_error[k], alpha_I_mult[k], alpha_I_mult_error[k], alpha_J_mult[k], alpha_J_mult_error[k]); a_I_mult2+=a_I_mult[k]; a_I_mult2_error+=a_I_mult[k]*a_I_mult[k]; a_J_mult2+=a_J_mult[k]; a_J_mult2_error+=a_J_mult[k]*a_J_mult[k]; sigma_mult2+=sigma_mult[k]; sigma_mult2_error+=sigma_mult[k]*sigma_mult[k]; alpha_I_mult2+=alpha_I_mult[k]; alpha_I_mult2_error+=alpha_I_mult[k]*alpha_I_mult[k]; alpha_J_mult2+=alpha_J_mult[k]; alpha_J_mult2_error+=alpha_J_mult[k]*alpha_J_mult[k]; }; calculate_FSC( nalp_for_lambda_simulation, 0, final_realizations_number_lambda_-1, alp_distr, lambda, Sc, //Sc_error, a_I, a_I_error, a_J, a_J_error, sigma, sigma_error, alpha_I, alpha_I_error, alpha_J, alpha_J_error); a_I_mult[0]=a_I; a_I_mult_error[0]=a_I_error; a_J_mult[0]=a_J; a_J_mult_error[0]=a_J_error; sigma_mult[0]=sigma; sigma_mult_error[0]=sigma_error; alpha_I_mult[0]=alpha_I; alpha_I_mult_error[0]=alpha_I_error; alpha_J_mult[0]=alpha_J; alpha_J_mult_error[0]=alpha_J_error; real_number=(long int)floor((double)final_realizations_number_killing_/(double)d_mult_number); d_mult_K_realizations[0]=final_realizations_number_killing_; for(k=1;k<=d_mult_number;k++) { d_mult_K_realizations[k]=real_number; }; //output2 nr_tmp=0; for(k=1;k<=d_mult_number;k++) { nr_tmp+=d_mult_K_realizations[k]; long int recommended_level; long int diff_opt; check_K_criterion_during_killing( nr_tmp-d_mult_K_realizations[k], nr_tmp-1, lambda_mult[k], d_alp_data->d_eps_K, level, recommended_level, diff_opt, K_C_mult[k], K_C_mult_error[k]); K_mult[k]=C_mult[k]*K_C_mult[k]; K_mult_error[k]=alp_data::error_of_the_product( C_mult[k], C_mult_error[k], K_C_mult[k], K_C_mult_error[k]); K_C_mult2+=K_C_mult[k]; K_C_mult2_error+=K_C_mult[k]*K_C_mult[k]; K_mult2+=K_mult[k]; K_mult2_error+=K_mult[k]*K_mult[k]; }; long int recommended_level; long int diff_opt; check_K_criterion_during_killing( 0, final_realizations_number_killing_-1, lambda, d_alp_data->d_eps_K, level, recommended_level, diff_opt, K_C, K_C_error); K=C*K_C; K_error=alp_data::error_of_the_product( C, C_error, K_C, K_C_error); K_C_mult[0]=K_C; K_C_mult_error[0]=K_C_error; K_mult[0]=K; K_mult_error[0]=K_error; lambda_mult2/=d_mult_number; C_mult2/=d_mult_number; K_C_mult2/=d_mult_number; a_I_mult2/=d_mult_number; a_J_mult2/=d_mult_number; sigma_mult2/=d_mult_number; alpha_I_mult2/=d_mult_number; alpha_J_mult2/=d_mult_number; K_mult2/=d_mult_number; lambda_mult2_error/=d_mult_number; C_mult2_error/=d_mult_number; K_C_mult2_error/=d_mult_number; a_I_mult2_error/=d_mult_number; a_J_mult2_error/=d_mult_number; sigma_mult2_error/=d_mult_number; alpha_I_mult2_error/=d_mult_number; alpha_J_mult2_error/=d_mult_number; K_mult2_error/=d_mult_number; mult_number_double_lambda=(double)final_realizations_number_lambda_/(double)real_number; mult_number_double_K=(double)final_realizations_number_killing_/(double)real_number; lambda_mult2_error=alp_reg::sqrt_for_errors(lambda_mult2_error-lambda_mult2*lambda_mult2)/sqrt((double)mult_number_double_lambda); C_mult2_error=alp_reg::sqrt_for_errors(C_mult2_error-C_mult2*C_mult2)/sqrt((double)mult_number_double_lambda); K_C_mult2_error=alp_reg::sqrt_for_errors(K_C_mult2_error-K_C_mult2*K_C_mult2)/sqrt((double)mult_number_double_K); a_I_mult2_error=alp_reg::sqrt_for_errors(a_I_mult2_error-a_I_mult2*a_I_mult2)/sqrt((double)mult_number_double_lambda); a_J_mult2_error=alp_reg::sqrt_for_errors(a_J_mult2_error-a_J_mult2*a_J_mult2)/sqrt((double)mult_number_double_lambda); sigma_mult2_error=alp_reg::sqrt_for_errors(sigma_mult2_error-sigma_mult2*sigma_mult2)/sqrt((double)mult_number_double_lambda); alpha_I_mult2_error=alp_reg::sqrt_for_errors(alpha_I_mult2_error-alpha_I_mult2*alpha_I_mult2)/sqrt((double)mult_number_double_lambda); alpha_J_mult2_error=alp_reg::sqrt_for_errors(alpha_J_mult2_error-alpha_J_mult2*alpha_J_mult2)/sqrt((double)mult_number_double_lambda); K_mult2_error=alp_reg::sqrt_for_errors(K_mult2_error-K_mult2*K_mult2)/sqrt((double)alp_data::Tmin(mult_number_double_lambda,mult_number_double_K)); error_in_calculate_main_parameters2m( lambda, lambda_error, lambda_mult2, lambda_mult2_error); error_in_calculate_main_parameters2m( C, C_error, C_mult2, C_mult2_error); error_in_calculate_main_parameters2m( K_C, K_C_error, K_C_mult2, K_C_mult2_error); error_in_calculate_main_parameters2m( a_I, a_I_error, a_I_mult2, a_I_mult2_error); error_in_calculate_main_parameters2m( a_J, a_J_error, a_J_mult2, a_J_mult2_error); error_in_calculate_main_parameters2m( sigma, sigma_error, sigma_mult2, sigma_mult2_error); error_in_calculate_main_parameters2m( alpha_I, alpha_I_error, alpha_I_mult2, alpha_I_mult2_error); error_in_calculate_main_parameters2m( alpha_J, alpha_J_error, alpha_J_mult2, alpha_J_mult2_error); error_in_calculate_main_parameters2m( K, K_error, K_mult2, K_mult2_error); flag_=true; this->m_AI=a_I; this->m_AIError=a_I_error; this->m_AJ=a_J; this->m_AJError=a_J_error; this->m_Sigma=sigma; this->m_SigmaError=sigma_error; this->m_C=C; this->m_CError=C_error; this->m_K=K; this->m_KError=K_error; this->m_Lambda=lambda; this->m_LambdaError=lambda_error; this->m_AlphaI=alpha_I; this->m_AlphaIError=alpha_I_error; this->m_AlphaJ=alpha_J; this->m_AlphaJError=alpha_J_error; this->m_AISbs.resize(d_mult_number); this->m_AJSbs.resize(d_mult_number); this->m_SigmaSbs.resize(d_mult_number); this->m_CSbs.resize(d_mult_number); this->m_KSbs.resize(d_mult_number); this->m_LambdaSbs.resize(d_mult_number); this->m_AlphaISbs.resize(d_mult_number); this->m_AlphaJSbs.resize(d_mult_number); for(k=1;k<=d_mult_number;k++) { this->m_AISbs[k-1]=a_I_mult[k]; this->m_AJSbs[k-1]=a_J_mult[k]; this->m_SigmaSbs[k-1]=sigma_mult[k]; this->m_CSbs[k-1]=C_mult[k]; this->m_KSbs[k-1]=K_mult[k]; this->m_LambdaSbs[k-1]=lambda_mult[k]; this->m_AlphaISbs[k-1]=alpha_I_mult[k]; this->m_AlphaJSbs[k-1]=alpha_J_mult[k]; }; label1:; symmetric_parameters_for_symmetric_scheme(); } catch (...) { memory_release_for_calculate_main_parameters2m( nalp_for_lambda_simulation, d_mult_realizations, d_mult_K_realizations, lambda_mult, lambda_mult_error, C_mult, C_mult_error, a_I_mult, a_I_mult_error, a_J_mult, a_J_mult_error, sigma_mult, sigma_mult_error, alpha_I_mult, alpha_I_mult_error, alpha_J_mult, alpha_J_mult_error, K_C_mult, K_C_mult_error, K_mult, K_mult_error, Sc_mult, Sc_mult_error, alp_distr, alp_distr_errors, alp_mult_distr, alp_mult_distr_errors); throw; }; memory_release_for_calculate_main_parameters2m( nalp_for_lambda_simulation, d_mult_realizations, d_mult_K_realizations, lambda_mult, lambda_mult_error, C_mult, C_mult_error, a_I_mult, a_I_mult_error, a_J_mult, a_J_mult_error, sigma_mult, sigma_mult_error, alpha_I_mult, alpha_I_mult_error, alpha_J_mult, alpha_J_mult_error, K_C_mult, K_C_mult_error, K_mult, K_mult_error, Sc_mult, Sc_mult_error, alp_distr, alp_distr_errors, alp_mult_distr, alp_mult_distr_errors); } void alp_sim::error_in_calculate_main_parameters2m( double C, double &C_error, double C_mult2, double C_mult2_error) { if(C!=0&&C_mult2!=0) { C_error=fabs(C*C_mult2_error/C_mult2); } else { C_error=C_mult2_error; }; } alp_sim::~alp_sim()//destructor { long int i; if(d_alp_obj) { for(i=0;id_elem[i];d_alp_obj->d_elem[i]=NULL; }; if(d_alp_data) { d_alp_data->d_memory_size_in_MB-=sizeof(alp)*d_n_alp_obj/mb_bytes; }; delete d_alp_obj;d_alp_obj=NULL; }; if(d_alp_data) { d_alp_data->d_memory_size_in_MB-=(double)(sizeof(array_positive))/mb_bytes; }; } void alp_sim::kill( bool check_time_, long int ind1_, long int ind2_, long int M_min_, double lambda_, double eps_K_, double &K_C_, double &K_C_error_, long int &level_, long int &diff_opt_) { bool flag=false; long int current_level=(long int)floor(M_min_*0.5); long int recommended_level; //long int number_of_unsucesful_objects=0; long int i; for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; if(i-ind1_+1>alp_obj_tmp->d_alp_data->d_minimum_realizations_number) { alp_obj_tmp->d_check_time_flag=check_time_; alp_obj_tmp->d_time_error_flag=check_time_; }; }; do{ long int i; for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; bool flag=false; while(!flag) { alp_obj_tmp->d_sentinels_flag=false; alp_obj_tmp->kill_upto_level(M_min_,current_level); if(!alp_obj_tmp->d_success) { //number_of_unsucesful_objects++; //if(number_of_unsucesful_objects>/*5+*/0.5*(ind2_-ind1_+1)* // d_alp_obj->d_alp_data->d_eps_K // ) //{ //throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); //}; delete alp_obj_tmp;alp_obj_tmp=NULL; alp_obj_tmp=new alp(d_alp_data); alp_data::assert_mem(alp_obj_tmp); if(i-ind1_+1>alp_obj_tmp->d_alp_data->d_minimum_realizations_number) { alp_obj_tmp->d_check_time_flag=check_time_; alp_obj_tmp->d_time_error_flag=check_time_; }; bool flag=false; while(!flag) { alp_obj_tmp->simulate_alp_upto_the_given_level(M_min_); //if(!alp_obj_tmp->d_success) //{ // number_of_unsucesful_objects++; // if(number_of_unsucesful_objects>/*5+*/0.5*(ind2_-ind1_+1)* // d_alp_obj->d_alp_data->d_eps_K // ) // { //throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); // }; //}; flag=alp_obj_tmp->d_success; }; }; flag=alp_obj_tmp->d_success; }; }; flag=check_K_criterion_during_killing( ind1_, ind2_, lambda_, eps_K_, current_level, recommended_level, diff_opt_, K_C_, K_C_error_); current_level=recommended_level; } while(!flag); level_=current_level; } void alp_sim::get_single_realization( bool check_time_, long int M_min_, long int nalp_, bool killing_flag_, long int level_, long int diff_opt_, alp *&obj_, bool &sucess_flag_, double &d_eps_) { if(!obj_) { obj_=new alp(d_alp_data); alp_data::assert_mem(obj_); d_alp_data->d_memory_size_in_MB+=sizeof(alp)/mb_bytes; }; obj_->d_single_realiztion_calculation_flag=true; obj_->d_check_time_flag=check_time_; d_eps_=d_alp_data->Tmin(d_alp_data->d_eps_K,d_alp_data->d_eps_lambda); alp*&obj=obj_; obj->d_diff_opt=diff_opt_; obj->d_sentinels_flag=d_alp_data->d_sentinels_flag; sucess_flag_=true; while(obj->d_nalpsimulate_next_alp(); if(!obj->d_success) { sucess_flag_=false; delete obj_;obj_=NULL; d_eps_=d_alp_data->d_eps_lambda; d_alp_data->d_memory_size_in_MB-=sizeof(alp)/mb_bytes; return; }; }; if(killing_flag_) { obj->kill_upto_level(M_min_,level_); if(!obj->d_success) { sucess_flag_=false; delete obj_;obj_=NULL; d_eps_=d_alp_data->d_eps_K; d_alp_data->d_memory_size_in_MB-=sizeof(alp)/mb_bytes; return; }; }; } void alp_sim::quick_test( long int trials_number_, double max_time_) { if(trials_number_<=0) { throw error("Unexpected error in alp_sim::quick_test\n",1); }; bool check_time_flag=false; if(max_time_>0) { check_time_flag=true; }; long int alp_number=5; double p_thres=1e-10; double lambda_ungapped=this->d_alp_data->d_is->d_ungap_lambda; if(lambda_ungapped<=0) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; long int score_diff=(long int)alp_data::round(-Math::log(p_thres)/lambda_ungapped); long int i; long int max_number_of_unsuccessful_objects2=(long int)floor(/*5+*/0.5*trials_number_*(d_alp_obj->d_alp_data->d_eps_K+d_alp_obj->d_alp_data->d_eps_lambda)); long int number_of_unsuccessful_objects2=0; double max_time_store=d_alp_data->d_max_time; if(check_time_flag) { d_alp_data->d_max_time=max_time_; }; for(i=0;id_memory_size_in_MB+=(double)(sizeof(alp))/mb_bytes; alp_obj_tmp->d_check_time_flag=check_time_flag; alp_obj_tmp->d_time_error_flag=check_time_flag; alp_obj_tmp->simulate_alp_upto_the_given_number(alp_number+1); success3=alp_obj_tmp->d_success; if(!success3) { delete alp_obj_tmp;alp_obj_tmp=NULL; d_alp_data->d_memory_size_in_MB-=(double)(sizeof(alp))/mb_bytes; number_of_unsuccessful_objects2++; if(number_of_unsuccessful_objects2>max_number_of_unsuccessful_objects2) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; }; }; long int last_alp=alp_obj_tmp->d_alp->d_elem[alp_number]; long int M_upper_level=last_alp+score_diff; alp_obj_tmp->d_sentinels_flag=false; alp_obj_tmp->kill_upto_level(last_alp,last_alp-score_diff,&M_upper_level); if(!alp_obj_tmp->d_success) { number_of_unsuccessful_objects2++; if(number_of_unsuccessful_objects2>max_number_of_unsuccessful_objects2) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; }; delete alp_obj_tmp;alp_obj_tmp=NULL; d_alp_data->d_memory_size_in_MB-=(double)(sizeof(alp))/mb_bytes; }; if(check_time_flag) { d_alp_data->d_max_time=max_time_store; }; } void alp_sim::get_minimal_simulation( long int ind1_, long int ind2_, long int &M_min_, long int &nalp_, long int &nalp_lambda_, bool C_calculation_, bool check_time_flag_) { long int &alp_number=nalp_; void **alp_distr=NULL; void **alp_distr_errors=NULL; try { long int add_alp_number=3; long int add_alp_number_count=0; long int max_alp_number=30; if(d_n_alp_objind2_) { throw error("Unexpected error\n",4); }; alp_number=0; //long int nalp_lambda_equilibration=-1; //create the objects long int i; for(i=d_n_alp_obj;i<=ind2_;i++) { d_alp_obj->set_elem(i,NULL); alp *&alp_obj_tmp=d_alp_obj->d_elem[i]; alp_obj_tmp=new alp(d_alp_data); alp_data::assert_mem(alp_obj_tmp); d_alp_data->d_memory_size_in_MB+=sizeof(alp)/mb_bytes; alp_obj_tmp->d_check_time_flag=check_time_flag_; alp_obj_tmp->d_time_error_flag=check_time_flag_; }; d_n_alp_obj=ind2_+1; bool M_min_flag=false; bool nalp_flag=false; bool criterion_flag=false; long int number_of_fails=0; long int number_of_fails_threshold=5; do{ if(alp_number>=max_alp_number) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",1); }; //long int number_of_unsuccessful_objects=0; long int i; for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; alp_obj_tmp->d_check_time_flag=check_time_flag_; alp_obj_tmp->d_time_error_flag=check_time_flag_; if(alp_obj_tmp->d_nalpsimulate_alp_upto_the_given_number(alp_number+1); //cout<d_success<d_success) { //number_of_unsuccessful_objects++; delete alp_obj_tmp; alp_obj_tmp=NULL; //if(number_of_unsuccessful_objects>/*5+*/0.5*(ind2_-ind1_+1)* // d_alp_obj->d_alp_data->d_eps_lambda*(alp_number+1) // ) //{ //throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); //}; bool success2=false; while(!success2) { alp_obj_tmp=new alp(d_alp_data); alp_data::assert_mem(alp_obj_tmp); long int j; for(j=0;j<=alp_number;j++) { alp_obj_tmp->simulate_alp_upto_the_given_number(j+1); }; success2=alp_obj_tmp->d_success; if(!success2) { delete alp_obj_tmp; alp_obj_tmp=NULL; //number_of_unsuccessful_objects++; //if(number_of_unsuccessful_objects>/*5+*/0.5*(ind2_-ind1_+1)* // d_alp_obj->d_alp_data->d_eps_lambda*(alp_number+1) // ) //{ //throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); //}; }; }; }; }; }; alp_number++; bool inside_simulation_flag=false; double lambda; criterion_flag=the_criterion( alp_number, nalp_lambda_, 0, ind2_, alp_distr, alp_distr_errors, M_min_, M_min_flag, nalp_flag, inside_simulation_flag, C_calculation_, &lambda); if(inside_simulation_flag) { if(lambda<=0) { criterion_flag=false; inside_simulation_flag=false; }; } else { criterion_flag=false; }; //if(nalp_lambda_equilibration==-1&&nalp_flag) //if(nalp_flag) //{ // nalp_lambda_equilibration=alp_number; //}; if(!inside_simulation_flag) { number_of_fails++; long int i; if(alp_distr) { for(i=1;i<=alp_number;i++) { delete (array_positive*)alp_distr[i];alp_distr[i]=NULL; }; delete[]alp_distr;alp_distr=NULL; }; if(alp_distr_errors) { for(i=1;i<=alp_number;i++) { delete (array_positive*)alp_distr_errors[i];alp_distr_errors[i]=NULL; }; delete[]alp_distr_errors;alp_distr_errors=NULL; }; M_min_flag=false; nalp_flag=false; alp_distr=NULL; alp_distr_errors=NULL; alp_number=0; criterion_flag=false; for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; delete alp_obj_tmp;alp_obj_tmp=NULL; }; if(number_of_fails>number_of_fails_threshold) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; for(i=ind1_;i<=ind2_;i++) { alp *alp_obj_tmp; alp_obj_tmp=new alp(d_alp_data); alp_data::assert_mem(alp_obj_tmp); d_alp_obj->set_elem(i,alp_obj_tmp); alp_obj_tmp->d_check_time_flag=check_time_flag_; alp_obj_tmp->d_time_error_flag=check_time_flag_; }; continue; }; if(criterion_flag) { add_alp_number_count++; if(add_alp_number_countd_eps_K, M_min_); }; } else { add_alp_number_count=0; }; } while(!criterion_flag); //nalp_lambda_=alp_data::Tmax(nalp_lambda_equilibration,nalp_lambda_); //nalp_lambda_=alp_data::Tmin(nalp_lambda_,nalp_); nalp_lambda_=nalp_; } catch (...) { memory_release_for_get_minimal_simulation( nalp_, alp_distr, alp_distr_errors); throw; }; memory_release_for_get_minimal_simulation( nalp_, alp_distr, alp_distr_errors); } void alp_sim::memory_release_for_get_minimal_simulation( long int nalp_, void **&alp_distr, void **&alp_distr_errors) { //memory release if(alp_distr) { long int i; for(i=1;i<=nalp_;i++) { delete (array_positive*)alp_distr[i];alp_distr[i]=NULL; }; delete[]alp_distr;alp_distr=NULL; }; if(alp_distr_errors) { long int i; for(i=1;i<=nalp_;i++) { delete (array_positive*)alp_distr_errors[i];alp_distr_errors[i]=NULL; }; delete[]alp_distr_errors;alp_distr_errors=NULL; }; } bool alp_sim::the_criterion(//criteria of stopping of the simulating ALP //if the function returns true then calculates optimal M_min and ALP number //sets the flags M_min_flag_ and nalp_flag_ checking the corresponding condition long int upto_nalp_, long int &nalp_for_lambda_simulation_, long int ind1_, long int ind2_, void **&alp_distr, void **&alp_distr_errors, long int &M_min_, bool &M_min_flag_, bool &nalp_flag_, bool &inside_simulation_flag_, bool C_calculation_, double *lambda_, double *lambda_error_) { nalp_flag_=false; M_min_flag_=false; if(ind1_>ind2_) { throw error("Unexpected error\n",4); }; double lambda=0; double lambda_error=0; double test_difference=0; double test_difference_error=0; long int nalp=upto_nalp_; if(nalp<1) { throw error("Unexpected error\n",4); }; get_and_allocate_alp_distribution( ind1_, ind2_, alp_distr, alp_distr_errors, nalp); calculate_lambda( true, upto_nalp_, nalp_for_lambda_simulation_, inside_simulation_flag_, alp_distr, alp_distr_errors, lambda, lambda_error, test_difference, test_difference_error); if(!inside_simulation_flag_) { return false; }; d_lambda_tmp->set_elem(upto_nalp_,lambda); d_lambda_tmp_errors->set_elem(upto_nalp_,lambda_error); if(C_calculation_) { double C; double C_error; double Sc; double Sc_error; calculate_C( 0, upto_nalp_, alp_distr, alp_distr_errors, lambda, lambda_error, C, C_error, Sc, Sc_error); d_C_tmp->set_elem(upto_nalp_,C); d_C_tmp_errors->set_elem(upto_nalp_,C_error); }; //!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! if(lambda_) { *lambda_=lambda; }; if(lambda_error_) { *lambda_error_=lambda_error; }; if(nalp>=1) { if(test_difference<=test_difference_error) { nalp_flag_=true; /* M_min_flag_=check_K_criterion( nalp, ind1_, ind2_, lambda, d_alp_data->d_eps_K, M_min_); */ M_min_=0; //return M_min_flag_; return true; }; }; return false; } double alp_sim::lambda_exp( long int &i_, double *&exp_array_) { if(exp_array_[i_]==-1) { throw error("The program is not able to calculate the parameters; rescaling penalties and scoring matrix might help\n",3); }; return exp_array_[i_]; } void alp_sim::memory_release_for_calculate_FSC( double *&exp_array, double *&delta_E, double *&delta_E_error, double *&delta_E_E, double *&delta_E_E_error, double *&delta_I, double *&delta_I_error, double *&delta_J, double *&delta_J_error, double *&delta_I_I, double *&delta_I_I_error, double *&delta_I_J, double *&delta_I_J_error, double *&delta_J_J, double *&delta_J_J_error, double *&cov_J_J, double *&cov_J_J_error, double *&cov_I_J, double *&cov_I_J_error, double *&cov_I_I, double *&cov_I_I_error, double *&cov_E_E, double *&cov_E_E_error) { //memory release delete[]exp_array;exp_array=NULL; delete[]delta_E;delta_E=NULL; delete[]delta_E_error;delta_E_error=NULL; delete[]delta_E_E;delta_E_E=NULL; delete[]delta_E_E_error;delta_E_E_error=NULL; delete[]delta_I;delta_I=NULL; delete[]delta_I_error;delta_I_error=NULL; delete[]delta_J;delta_J=NULL; delete[]delta_J_error;delta_J_error=NULL; delete[]delta_I_J;delta_I_J=NULL; delete[]delta_I_J_error;delta_I_J_error=NULL; delete[]delta_J_J;delta_J_J=NULL; delete[]delta_J_J_error;delta_J_J_error=NULL; delete[]delta_I_I;delta_I_I=NULL; delete[]delta_I_I_error;delta_I_I_error=NULL; delete[]cov_I_J;cov_I_J=NULL; delete[]cov_I_J_error;cov_I_J_error=NULL; delete[]cov_J_J;cov_J_J=NULL; delete[]cov_J_J_error;cov_J_J_error=NULL; delete[]cov_I_I;cov_I_I=NULL; delete[]cov_I_I_error;cov_I_I_error=NULL; delete[]cov_E_E;cov_E_E=NULL; delete[]cov_E_E_error;cov_E_E_error=NULL; } void alp_sim::calculate_FSC( long int nalp_, long int ind1_, long int ind2_, void **alp_distr, double lambda_, double Sc_, //double Sc_error_, double &a_I_, double &a_I_error_, double &a_J_, double &a_J_error_, double &sigma_, double &sigma_error_, double &alpha_I_, double &alpha_I_error_, double &alpha_J_, double &alpha_J_error_) { double *exp_array=NULL; double *delta_E=NULL; double *delta_E_error=NULL; double *delta_E_E=NULL; double *delta_E_E_error=NULL; double *delta_I=NULL; double *delta_I_error=NULL; double *delta_J=NULL; double *delta_J_error=NULL; double *delta_I_I=NULL; double *delta_I_I_error=NULL; double *delta_I_J=NULL; double *delta_I_J_error=NULL; double *delta_J_J=NULL; double *delta_J_J_error=NULL; double *cov_J_J=NULL; double *cov_J_J_error=NULL; double *cov_I_J=NULL; double *cov_I_J_error=NULL; double *cov_I_I=NULL; double *cov_I_I_error=NULL; double *cov_E_E=NULL; double *cov_E_E_error=NULL; try { if(nalp_<1) { throw error("Unexpected error\n",4); }; array_positive* tmp=((array_positive*)alp_distr[nalp_]); long int dim=tmp->d_dim; exp_array=new double[dim+1]; alp_data::assert_mem(exp_array); long int i; for(i=0;i<=dim;i++) { double tmp=(double)i*lambda_; if(tmp0) { C_S_constant=Sc_; }; }; double one_div_C_S_constant=1.0/C_S_constant; for(i=ind1_;i<=ind2_;i++) { alp* alp_obj_tmp=d_alp_obj->d_elem[i]; long int j; for(j=1;j<=nalp_;j++) { long int j_1=j-1; long int &E_j_1=alp_obj_tmp->d_alp->d_elem[j_1]; long int &E_j=alp_obj_tmp->d_alp->d_elem[j]; double &weight_j=alp_obj_tmp->d_alp_weights->d_elem[j]; long int &I_j_1=alp_obj_tmp->d_H_I->d_elem[j_1]; long int &I_j=alp_obj_tmp->d_H_I->d_elem[j]; long int &J_j_1=alp_obj_tmp->d_H_J->d_elem[j_1]; long int &J_j=alp_obj_tmp->d_H_J->d_elem[j]; double exp_tmp=lambda_exp(E_j,exp_array)*one_div_C_S_constant; double delta_I_tmp=(I_j-I_j_1)*exp_tmp*weight_j; double delta_J_tmp=(J_j-J_j_1)*exp_tmp*weight_j; double delta_E_tmp=(E_j-E_j_1)*exp_tmp*weight_j; double delta_E_E_tmp=(E_j-E_j_1)*(E_j-E_j_1)*exp_tmp*weight_j; double delta_I_I_tmp=delta_I_tmp*(I_j-I_j_1); double delta_J_J_tmp=delta_J_tmp*(J_j-J_j_1); double delta_I_J_tmp=delta_I_tmp*(J_j-J_j_1); delta_E[j_1]+=delta_E_tmp; delta_E_error[j_1]+=delta_E_tmp*delta_E_tmp; delta_E_E[j_1]+=delta_E_E_tmp; delta_E_E_error[j_1]+=delta_E_E_tmp*delta_E_E_tmp; delta_I[j_1]+=delta_I_tmp; delta_I_error[j_1]+=delta_I_tmp*delta_I_tmp; delta_J[j_1]+=delta_J_tmp; delta_J_error[j_1]+=delta_J_tmp*delta_J_tmp; delta_I_I[j_1]+=delta_I_I_tmp; delta_I_I_error[j_1]+=delta_I_I_tmp*delta_I_I_tmp; delta_I_J[j_1]+=delta_I_J_tmp; delta_I_J_error[j_1]+=delta_I_J_tmp*delta_I_J_tmp; delta_J_J[j_1]+=delta_J_J_tmp; delta_J_J_error[j_1]+=delta_J_J_tmp*delta_J_J_tmp; }; }; double ind_diff=(double)(ind2_-ind1_+1); for(j=0;j* tmp=((array_positive*)alp_distr[j]); array_positive* tmp_errors=((array_positive*)alp_distr_errors[j]); P[j]=0; P_errors[j]=0; long int i; for(i=0;i<=tmp->d_dim;i++) { P[j]+=tmp->d_elem[i]; P_errors[j]+=tmp_errors->d_elem[i]; }; P_errors[j]=alp_reg::sqrt_for_errors(P_errors[j]); }; values_P_ratio=new double[total_number_of_ALP]; alp_data::assert_mem(values_P_ratio); errors_P_ratio=new double[total_number_of_ALP]; alp_data::assert_mem(errors_P_ratio); for(j=0;j* tmp=((array_positive*)alp_distr[j]); array_positive* tmp_errors=((array_positive*)alp_distr_errors[j]); E[j]=0; E_T_beta[j]=0; E_errors[j]=0; E_T_beta_errors[j]=0; long int i; for(i=0;i<=tmp->d_dim;i++) { double tmp_double=Math::exp(lambda_*(double)i); E[j]+=tmp_double*tmp->d_elem[i]; E_errors[j]+=tmp_double*tmp_double*tmp_errors->d_elem[i]; tmp_double=(double)i*Math::exp(lambda_*(double)i); E_T_beta[j]+=tmp_double*tmp->d_elem[i]; E_T_beta_errors[j]+=tmp_double*tmp_double*tmp_errors->d_elem[i]; }; E_errors[j]=alp_reg::sqrt_for_errors(E_errors[j]); E_T_beta_errors[j]=alp_reg::sqrt_for_errors(E_T_beta_errors[j]); }; double E_aver; double E_aver_error; double E_T_beta_diff_aver; double E_T_beta_diff_aver_error; if(total_number_of_ALP==1) { E_aver=E[1]; E_aver_error=E_errors[1]; E_T_beta_diff_aver=E_T_beta[1]-E_T_beta[0]; E_T_beta_diff_aver_error=E_T_beta_errors[1]; } else { long int number_of_elements=total_number_of_ALP; bool cut_left_tail=true; bool cut_right_tail=false; double beta0; double beta1=0; double beta0_error; double beta1_error=0; bool res_was_calculated; alp_reg::robust_regression_sum_with_cut_LSM_beta1_is_defined( 0, number_of_elements-starting_point, E+1+starting_point, E_errors+1+starting_point, cut_left_tail, cut_right_tail, y, E_aver, beta1, E_aver_error, beta1_error, k1_opt, k2_opt, res_was_calculated); if(!res_was_calculated) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; number_of_elements=total_number_of_ALP; alp_reg::robust_regression_sum_with_cut_LSM( 0, number_of_elements-starting_point, E_T_beta+1+starting_point, E_T_beta_errors+1+starting_point, cut_left_tail, cut_right_tail, y, beta0, beta1, beta0_error, beta1_error, k1_opt, k2_opt, res_was_calculated); if(!res_was_calculated) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; E_T_beta_diff_aver=beta1; E_T_beta_diff_aver_error=beta1_error; }; double exp_lambda_error=Math::exp(-lambda_)*lambda_error_; double exp_lambda=(1-Math::exp(-lambda_)); double den_error=alp_data::error_of_the_product(E_T_beta_diff_aver,E_T_beta_diff_aver_error,exp_lambda,exp_lambda_error); double den=(1-Math::exp(-lambda_))*E_T_beta_diff_aver; double nom; double nom_error; if(calculate_C_S_constant_flag) { Sc_error_=E_aver_error; Sc_=E_aver; nom_error=alp_data::error_of_the_product(P_beta_inf,P_beta_inf_error,E_aver,E_aver_error); nom=P_beta_inf*E_aver; } else { double E_aver_sqr_error=alp_data::error_of_the_product(E_aver,E_aver_error,E_aver,E_aver_error); double E_aver_sqr=E_aver*E_aver; nom_error=alp_data::error_of_the_product(P_beta_inf,P_beta_inf_error,E_aver_sqr,E_aver_sqr_error); nom=P_beta_inf*E_aver_sqr; }; C_error_=alp_data::error_of_the_ratio(nom,nom_error,den,den_error); C_=nom/den; } catch (...) { //memory release delete[]values_P_ratio;values_P_ratio=NULL; delete[]errors_P_ratio;errors_P_ratio=NULL; delete[]P;P=NULL; delete[]P_errors;P_errors=NULL; delete[]E;E=NULL; delete[]E_T_beta;E_T_beta=NULL; delete[]E_errors;E_errors=NULL; delete[]E_T_beta_errors;E_T_beta_errors=NULL; throw; }; //memory release delete[]values_P_ratio;values_P_ratio=NULL; delete[]errors_P_ratio;errors_P_ratio=NULL; delete[]P;P=NULL; delete[]P_errors;P_errors=NULL; delete[]E;E=NULL; delete[]E_T_beta;E_T_beta=NULL; delete[]E_errors;E_errors=NULL; delete[]E_T_beta_errors;E_T_beta_errors=NULL; } void alp_sim::get_and_allocate_alp_distribution( long int ind1_, long int ind2_, void **&alp_distr, void **&alp_distr_errors, long int nalp) { if(nalp<=0) { if(nalp<0) { throw error("Unexpected error\n",4); }; alp_distr=NULL; alp_distr_errors=NULL; return; }; void **alp_distr_tmp=NULL; void **alp_distr_errors_tmp=NULL; long int allocation_dim=nalp; long int allocation_dim_tmp=nalp+1; try { long int i; alp_distr_tmp=new void*[nalp+1]; alp_data::assert_mem(alp_distr_tmp); alp_distr_errors_tmp=new void*[nalp+1]; alp_data::assert_mem(alp_distr_errors_tmp); for(i=0;i<=nalp;i++) { alp_distr_tmp[i]=NULL; alp_distr_errors_tmp[i]=NULL; }; for(i=1;i<=nalp-1;i++) { alp_distr_tmp[i]=alp_distr[i]; alp_distr_errors_tmp[i]=alp_distr_errors[i]; }; delete[]alp_distr;alp_distr=NULL; delete[]alp_distr_errors;alp_distr_errors=NULL; alp_distr=alp_distr_tmp;alp_distr_tmp=NULL; alp_distr_errors=alp_distr_errors_tmp;alp_distr_errors_tmp=NULL; allocation_dim=nalp+1; alp_distr[nalp]=new array_positive(d_alp_data); alp_data::assert_mem(alp_distr[nalp]); alp_distr_errors[nalp]=new array_positive(d_alp_data); alp_data::assert_mem(alp_distr_errors[nalp]); for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; long int k=nalp; long int &alp_tmp=alp_obj_tmp->d_alp->d_elem[k]; double &weight_tmp=alp_obj_tmp->d_alp_weights->d_elem[k]; ((array_positive*)alp_distr[k])->increase_elem_by_x(alp_tmp,weight_tmp); ((array_positive*)alp_distr_errors[k])->increase_elem_by_x(alp_tmp,weight_tmp*weight_tmp); }; double ind_diff=(double)(ind2_-ind1_+1); long int k=nalp; array_positive* tmp=((array_positive*)alp_distr[k]); array_positive* tmp_errors=((array_positive*)alp_distr_errors[k]); long int j; for(j=0;j<=tmp->d_dim;j++) { tmp->d_elem[j]/=ind_diff; tmp_errors->d_elem[j]/=ind_diff; tmp_errors->d_elem[j]-=tmp->d_elem[j]*tmp->d_elem[j]; tmp_errors->d_elem[j]/=ind_diff; }; } catch (...) { long int i; if(alp_distr_tmp) { for(i=0;i<=allocation_dim_tmp;i++) { delete (array_positive*)alp_distr_tmp[i];alp_distr_tmp[i]=NULL; }; delete []alp_distr_tmp;alp_distr_tmp=NULL; }; if(alp_distr_errors_tmp) { for(i=0;i<=allocation_dim_tmp;i++) { delete (array_positive*)alp_distr_errors_tmp[i];alp_distr_errors_tmp[i]=NULL; }; delete []alp_distr_errors_tmp;alp_distr_errors_tmp=NULL; }; if(alp_distr) { for(i=0;i<=allocation_dim;i++) { delete (array_positive*)alp_distr[i];alp_distr[i]=NULL; }; delete []alp_distr;alp_distr=NULL; }; if(alp_distr_errors) { for(i=0;i<=allocation_dim;i++) { delete (array_positive*)alp_distr_errors[i];alp_distr_errors[i]=NULL; }; delete []alp_distr_errors;alp_distr_errors=NULL; }; throw; }; } bool alp_sim::check_K_criterion( long int nalp_, long int ind1_, long int ind2_, double lambda_, double eps_K_, long int &M_min_) { if(nalp_<=0) { throw error("Unexpected error\n",4); }; array_positive* diff=NULL; try { diff=new array_positive(d_alp_data); alp_data::assert_mem(diff); double sum_of_weights=0; double M_aver=0; long int i; for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; long int &alp_tmp=alp_obj_tmp->d_alp->d_elem[nalp_]; double &weight_tmp=alp_obj_tmp->d_alp_weights->d_elem[nalp_]; sum_of_weights+=weight_tmp; M_aver+=alp_tmp*weight_tmp; array *cells_counts=alp_obj_tmp->d_cells_counts; long int k; for(k=cells_counts->d_ind0;k<=alp_data::Tmin(alp_tmp,cells_counts->d_dim_plus_d_ind0);k++) { diff->increase_elem_by_x(alp_tmp-k,cells_counts->d_elem[k-cells_counts->d_ind0]*weight_tmp); }; }; double den=0; for(i=0;i<=diff->d_dim;i++) { den+=Math::exp(-lambda_*(double)i)*diff->d_elem[i]; }; if(den<=0||sum_of_weights<=0) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; M_aver/=sum_of_weights; double delta_val=den*eps_K_*(1-Math::exp(-lambda_)); long int diff_opt=1;; for(i=diff->d_dim;i>=0;i--) { if(Math::exp(-lambda_*(double)i)*diff->d_elem[i]>delta_val) { diff_opt=i+1; break; }; }; M_min_=(long int)alp_data::round(M_aver); delete diff;diff=NULL; if(M_averind2_) { throw error("Unexpected error\n",4); }; array_positive* diff=NULL; array_positive* diff_error=NULL; try { diff=new array_positive(d_alp_data); alp_data::assert_mem(diff); diff_error=new array_positive(d_alp_data); alp_data::assert_mem(diff_error); double sum_of_weights=0; double sum_of_weights_error=0; double M_aver=0; long int i; for(i=ind1_;i<=ind2_;i++) { alp* &alp_obj_tmp=d_alp_obj->d_elem[i]; long int &alp_tmp=alp_obj_tmp->d_M; double &weight_tmp=alp_obj_tmp->d_alp_weights->d_elem[alp_obj_tmp->d_nalp_killing]; sum_of_weights+=weight_tmp; sum_of_weights_error+=weight_tmp*weight_tmp; M_aver+=alp_tmp*weight_tmp; array *cells_counts=alp_obj_tmp->d_cells_counts; long int k; for(k=cells_counts->d_ind0;k<=alp_data::Tmin(alp_tmp,cells_counts->d_dim_plus_d_ind0);k++) { double tmp=cells_counts->d_elem[k-cells_counts->d_ind0]*weight_tmp; diff->increase_elem_by_x(alp_tmp-k,tmp); diff_error->increase_elem_by_x(alp_tmp-k,tmp*tmp); }; }; double tmp2=(double)(ind2_-ind1_+1); sum_of_weights/=tmp2; sum_of_weights_error/=tmp2; sum_of_weights_error-=sum_of_weights*sum_of_weights; sum_of_weights_error/=tmp2; sum_of_weights_error=alp_reg::sqrt_for_errors(sum_of_weights_error); for(i=0;i<=diff->d_dim;i++) { diff->d_elem[i]/=tmp2; diff_error->d_elem[i]/=tmp2; diff_error->d_elem[i]-=diff->d_elem[i]*diff->d_elem[i]; diff_error->d_elem[i]/=tmp2; }; double den=0; double den_error=0; for(i=0;i<=diff->d_dim;i++) { double tmp=Math::exp(-lambda_*(double)i); den+=tmp*diff->d_elem[i]; den_error+=tmp*tmp*diff_error->d_elem[i]; }; den_error=alp_reg::sqrt_for_errors(den_error); if(den<=0||sum_of_weights<=0) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; K_C_=sum_of_weights/den; K_C_error_=alp_data::error_of_the_ratio(sum_of_weights,sum_of_weights_error,den,den_error); M_aver/=tmp2; M_aver/=sum_of_weights; double delta_val=den*eps_K_*(1-Math::exp(-lambda_)); long int diff_opt=1;; for(i=diff->d_dim;i>=0;i--) { if(Math::exp(-lambda_*(double)i)*diff->d_elem[i]>delta_val) { diff_opt=i+1; break; }; }; delete diff;diff=NULL; delete diff_error;diff_error=NULL; if(M_aver-diff_optd_is->d_lambda*3; double b=d_alp_data->d_is->d_lambda*2; long int n_partition=30; double eps=1e-10; std::vector res; alp_reg::find_tetta_general( func, func_pointer, a,//[a,b] is the interval for search of equation solution b, n_partition, eps, res); inside_simulation_flag_=true; if(res.size()==0) { inside_simulation_flag_=false; return; }; lambda_=get_root(res,d_alp_data->d_is->d_lambda); tmp_struct.d_calculate_alp_number=true; double f1=func(lambda_,func_pointer);//cout<1) { func(d_lambda_tmp->d_elem[nalp-1],func_pointer); } else { func(d_alp_data->d_is->d_ungap_lambda,func_pointer); }; double sum2=tmp_struct.d_last_sum; double sum2_error=tmp_struct.d_last_sum_error; double max_sum=alp_data::Tmax(fabs(sum1),fabs(sum2)); if(max_sum!=0) { test_difference_=fabs((sum1-sum2)/max_sum); test_difference_error_=0.5*(sum1_error+sum2_error)/max_sum; } else { test_difference_=-1; test_difference_error_=0; }; } double alp_sim::get_root( const std::vector &res_tmp_, double point_) { if(res_tmp_.size()==0) { //throw error("Error in alp_sim::get_root - the equation does not have roots\n",2); throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; long int i; long int p=0; double d1=fabs(point_-res_tmp_[0]); for(i=1;i<(long int)res_tmp_.size();i++) { double d2=fabs(point_-res_tmp_[i]); if(d2d_alp_distr; void **alp_distr_errors=tmp_struct->d_alp_distr_errors; long int nalp=tmp_struct->d_nalp; expect=new double[nalp]; alp_data::assert_mem(expect); expect_errors=new double[nalp]; alp_data::assert_mem(expect_errors); if(nalp<1) { throw error("Unexpected error\n",4); }; long int k; for(k=1;k<=nalp;k++) { array_positive* tmp=((array_positive*)alp_distr[k]); array_positive* tmp_errors=((array_positive*)alp_distr_errors[k]); double val=0; double val_error=0; long int j; for(j=0;j<=tmp->d_dim;j++) { if(tmp->d_elem[j]<=0) { continue; }; double exp_tmp=Math::exp(lambda_*j); val+=exp_tmp*tmp->d_elem[j]; val_error+=exp_tmp*exp_tmp*tmp_errors->d_elem[j]; }; val_error=alp_reg::sqrt_for_errors(val_error); expect[k-1]=val; expect_errors[k-1]=val_error; }; tmp_struct->d_last_sum=expect[nalp-1]; tmp_struct->d_last_sum_error=expect_errors[nalp-1]; if(tmp_struct->d_calculate_alp_number) { double tmp=0.0; long int k; for(k=0;k=0;k--) { if(expect_errors[k]!=0) { tmp1+=1.0/(expect_errors[k]*expect_errors[k]); }; if(tmp1>0.2*tmp) { tmp_alp=k+1; break; }; }; tmp_struct->d_alp_number=tmp_alp; }; if(nalp==1) { double tmp=expect[0]-1.0; tmp_struct->d_f_error=expect_errors[0]; delete[]expect;expect=NULL; delete[]expect_errors;expect_errors=NULL; return tmp; }; long int min_length=0; long int number_of_elements=nalp; bool cut_left_tail=true; bool cut_right_tail=false; double y=2; double beta0; double beta1; double beta0_error; double beta1_error; long int k1_opt; long int k2_opt; bool res_was_calculated; alp_reg::robust_regression_sum_with_cut_LSM( min_length, number_of_elements, expect, expect_errors, cut_left_tail, cut_right_tail, y, beta0, beta1, beta0_error, beta1_error, k1_opt, k2_opt, res_was_calculated); if(!res_was_calculated) { throw error("Error - you have exceeded the calculation time or memory limit.\nThe error might indicate that the regime is linear or too close to linear to permit efficient computation.\nPossible solutions include changing the randomization seed, or increasing the allowed calculation time and the memory limit.\n",3); }; delete[]expect;expect=NULL; delete[]expect_errors;expect_errors=NULL; tmp_struct->d_f_error=beta1_error; return beta1; } catch (...) { delete[]expect;expect=NULL; delete[]expect_errors;expect_errors=NULL; throw; }; } bbuchfink-diamond-6dc5717/src/lib/alp/sls_alp_sim.hpp000066400000000000000000000275431523407312000225570ustar00rootroot00000000000000#ifndef INCLUDED_SLS_ALP_SIMULATION #define INCLUDED_SLS_ALP_SIMULATION /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_alp_sim.hpp Author: Sergey Sheetlin Contents: Simulation of Gumbel parameters ******************************************************************************/ #include // #include #include #include #include #include #include #include "sls_alp_data.hpp" #include "sls_alp.hpp" #include "sls_alp_regression.hpp" namespace Sls { struct struct_for_lambda_calculation { void **d_alp_distr; void **d_alp_distr_errors; long int d_nalp; double d_f_error; double d_last_sum; double d_last_sum_error; bool d_calculate_alp_number; long int d_alp_number; }; class alp_sim{ public: alp_sim(//constructor alp_data *alp_data_ ); ~alp_sim();//destructor void alp_sim_from_random_seed(//simulation from random seed alp_data *alp_data_); void quick_test(//runs quick tests to determine whether the scoring scheme is linear long int trials_number_, double max_time_); void get_minimal_simulation( long int ind1_, long int ind2_, long int &M_min_, long int &nalp_, long int &nalp_lambda_, bool C_calculation_, bool check_time_flag_);//simulation using [ind1_,ind2_] range of realizations with an estimation of parameters for accuracy, memory usage and calculation time void memory_release_for_get_minimal_simulation( long int nalp_, void **&alp_distr, void **&alp_distr_errors); bool the_criterion(//criteria of stopping of the simulating ALP //if the function returns true then calculates optimal M_min and ALP number //sets the flags M_min_flag_ and nalp_flag_ checking the corresponding condition long int upto_nalp_, long int &nalp_for_lambda_simulation_, long int ind1_, long int ind2_, void **&alp_distr, void **&alp_distr_errors, long int &M_min_, bool &M_min_flag_, bool &nalp_flag_, bool &inside_simulation_flag_, bool C_calculation_, double *lambda_=NULL, double *lambda_error_=NULL); void calculate_lambda( bool check_the_criteria_, long int nalp_, long int &nalp_thr_, bool &inside_simulation_flag_, void **alp_distr, void **alp_distr_errors, double &lambda_, double &lambda_error_, double &test_difference_, double &test_difference_error_); void calculate_C( long int starting_point, long int nalp_, void **alp_distr, void **alp_distr_errors, double lambda_, double lambda_error_, double &C_, double &C_error_, double &Sc_, double &Sc_error_); void memory_release_for_calculate_FSC( double *&exp_array, double *&delta_E, double *&delta_E_error, double *&delta_E_E, double *&delta_E_E_error, double *&delta_I, double *&delta_I_error, double *&delta_J, double *&delta_J_error, double *&delta_I_I, double *&delta_I_I_error, double *&delta_I_J, double *&delta_I_J_error, double *&delta_J_J, double *&delta_J_J_error, double *&cov_J_J, double *&cov_J_J_error, double *&cov_I_J, double *&cov_I_J_error, double *&cov_I_I, double *&cov_I_I_error, double *&cov_E_E, double *&cov_E_E_error); void calculate_FSC( long int nalp_, long int ind1_, long int ind2_, void **alp_distr, double lambda_, double Sc_, //double Sc_error_, double &a_I_, double &a_I_error_, double &a_J_, double &a_J_error_, double &sigma_, double &sigma_error_, double &alpha_I_, double &alpha_I_error_, double &alpha_J_, double &alpha_J_error_); void sigma_calculation( double delta_I_aver_, double delta_I_aver_error_, double delta_J_aver_, double delta_J_aver_error_, double delta_E_aver_, double delta_E_aver_error_, double cov_E_E_aver_, double cov_E_E_aver_error_, double cov_I_J_aver_, double cov_I_J_aver_error_, double &sigma_, double &sigma_error_); void get_and_allocate_alp_distribution( long int ind1_, long int ind2_, void **&alp_distr, void **&alp_distr_errors, long int nalp); bool check_K_criterion( long int nalp_, long int ind1_, long int ind2_, double lambda_, double eps_K_, long int &M_min_); void kill( bool check_time_, long int ind1_, long int ind2_, long int M_min_, double lambda_, double eps_K_, double &K_C_, double &K_C_error_, long int &level_, long int &diff_opt_); bool check_K_criterion_during_killing2( long int ind1_, long int ind2_, double lambda_, double eps_K_, long int current_level_, long int &recommended_level_, long int &diff_opt_, double &K_C_, double &K_C_error_); bool check_K_criterion_during_killing( long int ind1_, long int ind2_, double lambda_, double eps_K_, long int current_level_, long int &recommended_level_, long int &diff_opt_, double &K_C_, double &K_C_error_); inline static double lambda_exp( long int &i_, double *&exp_array_); void get_single_realization( bool check_time_, long int M_min_, long int nalp_, bool killing_flag_, long int level_, long int diff_opt_, alp *&obj_, bool &sucess_flag_, double &d_eps_); void calculate_main_parameters( long int final_realizations_number_lambda_, long int final_realizations_number_killing_, long int nalp, long int nalp_for_lambda_simulation, long int level, bool &inside_simulation_flag, double &lambda, double &lambda_error, double &test_difference, double &test_difference_error, double &C, double &C_error, double &C2, double &C2_error, double &C4, double &C4_error, double &K_C, double &K_C_error, double &a_I, double &a_I_error, double &a_J, double &a_J_error, double &sigma, double &sigma_error, double &alpha_I, double &alpha_I_error, double &alpha_J, double &alpha_J_error, double &K, double &K_error); void calculate_main_parameters2( long int final_realizations_number_lambda_, long int final_realizations_number_killing_, long int nalp, long int nalp_for_lambda_simulation, long int level, bool &inside_simulation_flag, double &lambda, double &lambda_error, double &test_difference, double &test_difference_error, double &C, double &C_error, double &C2, double &C2_error, double &C4, double &C4_error, double &K_C, double &K_C_error, double &a_I, double &a_I_error, double &a_J, double &a_J_error, double &sigma, double &sigma_error, double &alpha_I, double &alpha_I_error, double &alpha_J, double &alpha_J_error, double &K, double &K_error); void memory_release_for_calculate_main_parameters2m( long int nalp_for_lambda_simulation, long int *&d_mult_realizations, long int *&d_mult_K_realizations, double *&lambda_mult, double *&lambda_mult_error, double *&C_mult, double *&C_mult_error, double *&a_I_mult, double *&a_I_mult_error, double *&a_J_mult, double *&a_J_mult_error, double *&sigma_mult, double *&sigma_mult_error, double *&alpha_I_mult, double *&alpha_I_mult_error, double *&alpha_J_mult, double *&alpha_J_mult_error, double *&K_C_mult, double *&K_C_mult_error, double *&K_mult, double *&K_mult_error, double *&Sc_mult, double *&Sc_mult_error, void **&alp_distr, void **&alp_distr_errors, void ***&alp_mult_distr, void ***&alp_mult_distr_errors); void calculate_main_parameters2m( long int final_realizations_number_lambda_, long int final_realizations_number_killing_, long int nalp_for_lambda_simulation, long int level, bool &inside_simulation_flag, double &lambda, double &lambda_error, double &test_difference, double &test_difference_error, double &C, double &C_error, double &K_C, double &K_C_error, double &a_I, double &a_I_error, double &a_J, double &a_J_error, double &sigma, double &sigma_error, double &alpha_I, double &alpha_I_error, double &alpha_J, double &alpha_J_error, double &K, double &K_error, bool &flag_); void randomize_realizations( long int final_realizations_number_lambda_, long int final_realizations_number_killing_); void randomize_realizations_ind( long int ind1_, long int ind2_); void generate_random_permulation( long int *perm_, long int dim_); static void error_in_calculate_main_parameters2m( double C, double &C_error, double C_mult2, double C_mult2_error); void output_main_parameters( double time_, long int nalp, long int nalp_for_lambda_simulation, long int level, long int M_min_, bool &inside_simulation_flag, long int final_realizations_number_lambda_, long int final_realizations_number_killing_); void output_main_parameters2( double time_, long int nalp, long int nalp_for_lambda_simulation, long int level, long int M_min_, bool &inside_simulation_flag, long int final_realizations_number_lambda_, long int final_realizations_number_killing_); void output_main_parameters2m_new( long int nalp_for_lambda_simulation, long int level, bool &inside_simulation_flag, long int final_realizations_number_lambda_, long int final_realizations_number_killing_); void symmetric_parameters_for_symmetric_scheme(); static double relative_error_in_percents( double val_, double val_error_); static double round_double( double val_, long int digits_); static long int get_number_of_subsimulations( long int number_of_realizations_); static double function_for_lambda_calculation( double lambda_, void * data_); static double get_root( const std::vector &res_tmp_, double point_); public: alp_data *d_alp_data;//initial data array_positive *d_alp_obj;//vector with the alp objects long int d_n_alp_obj;//number of alp objects array_positive *d_lambda_tmp; array_positive *d_lambda_tmp_errors; array_positive *d_C_tmp; array_positive *d_C_tmp_errors; //Subsimulations' parameters //number of subsimulations long int d_mult_number; //parameters estimations double m_Lambda; double m_LambdaError; double m_K; double m_KError; double m_C; double m_CError; double m_Sigma; double m_SigmaError; double m_GaplessAlpha; double m_GaplessAlphaError; double m_GaplessA; double m_GaplessAError; double m_AlphaI; double m_AlphaIError; double m_AlphaJ; double m_AlphaJError; double m_AI; double m_AIError; double m_AJ; double m_AJError; double m_CalcTime; long int m_G; long int m_G1; long int m_G2; std::vector m_LambdaSbs; std::vector m_KSbs; std::vector m_CSbs; std::vector m_SigmaSbs; std::vector m_AlphaISbs; std::vector m_AlphaJSbs; std::vector m_AISbs; std::vector m_AJSbs; }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/sls_basic.cpp000066400000000000000000000101121523407312000221670ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_basic.cpp Author: Sergey Sheetlin, Martin Frith Contents: Some basic functions and types ******************************************************************************/ // 2016: this voodoo is needed to compile on Cygwin, with g++ options // such as -std=c++11 or -std=c++03, else it complains about gettimeofday #define _DEFAULT_SOURCE 1 #include "sls_basic.hpp" #include "util/math/math.h" #include // std::abs #include using namespace Sls; double sls_basic::round(//returns nearest integer to x_ const double &x_) { double x_floor=floor(x_); double x_ceil=ceil(x_); if(fabs(x_-x_floor)<0.5) { return x_floor; }; return x_ceil; } void sls_basic::get_current_time( double &seconds_) { #ifndef _MSC_VER //UNIX program struct timeval tv; struct timezone tz; gettimeofday(&tv, &tz); seconds_=(double)(tv.tv_sec)+(double)(tv.tv_usec)/1000000.0; #else struct _timeb timebuffer; _ftime( &timebuffer ); seconds_=timebuffer.time+(double)(timebuffer.millitm)/1000.0; #endif } long int sls_basic::random_seed_from_time() { long int random_factor=(long int)std::time(NULL); #ifndef _MSC_VER //UNIX program struct timeval tv; struct timezone tz; gettimeofday(&tv, &tz); random_factor+=tv.tv_usec*10000000; #else struct _timeb timebuffer; char *timeline; _ftime( &timebuffer ); timeline = ctime( & ( timebuffer.time ) ); random_factor+=timebuffer.millitm*10000000; #endif return std::abs(random_factor); } double sls_basic::one_minus_exp_function( double y_) { if(fabs(y_)>1e-3) { return 1.0-Math::exp(y_); } else { return -(y_*(120+y_*(60+y_*(20+y_*(5.0+y_))))/120.0); }; } double sls_basic::normal_probability( double x_, double eps_) { if(x_==0) { return 0.5; }; eps_=Tmin(1.0,eps_); double x_max=10*eps_+sqrt(Tmax(0.0,-2*Math::log(eps_))); if(x_>=x_max) { double x=x_/sqrt(2.0); return 1-0.5*Math::exp(-x*x)/(x*sqrt(pi))*(1-1.0/(2*x*2*x)); }; if(x_<=-x_max) { double x=x_/sqrt(2.0); return 0.5*Math::exp(-x*x)/(-x*sqrt(pi))*(1-1.0/(2*x*2*x)); }; double const_val=1/sqrt(2.0*pi); long int N=(long int)round(fabs(x_)/eps_)+1; double h=x_/(double)N; double res=0; long int i; for(i=0;i<=N;i++) { double y=h*i; double tmp=Math::exp(-0.5*y*y); if(i==0||i==N) { res+=0.5*tmp; } else { res+=tmp; }; }; res*=h; return 0.5+const_val*(res); } double sls_basic::normal_probability( double a_, double b_, double h_, long int N_, double *p_, double x_, double eps_) { if(x_b_) { return normal_probability(x_,eps_); }; long int x_n=(long int)floor((x_-a_)/h_); x_n=Tmin(N_-1,x_n); return p_[x_n]+(p_[x_n+1]-p_[x_n])*(x_-(h_*x_n+a_))/h_; } double sls_basic::ln_one_minus_val( double val_) { if(val_>1e-8) { return Math::log(1-val_); }; return -val_-val_*val_/2.0-val_*val_*val_/3.0; } bbuchfink-diamond-6dc5717/src/lib/alp/sls_basic.hpp000066400000000000000000000105421523407312000222030ustar00rootroot00000000000000#ifndef INCLUDED_SLS_BASIC #define INCLUDED_SLS_BASIC /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_basic.hpp Author: Sergey Sheetlin, Martin Frith Contents: Some basic functions and types ******************************************************************************/ // Modified by B. Buchfink #ifndef _MSC_VER //UNIX program #include #else #include #endif #include #include // ? #include #include namespace Sls { const double pi=3.1415926535897932384626433832795; const double invsqrttwo=sqrt(0.5); const double const_val=1/sqrt(2.0*pi); const long int quick_tests_trials_number=100; struct error//struct to handle exceptions { std::string st; error(std::string st_,long int error_code_){st=st_;error_code=error_code_;}; long int error_code; }; //structure for user-defined Gumbel parameters without errors struct AlignmentEvaluerParameters { double d_lambda; double d_k; double d_a1; double d_b1; double d_a2; double d_b2; double d_alpha1; double d_beta1; double d_alpha2; double d_beta2; double d_sigma; double d_tau; }; //structure for user-defined Gumbel parameters with errors struct AlignmentEvaluerParametersWithErrors { double d_lambda; double d_lambda_error; double d_k; double d_k_error; double d_a1; double d_a1_error; double d_b1; double d_b1_error; double d_a2; double d_a2_error; double d_b2; double d_b2_error; double d_alpha1; double d_alpha1_error; double d_beta1; double d_beta1_error; double d_alpha2; double d_alpha2_error; double d_beta2; double d_beta2_error; double d_sigma; double d_sigma_error; double d_tau; double d_tau_error; }; class sls_basic{ public: template static inline T Tmax(T i_, T j_) { if(i_>j_) { return i_; }; return j_; } template static inline T Tmin(T i_, T j_) { if(i_ static inline T Tmax(T x_,T y_,T z_) { return Tmax(Tmax(x_,y_),z_); } template static inline T Tmin(T x_,T y_,T z_) { return Tmin(Tmin(x_,y_),z_); } template static inline T Tmax(T x_,T y_,T z_,T w_) { return Tmax(Tmax(x_,y_),Tmax(z_,w_)); } template static inline T Tmin(T x_,T y_,T z_,T w_) { return Tmin(Tmin(x_,y_),Tmin(z_,w_)); } static inline void assert_mem(void *pointer_) { if(!pointer_) { throw error("Memory allocation error\n",41); }; } static double round(//returns nearest integer to x_ const double &x_); static void get_current_time( double &seconds_); static long int random_seed_from_time(); static double one_minus_exp_function( double y_); static double normal_probability(double x_) { return 0.5*erfc(-invsqrttwo*x_); } static double normal_probability( double x_, double eps_); static double normal_probability( double a_, double b_, double h_, long int N_, double *p_, double x_, double eps_); static double ln_one_minus_val( double val_); }; } #endif bbuchfink-diamond-6dc5717/src/lib/alp/sls_normal_distr_array.hpp000066400000000000000000000350461523407312000250230ustar00rootroot00000000000000#ifndef INCLUDED_NORMAL_DISTR_ARRAY #define INCLUDED_NORMAL_DISTR_ARRAY /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_normal_distr_array.hpp Author: Sergey Sheetlin Contents: Normal distribution array for P-values calculation ******************************************************************************/ namespace Sls { #define NORMAL_DISTR_ARRAY_DIM 1000 static double normal_distr_array_for_P_values_calculation[NORMAL_DISTR_ARRAY_DIM+1]={ 7.65613E-24, 9.36789E-24, 1.14578E-23, 1.40085E-23, 1.71202E-23, 2.09147E-23, 2.55403E-23, 3.11764E-23, 3.80412E-23, 4.63993E-23, 5.65713E-23, 6.89460E-23, 8.39943E-23, 1.02287E-22, 1.24513E-22, 1.51510E-22, 1.84286E-22, 2.24065E-22, 2.72323E-22, 3.30842E-22, 4.01778E-22, 4.87731E-22, 5.91836E-22, 7.17879E-22, 8.70421E-22, 1.05496E-21, 1.27811E-21, 1.54786E-21, 1.87380E-21, 2.26747E-21, 2.74276E-21, 3.31637E-21, 4.00835E-21, 4.84280E-21, 5.84866E-21, 7.06064E-21, 8.52041E-21, 1.02779E-20, 1.23930E-20, 1.49375E-20, 1.79973E-20, 2.16752E-20, 2.60945E-20, 3.14024E-20, 3.77751E-20, 4.54230E-20, 5.45977E-20, 6.55996E-20, 7.87873E-20, 9.45889E-20, 1.13515E-19, 1.36173E-19, 1.63290E-19, 1.95730E-19, 2.34522E-19, 2.80890E-19, 3.36294E-19, 4.02466E-19, 4.81469E-19, 5.75753E-19, 6.88227E-19, 8.22349E-19, 9.82220E-19, 1.17271E-18, 1.39959E-18, 1.66970E-18, 1.99115E-18, 2.37356E-18, 2.82828E-18, 3.36880E-18, 4.01103E-18, 4.77381E-18, 5.67940E-18, 6.75412E-18, 8.02904E-18, 9.54085E-18, 1.13328E-17, 1.34561E-17, 1.59709E-17, 1.89481E-17, 2.24715E-17, 2.66396E-17, 3.15683E-17, 3.73942E-17, 4.42777E-17, 5.24077E-17, 6.20060E-17, 7.33332E-17, 8.66955E-17, 1.02452E-16, 1.21025E-16, 1.42908E-16, 1.68681E-16, 1.99025E-16, 2.34733E-16, 2.76740E-16, 3.26136E-16, 3.84196E-16, 4.52415E-16, 5.32536E-16, 6.26600E-16, 7.36988E-16, 8.66482E-16, 1.01833E-15, 1.19631E-15, 1.40485E-15, 1.64909E-15, 1.93503E-15, 2.26966E-15, 2.66111E-15, 3.11884E-15, 3.65387E-15, 4.27899E-15, 5.00909E-15, 5.86146E-15, 6.85617E-15, 8.01653E-15, 9.36958E-15, 1.09467E-14, 1.27842E-14, 1.49244E-14, 1.74159E-14, 2.03154E-14, 2.36883E-14, 2.76104E-14, 3.21691E-14, 3.74658E-14, 4.36175E-14, 5.07592E-14, 5.90471E-14, 6.86613E-14, 7.98094E-14, 9.27312E-14, 1.07703E-13, 1.25042E-13, 1.45116E-13, 1.68347E-13, 1.95220E-13, 2.26293E-13, 2.62210E-13, 3.03707E-13, 3.51634E-13, 4.06965E-13, 4.70817E-13, 5.44473E-13, 6.29405E-13, 7.27300E-13, 8.40091E-13, 9.69994E-13, 1.11954E-12, 1.29164E-12, 1.48962E-12, 1.71726E-12, 1.97891E-12, 2.27953E-12, 2.62480E-12, 3.02117E-12, 3.47604E-12, 3.99782E-12, 4.59613E-12, 5.28191E-12, 6.06763E-12, 6.96751E-12, 7.99771E-12, 9.17663E-12, 1.05252E-11, 1.20673E-11, 1.38298E-11, 1.58436E-11, 1.81435E-11, 2.07691E-11, 2.37654E-11, 2.71834E-11, 3.10807E-11, 3.55229E-11, 4.05841E-11, 4.63482E-11, 5.29104E-11, 6.03780E-11, 6.88727E-11, 7.85317E-11, 8.95104E-11, 1.01984E-10, 1.16150E-10, 1.32233E-10, 1.50484E-10, 1.71186E-10, 1.94661E-10, 2.21269E-10, 2.51415E-10, 2.85557E-10, 3.24208E-10, 3.67948E-10, 4.17426E-10, 4.73372E-10, 5.36607E-10, 6.08052E-10, 6.88740E-10, 7.79832E-10, 8.82627E-10, 9.98583E-10, 1.12933E-09, 1.27670E-09, 1.44274E-09, 1.62974E-09, 1.84026E-09, 2.07716E-09, 2.34365E-09, 2.64330E-09, 2.98010E-09, 3.35850E-09, 3.78348E-09, 4.26058E-09, 4.79597E-09, 5.39654E-09, 6.06996E-09, 6.82476E-09, 7.67043E-09, 8.61754E-09, 9.67784E-09, 1.08644E-08, 1.21916E-08, 1.36757E-08, 1.53345E-08, 1.71879E-08, 1.92577E-08, 2.15685E-08, 2.41471E-08, 2.70235E-08, 3.02309E-08, 3.38058E-08, 3.77888E-08, 4.22247E-08, 4.71631E-08, 5.26586E-08, 5.87717E-08, 6.55690E-08, 7.31242E-08, 8.02883E-08, 8.94616E-08, 9.96443E-08, 1.10943E-07, 1.23475E-07, 1.37369E-07, 1.52768E-07, 1.69827E-07, 1.88717E-07, 2.09628E-07, 2.32766E-07, 2.58357E-07, 2.86651E-07, 3.17921E-07, 3.52466E-07, 3.90613E-07, 4.32721E-07, 4.79183E-07, 5.30429E-07, 5.86929E-07, 6.49196E-07, 7.17791E-07, 7.93328E-07, 8.76476E-07, 9.67965E-07, 1.06859E-06, 1.17922E-06, 1.30081E-06, 1.43437E-06, 1.58105E-06, 1.74205E-06, 1.91870E-06, 2.11245E-06, 2.32488E-06, 2.55768E-06, 2.81271E-06, 3.09198E-06, 3.39767E-06, 3.73215E-06, 4.09798E-06, 4.49794E-06, 4.93505E-06, 5.41254E-06, 5.93397E-06, 6.50312E-06, 7.12414E-06, 7.80146E-06, 8.53991E-06, 9.34467E-06, 1.02213E-05, 1.11760E-05, 1.22151E-05, 1.33457E-05, 1.45755E-05, 1.59124E-05, 1.73653E-05, 1.89436E-05, 2.06575E-05, 2.25179E-05, 2.45364E-05, 2.67256E-05, 2.90991E-05, 3.16712E-05, 3.44576E-05, 3.74749E-05, 4.07408E-05, 4.42745E-05, 4.80963E-05, 5.22282E-05, 5.66935E-05, 6.15172E-05, 6.67258E-05, 7.23480E-05, 7.84142E-05, 8.49567E-05, 9.20101E-05, 9.96114E-05, 1.07800E-04, 1.16617E-04, 1.26108E-04, 1.36319E-04, 1.47302E-04, 1.59109E-04, 1.71797E-04, 1.85427E-04, 2.00064E-04, 2.15773E-04, 2.32629E-04, 2.50707E-04, 2.70088E-04, 2.90857E-04, 3.13106E-04, 3.36929E-04, 3.62429E-04, 3.89712E-04, 4.18892E-04, 4.50087E-04, 4.83424E-04, 5.19035E-04, 5.57061E-04, 5.97648E-04, 6.40953E-04, 6.87138E-04, 7.36375E-04, 7.88846E-04, 8.44739E-04, 9.04255E-04, 9.67603E-04, 1.03500E-03, 1.10668E-03, 1.18289E-03, 1.26387E-03, 1.34990E-03, 1.44124E-03, 1.53820E-03, 1.64106E-03, 1.75016E-03, 1.86581E-03, 1.98838E-03, 2.11821E-03, 2.25568E-03, 2.40118E-03, 2.55513E-03, 2.71794E-03, 2.89007E-03, 3.07196E-03, 3.26410E-03, 3.46697E-03, 3.68111E-03, 3.90703E-03, 4.14530E-03, 4.39649E-03, 4.66119E-03, 4.94002E-03, 5.23361E-03, 5.54262E-03, 5.86774E-03, 6.20967E-03, 6.56912E-03, 6.94685E-03, 7.34363E-03, 7.76025E-03, 8.19754E-03, 8.65632E-03, 9.13747E-03, 9.64187E-03, 1.01704E-02, 1.07241E-02, 1.13038E-02, 1.19106E-02, 1.25455E-02, 1.32094E-02, 1.39034E-02, 1.46287E-02, 1.53863E-02, 1.61774E-02, 1.70030E-02, 1.78644E-02, 1.87628E-02, 1.96993E-02, 2.06752E-02, 2.16917E-02, 2.27501E-02, 2.38518E-02, 2.49979E-02, 2.61898E-02, 2.74289E-02, 2.87166E-02, 3.00540E-02, 3.14428E-02, 3.28841E-02, 3.43795E-02, 3.59303E-02, 3.75380E-02, 3.92039E-02, 4.09295E-02, 4.27162E-02, 4.45655E-02, 4.64787E-02, 4.84572E-02, 5.05026E-02, 5.26161E-02, 5.47993E-02, 5.70534E-02, 5.93799E-02, 6.17802E-02, 6.42555E-02, 6.68072E-02, 6.94366E-02, 7.21450E-02, 7.49337E-02, 7.78038E-02, 8.07567E-02, 8.37933E-02, 8.69150E-02, 9.01227E-02, 9.34175E-02, 9.68005E-02, 1.00273E-01, 1.03835E-01, 1.07488E-01, 1.11232E-01, 1.15070E-01, 1.19000E-01, 1.23024E-01, 1.27143E-01, 1.31357E-01, 1.35666E-01, 1.40071E-01, 1.44572E-01, 1.49170E-01, 1.53864E-01, 1.58655E-01, 1.63543E-01, 1.68528E-01, 1.73609E-01, 1.78786E-01, 1.84060E-01, 1.89430E-01, 1.94895E-01, 2.00454E-01, 2.06108E-01, 2.11855E-01, 2.17695E-01, 2.23627E-01, 2.29650E-01, 2.35762E-01, 2.41964E-01, 2.48252E-01, 2.54627E-01, 2.61086E-01, 2.67629E-01, 2.74253E-01, 2.80957E-01, 2.87740E-01, 2.94599E-01, 3.01532E-01, 3.08538E-01, 3.15614E-01, 3.22758E-01, 3.29969E-01, 3.37243E-01, 3.44578E-01, 3.51973E-01, 3.59424E-01, 3.66928E-01, 3.74484E-01, 3.82089E-01, 3.89739E-01, 3.97432E-01, 4.05165E-01, 4.12936E-01, 4.20740E-01, 4.28576E-01, 4.36441E-01, 4.44330E-01, 4.52242E-01, 4.60172E-01, 4.68119E-01, 4.76078E-01, 4.84047E-01, 4.92022E-01, 5.00000E-01, 5.07978E-01, 5.15953E-01, 5.23922E-01, 5.31881E-01, 5.39828E-01, 5.47758E-01, 5.55670E-01, 5.63559E-01, 5.71424E-01, 5.79260E-01, 5.87064E-01, 5.94835E-01, 6.02568E-01, 6.10261E-01, 6.17911E-01, 6.25516E-01, 6.33072E-01, 6.40576E-01, 6.48027E-01, 6.55422E-01, 6.62757E-01, 6.70031E-01, 6.77242E-01, 6.84386E-01, 6.91462E-01, 6.98468E-01, 7.05401E-01, 7.12260E-01, 7.19043E-01, 7.25747E-01, 7.32371E-01, 7.38914E-01, 7.45373E-01, 7.51748E-01, 7.58036E-01, 7.64238E-01, 7.70350E-01, 7.76373E-01, 7.82305E-01, 7.88145E-01, 7.93892E-01, 7.99546E-01, 8.05105E-01, 8.10570E-01, 8.15940E-01, 8.21214E-01, 8.26391E-01, 8.31472E-01, 8.36457E-01, 8.41345E-01, 8.46136E-01, 8.50830E-01, 8.55428E-01, 8.59929E-01, 8.64334E-01, 8.68643E-01, 8.72857E-01, 8.76976E-01, 8.81000E-01, 8.84930E-01, 8.88768E-01, 8.92512E-01, 8.96165E-01, 8.99727E-01, 9.03200E-01, 9.06582E-01, 9.09877E-01, 9.13085E-01, 9.16207E-01, 9.19243E-01, 9.22196E-01, 9.25066E-01, 9.27855E-01, 9.30563E-01, 9.33193E-01, 9.35745E-01, 9.38220E-01, 9.40620E-01, 9.42947E-01, 9.45201E-01, 9.47384E-01, 9.49497E-01, 9.51543E-01, 9.53521E-01, 9.55435E-01, 9.57284E-01, 9.59070E-01, 9.60796E-01, 9.62462E-01, 9.64070E-01, 9.65620E-01, 9.67116E-01, 9.68557E-01, 9.69946E-01, 9.71283E-01, 9.72571E-01, 9.73810E-01, 9.75002E-01, 9.76148E-01, 9.77250E-01, 9.78308E-01, 9.79325E-01, 9.80301E-01, 9.81237E-01, 9.82136E-01, 9.82997E-01, 9.83823E-01, 9.84614E-01, 9.85371E-01, 9.86097E-01, 9.86791E-01, 9.87455E-01, 9.88089E-01, 9.88696E-01, 9.89276E-01, 9.89830E-01, 9.90358E-01, 9.90863E-01, 9.91344E-01, 9.91802E-01, 9.92240E-01, 9.92656E-01, 9.93053E-01, 9.93431E-01, 9.93790E-01, 9.94132E-01, 9.94457E-01, 9.94766E-01, 9.95060E-01, 9.95339E-01, 9.95604E-01, 9.95855E-01, 9.96093E-01, 9.96319E-01, 9.96533E-01, 9.96736E-01, 9.96928E-01, 9.97110E-01, 9.97282E-01, 9.97445E-01, 9.97599E-01, 9.97744E-01, 9.97882E-01, 9.98012E-01, 9.98134E-01, 9.98250E-01, 9.98359E-01, 9.98462E-01, 9.98559E-01, 9.98650E-01, 9.98736E-01, 9.98817E-01, 9.98893E-01, 9.98965E-01, 9.99032E-01, 9.99096E-01, 9.99155E-01, 9.99211E-01, 9.99264E-01, 9.99313E-01, 9.99359E-01, 9.99402E-01, 9.99443E-01, 9.99481E-01, 9.99517E-01, 9.99550E-01, 9.99581E-01, 9.99610E-01, 9.99638E-01, 9.99663E-01, 9.99687E-01, 9.99709E-01, 9.99730E-01, 9.99749E-01, 9.99767E-01, 9.99784E-01, 9.99800E-01, 9.99815E-01, 9.99828E-01, 9.99841E-01, 9.99853E-01, 9.99864E-01, 9.99874E-01, 9.99883E-01, 9.99892E-01, 9.99900E-01, 9.99908E-01, 9.99915E-01, 9.99922E-01, 9.99928E-01, 9.99933E-01, 9.99938E-01, 9.99943E-01, 9.99948E-01, 9.99952E-01, 9.99956E-01, 9.99959E-01, 9.99963E-01, 9.99966E-01, 9.99968E-01, 9.99971E-01, 9.99973E-01, 9.99975E-01, 9.99977E-01, 9.99979E-01, 9.99981E-01, 9.99983E-01, 9.99984E-01, 9.99985E-01, 9.99987E-01, 9.99988E-01, 9.99989E-01, 9.99990E-01, 9.99991E-01, 9.99991E-01, 9.99992E-01, 9.99993E-01, 9.99993E-01, 9.99994E-01, 9.99995E-01, 9.99995E-01, 9.99996E-01, 9.99996E-01, 9.99996E-01, 9.99997E-01, 9.99997E-01, 9.99997E-01, 9.99997E-01, 9.99998E-01, 9.99998E-01, 9.99998E-01, 9.99998E-01, 9.99998E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 9.99999E-01, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00, 1.00000E+00 }; } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/alp/sls_pvalues.cpp000066400000000000000000000664371523407312000226120ustar00rootroot00000000000000/* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_pvalues.cpp Author: Sergey Sheetlin Contents: Calculation of P-values using precalculated Gumbel parameters ******************************************************************************/ #include "sls_pvalues.hpp" #include "util/math/math.h" #include "sls_alp_data.hpp" #include // std::setprecision #include "sls_normal_distr_array.hpp" #include "../gsl/gsl.h" using namespace Sls; using namespace std; const double nat_cut_off_in_max=2.0;//nat cut-off in max used in FSC void pvalues::get_appr_tail_prob_with_cov( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_, double &P_, double &P_error_, double &E_, double &E_error_, double &area_, bool &area_is_1_flag_) { //to optimize performance blast_=false; double lambda_=par_.lambda; double lambda_error_=par_.lambda_error; double k_=par_.K; double k_error_=par_.K_error; double ai_hat_=par_.a_I; double ai_hat_error_=par_.a_I_error; double bi_hat_; double bi_hat_error_; double alphai_hat_=par_.alpha_I; double alphai_hat_error_=par_.alpha_I_error; double betai_hat_; double betai_hat_error_; double aj_hat_=par_.a_J; double aj_hat_error_=par_.a_J_error; double bj_hat_; double bj_hat_error_; double alphaj_hat_=par_.alpha_J; double alphaj_hat_error_=par_.alpha_J_error; double betaj_hat_; double betaj_hat_error_; double sigma_hat_=par_.sigma; double sigma_hat_error_=par_.sigma_error; double tau_hat_; double tau_hat_error_; { bi_hat_=par_.b_I; bi_hat_error_=par_.b_I_error; betai_hat_=par_.beta_I; betai_hat_error_=par_.beta_I_error; bj_hat_=par_.b_J; bj_hat_error_=par_.b_J_error; betaj_hat_=par_.beta_J; betaj_hat_error_=par_.beta_J_error; tau_hat_=par_.tau; tau_hat_error_=par_.tau_error; }; if(blast_) { alphai_hat_=0; alphai_hat_error_=0; betai_hat_=0; betai_hat_error_=0; alphaj_hat_=0; alphaj_hat_error_=0; betaj_hat_=0; betaj_hat_error_=0; sigma_hat_=0; sigma_hat_error_=0; tau_hat_=0; tau_hat_error_=0; }; double m_li_y_error=0; double m_li_y=0; double tmp=ai_hat_*y_+bi_hat_; m_li_y_error=alp_data::error_of_the_sum(fabs(y_)*ai_hat_error_,bi_hat_error_); m_li_y=m_-tmp; double vi_y_error=0; double vi_y=0; vi_y_error=alp_data::error_of_the_sum(fabs(y_)*alphai_hat_error_,betai_hat_error_); vi_y=alp_data::Tmax(par_.vi_y_thr,alphai_hat_*y_+betai_hat_); double sqrt_vi_y_error=alp_data::error_of_the_sqrt(vi_y,vi_y_error); double sqrt_vi_y=sqrt(vi_y); double m_F; double m_F_error; if(sqrt_vi_y==0.0||blast_) { m_F=1e100; m_F_error=0.0; } else { m_F_error=alp_data::error_of_the_ratio(m_li_y,m_li_y_error,sqrt_vi_y,sqrt_vi_y_error); m_F=m_li_y/sqrt_vi_y; }; double P_m_F=sls_basic::normal_probability(m_F); double P_m_F_error=const_val*Math::exp(-0.5*m_F*m_F)*m_F_error; double E_m_F=-const_val*Math::exp(-0.5*m_F*m_F); double E_m_F_error=fabs(-E_m_F*m_F)*m_F_error; double m_li_y_P_m_F_error=alp_data::error_of_the_product(m_li_y,m_li_y_error,P_m_F,P_m_F_error); double m_li_y_P_m_F=m_li_y*P_m_F; double sqrt_vi_y_E_m_F_error=alp_data::error_of_the_product(sqrt_vi_y,sqrt_vi_y_error,E_m_F,E_m_F_error); double sqrt_vi_y_E_m_F=sqrt_vi_y*E_m_F; double p1_error=alp_data::error_of_the_sum(m_li_y_P_m_F_error,sqrt_vi_y_E_m_F_error); double p1=m_li_y_P_m_F-sqrt_vi_y_E_m_F; double n_lj_y_error=0; double n_lj_y=0; tmp=aj_hat_*y_+bj_hat_; n_lj_y_error=alp_data::error_of_the_sum(fabs(y_)*aj_hat_error_,bj_hat_error_); n_lj_y=n_-tmp; double vj_y_error=0; double vj_y=0; vj_y_error=alp_data::error_of_the_sum(fabs(y_)*alphaj_hat_error_,betaj_hat_error_); vj_y=alp_data::Tmax(par_.vj_y_thr,alphaj_hat_*y_+betaj_hat_); double sqrt_vj_y_error=alp_data::error_of_the_sqrt(vj_y,vj_y_error); double sqrt_vj_y=sqrt(vj_y); double n_F; double n_F_error; if(sqrt_vj_y==0.0||blast_) { n_F=1e100; n_F_error=0.0; } else { n_F_error=alp_data::error_of_the_ratio(n_lj_y,n_lj_y_error,sqrt_vj_y,sqrt_vj_y_error); n_F=n_lj_y/sqrt_vj_y; }; double P_n_F=sls_basic::normal_probability(n_F); double P_n_F_error=const_val*Math::exp(-0.5*n_F*n_F)*n_F_error; double E_n_F=-const_val*Math::exp(-0.5*n_F*n_F); double E_n_F_error=fabs(-E_n_F*n_F)*n_F_error; double n_lj_y_P_n_F_error=alp_data::error_of_the_product(n_lj_y,n_lj_y_error,P_n_F,P_n_F_error); double n_lj_y_P_n_F=n_lj_y*P_n_F; double sqrt_vj_y_E_n_F_error=alp_data::error_of_the_product(sqrt_vj_y,sqrt_vj_y_error,E_n_F,E_n_F_error); double sqrt_vj_y_E_n_F=sqrt_vj_y*E_n_F; double p2_error=alp_data::error_of_the_sum(n_lj_y_P_n_F_error,sqrt_vj_y_E_n_F_error); double p2=n_lj_y_P_n_F-sqrt_vj_y_E_n_F; double c_y_error=0; double c_y=0; c_y_error=alp_data::error_of_the_sum(sigma_hat_error_*y_,tau_hat_error_); c_y=alp_data::Tmax(par_.c_y_thr,sigma_hat_*y_+tau_hat_); double P_m_F_P_n_F_error=alp_data::error_of_the_product(P_m_F,P_m_F_error,P_n_F,P_n_F_error); double P_m_F_P_n_F=P_m_F*P_n_F; double c_y_P_m_F_P_n_F_error=alp_data::error_of_the_product(c_y,c_y_error,P_m_F_P_n_F,P_m_F_P_n_F_error); double c_y_P_m_F_P_n_F=c_y*P_m_F_P_n_F; double p1_p2_error=alp_data::error_of_the_product(p1,p1_error,p2,p2_error); double p1_p2=p1*p2; double area_error=alp_data::error_of_the_sum(p1_p2_error,c_y_P_m_F_P_n_F_error); double area=p1_p2+c_y_P_m_F_P_n_F; if(!blast_) { //area=alp_data::Tmax(area,1.0); } else { if(area<=1.0) { area_is_1_flag_=true; }; if(area_is_1_flag_) { area=1.0; }; }; double exp_lambda_y_error=fabs(lambda_error_*y_*Math::exp(-lambda_*y_)); double exp_lambda_y=Math::exp(-lambda_*y_); double k_exp_lambda_y_error=alp_data::error_of_the_product(k_,k_error_,exp_lambda_y,exp_lambda_y_error); double k_exp_lambda_y=k_*exp_lambda_y; double area_k_exp_lambda_y_error=alp_data::error_of_the_product(area,area_error,k_exp_lambda_y,k_exp_lambda_y_error); double area_k_exp_lambda_y=-area*k_exp_lambda_y; E_=-area_k_exp_lambda_y; E_error_=area_k_exp_lambda_y_error; P_error_=Math::exp(area_k_exp_lambda_y)*area_k_exp_lambda_y_error; P_=sls_basic::one_minus_exp_function(area_k_exp_lambda_y); // P_=1-exp(-k_*area*exp(-lambda_*y_)); area_=area; } void pvalues::compute_intercepts( ALP_set_of_parameters &par_) { if(!par_.d_params_flag) { throw error("Unexpected error: pvalues::compute_intercepts is called for undefined parameters\n",1); }; par_.b_I=2.0*par_.G*(par_.gapless_a-par_.a_I); par_.b_I_error=2.0*par_.G*alp_data::error_of_the_sum(par_.gapless_a_error,par_.a_I_error); par_.beta_I=2.0*par_.G*(par_.gapless_alpha-par_.alpha_I); par_.beta_I_error=2.0*par_.G*alp_data::error_of_the_sum(par_.gapless_alpha_error,par_.alpha_I_error); par_.b_J=2.0*par_.G*(par_.gapless_a-par_.a_J); par_.b_I_error=2.0*par_.G*alp_data::error_of_the_sum(par_.gapless_a_error,par_.a_J_error); par_.beta_J=2.0*par_.G*(par_.gapless_alpha-par_.alpha_J); par_.beta_J_error=2.0*par_.G*alp_data::error_of_the_sum(par_.gapless_alpha_error,par_.alpha_J_error); par_.tau=2.0*par_.G*(par_.gapless_alpha-par_.sigma); par_.tau_error=2.0*par_.G*alp_data::error_of_the_sum(par_.gapless_alpha_error,par_.sigma_error); long int vector_size=(long int)par_.m_LambdaSbs.size(); par_.m_BISbs.resize(vector_size); par_.m_BJSbs.resize(vector_size); par_.m_BetaISbs.resize(vector_size); par_.m_BetaJSbs.resize(vector_size); par_.m_TauSbs.resize(vector_size); long int i; for(i=0;i0) { par_.vi_y_thr=alp_data::Tmax(nat_cut_off_in_max*par_.alpha_I/par_.lambda,0.0); par_.vj_y_thr=alp_data::Tmax(nat_cut_off_in_max*par_.alpha_J/par_.lambda,0.0); par_.c_y_thr=alp_data::Tmax(nat_cut_off_in_max*par_.sigma/par_.lambda,0.0); } else { par_.vi_y_thr=0; par_.vj_y_thr=0; par_.c_y_thr=0; par_.d_params_flag=false; }; } void pvalues::get_appr_tail_prob_with_cov_without_errors( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_, double &P_, double &E_, double &area_, bool &area_is_1_flag_, bool compute_only_area_) { //to optimize performance blast_=false; double lambda_=par_.lambda; double k_=par_.K; double ai_hat_=par_.a_I; double bi_hat_; double alphai_hat_=par_.alpha_I; double betai_hat_; double aj_hat_=par_.a_J; double bj_hat_; double alphaj_hat_=par_.alpha_J; double betaj_hat_; double sigma_hat_=par_.sigma; double tau_hat_; { bi_hat_=par_.b_I; betai_hat_=par_.beta_I; bj_hat_=par_.b_J; betaj_hat_=par_.beta_J; tau_hat_=par_.tau; }; if(blast_) { alphai_hat_=0; betai_hat_=0; alphaj_hat_=0; betaj_hat_=0; sigma_hat_=0; tau_hat_=0; }; double m_li_y=0; double tmp=ai_hat_*y_+bi_hat_; m_li_y=m_-tmp; double vi_y=0; vi_y=alp_data::Tmax(par_.vi_y_thr,alphai_hat_*y_+betai_hat_); double sqrt_vi_y=sqrt(vi_y); double m_F; if(sqrt_vi_y==0.0||blast_) { m_F=1e100; } else { m_F=m_li_y/sqrt_vi_y; }; double P_m_F=sls_basic::normal_probability(m_F); double E_m_F=-const_val*Math::exp(-0.5*m_F*m_F); double m_li_y_P_m_F=m_li_y*P_m_F; double sqrt_vi_y_E_m_F=sqrt_vi_y*E_m_F; double p1=m_li_y_P_m_F-sqrt_vi_y_E_m_F; double n_lj_y=0; tmp=aj_hat_*y_+bj_hat_; n_lj_y=n_-tmp; double vj_y=0; vj_y=alp_data::Tmax(par_.vj_y_thr,alphaj_hat_*y_+betaj_hat_); double sqrt_vj_y=sqrt(vj_y); double n_F; if(sqrt_vj_y==0.0||blast_) { n_F=1e100; } else { n_F=n_lj_y/sqrt_vj_y; }; double P_n_F=sls_basic::normal_probability(n_F); double E_n_F=-const_val*Math::exp(-0.5*n_F*n_F); double n_lj_y_P_n_F=n_lj_y*P_n_F; double sqrt_vj_y_E_n_F=sqrt_vj_y*E_n_F; double p2=n_lj_y_P_n_F-sqrt_vj_y_E_n_F; double c_y=0; c_y=alp_data::Tmax(par_.c_y_thr,sigma_hat_*y_+tau_hat_); double P_m_F_P_n_F=P_m_F*P_n_F; double c_y_P_m_F_P_n_F=c_y*P_m_F_P_n_F; double p1_p2=p1*p2; double area=p1_p2+c_y_P_m_F_P_n_F; if(!blast_) { //area=alp_data::Tmax(area,1.0); } else { if(area<=1.0) { area_is_1_flag_=true; }; if(area_is_1_flag_) { area=1.0; }; }; area_=area; if(compute_only_area_) { return; }; double exp_lambda_y=Math::exp(-lambda_*y_); double k_exp_lambda_y=k_*exp_lambda_y; double area_k_exp_lambda_y=-area*k_exp_lambda_y; E_=-area_k_exp_lambda_y; P_=sls_basic::one_minus_exp_function(area_k_exp_lambda_y); // P_=1-exp(-k_*area*exp(-lambda_*y_)); } static double log_sum(double a, double b) { if (a < b) std::swap(a, b); return a + Math::log(1 + Math::exp(b - a)); } static double log_diff(double a, double b) { if (a < b) throw std::runtime_error("Taking log of negative number."); return a + Math::log(1 - Math::exp(b - a)); } double pvalues::log_area( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_) { //to optimize performance blast_ = false; double lambda_ = par_.lambda; double k_ = par_.K; double ai_hat_ = par_.a_I; double bi_hat_; double alphai_hat_ = par_.alpha_I; double betai_hat_; double aj_hat_ = par_.a_J; double bj_hat_; double alphaj_hat_ = par_.alpha_J; double betaj_hat_; double sigma_hat_ = par_.sigma; double tau_hat_; { bi_hat_ = par_.b_I; betai_hat_ = par_.beta_I; bj_hat_ = par_.b_J; betaj_hat_ = par_.beta_J; tau_hat_ = par_.tau; }; if (blast_) { alphai_hat_ = 0; betai_hat_ = 0; alphaj_hat_ = 0; betaj_hat_ = 0; sigma_hat_ = 0; tau_hat_ = 0; }; double m_li_y = 0; double tmp = ai_hat_ * y_ + bi_hat_; m_li_y = m_ - tmp; double vi_y = 0; vi_y = alp_data::Tmax(par_.vi_y_thr, alphai_hat_*y_ + betai_hat_); double sqrt_vi_y = sqrt(vi_y); double m_F; if (sqrt_vi_y == 0.0 || blast_) { m_F = 1e100; } else { m_F = m_li_y / sqrt_vi_y; }; double log_P_m_F = Math::log(0.5) + gsl_sf_log_erfc(-sqrt(0.5) * m_F); double log_minus_E_m_F = Math::log(const_val) + (-0.5*m_F*m_F); double log_minus_sqrt_vi_y_E_m_F = Math::log(sqrt_vi_y) + log_minus_E_m_F; double log_p1; if (m_li_y < 0) { double log_minus_m_li_y_P_m_F = Math::log(-m_li_y) + log_P_m_F; log_p1 = log_diff(log_minus_sqrt_vi_y_E_m_F, log_minus_m_li_y_P_m_F); } else { double log_m_li_y_P_m_F = Math::log(m_li_y) + log_P_m_F; log_p1 = log_sum(log_minus_sqrt_vi_y_E_m_F, log_m_li_y_P_m_F); } double n_lj_y = 0; tmp = aj_hat_ * y_ + bj_hat_; n_lj_y = n_ - tmp; double vj_y = 0; vj_y = alp_data::Tmax(par_.vj_y_thr, alphaj_hat_*y_ + betaj_hat_); double sqrt_vj_y = sqrt(vj_y); double n_F; if (sqrt_vj_y == 0.0 || blast_) { n_F = 1e100; } else { n_F = n_lj_y / sqrt_vj_y; }; double log_P_n_F = Math::log(0.5) + gsl_sf_log_erfc(-sqrt(0.5) * n_F); double log_minus_E_n_F = Math::log(const_val) + (-0.5*n_F*n_F); double log_minus_sqrt_vj_y_E_n_F = Math::log(sqrt_vj_y) + log_minus_E_n_F; double log_p2; if (n_lj_y < 0) { double log_minus_n_lj_y_P_n_F = Math::log(-n_lj_y) + log_P_n_F; log_p2 = log_diff(log_minus_sqrt_vj_y_E_n_F, log_minus_n_lj_y_P_n_F); } else { double log_n_lj_y_P_n_F = Math::log(n_lj_y) + log_P_n_F; log_p2 = log_sum(log_minus_sqrt_vj_y_E_n_F, log_n_lj_y_P_n_F); } double log_c_y = 0; log_c_y = Math::log(alp_data::Tmax(par_.c_y_thr, sigma_hat_*y_ + tau_hat_)); double log_P_m_F_P_n_F = log_P_m_F + log_P_n_F; double log_c_y_P_m_F_P_n_F = log_c_y + log_P_m_F_P_n_F; double log_p1_p2 = log_p1 + log_p2; double log_area = log_sum(log_p1_p2, log_c_y_P_m_F_P_n_F); if (!isfinite(log_area)) throw std::runtime_error("Numerical error in area computation."); return log_area; } void pvalues::get_P_error_using_splitting_method( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_, double &P_, double &P_error_, double &E_, double &E_error_, bool &area_is_1_flag_) { long int dim=(long)par_.m_LambdaSbs.size(); if(dim==0) { throw error("Unexpected error in get_P_error_using_splitting_method\n",1); }; P_=0; P_error_=0; E_=0; E_error_=0; double exp_E_values_aver=0; double exp_E_values_error=0; vector P_values(dim); vector E_values(dim); vector exp_E_values(dim); long int i; for(i=0;i0) { tmp=P_values[i]/P_; P_error_+=tmp*tmp; }; if(E_>0) { tmp=E_values[i]/E_; E_error_+=tmp*tmp; }; if(exp_E_values_aver>0) { tmp=exp_E_values[i]/exp_E_values_aver; exp_E_values_error+=tmp*tmp; }; }; P_error_/=(double)dim; P_error_-=1; E_error_/=(double)dim; E_error_-=1; exp_E_values_error/=(double)dim; exp_E_values_error-=1; if(P_<1e-4) { P_error_=P_*alp_reg::sqrt_for_errors(P_error_/(double)dim); } else { P_error_=exp_E_values_aver*alp_reg::sqrt_for_errors(exp_E_values_error/(double)dim); }; E_error_=E_*alp_reg::sqrt_for_errors(E_error_/(double)dim); } pvalues::pvalues() { blast=false; eps=0.0001; a_normal=-10; b_normal=10; N_normal=NORMAL_DISTR_ARRAY_DIM; h_normal=(b_normal-a_normal)/(double)N_normal; p_normal=normal_distr_array_for_P_values_calculation; } pvalues::~pvalues() { } void pvalues::calculate_P_values( long int Score1, long int Score2, double Seq1Len, double Seq2Len, const ALP_set_of_parameters &ParametersSet, vector &P_values, vector &P_values_errors, vector &E_values, vector &E_values_errors) { if(Score20) { get_P_error_using_splitting_method( ParametersSet, blast, Score, Seq1Len, Seq2Len, P_tmp, P_error, E_tmp, E_error, area_is_1_flag); if(P_tmp>0) { P_error=P_error/P_tmp*P; }; P_value_error=P_error; if(E_tmp>0) { E_error=E_error/E_tmp*E; }; E_value_error=E_error; } else { P_value_error=-DBL_MAX; E_value_error=-DBL_MAX; }; } else { get_appr_tail_prob_with_cov( ParametersSet, blast, Score, Seq1Len, Seq2Len, P, P_error, E, E_error, area, area_is_1_flag); P_value_error=P_error; E_value_error=E_error; }; P_value=P; E_value=E; } //input/output Gumbel parameters namespace Sls { std::ostream &operator<<(std::ostream &s_, const ALP_set_of_parameters &gumbel_params_) { s_<<"Lambda\tLambda error\tK\tK error\tC\tC error\ta\ta error\ta_1\ta_1 error\ta_2\ta_2 error\tsigma\tsigma error\talpha\talpha error\talpha_1\talpha_1 error\talpha_2\talpha_2 error\tGapless a\tGapless a error\tGapless alpha\tGapless alpha error\tG\tCalculation time\tArrays for error calculation\n"; s_.precision(17); s_<< gumbel_params_.lambda<<"\t"< &tmp=gumbel_params_.m_LambdaSbs; s_< &tmp=gumbel_params_.m_KSbs; s_< &tmp=gumbel_params_.m_CSbs; s_< &tmp=gumbel_params_.m_AJSbs; s_< &tmp=gumbel_params_.m_AISbs; s_< &tmp=gumbel_params_.m_SigmaSbs; s_< &tmp=gumbel_params_.m_AlphaJSbs; s_< &tmp=gumbel_params_.m_AlphaISbs; s_<>(std::istream &s_, ALP_set_of_parameters &gumbel_params_) { gumbel_params_.d_params_flag=false; try { string st; getline(s_,st); s_>> gumbel_params_.lambda>>gumbel_params_.lambda_error>> gumbel_params_.K>>gumbel_params_.K_error>> gumbel_params_.C>>gumbel_params_.C_error>> gumbel_params_.a>>gumbel_params_.a_error>> gumbel_params_.a_J>>gumbel_params_.a_J_error>> gumbel_params_.a_I>>gumbel_params_.a_I_error>> gumbel_params_.sigma>>gumbel_params_.sigma_error>> gumbel_params_.alpha>>gumbel_params_.alpha_error>> gumbel_params_.alpha_J>>gumbel_params_.alpha_J_error>> gumbel_params_.alpha_I>>gumbel_params_.alpha_I_error>> gumbel_params_.gapless_a>>gumbel_params_.gapless_a_error>> gumbel_params_.gapless_alpha>>gumbel_params_.gapless_alpha_error>> gumbel_params_.G>> gumbel_params_.m_CalcTime; long int i; { vector &tmp=gumbel_params_.m_LambdaSbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_KSbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_CSbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_AJSbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_AISbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_SigmaSbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_AlphaJSbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; { vector &tmp=gumbel_params_.m_AlphaISbs; long int tmp_size; s_>>tmp_size; if(tmp_size<=0) { throw error("Error in the input parameters\n",4); }; tmp.resize(tmp_size); for(i=0;i>tmp[i]; }; }; gumbel_params_.d_params_flag=true; return s_; } catch (...) { gumbel_params_.d_params_flag=false; throw; }; } //returns "true" if the Gumbel parameters are properly defined and "false" otherwise bool pvalues::assert_Gumbel_parameters( const ALP_set_of_parameters &par_)//a set of Gumbel parameters { if(!(par_.lambda>0)|| par_.lambda_error<0|| //the parameters C and K_C are not necessary for the P-value calculation //par_.C<0|| //par_.C_error<0|| !(par_.K>0)|| par_.K_error<0|| par_.a_I<0|| par_.a_I_error<0|| par_.a_J<0|| par_.a_J_error<0|| par_.sigma<0|| par_.sigma_error<0|| par_.alpha_I<0|| par_.alpha_I_error<0|| par_.alpha_J<0|| par_.alpha_J_error<0|| par_.gapless_a<0|| par_.gapless_a_error<0|| par_.gapless_alpha<0|| par_.gapless_alpha_error<0|| par_.G<0|| par_.G1<0|| par_.G2<0|| //intercepts par_.b_I_error<0|| par_.b_J_error<0|| par_.beta_I_error<0|| par_.beta_J_error<0|| par_.tau_error<0 ) { return false; }; size_t size_tmp=par_.m_LambdaSbs.size(); if( par_.m_KSbs.size()!=size_tmp|| //par_.m_CSbs.size()!=size_tmp|| par_.m_SigmaSbs.size()!=size_tmp|| par_.m_AlphaISbs.size()!=size_tmp|| par_.m_AlphaJSbs.size()!=size_tmp|| par_.m_AISbs.size()!=size_tmp|| par_.m_AJSbs.size()!=size_tmp|| par_.m_BISbs.size()!=size_tmp|| par_.m_BJSbs.size()!=size_tmp|| par_.m_BetaISbs.size()!=size_tmp|| par_.m_BetaJSbs.size()!=size_tmp|| par_.m_TauSbs.size()!=size_tmp) { return false; }; return true; } } bbuchfink-diamond-6dc5717/src/lib/alp/sls_pvalues.hpp000066400000000000000000000135431523407312000226050ustar00rootroot00000000000000#ifndef INCLUDED_SLS_PVALUES #define INCLUDED_SLS_PVALUES /* $Id: $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's offical duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /***************************************************************************** File name: sls_pvalues.hpp Author: Sergey Sheetlin Contents: P-values calculation routines ******************************************************************************/ #include "sls_basic.hpp" #include #include #include #include #include #include "util/math/math.h" // #include namespace Sls { struct ALP_set_of_parameters { ALP_set_of_parameters() { d_params_flag=false; b_I=0; b_I_error=0; b_J=0; b_J_error=0; beta_I=0; beta_I_error=0; beta_J=0; beta_J_error=0; tau=0; tau_error=0; }; double lambda; double lambda_error; double C; double C_error; double K; double K_error; double a_I; double a_I_error; double a_J; double a_J_error; double sigma; double sigma_error; double alpha_I; double alpha_I_error; double alpha_J; double alpha_J_error; double a; double a_error; double alpha; double alpha_error; double gapless_a; double gapless_a_error; double gapless_alpha; double gapless_alpha_error; long int G; long int G1; long int G2; std::vector m_LambdaSbs; std::vector m_KSbs; std::vector m_CSbs; std::vector m_SigmaSbs; std::vector m_AlphaISbs; std::vector m_AlphaJSbs; std::vector m_AISbs; std::vector m_AJSbs; double m_CalcTime; bool d_params_flag;//if true, then the parameters are defined and P-values can be calculated //intercepts double b_I; double b_I_error; double b_J; double b_J_error; double beta_I; double beta_I_error; double beta_J; double beta_J_error; double tau; double tau_error; std::vector m_BISbs; std::vector m_BJSbs; std::vector m_BetaISbs; std::vector m_BetaJSbs; std::vector m_TauSbs; //tmp values double vi_y_thr; double vj_y_thr; double c_y_thr; }; std::ostream &operator<<(std::ostream &s_, const ALP_set_of_parameters &gumbel_params_); std::istream &operator>>(std::istream &s_, ALP_set_of_parameters &gumbel_params_); class pvalues{ public: pvalues(); ~pvalues(); public: static void get_appr_tail_prob_with_cov( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_, double &P_, double &P_error_, double &E_, double &E_error_, double &area_, bool &area_is_1_flag_); static void compute_tmp_values(ALP_set_of_parameters &par_); static void get_appr_tail_prob_with_cov_without_errors( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_, double &P_, double &E_, double &area_, bool &area_is_1_flag_, bool compute_only_area_=false); double log_area(const ALP_set_of_parameters& par_, bool blast_, double y_, double m_, double n_); static void get_P_error_using_splitting_method( const ALP_set_of_parameters &par_, bool blast_, double y_, double m_, double n_, double &P_, double &P_error_, double &E_, double &E_error_, bool &area_is_1_flag_); public: static void compute_intercepts( ALP_set_of_parameters &par_); void calculate_P_values( long int Score1, long int Score2, double Seq1Len, double Seq2Len, const ALP_set_of_parameters &ParametersSet, std::vector &P_values, std::vector &P_values_errors, std::vector &E_values, std::vector &E_values_errors); void calculate_P_values( double Score, double Seq1Len, double Seq2Len, const ALP_set_of_parameters &ParametersSet, double &P_value, double &P_value_error, double &E_value, double &E_value_error, bool read_Sbs_par_flag=true); static inline double ran3()//generates the next random value { double rand_C=(double)((double)rand()/(double)RAND_MAX); return rand_C; }; static inline double standard_normal()//generates standard normal random value using the BoxīŋŊMuller transform { double r1=0; while(r1==0) { r1=ran3(); }; double r2=0; while(r2==0) { r2=ran3(); }; double v1=-2*Math::log(r1); if(v1<0) { v1=0; }; return sqrt(v1)*cos(2*pi*r2); }; static //returns "true" if the Gumbel parameters are properly defined and "false" otherwise bool assert_Gumbel_parameters( const ALP_set_of_parameters &par_);//a set of Gumbel parameters public: bool blast; double eps; double a_normal; double b_normal; long int N_normal; double h_normal; double *p_normal; }; } #endif //! INCLUDED bbuchfink-diamond-6dc5717/src/lib/atomic_wait/000077500000000000000000000000001523407312000212525ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/atomic_wait/atomic_wait000066400000000000000000000305671523407312000235100ustar00rootroot00000000000000/* Copyright (c) 2019, NVIDIA Corporation Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ /* This file introduces std::atomic_wait, atomic_notify_one, atomic_notify_all. It has these strategies implemented: * Contention table. Used to optimize futex notify, or to hold CVs. Disable with __NO_TABLE. * Futex. Supported on Linux and Windows. For performance requires a table on Linux. Disable with __NO_FUTEX. * Condition variables. Supported on Linux and Mac. Requires table to function. Disable with __NO_CONDVAR. * Timed back-off. Supported on everything. Disable with __NO_SLEEP. * Spinlock. Supported on everything. Force with __NO_IDENT. Note: performance is too terrible to use. You can also compare to pure spinning at algorithm level with __NO_WAIT. The strategy is chosen this way, by platform: * Linux: default to futex (with table), fallback to futex (no table) -> CVs -> timed backoff -> spin. * Mac: default to CVs (table), fallback to timed backoff -> spin. * Windows: default to futex (no table), fallback to timed backoff -> spin. * CUDA: default to timed backoff, fallback to spin. (This is not all checked in in this tree.) * Unidentified platform: default to spin. */ //#define __NO_TABLE //#define __NO_FUTEX //#define __NO_CONDVAR //#define __NO_SLEEP //#define __NO_IDENT // To benchmark against spinning //#define __NO_SPIN //#define __NO_WAIT #ifndef __ATOMIC_WAIT_INCLUDED #define __ATOMIC_WAIT_INCLUDED #include #include #include #include #if defined(__NO_IDENT) #include #include #define __ABI #define __YIELD() std::this_thread::yield() #define __SLEEP(x) std::this_thread::sleep_for(std::chrono::microseconds(x)) #define __YIELD_PROCESSOR() #else #if defined(__CUSTD__) #define __NO_FUTEX #define __NO_CONDVAR #ifndef __CUDACC__ #define __host__ #define __device__ #endif #define __ABI __host__ __device__ #else #define __ABI #endif #if defined(__APPLE__) || defined(__linux__) #include #include #define __YIELD() sched_yield() #define __SLEEP(x) usleep(x) #if defined(__aarch64__) # define __YIELD_PROCESSOR() asm volatile ("yield" ::: "memory") #elif defined(__x86_64__) # define __YIELD_PROCESSOR() asm volatile ("pause" ::: "memory") #elif defined (__powerpc__) # define __YIELD_PROCESSOR() asm volatile ("or 27,27,27" ::: "memory") #endif #endif #if defined(__linux__) && !defined(__NO_FUTEX) #if !defined(__NO_TABLE) #define __TABLE #endif #include #include #include #include #define __FUTEX #define __FUTEX_TIMED #define __type_used_directly(_T) (std::is_same::type>::type, __futex_preferred_t>::value) using __futex_preferred_t = std::int32_t; template ::type = 1> void __do_direct_wait(_Tp const* ptr, _Tp val, void const* timeout) { syscall(SYS_futex, ptr, FUTEX_WAIT_PRIVATE, val, timeout, 0, 0); } template ::type = 1> void __do_direct_wake(_Tp const* ptr, bool all) { syscall(SYS_futex, ptr, FUTEX_WAKE_PRIVATE, all ? INT_MAX : 1, 0, 0, 0); } #elif defined(_WIN32) && !defined(__CUSTD__) #define __NO_CONDVAR #define __NO_TABLE #define NOMINMAX #define WIN32_LEAN_AND_MEAN #include #define __YIELD() Sleep(0) #define __SLEEP(x) Sleep(x) #define __YIELD_PROCESSOR() YieldProcessor() #include template auto __atomic_load_n(_Tp const* a, int) -> typename std::remove_reference::type { auto const t = *a; _ReadWriteBarrier(); return t; } #define __builtin_expect(e, v) (e) #if defined(_WIN32_WINNT) && (_WIN32_WINNT >= _WIN32_WINNT_WIN8) && !defined(__NO_FUTEX) #define __FUTEX #define __type_used_directly(_T) (sizeof(_T) <= 8) using __futex_preferred_t = std::int64_t; template ::type = 1> void __do_direct_wait(_Tp const* ptr, _Tp val, void const*) { WaitOnAddress((PVOID)ptr, (PVOID)&val, sizeof(_Tp), INFINITE); } template ::type = 1> void __do_direct_wake(_Tp const* ptr, bool all) { if (all) WakeByAddressAll((PVOID)ptr); else WakeByAddressSingle((PVOID)ptr); } #endif #endif // _WIN32 #if !defined(__FUTEX) && !defined(__NO_CONDVAR) #if defined(__NO_TABLE) #warning "Condvars always generate a table (ignoring __NO_TABLE)." #endif #include #define __CONDVAR #define __TABLE #endif #endif // __NO_IDENT #ifdef __TABLE struct alignas(64) contended_t { #if defined(__FUTEX) int waiters = 0; __futex_preferred_t version = 0; #elif defined(__CONDVAR) int credit = 0; pthread_mutex_t mutex = PTHREAD_MUTEX_INITIALIZER; pthread_cond_t condvar = PTHREAD_COND_INITIALIZER; #else #error "" #endif }; contended_t * __contention(volatile void const * p); #else template __ABI void __cxx_atomic_try_wait_slow_fallback(_Tp const* ptr, _Tp val, int order) { #ifndef __NO_SLEEP long history = 10; do { __SLEEP(history >> 2); history += history >> 2; if (history > (1 << 10)) history = 1 << 10; } while (__atomic_load_n(ptr, order) == val); #else __YIELD(); #endif } #endif // __TABLE #if defined(__CONDVAR) template void __cxx_atomic_notify_all(volatile _Tp const* ptr) { auto * const c = __contention(ptr); __atomic_thread_fence(__ATOMIC_SEQ_CST); if(__builtin_expect(0 == __atomic_load_n(&c->credit, __ATOMIC_RELAXED), 1)) return; if(0 != __atomic_exchange_n(&c->credit, 0, __ATOMIC_RELAXED)) { pthread_mutex_lock(&c->mutex); pthread_mutex_unlock(&c->mutex); pthread_cond_broadcast(&c->condvar); } } template void __cxx_atomic_notify_one(volatile _Tp const* ptr) { __cxx_atomic_notify_all(ptr); } template void __cxx_atomic_try_wait_slow(volatile _Tp const* ptr, _Tp const val, int order) { auto * const c = __contention(ptr); pthread_mutex_lock(&c->mutex); __atomic_store_n(&c->credit, 1, __ATOMIC_RELAXED); __atomic_thread_fence(__ATOMIC_SEQ_CST); if (val == __atomic_load_n(ptr, order)) pthread_cond_wait(&c->condvar, &c->mutex); pthread_mutex_unlock(&c->mutex); } #elif defined(__FUTEX) template ::type = 1> void __cxx_atomic_notify_all(_Tp const* ptr) { #if defined(__TABLE) auto * const c = __contention(ptr); __atomic_fetch_add(&c->version, 1, __ATOMIC_RELAXED); __atomic_thread_fence(__ATOMIC_SEQ_CST); if (0 != __atomic_exchange_n(&c->waiters, 0, __ATOMIC_RELAXED)) __do_direct_wake(&c->version, true); #endif } template ::type = 1> void __cxx_atomic_notify_one(_Tp const* ptr) { __cxx_atomic_notify_all(ptr); } template ::type = 1> void __cxx_atomic_try_wait_slow(_Tp const* ptr, _Tp const val, int order) { #if defined(__TABLE) auto * const c = __contention(ptr); __atomic_store_n(&c->waiters, 1, __ATOMIC_RELAXED); __atomic_thread_fence(__ATOMIC_SEQ_CST); auto const version = __atomic_load_n(&c->version, __ATOMIC_RELAXED); if (__builtin_expect(val != __atomic_load_n(ptr, order), 1)) return; #ifdef __FUTEX_TIMED constexpr timespec timeout = { 2, 0 }; // Hedge on rare 'int version' aliasing. __do_direct_wait(&c->version, version, &timeout); #else __do_direct_wait(&c->version, version, nullptr); #endif #else __cxx_atomic_try_wait_slow_fallback(ptr, val, order); #endif // __TABLE } template ::type = 1> void __cxx_atomic_try_wait_slow(_Tp const* ptr, _Tp val, int order) { #ifdef __TABLE auto * const c = __contention(ptr); __atomic_fetch_add(&c->waiters, 1, __ATOMIC_RELAXED); __atomic_thread_fence(__ATOMIC_SEQ_CST); #endif __do_direct_wait(ptr, val, nullptr); #ifdef __TABLE __atomic_fetch_sub(&c->waiters, 1, __ATOMIC_RELAXED); #endif } template ::type = 1> void __cxx_atomic_notify_all(_Tp const* ptr) { #ifdef __TABLE auto * const c = __contention(ptr); __atomic_thread_fence(__ATOMIC_SEQ_CST); if (0 != __atomic_load_n(&c->waiters, __ATOMIC_RELAXED)) #endif __do_direct_wake(ptr, true); } template ::type = 1> void __cxx_atomic_notify_one(_Tp const* ptr) { #ifdef __TABLE auto * const c = __contention(ptr); __atomic_thread_fence(__ATOMIC_SEQ_CST); if (0 != __atomic_load_n(&c->waiters, __ATOMIC_RELAXED)) #endif __do_direct_wake(ptr, false); } #else // __FUTEX || __CONDVAR template __ABI void __cxx_atomic_try_wait_slow(_Tp const* ptr, _Tp val, int order) { __cxx_atomic_try_wait_slow_fallback(ptr, val, order); } template __ABI void __cxx_atomic_notify_one(_Tp const* ptr) { } template __ABI void __cxx_atomic_notify_all(_Tp const* ptr) { } #endif // __FUTEX || __CONDVAR template __ABI void __cxx_atomic_wait(_Tp const* ptr, _Tp const val, int order) { #ifndef __NO_SPIN if(__builtin_expect(__atomic_load_n(ptr, order) != val,1)) return; for(int i = 0; i < 16; ++i) { if(__atomic_load_n(ptr, order) != val) return; if(i < 12) __YIELD_PROCESSOR(); else __YIELD(); } #endif while(val == __atomic_load_n(ptr, order)) #ifndef __NO_WAIT __cxx_atomic_try_wait_slow(ptr, val, order) #endif ; } #include namespace std { template __ABI void atomic_wait_explicit(atomic<_Tp> const* a, _Tv val, std::memory_order order) { __cxx_atomic_wait((const _Tp*)a, (_Tp)val, (int)order); } template __ABI void atomic_wait(atomic<_Tp> const* a, _Tv val) { atomic_wait_explicit(a, val, std::memory_order_seq_cst); } template __ABI void atomic_notify_one(atomic<_Tp> const* a) { __cxx_atomic_notify_one((const _Tp*)a); } template __ABI void atomic_notify_all(atomic<_Tp> const* a) { __cxx_atomic_notify_all((const _Tp*)a); } } #endif //__ATOMIC_WAIT_INCLUDED bbuchfink-diamond-6dc5717/src/lib/atomic_wait/barrier000066400000000000000000000232521523407312000226270ustar00rootroot00000000000000/* Copyright (c) 2019, NVIDIA Corporation Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #include #include #include #include "atomic_wait" //#define __BARRIER_NO_BUTTERFLY //#define __BARRIER_NO_WAIT //#define __BARRIER_NO_SPECIALIZATION struct EmptyCompletionF { inline void operator()() noexcept { } }; #ifndef __BARRIER_NO_BUTTERFLY extern thread_local size_t __barrier_favorite_hash; template class barrier { static constexpr size_t __max_steps = CHAR_BIT * sizeof(ptrdiff_t) - 1; using __phase_t = uint8_t; struct alignas(64) __state_t { std::atomic<__phase_t> v[__max_steps + 1] = {0}; }; alignas(64) ptrdiff_t expected; ptrdiff_t expected_steps; std::atomic expected_adjustment; std::atomic<__phase_t> phase; alignas(64) std::vector<__state_t> state; CompletionF completion; static constexpr __phase_t __next_phase(__phase_t old) { return (old + 1) & 3; } inline bool __try_get_id(size_t id, __phase_t old_phase) { return state[id].v[__max_steps].compare_exchange_strong(old_phase, __next_phase(old_phase), std::memory_order_relaxed); } inline size_t __get_id(__phase_t const old_phase, ptrdiff_t count) { for(auto i = 0; i < count; ++i) { auto id = __barrier_favorite_hash + i; if(id > count) id %= count; if(__builtin_expect(__try_get_id(id, old_phase), 1)) { if(__barrier_favorite_hash != id) __barrier_favorite_hash = id; return id; } } return ~0ull; } static constexpr uint32_t __log2_floor(ptrdiff_t count) { return count <= 1 ? 0 : 1 + __log2_floor(count >> 1); } static constexpr uint32_t __log2_ceil(ptrdiff_t count) { auto const t = __log2_floor(count); return count == (1 << t) ? t : t + 1; } public: using arrival_token = std::tuple&, __phase_t>; barrier(ptrdiff_t expected, CompletionF completion = CompletionF()) : expected(expected), expected_steps(__log2_ceil(expected)), expected_adjustment(0), phase(0), state(expected), completion(completion) { assert(expected >= 0); } ~barrier() = default; barrier(barrier const&) = delete; barrier& operator=(barrier const&) = delete; [[nodiscard]] inline arrival_token arrive(ptrdiff_t update = 1) { size_t id = 0; // assume, for now auto const old_phase = phase.load(std::memory_order_relaxed); auto const count = expected; assert(count > 0); auto const steps = expected_steps; if(0 != steps) { id = __get_id(old_phase, count); assert(id != ~0ull); for(uint32_t k = 0;k < steps; ++k) { auto const index = steps - k - 1; state[(id + (1 << k)) % count].v[index].store(__next_phase(old_phase), std::memory_order_release); while(state[id].v[index].load(std::memory_order_acquire) == old_phase) ; } } if(0 == id) { completion(); expected += expected_adjustment.load(std::memory_order_relaxed); expected_steps = __log2_ceil(expected); expected_adjustment.store(0, std::memory_order_relaxed); phase.store(__next_phase(old_phase), std::memory_order_release); } return std::tie(phase, old_phase); } inline void wait(arrival_token&& token) const { auto const& current_phase = std::get<0>(token); auto const old_phase = std::get<1>(token); if(__builtin_expect(old_phase != current_phase.load(std::memory_order_acquire),1)) return; #ifndef __BARRIER_NO_WAIT using __clock = std::conditional::type; auto const start = __clock::now(); #endif while (old_phase == current_phase.load(std::memory_order_acquire)) { #ifndef __BARRIER_NO_WAIT auto const elapsed = std::chrono::duration_cast(__clock::now() - start); //auto const step = std::min(elapsed / 4 + std::chrono::nanoseconds(100), // &&std::chrono::nanoseconds(1500)); const auto step = std::min(elapsed/4 + std::chrono::nanoseconds(100), std::chrono::nanoseconds(1500)); if(step > std::chrono::nanoseconds(1000)) std::this_thread::sleep_for(step); else if(step > std::chrono::nanoseconds(500)) #endif std::this_thread::yield(); } } inline void arrive_and_wait() { wait(arrive()); } inline void arrive_and_drop() { expected_adjustment.fetch_sub(1, std::memory_order_relaxed); (void)arrive(); } }; #else template class barrier { alignas(64) std::atomic phase; std::atomic expected, arrived; CompletionF completion; public: using arrival_token = bool; barrier(ptrdiff_t expected, CompletionF completion = CompletionF()) : phase(false), expected(expected), arrived(expected), completion(completion) { } ~barrier() = default; barrier(barrier const&) = delete; barrier& operator=(barrier const&) = delete; [[nodiscard]] arrival_token arrive(ptrdiff_t update = 1) { auto const old_phase = phase.load(std::memory_order_relaxed); auto const result = arrived.fetch_sub(update, std::memory_order_acq_rel) - update; assert(result >= 0); auto const new_expected = expected.load(std::memory_order_relaxed); if(0 == result) { completion(); arrived.store(new_expected, std::memory_order_relaxed); phase.store(!old_phase, std::memory_order_release); #ifndef __BARRIER_NO_WAIT atomic_notify_all(&phase); #endif } return old_phase; } void wait(arrival_token&& old_phase) const { #ifndef __BARRIER_NO_WAIT atomic_wait_explicit(&phase, old_phase, std::memory_order_acquire); #else while(old_phase == phase.load(std::memory_order_acquire)) ; #endif } void arrive_and_wait() { wait(arrive()); } void arrive_and_drop() { expected.fetch_sub(1, std::memory_order_relaxed); (void)arrive(); } }; #ifndef __BARRIER_NO_SPECIALIZATION template< > class barrier { static constexpr uint64_t expected_unit = 1ull; static constexpr uint64_t arrived_unit = 1ull << 32; static constexpr uint64_t expected_mask = arrived_unit - 1; static constexpr uint64_t phase_bit = 1ull << 63; static constexpr uint64_t arrived_mask = (phase_bit - 1) & ~expected_mask; alignas(64) std::atomic phase_arrived_expected; static inline constexpr uint64_t __init(ptrdiff_t count) noexcept { uint64_t const comp = (1u << 31) - count; return (comp << 32) | comp; } public: using arrival_token = uint64_t; barrier(ptrdiff_t count, EmptyCompletionF = EmptyCompletionF()) : phase_arrived_expected(__init(count)) { } ~barrier() = default; barrier(barrier const&) = delete; barrier& operator=(barrier const&) = delete; [[nodiscard]] inline arrival_token arrive(ptrdiff_t update = 1) { auto const old = phase_arrived_expected.fetch_add(arrived_unit, std::memory_order_acq_rel); if((old ^ (old + arrived_unit)) & phase_bit) { phase_arrived_expected.fetch_add((old & expected_mask) << 32, std::memory_order_relaxed); #ifndef __BARRIER_NO_WAIT atomic_notify_all(&phase_arrived_expected); #endif } return old & phase_bit; } inline void wait(arrival_token&& phase) const { while(1) { uint64_t const current = phase_arrived_expected.load(std::memory_order_acquire); if((current & phase_bit) != phase) return; #ifndef __BARRIER_NO_WAIT atomic_wait_explicit(&phase_arrived_expected, current, std::memory_order_relaxed); #endif } } inline void arrive_and_wait() { wait(arrive()); } inline void arrive_and_drop() { phase_arrived_expected.fetch_add(expected_unit, std::memory_order_relaxed); (void)arrive(); } }; #endif //__BARRIER_NO_SPECIALIZATION #endif //__BARRIER_NO_BUTTERFLY bbuchfink-diamond-6dc5717/src/lib/atomic_wait/latch000066400000000000000000000042051523407312000222710ustar00rootroot00000000000000/* Copyright (c) 2019, NVIDIA Corporation Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #include "atomic_wait" namespace std { class latch { public: constexpr explicit latch(ptrdiff_t expected) : counter(expected) { } ~latch() = default; latch(const latch&) = delete; latch& operator=(const latch&) = delete; inline void count_down(ptrdiff_t update = 1) { assert(update > 0); auto const old = counter.fetch_sub(update, std::memory_order_release); assert(old >= update); #ifndef __NO_WAIT if(old == update) atomic_notify_all(&counter); #endif } inline bool try_wait() const noexcept { return counter.load(std::memory_order_acquire) == 0; } inline void wait() const { while(1) { auto const current = counter.load(std::memory_order_acquire); if(current == 0) return; #ifndef __NO_WAIT atomic_wait_explicit(&counter, current, std::memory_order_relaxed) #endif ; } } inline void arrive_and_wait(ptrdiff_t update = 1) { count_down(update); wait(); } private: std::atomic counter; }; } bbuchfink-diamond-6dc5717/src/lib/atomic_wait/semaphore000066400000000000000000000424441523407312000231700ustar00rootroot00000000000000/* Copyright (c) 2019, NVIDIA Corporation Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #include #include #include "atomic_wait" //#define __NO_SEM //#define __NO_SEM_BACK //#define __NO_SEM_FRONT //#define __NO_SEM_POLL #if defined(__APPLE__) || defined(__linux__) #define __semaphore_no_inline __attribute__ ((noinline)) #elif defined(_WIN32) #define __semaphore_no_inline __declspec(noinline) #define NOMINMAX #define WIN32_LEAN_AND_MEAN #include //#undef min //#undef max #else #define __semaphore_no_inline #define __NO_SEM #endif #ifndef __NO_SEM #if defined(__APPLE__) #include #define __SEM_POST_ONE static constexpr ptrdiff_t __semaphore_max = std::numeric_limits::max(); using __semaphore_sem_t = dispatch_semaphore_t; inline bool __semaphore_sem_init(__semaphore_sem_t &sem, int init) { return (sem = dispatch_semaphore_create(init)) != NULL; } inline bool __semaphore_sem_destroy(__semaphore_sem_t &sem) { assert(sem != NULL); dispatch_release(sem); return true; } inline bool __semaphore_sem_post(__semaphore_sem_t &sem, int inc) { assert(inc == 1); dispatch_semaphore_signal(sem); return true; } inline bool __semaphore_sem_wait(__semaphore_sem_t &sem) { return dispatch_semaphore_wait(sem, DISPATCH_TIME_FOREVER) == 0; } template inline bool __semaphore_sem_wait_timed(__semaphore_sem_t &sem, std::chrono::duration const &delta) { return dispatch_semaphore_wait(sem, dispatch_time(DISPATCH_TIME_NOW, std::chrono::duration_cast(delta).count())) == 0; } #endif //__APPLE__ #if defined(__linux__) #include #include #include #ifndef __NO_SEM_POLL #define __NO_SEM_POLL #endif #define __SEM_POST_ONE static constexpr ptrdiff_t __semaphore_max = SEM_VALUE_MAX; using __semaphore_sem_t = sem_t; inline bool __semaphore_sem_init(__semaphore_sem_t &sem, int init) { return sem_init(&sem, 0, init) == 0; } inline bool __semaphore_sem_destroy(__semaphore_sem_t &sem) { return sem_destroy(&sem) == 0; } inline bool __semaphore_sem_post(__semaphore_sem_t &sem, int inc) { assert(inc == 1); return sem_post(&sem) == 0; } inline bool __semaphore_sem_wait(__semaphore_sem_t &sem) { return sem_wait(&sem) == 0; } template inline bool __semaphore_sem_wait_timed(__semaphore_sem_t &sem, std::chrono::duration const &delta) { struct timespec ts; ts.tv_sec = static_cast(std::chrono::duration_cast(delta).count()); ts.tv_nsec = static_cast(std::chrono::duration_cast(delta).count()); return sem_timedwait(&sem, &ts) == 0; } #endif //__linux__ #if defined(_WIN32) #define __NO_SEM_BACK static constexpr ptrdiff_t __semaphore_max = std::numeric_limits::max(); using __semaphore_sem_t = HANDLE; inline bool __semaphore_sem_init(__semaphore_sem_t &sem, int init) { bool const ret = (sem = CreateSemaphore(NULL, init, INT_MAX, NULL)) != NULL; assert(ret); return ret; } inline bool __semaphore_sem_destroy(__semaphore_sem_t &sem) { assert(sem != NULL); return CloseHandle(sem) == TRUE; } inline bool __semaphore_sem_post(__semaphore_sem_t &sem, int inc) { assert(sem != NULL); assert(inc > 0); return ReleaseSemaphore(sem, inc, NULL) == TRUE; } inline bool __semaphore_sem_wait(__semaphore_sem_t &sem) { assert(sem != NULL); return WaitForSingleObject(sem, INFINITE) == WAIT_OBJECT_0; } template inline bool __semaphore_sem_wait_timed(__semaphore_sem_t &sem, std::chrono::duration const &delta) { assert(sem != NULL); return WaitForSingleObject(sem, (DWORD)std::chrono::duration_cast(delta).count()) == WAIT_OBJECT_0; } #endif // _WIN32 #endif namespace std { class __atomic_semaphore_base { __semaphore_no_inline inline bool __fetch_sub_if_slow(ptrdiff_t old) { while (old != 0) { if (count.compare_exchange_weak(old, old - 1, std::memory_order_acquire, std::memory_order_relaxed)) return true; } return false; } inline bool __fetch_sub_if() { ptrdiff_t old = count.load(std::memory_order_acquire); if (old == 0) return false; if(count.compare_exchange_weak(old, old - 1, std::memory_order_acquire, std::memory_order_relaxed)) return true; return __fetch_sub_if_slow(old); // fail only if not available } __semaphore_no_inline inline void __wait_slow() { while (1) { ptrdiff_t const old = count.load(std::memory_order_acquire); if(old != 0) break; atomic_wait_explicit(&count, old, std::memory_order_relaxed); } } __semaphore_no_inline inline bool __acquire_slow_timed(std::chrono::nanoseconds const& rel_time) { using __clock = std::conditional::type; auto const start = __clock::now(); while (1) { ptrdiff_t const old = count.load(std::memory_order_acquire); if(old != 0 && __fetch_sub_if_slow(old)) return true; auto const elapsed = std::chrono::duration_cast(__clock::now() - start); auto const delta = rel_time - elapsed; if(delta <= std::chrono::nanoseconds(0)) return false; auto const sleep = std::min((elapsed.count() >> 2) + 100, delta.count()); std::this_thread::sleep_for(std::chrono::nanoseconds(sleep)); } } std::atomic count; public: static constexpr ptrdiff_t max() noexcept { return std::numeric_limits::max(); } __atomic_semaphore_base(ptrdiff_t count) : count(count) { } ~__atomic_semaphore_base() = default; __atomic_semaphore_base(__atomic_semaphore_base const&) = delete; __atomic_semaphore_base& operator=(__atomic_semaphore_base const&) = delete; inline void release(ptrdiff_t update = 1) { count.fetch_add(update, std::memory_order_release); if(update > 1) atomic_notify_all(&count); else atomic_notify_one(&count); } inline void acquire() { while (!try_acquire()) __wait_slow(); } inline bool try_acquire() noexcept { return __fetch_sub_if(); } template inline bool try_acquire_until(std::chrono::time_point const& abs_time) { if (try_acquire()) return true; else return __acquire_slow_timed(abs_time - Clock::now()); } template inline bool try_acquire_for(std::chrono::duration const& rel_time) { if (try_acquire()) return true; else return __acquire_slow_timed(rel_time); } }; #ifndef __NO_SEM class __semaphore_base { inline bool __backfill(bool success) { #ifndef __NO_SEM_BACK if(success) { auto const back_amount = __backbuffer.fetch_sub(2, std::memory_order_acquire); bool const post_one = back_amount > 0; bool const post_two = back_amount > 1; auto const success = (!post_one || __semaphore_sem_post(__semaphore, 1)) && (!post_two || __semaphore_sem_post(__semaphore, 1)); assert(success); if(!post_one || !post_two) __backbuffer.fetch_add(!post_one ? 2 : 1, std::memory_order_relaxed); } #endif return success; } inline bool __try_acquire_fast() { #ifndef __NO_SEM_FRONT #ifndef __NO_SEM_POLL ptrdiff_t old = __frontbuffer.load(std::memory_order_relaxed); if(!(old >> 32)) { using __clock = std::conditional::type; auto const start = __clock::now(); old = __frontbuffer.load(std::memory_order_relaxed); while(!(old >> 32)) { auto const elapsed = std::chrono::duration_cast(__clock::now() - start); if(elapsed > std::chrono::microseconds(5)) break; std::this_thread::sleep_for((elapsed + std::chrono::nanoseconds(100)) / 4); } } #else // boldly assume the semaphore is free with a count of 1, just because ptrdiff_t old = 1ll << 32; #endif // always steal if you can while(old >> 32) if(__frontbuffer.compare_exchange_weak(old, old - (1ll << 32), std::memory_order_acquire)) return true; // record we're waiting old = __frontbuffer.fetch_add(1ll, std::memory_order_release); // ALWAYS steal if you can! while(old >> 32) if(__frontbuffer.compare_exchange_weak(old, old - (1ll << 32), std::memory_order_acquire)) break; // not going to wait after all if(old >> 32) return __try_done(true); #endif // the wait has begun... return false; } inline bool __try_done(bool success) { #ifndef __NO_SEM_FRONT // record we're NOT waiting __frontbuffer.fetch_sub(1ll, std::memory_order_release); #endif return __backfill(success); } __semaphore_no_inline inline void __release_slow(ptrdiff_t post_amount) { #ifdef __SEM_POST_ONE #ifndef __NO_SEM_BACK bool const post_one = post_amount > 0; bool const post_two = post_amount > 1; if(post_amount > 2) __backbuffer.fetch_add(post_amount - 2, std::memory_order_acq_rel); auto const success = (!post_one || __semaphore_sem_post(__semaphore, 1)) && (!post_two || __semaphore_sem_post(__semaphore, 1)); assert(success); #else for(; post_amount; --post_amount) { auto const success = __semaphore_sem_post(__semaphore, 1); assert(success); } #endif #else auto const success = __semaphore_sem_post(__semaphore, post_amount); assert(success); #endif } __semaphore_sem_t __semaphore; #ifndef __NO_SEM_FRONT std::atomic __frontbuffer; #endif #ifndef __NO_SEM_BACK std::atomic __backbuffer; #endif public: static constexpr ptrdiff_t max() noexcept { return __semaphore_max; } __semaphore_base(ptrdiff_t count = 0) : __semaphore() #ifndef __NO_SEM_FRONT , __frontbuffer(count << 32) #endif #ifndef __NO_SEM_BACK , __backbuffer(0) #endif { assert(count <= max()); auto const success = #ifndef __NO_SEM_FRONT __semaphore_sem_init(__semaphore, 0); #else __semaphore_sem_init(__semaphore, count); #endif assert(success); } ~__semaphore_base() { #ifndef __NO_SEM_FRONT assert(0 == (__frontbuffer.load(std::memory_order_relaxed) & ~0u)); #endif auto const success = __semaphore_sem_destroy(__semaphore); assert(success); } __semaphore_base(const __semaphore_base&) = delete; __semaphore_base& operator=(const __semaphore_base&) = delete; inline void release(ptrdiff_t update = 1) { #ifndef __NO_SEM_FRONT // boldly assume the semaphore is taken but uncontended ptrdiff_t old = 0; // try to fast-release as long as it's uncontended while(0 == (old & ~0ul)) if(__frontbuffer.compare_exchange_weak(old, old + (update << 32), std::memory_order_acq_rel)) return; #endif // slow-release it is __release_slow(update); } inline void acquire() { if(!__try_acquire_fast()) __try_done(__semaphore_sem_wait(__semaphore)); } inline bool try_acquire() noexcept { return try_acquire_for(std::chrono::nanoseconds(0)); } template bool try_acquire_until(std::chrono::time_point const& abs_time) { auto const current = std::max(Clock::now(), abs_time); return try_acquire_for(std::chrono::duration_cast(abs_time - current)); } template bool try_acquire_for(std::chrono::duration const& rel_time) { return __try_acquire_fast() || __try_done(__semaphore_sem_wait_timed(__semaphore, rel_time)); } }; #endif //__NO_SEM template using semaphore_base = #ifndef __NO_SEM typename std::conditional::type #else __atomic_semaphore_base #endif ; template class counting_semaphore : public semaphore_base { static_assert(least_max_value <= semaphore_base::max(), ""); public: counting_semaphore(ptrdiff_t count = 0) : semaphore_base(count) { } ~counting_semaphore() = default; counting_semaphore(const counting_semaphore&) = delete; counting_semaphore& operator=(const counting_semaphore&) = delete; }; #ifdef __NO_SEM class __binary_semaphore_base { __semaphore_no_inline inline bool __acquire_slow_timed(std::chrono::nanoseconds const& rel_time) { using __clock = std::conditional::type; auto const start = __clock::now(); while (!try_acquire()) { auto const elapsed = std::chrono::duration_cast(__clock::now() - start); auto const delta = rel_time - elapsed; if(delta <= std::chrono::nanoseconds(0)) return false; auto const sleep = std::min((elapsed.count() >> 2) + 100, delta.count()); std::this_thread::sleep_for(std::chrono::nanoseconds(sleep)); } return true; } std::atomic available; public: static constexpr ptrdiff_t max() noexcept { return 1; } __binary_semaphore_base(ptrdiff_t available) : available(available) { } ~__binary_semaphore_base() = default; __binary_semaphore_base(__binary_semaphore_base const&) = delete; __binary_semaphore_base& operator=(__binary_semaphore_base const&) = delete; inline void release(ptrdiff_t update = 1) { available.store(1, std::memory_order_release); atomic_notify_one(&available); } inline void acquire() { while (!__builtin_expect(try_acquire(), 1)) atomic_wait_explicit(&available, 0, std::memory_order_relaxed); } inline bool try_acquire() noexcept { return 1 == available.exchange(0, std::memory_order_acquire); } template bool try_acquire_until(std::chrono::time_point const& abs_time) { if (__builtin_expect(try_acquire(), 1)) return true; else return __acquire_slow_timed(abs_time - Clock::now()); } template bool try_acquire_for(std::chrono::duration const& rel_time) { if (__builtin_expect(try_acquire(), 1)) return true; else return __acquire_slow_timed(rel_time); } }; template<> class counting_semaphore<1> : public __binary_semaphore_base { public: counting_semaphore(ptrdiff_t count = 0) : __binary_semaphore_base(count) { } ~counting_semaphore() = default; counting_semaphore(const counting_semaphore&) = delete; counting_semaphore& operator=(const counting_semaphore&) = delete; }; #endif // __NO_SEM using binary_semaphore = counting_semaphore<1>; } bbuchfink-diamond-6dc5717/src/lib/blast/000077500000000000000000000000001523407312000200575ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/blast/blast_def.h000066400000000000000000000335411523407312000221610ustar00rootroot00000000000000/* $Id: blast_def.h 365511 2012-06-06 16:00:13Z fongah2 $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * */ /** @file blast_def.h * Definitions used throughout BLAST */ #ifndef ALGO_BLAST_CORE__BLAST_DEF__H #define ALGO_BLAST_CORE__BLAST_DEF__H #include #include #include /****************************** Constants *********************************/ extern const int kDustLevel; /**< Level parameter used by dust. */ extern const int kDustWindow; /**< Window parameter used by dust. */ extern const int kDustLinker; /**< Parameter used by dust to link together close low-complexity segments. */ extern const int kSegWindow; /**< Window that SEG examines at once. */ extern const double kSegLocut; /**< Locut parameter for SEG. */ extern const double kSegHicut; /**< Hicut parameter for SEG. */ /** Maximum number of HPSs to be saved in an ungapped search. * Value defined in blast_options.c */ extern const int kUngappedHSPNumMax; /******************** Preprocessor definitions ******************************/ /** Codons are always of length 3 */ #ifndef CODON_LENGTH #define CODON_LENGTH 3 #endif /** For translated gapped searches, this is the default value in * nucleotides of longest_intron (for ungapped translated searches, * the default value of longest_intron is zero, which causes a legacy * method of HSP linking that does not use longest_intron to be * invoked). * * The value 122 corresponds to 40 amino acids: 40 codons * 3 * nucleotides per codon + up to 2 frame shifts. 40 amino acids is * the maximum gap size in the untranslated sequence, so * DEFAULT_LONGEST_INTRON makes these two gap sizes equal. */ #ifndef DEFAULT_LONGEST_INTRON #define DEFAULT_LONGEST_INTRON 122 #endif /** Compression ratio of nucleotide bases (4 bases in 1 byte) */ #ifndef COMPRESSION_RATIO #define COMPRESSION_RATIO 4 #endif /** Number of frames to which we translate in translating searches */ #ifndef NUM_FRAMES #define NUM_FRAMES 6 #endif /** Number of frames in a nucleotide sequence */ #ifndef NUM_STRANDS #define NUM_STRANDS 2 #endif /** Length of the genetic code string */ #ifndef GENCODE_STRLEN #define GENCODE_STRLEN 64 #endif /** * A macro expression that returns 1, 0, -1 if a is greater than, * equal to or less than b, respectively. This macro evaluates its * arguments more than once. */ #ifndef BLAST_CMP #define BLAST_CMP(a,b) ((a)>(b) ? 1 : ((a)<(b) ? -1 : 0)) #endif /** Safe free a pointer: belongs to a higher level header. */ #define sfree(x) __sfree((void**)(void*)&(x)) /** Implemented in blast_util.c. @sa sfree */ inline void __sfree(void **x) { free(*x); *x = NULL; return; } /** This symbol enables the verbose option in makeblastdb and other BLAST+ * search command line applications, as well as the option to submit searches * to the test server in NCBI for remote BLAST searches #define _BLAST_DEBUG 1 */ #if 0 /** Define this symbol to enable debugging APIs in the BlastSeqSrc interface to * allow diagnostics/debugging to be performed in the composition based * statistics code */ #define KAPPA_PRINT_DIAGNOSTICS 1 #endif /********************* Structure definitions ********************************/ /** Structure holding a pair of offsets. Used for storing offsets for the * initial seeds. In most programs the offsets are query offset and subject * offset of an initial word match. For PHI BLAST, the offsets are start and * end of the pattern occurrence in subject, with no query information, * because all pattern occurrences in subjects are aligned to all pattern * occurrences in query. */ typedef union BlastOffsetPair { struct { uint32_t q_off; /**< Query offset */ uint32_t s_off; /**< Subject offset */ } qs_offsets; /**< Query/subject offset pair */ struct { uint32_t s_start;/**< Start offset of pattern in subject */ uint32_t s_end; /**< End offset of pattern in subject */ } phi_offsets; /**< Pattern offsets in subject (PHI BLAST only) */ } BlastOffsetPair; /** A structure containing two integers, used e.g. for locations for the * lookup table. */ typedef struct SSeqRange { int32_t left; /**< left endpoint of range (zero based) */ int32_t right; /**< right endpoint of range (zero based) */ } SSeqRange; /** Create a new SSeqRange structure with both fields initialized * @param start the start of the range [in] * @param stop the end of the range [in] */ SSeqRange SSeqRangeNew(int32_t start, int32_t stop); /** Returns the index of the range, such that this element is the * first range that either contains the target or if no such range exists, the * index of the first range, such that the target is less than this range. * @pre ranges array is sorted on the starting coordinates (i.e.: * SSeqRange::left) * @param ranges array of SSeqRange structures to search [in] * @param num_ranges number of elements in the ranges array [in] * @param target element to look for [in] * @return the index of interest in the ranges array or -1 if the function was * called with invalid parameters */ int32_t SSeqRangeArrayLessThanOrEqual(const SSeqRange* ranges, int32_t num_ranges, int32_t target); /** Used to hold a set of positions, mostly used for filtering. * oid holds the index of the query sequence. */ typedef struct BlastSeqLoc { struct BlastSeqLoc *next; /**< next in linked list */ SSeqRange *ssr; /**< location data on the sequence. */ } BlastSeqLoc; /** Structure for keeping the query masking information */ typedef struct BlastMaskLoc { /** Total size of the BlastSeqLoc array below. This is always the number of queries times the number of contexts. Note that in the case of translated query searches, these locations must be provided in protein coordinates to BLAST_MainSetUp. @sa BLAST_GetNumberOfContexts @sa BlastMaskLocDNAToProtein */ int32_t total_size; /** Array of masked locations. Every query is allocated the number of contexts associated with the program. In the case of nucleotide searches, the strand(s) to search dictatate which elements of the array for a given query are filled. For translated searches, this should also be the same (by design) but the C toolkit API does NOT implement this, it rather fills all elements for all queries with masked locations in protein coordinates (if any). The C++ API does follow the convention which populates each element, only if so dictated by the strand(s) to search for each query. @sa BLAST_GetNumberOfContexts */ BlastSeqLoc** seqloc_array; } BlastMaskLoc; /** Define the possible subject masking types */ typedef enum ESubjectMaskingType { eNoSubjMasking, eSoftSubjMasking, eHardSubjMasking } ESubjectMaskingType; /** Structure to hold a sequence. */ typedef struct BLAST_SequenceBlk { uint8_t* sequence; /**< Sequence used for search (could be translation). */ uint8_t* sequence_start; /**< Start of sequence, usually one byte before sequence as that byte is a NULL sentinel byte.*/ int32_t length; /**< Length of sequence. */ int16_t frame; /**< Frame of the query, needed for translated searches */ int16_t subject_strand; /**< Strand of the subject sequence for translated searches. Uses the same values as ENa_strand. */ int32_t oid; /**< The ordinal id of the current sequence */ bool sequence_allocated; /**< TRUE if memory has been allocated for sequence */ bool sequence_start_allocated; /**< TRUE if memory has been allocated for sequence_start */ uint8_t* sequence_start_nomask; /**< Query sequence without masking. */ uint8_t* sequence_nomask; /**< Start of query sequence without masking. */ bool nomask_allocated; /**< If false the two above are just pointers to sequence and sequence_start. */ uint8_t* oof_sequence; /**< Mixed-frame protein representation of a nucleotide sequence for out-of-frame alignment */ bool oof_sequence_allocated; /**< TRUE if memory has been allocated for oof_sequence */ uint8_t* compressed_nuc_seq; /**< 4-to-1 compressed version of sequence */ uint8_t* compressed_nuc_seq_start; /**< start of compressed_nuc_seq */ BlastMaskLoc* lcase_mask; /**< Locations to be masked from operations on this sequence: lookup table for query; scanning for subject. */ bool lcase_mask_allocated; /**< TRUE if memory has been allocated for lcase_mask */ int32_t chunk; /**< Used for indexing only: the chunk number within the subject sequence. */ uint8_t *gen_code_string; /**< for nucleotide subject sequences (tblast[nx]), the genetic code used to create a translated protein sequence (NULL if not applicable). This field is NOT owned by this data structure, it's owned by the genetic code singleton. @sa gencode_singleton.h */ /* BEGIN: Data members needed for masking subjects from a BLAST database */ SSeqRange* seq_ranges; /**< Ranges of the sequence to search */ uint32_t num_seq_ranges; /**< Number of elements in seq_ranges */ bool seq_ranges_allocated; /**< TRUE if memory has been allocated for seq_ranges */ ESubjectMaskingType mask_type; /**< type of subject masking */ /* END: Data members needed for masking subjects from a BLAST database */ uint8_t bases_offset; /* Bases offset in first byte for SRA seq */ } BLAST_SequenceBlk; /** Information about a single pattern occurence in the query. */ typedef struct SPHIPatternInfo { int32_t offset; /**< Starting offset of this pattern occurrence. */ int32_t length; /**< Length of this pattern occurrence. */ } SPHIPatternInfo; /** In PHI BLAST, structure containing information about all pattern * occurrences in query. */ typedef struct SPHIQueryInfo { int32_t num_patterns; /**< Number of pattern occurrences in query. */ SPHIPatternInfo *occurrences; /**< Array of pattern occurrence information structures. */ int32_t allocated_size; /**< Allocated size of the occurrences array. */ double probability; /**< Estimated probability of the pattern */ char* pattern; /**< Pattern used, saved here for formatting purposes. */ } SPHIQueryInfo; /************************* Progress monitoring/interruptible API *************/ /** Enumeration for the stages in the BLAST search */ typedef enum EBlastStage { /** None specified */ eNone = 0x0, /** Preliminary stage */ ePrelimSearch = 0x1 << 0, /** Traceback stage */ eTracebackSearch = 0x1 << 1, /** Both preliminary and traceback stages */ eBoth = (ePrelimSearch | eTracebackSearch) } EBlastStage; /** Progress monitoring structure. This is updated by the engine to provided to * the user as an argument to the user-supplied callback function * (TInterruptFnPtr). This function then can assess whether the search * should proceed or exit prematurely. * @sa TInterruptFnPtr */ typedef struct SBlastProgress { EBlastStage stage; /**< Stage of the BLAST search currently in progress */ void* user_data; /**< Pointer to user-provided data */ } SBlastProgress; /** Prototype for function pointer to determine whether the BLAST search * should proceed or be interrupted. If this function returns true, all * processing must stop and the search must discard all interim results * @note In order to avoid undue overhead, this function should not perform any * time consuming operations and should always return (i.e.: it should never * block) */ typedef bool (*TInterruptFnPtr) (SBlastProgress* progress_info); /** Allocates and initializes a new SBlastProgress structure. * @param user_data user-provided data (not owned by the resulting structure) * [in] * Implemented in blast_util.c */ SBlastProgress* SBlastProgressNew(void* user_data); /** Deallocates a SBlastProgress structure. * Implemented in blast_util.c */ SBlastProgress* SBlastProgressFree(SBlastProgress* progress_info); /** Resets the progress structure to its original state (as if newly allocated) * for a fresh start without touching the user_data field */ void SBlastProgressReset(SBlastProgress* progress_info); #endif /* !ALGO_BLAST_CORE__BLAST_DEF__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_encoding.h000066400000000000000000000077261523407312000232170ustar00rootroot00000000000000/* $Id: blast_encoding.h 118195 2008-01-24 21:22:19Z camacho $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Christiam Camacho * */ /** @file blast_encoding.h * Declarations of static arrays used to define some NCBI encodings to be used * in a toolkit independent manner by the BLAST engine. */ #ifndef ALGO_BLAST_CORE___BLAST_ENCODING__H #define ALGO_BLAST_CORE___BLAST_ENCODING__H #include "ncbi_std.h" #define NCBI_XBLAST_EXPORT /** @addtogroup AlgoBlast * * @{ */ #ifdef __cplusplus extern "C" { #endif /** Different types of sequence encodings for sequence retrieval from the * BLAST database */ typedef enum { eBlastEncodingProtein = 0, /**< NCBIstdaa */ eBlastEncodingNucleotide = 1, /**< Special encoding for preliminary stage of BLAST: permutation of NCBI4na. A.k.a.: BLASTNA encoding */ eBlastEncodingNcbi4na = 2, /**< NCBI4na */ eBlastEncodingNcbi2na = 3, /**< NCBI2na */ eBlastEncodingError = 255 /**< Error value for encoding */ } EBlastEncoding; /* Nucleotide encodings */ /** Translates between ncbi4na and blastna. The first four elements * of this array match ncbi2na. */ NCBI_XBLAST_EXPORT extern const int NCBI4NA_TO_BLASTNA[]; /** Translates between blastna and ncbi4na. */ NCBI_XBLAST_EXPORT extern const int BLASTNA_TO_NCBI4NA[]; /** Translates between iupacna and blastna. */ NCBI_XBLAST_EXPORT extern const int IUPACNA_TO_BLASTNA[]; /** Translates between iupacna and ncbi4na. */ NCBI_XBLAST_EXPORT extern const int IUPACNA_TO_NCBI4NA[]; /** Translates between ncbieaa and ncbistdaa. */ NCBI_XBLAST_EXPORT extern const int AMINOACID_TO_NCBISTDAA[]; /** Translates between ncbieaa and ncbistdaa. */ NCBI_XBLAST_EXPORT extern const char NCBISTDAA_TO_AMINOACID[]; /** Translates between blastna and iupacna. */ NCBI_XBLAST_EXPORT extern const char BLASTNA_TO_IUPACNA[]; /** Translates between ncbi4na and iupacna. */ NCBI_XBLAST_EXPORT extern const char NCBI4NA_TO_IUPACNA[]; #define BLAST2NA_SIZE 4 /**< Size of compressed nucleic acid alphabet */ #define BLASTNA_SIZE 16 /**< Size of nucleic acid alphabet */ #define BLASTAA_SIZE 28 /**< Size of aminoacid alphabet */ #define BLASTNA_SEQ_CODE 99 /**< Identifies the blastna alphabet, for use in blast only. */ #define BLASTAA_SEQ_CODE 11 /**< == Seq_code_ncbistdaa */ #define NCBI4NA_SEQ_CODE 4 /**< == Seq_code_ncbi4na */ /** Sentinel byte for protein sequences */ NCBI_XBLAST_EXPORT extern const int kProtSentinel; /** Sentinel nibble for nucleotide sequences */ NCBI_XBLAST_EXPORT extern const int kNuclSentinel; #ifdef __cplusplus } #endif /* @} */ #endif /* ALGO_BLAST_CORE___BLAST_ENCODING__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_export.h000066400000000000000000000041051523407312000227360ustar00rootroot00000000000000#ifndef BLAST_EXPORT__H #define BLAST_EXPORT__H /* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Viatcheslav Gorelenkov * */ /** @file blast_export.h * Defines to provide correct exporting from BLAST DLL in Windows. * These are necessary to compile DLLs with Visual C++ - exports must be * explicitly labeled as such. */ #if defined(WIN32) && defined(NCBI_DLL_BUILD) #ifndef _MSC_VER # error "This toolkit is not buildable with a compiler other than MSVC." #endif #ifdef NCBI_XALGO_EXPORTS # define NCBI_XBLAST_EXPORT __declspec(dllexport) #else # define NCBI_XBLAST_EXPORT __declspec(dllimport) #endif #elif defined(HAVE_ATTRIBUTE_VISIBILITY_DEFAULT) # define NCBI_XBLAST_EXPORT __attribute__((visibility("default"))) #else /** * NULL operations for other cases */ # define NCBI_XBLAST_EXPORT #endif #endif /* BLAST_EXPORT__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_filter.cpp000066400000000000000000000230071523407312000232370ustar00rootroot00000000000000/* $Id: blast_filter.c 306966 2011-06-20 13:16:49Z maning $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * */ /** @file blast_filter.c * All code related to query sequence masking/filtering for BLAST */ #include #include #include #include "blast_filter.h" #include "blast_seg.h" #ifndef NULLB /** terminating byte of a char* string. */ #define NULLB '\0' #endif /****************************************************************************/ /* Constants */ const uint8_t kNuclMask = 14; /* N in BLASTNA */ const uint8_t kProtMask = 21; /* X in NCBISTDAA */ /** Allowed length of the filtering options string. */ #define BLASTOPTIONS_BUFFER_SIZE 128 BlastSeqLoc* BlastSeqLocNew(BlastSeqLoc** head, int32_t from, int32_t to) { BlastSeqLoc* loc = (BlastSeqLoc*) calloc(1, sizeof(BlastSeqLoc)); if ( !loc ) { return NULL; } loc->ssr = (SSeqRange*) calloc(1, sizeof(SSeqRange)); loc->ssr->left = from; loc->ssr->right = to; return BlastSeqLocAppend(head, loc); } BlastSeqLoc* BlastSeqLocAppend(BlastSeqLoc** head, BlastSeqLoc* node) { if ( !node ) { return NULL; } if (head) { if (*head) { BlastSeqLoc* tmp = *head; while (tmp->next) tmp = tmp->next; tmp->next = node; } else { *head = node; } } return node; } /** Makes a copy of the BlastSeqLoc and also a copy of the * SSRange element. Does not copy BlastSeqLoc that is pointed * to by "next". * @param source the object to be copied [in] * @return another BlastSeqLoc* */ static BlastSeqLoc* s_BlastSeqLocNodeDup(BlastSeqLoc* source) { if ( !source ) { return NULL; } assert(source->ssr); return BlastSeqLocNew(NULL, source->ssr->left, source->ssr->right); } /** Calculates number of links in a chain of BlastSeqLoc's. * @param var Chain of BlastSeqLoc structures [in] * @return Number of links in the chain. */ static int32_t s_BlastSeqLocLen(const BlastSeqLoc* var) { BlastSeqLoc* itr = NULL; int32_t retval = 0; for (itr = (BlastSeqLoc*)var; itr; itr = itr->next, retval++) { ; } return retval; } /** Converts a BlastSeqLoc list to an array of pointers, each pointing to an * element of the list passed in to this function and the last element points * to NULL * @param list List to convert to an array of pointers [in] * @param count number of elements populated in the array [out] */ static BlastSeqLoc** s_BlastSeqLocListToArrayOfPointers(const BlastSeqLoc* list, int32_t* count) { BlastSeqLoc* tmp,** retval; int32_t i; *count = 0; if (list == NULL) return NULL; *count = s_BlastSeqLocLen(list); retval = (BlastSeqLoc**) calloc(((size_t)(*count)+1), sizeof(BlastSeqLoc*)); for (tmp = (BlastSeqLoc*)list, i = 0; tmp != NULL && i < *count; i++) { retval[i] = tmp; tmp = tmp->next; } return retval; } /** Reverse elements in the list * @param head pointer to pointer to the head of the list. [in|out] * (this is not declared static so that it can be tested in the unit tests */ void BlastSeqLocListReverse(BlastSeqLoc** head) { BlastSeqLoc** ptrs = NULL; /* array of pointers to BlastSeqLoc elements */ int32_t num_elems = 0, i = 0; if ( !head ) { return; } ptrs = s_BlastSeqLocListToArrayOfPointers(*head, &num_elems); if (num_elems == 0) { return; } assert(ptrs); *head = ptrs[num_elems-1]; for (i = num_elems-1; i > 0; i--) { ptrs[i]->next = ptrs[i-1]; } ptrs[0]->next = NULL; sfree(ptrs); } BlastSeqLoc* BlastSeqLocNodeFree(BlastSeqLoc* loc) { if ( !loc ) { return NULL; } sfree(loc->ssr); sfree(loc); return NULL; } BlastSeqLoc* BlastSeqLocFree(BlastSeqLoc* loc) { while (loc) { BlastSeqLoc* next_loc = loc->next; loc = BlastSeqLocNodeFree(loc); loc = next_loc; } return NULL; } BlastSeqLoc* BlastSeqLocListDup(BlastSeqLoc* head) { BlastSeqLoc* retval = NULL; BlastSeqLoc* retval_tail = NULL; for (; head; head = head->next) { retval_tail = BlastSeqLocAppend(retval_tail ? &retval_tail : &retval, s_BlastSeqLocNodeDup(head)); } return retval; } BlastMaskLoc* BlastMaskLocNew(int32_t total) { BlastMaskLoc* retval = (BlastMaskLoc *) calloc(1, sizeof(BlastMaskLoc)); retval->total_size = total; if (total > 0) retval->seqloc_array = (BlastSeqLoc **) calloc(total, sizeof(BlastSeqLoc *)); return retval; } BlastMaskLoc* BlastMaskLocDup(const BlastMaskLoc* mask_loc) { BlastMaskLoc* retval = NULL; int32_t index = 0; if ( !mask_loc ) { return NULL; } retval = BlastMaskLocNew(mask_loc->total_size); for (index = 0; index < mask_loc->total_size; index++) { retval->seqloc_array[index] = BlastSeqLocListDup(mask_loc->seqloc_array[index]); } return retval; } BlastMaskLoc* BlastMaskLocFree(BlastMaskLoc* mask_loc) { int32_t index; if (mask_loc == NULL) return NULL; for (index=0; indextotal_size; index++) { if (mask_loc->seqloc_array != NULL) BlastSeqLocFree(mask_loc->seqloc_array[index]); } sfree(mask_loc->seqloc_array); sfree(mask_loc); return NULL; } /** Used for qsort, compares two SeqLoc's by starting position. */ static int s_SeqRangeSortByStartPosition(const void *vp1, const void *vp2) { BlastSeqLoc* v1 = *((BlastSeqLoc**) vp1); BlastSeqLoc* v2 = *((BlastSeqLoc**) vp2); SSeqRange* loc1 = (SSeqRange*) v1->ssr; SSeqRange* loc2 = (SSeqRange*) v2->ssr; if (loc1->left < loc2->left) return -1; else if (loc1->left > loc2->left) return 1; else return 0; } void BlastSeqLocCombine(BlastSeqLoc** mask_loc, int32_t link_value) { BlastSeqLoc** ptrs = NULL; int32_t i = 0, num_elems = 0; /* Break up the list into an array of pointers and sort it */ ptrs = s_BlastSeqLocListToArrayOfPointers(*mask_loc, &num_elems); if (num_elems == 0) { return; } assert(ptrs); qsort(ptrs, (size_t)num_elems, sizeof(*ptrs), s_SeqRangeSortByStartPosition); /* Merge the overlapping elements */ { BlastSeqLoc* curr_tail = *mask_loc = ptrs[0]; for (i = 0; i < num_elems - 1; i++) { const SSeqRange* next_ssr = ptrs[i+1]->ssr; const int32_t stop = curr_tail->ssr->right; if ((stop + link_value) > next_ssr->left) { curr_tail->ssr->right = std::max(stop, next_ssr->right); ptrs[i+1] = BlastSeqLocNodeFree(ptrs[i+1]); } else { curr_tail = ptrs[i+1]; } } } /* Rebuild the linked list */ { BlastSeqLoc* tail = *mask_loc; for (i = 1; i < num_elems; i++) { if (ptrs[i]) { tail->next = ptrs[i]; tail = ptrs[i]; } } tail->next = NULL; } sfree(ptrs); } void BlastSeqLocReverse(BlastSeqLoc* masks, int32_t query_length) { for(; masks; masks = masks->next) { masks->ssr->left = query_length - 1 - masks->ssr->right; masks->ssr->right = query_length - 1 - masks->ssr->left; } } void Blast_MaskTheResidues(uint8_t * buffer, int32_t length, bool is_na, const BlastSeqLoc* mask_loc, bool reverse, int32_t offset) { const uint8_t kMaskingLetter = is_na ? kNuclMask : kProtMask; assert(buffer); for (; mask_loc; mask_loc = mask_loc->next) { int32_t index, start, stop; if (reverse) { start = length - 1 - mask_loc->ssr->right; stop = length - 1 - mask_loc->ssr->left; } else { start = mask_loc->ssr->left; stop = mask_loc->ssr->right; } start -= offset; stop -= offset; assert(start < length); assert(stop <= length); for (index = start; index <= stop; index++) buffer[index] = kMaskingLetter; } } void Blast_MaskUnsupportedAA(BLAST_SequenceBlk* seq, uint8_t min_invalid) { uint8_t *sequence = seq->sequence; int32_t length = seq->length; int32_t i; for (i = 0; i < length; i++) { if (sequence[i] >= min_invalid) { sequence[i] = kProtMask; } } } bbuchfink-diamond-6dc5717/src/lib/blast/blast_filter.h000066400000000000000000000161621523407312000227100ustar00rootroot00000000000000/* $Id: blast_filter.h 191335 2010-05-12 12:50:24Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Ilya Dondoshansky * */ /** @file blast_filter.h * BLAST filtering functions. @todo FIXME: contains more than filtering * functions, combine with blast_dust.h? */ #ifndef ALGO_BLAST_CORE__BLAST_FILTER__H #define ALGO_BLAST_CORE__BLAST_FILTER__H #include "blast_def.h" /** BLASTNA element used to mask bases in BLAST */ extern const uint8_t kNuclMask; /** NCBISTDAA element used to mask residues in BLAST */ extern const uint8_t kProtMask; /** Repeats filtering default options. */ #define REPEATS_SEARCH_EVALUE 0.1 /**< Default e-value threshold, keep for C toolkit */ #define REPEATS_SEARCH_MINSCORE 26 /**< Default score cutoff */ #define REPEATS_SEARCH_PENALTY -1 /**< Default mismatch penalty */ #define REPEATS_SEARCH_REWARD 1 /**< Default match reward */ #define REPEATS_SEARCH_GAP_OPEN 2 /**< Default gap opening cost */ #define REPEATS_SEARCH_GAP_EXTEND 1 /**< Default gap extension cost */ #define REPEATS_SEARCH_WORD_SIZE 11 /**< Default word size */ #define REPEATS_SEARCH_XDROP_UNGAPPED 40/**< Default X-dropoff for ungapped extension */ #define REPEATS_SEARCH_XDROP_FINAL 90 /**< Default X-dropoff for gapped extension with traceback */ #define REPEATS_SEARCH_FILTER_STRING "F"/**< Default filter string - no filtering */ /** Largest gap allowed to be filled between repeat mask intervals */ #define REPEAT_MASK_LINK_VALUE 5 /** Create and initialize a new sequence interval. * @param head existing BlastSeqLoc to append onto, if *head * is NULL then it will be set to new BlastSeqLoc, may be NULL [in|out] * @param from Start of the interval [in] * @param to End of the interval [in] * @return Pointer to the allocated BlastSeqLoc structure (i.e.: tail of the * list). */ BlastSeqLoc* BlastSeqLocNew(BlastSeqLoc** head, uint32_t from, uint32_t to); /** Appends the BlastSeqLoc to the list of BlastSeqLoc-s pointed to by head. * @param head Pointer to the head of the linked list of BlastSeqLoc-s [in] * @param node Pointer to the node to be added to the list. If this is NULL, * this function does nothing. [in] * @returns pointer to the second argument to this function (i.e.: tail of the * list) */ BlastSeqLoc* BlastSeqLocAppend(BlastSeqLoc** head, BlastSeqLoc* node); /** Deallocate a single BlastSeqLoc structure and its contents, without * following its next pointer * @param node structure to deallocate [in] * @return NULL */ BlastSeqLoc* BlastSeqLocNodeFree(BlastSeqLoc* node); /** Deallocate all BlastSeqLoc objects in a chain. * @param loc object to be freed [in] * @return NULL pointer returned. */ BlastSeqLoc* BlastSeqLocFree(BlastSeqLoc* loc); /** Make a deep copy of the linked list of BlastSeqLoc-s pointed to by its * argument * @param head head of the linked list [in] * @return NULL on NULL input or memory allocation failure, else a copy of the * list and its contents */ BlastSeqLoc* BlastSeqLocListDup(BlastSeqLoc* head); /** Converts reverse strand coordinates to forward strand in place. * @param masks BlastSeqLoc to be reversed [in|out] * @param query_length length of query [in] */ void BlastSeqLocReverse(BlastSeqLoc* masks, uint32_t query_length); /** Go through all mask locations in one sequence and combine any that overlap, * deallocating the unneeded locations. * @param mask_loc The list of masks to be merged (in place) [in|out] * @param link_value Largest gap size between locations for which they * should be linked together [in] */ void BlastSeqLocCombine(BlastSeqLoc** mask_loc, uint32_t link_value); /** Allocate memory for a BlastMaskLoc. * @param total number of contexts for which SSeqLocs should be allocated * (result of number of queries * number of contexts for given program) [in] * @return Pointer to the allocated BlastMaskLoc structure. */ BlastMaskLoc* BlastMaskLocNew(uint32_t total); /** * @brief Perform a deep copy of the BlastMaskLoc structure passed to this * function * * @param mask_loc Source masking location structure [in] * * @return Deep copy of its argument, or NULL if the argument was NULL or if * not enough memory was available */ BlastMaskLoc* BlastMaskLocDup(const BlastMaskLoc* mask_loc); /** Deallocate memory for a BlastMaskLoc structure * as well as the BlastSeqLoc's pointed to. * @param mask_loc the object to be deleted [in] * @return NULL pointer */ BlastMaskLoc* BlastMaskLocFree(BlastMaskLoc* mask_loc); /** Masks the letters in buffer. * This is a low-level routine and takes a raw buffer which it assumes * to be in ncbistdaa (protein) or blastna (nucleotide). * @param buffer the sequence to be masked (will be modified, cannot be NULL or * undefined behavior will result).[in|out] * @param length length of the sequence to be masked . [in] * @param is_na nucleotide if TRUE [in] * @param mask_loc the BlastSeqLoc to use for masking [in] * @param reverse minus strand if TRUE [in] * @param offset how far along sequence is 1st residuse in buffer [in] */ void Blast_MaskTheResidues(uint8_t * buffer, uint32_t length, bool is_na, const BlastSeqLoc* mask_loc, bool reverse, uint32_t offset); /** Mask protein letters that are currently unsupported. This routine * is used to make the core ignore letters within protein sequences * that cannot (yet) be correctly handled * @param seq Protein sequence to be masked (ncbistdaa format required). * Letters whose numerical value exceeds a cutoff are * converted into kProtMask values [in|out] * @param min_invalid The first ncbistdaa value that is considered invalid. * All sequence letters with numerical value >= this number * are masked [in] */ void Blast_MaskUnsupportedAA(BLAST_SequenceBlk* seq, uint8_t min_invalid); #endif /* !ALGO_BLAST_CORE__BLAST_FILTER__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_message.cpp000066400000000000000000000075431523407312000234050ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== */ /** @file blast_message.c * These functions provide access to Blast_Message objects, used by * the BLAST code as a wrapper for error and warning messages. */ #include "blast_def.h" #include "blast_message.h" #include /** Declared in blast_message.h as extern const. */ const int kBlastMessageNoContext = -1; const char* kBlastErrMsg_CantCalculateUngappedKAParams = "Could not calculate ungapped Karlin-Altschul parameters due " "to an invalid query sequence or its translation. Please verify the " "query sequence(s) and/or filtering options"; /** Allocate a new SMessageOrigin structure * @param filename name of the file [in] * @param lineno line number in the file above [in] * @return newly allocated structure or NULL in case of memory allocation * failure. */ SMessageOrigin* SMessageOriginNew(const char* filename, unsigned int lineno) { SMessageOrigin* retval = NULL; if ( !filename || !(strlen(filename) > 0) ) { return NULL; } if ( !retval ) { return NULL; } retval->filename = strdup(filename); retval->lineno = lineno; return retval; } /** Deallocate a SMessageOrigin structure * @param msgo structure to deallocate [in] * @return NULL */ SMessageOrigin* SMessageOriginFree(SMessageOrigin* msgo) { if (msgo) { sfree(msgo->filename); sfree(msgo); } return 0; } Blast_Message* Blast_MessageFree(Blast_Message* blast_msg) { Blast_Message* var_msg = 0; Blast_Message* next = 0; if (blast_msg == 0) return 0; var_msg = blast_msg; while (var_msg) { sfree(var_msg->message); var_msg->origin = SMessageOriginFree(var_msg->origin); next = var_msg->next; sfree(var_msg); var_msg = next; } return 0; } int Blast_MessageWrite(Blast_Message* *blast_msg, EBlastSeverity severity, int context, const char *message) { Blast_Message* new_msg = 0; if (blast_msg == 0) return 1; new_msg = (Blast_Message*) calloc(1, sizeof(Blast_Message)); if (new_msg == 0) return -1; new_msg->severity = severity; new_msg->context = context; new_msg->message = strdup(message); if (*blast_msg) { Blast_Message* var_msg = *blast_msg; while (var_msg->next) { var_msg = var_msg->next; } var_msg->next = new_msg; } else { *blast_msg = new_msg; } return 0; } int Blast_MessagePost(Blast_Message* blast_msg) { if (blast_msg == 0) return 1; return 0; } bbuchfink-diamond-6dc5717/src/lib/blast/blast_message.h000066400000000000000000000144001523407312000230400ustar00rootroot00000000000000/* $Id: blast_message.h 403705 2013-06-18 11:19:40Z fongah2 $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Tom Madden * */ /** @file blast_message.h * Structures for BLAST messages */ #ifndef ALGO_BLAST_CORE__BLAST_MESSAGE__H #define ALGO_BLAST_CORE__BLAST_MESSAGE__H #include "ncbi_std.h" #define NCBI_XBLAST_EXPORT #ifdef __cplusplus extern "C" { #endif /** Structure to enclose the origin of an error message or warning */ typedef struct SMessageOrigin { char* filename; /**< Name of the file */ int lineno; /**< Line number in the file above */ } SMessageOrigin; /** Blast error message severities . * These start with 1 to be consistent * with the C toolkit severity numbers. */ typedef enum { eBlastSevInfo = 1, eBlastSevWarning, eBlastSevError, eBlastSevFatal } EBlastSeverity; extern NCBI_XBLAST_EXPORT const int kBlastMessageNoContext; /**< No single context is known to cause the error (probably a setup issue). */ /** Structure to hold the a message from the core of the BLAST engine. */ typedef struct Blast_Message { struct Blast_Message *next; /**< next message in this list */ EBlastSeverity severity; /**< severity code */ char* message; /**< User message to be saved. */ SMessageOrigin* origin; /**< Optional: origin of the message */ int context; /**< Context, allows us to print message for query number. kBlastMessageNoContext used if no context applies */ } Blast_Message; /** Deallocates message memory. * @param blast_msg structure to be deallocated [in] */ NCBI_XBLAST_EXPORT Blast_Message* Blast_MessageFree(Blast_Message* blast_msg); /** Writes a message to a structure. The Blast_Message* is allocated. * @param blast_msg structure to be filled in [in] * @param severity severity code [in] * @param context query context to which this error applies [in] * @param message User message to be saved [in] */ NCBI_XBLAST_EXPORT int Blast_MessageWrite(Blast_Message* *blast_msg, EBlastSeverity severity, int context, const char *message); /** Print a message with ErrPostEx * @param blast_msg message to be printed [in] */ NCBI_XBLAST_EXPORT int Blast_MessagePost(Blast_Message* blast_msg); /* FIXME: should the code below and its implementation be moved to another * file, say blast_error.[hc]? */ /** Analogous to perror * @param msg object to be appended to or created [in|out] * @param error_code error code returned from BLAST function [in] * @param context context number so that query or frame can be found [in] * @return Blast_Message structure containing error description */ NCBI_XBLAST_EXPORT void Blast_Perror(Blast_Message* *msg, int error_code, int context); /** Convenient define to call the function Blast_PerrorEx. */ #define Blast_PerrorWithLocation(msg, error_code, context) \ Blast_PerrorEx(msg, error_code, __FILE__, __LINE__, context) /** Extended version of Blast_Perror which includes parameters for the file * name and line number where the error/warning occurred. This function should * be invoked via the Blast_PerrorWithLocation macro. * @param msg object to be appended to or created [in|out] * @param error_code one of the error codes defined below [in] * @param file_name name of the file where the error ocurred [in] * @param lineno line number where the error ocurred in the file above [in] * @param context context number so that query or frame can be found [in] */ NCBI_XBLAST_EXPORT void Blast_PerrorEx(Blast_Message* *msg, int error_code, const char* file_name, int lineno, int context); /* BLAST error codes: these are meant to describe errors that can occur in the * core of BLAST only */ /** System error: out of memory condition */ #define BLASTERR_MEMORY 50 /** Invalid parameter: possible programmer error or pre-condition not met */ #define BLASTERR_INVALIDPARAM 75 /** Could not compute the ideal Karlin-Altschul parameters */ #define BLASTERR_IDEALSTATPARAMCALC 100 /** Composition based statistics/Smith-Waterman not supported for a program * type */ #define BLASTERR_REDOALIGNMENTCORE_NOTSUPPORTED 101 /** All queries/contexts are determined invalid in the setup code */ #define BLASTERR_INVALIDQUERIES 102 /** BLAST search was interrupted via a user-provided callback */ #define BLASTERR_INTERRUPTED 103 /** Could not calculate Karlin-Altschul statistics for any context. */ #define BLASTERR_NOVALIDKARLINALTSCHUL 104 /** The option is not supported with the specified program. */ #define BLASTERR_OPTION_PROGRAM_INVALID 201 /** The value of the option is not supported (e.g., word size too small) */ #define BLASTERR_OPTION_VALUE_INVALID 202 /** Blast seqsrc returns BLAST_SEQSRC_ERROR */ #define BLASTERR_SEQSRC 300 #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__BLAST_MESSAGE__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_options.h000066400000000000000000001446051523407312000231220ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Tom Madden * */ /** @file blast_options.h * The structures and functions in blast_options.[ch] should be used to specify * user preferences. The options structures should not be changed by the BLAST code * but rather be read to determine user preferences. When possible these structures * should be passed in as "const". */ #ifndef __BLASTOPTIONS__ #define __BLASTOPTIONS__ #include "ncbi_std.h" #include "blast_export.h" #include "blast_program.h" #include "blast_def.h" #include "blast_message.h" #include #ifdef __cplusplus extern "C" { #endif /** Some default values (used when creating blast options block and for * command-line program defaults. When changing these defaults, please * remember to update the defaults in the command-line programs */ /** "window" between hits to trigger an extension. */ #define BLAST_WINDOW_SIZE_PROT 40 /**< default window (all protein searches) */ #define BLAST_WINDOW_SIZE_NUCL 0 /**< default window size (blastn) */ #define BLAST_WINDOW_SIZE_MEGABLAST 0 /**< default window size (contiguous megablast) */ #define BLAST_WINDOW_SIZE_DISC 40 /**< default window size (discontiguous megablast) */ #define BLAST_SCAN_RANGE_NUCL 0 /**< default scan range (blastn) */ /** length of word to trigger an extension. */ #define BLAST_WORDSIZE_PROT 3 /**< default word size (all protein searches) */ #define BLAST_WORDSIZE_NUCL 11 /**< default word size (blastn) */ #define BLAST_WORDSIZE_MEGABLAST 28 /**< default word size (contiguous megablast; for discontig megablast the word size is explicitly overridden) */ #define BLAST_WORDSIZE_MAPPER 18 /**< default word size for mapping rna-seq to a genome */ /** Default matrix name: BLOSUM62 */ #define BLAST_DEFAULT_MATRIX "BLOSUM62" /** Protein gap costs are the defaults for the BLOSUM62 scoring matrix. * More gap costs are listed in BLASTOptionSetGapParams */ /** cost for the existence of a gap.*/ #define BLAST_GAP_OPEN_PROT 11 /**< default gap open penalty (all protein searches) */ #define BLAST_GAP_OPEN_NUCL 5 /**< default gap open penalty (blastn) */ #define BLAST_GAP_OPEN_MEGABLAST 0 /**< default gap open penalty (megablast with greedy gapped alignment) */ #define BLAST_GAP_OPEN_MAPPER 0 /** cost to extend a gap. */ #define BLAST_GAP_EXTN_PROT 1 /**< default gap open penalty (all protein searches) */ #define BLAST_GAP_EXTN_NUCL 2 /**< default gap open penalty (blastn) */ #define BLAST_GAP_EXTN_MEGABLAST 0 /**< default gap open penalty (megablast) with greedy gapped alignment) */ #define BLAST_GAP_EXTN_MAPPER 4 /** neighboring word score thresholds; a threshold of zero * means that only query and subject words that match exactly * will go into the BLAST lookup table when it is generated */ #define BLAST_WORD_THRESHOLD_BLASTP 11 /**< default neighboring threshold (blastp and for rpsblast at RPS-BLAST database creation time) */ #define BLAST_WORD_THRESHOLD_BLASTN 0 /**< default threshold (blastn) */ #define BLAST_WORD_THRESHOLD_BLASTX 12 /**< default threshold (blastx) */ #define BLAST_WORD_THRESHOLD_TBLASTN 13 /**< default neighboring threshold (tblastn/rpstblastn) */ #define BLAST_WORD_THRESHOLD_TBLASTX 13 /**< default threshold (tblastx) */ #define BLAST_WORD_THRESHOLD_MEGABLAST 0 /**< default threshold (megablast) */ /** default dropoff for ungapped extension; ungapped extensions * will stop when the score for the extension has dropped from * the current best score by at least this much */ #define BLAST_UNGAPPED_X_DROPOFF_PROT 7 /**< ungapped dropoff score for all searches except blastn */ #define BLAST_UNGAPPED_X_DROPOFF_NUCL 20 /**< ungapped dropoff score for blastn (and megablast) */ /** default dropoff for preliminary gapped extensions */ #define BLAST_GAP_X_DROPOFF_PROT 15 /**< default dropoff (all protein- based gapped extensions) */ #define BLAST_GAP_X_DROPOFF_NUCL 30 /**< default dropoff for non-greedy nucleotide gapped extensions */ #define BLAST_GAP_X_DROPOFF_GREEDY 25 /**< default dropoff for greedy nucleotide gapped extensions */ #define BLAST_GAP_X_DROPOFF_TBLASTX 0 /**< default dropoff for tblastx */ /** default bit score that will trigger gapped extension */ #define BLAST_GAP_TRIGGER_PROT 22.0 /**< default bit score that will trigger a gapped extension for all protein- based searches */ #define BLAST_GAP_TRIGGER_NUCL 27.0 /**< default bit score that will trigger a gapped extension for blastn */ /** default dropoff for the final gapped extension with traceback */ #define BLAST_GAP_X_DROPOFF_FINAL_PROT 25 /**< default dropoff (all protein- based gapped extensions) */ #define BLAST_GAP_X_DROPOFF_FINAL_NUCL 100 /**< default dropoff for nucleotide gapped extensions) */ #define BLAST_GAP_X_DROPOFF_FINAL_TBLASTX 0 /**< default dropoff for tblastx */ /** default reward and penalty (only applies to blastn/megablast) */ #define BLAST_PENALTY -3 /**< default nucleotide mismatch score */ #define BLAST_REWARD 1 /**< default nucleotide match score */ #define BLAST_PENALTY_MAPPER -4 #define BLAST_REWARD_MAPPER 1 /** Default parameters for saving hits */ #define BLAST_EXPECT_VALUE 10.0 /**< by default, alignments whose expect value exceeds this number are discarded */ #define BLAST_HITLIST_SIZE 500 /**< Number of database sequences to save hits for */ /** Defaults for PSI-BLAST and DELTA-BLAST options */ #define PSI_INCLUSION_ETHRESH 0.002 /**< Inclusion threshold for PSI BLAST */ #define PSI_PSEUDO_COUNT_CONST 0 /**< Pseudo-count constant for PSI-BLAST */ #define DELTA_INCLUSION_ETHRESH 0.05 /**< Inclusion threshold for DELTA-BLAST */ /** Default genetic code for query and/or database */ #define BLAST_GENETIC_CODE 1 /**< Use the standard genetic code for converting groups of three nucleotide bases to protein letters */ /** Default max frequency for a database word. Words with higher frequency will be masked in the lookup table. */ #define MAX_DB_WORD_COUNT_MAPPER 30 /** Default maximum insert size: distance on the subject between reads that belong to a pair, for spliced and non-spliced alignments */ #define MAGICBLAST_MAX_INSERT_SIZE_SPLICED 1000000 #define MAGICBLAST_MAX_INSERT_SIZE_NONSPLICED 100000 /** Value used to indicate that no IMPALA-style scaling should be performed * when scaling a PSSM */ extern const double kPSSM_NoImpalaScaling; /** Types of the lookup table */ typedef enum { eMBLookupTable, /**< megablast lookup table (includes both contiguous and discontiguous megablast) */ eSmallNaLookupTable, /**< lookup table for blastn with small query*/ eNaLookupTable, /**< blastn lookup table */ eAaLookupTable, /**< standard protein (blastp) lookup table */ eCompressedAaLookupTable, /**< compressed alphabet (blastp) lookup table */ ePhiLookupTable, /**< protein lookup table specialized for phi-blast */ ePhiNaLookupTable, /**< nucleotide lookup table for phi-blast */ eRPSLookupTable, /**< RPS lookup table (rpsblast and rpstblastn) */ eIndexedMBLookupTable, /**< use database index as a lookup structure */ eMixedMBLookupTable, /**< use when some volumes are searched with index and some are not */ eNaHashLookupTable /**< used for 16-base words */ } ELookupTableType; /** Options needed to construct a lookup table * Also needed: query sequence and query length. */ typedef struct LookupTableOptions { double threshold; /**< Score threshold for putting words in a lookup table (fractional values are allowed, and could be important if there is scaling involved) */ ELookupTableType lut_type; /**< What kind of lookup table to construct? */ Int4 word_size; /**< Determines the size of the lookup table */ Int4 mb_template_length; /**< Length of the discontiguous words */ Int4 mb_template_type; /**< Type of a discontiguous word template */ char* phi_pattern; /**< PHI-BLAST pattern */ EBlastProgramType program_number; /**< indicates blastn, blastp, etc. */ Uint4 stride; /**< number of words to skip after collecting each word */ bool db_filter; /**< scan the database and include only words that appear in the database between 1 and 9 times (currently implemented only for MB lookuptable and lookup table word size 16) */ Uint1 max_db_word_count; /**< words with larger frequency in the database will be masked in the lookup table, if the db_filter optoion is on */ } LookupTableOptions; /** Options for dust algorithm, applies only to nucl.-nucl. comparisons. * value of less than zero means default value will be applied. */ typedef struct SDustOptions { int level; int window; int linker; /**< min distance to link segments. */ } SDustOptions; /** Options for SEG algorithm, applies only to protein-protein comparisons. * value of less than zero means default value will be applied. */ typedef struct SSegOptions { int window; /**< initial window to trigger further work. */ double locut; double hicut; } SSegOptions; /// Default value for repeats database filtering #define kDefaultRepeatFilterDb "repeat/repeat_9606" /** Filtering options for organsim specific repeats filtering. Currently this consist of only the db name but could be expanded in the future to include other types of filtering or other options. */ typedef struct SRepeatFilterOptions { char* database; /**< Nucleotide database for mini BLAST search. */ } SRepeatFilterOptions; /** Filtering options for organism-specific filtering with Window Masker. The taxid and filename are alternative means of choosing which Window Masker database to use. */ typedef struct SWindowMaskerOptions { int taxid; /**< Select masking database for this TaxID. */ const char * database; /**< Use winmasker database at this location. */ } SWindowMaskerOptions; /** Filtering options for mapping next-generation sequences */ typedef struct SReadQualityOptions { double frac_ambig; /**< Fraction of ambiguous bases */ int entropy; /**< Dimer entropy */ } SReadQualityOptions; /** All filtering options */ typedef struct SBlastFilterOptions { bool mask_at_hash; /**< mask query only for lookup table creation */ SDustOptions* dustOptions; /**< low-complexity filtering for nucleotides. */ SSegOptions* segOptions; /**< low-complexity filtering for proteins sequences (includes translated nucleotides). */ SRepeatFilterOptions* repeatFilterOptions; /**< for organism specific repeat filtering. */ SWindowMaskerOptions* windowMaskerOptions; /**< organism specific filtering with window masker. */ SReadQualityOptions* readQualityOptions; /**< quality filtering for mapping next-generation sequences */ } SBlastFilterOptions; /** Options required for setting up the query sequence */ typedef struct QuerySetUpOptions { SBlastFilterOptions* filtering_options; /**< structured options for all filtering offered from algo/blast/core for BLAST. */ char* filter_string; /**< DEPRECATED, filtering options above. */ Uint1 strand_option; /**< In blastn: which strand to search: 1 = forward; 2 = reverse; 3 = both */ Int4 genetic_code; /**< Genetic code to use for translation, [t]blastx only */ } QuerySetUpOptions; /** Options needed for initial word finding and processing */ typedef struct BlastInitialWordOptions { double gap_trigger; /**< Score in bits for starting gapped extension */ Int4 window_size; /**< Maximal allowed distance between 2 hits in case 2 hits are required to trigger the extension */ Int4 scan_range; /**< Maximal number of gaps allowed between 2 hits */ double x_dropoff; /**< X-dropoff value (in bits) for the ungapped extension */ EBlastProgramType program_number; /**< indicates blastn, blastp, etc. */ } BlastInitialWordOptions; /** The algorithm to be used for preliminary * gapped extensions */ typedef enum EBlastPrelimGapExt { eDynProgScoreOnly, /**< standard affine gapping */ eGreedyScoreOnly, /**< Greedy extension (megaBlast) */ eJumperWithTraceback, /**< Jumper extension (mapping) */ eSmithWatermanScoreOnly /**< Score-only smith-waterman */ } EBlastPrelimGapExt; /** The algorithm to be used for final gapped * extensions with traceback */ typedef enum EBlastTbackExt { eDynProgTbck, /**< standard affine gapping */ eGreedyTbck, /**< Greedy extension (megaBlast) */ eSmithWatermanTbck, /**< Smith-waterman finds optimal scores, then ALIGN_EX to find alignment. */ eSmithWatermanTbckFull /**< Smith-waterman to find all alignments */ } EBlastTbackExt; /** Options used for gapped extension * These include: * a. Penalties for various types of gapping; * b. Drop-off values for the extension algorithms tree exploration; * c. Parameters identifying what kind of extension algorithm(s) should * be used. */ typedef struct BlastExtensionOptions { double gap_x_dropoff; /**< X-dropoff value for gapped extension (in bits) */ double gap_x_dropoff_final;/**< X-dropoff value for the final gapped extension (in bits) */ EBlastPrelimGapExt ePrelimGapExt; /**< type of preliminary gapped extension (normally) for calculating score. */ EBlastTbackExt eTbackExt; /**< type of traceback extension. */ Int4 compositionBasedStats; /**< mode of compositional adjustment to use; if zero then compositional adjustment is not used */ Int4 unifiedP; /**< Indicates unified P values to be used in blastp or tblastn */ Int4 max_mismatches; /**< Maximum number of mismatches allowed for Jumper */ Int4 mismatch_window; /**< Widnow for counting mismatches for Jumper */ EBlastProgramType program_number; /**< indicates blastn, blastp, etc. */ } BlastExtensionOptions; /** Options for the Best Hit HSP collection algorithm */ typedef struct BlastHSPBestHitOptions { double overhang; double score_edge; } BlastHSPBestHitOptions; /** Options for the HSP culling algorithm */ typedef struct BlastHSPCullingOptions { int max_hits; /**< Maximum number of hits per area of query. */ } BlastHSPCullingOptions; typedef struct BlastHSPSubjectBestHitOptions { unsigned int max_range_diff; } BlastHSPSubjectBestHitOptions; /** Structure containing the HSP filtering/writing options */ typedef struct BlastHSPFilteringOptions { /** Best Hit algorithm */ BlastHSPBestHitOptions* best_hit; EBlastStage best_hit_stage; /*<< when to apply the best hit algorithm */ /** culling algorithm */ BlastHSPCullingOptions* culling_opts; EBlastStage culling_stage; /*<< when to apply the culling algorithm */ /** Subject Culling */ BlastHSPSubjectBestHitOptions * subject_besthit_opts; } BlastHSPFilteringOptions; /** Options used when evaluating and saving hits * These include: * a. Restrictions on the number of hits to be saved; * b. Restrictions on the quality and positions of hits to be saved; * c. Parameters used to evaluate the quality of hits. */ typedef struct BlastHitSavingOptions { double expect_value; /**< The expect value cut-off threshold for an HSP, or a combined hit if sum statistics is used */ Int4 cutoff_score; /**< The (raw) score cut-off threshold */ Int4 cutoff_score_fun[2]; /**< Coefficients x100 for the raw score cut-off threshold as a function of query length: x[0] + x[1] * query_length*/ double percent_identity; /**< The percent identity cut-off threshold */ Int4 max_edit_distance; /**< Maximum number of mismatches and gaps */ Int4 hitlist_size;/**< Maximal number of database sequences to return results for */ Int4 hsp_num_max; /**< Maximal number of HSPs to save for one database sequence */ Int4 total_hsp_limit; /**< Maximal total number of HSPs to keep */ Int4 culling_limit; /**< If the query range of an HSP is contained in at least this many higher-scoring HSPs, throw away the HSP as redundant (turned off if zero) */ Int4 mask_level; /**< Only keep the highest scoring HSP when more than one HSP overlaps the same region of the query by more than or equal to mask_level %. -RMH- */ /********************************************************************/ /* Merge all these in a structure for clarity? */ bool do_sum_stats; /**< Force sum statistics to be used to combine HSPs, TRUE by default for all ungapped searches and translated gapped searches (except RPS-BLAST) */ Int4 longest_intron; /**< The longest distance between HSPs allowed for combining via sum statistics with uneven gaps */ /********************************************************************/ Int4 min_hit_length; /**< optional minimum alignment length; alignments not at least this long are discarded */ Int4 min_diag_separation; /**< How many diagonals separate a hit from a substantial alignment before it's not blocked out. Must be > 0 to be used. */ EBlastProgramType program_number; /**< indicates blastn, blastp, etc. */ /** Contains options to configure the HSP filtering/writering structures * If not set, the default HSP filtering strategy is used. */ BlastHSPFilteringOptions* hsp_filt_opt; /** Low-score option. Do not pass ungapped alignments on for later processing if * the hitlist is already full of other alignments unless the ungapped aligment * is above the fraction X of the least significant database match. * zero should turn this off. */ double low_score_perc; double query_cov_hsp_perc; /**< Min query coverage hsp percentage */ /* Used by default hsp filtering strategy, num of best hsps to keep per subject * seq for each query. Note that hsp_num_max should be used only to reduce memory footprint, * it does not guarantee best hsp per query due to query concatenation */ Int4 max_hsps_per_subject; /**< Queries are paired reads, for mapping */ bool paired; /**< Splice HSPs for each query (for mapping RNA-Seq to a genome) */ bool splice; } BlastHitSavingOptions; /** Scoring options block * Used to produce the BlastScoreBlk structure * This structure may be needed for lookup table construction (proteins only), * and for evaluating alignments. */ typedef struct BlastScoringOptions { char* matrix; /**< Name of the matrix containing all scores: needed for finding neighboring words */ char* matrix_path; /**< Directory path to where matrices are stored. */ Int2 reward; /**< Reward for a match */ Int2 penalty; /**< Penalty for a mismatch */ bool gapped_calculation; /**< gap-free search if FALSE */ bool complexity_adjusted_scoring; /**< Use cross_match-like complexity adjustment on raw scores. -RMH- */ Int4 gap_open; /**< Extra penalty for starting a gap */ Int4 gap_extend; /**< Penalty for each gap residue */ /* only blastx and tblastn (When query & subj are diff) */ bool is_ooframe; /**< Should out-of-frame gapping be used in a translated search? */ Int4 shift_pen; /**< Penalty for shifting a frame in out-of-frame gapping */ EBlastProgramType program_number; /**< indicates blastn, blastp, etc. */ } BlastScoringOptions; /** Options for setting up effective lengths and search spaces. * The values are those the user has specified to override the real sizes. */ typedef struct BlastEffectiveLengthsOptions { Int8 db_length; /**< Database length to be used for statistical calculations */ Int4 dbseq_num; /**< Number of database sequences to be used for statistical calculations */ Int4 num_searchspaces; /**< Number of elements in searchsp_eff, this must be equal to the number of contexts in the search */ Int8 *searchsp_eff; /**< Search space to be used for statistical calculations (one such per query context) */ } BlastEffectiveLengthsOptions; /** Options used in protein BLAST only (PSI, PHI, RPS and translated BLAST) * Some of these possibly should be transfered elsewhere */ typedef struct PSIBlastOptions { /** Pseudocount constant. Needed for the computing the PSSM residue * frequencies */ Int4 pseudo_count; /*** The following options are used at the API layer to specify how the * multiple sequence alignment is built from pairwise alignments. These * could go in their own structure in the future. */ /** Minimum evalue for inclusion in PSSM calculation. Needed for the * conversion of Seq-align into a multiple sequence alignment and for * composition based statistics */ double inclusion_ethresh; /** If set to TRUE, use the best alignment when multiple HSPs are found * in a query-subject alignment (i.e.: HSP with the lowest e-value), else * use all HSPs in a query-subject alignment. This option does not apply to * the PSSM engine, it applies to the processing of pairwise sequence * alignments to build a multiple sequence alignment structure * @sa CPsiBlastInputData (to be implemented) */ bool use_best_alignment; /** Compatibility option for the NCBI's structure group (note * nsg_ prefix, stands for NCBI's structure group). When set to true, the * PSSM engine will function in the same way the C toolkit PSSM engine did * in the structure group's cddumper application. This option should be * set to FALSE by default as it enables the following behavior in the * PSSM engine: * 
     * 1) Ignores the query sequence (on certain stages of PSSM creation only)
     * 2) Skips validation of multiple sequence alignment data
     * 3) Disables assertions and validation in _PSICheckSequenceWeights
     * 4) If no aligned sequences are provided in the multiple sequence
     * alignment, NULL PSSM frequency ratios are returned and the PSSM is built
     * based on the underlying substitution matrix.
     *
* Do not set this to TRUE unless you know what you are doing. */ bool nsg_compatibility_mode; /** Scaling factor as used in IMPALA to do the matrix rescaling. Default * value of 1.0 means not to use it. Makemat/formatrpsdb set this value to * 100 by default, Kappa_RedoAlignmentCore uses 32. Provided so that the * NCBI structure group can create scaled PSSMs as the output of the PSSM * engine. Do not change this unless you know what you are doing. */ double impala_scaling_factor; /** This turns off a validation for the multiple sequence alignment in the * PSSM engine for unaligned positions. Needed when a multiple sequence * alignment is provided on the command line (e.g.: -in_msa option). */ bool ignore_unaligned_positions; } PSIBlastOptions; /** Options used to create the ReadDBFILE structure * Include database name and various information for restricting the database * to a subset. */ typedef struct BlastDatabaseOptions { Int4 genetic_code; /**< Genetic code to use for translation, tblast[nx] only */ } BlastDatabaseOptions; /******************************************************************************** Functions to create options blocks with default values and free them after use. *********************************************************************************/ /** Frees SDustOptions. * @param dust_options object to free * @return NULL pointer */ NCBI_XBLAST_EXPORT SDustOptions* SDustOptionsFree(SDustOptions* dust_options); /** Allocates memory for SDustOptions, fills in defaults. * @param dust_options options that are being returned [in|out] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SDustOptionsNew(SDustOptions* *dust_options); /** Frees SSegOptions. * @param seg_options object to free [in] * @return NULL pointer */ NCBI_XBLAST_EXPORT SSegOptions* SSegOptionsFree(SSegOptions* seg_options); /** Allocates memory for SSegOptions, fills in defaults. [in|out] * @param seg_options options that are being returned [in|out] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SSegOptionsNew(SSegOptions* *seg_options); /** Resets name of db for repeat filtering. * @param repeat_options already allocated options constaining field to be reset [in|out] * @param dbname name of the database(s) [in] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SRepeatFilterOptionsResetDB(SRepeatFilterOptions* *repeat_options, const char* dbname); /** Resets name of db for window masker filtering. * @param winmask_options options block constaining field to be reset [in|out] * @param dbname name of the database(s) [in] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SWindowMaskerOptionsResetDB(SWindowMaskerOptions ** winmask_options, const char * dbname); /** Frees SRepeatFilterOptions. * @param repeat_options object to free [in] * @return NULL pointer */ NCBI_XBLAST_EXPORT SRepeatFilterOptions* SRepeatFilterOptionsFree(SRepeatFilterOptions* repeat_options); /** Frees SWindowMaskerOptions. * @param winmask_options object to free [in] * @return NULL pointer */ NCBI_XBLAST_EXPORT SWindowMaskerOptions* SWindowMaskerOptionsFree(SWindowMaskerOptions * winmask_options); /** Allocates memory for SRepeatFilterOptions, fills in defaults. * @param repeat_options options that are being returned [in|out] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SRepeatFilterOptionsNew(SRepeatFilterOptions ** repeat_options); /** Allocates memory for SWindowMaskerOptions, fills in defaults. * @param winmask_options options that are being returned [in|out] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SWindowMaskerOptionsNew(SWindowMaskerOptions ** winmask_options); /** Allocates memory for SReadQualityOptions, fills in defaults. * @param read_quality_ptions options that are being returned [in|out] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SReadQualityOptionsNew(SReadQualityOptions ** read_quality_options); /** Frees memory for SReadQualityOptions */ NCBI_XBLAST_EXPORT SReadQualityOptions* SReadQualityOptionsFree( SReadQualityOptions * read_quality_options); /** Frees SBlastFilterOptions and all subservient structures. * @param filter_options object to free * @return NULL pointer */ NCBI_XBLAST_EXPORT SBlastFilterOptions* SBlastFilterOptionsFree(SBlastFilterOptions* filter_options); /** Merges two sets of options together, taking the non-default one as preferred. if * both are non-default then one or the other is taken. * @param combined object that is returned [in|out] * @param opt1 first set of options [in] * @param opt2 second set of options [in] * @return zero on success. */ NCBI_XBLAST_EXPORT Int2 SBlastFilterOptionsMerge(SBlastFilterOptions** combined, const SBlastFilterOptions* opt1, const SBlastFilterOptions* opt2); /** Types of filtering options. */ typedef enum EFilterOptions { eSeg, /**< low-complexity for proteins. */ eDust, /**< low-complexity for nucleotides. */ eRepeats, /**< Repeat filtering for nucleotides. */ eDustRepeats, /**< Repeat and dust filtering for nucleotides. */ eEmpty /**< no filtering at all. */ } EFilterOptions; /** Allocates memory for SBlastFilterOptions and * @param filter_options options that are being returned [in|out] * @param type specify either dust or seg (now) with EFilterOptions [in] * @return zero on sucess */ NCBI_XBLAST_EXPORT Int2 SBlastFilterOptionsNew(SBlastFilterOptions* *filter_options, EFilterOptions type); /** Queries whether no masking is required * @param filter_options the object to be queried [in] * @return TRUE if no filtering is required or argument is NULL, FALSE * otherwise */ NCBI_XBLAST_EXPORT bool SBlastFilterOptionsNoFiltering(const SBlastFilterOptions* filter_options); /** Queries whether masking should be done only for the lookup table or for the entire search. * @param filter_options the object to be queried [in] * @return TRUE or FALSE, FALSE if filter_options is NULL. */ NCBI_XBLAST_EXPORT bool SBlastFilterOptionsMaskAtHash(const SBlastFilterOptions* filter_options); /** Validates filter options to ensure that program and options are consistent * and that options have valid values. * @param program_number Program number (blastn, blastp, etc.) [in] * @param filter_options options to add to [in] * @param blast_message error or warning (optional) [out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 SBlastFilterOptionsValidate(EBlastProgramType program_number, const SBlastFilterOptions* filter_options, Blast_Message* *blast_message); /** Deallocate memory for QuerySetUpOptions. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT QuerySetUpOptions* BlastQuerySetUpOptionsFree(QuerySetUpOptions* options); /** Allocate memory for QuerySetUpOptions and fill with default values. * @param options The options that have are being returned [out] */ NCBI_XBLAST_EXPORT Int2 BlastQuerySetUpOptionsNew(QuerySetUpOptions* *options); /** Fill non-default contents of the QuerySetUpOptions. * @param options The options structure [in] [out] * @param program Program number (blastn, blastp, etc.) [in] * @param filter_string Parsable string of filtering options [in] * @param strand_option which strand to search [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_FillQuerySetUpOptions(QuerySetUpOptions* options, EBlastProgramType program, const char *filter_string, Uint1 strand_option); /** Deallocate memory for BlastInitialWordOptions. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT BlastInitialWordOptions* BlastInitialWordOptionsFree(BlastInitialWordOptions* options); /** Allocate memory for BlastInitialWordOptions and fill with default values. * @param program Program number (blastn, blastp, etc.) [in] * @param options The options that have are being returned [out] */ NCBI_XBLAST_EXPORT Int2 BlastInitialWordOptionsNew(EBlastProgramType program, BlastInitialWordOptions* *options); /** Validate correctness of the initial word options. * @param program_number Type of BLAST program [in] * @param options Initial word options [in] * @param blast_msg Describes any validation problems found [out] * @return Validation status */ NCBI_XBLAST_EXPORT Int2 BlastInitialWordOptionsValidate(EBlastProgramType program_number, const BlastInitialWordOptions* options, Blast_Message* *blast_msg); /** Fill non-default values in the BlastInitialWordOptions structure. * @param options The options structure [in] [out] * @param program Program number (blastn, blastp, etc.) [in] * @param window_size Size of a largest window between 2 words for the two-hit * version [in] * @param xdrop_ungapped The value of the X-dropoff for ungapped extensions [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_FillInitialWordOptions(BlastInitialWordOptions* options, EBlastProgramType program, Int4 window_size, double xdrop_ungapped); /** Deallocate memory for BlastExtensionOptions. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT BlastExtensionOptions* BlastExtensionOptionsFree(BlastExtensionOptions* options); /** Allocate memory for BlastExtensionOptions and fill with default values. * @param program Program number (blastn, blastp, etc.) [in] * @param options The options that are being returned [out] * @param gapped The search is gapped [in] */ NCBI_XBLAST_EXPORT Int2 BlastExtensionOptionsNew(EBlastProgramType program, BlastExtensionOptions* *options, bool gapped); /** Fill non-default values in the BlastExtensionOptions structure. * @param options The options structure [in] [out] * @param program Program number (blastn, blastp, etc.) [in] * @param greedy In how many stages of the search greedy alignment is * used (values 0, 1, 2)? FIXME [in] * @param x_dropoff X-dropoff parameter value for preliminary gapped * extensions [in] * @param x_dropoff_final X-dropoff parameter value for final gapped * extensions with traceback [in] * @todo the greedy parameter to this function is tied to the blast_driver's * command line argument for greedy... couldn't this be EBlastPrelimGapExt? */ NCBI_XBLAST_EXPORT Int2 BLAST_FillExtensionOptions(BlastExtensionOptions* options, EBlastProgramType program, Int4 greedy, double x_dropoff, double x_dropoff_final); /** Validate contents of BlastExtensionOptions. * @param program_number Type of BLAST program [in] * @param options Options to be validated [in] * @param blast_msg Describes any validation problems found [out] */ NCBI_XBLAST_EXPORT Int2 BlastExtensionOptionsValidate(EBlastProgramType program_number, const BlastExtensionOptions* options, Blast_Message* *blast_msg); /** Deallocate memory for BlastScoringOptions. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT BlastScoringOptions* BlastScoringOptionsFree(BlastScoringOptions* options); /** Allocate memory for BlastScoringOptions and fill with default values. * @param program Program number (blastn, blastp, etc.) [in] * @param options The options that are being returned [out] */ NCBI_XBLAST_EXPORT Int2 BlastScoringOptionsNew(EBlastProgramType program, BlastScoringOptions* *options); /** Fill non-default values in the BlastScoringOptions structure. * @param options The options structure [in] [out] * @param program Program number (blastn, blastp, etc.) [in] * @param greedy_extension Is greedy extension algorithm used? [in] * @param penalty Mismatch penalty score (blastn only) [in] * @param reward Match reward score (blastn only) [in] * @param matrix Name of the BLAST matrix (all except blastn) [in] * @param gap_open Extra cost for opening a gap [in] * @param gap_extend Cost of a gap [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_FillScoringOptions(BlastScoringOptions* options, EBlastProgramType program, bool greedy_extension, Int4 penalty, Int4 reward, const char *matrix, Int4 gap_open, Int4 gap_extend); /** Validate contents of BlastScoringOptions. * @param program_number Type of BLAST program [in] * @param options Options to be validated [in] * @param blast_msg Describes any validation problems found [out] */ NCBI_XBLAST_EXPORT Int2 BlastScoringOptionsValidate(EBlastProgramType program_number, const BlastScoringOptions* options, Blast_Message* *blast_msg); /** Produces copy of "old" options, with new memory allocated. * @param new_opt Contains copied BlastScoringOptions upon return [out] * @param old_opt BlastScoringOptions to be copied [in] */ NCBI_XBLAST_EXPORT Int2 BlastScoringOptionsDup(BlastScoringOptions* *new_opt, const BlastScoringOptions* old_opt); /** Resets matrix name option. Automatically converts the name to upper case. * @param opts Options structure to update. [in] [out] * @param matrix_name New matrix name. If NULL, old matrix name is left * as is. [in] */ NCBI_XBLAST_EXPORT Int2 BlastScoringOptionsSetMatrix(BlastScoringOptions* opts, const char* matrix_name); /** Deallocate memory for BlastEffectiveLengthsOptions*. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT BlastEffectiveLengthsOptions* BlastEffectiveLengthsOptionsFree(BlastEffectiveLengthsOptions* options); /** Allocate memory for BlastEffectiveLengthsOptions* and fill with * default values. * @param options The options that are being returned [out] */ NCBI_XBLAST_EXPORT Int2 BlastEffectiveLengthsOptionsNew(BlastEffectiveLengthsOptions* *options); /** Return true if the search spaces is set for any of the queries in the * search * @param options The options to examine [in] */ NCBI_XBLAST_EXPORT bool BlastEffectiveLengthsOptions_IsSearchSpaceSet(const BlastEffectiveLengthsOptions* options); /** Fill the non-default values in the BlastEffectiveLengthsOptions structure. * @param options The options [in] [out] * @param dbseq_num Number of sequences in the database (if zero real value will be used) [in] * @param db_length Total length of the database (if zero real value will be used) [in] * @param *searchsp_eff Array of effective search spaces (the real value * will be used for elements that are 0). If array * contains one element, all contexts use this value. * If array has multiple elements, the number must match * the number of contexts in the search [in] * @param num_searchsp The number of elements in searchsp_eff [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_FillEffectiveLengthsOptions(BlastEffectiveLengthsOptions* options, Int4 dbseq_num, Int8 db_length, Int8 *searchsp_eff, Int4 num_searchsp); /** Allocate memory for lookup table options and fill with default values. * @param program Program number (blastn, blastp, etc.) [in] * @param options The options that are being returned [out] */ NCBI_XBLAST_EXPORT Int2 LookupTableOptionsNew(EBlastProgramType program, LookupTableOptions* *options); /** Allocate memory for lookup table options and fill with default values. * @param options The options [in] [out] * @param program Program number (blastn, blastp, etc.) [in] * @param is_megablast Megablast (instead of blastn) if TRUE [in] * @param threshold Threshold value for finding neighboring words (fractional values are allowed, though unless the engine scales up alignment scores a fractional threshold will be rounded down) [in] * @param word_size Number of matched residues in an initial word [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_FillLookupTableOptions(LookupTableOptions* options, EBlastProgramType program, bool is_megablast, double threshold, Int4 word_size); /** Deallocates memory for LookupTableOptions*. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT LookupTableOptions* LookupTableOptionsFree(LookupTableOptions* options); /** Validate LookupTableOptions. * @param program_number BLAST program [in] * @param options The options that have are being returned [in] * @param blast_msg Describes any validation problems found [out] */ NCBI_XBLAST_EXPORT Int2 LookupTableOptionsValidate(EBlastProgramType program_number, const LookupTableOptions* options, Blast_Message* *blast_msg); /** Deallocate memory for BlastHitSavingOptions. * @param options Structure to free [in] */ NCBI_XBLAST_EXPORT BlastHitSavingOptions* BlastHitSavingOptionsFree(BlastHitSavingOptions* options); /** Validate BlastHitSavingOptions * @param program_number BLAST program [in] * @param options The options that have are being returned [in] * @param blast_msg Describes any validation problems found [out] */ NCBI_XBLAST_EXPORT Int2 BlastHitSavingOptionsValidate(EBlastProgramType program_number, const BlastHitSavingOptions* options, Blast_Message* *blast_msg); /** Allocate memory for BlastHitSavingOptions. * @param program Program number (blastn, blastp, etc.) [in] * @param options The options that are being returned [out] * @param gapped_calculation is this search gapped? [in] */ NCBI_XBLAST_EXPORT Int2 BlastHitSavingOptionsNew(EBlastProgramType program, BlastHitSavingOptions** options, bool gapped_calculation); /** Allocate memory for BlastHitSavingOptions. * @param options The options [in] [out] * @param evalue The expected value threshold [in] * @param hitlist_size How many database sequences to save per query? [in] * @param is_gapped is this a gapped alignment? [in] * @param culling_limit Number of higher-scoring HSPs that must contain * the query range of an HSP before that HSP is declared * to be redundant (ignored if zero) [in] * @param min_diag_separation Delete HSPs whose endpoints are at most this * many diagonals from a higher-scoring HSP. If zero, * delete HSPs whose query and subject ranges are * enveloped by those of a higher-scoring HSP [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_FillHitSavingOptions(BlastHitSavingOptions* options, double evalue, Int4 hitlist_size, bool is_gapped, Int4 culling_limit, Int4 min_diag_separation); /** Initialize default options for PSI BLAST * @param psi_options pointer to pointer where structure will be allocated [in] * @return 1 in case of memory allocation failure or if psi_options is NULL, 0 * in case of success */ NCBI_XBLAST_EXPORT Int2 PSIBlastOptionsNew(PSIBlastOptions** psi_options); /** Validates the PSI BLAST options so that they have sane values. * @param psi_options structure to validate [in] * @param blast_msg Describes any validation problems found [out] * @return 0 on success 1 on failure */ Int2 PSIBlastOptionsValidate(const PSIBlastOptions* psi_options, Blast_Message** blast_msg); /** Deallocate PSI BLAST options */ NCBI_XBLAST_EXPORT PSIBlastOptions* PSIBlastOptionsFree(PSIBlastOptions* psi_options); /** Allocate and initialize a BlastHSPBestHitOptions structure */ NCBI_XBLAST_EXPORT BlastHSPBestHitOptions* BlastHSPBestHitOptionsNew(double overhang, double score_edge); /** Validate the best hit algorithm parameters (if any) in the * @param opts BlastHSPFilteringOptions structure * @return 0 on success, else non-zero */ NCBI_XBLAST_EXPORT Int2 BlastHSPBestHitOptionsValidate(const BlastHSPFilteringOptions* opts); /** Deallocate a BlastHSPBestHitOptions structure * @param opt object to be deallocated. [in] */ NCBI_XBLAST_EXPORT BlastHSPBestHitOptions* BlastHSPBestHitOptionsFree(BlastHSPBestHitOptions* opt); /** Allocate a new object for culling options. * @param max number of HSPs that may be aligned to one part of query [in] */ NCBI_XBLAST_EXPORT BlastHSPCullingOptions* BlastHSPCullingOptionsNew(int max); /** Validate culling options. * @param opts BlastHSPFilteringOptions structure * @return 0 on success, else non-zero */ NCBI_XBLAST_EXPORT Int2 BlastHSPCullingOptionsValidate(const BlastHSPFilteringOptions* opts); /** Deallocates culling options structure. * @param culling_opts object to be deallocated. [in] */ NCBI_XBLAST_EXPORT BlastHSPCullingOptions* BlastHSPCullingOptionsFree(BlastHSPCullingOptions* culling_opts); /** Allocate and initialize a BlastHSPFilteringOptions structure */ NCBI_XBLAST_EXPORT BlastHSPFilteringOptions* BlastHSPFilteringOptionsNew(); /** Add the best hit options. Responsibility for best_hit is taken over by the * BlastHSPFilteringOptions * @param filt_opts HSP filtering options [in] * @param best_hit Best Hit algorithm options. Ownership of this is taken by * the BlastHSPFilteringOptions structure [in|out] */ NCBI_XBLAST_EXPORT Int2 BlastHSPFilteringOptions_AddBestHit(BlastHSPFilteringOptions* filt_opts, BlastHSPBestHitOptions** opts, EBlastStage stage); /** Validates the BlastHSPFilteringOptions structure */ NCBI_XBLAST_EXPORT Int2 BlastHSPFilteringOptions_AddCulling(BlastHSPFilteringOptions* filt_opts, BlastHSPCullingOptions** opts, EBlastStage stage); /** Validates the BlastHSPFilteringOptions structure */ NCBI_XBLAST_EXPORT Int2 BlastHSPFilteringOptionsValidate(const BlastHSPFilteringOptions* opts); /** Deallocate a BlastHSPFilteringOptions structure */ NCBI_XBLAST_EXPORT BlastHSPFilteringOptions* BlastHSPFilteringOptionsFree(BlastHSPFilteringOptions* opts); /** Allocates the BlastDatabase options structure and sets the default * database genetic code value (BLAST_GENETIC_CODE). Genetic code string in * ncbistdaa must be populated by client code */ NCBI_XBLAST_EXPORT Int2 BlastDatabaseOptionsNew(BlastDatabaseOptions** db_options); /** Deallocate database options */ NCBI_XBLAST_EXPORT BlastDatabaseOptions* BlastDatabaseOptionsFree(BlastDatabaseOptions* db_options); /** Initialize all the BLAST search options structures with the default * values. * @param blast_program Type of blast program: blastn, blastp, blastx, * tblastn, tblastx) [in] * @param lookup_options Lookup table options [out] * @param query_setup_options Query options [out] * @param word_options Initial word processing options [out] * @param ext_options Extension options [out] * @param hit_options Hit saving options [out] * @param score_options Scoring options [out] * @param eff_len_options Effective length options [out] * @param protein_options Protein BLAST options [out] * @param db_options BLAST database options [out] */ NCBI_XBLAST_EXPORT Int2 BLAST_InitDefaultOptions(EBlastProgramType blast_program, LookupTableOptions** lookup_options, QuerySetUpOptions** query_setup_options, BlastInitialWordOptions** word_options, BlastExtensionOptions** ext_options, BlastHitSavingOptions** hit_options, BlastScoringOptions** score_options, BlastEffectiveLengthsOptions** eff_len_options, PSIBlastOptions** protein_options, BlastDatabaseOptions** db_options); /** Validate all options */ NCBI_XBLAST_EXPORT Int2 BLAST_ValidateOptions(EBlastProgramType program_number, const BlastExtensionOptions* ext_options, const BlastScoringOptions* score_options, const LookupTableOptions* lookup_options, const BlastInitialWordOptions* word_options, const BlastHitSavingOptions* hit_options, Blast_Message* *blast_msg); /** Get thresholds for word-finding suggested by Stephen Altschul. * * @param program_number Type of blast program: blastn, blastp, blastx, * tblastn, tblastx) [in] * @param matrixName matrix, e.g., BLOSUM62 [in] * @param threshold returns suggested value [in|out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 BLAST_GetSuggestedThreshold(EBlastProgramType program_number, const char* matrixName, double* threshold); /** Get window sizes for two hit algorithm suggested by Stephen Altschul. * * @param program_number Type of blast program: blastn, blastp, blastx, * tblastn, tblastx) [in] * @param matrixName matrix, e.g., BLOSUM62 [in] * @param window_size returns suggested value [in|out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 BLAST_GetSuggestedWindowSize(EBlastProgramType program_number, const char* matrixName, Int4* window_size); /** Allocate a new object for subject besthit options. * @params isProtein true if protein alignment [in] */ NCBI_XBLAST_EXPORT BlastHSPSubjectBestHitOptions* BlastHSPSubjectBestHitOptionsNew(bool isProtein); /** Validate subject besthit options. * @param opts BlastHSPFilteringOptions structure * @return 0 on success, else non-zero */ NCBI_XBLAST_EXPORT Int2 BlastHSPSubjectBestHitOptionsValidate(const BlastHSPFilteringOptions* opts); /** Deallocates subject besthit structure. * @param subject_besthit object to be deallocated. [in] */ NCBI_XBLAST_EXPORT BlastHSPSubjectBestHitOptions* BlastHSPSubjectBestHitOptionsFree(BlastHSPSubjectBestHitOptions* subject_besthit_opts); NCBI_XBLAST_EXPORT Int2 BlastHSPFilteringOptions_AddSubjectBestHit(BlastHSPFilteringOptions* filt_opts, BlastHSPSubjectBestHitOptions** subject_besthit); #define DEFAULT_SUBJECT_BESTHIT_PROT_MAX_RANGE_DIFF 3 #define DEFAULT_SUBJECT_BESTHIT_NUCL_MAX_RANGE_DIFF 3 #ifdef __cplusplus } #endif #endif /* !__BLASTOPTIONS__ */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_program.h000066400000000000000000000140661523407312000230730ustar00rootroot00000000000000/* $Id: blast_program.h 103498 2007-05-04 18:56:48Z camacho $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Christiam Camacho / Ilya Dondoshansky * */ /** @file blast_program.h * Definitions for various programs supported by core BLAST */ #ifndef ALGO_BLAST_CORE___BLAST_PROGRAM__H #define ALGO_BLAST_CORE___BLAST_PROGRAM__H #include "ncbi_std.h" #include #define NCBI_XBLAST_EXPORT #ifdef __cplusplus extern "C" { #endif /* Low-level preprocessor definitions: these are not intended to be used * directly, use the EBlastProgramType enumeration below */ /** This bit is on if the query is protein */ #define PROTEIN_QUERY_MASK (0x1<<0) /** This bit is on if the subject is protein */ #define PROTEIN_SUBJECT_MASK (0x1<<1) /** This bit is on if the query is nucleotide */ #define NUCLEOTIDE_QUERY_MASK (0x1<<2) /** This bit is on if the subject is nucleotide */ #define NUCLEOTIDE_SUBJECT_MASK (0x1<<3) /** This bit is on if the query is translated */ #define TRANSLATED_QUERY_MASK (0x1<<4) /** This bit is on if the subject is translated */ #define TRANSLATED_SUBJECT_MASK (0x1<<5) /** This bit is on if the query is a PSSM (PSI-BLAST) */ #define PSSM_QUERY_MASK (0x1<<6) /** This bit is on if the subject is a PSSM (RPS-BLAST) */ #define PSSM_SUBJECT_MASK (0x1<<7) /** This bit is on if the query includes a pattern (PHI-BLAST) */ #define PATTERN_QUERY_MASK (0x1<<8) /******************** Main BLAST program definitions ***********************/ /** Defines the engine's notion of the different applications of the BLAST * algorithm */ typedef enum { eBlastTypeBlastp = (PROTEIN_QUERY_MASK | PROTEIN_SUBJECT_MASK), eBlastTypeBlastn = (NUCLEOTIDE_QUERY_MASK | NUCLEOTIDE_SUBJECT_MASK), eBlastTypeBlastx = (NUCLEOTIDE_QUERY_MASK | PROTEIN_SUBJECT_MASK | TRANSLATED_QUERY_MASK), eBlastTypeTblastn = (PROTEIN_QUERY_MASK | NUCLEOTIDE_SUBJECT_MASK | TRANSLATED_SUBJECT_MASK), eBlastTypeTblastx = (NUCLEOTIDE_QUERY_MASK | NUCLEOTIDE_SUBJECT_MASK | TRANSLATED_QUERY_MASK | TRANSLATED_SUBJECT_MASK), eBlastTypePsiBlast = (PSSM_QUERY_MASK | eBlastTypeBlastp), eBlastTypePsiTblastn = (PSSM_QUERY_MASK | eBlastTypeTblastn), eBlastTypeRpsBlast = (PSSM_SUBJECT_MASK | eBlastTypeBlastp), eBlastTypeRpsTblastn = (PSSM_SUBJECT_MASK | eBlastTypeBlastx), eBlastTypePhiBlastp = (PATTERN_QUERY_MASK | eBlastTypeBlastp), eBlastTypePhiBlastn = (PATTERN_QUERY_MASK | eBlastTypeBlastn), eBlastTypeUndefined = 0x0 } EBlastProgramType; /************* Functions to classify programs by query **********************/ /** Returns true if the query is protein * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_QueryIsProtein(EBlastProgramType p); /** Returns true if the query is nucleotide * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_QueryIsNucleotide(EBlastProgramType p); /** Returns true if the query is PSSM * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_QueryIsPssm(EBlastProgramType p); /************* Functions to classify programs by subject **********************/ /** Returns true if the subject is protein * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_SubjectIsProtein(EBlastProgramType p); /** Returns true if the subject is nucleotide * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_SubjectIsNucleotide(EBlastProgramType p); /** Returns true if the subject is PSSM * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_SubjectIsPssm(EBlastProgramType p); /************* Functions to classify programs by translation *****************/ /** Returns true if the query is translated * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_QueryIsTranslated(EBlastProgramType p); /** Returns true if the subject is translated * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_SubjectIsTranslated(EBlastProgramType p); /************* Functions to classify special BLAST programs *****************/ /** Returns true if program is PSI-BLAST (i.e.: involves a PSSM as query) * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_ProgramIsPsiBlast(EBlastProgramType p); /** Returns true if program is PHI-BLAST (i.e.: involves a pattern) * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_ProgramIsPhiBlast(EBlastProgramType p); /** Returns true if program is RPS-BLAST (i.e.: involves a PSSM as subject) * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_ProgramIsRpsBlast(EBlastProgramType p); /** Returns true if program is not undefined * @param p program type [in] */ NCBI_XBLAST_EXPORT bool Blast_ProgramIsValid(EBlastProgramType p); #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__BLAST_PROGRAM__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_psi.h000066400000000000000000000367431523407312000222250ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Christiam Camacho * */ /** @file blast_psi.h * High level definitions and declarations for the PSSM engine of PSI-BLAST. */ #ifndef ALGO_BLAST_CORE___BLAST_PSI__H #define ALGO_BLAST_CORE___BLAST_PSI__H #include "ncbi_std.h" #include "blast_export.h" #include "blast_options.h" #include "blast_stat.h" #include #ifdef __cplusplus extern "C" { #endif /** Structure to describe the characteristics of a position in the multiple * sequence alignment data structure */ typedef struct PSIMsaCell { Uint1 letter; /**< Preferred letter at this position, in ncbistdaa encoding */ bool is_aligned; /**< Is this letter part of the alignment? */ } PSIMsaCell; /** Structure representing the dimensions of the multiple sequence alignment * data structure */ typedef struct PSIMsaDimensions { Uint4 query_length; /**< Length of the query */ Uint4 num_seqs; /**< Number of distinct sequences aligned with the query (does not include the query) */ } PSIMsaDimensions; #ifdef DEBUG_PSSM_ENGINE /** Sequence information structure */ typedef struct PSISeqInfo { int gi; /**< Sequence GI */ double bit_score; /**< Bit score of this sequence aligned with query*/ double evalue; /**< E-value of this sequence aligned with query*/ } PSISeqInfo; #endif /* DEBUG_PSSM_ENGINE */ /** Multiple sequence alignment (msa) data structure containing the raw data * needed by the PSSM engine to create a PSSM. By convention, the first row of * the data field contains the query sequence */ typedef struct PSIMsa { PSIMsaDimensions* dimensions; /**< dimensions of the msa */ PSIMsaCell** data; /**< actual data, dimensions are (dimensions->num_seqs+1) by (dimensions->query_length) */ #ifdef DEBUG_PSSM_ENGINE PSISeqInfo* seqinfo; /** sequence information for a row of the multiple sequence alignment, length is dimensions->num_seqs+1 */ #endif /* DEBUG_PSSM_ENGINE */ } PSIMsa; /** Allocates and initializes the multiple sequence alignment data structure * for use as input to the PSSM engine. * @param dimensions dimensions of multiple sequence alignment data structure * to allocate [in] * @return allocated PSIMsa structure or NULL if out of memory. */ NCBI_XBLAST_EXPORT PSIMsa* PSIMsaNew(const PSIMsaDimensions* dimensions); /** Deallocates the PSIMsa structure * @param msa multiple sequence alignment structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT PSIMsa* PSIMsaFree(PSIMsa* msa); /******************************************************************* * Data structures for computing PSSM from using Conserved Domains * */ /** Data needed for PSSM computation stored in MSA cell for single column in * CD aligned to a position in the query */ typedef struct PSICdMsaCellData { double* wfreqs; /**< Frequencies for each residue in CD column */ double iobsr; /**< Effective number of independent observations in a CD column */ } PSICdMsaCellData; /** Alignment cell that represents one column of CD aligned to a position * in the query*/ typedef struct PSICdMsaCell { Uint1 is_aligned; /**< Does this cell represent column aligned to a CD */ PSICdMsaCellData* data; /**< Data needed for PSSM computation */ } PSICdMsaCell; /** Data structure representing multiple alignemnt of CDs and query sequence along with data needed for PSSM computation */ typedef struct PSICdMsa { unsigned char* query; /**< Query sequence as Ncbistdaa */ PSIMsaDimensions* dimensions; /**< Query length and number of aligned cds */ PSICdMsaCell **msa; /**< Multiple alignment of CDs */ } PSICdMsa; #ifdef DEBUG_PSSM_ENGINE NCBI_XBLAST_EXPORT void PrintMsa(const char* filename, const PSIMsa* msa); NCBI_XBLAST_EXPORT void PrintMsaFP(FILE* fp, const PSIMsa* msa); #endif /* DEBUG_PSSM_ENGINE */ /** This is the main return value from the PSSM engine */ typedef struct PSIMatrix { Uint4 ncols; /**< Number of columns in PSSM (query_length) */ Uint4 nrows; /**< Number of rows in PSSM (alphabet_size) */ int** pssm; /**< Position-specific score matrix */ double lambda; /**< Lambda Karlin-Altschul parameter */ double kappa; /**< Kappa Karlin-Altschul parameter */ double h; /**< H Karlin-Altschul parameter */ double ung_lambda; /**< Ungapped Lambda Karlin-Altschul parameter */ double ung_kappa; /**< Ungapped Kappa Karlin-Altschul parameter */ double ung_h; /**< Ungapped H Karlin-Altschul parameter */ } PSIMatrix; /** Allocates a new PSIMatrix structure * @param query_length number of columns allocated for the PSSM [in] * @param alphabet_size number of rows allocated for the PSSM [in] * @return pointer to allocated PSIMatrix structure or NULL if out of memory */ NCBI_XBLAST_EXPORT PSIMatrix* PSIMatrixNew(Uint4 query_length, Uint4 alphabet_size); /** Deallocates the PSIMatrix structure passed in. * @param matrix structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT PSIMatrix* PSIMatrixFree(PSIMatrix* matrix); /** Structure to allow requesting various diagnostics data to be collected by * PSSM engine */ typedef struct PSIDiagnosticsRequest { bool information_content; /**< request information content */ bool residue_frequencies; /**< request observed residue frequencies */ bool weighted_residue_frequencies; /**< request observed weighted residue frequencies */ bool frequency_ratios; /**< request frequency ratios */ bool gapless_column_weights; /**< request gapless column weights */ bool sigma; /**< request sigma */ bool interval_sizes; /**< request interval sizes */ bool num_matching_seqs; /**< request number of matching sequences */ bool independent_observations; /**< request number of independent observations */ } PSIDiagnosticsRequest; /** This structure contains the diagnostics information requested using the * PSIDiagnosticsRequest structure */ typedef struct PSIDiagnosticsResponse { double* information_content; /**< position information content (query_length elements)*/ Uint4** residue_freqs; /**< observed residue frequencies per position of the PSSM (Dimensions are query_length by alphabet_size) */ double** weighted_residue_freqs; /**< Weighted observed residue frequencies per position of the PSSM. (Dimensions are query_length by alphabet_size) */ double** frequency_ratios; /**< PSSM's frequency ratios (Dimensions are query_length by alphabet_size) */ double* gapless_column_weights; /**< Weights for columns without gaps (query_length elements) */ double* sigma; /**< sigma (query_length elements) */ Uint4* interval_sizes; /**< interval sizes of aligned regions (query_length elements) */ Uint4* num_matching_seqs; /**< number of matching sequences per query position (query_length elements) */ Uint4 query_length; /**< Specifies the number of positions in the PSSM */ Uint4 alphabet_size; /**< Specifies length of alphabet */ double* independent_observations; /**< Effective number of observations per column */ } PSIDiagnosticsResponse; /** Allocates a PSIDiagnosticsRequest structure, setting all fields to false * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT PSIDiagnosticsRequest* PSIDiagnosticsRequestNew(void); /** Allocates a PSIDiagnosticsRequest structure, setting fields to their * default values for their use in the context of the PSI-BLAST application. * @param save_ascii_pssm corresponds to the command line argument to save the * PSSM in ASCII format [in] * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT PSIDiagnosticsRequest* PSIDiagnosticsRequestNewEx(bool save_ascii_pssm); /** Deallocates the PSIDiagnosticsRequest structure passed in * @param diags_request structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT PSIDiagnosticsRequest* PSIDiagnosticsRequestFree(PSIDiagnosticsRequest* diags_request); /** Allocates a new PSI-BLAST diagnostics structure based on which fields of * the PSIDiagnosticsRequest structure are TRUE. Note: this is declared * here for consistency - this does not need to be called by client code of * this API, it is called in the PSICreatePssm* functions to allocate the * diagnostics response structure. * @param query_length length of the query sequence [in] * @param alphabet_size length of the alphabet [in] * @param request diagnostics to retrieve from PSSM engine [in] * @return pointer to allocated PSIDiagnosticsResponse or NULL if dimensions or * request are NULL */ NCBI_XBLAST_EXPORT PSIDiagnosticsResponse* PSIDiagnosticsResponseNew(Uint4 query_length, Uint4 alphabet_size, const PSIDiagnosticsRequest* request); /** Deallocates the PSIDiagnosticsResponse structure passed in. * @param diags structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT PSIDiagnosticsResponse* PSIDiagnosticsResponseFree(PSIDiagnosticsResponse* diags); /****************************************************************************/ /** Main entry point to core PSSM engine to calculate the PSSM. * @param msap multiple sequence alignment data structure [in] * @param options options to the PSSM engine [in] * @param sbp BLAST score block structure [in|out] * @param pssm PSSM and statistical information (the latter is also returned * in the sbp->kbp_gap_psi[0]) * @return PSI_SUCCESS on success, otherwise one of the PSIERR_* constants */ NCBI_XBLAST_EXPORT int PSICreatePssm(const PSIMsa* msap, const PSIBlastOptions* options, BlastScoreBlk* sbp, PSIMatrix** pssm); /** Main entry point to core PSSM engine which allows to request diagnostics * information. * @param msap multiple sequence alignment data structure [in] * @param options options to the PSSM engine [in] * @param sbp BLAST score block structure [in|out] * @param request diagnostics information request [in] * @param pssm PSSM and statistical information (the latter is also returned * in the sbp->kbp_gap_psi[0]) [out] * @param diagnostics diagnostics information response, expects a pointer to an * uninitialized structure which will be populated with data requested in * requests [in|out] * @return PSI_SUCCESS on success, otherwise one of the PSIERR_* constants */ NCBI_XBLAST_EXPORT int PSICreatePssmWithDiagnostics(const PSIMsa* msap, const PSIBlastOptions* options, BlastScoreBlk* sbp, const PSIDiagnosticsRequest* request, PSIMatrix** pssm, PSIDiagnosticsResponse** diagnostics); /** Main entry point to core PSSM engine for computing CDD-based PSSMs * @param cd_msa information about CDs that match to query sequence [in] * @param options options to PSSM engine [in] * @param sbp BLAST score block structure [in|out] * @param request diagnostics information request [in] * @param pssm PSSM [out] * @param diagnostics diagnostics information response, expects a pointer to * uninitialized structure [in|out] */ int PSICreatePssmFromCDD(const PSICdMsa* cd_msa, const PSIBlastOptions* options, BlastScoreBlk* sbp, const PSIDiagnosticsRequest* request, PSIMatrix** pssm, PSIDiagnosticsResponse** diagnostics); /** Top-level function to create a PSSM given a matrix of frequency ratios * and perform scaling on the resulting PSSM (i.e.: performs the last two * stages of the algorithm) * Note that no diagnostics can be returned as those are calculated in earlier * stages of the algorithm. * @param query query sequence in ncbistdaa format, no sentinels needed [in] * @param query_length length of the query sequence [in] * @param sbp BLAST score block structure [in|out] * @param freq_ratios matrix of frequency ratios, dimensions are query_length * by BLASTAA_SIZE [in] * @param impala_scaling_factor scaling factor used in IMPALA-style scaling if * its value is NOT kPSSM_NoImpalaScaling (otherwise it performs standard * PSI-BLAST scaling) [in] * @param pssm PSSM and statistical information [in|out] * @return PSI_SUCCESS on success, otherwise one of the PSIERR_* constants * @todo FIXME change scalePosMatrix (blast_kappa.c) to use this function */ NCBI_XBLAST_EXPORT int PSICreatePssmFromFrequencyRatios(const Uint1* query, Uint4 query_length, BlastScoreBlk* sbp, double** freq_ratios, double impala_scaling_factor, PSIMatrix** pssm); #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__BLAST_PSI__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_psi_priv.h000066400000000000000000000761051523407312000232610ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Alejandro Schaffer, ported by Christiam Camacho * */ /** @file blast_psi_priv.h * Private interface for Position Iterated BLAST API, contains the * PSSM generation engine. * * 
 * Calculating PSSMs from Seq-aligns is a multi-stage process. These stages
 * include:
 * 1) Processing the Seq-align
 *      Examine alignment and extract information about aligned characters,
 *      performed at the API level
 * 2) Purge biased sequences: construct M multiple sequence alignment as
 *      described in page 3395[1] - performed at the core level; custom
 *      selection of sequences should be performed at the API level.
 * 3) Compute extents of the alignment: M sub C as described in page 3395[1]
 * 4) Compute sequence weights
 * 5) Compute residue frequencies
 * 6) Convert residue frequencies to PSSM
 * 7) Scale the resulting PSSM
 *
*/ #ifndef ALGO_BLAST_CORE___BLAST_PSI_PRIV__H #define ALGO_BLAST_CORE___BLAST_PSI_PRIV__H #include "ncbi_std.h" #include "blast_stat.h" #include "blast_psi.h" #include "matrix_freq_ratios.h" #include #ifdef __cplusplus extern "C" { #endif /****************************************************************************/ /* Extern declarations for constants (defined in blast_psi_priv.c) */ /** Percent identity threshold for discarding near-identical matches */ NCBI_XBLAST_EXPORT extern const double kPSINearIdentical; /** Percent identity threshold for discarding identical matches */ NCBI_XBLAST_EXPORT extern const double kPSIIdentical; /** Index into multiple sequence alignment structure for the query sequence */ NCBI_XBLAST_EXPORT extern const unsigned int kQueryIndex; /** Small constant to test against 0 */ NCBI_XBLAST_EXPORT extern const double kEpsilon; /** Successor to POSIT_SCALE_FACTOR */ NCBI_XBLAST_EXPORT extern const int kPSIScaleFactor; /** Constant used in scaling PSSM routines: Successor to POSIT_PERCENT */ NCBI_XBLAST_EXPORT extern const double kPositScalingPercent; /** Constant used in scaling PSSM routines: Successor to POSIT_NUM_ITERATIONS */ NCBI_XBLAST_EXPORT extern const Uint4 kPositScalingNumIterations; /****************************************************************************/ /* Matrix utility functions */ /** Generic 2 dimensional matrix allocator. * Allocates a ncols by nrows matrix with cells of size data_type_sz. Must be * freed using x_DeallocateMatrix * @param ncols number of columns in matrix [in] * @param nrows number of rows in matrix [in] * @param data_type_sz size of the data type (in bytes) to allocate for each * element in the matrix [in] * @return pointer to allocated memory or NULL in case of failure */ NCBI_XBLAST_EXPORT void** _PSIAllocateMatrix(unsigned int ncols, unsigned int nrows, unsigned int data_type_sz); /** Generic 2 dimensional matrix deallocator. * Deallocates the memory allocated by x_AllocateMatrix * @param matrix matrix to deallocate [in] * @param ncols number of columns in the matrix [in] * @return NULL */ NCBI_XBLAST_EXPORT void** _PSIDeallocateMatrix(void** matrix, unsigned int ncols); /** Copies src matrix into dest matrix, both of which must be int matrices with * dimensions ncols by nrows * @param dest Destination matrix [out] * @param src Source matrix [in] * @param ncols Number of columns to copy [in] * @param nrows Number of rows to copy [in] */ NCBI_XBLAST_EXPORT void _PSICopyMatrix_int(int** dest, int** src, unsigned int ncols, unsigned int nrows); /** Copies src matrix into dest matrix, both of which must be double matrices * with dimensions ncols by nrows * @param dest Destination matrix [out] * @param src Source matrix [in] * @param ncols Number of columns to copy [in] * @param nrows Number of rows to copy [in] */ NCBI_XBLAST_EXPORT void _PSICopyMatrix_double(double** dest, double** src, unsigned int ncols, unsigned int nrows); /****************************************************************************/ /* Structure declarations */ /** Compact version of the PSIMsaCell structure */ typedef struct _PSIPackedMsaCell { unsigned int letter:7; /**< Preferred letter at this position, in ncbistdaa encoding */ unsigned int is_aligned:1; /**< Is this letter part of the alignment? */ } _PSIPackedMsaCell; /** Compact version of PSIMsa structure */ typedef struct _PSIPackedMsa { PSIMsaDimensions* dimensions; /**< dimensions of the msa */ _PSIPackedMsaCell** data; /**< actual data, dimensions are (dimensions->num_seqs+1) by (dimensions->query_length) */ bool* use_sequence; /**< used to indicate whether a sequence should be used for further processing by the engine (length: num_seqs + 1) */ }_PSIPackedMsa; /** Allocates and initializes the compact version of the PSIMsa structure * (makes a deep copy) for internal use by the PSSM engine. * @param msa multiple sequence alignment data structure provided by the user * [in] * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT _PSIPackedMsa* _PSIPackedMsaNew(const PSIMsa* msa); /** Deallocates the _PSIMsa data structure. * @param msa multiple sequence alignment data structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT _PSIPackedMsa* _PSIPackedMsaFree(_PSIPackedMsa* msa); /** Retrieve the number of aligned sequences in the compact multiple sequence * alignment * @param msa multiple sequence alignment data structure to deallocate [in] */ NCBI_XBLAST_EXPORT unsigned int _PSIPackedMsaGetNumberOfAlignedSeqs(const _PSIPackedMsa* msa); /** Internal data structure to represent a position in the multiple sequence * alignment data structure @sa _PSIMsa */ typedef struct _PSIMsaCell { unsigned int letter:7; /**< Preferred letter at this position */ unsigned int is_aligned:1; /**< Is this letter part of the alignment? */ SSeqRange extents; /**< Extents of this aligned position */ } _PSIMsaCell; /** Internal multiple alignment data structure used by the PSSM engine */ typedef struct _PSIMsa { PSIMsaDimensions* dimensions; /**< dimensions of field below */ _PSIMsaCell** cell; /**< multiple sequence alignment matrix (dimensions: query_length x num_seqs + 1) */ Uint1* query; /**< query sequence (length: query_length) */ Uint4** residue_counts; /**< matrix to keep track of the raw residue counts at each position of the multiple sequence alignment (dimensions: query_length x alphabet_size) */ Uint4 alphabet_size; /**< number of elements in alphabet */ Uint4* num_matching_seqs; /**< number of sequences aligned at a given position in the multiple sequence alignment (length: query_length). Corresponds to posit.h:posSearch->posCount */ } _PSIMsa; /** Allocates and initializes the internal version of the PSIMsa structure * (makes a deep copy) for internal use by the PSSM engine. * @param packed_msa compact multiple sequence alignment data structure [in] * @param alphabet_size number of elements in the alphabet that makes up the * aligned characters in the multiple sequence alignment [in] * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT _PSIMsa* _PSIMsaNew(const _PSIPackedMsa* packed_msa, Uint4 alphabet_size); /** Deallocates the _PSIMsa data structure. * @param msa multiple sequence alignment data structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT _PSIMsa* _PSIMsaFree(_PSIMsa* msa); /** Internal representation of a PSSM in various stages of its creation and its * dimensions. */ typedef struct _PSIInternalPssmData { Uint4 ncols; /**< number of columns (query_length) */ Uint4 nrows; /**< number of rows (alphabet_size) */ int** pssm; /**< PSSM (scores) */ int** scaled_pssm; /**< scaled PSSM (scores) */ double** freq_ratios; /**< frequency ratios */ double* pseudocounts; /**< pseudocount constant for each column */ } _PSIInternalPssmData; /** Allocates a new _PSIInternalPssmData structure. * @param query_length number of columns for the PSSM [in] * @param alphabet_size number of rows for the PSSM [in] * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT _PSIInternalPssmData* _PSIInternalPssmDataNew(Uint4 query_length, Uint4 alphabet_size); /** Deallocates the _PSIInternalPssmData structure. * @param pssm data structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT _PSIInternalPssmData* _PSIInternalPssmDataFree(_PSIInternalPssmData* pssm); /** This structure keeps track of the regions aligned between the query * sequence and those that were not purged. It is used when calculating the * sequence weights (replaces posExtents in old code) */ typedef struct _PSIAlignedBlock { SSeqRange* pos_extnt; /**< Dynamically allocated array of size query_length to keep track of the extents of each aligned position */ Uint4* size; /**< Dynamically allocated array of size query_length that contains the size of the intervals in the array above */ } _PSIAlignedBlock; /** Allocates and initializes the _PSIAlignedBlock structure. * @param query_length length of the query sequence of the multiple * sequence alignment [in] * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT _PSIAlignedBlock* _PSIAlignedBlockNew(Uint4 query_length); /** Deallocates the _PSIAlignedBlock structure. * @param aligned_blocks data structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT _PSIAlignedBlock* _PSIAlignedBlockFree(_PSIAlignedBlock* aligned_blocks); /** Internal data structure to keep computed sequence weights */ typedef struct _PSISequenceWeights { /* Some notes on how elements of this structures corresponds to elements of structures defined in posit.h: _PSISequenceWeights->match_weights is the same as posSearch->posMatchWeights _PSISequenceWeights->gapless_column_weights is the same as posSearch->posGaplessColumnWeights _PSISequenceWeights->norm_seq_weights is the same as posSearch->posA _PSISequenceWeights->row_sigma is the same as posSearch->posRowSigma */ double** match_weights; /**< weighted observed residue frequencies (f_i in 2001 paper). (dimensions: query_length x BlastScoreBlk's alphabet_size) */ Uint4 match_weights_size; /**< kept for help deallocate the field above */ double* norm_seq_weights; /**< Stores the normalized sequence weights (length: num_seqs + 1) */ double* row_sigma; /**< array of length num_seqs + 1 */ /* Sigma: number of different characters occurring in matches within a * multi-alignment block - FIXME: why is it a double? */ double* sigma; /**< array of length query_length */ double* std_prob; /**< standard amino acid probabilities */ /* This fields is required for important diagnostic output, they are * copied into diagnostics structure */ double* gapless_column_weights; /**< FIXME */ int** posDistinctDistrib; /**< For position i, how many positions in its block have j distinct letters. Copied from posit.h:posSearchItems.posDistinctDistrib */ Uint4 posDistinctDistrib_size; /**< Kept to deallocate field above. */ int* posNumParticipating; /**< number of sequences at each position. Copied from posit.h:posSearchItems.posNumParticipating */ double* independent_observations; /**< Number of independent sequences per column */ } _PSISequenceWeights; /** Allocates and initializes the _PSISequenceWeights structure. * @param dims structure containing the multiple sequence alignment dimensions * [in] * @param sbp score block structure initialized for the scoring system used * with the query sequence [in] * @return newly allocated structure or NULL in case of memory allocation * failure */ NCBI_XBLAST_EXPORT _PSISequenceWeights* _PSISequenceWeightsNew(const PSIMsaDimensions* dims, const BlastScoreBlk* sbp); /** Deallocates the _PSISequenceWeights structure. * @param seq_weights data structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT _PSISequenceWeights* _PSISequenceWeightsFree(_PSISequenceWeights* seq_weights); /* Return values for internal PSI-BLAST functions */ /** Successful operation */ #define PSI_SUCCESS (0) /** Bad parameter used in function */ #define PSIERR_BADPARAM (-1) /** Out of memory */ #define PSIERR_OUTOFMEM (-2) /** Sequence weights do not add to 1 */ #define PSIERR_BADSEQWEIGHTS (-3) /** No frequency ratios were found for the given scoring matrix */ #define PSIERR_NOFREQRATIOS (-4) /** Positive average score found when scaling matrix */ #define PSIERR_POSITIVEAVGSCORE (-5) /** After purge stage of PSSM creation, no sequences are left */ #define PSIERR_NOALIGNEDSEQS (-6) /** GAP residue found in query sequence */ #define PSIERR_GAPINQUERY (-7) /** Found an entire column with no participating sequences */ #define PSIERR_UNALIGNEDCOLUMN (-8) /** Found an entire column full of GAP residues */ #define PSIERR_COLUMNOFGAPS (-9) /** Found flanking gap at start of alignment */ #define PSIERR_STARTINGGAP (-10) /** Found flanking gap at end of alignment */ #define PSIERR_ENDINGGAP (-11) /** Errors in conserved domain profile */ #define PSIERR_BADPROFILE (-12) /** Unknown error */ #define PSIERR_UNKNOWN (-255) /****************************************************************************/ /* Function prototypes for the various stages of the PSSM generation engine */ /** Main function for keeping only those selected sequences for PSSM * construction (stage 2). After this function the multiple sequence alignment * data will not be modified. * @sa implementation of PSICreatePssmWithDiagnostics * @param msa multiple sequence alignment data structure [in] * @return PSIERR_BADPARAM if alignment is NULL; PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIPurgeBiasedSegments(_PSIPackedMsa* msa); /** Main validation function for multiple sequence alignment structure. Should * be called after _PSIPurgeBiasedSegments. * @param msa multiple sequence alignment data structure [in] * @param ignored_unaligned_positions determines whether the unaligned * positions test should be performend or not [in] * @return One of the errors defined above if validation fails or bad * parameter is passed in, else PSI_SUCCESS */ NCBI_XBLAST_EXPORT int _PSIValidateMSA(const _PSIMsa* msa, bool ignored_unaligned_positions); /** Main function to compute aligned blocks' properties for each position * within multiple alignment (stage 3) * Corresponds to posit.c:posComputeExtents * @param msa multiple sequence alignment data structure [in] * @param aligned_block data structure describing the aligned blocks' * properties for each position of the multiple sequence alignment [out] * @return PSIERR_BADPARAM if arguments are NULL * PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIComputeAlignmentBlocks(const _PSIMsa* msa, _PSIAlignedBlock* aligned_block); /** Main function to calculate the sequence weights. Should be called with the * return value of PSIComputeAlignmentBlocks (stage 4) * Corresponds to posit.c:posComputeSequenceWeights * @param msa multiple sequence alignment data structure [in] * @param aligned_blocks data structure describing the aligned blocks' * properties for each position of the multiple sequence alignment [in] * @param nsg_compatibility_mode set to true to emulate the structure group's * use of PSSM engine in the cddumper application. By default should be FALSE * [in] * @param seq_weights data structure containing the data needed to compute the * sequence weights [out] * @return PSIERR_BADPARAM if arguments are NULL, PSIERR_OUTOFMEM in case of * memory allocation failure, PSIERR_BADSEQWEIGHTS if the sequence weights fail * to add up to 1.0, PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIComputeSequenceWeights(const _PSIMsa* msa, const _PSIAlignedBlock* aligned_blocks, bool nsg_compatibility_mode, _PSISequenceWeights* seq_weights); /** Main function to calculate CD weights and combine weighted residue counts * from matched CDs * @param cd_msa multiple alignment of conserved domains data structure [in] * @param sbp BLAST score block [in] * @param options CDD-related options [in] * @param seq_weights data structure with CD frequencies [out] */ NCBI_XBLAST_EXPORT int _PSIComputeFrequenciesFromCDs(const PSICdMsa* cd_msa, BlastScoreBlk* sbp, const PSIBlastOptions* options, _PSISequenceWeights* seq_weights); /** Main function to compute the PSSM's frequency ratios (stage 5). * Implements formula 2 in Nucleic Acids Research, 2001, Vol 29, No 14. * Corresponds to posit.c:posComputePseudoFreqs * @param msa multiple sequence alignment data structure [in] * @param seq_weights data structure containing the data needed to compute the * sequence weights [in] * @param sbp score block structure initialized for the scoring system used * with the query sequence [in] * @param aligned_blocks data structure describing the aligned blocks' * properties for each position of the multiple sequence alignment [in] * @param pseudo_count pseudo count constant [in] * @param nsg_compatibility_mode set to true to emulate the structure group's * use of PSSM engine in the cddumper application. By default should be FALSE * @param internal_pssm PSSM being computed [out] * @return PSIERR_BADPARAM if arguments are NULL, PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIComputeFreqRatios(const _PSIMsa* msa, const _PSISequenceWeights* seq_weights, const BlastScoreBlk* sbp, const _PSIAlignedBlock* aligned_blocks, Int4 pseudo_count, bool nsg_compatibility_mode, _PSIInternalPssmData* internal_pssm); /** Main function to compute CD-based PSSM's frequency ratios * @param cd_msa multiple alignment of CDs [in] * @param seq_weights contains weighted residue frequencies and effective number * of observations [in] * @param sbp initialized score block data structure [in] * @param pseudo_count pseudo count constant [in] * @param internal_pssm PSSM [out] * @return status */ NCBI_XBLAST_EXPORT int _PSIComputeFreqRatiosFromCDs(const PSICdMsa* cd_msa, const _PSISequenceWeights* seq_weights, const BlastScoreBlk* sbp, Int4 pseudo_count, _PSIInternalPssmData* internal_pssm); /** Converts the PSSM's frequency ratios obtained in the previous stage to a * PSSM of scores. (stage 6) * @param internal_pssm PSSM being computed [in|out] * @param query query sequence in ncbistdaa encoding. The length of this * sequence is read from internal_pssm->ncols [in] * @param sbp score block structure initialized for the scoring system used * with the query sequence [in] * @param std_probs array containing the standard residue probabilities [in] * @return PSIERR_BADPARAM if arguments are NULL, PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIConvertFreqRatiosToPSSM(_PSIInternalPssmData* internal_pssm, const Uint1* query, const BlastScoreBlk* sbp, const double* std_probs); /** Scales the PSSM (stage 7) * @param query query sequence in ncbistdaa encoding. The length of this * sequence is read from internal_pssm->ncols [in] * @param std_probs array containing the standard background residue * probabilities [in] * @param internal_pssm PSSM being computed [in|out] * @param sbp score block structure initialized for the scoring system used * with the query sequence [in|out] * @return PSIERR_BADPARAM if arguments are NULL, PSIERR_POSITIVEAVGSCORE if * the average score of the generated PSSM is positive, PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIScaleMatrix(const Uint1* query, const double* std_probs, _PSIInternalPssmData* internal_pssm, BlastScoreBlk* sbp); /****************************************************************************/ /* Function prototypes for auxiliary functions for the stages above */ /** Updates the Karlin-Altschul parameters based on the query sequence and * PSSM's score frequencies. Port of blastool.c's updateLambdaK * @param pssm PSSM [in] * @param query query sequence in ncbistdaa encoding [in] * @param query_length length of the query sequence above [in] * @param std_probs array containing the standard background residue * probabilities [in] * @param sbp Score block structure where the calculated lambda and K will be * returned [in|out] */ NCBI_XBLAST_EXPORT void _PSIUpdateLambdaK(const int** pssm, const Uint1* query, Uint4 query_length, const double* std_probs, BlastScoreBlk* sbp); /** Provides a similar function to _PSIScaleMatrix but it performs the scaling * as IMPALA did, i.e.: allowing the specification of a scaling factor and when * calculating the score probabilities, the query length includes 'X' residues. * @todo Ideally all scaling code should be refactored so that it is * consolidated, eliminating the need for blast_posit.[hc]. Please note that * blast_kappa.c's scalePosMatrix also does something very similar. * @todo remove std_probs as it's not used */ NCBI_XBLAST_EXPORT int _IMPALAScaleMatrix(const Uint1* query, const double* std_probs, _PSIInternalPssmData* internal_pssm, BlastScoreBlk* sbp, double scaling_factor); /** Marks the (start, stop] region corresponding to sequence seq_index in * alignment so that it is not further considered for PSSM calculation. * Note that the query sequence cannot be purged. * @param msa multiple sequence alignment data [in|out] * @param seq_index index of the sequence of interested in alignment [in] * @param start start of the region to remove [in] * @param stop stop of the region to remove [in] * @return PSIERR_BADPARAM if no alignment is given, or if seq_index or stop * are invalid, PSI_SUCCESS otherwise */ NCBI_XBLAST_EXPORT int _PSIPurgeAlignedRegion(_PSIPackedMsa* msa, unsigned int seq_index, unsigned int start, unsigned int stop); /** Counts the number of sequences matching the query per query position * (columns of the multiple alignment) as well as the number of residues * present in each position of the query. * Should be called after multiple alignment data has been purged from biased * sequences. * @param msa multiple sequence alignment structure [in|out] */ NCBI_XBLAST_EXPORT void _PSIUpdatePositionCounts(_PSIMsa* msa); /** Calculates the length of the sequence without including any 'X' residues. * used in kappa.c * @param seq sequence to examine [in] * @param length length of the sequence above [in] * @return number of non-X residues in the sequence */ NCBI_XBLAST_EXPORT Uint4 _PSISequenceLengthWithoutX(const Uint1* seq, Uint4 length); /** Compute the probabilities for each score in the PSSM. * This is only valid for protein sequences. * FIXME: Should this be moved to blast_stat.[hc]? * used in kappa.c in notposfillSfp() * @param pssm PSSM for which to compute the score probabilities [in] * @param query query sequence for the PSSM above in ncbistdaa encoding [in] * @param query_length length of the query sequence above [in] * @param std_probs array containing the standard background residue * probabilities [in] * @param sbp score block structure initialized for the scoring system used * with the query sequence [in] * @return structure containing the score frequencies, or NULL in case of error */ NCBI_XBLAST_EXPORT Blast_ScoreFreq* _PSIComputeScoreProbabilities(const int** pssm, const Uint1* query, Uint4 query_length, const double* std_probs, const BlastScoreBlk* sbp); /** Collects diagnostic information from the process of creating the PSSM * @param msa multiple sequence alignment data structure [in] * @param aligned_block aligned regions' extents [in] * @param seq_weights sequence weights data structure [in] * @param internal_pssm structure containing PSSM's frequency ratios [in] * @param diagnostics output parameter [out] * @return PSI_SUCCESS on success, PSIERR_OUTOFMEM if memory allocation fails * or PSIERR_BADPARAM if any of its arguments is NULL */ NCBI_XBLAST_EXPORT int _PSISaveDiagnostics(const _PSIMsa* msa, const _PSIAlignedBlock* aligned_block, const _PSISequenceWeights* seq_weights, const _PSIInternalPssmData* internal_pssm, PSIDiagnosticsResponse* diagnostics); /** Collects diagnostic information from the process of creating the CDD-based * PSSM * @param cd_msa multiple alignment of CDs data structure [in] * @param seq_weights sequence weights data structure [in] * @param internal_pssm structure containing PSSM's frequency ratios [in] * @param diagnostics output parameter [out] * @return PSI_SUCCESS on success, PSIERR_OUTOFMEM if memory allocation fails * or PSIERR_BADPARAM if any of its arguments is NULL */ int _PSISaveCDDiagnostics(const PSICdMsa* msa, const _PSISequenceWeights* seq_weights, const _PSIInternalPssmData* internal_pssm, PSIDiagnosticsResponse* diagnostics); /** Calculates the information content from the scoring matrix * @param score_mat alphabet by alphabet_sz matrix of scores (const) [in] * @param std_prob standard residue probabilities [in] * @param query query sequence [in] * @param query_length length of the query [in] * @param alphabet_sz length of the alphabet used by the query [in] * @param lambda lambda parameter [in] FIXME documentation * @return array of length query_length containing the information content per * query position or NULL on error (e.g.: out-of-memory or NULL parameters) */ NCBI_XBLAST_EXPORT double* _PSICalculateInformationContentFromScoreMatrix( Int4** score_mat, const double* std_prob, const Uint1* query, Uint4 query_length, Uint4 alphabet_sz, double lambda); /** Calculates the information content from the residue frequencies calculated * in stage 5 of the PSSM creation algorithm * Corresponds to posit.c:posFreqsToInformation * @sa _PSIComputeFreqRatios: stage 5 * @param freq_ratios matrix of frequency ratios (dimensions: query_length x * alphabet_sz) (const) [in] * @param std_prob standard residue probabilities [in] * @param query_length length of the query [in] * @param alphabet_sz length of the alphabet used by the query [in] * @return array of length query_length containing the information content per * query position or NULL on error (e.g.: out-of-memory or NULL parameters) */ NCBI_XBLAST_EXPORT double* _PSICalculateInformationContentFromFreqRatios( double** freq_ratios, const double* std_prob, Uint4 query_length, Uint4 alphabet_sz); #ifdef DEBUG_PSSM_ENGINE void __printMsa(const char* filename, const _PSIPackedMsa* msa); void __printMsaFP(FILE* fp, const _PSIPackedMsa* msa); #endif /* DEBUG_PSSM_ENGINE */ /** Enable NCBI structure group customization to discard the query sequence, * as this really isn't the result of a PSI-BLAST iteration, but rather an * artificial consensus sequence of the multiple sequence alignment * constructed by them. This should be called after _PSIPurgeBiasedSegments. */ NCBI_XBLAST_EXPORT void _PSIStructureGroupCustomization(_PSIMsa* msa); /** Structure group validation function for multiple sequence alignment * structure. Should be called after _PSIStructureGroupCustomization. * @param msa multiple sequence alignment data structure [in] * @return One of the errors defined above if validation fails or bad * parameter is passed in, else PSI_SUCCESS */ NCBI_XBLAST_EXPORT int _PSIValidateMSA_StructureGroup(const _PSIMsa* msa); /** Validation of multiple alignment of conserved domains structure * @param cd_msa multiple alignment of CDs [in] * @param alphabet_size alphabet size [in] * @return One of the errors defined above if validation fails or bad * parameter is passed in, else PSI_SUCCESS */ NCBI_XBLAST_EXPORT int _PSIValidateCdMSA(const PSICdMsa* cd_msa, Uint4 alphabet_size); #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__BLAST_PSI_PRIV__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_query_info.h000066400000000000000000000227751523407312000236120ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Christiam Camacho * */ /** @file blast_query_info.h * Definitions and functions associated with the BlastQueryInfo structure */ #ifndef ALGO_BLAST_CORE__BLAST_QUERY_INFO__H #define ALGO_BLAST_CORE__BLAST_QUERY_INFO__H #include "ncbi_std.h" #include "blast_def.h" #include "blast_program.h" #include #include #ifdef __cplusplus extern "C" { #endif /** Information about paired segments (for mapping short reads) */ typedef enum EMagicBlastSegmentInfo { eNoSegments = 0, /**< Sequence is not part of a pair */ fFirstSegmentFlag = 1, /**< The first sequence of a pair */ fLastSegmentFlag = 1 << 1, /**< The last sequence of a pair */ fPartialFlag = 1 << 2, /**< The other segment is not present (did not pass quality filtering */ eFirstSegment = fFirstSegmentFlag, /**< The first sequence of a pair with both sequences read and accepted */ eLastSegment = fLastSegmentFlag /** The last sequence of a pair with both sequences read and accepted */ } EMagicBlastSegmentInfo; /** The context related information */ typedef struct BlastContextInfo { int query_offset; /**< Offset of this query, strand or frame in the concatenated super-query. */ int query_length; /**< Length of this query, strand or frame */ int eff_searchsp; /**< Effective search space for this context. */ int length_adjustment; /**< Length adjustment for boundary conditions */ int query_index; /**< Index of query (same for all frames) */ int frame; /**< Frame number (-1, -2, -3, 0, 1, 2, or 3) */ bool is_valid; /**< Determine if this context is valid or not. This field should be set only by the setup code and read by subsequent stages of the BLAST search */ int segment_flags; /**< Flags describing segments for paired reads */ } BlastContextInfo; /** Forward declaration of SPHIQueryInfo */ struct SPHIQueryInfo; /** The query related information */ typedef struct BlastQueryInfo { int first_context; /**< Index of the first element of the context array */ int last_context; /**< Index of the last element of the context array */ int num_queries; /**< Number of query sequences */ BlastContextInfo * contexts; /**< Information per context */ unsigned max_length; /**< Length of the longest among the concatenated queries */ int min_length; /**< Length of the shortest among the concatenated queries */ struct SPHIQueryInfo* pattern_info; /**< Counts of PHI BLAST pattern occurrences, used in PHI BLAST only. */ } BlastQueryInfo; /** Allocate memory for query information structure */ NCBI_XBLAST_EXPORT BlastQueryInfo* BlastQueryInfoNew(EBlastProgramType program, int num_queries); /** Deallocate memory for query information structure */ NCBI_XBLAST_EXPORT BlastQueryInfo* BlastQueryInfoFree(BlastQueryInfo* query_info); /** Duplicates the query information structure */ NCBI_XBLAST_EXPORT BlastQueryInfo* BlastQueryInfoDup(const BlastQueryInfo* query_info); /** Given a context from BLAST engine core, return the query index. * @param context Context saved in a BlastHSP structure [in] * @param program Type of BLAST program [in] * @return Query index in a set of queries or -1 on error */ NCBI_XBLAST_EXPORT int Blast_GetQueryIndexFromContext(int context, EBlastProgramType program); /** Return the query index (zero based), given the query offset * in the initial HSP as the program. * @param query_offset Offset of the query in the initial HSP [in] * @param program EBlastProgramType [in] * @param query_info information about all the queries [in] * @return Query Index in a set of queries */ NCBI_XBLAST_EXPORT int Blast_GetQueryIndexFromQueryOffset(int query_offset, EBlastProgramType program, const BlastQueryInfo* query_info); /** Retrieve a query sequence's search space * @param qinfo BlastQueryInfo structure [in] * @param program CORE program type [in] * @param query_index number of the query * (query_index < BlastQueryInfo::num_queries) [in] * @return the search space of the query sequence requested or 0 if this is not * set */ NCBI_XBLAST_EXPORT unsigned BlastQueryInfoGetEffSearchSpace(const BlastQueryInfo* qinfo, EBlastProgramType program, int query_index); /** Set a query sequence's search space * @param qinfo BlastQueryInfo structure [in] * @param program CORE program type [in] * @param query_index number of the query * (query_index < BlastQueryInfo::num_queries) [in] * @param eff_searchsp the effective search space to use [in] */ NCBI_XBLAST_EXPORT void BlastQueryInfoSetEffSearchSpace(BlastQueryInfo* qinfo, EBlastProgramType program, int query_index, int eff_searchsp); /** Obtains the sequence length for a given query in the query, without taking * into consideration any applicable translations * @param qinfo BlastQueryInfo structure [in] * @param program CORE program type [in] * @param query_index number of the query * (query_index < BlastQueryInfo::num_queries) [in] * @return the length of the query sequence requested */ NCBI_XBLAST_EXPORT int BlastQueryInfoGetQueryLength(const BlastQueryInfo* qinfo, EBlastProgramType program, int query_index); /** Create auxiliary query structures with all data corresponding * to a single query sequence within a concatenated set. Allocates the * structures if the pointers are NULL on input; otherwise only changes the * contents. * @param one_query_info_ptr Pointer to the query information structure for a * single query. Allocated and filled here, so the * caller of this function will be responsible for * freeing it. [out] * @param one_query_ptr Pointer to the query sequence block structure; allocated * here, but the contents are not allocated; it is still * safe to free by the caller after use. [out] * @param query_info Query information structure containing information about a * concatenated set. [in] * @param query Query sequence block corresponding to a concatenated set of * queries. [in] * @param query_index Which query index to create the auxiliary structures * for? [in] * @return -1 if memory allocation failed; 0 on success */ NCBI_XBLAST_EXPORT int Blast_GetOneQueryStructs(BlastQueryInfo** one_query_info_ptr, BLAST_SequenceBlk** one_query_ptr, const BlastQueryInfo* query_info, BLAST_SequenceBlk* query, int query_index); /** Search BlastContextInfo structures for the specified offset */ NCBI_XBLAST_EXPORT int BSearchContextInfo(int n, const BlastQueryInfo * A); /** Get the number of bytes required for the concatenated sequence * buffer, given a query info structure. The context data should * already be assigned. * @param qinfo Query info structure. [in/out] * @return Number of bytes for all queries and inter-query marks. */ NCBI_XBLAST_EXPORT int QueryInfo_GetSeqBufLen(const BlastQueryInfo* qinfo); /** Copy the context query offsets to an allocated array of int. * @param info Describes the concatenated query. * @return Allocated array. */ NCBI_XBLAST_EXPORT int * ContextOffsetsToOffsetArray(const BlastQueryInfo* info); /** Copy the context query offsets from an array of int, allocating * the context array if needed. * @param info Destination for the values. * @param new_offsets Array of values to copy from. * @param prog The blast program type. */ NCBI_XBLAST_EXPORT void OffsetArrayToContextOffsets(BlastQueryInfo * info, int * new_offsets, EBlastProgramType prog); #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__BLAST_QUERY_INFO__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_seg.cpp000066400000000000000000005134711523407312000225410ustar00rootroot00000000000000/* $Id: blast_seg.c 170558 2009-09-14 18:45:07Z maning $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Ilya Dondoshansky * */ /** @file blast_seg.c * A utility to find low complexity AA regions. This parallels functionality * of seg.c from the C toolkit, but without using the structures generated * from ASN.1 spec. * @todo FIXME needs comments */ #include #include #include #include #include "blast_seg.h" #include "blast_filter.h" #include "ncbi_math.h" #include "util/math/math.h" //#include /** Declared in blast_def.h. */ const int kSegWindow = 10; const double kSegLocut = 1.8; const double kSegHicut = 2.1; /** Natural log of factorials: 0!, 1!, 2!, 3! */ double lnfact[] = { 0.000000, 0.000000, 0.693147, 1.791759, 3.178054, 4.787492, 6.579251, 8.525161, 10.604603, 12.801827, 15.104413, 17.502308, 19.987214, 22.552164, 25.191221, 27.899271, 30.671860, 33.505073, 36.395445, 39.339884, 42.335616, 45.380139, 48.471181, 51.606676, 54.784729, 58.003605, 61.261702, 64.557539, 67.889743, 71.257039, 74.658236, 78.092224, 81.557959, 85.054467, 88.580828, 92.136176, 95.719695, 99.330612, 102.968199, 106.631760, 110.320640, 114.034212, 117.771881, 121.533082, 125.317271, 129.123934, 132.952575, 136.802723, 140.673924, 144.565744, 148.477767, 152.409593, 156.360836, 160.331128, 164.320112, 168.327445, 172.352797, 176.395848, 180.456291, 184.533829, 188.628173, 192.739047, 196.866182, 201.009316, 205.168199, 209.342587, 213.532241, 217.736934, 221.956442, 226.190548, 230.439044, 234.701723, 238.978390, 243.268849, 247.572914, 251.890402, 256.221136, 260.564941, 264.921650, 269.291098, 273.673124, 278.067573, 282.474293, 286.893133, 291.323950, 295.766601, 300.220949, 304.686857, 309.164194, 313.652830, 318.152640, 322.663499, 327.185288, 331.717887, 336.261182, 340.815059, 345.379407, 349.954118, 354.539086, 359.134205, 363.739376, 368.354496, 372.979469, 377.614198, 382.258589, 386.912549, 391.575988, 396.248817, 400.930948, 405.622296, 410.322777, 415.032307, 419.750806, 424.478193, 429.214392, 433.959324, 438.712914, 443.475088, 448.245773, 453.024896, 457.812388, 462.608179, 467.412200, 472.224384, 477.044665, 481.872979, 486.709261, 491.553448, 496.405478, 501.265291, 506.132825, 511.008023, 515.890825, 520.781174, 525.679014, 530.584288, 535.496943, 540.416924, 545.344178, 550.278652, 555.220294, 560.169054, 565.124881, 570.087726, 575.057539, 580.034273, 585.017879, 590.008312, 595.005524, 600.009471, 605.020106, 610.037386, 615.061266, 620.091704, 625.128657, 630.172082, 635.221938, 640.278184, 645.340779, 650.409683, 655.484857, 660.566261, 665.653857, 670.747608, 675.847474, 680.953420, 686.065407, 691.183401, 696.307365, 701.437264, 706.573062, 711.714726, 716.862220, 722.015512, 727.174567, 732.339353, 737.509837, 742.685987, 747.867770, 753.055156, 758.248113, 763.446610, 768.650617, 773.860103, 779.075039, 784.295395, 789.521141, 794.752250, 799.988692, 805.230439, 810.477463, 815.729736, 820.987232, 826.249922, 831.517780, 836.790780, 842.068894, 847.352098, 852.640365, 857.933670, 863.231987, 868.535292, 873.843560, 879.156766, 884.474886, 889.797896, 895.125772, 900.458491, 905.796029, 911.138363, 916.485471, 921.837329, 927.193915, 932.555207, 937.921183, 943.291821, 948.667100, 954.046997, 959.431492, 964.820564, 970.214191, 975.612354, 981.015031, 986.422203, 991.833849, 997.249950, 1002.670485, 1008.095435, 1013.524780, 1018.958502, 1024.396582, 1029.838999, 1035.285737, 1040.736775, 1046.192096, 1051.651682, 1057.115514, 1062.583574, 1068.055844, 1073.532308, 1079.012947, 1084.497744, 1089.986681, 1095.479743, 1100.976911, 1106.478169, 1111.983501, 1117.492889, 1123.006318, 1128.523771, 1134.045232, 1139.570685, 1145.100114, 1150.633503, 1156.170838, 1161.712101, 1167.257279, 1172.806355, 1178.359314, 1183.916142, 1189.476824, 1195.041344, 1200.609689, 1206.181843, 1211.757792, 1217.337522, 1222.921018, 1228.508267, 1234.099254, 1239.693965, 1245.292387, 1250.894506, 1256.500308, 1262.109780, 1267.722908, 1273.339679, 1278.960080, 1284.584097, 1290.211718, 1295.842930, 1301.477720, 1307.116075, 1312.757982, 1318.403428, 1324.052403, 1329.704892, 1335.360884, 1341.020366, 1346.683326, 1352.349753, 1358.019634, 1363.692957, 1369.369711, 1375.049884, 1380.733463, 1386.420439, 1392.110798, 1397.804530, 1403.501624, 1409.202067, 1414.905850, 1420.612960, 1426.323387, 1432.037120, 1437.754148, 1443.474460, 1449.198045, 1454.924892, 1460.654992, 1466.388333, 1472.124906, 1477.864699, 1483.607702, 1489.353905, 1495.103298, 1500.855871, 1506.611613, 1512.370515, 1518.132566, 1523.897757, 1529.666078, 1535.437519, 1541.212071, 1546.989723, 1552.770467, 1558.554292, 1564.341189, 1570.131149, 1575.924163, 1581.720221, 1587.519313, 1593.321432, 1599.126567, 1604.934709, 1610.745850, 1616.559981, 1622.377092, 1628.197175, 1634.020221, 1639.846221, 1645.675166, 1651.507049, 1657.341860, 1663.179590, 1669.020232, 1674.863776, 1680.710215, 1686.559540, 1692.411742, 1698.266814, 1704.124747, 1709.985533, 1715.849165, 1721.715633, 1727.584930, 1733.457047, 1739.331978, 1745.209714, 1751.090247, 1756.973569, 1762.859673, 1768.748551, 1774.640196, 1780.534598, 1786.431752, 1792.331650, 1798.234283, 1804.139645, 1810.047728, 1815.958524, 1821.872027, 1827.788229, 1833.707123, 1839.628702, 1845.552957, 1851.479884, 1857.409473, 1863.341718, 1869.276612, 1875.214148, 1881.154319, 1887.097119, 1893.042539, 1898.990574, 1904.941217, 1910.894460, 1916.850298, 1922.808722, 1928.769728, 1934.733307, 1940.699454, 1946.668161, 1952.639423, 1958.613233, 1964.589584, 1970.568470, 1976.549884, 1982.533820, 1988.520272, 1994.509233, 2000.500698, 2006.494659, 2012.491111, 2018.490048, 2024.491463, 2030.495350, 2036.501703, 2042.510516, 2048.521784, 2054.535499, 2060.551656, 2066.570249, 2072.591272, 2078.614720, 2084.640586, 2090.668864, 2096.699550, 2102.732636, 2108.768117, 2114.805988, 2120.846243, 2126.888876, 2132.933881, 2138.981253, 2145.030987, 2151.083076, 2157.137515, 2163.194299, 2169.253423, 2175.314879, 2181.378665, 2187.444773, 2193.513198, 2199.583936, 2205.656981, 2211.732327, 2217.809969, 2223.889902, 2229.972121, 2236.056620, 2242.143395, 2248.232440, 2254.323750, 2260.417320, 2266.513144, 2272.611219, 2278.711537, 2284.814096, 2290.918889, 2297.025912, 2303.135160, 2309.246627, 2315.360309, 2321.476201, 2327.594299, 2333.714596, 2339.837089, 2345.961772, 2352.088641, 2358.217692, 2364.348918, 2370.482316, 2376.617881, 2382.755608, 2388.895493, 2395.037530, 2401.181716, 2407.328045, 2413.476513, 2419.627116, 2425.779849, 2431.934707, 2438.091686, 2444.250781, 2450.411988, 2456.575303, 2462.740721, 2468.908238, 2475.077848, 2481.249549, 2487.423335, 2493.599202, 2499.777146, 2505.957163, 2512.139248, 2518.323397, 2524.509606, 2530.697870, 2536.888185, 2543.080548, 2549.274953, 2555.471397, 2561.669876, 2567.870385, 2574.072920, 2580.277478, 2586.484054, 2592.692644, 2598.903244, 2605.115850, 2611.330458, 2617.547065, 2623.765665, 2629.986255, 2636.208831, 2642.433390, 2648.659926, 2654.888437, 2661.118919, 2667.351367, 2673.585777, 2679.822147, 2686.060472, 2692.300747, 2698.542971, 2704.787138, 2711.033244, 2717.281287, 2723.531263, 2729.783166, 2736.036995, 2742.292745, 2748.550413, 2754.809994, 2761.071486, 2767.334884, 2773.600185, 2779.867386, 2786.136482, 2792.407471, 2798.680348, 2804.955110, 2811.231753, 2817.510275, 2823.790671, 2830.072937, 2836.357071, 2842.643070, 2848.930928, 2855.220644, 2861.512213, 2867.805632, 2874.100898, 2880.398007, 2886.696957, 2892.997742, 2899.300361, 2905.604810, 2911.911085, 2918.219184, 2924.529102, 2930.840837, 2937.154385, 2943.469743, 2949.786908, 2956.105876, 2962.426644, 2968.749209, 2975.073568, 2981.399718, 2987.727655, 2994.057376, 3000.388877, 3006.722157, 3013.057211, 3019.394037, 3025.732631, 3032.072990, 3038.415112, 3044.758992, 3051.104629, 3057.452018, 3063.801157, 3070.152043, 3076.504672, 3082.859042, 3089.215150, 3095.572992, 3101.932566, 3108.293868, 3114.656896, 3121.021647, 3127.388118, 3133.756305, 3140.126206, 3146.497818, 3152.871137, 3159.246162, 3165.622889, 3172.001315, 3178.381438, 3184.763254, 3191.146760, 3197.531955, 3203.918834, 3210.307396, 3216.697636, 3223.089553, 3229.483144, 3235.878406, 3242.275335, 3248.673930, 3255.074188, 3261.476105, 3267.879679, 3274.284908, 3280.691788, 3287.100316, 3293.510491, 3299.922310, 3306.335768, 3312.750865, 3319.167598, 3325.585963, 3332.005958, 3338.427580, 3344.850827, 3351.275696, 3357.702184, 3364.130290, 3370.560009, 3376.991340, 3383.424280, 3389.858827, 3396.294977, 3402.732729, 3409.172079, 3415.613026, 3422.055566, 3428.499697, 3434.945417, 3441.392723, 3447.841612, 3454.292083, 3460.744132, 3467.197757, 3473.652955, 3480.109725, 3486.568063, 3493.027968, 3499.489436, 3505.952465, 3512.417053, 3518.883198, 3525.350897, 3531.820147, 3538.290947, 3544.763293, 3551.237184, 3557.712616, 3564.189589, 3570.668098, 3577.148143, 3583.629720, 3590.112827, 3596.597463, 3603.083624, 3609.571308, 3616.060512, 3622.551236, 3629.043476, 3635.537230, 3642.032495, 3648.529270, 3655.027552, 3661.527339, 3668.028629, 3674.531419, 3681.035707, 3687.541491, 3694.048769, 3700.557538, 3707.067797, 3713.579542, 3720.092772, 3726.607485, 3733.123678, 3739.641349, 3746.160496, 3752.681117, 3759.203210, 3765.726773, 3772.251802, 3778.778297, 3785.306255, 3791.835674, 3798.366551, 3804.898886, 3811.432675, 3817.967916, 3824.504607, 3831.042747, 3837.582333, 3844.123363, 3850.665835, 3857.209747, 3863.755097, 3870.301882, 3876.850101, 3883.399752, 3889.950832, 3896.503340, 3903.057274, 3909.612630, 3916.169409, 3922.727607, 3929.287222, 3935.848253, 3942.410697, 3948.974552, 3955.539817, 3962.106490, 3968.674567, 3975.244049, 3981.814932, 3988.387214, 3994.960895, 4001.535970, 4008.112440, 4014.690301, 4021.269553, 4027.850192, 4034.432217, 4041.015626, 4047.600417, 4054.186589, 4060.774139, 4067.363066, 4073.953367, 4080.545040, 4087.138085, 4093.732498, 4100.328279, 4106.925425, 4113.523934, 4120.123804, 4126.725034, 4133.327622, 4139.931566, 4146.536864, 4153.143514, 4159.751515, 4166.360864, 4172.971560, 4179.583601, 4186.196985, 4192.811711, 4199.427776, 4206.045179, 4212.663918, 4219.283991, 4225.905397, 4232.528133, 4239.152198, 4245.777591, 4252.404308, 4259.032350, 4265.661713, 4272.292396, 4278.924398, 4285.557717, 4292.192350, 4298.828297, 4305.465555, 4312.104122, 4318.743998, 4325.385180, 4332.027667, 4338.671457, 4345.316548, 4351.962938, 4358.610627, 4365.259611, 4371.909890, 4378.561462, 4385.214325, 4391.868478, 4398.523918, 4405.180645, 4411.838656, 4418.497950, 4425.158525, 4431.820380, 4438.483512, 4445.147921, 4451.813605, 4458.480562, 4465.148790, 4471.818288, 4478.489054, 4485.161087, 4491.834385, 4498.508947, 4505.184770, 4511.861853, 4518.540196, 4525.219795, 4531.900649, 4538.582758, 4545.266119, 4551.950731, 4558.636592, 4565.323700, 4572.012055, 4578.701654, 4585.392497, 4592.084580, 4598.777904, 4605.472466, 4612.168265, 4618.865299, 4625.563567, 4632.263068, 4638.963799, 4645.665759, 4652.368947, 4659.073361, 4665.779001, 4672.485863, 4679.193947, 4685.903251, 4692.613774, 4699.325515, 4706.038471, 4712.752642, 4719.468025, 4726.184620, 4732.902424, 4739.621438, 4746.341658, 4753.063083, 4759.785713, 4766.509546, 4773.234579, 4779.960813, 4786.688244, 4793.416873, 4800.146697, 4806.877715, 4813.609926, 4820.343328, 4827.077919, 4833.813700, 4840.550666, 4847.288819, 4854.028156, 4860.768675, 4867.510376, 4874.253256, 4880.997315, 4887.742552, 4894.488964, 4901.236550, 4907.985310, 4914.735241, 4921.486343, 4928.238613, 4934.992051, 4941.746655, 4948.502424, 4955.259356, 4962.017451, 4968.776706, 4975.537121, 4982.298694, 4989.061423, 4995.825308, 5002.590347, 5009.356539, 5016.123882, 5022.892375, 5029.662017, 5036.432806, 5043.204742, 5049.977822, 5056.752046, 5063.527412, 5070.303919, 5077.081566, 5083.860351, 5090.640273, 5097.421330, 5104.203522, 5110.986848, 5117.771305, 5124.556892, 5131.343609, 5138.131454, 5144.920426, 5151.710523, 5158.501745, 5165.294089, 5172.087555, 5178.882142, 5185.677848, 5192.474671, 5199.272612, 5206.071668, 5212.871838, 5219.673121, 5226.475515, 5233.279021, 5240.083635, 5246.889358, 5253.696187, 5260.504122, 5267.313161, 5274.123304, 5280.934548, 5287.746893, 5294.560338, 5301.374881, 5308.190521, 5315.007257, 5321.825087, 5328.644011, 5335.464028, 5342.285135, 5349.107333, 5355.930619, 5362.754992, 5369.580452, 5376.406998, 5383.234627, 5390.063339, 5396.893133, 5403.724007, 5410.555960, 5417.388992, 5424.223101, 5431.058286, 5437.894545, 5444.731878, 5451.570283, 5458.409759, 5465.250306, 5472.091921, 5478.934605, 5485.778355, 5492.623170, 5499.469050, 5506.315993, 5513.163998, 5520.013065, 5526.863191, 5533.714376, 5540.566618, 5547.419917, 5554.274272, 5561.129681, 5567.986143, 5574.843657, 5581.702222, 5588.561837, 5595.422500, 5602.284212, 5609.146970, 5616.010773, 5622.875621, 5629.741512, 5636.608445, 5643.476419, 5650.345434, 5657.215487, 5664.086579, 5670.958707, 5677.831871, 5684.706069, 5691.581301, 5698.457566, 5705.334862, 5712.213188, 5719.092544, 5725.972928, 5732.854339, 5739.736777, 5746.620240, 5753.504726, 5760.390236, 5767.276768, 5774.164320, 5781.052893, 5787.942484, 5794.833093, 5801.724719, 5808.617361, 5815.511017, 5822.405687, 5829.301370, 5836.198064, 5843.095769, 5849.994483, 5856.894207, 5863.794937, 5870.696674, 5877.599417, 5884.503164, 5891.407915, 5898.313668, 5905.220423, 5912.128178, 5919.036933, 5925.946687, 5932.857437, 5939.769185, 5946.681927, 5953.595665, 5960.510396, 5967.426119, 5974.342834, 5981.260540, 5988.179235, 5995.098919, 6002.019590, 6008.941249, 6015.863892, 6022.787521, 6029.712133, 6036.637729, 6043.564306, 6050.491864, 6057.420401, 6064.349918, 6071.280413, 6078.211885, 6085.144333, 6092.077756, 6099.012153, 6105.947523, 6112.883866, 6119.821180, 6126.759465, 6133.698719, 6140.638941, 6147.580131, 6154.522288, 6161.465410, 6168.409497, 6175.354548, 6182.300562, 6189.247538, 6196.195476, 6203.144373, 6210.094229, 6217.045044, 6223.996816, 6230.949545, 6237.903229, 6244.857868, 6251.813460, 6258.770006, 6265.727503, 6272.685952, 6279.645350, 6286.605698, 6293.566994, 6300.529237, 6307.492427, 6314.456563, 6321.421643, 6328.387668, 6335.354635, 6342.322544, 6349.291394, 6356.261185, 6363.231915, 6370.203584, 6377.176190, 6384.149733, 6391.124212, 6398.099626, 6405.075974, 6412.053255, 6419.031469, 6426.010614, 6432.990690, 6439.971696, 6446.953631, 6453.936493, 6460.920283, 6467.905000, 6474.890641, 6481.877208, 6488.864698, 6495.853111, 6502.842447, 6509.832703, 6516.823880, 6523.815976, 6530.808991, 6537.802924, 6544.797774, 6551.793541, 6558.790222, 6565.787818, 6572.786328, 6579.785750, 6586.786085, 6593.787330, 6600.789486, 6607.792552, 6614.796526, 6621.801408, 6628.807197, 6635.813892, 6642.821493, 6649.829998, 6656.839407, 6663.849719, 6670.860933, 6677.873048, 6684.886064, 6691.899979, 6698.914794, 6705.930506, 6712.947116, 6719.964622, 6726.983024, 6734.002320, 6741.022511, 6748.043595, 6755.065571, 6762.088439, 6769.112198, 6776.136847, 6783.162386, 6790.188813, 6797.216127, 6804.244328, 6811.273416, 6818.303389, 6825.334246, 6832.365988, 6839.398612, 6846.432118, 6853.466506, 6860.501775, 6867.537923, 6874.574951, 6881.612857, 6888.651641, 6895.691301, 6902.731837, 6909.773249, 6916.815535, 6923.858695, 6930.902728, 6937.947633, 6944.993410, 6952.040057, 6959.087574, 6966.135961, 6973.185215, 6980.235338, 6987.286327, 6994.338183, 7001.390904, 7008.444490, 7015.498939, 7022.554252, 7029.610428, 7036.667465, 7043.725362, 7050.784121, 7057.843738, 7064.904215, 7071.965549, 7079.027741, 7086.090789, 7093.154693, 7100.219452, 7107.285065, 7114.351532, 7121.418852, 7128.487024, 7135.556047, 7142.625922, 7149.696646, 7156.768219, 7163.840641, 7170.913911, 7177.988027, 7185.062991, 7192.138799, 7199.215453, 7206.292951, 7213.371293, 7220.450477, 7227.530504, 7234.611372, 7241.693080, 7248.775629, 7255.859017, 7262.943243, 7270.028307, 7277.114209, 7284.200947, 7291.288521, 7298.376929, 7305.466172, 7312.556249, 7319.647159, 7326.738901, 7333.831475, 7340.924880, 7348.019114, 7355.114179, 7362.210072, 7369.306793, 7376.404342, 7383.502718, 7390.601920, 7397.701947, 7404.802799, 7411.904475, 7419.006974, 7426.110296, 7433.214440, 7440.319406, 7447.425192, 7454.531798, 7461.639223, 7468.747468, 7475.856530, 7482.966409, 7490.077105, 7497.188617, 7504.300945, 7511.414087, 7518.528043, 7525.642812, 7532.758395, 7539.874789, 7546.991994, 7554.110010, 7561.228837, 7568.348472, 7575.468917, 7582.590169, 7589.712229, 7596.835096, 7603.958769, 7611.083247, 7618.208530, 7625.334617, 7632.461508, 7639.589202, 7646.717698, 7653.846995, 7660.977094, 7668.107992, 7675.239691, 7682.372189, 7689.505485, 7696.639578, 7703.774469, 7710.910156, 7718.046640, 7725.183918, 7732.321991, 7739.460858, 7746.600518, 7753.740971, 7760.882217, 7768.024253, 7775.167081, 7782.310698, 7789.455105, 7796.600301, 7803.746286, 7810.893058, 7818.040617, 7825.188963, 7832.338095, 7839.488012, 7846.638713, 7853.790199, 7860.942467, 7868.095519, 7875.249353, 7882.403968, 7889.559364, 7896.715541, 7903.872497, 7911.030233, 7918.188747, 7925.348039, 7932.508108, 7939.668954, 7946.830576, 7953.992973, 7961.156146, 7968.320093, 7975.484813, 7982.650306, 7989.816572, 7996.983610, 8004.151419, 8011.319999, 8018.489349, 8025.659469, 8032.830357, 8040.002014, 8047.174439, 8054.347631, 8061.521589, 8068.696313, 8075.871803, 8083.048057, 8090.225076, 8097.402859, 8104.581404, 8111.760712, 8118.940782, 8126.121613, 8133.303205, 8140.485557, 8147.668669, 8154.852540, 8162.037169, 8169.222556, 8176.408700, 8183.595601, 8190.783258, 8197.971671, 8205.160839, 8212.350761, 8219.541437, 8226.732866, 8233.925048, 8241.117983, 8248.311668, 8255.506105, 8262.701293, 8269.897230, 8277.093916, 8284.291352, 8291.489535, 8298.688466, 8305.888145, 8313.088570, 8320.289741, 8327.491657, 8334.694318, 8341.897724, 8349.101873, 8356.306765, 8363.512401, 8370.718778, 8377.925897, 8385.133757, 8392.342357, 8399.551697, 8406.761777, 8413.972595, 8421.184152, 8428.396447, 8435.609478, 8442.823246, 8450.037751, 8457.252991, 8464.468966, 8471.685675, 8478.903119, 8486.121296, 8493.340205, 8500.559847, 8507.780221, 8515.001326, 8522.223162, 8529.445728, 8536.669024, 8543.893049, 8551.117802, 8558.343284, 8565.569493, 8572.796429, 8580.024091, 8587.252480, 8594.481593, 8601.711432, 8608.941995, 8616.173282, 8623.405293, 8630.638026, 8637.871481, 8645.105658, 8652.340557, 8659.576176, 8666.812515, 8674.049574, 8681.287353, 8688.525849, 8695.765064, 8703.004997, 8710.245647, 8717.487013, 8724.729095, 8731.971893, 8739.215406, 8746.459634, 8753.704575, 8760.950230, 8768.196598, 8775.443679, 8782.691472, 8789.939976, 8797.189191, 8804.439116, 8811.689752, 8818.941097, 8826.193151, 8833.445913, 8840.699383, 8847.953561, 8855.208446, 8862.464037, 8869.720335, 8876.977337, 8884.235045, 8891.493457, 8898.752573, 8906.012393, 8913.272915, 8920.534141, 8927.796068, 8935.058696, 8942.322026, 8949.586056, 8956.850786, 8964.116216, 8971.382345, 8978.649172, 8985.916697, 8993.184920, 9000.453841, 9007.723457, 9014.993770, 9022.264779, 9029.536483, 9036.808881, 9044.081973, 9051.355760, 9058.630239, 9065.905412, 9073.181276, 9080.457833, 9087.735080, 9095.013019, 9102.291648, 9109.570967, 9116.850975, 9124.131672, 9131.413058, 9138.695132, 9145.977893, 9153.261341, 9160.545476, 9167.830297, 9175.115803, 9182.401995, 9189.688871, 9196.976432, 9204.264676, 9211.553604, 9218.843215, 9226.133507, 9233.424482, 9240.716138, 9248.008476, 9255.301493, 9262.595191, 9269.889568, 9277.184625, 9284.480360, 9291.776773, 9299.073864, 9306.371632, 9313.670077, 9320.969199, 9328.268996, 9335.569469, 9342.870617, 9350.172439, 9357.474936, 9364.778106, 9372.081949, 9379.386465, 9386.691653, 9393.997513, 9401.304045, 9408.611247, 9415.919120, 9423.227662, 9430.536875, 9437.846756, 9445.157306, 9452.468525, 9459.780411, 9467.092965, 9474.406185, 9481.720072, 9489.034625, 9496.349843, 9503.665726, 9510.982275, 9518.299487, 9525.617363, 9532.935903, 9540.255105, 9547.574970, 9554.895497, 9562.216686, 9569.538535, 9576.861046, 9584.184217, 9591.508047, 9598.832537, 9606.157686, 9613.483494, 9620.809959, 9628.137082, 9635.464863, 9642.793300, 9650.122394, 9657.452144, 9664.782549, 9672.113609, 9679.445324, 9686.777694, 9694.110717, 9701.444393, 9708.778722, 9716.113704, 9723.449338, 9730.785624, 9738.122561, 9745.460148, 9752.798387, 9760.137275, 9767.476812, 9774.816999, 9782.157835, 9789.499319, 9796.841450, 9804.184230, 9811.527656, 9818.871729, 9826.216448, 9833.561813, 9840.907823, 9848.254478, 9855.601778, 9862.949721, 9870.298309, 9877.647540, 9884.997414, 9892.347930, 9899.699088, 9907.050888, 9914.403329, 9921.756411, 9929.110133, 9936.464495, 9943.819497, 9951.175138, 9958.531418, 9965.888337, 9973.245893, 9980.604087, 9987.962917, 9995.322385, 10002.682489, 10010.043229, 10017.404604, 10024.766615, 10032.129260, 10039.492540, 10046.856453, 10054.221000, 10061.586180, 10068.951993, 10076.318438, 10083.685515, 10091.053224, 10098.421564, 10105.790534, 10113.160135, 10120.530366, 10127.901226, 10135.272715, 10142.644833, 10150.017579, 10157.390954, 10164.764956, 10172.139585, 10179.514840, 10186.890722, 10194.267231, 10201.644364, 10209.022123, 10216.400507, 10223.779515, 10231.159147, 10238.539403, 10245.920282, 10253.301784, 10260.683908, 10268.066655, 10275.450023, 10282.834012, 10290.218623, 10297.603854, 10304.989705, 10312.376176, 10319.763266, 10327.150975, 10334.539303, 10341.928249, 10349.317813, 10356.707994, 10364.098793, 10371.490208, 10378.882240, 10386.274887, 10393.668150, 10401.062029, 10408.456522, 10415.851629, 10423.247351, 10430.643686, 10438.040635, 10445.438196, 10452.836370, 10460.235157, 10467.634555, 10475.034564, 10482.435185, 10489.836416, 10497.238258, 10504.640709, 10512.043770, 10519.447441, 10526.851720, 10534.256607, 10541.662103, 10549.068206, 10556.474917, 10563.882235, 10571.290159, 10578.698690, 10586.107826, 10593.517568, 10600.927915, 10608.338867, 10615.750423, 10623.162584, 10630.575348, 10637.988715, 10645.402685, 10652.817258, 10660.232433, 10667.648210, 10675.064589, 10682.481568, 10689.899149, 10697.317330, 10704.736111, 10712.155491, 10719.575471, 10726.996050, 10734.417227, 10741.839003, 10749.261377, 10756.684348, 10764.107917, 10771.532082, 10778.956844, 10786.382202, 10793.808155, 10801.234704, 10808.661848, 10816.089587, 10823.517920, 10830.946848, 10838.376369, 10845.806483, 10853.237190, 10860.668489, 10868.100381, 10875.532865, 10882.965940, 10890.399607, 10897.833864, 10905.268712, 10912.704150, 10920.140178, 10927.576795, 10935.014002, 10942.451797, 10949.890180, 10957.329152, 10964.768711, 10972.208858, 10979.649592, 10987.090912, 10994.532819, 11001.975312, 11009.418390, 11016.862054, 11024.306302, 11031.751136, 11039.196553, 11046.642555, 11054.089140, 11061.536308, 11068.984059, 11076.432393, 11083.881309, 11091.330807, 11098.780887, 11106.231548, 11113.682789, 11121.134612, 11128.587014, 11136.039996, 11143.493558, 11150.947699, 11158.402419, 11165.857718, 11173.313594, 11180.770049, 11188.227081, 11195.684690, 11203.142876, 11210.601639, 11218.060978, 11225.520893, 11232.981383, 11240.442449, 11247.904089, 11255.366304, 11262.829093, 11270.292456, 11277.756393, 11285.220903, 11292.685985, 11300.151641, 11307.617868, 11315.084668, 11322.552039, 11330.019981, 11337.488494, 11344.957578, 11352.427232, 11359.897457, 11367.368250, 11374.839613, 11382.311546, 11389.784046, 11397.257115, 11404.730752, 11412.204957, 11419.679729, 11427.155069, 11434.630975, 11442.107447, 11449.584486, 11457.062090, 11464.540259, 11472.018994, 11479.498294, 11486.978158, 11494.458586, 11501.939579, 11509.421134, 11516.903253, 11524.385935, 11531.869179, 11539.352986, 11546.837355, 11554.322285, 11561.807777, 11569.293829, 11576.780443, 11584.267616, 11591.755350, 11599.243644, 11606.732496, 11614.221909, 11621.711879, 11629.202409, 11636.693496, 11644.185142, 11651.677345, 11659.170105, 11666.663423, 11674.157296, 11681.651727, 11689.146713, 11696.642255, 11704.138352, 11711.635005, 11719.132212, 11726.629974, 11734.128289, 11741.627159, 11749.126582, 11756.626559, 11764.127088, 11771.628171, 11779.129805, 11786.631991, 11794.134730, 11801.638019, 11809.141860, 11816.646252, 11824.151194, 11831.656686, 11839.162728, 11846.669320, 11854.176461, 11861.684151, 11869.192390, 11876.701177, 11884.210512, 11891.720395, 11899.230826, 11906.741804, 11914.253328, 11921.765400, 11929.278017, 11936.791181, 11944.304890, 11951.819145, 11959.333944, 11966.849289, 11974.365178, 11981.881611, 11989.398589, 11996.916109, 12004.434174, 12011.952781, 12019.471931, 12026.991623, 12034.511858, 12042.032634, 12049.553952, 12057.075811, 12064.598212, 12072.121152, 12079.644634, 12087.168655, 12094.693216, 12102.218317, 12109.743957, 12117.270136, 12124.796854, 12132.324110, 12139.851904, 12147.380235, 12154.909105, 12162.438511, 12169.968454, 12177.498934, 12185.029951, 12192.561503, 12200.093591, 12207.626215, 12215.159374, 12222.693067, 12230.227296, 12237.762058, 12245.297355, 12252.833186, 12260.369549, 12267.906447, 12275.443877, 12282.981839, 12290.520334, 12298.059361, 12305.598920, 12313.139010, 12320.679632, 12328.220784, 12335.762468, 12343.304681, 12350.847425, 12358.390698, 12365.934501, 12373.478833, 12381.023694, 12388.569084, 12396.115002, 12403.661448, 12411.208422, 12418.755924, 12426.303953, 12433.852509, 12441.401592, 12448.951201, 12456.501336, 12464.051997, 12471.603184, 12479.154896, 12486.707134, 12494.259896, 12501.813182, 12509.366993, 12516.921328, 12524.476187, 12532.031569, 12539.587474, 12547.143902, 12554.700852, 12562.258325, 12569.816320, 12577.374837, 12584.933875, 12592.493435, 12600.053515, 12607.614116, 12615.175238, 12622.736880, 12630.299041, 12637.861722, 12645.424923, 12652.988643, 12660.552881, 12668.117638, 12675.682913, 12683.248707, 12690.815018, 12698.381846, 12705.949192, 12713.517054, 12721.085434, 12728.654329, 12736.223741, 12743.793669, 12751.364112, 12758.935071, 12766.506544, 12774.078533, 12781.651036, 12789.224053, 12796.797584, 12804.371629, 12811.946188, 12819.521259, 12827.096844, 12834.672941, 12842.249551, 12849.826673, 12857.404307, 12864.982452, 12872.561109, 12880.140277, 12887.719956, 12895.300146, 12902.880845, 12910.462055, 12918.043775, 12925.626004, 12933.208742, 12940.791990, 12948.375746, 12955.960011, 12963.544784, 12971.130065, 12978.715854, 12986.302150, 12993.888954, 13001.476264, 13009.064082, 13016.652405, 13024.241235, 13031.830571, 13039.420413, 13047.010759, 13054.601612, 13062.192969, 13069.784830, 13077.377196, 13084.970067, 13092.563441, 13100.157319, 13107.751700, 13115.346584, 13122.941972, 13130.537862, 13138.134254, 13145.731148, 13153.328545, 13160.926443, 13168.524842, 13176.123742, 13183.723144, 13191.323046, 13198.923448, 13206.524351, 13214.125753, 13221.727655, 13229.330056, 13236.932957, 13244.536356, 13252.140254, 13259.744650, 13267.349545, 13274.954937, 13282.560827, 13290.167214, 13297.774099, 13305.381480, 13312.989359, 13320.597733, 13328.206604, 13335.815970, 13343.425832, 13351.036190, 13358.647043, 13366.258390, 13373.870233, 13381.482570, 13389.095401, 13396.708726, 13404.322544, 13411.936857, 13419.551662, 13427.166960, 13434.782751, 13442.399035, 13450.015811, 13457.633079, 13465.250838, 13472.869089, 13480.487832, 13488.107065, 13495.726789, 13503.347004, 13510.967709, 13518.588904, 13526.210589, 13533.832764, 13541.455428, 13549.078581, 13556.702223, 13564.326353, 13571.950972, 13579.576080, 13587.201675, 13594.827757, 13602.454328, 13610.081385, 13617.708929, 13625.336960, 13632.965478, 13640.594482, 13648.223972, 13655.853948, 13663.484409, 13671.115355, 13678.746787, 13686.378704, 13694.011105, 13701.643990, 13709.277360, 13716.911213, 13724.545551, 13732.180371, 13739.815675, 13747.451462, 13755.087732, 13762.724484, 13770.361718, 13777.999435, 13785.637633, 13793.276313, 13800.915474, 13808.555116, 13816.195239, 13823.835843, 13831.476927, 13839.118492, 13846.760536, 13854.403060, 13862.046064, 13869.689547, 13877.333509, 13884.977950, 13892.622869, 13900.268267, 13907.914143, 13915.560496, 13923.207328, 13930.854637, 13938.502423, 13946.150686, 13953.799425, 13961.448642, 13969.098334, 13976.748503, 13984.399148, 13992.050268, 13999.701863, 14007.353934, 14015.006480, 14022.659500, 14030.312995, 14037.966964, 14045.621407, 14053.276325, 14060.931715, 14068.587579, 14076.243916, 14083.900726, 14091.558009, 14099.215765, 14106.873992, 14114.532692, 14122.191863, 14129.851506, 14137.511620, 14145.172206, 14152.833262, 14160.494789, 14168.156787, 14175.819255, 14183.482192, 14191.145600, 14198.809477, 14206.473824, 14214.138640, 14221.803924, 14229.469678, 14237.135900, 14244.802590, 14252.469748, 14260.137374, 14267.805468, 14275.474029, 14283.143057, 14290.812553, 14298.482515, 14306.152943, 14313.823838, 14321.495199, 14329.167026, 14336.839318, 14344.512076, 14352.185299, 14359.858987, 14367.533140, 14375.207758, 14382.882840, 14390.558386, 14398.234396, 14405.910869, 14413.587806, 14421.265207, 14428.943070, 14436.621397, 14444.300186, 14451.979437, 14459.659151, 14467.339326, 14475.019964, 14482.701063, 14490.382623, 14498.064645, 14505.747127, 14513.430070, 14521.113474, 14528.797338, 14536.481662, 14544.166446, 14551.851690, 14559.537393, 14567.223555, 14574.910176, 14582.597256, 14590.284795, 14597.972792, 14605.661248, 14613.350161, 14621.039532, 14628.729361, 14636.419647, 14644.110390, 14651.801590, 14659.493247, 14667.185360, 14674.877930, 14682.570956, 14690.264437, 14697.958375, 14705.652767, 14713.347616, 14721.042919, 14728.738677, 14736.434889, 14744.131556, 14751.828678, 14759.526253, 14767.224282, 14774.922765, 14782.621701, 14790.321091, 14798.020933, 14805.721228, 14813.421976, 14821.123176, 14828.824829, 14836.526933, 14844.229489, 14851.932497, 14859.635956, 14867.339866, 14875.044227, 14882.749039, 14890.454302, 14898.160014, 14905.866177, 14913.572790, 14921.279853, 14928.987365, 14936.695327, 14944.403737, 14952.112597, 14959.821905, 14967.531662, 14975.241867, 14982.952521, 14990.663622, 14998.375171, 15006.087167, 15013.799611, 15021.512502, 15029.225840, 15036.939625, 15044.653856, 15052.368533, 15060.083657, 15067.799226, 15075.515242, 15083.231702, 15090.948609, 15098.665960, 15106.383756, 15114.101997, 15121.820683, 15129.539812, 15137.259386, 15144.979404, 15152.699866, 15160.420771, 15168.142120, 15175.863912, 15183.586146, 15191.308824, 15199.031944, 15206.755506, 15214.479511, 15222.203958, 15229.928846, 15237.654176, 15245.379948, 15253.106160, 15260.832814, 15268.559908, 15276.287444, 15284.015419, 15291.743835, 15299.472691, 15307.201986, 15314.931722, 15322.661897, 15330.392511, 15338.123564, 15345.855056, 15353.586986, 15361.319356, 15369.052163, 15376.785409, 15384.519092, 15392.253214, 15399.987773, 15407.722769, 15415.458202, 15423.194072, 15430.930380, 15438.667123, 15446.404303, 15454.141920, 15461.879972, 15469.618460, 15477.357384, 15485.096743, 15492.836537, 15500.576767, 15508.317431, 15516.058530, 15523.800064, 15531.542032, 15539.284434, 15547.027270, 15554.770540, 15562.514243, 15570.258380, 15578.002949, 15585.747952, 15593.493388, 15601.239256, 15608.985557, 15616.732290, 15624.479455, 15632.227051, 15639.975080, 15647.723540, 15655.472431, 15663.221754, 15670.971507, 15678.721691, 15686.472306, 15694.223351, 15701.974826, 15709.726732, 15717.479067, 15725.231832, 15732.985026, 15740.738650, 15748.492702, 15756.247184, 15764.002094, 15771.757433, 15779.513200, 15787.269395, 15795.026019, 15802.783070, 15810.540549, 15818.298455, 15826.056788, 15833.815549, 15841.574736, 15849.334350, 15857.094391, 15864.854858, 15872.615751, 15880.377070, 15888.138815, 15895.900986, 15903.663582, 15911.426603, 15919.190050, 15926.953921, 15934.718217, 15942.482938, 15950.248083, 15958.013652, 15965.779645, 15973.546062, 15981.312902, 15989.080166, 15996.847853, 16004.615964, 16012.384497, 16020.153453, 16027.922832, 16035.692633, 16043.462856, 16051.233501, 16059.004568, 16066.776057, 16074.547967, 16082.320299, 16090.093052, 16097.866225, 16105.639820, 16113.413835, 16121.188270, 16128.963126, 16136.738402, 16144.514098, 16152.290213, 16160.066748, 16167.843703, 16175.621076, 16183.398869, 16191.177080, 16198.955710, 16206.734759, 16214.514226, 16222.294111, 16230.074414, 16237.855135, 16245.636274, 16253.417830, 16261.199803, 16268.982193, 16276.765000, 16284.548224, 16292.331865, 16300.115922, 16307.900395, 16315.685285, 16323.470590, 16331.256311, 16339.042447, 16346.828999, 16354.615966, 16362.403348, 16370.191145, 16377.979356, 16385.767982, 16393.557023, 16401.346477, 16409.136346, 16416.926628, 16424.717324, 16432.508434, 16440.299957, 16448.091893, 16455.884242, 16463.677003, 16471.470178, 16479.263764, 16487.057764, 16494.852175, 16502.646998, 16510.442233, 16518.237879, 16526.033937, 16533.830407, 16541.627287, 16549.424578, 16557.222280, 16565.020393, 16572.818916, 16580.617849, 16588.417193, 16596.216946, 16604.017109, 16611.817682, 16619.618664, 16627.420055, 16635.221855, 16643.024065, 16650.826683, 16658.629710, 16666.433145, 16674.236988, 16682.041239, 16689.845899, 16697.650966, 16705.456440, 16713.262322, 16721.068612, 16728.875308, 16736.682411, 16744.489921, 16752.297838, 16760.106161, 16767.914890, 16775.724026, 16783.533567, 16791.343514, 16799.153867, 16806.964625, 16814.775788, 16822.587357, 16830.399330, 16838.211708, 16846.024491, 16853.837678, 16861.651270, 16869.465266, 16877.279665, 16885.094469, 16892.909676, 16900.725286, 16908.541300, 16916.357717, 16924.174537, 16931.991760, 16939.809385, 16947.627413, 16955.445844, 16963.264676, 16971.083910, 16978.903547, 16986.723585, 16994.544024, 17002.364865, 17010.186107, 17018.007750, 17025.829794, 17033.652239, 17041.475084, 17049.298330, 17057.121976, 17064.946022, 17072.770468, 17080.595314, 17088.420559, 17096.246204, 17104.072248, 17111.898691, 17119.725533, 17127.552774, 17135.380413, 17143.208451, 17151.036888, 17158.865722, 17166.694955, 17174.524585, 17182.354613, 17190.185039, 17198.015862, 17205.847082, 17213.678699, 17221.510714, 17229.343124, 17237.175932, 17245.009136, 17252.842736, 17260.676733, 17268.511125, 17276.345913, 17284.181097, 17292.016676, 17299.852651, 17307.689020, 17315.525785, 17323.362945, 17331.200499, 17339.038448, 17346.876791, 17354.715529, 17362.554661, 17370.394186, 17378.234105, 17386.074418, 17393.915125, 17401.756225, 17409.597718, 17417.439604, 17425.281882, 17433.124554, 17440.967618, 17448.811074, 17456.654923, 17464.499164, 17472.343796, 17480.188821, 17488.034237, 17495.880044, 17503.726243, 17511.572833, 17519.419814, 17527.267186, 17535.114948, 17542.963101, 17550.811645, 17558.660579, 17566.509902, 17574.359616, 17582.209720, 17590.060213, 17597.911096, 17605.762368, 17613.614029, 17621.466079, 17629.318518, 17637.171346, 17645.024562, 17652.878167, 17660.732160, 17668.586541, 17676.441311, 17684.296468, 17692.152012, 17700.007944, 17707.864264, 17715.720971, 17723.578065, 17731.435545, 17739.293413, 17747.151667, 17755.010308, 17762.869335, 17770.728748, 17778.588547, 17786.448732, 17794.309303, 17802.170259, 17810.031601, 17817.893328, 17825.755440, 17833.617938, 17841.480820, 17849.344086, 17857.207738, 17865.071773, 17872.936193, 17880.800997, 17888.666185, 17896.531757, 17904.397712, 17912.264051, 17920.130774, 17927.997879, 17935.865368, 17943.733239, 17951.601493, 17959.470130, 17967.339150, 17975.208551, 17983.078335, 17990.948501, 17998.819049, 18006.689979, 18014.561290, 18022.432983, 18030.305056, 18038.177512, 18046.050348, 18053.923565, 18061.797163, 18069.671141, 18077.545500, 18085.420239, 18093.295358, 18101.170858, 18109.046737, 18116.922996, 18124.799634, 18132.676652, 18140.554049, 18148.431825, 18156.309981, 18164.188515, 18172.067428, 18179.946719, 18187.826389, 18195.706438, 18203.586864, 18211.467668, 18219.348850, 18227.230410, 18235.112348, 18242.994663, 18250.877355, 18258.760424, 18266.643871, 18274.527694, 18282.411894, 18290.296470, 18298.181423, 18306.066752, 18313.952458, 18321.838539, 18329.724997, 18337.611830, 18345.499038, 18353.386622, 18361.274582, 18369.162916, 18377.051626, 18384.940710, 18392.830169, 18400.720003, 18408.610211, 18416.500794, 18424.391750, 18432.283081, 18440.174786, 18448.066864, 18455.959316, 18463.852142, 18471.745341, 18479.638913, 18487.532858, 18495.427176, 18503.321867, 18511.216930, 18519.112366, 18527.008175, 18534.904355, 18542.800908, 18550.697833, 18558.595129, 18566.492797, 18574.390837, 18582.289248, 18590.188030, 18598.087184, 18605.986708, 18613.886604, 18621.786870, 18629.687506, 18637.588513, 18645.489891, 18653.391638, 18661.293756, 18669.196243, 18677.099100, 18685.002327, 18692.905923, 18700.809889, 18708.714224, 18716.618928, 18724.524001, 18732.429442, 18740.335253, 18748.241431, 18756.147979, 18764.054894, 18771.962178, 18779.869829, 18787.777849, 18795.686236, 18803.594991, 18811.504113, 18819.413602, 18827.323459, 18835.233683, 18843.144273, 18851.055231, 18858.966555, 18866.878245, 18874.790302, 18882.702725, 18890.615515, 18898.528670, 18906.442191, 18914.356077, 18922.270330, 18930.184947, 18938.099930, 18946.015279, 18953.930992, 18961.847070, 18969.763513, 18977.680320, 18985.597492, 18993.515029, 19001.432929, 19009.351194, 19017.269823, 19025.188815, 19033.108171, 19041.027891, 19048.947974, 19056.868421, 19064.789230, 19072.710403, 19080.631939, 19088.553837, 19096.476098, 19104.398722, 19112.321708, 19120.245056, 19128.168766, 19136.092839, 19144.017273, 19151.942069, 19159.867226, 19167.792745, 19175.718626, 19183.644867, 19191.571470, 19199.498433, 19207.425758, 19215.353443, 19223.281488, 19231.209894, 19239.138661, 19247.067787, 19254.997274, 19262.927120, 19270.857326, 19278.787892, 19286.718817, 19294.650102, 19302.581746, 19310.513749, 19318.446112, 19326.378833, 19334.311912, 19342.245351, 19350.179148, 19358.113303, 19366.047816, 19373.982688, 19381.917917, 19389.853505, 19397.789450, 19405.725753, 19413.662413, 19421.599430, 19429.536805, 19437.474537, 19445.412625, 19453.351071, 19461.289873, 19469.229032, 19477.168547, 19485.108419, 19493.048647, 19500.989230, 19508.930170, 19516.871466, 19524.813117, 19532.755124, 19540.697486, 19548.640204, 19556.583276, 19564.526704, 19572.470487, 19580.414624, 19588.359116, 19596.303963, 19604.249164, 19612.194720, 19620.140629, 19628.086893, 19636.033511, 19643.980482, 19651.927807, 19659.875485, 19667.823517, 19675.771903, 19683.720641, 19691.669733, 19699.619177, 19707.568974, 19715.519124, 19723.469627, 19731.420482, 19739.371689, 19747.323248, 19755.275159, 19763.227423, 19771.180038, 19779.133005, 19787.086323, 19795.039993, 19802.994014, 19810.948386, 19818.903109, 19826.858184, 19834.813609, 19842.769385, 19850.725511, 19858.681988, 19866.638815, 19874.595992, 19882.553520, 19890.511397, 19898.469624, 19906.428201, 19914.387128, 19922.346403, 19930.306029, 19938.266003, 19946.226327, 19954.187000, 19962.148021, 19970.109391, 19978.071110, 19986.033177, 19993.995593, 20001.958357, 20009.921469, 20017.884929, 20025.848737, 20033.812893, 20041.777396, 20049.742247, 20057.707445, 20065.672991, 20073.638884, 20081.605123, 20089.571710, 20097.538644, 20105.505924, 20113.473550, 20121.441524, 20129.409843, 20137.378509, 20145.347521, 20153.316878, 20161.286582, 20169.256631, 20177.227026, 20185.197767, 20193.168852, 20201.140283, 20209.112059, 20217.084181, 20225.056647, 20233.029457, 20241.002613, 20248.976113, 20256.949957, 20264.924146, 20272.898679, 20280.873556, 20288.848776, 20296.824341, 20304.800249, 20312.776501, 20320.753097, 20328.730036, 20336.707318, 20344.684943, 20352.662911, 20360.641222, 20368.619875, 20376.598872, 20384.578211, 20392.557892, 20400.537916, 20408.518281, 20416.498989, 20424.480039, 20432.461431, 20440.443164, 20448.425239, 20456.407655, 20464.390413, 20472.373512, 20480.356952, 20488.340733, 20496.324855, 20504.309317, 20512.294121, 20520.279265, 20528.264749, 20536.250574, 20544.236739, 20552.223244, 20560.210089, 20568.197273, 20576.184798, 20584.172662, 20592.160865, 20600.149408, 20608.138291, 20616.127512, 20624.117073, 20632.106972, 20640.097210, 20648.087787, 20656.078702, 20664.069956, 20672.061549, 20680.053479, 20688.045748, 20696.038354, 20704.031299, 20712.024581, 20720.018201, 20728.012159, 20736.006454, 20744.001086, 20751.996056, 20759.991362, 20767.987006, 20775.982986, 20783.979304, 20791.975958, 20799.972948, 20807.970275, 20815.967938, 20823.965937, 20831.964273, 20839.962944, 20847.961951, 20855.961294, 20863.960973, 20871.960987, 20879.961336, 20887.962021, 20895.963041, 20903.964396, 20911.966086, 20919.968111, 20927.970470, 20935.973165, 20943.976193, 20951.979556, 20959.983254, 20967.987285, 20975.991651, 20983.996350, 20992.001384, 21000.006751, 21008.012451, 21016.018485, 21024.024853, 21032.031554, 21040.038588, 21048.045955, 21056.053655, 21064.061688, 21072.070053, 21080.078752, 21088.087782, 21096.097145, 21104.106841, 21112.116868, 21120.127228, 21128.137919, 21136.148943, 21144.160298, 21152.171985, 21160.184003, 21168.196352, 21176.209033, 21184.222045, 21192.235389, 21200.249063, 21208.263068, 21216.277404, 21224.292070, 21232.307067, 21240.322394, 21248.338052, 21256.354040, 21264.370357, 21272.387005, 21280.403983, 21288.421291, 21296.438928, 21304.456894, 21312.475191, 21320.493816, 21328.512771, 21336.532055, 21344.551667, 21352.571609, 21360.591879, 21368.612479, 21376.633406, 21384.654663, 21392.676247, 21400.698160, 21408.720401, 21416.742970, 21424.765867, 21432.789091, 21440.812644, 21448.836524, 21456.860731, 21464.885266, 21472.910128, 21480.935317, 21488.960834, 21496.986677, 21505.012847, 21513.039344, 21521.066168, 21529.093318, 21537.120795, 21545.148597, 21553.176726, 21561.205182, 21569.233963, 21577.263070, 21585.292503, 21593.322261, 21601.352345, 21609.382755, 21617.413490, 21625.444550, 21633.475935, 21641.507646, 21649.539681, 21657.572041, 21665.604726, 21673.637736, 21681.671070, 21689.704728, 21697.738711, 21705.773018, 21713.807649, 21721.842604, 21729.877883, 21737.913485, 21745.949412, 21753.985662, 21762.022235, 21770.059132, 21778.096352, 21786.133895, 21794.171761, 21802.209950, 21810.248462, 21818.287297, 21826.326455, 21834.365934, 21842.405737, 21850.445862, 21858.486308, 21866.527077, 21874.568168, 21882.609581, 21890.651316, 21898.693372, 21906.735750, 21914.778450, 21922.821471, 21930.864813, 21938.908476, 21946.952461, 21954.996766, 21963.041392, 21971.086339, 21979.131607, 21987.177195, 21995.223104, 22003.269333, 22011.315883, 22019.362752, 22027.409942, 22035.457451, 22043.505281, 22051.553430, 22059.601898, 22067.650687, 22075.699794, 22083.749222, 22091.798968, 22099.849033, 22107.899418, 22115.950121, 22124.001143, 22132.052484, 22140.104144, 22148.156122, 22156.208418, 22164.261033, 22172.313966, 22180.367217, 22188.420787, 22196.474674, 22204.528879, 22212.583401, 22220.638241, 22228.693399, 22236.748874, 22244.804667, 22252.860776, 22260.917203, 22268.973947, 22277.031008, 22285.088385, 22293.146079, 22301.204090, 22309.262417, 22317.321061, 22325.380021, 22333.439297, 22341.498890, 22349.558798, 22357.619022, 22365.679562, 22373.740418, 22381.801589, 22389.863076, 22397.924879, 22405.986996, 22414.049429, 22422.112177, 22430.175240, 22438.238618, 22446.302310, 22454.366318, 22462.430639, 22470.495276, 22478.560227, 22486.625492, 22494.691071, 22502.756965, 22510.823173, 22518.889694, 22526.956529, 22535.023678, 22543.091141, 22551.158917, 22559.227007, 22567.295410, 22575.364126, 22583.433155, 22591.502498, 22599.572153, 22607.642121, 22615.712402, 22623.782996, 22631.853902, 22639.925120, 22647.996651, 22656.068494, 22664.140650, 22672.213117, 22680.285896, 22688.358988, 22696.432391, 22704.506105, 22712.580131, 22720.654469, 22728.729118, 22736.804078, 22744.879350, 22752.954933, 22761.030826, 22769.107031, 22777.183546, 22785.260372, 22793.337509, 22801.414956, 22809.492714, 22817.570781, 22825.649160, 22833.727848, 22841.806846, 22849.886154, 22857.965772, 22866.045700, 22874.125937, 22882.206484, 22890.287341, 22898.368507, 22906.449982, 22914.531766, 22922.613859, 22930.696261, 22938.778972, 22946.861992, 22954.945321, 22963.028958, 22971.112904, 22979.197158, 22987.281720, 22995.366591, 23003.451770, 23011.537257, 23019.623051, 23027.709154, 23035.795564, 23043.882282, 23051.969308, 23060.056640, 23068.144281, 23076.232228, 23084.320483, 23092.409045, 23100.497914, 23108.587089, 23116.676572, 23124.766361, 23132.856457, 23140.946859, 23149.037568, 23157.128583, 23165.219904, 23173.311531, 23181.403465, 23189.495704, 23197.588250, 23205.681101, 23213.774257, 23221.867720, 23229.961487, 23238.055560, 23246.149939, 23254.244623, 23262.339611, 23270.434905, 23278.530504, 23286.626407, 23294.722616, 23302.819129, 23310.915946, 23319.013068, 23327.110494, 23335.208225, 23343.306260, 23351.404598, 23359.503241, 23367.602188, 23375.701439, 23383.800993, 23391.900851, 23400.001012, 23408.101477, 23416.202245, 23424.303317, 23432.404692, 23440.506369, 23448.608350, 23456.710634, 23464.813220, 23472.916109, 23481.019301, 23489.122795, 23497.226592, 23505.330691, 23513.435092, 23521.539796, 23529.644801, 23537.750109, 23545.855718, 23553.961629, 23562.067842, 23570.174357, 23578.281173, 23586.388290, 23594.495709, 23602.603429, 23610.711450, 23618.819773, 23626.928396, 23635.037320, 23643.146545, 23651.256071, 23659.365897, 23667.476024, 23675.586451, 23683.697179, 23691.808206, 23699.919534, 23708.031163, 23716.143091, 23724.255319, 23732.367846, 23740.480674, 23748.593801, 23756.707228, 23764.820954, 23772.934979, 23781.049304, 23789.163928, 23797.278851, 23805.394073, 23813.509594, 23821.625413, 23829.741532, 23837.857949, 23845.974664, 23854.091678, 23862.208991, 23870.326602, 23878.444511, 23886.562718, 23894.681223, 23902.800026, 23910.919127, 23919.038525, 23927.158221, 23935.278215, 23943.398507, 23951.519095, 23959.639981, 23967.761165, 23975.882645, 23984.004422, 23992.126497, 24000.248868, 24008.371536, 24016.494501, 24024.617762, 24032.741320, 24040.865174, 24048.989325, 24057.113772, 24065.238515, 24073.363554, 24081.488889, 24089.614520, 24097.740447, 24105.866669, 24113.993187, 24122.120001, 24130.247110, 24138.374515, 24146.502215, 24154.630210, 24162.758500, 24170.887085, 24179.015965, 24187.145140, 24195.274610, 24203.404374, 24211.534433, 24219.664787, 24227.795435, 24235.926377, 24244.057614, 24252.189144, 24260.320969, 24268.453088, 24276.585501, 24284.718207, 24292.851207, 24300.984501, 24309.118089, 24317.251970, 24325.386144, 24333.520611, 24341.655372, 24349.790426, 24357.925773, 24366.061413, 24374.197346, 24382.333571, 24390.470090, 24398.606900, 24406.744004, 24414.881400, 24423.019088, 24431.157068, 24439.295341, 24447.433906, 24455.572762, 24463.711911, 24471.851352, 24479.991084, 24488.131108, 24496.271423, 24504.412030, 24512.552929, 24520.694119, 24528.835600, 24536.977372, 24545.119435, 24553.261789, 24561.404435, 24569.547371, 24577.690597, 24585.834115, 24593.977923, 24602.122021, 24610.266410, 24618.411089, 24626.556059, 24634.701318, 24642.846868, 24650.992708, 24659.138837, 24667.285256, 24675.431965, 24683.578964, 24691.726252, 24699.873830, 24708.021697, 24716.169854, 24724.318299, 24732.467034, 24740.616058, 24748.765371, 24756.914973, 24765.064863, 24773.215042, 24781.365510, 24789.516267, 24797.667312, 24805.818645, 24813.970267, 24822.122177, 24830.274375, 24838.426861, 24846.579635, 24854.732697, 24862.886046, 24871.039684, 24879.193609, 24887.347822, 24895.502322, 24903.657110, 24911.812184, 24919.967547, 24928.123196, 24936.279132, 24944.435355, 24952.591866, 24960.748663, 24968.905746, 24977.063117, 24985.220774, 24993.378717, 25001.536947, 25009.695464, 25017.854266, 25026.013355, 25034.172730, 25042.332390, 25050.492337, 25058.652569, 25066.813088, 25074.973892, 25083.134981, 25091.296356, 25099.458017, 25107.619962, 25115.782193, 25123.944710, 25132.107511, 25140.270597, 25148.433969, 25156.597625, 25164.761566, 25172.925791, 25181.090302, 25189.255097, 25197.420176, 25205.585539, 25213.751187, 25221.917120, 25230.083336, 25238.249836, 25246.416620, 25254.583689, 25262.751041, 25270.918676, 25279.086596, 25287.254799, 25295.423285, 25303.592055, 25311.761108, 25319.930444, 25328.100064, 25336.269967, 25344.440152, 25352.610621, 25360.781372, 25368.952406, 25377.123723, 25385.295323, 25393.467205, 25401.639369, 25409.811816, 25417.984545, 25426.157556, 25434.330850, 25442.504425, 25450.678283, 25458.852422, 25467.026843, 25475.201546, 25483.376531, 25491.551797, 25499.727344, 25507.903173, 25516.079284, 25524.255675, 25532.432348, 25540.609302, 25548.786537, 25556.964053, 25565.141849, 25573.319927, 25581.498285, 25589.676924, 25597.855843, 25606.035043, 25614.214523, 25622.394284, 25630.574324, 25638.754645, 25646.935246, 25655.116127, 25663.297288, 25671.478729, 25679.660449, 25687.842449, 25696.024729, 25704.207288, 25712.390127, 25720.573245, 25728.756642, 25736.940319, 25745.124275, 25753.308510, 25761.493023, 25769.677816, 25777.862887, 25786.048238, 25794.233867, 25802.419774, 25810.605960, 25818.792424, 25826.979167, 25835.166188, 25843.353488, 25851.541065, 25859.728920, 25867.917054, 25876.105465, 25884.294154, 25892.483121, 25900.672366, 25908.861888, 25917.051687, 25925.241764, 25933.432119, 25941.622750, 25949.813659, 25958.004845, 25966.196308, 25974.388048, 25982.580065, 25990.772359, 25998.964930, 26007.157777, 26015.350900, 26023.544301, 26031.737977, 26039.931930, 26048.126160, 26056.320665, 26064.515447, 26072.710504, 26080.905838, 26089.101448, 26097.297333, 26105.493494, 26113.689931, 26121.886643, 26130.083631, 26138.280895, 26146.478434, 26154.676248, 26162.874337, 26171.072701, 26179.271341, 26187.470255, 26195.669444, 26203.868909, 26212.068648, 26220.268661, 26228.468950, 26236.669512, 26244.870350, 26253.071461, 26261.272847, 26269.474507, 26277.676442, 26285.878650, 26294.081133, 26302.283889, 26310.486919, 26318.690223, 26326.893801, 26335.097652, 26343.301777, 26351.506176, 26359.710848, 26367.915793, 26376.121011, 26384.326503, 26392.532267, 26400.738305, 26408.944616, 26417.151200, 26425.358056, 26433.565185, 26441.772587, 26449.980261, 26458.188208, 26466.396428, 26474.604919, 26482.813684, 26491.022720, 26499.232028, 26507.441609, 26515.651461, 26523.861586, 26532.071982, 26540.282650, 26548.493590, 26556.704801, 26564.916284, 26573.128038, 26581.340064, 26589.552361, 26597.764930, 26605.977769, 26614.190880, 26622.404262, 26630.617914, 26638.831838, 26647.046032, 26655.260498, 26663.475233, 26671.690240, 26679.905517, 26688.121064, 26696.336882, 26704.552970, 26712.769328, 26720.985957, 26729.202855, 26737.420024, 26745.637463, 26753.855171, 26762.073149, 26770.291397, 26778.509915, 26786.728702, 26794.947759, 26803.167085, 26811.386680, 26819.606545, 26827.826679, 26836.047082, 26844.267754, 26852.488695, 26860.709905, 26868.931384, 26877.153132, 26885.375148, 26893.597433, 26901.819987, 26910.042809, 26918.265900, 26926.489259, 26934.712886, 26942.936781, 26951.160945, 26959.385376, 26967.610076, 26975.835043, 26984.060279, 26992.285782, 27000.511553, 27008.737591, 27016.963897, 27025.190470, 27033.417311, 27041.644420, 27049.871795, 27058.099438, 27066.327348, 27074.555525, 27082.783968, 27091.012679, 27099.241657, 27107.470901, 27115.700412, 27123.930190, 27132.160234, 27140.390545, 27148.621123, 27156.851966, 27165.083076, 27173.314452, 27181.546094, 27189.778002, 27198.010177, 27206.242617, 27214.475323, 27222.708295, 27230.941532, 27239.175035, 27247.408804, 27255.642838, 27263.877138, 27272.111703, 27280.346533, 27288.581629, 27296.816989, 27305.052615, 27313.288506, 27321.524661, 27329.761082, 27337.997767, 27346.234717, 27354.471932, 27362.709411, 27370.947155, 27379.185163, 27387.423436, 27395.661973, 27403.900774, 27412.139839, 27420.379169, 27428.618762, 27436.858620, 27445.098741, 27453.339126, 27461.579775, 27469.820687, 27478.061864, 27486.303303, 27494.545006, 27502.786973, 27511.029203, 27519.271696, 27527.514452, 27535.757472, 27544.000754, 27552.244300, 27560.488108, 27568.732180, 27576.976514, 27585.221110, 27593.465970, 27601.711092, 27609.956476, 27618.202123, 27626.448032, 27634.694204, 27642.940638, 27651.187334, 27659.434292, 27667.681512, 27675.928994, 27684.176738, 27692.424743, 27700.673011, 27708.921540, 27717.170331, 27725.419383, 27733.668697, 27741.918272, 27750.168108, 27758.418206, 27766.668565, 27774.919185, 27783.170066, 27791.421208, 27799.672611, 27807.924275, 27816.176200, 27824.428385, 27832.680832, 27840.933538, 27849.186505, 27857.439733, 27865.693221, 27873.946969, 27882.200978, 27890.455247, 27898.709776, 27906.964565, 27915.219614, 27923.474922, 27931.730491, 27939.986319, 27948.242408, 27956.498755, 27964.755363, 27973.012230, 27981.269356, 27989.526741, 27997.784386, 28006.042291, 28014.300454, 28022.558876, 28030.817558, 28039.076498, 28047.335698, 28055.595156, 28063.854873, 28072.114849, 28080.375083, 28088.635576, 28096.896327, 28105.157337, 28113.418605, 28121.680131, 28129.941916, 28138.203959, 28146.466260, 28154.728819, 28162.991636, 28171.254711, 28179.518043, 28187.781634, 28196.045482, 28204.309588, 28212.573951, 28220.838572, 28229.103450, 28237.368586, 28245.633979, 28253.899629, 28262.165536, 28270.431701, 28278.698122, 28286.964801, 28295.231736, 28303.498928, 28311.766377, 28320.034083, 28328.302045, 28336.570264, 28344.838739, 28353.107471, 28361.376459, 28369.645704, 28377.915205, 28386.184962, 28394.454975, 28402.725244, 28410.995769, 28419.266550, 28427.537587, 28435.808879, 28444.080428, 28452.352232, 28460.624291, 28468.896606, 28477.169177, 28485.442003, 28493.715084, 28501.988421, 28510.262013, 28518.535860, 28526.809962, 28535.084319, 28543.358931, 28551.633798, 28559.908919, 28568.184296, 28576.459927, 28584.735812, 28593.011952, 28601.288347, 28609.564996, 28617.841900, 28626.119058, 28634.396470, 28642.674136, 28650.952056, 28659.230230, 28667.508659, 28675.787341, 28684.066277, 28692.345466, 28700.624910, 28708.904607, 28717.184558, 28725.464762, 28733.745220, 28742.025931, 28750.306895, 28758.588113, 28766.869584, 28775.151308, 28783.433285, 28791.715515, 28799.997998, 28808.280734, 28816.563722, 28824.846964, 28833.130458, 28841.414205, 28849.698204, 28857.982456, 28866.266960, 28874.551717, 28882.836726, 28891.121987, 28899.407500, 28907.693265, 28915.979283, 28924.265552, 28932.552074, 28940.838847, 28949.125872, 28957.413149, 28965.700677, 28973.988457, 28982.276489, 28990.564772, 28998.853306, 29007.142092, 29015.431129, 29023.720417, 29032.009957, 29040.299748, 29048.589789, 29056.880082, 29065.170625, 29073.461420, 29081.752465, 29090.043761, 29098.335307, 29106.627104, 29114.919152, 29123.211450, 29131.503998, 29139.796797, 29148.089846, 29156.383146, 29164.676695, 29172.970495, 29181.264545, 29189.558844, 29197.853394, 29206.148193, 29214.443242, 29222.738541, 29231.034090, 29239.329888, 29247.625935, 29255.922232, 29264.218779, 29272.515575, 29280.812620, 29289.109914, 29297.407458, 29305.705251, 29314.003292, 29322.301583, 29330.600122, 29338.898911, 29347.197948, 29355.497234, 29363.796768, 29372.096552, 29380.396583, 29388.696863, 29396.997392, 29405.298169, 29413.599194, 29421.900468, 29430.201989, 29438.503759, 29446.805777, 29455.108043, 29463.410557, 29471.713318, 29480.016327, 29488.319585, 29496.623089, 29504.926842, 29513.230842, 29521.535089, 29529.839584, 29538.144326, 29546.449316, 29554.754553, 29563.060037, 29571.365768, 29579.671746, 29587.977971, 29596.284444, 29604.591163, 29612.898129, 29621.205341, 29629.512800, 29637.820506, 29646.128459, 29654.436658, 29662.745104, 29671.053795, 29679.362734, 29687.671918, 29695.981349, 29704.291026, 29712.600949, 29720.911118, 29729.221533, 29737.532194, 29745.843101, 29754.154253, 29762.465651, 29770.777295, 29779.089185, 29787.401320, 29795.713701, 29804.026327, 29812.339198, 29820.652315, 29828.965677, 29837.279284, 29845.593136, 29853.907233, 29862.221576, 29870.536163, 29878.850995, 29887.166072, 29895.481394, 29903.796960, 29912.112772, 29920.428827, 29928.745128, 29937.061672, 29945.378461, 29953.695495, 29962.012773, 29970.330295, 29978.648061, 29986.966071, 29995.284325, 30003.602824, 30011.921566, 30020.240552, 30028.559782, 30036.879256, 30045.198973, 30053.518934, 30061.839139, 30070.159587, 30078.480278, 30086.801213, 30095.122392, 30103.443813, 30111.765478, 30120.087386, 30128.409537, 30136.731931, 30145.054568, 30153.377448, 30161.700571, 30170.023937, 30178.347545, 30186.671397, 30194.995490, 30203.319827, 30211.644406, 30219.969227, 30228.294290, 30236.619597, 30244.945145, 30253.270935, 30261.596968, 30269.923243, 30278.249760, 30286.576518, 30294.903519, 30303.230762, 30311.558246, 30319.885972, 30328.213940, 30336.542150, 30344.870601, 30353.199293, 30361.528227, 30369.857403, 30378.186820, 30386.516478, 30394.846377, 30403.176517, 30411.506899, 30419.837522, 30428.168385, 30436.499490, 30444.830835, 30453.162422, 30461.494249, 30469.826316, 30478.158625, 30486.491174, 30494.823963, 30503.156993, 30511.490263, 30519.823774, 30528.157525, 30536.491516, 30544.825748, 30553.160219, 30561.494931, 30569.829882, 30578.165074, 30586.500506, 30594.836177, 30603.172088, 30611.508239, 30619.844629, 30628.181259, 30636.518129, 30644.855238, 30653.192587, 30661.530175, 30669.868002, 30678.206068, 30686.544374, 30694.882919, 30703.221703, 30711.560726, 30719.899988, 30728.239489, 30736.579229, 30744.919207, 30753.259425, 30761.599881, 30769.940575, 30778.281508, 30786.622680, 30794.964090, 30803.305739, 30811.647626, 30819.989751, 30828.332115, 30836.674716, 30845.017556, 30853.360634, 30861.703950, 30870.047504, 30878.391296, 30886.735325, 30895.079592, 30903.424098, 30911.768840, 30920.113821, 30928.459039, 30936.804494, 30945.150187, 30953.496117, 30961.842285, 30970.188690, 30978.535332, 30986.882211, 30995.229327, 31003.576681, 31011.924271, 31020.272098, 31028.620163, 31036.968464, 31045.317002, 31053.665776, 31062.014787, 31070.364035, 31078.713519, 31087.063240, 31095.413198, 31103.763391, 31112.113821, 31120.464487, 31128.815390, 31137.166529, 31145.517903, 31153.869514, 31162.221361, 31170.573443, 31178.925762, 31187.278316, 31195.631106, 31203.984132, 31212.337394, 31220.690891, 31229.044624, 31237.398592, 31245.752795, 31254.107234, 31262.461908, 31270.816818, 31279.171963, 31287.527343, 31295.882958, 31304.238808, 31312.594893, 31320.951213, 31329.307767, 31337.664557, 31346.021582, 31354.378841, 31362.736335, 31371.094063, 31379.452026, 31387.810223, 31396.168655, 31404.527322, 31412.886222, 31421.245357, 31429.604726, 31437.964329, 31446.324167, 31454.684238, 31463.044544, 31471.405083, 31479.765856, 31488.126863, 31496.488104, 31504.849579, 31513.211287, 31521.573229, 31529.935405, 31538.297814, 31546.660456, 31555.023332, 31563.386441, 31571.749784, 31580.113359, 31588.477168, 31596.841210, 31605.205485, 31613.569993, 31621.934734, 31630.299708, 31638.664915, 31647.030355, 31655.396027, 31663.761932, 31672.128070, 31680.494440, 31688.861043, 31697.227878, 31705.594946, 31713.962246, 31722.329779, 31730.697543, 31739.065540, 31747.433769, 31755.802230, 31764.170924, 31772.539849, 31780.909006, 31789.278395, 31797.648016, 31806.017868, 31814.387953, 31822.758269, 31831.128816, 31839.499595, 31847.870606, 31856.241848, 31864.613322, 31872.985027, 31881.356963, 31889.729130, 31898.101529, 31906.474159, 31914.847019, 31923.220111, 31931.593434, 31939.966988, 31948.340772, 31956.714788, 31965.089034, 31973.463511, 31981.838218, 31990.213157, 31998.588325, 32006.963725, 32015.339354, 32023.715214, 32032.091305, 32040.467625, 32048.844176, 32057.220957, 32065.597968, 32073.975209, 32082.352681, 32090.730382, 32099.108313, 32107.486474, 32115.864865, 32124.243485, 32132.622336, 32141.001415, 32149.380725, 32157.760264, 32166.140032, 32174.520030, 32182.900258, 32191.280714, 32199.661400, 32208.042316, 32216.423460, 32224.804833, 32233.186436, 32241.568267, 32249.950328, 32258.332617, 32266.715136, 32275.097883, 32283.480859, 32291.864063, 32300.247496, 32308.631158, 32317.015049, 32325.399167, 32333.783515, 32342.168090, 32350.552894, 32358.937927, 32367.323187, 32375.708676, 32384.094393, 32392.480338, 32400.866510, 32409.252911, 32417.639540, 32426.026397, 32434.413481, 32442.800794, 32451.188334, 32459.576101, 32467.964097, 32476.352319, 32484.740770, 32493.129447, 32501.518353, 32509.907485, 32518.296845, 32526.686432, 32535.076246, 32543.466288, 32551.856556, 32560.247052, 32568.637774, 32577.028724, 32585.419900, 32593.811303, 32602.202933, 32610.594790, 32618.986873, 32627.379183, 32635.771720, 32644.164483, 32652.557473, 32660.950689, 32669.344131, 32677.737800, 32686.131695, 32694.525816, 32702.920163, 32711.314737, 32719.709536, 32728.104562, 32736.499813, 32744.895291, 32753.290994, 32761.686923, 32770.083078, 32778.479459, 32786.876065, 32795.272897, 32803.669954, 32812.067237, 32820.464745, 32828.862479, 32837.260438, 32845.658623, 32854.057032, 32862.455667, 32870.854527, 32879.253612, 32887.652922, 32896.052457, 32904.452218, 32912.852203, 32921.252412, 32929.652847, 32938.053506, 32946.454390, 32954.855499, 32963.256832, 32971.658390, 32980.060173, 32988.462179, 32996.864411, 33005.266866, 33013.669546, 33022.072450, 33030.475578, 33038.878931, 33047.282507, 33055.686308, 33064.090332, 33072.494581, 33080.899053, 33089.303749, 33097.708669, 33106.113813, 33114.519180, 33122.924771, 33131.330586, 33139.736624, 33148.142885, 33156.549370, 33164.956079, 33173.363011, 33181.770166, 33190.177544, 33198.585146, 33206.992970, 33215.401018, 33223.809289, 33232.217783, 33240.626499, 33249.035439, 33257.444601, 33265.853987, 33274.263595, 33282.673425, 33291.083479, 33299.493754, 33307.904253, 33316.314974, 33324.725917, 33333.137083, 33341.548471, 33349.960082, 33358.371914, 33366.783969, 33375.196246, 33383.608745, 33392.021466, 33400.434410, 33408.847575, 33417.260962, 33425.674571, 33434.088401, 33442.502454, 33450.916728, 33459.331224, 33467.745941, 33476.160880, 33484.576041, 33492.991422, 33501.407026, 33509.822850, 33518.238897, 33526.655164, 33535.071652, 33543.488362, 33551.905293, 33560.322445, 33568.739817, 33577.157411, 33585.575226, 33593.993262, 33602.411518, 33610.829995, 33619.248693, 33627.667612, 33636.086751, 33644.506111, 33652.925691, 33661.345492, 33669.765513, 33678.185755, 33686.606217, 33695.026899, 33703.447802, 33711.868925, 33720.290267, 33728.711830, 33737.133613, 33745.555616, 33753.977839, 33762.400282, 33770.822945, 33779.245827, 33787.668930, 33796.092252, 33804.515793, 33812.939555, 33821.363535, 33829.787736, 33838.212156, 33846.636795, 33855.061653, 33863.486731, 33871.912028, 33880.337545, 33888.763280, 33897.189235, 33905.615409, 33914.041802, 33922.468414, 33930.895244, 33939.322294, 33947.749562, 33956.177050, 33964.604756, 33973.032680, 33981.460824, 33989.889186, 33998.317766, 34006.746565, 34015.175583, 34023.604819, 34032.034273, 34040.463946, 34048.893836, 34057.323946, 34065.754273, 34074.184818, 34082.615582, 34091.046563, 34099.477763, 34107.909180, 34116.340815, 34124.772669, 34133.204739, 34141.637028, 34150.069535, 34158.502259, 34166.935200, 34175.368359, 34183.801736, 34192.235330, 34200.669142, 34209.103171, 34217.537417, 34225.971881, 34234.406561, 34242.841459, 34251.276574, 34259.711907, 34268.147456, 34276.583222, 34285.019205, 34293.455405, 34301.891822, 34310.328456, 34318.765306, 34327.202373, 34335.639657, 34344.077158, 34352.514874, 34360.952808, 34369.390958, 34377.829324, 34386.267907, 34394.706706, 34403.145722, 34411.584953, 34420.024401, 34428.464065, 34436.903945, 34445.344041, 34453.784354, 34462.224882, 34470.665626, 34479.106586, 34487.547761, 34495.989153, 34504.430760, 34512.872583, 34521.314621, 34529.756875, 34538.199345, 34546.642030, 34555.084931, 34563.528047, 34571.971378, 34580.414925, 34588.858687, 34597.302664, 34605.746856, 34614.191264, 34622.635886, 34631.080724, 34639.525776, 34647.971044, 34656.416526, 34664.862223, 34673.308135, 34681.754262, 34690.200603, 34698.647159, 34707.093930, 34715.540915, 34723.988115, 34732.435530, 34740.883158, 34749.331001, 34757.779059, 34766.227331, 34774.675817, 34783.124517, 34791.573431, 34800.022560, 34808.471902, 34816.921459, 34825.371229, 34833.821214, 34842.271412, 34850.721824, 34859.172450, 34867.623290, 34876.074343, 34884.525610, 34892.977091, 34901.428785, 34909.880693, 34918.332814, 34926.785149, 34935.237697, 34943.690458, 34952.143433, 34960.596620, 34969.050021, 34977.503636, 34985.957463, 34994.411503, 35002.865757, 35011.320223, 35019.774902, 35028.229795, 35036.684900, 35045.140217, 35053.595748, 35062.051491, 35070.507447, 35078.963615, 35087.419997, 35095.876590, 35104.333396, 35112.790415, 35121.247645, 35129.705089, 35138.162744, 35146.620612, 35155.078692, 35163.536984, 35171.995488, 35180.454204, 35188.913133, 35197.372273, 35205.831625, 35214.291189, 35222.750965, 35231.210953, 35239.671152, 35248.131563, 35256.592186, 35265.053021, 35273.514067, 35281.975324, 35290.436793, 35298.898474, 35307.360366, 35315.822469, 35324.284783, 35332.747309, 35341.210046, 35349.672994, 35358.136154, 35366.599524, 35375.063106, 35383.526898, 35391.990901, 35400.455116, 35408.919541, 35417.384177, 35425.849023, 35434.314081, 35442.779349, 35451.244828, 35459.710517, 35468.176417, 35476.642527, 35485.108848, 35493.575379, 35502.042121, 35510.509073, 35518.976235, 35527.443608, 35535.911191, 35544.378983, 35552.846986, 35561.315199, 35569.783622, 35578.252255, 35586.721098, 35595.190151, 35603.659414, 35612.128886, 35620.598568, 35629.068460, 35637.538562, 35646.008873, 35654.479394, 35662.950124, 35671.421064, 35679.892213, 35688.363572, 35696.835140, 35705.306917, 35713.778904, 35722.251100, 35730.723505, 35739.196119, 35747.668942, 35756.141974, 35764.615216, 35773.088666, 35781.562325, 35790.036193, 35798.510270, 35806.984556, 35815.459050, 35823.933753, 35832.408665, 35840.883786, 35849.359115, 35857.834652, 35866.310398, 35874.786353, 35883.262515, 35891.738887, 35900.215466, 35908.692254, 35917.169250, 35925.646454, 35934.123866, 35942.601487, 35951.079315, 35959.557352, 35968.035596, 35976.514049, 35984.992709, 35993.471577, 36001.950653, 36010.429936, 36018.909428, 36027.389127, 36035.869033, 36044.349147, 36052.829469, 36061.309998, 36069.790735, 36078.271679, 36086.752831, 36095.234189, 36103.715755, 36112.197529, 36120.679509, 36129.161697, 36137.644091, 36146.126693, 36154.609502, 36163.092517, 36171.575740, 36180.059170, 36188.542806, 36197.026649, 36205.510699, 36213.994956, 36222.479419, 36230.964089, 36239.448966, 36247.934049, 36256.419339, 36264.904835, 36273.390537, 36281.876446, 36290.362561, 36298.848883, 36307.335411, 36315.822145, 36324.309085, 36332.796231, 36341.283584, 36349.771142, 36358.258906, 36366.746877, 36375.235053, 36383.723435, 36392.212023, 36400.700817, 36409.189816, 36417.679021, 36426.168432, 36434.658048, 36443.147870, 36451.637898, 36460.128131, 36468.618569, 36477.109213, 36485.600063, 36494.091117, 36502.582377, 36511.073842, 36519.565512, 36528.057388, 36536.549468, 36545.041754, 36553.534244, 36562.026940, 36570.519840, 36579.012946, 36587.506256, 36595.999771, 36604.493491, 36612.987415, 36621.481545, 36629.975878, 36638.470417, 36646.965160, 36655.460108, 36663.955260, 36672.450616, 36680.946177, 36689.441942, 36697.937912, 36706.434086, 36714.930464, 36723.427046, 36731.923832, 36740.420823, 36748.918017, 36757.415416, 36765.913019, 36774.410825, 36782.908835, 36791.407050, 36799.905468, 36808.404089, 36816.902915, 36825.401944, 36833.901177, 36842.400614, 36850.900254, 36859.400097, 36867.900144, 36876.400395, 36884.900848, 36893.401506, 36901.902366, 36910.403430, 36918.904697, 36927.406167, 36935.907841, 36944.409717, 36952.911797, 36961.414079, 36969.916565, 36978.419253, 36986.922145, 36995.425239, 37003.928536, 37012.432036, 37020.935739, 37029.439644, 37037.943752, 37046.448062, 37054.952576, 37063.457291, 37071.962209, 37080.467330, 37088.972653, 37097.478178, 37105.983906, 37114.489836, 37122.995968, 37131.502303, 37140.008839, 37148.515578, 37157.022519, 37165.529662, 37174.037007, 37182.544554, 37191.052302, 37199.560253, 37208.068405, 37216.576760, 37225.085316, 37233.594073, 37242.103033, 37250.612194, 37259.121556, 37267.631120, 37276.140886, 37284.650853, 37293.161022, 37301.671392, 37310.181963, 37318.692736, 37327.203710, 37335.714885, 37344.226261, 37352.737838, 37361.249617, 37369.761597, 37378.273777, 37386.786159, 37395.298742, 37403.811525, 37412.324509, 37420.837695, 37429.351080, 37437.864667, 37446.378455, 37454.892443, 37463.406631, 37471.921021, 37480.435610, 37488.950401, 37497.465391, 37505.980583, 37514.495974, 37523.011566, 37531.527358, 37540.043351, 37548.559544, 37557.075936, 37565.592529, 37574.109323, 37582.626316, 37591.143509, 37599.660902, 37608.178495, 37616.696288, 37625.214281, 37633.732474, 37642.250866, 37650.769458, 37659.288250, 37667.807242, 37676.326433, 37684.845824, 37693.365414, 37701.885204, 37710.405193, 37718.925382, 37727.445770, 37735.966357, 37744.487144, 37753.008130, 37761.529315, 37770.050700, 37778.572283, 37787.094066, 37795.616048, 37804.138228, 37812.660608, 37821.183187, 37829.705964, 37838.228941, 37846.752116, 37855.275490, 37863.799063, 37872.322834, 37880.846805, 37889.370973, 37897.895341, 37906.419907, 37914.944671, 37923.469634, 37931.994796, 37940.520155, 37949.045713, 37957.571470, 37966.097424, 37974.623577, 37983.149929, 37991.676478, 38000.203225, 38008.730171, 38017.257314, 38025.784656, 38034.312195, 38042.839933, 38051.367868, 38059.896001, 38068.424332, 38076.952861, 38085.481587, 38094.010511, 38102.539633, 38111.068952, 38119.598469, 38128.128184, 38136.658096, 38145.188205, 38153.718512, 38162.249016, 38170.779718, 38179.310617, 38187.841713, 38196.373006, 38204.904497, 38213.436184, 38221.968069, 38230.500151, 38239.032430, 38247.564905, 38256.097578, 38264.630448, 38273.163514, 38281.696778, 38290.230238, 38298.763895, 38307.297748, 38315.831799, 38324.366046, 38332.900489, 38341.435129, 38349.969966, 38358.504999, 38367.040229, 38375.575655, 38384.111277, 38392.647096, 38401.183110, 38409.719322, 38418.255729, 38426.792333, 38435.329132, 38443.866128, 38452.403320, 38460.940708, 38469.478292, 38478.016072, 38486.554047, 38495.092219, 38503.630586, 38512.169150, 38520.707909, 38529.246863, 38537.786014, 38546.325360, 38554.864901, 38563.404638, 38571.944571, 38580.484699, 38589.025023, 38597.565542, 38606.106256, 38614.647166, 38623.188271, 38631.729571, 38640.271067, 38648.812757, 38657.354643, 38665.896724, 38674.439000, 38682.981471, 38691.524137, 38700.066998, 38708.610054, 38717.153305, 38725.696750, 38734.240391, 38742.784226, 38751.328256, 38759.872480, 38768.416899, 38776.961513, 38785.506321, 38794.051324, 38802.596522, 38811.141913, 38819.687500, 38828.233280, 38836.779255, 38845.325425, 38853.871788, 38862.418346, 38870.965098, 38879.512044, 38888.059184, 38896.606519, 38905.154047, 38913.701770, 38922.249686, 38930.797796, 38939.346100, 38947.894598, 38956.443290, 38964.992176, 38973.541255, 38982.090528, 38990.639995, 38999.189656, 39007.739510, 39016.289557, 39024.839798, 39033.390233, 39041.940861, 39050.491682, 39059.042697, 39067.593905, 39076.145306, 39084.696901, 39093.248689, 39101.800670, 39110.352844, 39118.905211, 39127.457771, 39136.010525, 39144.563471, 39153.116610, 39161.669943, 39170.223468, 39178.777186, 39187.331097, 39195.885200, 39204.439496, 39212.993985, 39221.548667, 39230.103541, 39238.658608, 39247.213867, 39255.769319, 39264.324964, 39272.880801, 39281.436830, 39289.993051, 39298.549465, 39307.106071, 39315.662870, 39324.219861, 39332.777043, 39341.334418, 39349.891985, 39358.449745, 39367.007696, 39375.565839, 39384.124174, 39392.682701, 39401.241420, 39409.800331, 39418.359434, 39426.918728, 39435.478214, 39444.037892, 39452.597761, 39461.157822, 39469.718075, 39478.278519, 39486.839155, 39495.399982, 39503.961001, 39512.522211, 39521.083612, 39529.645205, 39538.206989, 39546.768965, 39555.331131, 39563.893489, 39572.456038, 39581.018778, 39589.581709, 39598.144831, 39606.708144, 39615.271648, 39623.835343, 39632.399229, 39640.963306, 39649.527574, 39658.092032, 39666.656681, 39675.221521, 39683.786551, 39692.351773, 39700.917184, 39709.482787, 39718.048580, 39726.614563, 39735.180737, 39743.747101, 39752.313656, 39760.880401, 39769.447336, 39778.014461, 39786.581777, 39795.149283, 39803.716979, 39812.284866, 39820.852942, 39829.421209, 39837.989665, 39846.558311, 39855.127148, 39863.696174, 39872.265390, 39880.834797, 39889.404392, 39897.974178, 39906.544153, 39915.114319, 39923.684673, 39932.255218, 39940.825952, 39949.396875, 39957.967988, 39966.539291, 39975.110783, 39983.682464, 39992.254335, 40000.826395, 40009.398644, 40017.971083, 40026.543711, 40035.116528, 40043.689534, 40052.262730, 40060.836114, 40069.409688, 40077.983450, 40086.557402, 40095.131542, 40103.705871, 40112.280390, 40120.855097, 40129.429993, 40138.005077, 40146.580351, 40155.155813, 40163.731464, 40172.307303, 40180.883331, 40189.459548, 40198.035953, 40206.612546, 40215.189328, 40223.766298, 40232.343457, 40240.920804, 40249.498340, 40258.076063, 40266.653975, 40275.232076, 40283.810364, 40292.388840, 40300.967505, 40309.546357, 40318.125398, 40326.704627, 40335.284043, 40343.863648, 40352.443440, 40361.023420, 40369.603588, 40378.183944, 40386.764487, 40395.345218, 40403.926137, 40412.507244, 40421.088538, 40429.670020, 40438.251689, 40446.833546, 40455.415590, 40463.997821, 40472.580240, 40481.162847, 40489.745640, 40498.328621, 40506.911789, 40515.495145, 40524.078687, 40532.662417, 40541.246334, 40549.830438, 40558.414729, 40566.999207, 40575.583872, 40584.168723, 40592.753762, 40601.338988, 40609.924400, 40618.509999, 40627.095785, 40635.681758, 40644.267918, 40652.854264, 40661.440796, 40670.027515, 40678.614421, 40687.201514, 40695.788792, 40704.376258, 40712.963909, 40721.551747, 40730.139772, 40738.727982, 40747.316379, 40755.904963, 40764.493732, 40773.082687, 40781.671829, 40790.261157, 40798.850671, 40807.440371, 40816.030257, 40824.620328, 40833.210586, 40841.801030, 40850.391659, 40858.982475, 40867.573476, 40876.164663, 40884.756035, 40893.347594, 40901.939337, 40910.531267, 40919.123382, 40927.715683, 40936.308169, 40944.900841, 40953.493698, 40962.086740, 40970.679968, 40979.273381, 40987.866980, 40996.460764, 41005.054733, 41013.648887, 41022.243226, 41030.837751, 41039.432460, 41048.027355, 41056.622435, 41065.217700, 41073.813149, 41082.408784, 41091.004603, 41099.600608, 41108.196797, 41116.793171, 41125.389730, 41133.986473, 41142.583401, 41151.180514, 41159.777812, 41168.375294, 41176.972960, 41185.570811, 41194.168847, 41202.767067, 41211.365471, 41219.964060, 41228.562833, 41237.161791, 41245.760933, 41254.360259, 41262.959769, 41271.559463, 41280.159342, 41288.759405, 41297.359651, 41305.960082, 41314.560697, 41323.161496, 41331.762478, 41340.363645, 41348.964995, 41357.566530, 41366.168248, 41374.770150, 41383.372236, 41391.974505, 41400.576958, 41409.179595, 41417.782415, 41426.385419, 41434.988606, 41443.591977, 41452.195531, 41460.799269, 41469.403190, 41478.007295, 41486.611583, 41495.216054, 41503.820708, 41512.425546, 41521.030567, 41529.635771, 41538.241158, 41546.846729, 41555.452482, 41564.058418, 41572.664538, 41581.270840, 41589.877325, 41598.483994, 41607.090845, 41615.697879, 41624.305095, 41632.912495, 41641.520077, 41650.127842, 41658.735789, 41667.343920, 41675.952232, 41684.560728, 41693.169406, 41701.778266, 41710.387309, 41718.996534, 41727.605942, 41736.215532, 41744.825304, 41753.435259, 41762.045396, 41770.655715, 41779.266216, 41787.876900, 41796.487766, 41805.098813, 41813.710043, 41822.321455, 41830.933049, 41839.544825, 41848.156783, 41856.768922, 41865.381244, 41873.993747, 41882.606432, 41891.219299, 41899.832348, 41908.445578, 41917.058990, 41925.672584, 41934.286359, 41942.900316, 41951.514455, 41960.128774, 41968.743276, 41977.357959, 41985.972823, 41994.587868, 42003.203095, 42011.818504, 42020.434093, 42029.049864, 42037.665816, 42046.281949, 42054.898263, 42063.514759, 42072.131435, 42080.748293, 42089.365331, 42097.982551, 42106.599951, 42115.217532, 42123.835295, 42132.453238, 42141.071362, 42149.689666, 42158.308152, 42166.926818, 42175.545665, 42184.164692, 42192.783900, 42201.403289, 42210.022858, 42218.642608, 42227.262539, 42235.882649, 42244.502940, 42253.123412, 42261.744064, 42270.364896, 42278.985909, 42287.607101, 42296.228474, 42304.850028, 42313.471761, 42322.093674, 42330.715768, 42339.338042, 42347.960495, 42356.583129, 42365.205943, 42373.828936, 42382.452110, 42391.075463, 42399.698997, 42408.322710, 42416.946602, 42425.570675, 42434.194927, 42442.819359, 42451.443971, 42460.068762, 42468.693733, 42477.318883, 42485.944213, 42494.569722, 42503.195411, 42511.821279, 42520.447327, 42529.073554, 42537.699960, 42546.326546, 42554.953310, 42563.580254, 42572.207378, 42580.834680, 42589.462162, 42598.089822, 42606.717662, 42615.345681, 42623.973879, 42632.602255, 42641.230811, 42649.859545, 42658.488459, 42667.117551, 42675.746822, 42684.376272, 42693.005901, 42701.635708, 42710.265694, 42718.895859, 42727.526202, 42736.156724, 42744.787424, 42753.418303, 42762.049361, 42770.680597, 42779.312011, 42787.943604, 42796.575375, 42805.207324, 42813.839452, 42822.471758, 42831.104242, 42839.736905, 42848.369745, 42857.002764, 42865.635961, 42874.269336, 42882.902889, 42891.536620, 42900.170529, 42908.804616, 42917.438881, 42926.073323, 42934.707944, 42943.342743, 42951.977719, 42960.612873, 42969.248204, 42977.883714, 42986.519401, 42995.155266, 43003.791308, 43012.427528, 43021.063925, 43029.700500, 43038.337253, 43046.974183, 43055.611290, 43064.248575, 43072.886037, 43081.523676, 43090.161493, 43098.799486, 43107.437658, 43116.076006, 43124.714531, 43133.353234, 43141.992114, 43150.631170, 43159.270404, 43167.909815, 43176.549403, 43185.189168, 43193.829109, 43202.469228, 43211.109523, 43219.749995, 43228.390644, 43237.031470, 43245.672473, 43254.313652, 43262.955008, 43271.596540, 43280.238249, 43288.880135, 43297.522197, 43306.164436, 43314.806851, 43323.449442, 43332.092210, 43340.735155, 43349.378276, 43358.021573, 43366.665046, 43375.308696, 43383.952521, 43392.596524, 43401.240702, 43409.885056, 43418.529586, 43427.174293, 43435.819176, 43444.464234, 43453.109469, 43461.754879, 43470.400466, 43479.046228, 43487.692166, 43496.338280, 43504.984570, 43513.631035, 43522.277677, 43530.924493, 43539.571486, 43548.218654, 43556.865998, 43565.513518, 43574.161213, 43582.809083, 43591.457129, 43600.105351, 43608.753748, 43617.402320, 43626.051067, 43634.699990, 43643.349089, 43651.998362, 43660.647811, 43669.297435, 43677.947234, 43686.597208, 43695.247358, 43703.897682, 43712.548182, 43721.198856, 43729.849706, 43738.500731, 43747.151930, 43755.803304, 43764.454854, 43773.106578, 43781.758477, 43790.410550, 43799.062799, 43807.715222, 43816.367820, 43825.020592, 43833.673539, 43842.326661, 43850.979957, 43859.633428, 43868.287073, 43876.940893, 43885.594887, 43894.249056, 43902.903399, 43911.557917, 43920.212608, 43928.867474, 43937.522514, 43946.177729, 43954.833118, 43963.488681, 43972.144418, 43980.800329, 43989.456414, 43998.112673, 44006.769106, 44015.425714, 44024.082495, 44032.739450, 44041.396579, 44050.053882, 44058.711359, 44067.369009, 44076.026833, 44084.684831, 44093.343003, 44102.001349, 44110.659868, 44119.318561, 44127.977427, 44136.636467, 44145.295680, 44153.955067, 44162.614628, 44171.274362, 44179.934269, 44188.594350, 44197.254604, 44205.915031, 44214.575632, 44223.236406, 44231.897353, 44240.558473, 44249.219767, 44257.881233, 44266.542873, 44275.204686, 44283.866672, 44292.528831, 44301.191163, 44309.853668, 44318.516346, 44327.179196, 44335.842220, 44344.505416, 44353.168786, 44361.832328, 44370.496043, 44379.159930, 44387.823991, 44396.488223, 44405.152629, 44413.817207, 44422.481958, 44431.146881, 44439.811977, 44448.477245, 44457.142686, 44465.808299, 44474.474085, 44483.140043, 44491.806173, 44500.472476, 44509.138951, 44517.805598, 44526.472417, 44535.139409, 44543.806573, 44552.473908, 44561.141416, 44569.809096, 44578.476948, 44587.144973, 44595.813169, 44604.481537, 44613.150077, 44621.818788, 44630.487672, 44639.156728, 44647.825955, 44656.495354, 44665.164925, 44673.834668, 44682.504582, 44691.174668, 44699.844925, 44708.515355, 44717.185955, 44725.856728, 44734.527671, 44743.198787, 44751.870073, 44760.541531, 44769.213161, 44777.884962, 44786.556934, 44795.229078, 44803.901393, 44812.573879, 44821.246536, 44829.919364, 44838.592364, 44847.265535, 44855.938877, 44864.612390, 44873.286074, 44881.959929, 44890.633955, 44899.308152, 44907.982519, 44916.657058, 44925.331768, 44934.006648, 44942.681700, 44951.356922, 44960.032314, 44968.707878, 44977.383612, 44986.059517, 44994.735593, 45003.411839, 45012.088255, 45020.764843, 45029.441600, 45038.118529, 45046.795627, 45055.472896, 45064.150336, 45072.827946, 45081.505726, 45090.183677, 45098.861798, 45107.540089, 45116.218550, 45124.897182, 45133.575983, 45142.254955, 45150.934097, 45159.613409, 45168.292891, 45176.972543, 45185.652366, 45194.332358, 45203.012520, 45211.692852, 45220.373353, 45229.054025, 45237.734866, 45246.415878, 45255.097059, 45263.778410, 45272.459930, 45281.141620, 45289.823480, 45298.505509, 45307.187709, 45315.870077, 45324.552615, 45333.235323, 45341.918200, 45350.601247, 45359.284462, 45367.967848, 45376.651403, 45385.335127, 45394.019020, 45402.703083, 45411.387315, 45420.071716, 45428.756286, 45437.441025, 45446.125934, 45454.811012, 45463.496258, 45472.181674, 45480.867259, 45489.553013, 45498.238936, 45506.925028, 45515.611288, 45524.297718, 45532.984316, 45541.671083, 45550.358019, 45559.045124, 45567.732397, 45576.419840, 45585.107450, 45593.795230, 45602.483178, 45611.171295, 45619.859580, 45628.548034, 45637.236656, 45645.925447, 45654.614406, 45663.303534, 45671.992830, 45680.682294, 45689.371927, 45698.061728, 45706.751697, 45715.441835, 45724.132141, 45732.822615, 45741.513257, 45750.204067, 45758.895046, 45767.586192, 45776.277507, 45784.968989, 45793.660640, 45802.352458, 45811.044445, 45819.736599, 45828.428921, 45837.121412, 45845.814070, 45854.506895, 45863.199889, 45871.893050, 45880.586379, 45889.279876, 45897.973540, 45906.667372, 45915.361372, 45924.055539, 45932.749874, 45941.444376, 45950.139045, 45958.833883, 45967.528887, 45976.224059, 45984.919399, 45993.614905, 46002.310579, 46011.006421, 46019.702429, 46028.398605, 46037.094948, 46045.791458, 46054.488136, 46063.184980, 46071.881992, 46080.579171, 46089.276516, 46097.974029, 46106.671709, 46115.369556, 46124.067569, 46132.765750, 46141.464097, 46150.162611, 46158.861292, 46167.560140, 46176.259155, 46184.958336, 46193.657684, 46202.357199, 46211.056880, 46219.756728, 46228.456743, 46237.156924, 46245.857272, 46254.557786, 46263.258467, 46271.959314, 46280.660328, 46289.361508, 46298.062854, 46306.764367, 46315.466046, 46324.167891, 46332.869903, 46341.572081, 46350.274425, 46358.976935, 46367.679612, 46376.382454, 46385.085463, 46393.788638, 46402.491978, 46411.195485, 46419.899158, 46428.602997, 46437.307001, 46446.011172, 46454.715508, 46463.420011, 46472.124679, 46480.829513, 46489.534512, 46498.239678, 46506.945009, 46515.650506, 46524.356168, 46533.061996, 46541.767990, 46550.474149, 46559.180474, 46567.886964, 46576.593620, 46585.300442, 46594.007428, 46602.714581, 46611.421898, 46620.129381, 46628.837029, 46637.544843, 46646.252822, 46654.960966, 46663.669275, 46672.377749, 46681.086389, 46689.795194, 46698.504164, 46707.213299, 46715.922599, 46724.632064, 46733.341694, 46742.051489, 46750.761449, 46759.471574, 46768.181864, 46776.892319, 46785.602938, 46794.313722, 46803.024672, 46811.735785, 46820.447064, 46829.158507, 46837.870115, 46846.581888, 46855.293825, 46864.005927, 46872.718194, 46881.430625, 46890.143220, 46898.855980, 46907.568904, 46916.281993, 46924.995247, 46933.708664, 46942.422246, 46951.135993, 46959.849903, 46968.563978, 46977.278217, 46985.992621, 46994.707188, 47003.421920, 47012.136816, 47020.851876, 47029.567100, 47038.282488, 47046.998040, 47055.713756, 47064.429636, 47073.145680, 47081.861888, 47090.578260, 47099.294796, 47108.011495, 47116.728359, 47125.445386, 47134.162577, 47142.879932, 47151.597450, 47160.315132, 47169.032978, 47177.750987, 47186.469160, 47195.187496, 47203.905996, 47212.624660, 47221.343487, 47230.062478, 47238.781632, 47247.500949, 47256.220430, 47264.940074, 47273.659881, 47282.379852, 47291.099986, 47299.820283, 47308.540744, 47317.261368, 47325.982154, 47334.703104, 47343.424218, 47352.145494, 47360.866933, 47369.588536, 47378.310301, 47387.032229, 47395.754321, 47404.476575, 47413.198992, 47421.921572, 47430.644315, 47439.367220, 47448.090289, 47456.813520, 47465.536914, 47474.260471, 47482.984190, 47491.708073, 47500.432117, 47509.156325, 47517.880695, 47526.605227, 47535.329922, 47544.054780, 47552.779800, 47561.504982, 47570.230327, 47578.955835, 47587.681504, 47596.407336, 47605.133331, 47613.859487, 47622.585806, 47631.312288, 47640.038931, 47648.765737, 47657.492704, 47666.219834, 47674.947126, 47683.674580, 47692.402197, 47701.129975, 47709.857915, 47718.586017, 47727.314281, 47736.042707, 47744.771295, 47753.500045, 47762.228957, 47770.958031, 47779.687266, 47788.416663, 47797.146222, 47805.875943, 47814.605825, 47823.335869, 47832.066074, 47840.796442, 47849.526970, 47858.257661, 47866.988513, 47875.719526, 47884.450701, 47893.182037, 47901.913535, 47910.645194, 47919.377015, 47928.108997, 47936.841140, 47945.573445, 47954.305911, 47963.038538, 47971.771326, 47980.504275, 47989.237386, 47997.970658, 48006.704091, 48015.437685, 48024.171440, 48032.905356, 48041.639434, 48050.373672, 48059.108071, 48067.842631, 48076.577352, 48085.312234, 48094.047277, 48102.782480, 48111.517845, 48120.253370, 48128.989056, 48137.724902, 48146.460910, 48155.197078, 48163.933407, 48172.669896, 48181.406546, 48190.143356, 48198.880328, 48207.617459, 48216.354751, 48225.092204, 48233.829817, 48242.567590, 48251.305524, 48260.043618, 48268.781873, 48277.520288, 48286.258863, 48294.997599, 48303.736494, 48312.475550, 48321.214766, 48329.954143, 48338.693679, 48347.433376, 48356.173232, 48364.913249, 48373.653426, 48382.393762, 48391.134259, 48399.874916, 48408.615732, 48417.356709, 48426.097845, 48434.839142, 48443.580598, 48452.322214, 48461.063989, 48469.805925, 48478.548020, 48487.290275, 48496.032689, 48504.775264, 48513.517998, 48522.260891, 48531.003944, 48539.747157, 48548.490529, 48557.234060, 48565.977752, 48574.721602, 48583.465612, 48592.209782, 48600.954110, 48609.698598, 48618.443246, 48627.188053, 48635.933019, 48644.678144, 48653.423428, 48662.168872, 48670.914475, 48679.660237, 48688.406158, 48697.152238, 48705.898477, 48714.644876, 48723.391433, 48732.138150, 48740.885025, 48749.632059, 48758.379252, 48767.126604, 48775.874115, 48784.621785, 48793.369614, 48802.117601, 48810.865747, 48819.614052, 48828.362516, 48837.111138, 48845.859919, 48854.608859, 48863.357957, 48872.107214, 48880.856629, 48889.606203, 48898.355936, 48907.105827, 48915.855876, 48924.606084, 48933.356450, 48942.106975, 48950.857658, 48959.608499, 48968.359499, 48977.110657, 48985.861973, 48994.613448, 49003.365080, 49012.116871, 49020.868820, 49029.620928, 49038.373193, 49047.125616, 49055.878198, 49064.630937, 49073.383835, 49082.136890, 49090.890104, 49099.643475, 49108.397005, 49117.150692, 49125.904537, 49134.658540, 49143.412701, 49152.167019, 49160.921495, 49169.676129, 49178.430921, 49187.185871, 49195.940978, 49204.696243, 49213.451665, 49222.207245, 49230.962982, 49239.718877, 49248.474930, 49257.231140, 49265.987508, 49274.744033, 49283.500715, 49292.257555, 49301.014552, 49309.771707, 49318.529019, 49327.286488, 49336.044114, 49344.801898, 49353.559839, 49362.317937, 49371.076192, 49379.834604, 49388.593174, 49397.351900, 49406.110784, 49414.869825, 49423.629023, 49432.388377, 49441.147889, 49449.907558, 49458.667383, 49467.427366, 49476.187505, 49484.947801, 49493.708254, 49502.468864, 49511.229631, 49519.990554, 49528.751634, 49537.512871, 49546.274265, 49555.035815, 49563.797522, 49572.559385, 49581.321405, 49590.083581, 49598.845915, 49607.608404, 49616.371050, 49625.133853, 49633.896811, 49642.659927, 49651.423199, 49660.186627, 49668.950211, 49677.713952, 49686.477849, 49695.241902, 49704.006112, 49712.770477, 49721.534999, 49730.299677, 49739.064511, 49747.829502, 49756.594648, 49765.359951, 49774.125409, 49782.891024, 49791.656794, 49800.422721, 49809.188803, 49817.955042, 49826.721436, 49835.487986, 49844.254692, 49853.021554, 49861.788572, 49870.555745, 49879.323074, 49888.090559, 49896.858200, 49905.625996, 49914.393948, 49923.162055, 49931.930318, 49940.698737, 49949.467311, 49958.236041, 49967.004927, 49975.773967, 49984.543164, 49993.312515, 50002.082022, 50010.851685, 50019.621503, 50028.391476, 50037.161605, 50045.931888, 50054.702327, 50063.472922, 50072.243671, 50081.014576, 50089.785636, 50098.556851, 50107.328221, 50116.099747, 50124.871427, 50133.643262, 50142.415253, 50151.187398, 50159.959699, 50168.732154, 50177.504764, 50186.277529, 50195.050450, 50203.823525, 50212.596754, 50221.370139, 50230.143678, 50238.917372, 50247.691221, 50256.465225, 50265.239383, 50274.013696, 50282.788164, 50291.562786, 50300.337563, 50309.112494, 50317.887580, 50326.662821, 50335.438216, 50344.213765, 50352.989469, 50361.765327, 50370.541340, 50379.317507, 50388.093828, 50396.870304, 50405.646934, 50414.423719, 50423.200657, 50431.977750, 50440.754997, 50449.532399, 50458.309954, 50467.087664, 50475.865527, 50484.643545, 50493.421717, 50502.200043, 50510.978523, 50519.757157, 50528.535945, 50537.314887, 50546.093983, 50554.873232, 50563.652636, 50572.432193, 50581.211905, 50589.991770, 50598.771789, 50607.551961, 50616.332288, 50625.112768, 50633.893402, 50642.674189, 50651.455130, 50660.236225, 50669.017473, 50677.798875, 50686.580431, 50695.362140, 50704.144002, 50712.926018, 50721.708187, 50730.490510, 50739.272987, 50748.055616, 50756.838399, 50765.621336, 50774.404425, 50783.187668, 50791.971064, 50800.754614, 50809.538317, 50818.322173, 50827.106182, 50835.890344, 50844.674659, 50853.459128, 50862.243749, 50871.028524, 50879.813451, 50888.598532, 50897.383766, 50906.169152, 50914.954692, 50923.740384, 50932.526230, 50941.312228, 50950.098379, 50958.884683, 50967.671139, 50976.457749, 50985.244511, 50994.031426, 51002.818494, 51011.605714, 51020.393087, 51029.180613, 51037.968291, 51046.756122, 51055.544105, 51064.332241, 51073.120529, 51081.908970, 51090.697564, 51099.486310, 51108.275208, 51117.064259, 51125.853462, 51134.642817, 51143.432325, 51152.221985, 51161.011798, 51169.801762, 51178.591879, 51187.382148, 51196.172569, 51204.963143, 51213.753869, 51222.544746, 51231.335776, 51240.126958, 51248.918292, 51257.709778, 51266.501416, 51275.293206, 51284.085148, 51292.877242, 51301.669488, 51310.461886, 51319.254435, 51328.047137, 51336.839990, 51345.632995, 51354.426152, 51363.219461, 51372.012921, 51380.806533, 51389.600297, 51398.394212, 51407.188279, 51415.982498, 51424.776868, 51433.571390, 51442.366064, 51451.160889, 51459.955865, 51468.750993, 51477.546272, 51486.341703, 51495.137285, 51503.933019, 51512.728904, 51521.524940, 51530.321128, 51539.117467, 51547.913957, 51556.710598, 51565.507391, 51574.304335, 51583.101430, 51591.898676, 51600.696074, 51609.493622, 51618.291322, 51627.089172, 51635.887174, 51644.685327, 51653.483631, 51662.282085, 51671.080691, 51679.879447, 51688.678355, 51697.477413, 51706.276623, 51715.075983, 51723.875494, 51732.675155, 51741.474968, 51750.274931, 51759.075045, 51767.875310, 51776.675725, 51785.476291, 51794.277007, 51803.077875, 51811.878893, 51820.680061, 51829.481380, 51838.282849, 51847.084469, 51855.886240, 51864.688161, 51873.490232, 51882.292454, 51891.094826, 51899.897348, 51908.700021, 51917.502844, 51926.305818, 51935.108942, 51943.912216, 51952.715640, 51961.519214, 51970.322939, 51979.126814, 51987.930838, 51996.735013, 52005.539339, 52014.343814, 52023.148439, 52031.953214, 52040.758140, 52049.563215, 52058.368440, 52067.173815, 52075.979340, 52084.785015, 52093.590840, 52102.396815, 52111.202939, 52120.009213, 52128.815637, 52137.622211, 52146.428935, 52155.235808, 52164.042831, 52172.850004, 52181.657326, 52190.464798, 52199.272419, 52208.080190, 52216.888111, 52225.696181, 52234.504401, 52243.312770, 52252.121289, 52260.929957, 52269.738774, 52278.547741, 52287.356857, 52296.166123, 52304.975538, 52313.785102, 52322.594816, 52331.404678, 52340.214690, 52349.024852, 52357.835162, 52366.645622, 52375.456231, 52384.266989, 52393.077896, 52401.888952, 52410.700157, 52419.511511, 52428.323014, 52437.134667, 52445.946468, 52454.758418, 52463.570517, 52472.382765, 52481.195162, 52490.007708, 52498.820402, 52507.633246, 52516.446238, 52525.259379, 52534.072669, 52542.886107, 52551.699695, 52560.513430, 52569.327315, 52578.141348, 52586.955530, 52595.769860, 52604.584339, 52613.398967, 52622.213743, 52631.028668, 52639.843741, 52648.658962, 52657.474332, 52666.289851, 52675.105518, 52683.921333, 52692.737296, 52701.553408, 52710.369668, 52719.186077, 52728.002634, 52736.819339, 52745.636192, 52754.453193, 52763.270343, 52772.087641, 52780.905087, 52789.722681, 52798.540423, 52807.358313, 52816.176351, 52824.994538, 52833.812872, 52842.631354, 52851.449984, 52860.268763, 52869.087689, 52877.906763, 52886.725985, 52895.545354, 52904.364872, 52913.184537, 52922.004350, 52930.824311, 52939.644420, 52948.464676, 52957.285080, 52966.105632, 52974.926331, 52983.747178, 52992.568173, 53001.389315, 53010.210605, 53019.032042, 53027.853627, 53036.675360, 53045.497240, 53054.319267, 53063.141442, 53071.963764, 53080.786233, 53089.608850, 53098.431615, 53107.254526, 53116.077585, 53124.900791, 53133.724145, 53142.547646, 53151.371294, 53160.195089, 53169.019031, 53177.843121, 53186.667357, 53195.491741, 53204.316272, 53213.140950, 53221.965775, 53230.790747, 53239.615866, 53248.441131, 53257.266544, 53266.092104, 53274.917811, 53283.743665, 53292.569665, 53301.395813, 53310.222107, 53319.048548, 53327.875136, 53336.701870, 53345.528752, 53354.355780, 53363.182955, 53372.010276, 53380.837744, 53389.665359, 53398.493120, 53407.321028, 53416.149083, 53424.977284, 53433.805631, 53442.634126, 53451.462766, 53460.291553, 53469.120487, 53477.949567, 53486.778793, 53495.608166, 53504.437685, 53513.267350, 53522.097162, 53530.927120, 53539.757224, 53548.587475, 53557.417872, 53566.248415, 53575.079104, 53583.909939, 53592.740921, 53601.572049, 53610.403322, 53619.234742, 53628.066308, 53636.898020, 53645.729878, 53654.561882, 53663.394032, 53672.226328, 53681.058769, 53689.891357, 53698.724091, 53707.556970, 53716.389995, 53725.223167, 53734.056483, 53742.889946, 53751.723555, 53760.557309, 53769.391209, 53778.225254, 53787.059446, 53795.893783, 53804.728265, 53813.562894, 53822.397667, 53831.232587, 53840.067652, 53848.902862, 53857.738218, 53866.573720, 53875.409367, 53884.245159, 53893.081097, 53901.917180, 53910.753408, 53919.589782, 53928.426302, 53937.262966, 53946.099776, 53954.936731, 53963.773832, 53972.611077, 53981.448468, 53990.286004, 53999.123685, 54007.961512, 54016.799483, 54025.637600, 54034.475862, 54043.314268, 54052.152820, 54060.991517, 54069.830359, 54078.669346, 54087.508477, 54096.347754, 54105.187176, 54114.026742, 54122.866453, 54131.706310, 54140.546311, 54149.386457, 54158.226747, 54167.067183, 54175.907763, 54184.748488, 54193.589357, 54202.430372, 54211.271531, 54220.112834, 54228.954283, 54237.795875, 54246.637613, 54255.479495, 54264.321521, 54273.163692, 54282.006008, 54290.848468, 54299.691073, 54308.533821, 54317.376715, 54326.219753, 54335.062935, 54343.906261, 54352.749732, 54361.593347, 54370.437106, 54379.281010, 54388.125058, 54396.969250, 54405.813586, 54414.658067, 54423.502692, 54432.347460, 54441.192373, 54450.037430, 54458.882631, 54467.727977, 54476.573466, 54485.419099, 54494.264876, 54503.110798, 54511.956863, 54520.803072, 54529.649425, 54538.495922, 54547.342563, 54556.189347, 54565.036276, 54573.883348, 54582.730564, 54591.577924, 54600.425428, 54609.273075, 54618.120866, 54626.968801, 54635.816879, 54644.665102, 54653.513467, 54662.361977, 54671.210629, 54680.059426, 54688.908366, 54697.757449, 54706.606676, 54715.456047, 54724.305561, 54733.155218, 54742.005019, 54750.854963, 54759.705051, 54768.555282, 54777.405656, 54786.256174, 54795.106835, 54803.957639, 54812.808586, 54821.659677, 54830.510911, 54839.362288, 54848.213808, 54857.065472, 54865.917278, 54874.769228, 54883.621321, 54892.473557, 54901.325936, 54910.178457, 54919.031122, 54927.883930, 54936.736881, 54945.589975, 54954.443212, 54963.296591, 54972.150114, 54981.003779, 54989.857588, 54998.711539, 55007.565633, 55016.419869, 55025.274249, 55034.128771, 55042.983436, 55051.838244, 55060.693194, 55069.548287, 55078.403523, 55087.258901, 55096.114422, 55104.970085, 55113.825891, 55122.681840, 55131.537931, 55140.394164, 55149.250540, 55158.107059, 55166.963720, 55175.820523, 55184.677469, 55193.534557, 55202.391787, 55211.249160, 55220.106675, 55228.964333, 55237.822133, 55246.680075, 55255.538159, 55264.396385, 55273.254754, 55282.113265, 55290.971918, 55299.830713, 55308.689650, 55317.548729, 55326.407951, 55335.267314, 55344.126820, 55352.986467, 55361.846257, 55370.706188, 55379.566261, 55388.426477, 55397.286834, 55406.147333, 55415.007974, 55423.868757, 55432.729682, 55441.590749, 55450.451957, 55459.313307, 55468.174799, 55477.036432, 55485.898208, 55494.760125, 55503.622183, 55512.484384, 55521.346726, 55530.209209, 55539.071834, 55547.934601, 55556.797509, 55565.660559, 55574.523751, 55583.387083, 55592.250558, 55601.114174, 55609.977931, 55618.841829, 55627.705869, 55636.570051, 55645.434373, 55654.298837, 55663.163443, 55672.028190, 55680.893077, 55689.758107, 55698.623277, 55707.488589, 55716.354042, 55725.219636, 55734.085371, 55742.951247, 55751.817264, 55760.683423, 55769.549722, 55778.416163, 55787.282745, 55796.149467, 55805.016331, 55813.883336, 55822.750481, 55831.617768, 55840.485195, 55849.352764, 55858.220473, 55867.088323, 55875.956314, 55884.824445, 55893.692718, 55902.561131, 55911.429685, 55920.298380, 55929.167216, 55938.036192, 55946.905309, 55955.774566, 55964.643964, 55973.513503, 55982.383182, 55991.253002, 56000.122963, 56008.993064, 56017.863305, 56026.733688, 56035.604210, 56044.474873, 56053.345677, 56062.216620, 56071.087705, 56079.958929, 56088.830294, 56097.701800, 56106.573445, 56115.445231, 56124.317158, 56133.189224, 56142.061431, 56150.933778, 56159.806265, 56168.678892, 56177.551660, 56186.424568, 56195.297615, 56204.170803, 56213.044131, 56221.917599, 56230.791207, 56239.664956, 56248.538844, 56257.412872, 56266.287040, 56275.161348, 56284.035796, 56292.910384, 56301.785112, 56310.659979, 56319.534987, 56328.410134, 56337.285421, 56346.160848, 56355.036415, 56363.912121, 56372.787967, 56381.663953, 56390.540079, 56399.416344, 56408.292749, 56417.169294, 56426.045978, 56434.922801, 56443.799765, 56452.676868, 56461.554110, 56470.431492, 56479.309014, 56488.186674, 56497.064475, 56505.942415, 56514.820494, 56523.698713, 56532.577071, 56541.455568, 56550.334205, 56559.212981, 56568.091896, 56576.970951, 56585.850145, 56594.729478, 56603.608950, 56612.488562, 56621.368313, 56630.248203, 56639.128232, 56648.008400, 56656.888708, 56665.769154, 56674.649740, 56683.530464, 56692.411328, 56701.292330, 56710.173472, 56719.054753, 56727.936172, 56736.817731, 56745.699428, 56754.581264, 56763.463239, 56772.345354, 56781.227606, 56790.109998, 56798.992529, 56807.875198, 56816.758006, 56825.640953, 56834.524038, 56843.407263, 56852.290625, 56861.174127, 56870.057767, 56878.941546, 56887.825464, 56896.709520, 56905.593714, 56914.478047, 56923.362519, 56932.247129, 56941.131878, 56950.016765, 56958.901791, 56967.786955, 56976.672258, 56985.557699, 56994.443278, 57003.328995, 57012.214851, 57021.100846, 57029.986978, 57038.873249, 57047.759658, 57056.646206, 57065.532892, 57074.419715, 57083.306677, 57092.193778, 57101.081016, 57109.968392, 57118.855907, 57127.743560, 57136.631350, 57145.519279, 57154.407346, 57163.295551, 57172.183894, 57181.072375, 57189.960994, 57198.849750, 57207.738645, 57216.627678, 57225.516848, 57234.406156, 57243.295602, 57252.185186, 57261.074908, 57269.964768, 57278.854765, 57287.744900, 57296.635173, 57305.525584, 57314.416132, 57323.306818, 57332.197641, 57341.088603, 57349.979702, 57358.870938, 57367.762312, 57376.653824, 57385.545473, 57394.437259, 57403.329183, 57412.221245, 57421.113444, 57430.005781, 57438.898255, 57447.790866, 57456.683615, 57465.576501, 57474.469524, 57483.362685, 57492.255983, 57501.149419, 57510.042992, 57518.936702, 57527.830549, 57536.724533, 57545.618655, 57554.512914, 57563.407310, 57572.301843, 57581.196513, 57590.091320, 57598.986265, 57607.881346, 57616.776565, 57625.671921, 57634.567413, 57643.463043, 57652.358809, 57661.254713, 57670.150754, 57679.046931, 57687.943245, 57696.839696, 57705.736285, 57714.633009, 57723.529871, 57732.426870, 57741.324005, 57750.221277, 57759.118686, 57768.016232, 57776.913914, 57785.811733, 57794.709689, 57803.607781, 57812.506010, 57821.404376, 57830.302878, 57839.201517, 57848.100292, 57856.999204, 57865.898252, 57874.797437, 57883.696759, 57892.596217, 57901.495811, 57910.395542, 57919.295409, 57928.195413, 57937.095553, 57945.995829, 57954.896242, 57963.796791, 57972.697476, 57981.598298, 57990.499255, 57999.400350, 58008.301580, 58017.202946, 58026.104449, 58035.006088, 58043.907863, 58052.809774, 58061.711822, 58070.614005, 58079.516325, 58088.418780, 58097.321372, 58106.224100, 58115.126963, 58124.029963, 58132.933099, 58141.836370, 58150.739778, 58159.643321, 58168.547001, 58177.450816, 58186.354767, 58195.258854, 58204.163076, 58213.067435, 58221.971929, 58230.876559, 58239.781325, 58248.686227, 58257.591264, 58266.496437, 58275.401746, 58284.307190, 58293.212770, 58302.118486, 58311.024337, 58319.930324, 58328.836446, 58337.742704, 58346.649097, 58355.555626, 58364.462291, 58373.369090, 58382.276026, 58391.183097, 58400.090303, 58408.997644, 58417.905121, 58426.812734, 58435.720481, 58444.628364, 58453.536383, 58462.444536, 58471.352825, 58480.261249, 58489.169809, 58498.078503, 58506.987333, 58515.896298, 58524.805398, 58533.714633, 58542.624004, 58551.533509, 58560.443150, 58569.352926, 58578.262836, 58587.172882, 58596.083063, 58604.993379, 58613.903829, 58622.814415, 58631.725136, 58640.635991, 58649.546982, 58658.458107, 58667.369368, 58676.280763, 58685.192293, 58694.103957, 58703.015757, 58711.927691, 58720.839760, 58729.751964, 58738.664303, 58747.576776, 58756.489384, 58765.402127, 58774.315004, 58783.228016, 58792.141162, 58801.054444, 58809.967859, 58818.881410, 58827.795094, 58836.708914, 58845.622868, 58854.536956, 58863.451179, 58872.365536, 58881.280028, 58890.194654, 58899.109414, 58908.024309, 58916.939339, 58925.854502, 58934.769800, 58943.685232, 58952.600799, 58961.516500, 58970.432335, 58979.348304, 58988.264408, 58997.180645, 59006.097017, 59015.013523, 59023.930164, 59032.846938, 59041.763846, 59050.680889, 59059.598066, 59068.515376, 59077.432821, 59086.350400, 59095.268113, 59104.185959, 59113.103940, 59122.022055, 59130.940303, 59139.858686, 59148.777202, 59157.695852, 59166.614637, 59175.533555, 59184.452606, 59193.371792, 59202.291111, 59211.210565, 59220.130151, 59229.049872, 59237.969726, 59246.889715, 59255.809836, 59264.730092, 59273.650481, 59282.571003, 59291.491660, 59300.412450, 59309.333373, 59318.254430, 59327.175621, 59336.096945, 59345.018402, 59353.939993, 59362.861718, 59371.783576, 59380.705567, 59389.627692, 59398.549950, 59407.472342, 59416.394867, 59425.317525, 59434.240317, 59443.163242, 59452.086300, 59461.009491, 59469.932816, 59478.856274, 59487.779865, 59496.703590, 59505.627447, 59514.551438, 59523.475562, 59532.399819, 59541.324209, 59550.248732, 59559.173389, 59568.098178, 59577.023100, 59585.948156, 59594.873344, 59603.798666, 59612.724120, 59621.649707, 59630.575428, 59639.501281, 59648.427267, 59657.353386, 59666.279638, 59675.206023, 59684.132540, 59693.059190, 59701.985973, 59710.912889, 59719.839938, 59728.767119, 59737.694433, 59746.621880, 59755.549460, 59764.477172, 59773.405017, 59782.332994, 59791.261104, 59800.189347, 59809.117722, 59818.046230, 59826.974870, 59835.903643, 59844.832549, 59853.761587, 59862.690757, 59871.620060, 59880.549495, 59889.479063, 59898.408763, 59907.338596, 59916.268560, 59925.198658, 59934.128887, 59943.059249, 59951.989743, 59960.920370, 59969.851128, 59978.782019, 59987.713043, 59996.644198, 60005.575486, 60014.506906, 60023.438458, 60032.370142, 60041.301958, 60050.233906, 60059.165987, 60068.098199, 60077.030544, 60085.963020, 60094.895629, 60103.828370, 60112.761242, 60121.694247, 60130.627383, 60139.560652, 60148.494052, 60157.427585, 60166.361249, 60175.295045, 60184.228973, 60193.163032, 60202.097224, 60211.031547, 60219.966002, 60228.900589, 60237.835308, 60246.770158, 60255.705140, 60264.640254, 60273.575499, 60282.510876, 60291.446385, 60300.382025, 60309.317797, 60318.253701, 60327.189736, 60336.125903, 60345.062201, 60353.998631, 60362.935192, 60371.871884, 60380.808709, 60389.745664, 60398.682751, 60407.619970, 60416.557320, 60425.494801, 60434.432413, 60443.370157, 60452.308033, 60461.246039, 60470.184177, 60479.122446, 60488.060847, 60496.999378, 60505.938041, 60514.876835, 60523.815760, 60532.754817, 60541.694005, 60550.633323, 60559.572773, 60568.512354, 60577.452066, 60586.391909, 60595.331883, 60604.271989, 60613.212225, 60622.152592, 60631.093090, 60640.033720, 60648.974480, 60657.915371, 60666.856393, 60675.797546, 60684.738829, 60693.680244, 60702.621789, 60711.563466, 60720.505273, 60729.447211, 60738.389279, 60747.331479, 60756.273809, 60765.216270, 60774.158862, 60783.101584, 60792.044437, 60800.987421, 60809.930535, 60818.873780, 60827.817155, 60836.760662, 60845.704298, 60854.648066, 60863.591963, 60872.535992, 60881.480151, 60890.424440, 60899.368860, 60908.313410, 60917.258091, 60926.202902, 60935.147843, 60944.092915, 60953.038117, 60961.983450, 60970.928913, 60979.874506, 60988.820230, 60997.766084, 61006.712068, 61015.658182, 61024.604427, 61033.550802, 61042.497307, 61051.443942, 61060.390707, 61069.337603, 61078.284628, 61087.231784, 61096.179070, 61105.126486, 61114.074032, 61123.021708, 61131.969514, 61140.917450, 61149.865516, 61158.813712, 61167.762038, 61176.710494, 61185.659080, 61194.607796, 61203.556642, 61212.505618, 61221.454723, 61230.403958, 61239.353323, 61248.302818, 61257.252443, 61266.202198, 61275.152082, 61284.102096, 61293.052240, 61302.002513, 61310.952916, 61319.903449, 61328.854112, 61337.804904, 61346.755826, 61355.706877, 61364.658058, 61373.609369, 61382.560809, 61391.512378, 61400.464077, 61409.415906, 61418.367864, 61427.319952, 61436.272169, 61445.224516, 61454.176992, 61463.129597, 61472.082332, 61481.035196, 61489.988189, 61498.941312, 61507.894564, 61516.847946, 61525.801457, 61534.755097, 61543.708866, 61552.662764, 61561.616792, 61570.570949, 61579.525235, 61588.479651, 61597.434195, 61606.388869, 61615.343672, 61624.298603, 61633.253664, 61642.208854, 61651.164173, 61660.119622, 61669.075199, 61678.030905, 61686.986740, 61695.942704, 61704.898797, 61713.855019, 61722.811370, 61731.767850, 61740.724459, 61749.681196, 61758.638063, 61767.595058, 61776.552182, 61785.509435, 61794.466817, 61803.424327, 61812.381967, 61821.339735, 61830.297631, 61839.255657, 61848.213811, 61857.172094, 61866.130505, 61875.089045, 61884.047714, 61893.006512, 61901.965437, 61910.924492, 61919.883675, 61928.842987, 61937.802427, 61946.761995, 61955.721693, 61964.681518, 61973.641472, 61982.601555, 61991.561766, 62000.522105, 62009.482573, 62018.443169, 62027.403894, 62036.364746, 62045.325728, 62054.286837, 62063.248075, 62072.209441, 62081.170935, 62090.132558, 62099.094309, 62108.056188, 62117.018195, 62125.980330, 62134.942594, 62143.904985, 62152.867505, 62161.830153, 62170.792929, 62179.755833, 62188.718866, 62197.682026, 62206.645314, 62215.608730, 62224.572275, 62233.535947, 62242.499747, 62251.463675, 62260.427732, 62269.391916, 62278.356228, 62287.320667, 62296.285235, 62305.249931, 62314.214754, 62323.179705, 62332.144784, 62341.109991, 62350.075326, 62359.040788, 62368.006378, 62376.972096, 62385.937941, 62394.903915, 62403.870015, 62412.836244, 62421.802600, 62430.769084, 62439.735695, 62448.702434, 62457.669301, 62466.636295, 62475.603416, 62484.570666, 62493.538042, 62502.505547, 62511.473178, 62520.440937, 62529.408824, 62538.376838, 62547.344979, 62556.313248, 62565.281644, 62574.250168, 62583.218819, 62592.187597, 62601.156503, 62610.125535, 62619.094696, 62628.063983, 62637.033398, 62646.002940, 62654.972609, 62663.942405, 62672.912328, 62681.882379, 62690.852557, 62699.822862, 62708.793294, 62717.763853, 62726.734539, 62735.705353, 62744.676293, 62753.647361, 62762.618555, 62771.589876, 62780.561325, 62789.532900, 62798.504603, 62807.476432, 62816.448388, 62825.420472, 62834.392682, 62843.365019, 62852.337482, 62861.310073, 62870.282791, 62879.255635, 62888.228606, 62897.201704, 62906.174929, 62915.148280, 62924.121758, 62933.095363, 62942.069095, 62951.042953, 62960.016938, 62968.991049, 62977.965288, 62986.939652, 62995.914144, 63004.888762, 63013.863507, 63022.838378, 63031.813375, 63040.788500, 63049.763750, 63058.739128, 63067.714631, 63076.690262, 63085.666018, 63094.641901, 63103.617911, 63112.594047, 63121.570309, 63130.546697, 63139.523212, 63148.499854, 63157.476621, 63166.453515, 63175.430535, 63184.407682, 63193.384955, 63202.362354, 63211.339879, 63220.317530, 63229.295308, 63238.273212, 63247.251242, 63256.229398, 63265.207680, 63274.186088, 63283.164623, 63292.143283, 63301.122070, 63310.100982, 63319.080021, 63328.059186, 63337.038476, 63346.017893, 63354.997435, 63363.977104, 63372.956898, 63381.936819, 63390.916865, 63399.897037, 63408.877335, 63417.857759, 63426.838309, 63435.818985, 63444.799786, 63453.780713, 63462.761766, 63471.742945, 63480.724250, 63489.705680, 63498.687236, 63507.668917, 63516.650725, 63525.632658, 63534.614716, 63543.596901, 63552.579211, 63561.561646, 63570.544207, 63579.526894, 63588.509706, 63597.492644, 63606.475707, 63615.458896, 63624.442210, 63633.425650, 63642.409215, 63651.392906, 63660.376722, 63669.360664, 63678.344730, 63687.328923, 63696.313240, 63705.297684, 63714.282252, 63723.266946, 63732.251765, 63741.236709, 63750.221778, 63759.206973, 63768.192293, 63777.177739, 63786.163309, 63795.149005, 63804.134826, 63813.120772, 63822.106843, 63831.093039, 63840.079361, 63849.065807, 63858.052379, 63867.039075, 63876.025897, 63885.012844, 63893.999916, 63902.987113, 63911.974434, 63920.961881, 63929.949453, 63938.937150, 63947.924971, 63956.912918, 63965.900989, 63974.889186, 63983.877507, 63992.865953, 64001.854524, 64010.843219, 64019.832040, 64028.820985, 64037.810055, 64046.799250, 64055.788570, 64064.778014, 64073.767583, 64082.757277, 64091.747095, 64100.737038, 64109.727106, 64118.717298, 64127.707615, 64136.698057, 64145.688623, 64154.679313, 64163.670129, 64172.661069, 64181.652133, 64190.643322, 64199.634635, 64208.626073, 64217.617635, 64226.609322, 64235.601133, 64244.593069, 64253.585129, 64262.577313, 64271.569622, 64280.562055, 64289.554612, 64298.547294, 64307.540100, 64316.533030, 64325.526085, 64334.519264, 64343.512567, 64352.505994, 64361.499546, 64370.493222, 64379.487022, 64388.480946, 64397.474994, 64406.469167, 64415.463463, 64424.457884, 64433.452429, 64442.447097, 64451.441890, 64460.436807, 64469.431848, 64478.427013, 64487.422302, 64496.417715, 64505.413252, 64514.408913, 64523.404698, 64532.400607, 64541.396639, 64550.392796, 64559.389076, 64568.385481, 64577.382009, 64586.378661, 64595.375437, 64604.372336, 64613.369360, 64622.366507, 64631.363778, 64640.361172, 64649.358691, 64658.356333, 64667.354098, 64676.351988, 64685.350001, 64694.348138, 64703.346398, 64712.344782, 64721.343290, 64730.341921, 64739.340676, 64748.339554, 64757.338556, 64766.337681, 64775.336930, 64784.336303, 64793.335799, 64802.335418, 64811.335161, 64820.335027, 64829.335016, 64838.335130, 64847.335366, 64856.335726, 64865.336209, 64874.336815, 64883.337545, 64892.338398, 64901.339375, 64910.340475, 64919.341698, 64928.343044, 64937.344513, 64946.346106, 64955.347822, 64964.349661, 64973.351623, 64982.353709, 64991.355917, 65000.358249, 65009.360704, 65018.363282, 65027.365983, 65036.368807, 65045.371754, 65054.374824, 65063.378017, 65072.381334, 65081.384773, 65090.388335, 65099.392020, 65108.395828, 65117.399759, 65126.403813, 65135.407990, 65144.412290, 65153.416712, 65162.421258, 65171.425926, 65180.430717, 65189.435631, 65198.440668, 65207.445827, 65216.451110, 65225.456515, 65234.462042, 65243.467693, 65252.473466, 65261.479362, 65270.485381, 65279.491522, 65288.497786, 65297.504172, 65306.510681, 65315.517313, 65324.524067, 65333.530944, 65342.537944, 65351.545066, 65360.552310, 65369.559677, 65378.567167, 65387.574779, 65396.582513, 65405.590370, 65414.598350, 65423.606451, 65432.614676, 65441.623022, 65450.631491, 65459.640082, 65468.648796, 65477.657632, 65486.666590, 65495.675671, 65504.684874, 65513.694199, 65522.703647, 65531.713216, 65540.722908, 65549.732722, 65558.742659, 65567.752717, 65576.762898, 65585.773200, 65594.783625, 65603.794172, 65612.804842, 65621.815633, 65630.826546, 65639.837582, 65648.848739, 65657.860019, 65666.871420, 65675.882944, 65684.894589, 65693.906357, 65702.918246, 65711.930257, 65720.942391, 65729.954646, 65738.967023, 65747.979522, 65756.992143, 65766.004886, 65775.017750, 65784.030737, 65793.043845, 65802.057075, 65811.070427, 65820.083900, 65829.097495, 65838.111213, 65847.125051, 65856.139012, 65865.153094, 65874.167298, 65883.181623, 65892.196070, 65901.210639, 65910.225329, 65919.240141, 65928.255075, 65937.270130, 65946.285307, 65955.300605, 65964.316025, 65973.331566, 65982.347229, 65991.363013, 66000.378919, 66009.394946, 66018.411095, 66027.427365, 66036.443756, 66045.460269, 66054.476904, 66063.493659, 66072.510536, 66081.527534, 66090.544654, 66099.561895, 66108.579257, 66117.596741, 66126.614346, 66135.632072, 66144.649919, 66153.667887, 66162.685977, 66171.704188, 66180.722520, 66189.740973, 66198.759548, 66207.778243, 66216.797060, 66225.815997, 66234.835056, 66243.854236, 66252.873537, 66261.892959, 66270.912502, 66279.932166, 66288.951951, 66297.971857, 66306.991884, 66316.012032, 66325.032301, 66334.052690, 66343.073201, 66352.093833, 66361.114585, 66370.135459, 66379.156453, 66388.177568, 66397.198804, 66406.220160, 66415.241638, 66424.263236, 66433.284955, 66442.306795, 66451.328755, 66460.350837, 66469.373038, 66478.395361, 66487.417804, 66496.440368, 66505.463053, 66514.485858, 66523.508784, 66532.531831, 66541.554998, 66550.578285, 66559.601693, 66568.625222, 66577.648871, 66586.672641, 66595.696532, 66604.720542, 66613.744674, 66622.768925, 66631.793298, 66640.817790, 66649.842403, 66658.867137, 66667.891990, 66676.916965, 66685.942059, 66694.967274, 66703.992609, 66713.018065, 66722.043641, 66731.069337, 66740.095153, 66749.121090, 66758.147147, 66767.173324, 66776.199621, 66785.226039, 66794.252576, 66803.279234, 66812.306012, 66821.332911, 66830.359929, 66839.387067, 66848.414326, 66857.441704, 66866.469203, 66875.496822, 66884.524561, 66893.552419, 66902.580398, 66911.608497, 66920.636716, 66929.665055, 66938.693513, 66947.722092, 66956.750791, 66965.779609, 66974.808547, 66983.837606, 66992.866784, 67001.896082, 67010.925500, 67019.955037, 67028.984695, 67038.014472, 67047.044369, 67056.074386, 67065.104522, 67074.134779, 67083.165155, 67092.195651, 67101.226266, 67110.257001, 67119.287856, 67128.318830, 67137.349924, 67146.381138, 67155.412471, 67164.443924, 67173.475497, 67182.507189, 67191.539001, 67200.570932, 67209.602982, 67218.635153, 67227.667442, 67236.699851, 67245.732380, 67254.765028, 67263.797796, 67272.830683, 67281.863689, 67290.896815, 67299.930060, 67308.963424, 67317.996908, 67327.030511, 67336.064234, 67345.098076, 67354.132037, 67363.166117, 67372.200317, 67381.234636, 67390.269074, 67399.303631, 67408.338308, 67417.373104, 67426.408019, 67435.443053, 67444.478206, 67453.513479, 67462.548870, 67471.584381, 67480.620011, 67489.655760, 67498.691628, 67507.727615, 67516.763721, 67525.799946, 67534.836290, 67543.872753, 67552.909335, 67561.946036, 67570.982856, 67580.019795, 67589.056853, 67598.094029, 67607.131325, 67616.168739, 67625.206273, 67634.243925, 67643.281696, 67652.319586, 67661.357595, 67670.395722, 67679.433969, 67688.472334, 67697.510818, 67706.549420, 67715.588142, 67724.626982, 67733.665941, 67742.705018, 67751.744214, 67760.783529, 67769.822962, 67778.862514, 67787.902185, 67796.941974, 67805.981882, 67815.021909, 67824.062054, 67833.102317, 67842.142699, 67851.183200, 67860.223819, 67869.264556, 67878.305413, 67887.346387, 67896.387480, 67905.428691, 67914.470021, 67923.511469, 67932.553036, 67941.594721, 67950.636525, 67959.678446, 67968.720486, 67977.762645, 67986.804921, 67995.847316, 68004.889830, 68013.932461, 68022.975211, 68032.018079, 68041.061065, 68050.104170, 68059.147392, 68068.190733, 68077.234192, 68086.277769, 68095.321465, 68104.365278, 68113.409209, 68122.453259, 68131.497427, 68140.541713, 68149.586116, 68158.630638, 68167.675278, 68176.720036, 68185.764912, 68194.809906, 68203.855018, 68212.900248, 68221.945596, 68230.991061, 68240.036645, 68249.082347, 68258.128166, 68267.174103, 68276.220158, 68285.266331, 68294.312622, 68303.359031, 68312.405558, 68321.452202, 68330.498964, 68339.545844, 68348.592841, 68357.639957, 68366.687190, 68375.734540, 68384.782009, 68393.829595, 68402.877299, 68411.925120, 68420.973059, 68430.021116, 68439.069290, 68448.117582, 68457.165992, 68466.214519, 68475.263163, 68484.311926, 68493.360805, 68502.409802, 68511.458917, 68520.508149, 68529.557499, 68538.606966, 68547.656551, 68556.706253, 68565.756072, 68574.806009, 68583.856063, 68592.906235, 68601.956524, 68611.006930, 68620.057454, 68629.108095, 68638.158853, 68647.209729, 68656.260722, 68665.311832, 68674.363059, 68683.414404, 68692.465866, 68701.517445, 68710.569141, 68719.620955, 68728.672885, 68737.724933, 68746.777098, 68755.829380, 68764.881779, 68773.934296, 68782.986929, 68792.039679, 68801.092547, 68810.145531, 68819.198633, 68828.251852, 68837.305187, 68846.358640, 68855.412210, 68864.465896, 68873.519700, 68882.573620, 68891.627657, 68900.681812, 68909.736083, 68918.790471, 68927.844976, 68936.899598, 68945.954336, 68955.009192, 68964.064164, 68973.119253, 68982.174459, 68991.229782, 69000.285221, 69009.340777, 69018.396450, 69027.452240, 69036.508146, 69045.564169, 69054.620309, 69063.676565, 69072.732938, 69081.789428, 69090.846034, 69099.902757, 69108.959596, 69118.016553, 69127.073625, 69136.130814, 69145.188120, 69154.245542, 69163.303081, 69172.360736, 69181.418508, 69190.476396, 69199.534401, 69208.592522, 69217.650760, 69226.709114, 69235.767584, 69244.826171, 69253.884874, 69262.943694, 69272.002630, 69281.061682, 69290.120851, 69299.180136, 69308.239537, 69317.299054, 69326.358688, 69335.418438, 69344.478304, 69353.538287, 69362.598385, 69371.658600, 69380.718931, 69389.779379, 69398.839942, 69407.900622, 69416.961418, 69426.022329, 69435.083357, 69444.144501, 69453.205762, 69462.267138, 69471.328630, 69480.390238, 69489.451963, 69498.513803, 69507.575759, 69516.637832, 69525.700020, 69534.762324, 69543.824745, 69552.887281, 69561.949933, 69571.012701, 69580.075585, 69589.138585, 69598.201700, 69607.264932, 69616.328279, 69625.391742, 69634.455321, 69643.519016, 69652.582827, 69661.646753, 69670.710795, 69679.774953, 69688.839227, 69697.903616, 69706.968121, 69716.032742, 69725.097478, 69734.162330, 69743.227298, 69752.292381, 69761.357580, 69770.422895, 69779.488325, 69788.553871, 69797.619532, 69806.685309, 69815.751202, 69824.817210, 69833.883333, 69842.949572, 69852.015927, 69861.082397, 69870.148982, 69879.215683, 69888.282499, 69897.349431, 69906.416478, 69915.483641, 69924.550919, 69933.618312, 69942.685821, 69951.753445, 69960.821185, 69969.889039, 69978.957009, 69988.025095, 69997.093295, 70006.161611, 70015.230042, 70024.298589, 70033.367250, 70042.436027, 70051.504919, 70060.573926, 70069.643049, 70078.712286, 70087.781639, 70096.851107, 70105.920690, 70114.990388, 70124.060201, 70133.130129, 70142.200172, 70151.270331, 70160.340604, 70169.410992, 70178.481496, 70187.552114, 70196.622848, 70205.693696, 70214.764659, 70223.835738, 70232.906931, 70241.978239, 70251.049662, 70260.121200, 70269.192853, 70278.264621, 70287.336503, 70296.408501, 70305.480613, 70314.552840, 70323.625182, 70332.697639, 70341.770210, 70350.842896, 70359.915697, 70368.988613, 70378.061643, 70387.134788, 70396.208048, 70405.281423, 70414.354912, 70423.428516, 70432.502234, 70441.576067, 70450.650015, 70459.724078, 70468.798254, 70477.872546, 70486.946952, 70496.021473, 70505.096108, 70514.170858, 70523.245722, 70532.320701, 70541.395794, 70550.471002, 70559.546324, 70568.621760, 70577.697311, 70586.772977, 70595.848757, 70604.924651, 70614.000660, 70623.076783, 70632.153020, 70641.229372, 70650.305838, 70659.382418, 70668.459113, 70677.535922, 70686.612845, 70695.689883, 70704.767034, 70713.844300, 70722.921681, 70731.999175, 70741.076784, 70750.154507, 70759.232344, 70768.310295, 70777.388360, 70786.466540, 70795.544833, 70804.623241, 70813.701763, 70822.780399, 70831.859149, 70840.938013, 70850.016991, 70859.096083, 70868.175289, 70877.254609, 70886.334043, 70895.413591, 70904.493253, 70913.573029, 70922.652919, 70931.732923, 70940.813041, 70949.893272, 70958.973618, 70968.054077, 70977.134651, 70986.215338, 70995.296139, 71004.377054, 71013.458082, 71022.539225, 71031.620481, 71040.701851, 71049.783335, 71058.864932, 71067.946644, 71077.028469, 71086.110407, 71095.192460, 71104.274626, 71113.356905, 71122.439299, 71131.521806, 71140.604426, 71149.687160, 71158.770008, 71167.852970, 71176.936045, 71186.019233, 71195.102536, 71204.185951, 71213.269480, 71222.353123, 71231.436879, 71240.520749, 71249.604732, 71258.688829, 71267.773039, 71276.857363, 71285.941799, 71295.026350, 71304.111014, 71313.195791, 71322.280681, 71331.365685, 71340.450802, 71349.536033, 71358.621377, 71367.706834, 71376.792404, 71385.878088, 71394.963885, 71404.049796, 71413.135819, 71422.221956, 71431.308206, 71440.394569, 71449.481045, 71458.567635, 71467.654338, 71476.741154, 71485.828083, 71494.915125, 71504.002280, 71513.089548, 71522.176930, 71531.264424, 71540.352032, 71549.439753, 71558.527586, 71567.615533, 71576.703593, 71585.791766, 71594.880051, 71603.968450, 71613.056962, 71622.145586, 71631.234324, 71640.323174, 71649.412138, 71658.501214, 71667.590403, 71676.679705, 71685.769120, 71694.858648, 71703.948288, 71713.038042, 71722.127908, 71731.217887, 71740.307979, 71749.398184, 71758.488501, 71767.578931, 71776.669474, 71785.760129, 71794.850897, 71803.941778, 71813.032772, 71822.123878, 71831.215097, 71840.306429, 71849.397873, 71858.489430, 71867.581099, 71876.672881, 71885.764776, 71894.856783, 71903.948903, 71913.041135, 71922.133480, 71931.225937, 71940.318507, 71949.411190, 71958.503984, 71967.596892, 71976.689911, 71985.783043, 71994.876288, 72003.969645, 72013.063115, 72022.156696, 72031.250391, 72040.344197, 72049.438116, 72058.532147, 72067.626291, 72076.720547, 72085.814915, 72094.909395, 72104.003988, 72113.098693, 72122.193510, 72131.288440, 72140.383482, 72149.478636, 72158.573902, 72167.669280, 72176.764771, 72185.860373, 72194.956088, 72204.051915, 72213.147854, 72222.243906, 72231.340069, 72240.436344, 72249.532732, 72258.629231, 72267.725843, 72276.822567, 72285.919402, 72295.016350, 72304.113410, 72313.210581, 72322.307865, 72331.405261, 72340.502768, 72349.600388, 72358.698119, 72367.795962, 72376.893918, 72385.991985, 72395.090164, 72404.188455, 72413.286857, 72422.385372, 72431.483998, 72440.582737, 72449.681587, 72458.780548, 72467.879622, 72476.978807, 72486.078104, 72495.177513, 72504.277034, 72513.376666, 72522.476410, 72531.576265, 72540.676233, 72549.776312, 72558.876502, 72567.976805, 72577.077219, 72586.177744, 72595.278381, 72604.379130, 72613.479990, 72622.580962, 72631.682045, 72640.783240, 72649.884547, 72658.985965, 72668.087494, 72677.189135, 72686.290888, 72695.392751, 72704.494727, 72713.596814, 72722.699012, 72731.801321, 72740.903742, 72750.006275, 72759.108919, 72768.211674, 72777.314540, 72786.417518, 72795.520607, 72804.623808, 72813.727120, 72822.830543, 72831.934077, 72841.037723, 72850.141480, 72859.245348, 72868.349327, 72877.453418, 72886.557619, 72895.661932, 72904.766357, 72913.870892, 72922.975538, 72932.080296, 72941.185165, 72950.290145, 72959.395236, 72968.500438, 72977.605751, 72986.711175, 72995.816710, 73004.922356, 73014.028114, 73023.133982, 73032.239962, 73041.346052, 73050.452253, 73059.558566, 73068.664989, 73077.771523, 73086.878168, 73095.984924, 73105.091791, 73114.198769, 73123.305858, 73132.413057, 73141.520368, 73150.627789, 73159.735321, 73168.842964, 73177.950718, 73187.058583, 73196.166558, 73205.274644, 73214.382841, 73223.491149, 73232.599567, 73241.708096, 73250.816736, 73259.925486, 73269.034348, 73278.143320, 73287.252402, 73296.361595, 73305.470899, 73314.580314, 73323.689839, 73332.799474, 73341.909221, 73351.019077, 73360.129045, 73369.239123, 73378.349311, 73387.459610, 73396.570020, 73405.680540, 73414.791170, 73423.901911, 73433.012763, 73442.123725, 73451.234797, 73460.345980, 73469.457273, 73478.568677, 73487.680191, 73496.791815, 73505.903550, 73515.015395, 73524.127351, 73533.239416, 73542.351592, 73551.463879, 73560.576276, 73569.688783, 73578.801400, 73587.914127, 73597.026965, 73606.139913, 73615.252972, 73624.366140, 73633.479419, 73642.592808, 73651.706307, 73660.819916, 73669.933635, 73679.047465, 73688.161404, 73697.275454, 73706.389614, 73715.503884, 73724.618264, 73733.732754, 73742.847354, 73751.962064, 73761.076884, 73770.191814, 73779.306854, 73788.422005, 73797.537265, 73806.652635, 73815.768115, 73824.883705, 73833.999405, 73843.115215, 73852.231135, 73861.347164, 73870.463304, 73879.579553, 73888.695913, 73897.812382, 73906.928961, 73916.045650, 73925.162448, 73934.279357, 73943.396375, 73952.513503, 73961.630741, 73970.748088, 73979.865545, 73988.983112, 73998.100789, 74007.218575, 74016.336472, 74025.454477, 74034.572593, 74043.690818, 74052.809153, 74061.927597, 74071.046151, 74080.164814, 74089.283588, 74098.402470, 74107.521463, 74116.640565, 74125.759776, 74134.879097, 74143.998528, 74153.118068, 74162.237717, 74171.357476, 74180.477344, 74189.597322, 74198.717410, 74207.837607, 74216.957913, 74226.078329, 74235.198854, 74244.319488, 74253.440232, 74262.561085, 74271.682048, 74280.803120, 74289.924301, 74299.045591, 74308.166991, 74317.288500, 74326.410119, 74335.531847, 74344.653684, 74353.775630, 74362.897685, 74372.019850, 74381.142124, 74390.264507, 74399.386999, 74408.509601, 74417.632311, 74426.755131, 74435.878060, 74445.001098, 74454.124245, 74463.247501, 74472.370867, 74481.494341, 74490.617925, 74499.741617, 74508.865419, 74517.989330, 74527.113349, 74536.237478, 74545.361716, 74554.486062, 74563.610518, 74572.735082, 74581.859756, 74590.984538, 74600.109430, 74609.234430, 74618.359539, 74627.484758, 74636.610085, 74645.735520, 74654.861065, 74663.986719, 74673.112481, 74682.238352, 74691.364332, 74700.490421, 74709.616619, 74718.742925, 74727.869340, 74736.995864, 74746.122497, 74755.249238, 74764.376088, 74773.503047, 74782.630114, 74791.757290, 74800.884575, 74810.011969, 74819.139471, 74828.267082, 74837.394801, 74846.522629, 74855.650565, 74864.778611, 74873.906764, 74883.035026, 74892.163397, 74901.291877, 74910.420465, 74919.549161, 74928.677966, 74937.806879, 74946.935901, 74956.065031, 74965.194270, 74974.323617, 74983.453073, 74992.582637, 75001.712309, 75010.842090, 75019.971980, 75029.101977, 75038.232083, 75047.362298, 75056.492620, 75065.623051, 75074.753590, 75083.884238, 75093.014994, 75102.145858, 75111.276831, 75120.407911, 75129.539100, 75138.670397, 75147.801803, 75156.933316, 75166.064938, 75175.196668, 75184.328506, 75193.460453, 75202.592507, 75211.724670, 75220.856940, 75229.989319, 75239.121806, 75248.254401, 75257.387104, 75266.519915, 75275.652835, 75284.785862, 75293.918997, 75303.052240, 75312.185592, 75321.319051, 75330.452618, 75339.586294, 75348.720077, 75357.853968, 75366.987967, 75376.122074, 75385.256289, 75394.390612, 75403.525043, 75412.659582, 75421.794228, 75430.928983, 75440.063845, 75449.198815, 75458.333893, 75467.469078, 75476.604372, 75485.739773, 75494.875282, 75504.010899, 75513.146624, 75522.282456, 75531.418396, 75540.554444, 75549.690599, 75558.826863, 75567.963233, 75577.099712, 75586.236298, 75595.372992, 75604.509793, 75613.646702, 75622.783719, 75631.920843, 75641.058075, 75650.195415, 75659.332862, 75668.470417, 75677.608079, 75686.745848, 75695.883726, 75705.021710, 75714.159802, 75723.298002, 75732.436309, 75741.574724, 75750.713246, 75759.851876, 75768.990613, 75778.129457, 75787.268409, 75796.407468, 75805.546634, 75814.685908, 75823.825290, 75832.964778, 75842.104374, 75851.244077, 75860.383888, 75869.523806, 75878.663831, 75887.803964, 75896.944203, 75906.084550, 75915.225005, 75924.365566, 75933.506235, 75942.647011, 75951.787894, 75960.928884, 75970.069982, 75979.211186, 75988.352498, 75997.493917, 76006.635443, 76015.777076, 76024.918816, 76034.060664, 76043.202618, 76052.344680, 76061.486848, 76070.629124, 76079.771507, 76088.913996, 76098.056593, 76107.199297, 76116.342108, 76125.485025, 76134.628050, 76143.771182, 76152.914420, 76162.057766, 76171.201218, 76180.344777, 76189.488444, 76198.632217, 76207.776097, 76216.920084, 76226.064177, 76235.208378, 76244.352685, 76253.497100, 76262.641621, 76271.786248, 76280.930983, 76290.075824, 76299.220773, 76308.365828, 76317.510989, 76326.656258, 76335.801633, 76344.947114, 76354.092703, 76363.238398, 76372.384200, 76381.530108, 76390.676124, 76399.822245, 76408.968474, 76418.114809, 76427.261251, 76436.407799, 76445.554454, 76454.701215, 76463.848083, 76472.995057, 76482.142138, 76491.289326, 76500.436620, 76509.584021, 76518.731528, 76527.879141, 76537.026861, 76546.174688, 76555.322621, 76564.470660, 76573.618806, 76582.767058, 76591.915417, 76601.063882, 76610.212453, 76619.361131, 76628.509915, 76637.658805, 76646.807802, 76655.956905, 76665.106114, 76674.255430, 76683.404852, 76692.554380, 76701.704015, 76710.853755, 76720.003602, 76729.153556, 76738.303615, 76747.453781, 76756.604052, 76765.754431, 76774.904915, 76784.055505, 76793.206202, 76802.357004, 76811.507913, 76820.658928, 76829.810049, 76838.961276, 76848.112609, 76857.264049, 76866.415594, 76875.567245, 76884.719003, 76893.870866, 76903.022836, 76912.174911, 76921.327092, 76930.479380, 76939.631773, 76948.784273, 76957.936878, 76967.089589, 76976.242406, 76985.395330, 76994.548359, 77003.701493, 77012.854734, 77022.008081, 77031.161533, 77040.315092, 77049.468756, 77058.622526, 77067.776402, 77076.930383, 77086.084471, 77095.238664, 77104.392963, 77113.547368, 77122.701878, 77131.856495, 77141.011216, 77150.166044, 77159.320977, 77168.476017, 77177.631161, 77186.786412, 77195.941768, 77205.097229, 77214.252797, 77223.408470, 77232.564248, 77241.720133, 77250.876122, 77260.032218, 77269.188419, 77278.344725, 77287.501137, 77296.657655, 77305.814278, 77314.971006, 77324.127840, 77333.284780, 77342.441825, 77351.598976, 77360.756232, 77369.913593, 77379.071060, 77388.228632, 77397.386310, 77406.544093, 77415.701982, 77424.859976, 77434.018075, 77443.176279, 77452.334589, 77461.493005, 77470.651525, 77479.810151, 77488.968883, 77498.127719, 77507.286661, 77516.445708, 77525.604860, 77534.764118, 77543.923481, 77553.082949, 77562.242522, 77571.402200, 77580.561984, 77589.721873, 77598.881867, 77608.041966, 77617.202170, 77626.362480, 77635.522894, 77644.683414, 77653.844039, 77663.004769, 77672.165604, 77681.326544, 77690.487589, 77699.648739, 77708.809994, 77717.971354, 77727.132819, 77736.294390, 77745.456065, 77754.617845, 77763.779730, 77772.941720, 77782.103815, 77791.266015, 77800.428320, 77809.590730, 77818.753245, 77827.915864, 77837.078589, 77846.241418, 77855.404353, 77864.567392, 77873.730536, 77882.893784, 77892.057138, 77901.220596, 77910.384160, 77919.547828, 77928.711600, 77937.875478, 77947.039460, 77956.203547, 77965.367739, 77974.532035, 77983.696436, 77992.860942, 78002.025553, 78011.190268, 78020.355088, 78029.520012, 78038.685041, 78047.850175, 78057.015414, 78066.180757, 78075.346204, 78084.511756, 78093.677413, 78102.843174, 78112.009040, 78121.175011, 78130.341086, 78139.507265, 78148.673549, 78157.839938, 78167.006431, 78176.173028, 78185.339730, 78194.506536, 78203.673447, 78212.840462, 78222.007582, 78231.174806, 78240.342135, 78249.509568, 78258.677105, 78267.844746, 78277.012492, 78286.180343, 78295.348297, 78304.516356, 78313.684520, 78322.852787, 78332.021159, 78341.189635, 78350.358216, 78359.526900, 78368.695689, 78377.864583, 78387.033580, 78396.202682, 78405.371887, 78414.541197, 78423.710612, 78432.880130, 78442.049753, 78451.219479, 78460.389310, 78469.559245, 78478.729284, 78487.899427, 78497.069675, 78506.240026, 78515.410481, 78524.581041, 78533.751704, 78542.922472, 78552.093344, 78561.264319, 78570.435399, 78579.606583, 78588.777870, 78597.949262, 78607.120757, 78616.292357, 78625.464060, 78634.635868, 78643.807779, 78652.979794, 78662.151914, 78671.324137, 78680.496464, 78689.668894, 78698.841429, 78708.014068, 78717.186810, 78726.359656, 78735.532606, 78744.705660, 78753.878817, 78763.052079, 78772.225444, 78781.398913, 78790.572485, 78799.746162, 78808.919942, 78818.093826, 78827.267813, 78836.441905, 78845.616100, 78854.790398, 78863.964800, 78873.139306, 78882.313916, 78891.488629, 78900.663446, 78909.838366, 78919.013390, 78928.188518, 78937.363749, 78946.539084, 78955.714522, 78964.890064, 78974.065710, 78983.241458, 78992.417311, 79001.593267, 79010.769326, 79019.945489, 79029.121756, 79038.298125, 79047.474599, 79056.651175, 79065.827856, 79075.004639, 79084.181526, 79093.358517, 79102.535610, 79111.712808, 79120.890108, 79130.067512, 79139.245019, 79148.422630, 79157.600344, 79166.778161, 79175.956081, 79185.134105, 79194.312232, 79203.490462, 79212.668796, 79221.847233, 79231.025773, 79240.204416, 79249.383163, 79258.562012, 79267.740965, 79276.920021, 79286.099181, 79295.278443, 79304.457809, 79313.637277, 79322.816849, 79331.996524, 79341.176302, 79350.356183, 79359.536168, 79368.716255, 79377.896445, 79387.076739, 79396.257135, 79405.437635, 79414.618237, 79423.798943, 79432.979751, 79442.160663, 79451.341678, 79460.522795, 79469.704016, 79478.885339, 79488.066765, 79497.248295, 79506.429927, 79515.611662, 79524.793500, 79533.975441, 79543.157485, 79552.339631, 79561.521881, 79570.704233, 79579.886688, 79589.069246, 79598.251907, 79607.434671, 79616.617537, 79625.800506, 79634.983578, 79644.166753, 79653.350030, 79662.533410, 79671.716893, 79680.900479, 79690.084167, 79699.267958, 79708.451852, 79717.635849, 79726.819948, 79736.004149, 79745.188454, 79754.372861, 79763.557370, 79772.741982, 79781.926697, 79791.111515, 79800.296435, 79809.481457, 79818.666582, 79827.851810, 79837.037140, 79846.222573, 79855.408108, 79864.593746, 79873.779486, 79882.965329, 79892.151274, 79901.337322, 79910.523472, 79919.709725, 79928.896080, 79938.082537, 79947.269097, 79956.455759, 79965.642524, 79974.829391, 79984.016360, 79993.203432, 80002.390606, 80011.577882, 80020.765261, 80029.952742, 80039.140326, 80048.328011, 80057.515799, 80066.703690, 80075.891682, 80085.079777, 80094.267974, 80103.456273, 80112.644675, 80121.833178, 80131.021784, 80140.210492, 80149.399302, 80158.588215, 80167.777229, 80176.966346, 80186.155565, 80195.344886, 80204.534309, 80213.723834, 80222.913462, 80232.103191, 80241.293023, 80250.482956, 80259.672992, 80268.863130, 80278.053369, 80287.243711, 80296.434155, 80305.624700, 80314.815348, 80324.006098, 80333.196950, 80342.387903, 80351.578959, 80360.770116, 80369.961376, 80379.152737, 80388.344201, 80397.535766, 80406.727433, 80415.919202, 80425.111073, 80434.303045, 80443.495120, 80452.687296, 80461.879575, 80471.071955, 80480.264437, 80489.457020, 80498.649706, 80507.842493, 80517.035382, 80526.228373, 80535.421465, 80544.614659, 80553.807955, 80563.001353, 80572.194852, 80581.388453, 80590.582156, 80599.775960, 80608.969866, 80618.163874, 80627.357984, 80636.552195, 80645.746507, 80654.940921, 80664.135437, 80673.330055, 80682.524774, 80691.719594, 80700.914516, 80710.109540, 80719.304665, 80728.499892, 80737.695220, 80746.890650, 80756.086181, 80765.281814, 80774.477548, 80783.673384, 80792.869321, 80802.065360, 80811.261500, 80820.457741, 80829.654084, 80838.850528, 80848.047074, 80857.243721, 80866.440469, 80875.637319, 80884.834270, 80894.031323, 80903.228476, 80912.425732, 80921.623088, 80930.820546, 80940.018105, 80949.215765, 80958.413527, 80967.611390, 80976.809354, 80986.007419, 80995.205586, 81004.403853, 81013.602222, 81022.800693, 81031.999264, 81041.197937, 81050.396710, 81059.595585, 81068.794561, 81077.993638, 81087.192817, 81096.392096, 81105.591477, 81114.790958, 81123.990541, 81133.190225, 81142.390010, 81151.589896, 81160.789883, 81169.989971, 81179.190160, 81188.390450, 81197.590841, 81206.791333, 81215.991926, 81225.192620, 81234.393415, 81243.594311, 81252.795307, 81261.996405, 81271.197604, 81280.398904, 81289.600304, 81298.801805, 81308.003408, 81317.205111, 81326.406915, 81335.608820, 81344.810826, 81354.012932, 81363.215140, 81372.417448, 81381.619857, 81390.822367, 81400.024977, 81409.227689, 81418.430501, 81427.633413, 81436.836427, 81446.039541, 81455.242756, 81464.446072, 81473.649489, 81482.853006, 81492.056624, 81501.260342, 81510.464161, 81519.668081, 81528.872102, 81538.076223, 81547.280444, 81556.484767, 81565.689189, 81574.893713, 81584.098337, 81593.303062, 81602.507887, 81611.712813, 81620.917839, 81630.122966, 81639.328193, 81648.533521, 81657.738949, 81666.944478, 81676.150107, 81685.355837, 81694.561667, 81703.767598, 81712.973629, 81722.179761, 81731.385992, 81740.592325, 81749.798758, 81759.005291, 81768.211924, 81777.418658, 81786.625492, 81795.832427, 81805.039462, 81814.246597, 81823.453833, 81832.661168, 81841.868605, 81851.076141, 81860.283778, 81869.491515, 81878.699352, 81887.907290, 81897.115327, 81906.323465, 81915.531703, 81924.740042, 81933.948480, 81943.157019, 81952.365658, 81961.574397, 81970.783236, 81979.992176, 81989.201215, 81998.410355, 82007.619595, 82016.828935, 82026.038374, 82035.247915, 82044.457555, 82053.667295, 82062.877135, 82072.087075, 82081.297116, 82090.507256, 82099.717496, 82108.927837 }; const int kProtAlphabet = 2; /**< identifies protein alphabet (FIXME: needed?). */ /** Information about the alphabet used by seg. * For proteins this version of seg uses ncbistdaa, * This keeps track of those. */ typedef struct Alpha { int32_t alphabet; /**< which alphabet, kProtAlphabet for proteins. */ int32_t alphasize; /**< size of above alphabet. */ double lnalphasize; /**< nat. log of size of above alphabet. */ int32_t* alphaindex; /**< value in ncbistdaa. */ unsigned char* alphaflag; /**< array of bools to indicate that letter is (not) valid?? */ } Alpha; /** General sequence information */ typedef struct SSequence { struct SSequence* parent; /**< SSequence window that encompasses the current one */ char* seq; /**< sequence in ncbistdaa. */ Alpha* palpha; /**< alphabet information */ int32_t start; /**< starting offset to seg. */ int32_t length; /**< Length of sequence to be segged. */ int32_t bogus; /**< tracks number of non-allowed residues (e.g., X) */ bool punctuation; /**< FIXME: always false, never set to true? */ int32_t* composition; /**< totals number of each type of residue */ int32_t* state; /**< "state vector as described on pg. 151 of Wootton and Federhen (Comput. Chem. 17, 149 (1993)). Tracks number of each residue, like composition, but without gaps in array. */ double entropy; /**< entropy of what this array refers to. */ } SSequence; /** List of sequence segments (hits) */ typedef struct SSeg { int begin; /**< beginning of segment (hit). */ int end; /**< end of segment (hit). */ struct SSeg *next; /**< next object in linked list */ } SSeg; /** Initializes SSequence structure */ static SSequence* s_SSequenceNew(void) { SSequence* seq; seq = (SSequence*) calloc(1, sizeof(SSequence)); if (seq==NULL) { /* raise error flag and etc. */ return(seq); } seq->parent = (SSequence*) NULL; seq->seq = (char*) NULL; seq->palpha = (Alpha*) NULL; seq->start = seq->length = 0; seq->bogus = seq->punctuation = false; seq->composition = seq->state = (int32_t*) NULL; seq->entropy = (double) 0.0; return(seq); } /*------------------------------------------------------------(AlphaFree)---*/ /** Frees the Alpha structure and underlying structures. * @param palpha the object to be freed [in] */ static void s_AlphaFree (Alpha* palpha) { if (!palpha) return; sfree (palpha->alphaindex); sfree (palpha->alphaflag); sfree (palpha); return; } /*--------------------------------------------------------------(SSequenceFree)---*/ /** Frees the SSequence structure and the underlying structure * @param seq the object to be freed [in] */ static void s_SSequenceFree(SSequence* seq) { if (seq==NULL) return; sfree(seq->seq); s_AlphaFree(seq->palpha); sfree(seq->composition); sfree(seq->state); sfree(seq); return; } /*--------------------------------------------------------------(SSegFree)---*/ /** Frees the SSeg structure * @param seg the object to be freed [in] */ static void s_SegFree(SSeg* seg) { SSeg* nextseg; while (seg) { nextseg = seg->next; sfree(seg); seg = nextseg; } return; } /*--------------------------------------------------------------(hasdash)---*/ /** Checks if sequence contains a dash. * @param win SSequence structure for a piece of a sequence [in] * @return true if dash is found in the sequence, otherwise false [in] */ static bool s_HasDash(SSequence* win) { char *seq, *seqmax; seq = win->seq; seqmax = seq + win->length; while (seq < seqmax) { if (*seq++ == '-') return true; } return false; } /*------------------------------------------------------------(state_cmp)---*/ /** State comparison function */ static int s_StateCmp(const void* s1, const void* s2) { int *np1, *np2; np1 = (int *) s1; np2 = (int *) s2; return (*np2 - *np1); } /*---------------------------------------------------------------(compon)---*/ /** Calculates sequence composition array values. * @param win the object to be analyzed [in] */ static void s_CompOn(SSequence* win) { int32_t* comp; int32_t letter; char* seq,* seqmax; int32_t* alphaindex; unsigned char* alphaflag; int32_t alphasize; alphasize = win->palpha->alphasize; alphaindex = win->palpha->alphaindex; alphaflag = win->palpha->alphaflag; win->composition = comp = (int32_t*) calloc(alphasize, sizeof(int32_t)); seq = win->seq; seqmax = seq + win->length; while (seq < seqmax) { letter = *seq++; if (!alphaflag[letter]) comp[alphaindex[letter]]++; else win->bogus++; } return; } /*--------------------------------------------------------------(stateon)---*/ /** Calculates state array values * @param win the object to be analyzed [in] */ static void s_StateOn(SSequence* win) { int32_t letter, nel, c; int32_t alphasize; alphasize = win->palpha->alphasize; if (win->composition == NULL) s_CompOn(win); win->state = (int32_t*) calloc((alphasize+1), sizeof(win->state[0])); for (letter = nel = 0; letter < alphasize; ++letter) { if ((c = win->composition[letter]) == 0) continue; win->state[nel++] = c; } for (letter = nel; letter < alphasize+1; ++letter) win->state[letter] = 0; qsort(win->state, nel, sizeof(win->state[0]), s_StateCmp); return; } /*--------------------------------------------------------------(s_OpenWin)---*/ /** Initializes an SSequence structure for part of sequence contained in a * window. * @param parent Parent (whole) sequence [in] * @param start Window start in parent [in] * @param length Window length in parent [in] * @return Pointer to the resulting SSequence structure. */ static SSequence* s_OpenWin(SSequence* parent, int32_t start, int32_t length) { SSequence* win; if (start<0 || length<0 || start+length>parent->length) { return((SSequence*) NULL); } win = (SSequence*) calloc(1, sizeof(SSequence)); /*--- ---[set links, up and down]---*/ win->parent = parent; win->palpha = parent->palpha; /*--- ---[install the local copy of the sequence]---*/ win->start = start; win->length = length; win->seq = parent->seq + start; win->bogus = 0; win->punctuation = false; win->entropy = -2.; win->state = (int32_t*) NULL; win->composition = (int32_t*) NULL; s_StateOn(win); return win; } /*--------------------------------------------------------------(s_Entropy)---*/ /** Calculates entropy of an integer array * @param sv array to be analyzed [in] * @return the entropy */ static double s_Entropy(int32_t* sv) { double ent; int32_t i, total; total = 0; for (i=0; sv[i]!=0; i++) { total += sv[i]; } if (total==0) return(0.); ent = 0.0; for (i=0; sv[i]!=0; i++) { ent += ((double)sv[i])*Math::log(((double)sv[i])/(double)total)/NCBIMATH_LN2; } ent = fabs(ent/(double)total); return(ent); } /*----------------------------------------------------------(decrementsv)---*/ /** Decrements the value in the int32_t array for every element that matches class. * There is also another criteria that the next element must have a vlaue * less than class. * @param sv the array to be examined and decremented [in|out] * @param class criteria for decrementing an element [in] */ static void s_DecrementSV(int32_t* sv, int32_t cl) { int32_t svi; while ((svi = *sv++) != 0) { if (svi == cl && *sv < cl) { sv[-1] = svi - 1; break; } } } /** Increments the value in the int32_t array for every element that matches class. * @param sv the array to be examined and incremented [in|out] * @param class criteria for incrementing an element [in] */ static void s_IncrementSV(int32_t* sv, int32_t cl) { for (;;) { if (*sv++ == cl) { sv[-1]++; break; } } } /** Moves over the "window" of sequence seg is currently working on. * * @param win object to be operated on [in] * @return false if nothing done, true otherwise */ static bool s_ShiftWin1(SSequence* win) { int32_t j, length; int32_t* comp; int32_t* alphaindex; unsigned char* alphaflag; length = win->length; comp = win->composition; alphaindex = win->palpha->alphaindex; alphaflag = win->palpha->alphaflag; if ((++win->start + length) > win->parent->length) { --win->start; return false; } if (!alphaflag[j = win->seq[0]]) s_DecrementSV(win->state, comp[alphaindex[j]]--); else win->bogus--; j = win->seq[length]; ++win->seq; if (!alphaflag[j]) s_IncrementSV(win->state, comp[alphaindex[j]]++); else win->bogus++; if (win->entropy > -2.) win->entropy = s_Entropy(win->state); return true; } /*-------------------------------------------------------------(closewin)---*/ /** Frees the SSequence structure corresponding to a sequence window * Does not free palpha like s_SSequenceFree (two functions needed?). * @param win object to be freed */ static void s_CloseWin(SSequence* win) { if (win==NULL) return; if (win->state!=NULL) sfree(win->state); if (win->composition!=NULL) sfree(win->composition); sfree(win); return; } /*----------------------------------------------------------------(enton)---*/ /** Calculates entropy of a sequence window * @param win object to be analyzed [in] */ static void s_EntropyOn(SSequence* win) { if (win->state==NULL) {s_StateOn(win);} win->entropy = s_Entropy(win->state); return; } /** Calculates entropy for a given sequence and window * * @param seq Sequence to examine [in] * @param window amount of sequence to examine at once [in] * @param maxbogus limit on non-allowed (e.g., X) characters [in] * @return calculated entropy */ static double* s_SeqEntropy(SSequence* seq, int32_t window, int32_t maxbogus) { SSequence* win; double* H; int32_t i, first, last, downset, upset; downset = (window+1)/2 - 1; upset = window - downset; if (window>seq->length) { return((double*) NULL); } H = (double*) calloc(seq->length, sizeof(double)); for (i=0; ilength; i++) { H[i] = -1.; } win = s_OpenWin(seq, 0, window); s_EntropyOn(win); first = downset; last = seq->length - upset; for (i=first; i<=last; i++) { if (seq->punctuation && s_HasDash(win)) { H[i] = -1.; s_ShiftWin1(win); continue; } if (win->bogus > maxbogus) { H[i] = -1.; s_ShiftWin1(win); continue; } H[i] = win->entropy; s_ShiftWin1(win); } s_CloseWin(win); return(H); } /*---------------------------------------------------------------(s_FindLow)---*/ /** Finds the first element above hicut, looks from i to limit. * @param i first element to check [in] * @param limit last element to check [in] * @param hicut value to check for [in] * @param H the array to check. * @return index of last element with value below hicut */ static int32_t s_FindLow(int32_t i, int32_t limit, double hicut, double* H) { int32_t j; for (j=i; j>=limit; j--) { if (H[j]==-1.0) break; if (H[j]>hicut) break; } return(j+1); } /*---------------------------------------------------------------(s_FindHigh)---*/ /** Finds the last element below hicut, looks from i to limit. * @param i first element to check [in] * @param limit last element to check [in] * @param hicut value to check for [in] * @param H the array to check. * @return index of last element with value below hicut */ static int32_t s_FindHigh(int32_t i, int32_t limit, double hicut, double* H) { int32_t j; for (j=i; j<=limit; j++) { if (H[j]==-1.0) break; if (H[j]>hicut) break; } return(j-1); } /** calculate log(n!) using either tabulated data or Sterling's formula * @param n [in] * @return log(n!) */ static double s_lnfact(uint32_t n) { if (n < sizeof(lnfact)/sizeof(*lnfact)) return lnfact[n]; else return ((n+0.5)*Math::log(n) - n + 0.9189385332); } /** calculate "K2" entropy per equation 3 of Wootton and Federhen * (Comput. Chem. 17, 149 (1993). * @param sv state vector [in] * @param window_length length of window being examined * @return K2 */ static double s_LnPerm(const int32_t* sv, int32_t window_length) { double ans; int32_t i; ans = s_lnfact(window_length); for (i=0; sv[i]!=0; i++) { ans -= s_lnfact(sv[i]); } return(ans); } /** Calculates natural log of "Farben" which is the number of compositions * in any complexity state. See equation 1 of Wootton and Federhen * (Comput. Chem. 17, 149 (1993)). * @param sv state vector [in] * @param alphasize total letters in alphabet [in] * @return number of compositions as described above */ static double s_LnAss(const int32_t* sv, int32_t alphasize) { double ans; int svi, svim1; int cl, total; int i; ans = lnfact[alphasize]; if (sv[0] == 0) return ans; total = alphasize; cl = 1; svi = *sv; svim1 = sv[0]; for (i=0;; svim1 = svi) { if (++i==alphasize) { ans -= s_lnfact(cl); break; } else if ((svi = *++sv) == svim1) { cl++; continue; } else { total -= cl; ans -= s_lnfact(cl); if (svi == 0) { ans -= s_lnfact(total); break; } else { cl = 1; continue; } } } return ans; } /** This function calculates the natural log of the value P sub 0 from * equation 3 of Wootton and Federhen (Methods Enzymol. 1996;266:554-71). * @param sv state vector [in] * @param total window length of area examined [in] * @param palpha structure for alphabet information [in] * @return log of P sub 0 as mentioned above */ static double s_GetProb(const int32_t* sv, int32_t total, const Alpha* palpha) { double ans, ans1, ans2 = 0, totseq; totseq = ((double) total) * palpha->lnalphasize; ans1 = s_LnAss(sv, palpha->alphasize); if (ans1 > -100000.0 && sv[0] != std::numeric_limits::min()) { ans2 = s_LnPerm(sv, total); } else { #ifdef ERR_POST_EX_DEFINED ErrPostEx (SEV_ERROR, 0, 0, "Illegal value returned by s_LnAss"); #endif } ans = ans1 + ans2 - totseq; return ans; } /** Trims view of sequence so as to minimize the probability returned by s_GetProb * @param seq the part of sequence to be examined [in] * @param leftend left-most end of sequence [in|out] * @param rightend right-most end of sequence [in|out] * @param sparamsp the SEG parameters [in] */ static int16_t s_Trim(SSequence* seq, int32_t* leftend, int32_t* rightend, const SegParameters* sparamsp) { double prob, minprob; int32_t len; int32_t lend, rend; int32_t minlen; int32_t maxtrim; int16_t status = 0; lend = 0; rend = seq->length - 1; minlen = 1; maxtrim = sparamsp->maxtrim; if ((seq->length-maxtrim)>minlen) minlen = seq->length-maxtrim; minprob = 1.; for (len=seq->length; len>minlen; len--) { bool shift = true; int32_t i = 0; SSequence* win = s_OpenWin(seq, 0, len); while (shift) { prob = s_GetProb(win->state, len, win->palpha); if (problength - rend - 1); s_CloseWin(seq); return status; } /** High-level function to perform calculations to find * low-complexity segments. Thi function calls itself * recursively * * @param seq sequence to be checked [in] * @param sparamsp seg parameters [in] * @param segs low-complexity segments found [out] * @param offset offset of sequence passed in [in] */ static int16_t s_SegSeq(SSequence* seq, SegParameters* sparamsp, SSeg **segs, int32_t offset) { SSeg* seg = (SSeg*) NULL; int32_t window; double locut, hicut; int32_t downset, upset; int32_t first, last, lowlim; int32_t i; int32_t leftend, rightend; double* H; int16_t status = 0; if (sparamsp->window<=0) return status; if (sparamsp->locut<=0.) sparamsp->locut = 0.; if (sparamsp->hicut<=0.) sparamsp->hicut = 0.; window = sparamsp->window; locut = sparamsp->locut; hicut = sparamsp->hicut; downset = (window+1)/2 - 1; upset = window - downset; H = s_SeqEntropy(seq, window, sparamsp->maxbogus); if (H == NULL) return status; first = downset; last = seq->length - upset; lowlim = first; for (i=first; i<=last; i++) { if (H[i] <= locut && H[i] != -1.0) { int32_t loi = s_FindLow(i, lowlim, hicut, H); int32_t hii = s_FindHigh(i, last, hicut, H); SSequence* temp_seq = NULL; leftend = loi - downset; rightend = hii + upset - 1; temp_seq = s_OpenWin(seq, leftend, rightend-leftend+1); status = s_Trim(temp_seq, &leftend, &rightend, sparamsp); if (status < 0) { s_CloseWin(temp_seq); break; } if (i+upset-1next = *segs; *segs = leftsegs; } s_CloseWin(leftseq); } seg = (SSeg*) calloc(1, sizeof(SSeg)); seg->begin = leftend + offset; seg->end = rightend + offset; seg->next = *segs; *segs = seg; i = std::min(hii, rightend+downset); lowlim = i + 1; } } sfree(H); return status; } /*------------------------------------------------------------(mergesegs)---*/ /** merge together overlapping segments, * hilenmin also does something, but we need to ask Scott Federhen what? * @param seq information about sequence [in] * @param segs segment information [in] */ static void s_MergeSegs(SSequence* seq, SSeg* segs) { SSeg* seg,* nextseg; int32_t hilenmin; /* hilenmin yet unset */ hilenmin = 0; /* hilenmin - temporary default */ if (segs==NULL) return; if (seq->length -1 - segs->end < hilenmin) segs->end = seq->length -1; seg = segs; nextseg = seg->next; while (nextseg!=NULL) { if (seg->begin - nextseg->end - 1 < hilenmin) { if (seg->end < nextseg->end) seg->end = nextseg->end; if (seg->begin > nextseg->begin) seg->begin = nextseg->begin; seg->next = nextseg->next; sfree(nextseg); } else { seg = nextseg; } nextseg = seg->next; } if (seg->begin < hilenmin) seg->begin = 0; return; } /** Converts the internal representation used by seg to that used by BLAST * * @param segs internal representation [in] * @param offset fixed value to add to offsets [in] * @param seg_locs the new BLAST specific representation [out] * @return 0 on success, -1 if memory allocation failed. */ static int16_t s_SegsToBlastSeqLoc(SSeg* segs, int32_t offset, BlastSeqLoc** seg_locs) { for ( ; segs; segs = segs->next) { BlastSeqLoc *loc = (BlastSeqLoc*) calloc(1, sizeof(BlastSeqLoc)); loc->ssr = (SSeqRange*) calloc(1,sizeof(SSeqRange)); loc->ssr->left = segs->begin + offset; loc->ssr->right = segs->end + offset; loc->next = *seg_locs; *seg_locs = loc; } /* If not all segs have been processed, it means that memory allocation failed, hence return error status. */ if (segs) { *seg_locs = BlastSeqLocFree(*seg_locs); return -1; } return 0; } /** Creats the Alphabet structure for standard protein alphabet. * @return pointer to the alphabet structure. */ static Alpha* s_AA20alphaStd (void) { Alpha* palpha; int32_t* alphaindex; unsigned char* alphaflag; uint8_t c, i; const int kCharSet = 128; const double kLn20 = 2.9957322735539909; palpha = (Alpha*) calloc(1, sizeof(Alpha)); palpha->alphabet = kProtAlphabet; palpha->alphasize = 20; palpha->lnalphasize = kLn20; alphaindex = (int32_t*) calloc(kCharSet , sizeof(int32_t)); alphaflag = (unsigned char*) calloc(kCharSet , sizeof(char)); for (c=0, i=0; c= 3 && c <= 20) || c == 22) { if (c < 20) { alphaflag[c] = false; alphaindex[c] = i; ++i; } else { alphaflag[c] = true; alphaindex[c] = 20; } } palpha->alphaindex = alphaindex; palpha->alphaflag = alphaflag; return (palpha); } /* Comments in blast_seg.h */ SegParameters* SegParametersNewAa (void) { SegParameters* sparamsp; sparamsp = (SegParameters*) calloc(1, sizeof(SegParameters)); sparamsp->window = kSegWindow; sparamsp->locut = kSegLocut; sparamsp->hicut = kSegHicut; sparamsp->period = 1; sparamsp->hilenmin = 0; sparamsp->overlaps = false; sparamsp->maxtrim = 50; sparamsp->maxbogus = 2; return (sparamsp); } /** Checks SeqParameter struct for proteins, sets default values if not set. * @param sparamsp parameters to check [in] */ static void s_SegParametersCheck (SegParameters* sparamsp) { if (!sparamsp) return; if (sparamsp->window <= 0) sparamsp->window = 12; if (sparamsp->locut < 0.0) sparamsp->locut = 0.0; if (sparamsp->hicut < 0.0) sparamsp->hicut = 0.0; if (sparamsp->locut > sparamsp->hicut) sparamsp->hicut = sparamsp->locut; if (sparamsp->maxbogus < 0) sparamsp->maxbogus = 0; if (sparamsp->maxbogus > sparamsp->window) sparamsp->maxbogus = sparamsp->window; if (sparamsp->period <= 0) sparamsp->period = 1; if (sparamsp->maxtrim < 0) sparamsp->maxtrim = 0; return; } /* Comments in blast_seg.h */ void SegParametersFree(SegParameters* sparamsp) { if (!sparamsp) return; sfree(sparamsp); return; } /* comments in blast_seg.h */ int16_t SeqBufferSeg (uint8_t* sequence, uint32_t length, uint32_t offset, SegParameters* sparamsp, BlastSeqLoc** seg_locs) { SSequence* seqwin; SSeg* segs; bool params_allocated = false; int16_t status = 0; s_SegParametersCheck (sparamsp); /* check seg parameters */ if (!sparamsp) { params_allocated = true; sparamsp = SegParametersNewAa(); s_SegParametersCheck (sparamsp); if (!sparamsp) return -1; } /* make an old-style genwin sequence window object */ seqwin = s_SSequenceNew(); seqwin->seq = (char*) sequence; seqwin->length = length; seqwin->palpha = s_AA20alphaStd(); *seg_locs = NULL; /* seg the sequence */ segs = (SSeg*) NULL; status = s_SegSeq (seqwin, sparamsp, &segs, 0); if (status < 0) { seqwin->seq = NULL; s_SSequenceFree (seqwin); return status; } /* merge the segment if desired. */ if (sparamsp->overlaps) s_MergeSegs(seqwin, segs); /* convert segs to seqlocs */ s_SegsToBlastSeqLoc(segs, offset, seg_locs); /* clean up & return */ seqwin->seq = NULL; s_SSequenceFree (seqwin); s_SegFree (segs); if(params_allocated) SegParametersFree(sparamsp); return 0; } bbuchfink-diamond-6dc5717/src/lib/blast/blast_seg.h000066400000000000000000000054451523407312000222030ustar00rootroot00000000000000/* $Id: blast_seg.h 114718 2007-11-28 15:52:56Z ivanov $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Ilya Dondoshansky * */ /** @file blast_seg.h * SEG filtering functions. @todo FIXME: should this be combined with * blast_filter/dust? Needs doxygen documentation and comments */ #ifndef __BLAST_SEG__ #define __BLAST_SEG__ #include #include "blast_def.h" /** Structure to hold parameters for seg search. */ typedef struct SegParameters { int32_t window; /**< initial window size to trigger further work. */ double locut; double hicut; int32_t period; int32_t hilenmin; bool overlaps; /* merge overlapping pieces if TRUE. */ int32_t maxtrim; int32_t maxbogus; } SegParameters; /** Allocated SeqParameter struct for proteins and fills with default values. * @return pointer to SegParameters */ SegParameters* SegParametersNewAa (void); /** Free SegParameters structure * @param sparamsp object to be freed [in] */ void SegParametersFree(SegParameters* sparamsp); /** Runs seg on a protein sequence in ncbistdaa. * @param sequence the protein residues in ncbistdaa [in] * @param length number of redidues [in] * @param offset amount to shift over resulting locations * (if full sequence not passed in) [in] * @param sparamsp the seg parameters created with SegParametersNewAa [in] * @param seg_locs resulting locations for filtering [out] * @return zero on success */ int16_t SeqBufferSeg (uint8_t* sequence, uint32_t length, uint32_t offset, SegParameters* sparamsp, BlastSeqLoc** seg_locs); #endif /* !__BLAST_FILTER__ */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_setup.h000066400000000000000000000122651523407312000225630ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Tom Madden * */ /** @file blast_setup.h * Utilities initialize/setup BLAST. */ #ifndef __BLAST_SETUP__ #define __BLAST_SETUP__ #include "ncbi_std.h" #include "blast_export.h" #include "blast_def.h" #include "blast_query_info.h" #include "blast_options.h" #include "blast_message.h" #include "blast_stat.h" #ifdef __cplusplus extern "C" { #endif /** "Main" setup routine for BLAST. Calculates all information for BLAST search * that is dependent on the ASN.1 structures. * @todo FIXME: this function only filters query and sets up score block structure * @param program_number Type of BLAST program (0=blastn, ...). [in] * @param qsup_options options for query setup. [in] * @param scoring_options options for scoring. [in] * @param query_blk BLAST_SequenceBlk* for the query. [in] * @param query_info The query information block [in] * @param scale_factor Multiplier for cutoff and dropoff scores [in] * @param lookup_segments Start/stop locations for non-masked query * segments [out] * @param mask masking locations. [out] * @param sbpp Contains scoring information. [out] * @param blast_message error or warning [out] * @param get_path callback function to get matrix path [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_MainSetUp(EBlastProgramType program_number, const QuerySetUpOptions* qsup_options, const BlastScoringOptions* scoring_options, BLAST_SequenceBlk* query_blk, const BlastQueryInfo* query_info, double scale_factor, BlastSeqLoc* *lookup_segments, BlastMaskLoc* *mask, BlastScoreBlk* *sbpp, Blast_Message* *blast_message, GET_MATRIX_PATH get_path); /** Blast_ScoreBlkKbpGappedCalc, fills the ScoreBlkPtr for a gapped search. * Should be moved to blast_stat.c in the future. * @param sbp Contains fields to be set, should not be NULL. [out] * @param scoring_options Scoring_options [in] * @param program Used to set fields on sbp [in] * @param query_info Query information containing context information [in] * @param error_return Pointer to structure for returning errors. [in][out] * @return Status. */ NCBI_XBLAST_EXPORT Int2 Blast_ScoreBlkKbpGappedCalc(BlastScoreBlk * sbp, const BlastScoringOptions * scoring_options, EBlastProgramType program, const BlastQueryInfo * query_info, Blast_Message** error_return); NCBI_XBLAST_EXPORT Int2 Blast_ScoreBlkMatrixInit(EBlastProgramType program_number, const BlastScoringOptions* scoring_options, BlastScoreBlk* sbp, GET_MATRIX_PATH get_path); /** Initializes the score block structure. * @param query_blk Query sequence(s) [in] * @param query_info Additional query information [in] * @param scoring_options Scoring options [in] * @param program_number BLAST program type [in] * @param sbpp Initialized score block [out] * @param scale_factor Matrix scaling factor for this search [in] * @param blast_message Error message [out] * @param get_path callback function to get matrix path [in] */ NCBI_XBLAST_EXPORT Int2 BlastSetup_ScoreBlkInit(BLAST_SequenceBlk* query_blk, const BlastQueryInfo* query_info, const BlastScoringOptions* scoring_options, EBlastProgramType program_number, BlastScoreBlk* *sbpp, double scale_factor, Blast_Message* *blast_message, GET_MATRIX_PATH get_path); /** Adjusts the mask locations coordinates to a sequence interval. Removes those * mask locations that do not intersect the interval. Can do this either for all * queries or only for the first one. * @param mask Structure containing a mask location. [in] [out] * @param from Starting offset of a sequence interval [in] * @param to Ending offset of a sequence interval [in] */ NCBI_XBLAST_EXPORT void BlastSeqLoc_RestrictToInterval(BlastSeqLoc* *mask, Int4 from, Int4 to); #ifdef __cplusplus } #endif #endif /* !__BLAST_SETUP__ */ bbuchfink-diamond-6dc5717/src/lib/blast/blast_stat.cpp000066400000000000000000000000461523407312000227230ustar00rootroot00000000000000// // Created by dimi on 02.05.22. // bbuchfink-diamond-6dc5717/src/lib/blast/blast_stat.h000066400000000000000000001077331523407312000224030ustar00rootroot00000000000000/* $Id: blast_stat.h 351770 2012-02-01 14:34:56Z maning $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Tom Madden * */ /** @file blast_stat.h * Definitions and prototypes used by blast_stat.c to calculate BLAST * statistics. @todo FIXME: needs doxygen comments */ #ifndef ALGO_BLAST_CORE__BLAST_STAT__H #define ALGO_BLAST_CORE__BLAST_STAT__H #include "ncbitype.h" #include "ncbi_std.h" #include "raw_scoremat.h" #include "blast_message.h" #ifdef __cplusplus extern "C" { #endif /** * Defines for the matrix 'preferences' (as specified by S. Altschul). * Used in arrays such as blosum45_prefs in blast_stat.c */ #define BLAST_MATRIX_NOMINAL 0 /**< acceptable values, not recommended. */ #define BLAST_MATRIX_PREFERRED 1 /**< These value are preferred over others. */ #define BLAST_MATRIX_BEST 2 /**< This is the best value, only one per matrix. */ #define BLASTMAT_DIR "/usr/ncbi/blast/matrix" /**< Default location for blast databases. */ /** callback to resolve the path to blast score matrices */ typedef char* (*GET_MATRIX_PATH) (const char*, bool); /** Structure to hold the Karlin-Altschul parameters. */ typedef struct Blast_KarlinBlk { double Lambda; /**< Lambda value used in statistics */ double K; /**< K value used in statistics */ double logK; /**< natural log of K value used in statistics */ double H; /**< H value used in statistics */ double paramC; /**< for use in seed. */ } Blast_KarlinBlk; /** Tabulated results for faster erfc(x) lookup. erfc(x) = 1/2 + 1/sqrt(2*pi) * \int_0^x { exp(-y^2/2)} dy erfc(-\inf) = 0.0 erfc(+\inf) = 1.0 The erfc(x) is tabulated in p with step h, starting from a to b */ typedef struct erfc_table { double eps; double a; double b; Int4 N; double h; double *p; } erfc_table; /** Structure to hold the Gumbel parameters (for FSC). */ typedef struct Blast_GumbelBlk { double Lambda; /**< the unscaled Lambda value */ double C; double G; /**< G is the total penalty for extension */ double a; /**< avg(L) = a y + b */ double Alpha; /**< var(L) = alpha y + beta */ double Sigma; /**< cov(L) = sigma y + tau */ double a_un; /**< Ungapped a */ double Alpha_un; /**< Ungapped alpha */ double b; /**< 2*G*(a_un - a) */ double Beta; /**< 2*G*(alpha_un - alpha) */ double Tau; /**< 2*G*(alpha_un - Sigma) */ Int8 db_length; /**< total length of database */ bool filled; /**< flag indicate the values of gbp are prepared */ } Blast_GumbelBlk; /******************************************************************** Structures relating to scoring or the BlastScoreBlk ********************************************************************/ #define BLAST_SCORE_MIN INT2_MIN /**< minimum allowed score (for one letter comparison). */ #define BLAST_SCORE_MAX INT2_MAX /**< maximum allowed score (for one letter comparison). */ /** Holds score frequencies used in calculation of Karlin-Altschul parameters for an ungapped search. */ typedef struct Blast_ScoreFreq { Int4 score_min; /**< lowest allowed scores */ Int4 score_max; /**< highest allowed scores */ Int4 obs_min; /**< lowest observed (actual) scores */ Int4 obs_max; /**< highest observed (actual) scores */ double score_avg; /**< average score, must be negative for local alignment. */ double* sprob0; /**< arrays for frequency of given score */ double* sprob; /**< arrays for frequency of given score, shifted down by score_min. */ } Blast_ScoreFreq; /** Scoring matrix used in BLAST */ typedef struct SBlastScoreMatrix { int** data; /**< actual scoring matrix data, stored in row-major form */ size_t ncols; /**< number of columns */ size_t nrows; /**< number of rows */ double* freqs; /**< array of assumed matrix background frequencies -RMH-*/ double lambda; /**< derived value of the matrix lambda -RMH- */ } SBlastScoreMatrix; /** Scoring matrix data used in PSI-BLAST */ typedef struct SPsiBlastScoreMatrix { SBlastScoreMatrix* pssm; /**< position-specific score matrix */ double** freq_ratios; /**< PSSM's frequency ratios, dimensions are specified in pssm data above */ Blast_KarlinBlk* kbp; /**< Karlin-Altschul block associated with this PSSM */ } SPsiBlastScoreMatrix; /** Allocates a new SPsiBlastScoreMatrix structure of dimensions ncols by * BLASTAA_SIZE. * @param ncols number of columns (i.e.: query length) [in] * @return NULL in case of memory allocation failure, else new * SPsiBlastScoreMatrix structure */ NCBI_XBLAST_EXPORT SPsiBlastScoreMatrix* SPsiBlastScoreMatrixNew(size_t ncols); /** Deallocates a SPsiBlastScoreMatrix structure. * @param matrix structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT SPsiBlastScoreMatrix* SPsiBlastScoreMatrixFree(SPsiBlastScoreMatrix* matrix); /** Structure used for scoring calculations. */ typedef struct BlastScoreBlk { bool protein_alphabet; /**< TRUE if alphabet_code is for a protein alphabet (e.g., ncbistdaa etc.), FALSE for nt. alphabets. */ Uint1 alphabet_code; /**< NCBI alphabet code. */ Int2 alphabet_size; /**< size of alphabet. */ Int2 alphabet_start; /**< numerical value of 1st letter. */ char* name; /**< name of scoring matrix. */ ListNode* comments; /**< Comments about scoring matrix. */ SBlastScoreMatrix* matrix; /**< scoring matrix data */ SPsiBlastScoreMatrix* psi_matrix; /**< PSSM and associated data. If this is not NULL, then the BLAST search is position specific (i.e.: PSI-BLAST) */ bool matrix_only_scoring; /**< Score ungapped/gapped alignment only using the matrix parameters and with raw scores. Ignore penalty/reward and do not report Karlin-Altschul stats. This is used by the rmblastn program. -RMH- */ bool complexity_adjusted_scoring; /**< Use cross_match-like complexity adjustment on raw scores. -RMH- */ Int4 loscore; /**< Min. substitution scores */ Int4 hiscore; /**< Max. substitution scores */ Int4 penalty; /**< penalty for mismatch in blastn. */ Int4 reward; /**< reward for match in blastn. */ double scale_factor; /**< multiplier for all cutoff and dropoff scores */ bool read_in_matrix; /**< If TRUE, matrix is read in, otherwise produce one from penalty and reward above. @todo should this be an allowed way of specifying the matrix to use? */ Blast_ScoreFreq** sfp; /**< score frequencies for scoring matrix. */ /* kbp & kbp_gap are ptrs that should be set to kbp_std, kbp_psi, etc. */ Blast_KarlinBlk** kbp; /**< Karlin-Altschul parameters. Actually just a placeholder. */ Blast_KarlinBlk** kbp_gap; /**< K-A parameters for gapped alignments. Actually just a placeholder. */ Blast_GumbelBlk* gbp; /**< Gumbel parameters for FSC. */ /* Below are the Karlin-Altschul parameters for non-position based ('std') and position based ('psi') searches. */ Blast_KarlinBlk **kbp_std, /**< K-A parameters for ungapped alignments */ **kbp_psi, /**< K-A parameters for position-based alignments. */ **kbp_gap_std, /**< K-A parameters for std (not position-based) alignments */ **kbp_gap_psi; /**< K-A parameters for psi alignments. */ Blast_KarlinBlk* kbp_ideal; /**< Ideal values (for query with average database composition). */ Int4 number_of_contexts; /**< Used by sfp and kbp, how large are these*/ Uint1* ambiguous_res; /**< Array of ambiguous res. (e.g, 'X', 'N')*/ Int2 ambig_size, /**< size of array above. FIXME: not needed here? */ ambig_occupy; /**< How many occupied? */ bool round_down; /**< Score must be rounded down to nearest even score if odd. */ } BlastScoreBlk; /** Scoring matrix data used for compressed protein alphabets */ typedef struct SCompressedAlphabet { Int4 compressed_alphabet_size; /**< letters in the compressed alphabet */ SBlastScoreMatrix* matrix; /**< score matrix */ Uint1* compress_table; /**< translation table (AA->compressed)*/ } SCompressedAlphabet; /** Allocate a new compressed alphabet and score matrix * @param sbp Current score matrix information [in] * @param compressed_alphabet_size Desired size of compressed * alphabet (current choices are limited to 10 or 15) [in] * @param scale_factor Score matrix entries are scaled by this value [in] * @return the new alphabet, or NULL on failure */ NCBI_XBLAST_EXPORT SCompressedAlphabet* SCompressedAlphabetNew(BlastScoreBlk *sbp, Int4 compressed_alphabet_size, double scale_factor); /** Free a compressed alphabet and score matrix * @param alphabet The compressed alphabet structure * @return Always NULL */ NCBI_XBLAST_EXPORT SCompressedAlphabet* SCompressedAlphabetFree(SCompressedAlphabet *alphabet); /** Stores the letter frequency of a sequence or database. */ typedef struct Blast_ResFreq { Uint1 alphabet_code; /**< indicates alphabet. */ double* prob; /**< letter probs, (possible) non-zero offset. */ double* prob0; /**< probs, zero offset. */ } Blast_ResFreq; /** * Check that score blk is valid, returns zero if it is. * @param sbp ScoreBlk to check [in] * @return zero if valid */ NCBI_XBLAST_EXPORT int BlastScoreBlkCheck(BlastScoreBlk* sbp); /** * Allocates and initializes BlastScoreBlk * @param alphabet either BLASTAA_SEQ_CODE or BLASTNA_SEQ_CODE [in] * @param number_of_contexts how many strands or sequences [in] * @return BlastScoreBlk* */ NCBI_XBLAST_EXPORT BlastScoreBlk* BlastScoreBlkNew (Uint1 alphabet, Int4 number_of_contexts); /** Deallocates BlastScoreBlk as well as all associated structures. * @param sbp BlastScoreBlk to be deallocated [in] * @return NULL pointer. */ NCBI_XBLAST_EXPORT BlastScoreBlk* BlastScoreBlkFree (BlastScoreBlk* sbp); /** Set the ambiguous residue (e.g, 'N', 'X') in the BlastScoreBlk*. * Convert from ncbieaa to sbp->alphabet_code (i.e., ncbistdaa) first. * * @param sbp the object to be modified [in|out] * @param ambiguous_res the residue to be set on the BlastScoreBlk * @return zero on success, others on error */ NCBI_XBLAST_EXPORT Int2 BLAST_ScoreSetAmbigRes (BlastScoreBlk* sbp, char ambiguous_res); /** Calculate and fill the ungapped Karlin-Altschul parameters in the * BlastScoreBlk structure (fields kbp_std, kbp_psi, and kbp of that structure). * @param program BLAST program type, needed to decide whether to substitute * ideal values. [in] * @param sbp Scoring block to work with [in] [out] * @param query Buffer containing (concatenated) query sequence [in] * @param query_info Information about offsets of concatenated queries [in] * @param blast_message returns queries that could not be processed [out] * @return 0 if ungapped Karlin-Altschul parameters could be calculated for * all of the query sequence's contexts; 1 if any of the contexts * failed (but all others will be populated). */ /** This function fills in the BlastScoreBlk structure. * Tasks are: * -read in the matrix * -set maxscore * @param sbp Scoring block [in] [out] * @param get_path pointer to function that will return path to matrix. Only called * if built-in matrix not found [in] */ NCBI_XBLAST_EXPORT Int2 Blast_ScoreBlkMatrixFill (BlastScoreBlk* sbp, GET_MATRIX_PATH get_path); /** Callocs a Blast_KarlinBlk * @return pointer to the Blast_KarlinBlk */ NCBI_XBLAST_EXPORT Blast_KarlinBlk* Blast_KarlinBlkNew (void); /** Copies contents of one Karlin block to another. Both must be allocated * before this function is called. * @param kbp_to Karlin block to copy values to [in] [out] * @param kbp_from Karlin block to copy values from [in] * @return 0 on success; -1 if either argument is NULL on input. */ NCBI_XBLAST_EXPORT Int2 Blast_KarlinBlkCopy(Blast_KarlinBlk* kbp_to, Blast_KarlinBlk* kbp_from); /** Deallocates the KarlinBlk * @param kbp KarlinBlk to be deallocated [in] * @return NULL */ NCBI_XBLAST_EXPORT Blast_KarlinBlk* Blast_KarlinBlkFree(Blast_KarlinBlk* kbp); /** Fills in lambda, H, and K values, as calculated by Stephen Altschul * in Methods in Enzy. (vol 266, page 474). * @param kbp object to be filled in [in|out] * @param gap_open cost of gap existence [in] * @param gap_extend cost to extend a gap one letter [in] * @param matrix_name name of the matrix to be used [in] * @param error_return filled in with error message if needed [out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 Blast_KarlinBlkGappedCalc (Blast_KarlinBlk* kbp, Int4 gap_open, Int4 gap_extend, const char* matrix_name, Blast_Message** error_return); /** Retrieves Karlin-Altschul parameters from precomputed tables, given the * substitution and gap scores. Gap cost values greater than any of those * listed in the tables ("greater" meaning that both values are greater than or * equal, and at least one is strictly greater), are treated as infinite, and * parameters values are copied from the ungapped Karlin block. * @param kbp Allocated Karlin block to fill [in] [out] * @param gap_open Gap openening (existence) cost [in] * @param gap_extend Gap extension cost [in] * @param reward Match reward score [in] * @param penalty Mismatch penalty score [in] * @param kbp_ungap Karlin block with ungapped Karlin-Altschul parameters [in] * @param round_down specifies that the score should be rounded down to nearest even * score in some cases [in|out] * @param error_return Pointer to error message. [in] [out] */ NCBI_XBLAST_EXPORT Int2 Blast_KarlinBlkNuclGappedCalc(Blast_KarlinBlk* kbp, Int4 gap_open, Int4 gap_extend, Int4 reward, Int4 penalty, Blast_KarlinBlk* kbp_ungap, bool* round_down, Blast_Message** error_return); /** Calculates the Karlin-Altschul parameters assuming standard residue * compositions for the query and subject sequences. It populates the kbp_ideal * field of its sbp argument. This is used if the query is translated and the * calculated (real) Karlin parameters are bad, as they're calculated for * non-coding regions. * @param sbp ScoreBlk used to calculate "ideal" values. [in|out] * @return 0 on success, 1 on failure */ NCBI_XBLAST_EXPORT Int2 Blast_ScoreBlkKbpIdealCalc(BlastScoreBlk* sbp); /** Attempts to fill KarlinBlk for given gap opening, extensions etc. * * @param kbp object to be filled in [in|out] * @param gap_open gap existence cost [in] * @param gap_extend gap extension cost [in] * @param matrix_name name of the matrix used [in] * @return -1 if matrix_name is NULL; * 1 if matrix not found * 2 if matrix found, but open, extend etc. values not supported. */ NCBI_XBLAST_EXPORT Int2 Blast_KarlinBlkGappedLoadFromTables(Blast_KarlinBlk* kbp, Int4 gap_open, Int4 gap_extend, const char* matrix_name); /** Fills in gumbel parameters to estimate p-value using FSC * @param gbp object to be filled in [in|out] * @param gap_open cost of gap existence [in] * @param gap_extend cost to extend a gap one letter [in] * @param matrix_name name of the matrix to be used [in] * @param error_return filled in with error message if needed [out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 Blast_GumbelBlkCalc (Blast_GumbelBlk* gbp, Int4 gap_open, Int4 gap_extend, const char* matrix_name, Blast_Message** error_return); /** Attempts to fill GumbelBlk for given gap opening, extensions etc. * * @param gbp object to be filled in [in|out] * @param gap_open gap existence cost [in] * @param gap_extend gap extension cost [in] * @param matrix_name name of the matrix used [in] * @return -1 if matrix_name is NULL; * 1 if matrix not found * 2 if matrix found, but open, extend etc. values not supported. */ NCBI_XBLAST_EXPORT Int2 Blast_GumbelBlkLoadFromTables(Blast_GumbelBlk* gbp, Int4 gap_open, Int4 gap_extend, const char* matrix_name); /** Prints a messages about the allowed matrices, BlastKarlinBlkGappedFill should return 1 before this is called. * @param matrix the matrix to print a message about [in] * @return the message */ NCBI_XBLAST_EXPORT char* BLAST_PrintMatrixMessage(const char *matrix); /** Prints a messages about the allowed open etc values for the given matrix, * BlastKarlinBlkGappedFill should return 2 before this is called. * @param matrix name of the matrix [in] * @param gap_open gap existence cost [in] * @param gap_extend cost to extend a gap by one [in] * @return message */ NCBI_XBLAST_EXPORT char* BLAST_PrintAllowedValues(const char *matrix, Int4 gap_open, Int4 gap_extend); /** Calculates the parameter Lambda given an initial guess for its value */ NCBI_XBLAST_EXPORT double Blast_KarlinLambdaNR(Blast_ScoreFreq* sfp, double initialLambdaGuess); /** Calculates the Expect value based upon the search space and some Karlin-Altschul * parameters. It is "simple" as it does not use sum-statistics. * @param S the score of the alignment. [in] * @param kbp the Karlin-Altschul parameters. [in] * @param searchsp total search space to be used [in] * @return the expect value */ NCBI_XBLAST_EXPORT double BLAST_KarlinStoE_simple (Int4 S, Blast_KarlinBlk* kbp, Int8 searchsp); /** Calculates the Expect value based upon the Spouge's FSC method. * @param S the score of the alignment. [in] * @param gbp the Gumbel parameters. [in] * @param qlen the query length. [in] * @param slen the subject length. [in] * @return the expect value */ NCBI_XBLAST_EXPORT double BLAST_SpougeStoE (Int4 S, Blast_KarlinBlk* kbp, Blast_GumbelBlk* gbp, Int4 qlen, Int4 slen); /** Estimate the score for a specified expect value. * @param E the expect value of the alignment. [in] * @param gbp the Gumbel parameters. [in] * @param qlen the query length. [in] * @param slen the subject length. [in] * @return the score */ NCBI_XBLAST_EXPORT Int4 BLAST_SpougeEtoS (double E, Blast_KarlinBlk* kbp, Blast_GumbelBlk* gbp, Int4 qlen, Int4 slen); /** Convert a P-value to an E-value. * * P-values and E-values may either represent statistics of a database * search or represent statistics on the two sequences being compared. * If given a database P-value, this routine will return a database * E-value; if given a pairwise P-value, it will return a pairwise * E-value. * * In the context of a database search, the available P-value is often * a pairwise P-value, whereas the desired E-value is a database * E-value. When this it the case, the value returned by this routine * should be multiplied by the effective length of the database and * divided by the effective length of the subject. * * @param p the P-value to be converted [in] @return the corresponding * expect value. */ NCBI_XBLAST_EXPORT double BLAST_KarlinPtoE(double p); /** Convert an E-value to a P-value. * * E-values and P-values may either represent statistics of a database * search or represent statistics on the two sequences being compared. * If given a database E-value, this routine will return a database * P-value; if given a pairwise E-value, it will return a pairwise * P-value. * * In the context of a database search, the available E-value is * typically a database E-value, whereas the desired P-value is a * pairwise P-value. When this is the case, the E-value should be * divided by the effective length of the database and multiplied by * the effective length of the subject, before BLAST_KarlinEtoP is * called. * * @param x the expect value to be converted [in] * @return the corresponding p-value. */ NCBI_XBLAST_EXPORT double BLAST_KarlinEtoP(double x); /** Compute a divisor used to weight the evalue of a collection of * "nsegs" distinct alignments. These divisors are used to compensate * for the effect of choosing the best among multiple collections of * alignments. See * * Stephen F. Altschul. Evaluating the statitical significance of * multiple distinct local alignments. In Suhai, editior, Theoretical * and Computational Methods in Genome Research, pages 1-14. Plenum * Press, New York, 1997. * * The "decayrate" parameter of this routine is a value in the * interval (0,1). Typical values of decayrate are .1 and .5. * @param decayrate adjusts for (multiple) tests of number of HSP sum groups [in] * @param nsegs the number of HSPs in the sum group [in] * @return divisor used to compensate for multiple tests */ NCBI_XBLAST_EXPORT double BLAST_GapDecayDivisor(double decayrate, unsigned nsegs ); /** Calculate the cutoff score from the expected number of HSPs or vice versa. * @param S The calculated score [in] [out] * @param E The calculated e-value [in] [out] * @param kbp The Karlin-Altschul statistical parameters [in] * @param searchsp The effective search space [in] * @param dodecay Use gap decay feature? [in] * @param gap_decay_rate Gap decay rate to use, if dodecay is set [in] */ NCBI_XBLAST_EXPORT Int2 BLAST_Cutoffs (Int4 *S, double* E, Blast_KarlinBlk* kbp, Int8 searchsp, bool dodecay, double gap_decay_rate); /** Calculates the e-value for alignments with "small" gaps (typically * under fifty residues/basepairs) following ideas of Stephen Altschul's. * @param start_points the number of starting points permitted between * adjacent alignments; max_overlap + max_gap + 1 [in] * @param num the number of distinct alignments in this collection [in] * @param xsum the sum of the scores of these alignments each individually * normalized using an appropriate value of Lambda and logK [in] * @param query_length effective len of the query seq [in] * @param subject_length effective len of the subject seq [in] * @param searchsp_eff effective size of the search space [in] * @param weight_divisor a divisor used to weight the e-value * when multiple collections of alignments are being considered by * the calling routine [in] * @return the expect value */ NCBI_XBLAST_EXPORT double BLAST_SmallGapSumE (Int4 start_points, Int2 num, double xsum, Int4 query_length, Int4 subject_length, Int8 searchsp_eff, double weight_divisor); /** Calculates the e-value of a collection multiple distinct * alignments with asymmetric gaps between the alignments. The gaps * in one (protein) sequence are typically small (like in * BLAST_SmallGapSumE) gap an the gaps in the other (translated DNA) * sequence are possibly large (up to 4000 bp.) This routine is used * for linking HSPs representing exons in the DNA sequence that are * separated by introns. * @param query_start_points the number of starting points in * the query sequence permitted between adjacent alignments; * max_overlap + max_gap + 1. [in] * @param subject_start_points the number of starting points in * the subject sequence permitted between adjacent alignments [in] * @param num number of distinct alignments in one collection [in] * @param xsum the sum of the scores of these alignments each individually * normalized using an appropriate value of Lambda and logK [in] * @param query_length effective length of query [in] * @param subject_length effective length of subject [in] * @param searchsp_eff effective size of the search space [in] * @param weight_divisor a divisor used to weight the e-value * when multiple collections of alignments are being considered by * the calling routine [in] * @return sum expect value. */ NCBI_XBLAST_EXPORT double BLAST_UnevenGapSumE (Int4 query_start_points, Int4 subject_start_points, Int2 num, double xsum, Int4 query_length, Int4 subject_length, Int8 searchsp_eff, double weight_divisor); /** Calculates the e-value if a collection of distinct alignments with * arbitrarily large gaps between the alignments * @param num number of distinct alignments in the collection [in] * @param xsum the sum of the scores of these alignments each individually * normalized using an appropriate value of Lambda and logK [in] * @param query_length effective length of query sequence [in] * @param subject_length effective length of subject sequence [in] * @param searchsp_eff effective size of the search space [in] * @param weight_divisor a divisor used to weight the e-value * when multiple collections of alignments are being considered by the * calling routine [in] * @return sum expect value. */ NCBI_XBLAST_EXPORT double BLAST_LargeGapSumE (Int2 num, double xsum, Int4 query_length, Int4 subject_length, Int8 searchsp_eff, double weight_divisor ); /** Extract the recommended gap existence and extension values. * Only to be used with protein matrices. * @param matrixName name of the matrix [in] * @param gap_existence returns recommended existence cost [in|out] * @param gap_extension returns recommended extension cost [in|out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 BLAST_GetProteinGapExistenceExtendParams(const char* matrixName, Int4* gap_existence, Int4* gap_extension); /** Extract the recommended gap existence and extension values. * Only to be used with blastn searches. * @param reward match score [in] * @param penalty mismatch score [in] * @param gap_existence returns recommended existence cost [in|out] * @param gap_extension returns recommended extension cost [in|out] * @return zero on success */ NCBI_XBLAST_EXPORT Int2 BLAST_GetNucleotideGapExistenceExtendParams(Int4 reward, Int4 penalty, Int4* gap_existence, Int4* gap_extension); /** Check the validity of the reward and penalty scores. * Only to be used with blastn searches. * @param reward match score [in] * @param penalty mismatch score [in] * @return TRUE on success */ NCBI_XBLAST_EXPORT bool BLAST_CheckRewardPenaltyScores(Int4 reward, Int4 penalty); /** Extract the alpha and beta settings for this matrixName, and these * gap open and gap extension costs * @param matrixName name of the matrix used [in] * @param alpha Karlin-Altschul parameter to be set [out] * @param beta Karlin-Altschul parameter to be set [out] * @param gapped TRUE if a gapped search [in] * @param gap_open existence cost of a gap [in] * @param gap_extend extension cost of a gap [in] * @param kbp_ungapped Karlin block with ungapped values of the parameters [in] */ NCBI_XBLAST_EXPORT void BLAST_GetAlphaBeta (const char* matrixName, double *alpha, double *beta, bool gapped, Int4 gap_open, Int4 gap_extend, const Blast_KarlinBlk* kbp_ungapped); /** Extract the alpha and beta settings for these substitution and gap scores. * If substitution or gap costs are not found in the tables, assume an ungapped * search. Then alpha is computed using the formula Alpha = Lambda/H, and beta * is equal to 0 except for some special cases. * @param reward Match reward score [in] * @param penalty Mismatch penalty score [in] * @param gap_open Gap opening (existence) cost [in] * @param gap_extend Gap extension cost [in] * @param kbp Karlin block containing already computed Lambda, K and H * parameters. * @param gapped_calculation Is this a gapped search? [in] * @param alpha Alpha parameter for this scoring system [out] * @param beta Beta parameter for this scoring system [out] */ NCBI_XBLAST_EXPORT Int2 Blast_GetNuclAlphaBeta(Int4 reward, Int4 penalty, Int4 gap_open, Int4 gap_extend, Blast_KarlinBlk* kbp, bool gapped_calculation, double *alpha, double *beta); /** Rescale the PSSM, using composition-based statistics, for use * with RPS BLAST. This function produces a PSSM for a single RPS DB * sequence (of size db_seq_length) and incorporates information from * the RPS blast query. Each individual database sequence must call this * function to retrieve its own PSSM. The matrix is returned (and must * be freed elsewhere). posMatrix is the portion of the complete * concatenated PSSM that is specific to this DB sequence * @todo revise to use existing code * @param scalingFactor used to rescale Lambda [in] * @param rps_query_length length of query sequence [in] * @param rps_query_seq the query sequence [in] * @param db_seq_length Length of the database sequence [in] * @param posMatrix matrix (actual) values to be used [in] * @param sbp Structure with score matrix parameters [in][out] * @return rescaled pssm */ NCBI_XBLAST_EXPORT Int4 ** RPSRescalePssm(double scalingFactor, Int4 rps_query_length, const Uint1 * rps_query_seq, Int4 db_seq_length, Int4 **posMatrix, BlastScoreBlk *sbp); /** * Computes the adjustment to the lengths of the query and database sequences * that is used to compensate for edge effects when computing evalues. * * The length adjustment is an integer-valued approximation to the fixed * point of the function * * f(ell) = beta + * (alpha/lambda) * (log K + log((m - ell)*(n - N ell))) * * where m is the query length n is the length of the database and N is the * number of sequences in the database. The values beta, alpha, lambda and * K are statistical, Karlin-Altschul parameters. * * The value of the length adjustment computed by this routine, A, * will always be an integer smaller than the fixed point of * f(ell). Usually, it will be the largest such integer. However, the * computed length adjustment, A, will also be so small that * * K * (m - A) * (n - N * A) > MAX(m,n). * * Moreover, an iterative method is used to compute A, and under * unusual circumstances the iterative method may not converge. * * @param K the statistical parameter K [in] * @param logK the natural logarithm of K [in] * @param alpha_d_lambda the ratio of the statistical parameters * alpha and lambda (for ungapped alignments, the * value 1/H should be used) [in] * @param beta the statistical parameter beta (for ungapped * alignments, beta == 0) [in] * @param query_length the length of the query sequence [in] * @param db_length the length of the database [in] * @param db_num_seqs the number of sequences in the database [in] * @param length_adjustment the computed value of the length adjustment [out] * * @return 0 if length_adjustment is known to be the largest integer less * than the fixed point of f(ell); 1 otherwise. */ NCBI_XBLAST_EXPORT Int4 BLAST_ComputeLengthAdjustment(double K, double logK, double alpha_d_lambda, double beta, Int4 query_length, Int8 db_length, Int4 db_num_seqs, Int4 * length_adjustment); /** Allocates a new Blast_ResFreq structure and fills in the prob element based upon the contents of sbp. * @param sbp The BlastScoreBlk* used to init prob [in] */ NCBI_XBLAST_EXPORT Blast_ResFreq* Blast_ResFreqNew(const BlastScoreBlk* sbp); /** Deallocates Blast_ResFreq and prob0 element. * @param rfp the Blast_ResFreq to be deallocated. */ NCBI_XBLAST_EXPORT Blast_ResFreq* Blast_ResFreqFree(Blast_ResFreq* rfp); /** Calculates residues frequencies given a standard distribution. * @param sbp the BlastScoreBlk provides information on alphabet. * @param rfp the prob element on this Blast_ResFreq is used. * @return zero on success */ NCBI_XBLAST_EXPORT Int2 Blast_ResFreqStdComp(const BlastScoreBlk* sbp, Blast_ResFreq* rfp); /** Creates a new structure to keep track of score frequencies for a scoring * system. * @param score_min Minimum score [in] * @param score_max Maximum score [in] * @return allocated and initialized pointer to Blast_ScoreFreq */ NCBI_XBLAST_EXPORT Blast_ScoreFreq* Blast_ScoreFreqNew(Int4 score_min, Int4 score_max); /** Deallocates the score frequencies structure * @param sfp the structure to deallocate [in] * @return NULL */ NCBI_XBLAST_EXPORT Blast_ScoreFreq* Blast_ScoreFreqFree(Blast_ScoreFreq* sfp); /** Fills a buffer with the 'standard' alphabet * (given by STD_AMINO_ACID_FREQS[index].ch). * * @param alphabet_code specifies alphabet [in] * @param residues buffer to be filled in [in|out] * @param residue_size size of "residues" buffer [in] * @return Number of residues in alphabet or negative returns upon error. */ NCBI_XBLAST_EXPORT Int2 Blast_GetStdAlphabet(Uint1 alphabet_code, Uint1* residues, Uint4 residue_size); /** Computes the parameters lambda, H K for use in calculating the * statistical significance of high-scoring segments or subalignments (see * comment on blast_stat.c for more details). * @param kbp object containing Lambda, H, and K as well as scoring information [in|out] * @param sfp array of probabilities for all scores [in] * @return zero on success, 1 on error. */ NCBI_XBLAST_EXPORT Int2 Blast_KarlinBlkUngappedCalc(Blast_KarlinBlk* kbp, Blast_ScoreFreq* sfp); /** Given a sequence of 'length' amino acid residues, compute the * probability of each residue and put that in the array resProb * Excludes ambiguity characters. * * @param sequence the sequence to be computed upon [in] * @param length the length of the sequence [in] * @param resProb the object to be filled in [in|out] */ NCBI_XBLAST_EXPORT void Blast_FillResidueProbability(const Uint1* sequence, Int4 length, double * resProb); /** Fill in the matrix for blastn using the penaly and rewards * The query sequence alphabet is blastna, the subject sequence * is ncbi2na. The alphabet blastna is defined in blast_stat.h * and the first four elements of blastna are identical to ncbi2na. * if sbp->matrix==NULL, it is allocated. * @param sbp the BlastScoreBlk on which reward, penalty, and matrix will be set [in|out] * @return zero on success. */ NCBI_XBLAST_EXPORT Int2 BlastScoreBlkNuclMatrixCreate(BlastScoreBlk* sbp); /** Returns a pointer to the static compiled in version of the * matrix. If name is NULL or the matrix is not compiled in * NULL is returned. * @param name matrix name [in] * @return pointer to matrix or NULL if not supported. */ NCBI_XBLAST_EXPORT SNCBIPackedScoreMatrix* BlastScoreBlkGetCompiledInMatrix(const char* name); #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__BLAST_STAT__H */ bbuchfink-diamond-6dc5717/src/lib/blast/blastn_score.cpp000066400000000000000000002301541523407312000232460ustar00rootroot00000000000000#include #include "blast_stat.h" #include "blast_encoding.h" #include "blast_def.h" #include "blast_psi_priv.h" #include "ncbi_std.h" #include "blast_options.h" #include "ncbi_math.h" #include "util/math/math.h" #define BLAST_SCORE_RANGE_MAX (BLAST_SCORE_MAX - BLAST_SCORE_MIN) /**< maximum allowed range of BLAST scores. */ #define BLAST_KARLIN_LAMBDA0_DEFAULT 0.5 /**< Initial guess for the value of Lambda in BlastKarlinLambdaNR */ #define BLAST_KARLIN_K_SUMLIMIT_DEFAULT 0.0001 /**< K_SUMLIMIT_DEFAULT == sumlimit used in BlastKarlinLHtoK() */ #define BLAST_KARLIN_LAMBDA_ACCURACY_DEFAULT (1.e-5) /**< LAMBDA_ACCURACY_DEFAULT == accuracy to which Lambda should be calc'd */ #define BLAST_KARLIN_LAMBDA_ITER_DEFAULT 17 /**< LAMBDA_ITER_DEFAULT == no. of iterations in LambdaBis = ln(accuracy)/ln(2)*/ #define BLAST_KARLIN_LAMBDA0_DEFAULT 0.5 /**< Initial guess for the value of Lambda in BlastKarlinLambdaNR */ #define BLAST_KARLIN_K_ITER_MAX 100 /**< upper limit on iterations for BlastKarlinLHtoK */ /** Number of statistical parameters in each row of the precomputed tables. */ #define BLAST_NUM_STAT_VALUES 11 /**< originally 8, now 11 to support Spouge's FSC. see notes below */ /** Holds values (gap-opening, extension, etc.) for a matrix. */ typedef double array_of_8[BLAST_NUM_STAT_VALUES]; /** Used to temporarily store matrix values for retrieval. */ typedef struct MatrixInfo { char* name; /**< name of matrix (e.g., BLOSUM90). */ array_of_8 *values; /**< The values (gap-opening, extension etc.). */ Int4 *prefs; /**< Preferences for display. */ Int4 max_number_values; /**< number of values (e.g., BLOSUM90_VALUES_MAX). */ } MatrixInfo; /** Karlin-Altschul parameter values for substitution scores 1 and -5. */ static const array_of_8 blastn_values_1_5[] = { { 0, 0, 1.39, 0.747, 1.38, 1.00, 0, 100 }, { 3, 3, 1.39, 0.747, 1.38, 1.00, 0, 100 } }; /** Karlin-Altschul parameter values for substitution scores 1 and -4. */ static const array_of_8 blastn_values_1_4[] = { { 0, 0, 1.383, 0.738, 1.36, 1.02, 0, 100 }, { 1, 2, 1.36, 0.67, 1.2, 1.1, 0, 98 }, { 0, 2, 1.26, 0.43, 0.90, 1.4, -1, 91 }, { 2, 1, 1.35, 0.61, 1.1, 1.2, -1, 98 }, { 1, 1, 1.22, 0.35, 0.72, 1.7, -3, 88 } }; /** Karlin-Altschul parameter values for substitution scores 2 and -7. * These parameters can only be applied to even scores. Any odd score must be * rounded down to the nearest even number before calculating the e-value. */ static const array_of_8 blastn_values_2_7[] = { { 0, 0, 0.69, 0.73, 1.34, 0.515, 0, 100 }, { 2, 4, 0.68, 0.67, 1.2, 0.55, 0, 99 }, { 0, 4, 0.63, 0.43, 0.90, 0.7, -1, 91 }, { 4, 2, 0.675, 0.62, 1.1, 0.6, -1, 98 }, { 2, 2, 0.61, 0.35, 0.72, 1.7, -3, 88 } }; /** Karlin-Altschul parameter values for substitution scores 1 and -3. */ static const array_of_8 blastn_values_1_3[] = { { 0, 0, 1.374, 0.711, 1.31, 1.05, 0, 100 }, { 2, 2, 1.37, 0.70, 1.2, 1.1, 0, 99 }, { 1, 2, 1.35, 0.64, 1.1, 1.2, -1, 98 }, { 0, 2, 1.25, 0.42, 0.83, 1.5, -2, 91 }, { 2, 1, 1.34, 0.60, 1.1, 1.2, -1, 97 }, { 1, 1, 1.21, 0.34, 0.71, 1.7, -2, 88 } }; /** Karlin-Altschul parameter values for substitution scores 2 and -5. * These parameters can only be applied to even scores. Any odd score must be * rounded down to the nearest even number before calculating the e-value. */ static const array_of_8 blastn_values_2_5[] = { { 0, 0, 0.675, 0.65, 1.1, 0.6, -1, 99 }, { 2, 4, 0.67, 0.59, 1.1, 0.6, -1, 98 }, { 0, 4, 0.62, 0.39, 0.78, 0.8, -2, 91 }, { 4, 2, 0.67, 0.61, 1.0, 0.65, -2, 98 }, { 2, 2, 0.56, 0.32, 0.59, 0.95, -4, 82 } }; /** Karlin-Altschul parameter values for substitution scores 1 and -2. */ static const array_of_8 blastn_values_1_2[] = { { 0, 0, 1.28, 0.46, 0.85, 1.5, -2, 96 }, { 2, 2, 1.33, 0.62, 1.1, 1.2, 0, 99 }, { 1, 2, 1.30, 0.52, 0.93, 1.4, -2, 97 }, { 0, 2, 1.19, 0.34, 0.66, 1.8, -3, 89 }, { 3, 1, 1.32, 0.57, 1.0, 1.3, -1, 99 }, { 2, 1, 1.29, 0.49, 0.92, 1.4, -1, 96 }, { 1, 1, 1.14, 0.26, 0.52, 2.2, -5, 85 } }; /** Karlin-Altschul parameter values for substitution scores 2 and -3. * These parameters can only be applied to even scores. Any odd score must be * rounded down to the nearest even number before calculating the e-value. */ static const array_of_8 blastn_values_2_3[] = { { 0, 0, 0.55, 0.21, 0.46, 1.2, -5, 87 }, { 4, 4, 0.63, 0.42, 0.84, 0.75, -2, 99 }, { 2, 4, 0.615, 0.37, 0.72, 0.85, -3, 97 }, { 0, 4, 0.55, 0.21, 0.46, 1.2, -5, 87 }, { 3, 3, 0.615, 0.37, 0.68, 0.9, -3, 97 }, { 6, 2, 0.63, 0.42, 0.84, 0.75, -2, 99 }, { 5, 2, 0.625, 0.41, 0.78, 0.8, -2, 99 }, { 4, 2, 0.61, 0.35, 0.68, 0.9, -3, 96 }, { 2, 2, 0.515, 0.14, 0.33, 1.55, -9, 81 } }; /** Karlin-Altschul parameter values for substitution scores 3 and -4. */ static const array_of_8 blastn_values_3_4[] = { { 6, 3, 0.389, 0.25, 0.56, 0.7, -5, 95}, { 5, 3, 0.375, 0.21, 0.47, 0.8, -6, 92}, { 4, 3, 0.351, 0.14, 0.35, 1.0, -9, 86}, { 6, 2, 0.362, 0.16, 0.45, 0.8, -4, 88}, { 5, 2, 0.330, 0.092, 0.28, 1.2, -13, 81}, { 4, 2, 0.281, 0.046, 0.16, 1.8, -23, 69} }; /** Karlin-Altschul parameter values for substitution scores 4 and -5. */ static const array_of_8 blastn_values_4_5[] = { { 0, 0, 0.22, 0.061, 0.22, 1.0, -15, 74 }, { 6, 5, 0.28, 0.21, 0.47, 0.6 , -7, 93 }, { 5, 5, 0.27, 0.17, 0.39, 0.7, -9, 90 }, { 4, 5, 0.25, 0.10, 0.31, 0.8, -10, 83 }, { 3, 5, 0.23, 0.065, 0.25, 0.9, -11, 76 } }; /** Karlin-Altschul parameter values for substitution scores 1 and -1. */ static const array_of_8 blastn_values_1_1[] = { { 3, 2, 1.09, 0.31, 0.55, 2.0, -2, 99 }, { 2, 2, 1.07, 0.27, 0.49, 2.2, -3, 97 }, { 1, 2, 1.02, 0.21, 0.36, 2.8, -6, 92 }, { 0, 2, 0.80, 0.064, 0.17, 4.8, -16, 72 }, { 4, 1, 1.08, 0.28, 0.54, 2.0, -2, 98 }, { 3, 1, 1.06, 0.25, 0.46, 2.3, -4, 96 }, { 2, 1, 0.99, 0.17, 0.30, 3.3, -10, 90 } }; /** Karlin-Altschul parameter values for substitution scores 3 and -2. */ static const array_of_8 blastn_values_3_2[] = { { 5, 5, 0.208, 0.030, 0.072, 2.9, -47, 77} }; /** Karlin-Altschul parameter values for substitution scores 5 and -4. */ static const array_of_8 blastn_values_5_4[] = { { 10, 6, 0.163, 0.068, 0.16, 1.0, -19, 85 }, { 8, 6, 0.146, 0.039, 0.11, 1.3, -29, 76 } }; typedef struct BLAST_LetterProb { char ch; /**< residue */ double p; /**< probability of residue. */ } BLAST_LetterProb; static BLAST_LetterProb nt_prob[] = { { 'A', 25.00 }, { 'C', 25.00 }, { 'G', 25.00 }, { 'T', 25.00 } }; /**< nucleotide probabilities (25% each letter) */ void** _PSIDeallocateMatrix(void** matrix, unsigned int ncols) { unsigned int i = 0; if (!matrix) return NULL; for (i = 0; i < ncols; i++) { sfree(matrix[i]); } sfree(matrix); return NULL; } static Int4 BlastKarlinEtoS_simple(double E, /* Expect value */ const Blast_KarlinBlk* kbp, Int8 searchsp) /* size of search space */ { double Lambda, K, H; /* parameters for Karlin statistics */ Int4 S; /* Smallest float that might not cause a floating point exception in S = (Int4) (ceil( log((double)(K * searchsp / E)) / Lambda )); below. */ const double kSmallFloat = 1.0e-297; Lambda = kbp->Lambda; K = kbp->K; H = kbp->H; if (Lambda < 0. || K < 0. || H < 0.0) { return BLAST_SCORE_MIN; } E = MAX(E, kSmallFloat); S = (Int4) (ceil( Math::log((double)(K * searchsp / E)) / Lambda )); return S; } double BLAST_KarlinStoE_simple(Int4 S, Blast_KarlinBlk* kbp, Int8 searchsp) /* size of search space. */ { double Lambda, K, H; /* parameters for Karlin statistics */ Lambda = kbp->Lambda; K = kbp->K; H = kbp->H; if (Lambda < 0. || K < 0. || H < 0.) { return -1.; } return (double) searchsp * Math::exp((double)(-Lambda * S) + kbp->logK); } static Blast_GumbelBlk* s_BlastGumbelBlkNew() { return (Blast_GumbelBlk*) calloc(1, sizeof(Blast_GumbelBlk)); } SBlastScoreMatrix* SBlastScoreMatrixFree(SBlastScoreMatrix* matrix) { if ( !matrix ) { return NULL; } if (matrix->data) { matrix->data = (int**) _PSIDeallocateMatrix((void**) matrix->data, (unsigned)matrix->ncols); } /* Deallocate the matrix frequencies which is used by the * nucleotide custom matrix reader. -RMH- */ if ( matrix->freqs ) sfree(matrix->freqs); sfree(matrix); return NULL; } BlastScoringOptions* BlastScoringOptionsFree(BlastScoringOptions* options) { if (options == NULL) return NULL; sfree(options->matrix); sfree(options->matrix_path); sfree(options); return NULL; } Int4 BLAST_Gcd(Int4 a, Int4 b) { Int4 c; b = ABS(b); if (b > a) c=a, a=b, b=c; while (b != 0) { c = a%b; a = b; b = c; } return a; } void** _PSIAllocateMatrix(unsigned int ncols, unsigned int nrows, unsigned int data_type_sz) { void** retval = NULL; unsigned int i = 0; retval = (void**) malloc(sizeof(void*) * ncols); if ( !retval ) { return NULL; } for (i = 0; i < ncols; i++) { retval[i] = (void*) calloc(nrows, data_type_sz); if ( !retval[i] ) { retval = _PSIDeallocateMatrix(retval, i); break; } } return retval; } static Int2 BlastScoreBlkProteinMatrixRead(BlastScoreBlk* sbp, FILE *fp) { char buf[512+3]; char temp[512]; char* cp,* lp; char ch; Int4 ** matrix; Int4 * m; Int4 score; Uint4 a1cnt = 0, a2cnt = 0; char a1chars[BLASTAA_SIZE], a2chars[BLASTAA_SIZE]; long lineno = 0; double xscore; int index1, index2; int x_index, u_index, o_index, c_index; const char kCommentChar = '#'; const char* kTokenStr = " \t\n\r"; ASSERT(sbp->alphabet_size == BLASTAA_SIZE); ASSERT(sbp->matrix); ASSERT(sbp->matrix->ncols == BLASTAA_SIZE); ASSERT(sbp->matrix->nrows == BLASTAA_SIZE); matrix = sbp->matrix->data; if (sbp->alphabet_code != BLASTNA_SEQ_CODE) { for (index1 = 0; index1 < sbp->alphabet_size; index1++) for (index2 = 0; index2 < sbp->alphabet_size; index2++) matrix[index1][index2] = BLAST_SCORE_MIN; } /* Read the residue names for the second alphabet */ while (fgets(buf, sizeof(buf), fp) != NULL) { ++lineno; if (strchr(buf, '\n') == NULL) { return 2; } if (buf[0] == kCommentChar) { /* save the comment line in a linked list */ *strchr(buf, '\n') = NULLB; ListNodeCopyStr(&sbp->comments, 0, buf+1); continue; } if ((cp = strchr(buf, kCommentChar)) != NULL) *cp = NULLB; lp = (char*)strtok(buf, kTokenStr); if (lp == NULL) /* skip blank lines */ continue; while (lp != NULL) { if (sbp->alphabet_code == BLASTAA_SEQ_CODE) ch = AMINOACID_TO_NCBISTDAA[toupper((unsigned char)(*lp))]; else if (sbp->alphabet_code == BLASTNA_SEQ_CODE) { ch = IUPACNA_TO_BLASTNA[toupper((unsigned char)(*lp))]; } else { ch = *lp; } a2chars[a2cnt++] = ch; lp = (char*)strtok(NULL, kTokenStr); } break; /* Exit loop after reading one line. */ } if (a2cnt <= 1) { return 2; } while (fgets(buf, sizeof(buf), fp) != NULL) { ++lineno; if ((cp = strchr(buf, '\n')) == NULL) { return 2; } if ((cp = strchr(buf, kCommentChar)) != NULL) *cp = NULLB; if ((lp = (char*)strtok(buf, kTokenStr)) == NULL) continue; ch = *lp; if ((cp = strtok(NULL, kTokenStr)) == NULL) { return 2; } if (a1cnt >= DIM(a1chars)) { return 2; } if (sbp->alphabet_code == BLASTAA_SEQ_CODE) { ch = AMINOACID_TO_NCBISTDAA[toupper((unsigned char) ch)]; } else { if (sbp->alphabet_code == BLASTNA_SEQ_CODE) { ch = IUPACNA_TO_BLASTNA[toupper((unsigned char) ch)]; } } a1chars[a1cnt++] = ch; m = &matrix[(int)ch][0]; index2 = 0; while (cp != NULL) { if (index2 >= (int) a2cnt) { return 2; } strcpy(temp, cp); if (strcasecmp(temp, "na") == 0) { score = BLAST_SCORE_MIN; } else { if (sscanf(temp, "%lg", &xscore) != 1) { return 2; } /*xscore = MAX(xscore, BLAST_SCORE_1MIN);*/ if (xscore > BLAST_SCORE_MAX || xscore < BLAST_SCORE_MIN) { return 2; } xscore += (xscore >= 0. ? 0.5 : -0.5); score = (Int4)xscore; } m[(int)a2chars[index2++]] = score; cp = strtok(NULL, kTokenStr); } } if (a1cnt <= 1) { return 2; } /* Use the C scores for U and X scores for O characters; if this is not done then they will never align to non-gap residues */ x_index = AMINOACID_TO_NCBISTDAA[(int)'X']; u_index = AMINOACID_TO_NCBISTDAA[(int)'U']; o_index = AMINOACID_TO_NCBISTDAA[(int)'O']; c_index = AMINOACID_TO_NCBISTDAA[(int)'C']; for (index1 = 0; index1 < sbp->alphabet_size; index1++) { matrix[u_index][index1] = matrix[c_index][index1]; matrix[index1][u_index] = matrix[index1][c_index]; matrix[o_index][index1] = matrix[x_index][index1]; matrix[index1][o_index] = matrix[index1][x_index]; } return 0; } static Int2 BlastScoreBlkMaxScoreSet(BlastScoreBlk* sbp) { Int4 score; Int4 ** matrix; Int2 index1, index2; sbp->loscore = BLAST_SCORE_MAX; sbp->hiscore = BLAST_SCORE_MIN; matrix = sbp->matrix->data; for (index1=0; index1alphabet_size; index1++) { for (index2=0; index2alphabet_size; index2++) { score = matrix[index1][index2]; if (score <= BLAST_SCORE_MIN || score >= BLAST_SCORE_MAX) continue; if (sbp->loscore > score) sbp->loscore = score; if (sbp->hiscore < score) sbp->hiscore = score; } } /* If the lo/hi-scores are BLAST_SCORE_MIN/BLAST_SCORE_MAX, (i.e., for gaps), then use other scores. */ if (sbp->loscore < BLAST_SCORE_MIN) sbp->loscore = BLAST_SCORE_MIN; if (sbp->hiscore > BLAST_SCORE_MAX) sbp->hiscore = BLAST_SCORE_MAX; return 0; } static Int2 BlastScoreBlkNucleotideMatrixRead(BlastScoreBlk* sbp, FILE *fp) { Int4 ** matrix; double* freqs; Int4 i = 0; Int4 j = 0; Int4 rowIdx,colIdx,val,base; Int4 numFreqs = 0; Int4 alphaSize = 0; double fval; int index1, index2; char fbuf[512+3]; char alphabet[24]; char *cp,*ncp,*lp; double lambda_upper = 0; double lambda_lower = 0; double lambda = 0.5; double sum; double check; const char kCommentChar = '#'; const char* kTokenStr = " \t\n\r"; // Initialize matrix to default values matrix = sbp->matrix->data; for (index1 = 0; index1 < sbp->alphabet_size; index1++) for (index2 = 0; index2 < sbp->alphabet_size; index2++) matrix[index1][index2] = BLAST_SCORE_MIN; // Initialize matrix freqs to default values freqs = sbp->matrix->freqs; for (index1 = 0; index1 < sbp->alphabet_size; index1++) freqs[index1] = 0; alphabet[0] = 0; while ( fgets(fbuf,sizeof(fbuf),fp) ) { if (strchr(fbuf, '\n') == NULL) { return 2; } /* initialize column pointer */ cp = (char *)fbuf; /* eat whitespace */ while( (*cp) && isspace(*cp) ) cp++; if (*cp == kCommentChar) { /* special case FREQS line ( must exist ) */ if ( (ncp = strstr( cp, (const char *)"FREQS" )) != NULL ) { cp = ncp + 5; /* eat whitespace */ while( (*cp) && isspace(*cp) ) cp++; lp = (char*)strtok(cp, kTokenStr); /* Missing values */ if (lp == NULL) return 2; numFreqs = 0; while (lp != NULL) { // Read Nucleotide base = (int)IUPACNA_TO_BLASTNA[toupper((unsigned char)(*lp))]; lp = (char*)strtok(NULL, kTokenStr); /* Expected a token pair */ if ( lp == NULL ) return 2; // Read Frequency if ( sscanf(lp, "%lf", &fval ) != 1 ) return( 2 ); // Store base/fval freqs[base] = fval; numFreqs++; lp = (char*)strtok(NULL, kTokenStr); } }else { /* save the comment line in a linked list */ *strchr(cp, '\n') = NULLB; ListNodeCopyStr(&sbp->comments, 0, cp); } continue; } /* alphabet line */ if ( isalpha(*cp) && !alphabet[0] ) { j = 0; lp = (char*)strtok(cp, kTokenStr); while (lp != NULL) { alphabet[j++] = toupper((unsigned char)(*lp)); lp = (char*)strtok(NULL, kTokenStr); } alphabet[j] = 0; alphaSize = j; continue; }else if ( isalpha(*cp) ) { /* Chew off first alphabet character */ cp++; /* eat whitespace */ while( (*cp) && isspace(*cp) ) cp++; } /* Matrix data */ if ( isdigit(*cp) || *cp == '-' ) { j = 0; lp = (char*)strtok(cp, kTokenStr); rowIdx = (int)IUPACNA_TO_BLASTNA[toupper((unsigned char)alphabet[i])]; while (lp != NULL) { if ( sscanf(lp, "%d", &val ) != 1 ) return( 2 ); colIdx = (int)IUPACNA_TO_BLASTNA[toupper((unsigned char)alphabet[j++])]; matrix[rowIdx][colIdx] = val; lp = (char*)strtok(NULL, kTokenStr); } /* We should have as many values as we do characters in the alphabet */ if ( j != alphaSize ) return( 2 ); i++; continue; } } /* Expected 4 base frequencies, and a square matrix */ if ( numFreqs != 4 || i != alphaSize ) return( 2 ); /* Calculate lambda for complexity adjusted scoring. This scoring system was designed by Phil Green and used in the cross_match package. It was also used in MaskerAid to make wublast compatable with RepeatMasker. */ do { sum = 0; check = 0; for ( i = 0 ; i < sbp->alphabet_size ; i++ ) { for ( j = 0 ; j < sbp->alphabet_size ; j++ ) { if ( freqs[i] && freqs[j] ) { sum += freqs[i] * freqs[j] * Math::exp( lambda * matrix[i][j] ); check += freqs[i] * freqs[j]; } } } ASSERT( ( check < (double)1.001 ) && ( check > (double)0.999 ) ); if ( sum < 1.0 ) { lambda_lower = lambda; lambda *= 2.0; } } while ( sum < 1.0 ); lambda_upper = lambda; while ( lambda_upper - lambda_lower > (double).00001 ) { lambda = ( lambda_lower + lambda_upper ) / 2.0; sum = 0; check = 0; for ( i = 0 ; i < sbp->alphabet_size ; i++ ) { for ( j = 0 ; j < sbp->alphabet_size ; j++ ) { if ( freqs[i] && freqs[j] ) { sum += freqs[i] * freqs[j] * Math::exp( lambda * matrix[i][j] ); check += freqs[i] * freqs[j]; } } } ASSERT( ( check < (double)1.001 ) && ( check > (double).999 ) ); if ( sum >= 1.0 ) { lambda_upper = lambda; } else { lambda_lower = lambda; } } sbp->matrix->lambda = lambda; /* The value of 15 is a gap, which is a sentinel between strands in the ungapped extension algorithm. */ for (index1=0; index1= 0 && aa < (int)sizeof(kNCBIstdaa)) { aa = kNCBIstdaa[aa]; } else if (islower((unsigned char) aa)) { aa = toupper((unsigned char) aa); } p = strchr(sm->symbols, aa); return p ? (int)(p - sm->symbols) : -1; } TNCBIScore NCBISM_GetScore(const SNCBIPackedScoreMatrix* sm, int aa1, int aa2) { int i1, i2; i1 = NCBISM_GetIndex(sm, aa1); i2 = NCBISM_GetIndex(sm, aa2); if (i1 >=0 && i2 >= 0) { return sm->scores[(size_t)i1 * strlen(sm->symbols) + (size_t)i2]; } else { return sm->defscore; } } long BLAST_Nint(double x) { x += (x >= 0. ? 0.5 : -0.5); return (long)x; } Int2 BlastScoreBlkNuclMatrixCreate(BlastScoreBlk* sbp) { Int2 index1, index2, degen; Int2 degeneracy[BLASTNA_SIZE+1]; Int4 reward; /* reward for match of bases. */ Int4 penalty; /* cost for mismatch of bases. */ Int4** matrix; /* matrix to be populated. */ /* How many of the first bases are ambiguous (four, of course). */ const int k_number_non_ambig_bp = 4; ASSERT(sbp); ASSERT(sbp->alphabet_size == BLASTNA_SIZE); ASSERT(sbp->matrix); ASSERT(sbp->matrix->ncols == BLASTNA_SIZE); ASSERT(sbp->matrix->nrows == BLASTNA_SIZE); reward = sbp->reward; penalty = sbp->penalty; matrix = sbp->matrix->data; for (index1 = 0; index1Lambda = kbp_from->Lambda; kbp_to->K = kbp_from->K; kbp_to->logK = kbp_from->logK; kbp_to->H = kbp_from->H; kbp_to->paramC = kbp_from->paramC; return 0; } static int /* bool */ s_NCBISM_StartsWith(const char* str, const char* pfx) { for ( ; *pfx; ++str, ++pfx) { if (tolower((unsigned char)*str) != *pfx) { return 0; } } return 1; } const SNCBIPackedScoreMatrix* NCBISM_GetStandardMatrix(const char* name) { switch (name[0]) { case 'B': case 'b': if (!s_NCBISM_StartsWith(name, "blosum")) { return NULL; } case 'P': case 'p': if (!s_NCBISM_StartsWith(name, "pam")) { return NULL; } case 'I': case 'i': if (!s_NCBISM_StartsWith(name, "identity")) { return NULL; } return &NCBISM_Identity; default: return NULL; } } static Int2 BlastScoreBlkProteinMatrixLoad(BlastScoreBlk *sbp) { Int2 status = 0; Int4 **matrix = NULL; int i, j; /* loop indices */ int x_index, u_index, o_index, c_index; const SNCBIPackedScoreMatrix *psm; ASSERT(sbp); psm = NCBISM_GetStandardMatrix(sbp->name); if (psm == NULL) return 1; ASSERT(sbp->alphabet_size == BLASTAA_SIZE); ASSERT(sbp->matrix); ASSERT(sbp->matrix->ncols == BLASTAA_SIZE); ASSERT(sbp->matrix->nrows == BLASTAA_SIZE); matrix = sbp->matrix->data; /* Initialize with BLAST_SCORE_MIN */ for (i = 0; i < sbp->alphabet_size; i++) { for (j = 0; j < sbp->alphabet_size; j++) { matrix[i][j] = BLAST_SCORE_MIN; } } for (i = 0; i < sbp->alphabet_size; i++) { for (j = 0; j < sbp->alphabet_size; j++) { /* skip special characters */ if (i == AMINOACID_TO_NCBISTDAA[(int)'U'] || i == AMINOACID_TO_NCBISTDAA[(int)'O'] || i == AMINOACID_TO_NCBISTDAA[(int)'-'] || j == AMINOACID_TO_NCBISTDAA[(int)'U'] || j == AMINOACID_TO_NCBISTDAA[(int)'O'] || j == AMINOACID_TO_NCBISTDAA[(int)'-']) { continue; } matrix[i][j] = NCBISM_GetScore((const SNCBIPackedScoreMatrix *) psm, i, j); } } /* Use the C scores for U and X scores for the O characters; if this is not done then they will never align to non-gap residues */ x_index = AMINOACID_TO_NCBISTDAA[(int)'X']; u_index = AMINOACID_TO_NCBISTDAA[(int)'U']; o_index = AMINOACID_TO_NCBISTDAA[(int)'O']; c_index = AMINOACID_TO_NCBISTDAA[(int)'C']; for (i = 0; i < sbp->alphabet_size; i++) { matrix[u_index][i] = matrix[c_index][i]; matrix[i][u_index] = matrix[i][c_index]; matrix[o_index][i] = matrix[x_index][i]; matrix[i][o_index] = matrix[i][x_index]; } return status; } Int2 Blast_ScoreBlkMatrixFill(BlastScoreBlk* sbp, GET_MATRIX_PATH get_path) { bool matrix_found = FALSE; Int2 status = 0; /* For nucleotide case we first create a default matrix, based on the match and mismatch scores. */ if (sbp->alphabet_code == BLASTNA_SEQ_CODE) { /* RMBLASTN supports reading a custom matrix. Currently * I am using the sbp->read_in_matrix parameter to tell if * we should invoke the matrix reader. * -RMH- */ if ( sbp->read_in_matrix && get_path ) { // Read in custom rmblastn matrix matrix_found = FALSE; } else { if ( (status=BlastScoreBlkNuclMatrixCreate(sbp)) != 0) return status; matrix_found = TRUE; } } else { /* Try to get compiled in matrix for proteins. */ status = BlastScoreBlkProteinMatrixLoad(sbp); if (status == 0) matrix_found = TRUE; } /*if (matrix_found == FALSE && sbp->read_in_matrix && get_path) { // -RMH- Changed to FALSE char* matrix_path = get_path(sbp->name, FALSE); if (matrix_path) { FILE *fp = NULL; char* full_matrix_path = NULL; int path_len = strlen(matrix_path); int buflen = path_len + strlen(sbp->name); full_matrix_path = (char*) malloc((buflen + 1) * sizeof(char)); if (!full_matrix_path) { return -1; } strncpy(full_matrix_path, matrix_path, buflen); strncat(full_matrix_path, sbp->name, buflen - path_len); sfree(matrix_path); if ( (fp=fopen(full_matrix_path, "r")) == NULL) { return -1; } sfree(full_matrix_path); if (sbp->alphabet_code == BLASTNA_SEQ_CODE) { // nucleotide blast ( rmblastn ) which can utilize a // a custom matrix -RMH- if ((status=BlastScoreBlkNucleotideMatrixRead(sbp, fp)) != 0) { fclose(fp); return status; } }else { // protein blast if ( (status=BlastScoreBlkProteinMatrixRead(sbp, fp)) != 0) { fclose(fp); return status; } } fclose(fp); matrix_found = TRUE; } }*/ if (matrix_found == FALSE) return -1; if ( (status=BlastScoreBlkMaxScoreSet(sbp)) != 0) return status; return status; } SBlastScoreMatrix* SBlastScoreMatrixNew(size_t ncols, size_t nrows) { SBlastScoreMatrix* retval = NULL; retval = (SBlastScoreMatrix*) calloc(1, sizeof(SBlastScoreMatrix)); if ( !retval ) { return SBlastScoreMatrixFree(retval); } retval->data = (int**) _PSIAllocateMatrix((unsigned)ncols, (unsigned)nrows, sizeof(int)); if ( !retval->data ) { return SBlastScoreMatrixFree(retval); } /* Allocate additional attributes for use with custom * nucleotide matrices. -RMH- */ retval->freqs = (double *) calloc(ncols, sizeof(double)); retval->lambda = 0; retval->ncols = ncols; retval->nrows = nrows; return retval; } BlastScoreBlk* BlastScoreBlkNew(Uint1 alphabet, Int4 number_of_contexts) { BlastScoreBlk* sbp; char* use_old_fsc; sbp = (BlastScoreBlk*) calloc(1, sizeof(BlastScoreBlk)); if ( !sbp ) { return NULL; } sbp->alphabet_code = alphabet; if (alphabet != BLASTNA_SEQ_CODE) { sbp->alphabet_size = BLASTAA_SIZE; } else { sbp->alphabet_size = BLASTNA_SIZE; } /* set the alphabet type (protein or not). */ switch (alphabet) { case BLASTAA_SEQ_CODE: sbp->protein_alphabet = TRUE; break; case BLASTNA_SEQ_CODE: sbp->protein_alphabet = FALSE; break; default: break; } sbp->matrix = SBlastScoreMatrixNew(sbp->alphabet_size, sbp->alphabet_size); if (sbp->matrix == NULL) { return BlastScoreBlkFree(sbp); } sbp->scale_factor = 1.0; /* FSCOLD: to switch back to original FSC, comment out the following line */ use_old_fsc = getenv("OLD_FSC"); if (!use_old_fsc) sbp->gbp = s_BlastGumbelBlkNew(); sbp->number_of_contexts = number_of_contexts; sbp->sfp = (Blast_ScoreFreq**) calloc(sbp->number_of_contexts, sizeof(Blast_ScoreFreq*)); sbp->kbp_std = (Blast_KarlinBlk**) calloc(sbp->number_of_contexts, sizeof(Blast_KarlinBlk*)); sbp->kbp_gap_std = (Blast_KarlinBlk**) calloc(sbp->number_of_contexts, sizeof(Blast_KarlinBlk*)); sbp->kbp_psi = (Blast_KarlinBlk**) calloc(sbp->number_of_contexts, sizeof(Blast_KarlinBlk*)); sbp->kbp_gap_psi = (Blast_KarlinBlk**) calloc(sbp->number_of_contexts, sizeof(Blast_KarlinBlk*)); return sbp; } static Blast_GumbelBlk* s_BlastGumbelBlkFree(Blast_GumbelBlk* gbp) { if ( !gbp) return NULL; sfree(gbp); return NULL; } Blast_KarlinBlk* Blast_KarlinBlkFree(Blast_KarlinBlk* kbp) { sfree(kbp); return kbp; } SPsiBlastScoreMatrix* SPsiBlastScoreMatrixFree(SPsiBlastScoreMatrix* matrix) { if ( !matrix ) { return NULL; } if (matrix->freq_ratios) { matrix->freq_ratios = (double**) _PSIDeallocateMatrix((void**) matrix->freq_ratios, (unsigned)matrix->pssm->ncols); } matrix->pssm = SBlastScoreMatrixFree(matrix->pssm); matrix->kbp = Blast_KarlinBlkFree(matrix->kbp); sfree(matrix); return NULL; } Blast_ScoreFreq* Blast_ScoreFreqFree(Blast_ScoreFreq* sfp) { if (sfp == NULL) return NULL; if (sfp->sprob0 != NULL) sfree(sfp->sprob0); sfree(sfp); return sfp; } BlastScoreBlk* BlastScoreBlkFree(BlastScoreBlk* sbp) { Int4 index; if (sbp == NULL) return NULL; for (index=0; indexnumber_of_contexts; index++) { if (sbp->sfp) sbp->sfp[index] = Blast_ScoreFreqFree(sbp->sfp[index]); if (sbp->kbp_std) sbp->kbp_std[index] = Blast_KarlinBlkFree(sbp->kbp_std[index]); if (sbp->kbp_gap_std) sbp->kbp_gap_std[index] = Blast_KarlinBlkFree(sbp->kbp_gap_std[index]); if (sbp->kbp_psi) sbp->kbp_psi[index] = Blast_KarlinBlkFree(sbp->kbp_psi[index]); if (sbp->kbp_gap_psi) sbp->kbp_gap_psi[index] = Blast_KarlinBlkFree(sbp->kbp_gap_psi[index]); } if (sbp->kbp_ideal) sbp->kbp_ideal = Blast_KarlinBlkFree(sbp->kbp_ideal); if (sbp->gbp) sbp->gbp = s_BlastGumbelBlkFree(sbp->gbp); sfree(sbp->sfp); sbp->kbp = NULL; sbp->kbp_gap = NULL; sfree(sbp->kbp_std); sfree(sbp->kbp_psi); sfree(sbp->kbp_gap_std); sfree(sbp->kbp_gap_psi); sbp->matrix = SBlastScoreMatrixFree(sbp->matrix); sbp->comments = ListNodeFreeData(sbp->comments); if (sbp->name) { sfree(sbp->name); } sbp->psi_matrix = SPsiBlastScoreMatrixFree(sbp->psi_matrix); sfree(sbp->ambiguous_res); sfree(sbp); return NULL; } Blast_KarlinBlk* Blast_KarlinBlkNew(void) { Blast_KarlinBlk* kbp; kbp = (Blast_KarlinBlk*) calloc(1, sizeof(Blast_KarlinBlk)); return kbp; } Blast_ResFreq* Blast_ResFreqNew(const BlastScoreBlk* sbp) { Blast_ResFreq* rfp; if (sbp == NULL) { return NULL; } rfp = (Blast_ResFreq*) calloc(1, sizeof(Blast_ResFreq)); if (rfp == NULL) return NULL; rfp->alphabet_code = sbp->alphabet_code; rfp->prob0 = (double*) calloc(sbp->alphabet_size, sizeof(double)); if (rfp->prob0 == NULL) { rfp = Blast_ResFreqFree(rfp); return rfp; } rfp->prob = rfp->prob0 - sbp->alphabet_start; return rfp; } static Int2 BlastScoreFreqCalc(const BlastScoreBlk* sbp, Blast_ScoreFreq* sfp, Blast_ResFreq* rfp1, Blast_ResFreq* rfp2) { Int4 ** matrix; Int4 score, obs_min, obs_max; double score_sum, score_avg; Int2 alphabet_start, alphabet_end, index1, index2; if (sbp == NULL || sfp == NULL) return 1; if (sbp->loscore < sfp->score_min || sbp->hiscore > sfp->score_max) return 1; for (score = sfp->score_min; score <= sfp->score_max; score++) sfp->sprob[score] = 0.0; matrix = sbp->matrix->data; alphabet_start = sbp->alphabet_start; alphabet_end = alphabet_start + sbp->alphabet_size; for (index1=alphabet_start; index1= sbp->loscore) { sfp->sprob[score] += rfp1->prob[index1] * rfp2->prob[index2]; } } } score_sum = 0.; obs_min = obs_max = BLAST_SCORE_MIN; for (score = sfp->score_min; score <= sfp->score_max; score++) { if (sfp->sprob[score] > 0.) { score_sum += sfp->sprob[score]; obs_max = score; if (obs_min == BLAST_SCORE_MIN) obs_min = score; } } sfp->obs_min = obs_min; sfp->obs_max = obs_max; score_avg = 0.0; if (score_sum > 0.0001 || score_sum < -0.0001) { for (score = obs_min; score <= obs_max; score++) { sfp->sprob[score] /= score_sum; score_avg += score * sfp->sprob[score]; } } sfp->score_avg = score_avg; return 0; } Int2 Blast_ScoreBlkKbpIdealCalc(BlastScoreBlk* sbp) { Blast_ResFreq* stdrfp = NULL; Blast_ScoreFreq* sfp = NULL; Int2 status = 0; if ( !sbp ) { return (status = 1); } stdrfp = Blast_ResFreqNew(sbp); Blast_ResFreqStdComp(sbp, stdrfp); sfp = Blast_ScoreFreqNew(sbp->loscore, sbp->hiscore); BlastScoreFreqCalc(sbp, sfp, stdrfp, stdrfp); sbp->kbp_ideal = Blast_KarlinBlkNew(); Blast_KarlinBlkUngappedCalc(sbp->kbp_ideal, sfp); stdrfp = Blast_ResFreqFree(stdrfp); sfp = Blast_ScoreFreqFree(sfp); return status; } Blast_ResFreq* Blast_ResFreqFree(Blast_ResFreq* rfp) { if (rfp == NULL) return NULL; if (rfp->prob0 != NULL) sfree(rfp->prob0); sfree(rfp); return rfp; } static double BlastKarlinLHtoK(Blast_ScoreFreq* sfp, double lambda, double H) { /*The next array stores the probabilities of getting each possible score in an alignment of fixed length; the array is shifted during part of the computation, so that entry 0 is for score 0. */ double *alignmentScoreProbabilities = NULL; Int4 low; /* Lowest score (must be negative) */ Int4 high; /* Highest score (must be positive) */ Int4 range; /* range of scores, computed as high - low*/ double K; /* local copy of K to return*/ int i; /*loop index*/ int iterCounter; /*counter on iterations*/ Int4 divisor; /*candidate divisor of all scores with non-zero probabilities*/ /*highest and lowest possible alignment scores for current length*/ Int4 lowAlignmentScore, highAlignmentScore; Int4 first, last; /*loop indices for dynamic program*/ double innerSum; double oldsum, oldsum2; /* values of innerSum on previous iterations*/ double outerSum; /* holds sum over j of (innerSum for iteration j/j)*/ double score_avg; /*average score*/ /*first term to use in the closed form for the case where high == 1 or low == -1, but not both*/ double firstTermClosedForm; /*usually store H/lambda*/ int iterlimit; /*upper limit on iterations*/ double sumlimit; /*lower limit on contributions to sum over scores*/ /*array of score probabilities reindexed so that low is at index 0*/ double *probArrayStartLow; /*pointers used in dynamic program*/ double *ptrP, *ptr1, *ptr2, *ptr1e; double expMinusLambda; /*e^^(-Lambda) */ if (lambda <= 0. || H <= 0.) { /* Theory dictates that H and lambda must be positive, so * return -1 to indicate an error */ return -1.; } /*Karlin-Altschul theory works only if the expected score is negative*/ if (sfp->score_avg >= 0.0) { return -1.; } low = sfp->obs_min; high = sfp->obs_max; range = high - low; probArrayStartLow = &sfp->sprob[low]; /* Look for the greatest common divisor ("delta" in Appendix of PNAS 87 of Karlin&Altschul (1990) */ for (i = 1, divisor = -low; i <= range && divisor > 1; ++i) { if (probArrayStartLow[i] != 0.0) divisor = BLAST_Gcd(divisor, i); } high /= divisor; low /= divisor; lambda *= divisor; range = high - low; firstTermClosedForm = H/lambda; expMinusLambda = Math::exp((double) -lambda); if (low == -1 && high == 1) { K = (sfp->sprob[low*divisor] - sfp->sprob[high*divisor]) * (sfp->sprob[low*divisor] - sfp->sprob[high*divisor]) / sfp->sprob[low*divisor]; return(K); } if (low == -1 || high == 1) { if (high != 1) { score_avg = sfp->score_avg / divisor; firstTermClosedForm = (score_avg * score_avg) / firstTermClosedForm; } return firstTermClosedForm * (1.0 - expMinusLambda); } sumlimit = BLAST_KARLIN_K_SUMLIMIT_DEFAULT; iterlimit = BLAST_KARLIN_K_ITER_MAX; alignmentScoreProbabilities = (double *)calloc((iterlimit*range + 1), sizeof(*alignmentScoreProbabilities)); if (alignmentScoreProbabilities == NULL) return -1.; outerSum = 0.; lowAlignmentScore = highAlignmentScore = 0; alignmentScoreProbabilities[0] = innerSum = oldsum = oldsum2 = 1.; for (iterCounter = 0; ((iterCounter < iterlimit) && (innerSum > sumlimit)); outerSum += innerSum /= ++iterCounter) { first = last = range; lowAlignmentScore += low; highAlignmentScore += high; /*dynamic program to compute P(i,j)*/ for (ptrP = alignmentScoreProbabilities + (highAlignmentScore-lowAlignmentScore); ptrP >= alignmentScoreProbabilities; *ptrP-- =innerSum) { ptr1 = ptrP - first; ptr1e = ptrP - last; ptr2 = probArrayStartLow + first; for (innerSum = 0.; ptr1 >= ptr1e; ) { innerSum += *ptr1 * *ptr2; ptr1--; ptr2++; } if (first) --first; if (ptrP - alignmentScoreProbabilities <= range) --last; } /* Horner's rule */ innerSum = *++ptrP; for( i = lowAlignmentScore + 1; i < 0; i++ ) { innerSum = *++ptrP + innerSum * expMinusLambda; } innerSum *= expMinusLambda; for (; i <= highAlignmentScore; ++i) innerSum += *++ptrP; oldsum2 = oldsum; oldsum = innerSum; } #ifdef ADD_GEOMETRIC_TERMS_TO_K /*old code assumed that the later terms in sum were asymptotically comparable to those of a geometric progression, and tried to speed up convergence by guessing the estimated ratio between sucessive terms and using the explicit terms of a geometric progression to speed up convergence. However, the assumption does not always hold, and convergenece of the above code is fast enough in practice*/ /* Terms of geometric progression added for correction */ { double ratio; /* fraction used to generate the geometric progression */ ratio = oldsum / oldsum2; if (ratio >= (1.0 - sumlimit*0.001)) { K = -1.; if (alignmentScoreProbabilities != NULL) sfree(alignmentScoreProbabilities); return K; } sumlimit *= 0.01; while (innerSum > sumlimit) { oldsum *= ratio; outerSum += innerSum = oldsum / ++iterCounter; } } #endif K = -Math::exp((double)-2.0*outerSum) / (firstTermClosedForm*BLAST_Expm1(-(double)lambda)); if (alignmentScoreProbabilities != NULL) sfree(alignmentScoreProbabilities); return K; } static Int2 BlastScoreChk(Int4 lo, Int4 hi) { if (lo >= 0 || hi <= 0 || lo < BLAST_SCORE_MIN || hi > BLAST_SCORE_MAX) return 1; if (hi - lo > BLAST_SCORE_RANGE_MAX) return 1; return 0; } double BLAST_Expm1(double x) { double absx = ABS(x); if (absx > .33) return Math::exp(x) - 1.; if (absx < 1.e-16) return x; return x * (1. + x * (1./2. + x * (1./6. + x * (1./24. + x * (1./120. + x * (1./720. + x * (1./5040. + x * (1./40320. + x * (1./362880. + x * (1./3628800. + x * (1./39916800. + x * (1./479001600. + x/6227020800.)))))))))))); } double BLAST_Powi(double x, Int4 n) { double y; if (n == 0) return 1.; if (x == 0.) { if (n < 0) { return HUGE_VAL; } return 0.; } if (n < 0) { x = 1./x; n = -n; } y = 1.; while (n > 0) { if (n & 1) y *= x; n /= 2; x *= x; } return y; } static Int2 s_AdjustGapParametersByGcd(array_of_8* normal, array_of_8* linear, int size, Int4* gap_existence_max, Int4* gap_extend_max, int divisor) { if (divisor == 1) return 0; if (size <=0) return 1; (*gap_existence_max) *= divisor; (*gap_extend_max) *= divisor; if (normal) { int i; for (i=0; i 0) *normal = static_cast(BlastMemDup(kValues, (*array_size) * sizeof(array_of_8))); if (kValues_non_affine) *non_affine = static_cast(BlastMemDup(kValues_non_affine, sizeof(array_of_8))); status = s_AdjustGapParametersByGcd(*normal, *non_affine, *array_size, gap_open_max, gap_extend_max, divisor); } return status; } static double BlastKarlinLtoH(Blast_ScoreFreq* sfp, double lambda) { Int4 score; double H, etonlam, sum, scale; double *probs = sfp->sprob; Int4 low = sfp->obs_min, high = sfp->obs_max; if (lambda < 0.) { return -1.; } if (BlastScoreChk(low, high) != 0) return -1.; etonlam = Math::exp( - lambda ); sum = low * probs[low]; for( score = low + 1; score <= high; score++ ) { sum = score * probs[score] + etonlam * sum; } scale = BLAST_Powi( etonlam, high ); if( scale > 0.0 ) { H = lambda * sum/scale; } else { /* Underflow of Math::exp( -lambda * high ) */ H = lambda * Math::exp( lambda * high + Math::log(sum) ); } return H; } Int2 Blast_KarlinBlkNuclGappedCalc(Blast_KarlinBlk* kbp, Int4 gap_open, Int4 gap_extend, Int4 reward, Int4 penalty, Blast_KarlinBlk* kbp_ungap, bool* round_down, Blast_Message** error_return) { const int kGapOpenIndex = 0; const int kGapExtIndex = 1; const int kLambdaIndex = 2; const int kKIndex = 3; const int kHIndex = 4; int num_combinations = 0; int gap_open_max, gap_extend_max; array_of_8* normal=NULL; array_of_8* linear=NULL; Int2 status = s_GetNuclValuesArray(reward, penalty, &num_combinations, &normal, &linear, &gap_open_max, &gap_extend_max, round_down, error_return); if (status) { sfree(normal); sfree(linear); return status; } ASSERT(kbp && kbp_ungap); /* Try to find the table entry corresponding to input gap costs. */ if (gap_open == 0 && gap_extend == 0 && linear) { kbp->Lambda = linear[0][kLambdaIndex]; kbp->K = linear[0][kKIndex]; kbp->logK = Math::log(kbp->K); kbp->H = linear[0][kHIndex]; } else { int index=0; for (index = 0; index < num_combinations; ++index) { if (normal[index][kGapOpenIndex] == gap_open && normal[index][kGapExtIndex] == gap_extend) { kbp->Lambda = normal[index][kLambdaIndex]; kbp->K = normal[index][kKIndex]; kbp->logK = Math::log(kbp->K); kbp->H = normal[index][kHIndex]; break; } } /* If gap costs are not found in the table, check if they belong to the infinite domain, where ungapped values of the parameters can be used. */ if (index == num_combinations) { /* If gap costs are larger than maximal provided in tables, copy the values from the ungapped Karlin block. */ if (gap_open >= gap_open_max && gap_extend >= gap_extend_max) { Blast_KarlinBlkCopy(kbp, kbp_ungap); } else if (error_return) { char buffer[8192]; int i=0; int len=0; /* Unsupported gap costs combination. */ snprintf(buffer, sizeof(buffer), "Gap existence and extension values %ld and %ld " "are not supported for substitution scores %ld and %ld\n", (long) gap_open, (long) gap_extend, (long) reward, (long) penalty); for (i = 0; i < num_combinations; ++i) { len = (int)strlen(buffer); snprintf(buffer+len, sizeof(buffer)-len, "%ld and %ld are supported existence and extension values\n", (long) normal[i][kGapOpenIndex], (long) normal[i][kGapExtIndex]); } len = (int)strlen(buffer); snprintf(buffer+len, sizeof(buffer)-len, "%ld and %ld are supported existence and extension values\n", (long) gap_open_max, (long) gap_extend_max); len = (int)strlen(buffer); snprintf(buffer+len, sizeof(buffer)-len, "Any values more stringent than %ld and %ld are supported\n", (long) gap_open_max, (long) gap_extend_max); Blast_MessageWrite(error_return, eBlastSevError, kBlastMessageNoContext, buffer); sfree(normal); sfree(linear); return 1; } } } sfree(normal); sfree(linear); return 0; } char* BLAST_StrToUpper(const char* string) { char* retval = NULL; /* the return value */ char* p = NULL; /* auxiliary pointer */ if ( ! string ) { return NULL; } retval = strdup(string); if ( !retval ) { return NULL; } for (p = retval; *p != NULLB; p++) { *p = toupper((unsigned char)(*p)); } return retval; } #define SAFE_CAST_INT_TO_BOOLEAN(p) (((p) != 0) ? TRUE : FALSE) bool Blast_SubjectIsNucleotide(EBlastProgramType p) { return SAFE_CAST_INT_TO_BOOLEAN(p & NUCLEOTIDE_SUBJECT_MASK); } bool Blast_QueryIsNucleotide(EBlastProgramType p) { return SAFE_CAST_INT_TO_BOOLEAN(p & NUCLEOTIDE_QUERY_MASK); } bool Blast_ProgramIsNucleotide(EBlastProgramType p) { return Blast_QueryIsNucleotide(p) && Blast_SubjectIsNucleotide(p) ;} Int2 Blast_ScoreBlkMatrixInit(EBlastProgramType program_number, const BlastScoringOptions* scoring_options, BlastScoreBlk* sbp, GET_MATRIX_PATH get_path) { Int2 status = 0; if ( !sbp || !scoring_options ) { return 1; } /* Matrix only scoring is used to disable the greedy extension optimisations which avoid use of a full-matrix. This is currently only turned on in RMBlastN -RMH- */ sbp->matrix_only_scoring = FALSE; if (program_number == eBlastTypeBlastn) { BLAST_ScoreSetAmbigRes(sbp, 'N'); BLAST_ScoreSetAmbigRes(sbp, '-'); /* If reward/penalty are both zero the calling program is * indicating that a matrix must be used to score both the * ungapped and gapped alignments. Set the new * matrix_only_scoring. For now reset reward/penalty to * allowed blastn values so that extraneous KA stats can be * performed without error. -RMH- */ if ( scoring_options->penalty == 0 && scoring_options->reward == 0 ) { sbp->matrix_only_scoring = TRUE; sbp->penalty = BLAST_PENALTY; sbp->reward = BLAST_REWARD; }else { sbp->penalty = scoring_options->penalty; sbp->reward = scoring_options->reward; } if (scoring_options->matrix && *scoring_options->matrix != NULLB) { sbp->read_in_matrix = TRUE; sbp->name = strdup(scoring_options->matrix); } else { char buffer[50]; sbp->read_in_matrix = FALSE; snprintf(buffer, sizeof(buffer), "blastn matrix:%ld %ld", (long) sbp->reward, (long) sbp->penalty); sbp->name = strdup(buffer); } } else { sbp->read_in_matrix = TRUE; BLAST_ScoreSetAmbigRes(sbp, 'X'); sbp->name = BLAST_StrToUpper(scoring_options->matrix); } status = Blast_ScoreBlkMatrixFill(sbp, get_path); if (status) { return status; } return status; } Int2 BlastScoringOptionsSetMatrix(BlastScoringOptions* opts, const char* matrix_name) { Uint4 i; if (matrix_name) { sfree(opts->matrix); opts->matrix = strdup(matrix_name); /* Make it all upper case */ for (i=0; imatrix); ++i) opts->matrix[i] = toupper((unsigned char) opts->matrix[i]); } return 0; } Int2 BLAST_FillScoringOptions(BlastScoringOptions* options, EBlastProgramType program_number, bool greedy_extension, Int4 penalty, Int4 reward, const char *matrix, Int4 gap_open, Int4 gap_extend) { if (!options) return BLASTERR_INVALIDPARAM; if (/*program_number != eBlastTypeBlastn && program_number != eBlastTypePhiBlastn*/ !Blast_ProgramIsNucleotide(program_number)) {/* protein-protein options. */ /* If matrix name is not provided, keep the default "BLOSUM62" value filled in BlastScoringOptionsNew, otherwise reset it. */ if (matrix) BlastScoringOptionsSetMatrix(options, matrix); } else { /* nucleotide-nucleotide options. */ if (penalty) options->penalty = penalty; if (reward) options->reward = reward; if (greedy_extension) { options->gap_open = BLAST_GAP_OPEN_MEGABLAST; options->gap_extend = BLAST_GAP_EXTN_MEGABLAST; } else { options->gap_open = BLAST_GAP_OPEN_NUCL; options->gap_extend = BLAST_GAP_EXTN_NUCL; } } if (gap_open >= 0) options->gap_open = gap_open; if (gap_extend >= 0) options->gap_extend = gap_extend; options->program_number = program_number; return 0; } Int2 BLAST_ScoreSetAmbigRes(BlastScoreBlk* sbp, char ambiguous_res) { Int2 index; Uint1* ambig_buffer; if (sbp == NULL) return 1; if (sbp->ambig_occupy >= sbp->ambig_size) { sbp->ambig_size += 5; ambig_buffer = (Uint1 *) calloc(sbp->ambig_size, sizeof(Uint1)); for (index=0; indexambig_occupy; index++) { ambig_buffer[index] = sbp->ambiguous_res[index]; } sfree(sbp->ambiguous_res); sbp->ambiguous_res = ambig_buffer; } if (sbp->alphabet_code == BLASTAA_SEQ_CODE) { sbp->ambiguous_res[sbp->ambig_occupy] = AMINOACID_TO_NCBISTDAA[toupper((unsigned char) ambiguous_res)]; } else { if (sbp->alphabet_code == BLASTNA_SEQ_CODE) sbp->ambiguous_res[sbp->ambig_occupy] = IUPACNA_TO_BLASTNA[toupper((unsigned char) ambiguous_res)]; else if (sbp->alphabet_code == NCBI4NA_SEQ_CODE) sbp->ambiguous_res[sbp->ambig_occupy] = IUPACNA_TO_NCBI4NA[toupper((unsigned char) ambiguous_res)]; } (sbp->ambig_occupy)++; return 0; } Int2 BlastScoringOptionsNew(EBlastProgramType program_number, BlastScoringOptions* *options) { *options = (BlastScoringOptions*) calloc(1, sizeof(BlastScoringOptions)); if (*options == NULL) return BLASTERR_INVALIDPARAM; if (/*program_number != eBlastTypeBlastn && program_number != eBlastTypePhiBlastn*/ !Blast_ProgramIsNucleotide(program_number)) {/*protein-protein options.*/ (*options)->shift_pen = INT2_MAX; (*options)->is_ooframe = FALSE; (*options)->gap_open = BLAST_GAP_OPEN_PROT; (*options)->gap_extend = BLAST_GAP_EXTN_PROT; (*options)->matrix = strdup(BLAST_DEFAULT_MATRIX); } else { /* nucleotide-nucleotide options. */ (*options)->penalty = BLAST_PENALTY; (*options)->reward = BLAST_REWARD; /* This is correct except when greedy extension is used. In that case these values would have to be reset. */ (*options)->gap_open = BLAST_GAP_OPEN_NUCL; (*options)->gap_extend = BLAST_GAP_EXTN_NUCL; } if (program_number != eBlastTypeTblastx) { (*options)->gapped_calculation = TRUE; } (*options)->program_number = program_number; /* By default cross_match-like complexity adjusted scoring is turned off. RMBlastN is currently the only program to use this. -RMH */ (*options)->complexity_adjusted_scoring = FALSE; return 0; } static double NlmKarlinLambdaNR(double* probs, Int4 d, Int4 low, Int4 high, double lambda0, double tolx, Int4 itmax, Int4 maxNewton, Int4 * itn ) { Int4 k; double x0, x, a = 0, b = 1; double f = 4; /* Larger than any possible value of the poly in [0,1] */ Int4 isNewton = 0; /* we haven't yet taken a Newton step. */ assert( d > 0 ); x0 = Math::exp( -lambda0 ); x = ( 0 < x0 && x0 < 1 ) ? x0 : .5; for( k = 0; k < itmax; k++ ) { /* all iteration indices k */ Int4 i; double g, fold = f; Int4 wasNewton = isNewton; /* If true, then the previous step was a */ /* Newton step */ isNewton = 0; /* Assume that this step is not */ /* Horner's rule for evaluating a polynomial and its derivative */ g = 0; f = probs[low]; for( i = low + d; i < 0; i += d ) { g = x * g + f; f = f * x + probs[i]; } g = x * g + f; f = f * x + probs[0] - 1; for( i = d; i <= high; i += d ) { g = x * g + f; f = f * x + probs[i]; } /* End Horner's rule */ if( f > 0 ) { a = x; /* move the left endpoint */ } else if( f < 0 ) { b = x; /* move the right endpoint */ } else { /* f == 0 */ break; /* x is an exact solution */ } if( b - a < 2 * a * ( 1 - b ) * tolx ) { /* The midpoint of the interval converged */ x = (a + b) / 2; break; } if( k >= maxNewton || /* If convergence of Newton's method appears to be failing; or */ ( wasNewton && fabs( f ) > .9 * fabs(fold) ) || /* if the previous iteration was a Newton step but didn't decrease * f sufficiently; or */ g >= 0 /* if a Newton step will move us away from the desired solution */ ) { /* then */ /* bisect */ x = (a + b)/2; } else { /* try a Newton step */ double p = - f/g; double y = x + p; if( y <= a || y >= b ) { /* The proposed iterate is not in (a,b) */ x = (a + b)/2; } else { /* The proposed iterate is in (a,b). Accept it. */ isNewton = 1; x = y; if( fabs( p ) < tolx * x * (1-x) ) break; /* Converged */ } /* else the proposed iterate is in (a,b) */ } /* else try a Newton step. */ } /* end for all iteration indices k */ *itn = k; return -Math::log(x)/d; } double Blast_KarlinLambdaNR(Blast_ScoreFreq* sfp, double initialLambdaGuess) { Int4 low; /* Lowest score (must be negative) */ Int4 high; /* Highest score (must be positive) */ Int4 itn; Int4 i, d; double* sprob; double returnValue; low = sfp->obs_min; high = sfp->obs_max; if (sfp->score_avg >= 0.) { /* Expected score must be negative */ return -1.0; } if (BlastScoreChk(low, high) != 0) return -1.; sprob = sfp->sprob; /* Find greatest common divisor of all scores */ for (i = 1, d = -low; i <= high-low && d > 1; ++i) { if (sprob[i+low] != 0.0) { d = BLAST_Gcd(d, i); } } returnValue = NlmKarlinLambdaNR( sprob, d, low, high, initialLambdaGuess, BLAST_KARLIN_LAMBDA_ACCURACY_DEFAULT, 20, 20 + BLAST_KARLIN_LAMBDA_ITER_DEFAULT, &itn ); return returnValue; } Int2 Blast_KarlinBlkUngappedCalc(Blast_KarlinBlk* kbp, Blast_ScoreFreq* sfp) { if (kbp == NULL || sfp == NULL) return 1; /* Calculate the parameter Lambda */ kbp->Lambda = Blast_KarlinLambdaNR(sfp, BLAST_KARLIN_LAMBDA0_DEFAULT); if (kbp->Lambda < 0.) goto ErrExit; /* Calculate H */ kbp->H = BlastKarlinLtoH(sfp, kbp->Lambda); if (kbp->H < 0.) goto ErrExit; /* Calculate K and log(K) */ kbp->K = BlastKarlinLHtoK(sfp, kbp->Lambda, kbp->H); if (kbp->K < 0.) goto ErrExit; kbp->logK = Math::log(kbp->K); /* Normal return */ return 0; ErrExit: kbp->Lambda = kbp->H = kbp->K = -1.; kbp->logK = HUGE_VAL; return 1; } Blast_ScoreFreq* Blast_ScoreFreqNew(Int4 score_min, Int4 score_max) { Blast_ScoreFreq* sfp; Int4 range; if (BlastScoreChk(score_min, score_max) != 0) return NULL; sfp = (Blast_ScoreFreq*) calloc(1, sizeof(Blast_ScoreFreq)); if (sfp == NULL) return NULL; range = score_max - score_min + 1; sfp->sprob = (double*) calloc(range, sizeof(double)); if (sfp->sprob == NULL) { Blast_ScoreFreqFree(sfp); return NULL; } sfp->sprob0 = sfp->sprob; sfp->sprob -= score_min; /* center around 0 */ sfp->score_min = score_min; sfp->score_max = score_max; sfp->obs_min = sfp->obs_max = 0; sfp->score_avg = 0.0; return sfp; } static Int2 Blast_ResFreqNormalize(const BlastScoreBlk* sbp, Blast_ResFreq* rfp, double norm) { Int2 alphabet_stop, index; double sum = 0., p; if (norm == 0.) return 1; alphabet_stop = sbp->alphabet_start + sbp->alphabet_size; for (index=sbp->alphabet_start; indexprob[index]; if (p < 0.) return 1; sum += p; } if (sum <= 0.) return 0; for (index=sbp->alphabet_start; indexprob[index] /= sum; rfp->prob[index] *= norm; } return 0; } Int2 Blast_ResFreqStdComp(const BlastScoreBlk* sbp, Blast_ResFreq* rfp) { Uint4 index; for (index=0; indexprob[index] = nt_prob[index].p; } Blast_ResFreqNormalize(sbp, rfp, 1.0); return 0; } const int NCBI4NA_TO_BLASTNA[BLASTNA_SIZE] = { 15, /* Gap, 0 */ 0, /* A, 1 */ 1, /* C, 2 */ 6, /* M, 3 */ 2, /* G, 4 */ 4, /* R, 5 */ 9, /* S, 6 */ 13, /* V, 7 */ 3, /* T, 8 */ 8, /* W, 9 */ 5, /* Y, 10 */ 12, /* H, 11 */ 7, /* K, 12 */ 11, /* D, 13 */ 10, /* B, 14 */ 14 /* N, 15 */ }; const int BLASTNA_TO_NCBI4NA[BLASTNA_SIZE] = { 1, /* A, 0 */ 2, /* C, 1 */ 4, /* G, 2 */ 8, /* T, 3 */ 5, /* R, 4 */ 10, /* Y, 5 */ 3, /* M, 6 */ 12, /* K, 7 */ 9, /* W, 8 */ 6, /* S, 9 */ 14, /* B, 10 */ 13, /* D, 11 */ 11, /* H, 12 */ 7, /* V, 13 */ 15, /* N, 14 */ 0 /* Gap, 15 */ }; const char BLASTNA_TO_IUPACNA[BLASTNA_SIZE] = { 'A', 'C', 'G', 'T', 'R', 'Y', 'M', 'K', 'W', 'S', 'B', 'D', 'H', 'V', 'N', '-' }; const char NCBI4NA_TO_IUPACNA[BLASTNA_SIZE] = { '-', 'A', 'C', 'M', 'G', 'R', 'S', 'V', 'T', 'W', 'Y', 'H', 'K', 'D', 'B', 'N' }; const int IUPACNA_TO_BLASTNA[128]={ 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, 15, 0,10, 1,11,15,15, 2,12,15,15, 7,15, 6,14,15, 15,15, 4, 9, 3,15,13, 8,15, 5,15,15,15,15,15,15, 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15}; const int IUPACNA_TO_NCBI4NA[128]={ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1,14, 2,13, 0, 0, 4,11, 0, 0,12, 0, 3,15, 0, 0, 0, 5, 6, 8, 0, 7, 9, 0,10, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}; const int AMINOACID_TO_NCBISTDAA[128] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,25, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,27,10,11,12,13,26, 14,15,16,17,18,24,19,20,21,22,23, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}; const char NCBISTDAA_TO_AMINOACID[BLASTAA_SIZE] = { '-','A','B','C','D','E','F','G','H','I','K','L','M', 'N','P','Q','R','S','T','V','W','X','Y','Z','U','*', 'O', 'J'}; bbuchfink-diamond-6dc5717/src/lib/blast/boost_erf.h000066400000000000000000000030631523407312000222140ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Greg Boratyn * */ #ifndef ALGO_BLAST_CORE__BOOST_ERF #define ALGO_BLAST_CORE__BOOST_ERF #ifdef __cplusplus extern "C" { #endif /** Error function */ double Erf(double z); /** Complementary error function */ double ErfC(double z); #ifdef __cplusplus } #endif #endif /* ALGO_BLAST_CORE__BOOST_ERF */ bbuchfink-diamond-6dc5717/src/lib/blast/matrix_freq_ratios.c000066400000000000000000003271431523407312000241370ustar00rootroot00000000000000/* =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Christiam Camacho * */ /** @file matrix_freq_ratios.c * Definitions for various scoring matrices' frequency ratios. */ #include "matrix_freq_ratios.h" #include "blast_psi_priv.h" #include /** Underlying frequency ratios for BLOSUM45 */ static const double BLOSUM45_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 2.95043377e+00, 7.34701741e-01, 8.00397827e-01, 6.88936672e-01, 8.25164920e-01, 5.87357723e-01, 1.08031132e+00, 6.54086288e-01, 7.46806187e-01, 7.86209397e-01, 7.12370041e-01, 8.21348665e-01, 7.89043130e-01, 7.08569419e-01, 8.66678731e-01, 6.99695540e-01, 1.30031418e+00, 1.00058530e+00, 1.00992663e+00, 5.65442334e-01, 7.50000000e-01, 6.38727873e-01, 8.41025176e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.26064996e-01}, {0.00000000e+00, 7.34701741e-01, 3.25946658e+00, 6.00232275e-01, 3.59386786e+00, 1.30000108e+00, 4.95670856e-01, 8.85913772e-01, 1.08769141e+00, 4.96979579e-01, 1.02264352e+00, 4.72210752e-01, 5.80058073e-01, 2.86239890e+00, 6.85801186e-01, 9.91862879e-01, 8.29088221e-01, 1.05297301e+00, 9.85207016e-01, 5.20111147e-01, 3.80841719e-01, 7.50000000e-01, 6.27051284e-01, 1.18227759e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.82061098e-01}, {0.00000000e+00, 8.00397827e-01, 6.00232275e-01, 1.70900872e+01, 5.32858023e-01, 5.45353890e-01, 6.01657157e-01, 5.56827599e-01, 4.90637659e-01, 5.42801532e-01, 5.46735291e-01, 6.72663401e-01, 6.03730225e-01, 6.80232381e-01, 4.11520916e-01, 4.86216592e-01, 4.71814444e-01, 7.96941950e-01, 8.21766666e-01, 7.14771712e-01, 3.33596922e-01, 7.50000000e-01, 4.88896599e-01, 5.22760621e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.21018471e-01}, {0.00000000e+00, 6.88936672e-01, 3.59386786e+00, 5.32858023e-01, 5.35580571e+00, 1.64256912e+00, 4.31018420e-01, 7.40433725e-01, 9.76205497e-01, 4.40334375e-01, 9.41681214e-01, 4.62523949e-01, 4.94422549e-01, 1.50174498e+00, 7.24041930e-01, 9.57667486e-01, 7.71179788e-01, 9.29413105e-01, 8.76125496e-01, 4.93585385e-01, 3.73386452e-01, 7.50000000e-01, 6.44927232e-01, 1.38090402e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.53699350e-01}, {0.00000000e+00, 8.25164920e-01, 1.30000108e+00, 5.45353890e-01, 1.64256912e+00, 3.87327599e+00, 4.97795679e-01, 5.76408577e-01, 9.61718230e-01, 4.85270933e-01, 1.27686825e+00, 5.70784073e-01, 6.14865688e-01, 8.93236200e-01, 9.10746443e-01, 1.53097375e+00, 1.01074883e+00, 9.12113764e-01, 8.32873235e-01, 5.55160304e-01, 5.19337483e-01, 7.50000000e-01, 6.16552718e-01, 2.97840479e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.36776244e-01}, {0.00000000e+00, 5.87357723e-01, 4.95670856e-01, 6.01657157e-01, 4.31018420e-01, 4.97795679e-01, 5.74817622e+00, 4.80346092e-01, 6.79103477e-01, 1.06375667e+00, 5.29188869e-01, 1.30295859e+00, 1.06255416e+00, 5.72439082e-01, 4.51176385e-01, 4.43558969e-01, 5.89537777e-01, 6.09495403e-01, 7.16103747e-01, 9.52475503e-01, 1.35493791e+00, 7.50000000e-01, 2.18456832e+00, 4.77074668e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.20783008e+00}, {0.00000000e+00, 1.08031132e+00, 8.85913772e-01, 5.56827599e-01, 7.40433725e-01, 5.76408577e-01, 4.80346092e-01, 5.07068525e+00, 6.62087167e-01, 4.16341047e-01, 6.77879412e-01, 4.50091586e-01, 5.84692214e-01, 1.05865660e+00, 7.02165561e-01, 6.87007231e-01, 5.70228460e-01, 1.05800656e+00, 6.92819008e-01, 4.79214700e-01, 5.91296285e-01, 7.50000000e-01, 5.49197180e-01, 6.18662539e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.36669292e-01}, {0.00000000e+00, 6.54086288e-01, 1.08769141e+00, 4.90637659e-01, 9.76205497e-01, 9.61718230e-01, 6.79103477e-01, 6.62087167e-01, 9.51252809e+00, 4.53313059e-01, 8.90272071e-01, 6.69868446e-01, 9.18088604e-01, 1.22006964e+00, 6.61223470e-01, 1.15049417e+00, 9.73045615e-01, 8.54331847e-01, 7.06245757e-01, 4.56693295e-01, 4.51816356e-01, 7.50000000e-01, 1.47204221e+00, 1.03383965e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.83746261e-01}, {0.00000000e+00, 7.46806187e-01, 4.96979579e-01, 5.42801532e-01, 4.40334375e-01, 4.85270933e-01, 1.06375667e+00, 4.16341047e-01, 4.53313059e-01, 3.23256769e+00, 5.32316397e-01, 1.59618413e+00, 1.45527106e+00, 5.64240025e-01, 6.09639867e-01, 5.77938325e-01, 4.88387978e-01, 6.18410187e-01, 8.47505386e-01, 2.17596400e+00, 5.64907506e-01, 7.50000000e-01, 9.06458192e-01, 5.20674297e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.24695958e+00}, {0.00000000e+00, 7.86209397e-01, 1.02264352e+00, 5.46735291e-01, 9.41681214e-01, 1.27686825e+00, 5.29188869e-01, 6.77879412e-01, 8.90272071e-01, 5.32316397e-01, 3.32707189e+00, 5.53563636e-01, 7.37955763e-01, 1.11877807e+00, 7.81202774e-01, 1.33004839e+00, 1.94261316e+00, 8.89937552e-01, 8.84562104e-01, 5.91651856e-01, 5.61572955e-01, 7.50000000e-01, 7.37107274e-01, 1.29718560e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.45113795e-01}, {0.00000000e+00, 7.12370041e-01, 4.72210752e-01, 6.72663401e-01, 4.62523949e-01, 5.70784073e-01, 1.30295859e+00, 4.50091586e-01, 6.69868446e-01, 1.59618413e+00, 5.53563636e-01, 2.99708655e+00, 1.73144954e+00, 4.83712850e-01, 4.77913692e-01, 6.42028706e-01, 6.01135200e-01, 5.55659969e-01, 7.80723755e-01, 1.33363845e+00, 6.70858407e-01, 7.50000000e-01, 9.65090110e-01, 5.98002922e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.43995990e+00}, {0.00000000e+00, 8.21348665e-01, 5.80058073e-01, 6.03730225e-01, 4.94422549e-01, 6.14865688e-01, 1.06255416e+00, 5.84692214e-01, 9.18088604e-01, 1.45527106e+00, 7.37955763e-01, 1.73144954e+00, 4.11411354e+00, 6.81741591e-01, 6.43682874e-01, 9.40467390e-01, 7.75906233e-01, 6.60370266e-01, 8.60449567e-01, 1.23582796e+00, 6.34345311e-01, 7.50000000e-01, 1.02316322e+00, 7.39261071e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.62161577e+00}, {0.00000000e+00, 7.89043130e-01, 2.86239890e+00, 6.80232381e-01, 1.50174498e+00, 8.93236200e-01, 5.72439082e-01, 1.05865660e+00, 1.22006964e+00, 5.64240025e-01, 1.11877807e+00, 4.83712850e-01, 6.81741591e-01, 4.47803773e+00, 6.40394172e-01, 1.03246645e+00, 8.97848625e-01, 1.19968790e+00, 1.11473028e+00, 5.51607804e-01, 3.89694095e-01, 7.50000000e-01, 6.05825405e-01, 9.46428796e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.15737804e-01}, {0.00000000e+00, 7.08569419e-01, 6.85801186e-01, 4.11520916e-01, 7.24041930e-01, 9.10746443e-01, 4.51176385e-01, 7.02165561e-01, 6.61223470e-01, 6.09639867e-01, 7.81202774e-01, 4.77913692e-01, 6.43682874e-01, 6.40394172e-01, 8.81911509e+00, 7.15515810e-01, 5.81631739e-01, 7.49733904e-01, 8.56242933e-01, 5.40037335e-01, 5.25005050e-01, 7.50000000e-01, 4.78832406e-01, 8.36159027e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.30300041e-01}, {0.00000000e+00, 8.66678731e-01, 9.91862879e-01, 4.86216592e-01, 9.57667486e-01, 1.53097375e+00, 4.43558969e-01, 6.87007231e-01, 1.15049417e+00, 5.77938325e-01, 1.33004839e+00, 6.42028706e-01, 9.40467390e-01, 1.03246645e+00, 7.15515810e-01, 4.40728842e+00, 1.32912854e+00, 1.09183956e+00, 7.80601862e-01, 5.47266398e-01, 6.45177884e-01, 7.50000000e-01, 8.29182983e-01, 2.62986317e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.16540522e-01}, {0.00000000e+00, 6.99695540e-01, 8.29088221e-01, 4.71814444e-01, 7.71179788e-01, 1.01074883e+00, 5.89537777e-01, 5.70228460e-01, 9.73045615e-01, 4.88387978e-01, 1.94261316e+00, 6.01135200e-01, 7.75906233e-01, 8.97848625e-01, 5.81631739e-01, 1.32912854e+00, 4.74702063e+00, 7.99048209e-01, 7.15164318e-01, 5.77699501e-01, 5.80165842e-01, 7.50000000e-01, 8.07446927e-01, 1.13238507e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.56296615e-01}, {0.00000000e+00, 1.30031418e+00, 1.05297301e+00, 7.96941950e-01, 9.29413105e-01, 9.12113764e-01, 6.09495403e-01, 1.05800656e+00, 8.54331847e-01, 6.18410187e-01, 8.89937552e-01, 5.55659969e-01, 6.60370266e-01, 1.19968790e+00, 7.49733904e-01, 1.09183956e+00, 7.99048209e-01, 2.78188630e+00, 1.47248598e+00, 7.27836330e-01, 4.28363793e-01, 7.50000000e-01, 7.05878947e-01, 9.80777594e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.80615182e-01}, {0.00000000e+00, 1.00058530e+00, 9.85207016e-01, 8.21766666e-01, 8.76125496e-01, 8.32873235e-01, 7.16103747e-01, 6.92819008e-01, 7.06245757e-01, 8.47505386e-01, 8.84562104e-01, 7.80723755e-01, 8.60449567e-01, 1.11473028e+00, 8.56242933e-01, 7.80601862e-01, 7.15164318e-01, 1.47248598e+00, 3.13871529e+00, 1.04019697e+00, 4.54128072e-01, 7.50000000e-01, 7.43457494e-01, 8.12903077e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 8.07282226e-01}, {0.00000000e+00, 1.00992663e+00, 5.20111147e-01, 7.14771712e-01, 4.93585385e-01, 5.55160304e-01, 9.52475503e-01, 4.79214700e-01, 4.56693295e-01, 2.17596400e+00, 5.91651856e-01, 1.33363845e+00, 1.23582796e+00, 5.51607804e-01, 5.40037335e-01, 5.47266398e-01, 5.77699501e-01, 7.27836330e-01, 1.04019697e+00, 2.87075890e+00, 4.73320057e-01, 7.50000000e-01, 8.09252575e-01, 5.52144455e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.66862396e+00}, {0.00000000e+00, 5.65442334e-01, 3.80841719e-01, 3.33596922e-01, 3.73386452e-01, 5.19337483e-01, 1.35493791e+00, 5.91296285e-01, 4.51816356e-01, 5.64907506e-01, 5.61572955e-01, 6.70858407e-01, 6.34345311e-01, 3.89694095e-01, 5.25005050e-01, 6.45177884e-01, 5.80165842e-01, 4.28363793e-01, 4.54128072e-01, 4.73320057e-01, 2.97023509e+01, 7.50000000e-01, 1.80096028e+00, 5.67414520e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.28722660e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.38727873e-01, 6.27051284e-01, 4.88896599e-01, 6.44927232e-01, 6.16552718e-01, 2.18456832e+00, 5.49197180e-01, 1.47204221e+00, 9.06458192e-01, 7.37107274e-01, 9.65090110e-01, 1.02316322e+00, 6.05825405e-01, 4.78832406e-01, 8.29182983e-01, 8.07446927e-01, 7.05878947e-01, 7.43457494e-01, 8.09252575e-01, 1.80096028e+00, 7.50000000e-01, 5.75351902e+00, 6.97787623e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 9.41772708e-01}, {0.00000000e+00, 8.41025176e-01, 1.18227759e+00, 5.22760621e-01, 1.38090402e+00, 2.97840479e+00, 4.77074668e-01, 6.18662539e-01, 1.03383965e+00, 5.20674297e-01, 1.29718560e+00, 5.98002922e-01, 7.39261071e-01, 9.46428796e-01, 8.36159027e-01, 2.62986317e+00, 1.13238507e+00, 9.80777594e-01, 8.12903077e-01, 5.52144455e-01, 5.67414520e-01, 7.50000000e-01, 6.97787623e-01, 2.84524527e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.67250003e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 1.33300000e+00, 2.90000000e-01, 2.90000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 7.26064996e-01, 4.82061098e-01, 6.21018471e-01, 4.53699350e-01, 5.36776244e-01, 1.20783008e+00, 4.36669292e-01, 5.83746261e-01, 2.24695958e+00, 5.45113795e-01, 2.43995990e+00, 1.62161577e+00, 5.15737804e-01, 5.30300041e-01, 6.16540522e-01, 5.56296615e-01, 5.80615182e-01, 8.07282226e-01, 1.66862396e+00, 6.28722660e-01, 7.50000000e-01, 9.41772708e-01, 5.67250003e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.36320536e+00}}; /** Underlying frequency ratios for BLOSUM50 */ static const double BLOSUM50_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 3.27354473e+00, 6.87168642e-01, 8.87624875e-01, 6.59704230e-01, 7.97359654e-01, 5.46298170e-01, 1.10130683e+00, 6.41220589e-01, 7.15157692e-01, 7.47622201e-01, 6.56954186e-01, 8.53472686e-01, 7.19514908e-01, 7.14770771e-01, 8.19913708e-01, 6.68351460e-01, 1.36359270e+00, 9.67331593e-01, 9.81625416e-01, 4.63560176e-01, 7.50000000e-01, 5.96400452e-01, 8.05980349e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.80310043e-01}, {0.00000000e+00, 6.87168642e-01, 3.67565906e+00, 5.07294595e-01, 4.02052534e+00, 1.31892999e+00, 3.83849184e-01, 8.47577177e-01, 1.11810068e+00, 4.07212168e-01, 9.68440788e-01, 3.91166888e-01, 5.16058658e-01, 3.26949213e+00, 6.61247189e-01, 9.98204754e-01, 7.59007679e-01, 1.06055276e+00, 9.55438618e-01, 4.46192804e-01, 3.38571955e-01, 7.50000000e-01, 5.55905269e-01, 1.19634119e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 3.97605526e-01}, {0.00000000e+00, 8.87624875e-01, 5.07294595e-01, 1.82308935e+01, 4.27724382e-01, 4.56030174e-01, 5.64985221e-01, 5.24350848e-01, 5.17412429e-01, 5.87186086e-01, 4.59864212e-01, 6.50074165e-01, 6.80946766e-01, 6.01008569e-01, 4.03060607e-01, 4.81296027e-01, 4.27834290e-01, 8.29850973e-01, 8.17890869e-01, 8.08665030e-01, 3.12131245e-01, 7.50000000e-01, 5.38704705e-01, 4.65687383e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.24838486e-01}, {0.00000000e+00, 6.59704230e-01, 4.02052534e+00, 4.27724382e-01, 6.11147890e+00, 1.65784569e+00, 3.37276799e-01, 7.44468416e-01, 8.83789762e-01, 3.70146565e-01, 8.90348134e-01, 3.72923686e-01, 4.35009775e-01, 1.55790069e+00, 7.09628659e-01, 9.66997497e-01, 6.78533894e-01, 9.21480865e-01, 8.25179634e-01, 4.31712984e-01, 3.07050170e-01, 7.50000000e-01, 5.04473723e-01, 1.39378711e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 3.71809285e-01}, {0.00000000e+00, 7.97359654e-01, 1.31892999e+00, 4.56030174e-01, 1.65784569e+00, 4.43735647e+00, 4.56055858e-01, 5.39909105e-01, 9.11487897e-01, 4.15558851e-01, 1.33108575e+00, 4.78428941e-01, 6.05096970e-01, 9.19771370e-01, 8.38805682e-01, 1.67134451e+00, 9.76357610e-01, 8.82100970e-01, 8.19031320e-01, 4.79075838e-01, 5.48039829e-01, 7.50000000e-01, 6.51686488e-01, 3.38012103e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.53200481e-01}, {0.00000000e+00, 5.46298170e-01, 3.83849184e-01, 5.64985221e-01, 3.37276799e-01, 4.56055858e-01, 6.63625360e+00, 4.13949535e-01, 7.54714659e-01, 9.89742646e-01, 4.44979578e-01, 1.26171801e+00, 1.05158910e+00, 4.38699901e-01, 3.75736079e-01, 4.16967765e-01, 4.61789222e-01, 5.52981315e-01, 5.70349305e-01, 8.59643167e-01, 1.34807169e+00, 7.50000000e-01, 2.42442622e+00, 4.41115461e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.15257995e+00}, {0.00000000e+00, 1.10130683e+00, 8.47577177e-01, 5.24350848e-01, 7.44468416e-01, 5.39909105e-01, 4.13949535e-01, 5.79218671e+00, 6.01271290e-01, 3.70370366e-01, 6.54870319e-01, 3.76903001e-01, 5.19438610e-01, 9.69013722e-01, 6.20168128e-01, 6.41416113e-01, 5.16985831e-01, 9.99248542e-01, 6.36269018e-01, 4.02720033e-01, 5.04888636e-01, 7.50000000e-01, 4.67274430e-01, 5.78707493e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 3.74281590e-01}, {0.00000000e+00, 6.41220589e-01, 1.11810068e+00, 5.17412429e-01, 8.83789762e-01, 9.11487897e-01, 7.54714659e-01, 6.01271290e-01, 1.04489376e+01, 4.11545408e-01, 9.45545516e-01, 5.47445792e-01, 7.60124356e-01, 1.39406083e+00, 5.81906417e-01, 1.20911332e+00, 9.81604707e-01, 8.22540644e-01, 6.52641826e-01, 4.13620259e-01, 4.75002356e-01, 7.50000000e-01, 1.57000854e+00, 1.02524740e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.92911793e-01}, {0.00000000e+00, 7.15157692e-01, 4.07212168e-01, 5.87186086e-01, 3.70146565e-01, 4.15558851e-01, 9.89742646e-01, 3.70370366e-01, 4.11545408e-01, 3.41093885e+00, 4.68297844e-01, 1.69677965e+00, 1.43810563e+00, 4.50866254e-01, 5.11210841e-01, 5.02656404e-01, 4.35318230e-01, 5.45643330e-01, 8.60722536e-01, 2.31272269e+00, 5.22495607e-01, 7.50000000e-01, 8.26095669e-01, 4.48849604e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.38463611e+00}, {0.00000000e+00, 7.47622201e-01, 9.68440788e-01, 4.59864212e-01, 8.90348134e-01, 1.33108575e+00, 4.44979578e-01, 6.54870319e-01, 9.45545516e-01, 4.68297844e-01, 3.88090096e+00, 4.79194854e-01, 6.85231759e-01, 1.06041456e+00, 7.63679086e-01, 1.41855717e+00, 2.06468049e+00, 8.92977250e-01, 8.44796364e-01, 5.22802406e-01, 4.61593643e-01, 7.50000000e-01, 6.67754286e-01, 1.36451940e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.74822110e-01}, {0.00000000e+00, 6.56954186e-01, 3.91166888e-01, 6.50074165e-01, 3.72923686e-01, 4.78428941e-01, 1.26171801e+00, 3.76903001e-01, 5.47445792e-01, 1.69677965e+00, 4.79194854e-01, 3.32815910e+00, 1.78991633e+00, 4.12652855e-01, 4.43674459e-01, 5.62937315e-01, 5.54029894e-01, 5.10605044e-01, 7.59171671e-01, 1.32427289e+00, 6.01518374e-01, 7.50000000e-01, 8.58373419e-01, 5.10730048e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.67352044e+00}, {0.00000000e+00, 8.53472686e-01, 5.16058658e-01, 6.80946766e-01, 4.35009775e-01, 6.05096970e-01, 1.05158910e+00, 5.19438610e-01, 7.60124356e-01, 1.43810563e+00, 6.85231759e-01, 1.78991633e+00, 4.81561797e+00, 6.11514139e-01, 5.44813932e-01, 9.59915799e-01, 6.78015272e-01, 6.82291911e-01, 8.82308943e-01, 1.21329921e+00, 7.61522900e-01, 7.50000000e-01, 9.17831903e-01, 7.40717150e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.64874201e+00}, {0.00000000e+00, 7.19514908e-01, 3.26949213e+00, 6.01008569e-01, 1.55790069e+00, 9.19771370e-01, 4.38699901e-01, 9.69013722e-01, 1.39406083e+00, 4.50866254e-01, 1.06041456e+00, 4.12652855e-01, 6.11514139e-01, 5.28532229e+00, 6.04265819e-01, 1.03495916e+00, 8.53785837e-01, 1.22434496e+00, 1.10885139e+00, 4.63246441e-01, 3.75696800e-01, 7.50000000e-01, 6.16478872e-01, 9.63798879e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.27987098e-01}, {0.00000000e+00, 7.14770771e-01, 6.61247189e-01, 4.03060607e-01, 7.09628659e-01, 8.38805682e-01, 3.75736079e-01, 6.20168128e-01, 5.81906417e-01, 5.11210841e-01, 7.63679086e-01, 4.43674459e-01, 5.44813932e-01, 6.04265819e-01, 1.02035160e+01, 7.50499600e-01, 5.18638945e-01, 7.59438841e-01, 7.48565360e-01, 5.24438149e-01, 4.20092966e-01, 7.50000000e-01, 4.68173126e-01, 8.05053001e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.70775405e-01}, {0.00000000e+00, 8.19913708e-01, 9.98204754e-01, 4.81296027e-01, 9.66997497e-01, 1.67134451e+00, 4.16967765e-01, 6.41416113e-01, 1.20911332e+00, 5.02656404e-01, 1.41855717e+00, 5.62937315e-01, 9.59915799e-01, 1.03495916e+00, 7.50499600e-01, 4.69722165e+00, 1.35733364e+00, 1.06872445e+00, 8.10316946e-01, 5.57384267e-01, 7.14705591e-01, 7.50000000e-01, 7.42076535e-01, 2.82790659e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.38747839e-01}, {0.00000000e+00, 6.68351460e-01, 7.59007679e-01, 4.27834290e-01, 6.78533894e-01, 9.76357610e-01, 4.61789222e-01, 5.16985831e-01, 9.81604707e-01, 4.35318230e-01, 2.06468049e+00, 5.54029894e-01, 6.78015272e-01, 8.53785837e-01, 5.18638945e-01, 1.35733364e+00, 5.37787401e+00, 8.04499038e-01, 7.36510915e-01, 5.12488758e-01, 5.28823677e-01, 7.50000000e-01, 7.27125062e-01, 1.12197569e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.06393371e-01}, {0.00000000e+00, 1.36359270e+00, 1.06055276e+00, 8.29850973e-01, 9.21480865e-01, 8.82100970e-01, 5.52981315e-01, 9.99248542e-01, 8.22540644e-01, 5.45643330e-01, 8.92977250e-01, 5.10605044e-01, 6.82291911e-01, 1.22434496e+00, 7.59438841e-01, 1.06872445e+00, 8.04499038e-01, 3.14298812e+00, 1.49727124e+00, 6.78664919e-01, 3.92328021e-01, 7.50000000e-01, 6.51019697e-01, 9.53432893e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.24665180e-01}, {0.00000000e+00, 9.67331593e-01, 9.55438618e-01, 8.17890869e-01, 8.25179634e-01, 8.19031320e-01, 5.70349305e-01, 6.36269018e-01, 6.52641826e-01, 8.60722536e-01, 8.44796364e-01, 7.59171671e-01, 8.82308943e-01, 1.10885139e+00, 7.48565360e-01, 8.10316946e-01, 7.36510915e-01, 1.49727124e+00, 3.55307500e+00, 1.05992520e+00, 5.02669810e-01, 7.50000000e-01, 6.90730891e-01, 8.15700480e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.99921922e-01}, {0.00000000e+00, 9.81625416e-01, 4.46192804e-01, 8.08665030e-01, 4.31712984e-01, 4.79075838e-01, 8.59643167e-01, 4.02720033e-01, 4.13620259e-01, 2.31272269e+00, 5.22802406e-01, 1.32427289e+00, 1.21329921e+00, 4.63246441e-01, 5.24438149e-01, 5.57384267e-01, 5.12488758e-01, 6.78664919e-01, 1.05992520e+00, 3.11745700e+00, 4.84839541e-01, 7.50000000e-01, 7.27350506e-01, 5.09007179e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.72091725e+00}, {0.00000000e+00, 4.63560176e-01, 3.38571955e-01, 3.12131245e-01, 3.07050170e-01, 5.48039829e-01, 1.34807169e+00, 5.04888636e-01, 4.75002356e-01, 5.22495607e-01, 4.61593643e-01, 6.01518374e-01, 7.61522900e-01, 3.75696800e-01, 4.20092966e-01, 7.14705591e-01, 5.28823677e-01, 3.92328021e-01, 5.02669810e-01, 4.84839541e-01, 3.13609332e+01, 7.50000000e-01, 1.76515899e+00, 6.11743441e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.69808181e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 5.96400452e-01, 5.55905269e-01, 5.38704705e-01, 5.04473723e-01, 6.51686488e-01, 2.42442622e+00, 4.67274430e-01, 1.57000854e+00, 8.26095669e-01, 6.67754286e-01, 8.58373419e-01, 9.17831903e-01, 6.16478872e-01, 4.68173126e-01, 7.42076535e-01, 7.27125062e-01, 6.51019697e-01, 6.90730891e-01, 7.27350506e-01, 1.76515899e+00, 7.50000000e-01, 6.89283261e+00, 6.86235710e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 8.45421029e-01}, {0.00000000e+00, 8.05980349e-01, 1.19634119e+00, 4.65687383e-01, 1.39378711e+00, 3.38012103e+00, 4.41115461e-01, 5.78707493e-01, 1.02524740e+00, 4.48849604e-01, 1.36451940e+00, 5.10730048e-01, 7.40717150e-01, 9.63798879e-01, 8.05053001e-01, 2.82790659e+00, 1.12197569e+00, 9.53432893e-01, 8.15700480e-01, 5.09007179e-01, 6.11743441e-01, 7.50000000e-01, 6.86235710e-01, 3.16905156e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.85898712e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 1.33300000e+00, 2.90000000e-01, 2.90000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.80310043e-01, 3.97605526e-01, 6.24838486e-01, 3.71809285e-01, 4.53200481e-01, 1.15257995e+00, 3.74281590e-01, 4.92911793e-01, 2.38463611e+00, 4.74822110e-01, 2.67352044e+00, 1.64874201e+00, 4.27987098e-01, 4.70775405e-01, 5.38747839e-01, 5.06393371e-01, 5.24665180e-01, 7.99921922e-01, 1.72091725e+00, 5.69808181e-01, 7.50000000e-01, 8.45421029e-01, 4.85898712e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.55759716e+00}}; /** Underlying frequency ratios for BLOSUM62 */ static const double BLOSUM62_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 3.90294070e+00, 5.64459671e-01, 8.67987664e-01, 5.44605275e-01, 7.41264113e-01, 4.64893827e-01, 1.05686961e+00, 5.69364849e-01, 6.32481035e-01, 7.75390239e-01, 6.01945975e-01, 7.23150342e-01, 5.88307640e-01, 7.54121369e-01, 7.56803943e-01, 6.12698600e-01, 1.47210399e+00, 9.84401956e-01, 9.36458396e-01, 4.16548781e-01, 7.50000000e-01, 5.42611869e-01, 7.47274948e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 6.14377313e-01}, {0.00000000e+00, 5.64459671e-01, 4.43758048e+00, 3.45226274e-01, 4.74290926e+00, 1.33503378e+00, 3.24101420e-01, 7.38524318e-01, 9.25449581e-01, 3.33981361e-01, 8.54849426e-01, 2.97257620e-01, 4.04640322e-01, 4.07083696e+00, 5.53838329e-01, 9.44103648e-01, 7.02873767e-01, 1.05798620e+00, 8.26250098e-01, 3.51280513e-01, 2.52855433e-01, 7.50000000e-01, 4.09444638e-01, 1.18382127e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.12208474e-01}, {0.00000000e+00, 8.67987664e-01, 3.45226274e-01, 1.95765857e+01, 3.01454345e-01, 2.85934574e-01, 4.38990118e-01, 4.20387870e-01, 3.55049505e-01, 6.53458801e-01, 3.49128465e-01, 6.42275633e-01, 6.11354340e-01, 3.97802620e-01, 3.79562691e-01, 3.65781531e-01, 3.08939296e-01, 7.38415701e-01, 7.40551692e-01, 7.55844055e-01, 4.49983903e-01, 7.50000000e-01, 4.34203398e-01, 3.16819526e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 6.46828489e-01}, {0.00000000e+00, 5.44605275e-01, 4.74290926e+00, 3.01454345e-01, 7.39792738e+00, 1.68781075e+00, 2.98969081e-01, 6.34301019e-01, 6.78558839e-01, 3.39015407e-01, 7.84090406e-01, 2.86613046e-01, 3.46454634e-01, 1.55385281e+00, 5.98716826e-01, 8.97081129e-01, 5.73200024e-01, 9.13504624e-01, 6.94789868e-01, 3.36500142e-01, 2.32102315e-01, 7.50000000e-01, 3.45683565e-01, 1.38195506e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.07946931e-01}, {0.00000000e+00, 7.41264113e-01, 1.33503378e+00, 2.85934574e-01, 1.68781075e+00, 5.46952608e+00, 3.30743991e-01, 4.81267655e-01, 9.60040718e-01, 3.30522558e-01, 1.30827885e+00, 3.72873704e-01, 5.00342289e-01, 9.11298183e-01, 6.79202587e-01, 1.90173784e+00, 9.60797602e-01, 9.50357185e-01, 7.41425610e-01, 4.28943130e-01, 3.74300212e-01, 7.50000000e-01, 4.96467354e-01, 4.08949895e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.55631838e-01}, {0.00000000e+00, 4.64893827e-01, 3.24101420e-01, 4.38990118e-01, 2.98969081e-01, 3.30743991e-01, 8.12879702e+00, 3.40640908e-01, 6.51990521e-01, 9.45769883e-01, 3.44043119e-01, 1.15459749e+00, 1.00437163e+00, 3.54288952e-01, 2.87444758e-01, 3.33972402e-01, 3.80726330e-01, 4.39973597e-01, 4.81693683e-01, 7.45089738e-01, 1.37437942e+00, 7.50000000e-01, 2.76938063e+00, 3.31992746e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 1.06958025e+00}, {0.00000000e+00, 1.05686961e+00, 7.38524318e-01, 4.20387870e-01, 6.34301019e-01, 4.81267655e-01, 3.40640908e-01, 6.87630691e+00, 4.92966576e-01, 2.75009722e-01, 5.88871736e-01, 2.84504012e-01, 3.95486600e-01, 8.63711406e-01, 4.77385507e-01, 5.38649627e-01, 4.49983999e-01, 9.03596525e-01, 5.79271582e-01, 3.36954912e-01, 4.21690355e-01, 7.50000000e-01, 3.48714366e-01, 5.03463109e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.80638726e-01}, {0.00000000e+00, 5.69364849e-01, 9.25449581e-01, 3.55049505e-01, 6.78558839e-01, 9.60040718e-01, 6.51990521e-01, 4.92966576e-01, 1.35059997e+01, 3.26288125e-01, 7.78887490e-01, 3.80675486e-01, 5.84132623e-01, 1.22200067e+00, 4.72879831e-01, 1.16798104e+00, 9.17048021e-01, 7.36731740e-01, 5.57503254e-01, 3.39447442e-01, 4.44088955e-01, 7.50000000e-01, 1.79790413e+00, 1.04047242e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.58533474e-01}, {0.00000000e+00, 6.32481035e-01, 3.33981361e-01, 6.53458801e-01, 3.39015407e-01, 3.30522558e-01, 9.45769883e-01, 2.75009722e-01, 3.26288125e-01, 3.99792994e+00, 3.96372934e-01, 1.69443475e+00, 1.47774450e+00, 3.27934752e-01, 3.84662860e-01, 3.82937802e-01, 3.54751311e-01, 4.43163582e-01, 7.79816110e-01, 2.41751209e+00, 4.08874390e-01, 7.50000000e-01, 6.30388931e-01, 3.50796872e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.63222650e+00}, {0.00000000e+00, 7.75390239e-01, 8.54849426e-01, 3.49128465e-01, 7.84090406e-01, 1.30827885e+00, 3.44043119e-01, 5.88871736e-01, 7.78887490e-01, 3.96372934e-01, 4.76433717e+00, 4.28270363e-01, 6.25302816e-01, 9.39841129e-01, 7.03774479e-01, 1.55432308e+00, 2.07680867e+00, 9.31919141e-01, 7.92905803e-01, 4.56542720e-01, 3.58930071e-01, 7.50000000e-01, 5.32179333e-01, 1.40344922e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.15284382e-01}, {0.00000000e+00, 6.01945975e-01, 2.97257620e-01, 6.42275633e-01, 2.86613046e-01, 3.72873704e-01, 1.15459749e+00, 2.84504012e-01, 3.80675486e-01, 1.69443475e+00, 4.28270363e-01, 3.79662137e+00, 1.99429557e+00, 3.10043276e-01, 3.71121724e-01, 4.77325586e-01, 4.73919278e-01, 4.28893743e-01, 6.60328975e-01, 1.31423573e+00, 5.68037074e-01, 7.50000000e-01, 6.92059423e-01, 4.13275887e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.94078574e+00}, {0.00000000e+00, 7.23150342e-01, 4.04640322e-01, 6.11354340e-01, 3.46454634e-01, 5.00342289e-01, 1.00437163e+00, 3.95486600e-01, 5.84132623e-01, 1.47774450e+00, 6.25302816e-01, 1.99429557e+00, 6.48145121e+00, 4.74529655e-01, 4.23898024e-01, 8.64250293e-01, 6.22623369e-01, 5.98558924e-01, 7.93801616e-01, 1.26893679e+00, 6.10296214e-01, 7.50000000e-01, 7.08364628e-01, 6.41102583e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 1.78399892e+00}, {0.00000000e+00, 5.88307640e-01, 4.07083696e+00, 3.97802620e-01, 1.55385281e+00, 9.11298183e-01, 3.54288952e-01, 8.63711406e-01, 1.22200067e+00, 3.27934752e-01, 9.39841129e-01, 3.10043276e-01, 4.74529655e-01, 7.09409488e+00, 4.99932836e-01, 1.00058442e+00, 8.58630478e-01, 1.23152924e+00, 9.84152635e-01, 3.69033853e-01, 2.77782896e-01, 7.50000000e-01, 4.86030806e-01, 9.45834265e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.17327197e-01}, {0.00000000e+00, 7.54121369e-01, 5.53838329e-01, 3.79562691e-01, 5.98716826e-01, 6.79202587e-01, 2.87444758e-01, 4.77385507e-01, 4.72879831e-01, 3.84662860e-01, 7.03774479e-01, 3.71121724e-01, 4.23898024e-01, 4.99932836e-01, 1.28375437e+01, 6.41280589e-01, 4.81534905e-01, 7.55503259e-01, 6.88897122e-01, 4.43082984e-01, 2.81833164e-01, 7.50000000e-01, 3.63521119e-01, 6.64534287e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.76634549e-01}, {0.00000000e+00, 7.56803943e-01, 9.44103648e-01, 3.65781531e-01, 8.97081129e-01, 1.90173784e+00, 3.33972402e-01, 5.38649627e-01, 1.16798104e+00, 3.82937802e-01, 1.55432308e+00, 4.77325586e-01, 8.64250293e-01, 1.00058442e+00, 6.41280589e-01, 6.24442175e+00, 1.40579606e+00, 9.65555228e-01, 7.91320741e-01, 4.66777931e-01, 5.09360272e-01, 7.50000000e-01, 6.11094097e-01, 3.58149606e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.38898727e-01}, {0.00000000e+00, 6.12698600e-01, 7.02873767e-01, 3.08939296e-01, 5.73200024e-01, 9.60797602e-01, 3.80726330e-01, 4.49983999e-01, 9.17048021e-01, 3.54751311e-01, 2.07680867e+00, 4.73919278e-01, 6.22623369e-01, 8.58630478e-01, 4.81534905e-01, 1.40579606e+00, 6.66557707e+00, 7.67165633e-01, 6.77754679e-01, 4.20072316e-01, 3.95102106e-01, 7.50000000e-01, 5.55965425e-01, 1.13292384e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.25403989e-01}, {0.00000000e+00, 1.47210399e+00, 1.05798620e+00, 7.38415701e-01, 9.13504624e-01, 9.50357185e-01, 4.39973597e-01, 9.03596525e-01, 7.36731740e-01, 4.43163582e-01, 9.31919141e-01, 4.28893743e-01, 5.98558924e-01, 1.23152924e+00, 7.55503259e-01, 9.65555228e-01, 7.67165633e-01, 3.84284741e+00, 1.61392097e+00, 5.65223766e-01, 3.85303035e-01, 7.50000000e-01, 5.57520051e-01, 9.56235816e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.34703235e-01}, {0.00000000e+00, 9.84401956e-01, 8.26250098e-01, 7.40551692e-01, 6.94789868e-01, 7.41425610e-01, 4.81693683e-01, 5.79271582e-01, 5.57503254e-01, 7.79816110e-01, 7.92905803e-01, 6.60328975e-01, 7.93801616e-01, 9.84152635e-01, 6.88897122e-01, 7.91320741e-01, 6.77754679e-01, 1.61392097e+00, 4.83210516e+00, 9.80943005e-01, 4.30934144e-01, 7.50000000e-01, 5.73156574e-01, 7.60725140e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.08974203e-01}, {0.00000000e+00, 9.36458396e-01, 3.51280513e-01, 7.55844055e-01, 3.36500142e-01, 4.28943130e-01, 7.45089738e-01, 3.36954912e-01, 3.39447442e-01, 2.41751209e+00, 4.56542720e-01, 1.31423573e+00, 1.26893679e+00, 3.69033853e-01, 4.43082984e-01, 4.66777931e-01, 4.20072316e-01, 5.65223766e-01, 9.80943005e-01, 3.69215640e+00, 3.74456332e-01, 7.50000000e-01, 6.58038693e-01, 4.43577702e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 1.76339815e+00}, {0.00000000e+00, 4.16548781e-01, 2.52855433e-01, 4.49983903e-01, 2.32102315e-01, 3.74300212e-01, 1.37437942e+00, 4.21690355e-01, 4.44088955e-01, 4.08874390e-01, 3.58930071e-01, 5.68037074e-01, 6.10296214e-01, 2.77782896e-01, 2.81833164e-01, 5.09360272e-01, 3.95102106e-01, 3.85303035e-01, 4.30934144e-01, 3.74456332e-01, 3.81077833e+01, 7.50000000e-01, 2.10980812e+00, 4.26541694e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 5.03239261e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 5.42611869e-01, 4.09444638e-01, 4.34203398e-01, 3.45683565e-01, 4.96467354e-01, 2.76938063e+00, 3.48714366e-01, 1.79790413e+00, 6.30388931e-01, 5.32179333e-01, 6.92059423e-01, 7.08364628e-01, 4.86030806e-01, 3.63521119e-01, 6.11094097e-01, 5.55965425e-01, 5.57520051e-01, 5.73156574e-01, 6.58038693e-01, 2.10980812e+00, 7.50000000e-01, 9.83220341e+00, 5.40805192e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 6.66952325e-01}, {0.00000000e+00, 7.47274948e-01, 1.18382127e+00, 3.16819526e-01, 1.38195506e+00, 4.08949895e+00, 3.31992746e-01, 5.03463109e-01, 1.04047242e+00, 3.50796872e-01, 1.40344922e+00, 4.13275887e-01, 6.41102583e-01, 9.45834265e-01, 6.64534287e-01, 3.58149606e+00, 1.13292384e+00, 9.56235816e-01, 7.60725140e-01, 4.43577702e-01, 4.26541694e-01, 7.50000000e-01, 5.40805192e-01, 3.89300249e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.87839626e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 1.33300000e+00, 2.50000000e-01, 2.50000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.14377313e-01, 3.12208474e-01, 6.46828489e-01, 3.07946931e-01, 3.55631838e-01, 1.06958025e+00, 2.80638726e-01, 3.58533474e-01, 2.63222650e+00, 4.15284382e-01, 2.94078574e+00, 1.78399892e+00, 3.17327197e-01, 3.76634549e-01, 4.38898727e-01, 4.25403989e-01, 4.34703235e-01, 7.08974203e-01, 1.76339815e+00, 5.03239261e-01, 7.50000000e-01, 6.66952325e-01, 3.87839626e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.81516607e+00}}; /** Underlying frequency ratios for BLOSUM80 */ static const double BLOSUM80_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 4.77313697e+00, 4.77250219e-01, 7.31790935e-01, 4.50905428e-01, 7.03141318e-01, 3.96805472e-01, 9.57108118e-01, 5.14428496e-01, 5.43302985e-01, 7.22895459e-01, 5.04576848e-01, 6.25509899e-01, 5.10109254e-01, 7.71095354e-01, 6.95763501e-01, 5.55324683e-01, 1.53463504e+00, 9.79634362e-01, 8.65874830e-01, 3.09281009e-01, 7.50000000e-01, 4.36234494e-01, 7.00327585e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 5.20181427e-01}, {0.00000000e+00, 4.77250219e-01, 5.36249708e+00, 2.52383415e-01, 5.75921529e+00, 1.26868736e+00, 2.51452613e-01, 6.38679494e-01, 8.30167261e-01, 2.33516284e-01, 7.93249084e-01, 2.20539708e-01, 3.09639510e-01, 4.86768283e+00, 4.28138134e-01, 8.50001386e-01, 6.08526572e-01, 9.48166786e-01, 7.43109762e-01, 2.67977796e-01, 1.78830543e-01, 7.50000000e-01, 3.07187296e-01, 1.10900996e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.25768580e-01}, {0.00000000e+00, 7.31790935e-01, 2.52383415e-01, 2.07020176e+01, 2.13899571e-01, 1.79625278e-01, 3.94756499e-01, 2.72055621e-01, 2.21322329e-01, 5.81174860e-01, 2.41148280e-01, 4.92657548e-01, 4.99414247e-01, 3.00383113e-01, 2.69170214e-01, 2.95117493e-01, 2.32476995e-01, 5.76114817e-01, 6.01733396e-01, 6.34451252e-01, 3.02232769e-01, 7.50000000e-01, 3.07930831e-01, 2.23671408e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 5.28325329e-01}, {0.00000000e+00, 4.50905428e-01, 5.75921529e+00, 2.13899571e-01, 9.10634223e+00, 1.63552603e+00, 2.34434106e-01, 5.40654444e-01, 5.94384672e-01, 2.14047157e-01, 6.76875328e-01, 1.97166761e-01, 2.51946380e-01, 1.58444827e+00, 4.52407652e-01, 7.63275386e-01, 4.76639455e-01, 7.74041684e-01, 6.10882957e-01, 2.44693975e-01, 1.44774364e-01, 7.50000000e-01, 2.45193294e-01, 1.30286928e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.03968665e-01}, {0.00000000e+00, 7.03141318e-01, 1.26868736e+00, 1.79625278e-01, 1.63552603e+00, 6.99475019e+00, 2.48970812e-01, 3.99359878e-01, 9.01259830e-01, 2.64258683e-01, 1.19492933e+00, 2.75527698e-01, 4.28576433e-01, 8.11140936e-01, 5.81414067e-01, 1.90643780e+00, 8.31863127e-01, 8.45039731e-01, 6.85529376e-01, 3.69379335e-01, 2.40807712e-01, 7.50000000e-01, 3.32874109e-01, 5.05418243e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.70986883e-01}, {0.00000000e+00, 3.96805472e-01, 2.51452613e-01, 3.94756499e-01, 2.34434106e-01, 2.48970812e-01, 9.48547379e+00, 2.48796540e-01, 5.71854758e-01, 8.40573731e-01, 2.82718808e-01, 1.11429351e+00, 8.93330223e-01, 2.72679266e-01, 2.37160811e-01, 2.85158291e-01, 2.87269045e-01, 3.69100895e-01, 4.45199900e-01, 6.48888163e-01, 1.08939386e+00, 7.50000000e-01, 2.78024963e+00, 2.62771902e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 1.00399896e+00}, {0.00000000e+00, 9.57108118e-01, 6.38679494e-01, 2.72055621e-01, 5.40654444e-01, 3.99359878e-01, 2.48796540e-01, 7.88244144e+00, 3.87151686e-01, 1.84455102e-01, 4.83435068e-01, 2.10542976e-01, 2.86067872e-01, 7.60943081e-01, 3.47300820e-01, 4.24585221e-01, 3.77442786e-01, 7.84315177e-01, 4.92238430e-01, 2.50954947e-01, 2.64396616e-01, 7.50000000e-01, 2.29516029e-01, 4.08980256e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.00030947e-01}, {0.00000000e+00, 5.14428496e-01, 8.30167261e-01, 2.21322329e-01, 5.94384672e-01, 9.01259830e-01, 5.71854758e-01, 3.87151686e-01, 1.60694674e+01, 2.57933576e-01, 7.40110055e-01, 3.14299881e-01, 4.32076355e-01, 1.12425153e+00, 4.19656882e-01, 1.31555625e+00, 9.25536475e-01, 6.61407005e-01, 5.39570743e-01, 2.88933760e-01, 3.90225420e-01, 7.50000000e-01, 1.81930455e+00, 1.05926315e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.91587251e-01}, {0.00000000e+00, 5.43302985e-01, 2.33516284e-01, 5.81174860e-01, 2.14047157e-01, 2.64258683e-01, 8.40573731e-01, 1.84455102e-01, 2.57933576e-01, 4.86762150e+00, 3.13345237e-01, 1.66499837e+00, 1.51247384e+00, 2.57799519e-01, 2.85790430e-01, 3.09071252e-01, 2.99348100e-01, 3.78995471e-01, 7.00511896e-01, 2.49584558e+00, 3.43150987e-01, 7.50000000e-01, 5.39308441e-01, 2.81349188e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.95548558e+00}, {0.00000000e+00, 7.22895459e-01, 7.93249084e-01, 2.41148280e-01, 6.76875328e-01, 1.19492933e+00, 2.82718808e-01, 4.83435068e-01, 7.40110055e-01, 3.13345237e-01, 6.32564527e+00, 3.56851811e-01, 5.34403407e-01, 9.38398440e-01, 5.96694133e-01, 1.52403165e+00, 2.19214139e+00, 8.20193974e-01, 7.35729790e-01, 3.70194033e-01, 2.41427653e-01, 7.50000000e-01, 4.08501941e-01, 1.32044155e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.39320970e-01}, {0.00000000e+00, 5.04576848e-01, 2.20539708e-01, 4.92657548e-01, 1.97166761e-01, 2.75527698e-01, 1.11429351e+00, 2.10542976e-01, 3.14299881e-01, 1.66499837e+00, 3.56851811e-01, 4.46305621e+00, 2.12274889e+00, 2.49692056e-01, 3.03099202e-01, 4.06904090e-01, 3.62830591e-01, 3.68478686e-01, 5.60836408e-01, 1.22050154e+00, 4.38789464e-01, 7.50000000e-01, 5.80503535e-01, 3.25631695e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.33558735e+00}, {0.00000000e+00, 6.25509899e-01, 3.09639510e-01, 4.99414247e-01, 2.51946380e-01, 4.28576433e-01, 8.93330223e-01, 2.86067872e-01, 4.32076355e-01, 1.51247384e+00, 5.34403407e-01, 2.12274889e+00, 8.88346290e+00, 3.81598352e-01, 3.61925345e-01, 8.86557630e-01, 5.05866341e-01, 4.98438721e-01, 7.57959723e-01, 1.22414515e+00, 5.60653516e-01, 7.50000000e-01, 5.49937808e-01, 6.03240148e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 1.87684042e+00}, {0.00000000e+00, 5.10109254e-01, 4.86768283e+00, 3.00383113e-01, 1.58444827e+00, 8.11140936e-01, 2.72679266e-01, 7.60943081e-01, 1.12425153e+00, 2.57799519e-01, 9.38398440e-01, 2.49692056e-01, 3.81598352e-01, 8.96275887e+00, 3.97867522e-01, 9.58172021e-01, 7.73025258e-01, 1.16534759e+00, 9.08032132e-01, 2.97018980e-01, 2.21307752e-01, 7.50000000e-01, 3.84510481e-01, 8.67215281e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.52958933e-01}, {0.00000000e+00, 7.71095354e-01, 4.28138134e-01, 2.69170214e-01, 4.52407652e-01, 5.81414067e-01, 2.37160811e-01, 3.47300820e-01, 4.19656882e-01, 2.85790430e-01, 5.96694133e-01, 3.03099202e-01, 3.61925345e-01, 3.97867522e-01, 1.51545798e+01, 5.37994539e-01, 4.45589871e-01, 6.51704179e-01, 5.60357280e-01, 3.70233083e-01, 1.78033069e-01, 7.50000000e-01, 2.57545983e-01, 5.64854837e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.96124685e-01}, {0.00000000e+00, 6.95763501e-01, 8.50001386e-01, 2.95117493e-01, 7.63275386e-01, 1.90643780e+00, 2.85158291e-01, 4.24585221e-01, 1.31555625e+00, 3.09071252e-01, 1.52403165e+00, 4.06904090e-01, 8.86557630e-01, 9.58172021e-01, 5.37994539e-01, 8.33990474e+00, 1.39424540e+00, 8.58988713e-01, 7.24369298e-01, 4.10943414e-01, 4.07901262e-01, 7.50000000e-01, 4.61857147e-01, 4.36001721e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.67482647e-01}, {0.00000000e+00, 5.55324683e-01, 6.08526572e-01, 2.32476995e-01, 4.76639455e-01, 8.31863127e-01, 2.87269045e-01, 3.77442786e-01, 9.25536475e-01, 2.99348100e-01, 2.19214139e+00, 3.62830591e-01, 5.05866341e-01, 7.73025258e-01, 4.45589871e-01, 1.39424540e+00, 8.24459589e+00, 6.94509540e-01, 5.98385216e-01, 3.53719047e-01, 2.94245493e-01, 7.50000000e-01, 4.17775411e-01, 1.04634306e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.37250515e-01}, {0.00000000e+00, 1.53463504e+00, 9.48166786e-01, 5.76114817e-01, 7.74041684e-01, 8.45039731e-01, 3.69100895e-01, 7.84315177e-01, 6.61407005e-01, 3.78995471e-01, 8.20193974e-01, 3.68478686e-01, 4.98438721e-01, 1.16534759e+00, 6.51704179e-01, 8.58988713e-01, 6.94509540e-01, 5.10577131e+00, 1.66260189e+00, 4.93679246e-01, 2.70773669e-01, 7.50000000e-01, 4.62005069e-01, 8.50359559e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.72716393e-01}, {0.00000000e+00, 9.79634362e-01, 7.43109762e-01, 6.01733396e-01, 6.10882957e-01, 6.85529376e-01, 4.45199900e-01, 4.92238430e-01, 5.39570743e-01, 7.00511896e-01, 7.35729790e-01, 5.60836408e-01, 7.57959723e-01, 9.08032132e-01, 5.60357280e-01, 7.24369298e-01, 5.98385216e-01, 1.66260189e+00, 6.20547751e+00, 8.91492247e-01, 2.85084781e-01, 7.50000000e-01, 4.74451641e-01, 7.00342047e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 6.17118219e-01}, {0.00000000e+00, 8.65874830e-01, 2.67977796e-01, 6.34451252e-01, 2.44693975e-01, 3.69379335e-01, 6.48888163e-01, 2.50954947e-01, 2.88933760e-01, 2.49584558e+00, 3.70194033e-01, 1.22050154e+00, 1.22414515e+00, 2.97018980e-01, 3.70233083e-01, 4.10943414e-01, 3.53719047e-01, 4.93679246e-01, 8.91492247e-01, 4.58356287e+00, 3.42175943e-01, 7.50000000e-01, 4.89223745e-01, 3.85230939e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 1.73439753e+00}, {0.00000000e+00, 3.09281009e-01, 1.78830543e-01, 3.02232769e-01, 1.44774364e-01, 2.40807712e-01, 1.08939386e+00, 2.64396616e-01, 3.90225420e-01, 3.43150987e-01, 2.41427653e-01, 4.38789464e-01, 5.60653516e-01, 2.21307752e-01, 1.78033069e-01, 4.07901262e-01, 2.94245493e-01, 2.70773669e-01, 2.85084781e-01, 3.42175943e-01, 4.15522183e+01, 7.50000000e-01, 2.03605072e+00, 3.04533429e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 4.00252232e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 4.36234494e-01, 3.07187296e-01, 3.07930831e-01, 2.45193294e-01, 3.32874109e-01, 2.78024963e+00, 2.29516029e-01, 1.81930455e+00, 5.39308441e-01, 4.08501941e-01, 5.80503535e-01, 5.49937808e-01, 3.84510481e-01, 2.57545983e-01, 4.61857147e-01, 4.17775411e-01, 4.62005069e-01, 4.74451641e-01, 4.89223745e-01, 2.03605072e+00, 7.50000000e-01, 1.21940332e+01, 3.82065335e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 5.63904098e-01}, {0.00000000e+00, 7.00327585e-01, 1.10900996e+00, 2.23671408e-01, 1.30286928e+00, 5.05418243e+00, 2.62771902e-01, 4.08980256e-01, 1.05926315e+00, 2.81349188e-01, 1.32044155e+00, 3.25631695e-01, 6.03240148e-01, 8.67215281e-01, 5.64854837e-01, 4.36001721e+00, 1.04634306e+00, 8.50359559e-01, 7.00342047e-01, 3.85230939e-01, 3.04533429e-01, 7.50000000e-01, 3.82065335e-01, 4.78944345e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.07788194e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.33300000e+00, 1.40000000e-01, 1.40000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 5.20181427e-01, 2.25768580e-01, 5.28325329e-01, 2.03968665e-01, 2.70986883e-01, 1.00399896e+00, 2.00030947e-01, 2.91587251e-01, 2.95548558e+00, 3.39320970e-01, 3.33558735e+00, 1.87684042e+00, 2.52958933e-01, 2.96124685e-01, 3.67482647e-01, 3.37250515e-01, 3.72716393e-01, 6.17118219e-01, 1.73439753e+00, 4.00252232e-01, 7.50000000e-01, 5.63904098e-01, 3.07788194e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.18242650e+00}}; /** Underlying frequency ratios for BLOSUM90 */ static const double BLOSUM90_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 5.49812903e+00, 4.38682591e-01, 6.69393543e-01, 4.10593787e-01, 6.67362415e-01, 3.46907686e-01, 8.55253386e-01, 4.61993747e-01, 4.75838329e-01, 6.64089300e-01, 4.46304927e-01, 5.48948177e-01, 4.75350260e-01, 7.12075051e-01, 6.37043670e-01, 5.31189855e-01, 1.45279278e+00, 9.34706358e-01, 7.93712275e-01, 2.83637106e-01, 7.50000000e-01, 3.70274337e-01, 6.55892238e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 4.58271706e-01}, {0.00000000e+00, 4.38682591e-01, 5.85593083e+00, 2.24322103e-01, 6.24911512e+00, 1.23816514e+00, 2.14608760e-01, 5.64122407e-01, 7.82997018e-01, 1.96621553e-01, 7.38810616e-01, 1.94127812e-01, 2.69937418e-01, 5.34266045e+00, 3.78549747e-01, 7.81147613e-01, 5.45762328e-01, 8.70271567e-01, 6.66528685e-01, 2.28904046e-01, 1.42810925e-01, 7.50000000e-01, 2.77062678e-01, 1.06526643e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.95138263e-01}, {0.00000000e+00, 6.69393543e-01, 2.24322103e-01, 2.16370056e+01, 1.76054992e-01, 1.47039970e-01, 3.92579579e-01, 2.18182122e-01, 1.93552170e-01, 5.20896357e-01, 2.15679622e-01, 4.25126435e-01, 4.27104871e-01, 2.87330927e-01, 2.30151009e-01, 2.42068607e-01, 2.06242089e-01, 5.23756471e-01, 5.48342086e-01, 5.88014943e-01, 2.50594014e-01, 7.50000000e-01, 2.92512133e-01, 1.82991170e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 4.63931905e-01}, {0.00000000e+00, 4.10593787e-01, 6.24911512e+00, 1.76054992e-01, 9.87094836e+00, 1.61092322e+00, 1.97472144e-01, 4.84699282e-01, 5.46208942e-01, 1.71646922e-01, 6.20942905e-01, 1.71021465e-01, 2.15937410e-01, 1.52110375e+00, 3.99848977e-01, 6.86343892e-01, 4.17577647e-01, 6.96691332e-01, 5.29001708e-01, 2.06199101e-01, 1.15609648e-01, 7.50000000e-01, 2.13739536e-01, 1.26113669e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.71274897e-01}, {0.00000000e+00, 6.67362415e-01, 1.23816514e+00, 1.47039970e-01, 1.61092322e+00, 7.91072600e+00, 2.04920324e-01, 3.47008914e-01, 7.72534981e-01, 2.37473636e-01, 1.07737256e+00, 2.37238651e-01, 3.61519510e-01, 7.51559518e-01, 5.28989676e-01, 1.83144568e+00, 7.31811567e-01, 7.59912485e-01, 6.13331345e-01, 3.33942314e-01, 2.02669731e-01, 7.50000000e-01, 2.73296982e-01, 5.61081481e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.37333866e-01}, {0.00000000e+00, 3.46907686e-01, 2.14608760e-01, 3.92579579e-01, 1.97472144e-01, 2.04920324e-01, 1.05190688e+01, 1.97046381e-01, 5.10867985e-01, 7.73236776e-01, 2.73932585e-01, 1.05058955e+00, 8.11125795e-01, 2.36979230e-01, 2.12448013e-01, 2.80742738e-01, 2.62210098e-01, 3.33306129e-01, 3.90547453e-01, 5.77272331e-01, 9.82154073e-01, 7.50000000e-01, 2.77172979e+00, 2.33605433e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 9.38207661e-01}, {0.00000000e+00, 8.55253386e-01, 5.64122407e-01, 2.18182122e-01, 4.84699282e-01, 3.47008914e-01, 1.97046381e-01, 8.29576319e+00, 3.35169505e-01, 1.51428808e-01, 4.27685370e-01, 1.83265898e-01, 2.37360208e-01, 6.67802895e-01, 2.98989408e-01, 3.80871171e-01, 3.28608745e-01, 7.00460225e-01, 4.00474342e-01, 2.02269779e-01, 2.34021877e-01, 7.50000000e-01, 1.88904853e-01, 3.59819671e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.70365676e-01}, {0.00000000e+00, 4.61993747e-01, 7.82997018e-01, 1.93552170e-01, 5.46208942e-01, 7.72534981e-01, 5.10867985e-01, 3.35169505e-01, 1.85636930e+01, 2.32236241e-01, 6.80230209e-01, 2.89296785e-01, 4.06641319e-01, 1.09210477e+00, 3.99528365e-01, 1.24778653e+00, 8.70382542e-01, 5.94270003e-01, 4.71855284e-01, 2.49881715e-01, 3.84396440e-01, 7.50000000e-01, 1.62620965e+00, 9.52331980e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.66176152e-01}, {0.00000000e+00, 4.75838329e-01, 1.96621553e-01, 5.20896357e-01, 1.71646922e-01, 2.37473636e-01, 7.73236776e-01, 1.51428808e-01, 2.32236241e-01, 5.62471003e+00, 2.84042165e-01, 1.59032509e+00, 1.47982983e+00, 2.29223921e-01, 2.60766373e-01, 2.80218761e-01, 2.69951432e-01, 3.32350183e-01, 6.20404233e-01, 2.47466358e+00, 2.84494454e-01, 7.50000000e-01, 4.78737209e-01, 2.53644956e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.22503669e+00}, {0.00000000e+00, 6.64089300e-01, 7.38810616e-01, 2.15679622e-01, 6.20942905e-01, 1.07737256e+00, 2.73932585e-01, 4.27685370e-01, 6.80230209e-01, 2.84042165e-01, 7.40971353e+00, 3.18645229e-01, 5.03980900e-01, 8.92677413e-01, 5.54085013e-01, 1.48494120e+00, 2.15988586e+00, 7.31921781e-01, 6.80549543e-01, 3.28415139e-01, 1.74946435e-01, 7.50000000e-01, 3.46172886e-01, 1.23156378e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.04624249e-01}, {0.00000000e+00, 4.46304927e-01, 1.94127812e-01, 4.25126435e-01, 1.71021465e-01, 2.37238651e-01, 1.05058955e+00, 1.83265898e-01, 2.89296785e-01, 1.59032509e+00, 3.18645229e-01, 5.03145573e+00, 2.07702392e+00, 2.24291285e-01, 2.72188366e-01, 3.74709469e-01, 3.26170372e-01, 3.38914311e-01, 5.07385737e-01, 1.13293282e+00, 3.72830750e-01, 7.50000000e-01, 5.08794972e-01, 2.89246563e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.63712766e+00}, {0.00000000e+00, 5.48948177e-01, 2.69937418e-01, 4.27104871e-01, 2.15937410e-01, 3.61519510e-01, 8.11125795e-01, 2.37360208e-01, 4.06641319e-01, 1.47982983e+00, 5.03980900e-01, 2.07702392e+00, 1.13394084e+01, 3.40430076e-01, 3.16108504e-01, 8.49621832e-01, 4.63059321e-01, 4.39100157e-01, 6.79030953e-01, 1.13727027e+00, 4.92730381e-01, 7.50000000e-01, 4.80316866e-01, 5.46178209e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.83504401e+00}, {0.00000000e+00, 4.75350260e-01, 5.34266045e+00, 2.87330927e-01, 1.52110375e+00, 7.51559518e-01, 2.36979230e-01, 6.67802895e-01, 1.09210477e+00, 2.29223921e-01, 8.92677413e-01, 2.24291285e-01, 3.40430076e-01, 1.03313947e+01, 3.50745318e-01, 9.04906229e-01, 7.13097098e-01, 1.09686657e+00, 8.46059068e-01, 2.58543521e-01, 1.78320001e-01, 7.50000000e-01, 3.59725936e-01, 8.09573592e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.26289963e-01}, {0.00000000e+00, 7.12075051e-01, 3.78549747e-01, 2.30151009e-01, 3.99848977e-01, 5.28989676e-01, 2.12448013e-01, 2.98989408e-01, 3.99528365e-01, 2.60766373e-01, 5.54085013e-01, 2.72188366e-01, 3.16108504e-01, 3.50745318e-01, 1.60877707e+01, 4.86643270e-01, 4.09306303e-01, 5.93677872e-01, 4.80576271e-01, 3.23032809e-01, 1.74477792e-01, 7.50000000e-01, 2.13074361e-01, 5.12969199e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.67560235e-01}, {0.00000000e+00, 6.37043670e-01, 7.81147613e-01, 2.42068607e-01, 6.86343892e-01, 1.83144568e+00, 2.80742738e-01, 3.80871171e-01, 1.24778653e+00, 2.80218761e-01, 1.48494120e+00, 3.74709469e-01, 8.49621832e-01, 9.04906229e-01, 4.86643270e-01, 9.98642121e+00, 1.25897253e+00, 7.86784913e-01, 6.71486014e-01, 3.48766905e-01, 3.51106744e-01, 7.50000000e-01, 4.01714365e-01, 4.91663315e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.36422330e-01}, {0.00000000e+00, 5.31189855e-01, 5.45762328e-01, 2.06242089e-01, 4.17577647e-01, 7.31811567e-01, 2.62210098e-01, 3.28608745e-01, 8.70382542e-01, 2.69951432e-01, 2.15988586e+00, 3.26170372e-01, 4.63059321e-01, 7.13097098e-01, 4.09306303e-01, 1.25897253e+00, 9.45518393e+00, 6.27094667e-01, 5.25362150e-01, 3.16415957e-01, 2.48889195e-01, 7.50000000e-01, 3.62347797e-01, 9.31246918e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.03390753e-01}, {0.00000000e+00, 1.45279278e+00, 8.70271567e-01, 5.23756471e-01, 6.96691332e-01, 7.59912485e-01, 3.33306129e-01, 7.00460225e-01, 5.94270003e-01, 3.32350183e-01, 7.31921781e-01, 3.38914311e-01, 4.39100157e-01, 1.09686657e+00, 5.93677872e-01, 7.86784913e-01, 6.27094667e-01, 5.99164849e+00, 1.62868240e+00, 4.49399804e-01, 2.30316670e-01, 7.50000000e-01, 4.11583504e-01, 7.70078852e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.36254561e-01}, {0.00000000e+00, 9.34706358e-01, 6.66528685e-01, 5.48342086e-01, 5.29001708e-01, 6.13331345e-01, 3.90547453e-01, 4.00474342e-01, 4.71855284e-01, 6.20404233e-01, 6.80549543e-01, 5.07385737e-01, 6.79030953e-01, 8.46059068e-01, 4.80576271e-01, 6.71486014e-01, 5.25362150e-01, 1.62868240e+00, 7.25868130e+00, 8.04058132e-01, 2.27083637e-01, 7.50000000e-01, 4.20544390e-01, 6.35332398e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 5.53180238e-01}, {0.00000000e+00, 7.93712275e-01, 2.28904046e-01, 5.88014943e-01, 2.06199101e-01, 3.33942314e-01, 5.77272331e-01, 2.02269779e-01, 2.49881715e-01, 2.47466358e+00, 3.28415139e-01, 1.13293282e+00, 1.13727027e+00, 2.58543521e-01, 3.23032809e-01, 3.48766905e-01, 3.16415957e-01, 4.49399804e-01, 8.04058132e-01, 5.31607752e+00, 2.99756311e-01, 7.50000000e-01, 4.04621372e-01, 3.39550748e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.67659508e+00}, {0.00000000e+00, 2.83637106e-01, 1.42810925e-01, 2.50594014e-01, 1.15609648e-01, 2.02669731e-01, 9.82154073e-01, 2.34021877e-01, 3.84396440e-01, 2.84494454e-01, 1.74946435e-01, 3.72830750e-01, 4.92730381e-01, 1.78320001e-01, 1.74477792e-01, 3.51106744e-01, 2.48889195e-01, 2.30316670e-01, 2.27083637e-01, 2.99756311e-01, 4.26750567e+01, 7.50000000e-01, 1.77446682e+00, 2.58826370e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.37037347e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 3.70274337e-01, 2.77062678e-01, 2.92512133e-01, 2.13739536e-01, 2.73296982e-01, 2.77172979e+00, 1.88904853e-01, 1.62620965e+00, 4.78737209e-01, 3.46172886e-01, 5.08794972e-01, 4.80316866e-01, 3.59725936e-01, 2.13074361e-01, 4.01714365e-01, 3.62347797e-01, 4.11583504e-01, 4.20544390e-01, 4.04621372e-01, 1.77446682e+00, 7.50000000e-01, 1.36090374e+01, 3.21879801e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 4.96615724e-01}, {0.00000000e+00, 6.55892238e-01, 1.06526643e+00, 1.82991170e-01, 1.26113669e+00, 5.61081481e+00, 2.33605433e-01, 3.59819671e-01, 9.52331980e-01, 2.53644956e-01, 1.23156378e+00, 2.89246563e-01, 5.46178209e-01, 8.09573592e-01, 5.12969199e-01, 4.91663315e+00, 9.31246918e-01, 7.70078852e-01, 6.35332398e-01, 3.39550748e-01, 2.58826370e-01, 7.50000000e-01, 3.21879801e-01, 5.34819225e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.74820979e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.33300000e+00, 1.20000000e-01, 1.20000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 4.58271706e-01, 1.95138263e-01, 4.63931905e-01, 1.71274897e-01, 2.37333866e-01, 9.38207661e-01, 1.70365676e-01, 2.66176152e-01, 3.22503669e+00, 3.04624249e-01, 3.63712766e+00, 1.83504401e+00, 2.26289963e-01, 2.67560235e-01, 3.36422330e-01, 3.03390753e-01, 3.36254561e-01, 5.53180238e-01, 1.67659508e+00, 3.37037347e-01, 7.50000000e-01, 4.96615724e-01, 2.74820979e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.47015056e+00}}; /** Underlying frequency ratios for PAM30 */ static const double PAM30_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 7.78912912e+00, 3.02026381e-01, 1.07971742e-01, 3.16807704e-01, 4.53014491e-01, 5.67768414e-02, 5.75744366e-01, 8.33329143e-02, 1.98631007e-01, 9.54324770e-02, 1.15281887e-01, 1.89338526e-01, 2.84890839e-01, 5.93402017e-01, 2.35344432e-01, 9.10275603e-02, 8.75340369e-01, 8.27084092e-01, 4.77504036e-01, 9.76867708e-03, 7.50000000e-01, 6.99222384e-02, 3.58158006e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.40431646e-01}, {0.00000000e+00, 3.02026381e-01, 8.11766307e+00, 1.52757717e-02, 8.45582330e+00, 1.47233532e+00, 2.69459344e-02, 3.37867839e-01, 6.63755159e-01, 1.25827363e-01, 4.40914175e-01, 4.89221062e-02, 3.39137767e-02, 7.72564409e+00, 1.02509984e-01, 3.67813095e-01, 8.23817770e-02, 6.03773710e-01, 3.53305100e-01, 6.71234492e-02, 3.23783774e-02, 7.50000000e-01, 1.13742904e-01, 9.91005473e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.21274943e-02}, {0.00000000e+00, 1.07971742e-01, 1.52757717e-02, 2.75882699e+01, 7.71413760e-03, 7.86819951e-03, 1.16056875e-02, 4.15734061e-02, 7.76695875e-02, 1.19064797e-01, 7.78302876e-03, 6.02160155e-03, 9.46008155e-03, 2.40417467e-02, 6.32617140e-02, 8.13944094e-03, 6.80179741e-02, 3.79110970e-01, 6.77518036e-02, 1.32369559e-01, 4.67559620e-03, 7.50000000e-01, 2.57579768e-01, 7.98640138e-03, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 4.01312493e-02}, {0.00000000e+00, 3.16807704e-01, 8.45582330e+00, 7.71413760e-03, 1.42349183e+01, 2.34246282e+00, 6.53544516e-03, 3.26331184e-01, 2.71287596e-01, 7.98669838e-02, 2.19798242e-01, 1.38483017e-02, 2.29035955e-02, 1.75629226e+00, 6.80928461e-02, 4.27289142e-01, 2.95026156e-02, 2.86012439e-01, 1.99709663e-01, 6.47860871e-02, 5.42804139e-03, 7.50000000e-01, 1.97046510e-02, 1.50786644e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 3.37687752e-02}, {0.00000000e+00, 4.53014491e-01, 1.47233532e+00, 7.86819951e-03, 2.34246282e+00, 1.36624533e+01, 7.86638136e-03, 2.31589040e-01, 1.81505594e-01, 1.49736909e-01, 2.26119978e-01, 4.27891596e-02, 9.24578171e-02, 4.63622671e-01, 1.53529752e-01, 1.50713628e+00, 4.28627549e-02, 2.25474962e-01, 1.30340902e-01, 1.09854687e-01, 3.23568839e-03, 7.50000000e-01, 5.65446816e-02, 8.36539662e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50595678e-02}, {0.00000000e+00, 5.67768414e-02, 2.69459344e-02, 1.16056875e-02, 6.53544516e-03, 7.86638136e-03, 2.14068164e+01, 4.44753676e-02, 1.31584637e-01, 4.73011553e-01, 8.55473177e-03, 4.15676862e-01, 2.49857403e-01, 5.06072009e-02, 3.56716332e-02, 1.12390799e-02, 4.18628794e-02, 1.13897780e-01, 5.14073961e-02, 6.66400959e-02, 2.13219283e-01, 7.50000000e-01, 1.78617980e+00, 9.33613946e-03, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 4.32977029e-01}, {0.00000000e+00, 5.75744366e-01, 3.37867839e-01, 4.15734061e-02, 3.26331184e-01, 2.31589040e-01, 4.44753676e-02, 9.31368857e+00, 4.78871557e-02, 2.41395424e-02, 8.59403011e-02, 2.78096704e-02, 5.67940501e-02, 3.51241937e-01, 1.21951553e-01, 9.44408638e-02, 3.97493058e-02, 5.52895766e-01, 1.35075690e-01, 1.48994667e-01, 5.68401675e-03, 7.50000000e-01, 9.25861867e-03, 1.71822465e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 2.67022462e-02}, {0.00000000e+00, 8.33329143e-02, 6.63755159e-01, 7.76695875e-02, 2.71287596e-01, 1.81505594e-01, 1.31584637e-01, 4.78871557e-02, 2.29276353e+01, 4.36863126e-02, 1.19631443e-01, 1.23251186e-01, 2.78547216e-02, 1.11873100e+00, 2.47982049e-01, 1.35964891e+00, 5.86952720e-01, 1.31501535e-01, 8.61653901e-02, 1.14978024e-01, 8.12035191e-02, 7.50000000e-01, 3.23746871e-01, 6.94918113e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 9.92432853e-02}, {0.00000000e+00, 1.98631007e-01, 1.25827363e-01, 1.19064797e-01, 7.98669838e-02, 1.49736909e-01, 4.73011553e-01, 2.41395424e-02, 4.36863126e-02, 1.86346064e+01, 1.27210180e-01, 6.43409762e-01, 7.92524183e-01, 1.79107849e-01, 5.32543187e-02, 7.03383168e-02, 1.58533228e-01, 9.68805230e-02, 4.44355269e-01, 1.93788392e+00, 9.23811792e-03, 7.50000000e-01, 1.18573178e-01, 1.15136508e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 6.07207247e+00}, {0.00000000e+00, 9.54324770e-02, 4.40914175e-01, 7.78302876e-03, 2.19798242e-01, 2.26119978e-01, 8.55473177e-03, 8.59403011e-02, 1.19631443e-01, 1.27210180e-01, 9.98780825e+00, 6.07412260e-02, 5.62560724e-01, 6.97247226e-01, 1.06485246e-01, 3.84266618e-01, 1.11121735e+00, 2.59857530e-01, 3.36316040e-01, 4.62631009e-02, 1.75142268e-02, 7.50000000e-01, 4.16645387e-02, 2.95037286e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 8.07975645e-02}, {0.00000000e+00, 1.15281887e-01, 4.89221062e-02, 6.02160155e-03, 1.38483017e-02, 4.27891596e-02, 4.15676862e-01, 2.78096704e-02, 1.23251186e-01, 6.43409762e-01, 6.07412260e-02, 1.00194105e+01, 1.24218990e+00, 8.95821132e-02, 9.04970355e-02, 1.84988987e-01, 5.31753716e-02, 5.83025512e-02, 1.02884887e-01, 4.62744892e-01, 1.27405990e-01, 7.50000000e-01, 9.50388211e-02, 1.04757148e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.19029657e+00}, {0.00000000e+00, 1.89338526e-01, 3.39137767e-02, 9.46008155e-03, 2.29035955e-02, 9.24578171e-02, 2.49857403e-01, 5.67940501e-02, 2.78547216e-02, 7.92524183e-01, 5.62560724e-01, 1.24218990e+00, 4.65953079e+01, 4.66775487e-02, 6.48026667e-02, 2.71732304e-01, 2.43002286e-01, 1.60899996e-01, 2.62669188e-01, 6.30878126e-01, 1.29243603e-02, 7.50000000e-01, 2.12719960e-02, 1.70582240e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.10650779e+00}, {0.00000000e+00, 2.84890839e-01, 7.72564409e+00, 2.40417467e-02, 1.75629226e+00, 4.63622671e-01, 5.06072009e-02, 3.51241937e-01, 1.11873100e+00, 1.79107849e-01, 6.97247226e-01, 8.95821132e-02, 4.66775487e-02, 1.46457342e+01, 1.42408737e-01, 2.98864303e-01, 1.43682999e-01, 9.72144796e-01, 5.31363673e-01, 6.98330827e-02, 6.36210916e-02, 7.50000000e-01, 2.22758622e-01, 3.91824098e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.16595604e-01}, {0.00000000e+00, 5.93402017e-01, 1.02509984e-01, 6.32617140e-02, 6.80928461e-02, 1.53529752e-01, 3.56716332e-02, 1.21951553e-01, 2.47982049e-01, 5.32543187e-02, 1.06485246e-01, 9.04970355e-02, 6.48026667e-02, 1.42408737e-01, 1.58088136e+01, 3.76066261e-01, 2.69813309e-01, 5.70573606e-01, 2.40194503e-01, 1.40453450e-01, 9.02230244e-03, 7.50000000e-01, 9.80486654e-03, 2.50506944e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.92594202e-02}, {0.00000000e+00, 2.35344432e-01, 3.67813095e-01, 8.13944094e-03, 4.27289142e-01, 1.50713628e+00, 1.12390799e-02, 9.44408638e-02, 1.35964891e+00, 7.03383168e-02, 3.84266618e-01, 1.84988987e-01, 2.71732304e-01, 2.98864303e-01, 3.76066261e-01, 1.81380436e+01, 5.84920778e-01, 1.67743101e-01, 1.50331260e-01, 1.02742037e-01, 1.20726953e-02, 7.50000000e-01, 1.69239569e-02, 8.75457039e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.50394300e-01}, {0.00000000e+00, 9.10275603e-02, 8.23817770e-02, 6.80179741e-02, 2.95026156e-02, 4.28627549e-02, 4.18628794e-02, 3.97493058e-02, 5.86952720e-01, 1.58533228e-01, 1.11121735e+00, 5.31753716e-02, 2.43002286e-01, 1.43682999e-01, 2.69813309e-01, 5.84920778e-01, 1.89240175e+01, 3.54610075e-01, 1.06409795e-01, 7.42726505e-02, 5.17051285e-01, 7.50000000e-01, 3.01584225e-02, 2.79081365e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 8.49660454e-02}, {0.00000000e+00, 8.75340369e-01, 6.03773710e-01, 3.79110970e-01, 2.86012439e-01, 2.25474962e-01, 1.13897780e-01, 5.52895766e-01, 1.31501535e-01, 9.68805230e-02, 2.59857530e-01, 5.83025512e-02, 1.60899996e-01, 9.72144796e-01, 5.70573606e-01, 1.67743101e-01, 3.54610075e-01, 9.02800848e+00, 1.14463515e+00, 1.17807053e-01, 1.79210510e-01, 7.50000000e-01, 9.65415148e-02, 2.00316511e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 6.99430663e-02}, {0.00000000e+00, 8.27084092e-01, 3.53305100e-01, 6.77518036e-02, 1.99709663e-01, 1.30340902e-01, 5.14073961e-02, 1.35075690e-01, 8.61653901e-02, 4.44355269e-01, 3.36316040e-01, 1.02884887e-01, 2.62669188e-01, 5.31363673e-01, 2.40194503e-01, 1.50331260e-01, 1.06409795e-01, 1.14463515e+00, 1.16950751e+01, 3.90871695e-01, 1.25703039e-02, 7.50000000e-01, 1.11995399e-01, 1.39052321e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 2.05920141e-01}, {0.00000000e+00, 4.77504036e-01, 6.71234492e-02, 1.32369559e-01, 6.47860871e-02, 1.09854687e-01, 6.66400959e-02, 1.48994667e-01, 1.14978024e-01, 1.93788392e+00, 4.62631009e-02, 4.62744892e-01, 6.30878126e-01, 6.98330827e-02, 1.40453450e-01, 1.02742037e-01, 7.42726505e-02, 1.17807053e-01, 3.90871695e-01, 1.16090589e+01, 5.05672115e-03, 7.50000000e-01, 8.04763342e-02, 1.06755129e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 9.07853260e-01}, {0.00000000e+00, 9.76867708e-03, 3.23783774e-02, 4.67559620e-03, 5.42804139e-03, 3.23568839e-03, 2.13219283e-01, 5.68401675e-03, 8.12035191e-02, 9.23811792e-03, 1.75142268e-02, 1.27405990e-01, 1.29243603e-02, 6.36210916e-02, 9.02230244e-03, 1.20726953e-02, 5.17051285e-01, 1.79210510e-01, 1.25703039e-02, 5.05672115e-03, 8.86903633e+01, 7.50000000e-01, 1.73378233e-01, 7.08668846e-03, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 9.17500230e-02}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.99222384e-02, 1.13742904e-01, 2.57579768e-01, 1.97046510e-02, 5.65446816e-02, 1.78617980e+00, 9.25861867e-03, 3.23746871e-01, 1.18573178e-01, 4.16645387e-02, 9.50388211e-02, 2.12719960e-02, 2.22758622e-01, 9.80486654e-03, 1.69239569e-02, 3.01584225e-02, 9.65415148e-02, 1.11995399e-01, 8.04763342e-02, 1.73378233e-01, 7.50000000e-01, 2.84454162e+01, 3.92787209e-02, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.02140077e-01}, {0.00000000e+00, 3.58158006e-01, 9.91005473e-01, 7.98640138e-03, 1.50786644e+00, 8.36539662e+00, 9.33613946e-03, 1.71822465e-01, 6.94918113e-01, 1.15136508e-01, 2.95037286e-01, 1.04757148e-01, 1.70582240e-01, 3.91824098e-01, 2.50506944e-01, 8.75457039e+00, 2.79081365e-01, 2.00316511e-01, 1.39052321e-01, 1.06755129e-01, 7.08668846e-03, 7.50000000e-01, 3.92787209e-02, 8.53499117e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.07889016e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 1.33300000e+00, 3.00000000e-03, 3.00000000e-03}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.40431646e-01, 7.21274943e-02, 4.01312493e-02, 3.37687752e-02, 7.50595678e-02, 4.32977029e-01, 2.67022462e-02, 9.92432853e-02, 6.07207247e+00, 8.07975645e-02, 7.19029657e+00, 1.10650779e+00, 1.16595604e-01, 7.92594202e-02, 1.50394300e-01, 8.49660454e-02, 6.99430663e-02, 2.05920141e-01, 9.07853260e-01, 9.17500230e-02, 7.50000000e-01, 1.02140077e-01, 1.07889016e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 6.85288369e+00}}; /** Underlying frequency ratios for PAM70 */ static const double PAM70_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 4.89972946e+00, 6.04638890e-01, 2.42067963e-01, 6.18433760e-01, 7.71213936e-01, 1.34833512e-01, 1.01498720e+00, 2.21390981e-01, 4.34566961e-01, 2.49319770e-01, 2.49736666e-01, 3.75829845e-01, 5.88646912e-01, 1.03045017e+00, 4.65602795e-01, 2.26934456e-01, 1.34964157e+00, 1.32707297e+00, 8.08640731e-01, 4.32618091e-02, 7.50000000e-01, 1.54222102e-01, 6.38034395e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 3.05507349e-01}, {0.00000000e+00, 6.04638890e-01, 5.42142610e+00, 6.60540784e-02, 5.88929014e+00, 2.24885858e+00, 7.88958522e-02, 6.48829213e-01, 1.09845328e+00, 2.52789787e-01, 7.77906911e-01, 1.19715714e-01, 1.39730820e-01, 4.87904539e+00, 2.73736473e-01, 7.90138593e-01, 2.53425041e-01, 9.54703234e-01, 6.53688648e-01, 1.85063408e-01, 7.80441148e-02, 7.50000000e-01, 2.23329473e-01, 1.61317606e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.59869478e-01}, {0.00000000e+00, 2.42067963e-01, 6.60540784e-02, 2.48333286e+01, 3.97130183e-02, 3.87120726e-02, 5.48382532e-02, 1.15679023e-01, 1.64834856e-01, 2.46442788e-01, 3.83065039e-02, 3.01944614e-02, 4.42379868e-02, 9.65904773e-02, 1.58823055e-01, 3.93861754e-02, 1.51302811e-01, 6.65193229e-01, 1.86417892e-01, 2.74442219e-01, 2.22251459e-02, 7.50000000e-01, 5.23320532e-01, 3.90058338e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 9.54452197e-02}, {0.00000000e+00, 6.18433760e-01, 5.88929014e+00, 3.97130183e-02, 8.89965209e+00, 3.35659301e+00, 3.36340414e-02, 6.39387415e-01, 5.99746161e-01, 1.93031482e-01, 4.83846284e-01, 6.35580693e-02, 1.03502951e-01, 2.39946804e+00, 2.12686642e-01, 9.22524100e-01, 1.38560979e-01, 5.99713481e-01, 4.42110174e-01, 1.72922381e-01, 2.64171458e-02, 7.50000000e-01, 7.98817496e-02, 2.29587193e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.02625370e-01}, {0.00000000e+00, 7.71213936e-01, 2.24885858e+00, 3.87120726e-02, 3.35659301e+00, 8.65385421e+00, 3.82398528e-02, 4.91841782e-01, 4.80150693e-01, 2.83623924e-01, 4.66181910e-01, 1.17487568e-01, 2.12426533e-01, 9.64695360e-01, 3.47480663e-01, 2.25815498e+00, 1.78914910e-01, 4.78627630e-01, 3.38114944e-01, 2.46972907e-01, 1.89756038e-02, 7.50000000e-01, 1.19141830e-01, 5.86672974e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.67617543e-01}, {0.00000000e+00, 1.34833512e-01, 7.88958522e-02, 5.48382532e-02, 3.36340414e-02, 3.82398528e-02, 1.74546228e+01, 1.00136016e-01, 2.76577280e-01, 8.45971180e-01, 4.12894272e-02, 8.23804865e-01, 5.08442478e-01, 1.31366508e-01, 8.91727264e-02, 5.25046736e-02, 9.93639027e-02, 2.15603624e-01, 1.37600314e-01, 2.07856659e-01, 4.52242030e-01, 7.50000000e-01, 3.37849562e+00, 4.44561913e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 8.30493328e-01}, {0.00000000e+00, 1.01498720e+00, 6.48829213e-01, 1.15679023e-01, 6.39387415e-01, 4.91841782e-01, 1.00136016e-01, 7.30864335e+00, 1.45138751e-01, 1.07004308e-01, 2.09861286e-01, 8.09786598e-02, 1.44276056e-01, 6.59774806e-01, 3.08399509e-01, 2.37177521e-01, 1.22086776e-01, 9.64187863e-01, 3.70424893e-01, 3.12986176e-01, 2.68996967e-02, 7.50000000e-01, 4.37757319e-02, 3.80863925e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 8.88316375e-02}, {0.00000000e+00, 2.21390981e-01, 1.09845328e+00, 1.64834856e-01, 5.99746161e-01, 4.80150693e-01, 2.76577280e-01, 1.45138751e-01, 1.64223829e+01, 1.39752446e-01, 3.35085062e-01, 2.59072609e-01, 1.22395235e-01, 1.67658945e+00, 4.92867985e-01, 2.18832010e+00, 1.05779530e+00, 3.26721114e-01, 2.30266854e-01, 2.33270842e-01, 1.86063506e-01, 7.50000000e-01, 6.11386658e-01, 1.22453853e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.23068949e-01}, {0.00000000e+00, 4.34566961e-01, 2.52789787e-01, 2.46442788e-01, 1.93031482e-01, 2.83623924e-01, 8.45971180e-01, 1.07004308e-01, 1.39752446e-01, 1.17505537e+01, 2.66278255e-01, 1.19239531e+00, 1.36908981e+00, 3.22065793e-01, 1.59577365e-01, 1.89299534e-01, 3.01479599e-01, 2.53646367e-01, 7.61111058e-01, 3.00374358e+00, 4.36969076e-02, 7.50000000e-01, 2.80489781e-01, 2.42519143e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 4.37821344e+00}, {0.00000000e+00, 2.49319770e-01, 7.77906911e-01, 3.83065039e-02, 4.83846284e-01, 4.66181910e-01, 4.12894272e-02, 2.09861286e-01, 3.35085062e-01, 2.66278255e-01, 7.61026217e+00, 1.52754534e-01, 9.47937549e-01, 1.11880255e+00, 2.56118662e-01, 7.21669881e-01, 1.93666556e+00, 5.20459614e-01, 6.20196625e-01, 1.38845936e-01, 7.91911207e-02, 7.50000000e-01, 1.00771644e-01, 5.77518724e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.87009175e-01}, {0.00000000e+00, 2.49736666e-01, 1.19715714e-01, 3.01944614e-02, 6.35580693e-02, 1.17487568e-01, 8.23804865e-01, 8.09786598e-02, 2.59072609e-01, 1.19239531e+00, 1.52754534e-01, 8.22843955e+00, 2.12939550e+00, 1.84817584e-01, 1.98778178e-01, 3.50784854e-01, 1.37359422e-01, 1.48574310e-01, 2.40326213e-01, 9.08401895e-01, 2.67168548e-01, 7.50000000e-01, 2.38980900e-01, 2.19154102e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 6.10538395e+00}, {0.00000000e+00, 3.75829845e-01, 1.39730820e-01, 4.42379868e-02, 1.03502951e-01, 2.12426533e-01, 5.08442478e-01, 1.44276056e-01, 1.22395235e-01, 1.36908981e+00, 9.47937549e-01, 2.12939550e+00, 2.85861616e+01, 1.81728699e-01, 1.75926195e-01, 4.86044449e-01, 4.88080973e-01, 3.18976045e-01, 4.97701201e-01, 1.13284160e+00, 5.97810639e-02, 7.50000000e-01, 9.73038916e-02, 3.31664034e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.89998090e+00}, {0.00000000e+00, 5.88646912e-01, 4.87904539e+00, 9.65904773e-02, 2.39946804e+00, 9.64695360e-01, 1.31366508e-01, 6.59774806e-01, 1.67658945e+00, 3.22065793e-01, 1.11880255e+00, 1.84817584e-01, 1.81728699e-01, 7.75354485e+00, 3.44509706e-01, 6.36668056e-01, 3.86583495e-01, 1.36623218e+00, 8.98965212e-01, 1.99138136e-01, 1.37893708e-01, 7.50000000e-01, 3.89624106e-01, 8.21747280e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.26230851e-01}, {0.00000000e+00, 1.03045017e+00, 2.73736473e-01, 1.58823055e-01, 2.12686642e-01, 3.47480663e-01, 8.91727264e-02, 3.08399509e-01, 4.92867985e-01, 1.59577365e-01, 2.56118662e-01, 1.98778178e-01, 1.75926195e-01, 3.44509706e-01, 1.18714088e+01, 6.84263791e-01, 5.26778639e-01, 9.79291808e-01, 5.30644206e-01, 3.07279290e-01, 4.18182164e-02, 7.50000000e-01, 4.66910129e-02, 4.94244365e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.86949727e-01}, {0.00000000e+00, 4.65602795e-01, 7.90138593e-01, 3.93861754e-02, 9.22524100e-01, 2.25815498e+00, 5.25046736e-02, 2.37177521e-01, 2.18832010e+00, 1.89299534e-01, 7.21669881e-01, 3.50784854e-01, 4.86044449e-01, 6.36668056e-01, 6.84263791e-01, 1.14706864e+01, 1.02361055e+00, 3.73519396e-01, 3.29322200e-01, 2.32053434e-01, 5.49721446e-02, 7.50000000e-01, 7.38645866e-02, 6.27280154e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 3.02058283e-01}, {0.00000000e+00, 2.26934456e-01, 2.53425041e-01, 1.51302811e-01, 1.38560979e-01, 1.78914910e-01, 9.93639027e-02, 1.22086776e-01, 1.05779530e+00, 3.01479599e-01, 1.93666556e+00, 1.37359422e-01, 4.88080973e-01, 3.86583495e-01, 5.26778639e-01, 1.02361055e+00, 1.36584013e+01, 6.10010848e-01, 2.83658630e-01, 1.75829089e-01, 9.90780192e-01, 7.50000000e-01, 8.59463892e-02, 5.47017256e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.86881035e-01}, {0.00000000e+00, 1.34964157e+00, 9.54703234e-01, 6.65193229e-01, 5.99713481e-01, 4.78627630e-01, 2.15603624e-01, 9.64187863e-01, 3.26721114e-01, 2.53646367e-01, 5.20459614e-01, 1.48574310e-01, 3.18976045e-01, 1.36623218e+00, 9.79291808e-01, 3.73519396e-01, 6.10010848e-01, 5.20445832e+00, 1.69490837e+00, 3.03324606e-01, 3.23868004e-01, 7.50000000e-01, 2.08076540e-01, 4.32823454e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.80278747e-01}, {0.00000000e+00, 1.32707297e+00, 6.53688648e-01, 1.86417892e-01, 4.42110174e-01, 3.38114944e-01, 1.37600314e-01, 3.70424893e-01, 2.30266854e-01, 7.61111058e-01, 6.20196625e-01, 2.40326213e-01, 4.97701201e-01, 8.98965212e-01, 5.30644206e-01, 3.29322200e-01, 2.83658630e-01, 1.69490837e+00, 7.33707214e+00, 7.18561720e-01, 5.45397612e-02, 7.50000000e-01, 2.27833757e-01, 3.34283233e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 3.97467804e-01}, {0.00000000e+00, 8.08640731e-01, 1.85063408e-01, 2.74442219e-01, 1.72922381e-01, 2.46972907e-01, 2.07856659e-01, 3.12986176e-01, 2.33270842e-01, 3.00374358e+00, 1.38845936e-01, 9.08401895e-01, 1.13284160e+00, 1.99138136e-01, 3.07279290e-01, 2.32053434e-01, 1.75829089e-01, 3.03324606e-01, 7.18561720e-01, 8.21110545e+00, 2.66588959e-02, 7.50000000e-01, 1.80843519e-01, 2.40471284e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.54065018e+00}, {0.00000000e+00, 4.32618091e-02, 7.80441148e-02, 2.22251459e-02, 2.64171458e-02, 1.89756038e-02, 4.52242030e-01, 2.68996967e-02, 1.86063506e-01, 4.36969076e-02, 7.91911207e-02, 2.67168548e-01, 5.97810639e-02, 1.37893708e-01, 4.18182164e-02, 5.49721446e-02, 9.90780192e-01, 3.23868004e-01, 5.45397612e-02, 2.66588959e-02, 8.06167129e+01, 7.50000000e-01, 3.76692625e-01, 3.46622138e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.99738227e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.54222102e-01, 2.23329473e-01, 5.23320532e-01, 7.98817496e-02, 1.19141830e-01, 3.37849562e+00, 4.37757319e-02, 6.11386658e-01, 2.80489781e-01, 1.00771644e-01, 2.38980900e-01, 9.73038916e-02, 3.89624106e-01, 4.66910129e-02, 7.38645866e-02, 8.59463892e-02, 2.08076540e-01, 2.27833757e-01, 1.80843519e-01, 3.76692625e-01, 7.50000000e-01, 2.31438270e+01, 9.94108657e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.51505787e-01}, {0.00000000e+00, 6.38034395e-01, 1.61317606e+00, 3.90058338e-02, 2.29587193e+00, 5.86672974e+00, 4.44561913e-02, 3.80863925e-01, 1.22453853e+00, 2.42519143e-01, 5.77518724e-01, 2.19154102e-01, 3.31664034e-01, 8.21747280e-01, 4.94244365e-01, 6.27280154e+00, 5.47017256e-01, 4.32823454e-01, 3.34283233e-01, 2.40471284e-01, 3.46622138e-02, 7.50000000e-01, 9.94108657e-02, 6.04368813e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.26204268e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 1.33300000e+00, 2.00000000e-02, 2.00000000e-02}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 3.05507349e-01, 1.59869478e-01, 9.54452197e-02, 1.02625370e-01, 1.67617543e-01, 8.30493328e-01, 8.88316375e-02, 2.23068949e-01, 4.37821344e+00, 1.87009175e-01, 6.10538395e+00, 1.89998090e+00, 2.26230851e-01, 1.86949727e-01, 3.02058283e-01, 1.86881035e-01, 1.80278747e-01, 3.97467804e-01, 1.54065018e+00, 1.99738227e-01, 7.50000000e-01, 2.51505787e-01, 2.26204268e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 5.58422761e+00}}; /** Underlying frequency ratios for PAM250 */ static const double PAM250_FREQRATIOS[BLASTAA_SIZE][BLASTAA_SIZE] = {{0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 1.51578006e+00, 1.05606466e+00, 6.26687137e-01, 1.07002228e+00, 1.07474947e+00, 4.46290560e-01, 1.33923306e+00, 7.32178470e-01, 8.88728816e-01, 7.66227814e-01, 6.46341735e-01, 7.70359541e-01, 1.03988401e+00, 1.29408826e+00, 9.03456780e-01, 7.00798809e-01, 1.28966428e+00, 1.31725380e+00, 1.04499203e+00, 2.63609841e-01, 7.50000000e-01, 4.49686798e-01, 1.00010336e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.19479599e-01}, {0.00000000e+00, 1.05606466e+00, 1.84257846e+00, 3.65113184e-01, 2.05195422e+00, 1.82470118e+00, 3.54071966e-01, 1.11918465e+00, 1.29683470e+00, 6.16970770e-01, 1.13010166e+00, 4.52559218e-01, 6.04775077e-01, 1.59985542e+00, 8.46142888e-01, 1.33890747e+00, 8.61808201e-01, 1.11706882e+00, 1.03197349e+00, 6.37811920e-01, 2.96793416e-01, 7.50000000e-01, 4.85608019e-01, 1.61300149e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.02168751e-01}, {0.00000000e+00, 6.26687137e-01, 3.65113184e-01, 1.56285624e+01, 3.06772262e-01, 2.94964746e-01, 3.70976416e-01, 4.59297624e-01, 4.51836855e-01, 5.87603719e-01, 2.86099293e-01, 2.47791243e-01, 2.99408166e-01, 4.32746060e-01, 5.27421501e-01, 2.89534285e-01, 4.30504374e-01, 9.89678273e-01, 6.01385571e-01, 6.38902701e-01, 1.68818010e-01, 7.50000000e-01, 1.07830459e+00, 2.92598254e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 3.50326241e-01}, {0.00000000e+00, 1.07002228e+00, 2.05195422e+00, 3.06772262e-01, 2.43292288e+00, 2.19715052e+00, 2.73911818e-01, 1.14726861e+00, 1.17343465e+00, 5.79909835e-01, 1.01987501e+00, 3.98183329e-01, 5.48083233e-01, 1.61030872e+00, 8.05577240e-01, 1.46152937e+00, 7.42874842e-01, 1.06886174e+00, 9.67471640e-01, 6.11601820e-01, 2.12712296e-01, 7.50000000e-01, 3.69025897e-01, 1.87658077e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 4.53017475e-01}, {0.00000000e+00, 1.07474947e+00, 1.82470118e+00, 2.94964746e-01, 2.19715052e+00, 2.41404373e+00, 2.87098831e-01, 1.04389169e+00, 1.16525001e+00, 6.26339428e-01, 9.87756703e-01, 4.63568053e-01, 6.13603630e-01, 1.39293185e+00, 8.79669521e-01, 1.77158803e+00, 7.82149443e-01, 9.98597151e-01, 9.13853001e-01, 6.60440693e-01, 2.00637717e-01, 7.50000000e-01, 3.71943861e-01, 2.13407372e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.12682678e-01}, {0.00000000e+00, 4.46290560e-01, 3.54071966e-01, 3.70976416e-01, 2.73911818e-01, 2.87098831e-01, 8.02764197e+00, 3.32339414e-01, 6.59545216e-01, 1.26203255e+00, 2.98137999e-01, 1.51752623e+00, 1.04274830e+00, 4.46999215e-01, 3.50828021e-01, 3.43119584e-01, 3.58749728e-01, 4.78353203e-01, 4.88459165e-01, 7.66309017e-01, 1.07668873e+00, 7.50000000e-01, 4.97590308e+00, 3.11511613e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 1.44043358e+00}, {0.00000000e+00, 1.33923306e+00, 1.11918465e+00, 4.59297624e-01, 1.14726861e+00, 1.04389169e+00, 3.32339414e-01, 2.99056680e+00, 6.15552047e-01, 5.57103314e-01, 6.78509416e-01, 3.94686522e-01, 5.25369171e-01, 1.08662777e+00, 8.94077901e-01, 7.57447784e-01, 5.54986868e-01, 1.27845679e+00, 9.98770702e-01, 7.34634729e-01, 2.00363838e-01, 7.50000000e-01, 2.99613619e-01, 9.19064864e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 4.43694156e-01}, {0.00000000e+00, 7.32178470e-01, 1.29683470e+00, 4.51836855e-01, 1.17343465e+00, 1.16525001e+00, 6.59545216e-01, 6.15552047e-01, 4.47513035e+00, 5.70614299e-01, 9.90160946e-01, 6.20055020e-01, 6.09441413e-01, 1.43988866e+00, 9.46471632e-01, 1.96194975e+00, 1.43036819e+00, 8.30226277e-01, 7.40733381e-01, 5.96692220e-01, 5.44285116e-01, 7.50000000e-01, 9.78877039e-01, 1.51243666e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 6.05136779e-01}, {0.00000000e+00, 8.88728816e-01, 6.16970770e-01, 5.87603719e-01, 5.79909835e-01, 6.26339428e-01, 1.26203255e+00, 5.57103314e-01, 5.70614299e-01, 2.83022396e+00, 6.40800116e-01, 1.74919442e+00, 1.64986005e+00, 6.59934398e-01, 6.27243837e-01, 6.25316723e-01, 6.29014923e-01, 7.22513707e-01, 1.01665478e+00, 2.33821719e+00, 3.02670201e-01, 7.50000000e-01, 7.99863687e-01, 6.25893752e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 2.07538421e+00}, {0.00000000e+00, 7.66227814e-01, 1.13010166e+00, 2.86099293e-01, 1.01987501e+00, 9.87756703e-01, 2.98137999e-01, 6.78509416e-01, 9.90160946e-01, 6.40800116e-01, 2.92620120e+00, 5.18814877e-01, 1.09961986e+00, 1.25788411e+00, 7.70516817e-01, 1.18387275e+00, 2.18168472e+00, 9.61645918e-01, 9.95647751e-01, 5.70096500e-01, 4.50323287e-01, 7.50000000e-01, 3.59829368e-01, 1.07322036e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.55622697e-01}, {0.00000000e+00, 6.46341735e-01, 4.52559218e-01, 2.47791243e-01, 3.98183329e-01, 4.63568053e-01, 1.51752623e+00, 3.94686522e-01, 6.20055020e-01, 1.74919442e+00, 5.18814877e-01, 3.92994485e+00, 2.33771776e+00, 5.15595552e-01, 5.56038228e-01, 6.65507525e-01, 5.01008003e-01, 5.24107036e-01, 6.77040993e-01, 1.53178711e+00, 6.46886104e-01, 7.50000000e-01, 8.14904569e-01, 5.51569446e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 3.27192533e+00}, {0.00000000e+00, 7.70359541e-01, 6.04775077e-01, 2.99408166e-01, 5.48083233e-01, 6.13603630e-01, 1.04274830e+00, 5.25369171e-01, 6.09441413e-01, 1.64986005e+00, 1.09961986e+00, 2.33771776e+00, 4.40351686e+00, 6.70496227e-01, 6.21012433e-01, 7.95710012e-01, 9.04471250e-01, 6.98581457e-01, 8.73067477e-01, 1.51039751e+00, 3.74941590e-01, 7.50000000e-01, 5.67675865e-01, 6.92962139e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 2.13016362e+00}, {0.00000000e+00, 1.03988401e+00, 1.59985542e+00, 4.32746060e-01, 1.61030872e+00, 1.39293185e+00, 4.46999215e-01, 1.08662777e+00, 1.43988866e+00, 6.59934398e-01, 1.25788411e+00, 5.15595552e-01, 6.70496227e-01, 1.58773724e+00, 8.93169424e-01, 1.19675558e+00, 9.99684066e-01, 1.17295383e+00, 1.10674855e+00, 6.68196499e-01, 3.94266130e-01, 7.50000000e-01, 6.20758168e-01, 1.30744195e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.59148347e-01}, {0.00000000e+00, 1.29408826e+00, 8.46142888e-01, 5.27421501e-01, 8.05577240e-01, 8.79669521e-01, 3.50828021e-01, 8.94077901e-01, 9.46471632e-01, 6.27243837e-01, 7.70516817e-01, 5.56038228e-01, 6.21012433e-01, 8.93169424e-01, 3.84141803e+00, 1.05550534e+00, 9.60208581e-01, 1.24349521e+00, 1.07552180e+00, 7.58279920e-01, 2.75343404e-01, 7.50000000e-01, 3.20901839e-01, 9.56295438e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.77523805e-01}, {0.00000000e+00, 9.03456780e-01, 1.33890747e+00, 2.89534285e-01, 1.46152937e+00, 1.77158803e+00, 3.43119584e-01, 7.57447784e-01, 1.96194975e+00, 6.25316723e-01, 1.18387275e+00, 6.65507525e-01, 7.95710012e-01, 1.19675558e+00, 1.05550534e+00, 2.54088209e+00, 1.33504131e+00, 8.89983529e-01, 8.32948914e-01, 6.49448913e-01, 3.35176014e-01, 7.50000000e-01, 3.94549334e-01, 2.10683180e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 6.53380354e-01}, {0.00000000e+00, 7.00798809e-01, 8.61808201e-01, 4.30504374e-01, 7.42874842e-01, 7.82149443e-01, 3.58749728e-01, 5.54986868e-01, 1.43036819e+00, 6.29014923e-01, 2.18168472e+00, 5.01008003e-01, 9.04471250e-01, 9.99684066e-01, 9.60208581e-01, 1.33504131e+00, 4.07760419e+00, 9.28286966e-01, 8.20208528e-01, 5.61449723e-01, 1.65111328e+00, 7.50000000e-01, 3.78768704e-01, 1.02308924e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.39632804e-01}, {0.00000000e+00, 1.28966428e+00, 1.11706882e+00, 9.89678273e-01, 1.06886174e+00, 9.98597151e-01, 4.78353203e-01, 1.27845679e+00, 8.30226277e-01, 7.22513707e-01, 9.61645918e-01, 5.24107036e-01, 6.98581457e-01, 1.17295383e+00, 1.24349521e+00, 8.89983529e-01, 9.28286966e-01, 1.44062735e+00, 1.36207698e+00, 7.99071364e-01, 5.65535441e-01, 7.50000000e-01, 5.19882078e-01, 9.51265394e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.83974254e-01}, {0.00000000e+00, 1.31725380e+00, 1.03197349e+00, 6.01385571e-01, 9.67471640e-01, 9.13853001e-01, 4.88459165e-01, 9.98770702e-01, 7.40733381e-01, 1.01665478e+00, 9.95647751e-01, 6.77040993e-01, 8.73067477e-01, 1.10674855e+00, 1.07552180e+00, 8.32948914e-01, 8.20208528e-01, 1.36207698e+00, 1.80640078e+00, 1.06764169e+00, 3.05841935e-01, 7.50000000e-01, 5.30232118e-01, 8.78596534e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.79516037e-01}, {0.00000000e+00, 1.04499203e+00, 6.37811920e-01, 6.38902701e-01, 6.11601820e-01, 6.60440693e-01, 7.66309017e-01, 7.34634729e-01, 5.96692220e-01, 2.33821719e+00, 5.70096500e-01, 1.53178711e+00, 1.51039751e+00, 6.68196499e-01, 7.58279920e-01, 6.49448913e-01, 5.61449723e-01, 7.99071364e-01, 1.06764169e+00, 2.69825619e+00, 2.36794202e-01, 7.50000000e-01, 5.65836205e-01, 6.55650683e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 1.77511928e+00}, {0.00000000e+00, 2.63609841e-01, 2.96793416e-01, 1.68818010e-01, 2.12712296e-01, 2.00637717e-01, 1.07668873e+00, 2.00363838e-01, 5.44285116e-01, 3.02670201e-01, 4.50323287e-01, 6.46886104e-01, 3.74941590e-01, 3.94266130e-01, 2.75343404e-01, 3.35176014e-01, 1.65111328e+00, 5.65535441e-01, 3.05841935e-01, 2.36794202e-01, 5.26606678e+01, 7.50000000e-01, 9.69642510e-01, 2.59266956e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.43022417e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 4.49686798e-01, 4.85608019e-01, 1.07830459e+00, 3.69025897e-01, 3.71943861e-01, 4.97590308e+00, 2.99613619e-01, 9.78877039e-01, 7.99863687e-01, 3.59829368e-01, 8.14904569e-01, 5.67675865e-01, 6.20758168e-01, 3.20901839e-01, 3.94549334e-01, 3.78768704e-01, 5.19882078e-01, 5.30232118e-01, 5.65836205e-01, 9.69642510e-01, 7.50000000e-01, 1.03387565e+01, 3.81794898e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 8.10366134e-01}, {0.00000000e+00, 1.00010336e+00, 1.61300149e+00, 2.92598254e-01, 1.87658077e+00, 2.13407372e+00, 3.11511613e-01, 9.19064864e-01, 1.51243666e+00, 6.25893752e-01, 1.07322036e+00, 5.51569446e-01, 6.92962139e-01, 1.30744195e+00, 9.56295438e-01, 2.10683180e+00, 1.02308924e+00, 9.51265394e-01, 8.78596534e-01, 6.55650683e-01, 2.59266956e-01, 7.50000000e-01, 3.81794898e-01, 2.12220220e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.73996058e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.33300000e+00, 1.70000000e-01, 1.70000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 7.19479599e-01, 5.02168751e-01, 3.50326241e-01, 4.53017475e-01, 5.12682678e-01, 1.44043358e+00, 4.43694156e-01, 6.05136779e-01, 2.07538421e+00, 5.55622697e-01, 3.27192533e+00, 2.13016362e+00, 5.59148347e-01, 5.77523805e-01, 6.53380354e-01, 5.39632804e-01, 5.83974254e-01, 7.79516037e-01, 1.77511928e+00, 5.43022417e-01, 7.50000000e-01, 8.10366134e-01, 5.73996058e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 2.91088108e+00}}; /** Additional bit scale multiplier for BLOSUM62_20A matrix */ #define BLOSUM62_20A_SCALE_MULTIPLIER 0.9666 /** Additional bit scale multiplier for BLOSUM62_20B matrix */ #define BLOSUM62_20B_SCALE_MULTIPLIER 0.9344 SFreqRatios* _PSIMatrixFrequencyRatiosNew(const char* matrix_name) { unsigned int i, j; /* loop indices */ SFreqRatios* retval = NULL; /* the return value */ ASSERT(matrix_name); retval = (SFreqRatios*) malloc(sizeof(SFreqRatios)); if ( !retval ) { return NULL; } retval->data = (double**) _PSIAllocateMatrix(BLASTAA_SIZE, BLASTAA_SIZE, sizeof(double)); if ( !retval->data ) { return _PSIMatrixFrequencyRatiosFree(retval); } if ( !strcasecmp(matrix_name, "BLOSUM62") || !strcasecmp(matrix_name, "BLOSUM62_20")) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM62_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "BLOSUM62_20A")) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM62_20A_SCALE_MULTIPLIER * BLOSUM62_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "BLOSUM62_20B")) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM62_20B_SCALE_MULTIPLIER * BLOSUM62_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "BLOSUM45") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM45_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 3; } else if ( !strcasecmp(matrix_name, "BLOSUM80") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM80_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "BLOSUM50") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM50_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "BLOSUM90") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = BLOSUM90_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "PAM30") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = PAM30_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "PAM70") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = PAM70_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else if ( !strcasecmp(matrix_name, "PAM250") ) { for (i = 0; i < BLASTAA_SIZE; i++) { for (j = 0; j < BLASTAA_SIZE; j++) { retval->data[i][j] = PAM250_FREQRATIOS[i][j]; } } retval->bit_scale_factor = 2; } else { retval = _PSIMatrixFrequencyRatiosFree(retval); } return retval; } SFreqRatios* _PSIMatrixFrequencyRatiosFree(SFreqRatios* freq_ratios) { if ( !freq_ratios ) return NULL; if (freq_ratios->data) { _PSIDeallocateMatrix((void**) freq_ratios->data, BLASTAA_SIZE); } sfree(freq_ratios); return NULL; } bbuchfink-diamond-6dc5717/src/lib/blast/matrix_freq_ratios.h000066400000000000000000000051141523407312000241330ustar00rootroot00000000000000#ifndef ALGO_BLAST_CORE___MATRIX_FREQ_RATIOS__H #define ALGO_BLAST_CORE___MATRIX_FREQ_RATIOS__H /* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Christiam Camacho * */ /** @file matrix_freq_ratios.h * Interface to retrieve the frequency ratios for various scoring matrices. * * See explanation in p 2996 of Nucleic Acids Research, 2001, Vol 29, No 14. */ #include "blast_encoding.h" #ifdef __cplusplus extern "C" { #endif /** Stores the frequency ratios along with their bit scale factor */ typedef struct SFreqRatios { /** The actual frequency ratios */ double** data; /** Used to multiply the values in the above matrix to obtain scores in bit * units */ int bit_scale_factor; } SFreqRatios; /** Retrive the matrix's frequency ratios. * @param matrix_name Available options include: * BLOSUM62 * BLOSUM62_20 * BLOSUM62_20A * BLOSUM62_20B * BLOSUM45 * BLOSUM80 * BLOSUM50 * BLOSUM90 * PAM30 * PAM70 * PAM250 * @return NULL on error */ NCBI_XBLAST_EXPORT SFreqRatios* _PSIMatrixFrequencyRatiosNew(const char* matrix_name); /** Deallocate the frequency ratios structure */ NCBI_XBLAST_EXPORT SFreqRatios* _PSIMatrixFrequencyRatiosFree(SFreqRatios* freq_ratios); #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__MATRIX_FREQ_RATIOS__H */ bbuchfink-diamond-6dc5717/src/lib/blast/ncbi_math.h000066400000000000000000000124601523407312000221570ustar00rootroot00000000000000/* $Id: ncbi_math.h 351792 2012-02-01 16:20:19Z ucko $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Authors: Gish, Kans, Ostell, Schuler * * Version Creation Date: 10/23/91 * * ========================================================================== */ /** @file ncbi_math.h * Prototypes for portable math library (ported from C Toolkit) */ #ifndef ALGO_BLAST_CORE__NCBIMATH #define ALGO_BLAST_CORE__NCBIMATH /** Natural logarithm with shifted input * @param x input operand (x > -1) * @return log(x+1) */ double BLAST_Log1p (double x); /** Exponentional with base e * @param x input operand * @return exp(x) - 1 */ double BLAST_Expm1 (double x); /** Factorial function * @param n input operand * @return (double)(1 * 2 * 3 * ... * n) */ double BLAST_Factorial(int32_t n); /** Logarithm of the factorial * @param x input operand * @return log(1 * 2 * 3 * ... * x) */ double BLAST_LnFactorial (double x); /** log(gamma(n)), integral n * @param n input operand * @return log(1 * 2 * 3 * ... (n-1)) */ double BLAST_LnGammaInt (int32_t n); /** Romberg numerical integrator * @param f Pointer to the function to integrate; the first argument * is the variable to integrate over, the second is a pointer * to a list of additional arguments that f may need * @param fargs Pointer to an array of extra arguments or parameters * needed to compute the function to be integrated. None * of the items in this list may vary over the region * of integration * @param p Left-hand endpoint of the integration interval * @param q Right-hand endpoint of the integration interval * (q is assumed > p) * @param eps The relative error tolerance that indicates convergence * @param epsit The number of consecutive diagonal entries in the * Romberg array whose relative difference must be less than * eps before convergence is assumed. This is presently * limited to 1, 2, or 3 * @param itmin The minimum number of diagnonal Romberg entries that * will be computed * @return The computed integral of f() between p and q */ double BLAST_RombergIntegrate (double (*f) (double, void*), void* fargs, double p, double q, double eps, int32_t epsit, int32_t itmin); /** Greatest common divisor * @param a First operand (any integer) * @param b Second operand (any integer) * @return The largest integer that evenly divides a and b */ int32_t BLAST_Gcd (int32_t a, int32_t b); /** Divide 3 numbers by their greatest common divisor * @param a First integer [in] [out] * @param b Second integer [in] [out] * @param c Third integer [in] [out] * @return The greatest common divisor */ int32_t BLAST_Gdb3(int32_t* a, int32_t* b, int32_t* c); /** Nearest integer * @param x Input to round (rounded value must be representable * as a 32-bit signed integer) * @return floor(x + 0.5); */ long BLAST_Nint (double x); /** Integral power of x * @param x floating-point base of the exponential * @param n (integer) exponent * @return x multiplied by itself n times */ double BLAST_Powi (double x, int32_t n); /** The error function of x: the integral from 0 to x of e(-t*t) dt, * scaled by 2/sqrt(pi) to fall within the range (-1,1). */ double BLAST_Erf (double x); /** The complementary error function of x: 1 - erf(x), but calculated * more accurately for large x (where erf(x) approaches unity). */ double BLAST_ErfC (double x); /** Number of derivatives of log(x) to carry in gamma-related computations */ #define LOGDERIV_ORDER_MAX 4 /** Number of derivatives of polygamma(x) to carry in gamma-related computations for non-integral values of x */ #define POLYGAMMA_ORDER_MAX LOGDERIV_ORDER_MAX /** value of pi is only used in gamma-related computations */ #define NCBIMATH_PI 3.1415926535897932384626433832795 /** Natural log(2) */ #define NCBIMATH_LN2 0.69314718055994530941723212145818 /** Natural log(PI) */ #define NCBIMATH_LNPI 1.1447298858494001741434273513531 #endif /* !ALGO_BLAST_CORE__NCBIMATH */ bbuchfink-diamond-6dc5717/src/lib/blast/ncbi_std.cpp000066400000000000000000000117611523407312000223560ustar00rootroot00000000000000/* $Id$ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * */ /** @file ncbi_std.c * A few utilities needed by code in algo/blast/core but not provided elsewhere. */ #include "blast_def.h" /* for sfree() macro */ #include "ncbi_std.h" void * BlastMemDup (const void *orig, size_t size) { void* copy; if (orig == NULL || size == 0) return NULL; if ((copy = malloc (size)) == NULL) return NULL; memcpy(copy, orig, size); return copy; } /***************************************************************************** * * ListNodeNew(vnp) * adds after last node in list if vnp not NULL * *****************************************************************************/ ListNode* ListNodeNew (ListNode* vnp) { ListNode* newnode; newnode = (ListNode*) calloc(1, sizeof(ListNode)); if (vnp != NULL) { while (vnp->next != NULL) vnp = vnp->next; vnp->next = newnode; } return newnode; } /***************************************************************************** * * ListNodeAdd(head) * adds after last node in list if *head not NULL * If *head is NULL, sets it to the new ListNode * returns pointer to the NEW node added * *****************************************************************************/ ListNode* ListNodeAdd (ListNode** head) { ListNode* newnode; if (head != NULL) { newnode = ListNodeNew(*head); if (*head == NULL) *head = newnode; } else newnode = ListNodeNew(NULL); return newnode; } /* ListNodeAddPointer (head, choice, value) * adds like ListNodeAdd() * sets newnode->choice = choice (if choice does not matter, use 0) * sets newnode->ptr = value * *****************************************************************************/ ListNode* ListNodeAddPointer (ListNode** head, unsigned choice, void *value) { ListNode* newnode; newnode = ListNodeAdd(head); if (newnode != NULL) { newnode->choice = choice; newnode->ptr = value; } return newnode; } /***************************************************************************** * * ListNodeCopyStr (head, choice, str) * adds like ListNodeAdd() * sets newnode->choice = choice (if choice does not matter, use 0) * sets newnode->ptr = str * makes a COPY of str * if str == NULL, does not add a ListNode * *****************************************************************************/ ListNode* ListNodeCopyStr (ListNode** head, int choice, const char* str) { ListNode* newnode; if (str == NULL) return NULL; newnode = ListNodeAdd(head); if (newnode != NULL) { newnode->choice = choice; newnode->ptr = strdup(str); } return newnode; } /***************************************************************************** * * ListNodeFree(vnp) * frees whole chain of ListNodes * Does NOT free associated data pointers * see ListNodeFreeData() * *****************************************************************************/ ListNode* ListNodeFree (ListNode* vnp) { ListNode* next; while (vnp != NULL) { next = vnp->next; sfree(vnp); vnp = next; } return NULL; } /***************************************************************************** * * ListNodeFreeData(vnp) * frees whole chain of ListNodes * frees associated data pointers - BEWARE of this if these are not * allocated single memory block structures. * *****************************************************************************/ ListNode* ListNodeFreeData (ListNode* vnp) { ListNode* next; while (vnp != NULL) { sfree(vnp->ptr); next = vnp->next; sfree(vnp); vnp = next; } return NULL; } bbuchfink-diamond-6dc5717/src/lib/blast/ncbi_std.h000066400000000000000000000166421523407312000220260ustar00rootroot00000000000000/* $Id: ncbi_std.h 417725 2013-11-08 18:44:19Z rafanovi $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * */ /** @file ncbi_std.h * Type and macro definitions from C toolkit that are not defined in C++ * toolkit. */ #ifndef ALGO_BLAST_CORE__NCBI_STD #define ALGO_BLAST_CORE__NCBI_STD #include #include #include #include #include #include #define NCBI_XBLAST_EXPORT /* which toolkit are we using? */ #ifdef __cplusplus extern "C" { #endif #ifndef NCBI_RESTRICT /* now defined in the C++ Toolkit */ /** For some reason, ICC claims a suitable __STDC_VERSION__ but then barfs on restrict. Added ECC per Haruna Cofer */ #if defined(__ICC) || defined(__ECC) #define NCBI_RESTRICT __restrict #elif __STDC_VERSION__ >= 199901 && (!defined(__IBMC__) || defined(__C99_RESTRICT)) #define NCBI_RESTRICT restrict #else #define NCBI_RESTRICT #endif #endif /* inlining support -- compiler dependent */ #if defined(__cplusplus) || __STDC_VERSION__ >= 199901 /** C++ and C99 both guarantee "inline" */ #define NCBI_INLINE inline #elif defined(__GNUC__) /* So does GCC, normally, but it may be running with strict options that require the extra underscores */ #define NCBI_INLINE __inline__ #elif defined(_MSC_VER) || defined(__sgi) || defined(HPUX) /* MSVC and (older) MIPSpro always require leading underscores */ #define NCBI_INLINE __inline #else /** "inline" seems to work on our remaining in-house compilers (WorkShop, Compaq, ICC, MPW) */ #define NCBI_INLINE inline #endif #ifdef _MSC_VER #define strcasecmp _stricmp #define strdup _strdup #define snprintf _snprintf #endif #ifndef _NCBISTD_ /* if we're not in the C toolkit... */ /** bool replacment for C */ #ifndef TRUE /** bool replacment for C indicating true. */ #define TRUE 1 #endif #ifndef FALSE /** bool replacment for C indicating false. */ #define FALSE 0 #endif #endif /** macro for assert. */ #ifndef ASSERT #define ASSERT assert #endif #ifndef MIN /** returns smaller of a and b. */ #define MIN(a,b) ((a)>(b)?(b):(a)) #endif #ifndef MAX /** returns larger of a and b. */ #define MAX(a,b) ((a)>=(b)?(a):(b)) #endif #ifndef ABS /** returns absolute value of a (|a|) */ #define ABS(a) ((a)>=0?(a):-(a)) #endif #ifndef SIGN /** return +1 for a > 0, -1 for a < 0 */ #define SIGN(a) ((a)>0?1:((a)<0?-1:0)) #endif /* low-level ANSI-style functions */ #ifndef _NCBISTD_ /* if we're not in the C toolkit ... */ #ifndef UINT4_MAX /** largest number represented by unsigned int. */ #define UINT4_MAX 4294967295U #endif #ifndef INT4_MAX /** largest nubmer represented by signed int */ #define INT4_MAX 2147483647 #endif #ifndef INT4_MIN /** Smallest (most negative) number represented by signed int */ #define INT4_MIN (-2147483647-1) #endif #ifndef NCBIMATH_LN2 /** natural log of 2. */ #define NCBIMATH_LN2 0.69314718055994530941723212145818 #endif #ifndef INT2_MAX /** largest number represented by signed (two byte) short */ #define INT2_MAX 32767 #endif #ifndef INT2_MIN /** smallest (most negative) number represented by signed (two byte) short */ #define INT2_MIN (-32768) #endif #ifndef INT1_MAX /** largest number represented by signed short (one byte) */ #define INT1_MAX 127 #endif #ifndef INT1_MIN /** smallest (most negative) number represented by signed short (one byte) */ #define INT1_MIN (-128) #endif #ifndef DIM /** dimension of an array. */ #define DIM(A) (sizeof(A)/sizeof((A)[0])) #endif #ifndef NULLB /** terminating byte of a char* string. */ #define NULLB '\0' #endif #endif /* _NCBISTD_ */ /** 64-bit integers */ #ifndef NCBI_CONST_INT8 /* C Toolkit */ # ifdef INT64_C /* stdint.h should have this */ # define NCBI_CONST_INT8(v) INT64_C(v) # define NCBI_CONST_UINT8(v) UINT64_C(v) # elif defined(_MSC_VER) # define NCBI_CONST_INT8(v) v##i64 # define NCBI_CONST_UINT8(v) v##ui64 # else /* Try treating as (unsigned) long long */ # define NCBI_CONST_INT8(v) v##LL # define NCBI_CONST_UINT8(v) v##ULL # endif #endif /** Copies memory using memcpy and malloc * @param orig memory to be copied [in] * @param size amount to be copied [in] * @return pointer to newly allocated memory. NULL if orig NULL, size is zero, * or allocation fails. */ NCBI_XBLAST_EXPORT void* BlastMemDup (const void *orig, size_t size); /******************************************************************************/ /** A generic linked list node structure */ typedef struct ListNode { int choice; /**< to pick a choice */ void *ptr; /**< attached data */ struct ListNode *next; /**< next in linked list */ } ListNode; /** Create a new list node * @param vnp Pointer to the start of the list, may be NULL [in] * @return newly allocated node */ NCBI_XBLAST_EXPORT ListNode* ListNodeNew (ListNode* vnp); /** Add a node to the list. * @param head Pointer to the start of the list, if *head is NULL will * be Pointer to new node. [in] [out] * @return New node */ NCBI_XBLAST_EXPORT ListNode* ListNodeAdd (ListNode** head); /** Add a node to the list with a given choice and data pointer. * @param head Pointer to the start of the list, if *head is NULL will * be Pointer to new node. [in] [out] * @param choice Choice value for the new node. [in] * @param value Data pointer for the new node. [in] * @return New node */ NCBI_XBLAST_EXPORT ListNode* ListNodeAddPointer (ListNode** head, int choice, void *value); /** Free all list's nodes, does not attempt to free data. * @param vnp objects to be freed [in] * @return NULL */ NCBI_XBLAST_EXPORT ListNode* ListNodeFree (ListNode* vnp); /** Free nodes as well as data (vnp->ptr) assuming it is one contiguous chunk. * @param vnp objects to be freed [in] * @return NULL */ NCBI_XBLAST_EXPORT ListNode* ListNodeFreeData (ListNode* vnp); ListNode* ListNodeCopyStr (ListNode** head, int choice, const char* str); /** Add a node to the list with a provided choice, and attached data * pointing to a provided string. * @param head Pointer to the start of the list, if *head is NULL will * be Pointer to new node. [in] [out] * @param choice sets the "choice" field in ListNode [in] * @param str char* buffer to be copied [in] * @return newly allocated node */ NCBI_XBLAST_EXPORT #ifdef __cplusplus } #endif #endif /* !ALGO_BLAST_CORE__NCBI_STD */ bbuchfink-diamond-6dc5717/src/lib/blast/ncbitype.h000066400000000000000000000116541523407312000220540ustar00rootroot00000000000000#ifndef CORELIB___NCBITYPE__H #define CORELIB___NCBITYPE__H /* $Id: ncbitype.h 375760 2012-09-24 14:15:47Z ucko $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Denis Vakatov * * */ /** * @file ncbitype.h * * Defines NCBI C/C++ fixed-size types. * * - Char, Uchar * - Int1, Uint1 * - Int2, Uint2 * - Int4, Uint4 * - Int8, Uint8 * - Ncbi_BigScalar * - Macros for constant values definition. * */ /** @addtogroup Portability * * @{ */ # ifndef __STDC_CONSTANT_MACROS # define __STDC_CONSTANT_MACROS # endif /*!__STDC_CONSTANT_MACROS*/ # ifndef __STDC_FORMAT_MACROS # define __STDC_FORMAT_MACROS # endif /*!__STDC_FORMAT_MACROS*/ # include /* Char, Uchar, Int[1,2,4], Uint[1,2,4] */ #ifdef Int1 # undef Int1 # undef Uint1 # undef Int2 # undef Uint2 # undef Int4 # undef Uint4 #endif #ifdef Int8 # undef Int8 # undef Uint8 #endif typedef char Char; /**< Alias for char */ typedef signed char Schar; /**< Alias for signed char */ typedef unsigned char Uchar; /**< Alias for unsigned char */ typedef int8_t Int1; /**< 1-byte (8-bit) signed integer */ typedef uint8_t Uint1; /**< 1-byte (8-bit) unsigned integer */ typedef int16_t Int2; /**< 2-byte (16-bit) signed integer */ typedef uint16_t Uint2; /**< 2-byte (16-bit) unsigned integer */ typedef int32_t Int4; /**< 4-byte (32-bit) signed integer */ typedef uint32_t Uint4; /**< 4-byte (32-bit) unsigned integer */ typedef int64_t Int8; /**< 8-byte (64-bit) signed integer */ typedef uint64_t Uint8; /**< 8-byte (64-bit) unsigned integer */ /* We still need to know (u)int64_t's ultimate type when defining functions * or operators with one variant per distinct integral type. :-/ */ # if SIZEOF_LONG == 8 && !defined(NCBI_OS_DARWIN) # define NCBI_INT8_IS_LONG 1 # elif SIZEOF_LONG_LONG == 8 # define NCBI_INT8_IS_LONG_LONG 1 # elif SIZEOF___INT64 == 8 # define NCBI_INT8_IS_INT64 1 # endif /* BigScalar */ #define NCBI_BIG_TYPE Int8 #define SIZEOF_NCBI_BIG 8 #if (SIZEOF_LONG_DOUBLE > SIZEOF_NCBI_BIG) # undef NCBI_BIG_TYPE # undef SIZEOF_NCBI_BIG # define NCBI_BIG_TYPE long double # define SIZEOF_NCBI_BIG SIZEOF_LONG_DOUBLE #endif #if (SIZEOF_DOUBLE > SIZEOF_NCBI_BIG) # undef NCBI_BIG_TYPE # undef SIZEOF_NCBI_BIG # define NCBI_BIG_TYPE double # define SIZEOF_NCBI_BIG SIZEOF_DOUBLE #endif #if (SIZEOF_VOIDP > SIZEOF_NCBI_BIG) # undef NCBI_BIG_TYPE # undef SIZEOF_NCBI_BIG # define NCBI_BIG_TYPE void* # define SIZEOF_NCBI_BIG SIZEOF_VOIDP #endif /** * Define large scalar type. * * This is platform dependent. It could be an Int8, long double, double * or void*. */ typedef NCBI_BIG_TYPE Ncbi_BigScalar; /* Macros for constant values definition */ # define NCBI_CONST_INT8(v) INT64_C(v) # define NCBI_CONST_UINT8(v) UINT64_C(v) # define NCBI_INT8_FORMAT_SPEC PRId64 # define NCBI_UINT8_FORMAT_SPEC PRIu64 #elif (SIZEOF_LONG == 8) # define NCBI_CONST_INT8(v) v##L # define NCBI_CONST_UINT8(v) v##UL # define NCBI_INT8_FORMAT_SPEC "ld" # define NCBI_UINT8_FORMAT_SPEC "lu" #elif (SIZEOF_LONG_LONG == 8) # define NCBI_CONST_INT8(v) v##LL # define NCBI_CONST_UINT8(v) v##ULL # if defined(__MINGW32__) || defined(__MINGW64__) # define NCBI_INT8_FORMAT_SPEC "I64d" # define NCBI_UINT8_FORMAT_SPEC "I64u" # else # define NCBI_INT8_FORMAT_SPEC "lld" # define NCBI_UINT8_FORMAT_SPEC "llu" # endif #elif defined(NCBI_USE_INT64) # define NCBI_CONST_INT8(v) v##i64 # define NCBI_CONST_UINT8(v) v##ui64 # define NCBI_INT8_FORMAT_SPEC "I64d" # define NCBI_UINT8_FORMAT_SPEC "I64u" /* Undef auxiliaries */ #undef SIZEOF_NCBI_BIG #undef NCBI_BIG_TYPE #undef NCBI_INT8_TYPE #endif /* CORELIB___NCBITYPE__H */ /* @} */ bbuchfink-diamond-6dc5717/src/lib/blast/nlm_linear_algebra.cpp000066400000000000000000000147161523407312000243710ustar00rootroot00000000000000/* =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /** @file nlm_linear_algebra.c * Basic matrix and vector operations * * @author E. Michael Gertz */ #include #include //#include #include "nlm_linear_algebra.h" /* Documented in nlm_linear_algebra.h. */ double ** Nlm_DenseMatrixNew(size_t nrows, size_t ncols) { double ** mat; /* the new matrix */ mat = (double **) calloc(nrows, sizeof(double *)); if (mat != NULL) { mat[0] = (double *) malloc((size_t) nrows * (size_t) ncols * sizeof(double)); if (mat[0] != NULL) { for (size_t i = 1; i < nrows; i++) { mat[i] = &mat[0][i * ncols]; } } else { free(mat); mat = NULL; } } return mat; } /* Documented in nlm_linear_algebra.h. */ double ** Nlm_LtriangMatrixNew(int n) { int i; /* iteration index */ double ** L; /* the new, lower triangular matrix */ size_t nelts; /* the number of elements in the matrix */ nelts = ((size_t) n * (n + 1))/2; L = (double**) calloc(n, sizeof(double *)); if (L != NULL) { L[0] = (double*) calloc(nelts, sizeof(double)); // was malloc if (L[0] != NULL) { for (i = 1; i < n; i++) { L[i] = L[i - 1] + i; } } else { free(L); L = NULL; } } return L; } /* Documented in nlm_linear_algebra.h. */ void Nlm_DenseMatrixFree(double *** mat) { if(*mat != NULL) { free((*mat)[0]); free(*mat); } *mat = NULL; } /* Documented in nlm_linear_algebra.h. */ int ** Nlm_Int4MatrixNew(int nrows, int ncols) { int i; /* iteration index */ int ** mat; /* the new matrix */ mat = (int **) calloc(nrows, sizeof(int *)); if (mat != NULL) { mat[0] = (int *) malloc((size_t) nrows * (size_t) ncols * sizeof(int)); if (mat[0] != NULL) { for (i = 1; i < nrows; i++) { mat[i] = &mat[0][i * ncols]; } } else { free(mat); mat = NULL; } } return mat; } /* Documented in nlm_linear_algebra.h. */ void Nlm_Int4MatrixFree(int *** mat) { if(*mat != NULL) { free((*mat)[0]); free(*mat); } *mat = NULL; } /* Documented in nlm_linear_algebra.h. */ void Nlm_FactorLtriangPosDef(double ** A, int n) { int i, j, k; /* iteration indices */ double temp; /* temporary variable for intermediate values in a computation */ for (i = 0; i < n; i++) { for (j = 0; j < i; j++) { temp = A[i][j]; for (k = 0; k < j; k++) { temp -= A[i][k] * A[j][k]; } A[i][j] = temp/A[j][j]; } temp = A[i][i]; for (k = 0; k < i; k++) { temp -= A[i][k] * A[i][k]; } A[i][i] = sqrt(temp); } } /* Documented in nlm_linear_algebra.h. */ void Nlm_SolveLtriangPosDef(double x[], int n, double ** L ) { int i, j; /* iteration indices */ double temp; /* temporary variable for intermediate values in a computation */ /* At point x = b in the equation L L\T y = b */ /* Forward solve; L z = b */ for (i = 0; i < n; i++) { temp = x[i]; for (j = 0; j < i; j++) { temp -= L[i][j] * x[j]; } x[i] = temp/L[i][i]; } /* Now x = z. Back solve the system L\T y = z */ for (j = n - 1; j >= 0; j--) { x[j] /= L[j][j]; for (i = 0; i < j; i++) { x[i] -= L[j][i] * x[j]; } } /* Now x = y, the solution to L L\T y = b */ } /* Documented in nlm_linear_algebra.h. */ double Nlm_EuclideanNorm(const double v[], int n) { double sum = 1.0; /* sum of squares of elements in v */ double scale = 0.0; /* a scale factor for the elements in v */ int i; /* iteration index */ for (i = 0; i < n; i++) { if (v[i] != 0.0) { double absvi = fabs(v[i]); if (scale < absvi) { sum = 1.0 + sum * (scale/absvi) * (scale/absvi); scale = absvi; } else { sum += (absvi/scale) * (absvi/scale); } } } return scale * sqrt(sum); } /* Documented in nlm_linear_algebra.h. */ void Nlm_AddVectors(double y[], int n, double alpha, const double x[]) { int i; /* iteration index */ for (i = 0; i < n; i++) { y[i] += alpha * x[i]; } } /* Documented in nlm_linear_algebra.h. */ double Nlm_StepBound(const double x[], int n, const double step_x[], double max) { int i; /* iteration index */ double alpha = max; /* current largest permitted step */ for (i = 0; i < n; i++) { double alpha_i; /* a step to the boundary for the current i */ alpha_i = -x[i] / step_x[i]; if (alpha_i >= 0 && alpha_i < alpha) { alpha = alpha_i; } } return alpha; } bbuchfink-diamond-6dc5717/src/lib/blast/nlm_linear_algebra.h000066400000000000000000000112731523407312000240310ustar00rootroot00000000000000/* $Id: nlm_linear_algebra.h 138123 2008-08-21 19:28:07Z camacho $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /** * @file nlm_linear_algebra.h * Declarations for several linear algebra routines * * @author E. Michael Gertz */ #ifndef __NLM_LINEAR_ALGEBRA__ #define __NLM_LINEAR_ALGEBRA__ #ifdef __cplusplus extern "C" { #endif /** * Create and return a new, dense matrix. Elements of the matrix A * may be accessed as A[i][j] * * @param nrows the number of rows for the new matrix. * @param ncols the number of columns for the new matrix. */ double ** Nlm_DenseMatrixNew(size_t nrows, size_t ncols); /** * Create and return a new, dense, lower-triangular matrix. Elements * of the matrix A may be accessed as A[i][j] for i <= j. * * @param n the dimension of the matrix. */ double ** Nlm_LtriangMatrixNew(int n); /** * Free a matrix created by Nlm_DenseMatrixNew or * Nlm_LtriangMatrixNew. * * @param mat the matrix to be freed * @return always NULL */ void Nlm_DenseMatrixFree(double *** mat); /** * Create and return a new Int4 matrix. Elements of the matrix A * may be accessed as A[i][j] * * @param nrows the number of rows for the new matrix. * @param ncols the number of columns for the new matrix. */ int ** Nlm_Int4MatrixNew(int nrows, int ncols); /** * Free a matrix created by Nlm_DenseMatrixNew or * Nlm_LtriangMatrixNew. * * @param mat the matrix to be freed * @return always NULL */ void Nlm_Int4MatrixFree(int *** mat); /** * Accessing only the lower triangular elements of the symmetric, * positive definite matrix A, compute a lower triangular matrix L * such that A = L L^T (Cholesky factorization.) Overwrite the lower * triangle of A with L. * * This routine may be used with the Nlm_SolveLtriangPosDef routine to * solve systems of equations. * * @param A the lower triangle of a symmetric, positive-definite * matrix * @param n the size of A */ void Nlm_FactorLtriangPosDef(double ** A, int n); /** * Solve the linear system \f$ L L^T y = b \f$, where L is a non-singular * lower triangular matrix, usually computed using * the Nlm_FactorLtriangPosDef routine. * * @param x on entry, the right hand size of the linear system * L L^T y = b; on exit the solution * @param n the size of x * @param L a non-singular lower triangular matrix */ void Nlm_SolveLtriangPosDef(double x[], int n, double ** L); /** * Compute the Euclidean norm (2-norm) of a vector. * * This routine is based on the (freely available) BLAS routine dnrm2, * which handles the scale of the elements of v in a stable fashion. * * @param v a vector * @param n the length of v */ double Nlm_EuclideanNorm(const double v[], int n); /** * Let y = y + alpha * x * * @param y a vector * @param x another vector * @param n the length of x and y * @param alpha a scale factor */ void Nlm_AddVectors(double y[], int n, double alpha, const double x[]); /** * Given a nonnegative vector x and a nonnegative scalar max, returns * the largest value in [0, max] for which x + alpha * step_x >= 0. * * @param x a vector with nonnegative elements * @param step_x another vector * @param n the size of x and step_x * @param max a nonnegative scalar */ double Nlm_StepBound(const double x[], int n, const double step_x[], double max); #ifdef __cplusplus } #endif #endif bbuchfink-diamond-6dc5717/src/lib/blast/raw_scoremat.h000066400000000000000000000113641523407312000227230ustar00rootroot00000000000000#ifndef UTIL_TABLES___SCOREMAT__H #define UTIL_TABLES___SCOREMAT__H /* $Id: raw_scoremat.h 255842 2011-02-28 18:39:03Z ucko $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko * */ /** @file scoremat.h ** Protein alignment score matrices; shared between the two toolkits. **/ #define NCBI_TABLES_EXPORT #ifdef __cplusplus extern "C" { #endif /** data types */ typedef signed char TNCBIScore; typedef struct SNCBIPackedScoreMatrix { const char* symbols; /**< order of residues */ const TNCBIScore* scores; /**< strlen(symbols) x strlen(symbols) */ TNCBIScore defscore; /**< score for unknown residues */ } SNCBIPackedScoreMatrix; /** Map a standard residue code into an index suitable for a particular ** packed score matrix. Calling this function is not as fast as working ** with unpacked matrices, but avoids the overhead of producing them. ** @param sm ** Packed score matrix of interest. ** @param aa ** Standard amino acid code; may be either NCBIstdaa or case-insensitive ** NCBIeaa (which are conveniently disjoint), modulo gaps in coverage. ** (The standard built-in matrices don't cover O or U.) ** @return ** The corresponding index into sm, or -1 if it doesn't cover AA. **/ extern NCBI_TABLES_EXPORT int NCBISM_GetIndex(const SNCBIPackedScoreMatrix* sm, int aa); /** Look up an entry in a packed score matrix. Calling this function is ** not as fast as working with unpacked matrices, but avoids the overhead ** of producing them. ** @param sm ** Packed score matrix of interest. ** @param aa1, aa2 ** Standard amino acid code; may be either NCBIstdaa or case-insensitive ** NCBIeaa (which are conveniently disjoint), modulo gaps in coverage. ** (The standard built-in matrices don't cover O or U.) ** @return ** The corresponding score (or the matrix's default if it doesn't cover ** both residues). **/ extern NCBI_TABLES_EXPORT TNCBIScore NCBISM_GetScore(const SNCBIPackedScoreMatrix* sm, int aa1, int aa2); /** Recommended approach: unpack and index directly. */ #define NCBI_FSM_DIM 128 typedef struct SNCBIFullScoreMatrix { TNCBIScore s[NCBI_FSM_DIM][NCBI_FSM_DIM]; } SNCBIFullScoreMatrix; /** Expand a packed score matrix into an unpacked one, which callers can ** proceed to index directly by standard residue values (NCBIstdaa or ** case-insensitive NCBIeaa, which are conveniently disjoint) modulo gaps ** in coverage, for which the unpacked matrix will hold the packed one's ** default score. (The standard built-in matrices don't cover O or U.) ** @param sm ** Packed score matrix to expand. ** @param fsm ** Storage for the resulting full score matrix. **/ extern NCBI_TABLES_EXPORT void NCBISM_Unpack(const SNCBIPackedScoreMatrix* psm, SNCBIFullScoreMatrix* fsm); /** The standard matrices. */ extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Blosum45; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Blosum50; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Blosum62; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Blosum80; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Blosum90; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Pam30; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Pam70; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix NCBISM_Pam250; extern NCBI_TABLES_EXPORT const SNCBIPackedScoreMatrix* NCBISM_GetStandardMatrix(const char* name); #ifdef __cplusplus } #endif #endif /* UTIL_TABLES___SCOREMAT__H */ bbuchfink-diamond-6dc5717/src/lib/blast/sm_blosum45.c000066400000000000000000000116041523407312000223760ustar00rootroot00000000000000/* $Id: sm_blosum45.c 90506 2006-09-25 19:30:59Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the BLOSUM45 matrix at a scale of ln(2)/3.0. */ static const TNCBIScore s_Blosum45PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -1, -2, -1, -1, -1, 0, -2, -1, -1, -1, -1, -2, -1, 1, 0, -2, -2, 0, -1, -1, -1, -1, -5, /*R*/ -2, 7, 0, -1, -3, 1, 0, -2, 0, -3, -2, 3, -1, -2, -2, -1, -1, -2, -1, -2, -1, -3, 1, -1, -5, /*N*/ -1, 0, 6, 2, -2, 0, 0, 0, 1, -2, -3, 0, -2, -2, -2, 1, 0, -4, -2, -3, 5, -3, 0, -1, -5, /*D*/ -2, -1, 2, 7, -3, 0, 2, -1, 0, -4, -3, 0, -3, -4, -1, 0, -1, -4, -2, -3, 6, -3, 1, -1, -5, /*C*/ -1, -3, -2, -3, 12, -3, -3, -3, -3, -3, -2, -3, -2, -2, -4, -1, -1, -5, -3, -1, -2, -2, -3, -1, -5, /*Q*/ -1, 1, 0, 0, -3, 6, 2, -2, 1, -2, -2, 1, 0, -4, -1, 0, -1, -2, -1, -3, 0, -2, 4, -1, -5, /*E*/ -1, 0, 0, 2, -3, 2, 6, -2, 0, -3, -2, 1, -2, -3, 0, 0, -1, -3, -2, -3, 1, -3, 5, -1, -5, /*G*/ 0, -2, 0, -1, -3, -2, -2, 7, -2, -4, -3, -2, -2, -3, -2, 0, -2, -2, -3, -3, -1, -4, -2, -1, -5, /*H*/ -2, 0, 1, 0, -3, 1, 0, -2, 10, -3, -2, -1, 0, -2, -2, -1, -2, -3, 2, -3, 0, -2, 0, -1, -5, /*I*/ -1, -3, -2, -4, -3, -2, -3, -4, -3, 5, 2, -3, 2, 0, -2, -2, -1, -2, 0, 3, -3, 4, -3, -1, -5, /*L*/ -1, -2, -3, -3, -2, -2, -2, -3, -2, 2, 5, -3, 2, 1, -3, -3, -1, -2, 0, 1, -3, 4, -2, -1, -5, /*K*/ -1, 3, 0, 0, -3, 1, 1, -2, -1, -3, -3, 5, -1, -3, -1, -1, -1, -2, -1, -2, 0, -3, 1, -1, -5, /*M*/ -1, -1, -2, -3, -2, 0, -2, -2, 0, 2, 2, -1, 6, 0, -2, -2, -1, -2, 0, 1, -2, 2, -1, -1, -5, /*F*/ -2, -2, -2, -4, -2, -4, -3, -3, -2, 0, 1, -3, 0, 8, -3, -2, -1, 1, 3, 0, -3, 1, -3, -1, -5, /*P*/ -1, -2, -2, -1, -4, -1, 0, -2, -2, -2, -3, -1, -2, -3, 9, -1, -1, -3, -3, -3, -2, -3, -1, -1, -5, /*S*/ 1, -1, 1, 0, -1, 0, 0, 0, -1, -2, -3, -1, -2, -2, -1, 4, 2, -4, -2, -1, 0, -2, 0, -1, -5, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -1, -1, -1, -1, -1, 2, 5, -3, -1, 0, 0, -1, -1, -1, -5, /*W*/ -2, -2, -4, -4, -5, -2, -3, -2, -3, -2, -2, -2, -2, 1, -3, -4, -3, 15, 3, -3, -4, -2, -2, -1, -5, /*Y*/ -2, -1, -2, -2, -3, -1, -2, -3, 2, 0, 0, -1, 0, 3, -3, -2, -1, 3, 8, -1, -2, 0, -2, -1, -5, /*V*/ 0, -2, -3, -3, -1, -3, -3, -3, -3, 3, 1, -2, 1, 0, -3, -1, 0, -3, -1, 5, -3, 2, -3, -1, -5, /*B*/ -1, -1, 5, 6, -2, 0, 1, -1, 0, -3, -3, 0, -2, -3, -2, 0, 0, -4, -2, -3, 5, -3, 1, -1, -5, /*J*/ -1, -3, -3, -3, -2, -2, -3, -4, -2, 4, 4, -3, 2, 1, -3, -2, -1, -2, 0, 2, -3, 4, -2, -1, -5, /*Z*/ -1, 1, 0, 1, -3, 4, 5, -2, 0, -3, -2, 1, -1, -3, -1, 0, -1, -2, -2, -3, 1, -2, 5, -1, -5, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -5, /***/ -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, 1 }; const SNCBIPackedScoreMatrix NCBISM_Blosum45 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Blosum45PSM, -5 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_blosum50.c000066400000000000000000000116041523407312000223720ustar00rootroot00000000000000/* $Id: sm_blosum50.c 90507 2006-09-25 19:31:51Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the BLOSUM50 matrix at a scale of ln(2)/3.0. */ static const TNCBIScore s_Blosum50PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -1, -2, -1, -1, -1, 0, -2, -1, -2, -1, -1, -3, -1, 1, 0, -3, -2, 0, -2, -2, -1, -1, -5, /*R*/ -2, 7, -1, -2, -4, 1, 0, -3, 0, -4, -3, 3, -2, -3, -3, -1, -1, -3, -1, -3, -1, -3, 0, -1, -5, /*N*/ -1, -1, 7, 2, -2, 0, 0, 0, 1, -3, -4, 0, -2, -4, -2, 1, 0, -4, -2, -3, 5, -4, 0, -1, -5, /*D*/ -2, -2, 2, 8, -4, 0, 2, -1, -1, -4, -4, -1, -4, -5, -1, 0, -1, -5, -3, -4, 6, -4, 1, -1, -5, /*C*/ -1, -4, -2, -4, 13, -3, -3, -3, -3, -2, -2, -3, -2, -2, -4, -1, -1, -5, -3, -1, -3, -2, -3, -1, -5, /*Q*/ -1, 1, 0, 0, -3, 7, 2, -2, 1, -3, -2, 2, 0, -4, -1, 0, -1, -1, -1, -3, 0, -3, 4, -1, -5, /*E*/ -1, 0, 0, 2, -3, 2, 6, -3, 0, -4, -3, 1, -2, -3, -1, -1, -1, -3, -2, -3, 1, -3, 5, -1, -5, /*G*/ 0, -3, 0, -1, -3, -2, -3, 8, -2, -4, -4, -2, -3, -4, -2, 0, -2, -3, -3, -4, -1, -4, -2, -1, -5, /*H*/ -2, 0, 1, -1, -3, 1, 0, -2, 10, -4, -3, 0, -1, -1, -2, -1, -2, -3, 2, -4, 0, -3, 0, -1, -5, /*I*/ -1, -4, -3, -4, -2, -3, -4, -4, -4, 5, 2, -3, 2, 0, -3, -3, -1, -3, -1, 4, -4, 4, -3, -1, -5, /*L*/ -2, -3, -4, -4, -2, -2, -3, -4, -3, 2, 5, -3, 3, 1, -4, -3, -1, -2, -1, 1, -4, 4, -3, -1, -5, /*K*/ -1, 3, 0, -1, -3, 2, 1, -2, 0, -3, -3, 6, -2, -4, -1, 0, -1, -3, -2, -3, 0, -3, 1, -1, -5, /*M*/ -1, -2, -2, -4, -2, 0, -2, -3, -1, 2, 3, -2, 7, 0, -3, -2, -1, -1, 0, 1, -3, 2, -1, -1, -5, /*F*/ -3, -3, -4, -5, -2, -4, -3, -4, -1, 0, 1, -4, 0, 8, -4, -3, -2, 1, 4, -1, -4, 1, -4, -1, -5, /*P*/ -1, -3, -2, -1, -4, -1, -1, -2, -2, -3, -4, -1, -3, -4, 10, -1, -1, -4, -3, -3, -2, -3, -1, -1, -5, /*S*/ 1, -1, 1, 0, -1, 0, -1, 0, -1, -3, -3, 0, -2, -3, -1, 5, 2, -4, -2, -2, 0, -3, 0, -1, -5, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -1, -1, -1, -2, -1, 2, 5, -3, -2, 0, 0, -1, -1, -1, -5, /*W*/ -3, -3, -4, -5, -5, -1, -3, -3, -3, -3, -2, -3, -1, 1, -4, -4, -3, 15, 2, -3, -5, -2, -2, -1, -5, /*Y*/ -2, -1, -2, -3, -3, -1, -2, -3, 2, -1, -1, -2, 0, 4, -3, -2, -2, 2, 8, -1, -3, -1, -2, -1, -5, /*V*/ 0, -3, -3, -4, -1, -3, -3, -4, -4, 4, 1, -3, 1, -1, -3, -2, 0, -3, -1, 5, -3, 2, -3, -1, -5, /*B*/ -2, -1, 5, 6, -3, 0, 1, -1, 0, -4, -4, 0, -3, -4, -2, 0, 0, -5, -3, -3, 6, -4, 1, -1, -5, /*J*/ -2, -3, -4, -4, -2, -3, -3, -4, -3, 4, 4, -3, 2, 1, -3, -3, -1, -2, -1, 2, -4, 4, -3, -1, -5, /*Z*/ -1, 0, 0, 1, -3, 4, 5, -2, 0, -3, -3, 1, -1, -4, -1, 0, -1, -2, -2, -3, 1, -3, 5, -1, -5, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -5, /***/ -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, 1 }; const SNCBIPackedScoreMatrix NCBISM_Blosum50 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Blosum50PSM, -5 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_blosum62.c000066400000000000000000000116031523407312000223740ustar00rootroot00000000000000/* $Id: sm_blosum62.c 90506 2006-09-25 19:30:59Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the BLOSUM62 matrix at a scale of ln(2)/2.0. */ static const TNCBIScore s_Blosum62PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 4, -1, -2, -2, 0, -1, -1, 0, -2, -1, -1, -1, -1, -2, -1, 1, 0, -3, -2, 0, -2, -1, -1, -1, -4, /*R*/ -1, 5, 0, -2, -3, 1, 0, -2, 0, -3, -2, 2, -1, -3, -2, -1, -1, -3, -2, -3, -1, -2, 0, -1, -4, /*N*/ -2, 0, 6, 1, -3, 0, 0, 0, 1, -3, -3, 0, -2, -3, -2, 1, 0, -4, -2, -3, 4, -3, 0, -1, -4, /*D*/ -2, -2, 1, 6, -3, 0, 2, -1, -1, -3, -4, -1, -3, -3, -1, 0, -1, -4, -3, -3, 4, -3, 1, -1, -4, /*C*/ 0, -3, -3, -3, 9, -3, -4, -3, -3, -1, -1, -3, -1, -2, -3, -1, -1, -2, -2, -1, -3, -1, -3, -1, -4, /*Q*/ -1, 1, 0, 0, -3, 5, 2, -2, 0, -3, -2, 1, 0, -3, -1, 0, -1, -2, -1, -2, 0, -2, 4, -1, -4, /*E*/ -1, 0, 0, 2, -4, 2, 5, -2, 0, -3, -3, 1, -2, -3, -1, 0, -1, -3, -2, -2, 1, -3, 4, -1, -4, /*G*/ 0, -2, 0, -1, -3, -2, -2, 6, -2, -4, -4, -2, -3, -3, -2, 0, -2, -2, -3, -3, -1, -4, -2, -1, -4, /*H*/ -2, 0, 1, -1, -3, 0, 0, -2, 8, -3, -3, -1, -2, -1, -2, -1, -2, -2, 2, -3, 0, -3, 0, -1, -4, /*I*/ -1, -3, -3, -3, -1, -3, -3, -4, -3, 4, 2, -3, 1, 0, -3, -2, -1, -3, -1, 3, -3, 3, -3, -1, -4, /*L*/ -1, -2, -3, -4, -1, -2, -3, -4, -3, 2, 4, -2, 2, 0, -3, -2, -1, -2, -1, 1, -4, 3, -3, -1, -4, /*K*/ -1, 2, 0, -1, -3, 1, 1, -2, -1, -3, -2, 5, -1, -3, -1, 0, -1, -3, -2, -2, 0, -3, 1, -1, -4, /*M*/ -1, -1, -2, -3, -1, 0, -2, -3, -2, 1, 2, -1, 5, 0, -2, -1, -1, -1, -1, 1, -3, 2, -1, -1, -4, /*F*/ -2, -3, -3, -3, -2, -3, -3, -3, -1, 0, 0, -3, 0, 6, -4, -2, -2, 1, 3, -1, -3, 0, -3, -1, -4, /*P*/ -1, -2, -2, -1, -3, -1, -1, -2, -2, -3, -3, -1, -2, -4, 7, -1, -1, -4, -3, -2, -2, -3, -1, -1, -4, /*S*/ 1, -1, 1, 0, -1, 0, 0, 0, -1, -2, -2, 0, -1, -2, -1, 4, 1, -3, -2, -2, 0, -2, 0, -1, -4, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -1, -1, -1, -2, -1, 1, 5, -2, -2, 0, -1, -1, -1, -1, -4, /*W*/ -3, -3, -4, -4, -2, -2, -3, -2, -2, -3, -2, -3, -1, 1, -4, -3, -2, 11, 2, -3, -4, -2, -2, -1, -4, /*Y*/ -2, -2, -2, -3, -2, -1, -2, -3, 2, -1, -1, -2, -1, 3, -3, -2, -2, 2, 7, -1, -3, -1, -2, -1, -4, /*V*/ 0, -3, -3, -3, -1, -2, -2, -3, -3, 3, 1, -2, 1, -1, -2, -2, 0, -3, -1, 4, -3, 2, -2, -1, -4, /*B*/ -2, -1, 4, 4, -3, 0, 1, -1, 0, -3, -4, 0, -3, -3, -2, 0, -1, -4, -3, -3, 4, -3, 0, -1, -4, /*J*/ -1, -2, -3, -3, -1, -2, -3, -4, -3, 3, 3, -3, 2, 0, -3, -2, -1, -2, -1, 2, -3, 3, -3, -1, -4, /*Z*/ -1, 0, 0, 1, -3, 4, 4, -2, 0, -3, -3, 1, -1, -3, -1, 0, -1, -2, -2, -2, 0, -3, 4, -1, -4, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -4, /***/ -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, 1 }; const SNCBIPackedScoreMatrix NCBISM_Blosum62 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Blosum62PSM, -4 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_blosum80.c000066400000000000000000000116041523407312000223750ustar00rootroot00000000000000/* $Id: sm_blosum80.c 90506 2006-09-25 19:30:59Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the BLOSUM80 matrix at a scale of ln(2)/2.0. */ static const TNCBIScore s_Blosum80PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -2, -2, -1, -1, -1, 0, -2, -2, -2, -1, -1, -3, -1, 1, 0, -3, -2, 0, -2, -2, -1, -1, -6, /*R*/ -2, 6, -1, -2, -4, 1, -1, -3, 0, -3, -3, 2, -2, -4, -2, -1, -1, -4, -3, -3, -1, -3, 0, -1, -6, /*N*/ -2, -1, 6, 1, -3, 0, -1, -1, 0, -4, -4, 0, -3, -4, -3, 0, 0, -4, -3, -4, 5, -4, 0, -1, -6, /*D*/ -2, -2, 1, 6, -4, -1, 1, -2, -2, -4, -5, -1, -4, -4, -2, -1, -1, -6, -4, -4, 5, -5, 1, -1, -6, /*C*/ -1, -4, -3, -4, 9, -4, -5, -4, -4, -2, -2, -4, -2, -3, -4, -2, -1, -3, -3, -1, -4, -2, -4, -1, -6, /*Q*/ -1, 1, 0, -1, -4, 6, 2, -2, 1, -3, -3, 1, 0, -4, -2, 0, -1, -3, -2, -3, 0, -3, 4, -1, -6, /*E*/ -1, -1, -1, 1, -5, 2, 6, -3, 0, -4, -4, 1, -2, -4, -2, 0, -1, -4, -3, -3, 1, -4, 5, -1, -6, /*G*/ 0, -3, -1, -2, -4, -2, -3, 6, -3, -5, -4, -2, -4, -4, -3, -1, -2, -4, -4, -4, -1, -5, -3, -1, -6, /*H*/ -2, 0, 0, -2, -4, 1, 0, -3, 8, -4, -3, -1, -2, -2, -3, -1, -2, -3, 2, -4, -1, -4, 0, -1, -6, /*I*/ -2, -3, -4, -4, -2, -3, -4, -5, -4, 5, 1, -3, 1, -1, -4, -3, -1, -3, -2, 3, -4, 3, -4, -1, -6, /*L*/ -2, -3, -4, -5, -2, -3, -4, -4, -3, 1, 4, -3, 2, 0, -3, -3, -2, -2, -2, 1, -4, 3, -3, -1, -6, /*K*/ -1, 2, 0, -1, -4, 1, 1, -2, -1, -3, -3, 5, -2, -4, -1, -1, -1, -4, -3, -3, -1, -3, 1, -1, -6, /*M*/ -1, -2, -3, -4, -2, 0, -2, -4, -2, 1, 2, -2, 6, 0, -3, -2, -1, -2, -2, 1, -3, 2, -1, -1, -6, /*F*/ -3, -4, -4, -4, -3, -4, -4, -4, -2, -1, 0, -4, 0, 6, -4, -3, -2, 0, 3, -1, -4, 0, -4, -1, -6, /*P*/ -1, -2, -3, -2, -4, -2, -2, -3, -3, -4, -3, -1, -3, -4, 8, -1, -2, -5, -4, -3, -2, -4, -2, -1, -6, /*S*/ 1, -1, 0, -1, -2, 0, 0, -1, -1, -3, -3, -1, -2, -3, -1, 5, 1, -4, -2, -2, 0, -3, 0, -1, -6, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -2, -1, -1, -2, -2, 1, 5, -4, -2, 0, -1, -1, -1, -1, -6, /*W*/ -3, -4, -4, -6, -3, -3, -4, -4, -3, -3, -2, -4, -2, 0, -5, -4, -4, 11, 2, -3, -5, -3, -3, -1, -6, /*Y*/ -2, -3, -3, -4, -3, -2, -3, -4, 2, -2, -2, -3, -2, 3, -4, -2, -2, 2, 7, -2, -3, -2, -3, -1, -6, /*V*/ 0, -3, -4, -4, -1, -3, -3, -4, -4, 3, 1, -3, 1, -1, -3, -2, 0, -3, -2, 4, -4, 2, -3, -1, -6, /*B*/ -2, -1, 5, 5, -4, 0, 1, -1, -1, -4, -4, -1, -3, -4, -2, 0, -1, -5, -3, -4, 5, -4, 0, -1, -6, /*J*/ -2, -3, -4, -5, -2, -3, -4, -5, -4, 3, 3, -3, 2, 0, -4, -3, -1, -3, -2, 2, -4, 3, -3, -1, -6, /*Z*/ -1, 0, 0, 1, -4, 4, 5, -3, 0, -4, -3, 1, -1, -4, -2, 0, -1, -3, -3, -3, 0, -3, 5, -1, -6, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -6, /***/ -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, 1 }; const SNCBIPackedScoreMatrix NCBISM_Blosum80 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Blosum80PSM, -6 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_blosum90.c000066400000000000000000000116031523407312000223750ustar00rootroot00000000000000/* $Id: sm_blosum90.c 90507 2006-09-25 19:31:51Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the BLOSUM90 matrix at a scale of ln(2)/2.0. */ static const TNCBIScore s_Blosum90PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -2, -3, -1, -1, -1, 0, -2, -2, -2, -1, -2, -3, -1, 1, 0, -4, -3, -1, -2, -2, -1, -1, -6, /*R*/ -2, 6, -1, -3, -5, 1, -1, -3, 0, -4, -3, 2, -2, -4, -3, -1, -2, -4, -3, -3, -2, -3, 0, -1, -6, /*N*/ -2, -1, 7, 1, -4, 0, -1, -1, 0, -4, -4, 0, -3, -4, -3, 0, 0, -5, -3, -4, 5, -4, -1, -1, -6, /*D*/ -3, -3, 1, 7, -5, -1, 1, -2, -2, -5, -5, -1, -4, -5, -3, -1, -2, -6, -4, -5, 5, -5, 1, -1, -6, /*C*/ -1, -5, -4, -5, 9, -4, -6, -4, -5, -2, -2, -4, -2, -3, -4, -2, -2, -4, -4, -2, -4, -2, -5, -1, -6, /*Q*/ -1, 1, 0, -1, -4, 7, 2, -3, 1, -4, -3, 1, 0, -4, -2, -1, -1, -3, -3, -3, -1, -3, 5, -1, -6, /*E*/ -1, -1, -1, 1, -6, 2, 6, -3, -1, -4, -4, 0, -3, -5, -2, -1, -1, -5, -4, -3, 1, -4, 5, -1, -6, /*G*/ 0, -3, -1, -2, -4, -3, -3, 6, -3, -5, -5, -2, -4, -5, -3, -1, -3, -4, -5, -5, -2, -5, -3, -1, -6, /*H*/ -2, 0, 0, -2, -5, 1, -1, -3, 8, -4, -4, -1, -3, -2, -3, -2, -2, -3, 1, -4, -1, -4, 0, -1, -6, /*I*/ -2, -4, -4, -5, -2, -4, -4, -5, -4, 5, 1, -4, 1, -1, -4, -3, -1, -4, -2, 3, -5, 3, -4, -1, -6, /*L*/ -2, -3, -4, -5, -2, -3, -4, -5, -4, 1, 5, -3, 2, 0, -4, -3, -2, -3, -2, 0, -5, 4, -4, -1, -6, /*K*/ -1, 2, 0, -1, -4, 1, 0, -2, -1, -4, -3, 6, -2, -4, -2, -1, -1, -5, -3, -3, -1, -3, 1, -1, -6, /*M*/ -2, -2, -3, -4, -2, 0, -3, -4, -3, 1, 2, -2, 7, -1, -3, -2, -1, -2, -2, 0, -4, 2, -2, -1, -6, /*F*/ -3, -4, -4, -5, -3, -4, -5, -5, -2, -1, 0, -4, -1, 7, -4, -3, -3, 0, 3, -2, -4, 0, -4, -1, -6, /*P*/ -1, -3, -3, -3, -4, -2, -2, -3, -3, -4, -4, -2, -3, -4, 8, -2, -2, -5, -4, -3, -3, -4, -2, -1, -6, /*S*/ 1, -1, 0, -1, -2, -1, -1, -1, -2, -3, -3, -1, -2, -3, -2, 5, 1, -4, -3, -2, 0, -3, -1, -1, -6, /*T*/ 0, -2, 0, -2, -2, -1, -1, -3, -2, -1, -2, -1, -1, -3, -2, 1, 6, -4, -2, -1, -1, -2, -1, -1, -6, /*W*/ -4, -4, -5, -6, -4, -3, -5, -4, -3, -4, -3, -5, -2, 0, -5, -4, -4, 11, 2, -3, -6, -3, -4, -1, -6, /*Y*/ -3, -3, -3, -4, -4, -3, -4, -5, 1, -2, -2, -3, -2, 3, -4, -3, -2, 2, 8, -3, -4, -2, -3, -1, -6, /*V*/ -1, -3, -4, -5, -2, -3, -3, -5, -4, 3, 0, -3, 0, -2, -3, -2, -1, -3, -3, 5, -4, 1, -3, -1, -6, /*B*/ -2, -2, 5, 5, -4, -1, 1, -2, -1, -5, -5, -1, -4, -4, -3, 0, -1, -6, -4, -4, 5, -5, 0, -1, -6, /*J*/ -2, -3, -4, -5, -2, -3, -4, -5, -4, 3, 4, -3, 2, 0, -4, -3, -2, -3, -2, 1, -5, 4, -4, -1, -6, /*Z*/ -1, 0, -1, 1, -5, 5, 5, -3, 0, -4, -4, 1, -2, -4, -2, -1, -1, -4, -3, -3, 0, -4, 5, -1, -6, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -6, /***/ -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, 1 }; const SNCBIPackedScoreMatrix NCBISM_Blosum90 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Blosum90PSM, -6 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_pam250.c000066400000000000000000000115711523407312000217330ustar00rootroot00000000000000/* $Id: sm_pam250.c 90506 2006-09-25 19:30:59Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the PAM250 matrix at a scale of ln(2)/3.0. */ static const TNCBIScore s_Pam250PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 2, -2, 0, 0, -2, 0, 0, 1, -1, -1, -2, -1, -1, -3, 1, 1, 1, -6, -3, 0, 0, -1, 0, -1, -8, /*R*/ -2, 6, 0, -1, -4, 1, -1, -3, 2, -2, -3, 3, 0, -4, 0, 0, -1, 2, -4, -2, -1, -3, 0, -1, -8, /*N*/ 0, 0, 2, 2, -4, 1, 1, 0, 2, -2, -3, 1, -2, -3, 0, 1, 0, -4, -2, -2, 2, -3, 1, -1, -8, /*D*/ 0, -1, 2, 4, -5, 2, 3, 1, 1, -2, -4, 0, -3, -6, -1, 0, 0, -7, -4, -2, 3, -3, 3, -1, -8, /*C*/ -2, -4, -4, -5, 12, -5, -5, -3, -3, -2, -6, -5, -5, -4, -3, 0, -2, -8, 0, -2, -4, -5, -5, -1, -8, /*Q*/ 0, 1, 1, 2, -5, 4, 2, -1, 3, -2, -2, 1, -1, -5, 0, -1, -1, -5, -4, -2, 1, -2, 3, -1, -8, /*E*/ 0, -1, 1, 3, -5, 2, 4, 0, 1, -2, -3, 0, -2, -5, -1, 0, 0, -7, -4, -2, 3, -3, 3, -1, -8, /*G*/ 1, -3, 0, 1, -3, -1, 0, 5, -2, -3, -4, -2, -3, -5, 0, 1, 0, -7, -5, -1, 0, -4, 0, -1, -8, /*H*/ -1, 2, 2, 1, -3, 3, 1, -2, 6, -2, -2, 0, -2, -2, 0, -1, -1, -3, 0, -2, 1, -2, 2, -1, -8, /*I*/ -1, -2, -2, -2, -2, -2, -2, -3, -2, 5, 2, -2, 2, 1, -2, -1, 0, -5, -1, 4, -2, 3, -2, -1, -8, /*L*/ -2, -3, -3, -4, -6, -2, -3, -4, -2, 2, 6, -3, 4, 2, -3, -3, -2, -2, -1, 2, -3, 5, -3, -1, -8, /*K*/ -1, 3, 1, 0, -5, 1, 0, -2, 0, -2, -3, 5, 0, -5, -1, 0, 0, -3, -4, -2, 1, -3, 0, -1, -8, /*M*/ -1, 0, -2, -3, -5, -1, -2, -3, -2, 2, 4, 0, 6, 0, -2, -2, -1, -4, -2, 2, -2, 3, -2, -1, -8, /*F*/ -3, -4, -3, -6, -4, -5, -5, -5, -2, 1, 2, -5, 0, 9, -5, -3, -3, 0, 7, -1, -4, 2, -5, -1, -8, /*P*/ 1, 0, 0, -1, -3, 0, -1, 0, 0, -2, -3, -1, -2, -5, 6, 1, 0, -6, -5, -1, -1, -2, 0, -1, -8, /*S*/ 1, 0, 1, 0, 0, -1, 0, 1, -1, -1, -3, 0, -2, -3, 1, 2, 1, -2, -3, -1, 0, -2, 0, -1, -8, /*T*/ 1, -1, 0, 0, -2, -1, 0, 0, -1, 0, -2, 0, -1, -3, 0, 1, 3, -5, -3, 0, 0, -1, -1, -1, -8, /*W*/ -6, 2, -4, -7, -8, -5, -7, -7, -3, -5, -2, -3, -4, 0, -6, -2, -5, 17, 0, -6, -5, -3, -6, -1, -8, /*Y*/ -3, -4, -2, -4, 0, -4, -4, -5, 0, -1, -1, -4, -2, 7, -5, -3, -3, 0, 10, -2, -3, -1, -4, -1, -8, /*V*/ 0, -2, -2, -2, -2, -2, -2, -1, -2, 4, 2, -2, 2, -1, -1, -1, 0, -6, -2, 4, -2, 2, -2, -1, -8, /*B*/ 0, -1, 2, 3, -4, 1, 3, 0, 1, -2, -3, 1, -2, -4, -1, 0, 0, -5, -3, -2, 3, -3, 2, -1, -8, /*J*/ -1, -3, -3, -3, -5, -2, -3, -4, -2, 3, 5, -3, 3, 2, -2, -2, -1, -3, -1, 2, -3, 5, -2, -1, -8, /*Z*/ 0, 0, 1, 3, -5, 3, 3, 0, 2, -2, -3, 0, -2, -5, 0, 0, -1, -6, -4, -2, 2, -2, 3, -1, -8, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -8, /***/ -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, 1 }; const SNCBIPackedScoreMatrix NCBISM_Pam250 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Pam250PSM, -8 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_pam30.c000066400000000000000000000115651523407312000216520ustar00rootroot00000000000000/* $Id: sm_pam30.c 90506 2006-09-25 19:30:59Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the PAM30 matrix at a scale of ln(2)/2.0. */ static const TNCBIScore s_Pam30PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 6, -7, -4, -3, -6, -4, -2, -2, -7, -5, -6, -7, -5, -8, -2, 0, -1,-13, -8, -2, -3, -6, -3, -1,-17, /*R*/ -7, 8, -6,-10, -8, -2, -9, -9, -2, -5, -8, 0, -4, -9, -4, -3, -6, -2,-10, -8, -7, -7, -4, -1,-17, /*N*/ -4, -6, 8, 2,-11, -3, -2, -3, 0, -5, -7, -1, -9, -9, -6, 0, -2, -8, -4, -8, 6, -6, -3, -1,-17, /*D*/ -3,-10, 2, 8,-14, -2, 2, -3, -4, -7,-12, -4,-11, -15, -8, -4, -5,-15,-11, -8, 6,-10, 1, -1,-17, /*C*/ -6, -8,-11,-14, 10,-14,-14, -9, -7, -6,-15,-14,-13, -13, -8, -3, -8,-15, -4, -6,-12, -9,-14, -1,-17, /*Q*/ -4, -2, -3, -2,-14, 8, 1, -7, 1, -8, -5, -3, -4, -13, -3, -5, -5,-13,-12, -7, -3, -5, 6, -1,-17, /*E*/ -2, -9, -2, 2,-14, 1, 8, -4, -5, -5, -9, -4, -7, -14, -5, -4, -6,-17, -8, -6, 1, -7, 6, -1,-17, /*G*/ -2, -9, -3, -3, -9, -7, -4, 6, -9,-11,-10, -7, -8, -9, -6, -2, -6,-15,-14, -5, -3,-10, -5, -1,-17, /*H*/ -7, -2, 0, -4, -7, 1, -5, -9, 9, -9, -6, -6,-10, -6, -4, -6, -7, -7, -3, -6, -1, -7, -1, -1,-17, /*I*/ -5, -5, -5, -7, -6, -8, -5,-11, -9, 8, -1, -6, -1, -2, -8, -7, -2,-14, -6, 2, -6, 5, -6, -1,-17, /*L*/ -6, -8, -7,-12,-15, -5, -9,-10, -6, -1, 7, -8, 1, -3, -7, -8, -7, -6, -7, -2, -9, 6, -7, -1,-17, /*K*/ -7, 0, -1, -4,-14, -3, -4, -7, -6, -6, -8, 7, -2, -14, -6, -4, -3,-12, -9, -9, -2, -7, -4, -1,-17, /*M*/ -5, -4, -9,-11,-13, -4, -7, -8,-10, -1, 1, -2, 11, -4, -8, -5, -4,-13,-11, -1,-10, 0, -5, -1,-17, /*F*/ -8, -9, -9,-15,-13,-13,-14, -9, -6, -2, -3,-14, -4, 9,-10, -6, -9, -4, 2, -8,-10, -2,-13, -1,-17, /*P*/ -2, -4, -6, -8, -8, -3, -5, -6, -4, -8, -7, -6, -8, -10, 8, -2, -4,-14,-13, -6, -7, -7, -4, -1,-17, /*S*/ 0, -3, 0, -4, -3, -5, -4, -2, -6, -7, -8, -4, -5, -6, -2, 6, 0, -5, -7, -6, -1, -8, -5, -1,-17, /*T*/ -1, -6, -2, -5, -8, -5, -6, -6, -7, -2, -7, -3, -4, -9, -4, 0, 7,-13, -6, -3, -3, -5, -6, -1,-17, /*W*/ -13, -2, -8,-15,-15,-13,-17,-15, -7,-14, -6,-12,-13, -4,-14, -5,-13, 13, -5,-15,-10, -7,-14, -1,-17, /*Y*/ -8,-10, -4,-11, -4,-12, -8,-14, -3, -6, -7, -9,-11, 2,-13, -7, -6, -5, 10, -7, -6, -7, -9, -1,-17, /*V*/ -2, -8, -8, -8, -6, -7, -6, -5, -6, 2, -2, -9, -1, -8, -6, -6, -3,-15, -7, 7, -8, 0, -6, -1,-17, /*B*/ -3, -7, 6, 6,-12, -3, 1, -3, -1, -6, -9, -2,-10, -10, -7, -1, -3,-10, -6, -8, 6, -8, 0, -1,-17, /*J*/ -6, -7, -6,-10, -9, -5, -7,-10, -7, 5, 6, -7, 0, -2, -7, -8, -5, -7, -7, 0, -8, 6, -6, -1,-17, /*Z*/ -3, -4, -3, 1,-14, 6, 6, -5, -1, -6, -7, -4, -5, -13, -4, -5, -6,-14, -9, -6, 0, -6, 6, -1,-17, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,-17, /***/ -17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17, -17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17, 1 }; const SNCBIPackedScoreMatrix NCBISM_Pam30 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Pam30PSM, -17 }; bbuchfink-diamond-6dc5717/src/lib/blast/sm_pam70.c000066400000000000000000000115651523407312000216560ustar00rootroot00000000000000/* $Id: sm_pam70.c 90506 2006-09-25 19:30:59Z madden $ * =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * =========================================================================== * * Author: Aaron Ucko, Mike Gertz * * File Description: * Protein alignment score matrices; shared between the two toolkits. * * =========================================================================== */ #include "raw_scoremat.h" /** Entries for the PAM70 matrix at a scale of ln(2)/2.0. */ static const TNCBIScore s_Pam70PSM[25 * 25] = { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -4, -2, -1, -4, -2, -1, 0, -4, -2, -4, -4, -3, -6, 0, 1, 1, -9, -5, -1, -1, -3, -1, -1,-11, /*R*/ -4, 8, -3, -6, -5, 0, -5, -6, 0, -3, -6, 2, -2, -7, -2, -1, -4, 0, -7, -5, -4, -5, -2, -1,-11, /*N*/ -2, -3, 6, 3, -7, -1, 0, -1, 1, -3, -5, 0, -5, -6, -3, 1, 0, -6, -3, -5, 5, -4, -1, -1,-11, /*D*/ -1, -6, 3, 6, -9, 0, 3, -1, -1, -5, -8, -2, -7, -10, -4, -1, -2,-10, -7, -5, 5, -7, 2, -1,-11, /*C*/ -4, -5, -7, -9, 9, -9, -9, -6, -5, -4,-10, -9, -9, -8, -5, -1, -5,-11, -2, -4, -8, -7, -9, -1,-11, /*Q*/ -2, 0, -1, 0, -9, 7, 2, -4, 2, -5, -3, -1, -2, -9, -1, -3, -3, -8, -8, -4, -1, -3, 5, -1,-11, /*E*/ -1, -5, 0, 3, -9, 2, 6, -2, -2, -4, -6, -2, -4, -9, -3, -2, -3,-11, -6, -4, 2, -5, 5, -1,-11, /*G*/ 0, -6, -1, -1, -6, -4, -2, 6, -6, -6, -7, -5, -6, -7, -3, 0, -3,-10, -9, -3, -1, -7, -3, -1,-11, /*H*/ -4, 0, 1, -1, -5, 2, -2, -6, 8, -6, -4, -3, -6, -4, -2, -3, -4, -5, -1, -4, 0, -4, 1, -1,-11, /*I*/ -2, -3, -3, -5, -4, -5, -4, -6, -6, 7, 1, -4, 1, 0, -5, -4, -1, -9, -4, 3, -4, 4, -4, -1,-11, /*L*/ -4, -6, -5, -8,-10, -3, -6, -7, -4, 1, 6, -5, 2, -1, -5, -6, -4, -4, -4, 0, -6, 5, -4, -1,-11, /*K*/ -4, 2, 0, -2, -9, -1, -2, -5, -3, -4, -5, 6, 0, -9, -4, -2, -1, -7, -7, -6, -1, -5, -2, -1,-11, /*M*/ -3, -2, -5, -7, -9, -2, -4, -6, -6, 1, 2, 0, 10, -2, -5, -3, -2, -8, -7, 0, -6, 2, -3, -1,-11, /*F*/ -6, -7, -6,-10, -8, -9, -9, -7, -4, 0, -1, -9, -2, 8, -7, -4, -6, -2, 4, -5, -7, -1, -9, -1,-11, /*P*/ 0, -2, -3, -4, -5, -1, -3, -3, -2, -5, -5, -4, -5, -7, 7, 0, -2, -9, -9, -3, -4, -5, -2, -1,-11, /*S*/ 1, -1, 1, -1, -1, -3, -2, 0, -3, -4, -6, -2, -3, -4, 0, 5, 2, -3, -5, -3, 0, -5, -2, -1,-11, /*T*/ 1, -4, 0, -2, -5, -3, -3, -3, -4, -1, -4, -1, -2, -6, -2, 2, 6, -8, -4, -1, -1, -3, -3, -1,-11, /*W*/ -9, 0, -6,-10,-11, -8,-11,-10, -5, -9, -4, -7, -8, -2, -9, -3, -8, 13, -3,-10, -7, -5,-10, -1,-11, /*Y*/ -5, -7, -3, -7, -2, -8, -6, -9, -1, -4, -4, -7, -7, 4, -9, -5, -4, -3, 9, -5, -4, -4, -7, -1,-11, /*V*/ -1, -5, -5, -5, -4, -4, -4, -3, -4, 3, 0, -6, 0, -5, -3, -3, -1,-10, -5, 6, -5, 1, -4, -1,-11, /*B*/ -1, -4, 5, 5, -8, -1, 2, -1, 0, -4, -6, -1, -6, -7, -4, 0, -1, -7, -4, -5, 5, -5, 1, -1,-11, /*J*/ -3, -5, -4, -7, -7, -3, -5, -7, -4, 4, 5, -5, 2, -1, -5, -5, -3, -5, -4, 1, -5, 5, -4, -1,-11, /*Z*/ -1, -2, -1, 2, -9, 5, 5, -3, 1, -4, -4, -2, -3, -9, -2, -2, -3,-10, -7, -4, 1, -4, 5, -1,-11, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,-11, /***/ -11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11, -11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11, 1 }; const SNCBIPackedScoreMatrix NCBISM_Pam70 = { "ARNDCQEGHILKMFPSTWYVBJZX*", s_Pam70PSM, -11 }; bbuchfink-diamond-6dc5717/src/lib/gsl/000077500000000000000000000000001523407312000175375ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/gsl/gsl.h000066400000000000000000000277371523407312000205150ustar00rootroot00000000000000#pragma once #define _USE_MATH_DEFINES #include #include "util/math/math.h" #define GSL_DBL_EPSILON 2.2204460492503131e-16 #define GSL_ROOT6_DBL_EPSILON 2.4607833005759251e-03 #define M_SQRTPI 1.77245385090551602729816748334 /* sqrt(pi) */ enum { GSL_SUCCESS = 0, GSL_FAILURE = -1, GSL_CONTINUE = -2, /* iteration has not converged */ GSL_EDOM = 1, /* input domain error, e.g sqrt(-1) */ GSL_ERANGE = 2, /* output range error, e.g. exp(1e100) */ GSL_EFAULT = 3, /* invalid pointer */ GSL_EINVAL = 4, /* invalid argument supplied by user */ GSL_EFAILED = 5, /* generic failure */ GSL_EFACTOR = 6, /* factorization failed */ GSL_ESANITY = 7, /* sanity check failed - shouldn't happen */ GSL_ENOMEM = 8, /* malloc failed */ GSL_EBADFUNC = 9, /* problem with user-supplied function */ GSL_ERUNAWAY = 10, /* iterative process is out of control */ GSL_EMAXITER = 11, /* exceeded max number of iterations */ GSL_EZERODIV = 12, /* tried to divide by zero */ GSL_EBADTOL = 13, /* user specified an invalid tolerance */ GSL_ETOL = 14, /* failed to reach the specified tolerance */ GSL_EUNDRFLW = 15, /* underflow */ GSL_EOVRFLW = 16, /* overflow */ GSL_ELOSS = 17, /* loss of accuracy */ GSL_EROUND = 18, /* failed because of roundoff error */ GSL_EBADLEN = 19, /* matrix, vector lengths are not conformant */ GSL_ENOTSQR = 20, /* matrix not square */ GSL_ESING = 21, /* apparent singularity detected */ GSL_EDIVERGE = 22, /* integral or series is divergent */ GSL_EUNSUP = 23, /* requested feature is not supported by the hardware */ GSL_EUNIMPL = 24, /* requested feature not (yet) implemented */ GSL_ECACHE = 25, /* cache limit exceeded */ GSL_ETABLE = 26, /* table limit exceeded */ GSL_ENOPROG = 27, /* iteration is not making progress towards solution */ GSL_ENOPROGJ = 28, /* jacobian evaluations are not improving the solution */ GSL_ETOLF = 29, /* cannot reach the specified tolerance in F */ GSL_ETOLX = 30, /* cannot reach the specified tolerance in X */ GSL_ETOLG = 31, /* cannot reach the specified tolerance in gradient */ GSL_EOF = 32 /* end of file */ }; void gsl_stream_printf(const char* label, const char* file, int line, const char* reason) { fprintf(stderr, "gsl: %s:%d: %s: %s\n", file, line, label, reason); } void gsl_error(const char* reason, const char* file, int line, int gsl_errno) { gsl_stream_printf("ERROR", file, line, reason); fflush(stdout); fprintf(stderr, "Default GSL error handler invoked.\n"); fflush(stderr); abort(); } #define GSL_ERROR_VAL(reason, gsl_errno, value) \ do { \ gsl_error (reason, __FILE__, __LINE__, gsl_errno) ; \ return value ; \ } while (0) #define EVAL_RESULT(fn) \ gsl_sf_result result; \ int status = fn; \ if (status != GSL_SUCCESS) { \ GSL_ERROR_VAL(#fn, status, result.val); \ } ; \ return result.val; #undef __BEGIN_DECLS #undef __END_DECLS #ifdef __cplusplus # define __BEGIN_DECLS extern "C" { # define __END_DECLS } #else # define __BEGIN_DECLS /* empty */ # define __END_DECLS /* empty */ #endif __BEGIN_DECLS struct gsl_sf_result_struct { double val; double err; }; typedef struct gsl_sf_result_struct gsl_sf_result; #define GSL_SF_RESULT_SET(r,v,e) do { (r)->val=(v); (r)->err=(e); } while(0) struct gsl_sf_result_e10_struct { double val; double err; int e10; }; typedef struct gsl_sf_result_e10_struct gsl_sf_result_e10; __END_DECLS struct cheb_series_struct { double* c; /* coefficients */ int order; /* order of expansion */ double a; /* lower interval point */ double b; /* upper interval point */ int order_sp; /* effective single precision order */ }; typedef struct cheb_series_struct cheb_series; static inline int cheb_eval_e(const cheb_series* cs, const double x, gsl_sf_result* result) { int j; double d = 0.0; double dd = 0.0; double y = (2.0 * x - cs->a - cs->b) / (cs->b - cs->a); double y2 = 2.0 * y; double e = 0.0; for (j = cs->order; j >= 1; j--) { double temp = d; d = y2 * d - dd + cs->c[j]; e += fabs(y2 * temp) + fabs(dd) + fabs(cs->c[j]); dd = temp; } { double temp = d; d = y * d - dd + 0.5 * cs->c[0]; e += fabs(y * temp) + fabs(dd) + 0.5 * fabs(cs->c[0]); } result->val = d; result->err = GSL_DBL_EPSILON * e + fabs(cs->c[cs->order]); return GSL_SUCCESS; } /* Chebyshev fit for erfc((t+1)/2), -1 < t < 1 */ static double erfc_xlt1_data[20] = { 1.06073416421769980345174155056, -0.42582445804381043569204735291, 0.04955262679620434040357683080, 0.00449293488768382749558001242, -0.00129194104658496953494224761, -0.00001836389292149396270416979, 0.00002211114704099526291538556, -5.23337485234257134673693179020e-7, -2.78184788833537885382530989578e-7, 1.41158092748813114560316684249e-8, 2.72571296330561699984539141865e-9, -2.06343904872070629406401492476e-10, -2.14273991996785367924201401812e-11, 2.22990255539358204580285098119e-12, 1.36250074650698280575807934155e-13, -1.95144010922293091898995913038e-14, -6.85627169231704599442806370690e-16, 1.44506492869699938239521607493e-16, 2.45935306460536488037576200030e-18, -9.29599561220523396007359328540e-19 }; static cheb_series erfc_xlt1_cs = { erfc_xlt1_data, 19, -1, 1, 12 }; /* Chebyshev fit for erfc(x) exp(x^2), 1 < x < 5, x = 2t + 3, -1 < t < 1 */ static double erfc_x15_data[25] = { 0.44045832024338111077637466616, -0.143958836762168335790826895326, 0.044786499817939267247056666937, -0.013343124200271211203618353102, 0.003824682739750469767692372556, -0.001058699227195126547306482530, 0.000283859419210073742736310108, -0.000073906170662206760483959432, 0.000018725312521489179015872934, -4.62530981164919445131297264430e-6, 1.11558657244432857487884006422e-6, -2.63098662650834130067808832725e-7, 6.07462122724551777372119408710e-8, -1.37460865539865444777251011793e-8, 3.05157051905475145520096717210e-9, -6.65174789720310713757307724790e-10, 1.42483346273207784489792999706e-10, -3.00141127395323902092018744545e-11, 6.22171792645348091472914001250e-12, -1.26994639225668496876152836555e-12, 2.55385883033257575402681845385e-13, -5.06258237507038698392265499770e-14, 9.89705409478327321641264227110e-15, -1.90685978789192181051961024995e-15, 3.50826648032737849245113757340e-16 }; static cheb_series erfc_x15_cs = { erfc_x15_data, 24, -1, 1, 16 }; /* Chebyshev fit for erfc(x) x exp(x^2), 5 < x < 10, x = (5t + 15)/2, -1 < t < 1 */ static double erfc_x510_data[20] = { 1.11684990123545698684297865808, 0.003736240359381998520654927536, -0.000916623948045470238763619870, 0.000199094325044940833965078819, -0.000040276384918650072591781859, 7.76515264697061049477127605790e-6, -1.44464794206689070402099225301e-6, 2.61311930343463958393485241947e-7, -4.61833026634844152345304095560e-8, 8.00253111512943601598732144340e-9, -1.36291114862793031395712122089e-9, 2.28570483090160869607683087722e-10, -3.78022521563251805044056974560e-11, 6.17253683874528285729910462130e-12, -9.96019290955316888445830597430e-13, 1.58953143706980770269506726000e-13, -2.51045971047162509999527428316e-14, 3.92607828989125810013581287560e-15, -6.07970619384160374392535453420e-16, 9.12600607264794717315507477670e-17 }; static cheb_series erfc_x510_cs = { erfc_x510_data, 19, -1, 1, 12 }; static double erfc8_sum(double x) { /* estimates erfc(x) valid for 8 < x < 100 */ /* This is based on index 5725 in Hart et al */ static double P[] = { 2.97886562639399288862, 7.409740605964741794425, 6.1602098531096305440906, 5.019049726784267463450058, 1.275366644729965952479585264, 0.5641895835477550741253201704 }; static double Q[] = { 3.3690752069827527677, 9.608965327192787870698, 17.08144074746600431571095, 12.0489519278551290360340491, 9.396034016235054150430579648, 2.260528520767326969591866945, 1.0 }; double num = 0.0, den = 0.0; int i; num = P[5]; for (i = 4; i >= 0; --i) { num = x * num + P[i]; } den = Q[6]; for (i = 5; i >= 0; --i) { den = x * den + Q[i]; } return num / den; } inline static double erfc8(double x) { double e; e = erfc8_sum(x); e *= Math::exp(-x * x); return e; } inline static double log_erfc8(double x) { double e; e = erfc8_sum(x); e = Math::log(e) - x * x; return e; } int gsl_sf_erfc_e(double x, gsl_sf_result* result) { const double ax = fabs(x); double e_val, e_err; /* CHECK_POINTER(result) */ if (ax <= 1.0) { double t = 2.0 * ax - 1.0; gsl_sf_result c; cheb_eval_e(&erfc_xlt1_cs, t, &c); e_val = c.val; e_err = c.err; } else if (ax <= 5.0) { double ex2 = Math::exp(-x * x); double t = 0.5 * (ax - 3.0); gsl_sf_result c; cheb_eval_e(&erfc_x15_cs, t, &c); e_val = ex2 * c.val; e_err = ex2 * (c.err + 2.0 * fabs(x) * GSL_DBL_EPSILON); } else if (ax < 10.0) { double exterm = Math::exp(-x * x) / ax; double t = (2.0 * ax - 15.0) / 5.0; gsl_sf_result c; cheb_eval_e(&erfc_x510_cs, t, &c); e_val = exterm * c.val; e_err = exterm * (c.err + 2.0 * fabs(x) * GSL_DBL_EPSILON + GSL_DBL_EPSILON); } else { e_val = erfc8(ax); e_err = (x * x + 1.0) * GSL_DBL_EPSILON * fabs(e_val); } if (x < 0.0) { result->val = 2.0 - e_val; result->err = e_err; result->err += 2.0 * GSL_DBL_EPSILON * fabs(result->val); } else { result->val = e_val; result->err = e_err; result->err += 2.0 * GSL_DBL_EPSILON * fabs(result->val); } return GSL_SUCCESS; } inline int gsl_sf_log_erfc_e(double x, gsl_sf_result* result) { /* CHECK_POINTER(result) */ if (x * x < 10.0 * GSL_ROOT6_DBL_EPSILON) { const double y = x / M_SQRTPI; /* series for -1/2 Log[Erfc[Sqrt[Pi] y]] */ const double c3 = (4.0 - M_PI) / 3.0; const double c4 = 2.0 * (1.0 - M_PI / 3.0); const double c5 = -0.001829764677455021; /* (96.0 - 40.0*M_PI + 3.0*M_PI*M_PI)/30.0 */ const double c6 = 0.02629651521057465; /* 2.0*(120.0 - 60.0*M_PI + 7.0*M_PI*M_PI)/45.0 */ const double c7 = -0.01621575378835404; const double c8 = 0.00125993961762116; const double c9 = 0.00556964649138; const double c10 = -0.0045563339802; const double c11 = 0.0009461589032; const double c12 = 0.0013200243174; const double c13 = -0.00142906; const double c14 = 0.00048204; double series = c8 + y * (c9 + y * (c10 + y * (c11 + y * (c12 + y * (c13 + c14 * y))))); series = y * (1.0 + y * (1.0 + y * (c3 + y * (c4 + y * (c5 + y * (c6 + y * (c7 + y * series))))))); result->val = -2.0 * series; result->err = 2.0 * GSL_DBL_EPSILON * fabs(result->val); return GSL_SUCCESS; } /* don't like use of log1p(); added above series stuff for small x instead, should be ok [GJ] else if (fabs(x) < 1.0) { gsl_sf_result result_erf; gsl_sf_erf_e(x, &result_erf); result->val = log1p(-result_erf.val); result->err = 2.0 * GSL_DBL_EPSILON * fabs(result->val); return GSL_SUCCESS; } */ else if (x > 8.0) { result->val = log_erfc8(x); result->err = 2.0 * GSL_DBL_EPSILON * fabs(result->val); return GSL_SUCCESS; } else { gsl_sf_result result_erfc; gsl_sf_erfc_e(x, &result_erfc); result->val = Math::log(result_erfc.val); result->err = fabs(result_erfc.err / result_erfc.val); result->err += 2.0 * GSL_DBL_EPSILON * fabs(result->val); return GSL_SUCCESS; } } inline double gsl_sf_log_erfc(double x) { EVAL_RESULT(gsl_sf_log_erfc_e(x, &result)); } bbuchfink-diamond-6dc5717/src/lib/interval_tree/000077500000000000000000000000001523407312000216155ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/interval_tree/interval_tree.hpp000066400000000000000000001404661523407312000252040ustar00rootroot00000000000000#pragma once #include "interval_tree_fwd.hpp" #include "interval_types.hpp" #include #include #include #include #include #include #include //#include namespace lib_interval_tree { //############################################################################################################ enum class rb_color { fail, red, black, double_black }; //############################################################################################################ using default_interval_value_type = int; //############################################################################################################ template struct interval { public: using value_type = numerical_type; using interval_kind = interval_kind_; /** * Constructs an interval. low MUST be smaller than high. */ #ifndef INTERVAL_TREE_SAFE_INTERVALS #if __cplusplus >= 201703L constexpr #endif interval(value_type low, value_type high) : low_{low} , high_{high} { assert(low <= high); } #else #if __cplusplus >= 201703L constexpr #endif interval(value_type low, value_type high) : low_{std::min(low, high)} , high_{std::max(low, high)} { } #endif /** * Returns if both intervals equal. */ friend bool operator==(interval const& lhs, interval const& other) { return lhs.low_ == other.low_ && lhs.high_ == other.high_; } /** * Returns if both intervals are different. */ friend bool operator!=(interval const& lhs, interval const& other) { return lhs.low_ != other.low_ || lhs.high_ != other.high_; } /** * Returns the lower bound of the interval */ value_type low() const { return low_; } /** * Returns the upper bound of the interval */ value_type high() const { return high_; } /** * Returns whether the intervals overlap. * For when both intervals are closed. */ bool overlaps(value_type l, value_type h) const { return low_ <= h && l <= high_; } /** * Returns whether the intervals overlap, excluding border. * For when at least one interval is open (l&r). */ bool overlaps_exclusive(value_type l, value_type h) const { return low_ < h && l < high_; } /** * Returns whether the intervals overlap */ bool overlaps(interval const& other) const { return overlaps(other.low_, other.high_); } /** * Returns whether the intervals overlap, excluding border. */ bool overlaps_exclusive(interval const& other) const { return overlaps_exclusive(other.low_, other.high_); } /** * Returns whether the given value is in this. */ bool within(value_type value) const { return interval_kind::within(low_, high_, value); } /** * Returns whether the given interval is in this. */ bool within(interval const& other) const { return low_ <= other.low_ && high_ >= other.high_; } /** * Calculates the distance between the two intervals. * Overlapping intervals have 0 distance. */ value_type operator-(interval const& other) const { if (overlaps(other)) return 0; if (high_ < other.low_) return other.low_ - high_; else return low_ - other.high_; } /** * Returns the size of the interval. */ value_type size() const { return high_ - low_; } /** * Creates a new interval from this and other, that contains both intervals and whatever * is between. */ interval join(interval const& other) const { return {std::min(low_, other.low_), std::max(high_, other.high_)}; } private: value_type low_; value_type high_; }; //############################################################################################################ /** * Creates a safe interval that puts the lower bound left automatically. */ template #if __cplusplus >= 201703L constexpr #endif interval make_safe_interval(numerical_type lhs, numerical_type rhs) { return interval {std::min(lhs, rhs), std::max(lhs, rhs)}; } //############################################################################################################ template > class node { private: using node_type = node ; public: using interval_type = interval_type_; using value_type = numerical_type; public: friend lib_interval_tree::interval_tree ; friend lib_interval_tree::const_interval_tree_iterator >; friend lib_interval_tree::interval_tree_iterator >; public: node(node* parent, interval_type interval) : interval_{std::move(interval)} , max_{interval.high()} , parent_{parent} , left_{} , right_{} , color_{rb_color::fail} { } ~node() { } interval_type interval() const { return interval_; } value_type max() const { return max_; } bool is_left() const noexcept { return this == parent_->left_; } bool is_right() const noexcept { return this == parent_->right_; } bool is_root() const noexcept { return !parent_; } /** * Returns the color of the node. */ rb_color color() const { return color_; } /** * Returns the parent node up the tree. */ node const* parent() const { return parent_; } /** * Returns the left node (readonly). */ node const* left() const { return left_; } /** * Returns the right node (readonly). */ node const* right() const { return right_; } /** * Returns the height of the node in the tree. Where height = how many parents does it have. * The root has no parents and is therefor has height 0. */ int height() const { int counter{0}; for (auto* p = parent_; p != nullptr; p = p->parent_) ++counter; return counter; } /** * Returns the lower bound of the interval of this node */ value_type low() const { return interval_.low(); } /** * Returns the upper bound of the interval of this node */ value_type high() const { return interval_.high(); } private: void set_interval(interval_type const& ival) { interval_ = ival; } void kill() const noexcept { auto* parent = parent_; if (is_left()) { delete parent_->left_; parent->left_ = nullptr; } else { delete parent_->right_; parent->right_ = nullptr; } } private: interval_type interval_; value_type max_; node* parent_; node* left_; node* right_; rb_color color_; }; //############################################################################################################ template class basic_interval_tree_iterator : public std::forward_iterator_tag { public: friend interval_tree ; using tree_type = interval_tree ; using value_type = node_type; using node_ptr_t = typename std::conditional < std::is_const ::type>::value, node_type const*, node_type* >::type; public: constexpr basic_interval_tree_iterator(basic_interval_tree_iterator const&) = default; basic_interval_tree_iterator& operator=(basic_interval_tree_iterator const&) = default; bool operator!=(basic_interval_tree_iterator const& other) const { return node_ != other.node_; } bool operator==(basic_interval_tree_iterator const& other) const { return node_ == other.node_; } /** * Returns the max property of the node. */ typename node_type::interval_type::value_type max() const { return node_->max(); } /** * Returns the color of the node. */ rb_color color() const { return node_->color(); } typename tree_type::interval_type interval() const { return node_->interval(); } virtual ~basic_interval_tree_iterator() = default; protected: basic_interval_tree_iterator(node_ptr_t node, owner_type owner) : node_{node} , owner_{owner} { } protected: node_ptr_t node_; owner_type owner_; }; //############################################################################################################ template class const_interval_tree_iterator : public basic_interval_tree_iterator const*> { public: using tree_type = interval_tree ; using iterator_base = basic_interval_tree_iterator ; using value_type = typename iterator_base::value_type; using iterator_base::node_; using iterator_base::owner_; friend tree_type; public: const_interval_tree_iterator& operator++() { if (!node_) { node_ = owner_->root_; if (!node_) return *this; while(node_->left_) node_ = node_->left_; } if (node_->right_) { node_ = node_->right_; while (node_->left_) node_ = node_->left_; } else { auto* parent = node_->parent_; while (parent != nullptr && node_ == parent->right_) { node_ = parent; parent = parent->parent_; } node_ = parent; } return *this; } const_interval_tree_iterator operator++(int) { const_interval_tree_iterator cpy = *this; operator++(); return cpy; } typename value_type::interval_type operator*() const { if (node_) return node_->interval(); else throw std::out_of_range("dereferencing interval_tree_iterator out of bounds"); } /** * Returns an iterator to the parent of this node. * will equal std::end(tree) if there is no parent node. */ const_interval_tree_iterator parent() const { if (node_) return {node_->parent_, owner_}; else throw std::out_of_range("interval_tree_iterator out of bounds"); } /** * Continues down the left side of this node. * will equal std::end(tree) if there is no left node. */ const_interval_tree_iterator left() const { if (node_) return {node_->left_, owner_}; else throw std::out_of_range("interval_tree_iterator out of bounds"); } /** * Continues down the right side of this node. * will equal std::end(tree) if there is no right node. */ const_interval_tree_iterator right() const { if (node_) return {node_->right_, owner_}; else throw std::out_of_range("interval_tree_iterator out of bounds"); } value_type const* operator->() const { return node_; } private: const_interval_tree_iterator(node_type const* node, tree_type const* owner) : basic_interval_tree_iterator {node, owner} { } }; //############################################################################################################ template class interval_tree_iterator : public basic_interval_tree_iterator *> { public: using tree_type = interval_tree ; using iterator_base = basic_interval_tree_iterator ; using value_type = typename iterator_base::value_type; using iterator_base::node_; using iterator_base::owner_; friend tree_type; public: interval_tree_iterator& operator++() { if (!node_) { node_ = owner_->root_; if (!node_) return *this; while(node_->left_) node_ = node_->left_; } if (node_->right_) { node_ = node_->right_; while (node_->left_) node_ = node_->left_; } else { auto* parent = node_->parent_; while (parent != nullptr && node_ == parent->right_) { node_ = parent; parent = parent->parent_; } node_ = parent; } return *this; } interval_tree_iterator operator++(int) { interval_tree_iterator cpy = *this; operator++(); return cpy; } /** * Returns an iterator to the parent of this node. * will equal std::end(tree) if there is no parent node. */ interval_tree_iterator parent() { if (node_) return {node_->parent_, owner_}; else throw std::out_of_range("interval_tree_iterator out of bounds"); } /** * Continues down the left side of this node. * will equal std::end(tree) if there is no left node. */ interval_tree_iterator left() { if (node_) return {node_->left_, owner_}; else throw std::out_of_range("interval_tree_iterator out of bounds"); } /** * Continues down the right side of this node. * will equal std::end(tree) if there is no right node. */ interval_tree_iterator right() { if (node_) return {node_->right_, owner_}; else throw std::out_of_range("interval_tree_iterator out of bounds"); } typename value_type::interval_type operator*() const { if (node_) return node_->interval(); else throw std::out_of_range("interval_tree_iterator out of bounds"); } value_type* operator->() { return node_; } private: interval_tree_iterator(node_type* node, tree_type* owner) : basic_interval_tree_iterator {node, owner} { } }; //############################################################################################################ template > class interval_tree { public: using interval_type = IntervalT; using value_type = typename interval_type::value_type; using node_type = node ; using iterator = interval_tree_iterator ; using const_iterator = const_interval_tree_iterator ; using size_type = long long; using this_type = interval_tree; public: friend const_interval_tree_iterator ; friend interval_tree_iterator ; interval_tree() : root_{nullptr} , size_{0} { } ~interval_tree() { clear(); } interval_tree(interval_tree const& other) : root_{nullptr} , size_{0} { operator=(other); } public: interval_tree& operator=(interval_tree const& other) { if (!empty()) clear(); if (other.root_ != nullptr) root_ = copyTreeImpl(other.root_, nullptr); size_ = other.size_; return *this; } /** * Removes all from this tree. */ void clear() { for (auto i = std::begin(*this); i != std::end(*this);) i = erase(i); } /** * Returns the root node from this tree. */ iterator root() { return {root_, this}; } /** * Returns the root node from this tree. */ const_iterator root() const { return {root_, this}; } /** * Inserts an interval into the tree. */ template iterator insert(IntervalType&& ival) { node_type* z = new node_type(nullptr, std::forward (ival)); node_type* y = nullptr; node_type* x = root_; while (x) { y = x; if (z->interval_.low() < x->interval_.low()) x = x->left_; else x = x->right_; } z->parent_ = y; if (!y) root_ = z; else if (z->interval_.low() < y->interval_.low()) y->left_ = z; else y->right_ = z; z->color_ = rb_color::red; insert_fixup(z); recalculate_max(z); ++size_; return {z, this}; } /** * Inserts an interval into the tree if no other interval overlaps it. * Otherwise merge the interval with the being overlapped. * * @param ival The interval * @param exclusive Exclude borders. */ iterator insert_overlap(interval_type const& ival, bool exclusive = false) { auto iter = overlap_find(ival, exclusive); if (iter == end()) return insert(ival); else { auto merged = iter->interval().join(ival); erase(iter); return insert_overlap(merged); } } /** * Erases the element pointed to be iter. */ iterator erase(iterator iter) { if (!iter.node_) throw std::out_of_range("cannot erase end iterator"); auto next = iter; ++next; node_type* y; if (!iter.node_->left_ || !iter.node_->right_) y = iter.node_; else y = successor(iter.node_); node_type* x; if (y->left_) x = y->left_; else x = y->right_; if (x) x->parent_ = y->parent_; auto* x_parent = y->parent_; if (!y->parent_) root_ = x; else if (y->is_left()) y->parent_->left_ = x; else y->parent_->right_ = x; if (y != iter.node_) { iter.node_->interval_ = y->interval_; iter.node_->max_ = y->max_; recalculate_max(iter.node_); } if (x && x->color_ == rb_color::red) { if (x_parent) erase_fixup(x, x_parent, y->is_left()); else x->color_ = rb_color::black; } delete y; --size_; return next; } /** * Returns the size of the object. */ size_type size() const { return size_; } /** * Finds the first exact match. * * @param ival The interval to find an exact match for within the tree. * @param compare A comparison function to use. */ template iterator find(interval_type const& ival, CompareFunctionT const& compare) { if (root_ == nullptr) return end(); return iterator{find_i(root_, ival, compare), this}; } /** * Finds the first exact match. * * @param ival The interval to find an exact match for within the tree. * @param compare A comparison function to use. */ template const_iterator find(interval_type const& ival, CompareFunctionT const& compare) const { if (root_ == nullptr) return end(); return const_iterator{find_i(root_, ival, compare), this}; } /** * Finds the first exact match. * * @param ival The interval to find an exact match for within the tree. */ iterator find(interval_type const& ival) { return find(ival, [](auto const& lhs, auto const& rhs){return lhs == rhs;}); } /** * Finds the first exact match. * * @param ival The interval to find an exact match for within the tree. */ const_iterator find(interval_type const& ival) const { return find(ival, [](auto const& lhs, auto const& rhs){return lhs == rhs;}); } /** * Finds all exact matches and returns the amount of intervals found. */ template void find_all(interval_type const& ival, FunctionT const& on_find, CompareFunctionT const& compare) { if (root_ == nullptr) return; find_all_i(this, root_, ival, on_find, compare); } template void find_all(interval_type const& ival, FunctionT const& on_find, CompareFunctionT const& compare) const { if (root_ == nullptr) return; find_all_i(this, root_, ival, on_find, compare); } template void find_all(interval_type const& ival, FunctionT const& on_find) { find_all(ival, on_find, [](auto const& lhs, auto const& rhs){return lhs == rhs;}); } template void find_all(interval_type const& ival, FunctionT const& on_find) const { find_all(ival, on_find, [](auto const& lhs, auto const& rhs){return lhs == rhs;}); } /** * Finds the next exact match EXCLUDING from. * * @param from The iterator to search from EXCLUSIVE! * @param ival The interval to find an exact match for within the tree. * @param compare A comparison function to use. */ template iterator find_next_in_subtree(iterator from, interval_type const& ival, CompareFunctionT const& compare) { if (root_ == nullptr) return end(); return iterator{find_i_ex(from.node_, ival, compare), this}; } template const_iterator find_next_in_subtree(iterator from, interval_type const& ival, CompareFunctionT const& compare) const { if (root_ == nullptr) return end(); return iterator{find_i_ex(from.node_, ival, compare), this}; } /** * Finds the next exact match EXCLUDING from. * * @param from The iterator to search from, EXCLUSIVE! * @param ival The interval to find an exact match for within the tree. * @param compare A comparison function to use. */ iterator find_next_in_subtree(iterator from, interval_type const& ival) { return find_next_in_subtree(from, ival, [](auto const& lhs, auto const& rhs){return lhs == rhs;}); } const_iterator find_next_in_subtree(iterator from, interval_type const& ival) const { return find_next_in_subtree(from, ival, [](auto const& lhs, auto const& rhs){return lhs == rhs;}); } /** * Finds the first interval that overlaps with ival. * * @param ival The interval to find an overlap for within the tree. * @param exclusive Exclude edges? */ iterator overlap_find(interval_type const& ival, bool exclusive = false) { if (root_ == nullptr) return end(); if (exclusive) return iterator{overlap_find_i(root_, ival), this}; else return iterator{overlap_find_i(root_, ival), this}; } const_iterator overlap_find(interval_type const& ival, bool exclusive = false) const { if (root_ == nullptr) return end(); if (exclusive) return const_iterator{overlap_find_i(root_, ival), this}; else return const_iterator{overlap_find_i(root_, ival), this}; } /** * Finds all intervals that overlaps with ival. * * @param ival The interval to find an overlap for within the tree. * @param exclusive Exclude edges? */ template void overlap_find_all(interval_type const& ival, FunctionT& on_find, bool exclusive = false) { if (root_ == nullptr) return; if (exclusive) overlap_find_all_i(this, root_, ival, on_find); else overlap_find_all_i(this, root_, ival, on_find); } template void overlap_find_all(interval_type const& ival, FunctionT& on_find, bool exclusive = false) const { if (root_ == nullptr) return; if (exclusive) overlap_find_all_i(this, root_, ival, on_find); else overlap_find_all_i(this, root_, ival, on_find); } /** * Finds the next interval that overlaps with ival * * @param from The iterator to start from, EXCLUSIVE! * @param ival The interval to find an overlap for within the tree. * @param exclusive Exclude edges? */ iterator overlap_find_next_in_subtree(iterator from, interval_type const& ival, bool exclusive = false) { if (root_ == nullptr) return end(); return iterator{overlap_find_i_ex(from.node_, ival, exclusive), this}; } const_iterator overlap_find_next_in_subtree(const_iterator from, interval_type const& ival, bool exclusive = false) const { if (root_ == nullptr) return end(); return const_iterator {overlap_find_i_ex(from.node_, ival, exclusive), this}; } /** * Deoverlaps the tree but returns it as a copy. */ interval_tree deoverlap_copy() { interval_tree fresh; for (auto i = begin(), e = end(); i != e; ++i) fresh.insert_overlap(*i); return fresh; } /** * Merges all overlapping intervals by erasing overlapping intervals and reinserting the merged interval. */ interval_tree& deoverlap() { *this = deoverlap_copy(); return *this; } /** * Only works with deoverlapped trees. * Creates an interval tree that contains all gaps between the intervals as intervals. */ interval_tree punch() const { if (empty()) return {}; auto min = std::begin(*this)->interval().low(); auto max = root_->max_; return punch({min, max}); } /** * Only works with deoverlapped trees. * Removes all intervals from the given interval and produces a tree that contains the remaining intervals. * This is basically the other punch overload with ival = [tree_lowest, tree_highest] */ interval_tree punch(interval_type const& ival) const { if (empty()) return {}; interval_tree result; auto i = std::begin(*this); if (ival.low() < i->interval().low()) result.insert({ival.low(), i->interval().low()}); for (auto e = end(); i != e; ++i) { auto next = i; ++next; if (next != e) result.insert({i->interval().high(), next->interval().low()}); else break; } if (i != end() && i->interval().high() < ival.high()) result.insert({i->interval().high(), ival.high()}); return result; } iterator begin() { if (!root_) return {nullptr, this}; auto* iter = root_; while (iter->left_) iter = iter->left_; return{iter, this}; } iterator end() { return {nullptr, this}; } const_iterator cbegin() const { if (!root_) return {nullptr, this}; auto* iter = root_; while (iter->left_) iter = iter->left_; return const_iterator{iter, this}; } const_iterator cend() const { return const_iterator{nullptr, this}; } const_iterator begin() const { return cbegin(); } const_iterator end() const { return cend(); } /** * Returns wether or not the tree is empty */ bool empty() const noexcept { return root_ == nullptr; } private: node_type* copyTreeImpl(node_type* root, node_type* parent) { if (root) { auto* cpy = new node_type(parent, root->interval()); cpy->color_ = root->color_; cpy->max_ = root->max_; cpy->left_ = copyTreeImpl(root->left_, cpy); cpy->right_ = copyTreeImpl(root->right_, cpy); return cpy; } return nullptr; }; template static bool find_all_i ( typename std::conditional::value, ThisType, ThisType const>::type* self, node_type* ptr, interval_type const& ival, FunctionT const& on_find, ComparatorFunctionT const& compare ) { if (compare(ptr->interval(), ival)) { if (!on_find(IteratorT{ptr, self})) return false; } if (ptr->left_ && ival.high() <= ptr->left_->max()) { // no right? can only continue left if (!ptr->right_ || ival.low() > ptr->right_->max()) return find_all_i(self, ptr->left_, ival, on_find, compare); if (!find_all_i(self, ptr->left_, ival, on_find, compare)) return false; } if (ptr->right_ && ival.high() <= ptr->right_->max()) { if (!ptr->left_ || ival.low() > ptr->left_->max()) return find_all_i(self, ptr->right_, ival, on_find, compare); if (!find_all_i(self, ptr->right_, ival, on_find, compare)) return false; } return true; } template node_type* find_i(node_type* ptr, interval_type const& ival, ComparatorFunctionT const& compare) const { if (compare(ptr->interval(), ival)) return ptr; else return find_i_ex(ptr, ival, compare); } // excludes ptr template node_type* find_i_ex(node_type* ptr, interval_type const& ival, ComparatorFunctionT const& compare) const { if (ptr->left_ && ival.high() <= ptr->left_->max()) { // no right? can only continue left if (!ptr->right_ || ival.low() > ptr->right_->max()) return find_i(ptr->left_, ival, compare); auto* res = find_i(ptr->left_, ival, compare); if (res != nullptr) return res; } if (ptr->right_ && ival.high() <= ptr->right_->max()) { if (!ptr->left_ || ival.low() > ptr->left_->max()) return find_i(ptr->right_, ival, compare); auto* res = find_i(ptr->right_, ival, compare); if (res != nullptr) return res; } return nullptr; } template node_type* overlap_find_i(node_type* ptr, interval_type const& ival) const { #if __cplusplus >= 201703L if constexpr (Exclusive) #else if (Exclusive) #endif { if (ptr->interval().overlaps_exclusive(ival)) return ptr; } else { if (ptr->interval().overlaps(ival)) return ptr; } return overlap_find_i_ex(ptr, ival); } template static bool overlap_find_all_i ( typename std::conditional::value, ThisType, ThisType const>::type* self, node_type* ptr, interval_type const& ival, FunctionT& on_find ) { #if __cplusplus >= 201703L if constexpr (Exclusive) #else if (Exclusive) #endif { if (ptr->interval().overlaps_exclusive(ival)) { if (!on_find(IteratorT{ptr, self})) { return false; } } } else { if (ptr->interval().overlaps(ival)) { if (!on_find(IteratorT{ptr, self})) { return false; } } } if (ptr->left_ && ptr->left_->max() >= ival.low()) { // no right? can only continue left // or interval low is bigger than max of right branch. if (!ptr->right_ || ival.low() > ptr->right_->max()) return overlap_find_all_i(self, ptr->left_, ival, on_find); if (!overlap_find_all_i(self, ptr->left_, ival, on_find)) return false; } if (ptr->right_ && ptr->right_->max() >= ival.low()) { if (!ptr->left_ || ival.low() > ptr->right_->max()) return overlap_find_all_i(self, ptr->right_, ival, on_find); if (!overlap_find_all_i(self, ptr->right_, ival, on_find)) return false; } return true; } // excludes ptr template node_type* overlap_find_i_ex(node_type* ptr, interval_type const& ival) const { if (ptr->left_ && ptr->left_->max() >= ival.low()) { // no right? can only continue left // or upper bounds higher than what is contained right? continue left. if (!ptr->right_ || ival.low() > ptr->right_->max()) return overlap_find_i(ptr->left_, ival); auto* res = overlap_find_i(ptr->left_, ival); if (res != nullptr) return res; } if (ptr->right_ && ptr->right_->max() >= ival.low()) { if (!ptr->left_ || ival.low() > ptr->left_->max()) return overlap_find_i(ptr->right_, ival); auto* res = overlap_find_i(ptr->right_, ival); if (res != nullptr) return res; } return nullptr; } node_type* successor(node_type* node) { if (node->right_) return minimum(node->right_); auto* y = node->parent_; while (y && node == y->right_) { node = y; y = y->parent_; } return y; } bool is_descendant(iterator par, iterator desc) { auto p = desc->parent_; for (; p && p != par.node_; p = p->parent_) {} return p != nullptr; } /** * Set v inplace of u. Does not delete u. * Creates orphaned nodes. A transplant call must be succeeded by delete calls. */ void transplant(node_type* u, node_type* v) { if (u->is_root()) root_ = v; else if (u->is_left()) u->parent_->left_ = v; else u->parent_->right_ = v; if (v) v->parent_ = u->parent_; } /** * Get leftest of x. */ node_type* minimum(node_type* x) const { while (x->left_) x = x->left_; return x; } void left_rotate(node_type* x) { auto* y = x->right_; x->right_ = y->left_; if (y->left_) y->left_->parent_ = x; y->parent_ = x->parent_; if (!x->parent_) root_ = y; else if (x->is_left()) x->parent_->left_ = y; else x->parent_->right_ = y; y->left_ = x; x->parent_ = y; // max fixup if (x->left_ && x->right_) x->max_ = std::max(x->interval_.high(), std::max(x->left_->max_, x->right_->max_)); else if (x->left_) x->max_ = std::max(x->interval_.high(), x->left_->max_); else if (x->right_) x->max_ = std::max(x->interval_.high(), x->right_->max_); else x->max_ = x->interval_.high(); if (y->right_) y->max_ = std::max(y->interval_.high(), std::max(y->right_->max_, x->max_)); else y->max_ = std::max(y->interval_.high(), x->max_); } void right_rotate(node_type* y) { auto* x = y->left_; y->left_ = x->right_; if (x->right_) x->right_->parent_ = y; x->parent_= y->parent_; if (!y->parent_) root_ = x; else if (y->is_left()) y->parent_->left_ = x; else y->parent_->right_ = x; x->right_ = y; y->parent_ = x; // max fixup if (y->left_ && y->right_) y->max_ = std::max(y->interval_.high(), std::max(y->left_->max_, y->right_->max_)); else if (y->left_) y->max_ = std::max(y->interval_.high(), y->left_->max_); else if (y->right_) y->max_ = std::max(y->interval_.high(), y->right_->max_); else y->max_ = y->interval_.high(); if (x->left_) x->max_ = std::max(x->interval_.high(), std::max(x->left_->max_, y->max_)); else x->max_ = std::max(x->interval_.high(), y->max_); } void recalculate_max(node_type* reacalculation_root) { auto* p = reacalculation_root; while (p && p->max_ <= reacalculation_root->max_) { if (p->left_ && p->left_->max_ > p->max_) p->max_ = p->left_->max_; if (p->right_ && p->right_->max_ > p->max_) p->max_ = p->right_->max_; p = p->parent_; } } void insert_fixup(node_type* z) { while (z->parent_ && z->parent_->color_ == rb_color::red) { if (!z->parent_->parent_) break; if (z->parent_ == z->parent_->parent_->left_) { node_type* y = z->parent_->parent_->right_; if (y && y->color_ == rb_color::red) { z->parent_->color_ = rb_color::black; y->color_ = rb_color::black; z->parent_->parent_->color_ = rb_color::red; z = z->parent_->parent_; } else { if (z == z->parent_->right_) { z = z->parent_; left_rotate(z); } z->parent_->color_ = rb_color::black; z->parent_->parent_->color_ = rb_color::red; right_rotate(z->parent_->parent_); } } else { node_type* y = z->parent_->parent_->left_; if (y && y->color_ == rb_color::red) { z->parent_->color_ = rb_color::black; y->color_ = rb_color::black; z->parent_->parent_->color_ = rb_color::red; z = z->parent_->parent_; } else { if (z->is_left()) { z = z->parent_; right_rotate(z); } z->parent_->color_ = rb_color::black; z->parent_->parent_->color_ = rb_color::red; left_rotate(z->parent_->parent_); } } } root_->color_ = rb_color::black; } void erase_fixup(node_type* x, node_type* x_parent, bool y_is_left) { while (x != root_ && x->color_ == rb_color::black) { node_type* w; if (y_is_left) { w = x_parent->right_; if (w->color_ == rb_color::red) { w->color_ = rb_color::black; x_parent->color_ = rb_color::red; left_rotate(x_parent); w = x_parent->right_; } if (w->left_->color_ == rb_color::black && w->right_->color_ == rb_color::black) { w->color_ = rb_color::red; x = x_parent; x_parent = x->parent_; y_is_left = (x == x_parent->left_); } else { if (w->right_->color_ == rb_color::black) { w->left_->color_ = rb_color::black; w->color_ = rb_color::red; right_rotate(w); w = x_parent->right_; } w->color_ = x_parent->color_; x_parent->color_ = rb_color::black; if (w->right_) w->right_->color_ = rb_color::black; left_rotate(x_parent); x = root_; x_parent = nullptr; } } else { w = x_parent->left_; if (w->color_ == rb_color::red) { w->color_ = rb_color::black; x_parent->color_ = rb_color::red; right_rotate(x_parent); w = x_parent->left_; } if (w->right_->color_ == rb_color::black && w->left_->color_ == rb_color::black) { w->color_ = rb_color::red; x = x_parent; x_parent = x->parent_; y_is_left = (x == x_parent->left_); } else { if (w->left_->color_ == rb_color::black) { w->right_->color_ = rb_color::black; w->color_ = rb_color::red; left_rotate(w); w = x_parent->left_; } w->color_ = x_parent->color_; x_parent->color_ = rb_color::black; if (w->left_) w->left_->color_ = rb_color::black; right_rotate(x_parent); x = root_; x_parent = nullptr; } } } x->color_ = rb_color::black; } private: node_type* root_; size_type size_; }; //############################################################################################################ template using interval_tree_t = interval_tree >; //############################################################################################################ } bbuchfink-diamond-6dc5717/src/lib/interval_tree/interval_tree_fwd.hpp000066400000000000000000000007771523407312000260440ustar00rootroot00000000000000#pragma once namespace lib_interval_tree { template struct interval; template class interval_tree; template class node; template class basic_interval_tree_iterator; template class const_interval_tree_iterator; template class interval_tree_iterator; } bbuchfink-diamond-6dc5717/src/lib/interval_tree/interval_types.hpp000066400000000000000000000017231523407312000254010ustar00rootroot00000000000000#pragma once namespace lib_interval_tree { // (] struct left_open { template static inline bool within(numerical_type b, numerical_type e, numerical_type p) { return (b < p) && (p <= e); } }; // [) struct right_open { template static inline bool within(numerical_type b, numerical_type e, numerical_type p) { return (b <= p) && (p < e); } }; // [] struct closed { template static inline bool within(numerical_type b, numerical_type e, numerical_type p) { return (b <= p) && (p <= e); } }; // () struct open { template static inline bool within(numerical_type b, numerical_type e, numerical_type p) { return (b < p) && (p < e); } }; } bbuchfink-diamond-6dc5717/src/lib/ips4o/000077500000000000000000000000001523407312000200105ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/ips4o/base_case.hpp000066400000000000000000000070261523407312000224330ustar00rootroot00000000000000/****************************************************************************** * ips4o/base_case.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ #pragma once #include #include #include #include "ips4o_fwd.hpp" #include "utils.hpp" namespace ips4o { namespace detail { /** * Insertion sort. */ template void insertionSort(const It begin, const It end, Comp comp) { IPS4O_ASSUME_NOT(begin >= end); for (It it = begin + 1; it < end; ++it) { typename std::iterator_traits::value_type val = std::move(*it); if (comp(val, *begin)) { std::move_backward(begin, it, it + 1); *begin = std::move(val); } else { auto cur = it; for (auto next = it - 1; comp(val, *next); --next) { *cur = std::move(*next); cur = next; } *cur = std::move(val); } } } /** * Wrapper for base case sorter, for easier swapping. */ template inline void baseCaseSort(It begin, It end, Comp&& comp) { if (begin == end) return; detail::insertionSort(std::move(begin), std::move(end), std::forward(comp)); } template inline bool sortedCaseSort(It begin, It end, Comp&& comp) { if (begin == end) { return true; } // If last element is not smaller than first element, // test if input is sorted (input is not reverse sorted). if (!comp(*(end - 1), *begin)) { if (std::is_sorted(begin, end, comp)) { return true; } } else { // Check whether the input is reverse sorted. for (It it = begin; (it + 1) != end; ++it) { if (comp(*it , *(it + 1))) { return false; } } std::reverse(begin, end); return true; } return false; } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/block_permutation.hpp000066400000000000000000000132271523407312000242470ustar00rootroot00000000000000/****************************************************************************** * ips4o/block_permutation.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include "ips4o_fwd.hpp" #include "classifier.hpp" #include "memory.hpp" namespace ips4o { namespace detail { /** * Computes which bucket can cause an overflow, * i.e., the last bucket that has more than one full block. */ template typename Cfg::bucket_type Sorter::computeOverflowBucket() { typename Cfg::bucket_type bucket = num_buckets_ - 1; while (bucket >= 0 && (bucket_start_[bucket + 1] - bucket_start_[bucket]) <= Cfg::kBlockSize) --bucket; return bucket; } /** * Tries to read a block from read_bucket. */ template template typename Cfg::bucket_type Sorter::classifyAndReadBlock(const typename Cfg::bucket_type read_bucket) { auto& bp = bucket_pointers_[read_bucket]; diff_t write, read; std::tie(write, read) = bp.template decRead(); if (read < write) { // No more blocks in this bucket if (kIsParallel) bp.stopRead(); return -1; } // Read block local_.swap[0].readFrom(begin_ + read); if (kIsParallel) bp.stopRead(); return classifier_->template classify(local_.swap[0].head()); } /** * Finds a slot for the block in the swap buffer. May or may not read another block instead. */ template template typename Cfg::bucket_type Sorter::swapBlock(const diff_t max_off, const typename Cfg::bucket_type dest_bucket, const bool current_swap) { diff_t write, read; typename Cfg::bucket_type new_dest_bucket; auto& bp = bucket_pointers_[dest_bucket]; do { std::tie(write, read) = bp.template incWrite(); if (write > read) { // Destination block is empty if (write >= max_off) { // Out-of-bounds; write to overflow buffer instead local_.swap[current_swap].writeTo(local_.overflow); overflow_ = &local_.overflow; return -1; } // Make sure no one is currently reading this block while (kIsParallel && bp.isReading()) {} // Write block local_.swap[current_swap].writeTo(begin_ + write); return -1; } // Check if block needs to be moved new_dest_bucket = classifier_->template classify(begin_[write]); } while (new_dest_bucket == dest_bucket); // Swap blocks local_.swap[!current_swap].readFrom(begin_ + write); local_.swap[current_swap].writeTo(begin_ + write); return new_dest_bucket; } /** * Block permutation phase. */ template template void Sorter::permuteBlocks() { const auto num_buckets = num_buckets_; // Distribute starting points of threads typename Cfg::bucket_type read_bucket = (my_id_ * num_buckets / num_threads_) % num_buckets; // Not allowed to write to this offset, to avoid overflow const diff_t max_off = Cfg::alignToNextBlock(end_ - begin_ + 1) - Cfg::kBlockSize; // Go through all buckets for (typename Cfg::bucket_type count = num_buckets; count; --count) { typename Cfg::bucket_type dest_bucket; // Try to read a block ... while ((dest_bucket = classifyAndReadBlock(read_bucket)) != -1) { bool current_swap = 0; // ... then write it to the correct bucket while ((dest_bucket = swapBlock(max_off, dest_bucket, current_swap)) != -1) { // Read another block, keep going current_swap = !current_swap; } } read_bucket = (read_bucket + 1) % num_buckets; } } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/bucket_pointers.hpp000066400000000000000000000104731523407312000237260ustar00rootroot00000000000000/****************************************************************************** * ips4o/bucket_pointers.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include #include #include "ips4o_fwd.hpp" namespace ips4o { namespace detail { //#if UINTPTR_MAX != UINT32_MAX && !defined(__SIZEOF_INT128__) //#error "Unsupported architecture" //#endif template class Sorter::BucketPointers { //#if UINTPTR_MAX == UINT32_MAX // using atomic_type = std::uint64_t; //#else // using atomic_type = unsigned __int128; //#endif // static constexpr const int kShift = sizeof(atomic_type) * CHAR_BIT / 2; // static constexpr const atomic_type kMask = (static_cast(1) << kShift) - 1; using diff_t = typename Cfg::difference_type; public: /** * Sets write/read pointers. */ void set(diff_t w, diff_t r) { this->w = w; this->r = r; num_reading_.store(0, std::memory_order_relaxed); } /** * Gets the write pointer. */ diff_t getWrite() const { return this->w; } /** * Gets write/read pointers and increases the write pointer. */ template std::pair incWrite() { if (kAtomic) mtx.lock(); const auto w = this->w; const auto r = this->r; this->w += Cfg::kBlockSize; if (kAtomic) mtx.unlock(); return {w, r}; } /** * Gets write/read pointers, decreases the read pointer, and increases the read counter. */ template std::pair decRead() { if (kAtomic) { // Must not be moved after the following fetch_sub, as that could lead to // another thread writing to our block, because isReading() returns false. num_reading_.fetch_add(1, std::memory_order_acquire); mtx.lock(); } const auto r = this->r; const auto w = this->w; this->r -= Cfg::kBlockSize; if (kAtomic) mtx.unlock(); return { w, r }; } /** * Decreases the read counter. */ void stopRead() { // synchronizes with threads wanting to write to this bucket num_reading_.fetch_sub(1, std::memory_order_release); } /** * Returns true if any thread is currently reading from here. */ bool isReading() { // synchronize with threads currently reading from this bucket return num_reading_.load(std::memory_order_acquire) != 0; } private: diff_t w, r; std::atomic_int num_reading_; std::mutex mtx; }; } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/buffers.hpp000066400000000000000000000175111523407312000221620ustar00rootroot00000000000000/****************************************************************************** * ips4o/buffers.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include "ips4o_fwd.hpp" #if __GNUG__ && !defined(__llvm__) && !defined(__INTEL_COMPILER) && __GNUC__ < 5 #define IS_TRIVIALLY_DEFAULT_CONSTRUCTIBLE(T) __has_trivial_constructor(T) #else #define IS_TRIVIALLY_DEFAULT_CONSTRUCTIBLE(T) std::is_trivially_default_constructible::value #endif namespace ips4o { namespace detail { /** * A single buffer block. */ template class Sorter::Block { using iterator = typename Cfg::iterator; using diff_t = typename Cfg::difference_type; using value_type = typename Cfg::value_type; public: static constexpr const bool kInitializedStorage = IS_TRIVIALLY_DEFAULT_CONSTRUCTIBLE(value_type); static constexpr const bool kDestruct = !kInitializedStorage && !std::is_trivially_destructible::value; /** * Pointer to data. */ value_type* data() { return static_cast(static_cast(storage_)); } /** * First element. */ const value_type& head() { return *data(); } /** * Reads a full block from input. */ void readFrom(iterator src) { if (kInitializedStorage) { std::move(src, src + Cfg::kBlockSize, data()); } else for (auto p = data(), end = p + Cfg::kBlockSize; p < end; ++p) { IPS4O_ASSUME_NOT(p == nullptr); new (p) value_type(std::move(*src++)); } } /** * Reads a partial block from input. */ void readFrom(iterator src, const diff_t n) { if (kInitializedStorage) { std::move(src, src + n, data()); } else for (auto p = data(), end = p + n; p < end; ++p) { IPS4O_ASSUME_NOT(p == nullptr); new (p) value_type(std::move(*src++)); } } /** * Resets a partial block. */ void reset(const diff_t n) { if (kDestruct) for (auto p = data(), end = p + n; p < end; ++p) p->~value_type(); } /** * Writes a full block to other block. */ void writeTo(Block& block) { if (kInitializedStorage) { std::move(data(), data() + Cfg::kBlockSize, block.data()); } else for (auto src = data(), dst = block.data(), end = src + Cfg::kBlockSize; src < end; ++src, ++dst) { IPS4O_ASSUME_NOT(dst == nullptr); new (dst) value_type(std::move(*src)); } if (kDestruct) for (auto p = data(), end = p + Cfg::kBlockSize; p < end; ++p) p->~value_type(); } /** * Writes a full block to input. */ void writeTo(iterator dest) { std::move(data(), data() + Cfg::kBlockSize, std::move(dest)); if (kDestruct) for (auto p = data(), end = p + Cfg::kBlockSize; p < end; ++p) p->~value_type(); } private: struct raw_slot { alignas(value_type) unsigned char bytes[sizeof(value_type)]; }; using storage_type = typename std::conditional::type; storage_type storage_[Cfg::kBlockSize]; //using storage_type = typename std::conditional::type>::type; //storage_type storage_[Cfg::kBlockSize]; }; /** * Per-thread buffers for each bucket. */ template class Sorter::Buffers { using diff_t = typename Cfg::difference_type; using value_type = typename Cfg::value_type; public: Buffers(char* storage) : storage_(static_cast(static_cast(storage))) { for (diff_t i = 0; i < Cfg::kMaxBuckets; ++i) { resetBuffer(i); buffer_[i].end = buffer_[i].ptr + Cfg::kBlockSize; } } /** * Checks if buffer is full. */ bool isFull(const int64_t i) const { return buffer_[i].ptr == buffer_[i].end; } /** * Pointer to buffer data. */ value_type* data(const int64_t i) { return static_cast(static_cast(storage_)) + i * Cfg::kBlockSize; } /** * Number of elements in buffer. */ diff_t size(const int64_t i) const { return Cfg::kBlockSize - (buffer_[i].end - buffer_[i].ptr); } /** * Resets buffer. */ void reset(const int64_t i) { if (Block::kDestruct) for (auto p = data(i), end = p + size(i); p < end; ++p) p->~value_type(); resetBuffer(i); } /** * Pushes new element to buffer. */ void push(const int64_t i, value_type&& value) { if (Block::kInitializedStorage) { *buffer_[i].ptr++ = std::move(value); } else { IPS4O_ASSUME_NOT(buffer_[i].ptr == nullptr); new (buffer_[i].ptr++) value_type(std::move(value)); } } /** * Flushes buffer to input. */ void writeTo(const int64_t i, typename Cfg::iterator dest) { resetBuffer(i); auto ptr = buffer_[i].ptr; std::move(ptr, ptr + Cfg::kBlockSize, std::move(dest)); if (Block::kDestruct) for (const auto end = buffer_[i].end; ptr < end; ++ptr) ptr->~value_type(); } private: struct Info { value_type* ptr; const value_type* end; }; void resetBuffer(const typename Cfg::difference_type i) { buffer_[i].ptr = static_cast(static_cast(storage_)) + i * Cfg::kBlockSize; } Info buffer_[Cfg::kMaxBuckets]; Block* storage_; // Blocks should have no extra elements or padding static_assert(sizeof(Block) == sizeof(typename Cfg::value_type) * Cfg::kBlockSize, "Block size mismatch."); static_assert(IS_TRIVIALLY_DEFAULT_CONSTRUCTIBLE(Block), "Block must be trivially default constructible."); static_assert(std::is_trivially_destructible::value, "Block must be trivially destructible."); }; } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/classifier.hpp000066400000000000000000000203721523407312000226510ustar00rootroot00000000000000/****************************************************************************** * ips4o/classifier.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include "ips4o_fwd.hpp" #include "utils.hpp" namespace ips4o { namespace detail { /** * Branch-free classifier. */ template class Sorter::Classifier { using iterator = typename Cfg::iterator; using value_type = typename Cfg::value_type; using bucket_type = typename Cfg::bucket_type; using less = typename Cfg::less; public: Classifier(less comp) : comp_(std::move(comp)) {} ~Classifier() { if (log_buckets_) cleanup(); } /** * Calls destructors on splitter elements. */ void reset() { if (log_buckets_) cleanup(); } /** * The sorted array of splitters, to be filled externally. */ value_type* getSortedSplitters() { return static_cast(static_cast(sorted_storage_)); } /** * The comparison operator. */ less getComparator() const { return comp_; } /** * Builds the tree from the sorted splitters. */ void build(int log_buckets) { log_buckets_ = log_buckets; num_buckets_ = (bucket_type)1 << log_buckets; const auto num_splitters = (1 << log_buckets) - 1; IPS4O_ASSUME_NOT(getSortedSplitters() + num_splitters == nullptr); new (getSortedSplitters() + num_splitters) value_type(getSortedSplitters()[num_splitters - 1]); build(getSortedSplitters(), getSortedSplitters() + num_splitters, 1); } /** * Classifies a single element. */ template bucket_type classify(const value_type& value) const { const int log_buckets = log_buckets_; const bucket_type num_buckets = num_buckets_; IPS4O_ASSUME_NOT(log_buckets < 1); IPS4O_ASSUME_NOT(log_buckets > 9); bucket_type b = 1; for (int l = 0; l < log_buckets; ++l) b = 2 * b + comp_(splitter(b), value); if (kEqualBuckets) b = 2 * b + !comp_(value, sortedSplitter(b - num_buckets)); return b - (kEqualBuckets ? 2 * num_buckets : num_buckets); } /** * Classifies all elements using a callback. */ template void classify(iterator begin, iterator end, Yield&& yield) const { switch (log_buckets_) { case 1: classifyUnrolled(begin, end, std::forward(yield)); break; case 2: classifyUnrolled(begin, end, std::forward(yield)); break; case 3: classifyUnrolled(begin, end, std::forward(yield)); break; case 4: classifyUnrolled(begin, end, std::forward(yield)); break; case 5: classifyUnrolled(begin, end, std::forward(yield)); break; case 6: classifyUnrolled(begin, end, std::forward(yield)); break; case 7: classifyUnrolled(begin, end, std::forward(yield)); break; case 8: classifyUnrolled(begin, end, std::forward(yield)); break; default: IPS4O_ASSUME_NOT(true); } } /** * Classifies all elements using a callback. */ template void classifyUnrolled(iterator begin, const iterator end, Yield&& yield) const { constexpr const bucket_type kNumBuckets = 1l << (kLogBuckets + kEqualBuckets); constexpr const int kUnroll = Cfg::kUnrollClassifier; IPS4O_ASSUME_NOT(begin >= end); IPS4O_ASSUME_NOT(begin > (end - kUnroll)); bucket_type b[kUnroll]; for (auto cutoff = end - kUnroll; begin <= cutoff; begin += kUnroll) { for (int i = 0; i < kUnroll; ++i) b[i] = 1; for (int l = 0; l < kLogBuckets; ++l) for (int i = 0; i < kUnroll; ++i) b[i] = 2 * b[i] + comp_(splitter(b[i]), begin[i]); if (kEqualBuckets) for (int i = 0; i < kUnroll; ++i) b[i] = 2 * b[i] + !comp_(begin[i], sortedSplitter(b[i] - kNumBuckets / 2)); for (int i = 0; i < kUnroll; ++i) yield(b[i] - kNumBuckets, begin + i); } IPS4O_ASSUME_NOT(begin > end); for (; begin != end; ++begin) { bucket_type b = 1; for (int l = 0; l < kLogBuckets; ++l) b = 2 * b + comp_(splitter(b), *begin); if (kEqualBuckets) b = 2 * b + !comp_(*begin, sortedSplitter(b - kNumBuckets / 2)); yield(b - kNumBuckets, begin); } } private: const value_type& splitter(bucket_type i) const { return static_cast(static_cast(storage_))[i]; } const value_type& sortedSplitter(bucket_type i) const { return static_cast(static_cast(sorted_storage_))[i]; } value_type* data() { return static_cast(static_cast(storage_)); } /** * Recursively builds the tree. */ void build(const value_type* const left, const value_type* const right, const bucket_type pos) { const auto mid = left + (right - left) / 2; IPS4O_ASSUME_NOT(data() + pos == nullptr); new (data() + pos) value_type(*mid); if (2 * pos < num_buckets_) { build(left, mid, 2 * pos); build(mid, right, 2 * pos + 1); } } /** * Destructs splitters. */ void cleanup() { auto p = data() + 1; auto q = getSortedSplitters(); for (bucket_type i = num_buckets_ - 1; i; --i) { p++->~value_type(); q++->~value_type(); } q->~value_type(); log_buckets_ = 0; } // Filled from 1 to num_buckets_ struct raw_slot { alignas(value_type) unsigned char bytes[sizeof(value_type)]; }; raw_slot storage_[Cfg::kMaxBuckets / 2]; //typename std::aligned_storage::type storage_[Cfg::kMaxBuckets / 2]; // Filled from 0 to num_buckets_, last one is duplicated raw_slot sorted_storage_[Cfg::kMaxBuckets / 2]; //typename std::aligned_storage::type sorted_storage_[Cfg::kMaxBuckets / 2]; int log_buckets_ = 0; bucket_type num_buckets_ = 0; less comp_; }; } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/cleanup_margins.hpp000066400000000000000000000157471523407312000237060ustar00rootroot00000000000000/****************************************************************************** * ips4o/cleanup_margins.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include "ips4o_fwd.hpp" #include "base_case.hpp" #include "memory.hpp" #include "utils.hpp" namespace ips4o { namespace detail { /** * Saves margins at thread boundaries. */ template std::pair Sorter::saveMargins(typename Cfg::bucket_type last_bucket) { // Find last bucket boundary in this thread's area diff_t tail = bucket_start_[last_bucket]; const diff_t end = Cfg::alignToNextBlock(tail); // Don't need to do anything if there is no overlap, or we are in the overflow case if (tail == end || end > (end_ - begin_)) return {-1, 0}; // Find bucket this last block belongs to { const auto start_of_last_block = end - Cfg::kBlockSize; diff_t last_start; do { --last_bucket; last_start = bucket_start_[last_bucket]; } while (last_start > start_of_last_block); } // Check if the last block has been written const auto write = shared_->bucket_pointers[last_bucket].getWrite(); if (write < end) return {-1, 0}; // Read excess elements, if necessary tail = bucket_start_[last_bucket + 1]; local_.swap[0].readFrom(begin_ + tail, end - tail); return {last_bucket, end - tail}; } /** * Fills margins from buffers. */ template void Sorter::writeMargins(const typename Cfg::bucket_type first_bucket, const typename Cfg::bucket_type last_bucket, const typename Cfg::bucket_type overflow_bucket, const typename Cfg::bucket_type swap_bucket, const diff_t in_swap_buffer) { const bool is_last_level = end_ - begin_ <= Cfg::kSingleLevelThreshold; const auto comp = classifier_->getComparator(); for (typename Cfg::bucket_type i = first_bucket; i < last_bucket; ++i) { // Get bucket information const ptrdiff_t bstart = bucket_start_[i]; const ptrdiff_t bend = bucket_start_[i + 1]; const auto bwrite = bucket_pointers_[i].getWrite(); // Destination where elements can be written auto dst = begin_ + bstart; auto remaining = Cfg::alignToNextBlock(bstart) - bstart; if (i == overflow_bucket && overflow_) { // Is there overflow? // Overflow buffer has been written => write pointer must be at end of bucket IPS4O_ASSUME_NOT(Cfg::alignToNextBlock(bend) != bwrite); auto src = overflow_->data(); // There must be space for at least BlockSize elements IPS4O_ASSUME_NOT((bend - (bwrite - Cfg::kBlockSize)) + remaining < Cfg::kBlockSize); auto tail_size = Cfg::kBlockSize - remaining; // Fill head std::move(src, src + remaining, dst); src += remaining; remaining = std::numeric_limits::max(); // Write remaining elements into tail dst = begin_ + (bwrite - Cfg::kBlockSize); dst = std::move(src, src + tail_size, dst); overflow_->reset(Cfg::kBlockSize); } else if (i == swap_bucket && in_swap_buffer) { // Did we save this in saveMargins? // Bucket of last block in this thread's area => write swap buffer auto src = local_.swap[0].data(); // All elements from the buffer must fit IPS4O_ASSUME_NOT(in_swap_buffer > remaining); // Write to head dst = std::move(src, src + in_swap_buffer, dst); remaining -= in_swap_buffer; local_.swap[0].reset(in_swap_buffer); } else if (bwrite > bend && bend - bstart > Cfg::kBlockSize) { // Final block has been written => move excess elements to head IPS4O_ASSUME_NOT(Cfg::alignToNextBlock(bend) != bwrite); auto src = begin_ + bend; auto head_size = bwrite - bend; // Must fit, no other empty space left IPS4O_ASSUME_NOT(head_size > remaining); // Write to head dst = std::move(src, src + head_size, dst); remaining -= head_size; } // Write elements from buffers for (int t = 0; t < num_threads_; ++t) { auto& buffers = shared_ ? shared_->local[t]->buffers : local_.buffers; auto src = buffers.data(i); auto count = buffers.size(i); if (count <= remaining) { dst = std::move(src, src + count, dst); remaining -= count; } else { std::move(src, src + remaining, dst); src += remaining; count -= remaining; remaining = std::numeric_limits::max(); dst = begin_ + bwrite; dst = std::move(src, src + count, dst); } buffers.reset(i); } // Perform final base case sort here, while the data is still cached if (is_last_level || (bend - bstart) <= 2 * Cfg::kBaseCaseSize) detail::baseCaseSort(begin_ + bstart, begin_ + bend, comp); } } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/config.hpp000066400000000000000000000244441523407312000217760ustar00rootroot00000000000000/****************************************************************************** * ips4o/config.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include #include #include #include "thread_pool.hpp" #include "utils.hpp" #ifndef IPS4O_ALLOW_EQUAL_BUCKETS #define IPS4O_ALLOW_EQUAL_BUCKETS true #endif #ifndef IPS4O_BASE_CASE_SIZE #define IPS4O_BASE_CASE_SIZE 16 #endif #ifndef IPS4O_BASE_CASE_MULTIPLIER #define IPS4O_BASE_CASE_MULTIPLIER 16 #endif #ifndef IPS4O_BLOCK_SIZE #define IPS4O_BLOCK_SIZE (2 << 10) #endif #ifndef IPS4O_BUCKET_TYPE #define IPS4O_BUCKET_TYPE std::ptrdiff_t #endif #ifndef IPS4O_DATA_ALIGNMENT #define IPS4O_DATA_ALIGNMENT (4 << 10) #endif #ifndef IPS4O_EQUAL_BUCKETS_THRESHOLD #define IPS4O_EQUAL_BUCKETS_THRESHOLD 5 #endif #ifndef IPS4O_LOG_BUCKETS #define IPS4O_LOG_BUCKETS 8 #endif #ifndef IPS4O_MIN_PARALLEL_BLOCKS_PER_THREAD #define IPS4O_MIN_PARALLEL_BLOCKS_PER_THREAD 4 #endif #ifndef IPS4O_OVERSAMPLING_FACTOR_PERCENT #define IPS4O_OVERSAMPLING_FACTOR_PERCENT 20 #endif #ifndef IPS4O_UNROLL_CLASSIFIER #define IPS4O_UNROLL_CLASSIFIER 7 #endif namespace ips4o { template struct Config { /** * The type used for bucket indices in the classifier. */ using bucket_type = BucketT_; /** * Whether we are on 64 bit or 32 bit. */ #if defined(__CHERI__) || defined(__CHERI_PURE_CAPABILITY__) static constexpr const bool kIs64Bit = true; // The underlying CPU words are still 64-bit #else static constexpr const bool kIs64Bit = sizeof(std::uintptr_t) == 8; #endif static_assert(kIs64Bit || sizeof(std::uintptr_t) == 4, "Architecture must be 32 or 64 bit"); /** * Whether equal buckets can be used. */ static constexpr const bool kAllowEqualBuckets = AllowEqualBuckets_; /** * Desired base case size. */ static constexpr const std::ptrdiff_t kBaseCaseSize = BaseCase_; /** * Multiplier for base case threshold. */ static constexpr const int kBaseCaseMultiplier = BaseCaseM_; /** * Number of bytes in one block. */ static constexpr const std::ptrdiff_t kBlockSizeInBytes = BlockSize_; /** * Alignment for shared and thread-local data. */ static constexpr const std::size_t kDataAlignment = DataAlign_; /** * Number of splitters that must be equal before equality buckets are enabled. */ static constexpr const std::ptrdiff_t kEqualBucketsThreshold = EqualBuckTh_; /** * Logarithm of the maximum number of buckets (excluding equality buckets). */ static constexpr const int kLogBuckets = LogBuckets_; /** * Minimum number of blocks per thread for which parallelism is used. */ static constexpr const std::ptrdiff_t kMinParallelBlocksPerThread = MinParBlks_; static_assert(kMinParallelBlocksPerThread > 0, "Min. blocks per thread must be at least 1."); /** * How many times the classification loop is unrolled. */ static constexpr const int kUnrollClassifier = UnrollClass_; static constexpr const std::ptrdiff_t kSingleLevelThreshold = kBaseCaseSize * (1ul << kLogBuckets); static constexpr const std::ptrdiff_t kTwoLevelThreshold = kSingleLevelThreshold * (1ul << kLogBuckets); /** * The oversampling factor to be used for input of size n. */ static constexpr double oversamplingFactor(std::ptrdiff_t n) { return std::max(OversampleF_ / 100.0 * detail::log2_const((uint64_t)n), 1.0); } /** * Computes the logarithm of the number of buckets to use for input size n. */ static int logBuckets(const std::ptrdiff_t n) { if (n <= kSingleLevelThreshold) { // Only one more level until we reach the base case, reduce the number of buckets return std::max(1, (int)detail::log2(uint64_t(n / kBaseCaseSize))); } else if (n <= kTwoLevelThreshold) { // Only two more levels until we reach the base case, split the buckets evenly return std::max(1, (int)(detail::log2(uint64_t(n / kBaseCaseSize) + 1) / 2)); } else { // Use the maximum number of buckets return kLogBuckets; } } /** * Returns the number of threads that should be used for the given input range. */ template #if defined(_REENTRANT) || defined(_OPENMP) static constexpr int numThreadsFor(const It& begin, const It& end, int max_threads) { return (((end - begin) * sizeof(decltype(*begin)) / kBlockSizeInBytes) < size_t(kMinParallelBlocksPerThread * max_threads)) ? 1 : max_threads; #else static constexpr int numThreadsFor(const It&, const It&, int) { return 1; #endif } }; template #if defined(_REENTRANT) || defined(_OPENMP) , class ThreadPool_ = DefaultThreadPool #endif > struct ExtendedConfig : public Cfg { /** * Base config containing user-specified parameters. */ using BaseConfig = Cfg; /** * The iterator type for the input data. */ using iterator = It_; /** * The difference type for the iterator. */ using difference_type = typename std::iterator_traits::difference_type; /** * The value type of the input data. */ using value_type = typename std::iterator_traits::value_type; /** * The comparison operator. */ using less = Comp_; #if defined(_REENTRANT) || defined(_OPENMP) /** * Thread pool for parallel algorithm. */ using ThreadPool = ThreadPool_; /** * Synchronization support for parallel algorithm. */ using Sync = decltype(std::declval().sync()); #else struct Sync { constexpr void barrier() const {} template constexpr void single(F&&) const {} }; #endif /** * Maximum number of buckets (including equality buckets). */ static constexpr const int kMaxBuckets = 1ul << (Cfg::kLogBuckets + Cfg::kAllowEqualBuckets); /** * Number of elements in one block. */ static constexpr const difference_type kBlockSize = 1llu << (detail::log2_const( Cfg::kBlockSizeInBytes < sizeof(value_type) ? 1 : (Cfg::kBlockSizeInBytes / sizeof(value_type)))); // Redefine applicable constants as difference_type. static constexpr const difference_type kBaseCaseSize = Cfg::kBaseCaseSize; static constexpr const difference_type kEqualBucketsThreshold = Cfg::kEqualBucketsThreshold; // Cannot sort without random access. static_assert(std::is_same::iterator_category, std::random_access_iterator_tag>::value, "Iterator must be a random access iterator."); // Number of buckets is limited by switch in classifier static_assert(Cfg::kLogBuckets <= 8, "Max. bucket count must be <= 512."); // The implementation of the block alignment limits the possible block sizes. static_assert((kBlockSize & (kBlockSize - 1)) == 0, "Block size must be a power of two."); // The main classifier function assumes that the loop can be unrolled at least once. static_assert(Cfg::kUnrollClassifier <= kBaseCaseSize, "Base case size must be larger than unroll factor."); /** * Aligns an offset to the next block boundary, upwards. */ static constexpr difference_type alignToNextBlock(difference_type p) { return (p + kBlockSize - 1) & ~(kBlockSize - 1); } }; #undef IPS4O_ALLOW_EQUAL_BUCKETS #undef IPS4O_BASE_CASE_SIZE #undef IPS4O_BASE_CASE_MULTIPLIER #undef IPS4O_BLOCK_SIZE #undef IPS4O_BUCKET_TYPE #undef IPS4O_DATA_ALIGNMENT #undef IPS4O_EQUAL_BUCKETS_THRESHOLD #undef IPS4O_LOG_BUCKETS #undef IPS4O_MIN_PARALLEL_BLOCKS_PER_THREAD #undef IPS4O_OVERSAMPLING_FACTOR_PERCENT #undef IPS4O_UNROLL_CLASSIFIER } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/empty_block_movement.hpp000066400000000000000000000214021523407312000247420ustar00rootroot00000000000000/****************************************************************************** * ips4o/empty_block_movement.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include "ips4o_fwd.hpp" #include "memory.hpp" namespace ips4o { namespace detail { /** * Moves empty blocks to establish invariant: * All buckets must consist of full blocks followed by empty blocks. */ template void Sorter::moveEmptyBlocks(const diff_t my_begin, const diff_t my_end, const diff_t my_first_empty_block) { // Find range of buckets that start in this stripe const typename Cfg::bucket_type bucket_range_start = [&](typename Cfg::bucket_type i) { while (Cfg::alignToNextBlock(bucket_start_[i]) < my_begin) ++i; return i; }(0); const typename Cfg::bucket_type bucket_range_end = [&](typename Cfg::bucket_type i) { const auto num_buckets = num_buckets_; if (my_id_ == num_threads_ - 1) return num_buckets; while (i < num_buckets && Cfg::alignToNextBlock(bucket_start_[i]) < my_end) ++i; return i; }(bucket_range_start); /* * After classification, a stripe consists of full blocks followed by empty blocks. * This means that the invariant above already holds for all buckets except those that * cross stripe boundaries. * * The following cases exist: * 1) The bucket is fully contained within one stripe. * In this case, nothing needs to be done, just set the bucket pointers. * * 2) The bucket starts in stripe i, and ends in stripe i+1. * In this case, thread i moves full blocks from the end of the bucket (from the * stripe of thread i+1) to fill the holes at the end of its stripe. * * 3) The bucket starts in stripe i, crosses more than one stripe boundary, and ends in stripe i+k. * This is an extension of case 2. In this case, multiple threads work on the same bucket. * Each thread is responsible for filling the empty blocks in its stripe. * The left-most thread will take the right-most blocks. Therefore, we count how * many blocks are fetched by threads to our left before moving our own blocks. */ // Check if last bucket overlaps the end of the stripe const auto bucket_end = Cfg::alignToNextBlock(bucket_start_[bucket_range_end]); const bool last_bucket_is_overlapping = bucket_end > my_end; // Case 1) for (typename Cfg::bucket_type b = bucket_range_start; b < bucket_range_end - last_bucket_is_overlapping; ++b) { const auto start = Cfg::alignToNextBlock(bucket_start_[b]); const auto stop = Cfg::alignToNextBlock(bucket_start_[b + 1]); auto read = stop; if (my_first_empty_block <= start) { // Bucket is completely empty read = start; } else if (my_first_empty_block < stop) { // Bucket is partially empty read = my_first_empty_block; } bucket_pointers_[b].set(start, read - Cfg::kBlockSize); } // Cases 2) and 3) if (last_bucket_is_overlapping) { const typename Cfg::bucket_type overlapping_bucket = bucket_range_end - 1; const auto bucket_start = Cfg::alignToNextBlock(bucket_start_[overlapping_bucket]); // If it is a very large bucket, other threads will also move blocks around in it (case 3) // Count how many filled blocks are in this bucket diff_t flushed_elements_in_bucket = 0; if (bucket_start < my_begin) { int prev_id = my_id_ - 1; // Iterate over stripes which are completely contained in this bucket while (bucket_start < shared_->local[prev_id]->first_block) { const auto eb = shared_->local[prev_id]->first_empty_block; flushed_elements_in_bucket += eb - shared_->local[prev_id]->first_block; --prev_id; } // Count blocks in stripe where bucket starts const auto eb = shared_->local[prev_id]->first_empty_block; // Check if there are any filled blocks in this bucket if (eb > bucket_start) flushed_elements_in_bucket += eb - bucket_start; } // Threads to our left will move this many blocks (0 if we are the left-most thread) diff_t elements_reserved = 0; if (my_begin > bucket_start) { // Thread to the left of us get priority elements_reserved = my_begin - bucket_start - flushed_elements_in_bucket; // Count how many elements we flushed into this bucket flushed_elements_in_bucket += my_first_empty_block - my_begin; } else if (my_first_empty_block > bucket_start) { // We are the left-most thread // Count how many elements we flushed into this bucket flushed_elements_in_bucket += my_first_empty_block - bucket_start; } // Find stripe which contains last block of this bucket (off by one) // Also continue counting how many filled blocks are in this bucket int read_from_thread = my_id_ + 1; while (read_from_thread < num_threads_ && bucket_end > shared_->local[read_from_thread]->first_block) { const auto eb = std::min(shared_->local[read_from_thread]->first_empty_block, bucket_end); flushed_elements_in_bucket += eb - shared_->local[read_from_thread]->first_block; ++read_from_thread; } // After moving blocks, this will be the first empty block in this bucket const auto first_empty_block_in_bucket = bucket_start + flushed_elements_in_bucket; // This is the range of blocks we want to fill auto write_ptr = begin_ + std::max(my_first_empty_block, bucket_start); const auto write_ptr_end = begin_ + std::min(first_empty_block_in_bucket, my_end); // Read from other stripes until we filled our blocks while (write_ptr < write_ptr_end) { --read_from_thread; // This is the range of blocks we can read from stripe 'read_from_thread' auto read_ptr = std::min(shared_->local[read_from_thread]->first_empty_block, bucket_end); auto read_range_size = read_ptr - shared_->local[read_from_thread]->first_block; // Skip reserved blocks if (elements_reserved >= read_range_size) { elements_reserved -= read_range_size; continue; } read_ptr -= elements_reserved; read_range_size -= elements_reserved; elements_reserved = 0; // Move blocks const auto size = std::min(read_range_size, write_ptr_end - write_ptr); write_ptr = std::move(begin_ + read_ptr - size, begin_ + read_ptr, write_ptr); } // Set bucket pointers if the bucket starts in this stripe if (my_begin <= bucket_start) { bucket_pointers_[overlapping_bucket].set(bucket_start, first_empty_block_in_bucket - Cfg::kBlockSize); } } } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/ips4o.hpp000066400000000000000000000136101523407312000215600ustar00rootroot00000000000000/****************************************************************************** * ips4o/ips4o.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include "ips4o_fwd.hpp" #include "base_case.hpp" #include "config.hpp" #include "memory.hpp" #include "parallel.hpp" #include "sequential.hpp" namespace ips4o { /** * Helper function for creating a reusable sequential sorter. */ template , class Comp = std::less::value_type>> SequentialSorter> make_sorter(Comp comp = Comp()) { return SequentialSorter>{true, std::move(comp)}; } /** * Configurable interface. */ template ::value_type>> void sort(It begin, It end, Comp comp = Comp()) { if (detail::sortedCaseSort(begin, end, comp)) return; if ((end - begin) <= Cfg::kBaseCaseMultiplier * Cfg::kBaseCaseSize) { detail::baseCaseSort(std::move(begin), std::move(end), std::move(comp)); } else { ips4o::SequentialSorter> sorter{false, std::move(comp)}; sorter(std::move(begin), std::move(end)); } } /** * Standard interface. */ template void sort(It begin, It end, Comp comp) { ips4o::sort>(std::move(begin), std::move(end), std::move(comp)); } template void sort(It begin, It end) { ips4o::sort>(std::move(begin), std::move(end), std::less::value_type>()); } #if defined(_REENTRANT) || defined(_OPENMP) namespace parallel { /** * Helper functions for creating a reusable parallel sorter. */ template , class ThreadPool, class Comp = std::less::value_type>> typename std::enable_if::type>::value, ParallelSorter>>::type make_sorter(ThreadPool&& thread_pool, Comp comp = Comp()) { return ParallelSorter>( std::move(comp), std::forward(thread_pool)); } template , class Comp = std::less::value_type>> ParallelSorter> make_sorter( int num_threads = DefaultThreadPool::maxNumThreads(), Comp comp = Comp()) { return ParallelSorter>( std::move(comp), DefaultThreadPool(num_threads)); } /** * Configurable interface. */ template , class It, class Comp, class ThreadPool> typename std::enable_if::type>::value>::type sort(It begin, It end, Comp comp, ThreadPool&& thread_pool) { if (Cfg::numThreadsFor(begin, end, thread_pool.numThreads()) < 2) ips4o::sort(std::move(begin), std::move(end), std::move(comp)); else ips4o::parallel::make_sorter( std::forward(thread_pool), std::move(comp))(std::move(begin), std::move(end)); } template , class It, class Comp> void sort(It begin, It end, Comp comp, int num_threads) { num_threads = Cfg::numThreadsFor(begin, end, num_threads); if (num_threads < 2) ips4o::sort(std::move(begin), std::move(end), std::move(comp)); else ips4o::parallel::make_sorter(num_threads, std::move(comp)) (std::move(begin), std::move(end)); } /** * Standard interface. */ template void sort(It begin, It end, Comp comp) { ips4o::parallel::sort>(std::move(begin), std::move(end), std::move(comp), DefaultThreadPool::maxNumThreads()); } template void sort(It begin, It end) { ips4o::parallel::sort(std::move(begin), std::move(end), std::less::value_type>()); } } // namespace parallel #endif // _REENTRANT || _OPENMP } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/ips4o_fwd.hpp000066400000000000000000000130051523407312000224160ustar00rootroot00000000000000/****************************************************************************** * ips4o/ips4o_fwd.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include "../../util/system.h" namespace ips4o { namespace detail { template inline void baseCaseSort(It begin, It end, Comp&& comp); inline constexpr uint64_t log2_const(uint64_t n); inline uint64_t log2(uint64_t n); template inline void selectSample(It begin, It end, typename std::iterator_traits::difference_type num_samples, RandomGen&& gen); template class Sorter { public: using iterator = typename Cfg::iterator; using diff_t = typename Cfg::difference_type; using value_type = typename Cfg::value_type; class BufferStorage; class Block; class Buffers; class BucketPointers; class Classifier; struct LocalData; struct SharedData; explicit Sorter(LocalData& local) : local_(local) {} void sequential(iterator begin, iterator end); #if defined(_REENTRANT) || defined(_OPENMP) template void parallelPrimary(iterator begin, iterator end, SharedData& shared, int num_threads, TaskSorter&& task_sorter); void parallelSecondary(SharedData& shared, int id, int num_threads); #endif private: LocalData& local_; SharedData* shared_; Classifier* classifier_; //diff_t* bucket_start_; std::atomic_ptrdiff_t* bucket_start_; BucketPointers* bucket_pointers_; Block* overflow_; iterator begin_; iterator end_; typename Cfg::bucket_type num_buckets_; int my_id_; int num_threads_; static inline int computeLogBuckets(diff_t n); std::pair buildClassifier(iterator begin, iterator end, Classifier& classifier); template FLATTEN diff_t classifyLocally(iterator my_begin, iterator my_end); inline void parallelClassification(bool use_equal_buckets); inline void sequentialClassification(bool use_equal_buckets); void moveEmptyBlocks(diff_t my_begin, diff_t my_end, diff_t my_first_empty_block); inline typename Cfg::bucket_type computeOverflowBucket(); template inline typename Cfg::bucket_type classifyAndReadBlock(typename Cfg::bucket_type read_bucket); template inline typename Cfg::bucket_type swapBlock(diff_t max_off, typename Cfg::bucket_type dest_bucket, bool current_swap); template void permuteBlocks(); inline std::pair saveMargins(typename Cfg::bucket_type last_bucket); void writeMargins(typename Cfg::bucket_type first_bucket, typename Cfg::bucket_type last_bucket, typename Cfg::bucket_type overflow_bucket, typename Cfg::bucket_type swap_bucket, diff_t in_swap_buffer); template std::pair partition(iterator begin, iterator end, std::atomic_ptrdiff_t* bucket_start, SharedData* shared, int my_id, int num_threads); inline void processSmallTasks(iterator begin, SharedData& shared); }; } // namespace detail template class SequentialSorter; template class ParallelSorter; template inline void sort(It begin, It end, Comp comp); template inline void sort(It begin, It end); #if defined(_REENTRANT) || defined(_OPENMP) namespace parallel { template inline void sort(It begin, It end, Comp comp); template inline void sort(It begin, It end); } // namespace parallel #endif } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/local_classification.hpp000066400000000000000000000137301523407312000246720ustar00rootroot00000000000000/****************************************************************************** * ips4o/local_classification.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include "ips4o_fwd.hpp" #include "classifier.hpp" #include "empty_block_movement.hpp" #include "memory.hpp" namespace ips4o { namespace detail { /** * Local classification phase. */ template template typename Cfg::difference_type Sorter::classifyLocally(const iterator my_begin, const iterator my_end) { auto write = my_begin; auto& buffers = local_.buffers; // Do the classification classifier_->template classify(my_begin, my_end, [&](typename Cfg::bucket_type bucket, iterator it) { // Only flush buffers on overflow if (buffers.isFull(bucket)) { buffers.writeTo(bucket, write); write += Cfg::kBlockSize; local_.bucket_size[bucket] += Cfg::kBlockSize; } buffers.push(bucket, std::move(*it)); }); // Update bucket sizes to account for partially filled buckets for (typename Cfg::bucket_type i = 0, end = num_buckets_; i < end; ++i) local_.bucket_size[i] += local_.buffers.size(i); return write - begin_; } /** * Local classification in the sequential case. */ template void Sorter::sequentialClassification(const bool use_equal_buckets) { const auto my_first_empty_block = use_equal_buckets ? classifyLocally(begin_, end_) : classifyLocally(begin_, end_); // Find bucket boundaries diff_t sum = 0; bucket_start_[0] = 0; for (typename Cfg::bucket_type i = 0, end = num_buckets_; i < end; ++i) { sum += local_.bucket_size[i]; bucket_start_[i + 1] = sum; } IPS4O_ASSUME_NOT(bucket_start_[num_buckets_] != end_ - begin_); // Set write/read pointers for all buckets for (typename Cfg::bucket_type bucket = 0, end = num_buckets_; bucket < end; ++bucket) { const auto start = Cfg::alignToNextBlock(bucket_start_[bucket]); const auto stop = Cfg::alignToNextBlock(bucket_start_[bucket + 1]); bucket_pointers_[bucket].set( start, (start >= my_first_empty_block ? start : (stop <= my_first_empty_block ? stop : my_first_empty_block)) - Cfg::kBlockSize); } } /** * Local classification in the parallel case. */ template void Sorter::parallelClassification(const bool use_equal_buckets) { // Compute stripe for each thread const auto elements_per_thread = static_cast(end_ - begin_) / num_threads_; const auto my_begin = begin_ + Cfg::alignToNextBlock(int64_t(my_id_ * elements_per_thread + 0.5)); const auto my_end = [&] { auto e = begin_ + std::min(Cfg::alignToNextBlock(int64_t((my_id_ + 1) * elements_per_thread + 0.5)), end_ - begin_); //e = end_ < e ? end_ : e; return e; }(); local_.first_block = my_begin - begin_; // Do classification if (my_begin >= my_end) { // Small input (less than two blocks per thread), wait for other threads to finish local_.first_empty_block = my_begin - begin_; shared_->sync.barrier(); } else { const auto my_first_empty_block = use_equal_buckets ? classifyLocally(my_begin, my_end) : classifyLocally(my_begin, my_end); // Find bucket boundaries diff_t sum = 0; for (typename Cfg::bucket_type i = 0, end = num_buckets_; i < end; ++i) { sum += local_.bucket_size[i]; //__atomic_fetch_add(&bucket_start_[i + 1], sum, __ATOMIC_RELAXED); bucket_start_[i + 1] += sum; } local_.first_empty_block = my_first_empty_block; shared_->sync.barrier(); // Move empty blocks and set bucket write/read pointers moveEmptyBlocks(my_begin - begin_, my_end - begin_, my_first_empty_block); } shared_->sync.barrier(); } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/memory.hpp000066400000000000000000000201111523407312000220240ustar00rootroot00000000000000/****************************************************************************** * ips4o/memory.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include #include #include #include #include "ips4o_fwd.hpp" #include "bucket_pointers.hpp" #include "buffers.hpp" #include "classifier.hpp" namespace ips4o { namespace detail { /** * Aligns a pointer. */ template static T* alignPointer(T* ptr, std::size_t alignment) { uintptr_t v = reinterpret_cast(ptr); v = (v - 1 + alignment) & ~(alignment - 1); return reinterpret_cast(v); } /** * Constructs an object at the specified alignment. */ template class AlignedPtr { public: AlignedPtr() {} template explicit AlignedPtr(std::size_t alignment, Args&&... args) : alloc_(new char[sizeof(T) + alignment]) , value_(new (alignPointer(alloc_, alignment)) T(std::forward(args)...)) {} AlignedPtr(const AlignedPtr&) = delete; AlignedPtr& operator=(const AlignedPtr&) = delete; AlignedPtr(AlignedPtr&& rhs) : alloc_(rhs.alloc_), value_(rhs.value_) { rhs.alloc_ = nullptr; } AlignedPtr& operator=(AlignedPtr&& rhs) { std::swap(alloc_, rhs.alloc_); std::swap(value_, rhs.value_); return *this; } ~AlignedPtr() { if (alloc_) { value_->~T(); delete[] alloc_; } } T& get() { return *value_; } private: char* alloc_ = nullptr; T* value_; }; /** * Provides aligned storage without constructing an object. */ template <> class AlignedPtr { public: AlignedPtr() {} template explicit AlignedPtr(std::size_t alignment, std::size_t size) : alloc_(new char[size + alignment]) , value_(alignPointer(alloc_, alignment)) {} AlignedPtr(const AlignedPtr&) = delete; AlignedPtr& operator=(const AlignedPtr&) = delete; AlignedPtr(AlignedPtr&& rhs) : alloc_(rhs.alloc_), value_(rhs.value_) { rhs.alloc_ = nullptr; } AlignedPtr& operator=(AlignedPtr&& rhs) { std::swap(alloc_, rhs.alloc_); std::swap(value_, rhs.value_); return *this; } ~AlignedPtr() { if (alloc_) { delete[] alloc_; } } char* get() { return value_; } private: char* alloc_ = nullptr; char* value_; }; /** * Aligned storage for use in buffers. */ template class Sorter::BufferStorage : public AlignedPtr { static constexpr const auto kPerThread = Cfg::kBlockSizeInBytes * Cfg::kMaxBuckets * (1 + Cfg::kAllowEqualBuckets); public: BufferStorage() {} explicit BufferStorage(int num_threads) : AlignedPtr(Cfg::kDataAlignment, num_threads * kPerThread) {} char* forThread(int id) { return this->get() + id * kPerThread; } }; /** * Data local to each thread. */ template struct Sorter::LocalData { using diff_t = typename Cfg::difference_type; // Buffers diff_t bucket_size[Cfg::kMaxBuckets]; Buffers buffers; Block swap[2]; Block overflow; // Bucket information BucketPointers bucket_pointers[Cfg::kMaxBuckets]; // Classifier Classifier classifier; // Information used during empty block movement diff_t first_block; diff_t first_empty_block; // Random bit generator for sampling // LCG using constants by Knuth (for 64 bit) or Numerical Recipes (for 32 bit) std::linear_congruential_engine random_generator; LocalData(typename Cfg::less comp, char* buffer_storage) : buffers(buffer_storage) , classifier(std::move(comp)) { std::random_device rdev; std::ptrdiff_t seed = rdev(); if (Cfg::kIs64Bit) seed = (seed << (Cfg::kIs64Bit * 32)) | rdev(); random_generator.seed(seed); reset(); } /** * Resets local data after partitioning is done. */ void reset() { classifier.reset(); std::fill_n(bucket_size, Cfg::kMaxBuckets, 0); } }; /** * A subtask in the parallel algorithm. * Uses indices instead of iterators to avoid unnecessary template instantiations. */ struct ParallelTask { std::ptrdiff_t begin; std::ptrdiff_t end; int level; bool operator==(const ParallelTask& rhs) const { return begin == rhs.begin && end == rhs.end; } bool operator!=(const ParallelTask& rhs) const { return begin != rhs.begin || end != rhs.end; } bool operator<(const ParallelTask& rhs) const { return end - begin < rhs.end - rhs.begin; } bool operator<=(const ParallelTask& rhs) const { return end - begin <= rhs.end - rhs.begin; } bool operator>(const ParallelTask& rhs) const { return end - begin > rhs.end - rhs.begin; } bool operator>=(const ParallelTask& rhs) const { return end - begin >= rhs.end - rhs.begin; } }; /** * Data shared between all threads. */ template struct Sorter::SharedData { // Bucket information std::atomic_ptrdiff_t bucket_start[Cfg::kMaxBuckets + 1]; BucketPointers bucket_pointers[Cfg::kMaxBuckets]; Block* overflow; typename Cfg::bucket_type num_buckets; bool use_equal_buckets; // Classifier for parallel partitioning Classifier classifier; // Synchronisation support typename Cfg::Sync sync; // Local thread data std::vector local; // Parallel subtask information typename Cfg::iterator begin_; std::vector big_tasks; std::vector small_tasks; std::atomic_size_t small_task_index; SharedData(typename Cfg::less comp, typename Cfg::Sync sync, std::size_t num_threads) : classifier(std::move(comp)) , sync(std::forward(sync)) , local(num_threads) { reset(); } /** * Resets shared data after partitioning is done. */ void reset() { classifier.reset(); std::fill_n(bucket_start, Cfg::kMaxBuckets + 1, 0); overflow = nullptr; } }; } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/parallel.hpp000066400000000000000000000205271523407312000223230ustar00rootroot00000000000000/****************************************************************************** * ips4o/parallel.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #if defined(_REENTRANT) || defined(_OPENMP) #include #include #include #include #include #include #include #include "ips4o_fwd.hpp" #include "memory.hpp" #include "sequential.hpp" #include "partitioning.hpp" namespace ips4o { namespace detail { /** * Processes sequential subtasks in the parallel algorithm. */ template void Sorter::processSmallTasks(const iterator begin, SharedData& shared) { std::size_t my_index = shared.small_task_index.fetch_add(1, std::memory_order_relaxed); while (my_index < shared.small_tasks.size()) { const auto my_task = shared.small_tasks[my_index]; sequential(begin + my_task.begin, begin + my_task.end); my_index = shared.small_task_index.fetch_add(1, std::memory_order_relaxed); } } /** * Main loop for secondary threads in the parallel algorithm. */ template void Sorter::parallelSecondary(SharedData& shared, int id, int num_threads) { const auto begin = shared.begin_; shared.local[id] = &local_; do { const auto task = shared.big_tasks.back(); partition(begin + task.begin, begin + task.end, shared.bucket_start, &shared, id, num_threads); shared.sync.barrier(); } while (!shared.big_tasks.empty()); processSmallTasks(begin, shared); } /** * Main loop for the primary thread in the parallel algorithm. */ template template void Sorter::parallelPrimary(const iterator begin, const iterator end, SharedData& shared, const int num_threads, TaskSorter&& task_sorter) { const auto max_sequential_size = [&] { const auto div = (end - begin) / num_threads; const auto blocks = num_threads * Cfg::kMinParallelBlocksPerThread * Cfg::kBlockSize; return std::max(div, blocks); }(); shared.small_tasks.clear(); shared.small_task_index.store(0, std::memory_order_relaxed); // Queues a subtask either as a big task, a small task, or not at all, depending on the size const auto queueTask = [&shared, max_sequential_size](int64_t i, std::ptrdiff_t offset, int level) { const auto start = offset + shared.bucket_start[i]; const auto stop = offset + shared.bucket_start[i + 1]; if (stop - start > max_sequential_size) { shared.big_tasks.push_back({start, stop, level}); } else if (stop - start > 2 * Cfg::kBaseCaseSize) { shared.small_tasks.push_back({start, stop, level}); } }; do { // Do parallel partitioning const auto task = shared.big_tasks.back(); const auto res = partition(begin + task.begin, begin + task.end, shared.bucket_start, &shared, 0, num_threads); const typename Cfg::bucket_type num_buckets = std::get<0>(res); const bool equal_buckets = std::get<1>(res); shared.big_tasks.pop_back(); // Queue subtasks if we didn't reach the last level yet const bool is_last_level = end_ - begin_ <= Cfg::kSingleLevelThreshold; if (!is_last_level) { // Skip equality buckets for (int i = 0; i < num_buckets; i += 1 + equal_buckets) queueTask(i, task.begin, task.level + 1); if (equal_buckets) queueTask(num_buckets - 1, task.begin, task.level + 1); } if (shared.big_tasks.empty()) { // Sort small tasks by size, larger ones first task_sorter(shared.small_tasks.begin(), shared.small_tasks.end()); } shared.reset(); shared.sync.barrier(); } while (!shared.big_tasks.empty()); // Process remaining small tasks processSmallTasks(begin, shared); } } // namespace detail /** * Reusable parallel sorter. */ template class ParallelSorter { using Sorter = detail::Sorter; using iterator = typename Cfg::iterator; public: /** * Construct the sorter. Thread pool may be passed by reference. */ ParallelSorter(typename Cfg::less comp, typename Cfg::ThreadPool thread_pool) : thread_pool_(std::forward(thread_pool)) , shared_ptr_(Cfg::kDataAlignment, std::move(comp), thread_pool_.sync(), thread_pool_.numThreads()) , buffer_storage_(thread_pool_.numThreads()) , local_ptrs_(new detail::AlignedPtr[thread_pool_.numThreads()]) , task_sorter_(false, {}, buffer_storage_.forThread(0)) { // Allocate local data thread_pool_([this](int my_id, int) { auto& shared = this->shared_ptr_.get(); this->local_ptrs_[my_id] = detail::AlignedPtr( Cfg::kDataAlignment, shared.classifier.getComparator(), buffer_storage_.forThread(my_id)); shared.local[my_id] = &this->local_ptrs_[my_id].get(); }); } /** * Sort in parallel. */ void operator()(iterator begin, iterator end) { // Sort small input sequentially const int num_threads = Cfg::numThreadsFor(begin, end, thread_pool_.numThreads()); if (num_threads < 2) { Sorter(local_ptrs_[0].get()).sequential(std::move(begin), std::move(end)); return; } // Set up base data before switching to parallel mode auto& shared = shared_ptr_.get(); shared.begin_ = begin; shared.big_tasks.push_back({0, end - begin, 1}); // Execute in parallel thread_pool_([this, begin, end](int my_id, int num_threads) { auto& shared = this->shared_ptr_.get(); Sorter sorter(*shared.local[my_id]); if (my_id == 0) sorter.parallelPrimary(begin, end, shared, num_threads, task_sorter_); else sorter.parallelSecondary(shared, my_id, num_threads); }, num_threads); } private: typename Cfg::ThreadPool thread_pool_; detail::AlignedPtr shared_ptr_; typename Sorter::BufferStorage buffer_storage_; std::unique_ptr[]> local_ptrs_; SequentialSorter::iterator, std::greater, typename Cfg::BaseConfig >> task_sorter_; }; } // namespace ips4o #endif // _REENTRANT || _OPENMP bbuchfink-diamond-6dc5717/src/lib/ips4o/partitioning.hpp000066400000000000000000000130651523407312000232350ustar00rootroot00000000000000/****************************************************************************** * ips4o/partitioning.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include "memory.hpp" #include "utils.hpp" #include "ips4o_fwd.hpp" #include "sampling.hpp" #include "local_classification.hpp" #include "block_permutation.hpp" #include "cleanup_margins.hpp" namespace ips4o { namespace detail { /** * Main partitioning function. */ template template std::pair Sorter::partition(const iterator begin, const iterator end, std::atomic_ptrdiff_t* const bucket_start, SharedData* const shared, const int my_id, const int num_threads) { // Sampling bool use_equal_buckets = false; { if (!kIsParallel) { std::tie(this->num_buckets_, use_equal_buckets) = buildClassifier(begin, end, local_.classifier); } else { shared->sync.single([&] { std::tie(this->num_buckets_, use_equal_buckets) = buildClassifier(begin, end, shared->classifier); shared->num_buckets = this->num_buckets_; shared->use_equal_buckets = use_equal_buckets; }); this->num_buckets_ = shared->num_buckets; use_equal_buckets = shared->use_equal_buckets; } } // Set parameters for this partitioning step // Must do this AFTER sampling, because sampling will recurse to sort splitters. this->shared_ = shared; this->classifier_ = kIsParallel ? &shared_->classifier : &local_.classifier; this->bucket_start_ = bucket_start; this->bucket_pointers_ = kIsParallel ? shared_->bucket_pointers : local_.bucket_pointers; this->overflow_ = nullptr; this->begin_ = begin; this->end_ = end; this->my_id_ = my_id; this->num_threads_ = num_threads; // Local Classification if (kIsParallel) parallelClassification(use_equal_buckets); else sequentialClassification(use_equal_buckets); // Compute which bucket can cause overflow const typename Cfg::bucket_type overflow_bucket = computeOverflowBucket(); // Block Permutation if (use_equal_buckets) permuteBlocks(); else permuteBlocks(); if (kIsParallel && overflow_) shared_->overflow = &local_.overflow; if (kIsParallel) shared_->sync.barrier(); // Cleanup { if (kIsParallel) overflow_ = shared_->overflow; // Distribute buckets among threads const typename Cfg::bucket_type num_buckets = num_buckets_; const typename Cfg::bucket_type buckets_per_thread = (num_buckets + num_threads_ - 1) / num_threads_; typename Cfg::bucket_type my_first_bucket = my_id_ * buckets_per_thread; typename Cfg::bucket_type my_last_bucket = (my_id_ + 1) * buckets_per_thread; my_first_bucket = num_buckets < my_first_bucket ? num_buckets : my_first_bucket; my_last_bucket = num_buckets < my_last_bucket ? num_buckets : my_last_bucket; // Save excess elements at right end of stripe const auto in_swap_buffer = !kIsParallel ? std::pair(-1, 0) : saveMargins(my_last_bucket); if (kIsParallel) shared_->sync.barrier(); // Write remaining elements writeMargins(my_first_bucket, my_last_bucket, overflow_bucket, in_swap_buffer.first, in_swap_buffer.second); } if (kIsParallel) shared_->sync.barrier(); local_.reset(); return {this->num_buckets_, use_equal_buckets}; } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/sampling.hpp000066400000000000000000000113761523407312000223430ustar00rootroot00000000000000/****************************************************************************** * ips4o/sampling.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include #include #include "ips4o_fwd.hpp" #include "config.hpp" #include "classifier.hpp" #include "memory.hpp" namespace ips4o { namespace detail { /** * Selects a random sample in-place. */ template void selectSample(It begin, const It end, typename std::iterator_traits::difference_type num_samples, RandomGen&& gen) { using std::swap; auto n = end - begin; while (num_samples--) { const auto i = std::uniform_int_distribution::difference_type>(0, --n)(gen); swap(*begin, begin[i]); ++begin; } } /** * Builds the classifer. */ template std::pair Sorter::buildClassifier(const iterator begin, const iterator end, Classifier& classifier) { const auto n = end - begin; int log_buckets = Cfg::logBuckets(n); typename Cfg::bucket_type num_buckets = (typename Cfg::bucket_type)1 << log_buckets; const auto step = std::max(1, (diff_t)Cfg::oversamplingFactor(n)); const auto num_samples = step * num_buckets - 1; // Select the sample detail::selectSample(begin, end, num_samples, local_.random_generator); // Sort the sample sequential(begin, begin + num_samples); auto splitter = begin + step - 1; auto sorted_splitters = classifier.getSortedSplitters(); const auto comp = classifier.getComparator(); // Choose the splitters IPS4O_ASSUME_NOT(sorted_splitters == nullptr); new (sorted_splitters) typename Cfg::value_type(*splitter); for (int i = 2; i < num_buckets; ++i) { splitter += step; // Skip duplicates if (comp(*sorted_splitters, *splitter)) { IPS4O_ASSUME_NOT(sorted_splitters + 1 == nullptr); new (++sorted_splitters) typename Cfg::value_type(*splitter); } } // Check for duplicate splitters const auto diff_splitters = sorted_splitters - classifier.getSortedSplitters() + 1; const bool use_equal_buckets = Cfg::kAllowEqualBuckets && num_buckets - 1 - diff_splitters >= Cfg::kEqualBucketsThreshold; // Fill the array to the next power of two log_buckets = (int)log2((uint64_t)diff_splitters) + 1; num_buckets = (typename Cfg::bucket_type)1 << log_buckets; for (auto i = diff_splitters + 1; i < num_buckets; ++i) { IPS4O_ASSUME_NOT(sorted_splitters + 1 == nullptr); new (++sorted_splitters) typename Cfg::value_type(*splitter); } // Build the tree classifier.build(log_buckets); this->classifier_ = &classifier; const typename Cfg::bucket_type used_buckets = num_buckets * (1 + use_equal_buckets); return {used_buckets, use_equal_buckets}; } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/sequential.hpp000066400000000000000000000107611523407312000227000ustar00rootroot00000000000000/****************************************************************************** * ips4o/sequential.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include #include "ips4o_fwd.hpp" #include "base_case.hpp" #include "memory.hpp" #include "partitioning.hpp" namespace ips4o { namespace detail { /** * Recursive entry point for sequential algorithm. */ template void Sorter::sequential(const iterator begin, const iterator end) { // Check for base case const auto n = end - begin; if (n <= 2 * Cfg::kBaseCaseSize) { detail::baseCaseSort(begin, end, local_.classifier.getComparator()); return; } std::atomic_ptrdiff_t bucket_start[Cfg::kMaxBuckets + 1]; // Do the partitioning const auto res = partition(begin, end, bucket_start, nullptr, 0, 1); const typename Cfg::bucket_type num_buckets = std::get<0>(res); const bool equal_buckets = std::get<1>(res); // Final base case is executed in cleanup step, so we're done here if (n <= Cfg::kSingleLevelThreshold) { return; } // Recurse for (typename Cfg::bucket_type i = 0; i < num_buckets; i += 1 + equal_buckets) { const ptrdiff_t start = bucket_start[i]; const ptrdiff_t stop = bucket_start[i + 1]; if (stop - start > 2 * Cfg::kBaseCaseSize) sequential(begin + start, begin + stop); } if (equal_buckets) { const ptrdiff_t start = bucket_start[num_buckets - 1]; const ptrdiff_t stop = bucket_start[num_buckets]; if (stop - start > 2 * Cfg::kBaseCaseSize) sequential(begin + start, begin + stop); } } } // namespace detail /** * Reusable sequential sorter. */ template class SequentialSorter { using Sorter = detail::Sorter; using iterator = typename Cfg::iterator; public: explicit SequentialSorter(bool check_sorted, typename Cfg::less comp) : check_sorted(check_sorted) , buffer_storage_(1) , local_ptr_(Cfg::kDataAlignment, std::move(comp), buffer_storage_.get()) {} explicit SequentialSorter(bool check_sorted, typename Cfg::less comp, char* buffer_storage) : check_sorted(check_sorted) , local_ptr_(Cfg::kDataAlignment, std::move(comp), buffer_storage) {} void operator()(iterator begin, iterator end) { if (check_sorted) { const bool sorted = detail::sortedCaseSort(begin, end, local_ptr_.get().classifier.getComparator()); if (sorted) return; } Sorter(local_ptr_.get()).sequential(std::move(begin), std::move(end)); } private: const bool check_sorted; typename Sorter::BufferStorage buffer_storage_; detail::AlignedPtr local_ptr_; }; } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/synchronization.hpp000066400000000000000000000101721523407312000237630ustar00rootroot00000000000000/****************************************************************************** * ips4o/synchronization.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #ifdef _REENTRANT #include #include namespace ips4o { namespace detail { /** * Thread barrier, also supports single() execution. */ class Barrier { public: explicit Barrier(int num_threads) : init_count_(num_threads), hit_count_(num_threads), flag_(false) {} inline void barrier(); template inline void single(F&& func); /** * Reset the number of threads. * No thread must currently be waiting at this barrier. */ void setNumThreads(int num_threads) { hit_count_ = init_count_ = num_threads; } private: std::mutex mutex_; std::condition_variable cv_; int init_count_; int hit_count_; bool flag_; inline void notify_all(std::unique_lock& lk); }; /** * General synchronization support. */ class Sync : public Barrier { public: explicit Sync(int num_threads) : Barrier(num_threads) {} template inline void critical(F&& func); private: std::mutex mutex_critical_; }; /** * Barrier: Execution resumes only after all threads reached this point. */ void Barrier::barrier() { std::unique_lock lk(mutex_); if (--hit_count_ == 0) { notify_all(lk); } else { //cv_.wait(lk, [this, f = flag_] { return f != flag_; }); const auto f = flag_; while (f == flag_) cv_.wait(lk); } } /** * Single: Only the first thread executes F, other threads wait. */ template void Barrier::single(F&& func) { std::unique_lock lk(mutex_); if (hit_count_-- == init_count_) { lk.unlock(); func(); lk.lock(); --hit_count_; } if (hit_count_ < 0) notify_all(lk); else { //cv_.wait(lk, [this, f = flag_] { return f != flag_; }); const auto f = flag_; while (f == flag_) cv_.wait(lk); } } /** * Wakes up waiting threads. */ void Barrier::notify_all(std::unique_lock& lk) { hit_count_ = init_count_; flag_ = !flag_; lk.unlock(); cv_.notify_all(); } /** * Critical: Each thread executes F, one after another. */ template void Sync::critical(F&& func) { std::unique_lock lk(mutex_critical_); func(); } } // namespace detail } // namespace ips4o #endif // _REENTRANT bbuchfink-diamond-6dc5717/src/lib/ips4o/thread_pool.hpp000066400000000000000000000140351523407312000230240ustar00rootroot00000000000000/****************************************************************************** * ips4o/thread_pool.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #ifdef _OPENMP #include #endif // _OPENMP #ifdef _REENTRANT #include #include #include #include #include #include "synchronization.hpp" #endif // _REENTRANT namespace ips4o { #ifdef _OPENMP /** * A thread pool using OpenMP. */ class OpenMPThreadPool { public: class Sync { public: void barrier() const { #pragma omp barrier } #ifdef __INTEL_COMPILER // Workaround: icc with OpenMP fails here when using lambdas as template parameter void single(std::function func) const { #else template void single(F&& func) const { #endif #pragma omp single func(); } template void critical(F&& func) const { #pragma omp critical func(); } }; explicit OpenMPThreadPool(int num_threads = OpenMPThreadPool::maxNumThreads()) : num_threads_(num_threads) {} /** * Entry point for parallel execution. */ template void operator()(F&& func, int num_threads = std::numeric_limits::max()) { num_threads = std::min(num_threads, num_threads_); if (num_threads > 1) #pragma omp parallel num_threads(num_threads) func(omp_get_thread_num(), omp_get_num_threads()); else func(0, 1); } Sync sync() const { return {}; } int numThreads() const { return num_threads_; } static int maxNumThreads() { return omp_get_max_threads(); } private: int num_threads_; }; #endif // _OPENMP #ifdef _REENTRANT /** * A thread pool using std::thread. */ class StdThreadPool { public: using Sync = detail::Sync; explicit StdThreadPool(int num_threads = StdThreadPool::maxNumThreads()) : impl_(new Impl(num_threads)) {} template void operator()(F&& func, int num_threads = std::numeric_limits::max()) { num_threads = std::min(num_threads, numThreads()); if (num_threads > 1) impl_.get()->run(std::forward(func), num_threads); else func(0, 1); } Sync& sync() { return impl_.get()->sync_; } int numThreads() const { return (int)impl_.get()->threads_.size() + 1; } static int maxNumThreads() { return (int)std::thread::hardware_concurrency(); } private: struct Impl { Sync sync_; detail::Barrier pool_barrier_; std::vector threads_; std::function func_; int num_threads_; bool done_ = false; /** * Constructor for the std::thread pool. */ Impl(int num_threads) : sync_(std::max(1, num_threads)) , pool_barrier_(std::max(1, num_threads)) , num_threads_(std::max(1, num_threads)) { threads_.reserve(num_threads_ - 1); for (int i = 1; i < num_threads_; ++i) threads_.emplace_back(&Impl::main, this, i); } /** * Destructor for the std::thread pool. */ ~Impl() { done_ = true; pool_barrier_.barrier(); for (auto& t : threads_) t.join(); } /** * Entry point for parallel execution for the std::thread pool. */ template void run(F&& func, const int num_threads) { func_ = func; num_threads_ = num_threads; sync_.setNumThreads(num_threads); pool_barrier_.barrier(); func_(0, num_threads); pool_barrier_.barrier(); } /** * Main loop for threads created by the std::thread pool. */ void main(const int my_id) { for (;;) { pool_barrier_.barrier(); if (done_) break; if (my_id < num_threads_) func_(my_id, num_threads_); pool_barrier_.barrier(); } } }; std::unique_ptr impl_; }; #endif // _REENTRANT #ifdef _OPENMP using DefaultThreadPool = OpenMPThreadPool; #elif defined(_REENTRANT) using DefaultThreadPool = StdThreadPool; #endif } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/ips4o/utils.hpp000066400000000000000000000046241523407312000216670ustar00rootroot00000000000000/****************************************************************************** * ips4o/utils.hpp * * In-place Parallel Super Scalar Samplesort (IPS⁴o) * ****************************************************************************** * BSD 2-Clause License * * Copyright Š 2017, Michael Axtmann * Copyright Š 2017, Daniel Ferizovic * Copyright Š 2017, Sascha Witt * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * * Redistributions of source code must retain the above copyright notice, this * list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER * CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *****************************************************************************/ // Modified by B. Buchfink #pragma once #include //#define IPS4O_ASSUME_NOT(c) if (c) __builtin_unreachable() #define IPS4O_ASSUME_NOT(c) assert(!(c)) #include #include "ips4o_fwd.hpp" #include "../../util/intrin.h" namespace ips4o { namespace detail { /** * Compute the logarithm to base 2, rounded down. */ inline uint64_t log2(uint64_t n) { return (std::numeric_limits::digits - 1 - clz(n)); } inline constexpr uint64_t log2_const(uint64_t n) { return n == 1 ? 0 : 1 + log2_const(n >> 1); } } // namespace detail } // namespace ips4o bbuchfink-diamond-6dc5717/src/lib/mio/000077500000000000000000000000001523407312000175365ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/mio/detail/000077500000000000000000000000001523407312000210005ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/mio/detail/mmap.ipp000066400000000000000000000355421523407312000224550ustar00rootroot00000000000000/* Copyright 2017 https://github.com/mandreyel * * Permission is hereby granted, free of charge, to any person obtaining a copy of this * software and associated documentation files (the "Software"), to deal in the Software * without restriction, including without limitation the rights to use, copy, modify, * merge, publish, distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be included in all copies * or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, * INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A * PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE * OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ // Modified by B. Buchfink #ifndef MIO_BASIC_MMAP_IMPL #define MIO_BASIC_MMAP_IMPL #include "mio/mmap.hpp" #include "mio/page.hpp" #include "mio/detail/string_util.hpp" #include #include #include #ifndef _WIN32 # include # include # include # include #endif namespace mio { namespace detail { #ifdef _WIN32 namespace win { /** Returns the 4 upper bytes of an 8-byte integer. */ inline DWORD int64_high(int64_t n) noexcept { return n >> 32; } /** Returns the 4 lower bytes of an 8-byte integer. */ inline DWORD int64_low(int64_t n) noexcept { return n & 0xffffffff; } inline std::wstring s_2_ws(const std::string& s) { if (s.empty()) return{}; const auto s_length = static_cast(s.length()); auto buf = std::vector(s_length); const auto wide_char_count = MultiByteToWideChar(CP_UTF8, 0, s.c_str(), s_length, buf.data(), s_length); return std::wstring(buf.data(), wide_char_count); } template< typename String, typename = typename std::enable_if< std::is_same::type, char>::value >::type > file_handle_type open_file_helper(const String& path, const access_mode mode) { return ::CreateFileW(s_2_ws(path).c_str(), mode == access_mode::read ? GENERIC_READ : GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, 0, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, 0); } template typename std::enable_if< std::is_same::type, wchar_t>::value, file_handle_type >::type open_file_helper(const String& path, const access_mode mode) { return ::CreateFileW(c_str(path), mode == access_mode::read ? GENERIC_READ : GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, 0, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, 0); } } // win #endif // _WIN32 /** * Returns the last platform specific system error (errno on POSIX and * GetLastError on Win) as a `std::error_code`. */ inline std::error_code last_error() noexcept { std::error_code error; #ifdef _WIN32 error.assign(GetLastError(), std::system_category()); #else error.assign(errno, std::system_category()); #endif return error; } template file_handle_type open_file(const String& path, const access_mode mode, std::error_code& error) { error.clear(); if(detail::empty(path)) { error = std::make_error_code(std::errc::invalid_argument); return invalid_handle; } #ifdef _WIN32 const auto handle = win::open_file_helper(path, mode); #else // POSIX const auto handle = ::open(c_str(path), mode == access_mode::read ? O_RDONLY : O_RDWR); #endif if(handle == invalid_handle) { error = detail::last_error(); } return handle; } inline size_t query_file_size(file_handle_type handle, std::error_code& error) { error.clear(); #ifdef _WIN32 LARGE_INTEGER file_size; if(::GetFileSizeEx(handle, &file_size) == 0) { error = detail::last_error(); return 0; } return static_cast(file_size.QuadPart); #else // POSIX struct stat sbuf; if(::fstat(handle, &sbuf) == -1) { error = detail::last_error(); return 0; } return sbuf.st_size; #endif } struct mmap_context { char* data; int64_t length; int64_t mapped_length; #ifdef _WIN32 file_handle_type file_mapping_handle; #endif }; inline mmap_context memory_map(const file_handle_type file_handle, const int64_t offset, const int64_t length, const access_mode mode, std::error_code& error) { const int64_t aligned_offset = make_offset_page_aligned(offset); const int64_t length_to_map = offset - aligned_offset + length; #ifdef _WIN32 const int64_t max_file_size = offset + length; const auto file_mapping_handle = ::CreateFileMapping( file_handle, 0, mode == access_mode::read ? PAGE_READONLY : PAGE_READWRITE, win::int64_high(max_file_size), win::int64_low(max_file_size), 0); if(file_mapping_handle == invalid_handle) { error = detail::last_error(); return {}; } char* mapping_start = static_cast(::MapViewOfFile( file_mapping_handle, mode == access_mode::read ? FILE_MAP_READ : FILE_MAP_WRITE, win::int64_high(aligned_offset), win::int64_low(aligned_offset), length_to_map)); if(mapping_start == nullptr) { // Close file handle if mapping it failed. ::CloseHandle(file_mapping_handle); error = detail::last_error(); return {}; } #else // POSIX char* mapping_start = static_cast(::mmap( 0, // Don't give hint as to where to map. length_to_map, mode == access_mode::read ? PROT_READ : PROT_WRITE, MAP_SHARED, file_handle, aligned_offset)); if(mapping_start == MAP_FAILED) { error = detail::last_error(); return { nullptr, 0, 0 }; } #endif mmap_context ctx; ctx.data = mapping_start + offset - aligned_offset; ctx.length = length; ctx.mapped_length = length_to_map; #ifdef _WIN32 ctx.file_mapping_handle = file_mapping_handle; #endif return ctx; } } // namespace detail // -- basic_mmap -- template basic_mmap::~basic_mmap() { conditional_sync(); unmap(); } template basic_mmap::basic_mmap(basic_mmap&& other) : data_(std::move(other.data_)) , length_(std::move(other.length_)) , mapped_length_(std::move(other.mapped_length_)) , file_handle_(std::move(other.file_handle_)) #ifdef _WIN32 , file_mapping_handle_(std::move(other.file_mapping_handle_)) #endif , is_handle_internal_(std::move(other.is_handle_internal_)) { other.data_ = nullptr; other.length_ = other.mapped_length_ = 0; other.file_handle_ = invalid_handle; #ifdef _WIN32 other.file_mapping_handle_ = invalid_handle; #endif } template basic_mmap& basic_mmap::operator=(basic_mmap&& other) { if(this != &other) { // First the existing mapping needs to be removed. unmap(); data_ = std::move(other.data_); length_ = std::move(other.length_); mapped_length_ = std::move(other.mapped_length_); file_handle_ = std::move(other.file_handle_); #ifdef _WIN32 file_mapping_handle_ = std::move(other.file_mapping_handle_); #endif is_handle_internal_ = std::move(other.is_handle_internal_); // The moved from basic_mmap's fields need to be reset, because // otherwise other's destructor will unmap the same mapping that was // just moved into this. other.data_ = nullptr; other.length_ = other.mapped_length_ = 0; other.file_handle_ = invalid_handle; #ifdef _WIN32 other.file_mapping_handle_ = invalid_handle; #endif other.is_handle_internal_ = false; } return *this; } template typename basic_mmap::handle_type basic_mmap::mapping_handle() const noexcept { #ifdef _WIN32 return file_mapping_handle_; #else return file_handle_; #endif } template template void basic_mmap::map(const String& path, const size_type offset, const size_type length, std::error_code& error) { error.clear(); if(detail::empty(path)) { error = std::make_error_code(std::errc::invalid_argument); return; } const auto handle = detail::open_file(path, AccessMode, error); if(error) { return; } map(handle, offset, length, error); // This MUST be after the call to map, as that sets this to true. if(!error) { is_handle_internal_ = true; } } template void basic_mmap::map(const handle_type handle, const size_type offset, const size_type length, std::error_code& error) { error.clear(); if(handle == invalid_handle) { error = std::make_error_code(std::errc::bad_file_descriptor); return; } const auto file_size = detail::query_file_size(handle, error); if(error) { return; } if(offset + length > file_size) { error = std::make_error_code(std::errc::invalid_argument); return; } const auto ctx = detail::memory_map(handle, offset, length == map_entire_file ? (file_size - offset) : length, AccessMode, error); if(!error) { // We must unmap the previous mapping that may have existed prior to this call. // Note that this must only be invoked after a new mapping has been created in // order to provide the strong guarantee that, should the new mapping fail, the // `map` function leaves this instance in a state as though the function had // never been invoked. unmap(); file_handle_ = handle; is_handle_internal_ = false; data_ = reinterpret_cast(ctx.data); length_ = ctx.length; mapped_length_ = ctx.mapped_length; #ifdef _WIN32 file_mapping_handle_ = ctx.file_mapping_handle; #endif } } template template typename std::enable_if::type basic_mmap::sync(std::error_code& error) { error.clear(); if(!is_open()) { error = std::make_error_code(std::errc::bad_file_descriptor); return; } if(data()) { #ifdef _WIN32 if(::FlushViewOfFile(get_mapping_start(), mapped_length_) == 0 || ::FlushFileBuffers(file_handle_) == 0) #else // POSIX if(::msync(get_mapping_start(), mapped_length_, MS_SYNC) != 0) #endif { error = detail::last_error(); return; } } #ifdef _WIN32 if(::FlushFileBuffers(file_handle_) == 0) { error = detail::last_error(); } #endif } template void basic_mmap::unmap() { if(!is_open()) { return; } // TODO do we care about errors here? #ifdef _WIN32 if(is_mapped()) { ::UnmapViewOfFile(get_mapping_start()); ::CloseHandle(file_mapping_handle_); } #else // POSIX if(data_) { ::munmap(const_cast(get_mapping_start()), mapped_length_); } #endif // If `file_handle_` was obtained by our opening it (when map is called with // a path, rather than an existing file handle), we need to close it, // otherwise it must not be closed as it may still be used outside this // instance. if(is_handle_internal_) { #ifdef _WIN32 ::CloseHandle(file_handle_); #else // POSIX ::close(file_handle_); #endif } // Reset fields to their default values. data_ = nullptr; length_ = mapped_length_ = 0; file_handle_ = invalid_handle; #ifdef _WIN32 file_mapping_handle_ = invalid_handle; #endif } template bool basic_mmap::is_mapped() const noexcept { #ifdef _WIN32 return file_mapping_handle_ != invalid_handle; #else // POSIX return is_open(); #endif } template void basic_mmap::swap(basic_mmap& other) { if(this != &other) { using std::swap; swap(data_, other.data_); swap(file_handle_, other.file_handle_); #ifdef _WIN32 swap(file_mapping_handle_, other.file_mapping_handle_); #endif swap(length_, other.length_); swap(mapped_length_, other.mapped_length_); swap(is_handle_internal_, other.is_handle_internal_); } } template template typename std::enable_if::type basic_mmap::conditional_sync() { // This is invoked from the destructor, so not much we can do about // failures here. std::error_code ec; sync(ec); } template template typename std::enable_if::type basic_mmap::conditional_sync() { // noop } template bool operator==(const basic_mmap& a, const basic_mmap& b) { return a.data() == b.data() && a.size() == b.size(); } template bool operator!=(const basic_mmap& a, const basic_mmap& b) { return !(a == b); } template bool operator<(const basic_mmap& a, const basic_mmap& b) { if(a.data() == b.data()) { return a.size() < b.size(); } return a.data() < b.data(); } template bool operator<=(const basic_mmap& a, const basic_mmap& b) { return !(a > b); } template bool operator>(const basic_mmap& a, const basic_mmap& b) { if(a.data() == b.data()) { return a.size() > b.size(); } return a.data() > b.data(); } template bool operator>=(const basic_mmap& a, const basic_mmap& b) { return !(a < b); } } // namespace mio #endif // MIO_BASIC_MMAP_IMPL bbuchfink-diamond-6dc5717/src/lib/mio/detail/string_util.hpp000066400000000000000000000102471523407312000240600ustar00rootroot00000000000000/* Copyright 2017 https://github.com/mandreyel * * Permission is hereby granted, free of charge, to any person obtaining a copy of this * software and associated documentation files (the "Software"), to deal in the Software * without restriction, including without limitation the rights to use, copy, modify, * merge, publish, distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be included in all copies * or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, * INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A * PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE * OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #ifndef MIO_STRING_UTIL_HEADER #define MIO_STRING_UTIL_HEADER #include namespace mio { namespace detail { template< typename S, typename C = typename std::decay::type, typename = decltype(std::declval().data()), typename = typename std::enable_if< std::is_same::value #ifdef _WIN32 || std::is_same::value #endif >::type > struct char_type_helper { using type = typename C::value_type; }; template struct char_type { using type = typename char_type_helper::type; }; // TODO: can we avoid this brute force approach? template<> struct char_type { using type = char; }; template<> struct char_type { using type = char; }; template struct char_type { using type = char; }; template struct char_type { using type = char; }; #ifdef _WIN32 template<> struct char_type { using type = wchar_t; }; template<> struct char_type { using type = wchar_t; }; template struct char_type { using type = wchar_t; }; template struct char_type { using type = wchar_t; }; #endif // _WIN32 template struct is_c_str_helper { static constexpr bool value = std::is_same< CharT*, // TODO: I'm so sorry for this... Can this be made cleaner? typename std::add_pointer< typename std::remove_cv< typename std::remove_pointer< typename std::decay< S >::type >::type >::type >::type >::value; }; template struct is_c_str { static constexpr bool value = is_c_str_helper::value; }; #ifdef _WIN32 template struct is_c_wstr { static constexpr bool value = is_c_str_helper::value; }; #endif // _WIN32 template struct is_c_str_or_c_wstr { static constexpr bool value = is_c_str::value #ifdef _WIN32 || is_c_wstr::value #endif ; }; template< typename String, typename = decltype(std::declval().data()), typename = typename std::enable_if::value>::type > const typename char_type::type* c_str(const String& path) { return path.data(); } template< typename String, typename = decltype(std::declval().empty()), typename = typename std::enable_if::value>::type > bool empty(const String& path) { return path.empty(); } template< typename String, typename = typename std::enable_if::value>::type > const typename char_type::type* c_str(String path) { return path; } template< typename String, typename = typename std::enable_if::value>::type > bool empty(String path) { return !path || (*path == 0); } } // namespace detail } // namespace mio #endif // MIO_STRING_UTIL_HEADER bbuchfink-diamond-6dc5717/src/lib/mio/forward.h000066400000000000000000000004361523407312000213560ustar00rootroot00000000000000#pragma once namespace mio { enum class access_mode { read, write }; template struct basic_mmap; template using basic_mmap_source = basic_mmap; using mmap_source = basic_mmap_source; }bbuchfink-diamond-6dc5717/src/lib/mio/mmap.hpp000066400000000000000000000454071523407312000212130ustar00rootroot00000000000000/* Copyright 2017 https://github.com/mandreyel * * Permission is hereby granted, free of charge, to any person obtaining a copy of this * software and associated documentation files (the "Software"), to deal in the Software * without restriction, including without limitation the rights to use, copy, modify, * merge, publish, distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be included in all copies * or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, * INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A * PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE * OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ // Modified by B. Buchfink #ifndef MIO_MMAP_HEADER #define MIO_MMAP_HEADER #include "mio/page.hpp" #include "forward.h" #include #include #include #include #ifdef _WIN32 # ifndef WIN32_LEAN_AND_MEAN # define WIN32_LEAN_AND_MEAN # endif // WIN32_LEAN_AND_MEAN #define NOMINMAX #define WIN32_LEAN_AND_MEAN # include #else // ifdef _WIN32 # define INVALID_HANDLE_VALUE -1 #endif // ifdef _WIN32 namespace mio { // This value may be provided as the `length` parameter to the constructor or // `map`, in which case a memory mapping of the entire file is created. enum { map_entire_file = 0 }; #ifdef _WIN32 using file_handle_type = HANDLE; #else using file_handle_type = int; #endif // This value represents an invalid file handle type. This can be used to // determine whether `basic_mmap::file_handle` is valid, for example. const static file_handle_type invalid_handle = INVALID_HANDLE_VALUE; template struct basic_mmap { using value_type = ByteT; using size_type = size_t; using reference = value_type&; using const_reference = const value_type&; using pointer = value_type*; using const_pointer = const value_type*; using difference_type = std::ptrdiff_t; using iterator = pointer; using const_iterator = const_pointer; using reverse_iterator = std::reverse_iterator; using const_reverse_iterator = std::reverse_iterator; using iterator_category = std::random_access_iterator_tag; using handle_type = file_handle_type; static_assert(sizeof(ByteT) == sizeof(char), "ByteT must be the same size as char."); private: // Points to the first requested byte, and not to the actual start of the mapping. pointer data_ = nullptr; // Length--in bytes--requested by user (which may not be the length of the // full mapping) and the length of the full mapping. size_type length_ = 0; size_type mapped_length_ = 0; // Letting user map a file using both an existing file handle and a path // introcudes some complexity (see `is_handle_internal_`). // On POSIX, we only need a file handle to create a mapping, while on // Windows systems the file handle is necessary to retrieve a file mapping // handle, but any subsequent operations on the mapped region must be done // through the latter. handle_type file_handle_ = INVALID_HANDLE_VALUE; #ifdef _WIN32 handle_type file_mapping_handle_ = INVALID_HANDLE_VALUE; #endif // Letting user map a file using both an existing file handle and a path // introcudes some complexity in that we must not close the file handle if // user provided it, but we must close it if we obtained it using the // provided path. For this reason, this flag is used to determine when to // close `file_handle_`. bool is_handle_internal_; public: /** * The default constructed mmap object is in a non-mapped state, that is, * any operation that attempts to access nonexistent underlying data will * result in undefined behaviour/segmentation faults. */ basic_mmap() = default; //#ifdef __cpp_exceptions /** * The same as invoking the `map` function, except any error that may occur * while establishing the mapping is wrapped in a `std::system_error` and is * thrown. */ template basic_mmap(const String& path, const size_type offset = 0, const size_type length = map_entire_file) { std::error_code error; map(path, offset, length, error); if(error) { throw std::system_error(error); } } /** * The same as invoking the `map` function, except any error that may occur * while establishing the mapping is wrapped in a `std::system_error` and is * thrown. */ basic_mmap(const handle_type handle, const size_type offset = 0, const size_type length = map_entire_file) { std::error_code error; map(handle, offset, length, error); if(error) { throw std::system_error(error); } } //#endif // __cpp_exceptions /** * `basic_mmap` has single-ownership semantics, so transferring ownership * may only be accomplished by moving the object. */ basic_mmap(const basic_mmap&) = delete; basic_mmap(basic_mmap&&); basic_mmap& operator=(const basic_mmap&) = delete; basic_mmap& operator=(basic_mmap&&); /** * If this is a read-write mapping, the destructor invokes sync. Regardless * of the access mode, unmap is invoked as a final step. */ ~basic_mmap(); /** * On UNIX systems 'file_handle' and 'mapping_handle' are the same. On Windows, * however, a mapped region of a file gets its own handle, which is returned by * 'mapping_handle'. */ handle_type file_handle() const noexcept { return file_handle_; } handle_type mapping_handle() const noexcept; /** Returns whether a valid memory mapping has been created. */ bool is_open() const noexcept { return file_handle_ != invalid_handle; } /** * Returns true if no mapping was established, that is, conceptually the * same as though the length that was mapped was 0. This function is * provided so that this class has Container semantics. */ bool empty() const noexcept { return length() == 0; } /** Returns true if a mapping was established. */ bool is_mapped() const noexcept; /** * `size` and `length` both return the logical length, i.e. the number of bytes * user requested to be mapped, while `mapped_length` returns the actual number of * bytes that were mapped which is a multiple of the underlying operating system's * page allocation granularity. */ size_type size() const noexcept { return length(); } size_type length() const noexcept { return length_; } size_type mapped_length() const noexcept { return mapped_length_; } /** Returns the offset relative to the start of the mapping. */ size_type mapping_offset() const noexcept { return mapped_length_ - length_; } /** * Returns a pointer to the first requested byte, or `nullptr` if no memory mapping * exists. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > pointer data() noexcept { return data_; } const_pointer data() const noexcept { return data_; } /** * Returns an iterator to the first requested byte, if a valid memory mapping * exists, otherwise this function call is undefined behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > iterator begin() noexcept { return data(); } const_iterator begin() const noexcept { return data(); } const_iterator cbegin() const noexcept { return data(); } /** * Returns an iterator one past the last requested byte, if a valid memory mapping * exists, otherwise this function call is undefined behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > iterator end() noexcept { return data() + length(); } const_iterator end() const noexcept { return data() + length(); } const_iterator cend() const noexcept { return data() + length(); } /** * Returns a reverse iterator to the last memory mapped byte, if a valid * memory mapping exists, otherwise this function call is undefined * behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > reverse_iterator rbegin() noexcept { return reverse_iterator(end()); } const_reverse_iterator rbegin() const noexcept { return const_reverse_iterator(end()); } const_reverse_iterator crbegin() const noexcept { return const_reverse_iterator(end()); } /** * Returns a reverse iterator past the first mapped byte, if a valid memory * mapping exists, otherwise this function call is undefined behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > reverse_iterator rend() noexcept { return reverse_iterator(begin()); } const_reverse_iterator rend() const noexcept { return const_reverse_iterator(begin()); } const_reverse_iterator crend() const noexcept { return const_reverse_iterator(begin()); } /** * Returns a reference to the `i`th byte from the first requested byte (as returned * by `data`). If this is invoked when no valid memory mapping has been created * prior to this call, undefined behaviour ensues. */ reference operator[](const size_type i) noexcept { return data_[i]; } const_reference operator[](const size_type i) const noexcept { return data_[i]; } /** * Establishes a memory mapping with AccessMode. If the mapping is unsuccesful, the * reason is reported via `error` and the object remains in a state as if this * function hadn't been called. * * `path`, which must be a path to an existing file, is used to retrieve a file * handle (which is closed when the object destructs or `unmap` is called), which is * then used to memory map the requested region. Upon failure, `error` is set to * indicate the reason and the object remains in an unmapped state. * * `offset` is the number of bytes, relative to the start of the file, where the * mapping should begin. When specifying it, there is no need to worry about * providing a value that is aligned with the operating system's page allocation * granularity. This is adjusted by the implementation such that the first requested * byte (as returned by `data` or `begin`), so long as `offset` is valid, will be at * `offset` from the start of the file. * * `length` is the number of bytes to map. It may be `map_entire_file`, in which * case a mapping of the entire file is created. */ template void map(const String& path, const size_type offset, const size_type length, std::error_code& error); /** * Establishes a memory mapping with AccessMode. If the mapping is unsuccesful, the * reason is reported via `error` and the object remains in a state as if this * function hadn't been called. * * `path`, which must be a path to an existing file, is used to retrieve a file * handle (which is closed when the object destructs or `unmap` is called), which is * then used to memory map the requested region. Upon failure, `error` is set to * indicate the reason and the object remains in an unmapped state. * * The entire file is mapped. */ template void map(const String& path, std::error_code& error) { map(path, 0, map_entire_file, error); } /** * Establishes a memory mapping with AccessMode. If the mapping is * unsuccesful, the reason is reported via `error` and the object remains in * a state as if this function hadn't been called. * * `handle`, which must be a valid file handle, which is used to memory map the * requested region. Upon failure, `error` is set to indicate the reason and the * object remains in an unmapped state. * * `offset` is the number of bytes, relative to the start of the file, where the * mapping should begin. When specifying it, there is no need to worry about * providing a value that is aligned with the operating system's page allocation * granularity. This is adjusted by the implementation such that the first requested * byte (as returned by `data` or `begin`), so long as `offset` is valid, will be at * `offset` from the start of the file. * * `length` is the number of bytes to map. It may be `map_entire_file`, in which * case a mapping of the entire file is created. */ void map(const handle_type handle, const size_type offset, const size_type length, std::error_code& error); /** * Establishes a memory mapping with AccessMode. If the mapping is * unsuccesful, the reason is reported via `error` and the object remains in * a state as if this function hadn't been called. * * `handle`, which must be a valid file handle, which is used to memory map the * requested region. Upon failure, `error` is set to indicate the reason and the * object remains in an unmapped state. * * The entire file is mapped. */ void map(const handle_type handle, std::error_code& error) { map(handle, 0, map_entire_file, error); } /** * If a valid memory mapping has been created prior to this call, this call * instructs the kernel to unmap the memory region and disassociate this object * from the file. * * The file handle associated with the file that is mapped is only closed if the * mapping was created using a file path. If, on the other hand, an existing * file handle was used to create the mapping, the file handle is not closed. */ void unmap(); void swap(basic_mmap& other); /** Flushes the memory mapped page to disk. Errors are reported via `error`. */ template typename std::enable_if::type sync(std::error_code& error); /** * All operators compare the address of the first byte and size of the two mapped * regions. */ private: template< access_mode A = AccessMode, typename = typename std::enable_if::type > pointer get_mapping_start() noexcept { return !data() ? nullptr : data() - mapping_offset(); } const_pointer get_mapping_start() const noexcept { return !data() ? nullptr : data() - mapping_offset(); } /** * The destructor syncs changes to disk if `AccessMode` is `write`, but not * if it's `read`, but since the destructor cannot be templated, we need to * do SFINAE in a dedicated function, where one syncs and the other is a noop. */ template typename std::enable_if::type conditional_sync(); template typename std::enable_if::type conditional_sync(); }; template bool operator==(const basic_mmap& a, const basic_mmap& b); template bool operator!=(const basic_mmap& a, const basic_mmap& b); template bool operator<(const basic_mmap& a, const basic_mmap& b); template bool operator<=(const basic_mmap& a, const basic_mmap& b); template bool operator>(const basic_mmap& a, const basic_mmap& b); template bool operator>=(const basic_mmap& a, const basic_mmap& b); /** * This is the basis for all read-only mmap objects and should be preferred over * directly using `basic_mmap`. */ template using basic_mmap_source = basic_mmap; /** * This is the basis for all read-write mmap objects and should be preferred over * directly using `basic_mmap`. */ template using basic_mmap_sink = basic_mmap; /** * These aliases cover the most common use cases, both representing a raw byte stream * (either with a char or an unsigned char/uint8_t). */ using mmap_source = basic_mmap_source; using ummap_source = basic_mmap_source; using mmap_sink = basic_mmap_sink; using ummap_sink = basic_mmap_sink; /** * Convenience factory method that constructs a mapping for any `basic_mmap` or * `basic_mmap` type. */ template< typename MMap, typename MappingToken > MMap make_mmap(const MappingToken& token, int64_t offset, int64_t length, std::error_code& error) { MMap mmap; mmap.map(token, offset, length, error); return mmap; } /** * Convenience factory method. * * MappingToken may be a String (`std::string`, `std::string_view`, `const char*`, * `std::filesystem::path`, `std::vector`, or similar), or a * `mmap_source::handle_type`. */ template mmap_source make_mmap_source(const MappingToken& token, mmap_source::size_type offset, mmap_source::size_type length, std::error_code& error) { return make_mmap(token, offset, length, error); } template mmap_source make_mmap_source(const MappingToken& token, std::error_code& error) { return make_mmap_source(token, 0, map_entire_file, error); } /** * Convenience factory method. * * MappingToken may be a String (`std::string`, `std::string_view`, `const char*`, * `std::filesystem::path`, `std::vector`, or similar), or a * `mmap_sink::handle_type`. */ template mmap_sink make_mmap_sink(const MappingToken& token, mmap_sink::size_type offset, mmap_sink::size_type length, std::error_code& error) { return make_mmap(token, offset, length, error); } template mmap_sink make_mmap_sink(const MappingToken& token, std::error_code& error) { return make_mmap_sink(token, 0, map_entire_file, error); } } // namespace mio #include "detail/mmap.ipp" #endif // MIO_MMAP_HEADER bbuchfink-diamond-6dc5717/src/lib/mio/page.hpp000066400000000000000000000050701523407312000211650ustar00rootroot00000000000000/* Copyright 2017 https://github.com/mandreyel * * Permission is hereby granted, free of charge, to any person obtaining a copy of this * software and associated documentation files (the "Software"), to deal in the Software * without restriction, including without limitation the rights to use, copy, modify, * merge, publish, distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be included in all copies * or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, * INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A * PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE * OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ // Modified by B. Buchfink #ifndef MIO_PAGE_HEADER #define MIO_PAGE_HEADER #ifdef _WIN32 #define NOMINMAX #define WIN32_LEAN_AND_MEAN # include #else # include #endif namespace mio { /** * This is used by `basic_mmap` to determine whether to create a read-only or * a read-write memory mapping. */ //enum class access_mode //{ // read, // write //}; /** * Determines the operating system's page allocation granularity. * * On the first call to this function, it invokes the operating system specific syscall * to determine the page size, caches the value, and returns it. Any subsequent call to * this function serves the cached value, so no further syscalls are made. */ inline size_t page_size() { static const size_t page_size = [] { #ifdef _WIN32 SYSTEM_INFO SystemInfo; GetSystemInfo(&SystemInfo); return SystemInfo.dwAllocationGranularity; #else return sysconf(_SC_PAGE_SIZE); #endif }(); return page_size; } /** * Alligns `offset` to the operating's system page size such that it subtracts the * difference until the nearest page boundary before `offset`, or does nothing if * `offset` is already page aligned. */ inline size_t make_offset_page_aligned(size_t offset) noexcept { const size_t page_size_ = page_size(); // Use integer division to round down to the nearest page alignment. return offset / page_size_ * page_size_; } } // namespace mio #endif // MIO_PAGE_HEADER bbuchfink-diamond-6dc5717/src/lib/mio/shared_mmap.hpp000066400000000000000000000376201523407312000225370ustar00rootroot00000000000000/* Copyright 2017 https://github.com/mandreyel * * Permission is hereby granted, free of charge, to any person obtaining a copy of this * software and associated documentation files (the "Software"), to deal in the Software * without restriction, including without limitation the rights to use, copy, modify, * merge, publish, distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be included in all copies * or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, * INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A * PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE * OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #ifndef MIO_SHARED_MMAP_HEADER #define MIO_SHARED_MMAP_HEADER #include "mio/mmap.hpp" #include // std::error_code #include // std::shared_ptr namespace mio { /** * Exposes (nearly) the same interface as `basic_mmap`, but endowes it with * `std::shared_ptr` semantics. * * This is not the default behaviour of `basic_mmap` to avoid allocating on the heap if * shared semantics are not required. */ template< access_mode AccessMode, typename ByteT > class basic_shared_mmap { using impl_type = basic_mmap; std::shared_ptr pimpl_; public: using value_type = typename impl_type::value_type; using size_type = typename impl_type::size_type; using reference = typename impl_type::reference; using const_reference = typename impl_type::const_reference; using pointer = typename impl_type::pointer; using const_pointer = typename impl_type::const_pointer; using difference_type = typename impl_type::difference_type; using iterator = typename impl_type::iterator; using const_iterator = typename impl_type::const_iterator; using reverse_iterator = typename impl_type::reverse_iterator; using const_reverse_iterator = typename impl_type::const_reverse_iterator; using iterator_category = typename impl_type::iterator_category; using handle_type = typename impl_type::handle_type; using mmap_type = impl_type; basic_shared_mmap() = default; basic_shared_mmap(const basic_shared_mmap&) = default; basic_shared_mmap& operator=(const basic_shared_mmap&) = default; basic_shared_mmap(basic_shared_mmap&&) = default; basic_shared_mmap& operator=(basic_shared_mmap&&) = default; /** Takes ownership of an existing mmap object. */ basic_shared_mmap(mmap_type&& mmap) : pimpl_(std::make_shared(std::move(mmap))) {} /** Takes ownership of an existing mmap object. */ basic_shared_mmap& operator=(mmap_type&& mmap) { pimpl_ = std::make_shared(std::move(mmap)); return *this; } /** Initializes this object with an already established shared mmap. */ basic_shared_mmap(std::shared_ptr mmap) : pimpl_(std::move(mmap)) {} /** Initializes this object with an already established shared mmap. */ basic_shared_mmap& operator=(std::shared_ptr mmap) { pimpl_ = std::move(mmap); return *this; } #ifdef __cpp_exceptions /** * The same as invoking the `map` function, except any error that may occur * while establishing the mapping is wrapped in a `std::system_error` and is * thrown. */ template basic_shared_mmap(const String& path, const size_type offset = 0, const size_type length = map_entire_file) { std::error_code error; map(path, offset, length, error); if(error) { throw std::system_error(error); } } /** * The same as invoking the `map` function, except any error that may occur * while establishing the mapping is wrapped in a `std::system_error` and is * thrown. */ basic_shared_mmap(const handle_type handle, const size_type offset = 0, const size_type length = map_entire_file) { std::error_code error; map(handle, offset, length, error); if(error) { throw std::system_error(error); } } #endif // __cpp_exceptions /** * If this is a read-write mapping and the last reference to the mapping, * the destructor invokes sync. Regardless of the access mode, unmap is * invoked as a final step. */ ~basic_shared_mmap() = default; /** Returns the underlying `std::shared_ptr` instance that holds the mmap. */ std::shared_ptr get_shared_ptr() { return pimpl_; } /** * On UNIX systems 'file_handle' and 'mapping_handle' are the same. On Windows, * however, a mapped region of a file gets its own handle, which is returned by * 'mapping_handle'. */ handle_type file_handle() const noexcept { return pimpl_ ? pimpl_->file_handle() : invalid_handle; } handle_type mapping_handle() const noexcept { return pimpl_ ? pimpl_->mapping_handle() : invalid_handle; } /** Returns whether a valid memory mapping has been created. */ bool is_open() const noexcept { return pimpl_ && pimpl_->is_open(); } /** * Returns true if no mapping was established, that is, conceptually the * same as though the length that was mapped was 0. This function is * provided so that this class has Container semantics. */ bool empty() const noexcept { return !pimpl_ || pimpl_->empty(); } /** * `size` and `length` both return the logical length, i.e. the number of bytes * user requested to be mapped, while `mapped_length` returns the actual number of * bytes that were mapped which is a multiple of the underlying operating system's * page allocation granularity. */ size_type size() const noexcept { return pimpl_ ? pimpl_->length() : 0; } size_type length() const noexcept { return pimpl_ ? pimpl_->length() : 0; } size_type mapped_length() const noexcept { return pimpl_ ? pimpl_->mapped_length() : 0; } /** * Returns a pointer to the first requested byte, or `nullptr` if no memory mapping * exists. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > pointer data() noexcept { return pimpl_->data(); } const_pointer data() const noexcept { return pimpl_ ? pimpl_->data() : nullptr; } /** * Returns an iterator to the first requested byte, if a valid memory mapping * exists, otherwise this function call is undefined behaviour. */ iterator begin() noexcept { return pimpl_->begin(); } const_iterator begin() const noexcept { return pimpl_->begin(); } const_iterator cbegin() const noexcept { return pimpl_->cbegin(); } /** * Returns an iterator one past the last requested byte, if a valid memory mapping * exists, otherwise this function call is undefined behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > iterator end() noexcept { return pimpl_->end(); } const_iterator end() const noexcept { return pimpl_->end(); } const_iterator cend() const noexcept { return pimpl_->cend(); } /** * Returns a reverse iterator to the last memory mapped byte, if a valid * memory mapping exists, otherwise this function call is undefined * behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > reverse_iterator rbegin() noexcept { return pimpl_->rbegin(); } const_reverse_iterator rbegin() const noexcept { return pimpl_->rbegin(); } const_reverse_iterator crbegin() const noexcept { return pimpl_->crbegin(); } /** * Returns a reverse iterator past the first mapped byte, if a valid memory * mapping exists, otherwise this function call is undefined behaviour. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > reverse_iterator rend() noexcept { return pimpl_->rend(); } const_reverse_iterator rend() const noexcept { return pimpl_->rend(); } const_reverse_iterator crend() const noexcept { return pimpl_->crend(); } /** * Returns a reference to the `i`th byte from the first requested byte (as returned * by `data`). If this is invoked when no valid memory mapping has been created * prior to this call, undefined behaviour ensues. */ reference operator[](const size_type i) noexcept { return (*pimpl_)[i]; } const_reference operator[](const size_type i) const noexcept { return (*pimpl_)[i]; } /** * Establishes a memory mapping with AccessMode. If the mapping is unsuccesful, the * reason is reported via `error` and the object remains in a state as if this * function hadn't been called. * * `path`, which must be a path to an existing file, is used to retrieve a file * handle (which is closed when the object destructs or `unmap` is called), which is * then used to memory map the requested region. Upon failure, `error` is set to * indicate the reason and the object remains in an unmapped state. * * `offset` is the number of bytes, relative to the start of the file, where the * mapping should begin. When specifying it, there is no need to worry about * providing a value that is aligned with the operating system's page allocation * granularity. This is adjusted by the implementation such that the first requested * byte (as returned by `data` or `begin`), so long as `offset` is valid, will be at * `offset` from the start of the file. * * `length` is the number of bytes to map. It may be `map_entire_file`, in which * case a mapping of the entire file is created. */ template void map(const String& path, const size_type offset, const size_type length, std::error_code& error) { map_impl(path, offset, length, error); } /** * Establishes a memory mapping with AccessMode. If the mapping is unsuccesful, the * reason is reported via `error` and the object remains in a state as if this * function hadn't been called. * * `path`, which must be a path to an existing file, is used to retrieve a file * handle (which is closed when the object destructs or `unmap` is called), which is * then used to memory map the requested region. Upon failure, `error` is set to * indicate the reason and the object remains in an unmapped state. * * The entire file is mapped. */ template void map(const String& path, std::error_code& error) { map_impl(path, 0, map_entire_file, error); } /** * Establishes a memory mapping with AccessMode. If the mapping is unsuccesful, the * reason is reported via `error` and the object remains in a state as if this * function hadn't been called. * * `handle`, which must be a valid file handle, which is used to memory map the * requested region. Upon failure, `error` is set to indicate the reason and the * object remains in an unmapped state. * * `offset` is the number of bytes, relative to the start of the file, where the * mapping should begin. When specifying it, there is no need to worry about * providing a value that is aligned with the operating system's page allocation * granularity. This is adjusted by the implementation such that the first requested * byte (as returned by `data` or `begin`), so long as `offset` is valid, will be at * `offset` from the start of the file. * * `length` is the number of bytes to map. It may be `map_entire_file`, in which * case a mapping of the entire file is created. */ void map(const handle_type handle, const size_type offset, const size_type length, std::error_code& error) { map_impl(handle, offset, length, error); } /** * Establishes a memory mapping with AccessMode. If the mapping is unsuccesful, the * reason is reported via `error` and the object remains in a state as if this * function hadn't been called. * * `handle`, which must be a valid file handle, which is used to memory map the * requested region. Upon failure, `error` is set to indicate the reason and the * object remains in an unmapped state. * * The entire file is mapped. */ void map(const handle_type handle, std::error_code& error) { map_impl(handle, 0, map_entire_file, error); } /** * If a valid memory mapping has been created prior to this call, this call * instructs the kernel to unmap the memory region and disassociate this object * from the file. * * The file handle associated with the file that is mapped is only closed if the * mapping was created using a file path. If, on the other hand, an existing * file handle was used to create the mapping, the file handle is not closed. */ void unmap() { if(pimpl_) pimpl_->unmap(); } void swap(basic_shared_mmap& other) { pimpl_.swap(other.pimpl_); } /** Flushes the memory mapped page to disk. Errors are reported via `error`. */ template< access_mode A = AccessMode, typename = typename std::enable_if::type > void sync(std::error_code& error) { if(pimpl_) pimpl_->sync(error); } /** All operators compare the underlying `basic_mmap`'s addresses. */ friend bool operator==(const basic_shared_mmap& a, const basic_shared_mmap& b) { return a.pimpl_ == b.pimpl_; } friend bool operator!=(const basic_shared_mmap& a, const basic_shared_mmap& b) { return !(a == b); } friend bool operator<(const basic_shared_mmap& a, const basic_shared_mmap& b) { return a.pimpl_ < b.pimpl_; } friend bool operator<=(const basic_shared_mmap& a, const basic_shared_mmap& b) { return a.pimpl_ <= b.pimpl_; } friend bool operator>(const basic_shared_mmap& a, const basic_shared_mmap& b) { return a.pimpl_ > b.pimpl_; } friend bool operator>=(const basic_shared_mmap& a, const basic_shared_mmap& b) { return a.pimpl_ >= b.pimpl_; } private: template void map_impl(const MappingToken& token, const size_type offset, const size_type length, std::error_code& error) { if(!pimpl_) { mmap_type mmap = make_mmap(token, offset, length, error); if(error) { return; } pimpl_ = std::make_shared(std::move(mmap)); } else { pimpl_->map(token, offset, length, error); } } }; /** * This is the basis for all read-only mmap objects and should be preferred over * directly using basic_shared_mmap. */ template using basic_shared_mmap_source = basic_shared_mmap; /** * This is the basis for all read-write mmap objects and should be preferred over * directly using basic_shared_mmap. */ template using basic_shared_mmap_sink = basic_shared_mmap; /** * These aliases cover the most common use cases, both representing a raw byte stream * (either with a char or an unsigned char/uint8_t). */ using shared_mmap_source = basic_shared_mmap_source; using shared_ummap_source = basic_shared_mmap_source; using shared_mmap_sink = basic_shared_mmap_sink; using shared_ummap_sink = basic_shared_mmap_sink; } // namespace mio #endif // MIO_SHARED_MMAP_HEADER bbuchfink-diamond-6dc5717/src/lib/murmurhash/000077500000000000000000000000001523407312000211455ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/murmurhash/MurmurHash3.cpp000066400000000000000000000200421523407312000240250ustar00rootroot00000000000000//----------------------------------------------------------------------------- // MurmurHash3 was written by Austin Appleby, and is placed in the public // domain. The author hereby disclaims copyright to this source code. // Note - The x86 and x64 versions do _not_ produce the same results, as the // algorithms are optimized for their respective platforms. You can still // compile and run any of them on any platform, but your performance with the // non-native version will be less than optimal. // Modified by Benjamin Buchfink #include #include "MurmurHash3.h" #include "../util/system/endianness.h" //----------------------------------------------------------------------------- // Platform-specific functions and macros // Microsoft Visual Studio #if defined(_MSC_VER) #define FORCE_INLINE __forceinline #include #define ROTL32(x,y) _rotl(x,y) #define ROTL64(x,y) _rotl64(x,y) #define BIG_CONSTANT(x) (x) // Other compilers #else // defined(_MSC_VER) #define FORCE_INLINE inline __attribute__((always_inline)) inline uint32_t rotl32 ( uint32_t x, int8_t r ) { return (x << r) | (x >> (32 - r)); } inline uint64_t rotl64 ( uint64_t x, int8_t r ) { return (x << r) | (x >> (64 - r)); } #define ROTL32(x,y) rotl32(x,y) #define ROTL64(x,y) rotl64(x,y) #define BIG_CONSTANT(x) (x##LLU) #endif // !defined(_MSC_VER) //----------------------------------------------------------------------------- // Block read - if your platform needs to do endian-swapping or can only // handle aligned reads, do the conversion here FORCE_INLINE uint32_t getblock32 ( const uint32_t * p, int i ) { return p[i]; } FORCE_INLINE uint64_t getblock64 ( const uint64_t * p, int i ) { #ifdef __sparc__ uint64_t x; std::copy((const char*)&p[i], (const char*)&p[i + 1], (char*)&x); return big_endian_byteswap(x); #else return big_endian_byteswap(p[i]); #endif } //----------------------------------------------------------------------------- // Finalization mix - force all bits of a hash block to avalanche FORCE_INLINE uint32_t fmix32 ( uint32_t h ) { h ^= h >> 16; h *= 0x85ebca6b; h ^= h >> 13; h *= 0xc2b2ae35; h ^= h >> 16; return h; } //---------- FORCE_INLINE uint64_t fmix64 ( uint64_t k ) { k ^= k >> 33; k *= BIG_CONSTANT(0xff51afd7ed558ccd); k ^= k >> 33; k *= BIG_CONSTANT(0xc4ceb9fe1a85ec53); k ^= k >> 33; return k; } //----------------------------------------------------------------------------- #ifndef WITH_BLASTDB void MurmurHash3_x86_32 ( const void * key, int len, uint32_t seed, void * out ) { const uint8_t * data = (const uint8_t*)key; const int nblocks = len / 4; uint32_t h1 = seed; const uint32_t c1 = 0xcc9e2d51; const uint32_t c2 = 0x1b873593; //---------- // body const uint32_t * blocks = (const uint32_t *)(data + nblocks*4); for(int i = -nblocks; i; i++) { uint32_t k1 = getblock32(blocks,i); k1 *= c1; k1 = ROTL32(k1,15); k1 *= c2; h1 ^= k1; h1 = ROTL32(h1,13); h1 = h1*5+0xe6546b64; } //---------- // tail const uint8_t * tail = (const uint8_t*)(data + nblocks*4); uint32_t k1 = 0; switch(len & 3) { case 3: k1 ^= tail[2] << 16; case 2: k1 ^= tail[1] << 8; case 1: k1 ^= tail[0]; k1 *= c1; k1 = ROTL32(k1,15); k1 *= c2; h1 ^= k1; }; //---------- // finalization h1 ^= len; h1 = fmix32(h1); *(uint32_t*)out = h1; } //----------------------------------------------------------------------------- void MurmurHash3_x86_128 ( const void * key, const int len, uint32_t seed, void * out ) { const uint8_t * data = (const uint8_t*)key; const int nblocks = len / 16; uint32_t h1 = seed; uint32_t h2 = seed; uint32_t h3 = seed; uint32_t h4 = seed; const uint32_t c1 = 0x239b961b; const uint32_t c2 = 0xab0e9789; const uint32_t c3 = 0x38b34ae5; const uint32_t c4 = 0xa1e38b93; //---------- // body const uint32_t * blocks = (const uint32_t *)(data + nblocks*16); for(int i = -nblocks; i; i++) { uint32_t k1 = getblock32(blocks,i*4+0); uint32_t k2 = getblock32(blocks,i*4+1); uint32_t k3 = getblock32(blocks,i*4+2); uint32_t k4 = getblock32(blocks,i*4+3); k1 *= c1; k1 = ROTL32(k1,15); k1 *= c2; h1 ^= k1; h1 = ROTL32(h1,19); h1 += h2; h1 = h1*5+0x561ccd1b; k2 *= c2; k2 = ROTL32(k2,16); k2 *= c3; h2 ^= k2; h2 = ROTL32(h2,17); h2 += h3; h2 = h2*5+0x0bcaa747; k3 *= c3; k3 = ROTL32(k3,17); k3 *= c4; h3 ^= k3; h3 = ROTL32(h3,15); h3 += h4; h3 = h3*5+0x96cd1c35; k4 *= c4; k4 = ROTL32(k4,18); k4 *= c1; h4 ^= k4; h4 = ROTL32(h4,13); h4 += h1; h4 = h4*5+0x32ac3b17; } //---------- // tail const uint8_t * tail = (const uint8_t*)(data + nblocks*16); uint32_t k1 = 0; uint32_t k2 = 0; uint32_t k3 = 0; uint32_t k4 = 0; switch(len & 15) { case 15: k4 ^= tail[14] << 16; case 14: k4 ^= tail[13] << 8; case 13: k4 ^= tail[12] << 0; k4 *= c4; k4 = ROTL32(k4,18); k4 *= c1; h4 ^= k4; case 12: k3 ^= tail[11] << 24; case 11: k3 ^= tail[10] << 16; case 10: k3 ^= tail[ 9] << 8; case 9: k3 ^= tail[ 8] << 0; k3 *= c3; k3 = ROTL32(k3,17); k3 *= c4; h3 ^= k3; case 8: k2 ^= tail[ 7] << 24; case 7: k2 ^= tail[ 6] << 16; case 6: k2 ^= tail[ 5] << 8; case 5: k2 ^= tail[ 4] << 0; k2 *= c2; k2 = ROTL32(k2,16); k2 *= c3; h2 ^= k2; case 4: k1 ^= tail[ 3] << 24; case 3: k1 ^= tail[ 2] << 16; case 2: k1 ^= tail[ 1] << 8; case 1: k1 ^= tail[ 0] << 0; k1 *= c1; k1 = ROTL32(k1,15); k1 *= c2; h1 ^= k1; }; //---------- // finalization h1 ^= len; h2 ^= len; h3 ^= len; h4 ^= len; h1 += h2; h1 += h3; h1 += h4; h2 += h1; h3 += h1; h4 += h1; h1 = fmix32(h1); h2 = fmix32(h2); h3 = fmix32(h3); h4 = fmix32(h4); h1 += h2; h1 += h3; h1 += h4; h2 += h1; h3 += h1; h4 += h1; ((uint32_t*)out)[0] = h1; ((uint32_t*)out)[1] = h2; ((uint32_t*)out)[2] = h3; ((uint32_t*)out)[3] = h4; } #endif //----------------------------------------------------------------------------- void MurmurHash3_x64_128 ( const void * key, const int len, const char* seed, void * out ) { const uint8_t * data = (const uint8_t*)key; const int nblocks = len / 16; uint64_t h1 = ((uint64_t*)seed)[0]; uint64_t h2 = ((uint64_t*)seed)[1]; const uint64_t c1 = BIG_CONSTANT(0x87c37b91114253d5); const uint64_t c2 = BIG_CONSTANT(0x4cf5ad432745937f); //---------- // body const uint64_t * blocks = (const uint64_t *)(data); for(int i = 0; i < nblocks; i++) { uint64_t k1 = getblock64(blocks,i*2+0); uint64_t k2 = getblock64(blocks,i*2+1); k1 *= c1; k1 = ROTL64(k1,31); k1 *= c2; h1 ^= k1; h1 = ROTL64(h1,27); h1 += h2; h1 = h1*5+0x52dce729; k2 *= c2; k2 = ROTL64(k2,33); k2 *= c1; h2 ^= k2; h2 = ROTL64(h2,31); h2 += h1; h2 = h2*5+0x38495ab5; } //---------- // tail const uint8_t * tail = (const uint8_t*)(data + nblocks*16); uint64_t k1 = 0; uint64_t k2 = 0; switch(len & 15) { case 15: k2 ^= ((uint64_t)tail[14]) << 48; case 14: k2 ^= ((uint64_t)tail[13]) << 40; case 13: k2 ^= ((uint64_t)tail[12]) << 32; case 12: k2 ^= ((uint64_t)tail[11]) << 24; case 11: k2 ^= ((uint64_t)tail[10]) << 16; case 10: k2 ^= ((uint64_t)tail[ 9]) << 8; case 9: k2 ^= ((uint64_t)tail[ 8]) << 0; k2 *= c2; k2 = ROTL64(k2,33); k2 *= c1; h2 ^= k2; case 8: k1 ^= ((uint64_t)tail[ 7]) << 56; case 7: k1 ^= ((uint64_t)tail[ 6]) << 48; case 6: k1 ^= ((uint64_t)tail[ 5]) << 40; case 5: k1 ^= ((uint64_t)tail[ 4]) << 32; case 4: k1 ^= ((uint64_t)tail[ 3]) << 24; case 3: k1 ^= ((uint64_t)tail[ 2]) << 16; case 2: k1 ^= ((uint64_t)tail[ 1]) << 8; case 1: k1 ^= ((uint64_t)tail[ 0]) << 0; k1 *= c1; k1 = ROTL64(k1,31); k1 *= c2; h1 ^= k1; }; //---------- // finalization h1 ^= len; h2 ^= len; h1 += h2; h2 += h1; h1 = fmix64(h1); h2 = fmix64(h2); h1 += h2; h2 += h1; ((uint64_t*)out)[0] = h1; ((uint64_t*)out)[1] = h2; } //----------------------------------------------------------------------------- bbuchfink-diamond-6dc5717/src/lib/murmurhash/MurmurHash3.h000066400000000000000000000021251523407312000234740ustar00rootroot00000000000000//----------------------------------------------------------------------------- // MurmurHash3 was written by Austin Appleby, and is placed in the public // domain. The author hereby disclaims copyright to this source code. #ifndef _MURMURHASH3_H_ #define _MURMURHASH3_H_ //----------------------------------------------------------------------------- // Platform-specific functions and macros // Microsoft Visual Studio #if defined(_MSC_VER) && (_MSC_VER < 1600) typedef unsigned char uint8_t; typedef unsigned int uint32_t; typedef unsigned __int64 uint64_t; // Other compilers #else // defined(_MSC_VER) #include #endif // !defined(_MSC_VER) //----------------------------------------------------------------------------- void MurmurHash3_x86_32 ( const void * key, int len, uint32_t seed, void * out ); void MurmurHash3_x86_128 ( const void * key, int len, uint32_t seed, void * out ); void MurmurHash3_x64_128 ( const void * key, int len, const char *seed, void * out ); //----------------------------------------------------------------------------- #endif // _MURMURHASH3_H_ bbuchfink-diamond-6dc5717/src/lib/psnip/000077500000000000000000000000001523407312000201035ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/psnip/builtin.h000066400000000000000000001577311523407312000217400ustar00rootroot00000000000000/* Builtins and Intrinsics * Portable Snippets - https://github.com/nemequ/portable-snippets * Created by Evan Nemerson * * To the extent possible under law, the authors have waived all * copyright and related or neighboring rights to this code. For * details, see the Creative Commons Zero 1.0 Universal license at * https://creativecommons.org/publicdomain/zero/1.0/ * * Some of these implementations are based on code from * https://graphics.stanford.edu/~seander/bithacks.html which is also * public domain (and a fantastic web site). */ #if !defined(PSNIP_BUILTIN_H) #define PSNIP_BUILTIN_H #if defined(HEDLEY_GCC_HAS_BUILTIN) # define PSNIP_BUILTIN_GNU_HAS_BUILTIN(builtin,major,minor) HEDLEY_GCC_HAS_BUILTIN(builtin,major,minor,0) #elif defined(__clang__) && defined(__has_builtin) # define PSNIP_BUILTIN_GNU_HAS_BUILTIN(builtin,major,minor) __has_builtin(builtin) #elif defined(__GNUC__) # define PSNIP_BUILTIN_GNU_HAS_BUILTIN(builtin,major,minor) (__GNUC__ > major || (major == __GNUC__ && __GNUC_MINOR__ >= minor)) #else # define PSNIP_BUILTIN_GNU_HAS_BUILTIN(builtin,major,minor) (0) #endif #if defined(HEDLEY_CLANG_HAS_BUILTIN) # define PSNIP_BUILTIN_CLANG_HAS_BUILTIN(builtin) HEDLEY_CLANG_HAS_BUILTIN(builtin) #elif defined(__has_builtin) # define PSNIP_BUILTIN_CLANG_HAS_BUILTIN(builtin) __has_builtin(builtin) #else # define PSNIP_BUILTIN_CLANG_HAS_BUILTIN(builtin) (0) #endif #if defined(HEDLEY_MSVC_VERSION_CHECK) # define PSNIP_BUILTIN_MSVC_HAS_INTRIN(intrin,major,minor) HEDLEY_MSVC_VERSION_CHECK(major,minor,0) #elif !defined(_MSC_VER) # define PSNIP_BUILTIN_MSVC_HAS_INTRIN(intrin,major,minor) (0) #elif defined(_MSC_VER) && (_MSC_VER >= 1400) # define PSNIP_BUILTIN_MSVC_HAS_INTRIN(intrin,major,minor) (_MSC_FULL_VER >= ((major * 1000000) + (minor * 10000))) #elif defined(_MSC_VER) && (_MSC_VER >= 1200) # define PSNIP_BUILTIN_MSVC_HAS_INTRIN(intrin,major,minor) (_MSC_FULL_VER >= ((major * 100000) + (minor * 1000))) #else # define PSNIP_BUILTIN_MSVC_HAS_INTRIN(intrin,major,minor) (_MSC_VER >= ((major * 100) + (minor))) #endif #if defined(_MSC_VER) # include #endif #include #include #if defined(__i386) || defined(_M_IX86) || \ defined(__amd64) || defined(_M_AMD64) || defined(__x86_64) # if defined(_MSC_VER) # define PSNIP_BUILTIN__ENABLE_X86 # elif defined(__GNUC__) # define PSNIP_BUILTIN__ENABLE_X86 # include # endif #endif #if defined(__amd64) || defined(_M_AMD64) || defined(__x86_64) # if defined(_MSC_VER) # define PSNIP_BUILTIN__ENABLE_AMD64 # elif defined(__GNUC__) # define PSNIP_BUILTIN__ENABLE_AMD64 # include # endif #endif #if defined(__ARM_ACLE) # include #endif /* For maximum portability include the exact-int module from portable snippets. */ #if \ !defined(psnip_int64_t) || !defined(psnip_uint64_t) || \ !defined(psnip_int32_t) || !defined(psnip_uint32_t) || \ !defined(psnip_int16_t) || !defined(psnip_uint16_t) || \ !defined(psnip_int8_t) || !defined(psnip_uint8_t) # include # if !defined(psnip_int64_t) # define psnip_int64_t int64_t # endif # if !defined(psnip_uint64_t) # define psnip_uint64_t uint64_t # endif # if !defined(psnip_int32_t) # define psnip_int32_t int32_t # endif # if !defined(psnip_uint32_t) # define psnip_uint32_t uint32_t # endif # if !defined(psnip_int16_t) # define psnip_int16_t int16_t # endif # if !defined(psnip_uint16_t) # define psnip_uint16_t uint16_t # endif # if !defined(psnip_int8_t) # define psnip_int8_t int8_t # endif # if !defined(psnip_uint8_t) # define psnip_uint8_t uint8_t # endif #endif #if defined(HEDLEY_LIKELY) && defined(HEDLEY_UNLIKELY) # define PSNIP_BUILTIN_LIKELY(expr) HEDLEY_LIKELY(expr) # define PSNIP_BUILTIN_UNLIKELY(expr) HEDLEY_UNLIKELY(expr) #elif PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_expect,3,0) # define PSNIP_BUILTIN_LIKELY(expr) __builtin_expect(!!(expr), 1) # define PSNIP_BUILTIN_UNLIKELY(expr) __builtin_expect(!!(expr), 0) #else # define PSNIP_BUILTIN_LIKELY(expr) (!!(expr)) # define PSNIP_BUILTIN_UNLIKELY(expr) (!!(expr)) #endif #if !defined(PSNIP_BUILTIN_STATIC_INLINE) # if defined(__GNUC__) # define PSNIP_BUILTIN__COMPILER_ATTRIBUTES __attribute__((__unused__)) # else # define PSNIP_BUILTIN__COMPILER_ATTRIBUTES # endif # if defined(HEDLEY_INLINE) # define PSNIP_BUILTIN__INLINE HEDLEY_INLINE # elif defined(__STDC_VERSION__) && __STDC_VERSION__ >= 199901L # define PSNIP_BUILTIN__INLINE inline # elif defined(__GNUC_STDC_INLINE__) # define PSNIP_BUILTIN__INLINE __inline__ # elif defined(_MSC_VER) && _MSC_VER >= 1200 # define PSNIP_BUILTIN__INLINE __inline # else # define PSNIP_BUILTIN__INLINE # endif # define PSNIP_BUILTIN__FUNCTION PSNIP_BUILTIN__COMPILER_ATTRIBUTES static PSNIP_BUILTIN__INLINE #endif #define PSNIP_BUILTIN__SUFFIX_B 1 #define PSNIP_BUILTIN__SUFFIX_S 2 #define PSNIP_BUILTIN__SUFFIX_ 3 #define PSNIP_BUILTIN__SUFFIX_L 4 #define PSNIP_BUILTIN__SUFFIX_LL 5 #if !defined(PSNIP_BUILTIN__SIZEOF_CHAR) # if CHAR_MIN == (-0x7fLL-1) && CHAR_MAX == 0x7fLL # define PSNIP_BUILTIN__SIZEOF_CHAR 8 # elif CHAR_MIN == (-0x7fffLL-1) && CHAR_MAX == 0x7fffLL # define PSNIP_BUILTIN__SIZEOF_CHAR 16 # elif CHAR_MIN == (-0x7fffffffLL-1) && CHAR_MAX == 0x7fffffffLL # define PSNIP_BUILTIN__SIZEOF_CHAR 32 # elif CHAR_MIN == (-0x7fffffffffffffffLL-1) && CHAR_MAX == 0x7fffffffffffffffLL # define PSNIP_BUILTIN__SIZEOF_CHAR 64 # endif #endif #if !defined(PSNIP_BUILTIN__SIZEOF_SHRT) # if SHRT_MIN == (-0x7fLL-1) && SHRT_MAX == 0x7fLL # define PSNIP_BUILTIN__SIZEOF_SHRT 8 # elif SHRT_MIN == (-0x7fffLL-1) && SHRT_MAX == 0x7fffLL # define PSNIP_BUILTIN__SIZEOF_SHRT 16 # elif SHRT_MIN == (-0x7fffffffLL-1) && SHRT_MAX == 0x7fffffffLL # define PSNIP_BUILTIN__SIZEOF_SHRT 32 # elif SHRT_MIN == (-0x7fffffffffffffffLL-1) && SHRT_MAX == 0x7fffffffffffffffLL # define PSNIP_BUILTIN__SIZEOF_SHRT 64 # endif #endif #if !defined(PSNIP_BUILTIN__SIZEOF_INT) # if INT_MIN == (-0x7fLL-1) && INT_MAX == 0x7fLL # define PSNIP_BUILTIN__SIZEOF_INT 8 # elif INT_MIN == (-0x7fffLL-1) && INT_MAX == 0x7fffLL # define PSNIP_BUILTIN__SIZEOF_INT 16 # elif INT_MIN == (-0x7fffffffLL-1) && INT_MAX == 0x7fffffffLL # define PSNIP_BUILTIN__SIZEOF_INT 32 # elif INT_MIN == (-0x7fffffffffffffffLL-1) && INT_MAX == 0x7fffffffffffffffLL # define PSNIP_BUILTIN__SIZEOF_INT 64 # endif #endif #if !defined(PSNIP_BUILTIN__SIZEOF_LONG) # if LONG_MIN == (-0x7fLL-1) && LONG_MAX == 0x7fLL # define PSNIP_BUILTIN__SIZEOF_LONG 8 # elif LONG_MIN == (-0x7fffLL-1) && LONG_MAX == 0x7fffLL # define PSNIP_BUILTIN__SIZEOF_LONG 16 # elif LONG_MIN == (-0x7fffffffLL-1) && LONG_MAX == 0x7fffffffLL # define PSNIP_BUILTIN__SIZEOF_LONG 32 # elif LONG_MIN == (-0x7fffffffffffffffLL-1) && LONG_MAX == 0x7fffffffffffffffLL # define PSNIP_BUILTIN__SIZEOF_LONG 64 # endif #endif #if !defined(PSNIP_BUILTIN__SIZEOF_LLONG) # if LLONG_MIN == (-0x7fLL-1) && LLONG_MAX == 0x7fLL # define PSNIP_BUILTIN__SIZEOF_LLONG 8 # elif LLONG_MIN == (-0x7fffLL-1) && LLONG_MAX == 0x7fffLL # define PSNIP_BUILTIN__SIZEOF_LLONG 16 # elif LLONG_MIN == (-0x7fffffffLL-1) && LLONG_MAX == 0x7fffffffLL # define PSNIP_BUILTIN__SIZEOF_LLONG 32 # elif LLONG_MIN == (-0x7fffffffffffffffLL-1) && LLONG_MAX == 0x7fffffffffffffffLL # define PSNIP_BUILTIN__SIZEOF_LLONG 64 # endif #endif #if !defined(PSNIP_BUILTIN_SUFFIX_INT8) # if CHAR_BIT == 8 || PSNIP_BUILTIN__SIZEOF_CHAR == 8 # define PSNIP_BUILTIN_SUFFIX_INT8 PSNIP_BUILTIN__SUFFIX_B # elif PSNIP_BUILTIN__SIZEOF_SHRT == 8 # define PSNIP_BUILTIN_SUFFIX_INT8 PSNIP_BUILTIN__SUFFIX_S # elif PSNIP_BUILTIN__SIZEOF_INT == 8 # define PSNIP_BUILTIN_SUFFIX_INT8 PSNIP_BUILTIN__SUFFIX_ # elif PSNIP_BUILTIN__SIZEOF_LONG == 8 # define PSNIP_BUILTIN_SUFFIX_INT8 PSNIP_BUILTIN__SUFFIX_L # elif PSNIP_BUILTIN__SIZEOF_LLONG == 8 # define PSNIP_BUILTIN_SUFFIX_INT8 PSNIP_BUILTIN__SUFFIX_LL # endif #endif #if !defined(PSNIP_BUILTIN_SUFFIX_INT16) # if PSNIP_BUILTIN__SIZEOF_CHAR == 16 # define PSNIP_BUILTIN_SUFFIX_INT16 PSNIP_BUILTIN__SUFFIX_B # elif PSNIP_BUILTIN__SIZEOF_SHRT == 16 # define PSNIP_BUILTIN_SUFFIX_INT16 PSNIP_BUILTIN__SUFFIX_S # elif PSNIP_BUILTIN__SIZEOF_INT == 16 # define PSNIP_BUILTIN_SUFFIX_INT16 PSNIP_BUILTIN__SUFFIX_ # elif PSNIP_BUILTIN__SIZEOF_LONG == 16 # define PSNIP_BUILTIN_SUFFIX_INT16 PSNIP_BUILTIN__SUFFIX_L # elif PSNIP_BUILTIN__SIZEOF_LLONG == 16 # define PSNIP_BUILTIN_SUFFIX_INT16 PSNIP_BUILTIN__SUFFIX_LL # endif #endif #if !defined(PSNIP_BUILTIN_SUFFIX_INT32) # if PSNIP_BUILTIN__SIZEOF_CHAR == 32 # define PSNIP_BUILTIN_SUFFIX_INT32 PSNIP_BUILTIN__SUFFIX_B # elif PSNIP_BUILTIN__SIZEOF_SHRT == 32 # define PSNIP_BUILTIN_SUFFIX_INT32 PSNIP_BUILTIN__SUFFIX_S # elif PSNIP_BUILTIN__SIZEOF_INT == 32 # define PSNIP_BUILTIN_SUFFIX_INT32 PSNIP_BUILTIN__SUFFIX_ # elif PSNIP_BUILTIN__SIZEOF_LONG == 32 # define PSNIP_BUILTIN_SUFFIX_INT32 PSNIP_BUILTIN__SUFFIX_L # elif PSNIP_BUILTIN__SIZEOF_LLONG == 32 # define PSNIP_BUILTIN_SUFFIX_INT32 PSNIP_BUILTIN__SUFFIX_LL # endif #endif #if !defined(PSNIP_BUILTIN_SUFFIX_INT64) # if defined(__APPLE__) && PSNIP_BUILTIN__SIZEOF_LLONG == 64 # define PSNIP_BUILTIN_SUFFIX_INT64 PSNIP_BUILTIN__SUFFIX_LL # elif PSNIP_BUILTIN__SIZEOF_CHAR == 64 # define PSNIP_BUILTIN_SUFFIX_INT64 PSNIP_BUILTIN__SUFFIX_B # elif PSNIP_BUILTIN__SIZEOF_SHRT == 64 # define PSNIP_BUILTIN_SUFFIX_INT64 PSNIP_BUILTIN__SUFFIX_S # elif PSNIP_BUILTIN__SIZEOF_INT == 64 # define PSNIP_BUILTIN_SUFFIX_INT64 PSNIP_BUILTIN__SUFFIX_ # elif PSNIP_BUILTIN__SIZEOF_LONG == 64 # define PSNIP_BUILTIN_SUFFIX_INT64 PSNIP_BUILTIN__SUFFIX_L # elif PSNIP_BUILTIN__SIZEOF_LLONG == 64 # define PSNIP_BUILTIN_SUFFIX_INT64 PSNIP_BUILTIN__SUFFIX_LL # endif #endif #if defined(PSNIP_BUILTIN_SUFFIX_INT8) # if PSNIP_BUILTIN_SUFFIX_INT8 == 1 # define PSNIP_BUILTIN__VARIANT2_INT8(prefix,name) prefix##_builtin_##name##b # elif PSNIP_BUILTIN_SUFFIX_INT8 == 2 # define PSNIP_BUILTIN__VARIANT2_INT8(prefix,name) prefix##_builtin_##name##s # elif PSNIP_BUILTIN_SUFFIX_INT8 == 3 # define PSNIP_BUILTIN__VARIANT_INT8(prefix,name) prefix##_builtin_##name # define PSNIP_BUILTIN__VARIANT2_INT8(prefix,name) prefix##_builtin_##name # elif PSNIP_BUILTIN_SUFFIX_INT8 == 4 # define PSNIP_BUILTIN__VARIANT_INT8(prefix,name) prefix##_builtin_##name##l # define PSNIP_BUILTIN__VARIANT2_INT8(prefix,name) prefix##_builtin_##name##l # elif PSNIP_BUILTIN_SUFFIX_INT8 == 5 # define PSNIP_BUILTIN__VARIANT_INT8(prefix,name) prefix##_builtin_##name##ll # define PSNIP_BUILTIN__VARIANT2_INT8(prefix,name) prefix##_builtin_##name##ll # endif #endif #if defined(PSNIP_BUILTIN_SUFFIX_INT16) # if PSNIP_BUILTIN_SUFFIX_INT16 == 1 # define PSNIP_BUILTIN__VARIANT2_INT16(prefix,name) prefix##_builtin_##name##b # elif PSNIP_BUILTIN_SUFFIX_INT16 == 2 # define PSNIP_BUILTIN__VARIANT2_INT16(prefix,name) prefix##_builtin_##name##s # elif PSNIP_BUILTIN_SUFFIX_INT16 == 3 # define PSNIP_BUILTIN__VARIANT_INT16(prefix,name) prefix##_builtin_##name # define PSNIP_BUILTIN__VARIANT2_INT16(prefix,name) prefix##_builtin_##name # elif PSNIP_BUILTIN_SUFFIX_INT16 == 4 # define PSNIP_BUILTIN__VARIANT_INT16(prefix,name) prefix##_builtin_##name##l # define PSNIP_BUILTIN__VARIANT2_INT16(prefix,name) prefix##_builtin_##name##l # elif PSNIP_BUILTIN_SUFFIX_INT16 == 5 # define PSNIP_BUILTIN__VARIANT_INT16(prefix,name) prefix##_builtin_##name##ll # define PSNIP_BUILTIN__VARIANT2_INT16(prefix,name) prefix##_builtin_##name##ll # endif #endif #if defined(PSNIP_BUILTIN_SUFFIX_INT32) # if PSNIP_BUILTIN_SUFFIX_INT32 == 1 # define PSNIP_BUILTIN__VARIANT2_INT32(prefix,name) prefix##_builtin_##name##b # elif PSNIP_BUILTIN_SUFFIX_INT32 == 2 # define PSNIP_BUILTIN__VARIANT2_INT32(prefix,name) prefix##_builtin_##name##s # elif PSNIP_BUILTIN_SUFFIX_INT32 == 3 # define PSNIP_BUILTIN__VARIANT_INT32(prefix,name) prefix##_builtin_##name # define PSNIP_BUILTIN__VARIANT2_INT32(prefix,name) prefix##_builtin_##name # elif PSNIP_BUILTIN_SUFFIX_INT32 == 4 # define PSNIP_BUILTIN__VARIANT_INT32(prefix,name) prefix##_builtin_##name##l # define PSNIP_BUILTIN__VARIANT2_INT32(prefix,name) prefix##_builtin_##name##l # elif PSNIP_BUILTIN_SUFFIX_INT32 == 5 # define PSNIP_BUILTIN__VARIANT_INT32(prefix,name) prefix##_builtin_##name##ll # define PSNIP_BUILTIN__VARIANT2_INT32(prefix,name) prefix##_builtin_##name##ll # endif #endif #if defined(PSNIP_BUILTIN_SUFFIX_INT64) # if PSNIP_BUILTIN_SUFFIX_INT64 == 1 # define PSNIP_BUILTIN__VARIANT2_INT64(prefix,name) prefix##_builtin_##name##b # elif PSNIP_BUILTIN_SUFFIX_INT64 == 2 # define PSNIP_BUILTIN__VARIANT2_INT64(prefix,name) prefix##_builtin_##name##s # elif PSNIP_BUILTIN_SUFFIX_INT64 == 3 # define PSNIP_BUILTIN__VARIANT_INT64(prefix,name) prefix##_builtin_##name # define PSNIP_BUILTIN__VARIANT2_INT64(prefix,name) prefix##_builtin_##name # elif PSNIP_BUILTIN_SUFFIX_INT64 == 4 # define PSNIP_BUILTIN__VARIANT_INT64(prefix,name) prefix##_builtin_##name##l # define PSNIP_BUILTIN__VARIANT2_INT64(prefix,name) prefix##_builtin_##name##l # elif PSNIP_BUILTIN_SUFFIX_INT64 == 5 # define PSNIP_BUILTIN__VARIANT_INT64(prefix,name) prefix##_builtin_##name##ll # define PSNIP_BUILTIN__VARIANT2_INT64(prefix,name) prefix##_builtin_##name##ll # endif #endif /****** *** GCC-style built-ins ******/ /*** __builtin_ffs ***/ #define PSNIP_BUILTIN__FFS_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ int psnip_builtin_##f_n(T x) { \ static const char psnip_builtin_ffs_lookup[256] = { \ 0, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 6, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 7, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 6, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 8, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 6, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 7, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 6, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1, \ 5, 1, 2, 1, 3, 1, 2, 1, 4, 1, 2, 1, 3, 1, 2, 1 \ }; \ \ unsigned char t; \ size_t s = 0; \ \ while (s < (sizeof(T) * 8)) { \ t = (unsigned char) ((x >> s) & 0xff); \ if (t) \ return psnip_builtin_ffs_lookup[t] + s; \ \ s += 8; \ } \ \ return 0; \ } #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_ffs, 3, 3) # define psnip_builtin_ffs(x) __builtin_ffs(x) # define psnip_builtin_ffsl(x) __builtin_ffsl(x) # define psnip_builtin_ffsll(x) __builtin_ffsll(x) # define psnip_builtin_ffs32(x) PSNIP_BUILTIN__VARIANT_INT32(_,ffs)(x) # define psnip_builtin_ffs64(x) PSNIP_BUILTIN__VARIANT_INT64(_,ffs)(x) #else # if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanForward, 14, 0) PSNIP_BUILTIN__FUNCTION int psnip_builtin_ffsll(long long v) { unsigned long r; # if defined(_M_AMD64) || defined(_M_ARM) if (_BitScanForward64(&r, (unsigned long long) v)) { return (int) (r + 1); } # else if (_BitScanForward(&r, (unsigned long) (v))) { return (int) (r + 1); } else if (_BitScanForward(&r, (unsigned long) (v >> 32))) { return (int) (r + 33); } # endif return 0; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_ffsl(long v) { unsigned long r; if (_BitScanForward(&r, (unsigned long) v)) { return (int) (r + 1); } return 0; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_ffs(int v) { return psnip_builtin_ffsl(v); } # else PSNIP_BUILTIN__FFS_DEFINE_PORTABLE(ffs, int) PSNIP_BUILTIN__FFS_DEFINE_PORTABLE(ffsl, long) PSNIP_BUILTIN__FFS_DEFINE_PORTABLE(ffsll, long long) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_ffsll(v) psnip_builtin_ffsll(v) # define __builtin_ffsl(v) psnip_builtin_ffsl(v) # define __builtin_ffs(v) psnip_builtin_ffs(v) # endif #endif #if !defined(psnip_builtin_ffs32) # define psnip_builtin_ffs32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,ffs)(x) #endif #if !defined(psnip_builtin_ffs64) # define psnip_builtin_ffs64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,ffs)(x) #endif /*** __builtin_clz ***/ #define PSNIP_BUILTIN__CLZ_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ int psnip_builtin_##f_n(T x) { \ static const char psnip_builtin_clz_lookup[256] = { \ 7, 7, 6, 6, 5, 5, 5, 5, 4, 4, 4, 4, 4, 4, 4, 4, \ 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, \ 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, \ 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, \ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, \ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, \ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, \ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, \ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 \ }; \ size_t s = sizeof(T) * 8; \ T r; \ \ while ((s -= 8) != 0) { \ r = x >> s; \ if (r != 0) \ return psnip_builtin_clz_lookup[r] + \ (((sizeof(T) - 1) * 8) - s); \ } \ \ if (x == 0) \ return (int) ((sizeof(T) * 8) - 1); \ else \ return psnip_builtin_clz_lookup[x] + \ ((sizeof(T) - 1) * 8); \ } #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_clz, 3, 4) # define psnip_builtin_clz(x) __builtin_clz(x) # define psnip_builtin_clzl(x) __builtin_clzl(x) # define psnip_builtin_clzll(x) __builtin_clzll(x) # define psnip_builtin_clz32(x) PSNIP_BUILTIN__VARIANT_INT32(_,clz)(x) # define psnip_builtin_clz64(x) PSNIP_BUILTIN__VARIANT_INT64(_,clz)(x) #else # if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanReverse,14,0) PSNIP_BUILTIN__FUNCTION int psnip_builtin_clzll(unsigned long long v) { unsigned long r = 0; # if defined(_M_AMD64) || defined(_M_ARM) if (_BitScanReverse64(&r, v)) { return 63 - r; } # else if (_BitScanReverse(&r, (unsigned long) (v >> 32))) { return 31 - r; } else if (_BitScanReverse(&r, (unsigned long) v)) { return 63 - r; } # endif return 63; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_clzl(unsigned long v) { unsigned long r = 0; if (_BitScanReverse(&r, v)) { return 31 - r; } return 31; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_clz(unsigned int v) { return psnip_builtin_clzl(v); } # define psnip_builtin_clz32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,clz)(x) # define psnip_builtin_clz64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,clz)(x) # else PSNIP_BUILTIN__FUNCTION int psnip_builtin_clz32(psnip_uint32_t v) { static const unsigned char MultiplyDeBruijnBitPosition[] = { 0, 9, 1, 10, 13, 21, 2, 29, 11, 14, 16, 18, 22, 25, 3, 30, 8, 12, 20, 28, 15, 17, 24, 7, 19, 27, 23, 6, 26, 5, 4, 31 }; v |= v >> 1; v |= v >> 2; v |= v >> 4; v |= v >> 8; v |= v >> 16; return ((sizeof(psnip_uint32_t) * CHAR_BIT) - 1) - MultiplyDeBruijnBitPosition[(psnip_uint32_t)(v * 0x07C4ACDDU) >> 27]; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_clz64(psnip_uint64_t v) { static const unsigned char MultiplyDeBruijnBitPosition[] = { 0, 47, 1, 56, 48, 27, 2, 60, 57, 49, 41, 37, 28, 16, 3, 61, 54, 58, 35, 52, 50, 42, 21, 44, 38, 32, 29, 23, 17, 11, 4, 62, 46, 55, 26, 59, 40, 36, 15, 53, 34, 51, 20, 43, 31, 22, 10, 45, 25, 39, 14, 33, 19, 30, 9, 24, 13, 18, 8, 12, 7, 6, 5, 63 }; v |= v >> 1; v |= v >> 2; v |= v >> 4; v |= v >> 8; v |= v >> 16; v |= v >> 32; return ((sizeof(psnip_uint64_t) * CHAR_BIT) - 1) - MultiplyDeBruijnBitPosition[(psnip_uint64_t)(v * 0x03F79D71B4CB0A89ULL) >> 58]; } # if PSNIP_BUILTIN__SIZEOF_INT == 32 PSNIP_BUILTIN__FUNCTION int psnip_builtin_clz(unsigned int x) { return psnip_builtin_clz32(x); } # elif PSNIP_BUILTIN__SIZEOF_INT == 64 PSNIP_BUILTIN__FUNCTION int psnip_builtin_clz(unsigned int x) { return psnip_builtin_clz64(x); } # else PSNIP_BUILTIN__CLZ_DEFINE_PORTABLE(clz, unsigned int) # endif # if PSNIP_BUILTIN__SIZEOF_LONG == 32 PSNIP_BUILTIN__FUNCTION int psnip_builtin_clzl(unsigned long x) { return psnip_builtin_clz32(x); } # elif PSNIP_BUILTIN__SIZEOF_LONG == 64 PSNIP_BUILTIN__FUNCTION int psnip_builtin_clzl(unsigned long x) { return psnip_builtin_clz64(x); } # else PSNIP_BUILTIN__CLZ_DEFINE_PORTABLE(clzl, unsigned long) # endif # if PSNIP_BUILTIN__SIZEOF_LLONG == 32 PSNIP_BUILTIN__FUNCTION int psnip_builtin_clzll(unsigned long long x) { return psnip_builtin_clz32(x); } # elif PSNIP_BUILTIN__SIZEOF_LLONG == 64 PSNIP_BUILTIN__FUNCTION int psnip_builtin_clzll(unsigned long long x) { return psnip_builtin_clz64(x); } # else PSNIP_BUILTIN__CLZ_DEFINE_PORTABLE(clzll, unsigned long long) # endif # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_clz(x) psnip_builtin_clz(x) # define __builtin_clzl(x) psnip_builtin_clzl(x) # define __builtin_clzll(x) psnip_builtin_clzll(x) # endif #endif #if !defined(psnip_builtin_clz32) # define psnip_builtin_clz32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,clz)(x) #endif #if !defined(psnip_builtin_clz64) # define psnip_builtin_clz64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,clz)(x) #endif /*** __builtin_ctz ***/ #define PSNIP_BUILTIN__CTZ_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ int psnip_builtin_##f_n(T x) { \ static const char psnip_builtin_ctz_lookup[256] = { \ 0, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 6, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 7, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 6, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0, \ 4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0 \ }; \ size_t s = 0; \ T r; \ \ do { \ r = (x >> s) & 0xff; \ if (r != 0) \ return psnip_builtin_ctz_lookup[r] + (char) s; \ } while ((s += 8) < (sizeof(T) * 8)); \ \ return (int) sizeof(T) - 1; \ } #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_ctz, 3, 4) # define psnip_builtin_ctz(x) __builtin_ctz(x) # define psnip_builtin_ctzl(x) __builtin_ctzl(x) # define psnip_builtin_ctzll(x) __builtin_ctzll(x) # define psnip_builtin_ctz32(x) PSNIP_BUILTIN__VARIANT_INT32(_,ctz)(x) # define psnip_builtin_ctz64(x) PSNIP_BUILTIN__VARIANT_INT64(_,ctz)(x) #else # if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanForward, 14, 0) PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctzll(unsigned long long v) { unsigned long r = 0; # if defined(_M_AMD64) || defined(_M_ARM) _BitScanForward64(&r, v); return (int) r; # else if (_BitScanForward(&r, (unsigned int) (v))) return (int) (r); _BitScanForward(&r, (unsigned int) (v >> 32)); return (int) (r + 32); # endif } PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctzl(unsigned long v) { unsigned long r = 0; _BitScanForward(&r, v); return (int) r; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctz(unsigned int v) { return psnip_builtin_ctzl(v); } # define psnip_builtin_ctz32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,ctz)(x) # define psnip_builtin_ctz64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,ctz)(x) # else PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctz32(psnip_uint32_t v) { static const unsigned char MultiplyDeBruijnBitPosition[] = { 0, 1, 28, 2, 29, 14, 24, 3, 30, 22, 20, 15, 25, 17, 4, 8, 31, 27, 13, 23, 21, 19, 16, 7, 26, 12, 18, 6, 11, 5, 10, 9 }; return MultiplyDeBruijnBitPosition[((psnip_uint32_t)((v & -v) * 0x077CB531U)) >> 27]; } PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctz64(psnip_uint64_t v) { static const unsigned char MultiplyDeBruijnBitPosition[] = { 0, 1, 56, 2, 57, 49, 28, 3, 61, 58, 42, 50, 38, 29, 17, 4, 62, 47, 59, 36, 45, 43, 51, 22, 53, 39, 33, 30, 24, 18, 12, 5, 63, 55, 48, 27, 60, 41, 37, 16, 46, 35, 44, 21, 52, 32, 23, 11, 54, 26, 40, 15, 34, 20, 31, 10, 25, 14, 19, 9, 13, 8, 7, 6 }; return MultiplyDeBruijnBitPosition[((psnip_uint64_t)((v & -v) * 0x03f79d71b4ca8b09ULL)) >> 58]; } # if PSNIP_BUILTIN__SIZEOF_INT == 32 PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctz(unsigned int x) { return psnip_builtin_ctz32(x); } # elif PSNIP_BUILTIN__SIZEOF_INT == 64 PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctz(unsigned int x) { return psnip_builtin_ctz64(x); } # else PSNIP_BUILTIN__CTZ_DEFINE_PORTABLE(ctz, unsigned int) # endif # if PSNIP_BUILTIN__SIZEOF_LONG == 32 PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctzl(unsigned long x) { return psnip_builtin_ctz32(x); } # elif PSNIP_BUILTIN__SIZEOF_LONG == 64 PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctzl(unsigned long x) { return psnip_builtin_ctz64(x); } # else PSNIP_BUILTIN__CTZ_DEFINE_PORTABLE(ctzl, unsigned long) # endif # if PSNIP_BUILTIN__SIZEOF_LLONG == 32 PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctzll(unsigned long long x) { return psnip_builtin_ctz32(x); } # elif PSNIP_BUILTIN__SIZEOF_LLONG == 64 PSNIP_BUILTIN__FUNCTION int psnip_builtin_ctzll(unsigned long long x) { return psnip_builtin_ctz64(x); } # else PSNIP_BUILTIN__CTZ_DEFINE_PORTABLE(ctzll, unsigned long long) # endif # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_ctz(x) psnip_builtin_ctz(x) # define __builtin_ctzl(x) psnip_builtin_ctzl(x) # define __builtin_ctzll(x) psnip_builtin_ctzll(x) # endif #endif #if !defined(psnip_builtin_ctz32) # define psnip_builtin_ctz32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,ctz)(x) #endif #if !defined(psnip_builtin_ctz64) # define psnip_builtin_ctz64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,ctz)(x) #endif /*** __builtin_parity ***/ #define PSNIP_BUILTIN__PARITY_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ int psnip_builtin_##f_n(T v) { \ size_t i; \ for (i = (sizeof(T) * CHAR_BIT) / 2 ; i > 2 ; i /= 2) \ v ^= v >> i; \ v &= 0xf; \ return (0x6996 >> v) & 1; \ } #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_parity, 3, 4) # define psnip_builtin_parity(x) __builtin_parity(x) # define psnip_builtin_parityl(x) __builtin_parityl(x) # define psnip_builtin_parityll(x) __builtin_parityll(x) # define psnip_builtin_parity32(x) PSNIP_BUILTIN__VARIANT_INT32(_,parity)(x) # define psnip_builtin_parity64(x) PSNIP_BUILTIN__VARIANT_INT64(_,parity)(x) #else PSNIP_BUILTIN__PARITY_DEFINE_PORTABLE(parity, unsigned int) PSNIP_BUILTIN__PARITY_DEFINE_PORTABLE(parityl, unsigned long) PSNIP_BUILTIN__PARITY_DEFINE_PORTABLE(parityll, unsigned long long) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_parity(x) psnip_builtin_parity(x) # define __builtin_parityl(x) psnip_builtin_parityl(x) # define __builtin_parityll(x) psnip_builtin_parityll(x) # endif #endif #if !defined(psnip_builtin_parity32) # define psnip_builtin_parity32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,parity)(x) #endif #if !defined(psnip_builtin_parity64) # define psnip_builtin_parity64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,parity)(x) #endif /*** __builtin_popcount ***/ #define PSNIP_BUILTIN__POPCOUNT_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ int psnip_builtin_##f_n(T x) { \ x = x - ((x >> 1) & (T)~(T)0/3); \ x = (x & (T)~(T)0/15*3) + ((x >> 2) & (T)~(T)0/15*3); \ x = (x + (x >> 4)) & (T)~(T)0/255*15; \ return (T)(x * ((T)~(T)0/255)) >> (sizeof(T) - 1) * 8; \ } #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_popcount, 3, 4) # define psnip_builtin_popcount(x) __builtin_popcount(x) # define psnip_builtin_popcountl(x) __builtin_popcountl(x) # define psnip_builtin_popcountll(x) __builtin_popcountll(x) # define psnip_builtin_popcount32(x) PSNIP_BUILTIN__VARIANT_INT32(_,popcount)(x) # define psnip_builtin_popcount64(x) PSNIP_BUILTIN__VARIANT_INT64(_,popcount)(x) #else PSNIP_BUILTIN__POPCOUNT_DEFINE_PORTABLE(popcount, unsigned int) PSNIP_BUILTIN__POPCOUNT_DEFINE_PORTABLE(popcountl, unsigned long) PSNIP_BUILTIN__POPCOUNT_DEFINE_PORTABLE(popcountll, unsigned long long) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_popcount(x) psnip_builtin_popcount(x) # define __builtin_popcountl(x) psnip_builtin_popcountl(x) # define __builtin_popcountll(x) psnip_builtin_popcountll(x) # endif #endif #if !defined(psnip_builtin_popcount32) # define psnip_builtin_popcount32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,popcount)(x) #endif #if !defined(psnip_builtin_popcount64) # define psnip_builtin_popcount64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,popcount)(x) #endif /*** __builtin_clrsb ***/ #define PSNIP_BUILTIN__CLRSB_DEFINE_PORTABLE(f_n, clzfn, T) \ PSNIP_BUILTIN__FUNCTION \ int psnip_builtin_##f_n(T x) { \ return (PSNIP_BUILTIN_UNLIKELY(x == -1) ? \ ((int) sizeof(x) * 8) : \ psnip_builtin_##clzfn((x < 0) ? ~x : x)) - 1; \ } #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_clrsb, 4, 7) # define psnip_builtin_clrsb(x) __builtin_clrsb(x) # if !defined(__INTEL_COMPILER) # define psnip_builtin_clrsbl(x) __builtin_clrsbl(x) # else # if PSNIP_BUILTIN__SIZEOF_LONG == PSNIP_BUILTIN__SIZEOF_INT # define psnip_builtin_clrsbl(x) ((long) __builtin_clrsb((int) x)) # elif PSNIP_BUILTIN__SIZEOF_LONG == PSNIP_BUILTIN__SIZEOF_LLONG # define psnip_builtin_clrsbl(x) ((long) __builtin_clrsbll((long long) x)) # else PSNIP_BUILTIN__CLRSB_DEFINE_PORTABLE(clrsbl, clzl, long) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_clrsbl(x) psnip_builtin_clrsbl(x) # endif # endif # define psnip_builtin_clrsbll(x) __builtin_clrsbll(x) # define psnip_builtin_clrsb32(x) PSNIP_BUILTIN__VARIANT_INT32(_,clrsb)(x) # define psnip_builtin_clrsb64(x) PSNIP_BUILTIN__VARIANT_INT64(_,clrsb)(x) #else PSNIP_BUILTIN__CLRSB_DEFINE_PORTABLE(clrsb, clz, int) PSNIP_BUILTIN__CLRSB_DEFINE_PORTABLE(clrsbl, clzl, long) PSNIP_BUILTIN__CLRSB_DEFINE_PORTABLE(clrsbll, clzll, long long) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_clrsb(x) psnip_builtin_clrsb(x) # define __builtin_clrsbl(x) psnip_builtin_clrsbl(x) # define __builtin_clrsbll(x) psnip_builtin_clrsbll(x) # endif #endif #if !defined(psnip_builtin_clrsb32) # define psnip_builtin_clrsb32(x) PSNIP_BUILTIN__VARIANT_INT32(psnip,clrsb)(x) #endif #if !defined(psnip_builtin_clrsb64) # define psnip_builtin_clrsb64(x) PSNIP_BUILTIN__VARIANT_INT64(psnip,clrsb)(x) #endif /*** __builtin_addc ***/ #define PSNIP_BUILTIN__ADDC_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ T psnip_builtin_##f_n(T x, T y, T ci, T* co) { \ T max = 0; \ T r = (T) x + y; \ max = ~max; \ *co = (T) (x > (max - y)); \ if (ci) { \ if (r == max) \ *co = 1; \ r += ci; \ } \ return r; \ } #if PSNIP_BUILTIN_CLANG_HAS_BUILTIN(__builtin_addc) && !defined(__ibmxl__) # define psnip_builtin_addcb(x, y, ci, co) __builtin_addcb(x, y, ci, co) # define psnip_builtin_addcs(x, y, ci, co) __builtin_addcs(x, y, ci, co) # define psnip_builtin_addc(x, y, ci, co) __builtin_addc(x, y, ci, co) # define psnip_builtin_addcl(x, y, ci, co) __builtin_addcl(x, y, ci, co) # define psnip_builtin_addcll(x, y, ci, co) __builtin_addcll(x, y, ci, co) # define psnip_builtin_addc8(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT8(_,addc)(x, y, ci, co) # define psnip_builtin_addc16(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT16(_,addc)(x, y, ci, co) # define psnip_builtin_addc32(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT32(_,addc)(x, y, ci, co) # define psnip_builtin_addc64(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT64(_,addc)(x, y, ci, co) #else PSNIP_BUILTIN__ADDC_DEFINE_PORTABLE(addcb, unsigned char) PSNIP_BUILTIN__ADDC_DEFINE_PORTABLE(addcs, unsigned short) PSNIP_BUILTIN__ADDC_DEFINE_PORTABLE(addc, unsigned int) PSNIP_BUILTIN__ADDC_DEFINE_PORTABLE(addcl, unsigned long) PSNIP_BUILTIN__ADDC_DEFINE_PORTABLE(addcll, unsigned long long) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_addcb(x, y, ci, co) psnip_builtin_addcb(x, y, ci, co) # define __builtin_addcs(x, y, ci, co) psnip_builtin_addcs(x, y, ci, co) # define __builtin_addc(x, y, ci, co) psnip_builtin_addc(x, y, ci, co) # define __builtin_addcl(x, y, ci, co) psnip_builtin_addcl(x, y, ci, co) # define __builtin_addcll(x, y, ci, co) psnip_builtin_addcll(x, y, ci, co) # endif #endif #if !defined(psnip_builtin_addc8) # define psnip_builtin_addc8(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT8(psnip,addc)(x, y, ci, co) #endif #if !defined(psnip_builtin_addc16) # define psnip_builtin_addc16(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT16(psnip,addc)(x, y, ci, co) #endif #if !defined(psnip_builtin_addc32) # define psnip_builtin_addc32(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT32(psnip,addc)(x, y, ci, co) #endif #if !defined(psnip_builtin_addc64) # define psnip_builtin_addc64(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT64(psnip,addc)(x, y, ci, co) #endif /*** __builtin_subc ***/ #define PSNIP_BUILTIN__SUBC_DEFINE_PORTABLE(f_n, T) \ PSNIP_BUILTIN__FUNCTION \ T psnip_builtin_##f_n(T x, T y, T ci, T* co) { \ T r = x - y; \ *co = x < y; \ if (ci) { \ r--; \ if (r == 0) \ *co = 1; \ } \ return r; \ } #if PSNIP_BUILTIN_CLANG_HAS_BUILTIN(__builtin_subc) && !defined(__ibmxl__) # define psnip_builtin_subcb(x, y, ci, co) __builtin_subcb(x, y, ci, co) # define psnip_builtin_subcs(x, y, ci, co) __builtin_subcs(x, y, ci, co) # define psnip_builtin_subc(x, y, ci, co) __builtin_subc(x, y, ci, co) # define psnip_builtin_subcl(x, y, ci, co) __builtin_subcl(x, y, ci, co) # define psnip_builtin_subcll(x, y, ci, co) __builtin_subcll(x, y, ci, co) # define psnip_builtin_subc8(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT8(_,subc)(x, y, ci, co) # define psnip_builtin_subc16(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT16(_,subc)(x, y, ci, co) # define psnip_builtin_subc32(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT32(_,subc)(x, y, ci, co) # define psnip_builtin_subc64(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT64(_,subc)(x, y, ci, co) #else PSNIP_BUILTIN__SUBC_DEFINE_PORTABLE(subcb, unsigned char) PSNIP_BUILTIN__SUBC_DEFINE_PORTABLE(subcs, unsigned short) PSNIP_BUILTIN__SUBC_DEFINE_PORTABLE(subc, unsigned int) PSNIP_BUILTIN__SUBC_DEFINE_PORTABLE(subcl, unsigned long) PSNIP_BUILTIN__SUBC_DEFINE_PORTABLE(subcll, unsigned long long) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_subcb(x, y, ci, co) psnip_builtin_subcb(x, y, ci, co) # define __builtin_subcs(x, y, ci, co) psnip_builtin_subcs(x, y, ci, co) # define __builtin_subc(x, y, ci, co) psnip_builtin_subc(x, y, ci, co) # define __builtin_subcl(x, y, ci, co) psnip_builtin_subcl(x, y, ci, co) # define __builtin_subcll(x, y, ci, co) psnip_builtin_subcll(x, y, ci, co) # endif #endif #if !defined(psnip_builtin_subc8) # define psnip_builtin_subc8(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT8(psnip,subc)(x, y, ci, co) #endif #if !defined(psnip_builtin_subc16) # define psnip_builtin_subc16(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT16(psnip,subc)(x, y, ci, co) #endif #if !defined(psnip_builtin_subc32) # define psnip_builtin_subc32(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT32(psnip,subc)(x, y, ci, co) #endif #if !defined(psnip_builtin_subc64) # define psnip_builtin_subc64(x, y, ci, co) PSNIP_BUILTIN__VARIANT2_INT64(psnip,subc)(x, y, ci, co) #endif /*** __builtin_bswap ***/ #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_bswap16, 4, 8) # define psnip_builtin_bswap16(x) __builtin_bswap16(x) #else # if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_byteswap_ushort,13,10) # define psnip_builtin_bswap16(x) _byteswap_ushort(x) # else PSNIP_BUILTIN__FUNCTION psnip_uint16_t psnip_builtin_bswap16(psnip_uint16_t v) { return ((v & (((psnip_uint16_t) 0xff) << 8)) >> 8) | ((v & (((psnip_uint16_t) 0xff) )) << 8); } # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_bswap16(x) psnip_builtin_bswap16(x) # endif #endif #if PSNIP_BUILTIN_GNU_HAS_BUILTIN(__builtin_bswap16, 4, 3) # define psnip_builtin_bswap32(x) __builtin_bswap32(x) # define psnip_builtin_bswap64(x) __builtin_bswap64(x) #else # if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_byteswap_ushort,13,10) # define psnip_builtin_bswap32(x) _byteswap_ulong(x) # define psnip_builtin_bswap64(x) _byteswap_uint64(x) # else PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_builtin_bswap32(psnip_uint32_t v) { return ((v & (((psnip_uint32_t) 0xff) << 24)) >> 24) | ((v & (((psnip_uint32_t) 0xff) << 16)) >> 8) | ((v & (((psnip_uint32_t) 0xff) << 8)) << 8) | ((v & (((psnip_uint32_t) 0xff) )) << 24); } PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_builtin_bswap64(psnip_uint64_t v) { return ((v & (((psnip_uint64_t) 0xff) << 56)) >> 56) | ((v & (((psnip_uint64_t) 0xff) << 48)) >> 40) | ((v & (((psnip_uint64_t) 0xff) << 40)) >> 24) | ((v & (((psnip_uint64_t) 0xff) << 32)) >> 8) | ((v & (((psnip_uint64_t) 0xff) << 24)) << 8) | ((v & (((psnip_uint64_t) 0xff) << 16)) << 24) | ((v & (((psnip_uint64_t) 0xff) << 8)) << 40) | ((v & (((psnip_uint64_t) 0xff) )) << 56); } # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_bswap32(x) psnip_builtin_bswap32(x) # define __builtin_bswap64(x) psnip_builtin_bswap64(x) # endif #endif /*** __builtin_bitreverse ***/ #define PSNIP_BUILTIN__BITREVERSE_DEFINE_PORTABLE(f_n, b_l, T) \ PSNIP_BUILTIN__FUNCTION \ T psnip_builtin_##f_n##b_l(T v) { \ v = ((v & ((T) 0xf0f0f0f0f0f0f0f0ULL)) >> 4) | \ ((v & ((T) 0x0f0f0f0f0f0f0f0fULL)) << 4); \ v = ((v & ((T) 0xccccccccccccccccULL)) >> 2) | \ ((v & ((T) 0x3333333333333333ULL)) << 2); \ v = ((v & ((T) 0xaaaaaaaaaaaaaaaaULL)) >> 1) | \ ((v & ((T) 0x5555555555555555ULL)) << 1); \ return psnip_builtin_bswap##b_l(v); \ } #if PSNIP_BUILTIN_CLANG_HAS_BUILTIN(__builtin_bitreverse64) && !defined(__EMSCRIPTEN__) && !defined(__ibmxl__) # define psnip_builtin_bitreverse8(x) __builtin_bitreverse8(x) # define psnip_builtin_bitreverse16(x) __builtin_bitreverse16(x) # define psnip_builtin_bitreverse32(x) __builtin_bitreverse32(x) # define psnip_builtin_bitreverse64(x) __builtin_bitreverse64(x) #else PSNIP_BUILTIN__FUNCTION psnip_uint8_t psnip_builtin_bitreverse8(psnip_uint8_t v) { return (psnip_uint8_t) ((v * 0x0202020202ULL & 0x010884422010ULL) % 1023); } #if defined(_MSC_VER) # pragma warning(push) # pragma warning(disable:4310) #endif PSNIP_BUILTIN__BITREVERSE_DEFINE_PORTABLE(bitreverse, 16, psnip_uint16_t) PSNIP_BUILTIN__BITREVERSE_DEFINE_PORTABLE(bitreverse, 32, psnip_uint32_t) PSNIP_BUILTIN__BITREVERSE_DEFINE_PORTABLE(bitreverse, 64, psnip_uint64_t) #if defined(_MSC_VER) # pragma warning(pop) #endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __builtin_bitreverse8(x) psnip_builtin_bitreverse8(x) # define __builtin_bitreverse16(x) psnip_builtin_bitreverse16(x) # define __builtin_bitreverse32(x) psnip_builtin_bitreverse32(x) # define __builtin_bitreverse64(x) psnip_builtin_bitreverse64(x) # endif #endif /****** *** MSVC-style intrinsics ******/ /*** _rotl ***/ #define PSNIP_BUILTIN_ROTL_DEFINE_PORTABLE(f_n, T, ST) \ PSNIP_BUILTIN__FUNCTION \ T psnip_intrin_##f_n(T value, ST shift) { \ const ST mask = (ST) ((sizeof(T) * CHAR_BIT) - 1); \ return \ (value << (shift & mask)) | \ (value >> (-shift & mask)); \ } #if defined(PSNIP_BUILTIN__ENABLE_X86) && PSNIP_BUILTIN_MSVC_HAS_INTRIN(_rotl8, 14, 0) # define psnip_intrin_rotl8(value, shift) _rotl8(value, shift) # define psnip_intrin_rotl16(value, shift) _rotl16(value, shift) #else # if defined(PSNIP_BUILTIN__ENABLE_X86) && PSNIP_BUILTIN_GNU_HAS_BUILTIN(__rolw, 4, 5) # define psnip_intrin_rotl8(value, shift) __rolb(value, shift) # define psnip_intrin_rotl16(value, shift) __rolw(value, shift) # elif defined(PSNIP_BUILTIN__ENABLE_X86) && !defined(_MSC_VER) PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_intrin_rotl8(psnip_uint8_t value, int shift) { __asm__ ("rolb %1, %0" : "+g" (value) : "cI" ((psnip_uint8_t) shift)); return value; } PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_intrin_rotl16(psnip_uint16_t value, int shift) { __asm__ ("rolw %1, %0" : "+g" (value) : "cI" ((psnip_uint8_t) shift)); return value; } # else PSNIP_BUILTIN_ROTL_DEFINE_PORTABLE(rotl8, psnip_uint8_t, unsigned char) PSNIP_BUILTIN_ROTL_DEFINE_PORTABLE(rotl16, psnip_uint16_t, unsigned char) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _rotl8(value, shift) psnip_intrin_rotl8(value, shift) # define _rotl16(value, shift) psnip_intrin_rotl16(value, shift) # endif #endif #if defined(PSNIP_BUILTIN__ENABLE_X86) && (PSNIP_BUILTIN_MSVC_HAS_INTRIN(_rotl, 13, 10) || PSNIP_BUILTIN_GNU_HAS_BUILTIN(_rotl, 4, 5) || defined(__INTEL_COMPILER)) # define psnip_intrin_rotl(value, shift) _rotl(value, shift) #else # if defined(PSNIP_BUILTIN__ENABLE_X86) && !defined(_MSC_VER) PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_intrin_rotl(psnip_uint32_t value, int shift) { __asm__ ("roll %1, %0" : "+g" (value) : "cI" ((psnip_uint8_t) shift)); return value; } # else PSNIP_BUILTIN_ROTL_DEFINE_PORTABLE(rotl, psnip_uint32_t, int) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _rotl(value, shift) psnip_intrin_rotl(value, shift) # endif #endif #if defined(PSNIP_BUILTIN__ENABLE_X86) && PSNIP_BUILTIN_MSVC_HAS_INTRIN(_rotl64, 13, 10) # define psnip_intrin_rotl64(value, shift) _rotl64(value, shift) #else # if defined(__amd64) && PSNIP_BUILTIN_GNU_HAS_BUILTIN(__rolq, 4, 5) # define psnip_intrin_rotl64(value, shift) __rolq(value, shift) # elif defined(PSNIP_BUILTIN__ENABLE_X86) && !defined(_MSC_VER) PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_intrin_rotl64(psnip_uint64_t value, int shift) { __asm__ ("rolq %1, %0" : "+g" (value) : "cJ" ((psnip_uint8_t) shift)); return value; } # else PSNIP_BUILTIN_ROTL_DEFINE_PORTABLE(rotl64, psnip_uint64_t, int) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _rotl64(value, shift) psnip_intrin_rotl64(value, shift) # endif #endif /*** _rotr ***/ #define PSNIP_BUILTIN_ROTR_DEFINE_PORTABLE(f_n, T, ST) \ PSNIP_BUILTIN__FUNCTION \ T psnip_intrin_##f_n(T value, ST shift) { \ const ST mask = (ST) ((sizeof(T) * CHAR_BIT) - 1); \ return \ (value >> (shift & mask)) | \ (value << (-shift & mask)); \ } #if defined(PSNIP_BUILTIN__ENABLE_X86) && PSNIP_BUILTIN_MSVC_HAS_INTRIN(_rotr8, 14, 0) # define psnip_intrin_rotr8(value, shift) _rotr8(value, shift) # define psnip_intrin_rotr16(value, shift) _rotr16(value, shift) #else # if defined(PSNIP_BUILTIN__ENABLE_X86) && PSNIP_BUILTIN_GNU_HAS_BUILTIN(__rorw, 4, 5) # define psnip_intrin_rotr8(value, shift) __rorb(value, shift) # define psnip_intrin_rotr16(value, shift) __rorw(value, shift) # elif defined(PSNIP_BUILTIN__ENABLE_X86) && !defined(_MSC_VER) PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_intrin_rotr8(psnip_uint8_t value, int shift) { __asm__ ("rorb %1, %0" : "+g" (value) : "cI" ((psnip_uint8_t) shift)); return value; } PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_intrin_rotr16(psnip_uint16_t value, int shift) { __asm__ ("rorw %1, %0" : "+g" (value) : "cI" ((psnip_uint8_t) shift)); return value; } # else PSNIP_BUILTIN_ROTR_DEFINE_PORTABLE(rotr8, psnip_uint8_t, unsigned char) PSNIP_BUILTIN_ROTR_DEFINE_PORTABLE(rotr16, psnip_uint16_t, unsigned char) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _rotr8(value, shift) psnip_intrin_rotr8(value, shift) # define _rotr16(value, shift) psnip_intrin_rotr16(value, shift) # endif #endif #if defined(PSNIP_BUILTIN__ENABLE_X86) && (PSNIP_BUILTIN_MSVC_HAS_INTRIN(_rotr, 13, 10) || PSNIP_BUILTIN_GNU_HAS_BUILTIN(_rotr, 4, 5) || defined(__INTEL_COMPILER)) # define psnip_intrin_rotr(value, shift) _rotr(value, shift) #else # if defined(PSNIP_BUILTIN__ENABLE_X86) && !defined(_MSC_VER) PSNIP_BUILTIN__FUNCTION psnip_uint32_t psnip_intrin_rotr(psnip_uint32_t value, int shift) { __asm__ ("rorl %1, %0" : "+g" (value) : "cI" ((psnip_uint8_t) shift)); return value; } # elif defined(__ARM_ACLE) && (__ARM_ACLE >= 100) # define psnip_intrin_rotr(value, shift) __ror(value, shift) # else PSNIP_BUILTIN_ROTR_DEFINE_PORTABLE(rotr, psnip_uint32_t, int) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _rotr(value, shift) psnip_intrin_rotr(value, shift) # endif #endif #if defined(PSNIP_BUILTIN__ENABLE_X86) && PSNIP_BUILTIN_MSVC_HAS_INTRIN(_rotr64, 13, 10) # define psnip_intrin_rotr64(value, shift) _rotr64(value, shift) #else # if defined(__amd64) && PSNIP_BUILTIN_GNU_HAS_BUILTIN(__rorq, 4, 5) # define psnip_intrin_rotr64(value, shift) __rorq(value, shift) # elif defined(PSNIP_BUILTIN__ENABLE_X86) && !defined(_MSC_VER) PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_intrin_rotr64(psnip_uint64_t value, int shift) { __asm__ ("rorq %1, %0" : "+g" (value) : "cJ" ((psnip_uint8_t) shift)); return value; } # elif defined(__ARM_ACLE) && (__ARM_ACLE >= 110) # define psnip_intrin_rotr64(value, shift) __rorll(value, shift) # else PSNIP_BUILTIN_ROTR_DEFINE_PORTABLE(rotr64, psnip_uint64_t, int) # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _rotr64(value, shift) psnip_intrin_rotr64(value, shift) # endif #endif /*** _BitScanForward ***/ #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanForward, 14, 0) # pragma intrinsic(_BitScanForward) PSNIP_BUILTIN__FUNCTION unsigned char psnip_intrin_BitScanForward(unsigned long* Index, psnip_uint32_t Mask) { const unsigned long M = (unsigned long) Mask; return _BitScanForward(Index, M); } #else PSNIP_BUILTIN__FUNCTION unsigned char psnip_intrin_BitScanForward(unsigned long* Index, psnip_uint32_t Mask) { return PSNIP_BUILTIN_UNLIKELY(Mask == 0) ? 0 : ((*Index = psnip_builtin_ctz32 (Mask)), 1); } # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _BitScanForward(Index, Mask) psnip_intrin_BitScanForward(Index, Mask) # endif #endif #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanForward64, 14, 0) && (defined(_M_AMD64) || defined(_M_ARM)) # pragma intrinsic(_BitScanForward64) # define psnip_intrin_BitScanForward64(Index, Mask) _BitScanForward64(Index, Mask) #else PSNIP_BUILTIN__FUNCTION unsigned char psnip_intrin_BitScanForward64(unsigned long* Index, psnip_uint64_t Mask) { return PSNIP_BUILTIN_UNLIKELY(Mask == 0) ? 0 : ((*Index = psnip_builtin_ctz64 (Mask)), 1); } # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _BitScanForward64(Index, Mask) psnip_intrin_BitScanForward64(Index, Mask) # endif #endif /*** _BitScanReverse ***/ #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanReverse, 14, 0) # pragma intrinsic(_BitScanReverse) PSNIP_BUILTIN__FUNCTION unsigned char psnip_intrin_BitScanReverse(unsigned long* Index, psnip_uint32_t Mask) { const unsigned long M = (unsigned long) Mask; return _BitScanReverse(Index, M); } #else PSNIP_BUILTIN__FUNCTION unsigned char psnip_intrin_BitScanReverse(unsigned long* Index, psnip_uint32_t Mask) { return (PSNIP_BUILTIN_UNLIKELY(Mask == 0)) ? 0 : ((*Index = ((sizeof(Mask) * CHAR_BIT) - 1) - psnip_builtin_clz32 (Mask)), 1); } # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _BitScanReverse(Index, Mask) psnip_intrin_BitScanReverse(Index, Mask) # endif #endif #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_BitScanReverse64, 14, 0) && (defined(_M_AMD64) || defined(_M_ARM)) # pragma intrinsic(_BitScanReverse64) # define psnip_intrin_BitScanReverse64(Index, Mask) _BitScanReverse64(Index, Mask) #else PSNIP_BUILTIN__FUNCTION unsigned char psnip_intrin_BitScanReverse64(unsigned long* Index, psnip_uint64_t Mask) { return (PSNIP_BUILTIN_UNLIKELY(Mask == 0)) ? 0 : ((*Index = ((sizeof(Mask) * CHAR_BIT) - 1) - psnip_builtin_clz64 (Mask)), 1); } # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _BitScanReverse64(Index, Mask) psnip_intrin_BitScanReverse64(Index, Mask) # endif #endif /*** bittest ***/ #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittest, 14, 0) # pragma intrinsic(_bittest) # define psnip_intrin_bittest(a, b) \ __pragma(warning(push)) \ __pragma(warning(disable:4057)) \ _bittest(a, b) \ __pragma(warning(pop)) #else # define psnip_intrin_bittest(a, b) (((*(a)) >> (b)) & 1) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittest(a, b) psnip_intrin_bittest(a, b) # endif #endif #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittest64, 14, 0) && (defined(_M_AMD64) || defined(_M_ARM)) # pragma intrinsic(_bittest64) # define psnip_intrin_bittest64(a, b) _bittest64(a, b) #else # define psnip_intrin_bittest64(a, b) (((*(a)) >> (b)) & 1) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittest64(a, b) psnip_intrin_bittest64(a, b) # endif #endif /*** bittestandcomplement ***/ #define PSNIP_BUILTIN__BITTESTANDCOMPLEMENT_DEFINE_PORTABLE(f_n, T, UT) \ PSNIP_BUILTIN__FUNCTION \ unsigned char psnip_intrin_##f_n(T* a, T b) { \ const char r = (*a >> b) & 1; \ *a ^= ((UT) 1) << b; \ return r; \ } #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittestandcomplement, 14, 0) # pragma intrinsic(_bittestandcomplement) # define psnip_intrin_bittestandcomplement(a, b) \ __pragma(warning(push)) \ __pragma(warning(disable:4057)) \ _bittestandcomplement(a, b) \ __pragma(warning(pop)) #else PSNIP_BUILTIN__BITTESTANDCOMPLEMENT_DEFINE_PORTABLE(bittestandcomplement, psnip_int32_t, psnip_uint32_t) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittestandcomplement(a, b) psnip_intrin_bittestandcomplement(a, b) # endif #endif #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittestandcomplement64, 14, 0) && defined(_M_AMD64) # define psnip_intrin_bittestandcomplement64(a, b) _bittestandcomplement64(a, b) #else PSNIP_BUILTIN__BITTESTANDCOMPLEMENT_DEFINE_PORTABLE(bittestandcomplement64, psnip_int64_t, psnip_uint64_t) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittestandcomplement64(a, b) psnip_intrin_bittestandcomplement64(a, b) # endif #endif /*** bittestandreset ***/ #define PSNIP_BUILTIN__BITTESTANDRESET_DEFINE_PORTABLE(f_n, T, UT) \ PSNIP_BUILTIN__FUNCTION \ unsigned char psnip_intrin_##f_n(T* a, T b) { \ const char r = (*a >> b) & 1; \ *a &= ~(((UT) 1) << b); \ return r; \ } #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittestandreset, 14, 0) # pragma intrinsic(_bittestandreset) # define psnip_intrin_bittestandreset(a, b) \ __pragma(warning(push)) \ __pragma(warning(disable:4057)) \ _bittestandreset(a, b) \ __pragma(warning(pop)) #else PSNIP_BUILTIN__BITTESTANDRESET_DEFINE_PORTABLE(bittestandreset, psnip_int32_t, psnip_uint32_t) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittestandreset(a, b) psnip_intrin_bittestandreset(a, b) # endif #endif #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittestandreset64, 14, 0) && (defined(_M_AMD64) || defined(_M_IA64)) # pragma intrinsic(_bittestandreset64) # define psnip_intrin_bittestandreset64(a, b) _bittestandreset64(a, b) #else PSNIP_BUILTIN__BITTESTANDRESET_DEFINE_PORTABLE(bittestandreset64, psnip_int64_t, psnip_uint64_t) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittestandreset64(a, b) psnip_intrin_bittestandreset64(a, b) # endif #endif /*** bittestandset ***/ #define PSNIP_BUILTIN__BITTESTANDSET_DEFINE_PORTABLE(f_n, T, UT) \ PSNIP_BUILTIN__FUNCTION \ unsigned char psnip_intrin_##f_n(T* a, T b) { \ const char r = (*a >> b) & 1; \ *a |= ((UT) 1) << b; \ return r; \ } #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittestandset, 14, 0) # pragma intrinsic(_bittestandset) # define psnip_intrin_bittestandset(a, b) \ __pragma(warning(push)) \ __pragma(warning(disable:4057)) \ _bittestandset(a, b) \ __pragma(warning(pop)) #else PSNIP_BUILTIN__BITTESTANDSET_DEFINE_PORTABLE(bittestandset, psnip_int32_t, psnip_uint32_t) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittestandset(a, b) psnip_intrin_bittestandset(a, b) # endif #endif #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_bittestandset64, 14, 0) && defined(_M_AMD64) # pragma intrinsic(_bittestandset64) # define psnip_intrin_bittestandset64(a, b) _bittestandset64(a, b) #else PSNIP_BUILTIN__BITTESTANDSET_DEFINE_PORTABLE(bittestandset64, psnip_int64_t, psnip_uint64_t) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _bittestandset64(a, b) psnip_intrin_bittestandset64(a, b) # endif #endif /*** shiftleft128 ***/ #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(__shiftleft128, 14, 0) && defined(_M_AMD64) # define psnip_intrin_shiftleft128(LowPart, HighPart, Shift) __shiftleft128(LowPart, HighPart, Shift) #else # if defined(__SIZEOF_INT128__) PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_intrin_shiftleft128(psnip_uint64_t LowPart, psnip_uint64_t HighPart, unsigned char Shift) { unsigned __int128 r = HighPart; r <<= 64; r |= LowPart; r <<= Shift % 64; return (psnip_uint64_t) (r >> 64); } # else PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_intrin_shiftleft128(psnip_uint64_t LowPart, psnip_uint64_t HighPart, unsigned char Shift) { Shift %= 64; return PSNIP_BUILTIN_UNLIKELY(Shift == 0) ? HighPart : ((HighPart << Shift) | (LowPart >> (64 - Shift))); } # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __shiftleft128(LowPart, HighPart, Shift) psnip_intrin_shiftleft128(LowPart, HighPart, Shift) # endif #endif /*** shiftright128 ***/ #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(__shiftright128, 14, 0) && defined(_M_AMD64) # define psnip_intrin_shiftright128(LowPart, HighPart, Shift) __shiftright128(LowPart, HighPart, Shift) #else # if defined(__SIZEOF_INT128__) PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_intrin_shiftright128(psnip_uint64_t LowPart, psnip_uint64_t HighPart, unsigned char Shift) { unsigned __int128 r = HighPart; r <<= 64; r |= LowPart; r >>= Shift % 64; return (psnip_uint64_t) r; } # else PSNIP_BUILTIN__FUNCTION psnip_uint64_t psnip_intrin_shiftright128(psnip_uint64_t LowPart, psnip_uint64_t HighPart, unsigned char Shift) { Shift %= 64; if (PSNIP_BUILTIN_UNLIKELY(Shift == 0)) return LowPart; return (HighPart << (64 - Shift)) | (LowPart >> Shift); } # endif # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define __shiftright128(LowPart, HighPart, Shift) psnip_intrin_shiftright128(LowPart, HighPart, Shift) # endif #endif /*** byteswap ***/ #if PSNIP_BUILTIN_MSVC_HAS_INTRIN(_byteswap_ushort,13,10) # pragma intrinsic(_byteswap_ushort) # define psnip_intrin_byteswap_ushort(v) _byteswap_ushort(v) # pragma intrinsic(_byteswap_ulong) # define psnip_intrin_byteswap_ulong(v) _byteswap_ulong(v) # pragma intrinsic(_byteswap_uint64) # define psnip_intrin_byteswap_uint64(v) _byteswap_uint64(v) #else # define psnip_intrin_byteswap_ushort(v) psnip_builtin_bswap16(v) # define psnip_intrin_byteswap_ulong(v) psnip_builtin_bswap32(v) # define psnip_intrin_byteswap_uint64(v) psnip_builtin_bswap64(v) # if defined(PSNIP_BUILTIN_EMULATE_NATIVE) # define _byteswap_ushort(v) psnip_intrin_byteswap_ushort(v) # define _byteswap_ulong(v) psnip_intrin_byteswap_ulong(v) # define _byteswap_uint64(v) psnip_intrin_byteswap_uint64(v) # endif #endif #endif /* defined(PSNIP_BUILTIN_H) */ bbuchfink-diamond-6dc5717/src/lib/psnip/endian.h000066400000000000000000000172471523407312000215250ustar00rootroot00000000000000/* Endianness detection and swapping (v3) * Portable Snippets - https://github.com/nemequ/portable-snippets * Created by Evan Nemerson * * To the extent possible under law, the authors have waived all * copyright and related or neighboring rights to this code. For * details, see the Creative Commons Zero 1.0 Universal license at * https://creativecommons.org/publicdomain/zero/1.0/ */ #if !defined(PSNIP_ENDIAN_H) #define PSNIP_ENDIAN_H /* For maximum portability include the exact-int module from portable snippets. */ #if \ !defined(psnip_uint64_t) || \ !defined(psnip_uint32_t) || \ !defined(psnip_uint16_t) # include # if !defined(psnip_uint64_t) # define psnip_uint64_t uint64_t # endif # if !defined(psnip_uint32_t) # define psnip_uint32_t uint32_t # endif # if !defined(psnip_uint16_t) # define psnip_uint16_t uint16_t # endif #endif #if !defined(PSNIP_BUILTIN_H) # include "builtin.h" #endif #if !defined(PSNIP_ENDIAN_STATIC_INLINE) # if defined(__GNUC__) # define PSNIP_ENDIAN__COMPILER_ATTRIBUTES __attribute__((__unused__)) # else # define PSNIP_ENDIAN__COMPILER_ATTRIBUTES # endif # if defined(HEDLEY_INLINE) # define PSNIP_ENDIAN__INLINE HEDLEY_INLINE # elif defined(__STDC_VERSION__) && __STDC_VERSION__ >= 199901L # define PSNIP_ENDIAN__INLINE inline # elif defined(__GNUC_STDC_INLINE__) # define PSNIP_ENDIAN__INLINE __inline__ # elif defined(_MSC_VER) && _MSC_VER >= 1200 # define PSNIP_ENDIAN__INLINE __inline # else # define PSNIP_ENDIAN__INLINE # endif # define PSNIP_ENDIAN__FUNCTION PSNIP_ENDIAN__COMPILER_ATTRIBUTES static PSNIP_ENDIAN__INLINE #endif #if !defined(PSNIP_ENDIAN_LITTLE) # define PSNIP_ENDIAN_LITTLE 1234 #endif #if !defined(PSNIP_ENDIAN_BIG) # define PSNIP_ENDIAN_BIG 4321 #endif #if !defined(PSNIP_ENDIAN_PDP) # define PSNIP_ENDIAN_PDP 3412 #endif /* Detection * * Detecting endianness can be a bit tricky. There isn't really a * good standard way of determining endianness, and it's actually * possible to mix endianness within a single program. This is * currently pretty rare, though. * * We try to define PSNIP_ENDIAN_ORDER to PSNIP_ENDIAN_LITTLE, * PSNIP_ENDIAN_BIG, or PSNIP_ENDIAN_PDP. Additionally, you can use * the PSNIP_RT_BYTE_ORDER to check the runtime byte order, which is a * bit more reliable (though it may introduce some runtime overhead). * * In the event we are unable to determine endianness at compile-time, * PSNIP_ENDIAN_ORDER is left undefined and you will be forced to rely * on PSNIP_RT_BYTE_ORDER. */ #if !defined(PSNIP_ENDIAN_FORCE_RT) #if !defined(PSNIP_ENDIAN_ORDER) /* GCC (and compilers masquerading as GCC) define __BYTE_ORDER__. */ # if defined(__BYTE_ORDER__) && defined(__ORDER_LITTLE_ENDIAN__) && (__BYTE_ORDER__ == __ORDER_LITTLE_ENDIAN__) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(__BYTE_ORDER__) && defined(__ORDER_BIG_ENDIAN__) && (__BYTE_ORDER__ == __ORDER_BIG_ENDIAN__) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG # elif defined(__BYTE_ORDER__) && defined(__ORDER_PDP_ENDIAN__) && (__BYTE_ORDER__ == __ORDER_PDP_ENDIAN__) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_PDP /* TI defines _BIG_ENDIAN or _LITTLE_ENDIAN */ # elif defined(_BIG_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG # elif defined(_LITTLE_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE /* We know the endianness of some common architectures. Common * architectures not listed (ARM, POWER, MIPS, etc.) here are * bi-endian. */ # elif defined(__amd64) || defined(_M_X64) || defined(__i386) || defined(_M_IX86) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(__s390x__) || defined(__zarch__) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG /* Looks like we'll have to rely on the platform. If we're missing a * platform, please let us know. */ # elif defined(_WIN32) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(sun) || defined(__sun) /* Solaris */ # include # if defined(_LITTLE_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(_BIG_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG # endif # elif defined(__APPLE__) # include # if defined(__LITTLE_ENDIAN__) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(__BIG_ENDIAN__) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG # endif # elif defined(__FreeBSD__) || defined(__NetBSD__) || defined(__OpenBSD__) || defined(__bsdi__) || defined(__DragonFly__) || defined(BSD) # include # if defined(__BYTE_ORDER) && (__BYTE_ORDER == __LITTLE_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(__BYTE_ORDER) && (__BYTE_ORDER == __BIG_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG # elif defined(__BYTE_ORDER) && (__BYTE_ORDER == __PDP_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_PDP # endif # elif defined(__linux__) || defined(__linux) || defined(__gnu_linux__) # include # if defined(__BYTE_ORDER) && defined(__LITTLE_ENDIAN) && (__BYTE_ORDER == __LITTLE_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_LITTLE # elif defined(__BYTE_ORDER) && defined(__BIG_ENDIAN) && (__BYTE_ORDER == __BIG_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_BIG # elif defined(__BYTE_ORDER) && defined(__PDP_ENDIAN) && (__BYTE_ORDER == __PDP_ENDIAN) # define PSNIP_ENDIAN_ORDER PSNIP_ENDIAN_PDP # endif # endif #endif /* PDP endian not yet supported. Patches welcome. */ #if defined(PSNIP_ENDIAN_ORDER) && (PSNIP_ENDIAN_ORDER == PSNIP_ENDIAN_PDP) # error PDP endian is not supported. #endif #endif /* !defined(PSNIP_ENDIAN_FORCE_RT) */ static const union { unsigned long long value; unsigned char bytes[4]; } psnip_endian_rt_data = { 1 }; #define PSNIP_ENDIAN_ORDER_RT_IS_LE (psnip_endian_rt_data.bytes[0] == 1) #define PSNIP_ENDIAN_ORDER_RT_IS_BE (psnip_endian_rt_data.bytes[sizeof(unsigned long long) - 1] == 1) #define PSNIP_ENDIAN_ORDER_RT (PSNIP_ENDIAN_ORDER_RT_IS_LE ? PSNIP_ENDIAN_LITTLE : PSNIP_ENDIAN_BIG) #if defined(PSNIP_ENDIAN_FORCE_RT) || !defined(PSNIP_ENDIAN_ORDER) #define PSNIP_ENDIAN__DEFINE_LE_FUNC(siz) \ PSNIP_ENDIAN__FUNCTION \ psnip_uint##siz##_t psnip_endian_le##siz(psnip_uint##siz##_t v) { \ return PSNIP_ENDIAN_ORDER_RT_IS_LE ? v : psnip_builtin_bswap##siz(v); \ } #define PSNIP_ENDIAN__DEFINE_BE_FUNC(siz) \ PSNIP_ENDIAN__FUNCTION \ psnip_uint##siz##_t psnip_endian_be##siz(psnip_uint##siz##_t v) { \ return PSNIP_ENDIAN_ORDER_RT_IS_BE ? v : psnip_builtin_bswap##siz(v); \ } PSNIP_ENDIAN__DEFINE_LE_FUNC(16) PSNIP_ENDIAN__DEFINE_LE_FUNC(32) PSNIP_ENDIAN__DEFINE_LE_FUNC(64) PSNIP_ENDIAN__DEFINE_BE_FUNC(16) PSNIP_ENDIAN__DEFINE_BE_FUNC(32) PSNIP_ENDIAN__DEFINE_BE_FUNC(64) #elif PSNIP_ENDIAN_ORDER == PSNIP_ENDIAN_LITTLE # define psnip_endian_le16(v) ((psnip_uint16_t) (v)) # define psnip_endian_le32(v) ((psnip_uint32_t) (v)) # define psnip_endian_le64(v) ((psnip_uint64_t) (v)) # define psnip_endian_be16(v) psnip_builtin_bswap16((psnip_uint16_t) (v)) # define psnip_endian_be32(v) psnip_builtin_bswap32((psnip_uint32_t) (v)) # define psnip_endian_be64(v) psnip_builtin_bswap64((psnip_uint64_t) (v)) #elif PSNIP_ENDIAN_ORDER == PSNIP_ENDIAN_BIG # define psnip_endian_le16(v) psnip_builtin_bswap16((psnip_uint16_t) (v)) # define psnip_endian_le32(v) psnip_builtin_bswap32((psnip_uint32_t) (v)) # define psnip_endian_le64(v) psnip_builtin_bswap64((psnip_uint64_t) (v)) # define psnip_endian_be16(v) ((psnip_uint16_t) (v)) # define psnip_endian_be32(v) ((psnip_uint32_t) (v)) # define psnip_endian_be64(v) ((psnip_uint64_t) (v)) #else # error Unknown endianness. #endif #endif /* !defined(PSNIP_ENDIAN_H) */ bbuchfink-diamond-6dc5717/src/lib/tantan/000077500000000000000000000000001523407312000202375ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/lib/tantan/COPYING.txt000066400000000000000000000773271523407312000221300ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. We, the Free Software Foundation, use the GNU General Public License for most of our software; it applies also to any other work released this way by its authors. You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for them if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs, and that you know you can do these things. To protect your rights, we need to prevent others from denying you these rights or asking you to surrender the rights. Therefore, you have certain responsibilities if you distribute copies of the software, or if you modify it: responsibilities to respect the freedom of others. For example, if you distribute copies of such a program, whether gratis or for a fee, you must pass on to the recipients the same freedoms that you received. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. Developers that use the GNU GPL protect your rights with two steps: (1) assert copyright on the software, and (2) offer you this License giving you legal permission to copy, distribute and/or modify it. For the developers' and authors' protection, the GPL clearly explains that there is no warranty for this free software. For both users' and authors' sake, the GPL requires that modified versions be marked as changed, so that their problems will not be attributed erroneously to authors of previous versions. Some devices are designed to deny users access to install or run modified versions of the software inside them, although the manufacturer can do so. This is fundamentally incompatible with the aim of protecting users' freedom to change the software. The systematic pattern of such abuse occurs in the area of products for individuals to use, which is precisely where it is most unacceptable. Therefore, we have designed this version of the GPL to prohibit the practice for those products. If such problems arise substantially in other domains, we stand ready to extend this provision to those domains in future versions of the GPL, as needed to protect the freedom of users. Finally, every program is threatened constantly by software patents. States should not allow patents to restrict development and use of software on general-purpose computers, but in those that do, we wish to avoid the special danger that patents applied to a free program could make it effectively proprietary. To prevent this, the GPL assures that patents cannot be used to render the program non-free. The precise terms and conditions for copying, distribution and modification follow. TERMS AND CONDITIONS 0. Definitions. "This License" refers to version 3 of the GNU General Public License. "Copyright" also means copyright-like laws that apply to other kinds of works, such as semiconductor masks. "The Program" refers to any copyrightable work licensed under this License. Each licensee is addressed as "you". "Licensees" and "recipients" may be individuals or organizations. To "modify" a work means to copy from or adapt all or part of the work in a fashion requiring copyright permission, other than the making of an exact copy. The resulting work is called a "modified version" of the earlier work or a work "based on" the earlier work. A "covered work" means either the unmodified Program or a work based on the Program. To "propagate" a work means to do anything with it that, without permission, would make you directly or secondarily liable for infringement under applicable copyright law, except executing it on a computer or modifying a private copy. Propagation includes copying, distribution (with or without modification), making available to the public, and in some countries other activities as well. To "convey" a work means any kind of propagation that enables other parties to make or receive copies. Mere interaction with a user through a computer network, with no transfer of a copy, is not conveying. An interactive user interface displays "Appropriate Legal Notices" to the extent that it includes a convenient and prominently visible feature that (1) displays an appropriate copyright notice, and (2) tells the user that there is no warranty for the work (except to the extent that warranties are provided), that licensees may convey the work under this License, and how to view a copy of this License. If the interface presents a list of user commands or options, such as a menu, a prominent item in the list meets this criterion. 1. Source Code. The "source code" for a work means the preferred form of the work for making modifications to it. "Object code" means any non-source form of a work. A "Standard Interface" means an interface that either is an official standard defined by a recognized standards body, or, in the case of interfaces specified for a particular programming language, one that is widely used among developers working in that language. The "System Libraries" of an executable work include anything, other than the work as a whole, that (a) is included in the normal form of packaging a Major Component, but which is not part of that Major Component, and (b) serves only to enable use of the work with that Major Component, or to implement a Standard Interface for which an implementation is available to the public in source code form. A "Major Component", in this context, means a major essential component (kernel, window system, and so on) of the specific operating system (if any) on which the executable work runs, or a compiler used to produce the work, or an object code interpreter used to run it. The "Corresponding Source" for a work in object code form means all the source code needed to generate, install, and (for an executable work) run the object code and to modify the work, including scripts to control those activities. However, it does not include the work's System Libraries, or general-purpose tools or generally available free programs which are used unmodified in performing those activities but which are not part of the work. For example, Corresponding Source includes interface definition files associated with source files for the work, and the source code for shared libraries and dynamically linked subprograms that the work is specifically designed to require, such as by intimate data communication or control flow between those subprograms and other parts of the work. The Corresponding Source need not include anything that users can regenerate automatically from other parts of the Corresponding Source. The Corresponding Source for a work in source code form is that same work. 2. Basic Permissions. All rights granted under this License are granted for the term of copyright on the Program, and are irrevocable provided the stated conditions are met. This License explicitly affirms your unlimited permission to run the unmodified Program. The output from running a covered work is covered by this License only if the output, given its content, constitutes a covered work. This License acknowledges your rights of fair use or other equivalent, as provided by copyright law. You may make, run and propagate covered works that you do not convey, without conditions so long as your license otherwise remains in force. You may convey covered works to others for the sole purpose of having them make modifications exclusively for you, or provide you with facilities for running those works, provided that you comply with the terms of this License in conveying all material for which you do not control copyright. Those thus making or running the covered works for you must do so exclusively on your behalf, under your direction and control, on terms that prohibit them from making any copies of your copyrighted material outside their relationship with you. Conveying under any other circumstances is permitted solely under the conditions stated below. Sublicensing is not allowed; section 10 makes it unnecessary. 3. Protecting Users' Legal Rights From Anti-Circumvention Law. No covered work shall be deemed part of an effective technological measure under any applicable law fulfilling obligations under article 11 of the WIPO copyright treaty adopted on 20 December 1996, or similar laws prohibiting or restricting circumvention of such measures. When you convey a covered work, you waive any legal power to forbid circumvention of technological measures to the extent such circumvention is effected by exercising rights under this License with respect to the covered work, and you disclaim any intention to limit operation or modification of the work as a means of enforcing, against the work's users, your or third parties' legal rights to forbid circumvention of technological measures. 4. Conveying Verbatim Copies. You may convey verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice; keep intact all notices stating that this License and any non-permissive terms added in accord with section 7 apply to the code; keep intact all notices of the absence of any warranty; and give all recipients a copy of this License along with the Program. You may charge any price or no price for each copy that you convey, and you may offer support or warranty protection for a fee. 5. Conveying Modified Source Versions. You may convey a work based on the Program, or the modifications to produce it from the Program, in the form of source code under the terms of section 4, provided that you also meet all of these conditions: a) The work must carry prominent notices stating that you modified it, and giving a relevant date. b) The work must carry prominent notices stating that it is released under this License and any conditions added under section 7. This requirement modifies the requirement in section 4 to "keep intact all notices". c) You must license the entire work, as a whole, under this License to anyone who comes into possession of a copy. This License will therefore apply, along with any applicable section 7 additional terms, to the whole of the work, and all its parts, regardless of how they are packaged. This License gives no permission to license the work in any other way, but it does not invalidate such permission if you have separately received it. d) If the work has interactive user interfaces, each must display Appropriate Legal Notices; however, if the Program has interactive interfaces that do not display Appropriate Legal Notices, your work need not make them do so. A compilation of a covered work with other separate and independent works, which are not by their nature extensions of the covered work, and which are not combined with it such as to form a larger program, in or on a volume of a storage or distribution medium, is called an "aggregate" if the compilation and its resulting copyright are not used to limit the access or legal rights of the compilation's users beyond what the individual works permit. Inclusion of a covered work in an aggregate does not cause this License to apply to the other parts of the aggregate. 6. Conveying Non-Source Forms. You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: a) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. b) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. c) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. This alternative is allowed only occasionally and noncommercially, and only if you received the object code with such an offer, in accord with subsection 6b. d) Convey the object code by offering access from a designated place (gratis or for a charge), and offer equivalent access to the Corresponding Source in the same way through the same place at no further charge. You need not require recipients to copy the Corresponding Source along with the object code. If the place to copy the object code is a network server, the Corresponding Source may be on a different server (operated by you or a third party) that supports equivalent copying facilities, provided you maintain clear directions next to the object code saying where to find the Corresponding Source. Regardless of what server hosts the Corresponding Source, you remain obligated to ensure that it is available for as long as needed to satisfy these requirements. e) Convey the object code using peer-to-peer transmission, provided you inform other peers where the object code and Corresponding Source of the work are being offered to the general public at no charge under subsection 6d. A separable portion of the object code, whose source code is excluded from the Corresponding Source as a System Library, need not be included in conveying the object code work. A "User Product" is either (1) a "consumer product", which means any tangible personal property which is normally used for personal, family, or household purposes, or (2) anything designed or sold for incorporation into a dwelling. In determining whether a product is a consumer product, doubtful cases shall be resolved in favor of coverage. For a particular product received by a particular user, "normally used" refers to a typical or common use of that class of product, regardless of the status of the particular user or of the way in which the particular user actually uses, or expects or is expected to use, the product. A product is a consumer product regardless of whether the product has substantial commercial, industrial or non-consumer uses, unless such uses represent the only significant mode of use of the product. "Installation Information" for a User Product means any methods, procedures, authorization keys, or other information required to install and execute modified versions of a covered work in that User Product from a modified version of its Corresponding Source. The information must suffice to ensure that the continued functioning of the modified object code is in no case prevented or interfered with solely because modification has been made. If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. 7. Additional Terms. "Additional permissions" are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a) Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b) Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c) Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d) Limiting the use for publicity purposes of names of licensors or authors of the material; or e) Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f) Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. All other non-permissive additional terms are considered "further restrictions" within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONSbbuchfink-diamond-6dc5717/src/lib/tantan/LambdaCalculator.cc000066400000000000000000000215051523407312000237430ustar00rootroot00000000000000// Copyright 2015 Yutaro Konta // Modified by Benjamin Buchfink #include "LambdaCalculator.hh" #include #include #include // sprintf #include #include #include #include "util/math/math.h" using std::vector; static double roundToFewDigits(double x) { // This rounding fixes some inaccuracies, e.g. for DNA with a simple // match/mismatch matrix it's likely to make all the probabilities // exactly 0.25, as they should be. char buffer[32]; snprintf(buffer, 32, "%g", x); return atof(buffer); } static double** makematrix(int m, int n, double val) { double** mat = new double* [m]; for (int i=0; i max) { max = fabs(a[j][i]); maxindex = j; } } return maxindex; } static void swap_matrix(double** a, int i, int j) { double* v = a[i]; a[i] = a[j]; a[j] = v; } static void swap_vector(int* a, int i, int j) { int v = a[i]; a[i] = a[j]; a[j] = v; } static bool lu_pivoting(double** a, int* idx, int n) { int v; for (int i=0; i= 0); if (fabs(a[v][i]) < 1e-10) { return false; // singular matrix! } swap_matrix(a, i, v); swap_vector(idx, i, v); a[i][i] = 1.0/a[i][i]; for (int j=i+1; j=0; i--) { x[i] = y[i]; for (int j=i+1; j r_max) r_max = matrix[i][j]; if (matrix[i][j] < r_min) r_min = matrix[i][j]; } if (r_max == 0 && r_min == 0) l_r++; else if (r_max <= 0 || r_min >= 0) return false; else if (r_max < r_max_min) r_max_min = r_max; } for (int j=0; j c_max) c_max = matrix[i][j]; if (matrix[i][j] < c_min) c_min = matrix[i][j]; } if (c_max == 0 && c_min == 0) l_c++; else if (c_max <= 0 || c_min >= 0) return false; else if (c_max < c_max_min) c_max_min = c_max; } if (l_r == alpha_size) return false; // the multiplication by 1.1 is sometimes necessary, presumably to // prevent the upper bound from being too tight: if (r_max_min > c_max_min) *ub = 1.1 * Math::log(1.0 * (alpha_size - l_r))/r_max_min; else *ub = 1.1 * Math::log(1.0 * (alpha_size - l_c))/c_max_min; return true; } bool LambdaCalculator::binary_search(double** matrix, int alpha_size, double lb, double ub, vector& letprob1, vector& letprob2, double* lambda, int maxiter) { double l=0; double r=0; double l_sum=0; double r_sum=0; int iter=0; while (iter < maxiter && (l>=r || (l_sum < 1.0 && r_sum < 1.0) || (l_sum > 1.0 && r_sum > 1.0))) { l = lb + (ub - lb)*rand()/RAND_MAX; r = lb + (ub - lb)*rand()/RAND_MAX; if (!calculate_inv_sum(matrix, alpha_size, l, &l_sum) || !calculate_inv_sum(matrix, alpha_size, r, &r_sum)) { l = 0; r = 0; } iter++; } if (iter >= maxiter) return false; while (l_sum != 1.0 && r_sum != 1.0 && (l+r)/2.0 != l && (l+r)/2.0 != r) { double mid = (l + r)/2.0; double mid_sum; if (!calculate_inv_sum(matrix, alpha_size, mid, &mid_sum)) return false; if (fabs(mid_sum) >= DBL_MAX) return false; if ((l_sum < 1.0 && mid_sum >= 1.0) || (l_sum > 1.0 && mid_sum <= 1.0)) { r = mid; r_sum = mid_sum; } else if ((r_sum < 1.0 && mid_sum >= 1.0) || (r_sum > 1.0 && mid_sum <= 1.0)) { l = mid; l_sum = mid_sum; } else return false; } if (fabs(l_sum - 1.0) < fabs(r_sum - 1.0)) { if (check_lambda(matrix, l, alpha_size, letprob1, letprob2)) { *lambda = l; return true; } return false; } if (check_lambda(matrix, r, alpha_size, letprob1, letprob2)) { *lambda = r; return true; } return false; } double LambdaCalculator::calculate_lambda(double** matrix, int alpha_size, vector& letprob1, vector& letprob2, int maxiter, int max_boundary_search_iter, double lb_ratio) { double ub; if (!find_ub(matrix, alpha_size, &ub)) return -1; double lb = ub*lb_ratio; double lambda = -1; int iter = 0; bool flag = false; while (!flag && iter < maxiter) { flag = binary_search(matrix, alpha_size, lb, ub, letprob1, letprob2, &lambda, max_boundary_search_iter); iter++; } return lambda; } bool LambdaCalculator::check_lambda(double** matrix, double lambda, int alpha_size, vector& letprob1, vector& letprob2) { double **m = makematrix(alpha_size, alpha_size, 0); double **y = makematrix(alpha_size, alpha_size, 0); for (int i=0; i 1) { letprob2.clear(); return false; } letprob2.push_back(roundToFewDigits(p)); } for (int j=0; j 1) { letprob2.clear(); letprob1.clear(); return false; } letprob1.push_back(roundToFewDigits(q)); } deletematrix(m, alpha_size); deletematrix(y, alpha_size); return true; } void LambdaCalculator::calculate(const const_int_ptr *matrix, int alphSize) { assert(alphSize >= 0); setBad(); int maxiter = 1000; int max_boundary_search_iter = 100; double lb_ratio = 1e-6; double** mat = makematrix(alphSize, alphSize, 0); for (int i=0; i namespace cbrc{ typedef const int *const_int_ptr; class LambdaCalculator{ public: LambdaCalculator() { setBad(); } void calculate(const const_int_ptr *matrix, int alphSize); // Put us in the bad/undefined state. void setBad(); // Are we in the bad/undefined state? bool isBad() const { return (lambda_ < 0); } // The scale factor. In the bad/undefined state, it is negative. double lambda() const { return lambda_; } // The probabilities of letters corresponding to matrix rows (1st index). // In the bad/undefined state, it is a null pointer. const double *letterProbs1() const {return isBad() ? 0 : &letterProbs1_[0];} // The probabilities of letters corresponding to matrix columns (2nd index). // In the bad/undefined state, it is a null pointer. const double *letterProbs2() const {return isBad() ? 0 : &letterProbs2_[0];} private: double lambda_; std::vector letterProbs1_; std::vector letterProbs2_; bool find_ub(double **matrix, int alpha_size, double *ub); bool binary_search(double** matrix, int alpha_size, double lb, double ub, std::vector& letprob1, std::vector& letprob2, double* lambda, int maxiter); double calculate_lambda(double** matrix, int alpha_size, std::vector& letprob1, std::vector& letprob2, int maxiter, int max_boundary_search_iter, double lb_ratio); bool check_lambda(double** matrix, double lambda, int alpha_size, std::vector& letprob1, std::vector& letprob2); }; } // end namespace #endifbbuchfink-diamond-6dc5717/src/masking/000077500000000000000000000000001523407312000176355ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/masking/def.h000066400000000000000000000044701523407312000205510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/value.h" #include "util/enum.h" #include "util/intrin.h" enum struct MaskingAlgo { NONE = 0, TANTAN = 1, SEG = 2, MOTIF = 4 }; DEFINE_ENUM_OPERATORS(MaskingAlgo) template<> struct EnumTraits { static const EMap to_string; static const SEMap from_string; }; struct MaskingStat { MaskingStat() : masked_letters{ 0, 0, 0 } {} void add(MaskingAlgo algo, uint64_t n) { masked_letters[ctz((uint32_t)algo)] += n; } uint64_t get(MaskingAlgo algo) const { return masked_letters[ctz((uint32_t)algo)]; } MaskingStat& operator+=(const MaskingStat& other) { for (size_t i = 0; i < masked_letters.size(); ++i) masked_letters[i] += other.masked_letters[i]; return *this; } void print(std::ostream& str) const { str << "Masked letters: " << " tantan: " << get(MaskingAlgo::TANTAN) << " seg: " << get(MaskingAlgo::SEG) << " motif: " << get(MaskingAlgo::MOTIF) << std::endl; } std::array masked_letters; }; enum class MaskingMode { NONE, TANTAN, BLAST_SEG, BLAST_SEG_ALL }; template<> struct EnumTraits { static const SEMap from_string; static const EMap to_string; }; namespace Mask { struct Ranges : public std::deque> { void push_back(Loc begin, Loc end) { if (empty() || begin > back().second) emplace_back(begin, end); else back().second = end; } void push_front(Loc loc) { if (!empty() && front().first == loc + 1) front().first = loc; else emplace_front(loc, loc + 1); } }; }bbuchfink-diamond-6dc5717/src/masking/lambda.cpp000066400000000000000000000317101523407312000215630ustar00rootroot00000000000000// LambdaCalculator.cpp (single-file, C++17) // Computes lambda and letter probabilities for a score matrix S, // solving sum( inv( exp(lambda * S) ) ) = 1. // // Public API: // LambdaCalculator::Result r = LambdaCalculator().compute(scores); // // Where `scores` is an N x N matrix of ints (alphabet size N). // On success: r.ok == true, r.lambda set, and r.leftProbs / r.rightProbs set. // // No third-party dependencies; uses an in-house LU (partial pivoting). #include #include #include #include #include #include #include #include #include #include #include #include #include "util/math/math.h" class LambdaCalculator { public: struct Result { bool ok = false; double lambda = -1.0; std::vector leftProbs; // column sums of inv(M) std::vector rightProbs; // row sums of inv(M) std::string reason; }; // Main entry: scores as N x N ints. Result compute(const std::vector>& scores, int maxOuterIters = 1000, int maxBracketTries = 100, double lbRatio = 1e-6) { Result out; const int n = static_cast(scores.size()); if (n == 0) { out.reason = "Empty matrix."; return out; } for (const auto& row : scores) if (static_cast(row.size()) != n) { out.reason = "Matrix must be square."; return out; } // 1) Find an upper bound for lambda. double ub = 0.0; if (!findUpperBound(scores, ub)) { out.reason = "Failed to find a valid upper bound (score matrix violates sign conditions)."; return out; } const double lb = lbRatio * ub; // 2) Try randomized bracketing + bisection a few times. std::mt19937_64 rng(0xC001D00D); std::uniform_real_distribution U(lb, ub); for (int attempt = 0; attempt < maxOuterIters && !out.ok; ++attempt) { // Randomly search for l,r with invSum(l) and invSum(r) on opposite sides of 1. double L = 0.0, R = 0.0; double fL = 0.0, fR = 0.0; // f(Îģ) := sum(inv(M(Îģ))) - 1 bool bracketed = false; for (int t = 0; t < maxBracketTries && !bracketed; ++t) { L = U(rng); R = U(rng); if (L > R) std::swap(L, R); if (!invSum(scores, L, fL)) continue; if (!invSum(scores, R, fR)) continue; if ((fL <= 0.0 && fR >= 0.0) || (fL >= 0.0 && fR <= 0.0)) { bracketed = true; } } if (!bracketed) continue; // Bisection on [L, R] until convergence. const double relTol = 1e-12; const double absTolF = 1e-12; int safeGuard = 200; // bisection steps while (safeGuard-- > 0) { const double mid = 0.5 * (L + R); double fM = 0.0; if (!invSum(scores, mid, fM)) { out.reason = "Singular/unstable matrix during bisection."; break; } if (std::abs(fM) <= absTolF) { // Found a Îģ that makes sum == 1 (within tolerance) if (finalize(scores, mid, out)) return out; break; } // Stop if interval is too tight to move further. if (!(mid > L && mid < R)) break; if ((fM < 0.0 && fL < 0.0) || (fM > 0.0 && fL > 0.0)) { L = mid; fL = fM; } else { R = mid; fR = fM; } if (std::abs(R - L) <= std::max(1.0, std::abs(mid)) * relTol) { // Choose the better endpoint. const double lambdaCand = (std::abs(fL) < std::abs(fR)) ? L : R; if (finalize(scores, lambdaCand, out)) return out; break; } } // If bisection loop exits without success, try another random bracket. } if (!out.ok && out.reason.empty()) out.reason = "Failed to bracket and solve for lambda."; return out; } private: // Small row-major matrix helper on a flat vector. struct Mat { int n = 0; std::vector a; // size n*n Mat() = default; explicit Mat(int n_) : n(n_), a(static_cast(n_)* n_, 0.0) {} inline double& at(int i, int j) { return a[static_cast(i) * n + j]; } inline const double& at(int i, int j) const { return a[static_cast(i) * n + j]; } }; // Tidy a floating value by formatting to a reasonable precision then parsing. static double tidy(double x) { std::ostringstream oss; oss.setf(std::ios::fmtflags(0), std::ios::floatfield); oss << std::setprecision(8) << x; // a few significant digits to collapse tiny noise std::istringstream iss(oss.str()); double y = x; iss >> y; return y; } // Build M(lambda) = exp(lambda * S), S integer matrix. static Mat buildExpMatrix(const std::vector>& S, double lambda) { const int n = static_cast(S.size()); Mat M(n); for (int i = 0; i < n; ++i) for (int j = 0; j < n; ++j) M.at(i, j) = Math::exp(lambda * static_cast(S[i][j])); return M; } // LU (Doolittle) with partial pivoting, in-place on A. // A becomes L+U (unit diag L). Returns false if singular. static bool luDecompose(Mat& A, std::vector& piv, double eps = 1e-12) { const int n = A.n; piv.resize(n); for (int i = 0; i < n; ++i) piv[i] = i; for (int k = 0; k < n; ++k) { // Pivot search on column k, rows k..n-1 int p = k; double maxAbs = std::abs(A.at(k, k)); for (int i = k + 1; i < n; ++i) { double v = std::abs(A.at(i, k)); if (v > maxAbs) { maxAbs = v; p = i; } } if (maxAbs < eps) return false; // singular/ill-conditioned for our purposes if (p != k) { // swap rows for (int j = 0; j < n; ++j) std::swap(A.at(k, j), A.at(p, j)); std::swap(piv[k], piv[p]); } // Elimination for (int i = k + 1; i < n; ++i) { A.at(i, k) /= A.at(k, k); const double lik = A.at(i, k); for (int j = k + 1; j < n; ++j) { A.at(i, j) -= lik * A.at(k, j); } } } return true; } // Solve A x = b using LU (A is LU-packed, piv is permutation). static void luSolve(const Mat& LU, const std::vector& piv, const std::vector& b, std::vector& x) { const int n = LU.n; x.assign(n, 0.0); // Apply permutation to b: Pb std::vector y(n); for (int i = 0; i < n; ++i) y[i] = b[piv[i]]; // Forward solve L z = Pb (L unit-diagonal) for (int i = 0; i < n; ++i) { double sum = y[i]; for (int j = 0; j < i; ++j) sum -= LU.at(i, j) * y[j]; y[i] = sum; } // Backward solve U x = z for (int i = n - 1; i >= 0; --i) { double sum = y[i]; for (int j = i + 1; j < n; ++j) sum -= LU.at(i, j) * x[j]; x[i] = sum / LU.at(i, i); } } // Invert a matrix via LU. Returns false if singular. static bool invert(const Mat& A, Mat& Ainv) { Mat LU = A; std::vector piv; if (!luDecompose(LU, piv)) return false; const int n = A.n; Ainv = Mat(n); std::vector e(n), col(n); for (int j = 0; j < n; ++j) { std::fill(e.begin(), e.end(), 0.0); e[j] = 1.0; luSolve(LU, piv, e, col); for (int i = 0; i < n; ++i) Ainv.at(i, j) = col[i]; } return true; } // Compute f(Îģ) = sum(inv(M(Îģ))) - 1. Returns false if inversion fails. static bool invSum(const std::vector>& S, double lambda, double& f) { Mat M = buildExpMatrix(S, lambda); Mat Minv; if (!invert(M, Minv)) return false; long double acc = 0.0L; const int n = M.n; for (int i = 0; i < n; ++i) for (int j = 0; j < n; ++j) acc += static_cast(Minv.at(i, j)); const long double val = acc - 1.0L; if (!std::isfinite(static_cast(val))) return false; f = static_cast(val); return true; } // Once a lambda is found (or a candidate chosen), compute probs and validate. bool finalize(const std::vector>& S, double lambda, Result& out) const { Mat M = buildExpMatrix(S, lambda); Mat Minv; if (!invert(M, Minv)) { out.reason = "Matrix inversion failed at finalization."; return false; } const int n = M.n; std::vector rowSums(n, 0.0), colSums(n, 0.0); for (int i = 0; i < n; ++i) for (int j = 0; j < n; ++j) { rowSums[i] += Minv.at(i, j); colSums[j] += Minv.at(i, j); } // Validate probabilities in [0,1]. for (double v : rowSums) if (!(v >= 0.0 && v <= 1.0)) { out.reason = "Row probability outside [0,1]."; return false; } for (double v : colSums) if (!(v >= 0.0 && v <= 1.0)) { out.reason = "Column probability outside [0,1]."; return false; } // Light rounding to collapse fp jitter (e.g., to make 0.25 exactly). for (double& v : rowSums) v = tidy(v); for (double& v : colSums) v = tidy(v); out.ok = true; out.lambda = lambda; out.rightProbs = std::move(rowSums); out.leftProbs = std::move(colSums); out.reason.clear(); return true; } // Upper bound heuristic: // For each nonzero row i, require min<0 cMaxMin. Count all-zero rows/cols (lr, lc). // Use 1.1 * log(N - lr) / rMaxMin or with columns, picking the tighter one. static bool findUpperBound(const std::vector>& S, double& ub) { const int n = static_cast(S.size()); const double INF = std::numeric_limits::infinity(); double rMaxMin = INF; double cMaxMin = INF; int lr = 0, lc = 0; // Rows for (int i = 0; i < n; ++i) { int rmax = std::numeric_limits::min(); int rmin = std::numeric_limits::max(); for (int j = 0; j < n; ++j) { rmax = std::max(rmax, S[i][j]); rmin = std::min(rmin, S[i][j]); } if (rmax == 0 && rmin == 0) { ++lr; continue; } if (rmax <= 0 || rmin >= 0) return false; // no sign change rMaxMin = std::min(rMaxMin, static_cast(rmax)); } // Cols for (int j = 0; j < n; ++j) { int cmax = std::numeric_limits::min(); int cmin = std::numeric_limits::max(); for (int i = 0; i < n; ++i) { cmax = std::max(cmax, S[i][j]); cmin = std::min(cmin, S[i][j]); } if (cmax == 0 && cmin == 0) { ++lc; continue; } if (cmax <= 0 || cmin >= 0) return false; cMaxMin = std::min(cMaxMin, static_cast(cmax)); } if (lr == n) return false; // all-zero matrix // Slight expansion to avoid being too tight, mirroring the intent of 1.1 factor. const double N_eff_rows = static_cast(n - lr); const double N_eff_cols = static_cast(n - lc); if (rMaxMin > cMaxMin) { ub = 1.1 * Math::log(N_eff_rows) / rMaxMin; } else { ub = 1.1 * Math::log(N_eff_cols) / cMaxMin; } return std::isfinite(ub) && ub > 0.0; } }; // -------------------------- // Example usage / quick test // -------------------------- #ifdef LAMBDA_CALCULATOR_DEMO int main() { // Toy example: a simple DNA-like 4x4 matrix with positive match and negative mismatch. // This is just to sanity-check execution; real inputs come from scoring schemes. std::vector> S = { { 2, -1, -1, -1 }, { -1, 2, -1, -1 }, { -1, -1, 2, -1 }, { -1, -1, -1, 2 } }; LambdaCalculator::Result res = LambdaCalculator().compute(S); if (!res.ok) { std::cerr << "Failed: " << res.reason << "\n"; return 1; } std::cout << "lambda = " << std::setprecision(12) << res.lambda << "\n"; std::cout << "left probs: "; for (double v : res.leftProbs) std::cout << v << " "; std::cout << "\nright probs: "; for (double v : res.rightProbs) std::cout << v << " "; std::cout << "\n"; return 0; } #endif bbuchfink-diamond-6dc5717/src/masking/masking.cpp000066400000000000000000000170071523407312000217770ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "masking.h" #include "tantan/LambdaCalculator.hh" #include "tantan.h" #include "blast/blast_filter.h" #include "data/sequence_set.h" #include "basic/config.h" #include "util/math/math.h" using std::unique_ptr; using std::atomic; using std::thread; using std::vector; using std::pair; using std::atomic_size_t; const EMap EnumTraits::to_string{ {MaskingAlgo::NONE, "None"}, {MaskingAlgo::SEG, "SEG"}, {MaskingAlgo::TANTAN, "tantan"} }; const SEMap EnumTraits::from_string{ { "0", MaskingAlgo::NONE }, { "none", MaskingAlgo::NONE }, { "seg", MaskingAlgo::SEG }, { "tantan", MaskingAlgo::TANTAN } }; const SEMap EnumTraits::from_string{ {"0", {MaskingMode::NONE, false}}, {"none", MaskingMode::NONE}, {"1", {MaskingMode::TANTAN, false}}, {"tantan", MaskingMode::TANTAN}, {"seg", MaskingMode::BLAST_SEG}, {"seg-all", MaskingMode::BLAST_SEG_ALL } }; unique_ptr Masking::instance; MaskingTable::MaskingTable(): seq_count_(0), masked_letters_(0) {} MaskingTable& MaskingTable::operator=(const MaskingTable& t) { seq_count_ = t.seq_count_; masked_letters_ = t.masked_letters_; entry_ = t.entry_; seqs_ = t.seqs_; return *this; } MaskingTable::MaskingTable(const MaskingTable& t): seq_count_(t.seq_count_), masked_letters_(t.masked_letters_), entry_(t.entry_), seqs_(t.seqs_) {} bool MaskingTable::blank() const { return seq_count_ == 0; } size_t MaskingTable::masked_letters() const { return masked_letters_; } void MaskingTable::add(const size_t block_id, const Loc begin, const Loc end, Letter* seq) { { std::lock_guard lock(mtx_); entry_.emplace_back(block_id, begin); seqs_.push_back(seq + begin, seq + end); ++seq_count_; masked_letters_ += end - begin; } std::fill(seq + begin, seq + end, MASK_LETTER); } void MaskingTable::remove(SequenceSet& seqs, const int template_len, const bool add_bit_mask) const { for (size_t i = 0; i < entry_.size(); ++i) { Letter* ptr = seqs.ptr(entry_[i].block_id); std::copy(seqs_.ptr(i), seqs_.end(i), ptr + entry_[i].begin); if (add_bit_mask) { const int i0 = std::max(entry_[i].begin - template_len + 1, 0), i1 = entry_[i].begin + (int)seqs_.length(i); for (int j = i0; j < i1; ++j) ptr[j] |= SEED_MASK; } } } void MaskingTable::apply(SequenceSet& seqs) const { for (size_t i = 0; i < entry_.size(); ++i) { Letter* ptr = seqs.ptr(entry_[i].block_id) + entry_[i].begin; std::fill(ptr, ptr + seqs_.length(i), MASK_LETTER); } } static size_t mask_motifs(Letter* seq, const size_t len, const size_t block_id, MaskingTable& table) { if (len < MOTIF_LEN) return 0; Mask::Ranges pos; KmerIterator it(Sequence(seq, len)); while (it.good()) { if (motif_table.find(*it) != motif_table.end()) pos.push_back(it - seq, it - seq + MOTIF_LEN); ++it; } const ptrdiff_t n = std::accumulate(pos.cbegin(), pos.cend(), (ptrdiff_t)0, [](const ptrdiff_t s, const pair& r) { return s + r.second - r.first; }); if ((double)n / len >= 0.5) return 0; for (auto i = pos.cbegin(); i != pos.cend(); ++i) if (i->second - i->first <= config.max_motif_len) table.add(block_id, i->first, i->second, seq); return n; } Masking::Masking(const ScoreMatrix& score_matrix) { const unsigned n = value_traits.alphabet_size; int int_matrix[20][20], *int_matrix_ptr[20]; std::copy(int_matrix, int_matrix + 20, int_matrix_ptr); for (size_t i = 0; i < 20; ++i) for (size_t j = 0; j < 20; ++j) int_matrix[i][j] = score_matrix(i, j); cbrc::LambdaCalculator lc; lc.calculate(int_matrix_ptr, 20); const double lambda = lc.lambda(); // 0.324032 for (size_t i = 0; i < size; ++i) { mask_table_x_[i] = value_traits.mask_char; mask_table_bit_[i] = (int8_t)i | bit_mask; for (size_t j = 0; j < size; ++j) if (i < n && j < n) { likelihoodRatioMatrixf_[i][j] = (float)Math::exp(lambda * score_matrix(i, j)); } } std::copy(likelihoodRatioMatrixf_, likelihoodRatioMatrixf_ + size, probMatrixPointersf_); blast_seg_ = SegParametersNewAa(); } Masking::~Masking() { SegParametersFree(blast_seg_); } MaskingStat Masking::operator()(Letter *seq, size_t len, MaskingAlgo algo, const size_t block_id, MaskingTable* table) const { MaskingStat stats; if (flag_any(algo, MaskingAlgo::TANTAN)) { Mask::Ranges r = Util::tantan::mask(seq, (int)len, (const float**)probMatrixPointersf_, 0.005f, 0.05f, 1.0f / 0.9f, (float)config.tantan_minMaskProb, table ? 0 : 1); for (auto i : r) { if (table) table->add(block_id, i.first, i.second, seq); stats.add(MaskingAlgo::TANTAN, i.second - i.first); } } if (flag_any(algo, MaskingAlgo::SEG)) { BlastSeqLoc* seg_locs; SeqBufferSeg((uint8_t*)seq, (uint32_t)len, 0u, blast_seg_, &seg_locs); unsigned nMasked = 0; if (seg_locs) { BlastSeqLoc* l = seg_locs; do { if (table) { table->add(block_id, l->ssr->left, l->ssr->right + 1, seq); stats.add(MaskingAlgo::SEG, l->ssr->right - l->ssr->left + 1); } else { for (signed i = l->ssr->left; i <= l->ssr->right; i++) { nMasked++; seq[i] = value_traits.mask_char; } } } while ((l = l->next) != 0); BlastSeqLocFree(seg_locs); } if (!table) stats.add(MaskingAlgo::SEG, nMasked); } if (flag_any(algo, MaskingAlgo::MOTIF)) stats.add(MaskingAlgo::MOTIF, mask_motifs(seq, len, block_id, *table)); return stats; } void Masking::mask_bit(Letter *seq, size_t len) const { Util::tantan::mask(seq, (int)len, (const float**)probMatrixPointersf_, 0.005f, 0.05f, 1.0f / 0.9f, (float)config.tantan_minMaskProb, 2); } void Masking::bit_to_hard_mask(Letter *seq, size_t len, size_t &n) const { for (size_t i = 0; i < len; ++i) if (seq[i] & bit_mask) { seq[i] = value_traits.mask_char; ++n; } } void Masking::remove_bit_mask(Letter *seq, size_t len) const { for (size_t i = 0; i < len; ++i) if (seq[i] & bit_mask) seq[i] &= ~bit_mask; } MaskingStat mask_seqs(SequenceSet &seqs, const Masking &masking, bool hard_mask, const MaskingAlgo algo, MaskingTable* table) { MaskingStat stats_all; if (algo == MaskingAlgo::NONE) return stats_all; if (flag_any(algo, MaskingAlgo::MOTIF) && !table) throw std::runtime_error("Motif masking requires masking table."); vector threads; atomic next(0); std::mutex mtx; auto worker = [&]() { BlockId i; size_t n = 0; MaskingStat stats; while ((i = next.fetch_add(1, std::memory_order_relaxed)) < seqs.size()) { if (hard_mask) stats += masking.operator()(seqs.ptr(i), seqs.length(i), algo, i, table); else masking.mask_bit(seqs.ptr(i), seqs.length(i)); } { std::lock_guard lock(mtx); stats_all += stats; } }; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(worker); for (auto &t : threads) t.join(); return stats_all; } bbuchfink-diamond-6dc5717/src/masking/masking.h000066400000000000000000000053571523407312000214510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/value.h" #include "stats/score_matrix.h" #include "basic/sequence.h" #include "blast/blast_seg.h" #include "data/string_set.h" #include "def.h" #include "util/kmer/kmer.h" struct MaskingTable; struct SequenceSet; struct Masking { Masking(const ScoreMatrix&score_matrix); ~Masking(); MaskingStat operator()(Letter *seq, size_t len, const MaskingAlgo algo, const size_t block_id, MaskingTable* table = nullptr) const; void mask_bit(Letter *seq, size_t len) const; void bit_to_hard_mask(Letter *seq, size_t len, size_t &n) const; void remove_bit_mask(Letter *seq, size_t len) const; static const Masking& get() { return *instance; } static std::unique_ptr instance; static constexpr int8_t bit_mask = (int8_t)128; private: enum { size = 64 }; float likelihoodRatioMatrixf_[size][size], *probMatrixPointersf_[size]; Letter mask_table_x_[size], mask_table_bit_[size]; SegParameters* blast_seg_; }; MaskingStat mask_seqs(SequenceSet &seqs, const Masking &masking, bool hard_mask, const MaskingAlgo algo, MaskingTable* table = nullptr); struct MaskingTable { MaskingTable(); MaskingTable(const MaskingTable& t); MaskingTable& operator=(const MaskingTable& t); void add(const size_t block_id, const int begin, const int end, Letter* seq); void remove(SequenceSet& seqs, const int template_len, const bool add_bit_mask) const; void apply(SequenceSet& seqs) const; bool blank() const; size_t masked_letters() const; int64_t mem_size() const { return entry_.size() * sizeof(Entry) + seqs_.mem_size(); } private: struct Entry { Entry(const size_t block_id, const int begin) : block_id(block_id), begin(begin) {} size_t block_id; int begin; }; size_t seq_count_, masked_letters_; std::vector entry_; StringSetBase seqs_; std::mutex mtx_; }; const size_t MOTIF_LEN = 8; extern std::unordered_set, Kmer::Hash> motif_table; void init_motif_table();bbuchfink-diamond-6dc5717/src/masking/motifs.cpp000066400000000000000000002755021523407312000216550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "masking.h" std::unordered_set, Kmer::Hash> motif_table; static const char motif_strings[][9] = { "FRKYTAFT", "KYTAFTIP", "RKYTAFTI", "PQGWKGSP", "YTAFTIPS", "LPQGWKGS", "VLPQGWKG", "NVLPQGWK", "YNVLPQGW", "RYQYNVLP", "QYNVLPQG", "PENPYNTP", "YQYNVLPQ", "GPENPYNT", "DVGDAYFS", "LDVGDAYF", "VDFRELNK", "VQLGIPHP", "EVQLGIPH", "IGPENPYN", "KGSPAIFQ", "TVLDVGDA", "WKGSPAIF", "GWKGSPAI", "WEVQLGIP", "QGWKGSPA", "VLDVGDAY", "FWEVQLGI", "TQDFWEVQ", "QDFWEVQL", "DFWEVQLG", "WRKLVDFR", "KLVDFREL", "LVDFRELN", "RKLVDFRE", "RELNKRTQ", "QLGIPHPA", "LGIPHPAG", "FRELNKRT", "GDAYFSVP", "DAYFSVPL", "LNKRTQDF", "DFRELNKR", "ELNKRTQD", "VGDAYFSV", "GIPHPAGL", "VTVLDVGD", "SVTVLDVG", "NKRTQDFW", "KRTQDFWE", "DDLYVGSD", "DLYVGSDL", "KIGPENPY", "KWRKLVDF", "LYVGSDLE", "RTQDFWEV", "KSVTVLDV", "PGIRYQYN", "IRYQYNVL", "GIRYQYNV", "YVGSDLEI", "IPHPAGLK", "TKWRKLVD", "TPGIRYQY", "KHQKEPPF", "TPDKKHQK", "PDKKHQKE", "FAIKKKDS", "QKEPPFLW", "KDSTKWRK", "NETPGIRY", "AYFSVPLD", "ETPGIRYQ", "WMGYELHP", "STKWRKLV", "NNETPGIR", "KEPPFLWM", "HQKEPPFL", "KKDSTKWR", "DKKHQKEP", "EPPFLWMG", "SDLEIGQH", "DLEIGQHR", "DSTKWRKL", "PPFLWMGY", "PFLWMGYE", "SMTKILEP", "KKHQKEPP", "FLWMGYEL", "PHPAGLKK", "AIKKKDST", "MTKILEPF", "MGYELHPD", "LWMGYELH", "TKILEPFR", "ALLDTGAD", "VGSDLEIG", "EALLDTGA", "LDTGADDT", "DTGADDTV", "LLDTGADD", "QYMDDLYV", "TTPDKKHQ", "KKSVTVLD", "GIGGFIKV", "GSDLEIGQ", "IYQYMDDL", "YQYMDDLY", "YMDDLYVG", "SKIGPENP", "GKISKIGP", "MDDLYVGS", "ISKIGPEN", "TGADDTVL", "KISKIGPE", "GADDTVLE", "NPYNTPVF", "EMEKEGKI", "EGKISKIG", "ENPYNTPV", "QWPLTEEK", "PKMIGGIG", "WPLTEEKI", "PYNTPVFA", "YNTPVFAI", "KKKSVTVL", "GYELHPDK", "LKPGMDGP", "KQWPLTEE", "TPVNIIGR", "GPTPVNII", "PTPVNIIG", "HPAGLKKK", "LTEEKIKA", "PLTEEKIK", "NTPVFAIK", "TEEKIKAL", "PVNIIGRN", "KPKMIGGI", "WKPKMIGG", "TPVFAIKK", "PVFAIKKK", "VKQWPLTE", "YELHPDKW", "ELHPDKWT", "GSPAIFQS", "SPAIFQSS", "PAIFQSSM", "WGFTTPDK", "GFTTPDKK", "VIYQYMDD", "FTTPDKKH", "VFAIKKKD", "MEKEGKIS", "EKEGKISK", "LHPDKWTV", "IGGFIKVR", "KEGKISKI", "GGFIKVRQ", "GFIKVRQY", "KVKQWPLT", "HPDKWTVQ", "AIFQSSMT", "GCTLNFPI", "PKVKQWPL", "CTLNFPIS", "KEALLDTG", "KPGMDGPK", "KLKPGMDG", "GPKVKQWP", "VKLKPGMD", "PVKLKPGM", "DGPKVKQW", "MDGPKVKQ", "PGMDGPKV", "GMDGPKVK", "TLNFPISP", "VPVKLKPG", "TVPVKLKP", "LNFPISPI", "TVLVGPTP", "FQSSMTKI", "QSSMTKIL", "GTVLVGPT", "IFQSSMTK", "PDKWTVQP", "QITLWQRP", "LVGPTPVN", "VLVGPTPV", "PQITLWQR", "VGPTPVNI", "TAFTIPSI", "AFTIPSIN", "FIKVRQYD", "FTIPSINN", "DFRKYTAF", "ISPIETVP", "SPIETVPV", "PISPIETV", "TLWQRPLV", "SSMTKILE", "DKWTVQPI", "ETVPVKLK", "IETVPVKL", "IKVRQYDQ", "TIPSINNE", "PIETVPVK", "PSINNETP", "SINNETPG", "IPSINNET", "IGTVLVGP", "IVIYQYMD", "KILEPFRK", "ILEPFRKQ", "NFPISPIE", "FPISPIET", "LEPFRKQN", "EPFRKQNP", "ITLWQRPL", "AIGTVLVG", "TEMEKEGK", "LKEALLDT", "CTEMEKEG", "QLKEALLD", "NIIGRNLL", "IIGRNLLT", "GQLKEALL", "IGRNLLTQ", "INNETPGI", "VNIIGRNL", "QTNLLALN", "IYTSGSTG", "TQIGCTLN", "QIGCTLNF", "LTQIGCTL", "SHELRTPL", "KVRQYDQI", "ADDTVLEE", "LWQRPLVT", "KAIGTVLV", "GKWKPKMI", "KWKPKMIG", "YFSVPLDE", "GGQLKEAL", "LPGKWKPK", "ICTEMEKE", "GTGLGLAI", "HRTKIEEL", "PGKWKPKM", "RTKIEELR", "IEAARAGE", "PFRKQNPD", "YFSVPLDK", "EICTEMEK", "EELRQHLL", "LEIGQHRT", "QHRTKIEE", "EIGQHRTK", "PDIVIYQY", "GRGFAVVA", "NPDIVIYQ", "IEELRQHL", "TQLGCTLN", "KIEELRQH", "QLGCTLNF", "DDFGTGYS", "EEKIKALT", "IGCTLNFP", "MSHEIRTP", "LTQLGCTL", "IGQHRTKI", "LEIGQHRA", "ADDTVLED", "EIGQHRAK", "AYVIYTSG", "NLPGKWKP", "WTVNDIQK", "GQHRTKIE", "SWTVNDIQ", "FRKQNPDI", "TVNDIQKL", "DFGTGYSS", "VNDIQKLV", "HRAKIEEL", "NDIQKLVG", "RAKIEELR", "IGGQLKEA", "VIYTSGST", "QNPDIVIY", "YVIYTSGS", "DIQKLVGK", "NPYNTPIF", "PYNTPIFA", "IQKLVGKL", "YNTPIFAI", "QKLVGKLN", "FLANMSHE", "QHRAKIEE", "LGCTLNFP", "KLVGKLNW", "NIIGRNML", "LVGKLNWA", "LALNAAIE", "DIVIYQYM", "IIGRNMLT", "ENPYNTPI", "GKLNWASQ", "IGRNMLTQ", "NTPIFAIK", "VGKLNWAS", "KLNWASQI", "RIELGEIE", "IGQHRAKI", "FGTGYSSL", "LNWASQIY", "GTGLGLSI", "DSWTVNDI", "KQNPDIVI", "LPGRWKPK", "RKQNPDIV", "WQRPLVTI", "PIFAIKKK", "TPIFAIKK", "GRWKPKMI", "KWGFTTPD", "LLKWGFTT", "LKWGFTTP", "KDSWTVND", "RWKPKMIG", "HLLKWGFT", "GQHRAKIE", "TAFTIPST", "AFTIPSTN", "FTIPSTNN", "LPEKDSWT", "IKALVEIC", "KIKALVEI", "EKIKALVE", "NGAGKSTL", "PEKDSWTV", "PGRWKPKM", "TSGSTGRP", "EEKIKALV", "SGSTGRPK", "KIGGQLKE", "ALVEICTE", "LLTQIGCT", "VNIIGRNM", "NLLTQIGC", "KALVEICT", "DTACSSSL", "RNLLTQIG", "GRNLLTQI", "TIPSTNNE", "GWTVYPPL", "TGWTVYPP", "GTGWTVYP", "GHKAIGTV", "IKALTEIC", "HKAIGTVL", "ICGHKAIG", "QRPLVTIK", "EKDSWTVN", "KIKALTEI", "GSTGRPKG", "IFSLHLAG", "EKIKALTE", "PSTNNETP", "EDFRKYTA", "STNNETPG", "IFAIKKKD", "IPSTNNET", "KDFRKYTA", "CGHKAIGT", "GFAVVADE", "DKDFRKYT", "PLDKDFRK", "LDKDFRKY", "TACSSSLV", "SGSGKSTL", "EICGHKAI", "INLPGKWK", "TKIEELRQ", "LGGHSLLA", "GSGKSTLL", "LVEICTEM", "VEICTEME", "ICGKKAIG", "SVPLDKDF", "VPLDKDFR", "FSVPLDKD", "SHEIRTPM", "EICGKKAI", "IEICGKKA", "PEIVIYQY", "NMSHEIRT", "LSGGQRQR", "NPEIVIYQ", "KKAIGTVL", "DDTVLEEM", "GKKAIGTV", "APDMAFPR", "ACSSSLVA", "GKGFAVVA", "STGRPKGV", "DDTVLEDI", "ARLGGDEF", "GAPDMAFP", "RMNNMSFW", "FAVVADEV", "PRMNNMSF", "IEICGHKA", "TNNETPGI", "LSGGQKQR", "GPNGAGKT", "HEIRTPMN", "FPRMNNMS", "MAFPRMNN", "CGKKAIGT", "DMAFPRMN", "HRDLKPEN", "NNMSFWLL", "GAGTGWTV", "QYVDDLYV", "ANMSHEIR", "HELRTPLN", "VTIKIGGQ", "AFPRMNNM", "IEELREHL", "AGTGWTVY", "WTVQPIVL", "MSFWLLPP", "PDMAFPRM", "NMSFWLLP", "KIEELREH", "MIFFMVMP", "VEAHGTGT", "RWGFTTPD", "LLRWGFTT", "LRWGFTTP", "HLLRWGFT", "LAYVIYTS", "KWTVQPIV", "GFRIELGE", "AVVADEVR", "TVQPIVLP", "RGFRIELG", "QVKIRGFR", "LANMSHEI", "IGGFGNWL", "SFWLLPPS", "LLTQLGCT", "PNGAGKTT", "GAGKSTLL", "RPLVTIKI", "QLCKLLRG", "IKIGGQLK", "GRNLLTQL", "DEATSALD", "RNLLTQLG", "NLLTQLGC", "MNNMSFWL", "IYQYVDDL", "MSHELRTP", "RGFAVVAD", "IFFMVMPI", "EIVIYQYM", "TIKIGGQL", "GSGKTTLL", "YTSGSTGR", "EFRKYTAF", "LRQHLLRW", "RMYRTGDL", "RQHLLRWG", "PLVTIKIG", "FEPFFTTK", "ELRQHLLR", "VDTACSSS", "HELRTPLT", "NGAGKTTL", "LVTIKIGG", "QIPIEICG", "YQYVDDLY", "KIRGFRIE", "MIGGFGNW", "WTVYPPLS", "TVLEDINL", "IDDFGTGY", "GSPAIFQC", "DTVLEDIN", "SPAIFQCS", "PAIFQCSM", "ITMLLTDR", "GKITKIGP", "AIFQCSMT", "GFGNWLVP", "IFQCSMTK", "GPNGAGKS", "EGKITKIG", "GGFGNWLV", "LGPNGAGK", "AIFSLHLA", "FQCSMTKI", "QCSMTKIL", "LEDINLPG", "GNWLVPLM", "YVDDLYVG", "VDDLYVGS", "FRIELGEI", "DLAIFSLH", "PIEICGHK", "VLEDINLP", "TMLLTDRN", "VDLAIFSL", "FGNWLVPL", "FFMVMPIM", "MEKEGKIT", "EELRAHLL", "SVDLAIFS", "SGSTGKPK", "TSGSTGKP", "EKEGKITK", "KEGKITKI", "SFRKYTAF", "AGISSILG", "TKIGPENP", "VKIRGFRI", "NLPGRWKP", "FSLHLAGI", "LAIFSLHL", "ITKIGPEN", "LHLAGISS", "SLHLAGIS", "KITKIGPE", "HLAGISSI", "GISSILGA", "DPQQRLLL", "FTLIELLV", "MLTQIGCT", "LAGISSIL", "NMLTQIGC", "RNMLTQIG", "KAGGAYVP", "SHEIRTPL", "GRNMLTQI", "ESFRKYTA", "LSLPVLAG", "DDTVLEEI", "LDEATSAL", "GAGKTTLL", "FFELGGHS", "GSTGKPKG", "VRQYDQIL", "TVLIGPTP", "PIMIGGFG", "IMIGGFGN", "CSMTKILE", "VMPIMIGG", "DINLPGKW", "MPIMIGGF", "EDINLPGK", "QRVAIARA", "QILIEICG", "MVMPIMIG", "PQQRLLLE", "VSHELRTP", "VIYQYVDD", "GTVLIGPT", "FMVMPIMI", "LIGPTPVN", "NGSGKSTL", "YRTGDLVR", "TLIELLVV", "SLPVLAGA", "YDQIPIEI", "VLIGPTPV", "WTVQPIQL", "FELGGHSL", "YDQILIEI", "PVLAGAIT", "QYDQILIE", "IGPTPVNI", "LPVLAGAI", "QYDQIPIE", "NWASQIYP", "IEELRAHL", "KWTVQPIQ", "QNYPNPFN", "HRDIKPEN", "WASQIYPG", "PNGAGKST", "KIEELRAH", "VRQYDQIP", "TVQPIQLP", "VLAGAITM", "PLDESFRK", "LDESFRKY", "GTGYSSLS", "DESFRKYT", "CQGDSGGP", "LRQHLLKW", "DQILIEIC", "RQHLLKWG", "QHLLRWGF", "VDLAGSER", "ASQIYPGI", "DQIPIEIC", "EQTNLLAL", "TVLEEMNL", "DLKPENIL", "AARAGEQG", "EAARAGEQ", "LREHLLKW", "FDPFFTTK", "REHLLKWG", "DTVLEEMN", "LAGAITML", "PLDEDFRK", "LVDLAGSE", "DEDFRKYT", "LDEDFRKY", "ELRQHLLK", "MLGAPDMA", "LGAPDMAF", "AGAITMLL", "KEFRKYTA", "DKEFRKYT", "SVPLDESF", "LDKEFRKY", "PLDKEFRK", "LEEMNLPG", "VPLDESFR", "LDDFGTGY", "IYTSGTTG", "FSVPLDES", "RLYRTGDL", "YRTGDLAR", "LMLGAPDM", "VLEEMNLP", "IELGEIEA", "TVYPPLSS", "LSGGQQQR", "WPGNVREL", "QGRGFAVV", "FGISPREA", "LKAGGAYV", "PLMLGAPD", "ELREHLLK", "DEPTNHLD", "GFTLIELL", "GIKVKQLC", "MLTQLGCT", "ELELAENR", "NMLTQLGC", "ELAENREI", "SILGAINF", "RNMLTQLG", "LELAENRE", "WGLTTPDK", "GRNMLTQL", "AKIEELRE", "SSILGAIN", "SGSGKTTL", "DEMGLGKT", "GLTTPDKK", "MLLTDRNL", "LAENREIL", "SQIYPGIK", "GIAHDFNN", "ILGAINFI", "SGSTGTPK", "AGEQGRGF", "MDPQQRLL", "LLTDRNLN", "CSSSLVAL", "RAGEQGRG", "SVPLDKEF", "GAITMLLT", "VQPIVLPE", "VPLDKEFR", "ARAGEQGR", "FSVPLDKE", "GPNGSGKS", "YTSGSTGK", "WQRPLVTV", "DEPTSGLD", "RQYDQIPI", "LTTPDKKH", "ILIEICGK", "AITMLLTD", "LDEPTNHL", "HEIRTPLN", "NLLSNAIK", "GSGLGLAI", "NWLVPLML", "LTDRNLNT", "QPIVLPEK", "GEQGRGFA", "RQYDQILI", "PSGSGKST", "TGLGLAIS", "EQGRGFAV", "VIVTAHAF", "NQDGASNG", "QIYPGIKV", "NGAGKTTT", "STGKPKGV", "DGASNGLT", "IVHRDLKP", "FVNTLVLR", "IRGFRIEL", "FITTIINM", "IPIEICGH", "GASNGLTA", "NVIVTAHA", "ASNGLTAP", "YGQTGSGK", "GGHSLLAT", "TVDTACSS", "FWLLPPSL", "NDILDFSK", "SVPLDEDF", "QGDSGGPL", "SSSLVALH", "VPLDEDFR", "VGESGSGK", "YNVIVTAH", "IGGFIKVK", "RDLKPENI", "FFGISPRE", "LVPLMLGA", "PFRKQNPE", "FSVPLDED", "GAINFITT", "WLVPLMLG", "GGFIKVKQ", "VPLMLGAP", "AGKGFAVV", "GFIKVKQY", "SWGFTTPD", "LRAHLLSW", "DNFFELGG", "RAHLLSWG", "AGGAYVPL", "GGAYVPLD", "ELLVVIAI", "VEAARAGE", "GGIAHDFN", "LGDPIEAQ", "GDPIEAQA", "LGAINFIT", "HRDLKPSN", "QDGASNGL", "EFLANMSH", "PIVLPEKD", "GSTGTPKG", "ILKAGGAY", "ELGGHSLL", "IVIYQYVD", "ELRAHLLS", "VARLGGDE", "GQTGSGKT", "AENREILK", "QHLLKWGF", "LLSWGFTT", "SNGLTAPN", "SGGQQQRV", "LSWGFTTP", "IFEPFFTT", "HLLSWGFT", "RLGGDEFA", "ARYGGEEF", "KQLCKLLR", "SGGQRQRV", "TGYSSLSY", "QIYNVIVT", "HRDLKPAN", "DQIYNVIV", "IGPNGAGK", "ADEMGLGK", "MNLPGRWK", "IYNVIVTA", "DTVLEEIN", "TVLEEINL", "NGLTAPNG", "YGPPGTGK", "KVKQLCKL", "IKVKQLCK", "NWASQIYA", "VKQLCKLL", "DVYSFGVV", "RVAIARAL", "WASQIYAG", "IVLPEKDS", "AARAGEHG", "LYGLKQAP", "EAARAGEH", "ILDFSKIE", "NMSHELRT", "VLPEKDSW", "SDVYSFGV", "SGAGKSTL", "AHDFNNLL", "DLEIEQHR", "AEQTNLLA", "LALNAAVE", "SDLEIEQH", "ELRTPLNA", "ASQIYAGI", "AGRGFAVV", "HRDIKPAN", "PVHGVYYD", "KSDVYSFG", "QVKIRGYR", "EIRTPMNG", "VGSDLEIE", "QNPEIVIY", "GPSGSGKT", "EHLLKWGF", "LIEICGKK", "IGTVLIGP", "HAFIMIFF", "LEEINLPG", "AMDPQQRL", "GLTAPNGP", "VLEEINLP", "DILDFSKI", "GDSGGPLV", "SGCGKSTL", "AYGQTGSG", "RAGVSSFG", "DPIEAQAL", "GSAVNQDG", "AIDDFGTG", "GAYVPLDP", "KGTGLGLS", "GDDQIYNV", "VHGVYYDP", "LADEMGLG", "SGGQRQRI", "SGGQKQRI", "WTVQPIEL", "GPSGCGKS", "LDFSKIEA", "GTLFLDEI", "TGLGLAIV", "GLGLAIVK", "GSDLEIEQ", "NKSVTVLD", "NLYGPTEA", "GESGTGKE", "SQIYAGIK", "AVNQDGAS", "NGAGTGWT", "SILGAVNF", "SSILGAVN", "TVQPIELP", "IFDPFFTT", "PPGTGKTL", "KILEPFRA", "QGPPGTGK", "IKEALLDT", "ILGAVNFI", "ANMSHELR", "LPLTPNGK", "ALDDFGTG", "IAHRLSTI", "DDQVKIRG", "ENGAGTGW", "MYRTGDLV", "DQTNLLAL", "QIKEALLD", "FFDPAGGG", "LDEPTSGL", "NGSGKTTL", "IELLVVIA", "FIKVKQYD", "AHLLSWGF", "GFFVNTLV", "GCGKSTLL", "IFTSGSTG", "VENGAGTG", "HRDIKPSN", "AFTIPSVN", "TAFTIPSV", "DDQIYNVI", "FTIPSVNN", "AHAFIMIF", "YGLKQAPR", "GQIKEALL", "IAEQTNLL", "DEPTSALD", "DDTVLEDM", "SEFLANMS", "LLGPNGAG", "LRGAKALT", "KSEFLANM", "INPGNSGG", "LLRGAKAL", "LLLDEPTN", "GPSGCGKT", "IIHRDLKP", "LCKLLRGT", "NFRKYTAF", "ENREILKE", "STGTPKGV", "GYRIELGE", "TAHAFIMI", "QIYAGIKV", "AINFITTI", "INDILDFS", "LSGGERQR", "EMNLPGRW", "CKLLRGTK", "VTAHAFIM", "QRPLVTVK", "EEMNLPGR", "RRAGVSSF", "KALYGLKQ", "EIRTPMNA", "TAPNGPSQ", "HRDLAARN", "RLGGDEFV", "SGGQKQRV", "AGEAGKGF", "VNQDGASN", "KIRGYRIE", "TGSGKTLA", "GASVDLAI", "HAFVMIFF", "LCKLLRGA", "CKLLRGAK", "LLRGTKAL", "LRGTKALT", "NLLSNAVK", "ASVDLAIF", "VADEVRKL", "NREILKEP", "DDMGLGKT", "GSPAIFQA", "QRVALARA", "ARGYLNRP", "DILVNNAG", "REILKEPV", "LANMSHEL", "TIPSVNNE", "KARLVAKG", "LALNATIE", "YGPTETTV", "SPAIFQAS", "GHTQAAAG", "PAIFQASM", "TGLGLSIS", "FDKTGTLT", "GSGKSTLA", "MPFGLTNA", "KPGMDGPR", "IGDDQIYN", "VVADEVRK", "ALYGLKQA", "KNKSVTVL", "AFVMIFFM", "FDPAGGGD", "AHAFVMIF", "LTAPNGPS", "SPIDTVPV", "ILADEMGL", "EILKEPVH", "GGTLFLDE", "ILKEPVHG", "GFAVVASE", "FQASMTKI", "DFSKIEAG", "QASMTKIL", "IFQASMTK", "ISPIDTVP", "EPVHGVYY", "PIEAQALL", "LNATIEAA", "GPSGAGKS", "PISPIDTV", "TAHAFVMI", "VMPFGLTN", "PSVNNETP", "LRTPLNAI", "IVTAHAFI", "SVNNETPG", "RVKQWPLT", "HGVYYDPS", "SAVNQDGA", "RGSAVNQD", "KNPEIVIY", "LLLDEATS", "PSGCGKST", "WDTAGQER", "RGYRIELG", "IPSVNNET", "ALNATIEA", "PLTEEAEL", "KVRQYDQV", // alt /*"SVLACYNG", "FSVLACYN", "CYNGSPSG", "YNGSPSGV", "TFSVLACY", "VLACYNGS", "LACYNGSP", "ACYNGSPS", "NGSPSGVY", "GSPSGVYQ", "MTARTVYD", "ILTSLLVL", "GQTFSVLA", "QTFSVLAC", "ILMTARTV", "LMTARTVY", "LILMTART", "PGQTFSVL", "QPGQTFSV", "LLILMTAR", "VLLILMTA", "SPSGVYQC", "PSGVYQCA", "SGVYQCAM", "HEIAWYTE", "EIAWYTER", "IAWYTERS", "EHEIAWYT", "TARTVYDD", "AWYTERSE", "NEKQEILG", "ARTVYDDG", "EKQEILGT", "GVYQCAMR", "SNEKQEIL", "ISNEKQEI", "KQEILGTV", "IISNEKQE", "QEILGTVS", "EILGTVSW", "AFLCLFLL", "SIISNEKQ", "FLCLFLLP", "LCLFLLPS", "RTVYDDGA", "PSIISNEK", "ILPSIISN", "YILPSIIS", "LPSIISNE", "HAFLCLFL", "ILGTVSWN", "VMYASAVV", "FGDSVEEV", "CLFLLPSL", "LFLLPSLA", "TVYDDGAR", "LTSLLVLV", "ASAVVLLI", "SEKSYELQ", "YASAVVLL", "TERSEKSY", "KHAFLCLF", "RSEKSYEL", "LGTVSWNL", "HKHAFLCL", "ERSEKSYE", "MYASAVVL", "GFGDSVEE", "VVLLILMT", "YTERSEKS", "GDSVEEVL", "AVVLLILM", "WYTERSEK", "DSVEEVLS", "SLLVLVQS", "TSLLVLVQ", "CVMYASAV", "SAVVLLIL", "LLVLVQST", "LVLVQSTQ", "LKDCVMYA", "RGFGDSVE", "KLKDCVMY", "DCVMYASA", "KHKHAFLC", "KDCVMYAS", "VLVQSTQW", "QSTQWSLF", "LVQSTQWS", "VKHKHAFL", "FVKHKHAF", "GTVSWNLR", "FYILPSII", "TWLDMVDT", "MTWLDMVD", "VLSEARQH", "TVSWNLRE", "VRGFGDSV", "VQSTQWSL", "MFVKHKHA", "LVRGFGDS", "MMFVKHKH", "WLDMVDTS", "TQWSLFFF", "SVEEVLSE", "DIDITFLK", "KALRKVPT", "IDITFLKK", "EVLSEARQ", "YKVYYGNA", "AMMFVKHK", "VYDDGARR", "EEVLSEAR", "VAYFNMVY", "CCREHEHE", "STQWSLFF", "KVYYGNAL", "LSEARQHL", "VEEVLSEA", "EKSYELQT", "VSWNLREM", "VYQCAMRP", "YNKVENMT", "REHEHEIA", "YDDGARRV", "IMTWLDMV", "LTYNKVEN", "ALRKVPTD", "TYNKVENM", "LRKVPTDN", "CREHEHEI", "SWNLREML", "SDIDITFL", "LDMVDTSL", "EHEHEIAW", "CKSAFYIL", "IKVFTTVD", "KSAFYILP", "MLTYNKVE", "SAFYILPS", "VKATCEFC", "KSYELQTP", "HEHEIAWY", "KATCEFCG", "AFYILPSI", "LAKALRKV", "YFNMVYMP", "RKVPTDNY", "RIMTWLDM", "NKVENMTP", "EKKKLDGF", "SAFAMMFV", "KVFTTVDN", "FVKATCEF", "AFAMMFVK", "YCCREHEH", "AYFNMVYM", "MSAFAMMF", "MRIMTWLD", "SYELQTPF", "YELQTPFE", "KKKLDGFM", "WVMRIMTW", "SWVMRIMT", "FAMMFVKH", "KCKSAFYI", "KKLDGFMG", "GAGGHSYG", "DITFLKKD", "ATCEFCGT", "VMRIMTWL", "LQTPFEIK", "ELQTPFEI", "QTPFEIKL", "FNMVYMPA", "TCEFCGTE", "DDGARRVW", "AKALRKVP", "CEFCGTEN", "TPFEIKLA", "NMVYMPAS", "AGGHSYGA", "DFVKATCE", "KLDGFMGR", "GDFVKATC", "TTEMLAKA", "EFCGTENL", "EARQHLKD", "ASWVMRIM", "YMPASWVM", "MVYMPASW", "PASWVMRI", "MLAKALRK", "IAMSAFAM", "DGARRVWT", "KKCKSAFY", "TEMLAKAL", "VYMPASWV", "SEARQHLK", "EMLAKALR", "ARQHLKDG", "KGAGGHSY", "VYCCREHE", "LAWLYAAV", "APYIVGDV", "AMSAFAMM", "MPASWVMR", "HSYGADLK", "SYGADLKS", "RRVWTLMN", "GGHSYGAD", "GHSYGADL", "RVWTLMNV", "TFLKKDAP", "ITFLKKDA", "PYIVGDVV", "FEIKLAKK", "LKDGTCGL", "PFEIKLAK", "RQHLKDGT", "LKKCKSAF", "KDGTCGLV", "EIKLAKKF", "IKLAKKFD", "TCGLVEVE", "HLKDGTCG", "GVYCCREH", "QHLKDGTC", "CGLVEVEK", "YIVGDVVQ", "YQCAMRPN", "TVLKKCKS", "GTCGLVEV", "DGTCGLVE", "GSCGSVGF", "VWTLMNVL", "LNGSCGSV", "NGSCGSVG", "VLKKCKSA", "SCGSVGFN", "FLNGSCGS", "GLVEVEKG", "SFLNGSCG", "KTVLKKCK", "LEQPYVFI", "FLKKDAPY", "KVPTDNYI", "PQLEQPYV", "VLPQLEQP", "YENAFLPF", "WQTGDFVK", "SWQTGDFV", "VPTDNYIT", "LKKDAPYI", "KGVLPQLE", "GVLPQLEQ", "GNKGAGGH", "GARRVWTL", "QTGDFVKA", "AKTVLKKC", "GSFLNGSC", "YGADLKSF", "EKGVLPQL", "QLEQPYVF", "CMVQVTCG", "VEKGVLPQ", "LPQLEQPY", "TGDFVKAT", "ARRVWTLM", "CGTTTLNG", "AGALNKAT", "CGSVGFNI", "VQVTCGTT", "LGDELGTD", "DLGDELGT", "VEEAKTVL", "QVTCGTTT", "DAPYIVGD", "ETLGVLVP", "EAKTVLKK", "WTLMNVLT", "EDFQENWN", "TDPYEDFQ", "MVQVTCGT", "KGSFLNGS", "WNTKHSSG", "VAGALNKA", "GALNKATN", "EVEKGVLP", "GTTTLNGL", "VEVEKGVL", "GETLGVLV", "DFQENWNT", "VTCGTTTL", "FQENWNTK", "GTDLEGNF", "EEAKTVLK", "QENWNTKH", "TLMNVLTL", "LVEVEKGV", "NWNTKHSS", "YEDFQENW", "KDAPYIVG", "IKGSFLNG", "EQPYVFIK", "PTDNYITT", "DPYEDFQE", "TDNYITTY", "SGETLGVL", "GDELGTDP", "YMHHMELP", "TCGTTTLN", "TDLEGNFY", "GVAGALNK", "CYMHHMEL", "DLEGNFYG", "KKDAPYIV", "HAGTDLEG", "GTDPYEDF", "VHAGTDLE", "PYEDFQEN", "FCYMHHME", "AGTDLEGN", "DNYITTYP", "NKGAGGHS", "RTIKVFTT", "GGVAGALN", "SVGFNIDY", "LGTDPYED", "GSVGFNID", "ENWNTKHS", "GYTVEEAK", "VGFNIDYD", "YTVEEAKT", "SFCYMHHM", "GVHAGTDL", "NTKHSSGV", "TIKVFTTV", "MELPTGVH", "QPYVFIKR", "PYVFIKRS", "ELGTDPYE", "TVEEAKTV", "DCVSFCYM", "DLKSFDLG", "VLAWLYAA", "VRTIKVFT", "TGVHAGTD", "GECPNFVF", "RGVYCCRE", "TIKGSFLN", "DGYPLECI", "LPTGVHAG", "HMELPTGV", "CVSFCYMH", "NGECPNFV", "VSFCYMHH", "PDGYPLEC", "FTIKGSFL", "ELPTGVHA", "GFNIDYDC", "VVNAANVY", "HHMELPTG", "PTGVHAGT", "KRGVYCCR", "CGPDGYPL", "MHHMELPT", "GYPLECIK", "KNADIVEE", "NFTIKGSF", "VVQEGVLT", "LETAQNSV", "ECPNFVFP", "VNAANVYL", "RSGETLGV", "VVVNAANV", "IKNADIVE", "EGNFYGPF", "DELGTDPY", "NVLAWLYA", "YDCVSFCY", "IQTIVEVQ", "FNGECPNF", "FNIDYDCV", "LLSLREVR", "LEGNFYGP", "GPDGYPLE", "GADLKSFD", "NAANVYLK", "ADLKSFDL", "YITTYPGQ", "EVRTIKVF", "NFVFPLNS", "ITTYPGQG", "QGLNGYTV", "GLNGYTVE", "NYITTYPG", "VNVLAWLY", "CPNFVFPL", "GQGLNGYT", "AANVYLKH", "TLSEQLDF", "SGVTRELM", "YIKNADIV", "VYIKNADI", "KHGGGVAG", "HCGETSWQ", "CTLSEQLD", "VYLKHGGG", "TTYPGQGL", "GDVVQEGV", "REVRTIKV", "GVTRELMR", "NIDYDCVS", "ANVYLKHG", "VGDVVQEG", "TSWQTGDF", "PNFVFPLN", "GNFYGPFV", "DTTITVNV", "LSLREVRT", "QCAMRPNF", "GETSWQTG", "DHCGETSW", "VAYRKVLL", "TKHSSGVT", "LMRELNGG", "LECIKDLL", "IQPRVEKK", "ELMRELNG", "DYDCVSFC", "LSEQLDFI", "IVGDVVQE", "DVVQEGVL", "RELMRELN", "VTRELMRE", "CGETSWQT", "AGKASCTL", "VKPTVVVN", "KKVKPTVV", "PVAYRKVL", "KHSSGVTR", "IDYDCVSF", "CDHCGETS", "SSGVTREL", "HSSGVTRE", "CAMRPNFT", "KVKPTVVV", "LREVRTIK", "SCTLSEQL", "NECNQMCL", "YVFIKRSD", "SFSGYLKL", "SEQLDFID", "KPTVVVNA", "FVFPLNSI", "LNGYTVEE", "RVEKKKLD", "PTVVVNAA", "KVLLRKNG", "LKHGGGVA", "QPRVEKKK", "NGYTVEEA", "YRKVLLRK", "TVVVNAAN", "GGGVAGAL", "VFIKRSDA", "NVYLKHGG", "VVRSIFSR", "VEKKKLDG", "FYGPFVDR", "NVYIKNAD", "TVNVLAWL", "KLTDNVYI", "YPLECIKD", "TIQPRVEK", "TRELMREL", "PLECIKDL", "PRVEKKKL", "KCDHCGET", "GLNDNLLE", "QTIVEVQP", "YGPFVDRQ", "PGQGLNGY", "LTDNVYIK", "IKTIQPRV", "NFKVTKGK", "RQTAQAAG", "YPGQGLNG", "LKLTDNVY", "RKVLLRKN", "YLKLTDNV", "TLLSLREV", "ITVNVLAW", "AYRKVLLR", "TDNVYIKN", "ECIKDLLA", "TYPGQGLN", "TTLNGLWL", "TLGVLVPH", "KTIQPRVE", "LMWLIINL", "FSGYLKLT", "EIPVAYRK", "DRQTAQAA", "FIKRSDAR", "IFSRTLET", "NFYGPFVD", "YLKHGGGV", "SIFSRTLE", "GIQYGRSG", "VFPLNSII", "TTTLNGLW", "LGVLVPHV", "IKRSDART", "KRSDARTA", "DNVYIKNA", "GEIPVAYR", "TILTSLLV", "MKCDHCGE", "GPFVDRQT", "GYLKLTDN", "YTRYVDNN", "EGIQYGRS", "VGEIPVAY", "SLREVRTI", "GNFKVTKG", "GRSGETLG", "LTILTSLL", "IPVAYRKV", "HGGGVAGA", "SGYLKLTD", "GKASCTLS", "ECNQMCLS", "CNQMCLST", "RSIFSRTL", "RAGKASCT", "TITVNVLA", "IQPGQTFS", "ENAFLPFA", "VAELEGIQ", "LVAELEGI", "VESCGNFK", "TLNGLWLD", "FPLNSIIK", "LMKCDHCG", "TLMKCDHC", "FVDRQTAQ", "ETSWQTGD", "TLETAQNS", "KASCTLSE", "SCGNFKVT", "ELVAELEG", "RVVRSIFS", "ARAGKASC", "IIKTIQPR", "VLVPHVGE", "KDLLARAG", "ESCGNFKV", "QYGRSGET", "ASCTLSEQ", "FSRTLETA", "LKRGDKSV", "GVLVPHVG", "CGNFKVTK", "RSDARTAP", "RPNFTIKG", "DLLARAGK", "AELEGIQY", "IVESCGNF", "VDRQTAQA", "TTITVNVL", "FKVTKGKA", "LLARAGKA", "LARAGKAS", "CIKDLLAR", "NQMCLSTL", "IQYGRSGE", "PNFTIKGS", "LLTILTSL", "RTLETAQN", "EFLKRGDK", "ELEGIQYG", "FLKRGDKS", "KTLLSLRE", "EILQKEKV", "IKDLLARA", "WLMWLIIN", "SRTLETAQ", "PLNSIIKT", "NGNKGAGG", "SIIKTIQP", "FKQIVESC", "KQIVESCG", "LEGIQYGR", "SDARTAPH", "LNSIIKTI", "QIVESCGN", "AMRPNFTI", "VEEAKKVK", "ARVVRSIF", "LLLTILTS", "NSFSGYLK", "YGRSGETL", "MRPNFTIK", "MRELNGGA", "KVTKGKAK", "LNGLWLDD", "SWLMWLII", "IVEEAKKV", "MCLSTLMK", "NSIIKTIQ", "QMCLSTLM", "VKFISTCA", "CLSTLMKC", "KRGDKSVY", "LEILQKEK", "ELNGGAYT", "VRSIFSRT", "INIVGDFK", "LRKNGNKG", "VTKGKAKK", "VGDFKLNE", "TSAALQPE", "KNGNKGAG", "LSTLMKCD", "LKTLLSLR", "NAFLPFAM", "RELNGGAY", "AWNIGEQK", "SFDLGDEL", "KVNINIVG", "LLEILQKE", "IVGDFKLN", "EKVNINIV", "NIVGDFKL", "EEAKKVKP", "NGLWLDDV", "VLLRKNGN", "VEVQPQLE", "STLMKCDH", "QKEKVNIN", "PFVDRQTA", "LLRKNGNK", "VPHVGEIP", "WNIGEQKS", "NINIVGDF", "ARTAPHGH", "AFLPFAMG", "LVPHVGEI", "DIVEEAKK", "VNINIVGD", "FDNLKTLL", "IVEVQPQL", "FDLGDELG", "LDGEVITF", "NLLEILQK", "NADIVEEA", "KEKVNINI", "DGEVITFD", "QEGVLTAV", "VNSFSGYL", "FHLDGEVI", "FCGPDGYP", "GTTEMLAK", "NFCGPDGY", "TIVEVQPQ", "NGGAYTRY", "AYTRYVDN", "PHVGEIPV", "GLWLDDVV", "GGAYTRYV", "GEVITFDN", "NDNLLEIL", "RKNGNKGA", "LNGGAYTR", "LNDNLLEI", "GRIRSVYP", "LQKEKVNI", "HLDGEVIT", "GAYTRYVD", "TFHLDGEV", "IEFLKRGD", "DNLKTLLS", "DNLLEILQ", "NLKTLLSL", "ADIVEEAK", "ILQKEKVN", "GGTTEMLA", "RGDKSVYY", "MGRIRSVY", "LGIEFLKR", "EVITFDNL", "NNFCGPDG", "VQEGVLTA", "IVKFISTC", "GIEFLKRG", "LWLDDVVY", "LDGFMGRI", "FMGRIRSV", "EVQPQLEM", "EGVLTAVV", "DGFMGRIR", "AARVVRSI", "EAKKVKPT", "TFDNLKTL", "ILASFSAS", "HVGEIPVA", "VEGCMVQV", "DARTAPHG", "VITFDNLK", "VELVAELE", "EVNSFSGY", "IILASFSA", "NIGEQKSI", "ITFDNLKT", "YVDNNFCG", "IEVNSFSG", "AIILASFS", "QLGIEFLK", "IGEQKSIL", "TDTTITVN", "EAARVVRS", "KFISTCAC", "ASEAARVV", "TFLLNKEM", "VDNNFCGP", "GFMGRIRS", "QKSILSPL", "GDFKLNEE", "NPTTFHLD", "TTFHLDGE", "DNNFCGPD", "TQLGIEFL", "TRYVDNNF", "LEMELTPV", "EQKSILSP", "PTTFHLDG", "RYVDNNFC", "SILSPLYA", "AKKVKPTV", "GEQKSILS", "KSILSPLY", "GKVEGCMV", "GCMVQVTC", "YKAFKQIV", "KVEGCMVQ", "KAFKQIVE", "AGTDTTIT", "LSPLYAFA", "EGCMVQVT", "AFKQIVES", "QTAQAAGT", "QAAGTDTT", "YSGQSTQL", "GTDTTITV", "AAGTDTTI", "EMELTPVV", "SGQSTQLG", "WLLLTILT", "VQPQLEME", "STQLGIEF", "QLEMELTP", "LASFSAST", "FKLNEEIA", "SNPTTFHL", "IAIILASF", "LTAVVIPT", "ISTCACEI", "QPQLEMEL", "ILSPLYAF", "EEIAIILA", "EIAIILAS", "QLDFIDTK", "DTKRGVYC", "TAVVIPTK", "FIDTKRGV", "LDFIDTKR", "IDTKRGVY", "DFIDTKRG", "PQLEMELT", "GQSTQLGI", "TKRGVYCC", "QSTQLGIE", "DFKLNEEI", "NEEIAIIL", "GDKSVYYT", "AQAAGTDT", "MELTPVVQ", "FISTCACE", "KVENMTPR", "KSFDLGDE", "KLNEEIAI", "AVVIPTKK", "EQLDFIDT", "SPLYAFAS", "LKSFDLGD", "PLYAFASE", "LNEEIAII", "ASFSASTS", "SYSGQSTQ", "KDWSYSGQ", "GVLTAVVI", "GAWNIGEQ", "TIEVNSFS", "KSVYYTSN", "TKGKAKKG", "LYAFASEA", "QTIEVNSF", "SVYYTSNP", "KGAWNIGE", "DKSVYYTS", "SEAARVVR", "VLTAVVIP", "VENMTPRD", "TAQAAGTD", "KKGAWNIG", "RIRSVYPV", "DWSYSGQS", "YAFASEAA", "FASEAARV", "HWLLLTIL", "WSYSGQST", "KAKKGAWN", "GKAKKGAW", "AKKGAWNI", "KGKAKKGA", "RSVYPVAS", "VYCPRHVI", "KEMYLKLR", "NKEMYLKL", "VVQTIEVN", "AFASEAAR", "VYYTSNPT", "YCPRHVIC", "VQTIEVNS", "TPVVQTIE", "PVVQTIEV", "SFSASTSA", "SASTSAFV", "ELTPVVQT", "FSASTSAF", "ENMTPRDL", "VVYCPRHV", "LTPVVQTI", "YTSNPTTF", "TSNPTTFH", "EMYLKLRS", "NMTPRDLG", "DVVYCPRH", "IIAMSAFA", "RIQPGQTF", "LLNKEMYL", "ATSAALQP", "WLDDVVYC", "VRIQPGQT", "YYTSNPTT", "LNKEMYLK", "LDDVVYCP", "QWSLFFFL", "GIIAMSAF", "FLLNKEMY", "MYLKLRSD", "QQDGSEDN", "GQQDGSED", "NGDRWFLN", "MGIIAMSA", "DDVVYCPR", "PQIGVVRE", "VSDIDITF", "WSLFFFLY", "NRPQIGVV", "INRPQIGV", "RPQIGVVR", "SSAINRPQ", "LKLRSDVL", "FFFLYENA", "LFFFLYEN", "GATSAALQ", "SLFFFLYE", "YLKLRSDV", "GDRWFLNR", "DVSSAINR", "VSSAINRP", "FDKNLYDK", "DKNLYDKL", "INGDRWFL", "LRVIGHSM", "SFTVLCLT", "DRWFLNRF", "LLFLMSFT", "FVRIQPGQ", "LPFAMGII", "LFLMSFTV", "TLLFLMSF", "FTVLCLTP", "SAINRPQI", "FLMSFTVL", "TVLCLTPV", "MSFTVLCL", "NTLLFLMS", "HDVSSAIN", "FNTLLFLM", "SGKVEGCM", "EGDCEEEE", "AINRPQIG", "AMGIIAMS", "KFVRIQPG", "CPRHVICT", "YKFVRIQP", "PFAMGIIA", "FAMGIIAM", "PRHVICTS", "EEGDCEEE", "FKLASHMY", "DCEEEEFE", "NHNFLVQA", "HVICTSED", "LMSFTVLC", "LASHMYCS", "NFLVQAGN", "KNLYDKLV", "LVQAGNVQ", "VICTSEDM", "FLVQAGNV", "KLASHMYC", "NPNYEDLL", "PNYEDLLI", "EEEGDCEE", "HNFLVQAG", "RHVICTSE", "DMLNPNYE", "YYLFDESG", "MLNPNYED", "DEEEGDCE", "SNHNFLVQ", "PSGKVEGC", "GDCEEEEF", "TYYLFDES", "EDEEEGDC", "CEEEEFEP", "HMYCSFYP", "MTPRDLGA", "LNPNYEDL", "SHMYCSFY", "FCGTENLT", "VQAGNVQL", "NYEDLLIR", "ASHMYCSF", "QLRVIGHS", "YEDLLIRK", "FLYENAFL", "EDMLNPNY", "LLIRKSNH", "EDLLIRKS", "DLLIRKSN", "ILLLDQAL", "LLLDQALV", "KSNHNFLV", "LDEWSMAT", "PNECNQMC", "AGNVQLRV", "LIRKSNHN", "CGTENLTK", "SEDMLNPN", "STCACEIV", "NVQLRVIG", "QAGNVQLR", "MYCSFYPP", "IRKSNHNF", "WSMATYYL", "SMATYYLF", "RKSNHNFL", "VQLRVIGH", "LYENAFLP", "ICTSEDML", "GNVQLRVI", "DEWSMATY", "EWSMATYY", "SPNECNQM", "NSWLMWLI", "MATYYLFD", "SNSWLMWL", "FPSGKVEG", "ATYYLFDE", "NKYKYFSG", "QDGSEDNQ", "CTSEDMLN", "HFISNSWL", "FISNSWLM", "TSEDMLNP", "DEDEEEGD", "ISNSWLMW", "AFPSGKVE", "ACSHAAVD", "TQYEYGTE", "YNKYKYFS", "MAFPSGKV", "KHFSMMIL", "GTENLTKE", "LQSGFRKM", "VINGDRWF", "KMAFPSGK", "YVFCTVNA", "FRKMAFPS", "SITSAVLQ", "QYVFCTVN", "RKMAFPSG", "LYNKYKYF", "EQYVFCTV", "TACSHAAV", "AVINGDRW", "ASPNECNQ", "LEQYVFCT", "QSGFRKMA", "VYKVYYGN", "ATNYDLSV", "CTFLLNKE", "FFLYENAF", "AAVINGDR", "MATNYDLS", "EGLNDNLL", "VLQSGFRK", "TENLTKEG", "HAAVDALC", "AVLQSGFR", "SMATNYDL", "GSEDNQTT", "PDEDEEEG", "SHAAVDAL", "GFRKMAFP", "ITSAVLQS", "YCSFYPPD", "YAAVINGD", "LYAAVING", "CSHAAVDA", "TSAVLQSG", "SAVLQSGF", "NDVSFLAH", "LCTFLLNK", "DGSEDNQT", "VVFDEISM", "IYLYLTFY", "YREAACCH", "PIDKCSRI", "VLCLTPVY", "SGFRKMAF", "SDVLYQPP", "CFDKFKVN", "FLPFAMGI", "LPIDKCSR", "GEFKLASH", "ISMATNYD", "CSFYPPDE", "YTACSHAA", "YMLTYNKV", "KALKYLPI", "DVSFLAHI", "DEISMATN", "VFDEISMA", "TNDVSFLA", "EISMATNY", "SYREAACC", "FYPPDEDE", "ALCTFLLN", "FDEISMAT", "KYLPIDKC", "ALKYLPID", "EFKLASHM", "VYTACSHA", "YPPDEDEE", "TLEQYVFC", "LKYLPIDK", "GHSMQNCV", "YLPIDKCS", "SFYPPDED", "LFDESGEF", "FDESGEFK", "NYMLTYNK", "NNYMLTYN", "SVIYLYLT", "FLPGVYSV", "FGATSAAL", "KYKYFSGA", "VIYLYLTF", "VDALCEKA", "YLRKHFSM", "PPDEDEEE", "YSVIYLYL", "IVVFDEIS", "VYSVIYLY", "LVYKVYYG", "LRKHFSMM", "RKHFSMMI", "VIGHSMQN", "EPSTQYEY", "YLFDESGE", "IGHSMQNC", "FKMFYKGV", "GSDVLYQP", "DVLYQPPQ", "AALCTFLL", "EEEEFEPS", "TPVYSFLP", "SGEFKLAS", "EFGATSAA", "DESGEFKL", "RVIGHSMQ", "AKHYVYIG", "AVDALCEK", "KHYVYIGD", "YEYGTEDD", "FDKFKVNS", "LCLTPVYS", "HSMQNCVL", "IVYTACSH", "EEEFEPST", "LPGVYSVI", "AAVDALCE", "EYGTEDDY", "ESGEFKLA", "NVLTLVYK", "VLTLVYKV", "TEDDYQGK", "PSTQYEYG", "YGTEDDYQ", "MNVLTLVY", "LTPVYSFL", "EFEPSTQY", "CLTPVYSF", "RIVYTACS", "THDVSSAI", "KMFYKGVI", "QYEYGTED", "HYVYIGDP", "ARIVYTAC", "TLVYKVYY", "PGVYSVIY", "IRSVYPVA", "AYLRKHFS", "GTEDDYQG", "GKSHFAIG", "YAYLRKHF", "NSTLEQYV", "KSHFAIGL", "STLEQYVF", "GVYSVIYL", "EEFEPSTQ", "STQYEYGT", "KYKFVRIQ", "SARIVYTA", "ENLTKEGA", "CEKALKYL", "TSYREAAC", "FYAYLRKH", "NRDVDTDF", "SEGLNDNL", "TNYDLSVV", "LTLVYKVY", "RNRDVDTD", "FEPSTQYE", "FCTVNALP", "YVYIGDPA", "PKYKFVRI", "YYPSARIV", "RDVDTDFV", "VFCTVNAL", "TPKYKFVR", "EKALKYLP", "KFKVNSTL", "ITHDVSSA", "TTSYREAA", "PVYSFLPG", "YLYLTFYL", "TGKSHFAI", "GTGKSHFA", "DALCEKAL", "ALCEKALK", "FKVNSTLE", "LCEKALKY", "DVDTDFVN", "NYDLSVVN", "VNSTLEQY", "CTVNALPE", "DKFKVNST", "REAACCHL", "KVNSTLEQ", "DLSVVNAR", "KALNDFSN", "TCACEIVG", "YDLSVVNA", "SMQNCVLK", "LEFGATSA", "VYPVASPN", "YPSARIVY", "TVNALPET", "QALVSDVG", "DTDFVNEF", "YLTFYLTN", "LYLTFYLT", "VYSFLPGV", "VSFLAHIQ", "FVNEFYAY", "EFYAYLRK", "YPVASPNE", "VASPNECN", "VDTDFVNE", "VNEFYAYL", "LTFYLTND", "DFVNEFYA", "NEFYAYLR", "YLTNDVSF", "FSNSGSDV", "PSARIVYT", "FYLTNDVS", "LTNDVSFL", "DIVVFDEI", "DQALVSDV", "YSFLPGVY", "TFYLTNDV", "LMNVLTLV", "SFLPGVYS", "KTPKYKFV", "PVASPNEC", "DTTSYREA", "WLYAAVIN", "NDFSNSGS", "SVYPVASP", "LNDFSNSG", "LRAKHYVY", "DFSNSGSD", "SFLAHIQW", "SNSGSDVL", "VGQQDGSE", "LYYPSARI", "LYYQNNVF", "TDFVNEFY", "DVLVRGFG", "LSVVNARL", "LDQALVSD", "HFSMMILS", "SGSDVLYQ", "NSGSDVLY", "AKALNDFS", "LLDQALVS", "EAACCHLA", "AACCHLAK", "YYQNNVFM", "VNALPETT", "YQNNVFMS", "ALVSDVGD", "ADIVVFDE", "FSMMILSD", "CCHLAKAL", "ALNDFSNS", "VLVRGFGD", "ACCHLAKA", "FLAHIQWM", "SMMILSDD", "CHLAKALN", "RLRAKHYV", "GPPGTGKS", "ARLRAKHY", "LAKALNDF", "LAHIQWMV", "HLAKALND", "QGPPGTGK", "NARLRAKH", "VNARLRAK", "VVNARLRA", "VMLTNDNT", "YKGVITHD", "FYKGVITH", "YSVMLTND", "SVMLTNDN", "VITHDVSS", "KGVITHDV", "GVITHDVS", "AHIQWMVM", "VLYYQNNV", "SVVNARLR", "FTGYRVTK", "NLTKEGAT", "QNNVFMSE", "GSEGLNDN", "NALPETTA", "TADIVVFD", "MLTNDNTS", "ALPETTAD", "GPLSAQTG", "NNVFMSEA", "TNDNTSRY", "LTNDNTSR", "VFTGYRVT", "PPGTGKSH", "EFTPFDVV", "EDEFTPFD", "YVFTGYRV", "NYVFTGYR", "TTADIVVF", "PETTADIV", "CASLKELL", "FMSEAKCW", "LPETTADI", "DEFTPFDV", "ETTADIVV", "VFMSEAKC", "SVLYYQNN", "MCASLKEL", "KSVLYYQN", "EAALCTFL", "NVFMSEAK", "FKSVLYYQ", "FCAGSTFI", "MFYKGVIT", "VVLKTGDL", "FDVVRQCS", "PGTGKSHF", "DAVVCFNS", "PLSAQTGI", "LEDEFTPF", "GDPAQLPA", "ASLKELLQ", "MMILSDDA", "MILSDDAV", "DVVRQCSG", "VLKTGDLQ", "LGPLSAQT", "GSTFISDE", "EYFNSVCR", "AVVCFNST", "FTPFDVVR", "ILSDDAVV", "AGSTFISD", "NFKSVLYY", "AWLYAAVI", "VVCFNSTY", "PFDVVRQC", "MSEAKCWT", "LKTGDLQP", "LQGPPGTG", "PAQLPAPR", "DPAQLPAP", "STFISDEV", "TPFDVVRQ", "QCSGVTFQ", "VRQCSGVT", "LSDDAVVC", "LEPEYFNS", "AQLPAPRT", "VYIGDPAQ", "LVSDVGDS", "EPEYFNSV", "DDAVVCFN", "VCFNSTYA", "SLKELLQN", "CAGSTFIS", "DMCASLKE", "KNFKSVLY", "LKELLQNG", "RQCSGVTF", "LLEDEFTP", "VVRQCSGV", "SDDAVVCF", "CFNSTYAS", "QLPAPRTL", "SIKNFKSV", "IKNFKSVL", "FNSTYASQ", "PEYFNSVC", "CSGVTFQS", "NSTYASQG", "YIGDPAQL", "VDILGPLS", "RAKHYVYI", "STYASQGL", "FEEAALCT", "FAIGLALY", "EEAALCTF", "ALLEDEFT", "TFEEAALC", "ILGPLSAQ", "AKCWTETD", "DILGPLSA", "LLYIDING", "ASIKNFKS", "LYIDINGN", "QDHVDILG", "LSAQTGIA", "KCWTETDL", "KELLQNGM", "ETAQNSVR", "CFKMFYKG", "LPAPRTLL", "TLQGPPGT", "TQDHVDIL", "KTGDLQPL", "LTQDHVDI", "DHVDILGP", "QCFKMFYK", "SEAKCWTE", "HVDILGPL", "LLLYIDIN", "YFNSVCRL", "MKTIGPDM", "CACEIVGG", "NYEPLTQD", "IGDPAQLP", "FNSVCRLM", "KTIGPDMF", "AQCFKMFY", "PAPRTLLT", "LDMCASLK", "NSVCRLMK", "STFEEAAL", "HFAIGLAL", "YNYEPLTQ", "TIGPDMFL", "SVCRLMKT", "SMKYFVKI", "PYPDPSRI", "VSDVGDSA", "MKYFVKIG", "YPDPSRIL", "SALLEDEF", "CWTETDLT", "AIGLALYY", "LPYPDPSR", "VCRLMKTI", "EAKCWTET", "LTENLLLY", "FSTFEEAA", "APRTLLTK", "AQNSVRVL", "FLTENLLL", "ACEIVGGQ", "TAQNSVRV", "HMLDMYSV", "NLLLYIDI", "KFLTENLL", "TENLLLYI", "ENLLLYID", "YEPLTQDH", "MLDMYSVM", "GHMLDMYS", "CNNYMLTY", "YLATALLT", "SCNNYMLT", "CRLMKTIG", "LDMYSVML", "HHWLLLTI", "YLPYPDPS", "LQQIELKF", "VDTANPKT", "PRTLLTKG", "MYSVMLTN", "LMKTIGPD", "EPLTQDHV", "DMYSVMLT", "TKNSKVQI", "GSALLEDE", "DTANPKTP", "NPKTPKYK", "ANPKTPKY", "TGHMLDMY", "SAQCFKMF", "RLMKTIGP", "PKTPKYKF", "KNSKVQIG", "VLDMCASL", "TGDLQPLE", "SAQTGIAV", "QNSVRVLQ", "CEIVGGQI", "PLTQDHVD", "WTETDLTK", "TFCAGSTF", "TANPKTPK", "IGLALYYP", "STLQGPPG", "TLEPEYFN", "AQTGIAVL", "LAIDAYPL", "ALNKATNN", "VKRTIKGT", "GPHEFCSQ", "GLALYYPS", "EGSEGLND", "QTGIAVLD", "SHFAIGLA", "LTGHMLDM", "THHWLLLT", "SLAIDAYP", "SDVGDSAE", "ELLQNGMN", "DKSAQCFK", "LALYYPSA", "KDKSAQCF", "ELTGHMLD", "VYLPYPDP", "PDPSRILG", "KGPHEFCS", "LGSALLED", "TGIAVLDM", "KYFVKIGP", "KSAQCFKM", "LNKATNNA", "VTKNSKVQ", "LQYIRKLH", "LGAGCFVD", "GTLEPEYF", "FHLYLQYI", "MWLIINLV", "LYLQYIRK", "DYVYLPYP", "TKFLTENL", "TGYRVTKN", "GIAVLDMC", "VSLAIDAY", "LEETKFLT", "ILGAGCFV", "YLQYIRKL", "HLYLQYIR", "GVTFQSAV", "VFHLYLQY", "RDVLVRGF", "KGTLEPEY", "RKLHDELT", "RILGAGCF", "YADVFHLY", "WLIINLVQ", "ILGSALLE", "HKDKSAQC", "YVYLPYPD", "KCSRIIPA", "GYRVTKNS", "GAGCFVDD", "DPSRILGA", "DDYVYLPY", "YIRKLHDE", "SGVTFQSA", "LHDELTGH", "IRKLHDEL", "QYIRKLHD", "CSRIIPAR", "DELTGHML", "TFQSAVKR", "KLHDELTG", "ALYYPSAR", "SRILGAGC", "GDSAEVAV", "ETKFLTEN", "VGDSAEVA", "FVDDIVKT", "HDELTGHM", "LLQNGMNG", "IAVLDMCA", "DKCSRIIP", "IDKCSRII", "EETKFLTE", "DSCNNYML", "VDDIVKTD", "DVFHLYLQ", "DVGDSAEV", "DTFCAGST", "VKTDGTLM", "YRVTKNSK", "PSRILGAG", "LIINLVQM", "AVLDMCAS", "CDTFCAGS", "AHKDKSAQ", "LATALLTL", "ADVFHLYL", "VRDVLVRG", "KTDGTLMI", "GGKGFCKL", "TILGSALL", "GMNGRTIL", "VECFDKFK", "SRIIPARA", "GEGSEGLN", "AGCFVDDI", "KIKACVEE", "RVTKNSKV", "PHEFCSQH", "EVTTTLEE", "KAHKDKSA", "IIPARARV", "LTLQQIEL", "RIIPARAR", "LKAHKDKS", "HEFCSQHT", "EVAVKMFD", "RTLLTKGT", "TLLTKGTL", "TLEETKFL", "TLQQIELK", "PARARVEC", "CFVDDIVK", "RFVSLAID", "TKGTLEPE", "FVSLAIDA", "ERFVSLAI", "DDIVKTDG", "FQSAVKRT", "RVECFDKF", "IKACVEEV", "LLTKGTLE", "DIVKTDGT", "IVKTDGTL", "IINLVQMA", "GCFVDDIV", "GKGFCKLH", "ECFDKFKV", "EEVTTTLE", "NTFSSTFN", "ARARVECF", "TDGTLMIE", "MNGRTILG", "KLRSDVLL", "TFSSTFNV", "KLNVGDYF", "VNTFSSTF", "YKLNVGDY", "IERFVSLA", "DGTLMIER", "NSKVQIGE", "TLMIERFV", "RWFLNRFT", "TTLEETKF", "GTLMIERF", "LLTLQQIE", "LQNGMNGR", "EYADVFHL", "VEEVTTTL", "VTFQSAVK", "LMIERFVS", "RARVECFD", "ARVECFDK", "CSQHTMLV", "IDAYPLTK", "YVNTFSST", "NVLSTFIS", "LRSDVLLP", "MIERFVSL", "LDNVLSTF", "NGMNGRTI", "FSSTFNVP", "LNVGDYFV", "DNVLSTFI", "AIDAYPLT", "ACVEEVTT", "KGFCKLHN", "LTKGPHEF", "QNGMNGRT", "YSTLQGPP", "KACVEEVT", "TYKLNVGD", "TKGPHEFC", "AEVAVKMF", "CVEEVTTT", "SAEVAVKM", "AVKRTIKG", "TTTLEETK", "SQHTMLVK", "QSAVKRTI", "NGRTILGS", "VYANGGKG", "DSAEVAVK", "GFCKLHNW", "CQPILLLD", "DKKIKACV", "DAYPLTKH", "VTTTLEET", "MFDAYVNT", "RTILGSAL", "KTLVATAE", "NQEYADVF", "VLSTFISA", "AYVNTFSS", "DAYVNTFS", "KPFITESK", "GRTILGSA", "QEYADVFH", "NGGKGFCK", "FCKLHNWN", "FDAYVNTF", "LTKGTLEP", "EFCSQHTM", "KLHNWNCV", "CKLHNWNC", "EVKPFITE", "VKPFITES", "VECLKLSH", "FYVYANGG", "KHPNQEYA", "YVYANGGK", "AYPLTKHP", "VAVKMFDA", "ANGGKGFC", "KKIKACVE", "YANGGKGF", "TLVATAEA", "SAVKRTIK", "PNQEYADV", "ECLKLSHQ", "SFYVYANG", "FITESKPS", "HPNQEYAD", "PILLLDQA", "KVQIGEYT", "VKMFDAYV", "FLNRFTTT", "LKTLVATA", "LHNWNCVN", "NVSLDNVL", "VRRSFYVY", "WFLNRFTT", "GVRRSFYV", "SKVQIGEY", "RRSFYVYA", "AVKMFDAY", "VSLDNVLS", "VNCDTFCA", "YPLTKHPN", "CLKLSHQS", "TKHPNQEY", "KMFDAYVN", "DLTKGPHE", "WNCVNCDT", "NCDTFCAG", "EAELAKNV", "ITESKPSV", "GTHHWLLL", "NKATNNAM", "TTYKLNVG", "LTKHPNQE", "FCSQHTML", "NWNCVNCD", "NSVRVLQK", "NCVNCDTF", "PLTKHPNQ", "LVATAEAE", "GDYGDAVV", "RVECTTIV", "RSFYVYAN", "GDDYVYLP", "ATAEAELA", "LKLSHQSD", "AEAELAKN", "VNGVRRSF", "QPILLLDQ", "KGDYGDAV", "LNRFTTTL", "SLDNVLST", "NGVRRSFY", "TIVNGVRR", "KNVSLDNV", "HNWNCVNC", "WKSYVHVV", "TAEAELAK", "VQIGEYTF", "CVNCDTFC", "IVNGVRRS", "CTTIVNGV", "ASFYYVWK", "VATAEAEL", "QHTMLVKQ", "FYYVWKSY", "TETDLTKG", "FEKGDYGD", "EKLKTLVA", "EKGDYGDA", "VWKSYVHV", "KLSHQSDI", "TPRDLGAC", "AKNVSLDN", "KLKTLVAT", "VASIKNFK", "YYVWKSYV", "IRHVRAWI", "LVASIKNF", "ETDLTKGP", "YFVKIGPE", "TDLTKGPH", "PSVEQRKQ", "LAKNVSLD", "TYASQGLV", "YVWKSYVH", "SFYYVWKS", "SKPSVEQR", "PFITESKP", "EYTFEKGD", "TESKPSVE", "KPSVEQRK", "GEYTFEKG", "YASQGLVA", "SQGLVASI", "FVKIGPER", "EEVKPFIT", "ECTTIVNG", "QGLVASIK", "VKIGPERT", "IGEYTFEK", "ELAKNVSL", "KEEVKPFI", "GLVASIKN", "QRKQDDKK", "ASQGLVAS", "VECTTIVN", "KYSTLQGP", "KQDDKKIK", "RKQDDKKI", "TTIVNGVR", "YTFEKGDY", "LSTFISAA", "EIVKFIST", "TTTYKLNV", "TFEKGDYG", "FFASFYYV", "ESKPSVEQ", "QIGEYTFE", "FASFYYVW", "KIGPERTC", "AELAKNVS", "TFISDEVA", "KGTHHWLL", "LSHQSDIE", "IFFASFYY", "HQSDIEVT", "IGPERTCC", "YFVLTSHT", "SHQSDIEV", "QGDDYVYL", "DYFVLTSH", "FVLTSHTV", "KQGDDYVY", "INLVQMAP", "NLVQMAPI", "VKQGDDYV", "YVHVVDGC", "QDDKKIKA", "MLVKQGDD", "LVKQGDDY", "EVVLKTGD", "DDKKIKAC", "YIFFASFY", "EQRKQDDK", "GDYFVLTS", "NSSTCMMC", "VGDYFVLT", "FISDEVAR", "VHVVDGCN", "HVVDGCNS", "VQMAPISA", "SVEQRKQD", "VEQRKQDD", "KSYVHVVD", "NVGDYFVL", "SYVHVVDG", "KDVVECLK", "ISDEVARD", "YKYFSGAM", "KATNNAMQ", "GTTTYKLN", "MYIFFASF", "EEVVLKTG", "VVDGCNSS", "CNSSTCMM", "QKYSTLQG", "LVQMAPIS", "WEIVKFIS", "DVVECLKL", "IGPDMFLG", "GLYPTLNI", "RRCPAEIV", "CRRCPAEI", "RGTTTYKL", "TMLVKQGD", "GCNSSTCM", "VDGCNSST", "FSSNVANY", "EDDYQGKP", "YRGTTTYK", "QMAPISAM", "DGCNSSTC", "PKEEVKPF", "VRMYIFFA", "SSNVANYQ", "PRDLGACI", "DYQGKPLE", "LTSHTVMP", "RMYIFFAS", "ATNNAMQV", "AMVRMYIF", "VVECLKLS", "VRITGLYP", "KEIIFLEG", "RITGLYPT", "TSHTVMPL", "NVANYQKV", "YRKCVKSR", "TKDVVECL", "ITGLYPTL", "IIFLEGET", "MVRMYIFF", "RKCVKSRE", "VVYRGTTT", "SNVANYQK", "PQEHYVRI", "LVPQEHYV", "NLYDKLVS", "HYVRITGL", "VPQEHYVR", "TGLYPTLN", "GPDMFLGT", "QEHYVRIT", "HTMLVKQG", "VYRGTTTY", "ETKDVVEC", "TCRRCPAE", "PLEFGATS", "MAPISAMV", "YVRITGLY", "PDMFLGTC", "EHYVRITG", "DYGDAVVY", "AVVYRGTT", "VANYQKVG", "PKEIIFLE", "VLTSHTVM", "DAVVYRGT", "KCVKSREE", "EIPKEEVK", "DDYQGKPL", "YQGKPLEF", "DVETKDVV", "EIIFLEGE", "VETKDVVE", "SDVETKDV", "IVDTVSAL", "KPLEFGAT", "ALLTLQQI", "KSEKQVEQ", "IPKEEVKP", "EIVDTVSA", "IKGTHHWL", "YFSGAMDT", "LYRKCVKS", "TIKGTHHW", "DTVSALVY", "SFLEMKSE", "PAEIVDTV", "TVSALVYD", "TEEVVLKT", "LYDKLVSS", "QGKPLEFG", "MKSEKQVE", "LYPTLNIS", "LTEEVVLK", "YGDAVVYR", "VDTVSALV", "GKPLEFGA", "DSDVETKD", "GDAVVYRG", "EFSSNVAN", "ANYQKVGM", "MQKYSTLQ", "SDEVARDL", "GDSCNNYM", "RTIKGTHH", "AEIVDTVS", "VSALVYDN", "VDSDVETK", "WDLLKYDF", "GFVDSDVE", "EMKSEKQV", "KYFSGAMD", "SAMVRMYI", "KWDLLKYD", "TGDSCNNY", "GMQKYSTL", "QGFVDSDV", "PISAMVRM", "SHTVMPLS", "VGMQKYST", "YQKVGMQK", "FSGAMDTT", "MDTTSYRE", "RDLGACID", "ATALLTLQ", "QKVGMQKY", "VTGDSCNN", "HTVMPLSA", "KVGMQKYS", "ISAMVRMY", "NYQKVGMQ", "APKEIIFL", "VGEGSEGL", "PLKAPKEI", "FLEMKSEK", "LEMKSEKQ", "MPLKAPKE", "GLYRKCVK", "APISAMVR", "CPAEIVDT", "DLLKYDFT", "LLKYDFTE", "IKWDLLKY", "DLGACIDC", "KAPKEIIF", "RQGFVDSD", "YIKWDLLK", "FVDSDVET", "LKAPKEII", "TALLTLQQ", "SVRVLQKA", "YDKLVSSF", "DKLVSSFL", "GWEIVKFI", "CVKSREET", "TLVPQEHY", "KSREETGL", "KRTIKGTH", "TVMPLSAP", "SGAMDTTS", "AEIPKEEV", "VKSREETG", "RCPAEIVD", "GAMDTTSY", "AMDTTSYR", "NRNYVFTG", "YNTYKNTC", "LGACIDCS", "IFLEGETL", "IAEIPKEE", "PTLVPQEH", "FLEGETLP", "VNKFLALC", "APTLVPQE", "QVRDVLVR", "DMFLGTCR", "VLTEEVVL", "MFLGTCRR", "SAPTLVPQ", "KGLYRKCV", "LSAPTLVP", "ARQGFVDS", "PLSAPTLV", "DIEVTGDS", "TFISAARQ", "FISAARQG", "LEGETLPT", "GPERTCCL", "RNYVFTGY", "LNRNYVFT", "STFISAAR", "SAARQGFV", "AARQGFVD", "ISAARQGF", "EVTGDSCN", "DYNTYKNT", "SKGLYRKC", "DEVARDLS", "KLVSSFLE", "SDIEVTGD", "LMPLKAPK", "EGETLPTE", "EETGLLMP", "QSDIEVTG", "LVNKFLAL", "IDCSARHI", "PDYNTYKN", "PLNRNYVF", "FFKLVNKF", "VIPDYNTY", "IPDYNTYK", "VVIPDYNT", "GACIDCSA", "REETGLLM", "LVSSFLEM", "TVSVSSPD", "KLVNKFLA", "IEVTGDSC", "CIDCSARH", "VSSFLEMK", "VMPLSAPT", "SREETGLL", "FGTVYEKL", "IPARARVE", "PAMHAASG", "FKLVNKFL", "MPLSAPTL", "ETGLLMPL", "LLMPLKAP", "NKFLALCA", "TFFKLVNK", "HSKGLYRK", "GLLMPLKA", "QTFFKLVN", "MVVIPDYN", "ACIDCSAR", "DGWEIVKF", "VQTFFKLV", "LKYDFTEE", "NTYKNTCD", "KESVQTFF", "IDAMMFTS", "TGLLMPLK", "KYDFTEER", "EIVGGQIV", "SEKQVEQK", "LNLGETFV", "KVDTANPK", "DFTEERLK", "RDGWEIVK", "ALNLGETF", "TYKNTCDG", "MMFTSDLA", "YDFTEERL", "AMMFTSDL", "MCQPILLL", "KQVEQKIA", "QVEQKIAE", "FTEERLKL", "LMCQPILL", "DAMMFTSD", "KFLALCAD", "EERLKLFD", "EKQVEQKI", "TEERLKLF", "LTKEGATT", "YDFVENPD", "LQVRDVLV", "IVGGQIVT", "VEQKIAEI", "PERTCCLC", "ESVQTFFK", "GETLPTEV", "LKALNLGE", "PYIKWDLL", "EVLTEEVV", "VVAFNTLL", "KPYIKWDL", "LTKPYIKW", "FLGTCRRC", "FLALCADS", "TKPYIKWD", "LGTCRRCP", "DFVENPDI", "SLRLIDAM", "DLTKPYIK", "VAFNTLLF", "LRLIDAMM", "LIDAMMFT", "RLIDAMMF", "ETLPTEVL", "GTCRRCPA", "TLDNQDLN", "NLGETFVT", "LDNQDLNG", "SVQTFFKL", "FVENPDIL", "KLKALNLG", "KALNLGET", "AFNTLLFL", "VFDKNLYD", "MFTSDLAT", "MHAASGNL", "LRDGWEIV", "EQKIAEIP", "YSLRLIDA", "ISQYSLRL", "ERTCCLCD", "IKESVQTF", "SDLATNNL", "DGISQYSL", "FTSDLATN", "LGETFVTH", "ITGGVVQL", "GETFVTHS", "DLATNNLV", "SSFLEMKS", "GISQYSLR", "QKIAEIPK", "VLTLDNQD", "LTLDNQDL", "KGIKIQEG", "GIKIQEGV", "TSDLATNN", "KIAEIPKE", "IKIQEGVV", "AVFDKNLY", "SQYSLRLI", "TLPTEVLT", "TDLTKPYI", "FVTHSKGL", "AMHAASGN", "HVVAFNTL", "RTCCLCDR", "GVLTLDNQ", "VENPDILR", "TGGVVQLT", "ENPDILRV", "LVYAADPA", "YITGGVVQ", "ARFYFYTS", "VTHSKGLY", "VGVLTLDN", "KIQEGVVD", "DILRVYAN", "AKLKALNL", "LATNNLVV", "ALYNKYKY", "YGARFYFY", "EIKESVQT", "THSKGLYR", "TFVTHSKG", "TNNAMQVE", "SYYSLLMP", "QYSLRLID", "LAVFDKNL", "DSYYSLLM", "GARFYFYT", "LALYNKYK", "ETFVTHSK", "ATNNLVVM", "ATVSVSSP", "VRVLQKAA", "GGAKLKAL", "GAKLKALN", "TCCLCDRR", "VDSYYSLL", "TEVLTEEV", "RYLALYNK", "YLALYNKY", "DNQDLNGN", "PATVSVSS", "IQEGVVDY", "AKEIKESV", "VVDSYYSL", "ERLKLFDR", "KEIKESVQ", "LDGISQYS", "GTVYEKLK", "QLMCQPIL", "PVVDSYYS", "CCLCDRRA", "LLVYAADP", "KVPATVSV", "IIGGAKLK", "VLQVRDVL", "YKGIKIQE", "VFTTVDNI", "IGGAKLKA", "DPAMHAAS", "KYKGIKIQ", "WYDFVENP", "DYGARFYF", "VPVVDSYY", "NRYLALYN", "ASGNLLLD", "HAASGNLL", "GVPVVDSY", "DTDLTKPY", "IVGVLTLD", "AASGNLLL", "GIVGVLTL", "ELLVYAAD", "NQDLNGNW", "FTTVDNIN", "IDLDEWSM", "AGIVGVLT", "GGVVQLTS", "ILDGISQY", "NIFGTVYE", "NAGIVGVL", "IFGTVYEK", "QDLNGNWY", "VPATVSVS", "YLAVFDKN", "NDNTSRYW", "SGVPVVDS", "VVQLTSQW", "LTNIFGTV", "LIDSYFVV", "QWLTNIFG", "IDSYFVVK", "GNLLLDKR", "QEGVVDYG", "WNLREMLA", "RLKLFDRY", "VQLTSQWL", "WYDFGDFI", "SGNLLLDK", "GVVQLTSQ", "NLLLDKRT", "VDYGARFY", "GVVDYGAR", "LKLFDRYF", "KLFDRYFK", "WLTNIFGT", "KIFVDGVP", "LFDRYFKY", "LALCADSI", "DLNGNWYD", "NWYDFGDF", "NGNWYDFG", "TVYEKLKP", "VVDYGARF", "LNGNWYDF", "GNWYDFGD", "VDTDLTKP", "TNIFGTVY", "PTEVLTEE", "GIDLDEWS", "DWYDFVEN", "PPLNRNYV", "GSGVPVVD", "KELLVYAA", "FGDFIQTT", "EGVVDYGA", "NNLVVMAY", "YYSLLMPI", "RNAGIVGV", "LGIDLDEW", "YDFGDFIQ", "HTFSNYQH", "RKIFVDGV", "AYITGGVV", "YNRYLALY", "IFVDGVPF", "NLIDSYFV", "RHTFSNYQ", "TFSNYQHE", "RHFDEGNC", "CLCDRRAT", "VVMAYITG", "LRHFDEGN", "DFGDFIQT", "ITILDGIS", "HFDEGNCD", "FSNYQHEE", "NLVVMAYI", "ALCADSII", "CDAMRNAG", "TNNLVVMA", "LVVMAYIT", "LPTEVLTE", "LREMLAHA", "FKELLVYA", "AESHVDTD", "TCAKEIKE", "SHVDTDLT", "ESHVDTDL", "CAKEIKES", "MRNAGIVG", "VMAYITGG", "FDEGNCDT", "LCADSIII", "DGVPFVVS", "FDRYFKYW", "KDWYDFVE", "TILDGISQ", "MAYITGGV", "HVDTDLTK", "QLTSQWLT", "CCDDDYFN", "CDDDYFNK", "DAMRNAGI", "VDGVPFVV", "NCDTLKEI", "RYFKYWDQ", "AMRNAGIV", "YFVVKRHT", "DEGNCDTL", "SYFVVKRH", "KKDWYDFV", "EGNCDTLK", "REMLAHAE", "DRYFKYWD", "CDTLKEIL", "DSYFVVKR", "NLREMLAH", "PLGIDLDE", "GNCDTLKE", "FVDGVPFV", "SSRLSFKE", "LTSQWLTN", "LSFKELLV", "RKYKGIKI", "YFNKKDWY", "LHSSRLSF", "DYFNKKDW", "LKEILVTY", "HSSRLSFK", "DTLKEILV", "NLHSSRLS", "EMLAHAEE", "VKRHTFSN", "YLTSSSKT", "RLSFKELL", "VRKIFVDG", "DNTSRYWE", "VVKRHTFS", "TSQWLTNI", "YFKYWDQT", "FNKKDWYD", "ALRHFDEG", "SFKELLVY", "GYLTSSSK", "DDDYFNKK", "SQWLTNIF", "KRHTFSNY", "DDYFNKKD", "NKKDWYDF", "TLKEILVT", "SNYQHEET", "SRLSFKEL", "IIIGGAKL", "SVSSPDAV", "FVVSTGYH", "NGYLTSSS", "VYALRHFD", "PFVVSTGY", "FVVKRHTF", "YALRHFDE", "ILVTYNCC", "GGCVFSYV", "LQKAAITI", "EILVTYNC", "VSVSSPDA", "AITILDGI", "VVSTGYHF", "VPFVVSTG", "AFGGCVFS", "YHFRELGV", "DVNLHSSR", "DNLIDSYF", "GVPFVVST", "KEILVTYN", "NCCDDDYF", "VSTGYHFR", "LKKSLNVA", "QDVNLHSS", "LVRKIFVD", "DLDEWSMA", "GYHFRELG", "QKAAITIL", "VNLHSSRL", "LTSSSKTP", "VTYNCCDD", "LVTYNCCD", "QHEETIYN", "NPDILRVY", "ATAQEAYE", "TGYHFREL", "KLKKSLNV", "STGYHFRE", "PDILRVYA", "IAFGGCVF", "RVLQKAAI", "VLQKAAIT", "YNCCDDDY", "KSLNVAKS", "KKSLNVAK", "DSIIIGGA", "TYNCCDDD", "NYQHEETI", "FATAQEAY", "EHFIETIS", "YQHEETIY", "PLVRKIFV", "TVKGLDYK", "LQQLRVES", "AVANGDSE", "SIIIGGAK", "HEETIYNL", "EEHFIETI", "KAAITILD", "NTSRYWEP", "NQDVNLHS", "LVYALRHF", "AAITILDG", "LQPVSELL", "DLVYALRH", "ADSIIIGG", "HNQDVNLH", "QYNRYLAL", "CADSIIIG", "VANGDSEV", "ELGTEVNE", "EETIYNLL", "TSSSKTPE", "MLAHAEET", "VSSPDAVT", "FGGCVFSY", "LGTEVNEF", "TLQPVSEL", "HFRELGVV", "FRELGVVH", "KTLQPVSE", "NCVNCLDD", "YNGYLTSS", "SSSKTPEE", "ADLVYALR", "TTTLNDFN", "TPLGIDLD", "PNCVNCLD", "YHPNCVNC", "NGDSEVVL", "ETVKGLDY", "HPNCVNCL", "ANGDSEVV", "LDDRCILH", "VETVKGLD", "CLDDRCIL", "VMVELVAE", "FTTTLNDF", "HVMVELVA", "GHVMVELV", "DDRCILHC", "RTAPHGHV", "SSKTPEEH", "FVETVKGL", "KKLKKSLN", "GTEVNEFA", "VSELLTPL", "PEEHFIET", "IYNLLKDC", "SKTPEEHF", "SYAAFATA", "FKYWDQTY", "LKKLKKSL", "NCLDDRCI", "GCVFSYVG", "CVFSYVGC", "RELGVVHN", "CVNCLDDR", "KYWDQTYH", "AYNGYLTS", "HGHVMVEL", "VNCLDDRC", "YAAFATAQ", "GVVHNQDV", "LGVVHNQD", "ELGVVHNQ", "RKLMPVCV", "LTPLGIDL", "QIGVVREF", "SELLTPLG", "HFIETISL", "VVHNQDVN", "VYLAVFDK", "TAYNGYLT", "AAFATAQE", "YWDQTYHP", "YAADPAMH", "FSYVGCHN", "VHNQDVNL", "YNLLKDCP", "VGGQIVTC", "VFSYVGCH", "VTAYNGYL", "VLKKLKKS", "TPEEHFIE", "KTPEEHFI", "YKNTCDGT", "QPVSELLT", "FIETISLA", "ELLTPLGI", "RQRLTKYT", "LLTPLGID", "HCANFNVL", "DAVTAYNG", "IGVVREFL", "GDSEVVLK", "PDAVTAYN", "FGPLVRKI", "APHGHVMV", "VVLKKLKK", "DWLEEKFK", "AFATAQEA", "EVVLKKLK", "LDWLEEKF", "CANFNVLF", "LTKYTMAD", "NTCDGTTF", "NRFTTTLN", "TAPHGHVM", "SYVGCHNK", "KYTMADLV", "LHCANFNV", "NEFACVVA", "RCILHCAN", "VYAADPAM", "YTMADLVY", "TKYTMADL", "IETISLAG", "NNAMQVES", "KNTCDGTT", "SEVVLKKL", "PHGHVMVE", "GPLVRKIF", "ETIYNLLK", "DRCILHCA", "AVTAYNGY", "PSYAAFAT", "SPDAVTAY", "TTLNDFNL", "QTYHPNCV", "TYHPNCVN", "TMADLVYA", "GVVREFLT", "GCHNKCAY", "CILHCANF", "SSPDAVTA", "SFGPLVRK", "ILHCANFN", "NLLKDCPA", "DSEVVLKK", "EVARDLSL", "SLLMPILT", "PVSELLTP", "TIYNLLKD", "MADLVYAL", "GGQIVTCA", "FLRDGWEI", "MVELVAEL", "QRLTKYTM", "AKHDFFKF", "DQTYHPNC", "VYEKLKPV", "LLKDCPAV", "RFTTTLND", "VNEFACVV", "RLTKYTMA", "LLMPILTL", "GFDVEGCH", "WDQTYHPN", "YSLLMPIL", "LPSYAAFA", "CDGTTFTY", "VAKHDFFK", "VKGLDYKA", "TSRYWEPE", "HIQWMVMF", "VMFTPLVP", "IQWMVMFT", "DYKAFKQI", "LDYKAFKQ", "NFNVLFST", "YVGCHNKC", "LEEKFKEG", "AFVETVKG", "FNVLFSTV", "LAHAEETR", "GLDYKAFK", "QWMVMFTP", "VGCHNKCA", "KGLDYKAF", "EFLRDGWE", "TSFGPLVR", "ETISLAGS", "ADPAMHAA", "YEKLKPVL", "LMPILTLT", "IKTLQPVS", "LKVPATVS", "AADPAMHA", "MVMFTPLV", "WIGFDVEG", "WMVMFTPL", "SLKVPATV", "EEKFKEGV", "CHNKCAYW", "EKLKPVLD", "EFACVVAD", "NVLFSTVF", "VLFSTVFP", "VIKTLQPV", "TSMKYFVK", "VIHFGAGS", "AVAKHDFF", "EVNEFACV", "ACVVADAV", "TLNDFNLV", "YLNTLTLA", "YKDWSYSG", "SAFVETVK", "LTSMKYFV", "ANFNVLFS", "MRVIHFGA", "KLMPVCVE", "LNTLTLAV", "WLEEKFKE", "ELTSMKYF", "MRSLKVPA", "IGFDVEGC", "LNIIPLTT", "NMRVIHFG", "VVADAVIK", "RAWIGFDV", "MPILTLTR", "RVIHFGAG", "AWIGFDVE", "VRAWIGFD", "FELTSMKY", "HNKCAYWV", "ESGLKTIL", "NTLTLAVP", "TLTRALTA", "GSYKDWSY", "MPVCVETK", "TCDGTTFT", "PLVPFWIT", "LMPVCVET", "NKCAYWVP", "LTLAVPYN", "FTPLVPFW", "LTRALTAE", "TIAFGGCV", "TRALTAES", "SYKDWSYS", "LTLTRALT", "RSLKVPAT", "PILTLTRA", "FACVVADA", "HVRAWIGF", "QQLRVESS", "NESGLKTI", "VEFLRDGW", "TLTLAVPY", "PAVAKHDF", "LVPFWITI", "AVPYNMRV", "TPLVPFWI", "LKPVLDWL", "TLAVPYNM", "KLKPVLDW", "ILTLTRAL", "TEVNEFAC", "RALTAESH", "MFTPLVPF", "LAVPYNMR", "NIIPLTTA", "ALTAESHV", "AGSYKDWS", "VPYNMRVI", "PYNMRVIH", "CPAVAKHD", "KPVLDWLE", "LTAESHVD", "YNMRVIHF", "ADAVIKTL", "VADAVIKT", "DCPAVAKH", "TAESHVDT", "KCAYWVPR", "PVCVETKA", "ISLAGSYK", "SLEIPRRN", "LEIPRRNV", "GFELTSMK", "SLPSYAAF", "RFYFYTSK", "SHVVAFNT", "GQIVTCAK", "VLDWLEEK", "TISLAGSY", "SLAGSYKD", "EKFKEGVE", "VLLSVLQQ", "QIVTCAKE", "CVVADAVI", "AFEKMVSL", "EAFEKMVS", "LLSVLQQL", "KMVSLLSV", "EKMVSLLS", "PVLDWLEE", "MVSLLSVL", "LVSDIDIT", "IHFGAGSD", "TSAFVETV", "TEAFEKMV", "SLLSVLLS", "QLRVESSS", "VSLLSVLL", "LLSVLLSM", "STSAFVET", "FLLPSLAT", "CVPLNIIP", "VCVETKAI", "TILRKGGR", "FEKMVSLL", "QLHNDILL", "CAYWVPRA", "LAKDTTEA", "LAGSYKDW", "KTILRKGG", "GCVPLNII", "RTIAFGGC", "ILLAKDTT", "LKTILRKG", "DAVIKTLQ", "FDVEGCHA", "AKDTTEAF", "TTEAFEKM", "LKDCPAVA", "ASTSAFVE", "LLAKDTTE", "LNDFNLVA", "SSLPSYAA", "LLSMQGAV", "IVTCAKEI", "HNDILLAK", "DTTEAFEK", "KDTTEAFE", "LSVLQQLR", "FSSLPSYA", "LHNDILLA", "TLVSDIDI", "SKEGFFTY", "LLPSLATV", "VVLLSVLQ", "VTCAKEIK", "EFSSLPSY", "KDCPAVAK", "NDILLAKD", "TQYNRYLA", "GLKTILRK", "CVETKAIV", "AHAEETRK", "VEGCHATR", "DILLAKDT", "TLQAENVT", "SVLQQLRV", "FTYICGFI", "GRTIAFGG", "SVLLSMQG", "DGCVPLNI", "EGCHATRE", "ATVAYFNM", "KEGFFTYI", "AVIKTLQP", "DVEGCHAT", "SEFSSLPS", "QRKYKGIK", "VLQQLRVE", "EGFFTYIC", "VETKAIVS", "GCHATREA", "VLLSMQGA", "LRVESSSK", "RVESSSKL", "LQAIASEF", "YICGFIQQ", "LSMQGAVD", "QAIASEFS", "SGLKTILR", "SKLWAQCV", "SLNVAKSE", "LPSLATVA", "TYICGFIQ", "FGAGSDKG", "LNVAKSEF", "NVAKSEFD", "LSVLLSMQ", "NRATLQAI", "HFGAGSDK", "ETKAIVST", "RKGGRTIA", "AIASEFSS", "SMQGAVDI", "GGRTIAFG", "LATVAYFN", "IASEFSSL", "FTSLEIPR", "MQGAVDIN", "SLATVAYF", "PSLATVAY", "VSTIQRKY", "TVAYFNMV", "ILRKGGRT", "TIQRKYKG", "TLQAIASE", "IQRKYKGI", "RATLQAIA", "QGAVDINK", "ASEFSSLP", "IVSTIQRK", "LDNRATLQ", "ATLQAIAS", "VPFWITIA", "TSLEIPRR", "SQLMCQPI", "DNRATLQA", "VPLNIIPL", "PFWITIAY", "RHVRAWIG", "LRKGGRTI", "EIPRRNVA", "TKAIVSTI", "STIQRKYK", "KGGRTIAF", "HNESGLKT", "ESSSKLWA", "SVVLLSVL", "SSSKLWAQ", "KHDFFKFR", "ATLVSDID", "VESSSKLW", "PRRNVATL", "HGFELTSM", "SSKLWAQC", "VARDLSLQ", "TTVDNINL", "GAGSDKGV", "FFTYICGF", "CEEMLDNR", "GFFTYICG", "KAIVSTIQ", "IPRRNVAT", "PLNIIPLT", "HDFFKFRI", "KLWAQCVQ", "WAQCVQLH", "PVLQVRDV", "LWAQCVQL", "EVGPEHSL", "AIVSTIQR", "EEMLDNRA", "PEHSLAEY", "AQCVQLHN", "VAKSEFDR", "DFFKFRID", "VGPEHSLA", "VATLQAEN", "AHGFELTS", "AYWVPRAS", "YWVPRASA", "NDSKEGFF", "FVSDADST", "LQAENVTG", "CHATREAV", "KSEFDRDA", "RDGCVPLN", "ATLQAENV", "AIRHVRAW", "NSEVGPEH", "QCVQLHND", "ATREAVGT", "VQLHNDIL", "CVQLHNDI", "IIPLTTAA", "AGSDKGVA", "NVATLQAE", "DFVSDADS", "SEVGPEHS", "FFKFRIDG", "LQFKRPIN", "ENDSKEGF", "SDADSTLI", "AKSEFDRD", "GPEHSLAE", "PLTTAAKL", "DSKEGFFT", "DLIISDMY", "IPLTTAAK", "QAENVTGL", "FKFRIDGD", "AVLRQWLP", "TAVLRQWL", "EAIRHVRA", "WVPRASAN", "ARDGCVPL", "EEAIRHVR", "SATLVSDI", "GSDKGVAP", "EMLDNRAT", "DADSTLIG", "REEAIRHV", "VSDADSTL", "VKIYCPAC", "YHNESGLK", "SDKGVAPG", "NDFVSDAD", "FYFYTSKT", "LIISDMYD", "MLDNRATL", "HATREAVG", "KWDLIISD", "YSQLMCQP", "DKGVAPGT", "LTTAAKLM", "AENVTGLF", "APGTAVLR", "YFYTSKTT", "HSLAEYHN", "ANKWDLII", "FRIDGDMV", "NKWDLIIS", "ARDLSLQF", "KFRIDGDM", "VAPGTAVL", "AEYHNESG", "GTAVLRQW", "VDINKLCE", "WDLIISDM", "LNDFVSDA", "RDLSLQFK", "LAEYHNES", "DINKLCEE", "AVDINKLC", "LLVDSDLN", "GVAPGTAV", "SLAEYHNE", "KGVAPGTA", "NNARDGCV", "PGTAVLRQ", "GAVDINKL", "NAVVKIYC", "TANKWDLI", "SRYWEPEF", "NARDGCVP", "QNAVVKIY", "GTLLVDSD", "EHSLAEYH", "CHNSEVGP", "TLLVDSDL", "VPRASANI", "DLNDFVSD", "LDNDALNN", "EYHNESGL", "KENDSKEG", "DSTLIGDC", "AVVKIYCP", "ADSTLIGD", "ENVTGLFK", "TTAAKLMV", "SLQFKRPI", "IINNARDG", "DLSLQFKR", "TREEAIRH", "NVTGLFKD", "KLDNDALN", "DSATLVSD", "DNDALNNI", "LNNIINNA", "TKNVTKEN", "HTANKWDL", "TVDNINLH", "SRQRLTKY", "LSLQFKRP", "NNIINNAR", "MLRKLDND", "VTGLFKDC", "TMLRKLDN", "KSKCEESS", "HNSEVGPE", "NIINNARD", "SEFDRDAA", "INNARDGC", "WAHGFELT", "FTMLRKLD", "VHTANKWD", "KFKEGVEF", "ISRQRLTK", "HISRQRLT", "RKLDNDAL", "PRASANIG", "REAVGTNL", "RNVATLQA", "SDLNDFVS", "LRKLDNDA", "WLPTGTLL", "PTGTLLVD", "LPTGTLLV", "DALNNIIN", "TREAVGTN", "RRNVATLQ", "PHISRQRL", "LVDSDLND", "ALNNIINN", "KTKNVTKE", "NVYLAVFD", "STLIGDCA", "NDALNNII", "VDSDLNDF", "NTLNDLNE", "NKLCEEML", "TGTLLVDS", "TGLFKDCS", "KIYCPACH", "INTLNDLN", "DMVPHISR", "VPHISRQR", "GDMVPHIS", "FKEGVEFL", "TVHTANKW", "MVPHISRQ", "MMGFKMNY", "LGYFCTCY", "FYTSKTTV", "MLVYCFLG", "LVYCFLGY", "SMMGFKMN", "FLGYFCTC", "DSDLNDFV", "LINTLNDL", "FDGKSKCE", "GYFCTCYF", "GKSKCEES", "CATVHTAN", "VLRQWLPT", "IGDCATVH", "PQNAVVKI", "IISDMYDP", "DGKSKCEE", "TLIGDCAT", "EAVGTNLP", "LIGDCATV", "INKLCEEM", "KLCEEMLD", "DCATVHTA", "LCEEMLDN", "DGDMVPHI", "GDCATVHT", "SDMYDPKT", "ATVHTANK", "VFDGKSKC", "RIDGDMVP", "TKENDSKE", "IDGDMVPH", "TLNDLNET", "IMLVYCFL", "IVFDGKSK", "ISMMGFKM", "VIVFDGKS", "LISMMGFK", "ISDMYDPK", "YFCTCYFG", "HPDSATLV", "NVTKENDS", "ANIGCNHT", "CIMLVYCF", "QWLPTGTL", "HAEETRKL", "GLFKDCSK", "EFDRDAAM", "LNDLNETL", "INVIVFDG", "VTKENDSK", "RASANIGC", "SLINTLND", "ITREEAIR", "NVIVFDGK", "ACHNSEVG", "GLHPTQAP", "RLISMMGF", "ASANIGCN", "LWAHGFEL", "TAAKLMVV", "QCIMLVYC", "PDSATLVS", "TVASLINT", "LRQWLPTG", "AVGTNLPL", "VVKIYCPA", "VGTNLPLQ", "TCYFGLFC", "DMYDPKTK", "NKLKAHKD", "AEETRKLM", "VLWAHGFE", "YYSQLMCQ", "KEGVEFLR", "LHPTQAPT", "MYDPKTKN", "YDPKTKNV", "TKEGATTC", "KNVTKEND", "GTNLPLQL", "VASLINTL", "KEGATTCG", "CYFGLFCL", "YFGLFCLL", "FITREEAI", "RQWLPTGT", "PACHNSEV", "LFKDCSKV", "NLPLQLGF", "ASLINTLN", "TYRRLISM", "TNLPLQLG", "FVLWAHGF", "LPLQLGFS", "IYCPACHN", "SANIGCNH", "TQLCQYLN", "FKDCSKVI", "NIGCNHTG", "MTYRRLIS", "KLKAHKDK", "PINVIVFD", "PLQLGFST", "RRLISMMG", "TGLHPTQA", "FGLFCLLN", "DMTYRRLI", "YCPACHNS", "KDMTYRRL", "MLSDTLKN", "LPVLQVRD", "QMLSDTLK", "VYCFLGYF", "QLCQYLNT", "YRRLISMM", "EETRKLMP", "GVEFLRDG", "EGVEFLRD", "LQLGFSTG", "FDRDAAMQ", "KFKTEGLC", "LPQNAVVK", "LHPDSATL", "SKVITGLH", "FKTEGLCV", "CYLATALL", "CPACHNSE", "DPKTKNVT", "ERHSLSHF", "KDCSKVIT", "RHSLSHFV", "PKTKNVTK", "LSLPVLQV", "DCSKVITG", "QLGFSTGV", "VYYSQLMC", "NTDFSRVS", "CSKVITGL", "VYYGNALD", "LIPLMYKG", "GFKMNYQV", "YTQLCQYL", "TEGLCVDI", "LPINVIVF", "KTEGLCVD", "HLIPLMYK", "ITGLHPTQ", "VVGEGSEG", "APTHLSVD", "DTLKNLSD", "AAKLMVVI", "TEETFKLS", "SVYYSQLM", "ISTKHFYW", "VDNINLHT", "STKHFYWF", "LGFSTGVN", "HPTQAPTH", "QFKHLIPL", "DRDAAMQR", "FKLSYGIA", "VFVLWAHG", "EETFKLSY", "CISTKHFY", "TDFSRVSA", "ICISTKHF", "NNCYLATA", "MGFKMNYQ", "ASVYYSQL", "YSHVVAFN", "TQAPTHLS", "KSASVYYS", "SDTLKNLS", "LSDTLKNL", "RDAAMQRK", "FKMNYQVN", "PTQAPTHL", "IICISTKH", "TLKNLSDR", "FKHLIPLM", "DQFKHLIP", "PGDQFKHL", "ETFKLSYG", "SASVYYSQ", "GDQFKHLI", "YIICISTK", "SDRVVFVL", "PTGYVDTP", "FCTCYFGL", "KHLIPLMY", "QAPTHLSV", "TKHFYWFF", "ATEETFKL", "CGYLPQNA", "NCYLATAL", "FSRVSAKP", "VITGLHPT", "KMNYQVNG", "LQCIMLVY", "CTCYFGLF", "YMRSLKVP", "PLTSFGPL", "YLPQNAVV", "GFSTGVNL", "DRVVFVLW", "FSTGVNLV", "DFSRVSAK", "MNYQVNGY", "KVITGLHP", "KGLPWNVV", "ETRKLMPV", "QLSLPVLQ", "VFPLTSFG", "YKGLPWNV", "FPLTSFGP", "RVVFVLWA", "VVFVLWAH", "TCGYLPQN", "TLQCIMLV", "SLPVLQVR", "YERHSLSH", "PPGDQFKH", "VPTGYVDT", "SRVSAKPP", "LTSFGPLV", "DAAMQRKL", "NYQVNGYP", "LMYKGLPW", "LKNLSDRV", "YQVNGYPN", "TVFPLTSF", "PLMYKGLP", "KPPPGDQF", "YCFLGYFC", "TTVASLIN", "YTSKTTVA", "NTLQCIML", "RVSAKPPP", "VTVKNGSI", "TFKLSYGI", "VSAKPPPG", "DNNCYLAT", "LRANNTKG", "IPLMYKGL", "MYKGLPWN", "EGATTCGY", "SVTVKNGS", "VHFISNSW", "TYERHSLS", "TTCGYLPQ", "PPPGDQFK", "MFITREEA", "KTVQFCDA", "KTTVASLI", "GSIHLYFD", "FSTVFPLT", "LFSTVFPL", "LDNLRANN", "AKPPPGDQ", "VKNGSIHL", "SLPINVIV", "LCQYLNTL", "SAKPPPGD", "IHLYFDKA", "NGSIHLYF", "CQYLNTLT", "NLRANNTK", "STVFPLTS", "SKTTVASL", "HLYFDKAG", "VNLVAVPT", "PWNVVRIK", "NLVAVPTG", "LVAVPTGY", "WNVVRIKI", "GYLPQNAV", "GATTCGYL", "TSKTTVAS", "KNGSIHLY", "QYLNTLTL", "ATTCGYLP", "STGVNLVA", "CFLGYFCT", "DNLRANNT", "TVKNGSIH", "LSDRVVFV", "GVVGEGSE", "ETFYPKLQ", "NLSDRVVF", "SIHLYFDK", "TSVVLLSV", "GSLPINVI", "VETFYPKL", "NLHPDSAT", "LYFDKAGQ", "GVNLVAVP", "KYTQLCQY", "KGSLPINV", "VAVPTGYV", "KNLSDRVV", "GNLHPDSA", "NMFITREE", "VQLSLPVL", "EGLCVDIP", "AVPTGYVD", "AKLMVVIP", "TFYPKLQS", "HVQLSLPV", "NDFNLVAM", "TGVNLVAV", "THVQLSLP", "DFNLVAMK", "RVVFNGVS", "CTSVVLLS", "TKKAGGTT", "KKAGGTTE", "TVQFCDAM", "LMVVIPDY", "NTKGSLPI", "RRVVFNGV", "PTKKAGGT", "KLSYGIAT", "RSDVLLPL", "TKGSLPIN", "NNTKGSLP", "TEISFMLW", "FYPKLQSS", "AGGTTEML", "GLPWNVVR", "EISFMLWC", "SVTSNYSG", "LPWNVVRI", "YTEISFML", "KLMVVIPD", "ISVTSNYS", "KTYERHSL", "KATEETFK", "FMLWCKDG", "ISFMLWCK", "AAMQRKLE", "PNMFITRE", "QVNGYPNM", "VQFCDAMR", "VNGYPNMF", "QKTYERHS", "IISVTSNY", "RYMRSLKV", "YPKLQSSQ", "FCDAMRNA", "GLCVDIPG", "KAGGTTEM", "GYPNMFIT", "AYIICIST", "DYTEISFM", "NGYPNMFI", "YPNMFITR", "IPTKKAGG", "IAYIICIS", "QFCDAMRN", "VIPTKKAG", "TIAYIICI", "WITIAYII", "SFMLWCKD", "IDYTEISF", "ITIAYIIC", "GVSFSTFE", "NGVSFSTF", "YFDKAGQK", "TRKLMPVC", "PKLQSSQA", "LSYGIATV", "KLQSSQAW", "SFSTFEEA", "HVETFYPK", "VTSNYSGV", "VSFSTFEE", "FNGVSFST", "FDKAGQKT", "KCTSVVLL", "GHVETFYP", "LQSSQAWQ", "DGHVETFY", "SALVYDNK", "GQKTYERH", "VQMLSDTL", "LCVDIPGI", "LKATEETF", "ALVYDNKL", "ARYMRSLK", "MWALIISV", "GLFCLLNR", "KDGHVETF", "NGNLHPDS", "ANNTKGSL", "VVFNGVSF", "DKAGQKTY", "ALIISVTS", "SMWALIIS", "LIISVTSN", "WALIISVT", "KAGQKTYE", "CKDGHVET", "FWITIAYI", "LFCLLNRY", "INGNLHPD", "CLLNRYFR", "AGQKTYER", "HSLSHFVN", "PKDMTYRR", "FNLVAMKY", "VYDNKLKA", "FCLLNRYF", "IVQMLSDT", "LVYDNKLK", "SDVKCTSV", "VKCTSVVL", "DVKCTSVV", "AQEAYEQA", "VFNGVSFS", "YEQAVANG", "TSNYSGVV", "IPKDMTYR", "NLVAMKYN", "IFFITGNT", "IDINGNLH", "DINGNLHP", "VAMKYNYE", "IKVATVQS", "RPPLNRNY", "PCIKVATV", "LTQYNRYL", "TAQEAYEQ", "SNYSGVVT", "DNKLKAHK", "PINPTDQS", "YIDINGNL", "YDNKLKAH", "KVATVQSK", "GGKPCIKV", "FKLNIKLL", "GKPCIKVA", "EAYEQAVA", "QEAYEQAV", "EQAVANGD", "SLSHFVNL", "KPCIKVAT", "RANNTKGS", "KLNIKLLG", "VVIPTKKA", "LVAMKYNY", "QAVANGDS", "AFKLNIKL", "MSDVKCTS", "AYEQAVAN", "FKRPINPT", "WCKDGHVE", "SKMSDVKC", "MLWCKDGH", "KMSDVKCT", "KIVQMLSD", "LWCKDGHV", "RPINPTDQ", "YYGNALDQ", "QSKMSDVK", "CIKVATVQ", "KRPINPTD", "VQSKMSDV", "VATVQSKM", "YGNALDQA", "DAFKLNIK", "TVQSKMSD", "VYDYLVST", "KYNYEPLT", "NPTDQSSY", "ATVQSKMS", "IDAFKLNI", "IKIVQMLS", "YDYLVSTQ", "TQEFRYMN", "LSHFVNLD", "LKVGGSCV", "INPTDQSS", "VSTQEFRY", "FVNLDNLR", "QEFRYMNS", "PTDQSSYI", "MKYNYEPL", "STQEFRYM", "SIDAFKLN", "ITGNTLQC", "PLTQYNRY", "AARYMRSL", "GIPKDMTY", "LVSTQEFR", "VPGFNEKT", "NSIDAFKL", "PIFFITGN", "DYLVSTQE", "YLVSTQEF", "TDQSSYIV", "SHFVNLDN", "TGVVGEGS", "HFVNLDNL", "PGFNEKTH", "FRYMNSQG", "EFRYMNSQ", "NLDNLRAN", "HTGVVGEG", "CNHTGVVG", "RIKIVQML", "TGNTLQCI", "LPLTQYNR", "VVRIKIVQ", "QFKRPINP", "VVREFLTR", "GNTLQCIM", "NEKTHVQL", "RYMNSQGL", "FITGNTLQ", "FNEKTHVQ", "KNSIDAFK", "GFNEKTHV", "VRIKIVQM", "PKNSIDAF", "PPKNSIDA", "NHTGVVGE", "KVGGSCVL", "KTHVQLSL", "ESLVPGFN", "LVPGFNEK", "EKTHVQLS", "SLVPGFNE", "PISFPLCA", "VMFLARGI", "VNLDNLRA", "MFLARGIV", "FFITGNTL", "NVVRIKIV", "VREFLTRN", "AMKYNYEP", "LLNRYFRL", "GCNHTGVV", "PRPPLNRN", "LNRYFRLT", "LKSAYENF", "PLKVGGSC", "NGPLKVGG", "KSAYENFN", "NAMQVESD", "EYSHVVAF", "SDVLLPLT", "ISFPLCAN", "DVLLPLTQ", "GPLKVGGS", "EVLSDREL", "AISMWALI", "VDIPGIPK", "DIPGIPKD", "PGIPKDMT", "LLPLTQYN", "RYFRLTLG", "SVDTKFKT", "LSVDTKFK", "VGGSCVLS", "VLLPLTQY", "LLKSAYEN", "CVDIPGIP", "ISMWALII", "PLLSAGIF", "VDTKFKTE", "IPGIPKDM", "QLLKSAYE", "IQLLKSAY", "NYLKRRVV", "IGCNHTGV", "LKRRVVFN", "KRRVVFNG", "YLKRRVVF", "NRYFRLTL", "VREVLSDR", "TKFKTEGL", "DTKFKTEG", "LAKHCLHV", "SAYENFNQ", "KHFYWFFS", "VNKGEDIQ", "NVNKGEDI", "LLSAGIFG", "KGEDIQLL", "HFYWFFSN", "GEDIQLLK", "NKGEDIQL", "NLAKHCLH", "REVLSDRE", "LSAGIFGA", "YWFFSNYL", "GGSCVLSG", "FYWFFSNY", "SYGIATVR", "AMQVESDD", "YGIATVRE", "PTHLSVDT", "YYFMRFRR", "HVVGPNVN", "TRVECTTI", "LHVVGPNV", "ATRVECTT", "THLSVDTK", "RATRVECT", "AKHCLHVV", "HLSVDTKF", "GEYSHVVA", "ADNNCYLA", "GIVFMCVE", "IKLLGVGG", "GNALDQAI", "IVFMCVEY", "NRATRVEC", "RNRATRVE", "YKRNRATR", "LNIKLLGV", "KRNRATRV", "NIKLLGVG", "NALDQAIS", "ATVREVLS", "DIQLLKSA", "YENFNQHE", "TNGPLKVG", "LLGVGGKP", "LQFTSLEI", "QFTSLEIP", "REFLTRNP", "YFMRFRRA", "MCYKRNRA", "DKLQFTSL", "PNVNKGED", "KLQFTSLE", "CYKRNRAT", "KLLGVGGK", "YDKLQFTS", "CLHVVGPN", "MMCYKRNR", "AYENFNQH", "EDIQLLKS", "ATNGPLKV", "CMMCYKRN", "EEAARYMR", "RGIVFMCV", "ALDQAISM", "VGGKPCIK", "TVREVLSD", "SFPLCANG", "LGVGGKPC", "GIATVREV", "VVGPNVNK", "YFRLTLGV", "LGVYDYLV", "SSTCMMCY", "GVYDYLVS", "GVGGKPCI", "MQVESDDY", "KHCLHVVG", "LVTMPLGY", "VLSGHNLA", "LAPLLSAG", "TCMMCYKR", "VTMPLGYV", "SCVLSGHN", "FRLTLGVY", "LLPPKNSI", "VLLAPLLS", "ICGFIQQK", "IATVREVL", "GSCVLSGH", "GPNVNKGE", "CVLSGHNL", "DQAISMWA", "LDQAISMW", "CGFIQQKL", "NSQGLLPP", "VGPNVNKG", "YMNSQGLL", "WKYPQVNG", "TMPLGYVT", "APLLSAGI", "LYDKLQFT", "ETLVTMPL", "ENFNQHEV", "LSGHNLAK", "HNLAKHCL", "GLLPPKNS", "HCLHVVGP", "TLVTMPLG", "MNSQGLLP", "KCEESSAK", "YPTLNISD", "LPPKNSID", "SKCEESSA", "STCMMCYK", "LARGIVFM", "GFIQQKLA", "AKYTQLCQ", "ARGIVFMC", "SQGLLPPK", "RLTLGVYD", "DEFSSNVA", "PLGYVTHG", "MPLGYVTH", "LLAPLLSA", "QGLLPPKN", "NETLVTMP", "NFNQHEVL", "FNQHEVLL", "TLNISDEF", "CEESSAKS", "SGHNLAKH", "SAGIFGAD", "TLGVYDYL", "LGYVTHGL", "ERLKLFAA", "PTLNISDE", "LNISDEFS", "VAKYTQLC", "LNETLVTM", "YIATNGPL", "LKLFAAET", "LTLGVYDY", "RLKLFAAE", "IATNGPLK", "VFMCVEYC", "GYVTHGLN", "SDEFSSNV", "FLARGIVF", "GHNLAKHC", "FMRFRRAF", "YVTHGLNL", "FMCVEYCP", "ISDEFSSN", "NISDEFSS", "YCPIFFIT", "CPIFFITG", "VTHGLNLE", "DLNETLVT", "NDLNETLV", "FIQQKLAL", "HGLNLEEA", "MCVEYCPI", "EVLLAPLL", "CVEYCPIF", "QAISMWAL", "NQHEVLLA", "GDYILANT", "EYCPIFFI", "DYILANTC", "EAARYMRS", "DYIATNGP", "EESSAKSA", "EFLTRNPA", "MRFRRAFG", "ETLKATEE", "QVESDDYI", "NAGDYILA", "VEYCPIFF", "FAAETLKA", "VESDDYIA", "HEVLLAPL", "AGDYILAN", "ESSAKSAS", "QHEVLLAP", "SSAKSASV", "FGEYSHVV", "AETLKATE", "GLNLEEAA", "AKSASVYY", "AAETLKAT", "SAKSASVY", "THGLNLEE", "FNAIATCD", "KLFAAETL", "TLKATEET", "NAIATCDW", "TDFNAIAT", "DFNAIATC", "ESDDYIAT", "AIATCDWT", "TNAGDYIL", "LNLEEAAR", "LFAAETLK", "VTDFNAIA", "RRAFGEYS", "VFGLYKNT", "KPRPPLNR", "FRRAFGEY", "SDDYIATN", "GKPRPPLN", "AFGEYSHV", "WTNAGDYI", "DDYIATNG", "RFRRAFGE", "DNVTDFNA", "GDFIQTTP", "TERLKLFA", "DWTNAGDY", "FGLYKNTC", "PGSGVPVV", "IATCDWTN", "DFIQTTPG", "TTPGSGVP", "TPGSGVPV", "CTERLKLF", "RAFGEYSH", "VLSDRELH", "SYYCKSHK", "TCDWTNAG", "QTTPGSGV", "CDWTNAGD", "FIQTTPGS", "IQTTPGSG", "NVTDFNAI", "GIFGADPI", "RYWEPEFY", "ATCDWTNA", "NVAKYTQL", "YILANTCT", "LEEAARYM", "LSDRELHL", "GLYKNTCV", "LRVYANLG", "KYPQVNGL", "TCTERLKL", "MMNVAKYT", "ILRVYANL", "AGIFGADP", "MNVAKYTQ", "NLEEAARY", "ILANTCTE", "WFFSNYLK", "LYKNTCVG", "NTCTERLK", "WEVGKPRP", "ANTCTERL", "YPQVNGLT", "SDRELHLS", "SDNVTDFN", "IMMNVAKY", "EVGKPRPP", "DRELHLSW", "GSDNVTDF", "YKNTCVGS", "RELHLSWE", "LANTCTER", "GIMMNVAK", "LSWEVGKP", "CVGSDNVT", "ADVTKIKP", "VGSDNVTD", "VYANLGER", "YANLGERV", "FFSNYLKR", "SWEVGKPR", "FSNYLKRR", "NTCVGSDN", "SNYLKRRV", "KNTCVGSD", "MSYYCKSH", "TCVGSDNV", "VGKPRPPL", "GADVTKIK", "ANLGERVR", "RVYANLGE", "DVTKIKPH", "DGADVTKI", "NLGERVRQ", "NYSGVVTT", "KGIMMNVA", "YSGVVTTV", "VTKIKPHN", "PKGIMMNV", "GDLQPLEQ", "IHSLRVCV", "LHLSWEVG", "ELHLSWEV", "LPKGIMMN", "IFGADPIH", "QALLKTVQ", "RQALLKTV", "VRQALLKT", "FGADPIHS", "DLYDKLQF", "SGVVTTVM", "RVRQALLK", "KCDLQNYG", "HSLRVCVD", "LGERVRQA", "TVMFLARG", "GERVRQAL", "LEKCDLQN", "ERVRQALL", "SSQAWQPG", "WADNNCYL", "TTVMFLAR", "GMSYYCKS", "EKCDLQNY", "QSSQAWQP", "DLQPLEQP", "GVVTTVMF", "VTTVMFLA", "GADPIHSL", "PNLYKMQR", "LLEKCDLQ", "YKMQRMLL", "MPNLYKMQ", "SLRVCVDT", "VVTTVMFL", "CDLQNYGD", "DLQNYGDS", "LYKMQRML", "KMQRMLLE", "AMPNLYKM", "DDNLIDSY", "MQRMLLEK", "SQAWQPGV", "QRMLLEKC", "QAWQPGVA", "NLYKMQRM", "MLLEKCDL", "VAMPNLYK", "RMLLEKCD", "ADPIHSLR", "LQPLEQPT", "GVAMPNLY", "LQNYGDSA", "WQPGVAMP", "QPGVAMPN", "LGRYMSAL", "AWQPGVAM", "PGVAMPNL", "GRYMSALN", "GGMSYYCK", "TLPKGIMM", "YMSALNHT", "LGGMSYYC", "RYMSALNH", "KWADNNCY", "EDDNLIDS", "MSALNHTK", "HLSWEVGK", "ATLPKGIM", "PIHSLRVC", "DPIHSLRV", "DEDDNLID", "STKPVETS", "TKPVETSN", "SATLPKGI", "KPVETSNS", "YGDSATLP", "LDGADVTK", "ETSNSFDV", "TSNSFDVL", "GDSATLPK", "NYGDSATL", "DSATLPKG", "KWKYPQVN", "VETSNSFD", "PVETSNSF", "QNYGDSAT", "TIQTIVEV", "SNSFDVLK", "SALNHTKK", "SASIVAGG", "KKWKYPQV", "NSFDVLKS", "ALNHTKKW", "TTIQTIVE", "LNHTKKWK", "NHTKKWKY", "SFDVLKSE", "TKKWKYPQ", "YLGGMSYY", "HTKKWKYP", "YLDGADVT", "KPANNSLK", "PANNSLKI", "DNINLHTQ", "KDEDDNLI", "TTTIQTIV", "TKIKPHNS", "HEGKTFYV", "TYLDGADV", "VNLLTNMF", "LKTVQFCD", "KIKPHNSH", "GPTYLDGA", "FGPTYLDG", "LLKTVQFC", "DAVNLLTN", "PTYLDGAD", "QFGPTYLD", "NLLTNMFT", "AVNLLTNM", "IKPHNSHE", "EGKTFYVL", "LRVCVDTV", "ANNSLKIT", "TNVYLAVF", "KPHNSHEG", "YGQQFGPT", "EKDEDDNL", "TNMFTPLI", "LLTNMFTP", "SHEGKTFY", "GKTFYVLP", "TFYVLPND", "NMFTPLIQ", "PHNSHEGK", "MFTPLIQP", "QQFGPTYL", "KTFYVLPN", "MTYGQQFG", "LTNMFTPL", "HNSHEGKT", "RDLYDKLQ", "SSYIVDSV", "GQQFGPTY", "DQSSYIVD", "YIVDSVTV", "TYGQQFGP", "DSVTVKNG", "QSSYIVDS", "NSHEGKTF", "ALLKTVQF", "SYIVDSVT", "VDSVTVKN", "SSTFNVPM", "STFNVPME", "SMTYGQQF", "NINLHTQV", "FYVLPNDD", "FLTRNPAW", "IVDSVTVK", "AYYFMRFR", "EAFEYYHT", "AFEYYHTT", "RVCVDTVR", "YVLPNDDT", "MEKLKTLV", "TSITSAVL", "LYLGGMSY", "TFNVPMEK", "PMEKLKTL", "VEAFEYYH", "VDTVRTNV", "VCVDTVRT", "CLAYYFMR", "LAYYFMRF", "FEYYHTTD", "FNVPMEKL", "CVDTVRTN", "FTLLLQLC", "FFTLLLQL", "VLPNDDTL", "DTVRTNVY", "MSMTYGQQ", "LLLQLCTF", "TLLLQLCT", "PYFFTLLL", "YFFTLLLQ", "RTNVYLAV", "QTTTIQTI", "YMPYFFTL", "QPPQTSIT", "DTLRVEAF", "NVPMEKLK", "MPYFFTLL", "LRVEAFEY", "RVEAFEYY", "VPMEKLKT", "YQPPQTSI", "DDTLRVEA", "NYMPYFFT", "DMSMTYGQ", "TLRVEAFE", "VLYQPPQT", "LPNDDTLR", "CTFTRSTN", "PPQTSITS", "PQTSITSA", "LYQPPQTS", "TCLAYYFM", "QTSITSAV", "TFTRSTNS", "YWEPEFYE", "PNDDTLRV", "LLQLCTFT", "INLHTQVV", "LCTFTRST", "NDDTLRVE", "LQLCTFTR", "QLCTFTRS", "VDMSMTYG", "TNYMPYFF", "VELGTEVN", "SQTSLRCG", "IILKPANN", "VRTNVYLA", "CNSQTSLR", "VLCNSQTS", "VGDIILKP", "QEKDEDDN", "VTCLAYYF", "TVRTNVYL", "GDIILKPA", "NNSLKITE", "WEPEFYEA", "TVELGTEV", "DIILKPAN", "NSQTSLRC", "YTVELGTE", "IKWADNNC", "CVLCNSQT", "VVDMSMTY", "FTRSTNSR", "GACVLCNS", "VGACVLCN", "VVGDIILK", "RSTNSRIK", "AGGIVAIV", "FPLCANGQ", "DRDLYDKL", "ACVLCNSQ", "STNSRIKA", "LCNSQTSL", "VVTCLAYY", "NSLKITEE", "TRSTNSRI", "MESLVPGF", "SLKITEEV", "LKPANNSL", "IVAGGIVA", "CTNYMPYF", "VFISPYNS", "VAGGIVAI", "LKITEEVG", "QTSLRCGA", "AVGACVLC", "VCTNYMPY", "SIVAGGIV", "NLHTQVVD", "VAIVVTCL", "GGIVAIVV", "IVVTCLAY", "IVAIVVTC", "AIVVTCLA", "LQAVGACV", "ISPYNSQN", "FISPYNSQ", "NVAITRAK", "GIVAIVVT", "ILKPANNS", "PLCANGQV", "ASIVAGGI", "TSLRCGAC", "TVDSSQGS", "VDSSQGSE", "FNVAITRA", "NRVCTNYM", "QTVDSSQG", "QAVGACVL", "RVCTNYMP", "ISASIVAG", "LNRVCTNY", "LHTQVVDM", "SDRDLYDK", "VLQAVGAC", "DISASIVA", "TNSRIKAS", "PYNSQNAV", "KITEEVGH", "HTVLQAVG", "QVFGLYKN", "RFNVAITR", "ALDISASI", "SLRCGACI", "LDISASIV", "YNSQNAVA", "NQTTTIQT", "AITRAKVG", "TVLQAVGA", "SPYNSQNA", "AKVGILCI", "VAITRAKV", "TQTVDSSQ", "ITRAKVGI", "GILCIMSD", "NRFNVAIT", "SQNAVASK", "NSQNAVAS", "QNAVASKI", "TRAKVGIL", "GALDISAS", "PHTVLQAV", "RAKVGILC", "DSSQGSEY", "HTQVVDMS", "YTPHTVLQ", "EEVVENPT", "VGILCIMS", "GQVFGLYK", "QLYLGGMS", "LRCGACIR", "EDNQTTTI", "DNQTTTIQ", "SEDNQTTT", "TPHTVLQA", "MYTPHTVL", "NAVASKIL", "SEEVVENP", "LTRNPAWR", "AVASKILG", "KVGILCIM", "EVVENPTI", "VSEEVVEN", "VVENPTIQ", "VNRFNVAI", "PLIQPIGA", "NVNRFNVA", "TPLIQPIG", "ITEEVGHT", "AVFISPYN", "ILCIMSDR", "LIQPIGAL", "VASKILGL", "FTPLIQPI", "LCIMSDRD", "SSQGSEYD", "IGALDISA", "TQVVDMSM", "TQLYLGGM", "CANGQVFG", "PIGALDIS", "CLNRVCTN", "MSDRDLYD", "QPLEQPTS", "LCANGQVF", "RCGACIRR", "IQPIGALD", "VTRCLNRV", "CGACIRRP", "NGQVFGLY", "QVVDMSMT", "TRCLNRVC", "KAVFISPY", "CNVNRFNV", "GACIRRPF", "ANGQVFGL", "SCNVNRFN", "AMYTPHTV", "QPIGALDI", "RCLNRVCT", "EPEFYEAM", "TRNPAWRK", "RKAVFISP", "IMSDRDLY", "PTQTVDSS", "FDVLKSED", "EFYEAMYT", "DVTQLYLG", "DNLACEDL", "PEFYEAMY", "EDAQGMDN", "LKSEDAQG", "VTQLYLGG", "QGSEYDYV", "SEDAQGMD", "DAQGMDNL", "ASKILGLP", "SQGSEYDY", "WRKAVFIS", "TDVTQLYL", "CIMSDRDL", "HSCNVNRF", "MDNLACED", "KSEDAQGM", "FYEAMYTP", "SKILGLPT", "ILGLPTQT", "DVLKSEDA", "VLKSEDAQ", "GMDNLACE", "YEAMYTPH", "LPTQTVDS", "IVTRCLNR", "EAMYTPHT", "KILGLPTQ", "QGMDNLAC", "AQGMDNLA", "TTEVVGDI", "AYTVELGT", "GLPTQTVD", "AWRKAVFI", "LGLPTQTV", "KTTEVVGD", "TETAHSCN", "TTETAHSC", "YYHTTDPS", "GSEYDYVI", "EYYHTTDP", "VKTTEVVG", "ECNVKTTE", "QTTETAHS", "CNVKTTEV", "NVKTTEVV", "AHSCNVNR", "IFTQTTET", "TAHSCNVN", "ETAHSCNV", "DVLECNVK", "EVVGDIIL", "NIVTRCLN", "VIFTQTTE", "TQTTETAH", "FTQTTETA", "VLECNVKT", "PQVNGLTS", "YVIFTQTT", "LECNVKTT", "TEVVGDII", "VNGLTSIK", "SEYDYVIF", "SIKWADNN", "QVNGLTSI", "DYVIFTQT", "NGLTSIKW", "EYDYVIFT", "YDYVIFTQ", "TSIKWADN", "TNIVTRCL", "GLTSIKWA", "TIKKPNEL", "LTSIKWAD", "IKKPNELS", "PAWRKAVF", "RNPAWRKA", "LTIKKPNE", "SLTIKKPN", "VENPTIQK", "NPAWRKAV", "KKPNELSR", "ENPTIQKD", "KPNELSRV", "PNELSRVL", "SSLTIKKP", "NSSLTIKK", "EEVGHTDL", "TTNIVTRC", "STTTNIVT", "TTTNIVTR", "PLEQPTSE", "TEEVGHTD", "NPTIQKDV", "FAKFLKTN", "TIQKDVLE", "GFAKFLKT", "AGFAKFLK", "VDNSSLTI", "IQKDVLEC", "QKDVLECN", "PTIQKDVL", "AKFLKTNC", "DNSSLTIK", "AYVDNSSL", "YVDNSSLT", "AAYVDNSS", "VAGFAKFL", "KDVLECNV", "KVAGFAKF", "NDKVAGFA", "YNDKVAGF", "DKVAGFAK", "ISTSHKLV", "STSHKLVL", "DIYNDKVA", "PFLCCKCC", "LMAAYVDN", "DLMAAYVD", "AFDIYNDK", "IYNDKVAG", "TSHKLVLS", "NELSRVLG", "RAFDIYND", "SHKLVLSV", "FDIYNDKV", "SFLGRYMS", "TDLMAAYV", "ELSRVLGL", "VISTSHKL", "MAAYVDNS", "HVISTSHK", "YRAFDIYN", "LCCKCCYD", "LSRVLGLK", "CIRRPFLC", "FLCCKCCY", "EVGHTDLM", "DHVISTSH", "RPFLCCKC", "YDHVISTS", "CKCCYDHV", "RRPFLCCK", "CCKCCYDH", "SRVLGLKT", "CYDHVIST", "VGHTDLMA", "IRRPFLCC", "HKLVLSVN", "VSTTTNIV", "HTDLMAAY", "CCYDHVIS", "FLGRYMSA", "GHTDLMAA", "KVVSTTTN", "FLNKVVST", "KCCYDHVI", "VVSTTTNI", "RVLGLKTL", "NKVVSTTT", "LNKVVSTT", "ACIRRPFL", "WDTIANYA", "AKPFLNKV", "DTIANYAK", "VPWDTIAN", "NSVPWDTI", "VNSVPWDT", "YAKPFLNK", "NYAKPFLN", "KPFLNKVV", "PWDTIANY", "AVNSVPWD", "FQEKDEDD", "LEQPTSEA", "VLGLKTLA", "LGLKTLAT", "PFLNKVVS", "SVPWDTIA", "IANYAKPF", "ANYAKPFL", "TIANYAKP", "KLVLSVNP", "GCDVTDVT", "CDVTDVTQ", "DVTDVTQL", "VTDVTQLY", "GLKTLATH", "PSFLGRYM", "TDPSFLGR", "DPSFLGRY", "TTDPSFLG", "RFQEKDED", "LENVAFNV", "ENVAFNVV", "HTTDPSFL", "VNPYVCNA", "SVNPYVCN", "NVAFNVVN", "HKPPISFP", "CRFQEKDE", "SLENVAFN", "KFLKTNCC", "YCKSHKPP", "LQSLENVA", "QSLENVAF", "FLKTNCCR", "LSVNPYVC", "YHTTDPSF", "KTNCCRFQ", "TNCCRFQE", "LKTNCCRF", "CKSHKPPI", "LVLSVNPY", "VLSVNPYV", "RLQSLENV", "SHKPPISF", "KSHKPPIS", "CCRFQEKD", "NCCRFQEK", "TRLQSLEN", "KPPISFPL", "FTRLQSLE", "APGCDVTD", "PGCDVTDV", "NAPGCDVT", "CNAPGCDV", "VCNAPGCD", "YVCNAPGC", "FKLKDCVM", "GFKLKDCV", "SGFKLKDC", "SAYTVELG", "LSGFKLKD", "SLSGFKLK", "DMVDTSLS", "VDTSLSGF", "TSLSGFKL", "MVDTSLSG", "DTSLSGFK", "YTPSKLIE", "PYVCNAPG", "NPYVCNAP", "FSAVGNIC", "PRVFSAVG", "FLPRVFSA", "VFSAVGNI", "RVFSAVGN", "LPRVFSAV", "CYTPSKLI", "ICYTPSKL", "YYCKSHKP", "NICYTPSK", "PPISFPLC", "IYTSGSTG", "GNICYTPS", "RHGTCERS", "HGTCERSE", "TPSKLIEY", "CRHGTCER", "PSKLIEYT", "VGNICYTP", "AVGNICYT", "SAVGNICY", "YCRHGTCE", "EQPTSEAV", "MLLEIKDT", "LMLLEIKD", "LLEIKDTE", "LEIKDTEK", "QPTSEAVE", "PTSEAVEA", "GLMLLEIK", "EYCRHGTC", "NGLMLLEI", "TSACVLAA", "KLIEYTDF", "NLACEDLK", "INGLMLLE", "SKLIEYTD", "LIEYTDFA", "ATSACVLA", "NSRIKASM", "YTDFATSA", "FATSACVL", "TDFATSAC", "CVLAAECT", "ACVLAAEC", "DFATSACV", "VLMDGSII", "SACVLAAE", "EYTDFATS", "IEYTDFAT", "LMDGSIIQ", "MDGSIIQF", "CINGLMLL", "DGSIIQFP", "LAAECTIF", "SEYCRHGT", "PVCINGLM", "VLAAECTI", "LEGSVAYE", "LEGSVRVV", "GSIIQFPN", "VCINGLML", "CSAYTVEL", "VLEGSVAY", "TPVCINGL", "QFPNTYLE", "FPNTYLEG", "EGSVRVVT", "NVLEGSVA", "YLEGSVRV", "YVLMDGSI", "EGSVAYES", "GSVRVVTT", "TSEAVEAP", "SRIKASMP", "RYVLMDGS", "GTPVCING", "SVAYESLR", "IIQFPNTY", "IQFPNTYL", "AYESLRPD", "IQQKLALG", "TYLEGSVR", "GSVAYESL", "VAYESLRP", "SIIQFPNT", "PNTYLEGS", "SEAVEAPL", "NTYLEGSV", "VGTPVCIN", "LVGTPVCI", "AAECTIFK", "AECTIFKD", "ECTIFKDA", "YCYDTNVL", "PLVGTPVC", "CYDTNVLE", "PYCYDTNV", "CTIFKDAS", "DTNVLEGS", "YDTNVLEG", "TNVLEGSV", "SVRVVTTF", "EAVEAPLV", "TIFKDASG", "GLAAVNSV", "AVEAPLVG", "APLVGTPV", "EAPLVGTP", "FKDASGKP", "LAAVNSVP", "VEAPLVGT", "THGLAAVN", "IFKDASGK", "AAVNSVPW", "ATHGLAAV", "HGLAAVNS", "LRPDTRYV", "YESLRPDT", "RPDTRYVL", "ESLRPDTR", "SLRPDTRY", "QQKLALGG", "TRYVLMDG", "DTRYVLMD", "LATHGLAA", "PDTRYVLM", "TLATHGLA", "KTLATHGL", "LKTLATHG", "RIKASMPT", "IKASMPTT", "VRVVTTFD", "DSEYCRHG", "TFDSEYCR", "FDSEYCRH", "KASMPTTI", "TTFDSEYC", "VTTFDSEY", "VVTTFDSE", "IGDELKIN", "IIGDELKI", "RVVTTFDS", "YPIIGDEL", "PIIGDELK", "EYPIIGDE", "QKLALGGS", "AVHFISNS", "ASMPTTIA", "VISSDVLV", "PVSEEVVE", "SSDVLVNN", "VVISSDVL", "YFAVHFIS", "GDELKINA", "DELKINAA", "ELKINAAC", "NRVVISSD", "LKINAACR", "ISSDVLVN", "KINAACRK", "RVVISSDV", "NNRVVISS", "ENNRVVIS", "FAVHFISN", "IRENNRVV", "RENNRVVI", "IIRENNRV", "LIIRENNR", "INAACRKV", "KLALGGSV", "FVAAIFYL", "VAAIFYLI", "LFVAAIFY", "RLIIRENN", "NAACRKVQ", "ANSTVLSF", "PANSTVLS", "IDVQQWGF", "VPANSTVL", "EVPANSTV", "GRLIIREN", "FELDERID", "LALGGSVA", "MIDVQQWG", "KCSAYTVE", "TFELDERI", "DVQQWGFT", "VQQWGFTG", "GNLQSNHD", "NLQSNHDL", "LQSNHDLY", "AHVASCDA", "VHGNAHVA", "QSNHDLYC", "QQWGFTGN", "NATEVPAN", "QVHGNAHV", "QWGFTGNL", "VLSFCAFA", "VAKSHNIA", "LYCQVHGN", "ELDERIDK", "NHDLYCQV", "YCQVHGNA", "SNHDLYCQ", "FTGNLQSN", "LSFCAFAV", "HGNAHVAS", "NAHVASCD", "ATEVPANS", "LDERIDKV", "CQVHGNAH", "WGFTGNLQ", "HDLYCQVH", "HVASCDAI", "SFCAFAVD", "DLYCQVHG", "VASCDAIM", "GFTGNLQS", "FMIDVQQW", "TEVPANST", "TGNLQSNH", "SYFAVHFI", "GNAHVASC", "TVLSFCAF", "STVLSFCA", "PFMIDVQQ", "NSTVLSFC", "AACRKVQH", "EKCSAYTV", "DERIDKVL", "NPFMIDVQ", "QVAKSHNI", "SIVCRFDT", "AQVAKSHN", "QTACTDDN", "AKSHNIAL", "YNPFMIDV", "TQTACTDD", "VYNPFMID", "ACTDDNAL", "CTDDNALA", "TACTDDNA", "KSHNIALI", "INAQVAKS", "ERIDKVLN", "YVYNPFMI", "WNVKDFMS", "TTQTACTD", "GTTQTACT", "DYVYNPFM", "TDDNALAY", "NVKDFMSL", "NSIVCRFD", "HINAQVAK", "NAQVAKSH", "SHNIALIW", "CERSEAGV", "TCERSEAG", "KDFMSLSE", "CRFDTRVL", "GNATEVPA", "QAGNATEV", "ACRKVQHM", "ERSEAGVC", "RHINAQVA", "MQNCVLKL", "IWNVKDFM", "AGNATEVP", "RFDTRVLS", "VKDFMSLS", "IVCRFDTR", "LIWNVKDF", "IALIWNVK", "DFMSLSEQ", "DKVLNEKC", "ALIWNVKD", "ARHINAQV", "LQAGNATE", "KGRLIIRE", "RSEAGVCV", "FCAFAVDA", "FDTRVLSN", "HNIALIWN", "VCRFDTRV", "IDKVLNEK", "ACWHHSIG", "TYACWHHS", "NIALIWNV", "SEAGVCVS", "YACWHHSI", "FDYVYNPF", "KVLNEKCS", "RLQAGNAT", "DTYACWHH", "SDTYACWH", "RIDKVLNE", "CSARHINA", "VRLQAGNA", "NEKCSAYT", "DTRVLSNL", "FMSLSEQL", "CDRRATCF", "LNEKCSAY", "FSYFAVHF", "CLFWNCNV", "DNALAYYN", "SARHINAQ", "DRRATCFS", "RRATCFST", "NDPVGFTL", "EAGVCVST", "CWHHSIGF", "VQHMVVKA", "PKAIKCVP", "MSLSEQLR", "DDNALAYY", "RKVQHMVV", "KVQHMVVK", "CRKVQHMV", "VLNEKCSA", "WHHSIGFD", "SLSEQLRK", "LSEQLRKQ", "LFWNCNVD", "DPVGFTLK", "NALAYYNT", "TRVLSNLN", "CAFAVDAA", "SEQLRKQI", "SIGFDYVY", "FLFVAAIF", "KVTFGDDT", "KAIKCVPQ", "GFDYVYNP", "AIKCVPQA", "VLHDIGNP", "EQLRKQIR", "SCAAGTTQ", "KIEELFYS", "ATCFSTAS", "ASDTYACW", "VTFGDDTV", "TCFSTASD", "CAAGTTQT", "YKIEELFY", "TASDTYAC", "IGFDYVYN", "LHDIGNPK", "HHSIGFDY", "PVLHDIGN", "HSIGFDYV", "RSAAKKNN", "AAGTTQTA", "STASDTYA", "KFPVLHDI", "QHMVVKAA", "NPKAIKCV", "RATCFSTA", "DIGNPKAI", "AGTTQTAC", "ANDPVGFT", "TFGDDTVI", "LRKQIRSA", "IGNPKAIK", "NCNVDRYP", "AAKKNNLP", "FPVLHDIG", "IEELFYSY", "HMVVKAAL", "IRSAAKKN", "HDIGNPKA", "GNPKAIKC", "QLRKQIRS", "SAAKKNNL", "KKNNLPFK", "QIRSAAKK", "AKKNNLPF", "VCLFWNCN", "WNCNVDRY", "FSTASDTY", "CANDPVGF", "KIVNNWLK", "RKQIRSAA", "MVVKAALL", "KCVPQADV", "FGDDTVIE", "CFSTASDT", "FWNCNVDR", "IKCVPQAD", "DKFPVLHD", "LCDRRATC", "KQIRSAAK", "RVLSNLNL", "KAYKIEEL", "CSDKAYKI", "AYKIEELF", "SDKAYKIE", "IVNNWLKQ", "FYDAQPCS", "MSCAAGTT", "DAQPCSDK", "YDAQPCSD", "PCSDKAYK", "GKIVNNWL", "DKAYKIEE", "EELFYSYA", "GTCERSEA", "ELFYSYAT", "GDDTVIEV", "DCSARHIN", "QPCSDKAY", "NITFELDE", "NNWLKQLI", "VNNWLKQL", "AQPCSDKA", "LFYSYATH", "ITFELDER", "VNITFELD", "LADKFPVL", "CVPQADVE", "FFSYFAVH", "LLADKFPV", "AFAVDAAK", "KSVNITFE", "KGKYVQIP", "VPQADVEW", "GVCLFWNC", "NWLKQLIK", "LKGKYVQI", "CDLKGKYV", "TVIEVQGY", "DTVIEVQG", "VIEVQGYK", "DDTVIEVQ", "TKVTFGDD", "SVNITFEL", "YKSVNITF", "ADKFPVLH", "FAVDAAKA", "DLKGKYVQ", "WLKQLIKV", "DGVCLFWN", "TCANDPVG", "VVKAALLA", "YVQIPTTC", "TDGVCLFW", "IPTTCAND", "QIPTTCAN", "LKQLIKVT", "WKFYDAQP", "NVVTTKIA", "KFYDAQPC", "FCDLKGKY", "FTDGVCLF", "KFTDGVCL", "GYKSVNIT", "TVRLQAGN", "KGFCDLKG", "GFCDLKGK", "DKFTDGVC", "NPKGFCDL", "PKGFCDLK", "AVDAAKAY", "ATVRLQAG", "VEWKFYDA", "GGKIVNNW", "VKAALLAD", "VQIPTTCA", "TNCVKMLC", "GKYVQIPT", "KAALLADK", "NCVKMLCT", "KMLCTHTG", "VKMLCTHT", "LCTHTGTG", "KNNLPFKL", "CVKMLCTH", "VVTTKIAL", "PTTCANDP", "PTKVTFGD", "EWKFYDAQ", "VDAAKAYK", "GQPITNCV", "VVNVVTTK", "PITNCVKM", "QPITNCVK", "DQESFGGA", "AKAYKDYL", "QESFGGAS", "PNPKGFCD", "ITNCVKML", "GGASCCLY", "HPNPKGFC", "ADVEWKFY", "CCLYCRCH", "MLCTHTGT", "KGGKIVNN", "CTHTGTGQ", "CLYCRCHI", "NNLPFKLT", "VNVVTTKI", "KQLIKVTL", "GQAITVTP", "QMSCAAGT", "AALLADKF", "DVEWKFYD", "THTGTGQA", "FGGASCCL", "GASCCLYC", "NMDQESFG", "TGTGQAIT", "LYCRCHID", "VFLFVAAI", "YCRCHIDH", "SFGGASCC", "MDQESFGG", "DAAKAYKD", "ESFGGASC", "VTTKIALK", "GTGQAITV", "ASCCLYCR", "PQADVEWK", "KYVQIPTT", "ANMDQESF", "AAKAYKDY", "HTGTGQAI", "QADVEWKF", "ALLADKFP", "AITVTPEA", "IDHPNPKG", "TTCANDPV", "IEVQGYKS", "TGQAITVT", "SCCLYCRC", "EANMDQES", "QAITVTPE", "TVTPEANM", "DHPNPKGF", "APTKVTFG", "ITVTPEAN", "HIDHPNPK", "GGQPITNC", "PEANMDQE", "QVVNVVTT", "SGGQPITN", "RCHIDHPN", "TPEANMDQ", "CHIDHPNP", "VTPEANMD", "VQGYKSVN", "QGYKSVNI", "RQVVNVVT", "TRQVVNVV", "NLPFKLTC", "EVQGYKSV", "CRCHIDHP", "QLIKVTLV", "HSDKFTDG", "THSDKFTD", "LPFKLTCA", "KAYKDYLA", "AYKDYLAS", "LKGGAPTK", "ELEPPCRF", "GAPTKVTF", "GGAPTKVT", "RQMSCAAG", "LEPPCRFV", "FKLTCATT", "FYSYATHS", "VLSNLNLP", "PFKLTCAT", "PCRFVTDT", "HFLPRVFS", "ATTRQVVN", "EPPCRFVT", "KGGAPTKV", "TTRQVVNV", "PPCRFVTD", "ATHSDKFT", "IKGLNNLN", "CRFVTDTP", "KLTCATTR", "FIKGLNNL", "LVFLFVAA", "TCATTRQV", "YKDYLASG", "KDYLASGG", "YFIKGLNN", "YSYATHSD", "LYFIKGLN", "LRQMSCAA", "TELEPPCR", "YATHSDKF", "TTKIALKG", "LTCATTRQ", "YLYFIKGL", "QDLKWARF", "DYLASGGQ", "CATTRQVV", "YTELEPPC", "YLASGGQP", "RFVTDTPK", "SYATHSDK", "VKLQNNEL", "LHFLPRVF", "FVTDTPKG", "VKYLYFIK", "SDKFTDGV", "LQDLKWAR", "KYLYFIKG", "LKGGKIVN", "LASGGQPI", "KVKYLYFI", "DADSKIVQ", "TKIALKGG", "GPKVKYLY", "ASGGQPIT", "KLQNNELS", "ADSKIVQL", "LQNNELSP", "QNNELSPV", "VDADSKIV", "KIALKGGK", "IALKGGKI", "AATVRLQA", "YASALWEI", "KGLNNLNR", "KGPKVKYL", "ALKGGKIV", "VVDADSKI", "DSKIVQLS", "QQVVDADS", "VTDTPKGP", "GLNNLNRG", "SKIVQLSE", "IVQLSEIS", "QVVDADSK", "IQQVVDAD", "KIVQLSEI", "VQLSEISM", "MMVTNNTF", "VLALLSDL", "PKVKYLYF", "GGRFVLAL", "DLQDLKWA", "EIQQVVDA", "ASALWEIQ", "TDTPKGPK", "FVLALLSD", "VLGSLAAT", "QLSEISMD", "TPKGPKVK", "LLSDLQDL", "LNRGMVLG", "PKGPKVKY", "DTPKGPKV", "TFTYASAL", "SALWEIQQ", "SEISMDNS", "LSEISMDN", "LSDLQDLK", "NSPNLAWP", "NNELSPVA", "ALWEIQQV", "SDLQDLKW", "FTYASALW", "SPNLAWPL", "GRFVLALL", "NNLNRGMV", "DLKWARFP", "ALLSDLQD", "EISMDNSP", "WEIQQVVD", "DNSPNLAW", "ALRQMSCA", "LWEIQQVV", "LKWARFPK", "LNNLNRGM", "ALAYYNTT", "FLHFLPRV", "GSLAATVR", "ARFPKSDG", "LAATVRLQ", "MVLGSLAA", "NLNRGMVL", "NELSPVAL", "PKSDGTGT", "MDNSPNLA", "LGSLAATV", "WARFPKSD", "RFPKSDGT", "SMDNSPNL", "NRGMVLGS", "VALRQMSC", "FPKSDGTG", "KWARFPKS", "LSPVALRQ", "AWPLIVTA", "PVALRQMS", "LKPVSEEV", "KPVSEEVV", "ISMDNSPN", "NNTFTLKG", "NMMVTNNT", "NLAWPLIV", "RFVLALLS", "SLAATVRL", "LAWPLIVT", "ELSPVALR", "TLVFLFVA", "LIKVTLVF", "TYASALWE", "GMVLGSLA", "PNLAWPLI", "DLKPVSEE", "RGMVLGSL", "SPVALRQM", "SAVKLQNN", "KGGRFVLA", "LFDMSKFP", "AVKLQNNE", "EIKDTEKY", "VTNNTFTL", "FTLKGGAP", "VTLVFLFV", "LALLSDLQ", "KVTLVFLF", "IKVTLVFL", "TLKGGAPT", "NSAVKLQN", "TNNTFTLK", "PNMMVTNN", "DMSKFPLK", "TFTLKGGA", "MVTNNTFT", "MSKFPLKL", "LAPNMMVT", "FDMSKFPL", "ANSAVKLQ", "APNMMVTN", "LAYYNTTK", "AYYNTTKG", "KDTEKYCA", "NTFTLKGG", "RANSAVKL", "LACEDLKP", "EDLKPVSE", "LRANSAVK", "ALAPNMMV", "YCALAPNM", "ALRANSAV", "CALAPNMM", "CEDLKPVS", "ACEDLKPV", "VTALRANS", "TEKYCALA", "TALRANSA", "DTEKYCAL", "IKDTEKYC", "WPLIVTAL", "DFLHFLPR", "CVLKLKVD", "PLIVTALR", "KYCALAPN", "NCVLKLKV", "EKYCALAP", "YYNTTKGG", "QNCVLKLK", "LIVTALRA", "VLKLKVDT", "IVTALRAN", "KLKVDTAN", "SMPTTIAK", "LKLKVDTA", "YNTTKGGR", "GDFLHFLP", "TTFTYASA", "GTTFTYAS", "NTTKGGRF", "TTKGGRFV", "DGTTFTYA", "TKGGRFVL", "NGDFLHFL", "LKVDTANP", "TFTRLQSL", "NTFTRLQS", "NNTDFSRV", "MQLFFSYF", "TPNNTDFS", "WNTFTRLQ", "PNNTDFSR", "DTPNNTDF", "LWNTFTRL", "YVDTPNNT", "TGYVDTPN", "GYVDTPNN", "VDTPNNTD", "VGFTLKNT", "DGTGTIYT", "IMQLFFSY", "GTGTIYTE", "TGTIYTEL", "GTIYTELE", "GFTLKNTV", "PVGFTLKN", "ILFTRFFY", "IQITISSF", "SDGTGTIY", "TIQITISS", "YILFTRFF", "IYTELEPP", "YNLWNTFT", "TIYTELEP", "IEYPIIGD", "SLETIQIT", "KSDGTGTI", "LFTRFFYV", "QITISSFK", "LETIQITI", "LFFSYFAV", "ETIQITIS", "NLWNTFTR", "AYILFTRF", "ITISSFKW", "FTLKNTVC", "LAYILFTR", "ISSFKWDL", "TISSFKWD", "TLKNTVCT", "FLAYILFT", "PSLETIQI", "EWFLAYIL", "SSFKWDLT", "CSVCLSGL", "WFLAYILF", "YPSLETIQ", "DLTAFGLV", "VCLSGLDS", "SFKWDLTA", "GYLNSTNV", "RVDWTIEY", "VDWTIEYP", "SVCLSGLD", "TAFGLVAE", "LTAFGLVA", "DWTIEYPI", "TIEYPIIG", "WTIEYPII", "AFGLVAEW", "CLSGLDSL", "NVTIATYC", "VAEWFLAY", "FKWDLTAF", "FGLVAEWF", "AEWFLAYI", "WDLTAFGL", "FFYVLGLA", "KWDLTAFG", "FTRFFYVL", "TRFFYVLG", "RFFYVLGL", "SLFDMSKF", "YSLFDMSK", "GLVAEWFL", "SLLSKGRL", "LSGLDSLD", "LDTYPSLE", "LVAEWFLA", "SKGRLIIR", "LLSKGRLI", "TYPSLETI", "TIATYCTG", "SLDTYPSL", "TVIWDYKR", "GLDSLDTY", "SYSLFDMS", "LDSLDTYP", "DSLDTYPS", "LSKGRLII", "LSLLSKGR", "QLFFSYFA", "IWDYKRDA", "WDYKRDAP", "SGLDSLDT", "DYKRDAPA", "VIWDYKRD", "ILSLLSKG", "VTIATYCT", "DTYPSLET", "YKRDAPAH", "KRDAPAHI", "REGYLNST", "GVCVSTSG", "SSYSLFDM", "RDAPAHIS", "LSSYSLFD", "DMILSLLS", "MILSLLSK", "NDMILSLL", "IFYLITPV", "AGVCVSTS", "EGYLNSTN", "INDMILSL", "KRVDWTIE", "GKPVPYCY", "YREGYLNS", "KPVPYCYD", "AIMQLFFS", "VPYCYDTN", "PVPYCYDT", "FYVLGLAA", "QLSSYSLF", "VKRVDWTI", "QINDMILS", "DASGKPVP", "KDASGKPV", "TNGDFLHF", "ASGKPVPY", "SGKPVPYC", "AAIMQLFF", "DAIMTRCL", "IQLSSYSL", "ASCDAIMT", "FVKRVDWT", "FYLITPVH", "AIMTRCLA", "CFVKRVDW", "LAAIMQLF", "YVLGLAAI", "VLGLAAIM", "LGLAAIMQ", "GLAAIMQL", "SCDAIMTR", "DLLLDDFV", "YLITPVHV", "CDAIMTRC", "NTVIWDYK", "SSEAFLIG", "DDFVEIIK", "IMTRCLAV", "LLLDDFVE", "ANTVIWDY", "LDDFVEII", "LLDDFVEI", "MTRCLAVH", "IDLLLDDF", "SEAFLIGC", "VIDLLLDD", "EAFLIGCN", "SSSEAFLI", "AFLIGCNY", "ECFVKRVD", "FLIGCNYL", "HANYIFWR", "HECFVKRV", "MHANYIFW", "ANYIFWRN", "VHECFVKR", "YIFWRNTN", "TRCLAVHE", "DYYRSLPG", "AVHECFVK", "YYRSLPGV", "TYNLWNTF", "GQINDMIL", "RCLAVHEC", "NYIFWRNT", "LIGCNYLG", "CLAVHECF", "LAVHECFV", "NNDYYRSL", "NDYYRSLP", "YVMHANYI", "GYVMHANY", "LNNDYYRS", "VLNNDYYR", "DGYVMHAN", "ASSSEAFL", "VMHANYIF", "VNASSSEA", "DTYNLWNT", "NASSSEAF", "AANTVIWD", "SVIDLLLD", "VCVSTSGR", "IGCNYLGK", "AAIFYLIT", "WVLNNDYY", "IDGYVMHA", "YLNSTNVT", "CVSTSGRW", "FDTYNLWN", "RWVLNNDY", "LNSTNVTI", "IATYCTGS", "VSTSGRWV", "STSGRWVL", "AIFYLITP", "TSGRWVLN", "GRWVLNND", "IAANTVIW", "ATYCTGSI", "AVMSLKEG", "SGRWVLNN", "NSTNVTIA", "DIAANTVI", "STNVTIAT", "VAFNVVNK", "MPTTIAKN", "QIDGYVMH", "AFNVVNKG", "VVNKGHFD", "EGQINDMI", "TNVTIATY", "FNVVNKGH", "VNKGHFDG", "KEGQINDM", "VMSLKEGQ", "NVVNKGHF", "VKILNNLG", "PEVKILNN", "VDIAANTV", "PVNVAFEL", "GVDIAANT", "VNVAFELW", "NVAFELWA", "EVKILNNL", "LPVNVAFE", "FVEIIKSQ", "DFVEIIKS", "TIDYTEIS", "ILNNLGVD", "KILNNLGV", "PIQLSSYS", "LKEGQIND", "LNNLGVDI", "EQIDGYVM", "TLPVNVAF", "VELFENKT", "ELFENKTT", "IFWRNTNP", "VEIIKSQD", "EIIKSQDL", "IIKSQDLS", "PVPEVKIL", "VPEVKILN", "GCNYLGKP", "TTLPVNVA", "KPVPEVKI", "NNLGVDIA", "KTTLPVNV", "FENKTTLP", "NKTTLPVN", "NLGVDIAA", "IKSQDLSV", "IKPVPEVK", "GHFDGQQG", "DVELFENK", "LGVDIAAN", "VTIDYTEI", "ENKTTLPV", "LFENKTTL", "SLKEGQIN", "MSLKEGQI", "NKGHFDGQ", "KVTIDYTE", "VKVTIDYT", "VDVELFEN", "KSQDLSVV", "NIKPVPEV", "VAFELWAK", "SQDLSVVS", "NPIQLSSY", "VVKVTIDY", "DGVDVELF", "SKVVKVTI", "TAVMSLKE", "GVDVELFE", "RNIKPVPE", "AFELWAKR", "KGHFDGQQ", "FELWAKRN", "KVVKVTID", "ELWAKRNI", "KRNIKPVP", "LWAKRNIK", "AKRNIKPV", "VDGVDVEL", "FWRNTNPI", "WAKRNIKP", "KVDGVDVE", "TNPIQLSS", "TKVDGVDV", "WWTAFVTN", "VYTKVDGV", "VSKVVKVT", "TVYTKVDG", "NTVYTKVD", "WTAFVTNV", "AIKITEHS", "SIINNTVY", "NNTVYTKV", "IINNTVYT", "RNTNPIQL", "INNTVYTK", "DLSVVSKV", "QDLSVVSK", "VAIKITEH", "YTKVDGVD", "NVNASSSE", "WRNTNPIQ", "TNVNASSS", "NTNPIQLS", "VSIINNTV", "ITEHSWNA", "KITEHSWN", "LKNTVCTV", "SVVSKVVK", "VTNVNASS", "IKITEHSW", "GTAVMSLK", "VVSKVVKV", "LSVVSKVV", "HFDGQQGE", "PVSIINNT", "TAFVTNVN", "KFPLKLRG", "GHFAWWTA", "MGHFAWWT", "AFVTNVNA", "FVTNVNAS", "TEHSWNAD", "LMGHFAWW", "FAWWTAFV", "DGQQGEVP", "HFAWWTAF", "AWWTAFVT", "SKFPLKLR", "FDGQQGEV", "HSWNADLY", "GQQGEVPV", "EHSWNADL", "VPVSIINN", "NADLYKLM", "WNADLYKL", "QFDTYNLW", "EVPVSIIN", "SWNADLYK", "GEVPVSII", "QQGEVPVS", "ADLYKLMG", "KNTVCTVC", "LYKLMGHF", "QGEVPVSI", "DLYKLMGH", "YKLMGHFA", "NTVCTVCG", "KLMGHFAW", "TTNGDFLH", "ANSIVCRF", "PTTIAKNT", "PANSIVCR", "YPANSIVC", "VDAVNLLT", "TVCTVCGM", "KQFDTYNL", "GVDAVNLL", "CGVDAVNL", "LPGVFCGV", "KLRGTAVM", "FCGVDAVN", "VFCGVDAV", "PGVFCGVD", "LRGTAVMS", "GVFCGVDA", "RYPANSIV", "RGTAVMSL", "FPLKLRGT", "LKLRGTAV", "DRYPANSI", "CNVDRYPA", "NVDRYPAN", "VDRYPANS", "PLKLRGTA", "SLPGVFCG", "TTIAKNTV", "VCTVCGMW", "RTTNGDFL", "RSLPGVFC", "YRSLPGVF", "ALGGSVAI", "LLLSVCLG", "GYREGYLN", "LSNLNLPG", "FLLLSVCL", "IWFLLLSV", "LRTTNGDF", "LLSVCLGS", "TIAKNTVK", "SNLNLPGC", "TGYREGYL", "LGGSVAIK", "WFLLLSVC", "NLNLPGCD", "ILRTTNGD", "NYLKSPNF", "FNYLKSPN", "YCTGYREG", "SFNYLKSP", "PCSVCLSG", "CTGYREGY", "LITPVHVM", "ASFNYLKS", "DTCFANKH", "FANKHADF", "LEASFNYL", "IPCSVCLS", "CFANKHAD", "TCFANKHA", "IAKNTVKS", "EASFNYLK", "NFSKLINI", "ANKHADFD", "TDTCFANK", "LKSPNFSK", "PNFSKLIN", "YLKSPNFS", "NKHADFDT", "KHADFDTW", "KSPNFSKL", "SIPCSVCL", "SPNFSKLI", "DAPAHIST", "STDTCFAN", "AVITREVG", "GSIPCSVC", "AKNTVKSV", "NTVKSVGK", "VITREVGF", "CLGSLIYS", "CLEASFNY", "ITREVGFV", "VCLGSLIY", "SVCLGSLI", "KNTVKSVG", "ASTDTCFA", "FCLEASFN", "APAHISTI", "SYCTGYRE", "PAHISTIG", "PLIAAVIT", "KFCLEASF", "VKSVGKFC", "TVKSVGKF", "LGSLIYST", "KSVGKFCL", "IASTDTCF", "LIAAVITR", "LSVCLGSL", "RDIASTDT", "DIASTDTC", "ACPLIAAV", "AAVITREV", "CPLIAAVI", "AYVIYTSG", "TRDIASTD", "SVGKFCLE", "IAAVITRE", "GKFCLEAS", "GSLIYSTA", "NDKACPLI", "VGKFCLEA", "VTRDIAST", "KACPLIAA", "SLIYSTAA", "PSYCTGYR", "TGSIPCSV", "DKACPLIA", "TREVGFVV", "GVTRDIAS", "CTGSIPCS", "GGVTRDIA", "REVGFVVP", "EVGFVVPG", "DGGVTRDI", "YCTGSIPC", "ITPVHVMS", "IDGGVTRD", "VGFVVPGL", "GFVVPGLP", "GGSVAIKI", "CSVIDLLL", "VCSVIDLL", "AIDGGVTR", "AHISTIGV", "CVCSVIDL", "FVVPGLPG", "GSVAIKIT", "KCVCSVID", "CTVCGMWK", "LNLPGCDG", "TILRTTNG", "YKAIDGGV", "SVAIKITE", "KAIDGGVT", "TYCTGSIP", "SKCVCSVI", "HISTIGVC", "GTILRTTN", "VVPGLPGT", "GLPGTILR", "TVCGMWKG", "PGLPGTIL", "LPGTILRT", "PGTILRTT", "VPGLPGTI", "TDFSSEII", "GYKAIDGG", "DFSSEIIG", "IGYKAIDG", "HTDFSSEI", "ISTIGVCS", "IIGYKAID", "LIYSTAAL", "IYSTAALG", "FSSEIIGY", "EIIGYKAI", "SEIIGYKA", "SSEIIGYK", "KHTDFSSE", "YSTAALGV", "ALGVLMSN", "SKHTDFSS", "STAALGVL", "TAALGVLM", "AALGVLMS", "LGVLMSNL", "GVLMSNLG", "VCGMWKGY", "CGMWKGYG", "NLPGCDGG", "VMSKHTDF", "HVMSKHTD", "VHVMSKHT", "MSKHTDFS", "TPVHVMSK", "PVHVMSKH", "VIYTSGST", "STIGVCSM", "WKGYGCSC", "MWKGYGCS", "KGYGCSCD", "GMWKGYGC", "YVIYTSGS", "PMLQSADA", "GYGCSCDQ", "YGCSCDQL", "GCSCDQLR", "MLQSADAQ", "CSCDQLRE", "SCDQLREP", "EPMLQSAD", "TIGVCSMT", "DQLREPML", "CDQLREPM", "LQSADAQS", "REPMLQSA", "QLREPMLQ", "LREPMLQS", "QSADAQSF", "SADAQSFL", "ADAQSFLN", "YKLDGVVC", "EQFKKGVQ", "YEQFKKGV", "VTYKLDGV", "TYKLDGVV", "PVTYKLDG", "SYEQFKKG", "KPVTYKLD", "QFKKGVQI", "VLMSNLGM", "GMPSYCTG", "FKKGAKLL", "KKGAKLLH", "KGAKLLHK", "GAKLLHKP", "AKLLHKPI", "KLLHKPIV", "LHKPIVWH", "HKPIVWHV", "LLHKPIVW", "MPSYCTGY", "LMSNLGMP", "SNLGMPSY", "MSNLGMPS", "LGMPSYCT", "NLGMPSYC", "RIELGEIE", "TIKPVTYK", "IKPVTYKL", "TTIKPVTY", "TLSYEQFK", "LSYEQFKK", "YTTTIKPV", "FKKGVQIP", "KKGVQIPC", "GTLSYEQF", "TTTIKPVT", "SYTTTIKP", "KGVQIPCT", "MGTLSYEQ", "YMGTLSYE", "GVQIPCTC", "VQIPCTCG", "ESPFVMMS", "FVMMSAPP", "HADFDTWF", "VMMSAPPA", "NSYTTTIK", "KPIVWHVN", "QESPFVMM", "VQQESPFV", "SPFVMMSA", "MSAPPAQY", "SAPPAQYE", "MMSAPPAQ", "QQESPFVM", "LVQQESPF", "YLVQQESP", "APPAQYEL", "ADFDTWFS", "PFVMMSAP", "PIVWHVNN", "FSQRGGSY", "IGVCSMTD", "SQRGGSYT", "YELKHGTF", "PPAQYELK", "ENSYTTTI", "FDTWFSQR", "DFDTWFSQ", "PAQYELKH", "IVWHVNNA", "QYELKHGT", "DTWFSQRG", "WFSQRGGS", "QIPCTCGK", "AQYELKHG", "VWHVNNAT", "KENSYTTT", "ELKHGTFT", "YKHITSKE", "QCGHYKHI", "VFYKENSY", "LKHGTFTC", "HITSKETL", "KHGTFTCA", "TWFSQRGG", "KHITSKET", "ITSKETLY", "QRGGSYTN", "PCTCGKQA", "GNYQCGHY", "RGGSYTND", "NYQCGHYK", "HYKHITSK", "HGTFTCAS", "YQCGHYKH", "TFTCASEY", "CGHYKHIT", "GTFTCASE", "IPCTCGKQ", "YKENSYTT", "GHYKHITS", "TKSSEYKG", "SKETLYCI", "CTCGKQAT", "GSYTNDKA", "WSTKPVET", "LLTKSSEY", "TSKETLYC", "FYKENSYT", "LWSTKPVE", "CLWSTKPV", "LTKSSEYK", "GGSYTNDK", "RCLWSTKP", "WHVNNATN", "SYTNDKAC", "DVFYKENS", "TDVFYKEN", "ITDVFYKE", "IRCLWSTK", "KSSEYKGP", "KETLYCID", "ALLTKSSE", "TNDKACPL", "CIRCLWST", "YTNDKACP", "SFKKGAKL", "SSEYKGPI", "ETLYCIDG", "YTGNYQCG", "TGNYQCGH", "SEYKGPIT", "ASEYTGNY", "FTCASEYT", "GALLTKSS", "EYKGPITD", "CASEYTGN", "EYTGNYQC", "TLYCIDGA", "PITDVFYK", "KGPITDVF", "GPITDVFY", "SEYTGNYQ", "VCSMTDIA", "LYCIDGAL", "VYRAFDIY", "YKGPITDV", "TCASEYTG", "HVNNATNK", "GVCSMTDI", "YKQFDTYN", "IDGALLTK", "YCIDGALL", "TVFFDGRV", "LTVFFDGR", "DGALLTKS", "VVYRAFDI", "MYMGTLSY", "VYKQFDTY", "CIDGALLT", "CSMTDIAK", "PLTVFFDG", "DVVYRAFD", "KLDGVVCT", "SMTDIAKK", "TDVVYRAF", "MTDIAKKP", "VFFDGRVD", "VNNATNKA", "STDVVYRA", "FFDGRVDG", "YANSVFNI", "LDGVVCTE", "TDIAKKPT", "TSTDVVYR", "WCIRCLWS", "KYLVQQES", "INIIIWFL", "NIIIWFLL", "TKYLVQQE", "QATKYLVQ", "ATKYLVQQ", "IIIWFLLL", "HYTPSFKK", "YTPSFKKG", "PSFKKGAK", "TPSFKKGA", "DGVVCTEI", "GTSTDVVY", "ANSVFNIC", "NNATNKAT", "NSVFNICQ", "SVFNICQA", "TGTSTDVV", "KHYTPSFK", "IIWFLLLS", "GVVCTEID", "NKATYKPN", "CLYRNRDV", "YRNRDVDT", "LYRNRDVD", "TNKATYKP", "YECLYRNR", "ECLYRNRD", "APLTVFFD", "LYECLYRN", "TWCIRCLW", "DIAKKPTE", "ATNKATYK", "NATNKATY", "GKQATKYL", "KQATKYLV", "VFNICQAV", "CGKQATKY", "FDGRVDGQ", "YKHYTPSF", "LINIIIWF", "TCGKQATK", "RLYECLYR", "FNICQAVT", "HRLYECLY", "NICQAVTA", "KLINIIIW", "TAYANSVF", "AYANSVFN", "ICQAVTAN", "QHRLYECL", "CQAVTANV", "TTAYANSV", "ATTAYANS", "DGRVDGQV", "KPNTWCIR", "PNTWCIRC", "NTWCIRCL", "VVCTEIDP", "YKPNTWCI", "IAKKPTET", "QAVTANVN", "AVTANVNA", "DATTAYAN", "AKKPTETI", "VTANVNAL", "TYKPNTWC", "KKPTETIC", "KATYKPNT", "ATYKPNTW", "TANVNALL", "ANVNALLS", "ALLSTDGN", "NALLSTDG", "NVNALLST", "VNALLSTD", "LLSTDGNK", "RVDGQVDL", "GRVDGQVD", "GDATTAYA", "GQVDLFRN", "LSTDGNKI", "QVDLFRNA", "FSKLINII", "DGQVDLFR", "VDGQVDLF", "STDGNKIA", "DLFRNARN", "CAPLTVFF", "SKLINIII", "FRNARNGV", "WVYKQFDT", "RNARNGVL", "LFRNARNG", "LQHRLYEC", "KPTETICA", "ETICAPLT", "VEAHGTGT", "TICAPLTV", "GTGTSTDV", "AARLTPCG", "ARNGVLIT", "NARNGVLI", "VDLFRNAR", "ICAPLTVF", "TDGNKIAD", "NLQHRLYE", "LTPCGTGT", "CGTGTSTD", "DAQSFLNR", "RNLQHRLY", "SGDATTAY", "PTETICAP", "TETICAPL", "TPCGTGTS", "VCTEIDPK", "RLTPCGTG", "VRNLQHRL", "DGNKIADK", "ARLTPCGT", "GNKIADKY", "SSGDATTA", "PCGTGTST", "DYKHYTPS", "YVRNLQHR", "FLNRVCGV", "AQSFLNRV", "TSSGDATT", "GTSSGDAT", "SFLNRVCG", "GGTSSGDA", "QSFLNRVC", "KPGGTSSG", "PGGTSSGD", "LNRVCGVS", "NKIADKYV", "KYVRNLQH", "KIADKYVR", "DKYVRNLQ", "ADKYVRNL", "LWVYKQFD", "IADKYVRN", "QQIELKFN", "VKPGGTSS", "YVKPGGTS", "CGQQQTTL", "NRVCGVSA", "LKFNPPAL", "PKCDRAMP", "ECAQVLSE", "RVLNVVCK", "KCDRAMPN", "TCGQQQTT", "NECAQVLS", "GQQQTTLK", "KFNPPALQ", "GVLITEGS", "NGVLITEG", "VLITEGSV", "ELKFNPPA", "LSEMVMCG", "LQPSVGPK", "FYRLANEC", "LYVKPGGT", "QQQTTLKG", "VLNVVCKT", "QPSVGPKQ", "RNGVLITE", "ANECAQVL", "VLSEMVMC", "YRLANECA", "RVCGVSAA", "RLANECAQ", "KTCGQQQT", "LANECAQV", "IELKFNPP", "VCGVSAAR", "AQVLSEMV", "KRVLNVVC", "NVVCKTCG", "QVLSEMVM", "RFYRLANE", "CKTCGQQQ", "CAQVLSEM", "VVCKTCGQ", "LNVVCKTC", "CGVSAARL", "SLYVKPGG", "GVSAARLT", "PSVGPKQA", "QIELKFNP", "VCKTCGQQ", "LDSCKRVL", "DSCKRVLN", "KTQFNYYK", "SCKRVLNV", "NLDSCKRV", "CKRVLNVV", "CDRAMPNM", "LIGEAVKT", "QQTTLKGV", "QTTLKGVE", "VKTQFNYY", "IGEAVKTQ", "NMLRIMAS", "LRIMASLV", "RAMPNMLR", "AMPNMLRI", "TTLKGVEA", "LITEGSVK", "PNMLRIMA", "DRAMPNML", "ANLDSCKR", "TLIGEAVK", "MPNMLRIM", "GEAVKTQF", "LSHRFYRL", "TQSRNLQE", "MLRIMASL", "RIMASLVL", "GLQPSVGP", "TLKGVEAV", "SLVLARKH", "LKGVEAVM", "HRFYRLAN", "SVGPKQAS", "EAVKTQFN", "SHRFYRLA", "HANLDSCK", "VGPKQASL", "CSLSHRFY", "QHANLDSC", "VMYMGTLS", "IMASLVLA", "LFQHANLD", "NGVTLIGE", "ASLVLARK", "SLSHRFYR", "FQHANLDS", "TQFNYYKK", "LVLARKHT", "ARKHTTCC", "KGLQPSVG", "RKHTTCCS", "MASLVLAR", "CCSLSHRF", "KHTTCCSL", "QFNYYKKV", "GPKQASLN", "SSKCVCSV", "FNYYKKVD", "NPPALQDA", "HTTCCSLS", "NYYKKVDG", "VKGLQPSV", "VLARKHTT", "TMSYLFQH", "FNPPALQD", "LNGVTLIG", "LARKHTTC", "VSAARLTP", "ETMSYLFQ", "RETMSYLF", "YLFQHANL", "AVKTQFNY", "TCCSLSHR", "VTLIGEAV", "AVMYMGTL", "TTCCSLSH", "MSYLFQHA", "SYLFQHAN", "SAARLTPC", "PKQASLNG", "ITEGSVKG", "KGVEAVMY", "SLNGVTLI", "GVTLIGEA", "ASLNGVTL", "SVKGLQPS", "QASLNGVT", "EAVMYMGT", "TEGSVKGL", "VEAVMYMG", "EGSVKGLQ", "AYYRARAG", "YRARAGEA", "GSVKGLQP", "YYRARAGE", "GVEAVMYM", "KQASLNGV", "YFDCYDGG", "QDAYYRAR", "LQDAYYRA", "YYKKVDGV", "DAYYRARA", "ALQDAYYR", "PALQDAYY", "PPALQDAY", "LFVVEVVD", "GSSKCVCS", "NLPTMCDI", "YNLPTMCD", "DYDYYRYN", "TMCDIRQL", "LLFVVEVV", "CDIRQLLF", "LPTMCDIR", "MCDIRQLL", "DIRQLLFV", "YYRYNLPT", "PTMCDIRQ", "KRTTCFSV", "YDYYRYNL", "DKRTTCFS", "SDYDYYRY", "LDKRTTCF", "NVAFQTVK", "LLDKRTTC", "QLLFVVEV", "DYYRYNLP", "IRQLLFVV", "RQLLFVVE", "LLLDKRTT", "FVVEVVDK", "YRYNLPTM", "RYNLPTMC", "KYFDCYDG", "NNVAFQTV", "DKYFDCYD", "TNNVAFQT", "QTVKPGNF", "TVKPGNFN", "LTNNVAFQ", "VDKYFDCY", "FQTVKPGN", "ALTNNVAF", "AALTNNVA", "VAFQTVKP", "TSGSTGRP", "VEVVDKYF", "RTTCFSVA", "VKPGNFNK", "PGNFNKDF", "NFCALILA", "KPGNFNKD", "AFQTVKPG", "VVEVVDKY", "VAALTNNV", "TTCFSVAA", "SVAALTNN", "LKHFFFAQ", "FSVAALTN", "CFSVAALT", "EVVDKYFD", "VVDKYFDC", "SGSTGRPK", "FFAQDGNA", "YKKVDGVV", "FFFAQDGN", "HFFFAQDG", "CALILAYC", "FCALILAY", "LILAYCNK", "ALILAYCN", "KHFFFAQD", "ISDYDYYR", "FAQDGNAA", "TCFSVAAL", "AISDYDYY", "AAISDYDY", "FNKDFYDF", "NAAISDYD", "AQDGNAAI", "NKDFYDFA", "GNAAISDY", "KDFYDFAV", "DFYDFAVS", "QDGNAAIS", "DGNAAISD", "FYDFAVSK", "QLPETYFT", "GFFKEGSS", "YDFAVSKG", "FFKEGSSV", "NFNKDFYD", "DFAVSKGF", "FAVSKGFF", "SKGFFKEG", "KGFFKEGS", "VSKGFFKE", "KEGSSVEL", "GSSVELKH", "EGSSVELK", "SSVELKHF", "FKEGSSVE", "VELKHFFF", "SVELKHFF", "AVSKGFFK", "ELKHFFFA", "KLAKKFDT", "GNFNKDFY", "KKVDGVVQ", "KVDGVVQQ", "LAKKFDTF", "KFDTFNGE", "FDTFNGEC", "PETYFTQS", "DTFNGECP", "ETYFTQSR", "KKFDTFNG", "AKKFDTFN", "TFNGECPN", "VDGVVQQL", "DGVVQQLP", "QSRNLQEF", "VVQQLPET", "LPETYFTQ", "GVVQQLPE", "SLWVYKQF", "IDYKHYTP", "LPGCDGGS", "AIDYKHYT", "GCINANQV", "AKKFDIFN", "KLAKKFDI", "LAKKFDIF", "KKFDIFNG", "FDIFNGEC", "KFDIFNGE", "CTEIDPKL", "FDCYDGGC", "DIFNGECP", "IFNGECPN", "DCYDGGCI", "QQLPETYF", "GSTGRPKG", "VQQLPETY", "CYDGGCIN", "YDGGCINA", "TGSSKCVC", "VAIDYKHY", "TEIDPKLD", "TYFTQSRN", "DGGCINAN", "YLGKPREQ", "FTQSRNLQ", "CNYLGKPR", "NYLGKPRE", "LGKPREQI", "FSLWVYKQ", "REQIDGYV", "GKPREQID", "KPREQIDG", "PREQIDGY", "WDYPKCDR", "GWDYPKCD", "GGCINANQ", "DYPKCDRA", "MGWDYPKC", "LMGWDYPK", "YFTQSRNL", "TSKFYGGW", "YPKCDRAM", "SKFYGGWH", "KFYGGWHN", "VVIGTSKF", "TVVIGTSK", "HLMGWDYP", "PHLMGWDY", "NPHLMGWD", "VVAIDYKH", "YGGWHNML", "FYGGWHNM", "ELKVTFFP", "RMYRTGDL", "ENPHLMGW", "KKPASREL", "VENPHLMG", "ASRELKVT", "GGWHNMLK", "SRELKVTF", "PFNKWGKA", "FPFNKWGK", "PASRELKV", "RELKVTFF", "GWHNMLKT", "KPASRELK", "GFSLWVYK", "YSDVENPH", "SDVENPHL", "DVVAIDYK", "EIDPKLDN", "DVENPHLM", "VYSDVENP", "YKKPASRE", "LKTVYSDV", "GFPFNKWG", "ARLYYDSM", "KTVYSDVE", "AGFPFNKW", "GDVVAIDY", "FNKWGKAR", "TVYSDVEN", "VIGTSKFY", "NKWGKARL", "WHNMLKTV", "FKFVCDNI", "KFVCDNIK", "SAGFPFNK", "VCDNIKFA", "MLKTVYSD", "KARLYYDS", "NMLKTVYS", "HNMLKTVY", "KWGKARLY", "DNIKFADD", "FVCDNIKF", "GTSKFYGG", "CDNIKFAD", "GKARLYYD", "IGTSKFYG", "NIKFADDL", "WGKARLYY", "IKFADDLN", "KKDNSYFT", "IDPKLDNY", "FADDLNQL", "KSAGFPFN", "YYKKDNSY", "ADDLNQLT", "TFFPDLNG", "YKKDNSYF", "LKVTFFPD", "PFELEDFI", "FELEDFIP", "DPKLDNYY", "DNYYKKDN", "KFADDLNQ", "VTFFPDLN", "NYYKKDNS", "NFKFVCDN", "SPFELEDF", "KDNSYFTE", "KVTFFPDL", "LDNYYKKD", "ESPFELED", "DKSAGFPF", "PKLDNYYK", "LDKSAGFP", "KLDNYYKK", "LLIGLAKR", "GYKKPASR", "RLYYDSMS", "ELEDFIPM", "NLDKSAGF", "KESPFELE", "FKESPFEL", "LIGLAKRF", "LYYDSMSY", "LEDFIPMD", "SRNLQEFK", "DNSYFTEQ", "YYDSMSYE", "NGDVVAID", "FPDLNGDV", "FFPDLNGD", "LTGYKKPA", "NNLDKSAG", "YDSMSYED", "IGLAKRFK", "DNFKFVCD", "TGYKKPAS", "QLTGYKKP", "PDLNGDVV", "LNQLTGYK", "GLAKRFKE", "NQLTGYKK", "DSMSYEDQ", "INANQVIV", "DFIPMDST", "VNNLDKSA", "EDFIPMDS", "LAKRFKES", "FDNFKFVC", "SFDNFKFV", "DLNQLTGY", "DDLNQLTG", "SMSYEDQD", "DLNGDVVA", "TVKNYFIT", "PMDSTVKN", "IVNNLDKS", "MDSTVKNY", "AKRFKESP", "TEQPIDLV", "NSYFTEQP", "ANQVIVNN", "LNGDVVAI", "DSTVKNYF", "RFKESPFE", "MSYEDQDA", "KRFKESPF", "CINANQVI", "NANQVIVN", "EQPIDLVP", "RNLQEFKP", "FIPMDSTV", "NQVIVNNL", "STVKNYFI", "SYEDQDAL", "QVIVNNLD", "FTEQPIDL", "YFTEQPID", "VIVNNLDK", "QPIDLVPN", "SYFTEQPI", "IPMDSTVK", "VIPTITQM", "PIDLVPNQ", "NLQEFKPR", "RTVAGVSI", "YEDQDALF", "PTITQMNL", "QMNLKYAI", "RNVIPTIT", "TQMNLKYA", "NVIPTITQ", "AGVSICST", "TKRNVIPT", "MNLKYAIS", "NLKYAISA", "VAGVSICS", "VKNYFITD", "TVAGVSIC", "KYAISAKN", "IPTITQMN", "DQDALFAY", "AISAKNRA", "QDALFAYT", "TITQMNLK", "PGCDGGSL", "LKYAISAK", "EDQDALFA", "YAISAKNR", "LQEFKPRS", "KRNVIPTI", "FAYTKRNV", "KNYFITDA", "LFAYTKRN", "NASFDNFK", "YTKRNVIP", "DALFAYTK", "ARTVAGVS", "ITQMNLKY", "ISAKNRAR", "ASFDNFKF", "RARTVAGV", "ALFAYTKR", "NRARTVAG", "AYTKRNVI", "KNRARTVA", "AKNRARTV", "GVSICSTM", "SAKNRART", "VSICSTMT", "QEFKPRSQ", "SICSTMTN", "RQFHQKLL", "NYFITDAQ", "NRQFHQKL", "ICSTMTNR", "QTGSSKCV", "TNRQFHQK", "ATVVIGTS", "EFKPRSQM", "MTNRQFHQ", "LGGLHLLI", "GDVRETMS", "GLHLLIGL", "LGDVRETM", "GATVVIGT", "GGLHLLIG", "CSTMTNRQ", "YFITDAQT", "DVRETMSY", "QLGGLHLL", "STMTNRQF", "VRETMSYL", "YGDFSHSQ", "FITDAQTG", "HSQLGGLH", "TMTNRQFH", "LHLLIGLA", "ELGDVRET", "SQLGGLHL", "ITDAQTGS", "SHSQLGGL", "TDAQTGSS", "HLLIGLAK", "DAQTGSSK", "FSHSQLGG", "RGATVVIG", "DFSHSQLG", "GDFSHSQL", "PNASFDNF", "GELGDVRE", "AQTGSSKC", "VGELGDVR", "TVGELGDV", "DLVPNQPY", "KTVGELGD", "VYGDFSHS", "TRGATVVI", "IDLVPNQP", "IVYGDFSH", "STGRPKGV", "NKTVGELG", "QMEIDFLE", "HIVYGDFS", "ILAYCNKT", "AYCNKTVG", "CNKTVGEL", "LAYCNKTV", "YCNKTVGE", "RYKLEGYA", "MEIDFLEL", "ERYKLEGY", "IERYKLEG", "LVPNQPYP", "FKPRSQME", "EHIVYGDF", "EIDFLELA", "PYPNASFD", "AGFSLWVY", "IDFLELAM", "VPNQPYPN", "PNQPYPNA", "YPNASFDN", "NQPYPNAS", "FEHIVYGD", "QPYPNASF", "AFEHIVYG", "EFIERYKL", "YAFEHIVY", "FLELAMDE", "DFLELAMD", "YKLEGYAF", "FIERYKLE", "KPRSQMEI", "GYAFEHIV", "LELAMDEF", "DEFIERYK", "ELAMDEFI", "MDEFIERY", "KLEGYAFE", "EGYAFEHI", "LEGYAFEH", "DTACSSSL", "LAMDEFIE", "AMDEFIER", "RSQMEIDF", "SQMEIDFL", "PRSQMEID", "ATRGATVV", "SAGFSLWV", "GCDGGSLY", "ISAGFSLW", "KHAFHTPA", "MISAGFSL", "CDGGSLYV", "NKHAFHTP", "AATRGATV", "VNKHAFHT", "GGSLYVNK", "SLYVNKHA", "MMISAGFS", "GSLYVNKH", "LYVNKHAF", "DGGSLYVN", "YVNKHAFH", "GFRIELGE", "RGFRIELG", "TACSSSLV", "LKQLPFFY", "NLKQLPFF", "FVNLKQLP", "GAVCRHHA", "HAFHTPAF", "VNLKQLPF", "GGAVCRHH", "AFHTPAFD", "KQLPFFYY", "VCRHHANE", "AVCRHHAN", "FHTPAFDK", "CRHHANEY", "AFVNLKQL", "LGGAVCRH", "QLPFFYYS", "RHHANEYR", "SAFVNLKQ", "KSAFVNLK", "HTPAFDKS", "AFDKSAFV", "TPAFDKSA", "DKSAFVNL", "NMMISAGF", "CNLGGAVC", "LPFFYYSD", "NLGGAVCR", "PAFDKSAF", "FDKSAFVN", "HHANEYRL", "YNMMISAG", "PFFYYSDS", "RCNLGGAV", "AYNMMISA", "DAYNMMIS", "HANEYRLY", "ITRCNLGG", "LDAYNMMI", "CITRCNLG", "ANEYRLYL", "LYLDAYNM", "TRCNLGGA", "CESHGKQV", "IAATRGAT", "YLDAYNMM", "SIAATRGA", "NEYRLYLD", "EYRLYLDA", "YRLYLDAY", "QFHQKLLK",*/ }; void init_motif_table() { const auto n = sizeof(motif_strings) / sizeof(motif_strings[0]); motif_table.reserve(n); for (size_t i = 0; i < n; ++i) motif_table.insert(motif_strings[i]); }bbuchfink-diamond-6dc5717/src/masking/tantan.cpp000066400000000000000000000135361523407312000216360ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later /* Based on tantan by Martin C. Frith. See: http://cbrc3.cbrc.jp/~martin/tantan/ A new repeat-masking method enables specific detection of homologous sequences, MC Frith, Nucleic Acids Research 2011 39(4):e23. */ #include #include "../basic/value.h" #include "def.h" #include "../util/simd/dispatch.h" #include "util/simd/vector.h" #include "masking.h" using std::fill; namespace Util { namespace tantan { namespace DISPATCH_ARCH { static inline float forward_step( float* __restrict f, const float* __restrict d, const float* __restrict e_seg, float& b, float f2f, float p_repeat_end, float b2b, float f_sum_prev) { using namespace ::DISPATCH_ARCH::SIMD; using Register = Traits::Register; constexpr size_t L = Traits::LANES; const float b_old = b; const Register vf2f = set(f2f, Register()); const Register vb_old = set(b_old, Register()); float f_sum_new = 0.0f; for (int off = 0; off < 48; off += L) { Register vf = load(f + off, Register()); const Register vd = load(d + off, Register()); const Register ve = unaligned_load(e_seg + off, Register()); Register tmp = fmadd(vf, vf2f, mul(vb_old, vd)); vf = mul(tmp, ve); store(vf, f + off); f_sum_new += hsum(vf); } for (int off = 48; off < 50; ++off) { float vf = f[off]; vf = (vf * f2f + b_old * d[off]) * e_seg[off]; f[off] = vf; f_sum_new += vf; } b = b_old * b2b + f_sum_prev * p_repeat_end; return f_sum_new; } static inline float backward_step( float* __restrict f, const float* __restrict d, const float* __restrict e_seg, float& b, float f2f, float p_repeat_end, float b2b) { using namespace ::DISPATCH_ARCH::SIMD; using Register = Traits::Register; constexpr size_t L = Traits::LANES; const Register vf2f = set(f2f, Register()); const Register vC = set(p_repeat_end * b, Register()); float tsum = 0.0f; for (int off = 0; off < 48; off += L) { Register vf = load(f + off, Register()); const Register ve = unaligned_load(e_seg + off, Register()); const Register vd = load(d + off, Register()); vf = mul(vf, ve); Register vt = mul(vf, vd); vf = fmadd(vf, vf2f, vC); store(vf, f + off); tsum += hsum(vt); } for (int off = 48; off < 50; ++off) { float vf = f[off] * e_seg[off]; tsum += vf * d[off]; vf = vf * f2f + p_repeat_end * b; f[off] = vf; } b = b2b * b + tsum; return tsum; } Mask::Ranges mask( Letter *seq, int len, const float **likelihood_ratio_matrix, float p_repeat, float p_repeat_end, float repeat_growth, float p_mask, int mask_mode) { constexpr int WINDOW = 50; constexpr int RESERVE = 50000; Mask::Ranges ranges; if (len == 0) return ranges; alignas(32) float f[WINDOW]; alignas(32) float d[WINDOW]; const float b2b = 1.0f - p_repeat; const float f2f = 1.0f - p_repeat_end; const float b2f0 = p_repeat * (1.0f - repeat_growth) / (1.0f - std::pow(repeat_growth, (float)WINDOW)); d[WINDOW - 1] = b2f0; for (int i = WINDOW - 2; i >= 0; --i) d[i] = d[i + 1] * repeat_growth; fill(f, f + WINDOW, 0.0f); thread_local std::vector pb; thread_local std::vector scale; thread_local std::vector e[AMINO_ACID_COUNT]; const int pb_cap = std::max(len, RESERVE); const int sc_len = std::max((len - 1) / 16 + 1, (RESERVE - 1) / 16 + 1); pb.resize(pb_cap); scale.resize(sc_len); for (size_t aa = 0; aa < (size_t)AMINO_ACID_COUNT; ++aa) { auto &E = e[aa]; const int need = std::max(RESERVE, len + WINDOW); E.resize(need); const float* L = likelihood_ratio_matrix[aa]; float* p = &E[len - 1]; for (int j = 0; j < len; ++j) { const uint8_t idx = static_cast(letter_mask(seq[j])); *(p--) = L[(size_t)idx]; } fill(E.data() + len, E.data() + len + WINDOW, (float)0.0); } float b = 1.0f; float f_sum = 0.0f; for (int i = 0; i < len; ++i) { const uint8_t ltr = static_cast(letter_mask(seq[i])); const float* e_seg = &e[ltr][len - i]; float f_sum_new = forward_step(f, d, e_seg, b, f2f, p_repeat_end, b2b, f_sum); f_sum = f_sum_new; if ((i & 15) == 15) { const float s = 1.0f / b; scale[(size_t)i / 16] = s; b *= s; ::DISPATCH_ARCH::SIMD::scale(f, s, WINDOW); f_sum *= s; } pb[i] = b; } const float z = b * b2b + ::DISPATCH_ARCH::SIMD::sum(f, WINDOW) * p_repeat_end; const float zinv = 1.0f / z; b = b2b; fill(f, f + WINDOW, p_repeat_end); const Letter mask = value_traits.mask_char; for (int i = len - 1; i >= 0; --i) { const float pf = 1.0f - (pb[i] * b * zinv); if ((i & 15) == 15) { const float s = scale[(size_t)i / 16]; b *= s; ::DISPATCH_ARCH::SIMD::scale(f, s, WINDOW); } const uint8_t ltr = static_cast(letter_mask(seq[i])); const float* e_seg = &e[ltr][len - i]; backward_step(f, d, e_seg, b, f2f, p_repeat_end, b2b); if (pf >= p_mask) { if (mask_mode == 1) seq[i] = mask; else if (mask_mode == 2) seq[i] |= Masking::bit_mask; ranges.push_front(i); } } return ranges; } } DISPATCH_8(Mask::Ranges, mask, Letter*, seq, int, len, const float**, likelihood_ratio_matrix, float, p_repeat, float, p_repeat_end, float, repeat_decay, float, p_mask, int, mask_mode) }}bbuchfink-diamond-6dc5717/src/masking/tantan.h000066400000000000000000000017421523407312000212770ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/value.h" namespace Util { namespace tantan { Mask::Ranges mask(Letter* seq, int len, const float** likelihood_ratio_matrix, float p_repeat, float p_repeat_end, float repeat_decay, float p_mask, int mask_mode); }} bbuchfink-diamond-6dc5717/src/output/000077500000000000000000000000001523407312000175445ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/output/blast_pairwise_format.cpp000066400000000000000000000074541523407312000246420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "output_format.h" #include "util/util.h" #include "stats/score_matrix.h" void PairwiseFormat::print_match(const HspContext& r, Output::Info &info) { static const unsigned width = 60; TextBuffer& out = info.out; const int dna_len = (int)r.query.source().length(); out << '>'; const Strand strand = (config.command == ::Config::blastn) ? (r.frame() ? FORWARD : REVERSE) : (r.frame() < 3 ? FORWARD : REVERSE); OutputFormat::print_title(out, r.target_title.c_str(), true, true, " "); out << "\nLength=" << r.subject_len << "\n\n"; out << " Score = " << r.bit_score() << " bits (" << r.score() << "), Expect = "; out.print_e(r.evalue()); out << '\n'; out << " Identities = " << r.identities() << '/' << r.length() << " (" << percentage(r.identities(), r.length()) << "%), Positives = " << r.positives() << '/' << r.length() << " (" << percentage(r.positives(), r.length()) << "%), Gaps = " << r.gaps() << '/' << r.length() << " (" << percentage(r.gaps(), r.length()) << "%)\n"; if (align_mode.query_translated) out << " Frame = " << r.blast_query_frame() << '\n'; #ifdef WITH_DNA if(config.command == ::Config::blastn) { out << " Strand = " ; if(r.frame()) out << "Plus/"; else out<< "Minus/"; out << "Plus" << '\n'; } #endif out << '\n'; const unsigned digits = (unsigned)std::max(ceil(log10(r.subject_range().end_)), ceil(log10(r.query_source_range().end_))); HspContext::Iterator qi = r.begin(), mi = r.begin(), si = r.begin(); while (qi.good()) { out << "Query "; out.print(qi.query_pos.absolute(dna_len) + 1, digits); out << " "; for (unsigned i = 0; i < width && qi.good(); ++i, ++qi) out << qi.query_char(); out << " "; out << TranslatedPosition::oriented_position(qi.query_pos.in_strand() - 1, strand, dna_len) + 1; out << '\n'; for (unsigned i = 0; i < digits + 9; ++i) out << ' '; for (unsigned i = 0; i < width && mi.good(); ++i, ++mi) out << mi.midline_char(score_matrix(mi.query(), mi.subject())); out << '\n'; out << "Sbjct "; out.print(si.subject_pos+1, digits); out << " "; for (unsigned i = 0; i < width && si.good(); ++i, ++si) out << si.subject_char(); out << " "; out << si.subject_pos; out << "\n\n"; } } void PairwiseFormat::print_footer(File &out) const { } void PairwiseFormat::print_query_epilog(Output::Info &info) const { } void PairwiseFormat::print_query_intro(Output::Info &info) const { info.out << "Query= " << info.query.title << "\n\nLength=" << info.query.len << "\n\n"; if (info.unaligned) { info.out << "\n***** No hits found *****\n\n\n"; } } void PairwiseFormat::print_header(File &f, int mode, const char *matrix, int gap_open, int gap_extend, double evalue, const char *first_query_name, unsigned first_query_len) const { static const char* header = "BLASTP 2.3.0+\n\n\n"; f.write(header, strlen(header)); } bbuchfink-diamond-6dc5717/src/output/blast_tab_format.cpp000066400000000000000000001151401523407312000235550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include "basic/match.h" #include "output_format.h" #include "util/sequence/sequence.h" #include "data/sequence_file.h" #include "data/taxonomy_nodes.h" #include "util/system/system.h" using namespace Output; using std::array; using std::endl; using std::set; using std::string; using std::transform; using std::back_inserter; using std::vector; using std::runtime_error; using std::map; using std::pair; map TabularFormat::field_def = { { FieldId::QSeqId, { FieldId::QSeqId, "qseqid", "cseqid", "Query Seq - id", HspValues::NONE, Flags::IS_STRING } }, { FieldId::QLen, { FieldId::QLen, "qlen", "clen", "Query sequence length", HspValues::NONE, Flags::NONE } }, { FieldId::SSeqId, { FieldId::SSeqId, "sseqid", "mseqid", "Subject Seq - id", HspValues::NONE, Flags::IS_STRING | Flags::SSEQID } }, { FieldId::SAllSeqId, { FieldId::SAllSeqId, "sallseqid", "", "All subject Seq - id(s), separated by a ';'", HspValues::NONE, Flags::ALL_SEQIDS | Flags::IS_ARRAY | Flags::SSEQID } }, { FieldId::SLen, { FieldId::SLen, "slen", "mlen", "Subject sequence length", HspValues::NONE, Flags::NONE } }, { FieldId::QStart, { FieldId::QStart, "qstart", "cstart", "Start of alignment in query", HspValues::QUERY_START, Flags::NONE } }, { FieldId::QEnd, { FieldId::QEnd, "qend", "cend", "End of alignment in query", HspValues::QUERY_END, Flags::NONE } }, { FieldId::SStart, { FieldId::SStart, "sstart", "mstart", "Start of alignment in subject", HspValues::TARGET_START, Flags::NONE } }, { FieldId::SEnd, { FieldId::SEnd, "send", "mend", "End of alignment in subject", HspValues::TARGET_END, Flags::NONE } }, { FieldId::QSeq, { FieldId::QSeq, "qseq", "", "Aligned part of query sequence", HspValues::QUERY_COORDS, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::SSeq, { FieldId::SSeq, "sseq", "", "Aligned part of subject sequence", HspValues::TRANSCRIPT, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::EValue, { FieldId::EValue, "evalue", "evalue", "Expect value", HspValues::NONE, Flags::NONE } }, { FieldId::BitScore, { FieldId::BitScore, "bitscore", "Bitscore", "Bit score", HspValues::NONE, Flags::NONE } }, { FieldId::Score, { FieldId::Score, "score", "score", "Raw score", HspValues::NONE, Flags::NONE } }, { FieldId::Length, { FieldId::Length, "length", "length", "Alignment length", HspValues::LENGTH, Flags::NONE } }, { FieldId::PIdent, { FieldId::PIdent, "pident", "pident" ,"Percentage of identical matches", HspValues::IDENT | HspValues::LENGTH, Flags::NONE } }, { FieldId::NIdent, { FieldId::NIdent, "nident", "nident", "Number of identical matches", HspValues::IDENT, Flags::NONE } }, { FieldId::Mismatch, { FieldId::Mismatch, "mismatch", "mismatch", "Number of mismatches", HspValues::MISMATCHES, Flags::NONE } }, { FieldId::Positive, { FieldId::Positive, "positive", "positive", "Number of positive - scoring matches", HspValues::TRANSCRIPT, Flags::NONE } }, { FieldId::GapOpen, { FieldId::GapOpen, "gapopen", "gapopen", "Number of gap openings", HspValues::GAP_OPENINGS, Flags::NONE } }, { FieldId::Gaps, { FieldId::Gaps, "gaps", "gaps", "Total number of gaps", HspValues::GAPS, Flags::NONE } }, { FieldId::PPos, { FieldId::PPos, "ppos", "ppos", "Percentage of positive - scoring matches", HspValues::TRANSCRIPT, Flags::NONE } }, { FieldId::QFrame, { FieldId::QFrame, "qframe", "", "Query frame", HspValues::NONE, Flags::NO_REALIGN } }, { FieldId::BTop, { FieldId::BTop, "btop", "", "Blast traceback operations (BTOP)", HspValues::TRANSCRIPT, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::STaxIds, { FieldId::STaxIds, "staxids", "", "Unique Subject Taxonomy ID(s), separated by a ';' (in numerical order)", HspValues::NONE, Flags::IS_ARRAY | Flags::NO_REALIGN } }, { FieldId::SSciNames, { FieldId::SSciNames, "sscinames", "", "Unique Subject Scientific Name(s), separated by a ';'", HspValues::NONE, Flags::IS_ARRAY | Flags::NO_REALIGN } }, { FieldId::SSKingdoms, { FieldId::SSKingdoms, "sskingdoms", "", "Unique Subject Super Kingdom(s), separated by a ';'", HspValues::NONE, Flags::IS_ARRAY | Flags::NO_REALIGN } }, { FieldId::STitle, { FieldId::STitle, "stitle", "", "Subject Title", HspValues::NONE, Flags::FULL_TITLES | Flags::IS_STRING | Flags::SSEQID } }, { FieldId::SAllTitles, { FieldId::SAllTitles, "salltitles", "", "All Subject Title(s), separated by a '<>'", HspValues::NONE, Flags::ALL_SEQIDS | Flags::FULL_TITLES | Flags::IS_ARRAY | Flags::SSEQID } }, { FieldId::QCovHsp, { FieldId::QCovHsp, "qcovhsp", "ccovhsp", "Query coverage per HSP", HspValues::QUERY_COORDS, Flags::NONE } }, { FieldId::QTitle, { FieldId::QTitle, "qtitle", "", "Query title", HspValues::NONE, Flags::IS_STRING } }, { FieldId::FullSSeq, { FieldId::FullSSeq, "full_sseq", "", "Subject sequence", HspValues::NONE, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::QQual, { FieldId::QQual, "qqual", "", "Query quality values for the aligned part of the query", HspValues::QUERY_COORDS, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::QNum, { FieldId::QNum, "qnum", "", "Query ordinal id", HspValues::NONE, Flags::NONE } }, { FieldId::SNum, { FieldId::SNum, "snum", "", "Subject ordinal id", HspValues::NONE, Flags::NONE } }, { FieldId::SCovHsp, { FieldId::SCovHsp, "scovhsp", "mcovhsp", "Subject coverage per HSP", HspValues::TARGET_COORDS, Flags::NONE } }, { FieldId::FullQQual, { FieldId::FullQQual, "full_qqual", "", "Query quality values", HspValues::NONE, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::FullQSeq, { FieldId::FullQSeq, "full_qseq", "", "Query sequence", HspValues::NONE, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::QSeqGapped, { FieldId::QSeqGapped, "qseq_gapped", "", "Aligned part of query sequence (with gaps)", HspValues::TRANSCRIPT, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::SSeqGapped, { FieldId::SSeqGapped, "sseq_gapped", "", "Aligned part of subject sequence (with gaps)", HspValues::TRANSCRIPT, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::QStrand, { FieldId::QStrand, "qstrand", "", "Query strand", HspValues::NONE, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::Cigar, { FieldId::Cigar, "cigar", "", "CIGAR string", HspValues::TRANSCRIPT, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::SKingdoms, { FieldId::SKingdoms, "skingdoms", "", "Unique Subject Kingdom(s), separated by a ';'", HspValues::NONE, Flags::IS_ARRAY | Flags::NO_REALIGN } }, { FieldId::SPhylums, { FieldId::SPhylums, "sphylums", "", "Unique Subject Phylum(s), separated by a ';'", HspValues::NONE, Flags::IS_ARRAY | Flags::NO_REALIGN } }, { FieldId::FullQSeqMate, { FieldId::FullQSeqMate, "full_qseq_mate", "", "Query sequence of the mate", HspValues::NONE, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::QSeqTranslated, { FieldId::QSeqTranslated, "qseq_translated", "", "Aligned part of query sequence (translated)", HspValues::TRANSCRIPT, Flags::IS_STRING | Flags::NO_REALIGN } }, { FieldId::HspNum, { FieldId::HspNum, "hspnum", "", "Number of HSP within the subject", HspValues::NONE, Flags::NONE } }, { FieldId::NormalizedBitscore, { FieldId::NormalizedBitscore, "normalized_bitscore", "", "Bitscore normalized by maximum self alignment score", HspValues::NONE, Flags::SELF_ALN_SCORES | Flags::NO_REALIGN } }, { FieldId::NormalizedBitscoreQuery, { FieldId::NormalizedBitscoreQuery, "normalized_bitscore_query", "", "Bitscore normalized by maximum self alignment score of query", HspValues::NONE, Flags::SELF_ALN_SCORES | Flags::NO_REALIGN } }, { FieldId::NORMALIZED_NIDENT, { FieldId::NORMALIZED_NIDENT, "normalized_nident", "normalized_nident", "Number of identical matches normalized by maximum length", HspValues::IDENT | HspValues::LENGTH, Flags::NONE } }, { FieldId::ApproxPIdent, { FieldId::ApproxPIdent, "approx_pident", "approx_pident", "Approximate percentage of identical matches", HspValues::COORDS, Flags::NONE } }, { FieldId::CorrectedBitScore, { FieldId::CorrectedBitScore, "corrected_bitscore", "corrected_bitscore", "Bit score corrected for edge effects", HspValues::NONE, Flags::NONE } }, { FieldId::SLineages, { FieldId::SLineages, "slineages", "", "Unique Subject Lineage(s), separated by a '<>'", HspValues::NONE, Flags::NO_REALIGN } } #ifdef DP_STAT { FieldId::Reserved1, { FieldId::Reserved1, "reserved1", "reserved1", "", HspValues::NONE, Flags::NO_REALIGN } }, { FieldId::Reserved2, { FieldId::Reserved2, "reserved2", "reserved2", "", HspValues::NONE, Flags::NO_REALIGN } } #endif }; template<> struct EnumTraits
{ static const SEMap
from_string; }; const SEMap
EnumTraits
::from_string = { {"0", Header::NONE}, {"simple", Header::SIMPLE}, {"verbose", Header::VERBOSE} }; static std::function make_invalid_match_handler(const string& key) { return [key](const TabularFormat&, const HspContext&, Output::Info&) { throw runtime_error(string("Invalid output field: ") + key); }; } static std::function make_invalid_intro_handler(const string& key) { return [key](const TabularFormat&, Output::Info&) { throw runtime_error(string("Invalid output field: ") + key); }; } static void print_staxids(TextBuffer& out, int64_t subject_global_id, const SequenceFile& db, bool json = false) { out.print(db.taxids(subject_global_id), json ? ',' : ';'); } static vector lineage(TaxId taxid, SequenceFile& db) { vector l; TaxId i = taxid; int n = 0; while (true) { if (i <= 0) return {}; if (i == 1) break; l.push_back(i); i = db.get_parent(i); if (l.size() >= MAX_LINEAGE) throw runtime_error("Lineage too long for taxid " + std::to_string(taxid)); } return l; } static void print_lineage(int64_t target_oid, SequenceFile& db, TextBuffer& out, bool json = false) { const vector taxids = db.taxids(target_oid); if (taxids.empty()) { out << (json ? " []" : "N/A"); return; } set> lineages; for (TaxId i : taxids) { const vector l = lineage(i, db); if (!l.empty()) lineages.insert(l); } if (lineages.empty()) { out << (json ? " []" : "N/A"); return; } if (json) { out << " [" DEFAULT_LINE_DELIMITER; } for (auto i = lineages.begin(); i != lineages.end(); ++i) { if (i != lineages.begin()) out << (json ? "," DEFAULT_LINE_DELIMITER : "<>"); if (json) { out << "\t\t["; } const vector& lin = *i; for (auto j = lin.rbegin(); j != lin.rend(); ++j) { if (j != lin.rbegin()) out << (json ? ", " : "; "); if (json) out << '\"'; out << db.taxon_scientific_name(*j); if (json) out << '\"'; } if (json) { out << ']'; } } if (json) { out << DEFAULT_LINE_DELIMITER "\t]"; } } map TabularFormat::field_callbacks = [] { map callbacks; for (const auto& f : TabularFormat::field_def) { callbacks.emplace(f.first, FieldCallbacks{ make_invalid_match_handler(f.second.key), make_invalid_intro_handler(f.second.key) }); } callbacks[FieldId::QSeqId].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out.write_until(r.query_title.c_str(), Util::Seq::id_delimiters); }; callbacks[FieldId::QSeqId].query_intro = [](const TabularFormat&, Output::Info& info) { info.out.write_until(info.query.title, Util::Seq::id_delimiters); }; callbacks[FieldId::QLen].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.query_len; }; callbacks[FieldId::QLen].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << info.query.len; }; callbacks[FieldId::SSeqId].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { OutputFormat::print_title(info.out, r.target_title.c_str(), false, false, ""); }; callbacks[FieldId::SSeqId].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SAllSeqId].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { OutputFormat::print_title(info.out, r.target_title.c_str(), false, true, format.is_json ? "," : ";", 0, format.is_json); }; callbacks[FieldId::SAllSeqId].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SLen].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.subject_len; }; callbacks[FieldId::SLen].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::QStart].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.oriented_query_range().begin_ + 1; }; callbacks[FieldId::QStart].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::QEnd].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.oriented_query_range().end_ + 1; }; callbacks[FieldId::QEnd].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::SStart].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.subject_source_range().begin_ + 1; }; callbacks[FieldId::SStart].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::SEnd].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.subject_source_range().end_; }; callbacks[FieldId::SEnd].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::QSeq].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { r.query.source().print(info.out, r.query_source_range().begin_, r.query_source_range().end_, input_value_traits); }; callbacks[FieldId::QSeq].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SSeq].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { vector seq; seq.reserve(r.subject_range().length()); for (HspContext::Iterator j = r.begin(); j.good(); ++j) if (!(j.op() == op_insertion)) seq.push_back(j.subject()); info.out << Sequence(seq); }; callbacks[FieldId::SSeq].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::EValue].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out.print_e(r.evalue()); }; callbacks[FieldId::EValue].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::BitScore].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.bit_score(); }; callbacks[FieldId::BitScore].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::Score].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.score(); }; callbacks[FieldId::Score].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::Length].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.length(); }; callbacks[FieldId::Length].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::PIdent].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.id_percent(); }; callbacks[FieldId::PIdent].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::NIdent].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.identities(); }; callbacks[FieldId::NIdent].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::Mismatch].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.mismatches(); }; callbacks[FieldId::Mismatch].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::Positive].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.positives(); }; callbacks[FieldId::Positive].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::GapOpen].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.gap_openings(); }; callbacks[FieldId::GapOpen].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::Gaps].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.gaps(); }; callbacks[FieldId::Gaps].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::PPos].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << (double)r.positives() * 100.0 / r.length(); }; callbacks[FieldId::PPos].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::QFrame].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.blast_query_frame(); }; callbacks[FieldId::QFrame].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '0'; }; callbacks[FieldId::BTop].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { unsigned n_matches = 0; for (HspContext::Iterator i = r.begin(); i.good(); ++i) { switch (i.op()) { case op_match: ++n_matches; break; case op_substitution: case op_frameshift_forward: case op_frameshift_reverse: if (n_matches > 0) { info.out << n_matches; n_matches = 0; } info.out << i.query_char() << i.subject_char(); break; case op_insertion: if (n_matches > 0) { info.out << n_matches; n_matches = 0; } info.out << i.query_char() << '-'; break; case op_deletion: if (n_matches > 0) { info.out << n_matches; n_matches = 0; } info.out << '-' << i.subject_char(); break; } } if (n_matches > 0) info.out << n_matches; }; callbacks[FieldId::BTop].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::STaxIds].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { print_staxids(info.out, r.subject_oid, *info.db, format.is_json); }; callbacks[FieldId::STaxIds].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SSciNames].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { const vector tax_id = info.db->taxids(r.subject_oid); print_taxon_names(tax_id.begin(), tax_id.end(), *info.db, info.out, format.is_json); }; callbacks[FieldId::SSciNames].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SSKingdoms].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { const set tax_id = info.db->rank_taxid(info.db->taxids(r.subject_oid), Rank::superkingdom); print_taxon_names(tax_id.begin(), tax_id.end(), *info.db, info.out, format.is_json); }; callbacks[FieldId::SSKingdoms].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::STitle].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { OutputFormat::print_title(info.out, r.target_title.c_str(), true, false, format.is_json ? "," : "<>", 0, false); }; callbacks[FieldId::STitle].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SAllTitles].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { OutputFormat::print_title(info.out, r.target_title.c_str(), true, true, format.is_json ? "," : "<>", 0, format.is_json); }; callbacks[FieldId::SAllTitles].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::QCovHsp].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.qcovhsp(); }; callbacks[FieldId::QCovHsp].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::QTitle].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.query_title; }; callbacks[FieldId::QTitle].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << info.query.title; }; callbacks[FieldId::FullSSeq].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.subject_seq; }; callbacks[FieldId::FullSSeq].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::QQual].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { if (strlen(info.query.qual) == 0) { info.out << '*'; return; } info.out << string(info.query.qual + r.query_source_range().begin_, info.query.qual + r.query_source_range().end_).c_str(); }; callbacks[FieldId::QQual].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::QNum].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.query_oid; }; callbacks[FieldId::QNum].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::SNum].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.subject_oid; }; callbacks[FieldId::SNum].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::SCovHsp].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.scovhsp(); }; callbacks[FieldId::SCovHsp].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::FullQQual].match = [](const TabularFormat&, const HspContext&, Output::Info& info) { info.out << (strlen(info.query.qual) ? info.query.qual : "*"); }; callbacks[FieldId::FullQQual].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << (strlen(info.query.qual) ? info.query.qual : "*"); }; callbacks[FieldId::FullQSeq].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { r.query.source().print(info.out, input_value_traits); }; callbacks[FieldId::FullQSeq].query_intro = [](const TabularFormat&, Output::Info& info) { info.query.source_seq.print(info.out, input_value_traits); }; callbacks[FieldId::QSeqGapped].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { for (HspContext::Iterator i = r.begin(); i.good(); ++i) info.out << i.query_char(); }; callbacks[FieldId::QSeqGapped].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SSeqGapped].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { for (HspContext::Iterator i = r.begin(); i.good(); ++i) info.out << i.subject_char(); }; callbacks[FieldId::SSeqGapped].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::QStrand].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { if (align_mode.query_translated) info.out << ((r.blast_query_frame() > 0) ? '+' : '-'); else info.out << '+'; }; callbacks[FieldId::QStrand].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::Cigar].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { print_cigar(r, info.out); }; callbacks[FieldId::Cigar].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SKingdoms].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { const set tax_id = info.db->rank_taxid(info.db->taxids(r.subject_oid), Rank::kingdom); print_taxon_names(tax_id.begin(), tax_id.end(), *info.db, info.out); }; callbacks[FieldId::SKingdoms].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::SPhylums].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { const set tax_id = info.db->rank_taxid(info.db->taxids(r.subject_oid), Rank::phylum); print_taxon_names(tax_id.begin(), tax_id.end(), *info.db, info.out); }; callbacks[FieldId::SPhylums].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::FullQSeqMate].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { if (config.query_file.size() == 2) { info.query.mate_seq.print(info.out, input_value_traits); return; } info.out << '*'; }; callbacks[FieldId::QSeqTranslated].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { if (config.frame_shift) { vector seq; seq.reserve(r.query_range().length()); for (HspContext::Iterator j = r.begin(); j.good(); ++j) if (j.op() != op_deletion && j.op() != op_frameshift_forward && j.op() != op_frameshift_reverse) seq.push_back(j.query()); info.out << Sequence(seq); return; } r.query.index(r.frame()).print(info.out, r.query_range().begin_, r.query_range().end_, amino_acid_traits); }; callbacks[FieldId::QSeqTranslated].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::ApproxPIdent].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.approx_id(); }; callbacks[FieldId::ApproxPIdent].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << "-1"; }; callbacks[FieldId::CorrectedBitScore].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.corrected_bit_score(); }; callbacks[FieldId::SLineages].match = [](const TabularFormat& format, const HspContext& r, Output::Info& info) { print_lineage(r.subject_oid, *info.db, info.out, format.is_json); }; callbacks[FieldId::SLineages].query_intro = [](const TabularFormat&, Output::Info& info) { info.out << '*'; }; callbacks[FieldId::HspNum].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.hsp_num; }; callbacks[FieldId::NormalizedBitscore].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out.print_d(r.bit_score() / std::max(r.query_self_aln_score, r.target_self_aln_score)); }; callbacks[FieldId::NormalizedBitscoreQuery].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out.print_d(r.bit_score() / r.query_self_aln_score); }; callbacks[FieldId::NORMALIZED_NIDENT].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out.print_d((double)r.identities() / std::max(r.query.index(r.frame()).length(), r.subject_len)); }; #ifdef DP_STAT callbacks[FieldId::Reserved1].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.reserved1(); }; callbacks[FieldId::Reserved2].match = [](const TabularFormat&, const HspContext& r, Output::Info& info) { info.out << r.reserved2(); }; #endif return callbacks; }(); Header TabularFormat::header_format(unsigned workflow) { const bool cluster = workflow == Config::cluster || workflow == Config::DEEPCLUST || workflow == Config::LINCLUST; if (workflow != Config::blastp && !cluster) throw runtime_error("header_format"); if (!config.output_header.present()) return Header::NONE; if (config.output_header.empty()) return cluster ? Header::SIMPLE : Header::VERBOSE; if (config.output_header.size() > 1) throw runtime_error("Invalid header format: " + join(" ", config.output_header.cbegin(), config.output_header.cend())); const Header h = from_string
(config.output_header.front()); if (h == Header::VERBOSE && cluster) throw runtime_error("Verbose header format is not supported for cluster workflow."); return h; } TabularFormat::TabularFormat(bool json) : OutputFormat((json ? OutputFormat::json : OutputFormat::blast_tab), HspValues::NONE, Flags::NONE, json ? ',' : '\0'), is_json(json) { static const FieldId stdf[] = { FieldId::QSeqId, FieldId::SSeqId, FieldId::PIdent, FieldId::Length, FieldId::Mismatch, FieldId::GapOpen, FieldId::QStart, FieldId::QEnd, FieldId::SStart, FieldId::SEnd, FieldId::EValue, FieldId::BitScore }; const vector& f = config.output_format; if (f.size() <= 1) { fields = vector(stdf, stdf + 12); if (config.frame_shift == 0) hsp_values = HspValues::QUERY_COORDS | HspValues::TARGET_COORDS | HspValues::LENGTH | HspValues::IDENT | HspValues::MISMATCHES | HspValues::GAP_OPENINGS; else hsp_values = HspValues::TRANSCRIPT; flags |= Output::Flags::SSEQID; return; } for (vector::const_iterator i = f.begin() + 1; i != f.end(); ++i) { auto it = std::find_if(field_def.begin(), field_def.end(), [i](const pair& f) {return f.second.key == *i; }); if (it == field_def.end()) throw std::runtime_error(string("Invalid output field: ") + *i); const FieldId id = it->first; if (id == FieldId::STaxIds) needs_taxon_id_lists = true; if (id == FieldId::SSciNames || id == FieldId::SSKingdoms || id == FieldId::SKingdoms || id == FieldId::SPhylums || id == FieldId::SLineages || id >= FieldId::COUNT) { needs_taxon_scientific_names = true; needs_taxon_id_lists = true; } if (id == FieldId::SSKingdoms || id == FieldId::SKingdoms || id == FieldId::SPhylums || id >= FieldId::COUNT) { needs_taxon_nodes = true; needs_taxon_ranks = true; } if (id == FieldId::SLineages) { needs_taxon_nodes = true; } fields.push_back(id); if (id == FieldId::FullSSeq || id == FieldId::ApproxPIdent) flags |= Flags::TARGET_SEQS; if (id == FieldId::QQual || id == FieldId::FullQQual) config.store_query_quality = true; if (id == FieldId::FullQSeqMate) needs_paired_end_info = true; if (id == FieldId::ApproxPIdent && score_matrix.name() != "BLOSUM62") throw std::runtime_error("Approximate identity is only supported for the BLOSUM62 scoring matrix."); if ((id == FieldId::FullQSeqMate || id == FieldId::QSeqTranslated) && !align_mode.query_translated) throw std::runtime_error("Output field only supported for translated search."); hsp_values |= field_def.at(id).hsp_values; flags |= field_def.at(id).flags; } //if (config.traceback_mode == TracebackMode::NONE && config.max_hsps == 1 && !needs_transcript && !needs_stats && !config.query_range_culling && config.min_id == 0.0 && config.query_cover == 0.0 && config.subject_cover == 0.0) //config.traceback_mode = TracebackMode::SCORE_ONLY; } void TabularFormat::print_match(const HspContext& r, Output::Info& info) { TextBuffer& out = info.out; const char* prepos = "\t"; const auto seed_only_field_available = [](const FieldId id) { switch (id) { case FieldId::QSeqId: case FieldId::QLen: case FieldId::SSeqId: case FieldId::SAllSeqId: case FieldId::SLen: case FieldId::QStart: case FieldId::QEnd: case FieldId::SStart: case FieldId::SEnd: case FieldId::Score: case FieldId::QFrame: case FieldId::STaxIds: case FieldId::SSciNames: case FieldId::SSKingdoms: case FieldId::STitle: case FieldId::SAllTitles: case FieldId::QTitle: case FieldId::FullSSeq: case FieldId::QNum: case FieldId::SNum: case FieldId::FullQQual: case FieldId::FullQSeq: case FieldId::QStrand: case FieldId::SKingdoms: case FieldId::SPhylums: case FieldId::FullQSeqMate: case FieldId::HspNum: case FieldId::SLineages: case FieldId::QCovHsp: // TODO case FieldId::SCovHsp: case FieldId::CorrectedBitScore: return true; default: return false; } }; const auto print_seed_only_blank = [&](const OutputField& field) { if (is_json && !flag_any(field.flags, Flags::IS_STRING) && !flag_any(field.flags, Flags::IS_ARRAY)) out << "N/A"; }; if (is_json) { if (r.hit_num != 0) out << ","; out << "\n\t{\n"; } for (auto i = fields.cbegin(); i != fields.cend(); ++i) { const OutputField& field = field_def.at(*i); if (is_json) { out << prepos << "\"" << field.key << "\":"; if (flag_any(field.flags, Flags::IS_STRING)) out << "\""; if (flag_any(field.flags, Flags::IS_ARRAY)) out << "["; } if (r.seed_only() && !seed_only_field_available(*i)) print_seed_only_blank(field); else { const FieldCallbacks& callbacks = field_callbacks.at(*i); callbacks.match(*this, r, info); } if (is_json) { if (flag_any(field.flags, Flags::IS_STRING)) out << "\""; if (flag_any(field.flags, Flags::IS_ARRAY)) out << "]"; if (i < fields.end() - 1) out << ",\n"; else out << "\n"; } else if (i < fields.end() - 1) out << '\t'; } out << (is_json ? "\t}" : "\n"); } void TabularFormat::print_query_intro(Output::Info& info) const { TextBuffer& out = info.out; if (info.unaligned && config.report_unaligned == 1) { for (auto i = fields.cbegin(); i != fields.cend(); ++i) { const FieldCallbacks& callbacks = field_callbacks.at(*i); callbacks.query_intro(*this, info); if (i < fields.end() - 1) out << '\t'; } out << '\n'; } } void TabularFormat::output_header(File& f, bool cluster) const { vector headers; transform(fields.begin(), fields.end(), back_inserter(headers), [cluster](FieldId i) { const OutputField& field = TabularFormat::field_def.at(i); const string& key = cluster ? field.clust_key : field.key; if (cluster && key.empty()) throw runtime_error("Output field not supported for clustering: " + field.key); return key; }); const string s = join("\t", headers.begin(), headers.end()) + '\n'; f.write(s.data(), s.length()); return; } void TabularFormat::print_header(File& f, int mode, const char* matrix, int gap_open, int gap_extend, double evalue, const char* first_query_name, unsigned first_query_len) const { const Header h = header_format(Config::blastp); if (h == Header::VERBOSE) { std::ostringstream ss; ss << "# DIAMOND v" << Const::version_string << ". http://github.com/bbuchfink/diamond" << endl; ss << "# Invocation: " << config.invocation << endl; ss << "# Fields: "; for (auto i = fields.begin(); i != fields.end(); ++i) { if(i != fields.begin()) ss << ", "; ss << field_def.at(*i).description; } ss << std::endl; const string s(ss.str()); f.write(s.data(), s.length()); } else if (h == Header::SIMPLE) { output_header(f, false); } if (is_json) { const char* hdr = "["; f.write(hdr, strlen(hdr)); } } void TabularFormat::print_footer(File &f) const { if(is_json) { const char* s = "\n]"; f.write(s, strlen(s)); } } bbuchfink-diamond-6dc5717/src/output/def.h000066400000000000000000000021011523407312000204450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/enum.h" namespace Output { enum class Flags : int { NONE = 0, FULL_TITLES = 1, ALL_SEQIDS = 1 << 1, TARGET_SEQS = 1 << 2, SELF_ALN_SCORES = 1 << 3, IS_STRING = 1 << 4, IS_ARRAY = 1 << 5, SSEQID = 1 << 6, DEFAULT_REPORT_UNALIGNED = 1 << 7, NO_REALIGN = 1 << 8 }; DEFINE_ENUM_OPERATORS(Flags) }bbuchfink-diamond-6dc5717/src/output/join_blocks.cpp000066400000000000000000000317311523407312000225510ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "output.h" #include "legacy/daa/daa_write.h" #include "output_format.h" #include "target_culling.h" #include "util/log_stream.h" #include "legacy/util/task_queue.h" #include "data/taxonomy_nodes.h" #include "util/parallel/simple_thread_pool.h" using std::thread; using std::unique_ptr; using std::set; using std::string; using std::vector; struct JoinFetcher { static void init(const vector &tmp_file) { for (vector::const_iterator i = tmp_file.begin(); i != tmp_file.end(); ++i) { (*i)->rewind(); files.push_back(*i); query_ids.push_back(0); files.back()->read(&query_ids.back(), sizeof(uint32_t)); } query_last = (unsigned)-1; } static void init(const vector & tmp_file_names) { for (auto file_name : tmp_file_names) { files.push_back(new File(file_name, "rb")); query_ids.push_back(0); files.back()->read(&query_ids.back(), sizeof(uint32_t)); } query_last = (unsigned)-1; } static void finish() { for (vector::iterator i = files.begin(); i != files.end(); ++i) { (*i)->close(); delete* i; } files.clear(); query_ids.clear(); } static uint32_t next() { return *std::min_element(query_ids.begin(), query_ids.end()); } static size_t block_count() { return files.size(); } void fetch(unsigned b) { uint32_t size; files[b]->read(&size, sizeof(uint32_t)); buf[b].clear(); buf[b].resize(size); files[b]->read(buf[b].data(), size); files[b]->read(&query_ids[b], sizeof(uint32_t)); } JoinFetcher(size_t blocks): buf(blocks) {} bool operator()() { query_id = next(); unaligned_from = query_last + 1; query_last = query_id; for (unsigned i = 0; i < buf.size(); ++i) if (query_ids[i] == query_id && query_id != IntermediateRecord::FINISHED) fetch(i); else buf[i].clear(); return next() != IntermediateRecord::FINISHED; } static vector files; static vector query_ids; static unsigned query_last; vector buf; uint32_t query_id, unaligned_from; }; vector JoinFetcher::files; vector JoinFetcher::query_ids; unsigned JoinFetcher::query_last; struct JoinWriter { JoinWriter(File &f): f_(f) {} void operator()(TextBuffer& buf) { f_.write(buf.data(), buf.size()); buf.clear(); } File &f_; }; struct JoinRecord { static bool cmp_evalue(const JoinRecord& lhs, const JoinRecord &rhs) { return rhs.same_subject_ || (!rhs.same_subject_ && (lhs.info_.evalue > rhs.info_.evalue || (lhs.info_.evalue == rhs.info_.evalue && cmp_score(lhs, rhs)))); } static bool cmp_score(const JoinRecord& lhs, const JoinRecord& rhs) { return rhs.same_subject_ || (!rhs.same_subject_ && (lhs.info_.score < rhs.info_.score || (lhs.info_.score == rhs.info_.score && rhs.db_precedence(lhs)))); } bool db_precedence(const JoinRecord &rhs) const { return info_.target_oid < rhs.info_.target_oid; } JoinRecord(int64_t ref_block, DictId subject, BinaryBuffer::Iterator &it, const SequenceFile& db, const OutputFormat* output_format): block_(ref_block) { info_.read(it, output_format); same_subject_ = info_.target_dict_id == subject; if (*output_format != OutputFormat::daa) info_.target_oid = db.oid(info_.target_dict_id, ref_block); } static bool push_next(int64_t block, DictId subject, BinaryBuffer::Iterator &it, vector &v, const SequenceFile& db, const OutputFormat* output_format) { if (it.good()) { v.push_back(JoinRecord(block, subject, it, db, output_format)); return true; } else return false; } int64_t block_; bool same_subject_; IntermediateRecord info_; }; struct BlockJoiner { BlockJoiner(vector &buf, const SequenceFile& db, const OutputFormat* output_format) { for (auto i = buf.begin(); i != buf.end(); ++i) { it.push_back(i->begin()); JoinRecord::push_next(i - buf.begin(), std::numeric_limits::max(), it.back(), records, db, output_format); } //std::make_heap(records.begin(), records.end(), (config.toppercent == 100.0 && config.global_ranking_targets == 0) ? JoinRecord::cmp_evalue : JoinRecord::cmp_score); std::make_heap(records.begin(), records.end(), config.toppercent.blank() ? JoinRecord::cmp_evalue : JoinRecord::cmp_score); } bool get(vector &target_hsp, int64_t& block_idx, OId& target_oid, const SequenceFile& db, const OutputFormat* output_format) { if (records.empty()) return false; const JoinRecord &first = records.front(); const int64_t block = first.block_; block_idx = block; target_oid = first.info_.target_oid; const DictId subject = first.info_.target_dict_id; target_hsp.clear(); //const auto pred = (config.toppercent == 100.0 && config.global_ranking_targets == 0) ? JoinRecord::cmp_evalue : JoinRecord::cmp_score; const auto pred = config.toppercent.blank() ? JoinRecord::cmp_evalue : JoinRecord::cmp_score; do { const JoinRecord &next = records.front(); if (next.block_ != block || next.info_.target_dict_id != subject) return true; target_hsp.push_back(next.info_); std::pop_heap(records.begin(), records.end(), pred); records.pop_back(); if (JoinRecord::push_next(block, subject, it[block], records, db, output_format)) std::push_heap(records.begin(), records.end(), pred); } while (!records.empty()); return true; } vector records; vector it; }; void join_query( vector &buf, TextBuffer &out, Statistics &statistics, unsigned query, const char *query_name, unsigned query_source_len, OutputFormat &f, const Search::Config &cfg) { TranslatedSequence query_seq(cfg.query->translated(query)); Output::Info info = { cfg.query->seq_info(query), false, cfg.db.get(), out, Util::Seq::AccessionParsing(), cfg.db->sequence_count(), cfg.db->letters() }; const double query_self_aln_score = flag_any(cfg.output_format->flags, Output::Flags::SELF_ALN_SCORES) ? cfg.query->self_aln_score(query) : 0.0; BlockJoiner joiner(buf, *cfg.db, cfg.output_format.get()); vector target_hsp; unique_ptr culling(TargetCulling::get(cfg.max_target_seqs)); unsigned n_target_seq = 0; int64_t block_idx = 0; OId target_oid; while (joiner.get(target_hsp, block_idx, target_oid, *cfg.db, cfg.output_format.get())) { const DictId dict_id = target_hsp.front().target_dict_id; const set rank_taxon_ids = config.taxon_k ? cfg.db->rank_taxid(cfg.db->taxids(target_oid), Rank::species) : set(); const int c = culling->cull(target_hsp, rank_taxon_ids); const double target_self_aln_score = flag_any(cfg.output_format->flags, Output::Flags::SELF_ALN_SCORES) ? cfg.db->dict_self_aln_score(dict_id, block_idx) : 0.0; if (c == TargetCulling::FINISHED) break; else if (c == TargetCulling::NEXT) continue; unsigned hsp_num = 0; for (vector::const_iterator i = target_hsp.begin(); i != target_hsp.end(); ++i, ++hsp_num) { if (f == OutputFormat::daa) write_daa_record(out, *i); /*else if (config.global_ranking_targets > 0) Extension::GlobalRanking::write_merged_query_list(*i, out, ranking_db_filter, statistics);*/ else { const Loc tlen = cfg.db->dict_len(dict_id, block_idx); const unsigned frame = i->frame(query_source_len, align_mode.mode); #ifdef WITH_DNA Hsp hsp = Hsp(*i, query_source_len, query_seq.index(frame).length(), tlen, cfg.output_format.get(), cfg.score_builder.get()); #else Hsp hsp = Hsp(*i, query_source_len, query_seq.index(frame).length(), tlen, cfg.output_format.get()); #endif f.print_match(HspContext(hsp, query, cfg.query->block_id2oid(query), query_seq, query_name, target_oid, tlen, cfg.db->dict_title(dict_id, block_idx).c_str(), n_target_seq, hsp_num, flag_any(f.flags, Output::Flags::TARGET_SEQS) ? Sequence(cfg.db->dict_seq(dict_id, block_idx)) : Sequence(), 0, query_self_aln_score, target_self_aln_score).parse(cfg.output_format.get()), info); } } culling->add(target_hsp, rank_taxon_ids); ++n_target_seq; //if (!config.global_ranking_targets) { statistics.inc(Statistics::PAIRWISE); statistics.inc(Statistics::MATCHES, hsp_num); //} } } void join_worker(const std::atomic& stop, TaskQueue* queue, const Search::Config* cfg, BitVector* ranking_db_filter_out) { static std::mutex mtx; JoinFetcher fetcher(JoinFetcher::block_count()); size_t n; TextBuffer* out; Statistics stat; const StringSet& qids = cfg->query->ids(); //BitVector ranking_db_filter(config.global_ranking_targets > 0 ? cfg->db_seqs : 0); while (!stop.load(std::memory_order_relaxed) && queue->get(n, out, fetcher) && fetcher.query_id != IntermediateRecord::FINISHED) { //if (!config.global_ranking_targets) stat.inc(Statistics::ALIGNED); stat.inc(Statistics::ALIGNED); size_t seek_pos; const char* query_name = qids[qids.check_idx(fetcher.query_id)]; const Sequence query_seq = align_mode.query_translated ? cfg->query->source_seqs()[fetcher.query_id] : cfg->query->seqs()[fetcher.query_id]; if (n > 0 && cfg->output_format->query_separator != '\0') out->write(cfg->output_format->query_separator); if (*cfg->output_format != OutputFormat::daa && config.report_unaligned != 0) { for (unsigned i = fetcher.unaligned_from; i < fetcher.query_id; ++i) { Output::Info info{ cfg->query->seq_info(i), true, cfg->db.get(), *out, Util::Seq::AccessionParsing(), cfg->db->sequence_count(), cfg->db->letters() }; cfg->output_format->print_query_intro(info); cfg->output_format->print_query_epilog(info); } } unique_ptr f(cfg->output_format->clone()); Output::Info info{ cfg->query->seq_info(fetcher.query_id), false, cfg->db.get(), *out, Util::Seq::AccessionParsing(), cfg->db->sequence_count(), cfg->db->letters() }; if (*f == OutputFormat::daa) seek_pos = write_daa_query_record(*out, query_name, query_seq); /*else if (config.global_ranking_targets) seek_pos = Extension::GlobalRanking::write_merged_query_list_intro(fetcher.query_id, *out);*/ else f->print_query_intro(info); join_query(fetcher.buf, *out, stat, fetcher.query_id, query_name, (unsigned)query_seq.length(), *f, *cfg); // ranking_db_filter); if (*f == OutputFormat::daa) finish_daa_query_record(*out, seek_pos); /*else if (config.global_ranking_targets) Extension::GlobalRanking::finish_merged_query_list(*out, seek_pos);*/ else f->print_query_epilog(info); queue->push(n); } statistics += stat; /*if (config.global_ranking_targets) { std::lock_guard lock(mtx); (*ranking_db_filter_out) |= ranking_db_filter; }*/ } void join_blocks(int64_t ref_blocks, File &master_out, const vector &tmp_file, Search::Config& cfg, SequenceFile &db_file, const vector tmp_file_names) { if (*cfg.output_format != OutputFormat::daa) cfg.db->init_random_access(cfg.current_query_block, config.multiprocessing ? tmp_file_names.size() : tmp_file.size()); TaskTimer timer("Joining output blocks"); if (tmp_file_names.size() > 0) { JoinFetcher::init(tmp_file_names); } else { JoinFetcher::init(tmp_file); } const StringSet& query_ids = cfg.query->ids(); //unique_ptr merged_query_list; /*if (config.global_ranking_targets) merged_query_list.reset(new TempFile()); JoinWriter writer(config.global_ranking_targets ? *merged_query_list : master_out);*/ JoinWriter writer(master_out); TaskQueue queue(3 * config.threads_, writer); SimpleThreadPool pool; //BitVector ranking_db_filter(config.global_ranking_targets > 0 ? cfg.db_seqs : 0); for (int i = 0; i < config.threads_; ++i) pool.spawn(join_worker, &queue, &cfg, nullptr); // &ranking_db_filter); pool.join_all(); JoinFetcher::finish(); if (*cfg.output_format != OutputFormat::daa && config.report_unaligned != 0) { TextBuffer out; for (BlockId i = JoinFetcher::query_last + 1; i < query_ids.size(); ++i) { Output::Info info{ cfg.query->seq_info(i), true, cfg.db.get(), out, Util::Seq::AccessionParsing(), cfg.db->sequence_count(), cfg.db->letters() }; cfg.output_format->print_query_intro(info); cfg.output_format->print_query_epilog(info); } writer(out); } /*if (config.global_ranking_targets) Extension::GlobalRanking::extend(db_file, *merged_query_list, ranking_db_filter, cfg, master_out);*/ if (*cfg.output_format != OutputFormat::daa) cfg.db->end_random_access(); }bbuchfink-diamond-6dc5717/src/output/output.h000066400000000000000000000075311523407312000212630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/packed_transcript.h" #include "util/text_buffer.h" #include "basic/match.h" #include "output_format.h" #include "run/config.h" #include "util/data_structures/reorder_queue.h" #include "util/io/file.h" constexpr uint8_t INTERMEDIATE_RECORD_SEED_ONLY = 1u << 7; inline unsigned get_length_flag(unsigned x) { if (x <= (unsigned)std::numeric_limits::max()) return 0; else if (x <= (unsigned)std::numeric_limits::max()) return 1; return 2; } inline unsigned get_rev_flag(unsigned frame) { return frame > 2 ? 1 : 0; } inline uint8_t get_segment_flag(const Hsp &match) { unsigned rev = get_rev_flag(match.frame); return (uint8_t)(get_length_flag(match.score) | (get_length_flag(match.oriented_range().begin_) << 2) | (get_length_flag(match.subject_range.begin_) << 4) | rev << 6 | (match.seed_only ? INTERMEDIATE_RECORD_SEED_ONLY : 0)); } inline uint8_t get_segment_flag(const HspContext &match) { unsigned rev = get_rev_flag(match.frame()); return (uint8_t)(get_length_flag(match.score()) | (get_length_flag(match.oriented_query_range().begin_) << 2) | (get_length_flag(match.subject_range().begin_) << 4) | rev << 6 | (match.seed_only() ? INTERMEDIATE_RECORD_SEED_ONLY : 0)); } struct IntermediateRecord { static constexpr uint8_t SEED_ONLY = INTERMEDIATE_RECORD_SEED_ONLY; void read(BinaryBuffer::Iterator& f, const OutputFormat* output_format); unsigned frame(Loc query_source_len, int align_mode) const; Interval absolute_query_range() const; static size_t write_query_intro(TextBuffer& buf, unsigned query_id); static void finish_query(TextBuffer& buf, size_t seek_pos); static void write(TextBuffer& buf, const Hsp& match, unsigned query_id, DictId target, OId target_oid, const OutputFormat* output_format); static void write(TextBuffer& buf, uint32_t target_block_id, int score, const Search::Config& cfg); static void finish_file(File& f); static bool stats_mode(const HspValues v) { return !flag_any(v, HspValues::TRANSCRIPT) && v != HspValues::NONE; } bool seed_only() const { return (flag & SEED_ONLY) != 0; } static const uint32_t FINISHED; BlockId query_id; DictId target_dict_id; OId target_oid; uint32_t score, query_begin, subject_begin, query_end, subject_end, identities, mismatches, positives, length, gap_openings, gaps; double evalue; uint8_t flag; PackedTranscript transcript; }; void join_blocks(int64_t ref_blocks, File &master_out, const std::vector &tmp_file, Search::Config& cfg, SequenceFile &db_file, const std::vector tmp_file_names = std::vector()); struct OutputWriter { OutputWriter(File* file_, char sep = char(0), bool first = true) : file_(file_), first(first), sep(sep) {}; void operator()(TextBuffer* buf) { if(!first && sep != '\0') { file_->write(&sep, 1); } file_->write(buf->data(), buf->size()); first = false; } File* file_; bool first; char sep; }; extern std::unique_ptr> output_sink; void heartbeat_worker(size_t qend, const Search::Config* cfg);bbuchfink-diamond-6dc5717/src/output/output_format.cpp000066400000000000000000000214471523407312000231700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "data/taxonomy.h" #include "output_format.h" #include "util/escape_sequences.h" #include "output.h" #include "util/util.h" #include "run/config.h" #include "util/sequence/sequence.h" #include "util/log_stream.h" #include "util/string/tokenizer.h" #include "data/block/block.h" using std::endl; using std::runtime_error; using std::string; using std::vector; const uint32_t IntermediateRecord::FINISHED = UINT32_MAX; void IntermediateRecord::read(BinaryBuffer::Iterator& f, const OutputFormat* output_format) { f.read(target_dict_id); /*if (config.global_ranking_targets > 0) { uint16_t s; f.read(s); score = s; return; }*/ if (*output_format == OutputFormat::daa) f.read(target_oid); f.read(flag); f.read_packed(flag & 3, score); f.read(evalue); if (output_format->hsp_values == HspValues::NONE) return; f.read_packed((flag >> 2) & 3, query_begin); f.read_varint(query_end); f.read_packed((flag >> 4) & 3, subject_begin); if (seed_only()) { f.read_varint(subject_end); return; } if (flag_any(output_format->hsp_values, HspValues::TRANSCRIPT)) transcript.read(f); else { f.read_varint(subject_end); f.read_varint(identities); f.read_varint(mismatches); f.read_varint(positives); f.read_varint(length); f.read_varint(gap_openings); f.read_varint(gaps); } } unsigned IntermediateRecord::frame(Loc query_source_len, int align_mode) const { if (align_mode == AlignMode::blastx) return (flag&(1 << 6)) == 0 ? query_begin % 3 : 3 + (query_source_len - 1 - query_begin) % 3; else return 0; } Interval IntermediateRecord::absolute_query_range() const { if (query_begin < query_end) return Interval(query_begin, query_end + 1); else return Interval(query_end, query_begin + 1); } size_t IntermediateRecord::write_query_intro(TextBuffer& buf, unsigned query_id) { size_t seek_pos = buf.size(); buf.write((uint32_t)query_id).write((uint32_t)0); return seek_pos; } void IntermediateRecord::finish_query(TextBuffer& buf, size_t seek_pos) { *(uint32_t*)(&buf[seek_pos + sizeof(uint32_t)]) = safe_cast(buf.size() - seek_pos - sizeof(uint32_t) * 2); } void IntermediateRecord::write(TextBuffer& buf, const Hsp& match, unsigned query_id, DictId target, OId target_oid, const OutputFormat* output_format) { const Interval oriented_range(match.oriented_range()); buf.write(target); if (*output_format == OutputFormat::daa) buf.write(target_oid); buf.write(get_segment_flag(match)); buf.write_packed(match.score); buf.write(match.evalue); if (output_format->hsp_values == HspValues::NONE) return; buf.write_packed(oriented_range.begin_); buf.write_varint(oriented_range.end_); buf.write_packed(match.subject_range.begin_); if (match.seed_only) { buf.write_varint(match.subject_range.end_); return; } if (flag_any(output_format->hsp_values, HspValues::TRANSCRIPT)) buf << match.transcript.data(); else { buf.write_varint(match.subject_range.end_); buf.write_varint(match.identities); buf.write_varint(match.mismatches); buf.write_varint(match.positives); buf.write_varint(match.length); buf.write_varint(match.gap_openings); buf.write_varint(match.gaps); } } void IntermediateRecord::write(TextBuffer& buf, uint32_t target_block_id, int score, const Search::Config& cfg) { const uint32_t target_oid = (uint32_t)cfg.target->block_id2oid(target_block_id); // check for overflow assert(target_oid < cfg.db_seqs.value()); buf.write(target_oid); const uint16_t s = (uint16_t)std::min(score, USHRT_MAX); buf.write(s); } void IntermediateRecord::finish_file(File& f) { const uint32_t i = FINISHED; f.write(reinterpret_cast(&i), 4); } void OutputFormat::print_title(TextBuffer &buf, const char *id, bool full_titles, bool all_titles, const char *separator, const EscapeSequences *esc, bool json_array) { Util::String::Tokenizer tok(id, Util::String::StringDelimiters(Util::Seq::FASTA_HEADER_SEP, 2)); string s; int n = 0; do { if (n++ > 0) buf << separator; if (json_array) buf << '\"'; tok >> s; if (full_titles) print_escaped(buf, s, esc); else print_escaped_until(buf, s.c_str(), Util::Seq::id_delimiters, esc); if (json_array) buf << '\"'; } while (tok.good() && all_titles); } void print_hsp(Hsp &hsp, const TranslatedSequence &query) { TextBuffer buf; //Pairwise_format().print_match(Hsp_context(hsp, 0, query, "", 0, 0, 0, 0, Sequence()), Search::Config(true), buf); buf << '\0'; //std::cout << buf.data() << endl; } OutputFormat* get_output_format() { const vector &f = config.output_format; if (f.size() == 0) { if (config.daa_file == "" || config.command == Config::view) return new TabularFormat(); else if ((config.command == Config::blastp || config.command == Config::blastx) && config.daa_file.length() > 0) return new DAAFormat(); } if (f[0] == "tab" || f[0] == "6") return new TabularFormat(); else if (f[0] == "sam" || f[0] == "101") return new SamFormat; else if (f[0] == "xml" || f[0] == "5") return new XMLFormat; else if (f[0] == "daa" || f[0] == "100") return new DAAFormat; else if (f[0] == "0") return new PairwiseFormat; else if (f[0] == "null") return new Null_format; else if (f[0] == "102") return new TaxonFormat; else if (f[0] == "paf" || f[0] == "103") return new PAFFormat; #ifdef WITH_MCL else if (f[0] == "bin1") return new Bin1_format; else if (f[0] == "clus") return new Clustering_format(&f[1]); #endif else if (f[0] == "edge") return new Output::Format::Edge; else if(f[0] == "json-flat" || f[0] == "104") return new TabularFormat(true); else throw std::runtime_error("Invalid output format: " + f[0] + "\nAllowed values: 0,5,xml,6,tab,100,daa,101,sam,102,103,104,paf"); } OutputFormat* init_output(int64_t& max_target_seqs) { OutputFormat* output_format = get_output_format(); if (config.extension_mode == "none" && config.frame_shift != 0) throw std::runtime_error("Frameshift alignment does not support --ext none."); if (config.extension_mode == "none" && *output_format == OutputFormat::daa) throw std::runtime_error("--ext none is not supported for DAA output."); if(config.command == Config::view && (output_format->needs_taxon_id_lists || output_format->needs_taxon_nodes || output_format->needs_taxon_scientific_names)) throw runtime_error("Taxonomy features are not supported for the DAA format."); if (*output_format == OutputFormat::daa && config.multiprocessing) throw std::runtime_error("The DAA format is not supported in multiprocessing mode."); if (*output_format == OutputFormat::daa && config.global_ranking_targets) throw std::runtime_error("The DAA format is not supported in global ranking mode."); if (*output_format == OutputFormat::taxon && config.toppercent.blank() && config.min_bit_score == 0.0) config.toppercent = 10.0; if (config.toppercent.present()) { if (config.toppercent < 0 || config.toppercent > 100) throw runtime_error("Allowed value range for --top is between 0.0 and 100.0"); if (config.toppercent == 100.0) { config.toppercent.unset(); max_target_seqs = INT64_MAX; } } else { max_target_seqs = config.max_target_seqs_.get(DEFAULT_MAX_TARGET_SEQS); if (config.max_target_seqs_.present() && config.max_target_seqs_ == 0) max_target_seqs = INT64_MAX; } if (config.toppercent.blank()) { *message_stream << "#Target sequences to report alignments for: "; if (max_target_seqs == INT64_MAX) *message_stream << "unlimited"; else *message_stream << max_target_seqs; *message_stream << endl; } else *message_stream << "Percentage range of top alignment score to report hits: " << config.toppercent << endl; if (config.frame_shift != 0 && (output_format->hsp_values != HspValues::NONE || config.query_range_culling)) output_format->hsp_values = HspValues::TRANSCRIPT; *log_stream << "DP fields: " << (unsigned)output_format->hsp_values << endl; return output_format; } namespace Output { namespace Format { void Edge::print_match(const HspContext& r, Output::Info& info) { info.out.write(Data{ r.query_oid, r.subject_oid, (float)r.qcovhsp(), (float)r.scovhsp(), r.corrected_bit_score() }); } }} bbuchfink-diamond-6dc5717/src/output/output_format.h000066400000000000000000000214501523407312000226270ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/match.h" #include "dp/flags.h" #include "def.h" #include "util/sequence/sequence.h" #include "util/escape_sequences.h" #include "basic/config.h" #include "search/seed_array/flags.h" #include "util/io/file.h" #include "util/optional.h" struct SequenceFile; namespace Output { struct Info { SeqInfo query; bool unaligned; SequenceFile* db; TextBuffer& out; Util::Seq::AccessionParsing acc_stats; optional db_seqs, db_letters; }; } enum class FieldId : unsigned { QSeqId = 0, QLen = 4, SSeqId = 5, SAllSeqId = 6, SLen = 12, QStart = 13, QEnd = 14, SStart = 15, SEnd = 16, QSeq = 17, SSeq = 18, EValue = 19, BitScore = 20, Score = 21, Length = 22, PIdent = 23, NIdent = 24, Mismatch = 25, Positive = 26, GapOpen = 27, Gaps = 28, PPos = 29, QFrame = 31, BTop = 33, STaxIds = 34, SSciNames = 35, SSKingdoms = 38, STitle = 39, SAllTitles = 40, SStrand = 41, QCovHsp = 43, QTitle = 45, FullSSeq = 48, QQual = 49, QNum = 50, SNum = 51, SCovHsp = 52, FullQQual = 53, FullQSeq = 54, QSeqGapped = 55, SSeqGapped = 56, QStrand = 57, Cigar = 58, SKingdoms = 59, SPhylums = 60, FullQSeqMate = 62, QSeqTranslated = 63, HspNum = 66, NormalizedBitscore = 67, NORMALIZED_NIDENT = 68, ApproxPIdent = 71, CorrectedBitScore = 72, NegEValue = 73, Reserved1 = 74, Reserved2 = 75, SLineages = 76, NormalizedBitscoreQuery = 77, COUNT = 78 }; struct OutputFormat { OutputFormat(unsigned code, HspValues hsp_values = HspValues::TRANSCRIPT, Output::Flags flags = Output::Flags::NONE, char query_separator = '\0') : code(code), query_separator(query_separator), needs_taxon_id_lists(false), needs_taxon_nodes(false), needs_taxon_scientific_names(false), needs_taxon_ranks(false), needs_paired_end_info(false), hsp_values(hsp_values), flags(flags) {} virtual void print_query_intro(Output::Info& info) const {} virtual void print_query_epilog(Output::Info& info) const {} virtual void print_match(const HspContext& r, Output::Info& info) {} virtual void print_header(File &f, int mode, const char *matrix, int gap_open, int gap_extend, double evalue, const char *first_query_name, unsigned first_query_len) const { } virtual void print_footer(File &f) const { } virtual OutputFormat* clone() const = 0; virtual ~OutputFormat() { } static void print_title(TextBuffer &buf, const char *id, bool full_titles, bool all_titles, const char *separator, const EscapeSequences *esc = 0, bool json_array = false); operator unsigned() const { return code; } bool report_unaligned() const { return config.report_unaligned != 0 && (config.report_unaligned != -1 || flag_any(flags, Output::Flags::DEFAULT_REPORT_UNALIGNED)); } const unsigned code; const char query_separator; bool needs_taxon_id_lists, needs_taxon_nodes, needs_taxon_scientific_names, needs_taxon_ranks, needs_paired_end_info; HspValues hsp_values; Output::Flags flags; enum { daa, blast_tab, blast_xml, sam, blast_pairwise, null, taxon, paf, bin1, EDGE, json }; }; struct Null_format : public OutputFormat { Null_format() : OutputFormat(null) {} virtual OutputFormat* clone() const { return new Null_format(*this); } }; struct DAAFormat : public OutputFormat { DAAFormat(); virtual OutputFormat* clone() const { return new DAAFormat(*this); } }; enum class FieldId : unsigned; struct OutputField { FieldId id; std::string key, clust_key, description; HspValues hsp_values; Output::Flags flags; }; enum class Header { NONE, SIMPLE, VERBOSE }; struct TabularFormat; struct FieldCallbacks { std::function match; std::function query_intro; }; struct TabularFormat : public OutputFormat { TabularFormat(bool json = false); static std::map field_def; static std::map field_callbacks; virtual void print_header(File& f, int mode, const char* matrix, int gap_open, int gap_extend, double evalue, const char* first_query_name, unsigned first_query_len) const override; virtual void print_footer(File& f) const override; virtual void print_query_intro(Output::Info& info) const override; virtual void print_match(const HspContext& r, Output::Info& info) override; virtual ~TabularFormat() { } virtual OutputFormat* clone() const override { return new TabularFormat(*this); } static Header header_format(unsigned workflow); void output_header(File& f, bool cluster) const; std::vector fields; bool is_json; }; struct PAFFormat : public OutputFormat { PAFFormat(): OutputFormat(paf, HspValues::TRANSCRIPT, Output::Flags::SSEQID | Output::Flags::DEFAULT_REPORT_UNALIGNED) {} virtual void print_query_intro(Output::Info& info) const override; virtual void print_match(const HspContext& r, Output::Info& info) override; virtual ~PAFFormat() { } virtual OutputFormat* clone() const override { return new PAFFormat(*this); } }; struct SamFormat : public OutputFormat { SamFormat(): OutputFormat(sam, HspValues::TRANSCRIPT, Output::Flags::SSEQID | Output::Flags::DEFAULT_REPORT_UNALIGNED) { } virtual void print_match(const HspContext& r, Output::Info& info) override; virtual void print_header(File&f, int mode, const char *matrix, int gap_open, int gap_extend, double evalue, const char *first_query_name, unsigned first_query_len) const override; virtual void print_query_intro(Output::Info& info) const override; virtual ~SamFormat() { } virtual OutputFormat* clone() const override { return new SamFormat(*this); } }; struct XMLFormat : public OutputFormat { XMLFormat(): OutputFormat(blast_xml, HspValues::TRANSCRIPT, Output::Flags::FULL_TITLES | Output::Flags::SSEQID | Output::Flags::DEFAULT_REPORT_UNALIGNED | Output::Flags::ALL_SEQIDS) {} virtual void print_match(const HspContext& r, Output::Info& info) override; virtual void print_header(File &f, int mode, const char *matrix, int gap_open, int gap_extend, double evalue, const char *first_query_name, unsigned first_query_len) const override; virtual void print_query_intro(Output::Info& info) const override; virtual void print_query_epilog(Output::Info& info) const override; virtual void print_footer(File&f) const override; virtual ~XMLFormat() { } virtual OutputFormat* clone() const override { return new XMLFormat(*this); } }; struct PairwiseFormat : public OutputFormat { PairwiseFormat() : OutputFormat(blast_pairwise, HspValues::TRANSCRIPT, Output::Flags::FULL_TITLES | Output::Flags::SSEQID | Output::Flags::DEFAULT_REPORT_UNALIGNED | Output::Flags::ALL_SEQIDS) {} virtual void print_match(const HspContext& r, Output::Info& info) override; virtual void print_header(File&f, int mode, const char *matrix, int gap_open, int gap_extend, double evalue, const char *first_query_name, unsigned first_query_len) const override; virtual void print_query_intro(Output::Info& info) const override; virtual void print_query_epilog(Output::Info& infos) const override; virtual void print_footer(File&f) const override; virtual ~PairwiseFormat() { } virtual OutputFormat* clone() const override { return new PairwiseFormat(*this); } }; struct TaxonFormat : public OutputFormat { TaxonFormat(); virtual void print_match(const HspContext& r, Output::Info& info) override; virtual void print_query_epilog(Output::Info& info) const override; virtual ~TaxonFormat() { } virtual OutputFormat* clone() const override { return new TaxonFormat(*this); } TaxId taxid; double evalue; }; namespace Output { namespace Format { struct Edge : public OutputFormat { struct Data { OId query, target; float qcovhsp, scovhsp; double evalue; }; Edge() : OutputFormat(EDGE, HspValues::COORDS, Output::Flags::SSEQID) {} virtual void print_match(const HspContext& r, Output::Info& info) override; virtual ~Edge() { } virtual OutputFormat* clone() const override { return new Edge(*this); } }; }} OutputFormat* get_output_format(); OutputFormat* init_output(int64_t& max_target_seqs); void print_hsp(Hsp &hsp, const TranslatedSequence &query); void print_cigar(const HspContext &r, TextBuffer &buf); bbuchfink-diamond-6dc5717/src/output/output_sink.cpp000066400000000000000000000037601523407312000226420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "output.h" #include "util/util.h" #include "util/parallel/thread_pool.h" #include "data/block/block.h" using std::chrono::high_resolution_clock; using std::chrono::seconds; using std::chrono::milliseconds; using std::chrono::duration_cast; using std::endl; using std::string; using std::vector; std::unique_ptr> output_sink; void heartbeat_worker(size_t qend, const Search::Config* cfg) { static const int interval = 100; static thread_local high_resolution_clock::time_point t0 = high_resolution_clock::now(); int n = 0; size_t next; while ((next = output_sink->next()) < qend) { if (n == interval) { const string title(cfg->query->ids()[next]); *log_stream << "Queries=" << next << " size=" << megabytes(output_sink->size()) << " max_size=" << megabytes(output_sink->max_size()) << " next=" << title.substr(0, title.find(' ')) << " queue=" << cfg->thread_pool->queue_len(0) << "/" << cfg->thread_pool->queue_len(1) //<< " ETA=" << (double)duration_cast(high_resolution_clock::now() - t0).count() / (next - OutputSink::get().begin()) * (qend - next) << "s" << endl; n = 0; } else ++n; std::this_thread::sleep_for(milliseconds(10)); } }bbuchfink-diamond-6dc5717/src/output/paf_format.cpp000066400000000000000000000040241523407312000223660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "output_format.h" #include "util/sequence/sequence.h" #include "stats/score_matrix.h" void PAFFormat::print_query_intro(Output::Info& info) const { if (info.unaligned) { info.out.write_until(info.query.title, Util::Seq::id_delimiters); info.out << "\t4\t*\t0\t255\t*\t*\t0\t0\t*\t*\n"; } } void PAFFormat::print_match(const HspContext& r, Output::Info& info) { info.out.write_until(r.query_title.c_str(), Util::Seq::id_delimiters); info.out << '\t' << r.query.source().length() << '\t' << r.query_source_range().begin_ << '\t' << r.query_source_range().end_ - 1 << '\t' << (Frame(r.frame()).strand == FORWARD ? '+' : '-') << '\t'; print_title(info.out, r.target_title.c_str(), false, false, "<>"); info.out << '\t' << r.subject_len << '\t' << r.subject_range().begin_ << '\t' << r.subject_range().end_ - 1 << '\t' << r.identities() << '\t' << r.length() << '\t'; #ifdef WITH_DNA if(config.command == ::Config::blastn){ info.out << r.mapping_quality() << '\t' << "cm:i:" << r.n_anchors() << '\t'; } else info.out << "255" << '\t'; #else info.out << "255" << '\t'; #endif info.out << "AS:i:" << (uint32_t)score_matrix.bitscore(r.score()) << '\t' << "ZR:i:" << r.score() << '\t' << "ZE:f:"; info.out.print_e(r.evalue()); info.out << '\n'; }bbuchfink-diamond-6dc5717/src/output/sam_format.cpp000066400000000000000000000101621523407312000224000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "output_format.h" #include "util/sequence/sequence.h" #include "basic/const.h" #include "stats/score_matrix.h" using std::string; using std::stringstream; using std::endl; void print_md(const HspContext &r, TextBuffer &buf) { unsigned matches = 0, del = 0; for (PackedTranscript::ConstIterator i = r.begin_old(); i.good(); ++i) { switch (i->op) { case op_match: del = 0; matches += i->count; break; case op_substitution: if (matches > 0) { buf << matches; matches = 0; } else if (del > 0) { buf << '0'; del = 0; } buf << value_traits.alphabet[(long)i->letter]; break; case op_deletion: if (matches > 0) { buf << matches; matches = 0; } if (del == 0) buf << '^'; buf << value_traits.alphabet[(long)i->letter]; ++del; default: break; } } if (matches > 0) buf << matches; } void print_cigar(const HspContext &r, TextBuffer &buf) { static const unsigned map[] = { 0, 1, 2, 0, 3, 4 }; static const char letter[] = { 'M', 'I', 'D', '\\', '/' }; unsigned n = 0, op = 0; for (PackedTranscript::ConstIterator i = r.begin_old(); i.good(); ++i) { if (map[i->op] == op) n += i->count; else { if (n > 0) buf << n << letter[op]; n = i->count; op = map[i->op]; } } if (n > 0) buf << n << letter[op]; } void SamFormat::print_query_intro(Output::Info &info) const { if (info.unaligned) { info.out.write_until(info.query.title, Util::Seq::id_delimiters); info.out << "\t4\t*\t0\t255\t*\t*\t0\t0\t*\t*\n"; } } void SamFormat::print_match(const HspContext& r, Output::Info &info) { TextBuffer& out = info.out; out.write_until(r.query_title.c_str(), Util::Seq::id_delimiters); out << '\t' << '0' << '\t'; const bool lt = (config.salltitles || (config.command == Config::view)) ? true : false; print_title(out, r.target_title.c_str(), lt, lt, "<>"); out << '\t' << r.subject_range().begin_ + 1 << '\t' << "255" << '\t'; print_cigar(r, out); out << '\t' << '*' << '\t' << '0' << '\t' << '0' << '\t' << Sequence(r.query.index(r.frame()).data() + r.query_range().begin_, r.query_range().length()) << '\t' << '*' << '\t' << "AS:i:" << (uint32_t)score_matrix.bitscore(r.score()) << '\t' << "NM:i:" << r.length() - r.identities() << '\t' << "ZL:i:" << r.subject_len << '\t' << "ZR:i:" << r.score() << '\t' << "ZE:f:"; out.print_e(r.evalue()); out << '\t' << "ZI:i:" << r.identities() * 100 / r.length() << '\t' << "ZF:i:" << Frame(r.frame()).signed_frame() << '\t' << "ZS:i:" << r.oriented_query_range().begin_ + 1 << '\t' << "MD:Z:"; print_md(r, out); if (config.sam_qlen_field) out << '\t' << "ZQ:i:" << r.query.source().length(); out << '\n'; } void SamFormat::print_header(File &f, int mode, const char *matrix, int gap_open, int gap_extend, double evalue, const char *first_query_name, unsigned first_query_len) const { static const char* mode_str[] = { 0, 0, "BlastP", "BlastX", "BlastN" }; stringstream h; h << "@HD\tVN:1.5\tSO:query" << endl; h << "@PG\tPN:DIAMOND\tVN:" << Const::version_string << "\tCL:" << config.invocation << endl; h << "@mm\t" << mode_str[mode] << endl; h << "@CO\t" << mode_str[mode] << "-like alignments" << endl; h << "@CO\tReporting AS: bitScore, ZR: rawScore, ZE: expected, ZI: percent identity, ZL: reference length, ZF: frame, ZS: query start DNA coordinate" << endl; const string s(h.str()); f.write(s.c_str(), s.length()); }bbuchfink-diamond-6dc5717/src/output/target_culling.cpp000066400000000000000000000017161523407312000232600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "target_culling.h" TargetCulling* TargetCulling::get(const int64_t max_target_seqs) { if (config.query_range_culling) return new RangeCulling(max_target_seqs); else return new GlobalCulling(max_target_seqs); }bbuchfink-diamond-6dc5717/src/output/target_culling.h000066400000000000000000000125771523407312000227340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "align/legacy/query_mapper.h" #include "util/geo/interval_partition.h" #include "output.h" struct TargetCulling { virtual std::pair cull(const Target &t) const = 0; virtual int cull(const std::vector &target_hsp, const std::set &taxon_ids) const = 0; virtual void add(const Target &t) = 0; virtual void add(const std::vector &target_hsp, const std::set &taxon_ids) = 0; virtual ~TargetCulling() = default; enum { FINISHED = 0, NEXT = 1, INCLUDE = 2}; static TargetCulling* get(const int64_t max_target_seqs); }; struct GlobalCulling : public TargetCulling { GlobalCulling(const int64_t max_target_seqs) : max_target_seqs_(max_target_seqs), n_(0), top_score_(0) {} virtual std::pair cull(const Target &t) const { if (top_score_ == 0) return { INCLUDE, 0 }; if (config.taxon_k) { unsigned taxons_exceeded = 0; for (unsigned i : t.taxon_rank_ids) { auto it = taxon_count_.find(i); if (it != taxon_count_.end() && it->second >= config.taxon_k) ++taxons_exceeded; } if (taxons_exceeded == t.taxon_rank_ids.size()) return { NEXT,0 }; } if (config.toppercent.present()) return { (1.0 - score_matrix.bitscore(t.filter_score) / top_score_) * 100.0 <= config.toppercent ? INCLUDE : FINISHED, 0 }; else return { n_ < max_target_seqs_ ? INCLUDE : FINISHED,0 }; } virtual int cull(const std::vector &target_hsp, const std::set &taxon_ids) const { if (top_score_ == 0.0) return INCLUDE; if (config.taxon_k) { unsigned taxons_exceeded = 0; for (unsigned i : taxon_ids) { auto it = taxon_count_.find(i); if (it != taxon_count_.end() && it->second >= config.taxon_k) ++taxons_exceeded; } if (taxons_exceeded == taxon_ids.size()) return NEXT; } if (config.global_ranking_targets) return n_ < config.global_ranking_targets ? INCLUDE : FINISHED; else if (config.toppercent.present()) return (1.0 - score_matrix.bitscore(target_hsp[0].score) / top_score_) * 100.0 <= config.toppercent ? INCLUDE : FINISHED; else return n_ < max_target_seqs_ ? INCLUDE : FINISHED; } virtual void add(const Target &t) { if (top_score_ == 0) top_score_ = score_matrix.bitscore(t.filter_score); ++n_; if (config.taxon_k) for (unsigned i : t.taxon_rank_ids) ++taxon_count_[i]; } virtual void add(const std::vector &target_hsp, const std::set &taxon_ids) { if (top_score_ == 0) top_score_ = score_matrix.bitscore(target_hsp[0].score); ++n_; if (config.taxon_k) for (unsigned i : taxon_ids) ++taxon_count_[i]; } virtual ~GlobalCulling() = default; private: const int64_t max_target_seqs_; int64_t n_; double top_score_; std::map taxon_count_; }; struct RangeCulling : public TargetCulling { RangeCulling(const int64_t max_target_seqs) : p_(max_target_seqs) {} virtual std::pair cull(const Target &t) const { int c = 0, l = 0; for (std::list::const_iterator i = t.hsps.begin(); i != t.hsps.end(); ++i) { if (config.toppercent.blank()) { c += p_.covered(i->query_source_range); } else { const int cutoff = int((double)i->score / (1.0 - config.toppercent / 100.0)); c += p_.covered(i->query_source_range, cutoff, IntervalPartition::MaxScore()); } l += i->query_source_range.length(); } const double cov = (double)c / l; return std::make_pair(cov * 100.0 < config.query_range_cover ? INCLUDE : NEXT, cov); } virtual int cull(const std::vector &target_hsp, const std::set &taxon_ids) const { int c = 0, l = 0; for (std::vector::const_iterator i = target_hsp.begin(); i != target_hsp.end(); ++i) { if (config.toppercent.blank()) c += p_.covered(i->absolute_query_range()); else { const int cutoff = int((double)i->score / (1.0 - config.toppercent / 100.0)); c += p_.covered(i->absolute_query_range(), cutoff, IntervalPartition::MaxScore()); } l += i->absolute_query_range().length(); } return (double)c / l * 100.0 < config.query_range_cover ? INCLUDE : NEXT; } virtual void add(const Target &t) { for (std::list::const_iterator i = t.hsps.begin(); i != t.hsps.end(); ++i) p_.insert(i->query_source_range, i->score); } virtual void add(const std::vector &target_hsp, const std::set &taxon_ids) { for (std::vector::const_iterator i = target_hsp.begin(); i != target_hsp.end(); ++i) p_.insert(i->absolute_query_range(), i->score); } virtual ~RangeCulling() = default; private: IntervalPartition p_; };bbuchfink-diamond-6dc5717/src/output/taxon_format.cpp000066400000000000000000000042531523407312000227550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "output_format.h" #include "util/sequence/sequence.h" #include "data/sequence_file.h" using std::set; using std::vector; using std::string; static string taxon_lineage(TaxId taxid, SequenceFile& db) { const vector lin = db.lineage(taxid); if (lin.empty()) return "N/A"; string out(db.taxon_scientific_name(lin.front())); for (vector::const_iterator i = lin.begin() + 1; i != lin.end(); ++i) out += "; " + db.taxon_scientific_name(*i); return out; } TaxonFormat::TaxonFormat() : OutputFormat(taxon, HspValues::NONE, Output::Flags::DEFAULT_REPORT_UNALIGNED), taxid(0), evalue(std::numeric_limits::max()) { needs_taxon_id_lists = true; needs_taxon_nodes = true; needs_taxon_scientific_names = config.include_lineage; } void TaxonFormat::print_match(const HspContext &r, Output::Info &info) { const vector taxons(info.db->taxids(r.subject_oid)); if (taxons.empty()) return; evalue = std::min(evalue, r.evalue()); for (vector::const_iterator i = taxons.begin(); i != taxons.end(); ++i) taxid = info.db->get_lca(taxid, *i); } void TaxonFormat::print_query_epilog(Output::Info &info) const { info.out.write_until(info.query.title, Util::Seq::id_delimiters); info.out << '\t' << taxid << '\t'; if (taxid > 0) info.out.print_e(evalue); else info.out << '0'; if (config.include_lineage) info.out << '\t' << (taxid > 0 ? taxon_lineage(taxid, *info.db) : "N/A"); info.out << '\n'; }bbuchfink-diamond-6dc5717/src/output/xml_format.cpp000066400000000000000000000165311523407312000224260ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "output_format.h" #include "util/escape_sequences.h" #include "util/sequence/sequence.h" #include "basic/const.h" #include "stats/score_matrix.h" using std::endl; using std::string; using std::stringstream; void XMLFormat::print_match(const HspContext& r, Output::Info& info) { auto& out = info.out; if (r.hsp_num == 0) { if (r.hit_num > 0) out << " " << '\n' << "" << '\n'; out << "" << '\n' << " " << r.hit_num + 1 << "" << '\n'; string id, def; const string target_seqid = r.target_title; Util::Seq::get_title_def(target_seqid, id, def); if (config.xml_blord_format) { out << " gnl|BL_ORD_ID|" << r.subject_oid << "" << '\n' << " "; OutputFormat::print_title(out, target_seqid.c_str(), true, true, " >", &EscapeSequences::XML); out << "" << '\n'; } else { out << " "; print_escaped(out, id, &EscapeSequences::XML); out << "" << '\n' << " "; OutputFormat::print_title(out, def.c_str(), true, true, " >", &EscapeSequences::XML); out << "" << '\n'; } out << " "; print_escaped(out, config.no_parse_seqids ? id : Util::Seq::get_accession(id, info.acc_stats), &EscapeSequences::XML); out << "" << '\n' << " " << r.subject_len << "" << '\n' << " " << '\n'; } out << " " << '\n' << " " << r.hsp_num + 1 << "" << '\n' << " " << r.bit_score() << "" << '\n' << " " << r.score() << "" << '\n' << " "; out.print_e(r.evalue()); out << "" << '\n' << " " << r.query_source_range().begin_ + 1 << "" << '\n' << " " << r.query_source_range().end_ << "" << '\n' << " " << r.subject_range().begin_ + 1 << "" << '\n' << " " << r.subject_range().end_ << "" << '\n' << " " << r.blast_query_frame() << "" << '\n' << " 0" << '\n' << " " << r.identities() << "" << '\n' << " " << r.positives() << "" << '\n' << " " << r.gaps() << "" << '\n' << " " << r.length() << "" << '\n' << " "; for (HspContext::Iterator i = r.begin(); i.good(); ++i) out << i.query_char(); out << "" << '\n' << " "; for (HspContext::Iterator i = r.begin(); i.good(); ++i) out << i.subject_char(); out << "" << '\n' << " "; for (HspContext::Iterator i = r.begin(); i.good(); ++i) out << i.midline_char(score_matrix(i.query(), i.subject())); out << "" << '\n' << " " << '\n'; } void XMLFormat::print_header(File& f, int mode, const char* matrix, int gap_open, int gap_extend, double evalue, const char* first_query_name, unsigned first_query_len) const { stringstream ss; ss << "" << endl << "" << endl << "" << endl << " " << AlignMode(mode).to_string() << "" << endl << " " << Const::program_name << ' ' << Const::version_string << "" << endl << " Benjamin Buchfink, Xie Chao, and Daniel Huson (2015), "Fast and sensitive protein alignment using DIAMOND", Nature Methods 12:59-60." << endl << " " << config.database << "" << endl << " Query_1" << endl << " "; const string fqn = string(first_query_name); string escaped; EscapeSequences::XML.escape(fqn, escaped); ss << escaped.substr(0, fqn.find('\1')); ss << "" << endl << " " << first_query_len << "" << endl << " " << endl << " " << endl << " " << matrix << "" << endl << " " << evalue << "" << endl << " " << gap_open << "" << endl << " " << gap_extend << "" << endl << " F" << endl << " " << endl << " " << endl << "" << endl; f.write(ss.str().c_str(), ss.str().length()); } void XMLFormat::print_query_intro(Output::Info& info) const { info.out << "" << '\n' << " " << info.query.oid + 1 << "" << '\n' << " Query_" << info.query.oid + 1 << "" << '\n' << " "; print_title(info.out, info.query.title, true, false, "", &EscapeSequences::XML); info.out << "" << '\n' << " " << info.query.len << "" << '\n' << "" << '\n'; } void XMLFormat::print_query_epilog(Output::Info& info) const { if (!info.unaligned) { info.out << " " << '\n' << "" << '\n'; } info.out << "" << '\n' << " " << '\n' << " " << '\n'; if (info.db_seqs.has_value()) info.out << " " << info.db_seqs.value() << "" << '\n'; if (info.db_letters.has_value()) info.out << " " << info.db_letters.value() << "" << '\n'; info.out << " 0" << '\n' << " 0" << '\n' << " "; info.out.print_d(score_matrix.k()); info.out << "" << '\n'; info.out << " "; info.out.print_d(score_matrix.lambda()); info.out << "" << '\n' << " 0" << '\n' << " " << '\n' << " " << '\n' << "" << '\n'; } void XMLFormat::print_footer(File& f) const { std::stringstream ss; ss << "" << endl << ""; f.write(ss.str().c_str(), ss.str().length()); }bbuchfink-diamond-6dc5717/src/run/000077500000000000000000000000001523407312000170105ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/run/config.cpp000066400000000000000000000155161523407312000207710ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "config.h" #include "basic/config.h" #include "data/block/block.h" #include "data/taxonomy_nodes.h" #include "data/sequence_file.h" #include "search/hit.h" #include "search/hit_buffer.h" #include "search/hit.h" #include "util/data_structures/deque.h" #include "align/global_ranking/global_ranking.h" #include "search/search.h" #include "search/lin_index/lin_index.h" #include "masking/masking.h" #include "align/def.h" #ifdef WITH_DNA #include "../dna/extension.h" #include "../dna/timer.h" #include "../dna/dna_index.h" #endif using std::endl; using std::runtime_error; using std::string; namespace Search { Config::Config(std::unique_ptr>& target_seed_hits) : self(config.self), seed_encoding(config.target_indexed ? SeedEncoding::HASHED : SeedEncoding::SPACED_FACTOR), query_masking(MaskingAlgo::NONE), target_masking(MaskingAlgo::NONE), soft_masking(MaskingAlgo::NONE), lazy_masking(false), track_aligned_queries(false), lin_stage1_target(false), max_target_seqs(0), db(nullptr), query_file(nullptr), out(nullptr), target_seed_hits(target_seed_hits), current_query_block(0), current_ref_block(0), iteration_query_aligned(0) { if (config.iterate.present()) { if (config.multiprocessing) throw runtime_error("Iterated search is not compatible with --multiprocessing."); if (config.target_indexed) throw runtime_error("Iterated search is not compatible with --target-indexed."); if (config.self) throw runtime_error("Iterated search is not compatible with --self."); if (config.lin_stage1_query) throw runtime_error("Iterated search is not compatible with --lin-stage1."); if (config.iterate.empty()) { sensitivity = { {Sensitivity::FASTER, true} }; const auto rounds = iterated_sens.at(config.sensitivity); sensitivity.insert(sensitivity.end(), rounds.begin(), rounds.end()); } else { const Round target = Round(config.sensitivity, config.lin_stage1_query || config.lin_stage1_target); for (const string& s : config.iterate) { if (ends_with(s, "_lin")) sensitivity.push_back({ from_string(rstrip(s, "_lin")),true }); else sensitivity.push_back(from_string(s)); if (!(sensitivity.back() < target)) throw runtime_error("Sensitivity levels set for --iterate must be below target sensitivity."); } } } if (sensitivity.empty() || (!sensitivity.empty() && sensitivity.back() != Round(config.sensitivity, config.lin_stage1_target))) sensitivity.emplace_back(config.sensitivity, config.lin_stage1_target); std::sort(sensitivity.begin(), sensitivity.end()); if (std::adjacent_find(sensitivity.begin(), sensitivity.end()) != sensitivity.end()) throw std::runtime_error("The same sensitivity level was specified multiple times for --iterate."); if (sensitivity.size() > 1) { *message_stream << "Running iterated search mode with sensitivity steps: "; for (auto it = sensitivity.begin(); it != sensitivity.end(); ++it) { *message_stream << to_string(it->sensitivity); if (it->linearize) *message_stream << " (linear)"; if (it != sensitivity.end() - 1) *message_stream << ", "; } *message_stream << endl; track_aligned_queries = true; } if (!config.unaligned.empty() || !config.aligned_file.empty()) track_aligned_queries = true; if (config.multiprocessing && (!config.taxonlist.empty() || !config.taxon_exclude.empty())) throw runtime_error("Multiprocessing mode is not compatible with database filtering."); if (config.global_ranking_targets) { if (config.frame_shift) throw runtime_error("Global ranking mode is not compatible with frameshift alignments."); if(config.multiprocessing) throw runtime_error("Global ranking mode is not compatible with --multiprocessing."); } if (config.target_indexed && config.algo != ::Config::Algo::AUTO && config.algo != ::Config::Algo::DOUBLE_INDEXED) throw runtime_error("--target-indexed requires --algo 0"); if(config.command != ::Config::blastn) { const MaskingMode masking_mode = config.masking_.present() ? from_string(config.masking_.get_present()) : Stats::CBS::masking_mode(config.comp_based_stats_.get(Stats::DEFAULT_CBS)); switch (masking_mode) { case MaskingMode::BLAST_SEG: query_masking = MaskingAlgo::NONE; target_masking = MaskingAlgo::SEG; break; case MaskingMode::BLAST_SEG_ALL: query_masking = MaskingAlgo::SEG; target_masking = MaskingAlgo::SEG; break; case MaskingMode::TANTAN: query_masking = MaskingAlgo::TANTAN; target_masking = MaskingAlgo::TANTAN; break; default:; } } else { if (config.gap_open == -1) config.gap_open = 5; if (config.gap_extend == -1) config.gap_extend = 2; #ifdef WITH_DNA timer.reset(new Dna::TotalTime()); #endif } if (config.freq_masking && config.seed_cut_ != 0.0) throw runtime_error("Incompatible options: --freq-masking, --seed-cut."); if (config.freq_sd_ != 0.0 && !config.freq_masking) throw runtime_error("--freq-sd requires --freq-masking."); if (config.minimizer_window_ && config.algo == ::Config::Algo::CTG_SEED) throw runtime_error("Minimizer setting is not compatible with contiguous seed mode."); if (config.query_cover >= 50 && config.query_cover == config.subject_cover && config.min_length_ratio == 0.0 && !align_mode.query_translated) { min_length_ratio = config.lin_stage1_query && sensitivity.back().sensitivity < Sensitivity::LINCLUST_40 ? std::min(config.query_cover / 100 + 0.05, 0.92) : std::max(config.query_cover / 100 - 0.05, 0.0); } else { if (align_mode.query_translated && config.min_length_ratio != 0.0) throw runtime_error("--min-len-ratio is not supported for translated searches"); min_length_ratio = config.min_length_ratio; } *log_stream << "Min length ratio: " << min_length_ratio << endl; output_format.reset(init_output(max_target_seqs)); if(config.approx_min_id.present() && config.min_id != 0.0) throw runtime_error("Incompatible options: --approx-id, --id."); } Config::~Config() { } void Config::free() { } } bbuchfink-diamond-6dc5717/src/run/config.h000066400000000000000000000132771523407312000204400ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "util/optional.h" #include "util/data_structures/bit_vector.h" #include "util/scores/cutoff_table.h" #include "util/io/file.h" #include "util/parallel/simple_thread_pool.h" #include "util/data_structures/bit_vector.h" #ifdef WITH_DNA #include "contrib/dna/build_score.h" #endif struct DbFilter; struct SequenceFile; struct TextInputFile; struct Block; struct TaxonomyNodes; struct ThreadPool; struct OutputFormat; enum class Sensitivity; enum class SeedEncoding; enum class MaskingAlgo; namespace Search { struct HitBuffer; struct LinIndex; } struct Async; template struct Deque; namespace Extension { enum class Mode; namespace GlobalRanking { struct Hit; }} #ifdef WITH_DNA namespace Dna { class Index; struct TotalTime; } #endif namespace Search { struct Round { Round(Sensitivity sens, bool lin = false): sensitivity(sens), linearize(lin) {} bool operator<(Round r) const { return (linearize && !r.linearize) || (linearize == r.linearize && sensitivity < r.sensitivity); } bool operator==(Round r) const { return sensitivity == r.sensitivity && linearize == r.linearize; } bool operator!=(Round r) const { return sensitivity != r.sensitivity || linearize != r.linearize; } Sensitivity sensitivity; bool linearize; }; struct Hit; struct Config { using RankingTable = std::vector; using RankingBuffer = Deque; Config(std::unique_ptr>& target_seed_hits); void free(); ~Config(); bool self; std::vector sensitivity; SeedEncoding seed_encoding; MaskingAlgo query_masking; MaskingAlgo target_masking; MaskingAlgo soft_masking; Extension::Mode extension_mode; double seed_complexity_cut; bool lazy_masking; bool track_aligned_queries; double freq_sd; Loc minimizer_window; Loc sketch_size; int keyword_length; double keyword_threshold; bool lin_stage1_target; unsigned hamming_filter_id; double min_length_ratio; double ungapped_evalue; double ungapped_evalue_short; double gapped_filter_evalue; unsigned index_chunks; int seedp_bits; unsigned query_bins; int64_t max_target_seqs; std::unique_ptr output_format; std::shared_ptr db; std::shared_ptr query_file; std::shared_ptr out; std::shared_ptr db_filter; std::shared_ptr query, target; std::unique_ptr> query_skip; std::unique_ptr seed_hit_buf; std::unique_ptr global_ranking_buffer; std::unique_ptr ranking_table; std::unique_ptr>& target_seed_hits; std::unique_ptr lin_index; #ifdef WITH_DNA std::unique_ptr score_builder; std::unique_ptr dna_ref_index; std::unique_ptr timer; double chain_pen_gap; double chain_pen_skip; double chain_fraction_align; int min_chain_score; double max_overlap_extension; #endif int current_query_block; int current_ref_block; bool blocked_processing; optional db_seqs, db_letters, ref_blocks; #ifdef UNGAPPED_SPOUGE const Util::Scores::CutoffTable2D cutoff_table; #else Util::Scores::CutoffTable cutoff_table, cutoff_table_short; #endif Util::Scores::CutoffTable cutoff_gapped1, cutoff_gapped2; Util::Scores::CutoffTable2D cutoff_gapped1_new, cutoff_gapped2_new; BlockId iteration_query_aligned; std::unique_ptr thread_pool; SimpleThreadPool search_pool; bool iterated() const { return sensitivity.size() > 1; } }; }bbuchfink-diamond-6dc5717/src/run/double_indexed.cpp000066400000000000000000001067751523407312000225060ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "data/queries.h" #include "basic/statistics.h" #include "basic/shape_config.h" #include "output/output_format.h" #include "data/frequent_seeds.h" #include "legacy/daa/daa_write.h" #include "masking/masking.h" #include "data/block/block.h" #include "search/search.h" #include "util/parallel/multiprocessing.h" #include "util/parallel/parallelizer.h" #include "util/system/system.h" #include "data/seed_set.h" #include "align/global_ranking/global_ranking.h" #include "align/align.h" #include "search/hit_buffer.h" #include "config.h" #include "search/seed_array/seed_array.h" #include "data/fasta/fasta_file.h" #include "legacy/dmnd/dmnd.h" #include "data/blastdb/blastdb.h" #include "search/lin_index/lin_index.h" #ifdef WITH_DNA #include "../dna/dna_index.h" #endif using std::runtime_error; using std::unique_ptr; using std::endl; using std::list; using std::pair; using std::tie; using std::shared_ptr; using std::string; using std::vector; using std::atomic; namespace Search { static const int64_t MAX_INDEX_QUERY_SIZE = 32 * MEGABYTES; static const size_t MAX_HASH_SET_SIZE = 8 * MEGABYTES; static const size_t MIN_QUERY_INDEXED_DB_SIZE = 256 * MEGABYTES; static const string label_align = "align"; static const string stack_align_todo = label_align + "_todo"; static const string stack_align_wip = label_align + "_wip"; static const string stack_align_done = label_align + "_done"; static const string label_join = "join"; static const string stack_join_todo = label_join + "_todo"; static const string stack_join_wip = label_join + "_wip"; static const string stack_join_redo = label_join + "_redo"; static const string stack_join_done = label_join + "_done"; static bool use_query_index(const size_t table_size) { return table_size <= std::max(MAX_HASH_SET_SIZE, 32 * MEGABYTES); } static string get_ref_part_file_name(const string & prefix, size_t query, string suffix="") { if (suffix.size() > 0) suffix.append("_"); const string file_name = append_label(prefix + "_" + suffix, query); return join_path(config.parallel_tmpdir, file_name); } static string get_ref_block_tmpfile_name(size_t query, size_t block) { const string file_name = append_label("ref_block_", query) + append_label("_", block); return join_path(config.parallel_tmpdir, file_name); } static pair alloc_buffers(Config& cfg) { if (Search::keep_target_id(cfg)) return { ARCH_GENERIC::SeedArray::alloc_buffer(cfg.target->hst(), cfg.index_chunks), config.target_indexed ? nullptr : ARCH_GENERIC::SeedArray::alloc_buffer(cfg.query->hst(), cfg.index_chunks) }; else return { ARCH_GENERIC::SeedArray::alloc_buffer(cfg.target->hst(), cfg.index_chunks), config.target_indexed ? nullptr : ARCH_GENERIC::SeedArray::alloc_buffer(cfg.query->hst(), cfg.index_chunks) }; } static void run_ref_chunk(SequenceFile &db_file, const unsigned query_iteration, File &master_out, vector &tmp_file, Config& cfg) { TaskTimer timer; log_rss(); auto& query_seqs = cfg.query->seqs(); if ((cfg.lin_stage1_target || cfg.min_length_ratio > 0.0) && !config.kmer_ranking && cfg.target.use_count() == 1) { timer.go("Length sorting reference"); cfg.target.reset(cfg.target->length_sorted(config.threads_)); } //if (config.comp_based_stats == Stats::CBS::COMP_BASED_STATS_AND_MATRIX_ADJUST || flag_any(cfg.output_format->flags, Output::Flags::TARGET_SEQS)) { if (flag_any(cfg.output_format->flags, Output::Flags::TARGET_SEQS)) { cfg.target->unmasked_seqs() = cfg.target->seqs(); } if (cfg.target.get() == cfg.query.get() && cfg.target_masking != cfg.query_masking) throw runtime_error("asymmetric masking for self alignment"); if (cfg.target_masking != MaskingAlgo::NONE && !cfg.lazy_masking && cfg.target.get() != cfg.query.get()) { timer.go("Masking reference"); const MaskingStat stats = mask_seqs(cfg.target->seqs(), Masking::get(), true, cfg.target_masking); timer.finish(); stats.print(*message_stream); } if (flag_any(cfg.output_format->flags, Output::Flags::SELF_ALN_SCORES)) { timer.go("Computing self alignment scores"); cfg.target->compute_self_aln(); } const bool daa = *cfg.output_format == OutputFormat::daa; const bool persist_dict = daa || cfg.iterated(); if(((cfg.blocked_processing || daa) && !config.global_ranking_targets) || cfg.iterated()) { timer.go("Initializing dictionary"); if (config.multiprocessing || (cfg.current_ref_block == 0 && (!daa || cfg.current_query_block == 0) && query_iteration == 0)) db_file.init_dict(cfg.current_query_block, cfg.current_ref_block); if(!config.global_ranking_targets) db_file.init_dict_block(cfg.current_ref_block, cfg.target->seqs().size(), persist_dict); } timer.go("Initializing temporary storage"); if (config.global_ranking_targets) cfg.global_ranking_buffer.reset(new Config::RankingBuffer()); else cfg.seed_hit_buf.reset(new Search::HitBuffer(query_seqs.partition(cfg.query_bins, true, true), config.tmpdir, cfg.target->long_offsets(), align_mode.query_contexts, config.threads_, cfg)); if (cfg.target_seed_hits && cfg.target_seed_hits->empty()) { cfg.target_seed_hits->reserve(shapes.count()); for (int i = 0; i < shapes.count(); ++i) cfg.target_seed_hits->emplace_back(cfg.target->seqs().raw_len()); } if (cfg.lin_index) { timer.go("Scanning member block"); Search::scan_lin_index(cfg); statistics.inc(Statistics::TIME_SEARCH, timer.microseconds()); timer.go("Finishing seed hit buffer"); cfg.seed_hit_buf->finish_writing(); timer.finish(); log_rss(); } else if (!config.swipe_all) { timer.go("Building reference histograms"); if (query_seeds_bitset.get()) { EnumCfg enum_cfg{ nullptr, 0, 0, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, MaskingAlgo::NONE, cfg.minimizer_window, false, false, cfg.sketch_size, cfg.target_seed_hits.get() }; cfg.target->hst() = SeedHistogram(*cfg.target, true, query_seeds_bitset.get(), enum_cfg, cfg.seedp_bits); } else if (query_seeds_hashed.get()) { EnumCfg enum_cfg{ nullptr, 0, 0, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, MaskingAlgo::NONE, cfg.minimizer_window, false, false, cfg.sketch_size, cfg.target_seed_hits.get() }; cfg.target->hst() = SeedHistogram(*cfg.target, true, query_seeds_hashed.get(), enum_cfg, cfg.seedp_bits); } else { EnumCfg enum_cfg{ nullptr, 0, 0, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, cfg.soft_masking, cfg.minimizer_window, false, false, cfg.sketch_size, cfg.target_seed_hits.get() }; cfg.target->hst() = SeedHistogram(*cfg.target, false, &no_filter, enum_cfg, cfg.seedp_bits); } timer.go("Allocating buffers"); char* ref_buffer, * query_buffer; tie(ref_buffer, query_buffer) = alloc_buffers(cfg); timer.finish(); *log_stream << "Query bins = " << cfg.query_bins << endl; ::HashedSeedSet* target_seeds = nullptr; if (config.target_indexed) { timer.go("Loading database seed index"); target_seeds = new ::HashedSeedSet(db_file.file_name() + ".seed_idx"); timer.finish(); } if ((config.command != ::Config::blastn)) { for (int i = 0; i < shapes.count(); ++i) { if (config.global_ranking_targets) cfg.global_ranking_buffer.reset(new Config::RankingBuffer()); search_shape(i, cfg.current_query_block, query_iteration, query_buffer, ref_buffer, cfg, target_seeds); //index_targets(0,cfg,ref_buffer,target_seeds); if (config.global_ranking_targets) Extension::GlobalRanking::update_table(cfg); } if (!config.global_ranking_targets) cfg.seed_hit_buf->finish_writing(); } #ifdef WITH_DNA else cfg.dna_ref_index.reset(new Dna::Index(cfg, ref_buffer)); #endif log_rss(); timer.go("Deallocating buffers"); #ifdef WITH_DNA if(config.command != ::Config::blastn) #endif Util::Memory::aligned_free(query_buffer); Util::Memory::aligned_free(ref_buffer); delete target_seeds; timer.go("Clearing query masking"); FrequentSeeds::clear_masking(query_seqs); timer.finish(); log_rss(); } File* out; const bool temp_output = (cfg.blocked_processing || cfg.iterated()) && !config.global_ranking_targets; if (temp_output) { timer.go("Opening temporary output file"); if (config.multiprocessing) { const string file_name = get_ref_block_tmpfile_name(cfg.current_query_block, cfg.current_ref_block); tmp_file.push_back(new File(file_name, "wb")); } else { tmp_file.push_back(new File(Temporary())); } out = tmp_file.back(); } else out = &master_out; if (config.global_ranking_targets) { /*timer.go("Updating ranking table"); Extension::GlobalRanking::update_table(cfg); cfg.global_ranking_buffer.reset();*/ } else { timer.go("Computing alignments"); align_queries(out, cfg); cfg.seed_hit_buf.reset(); } if (temp_output) IntermediateRecord::finish_file(*out); timer.go("Deallocating reference"); cfg.target.reset(); cfg.db->close_dict_block(persist_dict); timer.finish(); } static void run_query_iteration(const unsigned query_iteration, File& master_out, File* unaligned_file, File* aligned_file, std::vector& tmp_file, Config& options) { TaskTimer timer; auto P = Parallelizer::get(); auto& query_seqs = options.query->seqs(); auto& db_file = *options.db; if (query_iteration > 0) options.query_skip.reset(new vector (query_aligned)); if (options.lin_index) config.algo = ::Config::Algo::DOUBLE_INDEXED; if (config.algo == ::Config::Algo::AUTO && (!sensitivity_traits.at(config.sensitivity).support_query_indexed || query_seqs.letters() > MAX_INDEX_QUERY_SIZE || (options.db_letters ? options.db_letters.value() : db_file.disk_size()) < MIN_QUERY_INDEXED_DB_SIZE || config.target_indexed || config.swipe_all || options.minimizer_window || options.sketch_size)) config.algo = ::Config::Algo::DOUBLE_INDEXED; if (config.algo == ::Config::Algo::AUTO || config.algo == ::Config::Algo::QUERY_INDEXED) { timer.go("Building query seed set"); query_seeds_hashed.reset(new HashedSeedSet(*options.query, options.query_skip.get(), options.seed_complexity_cut, options.soft_masking)); if (config.algo == ::Config::Algo::AUTO && !use_query_index(query_seeds_hashed->max_table_size())) { config.algo = ::Config::Algo::DOUBLE_INDEXED; query_seeds_hashed.reset(); } else { config.algo = ::Config::Algo::QUERY_INDEXED; options.seed_encoding = SeedEncoding::HASHED; } timer.finish(); } if (config.algo == ::Config::Algo::CTG_SEED) { timer.go("Building query seed set"); query_seeds_bitset.reset(new SeedSet(*options.query, 1.0, options.query_skip.get(), options.seed_complexity_cut, options.soft_masking)); options.seed_encoding = SeedEncoding::CONTIGUOUS; timer.finish(); } const Sensitivity sens = options.sensitivity[query_iteration].sensitivity; ::Config::set_option(options.index_chunks, config.lowmem_, 0u, config.algo == ::Config::Algo::DOUBLE_INDEXED ? sensitivity_traits.at(sens).index_chunks : 1u); options.seedp_bits = Search::seedp_bits(shapes[0].weight_, config.threads_, options.index_chunks); *log_stream << "Seed partition bits = " << options.seedp_bits << endl; options.lazy_masking = config.algo != ::Config::Algo::DOUBLE_INDEXED && options.target_masking != MaskingAlgo::NONE && config.frame_shift == 0; if (config.command != ::Config::blastn && options.gapped_filter_evalue != 0.0) { options.cutoff_gapped1 = { config.gapped_filter_evalue1 }; options.cutoff_gapped2 = { options.gapped_filter_evalue }; options.cutoff_gapped1_new = { config.gapped_filter_evalue1 }; options.cutoff_gapped2_new = { options.gapped_filter_evalue }; } if (options.current_query_block == 0 && query_iteration == 0) { *message_stream << "Algorithm: " << to_string(config.algo) << endl; if (config.freq_masking && !config.lin_stage1_query) *log_stream << "Seed frequency SD: " << options.freq_sd << endl; *log_stream << "Shape configuration: " << ::shapes << endl; } if (config.global_ranking_targets) { timer.go("Allocating global ranking table"); options.ranking_table.reset(new Search::Config::RankingTable(query_seqs.size() * config.global_ranking_targets / align_mode.query_contexts)); } if (!config.swipe_all && !config.target_indexed && !options.lin_index) { timer.go("Building query histograms"); if (config.self && options.target_seed_hits && options.target_seed_hits->empty()) { options.target_seed_hits->reserve(shapes.count()); for (int i = 0; i < shapes.count(); ++i) options.target_seed_hits->emplace_back(options.query->seqs().raw_len()); } EnumCfg enum_cfg{ nullptr, 0, 0, options.seed_encoding, options.query_skip.get(), false, false, options.seed_complexity_cut, options.soft_masking, options.minimizer_window, static_cast(query_seeds_hashed.get()), false, options.sketch_size, config.self ? options.target_seed_hits.get() : nullptr }; options.query->hst() = SeedHistogram(*options.query, false, &no_filter, enum_cfg, options.seedp_bits); timer.finish(); } log_rss(); bool mp_last_chunk = false; //const bool lazy_masking = config.algo == ::Config::Algo::QUERY_INDEXED && (config.masking == 1 || config.target_seg == 1) && (config.global_ranking_targets == 0); db_file.flags() |= SequenceFile::Flags::SEQS; if ((!flag_any(db_file.format_flags(), SequenceFile::FormatFlags::TITLES_LAZY) && bool(options.output_format->flags & Output::Flags::SSEQID)) || config.no_self_hits) db_file.flags() |= SequenceFile::Flags::TITLES; if (options.lazy_masking) db_file.flags() |= SequenceFile::Flags::LAZY_MASKING; if (bool(options.output_format->flags & Output::Flags::FULL_TITLES)) db_file.flags() |= SequenceFile::Flags::FULL_TITLES; if (bool(options.output_format->flags & Output::Flags::ALL_SEQIDS)) db_file.flags() |= SequenceFile::Flags::ALL_SEQIDS; if (config.multiprocessing) { db_file.set_seqinfo_ptr(0); P->create_stack_from_file(stack_align_todo, get_ref_part_file_name(stack_align_todo, options.current_query_block)); auto work = P->get_stack(stack_align_todo); P->create_stack_from_file(stack_align_wip, get_ref_part_file_name(stack_align_wip, options.current_query_block)); auto wip = P->get_stack(stack_align_wip); P->create_stack_from_file(stack_align_done, get_ref_part_file_name(stack_align_done, options.current_query_block)); auto done = P->get_stack(stack_align_done); P->create_stack_from_file(stack_join_todo, get_ref_part_file_name(stack_join_todo, options.current_query_block)); auto join_work = P->get_stack(stack_join_todo); string buf; while ((!file_exists("stop")) && (work->pop(buf))) { wip->push(buf); Chunk chunk = to_chunk(buf); P->log("SEARCH BEGIN " + std::to_string(options.current_query_block) + " " + std::to_string(chunk.i)); options.target.reset(db_file.load_seqs((size_t)(0), 0, &options.db_filter->oid_filter, chunk)); options.current_ref_block = chunk.i; options.blocked_processing = true; if (!config.mp_self || chunk.i >= options.current_query_block) run_ref_chunk(db_file, query_iteration, master_out, tmp_file, options); else { const string file_name = get_ref_block_tmpfile_name(options.current_query_block, options.current_ref_block); tmp_file.push_back(new File(file_name, "wb")); tmp_file.back()->write(IntermediateRecord::FINISHED); db_file.init_dict(options.current_query_block, options.current_ref_block); db_file.close_dict_block(false); } tmp_file.back()->close(); size_t size_after_push = 0; done->push(buf, size_after_push); if (size_after_push == (size_t)db_file.get_n_partition_chunks()) { join_work->push("TOKEN"); } wip->remove(buf); P->log("SEARCH END " + std::to_string(options.current_query_block) + " " + std::to_string(chunk.i)); log_rss(); } tmp_file.clear(); P->delete_stack(stack_align_todo); P->delete_stack(stack_align_wip); P->delete_stack(stack_align_done); } else { /*if (config.self && !config.lin_stage1 && !db_file.eof()) db_file.set_seqinfo_ptr(options.query->oid_end()); else if (!config.self || options.current_query_block != 0 || !db_file.eof()) db_file.set_seqinfo_ptr(0);*/ timer.go("Seeking in database"); const bool lin_self_first_query_block = config.self && (0 == options.current_query_block) && config.lin_stage1_query; if (!lin_self_first_query_block) db_file.set_seqinfo_ptr((config.self && !config.lin_stage1_query) ? options.query->oid_end() : 0); timer.finish(); for (options.current_ref_block = 0; ; ++options.current_ref_block) { if (config.self && ((config.lin_stage1_query && options.current_ref_block == options.current_query_block) || (!config.lin_stage1_query && options.current_ref_block == 0))) { options.target = options.query; if (config.lin_stage1_query) { timer.go("Seeking in database"); db_file.set_seqinfo_ptr(options.query->oid_end()); timer.finish(); } } else { timer.go("Loading reference sequences"); options.target.reset(db_file.load_seqs(config.block_size(), 0, &options.db_filter->oid_filter)); const auto t = timer.microseconds(); timer.finish(); options.target->load_stats(*message_stream, t); } if (options.current_ref_block == 0) { //const int64_t db_seq_count = options.db_filter ? options.db_filter->oid_filter.one_count() : options.db->sequence_count(); options.blocked_processing = config.global_ranking_targets || !options.db->eof(); // options.target->seqs().size() < db_seq_count; } if (options.target->empty()) break; timer.finish(); run_ref_chunk(db_file, query_iteration, master_out, tmp_file, options); } log_rss(); } timer.go("Deallocating buffers"); query_seeds_hashed.reset(); query_seeds_bitset.reset(); options.query_skip.reset(); if (config.global_ranking_targets) { timer.go("Computing alignments"); File* out; if (options.iterated()) { tmp_file.push_back(new File(Temporary())); out = tmp_file.back(); } else { out = &master_out; } Extension::GlobalRanking::extend(options, *out); options.ranking_table.reset(); } } static void run_query_chunk(File &master_out, File *unaligned_file, File *aligned_file, Config &options) { auto P = Parallelizer::get(); TaskTimer timer; auto& db_file = *options.db; auto& query_seqs = options.query->seqs(); vector tmp_file; if (options.track_aligned_queries) { query_aligned.clear(); query_aligned.insert(query_aligned.end(), options.query->source_seq_count(), false); } if (flag_any(options.output_format->flags, Output::Flags::SELF_ALN_SCORES)) { timer.go("Computing self alignment scores"); options.query->compute_self_aln(); } log_rss(); BlockId aligned = 0; for (unsigned query_iteration = 0; query_iteration < options.sensitivity.size() && aligned < options.query->source_seq_count(); ++query_iteration) { options.lin_stage1_target = config.lin_stage1_target || options.sensitivity[query_iteration].linearize; int n = 0; if (options.lin_stage1_target) ++n; if (config.lin_stage1_query) ++n; if (n > 1) throw runtime_error("Multiple linearization options are not allowed to be used together"); setup_search(options.sensitivity[query_iteration].sensitivity, options); run_query_iteration(query_iteration, master_out, unaligned_file, aligned_file, tmp_file, options); if (options.iterated()) { aligned += options.iteration_query_aligned; *message_stream << "Aligned " << options.iteration_query_aligned << '/' << options.query->source_seq_count() << " queries in this iteration, " << aligned << '/' << options.query->source_seq_count() << " total." << endl; options.iteration_query_aligned = 0; } } log_rss(); if (options.blocked_processing || config.multiprocessing || options.iterated()) { if(!config.global_ranking_targets) timer.go("Joining output blocks"); if (config.multiprocessing) { P->create_stack_from_file(stack_join_todo, get_ref_part_file_name(stack_join_todo, options.current_query_block)); auto work = P->get_stack(stack_join_todo); string buf; if ((! file_exists("stop")) && (work->pop(buf) > 0)) { P->log("JOIN BEGIN " + std::to_string(options.current_query_block)); P->create_stack_from_file(stack_join_wip, get_ref_part_file_name(stack_join_wip, options.current_query_block)); auto wip = P->get_stack(stack_join_wip); wip->clear(); P->create_stack_from_file(stack_join_done, get_ref_part_file_name(stack_join_done, options.current_query_block)); auto done = P->get_stack(stack_join_done); done->clear(); wip->push(buf); work->clear(); options.current_ref_block = db_file.get_n_partition_chunks(); vector tmp_file_names; for (int64_t i = 0; i < options.current_ref_block; ++i) { tmp_file_names.push_back(get_ref_block_tmpfile_name(options.current_query_block, i)); } const string query_chunk_output_file = append_label(config.output_file + "_", options.current_query_block); File *query_chunk_out(new File(query_chunk_output_file, "wb", File::Flags::NONE, config.compressor())); // if (*output_format != Output_format::daa) // output_format->print_header(*query_chunk_out, align_mode.mode, config.matrix.c_str(), score_matrix.gap_open(), score_matrix.gap_extend(), config.max_evalue, query_ids::get()[0], // unsigned(align_mode.query_translated ? query_source_seqs::get()[0].length() : query_seqs::get()[0].length())); join_blocks(options.current_ref_block, *query_chunk_out, tmp_file, options, db_file, tmp_file_names); // if (*output_format == Output_format::daa) // // finish_daa(*static_cast(query_chunk_out), *db_file); // throw std::runtime_error("output_format::daa"); // else // output_format->print_footer(*query_chunk_out); query_chunk_out->close(); delete query_chunk_out; done->push(buf); wip->pop(buf); for (auto f : tmp_file_names) { std::remove(f.c_str()); } P->delete_stack(stack_join_wip); P->delete_stack(stack_join_done); P->log("JOIN END " + std::to_string(options.current_query_block)); } P->delete_stack(stack_join_todo); } else { if (!tmp_file.empty()) join_blocks(options.current_ref_block, master_out, tmp_file, options, db_file); } } if (unaligned_file) { timer.go("Writing unaligned queries"); write_unaligned(*options.query, unaligned_file); } if (aligned_file) { timer.go("Writing aligned queries"); write_aligned(*options.query, aligned_file); } timer.go("Deallocating queries"); options.query.reset(); } static void master_thread(TaskTimer &total_timer, Config &options) { log_rss(); SequenceFile* db_file = options.db.get(); if (config.multiprocessing && config.mp_recover) { const size_t max_assumed_query_chunks = 65536; for (size_t i = 0; i < max_assumed_query_chunks; ++i) { const string file_align_todo = get_ref_part_file_name(stack_align_todo, i); if (! file_exists(file_align_todo)) { break; } else { FileStack stack_todo(file_align_todo); const string file_align_wip = get_ref_part_file_name(stack_align_wip, i); FileStack stack_wip(file_align_wip); string buf; int j = 0; while (stack_wip.pop_exclusive(buf)) { stack_todo.push_exclusive(buf); j++; } if (j > 0) *message_stream << "Restored " << j << " align chunks for query " << i << endl; } const string file_join_wip = get_ref_part_file_name(stack_join_wip, i); FileStack stack_wip(file_join_wip); if (stack_wip.size() > 0) { const string file_join_todo = get_ref_part_file_name(stack_join_todo, i); FileStack stack_todo(file_join_todo); string buf; int j = 0; while (stack_wip.pop_exclusive(buf)) { stack_todo.push_exclusive(buf); j++; } if (j > 0) *message_stream << "Restored join of query " << i << endl; } } if (file_exists("stop")) { std::remove("stop"); *message_stream << "Removed \'stop\' file" << endl; } return; } auto P = Parallelizer::get(); if (config.multiprocessing) { P->init(config.parallel_tmpdir); db_file->create_partition_balanced((size_t)(config.chunk_size*1e9)); } SequenceFile::Flags qflags = SequenceFile::Flags::ALL; if (bool(options.output_format->flags & Output::Flags::FULL_TITLES)) qflags |= SequenceFile::Flags::FULL_TITLES; if (bool(options.output_format->flags & Output::Flags::ALL_SEQIDS)) qflags |= SequenceFile::Flags::ALL_SEQIDS; if (config.store_query_quality) qflags |= SequenceFile::Flags::QUALITY; TaskTimer timer("Opening the input file", true); if (!options.self) { if (config.query_file.empty() && !options.query_file) { std::cerr << "Query file parameter (--query/-q) is missing. Input will be read from stdin." << endl; config.query_file.push_back(""); } if (!options.query_file) { options.query_file.reset(new FastaFile(config.query_file, qflags, input_value_traits)); timer.finish(); if (!options.query_file->open_stats().empty()) *log_stream << options.query_file->open_stats(); } } options.current_query_block = 0; OId query_file_offset = 0; if (config.multiprocessing && config.mp_init) { TaskTimer timer("Counting query blocks", true); size_t block_count = 0; do { if (options.self) { db_file->set_seqinfo_ptr(query_file_offset); db_file->flags() |= qflags; options.query.reset(db_file->load_seqs((size_t)(config.chunk_size * 1e9), 0, &options.db_filter->oid_filter)); query_file_offset = db_file->tell_seq(); } else options.query.reset(options.query_file->load_seqs((int64_t)(config.chunk_size * 1e9), 0, nullptr)); ++block_count; } while (!options.query->empty()); if (options.self) { db_file->set_seqinfo_ptr(0); query_file_offset = 0; } else { options.query_file->set_seqinfo_ptr(0); } for (size_t i = 0; i < block_count - 1; ++i) { const string annotation = "# query_chunk=" + std::to_string(i); db_file->save_partition(get_ref_part_file_name(stack_align_todo, i), annotation); } return; } timer.go("Opening the output file"); if (!options.out) options.out.reset(new File(config.output_file, "wb", File::Flags::TREAT_BLANK_AS_STDOUT, config.compressor())); if (*options.output_format == OutputFormat::daa) init_daa(*options.out.get()); unique_ptr unaligned_file, aligned_file; if (!config.unaligned.empty()) unaligned_file = unique_ptr(new File(config.unaligned, "wb")); if (!config.aligned_file.empty()) aligned_file = unique_ptr(new File(config.aligned_file, "wb")); timer.finish(); //for (;query_file_offset < db_file->sequence_count(); ++options.current_query_block) { TODO for (;; ++options.current_query_block) { options.current_ref_block = 0; log_rss(); if (options.self) { timer.go("Seeking in database"); db_file->set_seqinfo_ptr(query_file_offset); timer.finish(); timer.go("Loading query sequences"); db_file->flags() |= qflags; options.query.reset(db_file->load_seqs(config.block_size(), 0, &options.db_filter->oid_filter)); const auto t = timer.microseconds(); timer.finish(); options.query->load_stats(*message_stream, t); query_file_offset = db_file->tell_seq(); } else { timer.go("Loading query sequences"); options.query.reset(options.query_file->load_seqs(config.block_size(), 0, nullptr)); const auto t = timer.microseconds(); timer.finish(); options.query->load_stats(*message_stream, t); } timer.finish(); if (options.query->empty()) break; options.query->seqs().print_stats(); if ((config.mp_query_chunk >= 0) && (options.current_query_block != config.mp_query_chunk)) continue; if (config.lin_index_file.empty()) { if ((!Search::keep_target_id(options) && config.lin_stage1_query && !config.kmer_ranking) || options.min_length_ratio > 0.0) { timer.go("Length sorting queries"); // TODO options.query.reset(options.query->length_sorted(config.threads_)); timer.finish(); } } else if (options.current_query_block > 0) throw runtime_error("Seed index search requires the query file to fit into a single block."); if (options.current_query_block == 0 && *options.output_format != OutputFormat::daa && options.query->has_ids()) options.output_format->print_header(*options.out, align_mode.mode, config.matrix.c_str(), score_matrix.gap_open(), score_matrix.gap_extend(), config.max_evalue, options.query->ids()[0], unsigned(align_mode.query_translated ? options.query->source_seqs()[0].length() : options.query->seqs()[0].length())); if (options.query_masking != MaskingAlgo::NONE) { timer.go("Masking queries"); const MaskingStat stats = mask_seqs(options.query->seqs(), Masking::get(), true, options.query_masking); timer.finish(); stats.print(*message_stream); } if (!config.lin_index_file.empty()) { options.lin_index.reset(new Search::LinIndex(config.lin_index_file, *options.query, options, config.threads_)); const Search::LinIndex::Header& h = options.lin_index->header(); *message_stream << "Seed index size = " << options.lin_index->size() << ", entries = " << h.entry_count << endl; } run_query_chunk(*options.out, unaligned_file.get(), aligned_file.get(), options); if (file_exists("stop")) { *message_stream << "Encountered \'stop\' file, shutting down run" << endl; break; } } if (options.query_file.use_count() == 1) { timer.go("Closing the input file"); options.query_file->close(); } timer.go("Closing the output file"); if (*options.output_format == OutputFormat::daa) { db_file->init_random_access(options.current_query_block, 0); finish_daa(*static_cast(options.out.get()), *db_file); db_file->end_random_access(); } else options.output_format->print_footer(*options.out); options.out->close(); if (unaligned_file.get()) unaligned_file->close(); if (aligned_file.get()) aligned_file->close(); timer.go("Closing the database"); options.db.reset(); timer.go("Cleaning up"); options.free(); timer.finish(); log_rss(); *message_stream << "Total time = " << total_timer.get() << "s" << endl; statistics.print(); //print_warnings(); } void run(unique_ptr>& target_seed_hits, const shared_ptr& db, const shared_ptr& query, const shared_ptr& out, const shared_ptr& db_filter) { TaskTimer total; align_mode = AlignMode(AlignMode::from_command(config.command)); (align_mode.sequence_type == SequenceType::amino_acid) ? value_traits = amino_acid_traits : value_traits = nucleotide_traits; *message_stream << "Temporary directory: " << File::tmp_dir() << endl; if (config.sensitivity >= Sensitivity::VERY_SENSITIVE) ::Config::set_option(config.chunk_size, 0.4); else ::Config::set_option(config.chunk_size, 2.0); Config cfg(target_seed_hits); statistics.reset(); const bool taxon_filter = !config.taxonlist.empty() || !config.taxon_exclude.empty(); const bool taxon_culling = config.taxon_k != 0; SequenceFile::Flags flags = SequenceFile::Flags::NONE; if (config.db_size == 0) flags |= SequenceFile::Flags::NEED_LETTER_COUNT; if (cfg.output_format->needs_taxon_id_lists || taxon_filter || taxon_culling) flags |= SequenceFile::Flags::TAXON_MAPPING; if (cfg.output_format->needs_taxon_nodes || taxon_filter || taxon_culling) flags |= SequenceFile::Flags::TAXON_NODES; if (cfg.output_format->needs_taxon_scientific_names) flags |= SequenceFile::Flags::TAXON_SCIENTIFIC_NAMES; if (cfg.output_format->needs_taxon_ranks || taxon_culling) flags |= SequenceFile::Flags::TAXON_RANKS; if (flag_any(cfg.output_format->flags, Output::Flags::ALL_SEQIDS)) flags |= SequenceFile::Flags::ALL_SEQIDS; if (flag_any(cfg.output_format->flags, Output::Flags::FULL_TITLES) || config.no_self_hits) flags |= SequenceFile::Flags::FULL_TITLES; if (flag_any(cfg.output_format->flags, Output::Flags::TARGET_SEQS)) flags |= SequenceFile::Flags::TARGET_SEQS; if (flag_any(cfg.output_format->flags, Output::Flags::SELF_ALN_SCORES)) flags |= SequenceFile::Flags::SELF_ALN_SCORES; if (taxon_filter) flags |= SequenceFile::Flags::NEED_EARLY_TAXON_MAPPING | SequenceFile::Flags::NEED_LENGTH_LOOKUP; if (!config.seqidlist.empty()) flags |= SequenceFile::Flags::NEED_LENGTH_LOOKUP; TaskTimer timer; if (db) { cfg.db = db; if (!query && config.query_file.empty()) cfg.self = true; } else { timer.go("Opening the database"); try { cfg.db.reset(SequenceFile::auto_create({ config.database }, flags, value_traits)); } catch (FormatDetectionError& e) { throw runtime_error("Error opening database file: " + string(e.what())); } timer.finish(); if (!cfg.db->open_stats().empty()) *message_stream << cfg.db->open_stats(); } if (config.multiprocessing && cfg.db->type() == SequenceFile::Type::FASTA) throw runtime_error("Multiprocessing mode is not compatible with FASTA databases."); const Pal* pal = nullptr; if (cfg.db->type() == SequenceFile::Type::BLAST) pal = &dynamic_cast(cfg.db.get())->pal(); cfg.db_seqs = cfg.db->sequence_count(); cfg.db_letters = cfg.db->letters(); cfg.ref_blocks = cfg.db->total_blocks(); cfg.query_file = query; cfg.db_filter = db_filter; cfg.out = out; timer.finish(); cfg.db->print_info(); *message_stream << "Block size = " << (size_t)(config.chunk_size * 1e9) << endl; const bool alias_taxfilter = pal && pal->metadata.find("TAXIDLIST") != pal->metadata.end(); if (taxon_filter) { if (!config.taxonlist.empty() && !config.taxon_exclude.empty()) throw runtime_error("Options --taxonlist and --taxon-exclude are mutually exclusive."); timer.go("Building taxonomy filter"); std::istringstream filter(config.taxonlist.empty() ? config.taxon_exclude : config.taxonlist); cfg.db_filter.reset(cfg.db->filter_by_taxonomy(filter, ',', !config.taxon_exclude.empty())); timer.finish(); } else if (alias_taxfilter) { timer.go("Building taxonomy filter"); std::ifstream filter(pal->metadata.at("TAXIDLIST")); if (!filter) throw runtime_error("Cannot open TAXIDLIST file: " + pal->metadata.at("TAXIDLIST")); cfg.db_filter.reset(cfg.db->filter_by_taxonomy(filter, '\n', false)); timer.finish(); } string seqidlist = config.seqidlist; if (pal) { auto it = pal->metadata.find("SEQIDLIST"); if(it != pal->metadata.end()) { if (!seqidlist.empty()) throw runtime_error("Using --seqidlist on already filtered BLAST alias database."); seqidlist = it->second; } } if (!seqidlist.empty()) { if (taxon_filter) throw runtime_error("--seqidlist is not compatible with taxonomy filtering."); *message_stream << "Filtering database by accession list: " << seqidlist << endl; timer.go("Building database filter"); cfg.db_filter.reset(cfg.db->filter_by_accession(seqidlist)); timer.finish(); } if (cfg.db_filter) *message_stream << "Filtered database contains " << cfg.db_filter->oid_filter.one_count() << " sequences, " << cfg.db_filter->letter_count << " letters." << endl; score_matrix.set_db_letters(config.db_size ? config.db_size : (cfg.db_filter && cfg.db_filter->letter_count ? cfg.db_filter->letter_count : cfg.db->letters().value())); #ifdef WITH_DNA if (align_mode.sequence_type == SequenceType::nucleotide) cfg.score_builder.reset(new Stats::Blastn_Score(config.match_reward, config.mismatch_penalty, config.gap_open, config.gap_extend, cfg.db_letters, cfg.db->sequence_count())); #endif master_thread(total, cfg); log_rss(); } }bbuchfink-diamond-6dc5717/src/run/main.cpp000066400000000000000000000132001523407312000204340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "basic/config.h" #include "workflow.h" #ifdef WITH_MCL #include "contrib/mcl/recursive_parser.h" #endif #include "legacy/dmnd/dmnd.h" #include "util/command_line_parser.h" #include "util/log_stream.h" #include "util/system/system.h" #include "tools/tools.h" using std::cout; using std::cerr; using std::endl; using std::runtime_error; using std::string; void opt(); void run_masker(); void fastq2fasta(); void view_daa(); void db_info(); void benchmark_sw(); void db_annot_stats(); void info(); void seed_stat(); void pairwise(); void reverse(); void makeindex(); void hash_seqs(); void list_seeds(); void merge_daa(); void composition_matrix_workflow(); void multinode(); #ifdef EXTRA namespace Cluster { #ifdef WITH_FAMSA void profile_recluster(); #endif } #endif void split(); namespace Benchmark { void benchmark(); } namespace Test { int run(); } namespace Cluster { void reassign(); void realign(); void recluster(); namespace Incremental { }} int main(int ac, const char* av[]) { std::unique_ptr> target_seed_hits; std::set_terminate([]() noexcept { std::abort(); // std::_Exit(EXIT_FAILURE); // std::quick_exit(EXIT_FAILURE); }); try { init_motif_table(); CommandLineParser parser; config = Config(ac, av, true, parser); switch (config.command) { case Config::help: break; case Config::version: cout << Const::program_name << " version " << Const::version_string << endl; break; case Config::makedb: DatabaseFile::make_db(); break; case Config::blastp: case Config::blastx: Search::run(target_seed_hits); break; case Config::view: if (!config.daa_file.empty()) view_daa(); else throw std::runtime_error("The view command requires a DAA (option -a) input file."); break; case Config::getseq: get_seq(); break; case Config::random_seqs: random_seqs(); break; case Config::mask: run_masker(); break; case Config::fastq2fasta: fastq2fasta(); break; case Config::dbinfo: db_info(); break; case Config::info: info(); break; case Config::smith_waterman: pairwise(); break; case Config::cluster: case Config::DEEPCLUST: case Config::LINCLUST: #ifdef WITH_MCL // Why is cluster_similarity not set at the end of the Config constructor? if(!config.cluster_similarity.empty()){ string expression = RecursiveParser::clean_expression(&config.cluster_similarity); RecursiveParser rp(nullptr, expression.c_str()); try{ rp.evaluate(); } catch (const runtime_error& e){ message_stream << "Could not evaluate the expression: " << config.cluster_similarity << endl; throw e; } } #endif multinode(); break; case Config::benchmark: Benchmark::benchmark(); break; case Config::split: split(); break; case Config::regression_test: return Test::run(); break; case Config::reverse_seqs: reverse(); break; case Config::roc: throw std::runtime_error("Deprecated command: roc"); break; case Config::rocid: throw std::runtime_error("Deprecated command: rocid"); break; case Config::makeidx: makeindex(); break; case Config::HASH_SEQS: hash_seqs(); break; case Config::prep_db: set_color(Color::YELLOW, true); cerr << "Warning: prepdb is deprecated since v2.1.14 and no longer needed to use BLAST databases. No action was taken." << endl; reset_color(true); break; case Config::LIST_SEEDS: list_seeds(); break; case Config::CLUSTER_REALIGN: Cluster::realign(); break; case Config::GREEDY_VERTEX_COVER: GVC::greedy_vertex_cover(); break; /*case Config::COMPOSITION_MATRIX: composition_matrix_workflow(); break;*/ case Config::CLUSTER_REASSIGN: set_color(Color::YELLOW, true); cerr << "Reassign has been temporarily removed for v2.2.1. No action was taken." << endl; reset_color(true); //Cluster::reassign(); break; case Config::RECLUSTER: set_color(Color::YELLOW, true); cerr << "Recluster has been temporarily removed for v2.1.25. No action was taken." << endl; reset_color(true); //Cluster::recluster(); break; case Config::MERGE_DAA: merge_daa(); break; #ifdef EXTRA case Config::blastn: Search::run(target_seed_hits); break; #ifdef WITH_FAMSA case Config::PROFILE_RECLUSTER: Cluster::profile_recluster(); break; #endif #endif default: return 1; } } catch (const std::bad_alloc &e) { cerr << "Failed to allocate sufficient memory. Please refer to the online wiki for instructions on memory usage." << endl; *log_stream << "Error: " << e.what() << endl; cleanup(); return 1; } catch(const std::exception& e) { cerr << "Error: " << e.what() << endl; *log_stream << "Error: " << e.what() << endl; cleanup(); return 1; } catch(...) { cerr << "Exception of unknown type!" << endl; cleanup(); return 1; } cleanup(); return 0; } bbuchfink-diamond-6dc5717/src/run/tools.cpp000066400000000000000000000146651523407312000206700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include "basic/config.h" #include "data/sequence_set.h" #include "data/sequence_file.h" #include "masking/masking.h" #include "util/io/file.h" #include "basic/packed_transcript.h" #include "legacy/dmnd/dmnd.h" #include "util/sequence/sequence.h" #include "basic/match.h" using std::thread; using std::chrono::high_resolution_clock; using std::chrono::duration_cast; using std::cout; using std::endl; using std::cerr; using std::unique_ptr; using std::runtime_error; using std::vector; using std::string; void get_seq() { config.database.require(); SequenceFile* db_file; try { db_file = SequenceFile::auto_create({ config.database }); } catch (FormatDetectionError& e) { throw runtime_error(string("Error opening database: ") + e.what()); } db_file->get_seq(); delete db_file; } void random_seqs() { DatabaseFile db_file(config.database); Block* ref_seqs = db_file.load_seqs(std::numeric_limits::max()); const auto& r = ref_seqs->seqs(); cout << "Sequences = " << r.size() << endl; std::set n; const size_t count = atoi(config.seq_no[0].c_str()); while (n.size() < count) n.insert((rand()*RAND_MAX + rand()) % r.size()); File out(config.output_file, "wb"); unsigned j = 0; std::string s; for (std::set::const_iterator i = n.begin(); i != n.end(); ++i) { std::stringstream ss; ss << '>' << j++ << endl; if (config.reverse) ; // ref_seqs::get()[*i].print(ss, value_traits, sequence::Reversed()); else ss << r[*i]; ss << endl; s = ss.str(); out.write(s.data(), s.length()); } out.close(); delete ref_seqs; } void run_masker() { File f(config.single_query_file(), "rb", File::Flags::DETECT_COMPRESSION); vector seq, seq2; string id; //const FASTA_format format; size_t letters = 0, seqs = 0, seqs_total = 0; high_resolution_clock::time_point t1 = high_resolution_clock::now(); //while (format.get_seq(id, seq, f, value_traits)) { while(true) { cout << '>' << id << endl; seq2 = seq; Masking::get()(seq2.data(), seq2.size(), MaskingAlgo::TANTAN, 0); /*for (size_t i = 0; i < seq.size(); ++i) { char c = value_traits.alphabet[(long)seq[i]]; if (seq2[i] == value_traits.mask_char) c = tolower(c); cout << c; } cout << endl;*/ cout << Sequence(seq2.data(), seq2.size()) << endl; size_t n = 0; for (size_t i = 0; i < seq2.size(); ++i) if (seq2[i] == value_traits.mask_char) { ++n; } letters += n; if (n > 0) ++seqs; ++seqs_total; } cerr << "#Sequences: " << seqs << "/" << seqs_total << ", #Letters: " << letters << ", t=" << (double)duration_cast(high_resolution_clock::now() - t1).count()/1000.0 << endl; } void fastq2fasta() { unique_ptr f(new File(config.single_query_file(), "rb", File::Flags::DETECT_COMPRESSION)); vector seq; string id; // const FASTQ_format format; input_value_traits = value_traits = nucleotide_traits; size_t n = 0, max = atoi(config.seq_no[0].c_str()); //while (n < max && format.get_seq(id, seq, *f, value_traits)) { while(true) { cout << '>' << id << endl; cout << Sequence(seq.data(), seq.size()) << endl; ++n; } } void info() { vector arch_flags; #ifdef __SSE2__ arch_flags.push_back("sse2"); #endif #ifdef __SSE3__ arch_flags.push_back("sse3"); #endif #ifdef __SSSE3__ arch_flags.push_back("ssse3"); #endif #ifdef __POPCNT__ arch_flags.push_back("popcnt"); #endif #ifdef __ARM_NEON arch_flags.push_back("neon"); #endif cout << "Architecture flags: "; for (vector::const_iterator i = arch_flags.begin(); i != arch_flags.end(); ++i) cout << *i << ' '; cout << endl; } void pairwise_worker(File *in, std::mutex *input_lock, std::mutex *output_lock) { //FASTA_format format; std::string id_r, id_q; vector ref, query; while(true) { input_lock->lock(); /*if (!format.get_seq(id_r, ref, *in, value_traits)) { input_lock->unlock(); return; } if (!format.get_seq(id_q, query, *in, value_traits)) { input_lock->unlock(); return; }*/ input_lock->unlock(); const std::string ir = Util::Seq::seqid(id_r.c_str()), iq = Util::Seq::seqid(id_q.c_str()); Hsp hsp(true); //smith_waterman(Sequence(query), Sequence(ref), hsp); HspContext context(hsp, 0, 0, TranslatedSequence(query), "", 0, 0, nullptr, 0, 0, Sequence()); HspContext::Iterator it = context.begin(); std::stringstream ss; while (it.good()) { if (it.op() == op_substitution) ss << ir << '\t' << iq << '\t' << it.subject_pos << '\t' << it.query_pos.translated << '\t' << it.query_char() << endl; else if (it.op() == op_deletion) ss << ir << '\t' << iq << '\t' << it.subject_pos << '\t' << "-1" << '\t' << '-' << endl; ++it; } output_lock->lock(); cout << ss.str(); output_lock->unlock(); } } void pairwise() { input_value_traits = nucleotide_traits; value_traits = nucleotide_traits; score_matrix = ScoreMatrix("DNA", 5, 2, 0, 1); File in(config.single_query_file(), "rb", File::Flags::DETECT_COMPRESSION); std::mutex input_lock, output_lock; vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(pairwise_worker, &in, &input_lock, &output_lock); for (auto &t : threads) t.join(); } void reverse() { input_value_traits = amino_acid_traits; File in(config.single_query_file(), "rb", File::Flags::DETECT_COMPRESSION); string id; vector seq; TextBuffer buf; //while (FASTA_format().get_seq(id, seq, in, value_traits)) { while(true) { buf << '>'; buf << '\\'; buf.write_raw(id.data(), id.size()); buf << '\n'; Sequence(seq).print(buf, amino_acid_traits, Sequence::Reversed()); buf << '\n'; buf << '\0'; cout << buf.data(); buf.clear(); } in.close(); }bbuchfink-diamond-6dc5717/src/run/workflow.h000066400000000000000000000022451523407312000210360ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "data/sequence_file.h" #include "util/io/file.h" void get_seq(); void random_seqs(); namespace Search { void run(std::unique_ptr>& target_seed_hits, const std::shared_ptr& db = nullptr, const std::shared_ptr& query = nullptr, const std::shared_ptr& out = nullptr, const std::shared_ptr& db_filter = nullptr); } bbuchfink-diamond-6dc5717/src/search/000077500000000000000000000000001523407312000174515ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/search/hamming/000077500000000000000000000000001523407312000210715ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/search/hamming/finger_print.h000066400000000000000000000134261523407312000237360ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "util/simd.h" #include "basic/value.h" #include "../search.h" using std::array; namespace DISPATCH_ARCH { #ifdef __AVX512BW__ struct FingerPrint { alignas(64) __m512i v; static constexpr __mmask64 K48 = (1ULL << 48) - 1; explicit FingerPrint(const std::array& a) noexcept : v(_mm512_maskz_loadu_epi8(K48, a.data())) {} static void load(const Letter* q, std::array* dst) noexcept { #ifdef SEQ_MASK __m512i x = _mm512_maskz_loadu_epi8(K48, static_cast(q - 16)); x = _mm512_and_si512(x, _mm512_set1_epi8(LETTER_MASK)); _mm512_mask_storeu_epi8(dst->data(), K48, x); #else std::copy(q - 16, q + 32, dst->begin()); #endif } unsigned match(const FingerPrint& rhs) const noexcept { __mmask64 m = _mm512_cmpeq_epi8_mask(v, rhs.v) & K48; return popcount64(static_cast(m)); } }; #elif defined(__AVX2__) struct FingerPrint { alignas(32) __m256i v0; alignas(16) __m128i v1; explicit FingerPrint(const std::array& a) noexcept : v0(_mm256_loadu_si256((const __m256i*)a.data())), v1(_mm_load_si128((const __m128i*)(a.data() + 32))) { } static void load(const Letter* q, array* dst) noexcept { #ifdef SEQ_MASK __m256i v0 = letter_mask(_mm256_loadu_si256((const __m256i*)(q - 16))); __m128i v1 = letter_mask(_mm_loadu_si128((const __m128i*)(q + 16))); _mm256_storeu_si256((__m256i*)dst, v0); _mm_store_si128((__m128i*)dst + 2, v1); #else std::copy(q - 16, q + 32, dst->begin()); #endif } static inline int match_block(__m256i a, __m256i b) noexcept { return _mm256_movemask_epi8(_mm256_cmpeq_epi8(a, b)); } static int match_block(__m128i x, __m128i y) noexcept { return _mm_movemask_epi8(_mm_cmpeq_epi8(x, y)); } unsigned match(const FingerPrint& rhs) const noexcept { int m0 = match_block(v0, rhs.v0); int m1 = match_block(v1, rhs.v1); //uint64_t combined = m0 | (m1 << 32); //return popcount64(combined); return popcount32(m0) + popcount32(m1); } }; #elif defined(__SSE2__) struct FingerPrint { explicit FingerPrint(const std::array& a) noexcept : r1(_mm_load_si128((const __m128i*)a.data())), r2(_mm_load_si128((const __m128i*)(a.data()+16))), r3(_mm_load_si128((const __m128i*)(a.data()+32))) { } static void load(const Letter* q, array* dst) noexcept { #ifdef SEQ_MASK __m128i r1 = letter_mask(_mm_loadu_si128((__m128i const*)(q - 16))); __m128i r2 = letter_mask(_mm_loadu_si128((__m128i const*)(q))); __m128i r3 = letter_mask(_mm_loadu_si128((__m128i const*)(q + 16))); _mm_store_si128((__m128i*)dst, r1); _mm_store_si128((__m128i*)dst + 1, r2); _mm_store_si128((__m128i*)dst + 2, r3); #else std::copy(q - 16, q + 32, dst->begin()); #endif } static int match_block(__m128i x, __m128i y) noexcept { return _mm_movemask_epi8(_mm_cmpeq_epi8(x, y)); } unsigned match(const FingerPrint& rhs) const noexcept { //return popcount64(match_block(r3, rhs.r3) << 32 | match_block(r1, rhs.r1) << 16 | match_block(r2, rhs.r2)); return popcount32(match_block(r1, rhs.r1) << 16 | match_block(r2, rhs.r2)) + popcount32(match_block(r3, rhs.r3)); } alignas(16) __m128i r1, r2, r3; }; #elif defined(__ARM_NEON) struct FingerPrint { explicit FingerPrint(const std::array& a) noexcept : r1(vld1q_s8((const signed char*)a.data())), r2(vld1q_s8((const signed char*)a.data() + 16)), r3(vld1q_s8((const signed char*)a.data() + 32)) {} static void load(const Letter* q, std::array* dst) noexcept { #ifdef SEQ_MASK int8x16_t r1 = letter_mask(vld1q_s8(q - 16)); int8x16_t r2 = letter_mask(vld1q_s8(q)); int8x16_t r3 = letter_mask(vld1q_s8(q + 16)); #else int8x16_t r1 = vld1q_s8(q - 16); int8x16_t r2 = vld1q_s8(q); int8x16_t r3 = vld1q_s8(q + 16); #endif vst1q_s8((signed char*)dst->data(), r1); vst1q_s8((signed char*)dst->data() + 16, r2); vst1q_s8((signed char*)dst->data() + 32, r3); } unsigned match(const FingerPrint& rhs) const noexcept { const uint8x16_t ONES = vdupq_n_u8(1); uint8x16_t s1 = vandq_u8(vceqq_s8(r1, rhs.r1), ONES); uint8x16_t s2 = vandq_u8(vceqq_s8(r2, rhs.r2), ONES); uint8x16_t s3 = vandq_u8(vceqq_s8(r3, rhs.r3), ONES); uint16x8_t acc = vdupq_n_u16(0); acc = vpadalq_u8(acc, s1); acc = vpadalq_u8(acc, s2); acc = vpadalq_u8(acc, s3); return vhsumq_u16(acc); } alignas(16) int8x16_t r1, r2, r3; }; #else struct FingerPrint { FingerPrint() { } FingerPrint(const Letter* q) noexcept { memcpy(r, q - 16, 48); #ifdef SEQ_MASK for (int i = 0; i < 48; ++i) r[i] &= LETTER_MASK; #endif } unsigned match(const FingerPrint& rhs) const noexcept { unsigned n = 0; for (unsigned i = 0; i < 48; ++i) if (r[i] == rhs.r[i]) ++n; return n; } Letter r[48]; }; #endif template static void load_fps(const SeedLoc* p, size_t n, ::Search::Container& v, const SequenceSet& seqs) noexcept { v.resize(n); const SeedLoc* end = p + n; array* dst = v.data(); for (; p < end; ++p) { FingerPrint::load(seqs.data(*p), dst++); } } }bbuchfink-diamond-6dc5717/src/search/hamming/hit_field.h000066400000000000000000000051721523407312000231760ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #if defined(_MSC_VER) #include #endif #include "util/math/integer.h" using std::vector; struct HitField { void init(size_t query_count, size_t max_target) { shift_ = std::max(bit_length(max_target), 8); word_shift_ = shift_ - 6; words_per_query_ = size_t(1) << word_shift_; data_.assign(query_count * words_per_query_, 0ULL); } void set(uint_fast32_t query, uint_fast32_t target, bool v) noexcept { const size_t bit = (query << shift_) | target; const size_t w = bit >> 6; const uint64_t m = 1ULL << (bit & 63); uint64_t& word = data_[w]; #ifdef _MSC_VER word ^= ((0 - (uint64_t)v) ^ word) & m; #else word ^= (-(uint64_t)v ^ word) & m; #endif } const vector& hits(size_t query) { hits_.clear(); const size_t base_w = query << word_shift_; for (size_t off = 0; off < words_per_query_; ++off) { uint64_t w = data_[base_w + off]; while (w) { const unsigned tz = ctz64(w); hits_.push_back(static_cast((off << 6) | tz)); w &= (w - 1); } } return hits_; } size_t query_count() const noexcept { return data_.size() >> word_shift_; } private: static unsigned ctz64(uint64_t x) noexcept { #if defined(_MSC_VER) && defined(_M_X64) unsigned long r; _BitScanForward64(&r, x); return static_cast(r); #elif defined(__GNUC__) || defined(__clang__) return static_cast(__builtin_ctzll(x)); #else unsigned n = 0; while ((x & 1) == 0) { x >>= 1; ++n; } return n; #endif } int shift_ = 0; int word_shift_ = 0; size_t words_per_query_ = 0; vector data_; vector hits_; };bbuchfink-diamond-6dc5717/src/search/hamming/kernel.h000066400000000000000000000054061523407312000225270ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "search/search.h" #include "finger_print.h" using std::array; using ::DISPATCH_ARCH::FingerPrint; namespace Search { namespace DISPATCH_ARCH { static void all_vs_all(const array* __restrict a, uint_fast32_t na, const array* __restrict b, uint_fast32_t nb, HitField& out, const unsigned hamming_filter_id) { const uint_fast32_t na2 = na & ~uint_fast32_t(3); uint_fast32_t i = 0; for (; i < na2; i += 4) { const FingerPrint e1(a[i]); const FingerPrint e2(a[i + 1]); const FingerPrint e3(a[i + 2]); const FingerPrint e4(a[i + 3]); for (uint_fast32_t j = 0; j < nb; ++j) { const FingerPrint fb(b[j]); out.set(i, j, e1.match(fb) >= hamming_filter_id); out.set(i+1, j, e2.match(fb) >= hamming_filter_id); out.set(i+2, j, e3.match(fb) >= hamming_filter_id); out.set(i+3, j, e4.match(fb) >= hamming_filter_id); } } for (; i < na; ++i) { const FingerPrint e(a[i]); for (uint_fast32_t j = 0; j < nb; ++j) out.set(i, j, e.match(FingerPrint(b[j])) >= hamming_filter_id); } } template static void FLATTEN stage1(const SeedLoc* __restrict q, uint_fast32_t nq, const SeedLoc* __restrict s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, & vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); work_set.stats.inc(Statistics::SEED_HITS, nq * ns); ::DISPATCH_ARCH::load_fps(q, nq, vq, work_set.cfg.query->seqs()); const uint_fast32_t qs = (uint_fast32_t)vq.size(), ss = (uint_fast32_t)vs.size(); for (uint_fast32_t i = 0; i < qs; i += tile_size) { for (uint_fast32_t j = 0; j < ss; j += tile_size) { const uint_fast32_t tq = std::min(tile_size, qs - i); const uint_fast32_t ts = std::min(tile_size, ss - j); work_set.hits.init(tq, ts); all_vs_all(vq.data() + i, tq, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, i, j, q, s, 0, work_set); } } } }}bbuchfink-diamond-6dc5717/src/search/hamming/kernel_lin.h000066400000000000000000000206531523407312000233720ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../stage2.h" #include "data/block/block.h" #include "kernel.h" #include "data/sequence_file.h" using std::vector; using ::DISPATCH_ARCH::FingerPrint; namespace Search { namespace DISPATCH_ARCH { static void FLATTEN stage1_query_lin(const PackedLoc* __restrict q, uint_fast32_t nq, const PackedLoc* __restrict s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, &vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; ::DISPATCH_ARCH::load_fps(q, 1, vq, work_set.cfg.query->seqs()); ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); work_set.stats.inc(Statistics::SEED_HITS, ns); const uint_fast32_t ss = (uint_fast32_t)vs.size(); for (uint_fast32_t j = 0; j < ss; j += tile_size) { const uint_fast32_t ts = std::min(tile_size, ss - j); work_set.hits.init(1, ts); all_vs_all(vq.data(), 1, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, 0, j, q, s, 0, work_set); } } static void FLATTEN stage1_query_lin_ranked(const PackedLocId* __restrict q, uint_fast32_t nq, const PackedLocId* __restrict s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, &vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; const bool rank_by_id = flag_any(work_set.cfg.db->flags(), SequenceFile::Flags::RANK_BY_SEQID); const uint_fast32_t ranking = work_set.kmer_ranking->highest_ranking(q, q + nq, rank_by_id ? work_set.cfg.query.get() : nullptr); ::DISPATCH_ARCH::load_fps(q + ranking, 1, vq, work_set.cfg.query->seqs()); ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); work_set.stats.inc(Statistics::SEED_HITS, ns); const uint_fast32_t ss = (uint_fast32_t)vs.size(); for (uint_fast32_t j = 0; j < ss; j += tile_size) { const uint_fast32_t ts = std::min(tile_size, ss - j); work_set.hits.init(1, ts); all_vs_all(vq.data(), 1, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, ranking, j, q, s, 0, work_set); } } static void FLATTEN stage1_longest_combo_lin(const PackedLocId* __restrict q, uint_fast32_t nq, const PackedLocId* __restrict s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, & vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; const SequenceSet& queries = work_set.cfg.query->seqs(), &targets = work_set.cfg.target->seqs(); bool query_pivot = true; uint_fast32_t pivot = 0; Loc pivot_len = queries.length(q[0].block_id); for (uint_fast32_t i = 1; i < nq; ++i) { const Loc len = queries.length(q[i].block_id); if (len > pivot_len) { pivot = i; pivot_len = len; } } for (uint_fast32_t i = 0; i < ns; ++i) { const Loc len = targets.length(s[i].block_id); if (len > pivot_len) { query_pivot = false; pivot = i; pivot_len = len; } } if (query_pivot) { ::DISPATCH_ARCH::load_fps(q + pivot, 1, vq, queries); ::DISPATCH_ARCH::load_fps(s, ns, vs, targets); work_set.stats.inc(Statistics::SEED_HITS, ns); const uint_fast32_t ss = (uint_fast32_t)vs.size(); for (uint_fast32_t j = 0; j < ss; j += tile_size) { const uint_fast32_t ts = std::min(tile_size, ss - j); work_set.hits.init(1, ts); all_vs_all(vq.data(), 1, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, pivot, j, q, s, 1, work_set); } } else { ::DISPATCH_ARCH::load_fps(q, nq, vq, queries); ::DISPATCH_ARCH::load_fps(s + pivot, 1, vs, targets); work_set.stats.inc(Statistics::SEED_HITS, nq); const uint_fast32_t qs = (uint_fast32_t)vq.size(); for (uint_fast32_t j = 0; j < qs; j += tile_size) { const uint_fast32_t tq = std::min(tile_size, qs - j); work_set.hits.init(tq, 1); all_vs_all(vq.data() + j, tq, vs.data(), 1, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, j, pivot, q, s, 2, work_set); } } } template static void FLATTEN stage1_target_lin(const SeedLoc* __restrict q, uint_fast32_t nq, const SeedLoc* __restrict s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, & vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; ::DISPATCH_ARCH::load_fps(q, nq, vq, work_set.cfg.query->seqs()); ::DISPATCH_ARCH::load_fps(s, 1, vs, work_set.cfg.target->seqs()); work_set.stats.inc(Statistics::SEED_HITS, nq); const uint_fast32_t qs = (uint_fast32_t)vq.size(); for (uint_fast32_t j = 0; j < qs; j += tile_size) { const uint_fast32_t tq = std::min(tile_size, qs - j); work_set.hits.init(tq, 1); all_vs_all(vq.data() + j, tq, vs.data(), 1, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, j, 0, q, s, 0, work_set); } } static void FLATTEN stage1_mutual_cov_query_lin(const PackedLocId* __restrict q, uint_fast32_t nq, const PackedLocId* __restrict s, uint_fast32_t ns, WorkSet& work_set) { const double mlr = work_set.cfg.min_length_ratio; const bool self = config.self && work_set.cfg.current_ref_block == 0; #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, & vs = work_set.vs; #endif ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); ::DISPATCH_ARCH::load_fps(q, nq, vq, work_set.cfg.query->seqs()); const uint_fast32_t qs = (uint_fast32_t)vq.size(), ss = (uint_fast32_t)vs.size(); uint_fast32_t j = 0; for (uint_fast32_t i = 0; i < qs;) { const Loc qlen = work_set.cfg.query->seqs().length(q[i].block_id); uint_fast32_t j1 = j; for (; j1 < ss; ++j1) { const Loc tlen = work_set.cfg.target->seqs().length(s[j1].block_id); if ((double)tlen / qlen < mlr) break; } const uint_fast32_t ts = j1 - j; if (ts > 0) { work_set.hits.init(1, ts); //all_vs_all(vq.data() + i, 1, vs.data() + j, j1 - j, work_set.hits, work_set.cfg.hamming_filter_id); const uint_fast32_t qpos = self ? i + (j1 - j) / 2 : i; all_vs_all(vq.data() + qpos, 1, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, qpos, j, q, s, 0, work_set); } j = j1; if (j == ss) break; const Loc tlen = work_set.cfg.target->seqs().length(s[j].block_id); for (; i < qs; ++i) { const Loc qlen = work_set.cfg.query->seqs().length(q[i].block_id); if ((double)tlen / qlen >= mlr) break; } } } static void FLATTEN stage1_mutual_cov_target_lin(const PackedLocId* __restrict q, uint_fast32_t nq, const PackedLocId* __restrict s, uint_fast32_t ns, WorkSet& work_set) { const double mlr = work_set.cfg.min_length_ratio; #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, & vs = work_set.vs; #endif ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); ::DISPATCH_ARCH::load_fps(q, nq, vq, work_set.cfg.query->seqs()); const uint_fast32_t qs = (uint_fast32_t)vq.size(), ss = (uint_fast32_t)vs.size(); uint_fast32_t i = 0; for (uint_fast32_t j = 0; j < ss;) { const Loc tlen = work_set.cfg.target->seqs().length(s[j].block_id); uint_fast32_t i1 = i; for (; i1 < qs; ++i1) { const Loc qlen = work_set.cfg.query->seqs().length(q[i1].block_id); if ((double)qlen / tlen < mlr) break; } const uint_fast32_t tq = i1 - i; work_set.hits.init(tq, 1); all_vs_all(vq.data() + i, tq, vs.data() + j, 1, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, i, j, q, s, 0, work_set); i = i1; if (i == qs) break; const Loc qlen = work_set.cfg.query->seqs().length(q[i].block_id); for (; j < ss; ++j) { const Loc tlen = work_set.cfg.target->seqs().length(s[j].block_id); if ((double)qlen / tlen >= mlr) break; } } } }}bbuchfink-diamond-6dc5717/src/search/hamming/kernel_mutual_cov.h000066400000000000000000000101151523407312000247560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../stage2.h" #include "data/block/block.h" using std::array; namespace Search { namespace DISPATCH_ARCH { static void all_vs_all_mutual_cov(const PackedLocId* q, const PackedLocId* s, const array* __restrict a, uint32_t na, const array* __restrict b, uint32_t nb, HitField& out, unsigned hamming_filter_id, WorkSet& work_set) { uint32_t j0 = 0, j1 = 0; const double mlr = work_set.cfg.min_length_ratio; for (uint32_t i = 0; i < na; ++i) { const FingerPrint e(a[i]); const Loc qlen = work_set.cfg.query->seqs().length(q[i].block_id); while (j0 < nb) { const Loc tlen = work_set.cfg.target->seqs().length(s[j0].block_id); const double lr = (double)qlen / tlen; if (lr >= mlr) break; ++j0; } j1 = std::max(j1, j0); for (uint32_t j = j0; j < j1; ++j) { out.set(i, j, e.match(FingerPrint(b[j])) >= hamming_filter_id); } for (; j1 < nb; ++j1) { const Loc tlen = work_set.cfg.target->seqs().length(s[j1].block_id); const double lr = (double)tlen / qlen; if (lr < mlr) break; out.set(i, j1, e.match(FingerPrint(b[j1])) >= hamming_filter_id); } } } static void all_vs_all_self_mutual_cov(const PackedLocId* q, const array* __restrict a, uint32_t na, HitField& out, unsigned hamming_filter_id, WorkSet& work_set) { const double mlr = work_set.cfg.min_length_ratio; for (uint32_t i = 0; i < na; ++i) { const FingerPrint e(a[i]); const Loc qlen = work_set.cfg.query->seqs().length(q[i].block_id); for (uint32_t j = i + 1; j < na; ++j) { const Loc tlen = work_set.cfg.query->seqs().length(q[j].block_id); if ((double)tlen / qlen < mlr) break; work_set.stats.inc(Statistics::SEED_HITS); out.set(i, j, e.match(FingerPrint(a[j])) >= hamming_filter_id); } } } static void FLATTEN stage1_mutual_cov(const PackedLocId* q, uint_fast32_t nq, const PackedLocId* s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vq, vs; #else Container& vq = work_set.vq, & vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); work_set.stats.inc(Statistics::SEED_HITS, nq * ns); ::DISPATCH_ARCH::load_fps(q, nq, vq, work_set.cfg.query->seqs()); const uint_fast32_t qs = (uint_fast32_t)vq.size(), ss = (uint_fast32_t)vs.size(); for (uint_fast32_t i = 0; i < qs; i += tile_size) { for (uint_fast32_t j = 0; j < ss; j += tile_size) { const uint_fast32_t tq = std::min(tile_size, qs - i); const uint_fast32_t ts = std::min(tile_size, ss - j); work_set.hits.init(tq, ts); all_vs_all_mutual_cov(q + i, s + j, vq.data() + i, tq, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id, work_set); search_tile(work_set.hits, i, j, q, s, 0, work_set); } } } static void FLATTEN stage1_self_mutual_cov(const PackedLocId* q, uint_fast32_t nq, const PackedLocId* s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vs; #else Container& vs = work_set.vs; #endif ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); //work_set.stats.inc(Statistics::SEED_HITS, ns * (ns - 1) / 2); const uint_fast32_t ss = (uint_fast32_t)vs.size(); work_set.hits.init(ss, ss); all_vs_all_self_mutual_cov(s, vs.data(), ss, work_set.hits, work_set.cfg.hamming_filter_id, work_set); search_tile(work_set.hits, 0, 0, s, s, 0, work_set); } }}bbuchfink-diamond-6dc5717/src/search/hamming/kernel_self.h000066400000000000000000000062221523407312000235350ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../stage2.h" #include "data/block/block.h" #include "kernel.h" using std::vector; namespace Search { namespace DISPATCH_ARCH { static void all_vs_all_self(const array* __restrict a, uint_fast32_t na, HitField& out, unsigned hamming_filter_id) { const uint_fast32_t na2 = na & ~uint_fast32_t(3); uint_fast32_t i = 0; for (; i < na2; i += 4) { const FingerPrint e1(a[i]); const FingerPrint e2(a[i + 1]); const FingerPrint e3(a[i + 2]); const FingerPrint e4(a[i + 3]); out.set(i, i + 1, e1.match(e2) >= hamming_filter_id); out.set(i, i + 2, e1.match(e3) >= hamming_filter_id); out.set(i, i + 3, e1.match(e4) >= hamming_filter_id); out.set(i + 1, i + 2, e2.match(e3) >= hamming_filter_id); out.set(i + 1, i + 3, e2.match(e4) >= hamming_filter_id); out.set(i + 2, i + 3, e3.match(e4) >= hamming_filter_id); for (uint_fast32_t j = i + 4; j < na; ++j) { const FingerPrint fa(a[j]); out.set(i, j, e1.match(fa) >= hamming_filter_id); out.set(i+1, j, e2.match(fa) >= hamming_filter_id); out.set(i+2, j, e3.match(fa) >= hamming_filter_id); out.set(i+3, j, e4.match(fa) >= hamming_filter_id); } } for (; i < na; ++i) { const FingerPrint e(a[i]); for (uint_fast32_t j = i + 1; j < na; ++j) out.set(i, j, e.match(FingerPrint(a[j])) >= hamming_filter_id); } } template static void FLATTEN stage1_self(const SeedLoc* q, uint_fast32_t nq, const SeedLoc* s, uint_fast32_t ns, WorkSet& work_set) { #ifdef __APPLE__ thread_local Container vs; #else Container& vs = work_set.vs; #endif const uint_fast32_t tile_size = config.tile_size; ::DISPATCH_ARCH::load_fps(s, ns, vs, work_set.cfg.target->seqs()); work_set.stats.inc(Statistics::SEED_HITS, ns * (ns - 1) / 2); const uint_fast32_t ss = (uint_fast32_t)vs.size(); for (uint_fast32_t i = 0; i < ss; i += tile_size) { const uint_fast32_t tq = std::min(tile_size, ss - i); work_set.hits.init(tq, tq); all_vs_all_self(vs.data() + i, tq, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, i, i, s, s, 0, work_set); for (uint_fast32_t j = i + tile_size; j < ss; j += tile_size) { const uint_fast32_t tq = std::min(tile_size, ss - i); const uint_fast32_t ts = std::min(tile_size, ss - j); work_set.hits.init(tq, ts); all_vs_all(vs.data() + i, tq, vs.data() + j, ts, work_set.hits, work_set.cfg.hamming_filter_id); search_tile(work_set.hits, i, j, s, s, 0, work_set); } } } }}bbuchfink-diamond-6dc5717/src/search/hamming/stage1_2.cpp000066400000000000000000000057661523407312000232200ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../util/simd/dispatch.h" #include "../stage2.h" #include "kernel.h" #include "kernel_self.h" #include "kernel_mutual_cov.h" #include "kernel_lin.h" namespace Search { namespace DISPATCH_ARCH { typedef void Stage1KernelPackedLoc(const ::PackedLoc*, ::uint_fast32_t, const ::PackedLoc*, ::uint_fast32_t, ::Search::WorkSet&); typedef void Stage1KernelPackedLocId(const ::PackedLocId*, ::uint_fast32_t, const ::PackedLocId*, ::uint_fast32_t, ::Search::WorkSet&); static Stage1KernelPackedLocId* stage1_dispatch(const Search::Config* cfg, PackedLocId) { if (config.lin_stage1_query) { return cfg->min_length_ratio > 0.0 ? stage1_mutual_cov_query_lin : stage1_query_lin_ranked; } if (cfg->lin_stage1_target) { return cfg->min_length_ratio > 0.0 ? stage1_mutual_cov_target_lin : stage1_target_lin; } if (cfg->min_length_ratio > 0.0) { return config.self && cfg->current_ref_block == 0 ? stage1_self_mutual_cov : stage1_mutual_cov; } if (config.self && cfg->current_ref_block == 0) { return stage1_self; } return stage1; } static Stage1KernelPackedLoc* stage1_dispatch(const Search::Config* cfg, PackedLoc) { return config.lin_stage1_query ? stage1_query_lin : (cfg->lin_stage1_target ? stage1_target_lin : (config.self && cfg->current_ref_block == 0 ? stage1_self : stage1)); } void run_stage1(JoinIterator& it, Search::WorkSet* work_set, const Search::Config* cfg) { auto kernel = stage1_dispatch(cfg, PackedLoc()); for (; it; ++it) { work_set->stats.inc(Statistics::SEEDS_HIT); kernel(it.r->begin(), (int32_t)it.r->size(), it.s->begin(), (int32_t)it.s->size(), *work_set); } } void run_stage1(JoinIterator& it, Search::WorkSet* work_set, const Search::Config* cfg) { auto kernel = stage1_dispatch(cfg, PackedLocId()); for (; it; ++it) { work_set->stats.inc(Statistics::SEEDS_HIT); kernel(it.r->begin(), (int32_t)it.r->size(), it.s->begin(), (int32_t)it.s->size(), *work_set); } } }} /*namespace Search { DISPATCH_3V(run_stage1, JoinIterator&, it, Search::WorkSet*, work_set, const Search::Config*, cfg) DISPATCH_3V(run_stage1, JoinIterator&, it, Search::WorkSet*, work_set, const Search::Config*, cfg) DISPATCH_1(bool, keep_target_id, const Search::Config&, cfg) }*/bbuchfink-diamond-6dc5717/src/search/hit.h000066400000000000000000000072371523407312000204170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/packed_loc.h" #include "basic/value.h" namespace Search { #ifndef __sparc__ #pragma pack(1) #endif struct Hit { using Key = uint32_t; using SeedOffset = Loc; BlockId query_; PackedLoc subject_; SeedOffset seed_offset_; uint16_t score_; #ifdef HIT_KEEP_TARGET_ID uint32_t target_block_id; #endif Hit() : query_(), subject_(), seed_offset_(), score_() { } Hit(unsigned query, PackedLoc subject, SeedOffset seed_offset, uint16_t score = 0, uint32_t target_block_id = 0) : query_(query), subject_(subject), seed_offset_(seed_offset), score_(score) #ifdef HIT_KEEP_TARGET_ID ,target_block_id(target_block_id) #endif { } bool operator==(const Hit& h) const { return query_ == h.query_ && subject_ == h.subject_ && seed_offset_ == h.seed_offset_ && score_ == h.score_; } bool operator<(const Hit& rhs) const { return query_ < rhs.query_; } bool blank() const { return uint64_t(subject_) == 0; } unsigned operator%(unsigned i) const { return (query_ / align_mode.query_contexts) % i; } unsigned operator/(size_t i) const { return (query_ / align_mode.query_contexts) / (unsigned)i; } unsigned frame() const { return query_ % align_mode.query_contexts; } int64_t global_diagonal() const { return (int64_t)subject_ - (int64_t)seed_offset_; } template static unsigned query_id(const Hit& x) { return x.query_ / d; } template struct Query_id { unsigned operator()(const Hit& x) const { return query_id(x); } }; struct Query { unsigned operator()(const Hit& h) const { return h.query_; } }; struct SourceQuery { int32_t operator()(const Hit& h) const { return h.query_ / contexts; } const int32_t contexts; }; struct Subject { uint64_t operator()(const Hit& h) const { return h.subject_; } }; struct CmpSubject { bool operator()(const Hit& lhs, const Hit& rhs) const { return lhs.subject_ < rhs.subject_ || (lhs.subject_ == rhs.subject_ && (lhs.query_ < rhs.query_ || (lhs.query_ == rhs.query_ && lhs.seed_offset_ < rhs.seed_offset_))); } }; struct CmpQueryTarget { bool operator()(const Hit& x, const Hit& y) const { return x.query_ < y.query_ || (x.query_ == y.query_ && x.subject_ < y.subject_); } }; struct CmpTargetOffset { bool operator()(const Hit& x, size_t s) const { return (uint64_t)x.subject_ < s; } }; static bool cmp_normalized_subject(const Hit &lhs, const Hit &rhs) { const uint64_t x = (uint64_t)lhs.subject_ + (uint64_t)rhs.seed_offset_, y = (uint64_t)rhs.subject_ + (uint64_t)lhs.seed_offset_; return x < y || (x == y && lhs.seed_offset_ < rhs.seed_offset_); } static bool cmp_frame(const Hit &x, const Hit &y) { return x.frame() < y.frame(); } friend std::ostream& operator<<(std::ostream &s, const Hit &me) { s << me.query_ << '\t' << uint64_t(me.subject_) << '\t' << me.seed_offset_ << '\t' << me.score_ << '\n'; return s; } } PACKED_ATTRIBUTE; #pragma pack() }bbuchfink-diamond-6dc5717/src/search/hit_buffer.cpp000066400000000000000000000250341523407312000222760ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #ifndef WIN32 #include #include #endif #include "hit_buffer.h" #include "basic/config.h" #include "util/log_stream.h" #include "util/parallel/simple_thread_pool.h" #include "data/block/block.h" using std::vector; using std::string; using std::thread; using std::copy; using std::runtime_error; using std::mutex; using std::endl; using std::atomic_size_t; using std::pair; using std::atomic; using std::tuple; namespace Search { HitBuffer::HitBuffer(const vector& key_partition, const string& tmpdir, bool long_subject_offsets, int query_contexts, int thread_count, Config& cfg) : HitBuffer(key_partition, tmpdir, long_subject_offsets, query_contexts, thread_count, (uint32_t)cfg.query->seqs().size(), (uint64_t)cfg.target->seqs().raw_len(), cfg.search_pool) {} HitBuffer::HitBuffer(const vector& key_partition, const string& tmpdir, bool long_subject_offsets, int query_contexts, int thread_count, uint32_t max_query, uint64_t max_target, SimpleThreadPool& search_pool) : key_partition_(key_partition), long_subject_offsets_(long_subject_offsets), query_contexts_(query_contexts), max_query_(max_query), max_target_(max_target), search_pool_(search_pool), bins_processed_(0), total_disk_size_(0), load_worker_(nullptr), load_exception_(nullptr), aborted_(false) { *log_stream << "Async_buffer() " << key_partition.back() << std::endl; count_ = new atomic_size_t[key_partition.size()]; for (size_t i = 0; i < key_partition.size(); ++i) { count_[i].store(0, std::memory_order_relaxed); if (config.swipe_all) continue; if (config.trace_pt_membuf) { membuf_out_queue_.push_back(new Queue*>>(thread_count * 4, thread_count, 1, pair*>(0, nullptr))); hit_buf_.emplace_back(); hit_buf_.back().reserve(1 * GIGABYTES / sizeof(Hit)); } else { out_queue_.push_back(new Queue>(thread_count * 4, thread_count, 1, tuple(0, nullptr, 0))); tmp_file_.push_back(File(Temporary())); } } if (!config.swipe_all) { for (size_t i = 0; i < key_partition.size(); ++i) { writer_.push_back(search_pool_.spawn_method(this, &HitBuffer::write_worker, (int)i)); } } } void HitBuffer::write_worker(const std::atomic& stop, int bin) { try { if (config.trace_pt_membuf) { while(!stop) { pair*> buf; if (!membuf_out_queue_[bin]->wait_and_dequeue(buf)) break; vector& hits = hit_buf_[buf.first]; hits.insert(hits.end(), buf.second->begin(), buf.second->end()); delete buf.second; } } else { while (!stop) { tuple buf; if (!out_queue_[bin]->wait_and_dequeue(buf)) break; File& tmp_file = tmp_file_[std::get<0>(buf)]; tmp_file.write(std::get<1>(buf)->size()); tmp_file.write(std::get<2>(buf)); tmp_file.write(std::get<1>(buf)->data(), std::get<1>(buf)->size()); delete std::get<1>(buf); } } } catch (...) { abort(); throw; } } void HitBuffer::abort() noexcept { if (aborted_.exchange(true, std::memory_order_acq_rel)) return; for (auto q : membuf_out_queue_) if (q) q->abort(); for (auto q : out_queue_) if (q) q->abort(); } void HitBuffer::finish_writing() { auto cleanup = [&]() { for (auto& q : membuf_out_queue_) delete q; for (auto& q : out_queue_) delete q; writer_.clear(); membuf_out_queue_.clear(); out_queue_.clear(); }; if (config.trace_pt_membuf) { for (int i = 0; i < membuf_out_queue_[0]->producer_count(); ++i) for (int j = 0; j < bins(); ++j) membuf_out_queue_[j]->close(); } else for (int i = 0; i < out_queue_[0]->producer_count(); ++i) for (int j = 0; j < bins(); ++j) { out_queue_[j]->close(); } try { search_pool_.join(writer_.begin(), writer_.end()); } catch (...) { cleanup(); throw; } cleanup(); } HitBuffer::~HitBuffer() noexcept(false) { if (!writer_.empty()) throw runtime_error("HitBuffer::~HitBuffer(): writer thread still active"); delete[] count_; } bool HitBuffer::load(size_t max_size) { if (load_worker_) throw runtime_error("HitBuffer::load(): previous load still in progress"); max_size = std::max(max_size, (size_t)1); data_size_next_ = 0; auto worker = [&](int end) { try { Hit* out = data_loading_; for (; bins_processed_ < end; ++bins_processed_) { load_bin(out, bins_processed_); out += count_[bins_processed_]; } } catch (...) { this->load_exception_ = std::current_exception(); } }; if (bins_processed_ == bins()) { return false; } size_t size = count_[bins_processed_], current_size; const int begin = bins_processed_; int end = bins_processed_ + 1; if (!config.trace_pt_membuf && !config.swipe_all) { size_t disk_size = tmp_file_[bins_processed_].size(); // consider using more bins here while (end < bins() && (size + (current_size = count_[end])) * sizeof(Hit) < max_size && (end - bins_processed_ == 0)) { size += current_size; disk_size += tmp_file_[end].size(); ++end; } *log_stream << "Async_buffer.load() " << size << " (" << (double)size * sizeof(Hit) / (1 << 30) << " GB, " << (double)disk_size / (1 << 30) << " GB on disk)" << endl; total_disk_size_ += disk_size; data_size_next_ = size; load_worker_ = new thread(worker, end); } input_range_next_.first = this->begin(begin); input_range_next_.second = this->end(end - 1); return true; } void HitBuffer::load_bin(Hit* out, int bin) { using namespace std::placeholders; if (config.trace_pt_membuf) return; #if !_MSC_VER && !__APPLE__ if (bin < bins() - 1) { posix_fadvise(fileno(tmp_file_[bin + 1].file()), 0, 0, POSIX_FADV_SEQUENTIAL); posix_fadvise(fileno(tmp_file_[bin + 1].file()), 0, 0, POSIX_FADV_WILLNEED); } #endif File& f = tmp_file_[bin]; if (count_[bin] == 0) { f.close(); return; } const int p = config.threads_ > 1 ? std::min(config.threads_ - 1, config.load_threads) : 1; Queue*, uint32_t>> queue(p * 4, 1, p, pair*, uint32_t>(nullptr, 0)); atomic out_ptr(out); atomic count(0); f.seek(0, SEEK_SET); SimpleThreadPool pool; auto worker = [&](const atomic& stop, int worker_id) { uint64_t my_count = 0; while (true) { pair*, uint32_t> v; if (!queue.wait_and_dequeue(v)) { break; } Hit* dst = out_ptr.fetch_add(v.second, std::memory_order_relaxed); uint32_t package_count = 0; vector::const_iterator ptr = v.first->begin(), end = v.first->end(); uint16_t nullscore; memcpy(&nullscore, &*ptr, 2); ptr += 2; while(ptr < end) { uint32_t query_id, seed_offset; memcpy(&query_id, &*ptr, 4); if (query_id >= max_query_) throw runtime_error("HitBuffer::load_bin(): invalid query id / possibly corrupted temporary file"); ptr += 4; memcpy(&seed_offset, &*ptr, 4); ptr += 4; PackedLoc subject_loc; uint32_t x; while (ptr < end) { uint16_t score; memcpy(&score, &*ptr, 2); ptr += 2; if (score == 0) break; if (long_subject_offsets_) { memcpy(&subject_loc, &*ptr, sizeof(PackedLoc)); ptr += sizeof(PackedLoc); } else { memcpy(&x, &*ptr, 4); ptr += 4; subject_loc = x; } if((uint64_t)subject_loc >= max_target_) throw runtime_error("HitBuffer::load_bin(): invalid subject location / possibly corrupted temporary file"); if(package_count >= v.second) throw runtime_error("HitBuffer::load_bin(): buffer overflow / possibly corrupted temporary file"); #ifdef HIT_KEEP_TARGET_ID uint32_t target_block_id; memcpy(&target_block_id, &*ptr, 4); ptr += 4; dst->target_block_id = target_block_id; #endif dst->query_ = query_id; dst->subject_ = subject_loc; dst->seed_offset_ = seed_offset; dst->score_ = score; ++dst; ++package_count; } } delete v.first; my_count += package_count; } count.fetch_add(my_count, std::memory_order_relaxed); }; for (int i = 0; i < p; ++i) pool.spawn(worker, i); try { while (!pool.stop()) { uint32_t n; size_t l; if (f.read_max(&l, sizeof(size_t)) < sizeof(size_t)) break; f.read(n); vector* v = new vector(l); try { f.read(v->data(), l); } catch (...) { delete v; throw; } queue.enqueue(pair*, uint32_t>(v, n)); } } catch (...) { queue.close(); try { pool.join_all(); } catch (...) {} throw; } queue.close(); pool.join_all(); if (count != count_[bin]) throw runtime_error("Mismatching hit count / possibly corrupted temporary file"); f.close(); } void HitBuffer::alloc_buffer() { mmap_finished_ = mmap_loading_ = false; if (config.trace_pt_membuf) return; int64_t max_size = 0; for (int i = 0; i < bins(); ++i) max_size = std::max(max_size, bin_size(i)); alloc_size_ = max_size; if (max_size == 0) { data_loading_ = data_finished_ = nullptr; return; } #ifdef _MSC_VER data_loading_ = new Hit[max_size]; data_finished_ = new Hit[max_size]; #else int flags = MAP_PRIVATE | MAP_ANONYMOUS; #ifdef MAP_HUGETLB flags |= MAP_HUGETLB; #endif mmap_finished_ = mmap_loading_ = true; data_finished_ = (Hit*)mmap(nullptr, max_size * sizeof(Hit), PROT_READ | PROT_WRITE, flags, -1, 0); data_loading_ = (Hit*)mmap(nullptr, max_size * sizeof(Hit), PROT_READ | PROT_WRITE, flags, -1, 0); if (data_finished_ == MAP_FAILED) { data_finished_ = new Hit[max_size]; mmap_finished_ = false; } if (data_loading_ == MAP_FAILED) { data_loading_ = new Hit[max_size]; mmap_loading_ = false; } #endif } void HitBuffer::free_buffer() { if (!config.trace_pt_membuf) { #ifdef _MSC_VER delete[] data_loading_; delete[] data_finished_; #else if (mmap_finished_) munmap(data_finished_, alloc_size_ * sizeof(Search::Hit)); else delete[] data_finished_; if (mmap_loading_) munmap(data_loading_, alloc_size_ * sizeof(Search::Hit)); else delete[] data_loading_; #endif } } } bbuchfink-diamond-6dc5717/src/search/hit_buffer.h000066400000000000000000000175771523407312000217600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "basic/config.h" #include "hit.h" #include "util/io/file.h" #include "util/data_structures/queue.h" #include "util/text_buffer.h" #include "run/config.h" namespace Search { struct HitBuffer { using Vector = std::vector; using Key = uint32_t; HitBuffer(const std::vector& key_partition, const std::string& tmpdir, bool long_subject_offsets, int query_contexts, int thread_count, Config& cfg); HitBuffer(const std::vector& key_partition, const std::string& tmpdir, bool long_subject_offsets, int query_contexts, int thread_count, uint32_t max_query, uint64_t max_target, SimpleThreadPool& search_pool); ~HitBuffer() noexcept(false); void finish_writing(); Key begin(int bin) const { return bin == 0 ? 0 : key_partition_[bin - 1]; } Key end(int bin) const { return key_partition_[bin]; } int bins() const { return (int)key_partition_.size(); } int bin(Key key) const { const int n = (int)key_partition_.size(); for (int i = 0; i < n; ++i) if (key < key_partition_[i]) return i; throw std::runtime_error("key_partition error"); } struct Writer { Writer(HitBuffer& parent, size_t thread_num) : buffer_size(config.trace_pt_membuf ? 8192 : 65535), last_bin_(0), buffer_(config.trace_pt_membuf ? parent.bins() : 0), text_buffer_(config.trace_pt_membuf ? 0 : parent.bins()), count_(parent.bins(), 0), buf_count_(parent.bins(), 0), parent_(parent) { const int bins = parent.bins(); if (!config.trace_pt_membuf) for (int i = 0; i < bins; ++i) text_buffer_[i] = new TextBuffer(); else for (int i = 0; i < bins; ++i) { buffer_[i] = new std::vector(); buffer_[i]->reserve(buffer_size); } } void new_query(unsigned query, Loc seed_offset) { last_bin_ = parent_.bin(query / parent_.query_contexts_); seed_offset_ = seed_offset; query_ = query; if (!config.trace_pt_membuf) { text_buffer_[last_bin_]->write((uint16_t)0); text_buffer_[last_bin_]->write(query); text_buffer_[last_bin_]->write(seed_offset); } } void write(unsigned query, PackedLoc subject, uint16_t score, uint32_t target_block_id = 0) { assert(score > 0); assert(last_bin_ < parent_.bins()); if (config.trace_pt_membuf) { if (buffer_[last_bin_]->size() >= buffer_size) flush(last_bin_, false); } else if (text_buffer_[last_bin_]->size() >= buffer_size) { flush(last_bin_, false); text_buffer_[last_bin_]->write((uint16_t)0); text_buffer_[last_bin_]->write(query_); text_buffer_[last_bin_]->write(seed_offset_); } ++count_[last_bin_]; ++buf_count_[last_bin_]; if (config.trace_pt_membuf) { #ifdef HIT_KEEP_TARGET_ID buffer_[last_bin_]->emplace_back(query, subject, seed_offset_, score, target_block_id); #else buffer_[last_bin_]->emplace_back(query, subject, seed_offset_, score); #endif } else { text_buffer_[last_bin_]->write((uint16_t)score); if (parent_.long_subject_offsets_) text_buffer_[last_bin_]->write_raw((const char*)&subject, 5); else text_buffer_[last_bin_]->write(subject.low); #ifdef HIT_KEEP_TARGET_ID text_buffer_[last_bin_]->write(target_block_id); #endif } } void flush(int bin, bool done) { if(config.trace_pt_membuf) { if (buffer_[bin] == nullptr) return; if (buffer_[bin]->size() == 0) { delete buffer_[bin]; buffer_[bin] = nullptr; return; } if (!parent_.membuf_out_queue_[bin]->enqueue_or_abort(std::pair*>(bin, buffer_[bin]))) { delete buffer_[bin]; buffer_[bin] = nullptr; if (!done) throw std::runtime_error("Write error in HitBuffer"); return; } if (!done) { buffer_[bin] = new std::vector(); buffer_[bin]->reserve(buffer_size); } else buffer_[bin] = nullptr; } else { if (text_buffer_[bin] == nullptr) return; if (text_buffer_[bin]->size() == 0) { delete text_buffer_[bin]; text_buffer_[bin] = nullptr; return; } text_buffer_[bin]->write((uint16_t)0); if (!parent_.out_queue_[bin]->enqueue_or_abort(std::tuple(bin, text_buffer_[bin], buf_count_[bin]))) { delete text_buffer_[bin]; text_buffer_[bin] = nullptr; if (!done) throw std::runtime_error("Write error in HitBuffer"); return; } buf_count_[bin] = 0; if(!done) text_buffer_[bin] = new TextBuffer(); else text_buffer_[bin] = nullptr; } } virtual ~Writer() noexcept { for (int bin = 0; bin < parent_.bins(); ++bin) { try { flush(bin, true); } catch (...) {} parent_.count_[bin] += count_[bin]; } } private: const size_t buffer_size; int last_bin_; std::vector*> buffer_; Loc seed_offset_; BlockId query_; std::vector text_buffer_; std::vector count_; std::vector buf_count_; HitBuffer &parent_; }; bool load(size_t max_size); std::tuple retrieve() { if (config.trace_pt_membuf || config.swipe_all) { if (bins_processed_ >= bins()) return std::tuple { nullptr, 0, 0, 0 }; const int bin = bins_processed_; ++bins_processed_; if(config.swipe_all) return std::tuple { nullptr, 0, input_range_next_.first, input_range_next_.second }; else { auto& buf = hit_buf_[bin]; return std::tuple { buf.data(), buf.size(), input_range_next_.first, input_range_next_.second }; } } else { if (load_worker_) { load_worker_->join(); delete load_worker_; load_worker_ = nullptr; if(load_exception_) std::rethrow_exception(load_exception_); } else throw std::runtime_error("HitBuffer retrieve w/o load"); std::swap(data_loading_, data_finished_); std::swap(mmap_finished_, mmap_loading_); return std::tuple { data_finished_, data_size_next_, input_range_next_.first, input_range_next_.second }; } } size_t total_disk_size() { return total_disk_size_; } int64_t bin_size(int i) const { return count_[i]; } uint64_t next_bin_size() const { return bins_processed_ < bins() ? bin_size(bins_processed_) : 0; } void alloc_buffer(); void free_buffer(); private: void load_bin(Hit* out, int bin); void write_worker(const std::atomic& stop, int bin); void abort() noexcept; const std::vector key_partition_; const bool long_subject_offsets_; const int query_contexts_; const uint32_t max_query_; const uint64_t max_target_; SimpleThreadPool& search_pool_; int bins_processed_; int64_t total_disk_size_; std::vector> hit_buf_; std::vector tmp_file_; std::atomic_size_t *count_; std::pair input_range_next_; Hit* data_loading_, *data_finished_; bool mmap_loading_, mmap_finished_; int64_t data_size_next_, alloc_size_; std::thread* load_worker_; std::exception_ptr load_exception_; std::atomic aborted_; std::vector writer_; std::vector>*> out_queue_; std::vector*>>*> membuf_out_queue_; }; } bbuchfink-diamond-6dc5717/src/search/kmer_ranking.cpp000066400000000000000000000050131523407312000226230ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "kmer_ranking.h" #include "util/algo/join_result.h" #include "basic/config.h" using std::pair; using std::vector; using std::atomic_int; using std::thread; using std::greater; using std::atomic; using std::runtime_error; namespace Search { KmerRanking::KmerRanking(const SequenceSet& queries, SeedPartition seedp_count, DoubleArray* query_seed_hits, DoubleArray* ref_seed_hits) { throw runtime_error("Unsupported"); } KmerRanking::KmerRanking(const SequenceSet& queries, SeedPartition seedp_count, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits) { atomic rel_seedp(0); const auto query_count = queries.size(); atomic* counts = new atomic[query_count]; auto worker = [&] { SeedPartition p; while ((p = rel_seedp.fetch_add(1, std::memory_order_relaxed)) < seedp_count) { for (auto it = JoinIterator(query_seed_hits[p].begin(), ref_seed_hits[p].begin()); it;) { const Range query_hits = *it.r; const float contribution = (float)sqrt(it.s->size()); for (PackedLocId s : query_hits) { float value = counts[s.block_id].load(); while (!counts[s.block_id].compare_exchange_weak(value, value + contribution)); //counts[s.block_id] += it.s->size(); } ++it; } } }; vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(worker); for (auto& i : threads) i.join(); rank_.reserve(query_count); for (BlockId i = 0; i < query_count; ++i) rank_.push_back(counts[i]); delete[] counts; } KmerRanking::KmerRanking(const SequenceSet& queries) { rank_.reserve(queries.size()); for (BlockId i = 0; i < queries.size(); ++i) rank_.push_back((float)queries[i].length()); } }bbuchfink-diamond-6dc5717/src/search/kmer_ranking.h000066400000000000000000000036061523407312000222760ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/data_structures/double_array.h" #include "search/seed_array/flags.h" #include "data/sequence_set.h" #include "basic/seed.h" #include "data/block/block.h" namespace Search { struct KmerRanking { KmerRanking(const SequenceSet& queries, SeedPartition seedp_count, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits); KmerRanking(const SequenceSet& queries, SeedPartition seedp_count, DoubleArray* query_seed_hits, DoubleArray* ref_seed_hits); KmerRanking(const SequenceSet& queries); int highest_ranking(const PackedLocId* begin, const PackedLocId* end, const Block* block) { ptrdiff_t r = 0; float rank = rank_[begin->block_id]; uint64_t id; if (block) id = std::stoll(block->ids()[begin->block_id]); for (const PackedLocId* i = begin + 1; i < end; ++i) { uint64_t this_id; if(block) this_id = std::stoll(block->ids()[i->block_id]); if (rank_[i->block_id] > rank || (rank_[i->block_id] == rank && block && this_id < id)) { rank = rank_[i->block_id]; id = this_id; r = i - begin; } } return (int)r; } private: std::vector rank_; }; }bbuchfink-diamond-6dc5717/src/search/left_most.h000066400000000000000000000103221523407312000216140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "search.h" #include "sse_dist.h" #include "util/sequence/sequence.h" #include "basic/shape_config.h" #include "search/seed_array/seed_histogram.h" #include "hamming/finger_print.h" namespace Search { namespace DISPATCH_ARCH { static inline bool verify_hit(const Letter* q, const Letter* s, int score_cutoff, bool left, uint32_t match_mask, int sid, bool chunked, unsigned hamming_filter_id, PackedSeed seedp_mask) { using ::DISPATCH_ARCH::FingerPrint; if (chunked) { if ((shapes[sid].mask_ & match_mask) == shapes[sid].mask_) { PackedSeed seed; if (!shapes[sid].set_seed(seed, s)) return false; if (left && !current_range.lower_or_equal(seed_partition(seed, seedp_mask))) return false; if (!left && !current_range.lower(seed_partition(seed, seedp_mask))) return false; } } array fq, fs; FingerPrint::load(q, &fq); FingerPrint::load(s, &fs); const unsigned id = FingerPrint(fq).match(FingerPrint(fs)); return id >= hamming_filter_id; } static inline bool verify_hits(uint32_t mask, const Letter* q, const Letter* s, int score_cutoff, bool left, uint32_t match_mask, int sid, bool chunked, unsigned hamming_filter_id, PackedSeed seedp_mask) { int shift = 0; while (mask != 0) { int i = ctz(mask); if (verify_hit(q + i + shift, s + i + shift, score_cutoff, left, match_mask >> (i + shift), sid, chunked, hamming_filter_id, seedp_mask)) return true; mask >>= i + 1; shift += i + 1; } return false; } static inline bool left_most_filter(const Sequence &query, const Letter* subject, const int seed_offset, const int seed_len, const Context &context, bool first_shape, const int shape_id, int score_cutoff, bool chunked, unsigned hamming_filter_id) { constexpr int WINDOW_LEFT = 16, WINDOW_RIGHT = 32; Loc d = std::max(seed_offset - WINDOW_LEFT, 0), window_left = std::min(WINDOW_LEFT, seed_offset); const Letter *q = query.data() + d, *s = subject + d; Loc window = query.length() - d; window = std::min(window, window_left + 1 + WINDOW_RIGHT); const Sequence subject_clipped = Util::Seq::clip(s, window, window_left); window -= Loc(s + window - subject_clipped.end()); d = Loc(subject_clipped.data() - s); q += d; s += d; window_left -= d; window -= d; const uint64_t match_mask = reduced_match(q, s, window), query_seed_mask = ~seed_mask(q, window); const uint32_t len_left = window_left + seed_len - 1, match_mask_left = ((1llu << len_left) - 1) & match_mask, query_mask_left = ((1llu << len_left) - 1) & query_seed_mask; const uint32_t left_hit = context.current_matcher.hit(match_mask_left, len_left) & query_mask_left; if (first_shape && !chunked) return left_hit == 0 || !verify_hits(left_hit, q, s, score_cutoff, true, match_mask_left, shape_id, chunked, hamming_filter_id, context.seedp_mask); const uint32_t len_right = window - window_left - 1, match_mask_right = uint32_t(match_mask >> (window_left + 1)), query_mask_right = uint32_t(query_seed_mask >> (window_left + 1)); const PatternMatcher& right_matcher = chunked ? context.current_matcher : context.previous_matcher; const uint32_t right_hit = right_matcher.hit(match_mask_right, len_right) & query_mask_right; return (left_hit == 0 || !verify_hits(left_hit, q, s, score_cutoff, true, match_mask_left, shape_id, chunked, hamming_filter_id, context.seedp_mask)) && (right_hit == 0 || !verify_hits(right_hit, q + window_left + 1, s + window_left + 1, score_cutoff, false, match_mask_right, shape_id, chunked, hamming_filter_id, context.seedp_mask)); } }}bbuchfink-diamond-6dc5717/src/search/lin_index/000077500000000000000000000000001523407312000214225ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/search/lin_index/lin_index.cpp000066400000000000000000000312611523407312000241020ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #define NOMINMAX #include #include #include #include #include #include "lin_index.h" #include "basic/config.h" #include "basic/reduction.h" #include "basic/shape_config.h" #include "data/block/block.h" #include "run/config.h" #include "search/seed_array/enum_seeds.h" #include "search/seed_complexity.h" #include "util/algo/varint.h" #include "util/io/file.h" #include "util/log_stream.h" #include "util/ptr_vector.h" using std::atomic; using std::endl; using std::runtime_error; using std::string; using std::unique_ptr; using std::vector; namespace Search { /* Applies the reduction to the raw sequence data on the fly, so that the seed at a position can be computed without materializing the reduced sequence. */ struct ReducedSeq { Letter operator[](const int i) const { return (Letter)Reduction::get_reduction()(letter_mask(ptr[i])); } const Letter* ptr; }; // Recomputes the seed of a stored pivot position, mirroring what SeedIterator // yields for that position in enum_seeds. static bool seed_at(const Letter* seq, const Shape& shape, uint64_t& key) { return shape.set_seed_reduced(key, ReducedSeq{ seq }); } // The positions of the index refer to the seed encoding they were enumerated with, // and only the default encoding can be recomputed from a position alone. static void check_seed_encoding(const Config& cfg) { if (cfg.seed_encoding != SeedEncoding::SPACED_FACTOR) throw runtime_error("Seed index is only supported for the default seed encoding."); } bool LinIndex::insert(atomic* table, const uint64_t table_size, const uint64_t key, const uint64_t pos) { const uint64_t h = hash(key), f = fingerprint(h), value = (f << POS_BITS) | pos; uint64_t i = bucket(h, table_size), probes = 0; for (;;) { uint64_t cur = table[i].load(std::memory_order_relaxed); if (cur == 0) { if (table[i].compare_exchange_weak(cur, value, std::memory_order_relaxed, std::memory_order_relaxed)) return true; continue; } if ((cur >> POS_BITS) == f) { // The block is sorted by decreasing sequence length, so the smallest // position is the occurrence in the longest sequence. if ((cur & POS_MASK) <= pos) return false; if (table[i].compare_exchange_weak(cur, value, std::memory_order_relaxed, std::memory_order_relaxed)) return false; continue; } if (++i == table_size) i = 0; if (++probes == table_size) throw runtime_error("Seed index hash table overflow."); } } static unique_ptr[]> alloc_table(const uint64_t table_size, const int threads) { unique_ptr[]> table(new atomic[table_size]); vector workers; for (int i = 0; i < threads; ++i) workers.emplace_back([&table, table_size, threads, i] { const uint64_t begin = table_size / threads * i, end = i == threads - 1 ? table_size : table_size / threads * (i + 1); for (uint64_t j = begin; j < end; ++j) table[j].store(0, std::memory_order_relaxed); }); for (auto& t : workers) t.join(); return table; } // Counts the seed positions of the block in order to size the hash table. struct CountCallback { bool operator()(uint64_t, uint64_t, uint32_t, uint64_t) { ++n; return true; } void finish() {} uint64_t n = 0; }; struct InsertCallback { InsertCallback(atomic* table, uint64_t table_size, const SequenceSet& seqs, const Shape& shape, double seed_complexity_cut) : table(table), table_size(table_size), seqs(seqs), shape(shape), seed_complexity_cut(seed_complexity_cut) {} bool operator()(const uint64_t key, const uint64_t pos, uint32_t, uint64_t) { // Mirrors Search::mask_seeds, which discards seed groups whose pivot is // of low complexity. if (!seed_is_complex(seqs.data(pos), shape, seed_complexity_cut)) { ++low_complexity; return true; } if (LinIndex::insert(table, table_size, key, pos)) ++inserted; return true; } void finish() {} atomic* const table; const uint64_t table_size; const SequenceSet& seqs; const Shape& shape; const double seed_complexity_cut; uint64_t inserted = 0, low_complexity = 0; }; /* Collects the pivot positions that the finished hash table holds. A position is a pivot exactly if looking up its seed yields the position itself, so every table entry is reported once. Each thread enumerates a contiguous range of sequences, so sorting the output of a thread makes the concatenation of all of them sorted. The sort is needed because sketched seeds are enumerated in the order of their hash value rather than of their position. */ struct ExtractCallback { ExtractCallback(const atomic* table, uint64_t table_size, const SequenceSet& seqs, const Shape& shape, double seed_complexity_cut) : table(table), table_size(table_size), seqs(seqs), shape(shape), seed_complexity_cut(seed_complexity_cut) {} bool operator()(const uint64_t key, const uint64_t pos, uint32_t, uint64_t) { if (!seed_is_complex(seqs.data(pos), shape, seed_complexity_cut)) return true; if (LinIndex::lookup(table, table_size, key) == pos) out.push_back(pos); return true; } void finish() { std::sort(out.begin(), out.end()); } const atomic* const table; const uint64_t table_size; const SequenceSet& seqs; const Shape& shape; const double seed_complexity_cut; vector out; }; static void check_length_sorted(const SequenceSet& seqs) { const BlockId n = seqs.size(); for (BlockId i = 1; i < n; ++i) if (seqs.length(i) > seqs.length(i - 1)) throw runtime_error("Seed index requires a block sorted by decreasing sequence length."); } // Delta encodes the sorted pivot positions into chunks of CHUNK_ENTRIES entries and // writes them out. Each chunk starts with an absolute position and can therefore be // decoded independently of the others. static void write_positions(const PtrVector& v, const string& file_name, LinIndex::Header& header) { vector chunk_offset; vector data; uint64_t entries = 0, prev = 0, n = 0; for (size_t i = 0; i < v.size(); ++i) for (const uint64_t pos : v[i].out) { if (entries % LinIndex::CHUNK_ENTRIES == 0) { chunk_offset.push_back(n); prev = 0; } else if (pos <= prev) throw runtime_error("Seed positions are not sorted."); // The longest varint encoding of a 64 bit value takes 10 bytes. if (n + 10 > (uint64_t)data.size()) data.resize((size_t)std::max((uint64_t)data.size() * 2, n + MEGABYTES)); n = (uint64_t)(write_varuint64(pos - prev, data.data() + n) - data.data()); prev = pos; ++entries; } header.entry_count = entries; header.data_size = n; File out(file_name, "wb"); out.write(header); out.write(chunk_offset.data(), chunk_offset.size() * sizeof(uint64_t)); out.write(data.data(), n); out.close(); *log_stream << "Seed index: file size=" << sizeof(LinIndex::Header) + chunk_offset.size() * sizeof(uint64_t) + n << " bytes per entry=" << (entries ? (double)n / entries : 0.0) << endl; } void build_lin_index(Block& block, const string& file_name, const Config& cfg, int threads) { if (shapes.count() != 1) throw runtime_error("Seed index is only supported for a single seed shape."); check_seed_encoding(cfg); const SequenceSet& seqs = block.seqs(); if ((uint64_t)seqs.raw_len() > LinIndex::POS_MASK) throw runtime_error("Block size exceeds the maximum supported by the seed index."); check_length_sorted(seqs); threads = std::max(threads, 1); TaskTimer timer("Counting seeds"); const auto partition = block.seqs().partition(threads); const EnumCfg enum_cfg{ &partition, 0, 1, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, cfg.soft_masking, cfg.minimizer_window, false, false, cfg.sketch_size, nullptr }; uint64_t seed_count = 0; { PtrVector v; for (int i = 0; i < threads; ++i) v.push_back(new CountCallback()); enum_seeds(block, v, &no_filter, enum_cfg); for (int i = 0; i < threads; ++i) seed_count += v[i].n; } timer.finish(); const uint64_t table_size = std::max(16, (uint64_t)((double)seed_count / LinIndex::LOAD_FACTOR) + 1); *log_stream << "Seed index: seeds=" << seed_count << " table_size=" << table_size << " memory=" << table_size * sizeof(uint64_t) << endl; timer.go("Allocating seed index"); unique_ptr[]> table(alloc_table(table_size, threads)); timer.go("Building seed index"); uint64_t inserted = 0, low_complexity = 0; { PtrVector v; for (int i = 0; i < threads; ++i) v.push_back(new InsertCallback(table.get(), table_size, seqs, shapes[0], cfg.seed_complexity_cut)); enum_seeds(block, v, &no_filter, enum_cfg); for (int i = 0; i < threads; ++i) { inserted += v[i].inserted; low_complexity += v[i].low_complexity; } } *log_stream << "Seed index: entries=" << inserted << " low complexity seeds=" << low_complexity << " load=" << (double)inserted / table_size << endl; timer.go("Extracting seed positions"); PtrVector v; for (int i = 0; i < threads; ++i) v.push_back(new ExtractCallback(table.get(), table_size, seqs, shapes[0], cfg.seed_complexity_cut)); enum_seeds(block, v, &no_filter, enum_cfg); table.reset(); timer.go("Writing seed positions"); LinIndex::Header header; header.magic = LinIndex::MAGIC; header.version = LinIndex::VERSION; header.shape_count = (uint32_t)shapes.count(); header.seq_count = (uint64_t)seqs.size(); header.raw_len = (uint64_t)seqs.raw_len(); header.table_size = table_size; write_positions(v, file_name, header); timer.finish(); } LinIndex::LinIndex(const string& file_name, const Block& block, const Config& cfg, int threads) { if (shapes.count() != 1) throw runtime_error("Seed index is only supported for a single seed shape."); check_seed_encoding(cfg); threads = std::max(threads, 1); const SequenceSet& seqs = block.seqs(); TaskTimer timer("Loading seed positions"); vector chunk_offset; vector data; { File in(file_name, "rb"); in.read(header_); if (header_.magic != MAGIC) throw runtime_error("Invalid seed index file: " + file_name); if (header_.version != VERSION) throw runtime_error("Invalid seed index file version: " + file_name); if (header_.shape_count != (uint32_t)shapes.count()) throw runtime_error("Seed index has a different number of shapes: " + file_name); if (header_.seq_count != (uint64_t)seqs.size() || header_.raw_len != (uint64_t)seqs.raw_len()) throw runtime_error("Seed index does not match the block: " + file_name); // Guarantees that a lookup of a seed that is not in the index terminates on a // blank slot instead of probing the table forever. if (header_.entry_count >= header_.table_size) throw runtime_error("Invalid seed index file: " + file_name); chunk_offset.resize((header_.entry_count + CHUNK_ENTRIES - 1) / CHUNK_ENTRIES); in.read(chunk_offset.data(), chunk_offset.size() * sizeof(uint64_t)); data.resize(header_.data_size); in.read(data.data(), data.size()); in.close(); } timer.go("Allocating seed index"); table_size_ = header_.table_size; table_ = alloc_table(table_size_, threads); timer.go("Rebuilding seed index"); { const uint64_t chunk_count = (uint64_t)chunk_offset.size(), entry_count = header_.entry_count, raw_len = header_.raw_len; atomic next(0); vector workers; for (int i = 0; i < threads; ++i) workers.emplace_back([&] { const Shape& shape = shapes[0]; uint64_t key; for (uint64_t c = next++; c < chunk_count; c = next++) { const uint64_t begin = c * CHUNK_ENTRIES, n = std::min(CHUNK_ENTRIES, entry_count - begin); const char* p = data.data() + chunk_offset[c]; uint64_t pos = 0; for (uint64_t j = 0; j < n; ++j) { const auto d = read_varuint64(p); pos += d.first; p = d.second; if (pos >= raw_len) throw runtime_error("Invalid seed position in file " + file_name); if (seed_at(seqs.data(pos), shape, key)) insert(table_.get(), table_size_, key, pos); } } }); for (auto& t : workers) t.join(); } timer.finish(); } LinIndex::~LinIndex() { } } bbuchfink-diamond-6dc5717/src/search/lin_index/lin_index.h000066400000000000000000000133311523407312000235450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #if defined(_MSC_VER) #include #endif struct Block; namespace Search { struct Config; /* Seed index of a single, length sorted sequence block, used by the linear clustering rounds with unidirectional coverage. For every seed it holds the single occurrence in the longest sequence of the block containing that seed (the pivot), which is the only entry the linear stage 1 kernels look at. An entry is a 64 bit open addressing hash table slot holding a 24 bit fingerprint of the seed and the 40 bit position of the pivot in the raw sequence data of the block. An empty slot is zero, which is never a valid entry since position 0 lies in the leading padding of a sequence set. The hash table itself is never stored. What is written to disk once per block is only the sorted list of pivot positions, delta encoded as varints, which is an order of magnitude smaller than the table. The table is rebuilt from it in memory whenever the block takes part in a block combination as the representative (reference) block: the seed of a pivot is recomputed from the sequence data at its position, so no keys need to be stored. The positions are grouped into chunks of a fixed number of entries, each of which starts with an absolute position, so that the file can be decoded by all threads in parallel. */ struct LinIndex { static constexpr uint64_t MAGIC = 0x786469646e696c64ull; static constexpr uint32_t VERSION = 2; static constexpr int POS_BITS = 40; static constexpr uint64_t POS_MASK = (uint64_t(1) << POS_BITS) - 1; static constexpr double LOAD_FACTOR = 0.7; static constexpr uint64_t CHUNK_ENTRIES = 4096; struct Header { uint64_t magic; uint32_t version; uint32_t shape_count; uint64_t seq_count; uint64_t raw_len; uint64_t table_size; uint64_t entry_count; uint64_t data_size; }; // Rebuilds the hash table of the block from its seed position file. The block // has to be hard masked in the same way as when the file was written. LinIndex(const std::string& file_name, const Block& block, const Config& cfg, int threads); ~LinIndex(); // Position of the pivot occurrence of the seed in the raw sequence data of // the indexed block, 0 if the seed is not contained in the index. uint64_t operator()(const uint64_t key) const { return lookup(table_.get(), table_size_, key); } static uint64_t lookup(const std::atomic* table, const uint64_t table_size, const uint64_t key) { const uint64_t h = hash(key), f = fingerprint(h); uint64_t i = bucket(h, table_size); for (;;) { const uint64_t e = table[i].load(std::memory_order_relaxed); if (e == 0) return 0; if ((e >> POS_BITS) == f) return e & POS_MASK; if (++i == table_size) i = 0; } } // Inserts the pivot of a seed, keeping the smallest position of all entries // that map to the same slot. The block is sorted by decreasing sequence // length, so the smallest position is the occurrence in the longest sequence. // Returns true if a new slot was claimed. static bool insert(std::atomic* table, const uint64_t table_size, const uint64_t key, const uint64_t pos); const Header& header() const { return header_; } int64_t size() const { return (int64_t)table_size_ * (int64_t)sizeof(uint64_t); } static uint64_t hash(uint64_t x) { // splitmix64 finalizer x += 0x9e3779b97f4a7c15ull; x = (x ^ (x >> 30)) * 0xbf58476d1ce4e5b9ull; x = (x ^ (x >> 27)) * 0x94d049bb133111ebull; return x ^ (x >> 31); } // Has to be taken from bits that the bucket index does not use, otherwise it // adds no information and entries of distinct seeds get merged. static uint64_t fingerprint(const uint64_t h) { return std::max(h & ((uint64_t(1) << (64 - POS_BITS)) - 1), uint64_t(1)); } // Maps a hash value to [0, n) without a division (Lemire's fastrange). static uint64_t bucket(const uint64_t h, const uint64_t n) { return mul_hi(h, n); } static uint64_t mul_hi(const uint64_t a, const uint64_t b) { #if defined(_MSC_VER) && (defined(_M_X64) || defined(_M_ARM64)) return __umulh(a, b); #elif defined(__SIZEOF_INT128__) return (uint64_t)(((__uint128_t)a * (__uint128_t)b) >> 64); #else const uint64_t a0 = a & 0xffffffffull, a1 = a >> 32, b0 = b & 0xffffffffull, b1 = b >> 32; const uint64_t t = a0 * b0, u = a1 * b0 + (t >> 32), v = a0 * b1 + (u & 0xffffffffull); return a1 * b1 + (u >> 32) + (v >> 32); #endif } private: Header header_; std::unique_ptr[]> table_; uint64_t table_size_; }; // Computes the seed positions of a length sorted block and writes them to disk. The // block has to be hard masked in the same way as at search time. void build_lin_index(Block& block, const std::string& file_name, const Config& cfg, int threads); // Scans the member block (cfg.target) against the index of the reference block // (cfg.query) and writes the resulting seed hits to the hit buffer. void scan_lin_index(Config& cfg); } bbuchfink-diamond-6dc5717/src/search/lin_index/scan.cpp000066400000000000000000000130401523407312000230500ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "lin_index.h" #include "basic/seed.h" #include "basic/shape_config.h" #include "data/block/block.h" #include "stats/score_matrix.h" #include "search/hamming/finger_print.h" #include "search/seed_array/enum_seeds.h" #include "search/stage2.h" #include "util/log_stream.h" #include "util/ptr_vector.h" #include "util/simd/dispatch.h" using std::array; using std::vector; using ::DISPATCH_ARCH::FingerPrint; namespace Search { namespace DISPATCH_ARCH { /* Scans the member block against the seed index of the reference block. For every seed of the member block the index yields at most one location, the occurrence of that seed in the longest sequence of the reference block, which takes the role of the query in the resulting seed hit. */ struct ScanCallback { ScanCallback(const Context& context, Search::Config& cfg, const LinIndex& index, size_t thread_id) : writer(*cfg.seed_hit_buf, thread_id), work_set(context, cfg, 0, &writer, nullptr, nullptr), index(index), query_seqs(cfg.query->seqs()), target_seqs(cfg.target->seqs()), target_seed_hits(cfg.target_seed_hits.get()), hamming_filter_id(cfg.hamming_filter_id), self(config.self && cfg.current_ref_block == 0) {} bool operator()(const uint64_t key, const uint64_t pos, const uint32_t block_id, const uint64_t shape_id) { const uint64_t pivot = index(key); if (pivot == 0) return true; work_set.stats.inc(Statistics::SEED_HITS); alignas(64) array fq, fs; FingerPrint::load(query_seqs.data(pivot), &fq); FingerPrint::load(target_seqs.data(pos), &fs); if (FingerPrint(fq).match(FingerPrint(fs)) < hamming_filter_id) return true; work_set.stats.inc(Statistics::TENTATIVE_MATCHES1); const std::pair l = query_seqs.local_position((int64_t)pivot); const unsigned query_id = l.first; if (self && query_id == block_id) return true; const Loc seed_offset = l.second; const int query_len = query_seqs.length(query_id); const int score_cutoff = ungapped_cutoff(query_len, work_set); int score = std::numeric_limits::max(); if (score_cutoff) { const int window = ungapped_window(query_len); const Letter* query = query_seqs.data(pivot); const Sequence query_clipped = Util::Seq::clip(query - window, window * 2, window); const int window_left = int(query - query_clipped.data()), window_clipped = (int)query_clipped.length(); const Letter* subject = target_seqs.data(pos) - window_left; DP::window_ungapped_best(query_clipped.data(), &subject, 1, window_clipped, &score); if (score <= score_cutoff) return true; } work_set.stats.inc(Statistics::TENTATIVE_MATCHES3); if (target_seed_hits) target_seed_hits->operator[]((size_t)shape_id).atomic_set(pos); if (query_id != last_query_ || seed_offset != last_seed_offset_) { writer.new_query(query_id, seed_offset); last_query_ = query_id; last_seed_offset_ = seed_offset; } writer.write(query_id, PackedLoc(pos), (uint16_t)score, block_id); return true; } void finish() {} HitBuffer::Writer writer; WorkSet work_set; const LinIndex& index; const SequenceSet& query_seqs, & target_seqs; std::vector* const target_seed_hits; const unsigned hamming_filter_id; const bool self; unsigned last_query_ = std::numeric_limits::max(); Loc last_seed_offset_ = std::numeric_limits::min(); }; void scan_lin_index(Search::Config& cfg) { if (shapes.count() != 1) throw std::runtime_error("Seed index search is only supported for a single seed shape."); const int threads = std::max(config.threads_, 1); const vector patterns = shapes.patterns(0, 1); // A Context holds two PatternMatcher lookup tables of 2^MAX_SHAPE_LEN bytes // each and must not be placed on the stack. const std::unique_ptr context(new Context{ { patterns.data(), patterns.data() + patterns.size() - 1 }, { patterns.data(), patterns.data() + patterns.size() }, score_matrix.rawscore(config.short_query_ungapped_bitscore), nullptr, seedp_mask(cfg.seedp_bits) }); const auto partition = cfg.target->seqs().partition(threads); // Soft masking is applied to the reference block when its index is built. The // member block is scanned unmasked so that the fingerprints of both blocks are // computed on the same, unmasked sequence data. const EnumCfg enum_cfg{ &partition, 0, 1, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, MaskingAlgo::NONE, cfg.minimizer_window, false, false, cfg.sketch_size, cfg.target_seed_hits.get() }; PtrVector v; for (int i = 0; i < threads; ++i) v.push_back(new ScanCallback(*context, cfg, *cfg.lin_index, i)); enum_seeds(*cfg.target, v, &no_filter, enum_cfg); for (int i = 0; i < threads; ++i) statistics += v[i].work_set.stats; v.clear(); } } DISPATCH_1V(scan_lin_index, Search::Config&, cfg) } bbuchfink-diamond-6dc5717/src/search/search.h000066400000000000000000000101151523407312000210650ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "hamming/hit_field.h" #include "basic/statistics.h" #include "util/algo/pattern_matcher.h" #include "util/memory/alignment.h" #include "run/config.h" #include "hit_buffer.h" #include "hit.h" #include "search/seed_array/flags.h" #include "kmer_ranking.h" #include "util/algo/join_result.h" #include "basic/reduction.h" #include "util/data_structures/deque.h" #include "data/block/block.h" // #define UNGAPPED_SPOUGE struct SensitivityTraits { const bool support_query_indexed; const bool motif_masking; const double freq_sd; const unsigned min_identities; const double ungapped_evalue; const double ungapped_evalue_short; const double gapped_filter_evalue; const unsigned index_chunks; const unsigned query_bins; const char* contiguous_seed; const double seed_cut; const double default_block_size; const Reduction& reduction; const int minimizer_window; #if WITH_DNA const double chain_fraction_align; const int min_chain_score; const double max_overlap_extension; #endif const int sketch_size; const int keyword_length; const double keyword_threshold; }; struct HashedSeedSet; namespace Search { struct Context { const PatternMatcher previous_matcher, current_matcher; const int short_query_ungapped_cutoff; KmerRanking* kmer_ranking; const PackedSeed seedp_mask; }; extern Reduction steinegger12; extern Reduction murphy10; extern Reduction no_reduction; extern Reduction dna; extern const std::map sensitivity_traits; extern const std::map> shape_codes; extern const std::map> iterated_sens; void search_shape(unsigned sid, int query_block, unsigned query_iteration, char* query_buffer, char* ref_buffer, Config& cfg, const HashedSeedSet* target_seeds); bool use_single_indexed(double coverage, size_t query_letters, size_t ref_letters); void setup_search(Sensitivity sens, Search::Config& cfg); MaskingAlgo soft_masking_algo(const SensitivityTraits& traits); int seedp_bits(int shape_weight, int threads, int index_chunks); } namespace Search { using Container = vector, Util::Memory::AlignmentAllocator, 16>>; struct WorkSet { WorkSet(const Context& context, const Search::Config& cfg, unsigned shape_id, HitBuffer::Writer* out, AsyncWriter* global_ranking_buffer, KmerRanking *kmer_ranking): context(context), cfg(cfg), shape_id(shape_id), out(out), global_ranking_buffer(global_ranking_buffer), kmer_ranking(kmer_ranking) {} Context context; const Search::Config& cfg; unsigned shape_id; Statistics stats; HitBuffer::Writer* out; AsyncWriter* global_ranking_buffer; #ifndef __APPLE__ Container vq, vs; #endif HitField hits; KmerRanking* kmer_ranking; }; void run_stage1(JoinIterator& it, WorkSet* work_set, const Search::Config* cfg); void run_stage1(JoinIterator& it, WorkSet* work_set, const Search::Config* cfg); inline bool keep_target_id(const Search::Config& cfg) { #ifdef HIT_KEEP_TARGET_ID return true; #else return cfg.min_length_ratio != 0.0 || config.global_ranking_targets || (config.self && cfg.current_ref_block == 0); #endif } } extern const double SINGLE_INDEXED_SEED_SPACE_MAX_COVERAGE;bbuchfink-diamond-6dc5717/src/search/seed_array/000077500000000000000000000000001523407312000215675ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/search/seed_array/enum_seeds.h000066400000000000000000000230501523407312000240670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "data/block/block.h" #include "search/seed_complexity.h" #include "util/ptr_vector.h" #include "search/seed_array/seed_iterator.h" #include "basic/shape_config.h" #include "flags.h" template struct SkipSeedPositionImpl; template<> struct SkipSeedPositionImpl { static inline bool apply(const EnumCfg& cfg, int shape, const uint64_t pos) { return (*cfg.skip_seed_positions)[shape].atomic_load(pos); } }; template<> struct SkipSeedPositionImpl { static inline bool apply(const EnumCfg&, int, const uint64_t) { return false; } }; template static inline bool skip_seed_position(const EnumCfg& cfg, int shape, const uint64_t pos) { return SkipSeedPositionImpl::apply(cfg, shape, pos); } template //Search::SeedStats FLATTEN enum_seeds(SequenceSet* seqs, F* f, unsigned begin, unsigned end, const Filter* filter, const EnumCfg& cfg) Search::SeedStats enum_seeds(SequenceSet* seqs, F* f, unsigned begin, unsigned end, const Filter* filter, const EnumCfg& cfg) { uint64_t key; Search::SeedStats stats; GrowableBuffer buf(300); for (unsigned i = begin; i < end; ++i) { if (UNLIKELY(cfg.skip) && (*cfg.skip)[i / align_mode.query_contexts]) continue; if(UNLIKELY(config.min_query_len > 0) && seqs->source_length(i) < config.min_query_len) continue; const Sequence seq = (*seqs)[i]; const auto l = seq.length(); Reduction::reduce_seq(seq, buf); for (int shape_id = cfg.shape_begin; shape_id < cfg.shape_end; ++shape_id) { const Shape& sh = shapes[shape_id]; if (UNLIKELY(l < sh.length_)) continue; SeedIterator it(buf.data(), buf.data() + l, sh); Letter* ptr = seqs->ptr(i); Loc j = 0; while (it.good()) { if (it.get(key, sh)) { const uint64_t pos = seqs->position(i, j); if (!skip_seed_position(cfg, shape_id, pos) && filter->contains(key, shape_id)) (*f)(key, pos, i, shape_id); } ++j; } } } f->finish(); return stats; } template Search::SeedStats enum_seeds_minimizer(SequenceSet* seqs, F* f, unsigned begin, unsigned end, const Filter* filter, const EnumCfg& cfg, Loc it_param) { Search::SeedStats stats; GrowableBuffer buf(300); for (unsigned i = begin; i < end; ++i) { if (cfg.skip && (*cfg.skip)[i / align_mode.query_contexts]) continue; if (config.min_query_len > 0 && seqs->source_length(i) < config.min_query_len) continue; const Sequence seq = (*seqs)[i]; //if (align_mode.mode != AlignMode::blastn) const auto l = seq.length(); Reduction::reduce_seq(seq, buf); //else //buf = seq.copy(); for (int shape_id = cfg.shape_begin; shape_id < cfg.shape_end; ++shape_id) { const Shape& sh = shapes[shape_id]; if (l < sh.length_) continue; It it(buf.data(), buf.data() + l, sh, it_param); while (it.good()) { const uint64_t key = *it; const uint64_t pos = seqs->position(i, it.pos()); if (!skip_seed_position(cfg, shape_id, pos) && filter->contains(key, shape_id)) (*f)(key, pos, i, shape_id); ++it; } } } f->finish(); return stats; } template void enum_seeds_hashed(SequenceSet* seqs, F* f, unsigned begin, unsigned end, const Filter* filter, const EnumCfg& cfg) { for (unsigned i = begin; i < end; ++i) { if (cfg.skip && (*cfg.skip)[i / align_mode.query_contexts]) continue; if (config.min_query_len > 0 && seqs->source_length(i) < config.min_query_len) continue; const Sequence seq = (*seqs)[i]; for (int shape_id = cfg.shape_begin; shape_id < cfg.shape_end; ++shape_id) { const Shape& sh = shapes[shape_id]; if (seq.length() < sh.length_) continue; //const __m128i shape_mask = sh.long_mask_sse_; HashedSeedIterator it(seqs->ptr(i), seqs->length(i), sh); while (it.good()) { const uint64_t key = *it; const uint64_t pos = seqs->position(i, Loc(it.seq_ptr(sh) - seq.data())); if (!skip_seed_position(cfg, shape_id, pos) && filter->contains(key, shape_id)) { if (!cfg.filter_low_complexity_seeds || Search::seed_is_complex(it.seq_ptr(sh), sh, cfg.seed_cut)) (*f)(key, pos, i, shape_id); else if (cfg.mask_low_complexity_seeds) *it.seq_ptr(sh) |= SEED_MASK; } ++it; } } } f->finish(); } template void enum_seeds_contiguous(SequenceSet* seqs, F* f, unsigned begin, unsigned end, const Filter* filter, const EnumCfg& cfg) { uint64_t key; for (unsigned i = begin; i < end; ++i) { if (cfg.skip && (*cfg.skip)[i / align_mode.query_contexts]) continue; if (config.min_query_len > 0 && seqs->source_length(i) < config.min_query_len) continue; const Sequence seq = (*seqs)[i]; if (seq.length() < It::length()) continue; It it(seq); Loc j = 0; while (it.good()) { if (it.get(key)) { const uint64_t pos = seqs->position(i, j); if (!skip_seed_position(cfg, 0, pos) && filter->contains(key, 0)) if ((*f)(key, pos, i, 0) == false) return; } ++j; } } f->finish(); } template static void enum_seeds_worker(F* f, SequenceSet* seqs, const unsigned begin, const unsigned end, const Filter* filter, Search::SeedStats* stats, const EnumCfg* cfg) { static const char* errmsg = "Unsupported contiguous seed."; if (cfg->code == SeedEncoding::CONTIGUOUS) { const uint64_t b = Reduction::get_reduction().bit_size(), l = shapes[cfg->shape_begin].length_; switch (l) { case 7: switch (b) { case 4: enum_seeds_contiguous, Filter, SKIP_SEED_POSITIONS>(seqs, f, begin, end, filter, *cfg); break; default: throw std::runtime_error(errmsg); } break; case 6: switch (b) { case 4: enum_seeds_contiguous, Filter, SKIP_SEED_POSITIONS>(seqs, f, begin, end, filter, *cfg); break; default: throw std::runtime_error(errmsg); } break; case 5: switch (b) { case 4: enum_seeds_contiguous, Filter, SKIP_SEED_POSITIONS>(seqs, f, begin, end, filter, *cfg); break; default: throw std::runtime_error(errmsg); } break; default: throw std::runtime_error(errmsg); } } else if (cfg->code == SeedEncoding::HASHED) { const uint64_t b = Reduction::get_reduction().bit_size(); switch (b) { case 4: enum_seeds_hashed(seqs, f, begin, end, filter, *cfg); break; default: throw std::runtime_error("Unsupported reduction."); } } else if(cfg->minimizer_window > 0) *stats = enum_seeds_minimizer, SKIP_SEED_POSITIONS>(seqs, f, begin, end, filter, *cfg, cfg->minimizer_window); else if(cfg->sketch_size > 0) *stats = enum_seeds_minimizer(seqs, f, begin, end, filter, *cfg, cfg->sketch_size); else *stats = enum_seeds(seqs, f, begin, end, filter, *cfg); } template static Search::SeedStats enum_seeds_impl(Block& seqs, PtrVector& f, const Filter* filter, const EnumCfg& cfg) { std::vector threads; threads.reserve(f.size()); std::vector stats(f.size()); for (unsigned i = 0; i < f.size(); ++i) { const unsigned begin = (unsigned)((*cfg.partition)[i]), end = (unsigned)((*cfg.partition)[i + 1]); if (cfg.filter_masked_seeds) threads.emplace_back(enum_seeds_worker, &f[i], &seqs.seqs(), begin, end, filter, &stats[i], &cfg); else threads.emplace_back(enum_seeds_worker, &f[i], &seqs.seqs(), begin, end, filter, &stats[i], &cfg); } for (auto& t : threads) t.join(); for (size_t i = 1; i < f.size(); ++i) { stats[0].good_seed_positions += stats[i].good_seed_positions; stats[0].low_complexity_seeds += stats[i].low_complexity_seeds; } if (cfg.soft_masking != MaskingAlgo::NONE) { int l = 0; for (int i = cfg.shape_begin; i < cfg.shape_end; ++i) l = std::max(l, shapes[i].length_); seqs.remove_soft_masking((int)l, cfg.mask_seeds); } return stats[0]; } template Search::SeedStats enum_seeds(Block& seqs, PtrVector& f, const Filter* filter, const EnumCfg& cfg) { if (cfg.soft_masking != MaskingAlgo::NONE) seqs.soft_mask(cfg.soft_masking); if (cfg.skip_seed_positions) return enum_seeds_impl(seqs, f, filter, cfg); return enum_seeds_impl(seqs, f, filter, cfg); }bbuchfink-diamond-6dc5717/src/search/seed_array/flags.h000066400000000000000000000042021523407312000230320ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "../basic/packed_loc.h" #include "../masking/def.h" #include "basic/sequence.h" #include "util/data_structures/bit_vector.h" enum class SeedEncoding { SPACED_FACTOR, HASHED, CONTIGUOUS }; struct NoFilter { bool contains(uint64_t seed, uint64_t shape) const { return true; } }; extern NoFilter no_filter; #ifndef __sparc__ #pragma pack(1) #endif struct PackedLocId { PackedLocId() {} PackedLocId(PackedLoc pos) : pos(pos) {} PackedLocId(PackedLoc pos, uint32_t block_id) : pos(pos), block_id(block_id) {} operator uint64_t() const { return (uint64_t)pos; } PackedLoc pos; uint32_t block_id; } PACKED_ATTRIBUTE; #pragma pack() static inline uint32_t block_id(PackedLocId i) { return i.block_id; } static inline uint32_t block_id(PackedLoc i) { throw std::runtime_error("Unsupported"); } struct EnumCfg { const std::vector* partition; int shape_begin, shape_end; const SeedEncoding code; const std::vector* const skip; const bool filter_masked_seeds, mask_seeds; const double seed_cut; const MaskingAlgo soft_masking; const Loc minimizer_window; const bool filter_low_complexity_seeds, mask_low_complexity_seeds; const Loc sketch_size; const std::vector* const skip_seed_positions; }; struct SeqInfo { BlockId block_id; OId oid; const char* title, * qual; Loc len; Sequence source_seq, mate_seq; };bbuchfink-diamond-6dc5717/src/search/seed_array/seed_array.cpp000066400000000000000000000022121523407312000244060ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "seed_array.h" #include "enum_seeds.h" #include "seed_array_impl.h" using std::vector; using std::fill; using std::array; namespace DISPATCH_ARCH { template char* SeedArray::alloc_buffer(const SeedHistogram&, int); template SeedArray::SeedArray(Block&, const ShapeHistogram&, const SeedPartitionRange&, int, char* buffer, const NoFilter*, const EnumCfg&); }bbuchfink-diamond-6dc5717/src/search/seed_array/seed_array.h000066400000000000000000000065401523407312000240630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "seed_histogram.h" #include "search/seed_complexity.h" #include "flags.h" #include "util/memory/alignment.h" #ifndef DISPATCH_ARCH #define DISPATCH_ARCH ARCH_GENERIC #endif #ifndef __sparc__ #pragma pack(1) #endif struct Block; namespace DISPATCH_ARCH { template struct SeedArray { static PackedLoc make_seed_loc(PackedLoc pos, uint32_t block_id, PackedLoc) { return pos; } static PackedLocId make_seed_loc(PackedLoc pos, uint32_t block_id, PackedLocId) { return PackedLocId(pos, block_id); } struct Entry { Entry() : key(), value() { } Entry(SeedOffset key, PackedLoc value) : key(key), value(value) { } Entry(SeedOffset key, PackedLoc pos, uint32_t block_id) : key(key), value(make_seed_loc(pos, block_id, SeedLoc())) {} bool operator<(const Entry& entry)const { return this->key < entry.key; } bool operator==(const Entry& entry)const { return this->key == entry.key && this->value == entry.value; } SeedOffset key; struct GetKey { uint32_t operator()(const Entry& e) const { return e.key; } }; SeedLoc value; using Key = decltype(key); using Value = decltype(value); using value_type = Entry; } PACKED_ATTRIBUTE; template SeedArray(Block &seqs, const ShapeHistogram &hst, const SeedPartitionRange &range, int seedp_bits, char *buffer, const Filter* filter, const EnumCfg& enum_cfg); template SeedArray(Block& seqs, const SeedPartitionRange& range, int seedp_bits, const Filter* filter, EnumCfg& cfg); Entry* begin(unsigned i) { if (data_) return &data_[begin_[i]]; else return entries_[i].data(); } const Entry* begin(unsigned i) const { if (data_) return &data_[begin_[i]]; else return entries_[i].data(); } size_t size(size_t i) const { if (data_) return begin_[i + 1] - begin_[i]; else { return entries_[i].size(); } } size_t size() const { if (data_) return begin_.back(); else { size_t n = 0; for (const auto& v : entries_) n += v.size(); return n; } } const Search::SeedStats& stats() const { return stats_; } //static char *alloc_buffer(const SeedHistogram &hst, int index_chunks); static char* alloc_buffer(const SeedHistogram& hst, int index_chunks) { return (char*)Util::Memory::aligned_malloc(sizeof(Entry) * hst.max_chunk_size(index_chunks), 32); //return new char[sizeof(Entry) * hst.max_chunk_size(index_chunks)]; } const int key_bits; private: Entry *data_; std::vector begin_; std::vector> entries_; Search::SeedStats stats_; }; } #pragma pack()bbuchfink-diamond-6dc5717/src/search/seed_array/seed_array_extra.cpp000066400000000000000000000110671523407312000256210ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "seed_array.h" #include "data/seed_set.h" #include "enum_seeds.h" #include "util/data_structures/deque.h" #include "seed_array_impl.h" using std::vector; using std::fill; using std::array; namespace DISPATCH_ARCH { template char* SeedArray::alloc_buffer(const SeedHistogram&, int); template SeedArray::SeedArray(Block&, const ShapeHistogram&, const SeedPartitionRange&, int, char* buffer, const SeedSet*, const EnumCfg&); template SeedArray::SeedArray(Block&, const ShapeHistogram&, const SeedPartitionRange&, int, char* buffer, const HashedSeedSet*, const EnumCfg&); template SeedArray::SeedArray(Block&, const ShapeHistogram&, const SeedPartitionRange&, int, char* buffer, const NoFilter*, const EnumCfg&); template SeedArray::SeedArray(Block&, const ShapeHistogram&, const SeedPartitionRange&, int, char* buffer, const SeedSet*, const EnumCfg&); template SeedArray::SeedArray(Block&, const ShapeHistogram&, const SeedPartitionRange&, int, char* buffer, const HashedSeedSet*, const EnumCfg&); template struct OnePassBufferedWriter { using Entry = typename SeedArray::Entry; static const unsigned BUFFER_SIZE = 16; OnePassBufferedWriter(SeedPartitionRange range, int seedp_bits) : seedp_mask(::seedp_mask(seedp_bits)), seedp_bits(seedp_bits), range_begin(range.begin()), range_size(range.size()), out(range.size()), buf(range.size()), n(range.size(), 0) { } void push(PackedSeed key, int64_t value) { const SeedPartition d = seed_partition(key, seedp_mask) - range_begin; if (d < range_size) { assert(n[d] < BUFFER_SIZE); buf[d][n[d]++] = Entry(seed_partition_offset(key, seedp_bits), value); if (n[d] == BUFFER_SIZE) flush(d); } } NO_INLINE void flush(unsigned p) { out[p].push_back(buf[p].data(), n[p]); n[p] = 0; } void flush() { for (SeedPartition p = 0; p < (SeedPartition)n.size(); ++p) if (n[p] > 0) flush(p); } const PackedSeed seedp_mask; const int seedp_bits; const SeedPartition range_begin, range_size; vector> out; vector> buf; vector n; }; template struct OnePassBuildCallback { OnePassBuildCallback(const SeedPartitionRange& range, int seedp_bits) : it(range, seedp_bits) { } bool operator()(uint64_t seed, uint64_t pos, uint32_t block_id, size_t shape) { it.push(seed, pos); return true; } void finish() { it.flush(); } OnePassBufferedWriter it; }; template template SeedArray::SeedArray(Block& seqs, const SeedPartitionRange& range, int seedp_bits, const Filter* filter, EnumCfg& enum_cfg) : key_bits(seed_bits(enum_cfg.code, seedp_bits)), data_(nullptr), entries_(range.size()) { if (enum_cfg.shape_end - enum_cfg.shape_begin > 1) throw std::runtime_error("SeedArray construction for >1 shape."); const auto seq_partition = seqs.seqs().partition(config.threads_); PtrVector> cb; cb.reserve(seq_partition.size() - 1); for (size_t i = 0; i < seq_partition.size() - 1; ++i) cb.push_back(new OnePassBuildCallback(range, seedp_bits)); enum_cfg.partition = &seq_partition; stats_ = enum_seeds(seqs, cb, filter, enum_cfg); vector counts(range.size(), 0); for (OnePassBuildCallback* p : cb) for (SeedPartition i = 0; i < range.size(); ++i) counts[i] += p->it.out[i].size(); for (SeedPartition i = 0; i < range.size(); ++i) { entries_[i].reserve(counts[i]); for (OnePassBuildCallback* p : cb) p->it.out[i].move(entries_[i]); } } template SeedArray::SeedArray(Block&, const SeedPartitionRange&, int, const HashedSeedSet*, EnumCfg&); template SeedArray::SeedArray(Block&, const SeedPartitionRange&, int, const HashedSeedSet*, EnumCfg&); } bbuchfink-diamond-6dc5717/src/search/seed_array/seed_array_impl.h000066400000000000000000000107641523407312000251070ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "seed_array.h" using std::vector; using std::array; namespace DISPATCH_ARCH { static inline int seed_bits(const SeedEncoding code, int seedp_bits) { switch (code) { case SeedEncoding::HASHED: return int(sizeof(SeedOffset) * 8); case SeedEncoding::SPACED_FACTOR: return int(ceil(shapes[0].weight_ * Reduction::get_reduction().bit_size_exact()) - seedp_bits); case SeedEncoding::CONTIGUOUS: return shapes[0].length_ * Reduction::get_reduction().bit_size() - seedp_bits; default: break; } throw std::runtime_error("Unknown seed encoding."); } template struct BufferedWriter { using Entry = typename SeedArray::Entry; static const unsigned BUFFER_SIZE = 64; struct PartitionState { uint32_t n; Entry buf[BUFFER_SIZE]; Entry* ptr; }; BufferedWriter(Entry* const* ptr, int seedp_bits, SeedPartitionRange seedp_range) : seedp_mask(::seedp_mask(seedp_bits)), seedp_bits(seedp_bits), range_begin(seedp_range.begin()), range_size(seedp_range.size()), state(seedp_range.size()) { for (SeedPartition i = 0; i < range_size; ++i) { state[i].n = 0; state[i].ptr = ptr[i]; } } void push(PackedSeed key, int64_t value, uint32_t block_id) { const SeedPartition p = seed_partition(key, seedp_mask) - range_begin; if (p < range_size) { PartitionState& s = state[p]; assert(s.n < BUFFER_SIZE); s.buf[s.n++] = Entry(seed_partition_offset(key, seedp_bits), value, block_id); if (s.n == BUFFER_SIZE) flush(s); } } NO_INLINE void flush(PartitionState& s) { memcpy(s.ptr, s.buf, (size_t)s.n * sizeof(Entry)); s.ptr += s.n; s.n = 0; } void flush() { for (auto& s : state) if (s.n > 0) flush(s); } const PackedSeed seedp_mask; const int seedp_bits; const SeedPartition range_begin, range_size; vector state; }; template struct BuildCallback { BuildCallback(const SeedPartitionRange& range, typename SeedArray::Entry* const* ptr, int seedp_bits) : it(ptr, seedp_bits, range) { } bool operator()(uint64_t seed, uint64_t pos, uint32_t block_id, size_t shape) { it.push(seed, pos, block_id); return true; } void finish() { it.flush(); } BufferedWriter it; }; template using PtrSet = std::vector::Entry*>>; template static PtrSet build_iterators(SeedArray& sa, const ShapeHistogram& hst, SeedPartitionRange range) { PtrSet iterators(hst.size()); for (auto& v : iterators) v.reserve(range.size()); for (SeedPartition i = 0; i < range.size(); ++i) iterators[0].push_back(sa.begin(i)); for (unsigned i = 1; i < hst.size(); ++i) for (SeedPartition j = range.begin(); j < range.end(); ++j) iterators[i].push_back(iterators[i - 1][j - range.begin()] + hst[i - 1][j]); return iterators; } template template SeedArray::SeedArray(Block& seqs, const ShapeHistogram& hst, const SeedPartitionRange& range, int seedp_bits, char* buffer, const Filter* filter, const EnumCfg& enum_cfg) : key_bits(seed_bits(enum_cfg.code, seedp_bits)), data_((Entry*)buffer) { if (enum_cfg.shape_end - enum_cfg.shape_begin > 1) throw std::runtime_error("SeedArray construction for >1 shape."); begin_.reserve(range.size() + 1); begin_.push_back(0); for (SeedPartition i = range.begin(); i < range.end(); ++i) begin_.push_back(begin_.back() + partition_size(hst, i)); PtrSet iterators(build_iterators(*this, hst, range)); PtrVector> cb; cb.reserve(enum_cfg.partition->size() - 1); for (size_t i = 0; i < enum_cfg.partition->size() - 1; ++i) cb.push_back(new BuildCallback(range, iterators[i].data(), seedp_bits)); stats_ = enum_seeds(seqs, cb, filter, enum_cfg); } }bbuchfink-diamond-6dc5717/src/search/seed_array/seed_histogram.cpp000066400000000000000000000054501523407312000252740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "seed_histogram.h" #include "util/algo/partition.h" #include "basic/shape_config.h" #include "data/block/block.h" #include "util/ptr_vector.h" #include "data/seed_set.h" #include "search/seed_array/enum_seeds.h" using std::vector; SeedPartitionRange current_range; SeedHistogram::SeedHistogram() { } size_t SeedHistogram::max_chunk_size(const int index_chunks) const { size_t max = 0; ::Partition p(seedp(), index_chunks); for (int shape = 0; shape < shapes.count(); ++shape) for (int chunk = 0; chunk < p.parts; ++chunk) max = std::max(max, hst_size(data_[shape], SeedPartitionRange(p.begin(chunk), p.end(chunk)))); return max; } template SeedHistogram::SeedHistogram(Block& seqs, bool serial, const Filter* filter, EnumCfg& enum_cfg, int seedp_bits) : p_(seqs.seqs().partition(config.threads_)), data_(shapes.count(), ShapeHistogram(p_.size() - 1, vector(seedp_count(seedp_bits), 0))) { struct Callback { Callback(size_t seqp, int seedp_bits, vector& data): seedp_mask(::seedp_mask(seedp_bits)) { for (int s = 0; s < shapes.count(); ++s) ptr.push_back(data[s][seqp].data()); } bool operator()(PackedSeed seed, uint64_t pos, uint32_t block_id, size_t shape) { ++ptr[shape][seed_partition(seed, seedp_mask)]; return true; } void finish() const { } const PackedSeed seedp_mask; vector ptr; }; PtrVector cb; for (size_t i = 0; i < p_.size() - 1; ++i) cb.push_back(new Callback(i, seedp_bits, data_)); enum_cfg.partition = &p_; if (serial) for (int s = 0; s < shapes.count(); ++s) { enum_cfg.shape_begin = s; enum_cfg.shape_end = s + 1; enum_seeds(seqs, cb, filter, enum_cfg); } else { enum_cfg.shape_begin = 0; enum_cfg.shape_end = shapes.count(); enum_seeds(seqs, cb, filter, enum_cfg); } } template SeedHistogram::SeedHistogram(Block&, bool, const NoFilter*, EnumCfg&, int); template SeedHistogram::SeedHistogram(Block&, bool, const SeedSet*, EnumCfg&, int); template SeedHistogram::SeedHistogram(Block&, bool, const HashedSeedSet*, EnumCfg&, int);bbuchfink-diamond-6dc5717/src/search/seed_array/seed_histogram.h000066400000000000000000000045201523407312000247360ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "flags.h" #include "basic/seed.h" using ShapeHistogram = std::vector>; struct SeedPartitionRange { SeedPartitionRange(): begin_ (0), end_ (0) { } SeedPartitionRange(SeedPartition begin, SeedPartition end): begin_ (begin), end_ (end) { } bool contains(SeedPartition i) const { return i >= begin_ && i < end_; } SeedPartition begin() const { return begin_; } SeedPartition end() const { return end_; } bool lower(SeedPartition i) const { return i < begin_; } bool lower_or_equal(SeedPartition i) const { return i < end_; } SeedPartition size() const { return end_ - begin_; } private: SeedPartition begin_, end_; }; extern SeedPartitionRange current_range; inline size_t partition_size(const ShapeHistogram &hst, size_t p) { size_t s = 0; for (size_t i = 0; i < hst.size(); ++i) s += hst[i][p]; return s; } inline size_t hst_size(const ShapeHistogram &hst, const SeedPartitionRange &range) { size_t s = 0; for (SeedPartition i = range.begin(); i < range.end(); ++i) s += partition_size(hst, i); return s; } struct Block; struct SeedHistogram { SeedHistogram(); template SeedHistogram(Block& seqs, bool serial, const Filter* filter, EnumCfg& enum_cfg, int seedp_bits); const ShapeHistogram& get(unsigned sid) const { return data_[sid]; } size_t max_chunk_size(const int index_chunks) const; const std::vector& partition() const { return p_; } int seedp() const { return (int)data_.front().front().size(); } private: std::vector p_; std::vector data_; };bbuchfink-diamond-6dc5717/src/search/seed_array/seed_iterator.h000066400000000000000000000137261523407312000246020ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/shape.h" #include "basic/sequence.h" #include "util/hash_function.h" template struct SeedIterator { SeedIterator(It begin, It end, const Shape& sh): ptr_ (begin), end_ (end - sh.length_ + 1) {} bool good() const { return ptr_ < end_; } bool get(uint64_t &seed, const Shape &sh) { return sh.set_seed_reduced(seed, ptr_++); } SeedIterator& operator++() { ptr_++; return *this; } private: It ptr_; const It end_; }; template struct MinimizerIterator { MinimizerIterator(It begin, It end, const Shape& sh, Loc window) : ptr_(begin), begin_(begin), end_(end - sh.length_ + 1), window_(window), sh_(sh) { next(); if (good()) min_idx_ = get(); } bool good() const { return (Loc)seeds_.size() == window_; } uint64_t operator*() const { return seeds_[min_idx_]; } MinimizerIterator& operator++() { int m = 0; const uint64_t current = **this; do { seeds_.pop_front(); hashes_.pop_front(); pos_.pop_front(); next(); } while (good() && seeds_[m = get()] == current); min_idx_ = m; return *this; } Loc pos() const { return pos_[min_idx_]; } private: void next() { while ((Loc)seeds_.size() < window_ && ptr_ < end_) { uint64_t s; if (sh_.set_seed_reduced(s, ptr_)) { seeds_.push_back(s); hashes_.push_back(MurmurHash()(s)); pos_.push_back(Loc(ptr_ - begin_)); } ++ptr_; } } int get() const { std::deque::const_iterator i = hashes_.begin(), j = i; uint64_t s = *i++; while (i < hashes_.end()) { if (*i < s) { s = *i; j = i; } ++i; } return int(j - hashes_.begin()); } It ptr_, begin_, end_; std::deque seeds_, hashes_; std::deque pos_; const Loc window_; const Shape& sh_; int min_idx_; }; struct SketchIterator { template SketchIterator(It begin, It end, const Shape& sh, Loc n) { std::vector v; v.reserve((end - begin) - sh.length_ + 1); const It end2 = end - sh.length_ + 1; uint64_t s; for (It p = begin; p < end2; ++p) if (sh.set_seed_reduced(s, p)) v.emplace_back(s, MurmurHash()(s), Loc(p - begin)); std::sort(v.begin(), v.end()); data_.insert(data_.end(), v.begin(), v.begin() + std::min(n, (Loc)v.size())); it_ = data_.begin(); } bool good() const { return it_ < data_.end(); } uint64_t operator*() const { return it_->seed; } Loc pos() const { return it_->pos; } SketchIterator& operator++() { ++it_; return *this; } private: struct Kmer { Kmer(uint64_t seed, uint64_t hash, Loc pos) : seed(seed), hash(hash), pos(pos) {} uint64_t seed, hash; Loc pos; bool operator<(const Kmer& k) const { if (hash != k.hash) return hash < k.hash; return pos < k.pos; } }; std::vector data_; std::vector::const_iterator it_; }; template struct HashedSeedIterator { HashedSeedIterator(Letter* seq, Loc len, const Shape &sh): long_mask(sh.long_mask()), ptr_(seq), end_(ptr_ + len), last_(0) { for (int i = 0; i < sh.length_ && ptr_ < end_; ++i) last_ = (last_ << B) | Reduction::get_reduction()(letter_mask(*(ptr_++))); } bool good() const { return ptr_ <= end_; } uint64_t operator*() const { return MurmurHash()(last_ & long_mask); } HashedSeedIterator& operator++() { while (ptr_ < end_) { last_ <<= B; const Letter l = letter_mask(*(ptr_++)); if (!is_amino_acid(l)) continue; last_ |= Reduction::get_reduction()(l); return *this; } ++ptr_; return *this; } Letter* seq_ptr(const Shape& sh) const { return ptr_ - sh.length_; } private: const uint64_t long_mask; Letter *ptr_, *end_; uint64_t last_; }; struct FilterMaskedSeeds { }; template struct ContiguousSeedIterator { ContiguousSeedIterator(const Sequence &seq) : ptr_(seq.data()), end_(ptr_ + seq.length()), last_(0) { for (int i = 0; i < L - 1; ++i) last_ = (last_ << B) | Reduction::get_reduction()(letter_mask(*(ptr_++))); } bool good() const { return ptr_ < end_; } bool get(uint64_t &seed) { for (;;) { last_ <<= B; last_ &= (uint64_t(1) << (B*L)) - 1; const Letter l = letter_mask(*(ptr_++)); last_ |= Reduction::get_reduction()(l); seed = last_; return true; } } static int length() { return L; } private: const Letter *ptr_, *end_; uint64_t last_; unsigned mask_; }; template struct ContiguousSeedIterator { ContiguousSeedIterator(const Sequence &seq) : ptr_(seq.data()), end_(ptr_ + seq.length()), last_(0), mask_(0) { for (int i = 0; i < L - 1; ++i) { const Letter l = letter_mask(*(ptr_++)); last_ = (last_ << B) | Reduction::get_reduction()(l); if (!is_amino_acid(l)) mask_ |= 1; mask_ <<= 1; } } bool good() const { return ptr_ < end_; } bool get(uint64_t &seed) { for (;;) { last_ <<= B; last_ &= (uint64_t(1) << (B*L)) - 1; mask_ <<= 1; mask_ &= (1 << L) - 1; const Letter l = letter_mask(*(ptr_++)); const unsigned r = Reduction::get_reduction()(l); last_ |= r; seed = last_; if (!is_amino_acid(l)) mask_ |= 1; return mask_ == 0; } } static int length() { return L; } private: const Letter *ptr_, *end_; uint64_t last_; unsigned mask_; };bbuchfink-diamond-6dc5717/src/search/seed_complexity.cpp000066400000000000000000000105041523407312000233520ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "seed_complexity.h" #include "data/block/block.h" #include "util/algo/join_result.h" #include "util/string/string.h" #include "util/log_stream.h" using std::array; using std::vector; using std::endl; using std::atomic; extern double lnfact[]; std::unordered_set soft_mask; bool Search::seed_is_complex(const Letter* seq, const Shape& shape, const double cut) { array count; count.fill(0); for (int i = 0; i < shape.weight_; ++i) { const Letter l = letter_mask(seq[shape.positions_[i]]); if (l >= TRUE_AA) return false; ++count[Reduction::get_reduction()(l)]; } double entropy = lnfact[shape.weight_]; for (unsigned i = 0; i < Reduction::get_reduction().size(); ++i) entropy -= lnfact[count[i]]; return entropy >= cut; } bool Search::seed_is_complex_unreduced(Letter* seq, const Shape& shape, const double cut, const bool mask_seeds, SeedStats& stats) { array count; count.fill(0); for (int i = 0; i < shape.weight_; ++i) { const Letter l = letter_mask(seq[shape.positions_[i]]); if (l >= TRUE_AA) { if (mask_seeds) *seq |= SEED_MASK; return false; } ++count[(int)l]; } ++stats.good_seed_positions; double entropy = lnfact[shape.weight_]; for (unsigned i = 0; i < TRUE_AA; ++i) entropy -= lnfact[count[i]]; if (entropy < cut) { if (mask_seeds) *seq |= SEED_MASK; ++stats.low_complexity_seeds; return false; } return true; } template void Search::mask_seeds(const Shape& shape, const SeedPartitionRange& range, DoubleArray* query_seed_hits, DoubleArray* ref_seed_hits, Search::Config& cfg) { if (cfg.seed_encoding != SeedEncoding::SPACED_FACTOR) return; TaskTimer timer("Masking low complexity seeds"); SequenceSet& query_seqs = cfg.query->seqs(); atomic rel_seedp(0); std::atomic_size_t seed_count(0), masked_seed_count(0), query_count(0), target_count(0); const double cut = cfg.seed_complexity_cut; const SeedPartition partition_count = range.size(); auto worker = [&] { SeedPartition p; size_t sc(0), msc(0), qc(0), tc(0); while ((p = rel_seedp.fetch_add(1, std::memory_order_relaxed)) < partition_count) { for (auto it = JoinIterator(query_seed_hits[p].begin(), ref_seed_hits[p].begin()); it;) { ++sc; const Range query_hits = *it.r; const Letter* seq = query_seqs.data(*query_hits.begin()); if (!seed_is_complex(seq, shape, cut)) { ++msc; qc += it.r->size(); tc += it.s->size(); for (SeedLoc* i = query_hits.begin(); i < query_hits.end(); ++i) { Letter* p = query_seqs.data(*i); *p |= SEED_MASK; } it.erase(); } else ++it; } } seed_count += sc; masked_seed_count += msc; query_count += qc; target_count += tc; }; vector threads; for (int i = 0; i < config.threads_; ++i) threads.emplace_back(worker); for (auto& i : threads) i.join(); timer.finish(); *log_stream << "Masked seeds: " << Util::String::ratio_percentage(masked_seed_count, seed_count) << endl; *log_stream << "Masked positions (query): " << Util::String::ratio_percentage(query_count, query_seqs.letters()) << endl; *log_stream << "Masked positions (target): " << Util::String::ratio_percentage(target_count, cfg.target->seqs().letters()) << endl; } template void Search::mask_seeds(const Shape&, const SeedPartitionRange&, DoubleArray*, DoubleArray*, Search::Config&); template void Search::mask_seeds(const Shape&, const SeedPartitionRange&, DoubleArray*, DoubleArray*, Search::Config&);bbuchfink-diamond-6dc5717/src/search/seed_complexity.h000066400000000000000000000027251523407312000230250ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/value.h" #include "basic/shape.h" #include "util/data_structures/double_array.h" #include "run/config.h" #include "search/seed_array/seed_histogram.h" namespace Search { struct SeedStats { SeedStats(): good_seed_positions(0), low_complexity_seeds(0) {} size_t good_seed_positions, low_complexity_seeds; }; bool seed_is_complex(const Letter* seq, const Shape& shape, const double cut); bool seed_is_complex_unreduced(Letter* seq, const Shape& shape, const double cut, const bool mask_seeds, SeedStats& stats); template void mask_seeds(const Shape& shape, const SeedPartitionRange& range, DoubleArray* query_seed_hits, DoubleArray* ref_seed_hits, Search::Config& cfg); }bbuchfink-diamond-6dc5717/src/search/setup.cpp000066400000000000000000000443751523407312000213320ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "basic/config.h" #include "search.h" #include "util/math/integer.h" #include "util/math/math.h" #include "masking/def.h" #include "basic/shape_config.h" #include "align/def.h" #include "align/extend.h" using std::vector; using std::endl; using std::map; using std::string; using std::prev; using std::max; using std::runtime_error; namespace Search { const double SINGLE_INDEXED_SEED_SPACE_MAX_COVERAGE = 0.15; const map sensitivity_traits = { {{ Sensitivity::FASTER, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 0, // ungapped_evalue 0, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 0.9, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 21, // sketch_size 4, // keyword_length 12 // keyword_threshold }}, { Sensitivity::FAST, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 0, // ungapped_evalue 0, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 0.9, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 4, // keyword_length 12 // keyword_threshold }}, { Sensitivity::SHAPES6x10, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 0, // ungapped_evalue 0, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 0.9, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 4, // keyword_length 12 // keyword_threshold }}, { Sensitivity::SHAPES30x10, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 0, // ungapped_evalue 0, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 0.9, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 4, // keyword_length 12 // keyword_threshold }}, { Sensitivity::DEFAULT, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 10000, // ungapped_evalue 10000, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins "111111", // contiguous_seed 0.8, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 3, // keyword_length 8.4 // keyword_threshold }}, { Sensitivity::LINCLUST_40, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 0, // ungapped_evalue 0, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 0.9, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 4, // keyword_length 12 // keyword_threshold }}, { Sensitivity::LINCLUST_20, { true, // support_query_indexed true, // motif_masking 50.0, // freq_sd 11, // min_identities 0, // ungapped_evalue 0, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 0.9, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 4, // keyword_length 12 // keyword_threshold }}, { Sensitivity::MID_SENSITIVE, { true, // support_query_indexed true, // motif_masking 20.0, // freq_sd 11, // min_identities 10000, // ungapped_evalue 10000, // ungapped_evalue_short 0, // gapped_filter_evalue 4, // index_chunks 16, // query_bins nullptr, // contiguous_seed 1.0, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 3, // keyword_length 8.4 // keyword_threshold }}, { Sensitivity::SENSITIVE, { true, // support_query_indexed true, // motif_masking 20.0, // freq_sd 11, // min_identities 10000, // ungapped_evalue 10000, // ungapped_evalue_short 1, // gapped_filter_evalue 4, // index_chunks 16, // query_bins "11111", // contiguous_seed 1.0, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 3, // keyword_length 8.4 // keyword_threshold }}, { Sensitivity::MORE_SENSITIVE, { true, // support_query_indexed false, // motif_masking 200.0, // freq_sd 11, // min_identities 10000, // ungapped_evalue 10000, // ungapped_evalue_short 1, // gapped_filter_evalue 4, // index_chunks 16, // query_bins "11111", // contiguous_seed 1.0, // seed_cut 2.0, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 3, // keyword_length 8.4 // keyword_threshold }}, { Sensitivity::VERY_SENSITIVE, { true, // support_query_indexed false, // motif_masking 15.0, // freq_sd 9, // min_identities 100000, // ungapped_evalue 30000, // ungapped_evalue_short 1, // gapped_filter_evalue 1, // index_chunks 16, // query_bins nullptr, // contiguous_seed 1.0, // seed_cut 0.4, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 3, // keyword_length 8.4 // keyword_threshold }}, { Sensitivity::ULTRA_SENSITIVE, { true, // support_query_indexed false, // motif_masking 20.0, // freq_sd 9, // min_identities 300000, // ungapped_evalue 30000, // ungapped_evalue_short 1, // gapped_filter_evalue 1, // index_chunks 64, // query_bins nullptr, // contiguous_seed 1.0, // seed_cut 0.4, // default_block_size murphy10, // reduction 0, // minimizer_window 0, // sketch_size 3, // keyword_length 8.4 // keyword_threshold }}, } }; const map> iterated_sens{ { Sensitivity::FASTER, { }}, { Sensitivity::FAST, { {Sensitivity::FAST, true} }}, { Sensitivity::DEFAULT, { {Sensitivity::FAST, true}, { Sensitivity::LINCLUST_40, true }}}, { Sensitivity::LINCLUST_40, { {Sensitivity::FAST, true}, {Sensitivity::LINCLUST_40, true} }}, { Sensitivity::LINCLUST_20, { {Sensitivity::FAST, true}, {Sensitivity::LINCLUST_20, true} }}, { Sensitivity::SHAPES30x10, { {Sensitivity::FAST, true}, {Sensitivity::SHAPES30x10, true} }}, { Sensitivity::MID_SENSITIVE, { {Sensitivity::FAST, true}, { Sensitivity::LINCLUST_40, true }, Sensitivity::DEFAULT}}, { Sensitivity::SENSITIVE, { {Sensitivity::FAST, true}, { Sensitivity::LINCLUST_20, true }, Sensitivity::DEFAULT}}, { Sensitivity::MORE_SENSITIVE, { {Sensitivity::FAST, true}, { Sensitivity::LINCLUST_20, true }, Sensitivity::DEFAULT}}, { Sensitivity::VERY_SENSITIVE, { {Sensitivity::FAST, true}, { Sensitivity::LINCLUST_20, true }, Sensitivity::DEFAULT, Sensitivity::MORE_SENSITIVE}}, { Sensitivity::ULTRA_SENSITIVE, { {Sensitivity::FAST, true}, { Sensitivity::LINCLUST_20, true }, Sensitivity::DEFAULT, Sensitivity::MORE_SENSITIVE}} }; const map approx_id_to_hamming_id { { 50.0, 20 }, { 90.0, 30 } }; static unsigned hamming_id_cutoff(double approx_id) { const auto it = approx_id_to_hamming_id.upper_bound(approx_id); return it == approx_id_to_hamming_id.begin() ? 0 : prev(it)->second; } const map> shape_codes ={ {{Sensitivity::DEFAULT, { "111101110111", "111011010010111" }}, // 2x10 iedera {Sensitivity::SENSITIVE, { "1011110111", "110100100010111", "11001011111", "101110001111", "11011101100001", "1111010010101", "111001001001011", "10101001101011", "111101010011", "1111000010000111", "1100011011011", "1101010000011011", "1110001010101001", "110011000110011", "11011010001101", "1101001100010011" }}, // 16x8 iedera {Sensitivity::MORE_SENSITIVE, { "1011110111", "110100100010111", "11001011111", "101110001111", "11011101100001", "1111010010101", "111001001001011", "10101001101011", "111101010011", "1111000010000111", "1100011011011", "1101010000011011", "1110001010101001", "110011000110011", "11011010001101", "1101001100010011" }}, // 16x8 iedera {Sensitivity::VERY_SENSITIVE, { "11101111", "110110111", "111111001", "1010111011", "11110001011", "110100101011", "110110001101", "1010101000111", "1100101001011", "1101010101001", "1110010010011", "110110000010011", "111001000100011", "1101000100010011", }}, // 14x7 { Sensitivity::ULTRA_SENSITIVE, { "1111111", "11101111", "110011111", "110110111", "111111001", "1010111011", "1011110101", "1111000111", "10011110011", "10101101101", "10111010101", "11001010111", "11001100111", "11010101101", "11110001011", "100111010011", "101100110101", "101110000111", "110100101011", "110110001101", "111000110011", "1010001011011", "1010101000111", "1010110100011", "1100100110011", "1100101001011", "1101001100101", "1101010101001", "1110001010101", "1110010010011", "10100001101101", "11000100010111", "11010000100111", "11010100110001", "11101000011001", "11110000001101", "11110100000011", "101001000001111", "110000100101011", "110010010000111", "110101100001001", "110110000010011", "111001000100011", "111100000100101", "1000110010010101", "1001000100101101", "1001000110011001", "1010001001001011", "1010001010010011", "1010010001010101", "1010010100010011", "1010010101001001", "1010100000101011", "1010100011000101", "1011000010001011", "1100010000111001", "1100010010001011", "1100100001001011", "1100100100100011", "1100110000001101", "1101000100010011", "1101000110000101", "1110000001010011", "1110100000010101", // 64x7 }}, { Sensitivity::MID_SENSITIVE, { "11110110111", "1101100111101", "1110010101111", "11010101100111", "11101110001011", "1110100100010111", "1101000011010111", "1110011000011011" }}, // 8x9 { Sensitivity::FAST, { "1101110101101111" } }, { Sensitivity::FASTER, { "1101110101101111" } }, { Sensitivity::SHAPES6x10, { "10111111111", "111110110111", "1101110111011", "111111101011", "1111011110011", "111111100100011" } }, { Sensitivity::SHAPES30x10, { "10111111111", "111110110111", "1101110111011", "111111101011", "1111011110011", "111111100100011", "110111010011011", "1111100110010011", "11101100111101", "111011011010101", "11011010101111", "11111110000010011", "11011001100110011", "101011100011111", "111011111101", "111110101100101", "1111010101001011", "11100111011001001", "1110110001111001", "110111011000010011", "11001100101100111", "11111000000111101", "11011110011010001", "110101101010011001", "111010111000010101", "1111101000100010011", "11010100100111011", "101001111100111", "101110010001010111", "11001101001011011" } }, { Sensitivity::LINCLUST_20, { "111111111111", "1111111011111", "1111110111111", "11111111010111", "11011101111111", "11111011110111", "11110011111111", "11101111101111", "11110111111011", "110111110110111", "111101111011011", "111101100111111", "111010111110111", "111101011101111", "111110110011111", "111011101011111", "111111010011111", "111111001111011", "111110101101111", "111011110101111", "1110101110011111", "1111100110110111", "1110111001101111", "1111110010101111", "1111001010111111", "1110101101110111", "1110110111001111", "1110110101110111", "1111010101101111", "1111011011010111" } }, { Sensitivity::LINCLUST_40, { "111111111111", "1111111011111", "1111110111111", "11111111010111", "11011101111111", "11111011110111", "11110011111111", "11101111101111", "11110111111011", "110111110110111", "111101111011011", "111101100111111", "111010111110111", "111101011101111", "111110110011111" } } } }; int seedp_bits(int shape_weight, int threads, int index_chunks) { return max(max(bit_length(power((int64_t)Reduction::get_reduction().size(), (int64_t)shape_weight) - 1) - (int)sizeof(SeedOffset) * 8, bit_length((int64_t)threads * 4 * index_chunks - 1)), 8); } bool use_single_indexed(double coverage, size_t query_letters, size_t ref_letters) { if (coverage >= SINGLE_INDEXED_SEED_SPACE_MAX_COVERAGE) return false; if (config.sensitivity >= Sensitivity::SENSITIVE) { return query_letters < 300000llu && query_letters * 20000llu < ref_letters; } else return query_letters < 3000000llu && query_letters * 2000llu < ref_letters; } MaskingAlgo soft_masking_algo(const SensitivityTraits& traits) { if (config.motif_masking.empty()) return (!config.swipe_all && !config.freq_masking && traits.motif_masking) ? MaskingAlgo::MOTIF : MaskingAlgo::NONE; else { if (config.motif_masking == "0") return MaskingAlgo::NONE; else if (config.motif_masking == "1") { if (config.swipe_all) throw runtime_error("Soft masking is not supported for --swipe."); return MaskingAlgo::MOTIF; } else throw runtime_error("Permitted values for --motif-masking: 0, 1"); } } void setup_search(Sensitivity sens, Search::Config& cfg) { const SensitivityTraits& traits = sensitivity_traits.at(sens); config.sensitivity = sens; ::Config::set_option(cfg.freq_sd, config.freq_sd_, 0.0, traits.freq_sd); ::Config::set_option(cfg.hamming_filter_id, config.min_identities_, 0u, max(traits.min_identities, hamming_id_cutoff(config.approx_min_id.get(0.0)))); ::Config::set_option(cfg.ungapped_evalue, config.ungapped_evalue_, -1.0, traits.ungapped_evalue); ::Config::set_option(cfg.ungapped_evalue_short, config.ungapped_evalue_short_, -1.0, traits.ungapped_evalue_short); ::Config::set_option(cfg.gapped_filter_evalue, config.gapped_filter_evalue_, -1.0, traits.gapped_filter_evalue); if (config.query_bins.present()) cfg.query_bins = (unsigned)config.query_bins.get_present(); else cfg.query_bins = std::max((unsigned)std::round((double)config.threads_ / 8), traits.query_bins); ::Config::set_option(cfg.minimizer_window, config.minimizer_window_, 0, traits.minimizer_window); ::Config::set_option(cfg.sketch_size, config.sketch_size, 0, traits.sketch_size); cfg.keyword_length = traits.keyword_length; ::Config::set_option(cfg.keyword_threshold, config.word_threshold, 0.0, traits.keyword_threshold); if (config.algo == ::Config::Algo::CTG_SEED) { if (!traits.contiguous_seed) throw runtime_error("Contiguous seed mode is not supported for this sensitivity setting."); if (sens == Sensitivity::DEFAULT) Reduction::set_reduction("KR EQ D N C G H F Y IV LM W P S T A"); ::shapes = ShapeConfig({ traits.contiguous_seed }, 0); } else ::shapes = ShapeConfig(config.shape_mask.empty() ? shape_codes.at(sens) : config.shape_mask, config.shapes); Reduction::set_reduction(traits.reduction); if ((cfg.lin_stage1_target || config.lin_stage1_query) && shapes[0].weight_ < 10) throw runtime_error("Linearization is only supported for seed shapes of weight >= 10."); config.gapped_filter_diag_score = score_matrix.rawscore(config.gapped_filter_diag_bit_score); const double seed_cut = config.seed_cut_ == 0.0 ? traits.seed_cut : config.seed_cut_; cfg.seed_complexity_cut = seed_cut * Math::log(2.0) * ::shapes[0].weight_; cfg.soft_masking = soft_masking_algo(traits); if (!config.soft_masking.empty()) cfg.soft_masking |= from_string(config.soft_masking); cfg.cutoff_table = Util::Scores::CutoffTable { cfg.ungapped_evalue }; cfg.cutoff_table_short = Util::Scores::CutoffTable { cfg.ungapped_evalue_short }; if (config.extension_mode.empty()) { if (config.global_ranking_targets || config.swipe_all) cfg.extension_mode = Extension::Mode::FULL; else cfg.extension_mode = Extension::default_ext_mode.at(sens); } else { cfg.extension_mode = from_string(config.extension_mode); if (cfg.extension_mode != Extension::Mode::FULL) { if (config.global_ranking_targets) throw runtime_error("Global ranking only supports full matrix extension."); if (config.swipe_all) throw runtime_error("--swipe only supports full matrix extension."); } } if (cfg.extension_mode == Extension::Mode::FULL) { if (config.frame_shift > 0) throw runtime_error("Frameshift alignment does not support full matrix extension."); if (config.anchored_swipe) throw runtime_error("Anchored swipe does not support full matrix extension."); } if(!config.aln_out.empty() && config.parallel_tmpdir.empty()) throw runtime_error("Alignment output to file is not supported without --parallel-tmpdir."); } }bbuchfink-diamond-6dc5717/src/search/sse_dist.h000066400000000000000000000132541523407312000214440ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/reduction.h" #include "basic/value.h" #include "util/simd.h" #ifdef __SSSE3__ static inline __m128i reduce_seq_ssse3(const Letter *seq, const Letter* map) { const __m128i *row = reinterpret_cast(map); __m128i s = _mm_loadu_si128((const __m128i*)seq); #ifdef SEQ_MASK s = letter_mask(s); #endif __m128i high_mask = _mm_slli_epi16(_mm_and_si128(s, _mm_set1_epi8('\x10')), 3); __m128i seq_low = _mm_or_si128(s, high_mask); __m128i seq_high = _mm_or_si128(s, _mm_xor_si128(high_mask, _mm_set1_epi8('\x80'))); __m128i r1 = _mm_loadu_si128(row); __m128i r2 = _mm_loadu_si128(row+1); __m128i s1 = _mm_shuffle_epi8(r1, seq_low); __m128i s2 = _mm_shuffle_epi8(r2, seq_high); return _mm_or_si128(s1, s2); } #endif #if defined(__SSE2__) static inline __m128i reduce_seq_generic(const Letter *seq, const Letter *map) { alignas(16) uint8_t d[16]; for (unsigned i = 0; i < 16; ++i) d[i] = map[(long)letter_mask(*(seq++))]; return _mm_load_si128((const __m128i*)d); } static inline __m128i reduce_seq(const Letter *seq, const Letter *map) { #ifdef __SSSE3__ return reduce_seq_ssse3(seq, map); #else return reduce_seq_generic(seq, map); #endif } #elif defined(__ARM_NEON) #ifdef __aarch64__ static inline int8x16_t reduce_seq_aarch64(const Letter *seq, const Letter* map) { int8x16_t s = vld1q_s8(seq); #ifdef SEQ_MASK s = letter_mask(s); #endif int8x16_t high_mask = vreinterpretq_s8_s16(vshlq_n_s16(vreinterpretq_s16_s8(vandq_s8(s, vdupq_n_s8('\x10'))), 3)); uint8x16_t seq_low = vreinterpretq_u8_s8(vorrq_s8(s, high_mask)); uint8x16_t seq_high = vreinterpretq_u8_s8(vorrq_s8(s, veorq_s8(high_mask, vdupq_n_s8('\x80')))); int8x16_t r1 = vld1q_s8(map); int8x16_t s1 = vqtbl1q_s8(r1, vandq_u8(seq_low, vdupq_n_u8(0x8F))); int8x16_t r2 = vld1q_s8(map+16); int8x16_t s2 = vqtbl1q_s8(r2, vandq_u8(seq_high, vdupq_n_u8(0x8F))); return vorrq_s8(s1, s2); } #endif static inline int8x16_t reduce_seq_generic(const Letter *seq, const Letter *map) { alignas(16) uint8_t d[16]; for (unsigned i = 0; i < 16; ++i) d[i] = map[(long)letter_mask(*(seq++))]; return vreinterpretq_s8_u8(vld1q_u8(d)); } static inline int8x16_t reduce_seq(const Letter *seq, const Letter *map) { #ifdef __aarch64__ return reduce_seq_aarch64(seq, map); #else return reduce_seq_generic(seq, map); #endif } #endif static inline unsigned match_block_reduced(const Letter *x, const Letter *y) { #if defined(__SSE2__) const __m128i r1 = reduce_seq(x, Reduction::get_reduction().map8()); const __m128i r2 = reduce_seq(y, Reduction::get_reduction().map8b()); return _mm_movemask_epi8(_mm_cmpeq_epi8(r1, r2)); #elif defined(__ARM_NEON) const int8x16_t r1 = reduce_seq(x, Reduction::get_reduction().map8()); const int8x16_t r2 = reduce_seq(y, Reduction::get_reduction().map8b()); return vmaskq_s8(vreinterpretq_s8_u8(vceqq_s8(r1, r2))); #else unsigned r = 0; for (int i = 15; i >= 0; --i) { r <<= 1; const Letter lx = letter_mask(x[i]), ly = letter_mask(y[i]); if (!is_amino_acid(lx) || !is_amino_acid(ly)) continue; if (Reduction::get_reduction()(lx) == Reduction::get_reduction()(ly)) r |= 1; } return r; #endif } static inline uint64_t reduced_match32(const Letter* q, const Letter* s, unsigned len) { uint64_t x = match_block_reduced(q + 16, s + 16) << 16 | match_block_reduced(q, s); if (len < 32) x &= (1 << len) - 1; return x; } static inline uint64_t reduced_match(const Letter* q, const Letter* s, int len) { assert(len <= 64); if (len < 64) { const uint64_t mask = (1llu << len) - 1; uint64_t m = match_block_reduced(q, s); if (len <= 16) return m & mask; m |= (uint64_t)match_block_reduced(q + 16, s + 16) << 16; if (len <= 32) return m & mask; m |= (uint64_t)match_block_reduced(q + 32, s + 32) << 32; if (len <= 48) return m & mask; m |= (uint64_t)match_block_reduced(q + 48, s + 48) << 48; return m & mask; } else return (uint64_t)match_block_reduced(q, s) | ((uint64_t)match_block_reduced(q + 16, s + 16) << 16) | ((uint64_t)match_block_reduced(q + 32, s + 32) << 32) | ((uint64_t)match_block_reduced(q + 48, s + 48) << 48); } static inline uint64_t seed_mask(const Letter* s, int len) { #if defined(__SSE2__) assert(len <= 64); uint64_t mask = 0; const __m128i m = _mm_set1_epi8(SEED_MASK); for (int i = 0; i < len; i += 16) { const __m128i mask_bits = _mm_and_si128(_mm_loadu_si128((const __m128i*)s), m); mask |= (uint64_t)_mm_movemask_epi8(mask_bits) << i; s += 16; } if (len < 64) mask &= (1llu << len) - 1; return mask; #elif defined(__ARM_NEON) assert(len <= 64); uint64_t mask = 0; const int8x16_t m = vreinterpretq_s8_u8(vdupq_n_u8(SEED_MASK)); for (int i = 0; i < len; i += 16) { const int8x16_t mask_bits = vandq_s8(vld1q_s8(s), m); mask |= (uint64_t) vmaskq_s8(mask_bits) << i; s += 16; } if (len < 64) mask &= (1llu << len) - 1; return mask; #else uint64_t mask = 0; for (int i = 0; i < len; ++i) { if ((s[i] & SEED_MASK) != 0) mask |= 1llu << i; } return mask; #endif } bbuchfink-diamond-6dc5717/src/search/stage0.cpp000066400000000000000000000235611523407312000213470ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "search.h" #include "search/seed_array/seed_array.h" #include "data/frequent_seeds.h" #include "util/data_structures/double_array.h" #include "util/system/system.h" #include "util/data_structures/deque.h" #include "search/hit_buffer.h" #include "basic/seed.h" #include "seed_complexity.h" #include "util/algo/partition.h" #include "data/block/block.h" #include "basic/shape_config.h" #include "data/queries.h" #include "util/algo/radix_cluster.h" #include "util/algo/hash_join.h" #include "util/log_stream.h" #include "util/parallel/simple_thread_pool.h" #include "util/simd/dispatch.h" using std::vector; using std::atomic; using std::endl; using std::unique_ptr; using Search::Hit; using std::thread; using std::runtime_error; namespace Search { namespace DISPATCH_ARCH { using ::DISPATCH_ARCH::SeedArray; void run_stage1(JoinIterator& it, Search::WorkSet* work_set, const Search::Config* cfg); void run_stage1(JoinIterator& it, Search::WorkSet* work_set, const Search::Config* cfg); template static void seed_join_worker( SeedArray *query_seeds, SeedArray *ref_seeds, atomic *seedp, SeedPartition partition_count, DoubleArray *query_seed_hits, DoubleArray *ref_seeds_hits) { SeedPartition p; const int bits = query_seeds->key_bits; if (bits != ref_seeds->key_bits) throw runtime_error("Joining seed arrays with different key lengths."); while ((p = seedp->fetch_add(1, std::memory_order_relaxed)) < partition_count) { std::pair, DoubleArray> join = hash_join( Relation::Entry>(query_seeds->begin(p), query_seeds->size(p)), Relation::Entry>(ref_seeds->begin(p), ref_seeds->size(p)), bits); query_seed_hits[p] = join.first; ref_seeds_hits[p] = join.second; } } template static void search_worker(const std::atomic& stop, atomic *seedp, SeedPartition partition_count, unsigned shape, size_t thread_id, DoubleArray *query_seed_hits, DoubleArray *ref_seed_hits, const Search::Context *context, const Search::Config* cfg) { using GRB = AsyncWriter; unique_ptr writer; unique_ptr grb; if (config.global_ranking_targets) grb.reset(new GRB(*cfg->global_ranking_buffer)); else writer.reset(new HitBuffer::Writer(*cfg->seed_hit_buf, thread_id)); unique_ptr work_set(new Search::WorkSet(*context, *cfg, shape, writer.get(), grb.get(), context->kmer_ranking)); SeedPartition p; while (!stop && (p = seedp->fetch_add(1, std::memory_order_relaxed)) < partition_count) { auto it = JoinIterator(query_seed_hits[p].begin(), ref_seed_hits[p].begin()); DISPATCH_ARCH::run_stage1(it, work_set.get(), cfg); } writer.reset(); statistics += work_set->stats; } template void search_shape(int sid, int query_block, unsigned query_iteration, char *query_buffer, char *ref_buffer, Search::Config& cfg, const HashedSeedSet* target_seeds) { using SA = SeedArray; Partition p((SeedPartition)seedp_count(cfg.seedp_bits), cfg.index_chunks); log_rss(); SequenceSet& ref_seqs = cfg.target->seqs(), &query_seqs = cfg.query->seqs(); const SeedHistogram& ref_hst = cfg.target->hst(), query_hst = cfg.query->hst(); for (unsigned chunk = 0; chunk < p.parts; ++chunk) { *message_stream << "Processing query block " << query_block + 1; if (cfg.iterated()) *message_stream << ", query iteration " << query_iteration + 1; *message_stream << ", reference block " << (cfg.current_ref_block + 1); if (cfg.ref_blocks) *message_stream << "/" << cfg.ref_blocks.value(); *message_stream << ", shape " << (sid + 1) << "/" << shapes.count(); if (cfg.index_chunks > 1) *message_stream << ", index chunk " << chunk + 1 << "/" << cfg.index_chunks; *message_stream << '.' << endl; const SeedPartitionRange range(p.begin(chunk), p.end(chunk)); current_range = range; TaskTimer timer("Building reference seed array", true); SA *ref_idx; const EnumCfg enum_ref{ &ref_hst.partition(), sid, sid + 1, cfg.seed_encoding, nullptr, false, false, cfg.seed_complexity_cut, query_seeds_bitset.get() || (bool)query_seeds_hashed ? MaskingAlgo::NONE : cfg.soft_masking, cfg.minimizer_window, false, false, cfg.sketch_size, cfg.target_seed_hits.get() }; if (query_seeds_bitset.get()) ref_idx = new SA(*cfg.target, ref_hst.get(sid), range, cfg.seedp_bits, ref_buffer, query_seeds_bitset.get(), enum_ref); else if (query_seeds_hashed.get()) ref_idx = new SA(*cfg.target, ref_hst.get(sid), range, cfg.seedp_bits, ref_buffer, query_seeds_hashed.get(), enum_ref); //ref_idx = new SeedArray(ref_seqs, sid, range, query_seeds_hashed.get(), true); else ref_idx = new SA(*cfg.target, ref_hst.get(sid), range, cfg.seedp_bits, ref_buffer, &no_filter, enum_ref); timer.finish(); log_rss(); timer.go("Building query seed array"); SA* query_idx; EnumCfg enum_query{ target_seeds ? nullptr : &query_hst.partition(), sid, sid + 1, cfg.seed_encoding, cfg.query_skip.get(), false, true, cfg.seed_complexity_cut, cfg.soft_masking, cfg.minimizer_window, static_cast(query_seeds_hashed.get()), static_cast(query_seeds_hashed.get()), cfg.sketch_size, config.self ? cfg.target_seed_hits.get() : nullptr }; if (target_seeds) query_idx = new SA(*cfg.query, range, cfg.seedp_bits, target_seeds, enum_query); else query_idx = new SA(*cfg.query, query_hst.get(sid), range, cfg.seedp_bits, query_buffer, &no_filter, enum_query); timer.finish(); log_rss(); *log_stream << "Indexed query seeds = " << Util::String::ratio_percentage(query_idx->size(), query_seqs.letters()) << ", reference seeds = " << Util::String::ratio_percentage(ref_idx->size(), ref_seqs.letters()) << endl; *log_stream << "Soft masked letters = " << Util::String::ratio_percentage(cfg.query->soft_masked_letters(), cfg.query->seqs().letters()) << ", " << Util::String::ratio_percentage(cfg.target->soft_masked_letters(), cfg.target->seqs().letters()) << endl; /*log_stream << "Low complexity seeds = " << Util::String::ratio_percentage(query_idx->stats().low_complexity_seeds, query_idx->stats().good_seed_positions) << ", " << Util::String::ratio_percentage(ref_idx->stats().low_complexity_seeds, ref_idx->stats().good_seed_positions) << endl;*/ timer.go("Computing hash join"); atomic seedp(0); vector threads; vector> query_seed_hits(range.size()), ref_seed_hits(range.size()); for (int i = 0; i < config.threads_; ++i) threads.emplace_back(seed_join_worker, query_idx, ref_idx, &seedp, range.size(), query_seed_hits.data(), ref_seed_hits.data()); for (auto &t : threads) t.join(); timer.finish(); log_rss(); if(config.freq_masking && !config.lin_stage1_query && !cfg.lin_stage1_target) { timer.go("Building seed filter"); frequent_seeds.build(sid, range, query_seed_hits.data(), ref_seed_hits.data(), cfg); } else Search::mask_seeds(shapes[sid], range, query_seed_hits.data(), ref_seed_hits.data(), cfg); log_rss(); unique_ptr kmer_ranking; if (Search::keep_target_id(cfg) && config.lin_stage1_query) { timer.go("Building kmer ranking"); kmer_ranking.reset(config.kmer_ranking ? new KmerRanking(cfg.query->seqs(), range.size(), query_seed_hits.data(), ref_seed_hits.data()) : new KmerRanking(cfg.query->seqs())); } Search::Context* context = nullptr; const vector patterns = shapes.patterns(0, sid + 1); context = new Search::Context{ {patterns.data(), patterns.data() + patterns.size() - 1 }, {patterns.data(), patterns.data() + patterns.size() }, score_matrix.rawscore(config.short_query_ungapped_bitscore), kmer_ranking.get(), seedp_mask(cfg.seedp_bits) }; timer.go("Searching alignments"); seedp = 0; threads.clear(); vector search_workers; for (int i = 0; i < config.threads_; ++i) search_workers.push_back(cfg.search_pool.spawn(search_worker, &seedp, range.size(), sid, i, query_seed_hits.data(), ref_seed_hits.data(), context, &cfg)); try { cfg.search_pool.join(search_workers.begin(), search_workers.end()); } catch(...) { cfg.seed_hit_buf->finish_writing(); throw; } statistics.inc(Statistics::TIME_SEARCH, timer.microseconds()); timer.finish(); log_rss(); timer.go("Deallocating memory"); delete ref_idx; delete query_idx; delete context; kmer_ranking.reset(); timer.finish(); log_rss(); } } void search_shape(unsigned sid, int query_block, unsigned query_iteration, char* query_buffer, char* ref_buffer, Search::Config& cfg, const HashedSeedSet* target_seeds) { if (Search::keep_target_id(cfg)) search_shape(sid, query_block, query_iteration, query_buffer, ref_buffer, cfg, target_seeds); else search_shape(sid, query_block, query_iteration, query_buffer, ref_buffer, cfg, target_seeds); } } DISPATCH_7V(search_shape, unsigned, sid, int, query_block, unsigned, query_iteration, char*, query_buffer, char*, ref_buffer, Search::Config&, cfg, const HashedSeedSet*, target_seeds) }bbuchfink-diamond-6dc5717/src/search/stage2.h000066400000000000000000000145751523407312000210230ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "search.h" #include "dp/ungapped.h" #include "util/sequence/sequence.h" #include "dp/ungapped_simd.h" #include "left_most.h" #include "run/config.h" #include "util/simd/vector.h" #include "data/block/block.h" using std::vector; using std::pair; using std::tie; using std::numeric_limits; // #define COUNT_ONLY namespace Search { namespace DISPATCH_ARCH { static const int SHORT_QUERY_LEN = 85; static int ungapped_cutoff(int query_len, const WorkSet& context) { #ifdef UNGAPPED_SPOUGE return query_len > config.short_query_max_len ? context.cutoff_table(query_len, 50) : context.short_query_ungapped_cutoff; #else if (context.cfg.ungapped_evalue == 0.0) return 0; else if (query_len <= config.short_query_max_len) return context.context.short_query_ungapped_cutoff; else if (query_len <= SHORT_QUERY_LEN && align_mode.query_translated) return context.cfg.cutoff_table_short(query_len); else return context.cfg.cutoff_table(query_len); #endif } static int ungapped_window(int query_len) { if (query_len <= SHORT_QUERY_LEN && align_mode.query_translated) return query_len; else return config.ungapped_window; } static pair query_data(const PackedLoc q, const SequenceSet& query_seqs) { pair l = query_seqs.local_position((uint64_t)q); // lazy eval? return { (unsigned)l.first, (unsigned)l.second }; } static pair query_data(const PackedLocId q, const SequenceSet& query_seqs) { return { q.block_id, Loc((int64_t)q.pos - query_seqs.position(q.block_id, 0)) }; } template static void search_query_offset(const SeedLoc& q, const SeedLoc* s, vector::const_iterator hits, vector::const_iterator hits_end, int pivot_code, WorkSet& work_set) { constexpr int N = ::DISPATCH_ARCH::SIMD::Vector::LANES; const SequenceSet& ref_seqs = work_set.cfg.target->seqs(), &query_seqs = work_set.cfg.query->seqs(); const Letter* query = query_seqs.data(q); const Letter* subjects[N]; int scores[N]; std::fill(scores, scores + N, INT_MAX); unsigned query_id = UINT_MAX; Loc seed_offset = numeric_limits::max(); tie(query_id, seed_offset) = query_data(q, query_seqs); const int query_len = query_seqs.length(query_id); const int score_cutoff = ungapped_cutoff(query_len, work_set); const int window = ungapped_window(query_len); const Sequence query_clipped = Util::Seq::clip(query - window, window * 2, window); const int window_left = int(query - query_clipped.data()), window_clipped = (int)query_clipped.length(); const unsigned sid = work_set.shape_id; const bool chunked = work_set.cfg.index_chunks > 1; const unsigned hamming_filter_id = work_set.cfg.hamming_filter_id; const bool self = config.self && work_set.cfg.current_ref_block == 0; const bool skip_left_most = work_set.cfg.minimizer_window || work_set.cfg.sketch_size || config.lin_stage1_query || work_set.cfg.lin_stage1_target; int n = 0; size_t hit_count = 0; const int interval_mod = config.left_most_interval > 0 ? seed_offset % config.left_most_interval : window_left, interval_overhang = std::max(window_left - interval_mod, 0); for (vector::const_iterator i = hits; i < hits_end; i += n) { n = std::min(N, int(hits_end - i)); for (int j = 0; j < n; ++j) subjects[j] = ref_seqs.data(s[*(i + j)]) - window_left; if (score_cutoff) DP::window_ungapped_best(query_clipped.data(), subjects, n, window_clipped, scores); #ifdef WITH_GLOBAL_RANKING if (config.global_ranking_targets) for (int j = 0; j < n; ++j) if (scores[j] == UCHAR_MAX) scores[j] = ::ungapped_window(query_clipped.data(), subjects[j], window_clipped); #endif for (int j = 0; j < n; ++j) { if (scores[j] > score_cutoff) { if (self && block_id(s[*(i + j)]) == query_id) continue; #ifdef UNGAPPED_SPOUGE std::pair l = ref_seqs::data_->local_position(s[*(i + j)]); if (scores[j] < context.cutoff_table(query_len, ref_seqs::data_->length(l.first))) continue; #endif work_set.stats.inc(Statistics::TENTATIVE_MATCHES2); if (skip_left_most || left_most_filter(query_clipped + interval_overhang, subjects[j] + interval_overhang, window_left - interval_overhang, shapes[sid].length_, work_set.context, sid == 0, sid, score_cutoff, chunked, hamming_filter_id)) { work_set.stats.inc(Statistics::TENTATIVE_MATCHES3); if (work_set.cfg.target_seed_hits) work_set.cfg.target_seed_hits->operator[](sid).atomic_set((uint64_t)s[*(i + j)]); #ifndef COUNT_ONLY if (config.global_ranking_targets) work_set.global_ranking_buffer->write({ query_id, (uint64_t)s[*(i + j)], seed_offset, (uint16_t)scores[j], block_id(s[*(i + j)]) }); else { if (hit_count++ == 0) work_set.out->new_query(query_id, seed_offset); #ifdef HIT_KEEP_TARGET_ID work_set.out->write(query_id, (uint64_t)s[*(i + j)], pivot_code == 0 ? (uint16_t)scores[j] : pivot_code, block_id(s[*(i + j)])); #else work_set.out->write(query_id, (uint64_t)s[*(i + j)], pivot_code == 0 ? (uint16_t)scores[j] : pivot_code); #endif } #endif } } } } } template static void FLATTEN search_tile( HitField& hits, int32_t query_begin, int32_t subject_begin, const SeedLoc* q, const SeedLoc* s, int pivot_code, WorkSet& work_set) { const size_t query_count = hits.query_count(); const SeedLoc* q_begin = q + query_begin, *s_begin = s + subject_begin; for (size_t i = 0; i < query_count; ++i) { const vector& h = hits.hits(i); if (h.empty()) continue; work_set.stats.inc(Statistics::TENTATIVE_MATCHES1, h.size()); search_query_offset(q_begin[i], s_begin, h.cbegin(), h.cend(), pivot_code, work_set); } } }} bbuchfink-diamond-6dc5717/src/stats/000077500000000000000000000000001523407312000173425ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/stats/cbs.cpp000066400000000000000000000161251523407312000206220ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "cbs.h" #include "basic/config.h" #include "score_matrix.h" #include "util/log_stream.h" using std::array; using std::runtime_error; using std::vector; namespace Stats { CBS comp_based_stats(0, -1.0, -1.0, -1.0); CBS::CBS(unsigned code, double query_match_distance_threshold, double length_ratio_threshold, double angle): query_match_distance_threshold(-1.0), length_ratio_threshold(-1.0), angle(50.0) { /*switch (code) { case COMP_BASED_STATS_AND_MATRIX_ADJUST: this->angle = 70.0; this->query_match_distance_threshold = 0.16; this->length_ratio_threshold = 3.0; default: ; }*/ if (angle != -1.0) this->angle = angle; if (query_match_distance_threshold != 1.0) this->query_match_distance_threshold = query_match_distance_threshold; if (length_ratio_threshold != -1.0) this->length_ratio_threshold = length_ratio_threshold; } Composition composition(const Sequence& s) { Composition r; r.fill(0.0); int n = 0; for (Loc i = 0; i < s.length(); ++i) { int l = s[i]; if (l < 20) { ++r[l]; ++n; } } if (n == 0) return r; for (int i = 0; i < 20; ++i) r[i] /= n; return r; } int count_true_aa(const Sequence& s) { int n = 0; for (Loc i = 0; i < s.length(); ++i) if ((size_t)s[i] < TRUE_AA) ++n; return n; } bool use_seg_masking(const Sequence& a, const Sequence& b) { if (config.comp_based_stats_.get(Stats::DEFAULT_CBS) != CBS::COMP_BASED_STATS_AND_MATRIX_ADJUST || a.length() != b.length()) return true; Loc n = 0; for (Loc i = 0; i < a.length(); ++i) if (a[i] == b[i]) ++n; return n != a.length(); } int TargetMatrix::score_width() const { return (score_max > SCHAR_MAX || score_min < SCHAR_MIN) ? 1 : 0; } EMatrixAdjustRule adjust_matrix(const Composition& query_comp, int query_len, unsigned cbs, const Sequence& target) { if (!CBS::matrix_adjust(cbs) || target.length() == 0 || query_len == 0) return eDontAdjustMatrix; if (cbs == CBS::SINKHORN_MATRIX_ADJUST) return eUserSpecifiedRelEntropy; //Masking::get()(target_seq.data(), target_seq.size(), Masking::Algo::SEG); const auto c = composition(target); if (CBS::conditioned(cbs)) { const EMatrixAdjustRule rule = s_TestToApplyREAdjustmentConditional(query_len, (int)target.length(), query_comp.data(), c.data(), score_matrix.background_freqs()); if (cbs == CBS::COMP_BASED_STATS_AND_MATRIX_ADJUST) return rule; else return rule == eUserSpecifiedRelEntropy ? eUserSpecifiedRelEntropy : eDontAdjustMatrix; } else return eUserSpecifiedRelEntropy; } TargetMatrix::TargetMatrix(const Composition& query_comp, int query_len, unsigned cbs, const Sequence& target, Statistics& stats, std::pmr::monotonic_buffer_resource& pool, EMatrixAdjustRule rule) : scores(&pool) { TaskTimer timer; //Masking::get()(target_seq.data(), target_seq.size(), Masking::Algo::SEG); const auto c = composition(target); scores.resize(32 * AMINO_ACID_COUNT); //scores32.resize(32 * AMINO_ACID_COUNT); score_min = INT_MAX; score_max = INT_MIN; array s; //if (cbs == CBS::COMP_BASED_STATS) // || rule == eCompoScaleOldMatrix) //throw std::runtime_error("Unsupported CBS code: " + std::to_string(cbs)); //s = CompositionBasedStats(score_matrix.matrix32_scaled_pointers().data(), query_comp, c, score_matrix.ungapped_lambda(), score_matrix.freq_ratios()); if (rule == eUserSpecifiedRelEntropy) { if (config.comp_based_stats_.get(Stats::DEFAULT_CBS) == CBS::SINKHORN_MATRIX_ADJUST) { matrix_adjust(query_len, count_true_aa(target), query_comp.data(), c.data(), config.cbs_matrix_scale, score_matrix.ideal_lambda(), score_matrix.joint_probs(), score_matrix.background_freqs(), score_matrix.joint_probs_f(), score_matrix.background_freqs_f(), s, stats); } else CompositionMatrixAdjust(query_len, count_true_aa(target), query_comp.data(), c.data(), config.cbs_matrix_scale, score_matrix.ideal_lambda(), score_matrix.joint_probs(), score_matrix.background_freqs(), s, stats); stats.inc(Statistics::MATRIX_ADJUST_COUNT, 1); } else if (rule == eCompoScaleOldMatrix) { if (!CompositionBasedStats(score_matrix.matrix32_scaled_pointers().data(), query_comp, c, score_matrix.ungapped_lambda(), score_matrix.freq_ratios(), s)) { stats.inc(Statistics::FAILED_COMP_BASED_STATS, 1); CompositionMatrixAdjust(query_len, count_true_aa(target), query_comp.data(), c.data(), config.cbs_matrix_scale, score_matrix.ideal_lambda(), score_matrix.joint_probs(), score_matrix.background_freqs(), s, stats); } else stats.inc(Statistics::COMP_BASED_STATS_COUNT, 1); } else throw runtime_error("Unsupported CBS rule: " + std::to_string(rule)); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) { for (size_t j = 0; j < AMINO_ACID_COUNT; ++j) if ((i < 20 || i == MASK_LETTER) && (j < 20 || j == MASK_LETTER)) { scores[i * 32 + j] = s[j * AMINO_ACID_COUNT + i]; if (s[j * AMINO_ACID_COUNT + i] > SCHAR_MAX) s[j * AMINO_ACID_COUNT + i] = SCHAR_MAX; else if (s[j * AMINO_ACID_COUNT + i] < SCHAR_MIN) s[j * AMINO_ACID_COUNT + i] = SCHAR_MIN; //scores32[i * 32 + j] = s[j * AMINO_ACID_COUNT + i]; score_min = std::min(score_min, s[j * AMINO_ACID_COUNT + i]); score_max = std::max(score_max, s[j * AMINO_ACID_COUNT + i]); //std::cerr << s[j * AMINO_ACID_COUNT + i] << ' '; } else { scores[i * 32 + j] = std::max(score_matrix(i, j) * config.cbs_matrix_scale, SCHAR_MIN); //scores32[i * 32 + j] = score_matrix(i, j) * config.cbs_matrix_scale; //score_min = std::min(score_min, scores32[i * 32 + j]); //score_max = std::max(score_max, scores32[i * 32 + j]); } //std::cerr << std::endl; } stats.inc(Statistics::TIME_MATRIX_ADJUST, timer.microseconds()); //scores_low = Scores(32, scores.data(), 1, 0, 16); //scores_high = Scores(32, scores.data(), 1, 0, 16, 16); } }bbuchfink-diamond-6dc5717/src/stats/cbs.h000066400000000000000000000202121523407312000202570ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "util/memory/memory_resource.h" #include "basic/sequence.h" #include "basic/statistics.h" #include "standard_matrix.h" #include "masking/def.h" namespace Stats { using Composition = std::array; Composition composition(const Sequence& s); /** An collection of constants that specify all rules that may * be used to generate a compositionally adjusted matrix. */ typedef enum EMatrixAdjustRule { eDontAdjustMatrix = (-1), eCompoScaleOldMatrix = 0, eUnconstrainedRelEntropy = 1, eRelEntropyOldMatrixNewContext = 2, eRelEntropyOldMatrixOldContext = 3, eUserSpecifiedRelEntropy = 4 } EMatrixAdjustRule; struct TargetMatrix { TargetMatrix(const Composition& query_comp, int query_len, unsigned cbs, const Sequence& target, Statistics& stats, std::pmr::monotonic_buffer_resource& pool, EMatrixAdjustRule rule); int score_width() const; std::pmr::vector scores; //std::vector scores32; //Scores scores_low, scores_high; int score_min, score_max; }; /** Work arrays used to perform composition-based matrix adjustment */ typedef struct Blast_CompositionWorkspace { double** mat_b; /**< joint probabilities for the matrix in standard context */ double** mat_final; /**< optimized target frequencies */ double* first_standard_freq; /**< background frequency vector of the first sequence */ double* second_standard_freq; /**< background frequency vector of the second sequence */ } Blast_CompositionWorkspace; /** Information about a amino-acid substitution matrix */ typedef struct Blast_MatrixInfo { char* matrixName; /**< name of the matrix */ int** startMatrix; /**< Rescaled values of the original matrix */ double** startFreqRatios; /**< frequency ratios used to calculate matrix scores */ int rows; /**< the number of rows in the scoring matrix. */ int cols; /**< the number of columns in the scoring matrix, i.e. the alphabet size. */ int positionBased; /**< is the matrix position-based */ double ungappedLambda; /**< ungapped Lambda value for this matrix in standard context */ } Blast_MatrixInfo; EMatrixAdjustRule adjust_matrix(const Composition& query_comp, int query_len, unsigned cbs, const Sequence& target); void Blast_FreqRatioToScore(double** matrix, size_t rows, size_t cols, double Lambda); void s_RoundScoreMatrix(int** matrix, size_t rows, size_t cols, double** floatScoreMatrix); int s_GetMatrixScoreProbs(double** scoreProb, int* obs_min, int* obs_max, const int* const* matrix, int alphsize, const double* subjectProbArray, const double* queryProbArray); double s_CalcLambda(double probs[], int min_score, int max_score, double lambda0); double ideal_lambda(const int** matrix); void s_SetXUOScores(double** M, int alphsize, const double row_probs[], const double col_probs[]); int count_true_aa(const Sequence& s); bool use_seg_masking(const Sequence& a, const Sequence& b); EMatrixAdjustRule s_TestToApplyREAdjustmentConditional(int Len_query, int Len_match, const double* P_query, const double* P_match, const double* background_freqs); struct CBS { static bool hauser(unsigned code) { switch (code) { case 0: case MATRIX_ADJUST: //case COMP_BASED_STATS: case COMP_BASED_STATS_AND_MATRIX_ADJUST: case SINKHORN_MATRIX_ADJUST: return false; case 1: case 2: case HAUSER_AND_MATRIX_ADJUST: return true; default: throw std::runtime_error("Unknown CBS code."); } } static bool matrix_adjust(unsigned code) { switch (code) { case DISABLED: case HAUSER: return false; case DEPRECATED1: case HAUSER_AND_MATRIX_ADJUST: case MATRIX_ADJUST: //case COMP_BASED_STATS: case COMP_BASED_STATS_AND_MATRIX_ADJUST: case SINKHORN_MATRIX_ADJUST: return true; default: throw std::runtime_error("Unknown CBS code."); } } static bool support_translated(unsigned code) { switch (code) { case DISABLED: case HAUSER: return true; default: return false; } } static bool conditioned(unsigned code) { switch (code) { case DEPRECATED1: case HAUSER_AND_MATRIX_ADJUST: case COMP_BASED_STATS_AND_MATRIX_ADJUST: return true; default: return false; } } static int tantan(unsigned code) { switch (code) { case DISABLED: case HAUSER: return 1; default: return 0; } } static int target_seg(unsigned code) { switch (code) { case DISABLED: case HAUSER: return 0; default: return 1; } } static MaskingMode masking_mode(unsigned code) { switch (code) { case DISABLED: case HAUSER: return MaskingMode::TANTAN; case DEPRECATED1: case HAUSER_AND_MATRIX_ADJUST: case MATRIX_ADJUST: case COMP_BASED_STATS_AND_MATRIX_ADJUST: case SINKHORN_MATRIX_ADJUST: return MaskingMode::BLAST_SEG; default: throw std::runtime_error("Unknown CBS code."); } } enum { DISABLED = 0, HAUSER = 1, DEPRECATED1 = 2, HAUSER_AND_MATRIX_ADJUST = 3, MATRIX_ADJUST = 4, //COMP_BASED_STATS = 6, COMP_BASED_STATS_AND_MATRIX_ADJUST = 5, SINKHORN_MATRIX_ADJUST = 6, COUNT }; CBS(unsigned code, double query_match_distance_threshold, double length_ratio_threshold, double angle); double query_match_distance_threshold; double length_ratio_threshold; double angle; }; constexpr unsigned DEFAULT_CBS = CBS::HAUSER; void Blast_ApplyPseudocounts(double* probs20, int number_of_observations, const double* background_probs20); void CompositionMatrixAdjust(int query_len, int target_len, const double* query_comp, const double* target_comp, int scale, double ungapped_lambda, const double* joint_probs, const double* background_freqs, std::array& out, Statistics& stats); void matrix_adjust(int query_len, int target_len, const double* query_comp, const double* target_comp, int scale, double ungapped_lambda, const double* joint_probs, const double* background_freqs, const float* joint_probs_f, const float* background_freqs_f, std::array& out, Statistics& stats); bool CompositionBasedStats(const int* const* matrix_in, const Composition& queryProb, const Composition& resProb, double lambda, const FreqRatios& freq_ratios, std::array& out); int Blast_OptimizeTargetFrequencies(double x[], int alphsize, int* iterations, const double q[], const double row_sums[], const double col_sums[], int constrain_rel_entropy, double relative_entropy, double tol, int maxits); extern const int ALPH_TO_NCBI[]; extern CBS comp_based_stats; }bbuchfink-diamond-6dc5717/src/stats/comp_based_stats.cpp000066400000000000000000000430111523407312000233570ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later /* =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /** @file composition_adjustment.c * Highest level functions to solve the optimization problem for * compositional score matrix adjustment. * * @author Yi-Kuo Yu, Alejandro Schaffer, E. Michael Gertz */ #include #include #include #include "matrix_adjust/linear_algebra_ncbi.h" #include "basic/value.h" #include "score_matrix.h" #include "cbs.h" #include "basic/config.h" #include "util/math/math.h" namespace Stats { using std::vector; using std::array; #define BLAST_KARLIN_LAMBDA_ACCURACY_DEFAULT (1.e-5) #define BLAST_KARLIN_LAMBDA_ITER_DEFAULT 17 #define COMPO_SCORE_MIN (-128) #define LambdaRatioLowerBound 0.5 const int ALPH_TO_NCBI[] = { 1, 16, 13, 4, 3, 15, 5, 7, 8, 9, 11, 10, 12, 6, 14, 17, 18, 20, 22, 19 }; typedef struct Blast_ScoreFreq { int score_min; /**< lowest allowed scores */ int score_max; /**< highest allowed scores */ int obs_min; /**< lowest observed (actual) scores */ int obs_max; /**< highest observed (actual) scores */ double score_avg; /**< average score, must be negative for local alignment. */ double* sprob0; /**< arrays for frequency of given score */ double* sprob; /**< arrays for frequency of given score, shifted down by score_min. */ } Blast_ScoreFreq; static int BLAST_Gcd(int a, int b) { int c; b = std::abs(b); if (b > a) c = a, a = b, b = c; while (b != 0) { c = a % b; a = b; b = c; } return a; } static double NlmKarlinLambdaNR(double* probs, int d, int low, int high, double lambda0, double tolx, int itmax, int maxNewton, int* itn) { int k; double x0, x, a = 0, b = 1; double f = 4; /* Larger than any possible value of the poly in [0,1] */ int isNewton = 0; /* we haven't yet taken a Newton step. */ assert(d > 0); x0 = Math::exp(-lambda0); x = (0 < x0 && x0 < 1) ? x0 : .5; for (k = 0; k < itmax; k++) { /* all iteration indices k */ int i; double g, fold = f; int wasNewton = isNewton; /* If true, then the previous step was a */ /* Newton step */ isNewton = 0; /* Assume that this step is not */ /* Horner's rule for evaluating a polynomial and its derivative */ g = 0; f = probs[low]; for (i = low + d; i < 0; i += d) { g = x * g + f; f = f * x + probs[i]; } g = x * g + f; f = f * x + probs[0] - 1; for (i = d; i <= high; i += d) { g = x * g + f; f = f * x + probs[i]; } /* End Horner's rule */ if (f > 0) { a = x; /* move the left endpoint */ } else if (f < 0) { b = x; /* move the right endpoint */ } else { /* f == 0 */ break; /* x is an exact solution */ } if (b - a < 2 * a * (1 - b) * tolx) { /* The midpoint of the interval converged */ x = (a + b) / 2; break; } if (k >= maxNewton || /* If convergence of Newton's method appears to be failing; or */ (wasNewton && fabs(f) > .9 * fabs(fold)) || /* if the previous iteration was a Newton step but didn't decrease * f sufficiently; or */ g >= 0 /* if a Newton step will move us away from the desired solution */ ) { /* then */ /* bisect */ x = (a + b) / 2; } else { /* try a Newton step */ double p = -f / g; double y = x + p; if (y <= a || y >= b) { /* The proposed iterate is not in (a,b) */ x = (a + b) / 2; } else { /* The proposed iterate is in (a,b). Accept it. */ isNewton = 1; x = y; if (fabs(p) < tolx * x * (1 - x)) break; /* Converged */ } /* else the proposed iterate is in (a,b) */ } /* else try a Newton step. */ } /* end for all iteration indices k */ *itn = k; return -Math::log(x) / d; } double Blast_KarlinLambdaNR(Blast_ScoreFreq* sfp, double initialLambdaGuess) { int low; /* Lowest score (must be negative) */ int high; /* Highest score (must be positive) */ int itn; int i, d; double* sprob; double returnValue; low = sfp->obs_min; high = sfp->obs_max; if (sfp->score_avg >= 0.) { /* Expected score must be negative */ return -1.0; } //if (BlastScoreChk(low, high) != 0) return -1.; sprob = sfp->sprob; /* Find greatest common divisor of all scores */ for (i = 1, d = -low; i <= high - low && d > 1; ++i) { if (sprob[i + low] != 0.0) { d = BLAST_Gcd(d, i); } } returnValue = NlmKarlinLambdaNR(sprob, d, low, high, initialLambdaGuess, BLAST_KARLIN_LAMBDA_ACCURACY_DEFAULT, 20, 20 + BLAST_KARLIN_LAMBDA_ITER_DEFAULT, &itn); return returnValue; } double s_CalcLambda(double probs[], int min_score, int max_score, double lambda0) { int i; /* loop index */ int score_range; /* range of possible scores */ double avg; /* expected score of aligning two characters */ Blast_ScoreFreq freq; /* score frequency data */ score_range = max_score - min_score + 1; avg = 0.0; for (i = 0; i < score_range; i++) { avg += (min_score + i) * probs[i]; } freq.score_min = min_score; freq.score_max = max_score; freq.obs_min = min_score; freq.obs_max = max_score; freq.sprob0 = probs; freq.sprob = &probs[-min_score]; freq.score_avg = avg; return Blast_KarlinLambdaNR(&freq, lambda0); } static void s_GetScoreRange(int* obs_min, int* obs_max, const int* const* matrix, int rows) { int aa; /* index of an amino-acid in the 20 letter alphabet */ int irow, jcol; /* matrix row and column indices */ int minScore, maxScore; /* largest and smallest observed scores */ minScore = maxScore = 0; for (irow = 0; irow < rows; irow++) { for (aa = 0; aa < 20; aa++) { jcol = aa; if (matrix[irow][jcol] < minScore) minScore = matrix[irow][jcol]; if (matrix[irow][jcol] > maxScore) maxScore = matrix[irow][jcol]; } } *obs_min = minScore; *obs_max = maxScore; } int s_GetMatrixScoreProbs(double** scoreProb, int* obs_min, int* obs_max, const int* const* matrix, int alphsize, const double* subjectProbArray, const double* queryProbArray) { int aa; /* index of an amino-acid in the 20 letter alphabet */ int irow, jcol; /* matrix row and column indices */ double* sprob; /* a pointer to the element of the score probabilities array that represents the probability of the score 0*/ int minScore; /* smallest score in matrix; the same value as (*obs_min). */ int range; /* the range of scores in the matrix */ s_GetScoreRange(obs_min, obs_max, matrix, alphsize); minScore = *obs_min; range = *obs_max - *obs_min + 1; *scoreProb = (double*)calloc(range, sizeof(double)); if (*scoreProb == NULL) { return -1; } sprob = &((*scoreProb)[-(*obs_min)]); /*center around 0*/ for (irow = 0; irow < alphsize; irow++) { for (aa = 0; aa < 20; aa++) { jcol = aa; if (matrix[irow][jcol] >= minScore) { sprob[matrix[irow][jcol]] += (queryProbArray[irow] * subjectProbArray[jcol]); } } } return 0; } void Blast_FreqRatioToScore(double** matrix, size_t rows, size_t cols, double Lambda) { for (size_t i = 0; i < rows; i++) { for (size_t j = 0; j < cols; j++) { if (0.0 == matrix[i][j]) { matrix[i][j] = COMPO_SCORE_MIN; } else { matrix[i][j] = Math::log(matrix[i][j]) / Lambda; } } } } void s_RoundScoreMatrix(int** matrix, size_t rows, size_t cols, double** floatScoreMatrix) { for (size_t p = 0; p < rows; p++) { for (size_t c = 0; c < cols; c++) { if (floatScoreMatrix[p][c] < INT_MIN) { matrix[p][c] = INT_MIN; } else { matrix[p][c] = (int)std::round(floatScoreMatrix[p][c]); } } } } static double s_CalcAvgScore(double* M, int alphsize, int incM, const double probs[]) { int j; /* iteration index */ double score_iX = 0.0; /* score of character i substituted by X */ for (j = 0; j < alphsize; j++) { //if (alphaConvert[j] >= 0) { /* If the column corresponds to a true amino acid */ score_iX += M[j * incM] * probs[j]; //} } return score_iX; } static const double kMaximumXscore = -1.0; static double s_CalcXScore(double* M, int alphsize, int incM, const double probs[]) { return std::min(s_CalcAvgScore(M, alphsize, incM, probs), kMaximumXscore); } void s_SetXUOScores(double** M, int alphsize, const double row_probs[], const double col_probs[]) { int i; /* iteration index */ double score_XX = 0.0; /* score of matching an X to an X */ /* the matrix has alphsize colums (this variable exists just to make things easier to read) */ const int cols = alphsize; for (i = 0; i < alphsize; i++) { //if (alphaConvert[i] >= 0) { double avg_iX = s_CalcAvgScore(M[i], alphsize, 1, col_probs); M[i][MASK_LETTER] = std::min(avg_iX, kMaximumXscore); score_XX += avg_iX * row_probs[i]; M[MASK_LETTER][i] = s_CalcXScore(&M[0][i], alphsize, AMINO_ACID_COUNT, row_probs); //} } M[MASK_LETTER][MASK_LETTER] = std::min(score_XX, kMaximumXscore); /* Set X scores for pairwise ambiguity characters */ //M[eBchar][eXchar] = s_CalcXScore(M[eBchar], alphsize, 1, col_probs); //M[eXchar][eBchar] = s_CalcXScore(&M[0][eBchar], alphsize, cols, row_probs); //M[eZchar][eXchar] = s_CalcXScore(M[eZchar], alphsize, 1, col_probs); //M[eXchar][eZchar] = s_CalcXScore(&M[0][eZchar], alphsize, cols, row_probs); //if (alphsize > eJchar) { // M[eJchar][eXchar] = s_CalcXScore(M[eJchar], alphsize, 1, col_probs); // M[eXchar][eJchar] = // s_CalcXScore(&M[0][eJchar], alphsize, cols, row_probs); //} ///* Copy C scores to U */ //memcpy(M[eSelenocysteine], M[eCchar], alphsize * sizeof(double)); //for (i = 0; i < alphsize; i++) { // M[i][eSelenocysteine] = M[i][eCchar]; //} ///* Copy X scores to O */ //if (alphsize > eOchar) { // memcpy(M[eOchar], M[eXchar], alphsize * sizeof(double)); // for (i = 0; i < alphsize; i++) { // M[i][eOchar] = M[i][eXchar]; // } //} } static int s_ScaleSquareMatrix(int** matrix, int alphsize, const double row_prob[], const double col_prob[], double Lambda, const double(&freq_ratios)[NCBI_ALPH][NCBI_ALPH]) { double** scores; /* a double precision matrix of scores */ scores = Nlm_DenseMatrixNew(alphsize, alphsize); if (scores == 0) return -1; for (size_t i = 0; i < TRUE_AA; i++) { for (size_t j = 0; j < TRUE_AA; ++j) scores[i][j] = freq_ratios[ALPH_TO_NCBI[i]][ALPH_TO_NCBI[j]]; //memcpy(scores[i], freq_ratios[i], alphsize * sizeof(double)); } Blast_FreqRatioToScore(scores, TRUE_AA, TRUE_AA, Lambda); s_SetXUOScores(scores, TRUE_AA, row_prob, col_prob); s_RoundScoreMatrix(matrix, alphsize, alphsize, scores); /*for (i = 0; i < alphsize; i++) { matrix[i][(int)STOP_LETTER] = start_matrix[i][(int)STOP_LETTER]; matrix[(int)STOP_LETTER][i] = start_matrix[(int)STOP_LETTER][i]; }*/ Nlm_DenseMatrixFree(&scores); return 0; } int Blast_CompositionBasedStats(int** matrix, double* LambdaRatio, const int* const* matrix_in, const double queryProb[], const double resProb[], double lambda, const double(&freq_ratios)[NCBI_ALPH][NCBI_ALPH]) { double correctUngappedLambda; /* new value of ungapped lambda */ int obs_min, obs_max; /* smallest and largest score in the unscaled matrix */ double* scoreArray; /* an array of score probabilities */ int out_of_memory; /* status flag to indicate out of memory */ out_of_memory = s_GetMatrixScoreProbs(&scoreArray, &obs_min, &obs_max, matrix_in, TRUE_AA, resProb, queryProb); const double ungappedLambda = lambda / config.cbs_matrix_scale; if (out_of_memory) return -1; correctUngappedLambda = s_CalcLambda(scoreArray, obs_min, obs_max, ungappedLambda); if (correctUngappedLambda < 0.0) return -1; /* calc_lambda will return -1 in the case where the * expected score is >=0; however, because of the MAX statement 3 * lines below, LambdaRatio should always be > 0; the succeeding * test is retained as a vestige, in case one wishes to remove the * MAX statement and allow LambdaRatio to take on the error value * -1 */ *LambdaRatio = correctUngappedLambda / ungappedLambda; //if (0 == pValueAdjustment) *LambdaRatio = std::min((double)1.0, *LambdaRatio); *LambdaRatio = std::max(*LambdaRatio, (double)LambdaRatioLowerBound); if (*LambdaRatio > 0) { double scaledLambda = ungappedLambda / (*LambdaRatio); if (s_ScaleSquareMatrix(matrix, AMINO_ACID_COUNT, queryProb, resProb, scaledLambda, freq_ratios) < 0) return -1; } free(scoreArray); return 0; } bool CompositionBasedStats(const int* const* matrix_in, const Composition& queryProb, const Composition& resProb, double lambda, const FreqRatios& freq_ratios, array& out) { vector p; p.reserve(AMINO_ACID_COUNT); for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) p.push_back(&out[i * AMINO_ACID_COUNT]); double LambdaRatio; return Blast_CompositionBasedStats(p.data(), &LambdaRatio, matrix_in, queryProb.data(), resProb.data(), lambda, freq_ratios) == 0; } /* amino acid background frequencies from Robinson and Robinson */ static std::pair Robinson_prob[] = { { 'A', 78.05 }, { 'C', 19.25 }, { 'D', 53.64 }, { 'E', 62.95 }, { 'F', 38.56 }, { 'G', 73.77 }, { 'H', 21.99 }, { 'I', 51.42 }, { 'K', 57.44 }, { 'L', 90.19 }, { 'M', 22.43 }, { 'N', 44.87 }, { 'P', 52.03 }, { 'Q', 42.64 }, { 'R', 51.29 }, { 'S', 71.20 }, { 'T', 58.41 }, { 'V', 64.41 }, { 'W', 13.30 }, { 'Y', 32.16 } }; /**< amino acid background frequencies from Robinson and Robinson */ double ideal_lambda(const int** matrix) { int obs_min, obs_max; double* scoreArray; double bg[TRUE_AA]; double s = 0.0; for (size_t i = 0; i < TRUE_AA; ++i) { int j = value_traits.from_char(Robinson_prob[i].first); bg[j] = Robinson_prob[i].second; s += bg[j]; } for (size_t i = 0; i < TRUE_AA; ++i) bg[i] /= s; int out_of_memory = s_GetMatrixScoreProbs(&scoreArray, &obs_min, &obs_max, matrix, TRUE_AA, bg, bg); if (out_of_memory) throw std::runtime_error("Failed lambda calculation."); double correctUngappedLambda = s_CalcLambda(scoreArray, obs_min, obs_max, 0.5); if (correctUngappedLambda < 0.0) throw std::runtime_error("Failed lambda calculation."); free(scoreArray); return correctUngappedLambda; } }bbuchfink-diamond-6dc5717/src/stats/hauser_correction.cpp000066400000000000000000000077261523407312000236000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "hauser_correction.h" #include "score_matrix.h" #include "basic/config.h" using std::array; using std::vector; static const int PADDING = 32; struct VectorScores { VectorScores() { memset(scores, 0, sizeof(scores)); } VectorScores& operator+=(Letter l) { for (Letter i = 0; i < 20; ++i) scores[i] += score_matrix(l, i); return *this; } VectorScores& operator-=(Letter l) { for (Letter i = 0; i < 20; ++i) scores[i] -= score_matrix(l, i); return *this; } int scores[20]; }; HauserCorrection::HauserCorrection(const Sequence &seq): vector(seq.length()) { VectorScores scores; const unsigned window = config.cbs_window, window_half = std::min(window/2, (unsigned)seq.length() - 1); unsigned n = 0; unsigned h = 0, m = 0, t = 0, l = (unsigned)seq.length(); const std::array& background_scores = score_matrix.background_scores(); while (n < window_half && h < l) { ++n; scores += seq[h]; ++h; } while (n < (window+1) && h < l) { ++n; scores += seq[h]; const Letter r = seq[m]; if (r < 20) //this->operator[](m) = std::min((float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1), 0.0f); this->operator[](m) = (float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1); ++h; ++m; } while (h < l) { scores += seq[h]; scores -= seq[t]; const Letter r = seq[m]; if (r < 20) //this->operator[](m) = std::min((float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1), 0.0f); this->operator[](m) = (float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1); ++h; ++t; ++m; } while (m < l && n>(window_half+1)) { --n; scores -= seq[t]; const Letter r = seq[m]; if (r < 20) //this->operator[](m) = std::min((float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1), 0.0f); this->operator[](m) = (float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1); ++t; ++m; } while (m < l) { const Letter r = seq[m]; if (r < 20) //this->operator[](m) = std::min((float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1), 0.0f); this->operator[](m) = (float)background_scores[(int)r] - float(scores.scores[(int)r] - score_matrix(r, r)) / (n - 1); ++m; } int8.reserve(seq.length() + PADDING); for (float f : *this) int8.push_back(int8_t(f < 0.0f ? f - 0.5f : f + 0.5f)); int8.insert(int8.end(), PADDING, 0); } int HauserCorrection::operator()(const Hsp &hsp) const { float s = 0; for (Hsp::Iterator i = hsp.begin(); i.good(); ++i) { switch (i.op()) { case op_match: case op_substitution: s += (*this)[i.query_pos.translated]; default: ; } } return (int)s; } int HauserCorrection::operator()(const DiagonalSegment &d) const { float s = 0; const int end = d.query_end(); for (int i = d.i; i < end; ++i) s += (*this)[i]; return (int)s; } vector HauserCorrection::reverse(const int8_t* p, const size_t len) { vector r; if (p == nullptr) return r; r.reserve(len); std::reverse_copy(p, p + len, std::back_inserter(r)); return r; }bbuchfink-diamond-6dc5717/src/stats/hauser_correction.h000066400000000000000000000024521523407312000232340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "basic/sequence.h" #include "util/geo/diagonal_segment.h" #include "basic/match.h" struct HauserCorrection : public std::vector { HauserCorrection() {} HauserCorrection(const Sequence &seq); void operator()(float &score, int i, int query_anchor, int mult) const { score += (*this)[query_anchor + i * mult]; } int operator()(const Hsp &hsp) const; int operator()(const DiagonalSegment &d) const; static std::vector reverse(const int8_t* p, const size_t len); std::vector int8; };bbuchfink-diamond-6dc5717/src/stats/matrices/000077500000000000000000000000001523407312000211515ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/stats/matrices/blosum45.h000066400000000000000000000705711523407312000230060ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix blosum45{ 14, 2, {{ (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.2291, 0.0924, 0.2514, 0.9113, -5.7, 0.641318, 9.611060, 9.611060 }, { 13, 3, (double)INT2_MAX, 0.207, 0.049, 0.14, 1.5, -22, 0.671128, 35.855900, 35.963900 }, { 12, 3, (double)INT2_MAX, 0.199, 0.039, 0.11, 1.8, -34, 0.691530, 45.693600, 45.851700 }, { 11, 3, (double)INT2_MAX, 0.190, 0.031, 0.095, 2.0, -38, 0.691181, 62.874100, 63.103700 }, { 10, 3, (double)INT2_MAX, 0.179, 0.023, 0.075, 2.4, -51, 0.710529, 88.286800, 88.639100 }, { 16, 2, (double)INT2_MAX, 0.210, 0.051, 0.14, 1.5, -24, 0.666680, 36.279800, 36.452400 }, { 15, 2, (double)INT2_MAX, 0.203, 0.041, 0.12, 1.7, -31, 0.673871, 44.825700, 45.060400 }, { 14, 2, (double)INT2_MAX, 0.195, 0.032, 0.10, 1.9, -36, 0.685753, 60.736200, 61.102300 }, { 13, 2, (double)INT2_MAX, 0.185, 0.024, 0.084, 2.2, -45, 0.698480, 85.148100, 85.689400 }, { 12, 2, (double)INT2_MAX, 0.171, 0.016, 0.061, 2.8, -65, 0.713429, 127.758000, 128.582000 }, { 19, 1, (double)INT2_MAX, 0.205, 0.040, 0.11, 1.9, -43, 0.672302, 53.071400, 53.828200 }, { 18, 1, (double)INT2_MAX, 0.198, 0.032, 0.10, 2.0, -43, 0.682580, 72.342400, 73.403900 }, { 17, 1, (double)INT2_MAX, 0.189, 0.024, 0.079, 2.4, -57, 0.695035, 103.055000, 104.721000 }, { 16, 1, (double)INT2_MAX, 0.176, 0.016, 0.063, 2.8, -67, 0.712966, 170.100000, 173.003000 } }, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -1, -2, -1, -1, -1, 0, -2, -1, -1, -1, -1, -2, -1, 1, 0, -2, -2, 0, -1, -1, -1, -1, -5, -16, /*R*/ -2, 7, 0, -1, -3, 1, 0, -2, 0, -3, -2, 3, -1, -2, -2, -1, -1, -2, -1, -2, -1, -3, 1, -1, -5, -16, /*N*/ -1, 0, 6, 2, -2, 0, 0, 0, 1, -2, -3, 0, -2, -2, -2, 1, 0, -4, -2, -3, 5, -3, 0, -1, -5, -16, /*D*/ -2, -1, 2, 7, -3, 0, 2, -1, 0, -4, -3, 0, -3, -4, -1, 0, -1, -4, -2, -3, 6, -3, 1, -1, -5, -16, /*C*/ -1, -3, -2, -3, 12, -3, -3, -3, -3, -3, -2, -3, -2, -2, -4, -1, -1, -5, -3, -1, -2, -2, -3, -1, -5, -16, /*Q*/ -1, 1, 0, 0, -3, 6, 2, -2, 1, -2, -2, 1, 0, -4, -1, 0, -1, -2, -1, -3, 0, -2, 4, -1, -5, -16, /*E*/ -1, 0, 0, 2, -3, 2, 6, -2, 0, -3, -2, 1, -2, -3, 0, 0, -1, -3, -2, -3, 1, -3, 5, -1, -5, -16, /*G*/ 0, -2, 0, -1, -3, -2, -2, 7, -2, -4, -3, -2, -2, -3, -2, 0, -2, -2, -3, -3, -1, -4, -2, -1, -5, -16, /*H*/ -2, 0, 1, 0, -3, 1, 0, -2, 10, -3, -2, -1, 0, -2, -2, -1, -2, -3, 2, -3, 0, -2, 0, -1, -5, -16, /*I*/ -1, -3, -2, -4, -3, -2, -3, -4, -3, 5, 2, -3, 2, 0, -2, -2, -1, -2, 0, 3, -3, 4, -3, -1, -5, -16, /*L*/ -1, -2, -3, -3, -2, -2, -2, -3, -2, 2, 5, -3, 2, 1, -3, -3, -1, -2, 0, 1, -3, 4, -2, -1, -5, -16, /*K*/ -1, 3, 0, 0, -3, 1, 1, -2, -1, -3, -3, 5, -1, -3, -1, -1, -1, -2, -1, -2, 0, -3, 1, -1, -5, -16, /*M*/ -1, -1, -2, -3, -2, 0, -2, -2, 0, 2, 2, -1, 6, 0, -2, -2, -1, -2, 0, 1, -2, 2, -1, -1, -5, -16, /*F*/ -2, -2, -2, -4, -2, -4, -3, -3, -2, 0, 1, -3, 0, 8, -3, -2, -1, 1, 3, 0, -3, 1, -3, -1, -5, -16, /*P*/ -1, -2, -2, -1, -4, -1, 0, -2, -2, -2, -3, -1, -2, -3, 9, -1, -1, -3, -3, -3, -2, -3, -1, -1, -5, -16, /*S*/ 1, -1, 1, 0, -1, 0, 0, 0, -1, -2, -3, -1, -2, -2, -1, 4, 2, -4, -2, -1, 0, -2, 0, -1, -5, -16, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -1, -1, -1, -1, -1, 2, 5, -3, -1, 0, 0, -1, -1, -1, -5, -16, /*W*/ -2, -2, -4, -4, -5, -2, -3, -2, -3, -2, -2, -2, -2, 1, -3, -4, -3, 15, 3, -3, -4, -2, -2, -1, -5, -16, /*Y*/ -2, -1, -2, -2, -3, -1, -2, -3, 2, 0, 0, -1, 0, 3, -3, -2, -1, 3, 8, -1, -2, 0, -2, -1, -5, -16, /*V*/ 0, -2, -3, -3, -1, -3, -3, -3, -3, 3, 1, -2, 1, 0, -3, -1, 0, -3, -1, 5, -3, 2, -3, -1, -5, -16, /*B*/ -1, -1, 5, 6, -2, 0, 1, -1, 0, -3, -3, 0, -2, -3, -2, 0, 0, -4, -2, -3, 5, -3, 1, -1, -5, -16, /*J*/ -1, -3, -3, -3, -2, -2, -3, -4, -2, 4, 4, -3, 2, 1, -3, -2, -1, -2, 0, 2, -3, 4, -2, -1, -5, -16, /*Z*/ -1, 1, 0, 1, -3, 4, 5, -2, 0, -3, -2, 1, -1, -3, -1, 0, -1, -2, -2, -3, 1, -2, 5, -1, -5, -16, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -5, -16, /***/ -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, 1, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16 }, { {1.8067859192199651e-02, 2.8632970280029189e-03, 2.5852716092104864e-03, 2.6802872542729885e-03, 1.4721761726112878e-03, 2.4357016851740214e-03, 3.7509741193044975e-03, 6.3392371060867767e-03, 1.2691974410907309e-03, 3.6179059863255059e-03, 5.2267067349121834e-03, 3.6916191127573101e-03, 1.6118871872377726e-03, 2.1340510849853227e-03, 2.3620871424910785e-03, 6.2253573100243412e-03, 4.1104541288450981e-03, 5.9150588019808183e-04, 1.6885104821419373e-03, 5.5306101689579796e-03}, {2.8632970280029189e-03, 1.2981201352308378e-02, 1.9658257815459023e-03, 2.0049066095474076e-03, 5.7991132007379289e-04, 2.4961427104605001e-03, 3.0703156814048727e-03, 2.2360083825481514e-03, 1.2617224002813071e-03, 1.5810689324881372e-03, 2.9473459585734607e-03, 6.0953893700066292e-03, 1.0175430650195330e-03, 1.4313644854523438e-03, 1.2956809668774457e-03, 2.5563801601305607e-03, 1.9632608045077912e-03, 4.0556397557578358e-04, 1.4263902102458958e-03, 2.1140813134646885e-03}, {2.5852716092104864e-03, 1.9658257815459023e-03, 7.8501470034711886e-03, 3.1259558053206788e-03, 6.6941554412093584e-04, 1.5524817804651980e-03, 2.1724722312522963e-03, 3.3237456813136586e-03, 1.2666696726132058e-03, 1.4625067095661482e-03, 1.8988677499765833e-03, 2.8106528553236663e-03, 7.1583261905988334e-04, 1.1127971670944336e-03, 1.1422087671867729e-03, 3.0730446623880589e-03, 2.4501354524355920e-03, 2.1811180797041274e-04, 8.5687995159461643e-04, 1.6162116532974411e-03}, {2.6802872542729885e-03, 2.0049066095474076e-03, 3.1259558053206788e-03, 1.3237563732845571e-02, 6.2265374552703391e-04, 1.7098653558570117e-03, 4.7436012699642992e-03, 2.7602948240886133e-03, 1.2034182798676748e-03, 1.3552305161392132e-03, 2.1559462215056625e-03, 2.8090778444402500e-03, 6.1643397738889020e-04, 9.9489940177469407e-04, 1.5334105263610980e-03, 2.8268709927001139e-03, 2.2865632447178858e-03, 2.4814784831918892e-04, 1.0831280925706914e-03, 1.7172231262216453e-03}, {1.4721761726112878e-03, 5.7991132007379289e-04, 6.6941554412093584e-04, 6.2265374552703391e-04, 9.4412874076739879e-03, 4.1042025902182758e-04, 7.4458585782220040e-04, 9.8139056130103924e-04, 2.8594866937112776e-04, 7.8981156978924646e-04, 1.4823588205010103e-03, 7.7106114710675307e-04, 3.5586318613686682e-04, 6.5657489327527010e-04, 4.1203914885321426e-04, 1.1459765491404468e-03, 1.0139516933242551e-03, 1.0481557906271918e-04, 3.8818429938079952e-04, 1.1756651305043552e-03}, {2.4357016851740214e-03, 2.4961427104605001e-03, 1.5524817804651980e-03, 1.7098653558570117e-03, 4.1042025902182758e-04, 5.6843729268296912e-03, 3.1938622849651262e-03, 1.8500970336630773e-03, 1.0245276847880554e-03, 1.2849197264462630e-03, 2.1618326111720785e-03, 2.8660992672576535e-03, 8.4702447612542125e-04, 7.3960293189886505e-04, 1.0946565407497567e-03, 2.3989430846357322e-03, 1.4716698819858265e-03, 3.0973861280282215e-04, 1.0059662375582828e-03, 1.3753940441066036e-03}, {3.7509741193044975e-03, 3.0703156814048727e-03, 2.1724722312522963e-03, 4.7436012699642992e-03, 7.4458585782220040e-04, 3.1938622849651262e-03, 1.3069658477215567e-02, 2.5107356320500625e-03, 1.3852382529276910e-03, 1.7450831790645173e-03, 3.1086857110181228e-03, 4.4504838476236725e-03, 8.9571496470550454e-04, 1.3425662787911086e-03, 2.2536863740022671e-03, 3.2415108480856065e-03, 2.5397857261280324e-03, 4.0327648497408492e-04, 1.2098752538504236e-03, 2.2567534430266742e-03}, {6.3392371060867767e-03, 2.2360083825481514e-03, 3.3237456813136586e-03, 2.7602948240886133e-03, 9.8139056130103924e-04, 1.8500970336630773e-03, 2.5107356320500625e-03, 2.8511624448995753e-02, 1.2310524422167546e-03, 1.9327062043969442e-03, 3.1643945035180797e-03, 3.0499894759105127e-03, 1.0995162153881082e-03, 1.6723363525115967e-03, 2.2429535327172330e-03, 4.8536849682850143e-03, 2.7272360099530155e-03, 5.9271120428223316e-04, 1.3911803421160626e-03, 2.5146676607186078e-03}, {1.2691974410907309e-03, 1.2617224002813071e-03, 1.2666696726132058e-03, 1.2034182798676748e-03, 2.8594866937112776e-04, 1.0245276847880554e-03, 1.3852382529276910e-03, 1.2310524422167546e-03, 5.8487547639124796e-03, 6.9585846800609714e-04, 1.5573467613102150e-03, 1.3245694120032801e-03, 5.7090651699323862e-04, 7.8182832078834081e-04, 6.9844962409397991e-04, 1.2960325177514280e-03, 9.1931607877249958e-04, 1.4976351019639964e-04, 1.2330522291934879e-03, 7.9246698200683503e-04}, {3.6179059863255059e-03, 1.5810689324881372e-03, 1.4625067095661482e-03, 1.3552305161392132e-03, 7.8981156978924646e-04, 1.2849197264462630e-03, 1.7450831790645173e-03, 1.9327062043969442e-03, 6.9585846800609714e-04, 1.2388694439401509e-02, 9.2647566985432136e-03, 1.9773203824746490e-03, 2.2593292403687306e-03, 3.0575457844642532e-03, 1.6077385068018789e-03, 2.3421848303183976e-03, 2.7542711781141610e-03, 4.6749463838911354e-04, 1.8956764459114616e-03, 9.4267822167510788e-03}, {5.2267067349121834e-03, 2.9473459585734607e-03, 1.8988677499765833e-03, 2.1559462215056625e-03, 1.4823588205010103e-03, 2.1618326111720785e-03, 3.1086857110181228e-03, 3.1643945035180797e-03, 1.5573467613102150e-03, 9.2647566985432136e-03, 2.6346530417480200e-02, 3.1142098082328640e-03, 4.0711638827261041e-03, 5.6719761997807835e-03, 1.9088185348168649e-03, 3.1873279813785520e-03, 3.8426846085017905e-03, 8.4082046153240706e-04, 3.0567323782711214e-03, 8.7503010016331175e-03}, {3.6916191127573101e-03, 6.0953893700066292e-03, 2.8106528553236663e-03, 2.8090778444402500e-03, 7.7106114710675307e-04, 2.8660992672576535e-03, 4.4504838476236725e-03, 3.0499894759105127e-03, 1.3245694120032801e-03, 1.9773203824746490e-03, 3.1142098082328640e-03, 1.1978396089560937e-02, 1.1104403771137466e-03, 1.4742483750212233e-03, 1.9968025222690676e-03, 3.2668812435946099e-03, 2.7862613227875948e-03, 4.5043772800615431e-04, 1.4940888302424689e-03, 2.4843185667476147e-03}, {1.6118871872377726e-03, 1.0175430650195330e-03, 7.1583261905988334e-04, 6.1643397738889020e-04, 3.5586318613686682e-04, 8.4702447612542125e-04, 8.9571496470550454e-04, 1.0995162153881082e-03, 5.7090651699323862e-04, 2.2593292403687306e-03, 4.0711638827261041e-03, 1.1104403771137466e-03, 2.5874360305861857e-03, 1.2371987255888946e-03, 6.8765677463444332e-04, 1.0131873446874034e-03, 1.1327846844696357e-03, 2.1265849704555571e-04, 8.6680034269080448e-04, 2.1688399348504966e-03}, {2.1340510849853227e-03, 1.4313644854523438e-03, 1.1127971670944336e-03, 9.9489940177469407e-04, 6.5657489327527010e-04, 7.3960293189886505e-04, 1.3425662787911086e-03, 1.6723363525115967e-03, 7.8182832078834081e-04, 3.0575457844642532e-03, 5.6719761997807835e-03, 1.4742483750212233e-03, 1.2371987255888946e-03, 1.2391203870190888e-02, 8.9236221263296761e-04, 1.7312816295078565e-03, 1.7453918151105632e-03, 8.4095245274993082e-04, 3.4263744717066835e-03, 3.0946984716836139e-03}, {2.3620871424910785e-03, 1.2956809668774457e-03, 1.1422087671867729e-03, 1.5334105263610980e-03, 4.1203914885321426e-04, 1.0946565407497567e-03, 2.2536863740022671e-03, 2.2429535327172330e-03, 6.9844962409397991e-04, 1.6077385068018789e-03, 1.9088185348168649e-03, 1.9968025222690676e-03, 6.8765677463444332e-04, 8.9236221263296761e-04, 1.6004098119159461e-02, 1.9539606804874826e-03, 1.9148086102650892e-03, 2.9896951765680344e-04, 6.8907122080648483e-04, 1.6099029423219423e-03}, {6.2253573100243412e-03, 2.5563801601305607e-03, 3.0730446623880589e-03, 2.8268709927001139e-03, 1.1459765491404468e-03, 2.3989430846357322e-03, 3.2415108480856065e-03, 4.8536849682850143e-03, 1.2960325177514280e-03, 2.3421848303183976e-03, 3.1873279813785520e-03, 3.2668812435946099e-03, 1.0131873446874034e-03, 1.7312816295078565e-03, 1.9539606804874826e-03, 1.0412392255159685e-02, 4.7291383160678064e-03, 3.5033107367116276e-04, 1.4588588725561497e-03, 3.1161052123834937e-03}, {4.1104541288450981e-03, 1.9632608045077912e-03, 2.4501354524355920e-03, 2.2865632447178858e-03, 1.0139516933242551e-03, 1.4716698819858265e-03, 2.5397857261280324e-03, 2.7272360099530155e-03, 9.1931607877249958e-04, 2.7542711781141610e-03, 3.8426846085017905e-03, 2.7862613227875948e-03, 1.1327846844696357e-03, 1.7453918151105632e-03, 1.9148086102650892e-03, 4.7291383160678064e-03, 8.6497284024982021e-03, 3.1868671219664247e-04, 1.3184355271303671e-03, 3.8213223234837145e-03}, {5.9150588019808183e-04, 4.0556397557578358e-04, 2.1811180797041274e-04, 2.4814784831918892e-04, 1.0481557906271918e-04, 3.0973861280282215e-04, 4.0327648497408492e-04, 5.9271120428223316e-04, 1.4976351019639964e-04, 4.6749463838911354e-04, 8.4082046153240706e-04, 4.5043772800615431e-04, 2.1265849704555571e-04, 8.4095245274993082e-04, 2.9896951765680344e-04, 3.5033107367116276e-04, 3.1868671219664247e-04, 5.3077625858668461e-03, 8.1328347217338593e-04, 4.4278005713663357e-04}, {1.6885104821419373e-03, 1.4263902102458958e-03, 8.5687995159461643e-04, 1.0831280925706914e-03, 3.8818429938079952e-04, 1.0059662375582828e-03, 1.2098752538504236e-03, 1.3911803421160626e-03, 1.2330522291934879e-03, 1.8956764459114616e-03, 3.0567323782711214e-03, 1.4940888302424689e-03, 8.6680034269080448e-04, 3.4263744717066835e-03, 6.8907122080648483e-04, 1.4588588725561497e-03, 1.3184355271303671e-03, 8.1328347217338593e-04, 6.5658130332894053e-03, 1.9130855013886519e-03}, {5.5306101689579796e-03, 2.1140813134646885e-03, 1.6162116532974411e-03, 1.7172231262216453e-03, 1.1756651305043552e-03, 1.3753940441066036e-03, 2.2567534430266742e-03, 2.5146676607186078e-03, 7.9246698200683503e-04, 9.4267822167510788e-03, 8.7503010016331175e-03, 2.4843185667476147e-03, 2.1688399348504966e-03, 3.0946984716836139e-03, 1.6099029423219423e-03, 3.1161052123834937e-03, 3.8213223234837145e-03, 4.4278005713663357e-04, 1.9130855013886519e-03, 1.4058608660834061e-02}}, { 7.8254696826829992e-02, 5.2293400508515497e-02, 4.1869234505207159e-02, 4.9715478669430609e-02, 2.3504091554598174e-02, 3.5913319135963809e-02, 5.8088865918176615e-02, 7.4985562582061308e-02, 2.4796120028184831e-02, 6.1906885653760506e-02, 9.3758807045384390e-02, 6.0002347578480664e-02, 2.5078218042817218e-02, 4.6429254925009635e-02, 4.2599362265185327e-02, 6.1179450532953900e-02, 5.2495886521295561e-02, 1.3367812099806363e-02, 3.3781387194819178e-02, 6.9979818411519248e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 2.95043377e+00, 7.34701741e-01, 8.00397827e-01, 6.88936672e-01, 8.25164920e-01, 5.87357723e-01, 1.08031132e+00, 6.54086288e-01, 7.46806187e-01, 7.86209397e-01, 7.12370041e-01, 8.21348665e-01, 7.89043130e-01, 7.08569419e-01, 8.66678731e-01, 6.99695540e-01, 1.30031418e+00, 1.00058530e+00, 1.00992663e+00, 5.65442334e-01, 7.50000000e-01, 6.38727873e-01, 8.41025176e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.26064996e-01}, {0.00000000e+00, 7.34701741e-01, 3.25946658e+00, 6.00232275e-01, 3.59386786e+00, 1.30000108e+00, 4.95670856e-01, 8.85913772e-01, 1.08769141e+00, 4.96979579e-01, 1.02264352e+00, 4.72210752e-01, 5.80058073e-01, 2.86239890e+00, 6.85801186e-01, 9.91862879e-01, 8.29088221e-01, 1.05297301e+00, 9.85207016e-01, 5.20111147e-01, 3.80841719e-01, 7.50000000e-01, 6.27051284e-01, 1.18227759e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.82061098e-01}, {0.00000000e+00, 8.00397827e-01, 6.00232275e-01, 1.70900872e+01, 5.32858023e-01, 5.45353890e-01, 6.01657157e-01, 5.56827599e-01, 4.90637659e-01, 5.42801532e-01, 5.46735291e-01, 6.72663401e-01, 6.03730225e-01, 6.80232381e-01, 4.11520916e-01, 4.86216592e-01, 4.71814444e-01, 7.96941950e-01, 8.21766666e-01, 7.14771712e-01, 3.33596922e-01, 7.50000000e-01, 4.88896599e-01, 5.22760621e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.21018471e-01}, {0.00000000e+00, 6.88936672e-01, 3.59386786e+00, 5.32858023e-01, 5.35580571e+00, 1.64256912e+00, 4.31018420e-01, 7.40433725e-01, 9.76205497e-01, 4.40334375e-01, 9.41681214e-01, 4.62523949e-01, 4.94422549e-01, 1.50174498e+00, 7.24041930e-01, 9.57667486e-01, 7.71179788e-01, 9.29413105e-01, 8.76125496e-01, 4.93585385e-01, 3.73386452e-01, 7.50000000e-01, 6.44927232e-01, 1.38090402e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.53699350e-01}, {0.00000000e+00, 8.25164920e-01, 1.30000108e+00, 5.45353890e-01, 1.64256912e+00, 3.87327599e+00, 4.97795679e-01, 5.76408577e-01, 9.61718230e-01, 4.85270933e-01, 1.27686825e+00, 5.70784073e-01, 6.14865688e-01, 8.93236200e-01, 9.10746443e-01, 1.53097375e+00, 1.01074883e+00, 9.12113764e-01, 8.32873235e-01, 5.55160304e-01, 5.19337483e-01, 7.50000000e-01, 6.16552718e-01, 2.97840479e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.36776244e-01}, {0.00000000e+00, 5.87357723e-01, 4.95670856e-01, 6.01657157e-01, 4.31018420e-01, 4.97795679e-01, 5.74817622e+00, 4.80346092e-01, 6.79103477e-01, 1.06375667e+00, 5.29188869e-01, 1.30295859e+00, 1.06255416e+00, 5.72439082e-01, 4.51176385e-01, 4.43558969e-01, 5.89537777e-01, 6.09495403e-01, 7.16103747e-01, 9.52475503e-01, 1.35493791e+00, 7.50000000e-01, 2.18456832e+00, 4.77074668e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.20783008e+00}, {0.00000000e+00, 1.08031132e+00, 8.85913772e-01, 5.56827599e-01, 7.40433725e-01, 5.76408577e-01, 4.80346092e-01, 5.07068525e+00, 6.62087167e-01, 4.16341047e-01, 6.77879412e-01, 4.50091586e-01, 5.84692214e-01, 1.05865660e+00, 7.02165561e-01, 6.87007231e-01, 5.70228460e-01, 1.05800656e+00, 6.92819008e-01, 4.79214700e-01, 5.91296285e-01, 7.50000000e-01, 5.49197180e-01, 6.18662539e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.36669292e-01}, {0.00000000e+00, 6.54086288e-01, 1.08769141e+00, 4.90637659e-01, 9.76205497e-01, 9.61718230e-01, 6.79103477e-01, 6.62087167e-01, 9.51252809e+00, 4.53313059e-01, 8.90272071e-01, 6.69868446e-01, 9.18088604e-01, 1.22006964e+00, 6.61223470e-01, 1.15049417e+00, 9.73045615e-01, 8.54331847e-01, 7.06245757e-01, 4.56693295e-01, 4.51816356e-01, 7.50000000e-01, 1.47204221e+00, 1.03383965e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.83746261e-01}, {0.00000000e+00, 7.46806187e-01, 4.96979579e-01, 5.42801532e-01, 4.40334375e-01, 4.85270933e-01, 1.06375667e+00, 4.16341047e-01, 4.53313059e-01, 3.23256769e+00, 5.32316397e-01, 1.59618413e+00, 1.45527106e+00, 5.64240025e-01, 6.09639867e-01, 5.77938325e-01, 4.88387978e-01, 6.18410187e-01, 8.47505386e-01, 2.17596400e+00, 5.64907506e-01, 7.50000000e-01, 9.06458192e-01, 5.20674297e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.24695958e+00}, {0.00000000e+00, 7.86209397e-01, 1.02264352e+00, 5.46735291e-01, 9.41681214e-01, 1.27686825e+00, 5.29188869e-01, 6.77879412e-01, 8.90272071e-01, 5.32316397e-01, 3.32707189e+00, 5.53563636e-01, 7.37955763e-01, 1.11877807e+00, 7.81202774e-01, 1.33004839e+00, 1.94261316e+00, 8.89937552e-01, 8.84562104e-01, 5.91651856e-01, 5.61572955e-01, 7.50000000e-01, 7.37107274e-01, 1.29718560e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.45113795e-01}, {0.00000000e+00, 7.12370041e-01, 4.72210752e-01, 6.72663401e-01, 4.62523949e-01, 5.70784073e-01, 1.30295859e+00, 4.50091586e-01, 6.69868446e-01, 1.59618413e+00, 5.53563636e-01, 2.99708655e+00, 1.73144954e+00, 4.83712850e-01, 4.77913692e-01, 6.42028706e-01, 6.01135200e-01, 5.55659969e-01, 7.80723755e-01, 1.33363845e+00, 6.70858407e-01, 7.50000000e-01, 9.65090110e-01, 5.98002922e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.43995990e+00}, {0.00000000e+00, 8.21348665e-01, 5.80058073e-01, 6.03730225e-01, 4.94422549e-01, 6.14865688e-01, 1.06255416e+00, 5.84692214e-01, 9.18088604e-01, 1.45527106e+00, 7.37955763e-01, 1.73144954e+00, 4.11411354e+00, 6.81741591e-01, 6.43682874e-01, 9.40467390e-01, 7.75906233e-01, 6.60370266e-01, 8.60449567e-01, 1.23582796e+00, 6.34345311e-01, 7.50000000e-01, 1.02316322e+00, 7.39261071e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.62161577e+00}, {0.00000000e+00, 7.89043130e-01, 2.86239890e+00, 6.80232381e-01, 1.50174498e+00, 8.93236200e-01, 5.72439082e-01, 1.05865660e+00, 1.22006964e+00, 5.64240025e-01, 1.11877807e+00, 4.83712850e-01, 6.81741591e-01, 4.47803773e+00, 6.40394172e-01, 1.03246645e+00, 8.97848625e-01, 1.19968790e+00, 1.11473028e+00, 5.51607804e-01, 3.89694095e-01, 7.50000000e-01, 6.05825405e-01, 9.46428796e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.15737804e-01}, {0.00000000e+00, 7.08569419e-01, 6.85801186e-01, 4.11520916e-01, 7.24041930e-01, 9.10746443e-01, 4.51176385e-01, 7.02165561e-01, 6.61223470e-01, 6.09639867e-01, 7.81202774e-01, 4.77913692e-01, 6.43682874e-01, 6.40394172e-01, 8.81911509e+00, 7.15515810e-01, 5.81631739e-01, 7.49733904e-01, 8.56242933e-01, 5.40037335e-01, 5.25005050e-01, 7.50000000e-01, 4.78832406e-01, 8.36159027e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.30300041e-01}, {0.00000000e+00, 8.66678731e-01, 9.91862879e-01, 4.86216592e-01, 9.57667486e-01, 1.53097375e+00, 4.43558969e-01, 6.87007231e-01, 1.15049417e+00, 5.77938325e-01, 1.33004839e+00, 6.42028706e-01, 9.40467390e-01, 1.03246645e+00, 7.15515810e-01, 4.40728842e+00, 1.32912854e+00, 1.09183956e+00, 7.80601862e-01, 5.47266398e-01, 6.45177884e-01, 7.50000000e-01, 8.29182983e-01, 2.62986317e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.16540522e-01}, {0.00000000e+00, 6.99695540e-01, 8.29088221e-01, 4.71814444e-01, 7.71179788e-01, 1.01074883e+00, 5.89537777e-01, 5.70228460e-01, 9.73045615e-01, 4.88387978e-01, 1.94261316e+00, 6.01135200e-01, 7.75906233e-01, 8.97848625e-01, 5.81631739e-01, 1.32912854e+00, 4.74702063e+00, 7.99048209e-01, 7.15164318e-01, 5.77699501e-01, 5.80165842e-01, 7.50000000e-01, 8.07446927e-01, 1.13238507e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.56296615e-01}, {0.00000000e+00, 1.30031418e+00, 1.05297301e+00, 7.96941950e-01, 9.29413105e-01, 9.12113764e-01, 6.09495403e-01, 1.05800656e+00, 8.54331847e-01, 6.18410187e-01, 8.89937552e-01, 5.55659969e-01, 6.60370266e-01, 1.19968790e+00, 7.49733904e-01, 1.09183956e+00, 7.99048209e-01, 2.78188630e+00, 1.47248598e+00, 7.27836330e-01, 4.28363793e-01, 7.50000000e-01, 7.05878947e-01, 9.80777594e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.80615182e-01}, {0.00000000e+00, 1.00058530e+00, 9.85207016e-01, 8.21766666e-01, 8.76125496e-01, 8.32873235e-01, 7.16103747e-01, 6.92819008e-01, 7.06245757e-01, 8.47505386e-01, 8.84562104e-01, 7.80723755e-01, 8.60449567e-01, 1.11473028e+00, 8.56242933e-01, 7.80601862e-01, 7.15164318e-01, 1.47248598e+00, 3.13871529e+00, 1.04019697e+00, 4.54128072e-01, 7.50000000e-01, 7.43457494e-01, 8.12903077e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 8.07282226e-01}, {0.00000000e+00, 1.00992663e+00, 5.20111147e-01, 7.14771712e-01, 4.93585385e-01, 5.55160304e-01, 9.52475503e-01, 4.79214700e-01, 4.56693295e-01, 2.17596400e+00, 5.91651856e-01, 1.33363845e+00, 1.23582796e+00, 5.51607804e-01, 5.40037335e-01, 5.47266398e-01, 5.77699501e-01, 7.27836330e-01, 1.04019697e+00, 2.87075890e+00, 4.73320057e-01, 7.50000000e-01, 8.09252575e-01, 5.52144455e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.66862396e+00}, {0.00000000e+00, 5.65442334e-01, 3.80841719e-01, 3.33596922e-01, 3.73386452e-01, 5.19337483e-01, 1.35493791e+00, 5.91296285e-01, 4.51816356e-01, 5.64907506e-01, 5.61572955e-01, 6.70858407e-01, 6.34345311e-01, 3.89694095e-01, 5.25005050e-01, 6.45177884e-01, 5.80165842e-01, 4.28363793e-01, 4.54128072e-01, 4.73320057e-01, 2.97023509e+01, 7.50000000e-01, 1.80096028e+00, 5.67414520e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.28722660e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.38727873e-01, 6.27051284e-01, 4.88896599e-01, 6.44927232e-01, 6.16552718e-01, 2.18456832e+00, 5.49197180e-01, 1.47204221e+00, 9.06458192e-01, 7.37107274e-01, 9.65090110e-01, 1.02316322e+00, 6.05825405e-01, 4.78832406e-01, 8.29182983e-01, 8.07446927e-01, 7.05878947e-01, 7.43457494e-01, 8.09252575e-01, 1.80096028e+00, 7.50000000e-01, 5.75351902e+00, 6.97787623e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 9.41772708e-01}, {0.00000000e+00, 8.41025176e-01, 1.18227759e+00, 5.22760621e-01, 1.38090402e+00, 2.97840479e+00, 4.77074668e-01, 6.18662539e-01, 1.03383965e+00, 5.20674297e-01, 1.29718560e+00, 5.98002922e-01, 7.39261071e-01, 9.46428796e-01, 8.36159027e-01, 2.62986317e+00, 1.13238507e+00, 9.80777594e-01, 8.12903077e-01, 5.52144455e-01, 5.67414520e-01, 7.50000000e-01, 6.97787623e-01, 2.84524527e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.67250003e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 1.33300000e+00, 2.90000000e-01, 2.90000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 7.26064996e-01, 4.82061098e-01, 6.21018471e-01, 4.53699350e-01, 5.36776244e-01, 1.20783008e+00, 4.36669292e-01, 5.83746261e-01, 2.24695958e+00, 5.45113795e-01, 2.43995990e+00, 1.62161577e+00, 5.15737804e-01, 5.30300041e-01, 6.16540522e-01, 5.56296615e-01, 5.80615182e-01, 8.07282226e-01, 1.66862396e+00, 6.28722660e-01, 7.50000000e-01, 9.41772708e-01, 5.67250003e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.36320536e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/blosum50.h000066400000000000000000000721411523407312000227750ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix blosum50{ 13, 2, { { (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.2318, 0.112, 0.3362, 0.6895, -4.0, 0.609639, 5.388310, 5.388310 }, { 13, 3, (double)INT2_MAX, 0.212, 0.063, 0.19, 1.1, -16, 0.639287, 18.113800, 18.202800 }, { 12, 3, (double)INT2_MAX, 0.206, 0.055, 0.17, 1.2, -18, 0.644715, 22.654600, 22.777700 }, { 11, 3, (double)INT2_MAX, 0.197, 0.042, 0.14, 1.4, -25, 0.656327, 29.861100, 30.045700 }, { 10, 3, (double)INT2_MAX, 0.186, 0.031, 0.11, 1.7, -34, 0.671150, 42.393800, 42.674000 }, { 9, 3, (double)INT2_MAX, 0.172, 0.022, 0.082, 2.1, -48, 0.694326, 66.069600, 66.516400 }, { 16, 2, (double)INT2_MAX, 0.215, 0.066, 0.20, 1.05, -15, 0.633899, 17.951800, 18.092100 }, { 15, 2, (double)INT2_MAX, 0.210, 0.058, 0.17, 1.2, -20, 0.641985, 21.940100, 22.141800 }, { 14, 2, (double)INT2_MAX, 0.202, 0.045, 0.14, 1.4, -27, 0.650682, 28.681200, 28.961900 }, { 13, 2, (double)INT2_MAX, 0.193, 0.035, 0.12, 1.6, -32, 0.660984, 42.059500, 42.471600 }, { 12, 2, (double)INT2_MAX, 0.181, 0.025, 0.095, 1.9, -41, 0.678090, 63.747600, 64.397300 }, { 19, 1, (double)INT2_MAX, 0.212, 0.057, 0.18, 1.2, -21, 0.635714, 26.311200, 26.923300 }, { 18, 1, (double)INT2_MAX, 0.207, 0.050, 0.15, 1.4, -28, 0.643523, 34.903700, 35.734800 }, { 17, 1, (double)INT2_MAX, 0.198, 0.037, 0.12, 1.6, -33, 0.654504, 48.895800, 50.148600 }, { 16, 1, (double)INT2_MAX, 0.186, 0.025, 0.10, 1.9, -42, 0.667750, 76.469100, 78.443000 }, { 15, 1, (double)INT2_MAX, 0.171, 0.015, 0.063, 2.7, -76, 0.694575, 140.053000, 144.160000 }}, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -1, -2, -1, -1, -1, 0, -2, -1, -2, -1, -1, -3, -1, 1, 0, -3, -2, 0, -2, -2, -1, -1, -5, -16, /*R*/ -2, 7, -1, -2, -4, 1, 0, -3, 0, -4, -3, 3, -2, -3, -3, -1, -1, -3, -1, -3, -1, -3, 0, -1, -5, -16, /*N*/ -1, -1, 7, 2, -2, 0, 0, 0, 1, -3, -4, 0, -2, -4, -2, 1, 0, -4, -2, -3, 5, -4, 0, -1, -5, -16, /*D*/ -2, -2, 2, 8, -4, 0, 2, -1, -1, -4, -4, -1, -4, -5, -1, 0, -1, -5, -3, -4, 6, -4, 1, -1, -5, -16, /*C*/ -1, -4, -2, -4, 13, -3, -3, -3, -3, -2, -2, -3, -2, -2, -4, -1, -1, -5, -3, -1, -3, -2, -3, -1, -5, -16, /*Q*/ -1, 1, 0, 0, -3, 7, 2, -2, 1, -3, -2, 2, 0, -4, -1, 0, -1, -1, -1, -3, 0, -3, 4, -1, -5, -16, /*E*/ -1, 0, 0, 2, -3, 2, 6, -3, 0, -4, -3, 1, -2, -3, -1, -1, -1, -3, -2, -3, 1, -3, 5, -1, -5, -16, /*G*/ 0, -3, 0, -1, -3, -2, -3, 8, -2, -4, -4, -2, -3, -4, -2, 0, -2, -3, -3, -4, -1, -4, -2, -1, -5, -16, /*H*/ -2, 0, 1, -1, -3, 1, 0, -2, 10, -4, -3, 0, -1, -1, -2, -1, -2, -3, 2, -4, 0, -3, 0, -1, -5, -16, /*I*/ -1, -4, -3, -4, -2, -3, -4, -4, -4, 5, 2, -3, 2, 0, -3, -3, -1, -3, -1, 4, -4, 4, -3, -1, -5, -16, /*L*/ -2, -3, -4, -4, -2, -2, -3, -4, -3, 2, 5, -3, 3, 1, -4, -3, -1, -2, -1, 1, -4, 4, -3, -1, -5, -16, /*K*/ -1, 3, 0, -1, -3, 2, 1, -2, 0, -3, -3, 6, -2, -4, -1, 0, -1, -3, -2, -3, 0, -3, 1, -1, -5, -16, /*M*/ -1, -2, -2, -4, -2, 0, -2, -3, -1, 2, 3, -2, 7, 0, -3, -2, -1, -1, 0, 1, -3, 2, -1, -1, -5, -16, /*F*/ -3, -3, -4, -5, -2, -4, -3, -4, -1, 0, 1, -4, 0, 8, -4, -3, -2, 1, 4, -1, -4, 1, -4, -1, -5, -16, /*P*/ -1, -3, -2, -1, -4, -1, -1, -2, -2, -3, -4, -1, -3, -4, 10, -1, -1, -4, -3, -3, -2, -3, -1, -1, -5, -16, /*S*/ 1, -1, 1, 0, -1, 0, -1, 0, -1, -3, -3, 0, -2, -3, -1, 5, 2, -4, -2, -2, 0, -3, 0, -1, -5, -16, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -1, -1, -1, -2, -1, 2, 5, -3, -2, 0, 0, -1, -1, -1, -5, -16, /*W*/ -3, -3, -4, -5, -5, -1, -3, -3, -3, -3, -2, -3, -1, 1, -4, -4, -3, 15, 2, -3, -5, -2, -2, -1, -5, -16, /*Y*/ -2, -1, -2, -3, -3, -1, -2, -3, 2, -1, -1, -2, 0, 4, -3, -2, -2, 2, 8, -1, -3, -1, -2, -1, -5, -16, /*V*/ 0, -3, -3, -4, -1, -3, -3, -4, -4, 4, 1, -3, 1, -1, -3, -2, 0, -3, -1, 5, -3, 2, -3, -1, -5, -16, /*B*/ -2, -1, 5, 6, -3, 0, 1, -1, 0, -4, -4, 0, -3, -4, -2, 0, 0, -5, -3, -3, 6, -4, 1, -1, -5, -16, /*J*/ -2, -3, -4, -4, -2, -3, -3, -4, -3, 4, 4, -3, 2, 1, -3, -3, -1, -2, -1, 2, -4, 4, -3, -1, -5, -16, /*Z*/ -1, 0, 0, 1, -3, 4, 5, -2, 0, -3, -3, 1, -1, -4, -1, 0, -1, -2, -2, -3, 1, -3, 5, -1, -5, -16, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -5, -16, /***/ -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, -5, 1, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16, -16 }, { {1.9177376165900414e-02, 2.7240376714546557e-03, 2.4031492992281512e-03, 2.5950400141435646e-03, 1.5161141503466080e-03, 2.1916331677173605e-03, 3.4448278914639618e-03, 6.2251471153775524e-03, 1.2127849526349368e-03, 3.5067963781079273e-03, 4.8064175187919377e-03, 3.3118156445774184e-03, 1.5929928229676674e-03, 2.0111462534334831e-03, 2.2367690269707355e-03, 6.2077372467778114e-03, 3.9182728585714704e-03, 4.8631739510959277e-04, 1.5289255743243066e-03, 5.4421693501580945e-03}, {2.7240376714546557e-03, 1.5249518561669190e-02, 1.9839339217171100e-03, 1.8569646551144466e-03, 5.0841145558634812e-04, 2.5241992415035875e-03, 2.9346714600391238e-03, 2.0330929248566329e-03, 1.2916661377324677e-03, 1.4850904029213015e-03, 2.8200506536265085e-03, 6.3631786906688794e-03, 8.8044244163237157e-04, 1.1827555704613821e-03, 1.1291633722052721e-03, 2.5480707779992882e-03, 2.0755623893205866e-03, 3.8597740102525838e-04, 1.2968650803478032e-03, 1.9767324973351923e-03}, {2.4031492992281512e-03, 1.9839339217171100e-03, 1.0064274648985122e-02, 3.4938528463521034e-03, 5.8526580393535813e-04, 1.5772225567522585e-03, 2.2654955215314441e-03, 3.1227790949497000e-03, 1.5032392778514345e-03, 1.2604525924282989e-03, 1.7212395367610532e-03, 2.6781179272946298e-03, 6.5072987349609041e-04, 9.2077070726659231e-04, 1.0780835837505738e-03, 3.1777703084905646e-03, 2.5607235691682607e-03, 2.2470939491808472e-04, 9.0102455753719311e-04, 1.4642269583191670e-03}, {2.5950400141435646e-03, 1.8569646551144466e-03, 3.4938528463521034e-03, 1.6142284245400377e-02, 4.9055796014848500e-04, 1.7355972391605227e-03, 4.8092932462930728e-03, 2.8256049847966923e-03, 1.1224039610689225e-03, 1.2187267471037043e-03, 1.8320202151810498e-03, 2.6483031701007680e-03, 5.4518900860208049e-04, 8.3372775443144032e-04, 1.4911089792375384e-03, 2.8168184837142236e-03, 2.2443557004503045e-03, 2.1629521399451062e-04, 8.6838200454238037e-04, 1.6071086977600263e-03}, {1.5161141503466080e-03, 5.0841145558634812e-04, 5.8526580393535813e-04, 4.9055796014848500e-04, 9.0790816399874165e-03, 3.7509694198458956e-04, 5.7443167694834051e-04, 8.6416125741413223e-04, 2.8532822032727102e-04, 8.3949095461630769e-04, 1.3866946702884293e-03, 5.9394346268641564e-04, 3.7056882781629923e-04, 6.0643258121975913e-04, 3.6775301298071699e-04, 1.1014893301583900e-03, 9.6593119839638185e-04, 9.5473415415687051e-05, 4.0265275985100583e-04, 1.3071530803028910e-03}, {2.1916331677173605e-03, 2.5241992415035875e-03, 1.5772225567522585e-03, 1.7355972391605227e-03, 3.7509694198458956e-04, 5.7288780946700701e-03, 3.2946407159359019e-03, 1.6542835961738131e-03, 1.0434512306085959e-03, 1.1246276733803604e-03, 1.8792097500823605e-03, 2.8672107479796771e-03, 8.1749695236423632e-04, 7.0039848968711364e-04, 1.0716022846036992e-03, 2.2199500917807818e-03, 1.4976248429072652e-03, 3.4211307677156259e-04, 8.6801232355735846e-04, 1.4099696811263587e-03}, {3.4448278914639618e-03, 2.9346714600391238e-03, 2.2654955215314441e-03, 4.8092932462930728e-03, 5.7443167694834051e-04, 3.2946407159359019e-03, 1.4137738860962050e-02, 2.2506310350989874e-03, 1.2713631289270268e-03, 1.5027392767795753e-03, 2.5813459827982222e-03, 4.3484287857007489e-03, 8.3289745544177065e-04, 1.2381529956170115e-03, 1.9357892959573676e-03, 2.9614835299989701e-03, 2.4465955340418752e-03, 4.2400226067181517e-04, 1.2320532047293646e-03, 1.9587224017250621e-03}, {6.2251471153775524e-03, 2.0330929248566329e-03, 3.1227790949497000e-03, 2.8256049847966923e-03, 8.6416125741413223e-04, 1.6542835961738131e-03, 2.2506310350989874e-03, 3.1590334199549770e-02, 1.0972793065146165e-03, 1.7523277816042203e-03, 2.6606416500206632e-03, 2.7990435215878512e-03, 9.3546770862675606e-04, 1.4703871152100261e-03, 1.8725532583338258e-03, 4.3892726706643180e-03, 2.4867404596474229e-03, 5.1106914401047939e-04, 1.1558215242534139e-03, 2.1542687026690753e-03}, {1.2127849526349368e-03, 1.2916661377324677e-03, 1.5032392778514345e-03, 1.1224039610689225e-03, 2.8532822032727102e-04, 1.0434512306085959e-03, 1.2713631289270268e-03, 1.0972793065146165e-03, 6.3804882118271523e-03, 6.5152626785360663e-04, 1.2931025418026663e-03, 1.3522962310675180e-03, 4.5805146362189403e-04, 8.9702000483341665e-04, 5.8791282749163360e-04, 1.2089586814863836e-03, 8.5349236685497410e-04, 1.6088475111162087e-04, 1.2994388028749182e-03, 7.4034388655116329e-04}, {3.5067963781079273e-03, 1.4850904029213015e-03, 1.2604525924282989e-03, 1.2187267471037043e-03, 8.3949095461630769e-04, 1.1246276733803604e-03, 1.5027392767795753e-03, 1.7523277816042203e-03, 6.5152626785360663e-04, 1.3999757001274281e-02, 1.0390816757632199e-02, 1.7363767070665819e-03, 2.2467399442463766e-03, 3.0498186875911964e-03, 1.3390359572833434e-03, 2.0791955470136677e-03, 2.9182353019045755e-03, 4.5881135439627285e-04, 1.7726237165460320e-03, 1.0732172589653342e-02}, {4.8064175187919377e-03, 2.8200506536265085e-03, 1.7212395367610532e-03, 1.8320202151810498e-03, 1.3866946702884293e-03, 1.8792097500823605e-03, 2.5813459827982222e-03, 2.6606416500206632e-03, 1.2931025418026663e-03, 1.0390816757632199e-02, 3.0409269773873687e-02, 2.6510115013545226e-03, 4.1722701893507309e-03, 5.8008510370760203e-03, 1.7339408813938210e-03, 2.9030148705129709e-03, 3.8403853123581615e-03, 7.8809411669902049e-04, 2.7481481703784771e-03, 9.1689424893657400e-03}, {3.3118156445774184e-03, 6.3631786906688794e-03, 2.6781179272946298e-03, 2.6483031701007680e-03, 5.9394346268641564e-04, 2.8672107479796771e-03, 4.3484287857007489e-03, 2.7990435215878512e-03, 1.3522962310675180e-03, 1.7363767070665819e-03, 2.6510115013545226e-03, 1.2999587798271149e-02, 9.6710745846319019e-04, 1.2387025901401758e-03, 1.8070838729286381e-03, 3.0739875836290694e-03, 2.5875240617244397e-03, 3.6617320485888769e-04, 1.2944286682925433e-03, 2.1916787299081464e-03}, {1.5929928229676674e-03, 8.8044244163237157e-04, 6.5072987349609041e-04, 5.4518900860208049e-04, 3.7056882781629923e-04, 8.1749695236423632e-04, 8.3289745544177065e-04, 9.3546770862675606e-04, 4.5805146362189403e-04, 2.2467399442463766e-03, 4.1722701893507309e-03, 9.6710745846319019e-04, 2.8637130884961001e-03, 1.2334264856852042e-03, 5.4319510273222540e-04, 9.8962843407290630e-04, 1.1386579188117374e-03, 2.5453642381012927e-04, 7.4966082446689317e-04, 2.1431247883570799e-03}, {2.0111462534334831e-03, 1.1827555704613821e-03, 9.2077070726659231e-04, 8.3372775443144032e-04, 6.0643258121975913e-04, 7.0039848968711364e-04, 1.2381529956170115e-03, 1.4703871152100261e-03, 8.9702000483341665e-04, 3.0498186875911964e-03, 5.8008510370760203e-03, 1.2387025901401758e-03, 1.2334264856852042e-03, 1.5352527520022995e-02, 7.3889079577318679e-04, 1.5819841076161790e-03, 1.4517880681388670e-03, 8.8872966327839206e-04, 3.9057132596179516e-03, 2.9949355095799514e-03}, {2.2367690269707355e-03, 1.1291633722052721e-03, 1.0780835837505738e-03, 1.4911089792375384e-03, 3.6775301298071699e-04, 1.0716022846036992e-03, 1.9357892959573676e-03, 1.8725532583338258e-03, 5.8791282749163360e-04, 1.3390359572833434e-03, 1.7339408813938210e-03, 1.8070838729286381e-03, 5.4319510273222540e-04, 7.3889079577318679e-04, 1.7056411057608904e-02, 1.8468214541146135e-03, 1.6196921560667427e-03, 2.3541955953234630e-04, 6.4111850267928403e-04, 1.5531163167895289e-03}, {6.2077372467778114e-03, 2.5480707779992882e-03, 3.1777703084905646e-03, 2.8168184837142236e-03, 1.1014893301583900e-03, 2.2199500917807818e-03, 2.9614835299989701e-03, 4.3892726706643180e-03, 1.2089586814863836e-03, 2.0791955470136677e-03, 2.9030148705129709e-03, 3.0739875836290694e-03, 9.8962843407290630e-04, 1.5819841076161790e-03, 1.8468214541146135e-03, 1.1119087492164673e-02, 4.7130010640939217e-03, 3.1984588103465904e-04, 1.2969411223575139e-03, 2.9238790831836834e-03}, {3.9182728585714704e-03, 2.0755623893205866e-03, 2.5607235691682607e-03, 2.2443557004503045e-03, 9.6593119839638185e-04, 1.4976248429072652e-03, 2.4465955340418752e-03, 2.4867404596474229e-03, 8.5349236685497410e-04, 2.9182353019045755e-03, 3.8403853123581615e-03, 2.5875240617244397e-03, 1.1386579188117374e-03, 1.4517880681388670e-03, 1.6196921560667427e-03, 4.7130010640939217e-03, 9.9511225720898735e-03, 3.6462369214353146e-04, 1.2243502023766173e-03, 4.0630285182107874e-03}, {4.8631739510959277e-04, 3.8597740102525838e-04, 2.2470939491808472e-04, 2.1629521399451062e-04, 9.5473415415687051e-05, 3.4211307677156259e-04, 4.2400226067181517e-04, 5.1106914401047939e-04, 1.6088475111162087e-04, 4.5881135439627285e-04, 7.8809411669902049e-04, 3.6617320485888769e-04, 2.5453642381012927e-04, 8.8872966327839206e-04, 2.3541955953234630e-04, 3.1984588103465904e-04, 3.6462369214353146e-04, 5.8917653327232667e-03, 8.1035438644761436e-04, 4.8135675107584730e-04}, {1.5289255743243066e-03, 1.2968650803478032e-03, 9.0102455753719311e-04, 8.6838200454238037e-04, 4.0265275985100583e-04, 8.6801232355735846e-04, 1.2320532047293646e-03, 1.1558215242534139e-03, 1.2994388028749182e-03, 1.7726237165460320e-03, 2.7481481703784771e-03, 1.2944286682925433e-03, 7.4966082446689317e-04, 3.9057132596179516e-03, 6.4111850267928403e-04, 1.2969411223575139e-03, 1.2243502023766173e-03, 8.1035438644761436e-04, 7.7325651605433090e-03, 1.7646048865917325e-03}, {5.4421693501580945e-03, 1.9767324973351923e-03, 1.4642269583191670e-03, 1.6071086977600263e-03, 1.3071530803028910e-03, 1.4099696811263587e-03, 1.9587224017250621e-03, 2.1542687026690753e-03, 7.4034388655116329e-04, 1.0732172589653342e-02, 9.1689424893657400e-03, 2.1916787299081464e-03, 2.1431247883570799e-03, 2.9949355095799514e-03, 1.5531163167895289e-03, 2.9238790831836834e-03, 4.0630285182107874e-03, 4.8135675107584730e-04, 1.7646048865917325e-03, 1.6356187478795130e-02}}, { 7.6539470498057649e-02, 5.3250385307217402e-02, 4.3637061980733187e-02, 5.1393635127596211e-02, 2.2316032400410832e-02, 3.4923218698747475e-02, 5.6445304260661695e-02, 7.3850907051359951e-02, 2.4711032253042223e-02, 6.4065361639403171e-02, 9.5587467619348249e-02, 5.7876000358301254e-02, 2.4385897213061735e-02, 4.8098159196680347e-02, 4.0885461298433984e-02, 5.9478937760864596e-02, 5.2921707787277797e-02, 1.3706552419028580e-02, 3.3493684732315711e-02, 7.2433722397458003e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 3.27354473e+00, 6.87168642e-01, 8.87624875e-01, 6.59704230e-01, 7.97359654e-01, 5.46298170e-01, 1.10130683e+00, 6.41220589e-01, 7.15157692e-01, 7.47622201e-01, 6.56954186e-01, 8.53472686e-01, 7.19514908e-01, 7.14770771e-01, 8.19913708e-01, 6.68351460e-01, 1.36359270e+00, 9.67331593e-01, 9.81625416e-01, 4.63560176e-01, 7.50000000e-01, 5.96400452e-01, 8.05980349e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.80310043e-01}, {0.00000000e+00, 6.87168642e-01, 3.67565906e+00, 5.07294595e-01, 4.02052534e+00, 1.31892999e+00, 3.83849184e-01, 8.47577177e-01, 1.11810068e+00, 4.07212168e-01, 9.68440788e-01, 3.91166888e-01, 5.16058658e-01, 3.26949213e+00, 6.61247189e-01, 9.98204754e-01, 7.59007679e-01, 1.06055276e+00, 9.55438618e-01, 4.46192804e-01, 3.38571955e-01, 7.50000000e-01, 5.55905269e-01, 1.19634119e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 3.97605526e-01}, {0.00000000e+00, 8.87624875e-01, 5.07294595e-01, 1.82308935e+01, 4.27724382e-01, 4.56030174e-01, 5.64985221e-01, 5.24350848e-01, 5.17412429e-01, 5.87186086e-01, 4.59864212e-01, 6.50074165e-01, 6.80946766e-01, 6.01008569e-01, 4.03060607e-01, 4.81296027e-01, 4.27834290e-01, 8.29850973e-01, 8.17890869e-01, 8.08665030e-01, 3.12131245e-01, 7.50000000e-01, 5.38704705e-01, 4.65687383e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 6.24838486e-01}, {0.00000000e+00, 6.59704230e-01, 4.02052534e+00, 4.27724382e-01, 6.11147890e+00, 1.65784569e+00, 3.37276799e-01, 7.44468416e-01, 8.83789762e-01, 3.70146565e-01, 8.90348134e-01, 3.72923686e-01, 4.35009775e-01, 1.55790069e+00, 7.09628659e-01, 9.66997497e-01, 6.78533894e-01, 9.21480865e-01, 8.25179634e-01, 4.31712984e-01, 3.07050170e-01, 7.50000000e-01, 5.04473723e-01, 1.39378711e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 3.71809285e-01}, {0.00000000e+00, 7.97359654e-01, 1.31892999e+00, 4.56030174e-01, 1.65784569e+00, 4.43735647e+00, 4.56055858e-01, 5.39909105e-01, 9.11487897e-01, 4.15558851e-01, 1.33108575e+00, 4.78428941e-01, 6.05096970e-01, 9.19771370e-01, 8.38805682e-01, 1.67134451e+00, 9.76357610e-01, 8.82100970e-01, 8.19031320e-01, 4.79075838e-01, 5.48039829e-01, 7.50000000e-01, 6.51686488e-01, 3.38012103e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.53200481e-01}, {0.00000000e+00, 5.46298170e-01, 3.83849184e-01, 5.64985221e-01, 3.37276799e-01, 4.56055858e-01, 6.63625360e+00, 4.13949535e-01, 7.54714659e-01, 9.89742646e-01, 4.44979578e-01, 1.26171801e+00, 1.05158910e+00, 4.38699901e-01, 3.75736079e-01, 4.16967765e-01, 4.61789222e-01, 5.52981315e-01, 5.70349305e-01, 8.59643167e-01, 1.34807169e+00, 7.50000000e-01, 2.42442622e+00, 4.41115461e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.15257995e+00}, {0.00000000e+00, 1.10130683e+00, 8.47577177e-01, 5.24350848e-01, 7.44468416e-01, 5.39909105e-01, 4.13949535e-01, 5.79218671e+00, 6.01271290e-01, 3.70370366e-01, 6.54870319e-01, 3.76903001e-01, 5.19438610e-01, 9.69013722e-01, 6.20168128e-01, 6.41416113e-01, 5.16985831e-01, 9.99248542e-01, 6.36269018e-01, 4.02720033e-01, 5.04888636e-01, 7.50000000e-01, 4.67274430e-01, 5.78707493e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 3.74281590e-01}, {0.00000000e+00, 6.41220589e-01, 1.11810068e+00, 5.17412429e-01, 8.83789762e-01, 9.11487897e-01, 7.54714659e-01, 6.01271290e-01, 1.04489376e+01, 4.11545408e-01, 9.45545516e-01, 5.47445792e-01, 7.60124356e-01, 1.39406083e+00, 5.81906417e-01, 1.20911332e+00, 9.81604707e-01, 8.22540644e-01, 6.52641826e-01, 4.13620259e-01, 4.75002356e-01, 7.50000000e-01, 1.57000854e+00, 1.02524740e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.92911793e-01}, {0.00000000e+00, 7.15157692e-01, 4.07212168e-01, 5.87186086e-01, 3.70146565e-01, 4.15558851e-01, 9.89742646e-01, 3.70370366e-01, 4.11545408e-01, 3.41093885e+00, 4.68297844e-01, 1.69677965e+00, 1.43810563e+00, 4.50866254e-01, 5.11210841e-01, 5.02656404e-01, 4.35318230e-01, 5.45643330e-01, 8.60722536e-01, 2.31272269e+00, 5.22495607e-01, 7.50000000e-01, 8.26095669e-01, 4.48849604e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.38463611e+00}, {0.00000000e+00, 7.47622201e-01, 9.68440788e-01, 4.59864212e-01, 8.90348134e-01, 1.33108575e+00, 4.44979578e-01, 6.54870319e-01, 9.45545516e-01, 4.68297844e-01, 3.88090096e+00, 4.79194854e-01, 6.85231759e-01, 1.06041456e+00, 7.63679086e-01, 1.41855717e+00, 2.06468049e+00, 8.92977250e-01, 8.44796364e-01, 5.22802406e-01, 4.61593643e-01, 7.50000000e-01, 6.67754286e-01, 1.36451940e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.74822110e-01}, {0.00000000e+00, 6.56954186e-01, 3.91166888e-01, 6.50074165e-01, 3.72923686e-01, 4.78428941e-01, 1.26171801e+00, 3.76903001e-01, 5.47445792e-01, 1.69677965e+00, 4.79194854e-01, 3.32815910e+00, 1.78991633e+00, 4.12652855e-01, 4.43674459e-01, 5.62937315e-01, 5.54029894e-01, 5.10605044e-01, 7.59171671e-01, 1.32427289e+00, 6.01518374e-01, 7.50000000e-01, 8.58373419e-01, 5.10730048e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.67352044e+00}, {0.00000000e+00, 8.53472686e-01, 5.16058658e-01, 6.80946766e-01, 4.35009775e-01, 6.05096970e-01, 1.05158910e+00, 5.19438610e-01, 7.60124356e-01, 1.43810563e+00, 6.85231759e-01, 1.78991633e+00, 4.81561797e+00, 6.11514139e-01, 5.44813932e-01, 9.59915799e-01, 6.78015272e-01, 6.82291911e-01, 8.82308943e-01, 1.21329921e+00, 7.61522900e-01, 7.50000000e-01, 9.17831903e-01, 7.40717150e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.64874201e+00}, {0.00000000e+00, 7.19514908e-01, 3.26949213e+00, 6.01008569e-01, 1.55790069e+00, 9.19771370e-01, 4.38699901e-01, 9.69013722e-01, 1.39406083e+00, 4.50866254e-01, 1.06041456e+00, 4.12652855e-01, 6.11514139e-01, 5.28532229e+00, 6.04265819e-01, 1.03495916e+00, 8.53785837e-01, 1.22434496e+00, 1.10885139e+00, 4.63246441e-01, 3.75696800e-01, 7.50000000e-01, 6.16478872e-01, 9.63798879e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.27987098e-01}, {0.00000000e+00, 7.14770771e-01, 6.61247189e-01, 4.03060607e-01, 7.09628659e-01, 8.38805682e-01, 3.75736079e-01, 6.20168128e-01, 5.81906417e-01, 5.11210841e-01, 7.63679086e-01, 4.43674459e-01, 5.44813932e-01, 6.04265819e-01, 1.02035160e+01, 7.50499600e-01, 5.18638945e-01, 7.59438841e-01, 7.48565360e-01, 5.24438149e-01, 4.20092966e-01, 7.50000000e-01, 4.68173126e-01, 8.05053001e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.70775405e-01}, {0.00000000e+00, 8.19913708e-01, 9.98204754e-01, 4.81296027e-01, 9.66997497e-01, 1.67134451e+00, 4.16967765e-01, 6.41416113e-01, 1.20911332e+00, 5.02656404e-01, 1.41855717e+00, 5.62937315e-01, 9.59915799e-01, 1.03495916e+00, 7.50499600e-01, 4.69722165e+00, 1.35733364e+00, 1.06872445e+00, 8.10316946e-01, 5.57384267e-01, 7.14705591e-01, 7.50000000e-01, 7.42076535e-01, 2.82790659e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.38747839e-01}, {0.00000000e+00, 6.68351460e-01, 7.59007679e-01, 4.27834290e-01, 6.78533894e-01, 9.76357610e-01, 4.61789222e-01, 5.16985831e-01, 9.81604707e-01, 4.35318230e-01, 2.06468049e+00, 5.54029894e-01, 6.78015272e-01, 8.53785837e-01, 5.18638945e-01, 1.35733364e+00, 5.37787401e+00, 8.04499038e-01, 7.36510915e-01, 5.12488758e-01, 5.28823677e-01, 7.50000000e-01, 7.27125062e-01, 1.12197569e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.06393371e-01}, {0.00000000e+00, 1.36359270e+00, 1.06055276e+00, 8.29850973e-01, 9.21480865e-01, 8.82100970e-01, 5.52981315e-01, 9.99248542e-01, 8.22540644e-01, 5.45643330e-01, 8.92977250e-01, 5.10605044e-01, 6.82291911e-01, 1.22434496e+00, 7.59438841e-01, 1.06872445e+00, 8.04499038e-01, 3.14298812e+00, 1.49727124e+00, 6.78664919e-01, 3.92328021e-01, 7.50000000e-01, 6.51019697e-01, 9.53432893e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.24665180e-01}, {0.00000000e+00, 9.67331593e-01, 9.55438618e-01, 8.17890869e-01, 8.25179634e-01, 8.19031320e-01, 5.70349305e-01, 6.36269018e-01, 6.52641826e-01, 8.60722536e-01, 8.44796364e-01, 7.59171671e-01, 8.82308943e-01, 1.10885139e+00, 7.48565360e-01, 8.10316946e-01, 7.36510915e-01, 1.49727124e+00, 3.55307500e+00, 1.05992520e+00, 5.02669810e-01, 7.50000000e-01, 6.90730891e-01, 8.15700480e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.99921922e-01}, {0.00000000e+00, 9.81625416e-01, 4.46192804e-01, 8.08665030e-01, 4.31712984e-01, 4.79075838e-01, 8.59643167e-01, 4.02720033e-01, 4.13620259e-01, 2.31272269e+00, 5.22802406e-01, 1.32427289e+00, 1.21329921e+00, 4.63246441e-01, 5.24438149e-01, 5.57384267e-01, 5.12488758e-01, 6.78664919e-01, 1.05992520e+00, 3.11745700e+00, 4.84839541e-01, 7.50000000e-01, 7.27350506e-01, 5.09007179e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 1.72091725e+00}, {0.00000000e+00, 4.63560176e-01, 3.38571955e-01, 3.12131245e-01, 3.07050170e-01, 5.48039829e-01, 1.34807169e+00, 5.04888636e-01, 4.75002356e-01, 5.22495607e-01, 4.61593643e-01, 6.01518374e-01, 7.61522900e-01, 3.75696800e-01, 4.20092966e-01, 7.14705591e-01, 5.28823677e-01, 3.92328021e-01, 5.02669810e-01, 4.84839541e-01, 3.13609332e+01, 7.50000000e-01, 1.76515899e+00, 6.11743441e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 5.69808181e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 5.96400452e-01, 5.55905269e-01, 5.38704705e-01, 5.04473723e-01, 6.51686488e-01, 2.42442622e+00, 4.67274430e-01, 1.57000854e+00, 8.26095669e-01, 6.67754286e-01, 8.58373419e-01, 9.17831903e-01, 6.16478872e-01, 4.68173126e-01, 7.42076535e-01, 7.27125062e-01, 6.51019697e-01, 6.90730891e-01, 7.27350506e-01, 1.76515899e+00, 7.50000000e-01, 6.89283261e+00, 6.86235710e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 8.45421029e-01}, {0.00000000e+00, 8.05980349e-01, 1.19634119e+00, 4.65687383e-01, 1.39378711e+00, 3.38012103e+00, 4.41115461e-01, 5.78707493e-01, 1.02524740e+00, 4.48849604e-01, 1.36451940e+00, 5.10730048e-01, 7.40717150e-01, 9.63798879e-01, 8.05053001e-01, 2.82790659e+00, 1.12197569e+00, 9.53432893e-01, 8.15700480e-01, 5.09007179e-01, 6.11743441e-01, 7.50000000e-01, 6.86235710e-01, 3.16905156e+00, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 4.85898712e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 2.90000000e-01, 1.33300000e+00, 2.90000000e-01, 2.90000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.80310043e-01, 3.97605526e-01, 6.24838486e-01, 3.71809285e-01, 4.53200481e-01, 1.15257995e+00, 3.74281590e-01, 4.92911793e-01, 2.38463611e+00, 4.74822110e-01, 2.67352044e+00, 1.64874201e+00, 4.27987098e-01, 4.70775405e-01, 5.38747839e-01, 5.06393371e-01, 5.24665180e-01, 7.99921922e-01, 1.72091725e+00, 5.69808181e-01, 7.50000000e-01, 8.45421029e-01, 4.85898712e-01, 7.50000000e-01, 2.90000000e-01, 7.50000000e-01, 2.55759716e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/blosum62.h000066400000000000000000000712711523407312000230030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix blosum62{ 11, 1, {{ (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.3176, 0.134, 0.4012, 0.7916, -3.2, 0.623757, 4.964660, 4.964660 }, { 11, 2, (double)INT2_MAX, 0.297, 0.082, 0.27, 1.1, -10, 0.641766, 12.673800, 12.757600 }, { 10, 2, (double)INT2_MAX, 0.291, 0.075, 0.23, 1.3, -15, 0.649362, 16.474000, 16.602600 }, { 9, 2, (double)INT2_MAX, 0.279, 0.058, 0.19, 1.5, -19, 0.659245, 22.751900, 22.950000 }, { 8, 2, (double)INT2_MAX, 0.264, 0.045, 0.15, 1.8, -26, 0.672692, 35.483800, 35.821300 }, { 7, 2, (double)INT2_MAX, 0.239, 0.027, 0.10, 2.5, -46, 0.702056, 61.238300, 61.886000 }, { 6, 2, (double)INT2_MAX, 0.201, 0.012, 0.061, 3.3, -58, 0.740802, 140.417000, 141.882000 }, { 13, 1, (double)INT2_MAX, 0.292, 0.071, 0.23, 1.2, -11, 0.647715, 19.506300, 19.893100 }, { 12, 1, (double)INT2_MAX, 0.283, 0.059, 0.19, 1.5, -19, 0.656391, 27.856200, 28.469900 }, { 11, 1, (double)INT2_MAX, 0.267, 0.041, 0.14, 1.9, -30, 0.669720, 42.602800, 43.636200 }, { 10, 1, (double)INT2_MAX, 0.243, 0.024, 0.10, 2.5, -44, 0.693267, 83.178700, 85.065600 }, { 9, 1, (double)INT2_MAX, 0.206, 0.010, 0.052, 4.0, -87, 0.731887, 210.333000, 214.842000 }}, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 4, -1, -2, -2, 0, -1, -1, 0, -2, -1, -1, -1, -1, -2, -1, 1, 0, -3, -2, 0, -2, -1, -1, -1, -4, -12, /*R*/ -1, 5, 0, -2, -3, 1, 0, -2, 0, -3, -2, 2, -1, -3, -2, -1, -1, -3, -2, -3, -1, -2, 0, -1, -4, -12, /*N*/ -2, 0, 6, 1, -3, 0, 0, 0, 1, -3, -3, 0, -2, -3, -2, 1, 0, -4, -2, -3, 4, -3, 0, -1, -4, -12, /*D*/ -2, -2, 1, 6, -3, 0, 2, -1, -1, -3, -4, -1, -3, -3, -1, 0, -1, -4, -3, -3, 4, -3, 1, -1, -4, -12, /*C*/ 0, -3, -3, -3, 9, -3, -4, -3, -3, -1, -1, -3, -1, -2, -3, -1, -1, -2, -2, -1, -3, -1, -3, -1, -4, -12, /*Q*/ -1, 1, 0, 0, -3, 5, 2, -2, 0, -3, -2, 1, 0, -3, -1, 0, -1, -2, -1, -2, 0, -2, 4, -1, -4, -12, /*E*/ -1, 0, 0, 2, -4, 2, 5, -2, 0, -3, -3, 1, -2, -3, -1, 0, -1, -3, -2, -2, 1, -3, 4, -1, -4, -12, /*G*/ 0, -2, 0, -1, -3, -2, -2, 6, -2, -4, -4, -2, -3, -3, -2, 0, -2, -2, -3, -3, -1, -4, -2, -1, -4, -12, /*H*/ -2, 0, 1, -1, -3, 0, 0, -2, 8, -3, -3, -1, -2, -1, -2, -1, -2, -2, 2, -3, 0, -3, 0, -1, -4, -12, /*I*/ -1, -3, -3, -3, -1, -3, -3, -4, -3, 4, 2, -3, 1, 0, -3, -2, -1, -3, -1, 3, -3, 3, -3, -1, -4, -12, /*L*/ -1, -2, -3, -4, -1, -2, -3, -4, -3, 2, 4, -2, 2, 0, -3, -2, -1, -2, -1, 1, -4, 3, -3, -1, -4, -12, /*K*/ -1, 2, 0, -1, -3, 1, 1, -2, -1, -3, -2, 5, -1, -3, -1, 0, -1, -3, -2, -2, 0, -3, 1, -1, -4, -12, /*M*/ -1, -1, -2, -3, -1, 0, -2, -3, -2, 1, 2, -1, 5, 0, -2, -1, -1, -1, -1, 1, -3, 2, -1, -1, -4, -12, /*F*/ -2, -3, -3, -3, -2, -3, -3, -3, -1, 0, 0, -3, 0, 6, -4, -2, -2, 1, 3, -1, -3, 0, -3, -1, -4, -12, /*P*/ -1, -2, -2, -1, -3, -1, -1, -2, -2, -3, -3, -1, -2, -4, 7, -1, -1, -4, -3, -2, -2, -3, -1, -1, -4, -12, /*S*/ 1, -1, 1, 0, -1, 0, 0, 0, -1, -2, -2, 0, -1, -2, -1, 4, 1, -3, -2, -2, 0, -2, 0, -1, -4, -12, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -1, -1, -1, -2, -1, 1, 5, -2, -2, 0, -1, -1, -1, -1, -4, -12, /*W*/ -3, -3, -4, -4, -2, -2, -3, -2, -2, -3, -2, -3, -1, 1, -4, -3, -2, 11, 2, -3, -4, -2, -2, -1, -4, -12, /*Y*/ -2, -2, -2, -3, -2, -1, -2, -3, 2, -1, -1, -2, -1, 3, -3, -2, -2, 2, 7, -1, -3, -1, -2, -1, -4, -12, /*V*/ 0, -3, -3, -3, -1, -2, -2, -3, -3, 3, 1, -2, 1, -1, -2, -2, 0, -3, -1, 4, -3, 2, -2, -1, -4, -12, /*B*/ -2, -1, 4, 4, -3, 0, 1, -1, 0, -3, -4, 0, -3, -3, -2, 0, -1, -4, -3, -3, 4, -3, 0, -1, -4, -12, /*J*/ -1, -2, -3, -3, -1, -2, -3, -4, -3, 3, 3, -3, 2, 0, -3, -2, -1, -2, -1, 2, -3, 3, -3, -1, -4, -12, /*Z*/ -1, 0, 0, 1, -3, 4, 4, -2, 0, -3, -3, 1, -1, -3, -1, 0, -1, -2, -2, -2, 0, -3, 4, -1, -4, -12, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -4, -12, /***/ -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, -4, 1, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12 }, {{2.1497573378347484e-02, 2.3470224274721213e-03, 1.9493235258876179e-03, 2.1674844853066858e-03, 1.5903351423026848e-03, 1.9242657898716525e-03, 2.9879059292799641e-03, 5.8158526388051033e-03, 1.1076584657559144e-03, 3.1880644746334580e-03, 4.4186245468471547e-03, 3.3466571942021082e-03, 1.3412107617355408e-03, 1.6360627863999076e-03, 2.1568959784943114e-03, 6.2524987419815400e-03, 3.7180506975672363e-03, 4.0281679108936688e-04, 1.2999956675626666e-03, 5.0679056444508912e-03}, {2.3470224274721213e-03, 1.7757465118386322e-02, 1.9786027128591904e-03, 1.5865480081162602e-03, 3.9365984789376245e-04, 2.4858611089731411e-03, 2.6933867548771758e-03, 1.7221140903704937e-03, 1.2407382229440791e-03, 1.2435878276496955e-03, 2.4193952633248727e-03, 6.2339060289407083e-03, 8.0309461712520876e-04, 9.3181986323789834e-04, 9.5783034332718700e-04, 2.2660898636037261e-03, 1.7802796534180537e-03, 2.6571979312581875e-04, 9.2634607111251918e-04, 1.5810185245264004e-03}, {1.9493235258876179e-03, 1.9786027128591904e-03, 1.4140291972553610e-02, 3.7201973506001745e-03, 4.3845466068066216e-04, 1.5304436972610567e-03, 2.2097156829738759e-03, 2.8591871815612977e-03, 1.4301072616183181e-03, 9.9437221166923172e-04, 1.3690958423974782e-03, 2.4402105140841090e-03, 5.2943633069226512e-04, 7.5004227978192801e-04, 8.6016459857770028e-04, 3.1466019144814608e-03, 2.2360795375444384e-03, 1.6159545671597605e-04, 7.0048422794024819e-04, 1.2014015528772706e-03}, {2.1674844853066858e-03, 1.5865480081162602e-03, 3.7201973506001745e-03, 2.1274574617480089e-02, 3.9909227141697264e-04, 1.6481246723433428e-03, 4.9158017471929655e-03, 2.5221102126636373e-03, 9.5384849402143984e-04, 1.2347404942429857e-03, 1.5202051791453383e-03, 2.4453087721980561e-03, 4.6429229320514104e-04, 7.6023722413111566e-04, 1.2373315413524663e-03, 2.8035127901697272e-03, 1.8961512776990257e-03, 1.6218020183662784e-04, 5.9842263937853702e-04, 1.3158365660538270e-03}, {1.5903351423026848e-03, 3.9365984789376245e-04, 4.3845466068066216e-04, 3.9909227141697264e-04, 1.1931352277704348e-02, 3.0937204045913537e-04, 3.8338775043186374e-04, 7.6951976030099293e-04, 2.2976387481074697e-04, 1.0956590131781735e-03, 1.5682982157153873e-03, 5.0124929379033781e-04, 3.7717165634097634e-04, 5.1389991547056834e-04, 3.6111795849154795e-04, 1.0432626586831986e-03, 9.3041313726939057e-04, 1.4474923964368156e-04, 3.4603772624580643e-04, 1.3606607271146112e-03}, {1.9242657898716525e-03, 2.4858611089731411e-03, 1.5304436972610567e-03, 1.6481246723433428e-03, 3.0937204045913537e-04, 7.3292255467189687e-03, 3.5385780499965817e-03, 1.3683038039160171e-03, 1.0489026828741754e-03, 8.9102936026571569e-04, 1.6174411456311808e-03, 3.0968229715707327e-03, 7.3993258722701268e-04, 5.4255147972143906e-04, 8.4668181752066874e-04, 1.8931125300036275e-03, 1.3796838284921874e-03, 2.2737931366728891e-04, 6.7584155312457842e-04, 1.1660966117775285e-03}, {2.9879059292799641e-03, 2.6933867548771758e-03, 2.2097156829738759e-03, 4.9158017471929655e-03, 3.8338775043186374e-04, 3.5385780499965817e-03, 1.6133927472163669e-02, 1.9380952488713059e-03, 1.3667885452189439e-03, 1.2192061706431622e-03, 2.0030316026648431e-03, 4.1322603720305197e-03, 6.7909745467514783e-04, 8.5179405867513139e-04, 1.4216207127018586e-03, 2.9539180653600089e-03, 2.0493063257644955e-03, 2.6488552587183780e-04, 8.7044186256788659e-04, 1.6987763526262680e-03}, {5.8158526388051033e-03, 1.7221140903704937e-03, 2.8591871815612977e-03, 2.5221102126636373e-03, 7.6951976030099293e-04, 1.3683038039160171e-03, 1.9380952488713059e-03, 3.7804346453413303e-02, 9.5813607255887238e-04, 1.3849118546156933e-03, 2.0864716056392773e-03, 2.5392537741810947e-03, 7.3281559749652399e-04, 1.1976708695723554e-03, 1.3641171883713547e-03, 3.8342830901664762e-03, 2.1858459940987062e-03, 4.0740829083805248e-04, 8.3467413018106177e-04, 1.8218235950233687e-03}, {1.1076584657559144e-03, 1.2407382229440791e-03, 1.4301072616183181e-03, 9.5384849402143984e-04, 2.2976387481074697e-04, 1.0489026828741754e-03, 1.3667885452189439e-03, 9.5813607255887238e-04, 9.2802502369336622e-03, 5.8089627083019206e-04, 9.8696608463236094e-04, 1.1873625842258938e-03, 3.8264639620910225e-04, 8.1041076335565583e-04, 4.7770135861914477e-04, 1.1052034635193162e-03, 7.4371746073077327e-04, 1.5168037757411286e-04, 1.5213771111755425e-03, 6.4882907765797669e-04}, {3.1880644746334580e-03, 1.2435878276496955e-03, 9.9437221166923172e-04, 1.2347404942429857e-03, 1.0956590131781735e-03, 8.9102936026571569e-04, 1.2192061706431622e-03, 1.3849118546156933e-03, 5.8089627083019206e-04, 1.8441526588740136e-02, 1.1382470627796603e-02, 1.5655862274689192e-03, 2.5081290988482057e-03, 3.0458868657559346e-03, 1.0068164685944146e-03, 1.7225081689171561e-03, 2.6953622613315018e-03, 3.6183761166072852e-04, 1.3821121844492116e-03, 1.1972663837662637e-02}, {4.4186245468471547e-03, 2.4193952633248727e-03, 1.3690958423974782e-03, 1.5202051791453383e-03, 1.5682982157153873e-03, 1.6174411456311808e-03, 2.0030316026648431e-03, 2.0864716056392773e-03, 9.8696608463236094e-04, 1.1382470627796603e-02, 3.7141460156350926e-02, 2.4634345023228079e-03, 4.9293545515183088e-03, 5.4151301166464015e-03, 1.4146090399381900e-03, 2.4277107072013821e-03, 3.3238031308707055e-03, 7.3206640617832933e-04, 2.2096734692836624e-03, 9.4786263030457313e-03}, {3.3466571942021082e-03, 6.2339060289407083e-03, 2.4402105140841090e-03, 2.4453087721980561e-03, 5.0124929379033781e-04, 3.0968229715707327e-03, 4.1322603720305197e-03, 2.5392537741810947e-03, 1.1873625842258938e-03, 1.5655862274689192e-03, 2.4634345023228079e-03, 1.6113385590544604e-02, 9.0876633395557617e-04, 9.4875149773685364e-04, 1.5773020912564391e-03, 3.1016069999481111e-03, 2.3467014804084987e-03, 2.7198500003555514e-04, 9.9908866586876396e-04, 1.9360424083099779e-03}, {1.3412107617355408e-03, 8.0309461712520876e-04, 5.2943633069226512e-04, 4.6429229320514104e-04, 3.7717165634097634e-04, 7.3993258722701268e-04, 6.7909745467514783e-04, 7.3281559749652399e-04, 3.8264639620910225e-04, 2.5081290988482057e-03, 4.9293545515183088e-03, 9.0876633395557617e-04, 4.0477309321969848e-03, 1.1901770463553603e-03, 4.0824445213456919e-04, 8.5603787638552766e-04, 1.0095451907679563e-03, 1.9872537223131380e-04, 5.7145288352831449e-04, 2.3123361470140736e-03}, {1.6360627863999076e-03, 9.3181986323789834e-04, 7.5004227978192801e-04, 7.6023722413111566e-04, 5.1389991547056834e-04, 5.4255147972143906e-04, 8.5179405867513139e-04, 1.1976708695723554e-03, 8.1041076335565583e-04, 3.0458868657559346e-03, 5.4151301166464015e-03, 9.4875149773685364e-04, 1.1901770463553603e-03, 1.8277684015431908e-02, 5.2528021756783813e-04, 1.1939618185901600e-03, 1.1624184369750680e-03, 8.4917468952377874e-04, 4.2392005745634370e-03, 2.5763052227920180e-03}, {2.1568959784943114e-03, 9.5783034332718700e-04, 8.6016459857770028e-04, 1.2373315413524663e-03, 3.6111795849154795e-04, 8.4668181752066874e-04, 1.4216207127018586e-03, 1.3641171883713547e-03, 4.7770135861914477e-04, 1.0068164685944146e-03, 1.4146090399381900e-03, 1.5773020912564391e-03, 4.0824445213456919e-04, 5.2528021756783813e-04, 1.9066033679132538e-02, 1.6662567934883051e-03, 1.3511005665728870e-03, 1.4152209821874487e-04, 4.5224391125285910e-04, 1.2451325046931832e-03}, { 6.2524987419815400e-03, 2.2660898636037261e-03, 3.1466019144814608e-03, 2.8035127901697272e-03, 1.0432626586831986e-03, 1.8931125300036275e-03, 2.9539180653600089e-03, 3.8342830901664762e-03, 1.1052034635193162e-03, 1.7225081689171561e-03, 2.4277107072013821e-03, 3.1016069999481111e-03, 8.5603787638552766e-04, 1.1939618185901600e-03, 1.6662567934883051e-03, 1.2585947097159817e-02, 4.7004857686835334e-03, 2.8731729176487776e-04, 1.0299846310599138e-03, 2.3587292053265561e-03 }, { 3.7180506975672363e-03, 1.7802796534180537e-03, 2.2360795375444384e-03, 1.8961512776990257e-03, 9.3041313726939057e-04, 1.3796838284921874e-03, 2.0493063257644955e-03, 2.1858459940987062e-03, 7.4371746073077327e-04, 2.6953622613315018e-03, 3.3238031308707055e-03, 2.3467014804084987e-03, 1.0095451907679563e-03, 1.1624184369750680e-03, 1.3511005665728870e-03, 4.7004857686835334e-03, 1.2514818886617953e-02, 2.8575770858467209e-04, 9.4161039895612720e-04, 3.6402328079338207e-03 }, { 4.0281679108936688e-04, 2.6571979312581875e-04, 1.6159545671597605e-04, 1.6218020183662784e-04, 1.4474923964368156e-04, 2.2737931366728891e-04, 2.6488552587183780e-04, 4.0740829083805248e-04, 1.5168037757411286e-04, 3.6183761166072852e-04, 7.3206640617832933e-04, 2.7198500003555514e-04, 1.9872537223131380e-04, 8.4917468952377874e-04, 1.4152209821874487e-04, 2.8731729176487776e-04, 2.8575770858467209e-04, 6.4699301717154852e-03, 8.8744160259272527e-04, 3.5578318710317554e-04 }, { 1.2999956675626666e-03, 9.2634607111251918e-04, 7.0048422794024819e-04, 5.9842263937853702e-04, 3.4603772624580643e-04, 6.7584155312457842e-04, 8.7044186256788659e-04, 8.3467413018106177e-04, 1.5213771111755425e-03, 1.3821121844492116e-03, 2.2096734692836624e-03, 9.9908866586876396e-04, 5.7145288352831449e-04, 4.2392005745634370e-03, 4.5224391125285910e-04, 1.0299846310599138e-03, 9.4161039895612720e-04, 8.8744160259272527e-04, 1.0246100213822419e-02, 1.5489827890922993e-03 }, { 5.0679056444508912e-03, 1.5810185245264004e-03, 1.2014015528772706e-03, 1.3158365660538270e-03, 1.3606607271146112e-03, 1.1660966117775285e-03, 1.6987763526262680e-03, 1.8218235950233687e-03, 6.4882907765797669e-04, 1.1972663837662637e-02, 9.4786263030457313e-03, 1.9360424083099779e-03, 2.3123361470140736e-03, 2.5763052227920180e-03, 1.2451325046931832e-03, 2.3587292053265561e-03, 3.6402328079338207e-03, 3.5578318710317554e-04, 1.5489827890922993e-03, 1.9631915140537640e-02 } }, { 7.4216205067993410e-02, 5.1614486141284638e-02, 4.4645808512757915e-02, 5.3626000838554413e-02, 2.4687457167944848e-02, 3.4259650591416023e-02, 5.4311925684587502e-02, 7.4146941452644999e-02, 2.6212984805266227e-02, 6.7917367618953756e-02, 9.8907868497150955e-02, 5.8155682303079680e-02, 2.4990197579643110e-02, 4.7418459742284751e-02, 3.8538003320306206e-02, 5.7229029476494421e-02, 5.0891364550287033e-02, 1.3029956129972148e-02, 3.2281512313758580e-02, 7.2919098205619245e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 3.90294070e+00, 5.64459671e-01, 8.67987664e-01, 5.44605275e-01, 7.41264113e-01, 4.64893827e-01, 1.05686961e+00, 5.69364849e-01, 6.32481035e-01, 7.75390239e-01, 6.01945975e-01, 7.23150342e-01, 5.88307640e-01, 7.54121369e-01, 7.56803943e-01, 6.12698600e-01, 1.47210399e+00, 9.84401956e-01, 9.36458396e-01, 4.16548781e-01, 7.50000000e-01, 5.42611869e-01, 7.47274948e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 6.14377313e-01}, {0.00000000e+00, 5.64459671e-01, 4.43758048e+00, 3.45226274e-01, 4.74290926e+00, 1.33503378e+00, 3.24101420e-01, 7.38524318e-01, 9.25449581e-01, 3.33981361e-01, 8.54849426e-01, 2.97257620e-01, 4.04640322e-01, 4.07083696e+00, 5.53838329e-01, 9.44103648e-01, 7.02873767e-01, 1.05798620e+00, 8.26250098e-01, 3.51280513e-01, 2.52855433e-01, 7.50000000e-01, 4.09444638e-01, 1.18382127e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.12208474e-01}, {0.00000000e+00, 8.67987664e-01, 3.45226274e-01, 1.95765857e+01, 3.01454345e-01, 2.85934574e-01, 4.38990118e-01, 4.20387870e-01, 3.55049505e-01, 6.53458801e-01, 3.49128465e-01, 6.42275633e-01, 6.11354340e-01, 3.97802620e-01, 3.79562691e-01, 3.65781531e-01, 3.08939296e-01, 7.38415701e-01, 7.40551692e-01, 7.55844055e-01, 4.49983903e-01, 7.50000000e-01, 4.34203398e-01, 3.16819526e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 6.46828489e-01}, {0.00000000e+00, 5.44605275e-01, 4.74290926e+00, 3.01454345e-01, 7.39792738e+00, 1.68781075e+00, 2.98969081e-01, 6.34301019e-01, 6.78558839e-01, 3.39015407e-01, 7.84090406e-01, 2.86613046e-01, 3.46454634e-01, 1.55385281e+00, 5.98716826e-01, 8.97081129e-01, 5.73200024e-01, 9.13504624e-01, 6.94789868e-01, 3.36500142e-01, 2.32102315e-01, 7.50000000e-01, 3.45683565e-01, 1.38195506e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.07946931e-01}, {0.00000000e+00, 7.41264113e-01, 1.33503378e+00, 2.85934574e-01, 1.68781075e+00, 5.46952608e+00, 3.30743991e-01, 4.81267655e-01, 9.60040718e-01, 3.30522558e-01, 1.30827885e+00, 3.72873704e-01, 5.00342289e-01, 9.11298183e-01, 6.79202587e-01, 1.90173784e+00, 9.60797602e-01, 9.50357185e-01, 7.41425610e-01, 4.28943130e-01, 3.74300212e-01, 7.50000000e-01, 4.96467354e-01, 4.08949895e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.55631838e-01}, {0.00000000e+00, 4.64893827e-01, 3.24101420e-01, 4.38990118e-01, 2.98969081e-01, 3.30743991e-01, 8.12879702e+00, 3.40640908e-01, 6.51990521e-01, 9.45769883e-01, 3.44043119e-01, 1.15459749e+00, 1.00437163e+00, 3.54288952e-01, 2.87444758e-01, 3.33972402e-01, 3.80726330e-01, 4.39973597e-01, 4.81693683e-01, 7.45089738e-01, 1.37437942e+00, 7.50000000e-01, 2.76938063e+00, 3.31992746e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 1.06958025e+00}, {0.00000000e+00, 1.05686961e+00, 7.38524318e-01, 4.20387870e-01, 6.34301019e-01, 4.81267655e-01, 3.40640908e-01, 6.87630691e+00, 4.92966576e-01, 2.75009722e-01, 5.88871736e-01, 2.84504012e-01, 3.95486600e-01, 8.63711406e-01, 4.77385507e-01, 5.38649627e-01, 4.49983999e-01, 9.03596525e-01, 5.79271582e-01, 3.36954912e-01, 4.21690355e-01, 7.50000000e-01, 3.48714366e-01, 5.03463109e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.80638726e-01}, {0.00000000e+00, 5.69364849e-01, 9.25449581e-01, 3.55049505e-01, 6.78558839e-01, 9.60040718e-01, 6.51990521e-01, 4.92966576e-01, 1.35059997e+01, 3.26288125e-01, 7.78887490e-01, 3.80675486e-01, 5.84132623e-01, 1.22200067e+00, 4.72879831e-01, 1.16798104e+00, 9.17048021e-01, 7.36731740e-01, 5.57503254e-01, 3.39447442e-01, 4.44088955e-01, 7.50000000e-01, 1.79790413e+00, 1.04047242e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.58533474e-01}, {0.00000000e+00, 6.32481035e-01, 3.33981361e-01, 6.53458801e-01, 3.39015407e-01, 3.30522558e-01, 9.45769883e-01, 2.75009722e-01, 3.26288125e-01, 3.99792994e+00, 3.96372934e-01, 1.69443475e+00, 1.47774450e+00, 3.27934752e-01, 3.84662860e-01, 3.82937802e-01, 3.54751311e-01, 4.43163582e-01, 7.79816110e-01, 2.41751209e+00, 4.08874390e-01, 7.50000000e-01, 6.30388931e-01, 3.50796872e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.63222650e+00}, {0.00000000e+00, 7.75390239e-01, 8.54849426e-01, 3.49128465e-01, 7.84090406e-01, 1.30827885e+00, 3.44043119e-01, 5.88871736e-01, 7.78887490e-01, 3.96372934e-01, 4.76433717e+00, 4.28270363e-01, 6.25302816e-01, 9.39841129e-01, 7.03774479e-01, 1.55432308e+00, 2.07680867e+00, 9.31919141e-01, 7.92905803e-01, 4.56542720e-01, 3.58930071e-01, 7.50000000e-01, 5.32179333e-01, 1.40344922e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.15284382e-01}, {0.00000000e+00, 6.01945975e-01, 2.97257620e-01, 6.42275633e-01, 2.86613046e-01, 3.72873704e-01, 1.15459749e+00, 2.84504012e-01, 3.80675486e-01, 1.69443475e+00, 4.28270363e-01, 3.79662137e+00, 1.99429557e+00, 3.10043276e-01, 3.71121724e-01, 4.77325586e-01, 4.73919278e-01, 4.28893743e-01, 6.60328975e-01, 1.31423573e+00, 5.68037074e-01, 7.50000000e-01, 6.92059423e-01, 4.13275887e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.94078574e+00}, {0.00000000e+00, 7.23150342e-01, 4.04640322e-01, 6.11354340e-01, 3.46454634e-01, 5.00342289e-01, 1.00437163e+00, 3.95486600e-01, 5.84132623e-01, 1.47774450e+00, 6.25302816e-01, 1.99429557e+00, 6.48145121e+00, 4.74529655e-01, 4.23898024e-01, 8.64250293e-01, 6.22623369e-01, 5.98558924e-01, 7.93801616e-01, 1.26893679e+00, 6.10296214e-01, 7.50000000e-01, 7.08364628e-01, 6.41102583e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 1.78399892e+00}, {0.00000000e+00, 5.88307640e-01, 4.07083696e+00, 3.97802620e-01, 1.55385281e+00, 9.11298183e-01, 3.54288952e-01, 8.63711406e-01, 1.22200067e+00, 3.27934752e-01, 9.39841129e-01, 3.10043276e-01, 4.74529655e-01, 7.09409488e+00, 4.99932836e-01, 1.00058442e+00, 8.58630478e-01, 1.23152924e+00, 9.84152635e-01, 3.69033853e-01, 2.77782896e-01, 7.50000000e-01, 4.86030806e-01, 9.45834265e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.17327197e-01}, {0.00000000e+00, 7.54121369e-01, 5.53838329e-01, 3.79562691e-01, 5.98716826e-01, 6.79202587e-01, 2.87444758e-01, 4.77385507e-01, 4.72879831e-01, 3.84662860e-01, 7.03774479e-01, 3.71121724e-01, 4.23898024e-01, 4.99932836e-01, 1.28375437e+01, 6.41280589e-01, 4.81534905e-01, 7.55503259e-01, 6.88897122e-01, 4.43082984e-01, 2.81833164e-01, 7.50000000e-01, 3.63521119e-01, 6.64534287e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.76634549e-01}, {0.00000000e+00, 7.56803943e-01, 9.44103648e-01, 3.65781531e-01, 8.97081129e-01, 1.90173784e+00, 3.33972402e-01, 5.38649627e-01, 1.16798104e+00, 3.82937802e-01, 1.55432308e+00, 4.77325586e-01, 8.64250293e-01, 1.00058442e+00, 6.41280589e-01, 6.24442175e+00, 1.40579606e+00, 9.65555228e-01, 7.91320741e-01, 4.66777931e-01, 5.09360272e-01, 7.50000000e-01, 6.11094097e-01, 3.58149606e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.38898727e-01}, {0.00000000e+00, 6.12698600e-01, 7.02873767e-01, 3.08939296e-01, 5.73200024e-01, 9.60797602e-01, 3.80726330e-01, 4.49983999e-01, 9.17048021e-01, 3.54751311e-01, 2.07680867e+00, 4.73919278e-01, 6.22623369e-01, 8.58630478e-01, 4.81534905e-01, 1.40579606e+00, 6.66557707e+00, 7.67165633e-01, 6.77754679e-01, 4.20072316e-01, 3.95102106e-01, 7.50000000e-01, 5.55965425e-01, 1.13292384e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.25403989e-01}, {0.00000000e+00, 1.47210399e+00, 1.05798620e+00, 7.38415701e-01, 9.13504624e-01, 9.50357185e-01, 4.39973597e-01, 9.03596525e-01, 7.36731740e-01, 4.43163582e-01, 9.31919141e-01, 4.28893743e-01, 5.98558924e-01, 1.23152924e+00, 7.55503259e-01, 9.65555228e-01, 7.67165633e-01, 3.84284741e+00, 1.61392097e+00, 5.65223766e-01, 3.85303035e-01, 7.50000000e-01, 5.57520051e-01, 9.56235816e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 4.34703235e-01}, {0.00000000e+00, 9.84401956e-01, 8.26250098e-01, 7.40551692e-01, 6.94789868e-01, 7.41425610e-01, 4.81693683e-01, 5.79271582e-01, 5.57503254e-01, 7.79816110e-01, 7.92905803e-01, 6.60328975e-01, 7.93801616e-01, 9.84152635e-01, 6.88897122e-01, 7.91320741e-01, 6.77754679e-01, 1.61392097e+00, 4.83210516e+00, 9.80943005e-01, 4.30934144e-01, 7.50000000e-01, 5.73156574e-01, 7.60725140e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.08974203e-01}, {0.00000000e+00, 9.36458396e-01, 3.51280513e-01, 7.55844055e-01, 3.36500142e-01, 4.28943130e-01, 7.45089738e-01, 3.36954912e-01, 3.39447442e-01, 2.41751209e+00, 4.56542720e-01, 1.31423573e+00, 1.26893679e+00, 3.69033853e-01, 4.43082984e-01, 4.66777931e-01, 4.20072316e-01, 5.65223766e-01, 9.80943005e-01, 3.69215640e+00, 3.74456332e-01, 7.50000000e-01, 6.58038693e-01, 4.43577702e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 1.76339815e+00}, {0.00000000e+00, 4.16548781e-01, 2.52855433e-01, 4.49983903e-01, 2.32102315e-01, 3.74300212e-01, 1.37437942e+00, 4.21690355e-01, 4.44088955e-01, 4.08874390e-01, 3.58930071e-01, 5.68037074e-01, 6.10296214e-01, 2.77782896e-01, 2.81833164e-01, 5.09360272e-01, 3.95102106e-01, 3.85303035e-01, 4.30934144e-01, 3.74456332e-01, 3.81077833e+01, 7.50000000e-01, 2.10980812e+00, 4.26541694e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 5.03239261e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 5.42611869e-01, 4.09444638e-01, 4.34203398e-01, 3.45683565e-01, 4.96467354e-01, 2.76938063e+00, 3.48714366e-01, 1.79790413e+00, 6.30388931e-01, 5.32179333e-01, 6.92059423e-01, 7.08364628e-01, 4.86030806e-01, 3.63521119e-01, 6.11094097e-01, 5.55965425e-01, 5.57520051e-01, 5.73156574e-01, 6.58038693e-01, 2.10980812e+00, 7.50000000e-01, 9.83220341e+00, 5.40805192e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 6.66952325e-01}, {0.00000000e+00, 7.47274948e-01, 1.18382127e+00, 3.16819526e-01, 1.38195506e+00, 4.08949895e+00, 3.31992746e-01, 5.03463109e-01, 1.04047242e+00, 3.50796872e-01, 1.40344922e+00, 4.13275887e-01, 6.41102583e-01, 9.45834265e-01, 6.64534287e-01, 3.58149606e+00, 1.13292384e+00, 9.56235816e-01, 7.60725140e-01, 4.43577702e-01, 4.26541694e-01, 7.50000000e-01, 5.40805192e-01, 3.89300249e+00, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 3.87839626e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 2.50000000e-01, 1.33300000e+00, 2.50000000e-01, 2.50000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.14377313e-01, 3.12208474e-01, 6.46828489e-01, 3.07946931e-01, 3.55631838e-01, 1.06958025e+00, 2.80638726e-01, 3.58533474e-01, 2.63222650e+00, 4.15284382e-01, 2.94078574e+00, 1.78399892e+00, 3.17327197e-01, 3.76634549e-01, 4.38898727e-01, 4.25403989e-01, 4.34703235e-01, 7.08974203e-01, 1.76339815e+00, 5.03239261e-01, 7.50000000e-01, 6.66952325e-01, 3.87839626e-01, 7.50000000e-01, 2.50000000e-01, 7.50000000e-01, 2.81516607e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/blosum80.h000066400000000000000000000677121523407312000230100ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix blosum80{ 10, 1, { { (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.3430, 0.177, 0.6568, 0.5222, -1.6, 0.564057, 1.918130, 1.918130 }, { 25, 2, (double)INT2_MAX, 0.342, 0.17, 0.66, 0.52, -1.6, 0.563956, 1.731000, 1.731300 }, { 13, 2, (double)INT2_MAX, 0.336, 0.15, 0.57, 0.59, -3, 0.570979, 2.673470, 2.692300 }, { 9, 2, (double)INT2_MAX, 0.319, 0.11, 0.42, 0.76, -6, 0.587837, 5.576090, 5.667860 }, { 8, 2, (double)INT2_MAX, 0.308, 0.090, 0.35, 0.89, -9, 0.597556, 7.536950, 7.686230 }, { 7, 2, (double)INT2_MAX, 0.293, 0.070, 0.27, 1.1, -14, 0.615254, 11.586600, 11.840400 }, { 6, 2, (double)INT2_MAX, 0.268, 0.045, 0.19, 1.4, -19, 0.644054, 19.958100, 20.441200 }, { 11, 1, (double)INT2_MAX, 0.314, 0.095, 0.35, 0.90, -9, 0.590702, 8.808610, 9.223320 }, { 10, 1, (double)INT2_MAX, 0.299, 0.071, 0.27, 1.1, -14, 0.609620, 13.833800, 14.533400 }, { 9, 1, (double)INT2_MAX, 0.279, 0.048, 0.20, 1.4, -19, 0.623800, 24.252000, 25.490400 } }, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -2, -2, -1, -1, -1, 0, -2, -2, -2, -1, -1, -3, -1, 1, 0, -3, -2, 0, -2, -2, -1, -1, -6, -12, /*R*/ -2, 6, -1, -2, -4, 1, -1, -3, 0, -3, -3, 2, -2, -4, -2, -1, -1, -4, -3, -3, -1, -3, 0, -1, -6, -12, /*N*/ -2, -1, 6, 1, -3, 0, -1, -1, 0, -4, -4, 0, -3, -4, -3, 0, 0, -4, -3, -4, 5, -4, 0, -1, -6, -12, /*D*/ -2, -2, 1, 6, -4, -1, 1, -2, -2, -4, -5, -1, -4, -4, -2, -1, -1, -6, -4, -4, 5, -5, 1, -1, -6, -12, /*C*/ -1, -4, -3, -4, 9, -4, -5, -4, -4, -2, -2, -4, -2, -3, -4, -2, -1, -3, -3, -1, -4, -2, -4, -1, -6, -12, /*Q*/ -1, 1, 0, -1, -4, 6, 2, -2, 1, -3, -3, 1, 0, -4, -2, 0, -1, -3, -2, -3, 0, -3, 4, -1, -6, -12, /*E*/ -1, -1, -1, 1, -5, 2, 6, -3, 0, -4, -4, 1, -2, -4, -2, 0, -1, -4, -3, -3, 1, -4, 5, -1, -6, -12, /*G*/ 0, -3, -1, -2, -4, -2, -3, 6, -3, -5, -4, -2, -4, -4, -3, -1, -2, -4, -4, -4, -1, -5, -3, -1, -6, -12, /*H*/ -2, 0, 0, -2, -4, 1, 0, -3, 8, -4, -3, -1, -2, -2, -3, -1, -2, -3, 2, -4, -1, -4, 0, -1, -6, -12, /*I*/ -2, -3, -4, -4, -2, -3, -4, -5, -4, 5, 1, -3, 1, -1, -4, -3, -1, -3, -2, 3, -4, 3, -4, -1, -6, -12, /*L*/ -2, -3, -4, -5, -2, -3, -4, -4, -3, 1, 4, -3, 2, 0, -3, -3, -2, -2, -2, 1, -4, 3, -3, -1, -6, -12, /*K*/ -1, 2, 0, -1, -4, 1, 1, -2, -1, -3, -3, 5, -2, -4, -1, -1, -1, -4, -3, -3, -1, -3, 1, -1, -6, -12, /*M*/ -1, -2, -3, -4, -2, 0, -2, -4, -2, 1, 2, -2, 6, 0, -3, -2, -1, -2, -2, 1, -3, 2, -1, -1, -6, -12, /*F*/ -3, -4, -4, -4, -3, -4, -4, -4, -2, -1, 0, -4, 0, 6, -4, -3, -2, 0, 3, -1, -4, 0, -4, -1, -6, -12, /*P*/ -1, -2, -3, -2, -4, -2, -2, -3, -3, -4, -3, -1, -3, -4, 8, -1, -2, -5, -4, -3, -2, -4, -2, -1, -6, -12, /*S*/ 1, -1, 0, -1, -2, 0, 0, -1, -1, -3, -3, -1, -2, -3, -1, 5, 1, -4, -2, -2, 0, -3, 0, -1, -6, -12, /*T*/ 0, -1, 0, -1, -1, -1, -1, -2, -2, -1, -2, -1, -1, -2, -2, 1, 5, -4, -2, 0, -1, -1, -1, -1, -6, -12, /*W*/ -3, -4, -4, -6, -3, -3, -4, -4, -3, -3, -2, -4, -2, 0, -5, -4, -4, 11, 2, -3, -5, -3, -3, -1, -6, -12, /*Y*/ -2, -3, -3, -4, -3, -2, -3, -4, 2, -2, -2, -3, -2, 3, -4, -2, -2, 2, 7, -2, -3, -2, -3, -1, -6, -12, /*V*/ 0, -3, -4, -4, -1, -3, -3, -4, -4, 3, 1, -3, 1, -1, -3, -2, 0, -3, -2, 4, -4, 2, -3, -1, -6, -12, /*B*/ -2, -1, 5, 5, -4, 0, 1, -1, -1, -4, -4, -1, -3, -4, -2, 0, -1, -5, -3, -4, 5, -4, 0, -1, -6, -12, /*J*/ -2, -3, -4, -5, -2, -3, -4, -5, -4, 3, 3, -3, 2, 0, -4, -3, -1, -3, -2, 2, -4, 3, -3, -1, -6, -12, /*Z*/ -1, 0, 0, 1, -4, 4, 5, -3, 0, -4, -3, 1, -1, -4, -2, 0, -1, -3, -3, -3, 0, -3, 5, -1, -6, -12, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -6, -12, /***/ -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, 1, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12 }, { {2.5190801261944146e-02, 2.0340063576029794e-03, 1.5934450456787860e-03, 1.7567882204091898e-03, 1.5342531535382758e-03, 1.7000666571091031e-03, 2.7868757423594017e-03, 5.3312141672192219e-03, 9.4989551434358397e-04, 2.6511420856442343e-03, 3.6482390472164553e-03, 2.8776040054767438e-03, 1.1106592033970583e-03, 1.3579821676123010e-03, 2.1407549535065536e-03, 6.3814552201747433e-03, 3.5676984041129148e-03, 3.2555946863964375e-04, 1.1044305938818220e-03, 4.6043558088638440e-03}, {2.0340063576029794e-03, 2.0957619284835711e-02, 1.6758487367421928e-03, 1.2888167784480715e-03, 3.3826512646630144e-04, 2.3643445818728338e-03, 2.2882006533010476e-03, 1.4590947777562337e-03, 1.1860735000568496e-03, 1.0137588625981279e-03, 1.8206526954490602e-03, 6.0560763047425702e-03, 6.2337540140620625e-04, 6.8229547250252861e-04, 8.5854176274829876e-04, 2.0042877649097124e-03, 1.5124193439838248e-03, 2.1495826193954981e-04, 7.3405490506437917e-04, 1.3053875072860433e-03}, {1.5934450456787860e-03, 1.6758487367421928e-03, 1.6571102507116985e-02, 3.6538256029687933e-03, 3.7275314562150083e-04, 1.3857458787672526e-03, 1.9028611939066358e-03, 2.5087252791082940e-03, 1.2287120285654496e-03, 7.4457563298143141e-04, 1.0685540535108611e-03, 2.2109484306704398e-03, 4.0104114114639772e-04, 5.5233725060967317e-04, 6.5378230775305264e-04, 2.8681766931253736e-03, 1.9573168921473445e-03, 1.3788261408849363e-04, 5.7618561566013431e-04, 9.3483242504674316e-04}, {1.7567882204091898e-03, 1.2888167784480715e-03, 3.6538256029687933e-03, 2.6192308612565114e-02, 3.3106691118318270e-04, 1.3768335120404338e-03, 4.7855109048933571e-03, 2.2232114513351937e-03, 8.1024112807968755e-04, 7.7107432004201270e-04, 1.0524113745173926e-03, 1.9891158615195038e-03, 3.3025592590943029e-04, 5.9228818844263222e-04, 9.2722402594094192e-04, 2.3761553355682980e-03, 1.6423964465390574e-03, 1.1250313032631603e-04, 4.5827153005301055e-04, 9.6057858837385150e-04}, {1.5342531535382758e-03, 3.3826512646630144e-04, 3.7275314562150083e-04, 3.3106691118318270e-04, 1.7242275829262476e-02, 2.8646474074708189e-04, 2.8282275916935814e-04, 6.0199758435290119e-04, 1.6234838273827443e-04, 1.1265997431595498e-03, 1.4150540356314203e-03, 3.8133934535800398e-04, 3.5227309589971249e-04, 5.3668272671786679e-04, 2.9686417147468063e-04, 9.5169015207393563e-04, 8.7056289887733830e-04, 1.2638354788184329e-04, 3.0970164723884082e-04, 1.3402441983659027e-03}, {1.7000666571091031e-03, 2.3643445818728338e-03, 1.3857458787672526e-03, 1.3768335120404338e-03, 2.8646474074708189e-04, 9.4347765835274943e-03, 3.4983547675341785e-03, 1.0949548858705770e-03, 1.1246735029182945e-03, 6.9825772263661188e-04, 1.3621164757556699e-03, 2.8087671852638188e-03, 7.2881923779495811e-04, 4.5182331847654853e-04, 6.9151715980429068e-04, 1.6537440549432947e-03, 1.2213788117405877e-03, 1.9879174677422644e-04, 5.4136767114461271e-04, 1.0117238998697397e-03}, {2.7868757423594017e-03, 2.2882006533010476e-03, 1.9028611939066358e-03, 4.7855109048933571e-03, 2.8282275916935814e-04, 3.4983547675341785e-03, 2.0820161672110919e-02, 1.6705768658803739e-03, 1.2497919872780897e-03, 9.6840513155216357e-04, 1.4960914225340589e-03, 3.5721908719380593e-03, 5.7149419172049785e-04, 6.3988473796368903e-04, 1.2122196186289647e-03, 2.6389347134212079e-03, 1.8749387967046983e-03, 1.9036380224872525e-04, 6.3290036404780182e-04, 1.4751061012869160e-03}, {5.3312141672192219e-03, 1.4590947777562337e-03, 2.5087252791082940e-03, 2.2232114513351937e-03, 6.0199758435290119e-04, 1.0949548858705770e-03, 1.6705768658803739e-03, 4.6339669111671353e-02, 7.5449961042330647e-04, 9.4996724611759150e-04, 1.6066592192185663e-03, 2.0310505314366269e-03, 5.3609624387219209e-04, 8.9864424405597940e-04, 1.0176342727297918e-03, 3.4421697217907042e-03, 1.8920241991862482e-03, 2.9373791998702517e-04, 6.1327956332154923e-04, 1.4084342214988788e-03}, {9.4989551434358397e-04, 1.1860735000568496e-03, 1.2287120285654496e-03, 8.1024112807968755e-04, 1.6234838273827443e-04, 1.1246735029182945e-03, 1.2497919872780897e-03, 7.5449961042330647e-04, 1.0381617825381334e-02, 4.4036371570812095e-04, 7.9508382719793930e-04, 1.0307766502203480e-03, 2.6842308809614442e-04, 6.8472295590456679e-04, 4.0762982846324675e-04, 9.6226821486916257e-04, 6.8751986685796880e-04, 1.4371608217276840e-04, 1.6115232208711219e-03, 5.3755732656986873e-04}, {2.6511420856442343e-03, 1.0137588625981279e-03, 7.4457563298143141e-04, 7.7107432004201270e-04, 1.1265997431595498e-03, 6.9825772263661188e-04, 9.6840513155216357e-04, 9.4996724611759150e-04, 4.4036371570812095e-04, 2.1961426293375986e-02, 1.1130703369690390e-02, 1.1532712305851239e-03, 2.4830606782385335e-03, 2.6597759616518901e-03, 7.3360010098323712e-04, 1.4571406164888326e-03, 2.3588073239766052e-03, 3.3397592349852914e-04, 1.2624333898651637e-03, 1.2271122820238527e-02}, {3.6482390472164553e-03, 1.8206526954490602e-03, 1.0685540535108611e-03, 1.0524113745173926e-03, 1.4150540356314203e-03, 1.3621164757556699e-03, 1.4960914225340589e-03, 1.6066592192185663e-03, 7.9508382719793930e-04, 1.1130703369690390e-02, 4.4208543625750947e-02, 1.9460828295282577e-03, 5.1637253946183711e-03, 5.2243696624605148e-03, 1.1528201208432873e-03, 2.0991567569779157e-03, 2.7981964830167271e-03, 6.3277768036502599e-04, 2.0134515231625665e-03, 8.8913964764739482e-03}, {2.8776040054767438e-03, 6.0560763047425702e-03, 2.2109484306704398e-03, 1.9891158615195038e-03, 3.8133934535800398e-04, 2.8087671852638188e-03, 3.5721908719380593e-03, 2.0310505314366269e-03, 1.0307766502203480e-03, 1.1532712305851239e-03, 1.9460828295282577e-03, 1.8992311051287718e-02, 7.1570376147636942e-04, 7.2977429729635017e-04, 1.2494764855845110e-03, 2.5724600423967150e-03, 2.0209702186968510e-03, 1.9168209136920497e-04, 7.8006357431686252e-04, 1.4847749228956784e-03}, {1.1106592033970583e-03, 6.2337540140620625e-04, 4.0104114114639772e-04, 3.3025592590943029e-04, 3.5227309589971249e-04, 7.2881923779495811e-04, 5.7149419172049785e-04, 5.3609624387219209e-04, 2.6842308809614442e-04, 2.4830606782385335e-03, 5.1637253946183711e-03, 7.1570376147636942e-04, 5.3068580972096564e-03, 1.0285774291964053e-03, 3.3805426284931307e-04, 6.9732452132326552e-04, 9.2870717652810894e-04, 1.9855470215781828e-04, 4.6842552580683944e-04, 2.1900560317616967e-03}, {1.3579821676123010e-03, 6.8229547250252861e-04, 5.5233725060967317e-04, 5.9228818844263222e-04, 5.3668272671786679e-04, 4.5182331847654853e-04, 6.3988473796368903e-04, 8.9864424405597940e-04, 6.8472295590456679e-04, 2.6597759616518901e-03, 5.2243696624605148e-03, 7.2977429729635017e-04, 1.0285774291964053e-03, 2.1050081047094053e-02, 4.2695305789420819e-04, 9.9526342159352650e-04, 1.0513746746114907e-03, 7.4360162788489814e-04, 4.5643669065202081e-03, 2.2374943285650862e-03}, {2.1407549535065536e-03, 8.5854176274829876e-04, 6.5378230775305264e-04, 9.2722402594094192e-04, 2.9686417147468063e-04, 6.9151715980429068e-04, 1.2122196186289647e-03, 1.0176342727297918e-03, 4.0762982846324675e-04, 7.3360010098323712e-04, 1.1528201208432873e-03, 1.2494764855845110e-03, 3.3805426284931307e-04, 4.2695305789420819e-04, 2.2132147568842062e-02, 1.4255613382498733e-03, 1.0735194808918437e-03, 9.8582208625861730e-05, 3.4299989987846913e-04, 1.0356422797820938e-03}, {6.3814552201747433e-03, 2.0042877649097124e-03, 2.8681766931253736e-03, 2.3761553355682980e-03, 9.5169015207393563e-04, 1.6537440549432947e-03, 2.6389347134212079e-03, 3.4421697217907042e-03, 9.6226821486916257e-04, 1.4571406164888326e-03, 2.0991567569779157e-03, 2.5724600423967150e-03, 6.9732452132326552e-04, 9.9526342159352650e-04, 1.4255613382498733e-03, 1.6728326838562371e-02, 4.7707748874885403e-03, 2.2457429196472549e-04, 9.2159836957901727e-04, 2.0684030169239110e-03}, {3.5676984041129148e-03, 1.5124193439838248e-03, 1.9573168921473445e-03, 1.6423964465390574e-03, 8.7056289887733830e-04, 1.2213788117405877e-03, 1.8749387967046983e-03, 1.8920241991862482e-03, 6.8751986685796880e-04, 2.3588073239766052e-03, 2.7981964830167271e-03, 2.0209702186968510e-03, 9.2870717652810894e-04, 1.0513746746114907e-03, 1.0735194808918437e-03, 4.7707748874885403e-03, 1.5594999664688735e-02, 2.0707952088013908e-04, 8.2888908190237710e-04, 3.2712773918631040e-03}, {3.2555946863964375e-04, 2.1495826193954981e-04, 1.3788261408849363e-04, 1.1250313032631603e-04, 1.2638354788184329e-04, 1.9879174677422644e-04, 1.9036380224872525e-04, 2.9373791998702517e-04, 1.4371608217276840e-04, 3.3397592349852914e-04, 6.3277768036502599e-04, 1.9168209136920497e-04, 1.9855470215781828e-04, 7.4360162788489814e-04, 9.8582208625861730e-05, 2.2457429196472549e-04, 2.0707952088013908e-04, 8.7238920952867408e-03, 1.0281252180987448e-03, 3.6291275126003661e-04}, {1.1044305938818220e-03, 7.3405490506437917e-04, 5.7618561566013431e-04, 4.5827153005301055e-04, 3.0970164723884082e-04, 5.4136767114461271e-04, 6.3290036404780182e-04, 6.1327956332154923e-04, 1.6115232208711219e-03, 1.2624333898651637e-03, 2.0134515231625665e-03, 7.8006357431686252e-04, 4.6842552580683944e-04, 4.5643669065202081e-03, 3.4299989987846913e-04, 9.2159836957901727e-04, 8.2888908190237710e-04, 1.0281252180987448e-03, 1.4809695895202394e-02, 1.2479627747244684e-03}, {4.6043558088638440e-03, 1.3053875072860433e-03, 9.3483242504674316e-04, 9.6057858837385150e-04, 1.3402441983659027e-03, 1.0117238998697397e-03, 1.4751061012869160e-03, 1.4084342214988788e-03, 5.3755732656986873e-04, 1.2271122820238527e-02, 8.8913964764739482e-03, 1.4847749228956784e-03, 2.1900560317616967e-03, 2.2374943285650862e-03, 1.0356422797820938e-03, 2.0684030169239110e-03, 3.2712773918631040e-03, 3.6291275126003661e-04, 1.2479627747244684e-03, 2.4557979462295820e-02} }, { 7.2647227078731003e-02, 5.0418078079712533e-02, 4.2998652475215837e-02, 5.3630877849155469e-02, 2.8859643195758448e-02, 3.3634522394591609e-02, 5.4557686298480158e-02, 7.6673641116832586e-02, 2.5417438256716121e-02, 6.7169462169032662e-02, 9.9526086073919384e-02, 5.4794439692059750e-02, 2.4441485110408976e-02, 4.7108293477054419e-02, 3.8215524905474578e-02, 5.7239465972425123e-02, 5.0130851564694504e-02, 1.4489654685450317e-02, 3.4849727270340386e-02, 7.3197242333946158e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 4.77313697e+00, 4.77250219e-01, 7.31790935e-01, 4.50905428e-01, 7.03141318e-01, 3.96805472e-01, 9.57108118e-01, 5.14428496e-01, 5.43302985e-01, 7.22895459e-01, 5.04576848e-01, 6.25509899e-01, 5.10109254e-01, 7.71095354e-01, 6.95763501e-01, 5.55324683e-01, 1.53463504e+00, 9.79634362e-01, 8.65874830e-01, 3.09281009e-01, 7.50000000e-01, 4.36234494e-01, 7.00327585e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 5.20181427e-01}, {0.00000000e+00, 4.77250219e-01, 5.36249708e+00, 2.52383415e-01, 5.75921529e+00, 1.26868736e+00, 2.51452613e-01, 6.38679494e-01, 8.30167261e-01, 2.33516284e-01, 7.93249084e-01, 2.20539708e-01, 3.09639510e-01, 4.86768283e+00, 4.28138134e-01, 8.50001386e-01, 6.08526572e-01, 9.48166786e-01, 7.43109762e-01, 2.67977796e-01, 1.78830543e-01, 7.50000000e-01, 3.07187296e-01, 1.10900996e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.25768580e-01}, {0.00000000e+00, 7.31790935e-01, 2.52383415e-01, 2.07020176e+01, 2.13899571e-01, 1.79625278e-01, 3.94756499e-01, 2.72055621e-01, 2.21322329e-01, 5.81174860e-01, 2.41148280e-01, 4.92657548e-01, 4.99414247e-01, 3.00383113e-01, 2.69170214e-01, 2.95117493e-01, 2.32476995e-01, 5.76114817e-01, 6.01733396e-01, 6.34451252e-01, 3.02232769e-01, 7.50000000e-01, 3.07930831e-01, 2.23671408e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 5.28325329e-01}, {0.00000000e+00, 4.50905428e-01, 5.75921529e+00, 2.13899571e-01, 9.10634223e+00, 1.63552603e+00, 2.34434106e-01, 5.40654444e-01, 5.94384672e-01, 2.14047157e-01, 6.76875328e-01, 1.97166761e-01, 2.51946380e-01, 1.58444827e+00, 4.52407652e-01, 7.63275386e-01, 4.76639455e-01, 7.74041684e-01, 6.10882957e-01, 2.44693975e-01, 1.44774364e-01, 7.50000000e-01, 2.45193294e-01, 1.30286928e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.03968665e-01}, {0.00000000e+00, 7.03141318e-01, 1.26868736e+00, 1.79625278e-01, 1.63552603e+00, 6.99475019e+00, 2.48970812e-01, 3.99359878e-01, 9.01259830e-01, 2.64258683e-01, 1.19492933e+00, 2.75527698e-01, 4.28576433e-01, 8.11140936e-01, 5.81414067e-01, 1.90643780e+00, 8.31863127e-01, 8.45039731e-01, 6.85529376e-01, 3.69379335e-01, 2.40807712e-01, 7.50000000e-01, 3.32874109e-01, 5.05418243e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.70986883e-01}, {0.00000000e+00, 3.96805472e-01, 2.51452613e-01, 3.94756499e-01, 2.34434106e-01, 2.48970812e-01, 9.48547379e+00, 2.48796540e-01, 5.71854758e-01, 8.40573731e-01, 2.82718808e-01, 1.11429351e+00, 8.93330223e-01, 2.72679266e-01, 2.37160811e-01, 2.85158291e-01, 2.87269045e-01, 3.69100895e-01, 4.45199900e-01, 6.48888163e-01, 1.08939386e+00, 7.50000000e-01, 2.78024963e+00, 2.62771902e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 1.00399896e+00}, {0.00000000e+00, 9.57108118e-01, 6.38679494e-01, 2.72055621e-01, 5.40654444e-01, 3.99359878e-01, 2.48796540e-01, 7.88244144e+00, 3.87151686e-01, 1.84455102e-01, 4.83435068e-01, 2.10542976e-01, 2.86067872e-01, 7.60943081e-01, 3.47300820e-01, 4.24585221e-01, 3.77442786e-01, 7.84315177e-01, 4.92238430e-01, 2.50954947e-01, 2.64396616e-01, 7.50000000e-01, 2.29516029e-01, 4.08980256e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.00030947e-01}, {0.00000000e+00, 5.14428496e-01, 8.30167261e-01, 2.21322329e-01, 5.94384672e-01, 9.01259830e-01, 5.71854758e-01, 3.87151686e-01, 1.60694674e+01, 2.57933576e-01, 7.40110055e-01, 3.14299881e-01, 4.32076355e-01, 1.12425153e+00, 4.19656882e-01, 1.31555625e+00, 9.25536475e-01, 6.61407005e-01, 5.39570743e-01, 2.88933760e-01, 3.90225420e-01, 7.50000000e-01, 1.81930455e+00, 1.05926315e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.91587251e-01}, {0.00000000e+00, 5.43302985e-01, 2.33516284e-01, 5.81174860e-01, 2.14047157e-01, 2.64258683e-01, 8.40573731e-01, 1.84455102e-01, 2.57933576e-01, 4.86762150e+00, 3.13345237e-01, 1.66499837e+00, 1.51247384e+00, 2.57799519e-01, 2.85790430e-01, 3.09071252e-01, 2.99348100e-01, 3.78995471e-01, 7.00511896e-01, 2.49584558e+00, 3.43150987e-01, 7.50000000e-01, 5.39308441e-01, 2.81349188e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.95548558e+00}, {0.00000000e+00, 7.22895459e-01, 7.93249084e-01, 2.41148280e-01, 6.76875328e-01, 1.19492933e+00, 2.82718808e-01, 4.83435068e-01, 7.40110055e-01, 3.13345237e-01, 6.32564527e+00, 3.56851811e-01, 5.34403407e-01, 9.38398440e-01, 5.96694133e-01, 1.52403165e+00, 2.19214139e+00, 8.20193974e-01, 7.35729790e-01, 3.70194033e-01, 2.41427653e-01, 7.50000000e-01, 4.08501941e-01, 1.32044155e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.39320970e-01}, {0.00000000e+00, 5.04576848e-01, 2.20539708e-01, 4.92657548e-01, 1.97166761e-01, 2.75527698e-01, 1.11429351e+00, 2.10542976e-01, 3.14299881e-01, 1.66499837e+00, 3.56851811e-01, 4.46305621e+00, 2.12274889e+00, 2.49692056e-01, 3.03099202e-01, 4.06904090e-01, 3.62830591e-01, 3.68478686e-01, 5.60836408e-01, 1.22050154e+00, 4.38789464e-01, 7.50000000e-01, 5.80503535e-01, 3.25631695e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.33558735e+00}, {0.00000000e+00, 6.25509899e-01, 3.09639510e-01, 4.99414247e-01, 2.51946380e-01, 4.28576433e-01, 8.93330223e-01, 2.86067872e-01, 4.32076355e-01, 1.51247384e+00, 5.34403407e-01, 2.12274889e+00, 8.88346290e+00, 3.81598352e-01, 3.61925345e-01, 8.86557630e-01, 5.05866341e-01, 4.98438721e-01, 7.57959723e-01, 1.22414515e+00, 5.60653516e-01, 7.50000000e-01, 5.49937808e-01, 6.03240148e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 1.87684042e+00}, {0.00000000e+00, 5.10109254e-01, 4.86768283e+00, 3.00383113e-01, 1.58444827e+00, 8.11140936e-01, 2.72679266e-01, 7.60943081e-01, 1.12425153e+00, 2.57799519e-01, 9.38398440e-01, 2.49692056e-01, 3.81598352e-01, 8.96275887e+00, 3.97867522e-01, 9.58172021e-01, 7.73025258e-01, 1.16534759e+00, 9.08032132e-01, 2.97018980e-01, 2.21307752e-01, 7.50000000e-01, 3.84510481e-01, 8.67215281e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.52958933e-01}, {0.00000000e+00, 7.71095354e-01, 4.28138134e-01, 2.69170214e-01, 4.52407652e-01, 5.81414067e-01, 2.37160811e-01, 3.47300820e-01, 4.19656882e-01, 2.85790430e-01, 5.96694133e-01, 3.03099202e-01, 3.61925345e-01, 3.97867522e-01, 1.51545798e+01, 5.37994539e-01, 4.45589871e-01, 6.51704179e-01, 5.60357280e-01, 3.70233083e-01, 1.78033069e-01, 7.50000000e-01, 2.57545983e-01, 5.64854837e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 2.96124685e-01}, {0.00000000e+00, 6.95763501e-01, 8.50001386e-01, 2.95117493e-01, 7.63275386e-01, 1.90643780e+00, 2.85158291e-01, 4.24585221e-01, 1.31555625e+00, 3.09071252e-01, 1.52403165e+00, 4.06904090e-01, 8.86557630e-01, 9.58172021e-01, 5.37994539e-01, 8.33990474e+00, 1.39424540e+00, 8.58988713e-01, 7.24369298e-01, 4.10943414e-01, 4.07901262e-01, 7.50000000e-01, 4.61857147e-01, 4.36001721e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.67482647e-01}, {0.00000000e+00, 5.55324683e-01, 6.08526572e-01, 2.32476995e-01, 4.76639455e-01, 8.31863127e-01, 2.87269045e-01, 3.77442786e-01, 9.25536475e-01, 2.99348100e-01, 2.19214139e+00, 3.62830591e-01, 5.05866341e-01, 7.73025258e-01, 4.45589871e-01, 1.39424540e+00, 8.24459589e+00, 6.94509540e-01, 5.98385216e-01, 3.53719047e-01, 2.94245493e-01, 7.50000000e-01, 4.17775411e-01, 1.04634306e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.37250515e-01}, {0.00000000e+00, 1.53463504e+00, 9.48166786e-01, 5.76114817e-01, 7.74041684e-01, 8.45039731e-01, 3.69100895e-01, 7.84315177e-01, 6.61407005e-01, 3.78995471e-01, 8.20193974e-01, 3.68478686e-01, 4.98438721e-01, 1.16534759e+00, 6.51704179e-01, 8.58988713e-01, 6.94509540e-01, 5.10577131e+00, 1.66260189e+00, 4.93679246e-01, 2.70773669e-01, 7.50000000e-01, 4.62005069e-01, 8.50359559e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.72716393e-01}, {0.00000000e+00, 9.79634362e-01, 7.43109762e-01, 6.01733396e-01, 6.10882957e-01, 6.85529376e-01, 4.45199900e-01, 4.92238430e-01, 5.39570743e-01, 7.00511896e-01, 7.35729790e-01, 5.60836408e-01, 7.57959723e-01, 9.08032132e-01, 5.60357280e-01, 7.24369298e-01, 5.98385216e-01, 1.66260189e+00, 6.20547751e+00, 8.91492247e-01, 2.85084781e-01, 7.50000000e-01, 4.74451641e-01, 7.00342047e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 6.17118219e-01}, {0.00000000e+00, 8.65874830e-01, 2.67977796e-01, 6.34451252e-01, 2.44693975e-01, 3.69379335e-01, 6.48888163e-01, 2.50954947e-01, 2.88933760e-01, 2.49584558e+00, 3.70194033e-01, 1.22050154e+00, 1.22414515e+00, 2.97018980e-01, 3.70233083e-01, 4.10943414e-01, 3.53719047e-01, 4.93679246e-01, 8.91492247e-01, 4.58356287e+00, 3.42175943e-01, 7.50000000e-01, 4.89223745e-01, 3.85230939e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 1.73439753e+00}, {0.00000000e+00, 3.09281009e-01, 1.78830543e-01, 3.02232769e-01, 1.44774364e-01, 2.40807712e-01, 1.08939386e+00, 2.64396616e-01, 3.90225420e-01, 3.43150987e-01, 2.41427653e-01, 4.38789464e-01, 5.60653516e-01, 2.21307752e-01, 1.78033069e-01, 4.07901262e-01, 2.94245493e-01, 2.70773669e-01, 2.85084781e-01, 3.42175943e-01, 4.15522183e+01, 7.50000000e-01, 2.03605072e+00, 3.04533429e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 4.00252232e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 4.36234494e-01, 3.07187296e-01, 3.07930831e-01, 2.45193294e-01, 3.32874109e-01, 2.78024963e+00, 2.29516029e-01, 1.81930455e+00, 5.39308441e-01, 4.08501941e-01, 5.80503535e-01, 5.49937808e-01, 3.84510481e-01, 2.57545983e-01, 4.61857147e-01, 4.17775411e-01, 4.62005069e-01, 4.74451641e-01, 4.89223745e-01, 2.03605072e+00, 7.50000000e-01, 1.21940332e+01, 3.82065335e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 5.63904098e-01}, {0.00000000e+00, 7.00327585e-01, 1.10900996e+00, 2.23671408e-01, 1.30286928e+00, 5.05418243e+00, 2.62771902e-01, 4.08980256e-01, 1.05926315e+00, 2.81349188e-01, 1.32044155e+00, 3.25631695e-01, 6.03240148e-01, 8.67215281e-01, 5.64854837e-01, 4.36001721e+00, 1.04634306e+00, 8.50359559e-01, 7.00342047e-01, 3.85230939e-01, 3.04533429e-01, 7.50000000e-01, 3.82065335e-01, 4.78944345e+00, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.07788194e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.40000000e-01, 1.33300000e+00, 1.40000000e-01, 1.40000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 5.20181427e-01, 2.25768580e-01, 5.28325329e-01, 2.03968665e-01, 2.70986883e-01, 1.00399896e+00, 2.00030947e-01, 2.91587251e-01, 2.95548558e+00, 3.39320970e-01, 3.33558735e+00, 1.87684042e+00, 2.52958933e-01, 2.96124685e-01, 3.67482647e-01, 3.37250515e-01, 3.72716393e-01, 6.17118219e-01, 1.73439753e+00, 4.00252232e-01, 7.50000000e-01, 5.63904098e-01, 3.07788194e-01, 7.50000000e-01, 1.40000000e-01, 7.50000000e-01, 3.18242650e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/blosum90.h000066400000000000000000000705641523407312000230100ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix blosum90{ 10, 1, {{ (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.3346, 0.190, 0.7547, 0.4434, -1.4 , 0.544178, 1.377760, 1.377760 }, { 9, 2, (double)INT2_MAX, 0.310, 0.12, 0.46, 0.67, -6 , 0.570267, 4.232290, 4.334170 }, { 8, 2, (double)INT2_MAX, 0.300, 0.099, 0.39, 0.76, -7, 0.581580, 5.797020, 5.961420 }, { 7, 2, (double)INT2_MAX, 0.283, 0.072, 0.30, 0.93, -11, 0.600024, 9.040880, 9.321600 }, { 6, 2, (double)INT2_MAX, 0.259, 0.048, 0.22, 1.2, -16, 0.629344, 16.024400, 16.531600 }, { 11, 1, (double)INT2_MAX, 0.302, 0.093, 0.39, 0.78, -8, 0.576919, 7.143250, 7.619190 }, { 10, 1, (double)INT2_MAX, 0.290, 0.075, 0.28, 1.04, -15, 0.591366, 11.483900, 12.269800 }, { 9, 1, (double)INT2_MAX, 0.265, 0.044, 0.20, 1.3, -19, 0.613013, 21.408300, 22.840900 }}, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -2, -2, -3, -1, -1, -1, 0, -2, -2, -2, -1, -2, -3, -1, 1, 0, -4, -3, -1, -2, -2, -1, -1, -6, -12, /*R*/ -2, 6, -1, -3, -5, 1, -1, -3, 0, -4, -3, 2, -2, -4, -3, -1, -2, -4, -3, -3, -2, -3, 0, -1, -6, -12, /*N*/ -2, -1, 7, 1, -4, 0, -1, -1, 0, -4, -4, 0, -3, -4, -3, 0, 0, -5, -3, -4, 5, -4, -1, -1, -6, -12, /*D*/ -3, -3, 1, 7, -5, -1, 1, -2, -2, -5, -5, -1, -4, -5, -3, -1, -2, -6, -4, -5, 5, -5, 1, -1, -6, -12, /*C*/ -1, -5, -4, -5, 9, -4, -6, -4, -5, -2, -2, -4, -2, -3, -4, -2, -2, -4, -4, -2, -4, -2, -5, -1, -6, -12, /*Q*/ -1, 1, 0, -1, -4, 7, 2, -3, 1, -4, -3, 1, 0, -4, -2, -1, -1, -3, -3, -3, -1, -3, 5, -1, -6, -12, /*E*/ -1, -1, -1, 1, -6, 2, 6, -3, -1, -4, -4, 0, -3, -5, -2, -1, -1, -5, -4, -3, 1, -4, 5, -1, -6, -12, /*G*/ 0, -3, -1, -2, -4, -3, -3, 6, -3, -5, -5, -2, -4, -5, -3, -1, -3, -4, -5, -5, -2, -5, -3, -1, -6, -12, /*H*/ -2, 0, 0, -2, -5, 1, -1, -3, 8, -4, -4, -1, -3, -2, -3, -2, -2, -3, 1, -4, -1, -4, 0, -1, -6, -12, /*I*/ -2, -4, -4, -5, -2, -4, -4, -5, -4, 5, 1, -4, 1, -1, -4, -3, -1, -4, -2, 3, -5, 3, -4, -1, -6, -12, /*L*/ -2, -3, -4, -5, -2, -3, -4, -5, -4, 1, 5, -3, 2, 0, -4, -3, -2, -3, -2, 0, -5, 4, -4, -1, -6, -12, /*K*/ -1, 2, 0, -1, -4, 1, 0, -2, -1, -4, -3, 6, -2, -4, -2, -1, -1, -5, -3, -3, -1, -3, 1, -1, -6, -12, /*M*/ -2, -2, -3, -4, -2, 0, -3, -4, -3, 1, 2, -2, 7, -1, -3, -2, -1, -2, -2, 0, -4, 2, -2, -1, -6, -12, /*F*/ -3, -4, -4, -5, -3, -4, -5, -5, -2, -1, 0, -4, -1, 7, -4, -3, -3, 0, 3, -2, -4, 0, -4, -1, -6, -12, /*P*/ -1, -3, -3, -3, -4, -2, -2, -3, -3, -4, -4, -2, -3, -4, 8, -2, -2, -5, -4, -3, -3, -4, -2, -1, -6, -12, /*S*/ 1, -1, 0, -1, -2, -1, -1, -1, -2, -3, -3, -1, -2, -3, -2, 5, 1, -4, -3, -2, 0, -3, -1, -1, -6, -12, /*T*/ 0, -2, 0, -2, -2, -1, -1, -3, -2, -1, -2, -1, -1, -3, -2, 1, 6, -4, -2, -1, -1, -2, -1, -1, -6, -12, /*W*/ -4, -4, -5, -6, -4, -3, -5, -4, -3, -4, -3, -5, -2, 0, -5, -4, -4, 11, 2, -3, -6, -3, -4, -1, -6, -12, /*Y*/ -3, -3, -3, -4, -4, -3, -4, -5, 1, -2, -2, -3, -2, 3, -4, -3, -2, 2, 8, -3, -4, -2, -3, -1, -6, -12, /*V*/ -1, -3, -4, -5, -2, -3, -3, -5, -4, 3, 0, -3, 0, -2, -3, -2, -1, -3, -3, 5, -4, 1, -3, -1, -6, -12, /*B*/ -2, -2, 5, 5, -4, -1, 1, -2, -1, -5, -5, -1, -4, -4, -3, 0, -1, -6, -4, -4, 5, -5, 0, -1, -6, -12, /*J*/ -2, -3, -4, -5, -2, -3, -4, -5, -4, 3, 4, -3, 2, 0, -4, -3, -2, -3, -2, 1, -5, 4, -4, -1, -6, -12, /*Z*/ -1, 0, -1, 1, -5, 5, 5, -3, 0, -4, -4, 1, -2, -4, -2, -1, -1, -4, -3, -3, 0, -4, 5, -1, -6, -12, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -6, -12, /***/ -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, -6, 1, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12, -12 }, { {2.8941466476520718e-02, 1.8963172918503119e-03, 1.4296539454877236e-03, 1.6120541525071418e-03, 1.4378045557717186e-03, 1.5518753295389346e-03, 2.6715149842246304e-03, 4.9176944070822995e-03, 8.3429471034916194e-04, 2.2806166994472367e-03, 3.1400426239163565e-03, 2.5717145234657262e-03, 9.7190459199705012e-04, 1.1707482997247202e-03, 1.9972723941546994e-03, 6.1234827650497045e-03, 3.4990592936902896e-03, 3.1628263576966828e-04, 9.5781456962094815e-04, 4.2309560726043610e-03}, {1.8963172918503119e-03, 2.2892163644406403e-02, 1.4545259958564671e-03, 1.1118856442462741e-03, 3.0043550945087249e-04, 2.0799816656266574e-03, 1.9867845182036542e-03, 1.2814494483589008e-03, 1.0659803319010067e-03, 8.7747376727426759e-04, 1.5563382766215293e-03, 5.6726070720652388e-03, 5.5601248568691477e-04, 6.0014287440373390e-04, 7.7860213318230740e-04, 1.7926007027022699e-03, 1.3337993839260983e-03, 1.8822355540425045e-04, 6.3568077704304765e-04, 1.1439035919666126e-03}, {1.4296539454877236e-03, 1.4545259958564671e-03, 1.7753653137209658e-02, 3.4122251157479486e-03, 3.5262434817793110e-04, 1.2595133876871906e-03, 1.7189800468094042e-03, 2.1939494568804173e-03, 1.1268322842671913e-03, 6.2771773800865524e-04, 9.0162895039764071e-04, 1.9751605656395136e-03, 3.4437514139917542e-04, 4.5695294787233016e-04, 5.6210182826678802e-04, 2.6415583911000790e-03, 1.8096241176560255e-03, 1.1361193219385239e-04, 5.3166878528705414e-04, 7.8744578895086331e-04}, {1.6120541525071418e-03, 1.1118856442462741e-03, 3.4122251157479486e-03, 2.8905985529761216e-02, 2.8205144393017687e-04, 1.2470706135571605e-03, 4.8098591474193932e-03, 2.0787428065125128e-03, 7.3570523495442291e-04, 6.1360733950558593e-04, 8.9746213145538078e-04, 1.7935339070485811e-03, 2.8515554540729039e-04, 4.9706948686116547e-04, 8.3650620447870902e-04, 2.1902661040309438e-03, 1.4770487412630099e-03, 9.6154148977656466e-05, 4.1238640135342840e-04, 8.1983005205147035e-04}, {1.4378045557717186e-03, 3.0043550945087249e-04, 3.5262434817793110e-04, 2.8205144393017687e-04, 1.8963924833314688e-02, 2.4062393656260663e-04, 2.4018396300677406e-04, 5.1191591124580998e-04, 1.4262451141854431e-04, 1.0187249201952210e-03, 1.2204913461061227e-03, 3.4081454298601579e-04, 3.0855994042178013e-04, 5.4061743869703049e-04, 2.6341296370767072e-04, 9.0081780182465609e-04, 8.3760722742725604e-04, 1.1402385673074935e-04, 3.0875531409262481e-04, 1.2790175783090351e-03}, {1.5518753295389346e-03, 2.0799816656266574e-03, 1.2595133876871906e-03, 1.2470706135571605e-03, 2.4062393656260663e-04, 1.1258473852655668e-02, 3.3929068022966746e-03, 1.0135072388571143e-03, 1.0428112436817220e-03, 6.2154432511249121e-04, 1.2200582014470405e-03, 2.6612615004061048e-03, 6.9614541817054399e-04, 4.3847028249800182e-04, 6.3169039064483155e-04, 1.5347331351459369e-03, 1.1633090191045159e-03, 1.8118969468635933e-04, 4.8090269093961543e-04, 8.6038475380201306e-04}, {2.6715149842246304e-03, 1.9867845182036542e-03, 1.7189800468094042e-03, 4.8098591474193932e-03, 2.4018396300677406e-04, 3.3929068022966746e-03, 2.4082550387620767e-02, 1.5173914448105995e-03, 1.0609424122148584e-03, 8.6556272233095357e-04, 1.2693446983220930e-03, 3.1728712431242272e-03, 4.8675933771578960e-04, 5.2592632830518644e-04, 1.1283633992741310e-03, 2.4358395159902540e-03, 1.7460695145653721e-03, 1.7186658965667723e-04, 5.3762929629223334e-04, 1.3537458445130380e-03}, {4.9176944070822995e-03, 1.2814494483589008e-03, 2.1939494568804173e-03, 2.0787428065125128e-03, 5.1191591124580998e-04, 1.0135072388571143e-03, 1.5173914448105995e-03, 5.2105577140795424e-02, 6.6116372972342219e-04, 7.9279793619671047e-04, 1.4084669216931525e-03, 1.8091800840455807e-03, 4.5905141534639837e-04, 7.2640563736237702e-04, 9.1606958049118977e-04, 3.2250721573096343e-03, 1.6376154647606311e-03, 2.8505580568873712e-04, 5.3377971995623207e-04, 1.1777891482397749e-03}, {8.3429471034916194e-04, 1.0659803319010067e-03, 1.1268322842671913e-03, 7.3570523495442291e-04, 1.4262451141854431e-04, 1.0428112436817220e-03, 1.0609424122148584e-03, 6.6116372972342219e-04, 1.1500733945516558e-02, 3.8185691425617459e-04, 6.9827301155994540e-04, 9.0371184948679912e-04, 2.4699125636645672e-04, 5.9147458541551113e-04, 3.8444740537595942e-04, 8.5932297611334600e-04, 6.0598617290751988e-04, 1.4705149603278306e-04, 1.4431522344877262e-03, 4.5696999458730438e-04}, {2.2806166994472367e-03, 8.7747376727426759e-04, 6.2771773800865524e-04, 6.1360733950558593e-04, 1.0187249201952210e-03, 6.2154432511249121e-04, 8.6556272233095357e-04, 7.9279793619671047e-04, 3.8185691425617459e-04, 2.4545975084797667e-02, 1.0187721075530867e-02, 1.0015355309232945e-03, 2.3855654456497641e-03, 2.3760161494061206e-03, 6.6596344099825570e-04, 1.2754928334842836e-03, 2.1146482135048364e-03, 2.8885067061466341e-04, 1.1275668044226116e-03, 1.2010991497586472e-02}, {3.1400426239163565e-03, 1.5563382766215293e-03, 9.0162895039764071e-04, 8.9746213145538078e-04, 1.2204913461061227e-03, 1.2200582014470405e-03, 1.2693446983220930e-03, 1.4084669216931525e-03, 6.9827301155994540e-04, 1.0187721075530867e-02, 4.7314665506091480e-02, 1.6493087064879096e-03, 4.9150964217477052e-03, 4.7389371254676835e-03, 1.0204208998598171e-03, 1.9093387711173759e-03, 2.5387072113370619e-03, 5.5567682513643440e-04, 1.7591338828767365e-03, 8.0719383241327648e-03}, {2.5717145234657262e-03, 5.6726070720652388e-03, 1.9751605656395136e-03, 1.7935339070485811e-03, 3.4081454298601579e-04, 2.6612615004061048e-03, 3.1728712431242272e-03, 1.8091800840455807e-03, 9.0371184948679912e-04, 1.0015355309232945e-03, 1.6493087064879096e-03, 2.1110006225715187e-02, 6.5644301788968489e-04, 6.8011754565553524e-04, 1.1433484348853926e-03, 2.2696044144588988e-03, 1.8742456882945837e-03, 1.4351856033992664e-04, 6.5878172544710722e-04, 1.2879210940900179e-03}, {9.7190459199705012e-04, 5.5601248568691477e-04, 3.4437514139917542e-04, 2.8515554540729039e-04, 3.0855994042178013e-04, 6.9614541817054399e-04, 4.8675933771578960e-04, 4.5905141534639837e-04, 2.4699125636645672e-04, 2.3855654456497641e-03, 4.9150964217477052e-03, 6.5644301788968489e-04, 6.7525741637165784e-03, 9.2071349348378116e-04, 2.9821836819244002e-04, 6.2250823423415716e-04, 8.5497291624530018e-04, 1.8480270544289832e-04, 4.1789997362558619e-04, 2.0390401916086623e-03}, {1.1707482997247202e-03, 6.0014287440373390e-04, 4.5695294787233016e-04, 4.9706948686116547e-04, 5.4061743869703049e-04, 4.3847028249800182e-04, 5.2592632830518644e-04, 7.2640563736237702e-04, 5.9147458541551113e-04, 2.3760161494061206e-03, 4.7389371254676835e-03, 6.8011754565553524e-04, 9.2071349348378116e-04, 2.2759929778368840e-02, 3.8203945097730409e-04, 9.0070409285055049e-04, 9.3733303528124379e-04, 7.0215975437974915e-04, 4.5967694652672827e-03, 1.9728777259904423e-03}, {1.9972723941546994e-03, 7.7860213318230740e-04, 5.6210182826678802e-04, 8.3650620447870902e-04, 2.6341296370767072e-04, 6.3169039064483155e-04, 1.1283633992741310e-03, 9.1606958049118977e-04, 3.8444740537595942e-04, 6.6596344099825570e-04, 1.0204208998598171e-03, 1.1433484348853926e-03, 2.9821836819244002e-04, 3.8203945097730409e-04, 2.4044365492630580e-02, 1.3333728667143045e-03, 9.5861529112551574e-04, 1.0367126137135345e-04, 2.9369391163915916e-04, 9.1754627765824664e-04}, {6.1234827650497045e-03, 1.7926007027022699e-03, 2.6415583911000790e-03, 2.1902661040309438e-03, 9.0081780182465609e-04, 1.5347331351459369e-03, 2.4358395159902540e-03, 3.2250721573096343e-03, 8.5932297611334600e-04, 1.2754928334842836e-03, 1.9093387711173759e-03, 2.2696044144588988e-03, 6.2250823423415716e-04, 9.0070409285055049e-04, 1.3333728667143045e-03, 2.0222291957641345e-02, 4.8820444720790194e-03, 2.0564914018856946e-04, 8.5252084753556067e-04, 1.9182160488867347e-03}, {3.4990592936902896e-03, 1.3337993839260983e-03, 1.8096241176560255e-03, 1.4770487412630099e-03, 8.3760722742725604e-04, 1.1633090191045159e-03, 1.7460695145653721e-03, 1.6376154647606311e-03, 6.0598617290751988e-04, 2.1146482135048364e-03, 2.5387072113370619e-03, 1.8742456882945837e-03, 8.5497291624530018e-04, 9.3733303528124379e-04, 9.5861529112551574e-04, 4.8820444720790194e-03, 1.9324325014986026e-02, 1.8008131088087498e-04, 7.7364223266285920e-04, 3.0481291734621883e-03}, {3.1628263576966828e-04, 1.8822355540425045e-04, 1.1361193219385239e-04, 9.6154148977656466e-05, 1.1402385673074935e-04, 1.8118969468635933e-04, 1.7186658965667723e-04, 2.8505580568873712e-04, 1.4705149603278306e-04, 2.8885067061466341e-04, 5.5567682513643440e-04, 1.4351856033992664e-04, 1.8480270544289832e-04, 7.0215975437974915e-04, 1.0367126137135345e-04, 2.0564914018856946e-04, 1.8008131088087498e-04, 1.0080756092360078e-02, 9.7237191290610822e-04, 3.3849359263814259e-04}, {9.5781456962094815e-04, 6.3568077704304765e-04, 5.3166878528705414e-04, 4.1238640135342840e-04, 3.0875531409262481e-04, 4.8090269093961543e-04, 5.3762929629223334e-04, 5.3377971995623207e-04, 1.4431522344877262e-03, 1.1275668044226116e-03, 1.7591338828767365e-03, 6.5878172544710722e-04, 4.1789997362558619e-04, 4.5967694652672827e-03, 2.9369391163915916e-04, 8.5252084753556067e-04, 7.7364223266285920e-04, 9.7237191290610822e-04, 1.7299655473877330e-02, 1.0599282277832859e-03}, {4.2309560726043610e-03, 1.1439035919666126e-03, 7.8744578895086331e-04, 8.1983005205147035e-04, 1.2790175783090351e-03, 8.6038475380201306e-04, 1.3537458445130380e-03, 1.1777891482397749e-03, 4.5696999458730438e-04, 1.2010991497586472e-02, 8.0719383241327648e-03, 1.2879210940900179e-03, 2.0390401916086623e-03, 1.9728777259904423e-03, 9.1754627765824664e-04, 1.9182160488867347e-03, 3.0481291734621883e-03, 3.3849359263814259e-04, 1.0599282277832859e-03, 2.8697002670368957e-02} }, { 7.2552570322773416e-02, 4.9204908670176822e-02, 4.1453803904895913e-02, 5.4114599751069477e-02, 2.9605031943377283e-02, 3.3576453482421185e-02, 5.5175092196696710e-02, 7.9252675455356913e-02, 2.4890326300616415e-02, 6.6060229109246138e-02, 9.6973050911305106e-02, 5.3375686232455331e-02, 2.4402790064347962e-02, 4.6515405498268582e-02, 3.8659721995628657e-02, 5.8095437228457614e-02, 5.1596863495160232e-02, 1.5369491541399532e-02, 3.5653734247116535e-02, 7.3472127649230390e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 5.49812903e+00, 4.38682591e-01, 6.69393543e-01, 4.10593787e-01, 6.67362415e-01, 3.46907686e-01, 8.55253386e-01, 4.61993747e-01, 4.75838329e-01, 6.64089300e-01, 4.46304927e-01, 5.48948177e-01, 4.75350260e-01, 7.12075051e-01, 6.37043670e-01, 5.31189855e-01, 1.45279278e+00, 9.34706358e-01, 7.93712275e-01, 2.83637106e-01, 7.50000000e-01, 3.70274337e-01, 6.55892238e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 4.58271706e-01}, {0.00000000e+00, 4.38682591e-01, 5.85593083e+00, 2.24322103e-01, 6.24911512e+00, 1.23816514e+00, 2.14608760e-01, 5.64122407e-01, 7.82997018e-01, 1.96621553e-01, 7.38810616e-01, 1.94127812e-01, 2.69937418e-01, 5.34266045e+00, 3.78549747e-01, 7.81147613e-01, 5.45762328e-01, 8.70271567e-01, 6.66528685e-01, 2.28904046e-01, 1.42810925e-01, 7.50000000e-01, 2.77062678e-01, 1.06526643e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.95138263e-01}, {0.00000000e+00, 6.69393543e-01, 2.24322103e-01, 2.16370056e+01, 1.76054992e-01, 1.47039970e-01, 3.92579579e-01, 2.18182122e-01, 1.93552170e-01, 5.20896357e-01, 2.15679622e-01, 4.25126435e-01, 4.27104871e-01, 2.87330927e-01, 2.30151009e-01, 2.42068607e-01, 2.06242089e-01, 5.23756471e-01, 5.48342086e-01, 5.88014943e-01, 2.50594014e-01, 7.50000000e-01, 2.92512133e-01, 1.82991170e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 4.63931905e-01}, {0.00000000e+00, 4.10593787e-01, 6.24911512e+00, 1.76054992e-01, 9.87094836e+00, 1.61092322e+00, 1.97472144e-01, 4.84699282e-01, 5.46208942e-01, 1.71646922e-01, 6.20942905e-01, 1.71021465e-01, 2.15937410e-01, 1.52110375e+00, 3.99848977e-01, 6.86343892e-01, 4.17577647e-01, 6.96691332e-01, 5.29001708e-01, 2.06199101e-01, 1.15609648e-01, 7.50000000e-01, 2.13739536e-01, 1.26113669e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.71274897e-01}, {0.00000000e+00, 6.67362415e-01, 1.23816514e+00, 1.47039970e-01, 1.61092322e+00, 7.91072600e+00, 2.04920324e-01, 3.47008914e-01, 7.72534981e-01, 2.37473636e-01, 1.07737256e+00, 2.37238651e-01, 3.61519510e-01, 7.51559518e-01, 5.28989676e-01, 1.83144568e+00, 7.31811567e-01, 7.59912485e-01, 6.13331345e-01, 3.33942314e-01, 2.02669731e-01, 7.50000000e-01, 2.73296982e-01, 5.61081481e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.37333866e-01}, {0.00000000e+00, 3.46907686e-01, 2.14608760e-01, 3.92579579e-01, 1.97472144e-01, 2.04920324e-01, 1.05190688e+01, 1.97046381e-01, 5.10867985e-01, 7.73236776e-01, 2.73932585e-01, 1.05058955e+00, 8.11125795e-01, 2.36979230e-01, 2.12448013e-01, 2.80742738e-01, 2.62210098e-01, 3.33306129e-01, 3.90547453e-01, 5.77272331e-01, 9.82154073e-01, 7.50000000e-01, 2.77172979e+00, 2.33605433e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 9.38207661e-01}, {0.00000000e+00, 8.55253386e-01, 5.64122407e-01, 2.18182122e-01, 4.84699282e-01, 3.47008914e-01, 1.97046381e-01, 8.29576319e+00, 3.35169505e-01, 1.51428808e-01, 4.27685370e-01, 1.83265898e-01, 2.37360208e-01, 6.67802895e-01, 2.98989408e-01, 3.80871171e-01, 3.28608745e-01, 7.00460225e-01, 4.00474342e-01, 2.02269779e-01, 2.34021877e-01, 7.50000000e-01, 1.88904853e-01, 3.59819671e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.70365676e-01}, {0.00000000e+00, 4.61993747e-01, 7.82997018e-01, 1.93552170e-01, 5.46208942e-01, 7.72534981e-01, 5.10867985e-01, 3.35169505e-01, 1.85636930e+01, 2.32236241e-01, 6.80230209e-01, 2.89296785e-01, 4.06641319e-01, 1.09210477e+00, 3.99528365e-01, 1.24778653e+00, 8.70382542e-01, 5.94270003e-01, 4.71855284e-01, 2.49881715e-01, 3.84396440e-01, 7.50000000e-01, 1.62620965e+00, 9.52331980e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.66176152e-01}, {0.00000000e+00, 4.75838329e-01, 1.96621553e-01, 5.20896357e-01, 1.71646922e-01, 2.37473636e-01, 7.73236776e-01, 1.51428808e-01, 2.32236241e-01, 5.62471003e+00, 2.84042165e-01, 1.59032509e+00, 1.47982983e+00, 2.29223921e-01, 2.60766373e-01, 2.80218761e-01, 2.69951432e-01, 3.32350183e-01, 6.20404233e-01, 2.47466358e+00, 2.84494454e-01, 7.50000000e-01, 4.78737209e-01, 2.53644956e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.22503669e+00}, {0.00000000e+00, 6.64089300e-01, 7.38810616e-01, 2.15679622e-01, 6.20942905e-01, 1.07737256e+00, 2.73932585e-01, 4.27685370e-01, 6.80230209e-01, 2.84042165e-01, 7.40971353e+00, 3.18645229e-01, 5.03980900e-01, 8.92677413e-01, 5.54085013e-01, 1.48494120e+00, 2.15988586e+00, 7.31921781e-01, 6.80549543e-01, 3.28415139e-01, 1.74946435e-01, 7.50000000e-01, 3.46172886e-01, 1.23156378e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.04624249e-01}, {0.00000000e+00, 4.46304927e-01, 1.94127812e-01, 4.25126435e-01, 1.71021465e-01, 2.37238651e-01, 1.05058955e+00, 1.83265898e-01, 2.89296785e-01, 1.59032509e+00, 3.18645229e-01, 5.03145573e+00, 2.07702392e+00, 2.24291285e-01, 2.72188366e-01, 3.74709469e-01, 3.26170372e-01, 3.38914311e-01, 5.07385737e-01, 1.13293282e+00, 3.72830750e-01, 7.50000000e-01, 5.08794972e-01, 2.89246563e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.63712766e+00}, {0.00000000e+00, 5.48948177e-01, 2.69937418e-01, 4.27104871e-01, 2.15937410e-01, 3.61519510e-01, 8.11125795e-01, 2.37360208e-01, 4.06641319e-01, 1.47982983e+00, 5.03980900e-01, 2.07702392e+00, 1.13394084e+01, 3.40430076e-01, 3.16108504e-01, 8.49621832e-01, 4.63059321e-01, 4.39100157e-01, 6.79030953e-01, 1.13727027e+00, 4.92730381e-01, 7.50000000e-01, 4.80316866e-01, 5.46178209e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.83504401e+00}, {0.00000000e+00, 4.75350260e-01, 5.34266045e+00, 2.87330927e-01, 1.52110375e+00, 7.51559518e-01, 2.36979230e-01, 6.67802895e-01, 1.09210477e+00, 2.29223921e-01, 8.92677413e-01, 2.24291285e-01, 3.40430076e-01, 1.03313947e+01, 3.50745318e-01, 9.04906229e-01, 7.13097098e-01, 1.09686657e+00, 8.46059068e-01, 2.58543521e-01, 1.78320001e-01, 7.50000000e-01, 3.59725936e-01, 8.09573592e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.26289963e-01}, {0.00000000e+00, 7.12075051e-01, 3.78549747e-01, 2.30151009e-01, 3.99848977e-01, 5.28989676e-01, 2.12448013e-01, 2.98989408e-01, 3.99528365e-01, 2.60766373e-01, 5.54085013e-01, 2.72188366e-01, 3.16108504e-01, 3.50745318e-01, 1.60877707e+01, 4.86643270e-01, 4.09306303e-01, 5.93677872e-01, 4.80576271e-01, 3.23032809e-01, 1.74477792e-01, 7.50000000e-01, 2.13074361e-01, 5.12969199e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.67560235e-01}, {0.00000000e+00, 6.37043670e-01, 7.81147613e-01, 2.42068607e-01, 6.86343892e-01, 1.83144568e+00, 2.80742738e-01, 3.80871171e-01, 1.24778653e+00, 2.80218761e-01, 1.48494120e+00, 3.74709469e-01, 8.49621832e-01, 9.04906229e-01, 4.86643270e-01, 9.98642121e+00, 1.25897253e+00, 7.86784913e-01, 6.71486014e-01, 3.48766905e-01, 3.51106744e-01, 7.50000000e-01, 4.01714365e-01, 4.91663315e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.36422330e-01}, {0.00000000e+00, 5.31189855e-01, 5.45762328e-01, 2.06242089e-01, 4.17577647e-01, 7.31811567e-01, 2.62210098e-01, 3.28608745e-01, 8.70382542e-01, 2.69951432e-01, 2.15988586e+00, 3.26170372e-01, 4.63059321e-01, 7.13097098e-01, 4.09306303e-01, 1.25897253e+00, 9.45518393e+00, 6.27094667e-01, 5.25362150e-01, 3.16415957e-01, 2.48889195e-01, 7.50000000e-01, 3.62347797e-01, 9.31246918e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.03390753e-01}, {0.00000000e+00, 1.45279278e+00, 8.70271567e-01, 5.23756471e-01, 6.96691332e-01, 7.59912485e-01, 3.33306129e-01, 7.00460225e-01, 5.94270003e-01, 3.32350183e-01, 7.31921781e-01, 3.38914311e-01, 4.39100157e-01, 1.09686657e+00, 5.93677872e-01, 7.86784913e-01, 6.27094667e-01, 5.99164849e+00, 1.62868240e+00, 4.49399804e-01, 2.30316670e-01, 7.50000000e-01, 4.11583504e-01, 7.70078852e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.36254561e-01}, {0.00000000e+00, 9.34706358e-01, 6.66528685e-01, 5.48342086e-01, 5.29001708e-01, 6.13331345e-01, 3.90547453e-01, 4.00474342e-01, 4.71855284e-01, 6.20404233e-01, 6.80549543e-01, 5.07385737e-01, 6.79030953e-01, 8.46059068e-01, 4.80576271e-01, 6.71486014e-01, 5.25362150e-01, 1.62868240e+00, 7.25868130e+00, 8.04058132e-01, 2.27083637e-01, 7.50000000e-01, 4.20544390e-01, 6.35332398e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 5.53180238e-01}, {0.00000000e+00, 7.93712275e-01, 2.28904046e-01, 5.88014943e-01, 2.06199101e-01, 3.33942314e-01, 5.77272331e-01, 2.02269779e-01, 2.49881715e-01, 2.47466358e+00, 3.28415139e-01, 1.13293282e+00, 1.13727027e+00, 2.58543521e-01, 3.23032809e-01, 3.48766905e-01, 3.16415957e-01, 4.49399804e-01, 8.04058132e-01, 5.31607752e+00, 2.99756311e-01, 7.50000000e-01, 4.04621372e-01, 3.39550748e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 1.67659508e+00}, {0.00000000e+00, 2.83637106e-01, 1.42810925e-01, 2.50594014e-01, 1.15609648e-01, 2.02669731e-01, 9.82154073e-01, 2.34021877e-01, 3.84396440e-01, 2.84494454e-01, 1.74946435e-01, 3.72830750e-01, 4.92730381e-01, 1.78320001e-01, 1.74477792e-01, 3.51106744e-01, 2.48889195e-01, 2.30316670e-01, 2.27083637e-01, 2.99756311e-01, 4.26750567e+01, 7.50000000e-01, 1.77446682e+00, 2.58826370e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.37037347e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 3.70274337e-01, 2.77062678e-01, 2.92512133e-01, 2.13739536e-01, 2.73296982e-01, 2.77172979e+00, 1.88904853e-01, 1.62620965e+00, 4.78737209e-01, 3.46172886e-01, 5.08794972e-01, 4.80316866e-01, 3.59725936e-01, 2.13074361e-01, 4.01714365e-01, 3.62347797e-01, 4.11583504e-01, 4.20544390e-01, 4.04621372e-01, 1.77446682e+00, 7.50000000e-01, 1.36090374e+01, 3.21879801e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 4.96615724e-01}, {0.00000000e+00, 6.55892238e-01, 1.06526643e+00, 1.82991170e-01, 1.26113669e+00, 5.61081481e+00, 2.33605433e-01, 3.59819671e-01, 9.52331980e-01, 2.53644956e-01, 1.23156378e+00, 2.89246563e-01, 5.46178209e-01, 8.09573592e-01, 5.12969199e-01, 4.91663315e+00, 9.31246918e-01, 7.70078852e-01, 6.35332398e-01, 3.39550748e-01, 2.58826370e-01, 7.50000000e-01, 3.21879801e-01, 5.34819225e+00, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 2.74820979e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.20000000e-01, 1.33300000e+00, 1.20000000e-01, 1.20000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 4.58271706e-01, 1.95138263e-01, 4.63931905e-01, 1.71274897e-01, 2.37333866e-01, 9.38207661e-01, 1.70365676e-01, 2.66176152e-01, 3.22503669e+00, 3.04624249e-01, 3.63712766e+00, 1.83504401e+00, 2.26289963e-01, 2.67560235e-01, 3.36422330e-01, 3.03390753e-01, 3.36254561e-01, 5.53180238e-01, 1.67659508e+00, 3.37037347e-01, 7.50000000e-01, 4.96615724e-01, 2.74820979e-01, 7.50000000e-01, 1.20000000e-01, 7.50000000e-01, 3.47015056e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/pam250.h000066400000000000000000000721571523407312000223420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix pam250{ 14, 2, { { (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.2252, 0.0868, 0.2223, 0.98, -5.0, 0.660059, 11.754300, 11.754300 }, { 15, 3, (double)INT2_MAX, 0.205, 0.049, 0.13, 1.6, -23, 0.687656, 34.578400, 34.928000 }, { 14, 3, (double)INT2_MAX, 0.200, 0.043, 0.12, 1.7, -26, 0.689768, 43.353000, 43.443800 }, { 13, 3, (double)INT2_MAX, 0.194, 0.036, 0.10, 1.9, -31, 0.697431, 50.948500, 51.081700 }, { 12, 3, (double)INT2_MAX, 0.186, 0.029, 0.085, 2.2, -41, 0.704565, 69.606500, 69.793600 }, { 11, 3, (double)INT2_MAX, 0.174, 0.020, 0.070, 2.5, -48, 0.722438, 98.653500, 98.927100 }, { 17, 2, (double)INT2_MAX, 0.204, 0.047, 0.12, 1.7, -28, 0.684799, 41.583800, 41.735800 }, { 16, 2, (double)INT2_MAX, 0.198, 0.038, 0.11, 1.8, -29, 0.691098, 51.635200, 51.843900 }, { 15, 2, (double)INT2_MAX, 0.191, 0.031, 0.087, 2.2, -44, 0.699051, 67.256700, 67.558500 }, { 14, 2, (double)INT2_MAX, 0.182, 0.024, 0.073, 2.5, -53, 0.714103, 96.315100, 96.756800 }, { 13, 2, (double)INT2_MAX, 0.171, 0.017, 0.059, 2.9, -64, 0.728738, 135.653000, 136.339000 }, { 21, 1, (double)INT2_MAX, 0.205, 0.045, 0.11, 1.8, -34, 0.683265, 48.728200, 49.218800 }, { 20, 1, (double)INT2_MAX, 0.199, 0.037, 0.10, 1.9, -35, 0.689380, 60.832000, 61.514100 }, { 19, 1, (double)INT2_MAX, 0.192, 0.029, 0.083, 2.3, -52, 0.696344, 84.019700, 84.985600 }, { 18, 1, (double)INT2_MAX, 0.183, 0.021, 0.070, 2.6, -60, 0.710525, 113.829000, 115.184000 }, { 17, 1, (double)INT2_MAX, 0.171, 0.014, 0.052, 3.3, -86, 0.727000, 175.071000, 177.196000 } }, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 2, -2, 0, 0, -2, 0, 0, 1, -1, -1, -2, -1, -1, -3, 1, 1, 1, -6, -3, 0, 0, -1, 0, -1, -8, -18, /*R*/ -2, 6, 0, -1, -4, 1, -1, -3, 2, -2, -3, 3, 0, -4, 0, 0, -1, 2, -4, -2, -1, -3, 0, -1, -8, -18, /*N*/ 0, 0, 2, 2, -4, 1, 1, 0, 2, -2, -3, 1, -2, -3, 0, 1, 0, -4, -2, -2, 2, -3, 1, -1, -8, -18, /*D*/ 0, -1, 2, 4, -5, 2, 3, 1, 1, -2, -4, 0, -3, -6, -1, 0, 0, -7, -4, -2, 3, -3, 3, -1, -8, -18, /*C*/ -2, -4, -4, -5, 12, -5, -5, -3, -3, -2, -6, -5, -5, -4, -3, 0, -2, -8, 0, -2, -4, -5, -5, -1, -8, -18, /*Q*/ 0, 1, 1, 2, -5, 4, 2, -1, 3, -2, -2, 1, -1, -5, 0, -1, -1, -5, -4, -2, 1, -2, 3, -1, -8, -18, /*E*/ 0, -1, 1, 3, -5, 2, 4, 0, 1, -2, -3, 0, -2, -5, -1, 0, 0, -7, -4, -2, 3, -3, 3, -1, -8, -18, /*G*/ 1, -3, 0, 1, -3, -1, 0, 5, -2, -3, -4, -2, -3, -5, 0, 1, 0, -7, -5, -1, 0, -4, 0, -1, -8, -18, /*H*/ -1, 2, 2, 1, -3, 3, 1, -2, 6, -2, -2, 0, -2, -2, 0, -1, -1, -3, 0, -2, 1, -2, 2, -1, -8, -18, /*I*/ -1, -2, -2, -2, -2, -2, -2, -3, -2, 5, 2, -2, 2, 1, -2, -1, 0, -5, -1, 4, -2, 3, -2, -1, -8, -18, /*L*/ -2, -3, -3, -4, -6, -2, -3, -4, -2, 2, 6, -3, 4, 2, -3, -3, -2, -2, -1, 2, -3, 5, -3, -1, -8, -18, /*K*/ -1, 3, 1, 0, -5, 1, 0, -2, 0, -2, -3, 5, 0, -5, -1, 0, 0, -3, -4, -2, 1, -3, 0, -1, -8, -18, /*M*/ -1, 0, -2, -3, -5, -1, -2, -3, -2, 2, 4, 0, 6, 0, -2, -2, -1, -4, -2, 2, -2, 3, -2, -1, -8, -18, /*F*/ -3, -4, -3, -6, -4, -5, -5, -5, -2, 1, 2, -5, 0, 9, -5, -3, -3, 0, 7, -1, -4, 2, -5, -1, -8, -18, /*P*/ 1, 0, 0, -1, -3, 0, -1, 0, 0, -2, -3, -1, -2, -5, 6, 1, 0, -6, -5, -1, -1, -2, 0, -1, -8, -18, /*S*/ 1, 0, 1, 0, 0, -1, 0, 1, -1, -1, -3, 0, -2, -3, 1, 2, 1, -2, -3, -1, 0, -2, 0, -1, -8, -18, /*T*/ 1, -1, 0, 0, -2, -1, 0, 0, -1, 0, -2, 0, -1, -3, 0, 1, 3, -5, -3, 0, 0, -1, -1, -1, -8, -18, /*W*/ -6, 2, -4, -7, -8, -5, -7, -7, -3, -5, -2, -3, -4, 0, -6, -2, -5, 17, 0, -6, -5, -3, -6, -1, -8, -18, /*Y*/ -3, -4, -2, -4, 0, -4, -4, -5, 0, -1, -1, -4, -2, 7, -5, -3, -3, 0, 10, -2, -3, -1, -4, -1, -8, -18, /*V*/ 0, -2, -2, -2, -2, -2, -2, -1, -2, 4, 2, -2, 2, -1, -1, -1, 0, -6, -2, 4, -2, 2, -2, -1, -8, -18, /*B*/ 0, -1, 2, 3, -4, 1, 3, 0, 1, -2, -3, 1, -2, -4, -1, 0, 0, -5, -3, -2, 3, -3, 2, -1, -8, -18, /*J*/ -1, -3, -3, -3, -5, -2, -3, -4, -2, 3, 5, -3, 3, 2, -2, -2, -1, -3, -1, 2, -3, 5, -2, -1, -8, -18, /*Z*/ 0, 0, 1, 3, -5, 3, 3, 0, 2, -2, -3, 0, -2, -5, 0, 0, -1, -6, -4, -2, 2, -2, 3, -1, -8, -18, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -8, -18, /***/ -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, -8, 1, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18, -18 }, { {1.1506395421657883e-02, 2.4975231508904631e-03, 3.6632346972757428e-03, 4.3697565048539024e-03, 1.8276942838570587e-03, 3.0112866662942396e-03, 4.6380059574065739e-03, 1.0339526813131699e-02, 2.1445971886243646e-03, 2.8561290389349852e-03, 4.8067900424585462e-03, 5.3728656072800076e-03, 9.9018955937298613e-04, 1.5464751871669552e-03, 5.7141459312891330e-03, 7.8179771536648658e-03, 6.7187128037285646e-03, 2.4101326295153331e-04, 1.1721100314806740e-03, 5.8923284166788933e-03}, {2.4975231508904631e-03, 6.8223547287428144e-03, 1.6533152696263029e-03, 1.4242726301819985e-03, 5.8944515652700497e-04, 2.0890675656647919e-03, 1.5846263196146995e-03, 2.0115937172949889e-03, 1.9669335302920869e-03, 9.4903575242628803e-04, 1.7492451507985533e-03, 7.1821276038123629e-03, 5.4579896329619748e-04, 5.8361963932467844e-04, 1.9905178391619333e-03, 2.6418797202180837e-03, 1.9640564224658449e-03, 7.0871113466232773e-04, 4.6349536482262227e-04, 1.4862706481749135e-03}, {3.6632346972757428e-03, 1.6533152696263029e-03, 2.5955847457262279e-03, 3.0517594529028400e-03, 5.8568302165395883e-04, 1.8510873859350727e-03, 2.7895276558308215e-03, 3.8931580947872417e-03, 1.9571964875229838e-03, 9.8420613349048088e-04, 1.7794215836961103e-03, 4.0932232786158613e-03, 3.9994286569269551e-04, 7.1880113475369782e-04, 1.8301977419577379e-03, 3.2997070393949880e-03, 2.6196442519984238e-03, 1.6728058239964415e-04, 7.5085733385690172e-04, 1.7484567810093011e-03}, {4.3697565048539024e-03, 1.4242726301819985e-03, 3.0517594529028400e-03, 5.3450782499419218e-03, 4.8131585819575790e-04, 2.6206774727375219e-03, 5.1008808895958635e-03, 4.7650879451660638e-03, 1.8490514559930820e-03, 1.0026061088056078e-03, 1.5930790839216963e-03, 3.8473023950370976e-03, 3.7899432160262535e-04, 5.1061942897298563e-04, 1.9136209919861855e-03, 3.4857847560291560e-03, 2.6547044011729533e-03, 1.0462445958257217e-04, 5.1745954208780515e-04, 1.8552568588661234e-03}, {1.8276942838570587e-03, 5.8944515652700497e-04, 5.8568302165395883e-04, 4.8131585819575790e-04, 1.7511424258914964e-02, 3.7076129096329572e-04, 4.8903939170975950e-04, 1.3623489692838801e-03, 5.0846386896381476e-04, 7.2550893644428554e-04, 7.0799236631215092e-04, 7.7075174636654406e-04, 1.4785573890415589e-04, 4.9387975479971797e-04, 8.9473603104580409e-04, 2.3049495795083078e-03, 1.1784720532548663e-03, 5.9299054281549242e-05, 1.0798150304862418e-03, 1.3840709648926645e-03}, {3.0112866662942396e-03, 2.0890675656647919e-03, 1.8510873859350727e-03, 2.6206774727375219e-03, 3.7076129096329572e-04, 3.7185262078390084e-03, 3.3568227763936856e-03, 2.5676676841601132e-03, 2.5232383252931120e-03, 8.8236895610109610e-04, 2.1731391610102509e-03, 3.6449762674855470e-03, 4.4907751867065491e-04, 5.2205033209354096e-04, 2.0463950617354261e-03, 2.3688704455266710e-03, 1.8654198667353624e-03, 1.3455315022844615e-04, 4.5154514263611947e-04, 1.6079057012005865e-03}, {4.6380059574065739e-03, 1.5846263196146995e-03, 2.7895276558308215e-03, 5.1008808895958635e-03, 4.8903939170975950e-04, 3.3568227763936856e-03, 5.9222965859089486e-03, 4.5816393201343689e-03, 1.9402998565554576e-03, 1.1442983475073972e-03, 1.9598706476253135e-03, 3.9374858628132975e-03, 4.4836711718981544e-04, 5.6555863311724848e-04, 2.2081467402101113e-03, 3.4413512797094705e-03, 2.6498050070285850e-03, 1.0428284199341159e-04, 5.5113323096536227e-04, 2.1170384602596944e-03}, {1.0339526813131699e-02, 2.0115937172949889e-03, 3.8931580947872417e-03, 4.7650879451660638e-03, 1.3623489692838801e-03, 2.5676676841601132e-03, 4.5816393201343689e-03, 2.3482233614097934e-02, 1.8337281555648979e-03, 1.8208983421724295e-03, 2.9852908206479617e-03, 4.8388854328488646e-03, 6.8680090301959161e-04, 1.1712470257125083e-03, 4.0151722887942186e-03, 7.8821587248468251e-03, 5.1811218591430661e-03, 1.8631167134196649e-04, 7.9425725644547004e-04, 4.2129549753424219e-03}, {2.1445971886243646e-03, 1.9669335302920869e-03, 1.9571964875229838e-03, 1.8490514559930820e-03, 5.0846386896381476e-04, 2.5232383252931120e-03, 1.9402998565554576e-03, 1.8337281555648979e-03, 5.0577823911620960e-03, 7.0758217809190201e-04, 1.7792986667457807e-03, 2.6790420483436923e-03, 3.0226127635083285e-04, 8.8185158980207221e-04, 1.6125778990215547e-03, 1.9419581808088138e-03, 1.4578210132932265e-03, 1.9201336290789017e-04, 9.8449170102575230e-04, 1.2982251382555629e-03}, {2.8561290389349852e-03, 9.4903575242628803e-04, 9.8420613349048088e-04, 1.0026061088056078e-03, 7.2550893644428554e-04, 8.8236895610109610e-04, 1.1442983475073972e-03, 1.8208983421724295e-03, 7.0758217809190201e-04, 3.8506568985748504e-03, 5.5072715793686080e-03, 1.9022872797907308e-03, 8.9779553718262028e-04, 1.8514043008626233e-03, 1.1725443795985299e-03, 1.8542542117578613e-03, 2.1953086037143862e-03, 1.1715327832769289e-04, 8.8263202943021396e-04, 5.5816714963892811e-03}, {4.8067900424585462e-03, 1.7492451507985533e-03, 1.7794215836961103e-03, 1.5930790839216963e-03, 7.0799236631215092e-04, 2.1731391610102509e-03, 1.9598706476253135e-03, 2.9852908206479617e-03, 1.7792986667457807e-03, 5.5072715793686080e-03, 2.8633158451940706e-02, 3.5641037178981254e-03, 2.9437898388951153e-03, 5.1517088250987598e-03, 2.4053702086781481e-03, 3.1126304674457994e-03, 3.3831513688247950e-03, 5.7942468517701131e-04, 2.0809174228785228e-03, 8.4617896693113381e-03}, {5.3728656072800076e-03, 7.1821276038123629e-03, 4.0932232786158613e-03, 3.8473023950370976e-03, 7.7075174636654406e-04, 3.6449762674855470e-03, 3.9374858628132975e-03, 4.8388854328488646e-03, 2.6790420483436923e-03, 1.9022872797907308e-03, 3.5641037178981254e-03, 1.8953839887039359e-02, 1.3056068288886324e-03, 9.5430576257042143e-04, 3.1427838314461703e-03, 5.3849029169230475e-03, 4.6910200930370578e-03, 3.8031958293778897e-04, 8.6636282903806235e-04, 2.9693904037835185e-03}, {9.9018955937298613e-04, 5.4579896329619748e-04, 3.9994286569269551e-04, 3.7899432160262535e-04, 1.4785573890415589e-04, 4.4907751867065491e-04, 4.4836711718981544e-04, 6.8680090301959161e-04, 3.0226127635083285e-04, 8.9779553718262028e-04, 2.9437898388951153e-03, 1.3056068288886324e-03, 9.5839891336186689e-04, 6.1182400928263853e-04, 4.6431155948741784e-04, 7.1706174187243107e-04, 7.5402578765302252e-04, 5.8044986217193111e-05, 2.5054194683598869e-04, 1.4420721870535345e-03}, {1.5464751871669552e-03, 5.8361963932467844e-04, 7.1880113475369782e-04, 5.1061942897298563e-04, 4.9387975479971797e-04, 5.2205033209354096e-04, 5.6555863311724848e-04, 1.1712470257125083e-03, 8.8185158980207221e-04, 1.8514043008626233e-03, 5.1517088250987598e-03, 9.5430576257042143e-04, 6.1182400928263853e-04, 1.2698002251905573e-02, 7.0713747400886877e-04, 1.3236969321879562e-03, 1.1372790252379261e-03, 4.4935713151489045e-04, 5.9204171542750639e-03, 1.9724229735869326e-03}, {5.7141459312891330e-03, 1.9905178391619333e-03, 1.8301977419577379e-03, 1.9136209919861855e-03, 8.9473603104580409e-04, 2.0463950617354261e-03, 2.2081467402101113e-03, 4.0151722887942186e-03, 1.6125778990215547e-03, 1.1725443795985299e-03, 2.4053702086781481e-03, 3.1427838314461703e-03, 4.6431155948741784e-04, 7.0713747400886877e-04, 9.8665046135635783e-03, 4.3847634418626652e-03, 3.1909511773661765e-03, 1.4643278579496693e-04, 4.8653577087297381e-04, 2.4870690688613543e-03}, {7.8179771536648658e-03, 2.6418797202180837e-03, 3.2997070393949880e-03, 3.4857847560291560e-03, 2.3049495795083078e-03, 2.3688704455266710e-03, 3.4413512797094705e-03, 7.8821587248468251e-03, 1.9419581808088138e-03, 1.8542542117578613e-03, 3.1126304674457994e-03, 5.3849029169230475e-03, 7.1706174187243107e-04, 1.3236969321879562e-03, 4.3847634418626652e-03, 6.9740330873263399e-03, 5.5479545040527179e-03, 4.1290844979042010e-04, 1.0821257035278605e-03, 3.5981076685639816e-03}, {6.7187128037285646e-03, 1.9640564224658449e-03, 2.6196442519984238e-03, 2.6547044011729533e-03, 1.1784720532548663e-03, 1.8654198667353624e-03, 2.6498050070285850e-03, 5.1811218591430661e-03, 1.4578210132932265e-03, 2.1953086037143862e-03, 3.3831513688247950e-03, 4.6910200930370578e-03, 7.5402578765302252e-04, 1.1372790252379261e-03, 3.1909511773661765e-03, 5.5479545040527179e-03, 6.1907639011039494e-03, 1.8788403040115726e-04, 9.2861947637862599e-04, 4.0449485444032200e-03}, {2.4101326295153331e-04, 7.0871113466232773e-04, 1.6728058239964415e-04, 1.0462445958257217e-04, 5.9299054281549242e-05, 1.3455315022844615e-04, 1.0428284199341159e-04, 1.8631167134196649e-04, 1.9201336290789017e-04, 1.1715327832769289e-04, 5.7942468517701131e-04, 3.8031958293778897e-04, 5.8044986217193111e-05, 4.4935713151489045e-04, 1.4643278579496693e-04, 4.1290844979042010e-04, 1.8788403040115726e-04, 5.7988503825631863e-03, 3.0440102514689768e-04, 1.6081303524350391e-04}, {1.1721100314806740e-03, 4.6349536482262227e-04, 7.5085733385690172e-04, 5.1745954208780515e-04, 1.0798150304862418e-03, 4.5154514263611947e-04, 5.5113323096536227e-04, 7.9425725644547004e-04, 9.8449170102575230e-04, 8.8263202943021396e-04, 2.0809174228785228e-03, 8.6636282903806235e-04, 2.5054194683598869e-04, 5.9204171542750639e-03, 4.8653577087297381e-04, 1.0821257035278605e-03, 9.2861947637862599e-04, 3.0440102514689768e-04, 9.2529814445245183e-03, 1.0955188103504248e-03}, {5.8923284166788933e-03, 1.4862706481749135e-03, 1.7484567810093011e-03, 1.8552568588661234e-03, 1.3840709648926645e-03, 1.6079057012005865e-03, 2.1170384602596944e-03, 4.2129549753424219e-03, 1.2982251382555629e-03, 5.5816714963892811e-03, 8.4617896693113381e-03, 2.9693904037835185e-03, 1.4420721870535345e-03, 1.9724229735869326e-03, 2.4870690688613543e-03, 3.5981076685639816e-03, 4.0449485444032200e-03, 1.6081303524350391e-04, 1.0955188103504248e-03, 1.1301289775766317e-02} }, { 8.7126757718998679e-02, 4.0903890307999048e-02, 4.0432285538126674e-02, 4.6871932807633972e-02, 3.3473507356366124e-02, 3.8255436978704142e-02, 4.9530476921569762e-02, 8.8612083613937145e-02, 3.3618414314618796e-02, 3.6885613388971901e-02, 8.5357443758733623e-02, 8.0481583375956817e-02, 1.4752761600830055e-02, 3.9771658566274730e-02, 5.0679914836743105e-02, 6.9577076005018168e-02, 5.8541664190993777e-02, 1.0493678893463984e-02, 2.9916218247065893e-02, 6.4717601577993583e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 1.51578006e+00, 1.05606466e+00, 6.26687137e-01, 1.07002228e+00, 1.07474947e+00, 4.46290560e-01, 1.33923306e+00, 7.32178470e-01, 8.88728816e-01, 7.66227814e-01, 6.46341735e-01, 7.70359541e-01, 1.03988401e+00, 1.29408826e+00, 9.03456780e-01, 7.00798809e-01, 1.28966428e+00, 1.31725380e+00, 1.04499203e+00, 2.63609841e-01, 7.50000000e-01, 4.49686798e-01, 1.00010336e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.19479599e-01}, {0.00000000e+00, 1.05606466e+00, 1.84257846e+00, 3.65113184e-01, 2.05195422e+00, 1.82470118e+00, 3.54071966e-01, 1.11918465e+00, 1.29683470e+00, 6.16970770e-01, 1.13010166e+00, 4.52559218e-01, 6.04775077e-01, 1.59985542e+00, 8.46142888e-01, 1.33890747e+00, 8.61808201e-01, 1.11706882e+00, 1.03197349e+00, 6.37811920e-01, 2.96793416e-01, 7.50000000e-01, 4.85608019e-01, 1.61300149e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.02168751e-01}, {0.00000000e+00, 6.26687137e-01, 3.65113184e-01, 1.56285624e+01, 3.06772262e-01, 2.94964746e-01, 3.70976416e-01, 4.59297624e-01, 4.51836855e-01, 5.87603719e-01, 2.86099293e-01, 2.47791243e-01, 2.99408166e-01, 4.32746060e-01, 5.27421501e-01, 2.89534285e-01, 4.30504374e-01, 9.89678273e-01, 6.01385571e-01, 6.38902701e-01, 1.68818010e-01, 7.50000000e-01, 1.07830459e+00, 2.92598254e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 3.50326241e-01}, {0.00000000e+00, 1.07002228e+00, 2.05195422e+00, 3.06772262e-01, 2.43292288e+00, 2.19715052e+00, 2.73911818e-01, 1.14726861e+00, 1.17343465e+00, 5.79909835e-01, 1.01987501e+00, 3.98183329e-01, 5.48083233e-01, 1.61030872e+00, 8.05577240e-01, 1.46152937e+00, 7.42874842e-01, 1.06886174e+00, 9.67471640e-01, 6.11601820e-01, 2.12712296e-01, 7.50000000e-01, 3.69025897e-01, 1.87658077e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 4.53017475e-01}, {0.00000000e+00, 1.07474947e+00, 1.82470118e+00, 2.94964746e-01, 2.19715052e+00, 2.41404373e+00, 2.87098831e-01, 1.04389169e+00, 1.16525001e+00, 6.26339428e-01, 9.87756703e-01, 4.63568053e-01, 6.13603630e-01, 1.39293185e+00, 8.79669521e-01, 1.77158803e+00, 7.82149443e-01, 9.98597151e-01, 9.13853001e-01, 6.60440693e-01, 2.00637717e-01, 7.50000000e-01, 3.71943861e-01, 2.13407372e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.12682678e-01}, {0.00000000e+00, 4.46290560e-01, 3.54071966e-01, 3.70976416e-01, 2.73911818e-01, 2.87098831e-01, 8.02764197e+00, 3.32339414e-01, 6.59545216e-01, 1.26203255e+00, 2.98137999e-01, 1.51752623e+00, 1.04274830e+00, 4.46999215e-01, 3.50828021e-01, 3.43119584e-01, 3.58749728e-01, 4.78353203e-01, 4.88459165e-01, 7.66309017e-01, 1.07668873e+00, 7.50000000e-01, 4.97590308e+00, 3.11511613e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 1.44043358e+00}, {0.00000000e+00, 1.33923306e+00, 1.11918465e+00, 4.59297624e-01, 1.14726861e+00, 1.04389169e+00, 3.32339414e-01, 2.99056680e+00, 6.15552047e-01, 5.57103314e-01, 6.78509416e-01, 3.94686522e-01, 5.25369171e-01, 1.08662777e+00, 8.94077901e-01, 7.57447784e-01, 5.54986868e-01, 1.27845679e+00, 9.98770702e-01, 7.34634729e-01, 2.00363838e-01, 7.50000000e-01, 2.99613619e-01, 9.19064864e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 4.43694156e-01}, {0.00000000e+00, 7.32178470e-01, 1.29683470e+00, 4.51836855e-01, 1.17343465e+00, 1.16525001e+00, 6.59545216e-01, 6.15552047e-01, 4.47513035e+00, 5.70614299e-01, 9.90160946e-01, 6.20055020e-01, 6.09441413e-01, 1.43988866e+00, 9.46471632e-01, 1.96194975e+00, 1.43036819e+00, 8.30226277e-01, 7.40733381e-01, 5.96692220e-01, 5.44285116e-01, 7.50000000e-01, 9.78877039e-01, 1.51243666e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 6.05136779e-01}, {0.00000000e+00, 8.88728816e-01, 6.16970770e-01, 5.87603719e-01, 5.79909835e-01, 6.26339428e-01, 1.26203255e+00, 5.57103314e-01, 5.70614299e-01, 2.83022396e+00, 6.40800116e-01, 1.74919442e+00, 1.64986005e+00, 6.59934398e-01, 6.27243837e-01, 6.25316723e-01, 6.29014923e-01, 7.22513707e-01, 1.01665478e+00, 2.33821719e+00, 3.02670201e-01, 7.50000000e-01, 7.99863687e-01, 6.25893752e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 2.07538421e+00}, {0.00000000e+00, 7.66227814e-01, 1.13010166e+00, 2.86099293e-01, 1.01987501e+00, 9.87756703e-01, 2.98137999e-01, 6.78509416e-01, 9.90160946e-01, 6.40800116e-01, 2.92620120e+00, 5.18814877e-01, 1.09961986e+00, 1.25788411e+00, 7.70516817e-01, 1.18387275e+00, 2.18168472e+00, 9.61645918e-01, 9.95647751e-01, 5.70096500e-01, 4.50323287e-01, 7.50000000e-01, 3.59829368e-01, 1.07322036e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.55622697e-01}, {0.00000000e+00, 6.46341735e-01, 4.52559218e-01, 2.47791243e-01, 3.98183329e-01, 4.63568053e-01, 1.51752623e+00, 3.94686522e-01, 6.20055020e-01, 1.74919442e+00, 5.18814877e-01, 3.92994485e+00, 2.33771776e+00, 5.15595552e-01, 5.56038228e-01, 6.65507525e-01, 5.01008003e-01, 5.24107036e-01, 6.77040993e-01, 1.53178711e+00, 6.46886104e-01, 7.50000000e-01, 8.14904569e-01, 5.51569446e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 3.27192533e+00}, {0.00000000e+00, 7.70359541e-01, 6.04775077e-01, 2.99408166e-01, 5.48083233e-01, 6.13603630e-01, 1.04274830e+00, 5.25369171e-01, 6.09441413e-01, 1.64986005e+00, 1.09961986e+00, 2.33771776e+00, 4.40351686e+00, 6.70496227e-01, 6.21012433e-01, 7.95710012e-01, 9.04471250e-01, 6.98581457e-01, 8.73067477e-01, 1.51039751e+00, 3.74941590e-01, 7.50000000e-01, 5.67675865e-01, 6.92962139e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 2.13016362e+00}, {0.00000000e+00, 1.03988401e+00, 1.59985542e+00, 4.32746060e-01, 1.61030872e+00, 1.39293185e+00, 4.46999215e-01, 1.08662777e+00, 1.43988866e+00, 6.59934398e-01, 1.25788411e+00, 5.15595552e-01, 6.70496227e-01, 1.58773724e+00, 8.93169424e-01, 1.19675558e+00, 9.99684066e-01, 1.17295383e+00, 1.10674855e+00, 6.68196499e-01, 3.94266130e-01, 7.50000000e-01, 6.20758168e-01, 1.30744195e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.59148347e-01}, {0.00000000e+00, 1.29408826e+00, 8.46142888e-01, 5.27421501e-01, 8.05577240e-01, 8.79669521e-01, 3.50828021e-01, 8.94077901e-01, 9.46471632e-01, 6.27243837e-01, 7.70516817e-01, 5.56038228e-01, 6.21012433e-01, 8.93169424e-01, 3.84141803e+00, 1.05550534e+00, 9.60208581e-01, 1.24349521e+00, 1.07552180e+00, 7.58279920e-01, 2.75343404e-01, 7.50000000e-01, 3.20901839e-01, 9.56295438e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.77523805e-01}, {0.00000000e+00, 9.03456780e-01, 1.33890747e+00, 2.89534285e-01, 1.46152937e+00, 1.77158803e+00, 3.43119584e-01, 7.57447784e-01, 1.96194975e+00, 6.25316723e-01, 1.18387275e+00, 6.65507525e-01, 7.95710012e-01, 1.19675558e+00, 1.05550534e+00, 2.54088209e+00, 1.33504131e+00, 8.89983529e-01, 8.32948914e-01, 6.49448913e-01, 3.35176014e-01, 7.50000000e-01, 3.94549334e-01, 2.10683180e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 6.53380354e-01}, {0.00000000e+00, 7.00798809e-01, 8.61808201e-01, 4.30504374e-01, 7.42874842e-01, 7.82149443e-01, 3.58749728e-01, 5.54986868e-01, 1.43036819e+00, 6.29014923e-01, 2.18168472e+00, 5.01008003e-01, 9.04471250e-01, 9.99684066e-01, 9.60208581e-01, 1.33504131e+00, 4.07760419e+00, 9.28286966e-01, 8.20208528e-01, 5.61449723e-01, 1.65111328e+00, 7.50000000e-01, 3.78768704e-01, 1.02308924e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.39632804e-01}, {0.00000000e+00, 1.28966428e+00, 1.11706882e+00, 9.89678273e-01, 1.06886174e+00, 9.98597151e-01, 4.78353203e-01, 1.27845679e+00, 8.30226277e-01, 7.22513707e-01, 9.61645918e-01, 5.24107036e-01, 6.98581457e-01, 1.17295383e+00, 1.24349521e+00, 8.89983529e-01, 9.28286966e-01, 1.44062735e+00, 1.36207698e+00, 7.99071364e-01, 5.65535441e-01, 7.50000000e-01, 5.19882078e-01, 9.51265394e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.83974254e-01}, {0.00000000e+00, 1.31725380e+00, 1.03197349e+00, 6.01385571e-01, 9.67471640e-01, 9.13853001e-01, 4.88459165e-01, 9.98770702e-01, 7.40733381e-01, 1.01665478e+00, 9.95647751e-01, 6.77040993e-01, 8.73067477e-01, 1.10674855e+00, 1.07552180e+00, 8.32948914e-01, 8.20208528e-01, 1.36207698e+00, 1.80640078e+00, 1.06764169e+00, 3.05841935e-01, 7.50000000e-01, 5.30232118e-01, 8.78596534e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.79516037e-01}, {0.00000000e+00, 1.04499203e+00, 6.37811920e-01, 6.38902701e-01, 6.11601820e-01, 6.60440693e-01, 7.66309017e-01, 7.34634729e-01, 5.96692220e-01, 2.33821719e+00, 5.70096500e-01, 1.53178711e+00, 1.51039751e+00, 6.68196499e-01, 7.58279920e-01, 6.49448913e-01, 5.61449723e-01, 7.99071364e-01, 1.06764169e+00, 2.69825619e+00, 2.36794202e-01, 7.50000000e-01, 5.65836205e-01, 6.55650683e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 1.77511928e+00}, {0.00000000e+00, 2.63609841e-01, 2.96793416e-01, 1.68818010e-01, 2.12712296e-01, 2.00637717e-01, 1.07668873e+00, 2.00363838e-01, 5.44285116e-01, 3.02670201e-01, 4.50323287e-01, 6.46886104e-01, 3.74941590e-01, 3.94266130e-01, 2.75343404e-01, 3.35176014e-01, 1.65111328e+00, 5.65535441e-01, 3.05841935e-01, 2.36794202e-01, 5.26606678e+01, 7.50000000e-01, 9.69642510e-01, 2.59266956e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.43022417e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 4.49686798e-01, 4.85608019e-01, 1.07830459e+00, 3.69025897e-01, 3.71943861e-01, 4.97590308e+00, 2.99613619e-01, 9.78877039e-01, 7.99863687e-01, 3.59829368e-01, 8.14904569e-01, 5.67675865e-01, 6.20758168e-01, 3.20901839e-01, 3.94549334e-01, 3.78768704e-01, 5.19882078e-01, 5.30232118e-01, 5.65836205e-01, 9.69642510e-01, 7.50000000e-01, 1.03387565e+01, 3.81794898e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 8.10366134e-01}, {0.00000000e+00, 1.00010336e+00, 1.61300149e+00, 2.92598254e-01, 1.87658077e+00, 2.13407372e+00, 3.11511613e-01, 9.19064864e-01, 1.51243666e+00, 6.25893752e-01, 1.07322036e+00, 5.51569446e-01, 6.92962139e-01, 1.30744195e+00, 9.56295438e-01, 2.10683180e+00, 1.02308924e+00, 9.51265394e-01, 8.78596534e-01, 6.55650683e-01, 2.59266956e-01, 7.50000000e-01, 3.81794898e-01, 2.12220220e+00, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 5.73996058e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.70000000e-01, 1.33300000e+00, 1.70000000e-01, 1.70000000e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 7.19479599e-01, 5.02168751e-01, 3.50326241e-01, 4.53017475e-01, 5.12682678e-01, 1.44043358e+00, 4.43694156e-01, 6.05136779e-01, 2.07538421e+00, 5.55622697e-01, 3.27192533e+00, 2.13016362e+00, 5.59148347e-01, 5.77523805e-01, 6.53380354e-01, 5.39632804e-01, 5.83974254e-01, 7.79516037e-01, 1.77511928e+00, 5.43022417e-01, 7.50000000e-01, 8.10366134e-01, 5.73996058e-01, 7.50000000e-01, 1.70000000e-01, 7.50000000e-01, 2.91088108e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/pam30.h000066400000000000000000000704051523407312000222500ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix pam30{ 9, 1, { { (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.3400, 0.283, 1.754, 0.1938, -0.3, 0.436164, 0.161818, 0.161818 }, { 7, 2, (double)INT2_MAX, 0.305, 0.15, 0.87, 0.35, -3, 0.479087, 1.014010, 1.162730 }, { 6, 2, (double)INT2_MAX, 0.287, 0.11, 0.68, 0.42, -4, 0.499980, 1.688060, 1.951430 }, { 5, 2, (double)INT2_MAX, 0.264, 0.079, 0.45, 0.59, -7, 0.533009, 3.377010, 3.871950 }, { 10, 1, (double)INT2_MAX, 0.309, 0.15, 0.88, 0.35, -3, 0.474741, 1.372050, 1.788770 }, { 9, 1, (double)INT2_MAX, 0.294, 0.11, 0.61, 0.48, -6, 0.492716, 2.463920, 3.186150 }, { 8, 1, (double)INT2_MAX, 0.270, 0.072, 0.40, 0.68, -10, 0.521286, 5.368130, 6.763480 } }, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 6, -7, -4, -3, -6, -4, -2, -2, -7, -5, -6, -7, -5, -8, -2, 0, -1,-13, -8, -2, -3, -6, -3, -1,-17, -17, /*R*/ -7, 8, -6,-10, -8, -2, -9, -9, -2, -5, -8, 0, -4, -9, -4, -3, -6, -2,-10, -8, -7, -7, -4, -1,-17, -17, /*N*/ -4, -6, 8, 2,-11, -3, -2, -3, 0, -5, -7, -1, -9, -9, -6, 0, -2, -8, -4, -8, 6, -6, -3, -1,-17, -17, /*D*/ -3,-10, 2, 8,-14, -2, 2, -3, -4, -7,-12, -4,-11, -15, -8, -4, -5,-15,-11, -8, 6,-10, 1, -1,-17, -17, /*C*/ -6, -8,-11,-14, 10,-14,-14, -9, -7, -6,-15,-14,-13, -13, -8, -3, -8,-15, -4, -6,-12, -9,-14, -1,-17, -17, /*Q*/ -4, -2, -3, -2,-14, 8, 1, -7, 1, -8, -5, -3, -4, -13, -3, -5, -5,-13,-12, -7, -3, -5, 6, -1,-17, -17, /*E*/ -2, -9, -2, 2,-14, 1, 8, -4, -5, -5, -9, -4, -7, -14, -5, -4, -6,-17, -8, -6, 1, -7, 6, -1,-17, -17, /*G*/ -2, -9, -3, -3, -9, -7, -4, 6, -9,-11,-10, -7, -8, -9, -6, -2, -6,-15,-14, -5, -3,-10, -5, -1,-17, -17, /*H*/ -7, -2, 0, -4, -7, 1, -5, -9, 9, -9, -6, -6,-10, -6, -4, -6, -7, -7, -3, -6, -1, -7, -1, -1,-17, -17, /*I*/ -5, -5, -5, -7, -6, -8, -5,-11, -9, 8, -1, -6, -1, -2, -8, -7, -2,-14, -6, 2, -6, 5, -6, -1,-17, -17, /*L*/ -6, -8, -7,-12,-15, -5, -9,-10, -6, -1, 7, -8, 1, -3, -7, -8, -7, -6, -7, -2, -9, 6, -7, -1,-17, -17, /*K*/ -7, 0, -1, -4,-14, -3, -4, -7, -6, -6, -8, 7, -2, -14, -6, -4, -3,-12, -9, -9, -2, -7, -4, -1,-17, -17, /*M*/ -5, -4, -9,-11,-13, -4, -7, -8,-10, -1, 1, -2, 11, -4, -8, -5, -4,-13,-11, -1,-10, 0, -5, -1,-17, -17, /*F*/ -8, -9, -9,-15,-13,-13,-14, -9, -6, -2, -3,-14, -4, 9,-10, -6, -9, -4, 2, -8,-10, -2,-13, -1,-17, -17, /*P*/ -2, -4, -6, -8, -8, -3, -5, -6, -4, -8, -7, -6, -8, -10, 8, -2, -4,-14,-13, -6, -7, -7, -4, -1,-17, -17, /*S*/ 0, -3, 0, -4, -3, -5, -4, -2, -6, -7, -8, -4, -5, -6, -2, 6, 0, -5, -7, -6, -1, -8, -5, -1,-17, -17, /*T*/ -1, -6, -2, -5, -8, -5, -6, -6, -7, -2, -7, -3, -4, -9, -4, 0, 7,-13, -6, -3, -3, -5, -6, -1,-17, -17, /*W*/ -13, -2, -8,-15,-15,-13,-17,-15, -7,-14, -6,-12,-13, -4,-14, -5,-13, 13, -5,-15,-10, -7,-14, -1,-17, -17, /*Y*/ -8,-10, -4,-11, -4,-12, -8,-14, -3, -6, -7, -9,-11, 2,-13, -7, -6, -5, 10, -7, -6, -7, -9, -1,-17, -17, /*V*/ -2, -8, -8, -8, -6, -7, -6, -5, -6, 2, -2, -9, -1, -8, -6, -6, -3,-15, -7, 7, -8, 0, -6, -1,-17, -17, /*B*/ -3, -7, 6, 6,-12, -3, 1, -3, -1, -6, -9, -2,-10, -10, -7, -1, -3,-10, -6, -8, 6, -8, 0, -1,-17, -17, /*J*/ -6, -7, -6,-10, -9, -5, -7,-10, -7, 5, 6, -7, 0, -2, -7, -8, -5, -7, -7, 0, -8, 6, -6, -1,-17, -17, /*Z*/ -3, -4, -3, 1,-14, 6, 6, -5, -1, -6, -7, -4, -5, -13, -4, -5, -6,-14, -9, -6, 0, -6, 6, -1,-17, -17, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,-17, -17, /***/ -17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17, -17,-17,-17,-17,-17,-17,-17,-17,-17,-17,-17, 1, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17, -17 }, { {5.9127839295455724e-02, 3.2440614389978224e-04, 1.0035946285397422e-03, 1.2937791530855702e-03, 3.1489290812535621e-04, 7.8441998276182750e-04, 1.9549522618591804e-03, 4.4450248999927649e-03, 2.4408739253648561e-04, 6.3834521530456922e-04, 8.5734186469652062e-04, 6.6918201622206063e-04, 2.4336822178217660e-04, 1.9674172887918488e-04, 2.6202120968515422e-03, 5.3063352404797842e-03, 4.2185799566371992e-03, 8.9313082115936708e-06, 1.8225253115472477e-04, 2.6924708725231086e-03}, {3.2440614389978224e-04, 3.1662308120430839e-02, 2.3762837035855522e-04, 5.6563724512424312e-05, 9.3129983865266353e-05, 9.1528180957759745e-04, 8.6839478291009283e-05, 1.4407449709189928e-04, 8.0713273132343639e-04, 2.3918939892306258e-04, 1.8565923197220291e-04, 3.6581384858227193e-03, 1.4663859770241663e-04, 6.8103183598496806e-05, 5.5932452083258294e-04, 1.0092107276753980e-03, 2.5480695878483489e-04, 2.2193510725567831e-04, 3.6904551277914591e-05, 1.9661468480294445e-04}, {1.0035946285397422e-03, 2.3762837035855522e-04, 2.3942402666531522e-02, 3.3284186062777833e-03, 3.2538350231327974e-05, 4.6226978079510854e-04, 9.2846484862398504e-04, 1.2584257731785510e-03, 1.5206567357122051e-03, 2.6711601073772237e-04, 3.0916547891024103e-04, 2.2688803763503840e-03, 2.7842591589795833e-05, 8.1379367658642105e-05, 2.9181042514696590e-04, 2.7347990528488269e-03, 1.2577236167229159e-03, 2.6993374401853017e-05, 2.6944461441064744e-04, 1.8273086910009501e-04}, {1.2937791530855702e-03, 5.6563724512424312e-05, 3.3284186062777833e-03, 3.1273803507946972e-02, 1.2103234943893133e-05, 7.6617484041782485e-04, 5.4382363415210683e-03, 1.3553903446762449e-03, 4.2748415829840124e-04, 1.3808202761146380e-04, 5.5405232219940619e-05, 8.2915092340941237e-04, 1.5837617592492976e-05, 1.2183210262808245e-05, 1.6175221090296296e-04, 9.3274720682462713e-04, 5.4799551604074552e-04, 2.6698310744553494e-06, 2.7630471952142814e-05, 1.9652464806266956e-04}, {3.1489290812535621e-04, 9.3129983865266353e-05, 3.2538350231327974e-05, 1.2103234943893133e-05, 3.0911985925451389e-02, 1.0422909419121936e-05, 1.3045150483146400e-05, 1.2331325932473484e-04, 8.7403624792468633e-05, 1.4700821602711548e-04, 1.7204998362221924e-05, 2.0967486284459295e-05, 4.6716406093025683e-06, 1.5450615839479970e-05, 1.0731935426699396e-04, 8.8294519055560439e-04, 1.3276608390145865e-04, 1.6423510327768317e-06, 2.5794057350472414e-04, 2.8675549934525132e-04}, {7.8441998276182750e-04, 9.1528180957759745e-04, 4.6226978079510854e-04, 7.6617484041782485e-04, 1.0422909419121936e-05, 2.6544636091699370e-02, 2.8557369473315988e-03, 3.2014451569115343e-04, 1.7486269599932410e-03, 9.9252658549817602e-05, 6.0406050527793496e-04, 1.1831024043470412e-03, 1.5335846864532110e-04, 1.7100059826303178e-05, 7.2911060660364247e-04, 4.4648205428150529e-04, 3.3667241069963721e-04, 4.8464660724673283e-06, 1.9368757924195069e-05, 2.5436874878957899e-04}, {1.9549522618591804e-03, 8.6839478291009283e-05, 9.2846484862398504e-04, 5.4382363415210683e-03, 1.3045150483146400e-05, 2.8557369473315988e-03, 3.3517661571345295e-02, 1.0164440084156755e-03, 3.0223151556800276e-04, 2.7356364677374762e-04, 1.8090379077740425e-04, 9.0138008178105558e-04, 6.7559973423236150e-05, 1.5496057150416647e-05, 3.8539043828203593e-04, 7.7702860107301409e-04, 3.7793602875380548e-04, 1.6817714350602577e-06, 8.3785905046764608e-05, 3.5213850363434608e-04}, {4.4450248999927649e-03, 1.4407449709189928e-04, 1.2584257731785510e-03, 1.3553903446762449e-03, 1.2331325932473484e-04, 3.2014451569115343e-04, 1.0164440084156755e-03, 7.3132026674414694e-02, 1.4265572852210342e-04, 7.8900361203388875e-05, 2.1034403031175677e-04, 6.1289535748612200e-04, 7.4245325157996467e-05, 1.5674229370359372e-04, 5.4766647831609131e-04, 3.4088067901566015e-03, 7.0070498686195871e-04, 5.2853781924046885e-06, 2.4544028062357452e-05, 8.5444888317695144e-04}, {2.4408739253648561e-04, 8.0713273132343639e-04, 1.5206567357122051e-03, 4.2748415829840124e-04, 8.7403624792468633e-05, 1.7486269599932410e-03, 3.0223151556800276e-04, 1.4265572852210342e-04, 2.5912762590464825e-02, 5.4172593088878169e-05, 3.5367937307928028e-04, 3.2368239575447064e-04, 1.3814951744043517e-05, 1.7593656715401314e-04, 4.2250645207888871e-04, 3.0759142376355817e-04, 1.6958020182452686e-04, 2.8647046074837808e-05, 3.2560382462402542e-04, 2.5015804822114957e-04}, {6.3834521530456922e-04, 2.3918939892306258e-04, 2.6711601073772237e-04, 1.3808202761146380e-04, 1.4700821602711548e-04, 9.9252658549817602e-05, 2.7356364677374762e-04, 7.8900361203388875e-05, 5.4172593088878169e-05, 2.5353285377410485e-02, 2.0257509751816058e-03, 3.7763773851518320e-04, 4.3126365297883206e-04, 6.9390890433520820e-04, 9.9551479665834663e-05, 2.4863350821043576e-04, 9.5951641417652196e-04, 3.5757593419236457e-06, 1.3084289995157492e-04, 4.6260165509845463e-03}, {8.5734186469652062e-04, 1.8565923197220291e-04, 3.0916547891024103e-04, 5.5405232219940619e-05, 1.7204998362221924e-05, 6.0406050527793496e-04, 1.8090379077740425e-04, 2.1034403031175677e-04, 3.5367937307928028e-04, 2.0257509751816058e-03, 7.3000355069562095e-02, 4.1727413572248076e-04, 1.5642375920382058e-03, 1.4111427667651418e-03, 3.9148184818805121e-04, 3.4625426602777944e-04, 5.1411236346458541e-04, 1.1411927900827321e-04, 2.4268846460818286e-04, 2.5562624925597006e-03}, {6.6918201622206063e-04, 3.6581384858227193e-03, 2.2688803763503840e-03, 8.2915092340941237e-04, 2.0967486284459295e-05, 1.1831024043470412e-03, 9.0138008178105558e-04, 6.1289535748612200e-04, 3.2368239575447064e-04, 3.7763773851518320e-04, 4.1727413572248076e-04, 6.4693883189538823e-02, 6.6794275671927127e-04, 2.7382721623874425e-05, 4.3433200079450959e-04, 1.4551172602609017e-03, 1.5845617070211647e-03, 1.4791603367426559e-05, 1.0031590199504370e-04, 2.4096483294034894e-04}, {2.4336822178217660e-04, 1.4663859770241663e-04, 2.7842591589795833e-05, 1.5837617592492976e-05, 4.6716406093025683e-06, 1.5335846864532110e-04, 6.7559973423236150e-05, 7.4245325157996467e-05, 1.3814951744043517e-05, 4.3126365297883206e-04, 1.5642375920382058e-03, 6.6794275671927127e-04, 1.0141188024147338e-02, 1.4660178199119104e-04, 4.8450925637158114e-05, 1.6515644650970699e-04, 2.2685456319283340e-04, 2.0008298266352844e-06, 9.3883281308262965e-06, 6.0233931141128079e-04}, {1.9674172887918488e-04, 6.8103183598496806e-05, 8.1379367658642105e-05, 1.2183210262808245e-05, 1.5450615839479970e-05, 1.7100059826303178e-05, 1.5496057150416647e-05, 1.5674229370359372e-04, 1.7593656715401314e-04, 6.9390890433520820e-04, 1.4111427667651418e-03, 2.7382721623874425e-05, 1.4660178199119104e-04, 3.3860977281888867e-02, 7.1900609504981099e-05, 3.1517744951616293e-04, 1.1969179294550922e-04, 8.8987284001973936e-05, 2.1252281905202656e-03, 1.7152669910871525e-04}, {2.6202120968515422e-03, 5.5932452083258294e-04, 2.9181042514696590e-04, 1.6175221090296296e-04, 1.0731935426699396e-04, 7.2911060660364247e-04, 3.8539043828203593e-04, 5.4766647831609131e-04, 4.2250645207888871e-04, 9.9551479665834663e-05, 3.9148184818805121e-04, 4.3433200079450959e-04, 4.8450925637158114e-05, 7.1900609504981099e-05, 4.0604206849577246e-02, 2.0119339905674016e-03, 7.1262984113373655e-04, 4.7982296290983556e-06, 1.4865662060036108e-05, 4.6067081670332334e-04}, {5.3063352404797842e-03, 1.0092107276753980e-03, 2.7347990528488269e-03, 9.3274720682462713e-04, 8.8294519055560439e-04, 4.4648205428150529e-04, 7.7702860107301409e-04, 3.4088067901566015e-03, 3.0759142376355817e-04, 2.4863350821043576e-04, 3.4625426602777944e-04, 1.4551172602609017e-03, 1.6515644650970699e-04, 3.1517744951616293e-04, 2.0119339905674016e-03, 4.3704313725631293e-02, 4.6622796190467931e-03, 1.3084508692320411e-04, 2.0094952100191171e-04, 5.3046884366373238e-04}, {4.2185799566371992e-03, 2.5480695878483489e-04, 1.2577236167229159e-03, 5.4799551604074552e-04, 1.3276608390145865e-04, 3.3667241069963721e-04, 3.7793602875380548e-04, 7.0070498686195871e-04, 1.6958020182452686e-04, 9.5951641417652196e-04, 5.1411236346458541e-04, 1.5845617070211647e-03, 2.2685456319283340e-04, 1.1969179294550922e-04, 7.1262984113373655e-04, 4.6622796190467931e-03, 4.0080501117597984e-02, 7.7221567079978049e-06, 1.9614260534399206e-04, 1.4808862501356529e-03}, {8.9313082115936708e-06, 2.2193510725567831e-04, 2.6993374401853017e-05, 2.6698310744553494e-06, 1.6423510327768317e-06, 4.8464660724673283e-06, 1.6817714350602577e-06, 5.2853781924046885e-06, 2.8647046074837808e-05, 3.5757593419236457e-06, 1.1411927900827321e-04, 1.4791603367426559e-05, 2.0008298266352844e-06, 8.8987284001973936e-05, 4.7982296290983556e-06, 1.3084508692320411e-04, 7.7221567079978049e-06, 9.7663430469613309e-03, 5.4428834502404551e-05, 3.4341494426087616e-06}, {1.8225253115472477e-04, 3.6904551277914591e-05, 2.6944461441064744e-04, 2.7630471952142814e-05, 2.5794057350472414e-04, 1.9368757924195069e-05, 8.3785905046764608e-05, 2.4544028062357452e-05, 3.2560382462402542e-04, 1.3084289995157492e-04, 2.4268846460818286e-04, 1.0031590199504370e-04, 9.3883281308262965e-06, 2.1252281905202656e-03, 1.4865662060036108e-05, 2.0094952100191171e-04, 1.9614260534399206e-04, 5.4428834502404551e-05, 2.5458081876085920e-02, 1.5581070490829142e-04}, {2.6924708725231086e-03, 1.9661468480294445e-04, 1.8273086910009501e-04, 1.9652464806266956e-04, 2.8675549934525132e-04, 2.5436874878957899e-04, 3.5213850363434608e-04, 8.5444888317695144e-04, 2.5015804822114957e-04, 4.6260165509845463e-03, 2.5562624925597006e-03, 2.4096483294034894e-04, 6.0233931141128079e-04, 1.7152669910871525e-04, 4.6067081670332334e-04, 5.3046884366373238e-04, 1.4808862501356529e-03, 3.4341494426087616e-06, 1.5581070490829142e-04, 4.8623010168479329e-02} }, { 8.7126757718998679e-02, 4.0903890307999048e-02, 4.0432285538126674e-02, 4.6871932807633972e-02, 3.3473507356366124e-02, 3.8255436978704142e-02, 4.9530476921569762e-02, 8.8612083613937145e-02, 3.3618414314618796e-02, 3.6885613388971901e-02, 8.5357443758733623e-02, 8.0481583375956817e-02, 1.4752761600830055e-02, 3.9771658566274730e-02, 5.0679914836743105e-02, 6.9577076005018168e-02, 5.8541664190993777e-02, 1.0493678893463984e-02, 2.9916218247065893e-02, 6.4717601577993583e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 7.78912912e+00, 3.02026381e-01, 1.07971742e-01, 3.16807704e-01, 4.53014491e-01, 5.67768414e-02, 5.75744366e-01, 8.33329143e-02, 1.98631007e-01, 9.54324770e-02, 1.15281887e-01, 1.89338526e-01, 2.84890839e-01, 5.93402017e-01, 2.35344432e-01, 9.10275603e-02, 8.75340369e-01, 8.27084092e-01, 4.77504036e-01, 9.76867708e-03, 7.50000000e-01, 6.99222384e-02, 3.58158006e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.40431646e-01}, {0.00000000e+00, 3.02026381e-01, 8.11766307e+00, 1.52757717e-02, 8.45582330e+00, 1.47233532e+00, 2.69459344e-02, 3.37867839e-01, 6.63755159e-01, 1.25827363e-01, 4.40914175e-01, 4.89221062e-02, 3.39137767e-02, 7.72564409e+00, 1.02509984e-01, 3.67813095e-01, 8.23817770e-02, 6.03773710e-01, 3.53305100e-01, 6.71234492e-02, 3.23783774e-02, 7.50000000e-01, 1.13742904e-01, 9.91005473e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.21274943e-02}, {0.00000000e+00, 1.07971742e-01, 1.52757717e-02, 2.75882699e+01, 7.71413760e-03, 7.86819951e-03, 1.16056875e-02, 4.15734061e-02, 7.76695875e-02, 1.19064797e-01, 7.78302876e-03, 6.02160155e-03, 9.46008155e-03, 2.40417467e-02, 6.32617140e-02, 8.13944094e-03, 6.80179741e-02, 3.79110970e-01, 6.77518036e-02, 1.32369559e-01, 4.67559620e-03, 7.50000000e-01, 2.57579768e-01, 7.98640138e-03, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 4.01312493e-02}, {0.00000000e+00, 3.16807704e-01, 8.45582330e+00, 7.71413760e-03, 1.42349183e+01, 2.34246282e+00, 6.53544516e-03, 3.26331184e-01, 2.71287596e-01, 7.98669838e-02, 2.19798242e-01, 1.38483017e-02, 2.29035955e-02, 1.75629226e+00, 6.80928461e-02, 4.27289142e-01, 2.95026156e-02, 2.86012439e-01, 1.99709663e-01, 6.47860871e-02, 5.42804139e-03, 7.50000000e-01, 1.97046510e-02, 1.50786644e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 3.37687752e-02}, {0.00000000e+00, 4.53014491e-01, 1.47233532e+00, 7.86819951e-03, 2.34246282e+00, 1.36624533e+01, 7.86638136e-03, 2.31589040e-01, 1.81505594e-01, 1.49736909e-01, 2.26119978e-01, 4.27891596e-02, 9.24578171e-02, 4.63622671e-01, 1.53529752e-01, 1.50713628e+00, 4.28627549e-02, 2.25474962e-01, 1.30340902e-01, 1.09854687e-01, 3.23568839e-03, 7.50000000e-01, 5.65446816e-02, 8.36539662e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50595678e-02}, {0.00000000e+00, 5.67768414e-02, 2.69459344e-02, 1.16056875e-02, 6.53544516e-03, 7.86638136e-03, 2.14068164e+01, 4.44753676e-02, 1.31584637e-01, 4.73011553e-01, 8.55473177e-03, 4.15676862e-01, 2.49857403e-01, 5.06072009e-02, 3.56716332e-02, 1.12390799e-02, 4.18628794e-02, 1.13897780e-01, 5.14073961e-02, 6.66400959e-02, 2.13219283e-01, 7.50000000e-01, 1.78617980e+00, 9.33613946e-03, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 4.32977029e-01}, {0.00000000e+00, 5.75744366e-01, 3.37867839e-01, 4.15734061e-02, 3.26331184e-01, 2.31589040e-01, 4.44753676e-02, 9.31368857e+00, 4.78871557e-02, 2.41395424e-02, 8.59403011e-02, 2.78096704e-02, 5.67940501e-02, 3.51241937e-01, 1.21951553e-01, 9.44408638e-02, 3.97493058e-02, 5.52895766e-01, 1.35075690e-01, 1.48994667e-01, 5.68401675e-03, 7.50000000e-01, 9.25861867e-03, 1.71822465e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 2.67022462e-02}, {0.00000000e+00, 8.33329143e-02, 6.63755159e-01, 7.76695875e-02, 2.71287596e-01, 1.81505594e-01, 1.31584637e-01, 4.78871557e-02, 2.29276353e+01, 4.36863126e-02, 1.19631443e-01, 1.23251186e-01, 2.78547216e-02, 1.11873100e+00, 2.47982049e-01, 1.35964891e+00, 5.86952720e-01, 1.31501535e-01, 8.61653901e-02, 1.14978024e-01, 8.12035191e-02, 7.50000000e-01, 3.23746871e-01, 6.94918113e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 9.92432853e-02}, {0.00000000e+00, 1.98631007e-01, 1.25827363e-01, 1.19064797e-01, 7.98669838e-02, 1.49736909e-01, 4.73011553e-01, 2.41395424e-02, 4.36863126e-02, 1.86346064e+01, 1.27210180e-01, 6.43409762e-01, 7.92524183e-01, 1.79107849e-01, 5.32543187e-02, 7.03383168e-02, 1.58533228e-01, 9.68805230e-02, 4.44355269e-01, 1.93788392e+00, 9.23811792e-03, 7.50000000e-01, 1.18573178e-01, 1.15136508e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 6.07207247e+00}, {0.00000000e+00, 9.54324770e-02, 4.40914175e-01, 7.78302876e-03, 2.19798242e-01, 2.26119978e-01, 8.55473177e-03, 8.59403011e-02, 1.19631443e-01, 1.27210180e-01, 9.98780825e+00, 6.07412260e-02, 5.62560724e-01, 6.97247226e-01, 1.06485246e-01, 3.84266618e-01, 1.11121735e+00, 2.59857530e-01, 3.36316040e-01, 4.62631009e-02, 1.75142268e-02, 7.50000000e-01, 4.16645387e-02, 2.95037286e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 8.07975645e-02}, {0.00000000e+00, 1.15281887e-01, 4.89221062e-02, 6.02160155e-03, 1.38483017e-02, 4.27891596e-02, 4.15676862e-01, 2.78096704e-02, 1.23251186e-01, 6.43409762e-01, 6.07412260e-02, 1.00194105e+01, 1.24218990e+00, 8.95821132e-02, 9.04970355e-02, 1.84988987e-01, 5.31753716e-02, 5.83025512e-02, 1.02884887e-01, 4.62744892e-01, 1.27405990e-01, 7.50000000e-01, 9.50388211e-02, 1.04757148e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.19029657e+00}, {0.00000000e+00, 1.89338526e-01, 3.39137767e-02, 9.46008155e-03, 2.29035955e-02, 9.24578171e-02, 2.49857403e-01, 5.67940501e-02, 2.78547216e-02, 7.92524183e-01, 5.62560724e-01, 1.24218990e+00, 4.65953079e+01, 4.66775487e-02, 6.48026667e-02, 2.71732304e-01, 2.43002286e-01, 1.60899996e-01, 2.62669188e-01, 6.30878126e-01, 1.29243603e-02, 7.50000000e-01, 2.12719960e-02, 1.70582240e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.10650779e+00}, {0.00000000e+00, 2.84890839e-01, 7.72564409e+00, 2.40417467e-02, 1.75629226e+00, 4.63622671e-01, 5.06072009e-02, 3.51241937e-01, 1.11873100e+00, 1.79107849e-01, 6.97247226e-01, 8.95821132e-02, 4.66775487e-02, 1.46457342e+01, 1.42408737e-01, 2.98864303e-01, 1.43682999e-01, 9.72144796e-01, 5.31363673e-01, 6.98330827e-02, 6.36210916e-02, 7.50000000e-01, 2.22758622e-01, 3.91824098e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.16595604e-01}, {0.00000000e+00, 5.93402017e-01, 1.02509984e-01, 6.32617140e-02, 6.80928461e-02, 1.53529752e-01, 3.56716332e-02, 1.21951553e-01, 2.47982049e-01, 5.32543187e-02, 1.06485246e-01, 9.04970355e-02, 6.48026667e-02, 1.42408737e-01, 1.58088136e+01, 3.76066261e-01, 2.69813309e-01, 5.70573606e-01, 2.40194503e-01, 1.40453450e-01, 9.02230244e-03, 7.50000000e-01, 9.80486654e-03, 2.50506944e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.92594202e-02}, {0.00000000e+00, 2.35344432e-01, 3.67813095e-01, 8.13944094e-03, 4.27289142e-01, 1.50713628e+00, 1.12390799e-02, 9.44408638e-02, 1.35964891e+00, 7.03383168e-02, 3.84266618e-01, 1.84988987e-01, 2.71732304e-01, 2.98864303e-01, 3.76066261e-01, 1.81380436e+01, 5.84920778e-01, 1.67743101e-01, 1.50331260e-01, 1.02742037e-01, 1.20726953e-02, 7.50000000e-01, 1.69239569e-02, 8.75457039e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.50394300e-01}, {0.00000000e+00, 9.10275603e-02, 8.23817770e-02, 6.80179741e-02, 2.95026156e-02, 4.28627549e-02, 4.18628794e-02, 3.97493058e-02, 5.86952720e-01, 1.58533228e-01, 1.11121735e+00, 5.31753716e-02, 2.43002286e-01, 1.43682999e-01, 2.69813309e-01, 5.84920778e-01, 1.89240175e+01, 3.54610075e-01, 1.06409795e-01, 7.42726505e-02, 5.17051285e-01, 7.50000000e-01, 3.01584225e-02, 2.79081365e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 8.49660454e-02}, {0.00000000e+00, 8.75340369e-01, 6.03773710e-01, 3.79110970e-01, 2.86012439e-01, 2.25474962e-01, 1.13897780e-01, 5.52895766e-01, 1.31501535e-01, 9.68805230e-02, 2.59857530e-01, 5.83025512e-02, 1.60899996e-01, 9.72144796e-01, 5.70573606e-01, 1.67743101e-01, 3.54610075e-01, 9.02800848e+00, 1.14463515e+00, 1.17807053e-01, 1.79210510e-01, 7.50000000e-01, 9.65415148e-02, 2.00316511e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 6.99430663e-02}, {0.00000000e+00, 8.27084092e-01, 3.53305100e-01, 6.77518036e-02, 1.99709663e-01, 1.30340902e-01, 5.14073961e-02, 1.35075690e-01, 8.61653901e-02, 4.44355269e-01, 3.36316040e-01, 1.02884887e-01, 2.62669188e-01, 5.31363673e-01, 2.40194503e-01, 1.50331260e-01, 1.06409795e-01, 1.14463515e+00, 1.16950751e+01, 3.90871695e-01, 1.25703039e-02, 7.50000000e-01, 1.11995399e-01, 1.39052321e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 2.05920141e-01}, {0.00000000e+00, 4.77504036e-01, 6.71234492e-02, 1.32369559e-01, 6.47860871e-02, 1.09854687e-01, 6.66400959e-02, 1.48994667e-01, 1.14978024e-01, 1.93788392e+00, 4.62631009e-02, 4.62744892e-01, 6.30878126e-01, 6.98330827e-02, 1.40453450e-01, 1.02742037e-01, 7.42726505e-02, 1.17807053e-01, 3.90871695e-01, 1.16090589e+01, 5.05672115e-03, 7.50000000e-01, 8.04763342e-02, 1.06755129e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 9.07853260e-01}, {0.00000000e+00, 9.76867708e-03, 3.23783774e-02, 4.67559620e-03, 5.42804139e-03, 3.23568839e-03, 2.13219283e-01, 5.68401675e-03, 8.12035191e-02, 9.23811792e-03, 1.75142268e-02, 1.27405990e-01, 1.29243603e-02, 6.36210916e-02, 9.02230244e-03, 1.20726953e-02, 5.17051285e-01, 1.79210510e-01, 1.25703039e-02, 5.05672115e-03, 8.86903633e+01, 7.50000000e-01, 1.73378233e-01, 7.08668846e-03, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 9.17500230e-02}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 6.99222384e-02, 1.13742904e-01, 2.57579768e-01, 1.97046510e-02, 5.65446816e-02, 1.78617980e+00, 9.25861867e-03, 3.23746871e-01, 1.18573178e-01, 4.16645387e-02, 9.50388211e-02, 2.12719960e-02, 2.22758622e-01, 9.80486654e-03, 1.69239569e-02, 3.01584225e-02, 9.65415148e-02, 1.11995399e-01, 8.04763342e-02, 1.73378233e-01, 7.50000000e-01, 2.84454162e+01, 3.92787209e-02, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.02140077e-01}, {0.00000000e+00, 3.58158006e-01, 9.91005473e-01, 7.98640138e-03, 1.50786644e+00, 8.36539662e+00, 9.33613946e-03, 1.71822465e-01, 6.94918113e-01, 1.15136508e-01, 2.95037286e-01, 1.04757148e-01, 1.70582240e-01, 3.91824098e-01, 2.50506944e-01, 8.75457039e+00, 2.79081365e-01, 2.00316511e-01, 1.39052321e-01, 1.06755129e-01, 7.08668846e-03, 7.50000000e-01, 3.92787209e-02, 8.53499117e+00, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 1.07889016e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 3.00000000e-03, 1.33300000e+00, 3.00000000e-03, 3.00000000e-03}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.40431646e-01, 7.21274943e-02, 4.01312493e-02, 3.37687752e-02, 7.50595678e-02, 4.32977029e-01, 2.67022462e-02, 9.92432853e-02, 6.07207247e+00, 8.07975645e-02, 7.19029657e+00, 1.10650779e+00, 1.16595604e-01, 7.92594202e-02, 1.50394300e-01, 8.49660454e-02, 6.99430663e-02, 2.05920141e-01, 9.07853260e-01, 9.17500230e-02, 7.50000000e-01, 1.02140077e-01, 1.07889016e-01, 7.50000000e-01, 3.00000000e-03, 7.50000000e-01, 6.85288369e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrices/pam70.h000066400000000000000000000673131523407312000222600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include "../standard_matrix.h" namespace Stats { const StandardMatrix pam70{ 10, 1, { { (double)INT2_MAX, (double)INT2_MAX, (double)INT2_MAX, 0.3345, 0.229, 1.029, 0.3250, -0.7, 0.511296, 0.633439, 0.633439 }, { 8, 2, (double)INT2_MAX, 0.301, 0.12, 0.54, 0.56, -5, 0.549019, 2.881650, 3.025710 }, { 7, 2, (double)INT2_MAX, 0.286, 0.093, 0.43, 0.67, -7, 0.565659, 4.534540, 4.785780 }, { 6, 2, (double)INT2_MAX, 0.264, 0.064, 0.29, 0.90, -12, 0.596330, 7.942630, 8.402720 }, { 11, 1, (double)INT2_MAX, 0.305, 0.12, 0.52, 0.59, -6, 0.543514, 3.681400, 4.108020 }, { 10, 1, (double)INT2_MAX, 0.291, 0.091, 0.41, 0.71, -9, 0.560723, 6.002970, 6.716570 }, { 9, 1, (double)INT2_MAX, 0.270, 0.060, 0.28, 0.97, -14, 0.585186, 11.360800, 12.636700 } }, { /* A, R, N, D, C, Q, E, G, H, I, L, K, M, F, P, S, T, W, Y, V, B, J, Z, X, * */ /*A*/ 5, -4, -2, -1, -4, -2, -1, 0, -4, -2, -4, -4, -3, -6, 0, 1, 1, -9, -5, -1, -1, -3, -1, -1,-11, -14, /*R*/ -4, 8, -3, -6, -5, 0, -5, -6, 0, -3, -6, 2, -2, -7, -2, -1, -4, 0, -7, -5, -4, -5, -2, -1,-11, -14, /*N*/ -2, -3, 6, 3, -7, -1, 0, -1, 1, -3, -5, 0, -5, -6, -3, 1, 0, -6, -3, -5, 5, -4, -1, -1,-11, -14, /*D*/ -1, -6, 3, 6, -9, 0, 3, -1, -1, -5, -8, -2, -7, -10, -4, -1, -2,-10, -7, -5, 5, -7, 2, -1,-11, -14, /*C*/ -4, -5, -7, -9, 9, -9, -9, -6, -5, -4,-10, -9, -9, -8, -5, -1, -5,-11, -2, -4, -8, -7, -9, -1,-11, -14, /*Q*/ -2, 0, -1, 0, -9, 7, 2, -4, 2, -5, -3, -1, -2, -9, -1, -3, -3, -8, -8, -4, -1, -3, 5, -1,-11, -14, /*E*/ -1, -5, 0, 3, -9, 2, 6, -2, -2, -4, -6, -2, -4, -9, -3, -2, -3,-11, -6, -4, 2, -5, 5, -1,-11, -14, /*G*/ 0, -6, -1, -1, -6, -4, -2, 6, -6, -6, -7, -5, -6, -7, -3, 0, -3,-10, -9, -3, -1, -7, -3, -1,-11, -14, /*H*/ -4, 0, 1, -1, -5, 2, -2, -6, 8, -6, -4, -3, -6, -4, -2, -3, -4, -5, -1, -4, 0, -4, 1, -1,-11, -14, /*I*/ -2, -3, -3, -5, -4, -5, -4, -6, -6, 7, 1, -4, 1, 0, -5, -4, -1, -9, -4, 3, -4, 4, -4, -1,-11, -14, /*L*/ -4, -6, -5, -8,-10, -3, -6, -7, -4, 1, 6, -5, 2, -1, -5, -6, -4, -4, -4, 0, -6, 5, -4, -1,-11, -14, /*K*/ -4, 2, 0, -2, -9, -1, -2, -5, -3, -4, -5, 6, 0, -9, -4, -2, -1, -7, -7, -6, -1, -5, -2, -1,-11, -14, /*M*/ -3, -2, -5, -7, -9, -2, -4, -6, -6, 1, 2, 0, 10, -2, -5, -3, -2, -8, -7, 0, -6, 2, -3, -1,-11, -14, /*F*/ -6, -7, -6,-10, -8, -9, -9, -7, -4, 0, -1, -9, -2, 8, -7, -4, -6, -2, 4, -5, -7, -1, -9, -1,-11, -14, /*P*/ 0, -2, -3, -4, -5, -1, -3, -3, -2, -5, -5, -4, -5, -7, 7, 0, -2, -9, -9, -3, -4, -5, -2, -1,-11, -14, /*S*/ 1, -1, 1, -1, -1, -3, -2, 0, -3, -4, -6, -2, -3, -4, 0, 5, 2, -3, -5, -3, 0, -5, -2, -1,-11, -14, /*T*/ 1, -4, 0, -2, -5, -3, -3, -3, -4, -1, -4, -1, -2, -6, -2, 2, 6, -8, -4, -1, -1, -3, -3, -1,-11, -14, /*W*/ -9, 0, -6,-10,-11, -8,-11,-10, -5, -9, -4, -7, -8, -2, -9, -3, -8, 13, -3,-10, -7, -5,-10, -1,-11, -14, /*Y*/ -5, -7, -3, -7, -2, -8, -6, -9, -1, -4, -4, -7, -7, 4, -9, -5, -4, -3, 9, -5, -4, -4, -7, -1,-11, -14, /*V*/ -1, -5, -5, -5, -4, -4, -4, -3, -4, 3, 0, -6, 0, -5, -3, -3, -1,-10, -5, 6, -5, 1, -4, -1,-11, -14, /*B*/ -1, -4, 5, 5, -8, -1, 2, -1, 0, -4, -6, -1, -6, -7, -4, 0, -1, -7, -4, -5, 5, -5, 1, -1,-11, -14, /*J*/ -3, -5, -4, -7, -7, -3, -5, -7, -4, 4, 5, -5, 2, -1, -5, -5, -3, -5, -4, 1, -5, 5, -4, -1,-11, -14, /*Z*/ -1, -2, -1, 2, -9, 5, 5, -3, 1, -4, -4, -2, -3, -9, -2, -2, -3,-10, -7, -4, 1, -4, 5, -1,-11, -14, /*X*/ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,-11, -14, /***/ -11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11, -11,-11,-11,-11,-11,-11,-11,-11,-11,-11,-11, 1, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14, -14 }, { {3.7194198649883180e-02, 8.0875430987034625e-04, 2.0736464600905839e-03, 2.5255595007111849e-03, 7.0597624705127243e-04, 1.5518877282373696e-03, 3.3281196505185301e-03, 7.8361919930011979e-03, 6.4846822847107975e-04, 1.3965782283733507e-03, 1.8572709391302328e-03, 1.7482550126124556e-03, 4.8307675706277730e-04, 4.6722180304288895e-04, 4.5500317017840861e-03, 8.1815610080975230e-03, 6.7687959354540955e-03, 3.9553416320695907e-05, 4.0198038575772689e-04, 4.5596297635283793e-03}, {8.0875430987034625e-04, 2.2852256980208891e-02, 6.3934638630944640e-04, 2.6565526087426409e-04, 2.0716330531302742e-04, 1.6017418992100730e-03, 3.6247967443696756e-04, 4.4251315906877157e-04, 1.4545996303067922e-03, 4.5486189188160571e-04, 4.7958376254792433e-04, 6.3755221317218641e-03, 2.9453018991274540e-04, 1.6164674287424461e-04, 1.0920151094434257e-03, 1.7360744550429996e-03, 6.7924379689915479e-04, 4.2527485122100103e-04, 1.0517171198521535e-04, 4.6545505887026243e-04}, {2.0736464600905839e-03, 6.3934638630944640e-04, 1.2675260298758369e-02, 4.5473263538386658e-03, 1.3072655726453243e-04, 9.8476934026016437e-04, 1.9319282404800279e-03, 2.3638339620501124e-03, 2.2789366146196482e-03, 4.8031915042001503e-04, 6.3784180585582998e-04, 3.6406443267426908e-03, 1.0839896462648394e-04, 2.1124510348244946e-04, 7.0593648786013011e-04, 3.8434299995336323e-03, 2.1278266383167998e-03, 5.8506014024617153e-05, 4.7128194649955374e-04, 5.2108088709319821e-04}, {2.5255595007111849e-03, 2.6565526087426409e-04, 4.5473263538386658e-03, 1.9552340613266873e-02, 6.2308454328698375e-05, 1.6541837501367655e-03, 7.7926300406749079e-03, 2.6556442405114718e-03, 9.4505604487949357e-04, 3.3373212803700417e-04, 2.5428746885488489e-04, 1.8252265778963348e-03, 7.1571301890192352e-05, 6.2699722593189186e-05, 5.0522979322628484e-04, 1.9557928207999562e-03, 1.2131330526185470e-03, 1.2993511235541354e-05, 1.1201266335522796e-04, 5.2454950790431021e-04}, {7.0597624705127243e-04, 2.0716330531302742e-04, 1.3072655726453243e-04, 6.2308454328698375e-05, 2.7825141122194648e-02, 5.0435716826920468e-05, 6.4183020849751415e-05, 3.4312217142660280e-04, 1.8549298854202793e-04, 3.0428065563695795e-04, 8.6272008280351356e-05, 1.0319775490385661e-04, 2.1845897888507003e-05, 7.3005996818964865e-05, 2.6943290953722234e-04, 1.5492275564647287e-03, 3.6530353715738469e-04, 7.8068100250333932e-06, 5.2405357404561922e-04, 5.9453107180990322e-04}, {1.5518877282373696e-03, 1.6017418992100730e-03, 9.8476934026016437e-04, 1.6541837501367655e-03, 5.0435716826920468e-05, 1.6787102517888230e-02, 4.2787747314313521e-03, 8.0400665120515828e-04, 2.8143703113243106e-03, 2.6711588850824816e-04, 1.1454480615912710e-03, 2.2219191879465955e-03, 2.7431052994878819e-04, 7.9884925062964878e-05, 1.3266385181226064e-03, 9.9419711566964102e-04, 7.3752923373982926e-04, 2.2068032648929309e-05, 8.4534917138966498e-05, 5.7451792180619309e-04}, {3.3281196505185301e-03, 3.6247967443696756e-04, 1.9319282404800279e-03, 7.7926300406749079e-03, 6.4183020849751415e-05, 4.2787747314313521e-03, 2.1230224844830631e-02, 2.1586929726556546e-03, 7.9951624929977820e-04, 5.1817013748561565e-04, 4.9671333905053393e-04, 1.8583368487577027e-03, 1.5522247207982098e-04, 7.5329038569461125e-05, 8.7224608153784204e-04, 1.6494397215528771e-03, 9.8039692363547162e-04, 9.8627013698496747e-06, 1.7654014099528279e-04, 7.9167009135776051e-04}, {7.8361919930011979e-03, 4.4251315906877157e-04, 2.3638339620501124e-03, 2.6556442405114718e-03, 3.4312217142660280e-04, 8.0400665120515828e-04, 2.1586929726556546e-03, 5.7388208411163856e-02, 4.3236801169914066e-04, 3.4974476371122900e-04, 6.1249836569746629e-04, 1.4966553087392409e-03, 1.8860818518822553e-04, 3.5290430601106194e-04, 1.3849768155457195e-03, 5.9445746107512484e-03, 1.9215787027991949e-03, 2.5013133615378750e-05, 1.1604677012097751e-04, 1.7949010789751496e-03}, {6.4846822847107975e-04, 1.4545996303067922e-03, 2.2789366146196482e-03, 9.4505604487949357e-04, 1.8549298854202793e-04, 2.8143703113243106e-03, 7.9951624929977820e-04, 4.3236801169914066e-04, 1.8560540662079211e-02, 1.7329804084653826e-04, 7.4343007070569922e-04, 9.0662732602859596e-04, 6.0703685726216408e-05, 3.6980044394832400e-04, 8.3973781481707591e-04, 7.6422387310404486e-04, 4.5318311225648759e-04, 6.5639640674803356e-05, 6.1489346188958391e-04, 5.0752810340000398e-04}, {1.3965782283733507e-03, 4.5486189188160571e-04, 4.8031915042001503e-04, 3.3373212803700417e-04, 3.0428065563695795e-04, 2.6711588850824816e-04, 5.1817013748561565e-04, 3.4974476371122900e-04, 1.7329804084653826e-04, 1.5987197880539435e-02, 3.7542109440494597e-03, 7.9047697379200301e-04, 7.4501029384275877e-04, 1.2410414311848890e-03, 2.9830750222722838e-04, 6.5095629385579479e-04, 1.6435015047341363e-03, 1.6913577722248789e-05, 3.0951431979519975e-04, 7.1703817823281675e-03}, {1.8572709391302328e-03, 4.7958376254792433e-04, 6.3784180585582998e-04, 2.5428746885488489e-04, 8.6272008280351356e-05, 1.1454480615912710e-03, 4.9671333905053393e-04, 6.1249836569746629e-04, 7.4343007070569922e-04, 3.7542109440494597e-03, 5.9951531802758418e-02, 1.0493781626637116e-03, 2.6814583560349986e-03, 2.7966586120273659e-03, 8.5989610618916832e-04, 8.8237114340186434e-04, 1.2009021086866177e-03, 2.3930650357563717e-04, 6.1025491368789397e-04, 5.0181292839441248e-03}, {1.7482550126124556e-03, 6.3755221317218641e-03, 3.6406443267426908e-03, 1.8252265778963348e-03, 1.0319775490385661e-04, 2.2219191879465955e-03, 1.8583368487577027e-03, 1.4966553087392409e-03, 9.0662732602859596e-04, 7.9047697379200301e-04, 1.0493781626637116e-03, 4.9293839020253936e-02, 1.1255105312350092e-03, 1.3216275164777875e-04, 1.0446567434093407e-03, 2.9144037757683188e-03, 2.9220724161787321e-03, 6.6880694143482477e-05, 2.4262835127628017e-04, 7.2318948023856685e-04}, {4.8307675706277730e-04, 2.9453018991274540e-04, 1.0839896462648394e-04, 7.1571301890192352e-05, 2.1845897888507003e-05, 2.7431052994878819e-04, 1.5522247207982098e-04, 1.8860818518822553e-04, 6.0703685726216408e-05, 7.4501029384275877e-04, 2.6814583560349986e-03, 1.1255105312350092e-03, 6.2216058278953433e-03, 2.9832445346669831e-04, 1.3153451000560772e-04, 3.2741424213960572e-04, 4.2984024762048522e-04, 9.2547509155780498e-06, 4.2944764664016277e-05, 1.0815956386861806e-03}, {4.6722180304288895e-04, 1.6164674287424461e-04, 2.1124510348244946e-04, 6.2699722593189186e-05, 7.3005996818964865e-05, 7.9884925062964878e-05, 7.5329038569461125e-05, 3.5290430601106194e-04, 3.6980044394832400e-04, 1.2410414311848890e-03, 2.7966586120273659e-03, 1.3216275164777875e-04, 2.9832445346669831e-04, 2.7609457395367236e-02, 1.7973871152134819e-04, 5.9661742408822192e-04, 3.2037468566685034e-04, 1.8874366992597410e-04, 4.0197936157261114e-03, 5.3500773324884835e-04}, {4.5500317017840861e-03, 1.0920151094434257e-03, 7.0593648786013011e-04, 5.0522979322628484e-04, 2.6943290953722234e-04, 1.3266385181226064e-03, 8.7224608153784204e-04, 1.3849768155457195e-03, 8.3973781481707591e-04, 2.9830750222722838e-04, 8.5989610618916832e-04, 1.0446567434093407e-03, 1.3153451000560772e-04, 1.7973871152134819e-04, 3.0491164657684509e-02, 3.4531398828496866e-03, 1.5743611594360388e-03, 2.2239711690711994e-05, 7.0790644298591358e-05, 1.0078399755563739e-03}, {8.1815610080975230e-03, 1.7360744550429996e-03, 3.8434299995336323e-03, 1.9557928207999562e-03, 1.5492275564647287e-03, 9.9419711566964102e-04, 1.6494397215528771e-03, 5.9445746107512484e-03, 7.6422387310404486e-04, 6.5095629385579479e-04, 8.8237114340186434e-04, 2.9144037757683188e-03, 3.2741424213960572e-04, 5.9661742408822192e-04, 3.4531398828496866e-03, 2.5194623995400022e-02, 6.9036292775662960e-03, 2.3646234303355702e-04, 4.3310777955182051e-04, 1.3658286863463751e-03}, {6.7687959354540955e-03, 6.7924379689915479e-04, 2.1278266383167998e-03, 1.2131330526185470e-03, 3.6530353715738469e-04, 7.3752923373982926e-04, 9.8039692363547162e-04, 1.9215787027991949e-03, 4.5318311225648759e-04, 1.6435015047341363e-03, 1.2009021086866177e-03, 2.9220724161787321e-03, 4.2984024762048522e-04, 3.2037468566685034e-04, 1.5743611594360388e-03, 6.9036292775662960e-03, 2.5145073963504398e-02, 3.3504725726214485e-05, 3.9901555652894171e-04, 2.7223976124681726e-03}, {3.9553416320695907e-05, 4.2527485122100103e-04, 5.8506014024617153e-05, 1.2993511235541354e-05, 7.8068100250333932e-06, 2.2068032648929309e-05, 9.8627013698496747e-06, 2.5013133615378750e-05, 6.5639640674803356e-05, 1.6913577722248789e-05, 2.3930650357563717e-04, 6.6880694143482477e-05, 9.2547509155780498e-06, 1.8874366992597410e-04, 2.2239711690711994e-05, 2.3646234303355702e-04, 3.3504725726214485e-05, 8.8772945001325369e-03, 1.1825556331632613e-04, 1.8104742145890378e-05}, {4.0198038575772689e-04, 1.0517171198521535e-04, 4.7128194649955374e-04, 1.1201266335522796e-04, 5.2405357404561922e-04, 8.4534917138966498e-05, 1.7654014099528279e-04, 1.1604677012097751e-04, 6.1489346188958391e-04, 3.0951431979519975e-04, 6.1025491368789397e-04, 2.4262835127628017e-04, 4.2944764664016277e-05, 4.0197936157261114e-03, 7.0790644298591358e-05, 4.3310777955182051e-04, 3.9901555652894171e-04, 1.1825556331632613e-04, 2.0713264962639342e-02, 3.5013220379328771e-04}, {4.5596297635283793e-03, 4.6545505887026243e-04, 5.2108088709319821e-04, 5.2454950790431021e-04, 5.9453107180990322e-04, 5.7451792180619309e-04, 7.9167009135776051e-04, 1.7949010789751496e-03, 5.0752810340000398e-04, 7.1703817823281675e-03, 5.0181292839441248e-03, 7.2318948023856685e-04, 1.0815956386861806e-03, 5.3500773324884835e-04, 1.0078399755563739e-03, 1.3658286863463751e-03, 2.7223976124681726e-03, 1.8104742145890378e-05, 3.5013220379328771e-04, 3.4391130954492435e-02} }, { 8.7126757718998679e-02, 4.0903890307999048e-02, 4.0432285538126674e-02, 4.6871932807633972e-02, 3.3473507356366124e-02, 3.8255436978704142e-02, 4.9530476921569762e-02, 8.8612083613937145e-02, 3.3618414314618796e-02, 3.6885613388971901e-02, 8.5357443758733623e-02, 8.0481583375956817e-02, 1.4752761600830055e-02, 3.9771658566274730e-02, 5.0679914836743105e-02, 6.9577076005018168e-02, 5.8541664190993777e-02, 1.0493678893463984e-02, 2.9916218247065893e-02, 6.4717601577993583e-02 }, { {0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00, 0.00000000e+00}, {0.00000000e+00, 4.89972946e+00, 6.04638890e-01, 2.42067963e-01, 6.18433760e-01, 7.71213936e-01, 1.34833512e-01, 1.01498720e+00, 2.21390981e-01, 4.34566961e-01, 2.49319770e-01, 2.49736666e-01, 3.75829845e-01, 5.88646912e-01, 1.03045017e+00, 4.65602795e-01, 2.26934456e-01, 1.34964157e+00, 1.32707297e+00, 8.08640731e-01, 4.32618091e-02, 7.50000000e-01, 1.54222102e-01, 6.38034395e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 3.05507349e-01}, {0.00000000e+00, 6.04638890e-01, 5.42142610e+00, 6.60540784e-02, 5.88929014e+00, 2.24885858e+00, 7.88958522e-02, 6.48829213e-01, 1.09845328e+00, 2.52789787e-01, 7.77906911e-01, 1.19715714e-01, 1.39730820e-01, 4.87904539e+00, 2.73736473e-01, 7.90138593e-01, 2.53425041e-01, 9.54703234e-01, 6.53688648e-01, 1.85063408e-01, 7.80441148e-02, 7.50000000e-01, 2.23329473e-01, 1.61317606e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.59869478e-01}, {0.00000000e+00, 2.42067963e-01, 6.60540784e-02, 2.48333286e+01, 3.97130183e-02, 3.87120726e-02, 5.48382532e-02, 1.15679023e-01, 1.64834856e-01, 2.46442788e-01, 3.83065039e-02, 3.01944614e-02, 4.42379868e-02, 9.65904773e-02, 1.58823055e-01, 3.93861754e-02, 1.51302811e-01, 6.65193229e-01, 1.86417892e-01, 2.74442219e-01, 2.22251459e-02, 7.50000000e-01, 5.23320532e-01, 3.90058338e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 9.54452197e-02}, {0.00000000e+00, 6.18433760e-01, 5.88929014e+00, 3.97130183e-02, 8.89965209e+00, 3.35659301e+00, 3.36340414e-02, 6.39387415e-01, 5.99746161e-01, 1.93031482e-01, 4.83846284e-01, 6.35580693e-02, 1.03502951e-01, 2.39946804e+00, 2.12686642e-01, 9.22524100e-01, 1.38560979e-01, 5.99713481e-01, 4.42110174e-01, 1.72922381e-01, 2.64171458e-02, 7.50000000e-01, 7.98817496e-02, 2.29587193e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.02625370e-01}, {0.00000000e+00, 7.71213936e-01, 2.24885858e+00, 3.87120726e-02, 3.35659301e+00, 8.65385421e+00, 3.82398528e-02, 4.91841782e-01, 4.80150693e-01, 2.83623924e-01, 4.66181910e-01, 1.17487568e-01, 2.12426533e-01, 9.64695360e-01, 3.47480663e-01, 2.25815498e+00, 1.78914910e-01, 4.78627630e-01, 3.38114944e-01, 2.46972907e-01, 1.89756038e-02, 7.50000000e-01, 1.19141830e-01, 5.86672974e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.67617543e-01}, {0.00000000e+00, 1.34833512e-01, 7.88958522e-02, 5.48382532e-02, 3.36340414e-02, 3.82398528e-02, 1.74546228e+01, 1.00136016e-01, 2.76577280e-01, 8.45971180e-01, 4.12894272e-02, 8.23804865e-01, 5.08442478e-01, 1.31366508e-01, 8.91727264e-02, 5.25046736e-02, 9.93639027e-02, 2.15603624e-01, 1.37600314e-01, 2.07856659e-01, 4.52242030e-01, 7.50000000e-01, 3.37849562e+00, 4.44561913e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 8.30493328e-01}, {0.00000000e+00, 1.01498720e+00, 6.48829213e-01, 1.15679023e-01, 6.39387415e-01, 4.91841782e-01, 1.00136016e-01, 7.30864335e+00, 1.45138751e-01, 1.07004308e-01, 2.09861286e-01, 8.09786598e-02, 1.44276056e-01, 6.59774806e-01, 3.08399509e-01, 2.37177521e-01, 1.22086776e-01, 9.64187863e-01, 3.70424893e-01, 3.12986176e-01, 2.68996967e-02, 7.50000000e-01, 4.37757319e-02, 3.80863925e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 8.88316375e-02}, {0.00000000e+00, 2.21390981e-01, 1.09845328e+00, 1.64834856e-01, 5.99746161e-01, 4.80150693e-01, 2.76577280e-01, 1.45138751e-01, 1.64223829e+01, 1.39752446e-01, 3.35085062e-01, 2.59072609e-01, 1.22395235e-01, 1.67658945e+00, 4.92867985e-01, 2.18832010e+00, 1.05779530e+00, 3.26721114e-01, 2.30266854e-01, 2.33270842e-01, 1.86063506e-01, 7.50000000e-01, 6.11386658e-01, 1.22453853e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.23068949e-01}, {0.00000000e+00, 4.34566961e-01, 2.52789787e-01, 2.46442788e-01, 1.93031482e-01, 2.83623924e-01, 8.45971180e-01, 1.07004308e-01, 1.39752446e-01, 1.17505537e+01, 2.66278255e-01, 1.19239531e+00, 1.36908981e+00, 3.22065793e-01, 1.59577365e-01, 1.89299534e-01, 3.01479599e-01, 2.53646367e-01, 7.61111058e-01, 3.00374358e+00, 4.36969076e-02, 7.50000000e-01, 2.80489781e-01, 2.42519143e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 4.37821344e+00}, {0.00000000e+00, 2.49319770e-01, 7.77906911e-01, 3.83065039e-02, 4.83846284e-01, 4.66181910e-01, 4.12894272e-02, 2.09861286e-01, 3.35085062e-01, 2.66278255e-01, 7.61026217e+00, 1.52754534e-01, 9.47937549e-01, 1.11880255e+00, 2.56118662e-01, 7.21669881e-01, 1.93666556e+00, 5.20459614e-01, 6.20196625e-01, 1.38845936e-01, 7.91911207e-02, 7.50000000e-01, 1.00771644e-01, 5.77518724e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.87009175e-01}, {0.00000000e+00, 2.49736666e-01, 1.19715714e-01, 3.01944614e-02, 6.35580693e-02, 1.17487568e-01, 8.23804865e-01, 8.09786598e-02, 2.59072609e-01, 1.19239531e+00, 1.52754534e-01, 8.22843955e+00, 2.12939550e+00, 1.84817584e-01, 1.98778178e-01, 3.50784854e-01, 1.37359422e-01, 1.48574310e-01, 2.40326213e-01, 9.08401895e-01, 2.67168548e-01, 7.50000000e-01, 2.38980900e-01, 2.19154102e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 6.10538395e+00}, {0.00000000e+00, 3.75829845e-01, 1.39730820e-01, 4.42379868e-02, 1.03502951e-01, 2.12426533e-01, 5.08442478e-01, 1.44276056e-01, 1.22395235e-01, 1.36908981e+00, 9.47937549e-01, 2.12939550e+00, 2.85861616e+01, 1.81728699e-01, 1.75926195e-01, 4.86044449e-01, 4.88080973e-01, 3.18976045e-01, 4.97701201e-01, 1.13284160e+00, 5.97810639e-02, 7.50000000e-01, 9.73038916e-02, 3.31664034e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.89998090e+00}, {0.00000000e+00, 5.88646912e-01, 4.87904539e+00, 9.65904773e-02, 2.39946804e+00, 9.64695360e-01, 1.31366508e-01, 6.59774806e-01, 1.67658945e+00, 3.22065793e-01, 1.11880255e+00, 1.84817584e-01, 1.81728699e-01, 7.75354485e+00, 3.44509706e-01, 6.36668056e-01, 3.86583495e-01, 1.36623218e+00, 8.98965212e-01, 1.99138136e-01, 1.37893708e-01, 7.50000000e-01, 3.89624106e-01, 8.21747280e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.26230851e-01}, {0.00000000e+00, 1.03045017e+00, 2.73736473e-01, 1.58823055e-01, 2.12686642e-01, 3.47480663e-01, 8.91727264e-02, 3.08399509e-01, 4.92867985e-01, 1.59577365e-01, 2.56118662e-01, 1.98778178e-01, 1.75926195e-01, 3.44509706e-01, 1.18714088e+01, 6.84263791e-01, 5.26778639e-01, 9.79291808e-01, 5.30644206e-01, 3.07279290e-01, 4.18182164e-02, 7.50000000e-01, 4.66910129e-02, 4.94244365e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.86949727e-01}, {0.00000000e+00, 4.65602795e-01, 7.90138593e-01, 3.93861754e-02, 9.22524100e-01, 2.25815498e+00, 5.25046736e-02, 2.37177521e-01, 2.18832010e+00, 1.89299534e-01, 7.21669881e-01, 3.50784854e-01, 4.86044449e-01, 6.36668056e-01, 6.84263791e-01, 1.14706864e+01, 1.02361055e+00, 3.73519396e-01, 3.29322200e-01, 2.32053434e-01, 5.49721446e-02, 7.50000000e-01, 7.38645866e-02, 6.27280154e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 3.02058283e-01}, {0.00000000e+00, 2.26934456e-01, 2.53425041e-01, 1.51302811e-01, 1.38560979e-01, 1.78914910e-01, 9.93639027e-02, 1.22086776e-01, 1.05779530e+00, 3.01479599e-01, 1.93666556e+00, 1.37359422e-01, 4.88080973e-01, 3.86583495e-01, 5.26778639e-01, 1.02361055e+00, 1.36584013e+01, 6.10010848e-01, 2.83658630e-01, 1.75829089e-01, 9.90780192e-01, 7.50000000e-01, 8.59463892e-02, 5.47017256e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.86881035e-01}, {0.00000000e+00, 1.34964157e+00, 9.54703234e-01, 6.65193229e-01, 5.99713481e-01, 4.78627630e-01, 2.15603624e-01, 9.64187863e-01, 3.26721114e-01, 2.53646367e-01, 5.20459614e-01, 1.48574310e-01, 3.18976045e-01, 1.36623218e+00, 9.79291808e-01, 3.73519396e-01, 6.10010848e-01, 5.20445832e+00, 1.69490837e+00, 3.03324606e-01, 3.23868004e-01, 7.50000000e-01, 2.08076540e-01, 4.32823454e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.80278747e-01}, {0.00000000e+00, 1.32707297e+00, 6.53688648e-01, 1.86417892e-01, 4.42110174e-01, 3.38114944e-01, 1.37600314e-01, 3.70424893e-01, 2.30266854e-01, 7.61111058e-01, 6.20196625e-01, 2.40326213e-01, 4.97701201e-01, 8.98965212e-01, 5.30644206e-01, 3.29322200e-01, 2.83658630e-01, 1.69490837e+00, 7.33707214e+00, 7.18561720e-01, 5.45397612e-02, 7.50000000e-01, 2.27833757e-01, 3.34283233e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 3.97467804e-01}, {0.00000000e+00, 8.08640731e-01, 1.85063408e-01, 2.74442219e-01, 1.72922381e-01, 2.46972907e-01, 2.07856659e-01, 3.12986176e-01, 2.33270842e-01, 3.00374358e+00, 1.38845936e-01, 9.08401895e-01, 1.13284160e+00, 1.99138136e-01, 3.07279290e-01, 2.32053434e-01, 1.75829089e-01, 3.03324606e-01, 7.18561720e-01, 8.21110545e+00, 2.66588959e-02, 7.50000000e-01, 1.80843519e-01, 2.40471284e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.54065018e+00}, {0.00000000e+00, 4.32618091e-02, 7.80441148e-02, 2.22251459e-02, 2.64171458e-02, 1.89756038e-02, 4.52242030e-01, 2.68996967e-02, 1.86063506e-01, 4.36969076e-02, 7.91911207e-02, 2.67168548e-01, 5.97810639e-02, 1.37893708e-01, 4.18182164e-02, 5.49721446e-02, 9.90780192e-01, 3.23868004e-01, 5.45397612e-02, 2.66588959e-02, 8.06167129e+01, 7.50000000e-01, 3.76692625e-01, 3.46622138e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 1.99738227e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 1.54222102e-01, 2.23329473e-01, 5.23320532e-01, 7.98817496e-02, 1.19141830e-01, 3.37849562e+00, 4.37757319e-02, 6.11386658e-01, 2.80489781e-01, 1.00771644e-01, 2.38980900e-01, 9.73038916e-02, 3.89624106e-01, 4.66910129e-02, 7.38645866e-02, 8.59463892e-02, 2.08076540e-01, 2.27833757e-01, 1.80843519e-01, 3.76692625e-01, 7.50000000e-01, 2.31438270e+01, 9.94108657e-02, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.51505787e-01}, {0.00000000e+00, 6.38034395e-01, 1.61317606e+00, 3.90058338e-02, 2.29587193e+00, 5.86672974e+00, 4.44561913e-02, 3.80863925e-01, 1.22453853e+00, 2.42519143e-01, 5.77518724e-01, 2.19154102e-01, 3.31664034e-01, 8.21747280e-01, 4.94244365e-01, 6.27280154e+00, 5.47017256e-01, 4.32823454e-01, 3.34283233e-01, 2.40471284e-01, 3.46622138e-02, 7.50000000e-01, 9.94108657e-02, 6.04368813e+00, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 2.26204268e-01}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 2.00000000e-02, 1.33300000e+00, 2.00000000e-02, 2.00000000e-02}, {0.00000000e+00, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 7.50000000e-01}, {0.00000000e+00, 3.05507349e-01, 1.59869478e-01, 9.54452197e-02, 1.02625370e-01, 1.67617543e-01, 8.30493328e-01, 8.88316375e-02, 2.23068949e-01, 4.37821344e+00, 1.87009175e-01, 6.10538395e+00, 1.89998090e+00, 2.26230851e-01, 1.86949727e-01, 3.02058283e-01, 1.86881035e-01, 1.80278747e-01, 3.97467804e-01, 1.54065018e+00, 1.99738227e-01, 7.50000000e-01, 2.51505787e-01, 2.26204268e-01, 7.50000000e-01, 2.00000000e-02, 7.50000000e-01, 5.58422761e+00} }, {}, {} }; } bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/000077500000000000000000000000001523407312000222205ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/kernel_arm64.h000066400000000000000000000276161523407312000246760ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later namespace Stats { namespace DISPATCH_ARCH { constexpr int N = 20, NP = 24; // logical rows, padded column stride #include #include #include #include #include // Baseline ARMv8.0-A AArch64 NEON only (no SVE, no v8.2+ extensions). // Everything below (vfmaq/vfmsq, vrndmq, vdivq, vaddvq/vmaxvq) is mandatory // in the base A64 ISA, so this runs on anything from Cortex-A53 up. // ---- cephes-style exp, 4 lanes --------------------------------------------- static inline float32x4_t exp_ps(float32x4_t x) { const float32x4_t hi = vdupq_n_f32(88.3762626647950f); const float32x4_t lo = vdupq_n_f32(-87.3365478515625f); const float32x4_t LOG2E = vdupq_n_f32(1.44269504088896341f); const float32x4_t C1 = vdupq_n_f32(0.693359375f); const float32x4_t C2 = vdupq_n_f32(-2.12194440e-4f); const float32x4_t half = vdupq_n_f32(0.5f); const float32x4_t one = vdupq_n_f32(1.0f); x = vminq_f32(vmaxq_f32(x, lo), hi); // fx = floor(x * log2(e) + 0.5) float32x4_t fx = vrndmq_f32(vfmaq_f32(half, x, LOG2E)); x = vfmsq_f32(x, fx, C1); // x -= fx * C1 x = vfmsq_f32(x, fx, C2); // x -= fx * C2 float32x4_t y = vdupq_n_f32(1.9875691500e-4f); y = vfmaq_f32(vdupq_n_f32(1.3981999507e-3f), y, x); y = vfmaq_f32(vdupq_n_f32(8.3334519073e-3f), y, x); y = vfmaq_f32(vdupq_n_f32(4.1665795894e-2f), y, x); y = vfmaq_f32(vdupq_n_f32(1.6666665459e-1f), y, x); y = vfmaq_f32(vdupq_n_f32(5.0000001201e-1f), y, x); const float32x4_t x2 = vmulq_f32(x, x); y = vfmaq_f32(x, y, x2); // y = y*x^2 + x y = vaddq_f32(y, one); // 2^fx via exponent bits (fx already integral, cvt truncation is exact) int32x4_t e = vcvtq_s32_f32(fx); e = vshlq_n_s32(vaddq_s32(e, vdupq_n_s32(127)), 23); return vmulq_f32(y, vreinterpretq_f32_s32(e)); } // ---- cephes-style log, 4 lanes ---------------------------------------------- static inline float32x4_t log_ps(float32x4_t x) { const float32x4_t one = vdupq_n_f32(1.0f); const uint32x4_t invalid_mask = vcleq_f32(x, vdupq_n_f32(0.0f)); x = vmaxq_f32(x, vreinterpretq_f32_u32(vdupq_n_u32(0x00800000u))); // clamp to smallest normal int32x4_t imm0 = vreinterpretq_s32_u32( vshrq_n_u32(vreinterpretq_u32_f32(x), 23)); // keep mantissa, force exponent to 0.5 x = vreinterpretq_f32_u32(vandq_u32(vreinterpretq_u32_f32(x), vdupq_n_u32(~0x7f800000u))); x = vreinterpretq_f32_u32(vorrq_u32(vreinterpretq_u32_f32(x), vreinterpretq_u32_f32(vdupq_n_f32(0.5f)))); imm0 = vsubq_s32(imm0, vdupq_n_s32(0x7f)); float32x4_t e = vaddq_f32(vcvtq_f32_s32(imm0), one); const uint32x4_t mask = vcltq_f32(x, vdupq_n_f32(0.707106781186547524f)); const float32x4_t tmp = vreinterpretq_f32_u32( vandq_u32(vreinterpretq_u32_f32(x), mask)); x = vsubq_f32(x, one); e = vsubq_f32(e, vreinterpretq_f32_u32( vandq_u32(vreinterpretq_u32_f32(one), mask))); x = vaddq_f32(x, tmp); const float32x4_t z = vmulq_f32(x, x); float32x4_t y = vdupq_n_f32(7.0376836292e-2f); y = vfmaq_f32(vdupq_n_f32(-1.1514610310e-1f), y, x); y = vfmaq_f32(vdupq_n_f32( 1.1676998740e-1f), y, x); y = vfmaq_f32(vdupq_n_f32(-1.2420140846e-1f), y, x); y = vfmaq_f32(vdupq_n_f32( 1.4249322787e-1f), y, x); y = vfmaq_f32(vdupq_n_f32(-1.6668057665e-1f), y, x); y = vfmaq_f32(vdupq_n_f32( 2.0000714765e-1f), y, x); y = vfmaq_f32(vdupq_n_f32(-2.4999993993e-1f), y, x); y = vfmaq_f32(vdupq_n_f32( 3.3333331174e-1f), y, x); y = vmulq_f32(y, x); y = vmulq_f32(y, z); y = vfmaq_f32(y, e, vdupq_n_f32(-2.12194440e-4f)); y = vfmsq_f32(y, z, vdupq_n_f32(0.5f)); x = vaddq_f32(x, y); x = vfmaq_f32(x, e, vdupq_n_f32(0.693359375f)); // poison lanes with x <= 0 (all-ones bit pattern = NaN), like the SSE original x = vreinterpretq_f32_u32(vorrq_u32(vreinterpretq_u32_f32(x), invalid_mask)); return x; } // ---- horizontal reductions: single instruction on AArch64 ------------------- static inline float hsum4(float32x4_t v) { return vaddvq_f32(v); } static inline float hmax4(float32x4_t v) { return vmaxvq_f32(v); } // ---- KL contribution of 4 columns ------------------------------------------- // N (=20) is a multiple of the 4-lane vector width, so no tail/column mask is // needed: lanes 20..23 of each padded row are never touched by this kernel. static inline float32x4_t chunk(const float* xp, const float* lp, float32x4_t acc) { const float32x4_t xv = vld1q_f32(xp); const float32x4_t lv = vld1q_f32(lp); const uint32x4_t mask = vcgtq_f32(xv, vdupq_n_f32(0.0f)); const float32x4_t xsafe = vbslq_f32(mask, xv, vdupq_n_f32(1.0f)); const float32x4_t lx = log_ps(xsafe); float32x4_t term = vmulq_f32(xv, vsubq_f32(lx, lv)); term = vreinterpretq_f32_u32(vandq_u32(vreinterpretq_u32_f32(term), mask)); return vaddq_f32(acc, term); } static float relative_entropy_neon(const float* __restrict x, const float* __restrict lnPQ) { float32x4_t a0 = vdupq_n_f32(0.0f), a1 = a0, a2 = a0, a3 = a0, a4 = a0; for (int i = 0; i < N; ++i) { const float* xr = x + i * NP; const float* lr = lnPQ + i * NP; a0 = chunk(xr + 0, lr + 0, a0); a1 = chunk(xr + 4, lr + 4, a1); a2 = chunk(xr + 8, lr + 8, a2); a3 = chunk(xr + 12, lr + 12, a3); a4 = chunk(xr + 16, lr + 16, a4); } const float32x4_t s = vaddq_f32(vaddq_f32(vaddq_f32(a0, a1), vaddq_f32(a2, a3)), a4); return hsum4(s); } // ---- column-scaling update for 4 columns ------------------------------------ static inline void finalize_block(float32x4_t ssum, const float* Qp, float* bp, float32x4_t& residv) { const uint32x4_t m = vcgtq_f32(ssum, vdupq_n_f32(0.0f)); const float32x4_t recip = vdivq_f32(vld1q_f32(Qp), ssum); // junk lanes discarded by bsl const float32x4_t bj = vbslq_f32(m, recip, vdupq_n_f32(0.0f)); const float32x4_t bold = vld1q_f32(bp); residv = vmaxq_f32(residv, vabdq_f32(bj, bold)); // |bj - bold| vst1q_f32(bp, bj); } static void ras_balance(const float* k, const float* P, const float* Q, float* a, float* b, float* x, int max_iters = 100, float tol = 1e-7f) { for (int it = 0; it < max_iters; ++it) { // row scaling: a[i] = P[i] / (k[i,:] . b) for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; float32x4_t acc0 = vmulq_f32(vld1q_f32(ki), vld1q_f32(b)); float32x4_t acc1 = vmulq_f32(vld1q_f32(ki + 4), vld1q_f32(b + 4)); acc0 = vfmaq_f32(acc0, vld1q_f32(ki + 8), vld1q_f32(b + 8)); acc1 = vfmaq_f32(acc1, vld1q_f32(ki + 12), vld1q_f32(b + 12)); acc0 = vfmaq_f32(acc0, vld1q_f32(ki + 16), vld1q_f32(b + 16)); acc1 = vfmaq_f32(acc1, vld1q_f32(ki + 20), vld1q_f32(b + 20)); const float s = hsum4(vaddq_f32(acc0, acc1)); a[i] = s > 0.0f ? P[i] / s : 0.0f; } // column sums: s[j] = sum_i a[i] * k[i,j] float32x4_t s0 = vdupq_n_f32(0.0f), s1 = s0, s2 = s0, s3 = s0, s4 = s0, s5 = s0; for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; const float ai = a[i]; s0 = vfmaq_n_f32(s0, vld1q_f32(ki), ai); s1 = vfmaq_n_f32(s1, vld1q_f32(ki + 4), ai); s2 = vfmaq_n_f32(s2, vld1q_f32(ki + 8), ai); s3 = vfmaq_n_f32(s3, vld1q_f32(ki + 12), ai); s4 = vfmaq_n_f32(s4, vld1q_f32(ki + 16), ai); s5 = vfmaq_n_f32(s5, vld1q_f32(ki + 20), ai); } float32x4_t residv = vdupq_n_f32(0.0f); finalize_block(s0, Q, b, residv); finalize_block(s1, Q + 4, b + 4, residv); finalize_block(s2, Q + 8, b + 8, residv); finalize_block(s3, Q + 12, b + 12, residv); finalize_block(s4, Q + 16, b + 16, residv); finalize_block(s5, Q + 20, b + 20, residv); if (hmax4(residv) < tol) break; } // x[i,j] = a[i] * k[i,j] * b[j] for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; float* xi = x + i * NP; const float ai = a[i]; for (int j = 0; j < NP; j += 4) { const float32x4_t t = vmulq_n_f32(vld1q_f32(ki + j), ai); vst1q_f32(xi + j, vmulq_f32(t, vld1q_f32(b + j))); } } } bool matrix_adjust(const float* q, const float* P, const float* Q, float* x, float target_re) { alignas(16) float k[N * NP]; alignas(16) float L[N * NP], lnPQ[N * NP]; for (int i = 0; i < N; ++i) { const float32x4_t Pi = vdupq_n_f32(P[i]); const int row = i * NP; for (int j = 0; j < N; j += 4) { // N % 4 == 0 const float32x4_t pq = vmulq_f32(Pi, vld1q_f32(Q + j)); vst1q_f32(lnPQ + row + j, log_ps(pq)); const float32x4_t qv = vld1q_f32(q + row + j); vst1q_f32(L + row + j, log_ps(vdivq_f32(qv, pq))); } std::fill(L + row + N, L + row + NP, 0.0f); std::fill(lnPQ + row + N, lnPQ + row + NP, 0.0f); } float a[NP], b[NP]; for (int i = 0; i < N; ++i) { a[i] = 1.0f; b[i] = 1.0f; } for (int i = N; i < NP; ++i) { a[i] = 0.0f; b[i] = 0.0f; } auto re_at = [&](float theta) -> float { float32x4_t vmax = vdupq_n_f32(std::numeric_limits::lowest()); for (int i = 0; i < N; ++i) { const int base = i * NP; for (int j = 0; j < NP; j += 4) { const float32x4_t e = vfmaq_n_f32(vld1q_f32(lnPQ + base + j), vld1q_f32(L + base + j), theta); vst1q_f32(k + base + j, e); vmax = vmaxq_f32(vmax, e); } } const float e_max = hmax4(vmax); const float32x4_t vemax = vdupq_n_f32(e_max); for (int t = 0; t < N * NP; t += 4) { float32x4_t v = vld1q_f32(&k[t]); v = exp_ps(vsubq_f32(v, vemax)); vst1q_f32(&k[t], v); } ras_balance(k, P, Q, a, b, x); return relative_entropy_neon(x, lnPQ); }; const float TMIN = 0.05f, TMAX = 21.0f, RE_TOL = 1e-3f; float lo, hi, flo, fhi; const float f1 = re_at(1.0f) - target_re; if (std::fabs(f1) < RE_TOL) return true; if (f1 < 0.0f) { lo = 1.0f; flo = f1; hi = 0.0f; fhi = 0.0f; bool bracketed = false; for (float t = 1.0f; t < TMAX; ) { t = std::min(t * 2.0f, TMAX); const float ft = re_at(t) - target_re; if (ft >= 0.0f) { hi = t; fhi = ft; bracketed = true; break; } lo = t; flo = ft; } if (!bracketed) return false; } else { flo = re_at(TMIN) - target_re; if (flo >= 0.0f) return true; lo = TMIN; hi = 1.0f; fhi = f1; } for (int it = 0; it < 30; ++it) { const float theta = lo - flo * (hi - lo) / (fhi - flo); const float f = re_at(theta) - target_re; if (std::fabs(f) < RE_TOL) break; if (f > 0.0f) { hi = theta; fhi = f; flo *= 0.5f; } else { lo = theta; flo = f; fhi *= 0.5f; } } return true; } }}bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/kernel_avx2.h000066400000000000000000000261201523407312000246120ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later namespace Stats { namespace DISPATCH_ARCH { constexpr int N = 20, NP = 24; // logical rows, padded column stride #include #include static inline __m256 exp256_ps(__m256 x) { const __m256 hi = _mm256_set1_ps(88.3762626647950f); const __m256 lo = _mm256_set1_ps(-87.3365478515625f); const __m256 LOG2E = _mm256_set1_ps(1.44269504088896341f); const __m256 C1 = _mm256_set1_ps(0.693359375f); const __m256 C2 = _mm256_set1_ps(-2.12194440e-4f); const __m256 half = _mm256_set1_ps(0.5f); const __m256 one = _mm256_set1_ps(1.0f); x = _mm256_min_ps(_mm256_max_ps(x, lo), hi); __m256 fx = _mm256_floor_ps(_mm256_fmadd_ps(x, LOG2E, half)); x = _mm256_fnmadd_ps(fx, C1, x); x = _mm256_fnmadd_ps(fx, C2, x); __m256 y = _mm256_set1_ps(1.9875691500e-4f); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(1.3981999507e-3f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(8.3334519073e-3f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(4.1665795894e-2f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(1.6666665459e-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(5.0000001201e-1f)); __m256 x2 = _mm256_mul_ps(x, x); y = _mm256_fmadd_ps(y, x2, x); y = _mm256_add_ps(y, one); __m256i e = _mm256_cvttps_epi32(fx); e = _mm256_slli_epi32(_mm256_add_epi32(e, _mm256_set1_epi32(127)), 23); return _mm256_mul_ps(y, _mm256_castsi256_ps(e)); } static inline __m256 log256_ps(__m256 x) { const __m256 one = _mm256_set1_ps(1.0f); __m256 invalid_mask = _mm256_cmp_ps(x, _mm256_setzero_ps(), _CMP_LE_OS); x = _mm256_max_ps(x, _mm256_castsi256_ps(_mm256_set1_epi32(0x00800000))); __m256i imm0 = _mm256_srli_epi32(_mm256_castps_si256(x), 23); x = _mm256_and_ps(x, _mm256_castsi256_ps(_mm256_set1_epi32(~0x7f800000))); x = _mm256_or_ps(x, _mm256_set1_ps(0.5f)); imm0 = _mm256_sub_epi32(imm0, _mm256_set1_epi32(0x7f)); __m256 e = _mm256_add_ps(_mm256_cvtepi32_ps(imm0), one); __m256 mask = _mm256_cmp_ps(x, _mm256_set1_ps(0.707106781186547524f), _CMP_LT_OS); __m256 tmp = _mm256_and_ps(x, mask); x = _mm256_sub_ps(x, one); e = _mm256_sub_ps(e, _mm256_and_ps(one, mask)); x = _mm256_add_ps(x, tmp); __m256 z = _mm256_mul_ps(x, x); __m256 y = _mm256_set1_ps(7.0376836292E-2f); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(-1.1514610310E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(1.1676998740E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(-1.2420140846E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(1.4249322787E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(-1.6668057665E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(2.0000714765E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(-2.4999993993E-1f)); y = _mm256_fmadd_ps(y, x, _mm256_set1_ps(3.3333331174E-1f)); y = _mm256_mul_ps(y, x); y = _mm256_mul_ps(y, z); y = _mm256_fmadd_ps(e, _mm256_set1_ps(-2.12194440e-4f), y); y = _mm256_fnmadd_ps(z, _mm256_set1_ps(0.5f), y); x = _mm256_add_ps(x, y); x = _mm256_fmadd_ps(e, _mm256_set1_ps(0.693359375f), x); x = _mm256_or_ps(x, invalid_mask); return x; } static inline float hsum256(__m256 v) { __m128 lo = _mm256_castps256_ps128(v); __m128 hi = _mm256_extractf128_ps(v, 1); lo = _mm_add_ps(lo, hi); __m128 sh = _mm_movehl_ps(lo, lo); lo = _mm_add_ps(lo, sh); sh = _mm_shuffle_ps(lo, lo, 0x1); lo = _mm_add_ss(lo, sh); return _mm_cvtss_f32(lo); } static inline float hmax256(__m256 v) { __m128 lo = _mm256_castps256_ps128(v); __m128 hi = _mm256_extractf128_ps(v, 1); lo = _mm_max_ps(lo, hi); __m128 sh = _mm_movehl_ps(lo, lo); lo = _mm_max_ps(lo, sh); sh = _mm_shuffle_ps(lo, lo, 0x1); lo = _mm_max_ss(lo, sh); return _mm_cvtss_f32(lo); } static inline __m256 chunk(const float* xp, const float* lp, __m256 colmask, __m256 zero, __m256 one, __m256 acc) { __m256 xv = _mm256_loadu_ps(xp); __m256 lv = _mm256_loadu_ps(lp); __m256 pos = _mm256_cmp_ps(xv, zero, _CMP_GT_OQ); __m256 mask = _mm256_and_ps(pos, colmask); __m256 xsafe = _mm256_blendv_ps(one, xv, mask); __m256 lx = log256_ps(xsafe); __m256 term = _mm256_mul_ps(xv, _mm256_sub_ps(lx, lv)); term = _mm256_and_ps(term, mask); return _mm256_add_ps(acc, term); } static float relative_entropy_avx2(const float* __restrict x, const float* __restrict lnPQ) { const __m256 zero = _mm256_setzero_ps(); const __m256 one = _mm256_set1_ps(1.0f); const __m256 full = _mm256_castsi256_ps(_mm256_set1_epi32(-1)); const __m256 tail = _mm256_castsi256_ps(_mm256_setr_epi32(-1, -1, -1, -1, 0, 0, 0, 0)); __m256 a0 = zero, a1 = zero, a2 = zero; for (int i = 0; i < N; ++i) { const float* xr = x + i * NP; const float* lr = lnPQ + i * NP; a0 = chunk(xr + 0, lr + 0, full, zero, one, a0); a1 = chunk(xr + 8, lr + 8, full, zero, one, a1); a2 = chunk(xr + 16, lr + 16, tail, zero, one, a2); } return hsum256(_mm256_add_ps(_mm256_add_ps(a0, a1), a2)); } static inline void finalize_block(__m256 ssum, const float* Qp, float* bp, __m256& residv) { const __m256 zero = _mm256_setzero_ps(); const __m256 m = _mm256_cmp_ps(ssum, zero, _CMP_GT_OQ); const __m256 recip = _mm256_div_ps(_mm256_loadu_ps(Qp), ssum); const __m256 bj = _mm256_blendv_ps(zero, recip, m); const __m256 bold = _mm256_loadu_ps(bp); const __m256 adiff = _mm256_andnot_ps(_mm256_set1_ps(-0.0f), _mm256_sub_ps(bj, bold)); residv = _mm256_max_ps(residv, adiff); _mm256_storeu_ps(bp, bj); } static void ras_balance(const float* k, const float* P, const float* Q, float* a, float* b, float* x, int max_iters = 100, float tol = 1e-7f) { for (int it = 0; it < max_iters; ++it) { for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; __m256 acc = _mm256_mul_ps(_mm256_loadu_ps(ki), _mm256_loadu_ps(b)); acc = _mm256_fmadd_ps(_mm256_loadu_ps(ki + 8), _mm256_loadu_ps(b + 8), acc); acc = _mm256_fmadd_ps(_mm256_loadu_ps(ki + 16), _mm256_loadu_ps(b + 16), acc); const float s = hsum256(acc); a[i] = s > 0.0f ? P[i] / s : 0.0f; } __m256 s0 = _mm256_setzero_ps(), s1 = _mm256_setzero_ps(), s2 = _mm256_setzero_ps(); for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; const __m256 ai = _mm256_set1_ps(a[i]); s0 = _mm256_fmadd_ps(_mm256_loadu_ps(ki), ai, s0); s1 = _mm256_fmadd_ps(_mm256_loadu_ps(ki + 8), ai, s1); s2 = _mm256_fmadd_ps(_mm256_loadu_ps(ki + 16), ai, s2); } __m256 residv = _mm256_setzero_ps(); finalize_block(s0, Q, b, residv); finalize_block(s1, Q + 8, b + 8, residv); finalize_block(s2, Q + 16, b + 16, residv); if (hmax256(residv) < tol) break; } for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; float* xi = x + i * NP; const __m256 ai = _mm256_set1_ps(a[i]); _mm256_storeu_ps(xi, _mm256_mul_ps(_mm256_mul_ps(_mm256_loadu_ps(ki), ai), _mm256_loadu_ps(b))); _mm256_storeu_ps(xi + 8, _mm256_mul_ps(_mm256_mul_ps(_mm256_loadu_ps(ki + 8), ai), _mm256_loadu_ps(b + 8))); _mm256_storeu_ps(xi + 16, _mm256_mul_ps(_mm256_mul_ps(_mm256_loadu_ps(ki + 16), ai), _mm256_loadu_ps(b + 16))); } } bool matrix_adjust(const float* q, const float* P, const float* Q, float* x, float target_re) { alignas(32) float k[N * NP]; alignas(32) float L[N * NP], lnPQ[N * NP]; for (int i = 0; i < N; ++i) { const __m256 Pi = _mm256_set1_ps(P[i]); const int row = i * NP; for (int j = 0; j < N; j += 8) { const __m256 pq = _mm256_mul_ps(Pi, _mm256_load_ps(Q + j)); _mm256_store_ps(lnPQ + row + j, log256_ps(pq)); const __m256 qv = _mm256_loadu_ps(q + row + j); _mm256_store_ps(L + row + j, log256_ps(_mm256_div_ps(qv, pq))); } std::fill(L + row + N, L + row + NP, 0.0f); std::fill(lnPQ + row + N, lnPQ + row + NP, 0.0f); } float a[NP], b[NP]; for (int i = 0; i < N; ++i) { a[i] = 1.0; b[i] = 1.0; } for (int i = N; i < NP; ++i) { a[i] = 0.0; b[i] = 0.0; } auto re_at = [&](float theta) -> float { const __m256 vtheta = _mm256_set1_ps(theta); __m256 vmax = _mm256_set1_ps(std::numeric_limits::lowest()); for (int i = 0; i < N; ++i) { const int b = i * NP; __m256 e0 = _mm256_fmadd_ps(vtheta, _mm256_load_ps(L + b), _mm256_load_ps(lnPQ + b)); _mm256_store_ps(k + b, e0); vmax = _mm256_max_ps(vmax, e0); __m256 e1 = _mm256_fmadd_ps(vtheta, _mm256_load_ps(L + b + 8), _mm256_load_ps(lnPQ + b + 8)); _mm256_store_ps(k + b + 8, e1); vmax = _mm256_max_ps(vmax, e1); __m256 e2 = _mm256_fmadd_ps(vtheta, _mm256_load_ps(L + b + 16), _mm256_load_ps(lnPQ + b + 16)); _mm256_store_ps(k + b + 16, e2); vmax = _mm256_max_ps(vmax, e2); } float e_max = hmax256(vmax); const __m256 vemax = _mm256_set1_ps(e_max); for (int t = 0; t < N * NP; t += 8) { __m256 v = _mm256_load_ps(&k[t]); v = exp256_ps(_mm256_sub_ps(v, vemax)); _mm256_store_ps(&k[t], v); } ras_balance(k, P, Q, a, b, x); return relative_entropy_avx2(x, lnPQ); }; const float TMIN = 0.05f, TMAX = 21.0f, RE_TOL = 1e-3f; float lo, hi, flo, fhi; const float f1 = re_at(1.0) - target_re; if (std::fabs(f1) < RE_TOL) return true; if (f1 < 0.0f) { lo = 1.0; flo = f1; hi = 0.0f; fhi = 0.0f; bool bracketed = false; for (float t = 1.0f; t < TMAX; ) { t = std::min(t * 2.0f, TMAX); const float ft = re_at(t) - target_re; if (ft >= 0.0f) { hi = t; fhi = ft; bracketed = true; break; } lo = t; flo = ft; } if (!bracketed) return false; } else { flo = re_at(TMIN) - target_re; if (flo >= 0.0f) return true; lo = TMIN; hi = 1.0; fhi = f1; } for (int it = 0; it < 30; ++it) { const float theta = lo - flo * (hi - lo) / (fhi - flo); const float f = re_at(theta) - target_re; if (std::fabs(f) < RE_TOL) break; if (f > 0.0f) { hi = theta; fhi = f; flo *= 0.5f; } else { lo = theta; flo = f; fhi *= 0.5f; } } return true; } }}bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/kernel_sse41.h000066400000000000000000000307471523407312000247030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later namespace Stats { namespace DISPATCH_ARCH { // SSE4.1 port of the AVX2 relative-entropy matrix-adjustment code. // Requires: SSE4.1 (_mm_floor_ps, _mm_blendv_ps). Everything else is SSE2/SSE3. // Compile with e.g. -msse4.1 (SSSE3 is implied and not otherwise needed). // // Differences vs. the AVX2 original: // * 128-bit lanes: rows are processed as 6 chunks of 4 (NP = 24) instead of // 3 chunks of 8. Since N = 20 is a multiple of 4, the relative-entropy // reduction needs no tail mask at all — the padded columns 20..23 are // simply skipped (the AVX2 tail mask excluded them anyway). // * FMA is an AVX2-era extension, so all fused multiply-adds are emulated // with separate mul+add. Results may differ from the AVX2 build in the // last ULP or so due to the extra rounding step. // * Loads from caller-provided pointers (q, P, Q, x) use unaligned loads, // so no 32-byte alignment contract is imposed on the caller. constexpr int N = 20, NP = 24; // logical rows, padded column stride #include // SSE4.1 (pulls in SSSE3/SSE3/SSE2) #include #include #include // ---- FMA emulation --------------------------------------------------------- static inline __m128 fmadd128(__m128 a, __m128 b, __m128 c) { // a*b + c return _mm_add_ps(_mm_mul_ps(a, b), c); } static inline __m128 fnmadd128(__m128 a, __m128 b, __m128 c) { // c - a*b return _mm_sub_ps(c, _mm_mul_ps(a, b)); } // ---- vectorized exp / log (Cephes-style, same coefficients as the AVX2 code) static inline __m128 exp128_ps(__m128 x) { const __m128 hi = _mm_set1_ps(88.3762626647950f); const __m128 lo = _mm_set1_ps(-87.3365478515625f); const __m128 LOG2E = _mm_set1_ps(1.44269504088896341f); const __m128 C1 = _mm_set1_ps(0.693359375f); const __m128 C2 = _mm_set1_ps(-2.12194440e-4f); const __m128 half = _mm_set1_ps(0.5f); const __m128 one = _mm_set1_ps(1.0f); x = _mm_min_ps(_mm_max_ps(x, lo), hi); __m128 fx = _mm_floor_ps(fmadd128(x, LOG2E, half)); // SSE4.1 x = fnmadd128(fx, C1, x); x = fnmadd128(fx, C2, x); __m128 y = _mm_set1_ps(1.9875691500e-4f); y = fmadd128(y, x, _mm_set1_ps(1.3981999507e-3f)); y = fmadd128(y, x, _mm_set1_ps(8.3334519073e-3f)); y = fmadd128(y, x, _mm_set1_ps(4.1665795894e-2f)); y = fmadd128(y, x, _mm_set1_ps(1.6666665459e-1f)); y = fmadd128(y, x, _mm_set1_ps(5.0000001201e-1f)); __m128 x2 = _mm_mul_ps(x, x); y = fmadd128(y, x2, x); y = _mm_add_ps(y, one); __m128i e = _mm_cvttps_epi32(fx); e = _mm_slli_epi32(_mm_add_epi32(e, _mm_set1_epi32(127)), 23); return _mm_mul_ps(y, _mm_castsi128_ps(e)); } static inline __m128 log128_ps(__m128 x) { const __m128 one = _mm_set1_ps(1.0f); __m128 invalid_mask = _mm_cmple_ps(x, _mm_setzero_ps()); x = _mm_max_ps(x, _mm_castsi128_ps(_mm_set1_epi32(0x00800000))); __m128i imm0 = _mm_srli_epi32(_mm_castps_si128(x), 23); x = _mm_and_ps(x, _mm_castsi128_ps(_mm_set1_epi32(~0x7f800000))); x = _mm_or_ps(x, _mm_set1_ps(0.5f)); imm0 = _mm_sub_epi32(imm0, _mm_set1_epi32(0x7f)); __m128 e = _mm_add_ps(_mm_cvtepi32_ps(imm0), one); __m128 mask = _mm_cmplt_ps(x, _mm_set1_ps(0.707106781186547524f)); __m128 tmp = _mm_and_ps(x, mask); x = _mm_sub_ps(x, one); e = _mm_sub_ps(e, _mm_and_ps(one, mask)); x = _mm_add_ps(x, tmp); __m128 z = _mm_mul_ps(x, x); __m128 y = _mm_set1_ps(7.0376836292E-2f); y = fmadd128(y, x, _mm_set1_ps(-1.1514610310E-1f)); y = fmadd128(y, x, _mm_set1_ps(1.1676998740E-1f)); y = fmadd128(y, x, _mm_set1_ps(-1.2420140846E-1f)); y = fmadd128(y, x, _mm_set1_ps(1.4249322787E-1f)); y = fmadd128(y, x, _mm_set1_ps(-1.6668057665E-1f)); y = fmadd128(y, x, _mm_set1_ps(2.0000714765E-1f)); y = fmadd128(y, x, _mm_set1_ps(-2.4999993993E-1f)); y = fmadd128(y, x, _mm_set1_ps(3.3333331174E-1f)); y = _mm_mul_ps(y, x); y = _mm_mul_ps(y, z); y = fmadd128(e, _mm_set1_ps(-2.12194440e-4f), y); y = fnmadd128(z, _mm_set1_ps(0.5f), y); x = _mm_add_ps(x, y); x = fmadd128(e, _mm_set1_ps(0.693359375f), x); x = _mm_or_ps(x, invalid_mask); // NaN for x <= 0 return x; } // ---- horizontal reductions -------------------------------------------------- static inline float hsum128(__m128 v) { __m128 sh = _mm_movehl_ps(v, v); // [2,3,2,3] v = _mm_add_ps(v, sh); // [0+2, 1+3, ..] sh = _mm_shuffle_ps(v, v, 0x1); v = _mm_add_ss(v, sh); return _mm_cvtss_f32(v); } static inline float hmax128(__m128 v) { __m128 sh = _mm_movehl_ps(v, v); v = _mm_max_ps(v, sh); sh = _mm_shuffle_ps(v, v, 0x1); v = _mm_max_ss(v, sh); return _mm_cvtss_f32(v); } // ---- relative entropy sum(x * (log x - lnPQ)) over x > 0 -------------------- // With 4-wide vectors, N = 20 columns split into exactly 5 full chunks, so no // column mask is needed (padding columns 20..23 are never touched here). static inline __m128 chunk(const float* xp, const float* lp, __m128 zero, __m128 one, __m128 acc) { __m128 xv = _mm_loadu_ps(xp); __m128 lv = _mm_loadu_ps(lp); __m128 mask = _mm_cmpgt_ps(xv, zero); __m128 xsafe = _mm_blendv_ps(one, xv, mask); // SSE4.1 __m128 lx = log128_ps(xsafe); __m128 term = _mm_mul_ps(xv, _mm_sub_ps(lx, lv)); term = _mm_and_ps(term, mask); return _mm_add_ps(acc, term); } static float relative_entropy_sse(const float* __restrict x, const float* __restrict lnPQ) { const __m128 zero = _mm_setzero_ps(); const __m128 one = _mm_set1_ps(1.0f); __m128 a0 = zero, a1 = zero, a2 = zero, a3 = zero, a4 = zero; for (int i = 0; i < N; ++i) { const float* xr = x + i * NP; const float* lr = lnPQ + i * NP; a0 = chunk(xr + 0, lr + 0, zero, one, a0); a1 = chunk(xr + 4, lr + 4, zero, one, a1); a2 = chunk(xr + 8, lr + 8, zero, one, a2); a3 = chunk(xr + 12, lr + 12, zero, one, a3); a4 = chunk(xr + 16, lr + 16, zero, one, a4); } __m128 s = _mm_add_ps(_mm_add_ps(a0, a1), _mm_add_ps(a2, a3)); return hsum128(_mm_add_ps(s, a4)); } // ---- RAS (iterative proportional fitting) ----------------------------------- static inline void finalize_block(__m128 ssum, const float* Qp, float* bp, __m128& residv) { const __m128 zero = _mm_setzero_ps(); const __m128 m = _mm_cmpgt_ps(ssum, zero); const __m128 recip = _mm_div_ps(_mm_loadu_ps(Qp), ssum); const __m128 bj = _mm_blendv_ps(zero, recip, m); const __m128 bold = _mm_loadu_ps(bp); const __m128 adiff = _mm_andnot_ps(_mm_set1_ps(-0.0f), _mm_sub_ps(bj, bold)); residv = _mm_max_ps(residv, adiff); _mm_storeu_ps(bp, bj); } static void ras_balance(const float* k, const float* P, const float* Q, float* a, float* b, float* x, int max_iters = 100, float tol = 1e-7f) { for (int it = 0; it < max_iters; ++it) { // row scaling: a[i] = P[i] / sum_j k[i][j] * b[j] for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; __m128 acc = _mm_mul_ps(_mm_load_ps(ki), _mm_loadu_ps(b)); acc = fmadd128(_mm_load_ps(ki + 4), _mm_loadu_ps(b + 4), acc); acc = fmadd128(_mm_load_ps(ki + 8), _mm_loadu_ps(b + 8), acc); acc = fmadd128(_mm_load_ps(ki + 12), _mm_loadu_ps(b + 12), acc); acc = fmadd128(_mm_load_ps(ki + 16), _mm_loadu_ps(b + 16), acc); acc = fmadd128(_mm_load_ps(ki + 20), _mm_loadu_ps(b + 20), acc); const float s = hsum128(acc); a[i] = s > 0.0f ? P[i] / s : 0.0f; } // column sums: s[j] = sum_i a[i] * k[i][j] __m128 s0 = _mm_setzero_ps(), s1 = _mm_setzero_ps(), s2 = _mm_setzero_ps(); __m128 s3 = _mm_setzero_ps(), s4 = _mm_setzero_ps(), s5 = _mm_setzero_ps(); for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; const __m128 ai = _mm_set1_ps(a[i]); s0 = fmadd128(_mm_load_ps(ki), ai, s0); s1 = fmadd128(_mm_load_ps(ki + 4), ai, s1); s2 = fmadd128(_mm_load_ps(ki + 8), ai, s2); s3 = fmadd128(_mm_load_ps(ki + 12), ai, s3); s4 = fmadd128(_mm_load_ps(ki + 16), ai, s4); s5 = fmadd128(_mm_load_ps(ki + 20), ai, s5); } __m128 residv = _mm_setzero_ps(); finalize_block(s0, Q, b, residv); finalize_block(s1, Q + 4, b + 4, residv); finalize_block(s2, Q + 8, b + 8, residv); finalize_block(s3, Q + 12, b + 12, residv); finalize_block(s4, Q + 16, b + 16, residv); finalize_block(s5, Q + 20, b + 20, residv); if (hmax128(residv) < tol) break; } // x[i][j] = a[i] * k[i][j] * b[j] for (int i = 0; i < N; ++i) { const float* ki = k + i * NP; float* xi = x + i * NP; const __m128 ai = _mm_set1_ps(a[i]); for (int j = 0; j < NP; j += 4) { const __m128 v = _mm_mul_ps(_mm_mul_ps(_mm_load_ps(ki + j), ai), _mm_loadu_ps(b + j)); _mm_storeu_ps(xi + j, v); } } } // ---- top-level: find theta so that RE(x(theta)) == target_re ---------------- bool matrix_adjust(const float* q, const float* P, const float* Q, float* x, float target_re) { alignas(16) float k[N * NP]; alignas(16) float L[N * NP], lnPQ[N * NP]; for (int i = 0; i < N; ++i) { const __m128 Pi = _mm_set1_ps(P[i]); const int row = i * NP; for (int j = 0; j < N; j += 4) { const __m128 pq = _mm_mul_ps(Pi, _mm_loadu_ps(Q + j)); _mm_store_ps(lnPQ + row + j, log128_ps(pq)); const __m128 qv = _mm_loadu_ps(q + row + j); _mm_store_ps(L + row + j, log128_ps(_mm_div_ps(qv, pq))); } std::fill(L + row + N, L + row + NP, 0.0f); std::fill(lnPQ + row + N, lnPQ + row + NP, 0.0f); } float a[NP], b[NP]; for (int i = 0; i < N; ++i) { a[i] = 1.0f; b[i] = 1.0f; } for (int i = N; i < NP; ++i) { a[i] = 0.0f; b[i] = 0.0f; } auto re_at = [&](float theta) -> float { const __m128 vtheta = _mm_set1_ps(theta); __m128 vmax = _mm_set1_ps(std::numeric_limits::lowest()); for (int t = 0; t < N * NP; t += 4) { const __m128 e = fmadd128(vtheta, _mm_load_ps(L + t), _mm_load_ps(lnPQ + t)); _mm_store_ps(k + t, e); vmax = _mm_max_ps(vmax, e); } const float e_max = hmax128(vmax); const __m128 vemax = _mm_set1_ps(e_max); for (int t = 0; t < N * NP; t += 4) { __m128 v = _mm_load_ps(&k[t]); v = exp128_ps(_mm_sub_ps(v, vemax)); _mm_store_ps(&k[t], v); } ras_balance(k, P, Q, a, b, x); return relative_entropy_sse(x, lnPQ); }; const float TMIN = 0.05f, TMAX = 21.0f, RE_TOL = 1e-3f; float lo, hi, flo, fhi; const float f1 = re_at(1.0f) - target_re; if (std::fabs(f1) < RE_TOL) return true; if (f1 < 0.0f) { lo = 1.0f; flo = f1; hi = 0.0f; fhi = 0.0f; bool bracketed = false; for (float t = 1.0f; t < TMAX; ) { t = std::min(t * 2.0f, TMAX); const float ft = re_at(t) - target_re; if (ft >= 0.0f) { hi = t; fhi = ft; bracketed = true; break; } lo = t; flo = ft; } if (!bracketed) return false; } else { flo = re_at(TMIN) - target_re; if (flo >= 0.0f) return true; lo = TMIN; hi = 1.0f; fhi = f1; } // Illinois-style regula falsi for (int it = 0; it < 30; ++it) { const float theta = lo - flo * (hi - lo) / (fhi - flo); const float f = re_at(theta) - target_re; if (std::fabs(f) < RE_TOL) break; if (f > 0.0f) { hi = theta; fhi = f; flo *= 0.5f; } else { lo = theta; flo = f; fhi *= 0.5f; } } return true; } }}bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/linear_algebra_ncbi.h000066400000000000000000000146561523407312000263270ustar00rootroot00000000000000/* =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /** @file nlm_linear_algebra.c * Basic matrix and vector operations * * @author E. Michael Gertz */ #include #include /* Documented in nlm_linear_algebra.h. */ inline double** Nlm_DenseMatrixNew(size_t nrows, size_t ncols) { double** mat; /* the new matrix */ mat = (double**)calloc(nrows, sizeof(double*)); if (mat != NULL) { mat[0] = (double*)malloc((size_t)nrows * (size_t)ncols * sizeof(double)); if (mat[0] != NULL) { for (size_t i = 1; i < nrows; i++) { mat[i] = &mat[0][i * ncols]; } } else { free(mat); mat = NULL; } } return mat; } /* Documented in nlm_linear_algebra.h. */ inline double** Nlm_LtriangMatrixNew(int n) { int i; /* iteration index */ double** L; /* the new, lower triangular matrix */ size_t nelts; /* the number of elements in the matrix */ nelts = ((size_t)n * (n + 1)) / 2; L = (double**)calloc(n, sizeof(double*)); if (L != NULL) { L[0] = (double*)calloc(nelts, sizeof(double)); // was malloc if (L[0] != NULL) { for (i = 1; i < n; i++) { L[i] = L[i - 1] + i; } } else { free(L); L = NULL; } } return L; } /* Documented in nlm_linear_algebra.h. */ inline void Nlm_DenseMatrixFree(double*** mat) { if (*mat != NULL) { free((*mat)[0]); free(*mat); } *mat = NULL; } /* Documented in nlm_linear_algebra.h. */ inline int** Nlm_Int4MatrixNew(int nrows, int ncols) { int i; /* iteration index */ int** mat; /* the new matrix */ mat = (int**)calloc(nrows, sizeof(int*)); if (mat != NULL) { mat[0] = (int*)malloc((size_t)nrows * (size_t)ncols * sizeof(int)); if (mat[0] != NULL) { for (i = 1; i < nrows; i++) { mat[i] = &mat[0][i * ncols]; } } else { free(mat); mat = NULL; } } return mat; } /* Documented in nlm_linear_algebra.h. */ inline void Nlm_Int4MatrixFree(int*** mat) { if (*mat != NULL) { free((*mat)[0]); free(*mat); } *mat = NULL; } /* Documented in nlm_linear_algebra.h. */ inline void Nlm_FactorLtriangPosDef(double** A, int n) { int i, j, k; /* iteration indices */ double temp; /* temporary variable for intermediate values in a computation */ for (i = 0; i < n; i++) { for (j = 0; j < i; j++) { temp = A[i][j]; for (k = 0; k < j; k++) { temp -= A[i][k] * A[j][k]; } A[i][j] = temp / A[j][j]; } temp = A[i][i]; for (k = 0; k < i; k++) { temp -= A[i][k] * A[i][k]; } A[i][i] = sqrt(temp); } } /* Documented in nlm_linear_algebra.h. */ inline void Nlm_SolveLtriangPosDef(double x[], int n, double** L) { int i, j; /* iteration indices */ double temp; /* temporary variable for intermediate values in a computation */ /* At point x = b in the equation L L\T y = b */ /* Forward solve; L z = b */ for (i = 0; i < n; i++) { temp = x[i]; for (j = 0; j < i; j++) { temp -= L[i][j] * x[j]; } x[i] = temp / L[i][i]; } /* Now x = z. Back solve the system L\T y = z */ for (j = n - 1; j >= 0; j--) { x[j] /= L[j][j]; for (i = 0; i < j; i++) { x[i] -= L[j][i] * x[j]; } } /* Now x = y, the solution to L L\T y = b */ } /* Documented in nlm_linear_algebra.h. */ inline double Nlm_EuclideanNorm(const double v[], int n) { double sum = 1.0; /* sum of squares of elements in v */ double scale = 0.0; /* a scale factor for the elements in v */ int i; /* iteration index */ for (i = 0; i < n; i++) { if (v[i] != 0.0) { double absvi = fabs(v[i]); if (scale < absvi) { sum = 1.0 + sum * (scale / absvi) * (scale / absvi); scale = absvi; } else { sum += (absvi / scale) * (absvi / scale); } } } return scale * sqrt(sum); } /* Documented in nlm_linear_algebra.h. */ inline void Nlm_AddVectors(double y[], int n, double alpha, const double x[]) { int i; /* iteration index */ for (i = 0; i < n; i++) { y[i] += alpha * x[i]; } } /* Documented in nlm_linear_algebra.h. */ inline double Nlm_StepBound(const double x[], int n, const double step_x[], double max) { int i; /* iteration index */ double alpha = max; /* current largest permitted step */ for (i = 0; i < n; i++) { double alpha_i; /* a step to the boundary for the current i */ alpha_i = -x[i] / step_x[i]; if (alpha_i >= 0 && alpha_i < alpha) { alpha = alpha_i; } } return alpha; }bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/matrix_adjust.cpp000066400000000000000000000026211523407312000256030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "util/simd/dispatch.h" #include "../stats.h" #ifdef __AVX2__ #include "kernel_avx2.h" #elif defined(__SSSE3__) && defined(__POPCNT__) && defined(__SSE4_1__) #include "kernel_sse41.h" #elif defined(__aarch64__) && defined(__ARM_NEON) #include "kernel_arm64.h" #else namespace Stats { namespace ARCH_GENERIC { bool matrix_adjust(const float* q, const float* P, const float* Q, float* x, float target_re) { return Stats::matrix_adjust_scalar(q, P, Q, x, target_re); } }} #endif namespace Stats { DISPATCH_5(bool, matrix_adjust, const float*, q, const float*, P, const float*, Q, float*, x, float, target_re) }bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/matrix_adjust_scalar.cpp000066400000000000000000000121121523407312000271240ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "util/simd/dispatch.h" #include "basic/config.h" #include "../stats.h" #include "util/math/math.h" namespace Stats { namespace DISPATCH_ARCH { constexpr int N = 20, NP = 24; template static void ras_balance(const Float* k, const Float* P, const Float* Q, Float* a, Float* b, Float* x, int max_iters = 100, Float tol = 1e-7) { for (int it = 0; it < max_iters; ++it) { for (int i = 0; i < N; ++i) { Float s = 0.0; for (int j = 0; j < N; ++j) s += k[i * STRIDE + j] * b[j]; a[i] = s > Float(0.0) ? P[i] / s : Float(0.0); } Float resid = 0.0; for (int j = 0; j < N; ++j) { Float s = 0.0; for (int i = 0; i < N; ++i) s += k[i * STRIDE + j] * a[i]; const Float bj = s > Float(0.0) ? Q[j] / s : Float(0.0); resid = std::max(resid, std::fabs(bj - b[j])); b[j] = bj; } if (resid < tol) break; } for (int i = 0; i < N; ++i) { for (int j = 0; j < N; ++j) x[i * STRIDE + j] = k[i * STRIDE + j] * a[i] * b[j]; for (int j = N; j < STRIDE; ++j) x[i * STRIDE + j] = Float(0.0); } } template static bool matrix_adjust_impl(const Float* q, const Float* P, const Float* Q, Float* x, Float target_re) { Float L[N * STRIDE], lnPQ[N * STRIDE], k[N * STRIDE]; for (int i = 0; i < N; ++i) for (int j = 0; j < N; ++j) { const int ij = i * STRIDE + j; const Float pq = P[i] * Q[j]; lnPQ[ij] = Math::log(pq); L[ij] = Math::log(q[ij] / pq); } Float a[N], b[N]; for (int i = 0; i < N; ++i) { a[i] = 1.0; b[i] = 1.0; } auto re_at = [&](Float theta) -> Float { Float emax = std::numeric_limits::lowest(); for (int i = 0; i < N; ++i) for (int j = 0; j < N; ++j) { const int ij = i * STRIDE + j; const Float e = lnPQ[ij] + theta * L[ij]; k[ij] = e; if (e > emax) emax = e; } for (int i = 0; i < N; ++i) for (int j = 0; j < N; ++j) { const int ij = i * STRIDE + j; k[ij] = Math::exp(k[ij] - emax); } ras_balance(k, P, Q, a, b, x); Float re = 0.0; for (int i = 0; i < N; ++i) for (int j = 0; j < N; ++j) { const int ij = i * STRIDE + j; const Float xij = x[ij]; if (xij > Float(0.0)) re += xij * (Math::log(xij) - lnPQ[ij]); } return re; }; const Float TMIN = Float(0.05), TMAX = Float(21.0), RE_TOL = Float(config.relative_entropy_tolerance); Float lo, hi, flo, fhi; const Float f1 = re_at(1.0) - target_re; if (std::fabs(f1) < RE_TOL) return true; if (f1 < Float(0.0)) { lo = 1.0; flo = f1; hi = 0.0; fhi = 0.0; bool bracketed = false; for (Float t = 1.0; t < TMAX; ) { t = std::min(t * Float(2.0), TMAX); const Float ft = re_at(t) - target_re; if (ft >= Float(0.0)) { hi = t; fhi = ft; bracketed = true; break; } lo = t; flo = ft; } if (!bracketed) return false; } else { flo = re_at(TMIN) - target_re; if (flo >= Float(0.0)) return true; lo = TMIN; hi = 1.0; fhi = f1; } for (int it = 0; it < 30; ++it) { const Float theta = lo - flo * (hi - lo) / (fhi - flo); const Float f = re_at(theta) - target_re; if (std::fabs(f) < RE_TOL) break; if (f > Float(0.0)) { hi = theta; fhi = f; flo *= Float(0.5); } else { lo = theta; flo = f; fhi *= Float(0.5); } } return true; } bool matrix_adjust_scalar(const double* q, const double* P, const double* Q, double* x, double target_re) { return matrix_adjust_impl(q, P, Q, x, target_re); } bool matrix_adjust_scalar(const float* q, const float* P, const float* Q, float* x, float target_re) { return matrix_adjust_impl(q, P, Q, x, target_re); } } DISPATCH_5(bool, matrix_adjust_scalar, const double*, q, const double*, P, const double*, Q, double*, x, double, target_re) DISPATCH_5(bool, matrix_adjust_scalar, const float*, q, const float*, P, const float*, Q, float*, x, float, target_re) }bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/matrix_adjust_wrapper.cpp000066400000000000000000000500261523407312000273450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later /* =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ #include "basic/config.h" #include "../score_matrix.h" #include "linear_algebra_ncbi.h" #include "../cbs.h" #include "../stats.h" #include "util/math/math.h" using std::vector; using std::array; namespace Stats { static constexpr int COMPO_NUM_TRUE_AA = 20; static const int kReMatrixAdjustmentPseudocounts = 20; /** relative entropy of BLOSUM62 */ static const double kFixedReBlosum62 = 0.44; /* Documented in composition_adjustment.h. */ void Blast_ApplyPseudocounts(double* probs20, int number_of_observations, const double* background_probs20) { int i; /* loop index */ double weight; /* weight assigned to pseudocounts */ double sum; /* sum of the observed frequencies */ /* pseudocounts as a double */ double dpseudocounts = kReMatrixAdjustmentPseudocounts; /* Normalize probabilities */ sum = 0.0; for (i = 0; i < COMPO_NUM_TRUE_AA; i++) { sum += probs20[i]; } if (sum == 0.0) { /* Can't normalize a zero vector */ sum = 1.0; } weight = dpseudocounts / (number_of_observations + dpseudocounts); for (i = 0; i < COMPO_NUM_TRUE_AA; i++) { probs20[i] = (1.0 - weight) * probs20[i] / sum + weight * background_probs20[i]; } } /* Documented in composition_adjustment.h. */ void Blast_TrueAaToStdTargetFreqs(double** StdFreq, size_t StdAlphsize, const double* freq) { /* Note I'm using a rough convention for this routine that uppercase * letters refer to quantities in the standard (larger) alphabet * and lowercase letters refer to the true amino acid (smaller) * alphabet. */ /* Shorter names for the sizes of the two alphabets */ const int small_alphsize = COMPO_NUM_TRUE_AA; size_t A, B; /* characters in the std (big) alphabet */ size_t a, b; /* characters in the small alphabet */ double sum; /* sum of values in target_freq; used to normalize */ sum = 0.0; for (a = 0; a < small_alphsize; a++) { for (b = 0; b < small_alphsize; b++) { sum += freq[a * TRUE_AA + b]; } } for (A = 0; A < StdAlphsize; A++) { /* for all rows */ if (A >= TRUE_AA) { /* the row corresponds to a nonstandard reside */ for (B = 0; B < StdAlphsize; B++) { StdFreq[A][B] = 0.0; } } else { /* the row corresponds to a standard reside */ a = A; for (B = 0; B < StdAlphsize; B++) { /* for all columns */ if (B >= TRUE_AA) { /* the column corresponds to a nonstandard reside */ StdFreq[A][B] = 0.0; } else { /* the column corresponds to a standard reside */ b = B; StdFreq[A][B] = freq[a * TRUE_AA + b] / sum; } } /* Set values for two-character ambiguities */ //StdFreq[A][eBchar] = StdFreq[A][eDchar] + StdFreq[A][eNchar]; //StdFreq[A][eZchar] = StdFreq[A][eEchar] + StdFreq[A][eQchar]; //if (StdAlphsize > eJchar) { // StdFreq[A][eJchar] = StdFreq[A][eIchar] + StdFreq[A][eLchar]; //} } } /* Add rows to set values for two-character ambiguities */ //memcpy(StdFreq[eBchar], StdFreq[eDchar], StdAlphsize * sizeof(double)); //Nlm_AddVectors(StdFreq[eBchar], StdAlphsize, 1.0, StdFreq[eNchar]); //memcpy(StdFreq[eZchar], StdFreq[eEchar], StdAlphsize * sizeof(double)); //Nlm_AddVectors(StdFreq[eZchar], StdAlphsize, 1.0, StdFreq[eQchar]); //if (StdAlphsize > eJchar) { // memcpy(StdFreq[eJchar], StdFreq[eIchar], StdAlphsize * sizeof(double)); // Nlm_AddVectors(StdFreq[eJchar], StdAlphsize, 1.0, StdFreq[eLchar]); //} } /* Documented in composition_adjustment.h. */ void Blast_CalcFreqRatios(double** ratios, int alphsize, const double row_prob[], const double col_prob[]) { int i, j; for (i = 0; i < alphsize; i++) { if (row_prob[i] > 0) { for (j = 0; j < alphsize; j++) { if (col_prob[j] > 0) { ratios[i][j] /= (row_prob[i] * col_prob[j]); } } } } } /** * Given a set of target frequencies and two sets of character * probabilities for the true amino acids in the ARND alphabet, * calculate a scoring matrix that has valid entries for all * characters in the NCBIstdaa amino acid alphabet. * * @param Matrix the newly computed matrix * @param Alphsize the size of the NCBIstdaa alphabet * @param target_freq target frequencies for true amino acids (20x20) * @param StartMatrix a matrix containing values for the stop character * @param row_prob probabilities of true amino acids in the sequence * corresponding to the rows of matrix (length = 20) * @param col_prob probabilities of true amino acids in the sequence * corresponding to the columns of matrix (length = 20) * @param Lambda the desired scale of this matrix */ static int s_ScoresStdAlphabet(int** Matrix, size_t Alphsize, const double* target_freq, const double row_prob[], const double col_prob[], double Lambda) { /* Note: I'm using a rough convention for this routine that uppercase * letters refer to quantities in the standard (larger) alphabet * and lowercase letters refer to the true amino acid (smaller) * alphabet. */ /* row and column probabilities in the NCBIstdaa alphabet */ //double RowProb[COMPO_LARGEST_ALPHABET]; //double ColProb[COMPO_LARGEST_ALPHABET]; ///* A double precision score matrix */ double** Scores = Nlm_DenseMatrixNew(Alphsize, Alphsize); if (Scores == NULL) { return -1; } //s_UnpackLetterProbs(RowProb, Alphsize, row_prob); //s_SetPairAmbigProbsToSum(RowProb, Alphsize); //s_UnpackLetterProbs(ColProb, Alphsize, col_prob); //s_SetPairAmbigProbsToSum(ColProb, Alphsize); Blast_TrueAaToStdTargetFreqs(Scores, Alphsize, target_freq); Blast_CalcFreqRatios(Scores, TRUE_AA, row_prob, col_prob); Blast_FreqRatioToScore(Scores, Alphsize, Alphsize, Lambda); s_SetXUOScores(Scores, TRUE_AA, row_prob, col_prob); s_RoundScoreMatrix(Matrix, Alphsize, Alphsize, Scores); Nlm_DenseMatrixFree(&Scores); //for (i = 0; i < Alphsize; i++) { // Matrix[i][eStopChar] = StartMatrix[i][eStopChar]; // Matrix[eStopChar][i] = StartMatrix[eStopChar][i]; //} return 0; } /* Documented in composition_adjustment.h. */ static int Blast_CompositionMatrixAdj(int** matrix, EMatrixAdjustRule matrix_adjust_rule, int length1, int length2, const double* stdaa_row_probs, const double* stdaa_col_probs, double lambda, const double* joint_probs, const double* background_freqs, Statistics& stats) { /*for (int i = 0; i < 20; ++i) printf("%.10f ", stdaa_row_probs[i]); printf("\n"); for (int i = 0; i < 20; ++i) printf("%.10f ", stdaa_col_probs[i]); printf("\n");*/ int iteration_count, status; double row_probs[COMPO_NUM_TRUE_AA], col_probs[COMPO_NUM_TRUE_AA]; /* Target RE when optimizing the matrix; zero if the relative entropy should not be constrained. */ double desired_re = 0.0; std::copy(stdaa_row_probs, stdaa_row_probs + 20, row_probs); std::copy(stdaa_col_probs, stdaa_col_probs + 20, col_probs); switch (matrix_adjust_rule) { //case eUnconstrainedRelEntropy: // desired_re = 0.0; // break; //case eRelEntropyOldMatrixNewContext: // /* Calculate the desired re using the new marginal probs with // the old matrix */ // status = Blast_EntropyOldFreqNewContext(&desired_re, &dummy, // &iteration_count, // NRrecord->mat_b, // row_probs, col_probs); // if (status < 0) /* Error, e.g. memory */ // return status; // else if (status > 0) /* we could not calculate the desired re */ // desired_re = 0.0; /* so, leave the re unconstrained */ // break; //case eRelEntropyOldMatrixOldContext: // desired_re = Blast_TargetFreqEntropy(NRrecord->mat_b); // break; case eUserSpecifiedRelEntropy: desired_re = kFixedReBlosum62; break; default: /* I assert that we can't get here */ fprintf(stderr, "Unknown flag for setting relative entropy" "in composition matrix adjustment"); exit(1); } Blast_ApplyPseudocounts(row_probs, length1, background_freqs); Blast_ApplyPseudocounts(col_probs, length2, background_freqs); array mat_final; status = Blast_OptimizeTargetFrequencies(mat_final.data(), COMPO_NUM_TRUE_AA, &iteration_count, joint_probs, row_probs, col_probs, (desired_re > 0.0), desired_re, config.cbs_err_tolerance, config.cbs_it_limit); if (status != 0) /* Did not compute the target freqs */ return status; return s_ScoresStdAlphabet(matrix, AMINO_ACID_COUNT, mat_final.data(), row_probs, col_probs, lambda); } /** 180 degrees in half a circle */ #define HALF_CIRCLE_DEGREES 180 /** some digits of PI */ #define PI 3.1415926543 /** @{ thresholds used to determine which composition mode to use */ #define HIGH_PAIR_THRESHOLD 0.4 #define LENGTH_LOWER_THRESHOLD 50 /** @} */ /** Return true if length > 50 and the two most frequent letters * occur a total of more that 40% of the time. */ static int s_HighPairFrequencies(const double* letterProbs, int length) { int i; /*index*/ double max, second; /*two highest letter probabilities*/ if (length <= LENGTH_LOWER_THRESHOLD) { return false; } max = 0; second = 0; for (i = 0; i < COMPO_NUM_TRUE_AA; i++) { if (letterProbs[i] > second) { second = letterProbs[i]; if (letterProbs[i] > max) { second = max; max = letterProbs[i]; } } } return (max + second) > HIGH_PAIR_THRESHOLD; } /** * Return true if either the query or the matching sequences * passes the test in s_HighPairFrequencies. */ static int s_HighPairEitherSeq(const double* P_query, int length1, const double* P_match, int length2) { int result1, result2; result1 = s_HighPairFrequencies(P_query, length1); result2 = s_HighPairFrequencies(P_match, length2); return result1 || result2; } /* Documented in composition_adjustment.h. */ double Blast_GetRelativeEntropy(const double A[], const double B[]) { int i; /* loop index over letters */ double temp; /* intermediate term */ double value = 0.0; /* square of relative entropy */ for (i = 0; i < COMPO_NUM_TRUE_AA; i++) { temp = (A[i] + B[i]) / 2; if (temp > 0) { if (A[i] > 0) { value += A[i] * Math::log(A[i] / temp) / 2; } if (B[i] > 0) { value += B[i] * Math::log(B[i] / temp) / 2; } } } if (value < 0) { /* must be numerical rounding error */ value = 0; } return sqrt(value); } /** * A function used to choose a mode for composition-based statistics. * Decide whether a relative-entropy score adjustment should be used * based on lengths and letter counts of the two matched sequences; * matrix_name is the underlying score matrix */ EMatrixAdjustRule s_TestToApplyREAdjustmentConditional(int Len_query, int Len_match, const double* P_query, const double* P_match, const double* background_freqs) { EMatrixAdjustRule which_rule; /* which relative entropy mode to return */ int i; /* loop indices */ double p_query[COMPO_NUM_TRUE_AA]; double p_match[COMPO_NUM_TRUE_AA]; /*letter probabilities for query and match*/ const double* p_matrix; /* letter probabilities used in constructing matrix name*/ double D_m_mat, D_q_mat, D_m_q; /* distances between match and original between query and original between match and query*/ double corr_factor = 0.0; /* correlation between how p_query and p_match deviate from p_matrix */ double len_q, len_m; /* lengths of query and matching sequence in floating point */ double len_large, len_small; /* store the larger and smaller of len_q and len_m */ double angle; /* angle between query and match probabilities */ p_matrix = background_freqs; // Blast_GetMatrixBackgroundFreq(matrix_name); for (i = 0; i < COMPO_NUM_TRUE_AA; i++) { p_query[i] = P_query[i]; p_match[i] = P_match[i]; corr_factor += (p_query[i] - p_matrix[i]) * (p_match[i] - p_matrix[i]); } D_m_mat = Blast_GetRelativeEntropy(p_match, p_matrix); D_q_mat = Blast_GetRelativeEntropy(p_query, p_matrix); D_m_q = Blast_GetRelativeEntropy(p_match, p_query); angle = acos((D_m_mat * D_m_mat + D_q_mat * D_q_mat - D_m_q * D_m_q) / 2.0 / D_m_mat / D_q_mat); /* convert from radians to degrees */ angle = angle * HALF_CIRCLE_DEGREES / PI; len_q = 1.0 * Len_query; len_m = 1.0 * Len_match; if (len_q > len_m) { len_large = len_q; len_small = len_m; } else { len_large = len_m; len_small = len_q; } if (s_HighPairEitherSeq(P_query, Len_query, P_match, Len_match)) { which_rule = eUserSpecifiedRelEntropy; } else { if ((D_m_q > comp_based_stats.query_match_distance_threshold) && (len_large / len_small > comp_based_stats.length_ratio_threshold) && (angle > comp_based_stats.angle)) { which_rule = eCompoScaleOldMatrix; } else { which_rule = eUserSpecifiedRelEntropy; } } return which_rule; } void CompositionMatrixAdjust(int query_len, int target_len, const double* query_comp, const double* target_comp, int scale, double ungapped_lambda, const double* joint_probs, const double* background_freqs, array& out, Statistics& stats) { array p; for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) p[i] = &out[i * AMINO_ACID_COUNT]; int r = Blast_CompositionMatrixAdj(p.data(), eUserSpecifiedRelEntropy, query_len, target_len, query_comp, target_comp, ungapped_lambda / scale, joint_probs, background_freqs, stats); if (r != 0) { for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) for (size_t j = 0; j < AMINO_ACID_COUNT; ++j) out[i * AMINO_ACID_COUNT + j] = score_matrix(i, j) * scale; //throw std::runtime_error("Error computing composition matrix adjust."); } } static bool smaller(const double* a, const double* b) { for (int i = 0; i < TRUE_AA; ++i) { if (a[i] == b[i]) continue; return a[i] < b[i]; } return true; } void matrix_adjust(int query_len, int target_len, const double* query_comp, const double* target_comp, int scale, double ungapped_lambda, const double* joint_probs, const double* background_freqs, const float* joint_probs_f, const float* background_freqs_f, array& out, Statistics& stats) { const bool double_precision = config.fpu_compat; array p; for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) p[i] = &out[i * AMINO_ACID_COUNT]; double row_probs[COMPO_NUM_TRUE_AA], col_probs[COMPO_NUM_TRUE_AA]; std::copy(query_comp, query_comp + COMPO_NUM_TRUE_AA, row_probs); std::copy(target_comp, target_comp + COMPO_NUM_TRUE_AA, col_probs); Blast_ApplyPseudocounts(row_probs, query_len, background_freqs); Blast_ApplyPseudocounts(col_probs, target_len, background_freqs); array mat_final; bool feasible; const bool transpose = smaller(query_comp, target_comp); if (double_precision) { feasible = Stats::matrix_adjust_scalar(joint_probs, transpose ? col_probs : row_probs, transpose ? row_probs : col_probs, mat_final.data(), kFixedReBlosum62); if (transpose) { for (int i = 0; i < TRUE_AA; ++i) for (int j = i + 1; j < TRUE_AA; ++j) std::swap(mat_final[i * TRUE_AA + j], mat_final[j * TRUE_AA + i]); } } else { float row_probs_f[COMPO_NUM_TRUE_AA]; alignas(32) float col_probs_f[PADDED_AA]; if (transpose) { for (int i = 0; i < TRUE_AA; ++i) { row_probs_f[i] = (float)col_probs[i]; col_probs_f[i] = (float)row_probs[i]; } } else { for (int i = 0; i < TRUE_AA; ++i) { row_probs_f[i] = (float)row_probs[i]; col_probs_f[i] = (float)col_probs[i]; } } std::fill(col_probs_f + TRUE_AA, col_probs_f + PADDED_AA, 0.0f); alignas(32) array mat_final_f; feasible = Stats::matrix_adjust(joint_probs_f, row_probs_f, col_probs_f, mat_final_f.data(), (float)kFixedReBlosum62); for (int i = 0; i < TRUE_AA; ++i) for (int j = 0; j < TRUE_AA; ++j) mat_final[i * TRUE_AA + j] = transpose ? mat_final_f[j * PADDED_AA + i] : mat_final_f[i * PADDED_AA + j]; } const int status = feasible ? s_ScoresStdAlphabet(p.data(), AMINO_ACID_COUNT, mat_final.data(), row_probs, col_probs, ungapped_lambda / scale) : -1; if (status != 0) { for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) for (size_t j = 0; j < AMINO_ACID_COUNT; ++j) out[i * AMINO_ACID_COUNT + j] = score_matrix(i, j) * scale; } (void)stats; } } bbuchfink-diamond-6dc5717/src/stats/matrix_adjust/ncbi.cpp000066400000000000000000000707511523407312000236510ustar00rootroot00000000000000/* =========================================================================== * * PUBLIC DOMAIN NOTICE * National Center for Biotechnology Information * * This software/database is a "United States Government Work" under the * terms of the United States Copyright Act. It was written as part of * the author's official duties as a United States Government employee and * thus cannot be copyrighted. This software/database is freely available * to the public for use. The National Library of Medicine and the U.S. * Government have not placed any restriction on its use or reproduction. * * Although all reasonable efforts have been taken to ensure the accuracy * and reliability of the software and data, the NLM and the U.S. * Government do not and cannot warrant the performance or results that * may be obtained by using this software or data. The NLM and the U.S. * Government disclaim all warranties, express or implied, including * warranties of performance, merchantability or fitness for any particular * purpose. * * Please cite the author in any work or product based on this material. * * ===========================================================================*/ /** * @file optimize_target_freq.c * Routines for finding an optimal set of target frequencies for the * purpose of generating a compositionally adjusted score matrix. The * function for performing this optimization is named * OptimizeTargetFrequencies (see below). * * The optimal target frequencies x minimize the Kullback-Liebler * "distance" * * sum_k x[k] * ln(x[k]/q[k]) * * from the set q of target frequencies from a standard matrix. They * also satisfy the constraints * * sum_{i = 0...alphsize - 1} x[i * alphsize + j] = col_sums[j] * for j = 0...alphsize - 1 * * sum_{j = 0...alphsize - 1} x[i * alphsize + j] = row_sums[j] * for i = 1...alphsize - 1 * * where col_sums and row_sums are sets of background frequencies. * Note that the second set of equations, the first index for i is one * (the i = 0 case holds automatically if the other constraints are * satisfied). * * The coefficient matrix A of these linear equations is used * implicitly in this file. The routines MultiplyByA, * MultiplyByAtranspose and ScaledSymmetricProductA all perform * operations with A, without explicitly forming the matrix A. The * indices i and j are related to the column indices k of A by the * formula * * k = i * alphsize + j. * * Thus A[j][k] = 1 and A[i + alphsize - 1][k] = 1 if i > 0 and * A[ell][k] = 0 otherwise. * * The target frequencies are also usually subject to a constraint on * the relative entropy. * * relative_entropy = * sum_{ij} x[i * alphsize + j] * * log(x[i * alphsize + j]/(row_sums[i] * col_sums[j])) * * but this constraint is optional. * * REFERENCES * * Yi-Kuo Yu, John C Wootton, Stephen F. Altschul (2003) The * compositional adjustment of amino-acid substitution matrices. Proc * Natl Acad Sci USA. 100, 15688-93. * * Stephen F. Altschul, John C. Wootton, E. Michael Gertz, Richa * Agarwala, Aleksandr Morgulis, Alejandro Schaffer and Yi-Kuo Yu * (2005) Protein Database Searches Using Compositionally Adjusted * Substitution Matrices. FEBS Journal, 272,5101-9. * * @author E. Michael Gertz */ #include #include "linear_algebra_ncbi.h" #include "util/math/math.h" namespace Stats { #define AMINO_ACID_COUNT 26 #define TRUE_AA 20 static constexpr int COMPO_NUM_TRUE_AA = 20; static const int kReMatrixAdjustmentPseudocounts = 20; /** relative entropy of BLOSUM62 */ static const double kFixedReBlosum62 = 0.44; /** bound on error for Newton's method */ /** iteration limit for Newton's method */ /** * Compute the symmetric product A D A^T, where A is the matrix of * linear constraints from the problem of generating optimal target * frequencies. The matrix A is constant, and is used implicitly in * this routine. * * The symmetric product * \f[ * A D A^T = \sum_{k = 0}^{n - 1} d_k \times A[:][k] \times A[:][k]^T, * \f] * where n = alphsize * alphsize and A[:][k] is column k of A. * * @param alphsize the size of the alphabet for this minimization * problem * @param W the product, a matrix of size 2 * alphsize - 1 * @param diagonal a vector that represents the diagonal of D, of * length alphsize * alphsize */ static void ScaledSymmetricProductA(double** W, const double diagonal[], int alphsize) { int rowW, colW; /* iteration indices over the rows and columns of W */ int i, j; /* iteration indices over characters in the alphabet */ int m; /* The number of rows in A; also the size of W */ m = 2 * alphsize - 1; for (rowW = 0; rowW < m; rowW++) { for (colW = 0; colW <= rowW; colW++) { W[rowW][colW] = 0.0; } } for (i = 0; i < alphsize; i++) { for (j = 0; j < alphsize; j++) { double dd; /* an individual diagonal element */ dd = diagonal[i * alphsize + j]; W[j][j] += dd; if (i > 0) { W[i + alphsize - 1][j] += dd; W[i + alphsize - 1][i + alphsize - 1] += dd; } } } } /** * Compute the product y = beta * y + alpha * A * x, where A is the * constraint matrix for the problem of generating optimal target * frequencies. If beta == 0.0, then y need not be initialized before * calling routine. * * @param beta a scalar * @param alphsize the alphabet size for this minimization problem * @param y a vector of size 2 * alphsize - 1 * @param alpha a scalar * @param x a vector of size alphsize * alphsize */ static void MultiplyByA(double beta, double y[], int alphsize, double alpha, const double x[]) { int i, j; /* iteration indices over characters in the alphabet */ if (beta == 0.0) { /* Initialize y to zero, without reading any elements from y */ for (i = 0; i < 2 * alphsize - 1; i++) { y[i] = 0.0; } } else if (beta != 1.0) { /* rescale y */ for (i = 0; i < 2 * alphsize - 1; i++) { y[i] *= beta; } } for (i = 0; i < alphsize; i++) { for (j = 0; j < alphsize; j++) { y[j] += alpha * x[i * alphsize + j]; } } for (i = 1; i < alphsize; i++) { for (j = 0; j < alphsize; j++) { y[i + alphsize - 1] += alpha * x[i * alphsize + j]; } } } /** * Compute the product y = beta * y + alpha * A^T * x, where A^T is * the transpose of the constraint matrix for the problem of * generating optimal target frequencies. If beta == 0.0, then y need * not be initialized before calling routine. * * @param beta a scalar * @param alphsize the alphabet size for this minimization problem * @param y a vector of size alphsize * alphsize * @param alpha a scalar * @param x a vector of size 2 * alphsize - 1 */ static void MultiplyByAtranspose(double beta, double y[], int alphsize, double alpha, const double x[]) { int i, j; /* iteration indices over characters in the alphabet */ int k; /* index of a row of A transpose (a column of A); also an index into y */ if (beta == 0.0) { /* Initialize y to zero, without reading any elements from y */ for (k = 0; k < alphsize * alphsize; k++) { y[k] = 0.0; } } else if (beta != 1.0) { /* rescale y */ for (k = 0; k < alphsize * alphsize; k++) { y[k] *= beta; } } for (i = 0; i < alphsize; i++) { for (j = 0; j < alphsize; j++) { k = i * alphsize + j; y[k] += alpha * x[j]; if (i > 0) { y[k] += alpha * x[i + alphsize - 1]; } } } } /** * Calculate the residuals of the linear constraints of the score * matrix optimization problem. * * @param rA the residual vector of the linear constraints * @param alphsize the alphabet size for this minimization problem * @param x the substitution probabilities * @param row_sums row sums of the substitution probabilities * @param col_sums column sums of the substitution probabilities */ static void ResidualsLinearConstraints(double rA[], int alphsize, const double x[], const double row_sums[], const double col_sums[]) { int i; /* iteration index */ for (i = 0; i < alphsize; i++) { rA[i] = col_sums[i]; } for (i = 1; i < alphsize; i++) { rA[i + alphsize - 1] = row_sums[i]; } MultiplyByA(1.0, rA, alphsize, -1.0, x); } /** * Compute the dual residual vector of the optimization problem. The * dual residual vector is also known as the gradient of the * Lagrangian function. * * @param resids_x the dual residual vector * @param z dual variables (Lagrange multipliers) * @param alphsize the alphabet size for this optimization problem * @param grads the gradient of the objective function, an * possibly the nonlinear relative entropy constraint. * @param constrain_rel_entropy if true, then the relative entropy * constraint is used in this optimization * problem. */ static void DualResiduals(double resids_x[], int alphsize, double** grads, const double z[], int constrain_rel_entropy) { int i; /* iteration index */ int n = alphsize * alphsize; /* size of resids_x */ if (constrain_rel_entropy) { double eta; /* dual variable for the relative entropy constraint */ eta = z[2 * alphsize - 1]; for (i = 0; i < n; i++) { resids_x[i] = -grads[0][i] + eta * grads[1][i]; } } else { for (i = 0; i < n; i++) { resids_x[i] = -grads[0][i]; } } MultiplyByAtranspose(1.0, resids_x, alphsize, 1.0, z); } /** * Calculate the primal and dual residuals the optimization problem, * and their combined Euclidean norm. * * @param rnorm the Euclidean norm of the residuals * @param resids_x the dual residual vector (gradient of the * Lagrangian) * @param alphsize size of the alphabet for this minimization * problem * @param resids_z the primal residual vector (residuals of the * original constraints) * @param values a vector containing the values of the nonlinear * functions * @param grads a matrix whose rows are the gradients of the * nonlinear functions * @param row_sums row sums of the substitution probabilities * @param col_sums column sums of the substitution probabilities * @param relative_entropy target relative entropy * @param x the substitution probabilities * @param z the dual variables (Lagrange multipliers) * @param constrain_rel_entropy if true, the relative entropy * constraint is used * */ static void CalculateResiduals(double* rnorm, double resids_x[], int alphsize, double resids_z[], const double values[], double** grads, const double row_sums[], const double col_sums[], const double x[], const double z[], int constrain_rel_entropy, double relative_entropy) { /* Euclidean norms of the primal and dual residuals */ double norm_resids_z, norm_resids_x; DualResiduals(resids_x, alphsize, grads, z, constrain_rel_entropy); norm_resids_x = Nlm_EuclideanNorm(resids_x, alphsize * alphsize); ResidualsLinearConstraints(resids_z, alphsize, x, row_sums, col_sums); if (constrain_rel_entropy) { resids_z[2 * alphsize - 1] = relative_entropy - values[1]; norm_resids_z = Nlm_EuclideanNorm(resids_z, 2 * alphsize); } else { norm_resids_z = Nlm_EuclideanNorm(resids_z, 2 * alphsize - 1); } *rnorm = sqrt(norm_resids_x * norm_resids_x + norm_resids_z * norm_resids_z); } /** * Represents the inverse of the matrix of the linear system that must * be solved at every iteration of Newton's method. If J is the * Jacobian of all constraints, then the system has the form * * (D J^T) * (J 0 ), * * where D is a diagonal matrix. This matrix may be block reduced to * the form. * * (D J^T ) * (0 -J D^{-1} J^T) * * Neither the matrix nor its inverse are stored explicitly. Rather, a * factorization of -J D^{-1} J^T, and the sufficient information to * backsolve using this factorization are stored. */ typedef struct ReNewtonSystem { int alphsize; /**< the size of the alphabet */ int constrain_rel_entropy; /**< if true, use the relative entropy constraint for this optimization problem */ double** W; /**< A lower-triangular matrix representing a factorization of the (2,2) block, -J D^{-1} J^T, of the condensed linear system */ double* Dinv; /**< The diagonal elements of the inverse of the necessarily diagonal (1,1) block of the linear system */ double* grad_re; /**< the gradient of the relative-entropy constraint, if this constraint is used. */ } ReNewtonSystem; /** * Free the memory associated with a ReNewtonSystem. * * @param newton_system on entry *newton_system points to the * system to be freed. On exit, *newton_system * is set to NULL. */ static void ReNewtonSystemFree(ReNewtonSystem** newton_system) { if (*newton_system != NULL) { Nlm_DenseMatrixFree(&(*newton_system)->W); free((*newton_system)->Dinv); (*newton_system)->Dinv = NULL; free((*newton_system)->grad_re); (*newton_system)->grad_re = NULL; free(*newton_system); *newton_system = NULL; } } /** * Create a new uninitialized ReNewtonSystem; the fields are * initialized by the FactorReNewtonSystem procedure. * ReNewtonSystemNew and FactorReNewtonSystem are called from only the * newt procedure. * * @param alphsize the size of the alphabet for this optimization * problem. */ static ReNewtonSystem* ReNewtonSystemNew(int alphsize) { ReNewtonSystem* newton_system; /* the new ReNewtonSystem */ newton_system = (ReNewtonSystem*)malloc(sizeof(ReNewtonSystem)); if (newton_system != NULL) { newton_system->alphsize = alphsize; newton_system->constrain_rel_entropy = 1; newton_system->W = NULL; newton_system->Dinv = NULL; newton_system->grad_re = NULL; newton_system->W = Nlm_LtriangMatrixNew(2 * alphsize); if (newton_system->W == NULL) goto error_return; newton_system->Dinv = (double*)malloc(alphsize * alphsize * sizeof(double)); if (newton_system->Dinv == NULL) goto error_return; newton_system->grad_re = (double*)malloc(alphsize * alphsize * sizeof(double)); if (newton_system->grad_re == NULL) goto error_return; } goto normal_return; error_return: ReNewtonSystemFree(&newton_system); normal_return: return newton_system; } /** * Factor the linear system to be solved in this iteration of Newton's * method. * * @param newton_system holds the factorization * @param x the primal variables, representing the * target frequencies. * @param z the dual variables (Lagrange multipliers) * @param grads gradient of the objective function and * (if used) the relative entropy constraint * @param constrain_rel_entropy if true, then the relative entropy * constraint is used for this optimization * problem. * @param workspace an allocated workspace array at least * as large as the number of target frequencies */ static void FactorReNewtonSystem(ReNewtonSystem* newton_system, const double x[], const double z[], double** grads, int constrain_rel_entropy, double* workspace) { int i; /* iteration index */ int n; /* the length of x */ int m; /* the length of z */ /* Pointers to fields in newton_systems; the names of the local * variables match the names of the fields. */ double** W = newton_system->W; int alphsize = newton_system->alphsize; double* Dinv = newton_system->Dinv; double* grad_re = newton_system->grad_re; n = alphsize * alphsize; m = constrain_rel_entropy ? 2 * alphsize : 2 * alphsize - 1; newton_system->constrain_rel_entropy = constrain_rel_entropy; /* The original system has the form * * (D J^T) * (J 0 ). * * We block reduce the system to * * (D J^T ) * (0 -J D^{-1} J^T). * * First we find the inverse of the diagonal matrix D. */ if (constrain_rel_entropy) { double eta; /* dual variable for the relative entropy constraint */ eta = z[m - 1]; for (i = 0; i < n; i++) { Dinv[i] = x[i] / (1 - eta); } } else { memcpy(Dinv, x, n * sizeof(double)); } /* Then we compute J D^{-1} J^T; First fill in the part that corresponds * to the linear constraints */ ScaledSymmetricProductA(W, Dinv, alphsize); if (constrain_rel_entropy) { /* Save the gradient of the relative entropy constraint. */ memcpy(grad_re, grads[1], n * sizeof(double)); /* Fill in the part of J D^{-1} J^T that corresponds to the relative * entropy constraint. */ W[m - 1][m - 1] = 0.0; for (i = 0; i < n; i++) { workspace[i] = Dinv[i] * grad_re[i]; W[m - 1][m - 1] += grad_re[i] * workspace[i]; } MultiplyByA(0.0, &W[m - 1][0], alphsize, 1.0, workspace); } /* Factor J D^{-1} J^T and save the result in W. */ Nlm_FactorLtriangPosDef(W, m); } /** * Solve the linear system for this iteration of Newton's method, using * the matrix factored by the FactorReNewtonSystem routine. * * @param x on entry, the dual residuals; on exit, the * step in the primal variables. * @param z on entry, the primal residuals; on exit, the * step in the dual variables. * @param newton_system the factored matrix for the Newton system. * @param workspace an allocated workspace array at least * as large as the number of target frequencies */ static void SolveReNewtonSystem(double x[], double z[], const ReNewtonSystem* newton_system, double workspace[]) { int i; /* iteration index */ int n; /* the size of x */ int mA; /* the number of linear constraints */ int m; /* the size of z */ /* Local variables that represent fields of newton_system */ double** W = newton_system->W; double* Dinv = newton_system->Dinv; double* grad_re = newton_system->grad_re; int alphsize = newton_system->alphsize; int constrain_rel_entropy = newton_system->constrain_rel_entropy; n = alphsize * alphsize; mA = 2 * alphsize - 1; m = constrain_rel_entropy ? mA + 1 : mA; /* Apply the same block reduction to the right-hand side as was * applied to the matrix: * * rzhat = rz - J D^{-1} rx */ for (i = 0; i < n; i++) { workspace[i] = x[i] * Dinv[i]; } MultiplyByA(1.0, z, alphsize, -1.0, workspace); if (constrain_rel_entropy) { for (i = 0; i < n; i++) { z[m - 1] -= grad_re[i] * workspace[i]; } } /* Solve for step in z, using the inverse of J D^{-1} J^T */ Nlm_SolveLtriangPosDef(z, m, W); /* Backsolve for the step in x, using the newly-computed step in z. * * x = D^{-1) (rx + J\T z) */ if (constrain_rel_entropy) { for (i = 0; i < n; i++) { x[i] += grad_re[i] * z[m - 1]; } } MultiplyByAtranspose(1.0, x, alphsize, 1.0, z); for (i = 0; i < n; i++) { x[i] *= Dinv[i]; } } /** * Evaluate the nonlinear functions and derivatives associated with * the problem of generating optimal target frequencies. * * @param values values[0] is the value of the objective function * and values[1] is the relative entropy * @param grads grads[0] is the gradient of the objective function * and grad[1] is the gradient of the relative entropy * constraint * @param alphsize the alphabet size for this problem * @param x the primal variables * @param q target frequencies of the standard matrix * @param scores scores as computed using the target frequencies * of the standard matrix, but the composition * of the sequences being compared (scaled to * lambda = 1). * @param constrain_rel_entropy if true, the relative entropy constraint * is used in this optimization problem */ static void EvaluateReFunctions(double values[], double** grads, int alphsize, const double x[], const double q[], const double scores[], int constrain_rel_entropy) { int k; /* iteration index over elements of x, q and scores */ double temp; /* holds intermediate values in a computation */ values[0] = 0.0; values[1] = 0.0; for (k = 0; k < alphsize * alphsize; k++) { temp = Math::log(x[k] / q[k]); values[0] += x[k] * temp; grads[0][k] = temp + 1; if (constrain_rel_entropy) { temp += scores[k]; values[1] += x[k] * temp; grads[1][k] = temp + 1; } } } /** * Compute a set of scores (scaled to lambda = 1) from a set of target * frequencies and a set of background frequencies. The target * frequencies need not be consistent with the background * frequencies. * * @param scores the resulting vector of scores, interpreted * as a matrix stored in row major order * @param alphsize the size of the alphabet * @param target_freqs target frequencies, interpreted as a matrix * stored in row-major order * @param row_freqs background frequencies of one sequence * @param col_freqs background frequencies of the other sequence */ static void ComputeScoresFromProbs(double scores[], int alphsize, const double target_freqs[], const double row_freqs[], const double col_freqs[]) { int i, j; /* iteration indices over characters in the alphabet */ int k; /* index into scores and target_freqs */ for (i = 0; i < alphsize; i++) { for (j = 0; j < alphsize; j++) { k = i * alphsize + j; scores[k] = Math::log(target_freqs[k] / (row_freqs[i] * col_freqs[j])); } } } /* Documented in optimized_target_freq.h */ int Blast_OptimizeTargetFrequencies(double x[], int alphsize, int* iterations, const double q[], const double row_sums[], const double col_sums[], int constrain_rel_entropy, double relative_entropy, double tol, int maxits) { int its; /* number of iterations that have been performed */ int n; /* number of target frequencies; the size of x */ int mA; /* number of linear constraints */ int m; /* total number of constraints */ double values[2]; /* values of the nonlinear functions at this iterate */ double** grads = NULL; /* gradients of the nonlinear functions at this iterate */ ReNewtonSystem* newton_system = NULL; /* factored matrix of the linear system to be solved at this iteration */ double* z = NULL; /* dual variables (Lagrange multipliers) */ double* resids_x = NULL; /* dual residuals (gradient of Lagrangian) */ double* resids_z = NULL; /* primal (constraint) residuals */ double rnorm; /* norm of the residuals for the current iterate */ double* old_scores = NULL; /* a scoring matrix, with lambda = 1, generated from q, row_sums and col_sums */ double* workspace = NULL; /* A vector for intermediate computations */ int converged; /* true if Newton's method converged to a *minimizer* (strong second-order point) */ int status; /* the return status */ n = alphsize * alphsize; mA = 2 * alphsize - 1; m = constrain_rel_entropy ? mA + 1 : mA; newton_system = ReNewtonSystemNew(alphsize); if (newton_system == NULL) goto error_return; resids_x = (double*)malloc(n * sizeof(double)); if (resids_x == NULL) goto error_return; resids_z = (double*)malloc((mA + 1) * sizeof(double)); if (resids_z == NULL) goto error_return; /* z must be initialized to zero */ z = (double*)calloc(mA + 1, sizeof(double)); if (z == NULL) goto error_return; old_scores = (double*)malloc(n * sizeof(double)); if (old_scores == NULL) goto error_return; workspace = (double*)malloc(n * sizeof(double)); if (workspace == NULL) goto error_return; grads = Nlm_DenseMatrixNew(2, n); if (grads == NULL) goto error_return; ComputeScoresFromProbs(old_scores, alphsize, q, row_sums, col_sums); /* Use q as the initial value for x */ memcpy(x, q, n * sizeof(double)); its = 0; /* Initialize the iteration count. Note that we may converge in zero iterations if the initial x is optimal. */ while (its <= maxits) { /* Compute the residuals */ EvaluateReFunctions(values, grads, alphsize, x, q, old_scores, constrain_rel_entropy); CalculateResiduals(&rnorm, resids_x, alphsize, resids_z, values, grads, row_sums, col_sums, x, z, constrain_rel_entropy, relative_entropy); /* and check convergence; the test correctly handles the case in which rnorm is NaN (not a number). */ if (!(rnorm > tol)) { /* We converged at the current iterate */ break; } else { /* we did not converge, so increment the iteration counter and start a new iteration */ if (++its <= maxits) { /* We have not exceeded the maximum number of iterations; take a Newton step. */ double alpha; /* a positive number used to scale the Newton step. */ FactorReNewtonSystem(newton_system, x, z, grads, constrain_rel_entropy, workspace); SolveReNewtonSystem(resids_x, resids_z, newton_system, workspace); /* Calculate a value of alpha that ensure that x is positive */ alpha = Nlm_StepBound(x, n, resids_x, 1.0 / .95); alpha *= 0.95; Nlm_AddVectors(x, n, alpha, resids_x); Nlm_AddVectors(z, m, alpha, resids_z); } } } converged = 0; if (its <= maxits && rnorm <= tol) { /* Newton's iteration converged */ if (!constrain_rel_entropy || z[m - 1] < 1) { /* and the final iterate is a minimizer */ converged = 1; } } status = converged ? 0 : 1; *iterations = its; goto normal_return; error_return: status = -1; *iterations = 0; normal_return: Nlm_DenseMatrixFree(&grads); free(workspace); free(old_scores); free(z); free(resids_z); free(resids_x); ReNewtonSystemFree(&newton_system); return status; } } bbuchfink-diamond-6dc5717/src/stats/score_matrix.cpp000066400000000000000000000223541523407312000225530ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include "score_matrix.h" #include "basic/config.h" #include "stats/cbs.h" #include "util/math/math.h" using std::array; using std::string; using std::vector; using std::copy; using std::runtime_error; ScoreMatrix score_matrix; //ScoreMatrix blosum80; //ScoreMatrix pam70; //ScoreMatrix pam30; static Sls::AlignmentEvaluerParameters alp_params(const Stats::StandardMatrix* standard_matrix, int gap_open, int gap_extend) { const Stats::StandardMatrix::Parameters& p = standard_matrix->constants(gap_open, gap_extend), & u = standard_matrix->ungapped_constants(); const double G = gap_open + gap_extend, b = 2.0 * G * (u.alpha - p.alpha), beta = 2.0 * G * (u.alpha_v - p.alpha_v); return Sls::AlignmentEvaluerParameters { p.Lambda, p.K, p.alpha, b, p.alpha, b, p.alpha_v, beta, p.alpha_v, beta, p.sigma, 2.0 * G * (u.alpha_v - p.sigma) }; } ScoreMatrix::ScoreMatrix(const string & matrix, int gap_open, int gap_extend, int frameshift, int stop_match_score, uint64_t db_letters, int scale): standard_matrix_(&Stats::StandardMatrix::get(matrix)), gap_open_ (gap_open == -1 ? standard_matrix_->default_gap_exist : gap_open), gap_extend_ (gap_extend == -1 ? standard_matrix_->default_gap_extend : gap_extend), frame_shift_(frameshift), db_letters_ ((double)db_letters), scale_(scale), name_(matrix), matrix8_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score), matrix32_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score), matrix32_scaled_(standard_matrix_->freq_ratios, standard_matrix_->ungapped_constants().Lambda, standard_matrix_->scores.data(), scale), bias_((char)(-low_score())), ideal_lambda_(Stats::ideal_lambda(matrix32_.pointers().data())), matrix8u_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score, bias_), matrix8_low_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score, 0, 16), matrix8_high_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score, 0, 16, 16), matrix8u_low_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score, bias_, 16), matrix8u_high_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score, bias_, 16, 16), matrix16_(AMINO_ACID_COUNT, standard_matrix_->scores.data(), stop_match_score) { evaluer.initParameters(alp_params(standard_matrix_, gap_open_, gap_extend_)); ln_k_ = Math::log(evaluer.parameters().K); init_background_scores(); } int8_t ScoreMatrix::low_score() const { int8_t low = std::numeric_limits::max(); for (Letter i = 0; i < (Letter)value_traits.alphabet_size; ++i) for (Letter j = i + 1; j < (Letter)value_traits.alphabet_size; ++j) low = std::min(low, (int8_t)this->operator()(i, j)); return low; } int8_t ScoreMatrix::high_score() const { int8_t high = std::numeric_limits::min(); for (Letter i = 0; i < (Letter)value_traits.alphabet_size; ++i) for (Letter j = i; j < (Letter)value_traits.alphabet_size; ++j) high = std::max(high, (int8_t)this->operator()(i, j)); return high; } double ScoreMatrix::avg_id_score() const { double s = 0; for (size_t i = 0; i < 20; ++i) s += this->operator()(i, i); return s / 20; } std::ostream& operator<<(std::ostream& s, const ScoreMatrix&m) { s << "(Matrix=" << m.name_ << " Lambda=" << m.lambda() << " K=" << m.k() << " Penalties=" << m.gap_open_ << '/' << m.gap_extend_ << ')'; return s; } static const int8_t* custom_scores(const string &matrix_file, int mask_score) { static int8_t scores[AMINO_ACID_COUNT * AMINO_ACID_COUNT]; string l, s; std::stringstream ss; vector pos; unsigned n = 0; std::fill(scores, scores + sizeof(scores), int8_t(mask_score)); if (matrix_file == "") return scores; std::ifstream f(matrix_file.c_str()); int min_score = INT_MAX; while (!f.eof()) { std::getline(f, l); if (l[0] == '#') continue; if (pos.size() == 0) { for (string::const_iterator i = l.begin(); i != l.end(); ++i) if (*i == ' ' || *i == '\t') continue; else pos.push_back(value_traits.from_char(*i)); } else { if (n >= pos.size()) break; ss << l; if (value_traits.from_char(ss.get()) != pos[n]) throw std::runtime_error("Invalid custom scoring matrix file format."); for (unsigned i = 0; i < pos.size(); ++i) { int score; ss >> score; scores[(int)pos[n] * AMINO_ACID_COUNT + (int)pos[i]] = score; min_score = std::min(min_score, score); } ss.clear(); ++n; } } for (size_t i = 0; i < AMINO_ACID_COUNT; ++i) { scores[i * AMINO_ACID_COUNT + SUPER_HARD_MASK] = min_score; scores[(size_t)SUPER_HARD_MASK * AMINO_ACID_COUNT + i] = min_score; } return scores; } ScoreMatrix::ScoreMatrix(const string& matrix_file, int gap_open, int gap_extend, int stop_match_score, const Custom&, uint64_t db_letters) : score_array_(custom_scores(matrix_file, -gap_extend)), gap_open_(gap_open), gap_extend_(gap_extend), db_letters_((double)db_letters), scale_(1), name_("custom"), matrix8_(AMINO_ACID_COUNT, score_array_, stop_match_score), matrix32_(AMINO_ACID_COUNT, score_array_, stop_match_score), bias_((char)(-low_score())), matrix8u_(AMINO_ACID_COUNT, score_array_, stop_match_score, bias_), matrix8_low_(AMINO_ACID_COUNT, score_array_, stop_match_score, 0, 16), matrix8_high_(AMINO_ACID_COUNT, score_array_, stop_match_score, 0, 16, 16), matrix8u_low_(AMINO_ACID_COUNT, score_array_, stop_match_score, bias_, 16), matrix8u_high_(AMINO_ACID_COUNT, score_array_, stop_match_score, bias_, 16, 16), matrix16_(AMINO_ACID_COUNT, score_array_, stop_match_score) { const int N = TRUE_AA; long m[N][N]; long* p[N]; for (int i = 0; i < N; ++i) { for (int j = 0; j < N; ++j) m[i][j] = score_array_[i * AMINO_ACID_COUNT + j]; p[i] = m[i]; } array bg; copy(Stats::blosum62.background_freqs.data(), Stats::blosum62.background_freqs.data() + TRUE_AA, bg.begin()); try { evaluer.initGapped(N, p, bg.data(), bg.data(), gap_open_, gap_extend_, gap_open_, gap_extend_, false, 0.01, 0.05, 120.0, 1024.0, 1); } catch (...) { throw runtime_error("The ALP library failed to compute the statistical parameters for this matrix. It may help to adjust the gap penalty settings."); } ln_k_ = Math::log(evaluer.parameters().K); init_background_scores(); } template Scores::Scores(const double(&freq_ratios)[Stats::NCBI_ALPH][Stats::NCBI_ALPH], double lambda, const int8_t* scores, int scale) { const size_t n = value_traits.alphabet_size; for (size_t i = 0; i < 32; ++i) for (size_t j = 0; j < 32; ++j) { if (i < TRUE_AA && j < TRUE_AA) data[i * 32 + j] = (T)std::round(Math::log(freq_ratios[Stats::ALPH_TO_NCBI[i]][Stats::ALPH_TO_NCBI[j]]) / lambda * scale); else if (i < n && j < n) data[i * 32 + j] = (int)scores[i * n + j] * scale; else data[i * 32 + j] = SCHAR_MIN; } } template std::vector Scores::pointers() const { vector r(32); for (int i = 0; i < 32; ++i) r[i] = &data[i * 32]; return r; } template struct Scores; double ScoreMatrix::evalue(int raw_score, unsigned query_len, unsigned subject_len) const { const double e = evaluer.evalue((double)raw_score / scale_, query_len, subject_len); if (config.symmetrize_evalue && query_len < subject_len) return e * (double)db_letters_ / (double)query_len; return e * (double)db_letters_ / (double)subject_len; } double ScoreMatrix::evalue_norm(int raw_score, unsigned query_len, unsigned subject_len) const { return evaluer.evalue((double)raw_score / scale_, query_len, subject_len) * (double)1e9 / (double)subject_len; } double ScoreMatrix::bitscore_corrected(int raw_score, unsigned query_len, unsigned subject_len) const { //const double area = evaluer.area(raw_score, query_len, subject_len); const double log_area = evaluer.log_area(raw_score, query_len, subject_len); return (evaluer.parameters().lambda * raw_score - Math::log(evaluer.parameters().K) - log_area) / Math::log(2.0); } bool ScoreMatrix::report_cutoff(int score, double evalue) const { if (config.min_bit_score != 0) return bitscore(score) >= config.min_bit_score; else return evalue <= config.max_evalue; } void ScoreMatrix::init_background_scores() { for (size_t i = 0; i < 20; ++i) { background_scores_[i] = 0; for (size_t j = 0; j < 20; ++j) background_scores_[i] += Stats::blosum62.background_freqs[j] * (*this)(i, j); } } double ScoreMatrix::bitscore(double raw_score) const { const double s = std::round(raw_score / scale_); // maintain compatibility with BLAST return (lambda() * s - ln_k()) / LN_2; } bbuchfink-diamond-6dc5717/src/stats/score_matrix.h000066400000000000000000000142451523407312000222200ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "basic/value.h" #include "alp/sls_alignment_evaluer.hpp" #include "stats/standard_matrix.h" #include "util/math/math.h" const double LN_2 = 0.69314718055994530941723212145818; template struct Scores { Scores() {} Scores(int n, const int8_t* scores, int stop_match_score = 1, int8_t bias = 0, int modulo = 32, int offset = 0) { for (int i = 0; i < 32; ++i) for (int j = 0; j < 32; ++j) { const int j2 = j % modulo + offset; data[i * 32 + j] = i < n && j2 < n ? (T)(scores[i * n + j2] + (int)bias) : SCHAR_MIN; } if (stop_match_score != 1) data[24 * 32 + 24] = stop_match_score; } Scores(const double(&freq_ratios)[Stats::NCBI_ALPH][Stats::NCBI_ALPH], double lambda, const int8_t* scores, int scale); std::vector pointers() const; friend std::ostream& operator<<(std::ostream& s, const Scores& scores) { for (int i = 0; i < 20; ++i) { for (int j = 0; j < 20; ++j) s << scores.data[i * 32 + j] << '\t'; s << std::endl; } return s; } alignas(32) T data[32 * 32]; }; struct ScoreMatrix { struct Custom {}; ScoreMatrix() :ln_k_(0.0) {} ScoreMatrix(const std::string& matrix, int gap_open, int gap_extend, int frame_shift, int stop_match_score, uint64_t db_letters = 0, int scale = 1); ScoreMatrix(const std::string &matrix_file, int gap_open, int gap_extend, int stop_match_score, const Custom&, uint64_t db_letters = 0); friend std::ostream& operator<<(std::ostream& s, const ScoreMatrix&m); const int8_t* matrix8() const { return matrix8_.data; } const int8_t* matrix8_low() const { return matrix8_low_.data; } const int8_t* matrix8_high() const { return matrix8_high_.data; } const int8_t* matrix8u_low() const { return matrix8u_low_.data; } const int8_t* matrix8u_high() const { return matrix8u_high_.data; } const uint8_t* matrix8u() const { return matrix8u_.data; } const int16_t* matrix16() const { return matrix16_.data; } const int* matrix32() const { return matrix32_.data; } std::vector matrix32_scaled_pointers() const { return matrix32_scaled_.pointers(); } int operator()(Letter a, Letter b) const { return matrix32_.data[(int(a) << 5) + int(b)]; } int operator()(size_t a, size_t b) const { return matrix32_.data[(a << 5) + b]; } const int* row(Letter a) const { return &matrix32_.data[(int)a << 5]; } uint8_t biased_score(Letter a, Letter b) const { return matrix8u_.data[(int(a) << 5) + int(b)]; } char bias() const { return bias_; } double bitscore(double raw_score) const; double rawscore(double bitscore, double) const { return (bitscore*LN_2 + ln_k()) / lambda(); } int rawscore(double bitscore) const { return (int)ceil(rawscore(bitscore, double ())); } double evalue(int raw_score, unsigned query_len, unsigned subject_len) const; double evalue_norm(int raw_score, unsigned query_len, unsigned subject_len) const; double bitscore_corrected(int raw_score, unsigned query_len, unsigned subject_len) const; double evalue_norm(int raw_score, int query_len) const { return 1e9 * query_len * pow(2, -bitscore(raw_score * scale_)); } /*double bitscore(double evalue, unsigned query_len) const { return -log(evalue/db_letters_/query_len)/log(2); }*/ double bitscore_norm(double evalue, unsigned query_len) const { return -Math::log(evalue / 1e9 / query_len) / Math::log(2); } double lambda() const { return evaluer.parameters().lambda; } double k() const { return evaluer.parameters().K; } double ln_k() const { return ln_k_; } int8_t low_score() const; int8_t high_score() const; int gap_open() const { return gap_open_; } int gap_extend() const { return gap_extend_; } int frame_shift() const { return frame_shift_; } uint64_t db_letters() const { return (uint64_t)db_letters_; } void set_db_letters(uint64_t n) { db_letters_ = (double)n; } const double* joint_probs() const { return (const double*)standard_matrix_->joint_probs; } const double* background_freqs() const { return standard_matrix_->background_freqs.data(); } const float* joint_probs_f() const { return standard_matrix_->joint_probs_f.data(); } const float* background_freqs_f() const { return standard_matrix_->background_freqs_f.data(); } double ungapped_lambda() const { return standard_matrix_->ungapped_constants().Lambda; } double ideal_lambda() const { return ideal_lambda_; } const Stats::FreqRatios& freq_ratios() const { return standard_matrix_->freq_ratios; } const std::array& background_scores() const { return background_scores_; } std::string name() const { return name_; } double avg_id_score() const; bool report_cutoff(int score, double evalue) const; private: void init_background_scores(); const Stats::StandardMatrix* standard_matrix_; const int8_t* score_array_; int gap_open_, gap_extend_, frame_shift_; double db_letters_, ln_k_, scale_; std::string name_; Scores matrix8_; Scores matrix32_, matrix32_scaled_; int8_t bias_; double ideal_lambda_; Scores matrix8u_; Scores matrix8_low_; Scores matrix8_high_; Scores matrix8u_low_; Scores matrix8u_high_; Scores matrix16_; std::array background_scores_; Sls::AlignmentEvaluer evaluer; }; extern ScoreMatrix score_matrix; //extern ScoreMatrix blosum80; //extern ScoreMatrix pam70; //extern ScoreMatrix pam30; bbuchfink-diamond-6dc5717/src/stats/standard_matrix.h000066400000000000000000000037371523407312000227110ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "basic/value.h" namespace Stats { const double INT2_MAX = DBL_MAX; const size_t NCBI_ALPH = 28; constexpr size_t PADDED_AA = 24; using FreqRatios = double[NCBI_ALPH][NCBI_ALPH]; struct StandardMatrix { struct Parameters { double gap_exist; double gap_extend; double reserved; double Lambda; double K; double H; double alpha; double beta; double C; double alpha_v; double sigma; }; int default_gap_exist, default_gap_extend; std::vector parameters; std::array scores; double joint_probs[TRUE_AA][TRUE_AA]; std::array background_freqs; FreqRatios freq_ratios; mutable std::array joint_probs_f; mutable std::array background_freqs_f; void init_float_views() const; const Parameters& constants(int gap_exist, int gap_extend) const; const Parameters& ungapped_constants() const; static const StandardMatrix& get(const std::string& name); static const std::map matrices; }; extern const StandardMatrix blosum45, blosum50, blosum62, blosum80, blosum90, pam250, pam30, pam70; } bbuchfink-diamond-6dc5717/src/stats/stats.cpp000066400000000000000000000125751523407312000212160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "stats/score_matrix.h" #include "standard_matrix.h" #include "matrices/blosum45.h" #include "matrices/blosum50.h" #include "matrices/blosum62.h" #include "matrices/blosum80.h" #include "matrices/blosum90.h" #include "matrices/pam30.h" #include "matrices/pam70.h" #include "matrices/pam250.h" #include "basic/reduction.h" using std::string; using std::max; using std::min; using std::map; using std::runtime_error; const ValueTraits amino_acid_traits(AMINO_ACID_ALPHABET, 23, "UO-", SequenceType::amino_acid); const ValueTraits nucleotide_traits("ACGTN", 4, "MRWSYKVHDBX", SequenceType::nucleotide); ValueTraits value_traits(amino_acid_traits); ValueTraits input_value_traits(amino_acid_traits); Reduction Reduction::instance("A KR EDNQ C G H ILVM FYW P ST"); namespace Search { Reduction murphy10("A KR EDNQ C G H ILVM FYW P ST"); Reduction steinegger12("AST C DN EQ FY G H IV KR LM P W"); Reduction no_reduction("A S T C D N E Q F Y G H I V K R L M P W"); Reduction dna("A C G T"); } namespace Stats { const map StandardMatrix::matrices = { { "blosum45", blosum45 }, { "blosum62", blosum62 }, { "blosum50", blosum50 }, { "blosum80", blosum80 }, { "blosum90", blosum90 }, { "pam250", pam250 }, { "pam30", pam30 }, { "pam70", pam70 } }; void StandardMatrix::init_float_views() const { size_t i = 0; for (; i < TRUE_AA; ++i) { background_freqs_f[i] = (float)background_freqs[i]; size_t j = 0; for (; j < TRUE_AA; ++j) joint_probs_f[i * PADDED_AA + j] = (float)joint_probs[i][j]; for (; j < PADDED_AA; ++j) joint_probs_f[i * PADDED_AA + j] = 1.0f; } for (; i < PADDED_AA; ++i) background_freqs_f[i] = 1.0f; } // Populate the float views of every registered matrix once at static-init time. // Runs after the matrix globals and the matrices map are constructed (same TU, // declared above), and before main()/threads start, so no locking is needed. static const bool standard_matrix_float_views_initialized = [] { for (const auto& m : StandardMatrix::matrices) m.second.init_float_views(); return true; }(); const StandardMatrix& StandardMatrix::get(const string& name) { string n; std::transform(name.begin(), name.end(), std::back_inserter(n), [](unsigned char c) { return tolower(c); }); auto it = matrices.find(n); if (it == matrices.end()) throw std::runtime_error("Unknown scoring matrix: " + name); return it->second; } const StandardMatrix::Parameters& StandardMatrix::constants(int gap_exist, int gap_extend) const { const double g = gap_exist, e = gap_extend; for (const auto& i : parameters) if (i.gap_exist == g && i.gap_extend == e) return i; throw runtime_error("Gap penalty settings are outside the supported range for this scoring matrix."); } const StandardMatrix::Parameters& StandardMatrix::ungapped_constants() const { return parameters.front(); } /*double approx_id(int score, Loc range1, Loc range2) { static const std::array, 20> lookup = { { { 80.0, 1.555513051244674}, { 81.0, 1.572942897590095}, { 82.0, 1.58750168603496}, { 83.0, 1.6000124264834454}, { 84.0, 1.6161145696530383 }, { 85.0, 1.6372885235111332 }, { 86.0, 1.6580185244345147 }, { 87.0, 1.6790883718225538 }, { 88.0, 1.700225363839303 }, { 89.0, 1.7246740739439146 }, { 90.0, 1.7479513469270396 }, { 91.0, 1.7727672853690373 }, {92.0, 1.792468675471071}, {93.0, 1.8155660510729361}, {94.0, 1.8343271923898516}, {95.0, 1.8594309345637143}, {96.0,1.8803024476343855}, { 97.0,1.9063177406803247 }, { 98.0, 1.9286849708679306 }, {99.0, 1.9560011599829659} } }; const Loc m = max(range1, range2); if (m == 0) return 100.0; const double b = bit_score / m; for (auto i = lookup.rbegin(); i != lookup.rend(); ++i) if (b >= i->second) return i->first; return 0.0; }*/ double approx_id(Score raw_score, Loc range1, Loc range2) { const Loc m = max(range1, range2); if (m == 0) return 100.0; return min(max(std::fma((double)raw_score / m, 16.56, 11.41), 0.0), 100.0); } double approx_id(int score, Interval query_range, Interval target_range, const Sequence& query, const Sequence& target) { if (query.length() == 0 || target.length() == 0) throw runtime_error("Cannot compute approximate identity for empty sequences."); Score s = 0; if (query_range.length() < target_range.length()) { for (int i = query_range.begin_; i < query_range.end_; ++i) { const Letter l = query[i]; s += score_matrix(l, l); } return (double)score / s * 100.0; } else { for (int i = target_range.begin_; i < target_range.end_; ++i) { const Letter l = target[i]; s += score_matrix(l, l); } return (double)score / s * 100.0; } } } bbuchfink-diamond-6dc5717/src/stats/stats.h000066400000000000000000000031661523407312000206570ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "util/geo/interval.h" #include "basic/sequence.h" namespace Stats { bool matrix_adjust_scalar(const double* q, const double* P, const double* Q, double* x, double target_re); bool matrix_adjust_scalar(const float* q, const float* P, const float* Q, float* x, float target_re); // Float SIMD path: q, Q, and x use a 24-column padded stride. bool matrix_adjust(const float* q, const float* P, const float* Q, float* x, float target_re); double approx_id(Score raw_score, Loc range1, Loc range2); //double approx_id(int score, Interval query_range, Interval target_range, const Sequence& query, const Sequence& target); int Blast_OptimizeTargetFrequencies(double x[], int alphsize, int* iterations, const double q[], const double row_sums[], const double col_sums[], int constrain_rel_entropy, double relative_entropy, double tol, int maxits); } bbuchfink-diamond-6dc5717/src/test/000077500000000000000000000000001523407312000171635ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/test/1.faa000066400000000000000000000010561523407312000177760ustar00rootroot00000000000000>NP_001001178.1alias1 MLIKQHKQVWWQEQERLKGIRCKLESEIRSCLNEESIGSECFCELMNFEKELSEEWCAYL TAVIDPIQQLRTGLKRWYPTSQSAPCHEGSDATEVLEEVDFVKKQSKAAFERLHQEQWHL EEDLLDLSVKLLDHSSEEKPNLLSEQPMELVTLDCPYPDLKSSILNEFCNFTERYQEKLE DFDLQLEDIRSNFQLSAEEHWTYQAVLDQYPGNLLGRRALYLDMLQRYFPHKSRHHLVEH EKYCDQYHFAREQRRILIDNWSRSRKDFIQKAMLTLLEACAAHEMGSLLAKDRRRQQELC ADLKAKVSQWRAQQEELSRLEMEISARRREREEEKEKLWKKKELLRREETEIKIRKYWAM KQQKWQEMEKRDLRRLEELKKLMAEQSVKDRERVKYRQELLEKRLMERKKLALQEVQEEE ERERRLEALRKQVAVAVQSDPVRMMSETLAWKARTGSESEEEFILQKPLFTLTTYNEQQI ISDPRLRFELALREAGLHKTQYAKEMLPKIGPQKPPRKDTESTVFKVbbuchfink-diamond-6dc5717/src/test/2.faa000066400000000000000000000011451523407312000177760ustar00rootroot00000000000000>NP_620158.3 MCAASASPDNLVFHMKNEMRNIKYKPVDYQQLRALTEAKKLASASAKLKIRKAMLTSKLS KEQTLIKQHKQVWWQEYQRLNEVRCKMESEIKSLLNEENIGNECLCDLTNFEQELSEQQC TYLKNVINPIQQLRADLKYRQHHTLQHSHPHIEFNSMKVLEEVDFVKKQLKTVFERLRLE QQRIENDLSDWSIKILDHSLEEKTNPLSELPIELESLECPYPDLKSSILSEFYKFTQKYQ KKLQDFNLQLEDIYRNCQLSEEDHWIYQAILDQYPGDLFGRRTLYLDMLQRYFPHKSRHD LVEHEKYCDQYRFAIEQQNILISNWNKNKKDFIQKAVLTLTEACATHEMESMLAKDKKKQ QELCADLKAKVRQWRAHQEEVARLEMEISARRREKEEEKEKLWKKKELLQRAEKKKKIKK YWAKKKQKWQEMEMRDLQRLEELKKLIAEQSLKDRERVKYRQELLERRLMEKKEVALQEA HEDKERARRLEALRKQVAVVAQFDPVRMMSDTMASKARMGIEIEEEFILQKPLFTLNTYN EQQIISDPRLRFELALREAGLHRTLYAKEILPKISPQKPPRKDMESTVFKIbbuchfink-diamond-6dc5717/src/test/3.faa000066400000000000000000000010141523407312000177720ustar00rootroot00000000000000>NP_001001319.2 MSFKDPPTLQQLARRSLLKDEALTISALPNLPVQLFPPLFKDAFTSRQRKILSLMVATWP FPVLPVGALCGIDHLETLKAVLDGLDLLMSQKDRPSRWNLQVLDLRDAHQDFWDGWAGLL HEVCSQDVFGKNQPVGNHPIPGGKQTISIKMNLSLKYCRRHSHCENLNYLYYWAKQRKDV IQVIFEKLEFTGKHCLRLKLWRLLKLSFVASIQELTIKSIHWDIYNLALIASCLGQMKNL QKLILMNIRRPSSLTDLQEARIITEIFSEFSKLHKLQHLYVNDVYFLKERLDLMLRCFER PLETLTITYCKLSESDMRYLSQCPSIHQLKYLDMSYTTFKPSSHRFLGFLGSLLERLTAT LQTLKLECFHLTDSRIRDLLPGLSQCSQLTEVDFVENKFSMVSLKTLLQHTANLTQLTLE KYPAPDEVYDDSLCVIPDRFVQLCSELMNTLKGVRQPKQVYFESTIYSPNFEYLVYNLEG MVSSEPLRRRGRGMVIYISGbbuchfink-diamond-6dc5717/src/test/4.faa000066400000000000000000000003701523407312000177770ustar00rootroot00000000000000>XP_011540306.1 MKGGKAHQTCPFHNRTSVLTGLVITNDPVFNSLSAKRCFELQERCLQNPLENLELTCGNL LEEDLKCLSQFPSLGYLKHLNLSYVLLFRISLEPLGALLEKIAASLETLVLEGCQIHYSQ LSAILPGLSCCSQLTTFYFGSNCMSIDALKDLLRHTSGLSKLSLETYPAPEESLNSLVRV NWEIFTPLRAELMCTLREFRQPKRIFIGPTPCPSCGSSPSEELELHLCCbbuchfink-diamond-6dc5717/src/test/5.faa000066400000000000000000003100611523407312000200010ustar00rootroot00000000000000>d2dc3a_ eelseaerkavqamwarlyancedvgvailvrffvnfpsakqyfsqfkhmedplemerspqlrkhacrvmgalntvvenl hdpdkvssvlalvgkahalkhkvepvyfkilsgvilevvaeefasdfppetqrawaklrgliyshvtaaykevgwvqqvp nattppatlpss >d1x9fc_ hehccseedhrivqkqwdilwrdtesskikigfgrllltklakdipevndlfkrvdiehaegpkfsahalrilngldlai nllddppaldaaldhlahqhevregvqkahfkkfgeilatglpqvlddydalawksclkgiltkissrl >d3g46a_ psvydaaaqltadvkkdlrdswkvigsdkkgngvalmttlfadnqetigyfkrlgdvsqgmandklrghsitlmyalqnf idqldnpddlvcvvekfavnhitrkisaaefgkingpikkvlasknfgdkyanawaklvavvqaal >d1cg5b_ vklsedqehyikgvwkdvdhkqitakalervfvvypwttrlfsklqglfsandigvqqhadkvqralgeaiddlkkvein fqnlsgkhqeigvdtqnfkllgqtfmvelalhykktfrpkehaaaykffrlvaealssnyh >d1gcvb_ vhwtqeerdeisktfqgtdmktvvtqaldrmfkvypwtnryfqkrtdfrssihagivvgalqdavkhmddvktlfkdlsk khaddlhvdpgsfhlltdciivelaylrkdcftphiqgiwdkffevvidaiskqyh >d2zs0a_ vcnrleqilvktqwaqsygeaenraafsrdlfselfniqgssralfsgvgvddmnsaaftahclrvtgalnrlisqldqq atinadlahlagqhasrnldasnfaamgqavmsvvpthldcfnqhawgecyeriasgisg >d2cqka1 avstedlkeclkkqlefcfsrenlskdlylisqmdsdqfipiwtvanmeeikklttdpdlilevlrsspmvqvdekgekv rpshkrci >d1s29a1 mplssenkqklqkqvefyfsdvnvqrdiflkgkmaenaegfvsletlltfkrvnsvttdvkevveairpseklvlsedgl mvrrrdplp >d3bpva_ iplkgllsiilrshrvfigrelghlnltdaqvacllrihrepgikqdelatffhvdkgtiartlrrleesgfiereqdpe nrrryilevtrrgeeiiplilkveerwedllfrdftederklfrkmcrrlaeeavrm >d5eria1 iktldsnilrevgtlsravnsindikykelklqkgqftfltricenpginlvelsnmlkvdkatttkaiqklikagyvdk kqdkfdkrgynltptdkslevyeliieeenrsieicfdnftdeekqvvtkllekmsknvenewfkvk >d2jzya_ maatvctiadmtvdmvrrtvirsgkkihltgkeyvllelllqrtgevlprslisslvwnmnfdsdtnvidvavrrlrski dddfepklihtvrgagyvleiree >d4ixaa_ meqlefdglvlknlsktltinnieipmrikefellwylasregevisksellekvwgydyyedantvnvhihrireklek hdflpytittvwglgykfersr >d1hbka_ hmaqvfeecvsfinglprtinlpnelkldlykyykqstigncnikepsahkyidrkkyeawksvenlnredaqkryvdiv seifpywqd >d2cb8a_ sqaefekaaeevrhlktkpsdeemlfiyghykqatvgdinterpgmldftgkakwdawnelkgtskedamkayinkveel kkkygi >d1pfva1 vvnlasrnagfinkrfdgvlaseladpqlyktftdaaevigeawesrefgkavreimaladlanryvdeqapwvvakqeg rdadlqaicsmginlfrvlmtylkpvlpklteraeaflnteltwdgiqqpllghkvnpfkalynridmrqvealveaske ev >d4qrea2 landlgnlvnrtismvnkyfdgelpayqgplheldeemeamaletvksytesmeslqfsvalstvwkfisrtnkyidett pwvlakddsqkdmlgnvmahlveniryaavllrpflthapkeifeqlninnpqfmefssleqygvltesimvtgqpkpif p >d2d5ba1 laddlgnlvqrtramlfrfaegripepvageelaegtglagrlrplvrelkfhvaleeamayvkalnryinekkpwelfk kepeearavlyrvveglriasilltpampdkmaelrralglkeevrleeaerwglaeprpipeeapvlfpkk >d4nyxa_ kkifkpeelrqalmptlealyrqdpeslpfrqpvdpqllgipdyfdivknpmdlstikrkldtgqyqepwqyvddvwlmf nnawlynrktsrvykfcsklaevfeqeidpvmqslg >d3ljwa_ gsspaylkeileqlleaivvatnpsgrliselfqklpskvqypdyyaiikepidlktiaqriqngsyksihamakdidll aknaktynepgsqvfkdansikkifymkkaeiehhema >d3uv4a1 dddqvafsfildnivtqkmmavpdswpfhhpvnkkfvpdyykvivnpmdletirkniskhkyqsresflddvnlilansv kyngpesqytktaqeivnvcyqtlteydehltqlekdictake >d4nxja1 ydeieelksknevltnllnkliafdkkriflypvnvqlvpdylnvikepmdfttmkqklqnfkyksfqefekdvlliinn cytyndpstiyykfaedietyykklnikiqtkymnih >d1nkpe_ rahhnalerkrrdhikdsfhslrdsvpslqgekasraqildkateyiqymrrknhthqqdiddlkrqnalleqqvralgg c >d1an4a1 dekrraqhneverrrrdkinnwivqlskiipdssmestksgqskggilskasdyiqelrqsnhr >d1v2aa1 kdpkvrsvvnqrlffdigtlykriidvihlvmkkeqpsdeqmeklkgaldlleqfvterayaaadhltvadicllgtvta lnwlkhdlepfphirawlervraempdyeefskqvaddtlayvas >d2gsqa1 ldgktslekyrvdeitetlqdifndvvkikfapeaakeavqqnyeksckrlapflegllvsngggdgffvgnsmtladlh cyvalevplkhtpellkdcpkivalrkrvaecpkiaaylkkrpvrdf >d1yq1a2 agktpeeeawvdavhdlfkdflaefkkfaaerrsgksaeevekfrsefflparntyfnilnglleksnsgfligsditfa dlvvvdnlltlknyglfdeseftklaalrekvnsypgikeyiakrpv >d5b7ca2 gfhgrnnmemarvdfisdcfydilddymrmyfdgncrmmfqrsrdtssssekrmrfqetcrrilpfmertlemysggsqy fmgdqmtmadmmcycalenplmeepsmlssypklmalrnrvmnhskmssylqrrcrtef >d4q5fa2 agktpmeeaqvdsifdqfkdfmaelrpcfrvlagfeegdkekvlkevavpardkhlpllekflaksgseymvgksvtwad lvitdslasweslipdflsghlqlkkyiehvrelpnikkwiaerpktpy >d3ay8a2 kdlqkravvnqrlyfdsaslyvkiraicfpilflgeteikqslkddlnstlsflnqflektkwvaadhptiadtsiyasm ssilavgwdissfpniqrwikdclllpgapenedgartfgdavkknikq >d4ddja_ slpcdickdvvtaagdmlkdnateeeilvylektcdwlpkpnmsasckeivdsylpvildiikgemsrpgevcsalnlce >d3bqpa_ dggfcevckklvgyldrnleknstkqeilaalekgcsflpdpyqkqcdqfvaeyepvlieilvevmdpsfvclkigacps >d4gria2 dyhkldffnsyyirekkdedlfnlllpffqkkgyvskpstleenqklkllipliksrikklsdalnmtkffyedikswnl deflsrkktakevcsilelikpilegfekrsseendkifydfaesngfklgeillpiriaalgskvspplfdslkligks kvferiklaqeflrin >d3afha2 dyqklewvngkhmrridledlkrefiewakyagkeipsvderyfsetlricrekvntlsqlydimypfmnddyeyekdyv ekflkreeaervleeakkafkdlnswnmeeiektlrdlsekglaskkvvfqlirgavtgklvtpglfetievlgkertlk rlertlqflkk >d5vcca_ shglfkklgipgptplpflgnilsyhkgfcmfdmechkkygkvwgfydgqqpvlaitdpdmiktvlvkecysvftnrrpf gpvgfmksaisiaedeewkrlrsllsptftsgklkemvpiiaqygdvlvrnlrreaetgkpvtlkdvfgaysmdvitsts fgvnidslnnpqdpfventkkllrfdfldpfflsitvfpflipilevlnicvfprevtnflrksvkrmkesrledtqkhr vdflqlmidsqnsketeshkalsdlelvaqsiififagyettssvlsfimyelathpdvqqklqeeidavlpnkapptyd tvlqmeyldmvvnetlrlfpiamrlervckkdveingmfipkgvvvmipsyalhrdpkywtepekflperfskknkdnid pyiytpfgsgprncigmrfalmnmklalirvlqnfsfkpcketqiplklslggllqpekpvvlkvesr >d3oo3a_ lplphqrlrldpvpefeelqkagplheydtepgmdgrkqwlvtghdevrailadherfssmrpvddeadrallpgilqay dppdhtrlrrtvapaysarrmerlrprieeiveeclddfesvgapvdfvrhaawpipayiaceflgvprddqaelsrmir esresrlprqrtlsglgivnytkrltsgkrrdpgdgmigvivrehgaeisdeelaglaegnlimaaeqmaaqlavavlll vthpdqmallrekpelidsateevlrhasiveapaprvaladvrmagrdihagdvltcsmlatnrapgdrfditrekath mafghgihhcigaplarlqlrvalpavvgrfpslrlavpeedlrfkpgrpapfaveelplew >d4uyma1 ktppvvfhwfpfigstisygidpykfffdcrakygdiftfillgkkttvylgtkgndfilngklrdvcaeevysplttpv fgrhvvydcpnaklmeqkkfvkygltsdalrsyvplitdevesfvknspafqghkgvfdvcktiaeitiytasrslqgke vrskfdstfaelyhnldmgfapinfmlpwaplphnrkrdaaqrkltetymeiikarrqagskkdsedmvwnlmscvykng tpvpdeeiahmmiallmagqhsssstaswivlrlatrpdimeelyqeqirvlgsdlppltydnlqkldlhakviketlrl hapihsiiravknpmavdgtsyviptshnvlsspgvtarseehfpnplewnphrwdeniaasaeddekvdygyglvskgt nspylpfgagrhrcigeqfaylqlgtitavlvrlfrfrnlpgvdgipdtdysslfskplgrsfvefekr >d4yt3a_ viavkeitrfktrteefspyawckrmlendpvsyhegtdtwnvfkyedvkrvlsdykhfssvrkrttisvgtdseegsvp ekiqitesdppdhrkrrsllaaaftprslqnwepriqeiadeligqmdggteidivaslasplpiivmadlmgvpskdrl lfkkwvdtlflpfdrekqeevdklkqvaakeyyqylypivvqkrlnpaddiisdllksevdgemftddevvrttmlilga gvettshllansfysllyddkevyqelhenldlvpqaveemlrfrfnlikldrtvkedndllgvelkegdsvvvwmsaan mdeemfedpftlnihrpnnkkhltfgngphfclgaplarleakialtaflkkfkhieavpsfqleenltdsatgqtltsl plkasrm >d4rm4a_ dayhpfpwyesmrkdapvsfdeenqvwsvflyddvkkvvgdkelfsscmpqqtssignsiinmdppkhtkirsvvnkaft prvmkqwepriqeitdeliqkfqgrsefdlvhdfsyplpvivisellgvpsahmeqfkawsdllvstpkdkseeaekafl eerdkceeelaaffagiieekrnkpeqdiisilveaeetgeklsgeelipfctlllvagnetttnlisnamysiletpgv yeelrshpelmpqaveealrfrapapvlrriakrdteigghlikegdmvlafvasanrdeakfdrphmfdirrhpnphia fghgihfclgaplarleanialtslisafphmecvsitpiensviyglksfrvkm >d3buja1 tafdptdadvrrdpypsyhwllrhdpvhrgahrvwyvsrfadvravlgderfartgirrfwtdlvgpgllaeivgdiilf qdepdhgrlrgvvgpafspsalrrlepviagtvddllrpalargamdvvdelayplalravlgllglpaadwgavgrwsr dvgrtldrgasaedmrrghaaiaefadyveralarrrreggedllalmldahdrglmsrneivstvvtfiftghetvasq vgnavlsllahpdqldllrrrpdllaqaveeclrydpsvqsntrqldvdvelrgrrlrrddvvvvlagaanrdprrydrp ddfdierdpvpsmsfgagmryclgsylartqlraavaalarlpglrlgcasdalayqprtmfrglaslpiaftpgg >d2xkra_ apdvdladgnfyasrearaayrwmranqpvfrdrnglaaastyqavidaerqpelfsnaggirpdqpalpmmidmddpah llrrklvnagftrkrvkdkeasiaalcdtlidavcergecdfvrdlaaplpmavigdmlgvrpeqrdmflrwsddlvtfl sshvsqedfqitmdafaayndftratiaarradptddlvsvlvssevdgerlsddelvmetlliliggdettrhtlsggt eqllrnrdqwdllqrdpsllpgaieemlrwtapvknmcrvltadtefhgtalcagekmmllfesanfdeavfcepekfdv qrnpnshlafgfgthfclgnqlarlelslmtervlrrlpdlrlvaddsvlplrpanfvsglesmpvvftpspplg >d5tl8a1 pprvpnlipyvgsfvsfaknpvqfiidnskkygdvftatilgkemtflnhpkildtffkatdnelslrdvyrfmrpvfgt gvvydadstermmeqvkfvssglttarfrvfvdifedeiahkvkelgpegtvdvaelmadliiftasrcllgdevrqyls eknlgklyhdiddgisplsffypslpapkrdkarkavgeifqelldkrreehkkhperlldeskmdvvdhlltqkykdgq eltdvhrigiliaglfagqhtssitsswtlmnvisnkkvlekvrkeqeeimgsdkvldydkvmkmdyleacmkealrmyp plimimrmarkpreceqyiipkgnilvvspsvagrctdtytnpdvfdperlterkehekfkygavpfgagrhkcigenfa llqvksiisillryfdmeyigkipdpsytslvvgpspptrmryklrkq >d4j6ca_ cphsdtltidpmitdlagetsrlraagpltridllgvpalavtghtlarqlltdtrlvkdinawslwqsgtvtrqwplig midvdrsmftvdgpehrrlrikttqaltrrrldalkptieryvaellddleragadgavvdlksvfayplpmrvisalmg vpsedqeqlltwykaffsiltpqderlrvidemhgyftemvrrktaepgddltsaliyatdgetplteeevignlqalva aghettvsliltavrallshpeqlrlvrdgeigwetaieetlrwdgpvihllmrfatedidlgdaviprgegvvmsyrai grditvhgadaddfditrataarhisfghgphicpgaalarleaaialpalftrfphlhpalpldqipnlpvltqndlsh fpihlgr >d4ep6a_ aasidrelvpwsdpefrnnpypwyrrlqqdhpvhkledgtylvsryadvshfaklpimsvepgwadagpwavasdtalgs dpphhtvlrrqtnkwftpklvdgwvrttrelvgdlldgveagqviearrdlavvpthvtmarvlqlpeddadavmeamfe amlmqsaepadgdvdraavafgylsarvaemledkrvnpgdgladslldaarageiteseaiatilvfyavghmaigyli asgielfarrpevftafrndesaraaiinemvrmdppqlsflrfptedveiggvlieagspirfmigaanrdpevfddpd vfdhtrppaasrnlsfglgphscagqiisraeattvfavlaeryerielaeeptvahndfarryrklpivls >d5hiwa1 mlprknlfsftskdpsafgihlaaaarehsvyfdeglgvpvvlrgadvvavlrdsetfstrtydtgimkgalvtlggeah trmrrlfnavlsprvisryeeatvtpvarrvverlvrkeraelfddfaismpmgvtsalfglpeeriaendalirkmirs vvmpqdpvvvaegrsahaameaqlreiaerevahpsdtllgeiaraivaeglggveacegvvltlilgsyettswmlanl lvallahpdamnqlrqqpsllpqaieestrwcssaagivrfvereatiggetlaagtilylsliarhydeeiyprpetfd ihrrpvgmlnfggglhycvgaplarmearvgvslllerfpalradptvqptfstaprgaaafgpdqipallv >d3rwla_ qsaaatmpldsidvsipelfyndsvgeyfkrlrkddpvhycadsafgpywsitkyndimhvdtnhdifssdagyggiiid dgiqkggdggldlpnfiamdrprhdeqrkavspivapanlaalegtirervsktldglpvgeefdwvdrvsieittqmla tlfdfpfeerrkltrwsdvttaapgggvveswdqrktellecaayfqvlwnervnkdpgndlismlahspatrnmtpeey lgnvlllivggndttrnsmtggvlalhknpdqfaklkanpalvetmvpeiirwqtplahmrrtaiadselggktirkgdk vvmwyysgnrddevidrpeefiidrprprqhlsfgfgihrcvgnrlaemqlrilweeiltrfsrievmaepervrsnfvr gyakmmvrvha >d1f7ca_ aqldsigfsiikkcihavetrgineqglyrivgvnsrvqkllsilmdpktateteteicaeweiktitsalktylrmlpg plmmyqfqrsfikaaklenqesrvseihslvhrlpeknrqmlhllmnhlakvadnhkqnlmtvanlgvvfgptllrpqee tvaaimdikfqnivieilienhekifntvpe >d5c5sa1 pgvepghfgvcvdsltsdkasvpivlekllehvemhglyteglyrksgaanrtrelrqalqtdpaavklenfpihaitgv lkqwlrelpeplmtfaqygdflravelpekqeqlaaiyavlehlpeanhnslerlifhlvkvalledvnrmspgalaiif apcllrcpdnsdpltsmkdvlkittcvemlikeqmrkykvkmeeisqle >d5irca1 wesnyfgvplttvvtpekpipifiercieyieatglstegiyrvsgnksemeslqrqfdqdhnldlaekdftvntvagam ksffselpdplvpysmqidlveahkindreqklhalkevlkkfpkenhevfkyvishlnrvshnnkvnlmtsenlsicfw ptlmrpdfssmdaltatrsyqtiielfiqqcpfffynr >d1g2na_ aavqelsierllemeslvadpseefqflrvgpdsnvppkfrapvsslcqignkqiaalvvwardiphfsqlemedqilli kgswnelllfaiawrsmeflteerdgvdgtgnrttsppqlmclmpgmtlhrnsalqagvgqifdrvlselslkmrtlrvd qaeyvalkaiillnpdvkglknrqevevlrekmflcldeycrrsrsseegrfaalllrlpalrsislksfehlfffhlva dtsiagyirdalrnha >d4pf3a_ tpspvmvleniepeivyagydsskpdtaenllstlnrlagkqmiqvvkwakvlpgfknlpledqitliqyswmsllsfal swrsykhtnsqflyfapdlvfneekmhqsamyelcqgmhqislqfvrlqltfeeytimkvllllstipkdglksqaafee mrtnyikelrkmvtkcpnnsgqswqrfyqltklldsmhdlvsdllefcfytfreshalkvefpamlveiisdqlpkvesg nvkplyfhr >d2e2ra_ kpynkivshllvaepekiyampdptvpdsdikalttlcdladrelvviigwakhipgfstlsladqmsllqsawmeilil gvvyrslsfedelvyaddyimdedqsklaglldlnnailqlvkkyksmklekeefvtlkaialansdsmhiedveavqkl qdvlhealqdyeagqhmedprragkmlmtlpllrqtstkavqhfyniklegkvpmhklflemleakvc >d2xhsa1 plrvspmirefvqsiddrewqtqlfallqkqtynqvevdlfelmckvldqnlfsqvdwarntvffkdlkvddqmkllqhs wsdmlvldhlhhrihnglpdetqlnngqvfnlmslgllgvpqlgdyfnelqnklqdlkfdmgdyvcmkflillnpsvrgi vnrktvseghdnvqaalldytltcypsvndkfrglvnilpeihamavrgedhlytkhcagsaptqtllmemlhakrk >d3g08a2 qekpvawlssvpssahghrqlvchvsgfypkpvwvmwmrgdqeqqgthrgdflpnadetwylqatldveageeaglacrv khsslggqdiilyw >d1ie5a1 kdiqvivnvppsvrarqstmnatanlsqsvtlacdadgfpeptmtwtkdgepieqedneekysfnydgseliikkvdksd eaeyiciaenkageqdatihlkvfak >d1fhga_ aeekphvkpyftktildmevvegsaarfdckvegypdpevmwfkddnpvkesrhfqidydeegncsltisevcgdddaky tckavnslgeatctaellvetm >d3p73a2 rrvqpevrvwgkeadgiltlschahgfyprpitiswmkdgmvrdqetrwggivpnsdgtyhasaaidvlpedgdkywcrv ehaslpqpglfswepq >d3puca1 pisskpvivtglqdttvssdsvakfavkatgeprptaiwtkdgkaitqggkyklsedkggffleihktdtsdsglytctv knsagsvsssckltika >d2xy1a1 paismpqksfnataergeemtfscrasgspepaiswfrngklieenekyilkgsnteltvrniinsdggpyvcratnkag edekqaflqvfv >d2xy1a2 qphiiqlknettyengqvtlvcdaegepipeitwkravdgftftegdksldgrievkgqhgssslhikdvklsdsgrydc eaasrigghqksmyldie >d2rika1 amappffdlkpvsvdlalgesgtfkchvtgtapikitwakdnreirpggnykmtlventatltvlkvtkgdagqytcyas nvagkdscsaqlgvq >d1x5aa1 aeslsglslklvkkeprqleltwagsrprnpggnlsyelhvlnqdeewhqmvleprvlltklqpdttyivrvrtltplgp gpfspdhefrtspp >d1fnfa2 vppptdlrftnigpdtmrvtwapppsidltnflvryspvkneedvaelsispsdnavvltnllpgteyvvsvssvyeqhe stplrgrqktg >d4lpva1 mlpapknlvvsevtedslrlswtapdaafdsfmiqyqesekvgeainltvpgsersydltglkpgteytvsiygvlvvhk ltfplsaeftt >d2edya1 psgfpqnlhvtglttsttelawdppvlaerngriisytvvfrdinsqqelqnittdtrftltglkpdttydikvrawtsk gsgplspsiqsrtmpv >d1tjxa1 eklgdicfslryvptagkltvvileaknlkkmdvgglsdpyvkihlmqngkrlkkkkttikkntlnpyynesfsfevpfe qiqkvqvvvtvldydkigkndaigkvfvgynstgaelrhwsdmlanprrpiaqwhtlqveeevdamlav >d2b3ra1 gavklsvsyrngtlfimvmhikdlvtedgadpnpyvktyllpdthktskrktkisrktrnptfnemlvysgysketlrqr elqlsvlsaeslrenfflggitlplkdfnlsketvkwyqlta >d1ckaa_ aeyvralfdfngndeedlpfkkgdilrirdkpeeqwwnaedsegkrgmipvpyveky >d1u5sa1 qgsrvlhvvqtlypfssvteeelnfekgetmeviekpendpewwkcknargqvglvpknyvvvlsdgpalh >d4j9fa_ mendpnlfvalydfvasgdntlsitkgeklrvlgynhngewceaqtkngqgwvpsnyitpvn >d2dnua1 eekyvtvqpytsqskdeigfekgvtvevirknlegwwyirylgkegwapasylkkakd >d2ct4a1 ghcvaiyhfegssegtismaegedlslmeedkgdgwtrvrrkeggegyvptsylrvt >d2egca1 nlkdvyvsiadyegdeetagfqegvsmevlernpngwwycqildgvkpfkgwvpsnylekkn >d1v6ba1 mfspeqiagkdvrllrikkegsldlaleggvdspvgkvvvsavyeggaaerhggvvkgdeimaingkivtdytlaeaeaa lqkawnqggdwidlvvavcppkeyddeltff >d1um1a1 yvftvelergpsglgmglidgmhthlgapglyiqtllpgspaaadgrlslgdrilevngssllglgylravdlirhggkk mrflvaksdvetakkih >d1uf1a1 gdrrstlhllqggdekkvnlvlgdgrslgltirggaeyglgiyitgvdpgseaegsglkvgdqilevngrsflnilhdea vrllkssrhliltvkdvgrlpharttvdetkwiass >d1ueqa1 lftrdasqlkgtflsttlkksnmgfgftiiggdepdeflqvksvipdgpaaqdgkmetgdvivyinevcvlghthadvvk lfqsvpigqsvnlvlcrgyplpfdpedpans >d1x6da1 atlkqldgihvtilhkeegaglgfslaggadlenkvitvhrvfpnglasqegtiqkgnevlsingkslkgtthhdalail rqareprqavivtrkltpeampdlns >d3sfja_ tavvqrveihklrqgenlilgfsigggidqdpsqnpfsedktdkgiyvtrvseggpaeiaglqigdkimqvngwdmtmvt hdqarkrltkrseevvrllvtrq >d2q9va1 eqdiflwrketgfgfrilggnepgepiyighivplgaadtdgrlrsgdelisvdgtpvigkshqlvvqlmqqaakqghvn ltvr >d2koha1 dgtrefltfevplndsgsaglgvsvkgnrskenhadlgifvksiinggaaskdgrlrvndqliavngesllgkanqeame tlrrsmstegnkrgmiqlivarrisrcne >d1rg8a1 fnlppgnykkpkllycsngghflrilpdgtvdgtrdrsdqhiqlqlsaesvgevyikstetgqylamdtdgllygsqtpn eeclflerleenhyntyiskkhaeknwfvglkkngsckrgprthygqkailflplpv >d1q1ua_ pqlkgivtrlfsqqgyflqmhpdgtidgtkdensdytlfnlipvglrvvaiqgvkaslyvamngegylyssdvftpeckf kesvfenyyviysstlyrqqesgrawflglnkegqimkgnrvkktkpsshfvpkpiev >d1autc_ lidgkmtrrgdspwqvvlldskkklacgavlihpswvltaahcmdeskkllvrlgeydlrrwekweldldikevfvhpny sksttdndiallhlaqpatlsqtivpiclpdsglaerelnqagqetlvtgwgyhssrekeakrnrtfvlnfikipvvphn ecsevmsnmvsenmlcagilgdrqdacegdsggpmvasfhgtwflvglvswgegcgllhnygvytkvsryldwihghird >d1ij7a_ viggtnaspgefpwqlsqqrqsgswshscgasllsstsalsashcvdgvlpnnirviaglwqqsdtsgtqtanvdsytmh enygagtasysndiailhlatsislggniqaavlpannnndyagttcvisgwgrtdgtnnlpdilqkssipvittaqcta amvgvgganiwdnhicvqdpagntgacngdsggplncpdggtrvvgvtswvvssglgaclpdypsvytrvsaylgwigdn s >d1yc0a_ acgrrhkkrtflrpriiggssslpgshpwlaaiyigdsfcagslvhtcwvvsaahcfshspprdsvsvvlgqhffnrttd vtqtfgiekyipytlysvfnpsdhdlvlirlkkkgdrcatrsqfvqpiclpepgstfpaghkcqiagwghldenvsgyss slrealvplvadhkcsspevygadispnmlcagyfdcksdacqgdsggplacekngvaylygiiswgdgcgrlhkpgvyt rvanyvdwindrir >d4dgja_ ivggsdakegawpwvvglyyddrllcgaslvssdwlvsaahcvygrnlepskwtailglhmksnltspqtvprlideivi nphynrrrkdndiammhlefkvnytdyiqpislpeenqvfppgrncsiagwgtvvyqgttadilqeadvpllsnercqqq mpeynitenmicagyeeggidscqgdsggplmcqennrwflagvtsfgyecalpnrpgvyarvsrftewiqsflh >d2oq5a_ ivggteveegewpwqaslqwdgshrcgatlinatwlvsaahcfttyknparwtasfgvtikpskmkrglrriivhekykh pshdydislaelsspvpytnavhrvclpdasyefqpgdvmfvtgfgalkndgysqnhlrqaqvtlidattcnepqaynda itprmlcagslegktdacqgdsggplvssdardiwylagivswgdecakpnkpgvytrvtalrdwitsktgi >d1ym0a_ ivggiearpyefpwqvsvrrkssdshfcggsiindrwvvcaahcmqgeapalvslvvgehdssaastvrqthdvdsifvn enydpatlendvsviktavaitfdinvgpicapdpandyvyrksqcsgwgtinsggvccpavlryvtlnittnafcdavy tsdtiyddmicatdntgmtdrdscqgdsggplsvkdgsgifslvgivswgigcasgypgvysrvgfhagwitdtitnn >d3fsna_ sqvehpaggykklfetveelsspltahvtgriplwltgsllrcgpglfevgsepfyhlfdgqallhkfdfkeghvtyhrr firtdayvramtekrivitefgtcafpdpcknifsrffsyfrgvevtdnalvniypvgedyyactetnfitkvnpetlet ikqvdlcnyvsvngatahphiendgtvynigncfgknfsiaynivkipplqadkedpiskseivvqfpcsdrfkpsyvhs fgltpnyivfvetpvkinlfkflsswslwganymdcfesnetmgvwlhiadkkrkkyinnkyrtspfnlfhhintyedhe flivdlccwkgfefvynylylanlrenweevkknarkapqpevrryvlplnidkadtgknlvtlpnttatailcsdetiw lepevlfsgprqafefpqinyqkyggkpytyayglglnhfvpdrlcklnvktketwvwqepdsypsepifvshpdaleed dgvvlsvvvspgagqkpayllilnakdlsevaraeveinipvtfhglfkks >d4ou9a_ psqrsyspqdwlrgyqsqpqewdywvedvegsippdlqgtlyrngpglleigdrplkhpfdgdgmvtafkfpgdgrvhfq skfvrtqgyveeqkagkmiyrgvfgsqpaggwlktifdlrlkniantnitywgdrllalweggqphrlepsnlatigldd lggilaegqplsahpridpastfdggqpcyvtfsiksslsstltlleldpqgkllrqktetfpgfafihdfaitphyaif lqnnvtlnglpylfglrgagecvqfhpdkpaqiilvprdggeikripvqagfvfhhanafeengkiildsicynslpqvd tdgdfrstnfdnldpgqlwrftidpaaatvekqlmvsrccefpvvhpqqvgrpyryvymgaahhstgnaplqailkvdle sgtetlrsfaphgfagepifvprpggvaeddgwllcliykadlhrselvildaqditapaiatlklkhhipyplhgswaq t >d1ezga_ qctggadctsctgactgcgncpnavtctnsqhcvkantctgstdcntaqtctnskdcfeantctdstncykatactnssg cp >d1oiha_ leldvhpvagrigaeirgvklspdldaatveaiqaalvrhkviffrgqthlddqsqegfakllgepvahptvpvvdgtry llqldgaqgqranswhtdvtfveaypkasilrsvvapasggdtvwantaaayqelpeplreladklwavhsneydyaslk pdidpaklerhrkvftstvyetehpvvrvhpisgeralqlghfvkrikgysladsqhlfavlqghvtrlentvrwrweag dvaiwdnratqhyavddygtqprivrrvtlagevpvgvdgqlsrttrk >d3pvja_ ltitplspalgaqisgvdisrdisaeerdaieqallqhqvlflrdqpinpeqqarfaarfgdlhihpiypnvpdtpqvlv ldtavtdvrdnavwhtdvtflptpalgavlsakqlpayggdtlwasgiaafealsaplremldgltathdftksfplerf gttpqdlarweatrrnnpplshpvvrthpvsgrkalfvnegfttrinelselesdallrllfahatrpefsirwrwqend vafwdnrvtqhfavddyrpnrrvmhratilgdapf >d1f7da_ miiegdgildkrsedagydllaakeihllpgevkviptgvklmlpkgywgliigkssigskgldvlggvidegyrgeigv iminvsrksitlmerqkiaqliilpckhevleqgkvvm >d1sixa1 msttlaivrldpglplpsrahdgdagvdlysaedvelapgrralvrtgvavavpfgmvglvhprsglatrvglsivnspg tidagyrgeikvalinldpaapivvhrgdriaqllvqrvelvelvevssfdeaglastsrgdgg >d1ml9a_ qlpisivnreddaflnpnfrfidhsiigknvpvadqsfrvgcscasdeecmystcqcldemapdsdeeadpytrkkrfay ysqgakkgllrdrvlqsqepiyechqgcacskdcpnrvvergrtvplqifrtkdrgwgvkcpvnikrgqfvdrylgeiit seeadrrraestiarrkdvylfaldkfsdpdsldpllagqplevdgeymsgptrfinhscdpnmaifarvgdhadkhihd lalfaikdipkgteltfdyvngltglesdahdpskisemtkclc >d3hnaa1 nsqvwsalqmskalqdsapdrpspverivsrdiargyeripipcvnavdsepcpsnykyvsqncvtspmnidrnithlqy cvciddcsssncmcgqlsmrcwydkdgrllpefnmaepplifecnhacscwrncrnrvvqnglrarlqlyrtrdmgwgvr slqdippgtfvceyvgelisdseadvreedsylfdldnkdgevycidarfygnvsrfinhhcepnlvpvrvfmahqdlrf priaffstrlieageqlgfdygerfwdikgklfscrcgspkcrhs >d2l2fa_ mgnfhessnniwledghilhaecgngegdyvestldldyyignddgsfswggenfsgsasnitldiegddnipvlraeln pmdgdpveanvnlserigndcgtlifla >d2jzka_ msyadssrnavltnggrtlraecrnadgnwvtseldldtcignpngflgwgmqnfshssedikleeggrkltcrpktvdg gfrerqgidlnriqnvngrlvfq >g1qqp.1 sgntgsiinnyymqqyqnsmdtqlgndaisggsnegstdttsthttntqnndwfsklassafsglfgallaXdkkteett lledrilttrnghttsttqssvgvtygyataedfvsgpntsgletrvvqaerffkthlfdwvtsdsfgrchllelptdhk gvygsltdsyaymrngwdvevtavgnqfnggcllvamvpelcsiqkrelyqltlfphqfinprtnmtahitvpfvgvnry dqykvhkpwtlvvmvvapltvntegapqikvyaniaptnvhvagefpske >g1aym.1 gaqvsrqnvgthstqnmvsngsslnyfninyfkdaassgasrldXsdriiqitrgdstitsqdvanavvgygvwphyltp qdataidkptqpdtssnrfytldskmwnstskgwwwklpdalkdmgifgenmfyhflgrsgytvhvqcnaskfhqgtllv vmipehqlatvnkgnvnagykythpgeagrevgtqvenekqpsddnwlnfdgtllgnllifphqfinlrsnnsatlivpy vnavpmdsmvrhnnwslviipvcqlqsnnisnivpitvsispmcaefsgaraktvvq >d4igha_ derfyaehlmptlqglldpesahrlavrftslgllprarfqdsdmlevrvlghkfrnpvgiaagfdkhgeavdglykmgf gfveigsvtpkpqegnprprvfrlpedqavinrygfnshglsvvehrlrarqqkqakltedglplgvnlgknktsvdaae dyaegvrvlgpladylvvnvsspntaglrslqgkaelrrlltkvlqerdglrrvhrpavlvkiapdltsqdkediasvvk elgidglivtnttvsrpaglqgalrsetgglsgkplrdlstqtiremyaltqgrvpiigvggvssgqdalekiragaslv qlytaltfwgppvvgkvkreleallkeqgfggvtdaigadhrr >d6b8sa1 yplvkkylfsldaedahekvckilrtlskssflcslihsqwgyknpkleneilglnfpnplglaagfdknasmlraliaf gfgyleagtltneaqvgnerprlfrhieeeslqnamgfnnygavlgarsfnrfapyktpiginlgknkhieqahaledyk avlnqclnigdyytfnlsspntpnlrdlqnkafvnelfcmakemthkplflkiapdleiddmleivnsaieagahgiiat nttidkslvfapkemgglsgkcltkksrevfkelakaffnksvlvsvggisdakeayerikmgasllqiysafiyngpnl cqnilkdlvkllqkdgflsvkeaiga >d2ebna_ ttkaniklfsftevndtnplnnlnftlknsgkplvdmvvlfsaninydaandkvfvsnnpnvqhlltnrakylkplqdkg ikvilsilgnhdrsgianlstarakafaqelkntcdlynldgvffddeysayqtpppsgfvtpsnnaaarlayetkqamp nklvtvyvysrtssfptavdgvnagsyvdyaihdyggsydlatnypglaksgmvmssqefnqgryataqalrnivtkgyg ghmifamdpnrsnftsgqlpalkliakelygdelvysntpyskdw >d1edta_ kqgptsvayvevnnnsmlnvgkytladgggnafdvavifaaninydtgtktaylhfnenvqrvldnavtqirplqqqgik vllsvlgnhqgagfanfpsqqaasafakqlsdavakygldgvdfddeyaeygnngtaqpndssfvhlvtalranmpdkii slynigpaasrlsyggvdvsdkfdyawnpyygtwqvpgialpkaqlspaaveigrtsrstvadlarrtvdegygvyltyn ldggdrtadvsaftrelygseavrt >d4aqla2 pglvdthihasqysfagssidlpllewltkytfpaehrfqnidfaeevytrvvrrtlkngtttacyfatihtdsslllad itdkfgqrafvgkvcmdlndtfpeyketteesiketerfvsemlqknysrvkpivtprfslscsetlmgelgniaktrdl hiqshisenrdeveavknlypsyknytsvydknnlltnktvmahgcylsaeelnvfhergasiahcpnsnlslssgflnv levlkhevkiglgtdvaggysysmldairravmvsnillinkvneksltlkevfrlatlggsqalgldgeign >d2paja2 pawvnthhhlfqsllkgepagldatltpwlaatpyrfralfderrfrlaariglielarsgcatvadhnyvyypgmpfds sailfeeaeklglrfvllrggatqtrqleadlptalrpetldayvadierlaaryhdaspramrrvvmapttvlysispr emretaavarrlglrmhshlsetvgyqdsaysmygkspvafcgehdwlgsdvwyahlvkvdadeiallaqtgtgvahcpq sngrlgsgicpvremadagvpvsigvdgaasneaadmisevhmtwlaqrarlgmlaqpayrggsfeggagaasiaevihw gtaggarvmgldevgk >d2vhla2 gmidihihggygadtmdasfstldimssrlpeegttsflattitqehgnisqalvnarewkaaeessllgaellgihleg pfvspkragaqpkewirpsdvelfkkwqqeagglikivtlapeedqhfelirhlkdesiiasmghtdadsallsdaakag ashmthlynamspfhhrepgvigtalahdgfvteliadgihshplaaklaflakgssklilitdsmrakglkdgvyefgg qsvtvrgrtallsdgtlagsilkmnegarhmreftncswtdianitsenaakqlgifdrkg >d1o12a2 gfvdphihgvvgadtmncdfsemeeflysqgvttflattvstslekmkeilrkardyilenpstsllgvhlegpyiskek kgahsekhirppserelseidspakmltfapeiesselllrlvkrdivlsaghsiatfeefmkfykegvkrithfpnglk plhhreigitgaglllddvklelicdgvhlsremvklvykvkkangivlvtdsisaaglkdgtttlgdlvvkvkdgvprl edgtlagstlffsqavknfrkftgcsitelakvssynscvelglddrg >d4hcha2 yrdkvlaygsimcgdelegglatpedygrfaetlvkrgykgiklhtwmppvswapdvkmdlkacaavreavgpdirlmid afhwysrtdalalgrgleklgfdwieepmdeqslssykwlsdnldipvvgpesaagkhwhraewikagacdilrtgvndv ggitpalktmhlaeafgmecevhgntamnlhvvaatkncrwyergllhpfleyddghdylkslsdpmdrdgfvhvpdrpg lgedidftfidnnrvr >d4hpna2 rwresvrayatgsfkrdnvdrvsdnasemaerraegfhackikigfgveedlrviaavreaigpdmrlmidanhgytvte aitlgdraagfgidwfeepvvpeqldayarvragqpipvaggetwhgrygmwqalsagavdilqpdlcgcggfseiqkia tlatlhgvrivphvwgtgvqiaaalqfmaamtpdpvrvnpiepimefdrthnpfrqavlrepleavngvvtipdgpglgi einrdaltefrmpdp >d4kema2 vaddgvwvyaaggyyypgkdvkalqdemrsyrdrgyrvvkmkiggaplaedlrridavlevvgsgdnlcvdangrfdidt aiaygealkpyglfwyeeagdpldyalqaelakhydrpmatgenlfshqdarnlirhggmrpdrdwlqfdcalsyglvey lrtldmlkengwssrrvvphgghqmslniaaglhlggnesypdvfkpfcgfadgiavedgrvrlpdlpgvgfeakselfa tmsgllgtr >d2p8ba2 ryheefpvthvlsiadpenmaeeaasmiqkgyqsfkmkvgtnvkedvkrieavrervgndiairvdvnqgwknsantlta lrslghlnidwieqpviaddidamahirsktdlplmideglkssremrqiikleaadkvniklmkcggiypavklahqae magiecqvgsmvessvassagfhvafskkiitsveltgplkftkdignlhydvpfirlnekpglgieinedtlqeltvfq divr >d1yb1a_ rrksvtgeivlitgaghgigrltayefaklksklvlwdinkhgleetaakckglgakvhtfvvdcsnrediyssakkvka eigdvsilvnnagvvytsdlfatqdpqiektfevnvlahfwttkaflpamtknnhghivtvasaaghvsvpfllaycssk faavgfhktltdelaalqitgvkttclcpnfvntgfiknpstslgptlepeevvnrlmhgilteqkmifipssiaflttl eril >d1fmca_ mfnsdnlrldgkcaiitgagagigkeiaitfatagasvvvsdinadaanhvvdeiqqlggqafacrcditseqelsalad faisklgkvdilvnnaggggpkpfdmpmadfrrayelnvfsffhlsqlvapemekngggviltitsmaaenkninmtsya sskaaashlvrnmafdlgeknirvngiapgailtdalksvitpeieqkmlqhtpirrlgqpqdianaalflcspaaswvs gqiltvsgggvqeln >d1uzma1 akppfvsrsvlvtggnrgiglaiaqrlaadghkvavthrgsgapkglfgvevdvtdsdavdraftaveehqgpvevlvsn aglsadaflmrmteekfekvinanltgafrvaqrasrsmqrnkfgrmifigsvsglwgignqanyaaskagvigmarsia relskanvtanvvapgyidtdmtralderiqqgalqfipakrvgtpaevagvvsflasedasyisgavipvdggmgm >d1r66a_ mrllvtggagfigshfvrqllagaypdvpadevivldsltyagnranlapvdadprlrfvhgdirdagllarelrgvdai vhfaaeshvdrsiagasvftetnvqgtqtllqcavdagvgrvvhvstdevygsidsgswtessplepnspyaaskagsdl varayhrtygldvritrccnnygpyqhpekliplfvtnlldggtlplygdganvrewvhtddhcrgialvlaggrageiy higggleltnreltgilldslgadwssvrkvadrkghdlrysldggkierelgyrpqvsfadglartvrwyrenrgwwep lk >d1geea_ mykdlegkvvvitgsstglgksmairfatekakvvvnyrskedeansvleeikkvggeaiavkgdvtvesdvinlvqsai kefgkldvminnaglenpvsshemslsdwnkvidtnltgaflgsreaikyfvendikgtvinmssvhekipwplfvhyaa skggmklmtetlaleyapkgirvnnigpgaintpinaekfadpeqradvesmipmgyigepeeiaavaawlasseasyvt gitlfadggmtlypsfqagrg >d1xkqa_ prfsnktviitgssngigrttailfaqeganvtitgrsserleetrqiilksgvsekqvnsvvadvttedgqdqiinstl kqfgkidvlvnnagaaipdafgttgtdqgidiyhktlklnlqaviemtkkvkphlvaskgeivnvssivagpqaqpdfly yaiakaaldqytrstaidlakfgirvnsvspgmvetgftnamgmpdqasqkfynfmashkecipigaagkpehianiilf ladrnlsfyilgqsivadggtslvmgtqahdv >d1gega_ kkvalvtgagqgigkaialrlvkdgfavaiadyndatakavaseinqagghavavkvdvsdrdqvfaaveqarktlggfd vivnnagvapstpiesitpeivdkvyninvkgviwgiqaaveafkkeghggkiinacsqaghvgnpelavyssskfavrg ltqtaardlaplgitvngycpgivktpmwaeidrqvseaagkplgygtaefakritlgrlsepedvaacvsylaspdsdy mtgqsllidggmvfn >d1gy8a_ shmrvlvcggagyigshfvrallrdtnhsvvivdslvgthgksdhvetrenvarklqqsdgpkppwadryaalevgdvrn edflngvftrhgpidavvhmcaflavgesvrdplkyydnnvvgilrllqamllhkcdkiifsssaaifgnptmgsvstna epidinakkspespygeskliaermirdcaeaygikgiclryfnacgahedgdigehyqgsthlipiilgrvmsdiapdq rltihedastdkrmpifgtdyptpdgtcvrdyvhvcdlasahilaldyveklgpndkskyfsvfnlgtsrgysvreviev arkttghpipvrecgrregdpaylvaasdkarevlgwkpkydtleaimetswkfqrthpngya >d1zema1 kkfngkvclvtgaggniglatalrlaeegtaialldmnrealekaeasvrekgvearsyvcdvtseeavigtvdsvvrdf gkidflfnnagyqgafapvqdypsddfarvltinvtgafhvlkavsrqmitqnygrivntasmagvkgppnmaaygtskg aiialtetaaldlapynirvnaispgymgpgfmwerqvelqakvgsqyfstdpkvvaqqmigsvpmrrygdineipgvva fllgddssfmtgvnlpiagg >d5en4a_ gtryagkvvvvtgggrgigagivrafvnsgarvvicdkdesggraleqelpgavfilcdvtqeddvktlvsetirrfgrl dcvvnnaghhpppqrpeetsaqgfrqllelnllgtytltklalpylrksqgnvinisslvgaigqaqavpyvatkgavta mtkalaldespygvrvncispgniwtplweelaalmpdpratiregmlaqplgrmgqpaevgaaavflaseanfctgiel lvtggaelgyg >d3zv4a_ mkltgevalitggasglgralvdrfvaegarvavldksaerlrelevahggnavgvvgdvrslqdqkraaerclaafgki dtlipnagiwdystaladlpedkidaafddifhvnvkgyihavkaclpalvssrgsvvftisnagfypngggplytatkh avvglvrqmafelaphvrvngvapggmntdlrgpsslglseqsissvpladmlksvlpigrmpaleeytgayvffatrgd slpatgallnydggmgvrgfltaaggadlpeklni >d3l6ea1 ghiivtgagsglgraltiglverghqvsmmgrryqrlqqqelllgnavigivadlahhedvdvafaaavewgglpelvlh cagtgefgpvgvytaeqirrvmesnlvstilvaqqtvrligerggvlanvlssaaqvgkaneslycaskwgmrgfleslr aelkdsplrlvnlypsgirsefwdntdhvdpsgfmtpedaaaymldalearsschvtdlfigrn >d4imra1 mrletifglrgrtalvtgssrgigaaiaeglagagahvilhgvkpgstaavqqriiasggtaqelagdlseagagtdlie raeaiapvdilvinasaqinatlsaltpndlafqlavnlgstvdmlqsalpkmvarkwgrvvsigsinqlrpksvvtaya atkaaqhnliqsqardfagdnvllntlapglvdtdrnadrraqdpegwdeyvrtlnwmgragrpeemvgaalflaseacs fmtgetifltggy >d4nima_ gqlkgkiavitgstqglgaatarlfaergaqglvicgrsaekgraqaagleelgakavfvqvdlenvedcrrivaeadra fgrldilvnaagltdrgtildtspelfdrlfavntrapffliqeaiklfrrdrvegaivnvssmssmggqpfiaaycask galdtltrnvaysvlrnrirvnslnigwmasdgedriqreyhgapanwleeavktqpfgrlldpakvaraiaflaseesg lmtgaivnfdqsvwgaydgsphpekpl >d4trra_ msnlngktavvtgaasgigkeialelakagaavaiadlnqdganavadeinkaggkaigvamdvtneeavntgidkvaea fgsvdilvsnagiqivnpienysfadwkkmqaihvdgaflttkaalkhmykddrggvviymgsvhsheasplksayvtak hgllglarvlakegakhnvrshvvcpgfvrtplvdkqipeqakelgiseeevikkvmlgntvdgvfttvqdvaqtvlfls afpsaaltgqsfivshgwfmq >d5unla_ tasdllkpydglrvlvtggasgiglaiadafaecgarvhvcdasqaaiaaladrpsraaigatladvsdraavervfadv aatlggldvlvnnagiagptggideidpaqweqtvainlnaqfefarravpllreskhggaiialssvagrlgyayrtpy aatkwavvglvkslaielgplgirvnaiqpgivrgprirrviearaqqlgigydemeqrylerislrrmtepaeiaatal flcspgghgitgqaisvcgnvevl >d5jlaa_ asaefngaiavvtgagsgigracaellsrsganvivadrdieaatrvaratggktlvldvgedasvtaaanevrarygva dvlvncagvlqrtlppgelaqrewdvvsridlrgtylccaafgapmadrrrgsivniasvagmrsgplhaygpakagvis ltetlagewgpkgvrvncvspgftqtpalergftthtlkadvlrdaaalghivsaneiaeavvflaserasaitgvnlpv dagyliagswaaygglrre >d4zd6a_ ngrlagkrvlltnadaymgeatvqvfeeegaeviadhtdltkvgaaeevveraghidvlvanfavdahfgvtvletdeel wqtayetivhplhricravlpqfyernkgkivvygsaaamryqegalaystarfaqrgyvtalgpeaarhnvnvnfiaqh wtqnkeyfwperiatdefkedmarrvplgrlataredallalflasdesdfivgksiefdggwat >d2fwmx_ mdfsgknvwvtgagkgigyatalafveagakvtgfdqaftqeqypfatevmdvadaaqvaqvcqrllaeterldalvnaa gilrmgatdqlskedwqqtfavnvggafnlfqqtmnqfrrqrggaivtvasdaahtprigmsaygaskaalkslalsvgl elagsgvrcnvvspgstdtdmqrtlwvsddaeeqrirgfgeqfklgiplgkiarpqeiantilflasdlashitlqdivv dggstlga >d3awda_ mymeklrldnrvaivtggaqniglacvtalaeagarviiadldeamatkavedlrmeghdvssvvmdvtntesvqnavrs vheqegrvdilvacagicisevkaedmtdgqwlkqvdinlngmfrscqavgrimleqkqgvivaigsmsglivnrpqqqa aynaskagvhqyirslaaewaphgiranavaptyiettltrfgmekpelydawiagtpmgrvgqpdevasvvqflasdaa slmtgaivnvdagftvw >d5o30a_ nrpvalitmatgyvgpalartmadrgfdlvlhgtagdgtmvgveesfdsqiadlakrgadvltisdvdlttrtgnqsmie rvlerfgrldsaclvtglivtgkfldmtddqwakvkatnldmvfhglqavlppmvaagagqcvvftsatggrpdpmvsiy ggtragangivravgleharhgvqvnaigtnymdfpgflkasradgdperramieaqvplrrlgtmdelssvtaglldgs nrfqtgqffdfsggwga >d3tzqa_ aelenkvaiitgacggigletsrvlaragarvvladlpetdlagaaasvgrgavhhvvdltnevsvralidftidtfgrl divdnnaahsdpadmlvtqmtvdvwddtftvnargtmlmckyaiprlisagggaivnissatahaaydmstayactkaai etltryvatqygrhgvrcnaiapglvrtprlevglpqpivdifathhlagrigepheiaelvcflasdraafitgqviaa dsgllahlpglpqirasvael >d3o38a_ nlseapkeidghgllkgkvvlvtaaagtgigsttarrallegadvvisdyherrlgetrdqladlglgrveavvcdvtst eavdalitqtvekagrldvlvnnaglggqtpvvdmtdeewdrvlnvtltsvmratraalryfrgvdhggvivnnasvlgw raqhsqshyaaakagvmaltrcsaieavefgvrinavspsiarhkflektssselldrlasdeafgraaepwevaatiaf lasdyssymtgevvsvssqra >d2b4qa_ mhpyfslagrialvtggsrgigqmiaqglleagarvficardaeacadtatrlsaygdcqaipadlsseagarrlaqalg elsarldilvnnagtswgaalesypvsgwekvmqlnvtsvfsciqqllpllrrsasaenparvinigsvagisamgeqay aygpskaalhqlsrmlakelvgehinvnviapgrfpsrmtrhiandpqaleadsasipmgrwgrpeemaalaislagtag aymtgnvipidggfhl >d4bmna1 myrllnktavitggnsgiglatakrfvaegayvfivgrrrkeleqaaaeigrnvtavkadvtkledldrlyaivreqrgs idvlfansgaieqktleeitpehydrtfdvnvrgliftvqkalpllrdggsviltssvagvlglqahdtysaakaavrsl artwttelkgrsirvnavspgaidtpiienqvstqeeadelrakfaaatplgrvgrpeelaaavlflasddssyvagiel fvdggltqv >d3un1a1 mrnqqkvvvitgasqgigaglvrayrdrnyrvvatsrsikpsadpdihtvagdiskpetadrivregierfgridslvnn agvflakpfvemtqedydhnlgvnvagffhitqraaaemlkqgsghivsittslvdqpmvgmpsalasltkgglnavtrs lamefsrsgvrvnavspgviktpmhpaethstlaglhpvgrmgeirdvvdavlylehagfitgeilhvdggqnagrw >d3uxya_ fegkvalvtgaaggiggavvtalraagarvavadravagiaadlhlpgdlreaayadglpgavaaglgrldivvnnagvi srgritettdadwslslgvnveapfricraaiplmaaagggaivnvascwglrpgpghalycltkaalasltqcmgmdha pqgirinavcpnevntpmlrtgfakrgfdpdravaelgrtvplgriaepediadvvlflasdaarylcgslvevnggkav a >d4zrma_ mnilvtggagfigshvvdkliengygvivvdnlssgkvenlnrnalfyeqsiedeemmerifslhrpeyvfhlaaqasva isvrepardaktniigslvlleksikygvkkfifsstggaiygenvkvfptpeteiphpispygiakystemyleffare yglkytvlryanvygprqdpygeagvvaiftermlrgeevhifgdgeyvrdyvyvddvvranllamekgdnevfnigtgr gttvnqlfkllkeitgydkepvykpprkgdvrksildytkakeklgwepkvsleeglkltveyfrktl >d3guya1 ivitgassglgaelaklydaegkatyltgrsesklstvtnclsnnvgyrardlashqeveqlfeqldsipstvvhsagsg yfgllqeqdpeqiqtliennlssainvlrelvkrykdqpvnvvmimstaaqqpkaqestycavkwavkgliesvrlelkg kpmkiiavypggmatefwetsgksldtssfmsaedaalmihgalanigngyvsditvnr >d1fl2a1 aydvlivgsgpagaaaaiysarkgirtglmgerfggqildtvdienyisvpktegqklagalkvhvdeydvdvidsqsas klipaavegglhqietasgavlkarsiivatgakXlpntnwlegavernrmgeiiidakcetnvkgvfaagdcttvpykq iiiatgegakaslsafdylirtkta >d1ojta1 gsadaeydvvvlgggpggysaafaaadeglkvaiveryktlggvclnvgcipskallhnaavidevrhlaangikypepe ldidmlraykdgvvsrltgglagmaksrkvdviqgdgqfldphhlevsltagdayeqaaptgekkivafknciiaagsrX apngklisaekagvavtdrgfievdkqmrtnvphiyaigdivgqpmlahkavheghvaaencaghkayfd >d1mo9a1 kvwnarndhltinqwatrideileapdggeviynvdendpreydaifigggaagrfgsaylramggrqlivdrwpflggs cphnacvphhlfsdcaaelmlartfsgqywfpdmtekvvgikevvdlfragrngphgimnfqskeqlnleyilncpakvi dnhtveaagkvfkaknlilavgagpgtldvpXeqprsaelakilgldlgpkgevlvneylqtsvpnvyavgdliggpmem fkarksgcyaarnvmgekisyt >d1trba1 gttkhskllilgsgpagytaavyaaranlqpvlitgmekggqlttttevenwpgdpndltgpllmermhehatkfeteii fdhinkvdlqnrpfrlngdngeytcdaliiatgasaryXhspntaifegqlelengyikvqsgihgnatqtsipgvfaag dvmdhiyrqaitsagtgcmaaldaeryldgl >d2f3oa_ drieklikkvskparlsvercrlytesmkqtegepmiirqakalkhvlenipiqildselivgtmlpnppgaiifpegvg lriineldslpnretnrlmvdeedakvlreeiapywqrktieafafplmpdimqilytgsvfvlteiagishvavnypyl lrrgfrwfleeserriraleesgvyegekysfyqaakivseavinyglrysklaeelaesedgerreellkiaeicrkvp aekpetfweavqfvwlvqsalhqenyeqaismgridqylypffkkdigegrinrelafdilanlwiktneivpafdslle qyfsgqatnqavtiggcdiygndatneltylmlevtdrlrlrqpnvhvrinkgspesflkrlaeaissgcnnlalffdda avkalknaevddrdalnyttdgcveiapfgnsftssdaalinvakaleyalnegvdlqfgyefgaktekpkfledllekl reqvshivklvvrgsnvlsyanaevkptpllslcvedcfekgvdvsrggarynftgiqavgiadvgdslvaiegalnagy smddiveacrknfvgyeklhklllqspkygndddaadkytkmvlewyceevnrhrnfrggkfaagcypmttnvgfgffts alpsgrksgeplnpgvspstgmdregvtavinsasklsyenlpngasltinlssdvlgekgdaviealikssmelgvmhv qfnilkedllrkaqqepekyrwllvrvagwsayfvelsrpvqeevirriscri >d5fava1 gipdgptprhvklkenflkqvpsitvqravaitkiakenpglpkpllraktfryccetaplviqdhelivgspngaprag afspevawrwlqdeldtigsrpqdpfyiseedkkvlreevfpfwqnksvdefcegqyreadlwemsgesfvsdcsyhavn gggdsnpgydvilmkkgmldiqrearekleqldyanpedidkiyfyksvietaegvmiyarrlsayaaelaaretdprrk aelqkisevnarvpahapsnfweaiqavwtvesllvveenqtgmsigrvdqymypfyradidsgrlteyeafdlagcmlv kmsemmwitsegaskffagyqpfvnmcvggvtreghdatndltymlmdavrhvriyqptlatrvhnkspqkylkkivdvi rsgmgfpavhfddahikmmlakgvsiedardyclmgcvqpqksgrlyqwtstgytqwpicielvlnhgvplwygkkvtpd mgdlsqydtyekfeaavkeqirwitkntsvatvisqrahrelapkplmslmyegcmesgrdvsaggamynfgpgvvwsgl atyvdsmaaikklvyddrkytlaqlnealkadfagydqiladclaapkygndddyadmiaadlvhftetehrkyktlysv lshgtlsisnntpfgqllgasangrrawmplsdgisptqgadykgptaiiksvskmandnmnigmvhnfklmsglldtpe genglitlirtacmlgngemqfnyldnellldaqkhpekyrdlvvrvagysaffvelckdvqdeiisrtmlhgf >d1xkua_ gpvcpfrcqchlrvvqcsdlglekvpkdlppdtalldlqnnkiteikdgdfknlknlhtlilinnkiskispgafaplvk lerlylsknqlkelpekmpktlqelrvheneitkvrksvfnglnqmivvelgtnplkssgiengafqgmkklsyiriadt nittipqglppsltelhldgnkitkvdaaslkglnnlaklglsfnsisavdngslantphlrelhlnnnklvkvpgglad hkyiqvvylhnnnisaigsndfcppgyntkkasysgvslfsnpvqyweiqpstfrcvyvraavql >d4xsqa_ cpsackctvslygemvvacggmglteipediphravylvlkdnnitkitsysfkglrnlqgidlsnnkinhissaalrhl ghlddidlsrneltsvseklfdfpissakaqgrrffvylannpwgcdcrmawlaqelaggsktfgdrhmecatpaalagr glseipqtsfvctg >d2f6qa1 gfetlvvtsedgitkimfnrpkkknaintemyheimralkaaskddsiitvltgngdyyssgndltnftdippggveeka knnavllrefvgcfidfpkpliavvngpavgisvtllglfdavyasdratfhtpfshlgqspegcssytfpkimspakat emlifgkkltageacaqglvtevfpdstfqkevwtrlkafaklppnalriskevirkrereklhavnaeecnvlqgrwls dectn >d3peaa_ mlkflsvrvedhiavatlnhapanamssqvmhdvtelidqvekddnirvvvihgegrffsagadikeftsvteakqatel aqlgqvtfervekcskpviaaihgaalggglefamschmrfatesaklglpeltlglipgfagtqrlpryvgkakacemm ltstpitgaealkwglvngvfaeetflddtlkvakqiagkspataravlellqttksshyyegvqreaqifgevftsedg regvaaflekrkpsfsg >d4kd6a_ dvlfsnhgrvavitlnrperlnawttpmretiidalerfnrdpevaaiimtgagnrafsagqdlseahdfdgeravawvk ewqryytalrslskplvmalngtaagsafqvallgdirvghpgvrmgqpeinagiasttgpwimnamlgmsrtieltltg rlmeaeechriglihhlvdedkvfdkaleiatelaakppvamrldkqrfremtepgfidcieageri >d4k2na1 msdviqlvregaiatvtlnrpdrmnalnlpmwrglaeafetisadrsihvvilrgagtkafapgadieefdtlranaeqa kaydlvmrkaldtvracpqpviaaiwgpcvggglelacccdirlsaksgkfgvpinkisvvmaypelaqirrvagpaaal eillegrimdadeaaakrlvnrvveddamdaevaatakriaagaplanrwhkafiarlddptpvseaeldecyrfldtkd yaeglaafrakrkpvftae >d3moya_ ttyttiatsrpvagvglirldrpdalnalnqtleaevldaardfdadleigaivvtgserafaagadiaemvtltphqar ernllsgwdsltqvrkpivaavagyalgggcelamlcdlviaadtarfgqpeitlgilpglggtqrltravgkakamdlc ltgrsltaeeaervglvsrivpaadlldealavaqriarmsrpagravkdaineaferplsagmryerdafyamfdthdq tegmtaflekrtpeftdr >d4jyla1 mlveierrgdaslivlsrpeklnainlemladladqfskaekedtrvivitgygknfsagadinmlasfdpasaysfrlk mnsiaqrirksdkpviallkgysmggglelaesadiriamsdavigqpessiginagaggnvilpklvgrgsaaylamsg kklnaqeamalglvdevvddeakawkiiddickkpkktlqfikrainssydmglesamdqealyfsllftdpevldalsk wrk >d1a04a2 epatilliddhpmlrtgvkqlismapditvvgeasngeqgielaesldpdlilldlnmpgmngletldklrekslsgriv vfsvsnheedvvtalkrgadgyllkdmepedllkalhqaaagemvlsealtpvlaasl >d1k68a_ ahkkiflvednkadirliqealanstvphevvtvrdgmeamaylrqegeyanasrpdlilldlnlpkkdgrevlaeiksd ptlkripvvvlstsineddifhsydlhvncyitksanlsqlfqivkgieefwlstatlps >d1qkka1 psvflidddrdlrkamqqtlelagftvssfasatealaglsadfagivisdirmpgmdglalfrkilaldpdlpmilvtg hgdipmavqaiqdgaydfiakpfaadrlvqsarraeekrrlvmenrslrraaeaasegl >d3ltea_ krilvvdddqamaaaiervlkrdhwqveiahngfdagiklstfepaimtldlsmpkldgldvirslrqnkvanqpkilvv sgldkaklqqavtegaddylekpfdndalldrihdlvn >d5t3ya_ mirtilaiddsatmrallhatlaqagyevtvaadgeagfdlaattaydlvltdqnmprksgleliaalrqlsayadtpil vlttegsdafkaaardagatgwiekpidpgvlvelvatlsepaan >d3t6ka_ kphtllivddddtvaemlelvlrgagyevrraasgeealqqiyknlpdalicdvllpgidgytlckrvrqhpltktlpil mltaqgdisakiagfeagandylakpfepqelvyrvknilar >d3w9sa_ kilvieddalllqglilamqsegyvcdgvstaheaalslasnhyslivldlglpdedglhflsrmrrekmtqpvliltar dtledrisgldtgaddylvkpfaleelnarirallr >d3c3ma1 ytilvvddspmivdvfvtmlerggyrpitafsgeeclealnatppdlvlldimmepmdgwetleriktdpatrdipvlml takpltpeeaneygsyiedyilkptthhqlyeaiehvlarr >d3crna1 krilivdddtaildstkqilefegyeveiaatageglakieneffnlalfdiklpdmegtellekahklrpgmkkimvtg yaslensvfslnagadayimkpvnprdllekikekldeqek >d3n53a1 kkiliidqqdfsrielknfldseylviesknekealeqidhhhpdlvildmdiigenspnlclklkrskglknvplillf ssehkeaivnglhsgaddyltkpfnrndllsrieihlrtqnyysdl >d2arka1 mgkvlviydtrtgntkkmaelvaegarslegtevrlkhvdeatkedvlwadglavgsptnmglvswkmkrffddvlgdlw geidgkiacafsssggwgggnevacmsiltmlmnfgflvfgvtdyvgkkftlhygavvageprseeekeacrrlgrrlae wvaifvdgrkellekirkdparfv >d3zhoa_ akvlvlyysmyghietmaravaegaskvdgaevvvkrvpetmppqlfekaggktqtapvatpqeladydaiifgtptrfg nmsgqmrtfldqtgglwasgalygklasvfsstgtgggqeqtitstwttlahhgmvivpigyaaqelfdvsqvrggtpyg attiaggdgsrqpsqeelsiaryqgeyvaglavklng >d4oxxa_ mnalilygtetgnaeacattisqvladtvdtkvhdladmtpramldsgadlivfatatygegefagggaaffetlretkp dlsglrfavfglgdsyyttfnqagataatilaslggtqvgdtarhdtssgddpaataaewareiltalatpav >d2m6sa_ maeigifvgtmygnsllvaeeaeailtaqghkatvfedpelsdwlpyqdkyvlvvtsttgqgdlpdsivplfqgikdslg fqpnlrygvialgdssyvnfcnggkqfdallqeqsaqrvgemllidasenpepetesnpwvehwgtlls >d1yzfa1 mrkivlfgdsitagyldeavspvlvdlvkrdiaamgleevavinagmpgdttedglkrlnkevliekpdevviffganda sldrnitvatfrenletmiheigsekvilitppyadsgrrperpqtrikelvkvaqevgaahnlpvidlykamtvypgtd eflqadglhfsqvgyellgalivreikgrlkpkqa >d3rjta1 miepgsklvmvgdsitdcgrahpvgeaprgglgngyvalvdahlqvlhpdwrirvvnvgtsgntvadvarrweddvmalq pdyvslmigvndvwrqfdmplvverhvgideyrdtlrhlvattkprvremfllspfylepnrsdpmrktvdayieamrdv aasehvpfvdvqaefdrllahlntwvlapdrvhpylnghlviarafltavgvl >d4iyja_ sdaqkqdwgnlkryaeankelvrkgkqkdrvvfmgnsitegwvandaaffedngyvgrgiggqtsshfllrfredvikla palvvinagtndiaenagayneeytfgnivsmvelarankikviltsvlpaaafgwnpsvkdapqkimqlnarirkyaqe nkipyvdyysemvegdnkalnssytrdgvhptlegykvmealikkaidkvl >d4rsha_ ntkvvaigdsftfgypgntenswpavlgqtsqievvnkglksqtaqdlysrfdadvlaekpgrviifvgngdaikevple tfqqhikamvekaesnhiipilalplpytgvqntikefrewessyakeknilvldfatvlmdadnvylegllskeanyps kegyklmgeyasrvl >d2rk3a_ askralvilakgaeemetvipvdvmrragikvtvaglagkdpvqcsrdvvicpdasledakkegpydvvvlpggnlgaqn lsesaavkeilkeqenrkgliaticagptallaheigfgskvtthplakdkmmngghytysenrvekdgliltsrgpgts fefalaivealngkevaaqvkaplvlk >d4gdha_ vkvclfvadgtdeiefsapwgifkraeipidsvyvgenkdrlvkmsrdvemyanrsykeipsaddfakqydiaiipgggl gaktlsttpfvqqvvkefykkpnkwigmicagtltaktsglpnkqitghpsvrgqleeggykyldqpvvleenlitsqgp gtamlfglklleqvaskdkynavykslsmp >d1pfva2 akkilvtcalpyangsihlghmlehiqadvwvryqrmrghevnficaddahgtpimlkaqqlgitpeqmigemsqehqtd fagfnisydnyhsthseenrqlseliysrlkengfiknrtisqlydpekgmflpdrfXvvsgatpvmrdsehfffdlpsf semlqawtrsgalqeqvankmqewfesglqqwdisrdapyfgfeipnapgkyfyvwldapigymgsfknlcdkrgdsvsf deywkkdstaelyhfigkdivyfhslfwpamlegsnfrkpsnlfvhgyvtvngakmsksrgtfikastwlnhfdadslry yytaklssriddidlnledfvqrvnadivnk >d1ivsa4 mdlpkaydpksvepkwaekwaknpfvanpksgkppfvifmpppnvtgslhmghaldnslqdalirykrmrgfeavwlpgt dhagiatqvvverlllkegktrhdlgrekflervwqwkeesggtilkqlkrlgasadwsreaftmdekrsravryafsry yheglayraprlvnwcprcettlsdleveXtcsrcgtpieyaifpqwwlrmrplaeevlkglrrgdiafvperwkkvnmd wlenvkdwnisrqlwwghqipawycedcqavnvprperyledptsceacgsprlkrdedvfdtwfssalwplstlgwpee tedlkafypgdvlvtgydilflwvsrmevsgyhfmgerpfktvllhglvldekgqkmskskgnvidplemverygadalr faliylatggqdirldlrwlemarnf >d1k92a1 ttilkhlpvgqrigiafsggldtsaallwmrqkgavpyaytanlgqpdeedydaiprrameygaenarlidcrkqlvaeg iaaiqcgafhnttggltyfnttplgravtgtmlvaamkedgvniwgdgstykgndierfyryglltnaelqiykpwldtd fidelggrhemsefmiacgfdykmsvek >d1vl2a1 kekvvlaysggldtsvilkwlcekgfdviayvanvgqkddfvaikekalktgaskvyvedlrrefvtdyiftallgnamy egryllgtaiarpliakrqveiaekegaqyvahgatgkgndqvrfeltyaalnpnlkvispwkdpeflakfkgrtdliny amekgipi >d1efva1 qstlviaehandslapitlntitaatrlggevsclvagtkcdkvaqdlckvagiakvlvaqhdvykgllpeeltplilat qkqfnythicagasafgknllprvaaklevapisdiiaikspdtfvrtiyagnalctvkcdekvkvfsvrgtsfdaaats ggsassekasstspveisewldqkltks >d1efpa1 avlllgevtngalnrdatakavaavkalgdvtvlcagasakaaaeeaakiagvakvlvaedalyghrlaeptaalivgla gdyshiaapattdaknvmprvaalldvmvlsdvsaildadtferpiyagnaiqvvkskdakkvftirtasfdaageggta pvtetaaaadpglsswvadevae >d1np7a2 mkhvpptvlvwfrndlrlhdheplhralksglaitavycydprqfaqthqgfaktgpwrsnflqqsvqnlaeslqkvgnk llvttglpeqvipqiakqinaktiyyhrevtqeeldvernlvkqltilgieakgywgstlchpedlpfsiqdlpdlftkf rkdiekkkisirpcffapsqllpspnikleltapppeffpqinf >d1dnpa2 tthlvwfrqdlrlhdnlalaaacrnssarvlalyiatprqwathnmsprqaelinaqlnglqialaekgipllfrevddf vasveivkqvcaensvthlfynyqyevnerardveveralrnvvcegfddsvilppgavmtgnhemykvftpfknawlkr lregmpecvaapkvrssgsiepspsitlnyprqsfdtahf >d2ihta1 vadgwqkaadqaaallaeakhpvlvvgaaairsgavpairalaerlnipvittyiakgvlpvghelnygavtgymdgiln fpalqtmfapvdlvltvgydyaedlrpsmwqkgiekktvrisptvnpiprvyrpdvdvvtdvlafvehfetatasfgakq rhdieplrariaeflad >d4fega2 yasansyqtpllpepdvqavtrltqtllaaerpliyygigarkagkeleqlsktlkiplmstypakgivadrypaylgsa nrvaqkpanealaqadvvlfvgnnypfaevskafkntryflqididpaklgkrhktdiavladaqktlaailaqvseres tpwwqanlanvknwraylasled >d1viaa_ knivfigfmgsgkstlaralakdldlvfldsdflieqkfnqkvseifeqkrenffreqeqkmadffsscekaciatgggf vnvsnlekagfciylkadfeylkkrldkdeiskrplfydeikakklynerlskyeqkanfilnienknidellseikkvi k >d2iyva2 apkavlvglpgsgkstigrrlakalgvglldtdvaieqrtgrsiadifatdgeqefrrieedvvraaladhdgvlslggg avtspgvraalaghtvvyleisaaegvrrtggntvrpllagpdraekyralmakraplyrrvatmrvdtnrrnpgavvrh ilsrlqvpspseaat >d1m7ga_ stnitfhasaltrsertelrnqrgltiwltglsasgkstlavelehqlvrdrrvhayrldgdnirfglnkdlgfseadrn enirriaevaklfadsnsiaitsfispyrkdrdtarqlhevatpgeetglpfvevyvdvpvevaeqrdpkglykkaregv ikeftgisapyeapanpevhvknyelpvqdavkqiidyldtkgylpak >d3seaa_ qsksrkiailgyrsvgkssltiqfvegqfvdsadptientftklitvngqeyhlqlvdtagqdeysifpqtysidingyi lvysvtsiksfevikvihgklldmvgkvqipimlvgnkkdlhmervisyeegkalaeswnaaflessakenqtavdvfrr iileaek >d3q72a_ svykvlllgapgvgksalarifggvedgpeaeaaghtydrsivvdgeeaslmvydiweqdggrwlpghcmamgdayvivy svtdkgsfekaselrvqlrrarqtddvpiilvgnksdlvrsrevsvdegracavvfdckfietsaalhhnvqalfegvvr qirlrr >d1oxxk2 mvriivknvskvfkkgkvvaldnvniniengerfgilgpsgagkttfmriiagldvpstgelyfddrlvasngklivppe drkigmvfqtwalypnltafeniafpltnmkmskeeirkrveevakildihhvlnhfprelsgaqqqrvalaralvkdps lllldepfsnldarmrdsaralvkevqsrlgvtllvvshdpadifaiadrvgvlvkgklvqvgkpedlydnpvsiqvasl ig >d1g6ha_ tmeilrtenivkyfgefkaldgvsisvnkgdvtliigpngsgkstlinvitgflkadegrvyfenkditnkepaelyhyg ivrtfqtpqplkemtvlenlligeicpgesplnslfykkwipkeeemvekafkileflklshlydrkagelsggqmklve igralmtnpkmivmdepiagvapglahdifnhvlelkakgitfliiehrldivlnyidhlyvmfngqiiaegrgeeeikn vlsdpkvveiyige >d1m8pa3 pratqgftifltgymnsgkdaiaralqvtlnqqggrsvslllgdtvrhelsselgftredrhtniqriafvateltraga aviaapiapyeesrkfardavsqagsfflvhvatplehceqsdkrgiyaaarrgeikgftgvddpyetpekadlvvdfsk qsvrsivheiilvlesqgflerq >d1t6na_ sgfrdfllkpellraivdcgfehpsevqhecipqailgmdvlcqaksgmgktavfvlatlqqlepvtgqvsvlvmchtre lafqiskeyerfskympnvkvavffgglsikkdeevlkkncphivvgtpgrilalarnkslnlkhikhfildecdkmleq ldmrrdvqeifrmtphekqvmmfsatlskeirpvcrkfmqdpmeifv >d3peya1 aksfdelglapellkgiyamkfqkpskiqeralplllhnpprnmiaqsqsgtgktaafsltmltrvnpedaspqaiclap srelarqtlevvqemgkftkitsqlivpdsfeknkqinaqvivgtpgtvldlmrrklmqlqkikifvldeadnmldqqgl gdqcirvkrflpkdtqlvlfsatfadavrqyakkiv >d5nt7b_ vkqtiyevnkyakrsklieilseqadgtivfvetkrgadflasflsekefpttsihgdrlqsqreqalrdfkngsmkvli atsvasrgldiknikhvinydmpskiddyvhrigrtgrvgnngratsffdpekdraiaadlvkilegsgqtvpdflrtc >d4hzia_ nsllslekisykptgktildsvsfeiktnehcvllgrngagkstlvnliygmiwatsgtirlfqetygeiaiqdlrkrig ildssqqensiqrkltvkdtiltglfhtigyyrdpspeeetktlqilkdsdllskkdqlyntlssgekkkilflrsivne pdflimdepcssldltaredflgflkeyhskkkftslyithrpeeipdfyskavllkegkvihfgpieecfteknledly diplqvqrientwsvipkq >d2yoga_ dkkkgkfivfegldrsgkstqskllveylknnnvevkhlyfpnretgigqiiskylkmensmsnetihllfsanrwehmn eikslllkgiwvvcdryaysgvayssgalnlnktwcmnpdqglikpdvvfylnvppnyaqnrsdygeeiyekvetqkkiy etykhfahedywinidatrkiedihndivkevtkikvepeefnflws >d4hlca_ safitfegpegsgkttvinevyhrlvkdydvimtrepggvptgeeirkivlegndmdirteamlfaasrrehlvlkvipa lkegkvvlcdryidsslayqgyargigveevralnefainglypdltiylnvsaevgreriiknsrdqnrldqedlkfhe kviegyqeiihnesqrfksvnadqplenvvedtyqtiikyle >d2z0ma2 glanvehkfvhvkddwrskvqalrenkdkgvivfvrtrnrvaklvrlfdnaielrgdlpqsvrnrnidafregeydmlit tdvasrgldiplvekvinfdapqdlrtyihrigrtgrmgrkgeaitfilneywlekevk >d4q7ka_ nfsvkpgslvavlgetgsgkstlmnliprlidpergrvevdeldvrtvklkdlrghisavpqetvlfsgtikenlkwgre datddeiveaakiaqihdfiislpegydsrverggrnfsggqkqrlsiaralvkkpkvlilddctssvdpitekrildgl krytkgcttfiitqkiptalladkilvlhegkvagfgthkellehckpyreiyesqfg >d1lara2 srfisanlpcnkfknrlvnimpyeltrvclqpirgvegsdyinasfldgyrqqkayiatqgplaestedfwrmlwehnst iivmltklremgrekchqywpaersaryqyfvvdpmaeynmpqyilrefkvtdardgqsrtirqfqftdwpeqgvpktge gfidfigqvhktkeqfgqdgpitvhcsagvgrtgvfitlsivlermryegvvdmfqtvktlrtqrpamvqtedqyqlcyr aaleylgsf >d2i1ya_ tghmilaymedhlrnrdrlakewqalcayqaepntcataqgegnikknrhpdflpydhariklkvesspsrsdyinaspi iehdprmpayiatqgplshtiadfwqmvwesgctvivmltplvedgvkqcdrywpdegaslyhvyevnlvsehiwcedfl vrsfylknvqtqetrtltqfhflswpaegtpastrplldfrrkvnkcyrgrscpiivhcsdgagrtgtyilidmvlnrma kgvkeidiaatlehvrdqrpglvrskdqfefaltavaeevnailkal >d1f9ma_ meaivgkvtevnkdtfwpivkaagdkpvvldmftqwcgpckamapkyeklaeeyldviflkldcnqenktlakelgirvv ptfkilkensvvgevtgakydklleaiqaars >d2b5ea1 vksqeifenqdssvfqlvgknhdeivndpkkdvlvlyyapwcghckrlaptyqeladtyanatsdvliakldhtendvrg vviegyptivlypggkksesvvyqgsrsldslfdfikenghfdvdgkalyeeaqekaaee >d1st9a_ egsdapnfvledtngkrielsdlkgkgvflnfwgtwcepckkefpymanqykhfksqgveivavnvgeskiavhnfmksy gvnfpvvldtdrqvldaydvsplpttflinpegkvvkvvtgtmtesmihdymnlikp >d3erwa_ pavpavflmktiegedisipnkgqktilhfwtswcppckkelpqfqsfydahpsdsvklvtvnlvnseqnqqvvedfika nkltfpivldskgelmkeyhiitiptsfllnekgeiektkigpmtaeqlkewte >d4k9za_ askllpgqpaidfemldvegnvkhladfkgkviyidlwatwcgpciqespafealgkkyvgkdivflpvstdtttkpwlr yldghkkeltqyhsndvalkeswaimyiprfilidkdfnivnayaprpsseeigtlidsvl >d3hdca1 apgkaesdaplvrtgalapnfklptlsgenkslaqyrgkivlvnfwaswcpycrdempsmdrlvksfpkgdlvvlavnve krfpekyrrapvsfnflsdatgqvqqryganrlpdtfivdrkgiirqrvtggiewdapkvvsylksl >d6bkva1 mshyielteenfestikkgvalvdfwapwcgpckmlspvidelaseyqgkakickvntdeqeelsakfgirsiptllftk dgevvhqlvgvqtkvalkeqlnkll >d2wz9a_ aaveevgsagqfeellrlkaksllvvhfwapwapqcaqmnevmaelakelpqvsfvkleaegvpevsekyeissvptflf fknsqkidrldgahapeltkkvqrhassgsflpsakvkvd >d3hz4a_ ngssiiefedmtwsqqvedskkpvvvmfyspacpyckamepyfeeyakeygssavfgriniatnpwtaekygvqgtptfk ffchgrpvweqvgqiypsilknavrdmlqhgeecirkstp >d2e0qa_ vihldsknfdsflasheiavvdfwaewcapclilapiieelaedypqvgfgklnsdenpdiaarygvmslptviffkdge pvdeiigavpreeieiriknllge >d2r5na3 rteeqlaniarggyvlkdcagqpelifiatgsevelavaayekltaegvkarvvsmpstdafdkqdaayresvlpkavta rvaveagiadywykyvglngaivgmttfgesapaellfeefgftvdnvvakakell >d4c7va3 piskekvfdgvekggyvvqgaeneadgiliatgsevglalkakeelqkkgkdvivvslpswerfeaqseeykntvippel kkrmtieagttygwakyagdhgvmigidefgmsapsdivlrelgmsvenivdkyle >d2h06a2 ewrnctivspdaggakrvtsiadrlnvdfalihkerkkanevdrmvlvgdvkdrvailvddmadtcgtichaadkllsag atrvyailthgifsgpaisrinnacfeavvvtntipqedkmkhcskiqvidismilaeairrthngesvsylf >d5mp7a2 dedmvvvspdsgrvrvaekwadslggvplafihktrdplvpnqvksnrvvgdvkgktciltddmidtggtiagavnllre dgakdviiaathgvlsdpapqrlaecgarevivtntlpitedkrfpqltvlsiapllantiravfeng >d1wzna1 myelytllaeyydtiyrrriervkaeidfveeifkedakrevrrvldlacgtgiptlelaergyevvgldlheemlrvar rkakernlkieflqgdvleiafknefdavtmffstimyfdeedlrklfskvaealkpggvfitdfpcwfyggrdgpvvwn eqkgeeklvimdwrevepavqklrfkrlvqilrpngevkaflvddelniytprevrllaekyfekvkiygnlkrelspnd mrywivgiaks >d5h02a_ npievresdgytneyvsgfvdkwdelidwesraesegdtiinilkergvkkvldvatgtgfnsvrllqagfdvvsadgsa emlvkafdnardhgylmrtvqadwrwmnkdihdkfdaivclgnsfthlfdegdrrkalaefyallkhdgvllldqrnyda ilddgysskhahyycgdtvsvypehvdeglarfkyefsdgsvynlnmfplrkdytrqllhevgfqeintlgdfketyked epdfflhvaekn >d4zwva1 miplfkvavsptaldrvaevfasgylgqgprvaefesalaarlgnprvvsvhsgtsglclalrlldapeerdevlstplt featnwailadgrritwvdvdpatltmdlddlerkispatraiivvhwtgypvdldrlagildraerehgfrpaviedca hawgasyrgvplgshgnmcvfsfqalkhltcgdgglltlpgdelheramlrrfygidrtadrlrgaydvaewglkwhmtd lnaaiglanletvdeqlrlhrenaafydkeltgvpglellqrspdregsfyvydvkvddrpafhrkmeaagimaglvsrr ndehscvahlrtslpgldsvydrmvslpvgwwlteqdrehvvatirsgw >d3nx3a_ qshiiptykrfdivlekgqgvylfddkakkyldfssgigvcalgynhakfnakikaqvdkllhtsnlyyneniaaaaknl akasalervfftnsgtesiegamktarkyafnkgvkggqfiafkhsfhgrtlgalsltanekyqkpfkplisgvkfakyn dissveklvnektcaiilesvqgegginpankdfykalrklcdekdilliadeiqcgmgrsgkffayehaqilpdimtsa kalgcglsvgafvinqkvasnsleagdhgstyggnplvcagvnavfeifkeekilenvnkltpyleqsldelinefdfck krkglgfmqglsldksvkvakviqkcqenallliscgendlrflpplilqkehidemseklrkalksf >d3gjua1 mlnqsnelnawdrdhffhpsthmgthargesptrimaggegvtvwdnngrksidafaglycvnvgygrqkiadaiatqak nlayyhayvghgteasitlakmiidrapkgmsrvyfglsgsdanetnikliwyynnvlgrpekkkiisrwrgyhgsgvmt gsltgldlfhnafdlprapvlhteapyyfrrtdrsmseeqfsqhcadkleemilaegpetiaafigepilgtggivpppa gywekiqavlkkydvllvadevvtgfgrlgtmfgsdhygikpdlitiakgltsayaplsgvivadrvwqvlvqgsdklgs lghgwtysahpicvaagvanlelidemdlvtnagetgayfraelakavgghknvgevrgdgmlaavefvadkddrvffda sqkigpqvatalaasgvigrampqgdilgfapplcltreqadivvsktadavksvfa >d3nu8a_ miefidlknqqarikdkidagiqrvlrhgqyilgpevteledrladfvgakyciscangtdalqivqmalgvgpgdevit pgftyvataetvallgakpvyvdidprtynldpqlleaaitprtkaiipvslygqcadfdainaiaskygipviedaaqs fgasykgkrscnlstvactsffpskplgcygdggaiftnddelatairqiarhgqdrryhhirvgvnsrldtlqaaillp kleifeeeialrqkvaaeydlslkqvgigtpfievnnisvyaqytvrmdnresvqaslkaagvptavhypiplnkqpava dekaklpvgdkaatqvmslpmhpyldtasikiicaalt >d1uk8a_ nleigksilaagvltnyhdvgegqpvilihgsgpgvsayanwrltipalskfyrviapdmvgfgftdrpenynyskdswv dhiigimdaleiekahivgnafggglaiatalryservdrmvlmgaagtrfdvteglnavwgytpsienmrnlldifayd rslvtdelarlryeasiqpgfqesfssmfpeprqrwidalassdediktlpnetliihgredqvvplssslrlgelidra qlhvfgrcghwtqieqtdrfnrlvveffnea >d4jnca1 shgyvtvkprvrlhfvelgsgpavclchgfpeswyswryqipalaqagyrvlamdmkgygessappeieeycmevlckem vtfldklglsqavfighdwggmlvwymalfypervravaslntpfipanpnmsplesikanpvfdyqlyfqepgvaeael eqnlsrtfkslfrasdesvlsmhkvceagglfvnspeepslsrmvteeeiqfyvqqfkksgfrgplnwyrnmernwkwac kslgrkilipalmvtaekdfvlvpqmsqhmedwiphlkrghiedcghwtqmdkptevnqilikwldsdarn >d4inza_ skqyinvngvnlhyiskgqgelmlflhgfpdfshiwrhqidefsndfhtvaldlrgynlsekpsglesyeidvlvedirq vieglgyssctlvvhdwgagigwtfayrypeyvqkliafngphpytfmrelrtnknqqkaseyakwfqkqevqdymerdn fsglrklvidpgvkkgyltaddvqaymnswengsvlsmlsyyrnlkifteedlrrkslfpleeevlnipvqiiwgnqdpt fmpenldgieeyvpnisvhrlaeashapqhekpqevnnvmwnflnk >d5esra1 mdvlrtpderfegladwsfaphytevtdadgtalrihhvdegpkdqrpillmhgepswaylyrkviaelvakghrvvapd lvgfgrsdkpakrtdytyerhvawmsawleqndlkdivlfcqdwggliglrlvaafperfsavvvsntglpigvgksegf eawlnfsqntpelpvgfilnggtardlsdaersaydapfpdesykegarifpalvpitpehasveenkaawavletfdkp fvtafsdadpitrggeamflarvpgtknvahttlkgghfvqedspveiaalldglvaglpqa >d3kxpa_ hfisrrvdigritlnvrekgsgplmlffhgitsnsavfeplmirlsdrfttiavdqrghglsdkpetgyeandyaddiag lirtlarghailvghslgarnsvtaaakypdlvrsvvaidftpyietealdalearvnagsqlfedikaveaylagrypn ipadairiraesgyqpvdgglrplassaamaqtarglrsdlvpayrdvtkpvlivrgessklvsaaalaktsrlrpdlpv vvvpgadhyvnevspeitlkaitnfida >d5w8oa_ gelgivdigaltlesgavidnvqiaverwgelspsrdnvvvvlhaltgdshvagpagpnyptpgwwdgvvgpgaaidtrr wcaiatnvlggcrgstgpgslhpdgkawgsrfpavtvrdqvradlaalnamgihqvaavvggsmggaralewvighpetv raglilavgaratadqigtqstqvaaikadpnwqngdyygtglkpdvglqiarrfahltyrgeveldtrfgnapqddenp llggryavesyleyqgrklvdrfdagtyvtltdslsshdvgrgrggveaalrscevpvvvggftsdrlyplrlqeelael mpgcrglnvvesiyghdgflieteavgklirqtlelas >d3r40a_ ladlfpgfgsewintssgrifarvggdgppllllhgfpqthvmwhrvapklaerfkvivadlpgygwsdmpesdeqhtpy tkramakqlieameqlghvhfalaghnrgarvsyrlaldspgrlsklavldilptyeywqrmnrayalkiyhwsflaqpa plpenllggdpdfyvkaklaswtragdlsafdpravehyriafadpmrrhvmcedyragayadfehdkidveagnkipvp mlalwgasgiaqsaatpldvwrkwasdvqgapiesghflpeeapdqtaealvrffsa >d3vvma_ mrefippasrfielpdgfamrrggalygariayetfgslnaardnavlvltalsgdahaasrpddptpgwweamvgpgkp vdtdlwhvicvnslgsckgstgpastdprtgepyrlsfpelsiediadaaahtvralgisrlacvvgasmggmsalalla rhpelarthislsgavhalpfsiavrslqreairsdpgwlqghydegegprrgmltarklgmmtyrsaqewdcrfgrtri gerrradqgrfgpefevesyldfhaqrfadrfdpnsylylshamdqfdlgdgggggggapgalsrmrveralvmgartdi lfplsqqqeiadglsaggadvsflpvdtpaghdaflvdierfgppvakflaiva >d1v19a_ mlevvtageplvalvpqepghlrgkrllevyvggaevnvavalarlgvkvgfvgrvgedelgamveerlraegvdlthfr rapgftglylreylplgqgrvfyyrkgsagsalapgafdpdylegvrflhlsgitpalspearafslwameeakrrgvrv sldvnyrqtlwspeeargfleralpgvdllflseeeaellfgrveealralsapevvlkrgakgawafvdgrrvegsafa veavdpvgagdafaagylagavwglpveerlrlanllgasvaasrgdhegapyredlevllk >d1ub0a_ mrvaltiagsdsgggagvqadlkvffrfgvygtsaltlvtaqntlgvqrvhllppevvyaqiesvaqdfplhaaktgalg daaiveavaeavrrfgvrplvvdpvmvaksgdpllakeaaaalkerlfpladlvtpnrleaeallgrpirtlkeaeeaak allalgpkavllkgghlegeeavdllatrggvlrfsaprvhtrnthgtgctlsaaiaallakgrplaeavaeakayltra lktapslghghgpldhwa >d3pl2a_ sthevlaigrlgvdiyplqsgvgladvqsfgkylggsaanvsvaaarhghnsallsrvgndpfgeyllaelerlgvdnqy vatdqtfktpvtfceifppddfplyfyrepkapdlniesadvslddvreadilwftltgfseepsrgthreilttranrr htifdldyrpmfwespeeatkqaewalqhstvavgnkeeceiavgeteperagrallergvelaivkqgpkgvmamtkde tvevppffvdvinglgagdafggalchgllsewplekvlrfantagalvasrlecstampttdeveasln >d3ktna1 kiaafgevmlrftppeylmleqteqlrmnfvgtgvnllanlahfqletalitklpanrlgeagkaalrklgisdqwvgek gdhigsffaemgygirptqvtyqnrhqsafgiseakdydfeaflaevdmvhicgislsltektrdaalilaqkahayqkk vcfdfnyrpslntansalfmrqqyerilpycdivfgsrrdlvellgfipredlegeaqeteliqrfmsqynlewfagttr shsqnqnylsgylytqneyqqsekrpllnldrigagdayaagilygysqnwslekavtfatvngvlahtiqgdiplttvk qvnhvlehpnidlir >d3ikha1 rvyvtgnitvdetwsipdipkkgasihgvkvsqdiggkganqaiilsrcgietrliaatgndsngawirqqikneplmll pdghfnqhsdtsiilnsadgdnaiitttaaadtfsldemiphmadavagdillqqgnfsldktralfqyarsrgmttvfn pspvnpdfchlwplidiavvneseaellqpygvktlvitqgaagawlvqegqrqfcpavpaealdttgagdtflavmlas allrgvapdalalahasraaaitvsrrgtlsafpgsrelaallt >d4c5ka1 alkkvltiagsdtsagagmqadlktfqeldtygmvaltaivtmdkdtwshdvtplpmdvfekqletalsigpdaiktgml gteeiikragevyeasnaqyfvvdpvmvckgedevlnpgnteamikyllpkatvvtpnlfeagqlsglgklnsiedmkka atiifdkgaqhviikggkaldqdksydlyydgqtfyqlttdmfqqsynhgagctfaaattaylangkspkeavisakafv asaikngwkmndfvgpvdhgaynriehidvevtev >d3ry7a_ tnkvvilgstnvdqfltveryaqpgetlhveeaqkafgggkganqaiatarmqadttfitkigtdgvadfiledfkvahi dtsyiiktaeaktgqafitvnaegqntiyvygganmtmtpedvinakdaiinadfvvaqlevpipaiisafeiakahgvt tvlnpapakalpnellslidiivpneteaellsgikvtneqsmkdnanyflsigiktvlitlgkqgtyfatknqsqhiea ykvnaidttaagdtfigafvsrlnksqdnladaidfgnkassltvqkhgaqasiplleevnqv >d2j6la_ tllinqpqyawlkelglreenegvyngswggrgevittycpannepiarvrqasvadyeetvkkareawkiwadipapkr geivrqigdalrekiqvlgslvslemgkilvegvgevqeyvdicdyavglsrmiggpilpsersghalieqwnpvglvgi itafnfpvavygwnnaiamicgnvclwkgapttslisvavtkiiakvlednklpgaicsltcggadigtamakdervnll sftgstqvgkqvglmvqerfgrsllelggnnaiiafedadlslvvpsalfaavgtagqrcttarrlfihesihdevvnrl kkayaqirvgnpwdpnvlygplhtkqavsmflgaveeakkeggtvvyggkvmdrpgnyveptivtglghdasiahtetfa pilyvfkfqneeevfawnnevkqglsssiftkdlgrifrwlgpkgsdcgivnvniptsgaeiggafggekhtgggresgs dawkqymrrstctinys >d4jz6a1 mktklfinnawidssdqqtferkhpvssevmtesanatvtdaikaaqaaeeafktwkdvgpserrrlllkvadvmesktp kfievmamevgasalwagfnvhasanvfreaaslatqiqgetiptdkaetlsmtlrqpvgpilsivpwngtavlaaraia yplvcgntvvfkgsefspathalitqcvqeaglpagvlnylnsspdrspeiadalisakeirrinftgstrvgsiiaqka aqhlkrcllelggksplivlddadinaavkaavfgsflfqgqicmsterlvvdekiadefvarfvekterlsvgdpcltg dciigpmvspnsgeringlfkdaidkgakvvcggmaqgavmpatildhvksdmriydeetfgpitvvirckgeaeairia ndsvyglssgvfgrdinralrvgmsieygcvhingstvqneaqapyggtkntgygrfdgravideftelkwltiepfeqq ypf >d4i3ta_ rhepmriagrlvdtddrvevrypwndtvvgtvpagraehareafaiaaayqpkltryerqkillataealaarkeeisdv itlelgiskadslyevgrafdvftlagqmcirddgeifscdltphgkarkiftmrepltaisaitpfnhplnmvahkvap aiatnncvvvkpteltpmtallladilyeaglppemlsvvtgwpadigmemitnphvdlvtftgsvpvgkliaanahykr qvlelggndpliilndlsdddlaraadlavagatknsgqrctavkrilcqesvadrfvplvlerakrlrfgdpmdrstdl gtvihekaaalfeervmraaeegadilyhpgrsgallppivvdrvphqsdlvleetfgpiipivrvpddddatitlsnst afglssgvctndyrrmqkyiaglkvgtvniwevpgyriemspfggikdsgngykegvieamksftnvktfslpw >d3otia1 lfvsspgighlfpliqlawgfrtaghdvliavaehadraaaaglevvdvapdysavkvfeqvakdnprfaetvatrpaid leewgvqiaavnrplvdgtmalvddyrpdlvvyeqgatvgllaadragvpavqrnqsawrtrgmhrsiasfltdlmdkhq vslpepvatiesfppsllleaepegwfmrwvpygggavlgdrlppvparpevaitmgtielqafgigavepiiaaagevd adfvlalgdldisplgtlprnvravgwtplhtllrtctavvhhggggtvmtaidagipqllapdprdqfqhtareavsrr giglvstsdkvdadllrrligdeslrtaarevreemvalptpaetvrriveris >d3otga1 mrvlfaslgthghtypllplataaraaghevtfatgegfagtlrklgfepvatgmpvfdgflaalrirfdtdspegltpe qlselpqivfgrvipqrvfdelqpvierlrpdlvvqeisnygaglaalkagiptichgvgrdtpddltrsieeevrglaq rlgldlppgridgfgnpfidifppslqepefrarprrhelrpvpfaeqgdlpawlssrdtarplvyltlgtssggtvevl raaidglagldadvlvasgpsldvsglgevpanvrleswvpqaallphvdlvvhhggsgttlgalgagvpqlsfpwagds fanaqavaqagagdhllpdnispdsvsgaakrllaeesyragaravaaeiaampgpdevvrllpgfas >d2rg7a_ aerivvaggslteliyamgagervvgvdettsyppetaklphigywkqlssegilslrpdsvitwqdagpqivldqlraq kvnvvtlprvpatleqmyanirqlaktlqvpeqgdalvtqinqrlervqqnvaakkapvkamfilsaggsapqvagkgsv adailslagaenvathqqyksysaesliaanpevivvtsqmvdgdinrlrsiagithtaawknqriitvdqnlilgmgpr iadvveslhqqlwpq >d5khlb1 rivsagsavtelilalgaeqqlvavdvtsevpsslnlptvgyhrrlaaeglltlepthligsdemgpdtalqqlrssgiq vnvinsdstpqglltridqiaqithteqhaqklkenvqqqinalqakrpekpkkvlflllhegraanvagsdtvpdtiig ligahnpaspsitsykplsmesmiemqpdmvlvsgrsleklggadavlnavpmlaatpagqnknivaidghalvgglglk slqeaqriqtllyp >d2o20a_ rtttvgvilptitstyfaaitrgvddiasmykynmilansdndvekeekvletflskqvdgivymgssldekirtslkns rtpvvlvgtidgdkeipsvnidyhlaayqstkklidsgnkkiayimgslkdventermvgyqealleaniefdenlvfeg nysyeqgkalaerllergatsavvshdtvavgllsammdkgvkvpedfeiisganspitqytyptltsvnqplydlgava mrlltklmlkedveqnqlvldheifsrrstk >d1dbqa_ ksigllatsseaayfaeiieavekncfqkgytlilgnawnnlekqraylsmmaqkrvdgllvmcseypepllamleeyrh ipmvvmdwgeakadftdavidnafeggymagrylierghreigvipgplerntgagrlagfmkameeamikvpeswivqg dfepesgyramqqilsqphrptavfcggdimamgalcaademglrvpqdvsligydnvrnaryftpalttihqpkdslge tafnmlldrivnkreepqsievhprlierrsvadgpfrdyrr >d3c3ka1 ktgmllvmvsnianpfcaavvkgiektaekngyrillcntesdlarsrscltllsgkmvdgvitmdalselpelqniiga fpwvqcaeydplstvssvsiddvaaseyvvdqlvksgkkrialinhdlayqyaqhresgylnrlkfhgldysrisyaenl dymagklatfsllksavkpdaifaisdvlaagaiqaltesglsipqdvavvgfdgvdisqitvpalttvqqpseqigmka vsllleqihsdvlaktvhhllpwkfvrrqss >d4rxta1 aevtipiivkdttsfywqivlagarkagkdlgvkvpelgaqaetdvngqisilenavagkpaaivisptefkalgkpvde aaksvpiigidsgadskafksflttdntqggriaadglaaaikamtgkeegdvviitntpgagsleqrrtgfldqvktky pglkvvadkyadgqattglnimtdlitanpkivgvfasnlimaqgvgqaiaenklsdkvkvigfdsddktlgflksgaia glvvqdpyrmgydgiktalavskgekveanvdtganlvtkanmsdpkiealin >d5dkva1 enkkfrialipglttdafyitmhkgaeaaaaaigaqiifqgapdfnpvtqvpvldaviakkpdailiaptdttqlvqplk kaadagipmitvdtfigtgdyqtgagdgdfplsyiasdnvlggeiaarslalaigdkgkvyvsnvkpgvsttdqreqgfk semakhpgitvletqfndndankaasqlqavyarnpdlagvfganlfsglgsangvqqagqsgtikvvafdapgsvvdnl ksglidfaiaqhpaeigyygvisayahltgqsiptkigtgftvinksnvtdpavarfiyae >d3ctpa_ sktiglmvpnisnpffnqmasvieeyaknkgytlflcntdddkekektylevlqshrvagiiasrsqcedeyanidipvv afenhildniitissdnynggrmafdhlyekgcrkilhikgpevfeatelrykgfldgarakdleidfiefqhdfqvkml eedinsmkdivnydgifvfndiaaatvmralkkrgvsipqevqiigfdnsfigellypslttinqpiealaytiiellik iingegvliedyimevklierettis >d3tb6a_ nktigvlttyisdyifpsiirgiesylseqgysmlltstnnnpdnerrglenllsqhidgliveptksalqtpnigyyln lekngipfaminasyaelaapsftlddvkggmmaaehllslghthmmgifkaddtqgvkrmngfiqahrerelfpspdmi vtftteekeskllekvkatleknskhmptailcyndeialkvidmlremdlkvpedmsivgyddshfaqisevkltsvkh pksvlgkaaakyvidclehkkpkqedvifepeliirqsarkln >d3h5oa1 rtvlvlipslantvfletltgietvldaagyqmlignshydagqelqllraylqhrpdgvlitglshaepferilsqhal pvvymmdladdgrccvgfsqedagaaitrhllsrgkrrigflgaqldervmkrldgyraaldaadcrdaglewldpqpss mqmgadmldralaerpdcdalfccnddlaigalarsqqlgiavperlaiagfndlqpaawctpplttvatprrdigvhaa kallqlidgeepasrradlgfrlmlrrss >d3brsa_ qyymicipkvlddssdfwsvlvegaqmaakeyeiklefmapekeedylvqnelieeaikrkpdvillaaadyektydaak eikdagiklividsgmkqdiaditvatdniqagirigavtknlvrksgkigvisfvknsktamdreeglkiglsddsnki eaiyycdsnydkaydgtvelltkypdisvmvglnqysatgaaraikdmsleakvklvcidssmeqiqyleegifeamvvq kpfnigylgvekalkllkkeyvpkqldsgcalitkd >d4rk4a_ tgnigvlvsrvtnpffaglfdaierelhahgyqvmitqtyddpeaeerflkqlksreldgvilasveapdrvmavakafp grvvvvnadvqipgatslvlphyqatrdaldylfnqghrrfayvsggtisgahhgqsrtqafldfmqahqllvaqdllfg qihtakegqavgkqlaslapnvrpdavftnsdevavgvidsllaadvkvpddiavmgyddqpfapfakiplttvhqpvas maaaathellkglgrqvaqdtqptlhlslkirqsa >d3k9ca_ rllgvvfelqqpfhgdlveqiyaaatrrgydvmlsavapsraekvavqalmrerceaaillgtrfdtdelgaladrvpal vvarasglpgvgavrgddvagitlavdhltelghrniahidgadapggadrragflaamdrhglsasatvvtggtteteg aegmhtllemptpptavvafndrcatgvldllvrsgrdvpadisvvgyddsrlariphvqmttisqdathmaeaavdgal aqisgdkavdlvlaphlvrrattgpvah >d3e3ma1 gfvglllpslnnlhfaqtaqsltdvleqgglqlllgytayspereeqlvetmlrrrpeamvlsydghteqtirllqrasi piveiwekpahpightvgfsneraaydmtnallargfrkivflgekdddwtrgaarragfkramreaglnpdqeirlgap plsiedgvaaaelilqeypdtdcifcvsdmpafgllsrlksigvavpeqvsvvgfgnfevsrfaspeistvrvdpiaigr etgslilrlldpkqrspqtaqhitlppvlefrpslkn >d1elja_ mkieegkvviwhamqpnelevfqslaeeymalcpeveivfeqkpnledalkaaiptgqgpdlfiwahdwigkfaeaglle pideyvtedllnefapmaqdamqykghyyalpfaaetvaiiynkemvseppktfdemkaimekyydpanekygiawpina yfisaiaqafggyyfddkteqpgldkpetiegfkfffteiwpymaptgdyntqqsiflegrapmmvngpwsindvkkagi nfgvvplppiikdgkeywprpyggvkliyfaagiknkdaawkfakwlttseesiktlalelgyipvltkvlddpeikndp viygfgqavqhaylmpkspkmsavwggvdgaineilqdpqnadiegilkkyqqeilnnmq >d1pb7a_ trlkivtihqepfvyvkptmsdgtckeeftvngdpvkkvictgpndtspgsprhtvpqccygfcidlliklartmnftye vhlvadgkfgtqervnnsnkkewngmmgellsgqadmivapltinneraqyiefskpfkyqgltilvkkgtritgindpr lrnpsdkfiyatvkqssvdiyfrrqvelstmyrhmekhnyesaaeaiqavrdnklhafiwdsavlefeasqkcdlvttge lffrsgfgigmrkdspwkqnvslsilkshengfmedldktwvryqecds >d1xt8a1 lnsldkikqngvvrigvfgdkppfgyvdekgnnqgydialakriakelfgdenkvqfvlveaanrveflksnkvdiilan ftqtpqraeqvdfcspymkvalgvavpkdsnitsvedlkdktlllnkgttadayftqnypniktlkydqntetfaalmdk rgdalshdntllfawvkdhpdfkmgikelgnkdviapavkkgdkelkefidnliiklgqeqffhkaydetlkahfgddvk addvvieg >d2xwva1 adydlkfgmnagtssneykaaemfakevkeksqgkieislypssqlgddramlkqlkdgsldftfaesarfqlfypeaav falpyvisnynvaqkalfdtefgkdlikkmdkdlgvtllsqayngtrqttsnrainsiadmkglklrvpnaatnlayaky vgasptpmafsevylalqtnavdgqenplaavqaqkfyevqkflamtnhilndqlylvsnetykelpedlqkvvkdaaen aakyhtklfvdgekdlvtffekqgvkithpdlvpfkesmkpyyaefvkqtgqkgesalkqieainp >d4euoa_ dlvfsswggttqdaqkaawaekfmvetginvlqdgptdygklkamveangvtwdvvdvegdyaaqagpkgllekldfsvi dktkldprfvtdysvgsfyysfvigcnvdsvsacpkswadlfdtakfpgkrtfykwsapgvieaalladgvtadklypld ldrafkkldtiksdiiwwsggaqsqqliasaeapfgsvwngrmtaleqsgvkvetswaqnitaadslvvpkgtknkdaam kfialatsaqaqadmatatgyapvniesaklmdpkiakslpdqqtesqvnadmnywaqhrdeigerwyawqak >d5l9sa_ meqrvviattggtyekalreawfepftkatgikvvtvsgtdaekrakvtamvqtgnvtwdlyldgeiqagsdahfaited lsdfcmqfinstdlladsctrggaklqststllayklnengsnpqtwadmwdlakfpgarsfpnfddpwrvlaaalladg vpreklfpldvdrafrkldelrdsvqvwwrtgdqsvqafrndeyrvgqiwltrakalkaegykigwsydgaflvgdrial vrgapnrenalkliefwlrnpaaqakacetlsctppsqkaisqmssearatlpsaadvenriivpdaqwinanmgmlvqr wnswir >d4n91a_ ktiirvghnqsqnhpthlgllafeeyvedklgdkydiqvypsellgsqidmvqltqtgainicvasnailetfndvweif nlpylfasseayhhvmddpeivkpifestreggfegvtwldagsrsfytkdkpvnspedlsglkirvqqsptnvrmmdll gssaspmgfgevytalqsgiidgaennemsltdnghgevckyysydmhqmvpdivianyswleglpeedrkvfdegfkvl nevqrkewkvavdkakekasemgvefiypdqkpfvdavapltkevlerndklapfydaiqkyneeypa >d3delb1 ekfivgtnatyppfefvdkrgevvgfdidlareisnklgktldvrefsfdalilnlkqhridavitgmsitpsrlkeilm ipyygeeikhlvlvfkgenkhplpltqyrsvavqtgtyqeaylqslsevhirsfdstlevlmevmhgkspvavlepsiaq vvlkdfpalstatidlpedqwvlgygigvasdrpalalkieaavqeirkegvlaeleqkwglnn >d4ng7a1 ikaadvhpqgypnvvavqkmgeklkqqtdgkleikvfpggvlgdekqmieqaqigaidmirvsmapvaailpdievftlp yvfrdedhmhkiidgdigksigdkltnnpksrlvflgwmdsgtrnlitknpvekpedlhgmkirvqgspvaldtlkdmga nsvamgvsevfsgmqtgvidgaennpptfvahnympvaknytlsghfitpemllyskvkwdkltadeqqkiltlareaqf eqrklwdaynqealakmkaggvqfheidkayfvkatepvraqygekhqalmkaiadvq >d5eyfa_ edilerskstneiiwgvkydtrlfgmmdiesrtvqgfdvdiakaitkkilgdngktefvevtsktripllkngnidaiia tmtitderkkqvdfsdvyfdagqallvkkgsqiksvddlnasttvlavkgstsaanirqhapdakilelenyaeaftalq sgqgdamttdnaillgiadenpeyelvggtftnepygiainkgqenflkavnqaleemhadgtydkiyqkwfpnetegkv e >d4pbqa_ ktiiklghynsdihpshialqeyfkktienetnhkyeirlypnnqlggedqivnglrngtieagitglllqnvdpifgvw ewpylfkdnqeakkvlespiankigqkmekygikllaygmngfrvissnkklekfddfkglrlrvplnslfvdwakamni npqsmplsevftaleqkvidgqenpymlikdsglyevqkyiiqsnhifspgllqislktwnkipkedqiifekaaklyqe kewelaiktelevkdylakhgneiivpseafkndmvnaskvlydsfykkydwakdvvqkineak >d2ylna_ aisgslierinnkgtvtvgtegtyapftyhdkdgkltgydvevtravaeklgvkvefketqwdsmmaglkagrfdvvanq vgltsperqatfdksepyswsgavlvahndsniksiadikgvktaqsltsnygekakaagaqlvpvdglaqsltlieqkr adatlndelavldylkknpnagvkivwsapadekvgsglivnkgndeavakfstainelkadgtlkklgeqffgkdisvq >d4kcda_ nklhlrvvtliehpfvftrevddeglcpagqlcldpmtndssmldrlfsslhssndtvpikfkkccygycidlleqlaed mnfdfdlyivgdgkygawknghwtglvgdllsgtanmavtsfsintarsqvidftspffstslgilvrtrgtelsgihdp klhhpsqgfrfgtvressaedyvrqsfpemheymrrynvpatpdgvqylkndpekldafimdkalldyevsidadckllt vgkpfaiegygiglppnspltsniselisqykshgfmdvlhdkwykvvpc >d4c0ra1 ktvtlatvgttnpfsyekkgkltgydievakevfkasdkydvkyqktewtsifsgldsdkyqigannisytkerankyly snptasnplvlvvpkdsdiksyndiaghstqvvqgnttvpmlqkfnknhennqvklnftsedlahqirnvsdgkydfkif ekisaetiikeqgldnlkvidlpsdqkpyvyfifaqdqkdlqkfvnkrlkklyengtleklskkylggsylpdkkdm >d4eqba_ sqklviynwgdyidpelltqfteetgiqvqyetfdsneamytkikqggttydiaipseyminkmkdedllvpldyskieg ienigpeflnqsfdpgnkfsipyfwgtlgivynetmvdeapehwddlwkleyknsimlfdgarevlglglnslgyslnsk dpqqleetvdklykltpnikaivademkgymiqnnvaigvtfsgeasqmleknenlryvvpteasnlwfdnmvipktvkn qdsayafinfmlkpenalqnaeyvgystpnlpakellpeetkedkafypdvetmkhlevyekfdhkwtgkysdlflqfkm yrk >d4i62a_ ieaikskgklvvalnpdfapfeyqkvvdgknqivgsdielakaiatelgvelelspmsfdnvlasvqsgkadlaisgvsk tderskvfdfstpyytaknklivkksdlatyqsvndlaqkkvgaqkgsiqetmakdllqnsslvslpkngnlitdlksgq vdavifeepvakgfvennpdlaiadlnfekeqddsyavamkkdskelkeavdktiqklkesgeldkliedafkasiek >d1u0ma1 atlcrpsvsvpehvitmeetlelarrrhtdhpqlplalrlientgvrtrhivqpiedtlehpgfedrnkvyereaksrvp aviqralddaellatdidviiyvsctgfmmpsltawlinemgfdsttrqipiaqlgcaaggaainrahdfctaypeanal ivacefcslcyqptdlgvgsllcnglfgdgiaaavvrgrg >d4b0na1 kdeqtvypviagmaignpqyrctqnealavaskcpglesikpvleriygnsrigsryfavpdftpgraakgdplfypadg syqvpvdvrldkfkekavplvsdvarraikeaglnvedisklvvvsstgflgpgldceliknlgltrsvdrtligfmgca aamngfrnandyvtanpgkyalmicvelssvhttfddnindailhaifadgcaaavlkgarksecpkgtl >d2z3ga_ plsqeestlieratatinsipisedysvasaalssdgriftgvnvyhftggpcaelvvlgtaaaaaagnltcivaignen rgilspcgrcrqvlldlhpgikaivkdsdgqptavgirellps >d3ijfx_ dvdwnmlrgnatqaaagayvpysrfavgaaalvddgrvvtgcnvenvsygltlcaecavvcalhstgggrllalacvdgh gsvlmpcgrcrqvllehggsellidhpvrprrlgdllpdafgl >d1rkqa1 aikliaidmdgtlllpdhtispavknaiaaarargvnvvlttgrpyagvhnylkelhmeqpgdycityngalvqkaadgs tvaqtalsyddyrfleklsrevgshfhaldrttlytanrdisyytvhesfvatiplvfceaekmdpntqflkvmmidepa ildqaiaripqevkekytvlksapyfleildkrvnkgtgvksladvlgikpeeimaigdqendiamieyagvgvavdnai psvkevanfvtksnledgvafaiekyvln >d2b30a1 veealkgadiklllidfdgtlfvdkdikvpsenidaikeaiekgymvsictgrskvgilsafgeenlkkmnfygmpgvyi ngtivydqigytlldetietdvyaelisylveknlvnqtifhrgesnyvtednkyadflqkmysenrsiiirhnemlkyr tmnklmivldpsesktvignlkqkfknkltifttynghaevtklghdkytginyllkhynisndqvlvvgdaendiamls nfkysfavanatdsakshakcvlpvshregavayllkkvfdlk >d2hf2a_ lsvkvivtdmdgtflndaktynqprfmaqyqelkkrgikfvvasnnqyyqlisffpelkdeisfvaengalvyehgkqlf hgeltrhesrivigellkdkqlnfvacglqsayvsenapeafvalmakhyhrlkpvkdyqeiddvlfkfslnlpdeqipl vidklhvaldgimkpvtsgfgfidliipglhkangisrllkrwdlspqnvvaigdsgndaemlkmarysfamgnaaenik qiaryatddnnhegalnviqavldntspfn >d4dw8a_ kyklivldldgtltnskkeissrnretliriqeqgirlvlasgrptygivplanelrmnefggfilsynggeiinweske mmyenvlpnevvpvlyecartnhlsiltydgaeivtensldpyvqkeaflnkmairetndfltditlpvakclivgdagk lipveselcirlqgkinvfrsepyflelvpqgidkalslsvllenigmtreeviaigdgyndlsmikfagmgvamgnaqe pvkkaadyitltndedgvaeaierif >d3l5ka1 maappqpvthlifdmdgllldterlysvvfqeicnrydkkyswdvkslvmgkkaleaaqiiidvlqlpmskeelveesqt klkevfptaalmpgaekliihlrkhgipfalatssrsasfdmktsrhkeffslfshivlgddpevqhgkpdpdiflacak rfspppamekclvfedapngveaalaagmqvvmvpdgnlsrdlttkatlvlnslqdfqpelfglpsye >d4uasa_ mieailfdvdgtlaeteelhrrafnetfaalgvdwfwdreeyrelltttggkeriarflrhqkgdpaplpiadihrakte rfvalmaegeialrpgiadliaeakragirlavatttslpnvealcracfghpareifdviaagdmvaekkpspdiyrla lreldvpperavaledslnglraakgaglrcivspgfytrheefagadrlldsfaelgglagldl >d2w43a_ miilafdifgtvldtstviqefrnkqleytwlltimgkyvefeeitkitlryilkvrgeeskfdeelnkwknlkayedtk ylkeiseiaevyalsngsinevkqhlerngllryfkgifsaesvkeykpspkvykyfldsigakeaflvssnafdvigak nagmrsifvnrkntivdpiggkpdvivndfkelyewilryk >d4uava_ tlpsallfdcdgvlvdtekdghrisfndtfkerdlnvtwdvdlygellkigggkermtayfnkvgwpekapkdeaerkef iaglhkqktelfmvliekkllplrpgvaklvdqaltngvkvavcstsnekavsaivscllgperaekikifagdvvpkkk pdpaiynlaaetlgvdpskcvvvedsaiglaaakaagmtcivtksgytadedfenadavfdcigdppeerfdlafcgsll rkqfvs >d4ygra1 mkavlfdidgtilteeplimlflpqvydklsrklgiskdearerflseilgrrdsydwhdwnfffklfdldlkyeeller yphklqvypdtiptlewlrdtgyklgivtsgpkyqrlklkltglldyfdvvitrddvnaikpepkiflytierlgvepge avmvgdslsqdvygaksvgmtavwinrngdrgynmadyeirtlyelrkilgger >d3bbda1 tyniilaksalelipeeiknkirksrvykydildsnyhykameklkdkemrgrpdiihisllnildspinhekklniyih tyddkvlkinpetrlprnyfrflgvmekvlkgernhlikmeektledllneinakkiaimtktgklthpkllkeydtfii ggfpygklkinkekvfgdikeisiynkglmawtvcgiicyslsf >d3o7ba_ mgsafvfleaslelipqkirghpavradairrgkrpekillddskhhtamkslefrekrgrpdivhqcllllldsplrdf evyvhtlngeiiwvnretrlprnynrfvglmeklfeerritagdttliefkdvglrdivrgrdvllfrekggrfefsell dgdvavcigafphgdffeetlrelgefkevslgtesytslyvtsrvlceyervrah >d3d3ha_ qkrfyvsidkipehvinafvatedrnfwhhfgidpvaivraaivnyragrivqggstitqqlaknlfltrertlerkike allaikiertfdkkkimelylnqiylgsgaygveaaaqvyfgkhvwelsldeaallaalpkapakynpfyhperalqrrn lvlkrmleegyitpeqyeeavnk >d2olua1 klqdpipakiydkngelvktldngqrhehvnlkdvpksmkdavlatednrfyehgaldykrlfgaigknltggfgsegas tltqqvvkdaflsqhksigrkaqeaylsyrleqeyskddifqvylnkiyysdgvtgikaaakyyfnkdlkdlnlaeeayl aglpqvpnnyniydhpkaaedrkntvlylmhyhkritdkqwedakkidlkanlvnrtpeerqnid >d2v94a1 meikitevkenkligrkeiyfeiyhpgeptpsrkdvkgklvamldlnpettviqyirsyfgsykskgyakyyydkdrmly iepeyilirdgii >d2g1da1 mdliikekrdnpilkrkeikyvlkfdssrtpsreeikeliakhegvdkelvivdnnkqltgkheiegytkiyadkpsaml yepdyelirnglkqkeak >d1wm3a_ hinlkvagqdgsvvqfkikrhtplsklmkaycerqglsmrqirfrfdgqpinetdtpaqlemededtidvfq >d3a4ra1 qelrlrvqgkekhqmleislspdsplkvlmshyeeamglsghklsfffdgtklsgkelpadlglesgdlievwg >d3ec9a1 mrtpyqivadhyaasdrhdpaammadiapaiewtemagfpcagtyrsadeivrnvfrrlgeewdgytfkldalhdagdtv igvgrysgtyrrtgksfecrvahvwrvdagkivhfeqftdtllvaqamqp >d3grda_ mpkanleiirstyegsassnakhlaealsekvewteaegfpyggtyigveaimenvfsrlgsewndykasvnmyhevsgk dviiaegmysgvykdtgksfeaefvhvwqlengkivkfkqyvdshlvreamks >d1k5na2 gshsmryfhtsvsrpgrgeprfitvgyvddtlfvrfdsdaaspreeprapwieqegpeywdretqickakaqtdredlrt llryynqseagshtlqnmygcdvgpdgrllrgyhqhaydgkdyialnedlsswtaadtaaqitqrkweaarvaeqlrayl egecvewlrrylengketlqr >d1de4a2 rshslhylfmgaseqdlglslfealgyvddqlfvfydhesrrveprtpwvssrissqmwlqlsqslkgwdhmftvdfwti menhnhskeshtlqvilgcemqednstegywkygydgqdhlefcpdtldwraaeprawptklewerhkirarqnrayler dcpaqlqqllelgrgvld >d3qy3a1 qllhtahipvrwgdmdsyghvnntlyfqyleearvawfetlgidlegaaegpvvlqslhtylkpvvhpatvvvelyagrl gtsslvlehrlhtledpqgtygeghcklvwvrhaenrstpvpdsiraaia >d2cyea1 megfpvrvrvdvrfrdldplghvnnavflsymelariryfqrispdwleeghfvvarmevdylrpillgdevfvgvrtvg lgrsslrmehlvtangesaakglgvlvwleggrpaplpeaireriralegrp >d1j4wa1 idvpiprfavgivigrngemikkiqndagvriqfkpddgttperiaqitgppdraqhaaeiitdllrsvq >d2ctma1 rivgeleqmvsedvpldhrvhariigargkairkimdefkvdirfpqsgapdpncvtvtglpenveeaidhilnleeeyl a >d1viga_ inrmdyveinidhkfhrhligksganinrikdqykvsvrippdseksnliriegdpqgvqqakrellelas >d1jpma2 mkiirietsriavpltkpfktalrtvytaesvivritydsgavgwgeapptlvitgdsmdsiesaihhvlkpallgksla gyeailhdiqhlltgnmsakaavemalydgwaqmcglplyqmlgg >d4k8ga1 mkitaarviitcpgrnfvtlkietdqgvygigdatlngrelsvvaylqehvapcligmdprriediwqyvyrgaywrrgp vtmraiaavdmalwdikakmagmplyqllgg >d3fvda1 ritrltvfhldlplakpywlsggrlkfdrldstylridtdegvtgwgegcpwghsylpahgpglragiatlaphllgldp rsldhvnrvmdlqlpghsyvkspidmacwdilgqvaglplwqllgg >d5olca1 kikkiepyvishkldtpfyfsqwqydtrkicivkitlddgtygwgegygpaaviksgidfftpfllgkeaighevlwqem yrrsmdyarsgvlqaaisaidvalwdikgkllnlpvsvllgg >d1p1la_ mhnfiyitapsleeaeriakrllekklaacvnifpiksffwwegkieaatefamivktrsekfaevrdevkamhsyttpc icaipierglkefldwidetve >d2nuha_ sdvylifstcpdlpsaeiisrvlvqerlaacvtqlpgavstyrwqgkiettqeiqlliktnavhvnaaitrlcalhpyrl peaiavqvsvglpeyltwinteid >d1l3ka1 kepeqlrklfigglsfettdeslrshfeqwgtltdcvvmrdpntkrsrgfgfvtyatveevdaamnarphkvdgrvvepk ravs >d2dnza1 lyvgslhfnitedmlrgifepfgkidnivlmkdsdtgrskgygfitfsdsecarraleqlngfelagrpmrvghvterld gg >d3uwta2 laeearafnriyvasvhqdlsdddiksvfeafgkiksctlardpttgkhkgygfieyekaqssqdavssmnlfdlggqyl rvgkavtppmplltpa >d5x3ya1 kkifvgglsvnttvedvkhyfeqfgkvddamlmfdkttnrhrgfgfvtfesedivekvceihfheinnkmveckkaqpke vmsptgsargrs >d2j0wa3 lalvaligndlskacgvgkevfgvlepfnirmicygasshnlcflvpgedaeqvvqklhsnlfe >d2cdqa3 raiislignvqhsslilerafhvlytkgvnvqmisqgaskvnisfivneaeaegcvqalhksffesgdlselliq >d3r5ga_ etqrkkltvffsdirgftelseeleaealtdllnnylnemskialkyggtidkfvgdcvmvffgdpstqgakkdavaavs mgiamrkhmkvlrqqwraqgitkpleirmgintgyctvgnfgadtrmdytiigrevnlasrlesaseageilishetysl ikdvimcrdkgqiavkgfsrpvqiyqvvdsrrdlg >d3mr7a1 errlcailaadmagysrlmernetdvlnrqklyrrelidpaiaqaggqivkttgdgmlarfdtaqaalrcaleiqqamqq reedtprkeriqyriginigdivledgdifgdavnvaarleaisepgaicvsdivhqitqdrvsepftdlglqkvknitr pirvwqwvpda >d4qmea2 dlavtedyfttmsgrnvkiefytteadkpkvgfaveslknamkwdetrfgleydldifmvvavgdfnmgamenkglnifn tkfvladsrtatdtdfegiesvvgheyfhnwtgnrvtcrdwfqlslkegltvfrdqefsgdrasravrrienirllrqhq fpedagptahpvrpasyeemnnfytmtvyekgaevvrmyhtllgeegfqkgmklyfqrhdgqavtcddfraamadangin ldqfalwysq >d4fkea2 qsvnetaqngvliriwarpnaiaeghgmyalnvtgpilnffanhyntsyplpksdqialpdfnagamenwglvtyrenal lfdpqsssisnkervvtviahelahqwfgnlvtlawwndlwlnegfasyveylgadhaeptwnlkdlivpgdvyrvmavd alasshplttpaeevntpaqisemfdsisyskgasvirmlsnfltedlfkeglasylhafayqnttyldlwehlqkavda qtsirlpdtvraimdrwtlqmg >d1m4ia_ mhtqvhtarlvhtadldsetrqdirqmvtgafagdftetdwehtlggmhaliwhhgaiiahaaviqrrliyrgnalrcgy vegvavradwrgqrlvsalldaveqvmrgayqlgalsssararrlyasrgwlpwhgptsvlaptgpvrtpdddgtvfvlp idisldtsaelmcdwragdvw >d5us1a1 mgieyrslhtsqltlsekealydlliegfegdfshddfahtlggmhvmafdqqklvghvaiiqrhmaldntpisvgyvea mvveqsyrrqgigrqlmlqtnkiiascyqlgllsasddgqklyhsvgwqiwkgklfelkqgsyirsieeeggvmgwkadg evdftaslycdfrggdqw >d1vcda_ melgaggvvfnakrevlllrdrmgfwvfpkghpepgesleeaavrevweetgvraevllplyptryvnpkgverevhwfl mrgegaprleegmtgagwfspeearallafpedlgllevalerlpl >d1hzta1 lhlafsswlfnakgqllvtrralskkawpgvwtnsvcghpqlgesnedavirrcryelgveitppesiypdfryratdps givenevcpvfaarttsalqinddevmdyqwcdladvlhgidatpwafspwmvmqatnrearkrlsaftqlk >d1jcua_ mlirkitrknpspdvleeaisvmegggiviyptdtiyglgvnaldedavrrlfrvkgrsphkpvsicvscvdeiprfsrp sgdamelmerilpgpytvvlernelipdvitggssrvgirvpddeicrriaarfpvtatsanisgkppsprleeivrdld avdlvldagdcldmepstvidltvnpprvlrrgkgpldpvllrgagdv >d1hrua_ nnlqrdaiaaaidvlneerviaypteavfgvgcdpdsetavmrllelkqrpvdkgliliaanyeqlkpyiddtmltdvqr etifsrwpgpvtfvfpapattprwltgrfdslavrvtdhplvvalcqaygkplvstsanlsglppcrtvdevraqfgaaf pvvpgetggrlnpseirdaltgelfr >d3mi9a_ vecpfcdevskyeklakigqgtfgevfkarhrktgqkvalkkvlmenekegfpitalreikilqllkhenvvnlieicrt kaspynrckgsiylvfdfcehdlagllsnvlvkftlseikrvmqmllnglyyihrnkilhrdmkaanvlitrdgvlklad fglarafslaknsqpnrytnrvvtlwyrppelllgerdygppidlwgagcimaemwtrspimqgnteqhqlalisqlcgs itpevwpnvdnyelyeklelvkgqkrkvkdrlkayvrdpyaldlidkllvldpaqridsddalnhdffwsdpmpsdlkgm lsthltsmfeylapprr >d3poza_ qallrilketefkkikvlgsgafgtvykglwipegekvkipvaikelreatspkankeildeayvmasvdnphvcrllgi cltstvqlitqlmpfgclldyvrehkdnigsqyllnwcvqiakgmnyledrrlvhrdlaarnvlvktpqhvkitdfglak llgaeekeyhaeggkvpikwmalesilhriythqsdvwsygvtvwelmtfgskpydgipaseissilekgerlpqppict idvymimvkcwmidadsrpkfreliiefskmardpqrylviqgdermhlpsptdsnfyralmdeedmddvvdadeyl >d4i4ea_ dyeiqrerielgrcigegqfgdvhqgiymspenpalavaiktcknctsdsvrekflqealtmrqfdhphivkligviten pvwiimelctlgelrsflqvrkysldlaslilyayqlstalayleskrfvhrdiaarnvlvssndcvklgdfglsrymed styykaskgklpikwmapesinfrrftsasdvwmfgvcmweilmhgvkpfqgvknndvigriengerlpmppncpptlys lmtkcwaydpsrrprftelkaqlstileeekaq >d1ad5a3 kpqkpwekdaweipreslklekklgagqfgevwmatynkhtkvavktmkpgsmsveaflaeanvmktlqhdklvklhavv tkepiyiitefmakgslldflksdegskqplpklidfsaqiaegmafieqrnyihrdlraanilvsaslvckiadfglar vgakfpikwtapeainfgsftiksdvwsfgillmeivtygripypgmsnpeviralergyrmprpencpeelynimmrcw knrpeerptfeyiqsvlddfytatesqyqqqp >d3f66a_ hidlsalnpelvqavqhvvigpsslivhfnevigrghfgcvyhgtlldndgkkihcavkslnritdigevsqfltegiim kdfshpnvlsllgiclrsegsplvvlpymkhgdlrnfirnethnptvkdligfglqvakgmkylaskkfvhrdlaarncm ldekftvkvadfglardmydkeyysvhnktgaklpvkwmaleslqtqkfttksdvwsfgvllwelmtrgappypdvntfd itvyllqgrrllqpeycpdplyevmlkcwhpkaemrpsfselvsrisaifstfigehy >d3wara_ sgpvpsrarvytdvnthrpreywdyeshvvewgnqddyqlvrklgrgkysevfeainitnnekvvvkilkpvkkkkikre ikilenlrggpniitladivkdpvsrtpalvfehvnntdfkqlyqtltdydirfymyeilkaldychsmgimhrdvkphn vmidhehrklrlidwglaefyhpgqeynvrvasryfkgpellvdyqmydysldmwslgcmlasmifrkepffhghdnydq lvriakvlgtedlydyidkynieldprfndilgrhsrkrwerfvhsenqhlvspealdfldkllrydhqsrltareameh pyfytvvkdqarmg >d1koba_ indydkfyediwkkyvpqpvevkqgsvydyydileelgsgafgvvhrcvekatgrvfvakfintpypldkytvkneisim nqlhhpklinlhdafedkyemvlileflsggelfdriaaedykmseaevinymrqaceglkhmhehsivhldikpenimc etkkassvkiidfglatklnpdeivkvttataefaapeivdrepvgfytdmwaigvlgyvllsglspfageddletlqnv krcdwefdedafssvspeakdfiknllqkeprkrltvhdalehpwlkgdhsnltsripssrynkirqkikekyadwpapq paigrianfsslrkhrpqeyqiydsyfdrkea >d2yexa_ avpfvedwdlvqtlgegaygevqlavnrvteeavavkivdmkravdcpenikkeicinkmlnhenvvkfyghrregniqy lfleycsggelfdriepdigmpepdaqrffhqlmagvvylhgigithrdikpenlllderdnlkisdfglatvfrynnre rllnkmcgtlpyvapellkrrefhaepvdvwscgivltamlagelpwdqpsdscqeysdwkekktylnpwkkidsaplal lhkilvenpsaritipdikkdrwynkplk >d2xrwa1 srskrdnnfysveigdstftvlkryqnlkpigsgaqgivcaaydailernvaikklsrpfqnqthakrayrelvlmkcvn hkniigllnvftpqksleefqdvyivmelmdanlcqviqmeldhermsyllyqmlcgikhlhsagiihrdlkpsnivvks dctlkildfglartagtsfmmtpyvvtryyrapevilgmgykenvdiwsvgcimgemikggvlfpgtdhidqwnkvieql gtpcpefmkklqptvrtyvenrpkyagysfeklfpdvlfpadsehnklkasqardllskmlvidaskrisvdealqhpyi nvwydpseaeapppkipdkqlderehtieewkeliykevmdle >d2w5aa1 sraedyevlytigtgsygrcqkirrksdgkilvwkeldygsmteaekqmlvsevnllrelkhpnivryydriidrtnttl yivmeyceggdlasvitkgtkerqyldeefvlrvmtqltlalkechrrsdgghtvlhrdlkpanvfldgkqnvklgdfgl arilnhdtsfaktfvgtpyymspeqmnrmsyneksdiwslgcllyelcalmppftafsqkelagkiregkfrripyrysd elneiitrmlnlkdyhrpsveeilenpli >d4c2va_ kftiddfdigrplgkgkfgnvylarekqnkfimalkvlfksqlekegvehqlrreieiqshlrhpnilrmynyfhdrkri ylmlefaprgelykelqkhgrfdeqrsatfmeeladalhycherkvihrdikpenllmgykgelkiadfgwsvhapslrr rtmcgtldylppemiegkthdekvdlwcagvlcyeflvgmppfdspshtethrrivnvdlkfppflsdgskdliskllry hppqrlplkgvmehpwvkansrrvlppvyqs >d2b9ha_ mpkrivynissdfqlksllgegaygvvcsathkptgeivaikkiepfdkplfalrtlreikilkhfkheniitifniqrp dsfenfnevyiiqelmqtdlhrvistqmlsddhiqyfiyqtlravkvlhgsnvihrdlkpsnllinsncdlkvcdfglar iidesaadnseptgqqsgmvefvatrwyrapevmltsakysramdvwscgcilaelflrrpifpgrdyrhqlllifgiig tphsdndlrciesprareyikslpmypaaplekmfprvnpkgidllqrmlvfdpakritakealehpylqtyhdpndepe gepippsffefdhykealttkdlkkliwneifs >d3oz6a_ drhvlrkyelvkklgkgaygivwksidrrtgevvavkkifdafqnstdaqrtfreimiltelsghenivnllnvlradnd rdvylvfdymetdlhaviranilepvhkqyvvyqlikvikylhsggllhrdmkpsnillnaechvkvadfglsrsfvnir rvtnniplsinentenfdddqpiltdyvatrwyrapeillgstkytkgidmwslgcilgeilcgkpifpgsstmnqleri igvidfpsnedvesiqspfaktmieslkekveirqsnkrdiftkwknlllkinpkadcneealdlldkllqfnpnkrisa ndalkhpfvsifhnpneepncdhiitipindnvkhsiddyrnlvyseisrrkrelisn >d4nfna_ dilpanyvvkdrwkvlkkiggggfgeiyeamdlltrenvalkvesaqqpkqvlkmevavlkklqgkdhvcrfigcgrnek fnyvvmqlqgrnladlrrsqprgtftlsttlrlgkqilesieaihsvgflhrdikpsnfamgrlpstyrkcymldfglar qytnttgdvrpprnvagfrgtvryasvnahknremgrhddlwslfymlvefavgqlpwrkikdkeqvgmikekyehrmll khmpsefhlfldhiasldyftkpdyqlimsvfensmkergiaeneafdwekag >d4at5a1 dtfvqhikrhnivlkrelgegafgkvflaecynlcpeqdkilvavktlkdasdnarkdfhreaelltnlqhehivkfygv cvegdplimvfeymkhgdlnkflrahgpdavlmaegnppteltqsqmlhiaqqiaagmvylasqhfvhrdlatrnclvge nllvkigdfgmsrdvystdyyrvgghtmlpirwmppesimyrkfttesdvwslgvvlweiftygkqpwyqlsnnevieci tqgrvlqrprtcpqevyelmlgcwqrephmrknikgihtllqnlakaspvyldilg >d3lxpa_ dptvfhkrylkkirdlgeghfgkvslycydptndgtgemvavkalkadagpqhrsgwkqeidilrtlyhehiikykgcce dagaaslqlvmeyvplgslrdylprhsiglaqlllfaqqicegmaylhaqhyihrdlaarnvlldndrlvkigdfglaka vpegheyyrvredgdspvfwyapeclkeykfyyasdvwsfgvtlyellthcdssqspptkfleligiaqgqmtvlrltel lergerlprpdkcpaevyhlmkncweteasfrptfenlipilktvhekyqg >d4itja_ nvikmkssdflesaeldsggfgkvslafhrtqglmimktvykgpnciehnealleeakmmnrlrhsrvvkllgviieegk yslvmeymekgnlmhvlkaemstplsvkgriileiiegmaylhgkgvihkdlkpenilvdndfhikiadlglasfkmwsk lnneehnelrevdgtakknggtlyymapehlndvnakpteksdvysfavvlwaifankepyenaiaeqqlimaiksgnrp dvdditeycpreiislmklcweanpearptfpgieekfrpfylsqle >d4wnoa_ tetvgkfefsrkdlighgafavvfkgrhraahdlevavkcinkknlaksqtllgkeikilkelkhenivalydfqemans vylvmeycnggdladylhamrtlsedtirlflqqiagamrllhskgiihrdlkpqnillsnpagrranpnsirvkiadfg farylqsnmmaatlcgspmymapevimsqhydgkadlwsigtivyqcltgkapfqasspqdlrlfyeknktlvptipret saplrqlllallqrnhkdrmdfdeffhhpflda >d3fe3a_ qphignyrllktigkgnfakvklarhiltgrevaikiidktqlnptslqklfrevrimkilnhpnivklfevietektly limeyasggevfdylvahgrmkekearskfrqivsavqychqkrivhrdlkaenllldadmnikiadfgfsneftvggkl dafcgappyaapelfqgkkydgpevdvwslgvilytlvsgslpfdgqnlkelrervlrgkyripfymstdcenllkrflv lnpikrgtleqimkdrwinagheedelkpfvepeldisdqkridimvgmgysqeeiqeslskmkydeitatylllgr >d5jzja_ evseegfqipatiterykvgrtigdgnfavvkecverstareyalkiikkskcrgkehmiqnevsilrrvkhpnivllie emdvptelylvmelvkggdlfdaitstnkyterdasgmlynlasaikylhslnivhrdikpenllvyehqdgskslklgd fglativdgplytvcgtptyvapeiiaetgyglkvdiwaagvityillcgfppfrgsgddqevlfdqilmgqvdfpspyw dnvsdsakelitmmllvdvdqrfsavqvlehpwvn >d2i6la_ gfdlgsrymdlkplgcggnglvfsavdndcdkrvaikkivltdpqsvkhalreikiirrldhdnivkvfeilgpsgsqlt ddvgsltelnsvyivqeymetdlanvleqgplleeharlfmyqllrglkyihsanvlhrdlkpanlfintedlvlkigdf glarimdphyshkghlseglvtkwyrsprlllspnnytkaidmwaagcifaemltgktlfagaheleqmqlilesipvvh eedrqellsvipvyirndmtephkpltqllpgisreavdfleqiltfspmdrltaeealshpymsiysf >d3coka1 atcigekiedfkvgnllgkgsfagvyraesihtglevaikmidkkamykagmvqrvqnevkihcqlkhpsilelynyfed snyvylvlemchngemnrylknrvkpfsenearhfmhqiitgmlylhshgilhrdltlsnllltrnmnikiadfglatql kmphekhytlcgtpnyispeiatrsahglesdvwslgcmfytlligrppfdtdtvkntlnkvvladyempsflsieakdl ihqllrrnpadrlslssvldhpfms >d3dlsa_ aveleglaacegeysqkystmsplgsgafgfvwtavdkeknkevvvkfikkekvledcwiedpklgkvtleiailsrveh aniikvldifenqgffqlvmekhgsgldlfafidrhprldeplasyifrqlvsavgylrlkdiihrdikdeniviaedft iklidfgsaaylergklfytfcgtieycapevlmgnpyrgpelemwslgvtlytlvfeenpfceleetveaaihppylvs kelmslvsgllqpvperrttleklvtdpwvtqpvnladytweevf >d4yfia_ ekadilllraglpshfhlqlseiefheiigsgsfgkvykgrcrnkivaikryrantycsksdvdmfcrevsilcqlnhpc viqfvgaclndpsqfaivtqyisggslfsllheqkrildlqskliiavdvakgmeylhnltqpiihrdlnshnillyedg havvadfgesrflqsldednmtkqpgnlrwmapevftqctrytikadvfsyalclweiltgeipfahlkpaaadmdmayh hirppigysipkpissllirgwnacpegrpefsevvmkleeclcni >d3uc3a_ ldmpimhdsdrydfvkdigsgnfgvarlmrdkltkelvavkyiergaaidenvqreiinhrslrhpnivrfkeviltpth laiimeyasggelyericnagrfsedearfffqqllsgvsychsmqichrdlklentlldgspaprlkicdfgyskssvl hsqpkstvgtpayiapevllrqeydgkiadvwscgvtlyvmlvgaypfedpeeprdyrktiqrilsvkysipddirispe cchlisrifvadpatrisipeikthswflknlpadlmnesntgsqfqepeqpmqsldtimqiiseatip >d3bdwa_ dccscqekwvgyrcncyfisseqktwnesrhlcasqkssllqlqntdeldfmsssqqfywiglsyseehtawlwengsal sqylfpsfetfntknciaynpngnaldescedknryickqqli >d1wmza_ nqcptdweaegdhcyrffntlttwenahhecvsyscstlnvrsdlvsvhsaaeqayvfnywrgidsqagqlwiglydkyn egdfiwtdgskvgytkwaggqpdnwnnaedygqfrhteggawndnsaaaqakymckltfe >d1ypqa1 csapcpqdwiwhgencylfssgsfnweksqekclsldakllkinstadldfiqqaisyssfpfwmglsrrnpsypwlwed gsplmphlfrvrgavsqtypsgtcayiqrgavyaencilaafsicqkkanl >d2h2tb_ cntcpekwinfqrkcyyfgkgtkqwvharyacddmegqlvsihspeeqdfltkrashtgswiglrnldlkgefiwvdgsh vdysnwapgeptsrsqsedcvmmrgsgrwndafcdrklgawvcdrlatc >d2yhfa_ mcpkdwefyqarcfflstsesswnesrdfckgkgstlaivntpeklkflqditdaekyfigliyhreekrwrwinnsvfn gnvtnqnqnfncatigltktfdaascdisyrricekna >d3m9za_ lecpqdwlshrdkcfhvsqvsntweeglvdcdgkgatlmliqdqeelrflldsikekynsfwiglrytlpdmnwkwings tlnsdvlkitgdtendscaaisgdkvtfescnsdnrwicqkely >d3f8la_ irqplgmgsyteaakaqglsagrilvawsdltadevlagvlgvdvgapvlqlervlttdgvrvglettklpaqrypglre tfdheaslyaeirsrgiaftrtvdtidtalpdareaallgadartpmfllnrvsydqddvaieqrrslyrgdrmtftavm ha >d4zsia1 kvsqalqltsytedmraqgleptsqlldigyitaddrlagllditaggrvlrierlrmangepmaietthlsakrfpalr rslvkytslytalaevydvhlaeaeetietslatpreagllgtdvglpmlmlsrhsqdrtgqpvewvrsvyrgdrykfva rlkrp >d1txoa_ lvlryaarsdrglvrannedsvyagarllaladgmgghaagevasqlviaalahldddepggdllakldaavragnsaia aqvemepdlegmgttltailfagnrlglvhigdsrgyllrdgeltqitkddtfvqtlvdegritpeeahshpqrslimra ltgheveptltmrearagdryllcsdglsdpvsdetilealqipevaesahrlielalrgggpdnvtvvvadleh >d2j82a_ mdvagltdcglirksnqdafyidekhqrffivadgmgghaggeeasrlavdhirqylethledlqhdpvtllrqaflaan haiveqqrqnsaradmgttavvilldekgdrawcahvgdsriyrwrkdqlqqitsdhtwiaqavqlgsltieqarqhpwr hvlsqclgredlsqidiqpidlepgdrlllcsdglteeltddvisiylsepnvqkaaaalvdaakthggrdnvtvvvisv >g2vt1.1 ieilseqtksdirnsklvvmnXpthiaigiyfnpeiapapfislietnqcalavrkyanevgiptvrdvklarklyktht kysfvdfehldevlrlivwleqv >g3bzy.1 sgslannikkstvivknXpthiaiclyyklgetplplvietgkdakalqiiklaelydipviediplarsldknihkgqy itedffepvaqliriaidldy >d1k9oi_ getdlqkilresndqftaqmfsevvkanpgqnvvlsafsvlpplgqlalasvgeshdellralalpndnvtkdvfadlnr gvravkgvdlkmaskiyvakglelnddfaavsrdvfgsevqnvdfvksveaagainkwvedqtnnriknlvdpdaldett rsvlvnaiyfkgswkdkfvkertmdrdfhvskdktikvptmigkkdvryadvpeldakmiemsyegdqasmiiilpnqvd gitaleqklkdpkalsraeerlynteveitlpkfkietttdlkevlsnmnikklftpgaarlenllktkesltvdaaiqk afievneegaeaaaanafgivpkslilypevhidrpfyfelkidgipmfngkviep >d3kcgi_ spvdictakprdipmnpmciyrspekkatedegseqkipeatnrrvwelskansrfattfyqhladskndndniflspls istafamtklgacndtlqqlmevfkfdtisektsdqihfffaklncrlyrkankasklvsanrlfgdksltfnetyqdis elvygaklqpldfkenaeqsraainkwvsnktegritdvipseaineltvlvlvntiyfkglwkskfspentrkelfyka dgescsasmmyqegkfryrrvaegtqvlelpfkgdditmvlilpkpekslakvekeltpevlqewldeleemmlvvhmpr friedgfslkeqlqdmglvdlfspeksklpgivaegrddlyvsdafhkaflevneegseaaastavviagrslnpnrvtf kanrpflvfirevplntiifmgrvanpcv >d1wz9a_ mdalqlansafavdlfkqlcekeplgnvlfspiclstslslaqvgakgdtaneigqvlhfenvkdvpfgfqtvtsdvnkl ssfyslklikrlyvdkslnlstefisstkrpyakeletvdfkdkleetkgqinnsikdltdghfeniladnsvndqtkil vvnaayfvgkwmkkfpesetkecpfrlnktdtkpvqmmnmeatfcmgnidsinckiielpfqnkhlsmfillpkdvedes tglekiekqlnseslsqwtnpstmanakvklsipkfkvekmidpkaclenlglkhifsedtsdfsgmsetkgvalsnvih kvcleitedggdsievpgarilqhkdelnadhpfiyiirhnktrniiffgkfcsp >d3pzfa_ gpfqgqrqnefdlmfvkeifknhnsnvvlspfsvkilltliyeasdtsfgnavsntkrelssviqndnidhtrsyykqll esaqqdnkdydlniatnffvddfievinkyqqianthyhamlekvsysnptqtaatinnwvsehtngrlreivtpdsleg avitlvnviyfkglwtypfpevannvkpfygtrgkptnaqymeqngqfyydnsadlgaqilrlpyrgnklamyfilpnpd ntvnqvldrinsaslhqalwymeenevnvtlpkfkfdfseqlneplqqvgireifsqnaslpllargrgardevrvsrif qkagitinelgseayaateiqlvnkfggdgvqifnanrpfiffiedetlgtmlfagkienpvf >d4x30a_ atlykmssinadfafnlyrrftvetpdkniffspvsisaalvmlsfgaccstqteivetlgfnltdtpmveiqhgfqhli cslnfpkkelelqignalfigkhlkplakflndvktlyetevfstdfsnisaakqeinshvemqtkgkvvgliqdlkpnt imvlvnyihfkaqwanpfdpsktedsssflidktttvqvpmmhqmeqyyhlvdmelnctvlqmdysknalalfvlpkegq mesveaamssktlkkwnrllqkgwvdlfvpkfsisatydlgatllkmgiqhaysenadfsgltednglklsnaahkavlh igekgteaaavpevelsdqpentflhpiiqidrsfmllilerstrsilflgkvvnpte >d5ncsa1 ekiekdnafafdllqttrkhvteanvfisplsvsmalnmtlngaagvtademktalretgytmedineyshslreallkv dpsttigmansiwykqgelvkepfilanrthydaevkavdfsspatlpaingwcaqktndkitkildyipgnafmylina vyfkgiwvtqfkksdtkrapfrkadgttqevnmmaqkstfgyttdeccqylemdygnkafsmivmlpnegqttrdvieql dnkhwsmiikgirptqvslrmprfkteckyglekkilpemgmnvpftetadfpgitdaaifisrvihktfvqvdeegtea aavtavemvktsspsttpinfhinkpfvfairekstgvilfigeigevke >d3le2a1 mdvresislqnqvsmnlakhvittvsqnsnvifspasinvvlsiiaagsagatkdqilsflkfsstdqlnsfsseivsav ladgsanggpklsvangawidkslsfkpsfkqlledsykaasnqadfqskaveviaevnswaeketnglitevlpegsad smtklifanalyfkgtwnekfdesltqegefhlldgnkvtapfmtskkkqyvsaydgfkvlglpylqgqdkrqfsmyfyl pdannglsdlldkivstpgfldnhiprrqvkvrefkipkfkfsfgfdasnvlkglgltspfsgeegltemvespemgknl cvsnifhkacievneegteaaaasagviklrgllmeedeidfvadhpfllvvtenitgvvlfigqvvdplh >d3ozqa1 edatlqefpnavnsftpsvykevlktekanflvspfsaatllalaqsgcrgdtaeeirqvlhfvgdrekaegavkevlsk ltneeytlhtankiyvktnfsvreefqkiavevygaqsenvdfsekndaaklmnawveeqtqhkiqnlvdpeilnnltrv vlinalyfnakwlvpfppfhtrksdfhksakevvqvdtmyldeqyfnyyechhldakllelpfkggasltivlsnqiegl vsleskikrsflphnltkqlvnvalpkfkiestvdfkkvlkklgvkkafgdeadlsgiagekgdlvisnivqksfidvse egveaaaatyipvilpemalpdspkqfivdhpfifyikvkgmilfagrvttln >d3ii9a1 aatfhwddpllldqqladdermvrdaahayaqgklaprvteafrhettdaaifremgeigllgptipeqyggpgldyvsy gliarevervdsgyrsmmsvqsslvmvpifefgsdaqkekylpklatgewigcfgltepnhgsdpgsmvtrarkvpggys lsgskmwitnspiadvfvvwakldedgrdeirgfilekgckglsapaihgkvglrasitgeivldeafvpeenilphvkg >d5jsca1 eldlhsalawpffeprhrelaagieawcranlahedhedvdatcrrlvrelgaagwlkygvggvaygghgdtidtravcl lretlakhsgladfalamqglgsgaislggtheqktrylprvangtaiaafalsepeagsdvaamtlsaredgdayvldg dktwisnggiadfyvvfartgeapgargisafvvdadtpgleiaeridviaphplarlhfagarvprsqmlgap >d3r44a1 mknigwmlrqratvsprlqayvepstdvrmtyaqmnalanrcadvltalgiakgdrvallmpnsvefcclfygaaklgav avpintrlaapevsfilsdsgskvviygapsapvidairaqadppgtvtdwigadslaerlrsaaadepavecggddnlf imytsgttghpkgvvhthesvhsaasswastidvryrdrlllplpmfhvaalttvifsamrgvtlismpqfdatkvwsli veervciggavpailnfmrqvpefaeldapdfryfitggapmpealikiyaaknievvqgyaltescgggtlllsedalr kagsagratmftdvavrgddgvirehgegevviksdillkeywnrpeatrdafdngwfrtgdigeiddegylyikdrlkd miisggenvypaeiesviigvpgvsevaviglpdekwgeiaaaivvadqnevseqqiveycgtrlaryklpkkvifaeai prnptgkilktvlreqysatvp >d5upta1 qhttigdvlrehrrshpgrtalvdgpvrltwpelddrvnrlagslaasgigrgdrimwlgqnsfrvyeliaaagklgamv cvgywrwappemefalrdfdphlvvwqhqeihetvartrealgsddtarwlrhdsapqdpdgyeaflaaggladpdldid pdspvlvlytaamsgrqcgsllshtnliamataaawlgdidhttaflnsgpmfhignhqfwgmptllmagknvivrrvva eevrdllvaeecthaflmpptvaeivrlnrdtghdlsrlratvaphlwegmattdtsrftrsgaaagrgygqtelsgfav taayggpaagnagrpgpgltvrvldtagrecavgeageicargtvvhrgywnrdevnahrfrsgwwhttdlgrrepdgsl tflgtttrmlksaaenifpaevencieqhpavreaavigvpntrwaqdvkavvvlepdagvseqeiidhcrpriasykkp ksvafaaalprtvsgardydaldkeyggggyp >EPQ09146.1 MEWKILPIHLLLLLSVFLIQQVSSQDVSSCAGRCGEGYSRDTPCNCDYNCQLYMECCPDFKKFCTVELSCKGRCSESFER GRECDCDNQCKKYGKCCPDYDDFCEVHSPTSPPSSKAAPPPAGARQPIKSTTKRSPKPTDKKTTKKVIESEEITEEHSVS ENQESSSSSSSSSSSIRKIKSSKNSAANKELKKKPKVKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPTPDTPTTQ STKVTTTSKVTTVTTVSPKPSPSPKPETSKDTSSTASKEKTVETKETSKTTKETSASTSEKTTSAPTSPETPPTTSEAST PATTMEPPTPPENPAGSTPEFPVDPTPKAPEGTKSETTTTLKDKTTEKGTHTTTEITTATSTSTTKETATPKEDKTTESQ TSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDKTTESQTIKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPT PDTPTTQSTKVTTTSKVTTVTTVSPKPSPSPKPETSKDTSSTASKEKTVETKETSKTTKETSASTSEKTTSGKETRSAEK TSKDLEATSVSVKTTTEAETTTTSLTPTTPQTPSPTTTTKEPTTTPKKPEPTTPKKPEPTTPKKPAPTSPETPPTTSEAS TPATTMEPPTPPENPAGSTPEFPVDPTPKAPEGTKSETTTTLKDKTTEKGTHTTTEITTATSTSTTKETATPKEDKTTES QTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDKTTESQTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDK TTESQTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDKTTESQTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTA ATKKTTTTEETTNTSEDTVTTSKVTTAKSPKPTKAPQMPTTTKKPNTTPKVTKPKPTPSPPKTTTSTVPTMNPASSEEDL LQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLIIPGADFTVRGSDQGIGVNPMLSDETNLCNGRSVD GLTTLANGTLVAFRGHYFWMLNPLSPPSPPRRITEVWGIPSPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQI VKGFGGLNGKILAALSIPKYKERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQVRRLRFERAIGSQT HTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLPNTRKPDGYDYYAFSRDQAYNLNVPSRTARAVTTPS GKTLSNVWYNCP >NP_001121181.2 MAWKTLPIYLLLLLSVFVIQQVSSQDLSSCAGRCGEGYSRDATCNCDYNCQHYMECCPDFKRVCTAELSCKGRCFESFER GRECDCDAQCKKYDKCCPDYESFCAEVKDNKKNRTKKKPTPKPPVVDEAGSGLDNGDFKVTTPDTSTTQHNKVSTSPKIT TAKPINPRPSLPPNSDTSKETSLTVNKETTVETKETTTTNKQTSTDGKEKTTSAKETQSIEKTSAKDLAPTSKVLAKPTP KAETTTKGPALTTPKEPTPTTPKEPASTTPKEPTPTTIKSAPTTPKEPAPTTTKSAPTTPKEPAPTTTKEPAPTTPKEPA PTTTKEPAPTTTKSAPTTPKEPAPTTPKKPAPTTPKEPAPTTPKEPTPTTPKEPAPTTKEPAPTTPKEPAPTAPKKPAPT TPKEPAPTTPKEPAPTTTKEPSPTTPKEPAPTTTKSAPTTTKEPAPTTTKSAPTTPKEPSPTTTKEPAPTTPKEPAPTTP KKPAPTTPKEPAPTTPKEPAPTTTKKPAPTTPKEPAPTTPKETAPTTPKKLTPTTPEKLAPTTPEKPAPTTPEELAPTTP EEPTPTTPEEPAPTTPKAAAPNTPKEPAPTTPKEPAPTTPKEPAPTTPKETAPTTPKGTAPTTLKEPAPTTPKKPAPKEL APTTTKEPTSTTSDKPAPTTPKGTAPTTPKEPAPTTPKEPAPTTPKGTAPTTLKEPAPTTPKKPAPKELAPTTTKGPTST TSDKPAPTTPKETAPTTPKEPAPTTPKKPAPTTPETPPPTTSEVSTPTTTKEPTTIHKSPDESTPELSAEPTPKALENSP KEPGVPTTKTPAATKPEMTTTAKDKTTERDLRTTPETTTAAPKMTKETATTTEKTTESKITATTTQVTSTTTQDTTPFKI TTLKTTTLAPKVTTTKKTITTTEIMNKPEETAKPKDRATNSKATTPKPQKPTKAPKKPTSTKKPKTMPRVRKPKTTPTPR KMTSTMPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHVFMPEVTPDMDYLPRVPNQGI IINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWMLSPFSPPSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKD SQYWRFTNDIKDAGYPKPIFKGFGGLTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVY GETTQVRRRRFERAIGPSQTHTIRIQYSPARLAYQDKGVLHNEVKVSILWRGLPNVVTSAISLPNIRKPDGYDYYAFSKD QYYNIDVPSRTARAITTRSGQTLSKVWYNCP >XP_026225122.1 MADNLLDVGPPTAKRPKLNSPLSGSDGPDLVSLFDLENDLPDELIPNGDLGMGMSSNGGPGGGGPGLNSIVPDAAAKHKQ LSELLRPGSSTNLGSCLNSASPQQGGMVGSQLSAVLGKSPLGQGSPSHQSPQAQKAGVAAGQGNGSAAMAFNQVMLNSGQ GQGVMGQTGQVMNGALGPAGRGRPGPGMQYQSQGMQGTQVGAGPGVGGSVLAETLTQGGPQLGAHNSMNAQQAGNLNKMG MSGAPFGQQYGQAGVQQMGAAGVNAQQVQNKTREVLSNNLPQFPAELKGAGSVPNMSQMQQQVASVGMVAGAGGVSAGPT ADPEKRKLIQQQLVLLLHAHKCQRREQANGEVRACTLPHCRTMKNVLNHMTHCQAGKSCQVPHCASSRQIISHWKNCTRH DCPVCLPLKNASDKRSQQPMLSSPVAGLQNTISTVGPGQSSATTINSAATHIDPSSMQRAYAALGLPYGNQSPAQVQGQG PGQQNPQGPQHQQMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSLNSQLMPDGSVAGGMGNLPAATPLSATGV RKAWHEHVTQDLRTHLVHKLVQAIFPTPDPAALKDRRMENLVAYARKVEGDMYESANSRDEYYHFLAEKIYKIQKELEEK RRSRLQKQPGIMGTAGPQQPGMAQPNAMGPGQAVRPPNGPVPMPNLPNQMMNRMQVPQGINQFNPMAMQNAQMSQAPMGA RAPSPMNHPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTANQGQFLPQGQFPAAAGGTINVNSGLGQPITQTAV TQQPQNSNLSMNALGSLGSQLSCGPTAQPSLGTTPPPNTSVGLQQQQQQQQQQQHQQHQQQQQQQQQQQQQQQQQQQQQQ QQQQQQQQQLQPHHAPNQAPMPPQPSTPASTGGPSSTPTHIPSSLTGPPSLTPPDPQPLTPLQPQPEPPSQMQQPTSVQA QHPSTPMSQAAASIDNRVPTPGSVAEMNSQQALPDMSSTEVKTEVKDEEDDTNSGKKQTDVKMEQDDDTKPPLVKKEVPE VAEPKQEPMETEEKKPEIKAESKEAEESGANSTSTSASQNRKKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLL GIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLGYCC GRKFEFSPQTLCCYGKQLCTISRDGTYYSYQNSSPKYGLIADRYHFCEKCFNEIQGNSVTLGDDPAQPQTMISKDQFEKK KNDMLDSEPFVECKDCGRKMHQICVLHYDVIWPSGFVCDNCLKKSGKTRKENKFSAKRLQSTRLGTYIEDRVNKYLKRQN HPEAGEVFVRVVASSDKTVEVKPGMKSRFVESGEMVESFPYRTKALFAFEEIDGVDVCFFGMHVQEYGSECPFPNTRRVY ISYLDSIHFFKPRLLRTAVYHEILIGYLEYVKKLGYVTGHIWACPPSEGDDYIFHCHPPDQKIPKPKRLQEWYRKMLDKA FAERIIHDYKDIFKQATEDRLTSAYELPYFEGDFWPNVLEESIKELEQEEEERKKEENTASSEITEGTHADSKNAKKKNN KKTNKNKSSVSRANKKKPGMPNVANDLSQKLYATMEKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLTL ARDKHWEFSSLRRCKWSTMCMLVELHNQGQDRFVYTCNECKHHVETRWHCTVCEDYDLCINCYNIKGHEHQMVKWGLGLD DDSNSQGGEASKSPQESRRLSIQRCIQSLVHACQCRNANCSLPSCQKMKRVVQHTKGCKRKTNGGCPVCKQLIALCCYHA KHCQENKCPVPFCLNIKHKLRQQQLQHRLQQAQMMRRRMATMAGRGMPLPSPPTSAAPDTPNSLQQPNTPQTPQPLPNQP QQQQPPNPANIAQSFPNNGRSSQPPTPVPPVTPGKPGPQSSPQQSPMSNMPHQQQPQPPQQQQQQQQQPLLAALKVAKQI EMVAKAKQQHQQQNYPMNGMPMNHPRMMGPMQSQMQMMQGPRGPQVMQAMQQGQWSPQGHQQQVPPQQGPMVPQQAQGTP MTQQGQLMQRPMMPQQPGLQMPGVMPPQGPSQQSMTPQQGMTPQQQNMPRGIPGNIAPNALQDLLRTLKSPSSPQQQQQV LNILKSNPQLMAAFIKQRTAKYQANQPQQQQQTQQQNPQAMLGSQAGMQAMAAMANQVPRPGMAPQQQPPQQAVPQGMAP MGPQGQMMNAAQNGNPQLYRRQQIFRMQQMQQQQQQQQQQQQGGMPQGHSQFPPQLPGSASYSQIRMQQQMAMQGGGGPM GQHPPTSQMGQPGMGMEVSQSVAQQRFLQQQQMLKQQMGSPAQANSMSPQPHMLQGQPQGGAHLPGQTMANTLGNQVRSP APVQSPRPPSQQPPHSSPSPRIQPQPSPQHGTLHSSSPHPSLGGPMEQGHIGTPEQSAMLPQLNTPNRGALSNDMGMVSD MTGDTLEKFVEGL >XP_015783916.1 MSSLERGETMASSSSSASPTCTVSTSFSVVGSSGAGNMTSGVGGGNGMPGSGPPPNKRIKLSDSTDSLPGPSDSQLWELE SNLPDELASAPSSSSNAPSAYDSLTNNGSLLATNVTLINSNIPMSHIGISSSANVVNTTSVTSNVTSLPPPSQLQTQQTP QQQPNPQQQQTSLPAQNHQQLSQLLQAKTQSPNVSVQQQKLIPTTIQPQMIGGMVPGSRPVLQNQLRYTNPPNIQQQPPQ QQQTHMQLLSPQYMPHQNFGSSLYSDNQKQQQVQQPQQQPGQARMPQQQGPFRYTPPPSSQSLNQPGPQLLQAQPQNSPQ AVGQLTSAPQSNQPGHSSEAEKRKLIQQQLVLLLHAHKCQRREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTGCTAGKQ CNVSHCASSRQIISHWKNCTRPDCPVCLPLKQASDRRQQQQQVATLLLNQPLPNPQQAQIPNSQLPNAQTPQPQSQPQPP PPTQFSQQPQNVDFQKAYIALGLPFNNPSSTSPPSGQITGRIPGFPPITDQLLDPRQAKDWHTSVPMELRNHLVQKIVQA IIPTPDPSTFKDSRMVTFIGYARKVEGDMYEKANSREEYYHLLAEKIYKMQKELEDKRQKRKEQKAAAAQNSGQDVNALQ INPNQINANRPPQQMLAQQPLQPQTPNAGPPTPQSISQQQPTQPPRPRLNLSGAPPNVSLQSPSRFPSQSNQLPPGSYFI SPPGPQAQATSQIQIRSNSNGNFITNSNTGNTLQGMLQQQPTTPQPLTSTATPPPPRCASVPTSTPQALTNQTLQSHQNR MSRDEIESSMPTPQPSLQNTSQPTQQPGQQSMVDLQNQQQLSRPPSQMQPIEQQVVIKSEPIDDVLSTSSLSSTTNGITS SSVVKQEAVSTCDDSIPSLMKMETSVSTVSNSIKPEVKKEESEDSISTTTDQKPINSVSTPCEKSEIDVKQPITTTSTPS AISSTISKSTSGPRQRKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRKLDTGQ YQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFEQEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTIPRDAK YMNYQNRITYCLKCFQEIPGDTVTIGDGLGPDNTVSGTQTIPKNQFVECKNDHIDLEPFVECKECARKLHQICVLHIDQI WPEGFVCDGCLKAKGKKKKENKFSAKRLPQSKLGSYIENRVNTFLRKKETGAGEVSIRVVSSSEKIVEVKSLMKQKYAFK YNEPGNELPSTFPYRAKALFAFEDFNGVDVCFFGMHVQEYGSDAGPPNSRRVYIAYLDSVHFFSPKQYRTAVYHEILLGY LDYTKQLGYTMAHIWACPPSEGDDYIFHCHPPEQKIPKPKRLQEWYKKMLDKGIIERIVLDYKDILKQASEDGLKSATDL PYFEGDFWPNVIEESIKEIEMELQKQQIQSSQKITPLIMPPAEPSTPQQDSIFNNSGNPTDDESMDTMSECGDKADGNCS KPSDILSLNSKNSNSKDGCNNQIKQQKKSGGSKKSNKKQKQRKNNVHSRHKSGSNQLAVVQTNSSLQWEQELTNKIYQTM EKHKEVFFVIRLHSTQSAASLPPINDPDQSLNCDLMDGRDAFLTMAREKHYEFSTLRRAKFSTMALLYELHNSGNGGFVY TCNKCKRHVVETRYHCTECDDFDLCVTCYNSEGHNHKMEKLGFGDLVGGVDGDGAVAGAVVAGGSGELDNHGDGTSGSTV TSPGESRRLSIQRCIQSLVHACQCRDANCRLPSCHKMKRVVQHAKSCKRKTNQSGPPMSQGGGATGCPICKQLIALCCYH AKHCNEQKCPVPYCLNIKHKLRQQQLQQKLQQHQILRRRIATMTSISQSAQPAAQTHDYSPSPVQTPQQHYMKPATVTPP PVGALQAVQQVQAAVARQQQQQQHQPPPQPKVMSQQNPYGKGKPMIPYQQQSVPQGSQPQPPRPHMGMQPHPPQQQQMHP QQLLQQQQQKQRMLLAQQQQQQQQQQQQQQQQQQQQQAQQQQQQQQQQPPQPQQQLQSQPMPQQIQMQQVQPGQIIQANN QQWYQQPQPPQQSRYIRVPQNIPMASAANTQPGGKPTQMMSQQQPQVLRQQMPVSSGVQIPQQVMQGMGEQQTRQAQKMS IPQQFQMQGQQMNQSGSGGVSTQSQSQQPMNNVMQQLITMLKSPSSQSQQQQVIHILQSNPKLMAAFLKQRSATHQNQGQ NQAQNQIFQQINANPQQPQQGPSPQQQQQVQQQQVQQQQQQQVQQQQVQQQVQQQVQQQQVQQQQQQQQQQQQQQMQPQQ QQIQQQQLQQQQAPQQQQLQMQQVQPGQHIQTGNQQWYQQPQPPQQTRFVRVPQNIPMASSPNTQPGGKPQQMMSQQTQQ QVLRQQLNN >XP_020640612.1 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFHTMQDMLDDELGRLELNEEDS SKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERAILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTV QGLRTSIDQLELLEDTCGFRLQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDTLREL LLEERDAWKDRQRRACIGDTCDTSLGQLETWFTAHAEDLFHLLQFLHIMEALPQKLTYKGDPLTVQLPQLKNRLQEQIVF LLKSAFVVESQPCMPFPNRRPLVLKTSQKFSVRVRLLVKLLDRNHSAEVKIEIDRDAADFGGFRRFNILPSNTKTLTMDN PQVQELVCDFKHIMLKEQKSSGSGKGGKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTSTLPVVIVSNPNQMSPAWA SILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTERNLNSEQLKMLGEKLCGSSVVAESTITWNQFSKELTTA NVSFWAWMDGIILLIREHLLELWKNGLIMGFVSRKRERHLLKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAV EPYTKDDLKILSLPDIIRDYHILAEENIPENPFHYLYPDIDRDEAFGPYYSERQEDLSEHRKYLKRRLIRVSHPRS >RXM37273.1 MTQWKQVQHLEIKFLEQVDHFYDDNFPMEIRQFLADWIENQDWDTASNSESMATVLFHNLLSQLEEQCSQEKMFLQRHNL KRIKQQTEVKYRANPLHMAGVISNCLREERRIIATSCMLEQPNVNKFDNCLFRYIMGFVSKETERALLKEKEPGTFLLRF SESHLGGITFTWVDQSENGEVKFNSVEPYTKSRLTALPFADIIRDYKVIVDRNVPENPLKLLYPGIPKDEAFGKHYNSQP STGARSSPLATQRQCFYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQDWELAATNDSLATLRFHDLL SQLDDQYSRFTLENNFLMQHNIRKIKRNLQVHFQEDPIQMAMIICSCLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKE LDYSVRDIKNRVQETEQRIKSLEDLQDEHDFKYKTLQSREHESSGTTPIEIRREEIIIRNMFIELNMKREENVNEKSFWL WIEGILELIKRHLLALWNDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTWVEMSHNDEPQFHAVEPYTKK ELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAFGKYYSRPTEPSEPMDVDNDKRSNGYMRTELISISEVLQSP ENLCPMSPDEYGELQRFINPAEINTVVCQVQSS >XP_001389757.2 MAAPPVRQWGVTPPISTVLPTPDELAANDDLITELKVQNNFESPAETERSLWAQRRAIYSNIVGFPGGVAWAMLVARVCQ LYPQATGSVIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMKVWNPKIYHGDRFHLMPIITPAYPSMCATHNVSMSTKAVIL RELQRGGDIVDKIFLKQLRWEDLFARHTFFTKDYKYYLSITASSRTKEAESVWSGLVESKIRHLVGALDRKATIAIAHPF PKGFERVHRVSSEEEIEAVKTGSTKYQDKGTKTETTDEMKDAAHQAAAQNGAENTDVAAAENKPVDDTHVMYTTTYYIGL ELKPLEPGASRSLDISTDAQIFKSTCTSWPGYQPGINDLAITHVRNFDLPEDVFQPGETRPTRPKKKIIKKAEISGQKRN IESLDDPSHPAAKRQVPSNGIANTAMPA >XP_030993825.1 MPSERQYGVTPPLSTQLPSEDQKQAADALLQELHSQGTFESAAETAKRYEVLASIQAIADAFVRQVAQEKEPDNPTLIKD ARARVFTYGSFRLGVYGPGSDIDTLVVAPRYVTRVEYFKYFPDLLRKMSPPGAITELAAVEDAFVPIIKFEYSGISIDLI FSRIATLKQLPGEKDWNLKDSNLLRGLDEAELRSVNGTRVTDEIVDLVPEQKTFRDALRAVKLWAQRKAIYANIMGFPGG VAWAMMVARVCQLYPKATSAVIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYKGDGFHLMPIITPAYPSMCAT FNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHTFFTQDYKYYISVIASSTDKEAHVKWAGFVESKVRLLVQGL ERHQSIVLARPFNKGYERTNMCASPEGVEEVKNGSLAYVVKKEEGEAIKAEATNGNGTQAKTEVKADSTSEAKTEVKPEV KTEDVPLNVKPEDGADAAVKLEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLLCPCPGWISQDGFLNISPSTE AKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRNFTLPDDVFEAGEVKPTKPVKKRNVPATAQAANAANSKKRT ASEEQNNPPKRQQTTVAAG >d3d1ka_ slsdkdkaavralwskigkssdaigndalsrmivvypqtkiyfshwpdvtpgspnikahgkkvmggialavskiddlktg lmelseqhayklrvdpsnfkilnhcilvvistmfpkeftpeahvsldkflsgvalalaeryr >d4esaa_ slsdkdkaavkllwskiskssdaigndalsrmivvypqtktyfahwpdlspgsphvkahgktvmggialavskiddlrag lldlseqhayklrvdpanfkilshcilvvismmfpkeftpeahvsldkflsgvslalseryr >d1v4wa_ ttlsdkdkstvkalwgkisksadaigadalgrmlavypqtktyfshwpdmspgsgpvkahgkkvmggvalavskiddltt glgdlselhafkmrvdpsnfkilshcilvvvakmfpkeftpdahvsldkflasvalalaeryr >d3bj1a_ slsskdkdavkalwgkiadkaeeigadalgrmlavypqtktyfshwkdlspgsapvnkhgktimgglvdavasiddlnag llalselhaftlrvdpanfkilshcilvqlavkfpkdftpevhlsydkffsavaralaekyr >d4g7hd_ kevrkvrialaspekirswsygevekpetinyrtlkperdglfderifgpikdyecacgkykrqrfegkvcercgvevtk sivrryrmghielatpaahiwfvkdvpskigtlldlsateleqvlyfskyivldpkgailngvpvekrqlltdeeyrelr ygkqetyplppgvdalvkdgeevvkgqelapgvvsrldgvalyrfprrvrveyvkkeraglrlplaawvekeaykpgeil aelpepylfraeeegvvelkeleegaflvlrredepvatyflpvgmtplvvhgeivekgqplaeakgllrmprqvraaqv eaeeegetvyltlflewtepkdyrvqphmnvvvpegarveagdkivaaidpeeeviaeaegvvhlhepasilvvkarvyp feddvevstgdrvapgdvladggkvksdvygrvevdlvrnvvrvvesydidarmgaeaiqqllkeldlealekelleemk hpsrarrakarkrlevvrafldsgnrpewmileavpvlppdlrpmvqvdggrfatsdlndlyrrlinrnnrlkkllaqga peiiirnekrmlqeavdalldngrrgapvtnpgsdrplrsltdilsgkqgrfrqnllgkrvdysgrsvivvgpqlklhqc glpkrmalelfkpfllkkmeekgiapnvkaarrmlerqrdikdevwdaleevihgkvvllnraptlhrlgiqafqpvlve gqsiqlhplvceafnadfdgdqmavhvplssfaqaeariqmlsahnllspasgeplakpsrdiilglyyitqvrkekkga glefatpeealaahergevalnapikvagretsvgrlkyvfanpdeallavahgivdlqdvvtvrymgkrletspgrilf arivaeavedekvaweliqldvpqeknslkdlvyqaflrlgmektarlldalkyygftfsttsgitigiddavipeekkq yleeadrkllqieqayemgfltdrerydqilqlwtettekvtqavfknfeenypfnplyvmaqsgargnpqqirqlcglr glmqkpsgetfevpvrssfregltvleyfisshgarkggadtalrtadsgyltrklvdvtheivvreadcgttnyisvpl fqpdevtrslrlrkradieaglygrvlarevevlgvrleegrylsmddvhllikaaeageiqevpvrspltcqtrygvcq kcygydlsmarpvsigeavgivaaqsigepgtqltmrtfhtggvagaaditqglprvielfearrpkakaviseidgvvr ieeteeklsvfvesegfskeyklpkearllvkdgdyveagqpltrgaidphqlleakgpeaverylveeiqkvyraqgvk lhdkhieivvrqmmkyvevtdpgdsrllegqvlekwdvealnerliaegktpvawkpllmgvtksalstkswlsaasfqn tthvlteaaiagkkdeliglkenvilgrlipagtgsdfvrftqvvdqktlkaieearkea >d1twfa_ vgqqyssaplrtvkevqfglfspeevraisvakirfpetmdetqtrakigglndprlgsidrnlkcqtcqegmnecpghf ghidlakpvfhvgfiakikkvcecvcmhcgkllldehnelmrqalaikdskkrfaaiwtlcktkmvcetdvpseddptql vsrggcgntqptirkdglklvgswkkdratgdadepelrvlsteeilnifkhisvkdftslgfnevfsrpewmiltclpv ppppvrpsisfnesqrgeddltfkladilkanisletlehngaphhaieeaesllqfhvatymdndiagqpqalqksgrp vksirarlkgkegrirgnlmgkrvdfsartvisgdpnleldqvgvpksiaktltypevvtpynidrltqlvrngpnehpg akyvirdsgdridlryskragdiqlqygwkverhimdndpvlfnrqpslhkmsmmahrvkvipystfrlnlsvtspynad fdgdemnlhvpqseetraelsqlcavplqivspqsnkpcmgivqdtlcgirkltlrdtfieldqvlnmlywvpdwdgvip tpaiikpkplwsgkqilsvaipngihlqrfdegttllspkdngmliidgqiifgvvekktvgssngglihvvtrekgpqv caklfgniqkvvnfwllhngfstgigdtiadgptmreitetiaeakkkvldvtkeaqanlltakhgmtlresfednvvrf lneardkagrlaevnlkdlnnvkqmvmagskgsfiniaqmsacvgqqsvegkriafgfvdrtlphfskddyspeskgfve nsylrgltpqefffhamggreglidtavktaetgyiqrrlvkaledimvhydnttrnslgnviqfiygedgmdaahiekq sldtiggsdaafekryrvdllntdhtldpsllesgseilgdlklqvlldeeykqlvkdrkflrevfvdgeanwplpvnir riiqnaqqtfhidhtkpsdltikdivlgvkdlqenllvlrgkneiiqnaqrdavtlfccllrsrlatrrvlqeyrltkqa fdwvlsnieaqflrsvvhpgemvgvlaaqsigepatqmtlntfhfagvaskkvtsgvprlkeilnvaknmktpsltvyle pghaadqeqaklirsaiehttlksvtiaseiyydpdprstvipedeeiiqlhfslldeeaeqsfdqqspwllrleldraa mndkdltmgqvgerikqtfkndlfviwsedndekliircrvvrpksldaeteaeedhmlkkientmlenitlrgvenier vvmmkydrkvpsptgeyvkepewvletdgvnlsevmtvpgidptriytnsfidimevlgieagraalykevynviasdgs yvnyrhmallvdvmttqggltsvtrhgfnrsntgalmrcsfeetveilfeagasaelddcrgvsenvilgqmapigtgaf dvmideesl bbuchfink-diamond-6dc5717/src/test/SRR14011045_1.fastq000066400000000000000000221306431523407312000217440ustar00rootroot00000000000000@SRR14011045.45838 b7e6c0e1-1992-46e0-9465-082e57e4d1dd/1 ATTAATTATTTTAATGAGAGTTTGATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCCTACATGCAAGTAGAACGCTGAAGCTTGGTGCTTGCACCGAGCGGATGTGCGAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAGTAGATGTTGCATGACATCTATTTGAAGGGCAATTGCTCCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCGACGATACATAGCCGACCTGAGAGGTGATCGGCCACACTGGGACTGAGACACAGCCCAGACTCCTACGGGAGGCAACAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCAGAGCAACGCCGCGTGAGTGAAGAAGGTTTCGGATCGTAAAGCTCTGTTAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTATCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAGAAGGGGAGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGTCTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCAAACGGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTGGGTCCTTTCCGGGACTCAGTGCCGCAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAAGACGCACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGCTTTCCTTCGGGACAGGGTGACAGGTCAGTGCCTTGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCACAACCCCTATTGTTGGTGCCATCATTTAGTTGGGCACTCTAGCGAGACTGTGGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGCTGGTACAACGAGTCGCAAGTCGGTGACGGCAAGCTGACTAATCCTCTTAAAGCCAGTCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCCGGATCAGCACGCCGCGGTGAATACGTTCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTAACGAAGTCGGTGAGGTAACCATTTGGAGCCAGCCGCCTAAAGGTGGGATAGATAGTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAAACCTGCACGTTCGTCATGTTTAGTTTTGAGAGGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCGCTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGGAATCCTGAGATGAACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCAAAAACGCTGTGAATATTTAATGAGTTTTCTAATTTTGAAAAAATTAGGTTAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAACGACGAAATGCCTCGGGGAGTAATAAGTAAGCTAGATCCGGGGATGTCCGAATGGAGACAACAGGTAATGCCTGTTACCCATATCTGTTAAGATATGAGGAGGAAGACCTGAGTGAACTGAAACATCTAAGTAGCTGCAGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAGGAGGGCAAACCGAAGGTTTACTCTTCGGGGGTTGTAGAACTGCGATGTGGACATAAAGATTATAGAAGAACTACCTGGGAAGGTAGGCCAAAAGAAAATCAATAGCCTCGTATTTAAAATAGTCTTTATACCTAGCAGTAGTAAGGTACGGCGGAGTGCAGTGAATCTCGTCGGAATCTGGGAGGACCATCTCAACCTAAATACTCCCTAGTGACCAGTAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAGCACCCCGGGAGAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGGAAGCGTACACTGCGAAATGAACCGGCGAGTTACGATATGATGCGGTTAAGT + $$(787:=?>E?@A?<=88>CE?=<9:>?@=3>982&4?B:?9<;7958::1-0788?;;>@A@5?6//47:9853112,,1.%&(2:<<@?=9>>A@>IFC5<+(((+++)%((.25=/242/046<:@??5DC==>@AFF?9:CAD><*35*A@B85@CC9=>:1///8?BA>10120+-/'6555>GD?@@CA>2@@>B@A?<>CG:;?BBC?>B><:19?CEGBA:8:>;BEC?B=<=-9;>=;<7<:>3)$#$$17:=?@=<4/:=;7B?A@')6624(;767372*,,-2*&)'0341//>)E:90/3-*6/3==%'(&&-/257?=>?BE>:>>CEAC;=957;88@:6784(%%.-;@B798:@;6;BFGG6@@<<:&(:5/>9?9?DDD;.2=:97<(95A@<>:<1=C??@DF<>=;>:9;@CC9DEG8855AB9894;606>@CCC?B?;B@@>>:+(;:;48/09:8<><<8327E;74%$4569=>FA?.1.99ADCA479??>9835+**6:@55<;E83?9B;<-9EGNMH;@=<@@C:669AAACB<7>=A<=7=@@B-A??@BEDD=;844596:A>:>>==>455;(/#%/3333>?@>834,)$#%%%%3787<;=><7;;9A=<8<<@>D:EIC@GBA:;?A?<<><=?9.211499;;>:9B?EDAA@AA8:'(''.0/96?;=50BDD?7*-76=;3,2)(-,&03:)%5&/26425-0:=777:;C>@-)<;?:=7989GA>>?-.-/489:BFG5=>::?*A>B6;?@:@B@AACIH:.>HADE><97864=@B9?G?@BA@;18=>=>=B?==EC@EGA<2?>67A4.9&)11//+,%&+&#$&'(%''(*04<;;9@==93?BABA:67D6=<:8?<6220578@>569<;254;643.-$%%%**.(()'-%%'%,((265;94;=<>9=-8<@::;=4.789><@A==?EG@=B@??;6<8812*'&)3-9;61(&.-&6.%'5-69CP=@CD<.:?B@:=>>>?<=9:78.02.(%''(()'*22322@:>B3C=AA;<:75;90222:7;4.228;87:?B?*.=@@=E?>62///?19?8>;B@BEI9:A:H==AAB>@<99BAB>25:8:8=/..70442+,21,)-.2.31//0-'*-0456977>=99<5=<::=CC:=654,5/:<=:;7>@==.77536499;:1&179;?CFEG?;?IIE?8:7502226&1032-/846.88:2:47589//0/.20-14763644.0902--)+6<>=B@:>A>;**<<4=??AEA678025758;:;<;==:.:@==8<5/1-('%14456:8><6A;98887FF6:C>?=@>@DG7=?AA:9;2''-:@BDAD?;=>F<;=?99MFD?CDE<@<4C<:8@=H@1B3;C>57?A<=@DA=:=<64->67;A<9:=4+,%)*/;9374@=>;5366B76:732-,97:8;;65366;:87:::/3,*%..-01.+)'9=<;AA62'7;>75*10735/2;<876&'7:2477@:==<<64359>>C677?D3+96@A?EC@=@@><<4)4*4/14>>3<5.*9A@?=FGHHFOLF;>>>?@6;=B@=CC=<>>?./166/--40+::9??>@@@69-+=>@CDE;@<=<647??@68>7(*5-),&&$)(+(..(0/(-,.65968<8<;-&&0.0:96+&315;=:8;:6==D&6@CAB@F>?@CGCA,++01=43-.////;=>).10493$$%#%-05-177;?>:7C=BAA;;>9:<=6A>;CA>13FBA>ABB974<9?@AA49:6.664:<48:678-8=?99/1)/11,*)(57:689'''**8=8>@C5>@:=7923*4<68:79=7=:;;7%&34;:?@A?634:2@AAAA==>EBBI??89;<7<=>>>2&.323(%%*0.2)47;<6A@A@?>?EB,(99;>AD?B862.1)''/--))(+33951**)'*#%%&)((0(&'/,,/0*/8;>>=:889+)18;770:3978:BBC::BG91422;951%6%%/><2:42300137*%26=<>?@>B<>>HGA?=><<8;831,,.38=58B,03%::$$.;<899;9898+$#&%#$(0%1%&&(%%%&&129;@@==7959=9<9<<<=;<7566452*89;;88 @SRR14011045.19422 7e6f969a-c1b4-4772-b772-517226920b00/1 ATATGCTTCGTTCAGTTGTATTGCTAAGCAGCGCCGATTGTCATTTCATGCTTATGACAAAAGCAATAGGATAGCAGTCGCCTAAATCAAGTATGGCACTCAGATAAAGTTCTTATGAGGTTAGGAATCTTAAGCTCCTTGTAACATCTGTTACCCATTTTTGTTCGGAGCAGTCGTATAGAAGTTTCTTGATAACTTATTTTCAGTTTCTTCAGACGCAGCAGTCTTACATATTTTCCTTTTCTTACGGATAAAAGCGTGAATATCGAGTATTTTCATAATTCGGTGAATTCTCTTTCTTGAGTAATTCGTATGATTGAAATGATTGATCCAATCGGTCCATTCTTCGGTATCCCAAGATGTGTGAAAAACGTTCGTCATATTCTTTAATTAATTCCATAATTTTAACTGTTTAATTGTGTAATTTTCTGGAACTATTCTATGTTCCATTTATAAAATCACAGACCTCGTAATGCCGAGCTGATGACACATCCAGCTAATGCTCCACCCTTTATTTGTGTTGAAGTCTTCAATCGCTAAGTATTTTGATTCGTGGCGCTGTTTCCCTAGCCTCACATCCTTCCGAATTCTTTCACTTTTTTAAGGATTCAACAGCCATATCCTTTTCTTCTAACTGACGTTTTAAGCGCATTTTCTCTTCGTAAACGTTCTAATTCATCAACCTCATCATCTAGTTTGTGATGACCCCTTTTGTCAACTAAACCTTCTTCACCATCACTATCATACTTTTTCACCCACGAATACACTTGGCTATAAACATCATAAAGTGACGCCGTTTCCTTATAATTGCGATTGTGTTCAATACAATAATTGACAATCTCTTTACGCTCATCAATAGTAGTTTTACGTCTTGCTTTTGCCATATAGACCCCCTGTTTTGGATTGTAATCCTTAAGTTCTATATTGGCATTATACATCCTAATCCACTTTCTTAAAAGTCCTGAAGAAATATCATACTGATGACCTAAATCAATGAGTAAGCCTCACCACTAATACATTTTTCTACAAGTTCCATTTTAAATTCTTTTGAATAGGAACTGTTTTTGTTTTCTTTGTAGAATCCTAAAATCCCGTATTTTTTATAGATGGCAGCCCAATCTTGAATCGTCCTTGTGGAAATATGGAGACAGTTACATATTTCAGATACGGAACGATTTCCATTAATATAATAGGGAACAGCTTGTTCTTTCTCGTATAAGAGTCGATCTTTCTCTTTAGACATAAAAATACCTCTTAAGTAGATTTGAGTATTACGCTTGTCTACTTAAGAGGTATCATATCAGTTTGCAAGGTGTTTTTTGTATAGATTTCTGAAAAGTGTTCAAAATCTTACTAGAGTTTTGTCTTCATCTTGAAATTCTTATAACAATGTGATATATTTATAACAGATAAGATGTGATATATTTATAACACATTAAAAGGAGATAGAGAAAAAATGAAAATGTCGAAGAACTTAAAGATGATTCTTTATATCGCTAGCGTGCTTATTGTTGTATGTTTAGTATTATTGCTGGGAATCACCTACCGATTCTACTTGAAAGGAGTTAGCTATTATGACAACAAACCCGGCTTCTTAAATATTTGGTTTGTACGATCAGTAACTGATTATCTCAAATCAACTATATCAAAAAAGAAAAAAATATCTTTGGGATTACTGCAAGTCATATACGGTGCTTGTATTTCTCTCGTCCTCAATCTATACTATTGGAGTTTGGCTTCTAACTCCTGGTTCATGATTAAGAGTATAATGTTAGGAATTGGATTAAGTGTTCAATTGTTATTAATGTTTTACTTCTTATTCAGAAGGATTAATAAAACCCGATGAACGATTTTATAGAAATATTGCAAAGTCTTCTTCCATTTTGTTTACAATAGCAATCTTTATATTATTGGGAATTGCAACATTGATAGCTGTCTGTAAAGTTTTCGTTTTGAATGCTGGATTTCTTTATATTTTGGTGGCTTTTACTCTTATTATTTGCCATTACTTACTTTATCACTGAAAAAAGGGGATGAAATATGGCGAAAAGAAAGTAAAATAAAGACTAACTTGAAAGAAGTAAGGGAAGCTTATGGTATGACTCAACAAGATTTAGCAGATCAAGTAGGAATACGGAGAAGATCTGAACCTTGTTCGCCGAAGGAAAATAGCCGCTACAACCCTTCGTTGGAAATGGCTTAAATAGCGCAAGTCTTTAATAAACAAGTGGAAGAACTATTTCGTCTGAAATAGAGAAGTAAAACAATCGAATTGATTTGTGTATCAGTTTTTGGAAACTTGTTATTCTATGGCGGAGTAATTGGTAAAAGGTATTTTCAAAGGAGTTTTCAATGTCTTTATTTTAGTTGAAACGCTTTCAAAAAATAAGATAATAGTTTATTTTTCAAGAATTTTAACCAATAATAGAACTTTTTAGGTGGAAATACTCTCAAAAATGCTAATATTTCTCTAATCTATTCAATTGTGAGGTCTTGCATATTATGTAGTTATCATACAAAAATGATAAAAGTGAATGAATACATTCATTTGGAGGATATTGTTCTGCACTTCAGAATTTATTGAAATCAAGAGTTTTTTATCTTCAACAAAGATTATTTGAGGTTTTTGTAAATAAAAGTTATCATAATAAAATGTATATTTTACAAATTATCTTTTATATATGGATATTCACATGGTTGGCTTGGGTAAGCCATAACAAAATGCTCAAAATATTTTAAAATTAAAAATAGTTAATCATAACTATTGGTTAGTATGTTCTAAAAACCCATTATTTGTGCGAATTGTAGGATATATTAAAAATTCAAAAAAATTTTTTTAAAAAATATGTTGACATATCTCTATTAGTATTATAATCAATGGGTATCGGGAATACCTGATAAAAAAATAAGTTGTTTATAGGAAATTAATTATGAAAAAAATGTACTTACTTCAGCAGCAGTTCTTGCGCTTTTTGCGGCTGCAGCGCCAGCAGTTGCCGGATATCGGTGGAAGCTAACACTCCAGGAGCATATGACCAACCAACAACAGGTGGTGGTGTGAATGATGCCTACAACGCTCAAACAAGAATTGAAAATACTCGTAAAAATGTCGAATATAGCAGGGCATCGAAGATATCGATGCTGAAGCAGCCTCAGATCAACAGTAGTTGCGACTAAATCTGAATTTGATGCGGTTGTGGATACTACTGTACACTGAAAGAAAACATGAATCAGCTTTGAAGTCATATCGTAAAGCGACGATTCGTAACCATTACACTGAAGCAAAAAATGAATCTATATTTAGAAAGAAGAAGGTAATGCAATTTTGATGGAAACTCTGAACAAGAGCAACTCGTTATGAAGCGAACGTGAATAAAGCAGAAAATCGCTTGCTCCATGCAGAAAAATATTGAAAAAAGCAAACTTCCAACGAAAAAAGCTAAAAAAGCAGAAGAAAAATCTAAAGCAGTTAAAGCTCGATAGGTTCTAAAGCAGAAGCAAAAGCTCTTCCAAATACTGCGGCAGTAAAATAATTAGTGATTACTAGTTATTACCAAGAATATCACTAAAGTTGACTTCAGTGATATTTATTATTAATAATAAAATGAAAGAGAGTAGAGATTTATGAGTAAACGCAATAGTAGCACGAAGATCTTAAATAAAAAATCCTTAAGTATTTTGGCATCCATTCTTGTATTAGTTGATTATTGGTGGAGTCAAACTTTTACAGGAAACAATGCTCATTCCTTGGGAATAAGGTTACTCAAGTCGGTAACTATAAACCGATGATGAAAAGAAGTATCTCCAAGTCGAAGTTTGATAGATAGCTGCAATAATTAGATACGATTGCTTATATCTATACTTTTAAGTATATTAGATGAGCCTGTTGTACAAACTAAAAGATAATTCTACATATCTAGATAAAACTTTCGAAGGAGGTAATAAGCCCTGTTTGGTACTGTATTCATGGATACGAATAATGAAGGTACCGTGACCGTTTGACTTGGCTTTTTGGTCACGCTAGAGGAAGTCAGGTAGAAGACCATCGTATGTTTAATGATGTTAACTACTACAGTGATCAATCATTTGTCAGCACAAGTATGTTGTTGTAGAAACCCCTCAAAAGTATTATTATGAAGCTTTTGCGATGGTTATTATTCTCTGAGATGCAGCTTTCTACCATACATCATTCAAAGATGATAAGGATTTTAAGGAACAATTAGATATTATCTATGATACGGCTGATGTTAAAAACAAGGATTTGAAAGTTAAAGTGCTTCAGATAAATACCTCGTTCTTTCGACTTGTCGTGAGGAAGATCCAACGATTCATTATCTCTACTTGCGTCAAATTCCAGACTCTGAGATGTCTGACTTTGTAACTAAACATGGAAAAAGATTTGGAATACACACCAACACGATAATCATTAACAGAACTCTACTTCTCGTGAAGTAGGGTTTTTATTTTATTTGAACAAAGAGCTACTGTATTTTTAAAGTTGTTATAAAGGGTGAGATGTAACTGTTTGTTAATCTTTTTATCATTAATGGATCAGTTTTTTTGGTACACTAGTAGTATGAAAAAGGAGAGTGTTATGAAACAGAGCCAAGCTAAAAAAAGCGTGACAATGCGATGACTAATAAGATTTTGATGGGGTTGATTGCTCTCGTCTTAGGTTTGCTTTTTCTTGAGATTTTGATGAATTTCTTAAATAGAATGAACAACAAAGAATGCCTCAAACAAAGGTACAGACAGCACGTATCCGTATTAATGGGGACTTGCTCTATCATGACAGTCTCTATATGAGTGCCTTCAGTCAGATGGTAGCTATATGATTTCACGGAAATTTACTTATGTGAAGCCGTGGTTAAAGCAGGCTGATTTGGTTTGGTGATTTCGAGGAGCGATTAATCCTGATTATCCTTTGTCAGACTATCTCTAATTTAATGCTCCTCAATCAGTGACAGCAGCTATCAAGGATGCTGGTTATGATGTTATGGATTTGGCCCATAATCATATCTTGGATTCTGGTTTAGAGGGAGCTTTTACAACGGCTGATGCTTTAAAAAAGTGGGAGTGATCCTATTGGTGTTTACAACAAGCCAGTGCGAGACAAGGCGCCACTGCTCATCAAGAATGTTAATGGTATCAAAAGTTGCAATACTTTCCTATGCTTATGGTTACAATGGCCTAGAGTCGAACTTGACGGATAAAGGTTGCAGACCACTTATCGAATTTGGATGAAAAACGTATGAAATCCGAGATTCAGCGTGCCGAAAAGAAGCGGATATCACGGTTATCATGCCTCAGATGGGTGTTGAATATCGTTGGAACCGACAGATGAACAGTTCAAATATGTAGATGGTCAGTTAGGTGCTGACTATCTTTGGAGGTCATCCTCATGTGGTAGAACAACCTTCTGAGGTGGTTAAGGATGGACAGCAAAACTTTGTCTTACTCAATGGGAATTTTATCTCAAACCAGCGCATAGAGACTATGGATGGATTGTGGATAGTGCAAGTGGACAGAGAGGTGTCTTGTGGTGTGCCATGAGAAAAAGAATGGTCAAACCACGATTAGACTATCAAGCACATCCGGCACCCAGGTTAACCGGCATGCGCCTAAAGAACAACTTTCTCAGAAGGATATCCTTTGTATACTTACCAAACTTATATTTTAGAGGATTTCATTAAGGGTGGTAAATATAGAAATAAACTTGATGAAGAAACAAAGAGCGTATAGATACTGCATATAAGAAATGAATGCTTATGTTAATTTAAAATGGAAATAAAGCTAGATATCGCTGAATTTAGCGTATTTTTTTGTTTATAGACAAGTTACCCACAGACTTATACCACCTATGGACAAGTCTGTGGTAGTGTTGAATCTTGATTTTTCAAGGTTTTAAAAGAAAGGAAGTATTTAGGTTGTGAACAAGTTTATCCACAAGTAGTTGGGTCAAAGAAAGGGATGTTTTCAAACGATAGTAGTTAAAATTCTCGGAAACATTCGTCTTTCGAAAAAAATCATTTCATAAAAAATAGCATTTTTAATCAAAATATGCTAAATTACTTCTAAAAATAAAATGATGGAGGCTTCTCATGAAAGCGATTATTACAGTTGTAGGTAAGGACAAAGCAGGTATTGTTGCGGGTGTTGCGACTAAGGTGGCAGAACTTGGCTTGAATATTGATGATATCTCTCCAAACAGTTCTTGATGAATTCTTTACCATGATGGCGGTTGTATCATCGGAAGACAAACAAGGTTTACACCTACGATGCGGAATTGAAGCCTTTGGTAGTCGTGAAATCATTTGGAAATCAACATCCAGCTCGCCATTTTGATCCTATCACAACTTGTAAGATAGGAGTAGCTTAAAATGGATATTAAACAGGTCACAGAAACCATTGCCATGATTGAAGACGAACTTTGATGTTCGTACCATTACCATGGGGATTTCACTGAACTATATCGATTTAATCTCGATAAAGCGTGGAAAAAGTCTATAACAAGATTATCTAAGGCTAAAAATTTGGTAGCTGTTGAGCGGCAAAAATTGCAGCGAACGGTATTCCGATTGTTAACTCAACGTGTGTCTGTTACTCGATCTCAATCATCGGTGCAGCAACTCGTCACGGCAAGACTGTACCTTTTGCGAAGGCATTAGACCGAGCAGCTAAGGAAATCGGCGTTAACTTTATTGGTGGTTTTCTCTGCACTCGTTCAAAAGGGCTATCAAAAAGGTGATGAGATTCTTATTAATTCTATTCCCACGTGCGCTTGCAGAAGACTGATTTTGTCTACTCATCTGTCAACATTGGTTCAACAAAGACTGGTATTAACATGACAGCAGTACGTGACATGGGACGTATCATCAAAAGAGGCTTCTGAGGAGCAGATCCAATGGGCCCAGGTAAATTGGTGGTCTTTGCTAATGCGGTTGAAGATAATCCATTTATGGCCAGGTGCCTTCCACGGTGTTGGTGAGGCTGATGTTGTAATCAATGTTGGGGTTTCGGAATATGGTGTTTAATTGCAACGTTGGTGAAAGTTCGGTGAAAGTTTCGATGTTCTAGCTGAAACAGTTAAGAAGACCGCCTTCAAAATCACACGTGTTGGTCAGTTCGGTTGGTCAAATGGCCAGCGAACGTCTTGGTGTCGAGTTTGGTATTGTAGATTTGTCTCTTGCGCCAACACCAGCAGTTGGTGATTCAGTAGCCCGTGTACTTGAAGCGATGGGTCTTGAAGTTGTTGGTACGCATAGTTTTACTGCAGCTCTATTTCTTAACGACCAAGTTAAAAAAGGCGGTATCGCAGCATGCTTAACCAAGTTGGTGGCGTTTGTCAGGTGCCTTTATTCCAGTTCTGAAGATGAAGGTATGATTGCTGCGGTTCAATCTGGTCATATACTTGAAAAATTGGAAGCTATGACAGCTATCTGTTCTGTTGGTCTAGACATGATTACTATTCCTGCTGATACGCCAGATACAACAATCGCGGCCATGATTGCTGATGAAGCGGCTATCGGTGTCATTAACCAGAAAACAACAACTGTTCGTATCATTCCTTATGGTAAGGAAGGTGACATGTTGGAACTTGGTGGTCTTCATATAGTTATGCACCAGTAATGAAAGTAAATGAGCTTCATCGGCTGATTTCATTGCTTGCGCGTGGTGGTCAAATCCAAGCTCCTGTTCACAGCTTTAAAACTAGGGTGTATGATAATGCTTTGCCAATTGGTAAAGCATTTCTGATGGTCTCGTTGGCTAGATAGTCGAGGGGATTTGTGCTATAATGAATTCAAAAATGACGGAAAGAAGAGTGCTATGAGTAAGGTTAAGTTGTATATTGCGAGACCTGGCAAAACGATGTTTAATACCATTGGTCGTGCACAAGTTGGTCTGATAGCCCTTTGACCCCGTTCGGTGAAGAAGGTATTCGTGAATTGGGAAGTAGGTCTGAAAGCAGCAGGTGTCCCTTTCAAGGCCGCATATTCTAGTGATTCAGGTCGAACGATTCAAACTATGGATATCATTTTACGTGAGACGGGTTTAGAAACTATTCCTTTATAAACGTGACAAACGTATTCGTGAGTGGTGTTTTGGTAGTTTAGATAATTTAGCTATGACGGTGAACTTTTTCTACGGTGTGCTACCGAGAACAGATGTTTTCAAGGTAAGGATTTGTGAGGTAACACTTATCCTGAGCTTGCACAAGGTCATCCTTGATGTGGATACGGCTGGTTGGGCAGAGCCTTGGGAAGTGCTCAGAAAACGTATTTTAGAGGGGTTCACACAGCTATTGCAGAAAATCTTGAGGGTCTGGTGGCGGTAATGCTATCGTCGTTAGTCACGGCATGACCATTGCAACCTTTGCTTGGTTAATTGATCCTTCTGTCGAGCATCCTTCATTGGACAACGGTTCGGTTACTGTTGTTGCTTATGAAAATGGTAAATTTACATTAGAAGCACTTAGCGATATGACTTATCGTCAGGTTGGGCGAAGATAATAGAAAAAATGGTAAAAAATAACTATCCAAGTCGCCGTCAGGCAAAAAGCAAACCAACTGGTTTTTGGTTATCAGTAATTGTCTTGATTGCGATGCTTTTGATTGCAGCAGGACTTTATTCAGTATTTGGTGTCAGTCGTACAGTCCAACAAACCAATGGATCGTCAGTAACAAAAAAGTAGTAAGCAAGCTACCGATGCGACTCAAAGCAAGTCACAAAGGACTACCTGATGTATCGCCTAAAGACTGGCAATTGCTTTTGGTAAATCGAGATAATAAGTCTAAAGAACTTAACCCTGAGATTGCTGATGTCGATGGTGTTTCTGTAGATGCAAGAATTGCTAAGAACGTTAAGTTTTAGTAGCTGCTCGAAAATTGATCCAAGTTATCACTTGATATCCGAGTTATCGTAGTGTTGCTTATCAGACAGAACTTTTTATAACAGTTATGTTCAACAGGAAATGGCTGCTGACCCAAGTTTGACGGAGTACTCAGGCGGAAGAAAAAGGTTTCGACGTATTCACAACCACCAGAGGAGCGAGTGAACACCAAACAGGATCTTGCGATTGATATGATCTGTAGATAGCTTAAATGAAGCAGGTCCAGATACAGTAGCTAAAGTCAAAAGAGTTGGCGCCGAAATATGGCTTTGTTCTTCGTTTTCCAGATCATTCATTATCGTCAGCAGGAGTGTGACTACGAGGATTGGCATTTCCGCTATGTTGGTAAAGAGTCAGCAGAATATATGACTGAACATAATCTTACTTTGGAGGAATATTTGGCATTATTAAAGGAGAAATCTAAGTGAGACGACGTTTTAAACTAAAACCTTCATTACCTTAGTTGTTGTTTTTACTTTAGGTATTCTCTTACCTTTGATTCTTCATGCCTCTACAGCTGATAATGCTCGTTACGGTAAAGGTTGCTTACACACAGCAAAATTTATTGAGACCTTAGCTCAAGCAGCTCCAAAAAGATGTCTAAAAACTATGGTGTACCTGCGTCCTATTCTCCTTGATCAAGCTGCATATGAGTCAAATTACGGTAGCAGTCTTTTATCTGTTAAATATCATAACATCTACAGTCTCCTGCCAGCCAGGTCAAGAACGTATTCGTTTAAAAAGGATATCTACAGTAAAGGGAAATGGCAATACAAGGTGGATTTTGCAGTTTTTTAAGAGTTGGTCAAGTTCTATGATGACTTATTTAGAAGAACTTCGCCAGGAACGTGGGGCAGTCATTCTATAAAGAGATTGGCAGGAGCGACTAGTTATAAAGTTGCGGCAGAAAAACTACAAGCTGCAGGTTTTAGCAGTGGTCCAGATTATGCCAAACACCTCATATCTATTATTGAGACCTATCATTGTCAAAATATGATTGGTAGTCGAGTGCTAGAGTGCTCTTTTTATTTTCTAGGTCTTAAGATGTATTTTAGCACTCTTACAAAAAGAGTGCTAATTTTTTGGTTTTTGGGTTGACATGTTCAAGTTTAGGTGTATAATAAGAATCATAAGTTAGCAGTCGATGCATTAGAGTGCTAATAAATAGAAAATGAGGTGACATCGTGATTACGCAAAGACAAAAACATATTTTGAATTTGATAGTTGAGATGTTCACTCCATTACCACAGAACATGGTTGGTTCAAGCATTACAAGGCTCAATTGATTCGAGTTTCAGCGAACCATTCGTAATGACATGGCCAAGCTTGAAAAGATGGGCTATCTTGAAAAAGCTCATACTTCTAGTGGGCGTATGCCAAGCCGGAAACAGGTTTCAGTATTTCGTCGCTAATTCTTTGGGTAATCTTGATACAGATTGATGAACAAGATGTTTATCAAGTGGTTAAAGGCCTTTGATTTTGAAGCTATTTAAACTTGAAGATCTTGGATGCGTGGCGGAAAAAGAGCTGCTGGCAGAAATGACAGGATGTACAGCGTAGTTCAAGATGTGGAATACGACCGACAACGTCTGATGGATTGACATTGTTCATCTGTCCAATCGGCCTTTAGCAGTTCTTACTCTAGATGAATCTAAACTGACGATTAATTTGCTATTCAAAAAATTTCTTGTCTAGTGATTTGGAAATTCTTCTCGCTTGTTCAAGAACGTTTTGGGAAACACTGTCTTAGATATCCATTACCGATTGAGAACTGAGATTCCTCAGATTGTGCAAAAGTATTTCAAAATAACAGATAATGTTCTAGATTTGTTGCTTTTTTGTTATATCTTTTCACAACTTTTTAAGAATTGATTTTTCATCGAAAGGTAAGGTTGCATCACTGACTTATGCCGATTTAAAACTTATCAGGCTGGACAATCCTGTTTCGCGGCGCCCGAGCTTCGATGGCTATCTCCGATGATGAAGTGACCAAGATTTCCGGTTGCAGAATCAACTAGGAAGAGCGCTTGAAAATGTCACAGTTATGAGTCATAAATTCCTGATTCCTTATCGTGGGATAAAGCACTCATGCATATGTGGTCGGGTCCAGTTGAAATGGATTATCGTCACTGTGGTTAGTTTGGTCAATGTTATTAGTAGAGTTTTGGTTATGAAGTTGACGGATTATTACCGTTACCTCAATAGTAACCATTATGAAGTTAGCTTAAGATGTAACATTTAAAGAGGTATAGAAGAAGTTATTACCTTGACTGAGAATATTAAAAAAGAAGAATTGAAAGAAGAGGAAGCTACGAGGCAACTGAGGATTGTGGAAGTAAGCGAACCTTCTGAACTTGAAAAAGCAAAGCGCCGAAAAAGAATTTGAAAACAAATACCTTCGTGCCCATGCAGAAATACAAAACATTCAGCGACGTGCAAATGAAGAACGTCAACAATTACCAAAATTATCGTAGCCAGATTTGGCAAAGCTGGTGCCATCGCGATAACCTTGAACGTGCTCTTGCCGTTGAGGGCTTGACTGATGATGTCAAAAAAGGTTTGGAAATGGTGCAAAGAAAGTTTAGTGCATGCTCTTAAAGGAAGGAATTGAAGAAATTCCAGCTGATGGTGATTTCGATGTAACTGCATGACATTAAAACAAGTGCCTGCGATGATGAACATCCAGCAGACACGATTGCACAAGTTTTCCAAAAAGGATATAAAGCTCACAAGCAGCAATCTTGCCCAGCTATGGTAGTTGTATATATTGAAAATTACAGAAAACATTAAGTGACAGAAAACTATAGATGAAGAATAAAAAAAACAAAATAGAGAAATTAAAGTAAAGGAAAAACATGTGTCTAAAATCATTAGAGTGTTGACTTAGGTACAACAAACTCAGCAGTAGCAGTTCTTGAAGGAACTGAATCAAAAATTATCGCAAACCCAGAGGTAACCGCACAACTCCATCTGTTGTGTCATTCAAAAACGGTGAAATCATCGTTGGTGACGCTGCAAAACGTCAAGCAGTAACAAACCCAGATACAATCATCTATCAAATCTAAGATAGGTACTTCTGAAAAAGTTTCTGCAAACGGTAAAGAATACACACCACAAGAGATTTCAGCTATGATTCTTCAATACTTGAAAGGTTATGCTGAAGATTACCTTGAGTGAAAAAGTAACTAAAGCAGTTATCACAGTTCCTGCTTACTTCAACGATGCACAACGTCAAGCGGCAAGAACCTTTGGTAAAATCGCTGGTCTTGAAATGAAACGTATCGTCAACGAACCAACAGCAGCTCTTGCTTACGGTTTGGATAAGACTGATAAAGAAGAAAAAATCTTGGTATTCGACCTTGGTGGTGGTACATTCGGCCGTATCTATCCATGAACTTGGTGACGGTGTCTTTGACGTGTTGGCAACTGCAGGGATAACAAACTCAGTGAGTGATGACTTTGACCAAGAAATCATCGACCACATGGTTGAAGAATTCAAGAAGAAAATGGAATCGACTTGTCAACAGACAAGATGGCTCTTCAACAGCAGAAAAGATGCAGCTGAAAAAGCTAAGAAGAACCTTTTCTGGTGTTACTTAACCTAAATATTGCAAAACCATCACTGCTGAGGCTGAACTCTTCACTTCAAATAAACATTGACTCGTGCGAAATTCGATGATTTGACTCGTGACCATAGAACGTGCGAAAACTCAAGTTCATCAAGCCACCTTTCAGATGCAGGTTTGAGCTTGTCAGATATTGACGAAGTTATCCTTGTCGGTGGTTCAACTCTCGTATCCCTGCCGTTGTGAAGCTGTTAAGCTGAAACTGGTAAAGAACCAAACAAATCAGTTAACCCTGATGAAGTAGTTGCCATGGGTGCTGCTATCAAGGTGGTGTTATTACTGGGTGATGTCAAAGACGTTGTCGGCTGAAGGCGCTCCATTGTCATGACAAACAATGGGTGGAGTGTTCACAAAACTTATTGACCGCAACACTACTATTCCAACATCTAAATCACAAGTCTTCTCAACTGCAGCAGACAACCAACCAGCCGTTGATATCCACGTTCTTCAAAGGGAACGCCCAATGGCATAGATAACAAGACTCTTGGACGCTTCCAATTGACTGATATCATGCCACCATTAGTATTCACAAATCGAAGTTACTTTCGATGTGATAAGAACATTATCGTATCTATTTAAAAACTAAAGACAGCGGAACTCAAAAAGAACAAACAATTGTCATCCAATCTAACTCTGGTTTGACAGACGAAGAAATTGAAAGATGATGAAAGATGCTGAAGCAAATGCTGAAGCAGATGCAAACGTAAAGAAGAAGTAGATCTTCGTAACGAAGTTGATAAACTATCTTTACATGAAAAAAACAATCAAAAGCGATTAAGAAGCTTCGTTTAAAGAACATGATGCTGCTCAATCAGCTCTTGATGAACTTAAGAAAGCTCAAGAATCAGGCAATCTTGATGACCTTGAAGGCTAAATTCGGAAGCTCTTAACGAAAAAGCTCAAGCTCTTGCGGTTAACTTTACGAACAAGCTGCAGCAACTGTGCATCAACAGAACGAAGGTGCACAAACAGCAGATAACTCGGAGCGACGATGTTGTAGACGGAAGTTTACTGAAAAATAAGAGAATGTGATAGGCCACGATATTAATATATTTAATGTTATCGATTCATTAGATAAGTTCAAGATTCCTATAGATGTTACCAACACCTGTAGAGAAGAGACTTATTAGAAATAAATAATTGAGATGTTTTGTGAGATTGATTTTATGACTACGATTTATACAACTAATGAGTGGAAAGGCCACAGTAGGCTACTACTGGAATGAATATCGCTTAGAGAATGAAACGGTAGTTAAATACAAATGTTCTCGCCATAAATTTTTTGATGGACATGAAAACACATGGGAAGAAGACGAACATGCAGTTGATTGTAGGATATTGATGATGAGGCGATGCCTGAATGGTTGAGAAACTACCTATAAGTAATAGCAGAGGTTGCAAACCAGCCTCTGTTTTTCGCTAAAATAAGTGAAGTGAATATAAAGATGGTTTTACTTCGTATCGTAACAAATATAAAATAGAAAGGAACAAAGAGTGTTCGAGAAATTAACATTACAGTGGAGCACAAATTGAATAACCTCTAAGAAATCATGATTTCTTGTCGGTTTTCTAAATTTCAGTCACTTTCTGTTCGCTCTTGGTATCTTGTATAAGTCAATACCGAATATTACGATCATCTTGGGGTATCTAAGGATGCCTCTCAAGATGAGAATTAAACGTGCCTATCGTAAGATGTCTAAGAAATACCACCCAGATATTAATAAAGAACCAGTTACCGGAAGAAAAATATAAAGAGGTCCAGAGGCCTACGAAACTTTAAGTGACGACCAAAAAGTGACTGCAGCCTATAGCCAATACGGACCAGATGGTGCGAATGGTTTTGGTGGTCAAAGAGAAGGCTTTGGAGGCTTCGATGGTGGTGCAGGCTTTTGGAGGTTTTGAGGATATCTTCTCTAGCTTCTTTGGTGGTGGTGCTACTCGTAACCCTAATGCTCACGTCAAGGTGATGATAACAGTACCGTGTCAACTAAACTTCGAAGAGGCGATTTTTGGTGCCGAAAGAAGTGCATATAATCATTGAAGCGACATGTAGAACATGTTCAGGATCTGGTGCAAAACCTGGAACAAGCCCCCTGTAACTTGTGGTCGCTGTCATGGTCCAAGGGGTTATCAATGTTGATACGCAAACACCACTTGGTATGATGCGTCGTCAAAGTAACCTGTGATATTTGTCATATTAGGAACAGGTCAAGAAATTAAGAGAGCCATGTCAAACTTGTCATGGAACAGGACATGAAAAACAAAGCCACAAAGTATCTGTCAAGATTCCAGCAGGTGTTGAAACAGGTCAACAAATCCGTCTTGCTGCGGGTCGAAATTGAAAGCCAGTTTCAATGGTGGACCTTATAGATCTGCTTTGTAATCATCAATGTTAATCAAGCGATAAATTTAAGCGTGATGGATCAACGATTTACTATCACCAATATTTCTTTTTGTCAAGCAGCCCTTGGTGACACTGTCCAATACCAACGGTTCACGGAAATGTTGAGATGACCATTCCAGCAGTCTCAAACAGGCAAAACTTTCCGTCTAAAAGGAAAGGGTGCTCCGCGTCTTCGTGGAGGTTCACAAAAAAGAACCAACACACGTTACAGTTAAGATTGTAACTCCTACGAAGTTAAACGATGCTCAAAAAGAAGCTCTCCTTGCATTCGCTAAAGCAGAATTGGTGATGAAAAAATCGCACCTAGAAAAAAGGTTTCTTCAATAAAGTAAAGGATGCCTTAGAAGATTTATAAAGGAAGGACGCTGAGCGTCTTTTTCTTTACGCCAAACAACTGTATGGGGTCAGTTGGTGGTTAACCTACTTTTATCCTTGAAAAAATCTGATATGATAATTTTATGGTTAGATACAAAGCGACAATTTCCTATGATGGTACACTTTTCTCAGGGTTCAAAGACAACAAATACGTTCTATTCAAAGAAGAGCTCGAAAGACTCTCTTACGTTTAAATAGTGGTATACCTGTCTGTTCTATGGTGCAGGTCGTACAGATGCAGGTGTTCATGCCTATGGACAAGTTATTCACTTCGGTTGCCTCAAGAACGAGATGTCCAGAGAGAAAGTTGCGTTTCGGTTTAGATGCATAATGTCCGAATATATTGATGTTGTTGGTATCGAACTTGTATCGGAGGAATTCCATCTTGTGATACAACAAACACCATTAAAACGCGGTTCTAGTAGATGCGGGGCGACCTAAGAACCCCATGATGCGTAATTATGCCACCCACTATCCCTACCCTCTAAGTTTAGCACCTATGCAGGAGGCTGCTAAGGATTTGGTCGGCACACATGATTTTACAGGATTCACAGCTTCAGGAACTTCTGTAGAAAATAAAGTACGCACAATTACAAGCTAGTGTCTATTGATGAGAAAAGAAACTGGATTTTATATCTTTACTTTTTTCTGGGAATGGTTTTCTCTATAAGCAAGTTAGAAATATGGTCGGCACCTTGTTGAAGATTGGTAATTAACATGCCTGTTTCATAGTTAAATTGGTGTTGAAAGATCGTGATGTTAATCTCGCAGGACCAACGGCAGCAGGAAATGGATTATATTTGAAGGAGATAAGATATGAGTGATGAATTGATTTTAGCGATTTCGGGGAATGATGTTTTTAGTGGTGGCGGACTTCATGCGAACTTATGACGTTTACCACTAATAAACAACATGGATTTGTGGCTCTTACCTGTCTGACAGCTATGACTGAGAATGGTTTTGAGAGGTTATTCCGGTTGATACTAATGTTTTTAAACAACAACTTGACTCACTAAAAGATATCCCATTCTCAGCAATTAAAGTGGTTTGTTGCCTAACGTTGAAATCGCGGAATTAACGTTGGATTTTGTTAAAAGCATTTCAATATTCCATTGTCTTGGATCCACTGTTTTGAAGTGTAAGGAGACTCATGACGTTGAAGTTTCTCAACTACGTGATGAATTAGTTAAATTTTTCCCTTATACCACGGTTATCACTCCGAACTTGCGAAGTCGAACTGCTTATAGATAGAAAGGTTAAGACTCTTGATGATATGAAGCATGCGGCTAGCTATCTCAATGAATTAGGTGCTAAGACTGTCGTTGTCAAAGTGGAAATCGCTTGGATCGTAATAAAGCGATAAGTGTCTTTTATGATGGAACAGATTACAAATTAATTTTCAAGCTGTGCTAGACAAAAACAATACAGGTGCAGGATGTACATTTGCTTCAAGTATAGCTAGTCAAAATTAGTTAAAGGATGTTCAAGAAGCTGAAGCTGTGACAAATGCTAGCATTTGTTTATGAATCAATTAAACAATCAAATGAATTTGGAGTAAGTTCCAATATGCAAAATAAGAAAACAAAAGAGCTAACGTCCTTAGCTATCTTAACAGCTTTATCAGTGACCTTGGATTCGTAGCTAAAATTCCGACTCCAACAGGGCTTTTAACTTTGGTAGATGCAAGGAATCTACTTCACAGCCTTCTATCAGCAGAAAGAAGGGGCAATTGTGGGAGGACTATCTCTGCATTTTTTGATAGATTTGCTATCATCTGCTCCGCAATGGATGTTTATCAGTTTGTTAATCCATGGTGCACAAGGTTATTTTGCTGGATTTAAGGGTAACTATCGTATCCTAAGTCTTCTGATTGCTACAATTGTGATGGTGGGTGGCTATGCACTTGCTTCAGTATTTATGTATGGAACAGGAGCTTCAATCGCAGAAGTGATTCTAATTTCTGCCAAAACGCTCTCGGCCTAGTCGTTGGATGGTGTTATCCAAGTTCAAAAAGGTTCAATCTAAAAAAGATTAATAGCTTTACTAAATCCTATTGACAAGCATTAATTTGGGTGTTAAGATATAAAGTTAATATACAACGACTTTACAAACTTGAAAAGGTTCCAAAACTAAAAAAGTTATTGACAAGACAAGCTAGAGATGATATTATAAATAAGCTGTTTGAGAGACAGCGGACACGAAGTGAAAAAACTTCAAAGTGTTGACAAGGCATTCTAAATTTGCTAGAATATAGAAGTTGTCTTAAGAGAGACAAAGACCTTTGAGAACTGAATAAGAAACCCAGTGCAGGGTTATAGAAGAAATTGCAACCTGTCGATTTAAGAATAAATCCGTCAGACGACGGTAATGAGTTAACGCTCGAACAATTATTAAATTTTTAATAGAGGATTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACGTACAGTAGAACGCTGAAGAGAGAGCTTACTCTTCTGGATGATTGCGAACAGGTGAGTAGCATTAGGTAACAACTTGTAGCGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAATGGATGACCCATGTTTTATTGAAAGAGAAGGCAAATGCTCCACTACAGATGGACCTGCGTTGTATTAGCTAGTAGGTAGAGTAACAGCTTACTAGGCGTGTCTATAGCCGGCCTGAGAGGTGATCGGCCACACTTGGGACTGAGACCTGGCCAGACTCCTACGGAGAACAGCAGTAAGGAATCTTCGGCAATGGGCAACCTGACCGAGCAACTGCCGCGTGAGTGAAGAAGGTTTCAGGATCGTAGCTCTGTTAAATCAAGGCGGTGTGAGAGTGGAAGTTCACACTGTGACGGTAACTGCAAAGGGACGGCTAACTACATTGCTGTGAACCATGATATCATGGTCCCAAACGTTGTCCGGACTATTGGGCGTAAAGCGAGCGCAGGCGGTTTGATGAAGTCTGAGATTAAGCTGTGGCTCAACCATAGTTCGCTTTGAAACTGTCAAACTTGAGTGCAGAAGGGGAAATTGGAATTCCATGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGTCTGTAACTGACGCTGAAACAAAGCGTGGGGAGCGAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTGGATCCTTTCGGGATTCAGTGCCGCAGCTAACGCATTAAGCACTCCGCCTGGGGGAGTACGACCGCAAGTTGAAACTCAAGAATCGGCAAGGGCCCGCACAAGCGGTGGGCATGGTTTAATTCGAAGCTTAGCGCGAAGAACCTTACCAGGTCTTGACATCGATGTACTATTTCTAAGAGATGAAAGTTACTTCGGTACATCGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCAGTGTCGTGAGATGTTACAGTTGAGATCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTGGCAAACCGGAGGAGAGGTGAGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGTTAATTTTAACGAGTTGCGAGTCGGTGACGGCAAGCTAATCTCTTAAAACTCAATCTCTGATTCCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCCTTCAATGTCGCGGATCAGCACGCCGCCCGGTGAATACGTTCCCGGGCCTTGTACCTGCCATCACCACCACGAGGATTTGTAACACCCGAAGTCGGTGAGGTAACCTTTGGAGCCAGCCACCTAAGGTGGACGAATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGATGCGGCTGGTGCTGTTTCAGGAAAAACGGAATGTACTTGAGTTTCTTATTTAGTTTTGAGAGGTCTTGTGGGGCCAGCAGCTCAGCTGGGAGAGCGCCTGCTTTGCGCAGGAGGTCAGCGGTTCGATTCCGCTAGGCTCCATTGAATCGCAGATTCCAGAGTATTGTCCAGTGAAAATTGAATATCTATATCAGGTCATATGTAATTAATTACATATAGATAGTAACAAAGAAAATAAACCGAAACGCTGTGAATATTTAATGAGTTAAGGTCGAAAGACCAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGAAGCCGATGAGACGTGACTAACGACGAAATGCTTTGAGAGGAGCTGTAAGTGAGCAATGACCAGAGATGTCCGAATGGGGGAACCCGGCAGGTAATGCCTGTCACTCATTACTGTTAAGGTAATGTAGAGGAAGACATGATGAACTGAAACATCTGAAGTAGCTGCAGGAAGAGAAAGCAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAAGAGGGAGCAAACCGAAAGAGTTTGCTCTTCAGGTTGTAGAACTGCAACGTGGACTTAAAGATTATAGAAGAACTACCTGGGAAGGTAGGCCAAAGAAAGTAATAGCCTCAAGTATTCGAAATAGTCTTTATATAGCAGTATCCTGAGTACGGCGAGACACGAGAAGCAATACGTAACTT + %$%'$*)+)12-)$(%&$%()3'*,))$$&%$&(2358<3:6,23(&%(&(()0-:<=DEHG9:;<+(*-9853-+395/-1057:<>8;049;;86=89*+22354-,.:57501+'-114320146.7*+*$((*''%,29:>??B@C@C;;2('9>DA*6)307;=<<+**%%(,)$%&)0.%%*%$%$&"$'$'((442-$$#%(-;9676:>>EDKE:A@CE?BCDB=B6?5@ABGG:687JIKSOJ3IGHHHJDA;DEGLMKBM=NQH8@@@@@CBABE>?CB@<<<;,316/0004ECLJI;=?5(+;:;5;@:??=3516HDACEG>@B953')00),03;AA7;>=9:::EEHG:<=>@CCDF05%$+-,/-$%$$%(/8*(%*/-&&%%$)-7235;;<478/463/&'&2618226:9:::?=*%%+;;CF@F:BDFD9:CD=A@BACCFB@=@GFQ??B@@CMMIG@H@@AB87:=C?BBGAE>@DB==<@;GJGEHKF@ADMG?CFHIE?=>B19/H@8>@@@:@2AB?<.8>+9>CGDE68B;A<:>88:;778''$*32./1>;?@DDC>9337<;0AB<@::)/BB=CHG>3?DGEBB<9=;8:7+.<>E@FJ@CH>1/7-19:@?>>;@ED=9>A=@=C@%'BCGGCBBE?:9<6?>@BADHA??B:<>A6?B?:,)??<;547=EDICC>CB5888=<=,5>IKEAJDC31=??8:AA@HG4@0+<67@@AF:3((((5=:?CC=??@>GIHMMNKGED?AF@K=IIDBBA9G>>?0:<;>@HHGEIJDB?FB>DH=9BCHI@KKLHEAE>BGJ777)@C>>@?<9,76=9BAKIJEII;?767::A@@=?AB?=?<%%%%%*)3599443-02799AB@BCHOF=476JIC3-;;><=7;>??HHB??B@;>77578;;ACEE=9><-(:<599@E;;7;9;B>@===?8=98?@A/==@A@C@4++,%$*.6676689:=;97>77635.,($%&3/06(0'***&-3/5;63544>;42*+(*'%$(%'0881,172*58:;98=;65+-@:;>?I=?75722,-/+&$$#$&%$%$,-36>>??FCABAAF?B@C;6@?EED@:8'%5794CFHLIB=@>>B;D>>B8>?C>:69,89:>;A@FHHE>=;><;;=6===@C8<@B@@A>?AA?,:@>ABDC=A;>;;<6257755;;@>EHH=<'2+/,,%$%($'/74($)%00431450365>@39<:ABB4>@><>D3EGCIFA<(00=<9=7A=8<==>>9=CCC?CAAB9%9>==1448?A<2,9;:;335253829::;6%&##$-43/)2$+#%#%',%%%'0021*,'*,'$$$$%$$%$$$$&##'+0&./362&*&%$$(##$'&&%$'&+&%'%$$&($%((&&$$%%&%&--*(%%)1100*'&+/&,.0%*35>=53200*('%#'+,+*+$&7*346198:>=7=3;99@@236ABHCFEME>8:99'+(4=?B?>?:I@BDBCF@AE===7+%122212/'''/28ABDDEC<;7@ACBDDCE.:/2C?AFDHJEH??DFCDBC?359:9:EIGDJGBF90&%',&0$%+#&#%',++++58:8;A:AEEDB>@A?:HFA@<=>>@HGE?@;FE>;?AAB=FFCDAABC557?@=>99;79899655114)9:<;;C>99764;?>0AB78:;47/?AGB>;6(1?9:@=1..1+(&+.-/0/,&%&&&+$$,0//579)(8:>5:;?@D@5+B6:<<9:3A?@=@C>B=?@ACAB@6743,-.,,))&$&)*#%'##'%%##$#$-(%$#%$)'0/0.0.&/&)4589<@EF@@?B>9?EEG@GFDB@?;><77<962*+'325-+++89;>DFFA=>.=@8<<;><;;=6=>>.-,&($,-.-%8/49:;9%+*5>?ACEBDE56/-=BFF;/%%%$%$&''218:;:;=<6?A6ACCHNKILMLC20+KK=AIMOLGBOOMKMMWSIAB;?@>A=D:9:<7:89&83036:799-9>ACCBEBBDE;CEABA@ICBPNII@;EAHNK?:7CBBA@-1247:9996++-/244;992.69:@C>BC<>:>@)5%;==-,?CAF<9=BA9:;<)&./6;?AED??=B@2743$%35782''&.-/-/0%%2,$$',('31&&$%%&)9;;:99820665774'(',/568:3**$$$&((*'('4<=8%****,5<:9233141103+-72)06;:8?A;?DDKID=>>?E@,,.>0C:>8D9<<689@>=>@@ACJKKE?;41>22DG>EEJJB=;5;*468::573312111-*''%'$%%4->?8=>;9;7=><<7,%&%%#./8:;<==48>8987@H:@/8)**--07(5338544%')/+'%%*<=:65,01(2-0&129=??@@=?>CCBB=?E243598:=6?@A@GFBFCFFDF=>A8=>=*;:>;:;:)'&,$'''++3320(&./+$(,*/1.(%-*$'%$$&)$##%)&((2-&998?@=<3557:9B>CC>37*'%/&$$%%%$%*--..//4'%&&%0:;;:567***+1111+%%'3+'((&'%%&%%%%$#%(,,*')/*)''$#$&*--.2,&/3373*&$#$$%%%#$##(')%%%%&%$+/##''&&&%$)&''+0*.)#$&(+('%%%%(%$$$%$$%&*&/0*',-%.-/-,/))%$%'%('&*%&$&%$#'('%&'((++')#&$%$$$%(.%*$*)$$&%$#$%%'('-0.&,%%',*('$###&$#--+4)%$%+-/,)%'%)-)8;;84''01302)-(+*('%&3120%&(+455)'%),,,:75=>?>(,8>6258;>;<8887)(45116;C><>@BCB>=><=<;GBCCFF;?5>BBBCC>@EKLBDCAD?9&$($+*%1-&($$$%%+121'',/0+,0*)+---0+(.2.-1/-530*$10*++<3:;=?EB?6;=C:9*/677676:;;<>9.B?459HEEB=CGJJKEEB?>6748:77:<=?<:4./5+'-.3,,1/4=>?A9@=?=5885:267(*6767<9;=C7687::A>;;.())&#&'%$%('&02))%$&$%(00149=>@BB@4691%&$$$$$$'&&'(+$)37=?<:8A=>>?E@A@8:<469AA@&-ADDCAE@GDFHIHK>@D6DDIH==B<=>740/9,,,+032-.),122.&4979630::8@99:<@C@@@?<:**.--*'%&-*$*$%&)59=6639?7655677:;327%$%&%&-0,$$%)$)*+*+58<=88-*9@=;0+;>2<=359=EDBBEE=GG@ELKLIA>8?BH>A?334*-(&%)()&.-,)-1001710//--(*%.89989AACEB7B,**;DCGDHCAC>BCCF:8..369887;65,)(%+*'%&%,5556;;;9;;>=9(%/2;;;=>77:<566000:;:*=::-98359::B6:A<=B?>=>=7<;:7>?@=8/(69BB@>B@>86?C8'1@FFFE?B@:@9,78767,+&(002=??>=;7542(+-0/02853564@612+++*//489;?92/*,?><;;@>58<<-=CBB;@@@7>A>@B@;D@99;6=>47:@.DGCFE@B@=4968;63<=>><:>8=>AGFG@BGG83@@DFI@@<=2<7:@A??@@6:CDD?>/CB555?99;C>@>'C?>@.7;;4797787:;;:;+*)$1912/2-//)&)'(+,+-/450831+,.,.878.289BA;>=A>@A8D<9://)'&%(.-)+,06831>>>:68@A>/)(,$%%%'&$%$'%%(('',+,676&)4.0,$'(.$**)+##'$$$#%#'#'''/398:9:...&%%$#$$&')/,*+)++01//1H9DC,)),(4<8884;>=?@3..0/20.31351.)+-122210-+()%$%'(+014966:32508::D>@AACB1)423?=ACCCDC>>??5,'#,%$++&%#+(%$&#%*&4<668:==>CDE65330%&%()$$,'..04+*)294/2.0:=9:EHLNGFGAA==(./88?>@92/$)-3+&'*.699;<9,,,--+5;=56&0013=@@>>@BEGIFEGB>>3,=7055450.3577;$+<@<=;;=@@6895'%$(3*'%(%79::;:8;:>C98;;98-9<9>?BB@@F=@?C3,-,..1)629:;8;>C=5-/7$5A?=ADEBFCII?899988455699(8624-/-+/57)10.3=5.+.69<;:48;BAAB>3;=@B<;:;@B@?<6@6>==97:<789A@4:3=<;97?BABAB>9?=:;77,).-5).@;=?@=?BA<@A=;>:93:?=+-89373&&2001-.01.+,.120858678()1&%%+.'$,**-,',((**(&(&%('(%'&-%$&$$#*6778=6555%&%0787797213241./.3-,$%%%%'%&%'$%)+$0*)**/.45-02)$(.()'(00(%'$)'$/564531/%)139;;112899;46858@9?BB23//'97785322*'$(2,;987547:**$(0;;89*00*,%,0::967.$#'&+%*%&&&&$$(01*'&)1/2),5679.03747673/'%('$*)-.$.*.++*&&$$%%&%&)/406521'*()+&%()*(12.&,--*+$$)'&%$&(.)'%#$%..0149455.,,,,'(7<=<8;?A>89:41$$(''%%1/.0&*650/6?:9=DC<=>=<976<;9,+')&)**&.,&-,*,)-((/(*+.-/.07797:87;40202/108775651''(/3*0245272%47312453)'030)5-2297871),**$#$%&-/10214766<74159*%$$%.-23272)&&&#%$$+'++*$$%%%&$&$&*+.+*(.54*&*('$'(.)-0-,123556768;>74*/,0362.-.-'+**&**,,'888:;736=@;=<;3:==>?BA=;65;7255::79;:109757,(/.+*+,.103763'&)(+..-&%210438413/4132'(2435<<>9>?:>D>('/-54,'$'&-+09789@A=;98?>3458?<<701'145::5>:5121+%&),--0,'34-'$*39<7344565+++337;9<75@9/;9=?GJE;::5+38;>($$68;??;5?CHHH=8:=ABCBB@>?>=24;@?@DE746615-)(0./1<;A>=<;;)$&)47BB016878>=>BB;96;=;:=@<>0BC@FFC@A60116-57>A.5BFDDK@BCGA;BA:=7A>=(,$')0100-+*),(+67376768?=8*&$&-%$(%)%$.*'%*0))//--)'()122.3,2/,%&&&&+'$-*/(),16%%&')<=?:>ACC@3/5;=<)-01::19:))+(1+-,,,15&,&&%'%%*>@B><<;5:60&))7947:)321;039;449-0#')'$$$%$*),()&&3&&%''+*++(&%##$$#%*+,,*(&'%%-///02847<=*;858829<@C>22.+9?C<>86358972-..+,-&'.,((*%)((%%''%#'+/.114689;::841%%%)&(&899=>=E?@@<9A;;==8;835765527340'%(*&%#$$')+)+)%$)&'%'*%,+79;?CA:?CD5=BA<:::@=@78?;>>E+?@<0,9FCC<>ECEFAA?JABABD6:805-A@38@;<621/0.-15188;A>93760+8<?96./2'+9=<462AA@)=@?:<>A??==6-)>==>;><6>D-;A@A@3$083911:9432*&)5B?=AD9:FHDBB??AEB>@AIIECDH>BD=B@CFKB;;DDE:77<@?33''':<;DAAB@C?<;:1(014;@=35=A??<904<3,979?:56B@>>=>9@>A?NNA@>@@=A?G<9A;<<:')'&%%&&&4336)$$$%%($$%%$%$&0*,)$%%*%%'))--,,8;=99@CC?@8/<%;8,29464=@@D;//.89==>BDF:<>@?=6;<@FC:B>?>&(+$$%%.'$'678645;?><67:5:76::=9?B<><:<@:892/,:=B:>CFG=@BB?CCCH?A=H@JIGEEFHDD6(+,34>@CLK@40812AC&@A7)>:;9987'%+/275935<:8>BAF@?EE@>DI?D@=22'%%&(*++-/.-&(%*+,+)*)++/2;;;8ADHLK=B?FFAA9;;<<2689::2'%0333943;>@?>@>90(+3384385878752)68;;?KLEHFEDGACAC;:A@55625@CA&)66>><*>--0><878=.1<@@:?DF:@:>?>9:;;474?=CAD==3??BE@A9?:;<>EB@@?>9;(+##$$#(&4(3.<=B?C;:;:B695%'6771..21==@EGH?&(/,,+4=33/1+($$$&#,/1=<>8>JGFE=IHGB??9/%(*-,'&.&%//0*&()(()688;>889<4047<:::/1.125()+($$'(()*2322'$$$$02212:85-4800.;:>@@46=?A?<6969;;43;?>?A9.,.>;;<=95@=@96;00%*'/1<=<;>6@<;=C?=<046;4556B>@8>>),?CE>=46=0/,*))$&&)0/6::<<@B=?CD@AE=:@BDEDB@CC@6>?B59D;@978*566A>AA;::9F9@GH69$'+<===++%'57$'&$$%%&%-*357196)&'(,67=<=94.+$&$'*877;C>??=A@:>BA==A??<8=FE=9>B;AB5966773<;:DA=A633>>>:?,212=<;0$$-1:A@?:JA1-+(:>;CDBDEA>7;@CDEBA==B==AFB.104;=ABE=?FGFD<-.79<>?,**0//3/6858GGFJHDF@=><:976:DH??EKCEIHLC>GAC=DECHDABKB6J>ACGEHID119-//04DA3=78;1$$'&.0=??@;86.%%$$$),/8:CE?>>=ECDF:=E7:BC@GD:<6--0.15??+79@=>;3).F>=:8>$$$6<7:?GLDFIJ@E:7HOBC8472689@5'/==>'>?;<+3(*,*(+7@:?<===?<=;?DABFIIHIIMJ?:<82DA=@FKJDBC9@??GCCDHE@A@<725>0-D?@:0.=C033CD:;EIKJEOKOJ5J:25AEE95;<=2$9CC;@EEAC?A?9=;>=;:>>><5810.0,#$#$$224&29:<>@CE>HLL;C@BBMHF;;D><::CDADECOJJFB=2B><=9DKCFGHFDLBAEADDA/.;/,,,<:A@:<,;:88963?CCHLMF@GIBAACCE<24?@@:ADBC=A$42>A0?>NJBKFB@B<>(+.10-&%%%+,0%#%%#)(&%%(@@DJF+.?CFGIHBBEFD>FGE@7$&5EECC=9;::>;<:3,,:AA5//59AAE?EHGC@ECI@9<:ADD;A5CGFGF/+-+11/;;?131=>7553,+%&('/,(%%%)&)+*),0/+'(-).&##)*$%&&,+&'''))*)(,/%*+*+*)(/<79:8,+.:40(#'/'%$%0*,2-.0&#)(+(,'$#$$%%-'&,11275222450,,-%'(&'&1-.-,.:;BCB?>72=>:<1'25==8677)&'%342,)(%'&&+0.4;9;<61:?92/''()&%$%&$&%&$7768+'$&***).4$'&%&97654677:888;>BCF@71&+5(':660011*$%*4,0'&,$(%-.,+79966;@HB>ACDE@D@BAFG@<=C?A?BEC@AA<>>BCFGFCHGE(*99AB?A7/.38@<<::55896>DE;>@11/.//.44<+.+9;=:@=;'654((566<444==@44;:))9::;889.*5600/+%$&(,1344444545669;38861%'*(+199928;<:2:=5<@@8*&.6695A?>9(%2222/(.:>=8B?:::6456;1123+005'%,34(344-*&%(133%,,-68782'&&&&(///39<<:78;82,-.067643/(('%(25%'0'(*,674-,,,.**..439;<:.->DCF8?BD934*/(,:;:9@;:.1(&&*)&&&$).0573''+%%&31000()$137872:?>?@DEB=HE355:>?@E?DF<2.;?AA8>76*&;;E;:699;422?<==24.$%'-4478<;;>>=>>=.+**%0((',5*,1(%%3646537<95*%#*<<889:;E?A?@@FG90+7A;>>A0DEEFFIFAGEKF?EF'*7=@=:7CDEEGC@@=HK<<<8>>>:9:2./+''+)49;:677:,.14566347979<6311),,&%))&.11)&&266.07:56:8:9@@9&>?@A@5:369932-+$./*&()0/.76/0/99?=982,0--&349;9<8:46>22'(/)+)$%"%$%$%%%'A=49713*(&356632*'%%$)*.-,-%%-5,&$()4.(,*,%&047>?A>;<>@>>>;6<679=@@8;>==>/?%6@AA=<:0'(*20456533&66:3@E?BB68-1:;67337679=?=>7*7+-*/'&$%6AA.;8;@>CCB+8>:=:5689=+683))&%$%$%122153*%((47=<=7550+..'-)5?4;;>@A;D=899;8+'%2234;::;;.,)'&&$%#$'/788::;65/,10%'''&$*#$$$%&((+,+((&,'*77218./*')/00-00+'6566$$#%%&)#%$%%%)(.3243*++*+%"#$%))./8784'..#%+(+-%),767>DDEKF@AA;)'&),+,('%&')02/-376=;;>@DE<=???CDB55311*'&%%495@5,+;7=-:99<.%%)@C@?A=>;@@BHE?EFH?@34@AB<;8)$$%+178?@6CBGIEB@EFG@>86/2233+.1784;;:<9;A;CBA>G;FEC@?+((>;:;F+753<;7=(8?@@17CFEFE@@@?BAED>8=.#/.01;;>=;<28?@71016>@A@@7=F9:?>?3))(0,,*-2225*3$$<2678-(&%%.*$#$&'+)0)+-,3+$$#$%%&$$&0&&&&%&.1/2///0+&(-3<9HBB>>C>>C@B@5==>=@?A=>CB:2900:?7097:092799+%&$%)$$*//213257:8.7:.,-,23945989@?77AAA@A5;?;;<;%-&'*7738200,(&##)(&01/)-,('%00/,*'-'$'657.&.5776559777;A8=5-2(##''&+-8525;>C=;<9578/*.$$%#)'1278++:=:9=.*%##&(656721+''(),(133)*07??<==83-2*(./'$'(455898410*')5510173)&%#-86'.%&'018(*0-''/01230.72*$&0761;87+$%%450$%%#'126-'3,-0=;??=89:950,/'.()')0.2.+1314/1.('%%$%.277>9@>=EE=;@ABD@<;>9;:6<<41//,+,+%;EFEF?<@D?>??99>4E>>BBCA>G@BCB=8::5676778'&++,-)#%>B=9:9841(65558734997)%%$&-'%'4<8127:;>@;:;:=?IA8@<><>HI;9;=AE4/7297<<==<310;:?@AC@NNC=80.:GJ==9:<=?=7>9:><%,3,.48=:2564.2,+****-45;,&;;;8>=?=9;6+<;ABDAA?AECCEA24<778;;879:&#*'&+$&%('#%$%''(/./44&139:;3210189;22>>AB=47.698:;8;:??@22130/-7*:<<.(:21:<8*66*863/)'(77:8)),)#&%&&145559<8;@?=A:=>GH@=F@@=<8?DA:>>?AB886/0.))&&$$&%&-*894,&$'585)046326.,,.///41468;8:247;DDEC;>6=?-01::;<>-=?G;<=56>@@C@DCAF==>DGBCDA;3*,()-.2-(%.289***76:87157<<:87>*&9466($$)%$/3;=??:;<744('(,123551&'11/.$29A?=A???BB<9:>A;6/A=<378<@@>A>?=826::=;7576*,7:=:<7;;436*(---672)2;@@::+&)/332889??AFA5$51490054/5;17GHIG=ADAHECFA>513<=8744>A@?<@08(78?,92535.0&22323,&&(+),#&#$$'),))'569:4535974==<11++%$$$+'.,7:=;24745>==*,)=9>=;8GELJE466*:=:CBED@:AB@DBC=@>=?;7871*11.$,$''()&&&./00%(((5>>?D9@:9*,-:=@;@A???:9?<;=?;4:9:<:,)33>>;??EFF=<8-)<;.+/>?=?B@;<>?<;BC=6:9=GFHGCA@>2&%&%%)&&75A@??AD89;>;;<780)+.63%/,*1/0899;:99<3-3<;><*/0'(,*/.//122,$%$'&(,$'&%-44/&&(+10(.11(%(-067:576BC@(;?7487**9;=?>@;9864*8/12AA=@;CEGICH9;<:D?BFDDDC?-;+++,7):;8997844122)6&57==>>>?FF??CIBE>7,0.)&+*<74466797//)*#++13757;=8;99897:895447:3::<GGE9=:9),DHD;=532@?8>8ED?@>>-34/((%%)'$%(4-54(/1.00*)44:<>;<@?8%/2056/212+,,11110999:66>>;CC>?B=<<91+'('*)+%$%'*'%(&%&#&&$$$**-(,)('&&)+.+(+*&$$%$$())'*%$&&*#%$$$%'&$%%%%'+,209?<<>602.-*.79==@=::9<64668368::=B@BK<>73+*'''&$'/0313449)$$'%%(%%0798659:78BBC@;+77;9988>6<.''%&*&$(,,35887;G=BA)<*4,8)10((&&%#$(&14*'*,&''%%.47>7;>=CEF??76<5666/-..')#69:93:=>7HGAB=7@86*&#)%92*%(58789*543-,-3-32>==:76:=?>7?@@?==@??B>E@B?B>D=??9?>:AACAC?@>:CA?>@??;.07C?@@=BCAJCH@@366FCCCD=65A'@C>77<9=<>?==/55.15,9;<<;=>;810/&+,08?@=>?A<;>FDB<>B9BBDFEF@C9DE=@JGI>7:ABBC@<75342-,/.,++(,+2;9:;?BCBFEDBDCG975>=D6?9=<>>?AB488>C??@@?9'$'ACBB5983=98;;=@D>B@A?ADC=<<@>;=FIDLGHF9;4+244*31&20150,++(&&$##,'()($($(&558<@@D?@EACA:*/,/7:;?:>,/BCDDECFGD=CC@@@=:A?;<::A:?@@=;<87/1*9C=BDGGGA67:@?EA=>=9:9776=74:5::;87337&*-2<6/02+1$;5788<<:>@A:,(*++51,--/0+(1050A@=/2486=>:30/++(()&%%$%'&%&&*'&%"##$%&(%*()+('&/024,576774;1)'''-076997<9+/8?;,,&))/2554577:%7;<963,300./1387'+-.13;:34*71(%,$+++-<88668669:1DDD6%CB:9;=7?DC?;9BA=/6<;?>:;9;;13&7768>@B<<@>8+,;C??>>@::B:;::==)887;:89><;:A??==@?;421-1(??@3-'4*%%&/6:88<<7930<9A=>.01=B7)0-0074=6779=<69>A?AB;CCB;9>@<:;3(&$#%#$()++04*%*2;2<=@DBD>8:<>4..6*;<:468;:>?<;=8B:>;<@=?;@>=AEEAD?(578<60*%,+-*,./474862213:DBB@AB>DE7>&*88992<92;>A?>=5+((85457(+.324411552*('($$%)',(8:;D@<=778355)4499=;AA:@BA5<;:;;<3)%8:<;B:>?>==?><=@9;@><9431/.'$$'%/2-+,++5*2106599>=??A.)*567;2',//7<=;=@EBFGEEHJECECCD>=?:<77;87:BEJAEB@==;<<+6<<<867:<=>99,&*)1::28885346<>?@@029;<<9CC134?A=<99;?898'%#%+')03*%''&&'%/&#%%$%*3?68:;=/+3587321837$%/068-8:>A=FHIAA>ICAC;>>=<<:=710647;@<:9:...-879;;B@CDGMCE95547+/,))'&$$&147<;KB?GFA>/687),0:?9=><9F@:<>9=C>=8580(*%%2=?@A04?BA@8;<03C?<>=/)%%25696:<<2,1(&%&&*+0>?+>;;=?>@B?:@.=..086;83309<>84:,389>?85-))(899::>,8+1=>>C@;=?@>>1',%(&&1-021153:=?=9507())./,((-0<;0$59@DB=BEAEEBAAB9>CEB07?A>;=CC88D<=DDEDE@@>62<=86584'&$..,8:;::>465'-45154.5<<874557:=>A<=>9;99>@@=43-,65:9:;;@AGJFD?A:3/;7A=L:D47;GCA?=-2:;@@BCGDFAE=@A;:=;?AJIF9@8AACDBIGBBHDA@C@>:8ACKBIEEB8<)'97455'994,.'&&.455'%*+5;47227563&)++'(*02.+..,);:>?;=BAC=8BDCHHB@A:A=8:;<1115864370/+,.-45(35339:56)*>:0//2213--86'$(%&##(*(()$/%(1125>78:;D;=)-8>()*02%$$$&$.()).'(/.(*+0379:0BC?@=%*=A?72<2)<=8.69>><210+)$('++,))76555.*('%$.100.+)###')'2/4)13/22'4(*4369:<::97751///-8<<<=:;<;;<:==;;?@EHB8/-7@ECCB>C;7:A=CD;>?E:656?=?BB@>5.7923><@=<9AA?<@CA=2+==,/586:=;8:<>?=2,-->:;<=93537=<;63;1;78>=6;A@FCCCC?9>=734355765-7-0*,.+44)-.397:87955$:7&$&%&&8<9:=@?::79>C;<=9.335ACAAABA5AGD><541/-559AE89>787:985224/($$#$#%'')55546536:44())&2/**+.08:B@<>BBA$$-'647-,-&'*1411.0##&45379;99'+223)&&%66.656458;@ADGEDFG=>A>@AHI=ACB?:38EEDE==AABADFLK?(9;=ACF86%',,2:=@AA6@BBC;'-@A<;:-/8:>;=?*58.4%%0./,'%.//69<:.<;:BASPBHH@E>?9?@DFHE=E?>04AGFFDB@??>A>>AB9?6:B?=<<6213278;?;6(')'/1699<;6716=>=>@HG;=;9=>BB5/8),7C??@AAD?E;=7;<=?7>76(7:=?CB2G@;<;8?==<<=34612)(,7:HFGFED<;;;742@AA9798;97,%)*'40$&'$%&0%%**-(*$&)01235-$$017:@=%%%.<1416;=G7=8<;,<9:89;=:;;8?@9:>C67?DB<=FFDG=:A@A&7<<@698:BBB79>>;990,FB?@>2?A;<::;=:8&*&,3-879@GE<999764<<@@BFHHGH:7AE22-.069<<;>9:=>;=>@@A=@9DEG:;>@A99AH>=GJH:;?@=?=?CF>=8992)))(+)&'$&((.:?=;GCHGD>?CA9=;?B?KE7>=>D?;)-%-)%766988@D+B=?AAA=>7712()'+=:=CD;5<<:;3<=?ACIHHHFHIDIJGGECDDDC02*<@@92;:)7798;=/78;B?=CE=E@=<870''')/2342/+1,+*////1788C:85687=<@B=B,'((-,&')+'*'2689=@>:>FADEAC@;:@9A>DCH?<0//32997C?BD;;/:786*86)3.-1.7<<<=@BA/890%%,)4../<'209012333351:39?57:B<>>A<)9?>B=AHDC@=;:;>6:>BD>9:EI=BDAB9@>22(4??DDDEE?CGGDC?A=BDFFEEBCK@ACFF>B?>?9GH>@DD8A>B==?@>7742(&--6<;;?BCECAB=BBACD:69;679>A:?<::;;=>B?86;8;==<=;===>@>?:77<677<?@@88/--4.&%&%',46:99;;88247<>>::$773(0469<<15B@:>A@>B?0'('*+.--01(%5<7CD:90*8EC?>@A9;EDA(((,9=7::-+779=>57+,*')47649>=><<=9=>==BCBCBA?772112)$&%&(-*%&%(%$$$$%'())489:<:;@>???8:=<.A33?>D<>AA=4(&(6;8.+2AA66<:>:46057::00'*)*+,-,-2=;<9=>8%./9:;,%9>8;9::/&$('86?B?A?2,990-/3.?>:>=>=EE>;@IMI:BHFA@AD;=<@=BB;9?;BGLLDBB,,=9>;87950247@C@>>79>87660'&%0+2165=@B<;AB6679=AA@?.224322476565&$$%%%%47999;67837><199<>87AB?68?A<;0364:728-1-,,&$%%'%'''--0=98<;>:75(-''(..5$6:498*'*,&$&%$($-.13&$+*52/+.,++''*(.,,--'$$%&)(1069-/8;??;55($$%235<:99:>?<::?=?A@=78;+122FG@@=AB6<:=8+,(-.-,**-.,,($$%%$%%*%+)%%5;<=9;9;(A:8=8;>==:8:47;=A<>1%(/0&&$%%'&)650-+,(,+'%%'$(''58889666**,%'%'(%+,*(((1587949;97785655),68987:99:630-02*%)'./065>9.2B;>:8>:<586'&&+0++*0/156541%$$&(%',%(&*-((652((#%',)-'*.36/4859:6;671$%))%',$(%(*((543))4)1)%$#(%'*###$$&$$#%&'--(&'$$*&)''&)%()1+34-7.0)+'&&$$%*-@?8DHGA:866<@6774<=35=?92320558?;00%'$&&*+',('%$%$$'''+.6;;>?B76E?=@<9<=8<;??>=:7?<9B@557A982<;95C13:=37?<>>60;;2$%$&$&&'9;>A@<=;6668;;;:60179:@8.9:>?@<=>;>79>?;>42:>?@?=CCC<:=A@506;;:<=75498/.0:;=><:9:7+/%&&2945-45:789@<59>9A>=3BB093)$'&28=87772%%#$&*(-1.,650$%)&'.)$%,$'+,1<<:352746:901($($3390>=>6;;<84343*###%(+(58<=????;975=85??BCC6750'0-'&.*$%&&%*,)(',./28@>'')C=??=9@F9:<>>@AC96:A:@=?<51+'3'#&('&&)-//22,%%'#(&*+-)'$/:::8)7./2++1324*,>@>=?>@B<:<9;AD;>A?@@C<*&4:5432;:;67110/.0-/-18AB82)6$'5443&:899..+(.0&/0(*;<8774.7779@==??<4/+,22(45;<(6;B?>>6=BCB@6;7#$#%$%,-,36<>??46/08425=A?D15:89,:/446-%%&)---)$$(./0//-$%#%(%&#''.966006:;98::;>>;=,:;====>B994&''&)$)$$&%%('%$#%'$&('$$125200*+8:=??5.%%%%%%27?<6?A==@=(*78867*$288?6AA>AA?@=ABA;;:8<;853,,-.-+-*.,:9+642202&&'*%%$$&)+/4:1-.78987476310.,*799689)*/(%25432')3,'$,'-484/245878C8=<5;<-('%+*155:>CCHDDCDEEBABC=<=7?<=8@EC8==)',--+033)10)8==8<;:9>@A=AA4ACCBE11<@==;65>69GAC:6<@@MDA;=<7>DBBC?BIFD<=>B88)8=;6795882/653<>>>A@LJ>8;:;A>@A>:=?9,*$'24-1::89763:993385(&$#'-,34;<;@>=;AADC8:83019:6:<;==9850,13532<;88877@=C@?<;==:::-*$)$'--34563-;=@557):/=6<:<<**+&&),7:=<4999557::8>+8?@;>;,1;9<1$'53*49=>--10/,')+*/6.$44467*'-'7-$&'-'(&')489;9??>BBACMLK;FHF@A>;>3:E2:?C?>8(@=GB57=;4=>?>?5'*&'*1244<8:<9/%(&173546=>;:&8;8/0.(&$&&'0248538--,-*7+-&&&%&()+$+20).-,49:;01+*)($#$ @SRR14011045.56631 7ffa29f9-f778-4735-b853-9f09e5318ca2/1 GGTGTACTTCGTTCAGTTACGTATTGCTCACCTTGACTTAGTGCAAGCACTCAGTCGCGGTTCGTTCGACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATGAAAAATTTTCATAAGTCTTGTTGACTCATTTCTTTACTAGCTTGTTTTTACCCAGCTTGTCTGCTGCTGAATTGTTGGTTGTTCATCAAGTTTTCCTCGATGACCTCACATTCTTGGTGTGTCTTTGTTTAGTTTTCAATGTGCTTGTTGCCACCACGTGACAACTTCTATATATTAGCACAAGCCTTACTTTCTGTCAACAACTTTTCGAAGTTTTTCGAAAGTTTTTGCTTGGCCGTTGTCTCAGCGACAACTTCTATATATTAGCACCATCTTCTGTCGATGTCAAAGCTTTTTCGATGCTTTTTTGACGATTTTTAGAAAATGGTTCGTGTGTTCCTAAGAACATAATGTAATATACCATGACTAAGCCCACTAAGTCAACACTTTCTAGCTACTTTCAGTCCTTTTTTTTGGTCAAAAGAAAAACACTATATATAGGTTGTATAGCTAAGTGGCCTCCCTATATATAGTGCCAATTCTAGCCGAAGATTAAGCTTAGAATTTCTTCTGCTGTTACTCGTCCAAAATATTTATTGAAGTCTAAGTTCTCAAAGACCTGGTTGACAGCCTCGCGCTCGAGCGGACGCCTACTAGCGCGTCTTCTACATCGCTAATATCTCCTAGGCCAAAGAAGTCACCATAGACTTTAACTTCCTTAATAACCCCTTGCTCCACATTGAAACGGAAATCGACAAAGCCAAATGGGAACTTCTGACTCATTTGGATAGCAAAAACTGGTGGTGTCCATAGTTCCATTTATTGAAGCGTTCAGCTTGAATCTCTCGGACTTTGGCCCAATCCGCTTCAGTCAGCCGTCTTTGACTTGGTCGCGACTTTCCACGCCAAATATTTCAAGCAAGAGTAAATCACGGAACTCTTCGGTAGTGAGTTTTTGATATTCCGGTAACACATAAGGTTTAATATTAGTCACGCGACTTCGCACCGATTTAATCATGAACCGCGTACTTTTTGTAGAACGGTCCAAAGCGAGTTATAGTTACTGGCAAGGTTAAGGACTTAAAGGTCCGGAGCCGAGAAGCGAGCAGTCTGAATAGGGCGCAAAGTCGGTAGATATAGACCCGAAACCGGGTGACCTATCCATGTCAGGATGAAGCTAAAGTAAAATTTGGTGGAGGTCGAACGCACATCCGTTGAAAAGGGTGGCGATGAGGTGTGGATAGCCGGAGAAATTCCAATCGAACCCGGAGATAGCTGGTTCTCCTCGAAATAGCTTTAGGGCTAGCCTCATGGAGAGTCTAACGCGGGTAGAGCACTGAATTCTTGAGGGGGCGTCAAAGTCTACCAATAGATATCAAACTCCGAATGGCGTATAGATATGCAATGGAGTCAGACTGCGGGATATAAATTCCGTAGTCAGCAATACGTAA + %)(%++--.361:;:@CH;<5<<:>9::><::@A@@=B@<<@>?CD9;79;)%'=6@>7;994.23/;=9>:25<=?EDDE>?8A:CLIKL>DH?;@:;;BC=;6,@ED?1245>FEEIDCB@A=0CF<,C878:CC@@FHECBI:87,+0-24=:@@?A;BBE?@BA<=6@BE@IFF<@MGH1CBD?AE5:A?>>?=/:745:@A@B@B:;>A@;7DBDD:>=<79<956+$+.057:<;3621:259>@CGIH:8**;<<@DA60(63221@AA@0===@==??GI=D7H.,5>8>?DFDGG@>7.:4112,+779D?;<9C<=BD48/132(33777//,+-)(****,25449?@@CC>/.8;A>B<>?@8;BDA=BD=>AEF@?A?DGDDEADDCBFFF?AEIDD>CEEADE@@?IJD?=<&)=868:6131799<;A@988--018868679=>:'.CBGG>4??BC@FCDDB@@@73B=8A96785.,,68:B<9=(:1.59;88><5/)544)$0'+45=;88:@CA8:?A@@ICDMEBAAA@=@A?9?<;786@B<@A=AA;C;EECC@A<6?=;0*6@ACE/(**<57:<10299:1;8::7998>?=><:8=6;B=DC@96*@9;=99;A<<@@DD@<<;;743=::>>><8664,,)'')'51035673=??5AEGHGCEB?EEGGD?F=;<>@?;(%43(''&'0-%%0/227:?54&/1%(*()*)+:<=<>CA???:4,);B;1./2.0$'($-)+,+1122/&'42,+/.227)84+++*'3579;:<7?=?3AB7%%77::5./+/8:EE?CAEC=4236$?'.>BED@540'$-858:>BAGJFBB@8257:A@9=;=79CCC<7)==2=..?9AA=?DGA?<:B>;CD@>9+./215:*.:89++-3<8;>CDA>8%%+.245:=4.=;AA>>8=?797B=-7<=:;79=B@A:*/;:978:3*&(::>>BI?688@><@ED<698$(234'79<;8@@A97;;88.-().4349?=-/=B=CFEDDFFIA=96A?:662834+)/*)2249987/1;HGIB>A>>A$6-'%87:;74;>A<55;BACB=@<:70=@>;7@@@A57*,',/@DDFF?8;F>B>:::?B=CIB6?>>?0?DDEI8?DE@;;::8:8:=;1-6.1<9>@<=A@C>8?966+-+$'&)'29*%%7&7<>,/@?;>@GC;;=??9:87@=?:A?@639=;9) @SRR14011045.30031 52561af5-b6e1-41a7-9cd0-86235dd7fae5/1 TTGTACTTCGTTCAGTTACGTATTGCTGATCGTTTAAGTGATGACTGTTCCAATAAGGCTTAAGTTTTGTCCAAGCATCATTATTTCCATTAAGGGCCTACCGCCATTATTAGTCTTAAATTGAATAACCGCCGCCAAAGATTACGGGCATCATTTTTCCTTGCCGTGTCGTTGAATCGCCCAAGAGCAGGACAGCAAGAAACACCATTAAAAATATCAGCCCAGCCACACTGCAGGAACGAGCACAACACTCGATGGTGTAAAACCTTTATTAAGTTTGCCTTTTCTTAATTATATCTTTCCCAAAGCCAACATTCAAGAAGTATTTTGCCCCAAATGTGCAACATTTTTGTAAAAATTACATCATTTAATGTTTAACAGATTAAAAATTGTGGAAAACTTAAAAAAAAGCTTAAAATTACTAAAATATATTGACTTTTTAAGTGTTTCATACTAAAATCAAAATAATATCAAAAGAAAACAGACAAGGAAAATGCGAGAATATGTCTGAATTACCAGAAAAACAAGTAAAACGGCTAAAAAGCTTGATTAGAAGCGGAAACGAATCTTGCTGCAGCCAAAGAGTTGCTAATTAGTATTAGCGGCGACGACAATACCGTAACAGCTCCAAGCACTTCAATAATCGAAAGCCCTCAGGGCAAAGTTATAGAAGATCATTTTTGACAGTCAAACAATGATTGGTCAGATGGAAAAAACTATCCACGTTCAACAAACTATGCTTCAAAGTAAAGCTTGTGGAGGCGATATTTTGAAACTTACAATTAACGAAGATGGTGGTTTTTATCTATAAACAAATTGGTCCTGTTCCGCGAAAACAAATTATCGGAACTCTCATCAATCATGATGGTTCATTCTTTGTAGAAGCAGGCGGAAACGAATACAAAGTCTTGCTTGCAGCTATGAAACCTCAGCATTCGACTTCAAGCCGGCGACCAGTTACTATTATCATTCCTGAGGATAATGACAATACGTAA + /45516687;:=.'57<>:9@<:=)';??C9:FI@<<:=//,'))3(7A*>CA7>/-3;<:8834?A@1=;4,,$9899<<;<86$'6786288=<98565+(09:<+5?:15(,3;>A>:9)***9<>>@DFOMHA<@A?;8947AA?AC4'<>=6-5)--6410:=,/5-3%$&-...&&4/123>=:EED:@0=>$=AB968HLAJHGGLICL=98:<;=>6.+,.;BAAGFHDAGADEEE>5+%.776..-,,/:>FFC>;==74A@:<:;@)*),6>?A@-().,,,()&&((+;84.$%0222;89?@<65+)0'&1:;+0=79>==1>>@B<=EDCC@>?48@>A:9:;;42145+-88:100'2879:EFENP@NNI?8<;=::666)&6779699*<9&-$((.&%()+7BCB>=<1.=@BGH@HLIDBCBB@99/((B=;8>98881//,::7*08869*+-FD<>4?=6234%'()$$233.-+'*)*7467::=@55873@DCD9::::BA1>>>=8?99??:0-./-6.(23>4C@C@<,8&8135?8I@BJGJM4D88?:::455ABEGAJ;K@@C??@BA))''3,%,+&%%,+,,+1=99FD:;DAGC79FCA;33CA941**&21//+++-%%'##$$%##%%($%$%$%#$($$)3252794:;36:=:<,101;99>:;=BB=:<=(2813116)-%&&'1356;::88, @SRR14011045.75216 24b50499-efbc-415c-b1f5-afb182fd24a9/1 TATCGTCACTCGCCGGTCCATTCTACAAAGAGTACGCCATCACCCCTTAACAGGCTCTGACTACTTGTAAGCACACGGTTTCAGGTACTCTTTCCTCCTCCCAAAGTGCTTTTCACCTTTCCCTCACGGTACTGGTTGCTATCGGTCACTAGGGTAACCCTTGCCAGATGGTCTGTGGCGGATTCCGACGGAATTCGTGTTCCGCCGTACTCGGGATACTCTTAAAATTTCAATCAGTTTTCGTATACGGGCTCTCACCCTCTTCGCTGTTTTTACCGCTTCTACTAACTCATTTGAGTCCACGTTGATCCTACAACCCCAGTGTGCATGCACACTGGTTTGACTCTTCCCGTTTCGCTCGCCGCTACTCGGGAATCGATTTTTTCTTTCTATCTTCCTGCAGGTACTTAGATGTTTCAGTTACTGCGTCTATGCACATACCCTCGGAGTGTGACTAGCCAGCCATAGCCGGTTCCCCATTCGGATATCTCTGGATCAAGCTCACTTTAGCCTCCCCAAAAGCATTTCGTCGTTCGTCGTCTTCTTCAAACAAAGGTGCCAAGGCATTACCGTGCGCCCGCTGTTTCTTAACCACGATCATACTTGATGCAGCATGATACTTTCAGCGCTATTTTTCTTTTCTGTAATTTCTTACAGACTCGGTCAATTCTCGGTTCATTATTTTAGAAATAATGTGTTTACCATCATCCTGTCGGATGATAAAACGGTTTGTTTGGTTATTCAGTTTTTCAATATATAGTTCGCTTACCAAAAATGATAAGCTATGGAAGATAAAAGCGGGATCGAACCGCTGACCTCCACGTGCAAAGCAGGCGCTCTCCAGCTGAGCTAATCGTAGCTGGATATTTAATTATCAATGAGCCCTAAATGGACTCGAATATCGACCTCACCACAGCATATCAGAGGTGCACTTTCCTAACCAGCTGAGCTATAGGCCCGGATTATTTAAACCCTTTTGAGTTTGCTATAATAGCACACTCAAACTAAACAAAGACGCAAGCTCCGTGAAGTTCCGTTACTCCTTAGAAGAGGAGGTAAGTCCGGCCACACCTTCCGATACGGCTACCTTGTTGACTTCGCACAATCATCTATCCACCTTCGACGGCTCCTCCTAAAAGGTTAGGCCACCGGCTTCAGGTGTTCGACTACTCGTGGTGTGACGGGCGGTGTGTACAAGACCAGGAACGTATTCACCGCGGCGTGCTTGATCCGCGATTGCAGCGATTCCGGCTTCATGTAGTCGAGTTGCAGACTACAATCCGAACTGAGAATGGCTTTTAGAGATTCGCTTACCCTCGCGAGTTCGCTGCTCGTTGTACCATCCATTGTAGCACACGTGTGGCCAGGTCATAAGGGGCATGATGGTTGACGTCATCCCCACTTCCTCCCGGTTTGTCACCGGCAGTCTTCAGAAGTCCCCATCTTAATGCAGCAACTAGTTATAGGGGTTAACGCGCTCGTTGCGGGACTTAACCCAACATCTCGACACGAGCTGACGACAACCATACCTGTCACCGACGTTCCGAAGAAAACTCTATCTCTAAGAGCGGTCGTCGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCCGGTCATAAACCATGCTCCGGCAGCGCAAGGGTCCAATCAATTCACTTCAGGTTTCAGCCTTGCGTACGTACTCCCCGGGCAGTGCTTATTGCGTTAACTCCAGCACTGAAGGGTGGAACCCCTCCAACACTTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCACGCTTTCGAACACTCAACGTCAGTTACAGACCAGAGGAAACCGCCTTCGCCACTGGTGTTCCTCCATATATCTACCGCGTCACTGCTACACATGGAATTCGCTCTCTCTTCTCAAGTCTCCCAGTTTCCAGCTGACCCTCCACGGTTGAGCCGTGGAAGCTTTCACATCAGACTTAAAAGACCGCTTCCCGCTCCTTACGCCCAATAAATCGGACAACGCTTTCATACCACCACGTATTACCGCTGCTGGCACGTAGTTAGCCGTGGCTTTCTGGTTAGATACTGCGTCACACGCATAACAGTTACTCTGTAAAAACATTTAAACCTCTAACTGCTCAGAGCTTTACGATCCAGGGAACCTTCTTACTCACGCGGCGTTGCTCAAGTCCAGACTTGCGTCCATTGCGGAAGATTCCCTGCTGCGCCTCCCGTAGGAGTTTGGGCCGTGTCTCAGTCCCAATGTGGCCGATCACCCTCAGGTCGGCTATGCATCATCGCTAACAGGCCTTTACCTACCAGCTAGCTAATGCACCGCGGGTCCATCTCTTAGCGATAGCTTGCGCCACCTTTCCTGCAGAATCATGTGATTCCATGTCTGTCGCATTGTTAGCAGTCGTTTCCGACTGTTATCCCCACTATGGTGAGTTACCCGTGTTACTCACCCGTTCACCACTCACCTTGACTTAGTGCAAGCGCAGTCGCGGTTCGTTCGACTTGCATGTATTGAGCACGCCGCCAGCGTTCGTCACAGGCCAGGATCAAACTCTCATGAAAAATTTTCATAA + ?AA@?DC>@DC<=:&'(1766969:=CD7'%//-,)))-43'&('''*.+(%1:9=8-,86*&&&&--55386<$+157A8*'')&&'/,354+)18405(%+-,+8377:9(/(3(.299::?=,,&+2/+''*;2)513.148CC>;2((%&&&$,,,,0593;<<>4541%%$##),.+2674442$$&$+-/6;6>B3/1065<<7?6%(::=<:<:;+%$%$$&$,-/*/(8<=A@533?*,-,.758<05&/0222--#(,-39=6-&)*,())2/,$(,..'*&&5<0&&*0/849:==<=====;>>>75<98<>:>?=;D4.2ADED:<=HBFH@:8<@64%$$)8@89AA63>>@=481&(%(&&)'($'0)%()&0/3/*$#$#$$$$%*-717,+$48)$&$#%%$$%%%%'&)%)&*&(252)%6116879=8=B;@855;>;5&)2351%()(%'%%$579:7571$/:<=>9-,(,9:>0',(,.*.0.231.(((&))'))%&'.2&)'&(&((%+,9;;78>9:AB@8;(''(&$%##$%())+-*&''(&%%)%',..29:=>8F6//'&$)/2+7:6:1(-//=>>>8;B@79<>AD;-0.6++8<>BFA+-3<>=>=>@<7173'#$',-/8B=;87;<6?8:<<;::1()*23449::3)'%'()%$&((2%#$+200:@BB<6;DDD=86@?21)($'%%$)3)&+**,28=;567;...8::77=73%(36.,)+**'%-&5378498573?843.(*422+++,)**)&9'((93//.0%,.,-,+('-30+()(,+/(((&%$%$%)**-1015+20'*)'/-89:/**%&*')+$&&*('+199:AB>:<58;=>@@;:98;:9;;AA<>A=;80.0557:910=CCD=:;>B><95;>>709>:2500089,.<>>;?=:BDE7CDG?;+)(',5=.''&2%;@=:08915-&&.*#$##%&%369(+3102+78?DA>>=>>><@C;??>>@+0%&)*350$'$%%&&%%&'')++/)*.3858768::A=12265487*0:?=%.)*,0:;89679'$'+,*1(#$#&+$1697E@<@DC@B?,,.=58''1=;>>:;:;88/#)%%&78;<:=?DAGLF468<4::8<79<9ACDBBCA:@@BA<B>?:?;$$+,9@ECA@A>C@?BDD>><>>>Q?>9:9+)))))&)+-*)('*(3'69?A6887*)5;9=A??>&(.**(2/8'&434/&$$%(,+..@?26=@A@GH@A=,,'+&/%$$$#%&'(**,-19?6918-*%$%-6&'<:5?EA9406/-45/%$$*217>==<;'$&)67982+((/002::A82+&#&()*,,(+4137=>0156*%$$$#$%%'078=97?==-..&%143,2858?@:/)%$&(/1C8>.507<68;;=+8-$&,*&&(),)+24149/.$&$%#$&'&'&(053,&&6/.-,+(#((+'''-:;6746-.,)%'.&',(-,224;50$($%$)>6:<;114:;===6../-9=>A;<:1&&)*5;ADB>C?5)863)++9;<=:9<=9?41>51;;:+569<6C?:@=:654+5+10.31&34:92.-154*&((1.(2-:=A<9)))1+877-.,=7+%.&&#&$$**0,,0,+22068566<<6/01'()&&,(.1-(.4;>A<;9<7,)*'$&%&%(&''&.29,5<=:<=;CA.(*0*)&#$'$%%&8;@22527?::;354;8513-9?A>>@9?@D@53)$$$$$$(*****+%'%%&&'+,++32::<6;;:6/.1/:36>>BEADA=?:76;;610-64AC>A/;6;?A>@2:0:<5'(,()'+*/-*)+,/())&*&)3+)))*'#%%&$1#'7=F<<57=<+(',-.7,/,+%%'&575(288269=<@./:2*)$0/323668*.;>F@715;.:46487CC-6512%%%%#(*)55:7*&&()).=AD:;8;==DED:D>;@?><<$88:>;;77:58,(+*,1)3529011367;7--65/55&#'###-.215489$57.-6+6$9+&-,*0010&%(+,4204882675+;>>-;;7;:57-.658;<=<<<>@(8+*$5785.5?455645=A;=,/))(%%##$,,,/,5666/-=A9:@BC=:;=;;/=8.B==@A>=@63(''&&0C7(8:9;=CCD>7255,7@?:+*9+ @SRR14011045.54334 86c84b9c-c811-41a4-b16d-bc700604c164/1 GGTAATACTTCGTTCCAGTTACGTATTGCTCCTAACCCTGCATCCGCACCTGGTTTGAGCAATGTTGTATTGGTACCTGTGGCTAGCCACCGTGGTACAATCCCTTCATGATTATGTGAAAGCATGGGAAAATGCTGAACAAAAAATCGCTTTAGCTGAAGCTAAACGCGACAATCATGAGCAATTAACTAAAGCAGATAAAAAATGGTTACATTCCAAAGATAAACATAACTATGCTGATTACTTCCGTACGCGCTACTTGGTCATGCATGGCTTTACAAACAGCTTTGAACTGGAACAGTGAAAACCGCAACAAAAACAACTGAATACTTTGAAACGCCTAAATACAATGAAAAAGATGGCTTCGTAAATAGCTATGGTTACAACGTATTGCGCGGTGGTAGATCGTATTAACGAAGTTGTACAACATCAAAAACAAGTTGGCGGTCCTATGACTGACGACGAAGCACAAGCATTAGAAGATGCAATCTTGGATATCCTTGCGCAAGAGCAAGAACATGTATCTAACGAAGAACTTCGTCGCTACACCTGAACAAACAATTTGGTTCGGCACGCTAAAGAAACCGTTAAAAACAAAGCGAGTGAAGAACCAACTCTTTGCTGATGAGCACGTAGTAGACCTTCGCAAAGCAATTAACGAACCAATGGGTAGCAACGACTACAATAAAGTTGACTTGCGTAGCGCAATTCAACAATGGTGATTTCTATGTTGATGTAGATATCAAAAAGCCTTTTCCTTCTCTCATCTTAAAGGCAGTTGATCTAATACATGTGGTATACGGATATATATCCGCCATATATCCGTATGTCTACAAAACACAATGGCCCTTATAAAGGGTTTATAAGGGCCTCTAACACATACCTGGACCCCGACTAGAGAACCCCAAATCATATTGAACAACGCCATCCGTTTGGATGGCGTTGTTTTTTTGTTTGGTATAAAGTATTTAGTTTGTGCTTAAAAAAATATTAAAGCTATTGATTGACTACATAAAATCAACTAATAGCTTTTGACTTTTAACTATTCTATAGAGATGAAAACAAAATGAAATTTACATTGACTTTATAATTAAAAGCCCATATAATGACGATAAATTGATATAATTCGTTTGTAATTAATACTCTGTATATTGCTTGGGTTAAGAAATTTTCATGCTTGACATTTGTATTTATTTTAGTATCGGTATTGTTTATGTTCGGAGCAAAATGGTGTGAAGATGTAAATAAATATTTAATGTATACTTGCTATGCTATTTCTTTTATTACATCTTTGCCGTTTTTTTAATATTTTAAAGTCGATTATTTGTCGACACATTTAAAAAGGCAATATTATTTATTTAAAGAACAAATAAGGGGACAACTTAAATGAATAAAAAATTTTTATTAGTAGCTGGTGTATTATTCTTAGCGGTAACGTAATGGGTGCTGTAACAACAGATGACAAAGGGACGCACTTAATTATACCGATAGATATAGTACATTTCCTACAATTTAATGGATGTGATAATTTTAATCAACGTCATATTGAATTTTCCACTATGGATAAAACGAAAATTCTGACGAATATAAAGTCTCAGCTTACTAATTGAAACATTTCAAATTGAAGACCATAAAAGCAATGAACATAATTCTTTATATGCGGATTCAAATGGCTTAACATTATCTTATTCTGAAAGAACTGGTCTAATAATTTTCTAATAAGAGAAAATTTAAGAATTAACATTGCATAAAGTTTCTATGAATAATAATCGTGTAGAAAAAATTGCTAAAGGCATTGAATCAGAAGATGCAGTAAACTTATCTCAACTTCAAGAAGTTGAAAATAAGATTAAAGATGTTGCATCTGGTAGCAATATTACAGTTAAAAAAGAACTTGATTTCTTTGGTAGAGAAATAAATACATCAGTTGTAAATTTAAATGAAGATCTCGTTGATATGAATTCTATTAAATTTGGTACAGAAGATGATAATGCAAAATCTGAAATTAATCAAACGTCTGTATCTTTTTATAACGATAAACAAATGAAGGTTCTGCTTTAACATCTCATAGTTTAGAAATGAATACTAAAAATGGTAGTTCTTCTTTAGATGGCACATCATTAACAATTTCTAATGGAATTGATGGCAATATTGCTACTATGGGAGCTAATGGTTTTGCTACTGAAACTAAAGATGGAAAACATTTAGAATTTTCTTCTGATAATGTAACTGTAGCTGGTCAACAAATTCATGATGTTGCTAAGGCATTGATGATACTGATGCTGTTAATGTTAAACAGTTAAAAGACTATGTGTGACAAATGGTAGTGTAGATACTAACACTATTACAACTGTCACAAATGGTGATAAATGCAACTGTAACCGGTATAACTGATGCTTCTGGCAATAAAGAATTTAAAGTGGCTGTTAATAAAGATTTGACAGATATGAATTCTGCTAGATTCGTAAGTGGAGATAATGAAACAAAAGTTGATGGTACTGAAATCACTTTCCAAAAGTGATAAAGATCGAGGTACATACTGAAGTACAGGCTGGTTCAATCCGGTGTTAGTACTGAAAAGAATCGTACAGTAATCTATGAAGATGGTGTTATTATTGTATCTTGCTGAAACGGAATTATCCACATCCTGATAGCTCTGGTCTAAGTGTAACTAATGCAGATGGTAAAAAAGTAGAGTTTAAACTAAATAATGTTTCTGTTGGTGATAGCAATTCATGACGTGGCTACAGGCATTGCTGATACCGATGCAGTTAATGTAAAACAGTTAAAGAGTATATGTCTAAAATGACAAAGATACTATTACAACTGTAAAAGCTGTTAATAATATTGAAGTAACGGCAAATGGTCACTTACGATATACAGTATCTCTTAATAAAGGCAGAATTTAAGACAAAATAGATAATGCTACAGCTGGTATAAAGGCAAACGCTGATACTATTAAAATCTATACAGACGCTATCAAAGCCAATACAGCTGATATTGCTGACAATAAAGCTCAAATTGATAACTTGATAAATCAAATTGGTAACAATGATACTAAAAAAATCAATAATATGATTAGTAATACACGACATGAGGCTCGTCGTGGCATTGCATCTGCTTCTGCGCTAGCGACATTACATCCACTTGACTATAACCCTGATCATAAAGTTGATGTTATGGGTGGTGTAGGTCATTATCGTGGGAAAACAGCAGTAGCTTTAGGTGCGACATATCGCCCTAATGAAAACTTAATGTTTACAGTTGGGACAGCTATTAATGGTAAAGATTCTTCTGTAAATGCAGGTGTATCTTATAAAGTTGGAGCTAAAGATAGTACATATAAAAGTCAAGCTTCATTAGCAAAAGATGTAGAAGATTTAAAACAAATCGTAGCTAAATTACAAGCTATGAATTAGAGGCACGTAAAAAATAATTAATAAAGAAGCTTATGCTTCTCTTTTTTACTTTAATATATAAGACTAAAGACAATAAAGTGAAATTAGAAATAATAAACGTAGTTGTAGATACGATCATTTAATAAAGTAGATAATATAAAATGTACTATAAAGCATTTATAATAACAAATAGTTGAAAAAATTGAAAATAGTAAGAAAAATATGATCAATAATATATATATATAATATTAAATATCGTATATATGTCTTAATAAATGATTCCAATAAAAACGTATAATAAAACAATTAAAATGTAGCATATAAGTTATATCAGATATGATATAAAATTAAAGAAACATAGATAGTGATGATTAAGTAGTATCGATGATAGATTAATAATAATACTGATTATCAGATTATTGATAACTACTGTATAATATGGTATATAAAGTATCTAGATATACTATATAAGCTGAGTCAGAAAAAAGTTTGCAAATTTTTAAAATTAGGAGTTGCGCCTCTCGGGTCTTTGTACTATAATAGCTATACAGTCGTTCGAAGCGACTGTTTATTAGTTAGCAAACACTAGATAAAATCTATGTTTGTTGATAATCGTTTTAGAATAAAAATGTAATTCCTGGTTGAAACAGAAATTACAAAATTCTAAAAGATTATAAAAAGGTGTTGACATGAACATGACAACATGTTATTATAATCTAGTCGCCAGTTGACGAAACACTTCTTAAGAAAGTGCTTCGAAGCTAGATGGAATCTAGTCTGACTGGTACAGATCTTTGAAAACTGAACAATGATAGGTAATCAATCAATATGATTGAACATATGCCAGAGTGCGGAGTTTGACAAAGTCAAAACCAACCATAATTAAATTACTTAAATGTAACGACAACAAAAACAAATGAGCTATTCAAATAGCTTCAAGATATCTTGGAGAGTTTGATCCTGGCTCAGGACGAACGCTAGCGGCGTGCTTAACACATGCAAGTCGAACGAAGAGCGATGGAAGCTTGCTTCTTCAATCTTAGTGGCGAACGGGTGAGTAACGCGTAATCAACGCAACTCTGGGGAACCAACAGTTGAAACGACTGCTGTACCGCATACGATCCAGCCTCGGCATCGAGGATGGATGAAAGGTGGCCTCTATTTATAAGCTATCACTGAAGGAGGGGATTGCGTCCTGATTAGCTAGTTGGAGGGGTAACGGCCCACCAAGGCAATGATCAGTAGCCGGTCTGAGAGGATGAACGGCCACATTGGGACTGAGACACGGCCCAGACTCCTACGGGGCGGCAGTGGGGGAATCTTCCGCAATGGACGAAAGTCTGACGGAGCAACAGCCGCGCGTGAGTGATGACGGCCTTCGGGTTGTAAAGCTCTGTTAATCGGGACGAAAGGTCCTCTTGCGAATAGTTAGAGGAATTGACGGTACCGGAATAGAAAGCCACGGCTAACTACGTGCCAGCATTGCGCGGTAATACGTAGGTGGCGTTGTCGGGGTATTGGGCGTAAAGCGCGCGCAGGCGAAGATCAGTCAGTCTGTCTTAAAAGTTCGGGGCTTAACCCCGTGATGGGATGGAAACTGCTGATCTAGAGTATCGGAGAGGAAAGTGGAATTCTAGTGTAGCGGTGAAATGCGTAGATATTAGGAAGAACACCAGTGGCGAAGGCGACTTTCTGGTTGAAAACTGACGCTGAGGCGCGAAAGCCAGGGGAGCGAACGGGATTAGATACCCCGGTAGTCCTGGCCGTAAACGATGGGTACTAGGTGTAGGAGGTATCGACCTTCTGTGCCGGAGTTAACGCAATAAGTACCCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAAGAAATTGACGGGGGCCCGCACAAGCGGTGGAGTATGTGGTTTAATTCGACGCAACGCGAAAGGACCTTACCAGGTCTTGACATTGATGGACAGAACTAGAGATAGTTCCTCTTCTTCGGAAGCCAGAAAACAGGTGGTGCACAGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGAACGAGCGCAACCCCTATCTTATGTTGCCAGCACGTAATGGTGGGAACTCATGAGAGACTTTCTGCCAGACAATGCGGAGGAAGGCGGGATGACGTCGTCATCATGCCCCTTATGACCTGGGCTACACACGTACTACAATGGGAGTTAATAGACGGAAGCAGAGATCGCGAGATGGAGCAAACCGAAAACCTCTCTCAGTTCGGATCGTGAGGCGCAACTCGCCTACGTGAAGTCGGAATCGCTAGTAATCGCAGGTCAGCATACTGCGGTCGTTCGGGCCTTGTACACACCGCCCGTCACACGAAAGTCGGAAGTGCCCAAAGCCGGTGGGGTAACCTTCGGGAGCCAGCCGTCTAAGGTAAAGTCGATGATTGGGGTGAAGTCATACAACAAGGCCGTATCGGAAGGTCGCGGCTGGATCACCTCCTTTCTAGGGGGCATACACACAGGCCGAGAGCTTGGATGTCACTTAGGTCGGCTCTTTGGCCAGTAAGTAGACGTAGCATATGCGCTAGCTGTAGCACAACCTAACATTGTTCGGTTTGAAGTCTGTAAAGACTCTAAACATAAATGAATATATCGCAAGATGTAATTAAAGTTATTGTTCTTTGAAAACTGCATAGAAGATAATTATATATATTTGTAAGGTCATCTCTTAGAATTTCTAAGTAGGTTGACCCGAGCACATAGGAAATAATTCTCTGACTTAATGGTGACGTACATGAAAATGTACGGCTACAAAATAAACGACAATGTATCTAATGCATGTCTAAAAATCGTAATGATTTTCATCAGAATTTGATGGATATCGAGGCGTACCAGTGAAGCGAAACCATCGCGTATTTGTATACGCAAGGTGAGCTGAACTGCATTACAACGAATAGTAACAGTATGGTGTAAAATATTAAAGATTTTAAGGGCGTGATGGATGCCTTGGCGATATCCAGCCGAAGAAGGACGCGGTAGGCGCGATAAGCTACGGAGAGGTGCAAGCAACCTTTGACGTGGAATTTGCGAATGGGAGCCCGGCAGTGGTTATGCACTGTCACCCATAGCTTAGACTATGAGGAGGGCACCTGGGAACTGAAACATCTAATTACCCAGAGGAAAAGTAATCAAACGAGATTTTCTTAGTAGGCGAGCGAACGGGAAAAGAGGCCAAACCGGAGCGGGCAACCGCTGCGGGGTTGAGGACAGTCATCAAGTGTAAATGAGGTAGAAGAATCAGGTTGGAAAGCTCAGCCGAAGAAGGTGAAAGCCCTGTAATCGAAACCTTGCATACAGGACTGTATCCAGAGTACCACGAGACACGTGAAACCTTGTGGGAAGCAGGGGGGACCACCCTCCAAGCCAAATACTGATATCGACCGATAGCGCATAGTACCGTGAGGAAAGGTGAAAAAGAACCCCTGGCGAAGTGAAAGGAACCGCCTGAAACCGTATCTACAAACAGTCGGGGAATCTGTATATATATCAGGACGACGGCGTGCCTATTGAAGAATGAACCGACGAGTTACTGTTGCTAGCGAGGTTAAGTGGAAAACATGGAGTGACGAAAGCGAGTTGAACAGGGCGTTCAGTTAGTGATAGTAGACCCGAAACCGTAGTGATCTATCCATGGCCAGGTTGAAGCACAGGTAAAATTGTGTGGAGGACCGAACTCGTGAGCGTTGAAAAGCTTTGGGATGAGTTGTGGATAGGAACGAAAATGCCAATCGAACACGGAGATAGCTGGTTCTCCCGAAATAGCTTTAGGGCTAGCCTCGAGGTTGAGTATAGGCGGTAGAGCACTGATCGGGCTAGAGCCATACCGGTTACCGAACCTAGTCAAACTACGAATGGCTATACTTATACTCGGGAGTCAGACAGTGAATGATAAGGTCAGTGTCAAGAGGAAACGGCCAGAACACCGACTAAGGTCCCAAATGTTACACTAAGTGGCGAAGGATGTGGAGTTTCAAAACAACCAGGATGTTGGCTTAGAAGCCGACCACCATTTAAAGGAAGTGCGTAATAGCTCACTGGTCGAGAGACTCTGCGCCGAAGATGTCCGGGGCTAAAGTGTAAAACCAGTCGTGTCATATCGGCCAATGTATATGGGTAGGGGAGCGTTCTCATCGGGCTGAAGCAGTACCGTAAGGAGTTGTGGACTGATGAGAAGTGAGAATGTCAGTATGAGTAGCGAAAGAATGGTGAGAATCCATTCCACCGAAAGCCTAAGGGTTCCTGAGCAACGATCGTCGTCTCCAGGGTAAGTCGGGACCTAAGCCGAGGCGGAAAAGCGTAGGCGATGGACAGCAGGTTGAGATTCTGTACCGGTGTGAATCGTTTGATCGATGGAGTGACACAGTAAGGTAGGTCAGCACGCGATTGGAAGTGCGTGTTTAAGCATGTAGGTTGAGCTATAGGCAAATCCGTAGCTCTAAAAGCTGAGATGTGATGACGAGTTACTAGCGATAGTAACGAAGTGATTGATCCTACACTGTCGAGAAAAGCTTCTAGGTAGAGACACATCGCCCGTACCAAAACCGACACAGGTAGGCGGGGAGAGAATCTAGGTGCGCGGGAAAACCCTCGTTAAGGAACTCGGCAAAATGCCTCCGTAACTTCGGGAAAAGGAGGACTCATGTAGTGTGAAGTGCGGCAACGCATGGAGCATGAATGAGTGGCACAAGAGAGGCGCAAGCGACTGTTTACCACAAACACAGGTGCCTGCTAAAGCGAAAGCTGATGTATAGGTGCTGACACCTGCCCAGTGCTGGAAGGTTAAGAGGAGGTTAGACTTCGGTCGAAGCTCTGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAAGTTCCGACCCGCACGAAAGGTGTAACGACTTGCACTGTCTCAACGAGGGACCCGGTGAGAGTACCTGTGAAGATGCAGGTTACCCGCGACTGGACAGAAAGACCCCATGGAGCTTTACTGCAACCTAAGATTGAACTTGATTAATGAATGTACAGGATGGGTGGGAGACGTAGAATCTAGGACGCCAGTTTTAGAGTCACTGTTGGGATACTGTCTCATTAATTGATTTCTAACGGGCCGGTAACGACCGGCCGGACAGTCTTAGGCGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAGAGTAACGGAGGCGCCCAAAGGTTCCCTCAGAGCGGACGGAAATCGCTCGAAGAGTGTAAAGGCAGAGGGAGCTTGACTGCGAGACGGACAGGTCGAGCAGGGACGAAAGTCCGGGCTTAGTGATCCGGTGGTGCCAGTGGAAGGGCCATCGCTCAACGGATAAAAGCTACCTGAGACTCGTAAGGCTAATCTCTCCCAGAGTCCATATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCATCACATCCTGGGGCTGAAGTAGGTCCCAAGGGTTCGGCTGTTCGCCGATTAAAGTGGTACGTGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCATCGCGGGCGCAAGAAACTTGAAGGGAACTGCTCCTAGTACGAGAGGACCGGAGTGGACGAACCGCTGGTGTACCAATTATCCTGCCAAGGGTACAGTTGGGTAACTACGTTCGGGACGGATAAACGCTGAAAGCATCTAAGCGTGAAACCAGCCTTGAGATGAGGTTTCTCATAGCATAAGCTAGTAAGATCCCATGTAGACGACATGGTTGATAGACCAGGTGTGGAAGAGCCGTGAGGTTTGGAGCTGACTGGTACTAATAGATCGAGGGCTTTACTTAAACAAAAACATTAAGCAGAAATGTGCTGACAAATATATAACTTCTGTGGTTTCAGAGTACAAACTCTGACAGATTCAGTAGCGATGGCTATGAGGATCCACCTGTTCCCATCTCGAACACAGTAGTTAAGCTCATAAACGCCGAAAGTACTTGGCTGGAGACGGCCTGGGAGGATGAGGCACTTCAGTTAAGCTAAAGGCACACCGGTGTGTCTTTTTTGTTGTATAGCTTCCTATCACTCACAGTGCCTGGTGAGCAGGGCAGTAGAAGATGGAGGTGAAGCGACGACAGATTCCACTGCATCGCTAGTTCGGAGCGTAAGATGGACATGTAGCGAAGCTACATAAGGCCATCCACAGCGACGAACACTAGTATCCCTGGAGGAAGAACTCGTACATGAGAACTCGCTGATTGACGAAATAGAGGGTCAACCCTAAAGGGTTGGCCCTCTATTTTTGTGCTCTAACGAGCACAGCTTTCATACCTGCTAGAGCTCTAGCCAAGGTTGTAGAGGTTATATCTATGTGTATTCATCAATACAGACGGACTGTGAAACCTAGGGCAATAGGGCAATGAAGACGCGGCGGCATGATGCGTCCATTGCATCAGGTTCGACAGAAACCTATAGTTAGAAGTCTGTACATTGGCATAATGTATTATATGTTGCCATGGGCGAGTGTGATAGGGGACCATGACTGGTGGTAGGAGAGCAAATTAAATCTACACGGTAACGCGGCACAACGTGCAAATGTTACCGAACCGTAAAAGCAGTTGAGTAAGTCTAAAATTATGTACATTCACGCTTTATATACCCGATACCGCGGTGCGTAGCACCTATGGTATCGAACCGTATAGTAGCTGAGAAATTTAGATTTATGTAAATAAACTAGTTTTAAGTGACACCTTAGTTCGTAGCACATAAGGCATCCTTCCGTAAACCAGTTGAGTAACTTTAAACTTATGTAAATTACTATTCTACTACCTCCCCTTGACATATTGAAAAAATAGATATAATAATATTAAGATATGTGAACATACGTTCATATATCTTAATGCAACTATTATGAATCCTGTTCGATTAAGAGGTGATAGAATGAATCCTGTAAGAACAATTGAAAGAATTATTAAAGCTCCTGATATTCATTGGGTAGGCACTGGATTTAGAGTACGTCAGTACTTCCCTGATAGCGATGAGTCACCTATGCTTGATCGTATGTCTCCATTTTGTACTCGACTATAATGAGCCATATTATTTTGAAGGCAGTCCTTTTGATACAGGTGACACTCCACATCCCATAAAGGCTTTGAAACTGTAACATTTTCTTTTTCCGGTTCCATTGAACATAAAGATCTGGCTGGTAATAGTGGTGTTATTCATTCTGGTGATGTGCAATGGATGACTGCTTACTAGTGGTGTTTTGCACAAAGAATTTCATGAAAAAGAATATGCAAAGCGGGGACGTTTGTTCCATGCTTTACCAATTATGGGTAAATCTACCTGAACGTCATAAAAATGATGCACCTGCATATCAATATATACCTGCTACCACAATGGGGCGGTATCAATCTCTTGATGAAACAATCGATGCCATCGTTTACACCGGTACTTTCAGACATATAACAGGTCTGCTAAATCCCATACACCGATGAATATTTACAAATTAAAACTTCAATAATTCATGGATCTCTATTTCTGAGAATATGACTTGGAATACAGGCTTCCTTGTGATTAATGGTACAGGTAGTGCCAATGGTGAGAAGCATAGAATCTGGAGACTTTGTGCCTTTTCAACAATGATGGAGAGCGCTTTGAGGTAGAGTCTGGTGATGAAGGTCTTGAAATCTTCGTTCTCGCTGGAGAACCACTCAATGAACCAGTGGTAAAACAAGGGCCATATGTTATGACAAATAAAACAGAGCTTCTCCTCGCTTATGGGGAATACATAAACGGTAAATTTGGTAACGAAGAAGATATATGTAATACGTAGATCTTATCTACAAAAGAAGATATAAACCCTATAAGCCACGTTAACTAGCTTATAGGGGGTTTTTTGTTTTTATACTAAACTTATCTTTACTTGTTTATCTAAAGCAAATGCAATCTTACAGAAGTACTAATACTTGTATTTGCACCTTGTTCTATTCTTGCAATTGTGGATTGAGGGACACCAGATTTTTCAGCTAAATCACGTTGTGTTAAACCATTGCTTCACGAGCTTTTGCAATAACTATAGCACTTTCTAGATTAGCCGATTCTTTTTCAAATCTGGCTTTAAACTTTGGATCTTTTAATTGTTCTTTCAGAAAATCGTCAAATTTAATTGTTGGCATAATATTCCTCCTCAAACTCGCGCCTAATTTGTTTGGCATGAATTATATCTCTTTTAGGTGTTTTCTGCGTTTTCTTAGTAAATCCATGTGTAATAATATATATCTATTATTAATTACATGAAAGTAAATGCCCTTTGAATACTATTAGGACATTTAAGACGGATTTCATATAGATTTTTATCCACTTTCTTTACCCACTGCATATATTGAGCAACTAACAATCCTGAATCCTGGATTTTATGTATTAATGAAAACATTTTATCCGAATCAGATTCAGTAAGTGATTCTAAAAATTCTAGAAATTCATTATGCCCATTAGGTCGTGTATAAAACTCAAACTTAGGTTTCTCCATCCTAAACCTTCTTTCTTTTATGATAGCATATATGCGTTCAAACCTCAATTTTAAAGTGATTGCTTATCCAAATTCTTATCTTTACTATATAGATATGAGGGTAATCTTTTGTAGCTTAAAGAAATAATGAGCATAATTCTTTAGGCTTGTAATTACTATTCAAGTCTTAAAAGTATTTAACTATCGTAATATGGTCTATAAATAGGAAAATCAAGTTATATCATTTATTGTTATGACTTTCACTAGACTCATTTGAATCGTTGCTTATTTAATTTGATGGTGCAGGTAAAGAAAGTTAGGAAACCAATTTTTATGATTGTGTCCCTCAATTTATCTATATAATTAGCATTAATGAGCGTGCTTTAAGATACGTTTTTCTTATAGCTATGGTATACTAATTCTAATACTATATTTTTATAGGAGGTTTTATGTCTAAAAAAATTGCGGTTCTCGTGAATGAGGATACAATGCGACGCTGTTCTTGTGGCGGTTGCTTAAAAAGCATTTATGAATAAAGCAGATTCCTTTGAGCGTTATGCTGATGAGGATATTGAGTTGGTAGGTTTCACCATAGTGGTGGGGATCTAGCCAAGAAAATCAGTCTTTCAAGAAAAAAGGTGTTAACTACAGTTCATCTTTCTACGTGTACTCGTGGTAAAAATGAAAATTATGAAAGCATCGCAGAGCAGTGTGCTGAGGCAGGTTTTGATGTTGTAGGCTATACCCATGGTCTTGCTGTTTCAAGATGTGGTAAAGAAGCCGTTGTGCTTTCAGCAAAATCAGTAGAAGAATAGAACTATTAATCTGTTAGTATAGATAGTATCAATAGAACAATTATTATATATGGTATCAATAGAACATTATTATATATGGTATCAATAGAACAATTATTATATATAGTAAAGGAATAGGATAATTATTATATACAGTAAAAGTCTCGTATGCGGGCTTTATACTAATAAATATATGATTAGTTGTTCCACTAATTCATTTTGTATTTACGCAGAACATATAGATAGGGTTAGTGTGTAAATACTGTGATTGAAGAGTATGATGCTGTTACAATGTGTACATACTATTGCTAGTAGTCTCTCATTATTGAGAGAATTGAGTAATATGAGAGGTTAATATAATGAACAAAGAAACTTACAGCGGCTACGTTATCTGTAGCTATGGCGGTAACTATGGCACCGGCGATCATGCAAACAGCGCCTGTACAAGCTGCATCTGGTGCGGTACAATCACTAGCTGGTGGTGCTATTGCTATGGCTTACGTATCTACTGCTTTAAATAAAATGGATAATTCTGAGCAAGGCCAAAAGAAAGCTTAATCGTACAAAGAAAAAACAGGTTACTTGAACGATAGTGCAGCTCAAGAACGTGTCAATCGCATTATGAAAACGTTAGAGGCTACGCCGAGTGGCAAACGTTCTTACGTTGTATATGCTAACCCTGATGAGGAGTTCAATGCTTTTGCGACGCTTGGCCGTGTTATGTCTATCAACAAGGTTCTTAGATACGCTTGATGATGATCAATTGGCGTATG + $%%$#('//+034538899<==/633:;;7643-9;=@)>DDFD>CBCEFGGG@FD;=6E?ABCAEFG>=@*/87@BDE>>=77435/&'($+$(.()9899834+---$#,&-..<0@?DBJFC:CAHJIGFKNAEFE@BCBAA?2C;>BB@679>@DACHHKHDA,036;ACF=+;9:9ADEED@9;DFFH=DFABDMMH=A@CG;A;GC<@C'CJKI;GJQNFD7NLKFIKCBGAACABA:CD)27>;=('%'&'((++141&&$%%#####$"%'-0,(,)124;<>?F<=:*5)'/==DDHE>@7<<>>DF>?6=-65(+57DD>;<>FFBCA@9*6;>=DCC=A=@D8::96666<8**%&'&'687:B<8>>==<<97@>?BADICCDE?HI;?IED?>GH>?@??<>AJH751377679<:@>A?J@:DB9B?25./-((+)'$//F?FJMDI@?@48/020&&,%&/&#$'$(%%'+-471&(()8:89358;72&&&$%./3:;;%,-'ADEDGKLLDD=FFF?9754=2317<56-&&&&#&))%(3559>84@F+6B=;AB=HBCIIB>=;<@7**.,+,/'78BA=<83<>;874:9986?>@F?>;BGECA@4<;/2>BBB$$8@DFJE@AA<=?;57;-59@@@BK@>@@>/.3/19;44/007>90:7=06.%%(*()$$'/++,+26779:6769<;=::3*@ABAD=C'$%//+11-411*32549:-,:4''-9;=65=><>@DA?@6;AIEMA;=7<3H?B1..522@=;2))&$&'..069?A@ECD?<=>>8,)',*)**&078151$0)('**,6>@;4>@EN?@?KKFE:@>5897:;4<4<=<>@:=B922>;AAAA8F@@A<;=99C4C5888::@D=;):A?@FF?'48455&&&6333899DHQOHG?>>?;8>;7A$7===2;22/6>@CD;B?=CC;;DE@@AIF>;75/.;@@?@=7:DFHCA:BAHEKJIJAA5;>9?BCIGKNHHGGEBAFKSJFFIDECFGFFFE;?KLF=DIIFGGGFGEE;FB8DCDCC99DC67?FFHB863335940(($$$'())34683<89:CCDEEA>>@@F<58>BABCDECKADGEB:<49=FGGFC;7G;>@GC=BG?@>*%,4.2..,1?@A==@B@C@FA;<FDD@GGBND@?I=;?2:6157<@@D;C757;=;<>I:?88=:?B@?A5<>2)&*7?6BAJKIKIIA?=@HJFJG:2,*+BGDF;:944(56:=;;>88)%)449:><%35-2>?3CCGEDB,/,51ACCHKH;HG<;;EC>A><='-6;@@.4@:;:EC<0;=;9:EFFA>C@?ID<;D?JKPECB/;933050)'43897#$'$&797;>=?=AFDEFE;>A@EGFC>@>BA765(7954(:8056534;90-?=6064:10248:>=3<&&CADEC=478:>GNEDFB>?>:?=CBACEBBB7//+/)),2>AJ,==9+222?ABB>@>=EE6?@FGCIE:;,/8AAAB@B<(:99:?8949>?9CBBDF>BDF@/,D?JIRNF0@AAFD@:=LEDCIGCDE?<@=ADD;ABB<@:=>88>CG@.E898@EB@GEGDAJJCDCARLE;DE@AB81KKGDJ;???DCD=B<=6;;9856>7>>0(;;:*';A?DAC@BDGMLEMNDJHHCBF?8>G=E;;GE>;4/=BEIIJDA?CCFDCAB3$('',22IC9=>::565/19??EE>?=6@67=@IGFBLLE==>:D?FDHFDGEFG?>@EF?EJLFA@?CGFJF,..0D?@D:>EHE.;CHCE@EC@D9;F:B>85<5::<=B>DC?GHLI=IJC>?EJEODGGFFE@BDJIB@@BBBCCFC?466/&&/+/6=ABB?HHI?@7>89:==;:;6@EGBEAG?DGKOJE<>GODDLEDCBDB@@@AFA@C??EEFA@:46::9?@@AAGG@DA@@@CHF>;@3+AAB@BC=@HCFCADE:9@BA=EC:EABCB@DFDDRQNHDHONJE@IOLLLEBBFD=::0**)-,/F@B=C>:CBA:?>A9<>CGGCDBJD>BNMIJIAHKFB@C0B=HHH@F@FGDPKJ/C@?EA=:?@DBDICFBHGDCGCCBCFIJ@?>>=9A>93(()'%+&,+8;KIFC5HJFDGKCIM>IILI>IB==DDA.>EF6-(CAAHLKH=@?($&%')07DFF?GDG98GIA@?GNII@FJA>@=AA/4E@D=A@BA==35?BCBADBDFPGLLE762.AC;==DDDBCEB=::;?(&3613888>CBCCCEGC==AAEKNHCIFGF:6ABCCJCE>?AC?@A7588/)+@?=@7777:2312ADD?.1>>538$%%&#$&&(+-,.47BHJ=I=C@>>.72$$#$%&(+/25%/3=@FDB>>GDFCDFDIH?7FD<@BLKIIH@@EHHDBE@GE?AD=>@>C')FFEDFF@FG@IJJDA@D@@ADDB?))&8-4276<>=;?AA:G=<>78=6@@@AEA:JKGIGD<92-,,,&(005..9:::522BCDA@BCJI?@DFHGIBCHTRLGFH=CIHIGGJIG??=,8/5678I@CEHDMC?2/21>;<3/-6'',:/5>>EC@FNKH?EMLFKM@CBCMNKF?ED>AFCCEGADFHDFB77BG=>/;<>=-,E524399?:076$$$,,,&.7:*)%*+))+24/@ADA@IKGIACC>892EB<<<<7;9%4'%$&'&%($$)(,,287@GGEFE>CFBFDBBEDC92&%$$$%<;<=@B5J>LNMNL<+35=533/3=CCKE>>=7B?0))'/*'(%(&/&04205)15:98?<;<5$&:=3466-.&&&2?>8;C?>>@>=9=?6,+993;ADBCAAA?82,8EDBCDHKIE2<@CBB>DC?:;:*4989?9=C@GIOEB?1?8>>EDD>;?AC>EBBD>9=?;>?9//095+679('>B=?EE0@B@@CC4)&(((483579211-)/544''%)<>>?:<=?=:;B?9:90C;;58@A><7./5667?>?-6'@BFHEEAA5A@A(:?A@BB@CECBAHDFDEDBCG>A:I:?ACFC=;<8DDG<:>BFEF@:@@AHEAA/&0(/.48=>?>=<0%%%27=;>9;?A@9:632*$$+,)&&&%%,/*'+9:::EIK<=;=C4678:?>?>.8<55=B864580-+(,@?2&&'8-6>88892@?=?8;4&2699798;@;E=22CCA0A@>B@=A;=>5:=C>C>;;>>=;9==A:AEB@88<78>HHH==>,&2?;1(:99=E@AF@DEOKDCB;EF=BDD?5A?=?=9979899991.,.))70.:><722@965;+6)*43394489:.'2>@B@>??1$.7F<><<;4@GDDJIPJEF?EF=EEBA?/-/.,-0*,$))=9>?@@;@A?>:5BFC@CFKJCD9(('/)%133;?A<:A<32/.0/:9:?;EE=@>@:AAC?A:=@BC@FHFDCBCBC>DD=AB@?=7:<;;<8;<46,AAGBAACEA65>;07@?=AJJKE>?--%'+.'%+(--.;@<956704569AB8DNBEDAGHFA::3638<>;@F=K?1><;>80189>3')<==<=?89B@<:9*03329%%;<0/3&*'&'/+76>@CE;;89:;45349759?<8;B601:>=??B;998980789<;?B>CDB98=8;<8244?C;DD:)+52445658357764'('$###$)(#%(((%($,%&)*355.0/--514.($$#%('%'8;=B87;@;+@%?@B>CEBLJ?@F;>IJD86B99823.90)79?AB??AGEEBC:@@DG@8>@DGFE>B88=8:>@/5365++++79049;:>?BC87+023/-29/28<==4:**-:9?FE?>;9>40/6;<=>8:;C;=-.10&&%($197@9-9?:78:=8<=<@CF@?A?ABCDG6@A<=83C<:*AA646@BA=9348B=?@<<;A99BC@?>>;:<=C@<8:@<=99>32/(34A9;8:CC8=@=8841/.,('(+%#&,--367;<:<9:7<:11:;<3;:6(+,'%$%'76?9:<8841),&1;=95966,%'%&(.*(5669?;<>822,)+348@B9=77>@==DGC?68=B@??;976718;967:+$,,,-7+-)0-9<;835.3248=>78;;:>CBB165:<@A@767:B:<9>>>:4,.687666;>3GCGMH??;/)4:4435600446::?AB=66500>DCFB@>@<6B=882&4434-4887???@;;;11332-9(+@:<>?:A@@89@@?ACG?F78DE@=B;:B@C<3@CA39:9<=<@?>?7)104540-,262<<;;9838/0)44/1144846<;56<8;6-''-05;9=8;9:859;:5-.--'-0.+))*0B;1223)*889:730435??C8+9@@?@>257>D?A;@5AB?A:6A;9DAA@<*155/(6971//56*%(:97<>?A>><@89;>=A>F?OD;<<:=5<8133:56;>;4::5-1%%85,)1.0441//),&+-31220/./3/&=<8:;A54><=20<919(563,)49,902BA@68=B=AA86568/*146>@A7BABDC>B?3A68C@;**42/224/.210/004786=>;>@AB:<6=?<5C;94<77*03:;=69;=?>=>94;8?936544'%%=HB@?>9;>>992(%$&$''(*?A=><,:FB;95289<=>:B8>@?A<@?B?>?A><8;0)(((,1(457;57<<:==;).114222((965-$,25/8660223013-)//:;>6<<=<@356.44)53:=<57:2(66578>8:::>>?8?EFD;B=;@B><;:(.4489:;760#$"&'$*)*&&,,%&%*.666*0&')$$%'%'*7::6'''166807/6++-,-,$&$%$#$'&4665::5.6D><=<4?;6?F7487=))4((,0*'##&,234:5;=::8>?@BA7779<*..'$563*&%)&&)212$.147DDIB=A?>@DGCCB82330/==128)')*+238:89:9=>8:A5<@@BB=<=775.;=?:5?CDHD=<<4/886795--/59BC;:;=;6671//393633=<96&289<>>=@AA68>9==AB<;/A@>:8>=>=<:ABA:73260:@BBC?>=47@@AFDCBCB=8@071&&&&7::98741)%):;=<:<6321*'$$%%#&%'+')((()('''&$)$$$,..:8)1:48/3%&((('69=<::50)13'-,+-('.4..25:;;:7;>>=;94715?H794036;9632-**)'$(75;=@@@D@:9<=E@B<9?9>@A1@67??@@975(*/++'%$&$%&4565459+3>@62+)(-6579=@7>?9=;9;;DEC>2.837;?C;@<73679=@5/24>?==AFB<>?>B<=<::BE=CHIID>629=<8?>>.B=2)+3853%304<;@24-,0040;=797<5/<;/%&$*),7>C>6&&'+'+,9::;4,/6BA>BCA@@=7<>?7;35:;<0**:<9.*4))3:;61979?HICAB>7B;<<<;=?6/85(*<>>9983&'#55))54;::=:87687877;:2'&&089AE:@E=;?ED;A9:>CD6ADF97BA@?BB<>>3//'$%).78-)*)9<<>7,6>6741+$3?>889/87--.&(,A251)+)5652$+&&'-+%),$"))+39=@@655:=:+)'%1%=;@@=@B>?FDECCBB=:>6;:2466CD69=<>?DHF:BBFBF;@=@F@<;?@;?A<>?>=-&1'-100,06741-&$*)*/1/../(%')),''*,77=:;;A><<<;572-.'')(+7=?C8=DFDC@=B>2BA;F?@FLC=/B1?<;;:9AA=A:7?>?=A8:;@?;89<;.7;<@?<=7788662&%&%()))632:13<733+66;79309=<9:95*&'$$&./2789;9?=@B>><<:89@==065.''>=951+)+%(),741-4355;>:,(&&.8:?=794'6EFFBA?@8;;;778AGGBD=@;ADKJE@@A/5<;:=@@>=B;>B?CC9BDB=?;536@@?EHHC8=1*%;8=B;@2,8>AAB>,1A@A<<.;:99;;=A==?:E<9ACFDA>JBE>IHDB@>@?=<3527=EH@=;:4<>@<>HJKID?ADAAA;?CC@BEC=>=?4;43102/$$4;=@=><:;:,%%%5>>:73,::?C@F=AAED<91/9>@AA9:CD>>75&)43;??>@<8579980,=79GAB>=EA24@AA?IAABGFA@<)%;:<@?D9B>=8:CA>,8///3;86544.-7@@BABA:96;47.<>=;8.8;BD57:<8=A<=<69>5/537<;@;0(91<=@65@;$'5>;<785689778<7564,,-/677:8?98;<>6/*(#&%0::;//(787+59>@88??AB>9;;71,;==877+8?@>4-6=:>:=846<996@@<89<+:&&$$18<@@@@:@535317945521105:;;0.3:<=1-49:>@A<;DEE=A>=)87=>B=;::A:6?=>3>??89=<=?;5=??CAA928;<<:;;8>EDG8:98>B?CA?:8::C;;477;:59;>@7>;=905;9B>>9><>@44),%&/1/64238;:$'5?948788->643;?A<5..1AE=>78>8?<;<3-08CDC9=<9;C@=>>D517960,,,++&18;95=;?;DB=>>C?>>79935/*6769;=<>=>=24+/457027;4:5;:;;?@>?>:CDHGAA@?@<>;A9<@@=<>99175:898<9664-655%36><==@?-7++0,--..,,',773>==AACA=?C:<;<7?:74-.'+-0246;<8;811-0375<<<54257.2,7=;>????HDA94$'(($&*'58(269>=,;@A:;B5;>=>A@CC<;45..-('9;6;85?BDC5@DCDGDF?=;<>;46(,'(<>?D<@B??>@BCEGG>>>>;==?;7&&46887,10.243)&25><&)4:=5.1-226<==CDD9B8>=@:78::<>>><26.9<;=A8>>=>856)&/-$%&(**28;<;==>>?>57996=5;7:31?KJ6:>=;686:8;6,'/468:56<;.1/..7682/.,&#&)&%%25534*,+/1..$,$*125688057,'++-41.49154:@/5439:5789:FFD?D=7:/%38#:9@7:5;5?8<411678<46:612...249/2877:059--99?0@>C@?><*,'>?ACAA;><=;?:;>CA89946:772**789;5?B7==9=A@F>A<>@<79@AA>@<7589ACA>68:D<:;<;>GBA>A976<75466@>=?A>()))(-$).7E??C?@<:>40&%%##)'+.66=;7<=;80,B59>999:>?BD7;658@@BGL<=DB@BBC.-:=A2.89<:3/9:11375:?C8=>7@9:>:77.,;;B<=@???9965$$/&'7614:;<98=86<6@?<55/992>?==G@>@>1/6698=@:7<11.'&&(+165<<1098;8(;;7:;@8.;A??ABA;@978659@;CDA<;<=8;8:276,.89=AB>:?>?;*,ED<@::?=;<60.-.4.)-')%$$&35=?;;*6<@??=>;78(799:?6)3+,+%',79+7>8=<==;>C::>9C9?9/01,(,+-.(*300(1<:788<<775887;:26>;;::66:::799;49<8:5,6;;5:9;&$$$#$##%&&&77741>;81,+5:07320.0665994>AA<<>7>;:;;)'7??*568%'%*659;>@>F?=8;:=,.010::;?9;>A?95**0///.-6834864;69484+7<9;=;6+&'$&%4302/0::@AAA;CB;>>0653111272280698=<;;4278666696322/,'(()*&$+&//56:<2>;.7398520''&-..+59::977CC5949;=??=<70%':/,/+.3256038:=097,576?>>;6622/)'-2:993<3694322221-3./89<;>;=9:?:;B?><=6:0.0758==?6=<=?>**+4588ECB@C?@C;B?>737:=C?@;=?;<59-+'-477($+(&(%%&)0152322-,2(((&#$#(%51005446<>CE;6=2>;14+*('.+&551=<6898,$0$%22,,88@>>@@BBF?@A=?F<<<5?BA@;E@?>;-')'(($',&187<<(('+-++65+%$)%%/446<>@C>:498:-166.)'39;D@AFGC<6)*&+5,2@=,8;;GIFEA=?:4*&68-E*:;8@??9GCDD@:<75++&2++.098,3(&?@;?CHDEDA@?A63+,+6789/8./32.755)46CB:???>079898,+-8;:;=-3688:?:A=?DDB=EEC:EE=BEG0@9;CD@>IBABEEHHI@@GD=JHBCE>>@=<:DCDC=DAA;;>D=??>A;@@=;@9:=65?39?<>;FDB>?BNLKMH<3@=BCHFFCAMIEA@EEF9CBGF@?BFEA>BD=>>@==GIJKL>ED==::AD988:.05D?ECA78??GHB:FG?>>%'))?;:>DDFJLECFCFHGDCJAF@>0=@CABEEC<9?8:FEDEFED1((>?;7;A@B?8DD??ACC?A77:706;<65+2857856>1@BA=>?@+;::>EEACBGJIF<4.)*&.&-478?@B>866*('<99:84%)+671ACA=59ACIFB=>BFFD:=6:BK@CICF?MJ7@ECC>28>'$$$%)%,?C>;..?C?C@CDGIFEBECAA;=FDDC>;;=CDEB;7===5/.$$*/023-<<=3MKKKC@=;:?4G=44MC)8;9EJJHDF+-9:=<2;;CB?FG<77./032--;=>>?33)+99;=>DCGDF@JIJHAAE?9FHHFH=C@AE?11B@@>9<2BGBNNDBC'(@EFGIEBA99EGNNENE6BC=?CFFDCBH7HBCKGFID@A?EII<5>AC@JJHLB7;<7':C<;@ABK@KLJ/''?>B75''=EEBJFFIJHDFIBC=DJAID:757409@AA>>FDEB>A><9;)9=;B:;E?@GJ=KB?DDDFCA<:9><7A@><8722<=>?B415:7>B?=@DBEDCFFLMGE@?>.-)$85<;>==9?ED>BACD:GJJHG@FGA=;C?;AE;:?CCFC@ELKC@FEG@9=::;BEG4A;;I9>:?@EC==<<=>?ACBCECA66451*;>@LCHDGF=@FD'%<977CGIFJJC<39JKKBBCKKGE?BOOM@FC@A335E:A@;GIGH?C@>=BC?<;:5=:267=;?ABIM4?;<@DGGABA7A8>FBB@A@<><<)#$));<>5C>@A=AAIKFAFGH>B@AD@8A:;GAHHJ>@CAFFDC6@A=HHLCIJKND?@A>E>HGH@GFFC@A:BDDF=DJ@QNLIHED=;@85=GD722ACKJEBB?EKKDCB65508<;->FHD@L;AEF7:ADEFIA;?E>C;9/;:<;FFBFIFDLCHIKFB?;CAFJINKA@65>BBJ@A=<8:?@=;<9;<=;DD34/0(&&('(,08>*>?>CD>A@FLMNKE978:>=CEB=F:3.26;?AC:6665:**:799<>?7879;FGG??ICIGH@@DE=77A@:.77AD=@=?>C;::@@A;EBCGG8GIJEDC>KDBFIFEJIJADCCH@?69?C=?;78>@9@BCCDKLH@EHEFE?;>:$8<=F78?<>GM:;79:89B7?;28AG=CE?;;@::=@B@8,.68===>=0)*.//.65;=<@?FGIHDB>>?<:;7017:?ABB9?5=<><3&4@779>?97?<<+(58<:98=5C>53>770%(--2(//:@AC;ECFCBIEDBFJA@EB@AFGCC=ABBCC8?<@BCA/;:?998=<:5-,%31+101)'87**..-.-13*8<==?977792?8B5471B?@A??972,&).24568:9>FHFMKI@D?;BEADHC=C@=?>?CDEA26:EIE6=BA@C:?BCBJ>EIJEHHDABFFHE<*8=>ED@>CDEBE>/-/B@=:;EA;E8AEDDGF7'7;??>;:;>(),(3)*9/@E?FCA<:8:9>B@A9=;;:=8&0?BEEFDAD@A<==:9<;C>=BBBAHI:9;@>;8:>A;:79:=%>67;<9',$&%);A>@DB8*.4=8<;76)-9;=?FGAFKDXQC;BD?DKFFFFFA@IB=>38;33++&9<=>B9=BA/9.1GBBB/8FDCB45:>@ACCOQPJM@><46@BC<=?-$(=EC>L?BA?GF>GHEFFFEE4=)C;89@FA>:;/3)/)$'&(''))0148=?2:;8=AA@73DAACF7CECC?BCF-ACLHB978DHHB9-E=G?>CD<:99'9;7:<9+&%6:8=??532'&%7;=A>@?A19ACHABD>=;754679<=A?=?>888;;>?=9?75($#&,+22/)/7544733=9C::<=32$399BCCD@CDIINJDFC@A.4:88>?=7*4*,,-04.778/.*+)-4<><>BFCG?@6>IECGEB>:BD<IGPOH?@EKGFHC6=8BBB9BBA<77;DGDC=:48@?>EFI@2495B>789'./-*&&$#%$&)*0,,*+)$(102-'+*/&5&&66<=IICA@317>B@;==B5(+)(+@=AA@>JLL>GBIEB996=:+*::::./1'22,'1557%$295*'$-999?BBBC(?@/:886;@EEABCEAB?=905=:CE;<>:=:=7>=<8&3=AAEEIDAF?7>?C?620)(&-/12<=@A8<<<99:,,>DDGA@BA@B?120'*# @SRR14011045.12611 918ee03b-546b-4179-a2e6-eaf56d37eabc/1 GTATGCTTCGTTCAGTTACGTATTGCTACGGACAACACCATTTGTTGATATTCGGTCGGGTCACCGATACCGTAAATGGCGGACACGGTGGCGACGATAATCACGTCGTTGCGCGTCATCAGGTTTTTGGTGGCGGAAAGACGCATCTGCTCGATGTGTTCGTTAATCGCACTGTCTTTTTCGATAGCAAATCGCGGCTGGGCACATAGGCTTCGGGCTGGTAATAGTCGTAGTAGGAGACGAAATATTCCACCGCGTTTTCAGGGAAAAAGCTCGCGCATTTCGGCGTAGAGCTGGGCGGCAAGGGTTTTGTTATGCGCCATGATGATGGCAGGGCGACCACGCTTTGCGCGATGACGTTCGCCATGGTGTGGGATTTTGCCCAGACCGGTTACGCCGAGCAAGGTTTGATAAGCAAGGCCGTCTGAAAGCCTTCGAAACAGACCGGCAATGGCGGTAGGCTGGTCACCGGCTGGTGGAAATAGCTGGTGGAGTTTAAACGGAGAATTGGGATATTGAATGACTTCCATAAGACGGCCTGTTTTATGTTCAGGTAAAGAGAGGATTGTAACAAAGGGCCATCTGAAAATTGATAGTGTGCCAATCTGATAAGACTAAATATTTCATCTCGAAAGGACGTGTCCCCCACGTCCTTTTTCTTTATCCGCTTCCTCCCCTTTCGATCAGATTTCTACCCCGTAAAAGGCTTACACTCCACATCATTGCTAAATATCTCCTCACCGTCCGTACAGCTGCCCTTCACCTTCATCTTCCCACAAACCACCGCCGTCAACGACTCGTTCAAGCGTAATACTCTCGGCTCCGCCTCCCTGTCCAGAGCCACCGCCTTCAGGGTAAACTTCCCTTCCAAGGATCCCCTTAGCCTGACCGTTCATCCGAATGCAGAAACCGCCTCCTTGACCGGCAGCTCCGGCCACTTCGTCGACGTCAGCAAAGCTGCCACCTTTTTCGTATAGAACTGCTCCATAAAGCGCGCATTTTCCAGTAGCGCGGCATGAGCCGCACGCAGATTGGCCGAGCGGACCGATTCCCGATAGGCCGTAAAGGCCGCAAATCGCCAAGATCCGAAACCAGCAGCATCACCACCAACAGCTGTACCAATGAGTAGCCCCTCTGCTGGCTGCCTATTTCGTTTTCCGTCAAATGCTTTTAAGTACATATCTTTATTCCTTTATCTTTTATATCCCTATCCGACAGGATGGACCTTATCGTTTTATCCCTTCACCCAATAGAAAGCCCATTAGCCCAAGTTTTATTGCCACTGCCCATACAAAGCCGCCGTCGGCCCGAACCGGCAAACGGTTCGGCCTCGGAACGGCATGCTCTGCTAACGAAATCCGTCAGACTTATTTTTCACGGCAGGCTGGGCGGCCTTAGGCGCGGCAGAAGAAACCGTCGCCTCCGCCTTCAACTTATTCAGCACCGCATCACCGATGCCCTTCACATTTTCAGTTCCTCCACCGATTTGAACGCACCGTTCTTCTGACGGTATTCCACAATCGCCTTCGCCCCTTAGCCGGACCGATACCCGGCAATGCCTCCAGTTCGGCAGAAGACGCGGTATTGATGTTCACGGCAGCTAAAGAGAACGCCGCACAGATGGCGGCAAACGCACCAAATAAAAATTTCTTCATCAGATTTTTTCCCATAACATGTTTGATTGAATCAGTCAGGAAGTCTACCGAATGGTTTTATTCCTCTGTAAACACTGCACATCTGCAGATAGGGCAACAGCCCGTACCCACATAAATGCTTACGACATATTAACGCAAATATCGTTCAATTTCAAATATTCCAAACGGTTAACCGTAACTTTCGGTACTTTTGTTCAAGAATAACAACAGGTAATCATAATCCCCCTATCGCCAAATCGACAGAAACGACAGGCATGTAAAAAAGCCCCCGACATCAGTCGGGGGCTGAAATGAAGTGTTTGGCGGTGACCTACTTTCACATGGAAGAACCACACTATCATCGGCGCTGAGTCGTTTCACGGTCCTGTTCAGGATGGGGAAGGCGTGGGACCAACTCGCTATGGCCGCCAAACTTAAACTGTTACAAATCAGTAAAGCCTTAATCAATTATTTGGTGATGACTGAATCAGTCAGTAAGCTTTTATCTTTTGAAGTTCTTCAAATGATAGAGTCAAGCCTCACGAACAGTAGTATGGGTTAGCTTCACGCGTTACCGCCTTCCACACCCCACTATCAACGTCCTGTCCGAACGACTCTTTAGTGTGGATTCAAACCACAAGGGAAGTCTGTCGCTTCAGGCGAGTTTCGCGCTTAGATGCTTTCAGCGCTTATCTCTTCCGAACTTAGCTACCCGGCTATGCAACTGGCGTTACAACCAGTACACGCAGAGGTTCGTCCACTCCAGTCCTCTCGTACTAGGAGCAGCCCCGTCAAACTTCCAACGCCCACTGCAGATAGGGACCAAACTGTCTCCCGACGTTTTAAACCCAGCTCACGTACCACTTTAAATGGCGAACAACCATACCCTTAGGACCGACTACAGCCCCAGGATGTGATGAGCCGACATCGAGGTGCCAAACTCCGCCGTCGATATGAACTCTTGGGCGGAATCAGCCTGTTATCCCCGGAGTACCTTTATCCGTTGAGCGATGGCCTTCACATACAGAACCACCGGATCACTATGTCCTGCTTTCGCACCTGCTCGACTTGTCGGTCTCGCAGTTAAGCTACCTTTTGCCATTGCACTATCAGTCCGATTTCCGACCGGACCTAGGTAACCTTCGAACTCCTCCGTTACTCTTTGGGAGGAGACCGCCCCAGTCAAACTGCCTACCATGCACGGTCCCCGACCCGGATTACGGGTCTGGGTTAGAACCTCAAAGACACCAGGTGGTATTTCAAGGACAGCTCCACAGAGACTGGCGTCTCTGCTTTAAAGCCTCCCACCTATCCTACAAGTGACTTCAAAGTCCAATGCAAAGCTACAGTAAAGGTTCACGGGGTCTTTCCGTCTAGCAGCCGGAGCCAGATTGCATCTTCACAACCACTTCAACCGCTGAGTCTCAAGGGAGACAGTGTGGCCATCGTTACGCCATTCGTGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACCAGGGCTTCGATCCGTGCTTGCACATCTTCAATTAACCTTCCAGCACCAGACAGGCGTCACCTAACCACGTCCACTTTCGTGTTAGCAGAGTGCTGTGTTTTTAATAAACGATCGCAGCCACCTATTCTCTGCGACCCTCCAGAAGCACGGAGCAAGTCCTTAACCTTAGAGGCATACCTTCTCCCGAAGTACGGTATCAATTTGCCGAGTTCCTTCTCCTGAGGTTCTCTCAAGCGCCTTCCAAATTCTCATCACTGCCCACCTGTGTCGGTTTGCGGTACGGTTCAATTCAAACTGAAGCTTAGTGGCTTTTCCTGGAAGCGTATCGGACACTTCCATGTCCGTAGACACTCGTCATCACTTCTCGGTGTTAAGAAGACCCGGATTTGCCTAAGTCTTCCACCTACCGGCTTAAACAAGCTATTCAACAGCTTGCTAACCTAACCTTCTCCGTCCCCACATCGCATTTGAATCAAGTACAGGAATATTAACCTGTTTCCCATCGACTACGCATTTCTGCCTCGCCTTGGGGGCCGACTCACCCTACGCCGATGAACGTTGCGTAGAAACCTTGGGCTTTCGGCAGCGAACTTTTCACCGCTTTATCGCTACTCATGTCAACATTCGCACTTCTGATACCTCCAGCACACTTTACAATGCACCTTCATCGGCCTACAGAACGCTCCCCTACCATGCCAGTAAACTGGCATCCGCAGCTTCGGTTATAGATTTGAGCCCCGTTACATCTTCCGCGCAGGACGACTCGACCAGTGAGCTATTACGCTTTCTTTAAATGATGGCTGCTTCTAAGCCAACATCCTGGCTGTCTGGGCCTTCCCACTTCGTTTACCACTTAATCTATCATTTGGGACCTTAGCTGGCGGTCTGGGTTGTTTCCCTCTTGACAACGGACGTTAGCACGCTGTCTGTCTCCCGAGGAACCACTTGATGGTATTCTTAGTTTGCCATGGGTTGGTAAGTTGCAATAACCCCCTAGCCATAACAGTGCTTTACCCCCATCAGTGTCTTGCTCGAAGGCACTACCTAAATAGTTTTCGAGAGAACCAGCTATCTCCGAGTTTGTTTAGCCTTTCACTATCCACAGCTCATCTGCATTTTGCAACATGCGTGGGTTCGGTCCTCCAGTACCTGTTGCAGCACCTTCAACCTGGCCATGGATAGATCACTCGGTTTCGGGTCTGCAGCAACTATTCGCCCTAAGACTCGGTTTCTACGCCTCCTATTCGGTTAAGCTCGCTACTGAATGTAAGTCGTTGACCCATTATACAAAAGGTACGCAGTCACACCACAAGGGTGCTCCACTGTTTGTATGCATCAGGTTCAGTTCTAGCTGCTCCTCCCGGGGTTCTTTTCGCCTTTCCCTCACGGTACTGGTTTACTATCGGTCGATGATGAGTATTTGGCCTTGGAGGATGGTCCCCCCATATTCAGACAGGATTTCGTGTCTACTCCCTACTTTTCGTACGCTTAGTACCACTATTGAGAGATTTCGAATACGGGACTATCACCCACTATGATCAGCTTCCCAGCTTGTTCTTCTATCTCGACAGTTATCACGTACAGGCTCCTCCGCGTTCGCTCGCCACTACTTGCGGAATCTCGGTTGATTTCTTTTCCTCCGGGTACTTAGATGGTTCAGTTCTCCGGGTTCGCTTCGCTATCCTATGTATTCAGATAAGGATACCTCCTAAGAGGTGGAACCACATTCGGACATCGGGGATCATAGCTTTATTGCCAGCTCCCCACGCTTTTCGCAGGCTTACACGTCCTTCGTCGCCTATCATCGCCAAAGGCATCCACCTGATGCACTTATTCACTTGACTCTATCATTTTCAAGAACCTCTTTGACTTTGTTTACCTACCCGTTGACTAGGGAAGCAAACTTGAAATTCCTACTTTGATAAAGCTTACTGCTTTGTTGTGTCTTAATCCTGCCTTTTGTGTTTCAGGATTAAGTCGATACAATCATCACCCAAATACTGTGTTTGTTTTCTTTTCTCTTGCGAGAGATTTTTCATCCTTTGCAAAGAACAAAAATCAAAACAAACTCATTGTCTTTGTTTGTTGATTTCGGCTTTCCAATTTGTTAAAGATCGATGCGTCGATATTTCACTTCGCAAATCAAAATAAGCTGCTAAGTATAGCAGGCTTCCCTTTGATTTGTAAAGTTATTGGTGGAGGCAAACGGGATCGAACCGATGACCCCTGCTTGCAAAGCAGGTGCTTCTACCAACGGGCTATCGCCCCGTTCTTGGTGGGTCTGGGAGGACTTGAACCTCCGACCCCACATATCAAGCGTGTGCTCTAACTCCAAACTGAGCTACAAACCCGGATTCTCTTCTTAAGCGAATCTTGTCTTCACTCAAGCTTTTCTCTTCCACATCTTTTACAGTTTACCGATAAGTGTGAATGCATCAGACCTCTTCTTTCTCTAGAAAAGGAGGTAGTGATCCAACCACCAGGTTCCCCTGCGGCTACCTTGTTACGACTTCACCCCAGTCATGAAGCATACCGTGGTAAAGCGGGCTCCTTGCAGTTACCCTACCGCTACAGTATCCCCACTCCCATGGTGTGACGGGCGGTATTAGCCCGCAAGACCAGGAACGTATTCACCGCAGTATGCTGACCTGCGATTACTAGCGATTCCGACTTCATGCACTCGAGTTGCAGTACAATCCGGACTACGATCGGTTTTGTGAGATTGGCTCCACCTCGCGGCTTGGCTACCCTGTACCGACTGTTGTATGACGTGTGAAGCCCTGGTCATAAGGGCCATGAGGACTTGACGTCACATCCCACCTTCCTCCGGCTTGTACCAGCAGTCTCATTAGAGTGCCCAACTAAATGATGGCAACTAATGACAAGGGTTGCGCTCGTTAGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCAGCACCTGTGTTACGGCTCCCGAAGGCGCTCCTCCGTCTCTGGAGGATTCCGTACATGTCAAGACCAGGTAAGGTTCTTCGCGTTGCATCGAATTAATCACATCATCCACCGCTTGTCGCGGTCCCCGTCAATTCCTTTGAGTTTTAATCTTGCGACCGTACTCCCCAGGCGGTCAATTTCACCGCGTTAGCTACGCTACTAAGCAATCAAGTTGCCCAACAGCTAGTGACATCGTTTAGGGCGTGGACTACCAGGGTATCTAATCCTGTTGCTACCCACGCTTTCCGACATAGACGTCAGTGTTATCCCAGGCTGCCTTCGCCATCGGTATTCCTCCACATCTCTACGCATTTCACTGCTACACGTGGAATTCTACCTCCCTCCTGACACACTCTAGTCACCCAGTTCAGAACACCGGTTCCAAGGTTGAGCCCGGGGATTTCACATCCTGCTTAAGTAACCGTCTGCGCTCGCTTTACGCCCAGTAATTCCGATCGCTCGCACCTACGTATTACCGCGGCTGCTGGCGCATGGTTAGCCAGGGTGCTTATTCTTCAGGTACCGTCATCAGCTGTCGATATTAGCAACAGCCTTTTCTTCCCTGACAAAAGTCCTTTACAACCCGAAGGCAACTATTCAGACACGCGGCATGGCTGGATCAGGCTTGCGCCCATTGTCCAAATTCCCCACTGCTGCCTCCCGTAGGAGTCTGGGCCGTGTCTCGAATCCCAGTGTGGCGGATCATCCTCCCAGACACTACTGATCGTCGCCAGCAGTAGGCCTTTACCCCACCAACTAGCTAATCAGATATCGGCCGCTCGAATAACGCAAGGCCCGAAGGTCCCCCTACTTTCCTCCTCAAGAGAATATGCGGTATTAGCTAATCTTTCGATTAGTTATCCCCCATTACTCGGTACGTTCCGATATATTACTCACCCGTTCGCCACTCGCCACCAAGAAGCAAGCTTCTCTGTGCTGCCGTCCGACTTGCATGTGTAAAGCATGCATGGCCGTTCAATCTGAGGCCAGGATCAAACTCTTGTGTTCAATCTCTAACTTATAACTTCTGGTCTGCTTCAAAGAAACCAACAGGACAATGTCTAAAACATCATCTTGTCTGTCTTTTAAACAGTGTGAGGCCTAATGCACTCACACTTATCAGTAATCTGTTTTTAAAGAGCGAATCGAATTATACAGTACATTTGTAAAATGTCAACTAAAATTATCGAAAATTTCAACCAACTGTGTTATACTGTCTGCTTCGTTTTCTTCACCGCGTCAGCGGCAGAACCAGGCTATACGCCTCCAAACAAAACCAGTCAACACCTTTCGCAAAATTATTTCAGAAATTTAACCACCACCCTGTTTTAACAGGAGTTTTTTATTTATAAAAACTCCAACAACCTTTCTACACTCTCCAAATATACAAAAAATACAAAACAAAGGCCGTCTGAAATGTTCTTTCAGACGGCCTGTTTATGATTTCTATTTATCCAATACGTTGGAGGATAATTTCTAGGACGAATTTACTGCCCACATAGGCAAAAATCAGACTAACAAATCCAACAATAGTCCAAACGGCGGCTTTTTTGCCGCGCCATGCAGTCATACTGTGTTTCAGCAATAGTGCGCCATAAATCAGCCACGACATAATGCTGAAGATGGTTTTATGCGTGAAGGTCATCGGCTTGCCGAAAACGAGGTTTCTGCAAAAAACGTACCGCTGATTACGCGGAACTCGTCAGCAATAAAACGAATCCTGCCCACATACCTTGAGACATGAGTTTTCCAAACTCAATAATAGCGGCAAAAGCTGACCAATGCGGAAAAACGGCGTTTGTGCAGATTGCGGTCGAGTAAAAGGATCAGGATGGCAAATAAGGTAACGATGCCAAACAATCCGTATGCGAGTAATGATGATGCGATGTGCGACAGCGGCAATAAGTCTACGATTTGGCGGCCTGAAAAATCACCCGGGAAAAAGAAAACCCAACAATAAGGTCAATGCGGCACAGGGATACAATAAAATTTGCACTCCGCGCAGACAATAAAAGAAGCTGCCCAAGCAGTACATCATCAACATCAGCCAGACTATCAGACTGAACCCGAATAACCAAAACCGGTAATCAATACCCTATCCTGCAATACAGGGAACATCAATGCTGCGCCATGTGCCAATAATGCGCCGCTCAAAATTAGCAGCTCGGTTTTCAGCCCAATTAAGACTTATTATTGTACCTTTTATGTTGCAACCAGGGAAAATACGCCCAATCCGGCATACACCAGCATAAGGCAGATTAAGACAATCGGCATAAATATCTTTCTCAATAGATGTGTGAACACTTGACGGACACCCGGCAGGGGTTTCAGACAGGCTTGGTGTACGTATTTGTGTTCTTGAAGCATAACTTCGGACTATCGTGTAAAATAATCCGAATTTTATTTTAACAAAGAATGCCCTGTATTGGGCGGCTATTCTCATTATCAAGGATAAAGTATGTTGAACAACTAACCAACCGCTTCAGCAAGGTACTTAAAAATATTCATGACCCAATCAACGCTGACCGAAGACAATATTAAAGAAGCCTTGCGCGAGGTTCCGTCTTGCCCTGCTGGAAGCCGACGTTACGTGCCCGTCGTTAAAGAAATTCGTCAACACAGTCAAAGAACAGGCCCTTGGTCAAGAAGTCGTCAGCGGCTGACGCCTGACCAAGCCTTTATCGGCGTGGTTAACCAAGCCTTGATCGAGCTGATGGGCAAGAAGAGCAAAACGCTGGATTTGTCGGTTTCACCGCCTGCCATCGTTTTGATGGCCGGTTGCGGAGTGCCGGTAAGACAACAACCGTCGGCAAACTCGCGCCTGCTGAAAAACGATCAGAAGAAAAAAGTTTTGGTGGTATCCGCCGACGTTTACCGCCCTGCCGCGATTGAACAGCTGCGTCTGTTGGCCGAACAGGTCGGCGTGGACTTTTTCCCGTCCGATACCAACCAAAACCGGTTGAGATTGCGACTGCCGCCGTCGATTACGCCAAAAACATTTTTACGATGTCTTGATGGTCGATACCGCCGGCCGTTTGGCAATCGATGAAGAGATGATGAACGAAATCAAAGCGCTTCATGCGGCGGTCAACCCGGTTGAAACTTTGTTCGTCATCGATGCCATGCTGGGTCAGGATGCAGTGAACACTGCTCGGGCATTCAATGAAGCCCTGCCGCTGACCGGCGTTGTATTGACCAAGATGGACGGCGATTCGCGCGGCGGTGCGGCATTGTCCGTACGCCATGTAACCGGCAAACCGATTAAATTTATCGGTGTCGGCGAGAAAATCAACGGCCTCGAGCCGCTTTCCCATCCCGACCGTCTTGCCAGCCGTATCACTCGGCATGGGCGACGTATTGACACTGATTGAAGACGTTCAAAAAGGCATTGATGAAGAAGCCGCCGCCAAAATGGCGAAAAAGCTGCAAAAGGCAAGGCTTCGACCTCAACGACTTTAAAGAACAAATCCAGCAGATGCGCAATATGGGCGGCTTGGAAAACCTGATGTCGAAAATGCCGGGCGAACTGGGTCAAATATCGAAACAAATCCCCGAAGGAACAGCTGAAAAAGCGATGGGCAAAGTAGAAGCCATCATCAACTCGATGACTCCAAAAGAACGCGCCAACCGCCCTGCTCAAAGCCAGCCGCAAACGCCGTATTGCAATGGGCGGTACGACCGTGCAGGAAGTGAACAAATTGCTCAAACAGTTTGAACAAATGCAACAAATGATGAAGATGTTCAGTGGCAACGGTTTGGGCAAACTGTGTTTGGCCAAAGGCATGAAGGGAATGAAAGGCATGTTCCCAGGTTTGTAAGCTAATTTGACAGAAAACGCCGTCTGAAAAGTTTCCAGACGGCGTTTTTTTATTTTTACTCTAGCAAGAATTACTATTCACATATAACTATGAAATCTATTCCTTTTAAGGATTTTCACGCAGCGTACCGATGCCTCTTCCAACATTTCCCATTGGCCACCACTACCATGGTAGGTTTCGGCATCAAGTCTGAAAACGGCTTGTTGCAGTGCGTACATTGAAAATAATGTACCACGAAATCGTTCAACCATATATGTCACGATTACCCTGAGAATCGGTATGGGTAATGTAACCGCTATTGGCAATGGTTTTAGCAAAATCAAGGCTGGGACCATAAACTTTGCCGTAGGCTGGGGTAATGTCGATGAGCGTGCCGTCTGCTAAACGATCAGAGGCTCGCAGTAACATTTGCGATAATTCTTTCGGAACCCTGATACGAACGGTAGGTCGCAGGTCAGAACAGTAATCACACATTGTTTGGATCTTTCAGCATAGTAAAGGAAAACGAAGTGGAAGGAGCGCGAAATCCTTGCTTATTCAATCCTCCAACTTATTGCGGCTTTTTCTGCTCTTCGCGTACTTTATCCACCAGTTGGTCAATCGTGGTCATGCCGGACTGCCAGTCTTTAAATTCGACTTGGTATTTGCCGCCGACGATCACGGTCGGTGTGCCGCTTGATTTGGAATTTATTGGTCAATTCTTCCATTTGAGCCGCACGCGCGCTTGGCTTTCAGGTGCTTCAAATGCAGCCAATACTTTTTTGCCGTCAAACGCTGTTTGCTCGAGACAGCCATTTTTTCAGGGTATCGGTATCGGCCAAGTTGATTTTTTGGTTAACCATCGCATCGAAAATATAGCTGTTGGCTTTATCTGATTCACCAGCCATTTTCCACTGCGGCCGCCAAACGTGCCAGAGGTTTCATTTCATCACCCCACACACGACATGCTCCCGGCGCATATAGGTATCGTCTTTAAACGTTTTGATGTGCTCGCTCAAAACCGGCAAATGGGCGCAATGCGGGCAGGAAGTAGCCGAAGAATTCCAATACTTCGATTTTGCCGGCCTGCTGTTGCGGAATCGGGTTGGACAAGACGGTGTAATTGACACCTTCGGTCAATGCGGCAGGGGCTGCTGGGGCGGATGTGCTGCTTTGGGCGCTGTCTGCTCGGAACACTGGTTTCCGCCTGTTTGCCTGAAGCGGCCAATGCCAGCAGGGTTAATAAGTCAAGGCTAAGGTTTTCAGTTTCACTAGGTATCTCTTTACATTCAAATCAATGGGCGGATTTTATGGCATTTTGTTGGAGGTGTGTTCGATTTGAGTGAAAAAATGTGTTTAGTTTTATTTCAGCCTTTATAAAGGCCGTCTGAAATATGGCTTAGACATAGCCTTATTTTCAGACGGCCTTTTGCCGATTTCATCAGAAACGGTAATTTACCCGGGCGGTATAGCCGCGCAGTTACCCGGCATGGCGTCCGAACGCCAATATTTTGATTGAGCAGATTGGCTGCGGCAAAGGAGTAACGTTGACGTTTTTATGGTTCCAACCAGACTTATCGGCATCAACTCGGGCAAAGCCGGGAAGCGTAGTCACTTCTTTATTTCTTGAATCGTAGCCGTAGCGTTTGCCTGTACCAGTTACGCCGATTTCTCCGTAGGGTTTCGGTCGGGGTATAACGGAAAAACAGGTTACCGGTAACGTTGCTGGTGTTGTCCAAATGGATGCCTACGCGATCGGGGTTTTTCCTTGTCTTCAGCACTTTTGCCTGCATCACGCCCAACGATCCGCGCAGATAGAGTTTTTTGGGGATGATTTGTCCGACGGACAGTTCCAAGCCGCGCGAACGATTGTTTGCCGCCGACGGCGGCCCAAGTGTAGGGATCATTTTGCGCGTCAGGACGGTAGCGGATATTGAAGCGTTCGATTTGGTAGGCGGACAATGTGGTGCTGGACGATCATCCAGCCAACTTCTTTTTCACGCCGGTTTCGTATTGGGCAGGGTGTATTCGAGATCGGCGTTGAACGGCGGCAGACGAAGGTGTCGTACTCAAATAGCCGCCGCGTCCGCCATAAGGTGCGAAGCCTTTGTTATACGAAGCGTAAAGCGTGTGGGCAGGCGTTACGTTCCACGCTGCGCCGATATTGGGGCTGAACGAATGGCCGCTGTATTGGCGACTGCTGCCGGTGAGTTTGTTTTCGGAATTAAAGGAGTGTACTTATCGTAACGGCCGCCGAGGACGAATTTCAAATCGGGCGTGGCTGCACGAAGATGCCCGTAGGAGTCGGCTTTGTGGCGGTTTGGGTCAGGATGGGCTGCAATCTGCCCGAAGCCGGCCAGCCACGCGGTCGTAAGGGTCGATGGAGGCGGAGAGGCGCGGCTGTAACCCAAGGTCGGGTTGCGGTGTTCGCGGCTGTAGTCCATACCTACCCGGTTAAGGTGGTTTTCAAAACGCCCGATGTGGTAGTCGCCGTTGAGCGTGAAGTTGGATGACAGGGTTTGTTGTCGGTCTGCTGCCAGGCGTAGTTGCGTTTGATTAAGCTGCCGTTTCGCTGCCTGCATAGAAATGGTCGAAATCCTGCGCCGCCGTGCGACAGGCGAGCTGCCATTGGGCGCGCCATTTGTCGTTGAAGGCGTATTCGAGGTCGAACGCCAAACTTGCAGCTTGTCTTTGACAAAATCGTTCGGGTGGGCGAAACCCATGCGGTAAGGCAGTCCGAAGCGGTCGTACACGGACTTGGTCGGGCTGCGGTCGGGCGTGCGCTCCACATTGTCGTAGGTGTATTGCCCCGTCCACTTCAAGCCATTGTCGAGTTTGACGGTAATGCTGGGCGAAACCATGACGTTTTTGCTGTCTATGCCGCTGCGGAACGAATTGGCGCGCCCGACTTCGCCGGTGAGGCGGATGGCGACGTTTTTGTTCAACCTTCGTTGATGTCCATATTCAGGCTGCGGTTTGCCCACGAGCCGTAAACCGCACCGATGTTGCGGCTTTGTTTGAAGTTGGCGTATTTGCTGACCATATTGTTAGCGCCGCCGCCGTTGGTGCGGCCGTAAAGGACGGGAAGACGGGCCTTTCAGGATTTCCACGCTCGATGTTGGCGGTGCTGCGGCGCACTTGTCCGCTTTCGCGCACGCCGTCGCGGTAAATATCGGATGCGTCGGCTTGAAAGCCGCGCAGGGGAAAAATACTTTCGCCACGCATATCGTAGGCAGCGTCAATACCACCGGCGTTGCCTTCGAGGATGGAACTCAAATCGTTCGTGCCGTAGTTTTTGTTTCTGAATATTGAGCGTATCAACGGTTTGCGGCGTTTCTTTGATGAGCTGTCCGTTGCGGGTAACGGCGGCTTCGTCGTAGTTGATGTAATGGCCCGAGGTACCTTGGTGTCGGACTGTCCAACCACGGAAACGGTGGGCAGGGTAGCGGTGTAATGTTCACCATTATCCTGCGTATCGGCGGCGGCAACAGGAGGAAGCGATAATCAGCGTGGGTAATAAAGCCAAATGAAATGGTATTTGCATTTTTATACTCAATTTAACAAAACAACCGAATTATATTTACTCACAAAAGAAATGAGAATAGTTTCTTTTAATTATATTTAACATGATATTTGTAAAACAAAGCCGTCTGAAACACATATCGGTTTCAGACGGCCTTTCGATGAACATTTCTACACTACTTACTCAACAGCATTTCCTGCATCAGCTTCATGCCCCATTGCCAACCGCCGAGCGCGCCGTTTAACCGGCCCGGAATGCGGCGATTAGGCTGAACGCGCCTGCCAGCGGTCGGCCTGTTCTTGCGCCCAATCGCGTGGCGTACCGTTTGTTTCGGCGATGACCGCGCCATTACGACAAAGGGCAGCGGACGCGTTGGAACGTATGGATTTCGTCTTCGGGAAAAGCCTCCGGGACGCGGCTTGAGACCAAAATAATATTGGTCAGGCGTTTTTGCGTCAGGATGTCGGTTTGATACAGCCATGCCAAAAATGCAGACACACCGACACCATGAGCCACGACGGCAATATTTCTACTGACAATATGCTCAAATGCCGTCTGAATAGCGTGTTGCCATTCGGAAACGGTTTTGCCGACTATCGGCTTCGGCAGTTTGAACAATCGGATAGCTGACCGCCCAGCGGTCTATCCACATTTCCGCTTCGGCCGCATCGCGTATCAGAAACAGTGCCATTTCTTCGAGTTCAAAGCTCTGCATTTCAGACGGCCTATTTGAGCAAGTCGTTGAGTGTAAATGCGATCAACAAGGCGGCAGGCACGCTGAGAATGGCACAAGTCGCCAGACAAAGTACGATGTTGGCAATCAGCCGCCAGCCCTTCCAAGCAAAGCATTTGGCCGCAATCAGCAGGCAAGGCAATGAAAACAGCAGCCACACCAACGCCCATGTCGGATTGGCCTTGGTCGGCGCAACCCAGCCGGACATCGCGCCAGCATGAGCTATTGCCCACACCAGCACATAGGCAGCACAAATGCCGCCACAACCCAAACCGCGCCTACGCCGGTTTTACTGTTTATATTCCAGTCGTACTTACCAAAAAACTTATTCGGCAACATAGTCATACTCCACAGCTAAAGGGCGTGATCCGAGAATTTTCATCTTTATAAACATGTGCGGAAACGGCTTTAGCAGCCAGCTCCGGCGTAACCATCTGATAATCGATACGCCACCCGACATCTTTCGCATACGCTTGTCCGCGGTTGCTCCACCAGGTATAGCCCGGCACATCGGGATAAAGTGTGCGCCACATATCCGTCAACCGAGCTTGTGGATGACTTTGCCTATCCATTCGCGTCTTCAGGCAGGCCCGAATTTTTCTGATTGCTTCCAGTTTTCAAGTCGATGTTTTGGTGGGCAATATTCCGTGCCGCAGACAACGATATCGCGCCCTTCGTTTTTCATGGCTTCGAGCATGGGATAGAACGCATCCAAAAAGCGGTATTTCACTTGTTGGCGTTCTTCCGCGCTGCTGCCGCTGGGCAGATACAGCGAAATTACCGACAACTTGCCGAAATCGCAACGGACAAAACGGCCTTCCTTGTCAAATTCTTCAATGCCCTTGCCGATTTGCACATTGTCGGGCTTGCGTTTGCTGTACCGCCACGCCGCTGTAACCGCGCTTTTTCGGCGCAATGCCAGTAGCCGTGCATACCGTGCGGATTTTTCATATCGTCCGACAGATCGGCTTCTTGAGCTTTCAGTTTCCTGCGCAGACAATGTCGCGCCCGATGCGGCGATGTATTCGTAAAAGCCTTTTTATAGGCGGAGCGGATGCCGTTGACGTTGGCAGAGATGATTTTCAACATAAGATTTGAGTGATGTTTAAAAACGGATAATATAGGATTGAAGTTTTCAGACGGCCTGCAAGTCATAAACAAATACTTTGGAATTGCGGCCGTTGGCATTGTATTCCTGCCGGCGTTGGCAGGCAGGTCATCGGCCGAGGCCATCTGAAAAGCCCCGTTCGACAAACCATTCGCCCGTGTGCGTGGATAAGGCGAAAGCGTTTTGATATTTAAGGCGCGCGCTTTTTGGAATAAATGTTCCAACAGCAATTCGCCGTAGCCGCCGTCACGCGCTTCGGGCGACACCACCAGACAGGCCAATTCGCCGCAGTCCGGCTCGGCAAGGTTTTTCAGCGCCACGCAGCCGTAAATGTTTTGATCGTGTTCCAATGCGGAAAAACTGGGCATCGGTTTTTCAAATGCTCGCGGCTGCGAGGCAACAAGATGCCTTGTTCCGCCAAAGGACGGATTAAGGCAATGATGTGCGGAATGTCGTCGCTGCGTGCCTGACGGATGGAAACAAACGGCTCACGGGCAATAGACGTACCGCTGCCCTCCTTGGGTAAACAGCTCGCGCAACAGGCTGCCGTCCTCGCGGCCGTTGAGAATCTGCGCGCGATACGCCGTTTGTTTTCCAGTGCGCACACTGCCGCATGGAGCAAATCAACCGGCGCATCGGGATTGTCATGCACACCAATTCCTGCACTTCGCCGACAGACAACGTATTGGCCAACGAGCCGTCGGCACGGCGAATACCGGCTTCTTCGGTCAAGAAAACCAGCTTCTCCGCCTGCAAAGCCATGGCCACTTCCTGTGCGGTTTCGCACATACTCAAGATTGAAGGTTTTGCCGCTGTACGAATGCCCCAAAGGACTGATCAGCACCACCGCGCCGCTATCAAGCGCAAACGGATCTCTTCCGCGTCGATTTTGCGGACGGTACCGGTATAGCCATGTCCACGCCGTTGATAACGCCCAATGGGTGAGCGGTAATAAAGTTGCCGCACGCGATAACCGGCAGCTTGCTCCGTTGCTGCGCAGATACGCTGCTGAACAAAGCTGCTTCGACATCGCTGGATAATCCCCGCCACCTGCTTCACTTCCATCAGGGTCGCTTCATCAGTAATCCGTCGGCTGCCGCTGTATTTCGGAACAAAATTCCGACCCGAAGCCAATTTGTCGAGCAAATGCCGCGAACCGTGCACCAAGACTAAACGCAAGCCCAAGCTGGCCAACAGGTTCAAATCTGCGGCCAAACGGATCAGGGTTCGCCTTCCAACAAGCTGTCGGTCACGCCGACCACCATGTAGTTTTGCCGCGCAAATGACGAATATAGGGCGCGGCTTCGCGAAGCTGGCAACAAAATAGGCGATGTTACTCATGGCAAGGCAAGATAAAGGATTGCATAATCAAACCGTCAGCGCAATCAACGATGCCAGCGTCAGTTGAAACCGTCCTTGCGCGTTTTGACCGCTACCTGCTCTTCCGCCTTGGGCTCTTCCTTGAGCGCGCTGTTGAGCAAATCAGAAATTTCTTTGCGCGAAGAGTTTGGAATGCTTGAGGATTTGCGCGCCGATGTTATGCACGGGCGCACATCCGTTACCGCCACAGGCAGATGGGCCGGATCGGCCGGCAGGTTGCCCGACAGATAATCCTTGGCCTTAAACATCCCCGAACAACAGCGTGCAGACCACGAAACCCTGCGCCACGTTCAACTGGGCATCTTTCACCCAATGCGGCGTTTTACAATGAGGACAAGAACAACGCAGGCATGGTATTTTCCGTAAGTGTATTGAATCAAAAATATATTTTAGCCAATGTTTCAGGCCGTCACCAAAACTGTTTCAGACGACCTGAGCGCTGATGTTATGGTTTAAACCGCGCCGTAACGTTCGCGATAGGCTTTGACCGGCTCGAAGAAGCCGCCAAATTCAGCATTGTTTTGCAAGAGCGTGAACAAGTCGTTCAGGTTGGCAATCGAAACCACCGGCAGGCCGTATTGTTTTTCCACTTCCCTGCACCGCCGACAATTCGCCCGTGCCTTTTTCCATGCGGTCGAGCGCAATGGCCACTGCGGCAGGCGTTGCGCCTTCGGCCTCAATCAGTTTGACCGACTCGCGCACGGATGTACCGGCGGAAATCACATCATCGATAATCAGCACGCGGCCTTTCAAAGGCGCGCCTACCAGCACACCGCCCTCGCCGTGGTCTTTGGCTTCTTTGCGGTTGTAGGCAAACGGTACGTTTTACGCCTTTTTCCGCCAACATCATCGCTGTTGCCGCCGCCAAAATAATGCCTTTATAGGCTGGGCCGAACAGCATATCCGAACTTCACGCCGCTGGCAATAATGGCCTCGGCGTAAAACTCGCCAGTTGCAAAGTCGATGCGCCGTCATTGAACAAACCGGCATTGAAAAAATAAGGCGACTGACGGCCAGCCTTGGTCGTAAATTCGCCCGAATTTCAGCACGTTTTAGCAAGCGAGTTGAGGAAGTCTTGACGGAAATCGGACATTTGAGTTCTCCGAAAGATGTTGATTTATCAAAGAAACGATTATAAAGGATTCATGCGGAAAAATCAGGCCGTCTGAAAAACGGGTTCTTGCTTTACCCCAAGCCGACAAGGCGGCATTACCGTCTTATCCCGGTAATCAAAACGGATTATTCCCGATGGTACGGATGGTTGTGCAAAATCGAAACGGCGCGATAAAGCTGCTCGGTCAGTAAAACGCGCACCATGCCGTGCGGCAGGGGTCAGGCTGGAAAGGCGCATCATCATGTTTGCCTGCTGTTTCAAACTGATGATCCGGTCATGCCGTCTGCACCGCCGATAATAAAGCAAACGTGTTCGCCGTTTTGCTGCCAACTTTTCAAATGTTGCGCCAATTCGACCGAAGTCGGCGCTTTGCCGCGTTCGTCAATACCACCAAAAATGCGCCCTGCGGTATGGCTTCCAGCAGGCGTTTTCTTCAGCCGCCATGCCTGAACCGCATTCACATTTTGCGCCGCATTTTCCGGCTTGATTTCTTTCAGCGCCAATTGACATCACGCCCGAAGCGTTTGGCGTACTCGCCGACAGCTTCATCGACCGCGGCATTTTCGTGCCGACAGCAGGAACGGTGATATTCATGGAGTATCCTTTGTTATCGAATTGTCGGCTGGGCATTATGGTCAAGCAAGTTCTCAACCTTTTCCAAACCATGAGCTAATACCCACGCAACCGACTGAAATAAAGGCCGTCTGAAAGCCGAATGTATCCCGTTCGGCTGTTTCAGGGCGGCCTTTCAATGATTAGCAGTGAACCAGCGTACCTTCGTTTTCGCCGGTTACCACGCGTTTGAGCGAGCCTTCTTTAGCAATGCCGAATACCACGATGGTTGCGTTCGCGGCAAAGGGCGAAGGCGGTGGCATCCATCACTTTGAGGTTTTTCAACAAGGCTTCGTCAAAAGTAATGGTTTCGTAGCGTGTTGCTGATGGATCTTTTTTCGGGTCTGCGGTGTACACGCCGTCCACGTTGGTAACTTTGAGCATCACGTCGCCAGTTCATTTCCGCACCGCGCAATGCGGCGGCAGTGTCGGTCGTGAAGAACGGGTTACCGGTACCGGCGGCGAAAATCACGACTTTGCCTTCTTCCAAATATTGAATGGCTTTAGGACGGGCGTATGTTTCAGCGATTTGCTGCATAGACAGTGCGGATTGTACGCTTTGATGCCCAGGTTTCAAATGCGTCTTTGAGTGCCAAGGCGTTCATGACGGTCGCCATCATGCCCATGTAGTCGGCAGTGGCGCGGTCCATGCTGCCTGCTTGTGCAGATACGCCGCGGAAAATATTTACCGCCGCCGACAACGATACCGACTTGCACGCCCATTTCTCACGATTTCGGCAATTTCGCCGACAGTTTGAACGATGGTATCGTGATTGATGCCGAATGGATCAGAGCCCATCAGGATTCGCCGGAGAGTTTCAGTAATACGCGTTTGTATTTGATTTGCTGTGTCATGGGATACCTTGCTTTCTTGAATGTCGTCGGTCGGGGGAAGCGGGCCGTCTGAATTTTTCAAGCGGTCGGAATATTAATGATAGGGTGTGTCGGTTTATTATTGTTTTGGTTTTCAGACGGCCTGAATATTCGGCCGTCTTAAATTAGGTACCGTAAACGGTTTTCTCAAAAAAGCACCCTGATTCGTTTGGAATCTGGGTGCTTTCTTTTTTCATAAGTGCCTTACACTTTAGCAGCAGCAGCGCAACTTCGGCCGCGTAGTCAACAACAACTTTCTCGATACCGTCGCCTGCTTTGTAGCGTACCGAAGCTGATCACTTCAGTGCCGTTTTCTTTAGCGAATTGGGCAACAGTTTGGTCAGGGTTCATCACGAATGCTTGGCCGTTCAGAGTGATTTCAGCCAAGAATTTGCGGATACGGCCTTCAACCATTTTAGCGGCGATTTCGGCAGGTTTGCCGGAAGCAATGGCTTGCTCAGTGTAGATGTAGCGTTCTTTTTCGATGGTTTCGGCATCCACTTCGGCTTCGGATACGCATTGAGGTTTGGCGGCAACGATGTGCATACCGATTTTGCGTGCTACGTCTTCAGAGCCTTTGTACTCAACCAATACGCCTTCGGTAGCCAAAGCACCGTGGATGTAGGCAACCAGTTGGTTGGCAGTGTCGATCACTTGGAAGCGGCGAATAGACATGTTCTCGCCCAATTTAGCGATGATGGCTTTACGTTCTGCTTCAACCAGTTCGCTCAGTTCTTCAACGGTATGCGGTTTTTTCTCGACAGCAGCAGTTTTCGCAACGAAGTTGGCAAATTCTACGAAGCCGGCGTCTTTAGCAACAGAGTCGGTTTCCGCGGTTTACGCTTCAACCAATGCGCCGACATTGCCGTTGATCAGCAGCCAATACGCCTTCGGCAGCAGTACGGCCAACCAGTTTACCGGCTTTCGCACCGGATTTAATACGCAGGATTTCTTCGGCTTTGTCGAAGTTGCCTTCAACTTCAACCAGGCTTTTTGCATTCCATCATGCCCAAGCCGGTAGCGGCGCGCCAGGTCGGCAACCATTTTTGCAGTAATTTCTGCCATTTTGAATCTCTAGATTTTTGGGAACGGCCATTTGCCGTGTTTAAGAAGTAGTGGCCGTCTGAAACGGATTTCAGAACGGGATTTGAGAAAAAAGGGCATAACGCCCCTCTTCTGGTGTACGAATTACTCGGCAGCAGCTTCTTGGGCAGCGGCTACAGTTTCTTGCAGCGCTTGGTTTTTGCCTTCCAAAACTGCGTCGGCGATGCCACTGACAGTACAGGCGGATGGCTTTGGCGGAGTCATCGTTACCAGGGATAACGTATTTCACACCGTCAGGGCTGTTGTTGGTATCGACTACGGCGATAACAGGGATGCCCAGTTTTTCAGCCTCAACCAGAGTACCTTTTTGGTAGCCGGTATCGATAACGAAAATCGCGTCAGGCAGGCCTTTCATGTTTTTGATACCGCCCAAAGAACGTTCCAGTTTTTCAACGTCGCGTTGCATTTCCAGAATTTCTTTTTTGTTGAAACCGCCTTCAGCAGCGTTTTCCAGAGCAGCAGTTTTTCTTCCAGGCGTTTGATGGATTGCTTAACGGTTTTGTAGTTGGTCAGCATACCGCCCAACCAACGGTGATCAACGAAAGGCATACCGGCACAGGTAGCTTCTTCGCGGATGATGTCGCGGGGCTTGGCGTTTTGGTACCTACGAACAATACTGTACCTTTGTTGGTAACCAGACGACGTACGACTGCTTGCGCCTCTTGGAACATCGGCAGGGTTTTTCCAAGTTTACGATATGGATTTTGTTGCGCGCACCGAAAATGTATTGAGCCATTTTCGGGTTCAAGAAACGGGTTTGGTGACCGAAGTGAACACCGGCTTCAATCATCTGACGCATAGTAATTTGAGGTATGTTATTTCCTTGAAAGGGTTAAAGAGCACACATTCAATCGCATAGAACTTGATAGGCGGCGCCTATTGTCAAGCACCCTTCGGCGAAAGTGGGCATAAGTTTTAAAAAATAAGAGTGTTTCGAAATGGAAAACTGACGGATTATAGCGGATAAGAGGCCGTCTGAAAAGGGATTTTATACCTTTCTGTCCTGTTTTCATCCGCCTGTACCGCCTTTGGCGAGACCGCCTCAAACTCCGCCTGCTCCTGTCGTTTCATCAAGCGGTTGCGGCGGCGGATGGTCACGACGAAGACCGTGAACACGGTGGGCAACACTGCCCAAAAAACCAAATAAATCAGCAACGCACGCGCAATACTCGGCTGCGCGGCGGAAAACATCACGGCAACAAAAAGATAGCCGATGGCGACAATGTGCCACATTGTGTGCGTCCTGTTTGAATGTTAACAAAATCGTTATAATCGCAACATTCTACCGCAATCCCGAAAGGCCGTCTGAAAATGAGAATCCCGAAAAATCGGCGCTACGCAAACAGTTCCGCCGTGCACGCGCCCAAATGAGCGCAGACGAGCGAAGCGCCGCCACCGAAACCATCAACCGCCTGCTCAAGCCCTACATCAAAAGGACGGAAAATCGGCGTGTATTGGCCGATGGGCAAGGAATTGCGATTGGACGGCTTTGTCCGTGCCGCACAAAAAACGCGGCGCAAAACTCTACCTGCCCTATATCCGAACCGAACACGGCGGATGTGGTTCACCCCTACCCTGCCGACGGCGCCAAACAAGAACGCAAACGCGGCCGCGCCAAATTGCATGTCCCCCAATTCACCGGCAAAAATCCGCGTCCTGAACTCAACCTGCTGCTGGTCCCCATCGTCGGCATCGACAAACGCGGCTACCACCTCCGGACAAGCCGGCGGCTATTACGACGCCACCCTCTCCGCCACGAAATACCGCCTGCAAGCCCAAACCCTGGGCGTAGGCTTCGGCTGCCAACTGACTGACACCCTACCGACCGAACCGCACGACCTGCCGCTGGACGGGTTTGTATCGGAGTTGGGCGTGCTGGTGTTCAAACATCATTAATCAATAGCTTTTCAGACGACCTCAGAGATGCTGTCCGCTAAGACGCTATAAAGGTCGTCTGGCTCAAACTATCAAATACAAGGAAACCTCCATGACTGATTTCTCATCCACTCCGTTTTATCCTTCGACCGCGTCCGTCTCGAACCTTTAACAGCAGCACACGAAGCCGGTTTGCGCCGAAGCGGTTGCGACGGCGAAGTTTGGAAGCTGAACGTAACCACCGCGCCCGAACCCGCAAGTAGCTGACTATCCGCACCGCCATACAAACTAACCTCGCCTTTGCCGTCATCGACGAAGACACGGGAAAAATTGTCGGCTCAACTTCGCTTTACCACATCGACCCACGCCATCCCGCCTCTACATCGGTTTCACATGGTATGCCCTGTCGGCACAGCGCACGCACATCAATACCGCCTGCAAAATCATGTTGCTCGACTACGTTTTCGACACTTTAAACTGCCGTTGCGTCTGCTGGCAGACCGACAACCTCAATACCGCCTCCCAACGCGCCATCGAACGCTTGGGTGCACACCAAGACGGCATCTTGCGCTGCCTGAAAGCTGCGGAAAGACGGCGCGTGCGCGATACGGTTGAATACAGCCTGCTGCGTGAGGAATGGCCGCAGGCAAGGGTAAAACTGCTCGAAAAAGCGGCAGCTTATGACGCGTCCTGAAAAACGTTTTCTTCTTCATTTTTTCATCAGAACACGCCCATCTTGCTGACAATCCGAACTCTTTAAAAAATTAATGAAATAAGGTGCAACACCGTCAATCCCCTGATAAATAAAGGCCGTCTGAAAGTTTTCAGACGGCCTTTTCTATTTTTATATTTCTCTTTTACATCAATCAGCAGCATTCAAAGCTATCTGCTTTATTTTCATTCACCGCCGGTATAAGTGGCGACTTTCGGATAGGCGCAAATCGGCATTTGTTTATTCGGGAAGGATTTCCCTTGTGCAATCATGCGCCCGGGAGCTTGGTTTTTGCCATGCCAGTTTTCCAAAAGTGTGACGGATCTACATCATTGAAGGCTTGGCCGCCGCCGCGGTGGTTCATGCCGGGTATCATAAACAGGCGGCTGAAAGTTTTGGGCGCTTGGCGTGTCGGCATTCATTTGGCGGAACCATGCCACCTGGTCTTTGGCGGAAAACACGAGGTCGGACACGCCGGTGAGCACAATCTGATTTGCCACCGCCATTATCGTGAAAGGTACTCAAATCGGTGGACACCGCATCGTTAATTGCGCCAGTTTGGTATGTTTTGGGCGTATCGCGGTCAGAGTAAAATTTTGCTCCTCAAAGTTCGGCACAGCGCGAGAGTCATGAAATACAAGTAAGCGAACCTGCACCGAGCGTTACGCCGCGTGAATCAGGATTGGCGGTTTGCGAGCTGCCGAGCTTCCATTTACGCCAGTCCGGGCTGATTCATACCCACATCGTAATACCAGCCGCTGTAAATCGGGTTGCCGCGTGAGTCGCGTGCGCCGTCCATCACGGCTTTGAGGGCGGCGGTTTTGGCGGGGAGAGGCCGGCGTGTTCGGCTTTGAAATCGCAGCTTTCCCATGCGTTAATCACGCCGTCTTTCAGGCCGTCGCGCGTCGCAACGGTTTTCACCGCTTCGCTCACTTTGTCCAAATCGGCTTGGGTCAGGGCATTAGCTAGGATTTTGTTGCCTTGTGCGTCGCTGAGGCAATTTTCATAAACTGCTGGTAATCCCACTGTTGGGCGACGGCAGCACGCGACAGGCGGAAGCCGGGATTGGCGGCAATCACACCGTCAAATTCTAAAGGATAGCGTTGTGCGGCCATCATCGCTTCACGTCCGCCGTTGGAGCAGCCCATGAAATAGCTGTGTTTCGGCGCAGCGGCATACATCTTTTGAATCAACTGCGTGCCAACGGCGGTTACTTTCCTGTGGACTGGTAAGCGAAGTCTAACCGCCTGCTGGTCTGCGCCGAAGTTGGGCGTGGGCGTAGGATGGCCGCCGTCCATGCTGACCACGGCGTAACCACGCATCAGCGCTGGCGTAGAAGGTAGAGGTGCGCACGGGGATACTACCCACGGCGGGTGCAACAAAGCCGTCACCGCCACCGCCTTGGAAGCAGAAACCTCCGTTCCAATTTTCAGGTAGCCTGAGTTGGAATTTCGTGCCGTAATGCTTGCCGTCTGCACCGGTGCGCGCGCCAATTTCGCCTTCCACCACACCAATGCGGTTGGACTGTAAGACATTGGTTGAACCACCGGTGAGGAAGACATTCTGTCGGCACTGATTTCGCCGTTCGACCATTCGGCTTTAGTGATGACAGTATCGGTGATAGAGATATTTTCAGGGTAATGCAAGCAATACGTAACTA + %&())8<==?>A/+BF>(99DDDC:<=@A?AEF8)@H;>FEGGAEGGHGFAK@<>??$';>9+A?:@:C:CDCEBD?BF7;5GBC>GG>BIHLLH7DE>==>B7DIIJ>564-%%%).??=>?BB@98.28>?AB6>D<@)@03D@=;DD?DF=A<=EIGFDKK9=B=?>E?IHD12)855*:97%3>9A?ACACHJC>;>@@B4594CBBD=A;AA5;:>DEHJEADBADAJ>G;1>@99<;A4)))<8;==>65().--10)&+449;;<<=CEB:A?13.1641$&'&2@?=;>?+''&3489?>>><==:632;3=;DEB@A??>1D>@94EI6::::;:;49;8:6/1)*-<>>@B<>>;=;48>0210.3>=<9@@;9947BA21<<6D?30,:<@B@AHD,3JLGJJE?<@A:>=<<8:@CC@@A;@C2>B9?EDBDGEE;;@DBNLIAADFNGC<@?;?2%.)(48856A2@DC@<=2-1>CEHM<=<>=?BKNP;FFD@@96887BCC>;=?@>CI;)CC?:C>HAA?:C==DA;669;<9299,.;87/479)0?99=>9>EA;FD;8668?ECIHHHB;>EKI?++:796=?.><55)/7=,''*+.)=>=;,D=E@@HB><<==<7>9:442)&06762029;8=?@FCKJ:9@?F>=FDGDB8C<>B@B@:<9<62/(+<=><>B99@-IJA7A>>8=;;<<=@A@B,(5(%%*.02DFCDAAB89$40366:5/'''289<9BDA<<>B;:53+01177=7=<,1;7<>=@*&))663/5-/,.$((/28;<:<<;'4:=:7=2E=HGBG@A>3*/@FHCGDJ>)+6875;=>:?A@:;:;+))7;=<=>?:,4,)(+*,,@>7::476>A>:8>@A@A=?A@ADDB@??>076/-1:;??70/-2??C>?:?C:?DA;ED?=*''*84,/;6848:.058BGABDBEEFFC?GLHG<88;=D?AIFE;HA=<>?>:8;?==;DFHFGDFIGFED7G?@?=3,?B<@?=@;:=5.9847678=@?7DAE;GAB@GG+))775-')(##&&=?AA;<:BCAA335<(;@F:=BDFCDAB==53+*%'''3-+,.228;:;A58EBC1>=ACD><=9=;/)&$$'%%(&*'$$,+)%%%$$#%&%*<=>B5--0.,,.6;=?D@7>:<;99ALEIAAF@@9>89:41::+?<3;:855*?>CC@>@CDC/)'---43)1835.=?AEEHA9A>;8:*?41&56.8$?CIE;FB<>@A959FFIKCB36>@DB=;=DE?=;241.0'B5A<@>@>B@?;?A??B:BC@@>7BB>4:=>DEFSH9?874=?BBBEAAD3:<9*426/9*>9B?54.'><;AHABFFFCBCB8=A36CCDB34842;?CA7.'/<=EHHLMD=;<0,289AA695<=:=@,&@AFD=B89764@EDFH<=A?9(-+&(:;A6CEE=@9CB8:=CKQ??6>==B.+888?783=.=?:984@<5.987=>B=>:@@@:7=;@D@5886?;AFGB@?<8;=B=BBCEJ>?>=@>>>430(%%%%,316.3>B=MMKIDEA:026<8;@=<85-++1554@>/777;@:?<;/>F6::>HJGJA4*%*;=9986:=70.-/,())())&)0)1=?A@@?@:*.:?<:7-);?BF@=>78:?@OIJFFD?E;<>@A<;C=;=>8450.+'8?CHA8B6=>A>>AB<=,%=;?@60>=879>:/6./.+>??@?F:00:780+,-,,.46=?>BCDC=B;>=19@BDC*&*&&(4%67679.+:8:CDDHFFA:JGA@?@??>>KJC><;:68@B@;CEFEC=D;>E?@3?@;:;7:A<@BB=>>?812395--(/140;:/()%&#'(-7998315*'-5676:=B9;=?773,,'3523,7;;:44&&243/24/;=<99:6469>>:675-8??878?B@99$$($(*((803+:06600(-(%%'(%&&',,,440(14><<;:66:=@82++.=;<82>?ECCE=<7?AEGB:DD:@BE::>?KCC??@A>CD=64>>;<00:9>;<8>;/,;;;:>A@<<=+-5132>@C/>:BDON?@MJELKF>A@9:=?;/2>@;<6=<-$*&049:;@?BB?9<7:<@<=@8%%&+..188;:8B;=:FE5E<;CF9@HNL>CBD:639=?BN+7995(,.88??=9;26:8923588E>>@FFDC:>>CA8.)*&0-%79??CDDGC46<:9:==A<309>=;<:8:5<@CD@H=??67::=;25A9B8;(%);=<<)8>@?>@B6<=<<>:='%'8<56>><5?A@?>BBDEFB?>A<=<2405:<8936;=<<8:;=?EFEJ>;:31<=?<<=955;<<<9944877861//01%323.43>=<::=?A:G>><496836788841+2011476%11741))'')*(((%%$$'.&&'3:9<=@A<@<5773.68:8/(%%*3364=;>@999;*202-./01'&'/7<9<-4;5?77FDDBC9>C@;=<=AB:::=AF<;<>=;6;=>=BAFD@>K>@C<69793*4<=G<@>;EAC'#%%)(.2647/&+*'+$$%#(2:765@BDF@1=4(-/:6<587>>C@A@:5BBF=@B;@?;:))B?;:8?E@=??A6BE=5'20?9?7792@:220,'/99*6>>C@B>B7.**&%36980++&4=<;3/+)*/,236:))*.,><=;7A=7989DA:;.-:<>867:4C9:@33%75=DE=?2//*-10%'%%0-;86@DD=BBB@?DMF;BCA098;2>EFH>:9BCFH;>6B>?:::C199:$'001/-,(*).7;@:B=889@;);671896EG>B>ABFEE>:98>5/11,=?=?A>><;999?A@AD>@>HBB=HB>A>3247:<=>BED;=FBC:<9:;>BB=EGHB?::<>@EGIMG??@IMC82>;A:=?C=6);AFF@9761%%%%$%-,///,++'(*/6::640/;799A@?A?>@D88:@9?=:666*&5,59515:<>?>CDAA@EFG33>7219@@?=947644.-*&&')%$$%4/10145<<9?;DDD?@=/>ADD:@;E5<>?><:*58566@H=C?A6:<7?><@B8D?;=E?9;>;::<(0259<=?+/@:>13:9==A@:8;757>DCA>577:;@<566110'*&$*(/165B:G:9621<=@@=>DDF=<==8;<88A;B??=CCF>?781499BHC:;776BC@?CD@>9?>8867=BAB?7,1.-;;:==@=DHEED>?@645?97;=99C<0+*((((**,+8:?EEA?:=;B@<<00A+?ED;74<>67C:?=89+2622=A84?4/.114><@AA;:89445/)/''&&((021:<;<=@@@>@?*(&//3<>BIDCDED@?=>@HHIFGF@8=B:9;<1*.4=8<-/<<7&%198EE>GCA??<>BC>9=BHFFFJI=?>@?CBCDEA==<===5;5);8?><:66:=*-7<<@?27A?5DG44@AB=@::;;'****,=?B:>=@F?A?=;=;?=H@K>GE8739;BFJKE836,'*%%#$%**)=-:>B9:CBDA@B23%1/ABCB99:FC00;>A>==CH@<>;>9.0..*)*+-&$./-0/#%%%()9>9==:5:?9D78?<;:BCAD=787@:?=1<<1564674755?7A?&*AABA:=@B@80B@936??B?EEE>A?>@GJ3.?>A6?>C7;;=@84;@B=86=+D<=?777AA@?DDC?ALM?:E??>=BA;7...$()2**'&%#'224<:579=<=,0++9;B=8=?==@C>-.105+1-22@?;:5<>>CDC55+/0168::?B>BB;CDJBG?AH=>:?9;=;??@LDBCFEC@B<@C;017=@@?;//488:B:A=C@5HLH5;5ACDE8:A;GFE>B>DEE;HIPH459CDD;<@??=><;986AB>=EFB:CA==@B?A:;BEBBA@:;>>=:79A>BFC<5??=?DG=D9::@????6209=ARPJJE@>?=DHFD>><6*%&&(8:A=6BAEC?CAC7>C=@?@8:?=;AFIC:?DEB=E<'%$%%;?CFI=9'((148?5:FHH.=>?GGBF<6?LOMLC@A@?;6%%.4B5GJIAFFA>?:9;6;>=36?BDD36=?>@92<===A8=E3:<@;820(65.*7=DA>;B<68:BD<@@CDEC@@@=@D@<CFC89>=:929>BAC@D>;=ACC6(8789CA,,-$&3)?5479@A,/&)7=A689HED9:FB@A@985868;67@@8;400,9-$$'-..+-0,%$&*1,''$##)+03@@:?AE7@=54<6-*,86752>>>??EC@B@>>=8411-3&57:;57./(:0=36?994/('-+%)%%,-'+1+'))**)<@689;=9+<7<271=A><=-9:1.///%(((25@>9:>BDCB:ADD9<=5:=@?/++998@>?I=CCJEC8<82232%0=46:==9CDDC@<(*1*((((,78><=??6&:')<7<=>BE8=<3;39<1569;8<36446=>9:9:>97431=??;:?>)-4/10((+/14.,,3;96;;:%&)&$#%&''.*1<;;9=0:@::=BDF?A?=>;9%(6''+8-.-01121)3.344:+&++*:28?8:9@>;-553;@>>===??>8:4<;???1<7347249<68:;=?A@A@>?BBF/99=@>+(),99;9;C:;58A<<=77=A6+/:==:;>4+((++)-3545:;8A<66:<8>>>4057::=30<87.'''%&268=>@?>6323.2<>4:=7733??@G5:@=?AB>H;,,3;=:60894372&/67;>B>@66;BBC=?IKI?@;@C>=77=7CB2219874=BEHF(728?E89GFA9:A=?3FBC;<>?9:?B>?<32>;B<<9FDAC:=:-82<;;;7>CD=B@2154.=973?;0((()'&/4%*.30,G@>&,7($$((.&%%*05478*(:8.6;?<=DGFB>@DFFB@BH6DC?>=FCC8CABABC=;98=A;=BAFIEGE?8;3279=>;7@?;;/))&*++91:?7;B/6+4273346845/0./1;;:9?F?::77'%.(,-4320CCHGA9.9;0:5=:;A:=;:@CC@-.)*5(%&11.-21:A?BE>@;7+((%2:89AJH4>H:;>9>B9C;>8A:;?7OJ@:5?6>><:8A@4AA=23$%89659;3&(0,*2)8B=?<::,,=',&-21$)-4558530>=23:20JG?111(9ABD>994,32@A@DDBF:BA>7C>987=AC<;77;53:;=?3550%')$#'')++:97A59+.(((&58-23*(52395<>CAEH@D;.(-('-75382:>47/@=;A57??=',6;?=?=>@=@CBA2@:B@=@BA@><<55'CA@BD=8978CA369-)((%%$'$14=BA=2::,-0115205;>>40;72AD>BEC@>)97-,-(-))58@CGOIED:G?>868;>?368BC:<:6+$&%-221;:?=<97CCBE>=F:8>94376',32(&*'''(65;5*.+.&&-+))*4:;:DD?DE6688970,94??9=<52CB@A=E@47;<+>@887;;IGB@?C=7:9<45@64;A>>;/&&%79=A>>H?>=8&-(1+3359:,--.76<>,::;BCG?@3;GGFLFC==F;>A=C><;AG?A:@:?E>8::9;8-==;>ABA7566792%'($$0,1*.,*,)/-1.22<:D>CEBB@B=:9943).*(%%#(&&%*15:6<>?;6%%(()0,8=AEFEF8>G?@IGCDA89;729;>>623227*>A0A@>AC-/0/8671<=>>E>>EGFA;DF6/=9>C=B:EAE;1/)++8:5E=AACA=53<=7=@@C*)*-><=@=??+,668:@@=@BD88:3@?CB?EFDD::96C<=/>>?;++DA@5=CC?88=<@9/%%%'('%&.-..&&%%&.0/::;<=7:GGABEDA>?;9;B>?)+<:@55C0461@AACDAJJ==@A@@BADC@:88877+6<<1DJGKJE=..13:6=I?7=@<9HH;95?@@KFFDHGAE>GIECB>=3),252136*49<>>@?+@CHHHFNIJOP?EA><<99D/6=DFFEHKDA9;<@7$%76>?@<7<<9152;;;2.+3?@?A@:?A<@GGH>=@?FF>:8;C;A;=GKNMFDBB7<>@?=ABEFII?@ABG>B?7-/3@BKC;@=?CB:;?BGGE>1)/69@?;:9=>?<6,'0--&>AAFA>CC)%#$&&&%$$%&#&&&$(3647A@AA=<=EKGB3;CD@=@<>A=>6&$8<@54@?,,1BAAB=@7:;:0/3?8FI=0%,>79>:/=5<59--.12+/20))%#%(*&-688/+255:444>?<6;4148==>?=@67078?B>@J>>;BBDB@)'(>CBA99:564157?@AA?><<86:<'+44542,9?<@;:=88:GDA@883>@AB=83=@>>977=;85,(++++:4336<:=>KG;9@<.1/&...13233.?ACGFDE9>7-1-1:>FD?P?4@H=DD>;CIJ=DC>'//*0B@?:;B>A8@>>CB<:EA@IE>A?A@ECEECD668B8DA@BC@?;6)/0/255:9)&29133=>>F=BG>BD@>=?=AA:<<<9=8CDBCFIFI5:<8947HCOPNIBB004:4=@@<@EJE:411*('$$$'00102@;.46.)+''$&(3688123E?<=<=B4/2,26541),56BC@C@NIB<@HAA@@CBA>A>=AGH=>A>2/=<676>8?AE<7:JHKDFE?DGBMKHA@==>AA=89>;=-+:'::8A<53392.05334,.?:;97:=;>@@:@9BA=??=7457??<8:=B@FBHLI@6;;?;979DEB0FACEABC=EE89<,(53(),169<:@<9ACDE=.559?6:3(+99:+6*'()0+'*04669::C>7;>C967<2923@5778?>CC<@BAB@)).)*>CDGDEFHFDEDEE??AF:;=:ACHHDDOOK999938<;?;231-3.))%'.0278;@@@@:731*<=9C@@@@=><%$$7/>BAAB>>AAB@85'888;=>>A:<8=84>A?AB=,03=8:?BD=?HI;BB/>3>9=GC<;-',>+0@+::6665/9/19787=?=>@9A@41-@B::<964,3*-.648;>=<2+,%0AHDAE>>GDED412>D<>BB47>CA:6/%&==6=;97'0,,(++,21+004444=3;>?@@>>BEDC@?CD?B1:-=8?DA@=?@@BC=;:900*1&36614:=DC>>;?A@::78>>>;-**(&8<==@;;=@8+?:=@9FG@LKHKC=AAD=AB@HH=:;BBCH@ED?/+?BELHD8AEFE??=FACFIJKE>>@39;?>EH>024<@;;<>=8><34%+(57;?GFCCMGEHCIE>>7559<:480/1*)$(+.24@?>;:<;9;7+BAKCBENDIKG+9'))EC=3=>;??<%'3828B<25328:.CBD>31@DGFBC26;B6@>B?;>@DHLNDEH>C%)<(,<;:&*%%'+6=;;=<=B605A>BB@B@?/4ABCBDECGIGEC===>%B:88<><>;:7.'&&(4-.0((+35<>;322/0.#$(.0//'*?==98=8?DE?LLH:):@FCIGBFB@KE?LI???CPMCBBDFHGEJC=.E@HID4E<9@@@3)'/-++$.(()9===?GJ>@:BAA@?<>@?1<=ADE?DB@:8B@CDGC)-@?AFGEEA;:%(:69D<<;A=8;DEC>=?;?IFKIC:IHEDGCJQMADFFCIFEC@=CD8&&55>EF?A8898CLF@>DE3*8HFJPMJFA(?>?EHB@DGH>3<<3F?=@CFMEBJGCEDG=?C@A@BFB(546.6@B>26010&(222AB>A@A=>ABEADC>BGIIHONBE4BAA?9@AAA<>@9+/('-289::63AB<4?=AAA;899C;=DAGKJAFHD68AJKLMODKHQI7GGJKM<5C8IEDKLGIHGIDD?ADDD34<,4:;>:;79=LOL:F>GGEK:6/2777?JK@@BAJGHGNAEA?>DELFEGCAD=ADCDDFAB<99@BFB66886%)48:7711(9:9;?<>8A=<&7-C??CBDD3<@?=;:;90/:72+,,51<BBAEABC=>C@?888--2DG?15?.@<138F;B;GHIHC24$$$$883'1%8*5579>:B<9@BD?:=GG;&'<<(=:7=7:FDE4:999-<<=1564=>>:%*=>BACCIPLE87GGFIC,15=?ACCEFC?<<>HFHA=><<9+()),;56>BFBBA@CGHBBEC>3>::3366==??<=6B=DD<;>:?BBBCAF:B@B>DDB@=?B;>=?:A:@8798?=A:9//4C><9@>=>@C>?B)4:<==?69>B@9366::A@@,:>=B=9<=DAEC?:9@C<94@??BBAC4:2?&(&76<7;<=CEC>AAFFKF>A@?A?C>DHHGE@>BFCD??@FN98:A@>9/(+9CCCA89@79@;=;8;;;=;FG>KFDDD=89>@C@?B77I???>659=A>?AF?46CDGD15:F@<>1($$*<357C>?G>HF@8;>EA@@DFFJBEI>AEFGDGG=BB/9;=89@A9=C?@A>DDIHGIJEEA5;2>@>?>?>@@A<;;98:B9>=@>:):G@IK?9=<;--/<998=:FJHFD7.:4>=9@=?9C>G/B@484?04?@CCBEGJKI@=??@>6;=>B:*:::33>;>=7>'$9870>@A=;@CGJJCHCBA)B?=;@9BDBIIIC671;>::27=@CBDCE@;>=@:;<=-/1DIG<@CK/<=D-3030-+*127DAA819?@:.?B@/<=B@G;=G8KJLPPK?7?>GIB>@2-=@BA>AC>:;;4396**+-:;DB?H.@DEAC21390.4'8;=<=>:<=@9;++&600)+**;;A:>HLLJI9?C:?BEA@CB016;=9=FEDG%'>@C<;>DUS9EC+0;BBFFGHDC?JABLP9;=BHGIGC=16:79;5;@?@><@87C@???BDAEE??=A@A9;:7;@@>AA<3$$):=@AB;A;CA@=;G/;+4.?@=JG5424/:MBM@PNKDCFGLDIJBI<78>11=?ADFD@?8>C6?22E@<'9<:HJDCC=8CFAILF>?BEGHEGHD?25:>;?E8;79;;=:>@FJERPLEFC@@6;<;%*0355240(%)%$%/778=<=BBCDC>=;B<==@9DHHH;>JGJOICCBGFEH>:;;<==9,-(*60-;<632--+-7-><,.778>B=HD?DF>@JHAFG844H=:;:=@DA@;EE?CB?::F@=ABLL@AIL>;C?@:FGC>EAB>DEFHDJ>@;:67/7@C7B8:C?(+<9495>@@7:NLHEA<3AEDAF?@<>CAA>@9@DHBA;?6@B??<3405<<4440/16>ADDEDBD>>>//,&,142+>>107?A5BD:>==6&%%%%&'38C;867483897$%#%)459/396::1128:?<<=BFC6BADD=0*C=<:CB<=><<;B@>99>DHHHH?AA85AA@?6/67065&+3.,-%(+,,%349@@7759;34..3/8<@?949>>:>8=?B9:>B3370+&%%1-.)*,,,*5,*-544(*.225/%$(:<>;?40<<='%&%%,&+--1/5,=;>>;?9?@?CDFCA??499<:==79>=<<:>DIAECAJMII7D9@.,939.+6::?DBAB?BD8:&'#%--%868*79757A@4>57AFHGGKJJ:=;@ALROMLGEJJ@BA58?89)('%&'&'+2696DD;@EDBB==,=FE@>?>ACA=A=98577<9GA=B3/@=<;$'4267?9;=@D>>?65<>80-0?;;9>=;<9%--0??><@E@<8>9BA>&54=>?-/7?E0A47>6955+-)*9=)))8@9;AA?>=834;;35=4))678:@FIJJCJKJJ;AEF@BDF;;56<=/A:;;:@AFF>>=869429=??MC=B@8@2&+:;>9478/.';A;9?;@CFBB>==;::BCCC?D@ACC@EI;311=4>@4KB>:C:@CCAIH:8C.,**(93;%%7BA;8;26845?>1%)/2668=5B8A>AEI?:GIGA9A@<6.3,-&//136ACCE?A>@7417@>?;;76=ECD?RSLIA@FHKB.1B>?<>;?JHGGIG<?C><6=<8;9;950,,.4;B?=EA?@B=>G:?@DC2/597:8)+1:;:8=CHHDD?-)(,)''433>755974=:7/:;?>BC8:=$$&;=;;23$8>??=/4=?+==GD>@CA7EDBDD?8CDFQGEAF=?<6<=@?=A>46;<8;GJC<;=:A?>@CFGHIC=?@FICABB???H><+B@BAA?;63//*6;?@;5476&(&)#$,7;>C@BAA87/8@EG:2??E=?EGJKK/CBCB>?3)=AH?DBB@@B85-?>AAD?>?8%((79<<2>>ADBBDO@C=@DFIH@;:-))(((,/=>CGG@FEB?>@8D;<78:>>A>=8:5=+&')23399-0065:?;+'70-0()(56;.@E@?DIHCG?DEIIB?HE><04'5:::;>?=73,33988ADFG6?ICCAF+99+/9:5*-1?>=>@>8=>>99;%%%+5105ABEHC.(600054,'$+&--8;>79;.?=A>F;>DGHKKTOIBMMB5798:JGCE@BECIEHJJ9=GJF>A48>?BHHAFJCC?=,,9>8?F@6*4+,3-0*'''+&*9+-((56=@A=?06EFCFBB=7'$%',./+%)777:&'.(,;=485996)?@=?25)@?@GGDB;7B=A?=4659=ADDDA-;996>?=@C,DA819@@DEC=/5<**534.''*(1**1999=96BD?ADA>C>DFDC9CE<<===>7=78,,,=>==;)%%493:;;>?JKH@C@FJ><>GHFF:>KJE/1JC<8@@><>=)'')1+?=;9:;;5',...44;89=<=?BJKDFC?<54'8>DBCCJKHDC?99:668@(1/39300.)%*))3235DEED8?9-/%<3.,,1-()*-$%'%(/0&&87=CDJ=B=ACC48;@C5DF?+-0/'%%),=97CEAEG7F1AFJB??.@@C@@?B=DE-/EEEBB@-DFHHC4=:CHCEAC@9<0=9355ADAD+1;98;;-))'&,-5;>>:@A=4DB@CF?=:D/18),8:?332*&),,,'(13=C?@A??785CBHFCCABCAA8;AB>6321%#%(/1&&)??=BB>=5.:DA=>D=?CAC?CFJSJNG?BA;B@=EHHLFBD?D=;&)GD@E>==@C<813972*.57,,,)2345>ADB?4155CEFE8;1+4>C=DENMH>;=FA=BDFGA=>15>E=B@D=0,?AA(1169>;.00=>BC>?=BDF?613689;?@==:;86365458>@B?==?GB:537>=;?AEBB@?ICKKEB:ACA@>8:49<&6<>((3887@@BBE:=?AA>7;;<1-67:>@A8@C>:?BBF@;<;:;=E:'''-5=68<==6-;:232::3/0,*8>9=@<>:G9:>E@CEG@A3=>=9/179;=BH=@EDAAEBDCGDB8:3D=CCA@CE;@A8.-=:;7+-0-=;?><@;67/4?;EFEFE=CFF=?>=AE===A>C:<::>>;D=>>8DDD=ACEEDA=?@;C@CBD9JJII@A;BBDA=@B4?ABC5))/.16@?A=?@BB=47:CC?&&0:<=?=-GG>9C<249;?BB565545;<;<+/8<=&(9<1>/0<57?:77965::784313$%#$$##%,788566669,*&+-+664,@)<>GNNJC>CD988@DKJHCFBD;=C>C@<@>HG;>BDA0/'*;FHEDBB4D8BD?B>A?B?='+714=G83=;>=?647><)38.8;@9087?<;BBDF>?>*6555:@??HLBKKEEEC@>9:;:&)&'&134/858;5:C2BGD;=AF@CCD@GHF?;=C>);:;3C?=9?:EG@SOF@**?CED>;B?@>?()0.,CC>@E==>77578B@?94CE848@:CBIC&(;FGEC>*;*749/<=B@@ILLBB=?;333/54@BD:>ADBJ@??CA5$$#$$*,*$'%#$&(%11*8)<<=:15777:>3--/8??FIFGE>@A=F@;CCIJKPGD<@D=AEBC?>CC4-170150<@<>BBD::?@9A9=:;ED8@C4CGFA>74'(*19::872/)%$$)7<;3447B>D@B@@=@C;40@9JCCEGEIB9??:;4853=>=IHDMD6F/H?DAIDAADG>>ACDEEA:;FBGGDEJMOLRGC<>45??++<4GGDCBCKHI9D/+,'323)7;@674@A<84/><.+9:<>FCA@'%24,+,)489;;=4$9228=<97<;44,:9:7@@=<;?AA;24?BDGH@=>@@9,6D?CEEIJCH1BCB?79CEDCGE<9566$#$,47?CC7?<:B:;=CB@>??@:=>BBDDAAEF=<:77;?,/,,,.>=8<@A=@GAFBGDFDD@@;>:<<;=;998<:69*()),,26:5357-/9<3,@>CC4D<82.,.)&5/023>@C>AABB@GHDCB:CFBA:20B6EAIECFFLF=>=8$/'0;EED@EGAHJB@A@E:9A@C74BA967FAC<@BHI88;79;-)+FF2:79C;>?A=@C9;=A>6<=FA<05=@CAAC>;@>=;<==9<>949E?@)<9<<;-;=5CCAADEGFGCC>7/3676A=6@2:??8@=7>BF@>@ECACBEDFK>EA>EKKH=.6K:=9;8;EHIJA>9@<=@=BB>=@:8258<4''$&048<4599@A<,*1,==+)C@BB>FGBC::+984),7;==?DAFAB@9EA?>CF8@EEFGB95:996=>%'@@27ECAACA&)..9.'74(*(.&&$:;CDDB&97895=>?::@AA>-&&8;788?B=>>')89A;9@?>;>>?@*.<3D:A+3683A>CCC?>;6:?;>79352773%&+$),:-)&.8AD=A6<;<688;<;95*:;@DB@2ED@9;@D24=@E;>EADE@BBBB7+A;,/,,)&$))+;247792EEE;B=FBADBDGEGC=D@>:BFF<>:HIGB3,$(>;>?><92$''+,)8;86==DF5=@GDECF-))*=;2/((BCKM1(:@JJLCC@GF:<56:/+6979?FBFEGICGEEJCBAE8;ABH@;9/+++..44/AB><>EFA@B>>B00;47766@A2-+;>A799H@=;;:*-&%(/5.2?@?>@ECB9<=B3354?A>;+.*.((?=:6:BEAA+,/=>752+<848=?6(>@?3>?A,??%%%%)2/126677/%(<>@==%$$45C@8,1;BB?<@AA9+($%64::;EFEC<<77($-01@A;EKLEE=?DB@B>@<7@EC@8..?8'44.1?7GB><;=?@B>99=>B:KNGFGK@,HEF@AEBA=>401<=?FD@=?==HFG?;4971<89&&&#$&'2979<;<-))/442;;?@?;?A68CEDFFKKEDDDC=>.*B==A7+((@5=?CC=?B;<>@=>BBA=>2=?98=><>@DHIA<;DCEDGHFDEFB@CI;==9<46.422%&)*7-665;=733,/990?BBCH=HHGCAEHD<=<9::-4256>@<69A>7:9:*???5@BBFIBFGFB:441)=@GNH;@?CCE@(>B@5/183301($$&%&1-&69==6+)*11:<@?-/-0-##%',-&22<>36EE;(51237@.,-;::<6=BB>38?6=:>:385:8<>ADLLBC=*,(;;>>AJJKJDE?A7<@CBFLKLDDE88>>GJE?EGDD:=EILH?2=A;?CKI>FJG>@CNOOOFHEFDD8<@=BCCCAA464-1BC;>CCC=>228?<>>B@DCACC>@B?@???>=>BIK?FD@CGAGIHD0+*@>ABE79@C<5,(&&&)347?@DG09:7ALH=@A0368770-$%%%13468<=85((0%3)5-58>@A;>??===<>=@48@A?;:<96)6;;96<71764124)4%9;<9415;DCDJIEFJ8GFEFHHDC9;CF=>:;<@B@FGE@<<;?56<GE?>B8E@BB@A-$)&++-9AC:A@>BAFEC=B@DH>&5HF9CA??GDBC;:;;9;5;=?:>>A@FHKH?BJ=E=?9.4+$?B6%))3989;BD@D<<>>>79>4%$9=H?C@:5>@80BD@@CCAEGJDKHBB4+7660;?BE>RLMJD;KD;0:<93+'*)+<=>9.0+::C89@@99<=+FC@BHEI<@BBC<=@A%-/5=.166;:;1+.9>@ECCDD>?@BLJDEDE@?><>AFD=54BBLJJ?EJBB7DKJEB-<@CC;<;B@D=9?DJI=:GG>?<:35;966=;=AD@DDB@C>7:3087,@G<8>?@85(@><7?>>IMQDFHFDGJIIHD6BDGE?BLLAC;;:>&&%%&%&1/14:=><:+89>8667)3:==<:CFRJHQQI>GKLG>=%&//13/8?B=;>@B>FBGD<>BC7CCA<<77.:9>@E=DEC(A?JCA?6B=7+068:9DC0?>8;>9149A9LM@B7>4687A>FDHJI05&$$.)''$5BA5?A.<'=96@A886?B674'%85;;@ABH?GIF29.$'((ABEFD@??HEED;7984<;GFFOEF=>@B:;5<;>CEI>=<:)(+*.:??EB8-697:;@>A?:.;)(')8%&&//10;/*+343(1CGD@=DHFAHGHI?<91124=<;=B>:8;5<)+=?@'979?B=>67/<5;>89A<;)>MFC@==CD57;?ABC9.(,)$&&'-.,/1.$46==>@<;97BBDFHF<8C?;;8CDFG=;KLOJAA@B-4AB=GG;=<@;=<48779$#1)-4?5:=,,:20:;?A@=<&%076@DGMC=B8;AKK>9;>,.328>=@:0CA?DEHKG8B48=D7?-4(-78<>@?@@CD===/29/<9278;55=@@CA;DIRCKCCB?33435DDA>DED><776?93'9?:=<87./+(*(%5:695%(./8GBGEJFB>9>+1?ABA987%(//;7::=A@@?A<:<62(7?;:6;(8ABB?AFGDNHE>A>IIEKE9C?37A6;C==FFG<>;;EDDDEH?'''=<=238-*+;,@@BCCC=@3<)+5>=?==3+91,4BCHCCDE?>?A=B>DF?3.1//./356=?ADDFFBC?>22347<;=FG>>@I@>4;0))*ACBA?@BB?EJL@CHKCGGID@=?B:>;)$$'<89=9FF1::=DCDE6330EB@>HEGB@@:66>?>;;B4+4:/7@FGIKC=?AFD;DH2AEB>B85>FHCB;::56>97??E??B?A-CACEC<;9@);@@BB6;998@B>5H*%+01?C>.58?>=9-2=@=,))5?A:6?8A>AC>9:556GACAB96,.9%.??3=;=/+,---&&$#&25=?=C>=9>FAA=A=:?IJHCHJFKIABEHCACELJB6:9==89BDCBDFJBGK?2667CF<@EKKBC@+79==FEABDEEF@BDLL1:DFFHGFD4*EHABFC?@@B>>FK@GAHIH:=%&4@9::JGBEF>=::8(&&+)())$('$((.823@C6:''55:><>/&%+$%)59=89:814467&((;?753'5++38HEC;8:93;>=FGHK@GF>&=5.,--47A@E;=<5EFGB@<@<*79@=IFKOCLAEIDD8))+:>:FBL>72/1;=D?CED/*?@ECD<=>EHRKKABIIIMNJ3?A@=C?CELN?B13A=?@E<=D842@EDB>CC/**9;?A?9>?BC;421016>?DC888.GA7'==<:#$%07-=?AAEC?EEDEB5;=9=;/02.0;),,=?D@@CIFHFBC=CB?B:1D>FD>92>?>>8,-;9A;5ACDC<=<=DC,.ABADC,;6ACJJ=7;BA:(9GHFBDBFF@N@AFLK36;97==BFBDA0//099?CA;0;'+,===>??GMKIFA=9)'&&%&**48:;<>CC9=@9;9<@:9<<;:>BB8AD:.<>@A@FE<;0$$)&($(+96*08>/3-)2-+;9/*'#((05+.@7436.8769?>9669=>>)87656+'(&%%+/:;<GECE?@@8/.(;?@<:A52@<3>AA;:4'/+0.1337=<95@AH72CEFDA>@BB869CCEBDDABDCBBDD=%%&-%$*-,83??AEG>FDFF88;>;7;7042%%.%'&((')'+;9:9)-?=A>:1?:5;524B=?<==1-=DMGBDF8?AE?9BFF8;?@@E:=43.6;8.),>==;>5<>@>ABB=B>=@F=FHHH>:?9BDD6@A656?EGNC:C8=@IF.0CDI?DB?;?>DIOJD?AFB>?A8;FJC?:FJGI<;F@ABG?:.>CC>B@=>==('''?AC-I?A;AA:9132>BA;(=?>:>;1B@AGB@CCJ@;<=9BBBCA:DEJILE>BBE;83<>FIBA<1/4=;@LLB49EB;8)3'03/?AKPD7EF=@@=AB=NONIHFH@DDDB11BBB@?9?ILD>>==8@@JLEG;>D?@>=?ACCD9BNCA?8BFGGJE:<:/**-699666BEGC?@B>@DA>DD>@?/198/1467(,4555/1..(%,)(10%%&;:<,)<=<,5:??@<$F>==>>0);?B@=97-%$$$0$$2#//*233)0::95DEJCEAD?36*&=;BDDHH?'86338;;9(4>=CD<=@==C;991/,&%&/22;AB@DID3B-1A>;;$<;9;7658CBKH=;GCB=<@B@<6201-.68250002/177./)(.0266210%&&'''..$,$.--)@ADEGHA;>@@C933&:<>DC>458=7ACE;;:)8:@CC@=?<<7-(3725?:;=84>?<@8240B3GFFC.>45998776ED?9C>?=97??@8OOCC4,3A:.,1CCDEB8596;5447329+78A?AB8?=AEB@C27<=8;AGDCDC<1';2;853+%)./4569;8?@D8:?@FHHGAHP@B@@BGE=??A;>>?@=1+*)$&%24:;BB.:=@A>3BB@@IIE?;CHB=GGG=?;H<>FBD@46<,/00031;=@BAIGLJ?===@DG;3C>?;:?A>@@.ACDC?+8ADF?DKJEI/2++BBB:@@G?G>@BDF@CJ<;><;;>A?@AD>CDE>=B<221(3;;,?//1..,8)2-867<;BIABCAJFB@GHAEF;DF>?CB?<>=>?3:<=<:?@=:1>>59-:BHG<8C;20;@A9D9(2:4445)$48:<>>;@HCCB@2@6:?/:=..0,A?=?GCF:=1KBECDCDAB>@A7)+@@<>>E;JGB;28?<9>FADDG@=>A@C@;97.9:885,89A>ABCI?A?BFBDFGDDC=?CE;A=;::<=26*$87:9;@E?FG><>=82)+*-8@IC:CC@?<:245?;133.*406=8:BB62.0?=:7>>=389<8921%+:===2(.'++.,,.4;>>?09/6770'0232&%(*+$&&&)-9;=9A?=A9./04788<=58:<>9:1(B;5?;=<,$$$$$.5./78;0859=>.29:*,25.**(56:89488/552AA/3A$(?,'@A<7????AEF?7;?84*(35@@>A@79:98982(),884:BBAB@B=DB578C=>43<>86/0....,;73234537.687=@DDEHD:9FBA?1797853347:68<935???>A;@>BBDGG<:;3=?AA??=7:=;5=><<'$'.<>90<@FFHICACCFI8/=>68A@B=>?@BH;9>9@JD>2<;@;8>>B=8D:;==4BD?@@=<&&(778:472'<%*&8<:?86,;87;>&*)E;9A9&0,+*,5'(<6999<<'+5/?@@=,/102528;8;73449A=A<6+15587878:<99>+D<<:FB9:@HBA@@>98,,'''57A??+8??A?BEDAB&+2;>=7JC=H=<>9;CDDAEEJ??B=4+57C;=@=>*6;)68BCE>=;8D=BF=BJF@9<=9<@DK?==A38>G?CC79<;;?@B>>>=@IKI;-067<=DBA@<;:=A>=B511492222=>@DGF65=>@243@E:ED@CA@96&.,,9,,9<5+&4-561189**/)-,68@:78966):>CC;:EB=*(B>@BAB1+97AA>(8<>>16EI6=:AFGHI=<42;<>64A>:<8>E=@A>B@0@CIHC456/34+6>E;?E@E9@A@=>>;:?F9A@:FHEHGC3731=FFGC?@@=77?4>==>89@EDA@>121>==*,DLHIF@?DA,4:A05CBBALED::BE7-(%3;981+<=B=26B95952>:?@B5BCDBA=A@=8CD@?>ABMMGG7:DB<>FDG>9?AD*&%'''@A>JQJB@@=8;>EB?<<>A:;*111042<<>C9=?>=6<?ACCBEFAGB38<=9+4;5459.8:??>GDDDPD@BCFHB9@6<;@?;>79>=D<47$)97:<@;111;=>?DBCGB/02367778>,)'.....6=@FC@>:79?@<><98=?A=+-:4;BA@?@?>AC<=@E@CBA7>>=?3787<2%&<,:8'(2232-25**39A?8:=@><4CB962,,))&(/1/3$'$$'=1/+$&%-%,%&(%%$%$&&)70363EC@JI@A==<@A>61.0,*04'$<;EAB58=@<@=9176;9A;CC@?53.*$%%(,/&''6<@<;:>;2,&'(**<==>9>DAFF<92*&'-.<<=;;523;<:@BH?>GJ?;C;CDB41<26>D<>=>?==:;++7-(-8899?;<78;::3(;:?95.0>>8A;A@D@BB7MDEHKBCBDFIJJB@?A<==**>=AKKA<<>>&)==<,'/8;<69>?;:?:0)'(GGB>FA?C;9>D@@?B=3/+;9A>3500IB8KGG;@=<<0=<=;<;A:,7;ADALEF1==D;43'''(+989%<>?ABC,&:=>A*,B>@?B.2+/((%&9=6:4/=FFAHMKFCD@522=>:=8(+@>?>@?F>?>BHE?@FKJB@??=@@BH@9E:=67JIHIBEBDA?AA@9G9ADA>@;DGDEF?/812*)%((%+;@:221/%%'83/-,,*&$#%#%*&'%(&&)1*$*+,,%')()8<<776.59:>73<97?9-+*&$$$'89?>AECADBAA.?B;=>:F>8(869;?>>B;92?BD8A910*%&+862-9+),/,*.1,70.*&)/)+-44/-B<782121&*/143-87779'24'*,*1/+-.?A?CGJ8<>AA@@?A;/+'798:5>8<=54:?<*3348=>>6)8<@DG>.197=45<8>>?HIGJJ@A=@CC3=@;<78%&B;>@@?-.AA?7ADE<;<8236ACCIAENJTMDEGCA9:E3(9<;98A>:C;;BBC>5>ADJB4=D448=@2.>BCI>;@EGEFHGJFE:;:9&48AABADEE7@?@B>7872.'+& @SRR14011045.58703 6a6c08c0-1987-4e97-aa12-a418ba7a7a7e/1 ATTGTGCTTCGTTCAGTTACGTATTCTTTGTATTTTTGAAAAAATCATTCATTGTGGTTTTAATTTAAAACCTTCAGGAATTTCAGCTTTAAAAACCATTCTTTGCGAATCTTTTTCACCATTTTTGGAGGAATCGTAATCTCGAGTGTTTGAGCATGTAAAAACATTCTTTGCTCCAAGATTCGGCTTTACTTGATAATTTTATCAGCAACTCTATCGCTTCTCTGCGTCGGACATTTTTAAGTAACTTAATCGAACACGAAGTTGATGAGTTCGGTAAGGTTTTGAGTGTTAGTTTTACCAGAGATAGTTCATTATTCTCATCTATAACTGTATTTAGTTTGAGGCGGTCTTACTTTGCAACGTGCACCATAAAAGTACTCGGCGCAGAACCATTCATTGGTGGTCAATAGTGCAACTTTTTTAGGATTTAAGCTACCGCTTCTGCTATTGCAAGATGTCTTTTTTGTAGTTCTTTCTAGAAATTGCTTTTGTAGTTTTTGCAGTTTCATCGTTCTTTGCTGTCATGACTCCCGATGTTTCCCTATCGAGACGGTGAACAATACCGACACGATTTATGCCTTTTACCAAACTTAGCACCACGGCTTTTTTCAAAAAAATCTGCAACAATTAAATTCATCATTTAAAACTTCCTTTACTGTGCGTTGTTAAGACACCCCGAAACCAATAATCACAACAACGTTCCCTCATCTTCAAAAATAATCGAAAAATCAACCTTTTCAACCTTTTTATCTGGAATACTAATTGGAAATTTTTCGATTTTTTCGTCTATTCACCTAAATCTTTTGGTTTTTTCGCAAGTTTTTCCATTAACTTCAACAAAACCATTTTTAATATATTTTGGTGCGCACGTGAAAATTCTGGATATTTTTCAGCTAAATAAACATCAAACGCTTTTTCGACTGAATGATGAATATTTTGGAAAAAGATAAACGTCTTTACCTTCAAAGGTATCACTTGACTCATCATTGAATCTAATGGATTTTCAATCAGACGTCCTTCGATTTCGCCAAAATTCTTGCAAAATCTCGAATATAAGACTCACCATCATCTTCCGCGGTCCCATCAATAATAACAAAAATTTATTCTTATTAAATTTAAATATAAGCATTCTGAAAATTCGTCAGAAAGCTGAAATCTTTTAAGCTCTTCAAGCTCAAAGTGGAACATTGTCTTCGTTCGCGATAAACGTAGATTTTCATAAATCTTTAAATATCACTCGAATTAAATTTCGCCATATTTTATCTCCAAAATAGTCAATTTTTCATTGCACGTTTACAACTTCTTACCAAAGTTTTCCGCTGCAACTTTTCGTGCCTTCACCTTTCCTTCTTCGAACATTTTTATAAATAGCTCCGAGGATCTTTTCGCAAGCTCTTCACACCTTTCTCGAATAGGTTTTTAAAATCTTATCCGTTTCTTCGATAAGGTATTTTTTAACCACTGCAACATCACCTAGTCCACCTTTTGATATTGCTTTTTCATTTCTTCAACCTTATTTTTACCCTCTTCAGCAAAAACATCTAGATATGCAAAAACAACCTTCCTTCAACCTTGCGGATCTTCGCCCTAATATGATCTGGATCCGTATACATTTTTCATTACTTTTGCACGCATTTCTTCCAAAAGAATCTGCAAGATAAATTGCATTATTTAAACTTTTACTCATCTTAGCATTCATACCAACACCCGGCAAAACGGCGCTAAAGCCCTTCTTTCCGAAAGAAATAATTTCCGGCTCAACGAGGAACTTACAGATTATAAGCTTGATTAAAAGAACGCGCGATTTAAAGTTAATTCAATCATCGGCGATTGGTCTTCACCGGCAGGAGCTGTGAGTTGCTTTAAAAGCCGTAATGTCCTGCGGTATACAAAATCGGACTAAAAACACAAAACCGCTTGGCACACCTTCGCCAAAGTTTTTCTGTTTAATCTCGGTTTCACTGTTGGATTGCGTTCAAGACGCGAGATGAAAACTAAATTCCATAACAATTGCCAATTCAGGAAGTTGTGGAACCTGACTTTGAATAAAAATTGTCGTTTTCGAAGGTCCAGTTCCAACAGCTAAATAATCCAATGCAACCTCAAGAACATTTTCGAACTTTTTCAGGATTTTTTGCATTATCTGTTAAAGCTTAGGCGTCTGCAATCATTACAAACATCATTCTTTGAATTTTGTAGATCTACTCAGTTTTTCAATGACCCCACATAATGACCAATATGTAATTTTCCAGTCGGACGATCACCTGTTAAAATAATTTTTTTACTCATTTTTGCTCCTTTAAAGACTTATTAATATCTTTCGAAATTTGTAGAAATCAGTTTTTGTTGGATCGTGTGCGCTTAAAACTCGCGAAACTTTAATTTTTATCGTTTTATCCTACCTAACTTTCGAATATTTCTACCAATCACAACAGGATCGAAAGCTCCATAAATAATTTTCGTTGGTGTTTCAGTTTTTGAAAGAACAGTGAAAGTATCTTGTTGGATAATAGCCTTTCTTTTAAAGACCTTCGAACTGGACGAAACTGTTCTTGCGAATCAAATTTTTCAACATCTGCTACACCCATTCCAATTGCGGTATTTACAAATTTAATAATTCGCTGGATCTGAAACAATTTTTGATAACTCTTTTTAAGGATAAATTCGCAGACGGATTCGGAAAGCTATGCGGTGAATATATTGGCGGCGAAAGTAAGAAATATCTTATCTACAAAATTTGGGTACATTTTTGAAAATTCAGCAGCAACTAAAGACCCCATTGAATGGTATACTAAAAATGAGGTTTTTATATTTTTCATTACAAAAACCATCACCACGAACTGCCGAGCTTGCACGGCAAGACTTTGTGCGCCCAACCATTACCTGGTTTTGGTGATGATTTCCATGACCGATCAAATCAACGGCGTAAATGTCAAATTCACCTTCAATTTAAAACTTTTCGGCTTTCTTCCACATTGCGGCATTGCTTGCAGTTCATCGAATAAAAACCTACAGCTTCAGGGTTATCCGAGACTACGCATTTTTTGTAGCGTGAAGTCGATAAGGCACTCTCATATTTTGTTAAAACGAATCAAACATTAATATTATTATAACATATCGCCAAGTAGTAAAATAAACCTACCTAAAAAGAACAAGCCCTCATTAGAAGACTTGTCTTTTTAATTGTATAAGGATTAAACTACCAAACTTTAAAGTAGCAATTCCATACTGCAAGTCGTTGTTTTTTAGCCTCAAAACCATTCATTACACCTTTTGAAGTTGAAAGTAGAACAAATTCCCACGACCACTTTTGATATTGTGGATTTCTTCTCACCTACCACGTACATTCGGCGTCCTGGTTTACTCATTCGAAATAGTTCATTCAAGCGAGCAGCTTCGCCATCTTCAGCAATTTTTACTGCAAGATATCGCGAGGTTTTGCTGACTCGCTTTAACAGATTATTATAATTAGCTTTAGCTTAAGCTCTTTCGCTACTACTTCTTTCAATTTACTTGAAGGAACGCGAATTTTCATTTGCCAACCATTAACATTTCGAATGCGGTAGAAGGTCGGCAATAGGTCAGATTAATTGTAATGACATATTTTCTCCTTCCTTCTACCAACTGCTTTTCATTGCGCCTGGTTTCACCTTTGAGCTTTAATGCGGAAAGTAGTTCAGCTCATAAATCGTCGCATATAACTTAGTAGTCGACCATCAAGTGTCACGGTTCTTAAGTCGTCAGCAGGACTTGAAGTTGCGTGGAAGCCTTTGAAGACCTTCTTTGGTCACCAGCAGCTTTCAATTCGGCGCGTTTTGCAGCATATTTTCAATCATTTTGCGCTTCAAGTCTTTTGCAATCATTGATTTTTTAGCCATTACACTTTTCCTTTCTTTTCAAATGGAATACCGAATTTTTCAAGTAGTGCTCGACTGTGAGCTTCACCTTCGTTTTTAATTACGAAAATAGCAGTCCGTGAAATTGTGTTTCTTCGAGAATCCAATTCTGGGAAAATTGATTGTTCTAAAATTCCCAAGTTATAGTTTCCACCTTTATCTGAAACACTTTTGCGCAACTCCAGCCAAGTCTCGAACACGAGGTAATACAACGTTACAAGACGGTCGAGGAATTCGCCCATTCGATCACCGCAAAGTTACACACTATGTAACCAGTTGGAGCACCAAGTATACAAATTTTAGTAGCAATTGATTTTAGGCAAACGTGCTATGAAAATTGTTTGACCAGTAATTTTTGCTGCTGTATTTTTTACAACTTCTTGAAAACGTTTGTCTTTCTTTCTTTCCTGTTCCTACGCTAACAACGATTTTTTCAGAAGCTTTTGGAACTTGGTGGATATTTGTTAGCTCTAGTTCGCTTTCGAGTTCTTTAACAATAGTGTCACCTGGCAAGAGTTTTCGACGAGGAACACAAACAGTAGTTTTAGCCATTATTTATCTCCTTTTTTAGCAGTTAGCGCTTTTGGCTTCCTACTTTTAACTTTGTGAACTGGAGTTGGAACATGAATGTCTTTTACTCCACCACGTCAGTTAAATTGATTTGGTTTAATCTTGACGGGTATTGTTTTTTTCTGTATAACTAAGAACGGCGTTTTTCTTTGGTAGAACTTTAACAACTTCACCTGTCAAACCTTTATCTTTTCCCACTGATAATTGCAACATTATCACCTTTTACAATTCCATTTAACGCCATATTAGAGCACCTCAGAGCTAAGCTGAAAACCAATTTTGTTATATCCCAAATCGCAAGCTCGCGTGGCACTGGACAAATACACGAGTTGCTTTTGAGTTTGTCGTCAGCGATAATAACTGCAACATTATCGTCAAAACAAGCTAATTCGAACCATCTTTTCGACCGAATCTGGTCGCGAGTTCGCTTTAACAACAGCCTTCACAACTGATTTTTCTTAACGCGTTACCAGTTGGGTTAGCGTCCCCAACAGTAACAACGACAATATCGCCAACTCATTGCACGTAGCGGCGTTTTGAACCACCAAGAACACGAATACAAAGGATTTCTTTTGCACCACTGTTATCTGTTACTTTAAGTCGGCTTTCTTGTTGAATCATTATGCCTCCTCTTTCAATTCTACTGAACCTCGGGCTTTTCAACAATTCCAACTAAAGCAAAACTTTTAGTTTTTCGAAATTGGTCGAACTTCTTTTTGATAACAACTTCATCGCCTTTACAGCTTCATTGTTTTCATCCTGAGCAGTGTATTTTCGAGGATTACAGTATATTGTTTGCCGTAAATTGGGTGTGTTTCACGGCTATGAACTGTTACAGTGATAGTTTTGTCGAGTAACCGCGTCAAAACAACACCTGTCAATGCCGTCACCATATTAGATTTCACCCTTACTGCTACAGATTTAACTTTTTACACTGAGAGGGTTGTGTCGCTTAGAAATGCCTGTAAAAAGCTACATAAAACAACTTCTTCTGAAACACCATTCATTTCAAACATGACAGTTCCAGCTTTAACTTTTGCCACGGAATTCTGGATTTCCTTACCGCTACCCATTTTCACGTCTTGTGGTTTTCGATATGGTATGTGGGAAAATTCCGAATCCAAACTTGACCGCCACGTTTAATAACAAGTCCATAGCTGTTCGAGCTGATTCAATTTGTCGTGAATTGATTCGCTCATTTTCAAACTCATTAGACCGTAGTCACCGAAAGCTCAACTTGATGTTACGAGTTGCTCGGTATAGATTTTTACCTTTTCGAACTTTTCGGTGAGCGGTTTTTCTTTGGTAACAAAATAGCCATTGCCAATATTCCTTTCACCTTTATTAATCAAACTTTGCCGATAATACCAGCTAAGGTTTAGTCGTGCGCCGTGATAAATTGATGTCTGCACGGATTGTATGTAGAGAGCTGCAGAACCTTCAGGAATTTCTCGCGACGGCTCATTTCAGCACCATTCAAACGTCCAGCAACCTCAATAAGAACACCTTTCGCACCAGCTTGCATTGTATTTTCTAAAGCCATTTTACGGCTCGACGAAGTTAATTCGACGTTCAGTTGACGAGCAATATTTTCAGCAACTAATTTGCTTCGAGTTCTGGTCGTCGAACCTCTTCAATATTAATTCGAACCAGCAGCTATCCATTTTTTTCAAGTTGAGCTTTTAGTTCTTGAACACCAGCACCACCGTCAATCACAACACCTGCTTTTGCAGTATAGATTGAAACGGTGATAAGGTTTTCTGTTCGTTCGATTTCGATTCGGTCGATAGTTGAGGTCGGCTTTCAAATCGTTTTTCGATAGTTTTTTCGGATTTTGTCATCTTCATCAAGAATTTTGCAAAATCTTTTTTCTGAACAAACCATCGTGAATCCAGTTTTTATGAGCTTGCAAACGGAAGCTAATTGGATCAACTTTTTGACCGTGTTGCTCTCGCTCACTTTTACAAGTAGTTTTCTTAACTTCAGCTTTTAGCTGAACTTTTTCTCTTTAACAACACCAGAAACTTCTACTAAAATGTTTGAGAAGTTTTCTTTTGGAAAAAGCCGCCATTCTCGCATATGAGGTTTAAATCGCTTTAGTCGTGAACCAACTGTAACCGACAAAGTTGTGATTACAAGAGTTTTGGATCAGCATTATCGGTGTTTTAGCGTTAGCTGCAGCCGATTGAATAGCTTTTTTAACAGCTAAAGCGCTTCGGCGTGGTGTGTGATCAAGGATAACTAGAGCATCAGCAACAGTTCGACCCGAACAAGACTTGCCACGATTGAAACTTTTCGTGGAGCCTGACCCAATACCTTTAGTGTAGGCACAGGTTGTTACATTAGCCGGCTATTTCTTATCAACTTTCCACCGTGTTTCCGGAATTTGAAATGTTGGCTTTCGATTCACCAAGGTTTATGTCCAATATATTCTCTGAAATACATAGGAATATACAATCGACCATTGTGAACGATAGTTCGACGTATTTCTGGTGTAATTGTGCTTGAGCGAGCCCAAGTTTTAATCACTGTTCGGTCATCAGCTCCAGAGCACTACCCAGCAAGCTTGGAAGTCTGATAAACAGACCTTTTTCAATGAACGACTCATTTATTTTCTCCCTCTTAAGCTTCGTGACGACTCTTCACGATAAATTTATTAGTACTCTTACGTCAGCAGGATTTTGTAACCGAAAGTTAGATTGACCCCAAGGTGTGCATGTGAGTTGAACGACCAATTCCGTGTCGTCCACCATATCACCACCACCGTGTGGGTGATCTACGGCATTCATAACAACACCACGAACTGTTGGACGAATACCCTTGCGGCGTTTGCGACCAGCAGAACCAAGTTTAATATTTTGGTGTTGAATATTTCCAACTGTTCAAGAGTTTACCTCTCTTCCAATCAGAATTTTCGAACTTCGCCTGAAGGTAACTTAACCTGTGCGTAATCACCTTCTTTAGCCATTAACTGAGCTTTTGCACCAGCTGAACAGACAATAGTGCACCTTTTCCTGGTGTGATTTCAATTGTAAATCAATGAACCAACAGGAATTTCTGAAAGTGGCATTCGGTTTGGCTTCAATTTCAACTTTTTTACCAGTTTGGAAAACTTTTTCCTTGGAACATTGATGTATCTAGCCAATACATATTAGAATTTACCAGTAACAGTCTTGAACTCGAGCAATTCGCGCGCTTCGGTTTGGATCATATTCGATTTCTCGAACTGTTAAAGTCAAACCTGTTGGCAATTTGTGAGTTGAATTCGGTAATAAACGACACCACCACCTCGGTGTCGAACTGTAATTCGACCAGAGTTGTTGCGTCCAGCATTTTTGCTTTTTCGCTTTCAAAGACTTTTTAGCGGTTTTCAGTTGTCGATTTCGCTATGGTCTTCAGTCGTCATACCGCGTCGAGCAGGAGTCGTAGGATTATATTTCTTAATAGCCATTACTTCTTCTCCTCAGTTTCAGCTTCAGCGCTTTCAAAGTGCAATTTTATCACCTTCTTTTACAGTCACGTAAACTTTCTTGATATCTTTTTGAGTTGTTGAACCAACAACGTATCGTTTTGAGTTCGAGATTTGTTGATTCGTTTAACTTTACCAGCTTGAACAACAGTTCGAACGCCAGTTACAGTTACTTCAAACTCTTTTTCAATCGCTTCTTTGATTTGATTTTTATTCAAAGTTAGCGAGGTACATTAAATACGTAAACATTTTTTGTTGTAGAAAGAGCATAAGCTTTCTCAGTTGCTCGTGAGTAATAGGTTTGATCGCCATTATTTTCTCCTCTAACCAGTTTTCGATTGTTTCAATTGCTTTTGGTGCAATAACAATGTGATCAGCGTTCAAAATGTCGAACACATTTAGATACATTGGTGAAACAAGCAAGCTCACTAATAATGTTGTTGCACGAATTAATTCGTAATATAACGATAAGAACTCGTCGATTCAAATTATTCTCTGAAATTTTGCAGCTTCAGCAGTTTTCCAGTTGTTTTGATATCTGCAACAAAACTTTATCGGCTTTAACTGTCAAAGCTTGTCGAAGAGCAACTCGTTTGAAGTTTTGAAATTTTCTTAGTATAGTTTTCATTACCACGTGGTCCAAACAATGCCGCCTCGCCAGATTGGGTTTCGAATTGATCCAAATCGTGCGCGACCAGTTCCTTTTTGTCGCCATGGTTTTTTACCACCACCGCGAACTTCACCGCGTTGTTTGTTGTAGCGCTTGCTAAGCGGTTATTAGCAAGATAAGCGTCATAGGCAAGCTTCAAGAGTTCGTGATTTCGAACTTCAACACCAGCAACACTTGGAAAGTTGTTTTTTCAGCCATTATGCTTTACCTCCAATGCTAACAAGACCTTTCTTTGGTCCTGGAACAGCACCTTTTAGCCCAATTAAATTATTCTCTACATCGATATAAATAAACTGTTAGATTTTTAACAGTAACTTTATCGTGTCCCATTCATCCGGGCAATTCTTTTACCTTTAAAGACTTTTGTGGATACATTGATCCGATTGAACCAACTTACGACGCACGTTCCGTTTCCACCGTGTGAAAAATCTTTGGCAATATTCAAGATTATATGTCGCTTAACCGTTCCGACAAAACCTTTACCTTTGCTTGTTCCAGAGATTCATTAACAATGTCTCCAAGCTCGAAAGCTTCAACATTAATTTTAAGCGCCAACTTTTACATCCGCAAGATTTCGTCAACATGGAACTCACGAAGATGCTTCGAGTCCCTCTGCAGTTTTTACATGTCCAGCCACGGGCCTTGCTCAGGTTCTTGCACCCTCACCAAATGCCACTTGAACTGCGTTACTAGCCGTCTGTTTCAACGGTTTAACCTGAGTCACAGTTACAGAAGTAAAGCTTGAACGAGCGTAATTGGTGTAACAACGCCGTCTTCACCGATGATTTGGGTCATACCAATTTTGGTACCGAAAGTGTTTTCATGCACTTATCTTTCGATAATTTAATATTAGTAAACTTTCCACGATTAAAGCTTGGCGTTCGCGTGGTTTTCAGCAGGTTTTCCTGTTACGACCCTCGCATAATGATTTTATTACGTAAATAAAGTTCGCCTATAATTTAAGCACATTTGTCTCTAAAAAGCAAGGGTTTTTATATTAAAATCTTATTTCGAAAATCGCATAGCAACTACAAGAATTGTTTTAAATTTTTTAGTCTTAGGAATTCGCTCATTTTTCACACTAATATTACTGTCATGTTTTATCATCAACTTCTTTGCAATTGCCAGCCCTAAGCCATAACCTTCGGTTCAATTAATACAGCTACGCACTGTCACATCGATAAAATCGATCAAAAAAACAGATTAATTCATCTTGTGAAATCTCATTCGAAAAAATTCGAAATCTCCAAAATAACATCGATTTGCCGAAAAATCTTAACTTCGCAAGAGGTCTTTAAAACATTATATTTTAAAGCATTATCAATTAAAATTGTCGCCATCTCATCTATTACCCGGTTTCGTTGTTTGTATAATAAAATCTTTTCCACCTTCAAATTTAATTCTTTTATCCATCTGGAAATTTTGCGATTCTTGCTAAGCTTCATTTAAATTTGTTGCTGAAAGTGGGAATTTCTTCATCAATTTTTCAACTAGCAACATATTCACCATGCGGTCAAGCTTTTAGCTTCTTCTAAGTTGCTCTCTAAACTTCACAAAGTTCCTCTTTAGACGCGTTTTTATCTTTTAAAATCATTTCTGTTTCGAGTTGTAATGCGGCAAGTAACGTTTCTGATTTCATGACTCGCATTTTGAAACAAACTCAGACTGTAACTTGTGGAGCTTGTTCGAGTGGCTCTGGAAGCGCGATGCGCAAACCAAAAACTGCCAACTCCACCGGCGAGCAAAATTGAAAAAATCTAAGAATTAGAATAGCTTCCGTTATTTGTTCGCTAGCCCTTACGTTTCGTGCGGTAATTATTCTCGTTCTAAACTCATAATCGCTACCGTGTGAGTCTTTATCTTCCTCTTTAAAAGCTATCTCTACCGATGGTGTAATTTCCATATTATTCATGTTTATCGAATAAAAAATAACTATATTAAAAATACAACAATCAAAACTAATAAAATCAAAAAATATAGCATCGAAAGACTAAAATGCGCACTTCGAAAAATATCACCGCCAAATCGTAAATTACTGTTTTTATTCATCCGATTTTATACCTAAGCCACGAACTGTTTTAATTAATTTTATCCTTAAACGGCTTATCAGCCTTTCGCGCAAATAGCTAATACTCGCTAATAATGACTTGGCAAAACTATCAGCATCATAATAATCGGCGATAATTTGCTCTTTCAAGCTGGTCGACCAGCGTTTCGAACAAGATATCCTAAAAGCGAAAATTCTTTATTTGTGAGTTCGATTTTTTGATTATTTCAGTGAAGAACTTCATGTGTATTTAAATCTAGCGATAAATCAGCCACTCTTAAAACCGTTTCACACTGACGTTTAGTAGGCAGCAAAGCACGCACGCGTACAAGCTCATCGAAGCGCAAATGGTTTGTTAAATAATCATCCGCGCCACCATCTAAACCTTCTGTTTTTATCTTGAGTTGCTCCAAGTGCGGTTAAAAGCAAAATTGGCACATTTTTTGCCTGCCTTCTCGAAGTTTTTTAGTTAGGCTCAAACTATCGTAATCACCGGAATCATTCAGTCAAAAATTAATAAATCATAGTCGATCATTCCAGCCATCGCATAACATCTGTACCATCGTGAAATATCCACGGCATATTTTTCATTTTTTTAAAGCTCGCCCGAAAGTCATGAGCAATTTTTCGTTCATCTTCAACAATCAAAATTCTCATATGTAATTATTTTATCATGCTTTACTTAAAAATTCCTGAAAATTTATTTTTTCGAAAAAAAAAAAGCCCCAAAATGAGGCTAATCAAGATAATAAGTTATCTTGCAATAAATTTACGGCGAGTTCTTCTTTTGTTCGATTCTATGGATCTTTTGAGTTCAGACAGAAAAAAGTGCAACATAGCAACCGGCCGGGCTTAATGGATTAGTTTCGAAAAACATATCAGATCCATTACACAAAAAAATAGTTCCAATTCTGCCCCAGTTCACTTCCGCTAAAATTATACATCATCAGAAAGTTATAGTTCATGTGGAATTTTTTTACCAATAAAGCATATAAAGATATCACTGTAAAATTTTTTTCAACTTTATCATCGAAAGACTTTTCAAAATATCTTTCTTAAAACATCTCGCTCAATTTCATAATGTTCCACCTCCAAAAAATTTCGATTTTGAAAATCTTTTAAACTATACACGCTTACACAATAAAGTCAAGAGCCGTTCTTTTCGAACAGCTCTTGTTAATTTTTAAGCTAATTTAAGCGATTTTCTTTTTCGAAAAAAATACTTTTTAGGTTTATTTTTGACCCGTGACACAATTGTGCACCAACAGAAAAATTCGCACAGCTAATAAATCAAAACAATCGCAAAGACAATTAGTAATAAATTCAACTAATGCTTCGGAAAAACTTAAAAGTTCCAAAGCATATTTCGAAACAACAAAGAGATCGGCGAGTTGAAAATATCAAAAGATTACAATCTCATTTGGTTCGTTCACAAAGAAAGAATGAAGGAAGAACAAAAGCGGCGCCATTAGAGTCATTATAATCATTCCAAAATAGTTTGGGCTTCTTGTGCCGTTGGCATCGTGCGCCCAATACGGCAATAAATCCGTCACCATCATAAATCATGAATTAAAATTATCGCCGAAATTGCAATTGTACTAAATTCCACATATATTTGGAAGAATTGTTGATAAATCTGGTAAATTGATATTTTCGCAAATCTCACATTCCGAAATCAAAAACAGCATCACAACTCCAGTTAAGAGTAAAGTCAAAATTTGAACAATTCCTAAAACTAGGATTGAAATTATTTTACCCAAAATAAGTGTTCGTGCAGAAATACTTGTTAGAATTATCTCCGTTACGCAGTTTCTTTTTCTTCGGTTGTGCTTGTAAGCATTCGAGTTTGAGAGAAAAACTGTAATAAAATAGAAAACGAACAAGAAAATTCCTGGAGCAATCATTTCATAAATCTGCTCATATTTTTGGTAATTTTTAAAGATAGTTTGTTCAGTTTCTCGTTTCATTGATTAAAACTAACTGATTTTGCGCTCGTAGCTTTCGCGCTTGAATTCTTTAAAATACTCTTTAAACAGCATGCTTATTTGTGACACCATTTATATTTACATTATTAGCGTAAATCTCAACTTTTTCATGAGTCAAATCTTTTGGAATAAAATAAAACGCATCGATTTTTTGATCTTTAACTTTCGCAATTGAAGCTGCTTTATTTTTCAAAACATTACCTTTCATTCCAGTAATAACATCTTTCGGAAATCATTGAACTCTCATCTTGAATATCAAATGAAAAAGTTTCTTTTGCGAGTTTTCTTGATTTCAAGGTTTAGGCACTTGAAATTGCACTAAAGCTCAAAATATTACGCCATAAATCAAAGGTATTGCGAAAATTGCAGCCCAAAGTTGGCTTTTTAACGCTCAAAAAAACTTCAGAATTTTAAACCGTTCCTGAATTATACATTTTTTCATCGCCTTCTTTACCACCAAAGCAATGCGCTTGACA + $$%%&$$$$**14-(&:+()()')($$(-(')5?>;:2FFBABD;@FB<9=06::62%'.111'440696,-<:7;-)%*341107<+)7);;:;8/)694)&$-++0A7510-,0.$"&&../.31478;;<7()1-9:8/19/--4:;61/170(((')%%$.&&'%%$(#$&&%,-/0131:>?DE233-55+0/$.121106:4255:.,*)%';5CAC<<357))739?8;999<654533:.%$#09@GB?11BBDE?A?8255)'$$$&334444,268:<76&,40-2'*)#$&)-/3;A93<>@@CCBBB:<9@/)%%<;<>7//573)%&,'*+,=535320(&#"#%$,./34-52(*2398<@%+/,0/540.,),450.=?E<3<879(52''//$55081(%%05=?@8IDD>9@?++$02&.),*217830363##$&$*,%.CDAB>FGFD9=ECFEA2:15B:DMMNMB9;//23,>@D?02157573+($&$$#%$*2206<:1*&91'*+*31,-32=90DB;47<0-0'%%%%)%$445/8@@3@=B3)*$$#%',498687)-$$.)##+18=62/201+'87>5&1@AED6028511-=?=;:2&(,'4779<$%%%&'%::(%%'66)::A>>;CFDBDFA@@A910,'#$%&#%%&'&&&56629:726*$%%$#)%$*<>>CBEG<47607<;9/+,.'$+%#$%'&,0/,*+6<5A=@@;9=?43,*-*&$$"$$$$-2751&$$#$&'*9@8><:504-,4:'560=?JBGGIHE=<9&&.06A?>?;@DB299,7?4834?@FD75485<=;-1((&()'#&$'$$&#&')*.-882(*49:=9817;;6439*(:9DE>5*%%,/&68>E4)$#$.29GFBA?9@?1+1)8@><99;HDD:7:ED><%AH@;664?<>=B98=:9@A@DDCA??=7:=99ACF@?:;AD<58:8:;88AB;CEA;)#$$%)892+.'/:;6:.,;F9<<>@E?A&(1665-61)%%&*)+*.1433,,2'38:>>:$+'%2853:==:@<=8;B@=@?675>;0+.49<@?95%%($58;9:,)(-6>99;9:;8?A<>7/564:'3*0*%*22+,*++'+/10,**)'%()&.///324677=@@>6-/..%(//6767:?>4)+769782+8$$'54++**))@@@9>?9==BA@><;<<7),)*-4/.1--01&+,-14488/6469=;0@.0**)*)%%$#'%%'8+2//0,135<*9:?AFEC?=::')/,,,+%$'%'1014.10/+0242+2&(/21*542222,.1+156=A?;0(0252,=?CL7?A?CE>::=9>=@BHO74&)('6.886<'$+-->9)-.><32@8:B<&43644-41,5522%,.,*$',.*>?46AC+$65;<=@@:2375<===ADBJKBGMJDKJ<=81:%C939A?6439+2::;.2)?;54$%(),66:;7+=>B=:132:?=?DEHFFIFGD6)<@BAGIKD(30676@A?DIFBB:2446046;=?;=*8-032$&*)+676=:=',*6%#$+()*.90/,%&):??A99=*%?::;<9376;444554156>?2344B59973811454EFA9<;@F@6:<=;FICDGDA<<6124569:<@GHGA;+>B99:<=?A<6E?==B>EC;+>BGB6==GGNJF=4:=BDHB)%#$7943&%()ADFF;@EHIHLA9@4B7>,,06DEH@EI<''79DCBC@>BDD33>A9A=AE>:89;575-7;9<(;9DFA=3<545;?>?BDFFGGNMIKKG>>HI9<7&&&%-/(7<>:B@=8=?=@A@?@@C*-EF@@.1:=>ACFFA;45%47?>>=938+,##2<@CK>B1/2,2:<>?BA<>=>FEBHBIGA?:>729==B@5>@:%%%%)/%)'(40(+*)*),/()&(#'445>C34-2,#$%$$%+.--1220%35001&&')0:<*&*(*&%$9),.89=A73DBB=1802616410996=/1,581---.0::6:>ABFB;354155>=>>7+*&''2:LHH4=?<;FEE6<679.0?A@=-&7<;4%%&,59:=;1.11'%('66,3486;A888,./+6*789@@;9::;48:8199;B34),&';;4:A5695$$'#&&+57:;833/)'/%*()%%%())*01=855-%%).*..,*%<<<@C@A;;4%%./%3723,3:8;;9'%(353+)1>=E643'%%%16;:A:?<1<8;>52%'(6;5+.))-??ADBAAB>>=;<66%%)89A@:>/-7/#%&-.+,-&-26=/+=;490&/455;;7,&())20328:A/A:A@@:B>@>5=;5@=SLGC@<46/&(**,+&(%>@ED;A1-).68()37&(**/76::9=@872&('$$&3356C=?DGCHCBE;,-:69833<45+'.'+1013342;>AGB>?D1:;6,%%23/./6:&%%0',0.1%',316BCDB?=@AE;85%,)6:;;?GF>12-%?=A8>3/JE;41,*6=GIF76778024$%34;A@/,-)$&&')5>AABD@C:BA<3,+%%)-29>9HI9;;?>>CC89>;;@AABAAAB4&('(-46:5@??;9<7+8;>)545:929@356*&#%$$%--9,58<=<6&&+....*%7<:/45=5,)027,*&#)+-.149;<(<<==CEBAB<./,0--267<=;8/0.*))*(::<;7+&3:,*+0*'&'.3)%'%&&''542434254)&3,/2/*)'''=<,$11594-*&/5557'&)%54-++$$&&$$$%-.-.::9:3%-&&&,/$$%):64((&('/3;>/&$#%08533100,09<9>::<28.%$$))+./+2-,(4;6681>@CFED>=9;;>?BC=:3458%,-5+878:++**)(*010/545/7830,*5>=6:2:;8A258?9:73&(%,/9=?;;(7>@DD58>?>:BIGEAGHIIG?ADD9=/.838;9>;=GJA@MLLKD?AA>87*+**)'+$%%%;882%%$###)278ACB9DH<2-&10883*,*>4**->GDLK>ABE=CCDG=@FE??:D>?-*-33:33*8;BA75)**()(&)'#&/204$169A?60,./1::1*''$-$%%8:.+/34&-''0.)0;>27>?1/@,0;6&(*.96::767873835344&$(+'./0/,5476%%13/,%##$$$$%#*2&(%%&&$%$&#%$$$$&&'(+*).(;:;=<>@><<=>I@..:?EGC>@J;>0(''(')(*/-5;;=;?64:>8AED>20(&)%&'+(*+(4BA269?AB9;9?A/+0674<>7/0/.606<=:@D<=<=@BB<=C>>2'%%&%%&+/'&)7;9*%*$$*+))0441(+,+%,)/0=A?C?5:990@@346=97.%038:@?=;%%'''=2&2./&&2))$%%-2$065,,,*)''&+42($9>?C@>>:;GADBE@@>EEHLKDD<@A>83=F;:?<<--)%$$%3545%2-('.14%)@E9884'$(-.,&*24444>;AEFA>)**%%#%&&%08<446@15?BGNMM@;AFBAA@>653./,*,22=?DFHCCHC<>A@DEED>GFBAG=EJHC2;911.89<@@BB$49=:CDFHGKNF*12:@>?@A8>@A?;::0,42;:9;8*50-('('&)242FGB<@B@A;I>>><=>E=))*-,;=8646))+4788<<58=?@==922)/9B?5))))*%$.%<:9>9;C9@3@>BFKGCD@AC-1')'#997?=:=<;=61578%1.+',2%'-2//26;>876;EHFIDCEC:<,&%-76&')+*%$$1,567?@DC?5546;>BDCDEFA><%%%%(697:%7><;D>4)9A:/*+)('(((02'((**&))(,,,+8820>722335?<.'+/-2*3)($1,,-A=@IE4779A<-43/8))+477046>=:DD=)302DC3EFFFC?><0<>B>DI6K>6??+&%'*473:>=38??I<989)?F@@HFE55877/89?:997CB;0898;6'&+05>@A@C<)+,+----334867:<$747<=?@9-39;CB8CKE=06BGED75/2+((8,)22-))%%%%&())()#%#''''%(2&(95.&'&),)*.47?B@ABA9>DB4/''&%$%',6537521:<>8122,,*.=:-7(((0129<>IEBEE;?GF5;?02>CFC;?@2+.0++/*9>=>@@=&&*+'%5(9:814+<;7(/.''*&'$$)(.2.1(+===?>?DA@=:85./-(%#&0/*56460190844622(((%$%"#$$'()&$$88:88799943-+$(,&&%$'&'%44&%#'%%&&%&34533'01$##/061'*/.,6./2*==;68>DFCCD>=@20)AD3>B93CA<>==C@>=?BHC++#%&&#$%$$+&)(-.)/766:7779>C=@IJ?>92.-0,%$$%13:<21,%)('%+./1&##%**..?5=89<;C?ABC:468;HBJGDG;:9CB>?LNH<9H>=CC<7877*,48*+.1312+/659?@773*--,(*&($$$''((.)+'-09@9BA=9C5*+455340452-)***.23769=CFFJLE>1466749-0/BFF@:?C..4@BC:B?@>9301$#$),',9<=@BH79=E?26=@BLC6@@<<9-'(',,+-+147>AA*$&60-)(&%#'$%%*/))+1&&)$%&3889=E=F?1;=BE572@A==H8+'7>;>=0094$'%/677-4)7&(6787&'%(,$*&)-&201093;;@97,*332<;A@>A:>BD4&&),3+9?:JKC3-*),.0,1*,$%+.2EBACIB=;EHD6<<:@11===+;7/+-19760&.-AEIG5.%&7A68>A4:::24??3'--5836111(4()+)89CEIKC:6DHCFLGIE6->79;BIF:5>8286((',/5&0*55%+@?176777A;ADB=76*%&+%'&)'&$/--&&066:9725?EOM?<>:3=CE:28<;9:&)1*15/13.6+19<9&&6;=4)(&++++,01136A;:/3-.*'*'7%<8.,-3-4BFEFFIIEDEF<;;/2*$:786=6%''9?9>=@?7:7@88;>A;()6,'&1'(078=/18C>??;.+'))-.').(*')-''%'*)+.$'%-83986/(().<>B=<9@350->@62800+*&(),34167=<,5)'45:;=<68/0<<=>:9><<68;<;966&&888)1323,$$+&&$$%+,*(/2=7*=3''%&,1100&&'*%%4209=;:.$$%),1309+38A@DG@?@8<:166(&''&-+-2./'',-02658@54:*3336<8:<369;1,',+)210)*($%%$$#%&#.2;===<'$'=?D51,,/:>A>>335);@C@>:=?A7.;CFD=@@FA=>>;;4'64:;<@2>1<=>*63...'%)$%%%+$$./.%%%)(%%/86$.((++0)%7:;;<@@B8==>@'378777/6.03:75:DB7C:9:9=843'+++/&%'10,7<=65==84:=A:=<88:9$$&%*+-214?@/0'-&%)&%&%#(=:1-/86.,%&(&'61-.*,*))*78;?87;?AA:;&511'$')&$$'589@;>?DF3=/>BD=6D<:87*%$(+-19:@9;BB?>@8(''36))88*(,8:A8=>/+7;870,2(/(+.5:*6)138',<=>@=8:14<9<>(68:;:4.275789;=34116367A=;<=@A==<:15:9-*%&.215.8-3(%-%*.*235.$+/906<=*)((/126:35:?@@>(4,,,,-8<;:?KGGJBA?;61),$#&(,.02:79FG?EGAC9GIDKIGA==5AAFJLOMBG?;6>3=9,,''%%&$*'%%'%$'*4469AD?ABC;?ABA>AC==/1/0%-262,0>?@?>.4,&$)(/-14:<@886<986<<;;:;6+)-8?56*%''+242886,%%)/.----.0:8;@@1&.)(&(>CAD@<;==BDJB?GIH@@@B?CA7:C=<6;EICBCED@CLE?DE5<407F@0/.&''98:9769;;>:5)459?@?;@+7()(--/344&6:01%)?=BB3/403/)16+(((%%'&$/0/325$+8C<>@@744DGCBFHJHAAIA7=GG<81,.8<+8++++'89>C=CBECECEAGHC?<53:@,,,&&'%%%0>+@?@DFHD+)..76A=;?A>=GGAAFEA649>(<<=>>HJH>@ACD?AFFGIECG;77842><2581%,..12--29782/+.3894.-:AHD985:2***(--,+/;?<::+*88B@8C/)658+571+/+'-775555/4=999)88?A@DHGKOK:4A<,@::6.(+1/4?A*8879;=CHEEBDFI>ANMKH=>A28=>:9,-*+(&+,+,(8$<6=@;=@DCA>=989:4?;/9B<22:0/5<=<<7<=;A;>5;*0)-&((&0252,(+%&$@>09@65340<2@@CBAA6$$&&$(%&&%./0?=@AEDF>>>;6:=((+--.(/5A8;3'%,-:=@A=,)7%>>;=<7548=F<'$(((=D;DKG:BCAEH@EDDGC==;A@>BF>9IA(-BGHA@/-)+((89;1?==9@:@;??+036DDH??:+21-5/4=>AA?<>A98A>9=9EF;EC?8?C4;0CD=@DGA>851.:).>6%$&*$)%%%=.998=<:9+('(132447754&/((17,)&89<:=2;>C@BDB8-.*(''+$%*$%$#%&&)&-.12:67@BMJ-,A':@3?@66,,-0*,98B@BDE>>G=EGAJI7:<3568-,-):?IEFAB/?+A>@@CC99.1,,/14:=A?><=>@B<=:*,1>D;34-*-,,&''&%&,%$)%%4;?==;8,&$(?>::=@?2@:9?6ABBA;ADA+A;8%(+/&0&3**+*)+*,+/*356566BHFA:<616.-)3>@@?@;1%$)'')+-/,-&&%'*67615/36>B+9?CE@D<43/)0+%%&$$#$&'/2.%$%&&&$&4'&(((,*)$,,*43)111::9?>CC.)($&02:3355:BCBBCEA58<@>D@%,%%&%%)+%&#$3379:@>E9HGHCD??G7.A=>+'BCC8:;=BA?@A?=74+1/7;943002:7.+8::://$&145873(6*.$'''*53178?=>9B<)8?43571'$(*'(((*,&&$,5>@;9<=?CBG?=;<973.&&'$%%%%))(%'.:41/*$#(+-$$'.>@223::@A:DDDCCB@>)85<@$#%/'-1.678/@EBADGEFGNQGA;HD6:7:E>;879B@5/*+'#(%#%$+))8;<=>)(154;A?=8=>>>ELG@02932,39:=CFD>>BACABHNA::B=H;:8>@CEA:3805+;6@098?AA?NPK=>??DEED;:61.--676.:;B6;9>7;8>;(*$$$$%18>>:3*));<25)((''&'&%';:)''-,0)*;??8<90'744%000.033*653519CDAHJK=G=K:GIIIB1;AFF313?DCB-2976899:2;:;?>BLC;9@<>=@8)0&(($(:-*8+-.0+*'(/=@@950+87DGGDA+9=9*-525A?DD9/9C>BB86%$$$(%'&&'&(+(6@70,-(#&)++89A;?@8)3*+*-=98:;@BC>=>81A-2<9;/./+,$37*5>B?;B?@>@?A59=EC@AD7(*<.(3?>??GA:;<@=7:-*.4('$$&?605/./==1)4895*$$*##%%''$2;C???(%&,**)((&&*/71289;/BFGJFMB?AEDBCFDAC>F99:=?EC.3%&%&&%)((=7+.6C6.570',08-+5>==?4?@>D>EGLGB@;'+4)+((:558===@30$#$''',$'211(5<69;<=I=+0&'/'26;9/=:64?DBGHHNHC8I@ABADDG9:<;?3:?;:71,(%;:>@A57<;GLK<569=C>IF@?<919;,'.9;5&**))/0&$%*+++.B48>9<=7?;>>7::>JMB?;>;:;7878BA@@:A@C=CDBEB6?26BBAC<<@%;47=:<-00)81+:631;@BI?516==??99>=??=A944<9@7;AB666<41.#&359;=45'%4A;<=;9.%'$'.=45))*28/133(34>?@<64-*&-4902<<=?<6,+64183200/1487503/45888*<:<;66>A:6:5?CA@EAE@EKL;FF:AD=>:69397++&1;<<4B6=58=;?9:.:H9?;BDLCCFF@==4'--&++1775888(%()(5527;@8236:>97520$#&'22./0.222250,-&'+*%/7/0-.))+**-,(*%+<:166:=CAB@>6/(+;57421.4;?>>94)-+')'554+'%%##(#%)37?>=;?@7;3,0;4;:>@B615408:;DEFFB;J=>@89==:9@?AB/8GFG@HE669BC;=1$&&&(#%&467@FJFC7;8+.331+-9=70973><496.@?BI@AKBGFB@14544/2+(%)*/6>::>;>@BA9=6:7100&#&&%%''%%&$()'&$%-.0/130*2/5//.===;;=:7%,'%$%&5:==;56@<,596=>).#%&+**,$(26398>@;=HC7:<2CFH=@CDH==>AB>,(&(+-,+'*568*$$?=5:989>@-//:ABB@=>:>>**+-)*-,//;<@3AB@@EE@63554G2==;;2('5<=CCEF:>+&27946923.),<:7ABFB&0%1+15356335*)/0028.1*-378-76;0%28:ABIH=?9BOJE?=>=CCCB9??A>0<:'22A9>7;@>GG>2*@A;/)(+.)%%958:61+'$#%'&(,-4-53-63*:;CD=<28=:%%4568:651+24419:9<7,,3%(798:8<9,''8=>A0=9=ACBBC945(&.31?:9@DC>-=C>88562-..49?ADEGCD=0)(4463))))708@<1B+@?;@:;@:LE9=KE70-0,56A6-'(&%%$%88748:4-..017>)8:;=BD6GFFD@DA8GGDI:C>=<9;98+///&%*..2767@C?DD;??<4,4068ABC:<35159<6=?AB=..7.-(++04/&56<20&*.22:8;<;86748112+.'+'$&()%&-48@8./0)79=>>@C>@>3=;>:==DED:=EE3>>=0(1)345;;<68@A?-%99:73-477&&).8:4294(,,)//99AB=636=<:?A9>?94'%3;=::<:8;:;:@:79:<;:,0;E36=;6?><?=B=&#$#%$'('%',7;;8761*72%1.2,127AB4/4;::52%%:;A=0$48:797112772(''+/-3*+*&&)+--(,/5&',-25:16)58569<235*%$$&')&%))+)4:F=??33<<==-%+6;%3/184D@AAHE4DC;9<;2'?9=<;?@<>=5700=?BEF@HHIKB5@E6;CC@<4086?+)&5<<>:F@<7420.34),::<0&2*+))))''303+/<<8*27*551163';<=><=8/50)((*'14--)(/.32*,+)%$#,5.1/..1?=NLIA=>7BCEC:JG?EDAA71/2**(8=83==E=LHA??G55.)&3;E@5EGHIF9DF@%,CG@=:4454699561432.)7+?;510<,9GDC?359;@>49252.0167JJA9EA@7:512822><:98:<8@CEHB>AA<@6.=FF@DC2)&$%$(%%%(%%63''(((%'+>EKA.<77;<:9)6+%%&(3;9>@ACB@<=558;BBA798:332E@EF>E?JKGD=+5??@?HHIUSSPGC?HL==@ILENEA;9B9EEFB5IPQJ=4;AB@@.244>>JDNLA<'*EGE@?4?D?EFCC:E=AG?@@;%<)8783434399870,7@A?CGGD?:8B=GJJGGMKJ@C?:0$($%$()+''$$'%%+/3+0(('*,25AE<,&,=7&'==A??@6%,---+1$&17:8>=;&/200''7:=CCA6<@A8><;:7;;8<6><7:1=?71=7657:<1')'&,+*)'';?7-0==>?>>=<:<681%%(*..,,679>>;BA>?:AB@>@79>;7('''58277>?C84268@@IINICBA;:.$$''&%%($'-'()),+,&-,-,-/6:;5@D;1?==6??<97:43/872;?><;553(*-(,*-*5.%%'%.31:=>;?G@?<;99:?>887A=ADEDCDBBA@<::9:;AAB8@I=DOB@:=::100(%$$*($$$%'(%&3==*169(99:>@:7:==>6<<<;72/..465898@8>@><<8,1*73%%6::>B94A:8284'&%%4.189;9:;>?C;;B@9<528-6==?A99:,DB==?:=?<>>==>@856;<@:9>?@7961669DD;)F;>JCABJD3378>ACF@C@D=@8.(+666000397667067=A?B;5=9462.=1*)-$7:ACAB@C@C;5>=C=A<=85317&&%&'+$%)-,-25:99BBB>8<>>:=)6''&+)((')(*)&+**,+1.'('%(*(''&,,/>AAEDC>=4==:87?9>CG<89?=<9>FECABE<;@;79/5*)7@>==89AFBEA9>;,&(.(*02'''(-0'&$%((7?@AD<(<=7:BDC=B8>B;;@*69=A>7+;:8:B:CE=7745515->=:866,,/48=?>>>>?;:4,)+,-44840<;<@=854?4:9<<+,(./1%)%$)/(25/12+7<:<999;@99:712202679>=>'%59@F=8A>8@>FF<991:4F=>DB91///$%%%'(%')+/0.+.--('/)+.)(*'''+0-+6('(()('$%%-.,+,('&%$('7-785+,-/)9:<9;*,3%4559999B-),AEC=;?@HF>&())...0??EEMCEII=EGG987?AHED>=B:B<BCB;?3//8801><9949>??9:@A>;@DFLNG8=DE<==DF?BEBFFD@HBCE@D;:C=<=B==;5-(*7@=@DEC<:=>8-/2777;;,>>>=:FA376><>==>?=>@:557>>/;%*7;>>;@<7=?=3>>EFEA:?@A=DFGCBGHCJADLJB=7;?@;3+?=71CGC:0DK=:=:754%1.4:30$#,++))$,0446;?A@9;;:9=>@C>D>=.AA?86=?>=FA:9<>:6.('&'6:24999AG9EAB?:CE>;=8<<=8ICA=HH??AB>D@?AAC>BA5:9:82151+1@AD=;=CEKGC>@D?FGDA?2/8>>>@+688<>?A6%%015=?;0&&++)(896B@=<<=,68?DAC88:278&&1088;4469;8::><>?>DA9%%$%'-.7<6?CBEF=<;<767;8./199;:9980A;;%&DA;;>;;DEA8/F>8>ABECB@BFDG@42/<86><(+(<@BE?>C9;BC?97211/'+'*682(0,.201)-######$''$),'*88=?DB0@@=<;:0177<<<>FH9B@7?BDF@@+,;<@)*=;:88DDFC>::B:HJIEIAF8<=?C;AC>?&)8DEE=;,856@BDAA67-3;<:5656978<=C;=B;CCAD@25ED@>96:=;=5(*(%&&)..8589AACFF==??@B@B?--.89@?>==BC>;?@@CG;=B>4>=?<=;.<*0-3<99-$$76;@@B;==>8B<:CAADCB7;;?;KMEGHBDEFCEABEJ?J9G@@GIILEBNM@C>GH?GF;?<>?11'(%&%,,),4/8999@C;89=BB@HLKA?FFIEE68D:;DB351204.13352*-.-1<2479>;7768=>?BC;EIAA>B5>>3@7:9;9>94D:DHA<=82098<=7--,1;@BDC@@@FEEAB@DFC;;/99>ABB745987::?CDBA@5ABC@@GB;8)%+/4$%$&$$:<@:=<=>@@?>>B>A@HCC@?D>CCB::>:84<;A998->97:49::;6723%%%)7<>34C?;58>@LF8:<>@???CHJ==;@B;:EF@BFE-&&)''56888=;<612.37?=>C>8;??@=BA78501;?GOE>?6==??8B5CDCD9A@:E>84?@>;AB=FDC;:;;BC878=?I?@:9:;3)@@B@>=@<>/014;982)$)#%$)%%14@B<@?<<245:<:68BFFB?@9&7513(-$%,(05631$'+#$$%%$+%-((%((/24788;:60$*-(*--'8789??84<=8:+25?BD@E;?76?;<8ABCD@;76$):4''8RP@63/&434556.96=@AEIIEK?D:>:?13:;9H<@>:6?=):AACAABIFE@F;GCE@8<?;7:;7C?A<>C@@45:6B6;=:99&=C@8>>59AB@BC=@;=>267=7674&4,+0861399?>;<7&()((*5:5:9BBEG@(+>@=8@@8:8:=A>A=?>?2;@C:59>B:@87@;BD@BG?9@A9?A6@632(&%&+/)()'$$%%%($#$(1.24-3089<9AA??A;CF>=46673358;54/)$*+.+&+)(,8;9:;6-//06770,13.($00149>?DBCFI=:7:>B<7<>ED<9;0.2('349;8+5:;>=?@@?@99?=?66D::96&46;:;&32111/%.068>=<9;B=)%&*)):;<5;>?CD@A=C@:):8>?FB:FG<8CDGH4,043',/-,3.*.$''*+'$&$$'%%%&++,++())),>99;4,&&-.AB56;):<<=78,):JKJC+?7>?@DE>/;<1.*4::33322025&53045.).0*$2=<8.2716/8=A444887DCA8889A?BAA$%38<;96;;=0592>?GI77?78%3963232/+&''6474>??;.07468@<>89?C;;?BHFC=.1688::?FD5>>>B9AEDDCC>6D700-.:AA;>A;EACD<:9?CEAI<@6>@?B;>@)6684'*&(($'23246A?;=ACBBAAE;<<;;<;3::6-+...+0,,,50-7@5559'><>3&.><>EAA86>>@BA9+;=;;;;H;-,4:8:C?BKH?=?;B<=;;9@BDEB<9*6:;<=???@H?>A?>679;<9A=<956875)(%%%%-*.8;7E=;=ALH@187671=CF::EBAJ??:LI63<@@CBB9;=?>?:45/&-/5(:@?1@A:CF?>=<8;.0.>%(7774048789=<7;:<<9?>:;C@?@7;5@:;>>F=G;GHFAA@880:@@>A::7;@=<4///''33--,53/*8=D>7/*;92388541//10-*(&%%((&&657:=@JJJGMI;E@@A;0120/4?@?CE9;E:25=EIDFDCE6;;19;@=@>@E5*&&&&'49@EABB/BC=7CE<8-656967776==54.)**)(1116>DGDDDED:=6:::;<40;=@CD??472./799D>C@,0A>.;<:@=>=@EGEH?YROIC8'/8E@@.(&&1=;?=?AC<5?<;'.FHH?B<>9;=:?6>=>DE>E58>9870369?@?1@CDCGA@FGGHDBHFB?BA8#49:EB3915?DJI?FJ@CD>CE>>DC?<:A@;=><7@=;;9/0+557E==BCAC??/*(%01::93;77*A@26=ADC>6682/?>>;;DBBABHEEGEDB@>=1))')--(',)(%%-00)&&%#%+#%7:5(&&462::@?B8?99@DCEBE92'16,%%%'&"'%,*&/,)(&&'+&-)($4448<7?4>;EG>D;?7300,+-;=@A=:('%#%%%:<66:::8:32EFFMHB@IAFAK9E<-;;>AB:%;A=9003971/,+*',$%%&%+$(/$*,)-;=>ABIHFA=HGAB@E@<=+$FDAA@?,?AHH=?=90640<;CJKFEG9@EAP>KHFONJ@;6130,,/=BEB/+-$>?:4-.(((((*BA>>EHABCHA:;>GGJGH@GIC:A>=><5:565<3@EEG6A=>84BCC;6-6;@@AB?=>@>??@>BDFKGA?@6.?EB@9:A89:;4?8EAFF@D=7FHUL>?KJAG=A@>B?=9>99@AA<375:EE@B,)7/?:$;CA;>0;<:>:?@845&&(52:@A@:9+9B@@@FGDB=@;C>?EOI=N;3DA@@,,13;;19@=CA71<@B?8@BIHHBOTICGF?>AK@9)(+7:CFE3+45(%+%','*;=:>8;<99@;??=13*##$&',/%%$&$$,&/13056*'((+66634?<@A<54%)+-/+48:8?85'/%%&)155=@BB?;?FDE=;BF=HKB4A>>CA4EG?>;B?==.#%%%'$&%,),*'/&$')//+04;656GHE?672;=E@=>?<=@D:7;74:0><$%+(-//639/13152/,'+*0138?7@7:7;@=HC5=>?BBAHAOML;<=<>@=8@;GKB99652-04;?=09**.6799;@9:<>;:1/))((+&&&$(**((%%$$#$(.78=;:2<'$$'1(23-.+,.:>CBC@A?=;><5--+-.5./*,*65@A@<:7///;=<=<942368143:99?99:16:48988:10($.277728@@?D><7-'68??BA=B=>:=;&(03B9564639920**+451:>@;767=A?<>=:555636*,6,,3+(,:57?846==<@@,5387;98:=EED5;7924=<68:44=<;;>=;79<<65/;9:;@:;=@8=@BA68=:@?>B:+(1:6#$%+<>A;>?>8;<=?A:BE,77862,-9=9D<5:=BGCDDA?:;?FGED?>79<:639;;<6422.23-'**88619GFFE8=''>:B=9>?=*-8-*+/-<.+/6?DHF>ONUTPFAA=C?E@ADDIHGDGD%%%014?1E=;;7=>>99997:98(/)(.753312+-89@FF>=<;;>>=8<:7:@@8,?>E8;@32::8>-->;:94893887*,8(+4*/;@7CB?A;@DFD27@@;720#('/7:@=@>A62::?@BA<6937BEE;D?>6A9=?=DEGEFBEKB>8/6%'557/::=BD=><;;=?=@@=*=@B=DD>@5BH>=:24220,,&&*()'&%&,01/.(&)'+2.-)'%$$#%'$%+%($%#$$#('&*$&)&'$%&$&07<4.'),*';'1=?4B55.*+*+-0-..863<;;83:<==>@>;;@8$,%(:03>24-//*+4((.%,;>BF==FH?.1=:4>=48<@>==8<;998''--//-54/426;=?B=B=;>?>55B>?@>DF:?B=A@DCADC7*//526$$<;5:+.>?7-698::9:+9>8@@CFHB@:9>>9870/32(&:;:=;9=,97;965.4714AB>1995<13>7?DC75:AAEBBEB@>B?=78:9=>?<,:9:5<8?BCB@;9;@58+=2@BCAE9/2CCA=>@@?E?D;9<=>;<=EBBA@5?>?>@@9:=?<;;-+)/44257;B?:=<;5;9??AA<>'*(((8551*.-&-'$+(&''(&%#$$%-'%%'&0/1.999+58*8:89?55A@@??@37<899<)-4334<>B@<;98/02441@?B;9:A:B749++,+$$&'&).-06748=>7=?FB9979889=>>?;;446538-/9714;<87=:<=2%:=4==B?A>;7:::678=?:9?<556>@=9:2+-,/,,,')(,4668;=<==>5<0=7&:;845:==>@@@;@BA>7;0510/%&&%.28=?><;756,--2>>=14/%&%)$$%')0024%%...$(==6:B>DIC<::;:<:C>=?@A=@CE>ACABC@AB;;%'-.)6;BCFBA?<>;<:@CEKNED=?=;FDCBDABF?<7?ADEGC31=7(+316CAAJ@EK@?>>>>;E==88>?B?;79;@BHEBA>9**8;AA=:==8775*13*%%'((()*63;;88@7//>=<<;@H@==<2888<3--(,;<11-47989A;9=99:;<;=EA->?A<68:99@;5:CEB?30-2:8+%1177956<:;;((,>AB::@;7??,,:@:6--./+/-2499:>>88:8-&28:=5@BA8C?AF4AEGC9>?AHKCAE?''8<<8:3=?@<3;34./-./;5<==48==AC>DDA=233<5;A752'(($%0882?=:)>BAA8:7<;?>E?DD?ADEB>;8@76557973''(((5465332.,(&*679(/,682(,3.<<977=6<>>;3;;;69,5;71,//2-<.>::@>:=7BB>861-.57=6812-36:01&*,15-#%-0(*6650.,321+*//+(&&&)**-4<:67:EEDC:?CIDCB<=8.'322?@CD9?AAFIHED?@:754122+('$179;=<:<31101(,.)()$%()+/).((**2341)'*)&&#&%'%###$+'&()()/$1':=>115>@CEEG5;86:7487>C;9855:62476244230*-20755/2:9=97<>B?BED;:977:;F=B5:7>5A;@F==ACFB<98;0&+$&&436<>:789;@CC;9<>@D=B@?:?;;??AA?9:?BA><=>@D98;<@78)*45(,558<1-.)2)58102<-.03559FCB=)$$;78>-28<=:;:88;=>0('';=<:;06,19984=@8858;??<@=>@A=AA=F?A@3//;)3$(&.-/0$$%'%$%'$'%$+..569:;4:;;%80:685;67982420:99,$$#'(()&)$*9::>@18@:;;8++':9;;:538=;?@7=B>FGFECRNIG@E::0B==;:96/*,4@>CCA;.((01/0139=GBB;:.6.$(<>5=;;7@JFB>?:J@<844466:5,/34?>:;*2>A@@>GDC<8894>4>/(.,('++---=;5445558<8210/+4799;>;B?8=4.;9<6429=47>>?FAH@>;@BH;A>=>;88?>?:==<=<63'$()./,.*-.0**''*0989:<7;-+7984><>>87>-3>>>EGFD:>;?D87;;=F;@;&;,@5?=CDG?>>:75B>;GF41=<=A?:<**57/78547/85%)<<6;:=%?7346749<;6;9882>@CDA?=<99<;BJBC:1A'@?==CD@;;A@?C:=6>DCD>)$..77::6*-:=;DFDHHHA8;=?;&%*.,674///.+**$*(+75??.)&<>95A;;9788:>>6;;=999@AC9;=EKC;5+8448C?6*2;:@DFGFG?<@@=>?GECA>ABFD==:$2:;8.)*),8=>;5:>8@4454478?>ED4'998<@6++/.*'8988::+*78>?=;<==A@9&6895<>??=<=8=<:8==FCF?@HD;><)+<:CA?BH=@<=::9/?B9242+*788;=BACECB>AHEAF9>9C>59?@@?=?9==;63@9=<77:8@AAFC@A<>=6%)7572('&+-9266:;<:9816'42./@A9>>7:E<@>@?;<@AG>A988375778&'/23ECB=A=G=9<4:>5&*::97:;;89;>:79>?>9:=9?;732002)'''%%$56-)13:96568295454>BCB2>EI@A:.9AAHDDB:==A3A@;=32773++361=?@=@>,-57+735988A;;=AB?=?6;14/14<:>9<>:@<::=C>B7487761&(&$$36)+:55649@>?B==;<:D@C@45;?B>LJLG@4/+$$%##%&0-7<:343+)8;CB=49=<>>>AEAA9=CAAB86=?ACCCJA@>GHB:,=,1678?13,669A@;;>*31;DFEGCA?:;G>:8*17<5:;>?;?:<>:B>3.-07>A<<>><:9>4-85+-26:>C;9:79:;@@??@@?>=;=:446/66)),;8>@CBE9=:EA4;C>77?F><:9;:;;9:7660;E:;=D@=>=?B=::@:770%78;7,0*.4672$$,.-10''&%%$%%-65=<113,.22:>9;;167@@A*/<66-2:8:=@>@6389B2104&1/./177485;3:07=B:A<773667+7<@BKGD;?=?AB??886?:>A1170.%%+$0136453784(58/0/457=>>;2=>><@?>B==?@/4;<=176?@:3*$22''''&&%&%0,,++.2()2,1017>D?:9584A>:5:('((**'*99<;9;:?A>675*&&&&'577C=>>>A?<=@98=;A@>;<><;54%%%%47469<509:0>7<7>>?CB>;>><=;<>>;29=CD<=30116<<@@DD?+2;9@D=;98771045*&$#%'*268>BA?B9;F<17@699:;;;-+,8>9;=A9=@:;;$%*+*($$2$65441$.&'(+*.02/787':<802*('%0-036;86$*#1%,+/,)+5065*23671.:12:/&$%($%%'(+,--1235/1-/3+236.$$'%21,.')+623-6853?A8:(,/,:;?:;5'%&2<@>28A9=CEEE9=>?>,.::>5-($%&&%%+'*%%%&,./;<>??AB>7;CE?>B37;:?FBCFHJ@=7521@<>>FD@=CABC;;D>JIBEB?IBGJ@G@CE8/-*6<,(-=8:;??G@FIF?<47,*0>BC:146.0---0'%+++5,+&'9;@;BAACG@FGGBAGKSIC;3;@AHJ@>;5C<)----484055=86&$$$=>19;>@<<@F@=@402>?B;==<8=BCA($%7+(*,)'518699:>>9@:55@>=AB4B>985$$'59<<57:+9<=73338=CDBB@<0-652)*++//&$&##%('$$05;6@>??:=@?B<:-4*+$/&20015<=;733;>9<:;B@<:9:4%&&%*,(+)'(&&+7')<47:ADEB?>?DAAB>=?JF)'':99:487;::01-6,&**/>@?DA3-5%.+1:;79>ACBC7/8C::.04,+))/+''/*1671,,)+135321+%496834'%543')459;<:7'&$$)69568C<;;:?A871::=@8:EDC@AEF?0;<8+%25432371:=?@;???83/@:DCA@))-47593067729;397;83/.%+(/+1+-*+7<;8;;=;<@<=;79/4389.&37::=>@@@@ABHHIH>;?B9EGF?8C>DIG6)?=>>D<;34248<>CF9=C>:3>@?6=?;;4984+0456?<=?BA66B8@?:9>=75//,45:550.2$-%627342..;?>@A6;C@2;>BA>:256=:9:A105:IEIGFEGIIJKFECBCI9LICD@8;6>8&<;<>CB@D?GG@IJBA=8A=2CE@@<553D?>BCIDFBBGC>?HA;:4=?>:43))/0+0345>:=MMHHD?>>A/02339/$$'&'%'$&-.42=>=BEF;D779<9-329;;81$,:=<7AE>A4,'63347;<><&*7:75757.:?:7C?AD:+)>;AHJ=254@8BA==-4%,,4899==<;HC>80,4:;644)&&%%&.07559**>GDGGGFC=>@>FD;C86<---0(.(330'.016-889BCBCKFDEBAB9;TII@EE:7=;=>:9:GEFFC:B?DFDFLFDOD?@FEC>;788=@GIKC@@=;812>;@A7-+'''*+<>6%3?575;9:3302635>>@EDEC@?:=9?<;<==;?BA=:6(()&&%%#$),'$.-$+*)*005012058999;;;;588+00400(&&&+'($$'0/1?==@=A.=667;;>:8777874)&&'$&)((+7775%)/77<448(#$(666<45:9/0')')3968CCGAB<;;=IHFE@97@=A@6973;9@<<9+,01)),9;89?A=27;=8896335?@?AB?4*444>C>HOMHG@FIHEKJC;C9:;>FF:9@4852.99863%%,/*,/)'$'%%,-,$$((&*((,/'332211DC;&+&);BFD@EDHFEGLH;=<==:96.,.;?@;=7''(58;8@;9GGAB@F?BE??B?@C=::97<>>?@89151-?=C97>:C?&(?<::5?:8>BA9A>;>:144'&$'06:8?46?BDGC6=D;IFGEEKFD811,(.41-#(+**&(&.%/48DH?>FGF?A=8699++:CCEEDELI9?B;9D>>@(8<;,-3CE:;45@@C?GDB@;?;CDFA9*6''>'9;=6?AAEE=>?@==>?=7BABC@<<02,+:665EJ=8?=9844/&+0ACFC:=<>KGAB@@BC>=??E8D@AA;8<>DDA8@;BA37;/-;51:=E<>:=@BDE92*:89;<>@>;:?@AA6609=:,>>AF;FB:@<=;E?=>@DD>D<@JAE>:<;<97>@AA?:===726CGBA=>:(:AF>AA@;9?::=?ADDBC;>@9334=>?9CB;==A9DME>>?<))01*:=&/7:99;79:4?AC*/@>=5:?A;78?DF;C852@B@=@BGBCAHIDFIF=@HEEGMLJ>A6=98DG==@9<;03=CAHKLGCDDC+'=8:;;@AHGFBE=:>GA=>=@;??@@C19BA>ECDB<6:9/*++-+9064;=AA:=BC@EE@6:DAB),5;;;:BGCGDC8BAK?<***/2)')'((%0+'+-/,&*,-03**.*0.).(%$&*)..43/0(1375?88<<9:9>?IH?DDA?OK>:::73*(&'(2375%+0.&)+$##$$$%$##%%$#$#$#%&'&+''()1',497-.@<<@6:<:9>>=6.9@?++.9-.71511:3&*)//'4,3=A>FCC?B<./0BA43:@C71<+C=<><;;*+)3/DDB@DE@AEEF8*,,4156,''7<:A>?=<=;;69<;<>:6=;=>=@>>DBE>@>FA>HE?=887-,<<:68><4==?=BCG?<4+'7:<9@;72303()--/./666+*31//278;:;:-,-9239;A>@BAA>BA?:C=?F<;?A:6763&$%(-774(8:50)**$&',887>A@:;@>?@?><<;;A:=@4==>@D@76)6/+->?>0129:79::<4&((-**++-/*5''&($'$+21&(%%##%',,2/566<<8=43-2AB=&(5576.6;?<7C2-):?FE?E<==>G=8:BB:;:C@>;>:797>@>:=;=/.(&(%$$%/($(),89;<<<<3&&&3)&:;;>A?=),0./:@>=>@E=:@@69-/113/2&&&####%+225>?:?20<@BB?<=?7/@>=@>;+))044'&%%&%&(((')+$*,./47;;<>?=;2-.9;@ABB:=B?:>9AB=1?A>@@;=8,,50444'$,%%&)(*,+0')7=ECC:78C??DE;F<6300079>=7A>D:90)')&205972*((//1+,-;;68;<3-:1?8>=>6>911++4'(*3%%*26?>=BB6>628>DF088?B=C6?:63&(2-.14;;3=/*:?BDB:@<5320+//875'975?99@?E?B?9;=:-0/0+(''5757::<@<@>*$/,578;<5==@>>AB??>=GGGE?@<879@=8:=<;==799:&%0+87:<;78:=?5:4649CC>:;9.4204;9992'))689;;7=:225>JFDFC?A?::5CCCDC8;BC-/<,/*663>@AB@A>=7:?>ABFB.,?;E?=8<98GDDH>>=DACGC=B>=;4:.,,--,*-&,+7:;>18?=:ACC@@B=7C@2==964=@A@9<8C=:@@=86<94/.<==74%(4)()+(1+.68=;779-0@A=@>?<:7(45;;8:>=@7<><346834>>=?<+2>@=4,,(%&*1:75;;68AGDC?@;&;8;;>>><6<:73;@CDDFE459=@D@A?AAE?889:=95%%5=?=7-,/12622-:6=BCD7@8:9==:756.3<<<<<&(+CG<99;9,3>9??A=E>AA=CDC=@:;@C@?=<==A?<=:*&'%%%#&%&%&%..86:;9;<@=6>45439=<=@@=<9998=43788()&$$*)&'-0.$'%23.,,,,**,7775=?99@B@>;<4GC?BABA;;6=@D?>D?9430538:<==>207014653657950$$/*$$'$#%%$#$%0'$%$&+%'$1-*&,$/.55*((%%%'*,%#$$&)(+(''''(###%$#3&6998:DA1=?=:49=:79C:8/,.$%$$&-%)$)&#&%%%##(''0839;=C>;8:689=>?B=6>==C==5(#%%%*(###$$%-('20+++$2441242((,3-//./678;>>8:?B<=B?>CE;=:CB2;@>:>?=A;<<@=5?>B<32;<8+/()&&')%&()(:@?=BCHJAB>A48DB>0)>>9:??;8.)+9988>:F85=:?B?86:79:@;;;@=7=?DBA;D?EA>@BCEGFI:<8896C:E>BGO>?DFF>ED??A=1<:4A1AAA<11@AE3;7:=@B@A;>C:57?@@:98513975;<6289:9;;>637>DEC?C;:A>48/:99FB97;>5DAC@=?8>DEC>ADD>IA;/FE>>A:-<;>202=><>:474--%*>3;7:1.(61@CA55)8;9:8:;=<>6-()0897)..2059<66<9;586:??BIKHKCC>B:)'&-//)8'0.21@<==;;=?=?@@A>;@D<@BB>DC=)?988-*184$(B>ED>;508477.($1$*'$%&,.23<+,8=669?=279?@@E1=B=9E@A>::38;><11235;4787:;458?;($+-/-'6'?=>EFD-=58?.0<9876$'$4-<>BE<>98>?AACB?=<94-'(9;=5=?@:9>>?C@?A9>CDAAE?AC4=DHJHE>>(1*:<9<:@HH>?7BCBCB>?D<=9543&1DD?BA??6=@:ABFECD?C?@B36/ @SRR14011045.22482 27956d30-b08f-4a85-92ca-e515d452b36f/1 ACGTATGCTTCGTTCGGTTACGTATTGCTAATTGTCGCACTGACCGAAGCGAATTTCTCCACTGAGGAGTGCTTCACTAAGCGGATCTTCGATTTTCTTTTGAATCGCGCGACAGATTAGACGTGCCCATGTTGGGGTCGAATCCTTCTTCTGCGATCAGGTCGATAACTCCTGAAGTGGTTTCAATTCGATATTCAACTCCGCAAGACGAGTTTTAATGTCTTTTGTCATCAATTGCACGATTTGACGTAATTCAGGTTTCGTCAATTTATGGGAAGACGATAATTTCATCAATACGGTTTAATAGCTCCGGACGGAACATTCTTCAACTCTTCACGGATGCGTTTTCCATTTGCCGTATGGTCATATTGGACAATTTTCGCACCAAAACCAACTGCTTTTTCATCTCGAAGAGCCGTTGCCCCAAGGTTTGATGTCATGATAAGAATCGTATTTCTGAAGTCGACTTTACGTCCTTTCGAATCCGTCAGATGGCCATCGTCTAAGACTTGCAACAGAATGTTAAATACATCTGGATGAGCTTTTCGATTTCATCTAACAGAATCACAGAGTAAGGTTTGTTACGAATCTTCTCTGTTAATTGTCCTTCATCCAGATCCAACGTATCTGGAAGTGAACCGACTAAACGGCTAACCGCGTGTTTCTCCATGTACTCAGACATATCGATACGAACGAGAGCATCTTGGTCGCCGACATCTTCTTTAACGTTTAGCTAACTCTGTCTTACCAACCCCAGTAGGTCCAAGGAATAAGAATGAACCGATTGGACGTTTTGGATCTTTCAATCCGCTACGAGCGACGAATCGAACAGGCTTCTTCACTGATACCGCTTCTTCTTGTCCAATGACGCGTTGGTGCAATTCTTTTTCCAAGATGAACGAGGCGTTCGCTTTCTTTTTCTCATTTGTTTTTAATGGAAATTCCGGTCCATTGTGATACCACTTTGCGATATCTTCATCCGTAATCGCCATAACCAAATTCTTGTTTGGCTTCGACTTCTTTTTGGCGTAGTTTTCAAGTTTGTCGCGTTTGGCTTGTTCTTTTTTGCGTAAACGAGCTGCTTCTTCAATTTTGCTCACGAATCGCGTCGTCTTTCTTCTACGAGCGAGTTCTGCCACTTCTGCTTCCAGTTTTTGAAGCGGTGAGTGTTTACCACTGCGGTCCAGACAGCTTTACGCTGTTTCGTCCATCGAATCGATGGCTTTATCTGGTAATTTACGAGATGACAATATAACGAACCGATAATTGAACATTGCTTCAATCATGCGTCAATGCGTTTTCCACACGGTGATGGTCTTCATAACGTTTGCGTAGGCCTTTTAGAATTTCGACTGTATCGTCTGCGCTAGGTTCATTCACATGAACAGAGGCAAAACGACGTTCTAAGGCTGCGTCTTTTTCGATATATTTTTGATATTCATCAAGCGTAGTCGCCCCGATAACTTGGTTCACGCGACAAGCTGGTTTAAGATATTTGAAGCATCAATAGAGCCTTCTGCCCCACCTGCACCGATAAGAGTATACCCAGCTCATCGATAAAGAGAATGACATCTTGTTCACGGTATACTTCGTCCAAGATTTTCTTCATGCGCTCTTCGAACTCACCACGAGACCTTTGTTCCTGCAACAACTGTGCCCATATCTAATAACATCATCAAACGTTTCTCGGCAATTTCTTCTGGAACTTCTCCACTTACCATGCGTTGTGTGATATTCAACGATGGCTGTCTTGCTTTGGTTCCCCAACGAGGACAGGGTTATTTTTCACGTACGACGGCTAATGATTTGGATAATGCACGGCGTACTTCATCTTCACGACCAACAACTGGGTCGATTTGCCATCACGAGCTAATTCGGTTAAGTCACGCGCTAAGCTGTTTAGTATAGGCGTTCCTTCTTGCTGAAGACTCTTGACATTGGCTTTTCTCTTCAGAACCTGCGTTTGAAGGTTGAATTCCGATTTTACCGTAGATTTCTTTCATCAAGTCTTGAGGGTCGATTTGGTTATCTGAAGAATCTTCATTGCTAATACTTCTTCCCGTAATAAGGCTAATAATAAGTGCTCTGTTCCGACTTGTGGCACTTCGAGGCGTTTCCTTCATCGGTTTGCCGATAAGTCACTTTCTTCGCTCACTTGGTGAATAAGGCATTAAGTACGGATCCATTTGCCTTACGGTTTGAGCCGTATCCTGTGAGTGACTCGATTTCAGAACGAACGATTTCCATGATCAACCCTGCCCCACGCGAAATACATTTCACACGATGCCTTCTTGTTCAAGGATTAATCTAATAGTAAGTGCTCTGTTCCCACGGCTTGGTGTTTGAACAGGATGGCTTCTCTTACGGCTAAGACCATTGCCTCTTTTGCTTTTGGTGTAAAAATTTCACTCATGCGTTTATTCCTTTCTATTTAACGGTATTTCAAATTGTCGATTAATTTCTTCATCATATTACTACGAATCTCTGGCATTATTTACGTTAGAAGGGAATGTATCTTTCTCCATCATGAGTGACATCATTTTGCTTTCGACAGTAATCAGCTCATTTTCATATAAGTTTTGTAATAAATGATTGCCTTCTCGCGCTGAAAGTTCTTCAGGAACAAGATCACTTAATGCATTTAAGATATCCATCTCGTCCACTGAATTTACTTTCCTTAATGCGGATATAACCACCGCCACCGCGTTTACTTCAACGACATAGCCTTGTTGAATGGTAAAGCGGAGTATTAATCTTGTCGTTAATTTTGGGAAGGTACACAATTGAATTGGTCTGCAATCTCACCGTCTGATTTCAACTGTTTCATTTTTATGCAGTACATTCTTAAGTAATTTTCCAATCAAATCCGACATATTTTGATTTTGATTTTGCATTCATCTTCCTCCTTTGCACCTTCGGCTATATTTGACTTTAATTATACAAAAGAATGCGCCTTTTGCCAATCATCTTGCATTTTTGGTAAAAAAGAAGCTAGACACAATGTCTAGCTTTCTCATTTGTTTACGTATCGGGAATACAGGATTCGAACCTACGACCCCTTGGTCCCAAACCAAGTGCTCTACCAAGCTGAGCTAATTCCCGTAAGTAAAAATGCACCCAACAGAGTCGAACCTGCTAACCTTGATTCATAGTCAAGTACTCTATCCAATTGAGCTATGGGTGCATTGTATATTTAATTAATGCCGAGGGCCGGAGTCGAACGGCGGTCATCACTGACCGCAGGATTTTAAGTCCTGCGCGTGCACCAAATTCCGCCACCCCGTGGCGCGGGCCATGGTTTTTACATTGGCAAAGCGGAAGACGGGGTTCAGACCCGCGACCCCACCTTGGCAAGGTGGTGTTCTACCACTGAACTACTTCCATAAAATTCCAAGTTTAATGCCGGCTAAAGGACTTAGACCCTCGCGACCCTCTGATTACAAATCAGACATCTACCAACTGAGCTAAGCCGGCTATAGACGATACAGGGCTCGAACCTGTGACCCTCTGAAGTTAAAGTCAGATGCTCTACCAACCAGGCTAATCGCGCCAACAGTAAGGTTAACAGGATCGAACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCAATGAGCTATAAACCTCCATTCTCTGCTCAATAGTGGCAACGTCCTACCTCGCAGGGAGAAACCCCCAACTACTATCGGCGCTAGAAACGCTTCTGGTGAGATGGGAACAGGTGTATCCTTCTTGCCATCGTCACCACACTTTGTATCTTTTGAAAAAACTTTCGTTCTTGCAAAACTGAATCTATATCCAACTCCATCAATCTACCAGCTATACAACTCGTGGTTAAGTCCTCGACCGATTAGTACTAGTCCGCTCCATGCCTCGCGGCACTTCCCTTCTAGCCTATCTACCTGATCGTCTCTCAGGGTCTTACTCGTTAAAATGATGGAAATCTCATCTCGAGGGGCTTCACGCTTAGATGCTTTCAGCATTTATCCCGTCCACATAGCTACCCAGCGATGCTCTTGGCGAACAACTGGTACACCGGCGGTGTGTCCGTCAGTCCTCGTACTAAGGACAGCTCCTCTCAAATTTCCAACGCCCGCGACCGGATAGGGACCGAACTGTCTCGACGTTCTAGACAGCTCGCGTACCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACCGACTTCAGCCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGGGATTATTGTAGCTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATACGGTACCACTGGTTCTGCCTAAGCCCGACTTTCGTCCCTGCTCGACTTGTAGGTCTCGCGGTCAAGCTCCCTTCTGCCTTACCTCTACGAATGATTGCCCAACCATTCTGAGGGAACCTTTGAGCGCCTCCTGCATTTACAGCTACAAGGCGACCGCCCCGAATCAAACTGCCGTCTGTACTGTCTCCCCCGGTAAGTGCAGATTCGATGGTCATGTCACAAAGGTAGTATCCACCGTGCCCCTCCTCCGAAACTGGCGTCCCGGATTCTTCGCTCTACCTATCCTGTACATGTGACACAAACACTCAATATCAAACTACAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAGGTACTATAATTTCACCGAGTCTCGTTGAGACAGTGCCCAGATCGTTACGCCTTTCGTGCGGGTCGGAACTTACCCCGACAAGGAATTTCGCTACCTTAGAGCCGTTATAGTTACGGCCGCCGTTTACTAAGGGCTTCAATTCAAAGCTTCGCCTTGCAGCTAACCTCTCCTCTTAACCTTCCAGCACCGGGCAGGCGTCAGCCTATACGTCATCTTTCGATTTTGCAGAGACCTGTGTTTTGATAAACAGTCGCCTGGGCCTATTCACTGCGGCTGGTATTGCTACCAACTTGCACCCCTTCTCCCGAAGTTACGGGGTCATTTGCCGAGTTCCTTAACGAGGGGATTCGCTCGCTCACCTTAGGATTCTCTCCTCAACTACCTGTGTCGGTTTGCGGTACAGGTCCTATAAATCTTGCTAGAAGCTTTTCTCGGCAGTGTGACATCGGAAACTTCGGTACTAAACTTCCTCCCGTACGGCTTGTCGCATCTGTGATAAGCATTTAACTCATCAGCCGACTCACTGCTTGGACGTACACTTCCAGTCGTACGCTTTTCTTAACCCCTCCTGCGTCCCTCCATTGCTCAAACGATTTATAGAAGTACAGGAATATCAACCTGTTGTCCATCGACTACGCCTATCGGCCTCGCCTTAGGTCCCCACGACTAACCCTGGGAGGACGAGCCTTCCCCGGAAACCTTAGTTATTCGGTGGACGGGATTCTCACCCGTCTTTCGCTATCATCACGTACCACTTCTAAGCGCGCTCCACATGTCCCTTGCGTTCGCTGTACCGCCCTTAGAACGCTCTCCTACCACTGGACCTAATGGTCCAATCCACAGCTTCGGTAATCTGTTTAGCCCCGTTACATTTTTCGGCTGGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGATGGCTGCTTCTAAGCCAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACAGATATTTTGCGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTATCGCCGCAGTCTGACTCCCGGATATAAATACATGGCATTCAGGTTATCGAATTCGGTAACCGGAATGGGCCCCTAGTCCAAACAGTGCTCTACACCTCCACGATTCTTGATTCCGAGGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGATTGGAATTTCTCCGCTACCCACCTCATCCAAGCACTTTTCAACGTGCCCTGGTTCTAAGTCCTCCAGTGCATTTTACCGCACCTTCAACCTGGACATGGGTGCGATCACTTGGTTTCGGGTCTACGTCCACATACTACATGCGCCTATTCAGACTCGCTTTCACTACGGCTCCGACTCTTCATCTTAACCTCGCATGTAAACGTAACTCGCCGGTTCATTCTACTGCAAAAGGCACGCCATCACCCATTAACGAGCAATACGTAA + *$##$&%###)0279&+A;3<220.1756568:9=4$$##'2),<:<85/)(*<@C@I@AC:<@801;4E>BKK<>DBCB3>89@A<8C9A;:AE?>?M?<::;6950)'*%%,=,=;@@@CAAC35?H>?,ABEA?A56>8=55A+/,)=CDDG>.))0->;6ABDEGFILGG$'3434B>7ADECGJKB@EB69=2957?G/76887;;;>.9=A2418*99;88@,3(%?CDFDD>@BKGAA=DGD?:3$&&&-16,=<>:<<>8*''2&113'((7B9?>C=?CKLEFDE;>?@6CAFAF6<<9*/.6:?BG>AB;;B?8AFJC;=<:??7AABADEBFJG==DACD?73;:>5@:;<3?A?86BD9:IHC>44@@67A?CC?CB==?AEC;GI9?@A===CAA?CHRP@>ABBKAF=?IH:;DIGOMD8?AACA?>IDKFHDG?SPT@E:==8CKAA@C?=59?4@DH>B?<'567775&46,*-.444'$$6EDEBDABFE@?B=?JF>?%+;=C@9(?AGDGIJG=I?3,-%$$01-('16>AAB889=;>.-*)))&-3@@?=DJHDD?63(%&&$'$%'%##$49579A,''(,+016=<<;:DDFEE9?:4A>892'0.3'')./249=<7:899FD>2G=DC673,EGE113=:00?'%%(((.(&&($#$35/-6,,-9A77<;>@?C@9==A=4,/'+537B>BDII='=-/-2>78C@/0/1;599>-:=A:-'*(()$%'#$-7;FKEDCBBA>;(-65+87.2GC>:>>56;;639;:>?8.3;;>@HOFG?0BPHG@HIC?;5<@,,694:+,/38>BB>IJB<>>AE9889==*'*///7:A>C7?BJC*6+-046H>IA@?<@A@79:;+06>29@HGGG@E@KJJD@00;8:F@IGDC=:&)&5785<2706=<8;-2FB?:75878DCD5468BDAAACBEPJE=@.*,-67<>@&)=?@?>>@::F?JEE,AFEA;@A=2=6;=4967664$)%%106=36364,)(78=A:=9A;>+''/?;6+-09$/)/0-.,'(-3876;610:?88=><6,+,1=<5A>CADIIE6.,+)<>C?FFC@>=1+?B?@BB%5/:;>;8@7303346;=>9&&-,)=45,.$)'(**-1.68?>6335>68169551;:/-1*98:><9=';;>?DACD==77463345024<9*',4+)(84?;=>IPOPM>GDA8<54,(67=?1?KJ@DA<;:)&'$&"$$%&&$$*$(,(../0$*###%#(+/*+*BA;@5$7:8AC@=OEGGFFBFFC>=?-.---6DB?<2<8C5*'&(&'$##,%&&6%%%%35<;13:%%%%+/9==ILF?DHF@<@9:A517:%48GB>$$$$+0/:=MKLMNGF=:?B2@%$$'00<0//?CCBEG@=?,-/CC?A79?CECB4800220/(%'(,164/C8DEIKC,0C+=2)*(*'''**%,.1((/-&''36058(&$'&&(+$)+89==?CCA01,'&&(&%'/278>D>>4$+$$'==BH=;59D<;>CB@077>BCDA2?@94%%>>?M>HI@INNFHIDJ>E=.+6/=;20..1800B:+)6&(44),.+,,9:@>A==9;:2+88:)38&+>ABABCD?9BAAF@BFFFGB:?>CJGE?EE@?;DBGF4.&*::>??),$&3:9=E22%$=?><25?B&669766EJ<59CGDBB<4FBHHC-%07:=8<3.//394/779==IIACINOKNE2377;40.0234.+20/&',((*'$%%+%(2-'#($&56888;CD;BB<629'*%'$88A==2@BB@B=>?@8FDBFGD=AECB4&947AABA;7>7831=<89&''2333352$%13:9BA>=C@89;1%''4&27743333645;988:>>66>I??AJ=GE8=;CDE>?187?A?9.+-122-.&&**6;@BBC?@A>E<@CBEBCDL8?AB)&&0%((&);=@8=78=;:33.%'+()'$167785<=998-1'''/'$+/03%#&%&;?=>BFGA>?B1-%&&'('&%$,/66=677BC@ABEF<9BIHIFGEFBCDG@?A@=@@JCB@CD>>:D@71-0&%*+.+5=??;<,(+++2,4;>D?;DDDB<4>8000%%3,*.45))*,,2/1/++***1-(&&8)9@<68G@:??><+3&((-8889;'$&&#%$%&1-02/0.-,-::1024(1049<<=%%226-1AC<')88:@JGB=ABB@;:?)//4>@:((;;C9944?;?KLEMA??D@=DAFHLHAEDGIBCGJKIB9=<=@::AB<8;89=:=0'/,%%)217;;:994;??82/*'&&%%))+9;?COMGFE8-+9@EHF=>7?A>@7GH@B?1DBG@'*45*)*)',--.*$%$'467;6>?FABB?GC:DHENJJA@96,&'%$%&&(-3496;:***0*;@@E:?=.-/(.4<>@@5-26,%%%.6'+*-4C958G@??<&.4-')*-322@=/-,.79A?@AB**)+-00216;23,.2:542)$$#'$$$$"$%&&-423233+'((&($*-.&%$&)))+01;=EDA<9?8?AFBEMHFA?@:9/134%'81;9,))14,$$'***++)28:><9<;29<7//9@;>1+(.(::?<&96:?DBD?5;?+))5;A<;>AC<3<@D78<=5+,14'$2..12=>739GI?=59<,)++.88:AB><9>D7747=4-$-)57?8<:<7;;**<;,<<<93<-5.<>H?FBACF?<114B>F7?;<>279734$%&'%$&+-<<:<:>9:3;99708@B>>:719/71125/*4/9;=8<>@2.3<<0-/3%3B@AE==;7=880-'$-*.)&.2,/+-//:75652/%'+%&)5<>FC2>=;.:67(.968:::0''2%32.6<56?4+'''*.019764?G=/*448936223**)*%&)&(-&)23513/33429;<>:2/(&*'*23<62%%(702A?>=A3>B?<3%%)%9>:;>;449&)889:9?=//220>A56:ACBB789GE?>1/<<<>?;++-4?=:;<78--*)+*##$$"$%&+.;::60.,+123488<:/3@:9?=CA@86320179:;9E=?;53-92//71&'#%'$&&''&1446/=?8:<>:;;/5;:9>B?@>@9<=<10.(((5#022%'79?AA<;8+078;@,/,.%%$+71:=?='$$'''1.)&$$%%$&$$'10.(*,23322%%(()*.*/23%46886('%34:@3@87+780299'.<6(&5,).$$%'848635397$%()(,11011154)'0+-2-58724:8?=2$(*-*+-+1-;;>;AA???==9,%$%%%%.116E>>B?IECHG'9::7/.,-$%&04?:<;A><*9=B9:@)=;..&',<@4?@?;=>B>@67*'+$*6996<;<=<@)<88536.?0<6589DK>@96@@'+..117739><88557=A<04960/1<99%&+11334A@AC>C89?68=BEEE@9:?D??DA35,+;>:@GHED;A:6503;8669CCE<)+,**-2779;:/4>E@EGA5;=@?73;99,))37392/25?9>=E@F3;;;;D-.85991BBBCC207A2??::<;9/3(%14?C5FBBB@AAA6:?AFD@=+476>CJEG>?=.'))(''#%#$%89?>>F<>??>:D/*==<<4-58E>FFIG955>;8?A3=?EFHC,)3,/,*-<645:416;?@>>?7-2/*)+(25E=>IG@BEC<>@BCC41:48HIK@;6999/+4>E<<>>JIH==?/-,:>>BC0@->@97EA88>AA>?=C?B7;DC@761>=9222C9BDGGC85,7%2652;9;>JI=>DHC==@53A@JKG?ECBC?;%&479=GNCNBC=M<=C=CA55@AG@G/?>>@G:;(*''$(9>>?87*-+(&-55>>E7A?868@@:60/1336%%%%%'$+1.;B?9;@>1;1::=BA<=@02=@==58=:CHE756.(((),%(&$&##&$++448::;=+.,43,$''$'%$&(##-*213=9<>8488/2::5@><:-69*('->7C?C9;9@@DF===@:=H=<*/51?@@=16>ACD8:3230(1<=88:CDEF?:;??@?G;>=<>BE>9@A=C@8:?C8@DFB+**-/487@;>>??=098::8@962<:>8/:)$1%6>?$+=A:82.)-87351039(,9;>99@A>470:29:8;94%6-85648:ACE>C<978:&7397<>9===?&9==91=8*,1+5+;7(98:<451;AGHGED>BB;70048;;8(713//00A::A??><>77'485&(7:96;:<@@?BBGHH?+?811.,.%%%%$&&&+++45=57;:;1FD@BF:@?DDEEC=;;=*5989>8?=?=AF6@688AE9+*##$*()3'3::95789AHE@BCCEF?323%'1>DG?;=899- @SRR14011045.55143 29b02dd3-70f1-4c85-ba0b-05cf4bb35674/1 GTACTTCGTTCGATTACGTATTGCTAACGGCCGTCGCTCAACGGATAAAGGTACCTCGGGATAACAGGCTGATCTTGCCCAAGAGTATATCGACGGCATGGTTTGGCACCTCGATGGCTCATCGCATCCTGGGGCTAGGTCGGTCAAAGTTGGGCTGTTCGCCCATTAAAGCGGTACACGAGCTTTGGAGTTTCAGAACGTCGTGAGACGTTCGGTCCTATCCGCTGCGCGCGTTGGAAATTTGAGAAGGCGTCCTTAGGCCACGAGAGAGACAGGACGGATGACCTCAGTATGTCAGTTGTACCGCCAATTACATGGCTGATTAGCTACGTTGGAAGGATAACCCACTTCTGAAAGCATCTAAGCGGGAAGCCTGTTTTCAAGATGAGTTTCCTGGCACTTTGTTGTGTGCAGAATATAGATGAGTAGGGTTGATGGGCAGGTATGGAAGCGAGGACGAAGACTCGTGGGTTGGCTGGTACTAATGAGCGAAACACTTTAAAAGAGTGTTTGTTGTTTGCGTTCACTGTATGGTTTTGGATAACAATCCCGTAGGTTTGCATTGATTACTGCAGCAAGAGGAAACGCCTGGTTCCGTTCAAACCAAGTATTCAGACTCTTCGCGCCGATGGTACTGCACTTTTGTGGGTGTGGGAGAGTAGGTTATTGCCGCTTTATTATTCGTGGCCCCGGCTTCGCCGGGGGCTGTTTTGTTGAGGCCCTGGTTCGTTTATCTTTATTTTTTATCCCATCAGTACGGGTGCACGAGTGCTCTCTATACTAGAATGTTGCCAGTATTTGACTTATTAGCGGTGCTATCTAAAGCACCCCTCATGAGTTGATGCTGGGCAGCGGTTCGACCAGATCGACTGCATACCCTGCCGCCCAAAGAGCGGATACCTCCCAGGAGGTGTATCTGAGACCCCGTCGCAGGTCTAACGGCTCGCCCCCGCCAACCCGCAAGAACAGCGGAGGAAAGGACTTCCGCTCAAGGGCAGCAGGCAGTGGCAAGGGCGGTTTCAAGCGTAACGACCGCGGAGGCAAAAGTTCGACGGTCGTCGCTCTGATTCCCGTTCCCAGGCACCTCCCATTCCGGCGGCCCTGAGTCAGGCGCACTCGCGAAGGTGCATCGCGTGTGGTGGCCGTGTAGTGCCGCCCATGACCGGCACGAAGTGTGATGACATCACCGGTCGCGAGCTGGACGTTGCAACCTTCTGCATCCAGCTGCGTGCTCTGGAACCCCGCAACCTGCAGGGCTTGATTACAAACACCTCGCCTGGCCGGTCGCTACCTCGACATCGACCCGAATTCGCGCTGAACGCGCCGTTGCAGCATCCACAGTGCAGGCCGTATTGCCGCAGTACGTGAAGCCGTTGGCGTCGCCGCATACGTTGCAGAAGACCGAACTGGCACTGCGCGAACTGGCACCCACCGCCATATTAGCGGCTCCGTAGATCCTCTGGCACTGCTGGTGGACTGCGAACGTGCACTCAGCCGTCTGCCCAAGGCAATGATGATTACTGGTCAAAGAGAAGAACTGCCCGCCAACGTGCGTGCGACTCTATGTCGTTGAATCGGCATCCTCGAGTGATCGGGGCAAGAAGTCTGAAGCTGTCGTAGCGCTGCAGATTCCTCAGCTGAACCCCAAGCGTGCCTTCATTTGGCCCCGATCTTATTCAGCGCATACTCCGACGCTGGCTAACGCAGGCCGTAACCAGGAAGCAGAACGCTGGTACGCCTCGCATTCATAGCGAAGCAGCACGCAGGCGGAGACGCTTCGGAACCCGAAATCTTTGACATGTTCAGTGAAGCAGGCCTTTTCCGAACAGGAGAAAGTCTGTAGAACTCACTGAGACTGAAGAAGCTGAAGAATCTGGGCTTCCGCGAAGAAGTGGCTGAGGACAAAGAAAGCCGGCTCCCAAGACTGGAAGAAACTAAGAAAAGCCTCCGCGAGAATGGAGCTACGGGAAGTCAGAGTCTAAATACGTGACCTAAGTGTCAGCGTGAAACCGCTGGACGCCACACCCAAGCAGGGGAGAGCGTCCGGCGGGTTTTCCTATAATCGCCCGAAGGCATAACGCTAGAGTGTCTAACAAAATTACGGTCATCGCAGCAACCACCGAGGAGACCCCGAGAGGAACACTCTATGACCACGAAGACACTCCTATCCCGCTACGATGCCCTCCTCTCCGATCTGGACGGCGTGGTCTACGCAGGTCCCTTCGCCATCT + $$%00246981'')+:==?@AEIE@GG:<:35330''*83598:AA@@<)9?=;:D<%''+-<=<899<6=<>+./*000'5,,4568>==;A8.--042:7402&+79:$'8/1.,/-/&(+4:($%/:7$'*0%&$+511.9;32?>B;9;=4???<.7=;<;9/)+'%+)&&-55*+;;7-.-.0+&#%%%)$'%&)-(%),333.5HEEFJ?AEEC>:=AD?;@699:>:73@2*)&(11(&&&$#$%'(*(&*&$'''&1***/00$'*')'$$*/3'(:;:?CC;>465,,,%'$)'%(/-068=<??=='&+()496542131%##$%%&6--29=A73112901?9857=;9:::+2%'*,($&'$*)$-./23478<4(%%+**('$$&(&+):<8?>0+&''&'191(&'%&(($16?::30**)*'$*,($$%%-6697554'('**)+))'+&'%%%$'$$$''%%$,'')&-.,%'$')%&(&'58DF@A:>;3.554;A@?BAED?BCGHD;;6;=11.:<5&(%$&.(+'%')##&%-'/+$(*;=@;931'=:>?24&14'$%&00$&'''*)$,,23:9@A84$'67>=>B:70--.)-57:><9@>=??A??>84%36986:A@>?@?@B4<>D@5>@8?@13315:A=57;>AB:=52,,(&)632=>=,*/2(#&('&#%#(&&&'())(.**,%$&*55551:78015,%;77,-/587;32+%&&.>:5A8AA;9654.-)&%%'$##&$&##$)+*'%%&),*02&'-%%&(+.7;<@<=7&&%#/$&*+*&%$$&0*(640-3738<7'#(2223240.72',6<:4$&'''''+-&%%238990+=;>=:(%*,%'%)&$&)'&(&(.1362./%$#$%%)++'&)#%#$)()-.//.51$&%4'/:=A:CE;++C=@ICB5CE6=@7BFAB><;8'2(&,*'&)),.,,103:;FNKBAA@C?AEDA@A?<4F@=>>;B>81,1BB>;A@>@><>D=<@A5#+**:::;:<)54)-07;:=2044-##(?:89?',>AC4<'60'$&)/(.$(,+&(%&-)'%$&&*)'++41'5;?<;:<5?63))&$&&%%%%$%%&%&#%&&+&0/$/%&($&&%-,77%+/')**$$'$'+*)/0)%$&$%)&$&(+'$$%%%%4;8B=@>BE:?33(0655973-'(&''####$('%$$$##(&#&#%#&%''&%$&&&(,(6%)002A=;:;@@;?@:GBCB;<86A6%B<2$./3-&-&%'.CA?DD>**-7@@JJG@?@@HGEP?8----*)--,088;BAB@DEA?;B:993:>>=DAA:<9>9;;*%*/2557>>8:711%%,**,*&$)&(+#$$#$-%%&$$&%+()''%%&.20+,-*(&%)&'((%#'&'&&$#%$'%%('(()(*$'20?:;B<((<:>:>:+-2;=B7+1%7@>B=&97?==@.///59<=>>@;>@DC,965%0679;AII?<78*)*%$&&%'&&'))&&))('$&,+%&$,6358')=>C=A,:9?='*B?>>=3::=;/+-9?C>FBA>51?@BC<6B9/1%$%&**#(',610(')/0(%(%%(%%&128;==771<=><844+0707346=7><9>>ACC??>7;>649>?;>?B:=;97<421-//054)))&/1')+*--,+)'&'''9:;;;84-59<:&%))&$$$%$'&-&0*%'(-&(&&&(&)&'.(%$$$#$##$$%.%%'$$/%(&&480()$(&))/0=?AB>AB>@A:13++/.%349DC==>ALEE>:AAC<=@A8H?BG99C,@E@126/00:06<;=:C<9866;=;/+<5545%%1,-02.*/" @SRR14011045.29601 e505d429-93b3-4a38-923f-d01eabbde74f/1 GATGTACTTCGTTCAGTTACGTATTGCTGGGGCGAGGAGTTTTCATAGTCTAGTAAATGCGCATAAAACAACCCTTCAAACTGGAGTAGGGGAGGTTCGAGTGCTTCTACCTGACAGTTTAAAAAAAAGATATAAAAATTGATTCCCACGAACTTATTTTTGCAAAAGCAATCAATCTCTGGCGGTTTTTCAAACCAAACTAGGAAGACTTCAAAGCAGGTGAAAAATGGGCTGATTCAATTCTATTTATTGGCGACACTAATAAAAATTCTGAAACAGCCATCCTATTTGAAAAATTCATTCTCGAAAGCGAAAACCAATTTTCATCACTCGCGACGCAGTTGATATTCTTTTAGATTCTTTTTAGTGAAATTCTATTTAAAGAAAATATTAGCATCCTAGCTAGTTTTGCGCAGCAAAAATTTTTCGAAAATTTTCACCAAAAGTTTAACCTTTTCAATGAATCTTTCAAACATTGTTGAGGTTTTGCATAAATTTACATTATCTTACCCTGTAGAAATTTTAACTTTAAATAACGAAAACTTTATCATCTCCGAAAACGGTGAAGTTTTCAGCACCTTTAAATTCAAATTTAAATATCGTCAAGCTTTTCTCCAATAAAAATTTGGTCAGGAGAAGTCCCCACAAAAATTACGACTTGGCAAATCTGGAATAAACACCAACGTTCAAAAGCTGAAATTACAGCAGTTTCTCTTGATTTTTAAAAGCATAAGCGGTATAATGGTTTAAAATCAGGAGGGCAAATGATCGAAATCAACAAAGTCACCCAGCAATACGTAACTGAAAAGAAAGCA + $$))0.=?@;<=D?<=;=?;696:;:>=974-5%158;<:--'/<>CED<>@<;976-0/%1'10631*746=3:85;=7=;:==;>?E=HIB994+&',2@?AB>>/:=?;??AFB78==:0)-12/279:5$76799,07>@B9:8853,()($#"'-877;CDG@BCF:B@=:DEKGIG?3<79?>>@AA@::=I?@CA?;D13?1<3C=@=A:84047<==9*(*+:@EB?@2/F?CDH;A:7;8::6-+///--.8:8579>A>:?BB6?CED4+0=8>75CD<74368:;;=?:)###$'%,34/1'&:>?40)4475577.'''4678/)9?996==BCF:8454('&$',0-29;;2:9<;;BB:<CFF?@?A?:?=>ADCEFHFCC;AB=C@A>>>6171600<>><<:;>:<986@CFA;8:?<=8@>?<=:,915?>?DGDDDDF2-319;45?C<=>@=>8<=?2.0''(.-(*'',),;=<:77.<+()+44589;<=0128/1:>@>===:<<:@?<<8:>B;>?FF=83;/)&54>-.1>=7):=33==A=@ACDD7220)$(0135)-0-,03( @SRR14011045.81345 981203b6-a8bb-4a80-a3d3-9a645c40e2b2/1 ATTGTACTTCGTTCAGTTACGTATTGCTGAGATGACACATAACTAATTGCTGACACCTATTATTATTACTAATATTTATTACTTGCTTTCTCACATTTTTCTTGTATCCGGTTTCTAAAGGCAAAGTGGAAAAGGAACTAAAATGATTTCTCCATTCCTCCTGCCTTATTACCTTGACTTCCTTTGTCTTCTTTACCAAGAAGTCCTCTCCTCTCCCAAAAATAGAGTGAACAACATCTCCAACAATACCTCCAATATTGGTTTTGAAAGGAAGTCAATACCATAAAGATGAGTAAATTGTGATACAATGCCATCAACCTAATTGCCCCAGGGAACAGATTGCTTATCAAATACTTAACAGCAGTTCTCCCCTTATTAATGATTTCACTTACATGGGTCAACTGTTGTCCTAAAATATTAAACAAAATATTTCAAAAGCAAACAATATATACATTTTAAGTAACTAATTATATTTTTATAATTGTTCAATTTTATTAGTTATTGGTGTTAGTATATTATTGTGTATAATTTATAAATTAAAATTACGTGTATGTGTGTATAGTGTATACAGGGGTTTGTAGTATCCACAGTTTTAGGCATCCCCATCTTGGAATATATTCTTTGTGAATAAGAGAGGCACTAATGTGAATGTGGAAAATTATTAAAGCTTGAGCAAATCCCATTTGACATTTTTCTTCTATAAAAAGGATAAAAATGGTACAATAATAATTTGAGGTAATAAAATGAGATTAGACAAGTATTTAAAAATTATCACGAATTATTAAGCGCCGCACAGTCACAAAAGAAGTAGCAGATAAAGGTAGAATTAAGGTGAATGGAATCTTGGCCAAGTTCAACGGATTTGAAAGTTGATGACCAAGTGGAAATTTGCCTTTGGAAATAAGTTGTTGCTTGTTAAAGTACTAGAGATGAAAGATAGTACAAAAAAGGAAGATGCAGCAGGCATGTATGAAATTCTCAGTGAAACACGGGTAGAAGAAAATGTCTAAAAATATTGTACAGATGAATAATTCTTTTATTCAAAATGAACATCAACGTCGTCGTTACCTGATGAAGGAGAGACAAAAACAAATCGTTTTATGGGTTGGGTCCTTATTTTGATGATTTTGTTGTTTTTATTTACCAACTTATAACTTGGCTCAAAGCTATAATCAGTTATTGCAACGTCGTCAGCAATTGACAGAGTTGAAAGAGCAGTACCAAACTCTTAGTGATGAAAAGGATAAGGAATCTGCTTTTGCTACAAAGTTGAAAGATGAAGACTATGTAGCAAAATATGCACGTGCCAAGTACTATTACTCAAAGACACGAGAAGCGATTTACACAATTCCTGATTTGCTTCCGAGGTAATGGTCATGGAAAATTTATTAGAAGTTGTTGAGCAGTTTTTAAGTTTATCAGATGAAAAATTAGAGGAATTAGCAACTAAGAATCATTTATTACGATTACAAGGAAAAGAGAAAGGGAAGGGAAGAATGCGTAAGTTCTTAGTAGTGTTATCGCTACTATCTGTTTTTATCATAACTTCAGAGTAGTTAGCACAGAAAAACAGCTTCTACTCTTCACAAGAAATTTATTATCTAACTGAATTGATCATGGATTCTACTATAAGAAACCCTTGAATCGCCAATGGTTTTATAGAGAAACGGCTATCTATGCAAATGAGGATTTGATTAAGGTCTGGAAAATTGACTCCTGAAACCACCTTTAAAATCGTAGAATGGCGTTTGAATAGACAAGGTGTTCCTGTTTTTAAATTAGACAATCATCAGTTTATTGCTGCAGATAAGCGTTTAGTCTATGATCAAAGTCAAAAGTTCAAACTCAAAATAGACAAGTATGGTTGGAGCCGGGATTTATCGTCTATAACAGCCCTTATGGTATTGAAATTTCTTCATCCCTCTCTCCCTATCAACGCGTAACAGTAGATAGAACTCTCTTTGCTGAGGGACAAGAATTTCTTCATATTGATCAAAATTGGGTGAGTATCAAAGAGTTTGTTTCAGAAAGATAATCGTATCCAGAAGGTTCAAAGAAGTCTTGTCAAACAACTATCAGAATGAAAATTATTCTCTTTATGTTAAACAACTGAGTACAGGTAAAGAGGCTGGGGTGAATGAAGACAGCAAACTCTATGCAGCTAGCATCTTGAAACTAAACTTTACCTTTATTATGCTCAAGATAAGATAATCAAGGGAGTATACGCTAGACAGTAGCTTTAAGTATATATCCCAGAAGTGAATATTAAATTTCCCTGGCTCCTATAAACCAGAAGGTAGTGGTAGTTTACCTAAAACAGGAGACAACAAAGACTACAGTCTCAACAGTTAATTACTAAGGTAACAAAAAGGAGTCTGACAATGTTGCTCATAATATTTTAGGTTATTATGTGACCAATCAATCTGACAGGGCTTTTAAAGAAAAAATGTCCACCATTATGGGTGAAGATTGGGATGTGAATGATAAATTAACTTCTTCAAAAATGGCTGGAAAAGTCATGGAGGCTATTTATAATCAGAATGGTTTGTTTTGAGTCTCTAAAGCAAGACGATTTTGATAACCAACGAATTGCGAAAGGTGTTTCGGTTAAGGTAGCTCACAAAATCGGAGATGCTGACGAGTTTAAACATGATACTGCCATTGTTTACAGACTCACCTTTCGTTCTGCTCTCTATTTTCACTAAAAATTCTGATTATGACACCATTGCTAAGATAGCCAAGGATGTCTATGAGGTTCTAAAATGAGGGAGCAGGATTTTTTAAATCATTTTCTCCAAAAAGAGTATTTCAAAAAACATTCTAAAGTTGTGTTGGCTCTGTCTGGTGGACTGGATTCGATGTTTTTATATCATCTACTGTCCACCTATCAAAGAATTAGACGTTGAGCTGATTTTGGCTCATGTTAATCACAAGCAGAGAAGGGAGTCTGATTGGGAGGAAAATGAACTAAGGAAGTTAGCTGATGCAGCTGGACTTCCTATTTATATCACAAGTTTTTCAGGAGACTTTTCAGAGGCGCGTGCTCGAGTTTCGTTATGATTTTTTTAGAAAAATCATGAAAGGATTGGAGCAACTGCTTTGGTCACTGCCCACCATGCAGATGATCAGGTTGAAACGATTTTGATGCGCTTGATTCGAGGAAGTAGGCTACGTCATTTGACAGGAATAAAAAGAAAGTCAAATGATTGATGATATCGAAATCATCCGTCCTTACAGTACATTTTCATAAAAAGATTTTCTACAATTGTTCATTTCGAAGATCAATCAAATCGTGAGAATGCCTATTTTTCGCAATCATCTTCGAAATAGGTATTTACCAGAAGCTTGAAAAGAAAATCCTCGTCTTAAATCCGCTCTTTTAAATCTAGGAAATGAGATTTCAGATTACCAAGCAGCCATGTGAATACCTGAACAGATTGATGTGGAAGATTTGAATGTGCTCTTTTCATACTCTCAACAAACTCCAGGGTTTTGCTCCAGAACTATCTCAATCAATTTCCTGACTTAAATCTTACGAAAGCTCAGTTTTGCAGAAGTTCGACAGATTTTAGCAACTAAAAGTCAGTATCGTCACCCACTGAAAAATAGTTATGAACTAATAAAAGAGTATCAGAATTTTCGAGTTTGTAAATCAGTCCACAGTCTGATGAAAAGAAAGATGAACTTGTGTTACACTATCAAAATCAAGTTCGACATAAGGGCTATTTATTTCCTTTGGCATCCCTATTGAGGGACGCTGTTCAAAAAATAATGTGGTTTCACGAAACACCTGTATATATTAGATGTCGAAAACCTGGCGATGTTCTTATTCTGAATGGGTATCGAAAACTGAGACGTTTATTTATAGATTTGAAAATCCCTATTGAAAAACGAAAAACAACCCCTATTATTGAGCAATTTGGAGGTATGCAATTTTAAGTACGACCAGTGATTTGAGTAAAAACACGAAAAATGATATAATGAACACTATACTTTATATAGAAAAAATAGATAGGTAAAAAGATGTTAGAACACGATATTGAAAAATCCTCGTTTCACATGATGAAATTACAGAAGCAGCTAAAAAGCTAGGTGCGCAACTAACCAAGGACTATGAGGGGAAAAATCCAATTCTTGTTTGGAATTTTGAAAGGATCAATTCCTTTTATGGCTGAATTGGTCAAACATATTGATACGCATATTGAGATGGACTTCATGATGGTATCTAGCTACCATGGTGGAACTGCAAGCAGTGGTGTGATCAATATCAAGCAAGATGTAACTCAAGATATCAAGGAAGACATATTCTATTTGTAGAAGATATCATCGATACAGGTCAAACTTTGAAGAATTTGAAAGATATGTTTATTGCAAGAAGCGGCTTCTGTTAAAATCGCGACTTTGTTGGACAAACCAGAGGGTCGTGTTGTTGAAATTGAGGCAGATTATACTTGCTTTACTATTCCAAATGAGTTTGTAGTAGGATATGGTTTGGACTACAAAGAAAATTATCGTAATCTTCCTTATGTTGGAGTGTTGAAAGAGGAAGTTTATTCAAATTAGAAAGAGCATTCTTTAATGAAAAAACAAAATAACGGTTTAGTTAGAAATCCATTTCTATACTTATTTAATTATCTTCTTCCTTGTAACAGGATTCCAGTATTTTTACTCTGGAAATGCTGCTGGGAAAAAAATAAGAAAATTAACTATACAGAATTGGTAAAAGAAATTACAGCAGACAATGTAAAAGAATTGACCTATCAGCCAAATGGTAGCATCATTGAGGTGTCTGGTGTTTATAAAAATCCTAAGACTAGTAAGAAGAAACAGGGATTCAATTTTTCACTCCTGCTGCTACAACAGTAGAAAGATTCTCAAGTACCATTCTTCGTCGGATTCAACAGTTGCAGAATTGCAAAACTTGCTTCTGACCATCAAGCGGCGGTAACGGTTAAACATGAGAGTTCGAGTGGGATGTGGATCAATATCCTTGTCTCTGTTGTGCCATTTGCCATTCTCTTCTTCTTCCTATTCTCTATGATGGGAAATATGGGAGGAAACAATAGTCGAAATCAATGAGTTTTGGACGTAGCAAGGCCAAGGCTGCTAACAAAGAAGATATCAAGGTACGATTTTCAGATGTAGCAGGTGCAGAGGAGGAAAACAAGAATTAGTAGAAGTTGTTGAATTCTAAAAGATCCAAAAAGATTTACCAAACGGTGCGCGTATTCCTGCGGGTGTTCTTTTAGAGAGGGACCTCCAGGAGCAGGTGGGCTTTGCTTGCTAAGGCGGTTGCCGGAAAACCCGAGCGTTCCATTCTTTAGCATTTCAGGATCTGACTTTGTAGAAATGTTTGTCGGAGTTGGTGCAAGTCGTGTTCGTTCTCTTTTTGAGGATGCTAAAAAAGCAGCACCAGCCATTATCTTTATCGATGAAATTGATGCTGTTGGTCGCCAACGTGGTGTCGGCCTCGGTGGAGGAAATGATGAACGTGAGCAAACCTTGAACCAGCTCTTAATTGAAATGGATGGTTTTGAGGGTAATGAAGGAATCATCGTTATCGCTGCAACGAACCGTTCAGATGTTCTAGATCAGCTCTTCTCCGTCCAGGACGTTTCGATAGAAAAGTCTTGGTTGGTCATGATGTTAAAGGTCGTGAAGCAATTTTGAAAGTTCACGCTAAAAACAAACCTCTAGCAGACGATGTTGATTTGAAACTAGTTGCCCAACAAACCCCAGGTTTGTGGGAGCTGACTTAGAAAATGTTCTAAACGAGGCAGCCTTGGTTGCAGCCCGTCGCAATAAATCAGTCATTGATGCTTCAGATATTGATGAGGCAGAGGACAAGAGTGATTGCTGGTCCATCTAAAGAAAGATAAAACAGTATCACAAAGAGAACGTGAATTGGTTGCTTACCATGAGGCTGGACATACCATTGTTGGTTTAGTCTTGTCAAATGCTCGTGTTGTTCATAAAGTTACCATTGTACCGCGTGGACGTGCAGGCGGATACATGATTGCGCTTCTAAAGAGGATCAAATGCTTCTTTCTGAAGATATGAAAGAGCAATTGGCAGGTTTGATGGGTGGTCGTGTAGCTGAAGAGATTATCTTTAATGTCCAAACGACAGGAGCTTCAAATGACTTTGAACAAGCTACACAGATGGCGCGTGCAATGGTCACTGAATACGGTATGAGTGAAAAACTTGGCCCAGTTCAATATGAAGGTAATCATGCTATGTTTGGTGCACAAAGTCCTCAAAAATCAATTTCAAGAACAAACAGCCTATGAGATTGATGAGGAAGTTCGTTCATTATTGAATGAGGCACGAAACAAAGCTGCCGAAATTATCCAATCAAATCGTGAAACCCACAAGCTGATTGCAGAGGCATTGTTGAAATACGAAACATTGGATAGTACTCAAATTCAATCTCTTTACGAAACAGGAAAAATGCCTGAGACAGTAGAAGAGGAATCACATGCCCTATCTTATGATGAAGTAAAATCAAAAATGGTGAAGAAAAATAACCCCAGAGAACCTTGTCTCTCTTTTTATGTCTTGAGGGAGGGGAAGAATAGAATAGAGAAAGTAGACTCAGGGGCTCGCGCATTTTGTTAAACTAAATGCAGAAAGGAGAGGTCTATGAATCTGAAAGAACTATACGAAGAAAGCAAGGGGATTGTCCATAAGTGCCGCAAAAGAATACCATTTACATCTGTGGGAGAAAGAGGACTGGGACCAGGGGGATGCTGTGCCTGTATGAGCTGGTCAGTCACCATCCAGAGTTACTAGTTGGTAGACGTCGCCGATTATATGTGTGCTTTAAAACCAAATTCCGCAATCGCATCCTAGACTGTCCGTAAACAGGAAAGTCACAAGCGCCGTTTCGACAAAGAGCCTTATGAGGAGGTGAGTGAAATCAGCCATCGCCTAGGAGAAAAAAGGACTGAGACTGGATGATTATTATCTACTCATGAGCTTCTAAAGAATTACAAGGCAAGTCAGGGAAAGAAAACAAGAACAACTAGAACGTCTGATGGGAGGAGAATGTTTCAAAGGACGCAAGGCACTTCTAGGAGAATTAAGAGTGGTATTGAGTGATTTTAGATAAATGAAAAATAGGCAAAAAATCCCTTGACAAAGAGGAAAAAGTAGGTATAATAGAAGAGTTGAAAAACTCAAGGTCCGTTGGTCAAGGGGTTAAGACACCGCCTTTTCACGGCGGTAACACGGGATTCGAATCCCGTACGGACTATGTGTGTATCGCAGAGATGAAAAAAAGTAAAAAAAAAATTTCAAAAAAGTGTTGACATAGGTCAACAGCTGTGATATACTAATATAGTTGTCGCTTGAGAGAGATTGAGTGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGTAGGGCACTATAATAAGGTTATAGTACTGAACAATGAAAAAAACAACAATCTGTCAGTGACAGAAATGAGTGAGAACTCAAACTTTTAATGAGAGTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTTCTCTGGATGAGTTGCGAACAGGTGAAATTAACGCGTAGGTAACCTGCCTGGTAGCGGGGGATAACTATTGGAAACGATGGCTAATACCGCATAATAGCAGTTATTGCATGATAACTGTTTTGAAAGGTGCAATTGCACCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGGGGTAACGGCTCACCAAGGCGACGATACATAGCCGACCTGAGGGTGATCGGCCACACTGGGACTGGACACGGCCCAGACTCCTACGGGAGGCAGCAGTAGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACGCCGCGTGGGTAGAAGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAAGAAGAACGAGTGTGAAATTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGAAAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAAGAGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCAGCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGTTTAGTGCCGCAGCTAACGCATTAAGCACTCCGCCCTGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATATGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACAGGCGCAACCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGTGCTACAATGGCTGGTACAACGAGTCTGCCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAGTCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTGTCCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCCGGAAGTCGGTGAGGTAACCTTTTAAGGCCAGCCGCCTAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAACTGCGCATTGGTCTTGTTTGGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTAATACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAACGCTGTAGTATTAAAAGAGTTACTGACTGAAAGGTCAGAAAATAAGGTTAAGTTAATAAGGGCGCATTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCCGAATGGGGAACCCAACAGGTACTACCTGTTACCCATATCTGTTAAGGATGTGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCAGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAGGAGGGCAAATCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAAAGATTATAGAAGAATGATTTGGGAAGATCAGCCAAAGAGAGTAACAGCCTCATCCCAAATAGTCTTTGTACCTAGCAGTATCAGTACGGCGGGACACGAGAAATCCCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCCTAGTGACCGATAGTGAACCAGTACCGTGAGGGGAAAGGTGAAAAGCACCCCGGGAGGAAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCCTTTTGTAGAATGAATCAGCGAGTTACGATATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGCAGGGGAAACCGAATTGAATAGGGCGCATTAGTATCATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGCGGTAAGACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAAGGGCTAGCGTCGACATTAGAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATTACCAATCTCAGATAAACTCGAATGCCAAAAGAATTATGGTCGGCAGTCAGACTGCGAGTGCCCAAGATCCCGTAGTCGAAGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAGCTTAGAAGCAGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCAGGCGACCCTGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTATGTGTGATGAAGGTATACCGTGAGGAGTGCTGGAACGCATAGAAGTGAGAATGCCGGTATGAGTAGCGAAGAACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCAGGGGAAGGCTCGTCCGCCCTGGGTTAGTCAGGACCTAAGGAGAGACCGAAAGGTGTATCCGATGGACAACAGGTTGATATTCCTGTACTAGAGTATGTAGTGATGGAGGGACGCAGTAAGCTAACTAAAGCAGACGATTGGAAGTGTCTGTCTAAGCAGTGAGGTGTGAATTGAGTCAAATGCTTAGTTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGACGTCACACTGCCAAGAAAAGCTTCTAGCGTTTAAACATCCTCTACCGTACCGCCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCGGCAAAATGACCCCGTAACTTCCGGGAGAAGGGGTGCTGACTTTTACGTCAGCCGCAGTGAATAGGCCCAAGCAACTGTTTATCAAAAACACAGCTCTCTGCTAAATCGTAAGATGATGTATGAGAGGTGACGCCCCGGTGCTGGAAGGTTAAGAGGAGTCGCTTAGCGGTAACGCGAAGGTATGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAGAGACTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCGGTTGATATTGAGTGTCTGTACCACATGTACAGGATAGGTAGGAGTCTATGAGATCGGGACGCCAGTTTCGAAGGAGACGTTGTTGGGATACTACCCTTGTGTTATGGCCACTCTAACCCAGATAGGTTATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGAGGCAGTCGCCTCTAAAAGGTAACGGAGGCGCCCAAAGGTTCCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAGGTATAAGGGAGCTTGACTGCGAGAGCTACAACTCGAAACGGGACGAAAGTCGGGCTTAGTGATCCGGTGGTTCCGCATGGAAGGGCCATCCTTCAACGTTAAAAGCTACCCTGGGGATAACAGGCTTATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGATCTGCTCCTAGTACGAGAAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTCTTGCCAAAGGCATCGCTGGGTAGCTATGTAGGGGAAGGGATAAACGCTGAAAGCATCTAAAGTGTGAAACCCACCTCAAGATGAGATTTCCCATGATTATATATCAGTAAGAGCCCTGAGAGATGATCAGGTAGATAGGTTAGAAGTGGAAGTGTGGTGACACATGTAGCGGACTAATACTAATAGCTCGAGGACTTATCCAAAGTAACTGAGAAACTTAGCGTGGTTTTTCTAATTATTTGATAGATATTCAATTTTGAGTGAGTATTACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTACCATGCCGAGAACACAGCAGTTAAGCCCACAGAACGCCGGAAGTAGTTGGGGGTTGCCCCCTGTATGAGATATGGAAGTCAGCAACTTTATCCGCCATACTCAGTTGGTAGTAGCGCATGACTGTTAATCATGATGTCGTAGGTTCGAGTCCTACTGGCGGAGTCAGATAAAAAAGAACACCACTGGTGTTCTTTTTTATTATGTGACTATTAGTCCGTCTCGCTCCGTAGGTGCGAGACAAATAAACCACCCGCTATGCGGGTGCGCATCGAAAAGTTTATACCAAAAAAACTCCAAACGCGATACAATAAAGGTGTTCAAGCCAATTGTAAAGCGAAAGGAGAAAAAATGGCACAAAAGGCACATAGTTTATCACACACAAAGTGGATGTGTAAATATCACATTGTGTTTACCTAAGTATAGACGAAAAGTGATCTATAATCAATATCGAAGTAGTTTAGGCGAAATATTTCATCTTTTGTGCAGTTATAAAGGTGTTGAAATTATCGAAGGTCATGATGCCTGATCGTATACATATGTTGGTAAGTATTCCACCGAGGATAAGTGTTTCAAGTTTCATGGGATATTTAAAGGTAAAAGTGCACTCATGATGTTTGATAAACACGCTAATCTCAAGTACAAGTTTGGCAACCGGCATTTTTGGGCAGAAGGTTATTATGTGAGTACAGTAGGACTTAATGAAGCCACAATTAAGAAATATATTCAAGATTAAAGAAATTATCCAGTGGATGATTTCTTCACGAGTATGAAAATTCGAGAACGAGTAAAGCATGATATAGCATTAGATAAATTAAGTGTAAAAGAATATGAGGATCCCTTTAGGGATAGTGGTAGATAATGCGAACACCTCTTTGAGAGGTTTGTGAAGAGTCAAGAGCAATGAAACTTGAACAAAGTGAAAGCCAGCGTCTTTAGGCGCTGGCTGGTGATTGGGCTTATAGCCCTGGTGCAAACCACCCGTTAGACGGGTAATTCATGATTTTATAAATGAAGTAAACTTCTCAAAATTCAAAACTTAATTTTGGCATCTATAATTACCTTTATATTTTTATTTTTTTAGTTAGTTTAGCTTTAAATTCTTCTTTTATAGGATTTGAAGCTTTTTTAGTTCTAGTTTTTCTGTTAGACTAGTGTTAATAATAAGAAAGGGATTTTTATATGCTTCAAAAATTTTATGAACGAGCATTTGTCTTTTTGAAACTAGTTGAACTAGAATATGCTTCTTTATGCCAGAGTTCTGCTGAGTGGGAATCACTTCATCTTCGTTTTTTACTTTATTATTTGATAAGATTTAGAATTAAAAGCGATAAAGAGTTTTGTTTATAGCATCATTTTCAGACGGCCTATCGCTTGTATCTAGATAAATTCTTGCTGAAGGTACTACTCTAAGTTAGTGACGTTCATATATCATTTATCACGAACAATAATCTGTATTGATTTTATATTTTGTAGGATTTTGTTTAATTTTTAAGGTTTTGAATTTTGTTATTTACAGAAATTCCAAATCTTTTCCAGTGTTTCTTCTTGATAAAATGGTCTTTTTTTCTTATAATAAATTGTAAGATATAATTGCAGGTGAGACTCCTGCCATGTATATGAGAAAGGAAGAGCCTAGCGGCTCAGACAAGATTATGACTTCAGTTGTTGTTGTAGGTACCCAATGGGGCGATGAAGGTAAAGGGAAAATTACAGATTTTCTTTCAGCTAATACAGTGATTGCTCGTGCAAGGTGGTGATAATGCTGGTCACACAATTGTGATTGATGGCAAGAAATTTAGTTGCACTTGATTCCATCAGGTATTTTCTTCCCCTGAAAAATTTCAGTTATTGGGAATGGGATGGTTGTGAACCCGAAATCTCTTGTGAAAGAGTTGAGCTATCTTCATGAGGAAGGTGTGACAGCTGATAACTTGCGTATTTCTGATCGTGCATGTCATTTTGCCATATCATATTGAATTAGACCGTTTGCAAGGAAGAAGCTAAGGGCGACAATAAAATCGGGACTACTATCAAGGGTATTTGGCCAGCCATGGATAAGGCTGCTCGTGTGAGGTAGTATTGCGGATCTTTTGGATAAAGAGATTTTTCGTAGGCGTTTGGAACGCAATCTTGCGGAAAAGAATCGTTTGTTTGAAAAATTGTATGACAGGTACCCCTATTTCCAATTGATGATATTTTTTGAAGAGTACTATGAATTATGGCCAACAAATCAAGCAGTATGTGACAGATACATCCGTTATCTTGAACGATGCGCTTGATAACAGCAAACGTGTGCTTTTGAAGGTGCGCAAGGTGTCATGTTGGATATTGACCAAGGTACTTATCCATTTGTTACGTCATCAAACCCTGTCGCTGGTGGTGTGACAATTGGGTCTTGGTGTTGGCCCAAGTTGACAAGGTTGTAGGTATGTATGTAAAGCCTACACAAGTCGTGTAGGAGATGGACCTTTCCCAACTGAATTATTTGATGAAGTGGGAGATCGCATCCGTGAAGTAGGTCATGAGTATGGTACAACAACTGGGCGTCCACGTCGTGTGGGTTGGTTTGATTCCGTTGTGATGCGCCATAGTCGCCGTGTATCTGGTATTACCAATCTTTGTTGAATTCTATTGATGTTTTGAGCGGTTTGGATACTGTGAAAATTTGTGTGGCTTATGATCTCGATGGTCAACGTATCGACCACTACAGCTGGTGTGAGCAATTAAAACGTTGCAAACCTATCTACGAGAATTGTCTGGTTGGTCCAGAAGACATTACTGGAGTTCGTAATTTGGAAGATCTTCCTGAGAATGCACGTAACTATGTTCGTCGTGTGAGCAGTTGGTTGGGGTTCGTATTTCTACTTTCTCCAGTAGGTCCCTGGTCATGAACAAACTAATATTTTAGAAGTGTTTGGTCATAGGAGATTTTAAATTAGTTTAAGACAGGTTGGGTATACTATAGATAGTTACAAGAAGACCTCTAACTTGTTGTAACAAATATCCTAAACTTTTCTTTTTCATAATAATCTCCCTATTAAGTCACCGCATTCGGTGGCTTTTTTAGTTCATAAGTCCTATATAGGCTTCTACATGACTTTTTAAAATAAAGAAAAAAACAGTGGGATAGAAATCTCTAGACTAAGTCTCGATTTGGTAAACCTATATCTGTAAGATTTCAACATTTGAGTAAATTGGTTAATGTTGTGAATGGAGAAAAAGAAGTTTTGGTAAAAGTAGCTTTTGAATTCTAAAATACCAACAAGCAGTTTAATCTACTAATAAATTATAGGTTTACAACTAAGCAAAAATGAGGTTGGGATTTTTGATCCCAGCCTCTTCAGTGAACTATTTTCTTTAGAATTTATAAGTTAGATAAAATTAAATTTTTTGTAAATTAGCTTATTTGATAACTTGGTTTCCTGATTTGTCATTTTTGAATTTGGTTCATTTCGTGCATAAAAACATCTGCTTTCAGTTTATCTGTGATGATACTGACACTTATTAAGCTTATTTAAGATTTTTCTCATATCCTTCTAAAAAAAAATAGGATTTCTAATTTTCATGGTTAACTTTGCACAATTAAAGGGACGTTTTTTTAATGGTTATTTATTCGATATCTTGAAGTTTAAATTGATAATGTAATACGCTGAGAGCCTCTGCTACTATAGGTATAATACTGAACAGTATTGTTTTTATGAACTTCTAATTTTACTCCATTTGAAGAGATAATACCCCATAAAACATAGAAAATTAGGCCTTTTCAATCGTACGATTGCTATAATAATCTTGTCTGTAAAATCAGTATTATAAGCTATCAGATGTAGAATCAGAGAATCATAACAGATGAAGATATCATGAATGGTCCTATTCAGTAAATTGATTTTTATGGAAACATTAAGGTAAATTTTGGTTTATCCAGTAATAATATTTCATCATTTACCCTTTCATATTGTTGTTGCTAGTTTTCGATATGTCATTTCTTGAACTTTCTGTCAGTTATCTTCATTATTTTAAGTTCATGATTTCTGATTTTCTATCAATTTTGCTAATATTATACTCTTTTTAAAACATTATTTCTATAATCCAGCGATTTAATACTATCTAAAGTTAGTCAGTGTAAATATTATAGAGCACTTTTTGTCTAGGAAAACATACTATAATGATAGAATTGATAAGCAGGAAAAGAGAGAAACTAAATGGATTATACAGTTGAAGAAAAAGAAGCTTTTTATGAGAAGAGGCTTTGAGAGAGGCAGAAATTGCTCTGGAACACGATGAAATTCCAATTGGTTGTGTGATTGTTAAGGATGGAGAGATCATTGGTCGTGGGCATAATAATGCGCGCGAGGAGTTATAACGGGCGATCATGCATGCAGAAATCATGGCCATAGAGAATGCGAACGCGAGGTGAAGAAAGTTGGCGTTTGCTGGATTGTACGCTTTTTGTGACTATTGAGCCATGTGTTATGTGTAGTGGGGCAATCGGGCTTGCGTATTCAAACGTAGTCTACGGGGCTAAGAATCAGAAATTTGGTGCAGCTGGAAGTTTGTACGATATCTTGACAGATGAGCGTCTCAATCATCGTGTAGAGAGTTGAAACGGGAATTTGGAAGATGAATGTGCAGCTATTATGCAGGACTTTTTCCGAAATCGACGGAAAAAATAATTTCTCTTTCAAAACGGAGGGGAATGTGGCTATAATAAATAGTGGAGCAACAGTTCTGCGTGAAGCGGGTCAGGAGGAATCCAGCAGCCCTAAGCGATGTGAATTGTGTGCTCTTTTTTCCGTGCTTTTTCCGAATAAATAAGATAGAATAATCTAGAATAAGTGATAATAGAAAAGAAGATGATGAAAATTCGTGGTTTTGAATTGGTTTCGAGTTTTACAGATGAAAATTTATTGCCTAAGCGTGAGACAGCTCATGCGGCTGGTTACGACTTAAAGGTTGCGGAACGCACCATTGATTGCGCCAGGAGAGATTGTCTTGGTTCCGACAGGTGTTAAGGCCTATATGCAACCGACAGAAGTGTCTCTATCTCTATGATCGTTCATCAAACCCTCGCAAGAAGGCTTGGTCTTGATTAACTCGGTTGGGGTCATTGATGGGGATTATTATGCAAATCCTGGAAATGAAGGGCATATTTTTGCGCAGATGAAGAATATCTGAATCAAGAGGTTGTTCTTGAAGTTGGGGAACGTGTGGTTCAGGCTGTCTTTGCTCCTTTCTTAATTGCAGACGGAGATGAGGCAGATGGAGTGCGGACAGGTGGGTTTGGTTCGACAGGGCACTAGGATGAAGATTATCTTTGTGCGTCATGGGGAGCCAGATTATCATGAATTAGAGGAACGTTCTTATACAGGTTTTGGGATGGATTTGGCCCCCTTATCTGAGAAGGGACGACAACAAGCTCGGAACTTTGGCAAAATTCTTTGCTACAATCAGCTAACCTACTAGTGACTTCAGCAGTAACGAGAGCTTTAGAAACGGCTTTTTATGTATCTTGTGCTACTGGACTTCCTTTGAGAGTGGAGCCTATGTTACACGAATGGCAGGTCCTATGAAGCGGGAATAGAAAACTTTGAAAGAGCTAGATGTCTGTTTTTAGAAAACAATGGAAGTTGCTCCCCAATGCCCCTATTCAATATACGAGACAGCTGCGGAGATGAAGTCTCGTTTTCTAGAATGCATGGTTAAGTATCGAGAACATCAGACTGTGGTAGTTGTCGCTCATCGAATGCTCATACGTCAATTTGTGCCAAATGAGAAGATTGATTTTTGCCAAGTGATTGAGTGTGAGATAGAGATTTAGAAGAAAGAGGTTTATTATCACCAAAGAAAAAAGCGACATTTGTATGTCAAAATTGTGGGTATAATTCCCCAAAATATCTAGGGCGTTGTCCTAACTGTGGGTCTTGGTCTTCTTTTGTAGAAGAGGTTGAGGTTGCCGAGGTCAAGAGTGCGCGTGTATCCTTGACAGGAGAAAACCAAGCCCATGAAACTGGCTGAGTGACTTCAATCAATGTCAATCGAACCAAGACGGAGATGGAGGAATTTAACCGAGTGCTTGGAGGCGGAGTGGTACCAGGAGTCTCGTCCTTATCAGTGGGGATCCAGGGATTGGGAAATCAACCCTTCTCTTACAAGTATCGACTCAGCTGTCCCAAGTAGGGACTGTTCTCTATGTCAGCGGGGAGGAATCTGCCCAGCAGATTAAACTCCGTGCAGAGCCTTGGGGGATATTGATAGTGAGTTTTATCTCTATGCAGAGACTAATATGCAGAGTGTTCGTGCTGAGGTGGAGCGCATCAACCAGATTTTCTCATCATTGACTCTATCAGACTATTATGTCTCCTGAAATTTCAGAGGTGCAAGGATCTGTGTCTCAGGTGCATTGGTGACGGCTGAGCTTATGCAGCTGGCTAAGACTAATAACATTGCCATTTTTATCGTAGGGCATATGACTAAGGAAGGAACCTTGGCGGGTCCGCGTATGTTGGAGCATATGGTGGATACGGTGCTTTACTTTGAAGGGAGCGTCACCATACCTTCCGTATTTTGAGGGCAGTCAAAAACCAGGTTTTGGTTCCACTAATGAGATTGGCATTTTGAGATGCAGTCGGGTGGATTGGTTGTCGAGGTCCTCAATCCGAGTCAAGTTTTCCTAGAAGAGCGTTTGGACGGAGCTACTGGTTCGTCAATCGTTGTGACCATGGAAGGAACTCGTCCGATTTTGGCGGAGGTACAGGCTTTGGTAACACCGACCATGTTTGGGAATGCCAAGCGTACTACGACGAGGTCTTGACTTCAATCGTGCGAGGTCTGATTATGGCTGTTTTGGAAAAACGTGCAGGATTGCTCTTGCAAAATCAGGATGCCTATCTCAAATCTGCTGGTGGTGTCAAATTGGATGAGCCTGCCATTGACTTGGCTGTTGCGGTTGCTATTGCTTCTAGTTACAAGGACAAGCCTACCAATCCTCAGGAATGTTTTGTGGGTGAACTGGGCTTGACTGGAGAGATTCGACGCGTGAATCGTATCGAACAACGCATCAATGAAGCGGCTAAGCTTGGATTTACAAAAATCTATGTACCCAAGAATTCCTTGACAGGAATCACTCCGCCCAAGAAATTGAGGTCATTGGTGTGACAACGATTCAGGAAGTTTTGAAAAGGTCTTTGCATAATCCGTGACAAATCCTCTTAAAAATGATAAGATAGGAGAAATGTTTGATGATCAAATTTTTAAGGGAAATCGTGTCGTATTTTGAACCAGTTTATGCAAGCCAATCAGGCTTATGTTGCCCTTCATGGGAAATTAAATCTGCCATAAGCCGAAAACAAGAGTAGCAGTTGTGACCTGTATGGACTCACGGCTACACGTCGCGCAAGCTCTGGGTCTGGCACTTAAGGGATGCCCATATCTTGCGGAATGCGAATTAGTCGAGTAACTGAGGACATGATTCGTTCATAGTGATTTCCCAGCAACAAATGGGGACAAGAGAAATTGTGGTGCTTCACCATACAGACTGTGGAGCTCAAACTTTTCAAAATGAGTCTTTTCATGAACATTTGAAACACGAGCTCGGAGTTGATGTGTCTGATCAAGATTTTTTACCATTCCAGGATGTTGAAGAGAGTGTGAGAGAGGACATGCAGTTGCTTTGAGAATCTCCACTGATTCCTGATGATGTGGTTATTTCAGGTGCTGTCTATGATGTGGATACAGGAAGTATGAGAGAAGTATACTAACTTTGTCTCGAAAAAATTTCATCCTAGCATAAAATCGATTGTTAAAATGTAGGATTTTTTAATTTTAATATAGCTAATATAAAAAAAGTAAAAAACAAGGGTATAAATGTTTGCTCTTGTTTTATTTTTTGATTGAAAAATAAAGGAAAAAGCGCTACAATGGTAGATGTAAAATGTTGTGTAAAAAACAAGCGATACATAAATACCGGAGGAAATCATGTCTTTTTTCTGATTTAAAGCTGTTTGCCCTTTCTTCGTAGAGAATTGGCAGAGCGTGTGGCGCAAGAGATTGGAATAGAGTTGGAAATCGACTGTTCGCCAATTTTCAGATGGGGAGATTCAAGTCAACATTGAAGAATCAATCCGTGGAAAACACGTCTTTATCCTACAATCAACGAGCTCACCTGTAAATGACAATCTGCTCGAAATTTTGATCATGGTAGATGCCTTGAAGCGTGCTAGTGCAGAATCTGTCAATGTTGTTATGCCCTACTATGGTTATGCACGTCAAGGATAGAAAAGCAAGAGCGCGCGTGAGCCAATCACTTCGAAACTCGTTGCCAATATGCACTAGAAGTGGCTGGAGTGGATCGTTTGTTGACGATTGATTTGCACGCTGCACAGATTCAGGGATTCTTTGATATTCCTGTAGATCACTTGATGGGTGCTCCATTGATTGCGGACTATTTTGAACGTCGTGGCATAGTCGGCTCTGACTACGTGGTTGTCAGCCCAGGCCATGGTGGGGTAAACTCGTGCTCGTAAATTGGCAGAGTTTTTGAAAACTCCGATTGCGATTATTGACAAACGTCGCAGTGTAGACAAGATGAATACCAGCGAAGTGATGAACATTATCGGTAAGGTAGAAGGTAAGACTTGTATCTTGATTGACGACATGATCGATACAGCTGGAACCATCTGTCATGCAGCGGATGCTCTTGCTGAAGCAGGTGCGGTTGAAGTTTACATAGCTGTACGCACCCAGTTCTTTCAGGACCGGCTATGGATAATATCCAAAAATCAGCTATTAAGAAATTAGTTGTTTTGGATACCATCTACCTACCAGAAGAGCGTTTGATTGATAAGATTGAACAAATTTCGATTGCTCATCTTCTATTTTGATGCTATTATCCGTATCCACGAAAAACGTCCTCTTTCTCCTTTGTTTAGCATTGAGAAAAAGATTTAATCTTTCACTTGAAATAGATAGTTCTCCTAGCAGGTTTCTTTTCTTGCTAGGAGATTTTTATAGTCAAAATCTGCAAGCCTTTTCAAAATATGCTATACTGATGAAAAAGGAGGATTTCCTATGAGTCAAGAATTTATCAATCCAAGTGATGGTGTGATTCGTCAGTATTTAGCAACCAGTAAAACCTTAGCGGTAGTGGGCTTGTCCGACCGTGAGGAAACCACTAGCAATCCAGTGACCAAGGAAATGCAGGCTAGAGGCTATAAAATCATTCCAGTTAATCCCAAGGCTGCAGGTGGCGAAATCTTGGGAGAAAAGGCCTATGCAAGCCTAGCTGAGATCCTTTTCCTGTAGATATTGTCGATGTTTATCGTCGTAGTGAGTTTTGCCAGATGTGGCGCGTGATTTTCTCAAGGCTGATGCTAAAACTTTCTGCTGGGCACAACTGGGACTTGAAAGCCTAGAAGCAGAAGAAATCTTGCGTGCTGGAGGATGCGACGACATCGTAATGAATCGTTGTATTAAGAGAACATACTCGCTTAATTCTTGAGCAATAAAAAAGGTAGCCATGGGCTACCTTTTTATATTATAAAGTACCAATCAATGCTTGCATGCCAAGACTGGTAAGGATGATGGCAATCCAGCAAAGGGCTCCAAGGAGAATGGATTTTCGCTAGTTTGACCATGGCTACTAGATTTGTTTTGAGACCGATAGCACTCATGGCCGCTGATAATGAGGAATTTGGAGAGTTGTTTGAGAGGGTGAAGAAGCTACTAGACACACCGAGAGAGGTGAAAGAGTCGTTAAGAGAGAGGCTAGGATGAAATAAAGGATAAAAAGTGGGAAGACTTTTTTTAGTTGGAAATCTTGGCTGTTTTGTAGCGACTTTGCCAGTAGGAGAGAAAGAGAGTGATGGGAATGATTGCTAAGGTGCGCGTGAGTTTGACAATGGTTGCAGACTCAAGGGTATTGGTTTGGTAAAGACTGTCCCAGGCACTAGCTGTAGCCGTTACAGAAGAAGTATCATTGACCGCAGTTCCTGCAAAGAGGGCAAAGCCGTCATTGGATAGGTGAAGCCAGGTTCTAGAGTTGGAAAGATGAGCGCAGCCAAGACATTGAAGAAAAAGATAACGGAAATGGCTTGGGCAACTTCTTTTCGCTTAGCTGGATAACGGGCGCTGTCGCAGCAATGGCAGAACCACCACAGATAGAGAACCCACACCAATCAAGATAGCCAGTTTTGTGTCTAGCGCAAAGAAACGCTGGAAGAGGTAGGCGACGATTAAGGAAATAGAAATGGTGGAAAGGATGACGGGAGTGAAGATTGTCAACTGCGAAGACACGAGATATTGAGACCAAAACCGAGTAAGATAACGGCATACTGGAGCAATTTTTTGGAACTAAAGGTCAAACCTGCATCTAGTTGTTTGTAGAGGTGAGAGCCAGGGTGGAGGAGCATTCCAGCAAAAATTGCAAAGACAGGTGCGCCCACGACGGGGAAAAATCCTCCTAGAAACCAAGAAATGATAGAAATGAGAAGGCAGGCCAAGATTCCTGCCCGTTTTTTGATAAAAATGACATATGAACCTCCGAAAATAAGCACTTATTATTATAGTCTGTCGAGAAGAAAAGTAAAACAGAAAGTGAAAAATCCGGGTTTCAGATGGATTTTGCGGTCAGGAGCACCTTGTATAATAGTACTATGTTCTGTAAGCAAGGGGGATATCTATGGACTTAACCAAGCGCTTTTAATAAGCAGTTAGACAGATTCAAGTTTCCTTGATTCGCCAGTTTGACCAGGCAATTTCAGCGATTCCTGGGGTCTTGCGTTTGACCTTGGGGAACCTGATTTTACAACGCCAGATCATGTCAAGGAGGCAGCCAAAGCGGGCCATTGACAGAACCAATCCTACTATACAGGGATGAGTGGTTTGCTGACTCTACGTCAGGCAGCCAGTGACTTTGTTAAGGAAAAGTACCAACTGGACTATGCTCCTGAAAATGAAATCTTGGTTACAATTGGGGCGACAGAGGCTTTATCTGCTACTTTGACGGCTATTTTGGAAAAGGGGGACAAAGGTGCTCTTGCCAGCTCCTGCCTATCCAGGATATGAGCCGATTGTCAATCTAGTTGGGGCAGAGATTGTGGAGATTGATACAACTGAAAATGGTTTTGTCTTGACTCCTGAGATGTTGGAAAAGGCCATTTTGGAGCAAGGGGACAAGCTCAAAGCTGTCATTCTCAGCATCAGCTAATCCGACAGGAATTACCTATAGTCGGGAGCAGTTGGAAGCCTTGGCAGACGTTTTACGCAAGTATGAGATTTTTGTTGTCTGTGATGAGGTTTACTCAGAATTAACCTATACAGGCAGAAGCCCATGTATCTGGGAACTATGCTGAGAGACCAGGCTATTATTATCAATGGTTTATCTAAGTCTCATGCTATGACAGGTTGGCGTTTAGGCTTTATCTTTGCTCCTGCAGCTTTCACAGCTCAGTTGATCAAGAGTCACCAATGTTTGGTTACTGCCGCAAACACTATGGCTCAACATGCTGCGGTGGAGGCCTTGACGGCTGGTAAAAACGACGCAGAGCCTATGAAAAGGAATACATCCAGCGTCGAGATTATATCATCGAAAAGATGACTGCTCTTGGTTTTTGAGATTATCAAACCAGACGGTGCCTTCTATATCTTTGCTAAGATTCGGGCTACAATCAAGACTCCTTTGCTTTTCTGAAGGATTTTGCCTATAAGAAGGCCGTTGCCTTTATCCCTGGTGCAGCCTTTGGACGTTACGGAGAAGGCTATGTGCGTCTGTCTTATGCAGCCAGCATGGAAACAATCAGAGAGGCCATGAAACGACTTGAGGAGTACATGAGAGAAGCATGATTCAGTCTATCACAGATGAGTCTCGTACTCTACGGCAATCGTAACTTTCGTGAGGATGACAAGCTAGTCAAAATTTTTGCGAGCAGGCGGGCAAGCGCATGTTTTCGTTAAACACGCTGGCCAGTCCAAACTAGCCTCCAGTTATTCAGCCCTTGGTGTTGGCACGATTTCTCTTGCGCATCAATGATGATGGGCTTAGCTACATCGAGGACTACCATGAGGTGATGACCTTTAAGATTAATAGTGATCTCTTTGTCATGGCCTATGCAACCTATGTGGCTGCCCACTTGCAGATGCTAGTTTGCAGGATAATCAGCAGGATGCTCCCTTGTTTGCTTTCTTGAGGAAGACTCTGGAGTTGATGGAAGCAGGCGGATTATCAGGTTTTAACCAATATTTTTGAAATTCAAATTTTGACCCGATTTGGAATTAGCCTCAATTTTAATGAATGTGTCTTTGCCATCGGGTGGGTCAGGCCTTGACTTTTCTTTCAAATATGGAGCCTGCCTTTGCCAGAGCATTATCATGAGGATGAGAGACGTTGCCATCTCAATCCCAATATTCCTTATCTACTCAACCAATTCCAAGCTATTGATTTTGAAACCTTGGGAAGACTATTTCGCTTAAAGAGCGAAATCAAGCAAGAACTACGCCAATTTATGGATCAACTCTACAAGAAGAGTACGTCGGAATTCACCTAAAATCAAAGAAATTTATCGATTCCCTATGCGACTGGGGACAATTACTAAAAGAGGAAGACAAATGAAAAAAATCGCAGTAGATGCTATGGGGGGCGATTACGCACCTCCAAGCCATCGTTGAGGTGTCAATCAAGCCCTTGCTGACTTTTCAGATATTGAGATTCAACTCTATGGAGACGAAGAAAGCAAAATCAAGCAATATCTAACAGCGACAGAGCGTGTCAGTATCATCCATACGGATGAGAAAATTGACTCAGATGATGAGCCGACAAAAGCAATCCGTAAGAAGAAAAATGCCAGCATGGTATTAGCAGCCAAGGCAGTCAAAGAGGAGAAGCAGACGCCATCCTCTCGGCTGAACACAGGTGCCTTGTTGGCTAGGATTCTTCATCGTGGGTCGTATCAAAAATATCGATCGTCAGGACTCATGTCTACCTTGCCGACTGTAGATGGGAAAGGTTTTGACATGCTGGACCTCGGTGCTAATGCGGAAAATACAGCTCAGCACCTCCATCAGCCCGCTGTCCTCAGTTCCTTCTATGCAAAAAATGTCCGTGGCATTGCGCAACCACGTGTTGGTTTGCTCAACAATGGAACAGAGAGTAGTAAGAGCGACCCACTTCGCAAGGAAACCTACGAATTATTAGCGGCTGATGAAAGTTTGAACTTTATCGGAAACGTGGAAGCGCGTGATTTGATGAATGGCGTTGCGGATGTTGTTGTGGCAGATGGTTTCACGGGAAACGCTGTGCTCAAATCCATTGAAGGAACAGCCATGGGAATCATGGGTTTGCTCGAATTGCTATTACAGGTGGTGGTCTCCGAGCAGGAAACTAGGCGCCCTCCTTCTCAAAGACAGCCTCAGAGGTTTGAAAAAACAGCTTAACTATTCAGATGTTGGTGGAGCGGTCTTGTTTGGTGTCAAGGCACCGGTTGTCAAGACTCATGGCTCAAGCGATGCCAAGGCTGTGTATAGTGCAATTCGCCAGATTCGTACCATGCTAGAAACAGACGTAGTTGCCCAGACTGCGCGTGAATTTTCCAGGAGAATAAAAGAGATGACAGAAAAAGAAATTTTTTGACCGTATTGTGACCATTATCCAAGAGCGACAGGGGAGAGGATTTTGTGTGACTCAGAATCTTTGAGTCTGAAAGACGACTTGGATGCTGACTCAGTGGACTTGATGGAGTTTGTCTTGACGCTAGAAGATGAATTTGGTATCGAGATCAGCGATGAGGAAATTGACCAATTGCAAAGTGTAGCAGATGTGGTCAGAACTATTAAAGGTAAGATATAGCCAAAAGCAACATGCAAGTCATGTTGTTTTTTGTTTGCAGAAAAAAAGAAAAACGTTAAAATTTTTTGTAGAAATTGCGAATAAAGAGATGAGAAAGAAAAAAGGAGGAACGTTCATGTACATGCCAATCTTGTATCCATGGTACATCAAGTGGTTTTTAAAATAAAAATGAAACAGTTGTTCATTTTCGAATTGTTTTTCGAATAGATAGGTAAGAGGAAAAGGAAGGAGACTACGCGATGTATTTACCAATCTTATTGCCATGGTTTATCAAATGGTATTTAAAATAAATGAAATTTACCTGTTCATTTAAATCACTTCTATGAATAGATAAGTGAAGAAAAGGAAGGAAGAGAAAAAAATGATTTCAGTAATTTATCCAATCTGGTTTTTAAAATGGTTTAAAATCTAGAAGTCGTAAACTAAAAAATAGAAATAAAGGAGAAAAAAGATGACAAACTTTGACAAAATGGAACAGAACTTTGTAACTCTTACAGAAGAGTTGATGGATGTGGATAGGTTCTGTTACTGCTGTGGTAGTAGGGGGCATCCTACTTATTGGCGGTATTGCTTGGGGGATACTTTATGTGATAATAGGAGGATAAAATGAATATGAATAATTTAAATAATTGGCCAGAGTTGACAGAAGACGAATTAATGAATACTGATGGAGGCGTGATCACATTCGCTACGATTGGTATTGGAGTGACTATTTTCCTTGGCGGTAGATTAATCGGGCAAGATTTAAAGCGTAGGTTTGGATAAAAAGTGATTAGGTATGAAAAATCGAAAAAATTTAATAGCGTGCTTTTAATCGGTTTGGAGCACTCTGCGTTCTAGGTGATTTAAATGTAATTACCTTTAAAGTTGATCAGTATGTAGGCTCGGAATTATGGATTCAATCCTTATTTTAATGATGAGTTATTTGGATTCAGGCAAAAACAAGGTTTAAAGAGAACTATTGTTAGTGTGTGGGAAATACTATTGAATAGTCATCTTTTAGTTACTATCAATGAAAAAAGAACTAAAAAATGGAGAAATAAATAGAAGATTTCAGAAGAATTTTCAGTAATTATTATATCAGCTTCAGGAATAGTAGAGCTTTTGGTTGGAGTAGCTATTGGATTAGCCAGTATTATTTAAAAGGAGAAGAGAAAAATGAAAAAACTGGATGAAAAATTTGACATCATGACAGAAGCAGATTTGGCTCTTACTGAAGGAGGCTTCGTTGTCACTACTTCCACAGCAATGGCTTGGGGTATATTAGGAGTAGCTTCTTATATGTATGGGCGTTATCTAGGAAGTAGACGTTAAGCTAAAAATTTGGGATAAAGTAGGTAAGGAAATTAACCATGAATCACAACATTAATCTCAACACACTCTTACCTAAATTAGCCACTGTATTTCCTTTGTTGGCAATCGGCCTGCATCTTGCGCTTCATGTGATTCGTACGGTGGGTTCATTAGTATCCTTTGATTGGCAATGGACTTTAGTTGGTTTGCTTGCTTCTGGCTATTTTGGTATTTTGTAAAGATTTGTCAAAAAATAATCAATTATAAATGATGAATCTGAATGAAAAGGATTTTGTGCATGTGAATGGCGGAGTTTTTCCACCTTTCTTATCAGGTAAATAGGAGTCTACCATGAAAAAATTCTTATTAGGATTTGCTGAGGGATATTTTATTGTATCACTCATTATCTACATCGCAACGTATTTGATTTTGAAAAAACCGATCAATACCTTGTTTTTTATCCAGAAACCTATCCAATTCTGCTTGGTCTGTTTTATGTAGGATATAAGTACGAAACAAAAAGAAAGTACGATTGGGAATTGATGGACCATCAGATTGGAGTTCGGGATGAAAGTTGTTCAATTACTAGGAAAAGTTTGGCCAGAGACCACTGTATTGTTTAGCTCGATGGCTTATCTAATTATTAGAATCTTGGCTGATGTAAACAAAATAAACCTACCTACATGGTTTGAATATCTTGATATACCTACGATTTCATTATTCTTGATGATCTTTATCTTACTTTATAGAAGTGAAGAAAAAGATAATAAACGATGACAACATGAGTCTGATTTCTGTAGCTTCAGTATAAGAGAAATATTGGAGTGTTAGACCAATGAACCGTAATCTACATTTAGTGAGGAAGGTGTCTGTATGTTAAAAAAGAAGTGATGTTATTAGGAGGGCTTCTACTAGTACGCATTGTACTACCTATCCTGCAAGTTTTAATGGACTATAATCTATTACCAGGAAAGTGTAGTGTAAATTTTATGGAAGTTTCAGACTTGTTCTCTTATCCCCTACTTCTTTTAATCATTTATATAGCGGTAAAATACCATACTATCGAAAATAACGGCTAAAGAGAAGAAATGAGGGCGAAAATGACTAAGATTTTAAAATCTATTCTTGTATTTATTTTTCTATTTTTAATGAATATTCTCATCTTTACGATACACAACAACTCTTGGATTTCAGGTGACAATAGGTAGTAGTTATCTGGTACCCCCTGTGTTTTCGTTTATCGTTTTATATACCATTCATAAAAGAGGTGGGAAAGGTAAGAAATCTGTGTAATTGAATGATCTAGGCAGGACTCTTGTTCTGCCTATTTTCTTTTGACAAAAAGTGCTGTTCAGGTATGAATATTGTTTTTTCAAGAAATAATTTTCCGATTTCTTCTTCGTTTGGTTAAAATAATCTTACACAAAGTTTTTAAGAGATTGTTAGAAAAAGGAGAAGATATGAAATTTAGGAAAAGGCACTATCATCCCCAGGTGGATCAGATGGATTGTGGCGTGGCTTCCTTGGCTATGGTCTTTGGTTACTATGGTAGTTATTACTCCTTGGCTCATCTACGAGAGTTAGCCAAGACGACCATGGATGGGACGACCGCTTTGGGGCTTGTAAAGGTGGCAGAGGAGATTGGGTTGAGACGCGGGCTATCAAGCGGATATGACGCTCTTTGACCTGCCAGATTTGACCTTTCCTTTTGTGGCCCATGTGCTCAAGGAAGGGAAGTTACTCCACTACTATCGGTGATAGGTCAGGATAAAAACCACATTCATATCACTGATCCGGATCCTGGTGTCAAGCTGACCCGGAATTTCCCGTGAACAATTTGCGCAAGAATGGACAGGAGTCGAAAGTCTCTTTATGGCTCCGTCTCCGGACTATAAACCCCATAAGGAGAAAAAACAGGGCTCCTATCCTTCTTGCCAATCTTACTCAAGCAGCGTGGCTTGATTACCAATATCGTCCTAGCGACTTTTTGGTGACCTTGATTAACATTGTAGGTTCTTATTATCTGCAGTCTATCATTGACAGTTACGTACCAGACCAGATGCGTTCGACGCTGGGGATTATTTCTATTGGGCTGGTTATCGTCTATATCCTTCAGCAGATTTTTGTGTACTCAGGAGTATCTCTTGCTGGTCCTTGGGCAACGCCTGTCAATTGATGTGATTTTGTCCTATATCAAGCATGTTTTTCACCTGCCAATGTCCTTTTTGCGACACGCAGGACAGGAGAAATCGTGTCTCGTTTTACAGATGCTAACAGTATCATTTAGCATCAACGTATTTGTCTATCTTTTTGGATGTGTCGACGATTTTGATTATTTCGCTTATACTTGTTTCACAAAAAATATGACGCTCTTCTTCATTAGTCTACTTGCGCTTCCCATCTATACGGTGATTATCTTTGCCTTTATGAGGAAACCTTTTGAAAAGATGAATCGGGATACTATGGAAGCCAATGCGGTTCTGTCTTCTTCTATCATCGAGGACATCAACGGTATTGAGACCATTAAATCTTTGACTAGTGAAAGTTCACGCTATCAAAAGATTGACAAGGAATTTGTGGCTTATCTGAAAAAATCTTTTACCTATAGTCGGGCAGAAAGCCAGCAAAAGGCGCTGAAAAAAGTTGCCCAGCTCACTCAATGTTGCCGTTCTCTGGATGGGAGCAGTACTTGTTATGGATGGAAAAATGAGTTTGGGCCAGCTGATTACCTACATAATACTTTGCTTGTTTACTTTACCAATCCTTTGGAAAATATCATCAACCTGCAAACCAAGCTTCAGACAGCGCAGGTTGCTAATAACCGTCTAAATGAGGTTTATCTGGTCGCTTCGGAGTTTGAGGAAGAAAACGGTCGAAGGATTTGAGCATGATGAAGGGAGATATGACCTTTAAGCAAGTCCACTATAAGTATGGCTATGGTCGTGATGTCTTGTCGAATATCAATTTGACGATTCCGCAAGGCTCTAAGGTAACTTTGTCGGAATTTCAGGGTCAGGTAAGACGACCTTGGCCAAGATGATGGTTAATTTCTACGACCCTAGTCAGGGAGAGATTAGTCTGGGTGGTGTCAATCTCAATCAGATTGATAAAAAAGCCTTGCGCCAGTATATCAACTACTTACCTCAACAGCCCTATGTCTTTAACAGGTTGATTTTGGAGAATCTTCTCCTTGGAGCCAAGGAGGGGACGACCCAGGAAGATATCTTACGAGCAGTCGAATTGGCTGAGATTCGGGAAAATATTGAGCGGATGCCACTAGATTATCAGACAGAATTGACTTCCCGGATGGGGCAGGTATTTCTGGGGGCAACGGCAGCGAATCGCTCTGGCACGTGCTCTTTTAACAGATGCCCCTGTCTTGATACTGGACGAGGCGACTAGTAGTCTGGATATCTTGACAGAGAAGCGGATCGTGGATAATCTCATGGCTTTAGACAAGACCTTGATTTTCATCGCCCACCGCTTGACCATTGCCGAGCGAACAGAGAAGGTTATTGTCTTAGATCAGGGCAATTTGTCGAAGAAGGCAACCATGTGCAGACTTGCTTGCCCGAGGTGAATTTTACGCCCATTTGGTCAATAGCTAGAAAGAGGAGAAGATGAAACCAGAATTTTAGAAAGCGCAAGTTTTACCATCGTCGTTACCATAATTTTCCAGTCGCGTGATTTTACCCATGTCGCTTCTGCTCGTGTTTCTGTTTGGTTGCAGTCTTTGCAGAGAAGGAGATTAGTTTGTCTACTAGAGCTACTGTCGAACCTAGTCGGATCATTGCCAACATCCAGTCGACTAGCAATCAACGCATTGTGGCCAATTATCTAGAAGAGAACAAACTAGTCAAGCAGGGGATCTACTCGTTCCGGTACCAGCAAGGGGCGGAAGCTGTTCAAGCTGAAGCATACGCCAATCAGTTGGAAATGTTAAAGGATCAAAAAAAGCAGTTGGGTTATTTGCAATCCAGTTTGAAAGAGGGAAGTGATCAATTTCCAGAGGCGGATAAGTTTGGATATCAGGAGATGTTTCGAGACTATCTCAGCCAAGCTAGTAGTCTTAGGAGCAATGTTTCGCAGCAAAATGCCAACATCTCCTCGCAGAATGCGGCAACAAGTCAGAGCCAGGCCGAGATTGGCAATCTTATCAGCCAAGCAGAGGATAAAATCCCGAGACTACAAAACAGCTAAGTCGGCTATTGAAACAGGGGGCTCAATTAGATCGTCAAAATGCGGCTTACTCTTTTTATCAGACCTATAAAAACCAAGCTGGAGAAGATCCGCAAGCTAAATCGCAAGTTATTGCACAGGTGGATGCCCAAATTAGCCAGCTAGAGTCTAGTTTAGCTACTTATCGTGTTCAGTATGCGGGTTCTGGAGCTCAACAGGCTCACGCAACGGGACTGGATAGTCAACTGGAATCGCTGATCTCAGCACTTAGTCAAAGTTGGCCAGGAATTAACTCTTCTAGATCAGAAAATTTTGGAGGCGGAATCGGGTAAGAAGGTACAAGGGTCTCTAGAGGGGAAGATTACAGCAAGTGAGGGATGGGGTGCTTCACCTTAATCCTGAGACCAGTGAATCTACGATGGTCGCAGAAGGAACCCTGCTAGCCCAACTGTACCCGGCCTTAGAAAGAAGGCAAAACCAAACTCACAGCTTATCTCAGCTCAAAAGATGTTGCAAGGCTCAAAGTAGGTGATTCTGTTCCTTTACTACAACCAAGGATGCCAACAAAGAACTTATTCTTGTTTCTGCGATTACGAATATTGATGCGACAGCTACCAAGACTGAAAATTTCTTTAAAATAGAGGCGGAGGCAAGTCTGACTCCTGAACAAGCAGAAGAGCTTCGCTACGGTTCAGAAGGACGTTTGACACTAATCACAGGAAAGAAAAAGTTATTTCCGCTATTATTGGGATCAATTTTTAAACAGAAAGAATAATATTTGTTTTTAATGCAATATTATACTTTTAAAACTGTAAATGTTTTGATTTTACAGTTTTCTTAATGTTAAAAAGAGCTACCTTCGCTGTCGTTCGCAAATTCTTGCTATTTCCGTTATTTTGTAGTAGAATGAAGTAAAGAAATACGAAAGGCGAACTTTAAAATGTCAAAAAAACTGATCTATTCGGGAAAAGCCAAGGATATCTATACAACTGAGGATGAAAATCTCATTATTTCAACTTACAAGGACCAGGCGACTGCTTTCAACGGTGTTAAGAAGGAGCAGATTGCGGGCAAGAGAGTCTTGAATAATCAGATTTCATCTTTTATTTTGAAGTTGAATGCTGCTGGTGTAGCGACTCACTTTGTGGAGAAGCTTTCAGATACGGAACAACTCAATAAAAAGGTTGAAGTTATTCCTTTGGAAGTTGTGTCCGCAACTACACGGCTGGATCATTTTCAAAACACGGCGTGAAGAGAGGTATCGCATTTGAGACTCCGATTGTCGAATTTTACTATAAAAATGATGACTTGGATGATCCATTTATCAATGACGAGCATGTAAAATTCCTACAGACCGGATGACCAGCAGATTGCCTACTTGAAGGAAGAAACCCGTCGTATCAATGAGCTCTTGAAAGCTTGGTTTGCAGAGATTGGCCTTAAATTGATTGACTTTAAGCTAGAGTTCGGTTTTGACAAGGATGGTAAGATCATCTTGGCAGACGAATTCTCACCAGATAACTGCCGTTTGTGGGACGCAGATGGCAACCACATGGACAAGGATGTTTTCCGCAGAGGACTCGGATAGAATTGACAGATGTTTATGAGATTGTCTGGGAGAAATTGCAGGAGTTGAAGTAATAACCTAAAGGCTGTTTGGGAACATTGTAAGAGCTGAAATAAAGGAATAGAATTGATGGATAAACGTATTTTTGTTGAAAAAGGCTGATTTTCAGGTCAAATCAGAGAGTTTGGTAAGAGAACTCCAGCATAACTTGGGACTGTCAACTTTGAAAAGCATTCGCATCGTGCAAGTCTATGATGTCTTTGATTTGGCAGAGGACTTGTTTGCGCCTGCGGGAGAAACATCTTCTCTGAGCAGGTGACGGATCATGTCTTGGATGAAGCAGCTGTGCAGGGATCTTGCCAACTATGCTTTCTTTGCCATTGAAAGTCTACCAGGACAGTTTGACCAGCGTGCGGCTTCTTCACAGGAAGCCTTGCTTTTGCCTGGGAGTTCGAGTGATGTGACGGTCAATACAGCCAACTTTATCTGGTGTAAAGATATTGATGCGACTGAGTTGGAAGCGGTCAAGAACTACTTGCTCAAATCCAGTGGATTCTCGTTTCAAGGACATCACGACAGGGATTGCCAAGCAGGAATTTTCTGAGTCAGACAAGACCATTCCTAAATTGACTTTCTTTGAAAGCTATACAGCAGAAGACTTTGCCCGCTACAAGGCCGAACAAGGGATGGCCATGGAAGTGGATGATTTGCTTTATCCAAGACTACTTCCCAAGTCAATCGGGCGCGTGCCAACGGAAACAGAGCTGAAGGTTTTGGACACTTACTGGTCCTGACCACTGCCGTCACACGACTTTTGAGACTGAGTTGAAACAGATCGACTTTTCAGCTTCTAAATTTCAAAAACAATTACAGGCGACTTATGACAAGTATATTGCCATGCGTGATGAACTAGGTCGGTCTGAAAAGCCACAAACCTTGATGGATATGGCGACTATTTTTGGTCGTTATGAGCGTGCTAATGGTCGTTTAGACGATATGGAAGTGTCTGACGAAATCAATGCATGCTCGGTTGAAATCGAAGTGGACGTTGATGGTGTCAAGGAACCTTGGCTCCTCATGTTTAAAACGAAACCCACAATCACCCAACGGAAATTGAACCATTTGGTGGTGCTGCAACCTGTATCGGTGGCGCCATTCGTGACCCATTGTCAGGGCGTTCATGTACGTTTACCAAGCTATGCGTATCTCAGGTGCGGGTGACATTACAGCGCCGATTTCAGAAACTCGCGCTGGGAAATTGCCACAACAAGTCATTTCTAAAACAGCGGCTCACGGTTACTCTTCTTATGGGAACCAGATTGGTCTTGCGACGACATACGTTCGTGAATACTTCCACAGGCTTTGTAGCCAAACGCATGGAGCTAGGTGCAGTTATTGGTGCGGCACCTAAGGGCAATGTTGTCCGTGAAAAACCGGGGAAGCAGGTGACGTGATTATCTTGCTAGGTGGCAAGACTGGGCGTGATGGTGTCGGTGGTGCAACAGGGTCTTCTAAGGTTCAAACAGTTGAGTCTGTAGAGACTGCTGGTGCTGAGGTTCAAAAGGGAATGCCATCGAAGAACGCAAGATTCAACGTCTTTTCCGTAATGGAGATGTGACTCGTCTTATCAAGAAATCCAAGCTTTGGTGCTGGTGGTGTCTGTGTAGCTATCCGGTGAATTGGCAGACGGTCTTGAAATCGACCTTAATAAGGTTCCTCATAAATATAAAGGCTTGAATGGTACAGAAATTGCCATTTCTGAATCAAGAACGGATGGCAGTTGTGGTGCGTCCTGAACTATTAGATGCCTTCGTTGCGGAATGTAATAAAGAAACATTGACGCTGTTGTTGTAGCAGCAGTGACTGAAAAACCAAATCTAGTCATGCACTGGAATGGTGAAACGATTGTCGACTTGGAACGTCGTTTCCTTGATACAAACTTGGTATGCGCGTAGTCGTTGATGCCAAGGTTGTGGACAAAGATGTCAACCTTCCAGAAGAGCGCAACAAGTACTAACACACTTGAAGCAGATACTCTTGCGGTTCTGTCTGATCTCAACCATGCGAGTCAAAAAGGATTGCAAACCATCTTTGACTGTTCGGTCGGTCGTTCAACGGTCAATCACCCACTTGGTGGTCGCTACCAACTCACACCAACTGAAGCATCTGTTAGCAATACGTAA + %$'$%%679336<988<>>/(6:<<=9A@;9@=6::.>CA;<:8::?=><>6:@B@??BCFBB>8==@@//@BCE@=5;?D4>:<:CDEEEB9==9>=>35B?>?GB?:9>@=:>B<==9@=013.07:<>(-,5>77;:C=<@4+><>;=>?:64&198-7957767@;==:>;9;<*';3>;<>@B<=?A;ACE@@FF>+08<7;5572.81--@A?*AA?;9>D<++.6:;<<<546>>;<87:6682-39;>AC5=<77:;6C@K=@857=000*'*1-/:?>;<>A>CH@=9:A>@DBBCEECC@CGGGDCDDJKBHGAF9AGHDBACB<6<;016>=A98:;8=@D>AA;9*AB+'046:6=0=3B=>778;8=6:;1/51.-(,)&))*335CB@B>H::EC>=9:AB5A4:-4:9444'9?::942**-,(%-&*-$'%)2-3()*()(&$&&4-($))',)%&%&$$(*)%4:=;9::=?AFE:GD;;:CD@@>)8334:111,9:;:<;>?5AA9>>=:8:998@B,3A=69=:AAB?>ED>6=<5;5656?>43B7@A@FCJGD8>A8:@ACA6>A=467-/.36:=483-2-($$&++12)6<99=43::365(;>?=A42,,'1,,+$%.;>??E>@9>;>5??@MLH@6-1=B=0=??@@/---.A?@:=?=<@=:676)=???8:?;7<=3;3C>@?K?HMGGE@F><@=@<=C>@>?B@DCC@;6?B@=?AD?ABBB<;<@=A?DDFJFAGAF@6>F>A8;59:>?5-()(2ABLMLFE@>?;=77/8543,+4:9=)))>@>@BEEA07978:9:<>=CA>AAGEBDBCC>@D+C'>OPLIFD400%(>?AE='(42<;;=;AAEGC=D:?=>;E;?3FKHLD>@@EPI<;;5G;F?GKKIK?;;BDF@25?CENBH6:A?EA5????7.-88;>?DH>GCAA<<:E@;?@B1?>>,==??8F@CGA?DE@BEFFGGHF<=;=CB9,?=BCCE?B@DDAC><9EKJMJFHECINFKDJMMNN>DB?6999EF@?A?B98?>?JIHA;;?BID9=>A@AGDJBKHC-@B5-<DBA9?GHJEG6;8/:5&(%,$1-&4?33:?<=;;5=,8B;;;4:<=648;8=?<;;=9A5:69D9B8?<3?BE;DCE@845B==;@B?>?>*40./1127856677=??@>@<4;3221-.)798;==::/3101>;=BDFFCL=;5**$'2458A?79;BB>A<8<>=;8,,:8;@;AEBBJKB;;;:;<*-685110..<?BFGGC=<94>CC?;<>>A-+8A@?<7>??998A4@A@@>5=@;57A>@BC345BCA<66,,+''&'447CFLGD9;98=>?A=A@BK=BFC=BFGLA<=9C8<3221-(((57>>?72:5=0>>??9:8<2785>>6@(?8;8;4BD>&,*,<<@@B'#'*())/016*<@209AECFC?CJ=FDFE6<6=9@C>;:<65?104473-,**%(*)**$%%$('(/8:0*;8BD@ADDD9<9?2'(8(???9:A??ADBBHGD?GI?=>+&&&6>9DICKDBD>@AB;?@A=>=BCB349>8797;14)%)/58>/@/&00)7.0)*(.32885-8==?)28<::57..<3CECCHB:A<;7AJJF?K;FHB<4>?>9>;8?B<:10/.,*&&&''/3,,'+00/255+77<;<;6.,%,&(392)0-/770./08:@9=419<<;>BD@@@7=<%)5;C@?300?45808?)('$$/607@@@=/69@?:=@G@MJ>@AC;?D2=>=>@EBCC=FGBB4/@;@@GGDHFEF@=?:6:;EC<>>?1&-)/5<7>AD@FGEEDFB=G>159?>=@B?@@:;<=9,=>83B:>@GGD>@@C2A>CF>.-3%%8@==?;7(BB9471C=;EDENJ8CD0((478?@?=811342%%-DJI)@;BB?@CDIFD1<422-?=:<>7+398@DAB:24@3()&3001,$$$)$*#$'$&)/*9>=1:>@CED@,0;89)33:<9C?;66;=;60.3:E;BE?::6=8877CKDGGAB=A>?=><<6:+&51$(5*..:7:9:6=?>>@@98=A<)%'799:@DDGHKFLHJMMIFCACCIA=<5578765@FFGE??>;;9<@FGB6<:;BDB41/,4A<=@>+BEGE;07DIFA@CB81<>;;<>@;9;>>?=A?BC?@@8=7>A@B=?52;;41@@@>9<:@87==86004:35;>>>;=;14.)A778,1+.49<:96776638=8&*137:;;B?@@GA6DFF?AB?6/;7;%&$5;40?E@<98>CDHGBCA@=BFG>BGC?C7&*(,015(',+1;>@D=A?<9;93<,-89:;00&3488=>7+&57/9;9ACA<.))+$2;;<>A?:B0:,0>?888<>C9:;@CBF?<:..;ECC39?37685&%'&')2322/A8A@9665/3069<>>934/668:;>=>8?C@@@:88;?=014),9AEFGD==>6:9;AB>@CDAC@57<;99<99<==88?0'0=<9:?G>=8FG@GGK8527'%%%8=><;'''C>+A9@>BFD><=AB=HFC:412532(%$$.2978<;;:7>???BA35+'%3&%&&&9=>=3)99997A@FA:AAJCEDEF:61@>AB4(@%9245%%+*++*'(*014<@;>=@@>;>;4667:>=AA9233614:=;0762,.)1288):888<8*9,0=5GFE>>C:DDA<FB>-5*665;@<7AAC9FIHG@100((,-$.%*#-*'+97?;6@@AFF@??>4681650(=?@EC?C@*CHH@DF@.;=;>EBFJCJDNPL7;=>:=DD>@A??47>BE>>AB@CD87775251?1*?7;3@EFED<=?>>;<<>AGC<@E=E@A>@DC-8JK99<6?==BBCD:ADE:;EFC??BAFDC?3=11'*%3956=8@?AFDEG>---@OGD?%:=DE@7<9/44@3ECDCA?DDCC=DD??<9?C?BJFNEBDD@A??>?A>9B>>:9<98$%@C;5<9;?BHCBDHC;::A@BE?ECEGG@>>(0A?CENMJB5>EB@HABCEHEDBBCCFEC=@BECH@93()/,*&&*664<;78(%%%5;=?><?@EFCBF448672*(++248??AC:68SMHII@0D@CAD78>IEE;41@CCHHE7KFGIAMDCBA@4:9GA====;@@AA4$3=>::+=>C6DFG&9@.;=;;&.77**79AA;A<=@==?>CFA;@F>>EC>>89CE=HFA>=4CDAGI@A=>9C@B<-7>99@@BEGF'@)2334+$$$8'99:>?9@>A<=?>EF6?=>=?C?@C=@?>@;@DFC@HF6;<.9:9=<=HD@B:420..*(,'(-771/=>7FHGHD@>BC99@CDC>BDNKFHONDCBA=FHIB>>D>=JICDIKJF:
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c9b550a8-7d2d-4bb4-a567-2d890fe575fe/1 GTGTTGTACTTCGTTCAGTTACGTATTGCTATTCAAGATGAAGTTAGAGGCAACTCTTAGGGGTTTAAAGAAAGGCAAGTGTATCATCATTACAAAAATTGGCGCGATGAACGCAAGAAACATTAAAGTGCTAAATCAATTGATAAAACAAGTAATCAGTTAATCTCGAAAAAAGCTACAACTGTTAATGAAAATGCAAATAAAGACAGCGGAGTTTTTGCGACGAGACGTGATTGACGGCTGGTATTACAGGTAAAGCAATTGGTTTCTCGTCACTTCCAGAACATGTTTCAAACGCGCATCAAAAGGTGGAAATTCATTCCATGACTTGGATGTAAGCCCTTATGAACTAATAGCTAACTGTTGCTTGATTGATTTCAAAGATGCTGAAAGAAGGTTTCTTGATGGGGAATGCGAATATCGAAAGCCCTAAATCAATTCAAACAGCAGCAGCACAAATGGCGCAAATTATTGCCGACGTTGCATCAAACCAATATGGTGGCTGCTCGGCCGACCGTATTGACGAAGCTCTTGCGCCTTATGCAAAAAAAGAATTACGAAAAACATCTTAAAGATGCCAAAAAATGGATTAAGAGACAGCAATGACAGAACAATATATCGGGAAAAAGACGGCGTAAAGATATATCTATGACACAGCTAATCGCTTGAATATGAAGTTAATACGCTTTTTTACCTCAAATGGTCGGCACCGTTTGTGACTTTCAGTTTTGGACTTGGTCGAACTGATCTTGAGCTAAAATTCAAAAAGCTATTTTAAAGATTCGTATTAAAGGTTTGGGTGCATCAATCAGACAGCGATTTTCCAAAGCTGGTATTTACGGCTTAAGCGTGGTGTGAATCTTTATTCTGAAGATCCGAACCTATGATATCAAGCAGCTCGCTGTAAGATGTACGACAAAGCAGACTGTATCCGGATGTGCTTTCTTATGACAGGTGTCGAATTAACTGGTTCATTTAAGGTTCCAATGGGTTGTCGTTCTTTCCTTCAAGGTTGGAAAAGGCAGAAAAGAAGCAAGTCAGAAAGAACAAACTCTGGCCGAATGAATTTAAGTGTGATTTACTTTAAACACGCAGATGCAATTGAATCTGGTGGTAATTTCGAAAGAAATTCTGGAGAATTTTTTGATGAACGCGCCAAAATTGTTAAAGACGCGCTAGTTTTCGAGTTAATCATTACTAAAGAAGCTCTCCCTACTATTTTTCAATTTTTGTATCAGTACAGGAGCCTTCGGTAAACGTTTATCTCCAGAAGATTCGGTTGATGAAGCTTTTAAAAATCGTCGTCGACTTCAAGTTTCATTTGGACCTGGTGGTCTTTACGAAGTTGGTACAGTTTTCTATGGCGGTTCATGGGAAAATAATCCAGAGGCTAAAGAATTTACAATTTCTATCGTTCGAAAGATGAAAAGAACTCTGTGAAGACCCTTGGTCAGATAGATTTGGCTATCACTTCAGTGTTTATTCAACTCCGAGCGAAAACAACTGACCGTTTTTGTCGCTTGGGTCAAAGAGAAATTCTGGTGTAATTGAGAATATTACAGATAAAGAGTATTATACAAACTCTTTCCACTATGATGTTCGAAAAATCCAACTCCTTTCGAAAAACTTGATTTTGAAAAAGATTACGTTAAGGCTGGTGCGACAGAGCGGATTTATTTCATTATTGTGAATATCCAGTTTCACAACAAAATCCGAAAGCGCTTGAAGCTGTTGGGATTATGCTTATGACCGGTTGATTTGTTTGGGAATTTCGTACAATTGATAGATGTTACAAGTGTAGTTTTGAAGGTGATTTTGAGCCTACTGAAAAAGTTTCAAATGTCCAAATTGCGGAAACGCCGATCCAAGAACTTGTGATGTAGTAAAACGAACTTGTGGTTATTTACGAAATCCTCGGAAATAGACCAATGGTTAAGGTCGCCATAAAGGAAATCTCTGCACGAGTTCAACTTATATGAACGGTTCGACAATTTAAAATTTTCTAAGTAAACCATTTAGACCTTTAAGGTTATCTGGCGCTTTTTTAAATGAAAAATAAAAAAGCCCAAGAGCATTAAGCTATTAATGTTCGATTTGTCAAGAATTTTAGATTTGATAGAATTCAGATTTTCTTGATCTTTTTTAATGACGATTATTTGAGGTTCGTTATGAATATTAAATCGTTCGAAATACTGTGAGATATCAAATCGATATATGCGCAGTAGGCGATTCCCGCTAGTGCAGCCTTAATCTTGTCGCGGGCTTGCTGGATGTTGTCGATTTCGTTGAAAATCTCAGATTTATCACCAAAATCTTAAAACTTCTCAAATTAGACTTGAACTACCTTTTCGCATATTCTTCCTAGTGAAAAATCATTTAGCTTTCGCATTTCTGATAATATCTTCATTAGTGAAATTTTTTTAATGAGTTTCAAGATTGAATCTGAATATTCATCAATTTATTTCGTTTTCTTTTTCTAATTGTTATTCTTTCAGCTAAAGCGGTATTTTTTGTTTTGAAAGATCTTGATGAGTGCTCCGGACTTTTTAGATGCTTCATTCGCGCATTTTTCTTGATTTTATTTTGCGTAAGTTTCAAGCAATTTCTCGGATCTCAACGATTTTTTGTAAAGTCTGATGTCATTGAGCTCGCGAATTTCAGTTCTTGATATTTTGTAGTTGCTAGCTTGATTATCTTCTTCTAAATTATTTTTTTCTTGCCTTAATTTTGAAATGGTTAGATTTTTTGACCATTATCTCGATTCCTATTCTTAACTGTTTCTCAGGTTATTGACCATTTTGATGCATTTGCGAAACCATTCTTAGCGCACTCGTTTTTTGTAATGACCTTCGCTTTCGGCGCTTAGTTTTAGGGCTAATATTTTTACGGCGGGGCTTCTTCACCAAATCGAATCATTAAAGTGTGTATTTTCTAAATAATATTATCCAGGAGTAAAACGCCAGTTTTTATAGAATTTTCTAGAGCTTTGATCGTGTCATCTCCAAATATTTTCTTAAAATTGAGGATTTCTTGGATTTTCTCTAGAATATCTTTAATTTCATTTCTTCTGCAGTTAATTTTTATTGCTCTTTCTCATATCAGAGCCTCCTTTTTAAAATTTCGAAAAATAGTTAAAGTTAGAACAACTTTTTAAAGAACTATCAATCGATTAAAAGAAATTTTAACTTATATTTTAGGTGTTAAGTCAATATTAAATAAGCCTTGAAGAATGCTTTTAAAGTGATAAAATTGTTAATGAAAAAACGTTTTGAAAGGAGAAGGAATGGCTAAATTAGTTTTTACTCGACACGGTGAAAGTGAATGGAATCAGAACAATCTTTTTACTGGTTGGGCTGATGTTGGTTAAGCGAAAGGCGTTCAGCAGGCCATTGATGCTGAAAAATTAATTAAAGATGCTGGGATGAATTTGATGTTGCTTTTACATCGGTTTTGAAGCGTGCTATTAAAACAACTAATTTGGCGCTAGAAGTATTCGGATATTTCCATGTAAGGTTCCAGTTCAAAAATCTTGGCGTTTGAATGAGCGACATTATGGTGGCTCGAGCTGGTAAAAACAAAGCAGAAGCAGCTGAAAAATGGTGATGAGCAAGTTCATACTGGCGTATTCATATGATAACACCTCAAAGAAATGCCACAGAGATGATGAATATTTCTGCACATAATGATCGTCGATATGCCTTGATGGATGATTCAGTTATTCCGGATGCTGAAAACTTAAAAGTAACTTTGGAGCGAGCTCTACCGTTTTGGGAAGATCAAATTGCACCAGCTTTGAAAAGTGGTAAAATCTGTTGTTAAGCGCTCTGGAAACTCGATTCGTGCGCTTGTGAAACATATCAAAGGTTTGAGTGATGACGAAATTATGGGCGTCAAAATCCCTAATTTCCATAAAATGAGTGTTTAAATTTGACGAAAACTTAAGTTTGAAAGAATACTCGCTAGGTGAATAAAAATAAAATAGAGCGTTGAGTCGCTCTATTTTTGCTGGTAAATAATCGATGGTCTTAATAAAGACAAAACTTATATTCGCCATTTTGGATCGGCGTGGCTATATAGCGTTTTTAAGGTTTTCCCAATAAACAAACGCACTTACAAGCACTAATTAAAGACTAGTCAGATTTAACGCTGAAGTTTGTAATTAAACAGCTTGAGATTGTTTTAATTCGTAGCCTGGAAAAATAAAGATATCAGCTTCACCAGATGAAATCACCATTTTTGGTTTTTGAAACCTTGCACTTTAAATTTTCACGATTGCCAGAATTTCCCTTGTAATACGTAATAA + $#&$1(-''%((4;?+*+'.$$+--,3.:>::<5*-7?>6((867**01:>>??B>A:(332>JJ333.'51-501')1:868>39A=:;=9;5B;A=9G79E;>?A=F7::5=,0)087)936@A?@@FHFHFB?D8664-CB;=>@DNMLKFE>BB>347;4::9653669>78:1103(+-**),10163%+196(1<<:=8,6=),7=@B;=?==3-$'&.*.3535)/<=3>'24%%&*..-9:2:;)+++=>?CD?GGB;::.&/&4572222/873>?@B?B:88=:-24@AB=@>GEBEG@=@<78??>8<<34)%%%/'+,0594<:337???EDD77-/4.336225003*%(%+.,=FEBCG=89))*.004=96=;2;62=@A$'7*(:8<@>>C?=<5)5'5>=:8<77./0::-549?@E<2+&%%%DC<@9=@?@=4>?>&)-.--1401@CEDB-*.::)),)(&%&**($$%$%&*&)$%$%'))+)','&)7:4<)$%&)'(-%%%),+.*($&97=:9999%$$#$%(,)'(+++358=8A=ED>EEBCB@=&89:>?;89=259478=$'))%')047;EMB;C;?;CB>-'1'@;*::<>>=?33333=:111/765'&..(%'06:=?BFB:)6B4;:=<:359*BAA;;E67;BCH;@DC?@<<>33.6*#%('$$)+$&*((>=@C3<<><);-.0433B@;;5<2=9A@CEAE>=>??@D?9:CCC=EB9801*15842((+()$#%''49A6*7%(-)35+(&%###&'2+'$$%$+-=>@&((),*%())975405.5:2:=?C=A>%%$,$#&&6(,&&$#''%%#%,-8?768?38//2>C...)'()&$$00)%$%$#*$&%/'$$/)($&$$560+013467947:93+,,-+,'(/')'('+:.000)(+%##'&&%$$)%/*-++)89AAA768,,.//.1/&*--+$&&$.434.+64=<=AGFED@?B4242+1+/:=?DDEI;?>B>99=<*567435=DC50427A@@@C;%%(%81=;6)%%3<>?@>:9-0,.-#&&&&'9>;@EC?..?<4.7<9/*?>58-9-+-.07<<:727;957520.**;87<>A>04DBA@D;;::DCC=557FIH;B;?<7<&((%%%&')-9?73&144=50,*+'%,,297>A>>;5HCBFFD>=<<6=FEGB>848::<38BG>7701:BD@=@?@<=>2'#+68::5989>=:?@>HHF=>023>?@B@;79@:9730=B>DEED.8;9A0&.5?>A4;>?1(),966A@99:457=ABEF@0,58=)+(%'*'$'1079+$%&(,:99;?==88:9,$&%(9:A;10/000'(//+7+(9)-&&(2'034-*(%%%'''')*,4623100.%--%+'##$&-,)**55C?:**30.123-696)-(?A4/.+0883,&*.6@=@=B>=@B@<:=)CGF??BG=?C:635EB:B?@?/&-',796-54;<53'(0+))(*&&%:;:349;?6:92,&&%24;>9>@>79AA.<>=/7798(%&,244$'&0%%(6:96*?BAI=CA?AD.@EGEA=@>@B?.$,,/+(*72669>A77=435%%)44()1/,(1/<3=1776<=@@98.*(*))<4&&)*0:;8)'&-*,'()&%$&%*&$$'02644-2'-,.//8:>?GGF?BC:>8,,226761,3/6697&9:8=:;?@BC?BG<7:=<;760--:44569,2,,8+,877)$'(()&&&,%'&$'%,4++9;;:BGD?@:&(/27;:9;--+,'%),344',4/5898*($$16%''++111$.-05/,$-',::7:@?@>9))+***(-,.49821+&&%#'''48/)%&''-.+,4.)*(,021,.&'++%''-.&(4623;BA'326881.$$*%2'24%%3$)0/)/&(-::87><:=AJONMD75?A80'/0*)+*9:(33:787=:<=67,0('<>=:6+,)0.../)(24.&%'((/3220$#%&$(,,.--8;:4=@?>>?BIAE=?7CGIMLH.+)-/7999@2442)())%$$$#$%%'::=@B@?:DA;<8>:;<=;)$&///./67738>;2&'%%3'&#$&&$$$%$$*;?:??267%($%$-1('+*)**+','$%--1679:6(),/87**7;87DGHGLM>:92.%%'&2/$%%$(:%,)68<647;5*)+7<.*0-*28@>914;98:CADHA===11,*-,$#%$$"%(04?8<8(..&'%$'&&)9>@9('.(%%%('04>=69A>-:==?F:30#$&(5<>:9:<%>;+%36,8@@?;667<87AC=J>GHJHB3:555AFFD@@C,),*:;=C;?=8*.;:@CEIKCHA@A><<,,&0&%===6=59-)=7><361(*&/,259:CDAA??@@0&%;?9FG??1214;*585=?>7%%(06:7AH800.)1242545346>;79>=<9981,&4207;;:;4;34A@GE:*GHC6CB;BC>@>94,*(+++-2:>>?@BA88>?=332&/1116:9%+,##$'3/05?@3=<@>??A<8@;?A@?>?DD=@?@29FEC@@A28D66=;;75252BAEGGJTPL@?=:/8;60+226*?6.;:6;CB@5340))2,7/::?DD>'@BA8@=FABAC>><7055;D<;931$$'$'&%.--/@GJKLFCFA::>>?DC9A@31.')8:??DGUQOD@@>=?:895..1024=@@A1ED3BDGFF@?>A@FHFACC?::A86<:=BHIHB=47?@DC?A<7<@+'*-'.&(33453+,+&.%+553-.%%&&'-1+)%$&6;.14:9)??JHADGAHKHCNJJ52//.22=AABC-1<3321*'(%+75995*898;AB?/))(55%42E@>.7):7@?@BF5DD=8@>,%&$#(%(.&&''.$$%$$(&(+))189C:()%$)+*),55%&<>77*9675//18:;>@5:89@ADBCC<:2+)(/&$$)(%(-)8,73*.**>+'<@=//1'1,,-/*(&-0/<::1123+*)33/349;98/,5,*&8:@A54=CDIJBDEFCD@><7979-+36*'(2)*1331.11*0=>47..+-,/44.&67A?99;>;78457,+*)''+7<@A78*/(990%%&9/)1543+0,(')(&(($%$$&#&)&$$0%-177;=*0$$))&%'$%'(%,-'**%+-((%,/8A@=6732*,.674&:7(CAC;AG<:;3.0(75DEFGGGF47POLKHA;:::9/>=?8I<<>J>HFMMG@50-*((444,'04,(%$,%+((%&&*3<775=8KKIFCAAD6%-6::5251'%$)+1522B>94-.178>@?==.+*&)*(+&)+.+'('''$*)+%%$#$)'*,,,.,++%)#)$%%-/0(###%#%%(()%:>;<<;?>D=1+,'%$%'(&579;FHJA;60=//,)5:>@?5D?@@9AQIA@;<;B><@CCE:A<<4=96(97')68898?HFA=33:EA@6;@D>:3/1($##%++,-56?A942-$&&&//*((./.,#$$ @SRR14011045.80748 150d30ab-280b-46ab-9b7f-c1a38f659b3d/1 GCTAAGCGACTACCGTATCTAACGAGGGCAACCCCCAACTACATCAGGCGTACTAGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAGTATTCTCAACTCAAAATTGAATATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATGTCTCAGTTACTTTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTGTCACCACGCTTCTAACCCTATCAACCTGATCATCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGGTGGGCTTCACACTTAGATGCTTTCGAAAAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATACTCTTGGCAGAACAACTGGTACACCAGCGGTAAGTCCCTCCTGGTCCTCGTACTAGGAGCAGATCCTCTCAAATTTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCATGGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGGAGGTAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGCGGAACCACCGGATCACTAAGCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTTAGGCGTTACCTTGCAGGAGGCGACCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCCGATAGGGATAACCTATCTGGGTTAGAGTAGCCATAACACAAGGGTAGTATCCCAACAACGCCTCACTCGAAACTGGCGTCCCGAGGTCATAGGCTCCTACCTATCCTGTACATGTGGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAGGTACTAAAATTTCACCAAAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCAATTTTACTGGGGCTTCAATTCATACCTTCGCTTACGCTAAGCACTCCTCTTAACCTTCCAGCACCAGGCGGGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAAACGTAGTTGCTTGGGCCTATTCACTGCGGCTGACCATAAGTCAGCGCCCCTTCTCCCGAAGTTACGGGGCCATTTTGCCGAGTTCCTTAGCGAGAGTTCTCTCGCTCACCTGAAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATAGTGCGCTAGAAGCTTTTCTCGGCAGTGTGACATCACTAACTTCGCTACTAAACTTCGCTCCCCATCACAGCTCAATGTTAGAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGGCCAGACACTTCCAATCGTCTGGTTTAGTTAGCCTCTGCGTCCCTCCATCACTATATACTCTGGTACAGGAATATCAGCCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTGGGTCCCGACTAACCCAGGGCGGACGAGCCTTCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCATCCCAGCACTCACTCACAGTACACCTTCTTCGCACATAGAACGCTCTCCTACCATACCTATAAAGGTATCCACAGCTTCAGTAATATGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCATAACATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTGCTTGCGTCACCAGTCTGACTGCCGATTATATCTCGTTGGCATTCAGGGTTTGTATTGAGATTATTGTTAATCCGGGATGGACCCCCCTCACCCAAACGGTGCTCTACCTCCAAGAGACTTAACATCGACGCTAGCCCTAAAGCTATTTCGGAAGAACCAGCTATCTCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCAGTCCTCCAGTGAGTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTTCGGTCTACGACATGATACTAATGCGCCCTATTAAGACTCGGTTTCCCCTACGGCTCCGTCTCTTCA + 0A@A>:@(''.5:;@@DF?C=*8'')38:89FGBA>@@@B?AGGD=?>F?H=D+)):>>DC?AHD==9*8<==')=?DAD8;;-/*%9CAAE><3FEA;&&#*(''926>B<0BB;?@?AAAC?GB>52;A@>CII><:>756<8>;?E=>H99;8=?A@B=>B?@@:;A<5*%(.58<8:9=:*651,&''',())68@7/8:CAA8?6B<(??1-<7<-..;DDF?H,,889:<8534-+'$$%**3%67:69=;5222(-%&&%$(-/0=<=B?977<8=<38=;<:=@7.5<:96(%%)#+++,+49536;<>FGEB<=A<@B==?>99/3C;>99G/7=DE>B<@97:97EGA88:@>59>=AGCA@A82CD6;66><;=A@;5:95:;AKD??>@;A>74783:;D=<:;A??D@?=AD<=?DB;<5''.&&%73*4)*/278<>@A/1A7)'+%+><=54@AAA;=A@C9)&>@BB9<9>966;?>?=ACK<8::?=<>>C::;9>8;;>A;=5<22575-AA?=9:;<=,,/*)(&'(*-,%)57:A=<71;::78<=CE::899@<<9-/,//3678@CA7()>?:-ABFE?AA.,DABB97CAFGCDEE=A58BA?AB>@-(E??=B?8=>8*$&//3:+8::EF:;IE><;?B-//252:A?88=9HCAB@9AD?9@7?A9>@AHIJDBH9D@;8877>?OCDIACB461;69?@->A;:9=;?DCB@;B@@B<<;<;:-($%,//0'%.09=AFA920//58@@EC>CEDC74:<8E>CFCGOLFH<@E<2/3GLB??B=9EM@DDCE;=>99878?;@958>?C?999&<<<79==?0@BBGEC9?57BBB?8<<<<>D<>8;;EEA899=:===?:043::?>86148;9333&;3;>?AAA>B=>CFC=88:=1*.$$/432(2202374412790:3''(+,,0011226=7=B@5-7,8?7557:<=:?@DDA=6>>9-)$'./%''112/.99?<96<;3<@G@EG@<>8BEH:@><<47;9?BC@341-/81,=;3.-(2-/<=@?870=;@F96<<<>'(9C85%5%0**36/<:0>@AA>1;8:>;78?B:7A>3:??>>7-23491,FKDADFF:75??>:AEI@C876:-4>@BFCBEB>?C??;<:7;=A@?=<<>7,2'*)/3/12)=;?>=45:73-((&20279<5=<>E=;>==>7AD@3:8968466++226;83&'20.232468/0=A?H=B$):@@CABHIFB?2A.8:=EA@>EE>58A7E:>7/+-%'9A=;/13+7??>95/7760037:568:?8EED;57C=<:51;9CFF?*7.%.-.79;?<:($-/8=>=>8775:7ECG9@=26>@:<9;*))22/+3(&%%35)01373063ABIHE?=>:BB5)*4;;821)199:=>,&.992'&=8DB<94<;=879;DIBCGLOI@.38;>=@==EC?>E1;03>,6*,17;=413@38A>>B5GG=CGGGB@B95B?AA@FE@BCC=BCEBAKNBBG@?AC6C6D@<28;;AA34%)9=97:<;1966:>@CFBG=FNLKJI8C@2.?;?><=-99;B?<;5=C;=AIB@>AFHG;7<99@984<>96(((+-69;:$$758:16687:366:=;<7=:B764%9=78;;9;33%)<09AA>?;87:8;<<>=A.2<-998%3212+*64=@EG?=>96:=4,--+-41.ECC>;8<98779@AEJOLHD?9;932467BA?:;>54=:<4*35E>??ACB<(2134:;@B@BH@>@5/17102646%*5C>8:961:;9<:<;H;C8<; @SRR14011045.10150 3d75a3b8-bf81-4a9c-ab8b-2f2a17b7b9c0/1 GTACTTCGTTCAGTTACGTATTGCTGGGGCTTCGCTGTGAATAGACCGGGTACGGTTTAGTGAACCGGGCCGGTGAGCTTTTCGCCGGGGCCCTTGCCGGGTTCGTCCGGGAAGGGGATGCTTCACGGAAGGCGAGCTGCAGGGTGCGCAGGCCGTCGCGCAGGGGTGCTGCGTGCTGGGAGCCGATTTCGGGTGCTGCGGCGGTGACGAGGCCTGCCAGTGCGGTGATGAGCTTGCGTGCTTCGTCGAGGTCCTTGAGGTCGTCGGCGTTTTCGTCTGCTGCTAGGCCGCACTTGACGGCTGCGGCTCATCATGTGGATGGCTGCGGAGCTGATGATTTCGATGGCGGGTGCATCTGCGATGTCGCGCAGCTGTTCGTTGACGGCTTCGACCTGCTCTTCGGTGAGTTCGGTGTGGCCGTGTACGGGGGTTTCTTCTTCCGCAGTGAAGCGGAAGTTCGTGTTTTTCAGTGCTCATAGTCTTAGAATCTCATATTTCGTTTGTTTCGGTAAATGCGTCCTTAAAGTGGGTGCTTCTGTGGATTTTCGCGGGACTCCCCGCAATTTTTATGGTGTTTTGCGTCTATTTCCTTGCGTCAGTCGGGGATTCTGCGGTATGGTTATAGGCAGTTTGCAAGTGGAGCATACCTCACGGTTGACCGCCGCAGGCGTTTGTTTTGATTTTGGGGTGAACAACCGTCACCCTTTCGGCGTACGCTATTTGTGCCTCCGCTTGTGTAACTGCGGGGCTTTTTTTAGTGCCCGCAACGGATAGTATTCACGGGAAACCCACAGAGCACAGGAGCTAGTCATTGTGAGCCACGCATTAACGGTATTATCCGCGTTCCCGAGGTCCCATCTTGTCGGTCCCGGTGGCGAGCAGGTAGGCGTTGTCCCTCTGAAGGACGCTCTGCGTCTGGCTAAGGGACGCTGAACTCCTGACCTGGTCGAGGTTGCCCCGAACGCGAAGCCGCCCGTGTGCAAGCTCATGGATTACGGTAAGTACAAGTACAAGCCGCAATCAAGGCTCGTGAATCCCGCAAGAAGCAGGCTAATGCCGTTCTGAAGGAGATGCGTTCCGCCTGAAGATTGATACCCACGACTACGAAACCAAGGTTGGACACGCTCGTTTCCTTTTTCCGGTGGTGACAAGGTCAAGGCAATGATTCAGTTCCGTGGTCGTGAGCAGCAGCGCCCCGAGATGGGTGTGCGTCTGCTGGAGCGTCTGGCGGCTGAGCTGGCTGAGGTGAGCACCGTTGAGTCTCGCCCCGTCCAGGATGGCACAACATGGTGATGGTTCTGGCTCCGCTTCGCGGTAGGAAGGCTCGCCGTGAGCGGGGCGCCGGCAGTCGCAAGGGTCGCGAGCGTATTGACACGACCAAGGCGAAGCCCGTAACTAATTCTTTGGCAGACGTATGCCTGCCGAGTTGAAGGCACAGGCTTCCGCCGAGTAAGGAACCGAGGTCGTCACTTTAGGATGGGCCGCGCCTCCACCGTTGGGTGGTGTTGCCGAGTTCCGCGGTGCCGGTTCCGGGCTTGCCTCGTCGGGGTGCCTCACCTTTGGTCCTGGGGCTGATGCGTGTATCCGCTCAACCCCACTAAGCTACCCCGCCGTTGTGGCGGGGGATGAATGTAAGGAGAACGGCAGCTATGCCGAAGCAGAAGACCCACTCTGGTGCTAAGAAGCGCTTCAAGCTCACCGGTAGCAGCAAGGTTAAGCGCCAGCAGGACATACGTCGCCACTACCTGGAGCACAAGTCCTCTCGTCTGACCCGTCGTCTGGCTTCCTGACCAGATAAGTTACCGGCGGCCAGGCAAGGTTGTCGAAGATGCTGGGTAAGTAAGCAACGCTTACTCTCTGCACCAGCGCACCGATAGTGGTGCGCACTGATTAAAGAACTCGCTCCTGTTCAGCGTGATATGTGGGCTGTTCGGGACATAAGACGAAAGAGGAGACACACGTGGCACGTGTGAAGCGCTGGTTAACAGCGCACAAGAAGCGCCGTACTATTCTCGATCGTGCATCCGGCTACCGCGGTCAGCGTTCTCGCCTGTACCGTAAGGCTAAGGAGCAGGTCACTCACTCGCTGGTTTTACAGCTACGACCACCGTCGTAAGAAGAAGGGGTGACTTCCGTCGCCTGTGGATTCAGCGTATTAACGCTGCTTCCCTTTACGGGGCCTGACCTACAACCGCTTCATCCAGGGCCTGAAGGCTGCTGGTGTTGGGGTTGACCGCCGTATGCTGGCTGAGCTGGCTGTTAACAGGCCCGCTGCCTTCAACGCACTGGTTGAGATTGCTAAGAACAGCTGCCGAGGACACCTCGGCTCCCAAGGCTTAATTGGCCTGGGTTGTGTTCTTACCTCGAAGATCCAGGTTCGGGGGTAGGATGCTTAACGTCGTGAGCGGCCGTCTGCACTTTGAGTGTGGGCGGCCGCTTTCTACGTATCTGGGGTTGTGCTTGTGGCTGTTCCGTGTTTTTGGGTGTGCCTTTGCCTGTACCCTTTAAGAGAGTGAACTTTTTGAACGTATTAGTACCCCCGTTGTGATGTCCAATCCGCAGGCAGATGGAATTGTCCGCGATATTGCGAAACTGTACCCGCTGCCCGCACGAAGAAGGGCCAGTTCCTGGTCTGGAAGGCCCGCAGGCTGTGCGTGAGGCGTTGAAGGCGCATCTGAAGAAGCCGATTCTGGATGCTGTCTACGTTACGGAGGCGGCTTTTGACCGTCATGAGGATATTGCTGAGCTGCTGGAGCAGGTGTACGGCACTCCACCCGGAGGAGGGTCGCCGCGTTTTTATGCGTGTGGTGACCGATGAAGTGCTGGAGGCGATGGCTGATTCGGTGAGCCCGCAGGGTATTATTGCGGTTTCCTTTATGGTGGATGCGTCGTTCTCGCTGCTGTGGGGTGAGGAGCGCGTTGAACCCGAAGCTGATTGCTGTGCTGTCTCGTGTGGGATGCGGGTAATGCGGGCACCATTCTTCGTGTGGCCGATGCGGCCGGTGCTGACCTGGTGATTACGACTAAGGGTTCGGTGGATTTGTATAACCCGAAGACGGTGCGTTCTACCGCCCGGGTTTCGCTGTTCCATGTGCCGATTATTCGGGGCGTGCAGCTGGAGGATTTCGCGGAGGATGTGAAGTCTCAGGGTGCTGCTGTGCTGGCTGCTGACGGTTATGGTGCGGTGGTCTGCAGGAGCTGAGTGAGTACACGGCGGCTCGTCGTGCCGGTGTGGAGGCGAGTGCCCCGTCCGGTGTGAAGGGTAATTTTTGATCTTTCTAAGCCGACCATGTGGCTTTTCAGGAATGAAGCGCAGGGCGAACGCTGGAAGAGAAGGCGACCGCCACTATGCGCGTGGCTGTTCCTGTCTATGGTTCGGCGAGTCTTTGAATGTGGGTACGGCTGCTGCTGTTGTGCCTGTATGCTTCGGCGATGGCTCAGCGCGGCGTTTCTCGCTAGGCTTTGGGCGGTTCACGGCTGTGGTACAGCGGTGGGCCGCCTTAACCTCATAGGTTTTTAGAGTTTTAGTTTAGGGCTGAGAAAGGAAATTATATGTCTGCTCCTTCTGGTCATTCGGGTTCGGGCGCGATTATTGCCGCGCTGGGTGCGAACCTGGGTATTGCGGTGCTGAAGTTTTTGGCTTTTGCGCTGACTCGTTCTTCGTCGATGTTGGCGGGGCTCGCTCACTCGGTGGCTGACTCGGGTAATCAGCTTCTGCTTCTTTTGGGCGGTCGCGCTTCGCGAAGCAGGCTGATGAGGAGCACCCGTTTGGTTATGGCCGTAACCGCTATATTTACGCGTTTATTGTTTCGATTATTATCTTTGCCCTGGGTGGCTTGTTCGCTCTGTATGAGGGTTATGAGAAGCTGCATGACCCGCACGGTATTACTGAGTGGCAGTGGGTTCCGGTGGCTGTTCTGGTAGGTTCGATTCTGCTGGAGGGTAATTCGTTCCGCGTGGCGGTGAAGGAGTCGCGTGATCTGAAGGAGCAAGCAGAGCTGGATGCGTTTCTTGCGTACTTCTGAAGAACCCGGAGCTTCCGGTGCTTCTGCCTGGGCGGGTGCGCTGCTGGGTCTGATTTTTGCGCTCTTTGGTGTGGGTCTGACTCTGTTGACCGGTAATGGTCTGTGGGATGCGTTCGGTACCCTGGCTATTGGTGTGCTGCTGGTCTTTATTGCTGTGTTCCTTGCGGTGGAGATGAAGTCCCTGATTTTGGGTGAGGCTGCTTCTCCGGAGGATTTGGCGAAGATTCGTGCGGCGATTGAGGATGGCGACAGCGAGCGCATTATCCACATTAAAGACTGTCACTGGGTCCTGAGGAGATTCTGGTGGCGGCAAGGTCGCATTCGCTGATGCTGACACTGGTCGTGCGGTGGCTGATGAGATTGACGCGGCTGAGGTTCGTATTCGCGAGGCTGTTCCTGCGGCACGCATCATTTATTTGGAGCCGGATATTTTCCGGGCTTAGTTCTAGGAGATTTTGTTATGACCGTTGAGATGATCGTTTATCGTTTGCTAAAGATTTTCGTTGGCCTGATCATTCTTTTGGTGTACCTGCGTCTGACTCACCGTTCTCAGGCGGGGCACCAGACGATTGATACCATCGGTAACTTTGTCATCGGTGGTGTGTTCGGTGGCGTGTTGTACAGCGAGCAGATTAGCTGCTACACTTTGTCATCTACATGGTGTTTACGCTGTGCATGATTCAGCTGCTGAACGTGGCGACCACGAAGATTCGTTTTCTGCATATGGCGGTGCGTGAGCAGCGCGTGCCGATCATTACGGATGGTGATATCGATATTAAAGGCTTCCAGCAGGCAGATGTGGTTCTTGATCCGATGCGCCTGATTGCTGACCTTCGTGCGCAGGGTATTTACGACCTGGAAGACATTGAGTTCGCTCAGATTGAACCGAACGGTGCGCTGAGCGTGATCCGTAAGGGGTGACGGTGTGCCGAACTTTGCTCTGATTGTGAAGGGTAGCTTGGTCACTCGCGATATCGCGGATGCGCACAAGACCGAGGATTGGGTGTACCTGCAGTTGCGTGCCGCTGAGGTCAGGAAGCGAGGATGTCTTCCTCATGAGTTCAAGAACGGTAACCGCCTTCTGATTCTGCTGAATGACGGCACTAATATTCGCCGTGAGGTGGCAGAAGCCTCGAATATGAATGATAAGGAAGAAGAGTGGCAAGAAGGCGTGGAGGAAGCTCCTGAGCCTGAGGATACTGGGGATGCCGAGAAGGAAGTATCGGAGCACGCTGCTGAGGACGCGCATCCGACGAAGGATACAAAGCGTAGAAGAAGGTGAGAAAGATGAGTGAAGTGTCGCCCTCGTTTGAGGAGGTTCAGGTGGTTGGCGCCGCCGTGGTTGATTCTTTAGGCTCCGACCCATGCTGGTGGCTCAGCGTTCTGAGCCGCAGACTGTTGCCGGCATGTGGGAGTTCCCGGGCGGTAAGGTCGAGCCGGGGAGAGCTGCGAGCAGGCGCTGGTGCGTGAGCTGAAGGAGGCTGGGCGTGCTGGGCGCGTTTGGGTGCTGAGGTGCCCGGCGCGTACCGCAGGAGCTGGCGTCTGAGCAGGCGTCTGGCGATGCGCGTGTTCTTTGCGGAGATTCTTTCGGGTACTCCGGATACTTTGGAAGATGTAGCGCGCTGCGGTGGATGCCGCTGCCGATGTCTAAGGATGATGCCTGGGCGTACGATGATTTGCTGGGTTTGCCGTGGATTCCTGCTGACTTCCCGATTGACAAGAGCGCTCCTGCGGCAGCTGCAGGACACTGGCACTGGCGAGGCGTAATCCTAATGCTGTGGCGCTAAGACTCTGTGTTAGTTCTCAGTGTTAGTTCTCTGCGTTAGTCCGTTGCGAGGCTAAGTCACCGTTATGTGACGTTCGCGGCAGTAGTGTGATAAATTTTCTCTATCTTTTTTGACACTGTTTGAAGGCGGGATTCCCTGTGGGGAGTCCCGCCTTTGTCTATTTTGAGGGGGATTTATGCGCCGTGTAATCCTGACTTGTGTGTTTGTTGGGGAGGGGATTTTGTCATATATGGGTTCGACACGGATACATACTTTGGAAACCAATCGGTAGGCGGGTAGTATTGAGGGAGAAATCACATACGTATTGGGAGACAATGATGACTGCTCAACCCCGTTTGATCCGGGTGCCTACCGCTCCGACGCGGTTCCCTCGGACACTCAAGCTATTTATATTCAGGAAGGCGGCGCTGAGCCGCGCAGATTCTGTTCCACTCGCCGACCAAACACCCGAAGATTCTGCGTCTGCGGGAGATTATGATTGTCTCCGCGCTGCTCTGCTTGATTCACGGTGTTATTTCCTCGTTCGCACCGGATAACCTGTCCCCGCTGAAGGGTCTGCCGGAGGTCGGCGTTGCAGGCGGTATCGGCCTGCTGGTTGTTTCTGCGGTTGTGTACATCTGGGTCTACTTCACGATTCAGAAGGGCGGCGTCTGGGCCTGACTGTTGGTCTGATTTTGCGATTCTGGGTGCGTTCGTGGCGGTTTTGTCTCTGATTGGTAATGTCATTGACGCTCAGCGCTACGGCTTCGTGCCTCTGTACGCGGCATGGTTCATTGCGAACGTGCTGCGGATTCAATTGCTTCTTTTGACCCGGCTGTGAAGCAGGCTCTGAAGTAGAGTACCCTCTTCAACCCTGTTGTTGAAAGATACTCTAGAACGCCCGGATGGACTATCCGGGCGTTCTGCTGTTTACGCTTGCCTCTCTGGTCTAAAATAGATAGGATATGCGCCCGTCGCCTTCCCCTGTTCCGCACCCTGTGCGGGTAGCCGAAGGAGAGCAGACCAGTGCTGCCTAAGGTGTATAACGAGCCAGCCGGCATAGTGCCGGTGGTATGCAGAGAGAGTGACAATGACGATTCGTGCAGGAACACGAGGGTCTTAACAGTGGCCCGGCTCGGAGTTCTCGCCCGCATTGCGCAGGTTCTGGAGGAGAACCGAAGACGGTTTGGACGCTATCCGTGAGGCTTTTTGAGGGCAGGCGTGAAGCGCGCCAAGCAGGAGATTCGCGAGAAGGCTACCGATTTTGACAGCCTCAAGGAGGTGCGCCTGAGCTTCTTCGGTGAAGGGCATCATGAGCATCGCGAACCGTCAGATGCGTGATCTTCCAGAACAACACAAGGGCCCGGTGGGTAAGCTGATGGGTCAGGCTCGTGCAGCCCTGACTGAGGCTATTGAGGCTCGTACCGCCGAGCTGGAGGCTGAGCGTGAAACTCGCATCCTGGCTGAGGAAGCTGTGGACGTTTCTGCTGCTTCGCCTCGCCGTTCCCTGGGCGGCCGCCACCCGATTGCTCTGATGCAGGAGCGCCTGACCGACATTTTCGTCGGTATGGGTTGGGAAGTTGCTGACCCGGAGCTGGAGTCTGAGTGGTACAACTTTGACGCTCTGAACATTAAACCGGATCGCCCGGCACGCGAAATGCAGGACACTTTCTACGTTGAGCCGAAGAACGCTCACCTGCTGCTGCGCACCCACACGTCGCCGGTGCAGATGCGCTCGCTGCTTTCTCGCGAGCTGCCGCTGTACATTGTGTGCCCGGGTCAGGTGTACCGTACCGATGAGCTGGATGCGACCCACACCCGGTCTTCCACCAGATCGAGGGTCTTGCCGTGGATAAGGGCTGACTATGGCTGATCTGAAGGGCACCCTGGAGTACATGGCACGCGCCATGTTCGGTGAACGCTAAGATTCGCCTGCGCTGACTTCTTCCGTTCACTGAGCCTTCCGCTGAGCTGGATTTGTGGCACCCGAACGCTAGGGCGGCCCACTGATGTGGATTGAGTGGGGTGGCTGCGGCATGGTGAACAACGTTTTGCGCGTGCTGCAGGCCATTGATCCTGAGGAGTACTCGGGCTTCGCTTTCGGTATGGGTATTGAACGTACCCTCATGTTCCGTAACAACGTCGCTGACATGCATGACATGGTTGAAGGCGACATCCGTTTCTCTAGTGGTTTCGGGATGGAGATCTTAAATTATGCGTGTACCCCTGTCCTTGGCTGCGCGAGTTCGTGCCTGTAGCTGAGGATGCTTCGGCTGAAGATTTGATGGCAACCCTGGTGAAGGTTGGCCTGGAAGAAGAAGACGTTCACCGCCCCCTCTGATGAGCTGTCCGGCCCGATTGTGGTTGGTCAGGTGCTCTCTATGGAGCCGGAGACCCACTCGAACGGTAAGACCGTGAACTGGTGCCAGAGTGCGTGTGGTTCCGGAGGTCAGGGGCAGACTCTGACCGGTAAGGGCATTCGAGCCTTCTGGTGTTCAGGGCATTATTTGTGTGGTGCCCACAACTTTAAACCCGGCGACAAGGTTGTTGTGACCCTGCCCGGCGCTGTTCTGCCCGGTGGTTTCGCGATTACCGCTCTCGTAAGACCTACGGCCACAAGTCGGCTGGCATGATTCTTCGACTCGTGAGCTGGGTATTGGCGATGATGGCGGCATTCTGGTGCTTTCGACCCTGGAGCTGGGACCGGGCTTGGCACTGACGCGATGGAGCTGCTGGGCCTGGCGGTCAGTGCTGAGGTGAACGTGACCCCGGACCGCGGTTACGCGTTCTCTCTGCCTGGCGGTATTGCTCGCGAGTGGTGCCACGCTACCGGTTCTTCCTTCGAGGATTTTGTGCTGGCGTACGGCAGGCGCGCCCCGGAGGCGAACGAAGAGTCCGGTCACCCGGTTTCTCTGCGTGATGACGCCCCGATTCACGGTAACCCCGCATGCACTCGTTTCGTGATGCGTGAGGTGTCGGGCGTGAAGGCGGATGCGCCGGTTCCGACGTGGATGTCTTCGCGTCTGCGTCTGGCGGGTGTGCGCTCGCTGTCGCTGCCGGTGGATATTTCGAACTACGTGATGCTGGAGACCGGTCAGCCGCTACACTTCTACGATGCTGACAAGGTTCAGGGTGAGATTGTGGTGCGTCGCGCCGCTGGCGAAGCTGGTGACCCTGGATGGTGTTGAGCGTACTCTGCACCCCGAGGATATTGTCATTGCTGATGATTCCGGCGTGATTGGTCTTGCCGGTGTGATGGGCGGCACTTCGACTGAGGTGACCGATTCGACTACCCGCATTCTGGTGGAGTCTGCTCGTTTTGATGAAGTGTCGGTGGCTCGTACCGCTCTCGCCGTCACAAGCTGATTTCTGAGTCCTCGAAGCGTTTTGAGCGTGGCGTGGATCCTGAATTCAGGCTGCGGCTGCTCAGCGTGCGGTTGAGCTGCTGGTTGAGCTGGCTGGTGCTCGGGTTGAGCCGGGTGTTACTGATGTGTCGCTCGGCTATGAGCCGGTCGTGATTGATCGCCCGCTGATTACACTGCTGGTCGTATTGGCGTGGATTACTCGCCGGAGCAGATTGAGTCCTGCCTGCGTGAGATTGGCTGCTCGGTGGAGCGTACCGAGTCTGGTTGCGGTGACTGTCCCGTCATGGCGTACTGACCTGCGTGCAGAGGGACCTGACTGAGGAAATCGCACGTATTGACGGTTACGAGAACATCCCCTCGACTCTGCCGGTGGCTCCTGCGGGTCGCGGTTACACTCCGGAGCAGGCGGGTAAGCGTCGTGCGCTGAACGCTGGCGGCTTCGGGTCTGACTGAGGTTTTCGCGTACCCTTCGTGTCGGCTGATGCGAACAACCTGTAGTCGGCTCCGTGGGTGAGCACCCTGAGAACCCGGTAACTGAGGTTCCTTCGGTTCGCCTGGAGGGGCGATTTTCTTCGGCTGGCGAGGGCTGGATGCGCCGTTCGCTGTTGCCGGGTCTGGTTGAGGTTCTGGTATAACCTGTCTCGCGGTTTCAAGAACCTGGCTATTTTTGAGGCGGGTCACGTGTTCATTCCGGGTGAGCAGCTGGGTTCGGAAGTCCATTCCGCCGCTGGGTGCTCGTCCTTCGAATGAGGTTCTGGCTGATTTGAACGCCGGTATTCCGCATCAGCCCACTTTCATTGCTGGCCTGTTTGCTGGTACTGAGCATGAGGTGATGCCCGGTGCTACTCCCGCGCGCTTTCGATTGGCGTGACGCTCTGGACGCCGTGCGTCTGGTTGCTGACGCTGTTTCGGCTGAGATTCAGGTGCGTAACGGTGTGCACACTGCGTTCCACCCAGGCCGTGTGGCTGAGGTTCTGAACGCTGCCGGTGAGCGTGTTGGTTTTGCTGGTGAACTGCACCCGAAGCTTCTGCAGGAGCTGAACCTGCCTGAGCGTACCTGCGCGTTTGAGCTGGATTTCTCGGCGCTGTTTGCTGGTCGTGTTGTTGAGCGCGTCAGGCTACTCGGTGCTGACTTTCCCGGCTGCTACTCAGGACGTGGCGCTTCTGGTGGACCGCGATGTTTGCCTGCTTCTGAGGTGGAGCGTGTTCTGCGTGAGGCGCTGGCGAGCTGCTGGAGGACATCCGCGTCTTTGATGATTACCGCGGTGTCGGTATTGATGATGAGTCGAAGAAGTCTTTGGCGTTTGCTCTGCGTTTCCGCGCACCGGATCGTACGCTAGAAGCTGCTGATGAGGCGTCGGCTGCTCGTGAGGCTGCTGTGGCTGCGACTGTTGAGCAGCTGGGTGCGGAACCGCGTGTCTAACCGGGTCTAACCCTAAGGCGTAATGCCTAGTGCTGACAGGGTGGGAGTTGTTGGCTCCCACCCCGTAGTTTTGGCGTTGCGTGGTGGGTTTCTGTTGGGTTGGTTTATGAAGCGTTGATAAGCGCTTTCAGTGGTGAACTCATGTGGTTATGGGTACCCTAGAAGATAGATGAAGTGAGGGAGAGAGTAATGGCTAATCGAGAGAACTCGCGCGAACAGGATGAGCTGTCGCAGTCTACTGAGGTCGAAACCGCTTTGAGGATTCTGAGTACGAGGATTCTGAATATGAGGAGTACGACAGACTTCGAGGTTCACGTTGACGATCAGTAGAAACTCACTCCCACTTTCCGCGATGAGTGAGGAAGAGCTGGATGACCGCCCGGGCGTAAACTGGCTGTCGGTTCTTTCTGCTGCTGTCGCGGTTATTCTTTCCATTGTTTTGGCTATTGCGGGTGTCCGTGCTTTTGCGTCGGTGAATAATAACGCCGAGTATGCCGGTAAGAGCTGGGTCATTCAGGGCACCTACCAGGATTTGACTCCTGACCTGATTACGAAGGGCAATGTTGCTCGTTATAAGGGCAACTTGCCGGCTGATGACGCGCTGAACGGTAAGACGTATGTGTCGAACCTGAAGGATAAGTATCAAGTGACTTCGGGTGCTCCGATTGAGTTCCGTGGTTCGCAGACTGGTGACGTTCCTTCGGAGTTCCCGCGCGTGAGGTAGACGGCCTGTTGGTGGAGAAAGGGCGGCACTCTTGAGTCGTCACACCGCCGAGAAGGGCACGTTGGAAGCCTGTGACTGAGGACAGCGTGAACGCTGAGCGTTTTGCCGGTATCGCAAGTATTGTTGGTGCGGTGCTGGTGCTTCTGCTGGGTCTTGGTTTTGCTGTGTGGCTGAACCGCGTTCGCCGCGATGTCGAGTATGAGGACCTGGATGGTCTGGTGGAGGATGAGCGCTAGGCGTTTCTGAATCTTGCGGATTGACCGGTTGACGTTTTGTTGAGGAGCCTGTTTCTGGCGCACATGATGTTGCTGGAGGCGGGCTCCTTTTTCGCGCTCGCCTACCGGAGGTCTCTTGACCGGCGCAGCGCGCAGTCCGCAATGTTCTTGCACGCTATGCATTCATTGTGAGGTTATGCGCCCGAATGTGTAGATACACGCTACATTCGCGGCATTTTGCGTGACAGTTGGTGAGATAAACCCCTGAAATTTCCCCCATATCTTGGAATAATCCATATTTGGTGCGCATATTTATGTGCATATGTATTATCTTGGGTAGTAAAGAATGTTGCGCTGCGCCACCGTTGGGCAGCTCCGTTCTGAATTCGTGATTGGCACCGTAGAAGAGAGATATTATGCCTTTCCCTCGACCAAGAACGCGCGTCAGGCACGCATCGTTGAATTGCTGCAGACCGACGTGTCCGCTCCCAGGCTGAACTGGCGCAGTACCTGGCCGATGATGGTATGAAGGTTACTCGGGCGACCCTTTCCCGTGATGTTGTTGAAATTGGCGCTGAGCGCATCCGTGATGAAGGCGCTGGCTTGATTTATGCTGTGCCGGAGTACCCTGCTCGTCGTGGCGGCGGTACTGCCTGATGCCCGTATGATTTCCCTGTTTAAGGAACTGCTGATTACCGCTGAGGGTTCAGCAAATATTACGGTTCTGCGTACTCCTCCGGGTGCTGCGCAGTTCTTGGCGTCGTCTATTGATCAGGCGGTCTTGAAGCGATTATGGGCACTATTGCCGGTGACGATACGGTAATAGGTGCTGTGACCCCAATGGTGGGGCTGCGCTTGCCGAGCTTCTTGGATTGGTCTGCTGCTCAGTAGTAGCTGGGGCGTATCTTGCGCTGTTCTTCTGATATTTCGGGGGAGCGGTTGAAGGTACGCCCTTCTGCTGTCTTCGGGCTCTTTTGTGGGCTTCTAGCTCGGCTTCTCTTTTTCTAGATATACCGATTTTTGTGGTGAGAGTTTTCTATCATGTCTGAAATGCGCGATTCAGCGAACAATATTGCCTACCTTTTGGCGGAAGCTGCTTCTGGTTCTGGTTCTGGTTCTGGTTCCGGTTCTGATTCTGGGGCTAAGGCGGCTTTGGCGATTCCGGCTTCTGACTCTGCTGATGTGCAGGTGGTGAGCTACACGCAGTTGGCGTCTGCGGCCGCGCAGGTTCAGCGTCATCTGGAGAGCGCTCGGTGTTGAGCGTGGTGACCGTGTGGCGTTGTCTATGCCGAATGTGGCGTTGATGCCGGCGTTGTATTACGGCATTGTGGCTGCGGGTGCGATTTGTGTTCCGTTGAATCCGCTGTTGTCGGGTGCTGAGCTGGAGTATCATCTGCGCGATAGCGGAGGCGAAGGTGCTTTTTGCTTTTGCGGGTACTCGCCTGGCGTCGGAGGCTTCGTCGACGGTTCTGGTGAAGAACGGTTCGGTTCGTTGCGAGATTTTCACCGGGGGAGAGGGGCTCGCCGGTAGCTCCTTTTGATGAGCCTGCCGAGACGGTTCTGGAACGTTCCGGTGGGGAGCGAACGATGCGGCGATTATTTAATATACGTCGGGTACGACGGGCAAACCGAAGGGCAACGCTGACTCACGCGAATATCCTCTCGAATGCTCGTAGTTGCGTGAGCGTTTTTGGTTTCACCGCTGAGGACGTCATTTTTGGTGGTCTCCCGCTGTTCCATGCGTTTGGTCAGACGGTGTCGATGAATGCGGCGTTTGCGGCGTCGGCTTTATTGGCTCTGCTGCCGCGTTTTACTCCCGATAGTTGCGCTGAACCTGATTGAGCGTGCCGGGGTGTCGGTGTTGGCTGCGGTTCCGAGCATGTACGTATCGTTGGCGGCGGCGCTGGAGGCTGAGCCTGAGCGTGCGCGCTCGCTGCGCGATCCGCATCCCGTTTCGGTATTTCGGGTGGTTCGCCGCTGCCCGCACACCGGTGCATGCTGCGTTGAAAACGCTGATTGAGTGCCCGGTGTACGGGGCTACGGCCTGAGTGAGACCTCGCCGGTGGTTTCGTTTAATCAGGCGGAGTTTGGCATGGTGCTCGGCTCGGTGGGCCGTGTGCTGCGGGCGTGCAGGTGCAGGTGCGTTGCCCGGAAGGTTCCAGTGCGCGCCGGGTGTGAGCGGTCAGCTGTGGGTGCGCGGCGAACGTGATGGCTGGTTATTGGAGGATAATCCCGGCGGCTACTGCTGAGGTTTTTGACGGCGAGTGGTTTGCGACCGGCGATGTTGCTCGTGTTGATGAGCAGGGCAATATTTTCATCGTGGATCGTGTATTAAGGACATGGTTCTGCGGCGTAATGGCTGTTATTCGGTGTATCCGCGTGAGATTGAGGATGTGCTGTACACCCATGAGCAGGTGCAGTCGGTAGCGGTGCTGGAGGTGTGCCGGATGAGCGCGTGGGCGAGGAGGTTGTCGCCGTGGTGATGCCGCGTCCTGGTGCCGATGAGGGCGTGCTGCAGGCGGAGTTGAATGCTTTGGCGCGTACTCGTTTGGCGGCGTATAAATATCCTCGCCGTTATGTGATGGTGGAAGCATGCCGCTGGGCCCGACCGGTAAGATCACTCAAGCGTGACTTGCGGGTTTCGATTCAGCAGGGCTAATCCCGGCAGACGGTTCTTAGCGCTGTTCTGAGGACAACCGCGGGCGAAGAGGGTGCAGAATCTTGTAAACAGCTTCTACCGCGTTATTGTTCCCGGTTGTTATACCTGGGCTGAACCATCCACGAAAGAGAGCATAGGCGTTCCCGCTTCTGAGGCTTCGCGAACCCCTATTGAGCAGTTGATTCCGGCTGCTTGCGCTACGATTCGAATTACCCGCACGAGGGCATCCTCTTTTACGATGTGACCACTCTCTTCGCCAATGCTGAGGTTTTCAAGGCGTGCATTGATGAGCTGGCTGCCCGTTTTGAGGAGCCGGATTTGATGTGGTGGCTGGTGTTGAGGCTCGTGGCTTCTTGCTGGCTTCTGCGCTCGCGTACGCTACCGGCACCGGTGTGACGGTTCGTAAGGCGGGTAAGCTTCCTCGTGAGACGTACCGTGAGGAGTATGGCACGGGTACGGTAGCGCGGCGATTGAGATTCACTGTAATGATTTCGCGCCGGGTACTCGTGTGCTTCTGCTGGATGATCTGCTGGCGACTGGCGGTACCCTGGTGGCTGCCGCGAAGCTGGTGGAGCGCGCGAACCTGAGGTTGCCGGCGTCGGCGCTCTTCTGGAACTGGAGGGCCTGGGCGGTCGTGAGGCGTTGGACGGTTACCGTCTTGAGACGAGCTTGGTCTCTGAGTATCCGCTGCCGTCGAAGTAGTTTTATAGATGTGGAGGTGCCCCGCCGGTTGATCCGGTGGGGCTTCTGTGTATGCTTGGGCGGGTTTTCTACGGGGGTAATATTTCTGCCCTTCGGAGCCTGTCCTGTAAAATAGTGACCCGTATTTTTTGATTGTCTGTCGCACCCTGTCTTTGAGACACCATAGGTTTAAGGAGCTTACGTGTCATCTGAATCTCTACCCCAGCAGTCTGCTGATTCTTCGGCGGCTGAGAAGCTGTTTGCTGAGCAGATGGCTGCGGAGCGTGAGTATGTTGCTCGCGTGTATGCTCGCCTGGATGAGCTCCGTGAGGAGACGGCTGAAAGCTGGCTGCTGTGCGTAAGAATCAGGCGGTGGGCGGTCATCAGAACCGTTCGGAGCGTGACTCTTTGCCTCACTATGAGGATCGTTTGGCGCAGCTGAATACTGCTGGATTCTCGTCTGACGTTTGGCCGACTGGATATGGACCGTGAGGGCGCTGATGCGGTGCGTTATATCGGTCGTATTGGTATTACGGATAGCAATCAGCAGCGTCTGCTGATGGACTGGCGTGCCCGGAGGCGGGTACGTTCTATCAGGCGACTGCTTTCCACCCGATGGGTGTGCGCCGCCGCCGTCACCTGATGCTTGAGGGCCGCACTGTCGTAAATATTGGGGATGAGGTCTTCGATTCGGAGATGCTGCAGGATGAGGACACCCTCCACGGTGAGGGTGCTCTGCTGGCGGCGTTGAATAAAGCGTACCGGCCGTATGGGCGATGTGTGGCGACGATTCAGGCTGAGCAGGATGCGATTATCCGCTCAGGCTGCGGGTGTGCGTGTTGTGCAGGGTGGTCCCGGTACCGGTAAGACTGCTGTGGCTCTGCATCGTGCGGCGTACCTGCTGTACACGAACCGTGAGCGCCTGTCCGAAGGCTGGCGTGCTGGTGGTTGGTCCGTCAGATTCCGTTCATGGTACATCGAGCGTGTGCTTCCTTCGCTGGGTGGACCGGCGTGGTGATGGCTTCGCTGGCGACCCTGGCCGCCCGGGTCTGCGTGCTGTGCCTGAGAAGGAGCGCGCGGTTGCCGCGGTGCAGGGCGATTTGCGCATGGTGAAGGTTATTAAGCGTGCGGTGGCGGATCGTCAGAAGGTGCCGGCTCAGGTTCAGCGTCTGAATGTTGAGGTACTGATGTTGAGCCAGGCTCCGGAGGTGATTCGTTCGGCTCGTTCTCGTGCTCGTTCGACGGGCAAGCCGCATAATGAGGCTCGTGAGACGTTCGTGAAGATTCTGTTGAAGGAGCTGACGCGAAACTGGATGATCGACTGAACCGTGCTGCGGGTCGTGTGGTGGAGCGTCCGTATCTGCAGGATGATGTGCGTGCTTCGATGGATGTGCGCCGTGCCTTGAACTTGGCATGGATGCCGCTGTCGCCGGAGACTCTGTTGCGCTCGCTGTTTCAAGAGCCTCGCTGTCTGCAGGTCTGCGAACTCGTGAGTTGTCGAAGGCTGAGCGTGAGCTGCTGGCTCGCCGGCGGATGCCACACTTCACGGAGGCTGATGTTCCTCTGCTGGATGAGGCTGCTGAGCTTTTTGGGCGATTTTCGAAGGTGACCGGTGCGGCGCGGCGTCGTGCTGCGGCGGAGCATCGTGCGAACTTGAGAACGCTGCGAAGGCGCTGGAGAATGTTCACCAGTCGCTGGAGGATATTGGCGCTGATGGCGTGATTACTCCTGAGCAGATTGCGATGATGAATGAGGTTCGTGGCGAGCGTATGACGGCTGCGGCTGCGGCTTCTGCTGATAGGTACGTGGGCGTATTGGCCATATTGTGGTGGATGAGGCTCAGGAGCTCTCGCCCATGCAGTGGCGTCTGCTGATGCGTCGTTGCCCGATGAAGTCGTTCGCGATTGTGGGCGATATTGCTCAGGCGTCTTCCGCTGCGGCTGCTTCGTCGTGGTCGCAGGCGTTGGAGCCGTTTGTGGGTGAGCGTTTCACCCTGGAGGAGCTGATTAATTACCGTACCGGCTCAGATTGCTGAGGCGGCGGTGTCGGTTGCTCAGGCTGCTGGTTATGAGGTGTCTGCGCCTCGTGCGGTGCGCGTGAGGGCAAGTGGCCTCCGCTGGTGCATGAGGTCGCCCCCGAGTCTGTCGTGGAGCAGACCGTGTCTGTGGTCAGCGAGGAGGTCGCGCATTCGGGTAGCGCTCTGATTGGTGTGGTGTGCCCGCCGAGCCTGTATGTTCAGACGGCACAGGCTGTGGCTCGTGCTCATGCTGACCGTACGGGTACCGCGCAAGACGGCTTTGGAGAATCAGGTGCTGGTTCTGACTCCGTGGGAGGCGAAGGGCCTGGAGTTTGATGTTGTGGTGATGGGTTGAGCCACAGCAGCTGATTGATGATGCTGATGGTGCTGTGGGTGATTTGTACGTGCTCGATGACTCGTCCAAAGCTCAGCGCCTGCATATGGTGGGTTCGCGGATGCCCGCGGGCCTGTAGCTCTGTAGCACCTTTCTGTTATTTCTTTGAGCCGGTGCCGTACCGGTTTGGACGCTCGCTTTGGGTTTTTCTGAGCGTTTGGGCTGGTGCGGTGCTAGGCTTGTTACATATTTTGTTCGAGCGCCTTCCCGGGCGTTGTTACCTTGTGAATGGGAGAAGCATGTCTGCCGAGATGTATCAACGCGCAGCATAATGACGATACCTTCGAAGATATTTGGCAGGAGCTGAAGTGGCGCGGCCTGGTGCACGTGAGCACTGACGAGGCTGCTCTGGAGAAGGCGCTGAGCGAGGAGAGCCTGACTTTTTACACGGGCTATGATCCGACTGCTGCGTCCCTGCTGCAAGATCACTTGGTGCAGCTGCTGGTGATGCGTCGTCTGCAGCTTGCCGGTCACAAGCCGCTGGGTCTGGTGGGTGGTTTCACCGGTTTGATTGGTGATCGCGTCAGACGTCTGAGCGTGTGCTGAACTCTCCTGAGGTTGTTGCTGAGTGGGTTAAGTCTCTGCGTGCTCAGATTGGCGTTTCCTCTCTTTCGAGGGTGAGAATGCAGCCCGCATGGTGAATAACTTGGACTGGAGCGGTCAGATGTCTGCTCTGCAGTTGCTACGCGATGTTGGTAAGCATTTCCGCGTGGGCACCGGCATGGTGAAGAAGGAGATTGTTGCGAAGCGCCTGAACTCTGATGAGGGCATTTCGTACACCGAGTTTTCGTACCAGATTCTGCAGGGTTTGGACTTCTTGGGCTGAACCGTCGTTCGGCTGCACTCTGCAGACCGGTGGTTCTGACCAGTGGGGTAACCTGACGAGCGGTACCGAGCTGATTCGTAAGGTAGAGGGTAAGAGCGTTCACGCTATTGGCACTCCGCTGATTACTAACTCTGATGGCACTAAGTTCGGTAAGAGCAGGGTAACGCTATTTGGCTGAACCCGCAGATGTGCTCGCCGTACGCGTTCTACCAGTTCTGGCTGAACACTGCGGATGCGGATGTGGTGAATCGCCTGAAGGTCTTCACCTTCCTGACTCGTGCGGAGATTGCTGAGTTCGCTGAGAAGGTTGAGAAGGAACCGTTTAAACGTGAAGCTCAAGAAGACTCTGGCGTACCTGAGTGACTTCGCTGGTTGCGGCACCGAGAACACCGATCCAGGCTGTGGCTGCTTCAGGCTCTGTTCGGTAAGGGCGATTTCGCTGCTCTGGACGAGGTAAAACTCTGGAGTCTGTGGTTGCTTTGAAACTCCTTCGGCGAAGCTGTCCGAGGACCGCCTGGACATGATTTCTGTTCTGAGCTGGGCTTTGCAGTCTAACTCTGAGGAGCTCGTCGCATTCTGAAGGAGGGCAGTGCTTCGGTAAATGGTGTGAAGGTTCGGGGTGAGGACGCCACCATCTCTAAGGACGATTTGCTGCATGGCCGTTTTGCAATGGTTCGCCGAGGTAAGAAGAACCAGGGTGCTGTAGAGCTCGCCTAGTCTTTTCTGACTTTTCTCTATACATATAGAAGGAGGGGCCTTCTCTGCTGAAGTATTCAGTGGGGGAGTGCCCCTCCTTTCTATTCTCCTACATATCCCTAGCAGGATTCCTATGAAACCCCTCCGTCAGGAGGGCTCTTCTTTATCTTCTGTATCTTCCTGCTGCCCTTCTGGTTCTGGTTTTGTCTTTGTTCGTGAGTGTTTTGAGGATGTTGTGCCCTGTTTTCGGGGTCCAGAGAGGGGATTCGCAGATTTTGAGGTTTTTCTAGAAGTTTTGAAGATTTTTCAGTACCCTTAAAACACTCTGACTAGGTGTTTTAGCGTCTGGAAGAGGTGTTTGAGACCCTTTCAAGGCCCTTTTTGTGTCCTACTTCACCTGTTTTCGGGTTGCAAGGGGTGTTTGGGCATCTGTATAGTTGTATGAGTCGCCGCGGCGAGGAGGAAAAAACGAAGAGCTTCTTCGGTGTTTTCTCCTAGTCGGAAGCGGTTTGACTGGCTTTCAATTGTATAGTGTTTTGGTTTCTCGCTTAGAAGATTCTTGATCGTCTATTGGTGATGTTGGAAGAGTTTAGGAAAGAAACATTGTGAGGTGTGAATCACGGAAAACGGATTTGCATGACACACAAAACGCTGGTATAGTTGATTGAGTTGCCATGAACGCGGTGATAACGAAAATAACATGAATGACCGTTCAACGGTAAGACGTCCTTCGAATGAAGGGGTCAAGGTGTTGAATCGGTGTGTTGCTTGAGAACTCAATAAATTGTGCTTTGTTCAATAAAATCACCGAATGGTGATGGAAACTGAAACTAATACCAAATATTTATTTATATTTGATAATCATCAAATGGTTTCAAATTTAGTCAGCTTGAGTCACGCACCCCCGTGTATGATTCGCTGTTGAATCTTTTCTATTTTTTCAACGGAGAGTTTGATTCTGGCTCGGGACGAACGCTGGCGGCATTAGCAACACATGCAAGTCGAACGATGAAGCCTAGCTTGCTAGGTGGATTAGTGGCGAACGGGTGAGTAATACGTGAGTAACCTACCTTTAACTCTGGGATAAGCCTGGGAAACTGGGTCTAATACCGGATACGACCAATCTCCGCATGGGGTGTTGGTGGAAAGCGTTATGTAGTGGTTATAGATGGGCTCGGCCTATCAGCTTGTTGGTGGTTAACGGCTCACCAAGGCGACGACAGGTAGCCGGCCTGAGAGGGGTGACCGGCCACTGGGACTGAGACACGGCCCAGACTCCTACAGGGAGGCAGCAGTGGGGTGTGCACAATGGGCGCAAGCCTGATGCAGCGACGCCGCGTGAGGGATGACGGCCTTCGGGTTGTAAACCTCTCTGTTAGCAGGGAAGAAGAGAAATTGACGGTACCTGCGGAAGCGCCGGCTAACTACGTGCCAGCAACCGCGGTAATACGTAGGGCGCGAGCGTTGTCCGGAATTATTGGGCGTAAAGAGCTTGTAGGCGGTTTGTCGCGTCTGCTGTGAAAGGCCGGGGCTTAACCCCGTGTATTGCAGTGGGTACGGGCAGACTAGAGTGCAGTAGGGGAGACTGGAATTCCTGGTGTAGCGGTGGAATGCGCAGATATCAGGAGGAACACCGATGGCGAAGGCAGGTCTCTGGGCTGTAACTGGCGCTGAGAAGCGAAAGCATGGGGAGCGAACAGGATTAGATACCCTGGTAGTCCATGCCGTAAACGTTGGGCACTAGGTGTAGAGACGTTCCACGTTTTCCGCGCCGTAGCTAACGCATTAAGTGCCCCGCCTGGGAGTACGGCCGCAAGGCTAAAACTCAAAGAAATTGACGGGGGCCCGCACAAGCGGCGGAGCATGCCGGATTAATTCGATGCAACGCGAAGAACCTTACCAAGGCTTGACATATACTGGACCGCATCAGAGATGGTGTTTCCCTTCGGGGCTGGTATACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACAGCGCGCAACCCTCGTTCTATGTTGCCAGCACGTTATGGTGGGGACTCATAGGAGACTGCCGGGGTCAACTCAGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGTCTTGGGCTTCACGCATGCTACAATGGCCGGTACAGAGGGTTGCGATACTGTGAGGTGGAGCTAATCCCTAAAAGCCGGTCTCAGTTCAGATTAAGGGTCTGCAACTCGACCCATGAAGTCAGGTGTAGTAATCGCAGATGGTGACAACGCTGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCAAGTCACGAAGTTGGTAACACCCAAAGCCGGTGGCCTAACCTTTTGGAGGGAGCCGTCTAAGGTGGGATTGGCGATTGGGACTAAGTCGTAACAAGGTAGCCGTACCGGAAGGTGCGGCTGGATCGCCTCCTTTCTAAGGAGCACATTTAGTTGGCCATGCTACCCGCGAGTGTCGGGTGGGTGGTTTTGCTCATGGGTGGAATATTGGTTTTGGGTTGGATGAGGCGCATTGTTGGGTTTTGGGGTAACACATTAGTGTTGTTCCTTTGTTTGCCTGGCATGGTGATGATGCAAATGTTTTTGTTTGTGTTGTTGTGTTGTGGGTTACGTTGTTTGAGAACTATATAGTGGACGCGAGCATCTTCTGGAATTTGCGTTGAATCAATGCTTTGGTGTTGGTTTGATTGTTGATTTAGATTCTTATTTTTCTTGATTGTGTATGAGTTATTAAGGGCACACGGTGGATGCCTTGGCATTAAGAGCCGATGAAGGACGTGTGAATCTGCGATAAGCCTCCAGGAGCCGATAACTGGGCGTTGATCAAGAGGATTTCGAATGGAAACCTGGCTCATCTTCATGGTGAGTTACCGCCAGCTGAATGTATAGGCTGGTTGGGGGGAACGCGGGGAAGTGGAAACATCTCAGTACCGCAGGAAGAGAAAACTAAAGTAATGATTCTGTGAGTAGTGGCGAGCGAAAGCGGAAGGGCTAAACCTGTGGTGTGTGATAGCGGTTAGGCGTTGCATCATGGGGGTTGTAGAATTTTGATGCAAGCAGTTCTAACTGGCTGCCGGCATGATGTTCAGGATGGTAGGTGAACGACTTGGAATGGTCGGCCGTAGAGGGTGAGAGTCCCGTAATCGAAATTGTTCTGTCCGTGGTGTGGCCACCCGAGTAGCACGGGGCTCGTGGAATCTCGTGTGAATCTGCCAGGACCACCTGGTAAGTCTAAATACTTCTTAATGACCGATAGTGAATCAGTACCGTGAGGGAATGGTGAAAAGTACCCCGGGAGGGGAGTGAAATAGTACCTGAAACCGTGTGCTTACAAGCCGTTGGAGCCTTTTGGGGTGACAGCGTGCCTTTGAAGAATGAGCCTGCGAGTTAGTGTTATGTCGCGAGGTTAACCCGTGTGTGGGGTATCCGTAGCGAAAGCAGGTCTGAATAGGGCGTTTGAGTGGCATGACCTAGACCCGAAGCGGAGTGATACATCCATGGCCGGAGTTGAAGCGACGGTAAGACGTCGTGGAGGACGAACCCACTTCAGTTGAAAATGGAGGGGATGAGCTGTGGATAGGGGTGAAAGGCCAATCAGAAACTCTGTGATAGCTGGTTCTCCCCGAAATGCATTTAGGTGCAGCGTTACGTGTTTCTTGCCGGAGGTAGAGCTACTGGATGGCCGATGGGCCTTCACGGGTTACTGACGTCAGCTAAACTCCGAATGCCGGTAAGTGAGAGCGTAGCAGTGAGACAGTGGGGGATAAGCTTCATTGTCGAGAGGGAAACAGCCCAGACCACCAACTAAGGCCCCTAAGCGTGTGCTAAGTGGGAAAGGATGTGGAGTTGCTTGAACAACCAGGAGGTTGGCTTAGAAGCAACCATCCTTGAAAGTGCGTAACAGCTCACTGGTCGAAGTGATTCTGCGCCGATAATGTAGCGGGGCTCAGAAGTACCGCCGAAGTTGTGGCAATGATGCTTTTGGATTGTTGGGTAGGGGAGCGTCGTGTAGCCAGTGAAGCTGCGGTGTAAACCAGTGGTGGAGGCTATGCAGTGAGAATGCAGGCATGAGTAGCGAAAGATGAGTGAGAAACTCATCCGCCGGATGATCGAGGTTCCAGGGTCAGGATTAATCTGCCCTGGGTTAGTCGGGAGCCTAAGGCGAGGCCGACAGGCGTAGTCGATGGATAACAGGTTGATATTCCCGTACCGGTGAAAAACCGCCCATACTGATATTGTGATGCTAACCATGCGAAGCATGATGTACGAGCTTTTGTTTGTGTGTTGTGTGGGTTGTGGGACCCGATGTTTGGAGGTAAACGTGTTGGCTGGGTGTGACGCAGGAAGGTGGCCAAGCCACGCGATGGTTGTCGTGGTCTAAGCGTGTGAGGTTGTCGGTTGTTAAATGCGCCGGCTGTGTGCCGGACGTGATGGGACCCCGTTTTTGGGGGATTTGGTGATCCTGCTGCCGAGAAAAGCATCGGCGTGAGGTTTTAGCCGCCCGTACCTAAACCGACACAGGTGACCAGGTGAGAATACTAAGGCGGTCGAGAGAATCATGGTTAAAGGAACTCCGGCAAAATGCCCCCGTAACTTCGGGAGAAGGGGGACCTTGAGCGTGATGGGCACTTGCTGCCTGGAGCGTGTGGATGTAGAGACCAGGGAAGCGACTGTTTATCAAAAACACAGGTCCGTGCGAGAGTCGTAAGACGATGTATACGGACTGACTCCTGCCCGGTGCTGGAAGGTTAAGAGGATTGGTTAGCCCTTTTTGGGCGGGCAAAGCTGAGAATTTGACCCAGTAAACGGCGGTGGTAGCTTATAACCATCCCTAAAGGTAGCGAAATTCCTTGTCAGGGTAAGTTCCGACCTGCACGAATGGAGTAACGACTTCCCTACTGTCTCAACCATGAACTCGGCGAAATTGCAGTACGAGTAAAGATGCTCGTTTCGCGCAGCAGGACGGAAAGACCCCGTGACCTTTACTATAGTTTGGTATTGGTGTTTGGTTTGGCTTGTGTAGGATAGGTGGGAGACTGTGAAGCATGGACGCTAGTTTGTGTGGAGTCGTTGTTGAAATACCACTCTGGTCAATCTGGATGTCTAACTGGGCCATGATGCGGTTCCCGGGGACAATTGCCTGATGGGTAAGTTTAACTGGGGCGGTTGCCTCCTAAAGTGTAACAGAGCATAAAAGGTTCCCTCAACCTAGTTGGCAATCAGGTGTTGAGTGTAAGTGCAAAGGAATGACTGTGAGACTGGCAGGTCGAGCAGGGACGAAAGTCGGGACTAGTGATCCAGAAGCGGTACGTTGTGGAACGGCCGTCGCTCAACGGATAAGAAATTTTTCAGGGATAACAGGCTGATCTTTGCCAGAGTCCATATCGACGGCATGGTTTGGCACTATGATGTCGGCTCGTCGCATCCTGGGGCTGGAGTCGGTCCCAGGGTTGGGCTGTTCGCCCATTAAAGCAGTACGCGAGCTGGAGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGCTGCGCGCGTTGGAAATTTGAAAGGCTGTCCTTGGTACGAGAGGACCGGGACGGTTGAACCTCTGGTATGTCGGTTGTACCGCCAGGTGCATGGCTGATTGGCTACGTTCAGGGAGGATAGCCGCTGAAAGCATCTAAGCAGGAAGCCTGTTTCGAGATAGAGATTTCCTGGCACTTTGGTGTGTGAGGCTCCTTATAGATGATGAGGTTGATAGGCCGGGTATGGAAGCGAGGACTGAAGACTCGTGGAGTTGACTTCGTTTACTAATAGGCCGAAGGCTTACTTTTCAAGAAGTGTTTTGTTGTTTGCGTTCACTGTATGGTTTTGGATAACAATCCCGTAGGTTTGCGGTGATTATAGCAAGAGGGAAACGCCTGGTTCCATTCCGAACCAGAAGCTAAGACTCTTCGCGCCGGTATTTGCACTTTTGTGGGTGTGGGAGAAGTGAGTTATTGCCGCTTTATTATTCAATGGCCCCGGCTTCGCCGAGAGCTATTTAGCAATACGTAACC + #'+++;4:8.>9?@@DCB@>A@6B;*'+*//278A<@BAEFE@A??@49ECF>@CHIH=A%%$&'.(*=BD4453'BA=?A=<=896.+--0%'.787>;>>89;8450:9:@;A68?CBA<8:>?B:GFDA?2;50/9;=F;8/0;@E?@>>1::9:BBDGE24>C@A:A==@?&*?A>7>7:>;:3764--.1:?DF>AD<:==;8=;H;;DAAC;>FB:HA8:86?FECC?B;AELBDJ;879CH?C<((.=><9<@>A@53&8:;@>..+%?A@>EEA@DA=??:C@AA<443@B@>C:A<**,+$&2+4312;;>@?C9=E<:?7AC;GC647//*/+.0;@-?=A7:AFEEJA@34++,A9FFFCEIFAC?@:(/A?>976647B:179<>GGHD1/;=>=EC6>:65326EDEL@KNK<>GHBDJK8D47AGFFD>5:F:;CDCB6/@>@;EF5>6+*-741*2421+$%&)94:@<;2+'*022?CA>@@@AHC>7;=9B:??E88HC>=:<=:?C=13B=?FGCC@A*0EDFC?CBC?::@?:C@BH;CBB5;52+02'%%(%-,,2588998440%,&*&4;656@?7::1&&%'11+.(73775,,&$*''++&*,('-:7,.)+(,1*&-%')-*729:A><7%%=<>??:9:;82-06=9;=FC=<601=<>?9;;DEA>ABB8@=AHCA<49<8C>>;9?9=A>=>>;86:6);::'5==498%%)(()433(0002*(&%&&&%'+?>9'5019..-($,*+,+,%/0778:9<>A=>A698::>A?;9=61=6=<98%'&(0,34$()*?><5>;510(=@?9=66CHA@>:@DD?>AA9:7@95:EGHHD???6?<@=A?''&*B@;9@A=::455303@BC=@FGGB@C8@?AA=BFOMEHE:A>=-:<;>A=E>CDCC97<=7@??*.59;61,037;DE=>CE7;34+4699CD>B>AE<<3@?@202)'1%:8BEADC=B<7987;)$&0,&())72:;<;94%+B@F>D<@D@BEHG>9>E?HAAB>@??:<398;=?;=47:;;?<:5(+,/00010+.9+0;=;:7*6%-AA;@BE=IHDD8;?A645488<=:@@B=@@94//)/,)*:CD?BBBA346)4-(&1?:4:>AAC<<;?3-/*(*,0%&&&%(((6<<@7BEB00134A;.+CD8=FFEA@A=9;<7)15A?B>DC=3689)&&%$/)8133BC>A???>>,.3,.12/670$''&2;?:9%9*.<;;=',?@-0)')$$$#()27;<9:5:35@>@DC=.166*+37:;>=;<<9;?:878779;BDA)*GH@B4<@?>7>:614>7=:?=ABE?9<=35765<:*)*34*42+&('@>@6;A>BG;E?;=<=D>1+'*-))028=789543:?ABE?9@@>8CBB>,477<>:==<+&&&#$$,:7;<:89<%)&%$'01$((3<;89-),,8;>A=>>&#$$#$&((+*6:'(*6;;@=;;@CD<974%-68==E@?::<63/.$6&(989>?>DHFL;?>@E52*89+*A@IHED@@E98*2%2??>@?1B:8?>AFGDE><=>=./1)4103((242)+.,,-/+2''&%'(%'<=8@>7=?=:C98;D<11A@?DEDDA78:9-(.3(335;9;=?EA9.+1:?BA>67/41223;=?=893..:)+$'%+037788611112/9;@>::>.1/1110%'#%$'.40&(-8,9=/8934647??9..*)'(+).6=>B=25=<>:3;>9:5$$)&%$8;:=;:=<;273-+-3,8?B:8?6@B<==7=?@@;6981+B9<<;?EIGD=>(9:6$'<=?@@:=@<884=83244@>,-,6=A:>DAGF>;86994-90651598A;=;>7=A;97>?@<87:<>:;6578956363$#%%&*//886;6;:6368431-$$'&.,45.&%34;?838;:>B;?55>232/-/686::859''9@B=1:ADA>?:AA:<08520=>???>BBAB>6;C:;9@=<<@(D@<1659<5?AA=;@?<36==@?F?<6+.7442>B??;=38AB=49:A:?>;A?@DHFGGCD?2547A@DC;*926303113**+5>:=?BG>>CDCA>;@AA=::+/179=AEAKD=>>ECB63/.#-.%/@;;<:=89;IH8=FB@?39104-8<87;@A@C<>AF?>@@45AGCJDD@@A//E97241-++74.67:>B8;<3?;<:/:9>=1%0/0172;9;?>?;IK@A777<72:>?=<@D<7-/=B6.A?820/539-686;=C>3:7@?>=;:79;57+)0(+-,/1685-125=A??CC>36AB?@:;=39*+98%&&(264>D38>9=16A>7=9==:;;=@;=:<:=B6:@AAGE@6,/66:59<=BC45DFCCAD;EBEHDA<=>?ABEB?=:8A-7;<=><1,8;=;6()47867;<=;7,(>5AB@CED?=68<4716..1::F<>'47>:6A<9922/+-16886=>A8<=G@D><88:@B:::CF8?@B?>@B;1&%#%59458(&&+;7921769D48=B>B;AC=88'%9+>0BC?=A;;BH?:>>=E@BAB@>;I9E;;;/8@A/:3B<>C4>?D<=FGH;@/339+6=>AB@9899@@A@H@7:;43189*)**,(&15447B:A;:FECB>4@ADFA=+5:=E79:=A?B4)=3*,0333:92-&&-..2(?@=;?A<3@;HCCEI@26@ABABDDFE?FBBA9@>:?'';;<@CKA@@A@D@:BC;7:433')%%%'$#$&5146813@7:<6:7@5@.6;?@?AA>DDGEA@<9;*17AA>C85&%+AA>DAECA@:;'(-596?CCBEBA>;7>6=CG=>->GHHH>ACCABE=@?JGG?B87EC@7BBB@DF==HIHCGGCKIH7=EGGHLGFI9FFC@DBFJG>0+8;9@D@GJC=@B;CD@EF;@9;;BDFGGLEOK>DA@DKKHBIJ:I>:?=?@7::*)6339@?9768@A;EB;<<58>@4;8C@G..88;@>'=FEF:;B;;9BBF=7;478,?>9A@A99<94482%',0IECDB=>9;7?=>@<%+<<::<7%)34677=9*->>B?/+?(%27:?><@@BCDGJD>ABEGDEAG?>@B?B@DG>@DECB;;?A9>9979?>G==EGFC4,E9>7:;:==DFFA@DCEBB=8,*-54998>?<<@@>=?D:>A>)'@=;*,),0.-.7::98A<7;@?BAA>>:BADFE?<@51A?;>BDFEDCBB@:;58228<:7.5795(&)./13<>;:442=EEACBCDEF7B><<$):*2/%/202+/25&&/.-1004?><>:326>:8;E@H8><<@CDDAH=@GKHCCBA639E@C=AFBBB<$,858=ACAHKDDEC=7;B&>:?@C=?DD@))*;576&)0:AAC?@EF=59@=>9==;ADF@@C=:D:AHGGHCHCAEBEBAEGD<-982/.++9;BA@IE?CFJB??@AF3DGEF:9;79:;<>LPMN>8M=FEGKGI@EDD?A=?68DBCCDEBLBEIHDCB>@;8>E;9;3)(''**+1/339?A@>@@BLMB'-?A+,,KLHJIDK@@C?CD;9>>@DDHFHEBACIFEBDDG?>>G80CCJQOECM24AKFABCBBIJKNP?@<78/>?9CCAACKGCKCD?74'$0/'&''&,%)3136@B>BEFIBAGAE?K;DCE877>;-(3:;A=FDDHJI*+779:?437AG=DFKBD==667,<>AB@EC;=<=<=>;;((17A<==<8?9?@;9;A=?F@HCDB=EHFEF?B(KDB?A=7----=>;4:9=AF?:9?CM@FD@BEA6CDA:;1;<>GGF1:=B>>45AB=:@BCDEC;=@CJFCDDFI839B7AB;*$'+%$$$)'&.&&'*49=>BD@>=/(*?=>CEED>FG9GA4;9=99(40=:6;;9=DDBDDCD=8834:?@?:<><:59@30665544CA.55=4/D@:5667>?C?8:<7;1)-=DD?:62:=>=;E9<:CA66574943212++346169=?;=;@6-5-%%%&5@;2BBA&;79:4195::9=??9;?GICA;%);8?;>=7?B;@6<;6916;>A:<-BF>DEAFGHDDG-$9'=ACB;><=.3??=AC?=GB>C:8,*;>CB;;9=JKCB?C<@@5@>669=A;DBA;>B@;CEGBD7--5<)*11118A?,,=69;<4.4531*6:6<89=<AA?>607A<<84674'$%&(5<8.BBD@<=??@@B?*8/847<8>=C565A<&*;9=>16==AA8:+%%(,/::=<=:7:=69=08=?>AC>=.121+39:98;>93569AE9934'(&,-.<@=AA?A;(+(*:;;<>@@9?@>9>@C?A=AA>7>=?>;;<96=?C@?;>B>:<981&&&,1:,00>BHB:...8:???;>)+68BBBA?9;;A/19=8,5*,.*8665?:>===??FCEHLDN@D@K:GG@@;9:63,*=7DGF9MGDDA68<@@?DA8;?A@B?79<@79:7;=<>9'0(//79>>=9(4778589?8<;>>=>A>FGJ99=>=:79>AF>==;;>??>1=<56;69A<89=42;=9;>A?A:@??1.(+A>:=CBG;<<><:?=8:JGBC?AB=87822&(4:.38999::9<<;<@9D?69BD9;=??3653+9:;9:0:;4459;?;ACB?B>=44:=99:<$.,,0;<>44011500;9++<<<@<;:9>9:=1:876;984<>B@>CFA/@>@B@ABEGIG:;LJ9B@>?BD>59?:<916FG>69?;28@=@C:2,-69<=B;@;8:;2.+;:<9@A@@CD7:8?;=;@9:=AA?6H>CDD@:A7C<;4347<<>@AB=>645=9786:?BA7:B>7?CA>B??<6<9=?B9;<=A<<>=865,'(*)10($%-/&&275>>=?AIDD;9><>/*:8<:;5,,*'0+4377068=><*,<<7527>D>:?::780>?ED911:-(7;;=@<<95@A0:@6:35<;46,+/3?D9:<<9;;C1C<>='*)*)*'/,+0*,@=:3=>;69.+8=,?>73892229:;?@A?A?8<8765)2379;2)&0767=7:;A=>>>9/1.1%+.059883.03750465-65;9?<=8:B;>786'76:6:<86&$,$$%,0./4334),)5>?6<:8<>.6?@==@>6:;>A>BBBDC=6?:;22?5/1*',('*,8;7=;7?6<;=;;4-+'$&&+98763$232&-+2360./.-*&&486--5).><8>:=7;:>EGGJHBCB@>>@>A151>:16:6*,<>FED:?;>6@5>%)<@D*H5>EDF>?CA@:ACE:55++EA@D=307:<010&(&(''/00(4/00&'(;>;<<>8?;A8;><2DBDA<>B=89;;;:./67?@<>==<@?;:5E>CA;EEB=>HKBFC<:=,EC@BA?;C@22997:;1165.-37;=<=?DCD<61AC=@A@D<;==9'&,788<@9<4''*7>79)>@533->C>@7:(+;<=;C,-''(-11/+445:99@@>C=;<02988;8-.23518A?=.5./779=:8?9B:B?ACF6@>9;@BA>;57>:FBD@ECFFDA??==?EL=J:D?@?:?>@EB@=@732/*+,*1+60:@@;8A:-(*5@=>89:EH>>=CDB?<97,+375,*55544-4558A8GLLKGB=79.:*,)2;7;8B@DLF1<==>.-,///%%&**8@==<@@CC>;@A);B<>=K@A9=F@@>9;438>:-,,,*$#$$$&,$/''66:78EKF7>:@=;=:A29C@==-1.-.*56<9=??>?='56;>><<,)7989-4?D;99IKHE9LPEF4:GH9;<=::.++..//@A<@BD@?<=BEACC=<;9;<::?><@?>@B;;;7(#&)*..48:2:;=8:(0&/.%#$$-678377?7@689==521==B*4>37??=66816:AA9A>67;FEIFA?@BAC>@>@>>@AFDE6GA24<>@:7*:7356?AA?769>A=B==>B>CD>@?@??@=FIAB;*&53<:==8B>;7=A?;,,=;:878'%((9;;?C?<:>BAD=DABBB9%66;:9)<<=.?;;><==?<12@76774<*<>;6B====;DAA>?A;@=?;>;64:=<1401<:A<8$$+)379=>?;C826==<>;F=>EEC:>;@4B88A??:9DBCHHF@@@>;;9(3=7:@9B?97;=D>8$6=.4;=9<36'4;:9?BA@4666879<9;D?=AA>D=93:0/&$%''$#''%&)-%(/12/.09;::>EA?26@CBBA;9>@:EF<=7;9?B>;=>A?=?AA8=?6@:A?CAABH=7'$$/8?FA;;-*#$.,0-(')/48:219DKGMK?>-787,3':?79AFC@@>HBD>:AB@B>=?D>??;8BCECDCB:>@<<<2*,4>7?2?NOJ>BC=AB?@A;B<=:<<;;B;;7:<:59<@DECBCBACDF>B@<:;:;A?:@GF<@>D@?B@<>HCFLF6>>EB//<=)(0373'*9<.*2-(%&&'/310/6;<=@BC?BBA=AACCCA?@76;8<;BA763$$77;99BACEB>?A=C?ACHBCFFDEHBI@>=9==CD;;BAA><;?DAC?>AD<@ICAAC>GHEC:BLMQIJFGEC?4.6G>:=B<;@>?=B@CA35D:4;AHHAAA4=34->8>==?BBCB:=B<F;E?A@B?0*>@?DDDBDHHGAEBAFIDFED+88'*AB;&'4<34BA@<=<;8941&&:=A;9<@???=-97*9B@B8@?DF??D+0@EBF@EDFELICFFEDA5C>:8..;876?8877-..3<=F:9))9:6AF??@FB:5BD>><@?B)>A@D'*5%%,),678:@FHABED@>5@;=CDB:=B@B@BB9.0,(%$%)&%)**,235-#%%)*578A7>@DB6@;C@>?A7;GGF@CCAAD=FJ?=5,5@GI@@;<13@EC=C::>>>21232(1;=>:D@7?I??79*A/+769+/+)*+(77<<7?>C?<<=>DA*BBA?@56+*,469@;::<=1573=<((+@79@BB0+(9687:8;B6241;4444685?>?)@=:C@>9)(%'%',2-&-23306>=@9==@<6;;:>40$+('.79;=?@?GE>9<:>:=.,<=?9:8-*2<<>;=:/0-/<<@@@BA9H;>@1315.14=:<:?AEDB;;54?A59=B@489;DABDC;<51EDBBA=0,(%1D=?>=199<<=:BIDB:=D95::6<9:9.,/7:<42,@CC>?BCIHMK<==>>@D@>@*:<=<;=<;?AD@EHKGCACC9ADF>KIDEBLC31<6???7:=@;>A>B>:@@B;<;@FGF=A:>DF@=DA8:8@?BD?9?98@@EFDCD@A>?<=AA908;>6:?;>BBAB>=95:<;GHD?=9..:8+///<=;;8:>;<=:E=>?9*D?FHIA@@<<3@BEDD7?D>BBHJ=@HKIDCBE>EA8@8$&/7;86DBB>CC/+=?==:>?<35;234;9E;:802--*9856::9==;D<>:2<;6;A::<*+,0566<<=>?C;?-,485ABBA>=,18:C<@;?;<=?>::8:8A8':;?8:9D?79::+*('%':B:FAFFJDEE?@==>CA',;:EG<**33885:A=AFEAAAKCI===@A@/('(6(%-&*5//CCFCHMIJ?;+8EICC:C@DHGJD%62+-9C?5?6458>K>F<:>?A@9@D0AC?@@<,.3/;89=A9?A975./048@?=5;:>D;;D72BCA61>.0B13>:<;@=A2DBCD;7(0%'-%//422:8:?3::;&(*-/0./58?;;EFI?DBEB<<>:=?=EF==9=>A=CFLG?67:;93B<;.>AB=;?B=;57(('27:;'+&&4164789:<=?>89/.8:=?>C<>D?;8@?42?=?>C7-&67=:=>9:DB85;;6+1)30)'(.0'$))*/846;;EF>=<-?=@=1('77@>74213*,+649/30;7)1$&%'$$&&$'&(&&,($(%$'/*),($#%($#'('&'&'#%&/0*$$&(424--=>@?16.25>4FF??BHCGCJFAB;<>BC@/2??=BGHC?ACCEA;**49@>7:KJ=>>;99=86=>:@B<<=>IIHB<;><8<==?=?565?=9258?@=DFFFE??A;;?=HJC;IIHI>B8C=85125@;?<68<>@58559*-6A?=EF>?=@=D?BBA3D?3BA?>AEGHHF9B;=<<39>@@DAA?;==6569CB?EFGAAB?BB9DFFB:79???8?=<:09==BF>?CDEEC9@AG==BFGB:FAB@=9=A@DD>78->BA3A::%$89./663///;9;>;=CEDF??DFCA>BB<5?>=*97;:+(+('3.158;<<=99<;?;84959559.*112(5A>GGB>96<,0>?F??B@B@LGAAAFKK@@<**/@E>BE:?D>DHCEFBA;<=A?CCFCEGIADE@?%/768=7224=7+-&')$$$$&/455478*,./,,'';:<9;CDDCCE;EG=@771'(?HGLKHK869>A;=715:55-<>@B:<2/6=3?'945;99*;?ABC>F=DDDLD?@IGB?>DHJJCENHGHFG?CGDCC=??BA6;==FACH>9;FEFGE?ACF>F>GJCCBEGADGG?=.=>?=>-,.90:9A?@6@DAB;<=8$$4>BACFIF@MFHBE@F;@DGAF?CCDHDEDFACDHHEGE?ABJG@@AE=0?A<=8KF=DEGGGFK>FD??>@?;BDDE,BC?AACCDEJBBBA?B?LKGIH@>A:5325>?DBE>BA9CEF>?DC@A89CC8'2$$$',;4@EGA>A5?===:8@=<;<444;;535++')'1..01DD=>A<:-/8$'-3333=>>AD??>9991(%&+,6:?AA??@:;=FLHA>BDDHJH?EEBB4C@;;;DBBCDA@FL@=6D???@A>4,.;>>9>:,/9.?AB>FF7=B?@3-BDCEBCC??6><@EH=CD?9<8AD826??06?>69<7>020BBG=C??:L@E@L?;B<>>;>CBCAKIP><68969@B@BGA@?$'A=B9HMCB@B6687=BBC?B>C;>?=;BAE9AEGEH:G;;GCHID>>IBFJLHE:>A=C@1;?DMMLK=EEG@ACJNCJJKDFCF?D>;AEGD;>=>EC@39:02:0/.06<;;;;6B87:=CCBCFBBBCCGDGGA@CE@A=>BCDA?=?BA;;C4A@FA=0-:=A@9=A>@D?GECE<*-1./7:20:><9/,8BA?=8;9&02-$&2?>;E@=?CC>FFGE:9C@?EEBCCC>E..03:;ABFB>@B@DCE>BG<--1>9,0=;;:(::MFDHDA@BJ><><>=DFB@B><<=9825??>@CIB@.'&&55+)/)00++,21764>9><>>?>>;AJKHD<>9=?A@CD5>IJ=@D??@>),134:>CA3-))46>;;=@@>;9=89=@ECCD;3&'79,/8421243&.$/6.:.2<9966(18=?B@>=>@=;==:>?@=>@2&&3=>@<;AC8A;=><8:>CDD@97&',))1)35569B@@:A>89?>;>EE@:94==D<>?EH<7@9BII?AFGD?AA@C?<@CFD??;8<6>;86116212212,8FN=<;J@@=FN?DGKCD555C?CDA@?EED;:>??BAB9>EGDEEF66%)::;>F<>9<=8AA140021*+3+//0868>@A/;?@:AEGB='-64*('('1'(7</1>=7=8586ICJHDCEE-*.8;A.5>BE<<4=/107:*08>ABDB79/'/$))+2;BBB>?9;;53522:=<<:6-;=;0<<*0690-0'')%$&&.$&899;9A><1&0(8F?GC;77BDCDD?:?CF@CEF30;?=?BIGIHF>@A>DB?A@;E?:>@C=9=>HG@8;?>D=<@=+@16B94=@41C@A=)&0.419?=8@=D@79?=;;:43&(+)1-.%%.71;=CB8?E@A>@>9*89DFIECA@:1)&;29E@<>IA8:=?BA=<2:02AEHD?B?@DCHKEEFD=4ACADEB?-GDEECJC88543,%&+%%%'(./1827CILBFEBB@812039::91'41.(*/7;<9=>FDAI=+;?DEDB?BHHG@&'$%2767<>>>;;(&(9104<@9;).;834;C>D@7A=55:CEB?@BBC@=G>?KHB?A=?FED=@;3888?>,)044(('69A@@BEA<>D?9>BBD@CAEJ=BBED@A@78=:B@<81&&,<9:EC<:=5:2)'*056;9:@@73*14<<89@>C?B0:;ACEG>@:)-39/878:GFED>AAAB@AB??ADA@C98B70-)())(*-:89;<=>$$$&$%%)11237395486=>9EC9%C@@?&->B=<<;6323@DGFDGIFJLMPR>?>>*@5431>A89;HHF=<;.;>CF:>@337D@<:;7=@;79867<:??@CEC;>CA:?:?DD=;<;3679,6../0327:=:>D?3/%=99:A::E968>=89===29:<:736:;=><=0++5;<<<@?>7>&,9??@?A/(:5%>7>030CDD>ADJ?K?FHFA>GADFJHBH=A?E>=C;=@@FB=>AE><89898:>B=?G;?FBA?@869=AB;=?C<<>@>>*88<:>>?=?A?@=C<,.@;@?3><)7,<@AHHA;E@EBBBCDB4421(/./%%%$#%%(///0+/1+7>D<<@@>ABB:4..6'3+''*0/-..86870*6:??-4;B@;AAA??>?D=B*=GG?HIDD..0*04?AC>=7?CBDCA',22EFG6I?;D?24@HII>3G?>HB>@>J?:C?>AC514,**&&(*;:;@>@:==?EF;DB:>?;;357=9822&,,*)&'$$5%2<?@AB6:7879>=99>:;4665($$#$,15%932)53;;=;<;B:<-IJKG3A<<*-=8<;>:31679586=?CADC:=B?;=BAJ==@@;)'6688?DCA:<8?C;DKE>;2('$(388=2/416<=>=DEB=@D@B<7A==AAGCA;?@G?EBFCC0)<9?DB>2/9:88;8;=@>BCDF?CB904>02::881323>;<@?601<<>>IGJBCFCA=C;C>9.96=;7>=88A=>?CC=33996806=BA@C@AAHE=B>:<<=9999+9:7?9=8;B?@=6,0@?@@CFCFH=><>B3;<0=?;::9>?=>B:0,-/>>?==>*.//*705;?<0248=<550)&&$$$$&#(')'9<29967:@BB><=?D:<9999B?F@CA>8<>=??89)-5467>@@C:<68:><@EA@CCE@B69@-+++0)-18,,458>@6?EA>A@@>:.)('&/48/...0,187A;<./:5>B@<=AFE?@B:;=;:>@B<0@@FFD??..25(&(8@B>F@982372;<<<75679((9;;'(.7=9BG:?CD9?57?>=>;86454>:FB:8<@@?'.;;?A?<@:91&)955477.0$(.66==>;:5<4&<*-/-//14??@A+%*+---,0)%>=79<=>@ACEE?2)$+)'(-67.9-/9BAA@?=C=A>B9263<..<3498;A66:;CCCD>:;AABC?B=CGC@EA:38:,1,<96)$))748<49EHCB;7?@EA>A>7711*$-+*19;>@A>GMBDIB@JEED>;9=4-6666AAA'688<377+8:;@?D<42D?FCAB>?LMDD?>?A;=91-)(-1<9CC=CA=>96==@>@EDA:9--18502'$%&%:=13;@;?/@6@84/&16=?A>/)=8:=:CB@ACB58>;:%2*$$&(#"#&*22..451.$#$%//1;:=>>?=;885+-(:,*<;>@=B25775/&'14.3&)@F>A>A;88CEG@A>@;@:GFIIJF@A3%2455==?CA=>=2'3)-**+4;88::.0(',),.76767.16,99AD=A:;BJEA>=AB=:=C/3;=@A/@:==DGFEKH>?@;C9=>A<>DAH<;DDECBC>BGGFC=)CF?@?;;6&'.%>?A?@AA>@29719FIHGF?CJ?=B=3/=@<:@>9A;AK?D>>=BCC@>BFA=?A9;9;=ACD?B<@9BEGED@<>A;;8DA>@E9=B8;,>=><;>B(+?A@66--$,)+$$$+(577:'&'$.('%%%*5=:9-1++&4:?AF=8<=@?>7?FC<;>C>:<@<$&(366-.=;6>;;888%*76889-')$+$#$&)/5;911-,+0,841718>@CEIFIA@@A349D?13;;;,*17:::=9=687ABD=:77;==A?@=>',;:9*,&#%%&%+%/2;5767C=?BAC3ADFHE>?IC&&('&&45779@?B=C>8>:>C>HICB;:=CFAC?A7<==;<<;>B=789>GGDEHFAA:<<==:;>8?;B9<:<:7554(&(***,156.-7)(($&'($,4BAEF?99;C:/&(/-4<=;-*2047>=?@6>?AJ?>A85:=966?D8AECCD=B?@B=::;EGH=A:/;=A&@@HLMEHEABFABG@?B?;D54490/<88990:CB9C>?@>/<>C/?@EGJ?@<;?:@A96<><;<=9991<=FBD<=976@IAB<@A@6<<=798-45403))5:>ICH1;)*?>?@D=?:>CG=:@A:?AG=<:)><=>78-)?@>?>5?;A;=;G@E8J?59>;11>:B>5,77<.0>>BA9:I<9.'0648?BA68568<@=C9ADCC?@:4(*1+(EFFDEJA=EB<:<AA@EACFEC>?48::>=8ED=B447=A?=B??:BA>/1646<546(%$)'2937FFHIGCA;=7@40?;?@C>>9?B569>>CDDCGCBAD=95>A?=995*17:02CI@<>?=A@BBB=D@;8.+%37>B??CA==A=FA98>;;A?E>::=>B<:?B;@=;=?@B=<4456'57569<97??>>:578'5$$473%&:DFBD>=B=;><7BDEI=9/<+8@A:/1=53.&-,)*(,--,;864DDBFABC=88:>>7:>D=BC9@<:5;<837;:+$)..((45973=/<;;;4>>>;>BBA78AA8/0-''%%%,+*-007>2@B=)??836;?C8=B*'9=D>95=?BCD=???<=?A68344)+->@=?:1.2:A:C==ABA>=:6%%%%&&&('DD9@BAA;49==B9;C>B987>>:>=>@7:<7+,.1.?@?A?JEAHHDG@BFB<))B(1:=<*'.$69?>=;:FDAGGADIF<@7BA@DGI@B@9?@72401/<=;E;A@:@@?;@/)-561,*879=848?=277:1.4266;<=>6:;:765:=6%0;=B;<=:7:><31/0'434336%=;<<>2-.BB=>8:;AD:;D+(3.1;>B>::<7?ABGDC<;<:3578=HAD=B??ACEAE;D;AEFDFAFNCAF>=>?>;958@=>CH.<;9=A5=;,*4:?A6;???EAB?EHG@A><:<368A9<;=;=<8=9;'8=665981./.%011'6CA=:6;E>?GCB?E@?<:?CCB<57>@DB>CFCB7:4;=>@FED>9@A>5;=:83?=5:>?>;76@?==;>AB=BB*4456517=;>@=;@B;@;BCA9@11B==>B=@BCF>?>:>A;;;66=)%&,<;=8::@>66<=@@BDGNKGFF7989BB>86=?=@@BCA=40++'*'7:;;88<>EAC>@??:;-?@:;:38=???<;=B<@@@BB+9=>?=B=>==8?CA:@@B=;AA?@FCBBFCC?5<@?==::@9=4(),--/@?CAB;>=8.;@BE?&=@@>;@D>66871$.(()-77=:/&(%$$+613-<9639<>F?C<<;A>=@A.)5,5)=<-B@;389GF<495((9=HC=>@B><:;C;?7))('$(+)(**,'&'$30-%'(*+98-')1),+'&*12347:/14*+-8E<=<;;6497:8:9>@EHE?=::=>A<<10/*&$$&(18:<=3325<92.4>:/.--28:5/05*44839==8>>;95BCEA>;001+))<799G8DFGE=D8D9;=?68+977:=C8=@=997;:35.,2&%%&($>>6025,5:CAHMLB;>>?8?GGE:?>@CBD;@GJGC=D<85898068;@GAG=FBG>IQLEFEIK@;?DFE65659>:<:67940/0/1)/8==@=<>D@@AEI77A8:A?DG>>AF<=9<743&()78@?ABDA>59==407-)294882(''//=<;=7B4>>?A=@;:<69>>85>:;@;>F><015=78*'8;@=A<<7>@DE79?411?I=>DC<>AC>A@CAB9>709;87=?=7(,@A5;DEKJB4*/4,,6.9?@'43;8EE?>CCDEFD=@AI@=D,1))):6@DD=ABDCF/$984/&)1=ABEEDD0;7B?=47<@318=4*-:?38;-.3674ECA,/((+C@BGGDB8=-ADNMJIDKHEAAEBIBBLLABIJGC=FC>@@%$*)*A;<%(>ACDOLC>?>A9@@;8-@BGAEDH668FJH:<<04DEH@E@;@BBHF:15=D@8;:3**,(.214:79>@:9428;;=<9:*(-.9@C568EAB8773<>>CDG<+I>9<9:773BDABEB87?404=;3$$77:9;/8BJH<:49;)%%0**58944*%75*('51?A=75738934856+,-4(*++.=A><<==>@=::77&';;;@A=@:7=@?=+.6++-01555-35++(%,37874546=>?GLJ?25;,:44789=:/:BD>..9A?AHGHFCABB=<FCBFJGDD><<;>;8:>8:9BB=<>:<*'$===?DCA:9:5.2////>>=A>:<=;;>B=BEC=H>E;<=>ABDEBDA<:@DCEEE=?8CBA@9)**%%%&',/3211014:;7163($%%'):;BB<7;36112,'8<;B?;';3544333A5168:+)$=98?68A?;C9@@AB@CEGGC*)+,,388;:9;=?@;::;988:075%%444:?F>;GRLH@A8>=6.==67?;96@:789:<.2%1&%*'1A@@194?==@EKONCKN@CJH9BAA?A>;=A>><;C?<:?><@?760/:<:>++1;;;9;-121$3712==2?<>BDA=B@==?A->=CDB:=?A@;<9-68**7=6)&.#0-)$/3*/',+%497::8@;@A>>5977??<@A?@@A=>B>@C8:?CD==;-%.,,,$'286;==;772::<77938:/,99;>@237+.87=9:C@C4:.0@AGFCE9;@??=BFA<<;B?>;9@ACG=FF:B:>4<8A???GDEFE>DCI?>B7EG?DEB5AC<:;DFH?A>9;=;58<@B@@9:73<>>@8:31)+*+733:656.,),--(,+/)%65?:CB;;8&(8>@C>%8=:;*%'#&-(/'*<>CFA>CA.684,('%(2169<:<:9BF??9=911::;><=2426>?AC;=+%'-*37@;?<9?743-*))')47:5?2143<=99>@9@>C7G>87A:>E;B;5?>?:@;?@@AB1)468:AB3A?2/<:9=19:?C0>DBC42279<=8.40789<<5/796$&&.,/:7:202=>-(3&&1$$/57556*:=>?=//*9:74<897790+-5;,3*69<:9*-..,'($#%--.*,.7<=;@)-;@=B<;7.=D;<>48>=>@DB>?=;>=66=@>*.;@2(./1-,6747?@<<;-;>?@BC@=773)%-0::>>6554541(,;;9@GEDEICA>856+-0730.0)'''055;>B;>;;:3/6124,13/((.<78:<@FEFADAAA::0-8989848???=<@EABC=,%&067:8:<89:@7<98=?AFHG554>EG:9=@5/.-($%&&(&=@69>?I?>;>A=A>0:<@FEE=6?>AD<>?$)')?=FPN>?AA<@<CC<7@6129+BDE>FE?9:;9=2%$')&5<@D?;5EFDGEDDC>@C???8/+33:BHJ?IG>@E>?>.-7;<<==?B;=BB@EE=85<>@E26EFB:>??;===?ABA=>9?B@EE:@4055:(1(%%&$$%+11/0&6<74'$*'341;<<@?<799C789.//1333,(07<=<>?:9AA@=:<:79?8:=9748-#%%(6<<>?280/..8:04=?BFHFFGB;G=A@BEE@<@81-8;746:C>@@:8?BBA;;?D>9CB>C:;?8881222<85779=;:4:<:'=@=8BC8F*%,33:8(,*79;:30$62/.$%'(0+...?@BDE=BAD;@:?>;;<=645:8+/,0./078,+('/+--$..346,7;>>>BAC@;C:;.:>=A5@B;=?-/99:<+%%$6(?=IG9444&&'(%&0(9>86>2==9;=?;999:>@=<<>D@<99637?=DEA7:838E=JA<=6?>47@B2:68%&5.1.$$&):899:9B@?812/..0;BFBDEJDA?;;+<6./89888;9<;9:8=677$&1567::BDB@9C:$(1=:?>:@DAC<@7973-4==31/9/2330.0DJGB;DBIG435<>?BA@@>?=9:>;:8E2-CADA@ADA?-AALHD96;;<;951??A=33575+67653:A:5551/,4/***:<==<=A>@E<@CD5CCEA<>;AEGBD@8;>?>;0169;;;88CA:JDA9CEGB7>A;DF==<@9@:8@::90*,6B=BE@F2/7,;??HJ9:-;;@=>>ACCA<987<>GB@DD?<>;9:A>=:8;=B=:.''3%4''$2@?1352:9;=7:A?<891-1*1;B?<?96=<=8:9767@BEEB;2>ABA96@=57<=9>5?8<::8=:65100/(69;;A@CEHCCB?:@?>967551,4741??=:EC6979=A=BC6/5BFB6798=A9A::@A:3>>?A?9<719D<;?@@A><=8:==:4<.16=<>:@@;?9;%-E:42,7=FD;8BA;4<46=BDC;B8=@/:KE5=EE8FCB@JILH=HH;>;;56=><)&&&$+()+3*,:;5A<559665-)52,0?CE?D<8@<@<9:71@<=<><;=(0%8/1<6:<@C@:B6B@=FKMA?AA2111/-'..49;ACEB==;7:=>6=@==52=:A?>:95:@@D<9FA=??>=C>6878=;=@?8BF2?<=::><<,(,::500..*(.14<:A:(-0&%&,/1279;>>F6FL<=:<;;;:'*)+-+,8-><%1,70?8,/**):;>?@88<6BF6D>:-,0/79322;6>>CFB*(97=@C=DHF=JA<>CB;;;:=>B>@E99:;?@:1;<8B@A=@@A;DB@A9867.'38>=8;C@::8==BD??35*$&:GHB78?B?(,@BAEDDCE?7;>:<7512(')*24569=DC@?BA/%'-.0018>B>A?>62?>@>A>73((+:6?=>>?99.65<<==@B;:9$**09:7<3;@=;>;%%18<;4@9,.48;;9;<:;<>=;<89<87-*'(%/'(1219:9:78<9=>??=AEEB<78:;744BD=7A@@B::<1..6:7563<;;9:;:91+)66:5/817$&&,3&&+023039:==<99),955?@?>JEE9481371001'2+677=:4)4623).+==675/',54;;:46E@=<<<09<<678@A<<5<>@A@BA:7A?ADC7ED3;<@C=80&&.%(&*&&$*345:<72252;=>@;6;68;GHJDCCLHA:=:>61?D5,9::69=?=;:>BB=7<;8579<:;:93/)'%&(%')*54<53/'&&&'&2$%:6/6;FDA98;@6933'69.--/69:729:;94.7@>8.6?;9.,+1AHE;;;A>=,)/989669EH;@:?=>DG<>9114@F>A@ADD@9@?BD:>;4=@A;<6=A23;=@B?@@?<5,)':?A?@?C-)0=DB;8770>@;BD;>D>@CFF4?=>98<=;>A@>=7EGDD>=@?FFD;==BF;=CEC:7//%899712:=;>@26;84?CB=D??;70'(,+47,09596(+.129;:=@=748+):)10/112327(&+-12171,/7:;9/2/+<7=>>?<9<9><2AAH<66*-799C@69A?468=88.99998=>?A847&/($'+-5'01?=/7;;6&)#*)&6:@@=>CDA.(3=?8138::>=97)%&$'&(+++)&001.7>BDH>>A997688@@B9<=;/)(&&$%%3369<658=)855<8=4-1388HK@CC99A>;;:?CA>68)*$&436;>2/47204%&*+)**9:+::7@B>>>5,'ABD=7:?==.@A>@?@B@@:>CB>CEA=+'?A?A>69AADC>*7%)9)''387769799500/2>ABHABG?GB<@71::><6455997739><95946774&5$'$%)%-49;6//.%&)+,&,8;=BBFFB@;301DB42=CFHI?8>@@BGE<4=@7;;;==>B>:>B?84>>:DCDE@D97?4>;48//2234124989DD=>DEL;B=@?B145<;>=9:9?:BB;,($##%%$$&((',3?DDBC=A;;92<9;;91,+,.%%&63;446:56>>DEA=?>:=:6+--%'-25:4*&<;8892-&$'&8)&*>=,=<>GIEI58B=@?22(<$>9:><335.99=8:;;=:<776.3=>DA?:9=;;B,;:=:>A<;6A?@;??;:8=DBBB;;<=CGF?;($:>;=.26689%98::67'&*1,4666885669:9&,()%(+.4;437:988;86000.'1>788:8..4:6:;1??)=?9;BEA;>6=F9::798+*;BA:@97?@78==0?D<=8-::88;B=872+22478;=?=;>BCD>>C@BBHF9*,*+$;B<<@CA::8$&$()%33139)68;9<;:3510(,3,5)'-45=E7:34*9?18/99%&(8:8:FIIBAB8:B:;;:A;8B@B@..07-<>AD322?AD=7=96(&4-3471/--->.0>DC>99?;;C@:A>2/@CB@==;=C@BB9,555)838?;A?@A@8A@FC??=EEFDB?>;>>@CD>7/+4443566///++$0--2456$844*'7>C@?15BBEC?>=%*/1--5-)9?AB?@;9=CCEBD-95;:<<:,>=:LKD@ABABBEEG?D6;87(50=<=;9>?=999/),%$'('*./32;:=<1/A=?;9<>;=?@@8;9=?68>==BEE?@@CE;>:;DB126=;<>>>;437267(598799=:8>@-+%&+*>@A@?:=@<;I???C?;>B=F@8(32161<=?9DB=?>@C,.);=@>DE=??CB59=?;7:<>>=;7>)::89?;:,*%2587;>?FCD;;:/1/1<5'5476166-5.(&688?A@@EFHABECC=NFH@=@?'%59:@>HEIGKKB888:.-6:E=9AB:?>4;@DFBA@@CC@;>>EB=8;>@>E@<>/889@@@,.DAHB&=0/130855;=D>=>B>A>*,*/025(+?@>@?<<=::*3$$(+.%+)3352'148=;<:8-'&%-('344=?;?E8D>@94=9@ACCA9FEA?>:2<;?FB:5908110.0246:;?F;>A>;<=<==@D986:<5544<:<6==/9:;<96::=BBA:>?E?EC<;8.>@@@CD@;<>AE7+18>??8@B?@7=?F?@DED@.7?A@81135=;588>?FJJKJGDACHK47?@?6-17(*79:8::6)66+*)54,153441,&&*&.122679@@;96;<=;*8886644%1.-1:544444.:>9&//%650/-)$028:@A<,3>>ACFC>GKFGD-08>B>A?>@DABBCE<<90%3+0B>?@@=96.%+(%'011$-+42294@@69:944&$/378?;>97:7444&::2><7AF;<=8@>977DFHG@=A:@=CAA>@2+,-23024:9;>?@A88FKSB<>AC>BB=;8:9=8C=AEIMD;95:<-(-,.25=><9A?@=;41(2++($,,,.<78HDCB?@?A?8+A:BCEF>IH5A<=A>FE?7>:553(**68?=??@8=@CAF??CIDGI8>CA?/(&(7669GKEBBAE?CB8?BC6CE;?=:;>9ECAA676>><04@::8C?C?,.65&2<>>297=5:'$5'(%%$%&--(060;68??=6676:A<0025;;(5587=;<-++,/AABAA:667<660++-,*%%(*.9=?>>6B>A@:;?>=;?EFFHKH=)=>A>C0%11.12'C>992)2)(%$$($),*6954FE>;==:=@@BFHJGBGDBC;ABC;EIG4@CFG6--/-D>EGDHG9<;0445=>@EBGGGEC0>;A?F?57:;BBG9,(1)%)'+7885+%$))*-%),89::<158;64<>==*,0065:<;+:9@B?E@>AAADA?:=79;A><<(7:=:99%2:<>A:563/?;;:=8@GB<=B::=>B==?@:@@:CCJB5>FG=.=CDC2>:;978;:49;2?@BFD(&:ACABE>G>CEJIG@9>?>>@;06-.02/2/6747567)7145$-/4/2-'4224>99:<;69?@A@:><=:907,,),231>@CC;7==>:-)0356788>>9>?;814126933;89:&;75)3656758//.-659595=<;;;?=5'),/---'0(-/03))30.,459=:28<;9??;>JG<=7@?8>;>:99:?1;:76;;=<9;@<<78-/'-,3008:>@=>>=D@@@@;<=@>=9446%467==<<=94:<95+&88==67;A@<>7==:=<=)-5..3246@CA<==74;9640*14:<>@489A?=,C@B<=>,&&66/762+,<==714A?<>5?:CEFD>?DCAGIJD?EE@AC?@FFE:>CC@=EJGDH=803>;CDD?87@@CDDB5*%)'')%%*&$$9;')75.50258<:>8;4>:=>=<>,*=ACHB>A4>/-%*,5;;<:C?A=?@/)677509>B?98=?::14?CCEBB;GAEG>@>::>BB@@9++3&%&))'(<;6>??;4?=B;AE?FGJE6??ACDGEC=97:-=9@;8;7E99@B>:5>931<3&$0*'&&.1:6<=64:6,'459/6,.%%-4+.+353?@C:5<<;@9B?CF@89D@@=>=C<@A@@AFFBCIJEAAAEB=,93;701;:B<'5=@>=397A@@BDJEDFCCF>?0+)*,<68/:7*<;@@4*'338<5,/./00;'&34*'',*%%$%$$%%.0;@A=@@:<:8((4A;95&111++>CD:B>EF:=@:;.--;;??>(7@B>9IIKB398A>>;1BGFFEHLGNLKLKCH>H;=C0+6+@;=>:>A;9;70/$;0%669;>;4554'*%(<8EGH=:=EEE>?=EDAC7@A<<6=89:7205659868>A??AC@=,-8;<=/;=>5667546;@>?+7:5((,5335@CB6857C@AIGC9>>>:=::77A<=CC=?>?@:EE=779:=56336789=;666*-.+020/-*$364<@@FDD357>;987A8A@FD@DA@C>;=5<>??=MK;=>:7<=<>C;CBCD>??9899882148815-+$$$&(+11<8:94--98%%<;<;2668;<86@>9?DBE=<5,(+698:6355>>>:952:9976::E=?;G=7DEJCF=@AA>BA;=?>D;E>B@@A@><>::-(:BB@@A+++1<@A=><+:5@;;;5>???6@1..=?==6'(949CD=CA?>86%(+$$,+-1756328<8AHGGA:>@B<<:?8:3*6+1&2%8::;;83/,,+,73;:3924'''6:;1=<8+>CAAEA<-+4+8>?A8CACC@:=*9::<;89=:584+,&&8878>C47CA@?1106:4>:<9?>I>CHGHG>DJBEDDCJ?DFHF:->EABBB>AEE:C?A9476947<;<:=?>@@BA0@:;@=>76-1??=<986:6:EAFCD:CG@3><:854<=A>BHHCAAC5C4DD/=@CBCAGFBHGFGG=?A??G<5EB<82=/9:AAIGG;<===89<>%'*<=?+>?A<(%*AHNOGC>@C;=>>7.46?A>CDE;<>=EEC:;1215'+=9+9;?B=C;=A;3*19,,(((7>?B?C>?BDA?@>?9=2+BC/H7C@==:<),9B??@CA71+)%%)05036)(:=@<99<%<<:@CEDD8:73279:@A6@F7:BB;=;57878=>B78KA><-/*%&1-114<<<;7<;18:>BADD>9@BD>C;+%5$:;=A@BEE74;=?=EFHH?699:?>$(6CA??3==:>CA<,:7>>CEFH9?;44%(@@;8632(%$%$$%+/1>@BFB7EGA9>DCD=552233@86:<>98=EEIGAAB?AC;8@F@<=HHHH3DDFHG;GEE>9@3406764/)/24..*7:?/*&>ECABDDC?A@@BB:FC32')0/353CHECAAAA@>B?8))1412;9=8CCD?@CKLEEBHDDE<=@>889928>>8::<9)56>71111.'7573470/-?392*08*6<9;?<::*,:9881)&01+:;@;7<>@<>;;-/'''$%/04+'6586187=>B:4::;>C>>9:=>?>AB534&)9982=@IED=AB5(4*,85.-679:;;8;9)&105856/'99047:>BB>.@=AEHHGAB?A>>DHHJ28);A;'7,<=ABB@==;<:99);9%%/1=9260/,.::+341..055%>6.&)-1,588=<>>?AFB@=>@B>5;89;BBB=7JC68B9>;<:22259<:CBA2EB>@A;3/$1)49@>?:???>A:9.%%%$%%99:<=/2254><>>;:=;9:60'/4206:::DBAA@?B=68'//68?=ADA9;(&2448983263075332778:E?<>@A@<<7*/.+'&$(01:0??@(%/02''''./044-(,/6DD@0447.*))($'',+/''.200420.6;;;?EFCBDB@>78=?@>>?=5=:1),().&%$*,183;90/;<=<.-<53;<<><70/'878AA:(01019;>77:;>9<8:79<;0./020.1386B;9<7@A:99<=-=:06;@=,8;<;<:B@3/826><=@>AE@:>>A@@>=?A:;6>:9-)EDF39;JGAB=>@:FIEB<>?B@F9:EED=>C6=;<:=;/++;86A=%,,-6844,./10320/79+8;I??9CE=;6A9<(9>8?,945/1758?;<988:8::976,67::D;;:0,&.33589;:79446720$0231130/%245?;90*0,/644::<94/#%#$&%#)*/%),-.,./165DCC>=><>=996793+*.(1,1$%%'*+0.;5:8BB:9*..+68;<;234<>G>:>>:C8>;589??C===-+74,/10),-22020/-=;988/),..01+55533*46;=;20023*//.''-/1AB??A9;)-;54$&$#&)./010687948323+&%23+114&,<9:>46<<8.*6=6-0><@76)0/&+++-5444A;>>9:;7666;?<=;=;?;532>8@BDCA3-4BE:FGIDA80(/>>@<:6599==>@A8<514661)++,(-&*2>>B?96'//-/()%('(%$(4377@JJG=@A<=87<<=?<@>6,+53-5<<>10078<:<://;<533/77:>==:><57CD2$4<)/?>CB6B=?<C>8?<3=???>CC>7B1,@@EB;-**5-55847>?ED5977;;?A<:A:6:?;<<;;803:57;==>=>7;?<@:<8:<8?<>@CGC?9998(1792-19<65BA:@9>;?=@8@BDHKCGBBKQNID=8AC>689=?*&(<:369891*98;<776(63%%%-++1;599A$=BB<7487'$')-.-(.025<;;>?;;:21+'***))*((359>C@<=3>:>:45:8<=:7?533&73<>:8/-0.9::;:7?97611+0411/,((&%$+#$*,*+C990C>6?G?;30,:<$(<48'9B>CFEAAE?++CBCC<<>-;04/+(&.8701108:=<=410//1367;>>248:D@D?<9;6>)896&)))2*-4=BCBG?<9B?AA?=895E:9;=367$6:><=76-$/658<6A?B79=<@1-5997<;@25338-%2766575<;;6:>541(%'*66,$$%%%//-,066451,+567&%%&2,4=8:::;?A@F=3AA;::3&&,@>MHFFH48*098=;>4<>8;>95866(20087548=?;2--/)%2222387;:9DD;??BD@@@=57:20%'%&$)%()(79>CCABC?=823/--0-)&$'&)%&%(&&&$&"%((*-*(**-23=6:B=>.=<=:<;=:77)=,=;?8:9=/:?@EHC@:@EE?==;>A<3&;7?7:97/11/7=84811'%&'.5543122/.(,**++70658,4+1362**23.15:9:7/033//1-24((&%%)'*$%%2511%()$%&$#&%../11:<=<710-0(..1>=>><9=?>8AAB=?>533/&%&%+,--12+..054.+,++',766BCAC2365&(029?<4%%$1))668987''',&$$&(',+#%$($#,&%,/7<=99;=:8&(%*'&'%&007=?@@4<5/-4--0+6?$',,,)../0%'/.011/2712,:2=>;9,,.-06;4>;<=AA?D@BD@=>;703.08554060$$675888:(%$13357.*+('')001269=:1=?<;<:@=:<;)&#$()%(99@==?:>CBC0,,1--6>><=>A>5-,,$%%&)$$%'1/9<>@C:;1711/-38;@A<3<>@@B?BCED=79:5>=B87-..---169:DD?>>?ACA=<;>>:9:;8:>>;@918>@9::?@@=>57>9?A?@>4<9862/686;7;<;;8@:6C=>=EBC??F;BHHA:36>5BG<*831447;:7--48788:66(.+29:=?@'$:;?EA?D>5=>A>3:A?=;?BABB?;,,+/&&(777;89@C>AAAEDD?>=>GIA>828=?DCCAC?GECEBGB>==9>>?>6@@>ABCC8;<;<=?<:?@DAA72::1:2654(#&$2/3979=AB===45868--.++)(''$+-0.185()(/77:89665;<28;<8%332:;;*420/6488<==I>7?<;=589877=:===57:;(%$'%*$69<9;814-/1.--.-1(**)&..-(-.5%'5(3.0.(+/,++,$$%&$%'*..38''&&&)766889:2+.++)-//44665926855:31.0+))*)(0;<@98;7=>@@9:==145-(,)&(/145<5589962?>1.39?=;<;;9-9301*'*458<=;4/)''&'-%')--:;;77+*-)00;;56+***(%.,-.1.)*89=@=+*699;=@%+AC?>KK?54.0.*'*&$%#(46(+-,)79>:>>EC86')+6=9;,86.%&30')4:99.,,,-..1((+5565846'&%(')068;-@B?2A><24*(,+213.'/79::=<;@6:;8=:;03><,0'*-,+-'--/04655**.9:;:49:?BDA?AF8>972+688899)--)44555596<+-1;>::;=76866:987;788888848789<:2/,++24349:8788<>>:=>>=C6;=;@ADBA=><42/%$,,)*)-.4399;=;;>;AA@B?A@BKF?==<>29:8)81/6013:9=A=BADC@?>><$%702-9::5=BCA@95$0/117::%'97?>=7B@C>0>>=?=<9=?=@B;:4-9,/53799999261-;:5>4EFA>=?A:88.02./.+&%%(+,%)=3<>@>ACEC124FCA;8(%9>97=<*&&.685(48><;?>+)+=>EB2502;=<=?'#%%%(&(//23<><=<:<55774)'((%)+*$%59845526@7520),7=D?<;:;>@@@==:>=::?AB?5CC??@AC=@6248;ILDC;<.78778-**2+-<;==AA<=7;B@4:>BCB@(,73?@=?:6,211/.&+021445572%*.+3::>=,3?A776;<>--?>:'?@EECB<>=.047<==;;:9:6...*)<>?ACBCEDCBB@6>GB<7668:>>=:79:99?@=AAE>EB6/0==:4175:>AA=A<589;=B3&&.0)//05664<76?=>>@B?=@C?=,)47:7=92$$'0*.3::9,/,/<849:;BGBED999>=>:1:''+9;>>>BGCDE0**)&'*+*'%%#%(''*.)(+*)%'+)0:C@?>8ED=.77BC58EDKE:@?>976<=4777582+'&&$$%%$)$()4**1%../<9AFAAA?@@;)18;52423889)&)*)(#$'+17>=<=AFECBCFG@B9A@:@B?:8=BCEFDEC2<><@DAB;:;=A?3<@AA::.,FB67?;;;=;22)%).)&'5:><),;/29?;3,0546;9:<5956@><<9:7162334,+,.578=BGBA?.,;946(()+++$31;@:@>BB:;A;BGHB?A;?HHB8=?;>=@DBB@A//.1=9875/+,,.%,,,,+8*'%5-A@>?:3776+997437/)&1-,++$,,*-(''&8>AB>;5%$%3690,*3:CD;,9:/>+B8?:;F?HCD1:,=669))2.21+)20%*.*2349)4281$*)',+*)+//2011*)-')'%$&%0436;;@?;>@ILGEJFC(7>>:+..@>CGG;DA<;;,))*69:<=BAA><<=:/5-')*0,2>;CBBCAEACC;=H@A6A:9BC<614977A6'-9<3'6:84-8>=124=;:<=?D6GIMAB+;9957403-/113%-9;=?@C;;ABGA9??C>=<===A<8?9CB@BC13>AB.BBFADE=>>:;+0/%'2'%$567>@>6<:;==>>==<<96'&''#$*57@>567A=ED=@D<6:4;C@''1124'%*<7>:?9'4.3488;8142-9<<=@B>6;(0/.3633:;136..:?EFKF?:DHD:<@DDEA>B44./2==;:;:1,,+))'''%*>B??BB==5>7-''01572033/32>BB2D6:99<<>:9;67::97885@>)-=:;=?.81129=97<@DF@E9B:9<;=<<>@>5/*>C;>>D@C?BA@<860/0/4?@=;;8(*)'&(,565446/2123135(846:987@A;:;269?9@=?GAA?<<(*;;;<=:<>=;:;?1,,/7=8:8(../33586/,/-05::<>>>58<<9=@:D?=9<>;:AA=:;:8>&98>925:4*=@8?CBB?;:-162')=:5+<://113$$3974797;C?AD;7<==><:*33799:6,'*,2,49;77//22,'4:;444484=;84.;6<;<;+37BB=GJF62.5=22++,$-..8;<874*-3323.-,+)/0036<8*66785).43232:<>*0><:1<;<>@EADCEE<=;=<5%,.5<>0(?<<;;;C=CDBBA>8>778@@<794GA7;89:74368@5$$('-066@@@>9=@>>98:8;<44)'%&%31;7=41+4A>6=@A=>:,-86/(%'$$*$%)*((,333;=;==38.15799?<>4/%)&())&/0677853(&31//24338;AB@BA;@@@?@:1&'--(').(046/0028;A?;=>.C>@>;;<<>=<><;;AADJBFDF?=8:+55:%67+)'*+('&14/;1<.>???=BEH:8:4.7<;89CC:;ECFE9<&&8E8CGIMOLIP<DD@DF1<(:@DADF?34;;-$%.'('+0=<:4;352/6@BBDOMJ?DMGGACB:A:15**(/-26;8<=IE@???:A>=7&AB>::/8219JB>>><===>>2*)%&&%&189:;@>=;;8>;0><<+8)*&('%/9==4EA:??73=AC@BEBC@@<-/07:CFDE:>9=C>55?9(%62<=3=D>=656278125.&%'$$'))''$$%**3)(568B@&?AA?>?AC2AA9=?ABCDE?51201379<=BB=@?64@?7349A?>9:F@D@//(=FFFD<75>830&&$%&$/%'&(&&$%$1<=54+7D>;>>@99?2-;=II=/0/;@DAB?HHIJA66327;85-?==+;;;;;;=>9-<>=>;=??(A(DC>FGG;.)42>?EGFKA<8':40*.2363:579;/,3;A@AFCDG>>5CCKGHBG?FCJGDH>B><@@?)-::53+%&;BB;>@>7AC?=@@>:/,.2'6:79;;=4,,,01=78359;==7:989,,=;C;;FGIC@7445,.5313233596:.,,0<==B@::75%2.?:=<51%=CB>4BAH>EB<@8:<>38*9;:89?<:BE;?@@=EC<8>@=..6;;8@-:7HGCC?9:778;8DDE?@A319:<;9>=HI988/?A>=;845'$,<88<41)*A3((&/7:?=7:<....-$',2777;>@B=1,*8:D?DDFE89.?5<>@?AD=9D??J@74537::89>E=DOBB>?@@33&%%&$%$((':><2%/;;;;@E@B>:9:34182,/;8?ABB@A75:93#%#&011$$;89;7A=EC>=22?==66785)2178-*0;63;=<@D;<:111)&-499;>?>:<=@:89'&$(%/22),97<@;:,4*;9><,0))*%''.//5259>;1.30/+*)*%&'(+0<29:>@>7:8456.29;<9<5514=IA99:7)*9327<<@9;:;12,%%978;=<<;6=;94819=?IHA5;=<88=<>@===>G<@??+(,.8>8<5/+(&&16A?/%%%%%%%#'#$$$0,3;8428;=77:3'.-156033312++11001%&')55+4857897562111)-6;=DEBACFFG;DE;@?8(9968?=5=DDDF=:22(((*,.--7;:7:;=A:=;<45+/2&$&(%$$%&%(%%/:728;A@./00(@@=B;.F@BCCB?@ADC8$**696458177:7+,0,/87:+++,36:89:9>*9<8<=.1-()+.5<989;@3/35AD<;<<787598898;+..593+49A=AAE@CC>:C@ADA@64>68,112&'/:@A@89;4,%&**+1574::9>A;@E:CAC?8FED@<2%$'&7?8D23%%74:;<>9@FD<64)+,.-01/0#$*+*-4?C?EIHA6689461-AF@=A=5(+((''3<F85744*5>>>1#55%')4&.132==@CCIII><=<=>0.-,.<=>=?CJED@<73590/02340+'&('&&%*+&0195;<>>:877-2123356BHMIB@AEDE<=?A?D=5=;978>12123,)24*2376;:;=B=<;6768<>A@931<9<>@?@@78>A=,)/DFA=><>?=>:54%#/046:8224%%5:8299979&&($(*(''()$%)(3'%%&(%$&$$$76<>;>>AEA<<@@=;:0&(/&%#'1117EEBAA;9=:5840),+.'((*)''(--&--+).*1875&5%)%*1,,,((&$'')'%#%)&(%2)+6-3:==;=8<;6;<81-+-&0447(15.''(((23135ABBD<2B@5++*)$232222?=DD>25A?,3EF::>:8B>>?A?77;)%&%$(-1;@9;;:;77:>6377BACB@;>=9:;795)%%'#24<<:<@33.7;58;;=98$$%*9<9:@?BDA>C@CB1A<<>>A>=;867>JADJ?FDHBCGFC>>A<3544758;@?3974.,(-222952./3322++&69631+(7:8719;44*4<88665645FI41BEI>=78:;=335)9+<8:9+,18@?<62389;3576%'%$0;.&$'-0%89ABCC>7<:<81.@CD;90,&*(/5$)%($3379779;>87-7><858<851/--*%%',&,43%&)&&$$&$%#&-356596346=<22$'(.*347::9<<9:'53B@@>>335B6=9:<47;;?;7A=*=81%%&)))))798@EEB@HJ=68)11.446?@DGIA:=BE>@HHDA?=;-;4668.')9:8<<&)0/,,-+*&$&-'157.?ABC::8+(*'(),-)0&(',466:8====8:<,),,+0)('(3@9-+)'0)(=>@;38,)*+-37BB6?EG>BDFCGF+7;<@F;>>B>G?=CAB=A.&'%).-0&&*)))*))*9=8+:.-,--/2667(,0;:7511-+0+$#+223@7:AI@DB8856>><5'$0;9:C+++,,.CA>?C3-;=><6)19;BDB@@9:;=57:9;91&0+-+(#+0+/'&)%%$&&+)$*$&498<>41//<==;EHA<87356779A>@DHJFFAB4<96356;;9:;:)-.0(2::)$B=4:94>9;@@9)>A;AEEBI=<9><:<>E118=@>=C>CFIG;@CA>F??AB>9<:799;=<<9359(%849771:;@04268B49<@BDEDBGHCCCC9;=<=>?CC>JKLF>?6=?0GMLII==A@@B?5.-;=CCAAEA@AFB:93IGB@H@FKKMM:CBCC>F7=>C=A89<8CCCFA9EE7B899<<.$-=@7>=A@@A1777;:=BB=?<99$$%%.:<<7,/=15-:%'$$)345*5:;=??@<=?E:4?<;<1632+7;FD96%%;,-13;<>AAFCCB<:79=@ABHD?<;75-)-5++-12<9311.&8>>>?BFG;?AB5E9GLD>C?ACD;<@@?B=?>5760--/88:6=78B?@CD@@>@>>:BAFKKI@73;@CFGHJFBCDDBEDEED<=9'<5379741<99<<<='&%*..60('($%-/788855786%%%(6'5%$8;FGD213:<@A<79?77:=>>>=>F>I:49:9/49=@@@2226?8980CJA:CAHKIACD<<FHGCD?333.//245>@?<.444?@?58744-$%243)223768C567C7@;AA<4>824537<=064,8>74(+789B=523)++&549;<@CDLD=7794;:-;ACFDB??=:;?@37:CEDCD>AF:<<783&9:97:?9;<4&$($-,31483342)+/.6(*)0.655:-+&$&-/(-579=>AA?;<9:1&)441578=<<59AAFC9-,.3709CB==G9D@AAF@:?=>BG8%;6B?K@:9<<=?>;=10>D@;;1*',.44+%&125/&%%%../.675>'.,---55652,.$&$$--->C0,7790FD12-/4;>;@?@&%746)8:BG1(&9??@AAA?;9::<66:7:/-'%(',35/6/.8?;:@A:B>=8<:?BDC8:DDC<8545=3492)+?CAJRJLHEE:BE432',(;('%$&*-'98:2'68=;>D;4&69;459@54><2032/$$*('+---?@ADDDJF?EB?=>@=:BDBD<8*'&&&$3$-*0447==>AAE@BDEH=;9:@KBHBAEJCDFLFF5:9?9;99:4;7:=4-*)2,*485%(/''&%20.--.,)&*022,0;;935;)7478G?@599<@=;=;>?>AEC?75856(('%-0374.2=B=?>4,-329>9688@A8,<<8:AAD==;:88<9/)(787)95++&+29?;@FHFGBIFHMECNIPNJJBEF1672/*&,,-788<<3<:><40((%"%&&%%,+.3',*,+$3348/$'(2.)&/&'64(3+'.4'?<11AE>=;><@EFMFB@D<=786561/:GHGHFB3EGFJDBENPEE7?AIG@?ABGH<57>I@;GC@@<<==A>57<@=??>989;;:'+(*,;?B?:8<;#$&-,,.-4--==IIJJKHFC:@@BA??=/064++599-))+.(($',011128981/47GHB8@@:;BA=1(9502+-$(1<98==697:97,(&)(25)67==42>@<=9;;;0012=;.<>G@EKOB@9%&(14810533AA?4=%%*;<*EEDB9<<:==>:?6@6%1/122,#+%++)).))/<=6?;<<:493$$)+=;5602?9768)''*+>69>>=73006<;;*54843%)(%')+%,0.80%&042?;=D9339?=?E@@IC?FMIA?D@DBEC=47@A('3-#%'8780:=EEEFA931FDE@FFDF?B?B>ADA8B?BC?AC>;??=;;<40.;@<=35;87922<<9.,:;=?IE?:BBB;?4,/5=>F3CBAB4=CDA:*9)-6>:>?FCDDD1FB7@9:;C8*AC@8/))0BBA?>CC@98<;>DEB?@B@;8?9755<>5A:970'04:B=0&47>CGGBGD9ACECE@?98=>?FHMLHJDBAA79AAD==9=?B>?A>==<>>=:11;6:C8@?:AA>C>+-;,A;?<88<199?A:1=-@>@@BACDGG@656437-%%%&(7>;7666*--26@@?D?376<>>6996/.->64>?=AB@C=BAG=@?B?FGH?>?ADCB?@CC=BDBEMGI5500/10;,)58:?GA;AGIFCDNNJCEAB<;?;9>1436==56+%%'&4@7:;;A;:>@CDB*-5%%,3*++%*8;=70.1>??@ABFJMIH?AAIHF7<@ACFBE?=FHFC>44/:30''('+/3:;=+19<:>B<=;>'779523=?25+)**('79AD=CDJ>:BA;73,;=?=BC6;HJELIJFGFDEG:8/84;64'$444><;7;;:G98:4=:;52E@DFE@7DD<89997:DACNMHD9ACEKLCGE;ED?EE?=@B=DFECE<<@=?>BDFCGC>=FEBDAD8695ACBEFE@BCB?;;:64$$$46>::3>D@::;@HIF??(454::90:C>5)5-)68=>7,34,8:=;>;A?9>6A8*)788941&'')$)979:8AFEDD;8@AEAFHHC>B38((.%%$%(./-&'---5>=;6.<>??@FJF99<@A=1.-17>A?>=?HAACE;<63<=HHDMDEACC9EGBAHG@59?AC>BA>7/5358;3348247:934@:?=?@@@IGC2/,,()('9ABBA:9=D@5=4406:<<<:CDF@6>FCEJAIKJ?A8BFILLE=>@D?87877;=))),/:=>>>DADLB7;788+)&(2667=;>6?;BKI@;@C?7/;93*(&&&3)-.25475:7>0++;;CC?=@AC5610.??;HEFMA;?BCA@8=?A07,',*0;26;GID?>DA<:?>>):<===:<;93.08>IA>A?:74+/6//**)4255468*?B8:9=>:76793;89:-24699=@=<;73306:=?D<@>99AD?1.97>36>?.+/(.<@B,GG?KIF@ADED54/'3/2>IE@AFFE?=B?>@A,/9?@8EA8<866))*/;<85?6::E>96:=?ABBC?BA;ACG@B:=@IB:AC@>;C@($&&+<=@;;<;<8BBA>@=JKPMEFK@=6&&)$%38?AADC@7.3,-E<;=-,/9>;520017=>,980.1268:(&(ACE:@CCB>>>;@:96CBA/,8;;<=HA:>>//55>4(17D@B?86486788:;@B?>:>BEFBCA<:6559>DBBFE@AD?@*$*;CEK?><.&%&$)*(-**'$-./0902.)%&)/<=@C<>@@@@@>7@::1&057;/:;,99<@=;A<C969=:7<0158?82&0417><>DD:3116=9::>@DC??8=?GE=>DCDJA37:<58<3/:86<:;:82?:@@>45*),:=>7'0224AA;:AII='C=GC44=HLFCBA>+ABDDBBE><;@@BHCAC>CAHCGMJGF<:$%'*281%%+*/=>?9;@<;A>?<<=<653588/'&'7;>@<:=AA(%<=>=BA145?8;9>?>=AC22'.,3.)@=.)01-0--%&*89:<70/-%&% @SRR14011045.46568 1b71b8c8-4591-44a4-8e2f-96529abc9530/1 GAGAGTTTGATCCTGTCCAGGACGAACGCTGGCGGCGTGCCCTAATACATGCAAGTCGAGCGAAGTTTTCTGGTGCTTGCACTGAAAAACTTAGCGGCGAACAGGTGAGTAACACGTAAAGAACCTGCCTCATAGACTGGGACAATATTGGAAACGATAGCTAATACCGGATAACAGTATTTCTCGCATGGGAGATGGCCCAAAGTTAGTATGCTAACACTATGGGAATGGCTTTGCGGTGCATTAGCTAGTTGGTGGGGGTAAAGGCCACCAAGGCGACGATGCATAGCCGACCTGAGAGGGTGATCGGCCACGCTGGGACCAGACTCCTACGGGAGGCAGCAGTGAGGGAATCTTCCGCAATGGGCGAAAACCTGACAGGAGCAACGCCGCGTGAGTGAAGGATTTCGGTTGTAGCTCGGTGACAGGAAGAATGGATATGTAGTAACTATACATGTACACGAGACGAAGGTACTAACAGAAAGCCACGGCCAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTGGCAAGCGTTGTCAGGTGTGGGCGTAAAGCGCGCAGGTGGTTTAATAAGTCTGATGTGAAAGCCCACGGCTCTCAGCCGTGGAAGTCGTGGAAACGGTAAACTTGAGTGCAGGAGAGAAAAGTGGAATTCCTAGTGTGGCAGTGAAATGCGTAGAGATTAGGAAGGACACCAGTGGCGAAGGCGGCTTTTTTGGCCTGTAACTGACACTGAGGCGCGAAAGCGTGGAGCAAACAGGATTGAATGCCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAAGTGTTGGTCTCATAGAGATCCAGTGCTGCAGCTAACGCATTAAGCACTCCGCCTGAGAGTACGACCGCAAGGTTGAAACTCAAAGAAATTGACAGGGACCCGCACAAGCGGTGAACCATGTGGTTTAATTCAAAACAACGCGAAAGAACCTGAAATCTTGACATACTGTGAGGACACAGGGGTGTGTTGTTCGACCTTTGGTTAGACACAGATACAGGTGGTGCATGGTTATCGTCAGCTCGTGTCGTGAGATGTTAGATTTAAGTCCACGCAACGAGCGCAACCCTTATATCTAGTTGCCAGCAGTAAGATGGGGACTCTAGATAGACTGCCAGTGATAAACTGGAGGAAGGTGGGGATGACGTCAAATCATCGCACACCCACCCTTGAAACGAATACACACGTGCTACAATGGATAGGAACAAAGAGAAGCGAGCTCGCGAGAGTCAGCCAACCTCATAAAACTATTCTCAGTTCGGATTGTAGTCTGCAACTCGACTACATGAAGCTGGAATCGCTTAATAATCGCGAATCAAAATGTATGTGGTGAATACATTCCCAGGTCTTGTACACACCGCCCGTCACACCACGAAGGTTTGTAACACCCGAAGACGGTGGCCTAACCTAAGGAGGGAGCCGGTCGGTGGGACAGATGATTGGGGCGTCGTAACAAGGTAGCCGTATCGGAAGGTGCCGGCTGAATGCCTCCTTTCTAAGGATAAGGAGATACATTGATAATTCGTTTAGTTTTGAGTGTTCAAAACATTCAAAAAAGAATAAAATTTAATAGGGCCTATAGCTCAGCTGGTTAGAGCGCACGCCTGATAAGCGTAGGTCGATGGTTCAGAATCATTAGGCCACCATTTATTCTTTTAAAAATAAAATATTACTATGGGGCCTTAGCTCAGCTGGGAGAGCGCCTTTTTGCACGCGGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCACCATTTTTTGAACAATGAAAACTGAATATATATATTAGATCCAAAGAATAGGCCCTATAAGTAAAGAAACAATTTTACAAAACCGAGAAAAAAGTAAGTAAGTTGTAAACTTATTCACAAGAAGAGTTCAAGGAAGAAGAACAAGCGTAAAAACTACACACGATTAAGTAGTAAGAACACGGAGGATGCCTTGGCACTAGAGAGCCGAAGGACGTGACAAACGACGAAATGCTACGAGGGAGCTGTAAGTAAGCAAAGATCCGTAGATATCCGAATGGGGGGAACCCACCGCTTTTAAAGGGCGGTACGCGAAAGCGAGGCGCGCAGGGGGCAAACATCTAAGTACCTGCAGGAAGAGAAAGAAAATCGATTTCCTAAGTAGCGGCGAGCGAAGAAGCCAAACCAATGTGCATGCATATTGGGGTTGGGAACTCTCAACAGAAAGCGTGTGACCAAAGTGGTAGACAATTTGAAAGAATAGACGTGAAGGTAAAAAGTCCTGTATACGAAATGCTAAGTTGGCGTGAAACACTCTGAGTACGGCGGAACTGAGGAATTCCGTCGGAATCTACCAGGACCATCTGGTAAGGCCTACTGCAAATACTACCTAGTGACCGATAGTGAACCAGTACCGTGAAGAATTGAAAGGAACCCCGGGAGGAGTGAAAGAGAACCTGAAACCGTGTGCTTACAAGTAGTCAGAGCCCACTTTGCGAGAGTGATGGCGTACCTTTGTAGAATGAACCGGCGAGTTACTTTATCATGAAAGGTTAA + .-%)$*0.--..10/).0623668=9?>:=:8::;;8989:86:<9@A@BA6400(($$&9:?@?<9==<8B8BA,)<<=?BA@7><;=BCFD>98-:<>A=9/3**$$$$$9:7177&'213238;=<=8;++31%$&1/02122'--1<=;8=3&&&0269;027798666:0---/1234*--1444/--25?@@@<==??;6310+)/1200000+*,+&&$)*,+$$$###$(((,)--)('*-1456-+7))))6=>BD@JFA?4=81:<5$7:/,,,&*)-(:B;<9??==;40%2622+$/-/424)+&.%%*(*+(%$%%#%%/53*577742--&%'$%&%15660339.3,((''100687/,)(+3185864/.8)986/%1)*(%&'.10/5820,)0.5+887858<<>63467<<65667.+,'2342<:@>93.%115=;8297<9:5645678:@@:?:C;=<9=79<7,@>7/4((020,.-,560<347-5<88:=643))#%'(,/)45759<32277800-3:5,19;<@@@;559/67,'&((')1,1-+2279=@?A>?==.9473311)(0,,57855/735<<23,+,///0346:788;5768792:<42/-,'%/3<<98@=>::03&3,*(1''77,,932<:?@&9<:675>>??==;10-/.03;:>?BB>AD@B9C?441%-%%%%12136?;588798<;:-++/+.)*)')+1627:71,+3,71/-,3623+*,'2;7<@<;>BAA>0/159200'%1602/).&/06024=/1%%$'&(((&'$&.0/2104+%&3%21432/*68..45:))(++,0024888=?678/&,'&'()$$'(&+'&&%%*-'+1')#$&)/.-/37-1-*((%%&%%%$&,41'#$#$%'(&-#%'//0114553578<5=>5067,+'$%$)**+(-64-$$+2544435:51310-11329:7.36:?BA;=?<*(,<=>?EGCCDA?:6:474*(244.3-++1$$'($$#$%**$##'+)&&%#$%*069>A5@?=8.<>@ADBEA>=6?E@NJA;00GB>86=2==:684'$-196644314A?@<=BFEBA??8:C<8677=@<<=;?>89:56BC4CABED;?<8%&&''%%%&&),09<::1$&+)*&*-)$$+&*+$$%$"$.567.,:<=579;@AA>@?@=8;:-%-%%$%%$*($'&%$&.5436445=?=C@5,5&4280&&9;>==>>@??FIC28=BB;439=?9-+(+<98;<@><&.<=::>DCD?8865679@8:?@?EEH?:B>AAB;9;E@?776::8>:58-(212398;;83(*8DD>CCEED@:;<::9%3,.---658;:71$'*'&.%&#%&&&'+5;704454(-.$'AD@E>6>?DECA<;88%:EAF?'0=A@<@??=:;67:<9@>1..+(*)'./1*78=03;6;5231--++)*./11%$34598;>79:67<8:=AGGG?C?B<<<5578,*-+&*.)*,&+++,0$00121136;9453/.(0;59@@;>96>::4732+/&%20*.++*&'))+(+.13<<<:<=@@?;1.;=C3-//;4*&-100'/7:<=;(88:777758=/.,.&%%#'&''*(+356222/0--%&%'&$&/,-.)&)183+,,.5424:4-')'%)*%%%$#$')*(,%()%*$&%%%*&'-'/1,)1(&**%&''(#*%(('().32&%)6223074+)/+5;981-470:;=<967.,*'&&##$$#$$2335<;=<::21$%'%,1'086777;0=>;:52236988=;B;;<:>:;5958297;75,$&6668<<,445432)0012&4%&%%$&*&$'''&#%((&(-3''..+/%&&)**,2156:9=>44>>9(*1()/89++++(#$$#(%&&$&*20,' @SRR14011045.50512 c8cbde0a-e1f3-436c-a1bb-75d5fa42636b/1 CATTGTACTTCGTTCAGTTACATTGCTGAAGCAGGTTCAACTATTAAGCCCTTAGTTGTCTATACCCCAGCAGTCGAAGCTGGTTGTATAAATAAAGTTGGACAATCATACTATGGAGTATGGTGATTACAAGGTAGATAACTACGCAGAATTAAAACATCTCCAGAAGTTCAATGTATCAAGCTTTAGCTGAATCCTAAACCTTCCTGCGAGTAGCCACGGTTAGAGGAACTTGTTATGTGTTCAAAGACTTTGAATCAGGCGGGCTTAACCCAACCAAGAAGTAAAGATCGTGTTGGGTGTTGTTGCACTGGGCGGTGGTGGAAGCAGTCTCATCAAATCAACTTCATATGCAAATATTTGACAAGGTTTTCGTTGAGAAGCACATTTCATTACACACGTATTGAAAATGCAAGTGATAAATCATTTCTTATATAAGAATTCTCAAAAAACAGTGATAAGGAAAATAAATCCGTAGCGGATAAAATGACTAGCATGATGCTAGGATAATTTCTCTATGAATTTGCAGGGATAAGTTCATCACCAGATGGTTATGTTATGGCCGGGAAAGCAAGGTACAACAGAAGCGACCTTCAACCCGAATGTATACAGTGACAAGTGGGTTATCGACTACATCGCCGAATAAGTCATTAGTCACTGAAAAGCTACTGGTTTTCCCGACAACCGATGAAAATCATTATCTATTGAGTTCAATATCATTGTCATATCTTGCTAAGATATTAAGAACTCTGAATATTCCCTTATACCTTAAGGAAGTACATTTACAGTTAAATGCCTATAAAATAAATGGGATTGCTCCTGAAAATGTTCCGAATCAGTCAGCTAACAATGGTGGAGGGCGATTCAAATGACCATATTGGCATTCAAGGTCGAGGAGCTAGACAACATGATTCAACCAGAAAAAAAGCTATTTCAGATGCAAAAATTAAGAAAAGGCAAAATATAGATCGAAATCAATTGTAGATTTATTCCAATAATTTTTTTAAAAGACATATAGAGAATAACTCTTGTCTCTTTTTATATCTAAAAAGTCTAAAGATATCCCAACGAAATATCAAACATTCAAAAAAAATGGAAATCAGGCAAGATAAATAATATAAATAAATGTGTAATTCGTCTCTACTAACTGCTATACTAATGGCAGAAAGAACGACTATGTTAGATATGATTCTACGAAGTAAAAGCTATTGTACATAAGTGTAGAAAGAATACTACCTTCATTTATGGGAAAAGAAGATTAGGTCAAGGAATGATTTGCCTACATGAATTATTAAGAAATCACCCTGATTTTAAAAATAAAAATAAAGGAATTTTATACCTACTTCCAGAAACAAAGTTTCGTCGATTTTGGATGCAGTTAGGAAACAAAGTTACAAAGATGGATCGACAAGCTTATGAAGAAGTGAGCGAGATTAGCCATCGATTAGACGAAGGGGGGCTGTTGATAGATGAGTCTTACGCATTACAAAAGTGCTTAAGTATCGACAGGATTCAAGGAAAAGAAAAAGTGATTATTTGAACGATTGTTAGCTGATGAGCGATTCAAAGGAAGAAAAGCAATCAAAAAGAACTAAAGCTTGAGATTTTTCTCCAAGCGATAAAAAAATAATATCAATGACAGAAAAAGTAGGTATAATAGAAAGGATTAAAAAAGCTCAGGTCCGTTGGTCAAGGGGTTAAGACACCGCCTTTTCTGACGTTAACACGAGTTCGAATCCCATTTCGGACTATCAGGTGTATCGCGGTTGATGGAAATAGAAGATTAAAGATTAAAAAAACCTGTTGACAAGAAGCATTGAAAGCTGTGATATACTAATATAGTTGTCGCTCACGAGAGAAGTGAAGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCACTATAACTTAAGGTTATAGTACTGAACAATGAAAAAAACAATAAATCTGTCAGTGACAGAAATGAGTGAGAACTCAAACTTTTAATGAGAGTTTGATCCTGGCTCAAGACGAACGCTAGCTGACGTGCCTAATACATGCAAATTCTGAACGCTGAAGGAGGAGCTTGCTCTTCTGGATGAAGTTGCGAACGGGTCAGCTTGCACGTAGGTAACCTCTTGGTAGTACGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAGTAAAATTATCGCATGATATTTCGCGAAGGTGCAATTGCACCACTACCAGATGGACCTGCGTTATTGCTAGTTGGTGAGGTAACGGCTCACCAAGACAACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACGAGACGGCCCAGACTCCTACGGGAGAGCGACAGTAGGAATCTTCGGCAATGGACGGAAGTCTGACCGAACAGCCGCGTGAGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAAGAACGAGTGTGAGTGGAAAAGTGCACTGTGACGGTATCTTACCAGAAAGGGCGTGCTTTACGTGCCCATGGTGCAGGCAATACGCAGGTCGAGCGTTGTCGGATTTATTGGGCGTAAAGCGAGCGCAGTACAGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCTGACGCGCTTTGGAAACTGTTGCTTGAGTGCAAGAGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATGGAGGAACACCGGTGGCAGCGGCTCTCTGGCTCGCTGACGCTGAGGCTCGAAAGCGTGGGAGCAAACAGGATTAGATACCTGGTAGTCCACGCCCAAATGGCGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCATGCCTGAGGAATACAACCGCAAAGGTTGAAACTCGAAATTGACGGGGGCCCGCCTAGGCGATTGGAGCATATGGTTTAATTCGAAGCAACGCGAGAGATACTCAGGTCTTGACATCCCTCGACCGCTCTAGAGATAGAGCTTTCCTTCAGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCATTGAATGTTGGGTTAGTCGCAACGAGCGCAACGCCTATTGTTAGTTGCCATCATTTAGTTGGGCACTCTAGCCCGAGACCTGCGATAACTCGTAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCGTACTTATGATATGGGCTACACGTGCTACAATGAAGCAGTACAACGAGTCGCAAGTCGGTGACGACAAAGCTAATCTCTTAAAAAGCCAGTCAGTTCGGATTGTGTTTGCAACTCGCCATATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACATGCGGTGAATACCGGGCCTTGTACACACTTCGTATTGCGGGATTTGTAACACTGAAGTCGGTGAGGTAACCATTTGGAGCCAGCAACCACAGGTGGGATAGATGATTGGGGTGAAGTCAGCAACAAGGTAAGCCGTATCCGATGCTGACTGAATCACCTCATTTTTCTAAGGATAAGGAATGCGCACATTGGTCTTGTTTAGTCTTGAGAGGTCTTTGTGGGACGCCTAGCTCAACTGGAAGGCTTTCTTTACGCACGCAGGAGGTCAGCGGTTCGATCCCCGCTAGGCTCCATTGGTGAATCGCAAATGCAATGCACATTGAAAGTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAGAGTTTATGACTGAAAGGTCAAAAAAATAAAGGTTAAGTTAATAAGGGCGCATACGGTGGATCCTGCTACTAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCCGAATGGGGGAACCCAACAGGTACTACCTGTTACCCGCTATTGGGATTGGAAGAAGACATGATGAACTGCTGAAACATCTAAGTAAGTTTGCAGGAAGAGAAAGCAACGATTGCCTTAGTAGCGGCGAGCGAAACAGCAGGAGGGCAAACCGAAGAAGTTTACTCTTCGGTTAGAACTGCAATGTGGACTCAAAGACTATAGAATGACATGGGAAGGTCAGCCAAAGAGAGTGAGAGCCTCGTATTTAAAATAGTCTTTTGTACCTAGCAAATATAATGCGGCAGGAACACGTGAAATCTCGTCGGAATCTGGGAGGACCATCTCCCAATATGTACTCCGTGACCGATAGTGAACCAGTACCGTGAAGAAGTGAAAAGCACCCCGGGAGGAGTAATGTTTCAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCAATAGAATGAACCGGCGGTTACGATATGATGCGAGTTGAAGGAGCGAGCCGTAGGGAAACCGAGGTCTGAATAGGGCGCTTTAGTATTATGTCGTAGACCCGAAACCATGTGACCTACCCATAAACGGGTGAAGAGGTGCGGTAAGACGCACTGGAGGACCGAAATAAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAAACGAACTTGGGAGATGTGGTTCTCTCGAAATAGCTTTAGGGCTAGCGTCGACATCAAGATTCTTGGAGGTAAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAATGAATTATGGTCGGCAGTCAGACTGCGAAGTGCCGATACTGTCGTCGAAAGGGAAACAGCAGACCACCAGCTAAGGTCCCAAAATAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAACTAGGATGTTAGCTTAGAAATGACTATTCATTCAAGAGAGTGCGTAATAGCTCACTAGTCAGTGACCTACGCCGAAAAATAATGCCGGGGCTAAAACAATTTACCAGCTGTGATACCTTTATAGGTATGGTAGGAGAGCGGATTCTATGTGTATTGAGTGAAGGTGTACCGTGAACATAAGAAGTGAAATGCCGAGTATGAGTAGCAGCGTAGGTGAGAATCTGTCCACCGTAAGACTAAGGTTTTGGGGAAGGCTCTGGTCATGATTCGATCAGGACCTAAGGAGGAACCGAAAGGTGTATCCGATAGCCAACAGGTTGATATTCCTTAAATAATATGTAGTGATGGAGGGACGCAGTAGGCTAACTAAAGCAGACGATTGGAAGTGTCTGTCTAAGCAGTGGTGTAGTCGAGGTTAAATGCTTAATTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGACGTCACGCAGAAAAGCTTCTGGCGTTTTAAACGCTGCTCTACCGTACCGCAAACCGACACAGGTAGTCAGAGGCGAGTAGCCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCAGCAAAATGACCCCAATACTTTCGGGAGAAGGGGTGCTGACTTTACGTCGAAGCGCAGTGAAAATAGGCCCAAGCAATTTTATCAAACGCTCTCTGCTAAATCGTAAGATCGTGTATGAGGTGACATGGCGGTGCTGGAAGGTTAAGAGGAGTGCTAGCGTAAGCGAAGGTATGAATCAGAAGCCCAGTAAACGTGCGTCGACCTGTTCTCAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTTACTGCAGTTTGATATTGAGTGTCTGGCACCCACATGTACAGGATAGGTAGGAGTCTATGAGATCGGAGGCGCCAGTTTCGAAGAGGTCGATGTTGGATACCCTTGTGTTATGGCCACTCTAACCCGGATAGGTGATCCTATCGGGAGACAGTGTCTGACGGACGAGTTTGACTGGGCCGGTCGCCTCTAAAGGTAACGGAGGCGCCGGGATTCCCCGCCAGAATGGTTGGAAATCTAATTGCAGAGTGCTCAAGGGAAGCTTGACTGCAGAGAGCTACAACTCAGTAGAGCAGGGACGAAAGATCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAAGCACATAGGGGATAGCTGGAGGCTTATCTCCCCCAAGGGATTCATCGTGGTTTGGCACCTCGATGTCGACTCGTCGCATGCCAGGGCTGTAGTCGGTCCCAGGGGGCCCGAGGCTGTTCGCCCGGTAAAGGCGGCACGCGAGCTGGGTTCCAGAACGTCGTGAGACAGTTCGGTCCCTATCAATGTCGGGCGTAAGAGCTGAGAGGATCTGCTCAGGTACGGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTCTCGCCAAGGCATCGCTGGGTAGCTTTTGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTGAAACCCACCTCAAGATGAGATTTCCATGATTCTGCTATCAGTAAGAGCCCTGAGAATCAGGTAGAATAGGTTAAGAAGTGGAAGTGTGGCGACACATGTAGCGGACTAATACTAATAGCTCGGACTTATCCAAAGTAACTGAGAATACGAAAGCTTAAGGTTTTCTTGGAATTTGATAGATATTCAATTTTGAGTAGGTATTACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACTATACTTCACATCTGAACAGTTAAGCCTAGAACGCCGGAAGTAGTTGGGGGTTGCCCCCTGTGAGGCATATGGAAGTCCTTATCGGAGTTCAGCTCAGCTGGGAGAGCATCTGCCTTACAAGCAGAGGGTCAGCGGTTCGATCCCGTTAAACTGTTGCTGGTCCGTGTAACAGCGGTATCACGTCGCCCTGTCACGGCGAAGATGCAGGTTCGATTCCGTCGGGACCAGTAACGAAGTTATTTGACTCGTTAGCTCAGTTGGTAGAGCAATTGACTTTTAATCAATGGGTCACTGGTTCGAGGCCTGTACGGGTCATATTTGCGGGTTTGGCGGAATTGGCGGGCGCACCAGATTTAGGATCTGGCGCTTAACGGCGTGGGGGTTGCAAGTCCCTTAACCCGCATAATAATCATTATTGTATGGTTGGTAAGAGCATCTGATTTGTAATCAGAAGGTCGCGATGTTCAAGTCATGTGACCGGCATTTTGGCCAAAACCAGAGTCGATGCGAACGTAGTTCGGTGGTAGAACACCACCTTGCCAAGGTGGGGTCGCGGAGTTCGAATCCCGTCGTTCGCTTATAGAGGCCGGGGTGGCGGAACTGGCAGACGCACAGGACTTAAAATCCTGCCTGAATGGTAACGATCGTACCGGTTCAGTCCACGATCTCATTTCATTCTCGAAAGCGCTGACAACAACTGGATAGAGTACCTGACTACGAATCAGGCGGTTAGGAGTTCGACTCCTCTAGGGTGCATTAACCTAACTCGGGAAGTAGCTCAGCTTGGTAGAGTACTTTGGTTTGGGACCAAGGTGTCGCAGGTTCAAAGAACCCTGTCTTCCCGATTGTCAATACCGTGATAGAGCAATTGCCTTTTTTTTATTTTATATTTGATTTTGATTATGATTATTACTATCTGAAATTTCACATTGCATTTTCTTAAATGTTTTGTTACCTTTTTATGTCAAAACTAACTTCATCTGTAAAATTATCTTATCGATAGTTCTTTTTTAAGTGATATCCTAGACATATGAAAGAATCAAAATTGATGGTATAGTTGTTCCTTTAAGTGGTCATTTGTACCAACAATGAATTTATTAATACCCTTAATAACCCTCGATATGATATTCGCTTATTCACTGGTCCTCAAGAAAAGCCGTTGCTGAGTCTGTATGATTTTCATGTAGTTCCAATACTAGAAAATCACATTGGGGATTTTGAGCGAACGCTAATAATGATCAGCAATTAGGGATATTGTCAACTTATCAACAACTTTCTTCTAGTATTGATTTAATTAATCTAGTTTCAGATCAATTATTGGAAGAGTGGCAAAGTCGCCCTGATATCGTCAACTGCTGATTTTATAACCTTATCCGTTTAGCGCTATCAACGAATTCCTTGGATAGCCACCATGGCTACAATTTGTTTAGAGACTACTGGCGGCCCGCCCTGTCTAATTGGTGGAATGGGAAGTCAGAATGGCTGGCAAGTTTCAGTACAATTTTAGGAAAAACAGCAACTCGTTTAGTAAAACGAATTGTATCTTTTCTGCTTCGTGATCACAGCTTAAAAAGATATCATTTTAAATTGTATAATCAACTCGGTCATGAGACCATTTATTCCTACATATTCAATTCTTGGTATTGGTATGAAGAAGTGGAGTTGAAAAAGTTCAAAACTTACTACAGAATTAGTTGGTCTTCTGGTCTTCAGTAGAGGCTGGAAAAGGATTATCCGTTAGATTTATCAACATTTTCTAATAAAAAGAAAGTAACAGTGACTTGTGGTTACCCGACTAGTTGGGCTAAAGAAAACCTTATCTATCAAAGCTAACGACGCAAAAGCTCATCAGACTGTCATTTTTGTGACGTGGTGTGACGGAGAAACCTTCCAATGTGAAAATCTGCTTTCGTAGTTTCTTATCACCGCCTTATAAAGTACATTCCCCAGATGGATTACGTGATTCATCATGGGGGGCAGGAATTTTATCAATGTATCATTTATGGTAAACCAGCTTTGATATTGCCTCATGATTATGACCAATTTGATTATGCCCGTTCGTGGGGTTGAAGCCGGTGTTGCTCTATTCAGATAATAGCAAGGCCATTGGACAAGCCTTTGAGGAGCTGTTAGCTAAAGAAAATTGGCCAGAATTAGAGACTTTGCGCCAAAGCGGCACGAACTTATCATCCGACGGAAATCTTAGAGAGCGAAATCCATCGACTGCTGGCAAATAAGGAGAAGGGAAAATGGCTTCAGTTTTAGTAACTGGAGCAGCCAAGGTTTCTTGGTAAATATGTCGTTGAAGGTAGTCGAGCAAATATCAGGTTCGGAACTTCTTATTAACTCATCGGGGTGGTTCATCTACAAATTCTTCGGTTAGTTTTTTTCAAGTTGACCAAAGCTGATGATGTGCTAGAGGCTTACAAAGGGTGAAATCTGGTCGTTCATGCGGGAGCCCTGTCAACAGTTTTGGGGCCCTTGGGAAAATTTTATCAGGCTATGTTTAGGAACTAAATATGTTCTCGAGGCATGTCGCCAAACAGGTATTCAACGTTTAGTCTATGTATCTCTATTCATCACATCAATAAGGTCAGTTGACTATCAAAGAAAGTGATGCTCCAGAGGAAAATAATCTCAATAACTATATCCGTAGCAAATTGGCTTCTTTAAAGATTATCCAGAATGTTCCGAGTATCATCTTGAGTTATAAGTGTTGCGAGATTGGGGACACTAGCATCTTGCCGGTGATATCTGAGTCAAATGAAGATGCGGGATTGGAGATGGGCGTCAGCTCATGGACATGACTTGTGTGGAAAATGTAGCTTTGGCGTTCGTTTAGCTTTGGAAGCTCCAGAAGCAAAGGTGATATCATATATCATCACTAATGGCAGACCAAGAGCTTTTAGGGGATTACAGAAGAAAGTTTGACAGGTCTGGATATCCAATCAAATATCGAAAAATTCCATCTCTCTTATCAGGAATTGCAAGTAGTTTAGAATTTATATACAAGACCTTGAACTTAGCAAAAGGGGAGCCACCTGCTCGTGTACCTATTTAAATACCTTTCGTCTAGTCAAACGCTGGATATTAGCAAGGCCGAGGGAATTGGGGTATCATCAGAAAAATTAATCATTTCAGAGGATGAACAATATGTCCAAGATTATCAACATTGAGTATTTCCCAGCGGGATATTGTACAGTTATGCCGGTTTGCTATTCAAGGGTGTCAAGAATAAGAAGATGACTTTCCCTGGTGTTCATATCAAGCACAGGGATAGGGCTATCTGCTCTATGATACTGGCTATCACTATGATATTAAGACGAAACTTCGCCCCATGCTTTTTACCGTTTGGGGACGCCAGTTCAAATGACGGAGAAAGATCAGATTTTTGCTGAAAGCTAAAGGAATCGAAGGAGAAATCAACTATGTCTTGCTGTCGCTCACATCCAGATCATTTGGGAGGGTTAGCTTCTTTCGAATGCAAACTTTGTTAAATATGATGTTTATAAAACCAAAACTAAAGATTTAATTTTTAAAGTACCTTGCCAGTGACTTCGAGGAAAGATTGACAGTCATCAAGCAAATCAGCAAAATGCTAACGCCAAGGCCTCTTCTGTCGATCTTTTGGAGACTGGAAATCCTTTGTGTGTCTTGGGTATTAGACATGCTAAGGGGGCAACTTAGCTCTCTTTATTCCAGACTATGATCTCAATACATCGCGTGAATCCTTTGTTGGGGAATAGATACTCTTACCTTACACCAAACAGATGCATCTGATTCGCTTCCTTGGTGCAGATGTGCAGGTAGCTATATCAAAGGAACAGAGCTACTGGAAGAGGTATTAAAAGATGGTATAGAAATTTGTGAAGTCAGCCATGACTATGCGCGAAAAAGTTGAGCGGATCTTGTATGAAAAAAATAACCTTTCTTAAAACTTTTTTCCAAACTCGTTGGCTTCATAACTTTAGATCTCGAGAAGCATTAGAAAACTATCAGCGACTGTTTTCCCAATGGTTTTTATAAGCGTGAGTCCCCTTATTTTAAATAGTTATTACGTGACATAGCCATATGGATAAGGCTTTTATGATGGTATTTCAATGAGCTCAACACACAAAGTGGATCGAGACGAGGCCTTGGCTTTGGCTATCGAAAGTGAAAAAATTAAAGGAATTTTGGAAACTCAAGGGAGAAATAGCTGTTGGGTTTGTCTTCTGGAACATCTGGACACCGGGGACTTTTTATCACAACCGAAAAGAGAGAGAAGTATATTGGCAGCCAGCTATCTTGGCGATGTTCTTATTTAGGACAAACTTTTGGCACCGTATAGCCTTTTTTCCTCAGAGCGGATAATGAACTATCAGACCATCAATACGGCACTTATTCGTTTAGAGTACTTTGATATTTTCAGAATACAGACGATAAATATCGAGCGTCTCAACAATTATCAACCGACTATTGTAGTGGCACCTGCTTCTATGTTGATTGAATTGAGCAAGCGCCTAAAAGATGAAGTTGATGTTCACCCACAAAAAATCGTTTCGGTGGCTGAAATCTTGGAAGATAGTGATAAAGAGCGAATTTTGAGCGCTTTTTGAGTTGCCGATTATTGACCAAGTCTATAAGGCAACCGAAGGTTTCCTAGCTTGTACTGCTCTGCTGCAGGAATCTTCATCTCAATGAAGATATCATTTTTGTGGAAAAACACTACTTGGATGACCGACGTTTTTATCCAGTGATTACGGATTTTAAGCGGAGCAGTCAGCCTGTTTATCGCTACCAACTCAACGATATCTTGGTTGAAAATCCTGAACCTTGTCCATGTGGGACTCTGTTACAAGGATGACAAGGTCGAAGGGCGTTACGATGACATCTTCTATTTTGATGGACAAGATGGAGATCAGGTAACGATTTATCCTGACTTTATCAGACGTTGCGATATATTTTGTGGAGAATGTTGGAGATGCAAGTCAAGCTCATACTCTGAGAAGTTAGTGGAAGTTGTTTGAGTCGAAGAGATAAGCAAGTAGAAACAACGATCTAAGACAGTTTCGACTTTTGGCACAAAAGAGTTTAAAGAACCTGAAATACAATTTTCAGATTATCATTGGGATACAAGTCGTAGCTCAAACGTATCCAACGTTTATGAAAGGACAAAAAATTATGACGAAGTAAAAAGACATGAAATTACAGCGGTTATGATGCCTTTACATTCAAAATACGGTGCATTTAAAGACCAGACCCGTCATCTCGTGTGGTTGAAAATGAAGAAACGCAACTAGATTTGGCGAAGCGTATCAAGAGTTTGCGCGAAAATGCAAAAATTTAAATTATGAAAGACATTGATTATAGGTATCAGCTAGTGCGGTTGGTGTTCAGCCGATTCCTTGTACAGCTGACTTTGATCCATGAACGCGTGGCAAAAGGGCTCTCTATCCCAGCTATGAATATCAATACGACTTGTACAAGTTTTATTTAGCAATGCGTAA + #%%)043343-0/25::;<:9%%+5-0:92+,.4=<:778<;<;665)2197<9=?A>@310.249<;<>??@D:474887700/%&)-1123876)@@@:@?BDGFDHG=CEB?9=9?DB269<<<,7:@A;=;?<6EIBG<<@=B=9@D=;==>CD?7569<>?>><;?ABBB<<-=;569BBAAC?;&&266<;<7:;?A>7-'/.200*'$%&'%#%%$'#&(&%#$')(()+(*00%-)+)((+1(&&%&'#&%,%/,-132,*,1-.2+-1*/3=<55<@D><98<4475-02/','')*$$$%+*$$#)&&(&'$$$"#$$$'*)#'$%$#$"###''&%('%(&&##&%%%$-'+26239==;8?;:;.-0832/',45)755366(()-%$'(&&%'(*(%$$$$$%$&-315772:?A886'-'+<;;-)(,%&''&-.16;CA::<=>@A?@EDD>0;:9::4:9;8998;,(-*$$$*,.2/$*,%'#$#')./4767>A@B@9;?A@B9))679==855:=;;>;99632212+0*+(2/5(79)9133102/%'..02154(*42)%$$&'+,,,*#$%&('(+(9+:<=:,;1.,*'#&).)()'%%)''&,66669@>:8?64%$&%$$+-1)&'%(1+%%&#&%%$(('#%##$$%#$%##%''#%&##%#%%$%$#,%.%%)--+(('**))*,,3;<>ABD?;+&+3+%')%0+,03551:817463476AJK8@BCCA170;99:::4672A=518<55/4(('(%(035;97+&(,*%$#%)'&$&)(%&$$)$%%'+*+-'%&%%&&%%')%'-)%%+(&$$%%)''+&&&&&&$**)(*(%-;;B@A@;9:=?=9:<=9&;?B>542;;5.86301;;?@@?@=.6@B?;>>5%/>5=><=/,,*.68;::;<755/-(%'()'()&%#('+/6/7/58:<853)))((,%)/4;>99;=;>;0,,-)$-0-102/+/..32(%&%$%$%#-)&##%'$$*+-1)+*:7780/1239;;8?;69;?<:*=9:=58:7314/*.0236793796,+20:AA<,7'.1099078@>=8/(*6:;:?:;;@@>ABFE455+*,-=<>86-+,0.&((()((0)&89=@5?>-,5%897:;91322+&$%$%()434:8:=534562%0/,-.2::/*?:4/..&$&('-8:;23642*)).89:64(0/*=<=7;&)98;;1$$&99:8<<<74;6791)4675;;=;@@><=<77=9**4/4:>?;?>?A35<=.'1B=552831:::400()01./6)%'*7955).<:=9.$,&#$*124431.'6225821597799=2,2<+9599(*()+(122)$49243100)%$%+*&667:?:44/-&'$$%%%1384''&,)+(**&%(%$'%$$(%.0,'+-25:?<43.0484,+*)1489?7&%)56-%(1>56:=BC<<:6@755551/..40*9205658:6,%)%%)'%%$&%%%#+---14111.+'')&53555745$$+165885*/714788:>A;;9:730.-)))**(%'%,,7997..'/997600-)')&*)$(%%&-/$$$678'8:=A<;59<;==>78;??A97;C:73:42<5;8<<3/<3>;;;DCB>9567BB788?@?@@E@>?>>@>+0.@?@7)<=?@DE@@??<9.(';:;<;:CAD7C@<55<>;8>>A=<<=6/-*++.7:9AMOK778<;566946<<;30&$,**-,.121-(+33110'00120)')%'3669=B@CFB:>FC7;8;;698?8?A<;>?::81./,)$%&'''%)&%$''&%&%%154612224330/0+)%+,+,#$&(*.03633)&$'.3=68683325;@A;7A>882101-**++'&%%)05612//(&&&$$$'&+/422,1/0342623:67.>9<<301-033544324-41$$%$%').)+55:7,131357AC;G?/39463$%&&(--,,')'23<=<>BBE>;02<:<8<<9269@@:?=<840-,'&$)&*+--/,)*'08;:3(89:6+&%)&/$),26+0*65669;9?=<@@?G?B;510*.5329:7.))$%&&,+/7073*46699/B>(=?BE3;6775+;@EED8><589;:3484,7*B>8@>8-(,.-?.*175-)'%$%+%'*--/6674-/4467?<(1/77751-/%*$&#"#$',5472'-+#$#%%#&$'$%,*&$$##%*)+*$#/13475649;=BBB653@=-49)?=>8968=<9($%%#$$169<=9=;78:@=@@@A><674/255--/,'$%$%$$'%(&%%)(,,-47545-063.+,-.2B;;@@?2B7480/,&*)1()')%++.563?==:@<8:>23536;;:;97:848=?@%=@=<;A=45;:-%$*4229878*%$$$%%$$'10/1-870-7675,,,*/2),&,42-354&*/;:9=;--4/./$$$(*0686634,*('))''&$').-,17:22427:>974&/&'.125400')8@B@9+4,08:465(367686;;<994$''&#$#%&%%%&%%%%$%*)-352)'%--222437-&+,,,-10.'&132;64(%##&%((0%%&''&%&$%%%%)+,*6969::D9:;9:4:?DGA@;?+&B9880./149784.39;;48-98<:6:D?;8*50-/-:96?;<7+++0/*858553.-'$%(&%&((),.(&$)*%,'()+0024699::=;8;<@=<7::5=636449600.%0.)%'%$&'''*%#%#&*)&%')1(546845:542**&&758;<;;@?@A;@><=6&%%%%%#$$#%))#%$%$**,03966/.-,-,+$#&&$'()9898677D<39765;949A>?<=@?@??(',6519;513994'*&'0&&%%(&&223785)*)&%(()()0;80(-6)821(.26;=<;<>>?>@,'*('&)+%))+/04773(++.612-+''(+%%$#$&#$%$$'#(%(+%%4&$&)((&%%'--7<888><343.;;885661.0-,2*)"$#$#%"')*5888,,*/225<996,(&'('(&+.)$#%0421543231*2223323'&%'-+)*)),+%&1,'(*)'"%*3453245477398304654,)()./.097>:;@@@>*6@>;B<92,/+(./230-,-1406-,&'*&''-%'21/'$$%&$$&&(+,+%%&$$$4,/55+457.++012322458;23)&&01477:>:89:9264/),*#&'('''&&&%%$#$&&'0211(5422287*;==ABCCE=:::;=?666%,%%%;FA>?@:B?@93043.)),<=>>AA=?=68<;<>>==>;<<<;:4>9=:4*$245/7762/-.*)2+47979421&$%&+.<7766++%&(.0277?<<>CABH?4B<(=?C;B>>5BB27===<=:96387625642/*'.',88<>@1<==EB?;;998C;621..0&$$),%)157:1+0&50+(.0,)1**,4+,,---,+.-+'/2622,4*$&%2268781.09<;6:6,--('%+$,.012223%%'$'-2314421334$+1323.1;@<*59B==74+*388.:8438&,25>0(7;><;.42.0+00/00...,*+2234156:724;=:73..+//34,)%(())($%&&$$1.)',**+0445(?*;66474;;=;48B>,3:76-.&&$%'&033*&001158:<63**+1:51120884.1&$'$&,3/---+((+.0--'))&#%$$%%$&#&'''%&%&-*0.61020265/8?;6BA:7=;GD>=<;:;77557?6,-*'&'$###)+.0,2)*+/02310.53'2214;;;::980/5:,4543$$$-$$*456996657:7795'*.77320,-+9;@<2.=?@=@BC>?:;;?:7=>=>AG:<;5:9<>>8612243-'''((,,**$/22&%3(<<=9<>>:.1-$%($/47/$'811,0-*&&&02656810455430.B9335-&$)88879;B>;:65::68367643010-02/.(()0224,%&%)*&$&)-.030$.*----1'/02-54450-7:4;@56788;;A?43.44500&$&')-8962/+%%&022/.+))/127:>EDB;>BB?>>:>?>67.348:8;=>>;>>2BE:9972/-++--./58:;7>A?CA22''%163($&&%%#$$**3552211271'1-./&.11468111334363015212.1866$$-2.1558898-2+,--<,:;>8/-46658:112446523*.,3+/10)***)$*-'&/*(6//0178;99823-26,+/378*&*22224,)..6658454$+((*+,-*,2<=9>@C@>AAAA>2:/(+6720''),../29=CA>>??A885743))())%($&+%%('&%$$#%%*%&0-:988AB5/6::612%%)5<>8-696+,)(&$#&--9><)7;97*(/8;<830851%%()($&+&%0#%%'$$1.2,3-/0+*/((,378:<;8==?><@=<;2''$$$$45699<<754,012')%'%$$$'''$&,.23=789:2*,,103799874064891@@AAA*;?==;;>><4131/;;<9;?:55/73670>??:25;:99;9478/&-;;;758/+&&3240+---8:,1*'+0112,*-,'($#,$'*5/,9::;7?3668;996698@?;>:<>;:-(&+.-**$/,08=><7299=<::=478:8><9994776552*1-4>=+'4699954333720%%#$%(-3202=BBA<@*13422010,.0-58::7260%)-.+.3110,('35>CBA88(*-++..-55445**(44==;53/)/00+-3(%(+147'(016:95&(&*6.1<;;@CAB>:<;5695>>587;/%&)-/.5:5346777;9<;-&$%%$$)%,220++*,%#$$###$$&$$%%&%')$$$..2,/223;BB55771,%%799<><=@@@<80>>A@B@A>7&--;564124/1353389::/02-+*03:C@<:64354-)%&$$$$#'*//&+4554338;=<<;65502'%%$2368?@<658/%)),0337/*..131)&'((&&&**).06;7956+7-**.2;389::*,%/%%436997==7:99:56CABA@@/AB>/1',10033=>:55664()#$%##&(*-,,+'('')+0876?><91@?%*4-0*',043<;77,/122,,'&)'$%69<;<<=7?BB<<934%%&&)+%)#&&*1'&&&0515673499::;<>=.''22241/36443.+%'$%***3688673$%&&((+1+'1111.+>99:8714:64353:2<>>?=<78696,@D:7=B>6882533660%+,*-))-..1112.'&&%(&++...69<51*0')*'%&$&%./41-9551110$&+,,,%(**+-)3-73,12./);:8349<94..%,,10588:87-9774%%(%-,)(04)440$)#'-*.(-8::;<=:8;-./50231'*%-25*(,7615?688899;;;99C@;=9548;?=>AAC?D:996%,)014)9;;88.0/0+''(('%*44547<8:;962/9:<;687:=><-<;:?:=34'<<>838854&(2232(*+*,*,*#%%$$,()'(*,22088::77=A6-++&#%%,($/+(&%)1--47:;;>1A26BDCDA>?A;//.-+564:7458:<;9;;<9)(./147788===::8-/,...,,9>=8:?=<==:C>@>B?><565357547543,0%%-3+*()(&(,%#$%$%()#%'+&$#%$%(&578734::A7@=;>?B>>9<<<<8968<>@:9=C?13712+(%%-./0.,*'(++''&$#$&*'2.,$&&-5//(1*./427998>@=93--..13569?G?A>614*&,8*-;9*158:6')$'$$$((%'$%$&$%#$*$&####%#$$'%)..1)8686./.--&$&'+986785667)+,89851--/1.,*00(*32%%&'*,+*&%+-/2(((03311103+*,2376<@<).544121*,*.798?AHE?=B@EFF?C?@>9:=;7<<7/+$&%%$%)).24;=247;>=E@=;<@==?:74'(&113<99%'%2/,-5:>ADDE>=;:>?2139<6768AC>;=::A=:8:>>;462*487387<@;?@>8(1152*'((($%(&%&#$,+$'$&('$$))''-//1>CDEF+6@E??>CA0-:9:7)))(*25.-&'%*,+/'&((6635802,)%%%#$$%)*,17677<,<;?>;BGB;9/:*@@;%)>>88?;>>?5=>@?>A?789>?<3:59:::8***,%./0.)&%%',1*57>>A=<<=::=?DEAA@;4.;:?;=223?<=<66>>;;,8/*%%%$&%%&%&)**-79@@782=3--&1$'$*('#%%$)+,($%&%$$&&')$$&&$$$$%###&'''66;>ABEC>=>8>>>8+<=?666(('2.'*'47:?<1/,,2:=94789%*--,-*)410(&+''$#%&348;613DB?@;?0D?552%%%49B?<>4/+$$**8;@F=>=;>6498;=;821+*+-+*)&$))#%%$..-.3367-445440'*),)(%#$$#$%'%%$-.&)'((237:DCDDC?89;;:87<>>>8;<=BA?@A@>??AIEAC?3*07;;>=@>BAE?:8277:=><@=BC=B=93.//19@@6??;==@AHABBEBC??@:3311,$$$$+*)$$$)*+**.9;:@JJF<9>=A>FF>DFA@?454/2,,0-34:57;==@EEF;:;62?:=468988:777/&%&(&)./'391;?C>CA>CA=ECDFGH>>76(9:4:<+6A;=BCCB><86781&'&$'$31>?>D9:;?DAAADDACA<8<05698=A?>8=;9?@=G<;9<:)).65:BA?@AA<;9-4//+(&)))3563..&(#&#%$&-686;<;;112778678;:$%1258::'*=@4;=AF;>??;;<<622325/43<>0A89;30208447GKLHCB@@B97997(13234:/876<>6'$#$#$+#%3566887765&&&&)*('%&%('$#$$%)/0/(%%-$++,,*((213.,'''&)0.+(,//.)56-9977722..())'%$#&&-02227788)%%&)172-/73A:=B:><72>?==@AA??83766/+)&(1)8./=>D@=>95655559<:9:678::898:>;;8%.$$''((++.2348:>??9?A>=:9;;=>?;<=>=<9677=>?@A<8897;98*%/321$&&%$)(1/./47898+$&%+*&$%#$$((--.42057.*<;=;8=>@BC?B?>778.)(()))&'('00232'89655/3477=5<<9:840*&())*(0*).)'*&*).3054%&67:=@=><9@788<8600%()*)(#(.239;8;89:2%%$$)*,,---))/9<<<:975418;>AE7?BA@:>A;=>A@>EEJD=<8800'..&%('(*+178;;;?=6;:9;9?@D?67=<86886ABEA;:;@?A@<>GABA::<79==<:;<;-789:/0<:79FAC;BA8*33&;657616/$#&(''$'$(+7:><:<;>98?7BB@ABD:>>>@539=AFC>$,3/+29<;=)7,78=7:8;;<@=<8+6&.--./*(**,33127/1)&&%(,,&$#&(%%((/4686;:2.0)-+,)*)&((&&$%.*-&+2123.565567=:>BB8@CC<9;<9=CB=8/0,7394-&'$$(24324:;>?9:;36:<1/)$'#()/2*34-&'()(&)+,+*(+887;;63)&&12461%&%$%&$)+.&$''&*'$&$&&)+$$#'%%%%#$%&%%$%','&(-,&&((%%%%&%%+57:748@;-/BDEE>=75$($1665588:4,89987--4&4&$370((,('(#%(**()%%$''(//&%)-(')-5799;79=8>ABAA?@>BC??<@AC>D>=?;>??D>?8?=B@@CC@A>77819)-0),.2+4:9><=FB???==?@<<;<+07<==:@A0:B96,*&9:=6D@=<==?BABC?FC:BACDD::7<5179;559988<;2577::1,->>==;7&''78:@C:=;:;=::4##%&$$$&#%%%)&&+*$&$%$$'%')$&-35458577:><7:424.,../.')016,&*.,&&$$$$%$'*%$&((%&-9BE?DCAB;A@=AA;>=-)844440#%&'%.(596?:3:<:88:;16(%##24<=?;1'&.0-+,**575;5615/-*%&2*5634-%0($(*(($#'%%$'*1/1,.(&.-//)*&)%%.043+4610/0.%%/.3466*:099300/,6897:;;:35636BBA;<<8467%&27140,2/)$$&+18<9;:379/)'**'&#$$+*))/1<7-.,,()%'%%&%+&*/.16466748876<8/1,&&*/)(2''.888683:-/23+'+,&&%)%*3792,02+057(%%'##%#$%.03;:9;4?<<951/$+*&)--.-.3940-(%%+%)($$%%4568,7<95<;=@<7,0134792*(*./$&#$%/..(&)26<;;9:>=@?>@>>>=>9<7+2-,,(('+433.31/'')***0579<=>-/=<8:B?ABAEFCBCAA@A@BDH>IB@=<;,')++,**+%*-.,,+.4583.,21.0.+++/./222441..54472868><;<8<))).)(/5559==@B?;@<9/06,:9:@?946665*<8<32242331+'&*)&&&$$$%/2446;=<9:5;-;61689A;6-:95+=AA=>?>=75,,*,%$$##$$''(&+<8;9<=4)(44%8=-=IH?;>=;B>;@889389:::3/1/2498;:663%.&&%$%$#$$%%')()'-/123137720/+*''#&%%$$&)'&''$%#%#%#&$'')'*'*''&%#*$%,/.++1*)&%&###$&%-/227:467:<<<;:<<=:99:73)&(&&((+*$&&%+*,++)$&&)//1288;;7113%%6569;8ABB@A000:AA:8366856<;4566783)*466)''*.5-'%',+'''%$$#%&$$*2:>CACD74>FB8-=::=:3AACEHD6-)*<4479997:@C>9<:<:$&1***)##$%##-/2244640/&)&)$###'&&&&%$'%%%)356786:423./.1,CD>.'7?>;:9D?:=?A><2,:=>@C?48;=5=>86:7+'87<68:<::<><45=<88,-22;::>EDB>455742.*(&&%%%$$*#%')$%$$#$&#&'),+(##*,*42:0.587*10*66;<=9986'&1),(('#%$%)(&%%%&158>?<33415659<>==7./-++%%%1371578977<7=/6/*&%"$-,+*9.,3327:8754315798;;=>=>?:85985++2223?89:;4-%#$'('(()*3485(&(/*+6:9;/.-4,431:;==;+;ABB:;77;1>?=:2220,$%210655989>9568A??;9=5;CC@>:>17&-.%,$**88297/,,.0)%%$%#&#%+--,#$#$%$))$#%#%'&())$-$-%()(%''**'($5994550++0324:>C<98<7888:<=?B?@@@661-+.149:C?<=<9=;9=99=>=?@<;<=;7749>>;<;8658=;<=.+:76333)&&()+**()'%(&))(,2445><579??>A?<;+.>=8A;6446=<<@;;4<879::;D(2:@5&&&(*)(&$,/23543-3=>911/+@=?G@?<>A?>CA>AB>A97397827:-,7?>=;;97'21.-2//11132-(%&'()))/)**/+13344299<<>?;67553(6-99;1968>>?AB;=>?/223;987332/.-%1666+,*(&&758;<;<>87'77.+-*%%0-027778<=>=2*@+@=:6420/32/012?;@<=<=;386538960*21-'/:<<<<:;>68@BGA==<<=@C;865;-7):7;8=?9993%&'()/85453'66::54+279979<8979875/%&&*<>>@A@=65//;;96:6:91/2-*16:7-+5552%+-7846756*2333*'&,.01119;5<@?BCGFD@=@CDB?;>?@AEHB?9<92;0??>=371122).-/699:=>@==;;;9>9=;&-()'(+)*.23-;/997;;?>=@:73.(($*&.$*$%%#$'$$%%.2:9;<1;8:>:349513)((*024(&&'626;8+''*,5314037;=9<;22&()'%)'$((#%%%)*+2001./010/-(%&*,.'+44=?=@A@,MIHGF=:?>?;<@@@BE>@@?CCA=<9//1:7142().73666;=:@C@8:=71=;:8:56;:<8.>>7::632+-078666$%2;:B@?:1,9<<;232223%%%%%$&+.0100.(%#%'&'($$)%*++))++&'&$&%%)13470573..968<6<>??=8?=B<2?:;???;CA>CEIIGE@>2<788.(+122<:93////31,..+++##%#$#$$%%&'&&%$%'&'-.-..+$''')=<9116.))-43*&+)6:8:5==;<==5542,*'''+'&+&&04;<<>?=:=,./425-&&12280'03:7:;:9;CC@9)#'32;:5%'486;@B?B<>?>9<7?;<=>:;<;3--..-,,-&&'*+,,' @SRR14011045.68151 7dfafdf8-d8f9-487f-8457-132b9475f98f/1 GATGTACTTCGGTTCAGTTGCGGCCATTGCTACTTTTGCTCACCTTCTTTTCCGTTTCTCCCTCAGTCGCGCAAAGCACTAACGCGACTAAGCACGTTCGTCCGTTCATCTCCAAAGGGTTTAACGACAACAAAGGGAACATCGTCCTCTCGGTCTATGACAGTCCGGAGCACTTTCGCAAACATCCCCTGCAAGTGTTGCGTGCCTACTGCCACTGCGCAGCATCAACCCAGCACCTCTCACTACCTGCCGGCACTTATGCTATGCTCTGTCTGCCACCAGTGCCAATGCTAATGGAAAAATCATTCGAAATCTCATCAGCATCCCCATCGAAAGACTAGAGTTAGCAATGTCCACGCATTGTCATGGGGTGCCTAGTTTCAAAAGATGCGCTTTTCGACTTGAGGGGAAATCCACACACTACTTTGATTCTCTTTGCATTGAACTGCCTTTGTCGTTGTACCTTGTTCCACATAGGTTGTCGCTCAAATACCTGATGATTCGCCGATTCATCTATTGTATCATTTACTGAAATACATGTCCGCACTCGCTCTGCCGTGCTTGGTGGTCTTTCTTCTCTTGGGAGGAATCTTTTTCTCCGAATTAGCCCTTGCGCAAGCAACAAACAGTTTGTGTCATCAACTCACTACGTTGCGGCCCACAGACTCTGCTGTTGAAATCAAAACCTTATCTTGATGTTGATGCTCTTGCTTTCTTCAAAGACAACGAGCTCGACGGAAACATTGCCAAAGGCCACCCTCCCTGGAGTGCGCCTCCGTATCTCGCTTATCGACCTCTACCCAATTTGAATTTGCAGCTGGGACTCACCGCACTCTGCTATGACGGCCTCAACCACTATCCCAACTATGCCTTTCACGACATCGTCACCTGGAAGGGTAATGCCCATCAGGGTTTGCACACATTTTGCCCTATTTTCGAGTGGCACTGCGAAAGTGGGAGCTGCTACATTTGTGTTGGGTGACCTCTACGGGAGAGCAAATCATAACTAATTCTTCCGCTCTATAAACCCGAAACTCTACTCACCACTGATCCGAAAAAGGATTTCAAACCATCATTCGCACGCATCACTGGAAAATGGATGCGTGGATTGATTGGCAAGGTTTCATCTACGAGATGGATAAGCATCAAGGCTTTCACGGTGGGCATCGCAGGTGCTTCACCTTTGCAACCACATGCTCATGGGTGGTCGCTTGATTTTCCCGTGCAAATGATGGTCCAGCACCGTGGAGAGGAACAAGATGATACGGATTTGGGAGTGCAAACACTCTGCAATGCTAGTGTTGGGCTGCAGTTGCAAAAAACGCTGCATCATCGTGTTTTCAATGAGGCTGCACTAGAGATGCACGCACTTAGCGTATATCAGCAAGCTGGAAAACTATGGTACCTTCAACAAGGGTGCTGCATCAATGGTCAGTGGTTCGCTCAATCTGTGGCATGTCTCCGACTTCAACTCGGATGGTGGAAAACGCAAGATTTTGTCACACTCTACGGTTGTCCTTTCTTCAACACGCTTTCTCTAAAAAACGAAGGTGCGCGTTTTTCTCACATGAACACTGCTTTTTGGAGTGTGGAATTTGTGCGAACTTTTTGTCTCGCGACTATGTTTTAGGTAAACCAATGGACATATCACTGATGCTGGACCTTTGCAACTGAAAAATGAGATTAGCATCAGGCACATAACTGCCCTGCGCCATACTTTTTCTTTTGGTGTGTTTTGCGAGCCACATCCACGTTTCTTGCTCAAAAGATTCAAGTAATTCTTCCTAGCTACGTCTGCTCTAGGGTAAACATGTCTATTTCGCAAGTGTGTCTACTTCTTTTGGCTGCGATCATCGCCTTTCCAGCGCATCTTAATAACTTTCTTCTTGCGCCTTATATTATAGTTGTGTGTCCATGCTTGAAAGTTGTCTATTCTCGCAATTAAGGTTGAACTTCAAGCTTGTTGGTCCTTTATTTCCTGCTTTTTTGTGTTTCGATTTGCTGTGAAATATTCTCTCGGAGGGGCTGAAAAAAAACTCCACGTTTTGGAAAATGTCCAACGTTTTTCGGAAAATCTCCACGTTTTTTGGAAAAACTCCGTGTTTTTTAGCTCCGAGGAAGCGGAAAATTGATGGAGAACAACTGCCGATAGTGGAGTATTTTAGAGGTCGCAAGGTGCGATGATAGCATGAAATTTCTCCAAACGCCATCAAAGGGGATAGAAAAGGGCAAAACCTCGTTCCGAGTGGTGCGAAAAATGGGCTATAAGGGTAAAACTTGCGTAGTCTATATAGCAAAATGGAACTATCTAAAATTTTTCTGCGATTTTTTTTGTGAAGTCTTGGTAGTTTGAGATTCTTGCCGTACTTTTGCATCGCAATCGGGACGCAAGGTCACTTGCTAAGTCACAACATGCTTGGTTAGCTGAAACTTGACAACCTGAACGCTGACAGCAGCAAACGAGCTGCATGAAGTCATTGAAACGATTACATAACAGATTGTAGAGAAGTACAAGGAACAATCAACAATGAAGCAGAAATGCTTCCCGGGTAAAATGAATTATACCGTCAATTTCTACTCCCAAATCCAAAGTAACAAGACAGGAAACTGAGCGATTTATACAGAATCAAAACAAATTATTATATTACAATGAAGAGTTTGATCCTGGCTCAGGATGAACCATGCTACAGGCTTAACACATGCAAGTCGAGGCAGCATGAAAGCATGCTACGATGGCGACCGGCGCACGGGTGCGTAACGCGTATCAAACCTGCCTCATACTCGGGGGATAGCCTTGCGAAAGTAAGATTAATACCCGATGTTGTTATGTTGCCGCATGGTGATATAACCAAAGATTTATCGGTATGAGATGGTGATGCGTCCGATTAGGTAGTAGGCGGGGTAACGAGAGGCCACCTAGCCTTCGATCGGTAGGGGTTCTGAGAGGAAAGGTCCCCACACTGGAACTGAGACACGGTCAGACTCCTACGGGAGGCAGCAGTGAGGAATATTGGTCAATGGCCGAAAGTCTGAACCAGCCAAGTAGCGTGCAGGACGGTACCTCTGGGTTGTAAACTGCTTTTAGTTGGGAATAAAAAGAGGACGTGTCCTCTATTGTATGTACCTTCAGAAAGGACCGGCTAATTCCGTGCCAGCAGCCGCGGTAATACGGAAGGTCCAGGCGTTATCGAATTTATTGGGTTTAAAGGGAGCGTAGGCGGATTATTAAGTCAGTGGTGAAAGACGGTGGCTCAACCATCGTTAGCCATTGAAACTGGTAGTCTTGAGTGCAGACAGGGATGCTGGAACTCGTGGTGTAGCGGTGGAAATGCTTAGATATCACGATGAACTCCGATCGCGAAGGCAGGTGTCGAGGCTGCAACTGACGCTGAGGCTCGAAAGTGTGGGTATCAAACAGGATTAGATACCCTGGTAGTCCACACAGTAAACGATGTACCACTCGCGGTTTGCGATATATTGTAAGCCGCCAAACGAAAGCATTAAAGTAGCACCACCTGGGAGGTACGCCGGCAACGGTGAAACTCAAAGGAATTGACGAGCGCACAAGCGAGGAGGAACATGTGGTTTAAATTCGATGATACGCGAGAGCCCAGCTACCCGAGGCTTGAACTAAGAGTGACGAATCTAGAGATAGATTTTTCTTCGGACACTCTTGGAGGTGCTGCATGGTTGTCGTCAGCTCGTGCCGTGAGGTGTCGGCTTAAGTGCCATAACGAGCGCAACCCTTTTCCTTGGTTGCCATCAGGTAATGCTGGGCACTCCAGGGATACTGCCATCGTAAGATGTGAGGAAGGTGGGGTCGACGTCAAATCGCTGTTACCGCGTCCGGAGCTACACGTGTTACAATGGAAATTTTAGAAGGTCACTCTGGTGACAGGATGCCAATCTCAAAAACCTCTCTCAGTTCGGATTGGAGTCTGCAGCCGACTCATGGCTGGATTCGCCCAAGTAATCGCGCATCAGCCATGGCGCGGTGAATACGTTCCCGGGGCAGCCAGCACACCGCCCGTCAAGCCATGAAAGCCGGGAATCTTGCAGCCGTGACCGGAAGGGTCGAGCACTAGGGTAAAACTGGTGATTGGGGCTAAGTCGTAACAAGGTAGCCGTACCGGAAGGTGCGGCTGGAACCTCCTTTCTGGAAGTTCAGTTACCTGGTTACTTGAATGGAAATAAAAGAAAATGGTACAATTTACTAGATTGTTACCTATACTTCTCGCAATAGGTTATGCTAAGCATAAGAAAGATGAAGCCGAGCAGCTCTGAGATAGCTTGTCTTGAGTGGATTTTTCTGCCAGTCCTATAGCTCAGTTGGTTAGAGCGCCACACTGATAATGTGGAGGTCGGCAGTTCAAAATCTGCCTGGGACTGCCTGAAGCGGAGCACCGCGCTCCGAACGATTTGGGGGATTAGCTCCGCTGACTACGACACCTGCCTTGCACGCAGGGGTCAACGGTTCGAATCCGTTATTCTCCACTCCTTCTACTGCTCAGTCGCAATGATGGTAAGACCTTCAAAGAAGCATGATGACAGAGTAAAGAGATGCTGACATATTGAACACGCAACAAGTTGATTCTTGTTTCCATCCATCGCAAGATGAGATGCGAATACAGAGAATCATCCAAGTAACGAAACAAAGGTAAACGAAAGTACAGCTTTAAGTATATTCCCACCTTCTGATTTTATCAGAATAAGGAAAGGACCTTTTCGATAAGCCAGTATGCAGTGCCAAACTTGTTTAGAACATGCTATGGCGAAAAAGTGCCATTAATTAAGGGCGTACGGTGGATGCTAGGCTCTTACAGGCGATGAAGGACGTGATAGCTGCATTAAGCTGTGGGTAGGTGCAAATAACCATTGATCCGCCGTTCGAATGGGACAACCCAGCAGGTTGAAGACCTGTTATCCCGCGAATGCGGGGAGGCTAACAGGGGGAACTGGAAACATCTTAGTACCCCTAGGAAAGAAAATATAATGATTCCCTAGTGAGTGGCGGCGAACGGGGAAGAGCCCAAACCATATAGATTTCGGTCTATATGGGGTTGTGGACTTGACGTTGCAAGACGTACCTTTTTTAGAGGAACGCTTTGGAAGAGCGACCATAGAGAGTGACAGTCTCGTACTCGACAATCGTATGAAGCATAGTGGTATCCTGAGTAGGGCGGGACACGTGAAATCCTGTCTGAATCCGGCGGGGCATCCGCCAGGGCTAAATACTCGTAAGAGACCGATAGCGAACCGAATACTTAGTGAGGGAAAGGTGAAAAGCACCTCTTTAGAGGTGAAAAGTTCCTGAAACCGTACGCCTACAAGCGGTCGGAGCACTTTATAGTGTGACGGCGTGCCTTTACATAATGAACCTACGAGTTACCGTCGTCGGCAAGGTTAAGTGCTATGAAGCACGTAAGCCGAAGCGAAAGCAGAGTCTGAATAGGGCGCATAGTCGGCGGTGGTAAAGACGCGAAACCAAGTGATCTACCCTTGTCCAGGTTGAAGTCCCGGTAACACCGGGATGGAGGACCGAACCAATAAGCGTTGAAAAGCTTCTGGATGAGGTGAGGAGGTAAGTGAAAAGTGAAAATCAAACTTGGAGATAGCTCATTACTCCCCGAAATGCATTTAGGTGCAGCCTCATTCCCTGTGTGAGGTAGAGCGACTGATTGGATGCGGGGCTTCACCGCCTATCAAGTCCAGACAAACTCGAATGCACACAGGCTAAGCCCGGGAGTGAGGGCGTGGGTGCTAAGGTCCACGCCCGAGAGGAGAAAATCCTGACCACCGGCTAGTACCCAGAAATAGGCTAAGTTAAACTAACGAAGTGTAGTCCCGTGACAGCTAGGATGTTGGCTTGGAAGCAGCCATTCATTCAAAGAGTGCGTAACAGCTCACTAGTCGAGGGACTGTGCATGAATAATAATCGGGTATAAAGTCTATTGCCGAAGCCGTGGGATATCTTAAGATATCGGTAGGGGAGCATTCATGCGGTAGCCCGAAGATAGAGGATAACCTCTGTTGGAGCTTCATGAAAAGCAAATGTAGGTATAAGTAACGATAAAGAGTGTGAGATGCACTCTCGCCGAAAGACTAAGGTTTCCAGGGGCAACGTTAATCGTCCCTGGGTCAGTCGGGAATAAGGTTCAACCTAATGGTGATGCCGATGGCAGAAACGGTTAATATTCCGTTACTATCTTTGTTGGCGATGTGGAGACGGAGGTGACACTTCCATAGGCAGGCGGAATAGCTCGTTAGATTGTGATGATAATGAGGATGGCGAGCAAATCCACCATCCGAGCTGAAAGTCGATAGTATACAGCGTCTTCGGACAATGTAATAGTGAAGGTAATCCTACTCCCGAGAAAATCCATCAGCTTAACAACAAAGATACCCGTACCGTAAACGGACACACGTAGTCGGGTAGAATATACTAAGGCGCTTGGAAGATTCATGGTTAAGGAACTAGGCAAATTGACCCCGTAACTGAATAAGGAGTCATCACAGTAATGTGAGGCGCAGAGAATCAGTACGACAACTGTTTAACAAAAACACAGGGCTGTGCAAAATCGAAAGATGCAGTATACAGTCTGACACCTGCCCGGTGTGCTGGAAGGTTAAGAGGGAGAGCTTAGACTCCGGTCGAAGGGTTTGGGAGTGAAGCTGATAAACGGCAGTACCAACTCTCTTGGTCCTAAGTGTAAATTCCTTGTCGGGTAAGTTCCGACCTGCACGAATGGTGTAATGATCTGGAGCTGTCTCAACCATGATTCCAGTGAAATTGTAGTATCGGTGAAGATGCCGATTACCCGCGATGGGACGAAAAGACCCCGTGAACCTTTACTATAGCTTAACGTTGTAATTGGGCAGTCGATGTGTAGGATAGGTCGGAGGCTTTGAAGCAGGCACGCCAGTGTTTGTGGAGTATGTTGAAATACGACCCTTTGGCTGTCTGGTTCCATAACTCTCTTATGAGAGGACCGCGTTTGGTGGGTAGTTTGACTGGGGTGGTCGCCTCAAAGCGTAACGGAGGCTTCTAAAGGTCGCCTCAGGCCGATTGGTAACCGGTCGTAGAGTGTAATGGCAAAGGGCGCTTGACTGAGAGACCTACAAGTCGATCGGTGCAGCAAGTGATCGGTGGTTATAGTATGGAAGAGTATCGCTCAAAGGATAAAAGGTACTCCGGGGATAACAGGCTGATCCCTCCCAAGAGCTCATATCGACGGAGTGGTTTGGCCTTATCGATGTCGGCTCGTCACATCCTGGGGCTGGAGAAGGTCCCCAAGGTTGGGCTGTTCGCCCATTAAAGTGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCTCTATCTATCATTGGGCGTAGGAAATTTGCGTGGCTCTGACACTAGTACGAGAAGTTCGTGTTGGACTGACCTCTGGTTTACCGGTTGTGGCCTTCGGCACCTGTAGGTATCTACGTCGGGATCGGATAAGCGCTGAAAGCATCTAAGTGCGAAGCCGTGCACAAGATTAGATTTCCTCATAAGGAATCGTTGTAGACTACAACGTTGATAGGGTGTAGGTGTATGCGGTGACGTCAAAATGACACTACTAATTGCCAAAACTTCCATTCCTTTAGTTGAATACTGCTTAGCTGCTACGTTTATCTCTAAAAACTAGAAAATCTAGAAGCACTAGAATCTCTAGAAAAACTAGATTATCTAGAACGTCTATCTCTCAAAGCAGAGTCGTTATTTGTCAAGATTGCATGTTCAAATGATATTTCCGGTGGTTATAGCGATGAGTTTACCTCTTCCCATTTCGAACAGAGAAGTTAAGCCCGACCGCGCCGATGGTACTGCACACCCGCGGAGAGTAGGTCGCCGCCATTTTACAGCTACAAGTTAATGTGAACTCCGGGGCTTTCTTTTATTTTTTGTTTCCGCCTTGCTACTTTTAGTCTGACTTGTCGTCCACTCAAGTGTTTTTATCCTTCTTTGCTTCAGCATTTATTCTTATTGCAAAGTGATAGATGATTGTTTCTATAGTAAGCAGCTAATAGTCAAGAGCAACTGCTTTATGCCTTATGGAAGATCTTCTGTAATTGTTTGGTGTATCGCGTGCATTTTGTATTTTTGTAGTCAATATGGCGTATAAGACACATGGTGCTAGTGTAATAGCACGTAGTGAGATACAATAAGTCTGATGCGCCGTGCCAGCACAACAAACACACTACAGACAAATCACTAAATGGCTAACGAATATCTCAAAGGAATTCACTCAACAGAAGTACAGAAGCAGGCTTTGTGACAGACGTAGAGACTGAAATCATCGAAGCAGGTCTCAATGAAGACATTATTCGTCAGATTAGCGCGAAGAAGAAGAGACCCGAATGGTTACTAGAGTTTCGTCTTACAGCATTCCGCTAAAAACTTTGGCAAACGCTCAAAACTCCCGAATGGTCGCGTTAATTTGCCAGAAATAGACTACCAGAAGCTATTTCTTACTACGCTGACCCCACCAAAGAAGGATGGTCCGAAGGAAATTGATCCTGAACTGATGAAGCTCTTCGACAAACTTGGAATTCCTCAGAGAACATGGCACTTGCAGGTGGCAGTCGATGCTGTCATGGACTCCGTTTCAGTCAAGACCACTTTCAAGGAACGACTTCAGGAGAAGGGCATCATCTTCCAGTTCATTTTCCGAAGCAGTAAAGGAAAATCAGAACTTGTGCGTAAGTATTTGGGCACGGTAGTAAGCCATCGCGATAACTATTTTGCTGCACTAAATAGCGCAGTCTTCTCCGATGGTTATTCGTCTATATCCCCAAGGGCGATACGTTGCACATGGAACTCTCCACCTATTTCCGCATCAATGCGCGCAACACCGGTCAGTTTGACATTACCCTCATCGTTTGTGATGACGCTGGCTACGTGTCCTACCTCGAAGGATGTACAGCCCCGATGCGCGATGAAAATCAACTCCACGCTGCGATTGTGGAAATCATCGTAGGTGAAGATGCCGAGAAGTGAAAATACTCTACCGTGCAAAACTGGTATCCTGGTGATGCCGAAGGTAAAGGGGTGGTGTGCTCAAATCTCGTCACCAAGCGTGGTCACCTTCGTGGTAAGAATGCTCGACTGTCGTGGACACAAGTTGAGACAGGATCTGCTATTACGTGGAAATATCCCTCTTGTATTCTCGCAGGTGAAGGTTCGCAAGCGAATTCTATTCAGTGGCAGTCACCAACAACTTCCAAGAGGCAGACACAGGAACGAAGATGATTCACCTTGCCCCCAACACCGTTCCACGATCATTTCCAAGGGTATCTCTGCAGGAAAAGAGCCAAAACTCCTATCGTGGATTGGTGCACGCATGGCAAAGAAAGCCCACGGTGCACAACTATTCCTCTTGCGACTCCTGCTGCTCAGTTCCACTTGCGGAATCCACACCTTCCCCTACATCGACGTAGACAACGATGACTCTATTGTAGAGCATGAAGCCACGACTTCGAAGATTTCCGAAGATCAGCTCCTCTACTGTCAGCAACGCGGTATTCCCGTGGAAGACGCTGTCAATCTCATCGTCGGAGGCTATGCCAAGGAAGTCATCAACAAGCTCCCCATGGAGTTCGCGGTCAAAGCCAAAAGCTTCTCGCTGTTCTCTCGAAGGAAGCGTAGGATAATTTCGAATAATTAAATACAGAACTGATAGTTCGTCCCTTCTTCCCACAAAAAGAAGGCGGCTATCCAGTTTGTTGTTTTCGTTGTGTTGCAGCATCTCCTATTGTATTATAAATCTACACTTTGCATGAATGGTTTTGTCAATCAATCCTCTTTGCATGAAATCCTTTGTCGATAAATCCTCTTCACCTAAATCCTCTTTGCAAAAAAAAGTTGCCTTACCCCACTCAGCATCCCCACATTTCACGCCAAAAGCCCTTTTCTATGAAAGAAATCATATTCACCTTCCTCGTCTGCTCACCAGTTTGGTCGCATTTGCGCAACAACCCTCTGGGAAATCGCAACTTCCAGCCGTGATATTACGCAATTTGGAGGAAAAAACGTCAAAACCGACACCCTCTCCAATGCAGGGCATCCCCTCATCATTAGTTTCTTTATGGTGCAAGCCTTGCAATCGTGAACTCTCAGCATCTCGGAAGTTTACGAAGATTGGCAACGTGAGACGGGCGTGCACGTCATCGCTGTCAGCATTGACGAAGGACAAAATACCGAAAAAAGTGCGTCCCTTTGTCGCTAACAGGGTTGGGGTTTTGATGTCTTGCTCGTCCCAGCAGCGGTTCCGCCGTGCCATGGGAGTCAACCTCATTCCCCACGTCCTTGTCCTCGATGGACAGGGCAAAGTTATTACTCTCGCGGTCAGGCTACACCGAAGGTGGAGAAGAACATCTCATCGAAAAGGTGAGAGAACTCGTCAAGCAATAGACACCATCAAAGCATGAAGAAGCCGCTTTTTCCTCCTGTGTGGTTGCGCTTTTCCCTTTTGGGCAAAGGGCAATATCGCGACACCAACCTTTCAGTCGCCATTGAAGGCAGATTCCACACTCACCCCTTCCCAGCCGGTAGAGAAAAGCCTATTATTCATGGTAGTGTGCGTTCCGACCTACTATTCCCTCAAACAGATGCTGTGATAGGGACAGAAGACACCCAGCATGGTCTACTTTCTAACACGGCAGCACAATTTTCCCTCACCTACGATCGTTGGGAAGCAGGTTTGCGCTACGAATATCAGCAACAGCCCCTCCCTGGATTTGAGAAAGACTTCGCAGGTGTGGACTGCCCTATGCTTATCTTCGTGGGCGCATGGGACGTTTTGACGTTACTCTCGGTAGTTATTACGAACAATTTGGCTCTGGCTTCATCTTGCGCACCTACAAGCCCCACTCTTGGCATCGACAGCCACCTTCGTGGCATCCGTGTCGCTGTAGATGCTGGATCTGATGTACAAATAAAAGCCATTGCCGGTCGTCAGCGCCACTATTGGAGCACGAATCCCGCGAATATCTTCGGATTGGATGGCGAATGGACCATCCTCGTCTGTCCTTTTTCCCCTCTTCTCGCCTTATTCTTGGGGCATCTTGGGTGGCAAAACAGGAAAAACAAGACAATCTCAGTCGCATCATCACACAGCCAGGACAAGAATATCCCCTGCGTCAGCAGTTGATTCCAGCCCACTTGGGTACATGCCTGCATCGATGTACGTTTGGCGCTGCATCGGAGTCGTTTCAATGCGCTCGCAGAATATGCCCTCAAGGTCCAGATTCCCACTCTTTCGACAATGGCTATACCTATGGTTTGGAAGCGCATTATTGGTGAGCACTAGCTATGCGCGTCGCGGATTTGTGGCATTGTTTCAGGCGAAACGAGCTGAAAATATGAGTTTCCGCTCCCAGCGCAGTGGCAGTCTTTCGCCCTCCATGCTCAACCACCTTCCGCCTTTCACTCCTCAACCCACCTATGCCCTCACCACCCTCTATCCCTATGCCACGCAGGGTGTGCCTGGCGAATGGGCATTTCAAGGCGAGATTTCACAATCTTCCCAAACGTAGTACTTTAGGGGCAGATATGGCACAGCCCTCAAGGGACATGCTTCGCAAATCTTCGCCCTCAGACTCAATCCTATCGCAGAGCAATACGTAACTAA + ##%$&$$#&#(+0,+'(-*/1$&''/+5-99;:?GED19<79=>B?:@?AB@?=AHA2D>;78968:76867;<;+'598>:A=>7:,*-6050�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fdd1-f26d-418c-beed-ccf33da44a50/1 GACGGTGCCCAAATCATTACTTTCGTGCGGGTCAGAACTTACCGACAATTTCGCTTTACCTTAGGACCGTTATAGTTACGGCCTTGTTTGCACAGAACTCAGTTCTTTATGCTTGCGCTAAACACTCCTCTTAACCTTCCAGCACAGAGCGGAAGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTGATAACAGTTGTGAGCCTGTTCACTGTGACTAGTGATCAGCATACCTTATCTGAGTGCGAAGGCATTTTGCGAGTTCCTTAACGAAGTTCTCGCTCACCTGAGGCTACTCGCCTCGGCCTACCGTCTTCGGTTTGCGGTACGGGTGATATAATTAACGCTAGAAGCTTTTCTCGGCAGTGTGACATCACTAACTTCGCTGCTAGCTTTACTCCCCATCACAGCTCAATGTTAGAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGGCCGAACACTTCAATCATCTGGTTTAGTTCCAGCCTACCGTCCCTCCATCACCTATATCTAGTACAGGAATATCAACCTGGTAATCTTATCGGATGCACCTTTCGGTCTTAGGTCGACTAACCCGGGCGGACGAGCCTTCCCTGAAACCATGGTCTTACGGTGGACAGGATTCTCACCTATCTTTCGCCCTACTCATACCGGCATTCTCACTTCTAGCGCTCCAGCACTCCTCACGGTACACCTTCTTCGCACATAGAACGCTCTGTGTACCTATAAAGGTATCTAAGCGACAATATGTTTTGCAACCCGGTACATTTTCGGCCGCAGGGTCATCCGACTAGTGAGTTTATTACGCACTCTTTGAATGAATGACTTCTTCTAAGCTAACATCTAGTTGTCTGTGTGCAACCCCACATCCTTTTCCACTTAACATATATTTGGGACCTGTGATAGTATTGGGCTGTTTCCCCTTTCGACTGGATCTGCTCTTAGCACTCATGATCAGCCGCGATTATGTCTCGTTGGCATTCGGAGTTGCTCTGAGATTGGTAATCCGGGATGGACCCTCCTTAAACAGTGCTCTACCTCAAGAGACTTAACATCGACGCTAGCCCTAAAGCTATTTCGGAAGAACCAACTATCTCCCAAGTTCGTTTGAATTTCTCCGCTACCCACAAGTCATCTGACACTTTTCAACGTGCCCTGGTTCAGTCTCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTCAGGTCTACATGACATGAGTACTAATGCGCCCTAATAAGACTCGGTTTCCCTACGGCTCCGTCTCTTCA + /+*')2+.068;::87@7%%&'.-)&$,*,4-.#++*351,745<9+)'388'%%)52<923293CBC:IFDD=:FE>;$&''%%%&(&$$$$$($$%(%$$+*##$#$%###$$##&'$%$*&39:5?<5643-**-%%$(((($$&#*&&$$-=;;97:741&)+*.6AB@9)-9557;>:6;22-1-8;1)&,.-'&%(####)%)%)$%&)**%$&$$$&%%%#%'$%%&')'$'&&+%&$$$$('#$%%,$(%)'*%&%&())')/05<;7+))'&)%%&%6.)148;FEFF>?;;>?=@BHB?CA?KD@D=?:DFPHB6;=:B@AAAG@GI>:=CEB?HF>@A>?:,,->BEF@8=;7;*1;=93360/'-(('&(562/)+1'%&$%/311)'$$+%%$$$+*(%&+221.22,%&&&($0$&)::;7:9<;9=BGG@??:7511(')+**$%$%&//&)**$$$*+.11-')0&$$&'&*%#%%%$$$#&$'&((./+''&$()(/0.*'%(''+&('0557,'*')8773'$--&'(%'%&)$'%**-/.+,-++0/9=:)+((/#%12595+('89<7)'('++439:8;6<<0;?9/12586:7=?FNEFI821:E=<77;<@8<=,+%%$&$$'%$**+(+*,,32#%&$%###7832('(31.%(%&%,+%'((+//01/3&)%)%%$')$&+#'),1456.83.&('%&&&*1845=:F8HH:**:,&&'&&'#$''+--15*6<<=686861-.-94<5@:(.@8::;77C>@678((+??A9A@61/296635(&$$+-*%#$&$$%#&(**%(-.$054566,-,(*$&((2&$$-$'.14879?5''''4)%%%&',1568;<7=($/)520-/)',.&)$798('/,-0/31470/433012,.5&&&124.-12)%(9<;:78=<8=60,97<:,6+,(25743338?65<56;?A56:>6DCB4==67957233+)3338(*:9>=84$&-%-+05755/00984>;:07:::84/0,-%140:1%&))-69:=C@ADC8C=;?>.<<<-/-.433/+5:846;>4.$'$$02779(8#$42:15@C1;9=5:=477;;8->9;*43/, @SRR14011045.4233 487f9792-099c-4484-8a1c-bca7c6ef181a/1 AAGCCTTACTTCGTTCAGTTACGTATTGCTGCCAAAATCATTTCTTTAATTTTTCGCGGTATTCCACTTAAACCACCAACTCATTTGACTCGTTCGAAAAATAAACCTGCTTGATTAATTGCTGAGTTAATGTTGAACCACCACAAGGTAGCACCACCCTTAAATTATTAACAAAAGCTCGAACGATAGCCGTCAAATCAACGCCTTTATGTTTATAGAAATCCCTGTCTTCAATAGCGACTGTAGCTTTTTTAACATAGTCGGATATCTCAAATTCTCAACAACTAGCTTATAATCTCCAGAACCTTTATCTTCCCATAAAAGCTCACCGTTACGGTCGTAATACTTAGAAACAGTCGTCTGAACTCGTTTCGCCAATTATATGGTTTGATCTGATTTAGGTCTTTTGAGACGTAAGCAAAAGCAGCAGCAATATATAATTCCGCTAAGAATAATTATTGCGCCTAAGATTTTAGGCCATAAACAAACCTTGTTTTACTACCAATATTTCAAAACTCGTTTTTGGATGCAACCTATAAAAGAATCTCTTCACTGGATCTTTTGGCAAGCTTGCAAGATATTCCGCCCCTTTCGCAGGCCACTAGAATCTTTTTCTCTTTCATTCTATGCGCTAAATTTGTATATAAACCTAGATTATTCTGCCTTTTGAGTGCACTACCTTTCTTCAAGGATGTACGTTTTTTGGTAGAACTCTTTTTTCTTTATTAAGCCTATTTCTTCTATCCATACTGACTACAATTATACCGCACATGCTTATGCATTTCAAGATGCTTTATAACCCCATTTAGTGGAAAAAAAAACACTTTTTATGTTAATATGTATTATATAATCAAGTAATAGGAGACAAATGAAAATTATCAGAAGAACTAAAATGGCGAGGTTTTCTGGAATCAAAACCGCAACTTCAAGGATCCGGAAATTTTAGACGAAAAACTAACAATTTATCTTAGCGCCGACCCTTCTGCAGACAGTCTTCATATTGGCCACTTAAGCGTTTATATGATGGTTCGTCACTTTCTTGATCATGGACATAAGGTAGTTCTCCTTGTTGGTGGTGGAACCGGAATGATTGGCGATATGCGAGACCCCGCAGAAGAACGAGATTTGCTATCCGCCGAAAAAGTTGCAAAAATACTGAAGCATTAAAAAAACAGGTCTCAAAATTATTGCAGGACAAGATTTTGAAGTTGTAAATAATGCAGATTGGCTTTCGAAAATTAGTTAATACCCTTCCTCCGCGATATAGGAAAAAACTTTAATATGGCTGAACTTATTAGCCGTGATTTCTTCAAAAGTCGAATCAATAATGGTAACGGCCTTAGCTTTGCCGAATTCACCACACATTATTACAGGGTTACGATTTTGGTACCTTCTAAGAATAAGGTGTTTCTCTTCAAGTTGGCGGAAGTGACCAATGAGGAAATCTTCTATCTGGGTGAACCTGATTAGAAAAAAGAAGGAACGAGAAGTCTTTGCAATGACTGCTCCTCTCTTAATCAATCGTTCAACGGGGCGAAAATTTGGGAGAAAATCAGAAGGAGGAGCACTCTGGTTGGATTCTTCGAAAACTTCTCCTTTTTAAACTATATCAGTTTTACTAAATTCTGATGACCAAAAGTATTTTCAAATATCTTAAAATCCACCTCACCACTCTAACAAAAGGAAAGATCGAATCAATTGAACAGGACCATCTCAACAACCCCATCTACGGATTGCTCAAAAGGCTTTGCTGCAAAATGTCGTTGAGATTGTTCATGGTAAAGATAATACAAAAAATGTCATATCCGCAACGGAAGTTCTTTTCGGTGGAAAAGAATTTAATTCGTTAACTTCAGAAGAAATAAACGTCCCTTAAAATGAATTACCTTCAGCTACTAAGAACCAAGCTATTACAGATATATTAGTAAATTCCAGAAACAACGAAAAGTAAGGGTGAAGCAAAGAGACTTATTTCAGCAATACGTAACCCC + &$$#$)-0?A?6>FG>9DEB98+==DF?F9<*=?AFFJ=)AHD>BEADBEPPJA=(($&=>6?27.%%(65//*'&)$&**/167@=DDJ<>@=+7@FCC83CCC=>9:=@CB@FHFE@CDE94-?DDLLJEH*22=50,,,'&%(')'',,,,*-33..621$%*$$(>>AFF?'1?D@22IFBH<@:BBCGFCE>D7>?=9@BMK>45((@EEJJ?JMKKCCB?@H>MKELMCF@<7=>96:??FKJOJ>8IIEFBE@DA57@CBA/-3*-5<@:8B=@A>@48D5565CFJKMDFA@88=?0@AMD9P>KL?A>8>C@=%4@C@F>?=JJD>?AD<:ACDA>,,3AEDDB<57@;59;7::4?@<412(%()---++<=5@AFHDC=>>=:CGE>;7748:7>+12232020585426>941<:7*'&%()0&%%$--468<>>FG:D6GHEEBH3A6DA=*+.6>:659B;A?>:;?<&'@=?=?BA>BC<=:9=@?4>@<=:=AHC::3-=E@@;337=B7??B>,+%%1@??@>.29:@:=LCEGFGA1>C?2-)(*,8>92)'*>@>82310+*&1(((223387?HJ?=;;GFF;LNK88=*%*7:9*,?DC/C>EEE?C69'$+))/0099=<=@;=1755:;79FDHD?@A?>C79><+,,15*9;8?@;4;88,,/B>?C9??<#<>@>==?=:94-CDAEE44>=<>BA7342,.,6859>CACD:@BAH9=9=@IBFFFHI8<>AA?<(,=822:?@;9'-//7045450.4./C@06?:KADE@@@MHIB2-<0-6:;70,)>84=>969?@=EB;96/..*28C>E?@?5&'+++/43.=:=;<@39:==>:9@@DE?>>HKMMM>2GD>B3.++;@A:565+>D@,/=;;?C?-366=:9:A:BCCA;99*%*:H?:0-5:=15/26EC>HDBCEDAC*(35@CA@AEA:>A?@A?(9GEGJFGFDA::=><7+.--*,''4.*(((5::=>?;=457444:*-=757?G1;4>@HAHJO9:KKFADB$'0:9:C=DDHHC765-.6>=;:=B>EB>@M=9?9:B9=9<::>=969=<83(++99<76;35;:88;@>328,79;E@?A>@ACFB<<;@9=??8CBDB:=;9<;5'152:ED16*,/3144)(9<<1*,7*0089177))=38<<8792%+7;:D637@A?79II?BF:?<*-.+*%&..&&/=811@@AFBFEDBD@(4;=??8)$$%(%'),.,.16799:974*=EEB7>.,:=>:7?>;BBDA:%0FABHMFF>54EC?=?AGDCCD;DBF0;+/@5-2.0'(*.:<0???C=6;:96456788DC=E?>BHH@9<=<-%%(57?>08:?>@6>=DF=>9;?GC?@?$$'58>@9<;8@CD=88D?ED5@@=7=DA@>*.046>@=;-)38A<<<3395''&>*<>ADD-))(***$&$# @SRR14011045.61774 3a7e513b-3cf3-41a1-83f9-a1c694d033c6/1 TAGGAGTACCTCATCAAATACCTTTTTCTTTTATTATACTCCTTCGAAGCAAGACAAAGTCCCCAGAAGTATAACTTCGAGGACTTTGTTTTTTCAATCTGA + CE;36<<<=?B??GDDD@@<*9>CCAA8DGG@8;<=>:?E88<<.*:;4;AC:;>HE=0C??>.6/622:<=??776),+9:>:BA8/5;;=B;09:@:FDI @SRR14011045.74603 bfd4871b-ab6c-4b05-affd-f552d09564da/1 GTTAAGTGAATAAGGGCGCACGGTGGATGCCTTAGTACTAGGAGCCGAAGAAGGACGGAACTAACACCGATATGCTTTGGGGAGCTGTAAGTAAGCTAAGATCAAAGATTTCCGAATGGGGAACCCAACACCTTTCATAGGGTGTTACCAATGAGTGAATACATAGCTCATTAGGAGGTACACGCAGGGAACTGAAACATCTCATTACCTGCAGGAAGAGAAGAAAAATCGATTCCCTGAGTAGCGGCGAGCGAAGAACGGGAGGAGCCCAAACCAACGAGCTTGCTTGTTGGGGTTGTAGGACTAGAACGTGAGAAGAAATCAAGATAGCAGAAGTGGTCTGGAAAGGCCCATCAAAGAAGGTGACAATCCTGTACGCGACATTTTGATGAACTCTACTAGCATCCTGAGTACGGCGGGGCACGGGAATCCCGTCGGAATCCGCCGGGACCATCTGGCAAGGCCAAATACTACCTAGTGACCGATAGTGAACCAGTACCGTGGGGAAAGGTGAAAAGAACCCCGGGAGGAGTGAAAGAAGTACCTGAAACCGTGTGCTTACAAGTAGTCAGAGCCCGTTAATGGGTGATGGCGTGCCTTTGTAGAATGAACCGGCGAGTTACGTTTACATGCGAGGTTAAG + =>8$(5A=841005)3>/398.2:;=>>+:9A4+272974;=<;155:.65179<<>?GE?ACDAEEBBDHF?=*>A@JGDCI=:;95-14-7@CD<=?ANKDADDF9:7@>GFLCCAC8673@>DCCEB??AA7E@ECC>8:957BB;654??==26879?=?/0260+&&$);?@@@74>BD=64,@<'95??+9;8>@/:;@<>8886/;9:9,,*3;A7=?68&)>E;>ABECD@B=<@@A=9'1;=ABEJ@=587+(*9;8<<:>C>CABEAB:@DGAT>?GE>C>DH:A;8=<:11:5DE;GG967.'&'%-4578AB@AA)><;>995=@CECCB<;988?@CBC<9;4:21:>D7:B>D?;41<=@FCD;;<<;57;9BHCB@99>9A<8>JH>?>=4321:7C@@D9=-CC?68:;0%<===<758?CDBD@ @SRR14011045.68275 b9467116-adce-4cf4-a512-7f95e7dfa5c6/1 AGTGTACTTCGTTCAGTTACGTATTGCTGGACGCTCTTTTTTCTAAGAAAAACGATGCGTGAGTTTTCAAGTAGCGCTGATGGCATTTTTCCAAAAGAGATAGGCGTTTGATGAGATGCCGGCGTTTTTGGCAAGCTGAGCGCCAAGCACGTAGTCATCTAAAAATTCGTTTGGTGCAAGGGTTATTTGCATCTTTGTCCTTTTTGAGAATTTTGCTCATTATAGCCTTTGGTGCCTAAAGACCCAAAGTTATAGTAGGATTTTGCCAAAATTTAAAGGAAGATATGAAAAAACAAATTTCAACAAACGCTCCTGGCGATCGGACCATACTCTCAGGCGATTAGCGCGAATGGATTTTTATTTATCTCAAGGTCAGCTTGGCGTCACAGCAGGTGAGTTTGCAGGTAGCAATGTAGAGGCACAAGCCGAGCAATCACTTACAAATTTACAAAACATTTTGGCTTTGAGCTGGACTTAGTTTTGATAATGTCGTAAAGACTACGATCTTTTTAGCAGATATGGCAGATTTTGCTAAAGTAAATGTCACATACAGCTAAAGTACAAAGAGCCATATCCAGCCAGAAGCACGGTGGCTGTGAAGACTTTGCCAAAAGATGCACTTGTAGAAATTGAGGTTATCGCAGCACAATAATATCACAACCCTATGCCAAATACAATATACAAAGAGGATTAAAATGTCTTAAAATTACGTAAAATTTATTTTACGATAAGGATGAACATGCAAACTCAAGTAGGAGTAATCAAACAAATCCTCGGGCTTAGTAGTAGCTGTAGATCAAAATGGCGTTAGCCGCGTTTTAAAAGTTGGCGACGCTTTATATCTTGGGGAGGTTATAAAGACCTCTTCAGCTTCTTCTAAAGCCGTAGTTTCAATGGAACAATGGCAAAGATGTCACCATCTTGGGTGATGAGTCGTTAAAGCTTGATGAAAATGTAGCCGCAGGGACAAAATTCAAATAAAGTAGCCGATGTTAGTGACTTGCAAAAAGCGTTGTTAAACGGCGAAGATCTAACAAAACTGGAGACTGCCGCTGGTGGTAACCGCAGCCGCAGCTGGTGGTGGAGATGGCGTTAGCCTTGGTGCAGCGTCGTTTGATGGGGGCGGTCACTACTCAAATATCAATGAAAATTTTCGCTCTATAGGCGACCTAAACAGCGCAAAGAGGTGCTGAGAGGATAGGCGGCGTAGCGGCGCGGCCGATAATGCTGGTGGTGACACTGGTTTTGTAGATACTACTATCCCAACAGTAACTCTAGATCCAATTAACAACACTTCAACAGTAGTAACTGGTAAGGTTCCAAACCCGAATCAAATACCACTGTAATTATTTGAGAATTCACAGGTCATACCCCAGTTACAGTTCCAGTAAATCCTGATGGTACATTTTAGTGTTCCTACACCAGATAATAAACCACTAAAACCAGATACTGAGGTAAAAGTTACTCCAAAAGATGATGCAGGCAATGGTACACCAGTTACTACTCCAGTATCAGACGTTATACCGCCACAAGTAGATCTCACCCCAAAGGCTGACGGCACAGTTGATGTAGTGCCTCACGACAATGACGCGACAAAGGTTGAGAATTTCATACACAGATAATGGGTGGCAACACGCAAACTATAACCGTGGTCAAAAACCCAAGCGCCGGCTGGGTCGTAGATAACACATCTGGCAAGACGACAGCTCCAACAGGTGCTTTCAAGCGATCCACATGATGGCAAAGGTCACTATCAGCGACAATGCGACAAGGAGCAACACTCCAGTGATCACAAAGGCCCTGCACTGATGGCGCTGGCAACACAGCCACAGGCGAGACTACTGCTCCAGATAAATTTACTATCAATTCCCAATGATGATGCAGATGGCAATGGCACTATCACAGAGGCGAGAACTATGCCGAGGGTGGCGCAAAAGCTACTGCAACTATCAACATACCAAACCTTGCAAAGGACAGCAGCAAGATACATGTCATAGGCACTGGCATAAATGACTATTACACAGTTCATAAAAAGATGCTAGTGGCAATATTACAAGCGTTGTAGATACAAAAGGCAACAATGCATTTAGGCAGCGATAATGGCATAAAGGTTAGCTACGACTATAACCACTATCAAACAGCCCTCGGAAATGCAGCTAGTATCACAGCTGAGCTAGAAGGCACAACTCTTAAAGCTACTTCAAGTGTTAAATTGAAAATGTCAAAATGGCTGACGTTAGATTTGTAGAGCTTGATAAGAATGGTAATGTTTTAAGCGATATGAAAACTGGCAATATAGATACTACTAGGAGGTATAATAGAGCCACGGCTGCATGATGGTGACATAAACCACACCACAGCTCGTATATCATTACCTGACAATATCCAAGATGGCGACGTTATAACTTAAGCGTAAAATATGGTTTTGGACCTAATTTGCTGCATCTTTAGCTGCAACAGGTGGCAAGATACGACTGCTTATAAGTATTTCTTAGTTCATAAAGCAGCTGATGGCTCTATGACGGTTGATCAGATCTTCAGAAGAGACTGATAAGACACCTATAAAATCAGGTCTTACATCTACAAATGGCGCTGGCGAGAAAATTTGGTATAGATAATCACGATATGCCAACAGCCAACTATGATCATACACATTCACGTGGTATAGAAGTAAAAATAACAGGCGAAGATGATTCGAGTATGGGTATGAATTACAGGTATATAAGTAGAGAAAGCATGCAAGCCCCAACTGTTATGTTTGTAGAAGGCAGCAAAGATGTTGATCCAGCTGTAGTAGGCAATGGTGGACCTGGATCTATTGGCATGAAAATGGAATATGCTGGACTAGATGGTGATATACACCACACAACAGCACGTATCAAGCTACCAAGTATCTTCTCAGATGGCGATAAACTAACAGTTGCTATAACTGACTATAACAAGAGCCCCATGCAGATACTGGCGTGATAAAATATCCAGATGATAATCCAGCTCCAACTGCTGTAAAGACATTTGTTATCCACAAAGCGGCTGATGGCTGTGACATTTGACGAGGTTGATGCAAGCGGTAATGTCGCCATGCAGGTATCCCATCAGTAAATAACAGTGCTATATGTATCTGAAATAACTCTATATAGTAGAGATGAAGCTGGTTTGTTCACGCAACTCGTGTTGATGCGACCATCACAGATCATCTTAACCTAAATGGCAATGATAGCGCAAGCATTGCAAATTATGTCTTCCGTGAGACTGTAAATGTTAAAGATGTTACTATCACAACCATACATGATGATTTTGGTAGCACCAACAGGCGACATATCAAAAGGTGGAAAAACAGATGATAAAACTCCAGAGTTGATAGGCAAAGCAGATAAAATTTGCTACGATCAAGGAATTGCGATGCGTACACACTCTTTAAAGATGCAACTACAGCTGACAAAGATGGTAACTGGAGCTTTACACCTAGCACCCCACTAAATGACGGCGAGCATAAAATTACAGCCAAAAATAACTTATCGGTGGCTCTAGCAAGACAAGTGGCGAGTATGCAATAGATATAGATACTCATGTGAGTATCACACTAGAAAGTGTTGATCTTGTTGCAGATAGTAGTAGCTTACCAGGTGCAGGAACTATGCCATTGCCGGTAAGAAGAGAATTTAACAGGTGGAAAAATGCCTCTTAGTGACCACAATGATATTCTTAATGTTAGTGGTAATGTTACAGGTGGCGCTGAAATACTAGCTGGTAAAGGAAATGATAAGATAAGTATAGGAGGATACTTAGGAGGTATTCTGAACAATAAAGGTATCATTAATCTAGGTGAAAGTGATGCCAAACTAACTAAAACTGTTCGTATCTCAGTTAGCTCAGATGAAGACAATAGAAGATTTATCATCAAAGATGCAAATGACCATGAGATAGGTAGAGCTACTACTGATGCTAATGGAAGTTGATGGGAAGGTAAATTTAACAAGAACTATTAGCCCTAATGAAAAAATAAGTGTCGAGATAAGCGATACTGTTGGCAACACAGCTTCAGATAGTAAAGTAGCTAGCCATATAGTTAATAGCAATGGAGCTCGCTATTATAACAATGAACTAGGAATAGGCACGGATGTTGATACTGGAACCATTATAGGTGGTAGCAGCAATGACAAGGTAGTAGTCGGAACCCGCAAACCACGGTAGTCGTTATGTCACTGATGGATCTGAGATTAACCTAGGTGATGGGGACAATTATTTAGAGTGTTTATTCAAATATATCTGACTCTAAAGTTCAAATGGTGCAGTGGTGATGATATAGTTAAAACCGGCTTTGACGAGGCTGAATAATAGAATTTACCAATGGAGATGGTTATATAACAAACCGATATTAGTGATCTAGGTGATGGTAATAATAAGCTTGATGTTGGAACTAATATCGATAACTCTAAAGTCACAACTGGAAGTGGCGATGACAATGTAGAAGTAAGAGGTTATATATGGAATGCTAGCGGTAAGATCGCAGGAACAAATGAAGAATATGGTGTATATCTGGGTGACGGAAATAATAAACTAAAAGTTGGCACAAACATAGATAACTCGAAAGTCACAACTGGAAGTGGCGATGATGTTATAGAAGCTGGAGGCTATGTCATAAATTAAGATAAATTGCAGAGTGATGGTAATGATACTATAACAGTTGGCTGGATCAAAGGCAATAACAACGACATCAACGGTGAAATACTGGCTGACAAACTAGCTATCACTAATCCAGGAACATCTATAAATTTAGATAGTATTGCAAGCCAAGCACACAACTTTGAAGAGCTTAATATCTCTAACAAAGAGCCAAAATACTATTTGAAGCGTAAAACTAAGTGATGTTATAAGCTTAACAGATGGTGATAATACTCTAAAAATAACGGCTGATGCTGGAGATAAAGTAAGATTAAAGATACTGGTTGGCAAAGGTTGCATCAACTGACGGCTATACCGCATATACAAATGATACTAGCGGAACAACTGTTACTGTTGAGATCCGGAACAGTAACACAGCCTATGTAATCATAGAATTAAAATTGCTATCAAAGTGGCGGCGTTAAATCAAACGGAGAGCAAGGAAGCTTATGTATCAGAAATAAAATTTAATTTGTAAAATATTTTGCAATTATTTCAACTACCTTTAAGCATCCCTCATATATAATTCCAGCTCACGAAACGAGAAACCACCTTTAACTTCAACGTTAATAAAGCCTTTTTCTTATCGTTGTTCTTTTAACTCACAATTGTTAAACTATTAGTCAATCTTTGAAATCTAAACAAGTGATCGATTGAGCCAGTCTATTATGATTAAATAATAGATTAGACAAACTAATATAAAAACTAAAAGTTTTTTGATTAAAACTTCATAATAAAAATCCTATCTATTAGATAGGTAATTAATATGGAGAGTTTGATGCAGCTGAAGTGAACGCTGGCGGCGTCACCTAATACATGCAGAGTGAACGGACGGTAAAGAGCTTGCTCTTATGAGTTAGTGGCGCACGGGTGAGTAATGTATAGCTAATCTGCCCTACACACTAGAGGACAACAGTTGGAAACGACTGCTAATACTCTATACTCCTATCTAACATAAGTTAGATAGGGAAAGTTCTTCGGTGTAGGATGAGGCTATATTGTATCAGCTAGTTGGTGAGGTAATGGCTGCACCAAGGCTATGACATAACTGGTCTGAGGATGATCAGTCACACTGGAACTGAGACACGGTCAGACTCCTACGGGAGGCAGCAGTAAGGGTATTGCTCAATGGGGAAACCCTGAAGCAGCAACGCCGCGTGGAGGATGACGCACTTTTCGGAGCGTAAACTCCTTTTGTTAGGGAAAGAGGCATGAAGCGAAATACCTAACGAATAAGCACCGGCTAACTCCGTGCCAGCAGCCGCGGTAATACGGAGGGTGCAAGCGTTACTCGGAATCACTGGGCGTAAAGGACGCGTAGGCGGATTATCAAGTCTCTTGTGAAATCCTGTAATAACATAGAACTGCTTGGGAAACTGATAATCTAGAGTGAGGGAGAGGCAGATGGAATTGGTGGTGTAAGGGGTAAAATCCGTAGAGATCACCAGGAATAATACCCATTGCGAAGGCGATCTGCTGGAACTCAACTGACGCTAATGCGTGAAAGCGTGGGGAGCAAACAGGATTAGATACCACGGTAGTCCATACAAACGATGTATACTAGTTGTTGCTAAGCTATTAGCGGTAATGCACCTAACGGTTAAGTATACCGCACGGGGAAGTACGGTCGCAAGATTAAAACTCAAAAGGAATAGACAGGGACCGCACAAGCGTTGAGCATAGTTTTAATTCGAAGATATGAAGAACTGCAGGACTTGATATCTAACAATCATCAGAATGAAAGTCATCTGCTTGCGAAATGTTAAGACGAGTGCTGCACGGCTATCAATCAGCTCGTGTCGTGGATGTTGGTTAGTCCTGCCGAGCACCTTCCACGTCGTAGTTGCCCCAACAGTTCGGCTGACGCCTCTAATGGGGCCCTGCCTTCGTAAGGAGGAGGAAGGTGTGGACGACGTCAAGTCATCATGGCCCCATATATTCAGGGCCGACACACATTCAATGGCACATATACGTGAAGCAATATCCCCCAGGACTGGAGCAAATCCACAAGCCTTCCCAAGTTCAGGTTGATCTTGCTCATCCAACGTAAAATCGCTGTCTGAATCTTTAAGGCCGTTCCATTCTCTACCACCATCCCCGCGGAGGTTGATTCACAAGCATTAATTATTCTGCGGAAGATCTTATTGGTATCAACCGTACTTTTGGCCAGAAAACCCGTTGAGTCTCTCTGAAATGCCTCAAGGTCTTCTGGATGTCGGAAAGTTATTATCGTCTCCCGCTGGTTTCCGAAGGTGTGTTGATTCTGGAATACAAATCAACAGTTGGTCTTTTGTTGCGGGTAGTTCTAAGGTTCAAATCTTATAACTTTGGGCGAAATTTGATTGATTAAACAACCCGGGCGCTCTGCTGCACAGAGGTCGGGACAGTCTATTCATAAAGCTGTTATTACGTCTTGCCATTTTACCGTTCCCATTATATTAATCACTATTGGTTCCCACAGTTTAATAACATAACAGGGTTAAAGGTTGTAACCACCCGGTCCGGCATTATTTATTAAATAATGTTAACGTTTACCTTTGTTTGATTACCACATGCCATATTGGTTTAACTATTATATTGCCCATTAAACATTCTTATTCACCGAAA + *&5+319=E>AAC0.<8:<;<@@@?;=?C;A<=?CB@GE@ABEFCECB;<9:98;GHEA;1CDD=?A@DEAEKK9;0:8>43/+57>F@@D>>CD8?AA8A:96521.)($**,.4:<;DAEH.>C??>@HIHK>?=?@B=7**)$$$%'').436)5646118::<562((()'(&43-/23-.35>?>CELKGA2>:3249<*--57-*(2453((*.24=:9;>BA775;BAEA@>2788CA>6$/68<9;8887+,*)+'%'-).,-/922:9<@;>A>=CE=CB?B8<=B;89;189==?;ABC=444/))))'+-834-72223<;=:0/-./)(%&&,:::;ADAA=?C>=><988;D>:FIGEA=?=CB9AB:@B<::<:@A?:<<::4..7:??>GC>79*''%'(*()('368985336697A=GC'%%)'(76:@37>AC@>>;<6.7),5B?DIG@>@:FGHEEB:=@?C>?:.,1+-,+3:5@BB@<://+)&$#$)*&0679::7;?@@CB9:;;0),/0.?=>?A@>:),FKRKJIA;???A84=?I@><?899&:8(('%$$.,,4688698=>;:FD@>=888=?::ACB.;=9(479DA@@A9/:<::<:??:>FGADDCHAA31/8<27=GDA?D<6349B<98>?>?;=?<>=6:=>;.65%%%&&&&+)&&$%#&.6789689:554:>>=A;;.C=>8566=??@@@6?8<=8=27*((())9;>?B@@6>;>8:8/-9:98;795205:IJGFMMH5ED@9;9??===;9>78.//*224;5%5;<>?@DCBBC:<87;@=8=@=:=16AA@674,197:+/147FCCA?>C=AA9<7>==9)3((?C>9@;@:@@<8;5:=BD:69>9:>5668;;BB@B$++*234678881>1=BA;<;;6(8,9>B:AAA:;@G=?DF;9;.00=<935069454$'=?B@A0))+:5*).(%'-''&1**2/88AA699;=@?.*<CG8<AGI?7=EB@B99==?????><8/4?0=95:8C?235;'(7$533521,/029;>;??B@@>===:9::::@?57>?=@3?EEB>=BCD>HFDHHIG?DA@A@;>;<7;>;?<>;@7;65:79+..7=B>==210/$&.0/>>>BCBBDE>==;:923;;:44)(.//1/+11,$$',*256)38DD=>9ABB<>;4=D@BDB<489)9%'%%;8:?''?<:06>B;=@355232).+8-056686-(%)'3667532))&(-.//:6;:0%*#&%%%346<=>@@A@BD>DCF@@DEAB?DH;=335:(==?8C@<:57?B%*49:;5:916:44A@4<><867544751($&%&.3=?9:@??'>;<8;6@=67?B(721/;;900085:<:8:**-/:;;<<=;$$3??<98783354/2=A>ABC?@?9;GCA@@@IEHCNRB:5:@<>BDEED?@?B,%%''('1128GHD89;=>>9./162''(6',34)19@BA:7=9:>=J<<;>?66=84:6?=789E>DCED@:<=;9>0<.02=79693./))+378914-9@>>09>97;;),,,/9783,(0...45EEE=EB@D;:EGGCEGHEEE@8:>DG>(;?B@@C;D?A:??<>D@AC;:6<@B=9<=?9<><955@A88&;9;>;79762-*13&:85;GGE<:=;946;>IKC@AC@@7=<7?CD?;8'&&'&&&-5::><+GD<>ABD@;:<7894&&''/<>?<C?A=:3CCC;>69=<>=@CCHHIA@D>BEA??BB<@ACCED=HADDC@;99<>A@AA,**:9-7;07463-13;<@>??FE9>@C@BFIEDEDC2@B<=A9EFGMKG5:@EKKBCD?;>?B>8,'($%*,))+2556A866;63)-2029<>B@+30)56=9?A@B???B:::7*3)6>9?BD@56:A>1998>@AFB=AC?=@8<;3>6+?@==<<9238;>>?6;>?A3+*)&$$$(+044374=B?/@D@<@CD@BD=ACD::60/)@>DLE>=;;@A=<:97824+%#&$,/011614,467>67=449=CDD<6A=:<;'++/264;;==A=;?@@A@CBADBC>7B>8B@FG@9<;;CB>=A??AB*'*A9:?;=>@BA===6.<@<:B@A5A@2<>BC=FII:JHAFAC@CDC@6:?GOJGHFQM?A=DIC>?;@E/198;1<:;;;956$'%***)469;@ACDG853360-&&)9;??@==:=>>=AEC@?ADA;>7;<>@?E>?C@GKA=66>>=,<377=655(%"%&<::;9569>;:-,38==<;=6;>@0.-2786.%,.&&'05100/0A@=542234456666/..*))+,*+&$$#(22239;8;BGJKEG/>AFHC9<>=>4;ACB?@8<:8:CGC?BG=>*4@56?H8B@>;:<8:526;9;@H@9743533>=>@=GFCCDDAH@CCB@B6:9880$$$$(8::5)*3443=7>A87:E?A:<7:=98?@CA33**+&%&*16=>ACBADFD=@1,*''*'&:;<;7<9:C=?AACDBC:'9>879F@EFB3/(&=::;<8?;2<:7C<>>AA>>A@;@=??=0?CB@?@=<978@;77(87:?;'-)-)(()+--,.%$%*)$'*&'*546/***)'.'6?=.2:/+)%6;<=GGC9<@02472:<:=87BGGCE?DD;@A8?CIDG><9)?@>;?<=58<>A;D>>9BB;?=@@A=AB??:BC;9/13232'/))1131/.<<<=@41110'+.=;=8/...4>;<:98B=???AE?KHBBC?DB=:@@<>B>DA>>D@1>515=@?>>?4436;>A:;>@@B78<$*6;*$//%)$('')2458@ADCBBMDCD95989?@@DC>E@A;:);BCFFFB?=E:=DHJB@CC?=A@B?;=BA<@=?5-/24154:;C@?<<@>755:;;>>>:8)&,).-(==?DCDD:9HA>:?@8=>9<:?;;>'%''&(15)552')*6:8?ADFFF;=1197397;:?=>A:6BFFH@9AA>ELLEC<>>CB:9ACB?H@>@AB7?>CHIABFIKG??D??3..5(&'--4-+;ABF@?@;:B=BAMCCFC=GAD<859<949880,+/>=?AA79FB:DCC=CA?DGGFEA@DGA?@@CPI>C825-9=6,,66B?AD<;>?@;;GGDA?=@>?FFDBJAIC@8-48BHF:9838<>>89?C<84=99686038@63@?A@B@HJGGGE@C??=?01;>>533204:@=;=44;23*&..;''0&%$(->?ABBABDA==9'/1220$*$%.55=<45>:1)$)$)B*;C@?@99.<>8BEB=;27&')'%)025%6--%2/$-32038:)9;D?AB?;>?>?:73'%#'&$%&(+%$&$$&%$*+569:DBAGGBESNENKHJH;:AD>@FB:9:4-+9:+@C5=GELKBCGMKEGCBHCA=>?A>@?F=G(*199:8::AA=>DE@B@;=9;=?8:><:64@?@B;.+-78:;HD9@:@FCC=DD?=<@C?CD321(%')77@@BBD746..-,(+;:533''++%.6557G>?BBBBB<6<63FHA88C<:BAC?CDDGH@=D@GJDED=857*$$$%('*01-)032<=;;;=99???@??:@?AA6176825?B8B@<:4--/578@?<;>==>8==9&599:6>99<>EF?BDB@DA89966356(:@=H<>@A.A?@;??DG:EIDGEC6?BDLMDB>@>A=B=FKJC>8A@998:>=?<BCJJABBA?5((+,--.0)5?>><><:7+*-1431)09:8.0.-&$&35'%8=AB7:BCDEE==G7)(&%&$$'//1120029?EEJJH?DCBC9>;AGHHIBJF>>879:@<>@@,86/??>AAA?;>BAB1>6??:7:,86661$0.2&2888FDB@@BLF@CFEFBGIJIEIH==;457958212CJID??7@CEFBCB<157;=>J@AGKPK?@GBDDH@IHB><9-.)+0898:4>>?>=AB@@AA@A?GIIELMI??>=8@CCBA>:;<@IHHGGHGD9B?IHHF98B?@8A9=9889446;9==??=;311<=A:60/2<=9(((&%'$$$%*,/67<><>A?E<=5:99975;=;??9/0*+()+(,)&)++,68<<58=@?98::;@@7CH;<>>>>/>::45???:<8@BADFFCCB>EFC<@?ABC;86>>?B*)(388<:;A66>6)::7@B>.-.40+498;;;:;=@?697<8:78:::8CCE44?;65<===<9@C<>A>@A9?A<::DB9:8:/:;:898.@@A-1&659;AB.386+$'%$%$$&$()/49=GF:9@?=;884;?;7;@?:A<;73%&73((*85645'6>>AEFEAE@EB9?7;<;>@<67<8@@>:DGB55=486?@B;;AABBA9;F:>@@>:8@CBD=:?BC68:CD<@B;.(03?6-<@?>;:>)168<747***&6,,16<==@:?><@>ACHEDLGFE+**&$&%%'/5>?@>D=:<=>F?@ACCIEEEF8DCA@=?AC5<;;:<>>4:8*&&%&()1:7(('$-)(+,,'*+688**-6845.,/4122)(+,-,-($'49GG@A@C<@;@=?=C::E>7:68>>=<821(&&*+*'&0++88))*&'/1127:AB9=95//./78%'679=@AC==0*8><3,2&*'.($#%%$%&27*-67870&%'&13+'')&(13269:.7.+,-'*,1)+)'3275;8<459>:==<:8366A>;>;(,%><=:5<)&*,9*86/7;<79*&&$'1&&%$$#)/62/29275/6//./$&/13*+.&%$(+,0,.8555===<4235+.+)%$&%%$&$$+*))%%&..'(##&$(''496;<<89:65%$+916=9>;9'&#%%))$$.+(%..*$$%)(&%%&%$%*($&2'&(+/(&%$$..&&&+++(+,%+*(&#$$)/:--+++&&034861)))(,-,,++--*$')'(+'&&&#&**),48:9404*44B8<>976=2-259.1,2+/0)+024+6,%$,,-+&*$&*,%%(&#''&$&**,(+#%$$&&((+''(&'$%%$#$$$&%&&'*$$$*)&',&%')##%%(%&)*,'/0.$'%&%''('''&$%%*,'%)*''((**$#$$*)$,-+#$$%#%%&%&&$#%#'&$%')-)&%$%&$$#%*,/$)$#%$$%$#$$#%%&*%%%%$&&(&&(''$$+*%#'%&#%%'&%&%)%$%&$##&&%$#&&'%##"$#%#%$%$$#%#$####$$#%%%&%&('$$%'$#$&$$/(,,'.%$)'$$$'''%$%%$*$&'&$#*11)-.++,)%)#&$$*$%%&-)$$$$$#&'*)/.('#%$(#&#$$%(%#%'#$$''%$$%$%&)'&#&%&$$&(,,$$$%%&'$#$&&%$#%&%$$%'+%+*$&'*,&&#'&&$(((#$$$%&%$%''%#'''&$,$&$&$%#&&%')*&&,$#$%&%%%&%$%&$'##%$##%&,*&$((%%$'(%#$&$%&$$&#&%,($%#%$$$$$$%#%&%%%%&$#$%$$$$$',+$$$$#%$&).#$$##$&(,*%&$$#%#''&$$%*+%('(%,.*)'%$&#%#$%%#%+-)#$$&$%%&'')*+++$$$%$"##%%$$%%&###$$#&#%$%%#&#$%#%$$###%$%$'$%%&$(&(&$#%#%$#%#&%%##$#$$$%$&$#$$#%#%#$$&'$ @SRR14011045.61981 e756ecd3-a20b-47ca-9aea-a6c393c2cc3a/1 TTATCGCTTTGGTCAAGTTACGTATTGCTTTGAATTTTTTTCATCAATCGAAACATAACGTACCGCCAATAACCTCAACTTCATACCCGACTTTCACCTCTTCCACAAACGCTTTGTTGAATAATTTCCACAATGCGTTTGATAAAATTGCAATTCTCATTATTGTTTTCTCCCATCTGTTTATTCTTCATCAAGATTAATTTTTCTGCACGAATCAACCAAAGCATTATTTTTAATCAAAAACGCTCAGCCAATCAGCATTTTCATTTCATTTTCGAACGATTATCTAGTCCAAATAATGCTTCAAATCTTTCGCCCTCAATCAAAATTCCAAATTTAGCAAAAAAGCGCTTTTTCACCTTTCTTGGGTATTTTCCAAGGCATTTCAAAACGCCGCCTAAAATCTCCGCTGTTCAAAAAATGAGTTTTTTCATCATAAATACAAATAAAACTAAAATACCATCTTTCCAAAATATTTTTCTTTTGAACAACTCCCAAGAAAAACTCTGCATCGTTACCGCGTCGTTGCTTCAAGATTTTCTATAAACATCAGTAAAAAATCACCTCTTCAAAAGTTCAAAAATCACTTTTTCTTCCAGTGAAAGAATCTTCAACCAATACATGGCA + &'$%%#%%(%$$'$%)(68795:423&001/%$)4;<<6512232**12*82/1493/-$,$')%$%%$%2,2475;<;>;603(35*+)(*,,,%()*%*2'&%$#)%*%&&.&',6145*32+0&$%#'')%#&%-0&212/1444767=<<==>>>LMK=@B==5547987%&%+342$6<<@GIKTQIJKKGHIEF:7??>??9+-.00-(%)'&(88971-*&$%&'%$&')*),042,.,%&)(&##&(&&&*))%$$#$&&(//**,&&&#$%%((&)+))'###($&0110,'%%%$$(-'&#$'+(%&.1,'&*-+&%&$(+/&())#&'*3-,+1(&%&$$$$&%$(%'&,-,('$%)4;77/%,5#$&*-+)/1%''#$#&$$,*#$%&%&(*03:9.-)&%'+'))**$%%)0.+-'**%%%&&,/(15.)'11'&'&&&*,%**6784.1+)'$#((.6,$1,..%%#''%%(&%#%$$%$$$ @SRR14011045.33336 d55e0465-c0ba-4737-bde9-47f08a727358/1 AGTATTACTTCGTTCAGTTACGTATTGCTTATCATTGGGTCCAAGGGGACCTCCAAGAGGTGGAGAACACCCATAGCTACTGGGATAGACAAGATATTGTAGATAAAGGCCCAAAAGAGGTTCTCTTTAATCGTTGTGATAGTCGCCTGACTAATTTTCAGAGCCTTAACGACATCCATGAGGTTAGGTTTCATAAGGACCATATCGGCACTTTCCATAGCAATATCTGTCCCTGATCCCATAGCAATACCGATATCGGCAGTCGCAAGGGCTGGGGCATCATTGATACCATCACCAATCATGATGACTGATTTCCTTCTGCCTGAAGGTCGCTAATCACCCTAGATTTCTCTTGCGGAAGCCTTGACTGATAACACGTTTGATGCCAACCTTTTGAGCAGTAGCTTGACTGTTTGGTCATTATCTAGTCAACATGATGACTTCCTTGCCCATTTGATGAAGAGCTGCCCCATATCTACTTTGTCTTCTTTAACCTGATCAACTACACCAAAGAGTCCGATTAACTTACCATCTTCAGCTAGGAAAATAGGAGTTTGACCATCGGCCGTCAAGCTTTGAAATCAGCTTGTGCTGAAGTCAAGTCGACTTTTTCCTCTGTCATAAGGGTTTGATTTCCAGCTAAATAAGTCTTGCCTGCATAGCTGGCAGTAAGACCTCGCCCAGTCAAACTTGAAAAGTTATCCATCTCTAACAAGTCCAAGTTAGCATTTTCTGCTGCCACAGGATAAAGCTTGACCTAAGGGGTGTTCAGACTTAGCTTCAAAGGATGCAAAAGCTGTAAGGCTGCTCCACTATTGCCATAGGTATAGCTAGAAACCAACTGAGGTTTACCCTGAGTAATGGTTCCTGTCTTGTCAAAAACGAGGACATCAGCCTTGTGAGCTAGCTCGAGCACATCCCCACGCTTATAGAGAATACCGTGTTCAGCACCAAGCCCTGTCCCAACCATGATGGCTGTCGGTGTCGCAAGTCCCAAAGCACATGGACAAGCAGTGACCCAAGACACTAACTGCTACAGTCATGGCAAAAAGTAAAGGTTTGTCCCATGACAAAGTACCAGAAGAGACCTGATACAAGGGCGATAGCCATGACAACAGAACAAAGACCGCTGATACTTGATCGGCAATCTTGGCAATGCCTTGGTTTGTTGGGCACTCTTCAACTAATTTGATGATTTGGGAAAGCAAGGTGTCTTTACCAATCTTTTCAACCTCATAAATCAAGCTACCTTGACCATTAATAGAGCCACCAAAAAACTGGCTTACCCGCAGTTTTTTCAATAGGAAGGGACTCACCTGTTAGCATGCTCTCATCAATCGCAGAGCTACCAGAAATTACCTGACCATCCACAGCTATCTTTTCCTCCAGGTTTGACCACAATATGGTCACCCAGAACAACCTTATCCACAGGAGTTTGACTTCTTTACCATCTCTAAGGACGGTTGCCTCTTGGCTGACAAGTGCATGAGTTTCTTGATAGCATCTGAAGTCCGACCTTTAGAGGTTTCAAAATACTTACCTAGAGTAATCAAGGTCAAAATAACAGCCACTGACTCGAAATAAAGCTGGTGGGCGTGATGGAGGCATGCCCCAATGAAATATGGTAAGTACCATAGAGACTATAAAGAAAGGCTGCCGATGTTGCCAAGGCTACCAAGGCATCCATGTTAGGATGACCCTTGGCCAAAGTACAGAAAACCATTACTATATAGAAGGAACGGCCCAACCACATGACTGGAACTGTCAAAACTAGCAGCACCAAGGCATAAGTCAAGGCTGCATGGTGAGGAGACAAGAAGTTTGGCACAGGTAGACCGATCATTGGCCCCATAGCTAGATAAAAGAGAGGAATGGTGAAGACCGATGACCAAATGAGGCGCTCACGCACCTTGTGAATCTTGTCTTCTTCACGCTCTTCCTGGCTTTTGGCTGTGTCTGGATTGTAGACTTCAGCCTCATAACCAGCGTCAGCCACAGCTTTTTCAATACAGCTTCTGGACTAACCTTATCCCCAGCGTAATCCACAGACATTTTTCGGTGGTTAGGTTAACCACAGCCTTGTCCCACGCCATCCAACTTATTAACAGCATTTTCAACATTGGCTACACACAGGATGCACAGGTCATCCCATTAGCCACAAAGGTTTCTTTTACCATTTCCTATACCACCTCCATATGATGCCCACAGCGCACGTGGCCAGGCACACAGTCACAAACCACCTGATCCACAGGTTCTTTTGCTGCAAGCAAGGCCTGTAACTTATCCACATCGGCTTGGGTCATCGGCGTCTTTGCCATGAGTTGACCCAACAAATCGCTATGTTTAGTCAAACAAATCTTGTCAAAAACAGCTTCTAAAGCCTGAAAATTCGCCTCATCTTCCCCAAGCTAGCTTGATAGATAAACCCTCGTCCTTGACGCTGAGCTGGTTAGATAACCCTTGTCTGCCAAACGTTAATCAAGGTCTTAACTGTCGAAGCCGACCAGTCTAGCTTCTTAGATAAATTGCTATAATCTCTGAAGAAGTCGCTTGCCCCTTAGCCCAGAGCACTCGCATGACTTCCCATTCCGCAGATGAAATTGTCAGCATGATAGTTCCTTTCTAAATGTTATTATTTGTTTACGTTTGTAGATTTATTTTAACGCTGCCATGAGGATATGTCAAAGGTTTTATTTACATTGTAGATTTATCGCGAAAAAATAAGCACCTCTAAGGTGCTTTACACTTCTAGATAAGATTGAGTTGACGAGGCTACGTCCAAATCCCCTGCCTTCAACATACAAGGAATTTAAACATGCCTGGATGATGTAAATAACAGCCAAACAAATAATCATAAAGATTATTGCTAGAGCTTTTTTATTTTTGATACAAAGAATGAAAAAATATGATCAATCATGTTCTGTGATGCCTTCTCTCCCTTTCTTTTTAGTTATAAAATCATTCTATAGTTTCCAAAAAAGAAAAAAATAGTGACATAGATGTCACTAAAAGAGCTTATTCATTCAATACGAAGATTTATAACCCTCAGCTTAATCCCTTGTAGAGGTACAAGGCACCAACCAGAAGGAAAATCAGTGCATAGTGATTCTCTCCACGATAGAAAAATAGTAGGCTCCTATTAAGAAACTGACACCTATTACCCTCAATGATACTTTCATTTGTCTACCTTCTTTTTATAAGTGAGATGAAAATAAAAACCAGAGATAGAATTTAATTCGCCACTATTCACCCATAGTATAATGGAAACTAAGAAAATCAAATCATCCCCAAGAATGATTTTGATAAAAAAACACTCCCCCCATTTCTGGAGAGCATCGTCTTCTATTTTTCAAAATGTGAACCGAATGTAACAATTCAGCGTCTTCTTCCTTACCGTCGTGGAGGTCACGGACGATTTTGATCCTACGATAACACCGTCTGATACAGCGTTAAAGCGTTTGATGTCGTCCTCTGTTGACCTACCAAAACCTGTGAGAACTGGAATGTCTGCATGGGCAGTCAAGTTAGCCAAGTGTTTGTCAAGGTCATCACGGTAATTACCAGTCTTACCTGTAACACCATTGATGGCAACGGCGTCGAGATAAAGCCTTCTGCACCATCAATCAACTGTTTCTGACGGTCAATACCTGTAGTCAAGCTCACCAGAGGCACGAGAGCAATATCACTGTCTTTCAAATAAGAGGTGATAAAGTTAGCGTGTTCATCTGGCAAATCAGGAATAATGAGCCCCTTGACAGATGTCTCAGCTAGATCCTTAACAAAGGCCTCAATACCATATTGATAAACTGGGTTGATGTAGGTCATGATAACCAAAGGCACCTGTGTTTTTTTGTTCTTGAAGCTTCTTGATAATAGCTGTCAAAGTCACATCTTTAGCCAAACTACGTTGTCCTGCTAGTTCAATAACGGGGCCGTCAGCCACTGGGTCAGACCATGGAATACCCACCTCAATAGCTGAGACACCACTATTTTCCAAGAGAGCAATAGTCTCAAAGAGTCCGTCTAGGCCTTTAGCGTGGTCACCGCCATGATATAAGGTACGAAAATACTGTTTACTGTCTTTGATAGCTTGTAGGTGTTTTGTTAGTGTTTTTGTCATGGTTTGTTCCCTTCTGCTTCAGCTTCGAAACGTTCTTTAACCTGCATAACGTCCTTGTCCCCACGACCTGAGAGGCAGACGATGAGACTTTTGGTCTGGCGACATCTTAGCTGCCACTTTTTGCGCAAGGGGGCAATGGCATGGCTAGACTCAAGAGCTGGGATAATACCTTCCAAACGTGACAGAGAAGTTTGAAACCTTCGAGAGCTTCTTCATCTGTAATAGAGTCGTAAGTCGCACGGCCAATTTCGTTGAAATAACAGTGCTCAGGACCAACCCCTGGATGGTCAGACCAGCTGAGATAGAGAAGGCTTCCATGATTTGACCATGAGCATCTTGGAGGACATCCATAAGCGCTCCATGAAGAATACCTGGACGACCTTTGGCAAGGTTGCAGCATGTTTTTCAGTATCAAGCCCAAACCAGAAGCCTCAGCACCATACATAGCTACTGATTTATCATTAACAAATGGGTAGAACATACCGATAGCATTTAGAACCACCACCGATACAAGCCATGACGGCATCAGGTAATTTACCACCAGAAATCTCTGCGTATTGACGTTTGGCTTCACGACCGATGACAGATTGGAAGTCACGGACAATTTCACCAGAATGGTGCGGAACCAGGGCAGATCCCATGATGTAGTGAGTATCCTCGATACCTGCAACCCAAGCACGAAGGGCAGCATTTACAGCGTCCTTAAGCACGCGCGAACCATCTGTAACGCTAAATACCTTGGCGCAAGCAACTCCATACGGAAAACGTTAAGCGCCTGACGTTTAACATCTTCCTCACCCATATAGATCGTACAGTCCCATGTCCGAATAGGGCTGCGGCTGTCGCTGTTGCAACACCGTGTTGACCTGCACCAGTTTCGGCAATGATTTTCTTCTTTTTGCCCATACGTTTGGCAAGCAAGACTTGACCAAGGGCATTGTTAATCTTGTGGGCACCTGTGTGGTTAAGATCCTCACGTTTAAGATAAATTTGCATCCACCAATATGATCAGTCAAACGTTTGGCGTGGTAAGAGGCTCACGTCCCACATAGTTTTTGAGGAGATCATCCAATTCATGGAAACTTGGATCTTCCTTGGCCTCACGATAGGCCTTGTCCAATTCAATAACGGCTGTCATCAGCGTTTCAGGAACAGGCGGCCACCGAATTTTCCGTAAATCCTTTTGCATCAGGTTGTTGATATGTCATGCTTTCACTCTTTCTATAAATGCTTTAATCTTGTCTAAATCTTTGTGACCATCTGTCTCGACACCTGAGGACACATCTAAGGCATAGGGCTGGAAAGTTTCCTTGGCCTCTGCCACATTATCCACAGTCAAGCCACCAGCGATGAAATAGTCCTGTTCAATCTGTTTGTTCGCCAAAAGTTGCCAGTCAAAGGTCTGACCACTACCAGCAATAGGAGCATCAAGAGAAGATAATCCGCCTGGCTCTTAACTTGAGACTCACTATCTGAAATCTGAATAGCTCGAATAACTGGTACTGATATCTCTGGAATCAGAGTCTCATCAAATGTTCCATGAATCTGAACGATATCTAAGGGAACCCTGACTAATCGCTTCTTCCCAGTTCTTTCAAGACTTGGTGAAACAAAGACACCGACGATTTTTGTCTGGCCTGTCACCTTTAGCCAGCCCGTGAGCTTGTTCAAGACTCACTTGACGCTTGCTTTGGCGAACACAAAGCCAATGTAGTCAGCACCTTCTTCAACTGCAGTTGTTACCGCTTCTGGTGTCGATAGTCCACAAATTTTAACCTTTGTCAATTTGCAACTCATGACCTTTTCAGCCACATTGTCAGCCGTCATAGGAGCAGTTCCTACCAGAATTCCATTAAAATATGGGGCAACAAGGGCAGCATCCTGACCTGTGAAAATAGCTGACTCAGAAATATAAACAGGCTTGTCCTTGAAATGCGTTGATAACTCAGAACTGGTATTGATATCTGTCTCAAAGTGACCAAATTACGATTGTTAACGCCAATGATTTCGGCACCAATACGATGAGCCACTTCCAATTCTGGTAGATTATGCGTTTCAACCAAGACTTCCGAAGCCAAGGCTAGTCGCAAAATCATAAGAGCTCCTTGAGACGAGCTTCTGGCGAGCCGCTACAATCAAGAGAATGACTGTCGCACCGCATTACGGCTACGCACAATCTGTTTCTCATCAATAATGAAGTCCTTGGCCAAGGTTGGAATAACGTCACATCTGACAGAAATTTCTTTCAAAATAGGAAATATCACCTTTAAAGAAGATTTCGTCAGTCCAAAACGAAATCATGGCTGCCCCATTTTCCTCATAGGTCTTGGCCTGAGCCACAATATCCACATCTAGGTTAATATCACCCATACTTGGACTAGCTTTTTCACTTCAGAAATAATAATTTGCAGCTTGTTTTGATTTGACAGAGAAACTCATAAAGACGATAGGTCTGACGCAAGGGCTGCAAGTCTTCCACCATGACCAACTAGACACTTCTTTTCTTTTTGTTCTAGAATTGTTGGGAGAAAGGCTTTACTCATACTTGTACCTCTTGGAGTTGGCGAAGTTTCTCTAAGGCTGAGCCATCCGCAATTAATTGACGAGCAAGCTCAACACCTTCTTTAATGGTCGCAACCTTACCATTGGCAAAGAAGCCAAGACCAGCATTAAGCACTGTTGTTTCAAGATAAGGACTGACTTCATTTTTCAAGACACTAAGGAAGGAGAATCTCTGCATTTTCCTTGGCATCACCACCTGTGATATCAGACATCAACCTTTTCCATACCCAAATCTTCATAAGTGAAAGTGTGCTGGCTGATGTGACCATCTTCCAAAAGAGTGTAGGTGTTAGTGCCGCAGAGAGCAGCTTCGTCCATATTGTCAGGACCTGTGATAATAACCGCGTTTACGTCCCAACTTTGTTGGATAGCATTGGCAACAATCTCCTGCAATTCCACACGGTAGAGGCCCATAAGTTGTGTCTCAAGGTCAAGCGGATTAGCCAGTGGTCCGACCAAGTTCATAATCGTTGGAATCCCAAGAGCTTGGCGTGCTGGACCGATAAAACGCATGGCTGGGTGCATGGTTTGAGGCAAAGATAAAGGCCAAACCAACCTCATCAAGTGCTTTAGATAGGGTTCTGGTGACGCCGCAACGATTCCAAAAAGGGCTAGAACATCTGCCGAACCAGATTTAGATGAAATCGAACGGTTCCCAGCCTTGGCCATACGAATACCACCTGCTGCTAGAACAAAGCAAACCGTTGTTGAAATGTTAAAAATACTATAAGACTGGTCCCCACCAGTTCCACGAATTACATAGCATCTGTGAAGGTCTCTAAAGGCAAGACCGTCGCATGTGATTTGAGGGCACGCACAATACCTGTGATTTCATCTGCTGTTTCTCCCTTAGTTTTGAGCCCCATAAGGAAGGCAGCTTGATTTGGCTTTCTGAGACTTCATTTTTGAGAATGCGGTCAAAGACTGCTTGGACTTGGTCTTGAGACAAGTCTTGTCGGTTTGAGATTTGTAGGGAATATTTCTTTCATATCTGTTTTCCTTTTAAAAACGGTTCAATGTTTTCTGATGCACGAGGAATGTTTTGAGCATAGACCAATCTAGTCAAAAGACTGTCTAACTAGTCTGCAACAATTTTCACGAAATTTTCAACCATCTTGAGCCCATCTGGACTTCCGATGCTTTCTGGGTGATATTGCAAACCATAAATTGGTAGCTCCTTATGTTGAATGGCCATGATTTCTTGATCATTAGTTGTGATAGCTGTCACATCAAAGCCCTCTGGCATTTGGTCAACAACGATGGAATGGTAACGCATGATTGGGACATCATTGTCAATATCCTTGAAAATTGGCGATGGCGTTTCAAAAGTAATATTGCTTTGTTTGCCATGCATGACATTCTTAGCCAAGCCAAGTTTACCACCAAAAAGTTTCCGCAATAGCCTGGTGCCCCAAGCAAATTCCCATCATCGGTTTTTTACCAGTGAAATCCTTAATCAAGGCTTCCATTTTACCCGCATCAGCTGGCCAACCTGGACCCGGTGAAAAGACTAGCCCGTCAGCTTTTTCCGCCTCTTCATAGAAGTCTCATCATCGTTACGCAAGACCTTTACCTCTGTAAATGTCCCTAGGTATTGTGCCAAATTATGGTAAAGAATCATAGTTATCCTTAATAAATCATTGGGCATCTCCTATTCTTGTCATAGCTTTCGCCTTGTTAATTGTTTCGTAAAATTCATTTCAGGAACACTGTCATAGGTAACACCACTGCCTGCCTGAACATAGGCTTTTTGATTTTGAGAATCATGGTGCACGGATAGCAATAGCAAGTCATATCTCCTGTCGCAGACAGATAACCAATAACCATAAATACCACGTTTTCTGCTCAAGCTCCTGGAGTATTGACGCATAGCTGCGAATCTTGGGTGCTCCTGGCTTGCAGTTCCAGCTGAGGTAAGGTTGATTTTAGAGCATCTAGTGCTGTCAATTCAGACGAGGACGCCCTTTAACCACACTGGTAGGTGCATCACATAGCGGAAATACTCAACCTCCATATACTTGGTCACCCCTCGACCGTACCGACTACAACAATCTTACCAATAATAATTACGCCCCAAGTCAACCAACATACGGTGTTCCGCAGTTTCTTTGATGTCATGTGAGAGTTCATCCATAAGCTGCGTCTTCAGTCTCATTGGCACCACGAGGGCGAGTTCCAGCAATCGGATTGGTGACCACCTCCATTTTCACTGAAACCAAGCTCTCTGGGCTTCTTTCAATCACCTGATAATCTCCAAAATCATAGAAATAAAGGTAGTTTGATGGGTTGGTCACGCGCAAGTTACGGTAGTAATCAAGGATCTCCCTCAAAGTCCGCTGAAAAGCGTTGACTAAGCACACATTGGAACATGTCTCCCTGCGAATGAGTTCTGACCTTAGCCACCATATCCATGAAGACCTCTTTTTCGATGTCAGTTCGAAAATTGCAAAGCTTAAGGCCTGAGGTGTAAACTCGTTTGGCGCCTGAGTCTGTAGGCTCGTTACCACCTGACCAAGAGCTTGACGCACGCATCGTTTGTACGACCGAGTAGATATTGTCCTCAACCACGCAAACCTTTTCCTTCTTGTAGGTCAAAATCAAATAAGACTCGTAGATGAAAAGAAATGCATATCAGGTGTCCCAATCGTATCTTCAGGAATGTCACCGATATTTTCATAGAGACCAATCATATCATAGCCTGCAAATCCGATAGCACCACCTGCGAAAGGTAGGTCGAGACTTGATACCCTTGACTGTTGCTTGGTCCAAGTATTCGAAAGGATCTGATCAATCGCCTTACCATTTTCATAAAGCACACCATCCTTGAAGGTTAGCAAAGACCGGATTATAGGCAACAATAGAAAAACGTGCATTTTCCTTCTCACGAGGAATGGATTCAAGGATAACCTTGTGTTCCCCTGAACATATAAACCAAGATTGGTGTTAAGGTATCGGCTGGTAAAAATTTTTCTCATAATTATTTCCTTTCAAACTGGTTTATCGAGAGTAATAAGACTGATACAAGACTCCTTTAGAGGATGTATCGGCACCATTATTGTTCTTTGTTCCTTTCTCTTCAAGCAATAAAGGCTTGAATCATGCTTCGCCAAACACTTTCAGCCACATCTGGCGATAAATGACTCTAAGCGCCTCCTTGCGACGGACAGCTATGACCTGAGCAACACGATCACTAGCCTGGACAACAGCCTTCTCCCTTGGGCTTCAGCCGCCCCTGCCTTCTCAGTACTTGACGTTGGGCCAATAGTCGAATTAACTCTCTGTCAATATGATCAAAATCTCGTTGAATATTGCTTAATGCATCCATACATACCCAACCTTTCATTGAATAATGAAATAATACTTCTTTAAGGTAATAGACCTTTAAAGATAAAAGTAAACAAAAAACCTCTGAAAAAAACTCTGTGGGGGCATTAAATCTAGTTCCAACACGGTACCACCTCCAGTTAATGGTCCCAAAAAAACGACCATCTCTTATCTCCTCTAACAAGGAGTTGCACGGTAAGGGTGCCAACCGAGAAGAATATGTGTGTTACCTTCTCATTATCATCCAAATCAATAAATAATTCGCTCATCTCGAATTACCTACTCCCCAATCACCGCAGGCTCTGAAAATCTAAGACCAGTTACTTTCTGATTTACTAACTATTGTACTCCTTTTAAAAAGATGTCAAGAATTTTCTGTTAATTTTGACAATTCTTCTCCTAAGATTCGTCTATACCTAATCCATAGAGTGAGATAGTCTTGTCACGTCCTTTAAAAAAAGCCCCCAAAGGGACTTCTTGGGTTGATAAACAACGGCAGGTGACAGTCCTGCATCTCTTTCCAGACAGAGGTGCGGCTGCCTCTTCCGCCCTCGTTGTGCTCTTAACTATATTATATCACATTTTCTTAGCTCTACCAGCATTTAGATAGTTTTTCAGCTTAGAATCTTTAATCACAAACATGGTACGGACATTAAGTTTATCACATAATCTAACCGCTACCAAAACATTACCATCAATACGTTTGATGTATTCCAAGGACTGGCCATTGGGATGGTGCCCAATATAGTCCGGATGACAATAATCTCTGGAATACGTTCATAGGTGGCATCAAAATCACTGAATTCCTGGCGATGTTTTTCTATATGCTTCTTACGTTGTGCAGACAGCATGATATCTTCACCAGGCCCCATAGTCCAAATCAAAAGCTTTAATGACTTTTGGCGTCAAGTGCCCTACTATTTTCATGCCTCTATTGTACCATACTAACGCCCATCAAGGATTTTCCTACTGTTTAGGTATCAAAAAACTCAAGCCTGTTACTAAGCTCGAGTTTTGCTTTGTATGCTTTTGAAAAGCACCTTGTTTATAGCTAATCCAGAAGAAAAGCGGTGTACAGATAGCCATTGCGACCAGATAGATTGCTTAGAATGTAGCTATTAAGTGTCAATCTCAATCACATCTCGAAGATAGTAGGAGTGATTAGAATCGAAGACTGAGTAGATAATCAAGGCCACACGCCCCTTATTCAACGGAATACAAGCGCGAATAACGGCAAGGACACCCGTTGATCCCATCATATAGTAAGACAGCGTCAGCATGTCCGTATTGCTCATGCCAAGATAGACCTGAGACAGATGGAAAATAAGAACACTGATAACCATCAAGGCGCGTGGAATAGACAACTGGAGCGAACGTCTGAGGAAATGTTTCTCAACAGGACGAATATTACGTTCGAAGGTTGAATAAATGGTGGAAAACGCTTCGATAAATTGACCCGCCAAAGTCATCTGAACTTGAATAAAAGGGAGAGACAAGAGGTACTCTGCCTTACCAAAAACAATACTGGCAATACAGATAAGCCCCAAAAGGAAGGAATAAACAGTTTTAATGAGGAAAATCGGTGCAATGTGAGCAATATTATTAACCACACAGCGTCCACTCAATAAGATTTCAGGAATGTCCTTAAACTCCAGAATCCATAAGCACCAAGTTGTGAAATCTGACGTGTTGCAGGATCTCCCTCTGCCATAACAATCGAACAATCTGCTTCACGCAGTGCAAGATATCATTGACACCATCACCAGTCATAGCTGTCGTATGCCCATTGGCATTAAGGGTTTGGATTAACAACTTTTTCTGGTGCCGGAGATACACGGCAAAAATCGCAGTATCCTCAGCCAAAGCCTCCAACTCCTCATCGCTGACCTTAGAACAGTCAATATAGCTTTGATAGATCGGCAAAACCAGCTTGACGAGCAATATGAAGACCGTCACTGGATTGTCACCAGAAATAATCTTAAGCGTCACATCTTCTGAACGCAGGTATTCCAAGTTCTGCAGCATCCTCACGAATAGGATCGGCAATTTCAAGTAAGGTCAAAGCCTCGACGTCATTCGGCAAAGTCATAGTCTGTATCAACACCTGACTGACTCCAAGCCAAAATCAAAACACGAGACCCTCGTGCCTGAGCCTGATCGACTGCTTTGGGATTTTCCTTAAGAAGCATCTCAGGTGCTCCCAAAAGAGAGTTCAGCTCAGGTAACGCTCACAGCACCCCATTTACGATCGCTTGAAAATGGAATAACATCACCTACCTGATAATGATGTTCCAGACCCTCATAAGCATTTCGAATAGCCTGAGCTGTTGCATTTTATCCTTGCTATGTTGCATATAAGCCGCAAGCAAACGCTCCAACTCACTCTTTCGTAAAAACGCTCCTGATACAGTAGTTCCAGACCTTCGCTGTCATCTTTTCCTTGTGTAATCGTCCCTGTCTTATCTAAACAAAGCACGTCTACACGGGCCAAGGTTTCAACAGAGTACATCTCTTGCACCAGGATATGTTTCATCCCAAGTTTAATGACAGCCGTCAAAAGAGATGTAATAGTCAAGGGCAATTCCCTTAGGCTTATTCCCAGAAGGGCTGTCAGACAACTACCGACTCTTGAAGGGAGAGCTGTTTAATCAAGTAAGCCTCAAGAAGCGCAAGCCCAAACGGTATGACAATCTTTCCCGTAACAGCAATCTTGTCCATATTGCAAGAATACGGGACACGATTGGCTTATGATTCTTGGCCTCTAGCACATGACTTGTTAACGTAATTGTCCTCGGCTACATGAATGACTCTGGCATAGACCTGACCACTCACAAGATAAGAACCGGAGAGCAACTCCTTCCCATCTTTCTTTAGAATGTGATCACTCTCACCAGTCAGCATGGCCTCGTTAAGCTCGGCTATCCCATCAACAACCACGGCATCACTGAGACCTGCTCACCCGCAGACGAGCATGACATCATCCAAGACAATATCGCCGGATCAATAGAAACAAGCTGTCCATCACCACGAATCTGATCCTTATTCATGAGATTAGGCTTATCAATCATGCGACATTTTCGCTCGTCATCATCCCCGTAAAGGCGTCCAACACAATAATCCCAAAGAAAAAAGATTAGACAAGCCTGAACAGCAATCAAGGCCACAAGATTGCAAAATTGACCACATTAAAGGAGTTGAAGACATTACGCCTAAAAATCTCCCAATTGCTGGAGCCAGTTTTTGCTTTAAAATGATTTGTTTTCCGGCATCTATCCGCCGCTTGACCTCCACCTGCGTCAAGCCTTGTAACACCTATTTTTTCATAACTTTCATAGTAGCATAAAAATGAGGTGTTTTCAAAGGTTAGCCGTCAGAGTTGAGCACTCCATAACTCATTTATGTTTTTCTTCAAAGTATACCAGCTTTTGAGTACCTAACTCAGAAAGTCTTTTAAATTAGCACCTAAGGTACGGAGATTTCACCTTAGGAATCTTTTATAGCTATCACAATGTGATGCTTCTCAATAGTAACTTTTGCTTCTAGCCCAAAACTATTAAATCGAATACCATTTGAAGCTAGGGGTGTTTGAATTTCAGTTGTCATTGTCTTCTCCCATCATTAACAAGAGTTCCAATGGAGAATTTATCAAGAACAAAATGCAATTCAAGTTCTCAGAGGAGCCAACAAACATTTTACGCTGACAATTTAAATCAGAAGTCAGACCTGAATGGGTTCTATCCACTTCAAGTGTTCCTTGTTTTTTATTATAAAGGAAACGTGTATAAGTAGAATCAGAGACACCAAAATCTATAATAAATGATTCAAAGTCATCACCCTGATAATTTAATATCTAAATCGATTTGACGACCTTCGATCCCTTTAATTGTAACTGACTCACCTTTAACAACACCACTATAATTTACCTTATTAGCAAATAATTTCAAAGCTCAAATCGGACGTTGATATAATTTACCATTTTTAAATGAACATGCAAAACTTGTTCCAAGAATTTTTTAGGCTTATTATCATCATAAATACTGATTTTAAGGGATTTATACCTAATAAACAACAGCTTCTATATATTTTACTTTATAGAGCAGTAAATGGACAGTGACAGCATAATTGAAGAGTGAACAAAGAGGTATAAAAATACCTCTTTCCAGATTGAAAACAAAGTCCTCAAGTTATACTTCTGAGGACTTTGTCTTTGCTTCGAAGGAGGTATAATAAAAGAAAAGGTATTTGATGAGGTACTCTAGTTAGCGATTTGTACTGAAAGTCGCCAGCACCAAAAAGTTGTTGTGTGTCATATTTGGAAAGATGCCTTAGACATCTGTGAAATATCCGTCATCAAAGTGGGATGAAGGAACGGTACCAACATCGGAAAGAAACGATAGAACGTTCGGAACAGCTAAAGAATATCATAACTTGCGTTATACCAGAGAAAAAGAAGTCAAAATGGAAGATAAGGTTGGGCTTACTTTGGCGTGTCTAAATATCAAAAAATTGGTAAAAATGATGGTAGGAAAGACCTTATTTTATCCAAATACCTCAATATTATTGGATTATGAGAGAATTAAGTGTGAATATAAAAAAAGACAAGCATCAAAAGCGATGTTTGTCTTCCATTCCTGAATCAGAATTTTAATAGGAATTCTGATTTTTTATACAAATCCATTTAAAAAGCAAGGGTGTTTAACTATTATTTATTAAAATATAGATAAATATCATTTGATTAGTATTTGTTAAGTAGGAGTGTTTATTCAAACGACTTCGTATAATGGTTGTCACATACATTAAAATAATAAAAGTGAAAAAGGTTGAAAAATAAAAATAACATGCTAATTATGGCGTCTATATGAATAGGGAATATTGGTATTGTGTAACTTGAAGCCAACTTGATTGCATGAAATCTTTCAACTCTTTCGGGGAGAGTTTTATACGATGCGTGGTGGTGCTTGGTACTATATGATATGGTATTGGGATAGGGTTATCATACCGATGTTTTGAGTTGTAAGATGGGGATAGAGCGTAAGTAAAGGGGACGCTCTTTAAATGGGAGAAGTTTTTATGAAATATATGTAAATTAGCAATACTGCTAGTTCAAAAACACTTTTATTAATAAGCGTTTCTCCTGCAGTTTTTTATTTATTAAATAGTGTATTTTTAAATTCGGGGGGAAAGACTAGAAAATCTCAAAACAATTGATATCCTTGGATGATATGACTTAGTTTCTTGTCTTACTTCTTGAATTTATACGTAATGATGATCTTTTTATTGGGGCTTTTCTTTATCTACCTTTTACATCATTTGCAAAACAAGACCAATAAGGGCATTCCCTTTAATGCTTTTGGAGAAAGGATAACTCATTTTCCTTTTTCATTGGTGCTAATGAGTTGATGCGAATTATTTCACAGCGCCAGATATGGAAGAGGCGGTCATTAAACGAGCAGTGATAGCTAATGCGCAAAAAGCCTATGTTCTAGCTGATGCCCTCTAAACGGTCAGGTTACCTATGCTACAGGTAATGAGGTTGAAAAGTAACCATAATCAAATACTTCGGAAGAGAACTCCTGAAAGAATTAAAGAGAAAACGAGGGTTATTGAAGTATGATTTATACTGTGACGCTAAACCCATCAATCGACTACATTGTTCCGTATCGACAAAGGTAGAGATTGGTGAGATTAACCGTATATAGAGAGTGATGATAAATTCGCTGGCGGTAGAGGTATTAATGTCAGCCGTATTCTACAACGTTTTAGGAATTGACCAATACTGCTACAGGCTATCAGTGGTTTTTACAGACCGTTTTGTTACAGACAGTTTGGATGCTGAAGGTATTAAAACTACTTAGAATGGTGAGGCTGTAATGGTATTAGGAAAAGTAAGTGATTTTTAATCAAGCATCAAAGATTGTTAATGTACTTAAGTATTTTTCTGCGTTAATGTTATTAATGCGCTTAGTGTATGATGATGTTTTTGATTGACCATGATAATCCCATCGTTTTAGCAATCTTTATAGGAATACTGATTCTTTGGACCCTAGCATCTTACCTTAATCGAAGACAGCATATGCTATCCGCTTTATCTTACGAGTTCGAAACTTATTAGCGTCTATGCTGTAGACTTAGATTATCGTTTTATTGCGGTTAATAAGAATGATATTCGGCTCATGGAAGAAATCTTTTATTTCACTCCCAAAATTGGTGACTTTCAATGAATTATCTTAATAGTGAAGATGCTGCGTTTAAAAAGCAAATGTTGATCGTGCAAGAAAAAGGGTGAAACATTTATATTTATGGATACTATTAAGACAGGCGACAAACAGCACACAACAGAAAATAATAATATTCTCCCATTTATATGATAGCAAAAAGTGATTGGTGTTTCTTGTTTGTTCTTGATGTTACAGAGCAGAAACTTCATGAACTTGAAATACAGAGGATGGCATACGAAGATGTTTTAACACGGGTTCATAATCGACGATATATTGAGCTTGCTTTTGGGGAATGTCTGACACGTAGAAGAACAAGTGGTTATTATATCCAGTTTGAACTACAATTGAAACGTGATACCTTTGGACATGCTACAAGATAAGATTCTAATTGAATTTGGTGATATTTTAACGAAGATAATGCTGATGCTGTAATAGCAAGGTTAGGTGGAGATGAATTTGCGGGTTTACTCCCTGGAGTTCTGAAAAATCAAGCTGAATTTTTAATAAAACTTGTTCAAGCGAAGATGACTCTCAAAGATATGGGGATTACAGCATCTTTGGGGTGCTTATACGGACTCTTATCAATCACATAAAAACTTCGTTGATTTTTTTGCAATAGCTGATAAGAAAATGTACGAAAATAAAAGTCAGAAAGGAGAACGTCGATGATGTTTCAAGATGTTGATATTGTCATTCCTGCCTATGAACCTTATGACCGTTTGTTGGAACTTTTGAAAAATATTCCGGGATAAGGAAAATCAGATGTTTGATATTATTCTAGTCGATGACGGTAGTGGAGCTGATTTTGCAAATTATTTGCAATAGCTGATAAGAAAATGTACGAAAATGAAAGTCAAAAAGGGAGAACGTCGATGATGTTTCAAGATGTTGTTATTGTCATTCCTGCCTATGAACCTGATGACCGTTTATTGGGGACTTTTTGAAAAATATTCCGGGATAAGGAAAATCAAATGTTTGACATTATTCTAGTCGATGACGGTAGTGGAGCTGATTTTGCACCGTTATTTGCAATAGCGCAGAGTAACTATGCTTGTCATTTGCAAAGACATGCTGATAATAAAGGAAAAGGTCGTGCTTTAAAAACGGCTATTTCATATACTTTGGACAATTTTCCTAATGCCCAAAGGAATTGTGACGATTGATTCTGATGGTCAACACACCTACGAAGACATGATGAAATGTTTGGCTGAATTTTGCAACATCCTGATAGTTTGGTGCTGGGTGTTAGAACATTTGAAAAATCTGTTCACTTGCGTAGTAAATTTGAAATTTATTGACAAGAGACGTCTTAGAGGGCTATGACAGGTGTGAACGTTTCTGATACGCAAGCGGGACTTCGTGTGATTCCTATGTCATGGTTGCCAAAACTCTTAACCGTGGAGGGTGAACGGTATGAGTTTGAGATGAATATGTTACTTGAGGCAAAGAGGACAATATTCTGATTTGTGAAGTTGGCATTGCAACGATTTATTTGGATGAAAATCAGTCGTCGCATTTTGATGTGATTCGTGACTCGATTAGAATTTACAAGGTTTTCTTCAAGTACATTTTCATCATTGTTTTCCTTCTTGGTTGATATTGTTGCTTTACGATTTTAATTTCTTTGTTTAATGGATTGATTTTAGTGCGGTGACGTTAGCTTCGATTTTAGCGCGTGTGATATCATCTGTTGTTAATTTCACCTTGAATCGTAGGTGGTCTTTAAACGAGGTCAATCAAATAGTGCGATAAAATACTTCACTTTGGTGGTAGTACAGATTGTTTTGTCAAGTTGTTTGTTACAATTAGAAATGCCTTGACGACGCTGCCAATTTCATTGAGTGAAGATTTTAGTTGACGGTACACTTTCGTTGTCAGTTATTTTGTGCAAAAACATTTGATTTTTAGTGGAGGTGAGAATGAAGACTAGTAAGGATACTCTATTTCGTTGCATTTGTAACGACTGCCTTTTATTTAACTTGGCGTTTGGTGGCGACTATTCCGTGGCATGATTCATGGTTTGCGCTGATCTTTGGGATTTTATTGTGGGGAAGTGAGTAGTTCAGCCATTACAGGCTACATTCTCATTTGGAATAAGCAAAAAGGACTTTAAGCTTGAAAAAGCCTGGGGTGCTAAGGAGCGTTACCCAGATGTGGATGTTTTGATTGCAGCATAATGAGGATCCAGAGTTGCTTTATAAGACGATTAATGCCTGCACTTTTATGGAATATCCTGATAAGTCTAAGGTGCATATCTACGTCTGTGATGATACCAATCGTCTAGAAGTTGCCAAATTGGCTGATGAGCTTGGTGTTGGTTATTTTTGGTTTGGCGGATAATAAAGATGCCAAATCAGGAAACTACAATAATGCTTTACGTCAGACGTCATCACCTTTGGTGGCGACGTTTGATGCGGATATGATTCTCATGTGAATTCTATTTGGAAACTGTGCCTTATTTTGTTGAACAAGTTGAGGCTTATGAAAATGGTAATGATTATGATAAGTCAAAAGTTGGTTTGATTCAAACGCCACAAAGTTTTTACAATGCTGATATTTTCCAATTTAACTTGTTTTCAGAATCAACCTTACCAAACGAACAAGATTTCTTTCAAAAAATTAATGTTTCAATAATTCGCACGGTGCAGCGCTTTATGCAGGGTCTAATACGGTTATTTTCCGCAAGGCGGTCTGAAGATGTTGGTGGTTTTTTTCCGACAGATACCATTACGGAGAAGTTTCGAGCTAGGTGTTCGGATAAATGCGGCTGGTTATGTAAATTATTCGACGAAAAGTCCAATGGCTAGCGGGTTAACGCCAGCGAATTTTGAAAGGGTGTCATCAAAACGCGCGTGCGCTGGGGACGTGGCGTTATTCGCAGTAGCTACCTTGAATATCTTCTTTAATTTAGAGTGACAAAGGGGCAAGGAATTGTTTATATTAATGGCTAGCTTATTGGTGGTCTTTCTTTAGACGGTTATTGTATATCTTGGCACCAGATTTTATATACGGTTTTCCATGTGCGTGTGGTGGTGTCAAATATCTGGCTACTGTTCTATTCTGGTTGCCAAGTTTCCTTGACACGCTTGTCAATGCGAGAAGTCTCAAAATATTACCAAACACAGGTTTGGGGAGAAATTGTGGAAACGATTTTTGCTCCGTATTTGTTTATTCATGATGTTGGAGTCTACTTTGGCATTAGCAATAAAAAATTTAGGTGACACGTAAGGAAATTATACGTCGTGGACGTTGCCTTCTTTATGCGCTTCCTTATCTTGTTTTATGGGGATTAGCCGTTTATGGTTTGGTGACTTTTTTAACTATGGAAAATTTGGTTAAGAGCTTTTTATGGAAGTATTATCAGTTTTTGGTTGATTTATCATATCATCAATTTGACCTTTGCGATTTTCTGTGCGCTTGGTCGTCCGATTTATCGCTCAAGTGAGCGTTTTACTGTTGATGAAGCTATGGTTATTGAGGTTGATGATGATTCTTACCAAGTGAGAGTCTGTGATATTTCAGAAACGGGGATTTCATTCTATGCACGGATTTACCATTGTATTTGCCGAAAGAAAAAAGAACGGCAGCAATTTCCAATCGTGATTACCATGCGAGGGTAAAGGTCATGTTGTTCGTGTTTTTGCGATTGATAATGGTTGGCGCTACGGCGTTCAATTTTCGAAGTTTCCTGAAGCTGATAAGCGCCCAATTTTATCAGTGCATTTATGACCGCATTAATTACAATCTTCCGAAGAAGAAAAGACCCTTGGATGACAACATGGGATGATTTATTTGAGAACTTTAGTCAACGTTTCCAAAATAATGAACGTCCTGTTTCAGCCTATGACAAGTAGCTTTTCGAAAGTTCGTGTCAATGAAGAAGATTCAGGTTGCTGGAAAAAATACATCATAAGAAGACAGATTATTATTACGCTGACATTTTCTGGAAAATTGACAAATACTAAAAAAGAACCGAATGTCGCATTTACCTACAAAGATTTGCCAATTCAGTTGACTTTTGTGTCTGATACTGATAGAGACGAATCGCTTTATCGAGTTACCAATTTAGCGGATTTGGATAGCTTACCTGCTTTTAAAGCCTTAGCAAATGAATGGAGAGGAGAGTATGATTAGTATTGCTAGATTACTGTTGTTCTTTGTGATTACCATAGGGTACAATGCCTTTTCCGTAATACTGTGAAGATGAATCGCAACCGTCTGACATGGGTGTTTACATTTTCAGTCATTACATTGGTAATGTACCTTGGTAGTTTGTTAGGCTGCTTTATGTTGCAGACCGTGTATGCCATTTCTGTTTTGGGCTGTCTTTTGAGTCTTTATTATCTTTGGGCGGTATGGAGAAAAAGAAATATCGCTTTGGAGACTTGATTATATTGCGCTTGAATGATGGCTTATTTGCTTTTGTTTGGAATAACGCTCTGGCATTCACCGCTTTTACATTATGATAATTTTACGCATTGGGCAACGATTGTAAAATTTTTTCCATATCAATAATGCTTTGCCAACACAGCAGGATGCGATTATTAGTTATTATACCTATCCTGTTGGAAGTTCACTTTTCATTTATTTTTTCACGACTATCGTAGGCTTTTCAGAAGGTAGTATGTTGGTCGGGCAATTCTTCTTGATTGCTTCCAGTCTTTATGCCATGTTTGCGGCACTTCGTGATGATCGACGTGTCTTAATGGTGCTTATGATTTTGCTTCGTTGCTGTTTTTAATACGTTTAACGTTGCTATTCGATTAAATAATTTGCTGGTTGATTTTTGCTTCCGGCCTTGTGGCAGCCATAGCAGGTTGTTTTTGTCTGTCGTAATCGTTTCTGGTTTTTGTCGCTAAATACGGCGGTAATTCTTGGATTATTAAGTATCGTCAAAGTAAGTGGATTTTCTTTGTCGCTCTCGTTTTTAGTAGTTGTGGTTTTTGTATTGTGCGTTTACTTGTTCGTAAAGAGCACGTTTAAAAGCACTAGTGCTGCTCATAATGACCTTGCTAGTCAGCTGTCTTCCTTTTGTTATTTGGCAAAAGCCTGTGACGAATAATTTCCCAAATGCCTCAAGTGCCAAGCATGCGGTGTCCATGTCAGAACTTGGTCAGTATTGACAAATCTGTCAGGCGTCCCACAAAAAATTATCACTCTTTTTGTCAAATCGGTGTTTACGTTTGACAGTTTGGCAAGCAATGGAATTTTGTCAATCGTCTTGATTATGCTGATTGCCTTTATTGTGATTGGCATTCGTTTGAAATATAAGAAATTTGTCTTGTTGACTTGCAGGGATTGTTGATATTTTGATTGTGACTTACTATATTGGCATTTTACTCCATGTATCTGACAGCAATGCCGACTGATGAAGCGTTAGAATTAGCAGGATTTGAGCGCTATGCTTCGAGCATCGTTATCTTTGCTTTTGGTTGTTTGACCATGGCTTTAGCATGGGTAATGGACAAGGGCCTGTATGAAAAAATCATTGGTAAACGTAATGCTAGGTCTTACAAGAGCTTATTTTAATAAACGCTTGTACCAATACGCGAGCCTTGTTTTGACAGTTTATGCCATTGGAATGTTCTTGTCAGAAAATAATGGCATTGTTTACAATAACAATCAGGAAACAAACGAGGTCGCAAAGAAATTCGTCAGTTTACTGGAAGTCAGAGCAATACGTAACCCCG + $%+%%(1//2;;EE==5??==757=GD=>CBCB@?;:'4726:9753(:CD1&:3@??A=FE;E@AA976>:><7E@A4@8<9?<(3.:;AAA>C??AEJHG77==:7:.*,678AC8B8HGBFH@8>A@9867<ACBAC??FFHHI-7B?877:;DGH?9E>>D8:FF@974BA6858:;;90,+..04;9+.(.22:8>=<:5.))78/34/<?;@A47?FH=;E><67:>@ED=@BED<@DAB?<;)'+;=@;:=:;<;:7+/)+**%((+,25>8>7>?C?<9EEEEA::==093533/$&&0;::?@??>?;?<8EEC==<;32.+'+)&%%&%%%/-%&$#$:524666,%%%<>>=;<6''+8756:<;?C=?BA@BCD@@B51230/(75982>@B@>8+'''',4>;=E?GKADC?@EBD@;'(799:;6:?@=3:5A<:7DE@?877>A;=EE?CH=9@J=F?=FEDADE=0A?ABJ:9:79-009;.8=?<9%5?B0);=??AD6831>;8/3<;8=7797:?@CFB7F=8;>::8(959:>D;<<=@GBC>>?AAB;:B<:A=CGB;>=@AA@?C9;;<0,;<99672055///...79?A?:ADGKF?DAA76/-2:C@JC:8;.BE70?@EF;97@@CFHGDC<4/466-*676(.0*$$$567663$%%&*5:4:<:C?<@=4=?13;>@(/12043405:;;79<=<9A=?@>=112462//+..@>?8:2*26<>=>A79369/-3)896<;7'&%&344;76>A7569@>AE?A;@B;>:08;9:>:8=8692('&.21327657556232*$?@D@@=@>99@A?DFA?@>HCA<97>974497=@652,*)79<0<:;:<),=?BD??@;:A@>A948@?;60<>@9C><;5888@BCHA@?>><>.).'%$%1:858;;>FE?@<;935('...?:;66/<==/,&1685)2<@BF9?==6':>:BMMH>;@=;:9KIE..:>?@@?=?@BB756224.66553756,*),*8(,2663*9998;A=>:?;?B??>9'(1-.42520/.,-.($)),14?@A@=<@C@@26),(778:7:>>?8;ACF=LIFC>$'8:FC=BED<>@'<57:AABEACF?@ABBC>>11:&)-$#$/1>?1(,?C>@CCG>>1+;=>CEE@C>=797((.0/553884:>=<=>@==7ADA?;A=5A>D@?@A31<@>C?=<:8400:)%%(678<:<<=6<6656:97ACEFGIC>=AC=<<<81?:,(&&647961$$%*''.6<:887=83HG84<637;;6433($'+-4443,&%,:==AB?935<:=?A>>;9:@B?8>878;<=@?7/3(/36=<56875'$$%+,00-6<9::BCC=?B@=C@EFCB=A02?.=?BECB@;A4.=?<;BB@9B;<7??85-2;<:;;9(((668485666875,-8677<9:=894C==D@=BG:<;78;DEE4A9@44;>:79=BA@<>9=ACD9;=1,;?9<8;&99@>?@A???CBADF@@<4**((.10418BDEFA>>>.*%*,'+4)36:'-99;$&;=CEA?=>>548:;B=8:C>;98:B>;8@D?78.*8>A9<=EC;648ABDB<:CA?;;<>?==?A@=:=<79:;>@6<7<AD<>?438<79>35=BABIIEF@A:=9;=?>>@A=>>8:78;=:?>=C:49>9=4:848:9==?@>69.0-,$''78B;>B>D@DB>=<:@;9<-**-)401ACO<=1,))+('4=??>047::663/:/5/.--).4739:;9&*%&0%0$.1216:>@>ACEFEHE=?@=>ALJG;=BACMK@>ECAA@:@8E:;>B@>==:;;:)'()&%#(),)@,9>A/8;:;>=;,88868=9;D@@;55%''854:=>CGC64805'53@EE98=>@9;C>;@@8FA>0>==835846.4?B>>A38;78;6<=<:379;::9@CA8BA@9;ADHFFFB,71:<@=>B;:;A@==&..?9=>:;<::9:7;=A@;?718<<3A;A>>;7=756/'.'0-+.19:><=AFLIE???8=EA986:7613466546?@B=?>23210+=>@@>2<=?>F>G@DB=??AAAG=@A@>F?D><;;9:6:>A>=A??><9::?<CCDD@D:DFEA?====?F?BGGA>AB>>>@BEGJIF==FDCD/6103'12(695,-058=33@?CCCGIHFEC:44;IAGKE<0FD9?@>>>069('3>9%%''++89;:5+./-8ED111=<;C@DBA==A:>?<9?:A>>%%'(459&98@DHLGFG@B?>A@2#*.,6:?B?:4695676+(%$%)*,/>?><=)43;:<>B:6?@CGKJHBDFKH=>=:?CCD:2GEHDNJFKD;?LHECE?GHJ<>>;@=<;5.778368<<472276;>DE@A=/*&/DCFED?2+01;::8;39;BCAD=C??GC9-$$178??@A8A?95=>@=CCDD@:=?26@>>@@=CF=I>LEC=89<8697,GGC9A><1199=AA?9>?EA7,<;>;>>?9:=?2&*1<787:79;=>>AEIIB9..0401/,,0,-/19>FFE?AE=1A7G?IE:=:>;;?>=8-****7696*%/+')&(4(56)672444599ADC==:78<>=;;>*)554B?@>?;/<>DD@>770;27AEC?=ABDH@::734=?64&,4:E>;@>><;?AB;DBA>4599AB93?>=6>5=:@=?99ACC9964;HE=?A<<@A@4(7AA>?88EA=/;89<>@CE?@@@=A=D=2DCA@-:>@AB501#%,-1+3>=;9??686.BBH=>ONDJHBCF3::7;77.0:%(0)%%++)--89:5ACGGAECFHADAG>=?B@CD9==EG7B<9;7<=?EEB@B?(;:-46=E@@FDEB=AFHBD3.=8D1D?>C@<@@C=;<8559<>?A0-,2:AI;:=CJH>MIF3;:=BC?<2>=?AABBCCECEE<>@?;?<>==>.)/.89-7658-/-,1AGJ>BE:?B@ACEDA>=:>CC@IIF>FEIA@G@DH@:9;?BC=>BD:<==40/1@AB?@BA@/AB::9902<79;@AB>=?@CB8DB=9@68;<=>>@=>>=>9;589<==2=>=<=8@=E?ADE?@CEG;1618>11202:><<:>;AAHJ??=56;<7@8B?;??BDDC=B;6@>:<@@454)1CE@C=BDB@.:<<43954((%%-+19;,(9;A><=C1:?B>.=;:=AGJEB:@@>3/;CGLFF>:?BDI@EJ>&A@.2.*+.639::-2:0/2,'/40/6=GCEI@@A=>BC:C=>0<:@>=AB@?>;97>A;>41,(&-/,9:.@HIE@GG?9>@B7:9&8<@BEECF:<;;;6474489/>?;6B=24>DEFHDH;;FE@@CDB;>2+,1&3(7>A>><8:>=G;??AFFB?<>A=?8:;=;58:<<7?>:;*203=@9651A>>;;::@?B$;7-).%).+./3-120>>=)4<3--8'EA=>6>-45;=<>?AEDCA5&%&&$67CAIFCNJEFA@;;AGHD@<8DAB>>?@=749:?A@HF?=0;;=>A>:682:531:8>9:9@>671,357<;????8817-05:>A>B@:C@@><5@AA?>FGCC@A7>@>EEADA<=>=>>:22.343$/0+9<<45D@>;CDC@CE9?@>BBD9::B8F73?>?GGIIAD??=2=A=ABAH@I9;@?>=BA=?>?9==@E9>.267===@;:+9@BAECA;@B?;8BC@;9:99:<<=;88:=>HAG?A9CC>>=;72)%$(,027;;1?-86@;9:79837142$)98CEEFHE?=AC=D?HFAC@1.-71/,2/0,0+/8;>+)<<@GE;=<=G?=;<>ACDDGAB@CECB>=BHAED??JDE?@FBB@@?<<75:;<?ABBDB@FGCIDFGFA<@I2CCCAJKI@@A=?4ENU=D:8*229;>-/.3,++-13B>=AB4:8:@AA>@DD=5<=?FGEJCA,:CDA?A@II7>@>@CC=??;9>::DF:86;1=6'%%$$$&25:;<6F6?AIH:?;@DD?FB?GKLC==7D8-=6B@@B@=:85073ABEGC7;JCOKSJNMJIF><0((9=PQH?GLFBD?IF@CGB>=F;I<=C6>C>;(19=A<>:778<3$*%'.269C>F?B@,EEK??D?@?>=:BEGH<;<:C?>8:478?CC@>5?9<277BD@>@D8?:?AGC?C56@BJKE$:GKA?>?=@?GG=;?A7B@C8:5A8@B:?6B@=?F>G@FIFHDJIKIFC=8@;6==:CB@>B>B=:AA@AIH=H=B@>>2>997:=7:A,:AA?A;17=84*$**+:99@CFH?A@@ABE@??;8:@?;A>;ABA;?>8@F2.-,9;9=>:9:7@?<;;BC>.,*+;;=?FEF@E?==>>AA@?=CB9@>@C:AC:?D;9+10?:C??GH:@AGAFBHFB@8<58:*:;A@D>7.25;9:IJHA?A&..A?67;15,/67:@ELQ@?)+@@>>=AB>DEM@F>8>?B;7CLJJDE::-:>;><''''=;64@;;46EEE<>C;=FD@BED;ABC@A24=@7=?==;=F88@?A<;::<9=>@6=;387::4>2?,I86BDJHH71679:@CAE<=GB>>4>3)47887,.124<<:?>8:??DE>C=@?ABCBBCGB37=E;>?A779;=>:930:ABEC3>KJE,+8:/7-5478+)46=CCB?9<;B9<;:760((%(%&-44708?=7:B?''45AADC7952,,,8:;=<9?945;98>8,,-*%'/8;8;3@D?AE?MNC@<674:78:966+@=?B=;;DD69=A@FCCE@=)407.+(3234''%&$(-8;=@:7+1%(&$&**,$/19<:2%37;C?BE?JJ<7+-:9415DGE@BHM@+66C?8>;85543BDEB;6=94::;;445/*$2&&0.197:;?-FD67<@@C322;9;?<;<<83:>?ADC;59=/3735669877>C>98;;AA8ACA=A764%68BIK:>19=AAB?A8%%&&+,'--;8<;?8?D<2??A98A;><88//03*+).0*::<:@9EGD*$0110/846),)-$%&,$((-&488;7;GIKDA@EDLIAQJCB<AKCIEE@@7?A@=@D>=A>6<;9<<99=;ABF9D>;=64)&()0<@G=<9)622;A@;:;>ABG880;@BEECAD5:073:*;==54=C=?4??=EF>EE@GGHF9CC5;GHDFC?>:9&&':78:;4*/.(69CC;A3+;':99:9875=2CFG:==>:-//+-''8A74<@@@3GAAACEEH=99B@589?B:79:27776:;>?BH1((+&($%6+6879?A;=;96@@BCDDEDJFGEED?=G?I=0/?<++++*-6:>?49@=A>@>G6,*&-$&&*(11488988C=>FF>=?=<5138><>@?B?=?CB?B4?>3+2385/445652,,$$%&(4:=;<=48:1/17:DDEBEGE=H>><>ACDIJABAC?;4/+**7482:,6:@@EG=<;?@9CA?B9:>DBAFH>?DDCFJH59?CF@A@>=;A>:7573;AC99&*:);:;=BAA<;8315585<:$&8?AAGIC@B9EH?FIA9<==@A:ACH;BFAC=?011-%0015'868+*'4100(,%%'+125=;4:234;=AABAA=>@DDCE8FE>=LI6:>CF@@4>02622:973-+&,&+&./37?9976%%.,2889;/CC@8<=>?;98>C?@B>FG@FA<5<422/11(,46789238::GFC<:&&&&))5;<;8&'%(+++0=99>?GD<>C470'#$++37=C;7==@>=:>A=:<=;=B@:9;+7<==>>?AAAAHHG=A7788;.;:=8673.;@=>@CC@:55*01.3-%%%;779?;=9@CCA>?B<==CC2-7<>;9.,+-/0'1-0:5+1-/0132555@<95<<98:7?@F?>ECDC;A@BE-9%(:*>=?@CMMLP@DC?>ABA>A>964))?CEB;?;;CD==;D@ADFKD=8@G@GIG;;:<6475786:*';=9DB:@ACCE=?<67.=@;4:9ED?D:?EGC?GE@B=AKHLJGB@;>>A==<>==>>'>?B>200210<<7@9$155:JJA8>A?DBB@>9448FEADD?B=BC>;ADECBCC=8711,++3.,/'5148>9=@102372)113@BA81>?BABGEICCA;<99:866>+%%(%%)+347;?C<8?A?@BBD?>;6636=>==9=@>7-2;%89;>8?>7()47;:;:22>>@2,%4>C@;=1@=??><=@EB=>>FBBI??BIHGJGD>;03543;CBGD@EDDFE@?A9>:?B=>A@CC8(23$$5<@>;:8:C=<>1452A=<<>9556:9=7928@=;CA/F;B;08,:8DHJD898<=<:872'-'$&''2,&3330/01-9;B>:<9'%%0'$%%037=<;/:;;FG:C;;>?EE@CD?C,:>B4;?AB4123=?>B?<<;>196BD9>B@61,($&0./&*($#$%%0278<>BFCB61/47::>9:.+)%)&&-,+*)),C>=<=A<:=<9<<>7=;<;;8032?=8:?GFD;:@8:?9:<@G88>?:BB<:43474201&*%%&'111+65*(2(((1(,557<=()*,%%&.044)&&&$$$)8A368/'*+$&%%''();:;?<<+$$*1$#563247:>>@CED?@8D>A?@56208;5>9E88148:<<;:=<9997:=12),@??HIA<9=>=@=<:=?>:9578;:=898=9%%%,$'&((2477;.654,.*'&$$)(+--3>@7::<;FC57@9*+.=CA:<;?85<::-*(/58B=EHGABF:==%%')-)()+.09388+%'%%$$$#5546=B*$-B9?=;65(&%%)-8:=C58?CA<<<><:>?;:<5.0>=68%%1&)))578:65:4+)1<=?@?69<>356AB?B@CGE:<4BBCAIF78>?BB<;ECD5'.1:<=:E;;.4;36;4>6+3386210/+113+))):A?5E@HBBBAAH?D>?:<)@;;=540'.22)%%$(6+,%Ƀ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f5effe5-149b-4e2a-91d6-93010cd0435d/1 AAAGCATTATTACTTCGTTCAGTTACGTATTGCTTTTGCATCTTGCTTCTGGTGGAACACATGTTGTCAGTGTGGTAGTATTTGAAAAAGCTAATCTTGAAAAATTGCAAAGAAACAATTGAAGGTCTAATTCATAATCGTTACAATGATACTAATGTAACTAAGGAATACTAAATCGTATAATTGATGCTTTAAATAAATAATTACCGTCGTTTCTTGATTGAATATCGCGAATTAATAATAGCCTGAGAGGACACTGTTCTCTCTTTAGTTGATTTTAACTAGCTTTTTGTATTGTAAAATAGAATAGATAAACGAGGGCAACCTCAATTAAAAAAGGAGAATCCATCTAATGGTAAAATTGGTTTTTTGCTCGCCACGGTGAGTCTGAATGGAACAAAGCTAACCTTTTCACTGGTTGGGCTGATGTTGATTTGTCCTGAAGAACACAACAAGCGATTGACGCTGGTAAATTGATCAAAAAAGAAGCTGGTATCGAATTTGACCAAGCTTACACTTCAGTATTGAAGCTGGTACGATCAAAACAACAAACTTGGCTCTTGAAGCTTCTGACCAATTGTGGGTTCAGTTGAAAAATCATGGCGCTTGGACAATAGCGAACGTCACTACGGTGGTTTGACTGGTAAAAACAAAGCTGAAGCTGCTGAACAATTTGGTGATGAGCAAGTTCACATCTGGCGTCGTTCATACGATGTATTGCCTCCAAACATGGATCGTGATGATGAGCATTCAGCACACACTGACCGTCGTTACGCTTCACTTGACGACTCAGTTATCCCAGATGCTGGCTTGAAGAGCTTTGGAACGTGCCCTTCCATTCTGGGAAGACAAAATCGCTCCAGCACTTAAAGATGAGAGTAGAAAACGTATTCGTAGGAGCTCACGGTAACTCAATCCGTGCCCTTGTAAAACACATCAAACGCTTGTCAGACGACGAAATTATGGACGTGGAAATCCCCTAACTTCCCACCATTGGTATTCGAATTCGACGAAAAATTGAACGTAGTTTCTGAATACTACCTTGGAAAATAATTTATAAACAGAAAGCCTAGGATTCTAGGCTTTTTTTATATCTAAGTTTAAAAAAAGGCAATTTAGCTAATTGAAAAAGTATAAAATGAGAGGATATAACTTATGAAATAGTAAGTTGTGACATGAATTAATCTTCTTTGATTCGTAGCTCCGTGTTCGTAGTTATAGGTTGATAAGATTATATCCGTGATTTCTTTCCGGTTCTTCTTGAGCTCCCCAACAATCCAAAGAGAAATAATTCCTTCAATACTTGATAAGAAGATTTCCAAAGCGTATTTGTGAGGAATTTGGGAAGTTTTTCGAATAAGAAATGACGGAGTCTTTTTCTTTTTTGATTTTCAGTTAGAATAATGCTACTTAAATTCACGAATTGCACCACGAAAGTCTATGTAATGACTTTGGGACAAGGCGTTAATAAGGCGTTCGTTCGAACGTAATATATAAGTTAGCTAACATAAACTTTCTAGGCGATTCTCTTTCTTTTCTAAAAAAATGTAGAGCTGGGAAATAATTTCACTTTTAAAACTGTCAATCATTTGATGTTGTCTTCATAGTGTAGATAGAAAGTTCCCCTATTAATTCCTGCCCGTTTACAGAGCTTACTAATTGATATATTTTCAAATTTATCCTCTGATAGCAGCTGAATCAAAGCTTCTTTGATGTCTTCCCTTGAAAGTAGTAGTTTTCCGTTTCTGAACCATTTTATCTTCCTTCTTCTTAAATCAACACTTTGTTGATTTTTGATTATTACTTTTTTGACTTAGCCCATTATATAATATTTGTGATTTACAGAATCAACATCTTGTTAAAGCGAGCTTTGAAAAGGAGATCGCTTGATATGGCTTATATTGAAATGAAACACAGCTACAAGCGTTATCAGGTTGGGGGGATACCCCCGGAGATTGTGGCTAATCGTGATGTGAATTTTGAAGTGAAAGGGAGCTGGTCATTATCCTTGGTGCTTCTGGTGCTGGAAAATCCCAACGGTTCTCAATCTCCTAGGAGATATGGATACCAATGATGGGGGAGAGATTTAGCGGATTGATGGTGCCAATATTGCCAGCTATAGTTCGCACCAACGAACAAACTATCGTCGTGAAGATGTAGGCTTTTGTTTTTTCAATTTTACAATCTGGTCTCCAATCTGACAGCCAAGGAAAATGTGGAATTGGCCTCAGAAATCGTGACAGATGCCTTGGATCAGAGCAGGTTTTGACAGATGTAGAGACCAGTCATCGCCTCAATAACTTTCCAGCCCAGCTTTCTGGAGGAGCAACAGCGAGTCTCCATTGCACTGCCTTGTAGCTAAAGAATCCTAAAATTCTCCTTTGTGATGAACCGACAGGTGCCTTGGATTACCAGACGAAACAAGTCTTGAAAATCTCCAAGACATGTCTCGTCAAAAAGGAACGACAGTGATTATCCGTGACCCACAATGGCGCGCTAGCTATTGCGAATCGCGTGATTCATATGCGTGATGCCACGGTTAGGTGTGACGTTAATGAGAATCCTGGGATATCGATATATTGGAGTATTAGCATGAAAAAAACATATCGGAAAGACCTATTTCAGTCAGTGACGACTTCAAAGGGACGCTTTGTTTCTATCTTGACCTTGATGATGTAGGTTCTTTAGCCCTAGTAGGACTCAAAGTGACTAGCCCAAACTTGGAACGCACGGCAAGAAGTTATCTCCGTAAAGCCAATGCTTTGGATCTGGCAGTGATAGCTGATTATGGCTTGGACAAAGAAGATCGGACGGGCAAAGACCCTTCAAGGAGCAAGTGTTGAGTTTGGCTATATGGCAAGACCCTAACCGTTGAAAATGGTGAGGAAGCAGTTCGACTTTATTCCAAACCAGAGAGCATTTCAACCTTTCAAGTGACAGAAGGGCGACTGCCAGAAGCTGATGAGAAATTGCCTTAGCTGATTTCTGGAAAGACCGCTATCAGATTGGAGCAGACCATTACCTTTACTAAGAAAGAAGAAAAGTCCATCGTAAAATCCCAAACTTTTACAATTACTGGATTTGTTCAGTCAGGTGAGATTCTTTCTAAAGAAGATTTAGGAAGTGCTAGTAGTGGAAATAGCGAACCTGACTGGCTATGGAGTAATTTTACCCAGTCAGTTTGACTCAGATGTTTATAGTATTGCGCGTGTGCGCTATGACGATTTAAAAAATCTGGATGCTTTTTCATCAGACTATAGAACCAAGCGAGCCCAACATCAGGAAGAGTTGCAAGACTTACTTGCTGATAATGGTCAAAAAAGATTGGCAAGTATTAAAACAAATGGGCAAAAGAGCCTGAAAGATGGGAAAGAACAGCTCCAAACTGCTGAAAGCAACTTGAAAATGGTAAGTCGGTCGATGAATGGCAGAAAGTCGGCAAAGAAAACGCAAGAAGAACAAGCGACCGCTTTACAGAACCGCCAAAGTCAAATCGAGGACATCTGACCAAAAGCTAAGGAAGAACTGGCGACTAAAAAAGAAAAACTGGCTCAGACAGAGGTGATCTAACCAAGGAAAAAGCTTGAACAGCGTCAGAAGGCCTTGATGAACTGGCAGAGCCGAAATACACCACGTATACAATCGCCAAACCATGCCAGGTGTCCGAGCTACCACATGTGCAGCAATTTATCAACAAGTATTCGTTCTATCGGAAATATTTTCCCCGTGGTGCTATATATGGTCGCTGCAATGGTGACCTTTACAACGATGACTCGCTTTGTAGATGAAGAACGCACCAATGCAGGCATTTTCAAGGCCTTGGGTTACCGCAACAAGAGATATTGTTGCCAAGTTTGTCCTCTATGGTTTTCTTGCAGGAACTGTGGGAACCCTTATAGGAGACACTTCTTGGACATTATCTTCTGCAGGGGGCGATTTCAGATGTTCATAACAGCTGGGATGGTTGGAAGAAAAAGTCACGAGTATTTCTATTGGTCTTATAGTCTTATTGCCCTAGCTTTAAGTTGGGTATCCGTTTTGCCGGCTATCTTGGTAGCGCGGAGGAGATTACACGATGAAGCAGCCCAACTCTTACTTCCCAAACCTCCCGTTAAGGGATCAAGATTTGCTGGAACGCCTGAGCTTTATTTGGAGTCGTTGAGTTTTACTCATAAGGTTACGGCAAGCTATCTTTCGTTATAAGCAATACGTAACA + ('$$$%$&%*-,767;?AB83:C8.7'%%%'%557::8>?@:=>/<>>8764=HFF@F@C,%;@?7,0;=44$#*<1<;DJGF-)87/11/)36633-'%)-%'479DEFGG=ADCAHGBD@853,$$%-'/)$$%)%$(,37C@BD@<9EIGEEDA=>7/5$)%'./257:;66@A=@B<77,5?71(($74568:71').,/459D@>474(()./2=<3>9B@=<6C><.+,,6667;864,85%'%,36(&&$077665/==BA;-*)-,-456<==7+/=AGIF>324)3369102786+=99A>;93<::4:::;89=@AA?<@>>@AC>=;?@42,(-./.4105(47:>BA<9117;=:59@>>?;@ACABC1%%%*((47.019766+*&')04410794441:;97992.23)096*($$%&&&&477CC=FAC>7:;@A<9<<;99;5:4)*46BBC=>?CBA8;996=98?DG4091<<@=?B>.;454'9@99<4)0-+,*%*0368.8<;6>A@@8:C9;@<+&&&=1(09:?,*(;;:C:>=BB:DC?@BECEB/257ACAGB?CCB=GDF>CCB?BFHBEECA?@9':?<=07<9983<849834779EGB=A:677,89?DDD><244>BCBD1-7642(&&&29:67==88$:853,,3/&&&(355:<;=:8>;8?==<97:5'$$%&&)++.878502237631+1//..867<<>36;<04>9;=97/58=BF5>1<=:<:@=8/261&$(+/2353CA>8676.54>@:880747.%-0:99<==;<=<93?=;>9;=;;;898.->=??==ECA988>DC@;EIGHC@?E@A==<>:<=3AKJGDCAB899>>?6444:>;8769=@BDA:75*?=:5,2'%;E<=CE@<4/(7>BA4-0-/)/6:<@5=;('''5:>0:;60&%&.//0466=?D=E>.02155564**,4586,&87?>8:=<>CH;>&&5=::9@<>5@EF@C>G;<:?><:>402=/17+/@=<>ACCB<:(**=?=<:262,/&9940CCFH9;DB>:EABA=?ACE;A(;ABHFFDD77)029GCGF@;&&)'&&$-10+((&.2'*25@A=?85:;9;;98;<@B9=:;=(57;:;@<=36-***5/())+/&%$,$,/9=5@AA79>830>69;:9@??F?B@FGF?<>A?::6355?@BCB>=9,;=>FB@BC<9<;=;*)A?@>@IKH@A48@*''8:?C8FFC=?LLB?CGGC;10)0>>9835?>7:C=?=CDFDIC9>ABEA?JG?82=2:65656213,//0%:7356:=>C<:;?=>;)-1&%&'&'5:8;;4@;=>HF>?89CCBD?BCEH<544+,333:?>LL?=BDFEFE?K35B>D?@A@6:<7:?@GDE?66878559==?A@C>@8BGEF>EM?FEHHEGDMG9E=FGB??CBFGJGE?;6=?22.(--58;<:987667499==?BEFCB>>@@=?B;=>=>?=./<<>=?>034@C1:8)4745&&2/.266=:6974.*-338;(****771..8:;=:@47::21764,9;EA?*&>=<:>=AAE?8'==E:BAABB>:4<86)6,61..21&-8:73CFDGECD>329)-;9++.**77DGB<@<>;:9::9422,,,<*.61,.15:2354;8413467>ABE?<>HICFDC9(/5;<669;;;6)''298<@?==47;@@CDFCAA@@;*=%;==<98665451-.(*&')+.(+.'?>GA??B4:@E?:D?=8329ABGDB6@C?=965=A@FJF<82777:99:9:@9@B?B?<<;<<@;;4<7789@?;=@0,,,0<;92==;+''66'./11>>@A665922760:>?445/,-:;6&'%''%&&)*469<47;=@@=?87457=>-67787,+)56><7?=?>34:.690.,-0/44448:1))*'&&$##'&&/'%-**,.0%%2+435323?A<@;E;;A@B@AB=BADF?;84)&61:1+&$*>;<@@799::=;*)+.0<<>>7975110,*$&&4'942=CB>A549>C7771('07=C<78)'+?FGHG@?;3&10/BDB5AF@A>:5648679=?',*-(<11DC>9>947769:3;7@:>@;>BB98;;9//?311*:;8>=4.7;5442.%%%>>0226ACA=A<9<@A9??A>,98IFC6+4;?=;23596.)&'.9<2.9<:68?>>6388<<7463031+337::6(.6303(%..06681.0><=&61*0149>CABB=49<<7234418:<-.3<:/.8876*)312112*.((-0:<:890((-2*(9;<=;;7=?:088;<==<:8:?<<-'1259;?@;:339:<>8>>AA:3374792%)480//0:A?/>8769;04623479/04;66878788:99934+&(,54(559:;84;9??;EG@D9@ABA;;?B)5;;46686:658679=5<=37;=5<:<;=99=>A=?C@AEABFIE@368;<;13./*2:;3886::<>=<:8=<7;=;..0++43584688+9774538'452)40//622+*541175992,),23<8<<;33;<===6255445<:1.@D@??<747522630.),,726;<:;@@?A?;=744469;=@9799($359845A@C?>@A7?;<<*:-=@BB@?;DF>??-867651433*106(%''%%**)0322.:;;<01//*(/4;;>A?=<=;<9;:9::?A==8<944?A?A?<>=;;<=<=:@B@AFFHD>GH@DF>@66B77;77567816&&&.1:764..,3-*/0%$%#$%#$$%$#$%%%1-++1,&'((()&&2:33391?151;><8<<9;-*(,0-')&))+)*%$))*11<=@@<>--)+'')%/0#$)$%)+,)),-///8FGFIG@:;=>5<@>DBB.-'0A@??7,379<@DD9>)%%*&7@:<@:??>::2689>://'&$#%//3469563-93233+245965>9?A@???A77;8;82'++''%&45:97>D=ABCDH<:<>DE89=;:*1-+-..'%**((1/.,%%&&%$$$#'(',15-64)34./+''/599;9:;A<>@A9110//7>;CBF@@>><@=;<-5:<4263857=;.0948@A@B==A;:,//27<:;:8=9:;<>769?C?=8=.8<1:15:*+'&*,7:;9>B<:@6A>;65673*1028:;;9==AE?=@<>8?AC=@<5=7972.>=GGA8;06<:>?A>=@BE79=@;@::26-)$76;5:944501549:*>@;><.-(%&*''),(&'%/8.,089065.&&55*$8;>:88::.-0*)'/*(*(0-&*1312679>:;A69.,,-6924==:=8-*36723302:6:A?;ACA@@9:9>ABBB5885:CEF:;<99897+%+.9;:;:9::@AA>@A@,----/+//98//00((()00/5::9===:23458//21+;FC::688;:331/79@EB;:<8)244%411''('((&&% @SRR14011045.30424 0a6dfdca-f541-453e-83a1-5855013ab51c/1 TTATTAACCTTTTCGTGGTTTAACTTCATTTCGACCAAGACTTCTTAGTTTCTGTGAAGATTTCATGTTTTCGTGTCTTTGGATTATATTTTCGCAAAGAAAGTTTTCAGGTGTATTCTGAGTATTTTTGCGAGTATAGTAAATTCGGTCATAGTAATTCACTTACAAGACCAATAATCTTTCGTTTCGTATTCTTTTTTAGCCATAATCTCTCTTAAATTTATTATTTACGTTTATTTCTATTCTATCGCAAGATTTCATAAAAAGCAAGACTTTTAATCTCTTGTTGACTTATTTTATTTTTTATGGTATAATTTTGATTATGAACAATTTTTTAAAATTTATACAAAAAACTTTAAACAATTCAAATGAACGCATTGTGCTACAAAGATTTTATTTATTTATAGCATTATTCGGATTCATTATCGCAAGTTTTTTAAATATTTTCGAAAATTCAATTAGTAAAATTATCTTAATGATGGTTATTGCTGCAATTTCCATATTTTTCATAAATGCAATAATATGGGTTATTGGCGAAGCTTTAAGAGTAACTTTCTAAAAAATAATAAGAAATAGTTATATTAAACTTTTATTCTACAACTAAATAAATTGTTTCTTTAATCCAAAGTTGTTCGTAATCTTCAAATTTCTCTAAACTGAGCTCGTTCGAAATCTTAATCATCTCATCAAGACGCTCAACTTCATCTTTAATATCGAACTTATCTAAAACTTTAAAAAAATATTTATCTCCAATTCGATATTTCATTATCGTTACTGTTTTCATA + >B<;DC;>78=BC>AII@GOLKI@EG@DFIB6553+()*01BF@EIADJKHDJ?>HNE;HILNGJMIPPQPD@FHH@HM4@A@@EFF?EFJ;?78FE0)***=CQO>6117CBGDJMEGDC9GCFEIFD<:++*AEID?@NKACHF:=-/%$413558?,&87:=DIJ=@BBACCFJK5AAF?:IJE@=>?@C=@BLFA?788;>A=>B<><'98:>@?;D877988:>37/6<.$$:=5HHKJGFC6BEBFGFLHMI@6>FB>>AA??=;34>7<>HIHA@JMIGLHDH=EC89GCD@?@B=?=>BC>4:?>DFDFADEBDBBEFBGGAEKM;EB@8311.'*3::<;').9=A=>EC8>.8=:DGE7/.-,*6<>3<;=459EDD?;:ACB'QJ6?=;419??.8667CCB?GLFA7=<;698/.)9?>326---.35778?8&'%$$#%7==EC>?IA9<;@???DGJ@C5<:>?9;ACFBFQFNOJJFGGE;((G>BBBEDGHF:/;>;6&3BCEGAI>FB:ABAIABAB?>DCDED=IO@BLKDFD=ANNNA@A? @SRR14011045.49493 8d05934f-5482-4d0f-a9b3-3f05b27bb7bc/1 ACTGGATTTCGGTATTGCTCAAAAAACGAGTATTAAAGGGAAAAATCTTTTCATGCCTATTGTGTATCGCTGTTTCAGGTGAAATGCATGGACCAGAATTACCAGATACTATCTTCTTGTTAGGCCGTGAAAAATCAATCCAGCATATAGAAAATATGTTAAAAGAAATCTCTAAATAAGAAGGGTACAATAATGGACATCTGGGAAAAGATGTACGAAGAAGCACAGAAACTATACGATCCATGAAGTATCTGATTTCGTTCCCAGCCATGTTTGTGGCCGCAGTAGAAGCAGAAGATGGACTGGAAATATTTTACAGGTTTCTGTATGGAGGGAGCCTGTGGTGTTTACCTCCTGCATCTCTGCGCAGAGCAAACAGCTCTTCAATATGTACGCAATTTTCAGGACAAACTAAGGTTAAGAAAGTATTAGCTTTTTTCAAGGATAAAGCACCTTATGGTGGAAGTTCAGCCATGCCTTGCGAGATTGTTTGTAGGGGGAATTCCTTTTTCTGTTAAGAACTGATACAATAAGATTTAAAGTTTTCATGGTGATTCTGGAAAATTACGAAAAACAAGTTGATGCAGAACTAATGCCCCTGTGTGGTGGGGAGAAGAACGTGCTTCTAAGTTTAAAGGCAATGAAGGTCAGTACAGTTACCCAATACTTTTACGTCATATGCAAAAAATAAAAAAGATTAAAAAAGGTGTTAGGCAAAAAAACAAAAAGTCGGTATAATAGTAAGAGTTGAAAGCTTTGGTCCGTTGGTCAAGGGGTTAAGACACCGCCTCTTTTCAGCGGTAACACGGGTTCGAATCCCGTACAGACTAGTATATTACCGGATGGAACACTTGATGAAAAAAGTTAAAAGTTTCAAAAAGTATTTGTACGTAAAAACAACTGTGATATACTAATATAGTTGTCGCTTGAGAGATTGAGTGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTACAGGGCATACTGGCAGGGATTGTAGTACTGAACAATGAAAAAAACAATAAATCTGTCAGTGACAGAAATGAGTAAGAACTCAAACTTTAATGAGGTTGATCTGGTAGCTCAGGACGAACGCTGGCGGCGTGCCTCATCACGTAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTCTGGATGAGTTTACTGCATGGTGAGTAACGCGTATGATATACCTGGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCCATAACAGTAGATGTTGCATGACATTTAGCCTAAAGGTGCAGTTGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGGGGGTAACGGCTCACAGGCGACGATACATAGCCGACCTGAGAGGTCGATCGGCCACACACTGGGACTGAGACACGGCCCAGACTCACGAGGAGGCAACAGTAGGGGGTCTTCGGCGGACGGAGAGTCTGACCGAGCGCGTGAGCAATACGTAG + $$($'%/080(,22367;??=?72*%%$$&8969@>:164,=>=1:=DB@<743.*'-'(-*$%$)99:==;=>,$(/7+-73675937879778&0.../.,9'<<5>>;<>/:575658;E9BAGG=4A?A@;:87;7564>67E>?A@AB:(,@:<@0$*578<874,-,423(04*-).065935:<8:::<99=:/:?8648212+2*-/40:3:?9?>6-,1//0322541/0688,*.-231$$$%(*&*'55;=:<;@:C<8792739<;376&&&&+(&*)&'''$$$.023147>:<3,35<><<9724:9563-.'(,133778=<88(#$$&$(#&155+24550)/2--)'&%)'$&57.6079:;::664)$1%'.433&.68<9BDA;=;=>>9C?:850-%&%,/,./1/,5569<<>*.7587-7E;55&$&()+5:<:4623..--28<=93-....,'$$$&&'&$'%$&$$$$%$%%$#$'%'('&%'''&($#$$%$$'%%%'**((',)&$()22,&%%'3/&&&$/6:=25675878<4&=$='%56<>C6A,8@/2<:<:@>9>?677148;5:2,*.1785%%&,+.+)).*''$)(&''&#$#$<=>>>:;9@;/1+*)/345.*'-57?/(&.9CBLMG;6*05>577)+*3*-?<2-$7GE>3(5@8,26;=88A?/02?7*.--%&%%$$,225;@C=9<5;?876:/?AA9<1.993.-$$((((+)59.3=?69=:6.73061620776)))&$%$#)')04,*06*31(+)6347;599?B>>A8JDF=>.,?=>@5&(?@:*87;7.,3(((+'#%$$*12?=98%&880+459@@7:<>?FFIFCED(%;45;??=;-9::8/(*%%&$<=B08:;=9/)()$1())$'$%-$''$%')#9<99.2<:/::@@7110+??BDA:/4:<;CC@B=654-/2=;==>==>A,2005CC@AA?@=6634....%$$%-1(-:;;3%%)+,09;===;<5)),-%#(()((+4+''+,,%$(&$%%*./')6;<950:;??<9/876++0234;:8???DC@@?:/:.@1%&&()2(',:7+.///+-/,+%$&%$$'(56<<:;744.0886=::<@=FD>699<:<<7;*;67/&1534.*47:6;;;9::<+6460***&+--$/21('&&$$$$154A96/*00<98.8;>438/9:984&)&(,)(,-++.*-13677/3++++0,/9:(71(+(+,466/**+*,,.+%%369B?>=?5:>=77&%*.($)'/-,(()+&(%%%+%'%%-.*-,''&3345/'&$%)).643*.48447641)*$2)7623087246330/.$ @SRR14011045.82909 78d9b0b0-d388-4ec3-90c2-584726cbb524/1 GGTGTACTTCGTTCCAGTTACGTATTGCTACCACAAATGCAGTAAATAAAACTAAAGGCGTAGTTATGCTTTATGATCAACGTCCTATTAATGCCTTATTCCATTCTGATGGCGGTGGCTATACAGAGGATAGTGTAAATGTTTGGGGAAGTGATGTGCCATACTTGAAAGGGGTAAAAGACTTTAGTACTGGTACATCTACATCGAATTGGACTGTTACTACCTCTCGTCAAGCTCTTGAAAGTAAACTTAATGCGGCAAGTAAGGGGTAGGTAAATTGAAGAGCATTCAGTTGACTCCTCTTGGTAAGCCTGGGCAACAAACATCGGACCGCGGTGTGGGTCGTATAGAGTGCTACTTTCATAGGTACCTCTGGAAAAACTACTGTAGATGGCGATGCATTGCGTAATGTTTTGGGTTTAAAATCCTGTTGATTCTAACAAATCACAACCCTGCTAAAGAGGCACGGGAAAGGCATATCCTTAGCTTTACTGGCAAGAATGATACTGTTTATATTAAAGGCCACATGGTGGGGTCATGGCCTTGGTATGTCTCAATGGGCGCTGCCCGGAAATGGCAAAGCGTGCTAATCCTGGAGATATAAATTATTACCAAACTATTTTTGCGTCACTACTATAGTGGCATTACATTGAAGAAAATGTACTAATAAGGATTACGATGAAAGTTCTGATTTTGATTATGGTGCCAGAGGAACTGATTGCTCAGCATCAGGAGCCTCAAAGTATACACAGCTTTAACCTTAGATAAGGTAAGTGGTGAAGTTAAACATAAAGGGCATTTTTATGATTTGCTAGAAGAACTCCATGAAGGAGATGTGCTTGTATTTAACCATGCAGGTTTATCCTGGTTATATGGACATCGTCAAGGTTCTGGTGGCAAGGTGGAGGTACTTCTACTCACACCATGTGGTGAAATCGATGGGAATGCCTTGTTAAACCAGGAAAAAATGTCCTATCGGGCAAGTTATAGAGTTTGATGACCGCCTAAGTGGAGTTATTATAGATAAAACAAATTTTGGTGTATATTCGGTTCATGCAACGGTGTGTTTGATGATGTGATTCAAGAAATTGGTGAAATGCCATTACCTCCATACATTCATGAAAAGTTAGAAGATAAAGACCGTTATCAAACGGTATATGCTAAGGAGAAAGGCTCTGCTGCGGCACCAACTGCAGGACTTCACTTTACACCTGACCTCAAGATTAAAGCTAAAGGTGTAGAGCTTGAGTTTGTAACCTTACATGGTGGACTTGGCACCTTTAGACCTGTATCTTCAGAAGCTATTGAAGACCACGAAATGCATAGTGAGTTCTTTGTTGTACCTCAAGATACGGCGGATCGAATCAATGCAGCCAAACAAAAAAGGGTCTCGTATCATTGCCGTAGGTACTACATCGGTGCGTACTCTTACGAGTCTGCTACGAATGATGATGGTGTATTACAAGGTATGAGTGGTTGGACTCAAATTTTTATCTATCCTGGCTATAAATTTAAGATGATTGATGCGTTGGTAACGAATTTTCACTTGCCTCAATCTACATTGTTAATGTTGATTAGTGCACTAGCTGGTCGTGAACACTGTTTGGCGGCCTACGAAGAAGCTGTACGTGAACGTTATCGTTTCTTTAGCTTCGGAGATGCTATGTTTATACGTTAGGAGGGACTATGCCGAGTATTACTTATGAATTACAAAAGACATGTCCTCATACGGGGCACGGGCAGGTTTATTGCATACGCCACATGGTACCTTCCAAACACCGATGTTTATGCCTGTAGGCACGCAAGCGACAGTTAAAACTATGACACCAGAAGAACTAAAAACTATGGGTTCTCAAGTTATTTTGAGTAATACCTATCATTTATTTCTGCCCTTGGGGGCCGGAGCTTGTAGAAGAGGCTGGGGGCTTACATAAATTTATGAATTGGGATCAAGCGATTCTTACTGATAGTGGTGGATTCCAAGTATTTAGTTTAGGCGATATGCGCAAAATTACTGAGGATGGTGTTACATTAGATCCCACATTGATGGATCAAAACAGTTTCTATCTCCTGAAGTGGCTACAAAGGTACAAGAACAATTAGGTTCTGATATTGCGATGGCTTTTGATGAATGTATTCCGTATCCCGCGGATCATGATTATACGAAACGCTCTACGGCGCGTACAACACGTTGGTACATCGTTGCTAAGAGGCTCGTAAAGCTCATGACCGCCAAGGCATGTTTGGTATCGTTCAAGGTGGCATGTACAAAGACTTGCGCAAGCAAAGTGCGGAAGAACTTGTAGCTATGGATTTTGAAGGTTATAGCATCGGCGGTTTATCCGTTGGGGAACCTCATGATTTAATGAATGAAATCTTAGAATATACTACGCCATTATTGCCAACTGTTGGCTCGTTATTTGATGGGCGTTGGCACCGCGAATTGTCTGGTAGAAGGTGTAGCACGTGGAGTTGATATGTTTGATTGTGTATATCCAACTCGTGTTGCTCGAAATGGGATGGCCATGACCTGGAATGGTCGTCTTAATATTCGAAATGCTCAATTTGCTCATGATTGGGGTCCTTTAGAAGAAGGTTGCCAATGTTATACATGTAAAATTATTCCCGTGCATATATTCGTCACTTATATAAGGCAGAAGAGATTTTGGCATTACGCCTTGTAACGTATCATAATCTCTATTTTTATTAGAGTTTATGCGTCAAATGAGACAAGCTATCTTAGAAGATCGGTTCCCGCAATTTAGAATGCAATTTTGGGATAAGCTTTAAAAAATAGTAATTAAGTCTAGTCAAATTTATATTAGGTGGCTATACTAGAAAAGAAATACATATTTATTAACCTAGGAGGATAACATGGGAGATATTCAACAAATTTTGCAAACTAGCTGGCCTATTTTGTTAATGGTAGTAATTTTTTACTTTTTATTGTGGCGTCCACAAAAGAAACAACAAAAGAGCGTGCTAGCTTGTTAGGTAGCTTAAAAAAAAGACCAAAAAATCGTTACTATTGGTGTTATGGCGAAATTGCAGACTTGATGATGAAAAAGTCAAGGTACAGGTATCTGAAAAGTTGAATTAACATTGCTCGTACAGCAGTTGCTAACGTACTATCTAAGAAAAACAAGGAAGAAAAATAATGAATACAAAGGAAGCAGTCGCCAGGCGTGTAAGTCTCAATGCAGCTGCTTATCCGTTGCTGATTGTAGGTCGTGGACGCCGATGTTGACGAATCAAATCGTTAATAGTCCTGAGTATATATCGGCAAAAATATTATGGCTATTTGGCGATGCCTAAAAGGCCAAATTTAGACGATGTGATTCGTCCTTACTTTTAGTTATGATAAATCTGTATACGTTCCAATGTATGTACTGATAAGACGACTATGATTGCAGTTCGCCTTAAGTCTCTAGAATCTATCGTTCAGGGTGTGTTACATATACGCATTCCCTCTGAGCCATACGATATTATTGGGCCGTGTGACTTGGATTTGATTTTAGTGCCTGGTGCTGGCTTTGACCGTCAAGGTGGTCGCATGGGGAATGGGAAATGGGTATTATGATCGATTTCTCAAGGAACTTTCACCAAGTACATTTATGGGCGTATGTTGGACTGCCGTTATAGAACACCAATCCCAATGGAAGCATTAGACCAACGAATGAGTAAAATTGTGACAGAGCAAGGCATTATACATTGTGTATAGCAGAAGGGAGCAACTATTTTGAACGGTAAAGCTATTATCAAGTTTTTAGTAGTCATTGCTGCCATCATTGGATTATTTGCGTATTTTATTCAACCATTAGCAGGCTCTTTGAAACAAGGACTAGACTTGCAAGGTGGTACGCATATCGTATTGGAAGCAGAGGACTCTGCGACTGGTACAACTGACAATGATGCAGTGGAACGGGCGAAGCAAATCTTAGAGCGTCGTATTAATGAAATGGGTTTATCTGAACCATTGAACAACGTGAAGGTGCTCGTCGTATTATCCCATTGCGTTGCCAGGTGTAAAAGATCCTGACGAAGCGATTAAACGTATCGGTAAAACAGCGGTCTTGGAATTTAAAAACGACCAAGGTCAAACTGTTATGACTGGTGATGACTTAAAAGATGCTAAAAGAGTTAGGTCAAAATAAACAACCACTCGTTGCTATTGGATCAGTGATGAGGCTAAGAAGTTTGCTGATTTAACATCTAAAAATATTGGTCGTCGTATTGCCATTACATTGGATGGTAAAGAATTGACTAATCCTGTAGTACAACAAGCAATTACAGGTGATATTCACTATTTCTGGTAGTCAAAGTTTAGAAGAAGCTAAAGACTTGGCTATTTTATTACGTTCCGGTGCATTGCCTGTTAAAATTAATGTATTGGAAGTGCGTACAGTAGGTCCTTCTTTAGGGCAAAGACTCCAAGGATAAATCTGTTGTAGCCTTCAGTGCTGGTATTGCAATGATTATGATTTTCTTGGTTATCTTATATCGTTTTTCTGGCATCGTAGCTAATATTGCATTACTTGTATATGTTATGCTCTTATTGCTCGTATTAGGCAAAGGCTTTAATGCGACTATGACATTGCCAGGTATTGCTGGTGATATCTTATCCATGGGTGTTGCGGTAGATGCGAATATTCTAATCTTTGAACGTTTCAAGGAAGAGGTATTTTCCGGTAAATCTATGCGGGTTGCTATGGAAGCAGGTTTTAGCCGTGCGTTAGCCACAATTACTGATGCAAACGTATCCGTTATCATTACAGCTGGTATCTTAACTATTTTAGGATCTGGTCCTGTAAAGGCTTTGCTATCGCTTAGGTGTAGATGTTGTGGTAAGTATGTTCACAGCGATTACTGTGAGTCATTTCTTGTGCAGCTTATTAATTGATTGTAACTTTACAAACCATCCATTCTGGTTTGGTGCGAATATTTCTCCAAGCACAAATTGCTGACGCATTTGCACCTAAATCTTTGAAAGGAGGTAAACGCAAATGACATTAGACGTAATTAAACATCATCGTTGGTGGTTTGCTATTTCCTCCACACTCGTTATTATCAGCTTAATTTCCATATTTACTAAGGGTTTTTAACTTTGGTATTGATTATACTGGTGGTACGATTGTTGAAGTTGTATTTGATCAACCTGTAAGAGGTTAGTCAGTTCGTGACGTTCTAAAAGAATATAATCTTGAAAATGCACAAATTCAGCTTTCCGGTGATACTACTGGTGATACAGCTGGCGAAGACGTAATGATTCGTACACGTAATCTTGAGTCTAGTGAAAGTGCAGCTGTTGTTGATTCTTTGACTAAATCTATTGGTAACAATACAGTTAAACGTATTGAAACTGTAGGTGCTGTAATTAGCTCTGAAGTTACGGAACATGCGTTATTAAATCTTGTTATAGCATTCGCAGCATTAGCTTTATATATTTCTTATCGTTTTGAATATAAGGTTGCCATTTCTGCTTTAGTTGCCATTTTCATGACTTGATTATGGTTCTTGGTGTTTTCTCTTATTTCCAATTAGAGATTGATGCATCCTTCTTAGCTGCCATTCTTACGGTTGTAGGTTATTCTATGAATGAATCCGTAGTAATCTTTGACCGTGTTCGAGAAAATACGCATACTCACAAGCGTTCTGATACATTTGCAGATCTTGCGAATGCATCTATTACACAAAGTATTCATCGTAGTTTCTATACATTGGCAACAGTTATGTTTGCTTGTGTATCCTTTATTTATTTGGTGGAGATACTACAAAGAACTTTGCTCTTTGCATGATTATCGGCTTTGCTAGCGGTGCGTACTCCTCTATCTGTGTAGCTACATCCTTGTGGGTTATGTGGAAGAGTCGCAATAAAAATGACGTACGTAATCAATAATAAGTTATAAATTATTATTATTGTGTTAATAATTAAAACACAAGAACTCTACTTGATTTATTTTTAGAGAGGTTCTTTTATTTTGCCATCTTTTATTATGTAAAACAGTATAGGTATTTTACAGATAACAGTCATTTTTAACTATATAAAATTTAAAAAGGCTTGTTCTTGAATTCTATAAGATAGAGGCGTAAAATGGCTAGGTGACACGATACAAAGAGGGAGATACAAATATGGATTCAAATAGATTATGGAGCCCTGCTTTTACTAATTATGGTATTAGTAGTGGTATTTTATATATGACTCAATATGTTCTCGTAGCGGCATTGCCAATTGTAATCACGTCTGAACTGAGTGGCAGCGATCTTGATGCAGGCTTAGCGATGACATATTTTCAAATTGGCACAATTTTATGTAGGATTTTTGCAGGACGATTAATAGATGGTTTTAATAAGCGTATTGTTCTATCAATATCAACAGCCTTGTTTTTCATTATTGGGATTATTTAATTTTGCTACCTCCTTAGAGGCTGTTTTCGTACTACGTGGGTTACATGGTGTTGTGTTTGCCCTTGGAACAACTGTAATATTTCTCTAGCAGTATTAGTATTACCTCTAGTCGAAAAGGTGGGGAGTTAATATGTTTGCTATCTTTTCAAATATAGCAATGGTATTAGGACCTGCTATCGGCCTATATGCTTTATCGTCATACGGTAGTATGGCATTGTACATATTTTTAACGGTTATGACTGGATTGGCTATGATTTAGTAATATTATTCCCCTATCAAAAGAGTTAGCATTACCTAAACAATCAAAATATAAGTTGGCATATTTCCCAGTTTATAGAAAATAAAGTTTACCTTGGGCTTTAATGGGCTTATTTATTGGGTTTACCTATTCTAGTGTTTTAGTTTATACCTATAAAACTTAATAACGTGGGGGCAGGAATATGGGGAAGTGCTTTCTTTGCTATTTTTGCGTTGATGATTATTATTAGTCGACCTGAGAAAAATATATGCTCGATATGGTTCAAAAATTATTATCTATACAGGATTAGGATTATTTATACTAGGCTTATTTGTATTGGGATTGGCTATAACCCCATTAGCTATTCTATTCACCGCTCCGTTATTGGGGTTAGGCTATGGTGCACAGCACAACCTGCATTCCAACATGGCTATACAATCAGCTCCTATTGAGCGTGCAGGTGTATCAACAGCAACTTATTTTCTAGCCTTAGATATAAGTGTCGGTGCTGAGTCGGTTATACTTGCAGTATTAGCTAGTGCGTGGGGCTATCAATATTTATATATGTTCACTGCATTGGTTATGGTGATAGCGCTTGCTTTGTATCATATATGGGTAAAAGATATACTCCTTTAGAACTATAGTTGTTTAAGGTAAAAATTGGGTAAATAAATATTAAACAAGTTAAAATGGCTTCTAATGAGATATTATGTATAGGATGCAATAAAAATAATGAAAGAAAGATGAATTTTAGGATAACAATTTTATATATTGACGTTTATTATATTTATGCTATACTTATATACAAGTCATTAGGACACAGCTCAAATGATAAGTATGAAAAACTTCTTAGAAGTTAAAAAAAGCACTTGACGGAATGAGCTGGACTTGATACAATAATCAAGTCGCCAGTTGATGAAATACTTTGAAGAAGAGTGTGTAGACTGGTACAGATCTTTGAAAACTGAACAATGATAGATCAATCATAACGATTGAACATATGCCAGAGTGCGGGTTTTGACATAGTCAAAACCAACCATAATCAAAGTTACTTCAATGTAACGACAACAAATAATGAGCTATTCAAATAGCTTCCAAGATATCTTGGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCTTAACACATGCAAGTCGAACGAAGAGCGATGGAAGCTTGCTTCCATCAATCTTAGTGGCGAACGGAGTGAGTAACGCGTAATCAACCTGCCCTTCAGGGGGACAACAGTTGGAAACGACTGCTAATACCGCATACGATCTAACCTTGGCATCGAGGATGGATGAAAGGTGGCCTCTATTTATAAGCTATCACTGAAGGAGGGGATTGCGTCTGATTAGCTAGTTGGAGGGTAGTAACGGCCCACCAAGGCGATGATCAGTAGCCGGTCTGAGAGGATGAACGGCCACATTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATCTTCCGCAATGGACGAAAGTCTGACGGAGCAACGCCGCGTGAGTGATGACGGCCTTCGGGTTGTAAAGCTCTGTTAATCGGGACGAAAGGCCTTCTTGCGAATAGTTAGAAGGATTGACGGTACCGGAATAGAAAGCCACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTGGCAAGCGTTGTCCGGAATTATTGGGCGTAGCGTGAACTGAATCAGTCAGTCTGTCTTAAAAGTTCGGGGCTTAGCCCGTGAGATGGAAACTGCTGATCTAGAGTATCGGAGAGGAAAGTGGAATTCCTAGTGTAGCGGTGAAATGCGTAGATATTGGGAAGAACACCAGTGGCGAAGGCGACTTTCTGGACGAAAACTGGCCGCTGAAGCGCGAAAGCCAGGGAGCGAACGGGATTAGATACCCCGGTAGTCCTGGCCGTAAACGATGGGTACTAGGTGTAGGAGGTATCGACCCCTTCTGTGCCGGAGTTAACGCAATAAGTACCCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAGCGGTGGAGTATGTGGTTTAATTCGACGCAACGCGAAAGGGTGTACCGGGTCTTGACATTGATGGACAGAACTAGAGATAGTTCCTCTTCTTCGGAAGCCAGAAAACAGGTGGTGCACGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACAGGCGCCCAACCCCTATCTTATGTTGCCAGCACGTAAAGGTGGGAACTCATGAACTGCCGCAGACAATGCGGAGGAAGGCAGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTATTGCGTACTACAATGGGGTTAATAGACGGAAGCGAGATCTGCGAGATGGAGCAAACCGAAACACTCTCTCAGTTCGGATCGTAGGCCGCAACTCGCCTACGTGAAGTCGGAATCGCTAGTAATCGCAGGTCAGCATACTGCGGTGAATACGTTCCCGGGCCTTAACACCGCCCGTCACACCACGAAAGTCGGAAGTGCCCAAAGCCGGTGGGGTAACCTTCGGGAGCCAGCCGTCTAAGGTAAAGTCGATGATTGGGGTGAAGTCTGGCTAAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTGAGGGAGACATACACCGAGCCGAGAGCTTGGATGTCTGCTTAGGTCGACACTTTGGCGAGTAAGTAGACGTAGCATAAGCGCTAGCTGTACTTACACACTTATCATTGTTTGGTTTGAGATCTGTAATAGATTTCTCAATTTAATATGACGTTATACATTACGCGTTAATCTGGGCGCACGTAGGATTGCGAAATCGACGCATACTGGAAGTATGCTAGATAGACAAGACAAGTGCAACGACGAGTAACACGGAATGTATCGGCAGATTTGTTCTTTAAGAAAACTACCAGAGATAATTATTATATATTTGTAAGGTCATCTCTTAGAATTTCTAAGTAGGTTGACCCGAGCACATAGAAATAATTCTCTGACTTAATGGTGAACGTACATGAAAATGTACGGCTACAAAAAACGACAATGTATCTAATGCATGTCAATATTTATCTCTCATGTATTCAATCATGAGATTTTCGTTAACATTTGATGCATATCTGAAGCCTGGGCGAGGATGACCGCCGCGTACTATTGTACGTAAGGCAAAATCGAAGAGCGTGAGGCGACGACGATAAACAAATGATAACGCAAAATAAGTAAAGATAATAAGGGCGTATGGTGGATGCCTTGGCGATATCGAAGGACGCGGTAAGCTGCGATAAGCTACGGAGAGGTGCAAGCAACCTGTGACCCGTAGATTTCCGAATGGGGGAACCCGGCAGTGGTTATGCACTGTCACCCATAGCTTAGACTATGAGGAGGGCACCTGGGGAACTGAAACATCTAATTACCCAGAGGAACAGTAATCAAACGAGATTTTCTTAGTAGCGGCGAGCGAACGGGAAGAGGCCAAACCGGAGCGGGCAACCGCACCGGGGTTGAACAGTCATCAAGTGTAAATGAGGTAGAAGAATCGAGCTGGAAAGCTCAGCCGTAGAAGAGTGAAAGCCCTGTAATCGAAACCTTGCATACATGCTGGGACTGTATCCAGAGTACCACGAGACACGTGAAACCTTGTGGGAAGCAGGGGACCACCCTCAAGCCAAAATACTGATATCGACCGATAGCGCATAGTACCGTGAGGGAAAGGTGAAAAAGAACCCCTGGCGGGAGTGAAAGAGAACCTGAAACCGTATGTCTACAAACAGTCGAAGTCTGTATATATATCAGGACGACGGCGTGCCTATTGAAGAATGAACCGACGAGTTACTGTTGCTAGCGAGGTTAAGTGGAAAACATGGAGCCGCAGCGAAAGCAGGTCTGAACAGGGCGTTCAGTTAGTAATAGTAGACCCGAAACCGTAGTGATCTATCCATGGCCAGGTTGAAGCACAGGTAAAATTGTGTGGAGGACCGAACTCGTGAGCGTTGAAAAGCTTTGGGATGAGTTGTGGATAGGGGTGAAATGCCAATCGAACACGGAAATGGCTGGTTCTCCCCGAAATAGCTTTAGGGCTAGCCTCGAGGGTAGAGAGTATAGGCGGTAGAGCACTGATCGGGCTAGGGGCCATACCGGTTACCGAACCTAGTCAAACTACGAATGGCTATACTTATACTCAGGGAGTCAGACAGTGAATGATAAGGTCCATTGTCAAGAGGAAACAGCCAGAACTCGACTAAGGTCCCCAATGTTACACTAAGTGGCGGATGTAAGATTTCAAAACAACCAGGATGTTGGCTTAGAAGCAGCCACCATTTAAAGAGTGCGTAATAGCTCACTGGTCGAGAGACTCTGCGCCGAAAATGTCCGGGGCTAAAGTGTAAAACCGAAGTCGTGTCATATGCAGCAATGTATATGGGTAGGGAAGGAGCGTTCTCATCGGGCTGAAGCAGTACCGTAAGGAGTTGTGGACTGATGAGAAGTGAGAATGTCGGTATGAGTAGCGAAAAGAATGGTGAGAATCTGGTACAAAAGCCCTAAGGGTTCCTGAGCAACGATCGTCGTCTCAGGGTGATCGGGACTAAGCCGAGGCGGAAAAGCGTAGGCGATGGACAACAGGTTGAAATTCCTGTACCGGTGTGAATCGTTTGATCAGTGGAGTGACACAGTAAGGTAGGTCAGCACGCGATTGGGCGGCGTGTTTAAGCAGGTAGGTTGAGCTATAGGCAAATCCGTAGCTCTAAAGCTGAGATGTGATGACGAGTGACTAGCAATAGTCGCGAAGTGATTGATCCTACACTGTCGAGAAAAGCTTCTAGGTAGAGACACATCGCCCGTACCAAAACCGACACAGGTAGGCGGGGAGAGAATCTAAGGTCGCGGAAAACCCTCGTTAAGGAACTCGGCAAAATGCCTCCGTAACTTCGGGGAAAAGGAGGACTCATGTAGTGTGAAGAGCAGAAAGCATGGAGCATGAATGAGTGGCACAAGAGAGAAGCGCCAGCGACTGTTTACCACAAACACAGGTGCCTGCTAAAGCGAAAGCTGATGTATAGGTGCTGACACCTGCCCGGTGCTGGAAGGTTAAGAGGAGGGTTAGACTTCGGTCGAAGCTCTGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGATTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAAAGGTGTAACGACTTGGCACTGTCTCAACAGGGACCCGGTGAAATTGAAGTACCTGTGAAGATGCAGGTTACCCGCGACTGAACCAGAAAGACCCCATGGAGCTTTACTGCAGCCTAAGATTGAACTTAGTTAATGAATGTACAGGATAGGTGGGAGACTTAGAACCTAGGACGCCAGTTTTAGGGGAGTCGCTGTTGGGATACCACCCTTTCATTAATTGATTTCTAACGGGCCGAGTAACGACCGGCCGGACAGTCTTAGGCGGGCAGTTTGACTGGGGCGGTCGCCTCCAAAAGAGTAACGGAAGCGCCCAAAGGGTTCCCTCAGAGCGGACGGAAATCGCTCGAAGAGTGTAAAGGCAGAGGAGCTTGACTGCGAGACGGACAGGTCGAGCAGGGACGAAAGTCGGGCTTAGTAGTCCCGTCGATTACCGAAATTCAGAGGCCATCGCTCAACGGATAAAAGCTACCCTAGGGGATAACAGGCTAATCTCTCCCGAGAGTCCATATCGACGAGGAGGTTTGGCACCTCGATGTCAGCTCATCACATCCCTGGGGCTGAAGTAGGTCCCAAGGGTTCGGCTGTTCGCCGATTAAAGTGGTACGTGAGCTGGGTTCAGAACGTCGTGAGACAGTTCCGAGGTCCCTATCCATCGCGGGCGCAGAAACTGAAGGGGCTGCTCTAGTACCCGAGAGGACCGGAGTGGACGAACCGCTGGTGTACCAATTATCCTGCCAAGGGTACAGTTGGGTAGCTACGTTCGGGACGGATAAACGCTGAAAGCATCTAAGCGTGAAACCAGCCTTGGTTAGTAGGGTTTCTCATAGCATAAGCTAGTAAGATCCCATGTAGACGACATGGTAGATAGGCCAGGTGGTAGAAGAGAGCCGTGAGGTTTGGAGCTGACTGGTACTAATCGATCGAGGGCTTTACTTAAGCAACGTAAAACATTAAAGCAGAATGTGCAATAAATATATATACTTCTATGTGGTTTTCAGAGTACAAACTCTGACAGATTCAGTGGCGATGGCTATGAGGATCCACCTGTTCCCATCTCGAACACAGTAGTTAAGCTCATAAACGCCGAAAGTACTTGGCTGGACAGCCTGGGAGGATAAGAAGCCGCTGATTGACTAAAGAAAAAGGTCTACCTAAAGGTAGGCCTTTTCTTGCTAGTCTTCGACTAGCTAACCCTACTAGAGCAGCCTCCAGCCAGGTTGTAGAGGTTGTATCTATGTACTGTGTCCGTGTAAGACGGCCCTAAGAAAAGCAGGGCAGTAGAAGATGGAGGAGTGAAACGACGACAGATTCATTCATCGCTTTCTTCCGAACGTAAGATTTACCGAGCTGCGAAGCAGAAGGAAAATCCACAGTGAGGAAGCAAGTAGAAGAACAGCCGAAGAGGTCTTAGAGCTAAGCGACGCAGCCGAACCATATGGTGCTTCCGAACGTAAGATTTACCGAGCTGCGAAGCAGAGAAGGAAATCCACAGTGAGGATTGATAGGAAGCCGCGGCTAATGGTAGTATCTAACTAATCCATACGGTAACGAGGCACAACGTGCCAATGTTGCACCGAAACGTAAAGCAGTTGAGCTACTTTAAATATGTAAATAAACTTTATCTAATCGATACCGCGGTCGCGCGCGGCATAATGAGTATCGAACCATCAACTAGTTGACAACTCCATATTTATGTAAAATAACAAGCCCCATGATCACAAAAATCGTAGACCTGTATTAATAACAACTTATTAGAATTTAATATATATACAAAGAGCTGCCTAACCCGGCTCTAATTCTTTATTATTCTACACCAACCATTACGCTAGTGGATTTGATAACAGCGACAACTTCTTTGCCAACTGCTAAGCCTAATTCTTTAACGGATTGAATAGTAATGTCAGCAGTAACAATATTGGTGACACTACGTTGATTTTACGATTGCATTTACAGCGCCTTCTTGGATCTCAACGATAGTACCTTTTAATTGATTTCTTGCACTTAATTTCATGGATATCTCCTTAAAAAACAATACAAAAAGTATATATATTATAATATTTTGCATATAATTTGTGATATACATTACATCACATAATTTGTGATATACATTGCATACAAATTATATGGAGCGAACGAAAGGAATCGAACCCTCCTCTCAAGCTTGGGAAGCTCGCATTCTACCGATGAACTACGCCCGCACGATGTAAATATTGTATCATATATTTACATATACATTCAAGTAATCATAGATATATCTATGATTATACCTATAGTAGTAAATGTATTGAATTACTTTCAATCTAGATGTATAAAATAATAGAAAAGGAGGAATTCGTATGTCAAAAGTATATAAAGTTCATAAATGGTTATCTATCATTTCCTTAATTTTCTTCTTAATGTTTTGTATTACAGGATTAGTACTCATGTTTCAAGCTGGGAAGTTAAATGCGTGGGCTCAAGGTGGAACAATACATCATTCATCAGCTATAATGTCGATGAATGAACATGAAGAATCTATATTTAAAGTATGCTGATCCAGGGGGCACTACTTGTTAAACAGAAATATCCATCAAAAGATATTTTGAATATATCCCCCTGCTATGGGGCTACACATATTTTACGGTATCGTATTATTGAATCTGACCTACAGGTGCTTTCCAGCTCGCATGGGAATGGGTGGGGTTGTATTATTATATAATCCTATATCTAAAGACTGATTACTTCACATAATGAGCCTCCTGTACATCCTTGGATTCGTAGTATGTTACATACTCTTCATCAATTACATACACGATTAGATTTAGGTAAAATTGGCATATATATTGTAACATTCTTATCATTTTTATGTAGTCTCACTATTATTTCAGGGATTTTTTTATATGGTCCCATTTCAGTAAAAGTTATTCTAAAACTATATATTTTATCAGAAAATGAAAATACGGTTGTATTACATCGTGATTATAATATAGTTGCAACGGTCTGGGGATTTATATTATATATAACAGGTGTATGGATTAGGGCTTTTTATTACAAATAATGTAACTATAATGCCGATGTACTTCATAATACCTAAACAGGAACTTTTCGATTGGACAATCTGAAATATTGCAGCCATCAGAGAAAACAATTCTATTATAATGAAAATATATCCAGATCGACAAATTATTTCTATGGATTGTCAAATAAGTTAACAATTACCATTATGCATTTGTTAGGTGCAGAAAATGATGATGATCCCGGCTATATTTCCTTGGACAGCCTATATGCTAACACCGTATGTCAGTTATTAATGATAGATTTTCTACTAAAGCAGTTCCATGGTATTTACAGGTATGACGACTATGATTAACCTACATATTCATAATCATAATACGATGTAGCTCTAAGAAGATATTAAAAACGTTCCACTATGGGATATTGTTCTATATTCTTGTTATCAAATGACTAAGGCTCTATGGTAATGTTACTAAATATAAAAATCCGATGTATTCTATCACAAGAAACATCGGTAGGGAAAAAGCATATTTGGCATGCTATTATTTATGACATATCTGTTCTTGCCGGATTGCTTCACCACTTTGGCCGTCCTGCATTATAGATACGATTGCTGCTATTTGTTCAACTGTCACTTATTGTATTTTTATCTTTGCTTAAAGAAAGTAAACAATGTGATTATTTTCGAACTGAAAATGATATAATAATAAATATAGTTGTTTTTATATGTAAAAATACGTATTATTATTTATGACTCAGAAAATGGTGGTTATTATTATGAATTTTGTAAGCATTTTCAGTCGATCTGCCTGGTGAGGATATATTGCTGTCGCTGCTATTTTAGGCGTTCTTGTGGCGAACTCGCAGTTTACGCGGCACGGTATTTTTGCAGTCATGCAAATACACGCAGGTCCAATGACTATACTGGGTGGGTTTATTGATGCCTTAATAGCTCTTTTTTCCTTATGTTGGTATAGGAATCAAGAAATGATTCTGGGAAGCGATACGAAGGCGAAACGTGTGCTTCGTATTAGCGCATTTTACCCAGGTGTTATTACGCCAGCTATTGTGTATTATTTTGCGGCTGGATATGCCAGAATATGGGTAACGTTTGAGTTCCTACCGCTACAACGGATATCGCTTTTGCTATAGGCGTTATTGGTAGCGGTAAGGTATCTAATAATATAGCA + $&-,-/46547?E-:;A=>>=8BBCE?>BBAB7EFKHJH>=C;EH;>GE;?C45,4@>7==AAFB3@?==;788444349@@@=D:9';;=EFHGA8B@@IC>?A==8AAD>*A@CB?.8?A::5072A>@ADD=EH:&2&2'.+*134@,=:-588B==;8:9.14A-A:>>=/7))1368:49>C<:;<4'-221132:D=6689EC47<279B;@BED===>A?B>CGD:@FF9>ACB?<=13BAB9DBA:8<>GCB657<*$&(9>=9>?99$$1?;<@>JOIGE@DC<99?@?D>E?CI569,-@@@:6=;<46:=>:;BE928=DD=;=8>JG.JECDBCI?>=C=?DDAFADD9:=<3/2###%4.-89:96=<=7:A;;,8@>?GBEE?-><1*,.551(6/03452+/2;?@@<<:A>7833,88;:6(467=@@@<;DFF:9A>>ADBD603<;89;+)>@?99;::C@>@@8745643137%%3*-/1$$()(9<;7:;==A40>::<@9>933**'&&165575221(*&%'&'$('&***(#$%$"#$%&)&&&'+(&&*-8:>>DD99@=9B@>;DCEIGA0>??>>>0,*(45.:A4<<<=ACBGFK>?8AC@@<<<=66++..)&$$(*%$&&**1%#'+*('%*++02:9:;?AG;:@GBL==@D@AEAA<:999%%)1)-,./2569:8;A=88>?=8;;9/46:5+*(2+&%,&'/4;=981:9:?><==7/*1:85@@:)3FJJAGAGCABCHGF@FGHB45+)/81/,7?AAB=@BDKF7DHCE?@DHGHFF<9<;D?>?BFE::711$&'$#&'++03(-/;-=>A;EGF9?<=>H??HCCEDEF;*46B?A9-@AA>EAACFKHGEAGM?GE;GEDDB==:<@<;91327=72:'?@38?>DCCC=@D=7:=79/%(%2/*'<9>:>>:&&&(*-/,789::756,/030010176C>BFB8A>B@CBF>>ADD9>BDHDCIIGHL@=5/0*'<;;CHI<56DD8;EGD?>FCDD>??9,'(&%&),%%7437;D?6?88@==D<;?@AMH@>=?FNCBB<>7MNGI:--.D?>7?8.7,(6&9<8BCE?5/+F:A;C9I;26B;7CFAAD6>9))416D;EA=;?A8=+ACAA>EE?:<>9ABAB<3?@JKHKOPMHEA>IJM>>IJB?CEILDFDEDIIB?ECDGI@@CB@>DFE@BB@<8;9:<:,1'%%'+13;<<>IDGC>8;@B@AGIJG;<9@CC@=@?@>B??;@F?@CA53537KJDC?FB=,5%0;>8@A>=A;>D;ANNIJIB=7@A3;(B:;6A<;?@9?@>=ADCBELEFEC@??EFGAIKJ?408;/==K@@??C*')'(-)&''$&432:B@A>;HFBD=B>>?@?@GE6BFF@@A=>@ADCDD@7?>CCGB@=99DHB46361:6>==@CCEEADACDGFB++%1>=@B=CB28DFGEE98(C<==FIFA<651?=6=DB>-005;:834)324'$+5.''(('%$####$%&&'%&&$'&)--12323B>40+)--''(..222:>>@B===?EEDBBC=<+.4;>.?B;?:>?@:@DD9EECD><>D@?<;@EF9B8<@I@AB?&6&'A?>C??BA@>*.49=:?A1@B>;>>9????:<>=A@?8;6./78/-,2<>>>>;=A0,645:CC8<:@?B?BBI8D?@C;?;@@?:68:@D@../>AEAECC=>AAFGF@=>?ECE??ACBC<<6CEJ==@<:;=DD?*?=<>=8*()(,.--(27564-(($'1278734;6:898*(#$':B7>@>3&(028=9>4@7=B;4<8BAC?FEDBC;?JGA878:8''-2;<0<=>87:5757;:DI>=AB>B>GC@BEB<77673?>=98CBAE?:=739HIJ>FB<,:;=<;51528FFAD=DD@BGCCDD?@C:;?>=AG@CA>AB;7%%((+>FBCBBCC;SM@CDJAFIGGCADDFB?@>>EF=>A@FDDBGELLA;G:<&==B02DKHED?A@HGF>=A?@?=<>;A;8EBN@@AF?=;<=HECC*9@:?@?AID>H?@EFFFE><@=C=>KKMFAC93B>>?;A?ACFIJGIGKJB<;;>?>@=9+;::2JFB>EEGCDCEJJKDFF?@DFCGE3;??;::76?9?7>IIJIIEACB@@?9>;=HJ>:<7%)==?ECBA8;:;878DG@ED18@@>AB:;DB4HA:AA<25?B6=/0;@CFFDE9HDA@5@>AAHB79CD18(<=DEDIIBB0)3+0=@>===<1>5;>ACA?@@@BE4@=<93/78843347?9:><@:A9+332::<::44>DBCB?@CBAA?8:89@;BABCGEG9;@@>8=>9',77@@CC@@?@>=>AC>B@BA>98<=?=4((*&,34:?IB?;CDEF,666..(,+4320'.-06=;683?=BA:?=03AGDFGIFHH17?=,-53668;>=@?A<<45?;6&36224=AB>0,/71487?FC(;$:;;8,=@?A@=)&&*,:A>??A>B@?B=3&+2:A:26-=A9*CBD?A@)8791*,)&%'),/(%&(%113226>AB?ABCHBF@CHADEIGBBAFDCBDDDCBA?8=CA?JKG=':<@>@=?>H?>:5,:?EGKHDI=9;>:<;/(+FAACC-09))),4656:=>@584?<5&*1*-*,1':7%%),.***9;;AB:578*&)+%%%%##%$&+54688:;:;@<<<:(788<>;;;>HCDB>C;::DD@IE6A>@CEE@CC<8;>?BDH@A<=3786(3;;8?8;<;<34/4<>><55=@@='*;,29==8<0-07=<=>;4878BC@DGA?AB>DC?<699EED?<7GIAFFF=BF>AFGFAF=>EDEDB:BFJ@<<9032.-),1/21.35>;>FA@EFCF?CE?./(%&#%'55-0,((-:CJJPCCE69AC??@>F?HMK<8@ADDE54<@?C>>25.1<@AD:<>>AFGDFFG@HGCC?>>?@=A?@=-::<==@EF>55B7:;8BB9D9C@FHAD@GCG/IDDF6=55?=>@7=:>A?74.'(/+;EEFGFCD?>?=.761>E@F4=B=JJCA,&6:8610-0+,64777.0,668?84AHKIMJ:?>>?@MIABEFAE>F?C@=?;:=:::<972)33676884173..1.,,-/BDCB<4$#//01,AEGFC>=97:7&&&'*)),**/-&-+,''&,776549:0*(78,%//887?@?=;EA999=?@FCC?:BEFA<>ANMMJCD@B>A??;IFCJCOOIMNPEB>>@AC;I@>MPLMEDHCFFFGCABBFA>BA>8)5>6-*---((78AB>>AED?AAHGGF@-36@6.B@@=<;0..)'(3379.30@7775+6::A@>=FIIJCDJHD:=DI@8;43(%'&&17;>C>BIDD5DFDED?IJG?=:=IMFACHIGC8=:>=/4?>AEGFBCD;@?C@3==BOCGEE7==0<;8>?=8@@4386+:;;>8BDE@=>>BHECCCEPGED//3=@>18C>89:=35?@>?CACHJIAA>>@664//3BA:1;7+.+654=B<=HPKPJFECBB;D:CEBB8;:76AA2>D@BLFINJ?>GH2AKM?C@@?<264504CEBGIHDEFHAEJJ5B9GMOE@JHGFH;BBD-9=;F@=;87A;RLFF@LEJJMHF?CCI;C<9M?@KCBHC7.<279+,8==?+(&&&+*-''%(+$%%67/1,)(%'..-76@?8:>@=<9BCBG<>8&*4:>97=@=;==*/'%#%226@ADGGHBA=;:4667==IFDEFF@=AHFC4/071258=C@7:?D:DGHCBAFA9::BB?DC4241.'.//5;ECDA28:9B9??BIGGB?AB=CMLJHD>94BHGHRC?KO@BGGHNLJ7GEG?ILDES@BGEGANE=022ED=>@MMROFLKDKRDCBCDKBFFG;LNNIIOEIBBFHEF779B?@C?<)9;?AACE359:A>0&0%&)7=88:?=;?B?;6682'+<<>EDEFICHE>IDFJEIDJ>GHKK?=C9BGJKDEDEJGHIFE4@A@D,?DBEA=?=@><=<554;;8AGLJFMJHI=>CC-5A>D[YJCG9-14@70*8A?F@?B?-'''@JI>DAE334/)(34:ACEAAABEFIIDBDKIJEDIE??A8@?EFFB@B8745('%678?<9;68?<>@ACEFCLCE@?GGEIEFGFLADB>AEIG<4=;=57;=A8?CCE=DEGFD+=<7=5ACCHEEF>BJMTJBECD)77529AICABCCHB@=;FFA<*-.<.02?=@J@9BB@CADEGCKHJGFABG>A?>9BDIJKG=B97B;=AB>B@8FFFGE=DA7927??+('3776'25:<><61);<@BFAA=;?=AGIH@HF965,),315<6;7-=3>9:BA5=BE;@H?DBCCE;<@G=A@>@A>A>?D<5<::B:DD@7>BB?9>CJAAF69>BA7EFD=GGAD??E;8=@=?EB;=?8>;168:<><212/++-<;<8A>@C?DC=59;@BB<;88><57<:;6>=>I?8>79<;7,>>@BDBDA921F644665%'@>?=8;*5+04=>?GIHDDCB?;8DB4:JRPLAAB:9773.25ALJQJEEB=>>;?>'''%&$3),%$&$,))+/*+%''*&,'%&(*#&&=;<@CFEFIII?;<;(:9;AC7=>AA123:?7=?DE9FFB??@?@C8CHIH>/-:86>CBED@@FH9GAII>?=EDAD>B@@GH=ECEA?KJFE4EDDEB6/)3>?B?A@664.@AAB====:;348=9EJHFD@?@;>=6;?655:99?BAAAA4.)'0///0-+)BBC@EC:;>ADDBDB>?54<>DCB>?;9;B(4C=AB=>BDFGDHAA)<==A@C;?77=AB8>@B@>@666'0(.45<;?<)8;;>95@BGHIFB55..0>?><>>@FGE@:+?@=C<=EFJCC@A>>7?:DD>CFJGNNCJHEAFDCEGCED4;AA@DFEFIECE:A887B@>D@ILJ=ADD:>.$(99;?DFGDCBCEA://??DCC449><:)&)9>D@=>G>>4/4<>BD<=B>FHFB;@BB<>@DDFQPB==9;@?<:<8+''(/0;<=7=(%:8:99@9CEEE?;;7>89176945:959::870*+5?ACB@;AB9GGLE9;<<=BEB=@EFFB:B@@@6:>@;877888:6/121)%$$%$))*-<=:;ABDFF9;>AB>AC@14499::87@A=EDEC>:A?>68BBHGB@;?F5(,((*-/-3644889)3:@@B?8EC<,3.'/1/0:?=?FDDE>@CFF>BBC><;<::5416-*..&*037/0@=,33(((7844115010'&&',+01&&%%%%':>AEBBBD79@>DA;;G>..F98=?-*('00/2152.2%$#%%'79:0.58>?>??74>7=<8A;;BD@358*69?8B@B>?:76;>;;<:=>>??>**.5?HH?@?<=4530'36>?@@C:D@1.-//..;>;;9?;>DFGFEB<66'*4698519947=&736>AB?B:/8=CDBGBA@?@0042<6+-.,.24/.-0%%%/&-036689;9:9>;6/%&,(++-2210-/:<;567:;53*'',66<:??:+&;;;8::983*-*.;=>8AFGKHLHB<572637HAB@=?BD>;6&'>=.2::?C=8:8820:CCB@8A>A==7-*+'0567:@BF==?E=EIB@>AA97.13'$89;CE?BJ?@HIJE=FFEF@GE:AB>?A9GGA<7FFA?<=>A<<>A@5?@=;?DBBFFA?67/><<:=:=>DBJK>>99)<79@3148?>==B30<9?A@?CFADEFEG>B@@9-4608/;3BEBA=?AE?<>?D<;;3919=C>6??A@<@>?7:CDBBCB?BAFFBGABG>?HH:A>><5+3:?A@@@EDC597;9=9?65<;57,-5<::8*BBB>=7CC8324CDBBC.))(00=@AA=;0$6=>@::=ABB@BGFBCBBB-858A@@CBC=?:=AAB>C?;:702.&$-77;?@?:DD':9<;9@ADHAIKJFLKKFA;;CD?BC967($%%$%/106%9AB<;>@ACEHEA;6>:==:75+;.322:>BFDD@>?B::>B@BCD>5+097/-&$)+6;;1FEFHMG@CFE83(356AJGI?ACA=C@C44:9;=@=613'&&/64659>B>BD>@<=@:9,?C@:F73:9=:BLE>B?=88B><89637978A>2,)(&'&+569CC@>>9<<826.01>A?@BI@FEDCAD?;<@A;-,%,705,:@>=+64985:<:;==5656.=:0-,)B;6:AAB;;=>>HBHE><4;;A9?:;33=C?8BDAC>9>?;;89;<@GC?9..2>?8=BEB;@>6-//&6<97:;:7=?AICAA753:=@<858:>GCD>A?<<@<<7:=>CBC6320)$2779<6=;:1<8=DABEB9>>=>?A778;83==<98:>6/49;:<08@D=<:;89979E6=;A><;99D>6:66:;7.;<;3?BA;?:433969798>C;99;A?ADH3+78CC@DC9:921788=/215+*+,089<55553.7630.-434576969747769=::93,.,+1+.4=<9==CCA=;;>AEBA?@BLMKC:JHC?BDA;<@@>FG:@?A<74*+2+.2.16/856A@>BE;@B>8>@C@:===67;8972$((&&%().1989:::;;;@@==AA:/0,(''''%.277<3'379:7CFB;C@A?@AD@CC;=6?@@946F<;9>>2A;A?A:>;689=::<<:5@747A>DG?@;79B97:>&&=-/>C>>B>><@;7?>;8.*..579<8;:A==>>9<5*1;862+++)-$#(($"%%&*143258638--',611C=672/;;/.778A?>?57=?:@77BD:586;DEB;ED>96;@;;:))+:.36<>?99A=@69@BCD@?:,-7<6:;46:@B@?0*),==@AA?D?GH76@;>C<:=>A@>897=>=79I=<;;=;;;9+?A@@=F@HBACC?;7672>@A?@@9722534:76/%/02647;BE:<==@<=<99<=>=0.#%((%&#%#&%&*%)635;<@>;7?@@EAD8@B:>CC;:BBC:BA@:9<57G>DIBB@A?AED>?9IFG@A?600:=>>?;=A;9>?98:?=788)18=:;=?CDA@GFE;<;?ABD,:BFE?EB;561555(123;7.7555<022899<>B9A?;=,&01:<<>=8>BCCDCF@AF=895FE99?A.465874&%#'*##%$0278;:6892270+672887>8>;>?CB@;=09;7(,(),1;;>B==5<<>/9732)A=>AB@@<@;679<;8;@A:75+%%$%%0//1?<=8:8.+/83++;>9&)78877891::@>E=58<=>D@@><;A?;;;6879545,)0.+1&11.0',++-$%.,,.2>?>BCBC9;=<21-6155CA8:@>:<9DF?ABA6=@>@><>=<7@AA=?@=@=<;A9;?B??AB@=<::77:8=8&&&&')+0**<=88;B44;?=?@>?<8<<=869<974%$()(5:<9@CC8D44>@8CA:?>7;:=56668-+)$#))-&1-375:6;<=<=74/+(-;@=8:;:<<,79:<>AG@?CEBFIJB@BC9+(/20-'7=?@?C?@?93008==837::666:;(*76/,273>4=9BH;7:*CA>A??@?69:><::>>@<>?=<002026)&'$'899:*;809><,-18=6%%.115:8>25687)/38:352//;=>ICCC:<=7%$$332+*'$%%))9:<=:;7<@ADDGHABDCC48::<9B<8H@H@A=606..A7061*4(442565989451$23((137B:A<@=@B?<><;0(%%'),0=@CB??FDGGE??7?;:A<=7CD:;:3016269'+BDC>?748-('(+02:55;?GB=;<52%%./286668?52683&'('()$(&(28/+-2.,)1+7=CD>>BG?:K?CDA=;(+**,.;?FGFD84110''-4$34(&.10''-./45352$(--69;;ABA?69<<423+&%1>?:)<=A?9??*EFLF=??>?;9:3236:@A=8D88765:A@?@:FGHE<>BDD:<<-17:>:=>@8@/1@BDF@AA:=;:7=@?:;F??A>AA;AB5233&''',211,&'&&5<8889BH9HFE>>??@?=<95465=@>BAAAF@>A*9669:55;9?;:9;>@-0?FC,',+ABHIC99GH>>::@<@7:?>8<;=6+-69<>=<8:7>D@>>7@>BIGC?A;:=EA??C5=<84>;:%$0;397=:=@AA;;=?99>>@=;:8:6211$%2;=?;<=:7**;E=>;9<85,3887<<+10589;-09=;;<88/10'&&/(111,(&48259>@:?BCEFFE?7999;?B<699001&$&#"##&'003888C:5-;;D>98987449(&'0.*<=>CB<:4.,//:2;99.47@BDEAABA>:;>@<9)$28;=>@>985:5-//8B<>9=@ACCBDDDCACAFA6=37:96CDACJ@BF=DBDBABAFH@?:A:==%%6435:50<55441*/?;==<968)9..823324958>?6A:AC3/:88756CA@?AB>=?BGA=9?99<=C38C????CFF7CB@E?BDJ90)*7:<=@=<@C?B988C>@??BJHIJHHC>;45>C59=?=EDE?5-:<;9;>ECC>AED?AD;B;/.0384344;:<;=469813(>?<475200//024:=@=B88:73>6225834,,*,358679;4,'2,329>@78?:=>?=5@9A@6;<==9=@?B;B<;>=9;B=D>>;<=9=E>C<9;CEGH?DEAF==C8.6561619?@>B=8?6C44<8=>;-&310(+*+()17;>AFB9BF=;9=345=@@E?B9<>:8=>>8%'<?AB?@=ACC=GE;=:=:9889;::345:-54;=89@@?<0><:9>?=B;;6$$%()'*9:1->:454>??4@C@;;;=;@A<<;14809:;;<>?>IC;C?8B=<41CBD=C==CFGHA13400/00/)432%*$($&37;>A;>9=A=?BCEECA6,<>8@=:?9::9<:,0'=@558?>98:JFG>)GDG95+,$%*)/0-*,..6*+00-8<=BBC9@@ED7;==:>B003/0:79<<9>BDA@==6.+,:9965678042==:;77==?>E?>@939@BB>?@2((;==9<=440;<:9?C2<:<;44<@DHG<9:;:BBA;8'%$'/28489(.,+)./0111,<@:+?;?@C@79?BB=9<:8=9D@?,410.''),*(&75??@=<:58?9@=;B85&$91236<87<6B?9>=7==:?H9:?:=?<>A?<=A=DC@<7;B@:;=C?@=@:?F<89<>7;9;>9@;::?:DDBC:=@<=9346?8457<<=<:>;79=&68;39:;:<=63>CEIC357:@=><9;598<=*,8;>6?5)9=8?=8@9<;=<),@A:>E@BCCC?@6:?>AB;>?97,4((%--)%&0&116799><;;::DAEFB71((-2=?<>>B>=?:;?888<=@8>>?D56<>AD9:A<2=<78@7;@DCB@@C>>:<9EGD=:=;7;:;4DH<32,-.'+.157788:42<=<==:;(>;?>%);;?;><=59@AEI9@DIE:BB@C?BC>CB>>3.19<@?8'/48;;;8/:<=@76'>BB>@F6??BD@>A>DB?ABDDA5>>=><74CBD:;7+3&&7>989'::8;>@EFEEGB>@-.55:4*49:;96@>=796936582;?:;/++)557=CA@>FCA@?59:;:?89=><46=886:0(51;789823/,)$(044331/598;10-.4;;41=37;?>@FGBB<2:@94=<&&2;=6><819/11.7;9=:;?A=:>>9+.8?:98<8743&(:?9C=6'87.7;ADD>;=?9;<=8;@;?+'*8;956;%:;;586&*+2:@>:A;=@D<7:?6;<=8;;<=CGFNMD@FF@EEC7><89@CGAEBL?GALH@8=;=@F@1<1,;88+-)$15@>?<@?B984@;9542*(')*--.((1,4:7333772666*9885433713.977>8:;+8/1>679;:10179894B=?9>=>%?D:7;:75?C>0+6689:;::;=;9')>B657?A705:=@BCC>6<801<@B=BHEDA55679;:<;;9>737<=?<>>?/ADLLFI@CCA=<@76.@=?>>&53;99*AAB@@A@;=?<=;9:;<=,'$$$)229;=7ACC=@::6<>9<@<&%017=?A;9HE=B<><<9:C?CCHHC5;;82'+)#'79:998194@::7'$'535>;?>>@B?DA@AB8(5533*,/14106353222.,&&,0359==49<,-33246;C?:E<9=:>9DE=>9C@79.+7(:;,16@<=96:08:=?;19B=?69=789;>@DLJ8?<=79/+68<<:;@E?M?;A@;882(%035*+39<=4258;:883'#$&$'((%%)-4)4896.%%&/39948;=A>229=>EA=97FA978950&6=:A@<9?8<9:,28(*989?@?4510,+$0.)8%<<=DC=49:A9FCD?=:<=AB987:/*'(&)$&&)$'&&),*)/,/09;EH@?GEF?AB@BA??:221;9>><%*%5:<<=EFFDFRQG9;EAIB;=DEE:8:8>?DCAC?417&49++*2-'(%',2:;>=1/673&*(+8;7(>>AAFIJIKE@==>*=CB>?=:55)<>CF?AMNJ??DHEBAC;,.='('&##$$&($#$$0-24?>=9))+'*&$$&%$'$%*&$$)($344)%%&*--(+('$01(2553-/'.433.<:;A<>100,5/0-#$&%&'%*$-+*.-37:;::<44489:<5.(=EBEFEEKGCDDB;57)'.,=:9=>62'$'2'*7::B>=AAB=?>A?BGHGH?;@9BB%&(+-/0//1)(*,40589;8.-+*(()(('')($#&)*$+,-.$$$(,.140))459??<<><=:4A@=EEBEAGHJF<@?=?@?B=GHIKHCIHF>CBEE8F=:9;CDG?74>JHGE?MNIF?===BCBCC@??EDEHILLQNJ>>FFDIEFGJ=6D=>>>FC@HIJHBHNAF=FG?@BB@3>:8ABB?;335+./00:DFDDA84=31<451:11/,.-$%%&,./123-(&++0;96967,00002343'<>:DBDED:=B<<;><126=8=<::<9=HC<=BC:BCB@>>::5DBKBGB:=;;=DC>;DEC;98;=@;>DDDKFM>E1AFEDCDLHB6:A?<;E?;EHGGFFEHKE<57E?1.5??=>9@????DMB>21=B<05;;76ACIEKFLK>:9EA@>4ED=5CNGAELKECF@GGII?GEGC<>A?=76.<=?BCC:BCAGHGIE@CBKH?<>AB.:9>=CCC09CBDE@@;034*CEE>?FLCEJKHGIDF=AC=@?=:4<@EBBCDE@CG:6.0:@BFBG>>?><8889:6:>;6?E>??@BHMJHBA<-87899'*148699;>@A<<>A@>9;=;>D8:AAABA<<(+%%&$(&)%)%)$*%%###%&1500GF;4?>@<<688?91+'.1)+'%(%-379=?;CJ=675('#$%$$'=>?HJ=GF=CEC=6499;I8;D??@:II9:AA>7;<>:ACA@A>=4A<>A<=6=B@CEDA<=3-.061,'(*+'*/5777*'0/*)9><8961&*($$$($$%'(/('%#$()($'-.+.1++-,)$%$$&&)'*670)*%%(2563/.275,-##&$%&5;<>?==@@3).*&$(((78..$4<>B7=7:G>?EAA53=?BBB?==;:<=(%%%++++-.35)35)(+$%1$((*-,0320$$(%($$$&%,&''4--0+../((&&)+,##$$&(&$$)%'%%(/261)%+048??@=82-.08=:<@=?F;;,64230''#$%$%$&%$##%&)'*%&%)),*')-6.*(()%,)'')/14:8)$$0/.+0())&(8==JD26;=<;AAA<=:6>;4:540@DCD=A924=88773((002.&%$(+/012.3*42.+$)'+-&%$#$$$$*&()(+,**,&$##&',%%'##&&(&%&%(&&&)&&$$$&###$*%%&#&".'%#$'($$#$&044&()''&'$&&'/&))))##*.$./*))*'%()+,,76672'$.)(')1.(((%&#$$&$+++41*%&''23335?3=<<:8=>7???;64-,-&'12<6.6::8=,,..-.-*.1),1.13/33643%-,,&%(,&$-0++.56/*++8'&$,20#-%&*$$%%%(%&&,+$$$'(''.+%.*)((&'+(%%&$''$$%-.1=@BDA7>EDBEJD?C>C==759=@<3$&#$+5/()$%&(++.-17132.*'$$#&0,%.''0+$))'*,&%$*1./(24-+++264120-)(-*,()/&&$'-+-,67664'''89967;68;91328<=:@<3,1+)($&&-,-*+*''*&,((,0+*,//%%&--6'+(+13156:?@<<&+64,6@C???$1628=<=9>@30686&(*+,-9:@?8@A<>ABFDC@@?'),-//%'))%($$%%%'$.0%&(3990)&5526+(((%&%(/.460259?A?09<<5+./6777,()&%%%$$#%&%&'&&%)(#$#$&'&%$&$$% @SRR14011045.54013 bf5bc501-91e7-4d50-8e04-53f8b18b6300/1 GTCAAGCCTTCGTTCAGTTACGTATTGCTTCTCATTTTGGCAATGGCCTATAAAGCCCTGCCTCACAAGTAGGGGGAAACAAGGGAGAGTGGATAAATTAATATGAACTGATCACAATTACAGAAGAAACAAACTCAAAGGCACAAAAAAAGGAACAGTCATGTGTACTGTTTTTGAATACAAAGGACTTTTTTTTTTGTCCTCAAGCTTTCAGACAGCCTATTTGATTCTTCCTGGCCCCAAATCTTTGGGTAGTACATTTCTTTTTATTAGACTTGATGTTTTTATTTTCTAATTTAGATGATACTTGTTTAAGCATTCCGCCATTTCATCATTAAGAGCTCTTCCACCAAAGCAAGCTCTAAGAACATTGAAACCTTCTAGACCGTCTAAGAAAAGAGACTGCGAGCTCATCCACTTGACAGGACTTTTAAGTCTTTTTGAAAAATTAACATAGCTATAATCAATTTAATTATGATATTTACTGTCAAAACATTAGCAGTTTTGGTACTTTTAATGTTTGTGGCAAAGCAGAGGCAGAAAAACTAGCACAACATCTGCACCCACAGGAAACCACTAGCCCCATGACAATTTGCAACCAACTCTCGGACCATTCTATGGAAAGAAAGTGTCTACAGAAGGGCTGTAAAAAAACCCCAACAACGTCAAGGACAACTGGACTTAAGAAAAAAATTTATTCATGACAAAGAGTATTGGAAAATTTCTGTGCCCTTTAATGTATTTAATGAAAGTATTTGGTTAAACTGTGATCTCAAGTATTAATTTCTACAGCCTTAAAATATTTGACTTTGTAGAATTTTTTCGTCTTTGTGTACTCTCAATCATCTCCAAATGGTAAGGCTCTTGCTTGGAGAAATTATGTGGCTCAAACACTGTTACATTTCCAGATGGGCATGAAGAAGAATTTTATGGAGTATGATAGGTTCTAATTCGTCATGAGACAAAGTCGCCAATGAATAGCAAATGCAAAAGCAGATTTTTCAAAAGGTGTTACCATTTTTCATTATTTACCTAGAAATAGGTCTCCCAGGGTGGATAATCATTCCTTTTGGTAACTGATACAAAAAGACTAACTGAAAAATCCTAAATTGAGATAAAAAAAGGAAAAAATCTTACTTTCTGACCTCTGTTTAGTGTATTTTCTCTCAGAATGAGAAATGTGTTTGCTATTTGATCTGTATGTGATGATTATACATATATTTAATCGCATTATCACCAATTACTTTACAATTTTTAATACCGAATGGTCCCATATAACCTACAACACTTCCTGCTTGTTCAATTTTCTTGCTCGGTTGCCATTTCAACCCAAGTTCCAGTTGCTTTCATGAATTTTAATATCATTAAGTTGGTCCATTACCACGCATAAGAACTAGATAAATTCTCCATCAGCTTTTAGAGCTAATGCTTTCATCGCACGATTAACTTCAACTCCACAGTATGCTGCAATATCATCAATTGTTTGTTGAGTCTGGAGTTTCAAGAAAGTTCATCACGTTCTTTTTTCTCAAATCCTGAAGGCACATTGTGTAGTTTTGTTCTACTACCGCAGCTGTTTCTATATTGGCGCGTAATCACTCTCTTCAGTATAAGCAATTGTATCTTCTCCAATTTCTGCTAAAGCCTGAAACTCATGAGTATAACTTCCTCCAATATTTCCTGAATCAGCGCTTTACTGCACGATATTTCAGTTCAAACGGTCAAATATATTGCTATACGCATTATAATAATCTAAATATGTTTCACGTAAAAGATTCTGGTGAATCATGGAATGAATATCCATCATATAATAAACTCTTTACCACGAAGTAATCCTAAACGTGGAACCGCATTTTCATCACGGAATTTAGTTTGAATTTGATATAAATTCATTGGTAGCTGTTTATACGAAGTCAGCATATTATTTACAGTTTGACAGATAATTTCTTCAGCTGTTGGGCTAAGTGCATATCCTGCCCCTTTTCTGTCTTTAAGACGCATAAGCTCATCGCCCATTTTGTACCAGCGACAGATTCTTTCCAATAATCTTCTGATTGCAATAATGGCATTAACAGTTCTACCGCACCAATTTTATCATGTTCTTCTCTTATTACTCTTTCAATATTTTGATTACTTTTTAGTAGCTAAGGAAGAGTAAGTGTAAACTCCCGCAGATACCTGCTTCACCATCCCCGCCTTAATAAGCAACTTATGACTGATTGCCTCTACGGAAGATGGTACTTCCTCTTTGTTGTTGGAATAAACGTTCTTGATTGTCTCATAACAATACCACACTCATTTTTAAAATTACTTTTATTATAACATAAAATATAGTTTTTTACATAAAACTACTCTTTTAAAAAAATTTATTCTATTATTCAAAATAAAATTATTTATTTCAATAATAACTATTTTAAATTTAGTTCATAATATAGTATAATATATAAGATAACTTCTTAAAATTTGGAGGATATATGTTTAATTATCCTAATAAAAAAAATACATTTGTTCAAAAAACTAACTATGCTAATCGAGGGATGGAGCTTGAGGATGACATAAATTTCGCGAACAAATATTACTTAAATAATATTGCAGTTATTCATAAAAAACCTATTCCAATTCAAATAGTAGAAGTAAACTATCCAAATAGAAAAAGTGCTATGATTACTAAAGCATTTGCAAAATTCCTTCTATAGACTATAACGGCCTGTGGCTTGGGAAATATATTGATTTCGAGGCTAAAGAAACTAATTCCACTACCTTATTTTCTTAACAATATCCATAAACCTCAAATTGGTCATATGGATAAATCACTTAAGACAAGGTGGAATTACATTTATGAATTGTTCGTTTTAAAAAAAATAATCATGCCTTTGTTTGCCCTTCAAGAAGTTTTGTATTATCAAACAGAGCTGAAAATAGCGGACAAAATCAATTAAACCAACGAGTTCGAAGATACTGCATTCGAACTGCCATTTCACTATAAAATAAGATTAGATTATTTAGATGTTATAAAAACTAATGAAAGTGAGTTTTATAATATGAAAACTTTGTTTAAATATATAAGTTCAATATTTTTCACGATATGTTTCATTTTGTTTTTGTAGTACTAGGCTTTTTAGCAATCCAGCTAAAAGATATACCTGATATTACAAAAGCAACACTCCATAGATCCATTATCGTCAGAAATATATGATAAAAACTTAAGCCAATAGCAACTGTTGGAGCTGAAAAACGTGACTATGTATCAGTATCAGATGTTCCAGAGAATATTAAAGATGCTGTTTTATCGTTCAAGTTCAAGATTTTATTCATGACCGGTATTGATCCAAAACGTCTGGCTAAAGCTGTCCTTGTTAATTTACGTTCTAATTCTGCTCGTGAAGGAGCTAGTACAATAACTCGGAATTGTCAAACACTCTCTTCTGACTTTGAAAAAACGATGGAAAGAAAAATTCCAAGAAGCATATTTATCATTAAAATTAGAAAATAAATATTCTAAAGATGATATTTTAGAAATGTATTTAAATAAATTTATTACTCAGACGGTCAATATGGTGTAAAAACTGCTTCTAAATACTTTTATAATAAGGAGCTTAATGAACTTGCTGTTCCTCAATTAGCATCTTCTTGCTGGTATGCCTCAACTTAGCTTGATCAATATAATCCTTATGATTATCTGAACAAGCTAAAAATCGTCCAACACGGTTTATATGCTATGTTAAATGACAGTAAAATTACAGAAGATCAATATAACGAATATATTAAGATATATTACTGACGGATTAGTTAAAAAATCAAAAAGAAAGATAGAGCAAATCAGCACACTTATAATCCCAAGTATGCTGCTTATATTGACGAAATAACAAAAGAACTAAAACAAAATAAAAACTTTGAAAATGTAGTGATCCCCTATCACTTGGAGTTAAAAATTATACAAATTTGAATTCTGAACTACAAATTTATGTTCAAGATATGCTTGATAACTTAACGCTCTCCTATGAAACCTCGTAGTTACTCAAGCAGCAATAACAGTTCTTAATACTAAAACTGGTCTTATTGAAGCTATTGGTGGGAGGAAAAAATTATAAAGCTGGGGGCTACAATTACGCTGTTGATGCAAAAGTACAACCAGGGTCGGCTATTAAACCTTTGATTGACTATGCTCCTGGAATAGAGTATTATGGGTGGGACTCTCAAACAACATTTTCTGATAGCCCTTATCAAATTACTGGAACCAATTTCTTTATTCAAAACTGGGATAGATTATACCATGGTAACGTGCCTATGGTAGAGCTTTGGCTTGGTCATATAATGTTCCAACTGTTCGTGCTTTTGAAACAGTAGGATATGAGCGTGCTAAGCATTTTGCTGAAAAAATAAATTCCTGTTACTAAAGATGAACCAACTACTGCAATCGGTGGTAATGTTGATGGGGTCTCTCCATTGCAAATGGCTGCGGCTTTTACAGGATTTTGGAAATAAAGAGTTATTACAATAAACCTTCTACTATTGTTAAAATATTTAATGCTAATGGAAAAAGAACTTCCTAGTATGCGTGATAAGGCTACAAAGCTATGTCAGAAGAAACGAAAACATCTTATGACTAATGTCGAAGAATTACTTACCAGCAATGAGTACTTCTCTAATGGTAAAGTAACCAAACTTTGATATGACTGTGTGATCTGGTTCAACTACCTTTGATGAAAGGTGCAAAAAGAACCTTCGGGATAGATGTACTAACTCAACAAAAGACAGTTGGATGATTGGTTATACATCTGAATATACAGTTTCGGTATGGCAAAGGAACGGGCGTAGTTGATTCTGCAGCAAGCACTTTCTTCTAATCAAACGCAAACAACTCAAGTTATAATGGCAGATGTTATGAAAAAAGCATCTGACAACAAAGCCACCTGCGCCTTTCGAAAAACCTGCAGGAATAGCAACAAAAAAATGGTACTTAAGTATGCCAAAGATAGAAATACAGAGACTGATTATATGTATGCTGGAACTGATAAAGATGCTGTTTATCAAGCTGCTGTAGCTACTCGTCAGCGTGATAGTCGTTCTGCATTAACTACAATGTTTTGATTCATTAGTAAGCTCTGAATCTACAAATAATAAGTAACAATAATAAAATGGTCTGCAACTACTCAAAATAGAAATTCAAATTCTAGCAGAACTACTGCAAATGAATACACGGCAGTGATAGATAAGAAAAAGACCATGGAACATTTAGTTCTATGGTCTTTTCTTATCTATTCGCTTTAAAAGTCATTACATATCTCATTTTCTTCTAATAAATTATTTTCTTTTTGTTCTAGTTTCTGAAGCATAAATACAAAAATTATATAAATAACACTTCCTACTAAATAAAGTAAATTGATGATACATACCCAAAATGATTTAAAATTAAACTCCATATAAAAATTAAATAACGTGTAAATAGCATATCCAAACGCCCAAAACATTCCAAACATAATAATTAATTTTTGAGAATTCATTTTTTGGAAGTTCGTAAAGGTAATTTAGATAAACCGGATACTAAAGATACAACACAAATCCTGATAATGCAACCATGATGTGAAAAGTATAGCATTGGTTGATACAACATATAAACCAATAGCCATAAAAACTATCATGAGAACTCCATGGATAATTAAAATGGCTTTCTTCTAAAATCAAATTTTCTAGTAATTAGTATATTTGATAATGTTCCTACTATCCCCCCCTGCAGTCACCATTAAAATAATGATCTGTAATTTGTTTTGATAAATTTTGATCCTGCTACAATTTGTTGCAAATATTATATAAGCACATATTAATAATGCAAACATAATAACGCCCTGTCTCCTTGTAGGAGATTGTAATGATACTTCTTTCATTATTATATTTTTCCTTTTATTGTATATTTAATTACTACTATTATAGTAATATATTCAATAGGAAATTCAAGTTTTAATCACTGATACTAAGCGTTTTATTTGTTTTTCTTTATTTTTCAACCTTGTTTTCAAAAAAGACAATTGTTTTAAAATATTTTTTTATTATCTTCTTTTTAAATTTCTTTTTTGTTAACAAAATTATACAATGTTATGTTATACTATATGAGAAAATTTAAACTACAAAAAAGGAGTTCTTTATGGAAATTTTATTTACTATAGCCATATTTATCGTTCTAGTTATTACTGGAATCATTTATTAATAGGTATATTCCGCGTATTCCAGCAGCTCTTTTTCAAGTCATGCTTGGTTTTTATAACTTATTTACCTATACCTCTTCATTTTGAATTTGAATCTGAAGCATTTATGGCGTCTTGTTATTGCTCCATTATTGTTTACCGATGCATATAAAGCATCACGTAGTGAACTTTGGCTCTATAAATGTCCTATTGTCTATATGTCATTGGTCTTGTTATTGCAACTGTTTTAGTTGTTGGATCGTTTATTAACTTTATAATTCCATCTATTTCACTTGGAGCATCATTTGCTCTTGCTGCAATTCTTTCACCTACCGATGCTGTTGCGGTTAAATCTATTACAAAAGGTATGAAGCTACCAAAAAGGTCTTATGGCAATCTTAGAAGGTGAATCACTTCTTAATGATGCTGGAATTGTTTCATTTAAAATCGCTCTTGCCGCAATTATTACCGGGACATTTCTTTCGCTAATGCTTCAAGAATTTTTTATAGCAGCTATTGGTGGAATGTTTCTTGGTATTATTTTAGGTCTGATTACTATTTCTTTAAAATCATTAAATAGAAAATTTTTGAATTCTGAACACAATTCTAGTTATTACTCAAGTAATATTGCCTATATTAGTTTATTTCGCTGCTGAAAAATTCCACTTATCTGGGATTATAGCTGTTGTATTTACTGTGGTATTCTTCTTAACTTTGAAAAATATTTATTCCAAGAGGGAATCACTTAATAATCAAGGAGTAGTATCAATAAATTACAACCAAGACACTGTAAGTTATATTCTTAATGGTTTTGTATTTGTATTTTTAGGATATTTATTCCGATATCTTCTAATATGATGAAGTTCCCTGACTTGGACATTAAAACTGGTTTTACTTTATGTATATATAACTATTGCTGATTATATCAAGATTTATCTTTGTTTATCTAATTTTACTTAGGTTTTCAACCATACATTCAACACTTCTAATAAAATAATAGAATTTTTAAAAACGAAAAAATTAGATGTTGGAAACTATAGTAAATTTGAATATGCTCACCCATAAGCTCTTTATGTGGTATCCATGGTACTGTTACACTAGCCACAGCCCTTGTGATACCATTAACACTGGAAAGCACAGGCCAACCCTTTCCACTGCGTGACGCTATTTTATTTATTGCAAGCGGAGTTGTTCTTTTAAACATGATTATTGGGACTATTTTCCTTCCTATCACCATAAAAAAAAGAAGAAAATGAAGAAATTTTCCTAAATAATGCTCGCAGCAAAATCCTTGGTGAAGTTATTGACGAATTACAAACCAAATACTACAATAATCTAGATACTACACCTGATCGTATGGGCTATGCTATTGCAATAAAAAAACTACAAGAACAACAAATTTATTTTGTAATAATGAAAAAAGATTAGTTCATTATAGTAAAAAACTTGTTGCTCTTATTGAGAAGGAAGAACAGAAGAAAATTAATGAAATATTAATTGAATATGAAAATAATCGCCATTTGCGGCATATTCTAGAGGTAGAAAATGGAGGTTAAAAAAACTTCTTACTTACTCTGTCTTTAAACAATTATTCATTACACTAAAACTAAGTATATTAGAAGGAAAATTCAGACGTCTTCTTGTTCTTTTGAGCTTGTAACCGATGATATGTCAGCTCTACTCCTAATCAACATGGGATTGAAAAACACCTAAGAAATAGATTAAAAACTAATGTAAGAGCTAAGACAACAAATTAAGGAGTTTAGACATAGTATCCCTGATATAATTGATTCCCTAACCTGTAACTTTATTGATGTTATTGAAAATCAAAAACAAAAGAAAATACCCTTGTTATAGATTTTTAAAAAATATTTATGATAACTTTGATTATACACTATATAATGCCCCGTCTAATTCGTATGTAGAAGAAAGTAGAAAATTTGGAAACTGAGGCAATAGCTATGCAAAAAGAAAAAATTAATAACTTAAAAATACAGAAAAAAATCTCACATCATGAAGCTGATACTCTACTTCGTGATTTAAACTACAGTGACTCTACTATATGCAAATATAGAATAAAATTGGTTAAACCATAAAGCTTTCCTCATGAGTTTAAACCAATTTTACTATTTATTTTCTTTTAAATAATTTTTTTTCAATGAGAACAGCAGTTTGTTACGTACTATATTGTCATTCCCGACAAAAGTTCTCATCTCTTTAAAACATTTTGCCAAATTTGACAATAAAATTAAAAGCTTCCCGAATTTTTTGTATCAATAAAAAATCCTCTTATATACCTATCTCTAAAAAACATTTGCACTGAACACGCTCAATTTCCTTCCTGGAATTTGGATATAGTCTTCTGGTTCTATGATTATAAAATTCAAAAGCCTTATCTCCGACCATAATATCACCATGTTTATTACCAATAGAACTGTCATACTATTTGCCTTTGTTGTATAAATTACTTTAGTATTCATTGATTTTACCACTATAACACCTCCTTATACACAATGGCTTCTCGTTTATTATACTATATATTTTTTAATTAAAGTAGCTGGAACATTTGCTCCAGCTTACAAGATATTACATTATTCCTGCTACACGAGCTAAAATACCTAGTGCAAATAATCCAAAGATAATAAGTACTGGGCTTACTTTACGTTTTATGTACATACATACGAATGTTAATAGTAACGCTGCAAAACCAGGAATAAGTTGATTTAAGTTTATCTTGTAATGTTGTAACTTTTTCCGGTGACAATGAGAATTTACCACTTGCTGCTTTTGTTACAATATCTTGTAATACTCCACCTGTAACGTGTTCTTTTTCGCCTGGGAAGTGAATATGCGCTTCATCAGCTAATTGAACTTTAGAGATTACCATTGGGAAGCTAATATTAGTCCAACGTTGAACTAAAATCCCTTCACGAACATACCAAAGAGTTGAAGCACCTTTAGTAATTTTTTGTAAGATACCCTGAAAGGTCGCTTGTAATTTCTGCTCCTTTTTTATCCAAGTTCTTGTGTATACCATAAGAATCCTATACGGATTGCGTTCCATGCGATAAAGAGAATAATGGTGCAATAATAGAACCACCTGTTGCAAGTGATGCTGCGATAGCTCCTAAGATTGGACGTACTGTGAACCAGAATACTGGATCCCAATACCTGCTAAAGGTCCCATCATACCAACTTTAACCCCTTGGATTGCTGAATCATCGATATCAGCTCCATTTGCTTTATCTTCCTCAAGAGCAAGTGTTACCCCTAAGATTGGTGCTGCAATATATGGGTGTGTGTTGAAGAACTCTAAGTGACGTTTTAGAGCTTCTGTTGCATACTTCTTTATTTGGATATAATTTTTTTCAATGCTGGGATTAAAAGAATAAGCCCAACCACCATTTTGCATACGCTCATAGTTCCATGAACCTTGAAGGAACTGAGAACGTAACATAACGCTACGACGATCTTTTTTACTTAATGTAATTTTTTCTCTGACATTTCTAGTTCCTCCTTATTAATAGTTGTTTAAAATGTCCCCTAGTGGGTCACCTGATGAAGAGTTTCCACTTCCTCCACTTTGTTGTTATCTGAAAGGTTCAAGTATACAATTGCAATTACTAATCCAATGATACCAGTTGCAATTAATGTAAGTTCTTTTAATGGTGCTAATACGGAAATCCTAAGAAGAAGAAAGGCCATACTTCTTTGGTTGCCATTAAGTTGATTACCATTGCAGAAACCTACCGCAACTACCATTTTCACACCAACTGTCATACCACCAGTAAACCATGCTGGTAATGATCCTAATCCTTTTTGAACTGCTTCTGAAGGAATAAACATTAATAATCCTGATGGGATAGCGATACGTAACCCCTTGAGCTGCAAGTGCTACATAGTGCAGAATTCAACTCCACGGAAGTTTCATTTTGCCTGCCACGGTCAGCTTGGTGAACGATAACTACTGATAACGTACATTATCGCAGTAAGTACTAATCCTACTGTTGCAAGTGTAATAGCTGCTGCAATGGCGATATTACGTCCTTCTAAGAGAAGTCTCCTGCTTTTACGAAAATAATAGCTGATGCTACTGATGCAAGTGCTGCGTCAGGAGCAACGGCTGCTGCCCAATATTAGCCCATCCAAGTGCTAATAATTGTAGAGCTCCACCTAAAATAATACATTCTGTTAAATGTCCTGTTGCTAATCAACTAATGAACATGCAATAATTGGTTGGTGGAATTGGAATTGGTCCTAAGATACCTTCCATCCCTGCTAAGAAAGCAACAACAAGGACTAAAACGACTGATAAATACTAAAATCCATTGTGTCCTCCTAATTTAAATACTATATAATTATAATTTCAAACCTTCGCTAGCTTTAGCTTCAATAAGTTTAAATAAATCTGATGGTGAATCACTTAGACACTTTTCTTACATCAAATTTAACACCTAAATCACGAAGTTTTTTATATGTTTCAACGTCATCTTGATCTACTGATAATACATTGTTAATTTGAACACCAACAGAGTGTGCCCATAGAACCAACATTAAGTTCTGGAATTTCCTCCTTTTCAATAACTGCAAGAGCATCTTGTGGTGTTTCAAATAATAATGCTTTTGTATCACCAAAACGTGGATCATTATAAACTTCTACAAGTTGTTTAACTGGAGTCCACGTGAAGCGTACTCCTGGAGGAGCTGCTTGCTCAATAAGTTTTACGTAGTTCATCTTTTGATACTGTATCAGAAACTACAATAATTCTGTTTTTTGGCTGTGTTGCTTTTGTCCAGTTAGTAGCAACTTGTCCATGTAATAAACGTGTATCAATACGTGCTAATACAAATTTAATTTTTCCATCTCCTAAAACTGTTCATGAGGATAGTTCGGCAGTGCAGCTTGCGCTACTACTGGAGCAGCTGCTTCTGGCTCGAGACTGTCTGGACGAACTTTCACCCCATCGATAGCTGTTGCAGTAATTGCCTTAGCTATTTCATGTGCAGTTGTCATGATGAAACGACTTGCGTACGCTTCAATTAACATTGATAAGTTAAGCCCTGCTACAATAGCTCTTTTCTCTGGAGCTTCTTCGAATAATTTATTCGCTTGGTTGAATGGACTTCCACCCCAAAGATCTACAAGGAAAAAGAATTTCTTCAGATTCTACTTTAGCAATAGCTTCTTGAAGTTTTCTTTGCAAGTCTTCTGGTCCACTCACTCGGCATAAATACAACTGATTCTACTTTTTCTTGTTCTCCAAAAATCATAGTTCCAGACTGTTTAATACGGCTGCAAATTCACCGTGACTTGCATTGATAATTCCTACCATCTTAGTACCTCCTTTATAATAATAAAAAATATTTAATACCCAATGATGTATACCTTTTGCTACTACTCGATTATATCATTTAATACTACGTTTGTAAATGTTTGTATTTTTTAAATAGAAACATTGAATACGATTTCTTATGTTGTTTTTAGATTTAAAATATATTTATACTTGTTCCTTTACGTAAAAGCCTTATATTATTGTGTCTTTGTTTTCTTATAACTGCTTTTTATTGTTCATTCAACTTCTTTATATTTCATAATTTTTCTTAAGAAAATAATATTTACATTTTTTCAAAATATAAAAATTCAGATATGAGTTTTTCTACTCATATCTGAATATAATAAAATACTATTTGATATAGATAATTATAATTTTTTTGAAATTTTTCGGGAAAAAGCATTTTTAATATATCCAATGATAATCTTCTACTTTTTCCTTGATGTGGATAAATATGCATCATCATCATAGGATTAAAGTTTAGCCTAATACCCCATAATTTTCTCTAGTTACCTCTTCTTTAACGTCAGAAATTATTAAATCAACTCCACAAACTTTTGCCATCATAGCATCCGTTATCTTAACAGCGAGTTCTTTATAGCTTTGGTGAACTTCATCTGTCATATCCAATAGAATCTCCTCCTGTACTTATATTGAGTTTTCTCGAATATGCTATCTCTCCATTTCTTAGAACTGTCTCAAAACTAAAACCTTGCTCTCTTAATTGCAATTTTTCTATCTCACCTAATTCTTTTTTTTTAATGGTGTTTTTTTAGCATCACCTCGAAGAGGGTTTCTATTTTTTATTTCAACCAATTCTCTAATTATTATGTTGTCCATCTCCTTTACATTAGCTGGAACTCTTAAAAGAACTGCATGAGTTTTCCTTTATAACAAAAAAACCTATACTCGGTTCCTTCTATAAATTCTTCAATTAATATATCTTTATCTTCTTTTAAAGCAAATTTAATAGCGTTAGAATAATCATCAAAGATGAAGTTCATGTTTAAAGATAAATACCTAACCCAAAATTTGTGCTTTTAGGTTTTATCACTATTGGTTTATTTTTTACATAATTAAATACTTGTACAGCCTCCGCCAAACTTGAAACTTCGTAGCCTCTCGGAACTCTAAAACCTTGCTCACCTAATATTTTTTTGGTAACAACTTTATTTTCCATTATTAATGGAGAAATATAACTATCTTTACTTGTCATGTTTCCATTTTTTACATATTCTACCTTATCTTTTTTGTACTCTATGCGAAGAAATTGATCATTCTCATCTATTACTTGAACTTTTAACCTATTTTTATCGCATCTTCTATTACAGCTTGTGTAGAAAGTTCCATATTGGCATAGGCATTTAATGAATAATTTTCTTTTAATGCTTCTTTTATATTGTTTGGCTAACTCCATACCTACAGTAACACTATCAGTTTCTTGATATCTTTTTATTAGTTGAGCTGCAATAGTCATCGATGGATCCTTAAGCTCATTCTCTTTTTCTTCGATAAGTAGCTTATCAGTTCTAGTAACAAGTTCTTCTGCTAATTCTTTCATTTGTTTAAGAATCCACTAATCCTTCTTCTAAATATTCTGACTGCACGACAATGGATGAGATAACGCTGTTCTTTCACTATATTCCTTAACCTATCTTTTGAGAATTATTTCTATCAGCTTCTTCTATCCAAACTAAAGTTTTTAAAAATAAATGAATAAATCTTACATCTCTTTTTCTAAAATACCAAATGGTGCAAAAGGATTTAAGTCAAATAGCCTAAATTCGATATGTTTAATACCTTTTTCCAGGAAATTTCGCTACAGTATCCTCCTCTGAATCTTACACTAGAGTAAAACTCTTTTTCAGCAATAAAGTTTTTTATTTTTTACATATCCTGTTAAATCTTTTATATAATCTTCCAAACTATTATACGAGACAACAATATCCTGTTCATTTACATAACCATATTGACTGGTTCTTAGACCAAAGAACAAAGCCATCACGGTTTTTATTATCTGAAAAATGCTTAGACTCTCTGCCATAAGACTCCATATAAATAGACTAATAGCCATTGGTAGCGGAAAAATTGTCTGGCAAGTTTCATATAAACACTATTTTTCACCTCAACTAAAGATATACTAGTTGCTTCAGAGAGCTTTTCTATAAGTCCATCGTCCAATTGAAAATTGTAGTGAATTCCTGAAACCATTTGCTTGTATTTTCCATACTTTTCTACAAGATATTCCCTATATCTTGTCCATTCGTGTAAACTGAGCTACTTGGATATCTTCTTCATTCGGTAAAATACTAGGTATGTAGTGGCCAAATATATTCATCTTTAGTAGAATTTTTTTATACAACTTCATGAATTGCATTCAAAATTCTCACAACATCTTTCGCTATTCTCTGGTGTTGTAATTAATTCTAATTGTGATTCTGCAAAATCAGTTTGAATATATGGATGTTCATGTCTATATCCAAAAACTTTTGGATGAGGGTTTTCGATATAGTTCCGTCTTTAAGAACTCTTTGTCCCTCTTTTTCCAAACCGATTTTACTTTAGAAAATAATTCTTCTAAATTATTTTCTTTAATAATTTCTTTTATTTTCATACTATATCACTCTCTATAAATAATTTAGTTACACTTTATATTATCATAAAATAAACAATTATAATAGAAATTTAATCTCTAAGTAAATATTTTCAATTACTCTTACAATAAATCTATGGTGTGATATAAATCTAGTACACATTATGAAAGGAGATGAAATGGCTATTATCATTTCTAATACAATATATGATAAAATTAATTGCTAGCGATATGGATGGAACACTGCTAGATAATAGAACATAAATTTCTCCAAAAAAATGTTGACTTAATAAACTTACGCTCAAGAAAATAATATTATGTTTATAGTCGCTACGAGGCGTAACACTATGAGGCTCTTCCTTCATTAAATGAAAAAAAAATATAGATTGTGATGTCGTTAGTTTTAATGGTGGTATAGTTTATGATAAAAATGGTAACGCTATTGATATAACTCAATCGTGCTAAAGGATTTATACTACACCATCATGCTTAAAAGCTTAGATATAAACTTTCAACTATATACAAAAATACTATTTATACAAACAATATAGAGACTGATATTCAAAAGGTTATGCTGATTTAATTAGAGCTACAGGTCAAACACCTAATATCGAGTATCTACGAAAGGTAGCGGATGAAAAACTAAAAGCAGGCCACGTTACTGAAGTAGATGATATTGAATTATTCTTCAATAAAAAAAGATAACCCACCTATTAAAGTTATAGGAATTTCAAACTTAGAAAAACTAAAAAAAGCAAAAAGAATTATTAGCAGATAATACAAATATAACTGTAGCCTCATCTAGGCCCAAACAACATAGAAATTATGGATAAAAATGCTACCAAAGGGCATGCTCTTAAACAAAATATCTGAGATATACAATATACCACTCGATAATATACTTTACTATAGGCGATAATCTTAACGATGAATCAATGCTTAAACTAGTAAAATATAGCGTTGCCATGGAGAATGCTGTTCCTGAGTTAAAAAAAATATCAAGATATATTACTGATAAGCCAAATTCAGAAAGTGAGTGTTGCTGATACAGTAACGAAAATTCTACAAGAAGAAAATACATCTTCATAAAGATATAAATACAAAATTACAATTGAAGCCGCTATTGAAGCCACTAATTTTGCTTATGTTCCTTATTCTAACTTTAAAGTTGGAGCTGCTATCTTAGCTGATAATGGAAAAATATACACAGGTTGTGTATAGAAAAATGCTAGTTACTCCTACTAACAACAGGCGTACAGCTATATTTAAAAGCGTGAAGTGAAGGTCGTGACAAAAATTCAAAGAAAATAGCAGTAGTAGGTGGTCCAAGTAGTAATCTGAAAATTATTGCCCACCATGTGGAAGTATGTCGTCAAGTAATAGCTGAATTCGCTGATAATGACTTCGAACTAATACTAGAGTACTGCTAACGGTCATATGAAGTATGTAACTTCTTCAGTACTTCCATAGCTTTACTGCTAAAAGACTTAATAAATAAGAAAAACCTGAACATAGAATATATGTTCAGGTTTTTCCTTTAATCATAATAAAAAAGCCACAAAATTAATTGTATTTTAAAGTGAAGATGACCCGTGCGGGATTCGAACCCGTGTTACCGCCGTGAAAAGGGCGGTGTCTTAACCACTTGACCAACGGGCCGAAAAATATAAAGGCTGTTAAGCCTTTTATATAATAAATGAGCCATGAAGGACTCGAACCTTCGACCACCTTTGATTAAGTCAAATGCTCTACCAACTGAGCTAATGGCTCATGGCACAGGATACCTGGATTCGAACCAGGGGAATGACGGAGTCAAAGTCCGTTGCGCCACACCGCTTGGCTATGTCCAATGTTATAAAGAATGGTGGGAAGAGTGGATTTCGAACCACTGAACCTAAGGAGCGGATTTGATCCGCCGCGTTTGCCTCTTCGCTATCTTCCCGGCTATTAAAATGGTGGAGGTTAACGGGATCGAACCGCTGACCCCTTGCTTGTAAGGTAGGTGCTCTCCCAGCTGAGCTAAACCTCCGTTCAAATGGTGACCCGTACCGGGATTCGAACCCGTGTTACCGCCGTGAAAGGGCGGTGTCTTAACCACTTGACCGGGCCAAAAAATGGCTCCACAGGCAGGACTCGAACCTGCGACCCTCTGAGTGTGATCCAGATGCTACTACCAACTGAGCTACTGTGGAATAATAAGTCTAAAGCATTTGCTAAAGACTTCAAAAGCCTGGCAACGTTCTAGTCTTGCGGGACATCGCTTAACTACATTCGACGCCAAGAAACAACTTCTGTGTTCGGTATGGGTACAGGTGTGTCTACTCTTCATATCGCCACCAGACGAAAACTTCATACATATATTATATCGGCATCTTTTCTTTGCTTGTCAGCAAATTTCTTCAGAACTTCACTTGATTCGTCCTCGACCTATTAGTTTTAGTCCAATACATGTGTTACCACACTTACACTCTAACCTATTCTCCTTGTCGTCTTCAAGGGGTCTTCTTAATATCCGTGGAAATCTCATCTCGGGGGCTTCATGCTTAGATGCTTTCAGCTCTTATCCCTTCCGTATTTGACTCCCAGCTATGCCACTGGCGTGACAACTGGTACACCATTGATACGTGCATCAGTCTCGTACTAAGGAACAGCTCCTCTCAAATTTCCTACGCCCCACGACGGATAGGGACCCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTACCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACCGACTACAGCCCCAAGGACCTTGATCGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGGACTCTTGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGGCGATGGCCCTTCCATGCGGAACCACCGGATCACTAAGTCCTGCTTTCGCACCTGCTCGGCTCATCATCTCACAGTCAAGCTCCCCTTGTCTTACACTCTGCAATCAGTTTCCAACCATTCTGGGGGAACCTTTGAACCGCCTCCGTTACTCTTTGGGAGGCGACCGCCCCAGTCAAACTGCACCTGACACTGTCTCCCGGTCTTTGCCGAGGGTTAGAATTTCAATGGCAAAGGGGTAGTATCCCAACAGCGCCTCCTCATACACTGGCGTGCATGATTCCTAGGCTCCTACCTATCCTGTACATACTGCATCAAAATTCAATATCAAGCTACAGTAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGAGTAACCTGCATCTTCACCAGGTGGTTCACCGAGTCCATCGTTGAGACAGTGCCCAAATCGTTACGCCTTTCGTGCGGGTCGGAACTTACCGACAAAGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCGAATTCCCTTCACCTTCGAGTTACATCTAAGCACTCCTCTTAACCTTCCAGCACCGGGCAGGCGTCAGCCCCTATACTTCACCTTTCGGTTTTTTTGCAGAGACCTGTGTTTTGTTAAACAGTCGCCCGGAGCCTATTCACGGCCTACTCGTAGGCACCCCTTCTCGAAGTTGCAGGGTCATTTTTGCCGAGTTCCATGTGATGGTTCTCTCGCTCACCTTAGAATTCTCTTCCCAACTACCTGTGTCGGTTTGCGGTACGGGCACCTCTTATCTCGTGTAGCGGCTTTTCTTGAGGAGTTTGGCTTCATTGACTTCGCTACTTTAATTCGCTCCCCATCACACTTCAGTCTTACCAAGCAGCGGATTTGCCTACTACTCAACCTTTGTGCTTAGACGTCCTATTCCATCAGGACGATCAATTAGCCTCCTCTGTCCCCACTTCTCTCAATCGATATTTGGTGGTACAGGAATTTCTGTCCGTCGGCTTCACCCCTATCGGCTTCACCTTGGGTCCCGACTTACCCAGAGCGGACAGGCCTTCCTCTGGAAACCTTAGTCTTTCGGTGGATAGGATTCTCCACCTATCTTTCACTACTCCACCGGCATTCTCACTTCTAACCTCTCCACCTCGCCTTCCAGCTCGCTTCTATGATGTTAGAACGCTCTCCTACCATATAACATTAGTTATATCCGCAGCTTCGGTTGTATGTTTAGCCCCGGTACATTTTCGGCGCGATGTCCACTCGACCAGTGAGCTATTACGCACTCTTTAAATGGTGGCTGCTTTAAGCCAACATCCTGGTTGTCTGTGCATCATCACATCCTTTCCATAACATACAATTTGGGACCTTAGCTGGCGGTCTGGGCTGTTCCCTTTCGACTACGAACCTTATCACCCGCAGTCTGACTCCCGTTGATATTTATCTGGCATTCGGAGTTTGTCTGAATTCGGTAACCCGGGATGGGCCCTAGTCCAAACAGTGCTCTACCTCCAGTAAACTCACAACGAGGCTAGCCCTAAAGCTATTTCGGAGAGAACCAACTGTTTCAAGTTCGATTGGAATTTCTCCGCCTACCCACAGCTCATCCAAACACTTTTCAACGTGTCCTGGTTCGGTCCTCCATTCAGTGTTACCTAAACTTCAACCTGGCCATGGGTAGATCACTTGGTTTCGGGTCTACTCCATCATACTATTTCGCCCTATTAAGGCTGCTTTCGCTTCGGCTCCATGTCTTCCACTTAACCTCATGATAAAGTAACTCGCCGGTTCATTCTACAAAGAGCACGCCATCACCCCCTAAAGGGCTCTGACTACTTGTAAGCACGGTTTCGGAGTTCTCTTTCACTCCCCTCCCGGGAGTTCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGTAGTATTTAGCCTTACCAGATGGTCCTGGTAGATTCAAACGGAATTCCTCGTGTTCCGCCATCTCCAGGTGCTCTCACGCCAACTTAGCATTTCGTATGGGACTTTTACCTTCTACAGTCTATCTTTCCAAATTGTTCTACTATACTTCGTCATACACGCTTTGTTGAGAGTGCCCTACAACCCCAATATGCATGTACATTGGTTTGGGCTCTTTCCTTTCGCTCGCCGCTACTTGGAAGAAATCGATTTTTCTTTCTCTTCCTGCAGGTACTTAGATGTTTCAGTTCCTGAATTTACCTCGCTTTCAGCAATACGTAA + $'$$$#%%&''+28+'?@>0724145$8:=:=@>GMK@A?@>?=<=@@D?@BA@1;9<55@AG;(*67//0'+333&'45=>+.8($+)%%)+)+.+*,+*,,,))+8<;;;9419;9:9/-/&$$42/2BB>58445,))++,24/++)&.67<433B::=';HFA5?9:GHBA?==;;;:=66>2%&%'')(&%&$%,&.06&35*&&)1,:<7<++1<<<;.=;A7>@4,-5876;;4<7=94:?840,(*..?;86++,>FOLID>>BC63?>>?AA49;?AA4/;A?879(((&((+.,**$*69C@9=E5010'''('868>1-*'&&$%'#)$&#$('%&(%%&($$'%(($'%%'$#$$%#%&*(%$&'-(,&'&(('(&(&&$&&))0/0$(('('$$%*(--////.%6136540*$$$##%'&#"#$%&''$)*0)*&&+,+-1*,%%%&'&(50##&$+&().**&&((('((,;1-&'(%&'((($&'%$(&%##$''-)$%$$%%$#&'+0/,%**$#$$$$%%'.-+$%&**&$$$)$()'&%%$$$#%%%%$$$%%'$$&'$$%$%&&%%'&%'$'&##&%'$#$)+9:91$%$$1ABF<;::=<<<+<<<8;;;<5+&&%&211**..113799<7=A;BC?@?=>6&+#$$&)?C@-$3BIC?>//09>>HI?.<@<7:;;8D6AAADG9A@@;;.//0-:<=4C=EFELNFBMCE=C679E<7@BEFE@;7@>@C:D>8::>7CEGGBFI@CE<<<25=ABBCC6?@B=666@@<7985986:798741=;CE?>=<>/8>6<=132&'03D>??BCB*+((**25>:=>.97;247/093-:12($%(236&-&*$$'&$)7<B>@CBC:C?ACIF8F=:<>>@?9.0*)0*20466*'+635>/@(CB86B<55'(:;=AB=7C90/230;8AB;;%.-/-%)%/249=A@22*,.%*/409<3689=CGE=:??@445C;<;72-$'895,8<7D5534604<;<=73,4;@B?:56878$(<@49;:86./ADD3.*>BBEE@A:@G?F=8;.CFECFFGI>JCTOB?;1&0;88DC<%.@G?==AB;3%(%9;B?HEGIB78--166>AA=CF2-.;:==@;BCC?=<<??G>BODIIKJKII>9<@C4-&%&**&03,17<>E@:@:<>?<$):1&&)-48'9%$$#&(++C>,+2%A?:;>BE?A@>BCDBGB)AA=<3=8.1:;7425/HA;@(%+2EE67/:=54=59.1:@:>?BDPDHHBHJIE@:@BJGHIIA>AHEDDKC7;<;8GGHH:BD7>58@>>822-5D>>?-,.?KNF?*3>DA>@;LGDFF@:>00.E;<&(&$889.&&$&8:BNKRMHFC>9ADLNHM<=IED<6::+5?BC=A7A6EFHF@CGL=7344.+(.7;5A@;@CIAC2.+24%%(***-/5457@N?M>H@)'4?BGDD/BCDDD=33D=AC>E::;@BEEF9>DKDHIF@=82;:9?HHEGG@AD=;?2;89<*<8A97).ADLLFEJEAEIC@DD@=B@?<:5(1;:@BCH?=DD=9EC?HCD?B?8>??1%-&&*6831>8FHD?9;25>F;HF8096()&%%*79;>>=;EDLLC;??D9)/1:<8>@>FKLC>KLC?LLDDH>><@:>3,-''B>>EDGIIH=@811@95568@B?.07759>CFG@A=>FC=E?<=A>G=30=9<:8EJFA:@=C9>@>A=9C?68;AF?ABI>=C;7=>?@IMJFB@;<*'$&$$+55>GHEHE800:<@BHDC89;?>AJIHCBAH;BE>=;921A<>JKKE'F?CDHEEFA97%$2@@@DB8A@?9BCC8.-1..C0-<><,76+'=>0??A?@?B=DF5D@AHHGFFEF@ITR:9ABBFG?D<9=@FHMMF<>>BDDC?>?><@6*6-,0177-)''85+321,&&*%*(257=>CB;=??++-C>99B<%C7<@CDCE9'@IH>?BB'C>OMK:7>D59+.682;9:65A<:8<;;<=C>=B:==DDFE=?637?=@C-7@A?ECJKHA999+%'%'++,%/+/47<9:;D>=98;5(8G=?DA;:=DE5AEGE538+8;,#)++,(&1#'(,+&%&(,-/=?>E-801>A==548?<=++)>;;=DDFBFKKKNI96252@?KG=6<;9BBDC;7:3++3565()+@AHKKF8B=3B01;CCC@:BJG=BCCF=;0'+DDF>''&>@IID:68<:>?8=<38;$.,6;EE@020,2(3/*-)')))*944>9A>)&24%)0(*/%%%11:1:B@2+&%$(549DE3=GGA=:29AF;?>:ABA@@?>>=@GHPF;5>@=<;?)3DDA20<*(+8>EFGEGPOF@=I=;216=F>=B@3>TH@F?IHE??8D>:?;4?<87)+*&)5;;>;;EEA?900/9E>88-A>505:882?CB>??CAA?BAJA<>ABCD99$*855;C7->?A?H?C>>>>.=C@ECII@>K@KD9&&4:<8==?A89;@=:<'$&##%-%(%22-314>5<9D@../0/(,(,5>EGI@1:?A><<0@87-0$6.%):0,,.DAC9-0/'&1011%+.++*)%15;98>6@ABA-CF>@CBLIA:@8=?<<6B9ADHKHCEGF3@D;5573BF>HED?:=B=B??,(&(+,/;:2---9.8?F9>HHCCDKQMKIGE;,?1246(1?BDEBH880--.'*01=I?>D7-/-/&$$$&*+0FQE64<:6<89%77=:::+++/*$$%%'%&*++37E9'$&)+,('9:/68285377?*ABFG75)4&&#*5155,<<01-('$6?EFHIOKEC@%%;:?0-?9<0$)28:77;7=BBFA:;BFD87A?JIEF9.*=;=B0&0:336<:899?>KKDHGD?C?<>>@A9A<<+>=<;=?A?>64.524A@?EMHE@BA+9:47BCBD<267=<:JGC?83B<16=;=&6?=4'((($%$$7144)+()+.---;<D>F?A?<==ABB>=B;%%%&010:;<46/'5%787=?,A@BIK;9DJG68BFHDIA?CGCF;FF<5958:,36:A5>5@?>3750=<>59(.<9KNLJ@F>>;<>;C@;?()(319;A>8>D=44+6FF>=3>AH338/+<6@C?-/1=@CBKGG>BIHIDAGGAA@=FHCFHCDGKAG>/-..:A?BC.446??@C@:<:=GC//5,,//@CDI=<<><:?3:9;>@9KGIIEFH=?EDAHHA@:9?03ABB@>DD0,9'023221@B>;7=HB@;?A99=5;D?HFBFNK?KOOOE>>A>8>=;:2'%%(47;;?+.487>@DDSUG@>AC??ABDA?19?0=3225C.'6BCDHK*B0.13986&&&+'(AA<9:59=?>3'$3<@7A2>:>17D@53',&%%%BCAB90-666AOOGBF*-5-&-%%&$##$$$$$$&$&$$$-<0;JM<@A?A.F=B@?85.=>'$*CEC>GGDIDEF<320910+($%%CHN@NID797.,<;=CD>><:><6.6,,3%9B.+2JDFFOR?),>FC>:9(&827HMF1BGAB3TTJC=E3.:>AC>IEDHJKF?FFGGCB=B;'=DEDLKCB=AC@A=',FCBA97<;/'.3).%'):>E@?@843EJJAC1+2323++69::97>A?>:9FA?@78DIMMHJJJDA@685FBCEEBB12(%%=((DE?BIURQ?>68@?B?9?B=3-/,--'(*.121(A;<>BDC;0DCE?88FE664A@??=<6A@CCDEHD+&$4),9999;>;;=;;.258910EHI3CF???>?@8BA>CAEFEDA9?5557-%.214,9@GEGPNJABCAD:AKGFJKJEG>=@757)%%%'('$%$%13;0A>EFDF7;A+<=BFE<7=>BE:@7=BGGG%>=91008B5&&&'1245)57/-$$'B>B@;CE@AE<@>*9@DD?BA>2$$(*(&'&$:55/;238<7:C@BCFE>A:52///9..0<;>9GG5@?A8%6@BFF>B<15?>8BGICF=<<=BB@:%+=<5590DEKEFA@<9@NK=4>=:A>:LKGG?EEGF/6LHC?E?8?=BB275;4736::8>6<:<=HGILK<=$;;<<@E6I?AH>;<:80/((68;8642(,+&$%#*))(*110470BBBD/<=??HD,D>D8:DD:+)-/%%&,---61()+2=><9=067(%$&((&&-))+A@ABBGH@E>>:?BCFD6/,/$%2+3443&,&4:0-.7EDA?A=DDA3A@=6@=DHFBAB>5/1,6D>5BB@A?:0234@@9BD9=BCIGDECCEJLP@?B@<@D@DD'8?B>325@ACENKBHJF;=95??>JA7749<&:2968HBIGGICIMKKFGOMHF?N=I=CBDFG=3=BB322,:57695-((*C@DBF1-347=?F.92.8=?BBCDEG-+4:434/*+=957@::KJD5CEDE:BJHHHO@?@7.;92:;795>/-1127@8777?@@=CD@HHIA9CFD;IKJH9;HJDEA???ECRBKKLRLM=$@BBEAA@BED;(5FCFHM?GFD35)(')2332/0+.*FJLIEEB<*>LGIJFGLOMIC?NMNI<<>HCFKLE=/BKK:;;A:&B:=CCIIFFGHD@@B?+'&(/&)$151?DB7=?B>6>=IOOED@=?=)A,C@8?GHC11DB>JK9BCHKH2CD?C'B654:@>+-1@?>>;9BBEA?H@<+:387=52;=BBGHI8?)*@JF>>HKF9D=<<=DIIID@B,.('('**&((%1>?;L<=AADB65BTRSN>@ABB?>ED;:988/>5$'037534')056=8;D@=B=G<@<85=;E,)BGDCCA/@JB8A=GD;;>;DEK:9DFKEAA>EE/-30@@;DLCNPL>2*7:=CBBCG<7>;GH?**.DD;;;B=C872));:*%.7655042.1(-01=?8.&23:0*-+256879?:AED9:685%)1:7744CE=9<=9;78D*:::+))89,6>))68?:;=B=DF029:;BA=>7<9/2;A?<=DG?GJB;8;AOOFAJHBAG='2)5AMMD?:=88@C;AGBCE89:CCMHE?EFJCFB>:BCGGIJKHD:?5G?=$$$<@=?>DFJBEC313CCDJHGGC@B;9>2B>;-0415=2(**2-),@@=,;)%%;/2280?B;139=>6:98:?:/ABF9?A@DEF@::;J?CD@>=A>E0.?IE?@F:C>FD26>>-&28==>I@EO9BAAA33:@=MOJHBBDBB@2+B-1)0%&'%002GC@ABA??CEGDB>:47'8>>8DA@B=CC526E@A6-2=7,7><9;426BA;5<4112>99BNCC<;@@:?C:1(/B?B?8E?<<;854-+*-(449;:>AE>C84;:336@9E2580-?BFBH9<;&9:6.,''+,*):@=00/)-'(-,8@B=>B@>;;AB:>?'B>?FFED728,8ADFKOFURLIF49NBJIG.1G9;@?ADI77JHA:@=::887*,23844663%%+/.$$%&&(/11<=?EIKE@><>NCCCE=995***'+-01<-*9A=:98:94,+,(312(,-0AACCB?60665;A/*<:411;79820,((=IBBGK=@;==<>3549:DFHC;BB@++2:;<=8:99$(A-8DG>FC<;;8'/953220&%(%'977@>AFB844<@99>=G?AIEDGLMBC9/+%0-,),22054>=08.8:?GG>>DIG@?CCF3ACD6193>BDJ>E99E>8:C5E:6AB>DD@?;>=+==65>?B>ADEA748<63357BBE>C78<;+,*,<78:>DFH>9GDH,./3BBC><==HFE742DF=2)(*:<=EEDIMOJ>89GJGACA67?<)4/1BA=DFBC9(+255:6=1113533729?8EA>GNNLCKGEF=GGEGAHID>>=>JFFFC<5;BGG;CD5,0210+)*466D=7B@;>19>B@>=LGCCE@BDB3=6++?DEB?FKILH?GJGB@DFB?A>;FF>;DCC:<>.()771A>CFAE:@CB=B<6-(&$((('(/(67;:::>?965;*&):>@A:9:?@GCA<8<>?:3-/=99>0:9MJC6:BBEA=::;FE;8BCCROHD;>FMIG6::631A?BEF>CD@B6@=33BD9:AED>DDD/EE=::A?>-4433(D<:AB8BCGGICGJFG8*===9(>>?>A@=;@=G9B?;EB@BDFKJDBDE@9&6;>EF6D@E>BC>D87/-74==4:79559;$-6:FBE=3>9>?A>;:><76,6BCE0'/IGKF=+16:10;'$//;=<:3)$)33?:HLKA-5BI9???61&&9569?:B??=8@ADBGGB@C=0@ACC@?>:+%,,+)-;A3;9:97<,9/+.58=5:<>B@<=B;>CRPD?8DB-F<5KCLDFE,-,'$##%)/'(''%%'*-,016:;==;76:;;;1&'//1:=:-049CGECA8G?F?AC@DC=8+&':2,)$$/6211:;9>JBE>>==<9<8-<@BD=A$$%*4965416999@9JA479;/*%)13-?ABA1-72;23A7@ECD@55?8=3A=A;;:-)),9>;>CC5?>1+25542--.8&(75.5),(;:<=;1247939C9<:>>86'GCAB::@@@BJBJQPUNIBCEDJIE&24/?>>>:9@<@BB<@E<4?,,,,,2//,&$,)+45996)$:;<;0.98=986,.@@HEB?::>A@:&3&6>?CEHHK<:???;EBDA>=93=;<76*,++,'27543*FC>GGE5=;CCE@HHGBAB>GCA?DJJGE>;87B?B@ABB83-<>?@9(35%:<@AB;?=BGFA*E<169;:7KGJGCHIGB;>PACIDCC8=B@4.30$):AAEGC<;DFA<86<;1@7FB;EE-?@?JF@>I749ABGFHD9//+&&'-+3*+-EEFG@DEG>A?>A@8@BD=BC:=/&*#8;==?@>0-67<>.)&+:9-@?=DJCDFDB<:?CEDJNPKGEEDD;@8/>9:9;B8D3CL:8>FF?AJGAJBDG<:B=:?3/+-+(((*3669@?96*674-+=>:@:CHABCC5:6><@>4*.%2139&:)3<7;@A@C@>@;II<=H@AFIGK53'+-=66=;65:==BE>C=?I>AFH@CGF54;=676AB;:'(?/5BCD@=GHEAAADDEA/00.>D=A9)')**//,-C?EDFB>:.<@89CD@=>;.D?>?B7962:JG@EBA78CHG?5IKLGC;:><:1'0<562@DFI@=;AAG>?FCH>80-?MJ===?>5>7;+36@CFBB@3$.47>AA5@CC:;JHEFECD;00*:?A?@=DEB=?A@FF4=4?AIIABLJFGC:<=?7ADEB9G@BC=BKF=418:3;@;7CE?GILNG@:995;9828:<=@@BC<@@8GC=GJGEFGGDJHFD46E?376;9H?A;=GCBC(45()(3@A<=/GC?=:D@?8A?D:&FB:DECHAD>FCJ4>AFBAB8GB0-='*'*-6644::<;CCMCDCE@>B=985318@;?=?JLB586>;86CHBGGD?9/332?3*(&$'$##$6>>@B;BGF6654IDCE9A=;?DCHFA'',.<:;BFECC;EB?@DA9')345&%%&&20;<=:EB+-?:@6<=:-0=6'**+**<14DEEJHA7;AA..=:AJKCF=A8@A74((D<>BB@G>=?CA>;?AD=<:579>@EDFEI>?@E<<=:6764>>H93$())(%()+-+1+,).9)%'((()+'*03A<84.'%(04(((/47>AG<=C@4,())3)>>1=:A57AADILIA55((5?>=>AFEC=?:JDGAA@4A/)?8+,)(&$%',.&%%%%%%96?>==;9<>E@J?1889HHO@I@?<42;>=&&()@@DCCLHGIJE@;OMIC=9AD>98DGJIDKJID,**IGLCIKFGH8ABD=C<>A?0'1002%)=<(8:C0C>?BEPUADEOC@@2897A@7=988)2.0:<BGAJHB<8/6D>>@:HDFFAHPTPJJI=73401DCJ<7B???EEGGBQMG@EKLILJLGGJIHFJMOPICFG<>>KPNFD@4=EIJE-1CKJF>,IBC>9:7==8JBA?>:9&'+/49:?ID@BEECEBD@?ABF?62($#(+-001.18?:1.',31AEBIC@>%('(+><::@1;:789GFHGNMJH?BGI;E>BDN=JLEA=99(D:AC?BAGIJKDGLD?JECGOKJHCB:::A756703,F0%&*.-*&&%(%$($%%'*1*&$#%131<4
CEEBED;BCEDDFHI;GBFFLOHC<@?FH@?;G<5ILHJ@<:21+94('+)+478?@DBKA>66,.:<?=>CKJPJ>?HPCVEBATSJC@<%,($(,,(;&<=ABG0CBAHID<=A=@;:8:@?:76,,,,+)1-0+/.+$$%&'/8;;++,);>;A3A@::BG>;?:68<:2DH;96@BFECFE???>99DHCBEBB75-/-999BH>DA+/%%'6BFF8?CFHC=C>B:>07=E?@BGELIE@?8&&(2-96;989DGA<@B8?B?@634AC=QNLM9A;A>7@=@GE=B?>:>EGFAADFACB>7>CE79=6,&)>2534*>32(.///2?<=AD>=8+4;<3B=<8&&&&>BG;IME>CCBA:@:;ABA266;<:6<::@<;;>B@>HJJ65>;99:.2.77G?+865J89)8:=2=C?8>DFJOME@@HHH?GBGJLBH=GMMLLI?HF8A@?@DI;>??:@>DDFC;<8-/1AB?JJGNNLI:86CBC4/-1-$$$$%$$#0,220/)),-+*()-:8:7@C4>EDFKG7N1+@BEECBCCG@80DIJBBEF@<*BAA1=;@JPQLDAB?=@0KF??BBB9@BBE==AILHBNJ?B2AA=JHHI='-?JLFBCHHFJHFJLKDB;8<:4BGA8CFF>;,>==A:*8:BB>99@=,,,;D@HD8:3**KJGB''8;KH8:BCGJCEIKIF<54HBD@E@;=9;:EDDDB?A=BFD=63H9;:8:9711,''()))255112@@?<-;=7HJKMJHKJFGGJM>74*$301:$'BJIML?8BDGQKGBMMHE:6C;5-(0678>AG>@F<;:8BGKJH??GKF?ABD>>DAGEGKH;F8;=;<<<9),7:3%*+-)($+)13238@?DBKJF:82&$%787C@C>AIBDM???=88,((&'0015'(DDEFAEFJJC=1>CD?@FMOI>GHAH:7B@5B@K:;?CBCDLL3@18:D>BGDIE@1.*4/04(+/<BC@DG==9;><@:8?@4636$5$<6M<>MGA?<=:>E?;9544*,:EEIG>?523142=:>:=E:GAA>8?AD??@CA=>9BD>E:A@FGFD<>??B996E?<9797;@A@ED>/(87;9>0@99?=9?8+?ACFEDB@=AAD=?@AEONQLK>;=DHLCDB>>6,370&).'06.(178:@<=6*$%#&'%''.*C7<@53./1<;:=EG?B:>@68?BE>FB=B;HECB<2CE:=5667;>KF3102633;IGADFABF78A4:67/5<4:82.@;<)DB@.<>JJIDA;=>:=@I>B4KSPMB>;+FGHA?E;@JC?GH@@KNGBEGFFGB@CDIMLJED2@@E@FFFD8C?A;>CB?122CED>8:764+)'54).165795>513CCBDFEJ@HDC;=@@>?;BH,*;9:9;A4A:BECG@886'?I@@@FHDA;:5773228;236,,/)+,/?EDDC>D@L=BCDD;;673)365:=224/-0224=4EA405:367&,,.B;>>96-005(28:=F@A1.9DJ@OLHBCCEC?F:BDH<==;89DA;9GNABDE>?A5:<,9B@BDEJJFECG//2AEF8CNK>KKIC?@A5ADE=>AC7-?;@A>GIC=62DLKDM8:>5361/.+3,>B>>=C?FGA@>DIG>B?EGDFI;LLOIGAKJD?CFAB:@CA@CEGH@E>FJ<8=>4./''((+111<@;29D<@;>89A9<7,(-0/2307)%(?A=,,***().4-@LEJED@;B;=9>CEOPJD??DE@IJ=A6330?;0&&).(*35;@AFLGJOIEFCCGF>889D4/%;;E?FGE')2407=>9CB>98D=IKERPM=:8/24/9<%*,1??CC=7I=KEC?.,./003>ABICC,):;8AGKAHGAA?D?@FH@58@=94?CFA;?>@923G?331&)&**)83..&'(34,*3?>?/1?EFDA8747./+-008.3880&)0*.1-/0147>?BA=A:A>KJGGI=:?DD:$023@=::<0//,,,'043*FDBAB@@24=0<<9?=962)),2CDCABL:FGDC841-/8:;>>B8@BGGIE>GILOPMBBAB?G?@GAHGGHGK7CHFEA<8@EFI?@<&'+-)*6++551/--$$79>@AFHDGI;467@F@>=A>=B>DD9@@9>((,.-.-=%%:3'$$%+034<;;1>@<@.&&')6>;73($+9=73&)(&&#&$11738?AA.&+,/++()'.014@8:?MHGHGCFCBFACKICFC?AAGJ7;@/0;58D9,-058A:8)@>:83=BCF:?<=:@>@A',BCB->@H;BE==%0.16;9BCBA>@,,+*.858::82@@@2231-(&197994.51?DE?79<446:B@EEBE6:638;6H>=2(4>-3)4+$)$$,09<>D>E@.*+344EBFC=?<>;8>9@D/%%/55?@>K@FEEBAAC;9>?IIF@E8<<====4B>EBEC8:BCDGD@>0EEL=CAKDH89JLDH>5PNLGA>F>/.113@CA>><>>HF9>EG,ABNDLJ=ACHJCCI>HADCO@@?JCKJFD?8CJOM=78:90'&9===CTPIK>B?8=B?>>@9IAHE=?@88520+*5;7<=CA8>EEFA@HDEFB<-==(?>?PF@JKNLJDHFDDEEDKCA:7FHIEEF=>?=K@5:AB>?1LKFFMMKI9HF>>7.7:87;@@BFG68;=74:BDDEEIMKDA=?>?=&&')')+CF;JG=6920/(&%#*,,*)''63.0&$$-)*37>BEDE>HBE+&2.440(2:<+1=>>>EB>3BFPF>JGED>9<>@F?<9789CDJKFJGGA/1;;8;?=EEKE::BEDDDF@@ACA=>66;>?=6,//*,%-1)79962.%.2?'(,+*+>=;;:0/&&&418;;'8799;8/=)%(&.#($6776DD@D=?EDD?%&31<1*:;:>C<67*.1296;>CAAJLB84<@@3<@?==FDACHE>:=>A;C/-239?@DA.3>4,))+111$&36;@ADDFFA?B;EBGHEH:HE8*SHE?3-346('18<>>:++5D?<8>=3&'4:BC.9840+&'.3.'-0-.7:;;@=@A8AAAMGAECDDIBD@6ED.-.8?7GHBJC7'(',-?51(%.?CPG?@@CCCG@BCKIA9?B@>'A;ACIIB+**0)688;FGEH@4<8@BB<0%+AFGG@%=@?DC28;879@>BETLGDFLLCCDDIFCB=<>%24?=9F:)&110..14*,=>:;A::ACGLK;CDAGDGFB:8961-,.59;<)53>AFHPLG=9@?A@BFE<7:6%#$+.+24:=>CCBCF>@5,+*'(4,49(=5751=;;><;NMD?<6,'+-(+554>=?>-/1.78>?5/.'..15>>36:22/0/?7*7A=DF0/?CB=73/@EEC>=D>CC5>??++2<55>@CBC>0,*?A?@>1&'''()8/-7:950./-.-$$($%364=8:;>2806;=57269.00,0)*4&9B;1779@C=@B;328CC@?322''*(671+9;5629<::7A@E;B;*((+,.)A@AC==3CE:3C@<3.,')/79/2-**+,*,*40.*//531=4*<<66,0677'$$$%%%--&%%$$$-731.+-%)++'%'##$++2?9=-.37,-89947:,/.*1%&'(-87972:4+':=6:EA=A?@47064+.88.3628;:61;++-,//----22.(-)'&09641208??7:?:9:EHF?<79@ABA259:60,'$*++77895<>=:3=A?>=5<861%$',(&()((*'&%%,)(./@@GGG<-')*-8;,84)860.9=?55.,/2463&'$$+0024BA>?=://.=<21A?447<111-><;=(&(&#&$'%':>;:3$%+33;=>C>@;=85-,5(**&::2))*42*%))49416;9:AC3628%)/;>-17(8441+-678??=:82+**1/04*)+8;74./<8$(6--9+13(%&+,-./.-286;78/660*321-'$,6A>87@>;4115+(')&'&&%'&(03233223/,?878F=BCG<)(+:?@H?:964421;75<>;ECBIG589>8633@>@@@<8874'$65@BC>7A>>;??*($##%&(23033347:79;);7-)'(&?;82651(115/03/0$=6030:3*&:8638<@AABA9BFF?@5672288513/35'*&':7--.,,)44+&.0.8>96+125DCEEEA?66@=:223<=551=>FE==AB<7:8-.//'*%)'286462-:947:B@*)/9=?@@<=GA@=F,@>?@?=55935:/%$$$*'),,7;745:DB?:<:>=%=>=CD@EB@C@'6?>48=;@9;1617979,.0:16=>;C>55;>8<9=:;?C?8=B93297<7/)*63,194%)15684:;7'$;99=430&(/#)'-,$#&$$%#-,1')1((0-,'.,*(((%%2246:?>=B6DG;16>8??<<<=525:>6==?4=87>6=:2$'2;=788979:;=;.7FE?7FFA3<;?=:'6:-1>B?DA%%8;=>CGGI?KFE<9??9=1.$+0,335>9=C21.4000,''+,/202=,0=98?=?>>C>?=<;70,6<>9H:;GJEB=8@?EH>@B+8@=A6=?9>A=>>AG>4&-&(&*,1;@;9A;>6.(85;;?@,,324658?A@:=EDB@>C=?9=+.B>:<=E<<9<7798(#'(&())045773;:.&)21639661&'(-3465'%+,)+/4.'%1*.&1*3,%)2,@65632((((+$&137;?=3>6=?AB@?B=D?5:=A83-17<;>FB<@=>E>C@FA30?<9>>EHB/8:=G1/<6:5%&78889,.41/-.87?>682;?53$&/1.$$##'&%$%%$)*--.,.,()/9@:5978-/18FC><.:5323+EF=C><5)(7)*@==:7:<<&:::9D:6($(%%&&377;AB6H;;>BC>%%;9=:<@A<@A<9:;GF?==?5993(*,,)$&%$(+285/*,:<;=8?@??888>55,-),8,:?7>%+*)#$%%59=*6*+;62=C@@6')'./25-+-/.--0&$&&//9:AD8=D5>C:455-*)0+*(&%$&&''(2+,,)25*,+,*'687,5-769-B@;9:89GG;>49AB?:8><0&&(())1/0/.0376&0+27:5:=;A=<>8::;@>657G?@D<;<74AC@AA79@:>@H<:;A><+((046:9;<>;?BH>?=,:5476233:4499:CEE=E<*,,@>20/0589.;?@-))%(8687>CA:115452786:;<:+6>AACD@@*/1)$%#%$%$%%'#%1+5//-(+-B=?=B<8ACAF;>91=?D;=A@A;EB>AC8>=ABJJF@7<1;/1669%&%%)(-*/-))-*+*+0=BD9=5<:9==@=>>?EE8*33)+15;<<6$+.+9'+$$($4;;;=:&)7>8<2%47DBC;:6BI:;?+;?DDFFIJ=@BB@AA>45'%$$;=?=;9:?A=34655=@C@DCAGIE:8=FCIJEC.89**<AB>CEKC9<745:747:7&$%%%-%36<@7A<5*+04:=B5?B)=<**9=4<9A??%%%*18@@?DFGF:2*256=;:&%%%#%--/996;5?><9/153&&&'')2')HIAF=JE//0%&.'21029=;C;CDJLD6826<>85374047>=C?8F?B@:>:7$$%$-?EFDCCGE8))19:9?>75;<6=?A34606*2:<4564*2.&'$%&&%&&45B>32>;=.103879==><:>@<7:?:>H;13=?@@A9<;$$'89=;BD<>F8AC=<)<,-29:823<<=:?;;8;;:7//2;5A:;??7F:;=A/*,-:9:>9@B9:DI=?=IJJJKIA<);8+&)&#$$$)&1985.1@DA)+;@E>931--$'1<<=<6B@EBCHH<@;@;<;:=(%&-%;:><17.B75?>==>??'886;=?736=<8@=;'''@F99+5+128:@<:<4-&*(+9=5-;;:47?@BF7B7)$$<;AB@?6=?J:7822>9877=5)/-.>E62&&)?A;@====A9734-6;*0<<22'<<@F@9F=>@?$)BGGEGIB9=:<8;;*%%?4<>=2-/)348=(%7;9<8@><=;IHDDDDB733/0$')'''&%&%$'$'7;G@?:<7?:AC=9+::?AIA;E4+74>:3247:2(>IJGBBB@ACILG:;99DAC?16:;9=?:<=<9))))42455>D=:@@:'12275'+(*@C>27:=@@?9;A>=J@HFEAC>:@8%%%(;-1,1?FFCA:<>?ID<===B?>A>AD7096:AGA>;43::4/2=B@/1C=-.-.-($%*'+*0/2/-0052-29BDB>AA3/7=<><<*('423E/>?A@E@6++8=?;:??@G?GC73*6*1;?@8;=:A@<5D@:01(*/../A>6CD?9;8:841569.3%)--*$&&1.-/.-((949ABADD?=:;0)'%08??D@;;@B@C9::815%10&08>:449;<;9;8CA=;?-B;.<,6(($6EDAAH?'<<@EFFD313/+5:85;&*;96/,*)+5;:=//35597=<=:2.4-**/8;<3677659ABB...,(*+5)(5:.1$%$3:B;D;;DBA;71=:3--5-6796:=:+3&&''())+4(7/8.2?<>>84B@.++@>;=4BHAFHB7B9=CA?CE9@346839EDB/84855:29=.;:9:8>:2?)&(5:/>?BCCD<01+*%'226?CB6*++**+(*(&*'%+/45=B865/1(>@>EF:B=>BDGF>@@CABE:BA<0<7:AF>97<0+'''%#,4+..BDDHEBEJK:?@5:$$*$'3<=DM?==B83684459<41:=EC@@DA@5CAHA;7=?(*--)96,/>?EHHJNH9CHK=K493-9678FI=@<(6:>>@C@>9345203:=)@4.1 @SRR14011045.63193 843f6e98-1afc-415e-9750-6b151f7b06e6/1 ATTGGCACTTCGTTCAGTTACGTATTGCTGGCCCTTGCTCACTTTCTTGCCATTCGTGGCTTAATAATCCATCTTTTTGTAATCTTGAAAGCAGTGGATAAATCGTGCCTTCAACCTAATAAATACAGCTTCACGCAATTCCCGAATGACCATCACTAGTGTAAACTGGTTTTTGCGCAAACTTTTAACACACAAAACGCCATAAAACCTTTTCGCATTTGGGTTGAAATTTGTGAAGCATATTTTTCAATACTTTCTTGTTCTTTCATACTTCTATGTTATACAAAGGTAGCTTAAAAGTCAAGTACTTTTTTCCGAAAGAAATAAAAAAGAGTTTGCTTGAAAACAAACTTTTTAAAATTTTTGTACTAATCCATTCGGATTTTTGCTTTTGTAAATTCCACGAATCTCGGCACATTTCATCGAGTGTTTTTCAGTTTTTCCAGCCAAGTTCCTTTTTCAGCCTTACTTATCAAACACCTTAACAAAATGCAGTATCACCCGCCACGACGCGGGGTAATTTCAGAGAAGAATCTTTTTTACCACAGAAGCCTTTTCAAGCACGAACTAATTCCTAAAACACTCACTCCTGAGCCTGAACCAAAGATTATAAATTTAACGCCACCGTTCTTGCGGTTATTTTCTAATGCTTTCAAATGACCTTTTGCTAAATCAACAACATGAATATAATCGCACACCTGTGCCATCAGGAGTTTCATAATCCCATCGCCAAAAATCGAAAGTTTTCTCGTTTTCCAATGGCAACTTGAGAAATATACGGCATCAAATTATTCGAATTCCTTGCGGATCTTCACCAATTAAACCACTTTCATGGGCACCAATTGGGTTGAAATATCGTAAAATCATGACTAATAGTTACGGCCGTGGCGCGCATCAGCCTTTAGCTAAATCTTTCAAGAATATGCTCAATCGCGCTTTAGTGTATCGTAAGGATTCATTGCTGTTTCACAAGGCATTTCTTCTCGATAAGGAACTGGATTTTGTCACCATAAACCGTTGCGCTCGAAGAAAAAAGCAATACGTAA + $#%&%%&12399;?*-?4??B?HC9?HJF:AA3A?>>A24;62112:98B@:?>AC=FBDC@:>?@F9A>,@9:1526@699;A@@D<4;?@FHA9+)/+$*++33'((317;;;/'$&'$'%59=91&'&%&$$%**'0,)+#$$23,0E<>?CGJE<9999;82098-#)013590,+%$%$'%559@=.=@A;2'::D=DD>GD=DC19?8581+')+-,$$./2344CB5/+>7'((,+4:2#%%&%'#$13%377788:>AKHK=6=K>BDHIG@AD.().C@FEHLC?>3#,*%#'./6<=;=EFCB357134*6%%%'')(%&#&#%$%-869752--$&*&049:2<=.##$$$313+,))./9?>FL2,&&5'64$')73>?FGF@9<:#$%)-088:@DF5:+-'(#&0,,./<57+02*((3.-*/5749C?==)).7:8)),'*()'&(7>:B@494B@BC?,@?>FJHE.<>AB>E;@A>@4=884.2?AGEABA88:8/0..(;>>?-0<,,:-/(+.=;*-*('+*-&&)1:??3.9,0;?C941177=?=78?<96<'*+&(+++3259;DBI>;>-..,+')+(0387970/1/F87=29;=>DHFIJ:*+)61=@BC:88'1066:?D5::D55EBDHE52<=:12249@D9-0999:=1%$$%##%$%#%,/),))*)&$$$&+44,<>533*,*-//77;GHCF@II;F(@AHFACB;EF9684+%''+,.,$#($$:=700(*&4+-.7),.,%*5?>-6&&&'*.1<3AB;C:=;A;GGEAC9=-.89<>C=BB;GBJFCBAB@;837:74356+(;08;5847953/2911;=?BA3652:=B99:<6549>?>B=B6===:1//-15561/02227663.''($&12357866459:715;===;<>C?>@BA<=<57;82)1*%5:;=-=139<<5003<ECC<<:<A<=>;;==83)*-*2767796CEEBACCB=CD<5;;=BA@<>=6AC>@B<@9:CEE?B?)FHGE=5995;:EA8?C>?A;8:8=@=79<:99=><;?@DA8=8A>IIB?5/9:<<7664,&)+*58400$%'(&+;<>:7:95(<;66<;?+497655*+&548:8;43220+)9=:2283?CECEB-(1++43.)*464=?>@E400.62-478:<@BB?8=?>??=?BADFIB=BD?DOOEI?@=??=<,%7>539::41%(%0,0+)()*&&;>FFBCA,.A8?@@BBB>ADC><;BB;,02*.?>?@8@<@@=CA:8<<<<1<89;892<>;9**/444;,/1/'&88<;;FCE=)B@=ACB@CB8+1@CE>LKM?7<4?=?@?=BFA<7*'(*,0=>=HGCA<6;@42FKJI>ABFF88*-./04;@8767;8EID@===AHHFCDHCAB<0/'&*))((&,,3331:334=98<=;:;@BD>>-(0+<9A?<;'*-1/27<>A28@>?HIGH9C=<<<9228>BB=,.-+2.5++1.7-.,++($#%57866A=;+6@?IGHKHDID2;>@3<=:;KMGIGC>@=B9;9C:,044;-=;8?676147-/10.977:022HHGEEBAFB;CJ3*5.5C9EAFF@<588=@H?=;9>DABBFG?GB>B><49;=;@@9::;;=AE@A=:8<=>@F81.*4(,(++/<><=462@<:7:=??<@>@KKC?7BIJGG<98.@ACA;;=?FG.)))$)'.5<845DE?>;44::*$),---139@DB>?C@:2-D;=@GE/JHFKLNG?FKLI678=;46773,763/&,/.1..)&(%++469=:8:;86'',4ABA?<8;?<;711%&((*;;FKJ97:FHJCCA9=?<=BB@)95)2-)(/$$*&*@>?IIAA-2;=FFB8B@9C=9;?CB<=AAB@;13(5:CAB@3B>@>@;;;*%&).+.9<8DE>877:=><>.%%334;7+*+)&%#--=<<=;:;=HHH??@A634((9;;;3/89:?>B;<>>*9:9?A@A@69BBCA:9<;:-/9AA;A<*(79:<:DH<;<=B?@??>;D=GGEHG>>?KFF:;>=<>D@4243?ECA:98;EC>=<;1401>?BCC??FA?<=>A??7::;9:@A=CIA9=C@CHB2888:.74668=/2C>?>@?=<@B;GGI=5EDBH@BCDFI;21,9847CDD<<437487650.1%$$355:==?@?=<@=;0FGF?;4*<66<:><>BB8,,,,$#&50123252+&&0,./254/8:9443%895/1<>??>B72>=@%(,:6;8688(.>>@AAA==C=+@>CIC=@B9@=9;EHGGIH<:JC@71.DBFD?59=@>CB>EA@?B2+%,9A<@@DJL>?A:>B=<907;>@<;=A78682+%&'(##&04;==,A6<=A9375?9B?@EF@BCA?A?/?;@>>?C-CCFDAB@<>DFAKCA/);>AB967776*689DFJGA:CH?IKMIHBBD>=00-227<>@??FE?JKEDB=.258>408:1..776:;0>?7'&&;;;:;;<;+*(('*/$),*%)/355::../++13<<>?>=;<=:*$($)(6<566:38>73+-761'')6+3:;=>CHJH>>%*C@?AILE<>@6>A@??:>94/3567%1:;9=CA<59@GHE@FCEGJ@GAED899>A=BDECD8@=&(+?A@EEE>=@CDEHMMILCEI?GCEFHHJLLIFIIGFC23./+70..4'3=;:<+%-.20.248684'$,$*.1::65;9B'<=:556::;88;><=B<@?DHCGGCG>//)(,+('%2-1>><%;=>?9;8:CD@:*<<@;=BB@FD@@<@?;9/99?;5$$129;AEDB55<9A-7=:>EHB1-=;B?=/25+*-3AA9707,&016<0235122334786110)%*&$)+$$,0<@@<:9BA75:A=44*('(*9::;?<>7<>@;97+;=??:<33;;:3210/.0'%0/:?8=??B>D-2=?@?@37;)$D=C41654+/*&+,11;<:3>>@CCEH=4A;6=4('&&&1889<;+3;CBDG>0:@@@EAA<:=;99<=@8:C@;>?;GF<<8@<<@=:<@=422B@@>:@9;987,())*+17<;34<;99?/4=D>64751+6;8;=DD9:=;01999AAA<<>>@C789=;:4+,-23478@FCCDAA??@<9:@-8?<=9%25788;?=:<>;:7<<@C5868?AB>58=;EHAC;F>82234>GB@91:61>=@:6@DJ<=C<<9<<>8==78?>@=4<-69488>?8:@EK=9AB>DA><;>D@BCA?@/2-'220.%%%'&&*+++''%)/-9;?A?AACB=??>=>;@B@=7:7<877&.7<;978:<=;=>@<=$2.72,613;>9436;:9225875*88+,,*3,//0$--.2635=>D=;-:&+***::=>>8>:?:75558/<:;@?=EE>E><=B?79 @SRR14011045.38594 b630fe69-157b-4fa5-b8f4-7756ffffbbf2/1 TTGGCGTTCGGTTACGCGCCACTGCTTGCATCGAACAACTCCGGTTCTGCGGTGACCCCGGTGCCATCAGCACCGCTGACGGTTACGCCGCCTTCGACAACAGTTCCCTGGTGCTCTGGGAGCCCTGCCATGCTGGGGCTCGGGGAGGCTGCGTCGCTTGCCTTGATGGTGACCTTGCCGTTGCCTGCGTTGACTGCTGCGTCGGCGCTGGAGGATGCCTTGGCGGTTGCGGTTGCGGTGGGTGCCGGGCTGGAGGTGTTCTGTGCACCGCAGGCGCTCAGGCCGAGTGCTGCGATTGCTGCGATGGACGGTACGGCTGCGCCGGTGCGGAGGCGGTGGCTGGTGGGCTGTGCGGAAGTACGCTGAGCGTGGCGTGCCATGAGGGTTCTCCTGGCAGGTCCGGAAGTCGGTCGTCCGGGGTTTGCATGGTTGTTTTCCGGTTGGCGGTGGAGCCGTTGCTGGTACTATTGGCTTTTCAATAGCCGGTGATTCCAGCATAGGTGTGAGCCTAAGATTGAGCTTTAGTTTGCTGTGTTTAAGCTATGCTCTGGACGGCGATGTATAAGTATTTTTCCTAGCGAGGTTTCATACTCACGGTTTTCGCTCAGCTTATGTATGGCTACTATAACCCATATGTATAAATTTTCTTTATTTTTTTCTATGTGCCACTAGCTTCTTCCGTGACAGGGATAGTTTCTGTGTTTTTAGCTCAACCACAACTATAAGGTCGCAAAGATTTTCAACTACTCAGCGGCTCTAGGGCTCCACCTCACCACCTAGGGCGCTTCCGCTGCTTAAGACTTTCTTCAGCCAGGTTTCTCCGCAGTTTCCCATAGGCAGGCATAATAAAAGACCCCCCACCGTGAGGGTGGGGGTCTTTAACATTCAAAGTCTCAAGAATTACTTCTTCTTAGCGACTGCGCGGCCAGCTTGGAGCCTGCGGTCAGCTTCACGCCGTGACCAGCGGAATCTGGATAGTTTCGCCGGTCTGGGTTACGGCCGGTACGAGCTGCACGGTCGGTGCGCTCGATTGCCATCCAACCGGGGATGGTGATCTTCTCGCCCTTGGAGGCGGAGGACTCGAAAACCTGGAACACTGCGTCGAGGACTGCATTCACGGTTGCCTGGCTCTTGCCAGACTTCTCTCAACCTCTGCAACGAGTTCAGTGCAGTTCTTAGCCGTGGGTGCCCCTTCCAGGACTTGAGTTTGAGTCTAAAGCGGTGACCGTCGGTGACGACGGAAAACCGTTTAGGAACTAAAATACCAGATTTACCAGCTGGACTTGGTGATACCGGGCAGCTCGCCGCGGTGCTGCCATCGCCGCGAAGCGCGCCAGGAGATACCAGACTTCTGGAAGGTACCGCGGGGCGGCCGTCGTCCGAGTCGCGGTTACGCACGCGAACAGAGAGGCGTTGCGGGGCCAGCTTCTGCAGTGCCACGTGCTGGCTTCGCGCTCCTCGGGGGTGGCGTTCTCGTCAGTCCAGAGTCTTCTTCGCGCGATACGCTTCTCGTTGTAGCGAGCGATGATGATACCACTGTCGTTGCGAGCGATCTTGGACTTCTTAGCCATTCTTGGGCGCGCTCCTCTCGGAAGTCAACGTGCTTGCGAACGACGGGGTCGTACTTCTTCAGCACCATACGGTCGGGGTTGTTGCGGCGGTTCTTACGGGTCACGTAGGTGTAACCGGTGCCAGCAGTGGACTTGAGCTTGATGATAGGACGGAGGTCCTTAGCCTTGGATGCCATTTACTAGATGCTTTACTCCCCGCGTGCGATGATTTCTGCAACAACGGCATCGATGCCACGAGCATCGATAACCTTGATGCGCCAGCGGACACGTTCAGGGTTACCTTACGACGCAGCGAAGGAACCCAGTAGGTCTTCTGAACGTTCGGGTCGAATCGACGCTTGTTGCGGCGATGCGAGTGCGAAATGCTGTGTCAAAGCCGGGAACAGCTCCGGTCACCGCAGCAGGTGCTGCCATGTTTCACTCCTTTATTGATTGACTTTTATGACGGTACGCAGTCGATGTTACTCGTGAGCGTCCCGCCACCAATGTCGAAGCACCGGGTTATTCGCCGGGCTGAAGTGAGTCGTCACGTGGGTGAGAGGCCACGCATCGATCCCGCCGCGGGAAAAACGGTGAAGCTTATTAGTGTCGAGAGGCGTTTCCACCACTACGAACAGCGTTAAATTCTAGGTAAATACGGGGGTTCGTGCGAAGCCTGCACGCCGGATTTTGCCTTAAATCGCGGAATCTCGGTGTTCTGAGCCGGTGCACCTCGTTTAAACGAAGCGCTCGATTCACGGATACATGCTTGCCTTCGAGCGGCAAACATACTATCCATTCTACAAAAATGGGTATTTTCAAGTCCAGATGTTTTTAAGGGATTCTTTAACGCCCTAGTCAGGCGTTAATTCGCGATTTTGAAACAGGCGTTCTTTGTAGGCCGGGGACCAAATTATACCGGTGAAATTCATGTTGGTCGGCTGGCAAACCGGTTTAGGCAAAAACAGCCCCATGCTACCGATTCTGACAGGTGAAAATGCACAGAACTCGTCATTTCAGCTCGGCTACGCGTTAAAAAGAGCTTTTAACTCTCGTTTAACCTTCCTCCCCGGTTTTAAAGGGCGGTTTAAAGGGTTCCAACGGTACGGTAGGCGGATTTACCGTTCCAGTTGCAGCGTAGATGCGGAGCACAAATACTGGTACAGATACCACTGAGACCTCCCCCCGGCATACAGTTTTTACGCCGTAACGCGCGCCCCCTCAGCATTAGTTCTTAAGGGCGGTGGTGCAGAGGCTAACTCGCGGGGACCCACTCCCAGGTGTGGGCTCACCGTCCCCGGAGCTCGTACCCTTCAGTCGGCGACCGATCCACGGCAGAGCGGAGCTCGCCCGGACCAGCGTCCTGCTCAACCTTCTCATGAGCGGTTAGCTGCTGCCTCCGGGAGCAGTACCGATTCGAGTGACCACCGGAGCAGGCCAAGCTGCGCCAGCCTGCGGGATGCGAAGCGTTCGTGAGGTCGTTCATGTGCAGGCAGTCGTCAGCCCACAGACGCCAGTCGAGGAAGTCGTTCAACGCCAGTAGTCGATAATGTGCACGCCGTGGTCTTCGGCATTGCGCAGCAGCTCGTTGTAGGTGGCGGTACGGCCGCGGGTGCGGGCGAAGGGGCCCTGCCCCTGTACGTCCAGGCCGGTTACGGTAAACACTTCGATTCTTCGCCGCGCAAGTTGGCGAAGGAATCAATGTCAAGTCATGAAGCAGTCGTATCACGTTGGGTCGCACCCGCCAATGTCGTTGCCGCCGCCGTGAAGGTGACCAGGTTGGGCTTCAGCGCCAGGGCTGCCGGCAGCTGCTCTTCAAGAATGGGAATGAGCAGGCGGCCGCGGATAGCGAGGTTTGCGTACTGCGCCTGCGGGTCTACTGCCGAGGCCTTCGGCAACGCGGTCTGCCCAGCCTCGTAGGTTGTTGGGGCGGCGGCGGTCAACGTCGCCCACACCTTCGGTGAAGGAGTCACCGATTGCCACGTAGCGTACTGATTCTGCCGTTGAAGCTGCCGTTGGAGTCTGAGGCAGGGTCGTCATTGTGTTCTTCTTCTTTCCGGGCCTCTATGAGAATGACCCTTCTATGGAAAAGCCGTACACCGCGCCAGTGCCGGCTTCTTCAGCGGCTTCCAGTGCGTCCTACTTTCAGTATCCCACTGTTATGGGCACTTCATCAGATATGAGCGGGGGTTTCTTAGGATGCGACAGCTGAACCGGCAACAGTGGACGCGCCAGGGATGCGGAACAACCACGGCATGCCGTCGTTGTTTTCAGTTCGAAGCGACCCTCTCCACTTTCGAGCCAATGGTGTGCGGGTCTCCACGGGTGAGCGTCGTGTGCCTGGCGGTGACGATGGAGCCGTCCTTCATAGCGACAGGTAATCAGCACGGCTCGAGCGGCGAGTTCAGTTCGTGCAGCACCATGATCGTGGTGGTGCCGCGCTATTCGTTGAGGTCCGAGAGTAGGTCGAGTAGCTCCACCTGATGTGCCAGGTCGCGAGGTAGGTGGTCGGCTCGTCCAGCAGTAGAATGTCGATTTCTTGGGCGAAGCCATGGCAATCCAGACGCGCTGACGTTGGCCGCCGGAGAGTTCGGTGACCTGTCAGACCGGCGGGGACATAGTGTCGGTGGCCCTACTGGCGCCCCGGCGACCGCCTCATCATCTTCGGCGCTATTGCATTTGAAGAGGCCTTGAAGTAGGGGTAGCGGCACGGGAGACCAGGTCTCTTACGGTAATTCCTTCGGGGGCGATGGGATGCTGGGCAGGCCCAGCCATGCCGGGCGAAGCCCTTCATGGAGTATTCGTGGGTGGGTTTGCCGTCGAGGGTGAAGTCGCCGTTGAGCGGCTTGAGTAGTCAGGAGACACCGCGTAGCAGGGTGGATTACCGCAGCCGTTGGGGCCGATGATGGCGGTAGCTTTGCCCTTCGGGAATTCGAGGGAGAGGTCTTTGACGATGGTGGTTTCGCCGTAGCCGAGGCTGACGTTCTCTACTTTGCGGGTGCGTTCGGTGATTTCTTTCATGGCGTCCTTTCTTCTCTAAGGCTTTCCCGGAGCCTCTAACTTAGCCTATCCTAATTTCGGGTCAGAATATGGCGAATCCCCCGAACCGTTCACGCCTGTAGAGCTGGCGCGGGGGATCACTTCTTTTATCGGCGAACTTTAGAAGTTCACTTTTCCGTTGACGAGCCAGCCGCCTTCCGCGCTGCACTGGAGAACGCCTGAGCCATGGTGCGGCTGTAGGTCTTGGAGACATGGTTGTCATCGATGTAGACGTAGATGTTTCCAACCACGGGGCTGCACATGCCGTCCGGGCAGTACACGTCCTTCAGGTCGCCATGACGGCACCCTGGTTGCGGTACTTGTCGAAGATTTCCTTCTGGGTTTTCTGCGGCACGTACTTGTCGCTTGCGGGTCGTGCGGGGGCTCTTGTCGGCGCCGGCCTTCTGAGCGCATTCGTAGATGTTGTACTCGAAGCGCGGGTTATCGCGCGAGCCAATGACCTGGACTCCTGCTTCGGTGAGGCGGCGGACCGTCTCATCCAGGCTCAGATTCGACTCGTTCGTCGTTCGAGCGTGCCTGGGCAACGGTGGCGATGAGCACCACGGTCTGCAGCTTGCGCCGAAATTTCTCAGTCATCCCGGTGTTGAATTCCAGCATTCGTTACTAGCGTTGACGGCGCGGACCGGGTACTGGCAGCCACCAGGCCAGGTAGGTCTACCGGGTTGGTTTGGTCTGTTCTGCGATAGGGCTTGGGAGATGCTCCAGCGCCTGTTCGCGTGGGGTACGATGACCATGGTCGGCGGTGCGTCCTCGGGTCCGCTGCTTCTGCACGTTGCAGTACTTGGCGAGTGCCGGGTCGGAGGGCGCGGGGAAAGAAAGCCGCCAACCACGCAGGGTCGCTCAGTCCGTCGAACTGGGTTTTGACGTCACCTGGAGGGATGGGGTTATCAATGAGTCCCTGCTGGGCGCCGCCGATAGCGCGGGCGCCAGGGTCATTTTCACTGGCGGTCTGTACCTGCAGTTCGGCGTTCTGCTCAGACTGGTGTTGCGGTAGCCTACCCATGCCTGTGCGGCTACCAGGGGGGTACGCCTGCGACCAGGAAGATCGCGAGGATGAAGGCGAGCTGGTCTGCCCCAGGTCTTGACGGAAGATGGTCTTGAAGCGCATCTTCATCGCGGGCCAAGGTACGAGGGTTCTTGCGGTAGCGCAGCGGCTTCTCGACGAAGCGGATGAGCGGCCATGCCAGGCCGATGGAGGCAAGGATGATGACGGCGCCTTCGATGAAGTTCACGCGGGAGGTACCGACGGCGCTGCTGTAGAGAATGAGGATGGGCCAGTGCACCAGGTACAGGGCGTAGGAGATGTTGCCGAGGTTCTGCAGGGGTGCGGAGACCAGCAGTCGGTCGATGCCCCAGCGGCTGTTGGTACGGCCTGCCATGATGACGAGCGCACCGGAGGTAAGATAAGCTGGTAGCCGGGGAACGCTCGTTCAACGGGCAGGATTGCGCCGCAGGTGACCAGACCAATAATGCCGACCCAGCCCATAACTACTCGAGCCTTCTCGGGTGCCTTCCACTTGAGGGTGAGCATTGCCAGCAGGGTGCCAATGGCAAATTCCACAGGCGGGTGCGGGTGTCGAAGTGGGCGAATCCCTGGTTAGTGTCAGTTTCGACGATGGAGAAGGTCAGGGATGCTGACTAACACCGTGTTGAAGATGAATACCGCGGTGGTGAAGAAGAGGTTCCCGCGGAATCAGCGCACGACGTGAAGCTACTGCGGCGAGAGTAGAGGCAAATGATGAAATATCTGTCCCTGGATGGAGAGCGACCAGAAGTGCTGGAAGGGTGACTTCACGGAGGCATTTTGGGCGTAGTCAGTCTACGGAGCTGAACGCGAGGTTCCAGTTCTGGAAGTAGAACAGGGAGCTCCTTGCATCAGGGTACGGTTTGCGACCAGCGACTGGGCGCGAGCACGAAGAAGGACGCAATGGTGGTACGCGATAACCACGGTGGCTACGGGTAGCAGTCGCTGGAAGACGTGCATCCAGTAGCTGAAGAAGATTGAGGGTTTGCCTTCGTTGATCTTGCGCATGAAGGAGAGCGAGAGCGGGAAGGCCGGAGATGAAGGAAGACATCCACACCGCCGGAGACTTTACCGACCCAGACGGCGACGGGCTTCCCACGAGGAGCACGGCCGAAGGCTCGACCTGAATTTCAGGGCGGAATCCTCGCGATTCGATGGTCTTCGAGGGGGTAGTCGCTGGCTTCGCGTGCTTTGACGGTGCGCAGCGCCGCGGTACGAGTGCCCTGCGAGGCGGAGGCCTGCGGGGTTCCGGAGGTTTCAGACATACTTGGTTCCTCAGGGCGGGTAGACGATGTGCTGGTGCGGGTCCCTAGACACTACAGGACACTCGCTACAATAAAATCTGATTCGCACCTCTGCTATGAGGCTGGTGCGAACAGGATTTTTCTGAGCCCCTACCGGATCGAACCGGTGACCCTCTGTTTACAAGACAGATGCTCTGGCCAACTGAGCTAAGGAGGCAACTTGTCCAGTGTACCCTATTCTCTTGGTTGAATCTGCTTAGCGTTCCTTTTACGGTTTGGTTGAGAATACTTCTAAATTATGGGGTGATGGTATGTTCGTTTCCTTCGTTTTACCCCTTAAGAGCACCGATTCTGTATGCTGTGTACCCACCCCTCGTACTCATCACCGTGTGGAAAAAACCCGTACCCTCACGCGGAGGCTACCGGGTTTTCGTATCGAAGGGTTACTTCTTCTTAGCTTCGTCTTTTCCTTCGGGGAAGGTGCTGAAGTGGGTGCTGGTGTACTGGTCGCCATCAACGAAGACGGTGGGGAGTACCCTGAATGCCGTTCTTTGCGGATTCAGCGTTGACCACGTCCACGAGGGGCGCCACTTGCCGTCGTTCATATCGGAGCCGATGGAAGCGTAGCGTGCTTCGAAGCAATGTCTGCGATGCTGCTGGTTGTTCATGTCGCCGCGGCCCTGGTGAGTAAAGATCTCGCGCTGGTAGTTGAAGTCACTGGTGCTGACCTGGTTTGCCACGGAGTATGCTGCTGCCGCGTTACGTGCAGGTATGCGGTGGGCGAGGAGCGGTCCAGGAAGGTCAGGTTGCCCGGATTTCGGGGGTGATGGTGCCGTCCTCGACGAGCTTCTGGTTTATCTTCACCGTACTTCTTCTCGAACTCTGCACAGTGCGCAGTTGTAGTCCTGGAAGATGGTCACGCGAACGGGCTGGCCGTTCTTGGATGCCTCTTCAGCGGTCTGCACGCCCGGGGGCAGGGTGTTGACTGCTGCTGCGGTTCCGTTGACCATGGGGGTCACGGAGGAGGTCGAGTTGCGAGCTGCTTTGAAGTCGCGTTCTCCTGAGTGGAGGAGTTCTGGACGATGCCGTCCTTGGTCAGCACAATGCCACCGTATTCGTTGGCGCTGGAGGCGCCGGGCCGCTTTCTGTACCTTGAGCTGTTCTTGTTGCCGTTGACACTGACGAAGCCGATGATACCTACGATGATGAGGACCACGGCGAGTACGCCGAACTGGAGCCGGCGGCGGCTTTGCCCGCAGCTGGGGCTCTTCTTGGCTTGCTGGGCCGCAATCTGGCGGGCTTTTCGCGGGCGTCGGTCGACATGCCTGCTCCTTTGGTTGGGAATATGGGTGGCGGTTCGTCCACTTCTTCTAGCCTACTCCGGTTGGAGTGAGCGTCCATCCGAGCAAAGCTTCAGATGACGGGCTCTTCCGGCCCGGGGTTGTTCTACTTATCCCTATAGGGTGTTCTAGGCTCAGCTTCTGCCGTATACTAGCGGCTGAAAGCTGTATCCGGTAGTTCCTATCCGTGGATAGGTTCTGTCACCACTCTCTAGTGTGGACCTTCCGCTACCCGTCTAGCCTACCGAATGGGTGCCTTATCGGCTAGTTAATACTCTGACTGAGATATTGTGATGTCTGTTCTCACGCTCTCAGCTTATTTTCCTCGTAAACTTTCGTAGCGTTGGGAAGCGCCTCTCCCCTGCCACAAACTACGCCGAGGCACCCACACCCGGTTCAGCTCACCAGCGGTTAGGGAATGTTATGAACCTCTACCCCATCGATATAGGGGCGGGTGTTGTAATTGTCGTTCCACTTCACGCTCAGACCGTCTACTTCTCAGTACGGGAATGACCGTCTCTCGCAACAACTGTACGAAGGCTTCTTGTGAAGGGCATGATCTCTTCCTTCTGCGCATCGCTCAGCGCGTTCCATTCATTTTCGTCCTGGGGTAGGCGAGGAAGGAGCCGAAGCCAACGTGGTTCCGCCGCTCTCAGCGGGCTTTCAGCGTCCTGCTGGTGAAGTAAGTGTATCCCTTCCATTCACGGCTATCGTCAATCTCATCCCAGATCTGCGGATGCGCAGGTACCGCAACGGGTGAAGTTCTGTCGTGCGATGACTCCTTCTTCTTCCAGGGCTGCGAAAGGCACGGTTGAGGTTGGAGTTCTTCTGCATTTTCGGGGGTAATGCCCAGCTCAGCAGCAAAGGCACGACGACGCTTGATTAGCTCTTCCACGTAGTCCTCTGCGCGCTTTTCCCAGAGCTTGCTGTCTTCGTTCTCCCCATCGTATTCCAGACCGAGTACGTCCATCACATAATCGGTGATGGTTTCTACGTACTGTTCGGTATCGAATTCACCCATGAACAGCAGGGGGCCAGATAGGCCAGAGCAGCTCGGCTTCGTCTTCTTCGTCCAGCCCCCATTCTTTGGGGAAAGGCGGGTCGAGGCGTTCTTCGCTCCAGCGTTCGTAGATGCTCTTCTCATCAGCCATGATGATAGTGCTCCTTTGCTTGCTCTCTACTCGTTGAGGTAGAGATGTGGACTGCTCTTGTTGTTAAAGGTATCAGAGTTTCTCTACCGTGCCCTCTATTTCGTCATTCAGGCGGATCTGTAAACTCCCATCTCATTGCCTCTACAACCGGCTGGCACGCTGTCTGGCGAGGCTGCATCCCTGTTCCTCTGCCTCTCTGCTGCGTCTCTGGGTCTTTGAATCTATGAGTCTCTGTACCTTTGCTGAGTTAGGTGTCTTTCGTTCTAAGAGTTTTTCAGAATTTCAAGGAAGACCTATAAGGTCTTCCCCTCTTGGCTCAAAAGCCCGCAGTGACCTACTCTCCCACACCCACAAAAGTGCAGTACCATCGGCGCGAAGAGTCTTAGCTTCTGGGTTCGGAATGGAACCAGGCGTTTCCCTCTTGCTATAACCACGGAAAATCTAGCGAATAACTTCGTTATTCAAAATTTCCGAATAAAAAGCCTCAACCTCAAGGAAGCCCAGGGTTATTATCCGAAGCCATACAGTGAACGCAAACAACAAAACACTTCTTGAAAAATGGCCTTCAGCTAATAGTACCAGTCAACTCCACGAGAGTCTTCAGTCCCCGCTTCCATACCCGGCCTATCAACCTCATCATCTATAAGGGAGCCTCACACACATAAAGTGCCAGGAAATCTCATCTCGAAACAGGCTTCGCTTAGATGCTTTCAGCGGTATCCCTCCCGAACGTAGCCAATCAGCCATGCACCTGGCGGTACAACTGACATACCAGAGGTTCGTCCGTCCAGTCCTCTCGTACTAAGGACAGCCTTTCTCAAATTTCCAACGCGCGCAGCGAATAGGGACCGAACTGTCTCGACGTTCTGAACCCAGCTCGCGTACCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACCGACTCCAGCCCCAGGATGCGACGAGCCGACATCAAAGTCTGCCCAAACCATGCCGTCGATATGGACTCTTGGGCAAGATCTGACCTGTTATCCCCGAGGTACCTTTTATCCGTTGAGCGACGGCCGTTCCACAACGTACCGCCGGATCGCTGGTCCCGACTTTCGTCCCTGCTCGACCTGCCAGTCTCACAGTCAAGCTCCCTTGTGCACTTACCTCCCAACACCTGATTACCAACCAGGCTGAGGGAACCTTTGGGCGCCTCCGTTACACTTTGAGGCAACCGCCCCAGTTAGACTTACCCATCAGGCACTGTCCCTAAGACAGATAAATGGCCCGAAGTTGAACATCCAGATTGACCAGAGTGGTATTTCAACAACGACTCCACAAACCAGCGTCCATGCTTCACAGTCTCCCACCTATCCTACACAAGCCAAACCAAACACCAATACCAAACTATAGTAAAGGTCACGAGGTCTTTCGTCCTGCTGCCAAAAACAGCATCTTTACTCGTACTGCAATTTCGCCGAGTTCATGGTTGAGACAGTAGGGAAATCCGTTACTCCATTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGATGGTTATGGTTACCACCGCCGTTTACTGGGGCTTAAATTCTCAGCTTCGCCCAAAGGGCTAACCAATCCTCTGGTTTCTTCCAGCACCGGGCAGGAGTCAGTCCGTATACATCGTCTTACGACTTCGCACGGACCTGTATTTTTGATAAACAGTCGCTTCCCCCTGGTCTCTGCGACATACACGCTCAGGCAGCAAGTGCCCATCACGCTCAAGGTCCCCCTTCTCCCGAAGTTACGGGGCATTTTGCCGAGTTCCTTAACCATGATTCTCTCGATCGCCTTAGTATTCTCTACCCTGATCGCCTGTGTCGGTTTAGGGTACAGGCGGCTAAAACCGCCGATGCTTTTCTCGGCAGCATAGGATCGCCGTCCCCCAAAAACAGGGTCCCATCACGTCTCAGGCACACAGCCGGCACGCATTTGACAACCGACAACCCTACACGCTTAGACCACGACAACCATCGCGTGGCTTGGCTACCTTCCTGCGTCACACCTGTTAATTTACGTTTACCTCAAGAATCCGGGTCCCACAACCACCGCACACAAACAAAAGCCTGCACATCATGCTTCGCATGGTTAGCATCACAATATCCAGTATGGGCGGTTTCACCGGTACGGGAATATCAACCCGTTATCCATCGACTACGCCTGTCAGCCTCGCCTTAGGCCCCGACTAACCCAGGGCAGATTAACGGCCCTGGAACCCTTGATCGTCCGGCGGATGAGTTTCTCACTCATCTTTCGCTACTCATTCACCTGCATTCTCACTCGCATAGCCTCCACCACTGGTTTACACCGCAGCTTCACTATTCACACGACGCTCCTACCCAACAATCCAAAGATCGTTGCCTTCGGCGGTGTACTTGAGCCCCGCTACATTATAAGCGCAGAATCTGTGATAAATCGAGCTGTGCCCTTTCTTTCAAGGATGGCTGCTTCTAAGCCAACCTCTGGTTGTCTAAGCAACTCCACATCCTTTCCCACTTAGCACACGCTTAGGGCCTTGAATTTGGTGGTCTGGGCTGTTTCCCTCTCGACAATGAAGCTTATCCCCCACTGTCTCACTGCTACGCTCTACTTCCGGCATTCGGAGTTTAGCTGACGTCAGTAACCCGTGAAGCCCATCAGCCATCCAGTAGCTCTACCTCGGCGAAACACGTAACGCTGCACCTAAATGCATTTCGGGGAGAACCAGCTATCACAGTTGATTGGCCTTTCACTATCTGCAGCTCATCCCCTCCATGCCAGCTGAAGTGGGTTCGGTCCTCCACGACGTCTTACCGTCGCTTCAACCTGGCCATGGATAGGTAAACTCCGCTTCGGGTCTAAGGTCATGCCACTCAAACGCCCTATTCAGACTCGCTTTCGCTACGGATACCCCACACGGGTTAACCTCGCGACATAACACTAACTCGCAGGCTCATTCTTCAAAAAGGCACGCTGTCACCCCAAAAGGCTCCAACGGCTTGTAAGCACACGGTTTCAGGTACTGTTTCCTCCCTCCGGGAGTCACTTTACCATTCCCTCACGGTACTGATTCACTATCGGTCATTAAAGTATTTAGACTTACCAATTGTTCCTGGCAGATTCACACGAGATTCCACGAGCCCCGTGCTGCTCGGGTGGCCACACCACTGGACAAGAACAATTTCGATTACGGACTCTCACCCTCTACGGCCGACCATTCCGTCGTTCACCTACTATCCTGGGCATGTGCAGTATCAGTTGAACTTCTGTGCTCCCATTATAAGTGCAACGCTAACTGTATCTTTACAGTTTGGTCTCTTCCGCTTTCATCGCCACTACTCACGAGAATCATTACTTTATTTTCTCTTCCTGCGGAGTACTGAGATGTTTCACTTCCCCGCGTTCCCCCCAACTCCAGCCTATACATTCAGCTGGCATTAACTCACCATGAAGATGAGCCCAGGTTTCCCCATTCGGAAATCCTCGGATGCGACGCCCAGTTATCGGCTCCCCGAGGCTTATCGCAGATTCACGTCCTTCATCGGCTCTTAATGCCAAGGCATCCACCGTGTGCCCGTAATAACACACACAATCAAGAAAAATAAGAATAAAATCAACAATCAAACCAACACCAAAGCATTGATTCAACGCAAATTCCAGAAGATGCTCAGCGTCCTACTATAGTTCTCAAACAACAACCCACCGCTGCTAGCAACACAAACAAAAACATTTGCATCATCACCATGCCAGGCAAACAAAAGGAACAACACTAGCTCTTCTTCCAAAACCCAACAATGCGCCTCATCCAACCCAAAACCAATATTCCACCCATGAGCAAAACCACCCACCCGACCTCGCGGGTAGCACTAATATCATCTTCTCCTTAGAAAGGAAGTGGGTCAGCCGCACCTTCCCGGTACGGCTACCTTGTTACGACTTAGTCCCAATCGCCAATCCCACCTTAGACGGCTCCTCCAAAGTTAGGCCACCGGCTTTGGGTGTTACCAACTTTTCGTGACTTGGTAGGCGGTGTGTACAAGGCCCGGGAACGTATTCACCGCAGCGTTGCTGATCGCGTTATGGCGACTCCGACTTCATGGGGTCGAGTTGCAGACCCCAATCCGAACTGAGACCGGCTTTTAGGGATTAGCTCCACCTCACAGTATCGCAACCCTCTGTACCGGCCATTGTAGCATGCGTGAAGCCCAAGACATAAGGGGCATGATGATTTGACGTCATCCCACCTTCCTCGAGTTGACCCCGGCAGTCTCCTGGTCCCCACCATAACGTGCTGGCAACATAGAACGAGGGTTGCGCTCGTTGCGGGACTTAACCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTATACCAGCCCCGAAGGGAAAACACCATCTCTGATGCGGTCCAGTATATGTCAAGCCTTGGTAAGGTTCTTCGCGTTGCATCGAATTAATCCGCATGCTCCGCCGCTTGTGCGGGCCCCCCGTCAATTTCTTTGAGTTTTAGCCTTGCGGCCGTACTCCCTGAGCGGGGCACTTAATGCGTTCGCAGCTGGCGCGGAAAACGTGGAATGTCCCCCACCTGGTGCCAACACGTTTACGGCATGGACTACCAGGGTATCTAATCCTGTTCGCTCCCCATGCTTTCGCTTCTCAGCGTCAGTTACAGCCCAGAGACCTGCCTTCGCCATCGGTGTTCCTCCTGATATCTGCGCATTCCCACCGCTACACCAGAATTCCAGTCTCCCCTACTGCCTCTGGTCTGCCCGTACCCACTGCAATACACGGGGTTAAACCCCGGCCTTTCACAACGGGCGACAAACCGCCTACAAGCTCTTTACGCCCAATAATTCCGGACAACGCTCGCCCTGCACGTATGCGGCTGCTGGCACGTAGTTAGCCGGCGCTTTCCTCTCCAGGTACAAATCAATCTCTTCCCTGCTAGCAGAAGGTTCCCGCAACCCGAGCCGTCATCCCTCACGCGGCGTCGCTGCAGCAGGCTTGCGCCCATTGTGCAATATTCCCCGCCTGTGTGGGAGTCTGGGCCGTGTCTCGAGTCCAGTGTGGCCGGTCACCCTCTCAAACCAAAGCTACCCGTCGTCGCCTTGTTACCTCACCAACAAGCTGATGAGCCGTGAGCCCATCTATAACCACTACGTGCTTTCCACCAGCACCCCATGCGGAATTGGTCGTATCCGGTATTAGACCCAGTTTCCCAGGCTATCCAAGTTAAAGGTAGGTTACTCACGTATTACTCTACCGTTCGCCACTAATCCACCTAGCAAGCTAAGGCTTCATCGTTCGACTTGCATGTGTTAAACACGCCAGCGATTCGTCCTGAGCCAGAATCAAACTCTCCGTTGAAAAAATAGAAAAGCTTGATAATCTGATGCTCAGCAAGCGAATCACACGGGGGTGCGTGACTCAAGCTGACTAAATTTGAAACCATTTGATGATTATCAAATATAATGTCTTTGGTATTAGTTTCAGTTTCCATCACCATTCGGTGATTTTATTGAACAAAGCACACTATTGAGTTCTCAAGCAACACACCGATTCAACACCTCAACTTACTCTTTCGAAGTTTTTACCGTTGAACGGTCATTCATGTTATTTTCGTCGTTACCGCGTTCCCGCGGCAACTCAATCAACTATACCAGCGTTTTGTGTGCCATGCAAATCCGTTTTCCGTGATTCCCACCACAAAGTTTCTTTCCTAAACTCCTCAACATCACCATTCAGATTGACCAAGAATCTTCTAAGCAAGAGGGAAACCAAAACACTATACAATTGAAAGACAGTCAAACCGCTTCTGACTAGGAGAAACACCGAAGAAAACTCTTCGTTTTTCCTCCTCGCCGCGGCGACTCATACAACTATACAGATGCCGAAATGGGTCTGCAACCCGAAATAGGGTGAAGTGGGACACAAATATGGGGGTTTAGGTTCATTCTGACTTGAACAGAGTACTAAAATGCCTAGTCCTTTGGAATAAGCCTCCCAAAGTTCTGTGAAAAAAGTTTAAAAACCTTCAAAAAGACCCCAAAAAACCTGCAGCTCCCTAAAGAGCCCATATAGAAGGAGCAGAAGAGCCTCTCAGCATCAAGAAGATGGGAAGAGGACTCCGCCCCTCCCCCCATCTCTGGAATCTCATCACCTGCATTTCTGTACCGCTGCACTTCCCCGTTCTGCACCTCCCCCTCTGCAGCCTCCCTATATATGAGCCCCTACATATGGGGAGAGCGCGAAAGAAGCTGAAAAGGAAGGCCCCCTGCAGAGCTTACTCTGTTAACTATAGGGTTAAAGCTACAGCCCGTAGCTCGCAAGCTTCAAACTCTAGTTCGCGGAAGCGCGACGACGAGAAACATCGTACAGAGTGATGCCCACAGCCATCGCTGCGTTCAAGAACTCCATCGCAGAATCAATCGGAATCGACACAATCTGGTCGCAGTTCTCAGTCACCAGGCGGGACAGGCCCTTACCCTCAGAACCAACCACCACGCACAGCAGCTCATTCGCAAGCTCCAGAGCCGGCAACTCAATATCGCCACCGCCATCCAGACCAATCACGAAAATACCCACTGCTCCTTAGCCTGCTGAATCACCGAGTCAGATTAGTCGCCATCGCAACAGGAATACGAGCAGCCGCACCAGCACTAGTCTTCCACGCACCAGCAGTCACAGCAGCCGAACGACGCTCAGGAATAATCACGCCATCACCGCTAAACGCGGACACGCTACGAATAATCGCACCAAGTTACGCGGATCAGTAATACCGTCCAAAGCAACAAACAGCGGCGGAGTCGACAGCTTACCCGAGTGCCAACGCTCCGTATCAACTTCACCAGGTCAGTCGCATCCAGGTATGTACGGCGGAATCTGCATCCCCTGCACCCTGATGCACGACCATCAGTCAAACGATCCAGCTCGCTACGCCAGAATCTCCAGCATCGGAATATTGCGCTTATTCGCAATAGTCATGATCGCGAACGCGGTCATCAACCATCAACACGGCTCATGATGTCTGAGTGCTTCGAGGGGAATCTCAGTACGCAGAGCCTCAAGCACCGCATTACGACCAGTCACCAGTTCCATCGCTAGCGCTTACCGCCCAGACGAGTCTGGAACTTACGGTTCAATACCGGTAGCAGCGACGCTCCGCCGCGCGCTTCATCTTATACGCCTTGTGATAAACGCGGTCCTCAGCCTTCGGGTAGGGCCCTTACCCTCAAGCGCCTTACGACCGTGACCACCAGTGCCCTTAGTAGCACCCTTCTTCTTGCTGGTAGCGCCCAGGCGCAGCCTGCCTTAGCCATTCTTCTCTTCCTTCGTCAAAGTAATGAATACGAGTCTACGCAGGGAGAAACCCGCACGACCTAAGCCTTACGCACAAACGCGGGGCACATCACCCTCTAGCCAACGCTCCAGCTCGAACCATTCGCGCCATCCTTCACCTGCACGCTTGACGCCAACAGATCGCCGCATCGCATCAGCCTTCGCCCGTCGCTTCAGGCACGAGCATCAGCGCGCTCCGCCAACACAGCTGAATCAGCGCATCAAAGCCTCATGCTCAGCACCCAAGTGCCCTCAGCATTAAAGCTCATCAGCTGCGCCAGACGGCCCCAGAACCTCAGCCTTCAGCCATCGGCATTCGCCGCCTCCGAAGCATCCTCACCAGCAGCAAGCGCCGCATTTACCACGCACGGGTCTGCTCATGCAGAACCGCCAAAGCACGCGGAATATTCACGTCATCATCCATAACTCCAGCGAAAGCCTCCGGAACCTCACGACCCAGCTGGCAGCCCGCAGGTAGCGGCAAGGAACGCCTCAACGCGCTCAATAGCGGTTGCCGCCTCCTGCAGAGAGGACGGACGGTAATCAAGAACCGAACGGTAATGCGCACTACCCAGGTGGCTTAACGAACCACCAGCGGACGGGCCATCTGCAGCATCTGCGCCGGCGAAATCGTATTACCGATAGACTTCGACATCTTCTCGCCCTCATAGGTGACCATGCCGTTATGCATCCAGAAGTTCGCGAAATCATCGCCAGCAGCAGTCGACTGCGCCAGCTCGTTCTCATGGTGCGAAACGCAAGTCCAAACCGCCACCGTGAATATCGAAACGCGAACCCAAATACTTACCAGCCATCGCCGAGCACTCCAGGTGCCAGCCCGGACGGCCGCGACCCGGAGACTCCCACGAAGCAGTCAGCGGCTCACCCTCCTTATAACCCTTCCACAGGGCAAAATCGCGAGGGTCACGCTTACCGCGCGGATCGGCATCCGCAGAATCCTGCATATCCTCAACGCTCTGATTCGTCAGCGCACCATACTTATCCCACGAACGCACATCAAAATACACGTCACCAGAATCATCCAGCGCAGGATACGCGTGGCCACGATCGATCAGACGCTGAATCAGAGCAAACATCTCTGGAATATGACCGGTCGCGGCGCTCATACGTCGGCGGATCATTTAACGCCGCATACGCCTGAGCAAAAACCTTCTCAAAACGGTACGCGAGCGCCCACCACTGCTCGTTAGAACTCACCCTCAAAACCGAAACTCATAGAATCAGCAGACTTCGCCAAAACATCATCAATATCGATGACATTGCGGACCGTCGTCACCTTCAGCCACGGTAACGCATCGGCAGCTCAGCTGGTCAAAAATAACGCGAACGGATGTAGCCCAGATGCGGTTCACCCTGCACCGTAGCACCACAATAGATACGCGCCTCACCGGGCACGACGAGGCTCAAACTCGCGAATAGTCGCGGCTGAATCGCCAAAAACGCACCAATCACCTCTCATTCTACGGGGTCGGTTCAGACGCCGGGGCGGTAAATCAGCGATAGGTTACAGAATGGCTCGAAGCAGCCAAACACCTACGAACTCGGGTACACCAGCGCCGTCGCAATAGCAGCCACGCCCTCGCCGCGGCCCGTCAAACCCAAACCGTCAGTAGTCGTCGCAATCACCGTCACCGGAGCACCCGCCGCCTCGCTCAGCACACGGTTCGCCTCATCACGGCGCGGAGAGAACTTCGGGCGGTTACCCACCAGCGACGCTCACATTACCAATCATAAAACCAGCAGCACGCACAATCGCCGCAGCCTCAGAAAGAATACGAACACCGAAGCGCCCTTCGCTTATCCGGGCACCGGTCACACCAAGAGTAGAGCCCAAATCCCCGTGCCGGAGAGCGGCAAAAAGAAGCATCCGCGGCAGCATGAGCCACCACATCACCATCAGAATGACCCGGCCGCTCAAACCACGCTCACCCGGCCAATGCAGACCAGCAATATACGGAGGGTGCCCTCCTCACCCAAAGCGTGGACATCCAACTTTACCGGTACCAACACGAGGAATAACAGTCATCTGGGACCTTCAATCGTCGAACATCTTCTCAGCAGCAACGCCCGCCCCACTACAGAGGAGCAGGTACAAGAGGCACATTAGGCGGCAGGGTTGAGTGGCAAGAATCCACCAAACAGCGCGCGAAACGCCCCGCAAATCCATCAGGTCGTACGTATTTGTCCGCATCACCGGCAACCGTCAACACCAGCTCACCGCAGCCTCCATTGCCATCGCATCATCAGTGAGCAACTCAGCCTCCTCAGCAGGCAGAGACAGCTCCATGTGCACTACTTAACCGACGGCCACCTCAAAACCCTGAGGTCTGCACCGCTGCATCTGCGCACGCGAAGGAGTACCCGTCACAAACCAGCAGATCCACGGTCTTCACCGTATCCACCACCGGCAACACAGGAATCACCGCACGCACAACACCCTGCGGGCTCGGGAATAAACCCTCAAGCGCCGGTGATACACCTGCGGCGGGTAAAAGCGCAGGCGCAATCATGAATCAGCACATAATCCCTGGAACCTGTGCATCCTTCAGCATCCAACGCCGCAACCACCGAAGCAGTACGCGTATCACCACCGGTAGTAATCAACGCACCGGCACGGCAGACGCATCCTCCAAAAGCTCCGGGCAACTCGCCGAACAATCAGCAGGAACAGTCACCACCACATGCTCCAGCAACACCCGAGACGAGCGCACCCTCCAACGCATAATCCAGCAGGGTACGACCATACTGGCAACCTTCAGGATCGACTCACCCAGGCGAAGTACCCGAACCAGCCGCCAAAACAATCACGGCAGTATTCGCTGCAGAAGCAGAACTCATCAGTCTCAAGCCCGCCTACGCCTCGAACTTATAGCCCAAGCCGCGAACCGTCACCACATACTGCGGGGCAAGAAGAATCCGGCTCAATCTTCGAACGCAGACGCTTAATATGCACATCCAGGGTCTTCGTATCACCCACATAGTCGGCGCCCACACACGCTCGTCAGCTGGCCACGAGTCATCACACGACCCACATTGCCAGCAGAATCTCCAGAATCAAATTCCTTCAGCGGCATAGAAATCTCTTCACCATTAAACCGTCACCACATGGCGGTCAATATCCATACGCACCGGGCCGCCCTGCAGCACCGACTCAGTAGCAGAATCAGTCTCCGCCGAACGACGACGCAACACCGCGCGGATACGAGCAATCGCTCACGCCCGCAAGGCCGGCTTTGTCACATAGTCATCAGCGCCCAGCTCCAGACCCAGCACCTTATCCAGCTCCAGAGTCCTTGGCGGTCAGCATGATAATCGGGACCGAAGACACCTCACGTAGCTTACGGCACACCTCCATACCGGACATGCCCGGAAGCATCACATCAAGAAGCACCAAATCCGCGCCCTCGCGGTCAAACACCGGCAGAGCGTCCAGACCGTTGTCCACAACAATCGTCTGGAAACCCCTCGACCAACAAAAACGCAAGGGGGATCCAGGGCCTCTTCGTCCTCAACAATCAAATTTTAGACATCAATAACTTCCTTCGATTCCATAAAACCTATACCGCTAACGCTACACTGCGGCGGAGGGCTCATTCAGCGGCAACGCCAAACAATAAACGTCGAACCTTCCTGCGGCATCGACCGAACCGTCACGCTACCACCGTGCTGGTCATCACATGCTTCACAATGCTCAAGCCCAAACCAGTGCCGCCCGTCTGACGCGAACGAGCCGGATCGACCCGGTAAAAACGCTCAAAATACGCTTCTGCTCGTCCTCCGGAATACCCACGCCCTGATGTTAACCTCAACCAGCAGCTGATCAGCCACACACAATGCACCAAATATCCACCTTCGTATGCTCCGGCGAATAACGCACCGCGTTCTCCACCAGGTTCTGCACAGCAATACCGAAGCAACTCAGCGTCACCGTACACCTCGGGGACCTCCTCGATGCAGGTGGAAATCTGAATGTCCTTCTCCTCATACAATACCGACGATCCACCATCAGTAACCAAAGAAGGCACCGACACCGGACCACCACGCGCAATCACATCGGTCGATTGCAGACGCGAAAGCTCAATAATGTCACGCACCAGCGCAGAGAGCGGCGAGTCTCCTTATGTAGACGACCCACAAAATACTCGATAGCCTCCGGGTCGTCACTCGCCTGCTCAATAGCCTCAGCCAACAGACTCACCGCACCACCGGAGTCTTCAGCTCGCTGGCCACATTCGCCACCGTCATTACGCATACGCTGCACACGAGAAATTTCAGTGCGGTCATCCGCAAGCACCAGAATGTACTCGTCCCCAGCAGCGAAGCAACACGCACATCCAAGACCAGCGCCTCACCCTGCCGCAGTCAATCTCAAAGTACGCTCCGCAAAAATACCGCGATGACGCACCGTGCGAATCATATCCGCCAACTCATCAGACGCCACCGTGTGCACAAACCCATCGCATACGCACCCGGAGAAGCCTGAACCGCCAGCACCTCATCAATCACGGTCGGCGCGCCCGTCACAACAAGCACCTGAGCGGCACCATCACGCAACGCCGGCGCCGACACCAAGCTACGCTCTTGCTCCCGCTCACTACGCGCCACGTTCATGCTCGGACGCCACCGGGCCTATCGTACACAATAAAGGCGATCGAGACCGGCATCCATGTACTTCCCATGTTCGGGTACCCCATAAGTATAAATGTGGCGATACCCAGCACTCAGGCGAACGCTCTTCTTCTCCAGGCACGCTCCCCGTACAGGGAAACCTTGCAGACAACGCAATGAGCCGCCCACCTTACCGGTGAACGGCTCATCGTGTTGGGGTGAAACCCTGCCGAAATACCTGGTTTGCTACGGCAGCAATAGCGTCCTTAGCAGCCTCGGGGTCCAGGTACTCGCCGGGCTTGACGGGCTGGAAGTTCTCATCAGCTCGTAGTACAGCGGAATACCGGTGGGGATGTTCAGGCCAGCAATGTCCTCGTCGATACCCTCGAGGTGCTTGACCAGCGAACGCAGGGAGTTACCGTGTGCAGCAACCAGAACGGTCTTGCGCACCGAGGTCGGGCTTGATGTCCGACTCCCGGTAGAAGCATACGGCCCAGAACGTCTTACAGTACTCGGTGCGAGAGCGTTCTCAACATCCGCGGCAGCGGGGTCGTGTGCCTGCGAGTAGGGGTCGTTGTCATCCAGCGGGGGCGGCGGAACGTCGTAGGAACGACGCCAAGTCGCGACTTCTCGTCGCCATTCCTCGCATGGATTTCGGACTTGTTCTTACCCTGCAGAGCACCATGGTAACCGTACTCGGTTCGGGCTTAGAGTGCGCTTGACGAGAATCCACAGACGGTCTGCTGCATCCAGTGGAGGTTGCGGTGTTGATTGCGCGACGCTGCAGGGAGGTGTGAACAACATCGAGGAGATGTGTGCGCTCTGCCAGCAACTCGCCGCGCGCTTAGCCTCAGCGCGGCCGCCCATCCCGGTCGGGTTAACGTCCACCATGGTGAGCGATTCATCGTTCCTCGGACTGGCCGTGGCGCAGGAGTACTGGTTGTAAGTCATACCTCTATTTTTCGTTACTACGCCGGTTTGTCATACCTTGACTAGAAAATATACATTCTCAAAAATTTATAAGGGTCTTTTCTACCAGAACGAAAGGCTCAAAGCAATACGTAACA + '*#%%';):(->;11+)*&)$%&)&'((6457:;=C=>EE=;&*635-,<>=;@DGD<1$&41?@BI<7;C=9;BA7==<357;8<=682:*/$&.,)%&+2$#%#(0402693454-/*)*/'32%.133/**2367),:5'50140>A:910%'.2*4-/*(&-.1==4963@<=;<@@AE;58>=<>=>670)31005;:>7BACA>E==4/-.50+3?@AC<-(;===)*7>=<:@A@BBDC.079&&)=<<0$%$#'1.(359:44/3?DA77'69<>?=BB@<8)())..)3:-978KEB5E?BE?D6A::B<<<:>=.51861')@EDC565762AG=FFFB*958=B137*/920'3&2'02&$&%()(('%',1155553-%$'&14536=;=@BB@<>@F>64-7-356:8=;:;9:?@54:@CD56?7F@235,(&02.,+':(%%%$+,').-,()+9;<8*(36332:DFHND@?9'*-*%1;;?.88;5;C??80;C??A6;:;>BA0.13<='&@DCD9673((+'(+$44865&-*&&&%%*3+=/744+$%(3<:263')8676756&%$$%%.557>5=>?@35,0//28;BD?H?696$$$432.*&))('&'(.22/0206A@>?:8;8.;%:8@:4@>CD>?CEG?9.@FG@:;<-/:1.896C5<:4=56%,>==//;7*,*),147@;=6C>>?C6<446<;85879;;>8)(5264'-7:8;4)+-1;C::>A;96/)'%%(&%&$+-45:7FB?>@9B?>D-3&=;?8**(&;FF>:-6=11122<480===?BE>>=A=B>?<><;=B4>=?I=CB05?@A:7/<<96+(%%&,&&((()(/0>;56=A@B.@?<;76;:@.@.@&;>8AEHA==:=*#-1@@>A+.(-(-(#&(-*$%%$$(&'+&%%'&$$('('+-38?@;>=9L:7845.6;.0:<:;4)100%%47>777CA@??>HE=8<6;<*''(&+)55666)*+.77%635;7?BB?*&?667<&*5:433/1,-06<@C:D==HD1,841++/=;=G=2$$10)&%%&**-0**+*'-0<;?E@8+:CC>A5?AC@=:<:8<+*('&'&(%&%#$%$%./9::=>>77:@>MKNPVND=@9(@BGFCD@?'*64%$;AF=>E@E:508;>AA=@@@GF?CE87?GBB;A=+-4)--'&&%%*/:=ABCEG6:HLF<@BDB*,;@=FDBIF?(1::;7D=C?>?BE@DB@;=EA@>@C@CDCB;>?:6@>78<;67>?+69;?BAAA>;A51=;;/5,''/0&'6885<<9:B?:@>;2:8@BBFD:657;B@<>:3?6===+;;<;339%&'%%-./674.=>@F8.*=::=8%%46:@;>?8575<=9ACF?B;8&);?>&&BC=:96+-.,.BBC<;@;>@?76''-'','%'%$%$$%*'11<==:7;?A@IF=?=9?;;$&7415/&)),)&&#%#&-(-/796=>6,&&+3*4;E9:E@AIKHFDHCBDAF>>?@=HE43:99D955B@@/DAD)),+'<=>D?>:.-+&$'$%$$$$$1%(-19<.1;BCCD5;@>>2+<64%%)$$#$&)(-26348>9;5918-0.BC947-:888/7:=;.799HTNA:=97953><@<.)(3$,8C69:+),37=>58:CDA<3(%#%'&$+/6>CCNLEBL?89>6>=:4:'/(*%&:)&#))3=8==/..,+&%#$24779A??@898<=>@36440((0.&*312;=@D@?)>D<;;:,5/+(341/'(()%&&*/0-76::IDA)<;E?FJJHB@??:6989(139@;7+*,11:7B939A5=DD>@EIB<>?CDB4/%%3(''-2544846<6)')+'+($%.3-%))*(()&%',379C<@8BD@0$$%.&1'*&$%$&'),*+''-))(;+',+,:;:9,,7:8::8**''&%$--2.<8;<;*%)(5*'&&&('&&+,.,+&&##&&&*+)%&$'&%&$%'&'&&'++'+0)%%%%'''&&)*((,>9:AC8966'&,CCH>=>@;>BCC;;<1/9?@+/;D924/-37?@.:///63-1/')()+,6=9>@AFE<>AG@5>9C=>)+)08002076,,#'$''((&),-%&&+.41499864=.&%$'(562))??B=92,.68=70-39=97/**3078982)-$,%06@?>;8:6>F@@?5?A>774--'(%%$%&%&+$#%%%%&%$%%&-.**')329F?;=D?3789AEFNHKM67856/-3(%&$$*%311/&=:7888'&)$$$(02'$7;-.>@JIIA;&%))%%%4::6896&$$&8;?65)+5&2559<7B/9--/5$$,757318@>24'3.()(((()368.>062/.-%.*).19;<;<)..>>;9<72DBD>.,%<:BB:77<;9,)./136:8>>+:%'(<=<8?AC:D@@HEAA?0%+,5C>,:9@:<>CA=B><:CBDBCCA=;@<@?:734>7H;21)),(A9303::==@B>>A.3@DC:<*.-,0679;6=AA20%&'()+0(()+%$&$#$'&$$$$()($$$$##$#%%'#$$%/.27:=@C??=,$#'&(%$%#$&/<;@@AB?B@:<*&+&$(146AA@DA84>BBBC<>7<:+EJDG=?6>:DB7<;<58;8CG<@?BGEF>HCLOGFG<97:@9>?7::A@4>5?698<<><;;464-*,+),-799;8:?AA478%&**+(/67:7/0(%(683:>@H?=9FC>?GG4=;59;?B<;=?>68C3=8>@CF7=CFECBA36@>@53(%/*25;;:>>@A>AD>A=C;@>B>=FFIDD=&&,.21422*))&%*.8:;;:;7I><7*'4*$><@DA@CC@<9=;7;?=EA;@A?85;8@<>F5'37&()*/&&%'5@AE=@=>704/00&+'%$$'')(%%%'&#$)$1739768723(&$'$%&*)(&$))##$--0*&)()(0-8A>H@@D2@GHA;CGA@=7:>DIOBF,-:ADHI=<8B+.89>;;B>==?H:CHD?;D6>1@?@:&''$&)++($'22/,0&)+,.,/56DC497;@B>68:8*5('%$$$+/23/-1)'%&%$$#+#%%#(&%1$#$%%%%##$#$'(()%$)'./448570,&'&($,)*//$;637$%5.*:?730+''##'#&&%%$//69./,*:-&'80B>5924A3B84A@>AA?BC>E9A<6;;4*'$((',011%$234689971;@==>>6,+/2./4:5**:>;;;=9<:>:;:<@I@D=HC@:C+&?A<>D=DC<.&%(.<9867C9<:?8??@9?BFAD@D<==FDD5=@AA9=@@@?>76-)'#&%$&%(/&&7=:49;477544,1;<8663(%$'%-01.%%%(,7;>>8;9:?>7C76C<=A>6?@GEACKJE>%47>:=?6':8/3.-%%$2799<5+<<>;')3&.7:DC=<@<8:7:5)##$$&%$$247A6;?E?37;7:1336:;0-5+$#'&)&%''(-')#'-+,'%*%(+/-.-2>A:=B?<>EB8+B;HIA:A@;>D78G=:@7:EAGGECB4:,,-.%%%%>=+'DEB:8;DDDG>@C>;527(%(&.-7>:79>>CAE557769>DD@CC<:>=CH2//@MNNJACNOCIHACA=B>LEFAGB@EAH@@KHJKHC@;>:<;A>>;,8-1?AA;>?@EN?,((((&$%(',($*,258694BCDD@9,>>??A=:3;>77>CGA>A:F>>A=;?;@@)//.'+&%*,.34;:222=<@CA=<<<<9878883//&,9--/??;5;7:;%&&''%$''%)'$$$$+(*/1345,&3353333/037-18$$%/.23/,68AEA=;ENLIG/@6E6C>.)),>B:EDQPLC@>ADA>?D:F>9BEDB?G?=?G;CD@688:*900$';?AAD7'.81(#'*:@A><=A?=?>B?.+28;?;@@;,,:562,.)$)&&.$*),$#$(8BCFGBBB;;>B6DDCD@IF@>)8>EIGA15DD8'0.)+'&&7?B=CCBB?14B7>>>@=BIH8761;;6@3@E?BC;:@DA>>A>9==9@C5?>D>26>:?DL;DA@KMFECCECF9*->==@?7:=><>@>28<@;>=ACAA>:34%26=;(&(297*&'$%'1824448<=:,:)*<79''956;AGIGF==;=CD;>8CB===>6.08419,7*.70)%(%+%%&#'&%(+''(()'&&%''+&%%$$'%%6()+1:7?@4-'-5.9?=@@8.0)',6;;AB?:+/B*9230E?86632C<660.7==&%'(&/&)%$%$$%51*$$%'$'-9973;?5,0@>F?KPJJB<99)&/+'%%%()))(*51/77??CD@88@BGD*&/5C:;+.%&*999;;<19:84>?-0?:?@FFEMCCG2.+C;76&%++..38;D7'=;BE90)1'$%$&(+22+.;9+/:9?=?>A77638>A*,1-87..)(.1;:/..+,''$(//+03=A>GJ?959DBB;C;9AAA@<+7684,/-74:8/0($%(,..;>AFDB>>:$)=EHGLF>G77;1?H=>>=6=<89<>@BA@>G22.2D=8>1+5%.'$$-7544$(+((%%)6;>>@A@@??A=DED='*1'+-)%'',)&*&*))+0075<=8=DF:=@;CAAB>><;>:9==:<;89@A97A@@A?64:;;FI/8(.@>DG@D=>=:&%()(''-,+23475485<;77;:5*.)(:@B?;>:;:;6,13.96=:>A?EC3&&**03=2>93787)(%%').%+,7<:;75:;953><44**3:>>;C=FHEHADF?BD>;A'-=>=>@F54=48:?@FHF:69G6>=?DC..:?>8:?DI6:CD??CDD>>>JJC@CEECEE:;>JBCB=<938AIDFDBB?>6469+467<@CHD><8>AEEB?@B?;??'./2,3)22'%$-:;B<;:8*2'8?A?AEGCCCB>6A@;99AC=0.0)))'))+$#%%%#+&*++5475212:=86&,;:?>@FH8039-*CHEIJJE@=>B><@;%78?>69AGIHIEIIBACDABFIJ@@IIFBBFCA,)6>4-,/..+3;>;-.5;4;?FI/9ACCC98::@><<:9ABFB@A==*)=86<:/76./.011258D@@194:3(56<>C>8;<9JG@@@93&%(.457FEEA836&)$#%)(+,*6=I@=?;5***-0'2<887@+%12;<<4'&+($'###(-/9CADDCJD?GGGKGB@;@:;7DEJGD-%,)''$)+'*&$$%(#%)%/3=;;A866,46=78%0)7==87653&('&09=:<>D<<96E?DEFC<8=<99>A8DGLFMGH?=-(+CF=C;959@<98>9;<49;D?BB=BD955-3(69;:==:48EFEI<=D==:9'-6:CB?<;7=99C:87834'*/+,02139=67C2ALD;GE?AC+;LCC>>@@=CABFI:??;534:857=6>>?9882FJC>@IECBM@D:=31B8<@//<8%'3===;3=59@A67+=D@?A8<9;<;:3:93*18>NNJFD6/B?;@CDB>@>2-0$&*=:A>B<<<::;9,,6:A><@CBEA;GGFI:*70.$%$$))('))AFD@@GA?;::7=8;ABBC:?CEFC>EE?C@26AEBC=D9@@D:?@@@=:6@&*;?AABEA889;@BB=7*688%%')%723?ABB6800,)$&%%.153.+&4349;A?8;>;9@@?H>B7DH8?CJJ8?6::BC>:DB??=@A=?KMKCBCDNL:??==@BC=@DAB:;--<<:9:A<+(((+4;;>AC89CGGB/=895BD9;CD?B8898;@EH=DE=EDECBB@<@==?D-=764BH7:ADB;2342114=@050:;>?7ABB>@?CCB.B=@BAD=8:=5@A?:5:9A>=F9@ICCFC;<*.-0',56/&,3+021<<5;:1';@@?:+(23ADE;-81/7'*9>@EA;BG@BB=;7A442>:BA@@@CG;B:GAE9;ACEKC;<=7B44=:+/22/5&%01389@@BGEB?ACCF<=EODD:;;=@B==:><62:-C83<:<<<89/,,+40;7:=01119576>88786/031124/2@@>CDF><33%&$$&%(/);9;507..=ABA76*&%('''$$),7:95'77HC>121DAFBB771.2:<900*+889<>DFAE<=:<;++++(%%%$$%)-,,=@A>?AHAFGFC==:>-/,:8BEHH=BB4:AC<>AEDDD9@G,&/)%$&,?29?=@=9C:887C>28<8:9?CH<:;=-'.589'%8:=::==61'(1,3????>,:.0.'&486/6,//+.)(*&&$'(-&&,,,;.<><5::A@C=@C<@71:4/A>?HE;:;;<<+&779@A*>;7CF@JG?FC@7E?:;@?FKHC/1?@7:;6:>:<8:9AA=?369?=GGA>A?>?F?FKIC@0+-'+.57>?3B=9AC====<<8<@CFOCE?GIB?AG?BB:>B/HGBF:;ED=?>857;&<<>>=:;D?GE?ADA68-6.1+'$%%/.)(9@:A>;>???9767B@<:FFDBCLH9=>>5$'14<..6:99978?=?E89:0.-0&)7'+;47+++,++56,.5*=:=>;77/9?CBB1>F?::4?9518HD=?DFF@GDB?44>B@CIHADECGHHC9D99DGC:@A>..17:;<<1567;:<47=80--,--113;B?<79*49=8AD<==?C?>599D;>;=@IAC;A::<:3DHIF@;CD?87?<;DFI=:>>@A9;>4;=AD<+***''$##'&((',-*$&(234+3613(*/.78<6:297?>@FG77AKEA??=??<@CD=C8<:94/7=944,(6669<85556;D@<674CBA?BD8:6-=8@FCCGAI<@879=;<(DHH=959+?BJIBAEFE99=>@=??@57990>E<>@A)0AC:(,()()+'*0&755***+16>@>>:6*567?=GJ?@B=EHEIF.)B;88>:646'"#,,/+250>AC<46DHHE>G;;.D??;J@9@:;?33E?4*++&#''-=EHHCFCB;??;)%$$%&$'*-5>C:52+234::DFI><=B<:367>=EF7>=BE<==AD?;@I??<@>9@HDB@A>;8<>>4,&+47766636(++))$(-.()-5>G>;/817*=),511ACA>>=BG:;@=(+A@C:)(%%%%*$&+569;@?HEF=I9D6748:>>B<.;;//831<1?=:'%&&(+18>=?@C(%$((,/7759)5&(&&(:95<,+CDAC>C>(;98434465<<=8<;=8%&%3AE@DIFDL@?JID@514@>GEI>IHEFCA?>954LKEDAB44303DD??CAD@;B@=BDC3D<=?CIJ=:DC?EDC2A?B><7:@E?AC?ACG;BDC@?AJ<8:=EDBHAA@:378@D7+29?@<:IE644//).-,+(5669;?@@<8@=DH>BB?;95.7:9>@C@A?4A;;?:ILHEF<>C:?@9=8=0A=;::<61=;801,*5:;<69811<:8.*/434.8<;666>3<>8EHEID-&;9:DD4+2486BCC%530>D3=?BA>AB/4>B4ECAA9:ADB:336FF=@B>3866/1?A=C)=&&=@9@<511478<==9@<<>18:;51&6=?DC5;@BDD;D:=@@B@7BE?<6076222;;@889(62@;;F<=9/37:=<=7700')86A3<148;9AC>9<+B=B@B@=:G:C8@;66BBDFIB>=@7;>@89=<<;4>;3/166.$#')&(-0/.+%%'('*,'$&)*(9+-;;>A>86687>9?A5850)>@;*-+,-12+'(,1.$'$/79::8308889?>@FK:6)88*1>D=EB7>;=<++50;CE2:;C?9AA399877=:()-:;=;884'66:7A?;;58<<<=F>=<<<;9=@B?B?@>>,G9-$42%9:4<=958:9;77AB.1DID@@991(8<9;9@@;@C;99988>AABB>>88.7;?BC@E@=?EBH@=/;6-'(-)&'/$%&)*&33/9+&7:>>B72?@9*('*.34:13::37::;>>?@*&+*&%//773&*CA9<>=B<;:>=>?BDAC?FFC@><=789=;?04;?=:;?>FA=<*001-..9:;@<6A;9::8/(:<:;>937184,/332=>=:867ACC=B?A?>@D?@,+/269:)&&.7;;=:6<>>>?==><:;,.=='&())7579A?=:>?@@AF:><:>DC2<;<8&%2-,*--'%'#%$''$#$*+.4?9<=5548:A?:9=:;A@,(8:=C:=;=<;;583$*2.-277BEEH>?EB5+=;;=E<A?GA::36=>8=>;>>>>898;;8./&'**532122.1-+1;;>;6<=7:=B?@@B>A@=C4NK875:;<;9'%=>=43:2D<@>5=99;'*>=9,/;>+?HE@CC$:BFGCD?CFGCGIEEBJ>8:FG=3.@<28:@A?9CCAB@=C>5%'14934;=;.><3061)%$($$)3876650*8>=B>@CA891&$%'&)'('+'(#().<<7)))99:-,;9:><?B=C<9>?>><843B53:?@>?==FF@:657=5C;:;;9793FA=@286;:<45:6A?BCACCA:??>DAE?EFH;AE=GE8EONLE;B>>+&)+7>:+.&+(?8997++'%&,*+($%')28?:DHC9<8/@?=@@AFACGHMA>66?>:AGD?@E?CFHHBG0':94665+*$,,13>D;@A9:JCB99;?/)27><:=BFADA>102<;?AB/-*68=C@;6;=;=EB@<;>BE>33=?%*=0-,./>@?=??JIH:;;4**3100./-:=@@5,,,//43338>>*)(38.%%%'29=<;?<=1(-5432377;?<<<:)$$$%2//67F;:;@EAA879/?:<9JBH=6429==?A;*$+(1)7=1;.=&+2B5>@;=>,'885;3-9;=HHGF@A:F?CHGA@MD=BEBA02@.=GJJECD:9<+1::%302')14CECEE@-;><59/2B489AD;:D>FE>A;AED@@AOKN6(7?75;:A=5:ILMD<:@:<+$39514:0441,*'06698:3?@BBB=:5+*))*(.68>52@;66)&'>9/..7;9)%&&97:BAAAHC:?7=E@F91A<:=>>7;6424560&=;;;;+&-+22205;=DFDE:@EGD508>??;CDFHCDEI7?@ABB:9::;.5249:>D@AADB?9893''%'%&-*+40+89<5('%)),+.*-4894/&-%'**%+.,0,36:>?87&5735=??3/3==G;%%$'''./0088:=9:5?DB@8;79:<=;.''''$$11B7;EF3?AA@AB>?<;-027775-),,:A=:AB;;?=>?BAE/*9,9;D>BCD>:98876670-(&%'8;B9?EKF@?9;874-)-@=:;>>8:FGHB>>HG?A=9KGB@J?CFG=AB>;;<+$$%#&*)+*BA@H>B@=@D6@?:ACB=@I>>@@@749<=BDH@F@@>8B>FGIEB;<($$&%(,89BD:9>;;@-?ACCEE;CEDA?9:7*6:),:9,')$)952?75C698=221-(&&2;4-5.1210##%)*$%&%+)&'&/0-)%,-*+-/18;33%&/8>>9=EC=?A?:??@B>A>@A>D>896BA6<5+;=2@>?CG>;+/8<;/4:ADB;.7896=;;CBC0,+(((()'''(%%&&)526=68830&.1356?A>4<:;=E>=B==??:=0178:=A=:2307<;=@F?3@=<<>8:<*&BJLCEF<>C7524AA?=?,)77:/>:+'7678:=;3354<9(*0,2985*459;1/,353;8<8601,+*108<9;-0;@F;D4<:;:511<;.)'*+,-*26.'*%)*)/,3(-)'#$---524;C;;52*/.&&%)/0,@?<656C<7AHK;<>H;;C>7?EIC:;EEBD@CDBGIAD=..#$$%&'4796;AF@/2=A>=--04BE780AB@KLJKIA5;;??A?=B338<>B9<;DGD/69@C<;>HHD1267,@@:>>BD@DD@>H>>:6?@BHMD66C)?@?C8:B>=<8?>AGDDCDA@E83'6=EB:=?9AG=>AIB;DD:$59<9:?NPD;@>EDDABB@758=>?<>?)1.78:1.5.1654/2<52111)((%)$$$$%&'&26:??4;944$&+---:=31)#0/3%)67:=;;,5//&$&'3586*105-;:==BG=<@AA'4'+5:91&5=CB8HD1.?69=>?DCA>=<9*0889>B,'(()%($&++($%%$&%%$)%&$%#%'$#*%&&''&&/&&%#$$&)'$""$&%#$'%%(#$%#&'(('%#$$')$$$$'$/1<6&)<:>9;>(8238874#,+&'&++-*%)&%(%%5?C@:;@@/;=BH:EEHF?6@IC;70:=6:(=DD==84;8821=<4/59=CB==9@<==8893('**#$51;2:;62,7<9>?3/;@7600,,+67A?A5B?C?CCG@A?6?30:;:=@98@@:>@>62IGCG@<=:'(%*"#%'*49;74>?<=C?9@;?9A?AA;8EAAFIC=9.6C;=GAC,EC7:=?31;CBB5.1%(+%%++,-$$'$38<4AFHDCA2421572459;148-%$$&#%(&&1&&&--;<0?ICB?;@ABDC<;539;<@AA:<6:?GHLHGEGHGDEFGA>@9EEFLJMFG;;502411/$$#%%&$$%%%+,+3412-21%%1A>>?BA60/3&'(&'*'&&$#-*28:0>>?GF-;8552.0/27566/00515.09<:7;:=HBBHABD2;>@ACHAAN<>?HE=>C;<=9@;6>89:<1222'&%/+'&''.557+>=@DAB@F<<:;==??;::B<>:32(($%(0=;==A<=?2DAA2<:@8%2:?EE9<79:-*+'125/899<:9-017(&.+&+$$#%)''/2@?8>=9;7')&&&9779;9BE;/--/31.+23/267A>7:;31==98=873..,9HBI?6@?AGC7:=A<=?H=:;>=BBFC?=6:CB?>9E?II>FNK>A>D?DHSQHA?DDAHE96?78:=::<@?=:><97.@AFF066+&%*+,,,-.0.-)(&&(&&%###$'()7;:B>55@=8=?9A;<:@><9KOC>LJ=9.?=:AGE67<@>>BC::%';<..%'(7;HHEBJGNCBA?<8>@GGG?AC=@::;/78=<>BIF:=G@GK=?:@>%&,,-31)+34@DBH?CEB??;@DA;:=C?@?@FJIBCHHE8@@C8=?:29;>@?@DLA*-+((2414:DCE@;>:77;28;:2$%)&&&%$$$%'*-3+1-2?GDCA?<.;8-<;21=;@:>ACB?<<:A68-9<::::;;;DILDA55DG@@:67?7=0-4D8=>>7:@?@?99>=>@+..28-?GF>GA25@:@J?@>78C8>/429>F;:6:9784;:4%+324.695><7BB+&32+::>9<:8:0.*;=;44/1:8703>?EFG>86(*+)(((-6:@@@77,@A@?=.=86:;C>.,.-123;?=JEEG;<>:>GCEB=CA;1677,%'$'$%$&%=58=9CE=><:/0/2),3734;<9;@<:@@J?=9CE;BCCE??>D@BFFJBA76$$(8435'/016<85$#%"&&(''0.%)%%'22-'8::>979:,0?98:;?349;=@0D??>*=9;810%#$$%$%5887<,,-8&68BBD<@BDC9<;*&/-&)*-%56010:=;ANNH??@AA=:5478<==;:301141;E;9?EB>?@ABBEEC>A6;777/(%&*,+&$'$$8?;@?9<=CED(+-42556?E?6A<14(&&((),:>>E=9C?HE>A8G@A89@ADD&-?>ACEJB000,326CB;*=683?;66:=B=@G?AE@<;<=;==DBB85=FH?HIF6866*+GFDEG=>D9ACMONIAA:B49=GEHHLKAL@@AEGHEE845512(1+014568>?B:FGPGMNQ>@IGGD?BC?BBCECDI?G>AGGIA@<@C;=BCC>IIBIA=JF<::<-6/80,%%$.611C>@KICFBHGMB?GILLKSFJ?D>=:B@<>=DF?>LL@BDCD??BF?7FEBJ:EDAA?>??B=9==@%=;;:;<=GDJ:;9CFJ@=B675@HEEIJA733:9;6>DGD<66BAC-?C9'3AEAJECBB<=<<.$)-+)(&(>==HKBA6*612'''&;=55::??549:795+?CD<<:0;3'7:=<@/00657BAEEA3;66342,,<=:@AACCBBCC?7@:/999599746<@@FD;<<>::(&$(54:C?;::3436;;<8:A?=2:::4969<;8BC?D@B@:>>=95,,,%),''&))('$(%&)$$(+*&*/0&'&&(%$#&#$&&'&&%%$,')-'-)%%'51(',,4:)#'+*-)*-/04767=>:5A:%*:;.;;,1,,+213:8=88674?AB<<96/('(13/24::A==8B;,CAAEA@@@?CC:B9897685:B9./''+4545;A9(:=ACC>?*(6),,(*CC>A;7=?:(--.?>?CGF:9/?@?-**@B?9(?*-$(,-.4(63>9A:9;7:=>@G4DGHDBE=<:CA?BC<>;7B84=1:9?CD><52<./>+<=;A>;?B?ACB:6A;C;=ACIB;B;;?C=:DIHATNO?=B=:=',;BBB<C0:1:;;HCEFJHABJKGJLE:4?2/2B;6BBKD<>?B$$4FADD=?C<;@?'$*,-1%&#%&(,-63:=C969D:97./8*$*(%$%#&%%$'0')(165''0-.94%$&$',8;>>?@?761(%+(56=/+668:;>BKFJNH?<25C<@006/&'%(9;?:L@7900@FI;?>?D?.2.()#/&&'$'7:<212=<9:.)2323-+020/-0,.7DBDFCE?::7:9;;545;@CDEH8;A;(*$&35)00)&>@9=@99*4'*722/;@?::;:(2-+$.68@';2.219<>?ABDEEFEBH24AAG>?J5C.=?B;B0(($$9797859A=779GGDED?<9=DEB=>G@@BB@=C?'+<==>GBC7ECG>EFD*$)BA>.+'(225420248>?:CE?FE:B?AEEETR>>IGKKE:EOHHFLKE@1*,3:8947/&#&&%--578@H)2?%7;=<936)'$$%%,7>?@<:<:=B@576==BA@IECEA=*97:>GIPNF1.2CDAB@B76:56>7CF?EIBHKIPDDPJ@EIIG=90'&$$$'$*)7:461(*&'+*($-88@<>C@FA?:@BG=BB7;-+01#$$%$$%??C>>:?DFF450=<:@B=B99@B45A:,(0+'((..-,03(&&3.132.4;7811&>A>><@6672$%'*$*,602-9;$%&(**4>@GCG>::FDCB622//.''$-/145<97C73('$%%#%#%%%%'*(%)>:>F4A@B@8:@456:.;DIJ:;LKJBC??1,?D8;A?>:A23(()**47''9;:9&(6;==:*-:452BBGB;?A9?BCD@3=8;9ABCHFMCHLICFCIIHIFHNGA337'4./9=B@;D?A@:=FAA;>DCDCA425AA?@)$-).('%$+/31%*+,599?@724(89>CHC::;C@/028?DAEE=?73=D<>CB8>>;CDHDB<@?=>>?E&=7B>?@C>??HFHF)B?=AA?BGFG>BCEDE=C@EIIB=>9)&('$$%((+478;?C=AB>?==?@?>><=;DFCF:HC:8?B8?<99AAC;0DHMI>DE@IDA8EFPN>BEBGJ?JGAPC=@?CHEHFDF;9:7=F=9DA;D>=><8>:B5<@A;?;)*9>?;;@79F==EBB:F;<'400C><=CI;9*1FA8+?911018CCEDDC>AFJCCJNMAD66?GBDCK>???>@?;C?F8;;<-29=41274413575>=AGGA;=EGB;A88@(%%@28EGGA:;=GB2-.29H@===:G@A@?D?1:03'//('-1==81-**,1=:1,->7@AGBBGE9:<6=C8CGFFIABB;7=;=?7@?=,'./7=NFFC@C=G;::::=@HG:@CDDDC?CBJ?>@D?DC=>@GA<>)$42--+0,+)&($'0-2==;CBHFHKNL==:3+?557CBCG=?ECD;D>FFCEFE>AEA,+(*+$12874;AB=<230/+,,+$$$$68A3@B0ECC?ABDDG=?4.-/82(*@A>7:=8:EAA2641>++)*,328<<<@00-*)%5;?C9.,+,,)%$&,.1,+.*2;<>98<=:?@@9<+23&$$$)%/%+:BBD%<<>2&*2,6D40C(CAHEDH>B783$2/0$)'(*3;>FD6'$BCE=@A@A4?6:CDB@BA>;5(*9=5:=,/:=<79CF2@?=26DB>+$77=;FKLE?B??9:11&%'78/&%'%&(')65&&&*-1/,,$($''$)+(%/2118@=BI>G@:+/9:A>;@>9@@CC:C??@697/--7>>??;92=<<=?:ABD?DDIHLHIG9D29??>@@DAE@CBD?EE>974@8-=C14C=EG>=?@@=GKN?F@5:671..=<==?CFE>@@G@EFD6(13AB6?@AFGA@CB@BA?@HD?:>FFAED=EE>>MLI>L?@BEDEHG=?F:GC@B:;>@>48IADFJAB@C?B<9BA=A9>EEDHBAB7A:>CMGHI.%7;78*@B@9<>0,-9=?><.++(+%%('%#$%**-*)/+3803<6#$./114).*--12037C;AGIE=6-5-6:59=<-((23>/BB:56,,.4..5(('-/)./1/25'%%.3=<7,.-'#)2/9::0<225(*'''$$((27=;+++FEBD>3888<1420&15(*,(*%%$&$$&'(430)@9;/-45:7<7?<8AAB<57269;9-97<<>1*.FMOA=533&(+.&&&&011,0.;<4::75<=ACE>:3-(781/61&%)9:5.)+%/1(%$22*(42189=@468660+;AAC<=@@=6>E>@><.4*&,%%%$%%$1/103(651%)($'+++..6<44+(3).5<,,,%&(3$.*,)55,'+2$(,-4)%&'(1&((&'&*+++%&))).1-)1-*5897&%%$#('()*$+1($'&.1***)-25.87377.069:'$/-0%&77,0:.A9G;==>?(22+:=39;C>?G-(?A?C<>==85633(9F=>D+5$'%&(%%$$)&0/.5291%,)22759.''''**&)(()%',,8?>8;=>?>9:---+-2>9A9+'()97E?GAC>CE>9<=<<;34443C?6'.--6<>@A712'%%'/04)0/588895$'*&%(589CD?CA$%%('*'(-.6*??D.19..8:),$$&(''))*9<;>=(*)+2$5&')+)%*+-2106>9:;&&&*--.(%&%(*(+)';BDFBDHFD8C-3%(%-&367??2558>=DG>')'%*-16:79)((<;;:7/098;=3AABB@B>96/0%%%4>?F@BACGH?::8?DA&'?B28?@@855513*$+%$$19;(>G=>)+)'9;<>2')-1)*?0<@@8;3*&?67+833?@D?;:;:B@=?6%?7..*<())/'63%'%$&)*(829><;D@;<<>?7:;?B445<@EC>DEE>55%&(&+2'468@??>?GFJF<<@=GCD=@8D><:>31*@B?>@F:EGGA88AAA7;BD@@@>?=?:<7.--22(,08;@=8=CJKH6@ADBF@=B4782/'.//.@F?=B>13D@@?AGALJ@INGA?86<>=,((3432)%'44?=@@=:B>;D8HMC:?BIA8888(.23&&35-095316/2.5-6367(%*+57>;9<><763(410$-.'-'9<;<;9*-003')+0/24:=?>;G?*&**)*-/2;=A=?HF61CD;7335)57;98+%5;@CAAA>@<65+2+)2677,&,.1.0369:<8::@C@>6;AD>CFAB59::94EEC@==><>@C31::B3/>=>7==;<;,@=:F@F@B0ACA7;9;CA?:-,;<5;;4):97)*)&+&*,&()$$&%)22340<<2>;=<9CFCF60=;>C=ABCC@DFFJE<,<765E@?;A=9?F::@A&(A>@A<8>@1989,9;?:147?=2...1;0398B>$;58764868979560D89<>??637::>;&4131)%',)+)#))+,$%$,&-;?3@:;<%?710-0:?*.&'1;<68=?8:8>:HBCCGGGD?===9<47;89=;=;@=E=79878.0<2&4+4346('(?B@A;>:=@.,,015::0/,0'49:==DD=21;))*,(4588=.3=@AC>66@=@ECB;=<<;8564/%$+2)15,-11%&6/1,*''-(1&6==<=C?@@CE:975./'*&*'+1',77:./199KLHHHB<==7:B:<@;7214?@GHGE<;;:A@BC==EF@B=9.GGGH=@JA@=>CJJ=B@CDG=EGEEBEGHDFD=*1'>*II=EDBBC?>E@@FJB//:2;::@C5023E=<>>??9A@9DBAFCKIN8))E).6*;DB>)?C@JFGFFHMKANKI?14855@@7738:975?<5532:<<=>)+>8=23D9:CCEAB<)&0072646?/3./3AC>@?12:3;?20/$%))+%%'$%++&..-?+&&'225'>AQODEDE=4JHBDKFB@EEB:;AEIDDD9>AD=6;+FFHG2/-=B>;>FF@E>>B:78.,%,7124312>-@<6CA+++.,,82<8AA<3=JIIGDB;I@@FA>-67-66458C??@BA@K8<>@G>9@=13+)2/10-+26<+./DB>CC=C;;/B894'35436:=7<:0(/451+%(*(&'#+&'('$()'()'139;>?BADA@;A@H>AB3997=;0&*77:=)%>;>?@BAGDM<=;;02.;;;:6<;3;961@F;-3@352,)$-&,6=;3=9<:37@@=2=DE>?99A?AD<;=?DA:;HNG=2E>E('22>853A8+4>@:=@=B>FECA?<>?<19)&#$'&)()(*,/A=:E<:202(&++-6:'''&)1%$&&$&&)$1366?9:;7$)$'*(%&72?=7:,,31(&,%(13)1/.32446?,0@EA@DB862.0796@?A12EAFE>B=16822(6+&&6>@3=A=3453205-%$7;;;69?HNNH>B=?:ABA65-$(%42:.2=A8JI?*9;;6(%%)'*(''+(+-:9,'4;><<>4(*6..07('()(9:;?C@?=;<:.(@CCDCFDFCNFFB@<:.:99BB@9;@?A>>;CDBDAD@ED@.+:9=<@?;013388CB:<=>BD?46DGB@B0#%$%&%(1999?@69?7,78/$(.,'&+*&3779<9<565,.2106461/)(9?:446.295>7;=;%(38-688>?;153,1%''0+(4:=49;=089,(G;>@D=*(4;9=AA9:=DE:><1878:86675321:70-+#&&')$$>@>A?-(75@?=8-.-,(;:66+:997)++447;B>;:01/<23GA@;<5?7:;9<90)%($'4,(&85<(+=;>>@?=83298:59BBB&+89:37@?@D@:13;;=B:DB>3<)%($%$*'+25<3770+&%$$06?@LA9A13?8@;:46-)&(*)%(/.+8261(,9:8;&%%5<;<;;938:CHBDB?K:;6E<788<<;08B;=CF<9?=788;<;:;:@==@@896;://1587;:?65:.++$$.9<9C=20<8D@A=A@;GE*$5&'&$()A=9BA@:>?=?(875;@9=D9=94:6;5;=?-&;=?JBCE??22$(+(2-+,-&%-56<><+*414/>67;8722($%(*,/6;>7=>?(%/)(*')'*$%&%*$%,62586%)596-,-(551-4*($%*.-,#&%$%1&$%&(''(,.979@?>=?>@>B817956<2:7;=;@%(;A<;>?AGD?C'<<;8ECLIFE/,%(-$%%&&'(--2(>8/72(*),.-.110'++3.--6,-%-*)3)%+;>;136558,420//*-19:=/;89061+#%%#' @SRR14011045.57175 f967fdec-cc2d-4f21-afad-81b5663389fd/1 AATTGTACTTCGTTCAGTTGCATCATTGCTGCCTGTCGCGAGTTTGGCCGAAGCTAAAAGCAGGCTTTCGATTCAAAAAAATAATTGATAGATGAAATTAGCAGGAAAGCGTTCAGATTCTGGGCGCTTTTTCTTTTCAAATTGCCCGAAAAAAGTTATAATAAAAGAAGTTTTTGAAAATGCCTGAAAGTGAGGGAGTTTTAAGGTTTATGGCAATTACACAACAAAAAAGCGCTGAGTAAGATTTTTGGCGATCCACGAAGAAGATTTTGAAACGATTGCGTAAGCAAGTTGACGTTATTAACGGTCTGAATGACAAATATGAAGATGTCGACAAGGGCTTCGGGCTTTCGATTGATGAGCTGAAAAAACGTTTGTCGAAGAAGAATGTGACGCTTGATACGATTTTGCCAGATGCGTTTGCTGTGGCAAGGAAGCCGCTAAGCGTGTGATTAGCGAGCGTCCGTATGACGTGCAGTTGATTGGTGGTATGGTTCTTCATAGGGGAGCGATGTTGCGAGATGAAAACTGGGTGAAAGTGAACTCTTGTGGCTTTACATTGCCTGGCTGCTTGAATGCTTTGGAAGGCAAGGGCGTTCACGTGGTGACGGTTAATGACTATTTGGCTCAGCGCGACGCTGGCTGGATGGGTCAAGTGTATGATTTCTTAGGCTTGACCACCGGTGTGATCATTCAACGACTTAGTCATTTGTTTATGATAAAGATTATGACAATGATCATCACGACGACCCTCGAATGCGCAAGCTTCGCCCAGTTTCACGTAAAGAAGCTTACGCTGCGGACATTACATACGGCACGAATAGTTTGGCTTTGACTATTTGCGCGACAACATGGTTTAATGATGTCGATTTGCTCAGGCAGCGTGAATTGAACTTCGCAATCGTTGACGAGGTCGATTCAATTCTGATTGACGAAGCTCGTACGCCACTTATTATCTCTGCTCCAGCGGCTGAAAATCCTGACAATTATTACACGTTTGCTGAAATCGCCGCGAAGTTGGTTCCAGAATATTATGTTTTGGACGAGAAGCGCCGAAGTGTTGCCTTGACCGACGAAGGCGTTGAAAAAGTTCAGAAATTGTTAGGAATAAAAAACTTGTACACGCCAGATCACGTACGCAGTGTTTATCACATGGATCAAGCTTTGCGAGCACAGACATTGTTCAAGCGTGATAAAGATTGCGTTGTAACTAATGACGGCGAGGTAATTATCGTTGATGAGCATACTGGTCGTTTGATGCAGGGTCGCCGCTACAACGAAGGTTTACATCAGGCAATTGAGGCGAAAGGGCGTTCCTGTACTGGAAGAGAGCATGACCTTGGCGACAATTTCATTCCAGAATTATTTCCGTTTGTACAATAAATTGAGCGGTATGACTGGTACGGCATTTACCGAAGCTGAGGTTCGGCCAAATTTATTCACTTGATGTTATCAAATTTACCGAACAAACCAAGTTATTCGCGAGGATAAAGAATCTGATTTTCAAGACTGAAAAAGCCAAACTTAAGGCTGTCGTGAGGCGTTAAAGATTACCACAAGCAAGGTCGTCCTGTTTGGTTGGTTCTGGTTCTATTGAAAGAATGAGCAAATTGCCAAATGTTGGAAAGAAGGCATTAAATTTGAGATTCTGAACGCTAAGAACAATGAGCGTGAGGCTGCGATTGTAGAAAGCCGGCGAAAAAGGCGCGATTACTTTGGCTACGAATATTGCTGGTCGTGGTACCGACATTAAGCTTGGTGAGGGCGTCAAGGAGCTTGGTGGATTAGTTGTTATCGGTTCAGAGCGACACGAATCACGCCGAATTGACAATCAGTTGCGGTCGTGGCGGACGCCAAGGGCGACCCAGGCGAGACTCAATTCTATGTTTCGACCGAAGATGATTTGATGCGAATTTTCCAGGGCGAGCGAATTGCATCATTGATGGACAGGGTGTTGATGATGATACACCGATCAGAACTCGCGCCGTATCGAAAACGTTGGAAGCAGCGCAGAAGCGAGTTGAAGGCTACAATTTTGATACGCGCAAATGTTGTTCAATACGACAATGTGATTAACCGTCATCGTCGCGTCGTTTATGTCATGCGACGCAGGATTTTGGAAGGCGATAATATCAAGCCAGAAATTGGGCGATTATTGCGAGCTAAGGTTACGAATTGTGACAACTCTTCCATCGAATAATCCAAAGTTTGTCGAGGATTTCTCGGTTATTTTCCCAGTTGATAAGGAAAAAAATTGAAAAGGTTGGCAAGGAAAAGAAAGATCGTTTGCGCTATGAGAAAAGGCGCTGGAGCTGGCTGAAGAAGCACGCGGAGAAAGAGCGTGAGATTGGCGCTGATGATTTGCCCGTGAGTTGAGCGCGAAGTTTACATGGCGGTGTTGGACACATTATGGATGCAACATTTGGAAAATATACGAACTTATTTGCGCGAGGGAATTCTTTGCGGCGAAGTGTTGGACGCGATCCTTTGGTGGAATATCGATCAGAATCCCAGAAGTTGTTTGAGAGTTTGCAGGCTAATCTCCCGCGATGAAGTTTTGACGACGATATTTAATATTCATAAAGCCGACGCTACAGTCCGTCAATCTCAAGACGATGAATATGACACCGAACTAACTCGTCTGGCGGAAAATGCTGTCCGGCATGGCGTAAATGAAATTGGTTCGGGCGAGGAAAATCGCGACGATGACTTCTCTGCTGAAAAAGGGCAAGACTAGCGCGGAATCAAATCGTGCGAAGAATCAAGCTCGAAAGAAGAAAAAGGCTCGGGCAGACCGTAAGAAAAATCGTAAATAATCAGAGAACAGAGCAATGAAACATACAGTTGAGGAAATTAGACTGAAGAATGAATTGCGCGCGGCTTGTTGATTGACGTTCCAGATGCTACGGTAATGAGTTTTCAGGTGCAATTTAGGGCGGGAAATCGCTACGTTCTGAATAAAGATATTTACGAAACTGCTCACATTATGGAGCATATGGCGTTTCGGCGCGAATGAAAAGTTTCGTTCGGAGCACAATTATGAGCAGGAATTTACCAAAAACGGCGCTTATCACAACGCTTACACTTCTGACTATTCAATGGTTTATGGAAGCGATTTGTGCGGATTTTGAGTGGGACAGGATTTTGGAGCTTCAGAGATTGGCTATTACAACGCCACGCTTTAACGCCGATGAGCTTGAGGCGGAAAAGGGCAATGTTCGCTCTGAATTAACTGGTTATCTTAACAATCACAACCGCGTGATGTGAGCCGCGCATTCGGCAGGCGCTGAGCTAGAATATTTTGACGTAAATCAGCGCTTAAGCCAATTGCTAATATTGAGCTGAAAGACATTAAAAATCATCACAAGCGAACGCATACTTTGAAGAATATGCGGTTTTTGTGGTGGCTGGAAAAATGGCTGGACGAAAAGCGGCTATTAAGAGAACATCTTGAGGGCTGGCGTTAGAGACGGGCGAGCGATTCGTTATTCCCGCGCGACGAGCCGCGTAGGGTAATCGGTTTAGTCAGACGAAAGAGGCATGGGTTGTGACATTTGGCTGGTCGATGATGATTCCGCGTGAGTTAAGCGACGAAGAAGTCGGCTATGAACGCATTTAAGATCACATTCTGACCGGCACGATGAGCTCGAGGATTTTGGCGCGGCTCGTAAAGGATTGGCATATGGTATTTTTTAGTGATACATCGATTGGTTTTTACGATTCGGCTTGGGATTTTTGGCGGACAAGTAAATGTTGAAACTGCAAAAAAACTCTTTGATATTATCGTGAGAGAATTGAAGAAAGTTTTAGCTGGATCTAACAAGAAGAAGATTTGGAAAGCGTGAAGTCGTATTCATTGGGTCGTTATCAAATGGGCGCTCAAACTGTTGGGCAAGTAAGCAATTTTTACGTAGGACGATATTTTGCTGATGATTTCGTGAAGATTATGCCGCCGTTCCGTTCTCTTTTGGCGGTAACTCCTGATCAGTTGATTGAAACGGCTCGTCAATTTTTGCGTCTAACACGTGGACGTTGGCGGCAGTTACTTCGGAAGAAAAAGAGCTATTAACAAAGCTGTACGACAAGCTCGACAAGCTGTTTTAGGGTGTAATCGTAAATTGCCCATTGATATAATCAGGTTATGAAAATTGTCATTGCTGGTTTTGGTGTTGAAGGTCAATCTAATTTGCGTTATTTTCGAGAGAAGTTTCCGGAAGCTGATTTTTTGGTGGCAGTTGGAAAAAGTGAAAAAATGATAATTTGCCGGAAAATGTGGCTTATCAGACGGGATTTTCGGGGCTGGATGACGCGGATTTAATCGTTAGGTCGCCAAGTCTTCCGCCAAAAAAGATAAAGACTAACGGTCGAATTTGGTCATCTACTAATGAATTTTTTGCCAATTGCCCAGCGACTATAATTGGCGTGACTGAGTACAAAGATAAGGAACGACGTGCAGTTTTATCTCGTCGATTTTGCACGCGGCAGGTAAAACCGTTCATTTGGTGGGAAATATTGGCATGCCAGCTTTGGATATTTTGCCGAAAATTGAGAAAAATGACATTGTCGTTTACGAATTGTCGGATTTTCAATTGTGGGATTTGCGAAATCTCCGCACGTTGCCGTGGTGCTGATGATTGAACCTGACCACTTGAACGTCCACACTGATTTTAATGATTATTTGGCGGCAAAAGCGAATATTGCCAAGTCCCAAACCGCGGACGATTATGTTGTCTATAAGTTATCAAAATGAGTTTAGTTCGTCGATTGCAGATGCAAGAGTTTGACTTGCGAAAAAGAGAATATCCATTTGCTCTTTCGGACGATATAATTTCTACGTTCGCACCGGGAAACATAATAGTGACAATGCGTGCGGCGATAGCGGCGGTGAAATCGATTTTGCCGAACGTGTCGGATCGATGAAATAAAGAAGGGGCTTAGTGAGTTTGCAGAGGCTACGCATCGACTGGTTTGTTGCTGAAAAATACGGCGTGAAACATTGCAGCGACAGCATTTCGACCACTCCGGGCAGCGCAATTGCGGCATTAAAAGCTTTGCGGGAACGAAAATTTTGATTTTGGGCGCGGCTCAAGATAAAGGCGCGGACTATTCTGGACGGCGAAAGTACTTAGCAAAACGTGCGACTGGTAATTATCAGTAACTAACGCTGGTGAAATTGGGGAAGTTTTAAGGAAGAAAATTGATTGCGAAATTGTCCAGTTGAATATGGCGGAATTGAAAAGAAGTTACCAAATCAGCCAAAAATAAAAGCGCAATCCACCATGGCGACGTGGTGATTCTTAGCCCAGCGGCTGCCAGCCCCGATATGTTTAAGAGTTATTCTGATCGTGGCGAGCAATTTGTTGCCGCCGTAGAAAAACTTTAATCTTGATAGACTTCTGATTTTAAGACGCCGATGTATGGCAAGTTGCGATATTGCTGACGAAAATCCAGTCCATAGCCAACTACAAATTCATTCGGTGTATCGATGCCGACGTAATCGGCTTTTGCGTCAACTTCGCGCCGTGCTGGTTTGTCTAATAGTGAGCATCTTTTTTTACCGACTTTAGCATTTTTTTGCGGCAAATAATTCTCTTAGCGCCTGGGCAGTTCGACCGCTGTCCGGTGCATGTCCTCAACTATCAACACATGCCTATCTTTTTGCGTCAGTGGTGTCAAATCTTTGATGATTTTTACAGATCCAGAAGATTTTGTCGTCGCCGTAGCTGAAACCGCCATGAAATCAATTTCCATATAGCAATCCATCGCTTGTATCAAGTCGATCATGTGACGCCGCGCCGCGTAAAATACCCACGACAACAGGATTTTTATCGTGATAATCCTCGATTAATTTTCCAAGTTTCTGAACTGCCGTTTTTATATCTTCGTTCGTAAATAAATTTTCTCAATATCTTTATCCATCTTTTTATTTTAACAGAAGATTGACGTTGAAAAATAGGTACAATAAAATATATGCAACCGCTAAAAAAAGAAAATTGGTGAATTAGAAAAAATTGAACAGGCTAAAAAAGCGCTGAAGTTTTCTGATTTGGAGCAGAAATTGGCGGAGCTGGATGATCAATTAAATCAGCCAGAAATTTGGAATAATCTGGTTACGCCCGAATTGGCGAAACAAGCCGCCAGTCTTCGTCAGACTGTCGAGCCTTGGCAGACTTTGACGGTGCAGGTTGGTGATATGGTGGAGCTGATGGAGCTTGGTGATGACGATTTGTTGCCAGAATTCCAAGCGCAAGTTGCGGCGATTAAGAAGAGCTTTGATAGGAATAAAACCGATTTGTTGTTTTCTGGCGAATATGACAATCGCTCGGCAATTATACGCGTTTCCGCTGGTGTGGGCGGACTGGACGCTCAAGTTTTGCGGCGATGTTGGAGCAGATAACCATTTGCGCTGGGCGGAAAAATCTGGAATGAAAGTTGATACGCAGCTGGAACGCTCGACAATCGACGACGCTGGAATTAAACGGTCGTTTGAGTTCTGGATCTTCAGTATGGAAAATTGCGGTCGGAAAATGGCGTGCATCGTTTGGTGCGATTAAGCCCGTTTAATGCGGATAATTTGCGTCAGACTAGTTTTGCACTTGTCCGAGGTTTGCCGAAAATTGACGCGCCCGATGAAATATCGATTGACCCGAATGACGACTTAAGGGTAGTGTCTATCGTTCGGGTGGCAAGGGTGATTGGTGTAAATGCGTCAGTTCAGGCGTTGGTGACGCATGAGCCGACGGGAATTACGGTGGCTATTCAGAATGAGCGTTCGCAGATTCAGAATAAAGAAACGGCACTGAAGATTCTGCGGTCAAAATTACTAGCGATGAAATTAGAGCAACATGCCGAAACTTTGTCGGATCTTAGGGCTGGTGAATCGGCAAACTGGGGCAGTCAAATTAGAAATTACGTTTTGCATCCATATACGCTAGTTAAAGATACGCGCACAAAGCACGAAAATCGCAACGCTCAAGGTGTTTTGGACGGCGATATTGACGAATTCATTGCGGCGTATTTAGAACAAAATGCTAATTCTAAAAATATTTAGCTTATGTTATAATACTAGTAATGATTCTGTTAGATAGGGTAACGAAGAACTACGGAAAAAGTAACAAGCCGGCATTGAATCGAGCAAGCATTCATGTTGGCGCTGGTGAGTTTGTGATTATTGTTGGTACGTCAGATTGCTGGTAAATCGACTCTTTTGAAGCTTTTGACTCGCGAAGAAAAGCCGAGCTCTGGAAAAATTGTGGTTGGCGGAATCGATTATGACAATTTGAAGGACAAGCATATTTCCAAAGCTGTTGCGTCGTAAAATTGGCGTGGTTTTCAGGATTTTAAGTTGCTTCCGAATCGAACGGTGTTTGAAAATGTGGCGTTTGCGCTGGAAATTGCTGGAGTGACAAATCCAGGAAATTAAGGCGACTGTGCCGAAGGTTATTGAGTTGGTTGGTCTTAAGGGGAAGGAAAAGCATTTTCCTCATCAGCTTTCTGGCGGCGAGCGTCAGCGTGTAGCGATCGCGCGTGCGGTGGTGCGTCAACCGAAGATTCTGATTGCAGATGAGCCGACTGGAAACTTGGATCCGAAACACAGTTGGGATATTGTTCGCTTGCTGAAAAAGATTAACAAGTATGGCGGCGGTTGTTTGACGACTCACAGCGTGGAGATTGTTAATAAATTGAAGCGACGCGTTATTACAATTGATCATGGTAAAATCACCTCTGATCAGGCGAGAGGGAGTTATAAACAGTAATGAAATCCAGCTAGTAAATCCAACAAGAACAAAGAAACTATCCGTATACGTCGTAATCGACGAGGTTGGTTGACTTTTGTTAGGATGTGTCGATATGATATCAATAACCAGCCGTAATGCCTGGCTGACAATTGCTGCGACTGCGGTGATGAGCGTCACGTTGATTATCGTGTTTATAACGGCATTATCAGCGCGTCAGGTTTTGGTTGATACCGCTTCAAATGTCTCCAAGCGTGCCGATATGTCAATTTACTTAAAGGGTGACACGCCAGAAAAAACGATTAAAACGATTAAATCTCAATTGAAAAATTAGATAATGTCGATAGTGTTAAGTATATTTCCGCAGAAGAAGCGCGCGAAAAGCAAGCCGAGCAATATAAGGACAATCCAGACACACTTGAGGCGATTCATGAGTCTAGTAATGAGATGTCGGCAACGCTGTTGTTTACGATGAAAGAATTGAACAACCAGCAATCATTAAATAATTTTGTTAAAACTGATGATTTATATAAAAAATACAAAGACCCTAACAGGGAACCATCATTCTCCGGTGAACGTCAGCAAGCTATTAAAACAGTTGGTAGTTGGGTGAGATTGGCGAGTATCGGCGGTTCAATCGCTACAGTTGTTTTCGTGGTGATTTCATCGCTTGTGGTCTTTAACGCTATTCGTATGGCAATTTTCGTGCAGGACGAGATTGAGATGATGAAGTTGATTGGCGCAGAACGCAGTTTCATCAGAGGTCCGTTTATTGTTGAAGCTATAATGTACGGATTTATCGCGGCAATTATCGCGACGGTGGTTGGATATGGGTTGCTAATTCTTGCACATGATCCGATGGTGAAATATGGCATTCCTGTCGATAATCTTTTGGATACATCTAAAAATGTACGGCGTGCTGGTTTCTTGAGTATGATTCTGGTCGGCTGCGGCAATTGGCGTGGCGTCATCTTGGGTGGCTTAACTCGCAAATATCTTAAGTTGTAAAAGTCCTTGACATACTGATTATGCTTATGCTAACATAGACGTATGAAACTACGGTCCACCACACCAGTTTCGGCATCACTAGTCAGCAGAGCGTCTCTGGTGGCGATGTCTGCATTGCTCGCTGGATCGGGCATTTTTGGCTTGGCATCACGTATTAGCTCGCATTATAACGCCGAAATTCAGGCAAAACAACAAGAAGCAGACAACTATAATTCTGAGGCTTCGCGCTTGAGATGGCTGATAGTTTACAGGCGGAACTTGATAAGATAAACGGACAGATATCAGCTATCCAAGCGCAGATTTCTGACAGCCAAAAGAAGATTAATAGTCTTAATGATCAGATTAAAAAAGAACGAAGAGCTAATTAAGCACAATCGGCCAAAGCGATGGGGCGAATTTTGGCGATTTGTATGTTGATGGTCGAGATTTCGCCGCTGGAGATGCTTTTCAGCTCAAAAAATATTAGCGATGCATCGATGAAAAGAACAGCGTAATTCTCTGCGAAAAAATTTGTTGAATGATACGTTAACAAAGAAATTAAGTCTTTGCAGAAAAAGCTGGAAAGAGAATAAGAAGTCTGTCGAGAATACGCTTCGTGACCAAGAATTGCGGCGCAGCGCGATGGCCAGCTAAACAGTCTGAAAAGGCAAAACTGATTACTGACACGAAGAATGACCAAATAACTATGCGGCATTAGCTCAGAAGCGCAATTCTGAGGTAGCGAAGTTGCGAGAAGAGCAGGCTGCAGCCAACCGACGAGCTCTTGGTGGCAATAATGTTTCGATTCCGGGCGGCGTACCTGGCGGCGGTGGCTATCCTGGCGCTTGGGCGAGTGCTCCACTCGATGCTTATGTCGATCCATGGGGACTATACACGCGTGAATGCGTGAGAGCTACGTGGCTTGGAAAATTCATAGTACAGGTCGTTATGTTCCGCATTTTGGTGGCGCAGGCAACGCGAATCAATGGCCATCGACTGCAGCACGCTATGGCATTTCTAGCGGCTCAACACCAAAAGCTGGCGCAGCAGCCGTTATGAATATTGGATATTACGGACACGTTATGTATGTTGAATCTGTCAATGGCGACGGAACTGTTACCGTTAGCGATTACTGTGCCTGGGATGGTTTATATGAGCACTACTCACGCTCAGCTTCAGGATTGACATGGCGTTTGCTTCAATCAGCATAGTGATATGCAAAAACGCTCGTGTTAAACGGGCGTTTTTTTTTGTAGTATAATAAGCATATGGTTACGGAGAAAATGACAATTAGTTGGTTTTGACGCTTGTTATTGTGGCTATTGTTGGTTTTGTGGCGGGAGCTCGCTCCGTTACGCTGTTTGCTAATGTGGCGTCGGTATTTGGCGTTAGGGCTTCAAATAAGACGATAGACTTATCCAGCGTTCAAAAAACATATCAAGAATTGATTGCTAATTATGGCGAAGGTAGATACTCAAAAGTTGATTTATGAGGTGATTTTAATCGCCACGGAGCCTGGTTGAGCGGCTGGTGATCCTCATGCGGCGTATATGGATCCAGACGAAGGAGTTTGTCTGAGTCGCTGTAATTGGGCAAATTGGTGGTGGAATTGGGTGGTGGGAGTGCTTAAGGTAATAAGCCGACTATCATAAAACCCCTGGAAAACAGTCCAGCTCAGAAGGCGAGAATTAAGGCTGGTGAGGCGATTGTTAAGGTGAACGACGAGGCTTCTTCTGACTGGTCAGTAGAAAAAGTTGTGAGAGTAAAATTCGCGGAGAAGTTGGTACGTCCGTTAAATTGACGTTATTAAGCGATGGTAAAACGCGTGAGGTATCGGTTGTGCGTCAGAATATAGCTTCTCCGGCAGTAGAGTCGGAAATTGATGGAGAGAATTGGTATTTTGAAAGTTAACCGATTTGGCGATGATACAGTGAGCTTGTCTAGAAAATACGCTTCGGGTTGTTGATAAAGGTGTTAAAAGGTGATTTTGGACTTACGGAATAATCCTGGCGGAACGGTTGGAGCTGCTCAAGGGCTATTGGGTATTTGGCTAGACAATCAAATAGCTATGACCGAGCGTAGAGGTTCTGGTGTTAAAACGCTGCGTACAACTGGAACGCCAATTTTAGGCAACATGAAGACGGTGGTGCTTATTAATGGCAATAGCGCTAGTGCTAGCGAAATTACGGCTGGGGCGCTTCGTGAATACGGAAAAGCCACGCTGGTTGGGCAGAAGAGTTACGGTAAGGGAAGCGTACAGATCGTGCTTGGGCTGCCTGGCGGGTCGCAAATGAAGGTTACGGAAGCCAGATGGTACACTCAAAGGTAAAAAATATAGATAAAACTGGTATAGAGCCTGACGTTAAGGTTGATCTTTCGTCGGACGATGTCAATAACGTAGATCCGCAGATGGATAAGGCGAAGTCGTTATAAAGCTTGTGTTTTGGGCTGGACGACATAAAGTAGGCGTGTGAGACGAGACAAAGTTTTACTAGTTGAGGATGACATGGCTCTGTCTGCGGTTTATAGGTCGCGACTAGAGATTGAAGGATTTGACGTCAGAGAGGCAAATAATGGTGAAGATGCTTTGTCTGCTACCGTTGAGTATCGTCCAGACTTGATTCTTTTGGATGTGATGATGCCAAAAGAGATTGAGCTGGTTTTGGATGTTTTTGATATTCTTGTAATGCCGCCAGAAACTGCTAACGTGAGGATTATCATGTTAACGGCACTTAGTCAGCCAAGGATAAGGAGCGTGCTGAGAGCTTGGGCGTTGATGTGTTACTTGGTGAAATCTCAGGTTGTAATTGGTGACGTTGTGGCTCGTGTAAAGCACCATTTGGGTATGCAATAGAGAAGTAAATCGAGCGAAAGTCAGCCTCTTAGGGGTTGACTTTTTGTTTGTTTTTGGTATAATAGCTCAGCATATGATTAGAGAAAAAACCAATGCAAAATCTAGAAAAAAGACAGAATTATCAGAAGATTGTATAGTTGAAGTTTATCCTATAGATAAAGACGCCACGCTACCGAGATTAAAGGTTATGCGTAGTCCTAGAGGGGAAAATGGTGCTAGGTGGCTGGATGACGGTTGGTTTCCTGGAAATATTTTGTATGTATGCCATGTCAATTCTGAAGAAGGTATTGACGATAACGCTCTACTGGTGCAACGCACAAACTTTTTAGAAAGACGAACGGAGAATATACTACTGCTACTAAAGAGACATACTCTTGAGCGAAATACAGGGATTAAATGATAACTTTAATGTTGGGCGACTGTATAGAAAAACCCCTGAGGAGATGGTTGTGGAAGGAATGGAGGCTGCTGAGCAAATTTAGAGAAGCGAAACATACGGCTAAATGGTTGGACAACCTGTCGATTGCGGAAACAGGCAGATGAAGTGATAGCCCAAGAGCTAAATCGTTTGATGAGAGAGAGTGCTAAAACGGATTAAGCCTCTAGAGACTGATGTAGACGGTATGCTTTTTAAGGACGAACCTGTGCGAGAGAACTATTTTGATCATCTATACGATAAGAATTATGTGCCGTCAAATAATGTGAGGACGCTGCGTTAGAAGCAAAGGCGTTCCCGTATCTGAGAATAGCTTTAATGCTGCGAAAGAGGTTATTGGTAGTCTAGCTACGAATCCATTTTTAATGCAAATAATTAATCCGAGGGAACGCTTGACCCTAGGGTAATTATGAATAACATTAGATCTAGTTACCTTACGCGTTGCCGCTTGTTTGAATATTTAACCTTTAGTCTTGTTTTGTCCTTTGGCGCGCGTTAATCCAGGTGTGGCAGACAGAGTTCGTAGTAACTCAGAGGGTAATCTAAAAACTCCTAATTATCTCGGGGGTGATTATTATAAGGATAGAATGCCAGTCGTGAATATGCCGTAGTGTTGGCAATTGCTATGATGGATGGATCATTTAATCTGCAGACAAACAAAGCAAGATAATTACTCATTACCGGGATGGCAAAGGGAGATGCGGTATGCATAGGGATTCTGCAAAGGGTGCTTCTCGAGTATGTAAGTAAGAGAGATAACTATTAATAATAAAATAACTCCGTATTTACCGGAGCTATTTTAATAAAAAGTTTTACCGATTAAAGAACAACAACTTGCGTTCGGCGTTCTGATTTGCCGGTAAACTTGGTTTTCTTGTAACTCAGAAACTTGAAACCAACTACGCCATCTTTGCGGCGCACGTGGTTGTTATGCGGTAACATATGTGCCGTCACCAGCGATCTTTGTGGCGCCAGTTTGGCGGAGAACTAGAACTTCTCCAACCCAGGAAACTTTTTTGACCACTTCAATCGCTTAACGCCAAGACGTTGACCAGCATTGTTGTGGATGTTCTTACTAAGAACCACCAGCTTTAACCTTTGACATTCTTTACTCCTTATAGTTTCTATAAAACAATCTGTTCTAGTTTATCAAAATACAGCCAGGTTTATCATGTTCGGTTTTTGGCTATATCTGGGTTTTAATACTGCCCAATATTATACTGGCAACAGCAGTCTTCACGGTAATATAAGAGGTTTTTATCGATAATTTGCTGATATCCAAGTTTTTTAAGGTTTTTTATCAGAGGCAGGTGGGTGAATCTGCCTTCGTGATTTTGCCATGCTGGAATAGCTACTGGCGTCGTGTCTGGGCAGATTTGCGAATGGATATTTTATTGAAAATCGCTAATTATGTGATTGCGAATTTTCTTAACTACTTCGTGAAGTTTTTCTGAGCTTAGCGGGCGGAAGCGGCTGACCTAAATATGTTTCGCCAAATAATTCCGAGAAATCCCGCTCTTTCTGCTTTCACTCGTCAATTTTACAGAGGTGGCGTCGGCCTGATGCGCTTGCCAGAAAGTTTTTTGTTGAAAAAAAAGTCTTTTCCACCCAGTTCATATTTTTCGGTCGTGTAGATATCATCTTATCGCTCAAATCGCTGCCATAAGCATTCACGCCGATAAGCGCAGCTTCTTGTAATACCGTTCCTGTTCCACAAAACGGATCCAGAGGTAATCGTCGGTTTTTGCGCCAGATAGGTTAATCGCGCCGATTTGTGCGAAGTTTGGGCGGAAGCATTCCCACGAAGGCGTCGCGCTTTGGTCGTCCACACCCGGTCGCGCTGAGTGTATGAATTGATATTTTGCGCGCCACGACTTTCAGCGATTATCAAATCTCCGTACGTTCTTAGTTATGATAATTTCAATTTTCGCGCCAGACCTGCCGAGCTTGTTGTTGTAGTCGCAGTGGACAATGCGGCGGTTTATTAGGAATTAGACGCAAACTAACGCCAGATTTTTTCAAGTTGTTTTTTTAAGATGATTCCGATTGCGCTTTTGGATGTTCACTTCGGATCTGTTTTATTGCCATAAAAACTTATTCCAAGCGTTATTTTTTCTGGCTATGTGAAAGTTTTTTCGTGTGCTTTCAACAATAATTTTTGACGCCTGGAGCAAGTGTGTGCGGTCCGATTTTGCGACTTTATCTTCGTGATGACTTGTCCATTTAATCGTTCCGCCGAGATTGTCAATTGATAAATTGTCGCAATTAACCGTGGTGGCTTGGTTGGAGATCGCGCGGACATTTTGAGTGCCGTAAACAGCCTCTAATTCAGCGATAGAGATTTCTGGTTGGCGTCCAGAATAGCTATATAAACATGTCGTAATTATAACATTTATCGTGGTATAATGAAGGTTAGCATGCCGTACCGAAGGTGTTGCAATTGTTGAAATCGCCCTGACCATTATGAGCGTTTTGACGTTGGTGGTTTTGGCGATAATAATTTTTCTATCGGCATGAGCTCGTGAAGGCGTGGAATCATGTTTTGCCTTTTGGATTTATGGCTATTGTTCTTGCTATTACCGATTTTCAGATTATCATCGTGTATTTCGCTGGCGGCGAGATGATTTTTCATATTTAGAGAGAAGAATCTGATTCATCATATTTCCAGGCTGGAGCAGACGAGGATTGCGCTTGAGCTTAATTTGGTCAATCATATTTTTCCGTCGGGTGGAGGTTAGTGGAATTTCGTGTGACCGTGGCGAATGCACAAGCTCGGCGTGAGTTCGGCACGTTCGACATTGCGCAGGTGATTCGTTACGTTACAGGATTTTTGTCGCTTTTGGTTTTGTTAGTGATTGCTGTGTTGGCGCTGGCTATTGACAGCAAGGTTAATCGTTATATCGTTGCCGCTAGTTTCTTGCTGATTATCGTGGTTTTGGCGCTGACGTTTGGTCTGATTTTCGTGTTTTCGTCAAAGCGACGTATGCAGATGACTGCTGCTAAATTGTCTAAATTCATCAATACATTGGTAAAAATTGCAACCTTGGAAGCCAAGCGACGAGTAATGAAGTCGAAAAGTCGAAGAGTTTTGTTGATATGCAGGACGATTTTCAAGATTTGTCAATATCCGAAACTTCTAATAAAACCGATGATTTGGGGAACTGTCTATACTGTTTTTGATGGCGATGTTTGCTGTGGCGTTTCTGTCGCTGGGCGTTTTTGTTAATCCGGCAATTCTGATGGTTGGATATGGCATGGCGAGTTGGCGGCGATTGTTGTGTTTACGCCTGGAGGAACGCAAGCGTTTATGTATTATGATTATTTTCTTAAGCATGGCAGGCACTCCGCCGGATTTGGCGATTGCTGCTGGAATAATTTTGACGCGAGCAATTTTACTTACTGGCACTATTATCTTTGGCTATATTTTCTATCAACACGCACTGATTAAATACGGCAAGCCAGATGATTCAGAGTTAGTGTTAGCAATTTCATAGCAATTGTCAATCAAACCTTTGACGTGGCTTTTGCTGGAATGGTTGAAGTTGAGGGCGAGGTTTCTAGTTTTAAGTCTTATCCTCCGAAATATGCTTTTTCGATCTGAAGGATGACGACGGGCTAGTTCGGTGTTTCGTTGGTTTAGTAATTTACGTACATGATTGAAGATGGAATGAAAGTTGTCGTTCGAGCGATGCCGGTGCTTAGAGATAAAGGCGCCTTTGGGTTTGAATGTTCAAGAGATTCGCCCATTAGGCAGGGAAGTTTGAAGCAGAAGTTTTGATCTTTGACAAAATTGACAGTTGAGGTTTGTTTAATTCTGAAAGAAAGCGCCCGTTGCCGCCGTATCCTCAGCAGTGGCTGTTATTTCTAGTACGAAAGCGGCGGGATTATGCCGACTTTATGAAAGATTTCAGTGAGCGTTGGGGCGGCGTGAAATTTCACTAGTGGCAACGTTAATGTGCAGGGTGTGAATGCTGCAGATCAAGCTGTGCGAGCAATATCATATTTTAATCAAATGCCAGAATCTCCAGATGTGATTGTTTTTGATTCGTGGCGGTGGCAGTGCGGAGGATTTGGCGAGTTTTAACGATGAAAAACTGGTACAAGGCGATGGCGAGAGTAGTCAGTTCAGCCAATGACTGGAATTGGCCATGAGATTGATGAGAGTTTGTGATCTGGCGGCGGACGTTCGCGCAGCTACGCCAGTAACGCTGCGCAATTGCTGTTTCCTGACAAGCGAGAAGTGATTCGGCATTTGCGTACAGGCTAATTGACGCGAAAGATTCAATTTGTAGAGCTATCGAAGAACAGTCGCTTAATGCAACAATGTTGCAAAAAGAAGCGCTAAAACAGTGGTCAGGTCGTGTGGATGCGGCTGTAAATGCAACATTGTCGCAACAAAAGTCATCATGGAAATATGATCAAATAAAGTCATTCTTACAATAATCAAAGTGTTACAATTGGTAATATTGAAATTCATCTAAAGGCCTGAAATTATGAAAGCGAGGATTGAGAATGATGAACAACGTGCTGACAATTGAGCAAATGATGGCTAATTGAACGAGCGAATCGCGTGGTTTCAAAGCGATGATTTTAATGGGGATGAGGCAAAACAGAGGTTTATTGAGGCGAGAAGAGTTGTCAAAAAAATTCACTGCCACGTTGGAAGATATGCGACATGATATCGAGGTTCTTAGCGAGGATTTTAACGCTGAGTAAGATCTTTGCATCATTAAAGCATAAGCTATACTTTGCAATATATTGATGAGAGACAGAGTGAAGCGTGGCTCAGTTAATGGCTGGATGGTCGGCACAATCGGCTGTCTGATATTGTTTTTGATTTGCTGGATCTTTGGCAATTTGGGCATATATGCAATATTCCCGAGAAAAAAGCAGCGTTGATATTTAGTTGCGATTCAGTTGCTAAGGAAGAAGTGAACAAGCCGAATCAGACCAAGAAGAAATTTTCCTGAAGAAGCAAAAAACCCGCGTATTGATTGTTGGTCCTGCTGAATATGGTCGAGTATCGTTCGTATGTCAAAGACTTGGAGTGTGTATGTAGGGAATGACGGCAGCGACAAGGCGATTACAAAGCTTATCTTCACCCTATTTCAGTTCCTTCGACAACTAATAAAAATAGTCGGTTTGCGCTGAGGCTAGAGATTATCAATAAGAATATGGATACGGTGCTGAATGACTATCAATCACGACTAAAAGGGTGAATTGACCTCAAGTAGTACTGAGTTTAAAAATGGAATTTCAGCAACTCGGATTTGACGGTACGTTTGAGAAAAAGAATTGCAGCTCTGGTTTTGATGAAAGTTCGCGATAAAACTATTCGTTTTTCAACCGACGCGGATACGTTTAAGCCAGATTTCCAGACTATGTTGAGCACTGTAAAAATCTCTGAATAGAAAAACCCGAGACATATTTGCTATACTAGAATTGTATGGCAGGTAAAGAGTGGGTGATGCTGATTTTGGGGGATTGCCGAGCGTTTTGGTGGCGGCGCATGAGCTGAAAACGCCGTTGGCTTTGATTAGGCAATTGGCGCTACCTGTGGACGACGATTTAACCAGTTCTGCCGATAAAACTCCAGATTCAGCAACGAATTCATTCGGACTTCTGAGCAAGCATTGCAACTTACGATTGATTTGGCAAATTCAGCCAATTTGACACCATCGTTATTTCCGCTTGAGCCGGTCAACCCGCTGGCTTTATGTCAGCAGGTAGCGATAGAACAAAGTTCAATGCAGTAACATGGACGAAAAGTTAGCTGGCCTAAGAGCGGCGAAATAGTCAATTGATATTGGCGAATCGAACGCTTTTGGGGCGAATTTTTAGCGAATTTTTTGAATAACGCGCTGGCGTATACGGAGGACGGATCGGAGATTAAGGTTTCGATTAAGGCGACAAAAGATGCCGTGAAGGCTGAAGGCGTGCGAGATTTTGGACCGATGATGAGTTTGAAGGAATATCGGCTTTTGTGATGAAATGGAGACGCGAAAAAACCGTGCGAACAAGGCAGAAAGTAGTGGGCTAGGGATTTACGTGGCGAATCAATTTGCGCGGGCGATGAATGGGCGGATTGGGTCTGATTCGTCATGGTGATGGATCAAACTTTTTATGTAGAAGTGCCAATTAGTCGGCAGTTGAGTTTGATATGAAAAAGCTGTTAATCGTTGAGGATGATAAATTGGGCGGATATTTTGGGCAAGTTTGCTATGGATGGTTGGCTGGATGTCGAGTGGCGGTTTCTGGTGGTCAGGCGATTGAAATTATTGACGATTGGCAACCTGACGCTTTAATTTTGGATGTATCTGTTGCTGGCGGGAGAAACGGCGATTGCGCTACTTAACGAACTGCGATCGTACGCGGATTTGGCGAGTTTGCCGATTGTGGTTTGTACGAATATCGACGTTAAAATGGACGATTTGCGTCCGCTTGGTGTAGAAGCAATTTTGAATAAAACATCGATGCGTCCGAATGAGGCGCGGGCGATTTTCGCGAGGTTGCTTTGTCGATGGCGGGCAGGTGAACGAGTAAAAAAGCAATTGTTTTGAGGCGAACAAATTACGCCGAAGCTGACCGAGTTTTGCAATTATTAACGCCAAAAGGTCGACGCGTAATCGCAAAAGGCGTGCGTCGGGAGCGCAGTAAATTAGCGGGCGAATTGAATTATTCGCGATTTGTGATGTGGTTATTTTAGCTCTGAACGATTTGGGGCTATTGACTTCCGCTCGATTGTCGGCTTTTTATCGGCATATTTTGGAAGATTATGATCGGACCCTGGTTATTCGGTGATGAAACGTTTCGCGGCAGTGAAAATATTGACGAACCAATAATGTGCTGAGCCAAGTTTTGGAGCAATTGAACGATCCCGCGATAAACCAAAAATTGATTGAAACGTGGTTTTATTTGCAATACGCGAATCTGCTGGGAGATGAGCTGAATCTTCGAACGGACGTAACGACTGCGGCGCTGCTTCCTGATAAAAAATATATGCGATAGTGCGGAAAAAGGTTTAGAGATTGGCGGAGCGGGCGATTTGGGCGCGGATGCAATCAAATTGTTAAGGTTAATCCAGGTATGACCACCTACTGGCAGAAGTATGGCTCAATCGGCGGAATAACTGAGGTTATAAACGATTGTTGGTTGACCGCCAGACAACACGCGACGGTGTCAAAATTGTCAGTAAATGGTATAATTTAGGAAATAATGTGAATCGCCATGTTGCCAACATGGAGAAAGGTTTTCAATGAGTCAAGCAAAAATGGAAGATATTATTAGCTTGTGTAAGCGGCGCGGTTTTATTTATCCAGGGGTTCTGATGTTTGACGTTTGTCTGGAACGTGGGATTATGGTCCGCTTGGCGTTCAATTGAAGCGCAACATTATGGTTGCTGGTGGCGAATGTTTGTTGACGAGCGTGATGATATATATGATGATCAGCGATTTGATGAATCCCAGAAAGTTTGGGCGAGTGGGCATATGGATACGTTTGTTGACCCATTGTGCGAAGATACGGTTAATCATCGGCGTTATCGCACTGACCACATTCTTAAGGACAATGGTATTGATGTTGTTGACGGTTTGACGATGGAGCAAATGGATGAAGTGATTGCGAAATTGAGCCCAGACGGAAATCGCCCGAAAACCGTCTCGCACGTTTAATATGATGTTTAAGACGAGCGTCGGCGCCACTGAAAGTGAAGACAGCGTTGCGTATCTTCGTCCAGAAACGGCTCAGGGGAATTTTTACCAATTTTAAGAACGTTGTTGATAGTTTTTATCCAGACTTTTGTTGGAATTGCTCAGCAGGGCAAGGCGTTTCGTAATGAAATTGCGCCGCGAGATTTTGTTTCCGTTCTCGGGAGTTTGAGCAAATGGAGATTGAATATTTTGTTAATCAGAAAAATTGGCAGGAAGCGTTTGATGAGTTGTTGAAGTCGACGCACGAGTTTTTGGAGGCATTGGGATTAGACCCTAAGAATATCCGCAAACAGTTCCGCCAGAGGACAGAGCACACTACAGTAAGAAAACGATTGACATTGAATACGATTTTCCAATTGGCAAGGAAGAGTTGATGGGAATTGCATATCGGACTGATTTTGACCTGATGAACATTCAGCGCGTCAGCGGGAAAAAGAGCATGGAATATACGATCAAGGGGACGAATGAGAAGTTTGTACCGCACGTGATTGAGCCGAGTTTTGGCGTCGAGCGAGCGCGCTGATGGCGGTGTCTTGTCGAGTGCGTATCGTGAGGACGAGCAGAACGGCAGCAAGCGTGTTTATTTGGCGCTTCCAGAACATTTGGCGCCGGACAAATTTTGCTGTTCGCCAGCAATACGTAA + &&$%),+?C96867/.-/'$$%%&)(&''+2-%%&#'076/.$/07+*'/3-2%)(()%%%&%$$%$'#%%,,*)$&.1*8====;>ADIJGHF==1+8?A@8;AALHFGCHKJE<<:*)&3?GGJBCNKD>:88225A?B;9CACIA02DDEGGH@CBC2+<69DCBEA?DFIFAGGF@BGAC9LFA>;4,1@AB:??8@JKEDEHCE>@?@':21')-79@>7&3DA@C:952:;6675&&&()(5458-&%&''%008@AAB?B??9:798:;><==>:C?A8C?0/0=?DAABABA9EFIIEEECCC;<62/,-(%%$0')(&')(**113.,&%%%%%($%#%&&%%*/:>GIJ>A2,-3*.-370577553,$%%((.-3;<==?;/57<<@?;==EFC>CC<(,==(8&,;<6>B@:9HG?A=DFCCDCA-1=;896:65.$125786,:=@??>=;:<6++(''29;?>DGCHIE>'$)+44),-%%''7+#&/3==?;1/1.*.,).-+.,%&-$&,98965+'(-#$$$')*.32/,$%&$(&$$%+&=<4:4B@:DAA?7;DDABCA?=-,,=:46?BDDIEKAB><*<>B@=CEEGGD@>IGIJ;CA;A=B@ED>6>>833(')***&%*.&+'(($$$$$'..//2C??=84@ADBMKJ;CDC=@ACA=?BA@=4)31/8?@8=?BD9B?9@:=<;?A99+CE?=5B?;<@8;:867;051=>=::;655B<:'+(/.47<>BA@A=?:::BG<==92?A<>@??EEC9>HF@8:;441B:BDG>ECDGFFJBD@HCDD><:866:@@>ACJJIL>CCCDGIJJEBC@<=DACB<%*+$3/+-55;<88:CE>FFLALK;AHFB.CBBAFFEBCF?>9:<5>+JHCAAB@;C=;EAI@E=@D:('CABA@++.5AFFDGENFFG<-KLH>9:=?EEA@B=;@MP?JIFA:92EF@FGCC<@=662/671;5(=>@75>DFIJHHFAAB;=6=B==<;@@?@A>C(8/177>:67255=:<<;7@>=B?;=@=;8*7;==CIBBCEDBBAHH40.-..1&-<;898;@>;1&:9:CD9=@==57;>EA>;3637>EGBD==??447>:9<=@AB?@C>?FD36B?BGDD<;8;2:96)&)(-,)%('.%(668=97:7))))7563<9>9:'+3(*()38CE>BDE>:4)+0=>@@D976AJ:AJ@@;%,%%(6DGIHIFDGPS9@B>FNJDA365/()+,/.;99@9A>>*%&'&,/0/113/,(##',&/4?AC9E9DABKH9C>?GDGDBB>DCDADIDB@A+?425:7(+6-*19::FCB?BAC@HAFB;KD<<@G>?,999:($$'-/24@@?@98IDC4.CC>B=><@B98:<=?;:;99('<>DFFFC@B=?<ACDED>79>AGE9EA><=>35?A6&*;<989;:.%'''(::?KIJCEH@16D>DLJF@BDF=2&'/*$(027707569-::9AB70<93:7625:2:7FA=>@CC@5;==C?:FEDJHJA=D??GN.AAJDGGG@224>?AQGIIFE<81B?E8--7@9B9<=GFGIC@A72110?>2++(,=9:>@EDBB@HG?B?EGBGCAHKF>?KEDA?CB@A+<6+321;6513+0>4@=9>><5402//-&68:AEBCCCFHB.7:-2;==,9795242349./0357;=:42>48779>BJFAEGFE,=ABEAB<;9BACBCDDB=?DDCD@D<=--,-9((&5..2))+--**(()%&'+/*(,))()+$1668:;=;6@354651&1,ADFB@?-94,@@HA@92(::@JJHACC34IJBDHJH9:A@@@A>>C77*.@.2DA979==9BB@1-004795,%:81'4=<8>=8<@@E??@87>E8BGA+'=A>=9<8=:6;2D@ECEFG;EC?59AA>BCA@>:<:-*'240('&%0--)654101/48<@=??@BB>E=?@8?JL;BFGDHFF?CA=)%$))+-'''--17111299+-23-./*%%($#235347BBBAGDG@AEI?@GF=A==5BHG6GBFDADE@FGD?>-,.9=A.4777759=<<;=<>?>B4<=>?@A?A<-=CCB9;9<=8&$$&&&3::;<<9*7::CDGG:=>;9:9:BIIC@HGCBDD=;32.+,($$,#'..99=@=@?@A@CG677978;/>69@F769:@DFE@0*,::;<=?AA>8E.E8?;+@>MCG=50A=EDF>?A:69A<;-AA>>EFNQJGC?.4@A=3>;6*?*<@?D:*9<@7'$,&((()@AHF?==:8)**+)),.,*%/255=<8;A?@>;75@BB:0,2=A:47:*'CCELIIDCD<)))(7-BD@@:90-,1=@>@CCAC<>EFBB==;??@:;@67AKKMEC>EJI=5?BA>=<(+).(&631811%59GEB@CDA?ABA;@CDFEGGD?A<::@?<;*1/2,028BFBBGFEHCFD>=DFBCC@>68FGC>AB9=ADA8:9BD=;E;@D???E;>BFHJ?=EH@CCEDIH@>><:FABA?C?BBKF=EFC>=>=E@BDE@AIJB><:*/+)1>?ACHAAA@>?ACB@=<)*;:<<9?>F?>;:552402=DH>>A9@BFA2HHIEKHIEDDHIGC?9;CDCAD?4&)+*+45/,+($$#"$)%)230<>;<=;--..&1/2+0/-..01.6=>A?DEB>05=@F?BB6./85577?8<=30?@3?JFG>/845//A=65D>A@;097:943&$'''+398AB3644'(9B?CEHAAB?<=<5B;2A=?;=;)$;;B3;97./&$%15)+%*6E=;==CAA@*;=:&-262,%$''&*'$$&%':9@@4.,>:<<9??B54CABEG@BGC>ECA;DFGG>=6751*-36*88><@AA>->37,,-#$%,?BB@BBA>>BEACB;=A36@FGGIGBC:EA2=CHHGBGHCF::BBA1==DEH%)$<7583/3.))(869@A>8.1479=>=466@DGGCA?@;AAACB:89>;<22(67=?==>25(+?95/+)CAEGCC>A@=DEG<6L=E;F=A@@@DB<2:-BAF;;1*(2012$$&*&$'$&&006?@=DFFE?<06FEEAIBB?6F?=AEAG?BCBH?=B;DHEIHAEFFA::8=98==<>730&-0<9CICD?CDD@<249;9(%(:>DD?=>@=@GFJJE@960-.0A>>?B6(-+23655=>@;EFCHH?FC-)%4-0$%,9>=<<<==IEFEF??;<<=52>;:-*,$)(&'%%5;@AB@?=2433:A>>8A=87:E=?C>320+<><<>CDEFALMJ>?>D?AACAGJK<;K3;AB@=3BBDBACB@A114(;<64,@DD5AD@@AFC8?HHAGDDB>>;;B;@AFEFHA><>777CEFECBEF@;<687*%#&',''*'&%%#%(-100+&&&$%&&'5*747EFI;D@>ECAB=ACB?A?A;9C@@HAAD9A>@BD@@>=?;:>:::EEDIHFHJK>@F;8;>E65358;;@;@IED@GENNB7-+;AEB???EB:>+>=>><32323EC>B=;F=GF:@EDFGJHEA=B8946>647:?>?@?@@:?A?KKE><@@=?A??D>?6%.*/650),$*+.578;<@@@CDA?=EF>888KIGF?B=/452*&@;;<@>C7:FGGDCIECB?AIEDJ@@CDJC?>9$,''&+&''%%.2-1?DD=BD?>AE>B=@BC94AB?>0;?A(:CDIILCEF?IKB8@9D<8/598<<;<<<10/.0.222.3(01354-23669:=DI>DFIJMH?<=*%%&''-9>BECGJJC@=29)-1,*('-*-+7955)&)*%&%..$$'*.31655@GHIFFHE@@A,+'()?A>?B?,(..$%(*1&%&#"$#&(+45/(),+687>EBABBDH:994<<<:.//'**/6;<<:=98;9=468)%$&-0')0&436430((%$(((&+*-,--,'43897=517<68B:=DCDIDGA@CGG>:8==@?BG@<646%)$$%&%,',,+*./,343:7<<2('&'%$$#$&&&(%%%%'$$'))('&('&&&)%&'%&)'0//.038;<<==???;:7*(%%%%((&&(,'(('''4>@/>FG7646),%(*$&$&%&&'2275;6$:138055@AABB@<>>E<3D5:7?@9CFHHK@.@IADDBBB501174%(),067>?FAJGHE@11;57:*9?BBEKIEF>A:EBDHGC4**+,3:=>=BA@=??F>;BA?=:99F@AA8=FFHHJ@@?@FG@EIFAEID;>=DC7B@A?@9??>@8<@DA@<79C?FB>/%%(///46955AC=?BA98910ABIADADCAA;6<3..2-.#%,01111./*)'..-*0/122>@EGI?AGGHLADACA6?EC@@94-34679;8:9=<8775662$&+$$++->;99=7-+47<<::((335=@;<;766,4(0,,(00A/HJD;CE?BC=?FHQ@@DK=42/(63;;==?@>0)(5-&$"%'&1(89;,*:=?>2.2574.;?A=688/3EGECEAHJIVKNEG?;F>@<<=D;);5@D@.@?:<0=F?HID?=;.-++79=@B7:<<=32'-4:9@F??EEFHFEEGC;?HH9:D3DJJB;1,%,AACCEC>9=<:;A@21864/.*'6:ADDE>D=>VSEIF56@@B?@DB?JLIE=DDDGHFCB=?CHAFE>>?FC:CC:<><;37%%%0*..-/:;;<577@@>?;;;;<;>648?=>:<:,&5-,*''''&,-/4%'')18774..78<;<9::95'-32===<<5A8?36;>=?1,-@8GEDBB?7:BBHICA8;7ABBABHNHG@AE@:D>=7//,=BCD?FJNC@EJIJAA@%&.13536139DGE;8?622@B?=A@D68@>GFDA66@CDEJC@DFNLJGA?GF?9;@F?<;==4626>>BA=A@<>@=--#&'&)784+'038C8CFE@ADECC@?EJBDHDC>=&'&;=?AB??A>6:<.7:13'.'%.&%%#$)$&.=;:5))$$$)(0138>C6.%'26(,(211.''&$%'3@CFLHIHIIG:AA?D79CAHLBEFFAJI@>@@@H8;>CCEIJGAAA?2>;=@A@C=?C>@@458;>F@=/-5<;?;?GF8>>;9;<9>AA>@CDDBECD5AHDC2'&)*55475$$$)&'407506;;;>>;;=<=B>=5<-11&&%%%'-83554')&')$&%)(2'$'(-,0+&&%+2+...9;;9>?<=A@B:D@)CDBD?A>?:@EIIEBC>>985=>::?:7DB=CEE>@?765??B9AAAC8959FCAB>=FFG9CA=A@EAIJCDDG?:+DFBHCEEC<:=?DFCGFEBC@7FD?EBDECCDB9BA<9--.*=5:>CA=@EH>?AECE?>AC@BJMKQLE'%@@@BGA:@;?DCF0<:;@AJFDKQMLDHCFC?B<<>=BBAADCB;14/.7*.252;;>;8@?/027+>>96A@79<>@?8AD=?=I:B@@4:88A>DD?DEEG>CGBD;CBAAFL@MMGEDGE>BBDIJACAGKKFLBHG>ABOB>8/28064305CCF>=>IEHJLJE9F?5G4<=:@CED@3537H@CIIH56990564:@BE:==C>?<68::-:=6)0&&$*114AEIJIB=?BKH67788)?>J@CFNNE@??9DHE=',+04859>;LBFDL><@?=%'?:11.006788>>-'431==@?AD;@1---:8FB<=>EDBDEFBGFDC?DHGCBHHEF?ABC>)6@BFDC>DI@5;AGHLGE16<7EG8<278;B@>ADF569:173211016122;@B@?7*7/7;::67@BC8ABBBBG4.>CFBA8=?@BB>A?FA=7>34;=>::?@AC4ADE@@BHE:EBBADCCD:=>=A@J2'/@@BEB@HH>=@?<<1),4*,/-(+/%+(','*+&$&%%1.1./.'(48/=765,*)**+2A?>@:CA8C@C@?ABBBDFDB<==612/0--;>@??B?=>7:<=<9;;BA;A8;=A?9;<@H?AACCAIITBGQNH;FDBFCGPFF=C?D?800&&$#&$%,,--.15>BB==@=@;A>?<=>*$#%%'))+.--,'&)8*:;:;==EC>@?B?B9DCIJKFIBH?=97::=5?12:;;?9946>DAB9>;-.((;<==;73>>IJK@:D@==;9937055C3=@CCHH=G>A7:<>FF>:++$&###-2?ACDDACEEHI48<=AC:=FGGMBA?RNOOI?6@FGGLKHGB>FHGJIDFB?)$($.->@AC:.DECCKIHEKKDBKAC>FB@ADB?BHKEOOPJJD;@?GBA@>?;25:<>D>E09A@@>C?:=<>=>3+/>?=9>:4:C?)::;B<>ECCDDC($##&3<9=7BDGECCFFIIE><-.0..'&$,$%((')&#%%%./6B:,557:-,,)()'(*(+=>@;))@FGFBGGDFGI7@EKNGLG?BEFBDFJCFHCLLK?J@>@DFNH>-44-&*<:000-3=>>@>?=<>>AD@?ABCBC>;)A==9=:;6FCGIFABJEA;CHJ4698,96>+5;<<56ABIA;/+9@CF;>>=(,@HG?FCHJFGE6F89C@>ADBC@>?16135,))$$()*235$#$&))1<=>>=6&$%$%%';:>-+4-/03/..,//118;=CE?CFGDC@BGE?RJG==<>DKHCFG837&&8D77@BLE?ABC=>;<=AC???>:1:)+)@@@@EAAB0-AFFEHFKKAED==8?BABFDFGDD678GFA>ACD@?>>C@?AABA@F@?=3(6;6)%%%3437577EFAAFJBC=@9:?=3@::FED@@JLOC2DBB9:>;:BD?H8:CB>)>>:74;=ED;7;8758=?;;>A:@5BA5A>C;C9GBCA=;@GFD7HA?:<<)9>>@;6+>CF@35?==?F>96'+)))26=?><-94><:;/*568/2''*56;<<3:1:>ABBB?C?A?B>BD@A//HMVQJJB?@><>6;,3.$'&''')2<>?>9;;<<@@HHIE4<9CC<>CC?BFCACHI?BBKID;=;>?F9<>CC=,--(&89;AB?>:C=DBA@AA@?1///))*-741)(=@;:?:45=>;71/).71<8;79;4(*''/01*)(('(,3084>4?:8;:=31'%%$$$$#"&-/,+-.666*+($(*(+)&'&&&#)2/13524307<992>?B?A?42B:C995'<:@?51%&$#%&(,+-21*.,'32<=AEDBC@BC<2/,,*%(-=FHHD@6>AACECAD?F<8>HGKMGBAC<<2678A@=CD@;=8:6**9=B;A711==C?DCBDBCDB@8C@=79C:A???@8<;>(HD>GHIBACDHE69<<;9GECA@D64:+.92889;D==ABC;4,,,8599436B?:>>?);D;<;<=:@A?AG@=??I<=CH9>BD7;@BEE>GH>@AGIICCF<>BI=;;8?ACG?AA:BCBFB=AEBBA5B=BEGGB??B>>??DEJIMLIG;?>G@@@DAMMG=>;3==>=>AA;DECJE:A@AA=9IKED>=?=*->;>>A=<9549:;>AAACA(&);9:80:8/-9%,,,79:<9$//238-($%%%%78<:;;CCDCDGA<;,-'$&)$%'+$%%0@=@?8B5;;=;9?>CGD?<9'+%')&)*))%%($)*,0458(+3*/11.0,,*)+7;..97:==C8>@@A?9BCA:<>AB;52221,,/4:>BB<3A?.>8>FED@9+--(.714,*(*&'&$(#%&&'/21196)*$$$##$&&)''3+>.<>>@FF@?C/2*?B@4;5/5.1;>::=6(&+*('#'&557<;FIA;<=551&748?7/6=?;,/0:9=?ADC<@1168>B@CCB5;EFHE:%2FIC>833'((666436,666,)*&#$&''%)&+9:5<;7<89598'*?C=CHHI9:1)#')&#%+++)&/$$#$$*%&$&%',$'9,)($-(*/=A?C>BI?=A8/0*<49=>ABB<>A@@C52#%#./34::,8=>1'(%%&$''%$$&#%%%%&<<<4?@BDD;=@?680.')*+,&$$$%&('#$#,#"##%%'3;=;8952;==?>CDF@5>>@@:7///+HBIEIF@B>E56DFFH@:9=52=64,%:9??HH7>GCC;@B27=>?AACB?@@B<;@AGI?>?;27;=>AG84'(0;>?GF>BA:7C?;9CG;D?:507>@BA@DECGEEFGBB::?B337AAA)2??C@FOPOJD9BAHC6?@BGE?8=67=97;6;9?=HAB:=58=@B877A:7*8865:?BBB:800&@@@CB:@FLMEBAB88:=??=<EEGDBDC:8@?>53=%@=ACECEE@&,,ADDEIGBD>BAEB>;:=DFEHIIDC>/FE58D==*-9<&(&&7/88DD:FE13;8::9-0.-:=@@>?;(79>?BCFDBDH;A7:91:=?:?FHFHGC>>=8?>:BA?GA>BA985;2=@>A@DC@JGKJBDAC=2<9?B@@A>?971@B?JCCFGFA7,&:;=FDEE94;$15::?6>>61,(&$$2+*3=>===@B94/3><<=?=B=?D=DG?9><@?DB=@>;:9:>A@?59>DB=@AB=<7JF78/1%&%''('*--0546.';FGD?CFKKEEJ=H=BE???C5DDB@??CA@B>6:@AA@@9>CA:9;;1579=@->=@:::?870/0114.9A?A>AFDFHJJI<@@DEGAHIGHDA?DCDD:=::<44653&$%&&(%-%$$$%$$%#$'&..+')2<<6>>AACF@-7:BHC?BDAGC?GDBDF@E>B9=HH>@CA@>@GDDH>CA?@0787$&97=AB><99C@876%4;=@75<=CAI@GD=9AB;<29.*8>@><8C=8@:=9D>=94($&',,-./9<>??CECFEIG9?B>=//<7::38.))+,279:EEB=>@<>CA@9:40;98>BHB89>?=:68%$,)*(((('*/04999@EC4GHEDEAE;8:B>EBD>?HHFEABG>B@E@GMLHFJB>A>?C4==>=@><;DE>;:F9EA=>IG@B48688/.-)-H7387:B=CD8957::299;FGIIA>GFD;<>@>>;56*6>64;:<;(*%(*+++(((&%(3*92BCF<04+*-$,/+(+/1;88=?A@?>@CIBEGDKJ=BBD>;F@FFDLKI3;@??::8BEIKJI@@9;<:??>@EB85698;=@?:364)((&-/:97@J7AGDC;=;DD??B.,;;4119?@?555<>=7;<5**--$&%&('-%%+#$&((130870)@;<=>A=843;7::?A8;=?C?<--0/.0%.4<847:??>?@?;;:4&'%(()...1.)%&)()&&$&'&%)&'&&&(-08+:=@==7689-/-/103,)$'&$(+).-.)/BB@B>@?@7%>;99=@AA@B.8;>;9<<1*,(--020@@>4'7::?:>:?;>@@DA@>?@?6699$)><<52257762267186EECDFB?7;854=8=29;=?>CD?AB:?H8;;B<<5<>C9+=6==A@=E;685DDHICECDC>'',0582665*249;:4<1(49;7)<8;=C>?9<>?>44578?>=<:BCC<97372;82748>?BA?75'**44:D;98>B??BE@C77&9;?@?;021$#(7<:BCD5:@@;>7>AAGEEGC98.,4376::9DHHCEG<9:<9EGHIIGBCBC.)2:3+,()'%%%+(**,+.2?B:5=9<:8047'13699:==BBCG?<9BA?:EEEHBH=B9/16:6><>>@BA@=>:48:@?<7@<3?;54;=:*9**)7:;:7:=C@=66<;;76:=D>@CCADEJGCD86=93+''&$$&,.-/8:::FFC:BCD:DGGB?>579@DA8:;>.*?DC;@<:756782284@CA98AGFAA??ED1-96=;;@F;54&&6@@>5;<<48<;*,'5668@;=<><:9/-./()+925756<<<@IIGH>@?969@>=GDDJK?9;;>B@A@=><8;=>CA3/$%#')'#%&#$)()+%%'&(46CEFA?5:=<>BC<>@B>924%&%%$%()&2/'($&**/*(%/..-1787?1;>@JMA@CA@=;=C/35@8A>??><=@ABD>-02('&',//*((&(,+.+((.&&%,&$&%++*17:BA@1---.***(39;(<:=?CHF@&''>=5>;?BBA>??@>>?;<:BC1<2;:?1;>:?<7;55979:76&&589?AA@ACABEE977;6?F>DGCFAB77-$(.0''%')(%+$%'$&'$+-&8/*-*%##$$%+/8?@>:7:<><<7./(&';;>>9770-#$$.4,(&&('%$$%'''%$#$&*'02267B<613,1>CCDCCDKE?A?ABHH=?CB9EFINGBBA8=EBFGIF??2=97:78567--*-8/,/B?=>9;@?7)6768:8::89::9E=?9>/,'677####%%&305==<;?;29*($.=>F;4)&'<;:7320771((,++7>>@<79==>BBC?;ADC@@/-%&$&(**&#$#$(('9:<@BA=B>9BEDE>>@@4553,$'('*+-(+(*%4&*62562=<<<89@@;CEA<''($&'',-/4&1-+)7::;8896;A5?CA8;7..52+(69:9A1D>@@<>HKJGGA::@@G>H@=+&$0:3BDDF;<:9;@@@@CDHPGLJHD57%)2/197>?9=C?J?GHEG@D=;BABG?@ABBIA@?<==FF?>CCED;<>@IKF57<;??@:99,%##%($$$.31'%&%,,0:<:67;B36A<%?CGFAD=<80000<>>?9:*24<>4;;;95871,4./>B04<:;B;9=74:CDADFG;:<@>BB?EJF=8:79253/4<>;@CC7486=CEGEEA;;0=:I@@;:+*25<7.20:>A><=@AFGELCDDFCDG=85.&'87>768<;DE969<)/CLA;;=:05:;:<((:.69BD?:BBD=B@;A41BA@@>:57:A?@>CDJID65<8:86>>C>8;==<>@794945066=>@2(%,'$%*+./1$%'676>??BEEC;94:?AFHC.>=556A>/.21:/2:67999;A?4?99;=@E@B:?71+.448>AB@?@A:.:;?>ECE??GC=>=BB:5;44<4337=8D<@CB@<=>=B99==;;<@>===FD>D=:8:;95BC<8:039*%$$%-1<8134433-9?47:>>?>3++245786=D=B@@@=7>=<<>6>??;4'+.;8,175<9/2/01'%/378%7<<:.4.9:=15<<=>@?ACB@C@BGGD<8E?>=BAGDB??:6:?:/.,--$()%89::?B<;9=9BD9>AB@B8:8435773$#$##'##%%-15:)$),38@@>BDGFDFBAC@@/388:.9;@2753%25;>GAEA>DB85..**%$$%$.033+())***.0$$'?=A59=832+::F=E?,(999;./0('7?@AA9BA?FC@7<<9<9=BCECFJI>??DACDA=;11FBDG?>G@?B@=AA>@A>AC?A@B:8@33=@B8=8;;F=<9:;C?<>><9<;AC=1-:>??>799323=?4/%0::46@<=:,=>=:%$$(.,/14><><77::0&%)7::D?@58<>:::8;<;13::9/654556..0395788?9>AB=<=>>*(&?<>CCGGJ;<8;ABDGHFCIJJC:=>%574469/-03>;68>?@:-,#%%577<=<1.34.=<>=?:=D:9@DDA<8:?BC?672=A<;ACB=>569;=*<>:BBDDEFF;FGP8@@C@==C<:;@><9;9,,/9;5&*,+.2-8>98?:BA3;?@99<;60.+329?@>>=8''##(&15*(>7<==?7@A@?ACA>?A>4?:;>???:7;860012+*)*'$$$%01=>>9=@6>EEBJJHG;;>BDB@?@?B9:6>AEA?C6?*&$0'-()*))/-%8:>=@DFBB<@ABDD>@=DCDD><=??8B@==A;>AEFEC;@AABA>6%+0%*152+32307>94*,&++$$&%&&''$&(47%,168;==>=5=?<<9<<0)1256=?>9*,+)(#$#$+-/262+&$#0188<<=<>FGHJI=CFFD89??A><9:+.)3034))*-0/4528<;9@B>@<;4*)<=@:?-;>@D>AA@?=CFFDFD>9888222(57:;A@=@JHEDEA7899<<89,;:33>?BCCDAABA:>:=>ADF;=>CA@5456,($&$((*%&=9<;6,:>H=GJD=@?-=68=A?AABCGDDEBBEIJDCA>:615?@CBDA??BDKHDB>@C@HA?ABCE;;=;,-/=5)40-'%&*&&::;=::AG=<@JD?BHFB@=:=:85155/3387-05;;:<5:>C?@DI>6/?FGGIHD?865.&%%$$%-2/<=@D??<.18F@6?C=?7@@E>@AC>=>B><=9@=@=?=FED@@6+*.4;>@ADB;<>>6;$)*;9>>@A=?B6<=+&&$+.-)-//0/-10/1+7:8;>ABEABCFHD>.:3;-.)02;A8:=:=@8.(%$&$./32-.2))(%'77762$7788:<;93,(()&'''7<4:;/262>3=<9?9,8A@B=79<>CFE>?>=@2A849>6A?@D=EA@GLKJHD@BJDGGE@@914ALEG:G45B=@C?@A>;63422-*0&'-()#%)'%&%&,..-%&&&&%$'&$)$2(&$'(*).576:9BKGHF7;CEEB=:8:EA<:<1$&()454-*))*0/&)*')20002537400113577'=9>0-1;?8;6455:/41027;>;99>:59;ABC=><<5)2015>?>>@;7590/173:.7/3448;<=>@DDB;653..'&38:7/22FKEC>::CD>8BBBKKKIEPHDADBBA;=DIF=?,'5;9<:.,)3@?:CAG==A@<;>?>@C?EB;-/<57=AA=3+=75:8*(+)'''--1001-#&+&$$#&)'##%#$$#$(&%-.20--*%)&('#$$%$%*,0/((&&&%''&'(#$$#$)+('(&*$$&##&,()&%$#'12/--)).+38>?7%%&(.0+8756''&+.-09;<;&$,/&'$(668:9<)''''@B;<407>:DD@DNC?AB@2?;>FHGHHH>4()%+0%#)).38>FFJABDC=;BDFF<<=B=9=972'+*%(&898:3772)&%$&3$,,1032>>/DHIGIF:CE@CCC>BDIECCHFH=A?6@FG82/%&&@>9?INNMIROKFJBC/9>B@?AG>??/&$-4)+*&4688>=>>=8;62514686)55799<**/&%&((%,24/<*-+1+%'#).749CE3.@CA?5444+-9>B@14<768==@MGD@59@ABB?@ACFA?4&&&:517/?><;9;<=3+2:<:=?774-3866+.$&%$')+43799=/47EG;/6,(:<<<<;;/++-&$'%+%$$#&/('+9<=;>BB@7<69:22?7=/;@?)1&//DA<;;23@(A77.;./;AADG-:98:*%$&&%$%#'31332.1?DAABB:896//;BAA;::4($$%##-0:;=09/79;<'=>4(.9==;<6787HIB@@:>@A=?744.$%4;9;=@B@C>>84>>>;89;>:=?%%5:;><3/56B;>AD>=?AIJA;EB@FGD@A8A81+...77(8(1((<=A?@ACDLHEF?E?B><=:/A79CDE;:@ACDD@ADC?FGDAD@BA@G@A@'+2/.1<3EEBAACKH==@BD>=6);B@?CDELK>>5603;=ADBEADFB<;@>BJ@=:3DA@>DBBF*??=@465%$&/&%#%'69;?EEDA48BD;<<@A@>:BCD@6/?9/))>8GHG>GD@@@CEDA=@91045@AFDEE=5?>AHG?9><<;;4>C7@>;BACBEHBFCJLJEGGF/6=BFGFC158./)&)$*)%*,($(&')').(.()8::>A;:61..*,111)*78.19::;7201-/4(()%%#&(*,:=>?:C=.,);>@8867433:5;@@<114;@97>=>EGI<:==AECDHD;2)+++8-99@28>?@><;A;??B@??A@?BDDB@AD>=?C;A9:=;36::/2;6410'())%%%$$:>(;;92/.(,)8;<@AB=<8168899:6;;874=><;71032=109:@>;>:>CF@76A=@@<>9:=;74;;99::?CDF::@>?BECBAFIHEK.=7GGDEB:;ADONG1*-89?:D0C?2((:%)'--35240-&,2:==8-AC@=A?@><3A=B=DDC;>=F=>;BA@>/<==?GBGBH><@CCIECEEB;>>?B;-.,/)&('%5469)#$#&())94520/%'%+9;?HIDIH?MIKYQQHF=33=@AJLK=C@@CF8>JH@@=>*%%0-89A/+677CFIGG?CD?A?HHCA?@=EBB@82&&**($#%'$&$)*%$/:3?B5;KMHCD?>?:;?EDA@EEDG?FFH::FDD;;>BMILJJGF7-2,&%(-,'(.:B2/B1@89;9C<GFA;,*/99:>AE?BGHG?6ID?BGD=DBFHKLMFE>5G>BBBFGIED@6@A@<@;HDC==<@KHGKBAKJD?B?C<;?EEB9466-&0/1)###$%#%$%#$$%%(.%%%&)01676<888>=3+(%$$&$(64?HB;;:68>>DHANMFDCDEA=96>;*:>=?:4,%)1CBCF6DHH?7+BGAFEBCB@8:G39B7<;><?=;=>AAJJJHEDAA>879A@=9AA@DCCCG@C9,0<@FEEJ8B?A@@:1)0,)3+*&%%$$(*93%(+1+/899862+%'$144)%&'''%+&&)220.3:?BA=,,0/-&&$$$*(13<>@?>9G8:C>:=>@@7:ABE==89;446;;>:&&&4339B=8657B<;=>=C<:0,&%)%&09;:<;?=CD9468:DEIA=D>5&&9+;=@;)DCD@7CBA@@?ABD??A9@D>=?@@CCB27<69-+))./19<<<><;?>7:8986*+&&&'--..14/15788><<=;;*(*#$$&(%$+%'$%#$$&)'(&+*&&&'&&&&&+0-013:25857@:02027<>>-7==96)(-6467=7<;:9:,$%%')4435*)))(&$%#$($%$0232.399=<>??@=>C>:BHDDEFC)74BC@>@ADGCAH?EC=@>BC@AGF?EHIEBAGF;AH=,9>CFD@?BDF<98CCBC8=:;195<7A@?8BDDBA56A8<98FB>:DA;@?AD;EC,0+0)&)+@E>HDJIEOJEBDE69B@A<2'$$&&%$)((+89<;;=<>1'$&%*78=A<;;CILGFCC;2%=AAAC?B@?A><9=>87*.//%%$*,,.&$&('(*,()().,-&%-($%$%$(),/(($$$$(-+--.1&%%$'$#$&&4?;/++=>@7?:>AB;:=2<AEIIF9=E@48@?>@AA8?B628::88?A@AD?EINO?59BJJC;@B?DEG@=>DLLCBFFDC,.)+7BAB900'('(*+%$/*0)+,/2+,%%%'%%$$%%-''&,)'0/+0&87@CGHAONDHLGGGBEMGJJ>:@@?B?@@;8>:?0=;@C9@;@>A??B??D7:>>DD@;69>D:<@;@BHEMIJJFBBBAC97A8>446=9@BCC:<=@;B@>><;8G;@=HHIJ=A=?@>56>BDFD>>;?@=@A>C<>;14:>;@A@DD?CDEDCH>H7@BBAB.EEFGEB??><>>42367=>/;<79522/15%<9;=9ICCFEB6?7=>==92.2*&19788+,,++3569>C<::2%+&&#$%#"#$%$#$%&'0:<>?C=B<::6357<2258/+0*'()())+278<@><:;A@?>>>AGC?>62;;=?ADC=<>E@A?>@>DDCCA<-+(28>1%16<@DD9;@AAB2/5>GHD5CGA7:=:ELMIB.9FE?GEHCCC99B@DA@HFHIF748ABD<@GGJJFFD@A:8139+&'.2,.79@@@EC?67./459=>@9@@4?>;7BBEB*I+?51A9;>>GFCFHD=C@<>@DD;>@?>CC:218;5;;@HKJ=:(((*129:=9;<343+($&()'*,+*%%)';<9:A-=&7?@?8'*++) @SRR14011045.10936 31d46366-9feb-4bf2-bcc8-4d53047522c3/1 GATCATGCTTCGTTCCGGTACGTATTGCTGTAAGGAAAGATATGCAGGGTTTGCTTGAATTTTGCACCAGCTGCCGTGAAGTTTTGAAAAAACAGAGTACAATACGGTATTGCCGACATTTAAAAACAAGGACAACATCATGCGTAAACTCGCGCAATTCTGAGCGCGCCGTTTTGGCCGGTTGCTCTTGGGAAACCACCAACGAATCCGGCCATGCCGCCGTACGCCAAAAAATATGCTACCGGCACACCTATCGTTTATCAGGACGGTGCCCTCTAAAAACATGATTACAACCAGTTCCGCCCTGAGCGCCGCGCCGTCAATCCAATCAAGCGGATCATGCTGAACACGGCGAACGCGGCCAACATTGGCAAAAACCGCAATTGCCAACCAACAGCCAGCAACCGAATAACAATATCCCCAAGGCCACCCGTCTGAAACGGAGTGAAAATAATCAACAACATTTGCCCCACTTTTCAGGCGGCCTCAAATAACGACAACGGAAACCGTATCATGGCTCAGACAGCTTTAAATATCGTCATCCTCGCTGCCGGCAAAGGCACGCGTATGTACTCCAAAATGCCCAAAGTGCTGCACCGCATCGGCGGCCTTCCCATGGTTGAGCGCGTTATCAACCACCGCCGCCTCCTGAATCCCCAAAACATCTGCGTCGTCATCGGCCACGGCAAAAGAACAAGTCTTGGACACCGTCAAACGCGATGTCGTTTGGGTTGAACAAACCGAACAACTCGGTACCGGCCACGCTGTCAAAACCGCCCTGCCGCACCTTTCCGCCGAAGGCCGCACGCTGGTGTTGTACGGCGACGTTCCCTGATTGACGCAGCCACCCTCGAAACCCTGCTTGAAGCCGCAGGCGACAGAGTCGGCCTGTTGACCGATATATTTTCAACGACCCAACAGGTTTGGGCCGCATCATCCGCGACAGCAACGGCAGCGTAACTGCCATTGTCGAAGAAAAGACGCCGATGCCGCCCAAAAAGCCGTGAAGAAATCAATACCGGCATTTTTGGTTCTGCCTAACGCCAAACTCGAAGCTTGGTTGAACAGCCTTTCAGCAACAATGCCCAAGGCGAATACTATCTGACCGACCTCATCGCCGAAAGCCGTTGCCGACGGTATTAAAAGTTCATCCCGTCCAAGTCCGCGCCTCTTATCTGGCCGCTGGCGTGAACAACAAACTCCAACTGGCCGAACTCGAGCGTATTTTCCAAACTGAACAGGCGCAAGAATTGCTCAAAGCAGGCGTAACCCTGCGCGATCCGGCACGTTTCGATTTACGAGGCCGTCTGAAACACGGACAAGATGTCGTGATTGACGTCAACGTCGTCATCGAAGGCGAAGTCGAACTCGGCGACAACGTTGAAATCGGTGCCAACTGCGTGATCAAAAACGCCAAAATCGGTGCCAACACCAAAATCGCCCCATTCTCCCATTTTGAAGGTTGCAGAAGTCGGCGAAAGCAACCAAATCGGCCCATACGCCCGTTTGCGTCCGCAAGCCAAACTGGCCGACGACGTACACATTGGCAACTTCGTCGAAGTCAAAAACGCCACCATCGGCAACGGCACCAAAGCCAACCACCTCACCTACATCGGTGATGCCGAGATCGGCAGCAAAACCAACTTCGGCGCCGGCACGATTGTTGCCAACTTCGACGGCGTGAACAAACACAAAACCGTCATCGGCGACGAAGTACGCATCGGTTCAAACTGCGTACTGGTTGCCCCCGTTACCCCCTAGGCAACAAAGTAACGACAGGCGCGGGCGCGCGATTACTACGCAACTGCGAAGACGGCAAACTCGTTCTCGCCCGTTCGCGCCAAACCGTCATCGAAGGCGGGGTGCGTCCGGAAAAAGGCGATAAAGTAAGGTTGATCTTTATATTTACTTTCAGACGGCCTTGAGAAACAAAAAGGCCGTCTGAAACTCAGATTTGCCGTTTCAATGAATATAAAACGGCATTTTCCGACTGCCGCTTTCCGGGAGCGGAGCAGCAGTCATTTCTCAAACTTTTGATACTAAGGAACTTATATGTGCGGTATCGTAGGTGCTATTCGCGCCAATCACAATGTAGTCGATTTTCTGACCGACGGTCTCAAACGCCTTGAATACCGAGGCTACGATTCGTCGGGTATTGCCGTAAACATGGACAGCCAAAATCAAACGCGTCCGCCATCGGCCGTGTGCAGCTGATGGAAGATGCGGCACGCGAAAAAGGCGTGTTCGGCCATATCGGCATCGGCCACACCCGTTGGGCAACCCACGGCGGTGTAACCGAGCCTAATGCCCACCCCCACATTTCCGGCGGCATGATCGCGGTTGTCCACAACGGCATCATCGAAAACCTTTGAAGCCGAACGCGAACGCCTGAAAGCGTTGGGTTACACACTTCGAATCGCAAACCGATACTGAAGTCATCGCCCACAGCGTCAACCACGAATACACACAAAACGGCGGCAAACTGTTTGAAGCCGTCAAGCCGCGACTGCCCGTTTCCACGGCGCATACGCCATTGCCGTTATCGCACAAGACAACCCTGAAGAAATGGTTGTTGCGCGCATGGGCTGCGCTGTTGGTGGCCTTGGGCGACAAGAAGCCTTCATCGCTTCCGACGTATCCGCCGTGATCGCCTTTACCCGCCGCATCGCTTACTTGGAAGACGGCGACATCGCCCTGCTGAACGCAAACGGTATCGAAAAACTGCTCGACAAAACTGGTGCGCAAACCGAACGCGCGATTAAAGTGTCCGAATTGTCTTTGGCTTCTTTGGAGTTGGGCCCATACAGCCACTTCATGCAAAGAAATCCACGAACAACCGCCATCGCCGATACTGCCGAAGTCTTCTTGGACGGCGGTTTTGAACCTGAAAACTTCGGCGCCAACGCGAAGTGTTCGACGATATCCACAGCATCAAAATCCTTGCCTGCGGTACGTCCTACTATGCCGCTGACTGCTAAATACTGGCTCGAATCCATCGCCAAAGTGCCGACCGACGTCCGAAATCGCCAGCGAATACCGCTACCGCGACGTGATTGCCGATCCGAAACAACTGGTCATCACCATTTCCCAATCCGGCGAAACTTTGGACACCATGGAAGCCCTGAAATACGCGCAATCCTTGGGACACAAACACAGCCTGTCTATTTGTAACGTGATGGAATCCGCCTTGCCGCGTGAAAGCGAATTGGTACTGTACACACGCGCCGGCGCAGAAATCGGCGTTGCCTCTACCAAAAGCGTTCCGACCCAACTGGTTGTCCTGTTCGGCTTGGCCGTTACCTTGGGCAAACAACGTGGTCTGGTTTCTGACAGACAAGCGCGTGAATACATTGAAGAACTGCGCCAACTGCCGGGCAGCATTCAGCACGTTCTCAACCTTGAGCCACAAATCGCCGCCGCTTGGGCGCAGAAATTTGCCAAGAAAACCAGCGCACTCTTCTTGAGCGCGGCATCCACTTCCCAATTGCCCTTGAAGGCGCATTGAAGCTGAAGAGATTACCTATATCCACGCCAGAAGCTTATCCCTGCGGGTGAGTTGAAACACGGCCCGTTGGCCTTGGTGGACGAGAATATGCCTGTTGTCGTGATTGCCCCGAACGACAGCCTGTTGGACAAAGTAAAAGCCAACATGCAGGAAGTCGGCGCACGTGGCGGCGAACTGTTCGTCTTCGCCGACCTCGACAGCAACTTCAACGCCACCGAAGGCGTGCACGTTATCCGCGCCCCACGCCACGTCCGGCGTACTCTCGCCGATTGTGCACACCATCCCCCGTGCAGCTCCTGTCTTACCACGCCGCCCTTGCACGCGGTACAGACGTGGACAAACCGCGAAATCTGGCTAAATCGGTAACGGTTGGGTAAAGCCTAGCTTGAACGATAAAGGTCGTCTGAAAAAGTTTCAGACGACCTTAATTATTAATTGAAGGCAAGCATAATGAATAAAATCTATAAATACCTACTGGCAATCGCTGCTGGCGGCAGCAGGCTTCGGTATATATGAATATACCGTGCCCGACAATACCAATATTGGAAGGAGCAGTTGCCAAAAGACCCCAAACCTGACGGGGTTTCGGAACAGGAATACAGGAAAAACTCAGGGGCAGGATATTGCTGGCGGGATAGAAAGTTTTATACGCAGAATTACACAGGAAAGCAATGGTCAGTTTTGCAGGTAGGTTGTTGGGGGTTGCGGAAGCTTATCGGACAGATTTTACTACTACATTGGCTGGGGATGCTTATACCAGCGAGGATTGTATTCGTAATAAAAAAGCTTGCCGTGTGTGGTTTGTCCCACAAGATTATACTAACAGGAAATGGGATAGCTTTTTTAGAAAAAAGAAAGACCTAAGAGATCATCCTTTATCACCACAATATCAGGAAAAAGAAATAGAAAAAACTGAAGATTTAGAGAAATATTTAACCGGCTATGGCAGCAAAGGATTTACCCACAATGTTTAGAGCACCTGAAGGGAAGAAGTTATTTTTGGCTCGGACTGCTGTAATATCTTAAATAAAAAAAGAAGCTATATTTAAAATAAAAAATAGTGAATTAGATTTACCTATATAGAATTTGTAAGAATTTTTCCGGAAAACGAAATTCCAAAAAATATTAATATTATGGATTATGGTGTTGGGGAATTTTTATGTAGAGATCAAAGAGATTATTCCTGGATTACGCCAAGATGGAAACGAAAAAAGAAAAAACATATCAGAGTAGATTTTTCAGAAATCCTTGTTTTATGAATAATTGTGGAGATATACTCTGGCAACCATAATATATCATTAAACTAAACTGAAAGGAGATAAGACATGCCTAATGTAAGTGGAATTTCTCATAATGCGTTAAAAGTATCTAGTATCAGTAGATAAAGTTTTATCACATTATTTGTGGAATGCTGCAATCCCTCCAAAGAAAGAAGATATGCTTACTGTGGCAACCTCTACCGAACGAAAACCTATTCATATTGACGCAACCGACTATATGAAAAATGGTACAAACCAATATGCAGTATTGAAACCTTTTACAAACAAAGAGGTCGTCTGAAAATTTCAGGCAACCTTGGTTATTAATTAAAGGCAAGCAAATGAACAAATCCTACAAATACCTACTGGCAATCGCTGCTTTGGCGGCAGCAGGCTTCGGTATATATGAATATACCGCACCCGACAAATACCAATACTGGAAAGAACTGATTGCCAAAAGACCCAAAGCCTGACGGGGTTTTGGAACGGGAATACAGGGAAAAACTCAAGGCAGGCTATTGCTGGCGGGACAGGAAGTTTTACACTCCCTGAGGAATTACACAGGAAAACAATGGTCAGTTTTGCAGGTAGGTTGTTGGGAAAAACAGAAGCCTATAAGGCCAACATGACCACCAATCAGGGCGGACAGGATTATTCTACGGGAGCAGACTGCGTACGTCACGAAAAGGCCTGTAGCGTCTGGTTTGTCACGCAAGATTACACCAATGAGCAATGGGACAGGATGTTTTTGGCGGAGAAAGACCCGACGGATGGGGCATTACTGGCAAAATATCCCAAAAGGAAATCAGACAGGAAAATGATTTGAGAAACTATTTGGAACAATATGACAATAAAGGTTTTACTTTGATTCTTAGGGTCCCAGTAAGAACGGTGCCGATGTGTATGGTTATGATTGCTGTACAGTTTCAAGTAAAAAAGAGGCTGAACCAATAATTAAAGATGCTTTAATTACCTATTTGGAAGGAGCAGCAATTTTTCCAGAAAATGACATACCCCAAAATATCAATATTCAAAATTACGGAGTAGGTAATTTTTATTTTAAATTTACTGGTGTAGATCCTGGCCTGCATAGATGGGACATAAATAAAGAGAGAACGTATCAACAATACGCTACAGAAATATTATTCATGAACAATTGCGGAGATGTTTGTGGCAACCTTTTTATGTCAAATAACTTATTTTTCTTAACAAGGAGCAACATTATCATGCCAGATAACCAAAAATCTTTGGCTGTATCCGATGTTACAGTAGATAAATTTTATCCCAATATTTGTGGAACAGCCCGATACCACCCAAAAGAGAATATATGGGAATATCGATAACATCAGCTAATCGTACACCAGTAAAAATTGACGCAACCGACTATATGAAAAATGGTGCAGGCAGATATGCCACGGCAGCAGATTTCAAGATGTTTGAGAATTTTTAAAGCCTCGAATTTACCTCTCAAGAAATACACCTTATTCTTTCGATGAGATTGGCAATAAAATCTATGGGGTAGAGATTTAACAGTTGGAAAAATGGTTTCTACAGTACGACTCCAGGAAATGGTTTTACTGTCGCTGTTTCTCAATACGGAATCAAAACTTCATCTTCAGACTATGTCGAACGTGCTTTTATCTTCGGCTCAACACAAGTGGTTGTTACACCTGATGATCTTAGAAAACTCCAATTCTTCGTCCGTCCGGACGGCAGTCGCAATCCGCAACCTCGAATCGCCTAAAAACGATAGCTTCGACTTCATCGGCGGTTCATCTTCCCAAGACGCTTCGGGCAGGATGCTAAAAATGATGGTAGATACGGCAAACGCCGGGTTCAAGAAAGTTATTGATCCGAAAGGTATAGGCAGGGCTGTGCCCCTTATCTATACCGATACCGACAAGCTGCCGTTTGTCAATATTACGGATAAGGACTTCAAAAGACTCCAATCGGAGAAATCAGACAAGAAAAACCAGATATTCTGATGGAAGAAACGGGTATTCTTCTGCTTCGTCAAGGAGGGTTATTAATAAGCTGAAAAAATCACCAGCCTTATATGATAAAAGCCTGCTGGGGCGTTGGCGAGACATTGAGCAGAATGCCAGCTTAGAAATGTACCAAAAAACCCCGTGACCTTATCGAAAAAGATCCGGAATATGATGTCTTTGGATGAAAGGGATGAACGCGATCAATACGCGGCGGATATTGATAAACCAACGGCTTTAACTATTGAGGATATGCCGCAAAACGCCCAAAAAATCTATCATCGAGGGAAACAGATTTTTGCTGATTTTTGTGCCAGAAAAACATCGTTTACGATGCAAATAGTTTGGATAATATCGCTATGTCGTTAGCTTCAGTGGCTTATAAAAACAAGATGAGTGGTGTGTCTTTAATCAATATTAACGATAATTGGGAAGTCTTGATCGGACACAGAGCCCCGGATTAATAATGGCTTCTGTAGATATATGGGAAGCGGCTAAGACGCCGGTAGAGGAAAGCCCTGAGCCAAATTCAGCAAACAGCACAACAAATTGAATATGAGGAGCTACAAAAACAAATCGTGCAATCCCAATCACATGGAGCTAGGCTTTCTTAAGCAGAATCAAAAGAAAATGTAAAAATAGGACTTAAATTCTACAAATTATCTACAAATGGTTTGATTTTAAACAAAGCTAAAGGCCGTCTGAAAAATCTTAGACGGCCTGTCGTTCAAAAACATTTATTCTGCGCCGACAACGACGGTGTTGAGGTCTTTGAATTTAACGCGGCGTTGCCATGCGTTGCCGGACTTGTTCGACAGTCAGGCTGTTGATGGCTTTGGGATAGGCTTCAAGTAGTCGTTGGGCAGGTCGTAGAGGCCGATCAGGCTCAGGTAGTTGAGCAGCTTGTCGTTGGAGTCGTAGCGCAGGGGAAGCTGCCGACGATGTTAGCTTTGGCCTGTTTCAGCTCGGCTTCGGTCGGGCCTTCGGCGATAAACTGTTCGATGACGGCTTGGGTGTCGGCCAGTGAGGCTTTGGTGTTTTTCTTTTGGGTGGGTAAAACGGCAAACGTGCCTTCTTCTGTCGCCGGGGCAGGCTGCTGTATACGCCGTAGGTGTAGCCGTGTTGGTCGCGTAAAACTTTCATGAGGCGGCTGTCGGAGGCCGCCGCCGCCGAGGATGTAGTTGCCGGCAACGAGGGCATAGTAGTCAGGGTCGTGGCGTTTGATGAGGGAGGTGCCGAGCAGGACTTGTGCCTGTGTACCGGCAAAGGGGATGTCGCGGCGTTGGGCGGTTTGTTTGGGAACGGGCGGGATGGCGTGGGTTGCGGTGGCTTTGGCCGGCAGGTCTTTGAGGACGCGCTCGACCAGTTGCTCTGCCTGTTTGCGGTTGAGGTCGCCGACGATGGCGACGATGGCGTTGTCTTTGCCGTAGTGGGTGCGGTGGAAGGCATGGATGTCGTCAGACTAACTTGTTTGAGGCTGTCGACGGTTACGTTTGCGCCGCTGCCGTAGGAGTGGTTCGGGTATATGAGCTTGAGGTCAGTTCGCGCGTGGCGGTGTAGTCGGGGGTGGTTTCTTGTTGTTGCAAGCCGGTAATGGATTGGATTTGACGGCAGCGGAAAACGGCTTCGTCAAAGCGCGGACGTGTCAGCGAGTGATTGAGCAAGTTGGCGGCTTTGTCGCGGATGTCGGCTTGCTGAGGCTGCGGAAGCCTGCGGATGCGCTCTCGGCATTGCTGTCGCTGCTGATTTGTGCGCCGATGTTGTCGGCTTCGGCATTGAAGGCTTCTTCGTCCAGTTCTTGGGTGCCGTCGGTCAGGAGGGCGGCGGTAAATTCGGCAACTTGGCTTTTGCCGTCCGGATTGGCGACGCTGCCTGCGCCCTTGAAGCTGACTTCAAGGTCGATGATGGGGTTTTCGTGGCGTTCGACAAGGAGGATTTGGGTGCCGTCTTGATTGCGCCAGCGTTGGATGTCCGGTGGCGGCTTGGACGCTTAAGGGCAGGAGTAGGGCAAGGGCGAGCAAGGTGGGTTTCATGTTGTGGCTTTCTGTTAAGGCCGTCTGAAAGGGTATGGACTTTCAGACGGCCTGATGTTCTATCGGCGTTTGGCAGCTTTTTTGCTTGGCGCGGCGGCAGGTTTTTGCGGCTCGATGATGACGGTGCTCATGCGATCGTCGGTCAACATCCGGGCGGCAGCCTGTACTTCTTGTGCGCTGACGGCCTGTAGGCGGCGGTGGATTTCTTGTTCGTCGGTATATTGAAACCTTCGAGGCGGCCCATCATGGAGGCTTGGGAAGACATGGAGTCTTTGGCGTAGATTTCGTTGACTGCTGCCTGGGTCTTGACGCGCTGCAATTCTTCTTCGAAACGCCGTGGTCGGCAATGTCTTTGATTTCTTGGCGCAGCTGGGCAATTAAAGTATCGGTTTCCGCCTTCGGCAGGCATAGCCATGACGCTGAACAGCGGCATTTCACGGCTGATGATGTCGTAATGCGTTCCTGCGTTCAATGCGGTTTGCTTGCCGCGCGCGAGGTTTTTATCAAAACGGCTGGACGCGTTGCCTGTAAAATATCGGAGAGGATGTCGAGGGCGAAAGGCATCGTGTCATCGAGTTTTTGGAGTTTCGGCACACGGAAGTTGATGGCAATCAGCGGCTGGTGTGTGACCGGAGAAGTGGCTTTGACTGTAACAGGCTTGCGCAAATAGGGTTCGGTATGGGTTTGTTGCGCGGCGGCTGGGCTTTGGCCGGAATATCGCCGAGTTTTGGTGGCCGTCTGAAGCGTTTGTTTGGCATCGACATCGCCGACAATGACCAATACGGCATTGTTGGGCGCGTAATATTGTTTGTACCACGCGCGCAAGTCGTCGGCACCTGTGCAAATCTTTCATGTAGCCGATGACGGAGGCGCGCATGGACGGTTGGGTAAAGGCGGCAAGATAGGCTTGTTCCCACATTTTGCCGTCAGCCGTGTCTTCAGTGCGCGCTGGCGGCGTTCTTCACGGATGACGTTCATCGTTGAAATTCTTTGTCGCTGAAGTTAAGGTTGTGCATGCGGTCGGCTTCGAGCTTCAGAATCTCGGGCAGGTTGGCGGCGGCGACGTTTTCGTAATACACCGTTTCATTTCGGTTGGTGTAGGCATTGTTTTGTCCGCCCAGCTCGGACGCGCGGCGGTTGAACTCGCCGGAGGGAACGTCTTTCGTGCCTTTAAACATCATGTGTTCCAAAGCGTGGCTCAGGCCGCTTTTGCCCGGTTTTTCATCCACGCTGCCGATTTTGTACCAAATCTGCGAAACGGCCACAGGCGCGCGGTGGTCTTCTTTGACGATGATTTTCAGACCGTTGGGCAGGGTTTCAGAAAGCGTCTGCGCCCATGAAGCGGCAGGCAGCGCGAAGGCAAGCATTAAAGCAATTCGGCGTAACATGGTTCAATCCGTAAAATGAAAATCAATCGCCAAAGTATAGCGGAAAATCTGAAAGATTGGCCGAATACAGACGGCCTGAGGACTTTATCTGCTGATTTCATCAAGCGCGGCCGTTGCCAATCTTTACCGTCGCGCCTCATTCGCGGATAATCCCAAACATTCCCGTTTCCAACCATCACAAAGGAATCATCATGGCATTTTTGAAACTGACCGAACATAAAATGTTCAAGGCAAAACCGTTCTGATCCGCGCCGATATGAACGTACCGTTCAAAGACGGCAACATCAGCGACGACACCCGTATCCGCGCTTCGCTCGCATCCATCAAATACTGCTTGGACAACGGCGCGTCTGTGATCGTGATGACCCACCTCGGCCGTCCGACCGAAGGCGAATTCCATCCTGAAGACGATGTGGCGCCTGTTGCCGCGCATTTGGGCAAACTGTTGGGCAAGACGGCCGTGAACGACTGGCGTGAAAACAAACCGACTTTGAACGCCGGTGATGTCGTGATGCTGCAAAACGTGCGCATCAACAAAGGCGAGAAAAAACGACTTGGAGCTGGAGGTAAAGCCTACGCTTCTTTGTGCGACGTGTTCGTCAACGACGCATTCGGTACCGCCCACCGCGCCCAAGCTTCGACTGAAGCCGTTGCCCAAACCGCACCGGTTGCCTGCGCCGGCGTGTTAATGGGCGGGGCGAACTCGACGCTTTGGGCAAAGCCTTGAAACAACCGGCTCATCCGATGGTCGCCATCGTTGCCGGCAGCAAAGTGTCCACCAAACTGACCTCACTGAATCTTTGGCCGACAAAGTCGACCAACTCATTGTCGGCGGCATTGCCAATACCTTCCTGTTGGCAGAAGGCAAAGCCATCGGCAAATCTTTGGCCGAACCTGATTTGGTGGAAGAATCCAAAAAAATCATGGCGAAAATGGCGGCCAAAGGCGGCTCTGTTCGCTGCCGACCGATGTGGTTGTCGCTAAAGCCTTGCCGATGCGGAAGCTGTGGTGAAAGACATTGCCGACGTTGCCGAAGACGACATGATTTTGGACATCGGCCCGAAATCTGCCGCTGCTTTAGCCGATTTGCTCAAAGCTGCCGGTACGGTTGTATGGAACGGCCCGGTCGGCGTGTTTGGTTGACCAATTTGCCGGCGGTACCAAAGTATTGGCCGAAGCGGTGCCAAAGCGATGCGTTCTCGATTGCCGGCGGCGGCGACCTTTAGCGGCGATTGCCAAATTCGGCGTAACCGATCAAATCAGCTACATTTCTACCGGCGGCGGCGCTTCCTTGAGTTCTTGGAAGGCAAAGTTGCCTGCGTGCTGCTTTGGAAAAACGCGGCGCATAATCGGTTTTAATATCGATGGCTGAATAAAGGCCGTCTGAAATCTGGAAATCAGGTTTCAGACGGCCTTTTATTTTTGGATTTTTATTTGAGAAAGTGTTTAGCTGGATTTAACGCCGATGATTGGCAGACTTGTTGTTAAACAGGCTGGAAAGCATCCAGCTCTTCAGACAGCCTCTACGTCGGCTTGTCGGTGCAATGCCTGATAGCCTGGGGTAAGCTGGCGGATGATCAGGTCGAGCTGGTGTTTGAGGATGGTCTTGCTGCGCTTGTGTGTTTTGCTCAGCTCCCGGCAAACTCCTGACGGATTTGGGTCATGGCCGTTTCAAAAGCCTCGGGGTCGGTTTGGGGCATTTGGGTCAGCAACTCGGCGATGTGGTGGGTCAGCTTGGCGTAGGGTGCAAAACCGTCGTTGCCGTCGATTCGGACTTGGTCGCGGTATGCGCCGAGCGCGGAAATGTGGCCGGTCAGCGCATAGCTGGTTGAGAGCAGGTAAAACCGTCTGCAGGCGGTCTTGAGTATTTTTTCGGGTTGCTGCTCATGTCGGATAAGGTGCTGCTGTGAGGGCGGTGCTTTCGTGGGCTTGGCGGCGGGTGAAGGCGGTAGTCGAAATCGTCGCGGCTGCCGTTTTGCAACTGGTCGAGGATGGCGTCGAGATAGCGGCCGTTGGCAGTGATGGTTTGGGCAGCGGTGTGGCTGAGGGTGAGGTAACGCCAATCAGGCCAGAGGTAGGTGGCGGCAGCCGGCGCGATAACGGAACCAACGATGGTGTCGATGATGCGGATGGGCATGGCGTGGTATACGTCAAACCGGCAAGCGAGAGGCTGGTCAGGCTTGGTGATGAAGAGGTGGAGAAGCTGTATTTGTAGCTTCGGGTCATGAAAAACAGGGTGGTGCTGGCGATAACAATCCAGAGCTTGGTTTCAACGGACGGGGTGAAGTAGGGGACGAGCGAACCGACAATTACGCCGAGAATCGTACCGGCAATGCGTTGGTACACGCGGCTTTTGGTGGCGGTGTAGTTGGGTTGGCAGACGAAAAGGGCGGTCAGCAGAATCCAGTAGCCGAGGTTGAGATGGAAGTTTCGACAATGATGCAGGCTGCAGCCTGACGATGGAGAGGCGGGTGGCATGGCGGAATACGCTGGAGTCGAAATTGAGTTGGCTGAGGACGGTTTCGCCGATATTGCGGAACTTGGTGTTTTCAAGGGCGGCGATGCGAATTGTCGGCGTTGTCGTTTTCGGCAAGGACGCATCGTTTTGCAGTTGCCGCAGTTGGTAATCGACGCTGCTGAGGTTGTCGAGCAGGCGGCGGATATTGTGGAGGTTGGCATTGTCGGCATGGGTCTCCGGCAAAATGACTGAGGATTGGCGGCAGCCTTCATGGCGCGGCCGAGGCGTTTGCTGTATGCGTAGGGTTTGTTGTTACGCAGGGAGGAGGCAACGTTGCGGCACGCCCTGTTGCTTACATTTCGAACAGGCGGCGGATGCGGAAGATGAGGTCGGTATTTTTGAGCTGCTCGGCCATTTCGCTGTAATCGACGTGGGCGGAGCTGATGCGTTCGTGCATGTCTTGCGCGCAGAGGTAGTAGCGCAGCATTTTGGCGGTACGCGGATGGCGGTGTTGGCCGCGCAATCGGTAGAAAAGTGCGCCGCGGCATTGGTTGAAGGCGGTAATCACGCCGGTGTTGCTCATGGCCAAGTCGATTTGGCGGTTGCCCAACCATGCGGCTTCGTCGGGATCGAAAAAGTCGGCTTTAGCATCGAAGTAGTTGCTGAGTGCGTCGTAGGCGTTGGCGACGGTTTTGGACAGGGCAGTGGGGCAGGATAATTTGGAAGATCAGGGTGTTGACGCTGTATAGGACAGTGCCCAACAGAATCATGACAGGGTTGGTCAGCCAGTAGGTCTCGGGTGTGTAGGTCAGCGTGGTGTAAGTGGCGACGGCGAGCGCACCGAAAGCGAAGGTGCGGTATTTGAGGCCGACGGTGCCGAGGATGGTGAAGCCGAAAGTCATCAGGGTCATGGCCAAGATGAAGGGAACGCCTGTGCCGATGGTGCTTTGGGCAAGCAGCGAGGAGAGGGTGAACAGGACAACGGTGATGACGATGTTTTTCAGACGGCCTGTGAGGCGGTTGTCCAAATCGACTAAACCGCCGGCAATAATGCCGAGTACGAAGGGCATAACCAGTTTGGGCGTATCGAAGTGCCAAACGAGGGTGGCGGCGATGAACACGCTGGCGAAGACGGGCAGGAGGCAATGATCAGAGGTTTGAGCGGCGGAGTTTTCATGCTGGTGTTGTTTATTATTCGTTATGAGGTGAATGATTGGATTTTAACGGGATTTTCAGTCGGTTTCAGAATGTTTGAAATAGGATAAGGCCGTCTGAACGGATACGGGGAAATACTTGAATTTCGTTTCCACATCCGTTCAGACGGCCTTGTTCTTACGCCATTAGGTCATCAGGTTGAGGTCGCTGATGCGGTCGTAGAGACGCTCGGTATTGTTGCCCTCGTCGTGCATTTGAATGCGCAGCGCAAATCGTTGGCGGATACCGCTTGGCGCAGGGCTTCGCTGAGTTCGATTTGGCCCTGTGCGTAGAGGTTGAAGAGGTTTTGGTCGAACGTCTGCATGCCGTTGCTGCCGGGTATTGCCATCAGGTCGCGGATTTCCAGTAATTCGCCTTTGAAAATCAGGTCCTGCATGGCCGGAGTGTTGAGCAGGAGGTCGGTAACGGCCGTGCGTTGGCGGTTTTCTTGATGGTGGGCGTTGGCCGATGATGCCGACGAGGTTTAACGCCAAATCCATCAAAACCTGTTGGCGTCGGTCTTCCGGATAGAAGTTGATGATGCGCTCGATGGTTTGGGAAGCTGTGCTGGCATGGATGGTGAAAACGCACAGATGGCGGTTTGAGCCAGTTGGAGGGCGTATTCCATGCTTTCTTCGCTGCGGACTTCGCCGATGCAGACGACATCGGTGCTTGACGCATGGCGCTTTGAACGGCGATTTTCCAGTTGTCGGTAGCGATGCCGATTTCGCGTTGGGTGAAGATGCTGCGGCAAGGTTTGTAGATAAACTCGATGGGGTCTTCGATGGTAACGACATGGCCGGGCGGCTTTTGGTTGCGGTAGTTGAGCATGGAGGCCATGGTGGTGGATTCACCCGAACCGGTCGGGCCGGCGAGGATCAGCAGGCCGCGCGGCGCGGGTGCAAGCTCTTGGAGTTTTCGGGCAAACCGAGGGTCTTCATTTCGGGAATGTCTTGGCTGACGCGGCGCAATACCATGCCGACGCGGCCTTGCTCGTGGTAGGCGTTGACACGGTAGCGCGTGTTGCTGCGCGATTGGACGGAATAGTTGATTTCCCAGTCACGGTTGAAGGCTTCGAGCTGGTCGGGGTTCATGGTGGATTCGGCGATGGCGGCGGTGTCCGCGCCGGTCAGCGCTTTGTGGGGCATGGGCGTGAGGGTGCCGCCGACTTTGATGGCAGGAGAAAGCCTGCGCTGATGAAGATGTCCGGATGCGTTGCGTTTTTCGGCCTCTTCACACATGCGGTCGAACAGGATGAAGATGCGTGCCGATTTCGGCCGGGGTGGGGATGTGCGGTGCTTGGTTTTTTTGTGAGTAGGCTTGCACCATTTCGCTTAATAGGTCGTGCAGAGGGCGAGGTCGCTCATGATAATTCTCTTTAAAAGGGGTATTCGGTCAGGCTGAAAGGCCGTCTGAAAACAGGATGATGGGGTTCAGACGGCCTGAGTATGGTTTAGAAAACAGAGAGGTTTTCGATGTTTTGCGCCTTGCTGCGTGCCAGCTCTGAGCTGATGGTGCCTTGGCGGACAAGGGTTTGCAGGGCTTGATCGAGGGTTTGCATACCGTGGGCCTGACCGGTTTGGAGGGCGGCGTTGATTTGGGCGATTTTATTCTCGCGGATGAGGTTGCGCACAGCCGGTGTGGAAATCAGGATTTCGTGTGCAGCGACGCGGCCATTGCCGTCACGGGTTTTGAGCAGGGTTTGGGAAATGATGGCGCGCAAGGATTCAGACAACATGGAGCGCACGATTTCTTTTTCGCCTGCAGGAATACGTCGACAATACGGTCGATGGTTTTGGCGGCGCCGGTCGTGTGCAGCGTGCCGAAAACCAAGTGGCCGGTTTCGGCGGCGGTCAGGGCGAGGAGATGGTTTCAGGGTCGCGCATCTCACCGATCAAAATCACGTCTGGGTCTTCGCGTAGGGCGGAACGCAGGGCGTTGGTAAAGCTGTGGGTGTGCTGATGCAGCTCGCGCTGGTTGATGAGCGCCTTTTTGCTTTGGTGGACGAACTCAATCGGGTCTTCGATGGTCAGAATGTGGGCCGGTTGGGTTTCGTTGATGTAGTTGACCATCGCCGCCAGCGTGGTGGATTTACCCGAGCCGGTCGGACCGGTTACCAAGACCAAACCGCGCGGATTTTCGGCAATTTTTGGAAAATGCGCGGCGCACGCAATTCTTCCAGCGTCAGGACAGTGCTCGGAATGGTACGGAATACCGCGGCCGGGCCGCGTTCGGTCATAAAGGCGTTGACGCGGAAACGGGCAACATTAGGCAGCTCAAATGAGAAATCGACTTCAAAATCCTGTTGATAGAGCTTGCGCTGGTGGTCGTTCATGACCGAGGTAATCATGGTGCCGACTTCTTCCGAGCTCATCTCGAGGCTGCGGAGTTGATGCGGCGGATGTCGCCGTGTACGCGTATCATGGGGGAAATGCCCGAACTCAAATGGAGGTCGGAGGCTTTGTTTCACGCCGAACGCGAGTAAGTCGGTAATCTGCATAATGTGGCCTTGTTTTGGTTTAGAATAATAAATCGCTTTATTTTAAATAGATAAATCCGTTCGACCAAGTAAAATTTTCAAAATGCCGAGTGATGAACGGGTTAAAAGGAAAACCATGTCGGTATTGCAACAAAACTATCATGACGTATGCCGAGCGGTTGAACAGGCGGCTGAGGCTACTGGACGGCCTGCGGATACGAGTGAAGCTGGTAGCGGTCAGCAAGACCTTTCCGGCAGACGATATCCGCGAAGTGTATGCAGCTGGTCAGCGCGATTTTGGCGAGAACTATATTCAGGAATGGTTTGAGAAAACGGAAACGCTGGCCGATTTGCCGGATATTGTTTGGCACGTTATCAGCGATGTGCAGTCTAATAAAACCAAATTTGTGGCCGAACGCGCACGACTGGGTGCATACGATAGGCCGTCTGAAAACGGCGCGGCGCTTGAGCGAACAAAGGCCGTCTGAAATGCCGCCGTTGCAGGTGTGCATTGAAGTGAACATTGCCGCGGAAGAAGCAAAGCACGGCGTAGCGCCCACTGAAGCGGTTGCGCTGTATGAAGTGGCCCGATTTGCCGAATATTAAAGTGCGCGGATTGATGTGTGTGGCCAAGGCCGACAGCAGCGACGATGAATTGCGCAGCCAGTTTCATACCATGCAACAGCTGTTAGCTAAGCTGAACGCGGCAGGTGTCGAAGCAGATGTTTTGTCTATAGGTATGTCGGAGATATGCCAATCGCGGTAGAATGCGGCGCAACCCATGTCCGCATCGGCAGCGCGATTTTCGGCAAGCGGCATTATCCTCAATAAAAGTAATAGGCCGTCTGAACAGGGCAGACAGCAGTTTCAGACGGCCTGATCGATATCACAAAGGAGTGACATATATATGAATATCTATTTTCTCGGCGGCGGCAATATGGCGACTGCCATTGCAGGCGGTTTGGTCAAACAAGACGGCTATCGTGTCCACATTGTCGAACGCGGCGCCGAAGAAGACGGGACGCAACTGGTGCAAGAATTGGGCGTAGCCGCTGAAAACCTGCCCGAATTGAGCGCGGACGACGTCCTCATCCTCGCTATCAAACCGCAAGATATGCAGGCAGCCTGTCAAAACATCCGTTTAAATGGCGCGCTGGTGTTGTCCGTAGCGGCTGGTTTGTCCATCGATACCCTCAACCATTATCTGGGCGGTACACGCCGTATCGTGCGCATCATGCCCAATACACCTGCCAAAATCGGTTTGGGCGTATCCGGTATGTTTGCCGATGCAGGCGTTTCAGAAAAGCCGACCGCACAGCCGCCGACGGCATCATGCGCTCTGTCGGCACAACCGTTTGGCTGAACGAGGAAGAGCAACTCCACAATATTACCGGCATCAGCGGCAGCAGCGCCTATGTTTTCTATCTTTTTTGGGTGCGCTCCAAAATGCAGCTTTGGCACAAGGTTTCAACGAGCAAAGATGCACGCGAACTGAGCCTCGCTACATTTAAAGGCGCAGTGGCTTTGGCCGAACAGACCGGCCGAAGCATTTGCACAATTACAGCAAAACGTAACTTCCAAAGGCGGCACGACACACGAAGCCATCGAAACCTTCAAGCGTCACGTTGCCGAAGCCATCGAACAAGGTGTGGAAGCCTGCTGCGTCAAACGTTCGCAAGAAATGGCGCAACAATATAAGGCCGTCATGAACATGCGCGGCGACTTGCTCTTATTATTGGCAGACGCTATTGCCATCCTGTGTATCACGCTTTTTTGCTCCGATACGCAGGATTATTTCCGCAGAACACCCTCTGCTTAAATTCAGCATACAGAGGCAACAGGCTGGTTGACCAAACCTTGGCAAAAAGCATTTCCAAGCGGCGAGAAAACCGATTGGTACTGCCTGCCTGCTGAGTTTTCTAGTGTATTACCTTGCCTGTACCGCCATTATTTTCATCTCGCCGGCGCTGTCCATCAGCAATAAGCTGATTTTGGCAAACTTCTGGTTTGCCGCACTCCATATGCTGAAAGCCGCAGCCTATACATTGCTTATTGGTCTGATTATTAGAATGGTGTCCAGCATACAGGGCCGTTATTCGCCGTTGACTTATGCCATCGAACGAATCCTTCAGCCATTGCTCAAACCGTTTTCCTTCTTACGTGCAGGGCGATACGATTTTCAGGCAGTTTGTTGGCACTCTTATTATGGTTGTGGCTGGCCCGATGGTTTCCCCAACTTATCAGCAAACCAACCTGTGGTTGCTTCAATAGGCCGTCTGAAAGCGCAGCAGGTATTAACGACCAAAAATACAACGTCCTAAAAAAGCGCTTTAATATATTTAGGTGTAAGGTAGTGCAAAAAAGTGCAAATCGAAATATAAAGAACAAATGAATAGGTAAAACATGATATGATTCGCCCAATTTCCAAAACGGAAATTTAAGAAAACCCAATAAAAGCAAACCCGTAGCATCTAAATCATTAACAACAAACCGAAAGCAGACACCATGGCAAAGCTGACAGAACAAGATATTTTAAACTGGGACTGGTCCTGAAGAGGACTACATGAACAGCGACCAATTGGCCTTCTTCCGCGAACTACTGGTTAAAATGCAAGGGAACTGATTGAAAATGCAAACACCACTACCGGCCATCTTCAAGAGCACGAATCCGCTCCCGATCAGCCGACCGAGCTACTCCAAGAAGAAGAATACGCTTTAGAACTGCGCTTTTACCCGATCGCGAGCGTAAACTATAATAAAGTGCAAGCGACTCTCCGCAGTATTGACGAAGGCGATTACGGTTTCTGTGCCGATACCGGCGAACCATCAGCCTCAAACATATATGGCGTCCAAAGCCGCGACATTGTCCGTAGAAGCGCAAGAGCGACGCGAACGTTGAAAAAACAGTTCGCTGACTAAAATATAGATATAGAAACCTCAAAGGCCGTCTGAAGAGCATTTCAGACGGCCTTTTTATTTTTGTATGTATGGATTGTAGGAAGGTTGCTGGAGTTTTATAAAATAAAAACCCTGTTAAAACAGGGTGGTGGTTAAATTTCTGGAAATAATTTTGCGAAAGGTGTTGACTGGTTTTGTTTGGAGGCGTATAGTTCAGTTCTTCGCTGCTGACGCGGTGAAGAAAACGAAGCAGACAGTATAACACAGTTGGTTGAAATTTTCGATAATTTTAGTTGACATTTGCTAAATGTGTACTGTATAATTCGATTCGCTCTTTAAAAAACAGATTACCGATAAGTGTGAGTGCATTAGGCCTCACACTGTTTAAAAGACAGACAAGATGATGTTTTAGACATTGTCCTGTTGGTTTCTTTGAAGCAGACCAGAAGTTATAAGTTAGAGATTGAACATAAAGAGTTTGATCTGTCAAGATTGAACGCTGGCGGCATGCTTTACACATGCAAGTCGGACGGCAGCACAGAGAAGCTTGCTTCTTGGGTGAGTGGCGAACGGGTGAGTAATATATCGGAACGTACCGAGTAATGGGGGATAATAATCGAAAGATTAGCTAATACCGCATATTCTCTGAGGAGGAAAGCAGGGGACCTTCGGGCCTTGCGTTATTCGAGCGGCCGATATCTGATTAGCAGTTGGTGGGGTAAAGGCCTACCAAGGCGACGATCAATGGCGGGTCTAGGAGGATGATCCGCCACACTGGGACTGGGGACACGGCCCAGACTCCTACGGAGGCAGCAGTGGGGAATTTTGGACAATGGGCGCAAGCCTGATCCAGCCATGCCGCGTGTGCAGAGAAGGCCTTCAGGTTGTAAAGGACTTTATCCAGGGAAGAAAAAGGCTGTTGCTAATATCGACAGCTGATGACGGTACCTGAAGAATAAGCACCGGCTAACTACGTGCCAGCAAGCCGCGGTAATACGTAGGGTGCGGCGGTGTCGAAATTACTGGGCGTAAAAACTGACGCAGACGGTTACTTAAGCAGGATGTGAAATCCCCGGGCTCAACCTGGGAACTGCGTTCTGAACTGGAGTGACTAGAGTGTGTCAGAGGGAGGTAGAATTCCACGTGTAGCAGTGAAATGCGTAGAGATGTGGAGGAATACCGATAGCGAAGGCAGCCTCCTGGGATAACACTGACGTTCATGCTCCGAGAAAGCGTGGGTAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCCTAAACGATGTCAATTAGCTGTTGGGCAACTTGATTGCTTAGTAGCGTAGCTAACGCGTGAAATTGACCGCCTGGGGGAGTACGGTCGCAAGATTAAAACTCAAAGGAATTGACGAGGTTACGCACAAGCGGTGGATGATGTGGATTAATTCGATGCAACGCGAAGAACCTTACCTGGTCTTGACATGTACGGAATCCTCCAGAGGCGGAGGAGTGCCTTCGGGAGCCGTAACACAGGTGCTGCATGGCTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCGCAACAGCAGGCGCAACCCTTGTCATTAGTTGCCATCATTTAGTTGGGCACTCTAATGAGACTGCCGGTGACAAGCCGGAGGAAGGTGGGGATGACGTCAAGTCCTCGCGGCCCTTATGACCAGGGCCACACGTCATACAATGGTCGGTACAGAGGTAGCCAAGCCGCGAGGTGGAGCCAATCTCACAAAACCGATCGTAGTCCGGATTGTACTCTGCAACTCGAGTGCATGAAGTCGGAATCGCTAGTAATCGCAGGTCAGCATACTGCGGTGGTGCGTTCTGGTCTTGTACACACCGCCCGTCACACCATGGGAGTGGGGGATACCAGAAGTAGGTAGGGTAACCGCAAGGGAGCCGCTTACCACGGTATGCTTCATGACTGGGGTGAAATCCGTAACAAGGTAGCCGTAGGGGAACCTGCGGCTGGATCACCCTCCTTTCTAGAGAAAGAAGAGGTCTGATGCATTCACACTTATCGGTAAACTGTAAAAGATGTGGAAGAGAAAAGCTTGAGTGAAGACAAGATTCGCTTAAGAAGAGAATCCGGGTTTGCTATGGCCTCGCTGGTTAGAGCACACGCTTGATAAGCGTGGGGTCGGAAGGTTCAAGTCCTCCCAGACCACAAGAACGGGGCATAGCTCAGTTGGTAGAGCACCTGCTTTGCAAGCAGGGGGTCATCAGTTCGATCCCGTTTGCCTCCACCAATAACTTTACAAATCAAAGGAAGCCTGCTATGCTTAGCAGCTTATTTTGATTTGCGAAGTAATATCGACGCATCGATCTTTAACAAATTGGAAAGCCGAAATCAACAAACAAAGACAATGAGTTTGTTTTGATTTTTTGTTCTTTGCAAGGATGAAAAATCTCTCGCAAGAGAAAAGAAAACAAACACAGTATTTGGGTGATGATTGTATCGACTTAATCCGCAAACACAAAAGGCAGGATTAAGACACAACAAAGCAGTAAGCTTTATCAAAGTAGGAATTTCAAGTTTGCTTCCCTAGTCAACGGGTAGGTAAACAAAGTCAAAGAGGTTCTTGAAATGATAGAGTCAAGTGAATAAGTGCATCAGGTGGATGCCTTGGCGATGATAGGCGACGAAGGACGTGTAAGCCTGCGAAAAGCGTGGGGGAGCTGGCAATAAAGCTATGATCACGCGATGTCCGAATGGAAATACCTCTTGAGAGTATCCTTATCTGAATACATAGGATAAGCGAAGCGAACCCGGAGAACTGAACCATCTAAGTACCCGGAGGAAAAGAAATCAACCGAGATTCCGCAAGTAGTGGCGAGCGAACGCGGAGGAGCCTGTACGTGATAACTGTCGAGATAGAAGAACAAGCTGGGAAGCTTGACCATAGTGGGTGATAGTCCCGTATTCGAAATCTCAATAGTGGTACTAAGCGTACGAAAAGTAGGGAAGCGGGACACGTGAAATCCTGTCTGAATATGGGGGGACCATCCTCCAAGGCTAAATACTCATCATCGACCGATAGTGAACCAGTACCGTGAGGGAAGGCGAAAAGAACCCCGGGAGGAGTGAAATAGAACCTGAAACCTGATGCATACAAACAGTGAGAACCCTTGTGGTGTGACTGCGTACCTTTTGTATAATGGGTCAACGACTTACATTCAGTAGCGAGCTTAACCGAATAGGGGAGGCGTAGGAAACCGAGTCTTAATAGGGCGAATAGTTGCTGGGTGTAGACCCGAAACCGAGTGATCTATCCATGGCCAGGTTGAAGGTGCCGTAACAGGTACTGGAGGACCGAACCCACGCATGTTGCAAAATGCGGGGATGAGCTGTGGATAGGGGTGAAAGGCTTAAACAAACTCGGAGATAGCTGGTTCTCCCCGAAAACTATTTAGGTAGTACTCGACAAGACACTGATGGGGGTAAAGCACTGTTATGGCTAGGGGGTTATTGCAACTTACCAACCCATGGCAAACTAAGAATACCATCAAGTGGTTCCTCGGGAGACAGACAGCGGTGCTAACGTCCGTTGTCAAGAGGGAAATATTGAACCGCCAGCTAAGGTCCCGATGATAGATTAAGTGGTAAACGAAGTGGAAGGCCCAGACAGCCAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGAAAGCGTAATAGCTCACTGGTCAGTCGTCCTGCGCGGAAGATGTAACAGGGCTCAAATCTATAACCAAAGCTGCGGATGCCAGTTTACTGGCATGGTAGAAGGCGTTCTGTAGGCCGATGAAGGTGCATTGTAAAGTGTGCTGGAGGTATCAGAAGTGCGAATGTTGACATGAGTAGCGATAAAGCGGGTGAAAAGCACGCTCGCCGAAAAGCCCAAGGTTTCCTACGCAACGTTCATCGGCGTAGGGTGAGTCAACCCTAAGGCGAGGCAGAAATGCGTAGTCGATGAAACAGGTTAATATTCCTGTACTTGATTCAAATGCGATGTGGGGACGGAGAAGGTTAGGTTAGCAAGCTGTTGGAATAGCTTGTTTAAGCCGGTAGGTGGAAGACTTAGGCAAATCCGGGTCTTCTTAACACCGAAGTGATGACGAGTGTCTACGGACAGAGTAACCGATACCACGCTTCCAGGAAAAGCCACTAAGCTTCAGTTTGAATTGAACCGTACACCGCAAACCGACACAGGTGGGCGGGATGAGAATTCTAAGGCGCTTAGAGAACTCAGGAGAAGGAACTCGGCAAATTGATACCGTAACTTCGGGAGAAGGTATGCCCTCTAAGGTTAAGGACTTGCTCCGTAAGCCCTGGAGGGTCGCAAGAGAATAGGTGGCTGCGACTGTTTATTAAAACACATACAGCACTCTGCTAACACGAAAGTGGACGTATAGGGTGTGACGCCTGCCCGGTGCTGGAAGGTTAATTGAAGATGTGCAAGCATCGGATCGAAGCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACGCACGAATGGCGTAACGGTAAGCCACACTGTCTCCTCCTGGGACTCGCGAAGTTGAAGTGGTTGTGAAGATGCAATCTACACTTTAGACGGAAAGACCCGTGAACCTTTACTGTAGCTTTGCATTGGACTTTGAAGTCACTTGTGTAGGATAGGTGGGAGGCTTTGAAGCAGAGACGCCAGTCTCTGTGGAGCCGTCCCTTGAAATACCACCCTGGTGTCTTTGAGGTTCTTAGACCGTAATCCGGGTCGGGGACCGTGCATGGTAGGCAGTTTGACTGGGGCGGTCTCCTCCCAAAGAGTAACGGAGGAGGTTCGAAGGTTACCTAGGTCCGGTCGGAAATCGGACTGATAGTGCAATGGCAAAGGTAGCTTAACTGCGAGACCGACAAGTCGAGCAAGGTGCGAAAAGCAGGACATAGTGATCCGGTGGTTCTGTATGGAAGGGCCATCGCTCAACGGATAAAGGTACTCCGGGGATAACAGGCTGATTCCGCCCAAGAGTTCATATCGACGGCGGAGTTTGGCACCTCGATGTCGGCTCATCACATCCTGGGGCTGTAGTCGGTCCCAAGGGTATGGCTGTTCGCCATTTAAAGTGGTACGTGAGCTGGGTTTAAAACGTCGTGAGACAGTTTGGTCCCTATCTGCAGTGGGCGTTGGAAGTTTGACGGGGGCTGCTCCTAGTACGAGAGGACCGGAGTGGACGAACCTCTGGTGTACCGGTTGTAACGCCAGTTGCATAGCCGGGTAGCTAAGTTCGGAAGAGATAAGCGCTGAAAGCATCTAAGCGCGAAACTCGCCTGAAGATGAGACTTCCCTTGTGGTTTAACCACACTAAAGAGTCGTTCGAGACCAGGACGTTGATAGGTGGGGTGTGGAAGCGCGGTAACGCGTGAAGCTAACCCATACTAATTGCTCGTGAGGCTTGACTCTATCATTTGAAGAACTTCAAAAGATAAAAAGCTTACTGACTGATTCAGTCATCACCAAATAATTGATTAAGGCTTTACCGATTTGTAACAGTTTAAGTTTGGCGGCCATAGCGAGTTGGTCCCACGCCTTCCCATCCCGAACAAGGACCGTGAAACGACTCAGCGCCGATGATGAGGTATGGTTCTTCCATGAAAGTGAGTCACCCGCCAAAAACCTCATTCCGAAGCCCCCGACTGATGTCGGGAGCTTTATGCCTGTCGTTTCTGTCGATTTGGCGATAAGGGGATTATGATTACCTGTTGTTATTCTTGAGACAAAAAGTACCGAAAGTTACAGTTAGCCGTTTGGAATATTTGAAATTGAACGATATTTGCGTTAATGTCGTAAGCATTTATGTGGGTACGGGCTGTTGCCCTATCTGCAGATGTGCAGTGTTTACAGAGTGGAATAAAACCATTCGGTAGACTTCCTGACTGATTCAATCAAACATGTTATGGGAAAAAATCTGATGAAGAAATTTTTATTTGGTGCGTTTGCCGCCATCTGTGCGGCGTTCTCTTTAGCTGCCGTGAACATCAATACCGCGTCTTCTGCCGAACTGGAGGCATTGCGGGTATCGGTCCGGCTAAGGCGAAGCGATTGTGGAATACCGTCAGAAGAACGGTGCGTTCAAATCGGTGGAGGAACTGAAAAACGTGAAGGGCATCGGTGATGCGGTGCTGAATAAGTTAGAGGGCGGGGCGACGGTTTCTTCTGCCGCGCCTAAGGCCACCAGCCTGCCGTGAAAAAATAAGTCTGACGGACGTTTGTGCCGTATATGCCGCCCGAGGCCGAACCGTTTGCCGGTTCGGGCTGACAGGCAACTTTATGGGCAGTGGCAATGAGAGTTTGGATCAGTGGGGGATTTCGTGGGTAATAACTGAAAACAGCCGAATCCTGTGCTTGGATCTCAACTGTTGAGTACCGAGGGTTATTTTGCAAGGTATAGGCCGTCTGAAAACTTGAAGGAAGCGGCCGTCTGTTAAATATGAAGGATAATGCGGGGGGATTTCATGGGTGTGGTAGAAACATGGTTGAGACTGTCCGGTGGGAATCATGCCGGACAACGATGGAATCGGTTTGCTTGAAACGCCTGTTGCGGGGATTTTTATAGGAAGGAATGGTCATGCCTAATCCGCTTTATCGGCAACATATTATTTTCAATTTCAGATTTGACGACGGAGCAGCTCGAATTGCTGCTTCAGACGGCCTTGAAGTTGAAAAAGCAGCCTCGTGAAGATTTGCTTGAAGGTAAGTTGATTGGTTCGTGCTTTTTTGAACCGTCCACCCGTACGCGTTTGTCTTTTGAAACGGCGGTACAGCGTTTGGGTGGGAAAGTTATCGGTTTTCGATGGCGCGAATACCAGTGCGAAAAGGGTGAAACGCTTGCAGATACTGCGAGGATTATTTCCAGCTATACGGATGCGATTATTCAGCGACACCCGAAAGACGGTGCGTCCCGTGTAGCGGCTGAATTTTCGAGCGTACCTGTGATTAATGCCGGTGATGGTACCAACCAGCATCCGAGCCAGACACTTTTATGGATTTGGTAACGATTTATGAATTTTTACTGACGAGTGAAGCGTTGGGGTTGTAGCAATGCATAACG + %$%$(()667447634+,0..+-,.1/,+&$$%*&68>2>@C@9+'<;>+,-3:;:,&8(-3:@A?A:DI<111@:@IH@=>:7(.057591,/)(&$#%$&+()(',0;>37=C?:D9?;67457)*(99=9;<./:BEB?A::&&&=@C:>;<<>4+86<;=3*,=A:GDC>DB::GHFG?50A=@+-4,*/7366@:;?>864:/20#$&/038:8:==;>>9<45:A?AEGFAD:DEFGLB889=@EPOH?=(**1/*8))+56;AB:B<;8%'()&.><988%%==FEIMDCA?>5885*))*114<<.028<&&,.)$,/-(*+3(%$$$'<8685.)4>??=/14&&%'&79:'*-%67@?DBJL>89?=9;9>>5E<:(>@=@.((:2=,/.//BB@<9FA@?CGE=;MI??:@<?EA<*&':HC4@CFGKC7:@CC@=A:@=;;@>>DCCD@'':-17<;<@B<:6<><;CEB?+$'#%*8939<>?@9>FAAEDINGEAABFB?98369::)$*(%3%(6<:::@=@-1688;<698:-9BCEHDF<A??@??CD8;A?FJ:%(=@C=>CA<<27<,282<9:A><>DA:<@@B@599:JMNBC>BBCMJA<.)')$-35>D>;B>><8//*,326.(#8;:8386<5701)'',619<>:198?>=9EEB=5666DE:8AEC=?D@;A=''%$$:683;><6:A?913,$''$$%$$#%%%10*''9<502;5>?7874542A>>AEEED@F.*>=@@<9E7:DB=.->C=:?559.BABGFC@B8.$:CE=B@>6)752EAIGH<:;;>=;>?<8678C<83.493@4.445DEB@I7:>9:>ADE7?@;8;=AB-<;:<9<><>@4-22'''8>=?HHE;@;F@);99;=D<?589J=>EFB59?=GEEJBCEF>A<@DEIABGDIGF@C@=?6-579*-;;:./01@>>=9:BAA;:3@KMA;=NM;A1DOL744G=GK<=<@@AD??DF?AH9;7:CBCFBD<9BDD2E+565A9:>A@@CJJC8A55D>:123675)3D?>FHHIFA@6AAA=>:+;B=CD=K>BIA8;@=DB<=<@OLDA@>AB>D@GI=,?=;<43??9;>DAB?BKD>CBKKHJD=$295C?58BB==/5?>4A9CE:DAFF=IG?./47:;?OK@A@=0'&&222A?15>-7;>&D@ABEDEDI?25DFGBID@?>?@DB@CCCAF:;::=>MNKJB>A<<;;<5D?778')-&)6218;=7*<>89?=;?-89@BCC<83@@:=@::==7479496+9<;;6+@AB;:<31078>;?H;BB=<;:;=,1=B==9:&&E944836>?EBEKGJL@DCAJG;39=MK@GNF=CE>C9('.2;A>89DD;CFEB>GJ:;:>@1--GE>;?B<:=<<2;=?<;;4*)123@?@@6==>7)ACA>>.(*-.)34(+'):=9.03:('$,07:56A@<=02('$&37>>?:0-3:;@=?>616>>95=>E(ADBCC@@COJDL>ARG>-/(*3/;69=9?@<=<775-<@?:A?H5')>=97>CGCCG><88<@<<3=>-*469;BC:8746-*)(,+9=?E<<>@MPM:EFG=E?>INNNMF98;>???9;89;=<=7=A=>CFH?<.01((669@79:7==?D>58B;3;:BDB<=<::CA:46AE@+359>CDDCFBD?=@>>5>HB@C8?@GD=7;;>.FEBIKGKND?'@A?@>:FBDBD<;9:9=>:@GLMD8A>A>?CBGHH><=8DEBKKDCAAH>E3071=ADFEGA;4?2=FDFB=6:9*++-/>=4A7>AFB-'8BE@F=8633:@>=BH?@<-8KHIC56GDDDFJKCEC>@GF>H==AH?J=:<BC=6CEFICC:/5;>C>@:@?@BEB@AAADC?@;=;<5*BBBA>7?HBE@A@<83924?;?EDEB?G9?<;32/,&)44?A?>2';::81-3$$$'%66EE97AE8GDEF@ABCB897C>BBDCDCDA=BE<@CDFBA=CDG?=910?A;?8/10,-,5395697BGGF=D?:=;<0?E?8EH>CA-256=?DF=CEDDDJKKE7?>F@EBD?C@<:=>>%'>:><8'5--02?AC8304,&(+-'*(34=EDHAF=EN:@>>?@@@BA@:34+-(/*37?C:?DGEM@>D:;??<=A>EB>BC@?GEAFHLGDCIJI@A;>FF)2?ACGC?>+&C?A@?OL;7@HDAC0<34IJAA@BEHE8358=CEEJH?7EAD:;BFGCCAG9HIB=DEA5+4;?9*)()%&(5-;<@CCD?C@A',82=>:2,057;6DBB<=;D?AHKLFD>>C<8..*>;;AA969<>B;AABJ?C;=?<>?(*+2448488@@A@;B@HDO@@>E>OLLHN;=<>>??@DD>??DE@<<;6:9:()+23=*@774<<>;D?EEF=D;<9DC9:<>BB@@C=?H:;CB?A9>0-;@C>15<::/2,:@68558=6---<7?A=AA??6:AB;*+<@B8;?BCJC?@=9)9>=@?DD@.6A>(;@;*''9C=499BDABCECA46==D=>8:3>BCGI?<>C,,'('2394$54>=?@?>@8==AKH-G63<9635=<>C@@<9'*/041;=@D749DC@:?>8;/868>?DECF?A&%79;=BFDC>>C@*''&'668<:==0965<<=-<8BD(,0=?0==(?>7$3B59@?=?@777CGH>><<=5??AD9>@3;87=:B89?@AE71@C@?7;<:B@>D<>=?@=AC>C?5;977;.6:5396697725:<<4058@;@BDDE;;IGCB:@B=?;>?3/-A:>?>E@*0DDD<:A5+3.,.**+-39:;17668>BAC9B=>8324::6H=EBACC@@>IIPABEEHLPCFI?BGGBAABA:.+)&%%)+59;?DDCA?=3%%'(2781++:3==<=@6=>@FGDE?EF;AA3????389=A>3,)&(/;A@:=;05AA>>BKC9?@=?=5+)2.;..>>B=?ACJKEGB;@?CBADC?9)(1?DD:9@AA<<@B?>EGB?BCGEC+5C<9B>67%8AH>FF@A;AA??HE99-;-,/0.-0>?<99?@17DIFIIIFGLIMMGHG@GEEA@?>DEEGA><3588797017,*:5.655547C5;6<::=DEA9>>695*54779==>:3-''*/'+...8<327.01$-583999:%6=9@A;/2?DAA5@48430.89;7)''-/4@C@EB;B957311:4?6BH?==51@7@60074>9?A@:112+'/33<4@A<:>A9@ABBA7?D?;GIK?9A>?ICBA?A;AB?AB?><;>?=>5;??=8;/+)5*',++349EB=?26>=>=AAG7''2AEC;+.9>?:;;:;B9:4:?AED@CC9@GH/-87IE>@CD5@;5:6:<>?:7/0>>A*&%(..3-589A?CD>=>:<96::@DD?GCL88;DDG;AC=9?CF<75%/0/0GC;@@@//02,2/+.:;>FK?8;69CBB?BC-)?BFG@-68:;@@10978:*2/=CFB;;<=>:4'>DA43,1@@FGLKHD;>?BB7:BA@<>>*'3480=>??B;9<5BBFDDBB)EE74F=J@;<96&&$'4,-::>@FJFB6>>@<>5:44+=>>AGI=(7;=B@=@:BCA:EF?8C9/>;AEA=@B;=DFABED?77<=@C>AD@/EFC=@:@;8:A<5=>AD@.676662>83.323;>850.87??@?@:89::'98;<9:?8006CJG=A89.A:.((?BA=9=><7?B?4<9?BCDD114@=@E64944;92;ACCC6=<<<:;--=<.,435>?>;6:==858:<9;@HH?@?CHHJH?@LGMI><5:IK:7<(9:9>>;<8CA=>?LLJGIFEF.0GG9/97;>77=63)0,-,6D?CCACHAD>>E=:6DC9DDDFGHNLG:7ABC9BCD=744*(.1)56814B846>BDM@A?=;@A8::8C86;CBGIC59>DH34''5-09798439AD7:;9ACFGAED:;959>4=>?>>;+->@:<7'5<=:<(*;D=A><7FEEG>@@9:GDB@?@=*,4',:<>B-98@C:>?CCB?=4?KA@?6)*.247:;8=879@9994,()(724<;9:9<5=@>?@?;=A83:;=B@=8:5;??A??CD<261$()5EF:AG8?@G@AMQG?B9>JMDGD8:@9D@EE0ICE=B6:<61+)1-3/288:27657@CEC>8>EKKFD=?@DLLHJB;H<>;9;-&)*332<=<;?1,57<9:/1?BAGBDF@A@?=C??B@IAD5=BCE7CCB:*/1EEH0=DCB@999:@55=;9DHHAGD?;=@<7.,)*$##$)++0=AB==?>>9@C=BB@=?64626-7.3=>>A@A<20*257IFB@B=GCBHG?@?A;7<;D=OPJEAG>DEFD>AC<:=B>AB>=AA>DLJJI@GGEEPNBDCKBCB@<@8A::FG99@=;,1--.2357ACE@:@;>FJH@@EF>,3(,4<>====F>DF=DEF;:<>6;754>A>@E9>>HJFB?CHF;MNFI@:;;ACELLE:88.-9=CCKKECMGCAC8DDLOMDFFGG;?F<9=-835EIEGEG=BC>@@>224:;<>A@<::*9?>==;:BB;DA,;?ABHGGDCCDFEC@CE>>>65*8589;2=?B@99>>?@B>*'.90B>?<.**,'02:;=F<4BDDF;@A??BHDJ?C>EE<<9@<@3;ABFEBAAB<>C?>=A6:AF@=A@C,>?66<;:>;ACGGDDFH;CICGI>>>7BAEGJHCONK<9E;;ENFMLLMJJF@2>:8450DIGCNL?B?B@D>G9DG@?GELKO;AF=CCB>;5;;A96-.+@@:AGADNPNM6=ADCBA?A==7?C@@EMBLNLJGDH9FC:=A:IK@BHHBCD7&&+AC2@>@;EB56119?CC:;?<9AHFC?FA>AC@FAHD?;H@A?A<9=??<*,-./98.48:7@;'<9<::+&$$$).827897I>89;:?=IAEG4<>D>,,8??48;C?ADCCDD7FF@>7GFBAB;A>@EDB@:?GKLJ>;?>@;DEGAA;6?@?4<@CFGCF@;99FE=76>:-,/4328:=::4949::78<7;522(5;;;=520339601&7739HC76ACD:9;>=CD@@/+++)+28<>CCB9<>:B@?$'8BA?CAAD09889<86:=0>=8,,(6?8348?A?A?@?<:AGHH=.2;>;>A@69@BGH9@==CDD?;4;=DAA=@>2B7@BCA?:;:A:&8%*8;=638:=B86557:<<>C263A;=JI@??:5<6>=@@HJJAF?:JK9JKJFF:EIG>EIGL?..+,.$$'02>:>EB8<;:9-,,+1:=8/243>?BACD@F8347'&'*72>C@=439,?DC?@7'4$86:>@?;A;:@BEHI@EEA<<*((6D:>A=A866GHEID2FF@A;8,-,17;;B@=@AAD;>><<.239879>FHKAGEHF;:;>GIGAEJF>*?@BBC@=DDGH6+<9=A>?888/C:CBHKJEAIAGGB:DDFI95D@BB54/7.$%4)'*452*,&$&''(/,'$+&)9=/0<0>76$$$$%*'),9?>AA>BMDB=<8;9@>0--?AC?IF799=85<@D623-.--0/25$;;=>9=@ADH?9@.'@A1+/)223559;>:<9>AB=>>B>=9@8@=(*-1<;=;96;;**.+(*7D@5<775<9;6<;=3-17=@536.>=:9;@@D47>CB?@CF@@A9<@A:8?==:::?FC@;??;4/.=3=>$.224589>6>>GGIBBG:A;@@@>EC9;=586%&;;BD?DCC:D6;4418874<:816>CB@9>AC9<@C+'*>=?98;7<<@@98GHCA29)&'+(8;=CFC@B98:9)==HKLIGHHJKC8@>:.?A39@?995'&*'%-/646;ABCA598=;F-@>A9BFBBD35;;@?@AEA?<3?<)%A;GBA:FIIE66873?82-:C?B;;:7.(002369<:<<9;BA*>87??EFIIIE3/77EGJH??<4>>8<@IKDBAC<8<7FE+%(04BE=;226;;511650357(,-+745))))9=CDB:D9?<=>?BLRM>9@A=:?367?@766=?>DAEAA>;>@@CA:<@@5GF<4@AB?28C;A;A::;33$&+'#&'(''/3:9=><>>58:6?B;?>;ED=A;58>>*.;::>=?A?=@:;<=?>58.&,1--%1>4<@AB9;=>8)#&.+6,++.))4643<AB27A>?6@FE&(A<>>@??B@=@@C>=8:=($C@??KKOK:4&%&-4+:AB@??,+-$(''6;47D1:DEHA>D<3@8:@A;@/*,'&*(011$--0-6*0456%3&.,%;>>>8@8=@?C98<=A?@DB>EF;5A<<=EBCB==66?ADEAEBB;;=A9;;CBFC@B68==@=>CKCABH98@;<97>=7;<8;??=6;:6$(++(,,,;:?ABDB@BCBAG??+/:?=?/CEEJLIGC9HD>49BCAAA@B?;>EADI@>F?>@@EA<3/68BCEE@<-*-0;0-*+51-,0*(,@A;:/9(1.+=>7@7366@=>BC?;5***BB@?+/66'==;33339=ABDF;JC/00*.1,>8ACB;85678<8=@@H@@?=<<>=@67>>;*ACAEHCCD>>@GD137=>>=*.;=02577;;;DB:=@BB@BDC@A:*2;>GI@::CA;>@=>?FACEFF>HJDHF>@B?6:DIH=CH?C>C7NJD@D<<@54GFGB??GFB?;B;D?@@B;>0>@@@C@AB:412%+-5%%%%%),,3$'*7716;CEGG>*8;<>?>?=.@@=@=>65??BDA=C?@?=:;;:=;CD7:;;@($<9;6B<>>?8FCE?=C6;2@A>=>=BC>ED==350+)/<==?A@;<80133<;=:A:800=BAC968+90@EDDEDFFDGDCC@EDA190.59C@A><?B?<<>:5'0%*8<<>3:2&)&389....0@FCH>EIDD@'>;7?>0;::7&157C>@GFB?>DEB-7--9055,/087:ADGA?03/&+02,+%/<;;=>@FEJD9B>@CP=HEFBCCHJJFHAD=@CFDAEBFIHE?D@7??B=B?A>D5:?@KEGFCABB,-J)7C@>)-AA;EC?:)''''&&&$(%')$&3@>6++*-2,8:@AFJGC=??9DF?=6('&$')>/3>@B;.AE<4,55.2=+.;:3/.>==ABDLFFE/878DGE=@>=E-(/9<<>BE>?>?8EG>1'&+,1238;>DBEJCIC<8BCFECDFD=D0/39($%)&'&%/709@CBG@?D-388;>?B?CJLFCEPQD@@B35AC@D??>:DDA@BEII0;>=CBDC:JGFEFC?BI9AEBAFG=9*$'*8:@9<<.575>@?A@E;?IB>LPK>;E@RPNC@61::<>7,,@EEB8=D26=GJFA>;?315;9:?;ED@GGKN8886;=@><;<=D<=<=5+=><@9.100A9?+&<;=>F=A99D<::?@@:AAF@;;D9CACB8?2631==<8H?<911**6BAC8>DGGFFC?GLKML?@B?>@EE?CFA8@D=;<;)F:;>;BB?=@E@FEDB;;+7;=>??;.75&%($$'%%35%'5::'&&667:::1B9@=669441&+47:9;:?@446EGD?AB8?<7-:7C6:EEABC2/D?C@<=?EBA>=?3ACDEHIQ>AFJI:8BGLHGBKGFHEFFHJHLF@:BF??ADAA;654)$%./8=?HDE?GD??B?3A@8=ACPBB=14BJL@ABB>43BDB;9:;69A@D?<9=>@MFEGBEACGC@DEH=C88;?FGC@FF?>>DCD;A?E<:;AB@H?@C@F>:<4?A?9?6LEDEKNAAKILFBD8=>@<836BBABA?:98547?@FACHAJ;CFHIDBF>CEE2*('(&$$#%%'+&'AB:??AC@)=@E:A>@==?AC8D:EE<=?QNI;F=A<9?0751(*9;<3'87&*850.&''69::>8<=8(22?:+)18@=6??5708,./7281@48?@)*.&*18;14@?6ADGEC@;=5;==@B>:224,-),*259A:<++BAAC?7=NNI@>>CCDC79=;:7/,%+.1=;45MILGO<=BF@B?IEAIJAKGBFH>C<%)-+4))792??G@A@?CJK?F;::+'*$#%&;>EGE7200?CDLKHII@>AGH9;@G=@BC%<)531(+*(25)(()++3;;@E??BC=@E@:9:C8.2002@7CDAB?;>FJJEE9>>58-+././+30;>ACD<>CBEIIJIFBBCFG=A@=.7>-9.??8ICGFEGFA(,@@ABC1C?9=58.337->.420),>D?>?ADCB6:?A550.():ABE@AC?B;H:=ABKA8>GH<>=EF?=C<09B?>?:>@=(:?A>FIIJAECBDGA7@B:1?36)6;7;ACC@?=A=A@7418766...0.:A=BA369%)++38@A@;@==@E?==BCA;'&(8-987:B4C=?>@;?BHBGADMN>-59,*)%'859451/(+,)%67;>CED79DGEHHBA??GFJKEA0D,A5+-<0%%&+&&&466>B>B?EEC@<<;DB5+A6??@@.)-%&966//3;HGLKJLE9B=;:6A?.?@@ACCFKOPONKG?E<>BCB@@>>///0///8;:10/65@CBE=?@2AB?=.'<8;=:*?@>=9799=<8/%+;HID;:@AB@AD;DFAEA=HDA:IOGHEA5==9>>EEEED=>*%168+7:)%%A94879@<0+=>>::;3;::B=5:E=BBDE>@B9221=34,),/83*;<8>>B@;@?GEBBC1+:974:9?DCA>=>@D>>=28BC-?;8<>>G;@?<>EE?==?@EB;;FOPHJFG=1<:=@9::;=FA9=GKHEB>GDDKK<==??;94267A??7<;@?><>9<>8:AB@>@8<77;;A??='9?>?=BCGB9:;?<;>E@I>>A@ALEFE?>;<@CCDB--6@@>?9:858;7;?<78B/<:;9D@AA>9:97%14,*783<>FDAB;6++)8'*=6@DF=@BA;7>?<6==BFCC?:DHM@DK?B%2:0:+)8;;;=BCD?9?@A::%')(*2454+'0>$)<<:;:;CD@C@@F>9;45<:::?EBC:A=<>===B8;7;?9BCDB@:88.059<>?04,&>'ADB@A?@@B1A0&&<5:;,'=8@A>994@@B9=3400+&'$%339?C:BC014BA@D?>=?<=>A;:=+0,.'977:9<>@A==<5-89,*46::ACA>?,37<@;1100,;<;516<;*((==@EF57@FB2?CMHHGD71>8;?=1=8A;<>@>DDFGAHJQ;=GA@:9ACF@BGPAFI<;9>:128??AB@::;;45-+700=>;D:;AB-/6@@A<483>75>7A@;-+%-9897;CA><8E56>@9=BBB@8;,764?9>>EA6:>@D<=CIEC<57=8;MBP9=9==48>4/B;9:<>>;4/5>>I=DFEFG;FEB98,)9:@=9@EFG+BBB@@?2/7.8+)'(/.265**)((5599?=>:6*<8=777+;7;@E@@=,==;074368;99;???A:((77=>%(9JH88BB?DD:DFC<@B@>:<>>;DD:9?@EIOI7=@;?=>@B:<4)))-=B;,/?=@DA@9;BDJIB<>A/?;B=59BCG=BEFHH@)&>:?A;<>63>AF:>;CCA;A>@570;=@D8@61/*&&&,%%%-/3:>99.)*')++/6;::=BBDC@<9>BBAB7?=>=8-*+*;;CCD?=<,,71**9;,+.5;.3+>@C=.)((.BFC.2>>?=6@A@BCD?D@@<@?>A;55B0=@9>@DABBC5),041E9;:9@B=87:=8D;<@20+62,&&)*/99>;7EFIDBEEE<:9B@4A@EDB9A?A@8@BH?J?@H;IMK0>>EDDG=C;941019?>AADDEKIMEFD;*(=?AF?ABJH-?B@AIK<6;D@;@>>96AHDC?B?>%)5(+-/5BCC@B=BB7>@GFCE9JH@EEC@>BA767<8@?=:?CF@G2C446E@CGE@@D<:=>,-A@FEAA=><479B@7?JCHFE9B>*&+2+1=3BBGGBE=;DEBEGGD@9@@59DKFE>:>+%>;<-(?BA@;C=:;;A38759+4IF;:CKB,B;<=FCGC<>>@B?:2;*/74568C;CCECEFCC<:>?78:8+$474GF>@HAC=@@=>=@>=GBD?*->@<>=:6;:C=<:@?C:;@AA@@=A@CDAB@9:9<<>-*=A?=8?>799-.84?;@<7:999:;/'299;>A9<>=A9:?<8<(,H;@>>@=CF6@:88BBAF.*<8AIK;?@8'@F?23?A?ADHE;CJIEFGG@?C?GKAC?>A579<92:025;@1666::GINDAA<>BGG><=FB>DBC?=CBCKKF?9CDCB92:>?E/'+*28:;@>FDD68FG>A@<>?=MMGEACHG;??BC?>>:/5:++=EB99G>0?:A@EIG>BBFEGFGBB?DBEM>6H@A?@;CDFEA?=8>>769B,.468@GHCB?>B>A@AB@EMMNHIABBH?D>@ABCAGHKDFE?FF;CGJDLHCD?@BMEABHHGC75FMKB=>;&)<>?@C480589<@AIC?'7CDFEEKEBJKFA:;88CED=3;?>BDAHRJ;68@558==A:>=<)%)**&,0;AB6<;4*%'&((*364.49;**+*1345556(:9B<AA:DIGB>;78=:>A5AB@?ED?EGGGC:;)@,9A:;=;9.36:;=?9:;83+:=:?=687464===<>?86796)@=??A>>@?::<@A?A3<@7BED@>?CA9;*)';<@@@CMEE739*@>BBEGHI>>A9/-+&)%&449AC@;=@D=339:AAA>(60:=@BDGC8.17?AALIII@ADIJHEH>3.88,*2::<@=BC<8A:DEIGEFGG??>.21?EFFFHJKEOGG9MEMNCC@@@1@/;,;>=A;?>4GKBG=?F?32GA?IIC?CEAGCDEFDD?IDGAADDHEHHFCE>?A@BBDFJCI@AKJ@=?AJGIK>CEKEDAC>B5DBFJJCBHF@EFADDLH-<2;ECB?A28:CA?>AC@==B<2>B;?;BD@@&+:2;;692:;=;<'+?844>;;8<=48AEBFEHHJEE?::$)55:>A@?>HIBC@?FFBEBAGHF=E?FEEGJG@;E=8H=RPDBEGIFEKJ07**'3'133++1;%)<>@?>=BCNF<:>7*FFHGHC>CFGHH<;('262,'./$,020&%&$$-2AD24;;=@C>;?A=<>9845/?=?BICD@=C=@1%&-,+3*,7CBBCFCD/8@;:2B79BIGGEGF.+>:;A?GJJEHIB>68DEFBA:7DCCD?9ALKABA=<9:;B;:CC=FG?<20:?@D=D>9?=FB>FJN?=+2?=?EEJ??+13CD:ABEFFCCDFGG=9;D>%MFFCA@A42-+/37;==F?@8A<AC>?BA<=<57&*.8>BD<@99>837:4@=::<;>=?>BEED>@GIFEA@=0/13*',&);8;>BAA:=FIGDDFA?8;AD@:=BB><0-8<7?46<913+'(*0<;-.1>BA?E=C>DDFIHIB@;<4<+.88A;A;>@D>7@?:<:CA@GA=@C?=;=<:G=DG@?D?@F>8<=>FF@>;:MJ?B>)?BBEG>99JD>@GF>ITMI=9=?=DC,,5/0-*$'3=CEBD?:9>DEAC=@4A@@IBD?>=?ECA1DA44EGHD8342$+2BEEGE=?>?:>;>BB9AAABBAB@A?EIF8.FGDFCD??@BCC<51@=?8=B33D7?:<7<9;FC?>;6<;@<:*703,90<<9>LKGE>C7:@?8;72=@D@@A5+-;87?@@@86998&,22BDHDF;C?46,*:@9<<><487:?=>@?@A@A>99=DMNJII@;;:@>;?D;9'%+/;AHFD@BCA=>:0//6%%G;79BCJLFFD;JAC=CKLKFCADIEC/>A>7?:CEF@@CB6:;6DFADIGAECA==>AEFC>EC>GA=>@A:=>BC;79??DHC?9=@-.248;0(;+13$$;@=<:,:>BH?;5AC:D@@D<98HIE@B??EEC=:;<51:8E;CD@@AEBEBAE<:?=C:=5>I>;?CHGDGFC;@A?FHDKFHB@10FONFKE=?D@HI>G>UREBGGAEEJHKKHH@')-:>??BEGF@DAF?:?EFD@A7<:@@9865>6=39;<*8;?HCEGH@CA@999;C>A:489>@89+/79>F<<=??,,<6;8@@CIKIDB.A@B?CIJJID:>ACGIIISMEL?GB@CB=.2B?C?CD<>-9),;MJHOGGLMDGAC=B9?<5A>457CACF?AC@9;HIJD>@?A?=<2:79AB;;?@DG>@EFDB@?C52>A::;<>GAG=D?=KPF0>AC98?:?C=BAD7073310548789A<@>9897<>AB=C<'3&%%$#&+.&(%0;A<===<>:9=?<;69:A@>DCA664GFF>EAD6EHEIKCGHEFD<@?9C@=?-6<=<<<3>B;>@(?DDJQRH=;@<:763:CD;=9879@EDDFG@IGIKE?8BCC<:48?>9=32;==>>AGHIH?CB6CCIHBG?=C>B=:@CFBD:;BDFIGIKF9:=FE?B66AA:HFEHANMBACAIEA=8&*&()5458@@?BC*/GFKIEC>@':81))0358>9888>@GA;>>DE>>7;CG9?D93>>B78?=(%557;64)=<=9/3:9;.21340-1(%1;;FGC?BC:E9?@9<@7:2=377:221=CA?59>?32=?EGIO>?=9=@>;156=>;;9AFBAB?>8=.@=;>@AE;AB?6D389=CBGGEB@DFJGFGJAC>=::ANNKD?8:3+%%%*),6;9<4;9>=A@>?8@A6A>AD9:834-088<<=F?;;80):;**-265*(&++224<??:@>>DF>@?:42==>@*8B>?ADGF?;*AB05/15-)88@@>>ECFH??B<6@?@9:6:*.:9&4)),&$$*'//60/.+,''%%':6'6==;>6<=@:(-;6766932=4582:B?-:A?@;@=DC?CBCDIEA>>+<;==@FC;2+>A@JBIJACC@DB;:C265?ADD?9;>A?A24-7<=+B?AAADHCED6;D>??:GF;AE:LDEETP@BBGPCDECGIE=99??;?DHF3@BFEHJJKN=>M@ELDGE@243@?9;8>BB>O>HCKK?;<>E=8;?<<:?:GKKC600?>47<>BAAA610):;;*/<<6.088C@B?EKDE/.@E<;C?DE-F@JJJNGJ@8;?CCI:>=>;?BD:=D<>CFBAA318:;6>54<>ED=<>=;3788;9140'+;D@ADBA398H1?=6537/2A=,*)))($$%(46=>==<<3/;:>?FF?A9@A@79+0886(@>6B@=<:?=;>;:8-.5=;DNA@;ACBMIA?IJGB;GFBDA;;9BBH=>B=@E<=3$6773:01022>=;<<44@AAFBHFBA47>?=?KHH>EDEHBPIG<=;4>:?9:=)6:I@C?@B15CEC57AA@CF?=?CADFDB><%/54*05E=?DJ?==@BDECB5@BC:=789@?BCBJBAKMA9:4;69>DEA=@?912274)7/2:';@>AA8=::DEGE55?7>C;<<@BE:DE<****:>@96<9=>;<<856441..&1235;7908>KBA@A@BBAD@A799>A8D2FMNJGF==I=:EFEEKKE:4;>@CC;=CCBA3;/DB<&%3<;<>?ACEFQO9>B5EDEGEHGG?>BCEDGH?DBED9<76)*)897@;$$(%)212:;;:@6(*65//,60''''(15>9;.*:CC@59@DJJHHDFCCCJIKG3MOVMDA=FJKIC89:8?59AAGIOQEB>ABCDEA;?>F?>@CC@663..,-->IIJ;98.<:;6-?@>?@HC;?$0$7,BB;>CDBA9CKIAB@K?L:@AA9=>A>BDI<>+B;@BD8:6<)FJ=@FAHILD;<+=3>=>?@A@D:;)*($537>@CJ8CBHGGEFDGHC@>@6B@A8E<A>E:>DCBFEHDFGA@8@CA@DCJCDQKFAG?A@?E@?BBFHCCDDLNMI88HICGGE=@AB;9A:=:<>EG@:CGHH:.((2//AEGE=77)(&'=@:FGDGD794+?7%.+/=@>313:;A=BA?JJIHD>:96<>A>;EBG=A83964641<7<<=>==?>H==EPNJF@&3766>@.CBDIFDCDEC?;B?F?68=CC;C@AAC>7.%21147;=?5%<=:9?=667+A?CLKD:;HIED>>DJKSOEHHECDFDFHIJ;?ACHIKMRKEEHGD@>?;<9ACEDEG?CDBB:::+9:<==>/DCDFCD:6::::>GCIIGCDA>FEQM<=?;58>><22214:<==CAD98:'(233526@?<458FADEG;FF@AB?::9,))$0,)$(,/;87532-#.3=><>@?@@;>@C?A;=HICHJK@86:C>A@A=8&&0/-%,4>?=0>6CBBBAC:;EH@==/76,.+('.)223(%-%&&%&&$%*,++$%0*&&);66:;<==<73)'(''01(76<;;77::1:=>=>9H>?:708@@GIBC;>?7=??===-$()+3?9+?AFC=>@DCDA>-)%%$$*-')''$('-.&*&-#%###%'*04867)))%8:174;:9BB;7;3/9<>760?@HJJ7=?;6;9;79951-$+472111*.)45@>=@>79<-/@>@C?>@(+=CD;F:77:585@@AGGE>88?;-057:<=4/*6=ABCBD>@CIGLB@>?@/(&++6537?><<>CJGDNMKF2-<91.@BE)&@@A=?=68:?:<>;@G=FB1HH??B7@AOKGEFB;;=&296@A;>7+56563(8:6=?3//.6>B?@?>=9==>@?727A>GHL?@@9*5;6;::=DEBFDCEBFAAC?86>;3EIIH==ED=(::AHD?GI@:A?5>>@?DEEBID@KGB-8278CE=*'(99668=9>CB40:;@A;223#$$%*'+-4;;:;>;CIAE9>'+8?=737633%)?A?BEGH=FA-)&..1::;;6(+,4+99:;@C:<>D;=?555'&++*2=8337D*.5=@>3>AA?CF>>?3EB;:89@?9;78;9A>9.6>AA6')7<8<>@6B=7><3/0-&.7@8GFFJAB?A;8F?C?@E;75;4:6<76;>=:>847A@C25;@?BB9*(8458:<=8,+../216=:<<9<5:<<<=:)+**/:47;7>(%-2<;>A@?@D??<;<024=<77(&&(%%')(,.145==4:/;:A=>&$%$(//6;<53/5),>>>EDMJ9>B;@@ACAD8=>?:;A:>@<88246:A::772&5948:<0>6*>8:>B5;=>=9$46<93@H==;>47:=:7==<:=A>33=;5.2019;;A:<;;>73***)+1.--%,,+.7779@>AA;CFE?-,..//%:>@77627<;;8>>ED>2-=9;3''/4=<<@@8067=62/096716-2;<>BHGD982&2;9:9??;<@?;&)64/79;3:788:?8=>OM?>98:;>;?:<<9-2A.::;=6@FAB?>B0=;=F4A?=?G<<5=87;<4:8-1<8916>67))*7D@=.6)&)0+,<>=>?@CEB;733%110/:*8:;2,CDGEE;B@:D@@>CBA:=?AC:EDEBBDEB67DF<70'%.00225=9*,3;:;<27GHHF>>9:'$8*&&&&&136>>>87:>?>=A?AA@>BDAFFLIHH::>>A=CEF@?9D<=>><874,=>=:'%&8@BA=AFFA>679@IE=47606-1DD::=>>9GF7BGHG>-0<>AEB2*<;>:;<97<9*48:?9?9==:D=;DBCE=DDD@57=::;0-61.0/**$$&%(4549/1<=5<>8@?;@=')/:<@BEJ?ABB4:<;?8:79@>?>CC917;>HGJL@>>@F56AC<=;79A@8<:B;;F:++/216'&,9?A><::>00106=040:95-*:357355.*-..('''-%$%)&,0525<<6;5:<@@888@;;=CKDDA5?5;DGGG:71/77=@?@A;9>@:?@3-@>9=?==8611B3:<<>>:6;;;480,2378>;67:@B>?;36/71,.()%*$469639,-'-@??<=DDAFHB=:63))43+&(%%$)&/02-;;70.*%,-+'$47<>FI99.>635CDF:A=>.2./0;66:78=@;;8DCA:988(07>7?>?:9;;9;9>A4>?DCB9)/CIFB:=:9>?='-@CC@9=C:6@/EC@9797::12<7<:=>;CG:CEE<58;9;<212&0,,:885.-:9@6+$%%(&)*()-((;:'E?:9=*55>;;8?;<;;>E4<59621/5<;243-*-22)493=78E=<:;975+(''($%+2(*5;>865188-$$%)3274:A=DD::AA<:;7?D=?930;958=686>:6<<<957'3557@E:::;>7:?EC=AIA46@?6::123.?7:=;>B?@67:?;<:>>822++***%'&.148:;1@JKCDDB;F====<:EGDAABEF@@:,455/8BLLGF@BEEI3DEE?>?CIILDB>6.(0.,5.1;CDAA=B>@860<@2E>A/BA@4.9+<:;HJD=@>;?D@@B973,(86@EEGE::5?/0+*%'<=D9:6559E>DDOJ>90=CDCACHIFG:>F@>=>>AC>)','))))2<=86@<24;;>BA=DIFFGEDD=BCC<6>CEGCB:=36665=?86185(23;>PND=DADGE=:6:A>;??@?EFE@@B>6B6B=45*./873$45E@EEI,(A><=79AE?A>7<1++=<9@;5;<;FHD>A@BEACCB7<>F@9;HAD@=:1?5:?<84:EEDAA:;=?=<;A0,10/1015,,8?B?E;8@>:7:8;?@>J:@;2<;:BAE;>D8%;6*)2B<<@868;9BG;HBB@?;C;<;B?EC??:@>A:=DA6;=;<631,89;;9DA;2:@ADDD;=9C=?ACC.**50ADEEBD7A@B@;<<;CBE@C;??;1:F>@9@?AA7@C8::?<:;G;8479F@.4AC?-427017<<>>6=4C?=3>=9711//,,#$&%(*564647D9A886:=9>:CDCBA9;5141'3>@P@AI9:DH;DC6>B?CB523;;>?9>9855-/8GE>39A>4:@;444/>>6?A?@:CE@($'$$&'.)7755;;B@:B;=>AB==<9;789=BGE=<<6=6@AC8=;67.9>;@?(6CKJ@;@@>94/>C8ACKM;;@JGHG>?;C>;?8>=./+2547>665G;CCGI20986-*LA?BB@EE@B>;5>=@:6=CD<:=@EEIG>9<:ACA>BD/*@=??DB=561<>54.9<@D@F==BDDBAGACEA869<>=;:7AABH290&&8EE?BGHA>C7779<=632>B=4;?875324174BA9<:=>94878532&'((+-(46/46?=<<>=>8::7=ABB=?@>757:786:??A9699:B?99;@=EE:=<:39E@;=A?B>90;;:?<>79C>?F=@CJ@<><==:?F66B;)+8<3=AA9830+.*.;33/89=5@98=;?;8:5<8993121(#'#$$$'99:54246,))-8A=:/(('&',=9?@BG@?>A6BIF=88<8CB><570:?C<>==13=<>>>:>@F=AA??CA885>2411'7AF;@DB@CDD/5078;8DDDEBB6@@A;785=.%+?;6=;<>E;67:::;69;8480)&8:;;?BCE@D8>6=8557)+3)18-98:@A?91.8/0@@<9=><6006:..,)'+'$%67;;9)8988<;98<;77<@?;=@A;CBF???@<=775<8;FFA?G:A;;:99;B?+BAC@B<FPK=?><;605>>;9.4$$%3:9>?<4710,).10)25?=CI==>GHHCI<38?>?68/162+572%%4;3*<=?B@8;=<,@6AA><@;??;9>@?15>C??5@@ABA=>=864*)+..5;==C@CDB>85:>@9;8=7;?:364=@?:9>?>75;=;;A@B;<@@=B>41..?A6<;6>?CBB;14$+8205>@9<3140786;:FFF>F@>26:F=GJ=?CEHA@;933*1DCA>@?:));=@F@EC@AA=+((019<377689?67=C89;<:629?DCBA814=B=E9?9CD;@FCDDEJCDAEGEA9+))'$(().;;338>?AF>7?D=>;:=.27DCAAAG8BD;BCEAB1>B?>)577;:&2$'+(*'+,+/2757?;4=4;;>5<>8%%'(,221(42346<9B@=K=IC?BHJH;57?;;9??7@;9@A:3?:13@<AAD>:B?<89;>@8><>3IB5;DAE>BHH==??9>DFD:1E>C:?A<@DKJD:9=;>A9;4DHH?DDAHF4=?@89IE;<>>6?::B9;928776.,19:??EB?<:3.3+8'(*2686<-*;:BAA@&$&%%$%$''7<<CA6CB<=B8C??ID?329*($%%642:4)'')--0-,//17;BB;78B:7)B>>DDB6D>:;:4777?@DB;G:HDEAF;CD7=<>?>@:CHIF>AA1@)?@8:3'):9.3?7AC?@:8996698>87=82??8K@DAD@C;9476H<=@=8@;:=ED@?B?=@;43556772:=?8789>78==7:=>9;=97//7=:BDDD'75A=635.8<,(;=?;=@?;BBEA78608:?>;8;><;>GHEEB98@B:@?A<7D?E?A>9;>CD6,632>6668+><;=AI=FA?@>B8@C*0%--6420/210(*,*:>97441>A?>?::79BK9MO@E:&&(;?EFCB=>@$%<<>B@DEC3>I?CHCFACB>FEBB.,,4;2133B=@;67=?E@@=IIA7GCG=;;:6<@5,-4BFD@C;934@<=;A??@%*DHB@@=7;AA>@GC7:=*=@?IGB;B=:@C@9>125>=58@AHEGHED;?>;<@AA6951??GA<;EBDFI9I>GA534***099=9.-'(8<@>@67:;DEGID>;B=:@@FFA?=6<<=58789/3868?>@D8AC@>C@?EE;NNLKIB<BHHA8@9@E@=?610;E=;58>9B=DB@@>E248?FCBD?A=;A86.--+45;=><0*666;?=DA@CDGAF>IAD@:C9FCJF7DD@EDD8@>CDH.+@D=?E@@:<5200+3+.9:;=>-+66;:?D?>:5%('(('$$000*-15$0+?>ACH07245.EG>?>>?AAAE>B?4(+7$+%$$$(('689?C@=AB7.77=-9(():/2386.--&-366BECFBCEGG9:D>>>'((4;7/&%(&$.-<=?/%1<6A=:?899AA;2/>==.)'**/6;=?B?@BCD823)'')7789>@A:?B<=A=CBBCC*85+@@@89DFHK;=>/2;BB?6*,?79<==0GNED5I<9:89>;9>AAC?59D>3>711&8*:>59;?0.?ADECGHB9CJIEEHJBC;GFNKB/5CHCDCBFH@>;@GHOPN=@AFBLCFB::/69@=5;<8<>CK>DEF>;?>?''BBA?=D>HHCFC69>:2.913(((01346:&)9BBG?5;EEB7:=;;;6?@&#*$2<@BCA?CGJFCA=889.,:$+988;.:-2<2%&%%'&&'176&%+$&,,&')(3:GG=;;641*/20/114?F41/34258::<=94234=:BAF:9./?,7D:4;=:=;98=@BF?:95;9=:.=8.,*$$$*+*',((9?BDD@?><:.<-2*32/13<766($&/;&&//2,***->=9AE?==454*(%%4--?)0?A*&5854:::=DC5'#*'-=CEF@DC@&(6:=7/12;=0/,32878=9BB@D<%':B6AA@A:CB>=E<>>?KJACD@E=BFC;7=DCF6>=@=:126=27ED=:B=C?BB<,-..9BF,BDDA@???78<::9:DDND9C=9;D<0032221:68@?;<@=<;8:<5;>AB37@D??FE8;:F@CC>@?@@BC?;B?:<9E@:<574'99:B8@=:986414*'('(,.-==BA<1'$/=@?@=B=58CFJBA=),7321/85/+)<@@>7-/2564/>002=?B>5?<35=8CHDBED=MEGGHG?A44C45575+,///58>EDC<9A;?2@=BLD@A6KJLA<<<66''>9;EADBK?>CJ-B@=DFJJM?=?B;85541(>:9;<:72<8871*%1=AE>834CBCBCFHMHEC<@CFA5=79B=:@;?;=<8??AEJAD@?A@BD369''$$%99;8%>9633@@5:=<95%%:<((*>@@?AEHSPIB87443%',6/.-9=BIIJ==G>B,1-99576$$%*-%$" @SRR14011045.72758 0dcd7229-65cf-4f4d-a724-5164d2230516/1 AGACCTTTGAAAAACTGATTAGAGACGAACCAATGCGGGGCACTATAACGGAAGTTATGAGTAACTGAACAATAAAAAACAATAAATCTGTCAGTGACAGAATGAGTTTAAGACAAACAATTCTTTTAATGAGAGTTTGATCCTGGCTCAGGATGAACTAACTGGCGGCGTCGCTAATACATGCAGAGTAGAACGCTGGAAGCTTGGTGCTTGCACCGAGAGCAGCCGGATGAGATTGCGAACGGGTGGGTAACGCGTGAGTAACCTGCCTGGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAGTCGACATTGCATGATGTTGATTTAGAGGAACAGTGCTCCACTACCAGATGGACCTGCGTTGTATTGGCTAGTTGGTGAGGTAACGGCTCGCCAGGCGACGATACATAGCCGACCTGAGAGGTGATCAATACCTGCTGGGACTGAGACACAGCTATTTGAACTCACAGGAAGGCGGCAGTAGGGAATCTTCGACAATGGGGCAACCCTGACCGAGAGCAACTTGTACGCGGTAGTGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAAGAGAACGAGTGTGAGAGTGGAAAGTTCACACTGGGCAGTAGCTTACCAGAAAAGGGTTGGTAACTACGTGCGTAGCATTAGCAGTAATACGTAGGTCCCGAGCGTTATCCGGATTTATTGGGCCACAGCGAGCGCAGGCAGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAACTGTTTAACAGTGCAGAGAGAGGTGATTCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCAGCGGCTCTCTGGTCTGTAACTGACGCTGAGGCTCCGAAAGCGTGGGGAGCAAACAGGATTAGATGCCTGTTAGTCACGCCGTAAACGATGAGTGCTAGGTGTTGGGTCCTTTCGGGACTCAGTCTTAGCGACTGCTGCATTAAGCCTCTCCGCCGCAGGAGTGCGAACCGCAAAGGTTGAAGCTCAAAGAAATTGACGGGGGCCGCACAAGCGGTGGAGCATCGGATTCAATTCGAAGCAACGCGAAGAACCACAAGTGTGACATCCCTCTGACCGCTCTAGAGATAGAGCTTTCCTTCAGGACAGAGGTGACGAGTCGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACAGGCGCAGCCCCTATTGTTAGTTGCCATCATTTAGTTGGGCACTCTGGCAGAGACGCCGGTAATAAACCGGAGGAAGGTGAGGATGACGTCAAAATCATCATGCCCTTATGACCTGGGCTACACGTGCTACAATGGCTGGTACAACGAGTCGCGAGTGTTGACTGACAGAGACTAATCTCTTAAAGCCAGTCTCAGTTCGGATTGTGAGTGCCCCAGCTCGCCTGCATGAAGTCGGAATCGCTAGTAATCGCGGATCCAGCGCATGCTTGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCAGTCGGTGAGGTAACCATTGGAGCCAGTAGCACAAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAAGGTAGCCGTATCAGAGGTGGGCTGGATCACCTCTTTCTAAGGAGATGAAACCTGTACGTTGGTCTTGTTTAGTTTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCGCAGGAGGTCAGCGGTTCGATCCTTCAAGAGCTCCATTAACACTGTAAAGTGTTAAGATTGAACGTGAAAATTGAATATCTATATCAAATGATAACAAGAAAATAAACCGAAACGCTGTAAATATTTGAGTTGGTCTGAATAAAAAATAAGTTGAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTGAAGCCGAAGAAGGACGTGACAAACGACGAAATGCTTTGGGAGCTGTAAGTAGGCGACGATCCAGAGATGTCGAATGGGGGAACCCGCACTAGCTGATAAGCTAAGTACTCCTATCCTGTTAAGGATAGGTGAGGAAGACATGATGAACTGAAACATCTAAGTAGGTGCAGGAGGAAGAGAAAGCAAAAGCGATTGCCTGAGTAGCGACGGCAAGAAACGGCAGGAGGGCAAACCGAAGGTTCTCTTCGGGGTTGTAGGACTGCAATGTGGACTTAAAGATTAGAAGAATGACATGGGAAGGTCAGCCAAAGAGAGTAAGAGCCTCGTATTCGAAATGATCTTTATACCTAGCAGTATCCTGAGTACGGCGGGACACAGAAATCCCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCTCAGTGACGATAGTGAACCAGTACCGTGAGGGAAGGTGAAAAGCACCCCGGGAGGGAGTGATGAAATAGAACCTGAAACCCATTGATAACACCACAACAAGTTCGAGCCCGTTAATGGGTGAAGGCGTGCCTTTTGTAGAATGAACCGGCGAGTGCGATATGATGCGAGGTTAAGT + .,/)*)*0(*(((&)&&%#&$$,,2422?7=353,5)+(&&&&&)+1*()*/*+25<;$$%01148?ABEHGEEE=<<5/;=>?@?A>BCB52=>447?=?AD,,;;I?@?;=1)*',&-%1%+,,,474+)*%4;;;86*22-6445.0,*)*+/-.*)%%&&&$&%,'+()$%$#*.676611)%)(%'-12360-0,+,;@@3>?D?:>???:><BDCE8%%,%+''&'%=:<=:;8?C@BA?C7>>:<;<<;>:?A60006-.5%//6637?AB?02<15)'()+'$(%)45689<<>>9;9=?;8/+&+,&%&(&*'''((###$$&(6662//153,*$$#'%&&&&&);=:('$**''&',+(/211.4464->;;=)8&)142,,(-<=:?8+8>??601+/&8.,(((%&%%&'(%%%*445-43;@B@::?BB@0=?@@=435.*.*#4:==?324;A=;=687;@>?9;<=>;<65)+-(*/0-**(212&((&&//*$))+$%$%&)+*.%%&%$'$#$$%&&(%''$22311/-)'66>?:95&'455=@@?<9244<:40333-,&*##$$,*,)830/2;)$4:7:8=<<9:;6328;9DCED<498=7764.,.::;8'%%*)(*(&067957957>:DD86,'$(8-&,,-'&&&),*--'-433&%-.*/;.2:978>@@96<:7>;=<-28:2:44349;=4643*'%'&%)++)(($)+.778;;9/261+,8;/6<25554---,.;;=;;?<148;%+0,.,52223267?@3>>@@=<<=-,5;91,)*.1&$&+-,<1034;7%(2121/.01-('$$&''$$$$%+2))*1/))*(*),+/64'+)/($((&%&#$#&$%&'')/76331.++-'''*()98;<<9*,357-49@?>CB:??>==86,.*))')$%%''''(%-0.+..'/)*,-,1167&(++,$$%5667=>=9410((,*467=9:22*530.3/2;9<@:;;;0.<78;?>2:=7763'$%'%'+%%;CA;;??=>;9<.+-77789=;;AC>@=BC<@>>06800+0?<;62687(%%8941/258;%872440:&0&)8;<=;1,12+&/473;=<88920-&%('$*$(%02159:9.2230;:;8524),',-.4746<:;:;;02:98:AB<<<9:;0-:::::321%(756:.**)63501%00666;:7,-+-'(50.1;733/(02'%'111$.&&($'#'&+1913;7:;@?;7;978=0:1.08;<;<=@@74)%*('(33/0/:9;6776%7:<6:;7>6-07:>:B<;*'888D;5467023,2&&#')(%$$&%'&&))/13310(1:+1:9;==;<=<45?>?CBD@:@>DED@+'.0**$46B?,-10/./0-(176668-%%##&&&+,.4.3215))&&&#$##*+0-&;578==:8:8===<&(*-''++,/3000('*++-('&&&)1666.+++-+'$$$$*+434-%%%%$$143+&&%+%%-,+7976@?@9/;6;=47HCEI??A32::ED@6/;55597===;4464.0&/-6.1023,*(7/3;<168:71,-%&*&%)36657776615::42720-4,0('(')*--,*-$21213/.4688;>A7A?ABC>>@;0*+.5430444-1+.5540)%694543A<>?A<=733-%%**2),7/$$'%$;:5<4')%$(30$%($))'++)-)-.*+010133211(&&-/334//.'*+'469;8;>>9<=<7>?B@CC>:881+=8/.((()&*((&(''$&)($$$$)---,++-4/0,/)23&*013<;9811/14:95$$-.-0%%&'*%$$$&$'((107942/032021878977:8%%1300&**'&-/'%%%01484579<89:;0-.&'%%)&&$%$.-&''-,.0'*1--5573(144436:7;;((((%2-1,/&'&&&)*2.0///600'2*././-,0&(&+0/1/16344-/7*98.,,11000/,++'(*488791//,*++,$%),'('.016=?BDEJD7988=5;5;<<-4%$12:4*%)17749>::<)),100++458@38136:<:8:9?>>;<>4<77:+'6>=B=87<58;:8*'%--.,02861*&$'((&)&.1%%%#'(/**.*-663+)(2.(''&&)+%&)+,-24778,()'2803;<>>>014655.0)*')$$%%(&-*+/243<51;:5114)$+1)2,,7:??<;06-+.6::=117 @SRR14011045.64554 139c2681-8efc-42e6-9bf8-e2a7cbfd7a97/1 ATTGTACTTCGTTCAGTTACGTATTGCTAATCACAATCAGAGTCTAACTCAAGAATCCGCATCAGAAAGTGCGTCAGTATCTGAGTCACAATCCACTTCAACTTCAGAGTCAGCATCAGTAAGTGTGTCAGTTTCAGAGATCACAGTCTGTCTCAAACTCAGAGTCAGCGTCATTAAGTGAGTCAATTTCAGCATCACAATCAGTATCAAATTCAGAATCAGCTTCAGAGAGTGCTTCAATCTCAGAATCACAATCAGTATCAACTTCGAGTCAGCTTCAGAAAGTGCGTCTGTTTTAGCTTCACAATCTGTCTCAACTTCCGGAGTCAGCTTCAGAGAGTGCATCAGTGTCTGAATCACAATCTGTCTCAACTTCCGAGTCAGCTTCAGAGTGCATCAGTGTCTGAATCACAATCTGTCTCAACTTCGAATCCGCATCAGAAAGTGCATCAGTAAGCGAATCACAATCGGTGTCCTAATTCCGAGTCAGCGTCGGTAAATTGCTTCTTTATCAGAATCACAATCTGTCTAACTCAGAATCCACTGTCAACAAGTGCGTCAATTTCAAGTCACAGTCTGTGTCTAATTCAGAATCAACCTCAATCAGTGAATCAATTTCAGAATCCACAATCAGTGTCTAATTCCGAGTCAGCCTCTGTAAGTGAATCAACGTCAACATCACAGTCGGAATCATTTCAGTTTCTGCGTCAGTAAGTGCATCAATGAAAGCACATCACAGCTGGAATCAAATTCAGTCTCAGCTTCAGAAAGTGCATCAACATCAACATCACAGTCTGAATCGAACTCAACATCAGCATCTGAAAGTGCATCAACATCGATCTCTCAATCAATCTCAAATTACGAGTCAGCTTCCAGAGAGTGAGTCGACATCAGCTTCACAATCAGAATCAAATTCAGTTTCGACTTCAGAAAGTGCGTTAATCTCTAGTGCAATCTGAGTCAAACTCAGTTTCATCGTCAGTAAGTGCATCAGTTTCAGCTAGTGAGTCAGCATTATTGAGTGAATCGCAGAGCACAAGTGCATCAGTTTCGGCTTCTGAATCAGTGTCATTGAGTACATCGAGCTCATTAAGTGCTTCTGTATTTGAAAGTCAGTCTCAAGCTTTCAGTGCTTCAATTTCTGCGATTATTTCAACTGTTGAATCTGTTTCGAACTCGGCTTCCAAGCTTCATTTCAACAAGTGAATCGGTTTCAACATCTAACTCAACATCCTTGAGTGAGTCGGCGTCATTAGGTGCATCTGTTTCAGGATTACAATCAGTCTCTAATTCAGTGTCTGCATCAACAAGTGCTTCTGTCTCAGCGTCTGATTATTTCAAACTCAGTTTCCCAGCTTCAGAGAGTGAGTCGACATCAATGTCACAATCCGACTCAAATTCAGTTTCAGCTTCATTAAGTGCTTCAGTTTCAATAAGTGAGTCTGTATCCTTGAGTGAATCACAGAGCACAAGTGCATCAGTTTTGGCTTCTGAATCAGCTTCCTTGAGTGAGTCAGCGTCATTGAGTGCATCTGTTTCAGGCTCACAATCAGTTTCTAATTCTGGGTCAGTGTCAGAGAGTGCATCAGTGTCTGAATTACGAGTCAGTCTCAAACTCAAGGTCAACATCAGTAAGTCTTCAATCTCAGAATCACAATTAGTCTCTAATTCCGAGTCTGTATCAGAATCCTGATCTGTTTCAAACTCAGTCTCTGTCTCAGAATCCGTTTCAAACTCCAGAATCAACTTCTGTAGTGAATCAGTCTCAGAATCACAGTCTGTGTCAACCTCAGTAAGTGCTTCGATTTCTACAAGTGAGTCTGTATCGTTGAGCGAATCACCAAAGTGCAAGTGCATCTGCATCAGAATCCGCTTCATCAAGCGTTTCGGTATCCGAGTCAGCATCTACATCAGTATTCTTGAGTGCCTCTGAAAGCACAAGCACTTCAGCAAGTATCTCAACTTCATTGAGTACATCAGCAAGTCTTTCAGCCTCAACAAGTGCATCAGAGTCAGCTTCAGCAAGTACATCCGCTTTAGTCTCGGCGTCAGAATCTGTCAAGCGTTTCGGCATTATTGAGTGAATCCTGAAGTGAAAGTGCATCAGAGTCTGTATCAGCAAGCACATCAGCTTCAGTCTCAGCGTCAGACTCAGCGAGCGCATCCAAATTGCGTCTCTGCCTCTGAATCAGCATCAACAAGCGTATCCGCTTCAGTATCTACGTCAGTCTCAGTAAGTACTTCGATTTCAGCTAGTGAGTCTGTATCGTTGAGCGAATCACAAAGTGTAAGTGCATCAGAGTCTGTATCAGCAAGCACATCTGCTTCAGTCTCAGCGTCAGAATTAGCGAGCGCATCCGATTCAGTATCTACGTCAGCCTCAGTAGGTGCGTCAGAATCCTTGACGCCTCAACTTCAGTCTCTGCGTCAGAATCAGTAAGCGTATCTGAATCAATTTCAAACATTGTAAATCATTCAGAATCCGCTTCATCAAGCGTTTCAGTATCAGAGTCAGCTTCTACATCAGGATTCTTGAGTGCCTCTGAAAGCACAAGTGCTTCAACAAGTATTTCAACATCATTAAGTACTTCAGCAAGTCTTTCAACCTGCCTCAACAAGTGCCTCAGAATCAACTTCTGAAGTGAAAGATTCTAAGCACAAACGTGGTAATAAGCGCTTCCTAAGACTGGTGAGAAAACTCATCATTGTCAATGGCATTTGGTGCTTTGGCAACTGCAACTGGTCTTGGATTTCTTATAAACGTAAGAAAAATGAAGAATAAGACGAAGATTATTCGTATTTCAGGATTGTAATAGTCTTTGCAATACTCATACTAAGCACAAAAAAACACCTTCATGTTGGCTAACCATTCTAGCTAGGAGGTGTTTTTTGATTTGAAAGATGTTGTGGAAGTTTCAAAATGGAACTGACTTTTGAAATACAAATGACTACATAAAAATAAGAGACCACTTGAACATGGTCTCTTATTTGTTGTCTTGCTCATTATCTTGTTTAAACATCACAGTTCCCACAGTTACGAGAATAGTTAACATAATCGGTATAAATCGAAAAACTCCCCAGTCAGGGTCATAAGCCAAAAGGACAGAAGCTATATAAAAAATGATGCTTGTGTATAAAGTTTTTTATTACCTTTTTTACGACCAATACCTGTTAAAATAGTTGCAATGATAAAACTAATCAAACTAGGTGCTAGGAAAATTATTATAAGCATTCCCCAAGGACGACCAGACCGAAGAGCAAAGGCAGACAAGATAGACTATGGCTAAATAAAAAGGCAATTGACAGGAGAATAGAAGCAACTCTGTTGTCTGGAGAAATTATTCTTAATGAGGTTCGGCTTAATGACCTCTTGACCAGTCTTATCCTTATCTTGGCTTGTGTTGAAGTTTGTATGTTGTACTGACATCTTTCTCACCTACCCCTCTATTTGTATCTAAATAGGTTAACTCTTTTTCACCTTTATTATACTCCTTTTTTTTTCCTTAGTTTCAGCAAGATCGATAGGCTTTTGAGCCATTTTTATAAGATGAATTATTGCTCGATGTTCTGCTTTCTTACTGGCACTATAGTGCTCCAATTTAAAGCCCTTACACCTCAGTAAGTAATGAGTCGCTTAGATAGTTAGAAATTATTTTCAGTATGAGAAGCTCTCCTAAAATCATCATCTTTACAAACCTAATGATTTAGTTAGGATGTAAATTTTAGATGACTCAAGAGAAGAAGTCTTAAGGATTTTGTGAATTTTCATTAGATTTCCTTGTAATCCCATTAAAAGTACCTTATCAATAATCATTCTAAATAGCTATAGATTATCAATTATCTTTCTCTCAACAACCACTCAAAATAAGTATTTTACATTTCAAAACACTCATTTAAAACTAATGTCATTAAAGTAATAAAAAGGACTTTTCTAAAAATTATGAAAATTTATCGAATCTTATTGAAAAAAGGTTTCAATGATTTAGAATGAAGCTATAAATGGGAAAAAGGAGTCTTTTTATTATGGACAAAAGTACATTATAAAATGCACAAAGTTAAGAAACAATGGGTAACCATCGCAGTGACAGGTTTGTCTCTCGGTGCAGTCTCAGCGGTTTCATTAGGGACTAACGACGGTGTCGTTCAGGCCGACGAACACACGGATACTGCTGTATGCATCGATATTTCTGTTGATACGGGTACTGTAATCTAACGATACAACGACTGCTCGGGATCAACTACAGCAGTTGCAACGACAAAACAATGCCGCAACTGACCAAGCAGCTCCAACGGCAACTTTCGATTTGACAACTGATACAACAAATACAGTTGCAGCGAATGCTGTTGATACGGCAACGACAGTCGGCACTGATCATGTGGCAACTACAACAGATACAACAGCAACCAATGATACAGCTGTTGATACAACAAATAACAATACTACAACTGACACAACAACAGTTACTGATCGCGCAGCGTTACGTGAACGTCGTGCGACTGGTGCCCGCCGTGGTCCTACAGGAGGCCGTCGTGCTACCCCAGTTAACGGCAATACTAACAATGCCAACAATACTGTCACAGTAGTAAATAACGACCTTCCAGCAACTAACAATGTCGTAACTGATGGTCCAAGCCACATCAAAACAATCGATGGTAAACAATACTACGTTGAAGATGATGGCACTATTCGTAGAACTATGTCCTCGAACGTAACGGCGGAAGCCAATACTTTAACGCTGAAACTGGTGAATTGTCTAACCAAAGAATACCGTTTCAAACCCAAAGACAGTGGAACAGGTTCATCAGCTGATAGCACAAACACAAACGTTACTGTAAATGGTGACAAGAATGCCTTTTATGGTACAACTGATAAAGATATCGAACTTGTTGATGGTTACTTTACTGCCAACACATGGTACCGTCCAAAGAAATCTTGAAAGATGGTAAAGAGTGGACTGCCTCAACTGAAAATGACAAACGTCCGTACTTACGGTTTGGTGGCCAAGCAAGGCCCCTATCCAAGCGAGCTACCTCCAACTACATGAAAGGAGCAAGGTCTCCGGTACCAATCAGACCTATACGTCATTCAGCTCACAAACTCAAATGGACCAAGCGGCGCTTGAGTTCAAAAACGTATTGAAGAACGTGGCCGTGAAGGTAACACCCCGACTGGTTGCGTACAACTATCAAAAATTTCGTGAGGAGCCAACCAGGTTGGAATTCAACTTCTGAAAATCTTGATAACAGCGATCACTTGCAAGGTGGTGCCCTTCGCAACAACGATAGTCCTGTACAAGCCATGCTAATTCTGATTATCGTCTCTTGAACCGCACACCAACTAGCCAAACAGGTAAACACAATCCTAAGTATACTAAGGATACAAGTAACGGTGGTTTCGAGTTCTTGTTGGCTAATGATATCGACAACTCAAACCCAGCGGTTCAAGCTGAGCAGTTGAACTGGCTCCTACATCATGAACATCGGTACTATCACTGGTGGTTCTGAAGATCAACTTCGATGGTGTTCGTGTCGATGCCGTGGATAATGTCAATGCCGACCTTCTCCAAATTGCTTCAGATTACTTCAAAGCTAAATATGGTGCTGATCAGAAGTCAAGATCAAGCCATTAAGCACATGTCTATCTTGGAAGCATGGTCTCACAATGACCCATACTACAATGAAGACACTAAAAAGGTGCTCAATTGCCAATGGATGACCCTATGCACTTGGCATTGGTATATTCACTCTTGCGTCAATCGGTAACCGTTCAGGAGTTGAACCACTCATTTCAAATAGTATGAATGACCGTTCTGAAAGTGGTAAAAACTCTAAACGTATGGCTAACTACGCCTTTGTGCGTGCTCACGACTCTGAGGTACAATCAATCATTGTCAAATCATCAAAAATGAAATCAACCCTCAATCAACGGGAATACCTTCACTCTTGATGAAATGAAGAAAGCCTTTAGAAATCTACAACAGAGACATGCGTAGCTAACAAGCAGTACACACAATATAATATCCCATCAGCATATGCCTTGATGCTTGCATAAGGACACTGTGCCACGTGTTTACTATGGAGACATGTACACAGATGATGGTCAATATATGGCTCAAAAAATGCCATATTACGATGCTATTGAAACCCTCTTGAAAGGCCGTATCCGCTATGCAGCTGGTGGTCAAGATATGAAGGTTAACTACATCGGTTATGGTAATACTGGTTGGGATGCTGCAGGTGTCTTGACTTCTGTACGTTATGGTACAGGGGCTAACAGTGCTTCTGATGCTGGTACAGCAGAAACACGTAACCAAGGTATGGCAGTTATCGTTTCAAACCAACCTGCCCTTCGTTTGACAAGTAACTTGACTATTAGCAGGTGCGGCTCACCGTAATCAAGCTTATCGCCCATTGCTTTTGACAACAAAGGATGGTGTGGCTACTTACTTGAATGACAGCGATGCTAACGGTATTGTCAAATACACTGATGGTAACAGTAATTTGACATTTAATGCAAGCGAAATCCGTGGTATTCGTAACCCTCAAGTTGATGGTTTACCTTGCGGTTTGGGTACCAGTAGGTGCTTCTGAAACTCAAGACATGCATGTTAACCGTCGAAAAGAACAGCAGTGGTTTGGTTTACGAATCAAATGCTGCCCTTGATTCCACAAGTTATCTACGAAGGTTTCTCTAACTTGTAAGACTTCGTCCAAGATTCATCACAATACACTAACAAGAAGATTGCTGAAAATACAAACCTCTTCAAATCATAAAGAATTATCTATCATTCGAATTTGCCCCACTATTACGTTTCAAGTGATGACGGTAGCTTCCTTGACTCAGTCCATCCCAAAATGGTTATGCCTTTACAGACCGTTATGATATTGGTATGATAGGACAACAAGTACGGTTCATTGGCTGACTTGTGAAAGCAGCTCTTAAATCGCTCCACGCTGTGGTATCTCAGCGATTGCTGACTGGGTTCCAGACCAAATCTACAACCTTCCGGGTGATGATGGTCACTGCAACTCGTGTTAATAACTATGGTGAAACTAAAGAGGCAACAATCATCAATCATAGCCACTCTTATGCTGCTAAAGACACGTACTTTTGGTAACGACTACCAAGGTAAATATGGTGGTGCCTTCCTTGATGAGTTGAAACGTCTTTACCCACAAATCTTTGACCGTGTTCAAATCTCTACTGGTAAACGTATGACTACTGACGAGAAAATTACACAGTGGTCTGCGAAGTACATGAATGGTACTAACATTCTTGACCATGGTTCAGAGTACGTGCCCAAGAATGGTCTAAGTGGTTACTATGGTACAAATGGTGGTAAAGTTAGCCTTCCAAAGTAGTCGGAAGCAACCAATCGCTAACAACGACAACCAAAACGGTGATGGTAGTGGTAGGTTCGAGAAGAGCTGGGGCAGTGTTTACTATCGTTATAACGATGGCAAACGTGCTAAGAATACCTTCATCAAAGATAACGACGGAAATGTTTACTACTTTGATAACTAGGTCACCGTAGCAATCGGTGAAAAAGACCTCGATGGTAAACAATACTTCTTCCTCGCCAATGGGGTGCAGTTGCGTGATGGTTATCGTCAAAACCGCAGAGGTCAAGTCTTCTACTATGACCAAAACGGTGTCTTGAATGCAAACGGTAAACAAGATCCAAAACCAGATAACAATAATAATGCATCAGGACGTAACCAATTCGTTCAAATTGGTAATAACGTTTAGGCTTACTATGATGCTAATGGTAAACGTGTAACAGGCCACCAAAACATTAATGGTCAAGAACTCTTCTTCGACAACAATGGTGTCCAAGTTAAAGGTCGTACCGTTAATGAGAACGGCACTATCCGTTACTATGATGCTAACTCAGGCAGAAATGGCTCGCAACCGTTTTGCTGAAATCAGACCAGGTGTTTGGGCTTATTTCAATAATGATGGAGCAGCCGTAAAAGGTTCACAAAACATCAATGGTCAAAACCTCTACTTTGATCAAAATGGCCGTCAGGTCAAAGGTGCTGGCAAACGTAGATGGTAACCTTCGTTACTATGATGTAAACTCAGCAGGTGAGCTTTTACCGCAATCAATTCCACGAAATTGATGGTAGCTGGTATTACTTCGATGGTAATGGTAATGCTGTCAAAGGCATGGTTAATATCAATGGTCAAATCTCCTCTTTGATAACAATGGTAAACAAATCAAGGTCATCTGGTTCCGCGTGAACGGTGTTGTTCGTTACTTTGATCCAAATTCAGGTGAAATGGCAGTTAACCGTTGGGTTGAAGTAAGTCAGGATGGTTGATTTACTTTGACGGTGAAGGCCGAGGTCAAATCTAATCGTTTCCAAACTGTATGAACCGAGACAACAGTCTCGGTTTTTATGGCAATAACTGGGTTTCCGTAAAGACTTAGATGTGGACTGAGAATAGTCAATTTAACCCGTTCCTTGAGTTAGTTGTGAAAATACCTCTGACTATTTGGTGCCCAGGATGACATCAAAATAGCCTAATCCAAGTAACTATTATTAATACATAATTTAATACGAGAAAACTTTGAATTTAGGATTTTCATTAAATGGTTCCAATCTATTGACGAAGCGTCAAAGTCAATCTATACTAAGAGTAATGTCCCAGTTATTTATTGGCATTCCATAGTCGAGGACTAGGCACGGACCTTGTCTGTGTCATTCTCTTAGGGTGTTCCCTTACAACTAAGGTAAGGCTCTAGACTTTCAAAAAGATGAGAAGTAGTTGTAATCGTTTTAAGTGTATTTCTTGTAAGAGTGTCTCTAGGGAGAGAAAACACCATTAAAGACCTATCATTTAAGTTATAGAATCTCATTTTGATGCCACTTTCGTAAACTATGATAGATATTGCACATTAAAGCACTATTTTTTTCACTTAGGGGTTAAAATGAGTTAAAAAAGTTCTTACACCTTACTTGTAAAAATTCGATTCTCGTATTATATGATATATATAGGAAGTATCAAAATTTTAATCTTTGATAAGAACTTGTTAGCTTCTCTGAGGGAAAATGAAATCTTAATAGAAAAGATTTCCATGAGGAACTTGCTTTAGACAAAGGATTTGCTTCTCATAAAAGAAGAAGAAGGGGGAGTATTTTTTGAGAGCCTATAGGGAAGATGCGACTGAAGCAGCAGCAAGAACTGCCGAAGAGCATATTGCACATAAATCGGCGGACTCTGATTTAGTTGATACTATAGATCTTTCCTAAATTATTGACTAGCCCAAAAAGTCGCTCTGACCACGGTGCCCCCTCTCCATTAGATTTGCCAGAGCTGACGAAGTTCTCTTTGATAATCATGCTCAATCGGAAACCGTGAGGATTCTGTCAAGCAGAGATTATCTTTCGGGGAGCGGATTCGCAAACTCCAGATCCTGAAGTCATGGAAAACCATGTCTTCACAGGGACTAGGGATAGGAAGACTGGTTTAATCGAATGGGACAAGGACAGTTATACCTATCCTAAGATATCGGTACCAGTTGTCCAGGGCTATTTCGCTGACCAAAAGGAAGCGGGTTTTAACTGATTGTCACGCCCTATGTGCCAGCGGTAACAGACATGTGACCTATAGGAAATTGGGACGCATTATCCCTGTGACAGAAGATGGGAATATATTCCAGGTGCTTTGACTAAGCAGTATAACAATAACAAAAAAGATCCACGAAGGCGGGTGAGACAGCAGCACCAGCTGTTCAAGATTATATGACAGATATTAAAAGTGTAGTACCGAACAAACCAGGAGCAGACCTCGGTTGTGTATCGTAAAATTTTCAAAGCCAGCATCACTTATATTGATGAAACTACCGGTGCTTACTTGATTTAGTGACCAGTGACCGGTGAATTGGGTGAAGCGATTGAATACGGGACAGCAACACGTATCAAGACTTTCCAAGGACATGGGATATGACTTGATTCAGGATGAATTCCCCTAAAGATGCCATTTTTTGATGATAAGGATATTGATGATCAAGAGTGGTTCGTCCTCTTGCAACACGATGTTGCCAAGGTGGGACCTGAAAATGAGCAAGTCCCAGATACTCCAATCAATCCTAATAATCCAGATGGACCTAAATGGCCATCTAAGTATGCTTACGAAAAGAAGTAAGCTTCACAGTCTTTTACAAGTACAGATGGCAATGCTGATTTGCCAGATGCTGATGTACAAAAAGGCTTATTGGGTGCGTACTCTTACCTTCGACAAGGTTACAGGTGAACTTGTTGATGAGACAAGTGGTCTCCAAACAAAACCAAGTATTATGATATCTATGCACCAGTTGTTTTAGGCTATTTTTTGCGGATAGAGTAGAAGTTAAGGTAGAGATGTTACTGAAGATATCTCGAAGAAACCGTTACCTACGTTCCACTTGGTAAGATCATTCCCTATTGATGCGAATGGACGCTTGATTCAGAACGTTCCAACGCCAGCCTTTAACAATGATGCCAATAACCCAACTAAAGGTTGGTGAGACACTTGTTCCACACATTCCGGGTTACCGTCAATGCAACAAGTGTCATGCCTGAGAGCTTGACAGACGATATTCTTGTCGAATATGCTCCAATTCTAGAGGATGTCACGCAACCAACCTTACAAACTGTCTTCTTCAAAGGTGCTGGCGAAGCAACACCGTCTGTTAATATTTAGTCTGACTTCAGCTTCACTGGTAAGTACAACCAAGCAGAAGACACTTACACTTGGGATCAAGACAGCTATACTTTCGCTAAAGTCAATGTTTTAAGTTATCGAAGGTTACTTTGCGGACAAGGCAGTTGCTGGTATGCAGGTTGTTACACCTGATAAACCGGAAGCAACGAATAGTGTTGCCTATAAAGAGCTTGGTAAGATTATCCCTGTTGATAGCTTTGGTAATCCAATCGCAGATGCAAGAGCCAGTTCATTATGCTAATGATCCTCAAGATGCTACGCAAGTTATTGAGACACCAGCACCACAAGTTGCTGGCTACCAAGCTGAAAGTGAATTGGTATTGCCAATTGACCTCAGCATGGACCAAACAGTTTTACGAGCCAATCTTGGATGATATTACGCAAGATACGAAACAAACGGTTACCTTCCAAGGTGCAGGCTACAAAGATCCAGTTATCAACATTCAAGATAGCTTCAGCTTCCACGGTAAATTTAACCAAGTGGAACAAACAAGCACTTGGGATCAAGACAGCTTCACTTACGATGTTGTAGAAGTTCCAGTTGTAGATGGCTTCTATGCGGATAAACGTCAAGCTGGTGGTCTTGAAGTTCGCCCAGACCTTCCAGAAGTGGAAGATACAGTAACTTACACAGAGCTTGGTAAGATTATTCCAGTAGATGAGTATGGTACCAATCGAAAATGCACCTGCCAAGCTACAACAACGATCACAAGAAGATCCAACCATGGCTATGGAAACAGTCGTTCCAGATGTTCTTGGTTACATTTCTGAAAAGGCCTTTATTACTCCAGAACACCCGGGTCAAGATACCAACGTGGTTTATGCTAAGGATGAGCAAAAAGCTATTATCCTTTACATGAATGAGCTTGATAAGTCCGATTGACTCGTGATGTCGTCGTCGGAAGCTCAGGTAGAATTGACTACTCTACTGATGAACAAATCGCAAACTTGCTTAAACAAGGTTACGAGCTCGTCAACGATGGTTATGCGGCAGCCCAACGACCACACTTACAATGGTGACTCTGACTTTGATCAAGTCTTCGAAGTGGTTCTTCGTGAACGTTTGGTTCTTATTGACCCAGATATGCCAGCACCAGTTGCAGGTGAAGTCGTAGATCCAAACGATGTTAATAGTCCAGTTTGGCCAAAATGGCGTAGAGATGCTTGAAAACCGTGCCGATGTGACACGTACAATCCAGTATGTCTTCGAAGAAGGTGGATTGGCTGGCGACGACTACGTTGAAGTTCTTGATTTCAAACGTTTGACTAACGTTAACCTTGTTACAGGCGCTATCAATTATGAAGCATGGTCAAGTACTCAAACTGGCTTCTCAGCTGTTCCTTCTCCAGAGGTTGTTGGATTTACACCAGACCGTATGGAAGTCGCTGAAATGACTGATGTTTCTGTGAAAACACCTGAAATCATGGAAGTAGTAACTTACCTTAAGGATGCTCAGAAAGCTACAGTTACTTATGTTGATGGCACAACTCGTAAGAAACTTGAAGTGGTTGACTTGCTTGTAAATCAGGCGAAGTTATCGAATTACTCAACAATCGAGCGCATCAAGTACTACAGTGATCGTGGTTATACCCTCCTTGCAGATGGCTTCACAAACGGTGTTATCTTTGATGGTGATTCACATGTTGACCAAAACTTCATGGTTACCCTTCGTCATGGTACTGTTCAAGTAGGTCCAGATAACATCAAGAAGCTGGTACACCAATCAACCCAGCAAATCCTGATGGTGCTAAATGGCCAGAACGTGAAAGCTATATTAAAGATGTAACCTTCACAGTTCTCTACACATCTAGCGATGGACAAGCAGAACTTCCTGCCAATAGCATCCAAACTGCTCAATGGACGTAGCTTGACTATTGATAAGGTTACAGGTGAAGAGCTTGGTTCAAGCTACTGGACTTCAAATAAGGTCGGTTTGAAACGGTCATCACACCAAGTAGAAGGCTACAGCGCTGATAAGGATAAGGTTGAAGGTAAGACCGTTGGTCAACGTAACCTTGAAGAAACCGTTGTTTATATCCCATTAACAGGCGATATTAATGGTAAACCTAAGGAAGACAAGGCAGACGATATCGTTGTTGAGAAATCCAAGACCTAGAAGTTCTCGACCAGAGTCGAAGAGCAAGTGGAATCTCATGATGGACCAGTTATGGGCCAGGCGATGACTTTGAAGCACCTGTTTCAAGTCAAGCTGAGGGTAAAGGCTTACAAGATGCCAATTAATCTCTCAAATGAGGAAGAAGCAAGTAAAAGGTAAGATTGAAGAAACCATCAATATCGCTGGCTTCTGCATATCGGTAACAGGTCTAGGACTTGGCCGCAACGGACGTAAAGAAAAATAAAAGATCACAAAGATCAAAAGGACAAGTATACTAAAGCCCTGAATGACTCAGGCATGCCCAGACAGAAAGAAAATCTCAAGTTGCTTAGTGCACTTGGGATTTTTTTGTGGATTACCTAACCGAGGTCTGTGGAAACTAAGTATTTTAAACGTAAAGAAGGTGTCGAACATACGCTGGTATTGATAAAAGTGATGATAAAAACTATAATCTAGTTACAAGAGCTATGTACTAAAATGCTCATTCCATTATTGTTAATGACTGGTTTTTCAATTCATGGTCGTTATAAAGAGGTACTATGTCTATTTCGTTTACTTATTGTGGCGTTGCATGTGGCGTCATCTCCATTGATAATCAATTTCATATCGGAATTGATCCTGACTTATCACCTAAAGGGAACTTTGGTCCCTTTTAAAGTTGTCTCCGAGAAACAAACTGATGTTCATAATGATAGGAGTCACTTCTTAATAAGGTTGATGTATGGCTAATTACTCACGGACATCAAGATCATTGGATGATTTGGGAAAAGAATATCTGAAGAAAAGACGTATTTCTCACAATAGAAAATCTTAAATGGGGTATCATGCTTAAATAATAGTGTTTTAAAATGGGGAGAAGAACAAGCATTTCAAGTCATGACTATTGTATCACCATAAAAAGCATTACCAGCTTATCATGCCAATAATTACATCATGCGAAAGATAGTTGGTAAGGTAAATGGCTATCAACTAACAATCGCCAGTTCGTCAGAAACTAAAGTTATTTATTTTACCGGTGATACTGTTTTGTACCCAGACTTAACCCAAAATGTCCCTAAAAATATAGATGCTATTTTTACTTAATTCAGGTGCTGTAAAATCAGGTTCTTGAAACGGACCATTTGCCATGGACTTAAAAATGTTAAACCGAATGAATGATCTCCTTCAACCTAAAAGGGATTTATCCCATTCATATTGATGATTATAGTCATTACAAGACAACTAAAAAAGAGAAGTTGAAGCAGCAGGTTATAGGGTTTTAGCTGTTGGTGAGACCATCGATATATAATTAAGTGAGAATAAAGACTTTACATACTTTTGTATGGGAGTATCTCTTGTAGTAACATCACTTCATATACTACAATATAGGAGAAGAAGCAAAAAAGGAGTATGCCATGCCAACTGAATATGAAAAATGATTGCAGGTGACTTTTATAAACCAAGCGATCCTGAGTTACGTGCTCTAGCGGCCAGTTCAAAGAAGAGAAAAACAATGGGCCTTCAATGCTGAGCCTGACCGCTTCAAGAGGCGGAGATTAGCAATACGTAACT + $$%-32;AB;765.>?FD@::?026<;?BAEB6?>@?;;:?7?;=AA<>1(,$,+--/+6@?9B>CB>6C<9>@9AB<33+,*+&%&&&.5462$*6AAC<5D3?/:4;+>%87>>@@BB:=?892::=>=BD@?;>??:14>@A<799AGDGF@ACBCBEII7A27=?-;;>-96>A9AA:<>>9A>B@IDEC2=CA>60574'&0-,5&8819662224:>43;8?=CEG?67:::6-1/1.097=:CA:;:<>86.0&*=8<511=;9>68::AA855>;8:C=7?>B?;6'),02)'(009;9;><;*76658>B==D,9;:%'&&7<>729?A=:;>BCA=568986/.567<9:7:;6-03466*9<;=<;CBB;:3889989<@@>26BA?9/1<=@;&*=A?;;:CDAB66213;;==59:8%+770*+,+2368;@=?;999655*%%'&&&$&++-@@;:==9A?GB<*)),47,/0;<5<<549:<>;=C?)+8<6.268<;A;;9=>6<=<;4C?BBB<;==:>@;=4?A@:645>)'%'..*$$$.+&73>9897356)%'+++&35===:')'&8)&.25:=<:)))320--678:?A=;569;>54)'2<;;7;==47<>242465??:?7=BE=??E5><87??B@@B>@@.1886@8A:9;97+0.:CA@B@@@=9007<:89:=A;8174%88;6)2455<=?A,<'/.007;@BD6%;CAACBDA@AA;A>;CIHD@I>?B:6:=DB6@A:@BA>CBE7;A8>;68?9865+=%-35993A=@?A;39><:6=@>2528276>418;A>82556;=26@AD;78??6;58<=B=A=;:E=CBDD::B??==9;6;?<;;<;>C8DB<:>;;<DA?<243A?=>ABCC:FHH?C2(+9=7'9BA99>=+.693&+<=@=$$'$%&4)BCA@DDCE<61;5,,90:??:66:/:;C?AC??@7??9AG9<=<9+=>?>??>,-,,,,,.15/078<,(1+.2*1'%()*.&%%0-32A=86@94=<>CA>AECDB8:7=>>;=AABEGBFFGDCB>E<=;9;;=)@CBGB9C<9CC725;=?=9;&=9=?>@4>8@>DCF;:@@00<<:=HH@<@A=>5@>=?@05117>>?47;>;;8??@=+/.@AC>@AA;04=88893@002:=;?>71:<::AC<=:827<<:=:?:8=<>?/*<*A3;8@AADA=:;:>634=<<:7;0*.4;=@@F516;A@>?@>?>:60'(&3668?:CEDE<:/<$(%9?A:54=@,&-'2*+.'3=:8:966,212*(&$(/2/00./359?8:?B655::=:B8?=A<<8DB??*$$$&<@;BC;8<=:<>;94<>;7@B??ACC;4/8C<1;<85/9798A@@?;<=C@:/'%'),$$21+('22=???CAE;6977?>>@C?=@@@;89=9=;=;1<=6<<8>::<=):8=8;=<:687278=8A.47;>7895;:>?$%*:=:8>=@CC;?B@=G@A;%%%)CBIHEC6%;>C=@DECD=>:@B81#$0.66:419CBB=D@H@?C@?@72;<9<;;A=75<@?;>G@BDI=:9??:9.$$%$$$$(&77:>CDE>HDCE;@E<::888;;::@H673B??=<7>A@)?&9;FH>AFAA.C>GGL7@2A9AEBD:CF>;5A@A8>B??B?=-5CD>'*65;9'+7552179;:93--'%$%'+*+1.$(6467**,4/17897?::38;58=:?3B<;:CDH>C?A:D:C:BAFB=:IGG>GFEDD=8:?>FB96C?E997*,>AA@==BCC=9019<@B?>?E?C@DDAAA58?::498AAJC>?EJH;6<===>998//2CA4488.-1*5453@@DGG?;:B;<,.-78::-9889:9>988<<2;:D?70/5*236BBE;HE>?:?@,69=<7;?C?<;@91:EB><@=:=EAA/+0//.,-$/*236566;<;=EF?@ABADECF?B>D;;,&&7,?:?CE>91557;@C@9<1?8CD90,/ED@==93<@0*/@B@6820>A3.7))64++)&%0?:8:ADA:?<449:,785?A9@A?CFBBC<<>8;7AHCC?AGC8683;A9;?CB?@=:=?<=88>BCA<9918F?EAA0/@:77<5@FD>LLG94>>876%$365=::BD?@=FE::?ED=C<+/72DC?BDCF=>CEB?A@A=@A@EFGHFAE=;>@@/.-&(<:;=<<;;22888;*-*6984:8##./)*2,1>CBBDF?6ENG.IJ@GD7::>B6:EFHICD?A<=>@5566*'6?:BFC?>==2E?=5(1*'+>>;A:;@B<>>:;9&'68:991/6<85:;=>97<353999;?A?>:;<<;9;96/899=@042;<>;6@7:79@>>AAEC89786>?90,,-,766:=<=9;<>@@D:9:=A@6BEAFGCDDA@EH:AB@>?CAHEAECBGEB:9?<@@@?9>9<<>EKHJM;9;?BEG?5656D@ADB:6CC@B@><2.<9@AB;8IJGGE:BB?A978:7A34/3844+=>=><5.,/7:9>?:751-19;:?LMAC9:DAACIHEE@BAAC?CBD@?@@24BA;ABB<8::<)39==@;48:>7;;:<;89920,+((-437:7?<9-:20**)'*$%$%$%%,58:=<=:=6=>9<=B:EB=?8?=43;=;:695+8251/'(*%*+'''&.0-..667635:975)*%'.558;;;;?:8>?=?D@=>9B?BD::=A>@:;7634=?D?:>B:EEB758=7/4,94>@H;@558FADEE:KKI?AD=9CFGI9=01:8966>?AHKEBDGBA0:C=;?AEEF=>?=24??<=BFCA@7779888/57522;:@A@?69==@BDIGE@?@C=236<?D;G77>@DEF;D?=DDD@@?><=<5DEA?:C>8?948<>HIHGCFC>4>>2+-(:A;=H<69EDE9FKHGA@58+/0411599:=><+(4+--.?BCF;7057;&34469FEEEDECEE5:;HFFHHFEED@?BB?96DD@@<=6GDFF=:B>;<999?AFC2;><66<>@A>>HC;>>@HBACFA>>?E*+@A?@GCCD>FH>HHGDEC@:BA:A@@<:ABDIF:<>=DFF9ELB<@:>:(+(3.+)&+.%)*4415/-;?DEEABB=>FC@ABGEC?9C94@F<8=C@:?@A?HD;=>H?%09A?LJFB=CHHC211??@8=?B@7GGA@2%%5:7=A>>??D>GMF5*;HHGC;>EGHJKCC??AACGD:;=BEFFCA8:>BAD=+86A<:;KHB?BEJEDFEBA9A;3/-?>A==IGLIH>BCHEHBIHB;C?AB:2<;CEGAE@CA>><>69<7;B;C@@B@=>GJF@CBD=B89=(4=<;9BB26?D==;<>1,..0-.54$%'-./)45312)('#"#$#(%%/-03;;=CEFD=@?A>>?@AB88>>:8:/**(*(''(+3458:&:<9=>?97:7(*44*6221)%$%+//79@6>68><;>9;995352.25%934%/=@AA8>0..9<<=;788'*688>>?>69223@@=FGA@IB>??AD<9@=?@AB>@:6*4;:+''&,3*,766,/7>@7>C:<9<<<;$++//2554:8<:=>=**8=;>EECABD67>A@BEDGGG=<@AA>@CEBGFEHHABC@IFF@BFFBCD6D42;KIFBA??ACF???>:).%+4>:>?BAFFA>+)=?=:@?<>@?;:9;EHKJD=?=BDDTM5DEBHIABDG68AACI>@>?FAA>=:FHAAEFDFDDB=>:9@<-831)&#.-$7AFDKLIGAEGH@;EAF>DEDDGKNGI@<:>AC>4%$$3<@AE=@C>=@;=-999/-1+'/18CFG==AHJGBDCDFHGHGFDC?=D?AFDEBE?BBA?@=;)&<9;>@?>DE1.,.$*/646'&8($:>>@3CA@><@FC>EAA>C@=<7:1;9@BC>7685599>CGGF68<;C=B?FHCBAA=>@NMJLKHA?FDB36ADHJGJGB;<;?@82=?/=@?BGC?@D<;;=9<>B>688A?;<7;7:;A99537>B<:29<@C@B>>5?=@==A?<38422(&.*,:@>+)&3422;=2@;A;5(+)(36974989A8;8:833212-)&$($('+')*3.1/-78:8;:6:6456<6;<8+:A@;:758;<%<:<<../089<@?<.?@>B/1%.&+76451.&-,/$27.,++5<<=@;9--;993'('(%&7*/)+0122254++)444;,0?@-@<;1B/0??DKIDEHB?<>B@=C47*10/;::::547(1%5::DH;F+-=AEB9-7;97+.<;6=D@>BCA3@FGA>FGF@>9;661)$%/07579;:;<;9;0$$%#&(*+CDHH?B@@6>A:;>@ADFF>=;B<??@@9>@9BFF699@'9BDCGA=9?A>IHF>CFEGHCDGGF:GAA7765//3@;7<887;@F>EDDAHCCACHD<::;9D=;A>57??/1B,@*86:9:8>?@=?@>658=>;-))4883,&0027?C:665331/7('+/24=A?CE:>;>9662'*+(59=;=?=<@??@A@EEE:@BE?DGFID>CCEDEA@,49:EENM?FBEBDFGH;DD?=:9999/-.0*%%0,;=>;30$$%9?DA>===+&(0/,'&'413688>6??@@=<:43(7?=4<=EGDBCGF>A>DGHDCLF8@;CA78=A(&,:A??D=BFCE>HDHJGC=GGHJC@IJ?GG>B:K:E@F9=?>>@G>36@ECIE>ED?9A>:>?;<@==725@>CGHC=:7-;@>=@FFGFA==-:>?I?CA?=B>@C>?=>;7HCH666??ABBD?;88.>@AA8?ALL@@>7@9=>B<4023<976(-><7>@ACD:221+.;>A@2966-14;=>?ABBB9<=BA>BD;@:@469;>4$455AF?9479:;77?6:9=<<==<0,74@>:<>04456>:0247<=<><7,(=A>:213,-17?CG=A9;@GB?C?;=>11.)669581,,),/.;<=?:A<=@::88;:89C6:7@@@LG;A@E=>@:4..009;:BFCEGL=9?;?CC?>8:<>BE?C?9A?ABBFG@?:BA<;%@@AA@BB<===;=?2:9*'(;900::@ABFBCCB;>DA?C-''9<@<99;AAB79=:<@-8BD@=;>DE6;FF=??:>=>BB2-&%&.';/+?=?C>FEC;?BBD?@C/6=<>>1?BEGFGHABHIH@>=A68?BCB7AHH78ACB=;?@D>HJH?E@AHB?HD@EFE;BDA?4=><>=<>==8IIONEEG7A=;CBDG>;;;53>@IIFHEB>DACDDGFGAD@@<7)3))9999@9,6228-:==<><@>@@???888<19<69<:636AC5+-,33<-'64226?,*=C=44=@;39-%&%&&$$##%'%(%%$#%$$%&--5+*@?5431,.6.24B===892206=?99;===53,'(1444?HG;DE=9?1->DHB@A;76,*6@9@BE@@@BCAGBFI=C:<52,,):9:=B@>=@:CBB)ABB979B>EC>GHCH:-.22)/++,.::-$//28:;7(6*56755510-,%'%(68:AE<<9:6:988555-.-,5?AD??A:>:=>0.0:79?FA<:=>/+-9375:96=;9DFGHDBBDB@?6-%+/751,13214A>ADEAKH66B@::;98<,%+,99:8@2101/0&+359:96)')89<)%-'32534491,,8+,@AFDC5*-6;33033669BCA?ABC>@BF?>ECGFD?>B2ACFF>;=AHIBA=E7*+%'.046?AADGCNFIKL@78<99/)$--$(79<@E?=?E?75=:?AAFCGLIGG@?DED=998-/36?A<;9;?@9;GJJFKDB=DD;CE?<;?=EDCEKH?GHEE::BDECADDIAFEEHADDFJGOBGLMEF@GOODCKOMIBB;DE?HHEA>D5QLLG>DB?D?>>?D;D?343:@DEHFJNKC??;=?AEEBBDF?CC@A>3##%1=4967C@A?>99AG+BA;C64231*2.20842-&#&,448@BFBFF9;KLQRTNGBBD@ADDCFA=G??8A@>AEFAKBEEA;:DB:<:>75;BDAE;89DFI@>FF>AA>@=DDD>@CD?<=>76/00%.-(&13:>BCCBJMM,BEMGCAFAAAHLIB@BD?><7.)*/'%%01,(%%1567-*'#%$5:=?@?<>B@EF;9&,,-&467=>F=AHH=HDD'$55<>697549*+'()2%(11/1;99:>5B@FEADA@@@HIEBEEFHDB?A1177.6>JEEFGCCDB?@C@>:8C5@:CIFHFECFJKG@6:CJJEA<@<>?<;=?A@>@>;@EFF;HJGNN>OML8>DG?AB=C?>BHGEDD88877FKJONEKJD:HIA*$$)(//2=B=ACE;G?>AB?@AF+5?FG=;9@AG<<@E;789;<48?AD;A:B<(&56;:66?<-/EE=??C@FGB48?(%/%)((+BBDBFDEG?;@ECABEDHGKJH?CJLJBE?CCC>=<(#('%1452),456556:?DD@GLHF;?HH@=FIG@>HEDI=ELIFJLGJGCGKJ9JNHJLC@@FEMKKGGFJOCLLNHCCCN@AK7IHFFEJKJAGIF=:4MKFJQNDFCHH:>HC?E9<63;9/8'7?J<>?G:<7;91.;83AI@AEGC=AFGEIFGHEC@>;:846679C>E:7:AEEEA4532)&$*-'&*-1@>CGB?/9HIMDFE@C>>CC@EDABDCBB<=DE,,9;<>DGJMJCC@;64:DACE2.A@C@<=>;?<>@FC?@4553256?>??=BDCEGED=>AEC?C><<;:;1,/%%7;:;A:AAC@<:9:<@2>ACH<@GC;=*33+,,+45:;=7:B@>2478,-148897'''256<><=>B@@B>8;>EF=@ACA:A89;:@B:;>?=>4*/17:>DDB<9>=>=B=<>;@8984?;>;;810296;>8>8>:=?5?>9@IJG3*18>?<:A=7>>===;4232-5>=D>?)5???CFGD@DFBCC<6:6>?B8A6D@B?CGD>@JHGC6=;>?DBJE?0/9<:?B62@?6DE@@5190;;?C@:1-02306/(//0//37*''*37?;9=73200-=::>@IEF@>532./4-41+-58:;@@@++%458:,&&$,17/65544932@54555;?@<<95>94=>@=@86><==:'$#&#,*()%..'(((%%-/35BB?B,CFACDF=BID>=:<=2730039;@GDBGJ>H@<=38@65<;820629;8@@A@:73;<=5.--2974-(**%+(****$$$&$$$%%55/-*)/5'#&'/&354;CB@+0((2@BFPB=6868@<@?C@CADA>A;<:7<=@;437:CA;BC?43@<=>=;6&%))-(8+:6758-,'''*,&&142/0*.7;:*+788211%&&46534696:;<>:>>A;;=B9>><77=?:CC-67,;;=;=9:/1,:31%*..BBB9%8A78?E6?;<56;957<=9:96:+5C>:322-2**(7:7;<=;178774041?@BBC>AA=6@BEGD5<>EE5517=504429<5114-120+21''5<>>?8CD?4&)/./2902<@F::=CC>;;;4/0:B8-)(+77:=BAC@?=@@>?C@>B;IICC>>=:4=:;::<=;=>;-?99>=9;<=><=??64><=EC;@DLNA=A71;=;<@>67@;A>>8;=8798?7-059=<889<<;8538(6985;BA5998:??==>;4)7545;2*8992.-%%$'&%)<@8816BC?:794;66+7%:----)%$%('..3;<=<@EAD>>8ECDBDMG8@=6B>BFILC;=?AE<==<;=<:8600.98;@AFFG;0*6==2;?ABBBFDJB242;=EIFC;.=(>>6JJ@:,),9I??>:794)*879:;AE:<90/.3)1<>@CC;@BDG?;E?CGFBHDDB?;89BD-?ACEA;;E<77?C<88=FG@FF?>:8:4-6)'63;:?@8<=:0,;CBA:,/31?@@;7-.*)'&75>4:D@;?;=754:>?@ACE?AA;ADB=:;=:798'36/7**,<48=<<:)-*6778;58?DGF@@;<8<=75%0?EDC>DC?A99<<=?>8E;==?=5DC@>2>;;7??>CC@@5??:>@A30::>?55:7:7873-KJJA?B?ACBDKPNDA>?1//9??:8><%';==>B=AAFF>A8<@<:?:7545>>>EB?>@C=?==>87>>DCFEECB:=:7>?54+(&::=8<67;64;46349=CGAA?@+;FFFEDAD>>BHECAD@9=7B>A>37?B>>66=>=7@631+936ACBA;@IN<;::>8;A=;%(132;?=9=AB@B?@<>>?@AGCF@=@AEC>@@=B@=99(33-$5?AAB0132-9>435=:?82;>=??3;??ADA=BD4485),498695A<7561+/0<4:<111AABB=AABCHA?AA?=@@A=<7:9?A;DC=C65(.,*,03579;@F<990>:79.+%&**)34:==:=K?BDG?@C@;8?867/111777;:6+6544A57+(<<@@=?7::C=@BAA4;>@?A?B/-/(-5=:AC2<<;>88(4%35;==DDEBECDD>AFE>@><(%7<=@89A;99A@B&*4./5/1*))./,+12+9>;@DD/<./CEFC89?>;79:;?78:-)2<7:)%--9;@;=8;<?=@=99:==;<=9:;502023):?;:<::DCA>77;1578AC%568<>03B;DA7>A@=;A@KEIEEEF@@BDBC??>@?<61CCCA<<:=>?BGA?8==./)&+-%&/66<:;:BAA@2;;?@6<1A?DB>=CHF:>==>?>=?+*-/5@?DB,5;<==>?:=A?B@:=?<3*026429:+677511;71;===@DAB<=:A;>DDDDAA46;;;<=657EBBDCCAB?;AB@;67@A@BFDEE<8AHGOBBE?E?C@9DIID>A>C><@==;BAD>=8<02@D@FGIBB16>=@;=INGIJC>ACAGFAA>>-.11./,4BJIFE;@CAC?HG=CE@DAA<<7...'.7>CC?A:>6<2223@B>CE??88?=@GF6:60;;;::9;:B578999>:9;89?79>>?;<1<05-9ACCAA8=?A>@;CHE@:;4A;@A>=8ACED<9=79BEB222+3237:<<-36555(34828?;0%%''(.;9>C;=@@A=8<=:$$#%%.*(7568<=<=@AD<9<>@>:AD;,'1:95938;AACD>7D;FBBCDCI=>>ACCC?@9>414?BAAEB@@8@F@/C>?@?:;<;47<<:48;B@C=?@B@@A>A:;6,*/7=HH961,;<<+&2'6;:8;1,6;=7:E???>?C:4692268/-0)''')(155558,7=:A?=<;=>7>?A<5:;=<9;>:>E=FEAANJ=@FB@?41@BE>>>>?BA<:=C5>B@=>>5712079>986;?6,.7>BED=DACBC@@ACC:B0,13;H>7CB=@?;:>36698=BI:=:A;BBEJE@A>61002)&%'37=<>FACA@;<=;:==B=@:0A:;=>:CH;BDE@=<<<>A8/+1=CCABD9CE@?BE??BAB<=ACCDC>@A=?==B;@BA<>DB>8CEE*BG>;?H?AAEEDA@?7;7685,655)9;=@D?>3?3<<:BA?AJO:B=3EB=?>IFBCA@=?ABB@ACC;?D?<@>849.=B@D>=H=A?=2&&(885<;7=>@@>F5<@B=:97:?:@EE486.:;?@@@>@>>DED>EDGA@BGCAA?>;=7AB;<;A<;;,,699;?@BB@D@:=A>;40-+&''(3678905*5509(&><;8+#(*'.*33:7:=BBC865-+022479:;AFBBC;7?=((+5AH>9??GA=:.9A@>?>;?A228DE=GA=A@GHFE48;@DAFJ;LNHCCED=B,CFHED@DAA=FCDFGIKIADC7+9>0/;9AHA@GI?AFFAFB=DD>@DEIB039<448''/?;==@==:B?77@@BA87544'/$76<8)78>?CBC;A=@?>9=?9;@DDGFD=AD2:>40/277,,--6@;A9=?,6@CG;8@:8:CBIG<===(.<>=A-8=G?@EE>D@@@DD>=>??9EC=@;CB=6;?F>@B9@FD<@B=?:AFGHIC@GD;A?>'+AE@9<<==&*BC>C;4:A8=358?::D36=<>>>:<:?8:876357;=+66::?AB<;/;:>>68869?<-1?>7:@<>@??>?A>=KACDBAF@CA=@G>A=:J<=;--?BC754?9=<:866DCDB>;9;4<7@C@<@:>5>?FGA7BC>=;6=@EB<;;:+9;<9(5?=<<=GH9=;;8/?@::>,8;87>:+%%$1849@@>?<=<=5B;=>6B;E;::55;615(2/678&33>=;=@=8552*.)22537=:7A?=>EE=D@C=@=@BDE>=>=25&.1441028;??AJG?=>=?@>@BBDDD@38)=>??EEF82CAB@>9===:6DDB&7<@JI@DDC=D@:DD?CFDD;;99:9-(((%&##'$$#%&&&')47@EB.,:=@?'&,('(24/..'69010.,-%&.03'(5855.-23/,',9569IJJ-@ICDHIG3:?6.0*/11'$0>>=<=?>-BHC>875)9>>@ABC<46AC4332/1-.0?@C@@>;4)*070+,,,)+.-048:;>>7:DELKKB=2631.9=;:37;:973%);=;>=E<0?<2+$9:2ADIKKJHIA=@@DD8*>6*77:A:8?AHCGD=@BB@8?>><99AED9=5=>GHILHG;C9:GEED?@872(,?;>?DADBDCCDA>BEEBCIJKG/@GGGFCCG<645?;569:9??@>7418=?:FIIFEB>C@BCC>>@DF.@>A@GA;=>GHD?CDAA==B=DC@D<96<23?@BA=A?/,;>;@>G==@B@IHACHIAD=>@A><99=8$$-099?:CCAF>GFCCA8=CE<=?>@>?<0::5303=9>>779;?=II?=>8?@60(*-03634:B3$&4'-;%,?==;8.'')$#$$%$$#&&(0045032$8:;,**>CB@69EGIEA<>>>69=;=EE5?B@@C9:<312><8>51B=)543==58@EGA;/22<9%5?>@>=88@AE@:967@;:::/%)1112)&'$(**,277<@A@A9=<<=79:CGD>ECB97DA99;;<;>@=89;;3;?DDHCGA<@GC@GH>@@BA>@F9@BBDFFBA>:ADFEEA-:R@?ABHHDDBEFEDAEDA?FIGI:7)$#$,,-,2%$',;58<>ADDFC8:8;3-'%#+,4348::?9&-20069;:?CBBKGH=FJGDEC=<372,'331++.6F:768=GB><@?B>@79>@EF>?>:::=?B<;D=AAB=AEE58=+.:=A@F7.-*2'DB9AB<8BAA;=B@FA<59>ED:078>:9988?C?:@<=1A<.*;=<9DH?CA7;B?62)&0%$0?==8;9ADBAD?A=?968'$%(*,;<8/?=<>441;8>@>>CHDA?@?>%?@:<:9<=@<62+-0;<>91:744;?7:B');97>>?;88)+.-$5$5+66-1023;9A=?DBA7999>@AA::,?4=@EE=E:&6:;<9@=A@?@8<>??=:7650-# @SRR14011045.69150 1751b3b1-d9e9-48d0-bcbf-3ad842612b9d/1 AGTATGCTCCGTTCAGTTGTATTACTTCGGATTGGAACGTAAGGATAAGCATGTCGAGCACACCGACGATTATGGTTCCACACTATGCTGTCATGATGATGTCGCCTGACGATCGAACTTCGGTGGCATGCTGCTGTCGAGAGGACGCTATTGCGGATGTGGTTGAGAGCCTGCGTGCGTCTGTTCTATAAGCCGGCGCACGGGCGATTTATGAGGCAATTCACTGTCTCTACGATCACGGTAGCCCCACTGGATGCGGCCGGTTGCTGATGAGCTGAAGAAGCACGGCAAACTGACTCGTGGGCGGCGCGTCTATATTCATACACTGATTGCGTCAGTTCCGACTGCTGCCAACGCGCTCGATATTACGCGCTTTGAGATTGTTAAAGGAGCACGCGATTATGCCGCCTGAACGAGGCGAAGATAGGAATACTCAGCTGGAGTTACGCCAATGAAACTGAGGAGGTCGATACTTTAATTCGATCAGGCGCAGGCGCAGATTTATGCGGTGACTGATGATCGCACTTGAAGAGGAATATATCTCATCTTTCTCTGATCGCATTGAAGAGACCATCAATGAGATTAGTGAGCTCGAACCGCCCCGATGGCATGTACGGTGTGCCGACTGACTTTATTGAGTTTGATGAGCTGACCGGTGGTGCACGGTGGCCAATAGTTATTCTTGCGGCTCGTCCGGGTAATAGGTAAGTCGACTTTGGCTCTGATAGCCAACTCGTTCGTCTGTTGTCATCAGATGACGACTGTGTTTCTCGCTGGAATGGATCGTACTGAGTTGGCGATGCGTATTCTCTGCGGAGGGCAAGATTTCGATGGGTCGTCTGTGAAAGGCGAACGCAGAATCCACCGAAGGTTGGAATGGCTGACGGCGACTCTGGGGTCGTATTGGTTCTGCGCCTCTCTTTATTGATGATTCGCCGAATATGACTCTGATGGAGATTCGCGCGGGAGTAATCGCCTCAACAACGTAATGAATTTGAAGCGTCGGTGCTGGACCTACAGCTGATGAGTTCGGGTAAGAAGGTTGATCCTTGTCGGCTTCAGGAAAGTTTCGAGTTTTCGTAAGCCTGAAGCTGTTCAGGAGCTGGATGTTCGGTGATTGCGCTATCTCAATGAACCGTAAGTTCGGGAGCAGCGTACTGATAAGCGTCCGATGGTTTCCGGATGCGGTAAGTCGGGTTCACCGAGCAGGATGCGGATATGGTGATTCTCGCCTTTGCATCGGTAGGAATATCACTCGCTCGCCCGGATAGTGAGCGCGTGGTGGGGCGGAACCATGATTATTCTTCATACCGTGGTGGTCCGACTCATGCTATCCCGTTGTGGTTTAATAGTAAAGTACTCGCGCTTCAACAATATGGCGAATGAGCCTCCCAGTATAACCAGTTCCGGTACTATGCGCGCTCTATATGTGCCCCTCTTCTTCATTCAACACGCCGGTGGAAGGGAGCTTTCTGTATCTATCAATTTGAGAGTAGCCAATTATTGCTGGAAGCCGGAATAGAAGGAGGCTAAGAGGCTCTGAAGGCTTTTCTACAGGTTGATCGTTCTTCACCAATGTTTTGAGGTTTTTGGAAGTTTTTTGAAGATTTTTGCCACCGCCAAAACACGCTGACTGGGCAGTTTAGTGTCTGGAAAGTCTTTGGGACTACCTTCAGGAGCCCTGTTTATTGCCCTACTTCACCCTATTTCGGGTTGCAGACCCATTTCGGCATCGCCGCTGTTGAGTCGCCGCGGCGGGAGGAAAAAACGAAGAGTTTTTCTTCGGTGTTTCCTCTGATCAAACGTTTGACTGTATCTTTATAGTGTATAGTTAGTTTCTTGCTTAAATTCTTTGGTCATCTGAATGGTGATGTTGGAGGAGGTTTAAGGAAAAGAAGCAATGATTCAATAAAATCCACTGGAAAAGCAGTTGCATGAAAGCACCTGAAAACTGCTAGTACAGTTGATTGAGTTGCCGCGAACGCCGTAGCGACAAAAAAATCTTATGAATGTTGGTCCATGATACAAAACTTCTCGAAAGAGTAAGTTGAGGTGTTGAATCGGTGTGTTAACTTGAGAACTCAATGGTGTGCTTTATTTCTTCTAATCACCGAATGGTGATGGTGACTGAAAACTAATGCAAATGGCCTTTATATTTGATAATCATCAATGGTTTCGTTGATCGCTCCGGAGTCACGCACCCCCGTAATATGGGATTCGCTATTTAGTCGATTATCAAACTTTTCATTGCACAACGGAAGTACGATTCTATGGCTCAGGACGAACATGGCGGCATTCAACTTGTTTCACCGCGATCCGAACGATGAAGCCTAACGCTAAGTGGATAAATGTAGAACAGGTGAAGTAATACGATAATCGCCTACTGGCACTCTTTCAGGATAAACCTGGAGGCTTCGGGTCTAATACCGGATACGATAATCTCCTGCATGAAATTGTTAGTGGAAAGCGTTATGTAGTGGTATAGATGAATCACGGCCTATCTAAGCTTATTTCAGTGAGGTAATGCCCGGCTCTCTGAGAACGTTCAAACAGGTAACCAGCCTGAGAGTGACCGAAAGCCACACTGGGACTGAGACACGGCCAGACTCCTGGGAGGCGGCAGTGGGAATATTACTAATAGAACTTAAGCCTGATTAAGCAACCGCCATGTAGAAAGGATGACGACCTTCGGGTTATAAACCTCATGTGAGAAGATTGACGGTACCTGCGAAGCGCCATTCGCTACGTGCCAGCAGCCGCGGTAATACGTAGAGGGCGCGAGCATTGTCCGGAGTAATGGGCGTAAGGAAAGCATGCGGCGGTTTGTCGCGTCTGCTGTGCGAAAGGCCGGGCTTAAACCCGTGTATTGCTGGTCGATTGCAGGCGGAACTGATTTTAGTAGGGAGACTGGAATTCCTGATGGCGGTGAAATGCGCAGATATCCGGGAAAGGAACACCGATAGCGAGCGCAGGGTCTGGGCTGTAACCAGCCTTTAAAGCGAAAGCATCAAGGCCCGAACAGGATCAGATACCTGGTAGTCCATGCCGTAAACGTTGAGCACTGATGTAGAGGGGACATTCCACGTTTTCCGCGCCGTAGCTAACGCATTAAGTGCCCCGCCATGATACAGCCGCAAGGCTAAAACTCAAAGAAATTGACGGGGGCCCGCACAAGCGGCGGAGCATGCGGATTAATTCGATGCAGCGCGAAGAACATACCAGGCTTGACATACTGGACCGCATCAGAGATGGTGTTTCCCTTCGGGGCTGGTATACGGGTGGTACACTCAGTTGTCGTCATCGTGTCGTGAGATGTTGGGTTAAGTCCACGCAACGAGCGCAACCCTCATTCATGCCAGCACGTTGTGGTGGGGACTCCATGGAAGCTGCGGGAGTCAACTCAGGAGGAAGGTGAGATGACGTCAAATCATCATGCCCCTTATCTTGGGCGCTACCGCATGCTACAATGGCCAGTACGAGAGTTGCGATACTGCAGTGCATTAATCACTAGCCAGTCTCAACAGTTCAGATTGATTACTACGCTCTGACCCCATAAGTCGAGTCGCCTTCAATAATCGCAGATCGGCAACGCGCGGTGAATACGTTCGGCGTATGCACACCTTACGTCAGTCACAAAAGTTTAATTAACACCCAAAGCCAGTAGCTAACAGCACGGAGGAGCCGTCAAGTGGATTGGCGATTGGACAAGTCGTAACAAGGTAGCCGTACCGGAAGGTGCGTGGATCCTCCTTTCTAAGGAACTTAGTTAATAGCTATACCGCAGTCAATCATTGGGTGGTTTTGCTCAATGGTGGAATATTGGTTTTGGATTGGATGAGGCGCATTGTTGGATTTGAGATAACATTAGTGTTGTTCCTTTGTTTGCCTGGCATGGTGATGATGCAAATGTTTTTGTTTGTGTTGTTGTTGTGTTGTGGGTTGTTGTTTGAGAACGCTATAGTGGACGCGAGCATCTTCCTGCGATTTGCGTTGAATCAATGCTTTGGTGTTGGTTTGATTGTTGATTTTAGATTCTTATTTTCTTGAGTGTGCAAGTTGTCGGGCACACGGTGGATGCCTTGGCATTAAACCGATGAAGGGACGTGTGAATCGATATTATCAGGAGCCGATAACTGGGCGTTGATCAAGATTTCCGAATGGGGAAACACATCATCTTCATGGTGATTACTCAACGAATGTATGCGGCTGGTTATGGGGGAACGCGAAGTGAAACATCTCAGTACCCATAGGAAAGAGAAAATAAAGTAATGATTCTGTGGTAGTGGCGTGAGCGAAGGCGGAAGACAAACCAACGGTGTGTGAAATGGCGGTTGAGCGTTGCATCATGGGGGTGTAGATCCCTGGTGTAGTTCTAACTTTATGGCTGCCGGCATGATGTTCTAAGGATGGTAGGTGAACAGCTTGGAATGGTCATGCGTGAAGGGGTGAGAGTCCCGTAATCGAAATTGTTCTGTCCCATGGTGTGGCCACAGTATGCAGACTCAGTGGAATCTCGTGTGAGATCTGCCAGGACCACCTGGTAAGTCATCACCTGTATGACAAATAGTGGAATCAGGTACCGATGATAGTTGAAAAGTGCCCCGGGAGAGGTGAAATATTACCTAAACCGTGTGCTTACAAGCCGTTGGAGCCTTTTGGGTGACAACTGCATGAAGATGAGCCTGCGAGTTAGTGTTATCGCCAAAGTTAACCCGTGTGGGGTATGTCGTAGCGAAAGCGGGTCTGAATAGGGCGTTTGGTGGCGCTGACCTAGGCCGAAGCGGGTGATGCATCCGCTGGCCAGGTTGAAGCACGACGGTAAGACATCGTGGACCAGGTACTGGTTAATGGAGGGGATGAGCTGTGGATGAGGGTGAAAGGCAATCAAACTCTGTGATAGCTAGTTCCCCGAAAATGCATTAAGATTTGGCGTTGATGTTCTTGCCGGGTGACTACTGGACGATGAACTTGCGGAGTTACTGACATCAGCTAAGCTCAGATGCCGGTAAGTGAGAGCGTAGCAGTGAGACAGTGGGGGGATAAGCTTCATTGTCGAAGGAAATGGCCAGACCTGGCATTCAGGCCCTAGCGTGTACTAAGTAGAAGGAAAGAAAGGATGTGAGTTGCTCGAACAATGGGAGGTTAAAGCCTTGAAAGCAATATCTTGAAGTGCGTATTATTTCACTGGTCAAATGGATTCTTTTCAATCATCTGTCAGCAGAGGCTCCGTACCGCCGAAGTTATTGTGTCTTTTGGATTGTTGGGTAGGGAGCGTCGTGTAATAGTGAAGCTACGGTGTAAACCAGTGGTGGAGGCTATCAGTGAGGTACAGGCATGGTAGCGAAAGATGGTAGAAACTCATCCGCCGGATGATGAGGTTCAGGGTCGAGTTAATCTTCCTGGGTTGATCAAGACACAAGGCGAGGCCGACAGAAGCGTAAGTCGTGGATAACGGGTTGATATTCCCGTACCGGTGAAAAACCGCCCATACTGATATTGTGAGTGCTTCATGCGAGCATGATGTGCAGGCTTTGTTTATGTGTTGTGTGGGTTGTGGGACCCGATGCTGGAAGTAAACGTGGTGTTTCAGGTGTGACGCAGGAAGTGGCTGAAAAGCCACGCGATGGTTGTCGTGGTCTAAGCAGTGATGTAGGGTTACATCTGATTTGTTAAATCTCGCTGTGTGCGCACTAGAACGTGATGGGGACCCCGTTTTCGGGGGAATTTGGTGATCCTATGCTGCCGAAAAACATCGGCGTGAGGTTTCCCAACCGCCCGTACCCCTCAGCAAGCACACGGGTGATCAGTGCGAGAATACTAGGCGATGGGGAATCCTTAGTTAAAGGAACTCGGCAAAATGCCTGACAACTTCGGGAGAAGAGGGACCTTGAGCGTGATGGGCCTTTATGGAGCGTGTATGGAGTCGCAGAGACCAGAGGAAGCGACTGTTTATCAAGCAGGTCCGTGCGAAGTCGTGGACGATGTACGGACGACTCTACCAGTGCTGGAAGGTTAAGAGGATTGGTTAGCCCTTTTTGGGCGAAGCTGATTTATTTGATAAACGGCGGGTACATCTCTCTAATAATACAAGGTAGCGGAAATTCCTTGTCGGGTAAGTTCCGACCTGCGAATGGAGTAACGGCTTCCTACTACTATATAAACCATGAACTCGGCGAAATTGCAGTACGAAGTACAAAGATGCTCGTTTCGCGCAACGAGACAGGCCCATGACCTTTGCTATGGTTTGGTGTGGTGTTTGGTTTTGGCTTGTGAGATAGGTGGGAGACGCTGTAGTATGGACGCTAGTTTGTGTGGAGTCGTTGTTGAAATACCACTCGCAATAAGATCAATCTGATATCTAACTTCGGGCCATGATGGTTCAGGGACAGTGCCTGATGGGTAGTTTAACGGGCGTTTGCCTCCTAAGTCATGTGCTCGAAGCCCTTCAAAGGTTCCCTCAACTGGTTGTAATCAGGTGTTGAGTGTAAGTGCACAAGGAGCTCAAGCTGTAGAGACTGGCAGGTCGGCAGGACAAAGTCGAGACTGGTAATCGGCGGTACGTTGTGGAGACAGCCGTGCGCTCAACATCGAAGACCTACCTCAAGGGATAACAAGCTGATCTTTGCCCAAGAGTCCATATCGACGACGTGGTTTGCTTCCTCGATGTCGGCTCGTCGCATCCTGGGGCTGGAGTCGGTCCCAAAGGGTTGGGCTGTTCGCCCATTAAAGCGTACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGCTGCTGCGTGCGTTGGGAAATTTAGAAAGGCTGATCGTAATGCGAGAAGACCCGGGACGGCGGACAGACTTCTCTGGTATGTCAGTTGTACCGCCAGGTGCATGAAACAATTGGCTACGTTCGGGAAGGATAACAACTGGCGCATCTGGCAGGAAGCCTGTTTGAATCAATTTACCTGCCCAACGCTGGTGTGTGGGGGCTCTTACTGATGGTTGATAGGCTGGAAGTGTGGTAGAGGCTGAAGACTCGTGGGTTGACTTCGTTGCTAATGAGCCGAAACACTTTCAAGGAAAATTGTTTTGTTGTTGCGTTCACTGTATGGTTTTGGATAACAATCAACCAGAGTGATAAAGAGCCCGCTTGCGCGGTCTTTTGCTATTCTTCAAGCTGAAAGGGCAATTATGCGAGTTATTGCCCACTGATAACCCTCAGACGCATACCGCAGCAAACATATCCTGCAAGGAAAAGAATGCTCTTCACAGACACTGGGGATAGAGAGTAGAGCCACTACTATAATTTCCACGCACCGAATAGTCGATCGGCACCAACACAACAGTGAAGAACGAACGGCAGCACTCACTGCGTAGAGAGCACACTGGAGCCTCAAACCTGAGGCGGCACTGACTGGGCCACCGTCCTCAGAGCAGCCCAGACGCTCTGCAGGCGAGGAAAGCCATATCGACCCTCTCCGCTGAGCTGCTATCGGCAGACAGAGCGGGATATTATTCCTGTCGCGCGCATTATCCAATGCGAGAGCGAAGAACGTCTCACCCCATCACCCTACCCGGTACACGCCTGGGGCGGCTCAGGCGTAGCTGGACGTCGAAGAAAAGCCTGAAGGCATCTACTGGATGCTCTGGCCCCAGAAGGCTGCGAAGACGGCGTTCATCCCTGCTCGAGAATCGGCACCTGCGGGTGTGAAGATGAAGGCTGGGCATCTACGGGGAACAGGCGACAATGCCTCCGCCGTAAGGCGCCTGTGCTGCCATCGGGCTGGGCACCTCAGCGAAGAACTCATGAGTGCTGTGGGTAAAGGGGTTCAGCCTATGCCGAGTGGTATGTCTGTGGCCTACAGGATAAACCACCGCAGCAGAAGGACACTTCCATCTGGGCGCGGCTGCGTACTAAAGCCACTGCAGAAGCAGGTGCCAGCCTCGGCATTACACCAGGCCTCAGCATTACTCAGGGGTGACATGCTAAAGCAGAATGCTCTTGGATTCCATGACAGTTGCGCCCTCGTGAATTCTGCCCCATTGCGAAAATGTGCTCTCGATGCGTTCCCACGCTCCGTGCCCATGGATGTGTGGGCTGACGCATCGCATATCTGCTGTAATATCTTCATAGGCCTTACTTCCGTAGTGGAGGACGTGAAGGTTCCCTACCGAACTACGTCAAGCTCTCTAAGCGTAGCTGCTTCTCAGCAACAGAAGTACTCCCAATGCTCGTACTCGGCGGGATTTGCCTCATGTCGCGGTCATCTCCGGTGTGTTCATTCCACTCCGCCACAGCTGATGGTTTCGCACCCTGCGCGTTGGGATTCAAATCTGCAGGTGTTCATACCGTACTTTTTGGGCATGCTTCTCTTCCATAGTCTTCGTCACTGCCCTCAATGGCCTCGACTTCGTCGACGGCGGCCAAGTATTCCCGCTCATCGTTATCAGAATCTACCTCGCCATCTTCCTGGGCGTAGATACCGTACTCGGCTGCAGTCCTCGGCGCTAATGCCAGCTCGCCTCCCTGCCGCCCATGATCGCGAAAGTACTGCCCGTACTCATGGTCTCCGTGCTCTTCATCAGCGTGAACACCGGGCCTCTGGAAGCTGTAACGGACTCAGCTTCCGCGCTATCGACCAGGTTCTGAATACTCAGGGGCTTCTCGCCCGTGTTCGTGGTCGTGCAACTATCTCCGGAACGCCGCAGCGCGCGCCGCAACCCGGACTCCGAAAGCTGACTGACTCGTCGCGCGCTGGCGACAACGTCTGAAGCTTGCGGCCTCAAAGGCGGAATCTGGAACTTCCTGCGCCGGAGCCCACAGGTCGAAGAGAAGAAAGTCACATCGAACACCGATACCTCAAAATCGCGCTTTATGAACAGCCTCATCCGTCATCCAGCCGTCGGAGCGATGCTTCAGGCGACCATATTTAATGCTGCTCGTCTTCAGCGGGTCTTCGCTGGGCTTCTCATCCATCCATAGCTGGCGACACATATCAGATCTGGATGAGCATCAGGCGAAACCTCAAAGTATCAGCGTGAGCATAGTATCTATTCTTAATCGATCGTCAAGGTGTCCATGATCGGTCATTCTGCCGTGTTCTCTGGGCTCAGCTTCGTTTGCAGCCACAAGTAGCGACGAAAATACGCTTGAAGCTTCACTCAAGCCCGCCAGTTGAGTGGATCAAGCGTCTACAGTCATTCGCATTATAACTGACCGCATAAGCA + $%%$%#$&$%(+5)%'0,&)((+%&&-%%%#%,(&'*-&#$%&25555287701.&%$##"$$&%#$,))*$'*,/0%1%''')('%(%%&*,3<;<<;=23(&&%$()&'%&&'$##$'(')**(%''&$%'%((+)$%'#15*,$'4/.03973/:<4?:=>;0**0.0*'(-0+3-1*$&/436=6C>9:>:==-0%%&%#'%$$'(*+*'+*+*)*,)&11012<8'&'$%65+.$')))231.'))(,7822%&#$$(650-1666/$&0//22$.,$$$$%)./100.21/0(%,'696*.110+)')-6*9;:..3)%*,++-/,834/-4?A<=89632/.)&$)*$&/258)%(&(')'./'+..54(:7BBB=;<;;-454./)-553231'&'*,+.0/0(&'%$23)+++%'*+$$$(&'-/5::><;7(8<=3?9:@@?66/0+*&'%&(')&)'%%&%##%%#$$*)*+0-*,16)&&&&$%&#&$&(143-125<7::455-*$%%%%((((2220%&&'+..*--+$''2212/(''&$(%&$(&(*%%(%+00287:2./.(($#%-%&(%'#10-&%$$'$011&56862-'-)*)504<8>7704,/647+**))(*+(28C4244230,1421657?::<*>;=9>@@AB=:>>;:>6:?:7:=113457@;/-+4.385<9:7;<;=?>BB<>=66089*B@569<>AA?@>==@A=;9-+-:;A?>7>;@@@?@@D>A@>3*6:9*,1$&$$#%&%(,-.&'&/,*()1//../89:540%$$$#&.&%,(04.,)&')(,2578:1.;=<3'+99:560-(&1))(',(#$%..+-%%%%%320'$0/8./)$(/862,'(),$%%%*,+---.+)*18::8?@@ADAAB:823::;;1,)'''%,-,(%$$*%&&&$)$()/42&)%'*)(68/-,-154322+-(111,-.(*276%3-412&&$%%#$&.0$'.0+&#$%$$.+&<;:;888990/.0021.-/'&&%#$%(4.:8;6%'(''&$)(*,*%.()#%&&$%'&%)+16::9133(,)00+''(1.,*,%$*/.22212%%'##%&#&(45889486-7420220(($$1*;;<6..'+&$%'&6/&%$%$%&$&(*+11($$))-31*-62/('-%&'$$&%$$&'(.65*%),'..+/1123'13/00.4.23&*%%)/0.-)(050414600*335302/##%%$#%#%*..')*-546;62*&(49;68(&(33:673')()++)%&&%%$$%$&%'%%%'&'%)((,$%%(%&#(&%$.''((*$'&$$+*/.25%+*))((0/0.*'&%**+&$$)&)'+(,0.*)**++)')0,'+/9@@BCCC9?9CGEFC>>,219//0(&%%%%#,*&&'79>;:8:?9>>=16')7=A=CFA9@?>6834-.'&(+(/3/(*,*'%%'&%,-$--)*7:43025-&&4$.026(56=2/50/),+//5*-8:<++)*,-12//2'/&&',0-&$'##,%,/*-45*)220$$37(),,+1-+122',/1.+$)(-9:;6<;9+.:58;4/+*/$$%%#$&)&)03-+*)$###%(#$"##$%,%%%&$%)*%/4C;/074''',(-&2.+,.-/5*--+,%+(,:8'/4578781-)'*+137/%%&).+*%')'$$##$$$',%$$%%&(()/-$$&)(*(('%%#$8702/.0)))(((,&&&564040/)**((%#$'5**)',(()-,%&&&%&$'.&&%&&$0767355/,'$$%#$$$$'$&&#%$)%&$+('(((&''),+-DGE<5@IC6266>A19=AA757DE@DEMKG@;25+*(&'&&&&50::868,/.?68+''(+&&)3/%%$%-/(.+:;DNE>C??:96&%&+%#&$&%%$$&./.%-*-)*(%##$&-//%%=1789999*$$)**,%',41&%/,$%5+###$'#&%1;;693:,83320)&%$$%%%%%$$-.,1'$$5&$%##')).354'*$)222-)$%'&&%%#%%#%##&&#$0231.((''(')*'6573-.,'$'&#$#%%$#$$''%%)#')*$%#$#'(..4+%#$#'''%.,,5829/-+%&-+.6243*&'(+'$$&'''$''1./0-(,('(%%$#$%)*''(,'%%%&%##%##%('$*01.,*%&%(%&%##%%($(+122&%$%$$)(+0($%))(2437>:4/06195632235,4+0/.&.('-66;?=;*$$'(('203234-'%%$%+413045681#%&'334/029,(,)(&%%+('&$$%%%&20/$#$$%$&%&$#$$'*&''$')(&0.+1798&'&#/4342&$)+*054',5<<;?C;9<5%%6418449143//&+/+/02%&%%0.''&%,*('(%%%$#&%$$%%$$&/'-,)))%%#%#&%%#$##)$$$%$+-2-'11)**)1./--0)''377-,((%%%$'$$$%&*+0**...-,,$''()))'%'$$%*&&'%$''$..*201-*+'&'()*&$)$'&&$))/)%%%*,43014.&16#%00-,+&(%%'%)-+-3,****($$$$'&&%##'+5228<.(.+#)&,-('%%'$$*,453444:&)'.)+))(0351/+'&%,'+%'+-*'$%'(&$-./&)(''%%%&*,-.02562,0555;9:84?=$*&*%('-('+71)&%%$&))'(764987)+35*)(233)*-*&&&$.-(&$&%'')&34-+,)))'%$%&$$$$#$%&#()&,//0...12-+(&%%$')*+*(%*/'%$%)++)4432*0++<54-.)&'(,.0?/;>?639=-.-,)($%%&(+.99<:7BE?=D8>CELG@4@@@:<@?857)..735++-*(%*&.0//')(#"$$#%$&$,/0;8;8B?<<=?78EAMM-;BA@IF??=')99@EB;3+466628#%.-0-6?99=;?ADGFFFFF?>@@,7<9=E=CJAC;7)%%(*-*+0../842*,'&(-/21-5?48<0C;AGFB7?:<:2,38184*-;7<4**)(,*-*&&#$()),%%&$$*'68;:9;3,11+81.67KFHAEIABB><=?B@?><'+$'%$&59<;<>;6:*+++$%2$%'(('095&(03*$.%$((,+*+5./19/-.443501289794665482)&()(%'%'((%#%&%%&&%$'&00/0-+(%('(#%%$%%%$%+.6-1'*)(*)&$%)-&$$#%+,.*$&''-0/)2878-%&)%$*0'%())*)))+($%''$,.0$33543,)),(&41125=;+++20323)/-+-48:;3?2%)::9<*%,((2764542.+/+/$&'()**$'''&''$$$*$/)$%43,'"$%$'%-*('')+,,+,/433/$)&&'%%$%&.,'$&'%$*-,.12=:023+&'-/.-*-.''-1//,+(*)(*2>=;9<;==@:?GEA7:=2$-.-&)%$'-';==;>>>=>>@=6.0-598:@EB;?CCB@?A>/9+%'"'3&%&)%%,+)..0+04(>13A>4287*-<=JA58BHG?FHD=KIBIGBFBA=??@=FEIJF98AH@H>>A?JIDGLC@6782<57:=A4?@CADBA?7BD@(69:+',./204)))*&,1017;/+)&&&&(.4(0034&&133-.,+568703967>48?E:999:4,-:96;A5467799;7))+*('('(%%0&%$%&'%1($,%$&'(.34;68:9,43;:B=@<+19664?3335>?'*&'$"$(+)&(&''389=;94645333/)*('/0122;<;:>911/@==44;:73%$%&**-)%)%%(%'&('%&$%&&$$$%%%((),2,/.0855692%$')*+*$$$*,&&($(&&('*:@?C1(4A<992('&-(#)/-((',627;9765.2210/0-57-.)./(&%+1)$--64)1-%*.)*'&')$++++'$$'%*2'*),./-**&'$%('.%&&342)%<>A5463.-**$%''((*42(&'*+&%&-,2,'('$&&&/26576113/3<=A>==385*'&('*)*''%$)%'%(((''--.57<9B?8?;%%$20**-97)+&&)))03B>?=9;:7.4$$(236;B@=DAG??6&))'0*//-22','*++%#%$)%6.10/7>=<5>>D;$5$)&&*0349851+59995')+%$$&&%&-&*.+%&$.(''(,-'$&$&%,0)/-/,*&$$'#$#&$%$'%$,$'+''(&%$$./0057;9(,%%$$%,&&'$&$)&)565368?9986::&(7909;:==,.&,+.-/0.&)'%+%'((###$#)&(%&+,%%$,,-%2226><+16,,.+2/)(-%&'(6;=>5549<;?44.)..$$%',,()-/12/-/''(*,9:;;/,///01454)*5203++677341,-020)-,29//47003&',334$$,*22.%+(*)')$%.$(+).')&&&%,-)57;<6155)$%&&&+.,,.%$(';B756:6CCHBB<=>:.)1&%#079<;841*(7.00;99055354.,&&$,/*%,15'210(+('$&$#$&'$$%#%('/,,))'&'((07120%22'()&))%)'3761/%*)*&%%%#&#(),%)-$$%%'&&%-)%)),2)%55*%$1('(+(.<<;6DAB?@A<6;<=<:9>CA?B4.;B>3*.1586:7)((+.*+-/10+*,-+'))&&)-*,+++&$##$#%'&%%$$(,*.(43:30-3''*'+''-)-./,)%('$&7781$%%)1/$$&&$$%&$$$$'-)'%1+$%%#%%%'&%'$'()&+,)*$%&%$++'%#$#%'()/12277*,44%'%))*&,0&)+++)+,.(&%#$#)'++*))$**++,&$$%)()00++*%2($#%(,*547:50'+%684&(1299:84742:48''+%$%$#'&2./*+-)&+$&0,/23,5-(6?;9;<4---32.&$$(--)%%%%)'0'(./3.76:39=;<4>=;./-&*((+:=?E<<=@>=@A>77.%&+;@<:4:7<5)$',676,4,''),,,(15)%$('00-/(#%%)%*-/.21500,(&'*&('&'&&&*+%+&*27;;8),1''4-*--8)676=<==:==9>=<>6<>@>??@==;<><4)61%&$%'+$$$&')((712,=>>=>=-('(')(0032/574-.*('*,000-,.)25/*,-./...,(*(&'(-(&'-/101(%'%($#$%%%'$)$*('%$$$%$()$*$$$%#($$$#((%$(/1131&95)/%%'.022322.&$%&'%*)($.001+%#$*(',():7.3../+1(&%%)*+('1*&&&$$$&%%'437883)+-&$(*.-,0-'%&$'...-2345-.//03)()(((-.-$&&&%%$#&4444660.&'+2798$$$-/;;99;82403/*%$$'&($%"%#&%%$((*)(*&$&'&$('$*,07855674323)'.--(03)'*$&1..04-./1>=;:=CEEA@<30*(&$%+*0367.*521:630&+3330/)/.,236899(*($$%'%#(+2$--033650**'2873273),()3*.'%/%%%%/.03/,/(')+++(***3?89;:=<29779.)&&&&(/.0(%%$$'%$,')01,(.*(&/12669;=/89335$(,++4696:===>;8;@<;&)&&$/2+',%)**)-6358:<,'359<$')*+)(-+'47=8=@AAC@*=BBBC>:;6:>@>387/871((1*$$((-0001')%'%%$,+,953>,8038>A9;:9>$:CD81>8:<'1%1''#/223124>;@HG67,$$&)%-$'610045512*'+%#%####($%##$%$$$%%$%$)*%&(,*(*%%&''*)3*(...159;?659=>;=707($%,,.0.&)('&&&%+*%%$$%2138,1/)*9:6%(('+,$$(('%-/,$77:5((&&&,/)*.%(+&+-79(-33*%,'#$$%),%$##*+$$%$%$#&$$$##&$$%&'%#/5*((%$$#&)*())+*+.-39:8(5+,40/3+29<+)%%,%5%&%'&91$##$()&'%%%55;'):;;;<<67@KGGGHC@A-2>8@AECA?;2%./<>@?;=@?<=<7<@A;12477.-',238/6445=74,791-%&&&&'240-//03479:>:<<@<<<-EF>3'$$%%'%#%#'*..1(&&%**+,*$*,+.*)$$%#$&#$%&(&.+$,/*-4685(*31&)+/-32,+*'&'%&,-/-2<@A?>:8:?;1),,?9747DFA?BD?:7B<;77;:>>?@>12+-54((%('$%%(*(%-/7,:5??;1;7A<54)5665('#$#%$#$$&(0$'+34;;<:6'',&,*&%%$%%'%&')(%$%%$(%&)&&$$$$)%++*$$$%$#$'&&$&&'$%$$$#$&&((%*-*(((*($%$)(%')'/**(($$$$#&#%%$''&'&('',+)+%(..+&$#%&#$$#'$$$(*)'-'($.,$%$%$$&%#$#(&#$$&(+,)99875<-)*,,9:93$%%&')68:=?7;==83758@>>@8864/92&03=9971866+($%%,$#%)+468:)+$##&+,%(*(+/9=9-5))'(*(&(69@>*226-00-,&$%$$%%$&$%'$&#).&'$$%+'$(+0&&'0/..'%*$%&%&(*(((('#&&$#&&'&&'$/26=;A>?@=19<@D:=82?DAC<=;?<96.)//0360$%&&&%$$)#%%**22-/7<6><5++)&()('''147,%%%%%'&$&&.)*'13;48AE950&%'=?<<>CBCB=?@?=87<0-32))$$&&&'&&$#%)10+.-#%%$&(*,+(1443:780/0;:6,')9<9@AF9=;;?)&047668D=C>9;?7>??AG:AB==E?CCB?<8>8=>=:47*(%-+///12)+.)+),))/1//,,.-*&(+*+.2139.7);;>>8-+('$$)&(#&'$&0-2.%%#%%$$$$$((020/-320.01-*0)+.,'*+385).'*)%'$%()&%%%&$(*%%%#&&)**$'#&')%'%%$&&$&&*)%,#%#$##$($#%*'%$($)('$#$$#%#%))%&%&+%&$$('%##$%&*&(+,)*'(&&()$)&(')-,327..4*/-.0232%'#%'((&'$::;;;:984$/0))')&&'"&$(')(((&*'+,&%%$%%''**0-)%&##$"##%$''&$****&('%$),+57+%$%$$$%%&#&)%%&$%*&)%+&12.++''&(/&**($**,29:;>=)20))*')'.(/.,##'#%()(+'+,-...-12+#$%%%'#$&*$)#$#%*-,')&/10151.*(%*-.*.+(1(**))&&'('*%&($#&$$#%(((,$$&$&')&$&%)%$%%%+($#%$$*(),',,)-.,##$')&%')%$$)##$(+.71?;@2,58;;868;'#%%$$%$'&'%%&,.226'/,,+*,-(())+'''++,,$88<<>$9;+%$%%%31-1>EBCGI@,,%%$&&#$(,.11.5,($%##$%'+&$$$'$&##$%&'%($ @SRR14011045.9831 5f9c0ee0-2c58-4e70-be36-cde5e017c05e/1 CTCATCTCAAGGCTGGTTTCACGCTTAGATGCTTTCCAGCGTTTATCCGTCCCGAACGTAGCTACCCAACTGTACCCGCTTGGCAGGATAATTGGCGCACCAGCGGTTCGTCCACTCGATCCTCTCGTACTAGGGCGGCCCCTTCAAGTTTCTTGCGCCCGCGATGGATAGGACCGAACTGTCTCACGACGTTTCTGAACCAAGCTCCCGTACCACTTTAATCGGCGAACAGCCGAACCAGCAGGACCTACTTCAGCCCCAGGATGTGATGACGACATCGAGGTGCCCAAACCTCCCCGTCGATATGGACTCTTGGAGAGATTAATATATTATCCCCAGGAGTAAAGCTTTTATCAATTGAGCGATGGCCTTCCACTCAGCTTACTGGATCACTAAGCCCGACTTTCGTCCCTGCTCGACCTGTCCGTCTCGCAGTCAGCTCCCTTACGTACACACTCTTCGGTTCCGTCCGCTCTGAGGGAACCTTTGGGCACTCCGTTACTCTTTAGGAGGCGACCGCCCCAGAGTCGCTACCGCCTAAGACTGTCCGGCCGGTCGTTACTCATTTGGCCCGTTAAGAAATCAATTAATGAAAGGGTGGTATCCCAACTCCCTAAAACTGGCGTCCTAGGTTCTACGTCACCACCTATCCTGTACATTCATTAACTAAGTTCAATCTTAGGTTGCAGATATAAGCTCATGGGGTCTTTCTGTCCGGTCGCGGGTAACCTGCGTCTTCACAGGTACTTCAATTTCGGGTCCCTCGTTGAGACGGTGCGCAGTCGTTTACCTTTCGTGCGGGTCAGAACTTACCCGACAAGATTTCGCTACCTTAGGACCGTTATAATTGCAGTGCCGTTACTGGGGCTTCAATTCAGAGCTTCGACCAAAGTCTAACCCCTCCTCTTAACCTTCCAGCACCGGGCGTTATCAGCACCTATACGTCAGCTTTCGCTTTAGCGAGCACCTGTGTTTGTGGTAAACAGTCGCTTGCGCCTCTCTTGTGCCACTCATTCATGCTCCAAGCGTTCTTTTCTTCCACCATACATGAGTCCTCCGCTTTCCCGAAGTTACGGAGGCATTTTTTGCCGAGTTCCTTAACGAGGTTTTCCCGCGCACCTTGGGGATTCTCTCCCCGCCTACCTGTGTCGGTTTTGGTACGGGCGATGTGTCTCTACCTAGAAGCTTTTCTCGACAGTGTAGGATCAATCACTTCGTTACTATTGCTAGTAACTCGTCATCACATCTCGGCTTTTAGAGCTACGGATTTGCCTATAGCTCAACCTACCTGCTTAAACACGCACTTCCAATCGCGTGCTGACCTACCTTACTGTGTCACTCCATCGATCAAACGATTCACACCGGTACAGGAATTTCAACCTGTTGTCCATCGCCTACGCTTTCACGCCTCGGCGGAGTCCGACTTACCCTGAGACGACGATCGTTGCTCAGGAACGCTTAGGCTTTCCGGTGGAATGGATTCTCACCATTCTTTTCGCTACTCTTTACGACATTCTCACTTCTCATCCAGGTCACAACTCCTTACGGTACTGCTTCAGCCCGATGAGAACGCTCCCCTACCCATATACATTCTTTATAGCCACGACTTCGGTTTTTACACACTTTAGCCCCGGACATCTTCGGCGCAGAGTCTCTCGACCAGTGAGCTATTACGCACTCTTTAAATGGTGGTACGCTTCTGGTAACATCCCATAGTTGTTTTAGGAAACTCCACATCCTTCGCCACTTAGTGCCATTTGGGACCTTGGTCGGTGTTCTGGGCTGTTTCCTCGACAATGGACCTTATCATTCACTGTCTGACTCCCGAGTATAAGTATGGCATTCGTAGTTTGACTAGGTTCAGTAACCGGTGGCCCTAGCCCGATCAGTGCTCTACCGCCTACTCTCAACCTCGGGGCTAGCCCTAAAGCTATTTCGGGGAGAACCAGCTATCTCCGTGTTCGATTGGCATTTCACCCCTATCCACAACTCATCCCAAAGCTTTTCAGCATCTACGAGTTCGGTCCTCCACACAATTTTACCTGTGCTTCAACCTGGCCATGGATAGATCACTACGGTTTCGGGTCTACTATTACTAACTGAACGCCCTGTTCAGACTCGCTTTTCAGCTAACGTCCATGTTTTCCACTTAACCTCGCTAGCAACAGTAACTCGTCAGTTCATTCTTCAATAGGCACGCCGTCGTCCTGATATATACAGACTTCGACTGTTTGTAGACATACGGTTTCAGGTTCTCTCACTCCCGCCAGGAATTCTTTCACCTTTCCCTCACGGTACTATGCGCTATCGGTCGATATCAGTATTTTGGCTTGGAGGTGGTCCCCTGCTTCCCACAAGGTTTCACGTGTCTCTCGTGGTACTCTGGATACAGTCCCATGTATGCAAGGTTTCGATTACAGGGCTTTCACCTTCTTCGGCTGAGCTTTCCAGCTCCATTCTTCTACCTCATTTACACTTGATGACTGTCCTCAACCCCGGTGTGGTTGCCACTCCAGTTTGGCCTCTTTCCCGTTCGCTCGCTTAACTACTAAGAAAATCTCGTTTGATTACTTTTCCTCTGGGTAATTAGATGTTTCAGTTCCCCAAGGGTGCCCTCCTCATAGTCTAAGCTATGGGTGACAGTACATAACCACTGCCGGGTTCCCCCCATTGAAAATCTACGGGTCAAGATTGCTTGCATCTCTCCGTAGCTTATCGCGACTTTTACCGCGTCCTTCTTCGGCTGATATCGCCAAGGCATCCACCGTACGCCCTTAAAATCTTTACTTAAAATACTTTCGTATTGAGATTTTATTGACATGCATTAAATACATTGTCGTTTGTTTTTATGGCCATGCATTTCACATGTACGTCACCATTAAGTCAGAGAATTATTTCCTATGTGCTCAAGGTCAACCATGGGAATTCTAAGAGATGACCTTACAAATATATATAATTATCTTCTATACAGTTTTCAAAGAACAATATTCTGACATAAATCTCGCGATTCATGCATCATATGTTGCTATCTAAGATAGCTTTGTTATTTTAGTAAATAACAGACTAGCTGTCAAATACTAAATGGTGGAGACGATTCGAACTTATTCCTGCTTGCAGAGCGGGTGTCTCCCAACTGAGCTACGCCCCCATGATGGTCCACTTAAGTCTCGATAATCCATTCCGAAGAATCCGTTATCTTTTATAAGCTTTTCCAAAATATTTAGCTCTTAGTGTCTGTACTCTACACAAACGTGTATTTCGAGTTATATGAGCCAACTGGTGGGCCTAGGTGGACTCGAACCACCGACCTCACGCTTATCAGGCGTGCGCTCTAACCAACTGAGCTATAGGCCCATATCTGTAGATTGAGAGTCTTTACAGATCTCTGAAACCGAACAATATTAGGTGCCAAAGTGTCGACCTAAGTGACATCTAAGCTCTTGGCTAGTGTATATCTCCTAGAAAGGAGGTAGTCGGCTGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCGACTTTACCTTAGACGGCTGGCTCCGAAGAAGGTTACCCCACCGGCTTTGGGCACTTCCGACTTTCGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGTATTCACCGCAGTATGCTGACCTGCGATTACTAGCGATTCCCGACTTCTTCACGTAGGCGAGTTACGGCCTACGATCCGAACTGAGAGAGTGTTTCTCCGGAGGTTTGCTCCACCTCGCGGTATTGCTTCCGTCTATTAACTCCCATTGTAGTACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCGCCTTCCTCATTGTCTCGCGGCAGTCTCTCATGAGTTCCCACCCGAAGTGCACTGGCAACATAAGATGAGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCGTGCACCACCTGTTTTCTGGCTTCGAAAGAGGAACTATCTCTAGTTCTGTCCATCAATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCGTCGAATTAAACCATACTCCACCGCTTGTGCGGCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCAGGCGGGGTACTTATTGCGTTAACTCCGGCACAGAAGGGGTCGATCCACTCCTACCTAGTACCCATCGTTTACGGCCAGGACTACCGGGGTATCTAATCCCGTTCGCTCCCTGGCTTTCGCGCCTCAGCGTCAGTTTTCGTCCAGAAAGTCGCCTTCGCCACTGGTGTTCTTCCTAATATCTACGCATTTCACCGCTACTAGGAATTCCACTTTCCTCTCCGATACTCTAGTTGGCAGTTTCCATCCCATCACGGGGTTAAGCCCCGAACTTTTAAGACAGACTGACCAATCCGCCTGCCGCGCTTTACGCCCAATAATTCCGGACAACGCTTGCCACCTACGTATTACCGCGGTACGCTGTACGTGATTATTACGTGGCTTTCCTATTCCGGTACCGTCAATCCTTCTAACTATTCGCAAGAAGGCCTTTCGTCCCGATTAACAGGGCTTTACAACAGCCCGAAGGCCGTCATCACTCACGCGGCGTTGCTCCTCAGACTTTCGTCCATTGCGGAAGATTCCCCCTGCCTCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAATGTGGCCGTTCATCCTCTCAGACCGACTTACTGATCATCGCCTTGGTGGGCCGTTACCCCTCAACTAGCTAATCGAATGACATAATCCCCTCCTTCCAGTGATAGCTTATAAATAGAGGCCACCTTTCATCTATCCTCGATGCCGAGGTTAGATCGTATGCAGTATTAGCAGTCGTTTCCAACTGTTGTCCCCCTCTGAAGGGCAGGTTGATTACGTGATGCCTCACCCGTTCGCCACTAAGATTGATAGAAGTGACTTCCATCGCTCTTCGTTCGACTTGCATGTATTAAACACCTTGCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCCA + ;E>6I:FC9;7>GC>=?DDEG947=<==:?7;CE9=9=527>@??I=95:@8<;2'(1411,%?:BD@8=;.&$%&'*+35775:>;3D;8%$&''&%/8@?5;;86=5//)78%*333'#%*-.37C87ABC8:::5)9:8=7/4%$+7:34;BA?D=D<@?**(%&0*2221*%%$($'08>>38244AB=JLNGNMC85::8HK8;3:<$$$&(&#&&793;<7629>?D;?<31.,+$//32/-(+,*,'-333203.$1489,*@BCA;&73$$$(0)((.()*,00-21/'-0,'&'$$$%%&226@592782>D;65@=A@=9D>>C<;;B-(-&&//@=>9G=743=<>B>;<<>8*(&.)47@?;BA1?H=B@61&(%/097@;;>CB;-%%$&*&$%('-+(9:?23:2%%&%(*8=::<5/+%+0.-1:<'?=;A=A?9.&&8301.A988)*'034%).-+('(.3;;B9921314,4.-6:=;8;??9;AFOCDHHG??//B@?BDF?4@:B=?B9CB376=E2,*(#*'#''(%&1)+**.8?9CED<=*333-528<<61.*(&%,43%*7;8>>-5A@@<2><:,2.-%$78IF>B@8@>@D38:>???IG?A?)$+&*'+(())&A53)+,.667>@=2473743.3>CIC@A?@334486.(+012)>=;A>@?IKGEHK7=9?=A::)+;++*-&:;99?:999:5,7;>1,2-,,-0'%%,+$%%&&-+',(20;;8A=9349DHG994:F>69;AB9=56=CJAC=35(<<7C=>AB<;?;*762++***+.'//$*)6..((044,668%0135,,-7/.(01),),'&+8=@BGEDA<25;?8=IDCEF;;61,36@AFFED;-+%%%4698''&'';=7>>9BBEB>BD<9=AGMHB@=9<+.?50//%/5?;I:@@@BC?9669:>@G:9@74>;5>=*&&B@CEE?BH>8=FH7>EHF;983<<42.=@A??7:4B?=C>763<:;A+0%%375-)$1:8B;=>A@@DB57:<;8>=B@-->>A@@;=;9:?FA<99;8)+)(.0,/(?7BCA9,(($&#',(%#/267598@=DJ@B9;CB?GB36;,2:@<@@>@7/))56;35@CJO=>C?/*8:A@@?92LJ<<3:@77244::?B:98D@?@338;<>BB@213//3,$$%('&&$/'18;911815CG?7312,$.55663067999=AECJITM:?CFDBGB>AD:C+A7;BA>;?CCBB79,G:;NJ<=79?BBA'*&&$%%(*454>:<:5:;D>BA><;;797<<;099/688+.,-00*.).-+-/17=;A??C;==<9>=5*510<=>:9+++**.599?25769=>F:<;=59BEF+%>=;)9:,0((49)+*1=7;29>(.?<1/G?7784914>7:=AE@ADC@90B8510;?>>>:57<<<?;B8BJ?>*345->?A<7*7(++&&$'5'+5@;>%)4;16566<4:451>>=8:;@BA:?FGCBE@ADC>DB:B?DECF8?IE?<6<+>AEG<<*.4?=.41:8<=?A9@9;:=@*.98:76<9@2%*4564+%.1+0*))1263:6@CDIHH@=FBCD9./;:99?7>CC;69EADBF:;B/*>AC<;?D=IFA=@AB8<=;1868:A>KLF3-@;AF=B880-4<89860)$&&&&)-/145@A<;;>977;-C=<==EID>>?<>97>HJ8,0?@.(2546)1,*/023=IJG;;;5=@>;)3%.;E@)'9:<:9AA@>;;39=;;74A9<<=:FEF>>KKN@8BEF<=7C<@9DB>=:69EK>@@=356855264+%%%*.97:;=@D8>;8BG,(/1668B>@:>::@>=6::35CD:93688)*/B=<7:+014,$,%13;657:=BDEAA?=CJ?9>;AKJHI<>88BCCC?@?FGMK;=4AAA$()*+,-'6@:AC=IL@=@;>,&('&()/8721,986,88;<9.::GC@2$&)(&'.,16>;;689;:(./9<=;88;BAHF=<6;F?0.';;;;8@;&%''(-.32/?85ABC::GLBDB/,1770:;5<22BCA>58;>><:;4+)36:3$##+5:>9?79AB>-,(#&$(/2;;8A4:==<(>8:*(<<@KDA99''59:7:?:9B2DDEGDKKTJI>;=4D9>B?'-4==?+-65&'%&&8:<><%'((,7<>@E><::%*''$%-493,++-.3CG?HH;=:*'+13@IG1<=?-9:82MKIB@B;@@=;;BIHA><:=567AEFC>H@A@J7?:AE>BIF9>9J=FBE?CD=1BLMG8@@5>?@>6&025>8DD4-9**:-==6;EGDAC?B<<>=9DCC=9:=?@:@:C?:CBDEB93.4<45.-6..?D>:7BGBE;FD84-,*+-;:6<>,7A?A9>8817A=4.,3650,-4?ACA>>>4@9>=8,0A=@@9213339=:A4?>@;:>?:6-1-,<:6:>A?/&&121(*++5:8/5+03%(,*))>B>::%53466.<;H=G><999<<65//6;7:=;7><>=;.222(22-.<5;883,*($*165&+8@:=A87:2350)*'((+)((0*%$#$%35<=AD@?>=;6<03<)$8:=@7F<;875447*>@A;:;=49;J9=GD=:C?69@>=@BD76244((-&&5.'8;@A::;7;0000++*+&+,/9::?ACB@;6>:1@9BB?;*+;,00:D@557:?@1:799%(464?:F:1/7$'-'3/544A;?2=;5'%65,%&))99/.4;::?:;<;9=88847;789+*/38;9B=@0?BA@?G::;:?A;=68AB?=?E?986-20>?B=?=2AA>3/1:./6:;8340<>>=89?<;;12'+136/2/8,/241')+'$%&'+**?<'=>:089<C;<@@:?:BD>*)*6B>@@7>CFC>9BA68@>1(''/<=BDFA@BC@A-,+,00,0..,-0610301>DK=I:,)<:DA>AK8.>D=:<9.(=:>;A00>@@CDB8DJMENO<:<@7<2=@?;,2*:>68013587=:76=98>>A?6343&$$%(&)57;@=:;>=:5CDKEBDEA>GB7>:=F>:=;CKGGA@;:>@;=A@99>E;=ADDDAACA6;;C?<:>89119=,&,/01%48=;/(79;14HBCB;JMD:GK<45(->B?F?D>?@;:137;;5.*266BBB-.2,&(/2::>0>:<<=><4:>69<720%'60,97959::C;7//31:6@<9?AGKB9>;57;-7@9;:<>B+:3CE??L7A9BFD<5F?A;;:BC?:;73('&)--0-.1CE9>PPFGH@A<@@/2<91?A?AGI?A;FD:CEED>?;?,'>=9AAEAC<>?>@?;=<&$$%&%#&16:;>=?>:=>A;DE:=,)*(('$$&&&&$$1/-)(%6.%%$+,.-((;=A,=?6@C9?/4A<@=><@CEE;:7CBBC169;;>DFECF:5675/-@8G>>36-92;BH?5B:;;@?6@;E;DD<;A>>CEF@@=?A687FJA?KA=EADC@<7:<,?82<;75/.-/=><;787170&''&%&'$#%$%--,(:::;>-8688:AF=7%3/-0,&#$$&9>3?BG775>9;@99;A97<9>CCA<@/))++''$%+0///2+'119968?AA;==4>::?9:7A:?CB;>1@?@,;7:794.56:@?B<:@=77&699E@8B=9:;:9;6:816:)5:=:1233253436AAH?CN><9>?=<9=B<==>B761&(,0.)00))*5663/1+'$14),+*(&,))1:*%:?>>2.=:82/)--*+56522-*+):=;//723''9;<431('(###$#%&$''(*/0.(++%)$$)**&&(''$#&(*&))%**,,#$(&1-)(%*...*#$(-..,,//&%%.(*37@?4=GACDFFC@DDBAA@@B@>>38=@<5::<;2+''&$7988:?>C-:BEB5311--$*45ABB@??(%&,C;==@@>9.3?97=8<@C500=@5BCHLCLKAIG?BC=88(**).=?=;B>???;EGJKC?899A607FD?G@FGGKDBJC7?@EF:AFBB2BE;766<>>>@DE=CCBFHBADGGHCDAEGG@9<)?EENG>GEIIGCEBC8=<8DD=65.%&''5=7AD=./:?A9>CBCC;<8:<@BD=IJJDD@?AGFAFFBG@CFPM@45;<<9>?GFHAB>F9@DKKCEI:;GG>EEDEH-2236?8A=CC>HHHNCFBJ>N:LK>HG>EOH@HC87@GHG=@CC@A@64,35523..07)&(*852/69H=9DGIFIFF=G413/-'-')&)/%++-65;5B8086'&1,($/6*(-'.-,#%,455?A9@67DG:=?:CD2.--/-*0(:>:3@?D;;;;9>=29;:98?@D?:;?A<>6;?>BEHGE4:>;=<11,;<;2;;74&6'%/88664+33=446?@?=><;999GFC>5>><93&)=67%+66)&5#&&/,/133=77C=?=78--'E78*-7*&<;:(&'$****011/'&(%&&*+'-%%)*))(*-'*++59.('773*:*111##$%'()..,+',/,,)#%)%#$%%$#(.(+,'%'$$%(#%&$$'''+&124779;;76+$%41246711&$$$(/+$&$&%)+(#$%%,*'%.-/#&))%%%&&(*32560270()*5898><<9:6+*%))--**(*+%$(7451/51'('&''*+2453643:554,-(2-*,&,'&&8<=AHGDILE@G@>C<:>;@954?;>>21K*A>,9:9=CB>;D=&1&(02=>64+*)**&0+%('''&%&.&'*+%#)/.*&%&%&%$&&%&%'(--)00*(//)49+&(***+**,4;<>>93+3.(+116>?8,'&()(&('''*0/.//:83445)(+'/7.49356/(%*+'1:+0(&-3=,(,,0344018>;1%,/'#+/77.44*.,+,+,&$$'02/8<,***.$$3,)#$%01/.-*#%'-,0<:74'$%01)&*&&1/A?)+*0221&.$'')27=8.*-53893/-64,%%$$%*&+&&1,:(.+)'%$$$$)$6'')+)+)%%&($.0(*'.%&()$-.143/01&))##$#&'+,/27&-''&&&-.*699-+)$$&'((((&%#$(&'+/-1/)54+*)(%#$(.-.#)%%(''%%**#'%#&%&##%&.14<<@@59AE=BA?B::AAA>;A)9?<=.CAA><,2.$$$&(%30*$$*#$$$(17<1(,,-%*+-*),&$$%'%%$%%#&#*-,%#%$%')&.%$%,33;20,)-353%$$)111)(&879:=:9&=?<>:9>=<-(-)(9&%&845&324,'>?>?;<6.)67997AA@:33;8A?@?5???>ACB@?=>33@=D???>?B>:8A@CFGEBEDC>>E@CDB)<>>@9..:B;<;B@EDAFJFB=8:16?EFGDCEIC58;::>:757+BD:?AH??>52+@@>>>@@;?97,.)37396597BFBBJJLM>612;@AA8;-,/1530-($*,//8550($#$$$./1./(('%&($',$$(()%$$%%#%$687=?4&'%$'('#31,5671%(%%''&/584-(-1/*),)()(:;;:>BC?DHDFB0AJ===BA@:;?<@?9,:CEKBIMG9'5A=:>AC9;:@FOIFGIHEB;=>==@CDCMIB9DMA9;AABBA49;BG=59%779924=3:**.-/@@MKJE7?5593:+,,654EEHHC;?==BBEE>)1234,&-57BB09;<=4$&$$$$())/5561$'4%(%&%*473522/,&%2A37BHJDCECFG<110()'()*02BIFH?BFJJKJKC@GC@@HHCCGLGHDGDDB?C4LGGAB=8FEB8C:KI:C:;6206A?9;A?EMNLLQNMLNKGCEFIHHLBIF:IIHNMDKLE@<<@==DCE:6,?BLLICBBCCDNKH=4BF@ED@G@CCCIKFAGD:CAFDBAHF=>3?@A?=3;E?=<;1@CD;@GFB@84284>9:CC=578AC97%(8+:;;,8:CG?HH:=>002?CB@?;9A?@>65:BBEFF@A94*(?>8=BBDAJ?,/8:;;<<=FE85:-<:0/+?CGHFDA*?8CCEFHC@=>AB?=<:8:@ACEE>EHIGMFBDD335>;F@CD>6-858EFDCBDBAF?FC?996;$46?A>CAIIKGABDB=99:42/1%%&$%%)3476C69C@>AA@/2<<6A8>=9).(+16;6<@BA;AE7635677;7*:*./&&,03$%&+'&&'3;667/62803*+9<89=6;=<@IC=9998::81+.7;41334;:;?>BB?DNJLAJNM>5115?><.=>KIEEGFHHCEEFCK?LNKAEEIIEFBC9D=8(%&(.,,,%*,+163///0(3.<999=;(,9=>4@F@E4LF=?BBDBDBFGFHIACE=EAADKJB/A?:;2AC@9;:96%%$-;;65@>AA1.&&67>BBIFIF=?4+,HA>,AEG?=79,+2*//)(0/1--0<:606IB;@B4888=8:84588/4639;;?A561/,'&)195/,)',7;9BA9>>=<98EJ:LJ>FII9@?AD;9GHHHFE?BCD24456<>BDEC5AA?>NC=D?>AEGE2EB76017:8@A:=>=.*$'#$$&$%&$#%%-<9+;=??9B?7E@<:(%%8:==02763&'&'('7)97:BDE@)-CGG:BD@@B>27>>=495'($##'$$&#"(($$$%%%%&((%(52;@LA0=;?ABL@91:<@C88***+&%'$$)**-1)07+17563-0*)+&%&&8:,%&%(.,*12++%*+1)/)-((3<52/0+%%)',0($&&&%(##$#%#)%+*+'$$$$$$#&%%($++,/-,+)(,$2&$8::@D@CD5+;6866?785&(89>46.IE>8<;@?@A>B88?:059:7.,,.,+)-;48:=?944-###%'%&&$($#$))'#$('%+(($,$%&'**/&#%,$)%1859>/7;CFI>@BBE@64556:5?A?6+)()$=,5466221&(((&+,$'$#'''')''$+*+5/$07:(%8:48FIA:=;''7);=A3@?EECBDA@6)+BCCEGCHGC@DEBDIKCGEIFA;;>9./=:1125*,%#&''**%(-+,6:56,.8=>2=41<7?FB?A<.1..0&-10.6/9=@A@?D??:5.7;9**++('$$$$&&%$%*%$''&&%(34334>BADCMQJEABECC?B<>9'$$%$%(('&&+$%))'%'%)*$#*,/>I=>DJA@<5;3;($#&%$**2(%/1.,/$'(''&).)++29?=//249=GODAD-+67BA@BH@==?38/7$6<>?=AG<@?8)11375;=DFIJHKGE?GG8=AD><>64B;9BAAAC@CD@>?2/6//(0./23.&')$&$%%%&'%''''(&'+6:<11-7=31(*,)**,15565/6((*9;;;849862(-.545331''/028=<.+=466$,5>AC1DCECKIC9<<<:=689;:7;6<>?=??@:9:@;>0()%%&()&'($*(--//'$&'(3'*)#$'#+-&$%,,((0.-..19>:&%%%07>HHKFMNJG0.=BMCGHAFFJJL=HEFJDFB1EA=399:+>=BGF<4/:CFFH=@BCADEA=AA@EHF9DE??5-0565&)***49=EICLNML?<>DGHGFDB>?A@BDCA?AC=@A5@:<@>559<634.(&+&33473.-(36??AB4===<9GACE@FCFCJAB><7+)&&&(&$&&'(7'$''*&/$$-,(((&#*/::,))&'+*)/'$$$)-.-,'''%%&6%&$#%$$#%%&%$$&($'$%%')*&/-+('%%&$&%'%(&$#$&)($#$%$$$(/786,5-&(,$+78,*++-,.,6<@A=7DD=881.17==6>?BEC==>B>?EEBCC?@>;@A>DLBF7869BLIHF@@FOD:=989?<4&&289?KJ<890)37<7224.%+&&$%##$&$+'#%%%%#$$&'(%$$$$#$%$%$&%(82/574-445&22*('*510,%1/#(&+'&#(#&%(%/,*#$#$$%'$%$')-)))+*(%&&''$$$'"$$&$)&$%%')())/30'*,).0134&==:8,0+79:=;974A;5+($%%$"%"#$#$&*&'+,'&*&'&%&$&(*$$$*,.49777,*$%%&%&$(((-%3352-/95<;=A@@@:-$%##$$%0&&'*,443'%$%*%$(+&-)&$$$%%%%&&&&&1-14CDCFGHLNNIIHF==88?BB99:=A@@GHDDLADDMLG@=@DDDDED@?>;8&:0<9<@A7:?C@H<>89BC+AADA?@-%%&%-''%%#&$%'((/,-:./.079DFCDC3(...)1-&&&%'%&'(&&$$&%'$$8:@JHEC4HDAD8?IIDDEHIIHEB>JPLJHHIMG@D6+>9EG@ACEJIGIH76499:;>DBB>@68>BE@@C>==--@?>859598?>8DDEIG<7?FFI;=@?+7<)=<63=>=<;=@;45>CDE7:$&4?>B53AH<<;@E?DAAH@>A>A?A@?@7.0;8?:;@;33599?@@A@CEFE<4778:8=E>>131..>;:71671BB=:?A<?;DJ?>844@,)/1/%%%&#%322>;;>?49/%6;=CGD>AFE?.,3888953((()&%%&(%$$$$*'15./4-3//.,675?C;@DCC=??>?>>>@9?EE=48<<86:EHGAC6BDDFDHHC--5B>@=@DJ9??69?>=/5+/7=7;@>0.@AA>=?>=>AEEGB>?>AB?G<=<(,&&'20:9;ABFED@>:JG>?>9:873)'/:;<<9871::>?<AABC<77;:A8B>CDFEDF3,))8()*2:4177;I;,(('$'22246+&%%&%&(*)*#,*),$'&'%&*)%$#,$)$+3617;65)(''&$%)5339:,,$''(*'++/)./2-1=HJE@BDJE?@GCIOGGHSPNDDEFKCHQROG@IJKKHA75732348A?><&7EE)3/0602.6A++)%$#$&#%'-++..)%$$(**)*$$&(/((&'+2/*(('''%"%%##$'##(*'%$2,,0/.-00%('$%%%%&&$))$$#$$%,-07&)2*&*-&''$%,8?@BB=B=>25594+./%%-)((+'-3458+8&;<=?685''&'$$%($(:-4,-/.*(/-,4301('-21%%$()''*$'&&&%&()')*)3,/)**86)0363-%%))%%$(3.'$%$($%%%#-*-,%()$$&)--)*(()'(#+$#$&%$&&#+*+(-11(%&()&#$&##$%$'(&+*,+&0/+36&6110'$$$$$'&&+6+(''%$&$-*'*359CG9:)*45960)&00103;/020$&$&#&)&1865<;/16686411//&&')'%'&**1&%%*+.(--%$&*)%##'((.*)*%'&&%)#$&.01)'&',+-)'%'9@<@A??>?974KPMKA5-A@70DCAFFCDID>E:;',:AMGGFIBEGJJD>AC4B<@@43?@?EH94?./285>HGLEB4;<=(:::=),+???DECDHJEG@ACC?BLEJBC7<55<:;DEEIE?AF:@=G?FD<;1@?>CDDI@ABGAD:?6:<>>>::(*01;C:=AHCC@G;8:()'*=&=@CGGGDEDGD>@BGCBDAB??>CGDBAE<088:>;<>C447=E:98666,-/-659-/3('((('&)--.-,)+&#$''''(*'(&')*992593')388531/00-''$%'%$&%&$)',+%'%""%'-.48;56>8====AB?733:??AE:CEFJFFDB=9=EFJ;B@?DA>AACC?.5'&(**522))17;;<95288/0-7,8889?A@DEDAL=>FHGD=?@CDE@@?@+(8@DGA?@A??6;??<9<;99:;9::8-$.$%%7&($'&)&#$%$$&&$%3''*(*$#&$(*'(/4.+837:887;/95,/20/+28.)-:4452**21,126>@>7::=9:;>?7BKD>@F?1+&)))/012)++*--///<=>>>365&)%):<<,9?BB>:'*9A>@2'33$%%'2**-/.,-,,($%$&%%&$$$+%'%$$/.-2'&$$%*'(205750)$+(&%#$)'''&&)).&$&.5,BCEEAIC;AD*&;8?@B==:7+376:<;@@:@=5*%+,3::8(3657:886678>=?1:F>?AEFD4)BACDC:CJKBC=6:A@?5)?AF@@ADG=89.0-=B=CD>BD@=;A@A'ECEB?)))-::?@=78<(-57=6<=9=@:>AA?><69=AEDE@@@>::;::<55507788888:<:4',-(&&&'&#%%$%'(*%$%$%*###/0.-'&&%%$$%(%%%&'&)$$($(::;<:><6556')+7:<<;.222376/0//,,.-..,,.&+0/02+203),',(,45<973=>?BDEFGFB?A9C6?7;=<:?:9@>BB?@@@@??<=???9;&2.<==AFJA81/?IHLBE==:8@;407,41665322121097323879;,(-&()0/1&)-/368;=EFGCAB96?CBFD<@IL>>BBFG@FLKKQRGFGBCDDBJE4GCGBKKI=?=56&88:=738DG@@=757%%&=5++***(+)&$&&..--//-%,+(&)34-8:B@GGEF6H8CHE@ED7*007,;;B>7;B>7@ED;B<:ADDIA>GHA865==<;CC=<>?AED=BDB>AA@=+9=??C?@?-00.,+(-==AA@=BED@93;*5:9:8<>@><,+-+49=??<9<746;><:99=,;=;574',6+-$#$$%&&%$$$%%&(',$$$'$++'(%%%$%%$%&%&'$$)+&&&-,.'$/.//$&'$$&$&&$#$#"##%&,%--1%2+3>A;>D;8?AE<:9F>::=49/1++5-:.+&-3BA22A=@A=GG@?;CA>CCED?<=AJEH?<881??9>:<=?AECCA>;@@6&$'227:CEGDCEDBFI8><=+,5:=;=AA@8GG>>;>;)@DCA52/)'*./&&(*))($',3;//4467;62'/5519:@:=F=AB@DGA>.&(&*&')-,451544110&(&$%*'+*%135513:=><*<=5AF?266==;>A>=A@6=CDC(;<?A?*($$&$&-/,,?@-,89;>E18464',+-89;:::E=BD@AGBE@CAC@C79>:@;$499;@CB8BBEEAAFFCCDDB968<>>@@BA><991,-)'043,&##%'''$#%#()%$%&-.'%%%%$'(--&'$+)))(%$%('&-.%%%*$'''%$$&$((+97=@872(,-.008.3&&&%+567CDABC<;A;8>:??<467656>6<;>99=<>@*9+++'::798451/475..($%$$*+*-&+-.-./42$$%&$%'-%#&&#%'$##&'$'*'(%&&$(1.354+'86$%*34:68&&+6('$*'$,/&$%),+.+(&(*+29(11)%#$$#&'/452-.056:>@.(,.('%%%$#&*%&44552*'&%$'&&33('+-(+-/1331)(%%#&$%%%$&$%&(')--#&'&-1..125330-*7156*%$(*%%()('(&$%'++'%45.2////,%&(%(''%'&)'&*(#$$$%$%&&%##%'#%''$#&%%)($#$$%*#,1122/(&,,*&%)/.)'%&0.(&&%&,/&0/,0/%-(/1+)$&''('%%$$&#&%#$#%),+'&'%&+/'&##&$#&*4<778-)3.'&-'$$$$1%&#'$#$#%(%%*#$$%#$(&%$&+*,665=>04/1?===701%&&#%%$&&'%&)05((&#%%'%**,-**/692)*,<32,5'04+$%%%&)*%&&&)&,.-1($%',,,10*+*:*7>2*.''##'&()&%')0-/'($(+)&)1046()'*,)-)*46<;99:;9897??86662''',9C8:?BGFKGHLF=??6AA>;>B?HROKKIC@GEAEE8:E=<<88@?;;679)):><=<=;4:,.+,..')($))+)))*%%'4EEDCCKK?A??EDC;22=CAB@3G@CBDC::B;26/88?<>569;03<<9/+@?BFE9FDIF@=?HA@AHEB==@>>JIKJB:904%@C?CL?BB>/@@A?AFFDABHFHCEBFKJF79B>@AJLFNBDENLI>=FEA>BBB==@ADC@BGG;<CC?619**1027;=;96<38C7=77=>ED8=-<6:?;C@;A>BDDCDFG???CDBAA@D>FA;FB@CDBABBA9DHF:<=?CJKCPOD<70@@BA<789-$'#%%&*,'*-97//:66@A9=@=557>,,.,,%,/./1,)8,&(17,2-63+'3,51,.-&9:4=BNDANFED/B<=+>?22A>ECACF?AC>?:<$=?<:9%)0;8ABCIJK<=CCFJ@?DFGGIJGLIGIFG?<9&(%%.=<<8597)*-88<617'%#,/02,$$&/''+,,135;<=<=;:3547&8:8=EG;BBF?6GAD@?1::12/6))50(*)$%$+&63%#$$688<==//1//'()*&%&&%'(%&&&'(((%$$&)..*%$$%#%&%%&%$%+$('#%&'#(&))%%%&&$$*)'%&$%$)----+)//0,%*,493353455671$0025:6-,69<02$$$-.*#((%*&+6:/+'*//254&-)&&$$$&%#)#%''),%&&//446381323,')-),-35883131143412'((%%.)+*-+&$&"#%((&*+5)/%/&(()%%&./5521'*08761+1168*.,$(#$%%,+(*)&#$()'.(*348-)&%&%%%$$(21%*+++.'+123+2---,%&&&+-64-/6'$$8$&$.151.,,.+,)%)&,&12%&)343,&'&('&+062/%&46)7<<3.2./45+$))*'(2-('%/-'%)%-&''&%$((&$$#'%()(*80'%'+16;=?<:/'50,*),%(((7@97)%'(214/%)$'((%$#*(-/..+,+(5157.'&$%,))''6867666@@>=?:=@;@DED==@>;94/1,%&$(*13.'9/').88;:.061=5*(')&&('%()-71/4740)),%$#77127<@><=6698,::8/&)+)$%)*%%%(%$&$(*$*-#&&''('%%'%%3/4,&%/8164)75(&23311,((2$'''(*('&$&&)%$%&(&%')'(*&*,.20*$''&-&%*%'*#&01%--)%$($$$%(&)(*..+.0&$$$&%#,,+''%(30%)*-&'*$))24*')%/53$))%$$+%*29<:7>7/0/+-/0056&%$#$&+,(+)'$46$'=F>6>=/51)*$%$&)('&$%#-)'&&'$$1*42324.)+3;4'&&0('&'-)'%%(&.0$%$$(.+///110**-/-#$1'0'*.'+)('+'&&).0*,&%*+**'($%%$'&%$$'%%%$%($&&(()**&#%&'''%%%'&%$$&'(--&)('#$$%%.'%23+##-$$+'$$())'&','$%#$#%(-02)4;:/4;3&%%8-58&/7,6/*423184$.$$$%-(&66-,-+)&$'#$$'$$%'&(,+-)&&*#.##"$$$,)*).<3?6124(,$*&1&-//.+%%&$#%&%%(%%('+,*&&,&0(&%$$&'(&/2/-,,/'$$%#"&#%%(%(#&)&&&&((&$##%&#$$('*+*/<8756=46450,-.5-'+;;)%$#)-)3,1/0+('')$$+/01,&%$,('$*'%%$'-'')',,($$$&''$%%*,+$%'%(*,%$(&(((*''$'(%$''$&%.-214,06::+,+32&%&&)&&*.8=?503-$%&$)),,%'++&&#*+-54()-,--'&*+--+.*+.+&(**&#'(12775><;=48>:=AA:69@>>;>?=>?833103000,2-,,.=?=EFDB<;<4321'$+)+'&%#($##%$(+&$,*(204=7,+%%&#&''+,+,,&&%$&343.9:?DJH@A79?D?@A93:CA@6;=><62899?963+$$$%(%$%%%'))((,-13>@??AD??@:;/GEKHGJHBA;17:,$$*)',A<>67@DEG=CNK@9*)(*6::??NMLA@=?F>>EC($1*:7FEEGBB9<@7;B;<:(1904*<>;;AA@;66-&024-8;ADEHDFDGHD5<;;@=@AIJIHDA?=@8$)D;>67EFFBNIA@B11:8@<4AADDBEC?.DEE@CD?>=>AA<7?=BABIG=@HIMBBA=>GF*>@BCB?DC./78+(/>9-,+'&*'%%##$$'&&*5666:;75:941-/'@877;>>@2<9<>CB9*'##$#(&.67C534650656A@H;CD:<5910,.1-+14-+*,,+&'&*%%)+.**(9>:@BAGF@><=-8;6--9993),4/,,,A8??@AE=CCGFF@=;6AC;*;:=>FBDEE>ADF;>;=8;>EDBD<1B@=>>BBCA<;9:=<69@>?>99>>;/4/++*)#%%'*)03243746C:FAEJHNGBADEFFB?>=?C<96673)'&()$$&)%)+&##'('&&()%+)$%$$$'('%(+)'&))(*3>A?AAA>&$(&($#'$$'#&('(*/(+/768.*%%,)($&')59EHH7G743HGF9BA<@?86616?8G>=5,+,69?AGF=DC=ABC:02':<97(5==67GH:CCF<7=5>A0;410;+*2=>-<@ABC>C>G5BBC9,7523&%())+))(+68984.24-++.2);=@389965ACD9BE;B?=8DIH@FEDNB;;9====DD;-6;9AAAFEG>=;DCGIJKG>>B?@A?A?BFE51:=35:::;8@@<@>29@??<=@894=0::87754;;;DA;:@:;=>?8560>@=<3;:78ED==DGHEE>=:;'$<=>=17=CIEKKEF=(>8>@EGEDCFA8'<@?3-*;?JLLKKAAA=>;A=:054@BFF@BBBCC<>A?@BD?FB?>><1/0><@@DKHF89$'<=:@;==@OKNAFB>8''&'*(;=9:99<85,'<>9702>EHFLJG?@>>>?A;;?/<=(()*96>?.83*1/6279@>72453'*1:5((&%&$$$$())*-(&',(+6777(0/+(%$&%&',1*#"$55&'%((01)$#'6736877''%/-'$,-.*'%%&&(&&%((.(565830016778;3%$()*14:@@MH@GHCF@8*.)CE?JIGCBCKONA<@?>>-)+1;;6:??=A=A??IGLJG@A?2/(9:9411)%'&%&0(573%#)(&%$$&'*'-1+$)-%&###%*&$$$$#%%)*,**&%(**+,'%&-(&(-**#'($')2'5-&&&$#%'$$+,/77;;7%**,--013$.3966$'/**&%&%*+./.032==4+*00*&&&%%'',%%%$$&&'&&'23699B>D>,13=9ACC:IKH61*$&(&/'6:=;C6BD@855-9>@:=7?><'7137>?<@>C?<::4;<>;=5:9=@9><+,*/,,/:&&0&45>4&1),'*8ADGDJHBHIBD?@57=:C@KKJ@?>JLEHB>?GGJFAA>?8>A:$$,)-*('$&#%($'&(%)'))''(&$%%((&%%%#$#%$"%$$(&#'3457@A<<9724'))'&$%%%$$#$$$%13+2/(&(*-)*,,,8::>82=431/6-+00368(-013-.40./:<7;<A@DAADCFACBDB>9CG@I@D<;;4),;722AFH@FHGIFC:DH??:CJ>A6(&&'340@B?=@,7&,'''-=E=>;FA9<:7:D>>?:+898<;4.,-**1-(&%$-+(./21>D:===3?3&99B?<=AE?;?<.1?<>?@?B=*-67::CB<@AE?>+.6949@A<>=:&02314&()(++3:99;J>>C:GB78;2:;>A9=>CA7=?>=@?@?>5?6+6797?<<08*=33?@??<<93D8>6<3.>?:70&.48:-.-%+*2)4464043A@@8=31457*''+2//22%*66=99889=:=9;8%&+&%+:3;:8>AA=HDKF=?95==>8622DA:><:;?<:02>:<2?ACC@B@=BBCF9G@AFJ>B@A==/0GFAB==;>*,=%$-*(,678982)',267633.')'%$/.&&#))(,)0+)-..,-+*$%%$&&$$00..67:>>;9;==@9;9<=;,30&/+(4,1566857@HMLTP:557??LD9AB=B?B>;=EA@AC/*DBCGQKBHHBGGEC@)D>425:;2(-1'&%&'%103<9=@A>=8:9>?8--+)738;6>?@ABE>;2541;DE?:7=@=DE?BD=&)25/141/98@D=<;>BA8B@>;:??A>@>BA>AFDDFL=AHCACFB@A@;<<9138<=;9::989:87.0*1;425=@=??>:;34<:=36<=<:9:<56(+1-&,-3*62125-()),)*'(%(++/29:75)034519/246-.569:87/,,*38*)()%/297??8<.028.--34,./+,+,,,,,4:9<9594'08;=;A;989@5:<.7986%&61'+=7A>?>@*10=<9152.>>9>;=1**/46)&(6974034454544(''154;7=<58:+)8::<762/$#//:><56344+./33>?.5/445.:82)%#$$$'-.168::;C?CDC>89301.2>2/;:?=<+,&957(++>=?=@=BB@?=A7>BFDBCA?<;<=A8:>ABA=A<<7=<8A>>>??D>;7>=@=?BA<;,--##$$(.&%-+0)-3528:8450.61/..2*:=;@F:(20.0+(+43>>9>8//85;578=989..?7>CJG?G?@>E:;?9AA::8;G;=@?;9;:B>2+-=:<;8CBC>;=<9:?AA><=5:;;77*,-03443.59<;<8;3<<<8;+/;97/39?;583&(5=>>8==58=>?=974632;73?@)579BDEC@?;D@2<47:>;:<8661,+(((4307898;;47=?46@79<--11=-089?7:=8B=:<>269?=:8@79:<@<5.92+-'(%&)57?>>97=:4680'(*,*)$(%%7?A>@C>AA=8=>@?<+/876(0$'AEFDKHML>@B=408;7B:><33423-**&%*0*&+9;<:>:=123<65<:4+-.$($%9457/1;B@?@CB@=9%(3-/2556??>=B=94C88:8<871;95>>?D>?B'A@?9FA?;;@A?@9922668;;9-79+/9:<:=C?>7=@=C>94931'',,.,,%())307653;5<).96@>C,%()(''))+)(20%(&(.5=<;75:968--.-*4@BB>D;('$#%(/==:A>8ACEE:8;78=CI??@@@???C9A::7/7792799..))+,/-/.*+-&'-(++$4/999:=,-A88AE;;:;;6/+907)$'*.0$+$'(8=:;<=?7'*88',*+++4<@>989@:<7%%&($$%$6:???BB9;=4?ACCE?0+A===;:<>896672=:9><4-*.561/3(*7)7=>9@65232-1557;?@@46C>A>=@CCBCA@4;9<89:7,,1++69:;:79CG<<=988<=@?A<<.27243.22+,+''68;9A=>9164(4:??IG::<;@;>=86566-<<;:136/1:9=999;99:21..3?:;898?:>I8G?<<G:BE558:((+)818++<;;?B<>DIDA:;@@A>BAA?<1+000;AC69EGHDCA7=CG>>7<:>?@<7:4+$.5:<=/25EB;=B>?:9C?AA71,/$4288;?C+4+;;9<=ABBE@>C?:3+&&4537-64./-312-(;7//$$''%(**+-+211),%+)-54156598?;=@8>3/=6';:<543075)'&(49:99-'&$'/102934./7<:7--1/)7,.-9;,1020,+2:-+507>597=6?;3(%,*3)(+69:>??>=>>>>A@)/<;B>7A<;=;E@?>:?:=::;B68??DE?G:;><>A?2<=:?=(@B;=B4(%101:86>;47%'(%*020045.76:=9;A::?D8:67?<-22%4479><>57CE885.')-/&%(.&('#%$())49:;33$%%*',20461.%)66;<@A@;=889.*89:;5**)''/)-)+';568111.39277)77793,.;<=D@?CEHEBGHII?C;:54;<<=CHIF>%(1::A@A?>40FMKC*;&?<8<<>>CJ=<9=D?>=176261&&('(.8;77/.*&'()#&(&//'%&$*&*46853((((;8=??:?@=;::2'%&&*(**'$)233540&5&B>9>@=BA=<<87696*%%%1857../44785))+48776674-,&&57=:83''-%==GH8?A@34<>>B?BGGFIHH>GE<*+//;>=FEB=7+:;//38DD=@=%+46878<<=85CA>>@42;:2<<=AACFGD?B@:@EG?B7;=AB>==?@G<>GBA>BG9AD?;=7:3'<559CLL@=>BC?;<=>E?C?>5@>=>7;;9)($-21-((/;$>3<;==;=;5>6<:<2/002;;==CDD@7<;+,)-/13467666(::8>@@62=?@;7:<<=88=;=??><233:>999C8856:<7;9/4;.003A??FBGJIF@8???AC?==;3&$*,00:=@CEEC@58>>?=A>>6==>@GCA@:513:3;>;:;8;?;;9<;58>;>@@@8:;>>41:9796,4+4/001252?;3:549*-/-<*9@A485:?C@8;=CC;.'(#%$()$%/.0/-&-(./02<;;9@:4;86:@:960(()*(%$,--/=><;2;<:9/393*$5;=:C?=BA=>@@C=?68255;<=<;>;:99<8:*'.%::<7==98<>*7:=B>@HIFF=@-2=:;@@ACCG7;;9-;17-447<@@>89BICJLN=9<3/:964)*3))+1799;<;;>;;8'$<*9;<>9644=>@98=6-,,<:<>;5982019;8>@>?>=/.8=@EGD?=A:79?><<@A6;B9=D=<:9935)+$$+--*&)($)<:998;CBB>6929>66*.$%)+'+,,*)50*.+**2257<@C8:6??BAA<<6:6%->@A=;@A@>==A@=AE@=<<46@=AB;??<=9880?BE>BBDBA::67<2-,..758<9:9<416:;;:8*++%'/..DA?9<;%+-,4*%($.&&(359795,4''(+1.+146=<;<023=;36>7:<>;>9?<=6.+),,%&/-))+,<@59:?8<3<>8767'&&&))$ @SRR14011045.10786 32c19ffd-a749-42ca-b177-43556a4bd806/1 AGTATGCTTCGTTCAGTTACGTATTGCTTTGAAGATCTTAAAGCAGGTATTGGCCGCAAAAAGTGAAAACAAATATTTTAGTACGAACAGGCAAACCCATTACAGAAGAAGGGTGAGAATCTCGCTGATTATGTTTTGGATTCCGTGCAGATTTGCCAAGAATAGCAAAACGATTAATTAAGTAACAAAAATGATCTATTTTTGTTCGAATAGGCGAAAAGATCTTCAACTAAGAAAAAATTTACATTTTTTTACAAAAAAGATCTTGCAAAGGCATCTGAAATGCCTATAATACGCCCCACACAACGACGCGCTGTTGTGAGTCTTAGAAAAACCAGTGCGTCGTTGTTTTGCTCTTTAACAATATATCAGACAATCTGTGTGGGCACTTGTTGATTGACTTGTTTTAAAAATATTTTTAATTTTGAAGTCTTAATAGGTGCTAACTAGAAATTCATAATACTTTTTTAAGTGGTGACATTTTATGTCAGCGGTATTGAGCGATTAAACTTGAATTGAAGAGTTTGATCATGGCTCAGATTGAACGCTGGCAGCAGGCTTAACACATGCCAAGTCGAACGGTAACATAAAAGAAGCTTGCTTCTTTGACAGTGGCGGACGGGTGAGTAATGCTTGGGAATCTAGCTTATGGAGGGGGATAACTACGGGAAACTGTAGCTAATACCGCGTAGAATCGAGAGATGAAAGTGTGGGACCTTCGGGCCACATGCCATAGGATGAGCCCAAGTGGGATTGAGTAGTTGGTGAGGTAAAGGCTCACCAAGCCGACGATCTCTAGCTGGTCTGAGGATGACCAGCCACACTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATATTGCGCAATGGGGGCAACCCTGACGCAGCCATGCCGCGTGAATGAAGAAGGCCTTCGGGTTGTAAAAGTTCTTTCGGTAGCAGGGAAGGCATTTAGTTTAATAGACTAGGTGATTGACGTTAACTACAGAAGAAGCACCGGCTAACTCCGTGCCAGCAGCCGCGGTAATACGGAGGAGTGCGAGCGTTAATCAGATAACTGAGCCGTAAAAGACTGCCGGGCGGTGACTTAAGTGGTGTAAGCCCCGGGCTTAACCTGGGAATTGCATTTCATGCTGGGTCGCTAGAGTACTTTAGGGAGGGTAGAATTCCACGTGTAGCGGTGAAATGCGTAGAGATGTGGAGGAATACCGAAGGCGAAGGCAGCCCCTTGGGAATGTACTGACGCTCATGTGCGAAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCTGTAAACGATGTCGATTGGGGTTGAGCTTTGAGCTTGGCGCCCGTAGCTAACGTGATAAATCGACCGCCTGGGGAGTACGGCCGCAAGGTTAAAACTCAAATGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGATGCAACGCGAAGAACCTTACCTACTCTTGACATCCAGAGAACTTTCAGAGATGGATTGGTGCCTTCGGGAACTCTGAGACAGGTGCTGCATGGCTGTCGTCAGCTCGTGTTGTGAAATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCTTATCCTTTGTTGCCAACGATTTGGTGGGAACTCAAGAAATTTGCCGGTGATAAACCGGAGGAAGGTGGGGATGACGTCAAGTCATCATGGCCCTTACAGTAGGGCTACACACGTGCTACAATGGCGTATACAGAGGAAGCGAGAGTGCGAGCTGGAGCGAATCTACAAAGTACGTCTACTGCGTCAGCAATACGTAGCA + %(&&'';>DAEDE7.@BB4:>EBFH7;CC<<<96=BCF>=<>5+''6;;9:72&222EFF>%1EBKEHG=LL@DFFGKIACHF@I;EGDDHOJDC>?446:;@BB8?&8)1,69>=EB:G:EIIFB?6?KLKIA9<6644+4=D>GF,:+%;AGH==CD5%>IB73-8@@HIGGB$%%&&&5:@E=D@7:@@=>@BCCD<=;=5GFDB5@<=317CEAAE1/996C>?BE9:=IJ@8;58>D>BDA0DD>ANNHEIAJ@89A@DF=189A<<>?>?7>A?@CFABGHFFBH9EKKKKJJDA4-@FJAA::;>IFB7?C>=EGFEECC=<+2%*#&8-64782@ACDDG@<=HIEFHHA<>4/:9BA6?AC<&&77+.:----.'$%.,,;877DE@;><=935*5,,&114<9=CDDA88>>7&&(#4::;497''''*:85,=@B<@@93;;?8C>E@B=<;?<=55=><=??-6?=:>(-FB@BA57.::@CD?8FHFLN?HA?=@??+(/57+8;>?>AAAFE:)6GH=:>=6=<>CD;@?ADFBDBE>0>;==;:A@;;99:;5442)'&1(/2<:9@C><>DAGG<@GDEIA889:78>>7=9>=/;:7@=AIK>?>;>@:76688-,)$'/,1'(93478568(%%--:16.')'$.%/44/%)&&%(,0+.;<46:==<9;A@-888466:=:9(+@?DCJHEE=/16'(&('(((3//99(;6&';A<>>95454>83394/784/*'.**57EHI@@>?9B4?62765*78<1311.000;>>=5=2755=?A:A@=?B@>EEDDB793330.1BDD:1-79;BA;<@=:==CB<<>==C787;=C>;:;;96989%+'(%&+%*/98>9:7;A@;3&$%%%36>A>@>>A@=B7CACA>BBCFGEI<>F>??CEEB62252>6368=A79>?8>ADFGF@=C=>?676647;A<7%/48=DF:;:GD?A6=;?>JL@<;D9@@C@BFHABBB@?A?BAABA8<=><@?988;;<>=?>;A<=8997;=?BDFF<668=@@>4<;>@EA<(*2AB:JDDHIBG60<<@?FCAA6CB@@ABB?:CA:?=C5->2GC.*)-..2=>?@@BDAD?>ECC5:;=>=5673*0%'6551:>D:9:F=<@=853-/*2'')'$&'$$,$0<=8/21((+,-0:9;47B??AGE>;<:>IBBUB56))*2;BA@?94?I?>@@FJ=?<>@?@;@>2?B3C=>8@><9;>HJH8>A>@HH=?;?-8678>5;6/64<<;88=E?;982345778&+,23527>=67+0'$&''.0:>8@C5=/1001()( @SRR14011045.29170 9c6f2831-9696-4731-9a75-e71c3e94070f/1 TTGTACTTCGTTCAGTTACGTATTGCTCTCTAGCTATTACAGCTGTCATACCTTCAGTCTGGCTCTTCTCGAATGCAGCCCTGCTATTTGATCTAGCCGCCAATTCTCGATAATCTTCTGGTGTTAGATTTTCTTTAGATAGAATCTTATCTATAGCCGAACACCATCCCTATCATACTCCTGAGCAGCTCTTTTCTGTTCATAATTATATTGCCTTCTAGCTCTAGTTAGACCCATCCCCTTAACATAGCGGTAAGATTTATTATCGTCACTAATAACATTACCAAGGATTTATGCCCTCTAAAACTAATATCACCTACAGTACGCCTATTTTCTGCATCTTTCCAATGCTGTATAGGGCTACTTTCTTTAATACCGGTATTTATTCTACCAGACATTCGGTCAAGAGTTCCACGTAGATTACCGCCCGTTAAGCCGTCAATGATTGAAAGCACACTCTTGATTATAGCAACAATTGTAAACAATGAAAGGATTGGCAGTAAACCCTCGACCAGCAACCTTCAATAGCGGATTACTTTCATTACTATAAAGCAAGTTTGAAACAAATATTGCACCACCCACAATTAGCGAACAAATTGGGTAAATCATTAACATATTTTTAGAACTTCATCCATTTTTTTGAAGAACCCTTCTGTGTTTGGTAGAATACCTGCAACAAAAGCTACTGGTGAAATAACTACAAGCACAATCACAGCAGCCTGTCGAATTAGCAAGATAAATACCATCATAATCAACGCAAGTGCAGCCGAGATAAGAAACAGCAACGCTGAAGACCCTGCAACAAAAGCACTGTAACACCTGCGGCAGTACCAACACCAAGAACAGCAGTACACCCAAGATTTGCTTAATAGGGTTATTCTCTATACGAAGTCACTCGAGTAATCCCATTGACCATCATTCGAAAGCCATTCAAACAATGAATGTCCTACAATATTAGAGATATCAATCATCAAAACAGAAACATACCATGAAATATTAACTAAAATCGCAAAGACAATAATTTTTGGCAACATCTTCTTGATGCCATAATTTGAAATACCCACACCCCGAAACTTGCGAGAAGATAATAATAGACAATATTATTACAAAAATACGTTAGCAATATCACGGAAACTAGACCAAGTTTTGAACGCCGGCTTGTCTTGTTAAAGATTTCATCAACCTTAATATTTAGAAAAATGCTTCTGCATGATGCTATAAGTAGTAACAACCATACCATTTGCACCATTGATAATCGGACACATAATCAACCAACCATTCAATTGCACAAGAGTTTTTGTCATCAGAGCCATCACCATCGTCTTCACCAGCTGGATTATTTTTACATTTTTCACTATCTTTGTTTTCTTCTTTATTACATTCTTCTACACTGTCACCAGCTTTGGTGCCTTTTTTAACACAAGTATAGACGGGGGTTGGCTTCTTATCCTTTACAGTACCCGGTCCATCCGTAGTAAGAGGCACCGTGAAATCTTTAGATTGTTTATCTTTTACTTTTTACAAATCCAGGTGCGCAATCTTCTTTTGTTAGATATTTACTAGGAAAAGACGAGATATTATTAAACGATTCTAGTTCACGCTTTTAAATTATTTAAAAACACCTTTTTTTATCACCAACCGCATTATAAAAAAACCCCCTGCTTTCTCACAGCTCTTGGCATCTAGAGTATTTTAGAGCTAGATCCTGGAGGATAGCCTGCATCCTTAGATTTACTATCCTTATCACTTATTTCACAAACATTTATACCCTCATAGTTTTTTTCTTATATCCTTTAAAACAGGTACCTCCATCTTTAAGGACATAAGTAGGCTTAAGCCTAACTAAATCTTTAGGACCACCAATAGTCTGAACCTGGTCAGTTCGCAATACTTTACGCCATTTTTAATTTCAGCGGTATAAACAAGACATCCAGCACCAGCATGTGACCATAGTTCTACGCCGTCGTATTTAAATCCTCCCTTTGCACACTCTTCTTGGCTATATTGATAATCATCAGCATAAGCCTGGTGGCGATTATCTACTACAGATGTCGCCACCGTAAACAAAAACTAAAATAGCTAAAAGATCCCTTTTTTGTTTTTAAGCCCAACCCAAAAATTATTCATAATGCTTATATTTAATCATAAAAAAGTTAAAAAATCAATACAATTATGCTTTTTTAAAATAAAAAATAACCCGTTAAGTTTGGGTTATTTTTATAGGATTTAGCGGGTTTACCAACCACCGCCACCGCCGCCACCGGCACCGCCGCCAGAAAATCCGCCACCGCCACCGGCACCACCAGAGCTTGGCGCAGAATGGCTGTTAACGGCACTGCTGAAGCTATTGAGCGTATCTGCCAAAAACGGCTGCGTTGAATGCATTCACGCCAGAATACCAGCTTGGTTGATAGTCATTGTTCGCAAATTCAACTAAAGAACCTTTGCCCAAGATTTTCAAGACCAAACAAAGCAGCCCAAGGTAAAAGTTTTTCGTAAAGTTTAACTCGTGAACCACCAAATTCATCTTTGAAGCGTTCAGATTTTTCAAGGCTTTGGAGATATTTAAGCCGTTCGCTTTCCAGCAACTTCAAATATAGCTTTAATCCCATAGGTAATTCTTCATTTCATAACCTTTTCTAGATGGAATCTTAATAGCACAACAACTATAATTAATGTCGAAAATACGCCCGCAATCAAAGTTGAAAGGAAGATATACGGATGCCACTTCGAAACAGTCGAAAGCGCCGAAAGTCTTAAGAATCGCTAAAGAAAAACGATGCAAAAATCAAAGCGTCAATAACATAAGCAACGATGCGCATTCTTTTATTGAAAGCTGGCTCGCTTTGGTCGTAATAATCTGTATCTTTAAACCTGTCATTTATGATTCTTGAAGAAATACTCAGTGCTATAGAAGAGCTCATAGTTTTCGAAAGGTTAACTTCTTCTCCATCGATAAAAACATTCAAAAGCTCGCGCATATCTGAGTTTAAACCTCTGGCAATTTTAATGGCTTTATCTTGTAAATCTTGTTTACCGAAAAGATTTTTCTTCTCTTCTTCCTCAATCAAAATGTTACCATTGACTGCAAAATAGCATCGCAGCGGTGACTTTCTTATTAGATTTAACTAAGTTGCCCGCATCAAGGATATCTAATACTCCGATTTTCGGTGGTAAATATTGCGGAACAACTGTTTTAGCCTCTTTCGAAAGTGAGTTTCGCTTTCGAATTGCATTTTTCTTATAGAAAACAATCATAGCTAAAAATTGCACAATCACTAGTGCGGCGATCATAGAAACAATTGCTACAATCATTGTAGTTACATCTAAAGAGAAAGTTAGGCGTTGGCTGAGCAAATTTATTATTGAAAGCCATCAAGAATGTTACGCTTTGATTGCTTAAAACATTCTTTTCAGAGAATGTGTATTCACCATTTTCTTGGTTTAGGGACGATTTTTCACATTGAGTATCTGACCCATACATGAAAAACATTTCGCAACCCCTTTAAAATCATTTTTAACAGATTGATCAAGAATGACTTTTCCAGAAACTTCGCCAAACTGCTGCTGCCACTGCAGATATTTGCATTAACGATTAGAAGTTGTCGATCCTTTAATTCGCCTTCCCCGGCTCTTAAAATATTTTTCAAATGGTATTTTGTTCCCGATAATTATGTCGGTAGGAAACATATTGGTTAGAATCGCCAATTCGAAAAACAACATTACCATTGCTTGGTCTTGTACTATACGGCACATTTATACCGTCCATTGTGATATCCAGCCTTGCAAACAGTTTTTATGACATGTATTTGAATACATTCAATTCCGTGATTAACGTACCAAGAATAGAGCTTGCAGAAATCTGTTCGGTTACTTCAGGTCGGTATCACCATTTTGGTTGGCGCTAAATTTATAAGTCCCCTCGAACTTCGGAAATTTAATGTTTTGATTCTTTCTTTCGAGTTCTCTTCGCTCAGCTGCTATTTCTTCTGCGGCGACGCGCAAAAGCTGGGTGAAGAAAAACTCGCCGAGACAAAACTAAATGCCAAAACCGCCACTAAAAATAGTGACGTAATTTTGGTAATTTTTGTAAACGATTATTTTGTGATTTCATTATCGGTTGTTCCTGCATTTTTAAAAGCTAATTAGATTTTCTGTCGACATTTTGACCATATTTTGAACGGCAACATCTGTATTAAACGCAACGTGTGGCGTGACTGATTAACATTCGGAAAATTCGACAAATCGCGATAAACTGAATCTTTGATGATCCTTCCATAGTCTTTTCGAATAAGGTGTTTTCATTTTCGAAAACATCAAGGCCAAAGCTGCAGCAACTTTTCCGCTAACTAGTGCATCGCGCAAATCCGCAGTGTTAATGTGACCTGCACGCGCAGTATTCTATGCCCCCACCGTCTTTCATTTTAGCAATACTCTCAGCGTTAATGATATGGTGGTTTTGCGGTGTTAATGGAATGTGAAGCGGAAATTAAAATCTTTCCGCAAAAACTTCATCAAGAGATTTGTATTCTAAAATATTTTGCGCTTGCGGATTTTCCGAAAGTATCATATGCAATAATTTTAGCACCAAAAGCTTTAAAAACCTTGGCTGTTGTTGTTAAGCCGATGTGGTACGCCAATGCCGATAATTCCAATCGTCATTGTGTTAAGCTCACGACCCATCAAATTATCAACCGAAAAATTCTGGTTTTTTGCACGTGAAAGACAAAGCGGAATATTTCGAATTGTCGCAAGTGCAAGCGCAACCGCGAATTCAGCAATCGCACTTGGCGAATATTGCGGAACATTCGAAATTTTAATACCAAAACTTTTAGCCTTTTTCGATATCTATACCATCATAACCAACTGTTCGAACCGTAAAATAAGAAATTCCCATTTCGAAAGCGGTTCCCCAAACATCGTTCAGTTCTTCACTTGAAGTATATGAAGAAACCGCATCGAAACCTTCAGCAAGTTTTACTGTTTCAGCATTTAAATCTTTTGAAGTTGTGGCATCGTCAATGCCAAATTGCTCCGCAAATTTTCAAAATACTGGAGCTCATCTTTTCGTACACTATAAGCAATGATTTTTCATATACCAATTATAATGCTTAAGCCTTGTTTTTCAAGATTTTTGATTATTTTGAGAATTTTTCCGAAAAGCTCTTCTTTTGAAAGCATTTGAACTTCGCCAGTTGAGCGTTCTACAACTTCAAATTCACCACTTTCAAGCAGCCGATCAGAAACTGTAAGTCGATAAGGAATTCCCATCAATTCGGCGTCGGCAAATTTTGACCTGGGCGAAGATTGCGATCATCAAACAAAACTTCGATTCCCTTTTCGAAAATTCATTATAAATTTCTTCTGCTAATTCTTGTGATTTCTCACCAATTTGCACAAGGTAAATTTTAGCTGGAGCAACGTTTTCTGGTAAATCAAACCTTTTTCATCACTGAATTTTTCAGCAATCACACCCATTACACGAGTAATTCCGATTCCGTATGAACCCATCCAAGCAGATTTTCGCTCACCGTTTTTATCAGTAAAATAAAGTCCCATTTCATCAGTTTTTTGCGTACCGAAATTAAAGATATTGCCAACTTCAGCAGTTTTAACCTTCTCTAATCCATCTTTCGAATCAATTTCACCTTCTTCAATCGCTTGGTCTAAATTTCTTCATTGAAAGCAAGAGTTTTTCACCATCGCGCTTCAAATAAACGTAATCTTCACCAGCATCACAAATTGTTTGGAATTCATGACTAAATTTTGTGAACGCACCACCACTAGCGAAAGTTATGAAAGTATCTTCACCCAAACCGAGACGTTCGAAAATTCGCTCATACGCTTTCGAAGCTTTAGAATAATAGTTTTCTAAATCCTCTTTTGGCGTGAACTGAATACAAATCTTTCATCAAAAATTCACGACCACGCATAATTCCCTTTTTGCACGGAGTTCGTTTCGCATTTTATTTTGGAATTGAAAAACCGAAACTGGCAAATCTTTATATGATTGAATATGACTTTTAAGCATTTCAACGATTGGCTCTTCATGACTCCAACCTAAACCAACTTCTGTTTTTTATCTTTAAGCGCAGTCTTAAACCAAACATCCACAACATCATCGTTCCAGCGAGTTGTGCGCTCCCAAACTTCACACGGCGTTGAAGGGTTGTCATTAAAATTTCATTAGCGTCGATTTTTTCAAGCTCTTCACGTACAATTTTTTTAATATTTTCTAACACTTTGAAACCGAGCGGCAAATAATCATAAGCACCCGCCATTTCTTTATGCACAAATCAGCTTTAATCAAAAGTTGTGCGTTTTTTAGCTTCTTCGCCAGATGGAACGGTTTTACTAGTTTTGGTATATAGTTTTGATAATCGCATAATTCTCCTCTTTAAAACAAAACTCGGCTGATTTGGTCAACCGAGTATTAAAAATTTAGTTAATCTCTCTGTAATTTCGTATTTAATTACGCCTTTTGGTGTCGTAATATCAACTTCTTCTCAAGTTTTTACCCATAATTTGTTGGTAAATTGGTGATTCGTTCGAAATTTATGCCCTCAAGGGGGTTAGCTTCAACAGCACCAACCATTATTGTATTTTACTTCCTTGCCATTTTCGAGATTCTTAAGGCTAACTTGATTGCAAGTAACTACAACATCTTTTTGCCGCCACCAATAATTACAGCGTTTTGCAAAATGTTTTTTCCAATCTCCATGATTCGAGATTCTGCCAAAGCTTGTTTTTTCCGAGCAGCGTAATGTTCTGAGTTTTCGCGCAAATCACCAAAATCGCGCGCAGTCGCAACTTCTTCTGAAATTTCTTTTCGTTGTGAAATTAGAAGCTCAATTCAACCAAGTTCTTCTTTTCTAATTTTGTAATATTAAATTCTTGTTTCATAAAATAAAAATCCTTTTTATAAGTTATACAATTATATCAAATTTTTGATCTTGCGTCAATGTTAGAGGTTGAAATTGAGTTGCTGTATAGATATAAAGTATCGCAAAAGCAATTCCGTTTTTAATCATATGAATCACAATTCCCGACCAAATCGTTTTGGTGATTTTTTCACGAATCAAACACATAATTATCATTACGAATACAGTTATTCCTACATTTAACTGAAAATGAACAATTCCAAACAACAGACTGGTCAAAAAAATTGCTAGCGGAATATTTATTTTACGAAGTTGACCGTAAATCATACCACGAAAAATAACTTCCTCAACAAATGGTGTAATCACAACAATAGAAATAAAAGCCATCAAAAATTGCCAAGGTGAATCATCGTTCCTCGCTGAAACAATAAATTTTGAGATTGAGCTTTATTAAAATTTGGTAGAATATGCGATGCTATGTCGAGAAAAATTCAGACAATATCATAGCTAAAATAAATCAACCAACGCTAAAGCTAAATCTTGCCAGGTTATAAGCCCGTTTAAAGCAATCTTTTCTAGAAATTTTGGTAAAGAAAAGTTTAACTGGCACAAGATAAATTATCGCAAACATTAAGCCAAAGAATAAAATCGAGTAAACAGATGTTGTAATCACGCTAGAGATTGCGTTTTGGTAGCCCGAATCATTGCCCCAAAGGCTATCGCTAAATATAGGCTATCACAACCGCTGAAGTATAACTCGCTACAAAATAAGCTAAAATCGGCAAAACTGCCCAAAAAATGATTTTAAAAGGTTTTTTCGAAAGAATTTTTCTCGTTTCGTTTTCGAATTTTGCTGCAAATAAGAATAACTTTTTCTTTCATTTTAACCTCTAAAGATTTTCGTGAAGTCAAGAACGATAATTAAAACCGAAAGCCCCATTAGAGCCAAAAACTCCAGCCGTTAATATTTTCTTCAGTTTCTTTTGGTAGCGGTTTTTTAAGCAAAACTCGAAAAAATAAACGTCATAAACCAACGACCGCCATCTAACGCTGGAATCAGTGAAACATTCATACGAAGTAAACTAATCGAAATAATAGCGGTAAGCATTAAATCATATCCATCCCCATCAAAACAATGTTTGGGAAAATTCCTCCAATAACCATCACTGGTCCGATACTCTCACCTGCTTTCGAAAGCTGAGTGTTTGCGTTCTTTTGAGAATCAGAATTTGGAATATTTTCGAAATTCCGCAAAGTTCACAAAAAGCTCACCAACACCTTTGAATGTTTCACCCGTAAATTGAACCGTTTATTTACCTAAACCAACAATTGGAGCGCTCCAAGTTGAGTGAATCTTTTGCATTCCGTCAGATAAAACCGCACCCAAAAAGCCATTATTGCCTTTTTCGTTGAGTTTTACACTTTTCGAAATTTCTTTACCGTTTCGACTAATCTTTAAAGAAACTGTTTTACCGGCGTTATTTTTTAAATCTTGGCGAATTTTTAGTGGAGTTTTTTTTTCAACCTTTGACCGTTAAACTCTAAAAGTGTGTCATTTTTATTCAACCCGGCTTTTCTGCTGGAGGGAATTTTTTGAAATTGCAGAAACTTGCACACCACCGCCAGATATTTTTGCATCAGAAGAAAGATAAAATTGATTTGGAAGTAGCTTTGGCATTCCAGAAATCGCTAAAACTGTAAAAATTACAAATGCAACTAGCCAGTTCATAGCAACACCAGCAAACAAAATCTGCGTTTTACCCCAAAAACTTGCTGCACCATAATCGCCCTTTTTGAGTCAGAGTCGTGTTCACCCTGAAGTCGCACAAAACCTTTCGAGCGGAATTGCACCAATCGAAATTTTTGTACCTTTTGGTAGAATTTTATCTGTTTAGCTTTAAAGCTTTTAATTCTTGGCGGAAAACCAATTGCGTATTCTTTAAGGTTTACACCGTTTTTCTTAGCCACAAGCCTACATGGTAAACTCTGAAGCGCCACCAAAAAAGTTAGCGAAATTAAACCGATAGTATTCCAAAAATTAAATTAAAAACCTCCATTTTACCCTTTCGAAAATCTTAAATTAGCTTTTGCCGACGCTTTCAAAACGCCAGCAAAAAATAACTTAAATTGTGAGAATTTCTTTCTCTTTTTCTTTAAAAATTGCGTCGATTTGTGTGCTAAACTCTTTAATTTCAGCGTCAATTTCTTTTTCAATTCGCTTTAAATCGTCTTCTGTTAAAGATTTTTCATCTTTAAGTTTTTTGGCGTGTTTTAAAGCATCTTGACGAATGTTTCGAAGCGTAATTTTTGCACCTTCAACTTTTCAGAAGTTTGTTTTACGATTTGTTTGCGCTCCTCTGTTAATGGTGGAACTGGCACACGAACAACGCGACCATCATCACTTGGGTTAAAACCAAAGGCTTTGATCGTTGCGGATTGCTGCGAAATTGCTGAAATATTATTTGCATCAAAAGGTGTGATCAAAATCATTCCCGCCTCTGGTGCAGTCATATTCGAAACTTGGTTCAACATTTTTTGCGCCATAAACTTCAACCGACACCCGTCAAGCATTGAAGGATGCGCATGCGGATTCGAACTTTTTTCATTTCACCTTTGAAATGCTCGACAGTATCGGTCATTTTAATTTAAATTCATCTGTATCAAACATGCCTACATTATAACACACCTTATGCTTTTTATTCAAATTGACTTTTTAGCCTTTTTATGATATAATACCAAAGTAGCTTTTCGAAAAGCTAAGAAAATTTATAAAGGAGGTGCTCAAATGGCACCAAAACCAGTAAAACTTACCAACGCATTAAATGTTGTTCTTCCAGAGCCGAAAAAAGAATGCGTCCTGAAGTTCAATCCTCAAAAAGAGAATACTATTAGGAAGATTTTCAAAAAATTTATCCAAAAAGCATAAGAAGGATGGAATTCTTCTTTTTGCACATAAAGATAAAGACAAGTTATCCCATCTAATCGTGTTCAAACAAGAATGCGAAAAAGGCTGGGGTCAAATTATCGATTTCACTTTATTGTGAAGATAAAAACCCTCAGAGCGACATTTATAAAGAATGGTACTTCCGCGAAGTGGATGTATCTTTAGACGAGGAGTTGAACGAAATGATTATTTGGTAAGTTCACCAACCCCGCAATTTGTGCGGGGTTTTCTCTTTTTATAAACTATTCTTGTGCAAAAATTTTTACTCAAACTTCAATTTCATTTTCGAGCGAATTCAACTCTTTACTCTCAAGCGCCTCAGCTTTCGAAATCGCCTCTTTATATTTTTCGACAGTTTCTTCAAGAGGAATCGCTCCACTTTCAATATCAGCTAGAATCTCGTCGATTTCTTTTATTTTTTGATAATTTTGATTGACATTTTCACCTCCGCCGTTATTGTTTTATCTATTGTTTTAATCGTAATCTCTTTACCAGTTGCAATTTCCCCACTAATCCAGTGCGTAGCCTTTCGCCAAAATATTTTGCGGATTATAGCTTTCTAAAATTCGTTTTTAGCCTGAATCTCTCTTTTCTGGTCAAGAATATTCTGTAAAATTCTATTGCGAATTTCCTGATTTTTCTCTCTATTAACCTTTTTAAGTTCAGCTATTTTCGAAAGCAACAAATCATTTGTGCGTAAAATTTACGAACGCAAAAAACGCATTTCGTCAAAATTTGTTTGGTGTTAAAATTTGTGCCATTGCTTGGTGTTGAGGCAGCAAAATCTGCAGCTAAATCACAAAGGCTTTGATCGATTTCGTGGTAATTCCAGTAATAATCGGTACGCGAGAATTTGCAACCGCACGAACCAGTTTTCATCATTAAAAACCGCTAAATCATCTGCACTACCGCCACCACGAATAATCGCAATCACATCAGGCAGCTCACTTTGACTATTTAAAAAATCTATCGCACGAATAATTTGATCGCTAGCCGCCATACGCTGAACCTGAGTGTGTGCCACAATAATCTTTAACCCACCCCAACGCTCATTGATAATTTTAATAAAATCCGCATAGCCGGGCGCTTGCGTATGATACCGCAACTTTCTGTAAATCTTGCGGAATTCTACGCTTTCGATTTTCATCAAACAAACCTTCTCTGTGATTAATTTTTCTTTTAAGATTTCGAGAGACTTTTTAAGACTTCCCTCACCTTTTGGCGTAATTTTTTCAACTGTTAGCAATACGTAA + .5688;@B=@KNB8??H9?A>88:<5:DEAB?FJJEFNJBBBH98AC8=313@?<>F:92)9&>?@=:;<<;C:77<9CD>AA:=>DEDD=@;:CCF@I=JLGFMAC?BCB=FIHJG@GIEC?EFEG>D?(&&%$#$$)08AADC@=>BHA?B@=??@E@B8=;E@F?CFC?1?;C,:&,--+-?B=?@?@BJJ<>>D:G<=:9=A><@CDDCA4485BDC>*)46)%%)*+,,456800515&-;<<>/GFEOLB<<=C;>;ILJGE@BIIJJGBF?AKA>:=>A=;89>GGNMNIFD>FK>SIN<=:<8?>A=;7-/.,29;;-5::7??@2@=..H@DIDCAB9@@A>=7??>B@879=3%:::><;661'=>@:@?;2564>?E;AA@A6>?@=@DH>GHEDFF?HC;?99D@A@C<=@@>==<:+**'&&('($%49;;EFH?@:9:?<;B?&%>@BA;8>FFDB;=DDE<>9;>EDHDIF?CFG?B>=?8@=59D;;>B8D=CC<686A?@IHABB?@8AA@:6+>?4@=7/848B974-,*.HI>EI@AFF?77E=:C8@F78CFA:,?DC?D:=>>A@DA><29>D;ENLICC:AFIDDFJIEEMBCDGDGFFFKDHBEACBC4@=;9B9;A@9C@@:$3:9F>:BDEBEC<@EB<7ADD>B@8;CDE@:2541*(%689?=?<><6:31>@BDFACBA:D@?AC<=8(&%$'%((5;68=<5866;??H?=5,34?A>BGNFCGHD>DB@+?@CBDABA;=FDHHEEFFPBB?>@BDABDDDBCBC@CD>CEF@@FCEGGH/98GHD>F?B@ABEEDA5@5;=>=<7?HJJHBLLNJCDB?8<:CFBFNJMLCCD:7*'6,0122.-58*+./.-467:93003>BKJCMLE77?>=?:??ADDBA<<>?8<=CDBGFH315+'&%#--/@@@A+>-,5<@CDEGFE>:3;;9<$77>ABACA@HHAAD64:>>?94666=>>?57?>+*002AABJEFD<>A@92289;A?9;B;==7;ED8724:9/&#*;=(BD;877AA&>9DDOHF?9>AD6;7=@=>FH-)4;?B>:HDKLDH;;B=A?@8CFD<7BJ<9?KEKFA5ABD:FADCJJDDDGDB>FJ?FHFB@FE@65?@BAHJIGE>GHE?>?MLJNN7BIJCB<72;=<..$;:877CGCIF9>?A<&9:7@C>ECBCCBBEGGFEBGFE899:=-2).$1158:=<;<=::;ECEHG@1@A;DHGLMJGHJ=E=@AB>=6<:=B<>DEC>''$,BD;<(9;C9A@GB?DI@A?;8=:BCDA38::?B>:9AA>703+*%)368888<=98/5**%%=;;47;>;3.92/>CCFEA@DB9$%&*)8<>ABD??@=;;@?@CD?9B=:?EK>?KOQTSED<;?;=;9:ED?=J>B@@;D<@<<;/.;4BA79HFBG=B@BD<<8:BDED=?ACCEGRR@/A;:710005555:BAB?B?@FCCE@BCDA=FFHJIFEAB=,IFE@EH?79:==CH>BC7;?;;;9ED@ABFFF>=E-+*&**775:<99.>;88:<;9@B;733BA8B8**)&-7;>AA?>::B9()9EEDDB@;8=?@9.(5DD?AAB@=6(8>@BA444%&&&%$&&&897/,0-+;;;;CCBDC@9;CDCDA>?BA9:LLBC>74@@;:99>BBDBBFB66AMGDJJMGD;:6790.1'*/=@<99:()73&$%&((&$'3792?=;???CF@<=@BD@>.656,300DC=<=CB6=>@JGE<@869?BC@@C358=?BE58?BF@AABCEEJJFDGF>AN>BAHBFCE>:=D;;ACI:@?@A>@=HGEFFDDB633*+89<=2-())+@=@A=?FE??=AG:;:-&/AFGD@;?82?=C==:)>@EFHACDDDJKFJECEIFCCCA=@DB6==ACDHE08(.)8<=?,++%28:==@ACB;C=:?3-++/0.%25/06.&&1&&*(0,$71;>@@GIMGEC;==9:FFD=?IJID8E;;<2*)&#%5;;92<0==@BGEDGPPLH@?=@DCEA:1?@72DGIGD@<3/8/458:?B,<:5+%00+-89207<=>;;==DD>7=?CE>84,,.:ACGG?+CEFHA:?A@C48:?E;B2<>AD>BB>;:;;.-67.9(9=@;=<:AB9/3A@:DAB??AH=E?@ENANLFGE>58BEFAEHHFBGBDEFFGB=A<7=@DA<:<,&%-*,/>BB8C539?AB=/:?AIJGA4DJE7:>HHD:.@CDB<=:3'.4.475599=3'59ACFH9BI@DCHA,:>6:A:;:AA@A9B:8;ACHC@/&*&(%7:;?CLE?D0EG>:EEIG@DGC@=A@>?=><4($%*,/7<785AD=AC<@<89?C7AD:@>;@KKDFKMJJF?E8@@BCCBLGHFJKG@BA/79?EGGBFF@FCEAEKHGDEFKB47++/0689<>?*0&&&&2,,0<@A8>ACDHBCA?.$&'(=><3-20<;53=?@CD>>ADBCEEDDBAILJMGFG@FDGJF=?GGILDGIGCA>ECD>3?EEEB77>A<7B@ABBDF@<@<<9?=@CCB6($$,&+(+0+=<>BJJ=:BCDD:DG9DFC@98AG>>EF;>>=C=7889A;?AA8:=CBE<;>;AB>?@7&$%%&&./2=>@><>784%'$%$%%*%&>C779),B>A>HCBC>GFGEDGEFGHFAE?9@AC;B?BDCA@?D=-,+49;+DBCEFF=8CDBKC?ACE::>A;>A7,9%;=FF>;CB;6:?EA:53')*'##%%&##(&(%)%#%##,'.06=EE@ABDCB?.-(5,1>3;;<90.,9.>=4>7//>EABCHDAH@8;CA?@BB-14<9@04=@>?DBBBEFF>>9BB?CFNJGHNKFJF?AE689;58>DB@B?<9;A@>@AEJKHLB7DD?@?>8/@I=@E:+>B=CH;D>HGB547@<911+87;?@G:AJHB@<@CB=A@JF87=@@&8F=84:A:3&%&B=C<)27A>?=D:D@FEC>;7IEA>95@:>EA;@58BJJE@=FGDGHIIEGJHDIIM@LKFII<=?BBBCIFFC==GHJKLBHIE((>@CDBFG@IKLKM@FFI?>AELLMMIKJNNKJ>>BBA1CC7;<5EG;GLAKFC9*-BDA@CCLMC>@A@<3;9*%%#%%'.311547.A,/:>HJKCB79FDD;5138=>DMEBEEFGIERLKF?<=DC@?>??:>?@;6%%/,.)+/22,))69'%2&%$'&'&+25/:624<=>>?@=1+-9;>@?C=HCAE>DHGFFDEC?77==>CCC>HKAAJEBF:/?;<>F=BDKKB@CEGD<@FNHDDGG?>B?9=32I<95%748888=BOF33A<;9AAEBBCELA9:BC>>JIC87;CBE>?A@A@AGEA?<55A2&*-:>>A;AADGCCC=CEAEG;CC?:B>FC:5;8><<555DKGAE@AA+1@@=D>AC>5DEBC@ALFD?<+9@=9ELPHF>88=*66:-89DH?-;<>2<;@F=@@=@:>)60AA@BK;BDD?EH=@EF;<=>2//FIKKG?BCCD@?;=EDFC;6;>?;I>?>,*20./)'-:7,,&(8/7?8;6DB3CA>)(997::5>@AAD991+6939<@?>@?66%;%.12299A?A<;@IDD@BC=EA;''''%&+(8::44;:-4@>81/:=AE8698@/)#&$$&,:??@9ABBCE9;B9CAC@JDAD?HFDDHJ<>?AIHJ@CCEC1@>C??HDKMOG>?BJHDAIFDLJ4;=@CDDGHIL3:6-A0JGHHKJH?JFHIF?HG@A=:=EB/9:=6+.-//==?A91871IB@ACDFCBBCC?ABDF9<;>;=CHEEMMEGHFE;;A>FHIG9;&'')*%,,..29???CFAAA?BE6??AKE2DEEC665=DH>?A@AC>B=BBD3570.&140+2/.2166CBEKB;HGHC:8>?=CCEFD//C;?IHDDEF>MCCA@E?:9@ACEHFIC@>B>AFGIA=:(789?AH?<=?868:>9:78216@AAA;/24AAAIGGDAB>C>:AGGJLBC?ILL@BACAB''DHD;;;9*621?:8;44@2)CDDD>HKFGBDEEBMK==?LFC?@MLKFGB=;:/46BCDEE;98*%5&675<;<<:<5+>:@@@:BE@B:((ILF<;<9=AF=CEB4%6AA@>AGB?>A424384EBDA=D<;7EBAACF@:B8<:3ED;BBEDDCB>AFI;4$3.$=>>@8BE?JIHEEBGMONBGJICJF?E=DIB?*7;@L?BIIHA@?D<@BDE@=NOHB6FGBD+22>A@39;;9329))*,*((3)*28:;<2DC@@AAHAHJLJNQPDA9DGOLLADLIEE?GMLIFLIC?41A=ECB@BC=AIJEB=FMCFLHF@=ADELJIQD?EHLMJHHCBBFHKFGCA>@BED::8=5;A>99--0>:;@AA?DD=().46;=?<=AGGIJHF?@>EE55,04299;B7EACDA=<4747?H====<>CJLA@/@HGJBL?>=<5ACCAA;$);A9:?@B==D=8);9:>CHEE@CID?8?HD;@,&02/1/53FGAFHGDHAJH<7:CGD<6+3+,014=>A0+99@=>?@@CBPLLBCEHIKJJB=A=>?AEILJ=GI@BCBEFC7;B@B><:.003EFF?ACRNO@BFFGMJBLJFHE1,73ABA@,')A@BCJJFCIJF3>DC?CE@CLNMKC?=5FGFC>G=---<=?DEGJJ99GGIKFED=BGFHJGGFG@AA7CEG@12FEA><=8?<8?0BJEDELJBGFI78L@7:EB>CDEHHBHDBDFA55@>IGFJJA>:9?8//2=;=A4(*/BADDEFBIBB=JHHHIDFJIC:AHKSQMDA@E:=:4>@A=GGBDE49=3=A:AC:>CJKRKA@@?998@AADF>@?1(*)+547:(>>ADC=9:;/(%%##%$.2169:@=11-))(084*0;==?*,.>====:'(-+.+,%%'>@@HLIC8FIOGIRJ@>?32311(&)9;9CG>FEF=C==@B;=H@AJLJLKIH?<:B<>B@F>-5=@EDEFHGTSOE7@?@>7877?AC@BEC<<:<>@>?879FGG8BI3<@>BED:1>DA8:::=,,,*)'.6//228>GIH89AAAHHFHBG>@DDDDC;?7;2;?@@D>>?7:@BC@DA<99;:879;:EFE06;>8)$,.14>??.8..%*:8;>=9%&')%'38:865)5<9+9*BCKLEFAB<>D@>@D?FCH=DFEJKHHDGIB?;6G@=?4;@>DEJHFAEB?>EFFB<@;=;>@EB?;BDBBCGFA=?<=?;>;))5;:0/)426619?GEE;=?9?>:@?,7??9/:=F98>LK@E6EJKHH5)5BDFEGLKHDB0D@:9430./&:<>EDE>>EHKLED?9B@B<2,@@AADCDG@>=?25GECIJD5=>=22111%..,,5<<;=>=B@???40:A;=C@BEGG98'%///5338**-AFF?8%%6@=>>:,<@CDEHHGA8681;96BB=C>;<)..AGHHGBFE@;CH?>HKMG<@A<7'&600::<83:EGIQPA=>CEBGSJE=6GJHOELL?BE;J?A--(75BA<;7=<2:=:;859>?:06<<;<<3&0.4;6@FI@@>AFBIDDA>C0458:8):)0)2;<@>KLGMOFAE@>>5?AAACPL?<=+-((948)';8??9LFNJCG;FHFA?>7;ADBDDA1>@@@EE?@=>0<89/.;=BFEB=;94;9794=<7=*&(')1++25F<,HHHG04437%(.-=@=?F?B4'?KNJIJ=?@F&616MRRL+8/?<7:?BDFFC6*)87:ED6@DFGE?BE98**9B@:2EHFB?AD=;@@CDG7ISQQIHJLLH=?HG=A==CIJBKF@==@>>:9>;6,4111008847%*;>@=;,*?883225>AB@@I@CDHHA>>8:;7>JKLICJ>?IDDFB%?EDA5340/;<=>;=@GF=JIEDF?>FEOKH3-/54>0/3?@CD?<;5%%$&#)+'/8?@:78@DBIKJ<=@BE;>A=371A@@<<:9'8>A@@DJFDCAA??%&*%/8><>KKI<=AG@CCDJ687;:1..''%6433'./06<@A6<9A><5AA@::?<@=75/-/<4;?>;=A7?=E-A'A@??>B>5:7//+5-1--223846+:=>4'@D=A@MMJ>/,AA9+=CGHDCFGLK;=EMNFMOK=DHEG:CMMHEE@AHB/,5@?==;=7;@A6>B;9;7:58',-/..1CABD;?A@9/2-&$'=<:<75008:FFA:)-=>>@=++-=;<@@DE>;??DCA;;>C?HHJOBMLALJJADBGFEH9:>>>F8@BIB=5+@-+0:BDEINBCC/8*,2+58:;>;;=@@HHBCMBFOKA83:9-5;<=AHGCC?@C@;>@79@BFLKHGG@=9?=:5$3+-/?BKKHC=A=989>@EEKKA;44...2=;8*AA::9;;?@>@IE?5?>>DE<=>A?@:>;941.2)4%(./2678>CC:B54ABBFFGDEB9=@E?INKB6=<::EHFA738<-?AC;69:ABHFE=B9@MRTLPJC??B01/)6;;2FCIIGE<=?ADB>;H?AD=@MMKH:.')*77;C==?LGCDDB66KKNR9B=9:976)(-/).,=D@@CA;6;7<<>@?AIIA5FABA:/@==B?<15%%%19HHFFEGEA<6)(66;@@HIEB>?>?=??<<=?>:=>91&.,159BTWILC=EGE5446156;+@0+*0'56@@IIG?D=CLOID8NGNOOHHCGMJHDH@HHJNOHHJEJJGLJ?:6=GFDIIGJLECJDDC@?BIKKDQPNQB)<<>CKKHKEBNKMHBGDCEGGG<56CON@:IMBKKB<:;FIKJD835=7?>BHIFEDC1?HI@03:54-24@AKKHD@INHCEILJG:+-,0-=14>>5+B@GA79A@BC@BB=?GAEF;?)8<:;BC>7:89A<::<><:<;<9=9A:;=?C@=;@@8(A=>5<;=AB@BDC>=;CF?>?:59998;;??;:;:569=A9.,0.)*))0/1-)*$&&'./0123;9:;>ADD56BFDEEH@:A@C@@;9@CBD>?A@;793//2,&,+*+-))%('+11;;>>AEFKNH=AEJ9?D<=FHA>DEEDEBM?7B6/79;<:&+B=9=>D@62233,*?>@>CH@?B=?A;7<=@78>CFA?ENKLGB>?1@DFCFHD>AJGHG>>;79?EIG:8<==@BJFFGI=?=@A:?EA:DEE>5@EAC98BAABEB;B?=;BCCD@<1A773;):=BCD><>>B?;9*9==@.6'-25AA=BEB7;DEC;BA@@GDGDHBE?=D(&%,=<;968D<=GEGB?CCA@BC67?;:<85.*91HEDG@CBB?@:?BA;FIJKB>>@GC:3(AA?@<CH<7GBE?)@???888:DEOOFGF:A=@@ACD?<&&??>@BCC9@7-;+++86:<=83=:7D<;@AGKH,?;0?@@FC;EF>==CACE;;9=<78''(*5@??<;-244:ABA??CBD99++)(121847:<===71@5???C6AC>?A=>>=B1A9;48$5:JG@?AC;:9*822@@CCECDGNKI7698;>?HLLIEC@=89%%%(5<8>@>@?@>ACA?@9FA>C;A>?A;AEIIKS?<=@@>>FJE?E.;=@7A64>@?:4AF>:3EGIC:=>=B>:96;@GACD@?D:AA>BDDEJFHFF@6;=FFA/**(79.9;;=?AA>>99;@D5(5>9E@CF@@EEEFKOMKM?MEIGIKMMHGHHB::BEJAHFHGBJ?BEDCI76<=;@GBAAB=<=BA?A<98A@,0B??@BMRJ<:=BCGGIJ@CC@898>73=-,).469>A:=BABD9GGAGNKO5<<>@>))==;;.+6AMKB;),'HDDGMDBFDA@ADIGG@ECHIF?CGDCKL:G>@DFHGGA7D9J?FE9HDCDG:<>GLK6A3433387:BLKFG:ADF=<@>317445@4=<>B9<:=667D6EIGCGCA369=@CEEBA@CBD<1961.K=?:@DGEAQ/A>.1;7@?>95//CFF4HDHAKHFBF;=D;;-+-985672?47FE=CCEBE=GJIC=?;=>A@;EGLB?14,,:922%)225>=AACA=CA?8EEC=>ABBADBWUGI<56;<6?6=DC?BMODM@BA@@FE>@B@CHC<<&&/--1BDEF?=EFEDDB69?CEGD?>;-8BCCEH5;@;DDBCEDIINMMQOHIJGHEFFEA@AC99785-'%&//;<=8B=>&%)*+-%6'16'<=@@>?:6BB:<<;>(3%()8;=@>99('>@C'+*#%%$$$/;<=CCJH=:FHGHRPD@>8724===;;=CD'$:443+ @SRR14011045.78078 520f006a-c48e-402d-8213-ce7c8c26eedf/1 AGTGTACTTCGTTCGGTTACGTATTGCTCCAGATGGCTATTTTTTAAGATTTAGTGAATAAGAAAAAGGAGCTGATAGCCTCTTTTTCAGTAGGTAAACATGAATTGACAGACCTGTAATTCAGTGAGCAAAACCTTTGCTAAAGCCTATGAAATCAACATGTCAAAGAACTTTGATAGCCGTTTTGTATAATTGAGTAGGGCCAAATCAGAAAGCGAGGAAATTTTATGCAAGTCGAAATAAATCCAGCACTATGTAAAAAAGAAAAAATTATCTCAGATGATTTAGCTGAAATAATTTTTGTCAGTCGCCGTCCATTTCCAACTGAAGACGTGGCGCAACCTACTTGCAGTATTCCGGAAACCTACTATTACTGAGCAAGGTTTTTGAAGTGTCATTAGACAGACTAGTAAAGGGAGATTTAAAACTATGAAACAAATTATTCACGATCAAGAATTTATACGTTATAAAAAAGATGGAATAATCTTTAGCATACTGCTATTTGGTTTCTATCATCAGCATACCCTTAATTCTTTATTTGGATTGGTATGGTATCGCTTTTAGTTGTGATTTTTGCTATCGCTATGTTCTACGCCCTACGCATTGAAAAATTCAAGAAACAGCATAATCTTCGCACCTATCGACAGATTGTCGCCTATGTTCAAGGACGTAACCTTGGCGAGATTGAAGAAGCTGAAGAAAGGGGTAAGGCTCCCTACAAGAATCGTCTTCCCATTCTATTTGGCCTTGGAATTGGCGTTATTGCTCTGCTATTTTTATTGGCTCTTACTTACTTTCTTTACTATCAAATAAAAGCGAAGTCATCAGACCTGCTTTTTTAAATGTATTAACATTTATAGAGTTGTGGATAGTATGAACACACTCTGGGTTTTAGGGCGTAACTATCTACTCATTTTAATTTATATCCTCACTGTCTATCTTCAGATCGTTGCCCTGTGACAAACATGGTGAAGGTTGCCTTGCGAACACATTTCGGCCATCTTGGTTGATGATATCAACATCGACGACACAAGTGGTGCGTCCTTGATGGACACATTCTCCTTTGATAGTGAGAACATCTAGATTTCCTGCTTTCAGATAGTTGATGGATGACTGGAGCGTCACTCCGTCTAATCTAGCGAAATCACCACAAGACCACTGATTTGGTCACAAAGGGTAAATAGATAGCCTCCATAGGCATTTCCATAATCGTTTGACGACGAGTCCACTACTTTTGTCGTCACCACAACGTGACCATCTCTCATTTTTCAATTTCATAGTTTTCAAAGGCAGATATAGCGTCAAAGTGAAAATCTTTCATACGTTCCTCCTGATGTTTCAAACGACACTATGATACTGCACCCTTCAAGACTCTACGCAAGAGAAGCACTTATTCGGGCAAAATACCAACCTGATCCACAAATCGCACGCAAAAGTGTTTTGCTTGTCCTTCTTCTGTTTGCTTGTAAACACCTGCATCTTCCAATACCCGAGCGAAGATTTTACCCACAGATTCTCGGACAATTTCAAGAGCTTGGTCTTTGTCGGTCAAGTCAGGATTGGATTCTTTCAACTCATCCGCCCATTCTTGGTGATAATCTGCTACTAGAACATCCTCTCCGACTAGGTAAGCTGCTACCTGCTCCACTTCTTCCTTCAAGCGTGGTGGCAAGATAGCTAAGCCCATAACCTCTATCAAGCCGATATTTTCCTTCTTGATATATTGGACGTCTAGCAATGAGGGTGATAGATGCCGTCTGGATGCTCTGGAGAGGATTTGATTGTCCTAAGACCAAATCCAACTCCAAACTGCCCATCTCGTTTACGGGCTATCGGTGTGATAGTATGGTGCGGAGTTCCATTGCTTTCCGCCAAGACCTGCACACTTGGATCTGAGTACTGACGCCAAGAAAGTAAGATTTTCTCAACAGAGTTGGTCAAATCGTCTTTTTGAATCCGATGTCAATCGAATGACTGACATAGGCCACTGAACAATACCTGCTTTGACAAGTTAAAACCTTCAAGGTAAAAGCTTTTCTGTAAAGGAGCCACTTCCATTAGGAAAACATGACAGCCGCCTTGATAATGGTCGTGGGTCAGGATGGAGCCACCCACAATTGGTAGGTCAGCATTCCAGACAGCAAAGTAAGCCTGGAAACTGCTCTACGATTGCTAACAAACGCTCAAAACTTTGGCGACCTTCAGTGGCCATGGGACGATGTTGGCTATCTAGGAAAATACAGTGCTCATTAAAGTACGCATAAGGCGAATACTGAAGCCTCTGCCAGAAATATCCGAAACGAATAATACGATGATTGCTTCTAGCTGGATGATTAACACGACCATGGTAGCCTTCGTTTTCCATACAAAGCTGACATTGAGGATAGTTACTAGACTTGACTAACTTAGGCTATAACAATCTCTTTCAGATCTTTCAGGCTTAGAGAGATTGATGGTAATCTCAAGTTCTCCGTAGTCAGACGGTACACGATAGGCAATATTCTTTGCGATAGCCTTCAGTTTGATGTAGTCATTCTTTTGACTGAGTTGGTAGAAGTCCGCAATTGCCTGCTCTGGTGACTGGGCATAGGTATTCCAAAAATCACGATTGACCTGACTTGGAAAAGGTTACCAAGTCCATGAGTCAGCACCCAAGAATCTCACGCCTGACCAGACTATCTTCAATCGTTTCCAATCGAACGGCTTCCTCAACAAGCTGATCTTTAAGGTCAATCAAGTTATCTTGGTCAGTCTCAACTTCAAGAACTCCATCTCCCACCAGTGCCAAGACGCGATTGCTCAGATAAATCCGATCCAACTCTTCGAAGGTGCTTTCTGCAATGACTTTGGTAACAAATGTTTCTACTAATGCACCACTAGAAAACCTCCTTTTGACTATTCAAGAACGCAGGTTCCACCTGCAACTTCAGCGATATAGAAGCTTGGGCATAGCCAACGATTTCTTCATAGTGCTTGCCTACAGCTTCTTTAAAGGCCTCAACCGCATCTTTTTGAGCTAGAACGGTAACAACCACCAAAACCTGCTCCTGTCATACGGCTTTCAGAACACCTTCTTGAGCCCAAGCAGTATGAACCAAGGTATCCAATTCCAAACCAGTCACTTCGTAGTCATGTTCCAAAGAAACGTGAGACGCATTCATCAACGACCAAACTTGTCCAAATCTCCCGCTTGAAGTCTTGCTTGCGCTTTAAGAGTACGTTGGTTTTCAAGAACTGCGTGGCGAGCACGTTTCAAACGATTTTCGTCTTTGATCAGGTAGCTGTACTCGTCAAAGTCCACTCATCTAATTCACCCAAGGTTTGGATATCCAAGGCAACTTGAAGTTCTTCCACTGCTTTTTCACACTCAGCACGGCGTTCATTATATTTAGAATCTGCAAGTTCACGGCGTTTGTTGGTATTCATGATAACAACGACATTGTCTTTCAAATCAAGTGGTACCAAGTCGTATTCTAGAGTGTTAGTATTCAGGTAAATAGCACGTTGGTCAGCCCCCATACCGATGGCAAGCTGGTCCATGATACCAGAGTTAACACCGATAAAGTTATTTTCTGTCAATTTTCCGATTTTAACTAAAGTCTAGACGATCAATTTTAAGGTCAAAGAGGTATTCTGCCACGACACCTGTCGGCTAGCTCCAAAAGAAGCTGAAGATGACAAACCAGCACCATTTGGGATATTCCCATGAACGCTAAATCAAACCCTTTATCAATCACATGTCCAGCTTCTTGCAAGAAATGAAGAACACCTTTTGGATAGTTGGTCCAGTTGTGCTCCTTCTCAAACTTAAGGTCAGCCAGAGGAACTTCGATAATGCCTTTGTCCTCAAAGTTTGCGGAGTAGAAACGCAAAACTTGGTCATCGCGCTTGCGTCTTCTCCATAAGTTCTAGTGAAATAGCGGCCCCAGGAAAACATGGCTATTATAGTCAGTATGTTCCCCAATCAAGTTGATACGGCCTGGTGAGAAGAAGGTTTGATCTGTGCTTGACCAAAAACAGCAGAAAGTCCTTGCGAAGTGCATCAGCAGTAAGATGTTGTGTCATATGAATTCTCCTTTAACAATTTGTTAGGTAAAAAAGTTTACCTTGTAATCGTTTTCTTCTATTGTACCCAAGGGTTTTGCTTTGGTCAACATTTTTACCAAATATTTTACTAAACTATGAGTAAAAAGATAGAAAAATATGATATAATAACCTAAAAAGGAGGGGAATTATGGCTACACTCCAAGATATTGCTCAGTTAGCCTCTGTCTCTCAATGCAACTGTATCCCGTGTCCTCAATCGCGATCAAGTCTATCTGTCACAGAAGAAACCCGACATCGTATTTTAACTATCGCCGAAGAACTAGGTTATACCAAACATCTTAAAACAGGCGGAAGTCACAAACTGAAACAAAAGATTGCTATTATCCAGTGGGTCAGCGAACAAGGTGAGTTGGAAGACCTCTACTACTACCAGATTCGACTAGGAATCGAAAATAGGGCACAAGAATTAGATTATGAAGAATCTTACGCTATTTCAATGATAACCTTTTACACTTAGCGAAGAAGTCATTGGAATTCTTTTGTATTGGAAAATTTAGCCAAGCACAGGTGCATCATTTGAAGAATATCAAAACCTCTAGTTTTTCTAGATAGTGATACCATAGCCTTGGGACACACCTGTGTCATTACAGATTTTAATAATGCTGTTAGACAGGTAGTCGATTACTTTACAGACCACGGGATTAAGAAGATTGGTATCTTATCCGGTCTTGAAACGACTACTGACCAAGAAGAAGTCATCGCAGACAAACGCTTAGGTTACTTTAAAATCCTATACACAAGAAAAAAGGAATTTATAACGATAAATTCATTTTCCAAGGTCTATTTACTGCCCAGTCTGGATATGACTTGATGAAAGAGGCTATCGAAAAATTAGGAGATAAACTTCCACAAGCCTTTTGCGACTAGTGATAGTTTAGCAATCGGTGCCCTTCGCGCCCTTCAAAAACCAGCATCAGCATACCAGAGCGCGTCAGCATTATTTCCTTTAATGATACCATTCTAACCAAAGCAAGTGTTCCCACCCCTTTCCAGTATCTCCAGTCTACACCGAAGAAATGGGACGTACAGGAATGGATATTTTGAACAGAGAAGTTCTTCATGGGCGTAAAATTCCAAGCCTCACTATGCTTGGAGACCAAACTGACGTTAAGAGAAAGCACCTTGCATTAAGTACAACACTTGAACATAAAAAAACCTAATAGAGATTCTCAAATCCTATTAGGTTTTTCTTTTTATACTCAATGAAAATCAAAGAGCAAACTAGGAAGCTAGTAACAGGTTTGCTCAAAGCACTGCTTTGAGGTTGTGGATAAGACTGACGAAGTCAGCTCAAAACACTGTTTTGAGGTTGCAGATAAACTGACGTGGTTTGAAGAGATTTTCAGTATTAATCCATCACAATCATAGACTTGATTGTCTTGCGTTCATCCATAGCCTTGTAAGCTTGGTCGATATCTTTCAGTTTATAGCTTGAAGTAAAGACACGATATGGATTGATATCACCATCAAGAACTGCTTTTAACAAAACTTGTTTGCCTTCATAAGTAGTAACTGAAAGTACGCTCCACCTGCCACTGAGATATTTTGAGCAAGAGTTGAACCAAGGGCACGGTTATTGTAGTGAGAGGCACACCGACAAATCCCATGCGCCCTCCATTGTGAAGGACACCGAGCGCTTGCTCTACGAAGGCCTCAGTACCAACACTCCAAGAGCTGCATCTGCTCCTCCGCCGGGATTTCACGGACCTTGGCAATCCCTTCTTCACCACGCTCAGCTACAACAGCTGTCGCACCTGACTCCAAGGCCATCTGTTGACGGTCTTGGTGGCGACTCATGAGGACGATTTGCGATGCACCACGCATTTGGGCGATATCCGCACATTGACCCACAGCACCATCCCCGATAACGACCACCTTGTCACCTTTTTGCACATTAGCCACACGCCTTATTTGCATGGTAACCAGTCGGCATGACATCAACAAGTGTTAAAAGTGACTTGAGCATGCCTTCGCTATAATCTGAAGGTTGATATGGAATTTTCACAGAGTGCCCAATTGGCAAATGGAAACGGATATACTCAGTATGGACACCACCTGACCAGTTGGTGCCAATATGGCAGTCACAAGTCCCATCATAACCAGCACGACAGGCATACTCTCCACAACCATGAGTGAAAGGCGCGATGACAAAATCCTTATGGTTTACAGTAGTGACAGCCTCACCAACTATTCCAACGATTCCAATTGCTTCGTGTCCACTATTTTTGTGACCCGCTTTAATATCTAGTTCGGTAACTCCATAGGTCTGAACCACATACGCAAGCACGAACCACACGGATAGCAACATCATCCGTCTCTTGAATACTTGGACGCTTGATTTCCTCAGCTTACCTACCTGACCTGCCTTGGTAAACAAACTGCTGATCTCATAAACATTTTACCTCTCTGTATCTAACTTATTTCAAGTATACACTATTTATGAAGCTTTCGCTCATATACTACATCTCATTAATAATGATGTTCATGTTCATATCTTTGGACTGCCTCTATATCCTCCATATTCCGCTTATGGGCTTGATGAGTTTCTAAGTCTGCATCAACTTCAATGGTGATATTTTGAAAACCATAATTTTTGAGTAAAGTTCGAATGGATTCTTTACAAACTTCCATCTGTTCAATTTCTTTTGCCCAGACAACATGGACGATGGCATTTTTTTCCAAGCCATCCATAGTCCAAGGTTAAGCTGATTGATACTAGCGACATGATCCAATTGCTCCAAGTCGCTCTTTACTTGCTTGATATCTACTCCTTCTGGTACAGCATCTAAGAAAATCTTAAGTGTAGACCAAAAACGTGGAATAGCTTTTGAGAGAATAAAGATCGAAATGACCAGAGATAAGAGCGGATCAGAATATACCAGTCGGTAAATCGCAGAACAATGGCCATCAGGATAACAGCCGCAACCCAGAGAGTATCTTCCAGAAAATGCAGGCTCATCTAGACTCATTCTTTGTTTTCCCTTACGAACTACTAGACTTGCCAACACATTGATACTAACCGCTATGATTCCTAGCCAGAGGATTCCTCATCATTGACCGGTTGTGGATGAAAGAGTTTCGTTATATTTTCTAAGATAACCAGAACAGAGCCTGTCATGAGAATCACAGCCGTTACCAAGGCACCTAGAAGGCTAAACCGTTTGTAACCCAAGGTATAGTGGCTGTCCTCTTCACGATTGGAGATAGTTTCAAGAGAAAGCTGATACCCCAATTGCGATTGCATCTCCAAGATCATGGACAGAGTCGCAAGAACCGCACTAGAGCCGATACTCCACCTGCGATAAACTCAACAATGGCATAACTTAAATTCAAGAAAAAAGCTAACCAAACTGCATGTTTTGTCTTCATAATCCTATTTCCTCTGATATAATAGATTCATGAACATCTTGTTCATTATCATTATCTAACATTCATTACAGAAAGGATAGGAGCAAACTGTTTACTTTGTAAGATACTGAACAGTTTGTTCAAAATGTCCATATGACTAGTCAAGATCGTCGCATTACCAAGACACGAAAAGCTATCTATACTGCTTTTTTACAATTACTAAATCAAAAAAGCTTTGAAACGATTACCGTTCAGGAGATAATAGACCTAGCAGATGTCGGTCATTTCCACCTTTTATAGCCATTATGAAAGTAAAGAAATACTCCTAGACGAGCTCTGCCGTTATCTCTTTCATCATCTTTTTGAACGCGAGAAAAATATATCTACAGAAGCTTATTTGTCCCATATCTTTTCACATTTTAAGAAAAATAAGGACCACGTCACCAGCCTCCTTTTCTCAAAAAATGACTACTATCCGTCAATTACAGAAAAGAGCTAGAACATCATGTTTACCCCATGGTAGCAGAGGACTTACAAGTTGCCTATCCTAATATTCCTGCTTCCTACCTCAAGCACTTTGTTGTAACTAACTTTATCGAAACACTAATATGGTGGCTCAAAAAGGGAAATCTTATAAGGAAGACCAAGTAGTGAGATTTTACTTGAACGTCATGGAAATGAACTCTAAAAAACTATAGATTCAAATACTAAATGAAAGGAAGAATCCTATGTAGACCTTTATCTTTCTTGCACTCATCATTCTTATACTAACTCTGCCCTTCTCCCTCTATCACCTGATAGTGGCAGGTTTAGCTATTGCTCAAAAAACTTTAACAGAGGATCAAATGTATGTTCATGGGTAGTATTCTCACGATGCTTTCTCTTTTTCTTCATTTCTATATGCCTATTATGTTTGAGATTTTTATACCCATCATTTCTCTATTACTTTGGATAATCGGAGTTATCCTCATCTGTTACGGAGCCTATTGGAATGACAAACAGAAAGGCAGTTTTAAAAAGTCACACCATATCATCAGAATTACATTTGCTATCTTATTAACACTTATACTACTTTTAATCTAATAGAAAAACCCTATCTTGTCTTAAACAAGATGGGGTTTTTTGTTAGTATAAAGTCTTTTCTACGTTATTTTGAAGAATTCCTTCTTGAAGGAGAAAGTCGATGCTACTTCTTCAGCAGACTTGCCTTGTCTCCGACTTGATAGTTCATCTGACTCATCTGGCTCTCGATGATTTTACCAGCTAGTTTATTGAGGACTGCTTCCAACTCAGGATGTTTTTCGAGTAATTCAGCTTTCATCAGCGGAGCGCCTTGGTATGGAGGAAGGATTGTTTATCGTCCTCCAAAACCACTAAATCATAGCGAGCAATTTCAGCATCTGTTGAGTAAGCATCTGTAATTTGAATGTCACCTGACTGGATGGCTTGGTAGCGAAGAGCTGGTTCCGTGATGGCTACATTGAGATTTAATCCATAAACAGACTTCAAGCCCTTGTTTCCATCCTCACGGTCATTAAACTCCAGAGTGAATCCCTTGACTGTCTTCACTTTTTTCAAGTCTGAAATCGTCTTAAGCCCTTGTAATTTTTTGGGAACTGCTATAGCATAAGTATTTTGATAAGCCATAGGTTTAAGAAAGGCTAGTTGATCCTGTTTGGCAATGCCATCACGAGCCACCTCGTAAACCTTTTCTGGGTCATGCCCAATTTGTGGAGATAGTTGGGGGAGACTCTGTCACTGTTCCAGAAAATTCTGGATAGATATCGATATCGCCCTTTTTCAGCGCTTGATAAAGGAAATCTGTCTTCCCAAAGTTAGGCTTGACCGTCACCGTCATATCCGTATTTTCCTCGATGAGAAGTTTATACATATTCATAGAATTTCTGGCTCGAATTTAACTTCCCAGCAATGACTAGATTTTTCTTTTTCTTTCTGAGGAATCATGCTTGGAGCATAACTTGCTCTAAGCACCATAGCAGCAAAGGTTTGCCAACAATTATGCACTTTGCCTTTTCCAACCATTTGAGAACAACATTAAAGAGAATGGCCAAAATAGCTGATGAGATTGCACCGATTAAAATCAGACTAGCATTCCGACGATCAATTCCCAAAAGGATAAATGAGCCCAATCCTCCAGCTCCCACAAGAGCGGCTAAAGTTGCTGTCCCAATGATCATAACAGTTGCTGTACGAACTCCCGATACAATGACAGGCATGGCAAGTGGAATTTCAAACTTCTTGAGTCGCTCCAACTTAGTCATTCCAAAGCAATCCCTGCCTCCTCCAAGACTGGATCAATGCCGTTCAAGGCTGTAATCGTATTTTCTAAAATCGGAAAAATAGCGTAAATAACAAGGGCTGTGAGGGCTGGTAAGGTTCCAATTCCCATGAAAGGAATAAAGAGACCCAATAAAGCCATTGAGGGTATGGTCTGGAAGATACCCGCAACTTGTAACACCAGTGCTGCTTTTGTGACCATTTAGATAAACCGCAAGTGGGATGGTCAAGGAAAAATAGCGACCAATAAGGTCAAAAGAGATAATTGTAAGTGTTGTCCCAGAGCTGTTACCCATTCACTGAAATCGCTCCTGAAAGGTTGAAATGAAATTAGACATGAAGGCCACCTCCAAACAAGTTTGCTACAAAGTCTGTCATAGTGCTTGTAGGAGTGTTTGGGGTCAGCAGCCGGCGGATATCTCATCCTGTCTAAAACAGCAATCCGATCGCCTAATTTTAAGGCCTCGTCCGTATCATGATCACGAAGATAGTAGTCATGCCGAATTCTTTTGTGCAATTCTTTGAAGTGAAACCTGCAACTGCTTGCGAGAAATGGCATCCAAAGCTGAGAACAGCTCGTCCATCAGCAAGATTTTTGGTTCCCCAATAATAGCTCGCACAATGCCAATCCGTTATTGCTCCCCACCCGATAACTCACTAGGCATGCGCTTTGCATACTCTGCGACGAGCAGACCCACCTTGTCCAAGAGTTCTTCTGTTTTAGAGGCGATTTGTTCCTTGCTCCAGCCCTTCATCTCAGGAATCAATGCAATATTTTCAGCAACTGTTAGATTTGGAAAGAGAGCAATGGCCTGCAAAACATAACCAGTAGAAAGACGTAACTCTCGCTCATCATAGTCTTTAATCCGCTTGCTATCCATATAAATATTGCCATCTGTCGGCTCAAAAGACGATTAATCATCTTGATCATGGTGGTCTTTCCAGATCCCTGAAGGACCCACTAGCACCATGAATTCTCCATTTTCAATGCGGAGATTGACATCTTTTAAAATGTCCTTATCCGTGTAGCGCGGGACTACATTTTTATATTCAATCATATTCTTCCTCACCATCTCCTTAAAAGCTAAGATCATATCTCACTTTTTATAAGAGTGTAATCGTTATCATAATGTTGTAATACTGAAAGTACATCTGTCAACAATTTTGATTTGAAATCATATATGAAAAGAGTTTGGCTAGGCCGACTCTCCATTATAATTGATTATTCTTCTTCCACAAACGTTTAGCTCGCTTGGATTTCTGCAATTTTCTGTCGGTTTTAAGTACATGATTCCACCATTTGTCGTTGGTGAATGAAAAACAATCGTTTCGCCTGTGTTAGTTATCGCAAAGAAGTAACTATGCACATCTGGTGTTATCCCAATTACTATAACGCTCTACAATTCGGTACTGGGCATTTCCTAGACCTGTATCCGTATACTCAGCATTCATTTTCTCACTTGGTCCATCATCCCTAAGTGTATAGAGGTCCAGCCCCCACATCTCCTCACGATTCCCTTTTGGTAATTGGGTTGTCCTAGTCTTTCTCCCCAGCCCTTTATAAAAGCTTCTAGTTTGGCAGATTTATTGGGATTCCATGGTGCTTTTTGCTTTTCTCCCGAAATGGTCGTGCTAGTAGAGCTTTCAAATTTCTGCCAATCTAGTTGCTTGAAGTTCATTAATTCAGCTGCTGTCTTACCAAAAATTCAGAGTGCAAACTTTTATTCCCAGAGTCGAATATCCTGTTCTTGTAGTTTACTTATGACTTGCTGGTTTAAATTCAGATGATACAGTACTCCTCTACCTTCTCCTGTTCCAGAGGACCAACTTAATTAAGGATATCGCCACCCATATAGATATTCATAGAATTTCTAGCACCATGGCCGGCTACAAAACCTTCTGCTAAAAGAACCGGTTTCTCATTTACAAGATAATAAAGACCCGAAATAAAATAATCACCATTAGGTGCTCAACGCCTACTAATAAATTCCTCTACACCATCTTGATTAAGATCCGCATGGGTATAACGCATCTTATCTGATTGAAAAACTGCATTTTCAAGAGACCAACTATTGATAGGGCGTTCAGTGCCTTGTAAACTCTTATAGAGATCAAGAGGTGCATTTACATCCTTCGATGTAGAAAGTATTTGATAATTATCAAAAACTGGCTTGTAGAATTCTTTAAAATTTTCTTAGACTCTACGGAAGTTTGTTCATTAGTATTTGATTGACTAACAGTTGTTGATAAACTAAGCCCCTGATTAGAATTTTCAGAGCTATGATTACTACAGCCAAAGCATAATGTCATGAATAGAACTAGCAAGACTCCTAAATTACCCTTTTCTTCCGCTAACAATCTCACTTTATAGTTATCTAATTATTGTAGTGATTTCACTTACATTATATCAAATATTTAAGAGTTATAAAAAGAATAATATAAGACTAAGAAAATAAAAAAAGAACTATAAAGCTCTTTAATTACGGAGAATAAGAGGGATTCGAACCCTTGCGCCAGTTACCCGACCTAACGATTTAGCAAACCGTCCTCTTCAACCTCTTGAGTAATTCTCCTATTAATGGGCACGAGTGGACTCGAACCACCGACCTCCCGCTTATCAGGCGTGCGCTCTAACACCACCTGAGCTACGCGCCCAAGTAAAAACTTGGTACTTGAACAAAGTTCAAAGCGGGTGACGAGAATCGAACTCGCGACAACAGCTTGGAAAGGCTGTAGTTTTACCACTAAACTACACCCGCATAGTATCATATTAAAAAATGGCGCGAGACGGAATCGAACCGCCGACACATGGGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCAAATATTGCGGGAGCAGGATTTGAACCTACGACCTTCGGGTTATGAGCCCAAGCGGGCTTCTCAATTGCTCCATCCCGCGTTAATATAAATAAGGAGGATGTGGGATTCGAACCCACGCACGCTTTACACGCCTGACAGTTTTTTCAAGACCGTTCCCTTCAGCCGGACTTGGGTAATCCTCCATCATTCCAATGGACCTTGTAGGACTTGAACCTACGACCACTCGGTTATGAGCCGAGAGCTCTAACCAGCTGAGCTAAAGGTCCAACAAGATCATTATAGCGCGGCGAAGGGGATCGAACCCCCGACCTCCCGGGTATGAACCGGACGCTCTAGCCAGCTGAGCTACACCGCCATCAATCGGGAAGACAGGATTCGAACCTGCGACACCTTGGTCCCAAACCAAGTACTCTACCAAGCTGAGCTACTTCCCGAGTTAAATTGTTAATGCACCCTAGAGGAGTCGAACCTCTAACCGCCTGATTCGTAGTCAGGTACTCTATCCAGTTGAGCTAAGGGTGCTCTTCAATATATGCCGAGGACCGGAATCGAACCGGTACGATCGTTACCAATCGCAGGATTTTAAGTCCTGTGCGTCTGCCAGTTCCGCCACCCCGGCCTCTATAAGCGAACGACGGGATTCGAACCCGCGACCCCCACCTTGGCAAGGTGGTGTTCTACCACTGAACTACGTTCGCATCGACTCTGGTTTATATTAAAAAAATGCCGGCTACGCAGTAAACACGCGACCCTCTGATTACAAATCAGATGCTCTACCAACTGACTAAGCCCGGCTGATTTCTATTATGCAGGTTAAGGGACTTGAACCCCACGCCGTTAAGCGCCAGATCCTAAATCTGGTGCGTCTGCCGAATTCACCAAACCCGCAAATATAATCCCGTACTGGGCTCGAACCAGTGACCCATTGATTAAAGTCAATTGCTCTACCAACTGAGCTAACGAGTCAAATAACTTTCGTTATTACGGTCCCGACAGGAATCGAACCCGCGATCTTCGCCATGACAGGGCGACGTGATAACCGCTACACTACGGGACCTATGGGAGTTAACGGGATCAAGACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAACTGAGCTAAACTCCCTCGAGCTAAGCGACTTCCATATCTCACAGGGGGCAACCCCCAACTACTTCCGGCGTTCTAGGGCTTAACTTCTGTGTTCGGCATGGGTACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGGAAGTAATACCTACTCAAAATTCAGATATCTATCAAATTCCAAGAAAACCTTAGCTTTCGTATTCTCAGTTACTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTGTCGCCACACTTCCACTTCTAACCTACCTGATCATCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCATCTTGAGGTGGGTTCACCTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCCTCTGGCGAGACAACTGGTACACCAGCGGTAGTCCACTCTGGTCCTCTCGTACTAGGAGCAGATCCTCTCAAATTTCCTACGCCCACGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACTATCATCCTTACTTTAATGGGCGAACAGCCCAACCCTTGAGACCGACTACAGCCACAGGATGCGACGAGCCGACATCCAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGGAGATAAGCCTGTTATCCCCAATTAGCTTTTATCCGTTGAGCGATGGCCCTTCATGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCACCCAGTCAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGGGGAACCTTTGGGCGCCTCCGTTACCTTTGGAGGCGACCGCCCCGATCAAACTGCCCGTCAGACACTGTCTCCGATAGGATCACCTATCCGGGTTAGAGTGGCCATAACACAAGGGGTAGTATCCCAACATCGTCTCCTTCGAAACTGGCGTCCCGATCTCATAGACTCCTACCTATCCTGTACATGTGGTACAGACACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGATGGCCTGCATCTTCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGAGACGGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACAGTCGCCGTTTACTGGGGCTTCCAATTCATACCTTCGCTTGCGCTAAGCACTCCTCTTAACCTTCCAGCACCGGGCAGGCGTACCCCTATACATCATCTTACAGATTTAGCAGAGAGCTGTGTTTTTGATAAACAGTTGCTTGGAGCCTATTCACTGCGGCTGACGTAAAGTCAGCACCCCTTCTCCAAGTTACGAGGTCATTTTGCCGAGTTCCTTAACGAGAGTTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTCGGTTTGCGGTACGGGTAGAGTATGTTTAAACGCTAGAAGCTTTTCTTGGCAGTGTGACGTCACTAACTTCGCTACTAAACTTCAACTCCATCACAGCTCTCAATGTTATAGAATTAAAGCATTTAACTCAATTCACACCTCACTGCTTAGACAGACACTTCCAATCGTCTGCTTTAGTTAGCTTCTGCACGTCCCTCCATCACTACATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACGGGGCGGACGAGCCTTCACATGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCAGCGGTCTCACTTCTATGCGTTCAGCGCTCCTCACGGTACACCTTCACCACACATAGAACGCTCTCCTACCATACTATAAAGGTATCCACAGCTTCGGTAAATTGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGAGCTATTACGCACTCTTTGAATGAATAAGTAGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACCATTATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGACCATAATTCATTGGCATTCGGAGTTTATCTGAGATTGGTAATCCAGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAATCTTGATGTCGACGCTAGCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAGCATTAACACTGGTTCGGTCCTCCAGTGCGTCTTACCGCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATAATACTAAAGCGCCCTATTCAGACTCGGTTTCCCTACGGCTCCCGTCTCTTCAACTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTGCTAAAGGCACGCTCTCACCCATTGGGCTCGAACTGTTGTAGGCGGTTTCAGAGTTCTATTTCACTCCCCTCCGGAGTGCTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAGATTTCACGTGTCTCGCCGTACTCAGGATACTGCCAGGTACAAAGACTATTTTAAATACGAGGCTCTCACTCTCTTTGGCTGACCTTCCCATGTCATTCTTCTATAGTCTTTGAGTCCACATTGCAGTCTTTACAACCCCGAAGAGTAAACTCTTCGGTTTGCCCTCCTGCCGTTTTCGCTCATGCTACTAAGGCAATCGCTTTTGCTTTCTCTTCCTGCGGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCCTCCCTTATCCTTAACAGATATGGGTAACAGGTAGTACTGTTGGGTTCCCCATTCGGAAATCCTGGATCATCGCTTACTTACAGCTACCCAAGGCATATCGTCGTTGTCGTCCTTCTTCGGCTCCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTTTTGACCTTTCAGTCATAAACTCTTATTAATACTACAGCGTTTTTCGGTTTATTTTCTTGTTACTATTTGATATAGATATTCAATTTTTCAATGTGCATTATGGTGATCTCTCACCAATGGAGCCTAGCAGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAACTGAGCTAAGGCCCCTATAAGACCTCTCAAGACTAAACAAGACCAATGTGCATTCCTTATCCTTAGAAGGAGGTGATCCATGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTAGGCGGCTGGCTCCAAATGGTTTTACCTCACCGACTTCGGGTGTTACACAAACTCTCATGGTGTGACGGGCAGTGTGTACAAGGCTTCGGGAACGTATTCACCCGCGGCGTGCTGTAGTCCGCGATTACTGGCAAGATTCCGACTTCATGTAGGCAGTTGCGGCCTACAATCCGAACTGAGACTGGCTTTAAGAGATTGGCTTTGTCGTCACCGACTTGCGACTCGTTGTACCAGCCATTGTAGCACGTGTGTAGCCACAGGTCCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTATTCAGTGGCAACTAACAATAGGGGTTGCTGCGCTCGTTGCCGGGATAACCCCAGCATCTCACGACACGAATGACGACAACCATGCACCACCTGTCACCTCTGTCCCGAAGGAAAGCTCTATCTCTAGAGCGGTCAGAGGGATGTCAAACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACTACATGCTCTACCGCTTGTGCGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCTGGGCAGGTGCTTGTGCGTTAGCTACGGCACTAAACCCCGGAAAGGGTCTAACACCTAGCACTCATCGTTTACGGCGTGGACTCTAAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAAGCCAGAGGCTTACTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTTCACCCCGCTACACATGGGAATTCCACTCTCCCCTCTTGCACTCAAGTTAAACAGTTTCAGCGTACTATGGTTAAGCCACAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGACAACGCTCCGGGACCTACGTATTACCCTTGGTGCTGGCGTGATTAGCCGTCCCTTTCTGGTAAAGGTCGTCTGAGTGTAGAACTTTCCACTCTCCTCGTTCTTCTCTTACAGCAGAGCTTTGATCCGAAAACCTTCTTCACTCTACGCGGCGTTGCTCCGGTCAGACTTCCGTCCATTGCCGAAGATTCCTATATCTTTCGCCTCCCGTAGGAGTCTGAGCCGTCTCTCCGGTCCAGTGCGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTTGCCTTGGTGAGCCGTTGCCTCACCAACTGGCTAATACAACGCAGGTCCATCTGGTAGTGGTGCAATTGCACCTTTCGTGATATCATGCGATATCTACTGTTATGCGGTATTAGCTATCGTTTCAATAGTTATCCCCGCTATGGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCGGAAAAACAAGCTCCTTCTTCGGCGTTCTACTTGCATGTATTAGGCACCTTTTATGGCATTCGTCCTGAGCCAGGATCAAACCTCTCATTAAAAGTTTGAGTTCTCCTCATTTCTGTCACTGACAGATTTATTGTTTTTCATTGTTCAGTACTATAACCTTAAGTTATAGTGCCCTGTGTTCCGTCTTGTTCAGTTTTCAAGGTCTTTGTCGCGCTTTGATAACCCCATATTCTTATATCACAGTCCTTTTCTCTGTCAACAGGTTTTTTTAACTTTTTAAATCCTATTTCCATCAACGCGATACACCCATAAGTCCGTACGGAAGTTCGAACCCGTGTTACCGCCGTGAAAAGGCGGTGTCTTAACCCTTGACCAACGGACCTGAGCTTTTTAACTCTTTCTATTATACCCACTTTTAGAATCTTGTCAACTAGTTTTTAAAAAATTGATTGACAGATTCCTAATTCACAAGTAGATGAGTAACTGAGATTACAATTCAGCAATTTGATTCAGATTTACTTCTGCTACAATATCATTACCAAACATTGAAATAATCATTTTCACTTTGTTGCTATCATTTTGATAATTTTTCCTTAATCAGCAAAGGCACCATCAATGATTCGAACTGTTTGACCAACTTCAACATTGATATCGAATTCTTCGAACCGTTTGTCCCATTGATACCGAAGTCTCTGATTTCTTGTTCCAAAAGCGAGTTGGTTTAGATCTGTTTCCGTGTGAGCCGACAAATCCCATGGCGTTTGGTGTATTACGAGCTACAAACCAAGCTTCATCGGTCATAACCATTTCTACAAGGACATGCTCCTGGGAAGCGATTTTCTTCTTCTTTTTCTTGCCATTTTTTCAACTTGCACAGTTTGAGTTGGAATTTCCACACGTAGAGATCTTCATCAACATATTGTATGTTTGTGCACGTTGCAAGAGATTTTTCTTTTACTTTATTTTCATAACCAGAATATGTTTGTAGGACAAGCCATCCTTTATCAAAACTATCCATCTTTTTTCCTTTCTTATTAATGATGAACTTCTCGGCCTATTTATACTATCTTAAAAAATGTTAATGAATCGGATCAGTCATAACGTTAACTGGTCAAAAATATAAATGATGACAACAAAGAAGGCAGTGTATTCCATGATAAATTTGAAATCTACCCAACTTTGTTTTCGAGTTGGCAGAATTTGTATCTTTAAGAAGTACAAAGATATCCTTAATAAACCCATTCTTATCTCCCTATCTCGTTTACTCGTGTGACATTTGTGTATTTACTACAATGTTTACAAAATTTATTTACTTCTAAGCGAGTCGGTTTTGGATTCCCACACTAATTTTAATTGAGTAGTTTCTTGAACCACAAGCCACTGAAGCTAAACTTGCTTTTTTAAATTACATAGCGCCTCCATCTTATCTATTATAACAAGAATCTGTCTTTGACAGAGTTAAATTGCACTCTGCATTTTCCTACTTTAAAATAAAAAGCCTAGAATAATCCTAGACTCTATTTTACATTATTTACCAAGGTAGTATTCAGACACTACGTTCAATTTTTCATCAAATTCGAATACCAATGGTGGGAAGTTAGGGATTTCCACGTCATGATTTCGTCGTCTGACAATTGTTTGATGTATTTTACAAAGGGCGCGGATTGAGTTACCGTGTGCACCTACGAATACGTTTTTACCATCTTTAAGTGCTGGAGCAAATTTTATCTTCCCAGAATGGAAGAGCGTTCAAAGTCACTTTCAAGTTTTCAGCATCTGGAATTACTGAGTCATCCAAGTGATGCGTAACGACGATCTGTGTGTGCTGAGTGCTCATCATCACGATCCATTGCTGGAGGCAATACATCGTATGTGAACGACGCCAGATGTGAACTTGCTCATCACCAAATTGTTCAGCGACTTCAGCTTTGTTTTTACCAATCAAACCACCGCTAGTGACGTTCGTTCAAGCGCCATGATTTTTCAACTGGAACCAAAGTTGGTCAGATGCTTCAAGTGCAAGGTTAGTTGTTTTGATTGCGTTTCAATACTGAAGTGTAAGCTTGGTCAAATTCAATACCAGCTTCTTTAATCAGTTACCAGCATCGATAGCTTGTTGAGTACCTTTTCAGAAAGATCTACGTCAGCCCATCACCTTGAAAAGAGTTAGCTTTGTTCCATTGAACTCCACCGTGGCGAGCGAAAACCAATTTTACCATTAGTTGGATTCTCCTTTTATTTTTCGAGTTGCCCCTCGTTTATCTATTCTATTTTACACAATTTTTCACAAAAAAGCTAGTTAAAATCAACGAAAAGAAGAGGTCATGGACTCTTCCCTAAAAAAATAATTTATTCTTCAATTCTAAATTGTTTCAAGCTTGCTGGGTACAAAGCTCCACCAATGACAAGGACGATTCCACCAATCCACCCAAGGAAAGGAATCAAGGCAACTACAGATCCAACGATAAATAGAATCGATGGTGCTAGTGAAATACGATTGTCATCCTTATAGTAGACAAGTGAGAGGATTCAAGAATGAGGGGTTGCAATTTTCACTAAAGAGAAAACAATAGAAAATAATGCTTAAAATTAGCCCTGCGGCATCTTCGTCTTCAGAAATGGTACACCAAGAAATATAAAAATTGGTAAGAAAGCTAAAATTGCCCCTGCGATAATACCAATAAAGCCATCTACTTGTGCTAGTGTTTTTGTCTTCATAAATATCTCCTTTTATTCTAATAAGGTATATTATACCATATTTTTATTAAAGTTTTTATTTTTAAAAAAATACGAATTTCTCCTGTATTTTTGTTAGACTATTTAGCTTCAAATCCTTCTGCTACCGTCACCAAGAGAAGTTTTCTTCGACGATGTTTGCACAGTGATCGCAGATAGTTGCATGATAGCTACGTTCTGTTGTACTTGGATCGATACGACGGCAACGATCTGAAGCTTCTGTTGCACGCTCAACCGTGGAAGGCTACATCTTCAAAGTTAACTGCACCTTCTGGAGCTGGACCTTCAGCGATGGTCAATTTAGAGACGATCAAGAGTTGGGCTACATTGCTATCAACAGCTCCAAGAAGAGTTTTCACCACTTCATTTGGATAAACTGTCAAGTGAGCTTCGAAGTGATTTACCAATCACTTTTTCATTACGAGCTTCTTCCAAAGCTTTTTGAAGCTTGTCCACGGAAGTCCATAAAGGCTGATAAAGGCATCCAAGATTTCCTCTTGATTAGCAAATGTTTGAGCTTCCGATGAATTCTGACAATTGAACAAAAGTCTTCTGTTTCAAACTCGAGATATGACCAGATTTCTTCAGCAGTGTGAGGAAGAATCGGTGTCAAGGATTTATTAATTTTCTAAGGATGTCATAGAAGACTGTTTGCATCTGACGGCGTTCAAGAGATTTTGCACCTTCGATGTAGACAACATCTTTGGCAAAGTCAAGGTAGAAAGCAGACAAATCAACGTTGATAAAGTTCACTAGGGCTTTATAGATTGTCAAGAATTCGAAGTTGTTAGCATAAGCGTCACGAATAGTCTTAACAAGTTGGTTAAAGCGGATAGTCATGTACTTATCAACAGAACGAAGTTCTTCGTAAGCGACTGAATCCTCAGCTGGGTTAAAGTCAGATGTGTTGGCAATCAAGAAACGAAGGGTGTTACGGATCTTACGGTAAGTTTCAGAGACTTGGCTCAAGATATCCATAGAGATACGTACGTCGTTACTTGAGTCTACACTGGTTACCCAGAGACGCAAGATTTCTGCACCAAATTGTTTTTCAACGTCGCTTGGGGCAATGGTATTTCCAAGAGATTTAGACATCTTCTCACCTTTACCGTCCAAAGCAAACCTTGCGACAAGATTTATTTGTATGGTGCAACACCATGATTAGCCACAGATGTGATGAGAGATGGAAGTTGAACCAACCACGGTATTGAATCTGAACCTTCTAGGTAGAGTCTGCTGGATATTTAAGTTCGGGGCGATTAACCACGACACCATTCCATGATGAACCAGAGTCGAACCAAACGTCCATGATGTCTGTTTCTTTCTTGAACTCGCCATTGGTGAGCTATGGATGGGTAAATCCTTCTGGCAAGAGGTCTTTGGCATCACGTTCCCACCAGATGATGGAACCATGTTCTTCGAAGAGTTGGGCTACATGCTCGATGGTTTCAGCTGTCATGATTGGTGTGCCATCTTCTGCGGCAAGAAGATTGGAAGAGGAACTCCCCAAGCACGTTGACGAGAGATAACCCAGTCACACCACGGTCACGGATCATATTTGTAAAGACGGACCTTACCCCATTCTGAGTGGAACTTCACTTTTTCAATTTCGTCCAAGATTTCTTGGCGGAATTTGAATACAAGCAAACCATTGAGGCACTGCACGCCAGATAATTTGATTTTTCGTACGCCGATCAAATGGGTAGAGTGAGAGATTTCTTCTTGAGCAAGAAGTAAATCTGGGATTTTTCAATAACCGTTGGCACAACCTTGTCGTAGAATTGACCTTCGAACTCTGCACCTGCATTGGCCATCATAATCCCTCGTTCGTTAAGTCACAGCAACTTCAAGCCCATTGGCAACACCGACATTGTAGTCATCCTCACCAAAATGGGAGCTGTATGGACGATACCAGTACCAGAATCGGTCATAACGTGGTCACCAAGGATAACGAGTTCATCTACTGCTGTATCCATGTGGGTGCTCTGTCACAATTTGGTTCAATTCTGAACCACGGTAAGTAGCTAAAACCTGAACATCAGACCAACCGAATTTCTCAGACAAACTGTTCAACAATTCTGAAGCAACCACAAACTTACGAGATTCGCCAGCTGGTTGCACCAAGACGTAATCAATTTCCGCACCAACAGTCAAACCACGTGAAGCCGTGATGGTGAATGGAGTTGTTATTAACTGACGATATAAGTATCAGTATCTAGAACACCTTTGCCATCTTGACCTTGTTGGCATAGTAAAGGGAGGTTGAAACCAAAGTCGTGGTATTCAATTTCCGCTTCAGCAAGCGCAGACTCAGATGACCATGACCAGTAAGCAGGCTTTGCTCCACATTGAAATATAGCCTTTATTAGCCATTTCACCAAAGACACGGATTTGCAGCTGCTTCATAGTCAGGCGTCAAGGTTACATCATAGTTTTTTCCCAGTCACCAGAAACACCCAAGCGCTTAAAATCTTCGCGTTGTTTATCTACTTGAGAAAGGGCATAGTCACGGCAAAGTTTCAAGTATTCAACAAGGTCCATTTCTTTGCGTTTAACACCTTGTTTTGCCAAAACTTGCTCAATTGGCAAACCATGAGTATCCCAACCTTGGGATGTAAGGTGCATAAAAGCCTGACATAGACTTAGAACGAACAATGATATCTTTAGAGATCTTGTTCATGGCATGTCCTACATGGATGTTTCCGTTGGCGTATGGAGGGCCATCATGAAGCGTGAAATGAGGTTTCCCTTCATTTAATTCCTGACGACGTTGGTAGAGTTTAGCTTCGTCCACTCTTTTTGCCAAAGAGGTTCTTTGGTTGGAAGGCCAGCACGCATTGGGAATTCTGTTTTTCCCAAGATTGAGGGGTTTTCTTTAAGTTTCATGTTTACTCCTTTAATGTAAATTGACAATATAAAAACCACGACTCGCAAAAAGGACGAAAATCGTGGTACCACCTTTGTTCGGAAAAAGACCTAGTCTCTTTCCCTCTTTTCCCATGTAACGTGGGCAACGTCAAATCTTTACTATTTTCAGATTTGATACTAAGAAGATAAATTTACCAACAGGATTGTAGGACTTCCACCATCTCCTACTCGCTAGAAATTTGATTGATAAATTCTTGTTCTCTAATGAGATTCTTATAAAATTAGAACTGATTCTTGTGAGTGTCAGCATCATCTTGAGGTCCTTCCTCATGTGCTGGCTCAACAGGAGTTTCAGCAACTGGCTGAACTTCAACTTCAGTTGACTCTTCAGCAGAAACATTTCAGCCTCTAACAATTCTTTGTTAAGTTGCTTCAATACGCGCTTGAGTTCTGCAACTTCTTCTGGAGAAAATTGACGAGTCATGTCAATTGGTTCTTCATCATGATATGAAGATACATCTTCACCTAGAACCTCTTGGACGACTTCCTTGAATGCTTCGTCGCTCGTTTGAAGATAAGTTGCAGTCGGACGCAAAATTTCTTCCCAATCTGATGAATCAACAATAGCCAACTGACTTTCGATTGTTGATTTCAAACGTTGGTGGAAGACGACTCTTGTTCTTCAACTCTTCAGTTTCCACAGCAACTTTTTTAGCATTATCTGTAGCTTGACGCAAAATTTCGTGGCTTTGTATTTGCTTCATCAAGTAAGCGTTGGGCATCTTGCTCAGCCTGCTTAATGATGTTATTAGAACGGTCATTCATGACTTGTTTTACGTTCAGCTGTGTCTTGAGCAATCAATACTGACTCAATGAATCTTTGATTTCATCAAAATAAGATAGACAGTCTTCTAAATTTTTAATGTCTTTGATCTTTTTCATGATTACTACGAACCAAATCTTCATAGTCACGAACAACAATATCTAAAAATTCATCAACTTCTTCACGGTTAAAACCTCTAAACTAGACGCAAAGGTTTTATCCTTAATTTCTAACGATGTAATTGGCATATTTTTTCCTCACTTATTTAATAAAAAATAGAATCATTAATTGCTTCTGGTTCTTGCTCGTTTACTGTTCTCTTAGGAATATCATTCGTATAGGTGGAAAGACAGTCTTCTAGTTTTTTGATGTAGAGTTCAGTTTCCTCTTTGTTTCGGATTAATTCCTCTAATTCAAAATAAATCTTATCTAGAAAATAAATCAACTTCTTCTGATTATAGCCTCTGAATGTTCTTGAGAACGCGCCCCTCACTAATTTCTTGTGGTGTAATTGACATATTTTTCTCACTTGCTTAATAGTAGCTGGACTGTTAATTTTTTCTTATCCTTTTTTGGTTTGACCGTTTTCTTTGAGTAAGATAATTCGACCAAAGCGTCTGACGCTGATTAAATCACCAATTTTTACCGGATAGTCCGATTTTTCAACTATATGATAGTTGACTTGAACCAACTTTTTTCAACCAGAGCCGAAGTTTGGGAACGAGATAATTTCAATATGCTAGATAAGAAGGCATCCAGACGAAGACTTGAAACCAAGACTTCTTTTTCTTGATAGTCATCTTTGGATTCTATCATATCTGAAAAAGGGCGTTCTACTAAACTTACAGGCAACCCAAATCTTTTGAATTCCATCTTGGAAAAGAGTGGTAAATCTCCAGTCGACAATAATTTAGGCTTTTTCTTCATCACCAGAATGTCTCGAATAACTTACGGTCAATACCTGATCGATTGAGAACTGTACCCAATATCTTTGAATGGGTCAGTTGCTGAAGCTGCTGGACCACGATCTCAAGCAAGGTCATTTCAAAATCTTCCAAACTTGGTGTGAAGTAATCAGGCGCTAAAATAACCTAGCATATTCGAAGAGATTATAACTCGTACTAGAAGACTTTTATCCCTCTGTTATTTCCCAAAGTTTCCAAGATAAATACTTGGTGAGGATTTATAAAAGAAGATAAAATCGGTGCATAGATGTTCCTCGACTTGACTCAACCATTCCAAGCCCTTATCGATGAATGGAATATCCTCCGTTGCGAAATGTTGGTAAAGTTCATATGCTCATAATACGACCAGCAAATTGATGAGATAAGCGGCTAATCATGCGTAAGAGAATTAGGGCAATCCAAACAGAGAAATCCAAACCTGCGATTTGAAGAGGTAGACGTTTTAGAGGCTCAAGAATTGGTTTACACAAAGTCTCTAAAAATTTCCCCAACTGTGTGTTATAGGCATTTGGAAACCATGATAATAGAGCAAAAGCTACAGTATCAGTGAATAGATATCTGTAGCATTTTGGATAAAACGAATTATTAGAAACATTAACGTACTCTGTTCTCTTCATGTCAAAGTCGTATTCTTCGCTTTGAGCTTCTTCAGGTAAACGAATATCTTCAATGTTTACCACAACACCAGCAGGTGTCAAAAGATACATTGTGTTCGCTACTTTTCTTAACTCACCAGCAAGGACATGGCGTGCTCCATCCAAGTAATCCAAACAACGACGAGCTTGAACTTCTGTCATATATTGGAAGTCAATCAAAAGATACTTTCATTTCCAGCCAACAAATCAACAATATCTGTTGCATCTTCGTAACGGCGTGGGTAACGAACATCGATGGACACTTTTTCGGTAGAGCGATAGCTTTCAATTGCATAGTTATTGCTGACGGGCATGAAGTTTTGTAATATTTTTCTCTTTTGCTTCGGCTGAAGAGATTTCTTGACGTGACTTGCTGTGGCAATTCTCTTTTGAGGAACCGAAGCTAGTGAACGTTCAGGTTGTGCGGCTACAACTTCTGAAGCAACTTCATCTCTCCATCTTCTGTAAAGTAATCTATAAATTTATCAAATTTATCTTTTAATGACATGATTATTTCCTATTTAAAAAATGCTGTACCAATTCGAACAAAAGTTGAGCCACACTGAATCGCTTCTTTGTAGTCACGACTCATTCCTTAGTTCTGTCATTGGCATATTGGGGAATTGTTGTTCACGAATGTATTGTTGCAACTCTTGCGTTTCTTTAAAGATTTTTTGCAACTCTTCTGTTTGGGCCTCAAAGGAGCCATGGTCATGAGACCAACATACTCGATTTGATCAAGCTAGACAGAGTCTGGCAAGACTGTCAATAGTTCTTCTTTTGAAAAACCATACTTGCTTTCCTCTCCAGAAATATTGACCTGCAAAAAACATTTAACGGTTCGATCGGCACGTTTTTGAATCTCTTGGGCTAATTTCAAAGAATCTAAAGCGTGAAAATAATCAACATAGGGAATAACATCCTTGACTTTTCTTCTTTGTAAGCTACCAATCAAGTGCTTGATAACATCTTTATCACTTAAAGCATGATACTTTTCAAGAAATTTATCAACACGGTTTTTCACCGATGTGTTTGACTCCTTGGTCAATCAAATTTAACGCAGTTGCAATATCAACATATTTTGTTACGGCAATTACAGAAGCCGAACCGTCTTCACGGCCGGTTTCTTGAATTGCTTTTGTAACCTGTTGAAATACCTGATTTGTATTTTCTTTTAAATCCATCTCTATTAACGGTTTTAAAGAATGGTGGTGTTTCCAACTCATCTTCGTCAGAAGCTGGTGCTTCGAAACGTTCAACTGGAGATACGACTGATTCACCTTGACAGACAATTGAATCACGTCTCAAGTCCCAGTCACCAAAAGCTGATGCTTTAGGCGCTTCAGTGTGACGTTGGGAAGGAGTTGGAAGTTCAGCTGTTTCTGCCAAATCAAATGACGGTCATAAGTGTGTGTATGTCCAGATTTTACTGGTTCACGGAATGACGCTTGTCTTGGTTATTGGCGCTACAACTTTTTCGACTGCATCTTGACGAACTCCAGTTGCAACAACAGTCACACGGATTTCATCTTTCATTGTTTTTCATCAATAGAAGTACTACGACCAGATATTTGCGCCATGTCCAGCGAAGCTTGATTGACGATTTCAGAAGCTGCTGCTTCAATCAAAGTCATATCCAAACCACCAGTTACGTTAACGATAACATCTTCTGCTCCATCAATAGTTGTTTCAAGAAGTGGTGAGTAGATAGCTTTACGAGCGCTTCGATAACACGCTCTTCTCCGCTACCGATACCGATACCCATAAGGGCATTTCCTTTGTTTGCCATTACTGTCTTCGTCTGCGAAGTCGATTGATCAATAGGATTTGTAATCAAATCTGTAATCCTTGAACACCTTGACGAAGAACGTTATCTGCTTCAGACAAAGCTTCAAGAAGTGGTGTTTTCTTGTCAACAATTTCTAATAAGTTGTTGTTTGAGATAATCAGAGAGTATCAACATGTTCACGAAGTTCGTTGATTCC + %$5+8344733968*,9,''%3301*4C>;?CDCB<8947:D<.'57=>BKG4I?DIF>?6545)(-7==8;CC<;98458/-2*/78?AJGB+206&&+2<<>@<=CJJHLCB*>@D@A@A=:3''%$$$%%+.0455>9846-+((8;DEIIFDA@==*$(&%'1629=8925?=<68%'778.+%2>;>=7+*BCC:<=AJJE:@934A9;4+'B986457'/-.%%$$$$12)..083@:;/8,))))#$%$./28+)$%-.)3@A>;?KFG9:?B'&&%))+83;79?D45@CEGFAB<;>@>6)''%%1239*,41)5;CACGCDOOKHJIKMBG86BG>>H>@;>?CDB76?A@;4DFKC60);<5351>QRJ>AB=59;<8501019003?308;,-+,$$*.293<4AAA=6>BA@AB7%?.;<9@J@F;1C>)*&&+88;99:B=?B?<=>><'24%$%*=?BA:5>=:6@.:>'.%**.--.5;=?;:7569=:@AB8,.,7;,8=ACGBG==>CB?69CC;>BBBB039;=:@BCC?@>DAD>>D=34585-15+(425;@DFGCF=A1+?);;:A6<@,(-.30&%*./...--.),--/6=IJFCFIHA.,+238>;A==@96*'''9;>:5B?=B<1,+7;B>4&25;75?@@>9=;63'--1<056688ABAI=9@A25/.43(&;8<@6<=7:=>=@6=>BCC@B@69;@C;;9A?=8;?=85++/-#%)-00($&(07;:BBB=AEB<:>>1,=5(*1:C>:G@8>??CED>?997>8/123058&),..=:9:908:BA<89>=98@@:<<=;A<76('*89:3==<:;D?52;:FGGC9/7'13=B<:<79;;102738:=>==HA8AD96121,74;A@;;10BF@<>?H<=:'%//95:AB@A9:4)'$%$-,**&7992*7=795=:9ACCA799:;==453B::8669:>;=?C<&;,<;CEA==6>AEKJE??=AFHXJCJLC?C==LLAC==><5>?:;CAACC?A9?A7BCDA;?B@?;<3*(((543(%'')(&,/124=>?=@@AKHCE>@>?>7C@@<772/-/>?888:5-.>=0*+&$'+,-.468?C78LL;C?>>?CCE=CBDDCFGDB=D>;518?;@<.9;;<57<>?E<48;66:?BAA;@;<>61=8/10;792<*0*)(5836:AB;:=A;BD>D>EL=>5?BABFG?CFE;?@C<>@NBF?>=9;BAGDEG8IKD:BA=,.446-&')(,07EDDD>GEB<>C@=AI>@FMCCED;?A96?;;?BC9>+(.63;:4ACC:>B>;8:?68C?:2550$%'1118:97:)&++0419897A88799;;=AB@>?;)8@<>?8:<7?=<@;512+0?@;9--/,003242129GM@>CC?>C4B>BCFF?IJ:?9(;><6=>=3956991?;8/;==8>>>B>5<<')2%$$):@>:A>EE@D<>GBIFCE@A?GB<7403?AA@A94@IJDCBBA@B?*6<:=BD@DB55;<=??B@@D:@CEEA<;+-0@863=8<;;;8869<>EC<'*9DEHE5=?FFC?':92/<97>?FE88:.:99887/+05/311:;99:AE@?:7(21154'=;8;:444188)79674?:;F=DJHH=/24378@/*?@@CA&0''+.//1340&''&&&&&'+'*09;;>DE<:1)D?KLRLGRNEA:1<86702/))206?A.<>>>@:=<=9%(9;>@8G>629=?5B?1=788A;5>AEDFLJF=>B.<>GFGG?@?9<>C?D;?A?65..3$$*/129>:AC@;4%''')7;=GFEE@:7ABA@@@<000,$(.8<>?;--,+486098BB?@GLCECEB>8;ACABJA5@@><>867>>>;;3%%%&%&##%$,..'-78A;FD<-)1278466+-699=BFF>:?BDA<>>?H@7>6.)*:506>?6>;9AC=8;9@BCAGG>EF=4:6:96=1318=;@EE>>:>4><<@83@DACCBFAB;8@>=C>>97:BADC1:GIHFA;C?=<@ADCE>=FEA;58;7=2<12.>367<9*%)$*$$$-296;>??JABDEG8?GFC=>9::6562(:<;AC==IB9;CCD>>:;?EE?F>FMCLKJDNBJBAGDFA=<=48==?>G@D?;A><;$'9==A?:;7HC@:>A:;DEDI;??5;?@@>>10?=C=9;G88@DD;98<5?@FF;E??BE)+**'+,(5=<>DEB:;?@DBBD>CBFGDC?FC?;A>:0:<89--,'444:<=?H=EIBLB>:<71:?@.=DCCD?BHHEPD4>?66;59=?35971;?@0<72.+/+(('&,,,5(&&%%656?@BBE;=D<;885>C9;BDDD8-**%&$$/0,4>@?>.;=EKBCJFHAEGKGI>537@FD?@BB0>B<<@CE?ACFIJ66<>;;998EEC;GB<6,C;@AGHCDNFIJMMJKHEF=F9/.B>8??DE0-0'3.+,1.9=@=A(,?DDD=FJKL@EA*:9=:3203-/2::AHAA/213<=GJLD@,$<><@C?AEEDD?5;=)5:6.134?=J>@D?AHC>A?CABDI?9=EIC@9GBCMB@/1.AABB<<5=?ACC=787()&1.0))A<<4=AICBN@>?A--)-2?BF>=?AC9@A3A>>@GD:6FABBB?@?=B>>:*/:8/<<=A<,>=9BF><;?BG>F637+222<;645@>6@@5697HF@;.18=A?B1'76>?>><9577059?D>?5$%%,)(),,<>@?$==<7;=6HG>>ECBABDA:74=>@<>@CDCFA:E?=CF=@<::$%?=&%))'%47@BA=>ABDGJGFEGI:9C9B?8:<@BBIHDC@1619.130/%%5AFE?==>IHGH?B99HJ>GE@?=@?6D@ACFHCDF;;E?BCA988+:76:>=@><0067:@ED?@D>>>AACE?69I@5EED=IKG?@AA?5*))).<;;=;=:=7465.++6311<75;AEEILFI34>?;::;?ACD?'''%-47>@?0-%/7:<;22=>DDEDCA<=HLE<5@A?AA(:)))0:;A?=?=?>@CB>576,.4=??GF@B;ILJC@B@ACCA>@ADA5/D@E:EFFF@AHA?>@ADFCFLK:;EAA:0*6B@98:81.&/79>;:;<>5=@88:65@AAA:=9AA>ADB-2135998=76,.4&(&%%//131?BB668:;=BABEBBDB<788;@8)'15497;.=<<<>0--0,)3107A;474560;C@ILF<7588-@;:47?@BB@FI;JIMLHH4)564.()+2;;A>BD>@?;CD24KIG:.FE8A=8<=?=92>?G?B898,06:@>CBC@:;<::;33294.82423*(#$$-/07)5337=ABDE?:<;AA-773D7H?F92??;793@?>BLL@CEB:.4136317;><;/,0;=?A:A@BCDEEA?B8>@A@67?;<9?BEFEGA@GDHKMEEI?CFGEACC>HHHEF:=@EBC@728=FFC=;CC8ACD?<====?@>EEEHJ@A=6GGGD8=,2>;@>@HF??6>@9C>CG;ACC7ACKKD;8<=<=?3;5->?C>@?F?@>>FDHED=CLB>B@DGA%/?@@EEE@FH8B>CCD3?ADACCGA946-1,,75<98:2459;>?:5BD>@=?FD;;=5;;;;@5;?I8=B3>?DGGA>BG99D@>@504:964)&&&$659A>=;;@:?C>E8=?-:?><@GGIIB?EFFBCC:;;::;1.4345;<;<4-367.(+2,,/,:>14=8@A<=BGKE<5==@;:?B?:73=:=96??894::7:5=I>NPKEHAGFBKNPHGFGBAE;2B;7AKBH@?>AE8A2@:CC=,,6:97&B?CHJFC@=?7;=>=20B=?/B7A>;=GD?==AAE?3BEA@@;3++)01>=C?::<>?2&5:CB1:9-)//7@9=>GHCA;;<7>@69>CD=>B8>>?EE:D?NLEDKGICA@<>6/@5@DFBA>785>==><;3---.+34?FA77;98::'@)%=5006=@A>@BICD=@A=>B>;=;9<9.;.5*5289;8655:357?=;1*%%21*298<95/,.AAC<9FGAHLCBLBB>>?EGF;0)/;8377/D>:@DC<7?AF=B=76E=DFC@KK6.C.1@810)'4542/8>D515455'&#$$&788>?>EGFI>@AA4ID=??A?>@87::479-%&%'*624<=;@<>==<<;/.'&($$%%)339A@@=2:<:>=:9;>=98;=9/%(&$&$$3AA77;?AF@>=<><>.2=A124552;8.+&+-8=AEH>==@8;>AGKMGHE20/9:8LH-??E@???:-.:B::<7%%$%%'0/;>>67:=9<=FBF<<;=E?BEB?FBH=B:H@>>JDA?DE@@AB>BE@.=9:;B@@?>=@MN:9BEBPCC=;>A=9<>CBEFC,(3562:;<6.?>D6AB<:@BBG=<;;?=C@<>>6@=>AA700*4133/$%$#'&.--5::;DAB?>8AJKIGLF@=@CEBAA9@A=<;ABBHFH=B>?C=433//01./0&&%%),13)&&*-*)+2264?:==ACBEHGG?/2G?C>FBADKJ<88B@A9<;:::<973-/,./2-06;EEGAG?EA;=:62*&###&&')()25*9=??:50)02+++,258<3D?:7<>BBAC-72//<<513:<8=;<7458?9E>>>;@>9-.60-/5=7:899:656:82+'35?<==@E<;>+,9969:(1:;>CIKI==363A8>GJ?:9A?;560=FE-+-55'17=@@<>8:C0--;B?ABIK==*>EHB>8<;>>?;778CD@=61'-*#+0(/)211149J;<7A?=<@?3800-126:7=645=?@?>CB<79(,$$$##..6>;9<=BAB@:===>65/;;>:==H?@?@AA9A?:82BBCE:1285%>A?CB8=?@GDAB>C?@>?BBDCBE>C/7BC9HG,--@B;BF<<6=?;369<:CA?6-..5DLGEADDGA>A632)>=665.4<9D;=AG@8D?9A@C5KKLJ;FEIJGB>BB:89A0./-:>6>@C>?FD=?EC=<'24<9=>8798;=6885648;.++7/864)-/1*.9?=>9?GFFB=60(%4),(<>BN78AB?/=98><-6DCCB?;CCBFF??@EA6=><7=?AA?CF>?576C@ABE;A8:6@8=A=422,$$%.347:=<..0B<AHAB?;=?>C>?9E<=?8?='673/24@9:===BFEJKG=/?JE>G8;48CIKIB;)&<;G;=KKMC7656?CBFDEFE/AE@H>C6));479@A562101IHD;>?4B736@EF@L<.6;DLFDE?B@>B@@A563751/'+0(67$'$%$')()0$-1BBG9CD,=>>@5EDA9043799(+$$%18;:C<=BI;ECABFGJG?>867@<8BB>@:69<<<78-4=>A@>46*35?<6?><@@?==BEJ?@EBC?@H;@B@@??:<=EB865FDMBCCE=@=:7<?D;;B@989CEGECDBBACCHF?>G@GB677&+5583::14-.1:1=?9;?>58>@<*363745)6:8-))>:6;;7968?-)9EAB=:A?@?@DIB?B:>@:37:?<+-7:4,BCC>9=9;<8<6):3@BB174==7?B79CDFEE;;;+:25@@DD=%+BBMIEFGHFDCCC=,++/4?<;E?=@BA@-85=>><44:=?@@?9?@6F>:-==;@+8=?==;:<<@ADF@@A=?4--EG@3;F?<9:A;A?@@=?:8FHH@BCB=FA68BD@B?@>A;;B>HI;CI>=F;;=EAAH=@JK<@@B59A;;99===F9A>?A:64BEGC@FC7@79>@::9JI@CFIIFF9(6>BC=;26?:7>=<*==>C82+>?76:/76;=8=>;:?;<>@<1>;<442*%':4259;<>=967,%%:=C@AAB=D=>>@E>2+111=0+;89?A>?HGIJ8J8<9;@DG<3H;AF@B<;;?A-0364?CBB9=?<@G=D>=A>=<:>CC@?A=;CCBB855,(*'47>99;<9<@75+).36))-4;<>6;<9;,:717AB<6'%'$8869;:?A?FE854=89('&)8=@A>?:7A9CDBCB7.???AED>ACHBB5479'669,,$989<1=;::?B>?DBCAC(595<>7@>>'2405===:;-::@EBC='A66=>?:6I@:>=>AC:<;<:;?@IDEG?;9;@==@>1@:35:;?<<5:=>974.-/86:;@AC5DE?04855??<>>;::/36780;;CAC69@94?;:AB>A?<>><8:9?6993/0'76-:G<3/&,:8;DCAAB69:5-(*7@B<40<933473>>KM=<@74JJFJIHH?529DLFIJEB>6?CCJJ@=?::8<<9B?>;4*:678=?:?HIG056GGLNG7?@9?CEB9?FHB@?=>E@AB??6@G?7@9=BDTNJDB<792:@=?BDE<=/(%2356?@DE>H=BCD<=>C:DGCHDDG99C>>9&($&2435?@A339LFED;><<;93/@BC<1/*,.01><<7.99/>?;MPCC8EDHD?>9?::;6249BCA>=1%:2()77=60+-+9838:@>@C=?@@CBF:540/0/.&*(B@@<799455L=HCCDBA@+*'&%$+;63,6+@)593>?98E9B58?CD>73>DJ=GCDHFADADG@A=@>>@AB>?EAC>GD=9@CF5422012==:6<=?@@?G<<%.&&A??;;<:298.*.**-99<@;=?=EC?@KHGGAB;>?:97>=BG>=5&$(,,&81.(&'(%03<=DC>:<>4/396>=<>-')***8988<&$($)34$9@C?4.0:=;<>@AFG>:?E=FEB9E?HJGB>>@A>264./):7=@<;;0:4;:;@@??BFABF68@@@EFA@>DFFECEDE:.21/(;=(:;>8(-12$%678=90.25:=?;;<>35:CD+(=?;+*'()'.4<>-74;:1/6:F473B=EAJDACCB=.-598DBAD:;BBAA<7BDCGECJ>=@B:7<<>?><995&($$$&$/185?=>;:>A=DEENORE98EA?AB:C;@JE56:1:92=CAE?:))7;><86+++=>>C9@BCD@DB=E>DEGJKD;>CFFF?JMOFJDC;=:6<>>:79BCB:9%%%%#+'%)*&5*44337+584=>=/(*+3*,&01353323((&$$/047558.=><.2<==C=BD?137>?A?AAFEBKH>49<5-339<=ACDFDF=8==?B@?AEJJ=?;C79AEB>@?B>>LMFGHL89JME>2<$$..+*1)@@69>A?=@BK?>>BA4''<=C=AE:5=.-+59;4;B9:ABCC?>;>ABGC58>>;/;79==.),8<>C;:>:;>E<=3--1=>>DEC488);?'579>=::@EEE59>@BKI>==ABD=;258CBEC=-6&$&3;=>?FA?9AB->D?8B?;&)=??A:CGB;>>@?4:=>?CDG>=:579:;>=B=>>CKG>FED&-@==/2$$$$'$#%'$))%&%/4*(9;<:.7?A<>@FGDJ>8BB=6=;%-*)96.-**(2::99@AB9;72&'(AD>98?-@;<4=<6>;3>?85<<858+&''$.-2==9;A@A@<7=I@4A=@@BEFFJJ>:D>BA5ED6634=??D:;48958::DFHBCLH@/A1//3;*(,1;;8;;8:87)*&)(04(&(0:9)6$$#$'%#%,&(&$$1-%4>?;74/$$$+-:9787;;:8,68;E:A7>ADDBHH@>?;@>@J6==<+'+14798764'&*+0.8==??C9=A;%%%26%''()$%'&&%+(/;=<>::2''-,+)*+.,/=;<=DE@G=@BF5B/=GI=DGGIB==;A:=9>EJLJNFB;?>C=51EEBDBB>>DFFA6267$$<-=A>><,:;?@:DFKKB4=A>2)):?CBAE=>FF=26<)(221+%)+*(%&18<88=>A@==EE???>(-)3ADCDEED@:B669DEI;=HI;:<6<>68838?:A=2AGON@=?6?C@BDIGGIB;+-&)46:=>?B:;?BACHE=>5568DIGAF<62))1(*-*.678A:EFCFFH>=<9@=:8+5674)26>CD?DBHKB>@0FBAB?97BF=CH>=756;==;@C;>>?;9@@C==34-/-+689;7?B>=;9=A>=@.(9:>=>AC61-4CMAAD?B846445%';;373+=2;:745121+8'8:378:@>@II@H@AGFTPA;4;:=;+,21&=>D=A?9?HD?BCCBHC093;28=<>789:<<1-=@==)?0$$226402,+$$#'&..;:@@B?;<=>@HIHHBAABF@@EDFE>@?=33)*(<+'9ACDC=:793589&%;;@9A???C=24+0.2//26461?FA:>A/=6/ACB<>GH<7&<8?4654?@,--614+*+-&.545;5<::>FKFA=DDEA?DB>BF<4FDFEFGPKLMG>68<>;FG?02?@ECC@DC=>BCAI?))671300,-2''01338:9DGB@B8=@J1@NFFKIKFHADG>INHF>?:@@PU@78==6=<>AA@CI78@JCF?8B8;3;:>-@>EAOO9A@CCDF=>C=>DG>CRCDBJFA3?4:82-''*%*+.*,8:<<;)0002;53%)%+789<4:=:ADGA=>>858;+0DDDD::>7;A:BDD>E9626::<>>CB=:;;;@1:=ED:<:=@BE??><=A@HG?AA2+&&CEAAAB25?=C?>E@>HJH<<0;2A<5:*.8:=A>FC?EFHDEG=@;@CF?DDDAABD'%-*,&$&&+&''#$&*,**%&7*6(--<.<@C?:EFC@=@AA@<9<&(C:=AED6D=.:7BF???2*+/@B45670&()((120..*,+@;BB@CE>:9CB<=9A97=HA@JNCE:;DDDC6>A=D:9?;:;?9/9:CEC7):=?@;B@>BG=0::;=*@?ECB<9=?>34<989:0136%&13<:769?<:D=@?@>-4G56759BHB?D?A@I<>?09:>>??;C@>><>=;>@@<@FDA831/78?:;?@@'<.A@:F>731-/,.-&(*('',&-42./1?;--/+)+7::@HG;=BCJ;H>EJ@?:=CCBFB@=<@<:?E7AK>:>>A@BFB:FHGCAJ=HBA643:;@?1))&*.&<.7:8C98;:H:;QL@:@A?C:/<99.55<<49::BCBCAD?DD:EC;CA@8:,%&&.')::3227?B?<@?0*13)8ABBDEBECGCB/0AB/+C?GFFEEFGJI?>;??9<>BBB99@=6:;7.)/&#&&(*/%#(**37:=<@?EB7222/)+.976:;:;-((+98<@;BAB?@800$$+/.08:;>.(&+,11E??>96&-.-&%+6>?=@?=BCKJ=;@@B:9?>;DAGBIIFFA?@:2:348EFGDFEI@.3.-8??B02FD@>4EC4/CBA:=EB8:443(ABAAC@==A9BB:MGGIHJIB<9;;3C??<>@=9%(7:C:GEC<78AA;=6@;:8?>264400-62/59-8B;;8137/10*,.5<>>=??8@:DC666>AD@?=?HH@B??GHI@@@6>>11?@??BADECGGDC;@?=?>=;69455@656:?93(99?B56+%2)))9;<9@042AA@5FFGG)0%03<?8-.&06:CCO>CIBA@IJFIJDF>8::GD=4ABCFB??D=54;=D?;;66@?@;A@==<@;DCBCAAA@@-/96:0/443<=>??BA8'&*9?@@EJ?>@@AH@?+)37459:9=??4=;;5&-.67:>;D@C?D/A81=8*10#$0:/78:<=96;<8+3%020'%'+4=??8;8?==;<:DF8:545,5&-6::;===9:7?B@G<<>>9@ID=EF6<=??DAB=@NICA;9898AAEGI>><3;9<89=>I<;>CBB=?@<9;5/+34893+,)')5&B=EE=?@FBGGC4>*2,(.#&%37998>>57>?4>>7=<>:;=8::5+;:<KB9;B@+-AEA;A-&=742;7446FGGA<>>?B=>@<>8956*9;98<14;?@CFD:43>?A6F>2479;>??CDD:;B:ACFD@@A>57?@ABDI9<>A;;.659;@8A*-''/'6:7==K@>@9>>./<;>>?918;96;9?2E>@C>@@>::;>B7D@31=@KEC8?CCIE;>><;8;8:D=78;<=BGGD@CE>=>@?5;8:BB9;=>?@=EA?A;;?;F;79C?;<>BCA6513???C6209:@=FGLH@DB9ADC>A;BH<9:AF=B@@?@CDBEF:HG;??A77&;<46503/%%%$$#$3428003<:;;?;>=;=<69BCADBABDD@?E=2/72,->756&245&%%;57=>@CCDEAB>?@==<-*4:>://.6;489356795=<9<>:@;@F<>9.'*+*-***&((>;13;5=:002A=8;>C?786$$(<:?=78;474%:BB<58>LF<>FB/2755@(5+(,)7@=AC;8BCEJKJ?A@;;=>880/.)%()+..56=@BB?C<7?>8>AC1/&$,//'$70685=:9>ACBDD@83258;.036<%(<<::D@@=?<=A==@>')*;:;-&''1.48:?<:8:9,>A@<=>=>@B:<:>86??KCBFB=@*-?844:@>??=9134>D5=@?<1;322727-98%(AD?;:-0=<<7==:-03<9CBA8:79AACBB@9:C?AAA6D>>@51'%+4779@DCC@BEB=A?B1(&%7<==;C:::8=>==;.'%)$(*3:<68?@EDCFCCD0>=F:?;BB:;B82'59;?:@E;@;86>7@@DE@:.48??>=56C;<;:@B?<<9<=7'':634.,0/'864:99C;524==9:BD::7;A?8ACA>20&9:::;=:67*)97:;3/06878;<8133002493677CDA58378?CB:?<=/7<<;69@5222988589<<;<6:;5512,66.27<<;A>@><988;<24639<+---*4487;=9945;77EA>9078920:937:77CD56C@G:=>254::97578::6&+1=2.1@B@:8:86*,*''%))./)))(**+&.)2777757><>;;976789;')+':999:>;=;4.::6'84>;BA67020..,.-05==<<*%&-''3?BB89:GFA>;7@>9=D;?EILCE??9==;8:)*)+++./.)-23130'$&$$$'25788;CD97::A?C9;7=;<6354822)/)@DA37H6:;?CCAEG>@@@<>4844%&*.2@:9<;@8<9<@;?;<:7@:>/%%7.1343(224585+*-8?C;;ADB3:69IA346*;C;>??F?<=)+99<<=+&&*889B?;7:/*)04735:9/)*-&''&&%%)-8;=9?::=EF81((46?AB@CB>A8ACAA;A;=>=>8>??4%$'&+567+*56>>JC?24>?;86-7226BC33JHE@@6B+9(-2/.::=9:?.0>=>77?6E<G@?@<A>=>?@?8B@BCB>>;A9BCDE?89920:EHE>7<=>>B8>BE<<>@67=:<9)',)-%#%(245;2?88:,&&&),++56/*3436=;;=;645;95;68:>AEB7<5%&8'7:=FHEK?ADDC<<58@@=;0B::46;;925-28;?5B@>@BC@8?6;?ABFHIHD4---**6*55;>59;>A@&2,,506:>8A:9>68=AA?9;:=<4)421,+)+)%%%#$%/3&'%881.:'7<><=>BGC;248:5>H<>FAA@>.+1.8@D:A47>I=EJF>30334317868<>H>=??9459=,(+<3@AGA6<=:=8:5B==,-97;<=BF@C>=:0'/+5<<5=ACG8-25??64:>?>8:4:A>@C@=7=6:9:9,$-%%&'()/02;=;DBD4979A?EAB2.79''(;88;>566:25EHD<=@@;988;1.231(##)+&$$#%9:A?>=C=:-+$'22<669)&&59:<>8,'%#&&2>23653&3<>DC5;874;79AC;79:?4975)%&$(%63;6777,/,)1+0-=62-<84;=77@=-.')/.2>ABGL=@78@?<09.,6.00.029EKHEJFA?79;(1313?>6<-2<98:>@96=??H9?A<=C>@ABB87)(%$++,-6.9;346CB@@B>4&%%453:5@>=>?;;(455-73G;:>@ADAA7//2<4,)715@CFEA?>>D>@EC?E=CC8C@;F@E?==F@>?A<,58@?D<<=>?>=@@AC8>>@9@?FL<>>;;B6?=?<=<8;9?BE:DA@?@0115<9<<@C=:=@=CIH?FB=DG>IDE>=CCDG=849:DD=;>@:68EEBAB?AB<=>879?G;>;D=CEB>@BD:89:=?A@;142;;33;7,,/><680)4>=>?.*<>=8E>G;><6:CD?68@@IIK?H@@=?67CDBAAED;9?H:EF7A?77:??DIA<=/043=?70<:6>;999:>9?9(;>JF*358;B>DC>;B854@A65>BFD=8<79;;?@B@9FLIEEGH?E=ED@+1)*%,<9@<<**)-../.6-4+&)-6D)246&6=9<4113<<(=><=94;;;12(0:.,,-%(013;9;968;.747@EA?;98>9>;:5<)..37BD<@:?73;EBFFA??>=@@?A?<;<=DB1847:7=<:CDED@B;355=:B780+077=>1-57??:==0($$$')(,24=:=897ADE9=>>=<9.(3089;,6,=?>F7>@925><8'7=;CG9>=97-,'/1566+(--+$%%&(--5400;BB6>9@DECAE7G1=(,7AAB<9CDH:9@DCA?/ABIK@D>C@@@F298::?CFFFC8CGEBD<40>@7:236864=8;8-1<:8>=5%$)8@90-.53>DE@?D@/<,*C9/488BC;??:;C91&;=7;<+3357>95A;.+22+,+,/145885%36;=8.8>C;@6<9718@:A05989GJ;@@::<=ACA7689BB=14-1.)';=@=5>EC98B=@?EAB?>?C98@FGB=<68BHIFIQNH9@?;BAHEG?FFA;;BC;CD;>@BDEA45457?@?A=@@%+'(2?@A::1*').AFGG:;.7<<*&+'%6<8983<<B<<>@>B89?9;:ABGHIH@??<>D>AHFGD=/2&'&'(('%$&'-0--)-,+130857359@A>A:ACHEA@FF@E89>9''0/*&*++21133',$%9;79EFB7835+.(**',477>5?:;669>AC;EBC@5@BE==MFG;LF=BE?@JD7>;)//B@?A:@CB==4:2.&,&%$(+'*47679:<=9.5:<:;:)&%(&)*7451*&&*07/-*&/(+2)&..854314(+(%$&#'$&,,883=7::3'10+&$$%1350--(&%%,,0(2067:;66*00(+(,%'$&&&&,,202,-.21'$'1-%$#%&'&).+/321(&'(2*52>?7;;?BC/12+(+-,/*,//044;7=@=<<;7:6:97369?><5;?;?78895>@@=>;0054'57?68.)&%%&&%$'%*-/,622)7*:>7IEBABABB@=C>B>CALJF?>>AAAD=6@=>,/GJC==ABDB77723=5;/./35(02;3=<;')2',$%#&#+&&'%$$')('.-,+.&..792%%)+**/.,34(%-.)32&/+&,+%+%3?A@H;=?<>2B,,,,,:>??14<)/6;+:9==&89((/2..)''&%&0899>A=97:9:%77863/.///1//$&22227;1$,..0--+%220,,0246390/1/26.-.':58?B83??>9>=7338?1433891)''1*&0)**'')$(/<<==:2<>>:(*)/)5568=BEB->??:21,2-6;;8-?5FF;EHB::EHE??5<81110&%&+',./.5:BG?;=>(,<>GKGFK79BDGF5E8'::=?>??;*1/88A==D?<1*('$%&--.468;+3350099$87<:986>A8$'/=AEFC3-7:<,'*%23439:+182998:4::/86668;;631226,)-+//--'(.<=DE;DEF;>;?B(&22522:>@BB9;ABB><7=78>@B:D@?@>><7>B671)()$%.).0,*)+.--3866=>7D::<;==:0,+()((.%('(.0)+*3?1+%.6<6:;66'6.,&435%+,-3-178=@5@>>3),3314?;==/((0(&(*242?AB1660(+*&')(()&)1=<507345)44+&&&,/0/-)%*%70&*.))''($%&&&/069;3=<=?@D-&A:B:8=>/++:?@G9ABB+=@JJLFA..3'((&)*:;=DGHA,.;4(,707+87:03993/4:F@@;B0,&+451=<8>?@/1248*4667:='$$$%'&'&&+',.1)599/-=;2>;FE;?8;?DCC<;C;??7087)*/1-03=@9DFF?=DMH@>;>83*%&458=@;4,,+--1./68996+FCGE;CBCE?;:;.<>@8%/,+%$&'&)+'/.))--8>:9:>85>40<3')+++)200(/);<8(,:AC<;4DK8>B(=8588+,).402;>@A?>@A>>BB9=>+/'((@@@CEH==IHJH?ED>C=6A87:)&$&'+--/):8:>5>/91@C1;A5?@><;7)86005&('+*('()*280-/''(&$.22013466)9:;70=;D;FD:<55;;E?A?@?<<>;.159;BAD;<@78760;751224+-))(90++,@AA:<@>=><77;456I?E@E26A;1,*)22142+/.%%).--=B6A9;=:;<-.(88866;CC=;00/8:5%++33(#++-::<=-BCHA@?,6@EA64<>;95(062/,340'%$&&/-**)(%.-83$$#$%&58586DF@>?C;),%#'*0&'',+*)4,')(),21336:226HIF=;A<5:BC@H;?HID6ECGDB?45@5:;7=C75455<=...<;<=<87+$($&''&+5:99BE>?<<@B67@A;1-)&%4:;479?/31')><>A<>?B<=@AA7@FEF:KHG9&&$$&(,/0%&A=>=7:/0.)%(.-.>@/CDGG.>GGIII=9;<>?96:@;4,,-,BB::=6?;3-%%$0%&&+-+,0:8:*-4+:>;??BCJGH>=B@@=><;)9A?..*/8:@@>9>F@?ECJKA=?@=0389=52;@7DD?HE;7789AD:<6.$')&$'$'%,1,-/,0,$&25>=>GDCD<7>CM:;))66$8=<45.-1@?0.%##,'+9<:<=A=FM;G<4?4110*+..,565++,-.8.,/0/9;5<@A+JH?B>FGACHOMHGHIJFAHLHIJAC=8B@8B@BBA@E>A>?LOGD?DII>P1>NF;:?AELKGA5*.(*;2DEFINB4AC<0A,'2*+@@ABGII>999)$$5;;02CII,55A@7*CFFHLIJCLI@AABCCC=<;ABIGB47A1.<91F@<-,999@>DB777.@6<:<=<334*%7:A?591$'$().-,,,+.?@C>FGFF:=AHHIA?A>;AKF>;-.3@D@B?>HILJA=;23*8((098;:46?>76;;DEE?IJDD9A>C?=?CEA?CAG=1123+/3356:D;CBFDGC?685517??>AFG@C5;>AHIDHG>C>+'#$,8==?<:B=AC<>DF@:+&,6+..GBC:<>=>)@BIA>DIIRP9A<<@@>=9960((((:<>35883223=;IJD=BB>@AG>=?>?==DDF=BJJB>=24BA=CBB=>>=AFHDKJFFBHEFDEC@C+(&',)*,+%+2++%$6,%)7=:>CD0:;;;CBEB?AHD,>9@@<;AB-*+*244/=B79)CCC-)3<@<4A5%%&')+015%,%.7=9::=>6-//+/)**$#$$(1+'431?;88;?A:8>4>;58(*(CKGLBAD@?==?@A<>?A7G@?@EDB;ED;><4:*9>A@;<8$>=??A6//5<1D..=DFPNAE5.-;8:&82<>CE=><>5+993,(3,655;B@=DA?C::5<<<;?%'::9@EFA.;?B...5/0-,1+>B9?AD8:7=?9<=7239597888=@LBBDKKA/,7&%>AEG<=@4>:+-6@?2%4053<11;9>=?B56<=;?HB=-25<>),(*2598<<54=>CF7@<68894)-)&&***432294&7DA85.56DBED@+,++6A>GB>;A@>=?:9@@:5=FRP74=?*-,8:==;;8,3?76(&):8AFFAA>C8GG@CHHLDKHLB;44;8A;9@FGDGOKH?C?@?,/?BKKHBIIIG9;;A?4)%./5))-EEOA?23CC@9AHKIC>>=21:434455)%%%%3:;>C99BH?A881/&-'44'%(%&%.'754EDFD:=G8>?=;@@@22EBDA<8;DF?D<8>@=@A=?CF:3-,/,6/./%%07;@:==AIIGB@7EAFD:?9<=C:==;>?=%$.+$06984315:@>=>>C@89DC;<8'1&%*()1;>D=A067746350031=A?;3>@=C>?;<8@645746@BI;>;9:6<@B@;BB>??@ENKB>FEDACD;HAF8>?>6$.'7>>;>>@A@B=135544579@>37&8&=@D@BFDEEGE<@CCB@:74%399=;;570<==A@8E:<>?FFF7?@955*+*%&.?@G;;,:<@??C@:A>KHD??@>=@IJ>B:3C?63<>AB(,*),()()50+,)'=:<=---8)6/$/94@A>AFIIKI?@5?@?@=A<=@=A>>:>8DABI1>=60==88'')2258PHDA;821332:?<-);::44****,:9?:E@7AE9@:<;38;1>?EC;;<9;AC69@C@EA:@E=?;?F?EEDD9=GHD:EBIK=?934=6606768CDF?GE=73:E@=GA>>>47:DD7BA/13F=BA7;G=>CGBFD:2?:967;<3.,3.7>>FBC>>@HB>EFJHF8@511@B;<:EEG::FAGDC;3&&.8565CE@>>@DC:F@9;477,69=C>?BD>;@><;35:A?,=:@@;H<><:;83679:=6;;=;<:;@D0579=3;D>@?C>@8<5FC<1B?FG>C>BC=?AD@>>-1B/AAGHHH66;B98381>?@237C?@A+-5DEFB==A?DI;37BJ8EBCFGAK;=EICDEEH;D=3>?=BC=@7@BMN;DTOA>?@I@>8=>:B<=@B@GLH=>FF>=6432;><;EFCA?DGHFC<>?B**('-+744DHFAA/,)+(*,(%&&'0((),37?@ED:565:==8,:D=;25:A<:CFGID@?@>CCAA<9+;>99(89;><;D<0@/B?F:;ABAEDB7=;;<>@?>BDH814;=;FGGEAGMMHF>@BH8;;9;;@:@CDCAFAG@7?AEICMHCE<7=8&,6>>@DACCGF?@;>@BG>ACBEAC=A@=?;<<=AA*.68<8DGAICDGA?:4(*,-14774DFGD@@@DA>FI@A>69146?CEBB>??66BD@GB>CG?>?IGDB>?@BFHH:B@CAAD@;:>63;<@A@@7+)*'((&+)>B=CCAA3:EFG@=2.83448;>-))(*&($$88&%%%%'5HI@=,,76)('388?=@79?C@7:?A@4784722=>@B3202?>-10'=>=<@?JACF=?>IIF>=7IG@C@79B:6.379/-/'&3.8AHC@B?:>A:;>26@@;,?;9:@:56A00$%8;=K<><>C=8B:BCD8)'%'%6<>;D@;88@11<>=@404EEC?AGF>BDLC66?>68<:6448'*/>AD59:>%%C;?CEB:?CF8>&67>BCELACEABDAD@>:%1337100/>CDDB@>?;AC@EIK@9??D;CAB9;<5,.1?@F:6<:BBAB:EAEHG8*:A@>@CGA>BFFFFEFE558GFOJ9?@>F@EC=9;7=@@A85-:?*97)(*../3678;@EGFDC5>AA:7;HFE=DBB%+@;=</897;@=9CC0?+6477;=?D=>>B;=;=?D?ACEC@CF>7=<=?06=0:<>@934:56'-%%(%(&&+59<=?DJJI@AB(:9;<;==7;4?<>-)77@=79<==?:13.22/9==8?B:>=83499795&)(,7++,-4%#%$%1::<<8:7@C8:8;<>BC@8:;?>CEGGD>HE-.114CCEEA9B:1-,+*66$6C@2<;??E@=@@D099;FFB0@IFGEF;@9;>73-/,-41B?>@CEIGID6.9;@D1=<=@>D:.1/2?A>399/<@9:=DIEA;6:<>B@=7;++@6=>F>JGA234*BCDDA=@J>OLFA=<A=@><9*.0989A86+++(*)17FBEEE=F=7?CBFEEH:;A>@62;9;=?<9@>98==C1/-2355:A<=9=D>CDIFC99>?A4,+09?A78:=<===?>75:9::;6<99;(%::/23FEDGD<8FFJKA=>EDEBDDD;:::034A>7038BDFC>C@EIJCJIL=@I77FDHEGEC*?6@BGDCBFGA5@GGJD=66=6:@>;:45DFL6%17D>8F@EEB1:EA=;:==>?>@B=;??68:?>B6+34:9:95>8G5CFJD@8CADHFG=;:<>?DQKC;C>>6DJJDAA=11-0(%&%$$1;;EB3<=@778?;>?CB?@A/-()1.BBCIJDH897)%%600@AA>.<4@6@B@=979AK=J?@64BD9*6<;6618CKID@JHA@EJFDGF>DF?DKCA>=A6A>BBEABG984((.7EA?FJ;;B@6*.:?JEEB:=B<>>8A;9DGIC>A=D?>>;<*866@DCA@7>=/400)'('&&%$$:%301/1??<;:?<>BB:=@?8731&&&(.36;9>BA>>>;<985.4%AE?B4578<>B@BDA578-,1122=CA<:/?7B98:6A7>@?@>BDMHCFAEFD>>:;:4;+'1665%).-0>LHF<=EG=FFAABDEFH?GB=@>GMBAKLCLIFJKRSDGHA33@='?C=9865A@@B?EF87<4D>@AI?++.1<;:KQNLGIC<8;:+*8>:844?2;BDG>@CDEAE9FCDAC=A@B?<33=>DE>HE,''$*:=@B=@DHJF@BHD7?>:66&8A@87<>?;6=98B=@?1%78<6;>??<=>CDCBDDBHE<=@HAIF8<=B;/7/(&%&($666DEFC;B>@C@@BBF;M-5;@B0,*>@GIAJJDA=?A;>?G@ACIH;L1AFEB7C,'8ADGHCORLFKJJHA7'$/7&&(0;<>;HGE?,B76//>B?<>B??=77;DFCF?FIA2;CAGE=D68I=>@BBDCLOBDSPFH=?NCJMF>@CDMFGC<9E@BBABBA=351>=EF??)%%4-+-@B@-CNNMEAH55?BFFEFK;B?$&:ACAFGGFHMBAEE;);CB?9BB8=IBGN=8GH?7:47>MBO9EECB<7>B=:74:=9F>KG=E==DDIIJF>113:9<<;=C?LA65,;EFB>IH;A<5/07?;>?@<=?>??C>;A2;-44==2:=>=?@BH@>2@@@F;6510*%#)*(%:;GIFGA;@@C?AFFDB??<795FG=6@>BCCA?=?BMKKC@AA7=BB:@8@?@;==>>?A?@DA@ABGIHA@F642578068>CCBF=ECA;=IHLJHFB>88<=FC>:B;=?EKKOSCDAB:?CFGJFDDE<@@:903<<>@==<=;?GHKJAE7869E5B8<;7@:?FFDC;;EE;@<8BCFDFD?;466/=@@>A>CA=?DKH9@?FI=>ABC=7><ACF9?;BA?ADGB=5@>;:8;<:B@C=FD9454B?8;<@:5.?KBCAGAD>6)(3;=@;DDIG@IG;:63235&'%$$&*3-;HLIFAFIHHLJ@OAFBD0?8;(//3B>;?FE@E?11304:;8>BIMBABDE4-6?5=:TKA<=7.+;8)0:>7DBDCD>A;:EFAII@BE><<:+00@@DB7:77:>EGE;@BC@:HIE;===;CF77;C;6./<<&ADEBFHGDC@BBDL>;0%56422A;=;>DCA>7EC?7EGG7A<=@FBHGB/.;?>>GFB>7:?>=DD;88ECGG==J=<>AAB@?=ABBC:<;<=23./669=8FAG;:@C?@IFHFJIG<266BBB>DD(*5=A@A9@;;8:9;@=AC<+:**+79;@DDC=>7?E=.3',,%&$&36??ADBA=:3;/3.00'66;9<:<>A9:=>>*;84=&*?A;=DE;;,92C@>AA+HHBF?ABGGD9C;55.:6.377;JNEC?<<>@87'/'@=6<47;A?DEAA78:E:HK555;6AHE;',4-,-02>A><8>@>>C?>8B<9D:B+>99+)89:.<:>:56<8:6<88:@@<65'+?@CAEAB=6;4=982'BC=C4?A@CGF>:CHK=@A2-/>>AA:;=GF?FLAFJ>=?77668GPIE@?A?A?-@'/(-4;=;:/043,/3:DDCCAE@CFD=:=DAC+IED9;:AEAE??A;**&)/1?8;EBBGN>?=?;?JHG:;==>@@=E8AHJECDGIKA;AFAFGA60=AF@EC9B?ACA;75<%->B@BIGFCEGII5:>6<@&'BIJDGCACAHEI;E=FCBDGFALA@*8.BEG8=@C@<82::>@;DNG??C?9:AA9,+179@?=63&+99473;7;40KCNJ@36779)%$++6;A1:5=;?FC@64;EMK@?FFJKI@AIHKE;74,)'+--16,/-%6'101899553@EFFECD<;?=;0-..BB<=;HD<=613>6@DD@I=7.>@=A9=66&(08=FBDJJMCD?C?=<8;?EFA>H;&&-79-;:=CDA0>@AKGEBF>A@8;CBFHAJG:<&%99@>:FA?B7:DD:234HJJF,2EF??GD:CBEDEJKFBFDJADE;24C@BAA7FMAJQDA4>FIHHF;==5;=9=79;A@BDB>CFIA=66IIHBDCEGKMGE:C45>GDLI;1=GJIA1;69@>4660?<;9;>?59A?8@=<;:=8&)(,-,235<<=?@78::9<=9A;8=-**)+12878<@A569@D@=>C=DKEGIKJHNGDH??BF(%>CD>;CCDCAICB;:86731)*%(4/1BCAFJKC@21>@@D??>AECBF>=8@@>475HECLLII89A?-6(/48:;;4:?<5?>?8>DE@<62%7$#$&)*);98CG@PNLKKE?558;=DB>AEA@>CJQKC9;@?=:9;>>A>C=9;A987;BBCG?99:;;AA'<>HJB@<>C;;B@:;@?=@C>=;77966699@??EB=AHLJADA134421FIFC@EA0===>ACCJ@-4067%<<>EH:;=H=IME?:'048',?F<356:999:.,,/47*77461/3EEEHGJ=:CCDBABDJ@EAHLJJ?KLHDDC>MA@AL?Q8JHHHGFD-3DFDCGFIDN>HJFCD?@<>FIKB>MGFDML:6=AEDBDC738ADHC>44FHA97?8/0C8<58?;?@==2--336877:?@>JCC>B?;=)56;BAI>AD?GOQPFCA@B<=GCA78:JKC@D;8@GKGA;EEA7??**+.2:76;3+''$%@>@?6;>=;=:-D?GEBC?@MIGO>@EBDGHC=?B:<=;;A?@8'/6878;BDJUDQPND>E?:BE@A@3246?@=?,74076$$$(111,)(@?>;==,))))06)976:12)('*33@BAF7?33DGIKF;<>CICBBGGC?A=>@?DE;C,15789E@9CAB<;95@B=H?EFF@<'',+'68><;;DGGFB?DBB>FE7C@0*-0..2>BB=>7>CB=??GA@12274?ABDC@A@BMGAA>;C9?GI?AJH>>;=3>BK?;;FH[VOD?ID:(.+./7++*2564:>?>F:20?DCD=B-2.0)40?>>@DC?GHEI9E00.0/7AC>@>/./,.%% @SRR14011045.59239 e673ea92-5c04-48d8-8ec5-7a054e6284d6/1 GATATCACTTCGTTCGAACACATGTGCTCGATTTCAGTAACCATACCTGAACCAACAGTACGTCCACCTTCACGGATAGAGAATGTAGTACCCTTGTTCAACGGCGATTGGGTGGATCAACTCAACGTCGATAGTCACGTTATCACCAGGCATTACCATTCCAGTTCCTGCTGGAAGTTCGATAGATCCAGTTACACGTCAGTTGTACGGAAGTAAGACTGTGGACAGTAGTTGTTGAAGAATGGAGTATGACGTCCACCTTCTTCTTTAGTAAGGATGTAAACTTCACCTTTGAATTTAGTGTGTGGGTTGATTGAACCTGGTTTAGCGATAACGTCACGTTCGATTTCATCACGTTGGATACCACGAAGAAGCACACCAACGTTGTCCCCTGCAAGACCTTCGTCAAGTTGTTTACGGAACATTTCAACACCAGTAACAACCGCTTTTGGATTTCTTCTTTAATACCAGCGATTTCGATTTCGTCGTTGACTTTAACGACACCACGGTCGATACGTCCTGATGCTGGTACCACGTCCAGTGATTGAGAATACGTCTTCGACTGGAAGAAGCAATGGTTTGTCAGTATCGCGTTCTGGTTCTGGAATGTACTCATCAACGATGTTCATCAAGTCCATGATGATATCTTCGTATTTAGAGTCACCTTCAAGAGCTTTAAAGGCTGAACCATATGGAATGCTGGAAGGTCATCACCTGGAAATCGTATTCTGAAAGAAGGTCACGGATTTCCATTTCAACCAATTCAGCAATTCTTCATCGTCAACCAGTGTTTTGTTCATGAAGACGATCAAGTGTTTAACACCAACCTGACGTGAAAGAGGATGTGTGCTCACGAGTTTGTGGCAGTGGTCCGTCAGTTGAAGCTACTACAAGGATAGCTCCGTCCATTTGAGGCGGCACCAGTGATCATGTTTTTAACGTAGTCCGCGTGTCCTGGAGCGTCGTCATGAGCGTAGTGACGTTTTCAGTTTCGTACTCAACATTGCGCGGTGTTGATGGTGATACCGCGTTCGCGTTCTTTAACAGGCGGCATCGATAGACGCATAGTCTTTAGGTTGGTTAACTGATGAAGGCAAGCGACGTGCCAAAACAGTTGTGATAGGCTGCCCAGTTAGGGTAGTTTTACCGTGGTCAACGTGTCCGATAGTACCAATGTTAACGTGTGGTTTACTACGATCGTATTTTCTTTTGCCATTTGAGTAAAGCCTCCAATAAAATATATTTTATAGATAGACAGTAGGCAATACAGTCTAACTTTCTTACTATTTTATCTAAATTTCTGTCTAAATTGCAAGTGTTTTACTAGCTTTTTTTCTTATTTCTTTTTTCTTAAAGGAATTTACCCAAATGAAAGTTTGTGAAATCTCATTTCCACTTCTTTTTGAAATAAACAGCTAGATGTTTCATTTGCTTTGCGACCAATTTTTCGGGGATTTTTTCACAATCATTTTCACTTTATTCCAGTAAAAAACCAATCCCTTTAATCGGGATTGGTTTTATGGTTCACGATTAACCAGAATTACGCAATCCTGTCGCGACACCATTAATCGTGATATGAATCAACTTGTCCTGATCAACAAACCAGATCATGCCCGTCTCTGGCTTTAATTAATTCTAATTGAATATAGTTTAGAACATTAAAGTATGGCATACGATAATCTAAACTATCTTTTAGATAAGGGTTCTCAGCTAAGAGTTCATCATGACCTTCAATCTGTAAAATAACATCCTTAGTCAATTGCCACTCGTCCAAGATAATATTGAAGATGTCACGAACCTCCTCTTCCTCACCAAAGCTTGGCGTATTCAAAAGCAATGTTCCTTATTGGCTTTTGAGTACCATGTCTACACGTTTGAAGAAGAGACTTGAAGAATGGCCATTTTTGGTACATATAACGCAAGGTTTCAATGTTTTCAGGATCTGCATCAATAAATTCTTTAAAACTAGAGCCTACACCGTACCAGCCAGGGAACATCACCCGGCTCTGTGACCATGAGAAGACCCAAGGAATAGCACGCAAGCCACCGATTTCTTTGATGGTCTTACGAGAGTACCGCTGGACAGGAACCAATATTGAAACTAAATGGCCTTAATCGGACTGGATTCGAAGAAGTAATCATAGAAATGCTCATTGCCAAACACCAGTTCACGATAAATATCGTAGCTACGATTGACAATCTGGTTCATAATCTGTTATACTGATCGGACATGCTCTTTTCACTCTTCTGTAGCAATCATCCGGTTAATCGTTGCGAATACCAACATTTCCAAGTTGTAATAAAGTTGCATCCTTGTTTATATTTATTGCCAATAACCTCGCCTTGCTCCGTCAAACGAATACGGTCATTAATGGATCTCAATGGTTGTGAGGTGATGGCTTCATAGGTTGGACCACCCCCACGACCAACCGTTCCCCCACGGCCATGGAAGAAGGTAATTTTGACACCAAACTCGTCGCCAATCGCTGTTAATTGTTGTTGGGCCTTATAAAGAGTCCAACAAGAAGATAACCACCATCTTTGTTACTATCTGAATAACCAAGCATAATTTCTTGGTAGTTATTCTTAGAAGCAATCCAGCGTTTAGCCAATTGGAAGTGATAGATACTTTCTCATTGTATCTTCAGATTGATCCAAGTCTTCGATCGTCTCAAAGGGGAACAATTTGCACGTGCGCTTTCCTTGTCAATCAGTCCCACTTCTTTCAACATAATAGCCAACTCAAGCATATCCGATACACTGGTTGCATGAGAAATAATGGTTTGGCGAATAACATCTTCTCTAAGCGGTCTTTTAATTCACGCTGTTTGGAAAATAGCTAATTCTTTTTCAAGCAATTCTGATTTTTCTGCATGGGTAGCAGATAAAATACGAGGATCTTCTAACAACTCTTGTAAAAGCAACTCGCACTTTTCGTCTTCTGACAAATCACTGTAATGGTCATTGATTCCAGCTTCTTTGAGAAGTTCCGCAACACAAGCTTCATGGACACTCGAATCTTGACGCATATCGATCGAAGCCAAGAAGAATCCAAAGACTTCTGCTTCTAATATCAACAAACTCCCCAAGTTAAAGCTTCTGCCTTATTTTCAATCAATGACTCTTGAATAGGGTCAAATCATTTAAATTCTTCAACTGTTTCGTAATAAGGGCGATCTTCTGCCAACTCAGATCGCACCACTGATTCGGGTACCGATATAATCCGGAAACCACTCCCTTGTTGATGGGTGTGAGCACCAAGAAGACGTTCGACCGGATGACGGTCATCTACTGTTGAGCCAACAACAGACCATTCCTTGATATTCAAAAGAATTTGGACCAACTTGGATTGAATATAATGGAAGGCCCGACAGTAGGGCTCCTTCTCTCTAAAGACAGATGTATCACTGGAACGGTACCATCTCTTCAACCCTTGACTGGTTTTTGAAAGGTTGGTAGAGAGGAGAAGTTCCGATAAAGACTAGAGATTTTCTGAATATAATAGTTCGGAATGACTTCACTTTGAATCGTAGCTGATCGCTTCAAGGTCTCTGCGGTTACAAAAAGGATTCCCCATCCCGGTCTCCACCGATCCACATTCCCCATCGTAATCGGTTTGGGTTGTTGCAACTCAATCCCTTGCTCCTTGGCAAGACGTTTGTATTCCAACATTAAGTTAGGAACAGCTGGAAAGAGAAGACTATTATAGTATTCCATGACGTTGGTAATCTCATTGGTTACCTTGAGTTTCTTTTTCACGGATCATATCGGTTTGCATCATAATTTCGATATTACGACGCAAATTGTTGTACCATTTGGTTTCGTTCATCAAGCAGCTTTTACATCTCGATGTTGGCGTAAGAGCTATGAGTCACTAATTGATTCAAGTCCCAACATGGTTTTCCGTTGCACTTGGGTCGGATGAGCGGTCAGTACCGGTACTGCATTGAGGTGCTCCAAGATTTCTAATGCATTTTCAGTCTCAGCTACCTGGCGAATGGTAGACGATAGTTTCCCTAGATAGTCCTGCCCCACATTATTTTGATGATTGATTTCAAAAAGCCAAATCAACGTCTTCAGAGATATTAATCAACAAGGGAGAATGGCAAAAGTAGCGAGAAATCACGGTCATCTCTTCATTTGATAGCTCTTTGACAATTTGATCCCAATTTTAAATAGTCTTTTGAAACAGATAGTTTTTTCAATTCAAGAATCTTATTAAAGGTTTCTGGACTCACCAAATTTTTAGCAATATCTTCTAAAATAGTGGTTGAAATCTCAGCTTCTTCTTTGATAATCTCTTTGTTGGTATAGCTCTCTAGTTTTTGTAAAGTCATGATAACTCCTTTCTTTACTCACACCGGTTTAGTAATAATACCAGATTTTCTGAGGCTTCTCGTAAGAAGGGGCCTCTTGAGTAGCTAGGGCACGCTTTTCACTCACGTAATATTTAAGACAAGGGCAATCGCAATGGATAAGACCCAGCTATTTCCTTGTGAAAGGAAGGGGAGAGGTCACCCCTGTCGAAGGAATCAGCCCAGAAATCCCACCAATGTTGATGAAGGTTTGGGTCAGGAGCATCCCTCCTATACCAATCGCCATCATTGAATTAAATGGATCTCTTGCCCGAATCCCGACAAGAATAATGCGCAAATTAAGAAGAACAACAAGGCTAAGATGAGACTAAGCTTACAAGGCATTGGTTCTTCAATAACGATTGAAAAGACAAAGTCTGTATGAGCTTCTGGCAGATACCCTTGCTTTTCAATCGAATTTCCAAGTCCCAAGCCAAACCAGCCCCCATTACTCATGGCATGTAAAATTGGCTAGTTGGTGTCCCGAATCTGATAAATCATTAAAGGGGTTGTAAAAAGCACTGAAACGTTTCGCTACATAGCCAAAGACAGGGGATTTTAGAGAAACGCTCTGCTAATTAGCTGAATGGAATAAAGAAGAACGGTTGAGCCTCCCACTAGGATGGCTATGGAAGCGAAAACCAGCGGTAAGCTATCCCACTTGCACTAATCATAATTAAGGTTGTCAGTGCAAATGGTCGCATTTCCTAAGTCTGGCATGATGACCACAATAGCAATCAGGAAGAGCACCATCCAACGCCAATCCGACAAATCTCGAGAAGCCATTGATTATGGGTTAACGCTTGGTAATCATATCGTTGAATCTCTTCTTGCTTTTTGAGAAGACCAGGGCCAAGTACCAGACAGTGATAATCTTCAAATACTCAGCTGGCTGAATAGAGAAACCTCAAAATAAGCCATCCATGCGCACCATTCACCGTATCTGTGATGAAACGCGATAGCAAAGAAGGATCGTCTCAGCTATAATGAAAATTCCAATGAAGCCCTTTTTCTTAAGGACATTTAATTTCACCTTATAGGTAATCAGAATAGTGATCAAACTTAAAGACAAAAAAAGATCCCCTGGCTTCTGATCATTCCGAAAGGACTAACCCCTTTTTGGATGGCTAAGGCACATCGTTGTCGAGTAGACTACAATCAATCCCAATACTGACAAAAAGGAGGTAAGGGATCAGGATTGAATAGTTTAAAAAATGACGTTTTCTAATTTCATGTAACACCCATACTTCTAATTTTCAAATTTCATTATATCACCTTTCAATAGTAAAAAAAGAAAAGACCAAATAAGATTCGGTTTTCACTTTCAAAGATGATCAAACAGACCAAGTCTAACTCTTATTTCTACTTCAACTATTGTGACAAGGAAAATCAATTCTCTGATTCACTATAATATCATCTTATTTTTTCCTGTTTTCGGACCCTTTGTTTGCCTTTTTCCATCTTTTACGGTAAAATGATTCTGTATGAGAAAAAGTTAAACCAATTGTCCTCTTTGTCTTTTTCTAAGTATCTTTTTCCTTTTTGATAATTTCTAAAACAGTAGCAGATATCCAAAGGAATCAACTTGCTAGAAACAAGACTCTACAAGAGGCAAAGAAAACCAATCAAACAAAAATCCCATCTTCCTCTTCTTCTGACTCAGTTGAAGAATTAGATCAAGAATTTTTGAATCGACCTATTATCGATATCTCTGGTTGGCAATTGCCAAGCGAGATTGATTATGATCTCTTAGCACAGAATGTTTCTGCGGAGTCATTGTTCGAGTTCATAGTGGTGCTCAAGCTAAAAAAGAAAATGCTTCGCAACTTATTTAAATGGAATAGACAAATCATACGAAACTCATATTAAAGAGTTTCAAAAACGAATATTCCAGTTGCGGTATATGCTACGTAGTGCCAAGGACAAAAAAGAAATGGAAAAAGAAGCAGAAGAGTTCTATCAGGCATCCAAAAAATACAAACCAACCTATTATTGGCTGGATGTAGAAGAAAAAACGATGGGTGATATGAACGCTGGAGTGGAGGCCTTCCGTGCCAAGCTAGAATCATTGGGAGCCAAAAATATCGGAATCTATATCGGGACCTATTTCATGGAAGAACACTGTTATCTCCACTGATAAATTTACCGCCCTCTAGTTCCAACTTATGGTTATGATGATGGCTACTACAATGTTTGCTCCATCTACTGATGATGAGTATGACCTTCATCAGTACCTCTCAGGGACAATTGAATGGCTTCACCCACTACTTAGACTTGAACCAGATTGCACCCACCACAAGATCAAGAAAAAATCTACCGAAAACTATTTACTGTAGAAAAAGATTAAAGAGGCGACTGCCTCTTTTCTCTTGAACTGAAACTCAAAAGGTATGATATAATGTTAGGAAATTAAGAGAAAGAGAATGATAAGATGGCAAAAAGCAAAGTAAAAAAAACATTGGTTGAACAAATTTGCAAAAAGCAAAAATCGACCATACAGGATTACAAATCAATGCCCTTGAGGGAATCATTCCAAGAAGGGATTACGACTGAGAAAAATCTATAAGACACTAGCCTAACAGGTGATAAAGCTGGTCTCTGTCATCCGAATTGTTCCCATCTCTGCCCATTTGTCAGAGAAAAAATTGGCCAAACTATCTGGCAATAAAAAAGTTAGTATGATTCCGCAAAAAGATTTAGAAAAGACGACGGGCTATATGTCCACGGGGCTAATAATCCTGTTGGGATTCGACAGAAACACAACTACCCTATTTTCATTGATCAATCCGCCCTGGAACTAGATCAGATGATTGTCTCTGCAGAGTGAAGTTGGTCACAGTATTCAAATCAAAGCGCAAGATTTAGCTGATTTTATCCAAACTAAGCTTCGAGGACTTAGTCGAGTAAAAGGATCAAACACATATGAAACTATATTTTGTCCGTCACGGACGTACTGAATGGAATGAGGAGGGCCATTATCCAAGGGCTAATGGCGACTCTCCGCTTTAGAATCTTCCATCCAGCAGTTGGAAGCCTTGGGCCAAGCATCTATCTCCAAGCTATATGCTTTGACGAAGCTTATTCAAGCGACTTGCCAAGAGGCTTCGTCCATACTGCTCAAATCCTCCTCAAACGAAATCAGCATCCCATCTCCTCAAGAGACTCCTGCTCTCCGGGAATGGCGCCTTGGTAGGCTAGAGGTAGAAAAATTATGGAGCTAAGCTCTCTACCCAGAGGAAATGGAAGCTTTCCGCCATGATCTATCCACAATTCCATCACCAATCCTATTCGATGCAGGAGTCACTTTCTGATACAACCAAGCGGACCTGTGATTTTGTGAAAAATCTGAAGAAGAATTCGATACCGTTCTTATCGTTGAACCATGGAGCAAATTTAACCAGCATTCGGACCCTACTTGGCAATAAACCAGAGGAACTCCGTAAAAATGGGGGCTTAGACAATGCCAGTGTGACCATTTTGACAACAGATGATTTTGAGCACTATCACTTAGAGACTTGGAATGATACCTCTTATTTGGAAGACTAAAAAACACTGATTGCAAGATCAGTGTTTTAGAATGCAGGCAAGCTGTTTATTACCTATAATAGCTAGTTGAAACTTCAAAAAATGATCTATTTTCTTTAATTAGTTTAGTGGATACAAAACTTTCCGCCGTGAGAAAAGTACCTGAAACACAATTGTTTCAGGCACTCAAATATTGAGACATTAGGCTCAATAATTAGTCATGGAACTTCGAAGAAGTTCGCTGACGTCCGTACTCACTAAGGAAAGTTTTTTAGAAGTCTTTTCTTCAATCTGATATACTGATCGGATGATCAGTGTTTTCTTATATCTTATTTCATAGTTGGGAAGAGAAGAACATCACGAATAGTAGTCGTATCAGTAAGAGCATGCAGAGACGGTCGATACCAGTTCCCAGTCCTCCTGTTGGTGGCATACCATACTCAAGAGCTTCTACATAATCGTAGTCAATACCAGTTGCTTCGTCGTCTCCCAATTCTTTAGCACGCGCTTGTGCTTCGAAGCGTTCCAATTGGTCGGTCGATTGATTTCCAATTCTGTAAAGGCATTGGCATATTCCTTGGTCATGATGAAGAGCTCAAAACGATCCGTGGTGAAGTCCTCGTCATTCTTCTTAGCCAATGGTGATACAGCTACAGGGTGGCCATAGACAGGTTGGTTGTGTCAAGGTTTCTTCCACATATTCTTCGAAGAAAACATTGATGATGTTATAGTCGTGTTTTTCAACTGGCACATGTTTTCTTTGGCAAGGGCTACTGCCTCTTCAGCTCATGTCTTGCTTGAGAAGTCAACACCAACCAATTTCGCCAGTTGCATCCACCATATGGACCCGTTTAAACGGTTCATTGATCTTGATCTCAGTGCCTTGGTAATTAGCTGGACCATCCCCATGGATGGCTTTCGGCAATGTTGGATAATGCCTTCCCGTCAAGTCCATATATCGGTAGTCAGCATAGGCTTGGTAGACTTCAATGGATGTGAATTCAGGGTTGTGAGTAGCATCCATTCCTTCATTTCGGAAGATACGTCCGATTTCATAAACGCGCTCCATTCCACCAACGATCAGGCGTTTCAAGTGAAGTTCGGTCGCAATACGAAGGATATGTCAATGTTTTAGGCATTGTGGTGAGTGATAAACGGACAGCGCAGATGCTCCACCAATAGCCTCATTGTGAAGGACAGGAGTTTCTACTTCAAAGAAAGCCTTGACCATCCAAGTAACGACGGATTTCTGAGATGATTTTTGAACGAGTTACAAAGCGCTCGAAACTTTCACGGTTAGAAATCAAATCCAAGTAACGTTTGCGGTAGATGGTTTCCACATCTGAAAGTCCGTGGAATTTTTCAGGCAAGGGACGAAGAGCTTTAGACAAGTGTGTGATATGAGTAGCTTTGATGGAAAGCTCACCCATGTCTGTCCGCATCACTTCTCCTTCTACCCCAAGGAAATCTCCAAGATCTGCCTTTTTGAAAATTTCATAATTTTCTTCACCAACTCGTCTTTACGAACGTAAATTTGGATTTGACCTTCACGGTCTTGAAGGTAGGCAAAACCAACCTTTCCTTTCACGTTTGGTCACAAGACGACCCGCAATAATGGCTGTTTCGTTCAAGTCATGAAGTTGTTCTTTATCTAATTCACAGATATTTCTTTCAATTGACCAGAATCTGCAGTACGTTCGAATCGCTTTCCAAATGGGTCGATTCCTTGTTCACGAAGAACGCCATTTTCTCACGACGGACAATCTGCTGGTCATTTAATTCTTCCATATGTTCAGTAGTCATTTGGAACCTCCTAAGTTATTCTCCCCTATTTTATCATATTTGACGGGGAAATACACTATTCTTGAGCAGGAAAAATGAAAAAAGGAATGGAAGGAAAGGGTTCCTTCTCCCTTTTCCATCACATTCCATTCATTCATAATCAAATTTTACTTCATCCGAGTCAACTATATAGGTCATTCATCCTTATTCATAGCGAAGAGCTTCAATCGGATCGAGTTTGATGCCTTGCTTGCTGATAAGATACCAAAGATTAATTCCGACACAAGCTGAAAAGATGATACTTCCGATAGCCACTGACATGGAGACGACTGGTGGTCCTTCTAGAGCACCTGCTTGTGACTGTGGCGATGAGGGGCATTAACACCATATAGGCCAATCCCAGACCGAGAATTCCTCCCATCATGGTCAAGACCATGGATTCGATGAGAAATTGAATCAAGATTTTTCCACGAGTAGCTCCAGAGCTTTTCTCAGACCGATTTCACGTGTCCGCTCAGTCACAGATACCAACATGATATTCATGACCCCAATCCCACCAACGAAGGAGATTCCTGCAATCGCTCCGATGACTGTTGTCATAATACTGAGCATTTGATTGGTCTGCTCCAGATACTATCCATGTTAAAGATTTGGAACTCTCCTTGGCGAATCCCGATAACTCGGTTAATTTTTCATACTTCGATCCCAGTTGGTTTAATCTGTTTGACATCCGGGATATGCACCACAATAGTAGAAATTTCTTCTGTTCCAAATTCTGGAAGCTACTTGGGTATTGGCCATCAAGGCACTTCCTCCAGAAGAAACCCCGTATAATGCAGATCCAGCATTTGGATCCTTGAAGATCCCTACCACCCGATAGTTGTTGTCTCCGACAGCAACCACTTGAGTTGAAGGCACTTTCCGTCCCAAATAAGGTCGAAGCTAAGCCATCCAACATGATGACCCGTGAGAAACTCTGATAATCTGAAGGATTCAGTTTTCTTCCTGAAACCAATTCAAATTTTCTTACTGAGAAATAGTAGCCATTGACTCCCATGATATTGACCCCTTCCAGATTTTTTCTTCTGATGGGAGATAGTGGCATTGGCCGTATTACCAACATAGTAGCCATCAATGCCAGGAATCTTGGTCAATTCCTTGACCCATTCTTCTTGAACGACGGGTGGTGTTTCAAGGATTGGGTTGTCAACGTCCTCTTCTTTCCTCTCCATAGCCAGCTGGCGGTGACATTCCTTGGTCTTCTTCACTGGCAACACCGCCTTCGCCACCACCTTCTGCGCCTCCTTCTTCTGAGACAGGTTCGGGCCAGATTAAAACCAGTCATGTAGCCACTCTTTCGGGCAGGGCCAGGAAATCTGAACATATTGTTGATCCTTGGTAAAGGTCTTAGTCACTCCGCTTTCATCCCATCTCCGAGAGCCATGATGACAACATTTGAGGCAACCCCGAGTAATCATCCCTACCATGGTTAAGAACGATCTCATTTTATGTCCCATAATGGAACTAATAGCGAATTTCCAGTTCTGCATCAGGCCCTCCTTTCGTTGCGGCTATCCGAAGAAATCACTCCATCTCGAATGACAATCTGACGTTTGGCATAGGCGGCCAATCTCCGTTTCATGGGTCACCATGATAATGTTTTTCCTTCTTGATTGAGGGGGCTGTCAAAAACCATAATCTGATCGCCGGTCTTGGAGTCAAGAGCTCCTGTTGGTTCATCCGCTAAGATAATAGAAGGATGATTGACCAAAGCACGCGCGATGGCCACTTACGTTGTTTTTTTGCCCTCCAGACAATTCCGAAGGAAGGTGGTGCATCCGCGTATCTAGCTCAACTTTCTTTAAAAATTGTTCAGCTAATTCTTTTTCTTTTAGAAGGATTTACTCCTGCATAAATCAAGGAAGCTCGACGACCTTTTTGAAAGGCATTGAGTTTCGATAGGAGAAAGAATTGTTGGAAGACAAAGCCTATTTTGCTCGTGGCATTGCGAACCTGGGCTAATTTCTTCTCACTAAGATTTCCTACCTCTTCCCCTTCCAAGCGGTATTCGCCACTGGTCGGACGATCAGAAGACCGATGATATTCATTAGAAATTGAGCCCAGAACCGGAAGGTCCCATATCTAGCTAGAAATTCCCCTTCTTCCCACATCTAAATGGATATCCTTTAATACCTGTAGGTTGCGATCATCATTTTGATAACTTTTATTGATGTTTTTCAGCTCGTCAATTTTGTCATATTTTCCGACCTCTTTCCCATCTTCCAAATCGCCAAGAAGGGTTGATGATCACTTGCGCATCTTTTCTTCAAACCAGATAAGACTTCTTGATTTTCTGCATCTGCATTTCCTAAGGTAACATTGACTTTTTAGCCTTGCCAGCTTCAATGGTCCAAACATAACTTTGATCACCGTCAGATAAGACACTTGTCACGGAACTAAAGGATGGATGGTTGAACTTTTTACTTCAATATTGACAGAGAAACCTTGTTTCAAATCACCAATCTCACTGGTAATATCTACCGTAAACGGATATTTAGCTCCCCCTGTTCCTTGTGTCCAGAACCTGCGGCATTTGCACCAGCCTGACCAGCATCTGTCGGATAGTTGGCAACGTAGCTAATCTTTCCAGTCCATTTTTTCCAGGATAGACCTTAGAGGTTAAGGTCACTTCTTGACCAACTGAAATGTTGGCTAGATTGTATTCAGACAACTCACCTTTACTTGAAAGAGTTACCGTTGCTGACGATATGAACCAGGGTTTGGTTGGTTCCGGTTGTTGATTTGGAAACGTCTTTATTGACTTCTACAACCGTTCCATCTGTACTACTTTTTACGGTTGTAGCATCCAACAAAGCCTTGGCTTTTTCCATATTGGCTACTGCATCTTGCACGAGCATCGCGCAAATCACCCACTTGTGTATCCAGAGCGTTGGGCTTGAGAGGCCGAACTACTATCTGCTTCCTCATCCCCTATTGTATCAATGGTCACTCCATTGGTCAAAGAGATCGTTCAATTGACGATCTGCCTTATTGACCGCACGTACCATCGCGTCATGGCGGCTGCCTTCTATCACTACTATATTGAACAATAGCTTGGCCAGCGGTTACTTGATCCCCGACACATTCACTAGGATGGATTGCAAATCTCCTTTGGTTCCGTCAAAAGTAAATATATTGTTTGTTCTTGATTGGCTGTGACCTTACCTGTCAATAATACTGATGAAGCAATTGAACCTTCTTTGACTGTTTGAACCATAGGAGTCATATCCACCAACTCCTCAGGGCTATTGCAATTTCAGCAAGCCAGGTCCCAATTCCGACTGCTAGTGCGGCCGCCTGTGTGTAACGATTTGCCATTTTTTAAATTTTTTCATTTATTTCCTCCAGTATTCGAAAGCGTTTCAAATTATAAGTTTAGTATATCATATTTCCTTATTTTTCAATTCAAAATCATCTGTTTTGCAAGTTTTTTGCTATCGTTTTCTCCTCCCTACTCAACGATGGCAATTTCTTGATTTTTGTAACCTATGTTGTTACAATGAAGGTGTAAATCAACAAGAAAGAATTTTGCCATGAAAGAATTTGATATTATCTCCATTGGTGGAGGTAGCGGAGGGATTGCTACCATGAACCGGGCTGGAGAACATGGAGCCCGCAGTTTGCTGTTATTGAAGAAAAAGCGGCTAAGAATTGGAACCTGTGTCAACAAAGGATGTGTCCCTAAAAAAATTATGTGGTATGGCGCCCAAATTACTGAGCTCAAGCTATTAATTTACGGTCCAGATTATGGGTTTACTTCTGAACAGACCAATTTTGATTTTGCGACCTTAAGAAAAAAATCATGAAGCTTATATTGATCGGGCTCGTTCTTCTTATGATGGTATTTTAAACGAAATAGTGTGGAGTATATCCAAGGTCGCGCACGCTTTGTCGACCCTCATACAGTTGAAGTCAACGGGGAAACCATCAAGGCTAAACACATTGTGATCGCTACAGGGGGCAATGTACATCCCAGATCTAGTTGGAGCAGAACTAGGAGAAACCTCTGACGATGTCTTTGCTTGGAAGAACTACCAAAATCAGTTGCCATTATTGGCGCTGGCTACATTGCGGTAGAACTAGCCGGTGTCCTCCATGCCCATGGTGTTAAGACAGACCTCTTCGTTCGAGGGATCGTCCTTTGAAAGTTAAATTCTCGCCCCACATTGTCGATGGCTTAATGGAAGAATGGATAAACAAAGGATTGCCTCTCCATGCTCACAAGGTTCCTGTTCAACTCACGAAGGAAGAAAATGGTCAAATCCGAGTCTATTTCGAAGACCAAACGTCTTTTTGTCGCTAGTCATGTCTGCATCTGGGCAACAGAGGCGCAAACAAACGTCCAAGACCTCAATCTAGAAAGGCTGCAGGCGTCACCTTAAATGAAAAAGGATTCATTGCAGTAGATGAATACCAGAATACGGTTGTTCCTGGCATCTATGCTCTTGGAGATGTCACGGGCGAAAAATTCGCTCCTGTCGCTATCAAGGCAGGGCGTACCCTATCCGAACGTCTCTTTAATGGAAAAACCGATGCTAAAATGGACTACGCAACCATTCCTACCGTTGTCTTTTTCTCATCCAGCGATTGGTACAGTCGGTCTCACTCAGAAAAAGAAGCCGAAAAACAATATGGAAAAGACGCTATCAAGGTCTATGCGCCAAGTTTCGCCTCTATGTATTCAGCTGTGACCCAGCATCGTCCGGTTGGCTAAATTTAAACTCATCACTGTAGGACCGGATGAAACCGTTGTCGGTCTCCATGGTCTTAGGTATGGGGTAGATGAAATGATCCAAGGATTTGCTGTTGTTGCTATCAAGATGGGAGCCACAAAAGCTGGTTCGATGCGACAGTCGCTATTCATCAACTGGATCCGAAGAATTCGTTACTATGCGCTAATATCAGAAAAGGTTTGTTCGACAAGCCTTTTTCTTCTGTTTTATTTTAATGGATCATCATTGGAGCTACCATAGTGTCCTTTCATTTGCTTTCATTCCTTACATTTTTGTAAGATAACAAGGTTTTGATAAGATGACCATCAGATTCACTAATAGATTTCAACATCCATATAGAAGAGCCTGAAATACGCTTCAAGGCTCTGTTTGGCTTAAGGCAAGATAGCAATGGCACGGACAGGTGAACCAGTTGCCTTGTCCCAGTGAGAAACTCCAATTGAAATCAAGGCACCTACGGCTGGCACTTGATCCAAAGTGGTTCAAGACTTCTACTTATTAGATATTTTGCTCCAAAGGTAGTATTCATTGACCAAGCCGTGTTCTGCTGGAATACCAGCATCTGTGTCAAAGGTTTCATGACCCACAGCCTTAACATGGCGTTCATGAATCAAAAATTCCAAGGCTTCGGCTCCATCCTGGACTTTGTTGAACCCCATTTTCATCAAGGTTACGCATAGCATCTTGATCTGGCCAACGTTTTGACCAATCACTACGGAAGGCAACAAAAGCTCCTTCTACAATTTGTCCATGTTCAGCTTAAAATCTAAGATATCTTGTTTGCTCAAGATAAAGTTTGGATAGGCGCTACTTCTTTAGACTTGTCGATAACATAGAGTGGCAAGAGGAGATCTTTGAGGTCAATCTCATCCAACCAACGGCCCCCTTCTACAAAGTGAATTGGTGCATCAATATGCGTTCCGTATTGACCAACCACTGTAAATTTTTGAACATGGAAACCATCTTTTAATGTGAAAAGGTCTTCTTGTTGCAAGGCAGGAAGAGCTGGGAAGTGTGGGCTTTCTGCATTGATTTGGTGACTCAAGTCCACCCATTTTTTAGCTTGCAATTCTTTATAAATACTTAGTAAATCTGACATATGGATTCCTTTCCTATAAGTGCTACATATGGCATAAATGAATAAGGTTATTATAACAGTCTATCCCCATCATCCACAATGATTTGCGTTAATCTTGTTTTCTTGAATGGGATATAGTTTCAAACTATAATTATATAGAAAGCATCAAAAAAGAGAGCTGGGACAAAAGTCCTAGCCTCTCAATTATTTATTTGGATTATCGAGCAAGACGCAGTGGTTGAGTGGGCTCTACCACGCTGATTTCATCAGCTTTTACAGCCTACTCAACTGTGCGGAGAGTCAGGACGACGAAATCAATTCTAACGAATTACCGATTTCTGTCCTACTCTCTTTCTTACTCAGCCTATTACTGTTTAAATGCATGTAAGAACTTGGAATTCTTCGTTGGTCAAAGTGATCCCCTTGCCCATCTTCGTATGGTCTGGGCTCCAAGTTCGGATATCATACTTGGCAGGTGCTCCATTAAAGCTAACCCGGTTTAACTCCTTGGTCCATCCTTTTTCATTTTCAGATAAGACCAAGAGTTGTTCTTCAATTTCAAAAACTAAAATCTCTGCACCATTTAATACTCCTTTCAATGTCTTTCACCTTAATAATTCGTAAAAATTTTACAAAATGATCAAATTTCATATATTGTATCAACTTATGGAGAATTATGCTATAGAAAAGATTTCTTGAGCTTCTCAAGGACCGAGCCAATGAATTTTTCAACAAGTAAAACCTCTCTACCAGCTCCTTTAGAAGAGGATGGTAAAACGATTCAGATTATTGAACTGGCCCTTCGAAAAAAACAAGGTCCATGTCATCTTCCAAAATAAGAGTTTTACAGGCGATATCGTGAAATATGATCGGGAACGAAAACAACTTATTGTCAAGAATTTTAAAAAGTATGTCAACCATCATTCGAATTTCTGACATTTCAAAAGATTAGTCGTTCCATACGATTCGAATCGCACAACAAAAAACACCGTAAACTTCAAGCTCGGGAAGCATGCGGTGTTTTTTTTTACGTTTTATGCACAGCGAACTGTTTGGCTGGTTCCATCCTCTTTATAGAGGTTGATCAAGCCTTCTTTAAGAGCACGGATCATATCACCTGGTTCAACTGGAGTTGACATATGAATGGTCAATAACTCCATCGGATTTGGGCCGATCAATTTTGTGCCCTTGGCATCATACCAATCTTCAATGACTGTTTCAAAATGACGGAACCCAAGGTCCGTAAGAATTCTACTTGGTCTCCTTCATTGATGACATTCCGTTGTCGAATGGTCGCAATTTGCTTGTCCGCATCATAGGCTACCACTTCTCCGACAAACTTGTACTCTGGAATCTTCCGACGAGCCCCAAACAGTTGCTCGTTTTCAGATGGTGTTCCGTAATAGAATCCTGTAGCCAACTCACGTTGGGCTACCTTCCACATTTCATCAATCAAGTCTTGCTTAATCGCTTCAAACTTTTCAGGACTTTCCAAATAAGCATCAGCGAAGCGCCTTGTAGCAGTTCGTTACGAGTAGAGACATAGTGAATGGACTTCATCCGACCTTCAATCTTGAGACTGTCCACTCCATTTTCAATCATATCAGAGCAATACGTAATA + '#$$$$%*++(074;%%%%0/+)(%(&5::DBD@0(@?GFAB;6'8AAC??89,-,(777??@>?A<>GHB;;9763-4).)%)&2+227:??IEABD;7;::673..-87:AA;1/*-8457@;8:>==>F;<;=EHDF?@A500;@CEB550),0&50>?>:;973247A>?BC;::=628=71*:@?=%:?>BB=>DECB@=121-''(%$$&44@;A>A=<>A?AHGD?=BDH94@F<=C>DC@//'?@@>@FIB7=94;56'%)$%*024/)4234;?>A6'2:=@<;FGDAA>2>:>3<:;@ADGD>AB=A9B@>GHB;9=>A20/3>B?8:8?A/)ABIB;34(834<>>3<>002EBFIBKKHJEC;E0<,-*((8,====>=:2?;>FLHDCIIBCC8?4496538:;=8661-=9DAAFA>?1-,%0?=9:A-;E?<59HFFEFC?93,35:;FCHI?:DA@F@GBCHA?CILED=FDC(=3+9IDF:9><@A=;6813754BFAA3*5D?;:EB667''(.=>>4?=;<1D<>JD??>:;<>>459ACB>74%%<<9>?=+3(*(&+-+.,),.899760%)?A>9BA:;1./:<<9=>@?976;6+0:438?>878:@@@;)76564@@D58DEE>(8*8:@CC8>DAFF=:FE79>6203&.024489=310..'0***9++/5A=DC99078;;();9=?8=:>?9C?@?:4CC:A=&')+,-DC<=)/?>@C=C@B9@<;99>C>8=9)*4=>??;DB?=EHSQ:FFBGLQMC@E@A9@;?>;ED?EPOIFD@@HB9544/+$%%&%+;2.5@?+56>7;8@<>BB,A?IEFBCBA>;=EICA;6??<@C:;DGHHHG>CFKFADEKGH?:2-++-7-9:H36@D79;@=;?BEONM.>@)>GKNB@8HKILFED;EFDDEJAB@>BCGKKI>B@DEIKC8:;>@DACD:70;>EEKA@637>@C:8../>A@=1&)784C??FHHB(&*-;>:23<=@CLLHDG=GAHGD?<>DFO:;DBE<::6<5>AB@@BDFE@3)CB5..=;HJD45AE@CC78ECCD6''%%')&%%(%&%%*(%).399;54&&%/(1569;ABAC?EOPMKEPIGIDHEIIID:MFBFJGHHC7A@GBEAEEB=:DFIHF@:9:<4=EF<47NE;;A,))16@CD3;@?@@=H?&?=FB6<<<:?:;;=EH@JKJBE=9>?IIFEA@BB99CD>8AGJLEH?>A:9I=EB@AEJ9BA:9099::<:5<@9E>;88:;=;A<7>=DH<<;:%%@78BAHE::9:A<@?;,4<>ABCH96;1.4:=;@DCIDCFD@A@HIEEB@=@GFGED?ED<4>4;7<9<9:;==DLJJ8=7?:DC8@@;GMEHKFGA9891DHCBABB8?D8EA42=:5.99277<7A05=:<:8@EE@F@GA@A8?>?9A;A;??=429?/98/<;:8.112(*>=>BE;8=?A8=>@:?=EHIH:BDBA==?:<9<=646$&$&$'%-+557>B=)1:;>C?786<;@@?@5.+)*68;=378CADC@48@CA;;6>/88:59:4653*-'&790@?@C8C@;)49+9BDH?=@=@=BFJ@=8?BFJI@BBB7/0/?AB:8@IMJ@A?GIOFDB9.#1*%%%$'(+25369;9>=>F9DA;-0+7>3B>640(38>D?87,((('$%&&,64344=<:?B49?ADD=334:8<;=?D@@AHDA:KGG@CFDF>123//DB;?IFE3=?@JCDCHHC@@DF@BBFKBLLE=3,-9;589<>@=GA><828@@8;,)6:BB>LG=?EC:;?FFILNB>>;55ADE9BBA>A>?@=3:BB>=9<=ABHCA;8+%..1CCDDDADEB>@B;DCADEA=>@:<6&33444./*+2;=8.0*,0305CCFD>?ABAE@BFD?GKGB=@@BE??AG8BFA@?DGE@AG;<@B0@@AA:3;=6>A4=;;=/)&84995=>=>86:9*2;9,539;(44NNMI=>;@B?A@@<9:=?=>.347@AFHI@=7-.9(<<=FFCE=?AHD797?IKBID=DK?BE@I??AB<;A>@:LNLMMNKMCC=.A?AGHHF?EA>;B>397>ACBD;=>@CBD>?8561'7;==>38)%&,'56==;>;(%+2376:<:4?7:<>9?>EC?EHH8<9?77(-4)469?@@A=4GFF,?BAEA@@;?6;CBCCE>@BB6=8:=@D@A?:=??@@:EE??-0148:AHF99?CC@A=8AG<:<;37:8;@*7>::;574-57AA<:<6;=++<;?A;898,*%%%+-<;:;CB>74/0.4+,*(&'(*%%/359?IJLJIH@?83?AEBCBC;AC9<7/8.37;@>?8?+%&:7ABA@A>AFFH=ACB>A@8-?@89=;;B?=:;-8**9'3)'228832*+2598::;9;@>:?)68@>;;=5*689+-)337=>:57ACG;=AHBBCCDD;?@:3))&&(/088;<1)%**'-,7:?BHEDA;;;DDD<<7?@=7;(%483-*04778=78:>?DBBIEC5@:99?=<(($$+-33555431*+41&&-87+:>B=0,+.KEA7:<<>631?FFJH:@ABCELJII73;:4,'()/58851/4$2378:7>=3,05<9;?AD<8EFC:)35=D9/?>7:::E@@C==@EKCB>B@<=237=;A=;ABA+?:=@DH03;=HB@DBD@A<98BCA@::H:8<<@ACA@02HB><EG<;7@;=;>?;<=:0E;C=<>AAC<;:@EC@;@1;476/*(868;<@EA??AH==A9<=>??77<=,2;5)-%1/2:;;3;=@;(=<398ABC=8(((318:<@A83246-8?D:B;??@?A>:=JBABAH=:A=9?AA;=?<=>A?B@CAEKLDGGJID>@I>'@:CFG>>BA47=DJKC@B?@@EHA==@;;;8;::;;673::9C;CEE??HEDAIEBC;;;AACB=>GIOIEGLHJJE>EJIMHGHJ59=D<:@A?A9B6))9==KKFFL9QPHNEGHDF<9?<;?;%10/(252/03;=B9@6FDB=B6?@9C>H@A9;<;@;>==;;:<@<3<;<:?=@C88ABA6;K>A:D41;8669=FIC;1330/=8*))()();9C>@A>4>@5AJBB;7535;7,329535E@?G<;;9<(:>5:;><<3-/86508.65300%&4699??IMN>E?&63,2>2@>959CCCD@=860-%'4*')*.0+--*,+17@=CAG:FID>=8C@665=A<JEEE=59<=@DDG>@AEMH<B?E:;<8<<5+9858578956:@@9778464;<@?<@9)8;9C:@><*:9;D=:@?:4=>9@=?>1ABBBB=@?B<@@GFCLJJIF?DE?HH;7)0@B5AD><;<8'()(&%$'**+$%'#%%%':;9>?>>BEF8;ACCC;A:93/?=CBA=@9ABCD@EAA9898763+)).((02213034688889893>7=?>(?>@@GCAFCC-@C>>@89;=KBD1355<@A@>07)/0//&&+/;::D<9577;E;42%$$$01577A<>:<427HFG41;@@?>+)2&'$/;644884.*/'$$$=?;:<6-62213<;51<::9CA?89=A9A4<,458;78<@BMHBCACC*EFG<;89?>?8;=>897554479(86:9;<;0*('((')))%%&4;;99>=C>.2@B?=H>AE==B>B=?B?8?>?@>DC1>AEDE>9@C;9+*-/039>*29@A?;<9<<9B@??BGCB@@JHDEG9BBC:=;<<3*@AA<@1':<>ADE?A;:465,9;<>B>=:<6;62**,9'%&694=?GHKAGLC...0<@@;<&%'''&&%/129.5-)-678*,)0.B;BG>DFA8>CAA>743FC;;H=7;8;=??A=@?:8666)#$3457:5B>>?@=;:<;:A>980-'8ACFNH;7403:8,->:7&(+()-.-,.AE<=<=;;;A8D<9:AACDBEAB=58>A@;9:/8.,;:9>CE85=;=5;2@>DEBA>+C@DGC/9:@BDADB;?AAJIDDGDFFBB<5598;>CIHCENB?:9>@2@>96>RM?7769;=?7?<@A=CDA;A@A9,,26KNE<2*$5=HEC95@?99;B<@B@D>@DG'<3547+=D=BA=88ABBDHFG>;FGG??<9753/(&#&+018;844.-;;;<@@9<>@==;=;&BAQOBBI;@D=NH:&$5<:8====78=CD36<@EFF=FF=8;6;9758GII0>?GFEHAB:@:FEF=9AA?;43;>A85;=<@GE?DEMKLK=?>?9:87:C=?>81++;:;-.5ADBFF3@;8DII3/0=B>=?-.-'$*,%%&%&&,)%&/321)2;;9665=>58?CEFC@AEF;ABCA?:69EDD<A?@CAB9HIE=-+58637=>::BD@,AEE<;%(44426+2&5745EE9=>G?C8882(887>HG76E?=;8;CED;@BB;LOMI?,EA?BD9<><;D9CD<@=,55@?H=::@@?>0HICF;A=>GABG?JCPF>=<114A7397+.905@?A?CJFL?E9>>8?;97:24233/.;;49%+8=A@@AAA7=>BC>J>IA>A>><4?JIBCGFG>;9)58<=@<=>AAA@56>;DE@FC9=A>;=>9AD<><8=IHB5/),9786.#%%%$%-'&%:>@BDBBAC?KKSMHG9=ELL>GA>?A>9EFABH@BFCG5@>619>FGBHII??40+&&:=BC9<@A>A<;79><;:.+',3,//(#&*-6/?9;?AME8))&0525:87>::6*5)()363876;;B>9--*98<;=CE@ACF6941.;@@AD=?FFAAC==?>?@?=ACB?EB?9=@=10--2.,$/;=ABB;=A@AGD?FC>??::8$-5./+)*355<=<=@;=C?79BDB3C@:8:PP>>FBD9=;')=977AAEEDD@A?HS?-467::/29A>>:C>>;ABAA>DDA@AAB44;:<=A<0(+;=8=89===1>>7??BICBEAB@?<:72.$)+-.*%'+97=AA9<:%(&())))+'2=:=A@>9679823*5=JL=C<=-7++,>?9(,<-,(*8A;?<=1&%#'3>?6)3110--),%''/0?<:?:A7<<79?=<9??>9<>@B:,9:ACA?>6-=@<;@=5;=?EBDCDFF>@9<9..;A=<9@B@;>=@71+&,-,*('+9:3+2<<>:544+-88889=:=>@5@JIE8-5DABAD=7;:?B:533BCCB@?ACA7>BA@.$2:?HKFDDBC9;%;?@>@5=DGB@55;=:=>4<<,7%8CBEBJI9B9:86+=-2,=@;6?;=9;9652#)($%()/231?=7@=)$$$$'49@*3:?F=H@DC48>C?@D@ADBEJEGCJE=.;F<=<>HIA=B@G8-CBBKI?CD?/*&3@<'%?8@@BGJ::9=RNC4-.DGCE??OC6/);95;7@=@:9(.--<>99,1024,70'&(),?99764+&+3D55-6?79:??BF3<3377;?@ABC7>:??798575:<@:<94?><@@==>8=9;62&%&'./<234435-*3/3-(;DDDA:?@=E<;?@?=7<@B8CDC>9=86679;>:%865*+)-(%$$(.11=F9AD?ACB9323489>>7'+7?FBFHB:CDFFCC@@DA>EBB@CDHGBA9=5?8.4249929321$&02CFHAD24740'*89:&&-7A?=;>)489<9:;>698@;F=;@D9;=;26>396:??<-=<47:;:88854(*&788638A=A;3('#%#%$%$%%%.575)*%#)3349:<7337721/%&&1:(:36*-)')*+-42.004664<<;<0;77E?=DD<>.-'/301/(*04999>78(13:99=6BD=5A9::7$1-+)&*679D>><<>0,120,::9@A6/)/;ADF?<;@A:B===7.466:+,,/+BBBCE9-->3551.468:6489&-0/%(.38(56:,;678;==@AABEFGF>FG<>7==;=2%44+(+2'--78459;::739;;9<99446+$#$%(-/*6648565671('%%'%%'(/15:<>>=959>@BA@HNDED>>6?<,B=BB>C797>DCA>=A<=<:99=@7AA?7;45<=E@:>EN=67?@F@@59?>?D;CD>99@@FCB:@BACB@3482<;::?76>>ABB<106;<79;/+;B@DDA?286*5&&%'.112*97/56/,,.'9:E;C>?>;5=326==35771/4:AC8?8&=??A7<=:??A:@@<==:=>9DEF<8AAB>C@?IICA:FJJ:<937>IBF4FC9-%$&=>;@B:>?;=9:82.--*$%%/224;8@AAC<<=99?CC<6<<>6:A;8938;;7-;=<<9-=84+(&$$%),*789;:7<;@@A=76)'*('44@65,+.223:76::>=>?=<@BE=@MD<97@=4@??FFB=9346<>:@=9C=>CEE>A9::1.,164.6)88364415<88<0*$$$$)49:?>=:9:.7.46;=;0+:;?B7555?DD=JB;A@;ACBDG:2BDCAB9.68?A>=CFDDGE=6A@>=7@>72'),:=>=6689>DC??=A9<5A==:BHC,@=?FGA6?8%&1%&%%%%%+/2..+,+.9>@9<<41?*,:?B<;:>5&$%'(,..8D;9@>7797660/),/12:<65>A@B<8:'*2:BEC<>B886;=A./53.),/003+47AB7?B=?99+568;::75978:A;?<0+0567((&0.++-(((++&349A7*-(6//$%$BE5FE;/*)***=?4A=C;=348.:;=>@DEH/;>BEC;*.8;B<:166--0<:>99<9)-.+D.:<5,5>?EHD>CJIM@+$&)%&'3;B=>>?>;<8239;17545;254>61%$'%((%)*.00:9@3,;<44=8778;BA??=FG@DFIFDJIDB64><<+'599>C?A<=9>A;<@H@@@A>;,-<;;<>@<35:0+/,+64::<9??ACD>AHIG=C;AAE@AEFGFD?<=456>BC@=@@87JLIC;>8C;>9ABE=9;B<=DIIEC:>D934<)').%*689=@?=A(;>?EEDDF>9G@49>@A<=<:>69:.()76CA??BB;@=:2/0&+#)&(*38356:5$$C<==402-069A=7BN6AB+??@BBGE:<228<=CA@3<<9A7:;;,67.022=>?=CEF?:69A=:@AF>IIB796.E7C=CKFD8D798CGINLMIKJ0D>@7-F;59<98>I@B?@7B?56:?B<>6AC=>A??.%%%%1/.6AAEB?=>96=99<:?9=:9@;<;B9=;D<:889>856:>8B<??=3649AA@G;=E@<98:?@?=;66)?BBBD@/0148CC<<=B;152,-(&%&,/5746601+967:8??A(6-&'(4:;889C@@<.1,-/0@DEFA?:)*565:>;;BE8<@?<''+(,76<@78(*5?E=GGF=>B:?EF?9?BGECE:FC>C@D88EC966*8;@?DBDGD?>9-@87773%%'*2;:76::67=FF>9>HIC7:HIAB>96<>?BBC??HK@@B@9;ACCEDB<=3025>?><<;.0.1;FIE,GLGGCHIC@AAF>@08>B>B?BH?8BHBB<8)1468=D@EB;0656.?9:;68CF7A88?@B>?:;=A:5?<3,78;;CCC>BFGD@69;?ACDB;E>:8B:7/*48:67:<AC;;=8658==62..9=<9:<;5555313726;;;9=:7:88;>HE116--?A>C<=6<:8>@A9<;;=,5-,>;99;AAFKBA8AA<@=?89DECB?DBD8/2+2-.'$%0&1(67CD>B2267;2/03&%$$%%+*+35::<:879'',,--20'*%'154.+'$%,-18:>?CHHGGB<87C?FMJG;:9CF?=;?>EFA@CFLLD:CEEDDDACB:6BC94*)***,11=<>?A88:76@<@B@6B:5;=FKHB=B??@=>?6CDEEAB73@>D;;>>IB;:E@<888C?DCD=,C??CDEGCC>5?B?=B?>@D>B=?9?=315=FB><<<=>@7@DHG@<=?A>7>822687+<49:4;=BI?>BEC;/31/1)))59==99;)B==CA>;7''((/2279>A@=;:69>;=;ABDG?<8'$44502496,'('5:8AFE=CA8>=AEEF9CFDF<3,--.5F?E;=@FADC;+*.<@@9<:?>=CD=48=6+8,//3;<9:87439<>IG0?9>??A=@>?=>?@>:2;=40,*3979=B><9:=8:237756)&+6;==DC?:<3;4<-5&6()10%%%%$$%/0+,-)58<;CFK=<9?B@@ACCAGB<;B8.:/-4',)%%%;?;<44;AE@AA578=>>A944.01/67AADAEFICHCG9<59@@74=BFFA5>A<@7;<=<33@BEE=777CDKI?G9($741*.-)*,%+%$%1015===C@@AADFDD=GIFDB?<<9-7--23>=BECB@ID>>@A?$'7:7<><4=679>>??<<;&'++8:>A9:?86499:(704;<70=?;/B<@B==55388==9;<-9(%9::9A@BBB>@E>AGCCD;7>5257+-;9@>I>A-931.68A=;>;.<<5845:9./+03+59B;;D9<<>;=AA?EBBD=;>?/3:;=;9;?873@:8>6<@B?A>=:?@HH>688<;<>@AFGCE7=9;>?>=::8+*')566@4>A:14(8BC2;;788=CFBBBF==?>D8D87;>=?<@@>C?>A>AA+,-+++7--24C89EB5213.01131343;:7>;;67B=@BCC5<<=:;88;B;?AC=96:956)('((&)+788<@<::<61272+8&58==>97/261/1:F59BE<=@>?=;<<><:@A;;158500(&+,(/:<>>D<;=AB):1945:;9:=>?>>?95/1)$)7;@<>@I??:96$(,0,-*,$0.(*)&$$-(+4586(0/370;=34,6=83.;?FE>>AB?<34B=;9@EHAGB?;><.>F<;8;<:;=95448(()'-68:9>?=ABB?9694,<=@@<=9;,378:647;D+5/=3@B5::EFB;>CECIJ;;<=@<IGHGBID@78==:@4:CC=18836;-;=@DD>>?@;'2C>A68356.3238CD@A;57761;@?@A<9=AC?=6<===8>?;;;-JDGG<>A66991++)%'&')+-),.89???A<5<>E81;@FD=CAAA;4,)*(,.24(3<=;@/8=?;>69@DCC:7<>D:@=8A@9;7838<2-,/1<;?A?=49;=355;?B@?:HH@@FGIFFK;CFII7520688&6;>@AHH;;=?AD<@CB7)93;8:?:DGI@>;>G8CC8=HJCG7?7;&:'+))'2?=:9<;==6%$$$$&$'+&*$3>@8<@+8;>@?B<@CED<=?GJDFIFKLLOF;@>8?F>;79EDCHG?>>9B@?:;;::;868;<=7=@>=>=97(+:.=EDD=6A@CDE?@@?A<6;6B@>;;ADB4:=EHGEABD?C>AC?>@GGFLPDCOPFLBC9<=??<@AC;;<=GGFJLPBKGBB4>CD9:<>CFHEF@3;BB@@=:*(**588=;A9>/@>DFDA<98=DHB@?@;26<=9:?AA<:12;344:6.<==:6DA=<57F>?BE@FJGA9=89:DB;6D?:<@C<3:;@CGG9=D?>?CJ@@@<;32AACHCA:EEFDCFLJBAD@>@B8D><7978:5566721+&$)%(000-2599>?A:7?BBFFJF@<<81=FD?40<>;2::A@4:EA0<=:CJE>?9>745:CB<>DH>C8+,632899:::@C;<==6?89CIH==146>:7/<=>=3:IHG?@=161A<@@==<8=<;:<CB<=:;@A<56:;42112@72??9:$CECA?ADC4/755-8117?<JI@@<;@B>CG5:>A=CE?A?A2:9925212&&$(124))*&&)$%&&##$#%*'$%##%'$#&6=:?A>ECA@BDD:58:2/45344+151&))01/2=@?=?@?%6BDD<759>>@GGDCF??9;;=*69A88>BA99;C==7<;981%59::50?@;::2321%=ADFFDDCBA@AA?BA?99CDGGD:63EFEE>AB09=@=A@>=C>BBDJ??9;<@D>;<;F@@A=DBG@>9;=<:?@A@I@=AEJJEAHHJ?>IEC<7A>??20:997;7??68GHBAA@;;6:;=6-&,1/04?FA=;=;>?/<2.69BBDID8376:-..:>;;<7669:@9>LD?>@B>B@<5+02/>A;96..59:<./2:;@@B?DB>C@?D;123619;6=AA765778>B?>?=?68A=A;<).368;>AC>6;<3&%%$'344996?@CA@9;5//..-**-**4456'***+*,//0,)236;<77;?A.06?@8'/-4228IGB@;---C/787839993679;==@C==>&%%&%%$$)$&%)(&&&$&$+557024<=?=AAACC@AAEFGF8@CEA?;2268-/<466;9:2500676<;:<-+'%%.159::6235<:/4<)((('*1/'&((1@BAB8A>:<:0311*,46CFE=/401+2DD@:?DHHG?@>AHD??F<2-/10-&$$$)%'-46A?@CB?@C@92:?9.'-.<9>?D>ACBB>2)*,09><.5:;:17BDD7=27?@7JD9@=?:>55<=<67H87345:=<(=*4:=>A:;78,((+944;86+)/02(%2778962=7667.'$$#'/)))(*0$&%$)))(()'489787<=;<==?10$6883;:AFB;9335+++%+40'.+21&&0/54*-/7=7::<<3,>;36;<;>;>:6>=698;;98789<=<5/-+(('%$#$&&.0278>;9:9=9:4&'2>>=;0-((898++-+,)=DB>EG:;/<:7:;9;9=;:01@C>AF=?DFDBDE>A=<7),5;@EFD??CA<:123,95:?::7.(5/)4<7;<=@:?:;=AB:<;<50>11-.268::1/545113:6353=8:;92?ABNGAEB>?9>>8%+9;A@@IGF:>=:.5/2@@>AC<<=?=<>A78?;?DCEB6@GCC;2,9),&&'96;;42:<:3784;:.8:,/,..0/*1''+22ASJGHC3ABCA@C=A@;&1A:BE@?A@>?<;A?B<;$%%%*<>AII@9979>2:=CBB@A?:C4<@;BA?<=@@C=DA,3>:;$*B>&('-233453;2.1?;;:7>9;BB>93956?@EEBDD@BA:@@@B97:>3C77BC<=<9@>)98=A<5258C99=>2BB96(6:AB=<5;89:539:3,:@@?@??CAB4>EFEEH<:=E<02.::=;@B>79<@<:,+-&+.HK:92337/8$;=@ADEC;@B<97?=898?@D@===>>8@<6D<<==@=>8;>=6622,,/$**&110-,24+$.3998<?;AA>@?G@59B>;:66(&)1:=@@;>@BBB=DEE@DB=<;=H7+>C=BD@<94.4958845&%+++&**-+'0/9:97019:2$$"#$40-1BIE<;D;788066=A?CE:)$+=;'&'24:@?A0+7@6+%%&&''34;=>@>>0?>=38;>E>AAE?98<>/7:>:9=@>=>78799*A;9?B169<=6;:9-+///%%&,24>FEEIE86==?DF<+:?:?CA@1,%%'*+/8:;:;<5?;>>95&4974523?;?@>;9.0//@EGAB>A@=GG23:@<48ACEF;@A@B76?GBBCB@F??AB+90AB>@@C@:>@?:*18?8:'''ECFFIJDFH@:H;8CD6?@DEE?=@FG<@@B@A@FA=>@?A@=>DD?<<44<@E>8612-<43566:%&6DDB*6;E;@ACI>G;;<@+62($*''&&):;<;6<>6BACE??EF?68;;=ABE<38:;99.+*(35B::<5>;6847,-57@A=7*427;99B<><=A;;>=7978/43<<=?<=DFFA@EFE;E?E;BBC:>7GEGDPQDCBA@5BD(::=69:<=?9416.$"%%011=?@BBC?AA*9?=>GI<>GLMANMNG?AE&52;=D=9B@@:A54@@@>>>@GDFA7::=B5;@AAC=EHDEKGFBFH
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c-3388-40cb-a8bb-36d1a4b1a17f/1 GTGTACTTCGTTCAGTTACGTATTGCTGTGTCAGAATCGGCTTCTAAGTCGTAGTGGATTCGCCATTTCTTCCCTTCTTTTTATTTAAGAAATTCTTATGCTTTAATTAAAATTATATCATATTTTAAACTTTTTCGAAAGTAATGTTTTATTTAATCCTAAAAAAATGCTATAATTTATTAATGAACCTAAGAGATTGGCGAAAAAATCTTAAACATATTTTTATCAATATCGACAAAAACAAGATTTCAACTTATCAAAACTCTCAAAAAAACCAGCTAACTGCAGTACTTTTTCATGGTTTGGCGGAAATTATTTCGGTTTAACACCTCTAGGATTTGAGCTTTCAAAAAAATATTCAATTATTATTTGCGAATTACCCGCGAAACAATGCGTAACTTA + %1$(&44;8:;9;8<9A2<8<:;;===80-0(%%$$112+((('(2.*><9@<5A=95+-((04?BIC6FE899788<@>@6145)'*)299:>@DDB@9''ECEJ?EKFBBBBEDD@?=?:8;0*+.1+8+%#;79=><00#'@=>DD@D??C;<:3*%/2244/)()9HGFA-7@MGKJGDGGATTVFECC@DFGFHB=CG?OHIA>;>8FIKHCIH?DEHHB>39&*69;35?ACGGDDFCCEC6;ALR?@@1CE7<;@7>99@?9;=9@DH=>GIFEA4+AEFE@8;=?/04447:68--9990-.'%%()&%).'&$$&%&&#$%& @SRR14011045.30995 f63808ec-5c88-41cc-9ff4-e012de91faa8/1 GTGTACTTCGTTCAGTTACGTATTGCTGATAATCCATTCTTAGAAAGTTTTTTAATCTTCATTTTCTTTATTCCTTATCGCATTGAGATGATTGTAATCAAGCATAAGCACAGTCAAAAATAGGGGTTTTGCTACAATAGGTAAAACATAAATAAAAGGAGGAAAATAATGACATCGAATCAACTTGCTCAATATATCGACCACACCGCACTGACTGCAGAAAAAATGAACAAGATATTTTGACACTCTGTAATGAAGCGATTGAACACGGATTTTATTCTGTATGTATCAATTCTGGTTATATTCCACTCGCTAAAGAAAAACTTGCTGGCTCAAATGTAAAAATTTGCACCGTAGTTGGCTTCCCTTTGGGTGCTAATTTAACCTCTGTCAAAGTATTTGAAACACAAGAATCCATTAAAGTAGGTGCAAATGAAATTGATATGGTGATTAATGTAGGTTGGATAAAATCGCAAAAATGGAATGCGGTAAAACAAGATATTCAAGCGGTGTTTAATGCTTGTAATGGCACACCATTAAAAAGTGATTTTAGAAACTTGTTTGCTCACTAAAGATGAAATAGTAAAAGCCTGCGAAATTTGTAAAGAAATTGGTGTGGCTTTTTGTTAAAACATCAACAGGTTTCAATAAAGGCGGTGCGACTGTAGAAGATGTTGCATTGATGAAACAAACAGTCGGCAATATTGGTGTTAAAGCATCAGGTGGTGTGCGTGACACTGAAACTGCACTTGCAATGATTAAAGCGGGTGCGACTCGCATTGGTGCAAGCGCTGGCATTGCAATTATTAGCGGAACGCAAGATACCCAAAGCGCACTAATCCTTTCACGCGTGGTATCCTCACCGCGTTTTACATATTCGACAATTTCTGCAGCAAACGATCCATTGCTCGATAGCCCAAGGCCTCAGCCAGTGCGATTGAGAAATTTGTTGTTCTCCTTGCAGATCAGCAATGGTTCGAGATACTTTTAAAATACGATGGTAAGCTCGTACAGAAAGCCCAAGTTTATTCAGTGCATTTTCAAGGAAAAAGGCATCTTTATCGTTTAACTTGCAATCACGCTCAAATCTCTTTACTGTTCAAATAAGCGTTAATTTTCCCCGCTCTTGCCATTTGAATCTCACGCACTCTTAACACTTTTTCACGAACTTGCGCGCTGGTTTCGCCACGATCGCCCGTATTTTGTAAGCTACCTTGTGGCAATAAAGGCACTTCAATAGATAAATCAAAACGATCTAAAGGGCCCTGAAAGTCGATTTAAATAACGCATAATTTGTTGCGGCGAAGTGCAGTTGCGTATTATTTCCAGTATAATGACCTGTCGGACTTGGATTCATCGCTGCCACCAATTGAAAACGAGCTGGAAATTGGATTTTGGCATTAGCACGAGAAATAATAATCTCACCGCTTTCCAAGGCTGACGTAGTGCATCTAACACCTTTCGCTCAAATTCTGGAAGTTCATCAAGAAAAAGTACGCCATTTGTTGCTAAGGATATTTCACCAGGTTTGAGATCGTCCACCACCAACTAAAGCCGGCATTGATGCACTATGATGTGGTGCGCAGAGGCGTTGTTTCCAATTATGAAAATTTAACTCGTTTTGAACTAAACTCGTTACAGATGCCGTTTCAATCCTTCTAAATCTGTCATTTCGGGTAAGCCCTGTTAATCGGCTGGCTAACATGGTTTTCCCTGTGCCAGGAGGACCAAGAAAAGAGCAAGTTATGCTGCCCAGCGGCACTTAATGGTCAATGCTCGTTTGGCATGCTGTTGACCAATAATATCCGTTAAATCTAATGTATTTTTGCCCGAAAAATTTACCGCACTTTCTTTCACAATTTCAGTGGCGAGGAGTAATTTTTCCTGACCATTGAGAAATTGCACCACATCTAAAAGCGTTTGCGCAAAATAAGTATTTTGATCAGACACGAGCGAGGCTTCATTAGCATTTTGTTTCGCGATAATTAACTCTCGCTTTGACTTTTGCGCTGCAAGAATAGCGGGGATCACGCCATGTACACATCAGTGCCCCGTCAGCGCAAGCTCAGCCACAAATTCAAATTGCTTTAAACGGCTCGCATCAAGCTGATCCGATGCGGCTAAAATCCCAATGGCAATAGGCAAATCAAATCGACCACCTTCTTTCGGCAAATCCGCAGGGGCGAGATTCACAGTGATACGCTTGGCTGGGTATTTAAATTGTGCATTCATCAATGCACTACGCACGATCTTGCGCCTCTTTCACTGTTTTTCGGAGCAAACCAACAAGTGTAAATCCTGGTTTTCCGTTGCTTAAATGTACCTCAATAGTGACAAGCGGTGCTTGCACCCCATAGAAGGCACGACTGTAAACAATAGCAAGGGACATGATAATCCTTAAAGTGCGGTAAAAATAAAGATAGTTTTTGCACTATAAAAAAGCACATAATGAAATCATTCATCATGTGCTTTCTGAAATCTGAATCGCAAAATTTACATTTTATTCTGAAAAAAGTGGCGAAAACCAAAAATCTAATTTCGCTGCCAGTTTATCAATACCAATTTTATTTTGTGCAGAAAAAGGCTTCTACTTGAATATCACCTTGGAATGGAAGAATCGCTTCGCGCCACCATTTTTACTTGTTTACTACGTGCGCTTTGGCTCAATTTATCGGCTTTAGTAAGCAATAAAAGTACTGGTAGATCTTGCAGAAACCGCCCATTCAATCATTTATTTAGTCAGATATCATGGATGGCAGAATATCCAGTAACTGTAATCCCTTAAACATTCGCGCTTTGCAAAATATTCTTCGATTTTGCCATTAGTTTTCATTTGCTCTGGAACAGCTGCACAACGCAACTGGTAAATCCACCAATTTACAATTTGGTACCACTTCAAATAAGTTGATTAATTGTGTGCGACCCGGCGTTTTTGAGGTACGGGCCAAATTTTTTGATTAGTTAATGCATTAAGTGCGGTCGATTTTCTGCGTTTGAACGCCCCGCAAACGCAATTTCAATGCCCGTATCTTCGAATGGAACGAATATTCGGCGCACTCGTTAAAAAAGTGAGTTTTATGGTAATTAAGTTTAATTTCAGACATAAGGATTCCTTTTAAAATTGCGCTTAGAATAGCATAAATAATCCCGTTTCCGAAATGACACGGATTAACTCAAAAGGCAAATTAAGAGATAAAAAAATGCGAAATCAAGAGATTTCGCATTCAAAAATCTAAAGAATAAACTTATTTTCTTGCAAGAGGCGGGACAAACATGTCCTAAATCCCAAAGGCTGTTCAATCCAAGTATTTTGAGGAATATCAATCACATAATCATCAACTAGTTCTGCCCCTGCTGGTTTTGCAAATACTGTCACAAATTTTGCATTTGGATACATTTACGGATTGCACGTGCCGTATTACCTGTATCAGCTAGATCATCAACTATGATGAAACCTTCCCCGCCATTTGGTACCTGTGCTGCGTGAAGAACCTGCAATTCACCTTGATTATTGTGGTCATGATAACTTGCAATACAAACGGTTTCTACGTGGCGAATGTAACTCGCGAGCTAATACAGCAGCAGGGAATAAACCACCCGACTCACGGCAATAATACCTTTCCATTGGATGCTGGAAGTAAACGCTCTGATAATTTACGAGCATGCATTTGAGCTATCCCAAGTCACCACATATTTTCACTCATTTTAATACCTAAATTTTGTCAATAAATAAAAATTGCGTAAGGATAACCTGAAATAGCATTTTATGCTATTATTTCCCTCAAATTTTTCGATAAAAAGGAGAAACTATGTCTGAAATTACAACACTTCAACCCCAATTACTATGGAAATGGTTCGATCAAATTTGTGCAATACCACATCCATCTCATCATGAAGATACACTTGCAAACTTTTATTGTTAACTGGGCAAAAGAAAAGCATTTTTTTGCAGAACGTGACGAGGCGGGTAATGTATTAATTCGCAAACCAGCAACAGTAGGTATGGAAAATCGCACCTGTTGTATTGCAAGCCCACTTGGATATGGTGCCTCAGGCTAATGAAGGTAATCCACATGATTTCACTAAAGATCCGATTCGTCCTTATATTGATGGCGATTGGGTAAAAGCAAAAAGGACAACGCTTGGTTCCGATAATGGTATTGGTTTAGCATCTACATTAGCCATACTTGAAAGCGATAATATCGCACATCCACCACTTGAAGTCCTTCTTACCATGACAGAAGAAACAGGAATGGACGGTGCATTACACCTTCGTCGTAATTGGCTACAATCGGACATTCTTATCAATACTGACACTGAAGAAGTCGGAGAAATTTATATCGGTTGTGCCGGAGGGATTAATGCCAATTTATCAATACCAATTCAATGGGGAAAACAACACTTTTGAACAATCAATTCAACTCACATTAAAAGGTTTGCGTGGTGGACATTCAGGTTGCGATATTCATACTGGACGAGCTAATGCAATCAAAGTTATGGCTCGCGTATTAGCGAAACTTTCACAAAACACTTCTCCTTTCCAGCTTGCAGAAATTCGTGGTGGTTCAATTCGAAACGCTATTCCTAGAGAAGCTGTTGCGATTCTAGTTTTCAATGGCGAACCTCATGCTTTTGAAAGTGAGGTAGAAAAACTAAACATTTTATTAAAAGAAGAATTATTCATTGCTGAACCTAACCTTAAGCTTTTCTTAGAATCAGCGGAAAAACCAAAATCTATCTTTACCTTAGAATCAACAGAAAAAAGTCATTCATTTATTAAACGCATTACCTAACGGTGTCATTCGTAATAGCGATGTAATCAAAAATGTTGTCGAAAGTTCACTCAGCATTGGGGTATTAAAAACTGAAGAGCACAGCGTGAAGGGGACTATTTTAGTACGTTCATTAATTGAAAGCGGTAAGATTATGTAACAGAATTATTAACCTCTGTTGCCGCCTTTCGGGTGCAACTGAATTTTCAGCACCATATCCAGGTGAAACCAGTCAATGATTCCTCCATATTAAATCTTACTCAAAAACATTATGCTGCAGTGTTAAGTAAACAACTGTTAAAGTCATTCATGCGGGTTTGGAATGTGGATTACTCAAAGAGCATTATCCTAATATCGAAATGATTTCTCTAGGACCAACTATCCGTAATGCGCATTCACCAGATGAGAAAGTACAGATTTCTACTGTCACAACCTACTGGAATGTATTAGTAAATGTATTAGCTGATATACCAGTTAAAGATTAATAAATAATAAAAAGCGATGGAATTTCAATATTTTTATCACGCCTTTTAAATATCTCAAAATAAACAAAAGAGATAAAAAAATACCGCACTTTAATACCTAAAAGTGCGGTAATTTTTAGCGATATTTTAACTACACATCATAAGTGGTAGAGGCGGTATTCCCACCGCGACCTGTCCAGTTGGTATGGAAGAATTCACCGCGTGGTTTATCAGTACGCTCGTAGGTGTGTGCACCAAAATAGTCACGTTGTGCTTGCAATAAATTTGCCGGTAAACGTGCTGAAGTATAACCATCTAAGAAAGTGATTGCAGACGCCATACAAGGCATTGGAATACCTGCCTCAATAGATTTTGCCACCACTTTACGCCAGTCATAATGCATTTTCTAAAATGCCTTTGAAGTAACTATCTGAACCTAAGAAGATTAAAATCGATTTGCTTCATATGCATCACGAATGTTACCTAAGAAACGGCTGCGAATGATACAGCCTTCACGCCATAATAATGCCGTTGCACCGTAGTTGATGTTCCAGCCAAATTGTTCAGAGGCTTCACGAATAAGCATAAAGCCTTGTGCGTAAGAAATAATTTTAGACGCCAATAAGGCTTTACGTACTGCTTCAATCCAAACTTTCTTATCACCTTCAACAGGAACAACTGTTTTATTGAATAATTGGTTAGCTGCAACACGTTGATCTTTAAATGAAGACACGCAACGAGCGAAGACGGATTCAGTATTGATTAAAGTTAATGGAATACCAAGAAATCTAATGCATTGATACCCATCCATTTACCCGTCCTTTTGGCCGGCTGTATCTAGATTTTTCAACTAATGGTTCACCATCAGCATCTTTATAGCCAAGAATATCGGTGGTGATATCGATTAAATAACTATCAAGTTCAGTTTTTTCCATTCTGCGAAGATGGCTTGCATTTCTTCATAGCTTAAGCCTAAACCTTCTTTTAAGAATTGGTAAGCTTCACAGATTAATTGCATATCGCCATATTCGATACCATTGTGAACCATTTTCACAAAGTGGCCAGCACCTTCACCACCAACCCAGTCACAGCAAGGTTCGCCTTGTTCTGTTTCGCCGAGATCGCTTGAAGATTGGTTTCACATATTGCCACACGCTTCGTGGTTACCACCAGGCATGATAGATGGTCCATGACGCGCGCCTTCTTCACCACCAGAAACACCCGAACCAATAAAGCGAATGCCTTTTTCAGCTAATGTTTTTACACGACGGTTAGTATCAGGATAGTTTGAGTTACCGCCATCAATGATGATGTCGCCTTCTTCTAAGTGCGGTAATAATGCCTCAATGAATTGATCCACCACATCACCTGCGCGCACCATTAACATCACTTTGCGCGGTTTTTCTAATTTAGCGGCTAAATCTTCTAAAGAGTATACCGATAATATTGGTGCCTTTTGCCGCACCTTGTAAAAATTCATCCACTTTTGAAGTGGTACGGTTATATGCCACGACTTTAAAGAAGCCGCGATCATTCATATTTAAAATGAGGTTTTGCCCCATTACAGCTCCAGCCGAATAACACCGATGTCGCCTTTTACTGACATTGTTTTCTCCTGTTGTAGGGTACAAGTTGTTGTACCGATTTGAATACTTTGGTGCAACAAGTTGCACTCTACAAAATAAATTCTATTCTTTAATATCTTTAATCAAAGAACCTTTTTCATCATAGACCTGAAATTGAATTAGATGTCCATTTTTATAAAGTATTTTTGTTCTTAACTTACCTTCTTGTATAACCTTCAGACCATCCTTGAGCTAGACCTTTTACCAATGGTGTATGAGAATGTAATTTCCCATTAGGGTGATAAACATCAAAATATTTATCTACATATCCATTTTCAACAGTTTTAAAAGTTCGCCCATTACTTGCAGTTCTTATTAAATTCACCATCTTTTATATTAGCCGGAACTGTTTTTTTAGGGATAGTTCTCATGTTTTCAGGAATATCACTAATCTGATTAATCTCGGGCTGTGAAAAAGTAGTCTTGTTATTATCTGTCACACATGAGGTCAATATGAGAGATGCAAATAATGTCACTAATATTTTTCATATTTTACCCTAAAAATAAATGTTATTAAATTAAAAACCCTATGATGGCGCGTGTCTCCTGACGCATGCATTTATCTACAATCACACGCTATGAAGCGTGCGCTATCAGTAATCCACCTTCTTTCTACGCAAAAGTGCGGCCACCTTTCCAAGTATTTTTTTACCTCTTCGTCCACGCACTCGTATGCTGAGTAAATCCAATATGCGGATAATAATCCACAGCTTGTGAAGCAGATAAAAGCACAATTTGGGTTTGTGGATGCAAGGCTTGTTTAGTGTATTCAATTGACTGCAAGAATACCTTGTTTCTGATATTCTATAGCAAAAACTTCTTTTAAATTTCTCTAATTAAAGAGCTGCCTTGCTCTAACGTATCTAACCACTGCCATTTTTCATAGCCGATGAGTTTACTATTTTCTAAAGAAAATGTCTGGTACAACAACGCCCCAAACGATTTTCTAGAGATTGATTTAAATGTTGATACGTAAATTCAACTTGAGTATCGTTAATCCATTTTCCAATTAAAAAACCTTTTTAAATTTCACCGCCACCATATTCTGCCCAAATCATTTTACCTTGTTGATGGTAATGAAATTCGGTTTGGCTACTCACCTCACCATTTGCGGTGTTTTCAACAGCAACTAAATTTTTTATTATCCAAATTTAACATTAAAGTATCCGCATCTGATGTATCTATATCTTATTTTAGTCCGTACAATTCTAATAAATTAACTCCTCGTCCACGCACTCATATGTTGAGTAAATCCAATATGTGGATAATAATCCACTGCTTGTGGAGCGGATAAAAGCAATTTTAGCTTGTGGATGTAAGGCATGTTTAGTGTGTTCAATTAACTGCAAGCCGATACCTTGTTTTTGATATTGTTCATCAACTGCTAAATCAGACAAATAGCAACAATAAACAAAATCCGTCACGGAACGTGCCTCCACACCCACTAATCGTTCACCATCCCAAGCGGTGACTAACAAATCCGCATGATGCAGCATCGCTGCGACACGTTTTTCATCCTCTAACGGACGGCGTGCCCCGAGCGTTCGTTTATTTAGCAATTCAATAAATTGTTTAACTGCAATTGGTTCATTCACTTTGTAGTCTATCATTGTGCAAGCCTGAGATACTCAATTTGTTATAGCAATTTTGCCGCCGCTTTATCCAAATACCATTCCCGTCACACCATTCTTCGCGTGAATTTTGTACTGGATACAGTAAGTTCCCGCCAGAGTCGTTTGGATTTCTTTTAAAATATCTGCTTTGCTTTCACCCGTTACCAAATAGGTAACGCGTTTAGCTTGTTCAATGAGTTTGGCTGTTTTAGAAATGCGAATTTGACCACTTTCAGGGTGTAGCAATGACGGCGGTTTCATCATCAAAATTGGTTTGATGTGGGAAGAGAGACGCGGTGTGATAGTCTGTTCCCATACTGAAATAATCCAATCAAAAACACCGTTTGGAATGACCGCACTTAATTCTTCTTCGAAACGTTTTAGCTCAAAGTGCGGTTCATTTTTCACCACGAATTCGGTGGATATTTTCTGCTGGAATTTGAATGTGATCGAATAAAAGTTTTTGTACTTCACCATAGTTGCTTTCAGGATCAGATGGAGGAACCATACGATCATCTCCCCACCAAAAATGCAGATTTTCCAGTTAATTTGTTCGCATAAGGTGATTTGGCTAAGGTTTTAAATAGCAACTTAGGCGTTGAACCACCAGAAAGGGAAATATGCACAGGGGTGAGTTTAATTGGCTATAAATCACAAATTCTTGTGCAATTTTATCGACTGCGTGTTGAGGAGCCGTTGGGAAGCTGATATAGTTCATTGATTTTCCGTAGGGTGAGCTTAGCCCACCATTATTATGTTCGATATTAAAAGAGGCGGGCTAAAGCCCCCTACATTAGATTAATTAAACTTTTTTCTTCATTAAACCTGTCGGTTTACGCCAAACCTTGCCTTGTTTTGCGATTAATTTATCAGCTGCAACAGGGCCCCAAGTGCCAGCTTCATATTCATGAATACGACCACCATTGGCTTTATAATCTAAAATCGGTTGCACAAATTTCATGCAGCATGCAGCATCAGTACGAGCAAACAAGGTTGCATCACCTTTCATCGCATCTAACAATAAGCGTTCATAAGCGGTTAATACTTGTGCGCCCGCTAAATCTGCATAACGGAAATCCATTGATACTTCTTTCGCTTCAAAACCTGCACCTGGTTTTTTCAAACCAAAACGCATTGAAATCGCTTCGTATCAGGTTGAATGCGAATAATCAATTTATTCTCTGGTGCATTTTGGCTAAATACAGGATGTGGCGTGGTTTTAAAATGGATCACAATTTCAGTCACACGAGCTGGTAAACGTTTGCAATGCGAACGCAAGACGGCACACCAGCCCAACGCCAGTTTTCAATTTCACAACGCAATGCGATATGGGATTTCAGTGCGAGAATCTGCAGGCACACCTTTTCTTCTAGATAGCCCTTTTCCATTTTTGCCGTTAATTTCAGCCGCAGTGTATTGACCTAAAACGAGATTATGCTCCATATCTTCTGCAGTTAATGGACGCAAACTATGCATCACTTTTGCTACTTCATCACGCATTGAATTCGCATTAATAATCGCTGGCGGCTCCATTGCCACCATCGCGAGTACTTGCAACAAATGGTTTGGAACATATCTCGCATTGCGCCAGAACCATCATAATAACCACCGCGCTCTTCCACGCCTATAGATTCTGCACCAGTAATTTCTACATAATCAATGATACGGTTCCAAAGCGGTTCAAACCAACCATTTGAAAAACGTAATACGAGCAAGTTCTGAACTGTTTCTTTACCTAAATAATGGTCGATACGATAAATTTGGTGTTCTTCAAAGAAACGGTGGTTGTACGTCTAATGCTTGCGCTGTTTTTTCATCGTAACCAAAAGGTTTTTCAACGATAATACGTTTCCAGCCATATTCTTCCGTATTTAAACCATATGCAGCCAAACACTCAGGAATCACGCCATAAAGACTTGGCGGAGTGGACATATACGTAAAGGTGTTACCACAGGTTTGATATTTATCGTGAAGCTCGTCTAAGCGTGGAACAAGTTTACCGTAATCTTGAGCATCCGAAGTATTCACAGCTTGGTAATAAAGATGAAACCTTGAAAGCATCTAAATTTTCTGGTGTTGTTTCTTCGACTGCGGATTAACGCCTCACGCATTTTCGCGGAAAGTTTCATCGTTCAAGTCAGAACGTACAACACCAAGAACGGAAAAGTTTTCACTCAAGCATTTATAGAGATTATAAAGGGCTGGAATGAGTTTACGGTGAGTTAAGTCACCAGACGCGCCAAAGATGACGATGCAGTTATTATCAGTTTGCATAATAATTATTCCTTATAAGATTCGATAATATCGTAAAATAATGCCGTATTCTAGAAAAAAACCAATCGAACCAATCAATTAAATTGAAAGATAGAACGCCAATCGAACGATTGATCGCCCACCATGACAAAATGCGGATTAATCAAGGTTTCTCGTTGGTTATAGGTTAAAGACTCAAAATGAGGTCAAAAATGGCACCGTGAGTTTCACCCAGCAGCACTTCAGCGCCAGCGGTATCCCATTCGCCTGTTTGTCCTAGACGAACATAACAATCACTGCACCTTCAGCCACTAAACCGCTTTTTAAGCTACTTGAACCCACCACAACAAATTCACAAGGAAAATCCTTCGGTAAAATCGACCTCACTTTTTCTTGTGAAGTGGTTGCACTACCGCAATTCGCCAAAGGGCGGTCAAAATTAATCGTGGTTTTAGTGAGTTTTTTTACCTGATCCACTTGTTTTTAAATGCGCCAAAATCACGCATTGCATAATAAGTTGTCGATAAAATTGGTGCATGAATAATGCTTAATACTGGCTTATTTTTACGAACTAAGGTTATCAACACAGAAAATTGATCGGTACGATTAATAAATTGTTGTGTGCCATCAAGAGGATCAATCAACCAATATTCTTTCCAATTTTTTACGTTCTTCAAAGGAAATATGACAATTTTCTTCCGAAAGAACGGGGACATTAGAAAAGTGCAGTCAATTTTTCTGTTAAAAATTTGCTCACAAAAAGATCCGCTTCCGTCACAGGTGTATTGTCTTCTTTCAATTCAACATGAACCTGTTTGATAAAACTGTTGCAAATGCTTACCCGCTTGATAAGCAATCAGCAATACTTGATTAAGTAAGTGTTCGTTTAGCGTCGGCATAAAATTATTCTCTTGTTTTTGGCAGCAACCACGGCATCACAAATAGAGCATAAAATACCATTCCGCATGTGCTTATTAGCGAGGGATAATCCCCTTCGGTCAACCAGCCCCAAAGGACGTTTCTTGTTCGCCGAGCAATAGTAAATAAAAATAAGATGCCATATTGCAATGCGACAAATGAAATGATCGATGAAACTAATACAATCGAAGCAATGTTATAACGTGTGTAACGGAATTTTACAGCTAAAAGTGCGGTTAAAAATGAGGAATGGTGGCAAGAAGAAATGCTGTGAGAGCATAGCTAGAAAAAGGAACGATAACGCCACTTGAATCATCATCGAACCAAATCAAAAGTGCGGTGACGATGACCTGTAAAATTAGAGGAAAAAAATAAGTGTTTTTAAATAAGATTTCATAATAAAAAAATAAATGTCAAGGTAGCCTATTCTAAAAATAAATTTAGGATTAAATCAGATTTTTCGCACGTAATACGCGAGATGCAAAAATCACAATACCCACGATAAATACGATTAAACCTAACCACTCGCCAATAGTATCCCAGTTTTCAAAGATTTAAGGATAATGGCGCTTCAGAACCACCGGTGGTAACAGAAGCCGCAATAATGAATGCTAAATGACACCCATTCCTTTCACCTACGATTAAACCTGCAGAGAAAAGGGTACCGAAACGTTCTGCTTTAGCTGACACTTCTTTGTTACCAAGTTTTGCAATATGACGAGTCGCGAATCCACGCTAGATGCACCGACAATCACAGGCATATTAATTGATGGTGGTAAATACCAATCCCCACAGCAATAACTGGCAAGCCAAAGACTTTGTTGCTGTTTTTTTCAGGAATGCATCAATCGTAATTAACACAGCGCCTAAACCTACACCAGTTAAGATATAAGTCCATTCTAATTTATTTGTGAAAATACCTTGAGAAATGGTGGTCATTAATGTTGCTTGTGGTGCAGATAGAACTTGTGAAGGATCCATATCTGGACGTGGCAACGCACCGCTGAAACCATACGCGTGATATAAGATTTCTAATATTGGCGCGATAACAAGTGCACCGACAAAGCAGCCAATAATTAATGCTGCTTGTTGACGCCAAGGTGTCGCATCTACTAATAAACCGGTTTTTAAATCTTGCAAGTTATCATTAGAAATCGTTGCGGTGGTTAAAACAATTGATGCAGTAAAGAGTGTAAGTGCGGTCAAAAATTTCGACCATCTACGGTTTCAAATAAGCCAGATGCATTACCGATTGACACCAATACCAATGAGATCACAATAACAGAAATAATCCCGATACCAGAAATTGGGCTTGAAGATGAACCCACTAAACCCGCCATATAACCAGAAGCAGCAGCCACGAAGAAGCCGATAAATACAGCTAAGAAAGTACAAACTACCACTAATAAAATAGAAAGCTCAGGTGAAATCGGTGCAGCCGCGATAAAGTGGTGTAATGAAAATAACAATTAACACAACTGTCGCGATTAAGATATAAATCATTGTTTTTGGAGAAAGGTCGATATCAACGCGATGCTCTTCAGATCGCTATCCACCTTTCAACATACGGAAAGAATGTATCATCCCTTCAATCATTGGTTTCATTAAAATCAGCAATGTCCAAATCGCTGCGATACCAATTGTACCCACACCAATAAAGCGTACTTTCGTTTTCCAAACCACCATAGCAGCATCAATTAAGCTTGCGTCCTGCCGCGATATCACCTGACATCGTGAAATATGGCAACTTCCACACCCCAAGTCAAAATAACACCGATTAACATCGCAATACCGCCTGGTCTCAATTAAACCAACCTGCACCAAGCAAGGCAAGCGAAAAGCCCATTGGTAATTGGAAAGCCGCCTTTTTCAGTTTGAATCCAAGCGCTTGCACCATCAGCCATCACGTAAACCGTTAGTTAAATACAACTAATCCCGCTAAAACACCGCCGTAAGCAATATCTTTCACGCCGCTATCGCCATCTGCATGATTACCTGCTTTTAAGATTTCTGCAGCAGCTACACCTTCAGGATAAGGTAAATCACTGTTTACCACCATCGCACGGCGTAATGGAATAGTGAATAACACGCCCAATGTACCACCGGCAGCACAAATCAACATAGTTTGCCAGAATGGGAAATTCTTGCCAGTAACCCATCATTAATAAGCCTGGTAAGACGAAGATCACAGAAGAAGAAAGTGTCCCCGCTGAAGATGCTTGTGTTTGCACCATGTTATTTTCAAAGGATACTGGAATCTTTGAAAAATTTGATACCGCCATGAAAATGACGGCTGCTGGAATAGATGACGCGAATGTCATCCCCACTTTTAGACCGAGATACATTGGATGCAGTGAAAATCACTGTAATCAATGCGCCGAGATGATCCTCGAAGGTCAATTCTTTTAAGTTTTCGTTATCATATGTGTTACATCCTTAAGTAAAAAAAAGAGAACACTTTAAAAATCTTAAAAAAACACATATTTTTCAAGTACTTTTAATCTTAATTTTATTCAATTAGAAAATATTTAAATTAAGCAGTATTTCTCTTTCCTAATTTAATAAAGAGAAATGCATAAATAAGATTTGTGATACTATCTTATTCAATATGTATGTCCCAAGGTAAATTCATGGCTAGCAAAGAAGGTGTCCTTAGATAAATGGTTATAGGTGTAGCACGTTTACAAAACTCGTACTATCGCCAAAACCATGATTGAAGGGGAAAATACACTACAATGGACAACGTGCAAAAGTTAGTAAAATTGTAGAACTAGGTGCATTAATAAAATTACGCCAAGGGAATGAAGAAAAAGAAGTTGAAGTACTTGCATTAAGTGATCAACGTCGTGGCGCTTCCTGATGCGCAATTACTTTACCGAGAAACGGAAACAAGCCTAAAAAAACGTGAGGAAATAGCATGGGCTCGTAAAAATAATTCATTATCTGTGCCCCATCTGATCGTCGCCCAAACAAACAAGAAAGACGTAATTTACTGAAATTTAAACACCAAGATCACTTTGAATAAAAATAACCGCACTTAATCTTACAAGCGCGGTTATTTTTCTTGCTATATTTCGACTAAATATCTAAATTTGCGTAACGCATTCAGCTCAATGAACTCACGGCGTGAAAATAACTTCATCTCCCATTAAGGTCGTGAAAGAGTTGATCCGCTGCCACGGCATCCTTAATGGAAGCAACATACGACGTGAATTTGGATCCATTGTGGTTTCCCAAAGTTGATCTGCGTTCATTTCACCAAGTCCTTTATAACGTTGTACTTCAAGGCCTTTACGAGATTCTTTTACCAGCCATTCAACGGCTTGTTCAAGCTACGTACTGGATTTGTACTTTTTCACCACGTATGACATAAGCGCCTTCTTCTAATAAACCATTGAGCTGTTTATTAAACAATTTTAGCGTATTCATTGCCGTGAACAAATCAAATTCAAGAAATAATCGGTATCAATACCGTGTTTACGAACAGTAATCACCGCTTCATACACTTGGCGTTTCACATTAAATTGTGTACGTACTGAATATTGATGTGCTTCTGTTTCTTTTACAGTCAGTTGTTCAACAAAAGATTTACCCCAATTTTTCAACCGCACTTTCGTCTTTCATCATTTCAACAGAAATTGGCGACTGATAAATTAATCCTTGCAATACAGGGGCTGGACTAATGGCGACTTAAGCGACCGATAAGTTTTTTGTACGCTGTTATATTCTGCCACCAATTTTTCAAATACAAGGGCATTCATTGCTGGTGCATTTGCGCTAATATGTAATTCCGCGCCATCTAACGCAAGCGTTAATTCATATTGCTCCATTTCATCCGTATCTTTAATGTAGCGTTCTTGTTTTCCTTTTTCGCTGTAAAGTGGCGGCTGAGCAATGTAAACATAACCACGTTCAATAATCTCAGGCATTTGACGATAGAACGTTAAAAGCAACGTACGAATGTGAGAACCATCCACATCAGCATCGGTCATAATGATGATATGATGATAACGTAATTTATCCGGATTATATTCATCGCGACCAATACCACAACCTAAAGCAGTAATTAATGTGCCACCTCTTGGGAAGACAACATTTTGTCCGAAACGCGCTTTCTACGTTTAAGATTTTACCTTTCAATGGCAAAATTGCTTGAGTTTTACGATCGCGACCAACTTTGCCAGAACCACCCGCAGAATCACCCTCCACCAAGTAAAGTTCAGAAAGCGCAGGATCTTTTCTTGGCAGTCTGCAAAGTTGCCGGTAAACCTGCAATCTAATGCCCCTTTACGGCGCGTCATTTCACGCGCTTTGCGTGCTGCTTCGCGCGCACGAGCTATAATAATCTGGTTTACAATGATTTTTGCATCTGCAGGATTTTCAATAAATATTCCTGCATTTTTTCATTCATCGCAGATTCCACCGCACTTTTAACTTCTGAAGACACAAGTTTGTCTTTGGTTGCCGTCAAATTTTGGATCAGGCACTTTAACTGAAATAATCGCCACCAAACCTTCTGCGTGCATCATCGCCTGAAGTGGCCACTTTCTTTTTCAACATGCCTTCGTTTTCCATATAGCTATTTAAGCTACGGGTTAAAGCCCACAGAAACCAGCTAGGTGAGTACCGCCATCACGTTGAGAATGTTATTGATGAAGCAATACGTTTTCATTTACACCATCATTCCACTGCAATGCGACTTCTACGCCGATGCCATCTTTCTCAGCTGTAAAATAAAATGGCTTCGGATGAATTGAGTTTTTATTTTTGTTCAAATATTCGACGAATGCTTGAATACCGCCTTCGTAATGGAAATGATCTTCCAGAGCCATCGCGTTTATCAATTAAACGAATAGATACGCCAGAATTCAAGAAAGAAAGCTCGCGTAAGCGTTTGCTAAAATTTTGTAATCAAAGGTTGTGATAGCAAAAATATCTGAGCTTGGCCAGAAACGAACTGTTACCCGTTGCCTCTGTGTCCCCAATCACTGTTAATGGCGCTTGTGGCTCACCTAAATGATAGAATTGCTCATGAACGTGACCTTGACGACGAATGGTTAACTGTAATTTATCAGAAAGTGCATTCACTACTGATACGCCCACACGTGTAAACCAACCCGATACTTTATAAGAGTTATCGTCAAATTTACCGCCAGCATGAAGCACGGTCATGATGATAACTTCTGCTGCAGAAACGCCTTCTTCTGGGTGAATATCCACCAGAATACCCACGTCCATCATCTTGCACCGATACTGAATTATCATCATGAATTGTCACGATAATATCGGAACAATGGCCAACAAGGGCTTCATCAATAGCATTATCCACCACTTCAAATACCATATGGTGCAAACCAGTACCGTCATCGGTATCACCGATATACATACCAGGACGTTTACGCGCACTGCATCAAGGCCTTTTAATGCTTTAGCTATCTACGATGCACCATAGTTATCATTGGTCGTTTCTGACATAATTTATCTCATTCTTTTGTAAATAAAAATTGGGCGGGATTATAGCAAAAAATCGCCGTTTTGGCGATGCTTTTCGGGAAAAGGAAAGCGATAAAAAAGGGCGAATAATCTCGCCCTATAACTTGTTATTTTTTCCAATTTTTAGCGCATCAGCAAAGGCATTGCCCATCGCATTATTACCTCTTGAACTACGCTCCTCGTTTGCGTATTTCACAGGGTCTTGCGGATAATAAAGTGCGGTCAGTTTGCCGTCATTTTTGACCGCACTTTCATCTAATCTCATCGTTAACGCAATACGTTTACGCGGCACATCTACTTCCAACACTTTTACTTTTACGATATCACCAGTTTTCACTGCTTGGTGGATCGTCAACGAATTTATCGCTCAATGATGAAATGTGTACTAAGCCGTCTTGGTGAACGCCAATATCCACAAATGCGCCGAAGTTGGTTACATTAGTGACGGTACCTTCTAAAATCATGCCCGGTTTTAAATCGGTGATGTCCTTCCACACCCTCTGCAAATACGGCAGTTTTAATTTCACCACGAGGATCACGACCTGGTTTTCCAATTCTTTGAAAATATCTTGAACGGTCGGTAAACCAAATTGCTCATCCAATAAATTGTTTTGCATCCAAGCTGACGTACTACACTGGCATTGCCCATTAAATCTTGAATAGATTGCGCGGTAGCTTGCAAGATTTTTTCCACCACAGGATAAGCTTCTGGGTGGACACCTGAAGCATCAAGTGGATTTTCCCGTCTGCAATACGCATAAAGCCCGCACATTGTTCAAAGGCTTTTGGTCCTAAACAGGGCACTTTTTTCAATTCTGTACGGCTTTCAAAACGACCATTTTCATCACGATATTCCACAATGTTTTGCGCTAAGGTTTTTGTCATCCCTGCCACGCGAGCAAGCAATGGTGCGGATGCTGTGTTCAAATCTACCCCTCACCGCGTTTACACAGTCTTCCACCACCGCATCAGGGATTTACGCGCAAGTTGGGTTTTTTGGTTACATCATGCTGATATTGCCCTACACCAATGGCTTTCGGTTCGATTTTCACTAATTCTGCTAATGGATCTTGTAAACGACGCGCAATAGAGACCGCACCGTAAAGATACATCTAAATTAGAAATTCATTTGCGGCAAATTCAGAAGCAGAATAAACGGATGCGCCCGCTTCGCTCACCACAACGGTTTGCGGTTTATTTTCTTAAAATTTTCTTTAATGACTTCTTTCGCAAAACGTTCGGTTTCTACGAAGCTGTACCGTTCCACCAATTGCAATTAATTCCACGTTATGTTTGCGGATCAAGCTGAAAATTGCCACTTGCGCTTCGGCTTCACGGCCTGTGTGTGGATAAATGGTTGTGGTATCTAATAATTTACCTGTGTTATCCACCGCGACTTTAACACCTGTACGCAATCCTGGATCCAAGCCCATTGTGCTCTTCGCACCAGCAGGGGCCGCCATTAAAAGTGCGGTCAGATTTCGAGCAGAAACATCAATGGCTTCTTCTTCCGCTTTTTCACGTAAACTTGCCATTAATTCCGTTTCTAAATGCAACGAAACTTTGATTTTCCACGTCCACGCAATCACTTGCTCACGCCATTTATCCACAGCCTGCCCCGTGAAACGTACATCTAAATAATCACGAATAATCTCTTCACAATAGCTTTGACGACTTCCCTCTTCCGCATCAGGATCAGCATTTAAGCTTAATTGTAAAATGCCCTCATTACGCCACGGAACATGGCTAATGCACGGTGAGAAGGCACATTTTTCAATAATTCTTGGTGGTCGAAATAATCTTGGAATTTTGCGCCTTCCGTTTCTTTGCATTCTATCACTTTGGATACTATAACGGCATTTTTTCGCTAAATAATCACGCACTTTCGCTAATAAACCCGCATCTTCAGCAAAACGTTCCATTAAAATATAGCGTGCACCATCAAGAAGTGCTACTTTGGTATCTGTCACTCCTTTATCGGCATTTACAAATTCCGCTGCTGCCGTTTCAGGATCATTTTTTCGGGTCATTCCAAAGTAAATCAGCCAATGGCTCAAGACCGGCTTCAATGGCAATTTGGCCTTTGGTGCGACGTTTGGATTTGTACGGCAAATACAAATCCTCTAATTCAGTTTTGCTTTGTGTCGCATGGATTTTGTCACGCAATTCATCGGTCAATTTCCCTTGCTCTTCAATGATTTCAAAATGGTTTGACGACGATCTTCTAATTCACGTAAATAAATTAAACGGGTTTCAAAATGGCGAAGCTGGGTGTCATCTAATCCACCTGTGGCTTCTTTACGATAGCGCGCAATAAATGGAATGGTGTTACCATCTCATCTAATAATTGAATGGCAGCAAGAATTTGTTGGGGGTTGAACGGTTAATTCAGCCGCAATAATTTGGCTAATTTGTTGATTTAACATTGTCATACTTCTTTGTTATGAAAGGATTCGAAAAAACGAGGATAGAATACTGGTTTTAGGCTGTTGGCTCAAATATAATTCGAAAAACTTTATTTTATTTTTATTATGGCAAAATCAAATTATATTACCGTCAAGGCTGGAATGAGCTTGATCAAGAACTCAAGTTTTTGTGGAAAAGAACGTCCCAAAGTCACTCAAGCAGTCTCTGATGCCGCTGCTTTAGGCGATCGTAGCGAAAATGCCGAATATATTTATGGTAAACGCCGCTTACGTGGAATTGATCGTCGTGTACGCTTTCTTTCTAAACGACTAGAAGTACTACAAATAGTAGATTACAGTCAGAAACAAGAAGGTAAAGTGTTTTTTGGTGCGTGGGTTGAGCTAGAAAATGAAGAGGAGAAGTGAAGCAATATCGCCTAGTCGGCTGTGATGAATTCGATCCTGCTAAAAATTGGATCTCCATTGATTCTCCTGTCGCGCGTGCTTTAATCGGTAAAAGCGTTGATGATGAAATCCATGTAAAAACACCCTCTGGCAAAATAATTCTCTATGTGAACCGAATTTGGTATGAGAAGTAAGCAATGAAAAAACATTCATCATCTTTCTCTTTAAATAAGATCAGCAAAATTCGAATAATTTTCACCGCACTTTCAAGCAAAAGTCAAAGTTTAAACTCATCTCACTAAAAGAAACGAAAGTTATCTTATTTAATAAACCCTTTGACGTGCTTACTCAATTTACTGATGAGCAAGGTCGTCGCACATTAAAAGATTTTATTTCTATTCCAAATATTTATGCAGCAGGACGATTAGATAGAGATAGTGAGGATTATTGATTCTAACTAACAATGGCGAACTACAACATCGCTTATGGATCTCAATTTACGGCAGAAAAAACTTATTGGGTACAAATTGAAGGAATACCCGAAGAAAAAACTTTAGATCAACTTAGAAAAGGCATAAACTTAAAGACGGCATAACTAACCCAGCCAAAGTACGCCATATCTCGAACCTAAACTATGGGAACGAAATCCGCCGATCCGAGATCGTAAAAATATTCCAACAAGTTGGCTAGAAAATAAAAATTAGTGAGGGCGTAATCGTCAAGTTCGTAGAATGACCGCCCATATTGGTTCCCCACTTTACGGTAATAGGTGATATCGGCGTTTATCCATCAATAATTTAAAAAATGGTGCATTTAGATCATTGTCATTAGATGAAATAAAAGACCTATTTAATCAATTAAAGATAAGATACTAATCTGATAAATATAGCTTGATAATTATAAATATTATAGAGATATATCTAATACTCATAAACAAAAAAGTGCGATGAAAACTCACCGCACTTTTCTCTTACTTGTCTCTTAGACTATTTCGCTACATCTATTATTTGATGATTTTCGCTACAACGCCCGCACCAACTGTACGGCCACCTTCACGGATTGCGAAACGTAAACCTTGGTCCATCGCGATTGGGTGGATTAAGCTTACTGTCATTTTGATGTTATCGCCTGGCATTACCATTTCCCACGCCTTCTGGTAACTCGATAGTACCAGTTACGTCAGTTGTACGGAAATAGAATTGTGGACGGTAACCTTTGAAGAATGGAGTATGACGACCACCTTCATCTTTTGATAATACGTACACTTCTGATTCGAAGTCGGTGTGTGGCGTGATTGAACCTGGTTTCGCTAATACTTGACCACGTTCGATTTCTTCACGTTTTGTACCACGTAATAATGCACCGATGTTTTCACCTGCACGACCTTCGTCAAGTAATTTACGGAACATTTCAACACCCGTTACAGTAGTTTCGCTGTTGGTTTGATACCTACGATTTCTACTTCATCACCAGTACGGATGATACCACGTTCTACACGACCTGTTACTACTGTACCACGACCTGAGATTGAGAACACGTCTTCGATTGGAAGAAGGGAACGGTTGGTCAATCGCACGCTCTGGCTCTGGGATGTAAGTATCTAAATGGTTTGCTAACTCAAGGATTTTTTCTTCCCATTCTGCTACGCCATTTAATGCTTGTAATGCAGAACCACGTACGATTGGTGTATCGTCACCTGGGAAGTCATATTGAGAAAAGAAGTTCACGAACTTCCATTTCCACTAATTCTAATAACTCTTCGTCATCTACCATGTCGCATTTGTTTAAGAATACGATGATGTATGGAACACCTACTTGGCGACCTAATAAGATGTGCTCACGAGTTTGTGGCATTGGACCATCAGTTGCTGCTACTACTAAGGTGCACCATCCATTTGTGCCGCACCAGTAATCATGTTTTTAACATAGTCAGCGTGTCCAGACGATCAACGTGTGCGTAGTGACGAGTTGCTGTATCGTATTCAACGTGTGAAGTGTTGATGGTGATACCACGCGCTTTTTCTTCTGGCGTTATCATTTGGTCAAATGCGCGAGCTGCACCACCGTAGTGTTTAGATAATACGGTTGTGATTGCTGCTGTTAAAGTTGTTTTACCGTGGTCAACGTGGCGATTGTACCCCACGTTTACGTGCGGTTTGTACGTTCAAATTTTTCTTTAGACATTGCTAATGTTTCTAAGAAGTGCGGTATAAAACAATCATGTTTTACACCGCTGGTTTACAAAAATTATTTTTTACGCGCTTCAATTACTGCAGCTGCAACACTTGTTGGAGCTTCAGCATATTTTAACGGTTCCATTGGAAGTAAGATGCACGACCTTGAGTTTGTGAACGTAAGTCTGTTGCATAACCGAACATTTCTGAAAGTGGAACTTCAGCATCGATCTTAACAACGAACTCATTCGCTTCTTGACCGTTCACCATAGCACGACGACGGCTTAAGTCACCAATTACATCACCAACATATTCAGGTGGAGTTTCAACTTCAACTTTCATAATCAGCTCAAGTAATACTGGGTTTGCTTTTGCGAATGCTGCTTTAAATGCTAAAGATGCAGCAAGTTTAAACGCTAACTCAGATGAGTCCACATCATGGTATGAACCGAAGTGTAAACGTACACCAAGATCAACTACTGGGTAACCAGCTAATGGACCAGATTTAAATTGTTCTTGAATACCTTTATCAACCACCGGAATGTATTCACCAGGGATTACACCACCTTTGATTTCATTTACAAATTCGTAACCTGGGCCTTCTGGATCTAATGGATATAAGTCAATAACAACGTGACCATATTGACCACGACCACGGGTGTTTGCGTGTTTACCTTCCACATCATTAACACGAGTGCGGATAGTTTCACGATAAGATACTTGTGGTTTACCGATGTTAGCTTCCACTTTAAACTCACGTTTCATACGGTCAACGATGATATCTAGTGTAACTCACCCATACCAGAAATAATGGTTTCGCCAGATTCTTCATCAGTGTGAACACGGAATGAAGGGTCTTCTTGTGCTAAACGGCTAATGCTAAGCCCATTTTTCTTGGTCGCTTTAGTTTTTGGTTCTACCGCAACAGAGATTACTGGCTCTGGGAATTCCATACGCTCAAGGATGATTGGTGCTTCAATTGCACATAATGTATCACCAGTAGTTACATCTTTTAAGCCGATAGCAGCTGCAATGTCACCAGCAAGCGTAACTA + %,)2/>5@IF5EGMLO@DOAC@E;8476897;?@AFGAH?==>ADDCC@??@:;1/05,,'-13CCKKCC=@?+$/+5@CF0F?>9BCB97<>F@988.EBB>>C<6$(+8&+0.DA9QJD=B>DH;35674&&-68A:EHJL?=CA>92EB<:ABF:9:1,<;;?84EFC=/879=66).+&&:AA>>91AFHABCOLHEMD11;BCD7C@JBD=ADD53,?5798BFC;?BC35?<;;:=?BCCHGB:>>?8ECLLI9==AF/?BCC?DD*-*4'????A??@D.;57'4*496-CA>JIDFFEEEBB*;9@=:;?::DDA::6+02@9=AQJK@@?C@ACDTN?@KAFIGNNQ*$C@GJDGD@?NK=?;EIKHA=KLNNMQC?JF7.FEECA<3DDC?@FGJLLKGFGPPMIDEHGOR>8GKSPHCEGEPMOEIBCBJIG=?EBC*$$BB=B=/BFFCAABCB325;5853-%%%46-068:2/?>5)&%+4EGI=GGE?:EJ>KDCKD)%?ECC>?>;11)',;497;=>-C<=GLNQORQGIH(+?BC>@CDJ?EFHMK8==>HCEGFJFEBEA>@AD.BFJQNEA?=BC?8B0/<<:ACD@=@BCBBA38;E>095+,(3>=;<:5,(/17;@??EGBEGIA71-;;=@>75**-(42=<<<;=?AADB1,3-+(((/937@DBC@EDEJIHNMH<1GDAEF;2.023DJ?BEA=$$79<7A;ECDFI:D%67=@<<=2?>ADF;FHJHOOAIF>;<>CAB@><@/(/%-?E=GH1=CBG8FIEFHJDC839)98DGD>1;D=D=FFHG>/AFCBB37/5?N??DGJFI>A9@F@ED,:7;:375421144=?@EIJHBB>A@/=HJICGGEAA54565:92:>?>ACC>9>?:2123'$$&0,%#$&&&)//18EB8>??;?AECDCBDC>:@F@ACCBHN>@DB@:=55HNPMJDKGHF6>?<@=>:****-><=:88=50,224@FABGBDJIHFGBAA?>::@BIB89>'=><@B>;90'%*078DFC7<331=6)0>;A9;<@::,56CD>?<=?;@DGFHL?><+105:;/%(3<=?:FC>899D>?.0=AAA?;A@8;=EFHDB@B;697:96672/28A@B<*$%$,-879>;>?B;>BDED>?EHBDCED=632<=0/1-/EE>>K9>IHEACA=@70=650.=83047<@BBA/BED?>?BCB&)=?FFCCNJD?7;B;??J9A>942(':=;:+99144./..4)5%:;?A6BB>:0&-:47<<@ABABA?>?@B>B?>9<<'#%(:;?EBA@ING;@G=BHHB@BD>>7+++39894/<>=ABAKPAAAFFHIDNC@DD@>?-GDF@@467DMAJHB=C>LMGHGHF;CDEB,DC7IB?DCEHRTJ8962(LDIFFC<<@;?ACA@<>FGDFED7,-,'-*)28DAFEFAGJFC3:<;BCFEFDDDDC9,:0;=A@>>?CCBB@@32>9E;0/56),44(+46<>949,./9=',$)$*)*&%(41HH>ADEBBFF>B>@5;7?>=AA=?KJDELCBDFEE>@EACLMI>=ACEIHJHKGDEHIBGCEFIC@@BIMLBJKIIFG?@DEEE=>EH=AE<=:>IQPAKGGHC@D<18>@B=AHC8@74<@?C=99?;@DGFB@A?;@CJIIPJBAC;79=::==@D=CC.>@F=>=?::20299>DC>AH<=J;PNHGGEEHLJIN)401$29DD?@CKM?CD:B>ACEBJ;=>@HHDAB<=DBJHBE?9<>C??GGBC@=;4+**)''8;AA>A;9:966553;<9>=?EDCGIJE>46/<42<=:BECDELJI==FBB.&&>;;>7ADBEB@AB@3+>@?@CGG?<?==?@A8'?8))((&$)+*%&#%''.-+()155/0<><><==CDAGFGB>A?97;PMHHC-*EA>:724D>>DEIDB9CA2585DE;=?A>GKK@7@4E>=CHKB@@8&+5=A@FJIGE=>50,,,<;4*,&'%&43-.65DD=ACB<625&%12)&&0.$&(%$%&$%&#&&%'%2%'%%(677;E@--$$))$%#$//112%$&-/.,/0(7//+).65+'(/0)-%.4$#&$&$'8-(%&&').&+/B;,8=>@D?%)?CGILIDJHCK@ABCEACGJG@CDFGFE:??B9;7HINEGF=<:74=;;:<320/3==C+??>BCDDKJNOB>@DBC::GGLMJEAHHGHD?B8=9<<;?8>6--*'%)>>=>:,8;BF?>5;26=33.<@ADCGHACHGHGGD?HJAEB@G<=@9$4%:BB@JH@>>?><;BA=BEHGFE@JJD11@JJ@GF?76;?2@=4@+(++89;8+*448:77;6402AGGB1AA?HHC@AFJNQS6@JD9<(84314625B@@==?=;03449;<79CDE@DG>6B=36?GC???%)7;BA@-6$#$(:CEKNRHOM:AGNIED?99<8>FJB?77A;>>ABA?>?E99@@B>BCF?A?C>?89?B?@@BEDE61@>>@9988<=8459/6:7=>BCC6226AIA>E:;:1'$9;==B6;?DHA0B>438<<=;?B?KE=A@477642'6::?;53)*+)+*:;:=75:=B>=6?>+-:<?4FB67<;=;'8==47;=>>>@IF>:@?@CCACE=BC;B;G@;>B?B;>@BCEB<@77=9214ACMMGD;+832332/*779A6@8<:::<@C69=B>;@??@@<>@EGFGHACAB55CEBCJ?DH:8BHGEEEEEA5?9A@A<>8;>BGJEEAK>J;AGAK@HFIII9=*:>>>AEB665=C5<9:9ADJECHEA:@=:=@<66;=BGF<:<=:8271<;?==;>?<%11>>B9?@?<:::;:7C<<BBDAFB@>BCC'+AJ?B77@G>JCFCG?>>?CKIDA?8=C@A<=9<:FFDEEA89//JKB;6-48;>=39<6@87:513/08;FGFA>::E<;D:,'%BDFGCI?D:7:<>B:99*,1=BCB=:8316/1-.649<;:9:789@A@9?689@<98<<>?>B@;:65<;/%6/5ACEC<9@@@AA@@)88:NNJEI=<>?=;?FHKNHOND>1'4==B>=>?+ADHEA<2452$8:;FFG@:&'4A:*1AEFJJD%=AABJ@?EB@9@;:956<>@@A=BGA=?BADDEB?AC@DC;B>@A?C@@GHEDLNJK?:A;GBB::;>;FB;79?17BD=DIH23>AFMBCEC0:6EGD@66=AAB>?@<7;1CA>AB:=GC@:DEFA;5:=B><:569'+:=??C9=74*9@@CDB@D+99D.+'/>A?JEJKG:;KH=BGEFFICCDSRF.7MD;@;@@:;BD?DHCAFAGFBCGGD@BKDBAGG;<=?AFF?9?BH>FHD8@@DEG9KHHD?B787HIMNB(3FKLGGHDIIHFHGNMI>>@HIIJ<=B=?:55)(320.4<9=:7:8<<:@IIHB>?=?)=;EH@>0+5)23BGBCCHBLODEHGDCDE>78??>A<@FFDC?<$$=HA57BEFK>;5:;A7$&79679FB;>@<>?CHG>34?=@8>I=<=A@D'AB@?A4<;?;<8@<>@?334(-=>C>EABDIHJAA7:0285;?@::4),,5>B@>B?BDBE=?=BFGKC@;=?4276((<<;7>>A@FHKBEDJIDC8=DHCFFEF:78<<:GGDFEEK:ABBB<:;3?;DHD>3=BB?A>>>=;8=:>?A?AEI@AGDDB:889649:89*&'?BG@D@BDFAC/)->AB21==EB>=42?@;;@?>@AA?C@:%%%1?=>?9?@FLFIFEGKCE:A>?AD<=C<>-:B@@EBBLLGEFFIGNDIFEF@?+*+,.1::65:BDEE?367>=<===@D<>8DCFBD*&3;:8.1++2/*23?@DD:B5756753&%/3336;88<77ABCJHI2538;<872011%'%%)=899>CABFJJFFACAD@;>H@:764%,&##&275>B?>?EHDC>=<(@?@GHIG?>A>=A>.=>9<>?A?=5?,.GNVHH-AQJDCEE@DFMF>/)'&%0=-7;FIOMD9<@FC@@BBCIGHBFD>CBDBHLCFHC=E@CKMFQA5>FJKFDB;A:E@<:<>=8:<68@C4AADE<>@A@//35:>)>>57=;DA6CE@BFIKLKC@.=BHCE>BEF4A72969CE>@;E>CBBBBHEFLKMMKHHNG==>A?:DLN<;ECA?FE>?C7;;GH;;57545?>>?AA789>33>GCI??=?;$%$8;:AC=EEKE>CD>>?;881.,<::<=?FCE>EIH0==@BQOKOC>@.'58?EDA>:790,=EFKPP@GJGGFBDHMJJE>:>4+**67;63@A+.6672223DKEJIGCA::;;=@2958BDGNGH?AKPCELG=@@ECEJWQGIFDFDEMONLM?EGPNKGFNE?BFDCA2EIJE@=?EBEGGC;EB@EA?@>;E)=>C?I?:>@KJGJIC=>CB><../).6>??4355..,GDCB5&,CB?AIJB<;6?=>ID2?>B@>97>>9=>C>=@@<<=>-+5//3-*'&&+++*,45322.=DDE?;25//@B@8;>?D=:B;DFJJD??E?4;;=<>GJE>@KCAAA@HCF?B=?@I<6=AE=>E@>>/FKBD@AI8*-37?BBDGJILKIKPEA5=:4)'*/49>GHKD@HJKJH=?AA=A@IQMDFCJD:9>?7,;=>:&%;>=EGIJGNNJ@<:?<>@CN;>;7%<>?@EJBDJJJE=DEJMT?@;AGDCBEKD>E@9=@A23552331088A@@C@BD=BB;0''244')(,&&$$558CJIKFHIJIF@<0BBE?><>=74)(+(')'$$%$,#//,,,2??AB?@BFEACE?BDJNKI=;8<;=6CFDEJLFHIFFEDBCFEG=1254,/7;@?@>A;&(*.15-//688;3?<@EFA?8LGGHI>?BCFLWI=C=NGI=B>AFJG531*689DGMRNKB33C==;0<=>:21$$%#%$$&%'3589=>?EACBFGE78AC<=645+:=@EHDA><=>DFG10634;AB>>>IAEBQPKLQNJCGID86/99CEGEFAFMLGHIGG?BBDOMMD>@ACFIPCC>DEC3455435>@?@CC:&,0?A?@A9,+11=BB>>?=@47++&&*IIIH5,=>@IIDIHE>6E:?BB?,=?AMJDJHFEHK@?83+365359DF@@>IIFIJF2IJ?EGMGFF?@=<;;*A>::8=IJMFMG46?:<,&;DHEA24365:9@A>BGAC=BD/B@GFB@).DA>?;*+?@@6@EHDBA@2GE:@>,BCFNKJGI995>;:<:217,-0FF:=.)B<9>AD@=:*A?ABDKKCG;<@AE@AF;AEA??H@?FBE=@AEBABDHG?:',?B?787,*EC>GFHFFCHIF@HI=@@7=>@?=>ADAG@=>@>DEAEHL7;A8>CFHFA:B31'*67A@?EEJADCC?B?CMHHBA?D>>K?GHE=D<<>@.>;CCCAG=>=A?@?-79;CCTRPNON@AE<=?CDIAFACE;EDABGMKF3>>EGFBCD<+9<@CJ?>=A?BAIFK@B5?@=BI=@-@6AB?IAEGHJ<=C@:=-7:6;A:87;:0>@B9@;B@6ADDI>=6BGGDJG=?@?>GCCJDBFGIJNLE7A:AA?=>DKEAIEFJHCACIPBFHI?@CD@5HGLGLKH92?BCB@@=AE<>;BBGBA9BDCB:7*012.447605;41/5A>?786=>:ACD>?JJHAHHLKQN@DECA@DFGEHIJGHECEGHJC??)39JNIBKJFIKA@@F@:6.EB@HGHGJ==34CGD8:CEBAGFBA<1,6??C@;C@98;HGK@AA7-:9;DFCDD>@>DGIGHDFD?HHH:<@@AB:=@<<;;,/=J?==91,-/3A>?F@FB6?B@@=ELMGKGHAC;D;=47ABBAFBD??>@D;A<<8;==@BMM>CDEB@:'++(('%6;<;=><;1;<>=CC@CM:B>@CCF@=@DLDATSONCFB@@;08;=<;**6A@<%0@E6??@99ALKDJBBAC@FD?DHDD>HIIPLK?=332''')+0,35.B@ADCD@=DE;IONKECBC>?BCNOKKQG>?9:67)II@DEA@BAB:JEE@FA22039<939+'%$&&%-679>=?@9(%:?CGCJ@BHLPOF?A:@:;DDAA6<88@;7(((/00*+)+#'6=:003:?2>JHJHA;=1CCADGHKLMLHHHFB?ACE05IJEFDG>6778738:7>9ABED>GG>99BDE6;>IHE>C('***<==>E>?<56.,2GFGJN@A?A>AA2;=@.@A=>BC>I@FD;88?A>6@?DEJBOLLFEEEBC+;;D?AGIFA7>>@>C:;=?DBG:>FHDC=8;:EA9/,&/*%%%%%+04=;9:;@@>>?0;/(?DKK???:C@?AE=<8:@@@?BAA:??@=4+8.9<*::99C:;<'3179..+*'#%((%$&**(,37'))&$$$%':=<1HEGFF<>?:03>;43;:?HIH,KMKKFEFFE?=@))>=>=BACFBDAFBJKKC6;?D@AB6-?;>(,@H>DEFONFK@>?;;HKGGDC;>BB@EFCHOLICFDF;B>F?JH<>EFEB<=EL>EJGHPOHC>LLLICBF?CJHEDABCE<56CA:7:?DG=<:>;24):5@CACC<9:9::3.84723;<38969<.$57DDEGJLLE6<@@EDGFAC/*2.4'':=@208=8@@@C;A@,;HEEDCB@??97<;@@B17:?=ACCCF0?1<;/?=<1.9.>??DJHBE>5;?=-<:71.03BEFCFKJGJ;=>EC;,2>8=>;2$(%.69;=AD>>=<09;<;8??::DC><<@IKJLNOFG=<--'((,$*%%$2/==EEEEAADCEC;A39?=8:@,BAIIG4.=:=>>@CAAHF@6EKDD=8AAFGD22FGDAFGBA>??EIED9=ILECD::DHFIJLMGHFHC;F@=@1;9A55?648:>=AC=>DFJ@CAQPHCKIJCAHIILIC;.1)/;<72;=A=B'3///55/344((./6CA:7:?<<108B@A9?EC8ACBA@==-&57:>ALQLG<42A;:CB-(%)6675*):>EDI9;BGJ?EGCACEDEFD>?FKBGIPPLHFD@-.6>@DB>%%&&6.-,;;;'..23,,>51.A>?AAIHGI>BFLJHDE7,/,?@9:>BIB<5+.%//46::9;>CED>?BE@C8IF9504;=IIHLMKBACGDFO<8A>5<58CFE84:942)68=>:FCB?BMH?@'>C>$0$$$$4((,8*+/+*20-+'%&%%-46MJEOKKDAC:>AEB15>@?E4@>3>9@AFPOEFHIHGB2:<>A:;BOHC@45@D+&G45:*-AA?;DIHLMEEELF=GEFHDGCDA>ACGCHC@E=EFII9I>((>?@?&38CB>9FICNBPN>F99BDH=JJL;JECG<@??AABDFFC<;@;@KKJF7:>>>8GAFDFG@ALI=*?-1EFBDE<./CDGFDEFC?B=IK;9>JJH?CB:=<>-@=:7256=;:&(&49=CA;C;DBNLOOEEFEB?@C@:9>458.2AKLMKLDHJ=:10.>>>EFD@B==?C@DA;A::29DD=?IBCFDEB?GEFBAEECEKMGA?>:@CFGE3*<<0>CC>7(**=E??D9<97:=:?B=BD,FHINIABMIDCDEA;E>):;.+++*(%)+);<;+=>?AJF9CJDEONHBAC;?B?D=A=EF=431<&)5?=D@DBH?;93FLEA=6/1/'('76865BC87<9DGE?>GB:8:?CBEDLHID?7=BDC@9;77?:?@@>>?<&&156=5=@@EEOQL=@E?A44..$((8?ADFIE>915AKHB=A>7B&>A@CEMLABCMDFAD.8CC;@*(,)>>;4).;BDH<<>IBFCFGCEGKJJICIJIRMK=@F?-;BJCBEGLAD;DEQLI7AB@=4++57::00;2<1>>BHIEIG?A>@@D=;853-=>E?>=89>EH?9;?FDB<5/,'',6:;;CDCCC;CEEBDFF;E;1781224*4771BDFLC,4*)9@245ACBB:?POE?67BCFC=HG>DDI>5:644?BCEGFB=?>?FGBBQP>DFHLMFOQHE;9?GEHFCCDBC?<>EHE@HIHHHA>/347>>JBD@GI=>>F6FMKH=CFC:AIJFHKJAD0:3302::9.77-97A?@@>BBCCC9679=?CMMLEB>@GKA?MMIDC>DFHED;@:AGFDD@D7@\ZMBCGEGD9?@A>;=$(AECE65669<>?6<;;ABFMMB;1==>;>AC@@E=?B@@F8?DKKB@B<<1?:@JIKKFL;91.8::=AFBCEDECKD@>9;/.AD?@BGGCKHBDE)8:>@698575347;;977:3<6/=?8A>?9>CA@9:0-+68<==6<<9AFHGEHGEHC;@?A;:6>??AB59*2=A:CA?..:8549A@A>:-)&%&&)),457;866(:447,2+00),.+762+4-1789<;>C>G:GA0,8C@@=ECGEA<9;<;=:87FFFJMAJN>99=HH???GEFGF::;:**/><<;=>>==9)'')25??<@=;1;5B>FLDB.*GA;CCGFNIBBCA>?A:FGHID2<8;;DC@D=+$/1'%%'))()-469:9427;2=9GG)9;/BA>CDID?9@9:;=>---79:6.>?CGE>B;:4&*;@@AEC67@FKK:<@;J<@ACED879:-)33429>AC?>CFD;ADDCGH?DHFA=H>A=73<>>DCEC?BH@A:=AA+>NM@<==9/BC7EFG?<+8&0:3202<75((14<==:,,-*'%)=?BFGLGC>DKGFFA@=7BB>?@.A853./-114=4B=CBAE568<@?@@>79=?>928<>:@B@CLHE<=?@>AAGIFDII>GGFDA<<+'7$$&(%/53&0,21+&4+0))66441///'),22<:=IDC;6+8;DACE>;?9:;9566,8DFJKI<=4:D7?FHELJHFFCFBC:@DMMK7;=?B?-28((/,,/@@?=66;<@GC@D@HE>0>>;;==B4CJID:>@>B>>7(767@B=>IIFKGDGF=A;9B@DDFIIG9FEA@>DFAD@>GAHHEEC=IF@?D?F@HG?9MLECGHAQDFD?E@BFFC>FGN8:AED>EDF<4<=?AAFDDCC8567*=GG@AA=6+)(#&,2=<7132=?EML;>EFHBBDBGHHG?=:?:3/**4*,C@:5+++%'(9@AG?<>BH9GA>JIIHJIDBD>BMNONFMMIM?GCEHHH@IFFLIDKIHCKKDJBEEHF@17@H9=II?1:?@?>??;?659<@779.88696)0-.-189:90:@MMJHHJGEFFD@:E?HHB?003GDDAFEAICCGCFPRIK=>KLPNOEIJCA@MQILM?BBNNHOMOMCCJDCHD=>><:;==BE><;<;BD>7IF*+.ABGB:?MKC/0D8?@POFKQO=AFCKF;=@<=F9@B08;<=?G:IEIG>AFA><>923,,,68?:0@BD?FC:AEECI7;4144@>?9:=HEB+)0=:854A@FEEFILQNCKEEFFILLDGG5GRISOE@?OCBDHJQGORH@ACDD2&&%$&#$)$'%$$'(=;:C=>CDEADFBIIKE=@IIBJJKFFDDD96/A@@CGBBEEBDJIIEDI>@BCDLLIF>=434DEECJ;FIIEGENLIA;)23-.6>7:?G?CINC=?>>??/98;>6<<@BB@FHA,%%95472''%%&&%%'$%',12109754B@BAHHCKDCJECCKMHG3A8F8B>CDC=6/&&&$$%'%$%&)-&&998::ADD;BBC%EOO>AD:E;@;OEH>F=?AHFHKCAEECDH;C9>:@6776/*((%66A<=CBD:;>725*(2***+1235CA7A07433.'+:<=>9=ICHD5;;4<5..'*+-'-;==UQ@FIJMLJHEKL<==<0068,>CEGAG>OPA=4:5>ACC=@CBGDFGLCC3=??:=@LLJJ=HG;@FGJDCEFB+CHD661?>A>>@EBGE8EEGCCB>89?474593==B>.0+'&),15>??=30%***+.1GIC:57;ABCGC6>8&&'2194?27.*-.467GHFEDEFDFFEAA98=@BD:77/+'%'*2:9===GFD+0)))(&'%%-/9>>?:6)996=.DE<.F;77)19<;>@C@&'9;:?@??:?=BA@@EGKGFE>ADC@@63=;ACACEDH76<9A>HIH?;<><;??@BC656:A??ABB>?(%,,6;;?@DFA9<032+((.1;>FD?@:9D@<;?FPLPMEOKLJHHFJHMH<7>6'0)),-&%$'><:=A@:9BEDD=BSLDG:5'$0:>?=92;?DGHE?A:B*..34?6:6/*23&'*0;@<*9248FGKQLHD@AC470.+/*$+()(&/(233=DC;333:/.13%)0,67655-4320)+,$%'%'$*&&%*(&&$%'08>;A?36989-3BB@.>;9;<=?7,.37:<;CA@BA8::>)'3)&$$%)9=KNNHB??;27772DECAC??>GHJIEDA117:>>?05;0/?>=81-5==;DACD@@@?<=/-=021(##$'.7<=AF=?B@A?103357:;<=69BDDFC::297F>)64::74,8@EA@@4:?:9=>?FFA2EFGE8;?><;2%$'$$#&4320.78:92BC>?ADDFG,=>@EFH=A-B--8=>FIGJB?D9B?CA@==A@2285375-(%$%(%5/<:9:>KLJ>DB:=<779:779<;3CIFAEDDBBC@**,--*(+99:1@;;ACD<>.?ROCJJH@?CC?:3'$%#$&&89;?HI?EFFEEHEIF9=IC>L@C9@-9CIHEINBBEGB?AAD-;43278,'1;;;70*)'6:;<@=72?@0AI<=A@B.01?A<(%:<8+>>=@GC=>8?>,B>3?>?D>EAEOEFLLMJNDA=>EAEEEAB?BGDD;B?-246<@BBDB=+87;CEKEKMJF?JD?DDCEDBD?AB47CDCGOOYSHLMJE<<)&)'$%,/869IICEFC+74;<:;==9;26DGFFQG;HIB<;68;E.1ADB?;ABOINILL88:=/:886AEALHFCD@@J(-$(BADQQJNJ=4?;7-DOH@EEFK0++/76?3&(6667(*9E<55=:7&%$31,(*+-%0.5./8=?B7(===:9AB@ADELJJJMJEFCC>GGNMMIB>LHHI@DAE?B@BF=+)8:;GGGGHAD?9=>8??@<<9>>B@EB=:A9;>ACC2.5779ABA:=&+-'.'%%:;<=AAAA89=>832&%%&6;:994/31<;69:93<0@CGDB9;2--8@ABDF@0@IKC@@EEH=7=>EEG@??CE:<@CFGFFC>;BCCJ?H..=>4AAEGIKLKFEH<<<%&&*,24=>9::=;9FAE<;?GIHIFA/<;=AD=JFBJJJH??FHEJ75((0&&-.(+64'$44=?=@;@CG@@@?;+,=?LB@408ABJCEG?;:5('+34/**+36872;64.-,-?AB@@?>19>123.8::67>=20*)&&%*;==:<>C9DDDBHAFB7:A:/:@<<=''1ADCHD@BEAGGFCDEKKGHE;FB=8:;CB77?>A>FKD>A8=>ECEE?99DBABKLIJIE>:86*BDBCFF<=?695/879=>0586/A:D?@A=444587;:1/+0=;/5++78428>BEGHFHJD>?@>:415>@??IJI>:::<722555:/,,@EIC:68CDHF?>9BCB@A?<>D8&?B@GD9;FAB<=A=;;6;.-9719<:4488<;;EDC9@B6//=75/:;E?A0966.&0($%*&*7;<=<@<300)*.1;<>?=@65&BGFE?DC@A?D;?EHDLED,@B:@CB??=>;:/138=?CEFHD>=::744+&(**39;<=??=?;'<7?CADEKLVPNFDFKA?8-24-5DD>)=>AALHBC?@E;ACHIMCC>@A1@BI;<<;=CGH@:666'*''&'&&'5004536=D=A=9@;ABECF&',,($$%$&%'/0357=>=?522==C?HGEB=@B>CFEFHIJ@;=688:9924430.$%24<<02,?:98?@BA<>EEHI=?EGC@:?=64244@=>=B>>43::7,.5,;;9&(%'+,,.:C2F=@<E:@;A@=8;GL?30961$$%)387CA*00,*/%(($%/476(0895B?@?ABHBENMK@HCCDFB<8*8EAEDFBB;;:A@AA?ABJDAB;GKAIE@=?CDGFB=ALLJF@DFG?AB6>4BDBBA.>>;1)&&&&9?@<::::772:25><57376BD>FHD?GFD@4HD@9?DE?A=><9-)DF<@@>ILBD:3;?@AB==608<>??868967<@<>@;9:=:=?B;25EHE;;<@:==?C9<;@>CB1GDAFF@BDDD@CCC?:=:;;,/300-9:77ACCA=?><;BC@5@>??HG=EDBJKGGHHGH5;<>A:@=9::9-)'+%,+0/4660%-()(*9>;>A>=<6:1HIF;F@CHF?CA'()+,25?@A%1@D?GE=BC<9;?A7@A@GEA;&'+(++6<GIA?BA@>JLKKKP9;B=>@9@=7+7::C>@D?:;A<98>CD=88=@>?@?=C?(D=49?>=C;<9;9;ADDD@BEF=A:832'33:6<<@B?;4316=?BB>956-%2260.$#'%0,'&+119;D?;=?@GCECCF>8BC<;BC;OPF=DBACQPFLG=>BFGJHGHGGBDFBAB7FEGKCA8;>5,9'36::;786>DIG>54&0<;:?EIBHIJBF:>FD*6:;B?&&603=:;LJNKE;>B:<=B?@BGFECIMNH:9C=4:)*&&/)@AD=>>,3(&$(+6?*;;BA5/:.*)%:<>>@A@38>0,+'*@<:<>EA7EFFB:?@<<0ECDKIIC=FBDIHEBLJGL=FKJNN<=@GI?H7=EF5&*47-.0388=-''1?<679:7(>:@8179://0*8:;9*/)245*0;;>EEK>?2A:8;AHEAD89EDLLHCCD<>?9GB7@<66?>;?33=.=>=AAACD@<>FJCCDBHCD?@A;9;C<@=LKIFGFFE=>@@>;?@<8ABA?32=:<<:AAFFFF@?C>=;31<EFB-+/5689<@AFDCG?:13-87??@CCFNHD@:?BBCE=>BBAB=HCGFC@IKBGBGIIKEEGABA@CCBCBHDCJIEB?BDINIJ;?4B==<=?DECD:;<7//8:<B3;?=D?G@:9?.?AC.D@DEJH@>H=?FFEA1+2+,,-48;<;BA>GFKHCDC@?@F=ABBCGGEF:FH?C=:?<'*3;;=='$68>=BC@EABBE91)&%*,-3BAAA?=5*,,.+-?A;>;AB=D@99(2*$()(&)+*')*758620683-:??CCB>61>11459:2:8A???AAAE=9G>>CDEGH7:FJD?=B>?0++(274::;3:67CCGCADAF:C9=BAB>?E3D@OH5CE;HMIQI46ABJJIBDJI?=?GEC<>GCB79@DDD5FH@GLJ><>EGEC/99D>FD?A?5(&&)-',-1+)&')%%(%))/5BCBF@FHIIHIIFIACD;AEFIJCKMLA:IJKFCBC=@??B@BAAC?@=A?IGJFCBJLF.1BGIB:?;AFGCBA=B?C==3?=9@EEEFB@@ABH65/('+74;=GGECC8?<>CDA=C:;AAC8854+?8;911)8>49.=0@>BB=;8340)44:689EC@@?=89==:6;:6=@ADCB7?79<==1454:@B:<<65;=HHMFCHEA-)%AFOQF>>=:FIGD9BCDEEBKIFFIJBC>KN?;;FGB@:9;<2'<<:EFFHHHGGMJ&;BBCJC?=?/6FII>HAFEAAE6?:44>@AH?4:875698.99;==A=5655;=>:9=;39;4@FFG?E:DNFCDFEEGFHC0'.*)(+.19@AA?773=CF>>;D@NB+><>:@0,AGDC@B>==?HAGEA<<;78AD?>>@A?6;AC4<@?C@88775)299?DBA@=9@>567(98@8?>D5211ACCHJOJ:>689ACHKEBLEFGBAD?)?ECALKIEMEJHJCKKGFD?B?ANL@ADBFD>AB)976.:@>CLI96;=@JGIKHD>ABEMLJLMLKA34AC511?@AGED>@BAA>C<<:4*($#$&(4=AGEADGF?*2*3%-4046566650/09%&/3>@?JNFHUQFFH@=?FFGJHFOIIFNPHC=;;64=8?AFJH;85B@?B>CIIKQ@8>;6CJHDMN=@IIB74,7@JG@BDDCEDN:5CL=A=GC>5:CBDB<>>EAAFHHJACD>@BCEEA>:4+,.:==.(*'34DCEAC24=BDDEHDEE>BCHI?FF?GJICGFGGB9;@CCACACA//02:;;@BJCADBFD.1DDEEG@<;(?CCFJTQFHHMMC<;79@B?A@BGF8=98/=0&:777EH?FKFDC?DB>C@E:<5=;ECC?=*;2$9GKEFDC@D978ABA@8;1+7A@KELKMJE@G?9,-0?@B8@CC6;HGPOMOJECCD98@ABDDCB;557::;<=EA@CDCDE?HH>8:=7<8'$(FA>?B>=>DD73@>5>FFFF@C@9C;D?DBB?@=?D;@>?FGH6<>?>ACC55549344@>:?A@CEDB?D=<<0@E@EEDB;?91399:<=<;:;4(3&')95<>A?7=FA@DBCBBBDADD>A4:C@==FCGHCE@54?2243)3358+''1466C5=HF8<@>?D4CCNKLZVQM??C@GGKEC=EEB/=BCCFEA757-+:EB=??B79GEJBDBEG@B@19:DE@@DDF>-(?ICHGACB@;;:544=<8B@CEA3B;;C=C=ADELQOH;>BKIHD8?@CHIFDD?@@@24@L<=/?<7BCLIB?>8/04=9<CC@DB==>CD2:=A(79>G>C2>=:*=;8?DD7D@ADGKIGHD3;@C@=BD?@A:CMDBF>QQILH?>663??.=(ABBDD:FFCKECHHJNK=/6879BA?CF?<:=9BJJG95AABA3.79:1259:8778'63:;::CE4@A@=1A?:ECCGHDED@BA>=.668>DD;@AC=FCCCD;EFFFB*/'**-14*7=>;>HB;>0<@@>CD6<=;53AGEFGAADF=@DDH@B@CCIECC@G:@A@@0D2>:ACD;(($',--==:DFHRPGHHBB.77@@:IAB=>>=>HCEA?0>BC4**>8?=>==@B@@>7&89:*.2/7BA?=38/-134&'###&&&$.64444788H=?:B@@B?=)+19A;-632;95<=>AGJD=:3=@=9/4<<7>0+A>B=?<>?GE:DGB@9=:9+,@:=BC82-&/587.,*8:9:@FHLE=CE25=DH<544?A@B>@BD9=<81,4;<678;88;;*44672/%)2333412;:;;;;<./8'3EDIJBAFFA;>=ABBCFFGDA<%5:/8686>@1%%<<<=?AAICFJFDFC?<(158??FJLCEEB9ABD;=;33?@D?FG@>,:@@@EI;GHCB88;DC?C?<=?CC<7<2.4683;>=7@DCEG<=EJC?24.1BB>=557@>?7@==A,1MIDA@6419./)%'/10119<53''')49:6>@==GICBDE-CEJQ?EABJHEIJIG=;35:;EEAEH=JIKBDFEEF@BCEG>@B=GH;?<>>35/4.5?:%'4032**,::CAAFF@BD;IJF?988)+4=>@BEC@AA>BGG?;ABBA??B@8<=>7<=73089:;=A8>:CGACM>D=<;?AB>>@DA9:=?7868?@A=(<:::@@BC<>CEFBAE=CBDC@=?8B@BBA?A,-205:28865+8;9>??9BBEI@F>,8:)-:=;9%)>;>>CCDFM<8=@<88?<>;=A8>GEAFDLBB@BC>GDCE;:@??BCGD7?E?@GEDD*EEAGH@D>@FCGA@C97EFIE>CJF?F>AEAHHHH=A9/%9B@<@?;B;9A@?AB?=?@BHA@9@=AB@IDEGHGWRDCGKKBEAEFIFFD67>CAE9<@??CC67;8:6%))+3877@<=9<11-??(26?E7><43>DFB@557@9C?E@D>@BA885.+(&)'%%%5767:8D>GCB@E::G;<5/++::,06.:BACA?AFADCFKKJDD<=@JJHHKMKCC<9&'$%+7:8)8ABFFJD3CCG@=9>B+-1&%%%3=??@;5=HF;@GECBB>6?8E>B27EH7(2-:;<48>9:0C@AC8IIHB=A>GFH92EWQEJ?=EHFLI:A69C@<9;>EHWTMBAJMG=JKDPNMMFEHCA@?<:2671%%8;7:63=?BEED=<8;%$%%//8/-05?FCC?@@ACB@04,***./9A=7><@EHI>@:=?>9>AEGC==>;53*4A?@:GJFDHBHGFC44AFCB@IMIFG@C7<;II@D;=BDDC>A;@FA7>CECCAC;LPQKEFJ@7??4>DH>9868:444?;?FB348%(%7:E;-0=FHGD.LOPH>AIIJFLCIPPK,&4EHMKL:EKIGAC;795+BICENIJJEBAHFHGD=>EC3CAEGIECD6DC?=A9@75IFCE=?>3*(56?AB:;=?CDCAGC890/8:=CB76)&%&(>64=?@GEA;FBCD9)57,.87''-)69:GKBB=ACDB??>DD?A=8AA?:CBPRNRQ.??B<>AFBCDA@CCGH;=F@CL;FIIHG?F=<>:><@?AFCDCCGBDBC=DJIK@DC=@EFEE@BNMJ>ED5557<>62@@B94&7<==;;:6)AG9>FJ>B'CB;@AKKMJG=BKFCBDG?A:5@BAB@6;;?BCC=DKIDB@@05/;<>:=:DI;=;=A>>ADC<:13A0GIE>><;;578=<>@@B@;<;85012466)+/.9;<;:?C<:=C?>'=()+8:057EC>EGB@8C@C9*<;>5236;97<722?ACDDEDB??JEDDF<9:;=>;>@?@DCCDBBDLEHIJDAA>BBAB?:.+)441/-0199A;65-*&%$$$+4683+.' @SRR14011045.37207 edd10dee-e617-47a7-b7ba-fc59a0401526/1 AGTAGCCTTACTTCGTTCAGTTACGTATTGCTTTTCGTTCCATCATCACCACCTGGATAAGAAAACTTCGCGATAATTCCCTTCATCTTCTTAAATTGATGTTCATTATCCGTGAAATAGTCGATATCCTTATATTCTTTTTCGATCAAATTCAGTAGACTTTCCGCGCGAATTACTTTCAGAAAGATCTGTGCGATAAATCACTTTATCTTCACCATCTGATTTTTTCTATTCCGGCATTCCAGACCTTTTTCCGCGCCCGAAATCACATAAGCAATCGCCTCCCCCATAAACATCTGTTTCACCGAATTAGTTAATTTTTCAGAATAGCGAATCTTAAACGGCGTGTAGTTTTTTATTGAACAAAAACAGTTCACACGACACATTATTTTTTACTTCATCAAGTTCATTGCTTCATACATCAAAATCATTCAATTTTCGAATTTCAGAGTTCGTAATTTCAGTCTTTTCGGAATCCATATCACCTCACTATTTTTCTAGCTAGTTTTAGCACACTTTTACTTCGCTGTTTCGCCGTAAGTGTCTTTTACTACTAAATCTGGCAAAATATTTAAGTCCATCATCAAGACTTCAATGCGGTTTCGTATTTCTTCGGCCTCTGATTCATTTTCCAAAACCGCCTCGAACTTAACATATGATTTTCGTATGCTCGATCTGATCAAGATAAATCGTAATCCGTTATCTAACACCACTTCCTGGCGCGTCCTCGAGCTTCCGACTGAATAATTAGCCCCATCTGCAATAAAATATTTGCCGCTTCTGCGTAACTTGAAACAAAGTTTCATGCACCAAATCAATCTTCGATTTTTTCCAGATGCCTCTTACAAATCAGGCTGTAACGCGCCGGTCGATCCACTGCCTTTACGTCCATTCTTAAAATCATTCTGGCAAAATTATTGTGTTCTTCGTAATTTCTTGGCACAAAAAAATTCGTGAGTGCTGTAATACATTGGGTCAAATCATAGCCCAAATTCATCAAGCGATTCTCTAATTTATCGACGTCTCCTAACTTCTGCTTTGACAATAATTTTTTCATTCTTCACTCGTTTCCACCGTTAAAATTTCTAGACCTGGGTAGTTTGTATTTTCGCGTGCCTTGTTCGCCCACTCATCAGCTAGCTCGTTCTCTGCTGTGCCATTATGGCCACGCACCCAGACCAATTTCGCGTTTGCTTCCCTGTAAGCTTTGAACACTTTTTTTACTAAACCTAAATTTTTAATTGAGCCGCTCTTCTTTTTCCAACCGTTCTTTTTCCAAGACGGCGGCCATTTGGTCAGCACGTTAATCCAAAATTCTGGAGTCCGTCCAAATTTCCGCTTCCTCACCCGCTAGCACCTTTAAGGCCTCCAGAATTGCCGAACCTTCCATTCGGATATTCGTGGTCAAATCTTCTCGCCCCATCGCTACCGGTTTTGTCTTCAATTACAGAAAATCCCCGGCCTACAAGATTGTTGACACTTCCATCTGTCCATAATTTTCTCATTTTGCCTCTATTTCTGAATTTGCGACACCAATTGGTAAATCGGCATAAGCACACCGGCAATAATTACCGCCACCATCAAAGCCATAATCACCAACATAATTGGTTCAATCAATGTCGAAATTGTATTAATTTGCTGATCTAATTCGTCTTCGTAGACGTTCGCTGCCTTACCCAGCATTTCATCAATTTTACCAGATTCTTCACCAATTGCCGCCATTTGCGGAAGTAATGGCAAAATATAATCTAGTTCCTTCAATGATGCCGACAGCGTTTTACCCTGCTTCACTTTTTCGAAACTTCCTTAATTTCTTCTTCCATAATCAAATTATTGATTGCTTCGGCTGAAATCGCTAAAGTATCCTGAATCGACACACCTGTCGAAAGCAAGTTTTCCGCCGTACGTGCGAAACGTCCATTATATAGACGCCAAAACATCGATTTAAATACCGGAATATTTAATTTAATTCTCGCTAGGACGTGACGTCCACTATCCGTGCGCACGAATTGAAAAACAAAGTAAATCACAAGGCCAATCACAATCGTCACCAGCCACCACATGTTACTAAGAAATTTGTTTGCTCCACCAATAACTTGGTAATCAATGGCAAATCCTTCCCAGGTCATGATAAAGCTGTTGCACTTGCCGGTACTGCAATCACCATGAAAACCAACACGGCAATAATCACCGCGAGCACAATCGCCGGATAAGTCAAAGAATTTTTTGGTCTCATCACCATCGCATGGTCTTTTTCTTGCTGGTCGGCTAGTCGCCTCAATGATTTATCCAACGTACCAGAAGATTCACCGGCTTTCTGAAAGCGCCAAATAAATTCGATTAAATACGTCTGGGAATTTAGCACAGGCCTGCGTCAAACTCTTACCTGCTTCCACGTCCGCCAAAATCGATTCCGTCACCCGACGCATTGGTTTACTCTCGGTTTGCTCAATCAAAACCCTTAAAGAATTCGAAAGTGGTAAACCCGCCCCAATCAAAGTCGAAAATTGTCTCGTGGCTGATTTTATCTTTCGTGGTAACTTTGTTTTTAAATTTATCAAAAAAACTATCACCCGAAGTATCTTCCGTCACTGTATCCGGCGTATAACCGCGCTCAATCAAGAGCTTACCGGCGGCTTGCGTTCATTCTCTGCCACAGATTACACCCTTAATAATCGCGCCCGACTTACTATCGCGGGCCTTATAAATATATCGGTTCATTAGGCAGCCTTTCACAATCCTTTCAAATTCACGTACGTCTACCGCATATTCTCTTGCACTATCATAAGTCACCGTCCCCTGTTGGACTAATTTTGCCAAGTGCGATCCATGGTCTGCATCCCCTCTGACGCCCCGGTTTGAATTGCCGTATCCAGTTGGTGAGTTTTACCTTCACGGATAATCGAACGAATTGCCCGTATTCGCCACCATAATTTCTGCCACTAAACACGGCCACCACCGATCGCTGGCACTAGGCGCTGCGAACAAACCGCCATTAAAACCTGCCAGCTGCGAACGAATTTGTGGTTGTTGTTCGGCTAGAGACACGTCAATCATACGGTCCACTGATTGCGCCGCTGAGTTGGTATGTAATGTCGCGGTACTAAGTGACCAGTTTCCGCAATCGTAATCGCCGCACTAATCGTCTCAAGGTCACGCATCTCACCGAGTAGCACCACATCAGGTCTTGTGAAGCCAGCACAAAACTCGACTAAACGAATAAGTGCCATAATGCACTTCGCGTTGCGCCATAATCGCTTCGTTGTAGTTAAATTCAATCGGATCTTCAATTGTCAAAATATGTACCGATTTTTCACTATTAATCTTATTAATAATTGCTGCCAGTGTGGTCGATTTGCCAGAACCGGTAGGACCGTCTGGGACCAAACCACGTGGATAATACCGCAAAACCCGAAATCACCTGTGGCATACCTAATTCTTCCAATCGTTGGCATCTTAGTTGGAATCAAACGAAAGGCTGCCGCAAGGTGTCCTTTTTCATTAAAAGCGTTCACACGAAAACGTGCAATTTCTCCAAAAACCGTCGATAATCAAATTCTTATCTTTTCGCCAAAGTTTCACGTTGCATCGAACCAAAGTCAGGAAAATCAAGGTTATCGTAAATTTCCGTCATCAAAGTGGCGTATTTGGAATTGGCACGAGTGACCCATCAATACGTAAGATTGGCGACAATCCCACCTGAATATGCAAATCCGAAGCCCCGTGCTTAATACAAGCCTCTAATAATGTTTCAATTTTCACCGAAGTTGGTACGGCAGTTGGTGATGAAGCGCTCTGGCGGTATATTGCTGCGGCTGCTGAACGTACGCTCGTCTGTGCTTGATTTTTTCTGCATATTTACCTCTTATCTTTATTTTACCATAAACTTTTTTATCTTCACGCAATCTGATGCTACGGTTTACCTCACTTACGGTCGTCACCCCGGTCAGCGCCTTCAACATTCCGTCTTGTCGCATCGTCAAAGTGCCCCTTTTCCTTCGCTAGTTGCATAATTTCCGAACGTTGCACGTTTACGATTAACTTCTGAATATCATCGTCAATCTCAATCGTTTCATAAAGACCTGCACGCCCCTTATATCCACCCGGCGTTTCCCTCTCGTCAATTCCCCGCATCATCGAGTAACCATTCGGATTCACCACCGGCAGTCCCGGATAACCCAAATCTTCCGAGACCATCGCCACTTGTTCTTGGCTTTGTGGCAATAATTTCGCCACCAAATCATTAATTTGTTTGGTTTCCATTTCTCTGTCGAATGCACCACTTCTCGTTTCGGTAGCCGCACGCCTCACCAAACGTTGACCGATCACGGTGTTTAAAGTTGAAGCTAAAAGAAATGGCTCAATTCCCATATCCAGAAGCCTTGGCAAAATACCTGCCGCCGAGTTGGTGTGCAAAGTCGAAAATACTAAGTGTCCAGTTAGCGAGGCTTGCACCGCCAAGTTCGCCGTTTCCGCATCACGAATTTCTCCCACCATTACTACATCCGGGTCCATGACGCAAAATACTACGCCGACCCGCCGCAAAAGTTAAACCCGCATCCACATTCACCGTTTGATTGCCCATCCATCTTATATTCGACCGGATCTTCGAGGTCACGATGTTAATTTTGTCGATTTAATTCTTTTAATCAAAGCATACAGCGTCGTCATTACCAGAACCGGTCGGACCAGAAGTTATTAGAATCATACCGTTCGGACGCTCAATTCCCCGCTGCACCATCGCCAGCGCATGTCCCGTCATACCCATCTGCTCGATATCGAGTGTCGTACCACTCTTATCCAAAATACGAATCACCACCTGTTCGCCCCAAATCACCGGTGAAACCGTGCAAATCGATTTCCGTACCTTCCACCGACACTGTGAACTGACCGTCTTGTAGCGCGGTGTTCATCAATTTCAAGTTCGCTAAAATCTTAATTCTTGGAAACCAGCCGGCTCAATCGATTTCGGCAGTTCCATCACCTTACGCAACACACCATCGATGCGACAACGCACTACTAATGCTGCTTCCAGTGGTTCGATATGAATATCCGAAGCCTTGGTTTCGTCGCATAATCCAAAATCGTAGTCAAAGCTTTCGAAATCGGTGAATCCTGTGTAATAGTTTTTACACTCGAAGAATTCGCATCTTCCTCGTCCACTACTTTTAACCGCTTTTTCAACCGCTCGAAAATCACCTTGGTACTGCGCAATCGCCTCTTGATTCCCGCTTCACTGGCCACCATGCCATAATTTGCTTCTGCGTCAAAGTCGAAAGATAATCAATCTGCTGCACGTTCGACACATCCAGCATCGCCACATACAGAACTCCATTCTTCTCCCCGAGTGGCCTGCACCATTAATCTCGAAACTACATCATAAGGCAGCAAAGTCAAAATCTCGCGGTCCATTTTTCATTATGTAGACTCACATACGGCACATTCATAATTACCGCCGTCGCATGCGAAATTGTTTCCACATCACAAATTTTGCGCTACCAAATTGGCTAGTAGTGGCTGTTTACGTTTTTCGGCCTCTTCTACTACTCTTTTTACACTCCGACTCAAAAACCAACCCTTCTTTAATCAAGAGCTGAATTACTTTTTCTTGCGAGTCATGTGTAAACAAAATCTTTTCCTTTAATTTTCTTTCTTAGTTTCCGAAGTTTTATTTATCGAAGTTGAATTATTTCCAGAAGTCTTATCTGAAGCTTCATTTTTCGATTGTGCGATCACCTTCAGAAGTTTTATCTGAATCTGCCTTCGTCTTAGAACCTTCATCTTCATCGTCAGAAGTTTTTTCGGTTTCTTCTTTTTCTTCTTTAGGCTTTTTCTGCTTTCTTCTTCCTCTGCTGCAGTTTCTGGCGTAGCACGACCACAAGCCACTACGTTCGGCGCGGTCCAAAATTCGTTACGGTCCACATCCTGTCCACAACTACCCATAAACTTCTACCGTTGGATTAATCGCATCCACATTATGATATCTGGATCAGGACTCGTCGTCTGCCGTAATTTTACCAATCGTCTTATGTTTCAAATAACGCGTATCTGGGATCGCCCAGCAAACTACAGAAAACTGATAAATATTGATAAAGACCCCCACGCTGGCTACAAAAAAGTTACCGTGAAGATGTCTGAGCATCTGTTCTACTCGTCCTCCTTTTCCTGCTTTTTCTTTTCTTCTTCCGCCTGCTTCTTGGCTTTTCTTCTGCCTTCTTCTTTGCCGCTGCGTCTGCCTTATCTTTCGACTCTTGCGTACGAGCTTTGCCTGGAAAGCATAAACTGTCGAATCTTTTCCACCGCACCGCCGCACCCTTCACGTGTAGTAAGCCGCGCCTTGAGCAGTTGGTTCAAGTCTCAAGAAGATTATTAATTCATTGAACTCCGTTTTAATCTGTGCACTCTCAATATTGAATGAACGAATCGATTTTTCCAAATTCGAGAGCACTTTCATCGTATCTTTTTCGTCTTTCTTTACCGAAATCGAAACTGGAATCGTTGAGACACCGACAATTCCACTATTCTTATAAGAATTTCCTGGCGACAATTGTTCCGGTTCGAATCTGACAAAAAGGAGAAAATCTGGTTAATTGAAGCTAAAAGTGCCTCATCATTTTTTCTGTGCTGGCAAGGCATCTGGAATTACCCGCAGCGCCGAACACATCTTAATCATATTGAGATTGTAAGCTTTTTCGTTATCGGTTTTTGAATTCAGAAGCCAACTTCAGAATAATCGATGCGATTTTTGTTTTCATCAAAACAGCTCTTCTGACCGTCTCTCGCAATCGATTCCAAATTTGTATTATTTGCCATCGTCACCAAAGCGTTATAACGCAACGTATTAAGCCAACTTCGAAACGTCCACCTTATTTGGATCGCATTTCGCCAGTTCCTTATCGGGTATATTTACCATCATATCCGTATCTTCACAGATGCCAACATTCTTAATCGTCTGATAATAATTATTGATGGAAGTATCTCGCGCCGCAATTACCTTACCATTAAAACTCATATATTTAATGAAGTAAACCGAAAGCACCAAACAAACCCCGAAACAGACCGAAGCTGCCAAAACAATCAAGGTAATTTGTTGCCTAATTTTATTAATTCGTACGCGTTTTGTTAAAATTAATTCACTCATTTTACCTTCTTTAATTGTTTGTTCCTGCTGAGAAGTTTTTGCCCCACATTCCGCATCATCTTTTGCACAATCCTTCGCTGGTGCTGCGAACATGCCTTCCACCTGGAGATATAAGAGTCGGTTTGACCTGAAGGGCCGAATGTCAAAATGTGCTTGTTAGTAAATTTGAAAAGTTCTGGATCCACATTAATAATTGTCGAGAAGCGCAAAACTAGATTAGAGCTTGAATCACGACCGTTTGAAGAATCCGTCACACGAATGCCGTTTGGCGCCATCTTACATTTATTTTCCGCTGACCATTTCCCGACTATCACCGTTCTTTTCGCCCTTATAAGTAATACAGCTACTTTCGAAGTGCGGCACGCTCGAAATTTTACCGTCCAATCCCATCGAAGGTGTATAGATGTAATTTTTCACCATTCTTAATTTTTTGCGTGCGGGTCTTCACACCATTCGCTACAGTTCCAAAACTTCTGCGTTAGTATCAAGCGTATCTTGAATTCCGTCATCCACCGTACGCCATTTTTTCGTGCTTATACCAAAGATCAAATAGTGGACTACGCCAAATCTTTTCGTCTGGAATAATCGTCTGAATATCGGTTTTTACCACATCGCCATTATTTTCTACATTGCCACTCTTTTCCGTATTTTCCACATGCTCAACGTCGTCTGAAGCATTTGATTTAGCTTTACTTTGCCGAAAATCACTCTTTAAGTTTGTGTTCGAAACATTCGAATTATTATTTGACTGAGTCAAAGCTGATTTCTTTGCGATGATCATTTCGTGAAGGATCACGATATATTCAGACCGCGTTTCCAAATCGCATAAGTATTGCCATTATCAGTCAAAATATTACCCGCTGCATCGTTTCCTCGATACAACGTGATGGAATCAAATTCCCCTGTGCATCCACGTAGCGTCCATAATCATATTTCATCAAATTCACTGATTTCTTAAATGATTCCAGTACGCGGTAATCAATGTATGGTTCTTCCCCCGCATTTGCTTGCGCATCAAAATTTATCGTCGAAGTTGAAAGGTTCACATTCAAATCCGAAATTTTAATCGTATCCTTATTGGTTGGAAAAAGATTTTTTAACACCGGAAAAACTCGCGACAATACTGAACGATTATCATTAATCGATTTTAATTTCGCTAATTGATCTTGGATATTTAAGGAAATCTGGCAATTCCGAATATTGGTTAATTGTATTCGAAAGATTCTCGATGTGCTTTCCCTGACTTGCAATTGTCAAATCACAAGGCACCCTTGAAAATCACCAGAAACGCCGTAAAAACCGATGAAGCAATAATCACCACCACACAACCAAACACAATCATGTTGCGTAGCTTCATTTAGCTTCAGCATATCCGTCTTGATATCTGGCCCCTTAAAGTTAATTTCATATTTACCAGTTTGCCCCGTCATCATTTCATTATCGGTTTCACCAGTAAAAATACTTTTAATAACATCAGGAATATCAGAAAGATGCATGGTTTAAAATCGATTTTTCATTAGTCATTGCTCCTTTCTGCCAGACCGATACCCTCCGAATTCTGAGGCTACTGGAAGTAGTAATTTTTGTTGCTGCTCATTGACACGTACATGTGCCCTTGCATGGATTACCCTGAATCGTCGAAATACCCGTCTTCCTTCGATATATTCTGCCATAAGCTTGAATAATTCCCCGCATAACCAGAAGAATAATTCCACCAAATTGTGCGCCAGCATATTTGTTCTGGAAGAAACGCACCGACTTCACTAATTCCATCGTAAAGCCTTCCAAATTACTTGAAAGAGTTTGGTAAATTTTTCCCTTCAAACTGATCTTGCAAAAGTCCATACTGCAAAATAAACTGTTTTTTGCCTGCGAAATCGACAGTCCATTCGCTACGGTCTTGATAAAAGCTGAAAGTCCGCCTGGAATCGAGCACTAATCTTGGCAGCCTAGATACATCACTACGAGATCTGTCGAATTTTCCCCAAAATCGATAATCATCCGCGCATCTTCCACCCCAATCTGTGCCAACGCTCTCACCATCATAATTGGTTCTGGTTATGACAATCACATTTAGACCCAACATTTCGATATCTTCCGAGTCTTTCTTCGGCATAGGCACGGTCCGTGGATGAAATCAAAAATTTCCGCCTTCGTATTGTCATTAGGCGAAACTCCAAGCACCGCAAAATCAATCTTTGCGTCATCCACTGCCATCGGAATATATTGGTCGGCTTCGTATTTTACAGTTTTCGCTAGTTCATGTTCTGGCGCATTTAGCCTTATCAATAATTGCCGTGTAAGTTTTGCGTGCCGGCAAGCCAATTGCGATATTTTTGGTAGTAATACCCTGTTTTTTGCACCCAAAATCGTTTCGGCCAGTTTCCTACGACCCTGTTCCGAATCATCCATCGTAATTTTTTTATCCACCGGCACATAGGCAAACTTTTCCAGTGCCCAACCCTTCTCAACATCGCCCGATAATTGAATCATGCGAATTGAGTTGGTTAATATCCAATACGAAGAAATCGCCCACACCACGTAATAGACTCATATAGCCTTATTATAACATAAGCGAAATAGAAATTTTATTTTTTCCTACAAGATTTCGATTGTTTTGTCACTCTTTGAAAAACTAATTTCCTGCACTACTAAATCTTTGTATTCCCCTCAAACTGAATAAAAATTCTCTGTTTTTCTTCAAAATGAATCGTCTTTTCTTTCAATTTCCTACCCGGAATTCCACTAAACATTGCCTGCAACACCAAAAAACACCATGGCAAAAAAGTTATTCAAACGTTGTTCCGTATAGAGAAAAGAAGTTTCACCCAAATAATATTCCCCGCCCTTCATCAATCTCGCCACATTTTTCCCGTTCACCACCAGAATATCCGAATATTTTTTTGACCATCAATCGTAATGTAATCTTTTTACGATTCACAAAAAACCACATCAAAAGCGTCTTCAAAGAAAAATTAAATTAAATTTCGATTTCCTCAATTTCCTACGCACTTTTTCATCATCAAAAATTTTCGTCGATTCCGCCATCATCCCCACCGTAAAATACGCCAATGCATAACGAAAATGTTTTCCATCTATCAAGGCTTCAATTGGATAAACTTTTTTACCCGAATTTGATCGTAAAATCTGAATAATATCATTAAAATTTCCGTATGGAATTACATAAAATTTCGCCGACTTACCCGACTGCATAATTCCATTCACCCCGATTCCCGCCGTGCCGTCACCCCTGCCACTAGCACTACATCCCCATCCCAATTAGATTCGCCAGCCTTTTCGCATTTTCTTCCAAAGTCGGCAGCTCCACATCGAAGCGCAAAAAGTAATCCCTGCACAGCCAAAATAAATTCTCGAAGTGGCGTGACCACTTCTTTTTCCACTCGTTTATAACCCGTACTTTTACGGTTACAAACTAAAATCACTCGCGTTCTCGTCCCCGCGAGCGCAGCCAAGCGTTCTCTGATATGTTCCAGATCGGCTTTTCGACATCTTAATTCCCGTTGCCGTAGATACCACCAGGCAATAGGAAGTTCAAAATTCCCCACATCAAAGCGTAAACCAGAAAGTCCAATCACAATTTGCATTGCGCGATCCTTCGCTATTTTTGATTTTTCCTGGATCATTTTGTGAAGTCATGTAAAAGAAAACCGACATAAGTGAAACCCGCTACTGCACCCACACCCACACCGTAGGTCAAAATATTTACTACACTACCGATGATCGAAAAGAAAGCTTCTTCATATCACTACTCGAACACTCGATAATTGCTGTTTCTACACTGTTCCCGCAAACACCTTAGCTGCCGGAAAAAAAGCCACCATCGACACGCAAAAAATCGCGAGAACTGGTAGCAAATTTAATAATTTTTGACAAAAATTTTTCATTACTTTCATTATAGCGTATCTTGTGATTTTCGCACAGTTTCCTGCCCGAAAATCACCCGCTCCCCTATTTTAGTGTAAATATTCGTGAAGTTTTTCGTATCTTTGTGTTTACGAAGCTTTGATAATGCCTTCGCCTCAATCTGACGAATACGTTCACGCGTCACTGAAAATTCCGCACCCACTTCTTCCAAAGTATGTGGACGACCCCCACCGATACCGAAACGTAGTTTCACTACTTTTTGTTCACGTTCGAAAAGGCTGGAAAGAATTTCCGCAATTTGCTCCTTCAACATCTGCGCAGCTGCCGCATCTTCTGGCGAAACCCGACCTTCATCCTCGATAAAATCACCGAGTACTGAATCTTCATCATCACCATCGCGACCCACTGTCGCATCAAGTGAAGCAATATCTTGCTTAATCTTCGATACGTAGTCGACTTTTCCGGCTGTGCCATCTCTTTGGCAATTTCTTCCACCGACGGTTCACGGTTCAGTTCATTGGTTAATTTACGAGTCGCGCGCAGCACCTTATTAATCGTTTCCACCATGTGCACTGGAATACGAATCGTTCTCGCTTGATCCGCGATTGCACGCGTAATCGCCTGGCGAATCCACCAAAATTTGCATAAGTCGAGAATTTAAAACCCTTATCCGGATCAAATTTTTCTACAGCGCGCAAAAGCCCCGTGTTTCCCTCTTGAATCAAATCCAAAAGTCCAAACCTCGGCCAGAGTAGCGTTTTGCAATCGAAACCACTAGACGCATGTTGGCTTCCACCATTTTATCCTTGGCCTTTTTCTCACCTTTTACGATGCGATAAGCCAAATCTACCTCTTCTTCATTCGAAAGTAATTGGAATCTTACCAATTTCACGCAAGTACAAACGCACCGAGTCATCCGCGAACTGATCACACGTTCTCTGCCGTGATTTCCAAATCTTCATCTGTCAAATCATCTTCCGAGACTAAATCATCGTATTCTGGCTCTGGCGCACCATCCAGGCCTAAAGGAGTTGAGAGGTCTTCTTCCTCATTAATCTTGTTCTTATCTTTTTCCACGACATTTTTTCCCATTGCACCAATTTATATCACAAAAAATCAAACACGTCAAAATCTCTCCCTTGATTTTCTGTTTCTACCCTTTCTTTATTTTTAAATATTTTGCTAGCCTTAGTTAGTGCCATACGTGCATGGGCTAGAGCTATATTATACTGACATCTTCATTATTCCATTAACCTTCTGAAGGAAAAGATACCTGTTCGCATTCTTCCTTTCGTTCTCTGGTGCCAAAGCGATTTCCTCATTGGAATATTTTTCACCACATGTGAGCCAATATTTTCTAAGAAACCTTCCTTCACCTGATCGACATTTCCAGCTCTTGCATGGCTTTTGCTTCTCTTCTTCGCTACTTCTTTTATCATCAATATTTTTTGTATTCTTTACGAAGCATCAATACGATAAAGCCCAAAGCAAAATTCTTTTCCCACATTTCCGAATAAACCGCGTCCTACGTCGAGCTTAATTGATCCAAATCAAACTTTTTCTCAAAAGGCCTTCATCTTCTCAATCGATTCATTATGTAACTTATTTCGTTCTTCGAAAGACGCAAGGTCCGGATCACCTGCTTCTGGCTTTTTCAATGGCATCAAAAAGTTTCAATTACTCATCTACTTATAACCATTCGCCGCCATTGCCCCACCAAGCGTTTTTAAGTTCTCAAAGAAAAATTTTTTCTTCTGCTTGTTTCAATACGTTTTTTGTGCTTCCATTCAAGCTTCACTTTTCGCACCTGTCCGATTCCACTGAACCTGGCGTCGTACCCTCTCCCAGAATTACCTCTTTCACTATTACTAGTAGACTCACTACCAATAATACCATTTTCGGTAGTTTTATTTATTTTTACTGACGGTGTACTTCCTCCCGAAAAGAACATCGGTCCACCCACGCCACCAGTCCAAGAAAAGTACTGGTCGGTTTTCTCTGAAGCTTTAGACTCTTCATCCTTCTCCGTAGCTTCAGATTTTTCGATTGACCTCTTCGCTCTTATCTTCAGATTTCTCTTCGGTCTGACCCTCAGTTTTATTTTCGATCTTTTCCTCAGTTTTCCTCGTCTTTATTCTCGGTTTTTTCCTCGGACTTATCTTCGGTTTTTCCTTCGATTTCTTTTTCAGTCTTTTCCTCAGCCTGCCCTCAGTCTGTCTCTCAACCTTTTCTTCAGTCTCGGTCTTCGCCGCCACTTCGCCCGATTTTCCACCAAATAGCTGATAGACCCGCTCATCCATTTCGCAGGCTTTCTTTATTTCCTCTATCTTATCGGAACTCAACCAGACGCTCTGAAAAACTCTCCATTAGCTTCATTTTTTCGCCTCGTGGCAGTTCTTTGTCTTGGCTAAGCTTTTCTTAAAGAATCCTTACTCTCTTCCAGGTGACGATTTTGAATCTCGAGTTCTTTCTCACGCTCCGCCTCGTTCACCTCACGATTTTCATAAATATTATAAAGCTTCGTCAATTTAGTTTCAACTAAATCCAGTGCCTGTTTCTTGGTTTTGTAATCATCAAAACCAAGTTTCCAATCAACTTCATCTGTTCAATCATGTCACGGCGATCCGCAATCTGATGCATCTTCCAGTTCAAAAATTTCCGCCCCAGTTTTTGGCTTTTCTGAATTTTTTCCTACCTCAAAAAATTCTTCACCGGATTTTGCTCCGCCGCCGCACTATTCGTTTTCCGCCCCACCTCCTGGAGAAACGCACTACCTAATTTATTTGGATTCATTGTTATTTTAGTCCCTCAAATTAGATTAAGTATAACGCTTATTCTAATCTTAATCAACCAGTCAGCACCAAAAAATTAACATTGAAATCTAAGCCCATCCCCCCATATTTTCCTAACCTAAACGCTCGATTTCCTTCAAAATTTCCGTCATTCGCTCTTCGTCTTCACAGATTCAAGCTCTAAAATCAATTGTTCTTTTTCTCTTTATTACGTTCTACCTCGTAACGTTGACGAAGTTCCTGACTTAATTTCAAAAGTTCTGTTTCACCTTTTTTCGCAAATTTTTCCTCAAAAATCAGCGACAATTCTTCAGTTTTACTTCATCGGTTGGAATTTCCAAATCAATTTTCCGCTCCTGCTGTTCCCCGTAAACCAAAATCGCCAGTAAATCATTTTCTAGCACCTTTAAAATACTCGGGCTTGTCGCCTCGTTCACTTCTTTCACTGGCTTAAGCCTCACAGTTTCCTTGCACCTTTTTTCTCTTTCAAATCTTCCACCGTCACTTCCAATTTTCGCGCCACCATCTGCTCATAATGTTTGCGCTCCACCGGATCCTGAATCTCCACAATTAATTTCATTGCCAGATCCGAATATTGCTTCTTCCCCATTCCATTGCATAAGTTATATTTAATTTCATATTTGCCCAACACCCAGTCAATCGCTGGCACTGGTTTCATTACATTCACGCCATTTTTCTGTGTCCGAACGAATAATTCATCGGATCTTTCGCCTTACCATAATCGATACCACCGACAAAAGAAATCTAATTTACTTGCCATCAAATCGCGCGCTCCGTCGCTGCTACACCCGCTGCATCGCCATCATAGGCCAAACGAATATCTGCAAGTTAATCGCGATAAAATCTTCAAATGATTTTCCGTCATTGCTGTACCCGAAGTCGCCACCGCCTCCTGTACCCTGCCTGATGCGACGAAATCACATCCATATTTCCTTCCACGATCACACAAAAACCATTTTCCCTGATTGCTTTTTTGCTAAATTCAAGCAAAAATAAATCGACCCTTATTAAACAGCAAAGTTTCCGAAGTGTTCAAATATTTTGGCTCACCGGCTTCCGTAATTCGTCCCGTAAAACCAATCACATTATCGGAACTTGCATCAATAAACGGAATCATCATCCTACCACGGAAAAAATCTCCACCAAAGCGATTCATTAGCCCCTTCTTTAATCTCTGCTTCCTTGGCCTGTTTTTTCAAAAAAATTTACTAAAAAATCTTTCCCGCTCGGCGCATAGCCAATCCGAAATTCAAAATCGAATTACGGTCTAGATTTCTCTGATAAAACACGTAATCTCGAATTTTTTCATTTTTTACTAGACACGCTTGATAAAATTTCGTCGCCAGCTCCAAAATTTCTCGCATCTTCATCTTCGTACGGGATACTTGCATATCTCCGTTCGAATATTTTTTAGCTCCACCCCTTTTAGCCCTTCAATTTTTCCAAAGCTTCCGGAAAACTAATCCCCTCTACCTCCATCACAAATGAAATATCCCCACCTTTATTGGCTGAAAAATCATGCCAAATCCCCTTATCCGGTGACACCATAAAGGAAGGTGTTTTATCCACACCCCAAGGTGAATGCCCCTTCAAAGTCGCACCACTTCGCTTCAGCTCAATATATTCCGATACCACATCTTCGATCGGCAGCCTGGCTCGAATTTCCTCCTTCACATCTTGCATAACTCAATTATAACAATCTATGCTATAATTAAAGCATGGACAATATGGCTTATCTTCAACAAATCGCCTCTAATTCTTCCAAGCCGAATTCAGGCAAAAAGAGTTCCCCTTTTGGTTTTCTCGATAAAATCATCCCTTATCTTACCCTGCGCAATATTTCTATCGCTCTCGAGGCCTATTTTCATCTTGATTCTTTTTTAGTGTTTTTCTGGCACTAAAATCGTCGAAAATCGTGATCGCGATAGTTTAATTTCAAGTTATTATCTCGCTAAATACATTAACGAAGAGCTTATCGATAATTACAAGGACTATATGCAGTCCTCTGATGTCCGTGGTATTACCGCCTCTCTTCAGGCCGTACTTGCCGAACTTGAATTGAATGAAAAAAATCTTCTAACTACCACCACAGGAATTTGTTATTCTGAATTAGAATCTACTTATGACGAATCCAACCTTGCGACTAACCAAAAAAATACCGTCGCCAAAATTGCTGAACAATTCGAAAATGGCCGCATCTCCGCTCGCCTTGATCACGTTTTGCTCTACGCGAATTTCCCCTTCTTCTGGCTTATTTAATTAATTATCAAACCGAAGCCGAAACTCGCACCACCAATCAAAAGTCAAGCAAATACCGTCGAGCGTGTAAAAATCTCGAAAATATTAAGTCCCAATACGAAAATTTTAAATCTTCCGCCATCAAAAATATTATCAAAAAACCGTATCAAATACTTTAAAATCACGGCATAAAAATAAGTCGCTCCTCGCGACCTATTTTTTCCTAAACTTATTTCTGATGTTTGCGAATATCTTTCAAGACTTCAAGAATTTGTTCATCAGTGGTTGGTTCAACCTTCTCTTCCTGTTCTTCTTGAATTTACCGATAAACTTGTTCATGATTTTAATGATTAAGAACACACAGAATGCAGTCAAGAAATCTACCATATTTTGCAGGAAGTTCCCATAACGAATGTGACTGCGGAATCTTGACCGAATAGATTTGGGATGGTAATTTCCAAATTGCGAAAATCTACTCCACCTGCGATTAAGCCGACCAGTGGCATAATGATATCGCTTACTAATGATGAAATAATTTTTTGGAAGAGCGAGTGCACCGATGATCACACCGACTGCGAGGTCGAGCACACTACCACGATTGATGAATTCCTTAAATTCTGTCACAAAGCTCGATTTACTCACTTTTTCGACATTTTCTTGAGTTTTTTCAATTCTTTTTTCATAGGCTCATTATATGAGATTTTTCTTTTTTTCCCGCAAATAAAAATAGGCCTCTCGACCTATTTTCAAAATATTTTTCAATCTATTTTAGGACTCTAGGATTTTAGTCCGCCATCTCTTTCGTCAAATTATAGCTTAATCGTACTAAGTCTTCGATTTTATCTTCTTCCACTTGGCCACTTAAGACTAATTTCTACTCCCCCCACACCGAAATAACGCGAAGTCATCACCGACTCAAACTCTTCTTTTTAGAAGCTTCGAAAGATTTCGATCACATCTAACTTCAAAGTATTTTTTCTTTCCACCAAAAAAACTTTTCCATTCGGCATCAAATAAATATATTCTTCTAAATTCGGATTTTTTTGCATCTGCACGTTGATCAAAAAATCTTCTTTAAATTCCCCAATTCCGCTAACTTTTTCTATTTCAAACATCTTATTTCTTTATATATTTACTGTAATATTTTAATTCTTCAATCGACCCCAAAGATATCATCCCAGTGCCAAATGTATTTCTCTTTTGGTAAATTTTCTTCATCACATTTTCGAAATACAATTTAAAGGCTGACACATCGAGGCATGCGACTAATGCAAGCGTTCATTTAATTTCGGCCACTCTTTCACGATGAATCTTTTATCTGAAATGAATTGAATTTCCCCTGCTAAAAATATACTTCATCACTCGAAATGATCATCGATGAATTTTAATAACATTTCTTCCACCTCATTCACTGATCAGCCTTATTTTGTTCACAAAGTTTTTGATAAGTCTCTTCGTGTTTTTCCCAAAACTCCCCCACCATGCGTTCTTTGATCAATTTTTCGAAACCTTTACCCGTCGCGGTCATTTGCGCCATCGGATTCAATTCCCAATCCGTCGCAATCACTGCCACTTCAAAATCTTGTCTTTTTTCGGATCCAAACCTGTCATTTCCAGGTCCATCCAAAGTAATTTCGCTTTTTTGGCATTACATTTGCTCCGGCACTTCAATTCCTAGTAAATTCAAACCGTGAGTCAAAACTTTTAGGTAAACCAAAATAATTTTGCCTCGTTCTAGCCACCTCAAATTCTGAACCCGCTACTTGTACATGTTCATAAAAACGACTAAATTCTTGAGCCAATTCATAAAGATAAGTACAAATCTTATTTGGCAAAAGTTCGTACAGTTTCCCCTAGAAAACATCTGGGTATTGAATTAATTTCTTCATCAAATTACGTTCGTATATCGAGATATCCGCAAGATATTTTGCTTCTTTTTCCGCTGAATCATTTTCTGAAATTAAAGCCTCAGCCTCCGATTCAACTTTATTTAATTCCCCACTAGTGCGGCCACTGAAGATTTTACCCAAATTTTCTTCGCACGCACTGCCGGAAATATTGCGAATATGGACCGGAATTTCCTGTCATCGAAACTGACTCTTTTATATCAAATATGATATCTCCGCCAATTTTATATTTAGCTAAAGCATACTTCAGAGGCGCCCATCAGAACTTTCTCATCGCTCGATTTTTCCATCATACCTCGCGCACCATTTCAATCACATCAATCGCGCGTAAAGTTCCCTTTTCTCAGGAACATTTTTTCATTACCTGGCAATTTCACCTGACCGTGTGTAATATGTAAAGTTCTACTCGAAAGTTCCGGCGCATATTGCGAAATCGCCGAGAGCACCACTTTCATGTATTCAATAATGTCGTTACCGGTAATAATAATCGATTTATCAAAATGAAAATCTTTATATTTCTCAAAAAATCAAACCAGTATCTTTAGCTTCGTAAGTTGGCAGGCCATTATTATTAATAAATACCCTGGTATGAAGTCCATGCTTATCTCCATGGTAAACCACCGCGCCATCCGACATCTCATAAACTAGTTCTGCGCTCACGGCGTACGGTTTCCAATCCAGTCTTCGCCACCGTCGATTCAGGGTAATATTTATCAAATTTCACCTGTAAACGCTTGTAAAAATTCTCAAAATATTGATAGCTGTTCTTGCGACCCCAGAAATAAAATTCACTTCTCTTGCACGTTCGGGTCTGCGCTATAATCCGCTCCTTCCCCTGCTTCCGCAATTTCGAAAATCATCTTATTTAGCTTCACGATTTCTGTGTGCGCCTCTGCGTCATCTTCATCCGCCCTGATCCTAGAATACATAACATTCGGCCAGTAAAATCTGCCACTTTTTCTGGTGACAAATCCGTCGGAATCTGGTCAATTTTACGCAGCATACCATACATATTTCTAGCCACATGTAAACCGATATCCCCACCAAAAATTCTTGCCACCACTTTACCGCCCGCATATTCAATCACGCGTGAGATCGCTTCCCACGATCGAAGTGTAAAAGATGGCCAACATGTAGCACCTTAAATGGGTTTGGATGAAAATTCACAAATCACTGTCTGACCAGAATATTCGTCTGATGATATATTTTTCGTAAAATCTTTTTCGAACTTATCGATATTTTAGAAGATTTTTATTGCTTAATTTGAAATTCAAAAACCCAGGCCGTGCGATTTCATTTCCAAATCCGTCTCGGCGAGTCTACGCACGATTTCTTCTGCGATTTCCATCGGATTTTTCTTTAATGTTTTCGCTAATAACATCGCCACATTTGTCGCGAAGTCGCAACCAGTATTCTCTGGCGCTGGCGTCAAAACTACATCCACTTCTACGGCGTATGGCTCGACGATCGTCTTTTAGAGATATTTTGAATTTCTTCCATATCTCTATTTTATCACAATTTTAATTACACAACATTTTTCGAAAAAATACAAAAATTCCATAGAATCTCAATCGTAGTTTCCCTGGTTACAGAAAAAATAGCAGCCCTTAAACTGCTATTTTAAAATATTTTTGAACTTTAAGTTTTTTTATTTAAACTTTTTACAAACTCCATAAATAATGGATGTACACGTAAAGGTCTCGATTTCAGCTCTGGATGCGCTTGTGTTCCCACAAAGAATTTTCTTTCCTGGAGCTTCAATAAATTCACCAATTTTCCGTCTGGTGAGTCGCCGAAACCACTACGCCGCCCTTTTCGATTTCCTTAAGGAATTTTTGATTCACTTCATAACGATGGCGATGGCGTTCCACAATATTAGTTTTTCCGTAAATTTTAGCTGTTTTTACTCCCCTTAACTAATTTCGCCGGAAAATCTCCGAGACGCATACTACCACCCGTCGATTCCTTCCCCTCTTGTCCATCCATCAGATAAATCACGTTTTCCTTATAGTTTTCTTTATCAAATTCCTCCGAATTTGCATGCTTAAATCCCTGCTCTTCTCGCACTCGCAATACAAGCCACCTGCATCCCAAGGCACAATCCGAGATAAGGCACATCGTGGTCTAGAGCATAATTTGCTGCCGCGATTTTCCTTCAACCCCACGATTACCAAAACCACCTGGCACTACTAGGCCATCGACTTCTGCTAATACTTTTTCATCAACTTTTTTCCGCGTTAATCCAGCGCAAATCCAGATTCACATTATTCCAAGCTGCTGCCGCCTTCAAAGCTTCCGTCACACAAATATAAGTATCCTCATTTCCTACATATTTTGCCACCAAACCCACCTTCACGGTTCGCGCATTTTTCTGTGCTCCTTTTGGAAAAATTCCTCCCAGTCCGACATATCTGGTTCTTTGTCGTCTCCCACGAAATCATTCAGAATTTCCAGCACCCCAGATTTCAAAACATTAAATGGTACATCGTATACCGAATCAATATCTGGCAAATTCAGCACTGCCTCATCTGGAATCCCCGAAAATCTGGCAATTTTTTCACAAATTTCGCGTGGCGCTGGTTTTTCCGTACGGCAAACCACTACATCTGGAATAATCCCAAATCCACGTAAATCCTTTAGTGCGTTCTGTGCTGGCTTACTCTTCAATTCTTTCGAAGTATTAATCCATGGCACATAAACTACATTTACGTAAAGACAATTCGACCTTACTTATTCCCGAACAATCTAATCGCCTCAATGAACGACAGCCCCTCATAGTCACCCACTGTACCGCCAATTTCTACGATATGAATATCAGCATTTTCTGAAGCATTCATAATTTTCTCTTGCACTAAATCCGTAAATGTGGCGCCGCTGTACGGTTTTACCGTGAAAACCTCCCGCGCGTTCTTTTCAATCAATTCTTTAAAAATCGAACCCAGCGTAATCGAATAACGGTTTGTTTCAAAATCCAAGCGTTCATAGTGGCCGAGATCGAATCGGTTTCCACCCCATCATGGGTCACATAACATTCACCATGTTCCACCAGTTCAAAAGTCCTGCATCCACATTCAGATACGGGTCGCACTTTTGCATCGTCACCTTAGAAACCTTGGCCTTCAAAATAGCCCCAATCGAAACCGCCGTAATTCCCTTTCCTACTCCAGAAAGTACTCCGCCGGTCACGAAGATATATTTACATTTATGCTTCTCGTTTTGTTTTTCGTCTTTATTTTTCATGGGACACCTCTCCTTTCGCCCACTCCATTAACTTTTACATACCTTCATATTAGCATAAACGTTAAATAAAAATAGTCTATTTTCTCAGACTTTTCTTCATTTTCTCCCTAAATTCTGTTATAATATAGAAAATTGTTGGAAGTGTGTCCGAGTGGTTTAAGGAGCACGCCTGGAGACGCGTGTATGCGAGAGCCAAGTATCGGAAGTTCGAATCCTCTCGCTTCCGCCATTAAAATAAAATAGACCCAGAAGGGTCTTATTTTATTTTAACTTGTGAGAGGATGAGAACCGTAGGTTAGACCGGACGACGAAGCGGGAACAAAAGAAAATTTATTTTCATTTTGCGAGCGAGGAGAACGAAAGATTTCGCGAAGCGGAAATTTTAATCTCGCTTCCGCCAGATTTAAGAAATGACTAGTTTACTAGTCTTTTTTTTAAATCTAACGAGGAAGAGATGAGAACCGCAGAGTTCGACCGGACGACAAAGCAGTAAAAAGACAAAAAGCTTGCTTTTTTTCTTTTTGAGCGAGGGAGGAACAAGGATTTTGCGAAGCAAAAGCCTCACACTCTCGCTTCCGCCATTAAAATAAAATAGACCCAGAGGGTCTTATTTTATTTTAATTATTACACAACGATTCCTTTGTTGTGCAAGAAATACACCAACGCCGAAACGAAAGCTCCCAGTGTTACCATGCTACCTACTGCTGTAGTTGCTATCATTATTTGCAGTAATACTTTCTTCCGTCCTTATTTAAGCGACTATAAATAAATAGTGCAGCTTCATTATTCATCACATCTGACGCATCCTCTTTTCGAACTCTCGCAAAGTCGGGCATTTTTTTAAGAATACTTTTTCCAATTTTTCACTTTTATCAAAACAAATCGCTGGCACATTATCAACCTCAACTCCTGCACGCATTGCGGTCCTAATTTGACTCACACCCCAAACCGTCAAACCACCCGACACAAATCCTAAAATTATTAATAGCACCGTATTACAAACCACAAAACGTTTCTTATTATTTTCTCTTCCCGCCATTTATTCTCCTTACGGTTACTTTTCTTCATTATACTAAATTCCTCATAAAAGGTGCGTTTTCCTGCAATCTTTAATCCCCAATTTTATTTCGCGTCAGCCGAAGTTTCAGTCTTGATTTCTTTCGACATACAATCTGGCTACGCAGATACTTCTGGAAATTCGTGTAATTATATAACGATCCTTCCGAATAAGTTGACGCACCCACAAGATTACCACACTCGATAAGCCAATTCTCCCCGTACCAAATTGATCAATTGTTGAAATCGGCTGAATTCCCCATTCTAGTTTGTACCAAAATCAATCAAAGTTCTCACTTCCGACATCACAATATTTGTTCTCAAATTGTCCCCCAGACCGTCAATTATACTCATTACTTGACCTGGATTCATCAAAATCGATATTACTCACCTTATTTTTAATCGCATTCATAATTCTCTGCTGATTAATCTCTCGATCAAAATTACTACGTGATAATCCATAATCCCCAGGTTTACAAGCTGCATTCCTTGCTCTTGCTAATTTCATCACTTGAGTCGTTCATATTGTAGTACATGCCTTTTTTCAAATCGATATTTTTGGCGAATCGTGGATCCCATCCCTCATCATCCGCATAAACATCCACATCAATCCCGCCAATTTTATCCACAATCATTTTTACCGCACTCCAGTCCGCCGCCACATAATAATGCATTGAAAAACTGTCACTTCAGAAATTTTCTTCGCAAAATATAGTGATGCCGCATCCTTCGCATTGCTCACACTCATCGAATTCTTATATTCTTCCAATGCACAAAGATAAGTCGCATTAATCTTCCCTCTATCTCCAACCGTACAGCTCATTGGCTCGCTTCCTGCCACCGAATAATTCACCCAAAGATCCTTGGCACACTAAACACTTTTGCCGTTTTATATTCCTGATTAATCAAGCCACCAAAATCGAATCGGTTAATTCTTGTCCACCGTGGCCTTTTGCATCTTCGAAGTACCAAAAATCAAGAAATTCGTCTGCCCATTTTCATCCTTTTTAATTCCGAACTAATCAAAATATCCATTGGATTACCCTTAAATACCGCGGTCGAATGAGAAAGCAACATATACATCAAAGTGATTGCCGTAATATTAACCAAAATCACCGACAATGCAATCATCACAATTTTTGCCCAAAGTGGCCTTGTATTCTTGTCTGATTTTGTCGTTGGTTTTTTGGCTTTACATCGAGTTCGCTTCTGCTTTTTTGAAATAGTTTCTGCATTTTTCTGGAATCGCTTCCGCTTTTTTTGATTTCACTTCTGCTTTTTCTAAAACCGCTTCTGCTTTTTCGATTCCGCTTTTGCTATTTTTCCAGTTTCTTTTTCGGCGTTACGTTTGAGTCAACTTCATTCGAAACTGCTTCTGCTTTTTCTACCGAATTTTTAACCTCAGAAAAATTCTTCACAGCCATTGTTTCTTACTGTGATTATGATTTTTCTTTTGGTTTACCCACTTTTCTTCGACTTTTTTTCTTTGCCATAAAACCCAATAAATTTCTACATAATCATAACATATTTTCTTTTTAGTTTATAATAAGACTAATGGTACAAAAGGGTAAACAAGGTAACAAACATCCCCAAATAATTTGATCGAACTGCATGATATTAATCGTGTTTTTGGTATCGGCGAAGCGAGATCCTACGCTCTCCAAAATTTCTATTTGCAGGTCAAACCTGGCGAATTTATCATGATTATGGGTCAGTCCGGTTGTGGTAAAACTACATTACTTAATATTCTCGGTTTTCTCGACCATCCACCTCTGGTCAATATTTCTTAAATCAAAACTCCGAACCTCTCTTTGGTAGTCGTCATCTTGCCAAACTACGTTCGCAAAAAATGAGTATTATTTTCCAGGAATATAACTTAATTCCTACTCTCACGGTTCTTGAGAATGTTGCCCTACCTCTTATCTATGCTGGCGTCAGCCACACTAAAGCTATCATTAAGGCTTCCGAAACTCTAAAAAATTTCGATCTTCAAACCAAAGAATATTATTATCCATACCAACTCCGGTGGTCAAAAACAACACGTCGCCATCGCTCGCGCCCTGGTCCTTAATCCGGAAATCATTCTTGCCGACGAGCCGAGCCGGTAGTCTCGATACAAAGAGCTCCGAAGCTGTTATGCAAGAACTTCACCGTGTTCACCAGGCCGGCAATACTATTATTATGGTCACCCACAACCCAGCCCTCACCGTGCATACCGTGTCCTTCATATGATCGACGGCTCAATTGACCGTGACTTCAAATTCGTCGCCGACCATAATCTGCCAGAACGCGATGATATTCATTTCAATTCCAAAACCTCTAGACCAGAAGCTCCTCAAGTTGTTAATGTGGAAGCGCCTCCGTATTACTAAGCAAGAAACTCCTCGTGTTGCTAAACCTGAAATACCTCGCGTTGCACCAGAGCCAAAACCTGAAGCTCTCGTCCCAAAATTACCCATGGCCAGAATCCGCCGTTAATCCTTTTGAACCAAAATTCATTCCGAATACTCCAGAAAAACCTTTCGATAAACCCTCTCTTACAATCTTGATCTCGTTTCCGAACTTCCAAATTCTGCTAAAAAGCCAACCCTGCTCCAGTCCAAGGAATATTTCCCTCCAGCTAAACCTGAAACCAGTAATCGAACCAGAGGCCACCGAGATTTTAAAGCTGAATCAGAAAAGACTGAACGCGTGATTCTCGTTAACACTATTACTCCAATCAAGCGTGATAAATCTATCCACGTCAATTTAATCTTAATTTCGGCAAAAATCCGCTAAAAAAATTCCGTCCACAAATCTACACTAAAAAATCTGCTAAAAGAAAGGTCACAATAATGTCCATTGTTGCTTCGCACAAATTACGCCATCGCCCGCTCTTCTGGCTTTGAAGCGCCAAGAATACGTACATTTCTCACCTCTCTTGGTATCGCTATCGGTATCGCCAGTATCGTCTATACTTTTGGTATTATCGACAACTTCAAAAATCTCGTTAAGGCCGAAACCCAACGACGCCCTCTGGTGCTTCAACAAAAATCCGATGAAGCCACCGATATTTCCCTCCATCCTCACTGCCAAACCCTCTCATCTCTTCCCCTTTTAATAAAGAAACTGTCGAACTCGTCAAAAATCCATTAATACCACCGCCGCCGTTTCACCTCTTGCACCTATCACCTGTAATCTCTCGGGCGATAATCTCGTCGCTAACGGTAATATTCTTGGTGTCAACGAATCGGCTCTTAAAATTCTCGGCCTTAAAATTAAAACTGGCTCTTTCCAGAGTGATGCCAGCCTCAAAACTATCATCCTGAGTCACAACCTCTCCCTTCCAACTTTTTGGCCTGCGAAAGTATCGGTAAGACTGTCAACATTAAGGGCGAACGCTACATCGTCACTGGTGTCCTCGAAAATCAGGACAATCCGCGTAATTTTACTCGCTTTAATTTCAATAAGTCCGGTCTAGTTAATTTCGATCAGTTGGCCACCCTAAATCCCATTATCGAAAAAGTCCTCATTCAATTACCTGATCATGCCACCATGCTTTCCATCAAAGATTCTCTGAATAAAAAACTTTCTGAAAATCCTAACCTCATGGCTTGTGGCTTCAACTTGCTTCCGAAGAACAAATTTCCCACCCAGCTTCTTCTAATGTCAAACTTATCACTGTTCTGCTTTCCATTATCGCGATTATCTCTATTATTGTCGGCTCGATTAGTATTACCAGTATTATGATTGCCACGGTTACCGAACGTACTCATGAAATCGGTGTTCCAAAAATACCATAAGCGCTACACATGCTTTAATGTTTTCTACAGTTTATTTTCGAATCCATCCTCCTTAACCTCTCTGGCCGTAGTACTCGGTTTCATTATCGGCTATGCCGCTCTTCTCGTCACCGCCTTTCTCACTGAATTCAAAATTTACTTCTCACCCGAAATCCCTGCCATCGCTCTCGGTGTCGCCCTTTTCACCGGCTTTATTTCTGTATGGCATCCATCTTTAAAAGCTGCAGGTAAGAACCCTATCGATTCCATCAAACAACCAAATCGCTAATTTAATTAGCCTCCTCCACTTCGGAGATTAATCCATCATATTCCACCCATCCTAGGCCATTCTTCCCTGTTCGTGATATAATTTACTCATGAAAATTTTGGGTATCAAGAAACTTCTTGTGATGAAACTGCTGCCGCCATTGTCGAAAATGGTGATCAAATTTTAAATAATGTCGTAGTTTCTCAAATCGATATCTTCGCAAGTTACGGCGGTGTTATTCCAATTGCCGCTCGCTCTCACCTTGAAGCCATCCAAACAATACGTAACTA + %('''''%&%&&((0@B;87.B=72*&%'+6:@B>HHEF>DG@@>;>=EBFBDDFCFGCCJ=BKLQQBA?DEDGBDAAC;:ADKG;<834/007;;@<:CBDEBC8HKB:GFHE?A;=;868@3-&%*.&+'+27:?39?==?=??BJJ<<97)))),3;?@>?EJ@B<26==;;@BDBE<==9>46@@<76*+/8;<>KLNKE?;8>?=EG>>>>=2CCDCEEEDFGB@=A=74:+-(*2))'./%)(&#*$$())-:=?=8:56=;;=?CD0;3646914..32AEB>9GCJ=;.;BCGABGGEJ>B==IJE>?EGMKH7)$#$&/2<>BC=+01?>@?HGHB=9@A4?D?BKKK?@:E>LLIDHD@7;FOKCABEE9:=>?<9>=??>?@G;;=>==A>AB7=5AD:=?;/A26;DA:;IGIKJ=@B5<>?BF@FEEDFBDIPOD979?A869:<>DAELMJFCD;>BEDFADEFEB=>=BA<@<;<>@:=<>?BBGA>CDCCE?(168A?=:=?FI533&56???6A;A>?HFFFAB7:?@;@?GCGBDKMFDEFGDC@@E@=?>?EH<)7;=9:/,441-129<>?9:9:645:>58?:<6:=@BD<>-:89:?>==8/66688,9;@@C=4;9<'32/29?=4-5.,.$'B@15@?;=G@@8@=>D:B=*/=>E;@@FBA=ACC=ED?@HFJD8EBDJB?=?>A>DDLE>EAG@<>JBHI7E>CCB55+BHIFHMFF>;B=?DGDFEAEFB@@?LMHI?689@<=185:;:=BHA?;CFFCGAA>:<<>C><9=;<=C@:<3+,,,.27>79,::799<;:CD@FC==CAAHC>@EGEABAFD>EGID=.8/1200AB>BCCC86869844*($%(,356;0.072/6=>=>DFJIG?@LA..-G@:0+)2C@A:G???;@8BD:947=A@@A@--::;:>:*9;*;>?;D>9<>@G@AIHPICCC=;/070=KKDFHFKB@@GC>>?;?ABF;66455=>>./99<>=@GNOG=CC3//>EGM@BGHIIKJKHDKC@FOML@@BFDQEEGHDFDHGGGHB?8:177-0-8::=6BC@FA6.@FIEFHC3DA/-AGCDHGH?A>FHHFEFI@AIGIJJE>@?=?<0:6CCDBA?@A@A@LKKGGEFIAGJJONF>@<@@CA;=ACDCB@A>B9GMDEAF?464JGB=>=CAGEEEFD@<=AEAE=DFGEED.=145A>;DDFA;;DEIDBFIFGC>B>BBD>=INCHJECCA<@@AD1B-CBGIH8?B=>+09AB:<>EHGG(84<=;?HLI@EJDLBJK=DKHKG:5@FLHNB>ED>@?EFBE@>6>;;33,.0;>>=;7;?AABBGD@=;:>ACFIDA???C>ADGND@AE:EEEFBHD@9?A??CEF0--//@DDFDDECGA?=*692>;@?EGDB<>9>@B89AKML@AHHELF>>J;DGDL;LKG:JJA>>@ACD?AAIJ>?CE:@?==F=?A;,9$777@DMH>H?=?BC>DE=:GC:@EI?DGDC+8999;=DEAI@?ENEF@?A?IE>CACEHGG;FCE@JB;9998-%+%%$%/18>DEFA0;>CAABFFEAD:=C.69;BCD?>?=;=BDD?8(**,>9386C?@8B.*,<>>><;6??CABDD;?EC<><15<99;<7,2:@BHLGF@DEEED=<78=-=9838>DEFBE?588:;:1%+20,-B;?BEF::;7?=??<@ABFB=6758;6&*10??AAB7B;=HEDFLFCCCFFDC<=B>??>=@BCEGACAC?=/0;A<66=><=7:>?<631-,,7,@CGA9E<89;9=7D:)99C?:5@=A(B@<>DD2==86AD;>GHG=1<630;:=E;A'>AB;@--&&%$$445?<7+)/;>@:9B=8BKD;AB>83:=>=??DDEGBA@AAHEA@=8B=F9AEF6AE9-37>7=>=FC=D@IKD>.<<;;@DBE?>7:224(((,233<:4789:1/*+*&&&&34@A@ANIHHEMLKQKJ9IGIEFA;B@C?C:>'(0..*'7<=BB@>=<25ABDB=9?801'(#$()(*.&&(*0(+-%589(*&'2&%&*448;<=:@A?/()9FBD9C@KKC>E=DCGDGE>?>B>:A67;668&&0515<=99>?=?D>9;=;?9A:;A?G@.++@;A@?68=A88:9:07:92;B9B@?BAJECFA?@+44?DBRBCC>>AC;A>C;AIG>=BAHF@0:@@EBACD9;GI;;;<=<6=78>B><>);33=9('%%(448>=?EEFEFA<<;::566@CA@FF7;;*3/23-.$%%#''139:<<578655.&'&(1112:889;@B?67::JEDC<5FEC?F?>@>7:;,'(&%?::=9<<89;>?><<8=BB?AC@@DD88DB?9>?;469<=;456/55$$$),9;3687@=A?94;<<=<+88@B?;A@?@B<;89EFCC=ACG?=H@DA9;1067)*78;?CE@BC?B<:7981/54(--2+&/)/*),$$$&$%)''#&$'&'%$(,17536FF;:88<=A:1@=469@AAE9@:>AG?DDD?@@DBECBCCB1---8:>@=GGIMK:??9733@FHN?NI459<>CGEBB.+?0A<@6;CDDAA:8?@AE<;7AFGB@@@DBA?;<55(%$''%:;=A<9B4;DHGG?D9;BA.19AFB.B?17779;AC)C=??>?CFF=>IL?6*:;;=CBLL?CCEC@@H@J0EF?+DFIC;?7,.63(,'$&%$$$/335898??:5-9;9A?>0-+,.;;2.@B<,&)3=@=:/?0))&%'./43=+$$%%&/+/3:9/,*&%1/((**$%.73*(*)')'010*9,6;@E=<=;+-1+*,=>=<9**.6=35B=BFCBDFGCFHH;956>/'$+$,-57<>?:>=75438??8?>A:6$BAJGDEHA@BBBEE=HFDB<650/$&+'%'%%$%&#"$#%$&)$()-655554027/:=@DBEA;;::9=@<94)*%$(*311:0,/)/5;<:C9;@B4441.&&6,,66/::;;;;-.)*--2&%&'1/+,49:;-',$#%29FA;=;?@1222.BAG@67C>;???;*.47?6E7BDLKEDF=>BF:;FBF>@ECCCE9:3-/(,59(49,AA?CFHMFB?DCD@LKKMN<;=@>FEDECE=D>@BHI<;;=F@@;><8=C=;<=>??C@<<=:<7;6;?;92=6<<C?<=656*,%)''339BCBMJ=8A?434).)'-**.778:??CEB698GAAA00201'0228426=8:<;9;66;>9:B@GH<6*-*'#$#%2-.45780%%%=?<;ACE@B?6>?FA>;@BADDECB@B=DB<>;7@DDDC22BB?BB@6?B?@@@78<85B4E74@CGC>4925?>87;;:98898139=EEK>;G=DEHGA3E:,9AA><@<2:07AD?<:6:=4615&'78:;=AC<<=?CB=>BGH@EHB?@H=-849887<<6666:A.F>>;3=>DCB:<<>AAB@7*&',)()/4378:ACCB=?:93+%$*'9.>BBJD9;DD=).<>89115;9@?A98;<==33**&%(),().3$024<@?<=<:DDGH?@/3#$)(/.$*788:??DEFFB=69>?@@?=??@D?>CIG=?DBFFE<30/5+8=;*+,0223=>CBG==B@A?9<<=@8CDE>>=99:67.9;=C;ACFCIA<>:@<@:<>>@DA=>@?6==;;?B>C>=510(++-,.(&&&)83;8?=EDHHAACA@<=D>=?<2--.1-688:;:9CB?;;=;<=;==DJKBFH8.05@>8??@GL@9:;;==9-53+,--/.02/30-&*'90<=9<8;?4;B8:GJ>@:::@=B@CFGGCF?EHEO?@DF9ABDD=4;>@JFBGAFONEJH@>CD99.9>;?AHKHCDHE::@98BAIGHGA?'3<>ABBHFACCABF@ALLE7+EIHG?A;@HHGG2@?A=DILBEC;74<&.?>@>:@;<@=>>00**$'&##%%*)3,*458=7*9010@>BHCABB??+*.641021/2247A?=CDF@A9;>;.)+'9(%-*$%-36;@7@DEB8@6-/6488'<=<=94::789=;A988'&$,--53524830282;A@BEBEEFEBGCBBC>9@@43B=A?IFQMMQOKDDH;BAHJLNI?MG?7721<=;@>A=@<%4-/**/28-'')3/5/*,,94>@668>;:86@CD?3AEHE<8<EF2:000DIJKB@IBDE?DBA?;;=JKG?@?DCE651<=@=@842&>A;?.'&')$76**$%&(.868:=9:>>87584703.+468699;?<<;=;>9-,(++2*4,-55620(%'.07/>A;:???8=CF>DDECDD3'@?JA@?8:90&(&+'(+-7<<=?53=98645%%+0;:'*365>BCCGF=C:=IJN@7B;E?<>6:@@D8<@>FC@>B>C<;3233:<>:*+,*,+*-+1,3+'.%%%%%&$+()2542'')&(&66+-46AA>><>,,/116,02>?@9/.,ADAC8547=66;<697/&$),%,-%$++$$$%%'.322+,9+;;???A>=><7=995<4565686'78EGB:;?8C@MKAA;FF>:A9>DGA=BFA:)5/$,;>=?>;75/-.))224<@>8$*--/)/-887::*10;<<=@:3:3A?DA>?=>>?CC@B@A=-10,--:<@%*;>8=?<;9<2%&%%..1/($#%%&%)#&,/17537:7*9?9+01)+;;=::<<;6BBEG?B>AA>>??A@C33=?<<><@JPHEFFE??@:7:9820+235437<79<;87;;AI@@2?<<.;1>>AFB;48?7;;72&1%$&6996689*-01;>-29>B8BCFD;-3>A=?@AADC=DIDEH=-??A<@??;=AC9:@CE?@892668*5793:<;@:>;4=A>8CBC?C8>9=/%)337@B??=>(;8(7=?>@@5;;;?GDKDGII>75<;;;911*35631?<>490''ABB?:DFG@?%)BABI@DAEE225>6;=EMC?AF@7A=A@+>00>;@776/)'1%))=>=<@+1<>=.3<<:>?@FJFFGGD?AD3;=DEIF>9CB@@>52'%(444%'%37765=C>9;?>5+3-@<;9FHH?BC?>ABABB9AAAA=9@DBA@>@F?4C9AAA7&&,.8.9BDC@>A=<::;BCF>=>(.189,:7@7<):;ADD>@DCABB>%'582HFGBCDGKIF-''97=>=9:FLIH<<2;%%(8AK<@<>@GBD=AFG>DBFFFG@?G=D?F@EGGH9CA@>7/8:=C?:--5:878474.77>>+8A?@LMA?6A;9&<.,57;6((*.A?A=;210,'10/1./DC?<<29<93557546C@82AHCC==<<((&/.03?@??HGFG;C5==DCIF=60<:BEC>GI<4?=;DGMGEACGD?C?FLJB??A9=>5&&($$$'')248>?>?BCFGD949,,8986;;=B>3-+$#$+<@?>?>;CJADIEE99*9'&DDEGF5@@3BA.+69<<;DD8AAFB=ACDGF@BBEJC<18?<@GC?5564E@@DGGHEACH:BJD@?GFFDF?8D7D?>???>2%%%&&%(,6,.))252584410/0:>>B?IF<<=A=ECH?BECDIBD??>>@CE@4+0/'%$$&$&05:=@B:0'/+889><6<>AA5(9?<')3CIHE>;:55=?;>@CFJGCFGH@:33315'79:;13@IRLDE6--37??A96.1BB7*@DFE9IADBA=&778@@=<=?=:56;>5-0053333+467057)0./25=@AABD1>B?IF8DLJG@CEC8A5;56DFEEKKGED=>;88BAEEB:DGFECEB??8/#$54<>?>A?472*15556=>79657=?@=?CGI><:@@ADF=0<1>:?>8+;;0.-.)&.4%0++.99BG;>EDONLKLFDBDDEGHOAKFFGD>D@?;83;AABC?7:@=?;?74CB<>G>BDD19=:9=6.*+-'&088:==?:88:3464?>:420/(((())),>A65:2229>>>????=>A>@@3B@A??FDD@*8@;;<13@@>DCAB8%234:9/-145+=@<==DAIJ=4@-88313-542<9;AA<;?@@DF:7A@HJLA>GFGC<245:;;0/:;<;;7750>:;@?B==?A;GFFGFEFD>9<5/>=@1::6':9;;><8::BEJIFD:?BBB@=:?ABC?>*5756.((++)*07;<;7;:<@FGIA$%;CHIHKD>EE9EFCCBBAB@?CBJB<<63/<>?@>38F>@?E@DDEHC27@;11+-+5DEBB@@A>BAEDCE=9::232?AC(@$AEE>87<>A<<@A@<>=7+&''('%(0:<<9CA@@ACMF>?52:?@@A?89>A7''*0039;HLD?9>:68ABCA6%)'@ACB@FGBDCBCD@=70784BF=C@@9E@DD;FDDCAAE?AC@A)ACB:@=:2269>@9:CEDA?:07<:<=89::7<336:8BI6244;<>@>>=68<=(<56BB4;>>EHGFD>??=:?77;A=:<><4=:7<=622,*,)&##%&&*)8:9@89?:?CE=?AEFB?<:782/$#&(258A?=>/51().267634%,-0==?CGGDG@@F>A;BAACAAE=<8)<%;<6234GBDC=?=;D?(6538>EE>52;E@LG:@:CCDFDFAD<==?;<59;FI2CBDAED.79@@@D>*:B<@BDBCECG@DL??@=:%5B=<@;'==7<=>CCAAA69?483/&%$%,.)%%$'**/19;4.1A69C:>@A=<:;7,4@@?E;A=76-,&&%23=?>@@<-00218:39DD=/:3.0531368=@CCE>=?@3*>7998:8:(18>>9>=?A?96<8'-;3/**0&&+5*+>?45BD<((AC:=A?==78/+6$$89;GLKGK=7;>H>?::<<<@8?C@><<@-24/79;=3=;6<<54)9:AB>@HE@B=GEFGF;;B=>5??7G46<=8>/4579-9?@>@>@A;?E=5+@BB@F>>@>@>>?566:<:88DC<=?C;?=-<9DEFHMG=@=CGJKL@F>ACGEGAFA=IG?>@=:41122*%%$%$'*-.(*(/-+-1EE7ABAAA<@BB>BDA?@8>7;@>?++(7971==>@?>;:A?=C9?=<><<9;<:;/'CBA>=?B@<>>GJB@9BE4=8;E?9FK;C>@F0,<:@<>7@@D<<>::31113=:2>A@E;8?AAA:BLHG9>?0/89CEC;>8C>&89;<:;9+=<33*/0%444A9;=DD>?;7B?=B935?=/(9@CCBA@DAHFA>5-3A@<=:EHIG:01*45HAB?LHHD>-&)74()'&8DEIC=B=?>CB>=>HC1I@ECCJD98A?;HJJJE;;<=?=888LM6E>6;?DD5D>7;;4+=;;8>?>EDA)>;DC<)EGDGMFPO@A7FKLDAAD?CKMN?ADFFDJDLUKFF@9::999:?95FC2:;:<9:?A?FC<@DBDBB>CFHMDFDGA:=BA=>6;<>?=<>AC@?BHHGB254>?A=**63.1357?=>=:=C5=AA@D?GIK@B?:=A1>DBMJ=@=>?C?C@=GDA?@BD;=CDCA@B@AB?A?C<5DAA@9><7:.$$5395)/*,.')'&0---1,*(&'+0*))$$#(')('&'46AA>IBB?>35->BA=F?=B<@?D?>36<85;>?@>.-').68===3696688(<;DGFFF696IHFEB<:?E@@B>EG;C?7BA?440961'?>(0&%&()%*+,<1A>5535<>9>>C8A>AB@B99<*CEB9:7@:9BDG>@443/=??AB@=6AA>;:6;CDBD7HB=CB:5>??EF?1=?FHH?A2/.4/16G<>CEEI;8<=@AC;AFDFD:>:8:8;<;=8ADB>=;;::<<><;/3;>:8=*3;FD?/68A@=<41*4124A>>CCFAKFFC>)'6??>9;4)**:9=>?/-FCB?;@E?CFA'=9?@HHHB@F3>GF@?@H:?DGEFCC?=158A21,&'+,&(.9;;?89?A:'=:?F9HHF1++34,8;AA;8;CJJEGFEIGF>?=MHF@>>69==A6:>@2555>A,)B>?DEPCLK;?:9>@B<06969;7=CDEDE==9655>;:;:%@IHGG<>>@><>=94+*(&;;A===>B<@AC@CC>/+457782/0?B?>@8?8BGDEG>=HF@BJAGJJB0CC@*('&*$'.'@??;88;?A@@87;@=@;@B;>6=CEDCIHC?A;'0'7)?<998%=?KDEGJC>I<=HJ:CEA@G?B:(*<;;:2-572>CFAAHB=-+*/?CA@GBAEEBGHCEJ?5>@@ADKJBAAB4288::@AD?CEGKCFGDHI>@@>HJA@HIJLQFKG)%%A7?>??:B4@>>BGB;-4,-))$-.256?@E*A@<48@GHKOH@KKF;>??>DB@AAEC2EJICG?>=FLEFGBB//=@=($;D=3/BB;><>AB<=CFECCD>7<><8:;FAE9)436DACJAID?AAADG?C2318CDFC=6;>?;?;=C><=>;:F>NMIJFGGB@;7>AB5?9::>???DEB@@>=6:9=9>;(;D;=:;C@0C@568<;@F?F;>9DGE?:DBDCEBD?<89%.0118>?1@>FC69?>=:*=@D:C=GKJBD?DFJ*2?@>AIA;?>>=976990018;>?A<=;<=@DFF?EF89EB>78;CFHC58AAGADMKIIEC@AA>;A9?>>@A24;;@BC=89+>>EGFJMG=@0;BC1D@;9:9<>>+=<989@@A7=<=:*%.-57>A>F?D>DE8??<@BF<>EG@C54788@>=@A?EFBF@;B;@D>@=@>?BHHECEA?@88;<<:73406691,052'8:0=>;8331('-=>C9>=A??(%.(6;A=DHA@C:;A<++-));9;>:=>7;<9=;ADB?<77%',./114=GOK>@>002*2$$5>@>EBADAFBC>FHAJ>/DDGF=:?=AD<5,*55::C@=EHGEHMGEA@B@A?AFIC:=1?4>@GE<:?B==::?>;DB@:C=>CBDHB=A@<4''4;6$,ID@?BHG9:;7<;7::0,9=;5:=/5@A?:;?>::9,%&&($%-/2/158:=;=?D@966.012/(%%$89G?6:<8;B=EHBD==25CBB@73>?B@D@@9778351;;:/<9??=+//3/449?>(*&&%)>@@;;9);=:;=;=486&,,774612/10071661;=5A?6EFIK=:B=AF>>GHIEFFD67,+3311/.$(@C?DD9@?99B>=)>9/28824;:6687A<<=8=343;2,/2?EFOJA?PDGA>D8FBDD80,4-6(&%$'%#$)))*($%%%/=@EEBCEEF8565')+/0F=DF<>00;/19=9:@@:6/++5?589>C;'::9;'6?DA@?(;FCA@?A>;>D8<>?2--068?FFB7<778702669$896:>D@@:DIFF8873;9559<5557(148;<=@ADB>>::7*-=??B8:=77>='%0334+&&$$$'+.-570214;68<=;A;?A?88702<;*)./.9;>??CHLD?9;:=:;>B<@CC:7:ADDA946777'+<=>8<=A<=I<92.555&436@CEAF?7=?FC=>6<;>>DEB?>=362A?;;<<+>@>=;8<<79<>A?;66>5DK>DB;,0023490--9<>AC3+''$&(&+&.0:5;3879>CCA*36357;;=?:><::5)+--5113:DA=?BEEEA==><=67>B5CCIG;=C?==:>C:18@8><=GICCIJAD;<?B;AD@G=I?;A?@CIJ?::B?9>?=@<9%;::268<<8:CB@;;F=:9=><8775.05<>:=98;0185729>?FCB887;8E>?@GEAKEC8?BH=)''*338EF?HEA224B99BB=@H9BC>BGD?DEJN?=7::=E>?@<=@4?ADDC:>=BA22CFF@9=I><-0C:EE?A?=?B??=;78')5%%2=@+8?CEKLC>CCFGE=9BA7?67228=>=,)@>?>AC:;?>@C>DFI=??@D?C886?GI@?:9DIMIE@?BDFDDC@;9><8;>><671679??LPGH,+)?<=>:;67789ADDBAB>??@(66FFIGB:'?:8>==369:;++5=>@<5?GGLH@>>B>?AEGLONII64@B@A97898:9;7183&027=JEEOAC@=E?EIKD5:>=<=;7=:67+:<8ECACF@=29=?@J@BC@A@B><@9;,9'&''#%>@>?<>H?EDDHD;<=>=?:>;68A@MK4G?FBFEED=B@GG>BDABL=:FTQC@EG@A<7@@=HJ:DBAA?E?HINNLF?A7$8BCAGGJHCDF@AHLKJH:9%%8=:;B=EA37;CEGCE<1.(@?9>@DEFHAB@4.5242=>AA;=24&=;4;5@9*-7.129::70-*2536@?6=BA06<:<@??=(7899@GGEJ9CDEM=>@;7?BA?<<+68@B84;E504;8>?=?G?AIFJB7?B?=:88>:8%+5854/24=DA@5%((ACGGBACENAPJ8;7><7>?.246;>=?>@IFE@A75309;@C@C96C?8AEEHEBDIACA55>8;<3%,.8;<>:E99'435350003A;>=ADA??>B?C94AGF:=<30024@A@>9>?C>=3.-0*($%.168BBGEEGGAB?BB?CD99JF>B:4461368<=:92:503BFD:694-*21027<6..2?IFCCA?@A8<>>:FFG?B@C@F;@@10@F@<::33@?AFB8998952>ECBI977'297+.:8>F>GKCBED@C@?:<289010'$&'%35666;=:DCF?56?@BHMG46EDE@><+'+),28@EFHD;<;<4GIMKA>R2DHIEFCBDE@=&32=<:=>'747:8;;7***:<;:58C79=6111)/77)?=+@B>?CD2?LA9:?A(;C;@BFHHEB;<@BGJB>DDBB@@B=9KJHGJG<:1>?:=?<56%::;<858=??A.1*?<99/(/<;<20.8<<=<89=B?=>26>@D@:;7>><=:;A@@?+AEEHH>?ACFBA>ACCBC=ADJHFHA7>:A988284)(--*)0058/*:=<.+312258=/CD@5(>E:2**;79:65:<=?979;;8487'%0/==95:<9AC>97=:72/1-)%')$.;?=B9,4<>>32,)5>A98//6?LK*73=E>E>:=C)5)))+,035223$2((3749;A?<:BB==?@C;;A>GFGC>C9=?BBFGHG@:8:>=B?9?;3=:=CBLD?;-)(5*89;E;D<9)656=@;CE;?C;E=;5:55'*;@<H??E@@9670;>?@==:1-.467621/,$&.,'''')'%(%*%77885)+$'*&+++-/2373<007:7/?@;<:;)*(BGA?AA@B??BABBF>@:6069<=?:5>::==7A;:@AB=>9=;249<@;<<6AA?ADEG=AE?@=C?E><=<>>9;<2.07:9;7?4>:3,*57;-<-:=>;;KH@GE>+7==;CD>FFIF68=A.1>CCDGG=?@&%&;<=;=BFGHBCHGJFHFKC=?><49<@C=KBEICCE?AB>@7<<<<<=<=6@324&.9:8;8'>'7CBEE>IKKE@,.779;%%''$6791=BFJC:58=>>@??;>84G>=E>=:=8:<;A<<8+,,<>A?CEHF>;FI7<9A:?2,,%$##%%8=@/88:99B@?>@=DGMIFA:>=5=D@B<:-AC8>@C<>A<2=B8A@<>=A?DEAGED<=AJIDDFFF=AACGGB>FKGE;/&27AAG*/(/3000221&&&'',49;?8'*'+(+89:BBB689,B>?=:@A;>=>8//@@8:=?4;=:?>6>@EHG@BCE8:53-5:ABDF9&&'(870/;?@C@DE>=?B;3->7755AB@B@??FAD:5+5869>@I>>=A?(?>AIGB<=D>><<9=B?BC?AAAA9%)>?>?:CEE>=D@CDECFEF@AH3BCA=<.'*=98:978+75880>@?D<@ABEFA>=FINB<>=@<*-/'&&'-.1$(*-0551-)37>CFEJJDA<>EF@NLHJFCC=7;B@DGGD>8:<=9D>@AF?>F=A<8>8:>=99:;<709<>>5>=><>=3169<>?D?A43+41*457@C79:;;:<:2.%)'..143-37,)*54;>>>FD77BC<;0,--71).$0%$141/479;56883%68=>@<;>@==9./68:6555.055'94-5=A@?=9@BCCC@BE@=<>@>-13:6;><9D>DFJCECFBAB'6776824685=BC?CGFDD>>ADDB=8?><995.0?=A?>A@@@@AB:666,.127EC@?B68-+,/)%$*$#"$'&$$.69<=?AB?>>6449=?@B<6=7;@=@BBAAHCF==DAC?B?E:>?C=;>BD?9>E4=FEGADBB7A@DCC>368<8ADJKB9AA>;:BDBE?>2:;BBD9.<==>EEA5697>=>??GGB=;:5:967;4+89<;9?C@CC=;:<@?@B@AAA8?ACA9F?JFD@8@CAAHC>893;;7DB?DB>=A8@58:??CG:>?:?GCE@;<@>?B<:AA7))66667/,%&)65):9>9FAC5?F@CD>EF=;,.1672.-0+.0/.'&',&*'&)<67;;7&2+:@>;;8214369:<6/47@>96027=?CA0//+9964<@@94399:7=>88>?>@>@96(.?=11;@EDCAD679?GIIJAB52699))@EHA9@D>JHCEF::=89B@:;I?=?CF::7/2/::=9CCCHJGIFG?60.&025;8ACI:9B@@@@EHC6EED>@JRII>=;GLDFBE?@=A889OCI@GOOKE=>B0?>BEG>B:ACE=DEBGJL96:CGAA;<>A?BEMG=7@@>@AA?FBI>,+$),$&&-5/08==B>B?6@IDIJEDGHC;;=>DCBBACCFI:ILMC;>DBD:6><74<<<@@?22=A7,..**ABDB;89222$'.3J;:;:'345/&(237/(*&$$&48158?@AE;D>IPOIBOMKB38//51297=333.-'*>;=DEBCCADF@:H>>;:53@:78.77:=:@E?>=?@DJGIGS85-@AGCDGID>?@=?IE4;=@E@EFFDAA8?A=@320-C;<@@=>8;?BDGA:9:;2248<;)/,,773:?.?ACBB8:GJACGH??FGD6CGFD>=87BFFJIDCB>??CC:FGEGIKJLKH>B?C@IGFAB@GCEI>>?A8<=CACB??EGK;;:F>=DHHCHHBA>>1?@@.25ACJHEKLMND@7,5-:9;<<,-&(%%('''%-6=CAAACD1>?;9@G>JIEILJOLJIM>''0FA545=;>97+*4?@+<>FACBA@CGH@FEGHBAA4AIFI96ABDGA:6.-,56358A?:BC=26.9BEHEFGECCCB?;89A?HFA=FB=?5<<<9((@@@>AD==:>:9:85BC?6IL?@FBC@@CGHGJ?AIFE><>5:?A@>===9B9B?;4?CAEDAD@CHEDDFIIECHJLIKGBHGC8GKKBEHF:>:5%6:688:77115009;G@.,;=>:49?77?HLKJED>494)))<<=8=D@A@?=6;>74?ABFG=GHFCEJ8;AD>=?EB:)=CEDE@C?@;?&#%)((/8187==;:444,35;@A>@A<@E?@@;>>><;=;;<<:<@CA::<=E:EEE5:99=CC87@FKNF:FGAAFIIDFHA:665((7(-604@FG=;B@9BE;C;=FB?8?DII@C;<''55BEC??A7A36+.EC;;@/.)&/0223('13(($$&))'$$$(+++((*3,/A=J9?E?KI>B;>AHDD==<<98222369;?CBD88'=;?>CEA@7F=BBB?<==??DB><=@=97218:E>AD=@D?=-'996:A8;&.999;>6654=?;;6B8?A::<:<;??GCA@?EFGFC@>BA>=?;;=;7((:7:;5;;:3.49@BC;62/27;:?@?AG>3/0+477:AB@DD;8:90313/322&26><==ABDEFBC@BGGCFEHIBBAAA@DGEF;B4AAEHHHEB:=B?CB2=<6>=B:6:179:B=EB@?>?BFG=CF:89B>CC:;015<97<=8%-89/07;@52<<@>634452/2??BAAA?AB>55.1%-13.+658:ABBE?<:DAG>>?=><;>ABB>>?>@F@D>>61134<::==@8236<=?;;9BIKN=;?AD?<>A@:79;?BDGA;:7;:+19297<=?<0-9=8.4,?<4310122.$%/647@8511,'$09:;=C=@E=B<=<>HIHFF=@554568::<+DIGMHBEPOPH;CG:JJHHD<.B8636@=@>@C8>/*/1328>8459:ACF?DC=@?CB7757BCDFC?)6+-CRGEB@LHAH??<9B;CGG>89'0'???@BD=,A=?=BEELM@87E>CC?66A:NPPL@>IDCC?89?:E=@?ABF6>?=7?DFDF<=>9<;B>9:ECGID-3:-,+5:9,,2)4?ACA>BAGIH==>>&'&&'&&&/5+3;>;>>:99$9<=@A?65;=A:?@AGIFFDAJJJGEHH4BD39>=DDFB6,=3D;=FGIK9C5B@8:D>ECA;;;@09D>=(<:6;6?:/;;:;=ID9DDE9;AC>?@;CD=@B>A@<=;/,/;ABBGHI<.>?BDA9:;BBDFCBG?A@6:CBABAA=9>CDGL?EHE8HJMB>A@ED>>B>@B<>CE;=A?<>C:8:7::IECE19@45:;;:9097?@
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f3668-6176-425b-a38b-a687e3e48256/1 ATTGTACTTCGTTCAGTTACGTATTGCTATTTCAATTGCCAAAAGTAAGCGTTCCTGAAGCTGCAAGCTTGCCATCTACTTCTGCCTTTGCTTCAACAACAGCTATTGTTCCGCGACGTTTGACCAAAAGTAGCTGTCATCCTGATTGATCTCCTGGAACGACTTGTTTTTAAACTTCACCTTGTCCATACCTGCATAAAAGACTAATTTCCCTTTATTTTCAGGTTTTGACAACTCCAGTACACCTGCTGTTTGAGCTAGGGCTTCCATAATGAGAACACCTGGCATAACCGGATACTGGGGAAAATGACCGTTAAAAAATGGTTCATTGATAGTTACATTTTTAAATTTAACAATGGTATCTTCGCTTGTTTCCAAAACGCGGTCTACCAAAAGCATTGGATAACGATGTGGCAAAGCCTCTTGCGAATATCATTAATATCAATTGTCATTTGATTCGAACCATCCTTTTTCCAAATTCAACCATTCTTCGTTATTCACCAAAATTTCAGTGACAACACCATCTTTTTAGGTGCTGGGACTTCATTCACAAAAATCAAAGCATCATGGCTAATGATCAAGAGTGTTTGACCTTTGGTCACCTTGTCTCAACAGAAACAAGCTGGTTTATCTGGAGCTGGTGACAAGTAAGCGACACCAACCAATGGACTTTCAACGCTACATCACCTTCTGCCTCTTGAGCTGGAGTAGCAACTGGCTCAGCCGCTACAGCTGGAGTTGCTGGTGCTTCCACAACAGGAGCTACTACCGGCGTTTGAGGTGTTGCTGTCACTACTTCAACCGCAGGAGCTACCGGTGTAGCCACAACTGAACTCGTTTGGTTTTTACTTAAATTCAATTCTTCGCCGTTATTTTTATGAGAATTCACGCAAAGTTGAGGCATCAAGTCAGGCCAACAGATCTTTAATTTCAGAAATATTCATGAATTATCCCTCCCAGCGTTTAAAGGCAAGTACAGCATTGTGCCCACCGTCCGAAGGTATTTGAGATAGCGTACTGAATATCTGCCTCTTGGCCTTCACCATATACAACGTTTGCTTCAATATAGCTGATAACTCTTGTGTCCCAGCAGTTTTGGAACAGCTGATGGCGAATTCTTCGATCGTCGCAATGGCTTCAACTGCACCAGCTGCCCAAGAGGTGGCCTGTAAATGATTTTTGTAGAAGATACTGGAACTTCTGTACCAAATGCAAAACGATTGCTGCTCTCCTTTTTCATTGCTGGAGTAAGTACCATGGGCGTTGACATAATTGACCTGAGCTGGTTCAATTTCTGCCTCATCCAAAGCCAACTTCATTGCTTTGATAGCTCCTTGGCCTTCCTGGATGTGAAGTCTGGTAGGCATCACAGGTATTTCCGTAGCCCACCACTTCAGCAAGAATGGTTGCACCACGTTTTTCAGCGTGTTTCAAACTTTCAAAAATACCAACATTCCTGATCCTTCTCCCATTACAAATCCATTCCGATCGCTGCTATCAAATGGAATACAGCTGAGATTGGATCTTCTGTTGCTGAAGAGCTGTCAAAGCTTAAGAAACTTAGCGATTGCAAATGGGGTAATAGAAGCTTCTGAACCACCCATAAATCAAATCTTGGAGAACCTGGCACCAATGGCACAGGAAAGCATCCCCAATCGCATCATTGATACAACCGTATTGAGTCGATTTACAAATTCCATTCGCTCCGACAACATCGCAACATTACCAAGTGCATATTTGGCGACTTTAGGAAAGGGTCATTAGTTTGAGCGTTTTGGTCCTTTTTAATGCAAGCGAATCACTTTGCTCTTCCGTTCTTTGATTCCACCGATACAGAAGCAACAATGACACCAAAACGATCTTTATCAATAAGCTACATCTAAACCTGCATGATTCACAGCTTCTTGAGCAGCATACAAAGCATATAAAGAGTAGTTGTCAAAGCGGTTTGTATCTTTCTTGATAAAGTACTTATCAATGGAAATCTTGGATTTCAGCTGCGTATGAACAGCAAAGTCACTGTGGTCAAATTTTGTAATCGGACCAATTCCAATTTTTCCTTCTTTTAAACTATTCCAAAATTCTTCTGGAGTGTTTCCGATTGGAGATGTCAAATACATAGCCACCTGTTACAACAACACGATTTAATTTCATTTCAGCTTCTGCTCTTCTGCATAGTTAGCCACCATCAATTGCGATGACTTGTCCTGTTGAATATTCTTGAGTTGCAAGAAAGACACCAACATCTACCCCGCTATTCTGTATTTCCAAAGCGTTTCATTGGAATTTGAGTGAAGACACTTCTTTAATTTTTTCCGGAAGGCCTTCTGTCATAGTATCGTTCGATAAAGCCCAGCGCAATGACGCATTGACTCGGACATTTCTACCAGCTGCTTCACTTCACCGATTTAGAAAACCAATCAAACCAGCTTTTGAGGCTGCATAGTTAGCTTGTCCCAACATTTCCGGTTGAACAACAACACTCGTTTGCTCTTAATGATAGCACCTTCCAGCACTTGGTCGTCAGCTTTAAGACTGATTTATGTCATATTCGAAAACACAGTCCAATTCTTCTTCAAGACTTTAACAAAATCTTCTTCCGTCAATTTTAACATGAGCTTATCGACCAAAGTCCCAGCATTATTCACAAGAACATCTACTGATCAAGGACTTCGTCTTTCTGCTACCATTCGCTTCGCTACGCGGCTTTAGATACATCCCCAGTAACGCCAACTACCTTCACACCGTATAAGGCAAATTCATCTACTAGACCTGCAGGGAGCTCTCTACGACTGTTAAGACAATGTTGGCTCCTTTGACTGAAATTTATGCGCAATAGCCAATCCAATGCCTCTACTTGAGCCAGTAACAATACATTTTTATTCTTCAGGTTCCATAGTACCTCATCTTATTCTCGTTCAGTAAGGCATCAGGAGCCTGGCTTGATCCTCCAGCATTTTTTCGTTGGAAAGAGTTTTATCAATTTTTCAAGAAACCAGTCAAGACCTTACCTGGACCAATTTCAATCACTTCATCTACTCCAAGCCTCTTGAATCGTTGCAATCGAATCATAGAAACGAACGAACTCTTCATCACCTGGCGAGCTTCAATAAAACTTTTGATTTCGTCTGATTTCATGATCTTTGCTTCTACATATTCCCAACCAAAGGCAAGCTAAGAAGTCTTAAATAATATCTCAAGTTCAGTCGCTAGTTTTCACCAACGAAGTAACTCGAGGCCATGTGGAAGAACCAGGGCATTGAAGGTCAACGGTGCCCTGCTTCTTGTAAGAGTTCAACAGCATAGTCCACAGCTTCAACCTCTCCACCAATCACAATTTGGGCAGGAGTGTTGTAGTTAGCTAATTATTCCTGACTCCCTTTTTCAAGCCTGTTGACAGATTTCTTCAATCAAGGAAGGATCAGTATTCATGACAGCTACCATCTTTCCGCTTCCGGCAAGGCACCGTGTTCCACCGTTCACCCTTGCTTCTCGTGACTGCTTCTTCAAAAGAAAGAGCACCTGCAGCAGCTAGAACAGAATATTCTCCTAGAGAAAGACCGGCAACAATATCCAGAGGGTGTAATACCCTTTTCTGCTAATGGGCGATAAATAGCTACTGAAGTTGTCAAAATGGCCGGTTGGGTAAAGCGTGTTTGATTGAGAGCTTGTCTTCCATCCTAATCAATCCAATTCTGTAAATAAATCTTAGCCCAAAATCTGACTTGCAGTATCAAATGTCTCACTTAACAATCGGATAAGTTGCATACAAGTCACTAACGTGTCCCCAATTTTTGAGCACCTTGACCAGCAAATAAGAAGGCGTTTTGTCACTGTTTCTTTACTTTCTTTTTACTTGTTAGATTTCACATCTGCCCAACTGACTGCTTCTTTCTGAATGACCTTAGCAGCTCCAAGATAGATATCTTTAAGATTTCAGCACAGGTTTCTTGCTTTGCTTACCCGAGACCTGCAATTTGTCCTGCCATCACAGATCCGTTATCAACGTCTCCGTTCACAACAGCATTGCGAAGTGCACCTGCTCCTAATTCTTCAATTTCTTCTTGGGTCTTCTTACGCACCAAAATCTTTTTCCAGCTTGATTATAGGCGAAGCTAATTTATTCTATAGCCGTCTTACGAACTGGATGGTAACAACTGACGCAGACACACAACATCAATATCTTTAGCTTTCAAGATTTTATTCTTAAGTTTTGGTGAGCATTTGATTCTTTAGCAACGACAAATCGTGTTCCACTTGAACAACAGCTGCTCAAGCATGAAGGAGCTGCAGCTATAAACACCATCAGCCACACCACCAGCACCAATAGCAGGAATAAGACAACTGCAACTTGTTTGAACCAGGGCCATGGTAGTCAATTTACCAATATACCCTCCCTGCTTCCATTCCTTCAGCAATGACAGCATCCGCACCTAGTTTTTCCATCCGTTTTGCTAAAGCTGCTGAAGGGTACAACTGGAATAACGATACCAGCTTCATTGAAAACAGTCCATATGACACCAGGTTCCCTGCACCAGTGGTAACAACTTTAACCCCTTAATTCCGATAACCAAATCAACAATATCATCTGCAAAGGAGAAGACATGATATTCACTCCAAGGTTGTCAATAATGGTTGACACGATCAATATTCGCTTTGACAACTTCTTTAGGTGCATTTCCTCGATAGTCCACAAGACCACCCGCATTGGATACAGCTCCGCTAGATCATAATAAACGACCCAAACCATACCACCTTGGAAAGTGGATGTTAATGTTTAATAATTCTGTAATTCGTGTTTGCATAATACCTTCCTCGTTTTCGCTTAAGTAATAGTTTGAAAACGTTTTGCTGCTTTGAGCGTCAAACTATTACCTAAACAAGAATATCTTTCGATACTCTCATCGGCCCAATGTTAGTTTTCTTCACGTAAGCTACAAGGTCACCTACAGTGATAAGCCTTCTTCAGTTTCAATTTGAATGTCGAATGCATCTTCAATTTCTGAGAATCACTTGGAACAAGTCCAATGAATCAGCTTCAAGATCTTCAAAAGTAGACTCAAGTGTTACTTCTGATGGTTCTTTACAAGTTCTTCAACGATAATTTCTTGTACTTTTTCAAATACTGCCATGATTGGCCTCCTTAAAAATAATAAAAATTTTTAAAATGTGTTTCCACATGTTTAACTGAATTGTAACAAAGTGTGCCCCATATGTCAAGCCTCACCCGAATCCTGTTAGAAGAATTTTTTGACTTCCATCCAATCTGATTCGATGATTCTCAACACACTCCGATAATAGAATGGGAAATACCAGCAGCGCTGGTGTTTCCATATTCCATCATATTTGCTGGGATCTTTCCTCTAGAGACACCCGGATTTTTGACATCTTATCTAACATTCGGTCATTTGCCTGATGTAAGAAAATAGTCAATCTCTTCTCATACCAATGATGCATCTGTTATCAGCTTTTGGATACTTTTCGTGACATCAGGGCCAAAATCAAAAACAGAACGTCATCATTTTCGAAATCTTCAGTCGGCTTTCTTACAGGTACGGAAGACAGACCCAAATAGCAAGATTCAAGACTAGAACCTCGGCTTGCATCAGTAAAAAGACTTTCAGCAAGCGTTTTGATCGTAGCTTCAGCAGGCTACAAGCTCATCCCAAGGACTGGCGTAGACCGGTCTGACCAGTCCAAGACTTTGAAAGTATACTCACTACCGATCACAAGCCCACGCTGGTACATTCTGATGAAATATATTTTCAGCGAAGTAAATACGAACACAAATCCGCTACATGCAGTGGAGTCAAAAGCAAAAGCCTTAAGCTCCAATATCATTGGCTTGCACCCCGAGCTGCACTGTTGATGGCATTAAAGCTGTCTGGAGTAATTACAGCCACGGCGACTTAACGTAAAATCATTTTTCTTGGCGTCACAAGTTTGCTTTTGCTAATAATCTTTGTGCGACAACTGTTGCAAGAGATCACTAGTCGTCTCATCTCTTGAAATGTGACGACGAAAAGTGCCTGTCCGACTACTGATCCATTCATCACTTGCTGCATCCGCCATCCTCGAAGCTAAATCATCATTCGATACGACCCGAATTAGGAGTACATAATGAGCAACTTGACTAATTTTAGCAAAGACCTTCTTCAGTACCCTTTCAGAATCGATACAAGATTTTGCAATCCTTTTCATCTTTACTTTCTTCTCTTCGGGGGCTCATATCTCCAATAATTTGGTTGACCATCCGTTTATGGAATTTGATCGTCGATAAAATAGACAACCATTCTTTGTTAACTTAAGTGCTGGCTTACGCTTGATCAACTAGATCTTCTTCACTAGAATACCTTTTTTGCTCGAATTATTCAACTTGTCGTGACAGTCCCCAAAAGTCACCATCAACTCCATTGAAATATCCACTCGAGGTTGCATTCGGTGTCGAACCAATCACGTCGATCGTATGCATTTCTTTAATAGAAACATCTTTAAATCATTAAACTTTGCTCTTGAGCTCGTCTCCTCAAATAACCAAAACATTAGTAAAGATGGATATTTAAATAGTCATTAACTAAATTGTAATTCAAAACTCCACCTCCTAATTTTACTTTGATAGTCAAATTTTATCAAAAATGAAAATAATTTGCAAGCTTTTCACAAAACATAGAAAAATACAAATTTATTTTCCTTTAAATTATTAATAAACGTTTTCCAGGTGACAATAACCCCCTCCTTAAGAATATTCCGTAAGCCTAATTTTCTTTATAAATCCAATTCAAGATCCGCATATTGATCCCAGTCTTTTCGAAATAATTTCCAACCATCTCTTTCATCATGACAAGAATTTGAAGATCCTCTTCTTAATTTTTAAGCAATTGATCTACCAGATTTTCTCAAGTTTTCCAGATTCACAGACGCGGTAAGCTAGTCCATATTCAATGCTTTTCTGGAAGTCAAGGGCTTCCCCGTCATTACTAGTAATGGGTAGCTCGTGACATATATGCTTTCCTAATAAAGACAAACCACCCACATCCGGTTCTCAGAACTAACTCAACAAAAGCCTGAATAGATTTTGTCCGCTCACTAATACAAATGTATACACGTCAGTGCTTTTATATCACCGCGACAGCTCATCTGCCACCATGATAACTGGCTTAGGCAATTGTTTATTTCTTTGAAATAGTGATACCAATTCAGCTGTTAAGACAAGGGCTCGATGTCGCATCCGCATCCACGACTGCTCGTTCATTTCGCTCAAATCTCCACCAACCGAAAAGATTTTTTCCTTCCAGCTGACCAAATAATGAACTTCGCTATTTCATTGTTCTCAGCATCTTCAAACCTTTATTGTTCGATGAATGTTAAAATAGCGTGGATACGCGTTCGACAATGATTTAAGAAATAGTTGCTAAATCATTTTTTCAACAGAATACAAAATTGTTCAAACAATACAGACTCCTTTAATTTTTCAGATTATAAATATTTTGATATTTAAACTTTTTAATCTCAATATCCTTTTCCTAAAAATAAAATTAGTAAAATATATCTATAAGATGTAACAAAATTGTAAAATTTGAATATTTGCTTAACCGAAGCTTCCTATAGAATTAATTATTTTTTGACCTGTCCGGAAATACGTGTATCAATGGCACGAACTTTGGTATAATGTATTAATAGCGAAACGTTAAGGAAAACATGAAAGTTACTAAATTCGGCGAAAGAGTTACTCACAGCATCTTCGCTACTCAATTAAAAAAGTACTTGATATCTCAAAGATGACCCAGAAAAGAAGATTTGTTGTTGTATCGGCTCACAAGTAAACGTAATCCGGAAGATACAAAGTAACGGATGCCCTCATTCGATATTATAAAGAGTTCACTTCGGATAAGGATGTTACCCAAACCCAGAAATGGATTATTGAACGTTATCATTGAAATTACTGAGGAGTTGGGACTAAAGGAAACGATTATTCAAGAGATTATGAAGATATCTTATGATTTAAACTATTTTCAAAAGAAGGAATCCATTTGCATACGATACTTTTTCTATGGCTGGAGAAAATAATAATGCTAAACTTCTCATTGCTGCCTATTTCAATCCAAATAGATAGAGAAGCTAGATATATTCATCCAGCGGGACTTGTAGTAACAGCAGACCTTCAAACTGCTCGAATTTTACCATCGTTACGATAAAATAGAAAGAATTAAAAGGATAAGTAAAGTCGTTGTAATTCCAGGATTCTTTGGTGTTACCCAGAATGGAGATATTTGTACATTTTCTCGTGGGGTTCAGATATTACTGGATCCATCGACATTGCTGCAGCGTCAAGAAATGACTTATATGAAAACTTTACAGACGTAAATGAGTCTTTTTGCAGCTCGTCTGGCATTATTAAACACCCATTCCATCCACAAAATAACCTACAAAGAAATGCGTGAGTTGGCTTACATGCAGGATTTTCAGTCTTACACGATGAAGCACTCGTTCCTGCGTACAGAGGAAAAATTCCATTAGTTATTAAAAATACAAATAATCCAGTGCATCACAGACTTACGTATTGTTTAAACATTCAAATGATCATGTAACTGTAGTAGGGATTGCTGACGATTCAGGTTGTTAGTATAAGCCTGCCAAATATCCTGATGAACCGGGAAGTTGGATTCGGTCGCAATTCCTTCAAATTCTTGAGGACCTCAATATCGTTGAATTGCACCAACAGGTATCGATGACTTGTCAATTATTTTACATTCACGTGAATTGCTCCAATAAAAGAACGAGGAAATCTTCAAACAACTAACTCAAAAATTAGAAGTTGACACCGCTGAAATCGAACATGACCTTTCAATCATTATGATTGTTGGTGAAAACGCAAAGAAGAATCAAGTTAGGGGTTACTGCTACCTGCTCTAAAAGCACTCAGAAGTAAATTAATATCCAAATGATCTCTCAAGGTTCAAATTGATATCAGCATGTTTGTTGTCAGTAAAGACCAAGAAGAAAAAGCCATTAAAGCTTTATATAATGCAACTATTCTCAAATAACTAAAAAGCAAAAAGCTCCGTTTGATAAACAGGGCTTTTATTTCTTAAAAACTCAGATTGACAATTAAGTTGAGTTTGCATGTATCTAAGAAAAACTTGATGTGGTGTCTAATAATTCAAAGACTTCCTAAAGATTCTATTTCTTTTATATTACCGTGATAAATCGTACAAGGAAATATTCCACAATGATCCATTTGTTTTAATAGTCCATAATATTCATTGAGACCTCGTTGGCCAAGATTTCCTGGATCTACCGAAAATATCAATGTCATATTGCACAATTGGAAATAGATTTCAATTAGAAAAATTCTTTTCAGACAAATGTGGTTTTTATCTGAGCCTAGCATAGATGACTTTTTCTGTCTACCTTAATTTTACAAAATTGTAAAATAAAAAAAGAGCAATTACTTGATCTCATTTTTTATACTCCGCCAGTAGGATAGACCTACGACATCACCGATTAACAGTCATTGCGCTACTACCAACTGAGCTATGGCAGAATCAAGCTAAGCGACTACCTTATCACAGGGGGCAACCCCCAGCTACTTCCGGCGTTCTAGGGCTTAGCTGCTGTGATTAATGATGCGGATATCTCCTAGGCTATCGTCACTTAACTCTGGATACTTAAACATTCAGGATTTTAAATTCATATCTATGTTCTAACAGCTAACCTTACATTGTCAATATCTTCTGACTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTCCATTGCTCACACAACTTCCTCTAACCTATCTACCTGATCTTCTCTCAGGGCTCTTACTGATATAAAATCTCATGGGAAATCATCTTGGTGGGTTTCACACTTAGGTCACTTGCCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCCTCTGCTTGAGACAACTGGTACACCAGCGGTAAGTCACTCTGGTCCTCTCGTACTGGAGCAGATCCTCTCAAAATTTCTACGCCCGCGACAGGGGACCAGGAGCCGAACTGTCTCGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCAGCAGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGGGTGCCGACCTCCCCGTCGATACCTTGAACTCTTGGGGAATAAGCCTGTTATCCCCAGGGTAGCTTTTATCGTTGAGCGATGGCCCTTCCATACGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGCCAGCTCGCAGTCAAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTCGGCGCCTCCGTTACCTTTTAGAGGCGACCACTTTGAATCTACTGACTGCCGTCAGACACTGTCTCCGATAGGGATACCTAATAAGGTTAGAGTGGCCATAACGCAAGGGTAGTAACAACGCCTCCATCGAAGCTGGCGTCCCGATCTCTATGGCTCCTACCTATCCTGTACATGTAGCTGAACCTCAATAATAAAACTGCAGTAAAGCTCCATCCAGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAATTTTTAAAATTTCACCGGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCAAGACTTACCCGACAAGAATTTCATACCTTAGGACCAAATTGATTTGCGGCCGCCGTTTACGCACCCCTGGGGCTTCAATTCATACCTTCGGTTACTCCTAAACACTCCCTCTTAACCTTCCAGCACCGGGCAGGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAAACGTTGGCAGGGCTATTCACTGCGCTTTGACATAAAGCCAGCGCCCCTTCTCCCGAAGTTACGGGGTCATTTTGCCGAGTTCGCTGAGTTCTCTCCTTTCCTGGGGAGGCTACTCGCCTCGACTACCTGTAATCTGGTTTTTGCGTGCGGGTAGAGTATGATTAACGCTAAGCTTTTCTTGAAGTGTGACGTCACTAACTTCGCTACTAAGCTTTTCGCTCCCATCACGGCTCAATGTTATAAATTAAACATTAACTCAATTCACACCTCACTGCTTAGACGCTGCCTTCCAGTCGTACTTTGGATCGCCTTTAAGTCCTCTATTCTTCATATCTGATAGGAATATCAACCTTGAGCCATCAGATACCTTTCGATCCACCAGATTCTGACTATTGAAGGCGGATGAAGCCTTCCCGAACCTCAGTCTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGTTCCAAGCCTCCTCTGCACGGTATACCTTCTCCCTTTGCGAGCGCTCTCCTACCGCTACCTATAAGAATGTATCATTCAAAGTAAATTGTTTAGCCCCAGTACATTTTCGGCCGCAGGTCCCACTCGACTGGCTAGAGCTTCTTACGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCCTTTTTGTAACAATTATTTTGGGACCTTAGCTGGTGGTCTGAAACATTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGACCATAATTCATTGGCATTCGGGTTTTATCTGGTCGGTAATCCGGGGATGGACCTCACCCAAACAGTGCTCTGCCTCCAAGAATCTTAATGTCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTAGATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCTGGTTCAGTCCTCAGTGAGTTTTACCTCACCTTCAGCTTCCTCATGGGTAGGTCCATGGTTCAGGTCTACGACGCAATACTAATGCGCCCTGTTCCAGACTCGGTTTCCCACTACAGCTCCGTCTCTTCAACTTAACCTCGCATCATATCGTAACTCGCCAGTTCATTCTTCACAAAAAGGCGCACTCTACCCATTAACGGGCTCGAACTTGTTGTGGCTTCACGGTTTCAGTTCTATTTCACTCCCTCCCGGGGTCTTTCACCTTTCCCTCACGGTACTGGTTATGCTATCGGGGTCACTGAGAGTATTTAAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAAGTTACGTGTCTCGCCATTGCTCAGGGATACTGCTAGGTACCAGACTATTTCAATACGAGGCTCTTACTCTCTTTGTGACCTTCCCATGTCGTTCTTCTGTCTTTAGTCCCATTTGTGCTGATTCCTACAGCCCCGAAGAGTAAACTCTTCGGTTCGCCCTCCTGCCGTTTCGCTCGCCGCTACTGAGCAATCGCTTGCTTTCTCTTCCTGCAACTGGAAATGTTTCAGTTCACTGCGTCTTCCTCCTCATATCCTTAACAGATATGGGTAACAGGCATTACCTGTTGGGTTCCCCCATTCGGACATCTGGATTCGTCGCTTACTTACAGCTCCCCAAAGCATTTCGTCGTTTGTCACGTCCTTCTTCGCTTCTAGTGCCAAGGCATCCACCACGACCGCCCTTATAACCAACATATTTTGGTCTTGCGACCTAAACTCTTTAAATATTTACAGCGTTTTCGGTTTTTATTTTCTTTATTTTGTTTGATATAGATATTCAATTTTCAATGTTCAAGCTTAACACCCTTAAAGTGTTAATGGAGCCTAGCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAACCCAAACAAGACCAACGTACAAGACTTCCCATTTCCTTAAGAAAGGAGGTGATCCAGCCGCACCTTCCGGTAAACTGCCTTGTTACGGCTACCCCAATCATCTGTCCACCTAGGCGGCTGGCTCTAAAAGGTTACCTCACCGACTTCGTTCAAACTCTCGTGGTGTGACGGGCAGTGTGTACAGGCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTGGCGTTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTTGAGACTGGCTTTAAGAGATTAGCTTGCCGTCACCGACTTGCGACTCGTTGTACCAGCCATTGTAGCACGTGTGTGGCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCACTCCGGTTTGTACCGGCAGTCTCGCTAGAGTGCCCAACTCAATGATGGCAACTAACAATAGGGTTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCGTGCACACACTATCACCTCTGGCTTCGAAGAAAACTCTATCTCTAGAGCGGTAGAGGAGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTACGGGCCCCGTCAATTCCTTTGAGTTTTCAACCTTGCGGTATTACTCCCCAGGCGGAGTGCTTAAATGTTAAGCTGCGGCCACTGAGTCCCGGAAAGGACCCAACACCTAGCACTCATCGTTGCCCGGCAGAAAATGGCCCTACCAGGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCATTCTGAACCAGAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCCCTTCTGCACTCAAGTTAAACAGTTTCCAAAGCGTACTATGGGACAGCCACAGCCTTTAACTTCAGACTTATCAACGCCTGCTAACTGCGCTTCAATAAGTAAGGATAACGCTCAGGACCACCACGTGACCACCGCGGCTGCTGGCGTAGTTATGCGTCCCTTCTGGTAAGTTACCGTCACAGTGTGAACTTTCCCTCTCACCTCGTTCTTCTCTTACAACAGAGCTTACGATCCAAAAGCCTTCTTCACTCGCAGCGTTGCTCAGTCAGACTTCAGGTCGTTGGCAGAGAGATTCTCTACTGCTGCCTCCCGTAGGAGTCTGGGCCATGTCTCCAGTCCCAGTGTGGCCGATCACCCTCTCCAGGTCGGCTATGTATCGTCGCCTTGGTGAGCCGTTACCTCACCAACTAGCTACTCCTTTTCGGGTCATCTGGTGGTGAACGTTGCCCCTTTCAAGCAGATATCATGCAATATCTACCGGTATGCGAAGGCCAAATGGCCTATCGTTCCAAACAGATTATCCCCCGCTACGGGCAGGTTACCCACCCGCGCGTTACTCACCGTTCGCAACTCATCACGCTCGGTGCAAGCACCAAGCTTCAGCGTTCTACTTGCATCGTAATTAGGCACGCCGCCAGCGTTCATCTGAGGCCAGGATCAAACTCTCATTAAAATAATTGTTTAAGTCTTAAACTCATTCTGTCACTGACAGATTTATTGTTTTTTTTATTGTTCAGTTACTATAACTTCCGTTATAGCGCCCGCACATTGGTTCGTCTTGTTCAGTTTTCAAGGTCTTTGTCGCTCTCTCGCGACAACTATATTAGTATATCACATGCGCTTTTACTTGTCAATAACTTTTTTTAAAATTTTTACTTTTTTGAAAGTTTTTTCAAAATAACAAAAATAGAGATTTCCTCTCTATTTATATTCTTGTCTATATTTTTCTACTTCTGCTTTATTAGCCCAAACATAATGACCTGGTTTAATTTCAACCATTTTGGTTTATCTTGGAAATAATCATGTTGTTCAGGATCATAAATTTTTAGAACTTTTTACGTTCTGAAAATCGGATCTAGGTGGAACAGCTGAAAGAAGTGATTGTGTATGTGGATGGTTGGTTAAATAGCTCTTCCGTTTCTGCTACTTCTACGAATTACTCCTTGCCAGATAACTTTGCAATGCGATCGAAGTAGGCATCAACTGATAAATCATGGGCGATAAAGAAGTCGTCAAACCTAATTCTCGTTTTTTCAATAAAGTTTAAAGACTTGCGCACGAACTGAAACGTCTAGGGCTGAGATTATGGCTCGTCGCAATAGCAAATTCTGGTTCCATAACAAGTGCACGGGCGTACCGATCCGTTGACGTTGTCCACCCTGAGAATTCGTGAGGGTAACGTGTCAAATGTTCTGCAAGAAGCCCAACTTCATGCATATGTGCTCACTTTCCTGACGTTCTTCTTCACTGTTAAACAAATGGTGATTGATCAAGCCTTCAGATAATATAATCAACTAATTGCACGTTCATTCAAACTTGCTGCTGGGTCTTGGAAGATCATTTGAATTTTACGAATCAACTCTGATTTTCTGTGAAATTTCTATATTGGTCTTGCGACCGTCATAAATATTTCTCCAACGTATCATTCAAACCAATGATAGCACGTCCAATTGTTGTCTTGCCACTTCCAGATTCACCTACTAGAGAGGGTTCTCCTTATTAATGAAAGTTGCGTTTTTACAGCAGCAATTTCTTGCCTCTCGCAGAGAAATTTCTAAATCTTTAATTTCGCTAATTTTTCAGTGTTTCTTCTCCTATTCTGTAATGTTAGTGAAGCCCATTTTGAGCCAATCTTTTCGTGAAGGTTTTCGGTACTTCTGGTTTATGAACTCTTGGAGCGTCTGGATGCGTTCAACCATGTTTTCGCCCAGTGAGTATCTGTTACTTTAAGGCCGGTGCTGCTTCTTCGAAATCTATCTGCATCGCATAATCAAGGAACGAAGAGCAAAGGCGTCTCCTTCGATGGGCATCTGGCGAAGGCGGTATCCAGGATAGGTAGAATCCCCATCTGAGGTTGATAATTGTGGTAAACTTGACGAGCTCCATGTGTATCCCTGGATGTTTTTGGATCATGAAAATTTCTTCTACTTTGCAAACTCAACGATTTCGCCAGCATACATAACGTACTTTATCAGCAATGCACCCAACCACTAGGTCATGGGTGATAAAGATAACAGTAAATTGGCCATTCTTTTTGTAAGTTTTCTTCAAATCGATAATTGTAGCCGAATCAATACGTCAAAGATGGTCATTAGTTCCATCACAGATCAGAATATCTGCGGACGTGACCAAAACAATCATAAATAACGATCCGCTGACGCATCCCACCGAATAATTGGAAGGATACTCTCCAAAACAAACGCTCCAACATCTGGATTCACTTTATTTATATAGTCAAACCATTTCTTTCCTTCTTTTTTATGTCTTCTTGGTGTTGCTGTTCCTCCAATTTGAGAACTCAATTATAATTGATGGATCCCAACATCATGGGATCTGGATCGTGAGATTTTAGGGCTGCGAATATTTTTAATCTTTAATTGCGGTTTTTTAAATCGAATAAATTGTAAACTAACATTTATTTTGGCTCTTTTGTAGTACACGACAATTATCTTAAACATACCTGTAAGTTTGGTCAAAACCTGATTTTTGACCCACACGACTCACTAGCTTCAAACAACGCACTTCGCCTTACCATGGCTCATTGATACTGCAGATATGGCTATCGGCGATCGCGCACGTCACATTCACTACAGCGTCATGCTGAGCCGATCAAAATATCTTGTTATTTGATATCATATCTCCTCCTCATAATATGCAGCTGGTCTTGCTGACATCGAAGCCGGAATTTTGTCAGCAAATAAAAAATGATCAAGGGAACTAAAATCAACTAAATTAATGATCCAAATATTGCATTTATTTGTTAGTGCAAAATAATTGAAGATAATTAACGTCCCAACTGGGGCTGTAATTGGAAGATACAAGACCAAAGAAGGAAAGGAAGGCTTCATGAAATAAAGCTTGGGAGCAACTGTGATGTTTGAGTTACGATAGCAGTACCAATTGCTGGCAAAATGTTTTTCGTAACAATTTTCAAAGTTGAATACACACAAATTCAAACTTCGACGGACTGTATTTCTTAGTCGCAATGCTCATTGGACTGCAGAGCCGATGAGCAAATCCAATCCATATATTGGGACGTGGCAAAATCGGTCCGAAGCCAGATCCATTGAAGTAGTCAGAACAATGTTTTTGAGTCATGGCATGGAACAGGTTTGAAATCTTGTTTGTTCCTTACCTTTCAATGGCGTGGTCGATAGTTTTGAAAATTCCCAAATTACACCAACAATGACTCCAGCAACTGATTAACAATAGTTGCGATGGAAGAAATCAATAATGAGTTCCAGAGCACCAACCAAACCCCATCAAAAAGGATTTTCCGTTATTGTCGCCAATACCAAAAGGCCTTTCCCACTTGGTGAGTTCAAACAGGCAAATAAGAAGATGTTACCTTACCAGGCATCAGTTATAATCAAATTGGCATGGGACGAACAAACTCGTCGTGATCCCAATCAAAATCGCAAGCATAATGAGGGTTTATTTCTTTTCTTCAAAAAAATTATTACAGGCACTGATCTCCAGTAAGAGTATGCTGGGGCATCGATTACTTCAGAGGCAAAGTCATCACGTTTTACAAACTGAAATTTATTTTTATCGATTGTAGCCATTATTTGCCTCCTTTCGTATTCGTTAATTTAATCCGTGGGTCAAGTACTGTCAATCAAGATATCCACCCAACATGGCAGCAAAAGATACCAAGTGATGAAGATGAAGACAAGTCCGATAACCATGGTGTTGTTTTGATGCTTCAATAGAGTCAATCAACATTTTACCCATACCAAGGAAAGGCGAAGACTGTTTCCGTAAGGTAGCACCTGAGATGACACCAATAATAGCCGCCGAATCCCAGATACCAATGGAACCATCGCATTCTTGAAGATATGTTTTCTCAGAGATTTCTCGTTCTGACAAACCTTTGAGCAGCTTAAACGCACAAAATCTTGAGAATGGATATCGATCATGTAAACGAATCCAAACAGCGATAAATGGCGCACTTAATAAACCTAGAATCAGAGATGGCAATACATATGAACGCCAATCCTGTGCTCCAAGCACTGGGAATGAATCAGGAAGCGAGAAGAACGATCCAATCAAACGAACGATATAAACCAAAGCGATTGTTGGTAGAGACATCATAAATATCAAGGTAGCTGTTGAATGCTATCAAGCCATGAGTTTTTTTGAACAGCGCCATACAAGAGCCTAATGGGATCGCAATCAAATAGGCAATTGCAATACCAATCAAACCAATGATAGCAGAACTTGCAATCATGAAGGATTTTCATAGTTGCTCAAGGTTGCCGTATAGGCATCTCCTTTACCAAATCGACTAATATCTTGTGAGTCTGCCTTGCTTGGAGATTTGTAGGTACGTGAGTAGATATCAATGGAAGATGTCTTTTTTACCTGTAGGGGAAGTTCACTTCACTCTTCTTAGTTGTTCCTTGTCCTTGCGTAATCACTTGAAGAACTGGGGTATTAGAGTAAGTTGGATATGAATTTCCAAGGTTTAATGTCACAAAGTTTTGATGGACAAATGGGAATTGTCCATTAAAGTACAAGAGATATTTGTGTTTTGTACCAGAACCTACTACAGACCAACCAATTGATGGATCATTTCAATTCGAATGTAGCGTTTGAGGTTTGGGTTTAGGCATATCTTTCACCCAACCCGGATGATCAAACTGAATCAAATTCGCATGAAGCTAACGAGCGTTCAAAACCGGGATTTCCGTACTGCATAGAAGAATTCTTTCTGAGGAATCGTTCAACTGCCAACCACGTGACCTAATTTGTTGATGTATTTCTTATAGATTTTTTTCATTGGCAGTTGTTGGATCAACTGGTACAGATGAATCTTCTTCACTTGCTTTTTGTTGCAGCTTTTTGAATCCATGTATTCCAAATAACCCATGCGATCATAGACCGTGTTTTCGTAGTTGATCTTTGAATCTTTCGTCTTCGCTACTTTATTGTAGTTGGGATCATTTTTAAAAATGAGATTTCTCATTGTTAGCGTATAGATAATCGTGTAAGTTAATGTCGTGACTAGAAAAATAGACACTAACGAACGTAAATACGCATAAAAACATATTTTTCATATTTCATTCCTTTAATGTTCAAAAGAACTTTCTCCCCTAGAAGAGAAAGTTCTGATGCTTTTCATCATTTAATTATTTAACGTGTTTTTCAAGGTCTTGTTGAGCTTTTTTTGTTTGACTCAGCTTTTTCTTTTTGCCATTCTTAAGAGCTTCATCGTATTGTTTGTCAGTTTTGGCTCATCTTGAACTTCTACGTATTTGAAGTAGGTTGAACCTTTGTTCCCTGTTTATGAGGAAGGTTCAGAAATGGAACCACCTTAAAAACAACTGTTGCAGCACACCATACTTGACATCGTTGGAATAACAATTGCACTATCTGTCAACCAAGCTTGAGCAACTGCGTATTTTTCGTAACGTTTCACAACATCTTGTGTTTCATTACTTGCGTCATCAAGAAGTTTAGCAATTCATCTAAACCAACTGCTTTCGCTGCTGGATTTTCTACACCACCTGCAAAACCAGGTAAACTTTTTGTTTGGTCTTCAGAAGCCGGTTGAAGAGTATCAAGGTAAGTTGATGGATCAATATAATTAAGGTTATCCACCAATCATGAAAGATCCCAGTCTGCATCTGCAGCTGATGGCACATTCAAAGTGATATTCTGAACTTCATCCATGTCAAGCATTTGAAGATCCAGAACGACATTGCATCTTTCCCAAGTCTCTTCACTGTTGTTTCAGAGATTGCATACAGCAACAAAACCTGTTGAGCTTTGAGCTACTGGCACGTCAATATGAATTGGGAATTGAACGCCATCTTTTGAAGTTCTGCTTTCACAACTTTTTCAAGTTGTGCTTTGGCTTTATCCTTGTTGTAAAGACCATCTTGACCATCAACAGAGTTCACCTTTCATTGATCTCCATAAGTGGTCAATTTATCTGCTCGACATCTCCAAAATCTTTTCCATCTACTTGGACAAAAAGGCTGGTGCTGTGTAGGTATTACAGATAGCTGGTTTTGCAAACTGTTTGCTATTTAATTGTGCTGAGTAGCTTTCACGGTTCAAGGCAAAAGTAATGGCTTGACGAAATCTTTGTTCAAAATCGCTTTCTTAGTAGCTGTTTTTTCAGCATCATGATTTTTTTTAGCTGTGTGGTTATAAGATTGGCGATCCAAATTAATCCGAGCACGGCTACTTTGATCCTGCTGGTGTAGTAAAGATATCATCTTTATATTTTTCTCTATTGTTGCAAAGTTAGAACTTGCAGGGAAAAGGCGAGCTTTTGTATAGCACCATCAGAGAATCCACGAGCCAATGAATTCTTGGTCTGATCCATCGTAATAAGTAAGTTTCACTTCTTTCAGGTGAACGTTTTTCTTATCAGTAGTTGTCATTTTTTTCAAATACAACAGATGATTTTGACGTAATGGATTTCAAAAGAAATGGTCCATTTGAAAGGATGGATTTCACGTCTTTAGTTGACCAAATCTTCTCCCTTGCTCTTCAAGAATTCTGTGCTAATTGGGAACAAGATTCCGTTAGTCGTTTTAGAATTCCAGAAGTTTCCGGTTTGTTCGAAGTGTGTACTCAAGTGTGTAATCATCAACCGCTTTGACACCTACTTGGCTGAAGTCTGTGATTTTTCCCTTGGACATAATCATCAATCCTTTGACAGAGCCTTGAACAAGTGGAAGAGATTCTGATTTCTTATCAGCAGCGTGTTTCAAACCAGTCACGAAGTCTTGAGCAGTTACTTCACCGTGTTCTTCACCATCCGCATCATACCATTTGACCCCTTTACGAATCTTGTAAGTATAGGTCAAACCATCTTTTGTTGCTGAATGATCTTCCATGATGAAGGGACAAGGTTACCGTATTTGTCGTTTTCTAACAAACCGTCTACCACATTTGTAGTGATGTCATGGGTTGCAGCCTTGGAAGAAATTGTATAAGTCCAAAGTTGTTGGATCTGAAGTGTATACATAGCCATAGTTCTTGTCTTCAGTTTAGACCAGAGCTTGATTTACTTGTGTTTGATCCTGAACATGCAGCCAAACAATCCTGCTGCAAGAGGGGTCTTACTCAAAGCAACTGCGAATACTTACCTTTTTTCATAGGAATTCTCCAATAGTTTTTAGATTTGTTTAGATTATATGCAAATAGAAAAAAGTAAACTAAATTTTTTCTGAATTTCGCCTCGTCACAGCTTGAAAAGCTTGATAGAATTGACTTTGTGACTTGAATGTTGATTTTGGGTTTTCCATTCTGATTTTCTTTATGATACAATAGAGAAGACTAAGTAATGAGGAAATAACTGTGAAAAAATTCTTTCTTTCTTTTTTAGCCTGCATCCTGCTTTTATGCAGTTTCCCAACCCAAATGATTCTTGCAGACGAGCTGGATCTTTACTAAAAGTGCCATTGCTGTCGAAGCAGATACTTTGGTAAAATTTTGTACGAAGAAAATCAGAGAAAAAGCGCGATGTGGGCGGTTTATCTACCCTTCAACCACTTATCAGTCTTTGAAGCGATTCATGATAGAAAGCTTTCGTTAAAAGAGTCCGTCAATTTATCTGAAGAGGCCTTGACGGCAAATGATATCGAAGGTGCCGGCACTATTCCCATGGAGTCGAATCAATATACTGTCGATCAGCTACTGACGGCTTTGCTAGTTGGAAACTCTAGTACTGCTGCCCTAGCCTTAGCTGAGAAGGTCGGTAGCTCAAAAAAGACTTCGTTGAAAAAGATGAAAGCAAAAATTGTCTACTTGGGAAGAACGATCTCCCCACTTGATCAACGACAGGTTTTTTAAATACACAAACCATCAGCGGTGATCCTGAGGGGAAAGAGGATGAAAATCAATTGAGCGCTTATGATATTGCTGTCATTACTCAGCACTTGCTCCAAGTTTACCTGAAGTGACGCAATATCATCTAAAACCAGCTGCTCTGTTTCCCAACACAGTTGAAAATCCCAACCTGATGCTAGAGGGGATGCCGAATTACCGTACTGGAGTCGATGGTCTTCCAGTTCAAGCAACTCTAGCAAGGGCGGGATTACCTTTGCCACATCCACCACAAGAATGGAATCCACATGATTACAGTTTGTCCTAGGAGTTGAAGCTGTTGATGGTGATCCTTATGCACGCTTTGTGACCACTTCTTCTCTGATGAACTATGTGGTACGAACTTTCCTCTTCAATAGTTGTGAAGGAAGGCGATCCCTATACGACAGTAAGGTTTCCGGCTATGGATGGAAAATCCGAATCCGTTTCAGCTGTTGCCAAAAAGCTTTTGCTGTCGTTGAAAAGCAAGGTAATCAAGCAGAAGCCAAGATTCGTTTCAAAAGCAATCAGAACCGTTCAAGGCCCTGTGGAGTCTGGTACTGATGTAGGACTTCTCAATACTCCGACCCAGAAAAAATTGGTCGTGGTTATCTAGAAGACCAGGAACCAACGGTGAATATAGAAATGATGGCTGAAAAAAATATTGAGAAGAGCTTTCCTGAAGGTTTTAGGGTGGAATAGTTCGTCCGCTATGTCAATGAAAAATTATAAACAAAAAATCACAATGGATTTTACTCCATTACATCAATTTTTATATATCTAAACTAAGTTAGCCTACCCCCAGTCCTTTAATTTCGTAGCTAATCAAGCGGTTAAGCTCAACAGCATACTCCATTGGAAGCTCTTTGAGTGAAGGGCTCACAAATCCCATGACAATCATTTCTAATGCTTCTGTTTCAGTCAGACCGGCTCATCAAGTAATACAATTGTTCCTCTGAGTTTTTGAAACCTTCGCTTCGTGTTCTACCGAGCGACTTGAAATTATGGATCTCATTAAAAGGAATCGTATCCGATGCTGAATGTCATCCATAATGATGGTATCACACTCAATGTGAGAGACGGATTTCTTGGAATTCTTATTAAGGTCACTTGTCCACGATAATCTACTTTTACCACCACCTTTAGCAGTCGATTTAGAAACGATAGACGAGCTTGTATGAGAACATTGTGAATCATTTTTTGCCCTGTATCCTGGTGTTGCCCAGCATTGGCAAAGGCAATGGACAACATCGTCCCACGTGCACCTTCCCCATCCAGATAAACAGATGGAGTATTTCATGGTTGTCTTGCTTTCCTAGGTTTCCATCGATCCACTCAACTGTCGCATCTTTTTGAGCTTTGGCCCGCTTGGTTACAAAGTTGTAAGCTTGTTATTGTCTGACCAGTTTTGGATGGTCGTGTAACGCATGTATCCACGTGCTCGAGCAAAGATCTCGACAATGGCTGCATGGGCTATTGCTTGAATAGGTCGGAGCAAATTACATCCTTCTACCACGTAGTGTACACTTGCGCCTTCATCCACAATAAATAAAGGTTCGTTCAACTGACCTGTGTTTTCAAATGTTGATACGAGTAAGTTTTGAAGCAGTACATCTACTTTTACGCCTTTTGGTACATAAATGAAGAGTTCCCCAGACCAGACTGCTGAGTTGAGGGCAGCCAATTTGTTATCCGTTGGTGGTACTAACTTCGCAAATACTGTTTGAAAAGGTCAGGATATTCTTTAGGGCAGAATCCGTATCAGTAGATAATCCCCAACTTTTCAGCCTCTTCACTCGCAAACCACTTCCGATTCATACGACTGAAGCTCCTGCTAGTAAGCACATTCCGCTTCAGGAATCCCAATTCTCTCAAGGTCTCCTTGATTTTCTCTGGAACTTCATCCCAAGAACGGGCAGAGTTTATCTGAAGGCTTTGATAATAGATCAAATCATCAAAGTCAATCTCTGATAGGTCCGCACCCAGGTTTATAGGCATCTTTTTGAAGGTTTCAATTTCAAGCGGAATTCAAGCATCCATTCTGGTTCATTTTTTGCTGCGAATAATTCACGAATAACGGCTTCGTTTCAAGCCTTTTCCTGTAGAAGGAGTAGTTGGAGCAGTCATCGTGAAATCCAAATTTATATTCACCGAGATCAATTGGTTTCGGTTCGACTCTTTCTTCAGCCATAATTTCCTTTCTTTCTCTGTTTCTTCTTTTAATTAATTGTTACGTTCGATCGCTTTTTTAAGGAGCATTCCAGGAAGGTCGCACGACAATCCGTTGCGGGAATTTTAAAACTCCTGATAAAGAAGGCTGCGTCTCCCAATTCCTCTTGCCGAGGATCGATTGACCTTGGACCATTTCTGAAAAGACCTCTGCCCAATTCTTCTACTTCCGCTTTCGTTTTCCCATTACAGCATCTACAAGCCATCTATACTAGCTGAAGCTGTTGAGATGGTGCAACCTGAATTCACAAAGGCAATATCTTGGACCCTGTCATTTTCATCAGAATTTCACACTCAACTGGATCACGTCTCCACAAGTTGGATTATTCAGTTGGATTTGGTCTCCGTAACAATCCGCCCTTGATGGTGGGGGGTGCTTTGAGTGGTCGGCTACGACCGCCATGTAGTGGATCTAATTTAGAAAGTGCCATTGAAAAACTCCTTTGCTTTGATCAATACCTCAATCAATTTATCACAGTCCGCCTTGGTGTTGTAGATATAGAAACTTGCTCTTGTGGTTGCAGGGACCTGCAGGTATTGAAGGAGAGAGGTTGGGCACAGTGGTGTCCACTGCACGAACAACAATTCCTTCATAATCTAAGGCTGTCGCCAAATCATGCGGATGGAGATCGCTAAATTAAAAAGGAAATCACACCGGAACGTTGAGCCAAGTCTTAGGGAACCATAAATAGCCAGACCTTCGATAGCCTGTAATTTTGGAAACACATAGGCAATTAACTCTTGCGCTCATGCGCTTCTACCTGGTCCATCCACAACTCTTCTAAAGTAGTCGATCGCCGCTCCAAGTCCATCGCCCCAGCCATAGTGTCCGTTCCAGCTTCAAATTTCCAAGGCAATTCCTTCCGGAAACGATTGTTCATAGATAAAGTCAATCGTTTCTCCACAAAGGTTCTTACCGGAGACATTTGATGTAAGGCTCTTCTTTCCCGTAGAGAGGACACCAATCCTGTCGGTGCAGCCATCTTATGACCAGAAAAAGCAAAAGAAATCATCCTGATCTGCACATCAATAGCCATATGAGGAGTTGATTGAGCTCCGTCAACAACCATGATAGCTCCAACTTCATGGACAATCAGGCAATTTCCTTGATCGGATTGACCACGCCTAGAACGTTAGAAGCATGAACGATAGAGACAAAATTCGTCTTCTCACTGTGAGTTGCTTTTAGGTCCTGCATGTCAATAGGCCATCTTTTAGATAGACATAGACCAGTTTTGCTCCTGTCTTTTTACGGGCTTGCTGCCAAAGAATGATGTTGGAGTGGTGTTCCATAATGGAAATCAGAACTTCGTCTCCTTCCTTTAAGACTTCTTCCGCGTAGCGAACCACCCCAGTTAGTCCGTTGTCGTTCCTCTTGTAAAGAGGACTTGTAGTTGATGGAGCGTTGATGAACTTCCTGGCACTGCTGCCTCATGGGCTGCGGTAGCTCGCTCAGCCAAAGGTAGACGCTTCGCGATGGACATTAGCGTTATCTTGCAAATAATAGTGGTTGACTGCTTCAAAGAACACATTTAGGTTTTTGTGTTGTTGCTGCATTGCATCTAAGATAAACCGGTTCATCATGGACAGATTGATCAGAGGCCAAATCTTGAGCAATCGTATTTCTATCTAGCATCGTTTCTCCTTGAGCGTTTAGGATAACTTTTCTTCAATAGTGGCAATCATTTCATCGCGTACTTCTTTGACTGGAATTTCAACAATAGCAGAGCCAAGAAACCGCGTACGCTACAAACGTTCGGCTGTGTGTTTTTGTCAAGACCACGACTCTTGAGATAATACATATCTTCTGGGTCTACTTGGCTGATAGATGCAGCATACTGGCCTGCTGTCACGTCATTTTCTTCAATCAAAAGAATCGGATTGGCATCTGAACGCTTGGTCAGAAAGCATCAAGACACGACTTTCTTGCTGGGCATCTGCTCCTTTGGCACCCATGATAATGTGACCAATTCCATTGAAGGTCAGAGTTCCTTTTCAAGAATGACACCGTGTTGCGAGATATTTTCAATCGGAGAGTTGCAGCAAAGTTGGTCACGCGCGTATCGAATTTCCGCTTACACTGACGTCCACTTGATAAGGCAACCACCTTCAGATCAGCATGACTTCCATTTCCAACCAAGTCACTGTCAAAGTCTGCCACCATTGCCCTCATTCATGACTTCGATGGCCCAATCAATGCTAGCATTCTGACCTAGTTTCGACCTGACTGATATAGGCTGTAACGTTTCCAAAGGTAATGGCCCATAAATTTATCACTTGGGCACCTGAGCGGGCAATTACCTCAACCGTCACATTAGCAGTTGCTTTTCTGAGCCACTACCTTTGATTCAAGCGCTCCAAATAGCTGAACTTGCTATTTTTGCCGGCAATAATCAAAATGTGTTTAATTAAAAAAGGTACATCACTATCACTATCTTGGTAGAAATGCCTTCGATTGCTTCTTCAATCTCAACATTATCTGGGATATAAAGGACAGCCCCACTGTTAAAGTAAGCCGTATGATAGGCTGCTAGCTTGTCATCATCGTATTTAACAGAAGACATAAAATAGTCTTCCACGAGCTGCGAATTTCTTCTAAGGCAGAATGGAAATCGAAGAGGACGCCCTGGTCCGCTGGGAGCCTGTAGGACTTGCTCAAAAACGGTCTGGGTTCCAAATTGAACCAATTTTAAATTCGAATCAAGGGCCGTGAAATCAGGTACATCTACCAGGAAAGCCTCACTTTCCGTGATTGTTCCATCCCCAAGATTCCAACGGTGGAATTTGACCCGTTCAATGGCTGGTAATTCCAACTGATCGATCTTGTCAAAAGCTTTTTCGTAAAGTCTTGCAACCAGCTTAGCTCAGCATGCATTTCCGAAAAAGAGGTAACTATTTTCAATACTCATTTTTTCTCCTAATAAGAATATATCTGTTTGATTTTCTGACAAATAAGGTTACTTGTCCTCAAGTTATAGTTCTTCTTTATAGTCGTAACCGAGTTCTTCCGCAAGTTGGGCGTATCCTTCTCGTTCCAAACGAGCAGCCAATTCTGTGAGTCCACCTGAAAGCACAACCGACCATCCATCATCCACATGGACTACGTCGGGAGTAATGTAGTTCAACAAACGTTATTGATGGGTGATGATCACTTAGCTCGAAACCACCACGCATAGCATTGACACCTTTAGATACGACTTTAAGAGCATCGATATCCAAACCGGAGTCGATTTCGTCCAAAAGCGCAAAGTTGGTTCCAACATCAATAATTGAAGAATTTCATTTTCGTTTTTTCTCCCACCACCTGAAAACCTTCATTCAAATAACGTTCTGCCATTTCTTCTTTCATATTTGAAGTAATTCCATCTTTTCATCTAATTTTTTTAATGAAATCACGAACGAAATCTTTTCATCATCTTCTTTACCAGCATTCATGGAAGCACGTACGAAATTCTGCATTGGTAATTCCTGGGATTTCTGAAGGGTATTGCATTGCAAGGAACAAGCCCATTCGCACGCGTTCGTCTACTTCCCAATTCCAAGATGTTGATACCGTCAAACAGAGCCTCACCTTTGGTCACTTCATAATTTAGTTCCCATAATGGCTGCTGACAGAGTTGATTTACCTGTACCATTTGGTCCCATAATCGCTGCGATTTCACCAGTTTTTAGGGTAAGATTTACACCTTTTAAAATTTCTTTGCCTTCCAATTTCAACGTGAAGGTCTTTAATTTCTAATGTCGACATTGCATTCCTTTTCTTTTACCTTGCCCCATCAAAGACCTCAAAATCAAGGCACCTTGATCACAAAGTATTTTTTTACCTTTCAAGTATATCGCCTAGTCAAGCTTTCTTTTGATTAGAACAATTCTTATTTAGTTTTATCTTTCCGTTTTTGACGGACTTCCTCCACAGTAGGAGGAATTGCCAATATAACGAAGGACGTTTAATAGCGGACTATGGCTGGGCCCTAGAACCACAATTAATTCTGCTAACAGCTCCACTCCAAACAAGAGAGCCCAATCACAAGCAAGACCCCCGATACGAGTAGAGATATTAAGCAGTAAAGAGATCATCGAAAAGATCATCGAAATTCCATAGATTACCAATACGGTTCCTCGATGGGTTAACCCCAAGGAGAGCAGACGATGATGCAAATGATTGCGATCCGGTTTTGTAAAATTTTTGACCAGATAGGGTCACCGGATAATCGCCAAAAAAGGTATCTGTAATCGGAACTCCAAGGATAATCATAGGAGTGACTACTGCAACTGCCCCGTCGCATTTTTCAAACACTTGCAAGGATAAAACAGAAATCATAAATCCTATAAACAGAGCACCGGTGTCTCTAAAGATAGAGAATGGCTGGATGGTAATTAAAGGGAAAGAATCCGGCGATGGCTGCAACCAAGACAAAGATAGTCATGGTCAAAGAGATTAGGAACTGGCAAAAGAAATAGGATACAGTCCCCATTGTTACAAAGAGAGAAAGTAATGGAGACCCCGCTCACCAAACCATCTAATCCATCAATGAGATTAACCGCATTGGTAATGGAACAATCCAAATCACCGTCCAAAAGATACGATAGCCATGGTTCAAAATGAAGCAAGGGACCACCGAAAGGAATCTTAAAATCATTCAGCCGAAAGTCTGTGTAGAACCAGACTAAACTGGCTACAGAAGAATGCCGATCATCTTTTTCTTGTGACAACTCTTTTACATCATCGATCAAGCCCGTGAGAGCAATCATCCATCCTGCTCCTACAACTGGTAACGTGTAGGAGAGGTAACTGATCGGTGTAGTGAGTCAGCATAGGAATAAGACCAAGGTTGCAATCAAGCGATCACAATAGACAGTCCACCAGCACTTGGCATGGGCTTGGTGTTGATCCGACGAACATTAGGATAATCCACTGCATCGATCTTAAAGGAGAACAAGCGAACCAAAGGCGTCAAGCGAAAGCGTCACAGGGTCCCAATCAGCACCAAAACAAATTGCAGTGAAAAAGGCATCATAAGCTAGCAACTTTCTTCAAATTCTCAATCGCACCTGATACCATCAATCGTCACCCATGCTCTTGCAGAACTGCTCGTGTCACATCTGAATCATCAGCATATTCCTGGATAATGGCAAGTAACCAGGTTGGATATTGGCTTGGTTGATCCTCTGTGTCGATTAAGATAGTCGATAATACTCAGACCCCATTTTGTATAATTCAGAGGTATCTACTGGATAGGTCACTGTTTTCGAAAAGGCCACCACTTGCTGGAGACTTTTAAACCGCAAAATATATAATATAGATACTGAGTCACAGGTAGTTCAACCGCTTCTGAGGTTCTTGATCCTCACGCAACTCTTCTTGCTCCAAATGGTGGATAGCTTCCGCATCCCCTTTTTGTCTTTAGAGATGGTTTTTCCAGGTCTTGATAAACTCATCTGGCGTCATGCGCGATAATTCTTCCATATCGGGAAGATCGGACAAATCCTCAAAATCCAATTGTTGGTCAATTTTTGATTTGGTAACAAAAACATCTAATTTATCTGGTTTCGGTGTCACACGAAAACTAAGCATCCCGCTATCAGGAAACTTTCCGGCATTTCAAGCTCATCCAAAATGGCATAGAAAAATTCTTCTGTTTTTTCCTGTGGGACAAGGAAATCAACAAAATTTCCCATTCCACGTTCTTCTAAGTCTTCTAGTTGGATTGTGATTTTAATTGTCCAAGATCACTAATTTGCTTCATCTTCATAGTATAACCTCATACTTCTAGTCTTACTATATACTAAAAATTGGATAGAATTCAAAAAAGGATGCAGAAAAGAGGCCGGGACAAAAGTCACCGACCTCAGAAATAACATCCAAGAACTGATGTTCTTAATAAATGCGAACAATCCATACAGCCCATGAGTGAACCAGCACGATCAGTATTTCCAAAGACTGTAAGTCATGTTTCGCAATCTGTCAAGAAGCGGATGGCATACGTAGCACGACCACAAGCTACTCCATAGCAACCAGTAGAATGAGTTGCCCCAGGGCCAGTGGACGGCCTCCGGCACAAATTTTGCAACTTTAACAGGCTGGCATAGAAACATAGCTGGAATTCCCAGATAAAGGTGAATTATGCAGCCAAACCGGTTTGACTAACCTGCCATTGATGGAAACCCTGCCACAATCGTAGCACCTGAACGGCTCGTACCTGGAAAAAGCGATGGGACTTGGAAAAGTCCGATATACAAGGCTGTTCGATAAGGCAACTTATGCAGCTCTGTGTCGCTACCAGCAGTTTTGTTCACGTCTTTCCAAACCAGATGAAGGCAACCCCGTAGGTAGTAATATAATCGCAACAGAAATGGAGTTGGCCAGAAAATGTGCCTCAAACCAATCATCGAGTTTGAAAACAAAGACAAGCGGGAGAGTTGCAACTGCAACTTTTGCCCATAACTGCCAGGTCCGACACTTCTACTGCTGATTTCCTGGTTTAAACGGATATAATTTATCAAAATAAATTGCCACAACCGCAAGGATAGCTCCCAAGTTTGGATGACAACATTGAACATCTCCATGAAGGCCGGATCTTGATTTTTAAATTAGACAAAATCCTGCAACAAAATCAAGTGACCTGTACTTGAGATCGGCAACCACTCTGTAATCCCCTCGACAATTCCAAAAAGAATCGCTTTGATTAATTCGAACAGAAACATCTTTTTCTCTAAACTTACATTTGCTTTATTATATCATAATTCTACAGACTGGACTAGACCTCTCTTGCCAGAATTAGAAGGCTCCAAACCTCCGCCGCCGCCTCCACCAGAGAATCCTCCACCACTACCAGAGGAAACAGTATTTGGCCGTGGATGCTGTTGATCCATGAAGTAGACATGGCATGACTCGTACGTGTCACGTCATGATAGAACGGTGTATAAACGAAAGCATCCAAGGCTTGGTTTTGTAAATGAATATTTCAGAGCTTCATGACCTTTGTGACCTTATCTGCTACACCATATAAGGCCGCATAGACCAATAAGCGGTTCCATAGAACCAGAGACTGTAGCTCTGTATCGTTAAGATGAGCAATCTCTTTCAACATCCGGCCGAAACTGTCCCAGTAATAGCGTTGTTCCGCACCTGCGCTGTAACAACCCCAGCTCTTAGGCTGGCTTTAAACATAGCATTGAAGCGCGCTGGCAAATACCAAGGGTCAAAACCCCGATCAAACAAGGAATAGAAAGAACCAATTCCAGTACAAAGATAGCAAAAATCTCTGCTCCAAAGAGCTAAAGACAAGCCGTCCAACAAAGAAGGGGCTGCGTCTAGCTTGTGCTTCTTCATGCGCTTCTAAAGGTCGATAATAGCTTGGTAAATGGAGATCTTCTACCTTGCAAATGGACATCTCGGGCTACTTGGTTGACAGCTGCATCAAAATGAGACTGAGCCTTTCTTCCAATTGAACGAATGGCATCTTGATCTTCTTTTTCGCATGTTTGTATAAATCTCCACTGAACTCATAATTTTCAAAGAGACGATTGACAGGGCAAGTCACCTGATCCCCAAAGCCATGTCCATAAAGGAGCGCTCAAAATCTATCCACGTGTCCATGAGACTTCCTGGTCAAAACCACTTCCCATTTCCTTTTTGCTCGTAGACAATCACTCCGCGATCCATCAAATCAAGTAAGGTAGCTTGGAGCATTTTTTCAAGAGTAAAAGGAGGAGAGTCATCTTGCTTTATTGGTAGGGGAAACTTCGTCCAATTCAGCTGAATACACAACCGAACTCATCGCAGAGCGCGATATCCTGTGGAATTTCATAAAGACGCGTATTGGTTGGATAAGTGACACCATTCAAATCATTTTTTTAAAACATTGCGACCCTAAGAGCCAAAAAAGCCAGAGACTGATAATGAGCGCCGGCAAGATCCAATGCCAAAACATGCGTGTCCAGTATTTTTCCTGTTCAATTTTTGGCTTAGGTCTGATGAAATTCATCCAATTTGGTCAATCCTGTATCTCGATCAGAAGCATACAAGGGAGAAGGTCTGACTTCAACCAATAACCATACAGCTCTACGGCTTGGTTTTTTACACCAGATTATAGAAGGTGGCATCATAATATCCATCTTCTTTCTTAACTATCACATCCGGCCCCATATAGGCTGTATGGATATATAGTTCCGACTGCGCATTTGCTGATGCAAACTTAGGAATAACACGAAACTGAACCTTTTCAACTTTCTTGTCGCCATCCGTGATGGGTTTCCAGTTCAATAGTAGGATATCTCTGTGGCGGAATAGAGGAGATTTTCAAAATTTCAAGTGACCTTTATTTTAACTGTATCTCCTGCATAACCGCTGTTATAAATTTTCACTCAGTAACCATCGCCTAGATTACGAACCTCAGGCTCCATTTGAAGCTCTCGACCTTCCACACCTCGGCCTTTGGTGGGGTCTCAATGGCTTAACTGTGTATGTTCCCGCAGTTCCTAGACTAACATACTGTCCTCTGTAGAATCTTTAAAATAATAGGTTAATTCTTCCTCATAGGTAGCGTCGTCACGAGTGTCCAAGGTCAAGGTCCCACCATAGTAGAGCACCTCATAAGATGGACCTGATGTACACATTCTGACTCACAAACAGGCAGGCCAGAAAAGTGAAAATTATATACAAATACTTTTTGCTCACGCTCCTTTGTATTATTATAGCATTTTTTAAATAAAAAGAGGACCTTGTTTGAAATGCAACCTATTTTTGCATGTACAATAGGAAGAGTTAAAATAAGGAAGAGGAAAAATGAGAAAAACATTATTTGCGCTCCAACAGGGCTTTTCATTTGCTTGGGATCACACAGGTTGCTCATGCAGATGAATATTTACGAATTAGGATGGAAGCTGCATACATCCTTTCAACTGGACCCAAGAAGATGATTCAAATGCAGGCCGTGAAGATTGATGGCACCAACCAATATGCCAATGGGTACGATGTCAAATCGCTAAAAAAGTTGCTGAGGATTTGGGTAAAAAACCTTTGATCGTGAAAACATCTTGGAACGGTTTAATTCAAGCTCTCACATCTGGTAAAATCGATATGATTATCGCCGGGATGAGTCCACTGCTGAACGTAAAAAGAGGTGGCCCGGCTCTCTAATAGCTACTATACCAGCGAGCCGGGATCATGCTGGTCAACAAAAAGACAGGAACTATTAAGAATGCCACTAGTCTAGATGACTTTAAAGATGCAAAGGTTACCTCTCAACAAGGAGTCTACCTCTACTCGCTCATTTCTCAACTCAAGGGGCAAAACAAGAAACCGCCATGGGAGACTTTGCTCAAATGCGTCCAATGGCGAATCTGGCGTCATCGATGCTTATGTTTCCGAACGACCAGAAGCCCTAACCGCTGGAGTCCAAAACTAATTCAAAATTTAAGATGATCCAATTCAAAAAAGTTTGATTGGAAAGAAGATGCGACCATCGCTATCAGGATAAGAAGAGAAAGGGTGATACTAGACTTGACCAAGTCAATGCAGCACTAGCTAAAATTTCGTCAGAAGAGCAAGTCAAACTCATGGATGATATGATTGAGAAGCAACCAGCTTCCAGAAGTGATGCTAGCGATGATGAGCAGACTTTCTTCAGTCGATGATGAAGATTTTGAAGATAATGGCCCACAGTTCTTACGCGGAACGAATGACCCTCATCAGCATCTCCATGACGGGAACCATTGCTGGTTTGATCATCGGTTTGTTAATCGGTGTCTTCCGGACTACGCCTATGTCTAAAGAACAAGGCCCTCGCCGCCTTACCAAACATTCTTCCGGTTGGTTCCTCAATGTCTACATTGAAATCTCCGCGGGACTCCGATGATTGTTCAATCTATGGTTATTTCTACGGTTCCGCCCCAAGCCTTTAACATTTGGATCGCACTTGGGCCATATCTTTATTGTTTCCATCAATACAGGGGCTTATAGAGTGAGATTGTTCGTGGAGGAATCTTGGCAGTGGATCCCGGTCAGTTTGAAGCGGCTACTGCTCCTAGGAATGACCCATGGACAAACCATGCGCAGGTCGTCTTCACTCAGGTCGTGCGCAATATCTTGCCAGCAACAGGAAATGAGTTTGTCATCAATATCAGAGATACTTCTGTCTTGAACGTTATCTCTGTTGTTGAACTGCTACAAGGAAATACGGTAGCAACTCAGAACTACCAATACCCAACCTTGCTATCATCGCGGTGATTTACTTCGGTCTCACCCTTTACCATCACCCGTATCCTTCGCTACATCGAACGTCGTTTAGACTCTGATACTTATACTACGGGTGCCAATCAAGAATACAAGTCAAGAGTGAAATATGCTTGAGAAAAAATACCAAATCAACCATTTAAAAAAATCTTATGGTCAAATGAAGTTTTTGAAAGATATTTCGCTCACCGTTGAAAGGAGAGGTGATCTCCATCATCGGAAGCTCCGGTGGCAGGAAATCGACTCCTACGCTCCATTAATCTTTTGGAGACTCTACTGCTGGCGAAATTCTATCGTGGACAAAACGTTCTTGATCCTGACTATGATTTGACCCATTATCGGGAAAAATTGGGGATGGTTTTCCAAGCTTTAATCTCTTTGAAAATTTAAATGTCTTGGAAAATACCATTATGTAGCGCAAACAACCGTCCTCAAGCGTGATCATTGAGCTTTAGAAAAAGTAGCCAAAGAAAACCTTGAAAAAGTTGGTATGGGAGTCCCAATATTGGGCTGCCATCCCAAACAACTTTCAGGAGACTCAAAAAGCAACGGGTGGCGATCGCGCGTGCTCTCTCAATGGACCCTGATGCGATTCTCTTTGATGGTGGCGTTCTGCTCTGGACCCTGAAATGGTCGGAGAAGTTCTTAAAATTATACGAAGACTTAGCCAAAGAAGGCCTAACCATGATTGTGGTGACTCACGAAATGGAATTTGCCCGAGACGTTTCAAGTCGCGTGATCTTTATGGACAAGGGGTTATCGCTGAACAAGGCGATCAAAAGAAATGTTGCAATCCAAAAGAAAGAACGGACCAAAGAATTCCTTTAACGCTTCTTAAATTAAGACCCTAAAACAGCTTGCTTGGCCTTTGTGTCAGCAAACTGTTTTTTTGTGCTTGCTTTATCTTTTTCGGACATAGAAAAAGTCAGAGATTTTTTCTCTCTGACTTTTTAATTGGAACAACAAATTAATCTTCAAATTTTTGATGATTTTTGTCATAAAAATCAATCAATCCGAGTGCAGTTTCGAAGGAGATATTCTTCACTTTTGCACGTCTGGGCTCAGAGCAATGATAGACATTTCCCTGGGCATTTGTTCTTTACTGATACGATATCCCGTAATTTTTTCTTATCAGCATTGCCCATCTTAACAACTGATTCTACTTTTTCAAAGTTCGATTTAGCCATGATCTTTCTCCTATATTATTATTTCCAATACTAATATAAATTGTTTTGCACATTTTGTCAACTAAAATCGCTGAAAATACGAACCTTTTTTAAAAATGAGAAAAAGTTTATTTTGCTTTCAAGGCTGATAATATTTGTGTACGAATGTTTTCGACGCCATCTGAGTTAGCTGGTAGGAAAATCGTATTATTCCTTCCTTATCTGCAAAATTATTTAAGGTGTCTAAGTACTGATTGGTTCAGAAATTGAACATGTGTGATTTGTTCTTCGGTCAAGTCTACATTCGCACCTTTTAACTCTTTAATGAGTCTGCCAATCCATCGACGACAATGGCCTTCCGTTGCTCGGCAATACCGACCCCGTGCAAG + -13<=3AFF>?DLC?ABC?:4:122::7;:?7;&(&'-'=AB@67@C97=@GF<>6,3.&(,'2)2(0//$795;6##&&(%&&*+/193ACDCGJJHI::03GJ?>><6353'267;<=2;9777)(**ADACD=CBCCHOQO9;;=;?A=EE@I:AK89JGC@@A,9HFBB@-.D<@EB@@B18;=EEBFHK0406:5?;568.658<:+*(+).1%%*.14/==<786A@GF58;CHAABDHHH=>;IH:=@@BEFG@HLI:8<>IJE9BFCB1JIG@FC<;;@C;==532-*242<<@CBB?EDAEH4@???AA;;6&&'))(.<>?365251-.+*:<=IICFB;98+-./1&6=99=@:5'%$&()8=D@=@BFC=>C9'(')CBC@HJJEEB?;**,1.&%%/14540+2@ADJMEDC>??@948==@HFDCC=)(*79CGADDB?>B>=5;=>B=;>?.;>=?7325C@A>79773561:<<8(('*'&%%$%&'$%$)%$$$$%)6*;:;9=9;8=6BBDB@@<67?AEG<;8;<@C-'';:-..3(7::9?AB=B=B@A?=H??:=HK?DC=?A>BD>>=?BH>::,90:;;@:*.=AC?>CC:@<:+(.56$$#8??)2335:<:=A@AGCFF7<9;>6A186<>:;7:9<@@9855;50BFABA?=<9:9;AEHE%(AB:886226@>:C<=;B777,,,%:'*<3--226/44FD?@HILI@9<@>FDABDA@BAGEIJB@GH@GFHLIEBD@B))$::(>A/4-@==/1DDA243/')-.-%+&$)-58<=066?@>;@8>??EE,94AC@BHDBA:7>>=DD>IEB@B=A@8>DFIGC;@?>87&%65739::1.--09=;:<34333$#%'*55;=99/++;:759<=ABCH8DEFB52D9=@@84AE<8:95=?C='&'%%'*)+44?B;=CBC@@AB>8>88?7>BC>7;ADG?@?C>::(@>>88(,;85878:99*((77E??GC;;24..1BC=AA77=>-(*'%%01+.969=>=;+**4537???A@95501-/44,3:1<=:;8,67/6792%'$)458:;;?;3==8779644'$8679)))//2324.)&3546./+''%,(#':B<9<9?D>588CIE?@;7:=;=>;:;8::8:>8C9CFKKIE@DI=;1=:44(:<=>=8:657>>@A,*&+%%%%&&'(.-%&1360/265:43/44:78=@9B78>:;DA>>B?B?<5;B?=@@@;835.&%##&&-07<:=;&&%(%)1*%&$%')+,0D:=@=;;1->@AB:,B?>BAC@>?@878671))*.((')()+9791351**3/)))*$+/79579/-(,.%'/5:/()(%%/39<,=;<=:::::8%(#,%.-/.-31$&'%%%**)$+*32''45<2$$%%(+4/'&()56:72-28541-''&&&)(+((+8/2<8+()+73)-0)$&$''485249;;=>922349=>>557BC;ACEFDFCAC>GI?>4196:>@@EIDLH=352-*#%((3:A>MLLAACGC9DEAEEFCCC?JJF=>IJFBC<22(////46.46797(228@E>-?=F=ACC=?>AACJC@9ACDFA740%$&&*128=96800.2=7<=@>8982<4<125774<>?60@8:A;;567ECGG?FECB2.96==:<:NI>GCCC??:.33&@?@BDDE?D;@A=836=8A>>B@:=5DD<'+=:DE673)+%%$$$()&&&6:;?AHD?B*,4686@?HDCEBDEC9=<=>9:8.020+(''')++%%9$%&%%.5:,.)5485)(+(''6785@G>+'.53.$%'&.1'(*+-266%%)+83>>AEA>*=@F;G?CC<0(/3()'&89?=?><=>EBC?;'536*8628:CB69CB<)($&%'(&('*-)(,236+00&$+%$+$&&)%%$&'&$+$*,+02=@CGLF8=38(+%(+%$((%##$%(..;=;;=4'+240/)6;;;1%%%836)'69=;:9;?@?==88//6.),678/<:;:/10.34670$&24+$&'$%&*+-.5<.&)*&%#&#%'(+&*+42.;;?9;181%&&%$$(%/52$1(&%(+//31001*))*8.(,('%$*$%&#&)-+&)((('/1-&.,/+$$$&''&&&+++-)%$(+-)(-/6EDEEBB=EDHJJKJD?>31089;;=::9+)$$%$$$#%'0-1/B>CB<>A?;7DI;=D;=?::=9:@=>9/*/+%&'%%'(22777776/../,)++*4.''+;9;8<>BBBACB@?=444=>;:769''%0567BFC(AFB?1-11+,,-B?D??CBCJCJ>AFFCBDDA@11355/0964&('&'23/(&').33578<:8;-238>676.*+)+(&*4446=?>?<**>??@<@CCEM?@AB;55666('348<==B<9>>>7(41-.744??;7230,.)(%,+()-/.2'&%&048(+(-3689:500042+)342**/312(%%&#*$%*(+.-.78<88>,,5(7559>A?:458>A@DA%48=DEDB:93,/,=BF.2&'/0229;::=<14554683(&&'&$##$34%50;;<897>A=>@C>,*206857'1$4$9;;=:;?8>9>=6765C9?@?A;5%/%%))()('/*(666;?A?B80;<@8<4;8@AABG??5&).$--686/-&%&)*$(%'%#%*(.356;;3124,'%$$&'&1/340353$-.-&021(&&)()+(''(&(($%&%(*+&,*,%(77;;->8:@@:8;LFC9;<9),9+-+58/=;>)'*(&)-=.8;<;6446-?EH@HFE=@>=/1267:8?>444)'&(254<>>E:>@...+.--$.2:<@=A=@85,('-.*680276>;3=?=?:;$,+(',25/2/',188;78:95783:35CFB=<=;@>>ABDD:;8422=?A<@<6.+$,-)5<>?>9;:8=9;;6@B<=643.6=BBC>?:8=;3:;**&/*(9;>A?AEA>+5:<>=>?65<>@784<==<@=57>-/.-3458633;9==)326=>;B055=9778'%()14&-/0788<0;,8<96;;?::.70$2259'34411>79:@B??ACDMG@D<8869;CF>B>?@EJCA:CA;=9*,316):339<@3-8<=;A79?@@<:*2.2?6B@89<<;<9;=<>=GCFHECFHID?FG;?@-0<:;6=8:64)/0.,.&)1///8778;2,)(11188?A*&%%04'514>>@;;<7&&)%#&$%$$)(,(,,$%5>>:+'**8<669:?ADH@B;>,4+$$&&)++-(*)$&'*)-./%/$$$$$$-$)$$(''((%'/##$$%*)*/23230=>;@D>@FFBCAD7:7(*'.''(/,*$$,)+%.%&'*%(&&$$$$(*-111'4/7866**:&*;88;<;>KKEICEBD=B(%:;;F>=8<<7>AEEGGG7?FI8E4BGJFFC=;;>CE;:7GD<>A0:/<;<<6=5460/14:;<79111.%$&&&%&)**,<164568436*-$%.-/8&(25<=<=<>9;AA0&+,))&%%&6>?>@73;6)44451412)2*43$%&/1612C>><96<:@A<@?A?@>6/0036;<>67@@C?;=*+-2,+875:7.)2(&%$)'&3,'248:<89ADC<38<=BEEDDE?=A>B>:'/3-,-34)())((*&*34330-.'0.&'*)%(///6,,.32&3/85:&8389;8=@.7963/0).%1):8,428:><<9A=<<.<?>7>AEE>FCE95=DCC0-1@6;;;43457<899:7-(((+3;<=@A0;-:12-?<=F3ECEIC$(000%'%#&.25725;=A>;565=FE;66:4%<;7549<>>;@7),++549@927<8*,<99:GFHHDAC@?B@?;:@@?@C=@=6?CB@.5=>:5*9:93:**));;78>?;>4.0GCBA=@CEGLJ@C8@BJ?9>@GCC?@<=H;:5-2@A1?@AEC=?$$$$&9>CA571746/++778745%%/13-0&34795565356>:;?<>96,++,.65<8:;86747><>?GAABCFEB:=AA5001..27.,588945*3:9238;>=91/0//&'+''%###%'$&'))&$)$%41%;@76+=;9>.4-6555**B>8668:=AC=EMB88<:@AD95;7(:::+.+A:6=15-053.3@52',-122*&$$%/10.9;9;>>?A6@?C=3'$$)')-89=<=@9CAB@>=>B>>8557?BDB88<;::CFDB09;9;655*%'%&#(&)32/14788/3757///.2&&()(84.2':9-66)+($$+(#$$$(2+%.)/++//02-52*,37966<..;==:58:)*$$&$-,3)$1364-&%''((**'%#$*+$(('-)%&$&+$$$##%%%%$$'%%)%&&&*%'')'&''*.)-,*&&#&+%)''(%$#&--.+''&''0,..047557)%)++*,'$#,,-+,&&677:8:37;?AA:<7-/2//,5/5:===<;;<;<:=;;73)('&%$'&$&'$$&/..7:32*->=B@9?9;;66%&%*,%$#&2'&./%.8676/-----*'$2495./$,$#%')26666.//0,)+13:=9-((--+%&-+-)*,-0/()%)(*&$4899,4511$%$(/*22+2(+('%%%%50')#$%'((&(()((*($&$%')'$)-677:CB>@BCCC''(>@CGIG@KIC??=;:?E>>;:,;=).*.&&&(0+&&*((778<6-==@:51(.6658::7:8'1)-%.15;>@@=?BGC:CBCE898>A=;<:0**,&$'%-(02'%%%*+/+%/'+))6=@A>?678;>>D@32-)(-202,%*(-..03354946;@+<@B?@==8>;149;137*,+-//4%%%%%5749:994%%')&&%)&1>?G@CC?><94&&&&+++-*&&&&&&&&''#%%4687*%$%&)*,0(3',-('++-%)$)&%+,----,&%%+#$&'+1,/3*+&&((54069;877C@<<:=?C?02>><3+*-'765=??5,$$2.--'0;@@8')%$&2./*/4021.*-,@;8<==9AA:68026795:<''((,*&%())'.4680(%%(156+*$%2,,+13+%&())-/&$''&(002=78C:6,.-+6.-568;:;978:)%%/5699*/:;=@48=98;=A;9+85=<@:645<,4664:?CD=566GHJD=79::=>781.8<49630*%,+*%&*&.,35-.138==C;<=2++/+'&'')85(2268=;=>>@>A=$$1,,,5:A60.4-.47@=;2*+)-/3/)(*,..)'$(366094%$$128:;<.;79;%**97/'##&##'8.$%%&'))+%%)-/57//15541*..)())'((035/(&,*%+&#$&%$%%'<085A==3.9;B>><2/.?@BA<9B>9.,>;798>,-*-24322,,&%%$$%%####%$$%&%$$%&'$#$$)*,))*++/,---+00779AAAAAC@@A??9;>7:;8/0/201<%'&)))'(('+)')(%%#$$&$&(*(*)/*6/3:;8:;8&273),'$%&$%$%+$%'(1-)3254+#&'''6/08.$/9:8=>0359FEGIEEAJ<BDD8<9:765C<==:555+*,,77523*&'',.-/.89A88?BABBBCGA565600*)%)0113:=@97;944896,/0A?94/%&#'&)020,50))*)'(((014=;0??><9<=;=???AACDHM=B3>?($:9./9:/869658;;=;>>;<:++6,()+.%$%)+,&(%*&&**,++(&/0*+(0'...0+,-.***0/.)%%,+.&)/-'%#$%*))**)*+'%+/.057:;AA@559>;:34.+++1*(&$%)-.14668:9:346*3.(..()((.=8&.+C=>=7:.00.,,*'&22,''($#%&$%('*$$$%%/+68:<>>?NI<.+(*10566::CA:6(687*)('+'&**))46.$/436CDDE;AB?=@44?C;7:=<:8:B;9?<96-.'&.13356==778@F<>>E<09=<@;8=C><6-4;A9+%(%&658;?>B<&&'8:8664%66681./0<=9:9>:452')*4449:@??@A?:*.,2755().-0217;9851)(*,.35',(%$&'+++,(++'%*%%-%566:?::;2&6<635666558;76./'*'')089@723:80.6,-;:2)6764(103)&,++2258569?77971,-3661132%&/(&&.*=<;8700?@C@?E+5')7)-+9$(4:74.&''$&*&%$%$$('&%.3'+,&'&###.'*+,40(-;;;=5.&(.77<872823%)+0,$+&++01/%(*%(%(%&'(.)1/.00%)*0-5*52666@C>//DCB;@?>**>/==B?>37769:((1B;=?@@?:>@@G7EA=?B=?@=A;?37C=977/%$$$$(%(+$#$%%%%+'/%64&+0125563++-1/2+$+2(*7=;@8>CA>650)*/029786&*3)231$44249=;>B=DADD?;?A@*;3726BB12552**8881.:9;==@);;>=<D89BE<=F@B=A5.?<8<:=5:AEDEFGGB<:ABDCD<0;1..''$*$##$,$$&).*''36$-,,/-02)('//677568.---0<:A=:>;<<9?<>9=C?<474/106449)%&'<>7<:.2>A@;8(()'')18960.1,*'.)+(-,;8026649;>><;:;>6946)*2/&3&-244=??CC<@6'&-505468@?066)+*,,$&#%%$%(2,.*+/6<;<8444///,,,;;;>=CA@@?15=+,/),77A9677;'=<8:>>89:5'0..6%&&-BEBD=A<&086;<=<9;6;=85462==EGIGAE>;BCBC@>A?>EH=99;:8@CCAEBDEEA?>/-)))/30)#%)+&*,*(($%)',5;5(567;AB;7242344*%%$&$$'.0'&(''')%%+,'-/-*),)(::;8;=>+402&;:5(+9;87<;99:/0&./143'*),452;??1>AA>304@B<864770306699;::6&-)..2777/:<>;9=:7971)5%%%.%&)(%&5:<;BB?EDDCA0*0,,.-'/<:=758=/-,,--&('.,0331-.(*5/',0?A<>87B?<:CEB<;6;7-00)(25%#,232--355>?>7+,,,.083)1<-.(*%%%-85;;BBA,5.=E6GIG5A85824375*&%:==?BCED4($$$%###%'/.554001%/$&',%'-.)('05).&($#%$%))203=DDGD,////,2/;8.=::7957B>8'$$&''&&$#+43589::55:<=3A9;;7&%+)><',767:A=3002?BC=?,(54$;CC?76644548=<:+)35539::;9===:86:9;8402177>>=@@<=>ACB><=<>DDFA5@A@A81)(*(/572=98?>@?C8E6.891(&%(%&(12/-3:,''*&(*1(%01/;?=ECDA096939=<=A;.3)%&%)&(,/8/1=475).%&)%**/,10/,-25*((79>DD;9798=;?FAB>C@A@?G::;4478<@88:178208;;C6798=A@EDH89;=>A:9//**,)(---111338:9;9<8544<:@B<@A;2/A8=?A>E<=>>9<7=4CCGE>;$<7<9AFIF?;-4B:<<@9?>=FBG<=@A9796(++*%#$%$%(003526A>:;99)7?::8<=:298:89A;;08,1./1-02532)$%%&,,3<32--+1:;2-*($'%''(('('+88<9<=9>57@=@<;7877=67A=BGI31BEI<00-31*)(18><<==?D=?42:68:3.=;=;=;8::<=;;<87:/<6%(50.-%%%769?A99=;864632-*,4471/(..,+1&'53:;4?@A=89/>:5/($-&%$&',-//-33,%&'))*1116753339>:3,+'023338/7888986+774<2899,89@;?C7:C==55,662'$))*%%&-,98.(448<<:<2147;4113/238889685;9<;;65357BGEGGE>>0+:>>@HA<,()656.5)''%$%$#'(,,64<@>>>=<9-)&%+)'&)*-'%%%%$%'++'$%$&&*,(+0$-)&&*'*)35@?J;;6;5122(&$$(&#'&%&&,41/%%(+<<::0;4.*&$'-3/.1+*&&/-/')74:;D>;8=9*47,:'5;;=:@<87;<992*'$$-0368B:<<>=F>>EA>=@9<)$$$$(&%/$)7<7+6:('()329<:546671'*:;:*&$%$%*3;:88<>697:6+)496-0.+:?>B<;56??=::8651%($+,,19;AB1DD7344#'21101+*5:8=7<:8ABB;,,'$$:>>ADEA;A:;7998<&*(156-)+('''%**%)()-/.$0*678:466421$$%''&%%*2((%(488876991((##$%%$$'%')/43754<5?=;=><<>;1%(())5754,00122;B:9;:=A9>?CBHH?@@==7557')8<<>9<<<=-%%&%&4135=>)%5AAA?7449884+%&+..-.2/--+*5:6'&'#$$$$$$.--$%().-1,-*3$+,,,5:4A<;2)*,(77.1')824:ACEF?75702:=?8$#'(68?B;;,*5,&)6)2,6.-.)%-),)(847<=@9374/34*'$%((43+/-03:94)(''%2),4410-6=51342+668<;22,'))-/1=99;3=;:?4:,++<8421(59<=%:9=?>57=@:>=@;0441+,0'))&'##$$%&*',.//,%##$$%'&**$$&$%#$$&&$..+00$#%)(('*&(&--+%$$$0)*)&+35-/$&$&/$(&)*,'&)&%&$%'(+*+$'$&$$#'&#$,+%-(&(+$&$%$,($'''$(('-(*%&&'&',($(*$#*&%%%724?:9920556:93)//89;:A6BB@88<=;:?>4:45//3;@BHDC*;6<1/,'&&#'$/(+(2&)*44-*$%'/-.$)08+(889>6=<*(()%#&#$-2**31,287332%&-,22/+00*$%$'%*+-(%%&&$%$)').)*.'283+.576+&9789486<;:+999;=D=?=8'6*0/0AA<<>?;>>';:75@0444<;B?6@?9;?G<=<7>@@E@6597*)7*151--%*./'';<:;?==A<7@?=@<==?A8;.,++++.)&()&43=<<8=8;;9=;9=B=>=B<..($)1156-)*//0/.4952%'+(&''+2)460271/:99:6,-46<>=79:70;>55842&-(44?29<>9;:EFIFH=>@B8?:44%5:;<@6?1:==E>E9:>?5<@6868'$%#$*0*//($#',2231537;@=CJ>?@BC<>AJD@?;')7660678-0<<,(+74483.23+-58::/,.-.//0038-9'**-.'(('1,,0,*(#%%%&/)+.4+(+886:?::B;++:;;;:2;:947-122/2=>+786A@?=(+=@@=;3'&-.-*4=?A76<9?49?0<>>;<@B@===5DCFL>A6)%49865770+'()+242-&*+&$%$$&(&(5;;77AAB='(/010++,*'&'++(')*(*)%*0&(9@2,)-39*'&+..#()..--%%1,$%-'*%&**)0028>=-9;:6<>:9;7003#'#&++.&%'+5B<:5)0%5593/,1..79>.7800/0,')*%')###%%*-+&)&$()%%%&&%$$$++0:5322*8%571*-/00-1679;<>;;1;(04/,(()+-89>><<9=GL=<8H@777*6;<53$%)*,0,-((*+$.-73089=B@@;8;1//8$'++5;@BE>628@03*-2*&%%(>AABK=>C>7=BI?===@?:;:??>?>:,9<9579@;@:6$'$'-&%*.)-..)''&1368;@KLH8@?EFM>@A>:AKF9>>7.;@=@=HB@B?E0+/'%,---)59;FIHB<@AEA;2C)():-+&&21469;=,,:95;8814(@@C<=?<;;C>AC7>=<@?>;8858====5?>>76/000./3.''*//2:<<=;=6@6'&2535:AB;==4+9)C<55998%%%4>:;97:=@9<=<;;;<;>=-2,;>;8=;9::<37::3*447:010&&'77.+1'(#$/24<@98@;:BA@=<9<6=7@BD:=GC6A@=>04;;EB>9=9=@@8;>?B>;=?935;51/(-')('%(.677:@D,&')8:89:99@7>.'%0/-2059AD@9;9?=@BCAAAGAHOOIBNI:55(%(),$>?5<:<<89<8'3&)5::;<=5365*,.@E?H?<@?>9<=:@8A@BD=9<>877,$&(.,.$*%%(&,*+-+/52%%#$%/5776%(40599C9E@J>E=:;4%%'%'1212)0-669<;?;9BAA/'$$07><>7?>;7=@EG38::5/8188==<:<=@==&<@A:<=9199:).-5%&%*,,(%13*,59*0,-(-'/5>96.'(*'))*,%&&%$&17<997878=;.0-38/,,,)(&$$$%%%-56//*,&30.0224:65/8=B@@><;:100(29:;78874377781'-,'),+.+'#$$%%$'&((+$+*&(-342/%%%(>=9?>??95?.2561254(3&)0;22:78688)&))%#$$)'&&&')@8==9:57<>95122@CA6;=?<<==;@?==7:9<>?B@8?B<,/614*8563.,''(12./28:87;?BIA?=?>>@:)+8@A@AA74=>A=<7;<@3830*)-7802))')'*-'((/5678543)(&/467799.6-))(&(((%#%%%$)##'()+,$$#&&#$%%)-)'*)$$(*(&;9:3+%%%$&&&%%''5574;*.;7=<9;1///)-,)(%#//00.&&)&&'&0454=A*FA>E;<99:;93579:;><9880:97.&(7.4;@8;>1F;;<;>0,'-&*&%'+*)%/-0&''%%+%'($$%&(?7846B?<8//(+&%/5364-;<2%&'/,%*325,,=749;:31.-/.04.+21/,8.1,'89<96:AD@<:=:A98C>768>B@>?==5AA>GF>;;,)6:89@?',,087:7?7$.0382&'0%0+,,11.5157<>>45+*6;;8'$***),$%%&).1+0$'+-&.-797A?@@?BE>:-3)&&%(--029;;=?AB9;B?<:*+.56><:85)5/>>C923<>?=7787>;>@HFEB@BDEDC3/3>@@<;<3)&02*6><=?E;:=:@@:><64ABDC<-:477BCC;*9<87,-)($&%'')++.99=@?BE@=9&&&('(1433112209..%#%$%0@FCC?;<7=>@@A<6(+%'-+-23+,187-.8+,'&,0+)-2669@6?A96?==94:;:A>9AD@??>DF6>76895$%''1,)*,%0;>?677222@:;:>CEDEEILIIJJNIB34:80==982;EDC=@;>*%%$)('9:38?B=D@AGGC@?=@<6-1320/2-+''&&/;;;4317;>A=&#$'%%$-/4668:'$(&4?;>@?@?=CGTOO=GF=FGGF@5+&(&'&%5668.(4'0+:>7;?:@9@@B0/&(,.,223)101&'$$)'320,%$$$)46<;54%%&%&)/00%12:<9%%)*)*$&&$%%,++278:BCAC>;?2(163;.23/(.&$$$&&(13,89797:>3:)&.4;=:;?-539?@<&)1-)$#(')'.,20438;<<87>?=>;7;DA<<37<=F402(&(',&&%)&%?B=)6--.)/:>9@?89;9;=?@FFJIFDGC<;?>ED?CB=>B?78)))))%$$'&./*17<=<:()'%%%-/5421158,$%-0&&//?>3274=>@@79:8%%>A?>B><./**:13=C;D>@BFD=%)%$$%%''(0/$$$$&%,)--01)8698::2/59D;;9;>?;:C:?;7;$26/;=>05>?@A79::.,+()))0%+$%**0,5324@;:=?>=463++:91'18<;;9((.%).(*,,$05/1,&$%'$'&$#$$%%&(//97/0=>5:8&=*''%''%$03ABFFEE..&)/*12+53456<93-78??8;?@@?>?;:@9952@A?ADFC?=<19<=?A8>;7-)''&(*'23?;20&),*111-,063A7&79<>;D@CCFGBE<=<,;::76'&(%'*,-;<;;;BFD<+??@9::A;.:<@>;7388---0;?=8339%'001==;<<-,,5251,2)$$#%%)$%##$%#%$'&%%&%*%%'(#&,)(224/-&+*-$%&;;;@>DE>B=+/:98../1,&7.686)&&&&'%&($../3$('%'*'()&&&+5789BBDIC<<>=2%%$%/6519>;@C=?:5;=9'CEFECCB:=CBDFHH=322999498-))999)(''')$$2-)-./00$&'%)**,).13-53@FFBDCD8:862:92(;>BC72>??0883%&%&0/1767660)'(%')4)'$$&%&&$-'&$$$$#)%'+*)-$%/4,%%'(-'1211'&$%%%)#$$%#',./%*0/$$$&&05%&('$%),)($&10,,%&#$'-.+$.%%24$#$%$%&$#1222.*,%'%0&&&-,*&()('')+$%**.)1/6+))&$&$&&4+..%/$&())./0/($)+/)+''$*(5%+../('(%%&(''(0)01'.+(051+)).&'&,2&5665,$&&+)(((''%''%&&$#'%**$'(*)#$%&(,,*)($$'''&'(((*.16583)/04+&$&%,-((,%((&$%%%&+))$&$$%'%(&(+*%%$##*))2*((+*)&&-'-00-'&'+$$%'0743,',0230$$,())%('$&$%$#%&%$$$$%'(++'%%%++'''&#&%$$##"$%#$#'$+($#%$&(&%&'&'3,&'*'''9-%('&(,*'%%%%%*-((%%$$$$&)%%-.'55'&$%###$'(('%$$#$'&&&(%$$$%(.11%(.0/1,&$&&$($##()()''$)')&'%*+%')''(+&$%&%'(.)%)&$(%%$##%$#%$$$#%##%)($&*&%%%,/101)-)('%&(%%&%)'%&+$#&%)&/.022&)*-)('&&($'''&&)&%%$$%%%%$'*)($+(#.3&)&%()'(&1'*#',.%'240%&%%&$#''*'('&$'((/3&&5.-%%&&%,.*%%''&.5..-**%'$%&(+*%&)+$'&$&'#$&()%%%(%&$%&*%$$#'&(,/$21'%-.**)'&&''#$,.).-,-'')'$'%539=B@A429247=972/2+)'%%'$$%/9=;?CC@57679:=;*19<<;>BBEB@53:A::=?=@D:9>>//6<,$$$#$&(#%%'%#)&$$$$''&(#&%)112()*+.)###&&*%#$$$'%()*&&)&%%%($&%%(&'()('%&&)&''%&&.0'''%$%&&&&$&&**$%')0..0///$&/&&$('&(,)/0874)+*&%$#')$.,'&'(,%&%#$%&&%%#),'$(')+&,**%%$$%#&%(',--50-/)',(%))%%%%$%%%&&%'')''&*$$&*%)%$'&+.1&./(1015%%%--)*/%$+,5*,;5599;>=<'*%/-,)$$#&***'++$%'%.&'&$%&)0,%%+)%%-..,2*+*0/0--$(()+'%&*-&)&'$(&$%+-1*+'%$),*1*%$()%-2(#%#$&##$''('(*&''$(&(+*,,./1.))-*-,*$)-.+('$&&'(+&&***+$,++,.'(&$$$#$%%$&&&$$$%#&&$$%4%%/%)()+$%&$*).32$&&,&*.'*)()'&'(/.,,-*1268;=;<::%%$,$=BGONH;2-+)*./&$'=5DJC>932'8:&%%%$&3))*%%((%'-9>><:7DEE@CA?B6/<7-;2+,+C<>DEA27:=<9;555?>;?<6;?>A@8B;<<<=0:=7<=?@>9987=::>621-++11;ACHD=?><<4<923*86973748:9;279:41458'$*./0./7///((2%(.''-3451/''.--(9;=<==01,16;>???<;7?>>>@@?A@?A:><<==71346000..355234;249::7%'.2:<>=(4469>=:8$77@FC<7?77>9==?BAEGECD>?<+,+6;:>BB=:9;?=;8:<=3531'4---''(''5597;;@@?C=>D??C=:%%'$167;588796'<=CC9FGGE.>+%%+29:;<9C<=@;1+,)':<=<>BD?23&$%%$$$31-'&&-7=?DC:<28)9<=D63210:7722/-..'527;6:@?@=A>9<=B>===6<<;??*';FN=JDIA<;21AH?@?;<5?@CE?4(%'1/)*.4..227GDCD=?DB>?A@73*''9/((?>:6;>?>5591*?;BCB?B<:?@??@B-0-.7.-:3?D@-1676.08-+.,<@C6A?898)*+,)69@CC680??:<==>=CBCBH=99,&3%*'///.,*3678426<<95979=><=5-,-*+.6-790..29=4B44/+-&(*-1-2266.2>@FIGFI>@B'$:34(092763><@8B>89&38==9<:BF6H;:8;++-5=ABC>8BD9<:=AJFFD99967B@CE;=BB:;<>C1<2>>?D57@B@<@;?F:72@:2?B??<:;@BA37<>B7::EC?<=<522==9.=7<<>>76&'7??DB56>??A46BCD@FGIKE;0BFJILIEEHA=8:<:EHCB:72?=KE;BD::DE1B>CIBDHBCDM=DGHDDDD=?7%%6660?ADA:;::>CABC=:77<9968AH;<>JDC>0.B<,0/*104777:C>FCABHBBE;>=@8?B<>GF;77154?;;.0<==?>BABA=;<;404767?@AA;..B002-8;=AA<@@BAFE:$$''$%*').-+&(%%%+$&$).0-,1').-0.(+,)*))(-202&%,%'/03609>=>;&&0:==>3,%0<@A?A9>>88;8(.'14784;>?=BF=<;9:8&+++.-4&(0-155ADEJOG@;22558AEBGEA@>?ADK>5*(4('&&/018;<=:;;?G;==9598326JLGD<7=+&'1)658::8878834<=>>+;J<@@BHBE>@?FEDD<6CC11@>=:>5(;B<7:@?:=<89:7@@93.<<:HIC;;HA=;2(4@::AB:--.C?B@;@?;2/1&,,,:>@>>+/763@@7FFQPDFF>;@:;;;**3-A@82++90GEAJH<5HGA:970/(''%%..539;$4:.+=<@;9*>966LGABAD9;DL<@@DDAJBFH?%6D;IJJJ:AF@87=''+*(+())&)2)$))*+&%%()*$%'&&&(+898<778?@@;8G@KIMQAA=/)/75=B?;DGE?6LJGJLFC=BGFAA;@<<9BCDILC;CA@@F=7;>>@/.@GI>?@9.?=:<<:@&$)&$&*-/0-06<@A;9BE@FB=>CC@;@6,,225<>*%./1124(%3?B,''3)88889/99//1../)42/2-/21.;>9-=+,-%)*115555743/4876<3:>B<99/6;87/32*1.(&')-76.5799;-0//7647-.88<>DB3+B>;3&%$%$#&.;7349;;93:8??@;18;88,36.22378,-()18<=(.-24;4-&)$%%..:;<;8DPQOC?DHB<:AAEBEJD@90:>>?F<>EBHDEGG;)<<8>DFBAEFJIG;DFHFAF@BK;<;C>.9B/3AB;@D(89??>=CE@A;>522)'''0*((.%&%%$)$%.$'/3958A<=<=EEEEMGIHIK@G9:2=?GE??8-*>BGBG@>FPK2FD;3/2-*22509996461967//7:8)*2966867@C9=F>6<<67668+('1''(''&2)5@B?<=>>BE<=0BCE@:89754@CCC=B?:A>JKINL?C@FEC@:@@DDEHF28ABGGAGPID9=7<@CED>=EFD;('#$%%8<;,8<=?HF>>51?A@:6:><@BE:6?CA@FDBHHCCEDFIH;=@?DC<=:>:--**%-226<56==?@>;47>DI>/@BC:@?9AKFF'%.=A?@=A=?;;E=><;>?;:8%%$%)*$&&99>?EGH:@@BC=HCA>CB>@>>?AAA@ACG>9?2/.886BDFF@?:/4=C?FGB>CHH@6;37777.$$,..0,%'311;>9*<;:9:=?:7;@EHIB;@BADC:8<;EELSKD<@>B>D?'<::DFNF?===9<@EEADB?>BAAGJJ>?:97<77:;:=?E>EAEHI?2GE?:HE@FF=@<@<53/'%',056/<;?<9($)%&)**5@@A::@AB@;++%)+,137<;A@BF;;/5304>A;@>>CHF?DK>:-79;AGGF=8<>;AGD77BCED:9;<8638:?>A>>=<859:85FDDDEEFCCACACB40/0/423;998;>EA?B>4:9B>=@B?9:::10&#%#%,=ADBA;791=4929*58CD>2)-0;4DFGD23683/239DCA:8;?B=FFE:84((((*,+),*4:=;9;/4>IE<>:2%(%$4407CI=FDDEB@D:9887/A@KFF=CB?=>@@BE?B=<<<@EDBD?@9=?CCA@@:/,.+*)145458658<;=@ICDHHHLDA@FCEFB>@A?67ECKLKECD@>@A@C<4-0&,278@GB@<>=9B@A8?-244;AEA@B6=C>FADGK>=*'''8*4779;:=@>AB==:9=J=A:;4F@GH>B==9BDD<;6@A?A@AA?@;C,&''''"##(,/.//69=GCC,,,--8A<43A8>IA6;A>655-.+-0D8E<9DEEBGGED<>?327;FCKC:;@>GFGHBD9;EACE@A@77359=A><;A;>B;/153+,(%%,&&&(%++22;55008==B@B=>E7CGCA@C;>B=?E6<>7<=9CFCHK<=9<;*$(,3-*-48,;864@A0?++.C?;;>=A><:=DBCA<8646:://<<8?A8>?<29855+6F;B>-+.)'%2..'-)&+.7$$$652,>>8+++.+)***-@BJKJBB>@<@633@CIL@H<=FI;8*77640'&*,::6>@D?=-:9<=*&%&/8=5((/0%*)&*)(357:A;6:5///38/678B:=B>=:<<7+).79<;43399*1>??BB;0&*87=;94/9@A@6)+%'*026AEFDHIJMHEADFGDEHEAA>A>NGNMH413'))-,<>@66?>>EA?>C?8;CACDJGGH;;;<>=<>6B@*(*3,435:878)(16@@?/2BA:<>>>9B=?<92;;3333&'%$$&%245=8:=;?AA=C?:2,+$**%'&+12-$2022)068<78:5A6<9<;=AF9456-*157-4+(*+2+228?=($(&(899EGDA87AEFA59<=+'(:('*:;>FECECCB@.,6594,'22()05AAA>?AB;245<;<<+5$'%$%**'&-.4676:C?=936>?@B>@?;<;<(+E@:EEBBJKKGF;E?CF>8AFDD@GAD?ACB88977:579302=<---.-0?EDBIF;?A;'')';7=7$(@?6&,A@DC;<=A;ED@:%1$%)2../75;@B8E>=>82*,(%%%.-3465B><88'447878A89&432338A@BC?=?@ADA;=@AA686,5+.(,(+5235@@C@5@=@1:,3/588BA@D@@:5@9<:=>?C9>:@=4&45=@:@<115$%$%+,.6576546+(%)'$''.466/0,,2696.244-+$$&'1177-%%%($&%$$&0').0,'&%)&**(&&*7*3332078:8:<=B@=?A?<=;;B5:9B@?<=>><;<-;;8338;00)5812/61-*(*-(&''$+&',)522=A;'$%&&*%+%.''++85-+.+,/&//)4=>88874&'%2375>A>FCA:;=@>;88<3%+)1)<50537==?7:7640>?;@?>=F@?<.)81135/+/=<69--*24:<9=;<:;38=+5.10-/'+'*)('(+124880-666677341/(+$$$5>?>A>HE>9@H>8;D@<<:9AGDD@E**((*+069>==:;:;=<9&(07<;=?CFI>GDGDD=;;CFK=>=BDF?@8@==?BD8=@@8-($,,+*($%+,/15799:;;;1:45.48=<;&('$&''0/&$'-*$+-4;9MNKGJJ<=(78)/*$&&'&'&&&'((+%),)%&&+&'1A;A89;9>@?@<7<279<99A>@8)*+,9=958//6567>=E=C9@;@=A5-B@B=B?8>2')(:FGG:A>:>?<>-/-.@A::8::0-5>:.))-**))*'+5674(&&(('&'+.,-1%))+(+3,00<=>@<>D>??@=<-*))(49?<>6:=0*)*1'$($$-$&-0$%$)864?JD?D?DFEG?B<::D=+/&'&*///'5;9;>B1.$%'(((%%(34453:<@;98,)00>>9;<>7;797/%11(,,;479;:;<;?C=?>>77/63//1.-1-,.88<=;=544+220(,-+'$,-4::777::=FCDJJ@476$$>6;>?@B@ADD@>9?9A0'$(*(-*&$$%&-#%$$&7758<>?B<:=:6*672H9:EE;@5;@@:;:99;;;8)+&)+',/4=?>*-*789:AF=<<<8)(451&.59:<>78..266>A?@?FD<+<=B@=:&67326<7551,40*.097&%%%%'2898==E<=738'1334)*;6&)./,,/60134&'''%&%-01,718==:=@DGKKDC=CF<:@6<>BGHDA;=>6**)&%%#%####&-22694956=E@H?9A@?@AFAK@B=?=.'''/--38:=><::42112.)*&()%%%$6>B@E99BF??&((2?==8..1*%'((289>4>6/:>>A@<><869A>26%%$227;@><>8<*,;;68?@?5662463:CCIEHGIEJPNG@:=?ABPORPK?@GF?BC@?<+3+($31<889:?<;;>FBC?>6:6823<<<:<;/%%1/')1469@;BDF@25/*..,978759D;:@A:.+-052(211$)6%71358+&--1BA@BFC@?-CBBF;20/**($1.HC>A>@CE85;9<:34111--./079?A>FHBEBGHD>CCRTH@ID9;;@@<:@==9====0217:@/(1)868??:<>AF;;=?D@*-.&:45=:4965GBB>>@A;B=>=>BAGBBA:@B<7668:&&(=>?CD??6B??;?5)9?CGC72AB9?;<::9356(+.1364685;38<9550*85:<8>>==AC;;FFA+A=@BE@?@@D@;,585CDC<>>C@;BE>129FF@A@;;==):?6<-'((*.,.2,-,%%$%($%''/0-25612&&%313520%&=<;<8:@AA;BB'1:74@C=7::B:?9:CCHH><>@C?-+;3005:::<=5B<>=>B?CD9BDBING>=F99=CB+)*)675?558649=@B@?4CIIF<@=:;<41444%%,$0//.6502/$0/0667?75:=>B:4:=>?/;>6++EE>@3>*%%*248@AAC4@AD;;A8=30@>C6;F=L;949BC?DA;>>:4;>>:9<@BJ>=B.:9(#%%$(1425/'&.''-:;=D>978''22-/99=6528==87796'&&.-(;813??A;BAAD:7>:/.0,.336><<;6.,+*:7:+:>@=:=AEDGI@50//A><1459::9>E@>DD<>AB?DDADD@<:;99C;A@>;>=FLHGIA5>9AA;A92=@61):?B>=-4'',:<>B4<<<<043@A=:>?;93&&412:;;A>>+,0=??HB:99B8+@=:68>;<>;B?B96?CDGFJCAB>>@B;&%*8359EB(CGEA?AFED@ED@=?BD38>>;>8*47CFE@AFEGDB=C>DEAEE@FBGGGIG5;*/1'2;=9;;<>?=6;;,*$%$%'$$-03A>A@92667525668,-E?@9>=1)1,,;56<66244/+,./8:<@@4./0.8;;<=?787+1367<>=66265,&$$&%$$(-051711646;=CIGI->DCEA;@DFAB359;81$''&$((&&67CC979852&,3/.01/00&&$&%%(++&*&)*+43)+''+:7AA@495+6>8668'$-%%+6;4BC@JEF9:5579*-+86==@95:79>>5).0/038443<;:<>0+/:BABBA==>2&()))2)/152)&))(''$$&%%*799:678*666>B:9=@::9;:;>:>A>::EDA9+.,3520,6%&$419::*%%*##$%(--1AEFE@:==D9:AD>AC;;@?AB76>BACD>AD<899<'$$$%4:;:;;)2)9EB>8?>89@@?>;DBA?;7%)==@A=573&'/4/9??ACBA8??''%054,4*76)300==@A6BD>A8@>?7;C=:AC=@CH450/14BD?FG>A;9<>62,$%&+.4454)&)#'%+/6489<99+'7?9;??A:88540*&(&-+0((*-.7;<=??<-97:>BB=>66A//.0.(&'')4/%$)'8:987**,7577?3688:D@86;@,)-*835/)')&',,&%054#'79?BABA58178;?B6:@@<@@.7A<=0+(24615@BL@=>9:*$&(1978>?@D6G3,&&$#&&,.00)1-*(&%&5:9AFHFCFIC:7FB?EACBB<=D;;)34;@<@@:=<;??35-/7%)1012;,67;:<('(),/%(0=BA>@75783577-(#$&()%/,+08?@1332*3-$+/11.&(,.(1013?>;:>=D7*/>/*+5><=A@AE@C?CD?>?>6<953%%3-).%2343124&&*%0/,%((+,89>>C>@AC7A@=>>CFLEFH7+030@=7:EEFD;?BCIH?:A*&&97DE>>FFC2=ADHGAA@>=D=<@C;@?=;%)&;6;3<:)799+6/''$'(/2(&)$401-18:36===?2)'%%&)00#+%,8.),$%+.0(:9;:=9;B9:5;CC@<>:6/,..$//48<;<5>9:'(&(*;@>?;@FEFACCLGH46NMGICFG?>@CB?@==8??@=<>9=*..869??8><@@:%%0%&&05899')?@=?ACC65;>:<=<-59>2*-**&'/12>?@=A>?35D:=<9:64><;8:;9*)**,131348:689:BE<9DB=<:7;=C=@6<<=8;??<<<=+=<8CCEIICC8D=987:<:98=12233)'2357888:9FGHBDEA?8(.)5:,))'0:<92)%57>AC@E.><@@>@F99:??A>>C=8;922237>?/4*'):;=<@BA>GDD?C<,.;AAB>:;C5FK>B@:A956ACB?>AAA@DBC?:79@B=@:5><>;<@;:?=??;=?DKIGHJ5=()98=1'.8BA@@D:>8DGBA10:?@E<75((,)@A>A799;<8><9>@><>.7789'&(0$)7319(('''-1<::994%'1(2:;;)%$6566()479<48-53503<<2207;@?AEF??CABDD:DEDFDCDBGG@9;&%26:=<(%9:68:@@ACCEEEKFGBE<==6$//<=<9587904@FAADDECACGF>>@GCDFDEE=A=8DIGBG>B36DDBB@88;@;<=CD=9<3%2<=AFE?95456:$15?C;@=>>340(()%45831,-&*)655:=99576/-%+&%%&),$%+8@:;98;:5<=@DM=<7>;:;=>;;3&(&'&'+((45:=9665CJMACBABBF49(((:?BG?G98>=7?A@;9(67CC9>DBCA>;804:/2,+/1086263:@?AHG>A397@:;>=>=AACDBL<=5'0-8765'')))*,1(&&&$%))/50FLK;904$$((4+2/31/-+/,36><%(88>A==5/-25:5B34;CDB;6BC,,/**-22./2/25838%((,)799.%%$#$)49:;=7<=9=AA;=DEEJK=97<<===AAGG7@@((85&&*:ACBF>>?@@:935?;A;@B3-/.9=:?@FE;;73BFGFMLJI8BFHHJ??AB8>=:<>EF?@HAADG=:2=@DCGG=AFICHKFF6=D;GGHGIHFD?@::>=9?>==>=98**1;/-,().,+480,,@>@CC>=B@>'7+12677GFEC<=?;>+))''):<0011,46<4%$$'&,./046-+':'/08DHJJE??8AA=@AABA?@;HH@?@B8A;;<:77DD?@BC@:B>>/7<>@B:6?=;A=@IJH8E;/*7DB@@?935/268:<>C>@>5>?BEDECDJKIFE?CEB;:=FD&@DFMNKA;893:7=957C9EEE=C:AC=<:?IB:@HF:4<<=;;;D98@=:?DDC=;=HIHE?A9?@.,8,&-*.'$($#&'(05:7>?=<==>;67B@=79<,&/867>B?@FEGEFF:GNI<;7CDDI<:999:=<>8)36659416=<;ADABBAIG;8;24:398::60./3-*$#()+*)(+37:8:?670+)**+88;90<99:82$&*'27;A9B<;;@>E?---5<:9.8?=98<2/:;AB233:9==8(68=?@BA4+GED<-BA?;B9+:9=CIGE<@//99=GDECE>;A;>BE67E<;A>==>IHFDBB67'03//.//9?<@==@C29:*)-0),/1+3994787859<>@7<@B;.-%-2;:=6888=>?9<=A@>?78GM96HIHJMACC@@=2<6668>4A?>A=8?;561.'.79<=?BFKK7')-)*())**75=7<=;>>=33--:923'&(137;AA::>LIEADA<6@@?>58EE?<=2&'02,:;33478666:@9AAAAD>BFDC?>5.5315.*2/,<=8$*:8;=?=><75:''7121:799847999;>?@B;<8:<-'<9=CC7>BJA<=?8::;:;4&+.*,454(2.4*,.-'---?=<<%;:;88197<@>@ABC&-+,--?=?@@>:44?@A?;:;:''$%(0//6E@AAFBBA9:HDLC:::AAFFC>?:;;,)*.,+,)0&$$246:<<@?D;BA<5+<:<@@C99;>>=>189;8<888;1325232341?@;@9A==DA99?9?@?9@%'4333,,,2232$&-)$%,.(&'')15<=405&;@B@533,(()/14;48869'353;6=D@9?CE:>>@<:>754079??B<@FD@=?A@GB?AA:97?;2444651101&+%0.-/$7:<;@BB;<668<;@@8;?A>BAB2$1'5':;>CC6>--.,748.1;><;6-,&%$&''(($(,-'&&&1/=9>@BC7422325249,197679%*/,<7CCA2*1@EEE:97<7-/)559CB@=?;-:9<<<><971@<>>;)96;;99879<<=:5/0/&%##$#%)99:@A@DE+'/23C=>4C;19ACEA:==?<798DCA?E><>ACC>=8(($?B@BMJDDACCD9?DDB867CCC>=<;546;>AEB<CB>>H;AA??B=9>@@89:991+8'%&$,(++57;@?=@><>FKKG?83+643941--,2398@EEDBACAAAC@IIGF?AAA=>AGGDAJH@=><<;=6,++$***())%()&$%'-//021.1129<9;EHEBA0;A99>1%))*8BG<=>@@A?:>;++&(%'..-0<:<;==:300,()*&*&()'&(-:?@?>?CKLC1*+;9:5'6=36?=69D@?F>;>;9AB;&&%&(-589+8+8<;=2>BB>=<)+;5067;7364/02%%1315330/.;:>C?BB@B?=B@GGCKFD?;::=CE@;;>;@DC@;>=7>FFCKE;:-+255>=7;=49@>AI=;2331,*-77*'25556%2E=DB@ADIIJNE276ABC8:6A@=@79==:91%&&((&$39<:;624784+6<=@<@<=8975226=;,-2:;,.'('$*-+&9;4,&%*/878'''''8;?2@A?A=54972686885)(%(&%#%(13794@<:<77/'$)$*+''($(5.-9@ABB5)$&99@>A=IDFGAJKAB<0,8EC=738<.<8695;799;:<8><'$$54,.-0107<::9B;97/*:7;9.&'#$$$*46751/00&$&$%%)'&/%#(/&'970'$*(&%&&&%&%&$$+,/007+,*.538//-3156530%($$%13/1233357;79<.'$(56::DA>:'+/(,799;?@::=<523%%%#)**:<;;89//)983>F@>0=:=>BAB0:++0.0,)#&)-0,=A@GFFE==<=7;?=9>>?@:80146;A>9<?$'87:>FM;3<,8;@01=8&9==*&%%#))00/2/<3689BDEB@CDEIEBG>>>;CE@:96B:5GIGA>EFF79.18/469AC?1?8=5;:D?:>?9<;=?<033120(4/,1>A:755'&24-*'&245:987:DC:@DD=?ADEED;<>?9AFDDEGCBFCBDECAD>@>?)@?=A2:>433)0&28<%*+-230&','<6%)5;?A@CDA9@F?@@;DE:C:;8><@>9?8=<>BF@>=::ALIF;>6042$$6.AADBA?=>:@467B<>>?@@A;BD6=CDFKI?AFFA-(=HGF8:8BBC=??;431,3%%:.//7>:=BB7@BB93453;HHEBCA?+429AA;DDA5?A>AHK>3ADBB>;:;@D=FDE<CE@IGDB<9>;3411*))+((7@A=9?;8&'-??AC@<<7<;=58BG?;D88996*(267635/('(),0/1((%%2149;5?DFHFA=;=@D@@E:-%)$&+0422A9?>;@=?CFFCBCC?>><7,0>>CACCEAADIDB<=C@<>E=5<;;@<>@GF=+7>?=?=EIGAFH>.))*/>?>6)//3&>ACC4,('67<><@5/9><;A<79:?;@DDB?>@;0555556;=?<=>5//3?@782-**&&&09>?===?>??C=;@C<@=CFGE?C=?EEEA4>=AA=57>8*;=;;7';;=424<@?<6=<9>@9?CBE?HIIBHD==A:>C?>32AB;56?B@C119;<>>:-/<<=>?@:?A@=*=:0;:94.3.)'%'+..06-996;@=@HF9+=@<551358.34>01:;;:8#%'+(3:=A0*%&20218:5<8='),=@31EA7)-(6=;>?EA89?A;9>?@18E@>CFEE:<==@@A=?J?=?A=?:AC?FJB2<=;?<&/&(3.::;;AA<096886@9@D>F3?>>>>@@@?>>>>?;C75-0.1'29@@?:8>BH:A;<:@9;BACCGE9:23:;9?@*$)(,6944:==3('(',;79<;8909<:=7;@=8<<@BCDFHOCA;;<>>2>?>;<8779:??=)*).-458B;8/1,-(-544//&;1G=>FE=B;>:CD<;DD;>:03?;781//.+2.-2<;56@@@>>;<@500.5(8??BAF@D??555<@?AFLHNQCMJ>@59DA;>AE4<>B8<88;:?GC==*'%%%,5<>=:.'9:6,'2,+445:'.&$$(0:669:,(-0/,*.789=29=FDDGHHKEDAE?>CD@@7==),BBAGG=D;<@6%%$$%,,,2889=G>??@7*(03/$-33&::=55553727016446>>9402'&(()8:ACC;BFHHFC<>@CF@@CD@>5<@@<>65(0;6B@CE=)%-=7CAE8CCD@@1/'7-,8@?=@9;65A8<=;=;=222?EFDA+;24=C=CCDGHDA5@116128@3@CBAA@?CDFEAE9;CEDED?:EEBDF<752+.?9=35>B>;;CA7?@14779787:))A<;E:;88499757<>///76AA@?>934138)&'&'***023EA=54$'##$%&-:=>B>=77C??;728=:78<>>AJ?@GH;CEDHHD=@*/*))&+,(,,166&)678;:77+)?/59:=HGBAEB=?AE>@EF=>AC>B?;@=@?AE?CACB@BBIJEDBC@@AIEADF?8<:ACA??<;=BDFGCC?:<=?AD=CGDG8:>@GM<;8===965:=@:+.*5?CA<>1//::@4BCAK:G@<;,+24)))93.*),./++/1/.701==;>.=?@5?>CBBIICEFEC:=<:>.(,56449?CE@:EEEIFA@C>10+'(+-79CC=@@I::;=AD9DDCA=9BAABA:76;@<@?:=@--55<99;@;9@@DLH>??;99=9<;8<:ECHB?>=HND@CH456BCDCBB;:8>8<<:;689311793.><;<9*9=:''7#*%%0:6@47>A:<=;+968>;;>@7A;@H=;=@@ADE;ABA>CIFD@>?--.0&(%%'.1887>=??GHBCBB=AA98=9?=@@A@2=>C2JEC7GGEA8;BC;1.///..=5:?==7:AH<<@A@8=;??456---'23>BEE><>=58F>95)10:??A?7477876012/+&.1679;=9>E>98>EHFFIGEE@9=JB:H9>?;DG>)?A9KJJIA:??><=?DA95:<1179)5639>>A?85++-)%%%%%&3<>9(4./.0:=C54?7254/85;<:887::@C;94;8853-004222.$11/1000*'1./69;<87?7<8>:8>5>D?><<@?><<575/++%$$*152;@DC;CDEB=>?<*76;79:>@B>88344;<>31,+$&4<@:8<668879:;@BD1,*4FJ><88>:?B@?;*)*.../21*+(-08>>@99C@GGGF:=D@;=>B?@B7FIIFGDBBADKFDEDEDB5/%+:<<@?7335/,,*37D@FF9?8AGF@0*.113?5488-)*(4..0>?@:6>?A616??D<8;3900526')($(0/8337<8;,)*5681.'14-&78;;:8,(*++**,65<=>C;487:==7>EFC:AC@OMG@;?7;DD76;=:C;:D:F;3.;=1*))5=/1,2053&(+01%%%(+48<5@BCE?A@:<59/6@CEJG?LG2==146//00/324CEEEH?A7==?@/8+$%0..-122.)*-.0;EIGA.?ACEADGKI>?B=>@8;@A1C<9;///),*1/0/(6895+/)8489<7:8>;98=87;CCF92<23,''$&&02$11)8210999757)*(('+''(,9*22745),%(2>==?=;4:;988>EEA?>=869+77CC@?7-$%+*''(777COJ7HHIH39;51721+?.6::6'()/+21$%'644/0'&%'$1578882/-#%(&$,9<9B<7+;@@9*+77302;;92***,,9EDH=>BKNQBFC?AF879;?>8>795:;13;<747-:;<:>CD9A;879***',,,8;:98377666)-+,GED?=-78DEBDCFE=-+-)-1:<E>@88%'=;:>88:?)-?E=;69;==;=489;<6657;<<4/,69;<>;;?C88@=:''*556:799;7BDI?BDKEDFAB@@?9428998.+'&%)2C=BAAAAC;7BA@FD@EE?8=<,0111$%)469:?46:::BFFEDGC?<;=>;7<;::=;514++,0.214:@=FE=AAFG<<@B=?B?(>49@D+<@9%>>?:8AC=<=<>@;=8@F>:<===;=(%11?=><249:AC9AA@DCFHEFD+5(%*$)8:BD>@BFA@@88A)5=AAC9>;<(0$&##$%"#(&'$.)&111'%'05;=6=*89;:=+(341+)&%&'+()*)(&&&/0278.&+-/17446079995&)4537..-13:9==>@E@:B@68=90.0;>98??>>AD99''2;.(%((),:8?7'7%#&$&/-*&,&$$$%%%$=;?B=-*%))'+*/469BBBDD@?@A=<;/+/0&$,()-2-%1/.5630.'%500612/D64)*45,,*'%/1332*7510(2:88643*.,,89<6,.,-39:63%'5)&&%005548-(((?698<8$2783++,68?:EF><02$%%&7::988580:5557:99;;=>EA7E<9BA<;;8<;>E@;??BDFGAAB@A@>:779;:874&+.25=6754.ACD..C7357DEB<=@B:44+,+000,-0.?=>@@HGEBDC;C>=2-/.-,A?=55600($%875;CDB@;=GG8C;;B<),04257997((:.)*%%)('';=<@?*=?:?ABA28=;;:=5++5:8CG;,BBA98(+%'2#9?<<9%<6557;8108/-+$/$%%5667*+<=?<-4+'&()$$'6774$,*)&(,.4=>7;:@G?@,8;>AB@A>==ECABD:9>C@:=9891'&*257@7AA;9996.0+%$#,2+,.(+46=@=>ADBA;;=>=BB<6:B>:::?:+');<+,),-46-426&;>CD8,788=26>A@;;761104;?=6=B=BE997:CBD?G@AC;9:86:<>>);746?E<@>AB@CDFADFA=BG<64224/(%09?<>@JGMMB@@:?@;//.*&%&%3'=>-:9;:68344+-%%$))*5;:=<124+6<:JKC?C>$231(28?:B<=<<<>BA:>:=@3BBEB;=6;:<:326>?:=@CC=D>?:;;ABB@AC:?AFEA><8;7--.4:<=<B;>1;>ADH@':>7694==59?=<43)''45425<=5>;58;==>=@@=68878EDD??@@@BDJE?9>95=?@:;035776356676797605377>;89ECACC>BBBCE?DGBBJKGDA0)$%$0410)%&&'#''/<@ED?@@7:=A@?DG<<,+=8DBEEKGEFC>BA73<79:(''$%('6889A@0=7367((*(99522*%$-..:<ED@A@6:7654ABA9=?<;@DHEHGFIPQS99;>AA=?=734./-6.8:CIFAFC9<%,@?5@AF@/1=?>>CDGF>:CFD=9<65:3110.*(9>?GBE9(%'**-F@JLOD?9?96$4?ADDB)9>E=FICD@CDD7=:@?A>+6,,+21483.26(%H?C?D:9@A?:7;7796203&(&-/..-1=??20188,-.'$%%(,&%&%$$%')%%%$($&((%?=;;?<*.;?=?;A>E?B@EF8;CA?>?CC><;GMCJM@@;>%(121(45;@BEFFILD:<<..7,.%$%3469==>>B678;02>;=30<==;CFDECD;956) @SRR14011045.36150 dab7af3e-bab6-4535-b4c0-9d69618a1ec8/1 GGTACTTCGTTCAGTTACGTATTGCTTATAAAATTCTTATTCCAAAAAGGAATACTGAATAAATTATAACAAATTTTTCTATTTTGTCAAGT CGTGGTATAATATAAGCAATGGCTATTGAAAAAATTATTGGTCTGGCTGCGATAAACAACAGGCAAGGCAAAGCAGGTGGAGATTTCTTTGC GTCCAACGAATTTTGATGAATATATCGGTCAGGAGCGATTGAAAATTTAAAGCTTGCGGTGAGCGCGGCAAAAAAACGTGGTGAAAGTATCG ATCACGTCTTACTTTATGGTCCGCCAGGACTAGGAAAAACTACAATGGCAAATGTTATTGCGCGTGAAATGGGCGCGAATATTCGAATTACA TCTGGTCGGCAATCGAAAAAGCGGGAGATTTAGCTTCGATTGTGACGAATTTACAAGATGGCGATGCTTTATTGATGAAATTCATCGCATGC CATAGTGTCTTTGTTGAGAGATTCTCTATTCTGTGGAAGATTTTAAACTTGATATTGTGATAGCAATACGTAACTTG + $%%)/244586*%4=3==8?99:0795=>BABC@E>DC>CE:<>?.+$547==?872/0A=;>>EGLFE?CFBCPLM<6H>>CEGBFHDF>H D5E6:CDIB>44>;<,-)(:9;=;6781/+)%3113446)(&+*&'%%#-,.*$$&%$$$%%%''($&/(--%)%&-808.',,CA:=CE5NNNGE?F?GGA=>6569;@:2@CB>3;855BHGIG7:=LMKGCEEDFHJNFCGP@CJFJKGDFJC:>?LA@A=9P:BDBAD LEE?28)$(><>>;)5<@@:,;&)97);?@>91;;>>BDCD72422%&&()+,.59<;:752/*.$/15;248>==A:'433*+ '%&&$-$%$$,%-,1649.066.+,;94=>97$'/33333;;A>FB?>=@==?AABAD89;;+>ACA9?:54)$$$% @SRR14011045.31033 f461fd5a-9d6e-4b9c-aadf-7f88abb23033/1 TTTGAACGTACAAAACCGCACGTAAACGTGGGTACAATCGGCCACGTTGACCACGGTAAAACAACTTTAACAGCAGCAATCACAACCGTGTAAAACACTACGGTGGTGCAGCTCGTGCATTCGACCAAATCGATAACGCGCGCCAGAAGAAAAAGCGCGTGGTATCACCATCAACACCTCACACGTTAGATCACGATACTCCAACTCGTCACTATGCACACGTTGACTGCCCAGGACACGCGGACTATGTTAAAAACATGATTACCGGTGCGGCACAAATGGATGGTGCAATCTTAGTAGTAGCAGCGACGAATGGTCCTATGCCACAAACTCGTGAGCATCTTATTAGGTCGCCAAGTAGGTGTACCTTACATCATCGTATTCTTAAACAAATGCGACATGGTAGATGACGAAGAGTTATTAGAATTAGTAGAAATGGAAGTTCGTGAACTTCTTTCTCAATATGATTTCCCAGGTGATGATACTCCAATCGTGGTTCTGCATTACAAGCATTAAACGGCGTTGCAGAATGGGAAGAAAAAAATCCTTGAGTTAGCAAACCACTTAGATACTTACATTCCTGAACCAGAGCGTGCAATTGACCAACCGTTCCTTCTTCCAATCGAAGACGTGTTCTCAATTTCAGGTCGTGGTACAGTAGTAACAGGTCGTGTTGAGCGTGGTATCATCCGTACTGGTGATGAAGTTGAAATCGTTGGTATCAAACCAACAGCGAAAACAACAGTAACAGGTGTTGAAATGTTCCGTAAATTACTTGACGAAGGTCGTGCAGGTGAAAACATCGGTGCATTATTACGTGGTACCAAACGTGAAGAAATCGAGAACGTGGTCAAGTATTAGCGAAACCAGGTTCAATCACTCCACACACTGATTTCGAATCAGAAGTTTACGTATTATCAAAAGATGAAGGTGGTCGTCACACTCCATTCTTCAAGGTTTACAATCACAGTTCTATTTCCGTACAACTGACGTAACTGGTACAATCGAGTTACCAGAAGGCGTAGAAATGGTAATGCCTGGTGATAACATCAAAATGACAGTAAGCTTAATCCACCCAATCGCGATGGACCAAGGTTTTACGTTTCGCAATCCGTGAAGGTGGCCGTACAGTAGGTGCTGGTGTTGTTGCGAAAATCATCAAATAAT + 1@?GOLE:749BBCA:B*0@ECFLLGC>F@=??C?HILA%)::;:BDD@<:9.2>>@?@BAB:;A>?A@@==:==<'%5%%*-<::==>BB6:?KC@5215;A;:348:8=?9@ADLLFJH?ENJH>IGHFDE1E=A.0C?JHC1$'58EC<@CGJ?DJDCB946=:@HIKJ@)BDF<>IGHKHG;/DGGB?ABECB>68>=:*)).;=A>>??)/%+/2,()*0,,*8;>/KP>FE>>?>:?F>>??AH<=EABBBBC@AF.>?=<5%%1:BCEHDLJLLEJJCE@FEAA@IGD>A?9BE@:8B:@BJFG:5E??E>>D==ADHJFHVKBGC57;<@??ACFEJ>==53'(.8<=99@8:@CJ-6@ABEI@AAEDGFECB>8=DGIKIE>CDBECJDFE?HFFE@=A>=>=>:?>8?;ADDEH=BMFGC@?C=EA@?@=?EDEE>>><24B=>A;56:=:@,9F?CG;:5&;?@:C@@8489A>9;7($%&%##&&%&+-EDAJDC@HE;CD>CGCFDEJKEBHFBCEFFDF586<:E:GB@?:>A;6B@CC=9>5C6&'(4@AEFFJ@B9@F>99=D:;EDA4BLH<>GA:AABFCBAILFFGACJ>CDCMKCBFGB=DB@HGA?DADGG>C,F@AB4ECA@;67++?8AE>22C@>/CGCH736BLLEIKFB=@CCC:<=EDDFBCDFFBDLLG>('(A>FGAB?B?AC=7A47@ABFFD;EJIKEE=>KBJJFD?>?;7@@:;1'''KCHE>;46:HJNDI?:@EE?B<>C06BFHDBCCJFHMBB@PRLFF@HHIHB@@BA@B5>>==A?:?=JDAAC:@:;:/BB>>>FCCDGKGFDIJFFDC0 @SRR14011045.30524 4a94fc60-8648-4daa-abbd-db9eab10cde5/1 GGTATGCTTCGTTCGGTTACGTATTATGCAGTCGAAAAGAGGCTCAAAGATAAATGAGCTTTGCCCAGTTGGCTTCACGTGGGACGAAAACGGAGTTCCGACAAGTTGGCTAGTCAGGTTGATAACGATGGATCTAGAATTGGCGGTGATATTATCTGAGCGATGGTGTGAAAATCGAAGGTGCTTTTGTTGCACAAGAAGTAGTTCAAAATGATAATATGTGGTTCGCAAAAATTAACCGTGGCGGAGTAGATGTTTAGGTTGAGCTAACCCAACGCTGAAATTCCGGCAGGTGAATTTGGCACAAGGATTGAAAATCGACCAGCACCAGCGCAAACACCAGCTGAGCCGGTTGTGGAAAACCATGTTGCTGATGTCAGCAAAATGGTTGAAGATAGACCCGAAATAGTCGAAAAAACACCTGAAATTAAAGGGGTTATAAGTCAAAATGAGGATAAAAAAGATATGTCGCAAAATATTGTAAATGAAGAAAAGCAAGAAAAAGCACTGAACAGCCTAAAATTAAGACTATGCCTATAAATGAAAGAAATTTACAGAAAAGGAGTTAAAATGATTGAAGATTTACAGAAAAGCACTTGATAGCGTAGATACTACAAGAATATACACACTGCAATTTCAGAAAAGAGCAAAAACGACAGTGTTCATCATGACAACGGAATTTTAGTTAATATGCTAGTAGCTACAATTTGTGTTATTGTTATGCAAATTTTACCAAAAGAGATTTTGGCATTTCAGGTGCAGTATTTCTGACATTTGCAAGGATTGAAACCCGATTTTTAGGATTGGGAGCTAAAAAATAATGGCTTACGAGAATTTAACATTTACACCAGGCGAGACTCTCACTGCAGCAAAGATGAATAAGTTGCAAGCTAATGTTGCAGGACTAAGAGATGGCTCAAATGTGGAGCTGGTGCGGTTCGAGCTGATAGTATCAATTTTAATTCGTTCCCGATACAATATGGCGGTGGAGAACTAGCACCAGGGACAGTCTCGAAAACCTTTACGCCAAAATCGGTGGATTATTGCGAGTTATCGCAAGTGGTCGCCGAAATGCTGGAAACGCCGCCGACCTTGTGATTTTATCTCGGCTACTGGCGTATCCAAATCAAGTAGACACAACAGTGTGCAATACGGAACAGGTGTATTCCTTCGGCTAGCTATGTTGCGCAAGTCACTAAAGGTGTTCAGTGACGGTGTGGTGTGGCTCTCCAGGTGGCTCAATTGCCAACTCGGGCTATCAATTCTTTGTACTTCCTGGAAAGGCTGAAAAGGTGAATTAAAAAGAACCCGTTTGGGTTCTTTTATATTGGCAGGAGTTGACTTCAATCATTTATTTTGATATAATTAAAAAGCTATATGGAGCAGCAAAAACATATACGATGAAGAAATCGGTGTAGGGCGTTTGCTTTCTTGGAAAAATGAGACGGCCGAAAATGTTTTCGCTCCGTTTTACTGAAATCTTGTCAAGACTTTTTGGAGAAAATGGAAAAAAGTTTTATTTTATGCGGCCATCGAATAAAAACTATGCGCGAACGGCTCGGCAAAGCTTGCGATTTAATAGATAATGAACAGTGGCTGAGCGTGTTTAGAAGCCGTCAAATTAATCATGAAAAAGAAATTTAATCAATCCCGTAAGAAATGGTTAAATCAATGAAAAAAGCTGGTAAAATTAAGAATGCTAGTCATTATTTTGCTAAAATTTGGAAAAAAAGAAAATATTAACAAGACATTAAAAATTGTGCGGAGAATTTTTTTAAATCGTCAGAAGTTTCGAGATTAGCCGAAAAGCGTGAAGATAAACGAAAGAATGAAAATTAATCAATTTGAGCAGATTTTAATAGCGTGTATTATAGTAAATTTCAAAAAAAATGAAAAAGCGTTTCGCTAAATTGCAATAGATAAAGTTTTAAAAATTAGTTAAAAATCAAGTTGCGAGCAATTCGCTCGTTTTATTGCGTTTATCCTAAAATATTATATAATAATTTTCAATAAATAAAAATATAAAAATGAAAGGTAGAATTATGTAAAATACTATAAAATATTTTTAGCATTTTAGCTAATTTTTAAAAAGCGTATTGGAGGTTGAAAAGCTAATTAAAAATTAAGTTTTTAGGTTCTAAATAGAAATTCTGCTTATTTTTCTTTTTAATTCTATTTAGAACGAAGGAGATGTTTGAAAGTTAGTGAATTATTTAGGTAATTACCGTGATAGGTGATTATTCAAGGAGTCAAAGCGAGCGGACACTGGAGACACATGAGTTTGTAAAACCTCTTTTCCAAATGTTTAAATTCAAATACTTCCGTACGCTTTAATACCAGTAGAATTTGTGCAAGCTGGCGGAAAAATCGATCACAAAATACAATAAAGATTATATATTATTCGTCTACGATCAGTATTGAAATATGCAAGGTGCGGGTGCCTGTAGTAAATTATGAATTAACAGAAAATACCAAAGCGAAAAGCTAAGGTGGTTAATTTTCTAGAATCAGAACGTCACTAGGCTTATTGACTATTTCGCACCAAAAACAGGATATTCTGAAAATTTAAACGTTTAAGGAATCGAGCAATAATTTCGCTTTTATATTCTAGTGGTGTTAGACTGAGCGAATTAGTATCGATAGATTATTATAGATATTAAAAAGACCGCACATTTACGGTAATCGGCAAAGGCGATAAGACCAAGGCTTTGTTTATTGATGAACGAACGGTATTATATAGAGGATTATGTTTCAGATTTAGGACAGATGAATCGCCAGCTCTATTTATTAGTGAATTAACTGGTAAGCATGTTTCAAAATCTACCGTTCAAGAGATTTGCCGAAATGAGCGAGGCAAGGGTTTGGAACACATATTCATCCGCACATTTTGAGACATGGTTGCAGCAAACTTATTAAGAAATAACACTAATTTACTACTGGTGCAGATTTTCTAGGACACTCAAGTGTACAGACCACGCAAATGTATACACGTAGTAAATGAAGGTGCCTGAGCATATTTAAAAAATCATACCACGTAGGTATTACCCCAGACCGCTTATATTCTAATTAAAACATAATTGATAGAAAATTAAAAACCTAACAAACCTACTTTTGACAGAGCAAGACTTTGAGATAATTTCTTGGAGCCACGATCGGGGCTTGAACCCGAGACCTCATCCTTACATGGAAATATTACTGCAAGCAGAGCCTTGCAGTATTTTTGTTTACACAGGAGCACCTACTGCAAAGAGGTGCTCCTTTTTGTTGTTTCGAGACGTTTATCTGGCAAAGTCTCATTAGAGACAAGAAAAACTCTACTAATCAATTTACACCTTGACAGTTTGGTAAAAAGTATGAATATAAAAGATACTAAATTTTTCCTTTTACCGAACAAAGCCCCGCAAAAGGAAATAGTAAAGATTAAAGATTGCAGCCAATAGTTTAATGAATAGTGAAACTTATTAGCTCCTCCATCCGGACGATAGTTGCCCACCTTTTACTATCGGTGTTGGACTAATGAAGAAAGATTTTTATGAAAAATATTATTAATGAAAATAATGTTTGAAGGCTTTAGATGGATCAAAAACACTAAAGTAAACCTCAAGCAACTAAAAAACAAAATAGGAGACAAAAACAATACAAGGCATTAAGAAATTAACTACAAGAAATTAATCGAAACAACAAAACAATTGTAATTTATACTGCTATAGTGCAGGTTTAGCCTTCTACTTTGGAATGAAGCAAGGCGAAGCTAATACTAAAGTAAATCACGATAAATTAGTTGAGACTATTCGAAATTTAAACCAGCAAGTAAGTCCAAAGGTATCAAATTCGATAGGTTTAAATATGGCGAATTCGCCACAATTAAAACCAACTCTCGAAGCTGCGATTAAGCAACCAAGCCCAATTCGAACTGTGGAGGTTCGAGTTCAGCAAGCCACTCGCCCCAAATTGCGAGTTCACCGGTTGCTGGTCGGTGCGAAGGGATTTCGAAGATAGTTGAAAAATACCCGTGGAACTCAAAAATTATGCTGGCGATCGCTCGGGCAATAACTGCAATCAAGGTCGGATAACTCGGGATTAATACTGATGGATCTTACGACTACGGATTATTCCAAATTAACAGCGTTCACGGCCACAGCCAAGCATTTTAGCAAATCCGGCCAGAATACCGAGATTGCTTTCAAAATTTGTGAAAACCAAGGCTACCGAGCATGGTCAGCATCATAATAACGGATCTTACTTGAAATTTGCGAACTAACCAACAACTAAGGGAGATAATATGAAAAACTTAATTAACGGAAGAACTGAAGAAGAGATTTTTTAAGCAATTTTGCGCGCTTGTCGCTGAAAATGAATGGTTTAGCTGAGTCGATGATCCAGAAAATAACAGTTATTATACGCAGCTTAATGTAGATGAAATATTAACAGATGACTTTGAAGGTCACTCACGGTTATTTCAACCTTGAGTCTGAAACTGAACAATATGAAAATACTCAAGACATGTATAGGAGCGCGGGATTATGAAAAAAGTAGATAAAGTTATAACACTTAAAGGTAATGATTATGCAAAGTAGCAGATCGTTTGAAAATCTTTCGTGAAGAAAACCCAAATTCAAGATTATGACTGAAACACGATCGGTTGATGGAAAAATCACTTTCAAAGCTTATATTGGAAAACTAAAAGAAGATGAACTAATCGATTTAGTAAAATCTGGCGTAGATAAAGAAACCATAATGATCACAGCAGATTCAAACGGAACGGCGCAGAAAGAAATTAGAAACGGTGATAAAGATTTTGAAAAACTCGAAACTGTTTGAAGTTGGCCGCGCTCTCGCTCTTCTTGGTTATTTATGAGCGGTGAGATTGCCTCGTCTGAAGAGATGGAGGGTTCGAAGATTTCAAAAGCAAAAAGTCGCTGATCAATCAAAAGAACTCATCGCCAAACTCAAAGCTTCAAAAAACCTCAAAGAGCTTCAAGATAATTTTGTCAAAGGAGTTAATATCCAAAATTCGAGTAATAATGGGAGTTATTGCAGAATTAATCCAAATTAAAGATAGAAATGAAAGGTAAATTAAAATAATGAAAATCTTAAACCTTGAACAACGCTCAGACGAATGGTTGCATTCCGGGAAGGTAAAATTTCCGGAAGTAAGGCAAAAAATTTGGCACACCTCGAACAGTTTAAAATCTGAATGGTTAGAACTTGCGGAAAAGTTAAAAATCGAAAATTCCGCTCAACCAAAAAGGTCAACCAAAAAAACTTAACGATCAAAAAGAACTCAAAGAATTAATTGGTGAAGCTGAAGTTGAAAAAAGAGTGTGAAGTTGAACTCGGCGATGCGATTTATAAGCTTATCGCTGAACGAATTGCAAAGCCAATCAATGAAAACGATTATGCAGATCGCTTAGGTGATCGTAAATATTCTGCTGCACTTCATGGTGAGATTCTCGAAAGAAGCGCGTGAAAGGTACTGAGAAACTTGGTAAAGAGATTATCGAAGGTCGGGTTTGGCAATCGATATTAACGAAAATATCATTTGTTCACCAGATGGAGGAGAAATCGCTAACGAAAATGGTGAAATCACTGAAGCGGTTGAAATTAAGTGTTTAGACAACTGGAAACAAGTCCGTGCATTTTACGAACAACAACCACCTAGTGAATATAAACAGCAAATTATTCAATACTTTGCAGTAAATGAGAAACTCGAAAACTCTGTTTGATAATACTCAGACTCGTTCGCTCTCGCACCACAGCTTGAACTCTTAATCTTCGAGCTTAACCATAAGGACTTTGAGAAAAGAGATCCAGCGAGCGAATTTATTTCGAACAATCTGCGCTTGCATTGGTTGAACAAAGTAAGAAAAAGGTATTATTTTAGAAAGGGATACATGACTCAAGAAGAACTCAAAAACATCACAATCACACCAGAAGAAACCAAAAAGAAAGCGGATATTTCGAGTTTGGCGTGCATGAAGTAAATCACTAAAACTAAGATTGATAAGCACGATAACAAACCATACGCCAGAAATCTTTGTTGAAAACGATTCAGCTGAAGACCGCGCAAGGCTATGATTGCACCTCCCAGATACTCGCCGAATCTCAATTGATACTGTGCGAAGAATCTTAGTTCACAATAAGAAGATGAAAATATCAAGCAGAAAATTCGCGAGAAATCGGCAAATTAAAAACTGGCAGACTTTGCGGTGTTGCTTGAGAAAAACAGTTGGCTGCACCGCTTAGTTCAAAGTTGGCAAAGATGAAGACCGAACCTATAGAGAAAGACAGTAAGGTTAAAAATCAATCAACCCGCCGAATTGCAATTTTGACCAAAGTTCGAATCGCCAAAAGAAAGAGCAAACCGAAGTCAAAGCTGAAACTCAAGAACCAAGAAACACCTGAAAACTTTGATGAACCAAAATGATTTAAGCGATATTCCATTTGGGGAGCTAAGATGATTAAAAAGAAGAAACTTTACATCTTAAGGTTTGCGATTATCTGCATAAGAACTACCCTGATGTACTATTTCGAACAATTTAGCTCGGGCATGAAAATGACACCAGGCCAAACCGCCAAACGCAGAAATTTCGAAATCTCGAGCTTGGCCGGATTTGTTCGTTGCTTACAAGCCAACAATGAAATTAAGATATAATCGTTATGCTGGTGAACAATTTCTAGATGGACACGCAGGTTTATTTCTTGAGTTGAAAGCAGAAGCACGAAACTTTACAAAAAGAATGGCGAAATGGTGGCGAATAAACATTATCGAGAGCAAGCGGAGATGCTGAAGAGATTACGTTTAAATGGATATATAGCAGAATTCGCTGTTGGCTACGATGAAGCAATTCGAATTATTACAAATTATCTCGGCAGGCAAAAACGCAAGGAAGTCAATTTTAACAACTAAAAATGAAAGGATAACTATGGAACGACCTGATATTCAACATTTGATTATGCAAGACTTGAAATTTAAAATGTCGACTTGGCGAATAATTGCAATTACCGCCCTGATACTCTTTTCGGTCACGACCGGATTGTTTATCGGTTCGGATGCTGAGCTCAAAAACGCTAAAGCTAAGCTAAACGCTACGATTTAATTGCCAAAAGTAAATTAAAATCATAATTTCAGCCTTACAAGGGGCTAATGCCTGAAGTGTTCTAAAATATCTTGTGCAGGGGAGAATTAAACTCTTTAATCGTCCCTTGTGGGAGCTTGAATTCAAGACCATATTGCTGTATCAGCAAAATGGTTTCAGGGTAAAATAGAAGAAATGAATAGTTTTACTGTCAAATGGATAGATGAAAAAGGCGTCGAACGATCTAAAAAATATAAGACCTTGAACGATGCAACTTATGCTCGAAATTGGTTATTGAAAAACGGCGCCAAGCCAAGTTGAAAATATTTATCAATAAATAAGAGAGGAATATGAAAAGGTAAAATTAAAATTAAAAACAGTCAAGCTCAAATTCCCGTAGAGGTGATTCCTGCTGAATGAAAGCGATACATCGGTGTAGCTTGCACTGAGCTGTTTAACAAGAAGATCGAAGTTCCGGAGCATAAATCTCGAACTTTCGAAAAGACACCTGAAAGAGATCAAAAGAGCTTTAAAGATTGAGAAAGATCGAAGAAAAAGTATTCAACTAAACGAAATAAGAAAACAAAGAAAGGTAATAGTGGCGAAAGCAGATACGCCCCTTGGATCTGAACACAAGCATTAAAAAGACAATTAATAATTAATAAATTGTAGTAGTTTATAAATAGGTGTAAAACGTTTGTGCTCAGATTTGAGGGATTAGGTAGAAACAAGCACTTTTAACACAGCAATACGTAACGTA + &'&&%%0:84;;>8&'4$$/)%%%&$%$($@CB=>993??A=3=@76;@BGE=;ABC>5:357=5>F@ED8;=ACJI7>;DCFF-@428?<-1=-(0,<9=>AC@<98>67CD116*<:??15A279<=?AAB=B<$$#,'$95',21<=IDJII7+,898C@CGKJG;=E2/$*+(.::>B67DFFMOMKIKMNOKC?B<9EBFC;32BC<+=<=7,,,6-1,#(())('/;5:@CB=9<24,)22*++,,/;6479<597>=A?4?@EFDDAEEHD?HBOIFHBAD<=B;@B33=?B35DF;:?AIGFDC=2.'7:;8=BA7?A7:2CCDGEDD??B*;@ECD@XP@LI@AGCEFKSLILKOMH.43;D?;=>9?@66;:631?FD=1&&.?;98=JE%%./678;=;966432&#$4468@A?>DLK==<882/,*,-/AA9=833/()(%7=AFFKGBDBEFCIC?BBGD;554<7%'&=:9=;<9//(-'*'.-(*-%(%%84.=6>AE1,+99;*,54BLMFHKD3?-**0*52,+%*.<@@=1239;C9EEGC=?EGBB:88/:2..,,--2-29;;::/<>=BCDGF87?CC9(/6177974$*,*,52-$*&5&*&-B9;??7454544?9)($)+-+,)$3-#):;;BDGFC96%%%(7-/7538/89BB7-/B?39&%%%.6733::9:&000346BD>*8844??:@=@@I?';,--3560AC>=>@1/)+(.8:;<93A<+(/11299==:6>>;;>@A=?=C&&::;:<<>:=1<)1?:29@??B?@<8??CA@FDCEF9;<<@:3>D?A=@?;;EE=BDD:<9=@BA;99>?'2;:=;:)$%'59*&3=8>47;5=:6+().((&$&-/5572#%+,+/04111A?;>>DECG788<=8@:8>;+-1585332''+.::805540)*+.44*('%*,+7=9;==:6(*36<;?;;;39.77<@A=?;3300((0&2343'%**&2'?4654,)))*%%%&6'$$'('.0HA5:@=?<43795>?=A,C9<@GC8>:10/)6;8;1''%$%'#$&/$'#&0,%*,.'4.2-'45885674')$)7:=03FA:+.<45.4)%()-014;3<::>C@AKFESLO8CF<+B89)49./2,9;=><,&/HDHH>2EHD.1>>A7<@C>BB1BC35228:+?AE@B:CE@DFI>=GHE:@@307$%(.$'0.)885*6+369864=B<:-DGHD220$***'+53/20-/-')CDCB9=@959:?:)<6@4@C?**8:4)*,.:998<<6756%=<=EBDJJG;56;::3?:8?DFA357@:$&/-1429<&0;8>@H>==;89@CEA$'8:D99:<-(./2<3=>)',-0$459GF@@@AA@7<;3(*402,&$%$$/3/64..'*+9;5'+/+$7>==E:IGKLEO?JLH/BEKJB'<<:97>BAA>;@JF@CA@@<>=?EBBDC>>>;8/,268DDEE:&&3*DE?/'+2222?A.*&.)$89(0958=B?7.00+,,,**65F7B:7?>>86/(99'6;9:37*9848@AC<>@AF;($15558ACE90)/.&$%$$(($'$&%%'+.--<4.79?A5*%#:>KIGB<=>BHQL@@B>9CGHC68EIKGII::373),B=IGLC<3ILNCCEH=>HABIECCE:IHC?KMJKJCFSNIB?>+>:?;FGE>88::9@8+-&'*4;1A:95793($:@/**':(+*&*-///01(&#&%%$)8?78C?86?AGGEJ?;A?7?A?EDEIJFQGB93?@@D?::>>?>AHE=69:82?;DE:BB;+<789AC@=C>CEB-'111$$)0124879313.-'$'%9=9@B>;A;<@*-(-7:?A@059:8A;>E<7%)3+..54)/0222>@G?993360'$&&%'))'')+..%(3)*'$*-(%&%%%%)0-(&&&&'(()((+)(2*%>D?=FHGHID?A?==.(6$&%$)()(*.3<:+0995:AF>C@A@==CH=;8@9??8<37::>1DAD;&<*6.(*;1;>?96$--7662,+**:;@@41&58998<9B>>96=>=;2/.;:B?@@@HODAF>>??EA@:;-$%(52=A?>;,.'%$%%.0657645'(8731:=?FE<@AFK4339@BIJ>=I6GHIDIFQSL?@@JIHEFD?@A@@8??98B??922(&&--/$$(-;<;ABC>@ACA8(+:>E@B@EBFF<.;8:DEEFA(-689//9;>:B?:6:9%$''%336>9@CA4;921-9:<=..)'(+.,$'49=636-688>;*(%%%%&%')'../6036E@?:<>:*65'2%&''%,77;<4110.-*&&&,.3@EB@5'.1,,--/57/0'6545&$44')%87/56:>CB9?==&$4;?=7@E9*:::=BFACDEGD??9?:64,-?=2(/$&/44@AB@C>;8@A@??:3(>D?AACDB:)+;:<6-3&$$%(1987.47;9A<@;D<<>9@*%$)))??=9C46?@?;8::8=934%%&;BE4=CDA@;7,,,+$&'(**+&)%;=<>D==;760CHEFHIKCHHIFJ=>;8;@CG9.0==;=>;::8../(867:B@EE<;<92*3358BC<@DCB?B>;:<;-../0+''%'*)'1554:98,%&-452(1/=<=6D===@46-05:;++$08=9:C::=A@=:4;;88>:'%$%%%$#%(()(%$%&,-*,88:/%$*(*(')13>7;>:;816(((&%%()(,8=7/-,-('&&'11;;<=/%&++*'%')+$*8569?BD9&(%'%%%&',,/566)$(/'%(*<<7,*0.006)$)137*:<996,966377645(*.%$(&',-@BBDCB@4=992;;>?<1+-&.-/3)+$$+&',//302-;945593591'(,7=588$($+4543'050+%+3507*9&3:<@ACFE?.113*%&$%$$&%%&&)&&'$$',+04()%',;=<:7(/5-/*')03;938989-221137,'%00*5767(+;0977BHMB5B=>@A>?9AKJACCLKJBB:BC020=0(AE=IBGD@*&;ABA:AHGED??BHKH?=9=;&7=;=?:=;?=>=<28CDDE>B>;7(++*/00@ED:F@@?>,))?=B3$&-0517:;>:DFHEKK@@?A34:>9;38339<=A24;?@DF>AECCD<@@2A.100*02EAEEGLMF99:<===8=D=<9*'*)'%)=@=247/'0.669>BA@D=B?@B>AFDHGGFEFEFDA29;BB@?;:=@=?AD++)((7823+1.(239;AD?@CC<=7<=3-,-%*-6*/689:564603%(*89?HHA56IDA&(7-,+.+-9=;<<=:;=)*9==BCA98:;;'%%32/)+EGJBEC@B::AE;=@B82BCBEAC?ABC,:7578%%59?>9?:<61.2,,.)7759B=7>?CB=<<=B><://EFHHCDHH=;=LE8C>.>@A?/,41.0<>>BA<75+*.-.-/.-%')2/6>B?F@(CBED4GDDDDB>42<5&$8:/..1;=A@7B679B==EE:4=EBCHEED=A7<<@555@?D/69:?@56115835<>9<;@A>>6+:37947&9+&6983/'*:-,,/+;89<=>8.-)%&'/'238?<=HF@BA@C?D?EB>=9B>/8;EA=@412B?<8A><7;&)6=?<2<@7+*0<;;=;EG?=?=CF7@@BEBA@:<>/37C;>?<=3;88AD?43><;=>CFIE0:6B=:@AB>2*+*$$$%17).11.4-7-)235>%4%%;@BAIG7F@===:9==>@A=;/85;;8?AEFEDGA?9;:=215=@588<:16956662>>@E?-3EHGJGHG8D@@8-.=AGG98:/23/7880(*,*&+)6730.05903/4)689?7=C=;G79=;*+.*$'#&%-+28<2//9;./.2=@FHE>DCFA9*EHH@4(3?<53BBC>;CEC=9;4(,DD=E:;D:<58;;EBG9341%2229DGFH=0540EFLA6;:57608$$+,//%(%%(')0025/,.86@>3:00$'2/69=//0%04499BAFGG;;65457GIF-?52+,8760@A907?EECEGIJF97@AC-9EFB>;@:CC99@?3=FA?BCB?BBA?)5+'*+.:8:68DJE==@GBFGEKHB>02'%.657+'*45,*+&,7:68,7;;?>?;)*(2+BAD1BD@9+@@BC?@//FC=>BE;;==<04><=(9?9><94,**)///.+:3*/6@8,//A>?D7)-6=5&(%-:<>?;8')==<:3((*7<;%%%,14:B>;>206376==74-*0.57,;+2998C@++/EE7*.99)),-423;>23=DA:$$2.$-'<8@CDB7677587;>@==CBAEG>?F?CB0225;.BG689@>HCIFB=CFE9@;?LK?C98<@EC?>@GBE=6=A?686::5'$%9:=<CE74,-)$$$+.018????DC9:>JB9/.-8;=GI8@OIB?@@:><@IA79?>?@)%'&+*+*((,1,/+08B<3560-0-,./.**>BB@>/1,((38D?@<>C?;?AHJD@C;7=EF>;;(5+5/3>=ACBCDEEC;?DEDA,,D>+,B@C>@<+-+.2GD=6BEECFNKE@B>E>B&++2'(''(&$,+,,,.541/1@194D<<>?<64>D;BL>B>;<766751>334:8;>@;EC>?>/7437A:CA@@:4+%$*-4=?7>>7@;:>5+*1:5>A;:77,.:49(4(<@;(*+1*8<<>>AG?C5=)BC;>?02415<988;&74((:<>99973))&('+/;;>?>8-/&11(,%'$%354>=:1:0-DA<>?>9913=,&'B@=;5JKN;FJD;<;=BBB-/889:<7-%)&&&,::=GC@8<229?:FG><>8;9=<;=FGDAFG??AB2(960%$$$%'''-/5/:4-/-,9:<9?>A;>4@681&0$$(./-%*98>.++=0.6G:E?A>HFHAB7%(9>@>>;?EDC>8,CB?BEEADB5?CDD22$%&&''20ABFFIDDCBBIE*-.<@AD5:97E@6-&''?>609),38;<986863''&*.-859B932*24,8792$&*5C@A@;;<BACEH00BA0:;4BCDB978<<7@78961:.*7>=A=<+A56)32%&)1;76;A<=.51?9CAB??<;68:88$%(&%,66::847:89::%(CC@<=:.,,1.7;DBA>GKFCBFE298:87$$'0-/25+138;?/1;B?B--AC@?DA@--306<8B=?,/AABDHIE>*+73*.CEE24+13=>994,.*:;<8*22.033=;5F<4(5--&&-'*;<;6=*-C131.'&&&($$%4%$,<>B8,@C>>:B>59=98;AACEGA>?7<@DKKLCIB>4@>@IKD>>ACABA?7<>B>@7@<711A2---/:??;?GKFA?GGIIFAFCB47:CHICIEF>?BFGH8EHCA??>?;@EBCA>BGFIG?091FD223++#%$$%247B>7:'$$#05785-***195577::-*,*<667-9.--688A??5EC@:704,6-35>C=CHH>=?@CBCBFHCGBDE=@EHEEFGA-/.4@DB9?=:==9;<79.+.914:?B;7613&)$$)'%*/228;3?B:/9?07?><67?@0'.168BAB=>@>9;0'*64'(@=CC:?>ECB=:;0+,5..1A@:7:>:B=A7)79;=EDCF@D>B86?CDFHA@=C@CAD:CA36:8;?@<=<;&'$%$/356>2//9:<>0BF>B>2@656;<>8*-'+,/45355668:;762;A@:97620$&&$&%&*$-$./8<=8;AH@GFF290/1118=ACB@D?=DA1:=ABGHH@CAG@?A>:%&+)',;6AEBHGJUOKE@/:AD<@AK>4(*.*./24244754($#'&(989;A=;289B@D@>8:9D@CE=9CDEHB>C78;797...4:@BBB:=:=?>GEFC4,,+,,:68/<<=50(;2.+<<440&%&%$$4>;:CECDB>=@9936,.)$.,)9:%<02*88(;BAC?:D;CNIDGIC<;EAD6;?B553/(%*'-8:=BBAB*'==9CHJAQOM5FDA>:D;:-)9>7'(()5>97)-=@=AEA86$&(@ENLBICB<:9;/,984.'1;::;@ABHLL:CFONOJD@<@><:::1+$#$% @SRR14011045.33443 cd3c8450-1b0b-42db-a6ca-294012865f52/1 GTATGCTTCGTTCAGTTACGTATTGCTCCAATGTTCGCTCATCTCGATTACCTATAAAATCACCGCAGGCTCTGAAAATCTAAGACCAGTTACTTTCTGATTTACTAACTATTGTACTCCTTTTTAAAAGATGTCAAGAATTTTCTGTTAATTTTGACAATTCTTCTCCTATAAGATTCGTCTATACCTAATCCATAGAGAGTGAGATAGTCTTGTCACGTCACTTTACAAAAAAAGCCCCAAAGGGACTTCTTGGAGTTGATAAACAACGGCTTGGGGTGACAGTCCTGCATCTAACGAACCGAAGGTGCGGCGGCTGCCTCTTCCGCCCTCGTTGTTATAGCTATATTATATCACATTTCATGCCAGCTCACCACCAGCATTTAGATAGTTTTTTAGCTTAGAATCTTTAATCACAAACATGGTACGGACATTAAGTTTATCACATAATCTAACCACTTCTTAAAACATTTACAATAATACGTTTGATGTATTCCAAGGACTGGCCATTAGGATGGTGCCCAATATAGTCCGGATGAGCAATAATCTACAGAATACGTTCACTTAGGTGGCATCAAAATCACTGAATTCCAGCGTGTTTTTCTCTATGCTGCTTCTTACGTTGTGCAGACAGCATGATATCTTCACCAGGCTTGTAGTCCAAATCAAAAGCTTTTAATGACTTTTGGCGTCAGTGCCCTACTATTTTCATGCCTCTATTGTACCATACCTAACGCCCATCAAGAGGATTTTCCTACTGTTTAGAGTATCAAAAAACTCAAGCCTGTTACCAAACTCAGTTTTGCTTTATGCTTTTGAAAGCACCTTGTTTATAGCTAATCCAGAAGAAAAGCGGTGTACAGATAACCATTGCGACCAGATAGATTGGCAAGGTATAGCTATTAGATGTCGAAATCTCAATCGCATCACGAAGATAGTAGAACTGATTAAGAATCCAAAGACTGAGTAGATAATCAAGATGCTATATTCAACGGAATAAGCGCAAAGAATAACAGCAAAGATTACCGTTGATCCCATCATATAGTAAGACAGCGTCAGCATGTCCGTATTACTCATGCAAGATAGACCTGAGACAGATGGAAAACAGAACACTGATAACCAACATCAAGGCATTAGGAACTAGACAACTGGAGCGAACGTCTGAGGAAATGTTCTCAACAGGACGAATATTACGTTCGAAGTTAGAATAAATGGTGGAAAACCTTCGATAGTCCATTCCCATAAGTCATCAACGAACTATGAATAAAAGGGAAGACCAAGAGGTATATCTTACCAAAAACAATACTGGCAATACAGATAAACACAAAAGGAAGGAATAAACAGTTTTAATGAGGAAAATCGGTGCAATGTGAGCAATATTATTAACTACACGGCGTCCCTCAAATAGAATTTCGGGAATGTCCTTAAACTCAGAATCCATAAGCACCAAGTTGGCAATCTGACGTGTTGCCAGGATCTCCCTCTGCCATAACAATCGAACAATCTGCTTCACGCAGTGCAAGATATCATTGACACCATCACCAGTCATAGCGCTCAGTATGCCCATGGCATTAAGGGTTTGGATTAACAACTTTTTTCTGGTGCGAATACACGGCCAAAAATCGCAGTATCCTCAGCCAAAGCCTCCAACTCCTCATCGCCGACCAGAACAATCAATATAGCTTTGATAGTCAGCAAAACCAGCTTGACGAGCAATATGAAGACCAATCTGGATTGTCACCAAGAGTAATCTTAAGCGTCACATCTTCTGAACATAGTATTCCAGAGTTTCTGCAGCATCCTCACAGTGGGATCGGCAATTTCAAGTAAGGTCAAAGCCTCGACGTCATTCGGCAAAGTCATGGTCTCTGTATCAACACCTGACTTTGACTCAAGCCAAAATCAAAACACGAGACCCTCGTGCCTGAGCCTGATCGACTGCTTTGGGATTTTCAAGCATCTCCCAGGTGCTCCCAAAAGAGTTCCAAGCTCATTAACGCTCTACTTTTTATTTAGTCAACTTGAAAATGGAATAACATCACTACCTGATAATGATGTTCCAGACCCTCATAAGCATTTCGAATAGCCTGAGCTGTTGTGCATTTTTATCCTTGCTATGTTGCATATAAGCCGCAAAGCAAACAGCTCCAACTCTCTTTCGTAGGCAGCTTGACAGTAGTTCCAGACCTTTAACTGTCATCTTTCCTTGTCATCCGTCTGTCACATCTAAACAAAGCACGTCTACACGGGCCAAAGGTTTCAACAGAGTACATCTCTTGCACAGGATATGTTCATCCAAGTTTCAATGACAGCCGTCAAAAGAGATGTAATAGTCAAAGGGCAATTCCCTTAGGCAACATTTAGAAGGGCTGTCGAACTGGTAACTATGACTCTTGAAGGAGAGCTGTTTAATCAAGTAAGCCTCAAAAAAGAGCGCAAGCCCAAACAGTATGACAATCTTTCCGTAAACTTAGCAATCTTGTCCATATTATAAGAGAATACGGGACACGGTCAGCGGTCTTGGCCTCTAGCATGAGCTTGTTAGCGTAATTGTCCTCGTGCTACGGACAGCTCTGGCATAAGACCTGACCACTCACAGATAAGAACCGGAGAGCAACTCCTTCCCATCTTTCTTTAGAATGTGATCACTCTCACCAGTCAACGCAGCCTCGATCGCTCGGCTATCCCATCAACAACCACGGCATCACCCCTAGGAACCTGCTCACCCCGCAGACAAGAGCATGACATCATCCAAGACAATATCATAGGATCAATAGAAACAAGCTGTCCATCACGCACCACACGAATCTGATCATATTCCTTGAATTGAACTTATCAATCATGCGACGGGCACATAACTCCGTCATCATCCCCCCGTAAGGCATTAAGCACAATAATCCCAAAGAAAAAAGATTAGACCAAGCCTGAACAACAATCAAGGCCACAAAGATTGCAAAATTGAGCACATTAAAAGGAGTTGAAGACATTACGCCTAAAATCTCCCAATTGCTGGAGCCAGTTTTTGCTTTAAATGATTTGTTTTTCGGCATCTATCCGCCGCTTGACACTCCACCTGCGTCAAAGCCTTGTAACTGTTTTCATAACTTTCATAGTAGCATAAAAAATGAGGTGTTTTCAAGGTTAGCCGTCAGAGTTGAGCACTCCATAACTCATTTATGTTTTTCTTCAAAGTATACAAAGAAAAACTTCTGGTACCTAACTCAGAAAGTCTTTTAAATTAGCACCCTAGAGTACGGAGATTTCACCTTAGGAATCTTTATAGCTATCACAAATATGATGGCTCAATAAATAACTTTTGCTTCGCTAAAGCTATTAATCGATCTGTTTGAAGCTGGGGTGTTTGAATTTTAGTTGTCTTCTTCTCCCCATCATTAACAAAGAGTTCAATGGAGAATTTATCAAGAACAAAATGCAATTCAAGGATTCATCAGAAAGGAGCCAACAAACATTTTACGCTGACAATTTAAATCAGAAGTCAGACCTGAATAGGTTCTATCCAACTAAGTGTTCCTTGTTTTTTATTATAAGAGGAAACGTGTATAAGTAGAATCAGAACACCAAAATCTACTGGCAAATGATTCAAAGTCATCACCTGATGATTAATATCTAAATCGATTTGACGACCTTCGATCCTTTAATTACTTAACTGACTCACCTTTAACAACACCACTATAATTTACCTTATTAGCAAAATAATTTCAAAGCTCTGAAATCGGACGTTGATATAATTTACCATTTTTAAATGAACATGCAAAAACTTGTTCAAGAATTTTTAGGCTTATTATCATCATAAATACTGATTTTAAGGGATTTAACCTAACAAAGTAAACTTAACAACTTCTATATATTTTACGCATAGAACAGTAAATGGACAGTGAAACAGCATAATTGAAGAGAGTGAACAAAAGAGGTATAAAAATACCTCTTTCAGTTGAAAACAAAATCCTCAAAGTTATACTTCTGGGGACTTTTTTTCTTCTTCGAAGGAGTATAATAAAGAAAAGGTATTTGATGAGGTACTCTAGTTAGCGATTTATGCACTGAAAGTCATAACAAAAAGTTGTTGTGTGTCATATTTGGAAAGATGCCTGACATCTGTGAAGTGTCGTCATCAAAGTGGGATGAAGGAACGGTACCAACATCGGAAAGAAACGATAGAACGTTTATTCGGAACAAAAGCTAAAGAATATCATAACTTGCGTTTATACCAGAGAAAAGGAAAGTCCCAAGAAGATAAGGTTGGGCTTACTTTGGCATCTAAATATCAAAAATTGGTAAAAATGATGGTAGGAAAAGACCTGTTATTTTATCCAAATACCTCAATATTATTATTAGTTGAGAAAGTAAGTATGATACTTTGAA + $$#&$..2*+7:<;?DECB<@ACF@@B90&''7AB:8;F>:F?D<EDGJLBA>>>CFD?9:77:A=<'(%#)()-&.*085-7?A@>BCE+(?G?A<2:3L?FECEGFA>8:;=BFA>=>EGHHEEH?E657@CED888?<7@<@968@@DOOIB;1/---$/*;-.-/,,,,/:>+21'(),.6:CFDA>DCA>:1+0CE>=AD@-=>D?EG:<>==9=DC=AEKIEFHI<;?1114447C9:=?BF?@A733<6)))+'%'/2,..75:,,*,446BG>?@=*<1%(3985/0/6>,=6&'&')*0957>AC?=3+.%$%%%%$#$#'&()'$''/9=>+?>B?8==8:AFDF@;HJDCACD8;=?=GC@@?DFCDC<)>@@@?:6''%%(%&&('&&36;9-**,/',')$%%1*3;*..%(%&4380368;<>?=@GG=>>/9>;>A=C@9;:>7(+,,%%##(&&,&'.)%%"%%,(477782'&&&547@=:@?B:56:979AF??@@@A*++-53<9>B?@/'$%$/--&&09=A>B8(=A76:.%../BCJF5<<7B=;7867-,2'''*ADCA>2.G>;8%2431@A?;>BB%66('(+441+&&'(),&-.1457<=><>B@=B@?AC@=/-'00?A@?=89>9A>>88'*()1*-+***3.:1;====)*22*&$$)++-4=>;BB<=8:;68458/A=:0:A@B;B::;35%**21&&-34,:::/11+&&+*786793#'&(52:<1-6679+/=?:;=EDC90,)$$$$$%&((0-(+)$%$&$&&$$(((((-/3/1)*'/145)+)((%036;=55;::,00+*38:9:??A8=7<279:30-,&&%7676:988*$$$&*%&')(&''(((+6248?=:;::3'')*&%0123:504==4;@44%''EC,367<975;789))@A>9=;:,9<-%%)&>33(2-//14;;>DDCF><<=DE;70/'*&./')))*(%$%%&#$1$-*$#%'%$#&#(36:66-)&14/&+8@?>7A<(,)''&&%%&(124=><7/18(%(3/*-012---115444%'&($&'%&774'013585441<@LID;;C)+<>;>A<<:)*;+7:<>><1326545322(./.+/$0/+68;A9D>>7AABC?;7:=?=A99%(=@FA?E8:A?@@B=><;>KJI@9>?@@-6337233=B===?00=:>AC@8<;84;.3-.6:>@>6>BDDA=;CECF?=8;9AC????566@?@B@A:;<:<:7'$&&6:*)3338>ABB<98$++,79@:8A9<58:.00*01*%+,,'(%15367,&#$(+(&('')*+-;::<:??@0568788;=;>)#*.020,./6,///33322;C<>?>=41(**%%'+)%*69:<>8;8(&&''%*$(57:9:8;(5:::;D=DG@BC>::;<9/,++//.5&2666;@E:54,251==?86?>5)($)%(4571$%,&4/67868,,,%%296./.(0*4*&&&3658=>8?>>GFC0==;=:9<8&...**2300(02.('%#$&(/(*9<,07?D=?@=4A>@?34A6;B8B?:62.(7112'')+5348::<8><=;9=<2'),+5=80&++,345-&24++/5<-)<255680)()127&&$')66:89:9)549<-&'$$$'''$$&($%46+,---79<>;A?AEB9;67=?*1*&%$$#$0*31+..636AA+7/19:3=<12985::;;4/+.159<>@C@@2+6)$$*$$+-/48;<6D;;DC??:=>@MOHACB<>=<@75-+23&#,,)$%%*,12-*13905591529<<8559:8232-8+*$'1:>1?:38=9<>?D/=><>;>:2..11<;?><=89(;:@<7$&$#%$$('-/6+75:;6B>FH=/(78@@;?BIB;;B=9;-*597?:<??6004,*&(%&)426<;7::96-+1&2/(/=;@BCC:<<>==:7993450)(&024:77999@A?9;5+)*))&$*)37149>A9:9>AB??79;5;@BC8>A?B=;ACDCBCED@1.-64(%'&(752&'#%'"%#$%&-,-*35;>G?D=8=<>;;ABEGBBA68,68:9:<88;3('#$##%##%&%$##$--.%(,-.998;467:=<<>A>.&'+,3(9;EH>@990..//8>>9=@=8?;:48951<=;?A>=8<=?/767878?@>D=++++,86%/$$&(+080+&$$%&138677:=D??>?@:6641046%7$(67766;%%$/67=?EFEBC=@919:65.2227)25--:?;;:92%&7;=:978499?>;885)>>==?BD?@<>:>:5A:7>>=?B=53,,0559898+&).-/6+)*&'%02,,0===6<5+/$'&%%.-,+%''/24--878<;8:=;>A<95@?==967:@:9;>>>>CB<@A@BC?@@GA?>:>-*<:C?.%.;=>87<;:<=8;?A;8::%(43686+,5101181282=>?A=HGE?9<9449,,#%,;==%223;<@?FC>A?DGB3?7AA6<>@=5;A>?8DD>A=?AB?B=9629>HEB@95670++&*2346;5ACDD,4$(?BA<7001'$%#+-/5854,8965%/01+87?@69$=6;<>:::8::.396608=<:>DCEFHF:%7CB=:@9AEKB>@560/9:98:<@,1)*45998891;F==;=;<27::===/+$%(,*-356,5;C=:7;=<<1:074459>>376:9==<=&&'/&&%(.'.%&$$#*&&'.'&34;9=@CB@D@;,(&*)%$%&$$%,***%&$%%&293;=74?>)+/8<9>A?5447::5.17:'/($&$$((%347:DDBGGIGHAKF027:BICEGGI?0,?4FGJHN?3>CA??BB<;?CDCDF/138$$$2;,22-%$/)%'.2)>@BDCEGC@BEFHGHC869:96357:29;.>9?@>9=?DD@ACG('&6=B67'%4/$%&%12-*)7@579=:=CIKJE?=@?>?>//&-00/3,00<(84:66B>4B6*$08<=?6:===>CA=<@AA?=5500=25/0487644%00A;;<==70.0$&&(889822'+09>>CD;<-0?=:6=:DC>DA??=AB?AAFF9::;)157@<8?:8:8..-/*97=>7;767-(('*02673?C?=?CDCBE;;FIOKEJGGB:=>/+-))/.7515<>6A*:B48A:><><3%'.337A??9F:;;307::2*(7:>73'')%%(-.%022/$$'777662262755.+978:7**%'-36754..-29989:99)+%+$$%$&*)06???>?<>:04':8C>@C>==;1,*)2>A=FA?<71:>>@:B@5.+',-%*''&'*,))..,4;+*%%?:?<6=A@;;865+))+10-,%-,01&*-.-.-'%#+.01)'&((&&'+*%(27667=;?B=99C<:??A@<@;;;>=7?BAGHABDHFEKB@<><.+,%(&$$(*/'('(%&,%&)134&&&,)10536:DFFMK=8@B><=<>?BGDBDA986857/20.19;86:>>>?HIA<;8/$'(0/&)%%,0189/&#(-9855=?;:::&,/67.++)*'%&'/./8-+1:89734.+*,/&.0120/+36;:9=<;;67B=-1/44653.6;A:86:+(',466724DFC@;7:=?=?@<<=<>>&23),-2$%$-++$'),&&$$%%%$"$$$%$# @SRR14011045.70789 1452adc1-68d9-43fa-9a4d-97ab2005a946/1 GATGTACTTCGTTCAGTTACGTATTGCTCCGTTTCCGATTGTGGTTGCACGCCACCAACAGCACAATAAGTTGCCACGGCGCCGTCCAATACACGAAGCGAACGTTCAACCTCAGCCGTGAAGTCAACGTGCCCCGGGTATCAATCAAGTTAATCTTAAATTTCACAGTTATTCCACTCCCAATAACAAGTTAGCGGCAGACGTAATGGTAATGCCGCGCTCCTGCTCCTGAGCCATCCAGTCCATCGTAGCCGCACCGTCATGGACTTCGCCAATCTTATGCGTCTTACCCGTATAAAACAAGATGCGTTCTGACGTCGTCGTTTTACCGGCGTCGATGTGCGCCATGATGCCGATATTACGCGTTAAATGCAGGTCATGTTTTGCCATCTTCTTAAATCTTTCGTTTTAATGCAAATCTTCAGAGCGATTATCTTCGTATCTCACACGCCGTTATGGTATGTATCACGATCGAAGCTACTCGCCCCAACAAGTTAAAATCTGAAGTGAGCGAACGCACAGTTAGCTTCAGCCATACGGTGCATATCTTCCTTACGTTTGTAAGCTCCGCCCTGTTCGTTAAAGGCGTCCATAATCTCAGCAGCCAGCTTATCAGCCGGTCTTGCCACCGCGCTTACGAGCGTAGCCAATCAGATTCTTCATGAGACACTTTCTTTGCGCTCCGAGCGAATTTCAGTGGGCATGAGCAGCCAGCACCACCGATACGACGAGATTTAACTTCGACTTGGGGTGTTATCTTATCCAAAGCCGCTTTCCAGATTTCCAGCGGAGAAAGCTCATTGTCTTTCATTTTTTCACCTACGATCTCGAGCGACTTGTAAAAATTTCGTAAGATACATTCTTCTTACCGTCGAACATCAAGTGATTTACAAACTTAGAAACCTTTTGGTCTCCATAAACGGGATCCGGAAGGATAACCCGCTTCTTTGGTTTTGCTTTTCTCATTACAATTGGTCTTATTTAGGCTGCATTGAGTTCTTCAATTCTCCTTCGAAAATTTACTCAACCTTTTTGCAAACCAAATTAATTACTTATTTCTTTGCTGCTTTAGGACGCTTTGCGCCGTACTTTGAACGACGTTGCGTACGGTTAGCCACACCTGCAGTATCAAGCGTACCGCGAACGATGTGATAACGCACACCAGGAAGGTCTTTTACACGGCCGCCGCGCACAGCACGATAGAGAGTGCTCTTGCAAGTTATGACCCTCACCGGAATAGCAGAGTTGACCTCCTTAGCGTTGATCAAGCGCACGCAGCGCAACCTTACGCATATCGAGTTAGGCTTCTTAGGCGTGGTGGTATATACACGCACGCACACTCCACGACGCTGAGGGCAAGAGTCCAGTGCCGGAGATTTGCTCGTTCCGGTCACGACTTTTCTGCCTTTCTCACTAATTGTTGAATCGTAGGCATTTGTTTGATCTTTAATTTGTTATATATTTTATTTTCTTACTTTCTGCACTAAACGCTTGTGTGGTATACACTGTAGCGGCTGCAAAGTTACGAAGATTTGATTGAACAAACAAGATTTCAAGCACTTAATAGTTCATCGTCAAATGTTAAAAACAAGAATTATCGATTTGTTTGTAGCGGAAGAAGATGCCATTGGACACTCACAAGGTATCAGCGGCGAACTTATCAGAAACGACATAATGAGCATCAATCGCTATGCATCGTTTGCTCAAATTTTGCCCAATACAGATGAAAAAATGGCTTTCAATTTGATTAAAAGGGCTTTTCGAGCGCTTTTAATACAAAAAAAATCTACCTTCACGCGAAAAAGGTCTGAATAAAGAAACATTGTGCAGCTACAAATGGCTAACATAACGCGCTGTGCTGCGATGAAGCTGGAGAAAAAAGTGAGTCCGAGCAACTTCTCGATGCGACCGTACGGCAGCGTACTTTTTGGAGATCTACCTGATGAAAACTGCGTGCAAGAAACAAACAGCTGACAACTGAAATTTTACGCACGAAAGCTAGGCGAGATACGACTGAGAGGGCGACCAAACGGTGTGCGCTCACGTGAACAGACTCTTACGCTCACGAACGCAAACCTTTATCATCACGAGCGTAAGCCTTTTTTCGTCGTGAGCGTAAAGAAGGTAAACAGGCGCTAATCGCCAAATCTTCTAAGTCTGGACGCATAATACGGCGGCAAAGACATGACATGAAAGGTAGAAAACAAAAAGTCTCAGTCGTTAACGCCACTGAGAGAATACGAAAAAGCCGGACGAGAGGTGGTCGTCCGGCTTTTGCCATTATAATTGAATCAAAAATTACTTCTGATCGAGCGTACAGATACTTACGCGGTTCCAATCCAGCTCAGAGAACATGTTGCCAATACCTTGGCCTTCAGCCGTGATGCGAGAAGCGGCAATTCTATAACGCTTAACGAGGATAGTCTTCACTGCGTCTGCACGAGCAGCAACCAACTTCTTGTTGAGCTCTAATGGGCCTTCCGGAGAAGCATAACCCTTGATAACTACTGCTTCTTTGTGGTTAGCTAAGTAAGTTGCTACGCGCTCAACGTTCGGCATTTGAGAAGGATCAACAACAGACTTGCCTTGACGGAACGTCACAGCTGAAGTCATCAAGTTGTTAGTCGTTTCCTTAACTACCGGCTTACGGTTGCGGCAATCGTTCAATTGGTTCTGGAGATCAGCGATTCTGCGGTTTGCATCTGAAAGTTGGCCATCCTTGTCAGCCAATTGGCCGCGGAGGTCGTTGATGCGGCCGTTCAGACCGTCGATTTCGCCTTGGTCGTATGCGCGAACCTTAGTGAAGTAGTGCTCACGTTGCTGGTCTTGAAGTGATAAAGTAAGACCTGCGCGGAGTTCAACAGCTGCAGTGTTGAGATCGTAGTTAGCACCGCGAGCGCGAGCCATACCACGACCTTGGTGATCGAGGTTGTAAACGATAGCCGGCTTCAACGCGATAGTCCAAGCACGATTAGCGCCTAAGTTGAAGTTGAAGTTGAGACCAGGTAGAAGTCCAGAAGTCTGTACACCATCGATGTTAGGATCGCTATCATACATATAGCCCCAGCCGAGACCACCTATTGCTTCGAGCTCGAAAGGACGCGGAGTGCCTTTGTAGCCGCAGAACCAGTTTCAACAGGTAGCTTGTAGCCAATACAGATGCATTAACTTGGTCGATAGCTGTCAAAGAAGGAGTAGTATTTACGTTAGCTTCACCTTCAAAGCTAGACCAGATTACCGGAGTAATTTGCTTCGTCAACTCCAGACCAGAAGTTAGCACGATTGTGCTTCCAGAAAGCTTCGGACCTTTAACCGGAGCAATAGAACCTGCATTGAGGCCTAATGACCAGTTGTCAAAAAAGCGATGGTTTACAAAAGCGCCTTGTGCGTTTGCACCAAGTGCTACGAGGCACCATTGCAAAAACTGAAATAATTTTACCATGATTTTTTGGTTTTAGTTGAAGTAATTAATTGTTCACCTCTTAATTTTATACCGCAAAAGTACGGCAAACTCCGCGTACCTTGCAAGTTTCAGTAAAAAAAATCGTTTTTTCTTGCTTTTTGGGGGCTCAAAACTCGTGAATTCTTTGGAGTATTCCGGTTTTAAGGCTAAATTTGTATGCTAAATCTGGCAAAATACGTCAAAAAATAACACTACAAAAGATATAAACAATGGGAAATCAAAACAATCCTGAAGAGAACCAACTGCAAATTGAGCTTGCTCCGGAAGTAGCGCAAGGCACTTACACAAATTTGGCGATACTTTCTCACTCACATGCTGAGTTTATCGCTGACTTTGTACGCATCGTGCCGGGAATGAATAAAGCACCGGTGGTTAGTCGTCTGATTATTGCGCAGAACATAAAACGTTTGCTCTTCGCGCTGCAAGACAACATTTCTAAATACGAGAAGCAATTTGGCCCAATTGAATTGCCTGAGCAAAAACAACCGAGCGGCCGCACGGCGTACGCCATTCGGCGTGCCACAGAAGGCAATGCGTAAAATTATTTAAGCGTATAGTACGACACATTATATAATAAGGACGGCGATTTCAAATGAAAAATCGCCGTCCTTATTTAATGGATGCACAAAAATCTTATCTGGTAAAAGCTTCCAAACTCAACTCGCCTTTTAAGAGCTGCGATAATTGGGAAATAATGCGCGTGAAATGCGCCGTTTGTTTATGCTTTTCTAAAACAGCTTCGTTCTCCCAGCTTTCGCAGAAAGAGATAAACGCGAGGATTGGTCGTGCTCACGAAGAGATCGCCAACCTTTATTACCTTCTTCCTTACGTGACTTCTCAACCAATTCGTCAGTAAGGGCTTTTACTTGTTCTGCTGCAACTTTGATTTCAAAGAATGCAGTTAATCTGATCATAAGTTTTTCTTTAGAAAGTTAATATCTTCTTGCTGCATAAATAACGGCCTGTTTTGCAAAAAAGGAGGACATCCTATGCAGTTAGGGACAAGGTAAGGAAAATTTCCAGAAAGAGTTCTCCGCTTTATTGTTGAATATAATTCTAACCAAGCAATAAGCTACACAAAAGGATACGAGGGAAGGCTCCTCCCCGGCAAACATAAAAAGATCCGTCTCTCCAAGTCATATCGACCTGGAAACGGATCTTAATAAAATAGGCAGCTACCTACTCTCCCACCCTAATCGGCAGTACCATCGGCGTAGACAGGCTTAACTTCTCTGTTCGGGATGGGAAGAGGTGGAACACCGTCGCTTTGGCCACCTGAATAATTCAGACATATTAAAGCGTACTACAACAAACAAAATTTCTTATTACTTGGATAGATACGGTATCAAAACAAGAAATACGAAGCATATTCCTATATCAACCGATCGGACAAAAGTTTCGGGCAATTAGTAGTGCTCGGCTTTGGCGTCGCCGCCTTTACACCTGCACCCCTATCAACGTCATAGTCTTTGACGACCCTGTGAGGAAAACTTATCTTGCGACAGGCTTCGCGCTTAGATGCTTTCAGCGCTTATCCGATCCGGACGCGGATACCCGGCGATGCGGCTGGCGCCACAACCGGTAAACCGGAGGTCCGTCCGGCACGGTCTCGTACTAGTGCCGGAGACGCGCAGTTTTCCTGCGCCCACGATAGATAGAGACCAGACTGTCTCGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACCTTCTCAGCCCCAGGATGTGACGAGCCGACATCGAGGTGCCAAACCACTCCGTCGACGATATGAGCTCTTGGGAGGGATCAGCCTGTTATCCCCGGAGTACCTTTTATCCTTTGAGCGATGGCCCTTCCATACGGAACCACCGGATCACTATGCCCTAGTTTCCTACCTGATCGGCTTGTCGGCCTCGCAGTCAAGCACCTATATGCCATTGCATTCAACGGCCGGTTACCAATCGGCCTGAAGTCTATGGGAAGCCTCCGTTACGCTTTGGGCTTGACCACCCCAGTCAAACTGCCCGCCAAACGGTCCTCACGCGAGTTAGGGACCAAACATCGAAGGCCGTATTTCAACAATGGCTCCAAGATTACTGGCGTAACCTCTTCACAGCCTCCGGCCTATCCTACACATCCGATGCCCGGTCACAACGTTAAGTTGCAGTAAGGTTCACGGGGTCTTTTCGTCCCATCGCGGGTAATCGGCATCTTCACCGATACTACAATTTCACCGGAATCATGGTTGAGACAGTGTCCGGATCATTACACCATTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACCGGGGCTTCAATTCAAACCTTCGACGAAAGTCTGAGCTCTCCTCTTGACCTTCCGGCACCGGGCAGGTGTCAGACTGTATACAGCATCTTTCGACTTAGCACAGCCCTGTGTTTTGTTAAACAGTTGCCTGGACCTATTCTCTGCGCCTCATATACCTATGAGGACCCCTTATCCCAAGTTACGGGGTCAATTTGCCTAGTTCCTTAACCATAGATCTTCCGAGCGCCTTAGTATATTCTACGCGGTTACGTGTGTCCGTTTACGGTACGGGTGTCTTTAAAATAATGCTAGCGGGTTTTCTTGGGAGCTGGATTACCTTCCTCCGAGCAGCCCAGAAGGCCTTTCGTACTTTCCGACTTCGGCTCTGATTATGGATTGCCTGTAATCATCTACACCTTTGTCGTTAAACGTCCTATTCCGTCAGGACGCGGAAGTGTCACTTCTCCGTCACCACATCGCTCTTAAAGACAGTTGCGGAATATTAAACGCATGATACATCGACCTCGCCTTGCGGCTGAGCCTTAGGACCCGACTAACCCCGGGACGACGAACGTTGCCGGGAAACCTTGGCTGCTTACGGCGAGAGTCATACCCTCTTTCTCGTTACTTATGCCTACATTTGCTTTTCCCGCCGCTCCAATACAAGTCGTCCTCATATCTTCTAACAACGGCAATGCTCCCCTACCAATCCAAAAACGGATTCCGTAGCTTCGGTGGTAGATTTTATACCCGATTATCATCCACGCGCAGCCCCTCGACTAGTGAGCTGTTACACTCTTTGAATGAATGGCTGCTTCCGGGCCAACATCCCTGTCTTGGGGGCCACACTGCGTTGAACTAACCCAACCTGCTTCGGGACCTTAGCTGACGGTCTGGATTCTTCTCCTCTCGGGACGGGACCTTAGCACCCCGTCCCTCACTCCCAGACTTAAGCTGTAAGCATTCGGAGTTTGTCCGGACTTGACAGGCGGCGAAGCCCTCGCGTCCGATCAGTCGCTCTACCTCTTACAGCAAACGTCGAGGCTGCACCTAAATTACGTATTTCGGGAGTACGACTATCTCCAAGTTG + &+.:A+&?>6?@IH@ABCF>I?@?JHE<<=??A=?D=FLE?B>69<;7;AC;<6AACGI?DE:>?=;=?GJDFEF6<'&&&69**+%./6A>6:68*746,.-+-,/3?>BA=;:57732&+=DGBDBCFGCCA=>AE@>42'44?EGFPB<6AH57;A@?BH;BAAIFAB>JH;I<@D8?CAA>@GG@2BB:HEEEFFDEAFJIDFFG9EFD?CDCLKOPEBB=A@?====<<9336;?><=<9644/,::>C@<,?BGIK>2EGFI>A?DHDJBNPFGJKCEAII@<G;=;C<48CFD<>JJLKI:64)=8;@B@@?:9.)5447=B?CAB@3D2/.-,'/55;-7;<@==@;4....0;<>E?9982:=?BEBABA9DEEB;;12;D>@@KKD=@IDG<<;?:>@>DEIKMB;@>@>:/'0+,*,,*+*98>GB=A<<@A5)*')<555EJHA?A@?BC<9=<:9==3*656/025958::CA<=>=;=EDJLK9DI@@FH@;BA:D656<=9=<;;3?CC:GHEAD@FEKJD;027EH@CHE:;@B;7*=?AE=???ADB;BFGGFG7B6CE@BC=3366<;BB@A<:8?H;@128;8@7==;@+6>>>CFCDB8:B?@B?@BFFHC;AIIA<=EGCCDDEBI;;DACGFC?CCB8<=:79==?88<+)8@BFFJA?;>>@;0,,/49@A>;8;AB:CDABB@B?B<=CD5D?FGPLB==LN@>>B@<=>FMNG?=&?E?@CC;E;9>BB:6''%%2@@<>;7D7@BB?:9HEBFB*8;:7/$$':02?D<:6($&&*)-689>?<:++%+.././'*0::7;C;F;AGG;7C>CGE=AKAC?ABF?C8?355B5(7BFALBC13;D=?@@D?=?AC2:0C8<<)(+=9AB@DE4<=>G;:<8>CHBDHGCB3;;>>=@B>?A>8;@EF=BBJ?CH@AA>CDEDCGC9BCA@>DDBD?JK?<;?ACC>43'5<+6'9?AEEEEEB99;HF@DF@?IFH=?;?JLEEB=;155:9@;<9799=;89;>997B@893(-,,,&'%(()065.89;><;<=4<=7664?AE>EIHDDAA&:966>>=@D>CG@DKD=GCBDDDD>AA5>?>@SQFPIFFGE?>DDCC=CE?:222078:<;<68=>9$5:@A@?>CBDI:CIUL:8HHGA?6@CA>ABC<984--'''&)-,:@;7@A45CAGED6569FGE@AB>>FDGFHOMD-9211CBBA>B?BE=EFGGEBDDG71?BB=,*2@@@A?=?C=9=>>:=;@@??19EBD=3,-@45;;;866))))87;6:=A>>C>9>C=A236ABAHHHIFHCFDHGDAAA>@?=>@)969=HIDCA@;9@CDB<9?:=8EFGKFHDA>77441<=>>?=CA@@GIA8ABA?AI<-6>?FF@61H@;@@FKIH>>@FCIGFBB?DDA'&(9<;<3:;/48747A>:=:JD=DEGA/.?=D=9@CB>ECBBD:?BCG:>64;:B:A;>B547/077;=7A=:HHA>>:8:95(+*$$214@@?BCKHD2CC,@/7=:BFGDHE;CA4C@??@>A:<=?A;/(:<>?B>F;@B>A@AGD?DE=?>14>FC:675A<>DC?@5B7798=8)6BB4@38?BCCKGB>BA258CCCIH@/(4;;='8?5<=<=B=A>>B>+-@??>:8<<:>))=>/,&8:/=2>AFI4GBFCEKHJEA:;=AC>>7;GGMI9;:0@;AA68A?;?>;G=7)7&*@?@A=@;C;;>BD@;>AB><8ACJI7?C@$78@D?CFDAE@@C7F@>9;;;;BACC@MD>,0=DFED@GC:(*(0BDCKBAGGJ;CF9<5;;9;<>?;?F979EN>?FEBB56.<@DGGH@>A?:9G=7AE99?>;+/79;?CCEC@967>AFAMGCFG?H?=;79=DBC>%-978..96766')0(96=@DE@@:;;FFDIB9EA@B@9-14DE?<:;DH?AGKADD>*A8>><<;>HFDB9>4;E=6,,9?AA@.43'&(-%459C=C?@D@>=>CC<-46;:6(=:>;=88?>@GIHHMK?79EB?@GIAIH9BD>C@CHEBE<=>5.1+12467,((58:25=A7>*$$&&47AB@9@BC:C=;CCG9?@BEKCCBAEDEDF>B?A:C>B;>=BB?@:;@:D?9=812)+&,;?9;BC?.1-56756?=<9:/*54;-'&((111521((%%*.458:=<=@=A<>4079<;9:=B6;A:;??=@8?B>=BC@-DC?3<7=;<;9573)0+33/89=EAA>?@96661))&0246-()%(*+77466::BA;>8AA/..8:=CA>:CFE?DCD@25?@G'56453,)$$)$8;A@ADBIMKHCA:-9DGIGD?EGMMGHE8?=>DHABADEHC><>?DBSJC=118>?C@>?AE?9=EFEG<@==@GEC>A;;EFA27?=@;<<5&''&&&&269;=8799DD=-;>>:7489=7=A<::;4JIEC;>;8@DEEDJLFDJH>?;FGG=8364&4(4.:;ADEGA;43&2AAB>JJHE9?<9=CCHC@<:9B=7;HPPQNGM9;,7DFHHBBCC?AC>==:<=DEAHCGHDKG<;FEQNB<6:DEFIIIICGEDFFIKIB32;C??63--3<>B9/?JQPLKBDE3?@<*1879-&)0-.ACADDE=>>8?AHH88IJ==CCHHBBB00:=><(;@=>FGGF8<9;;@CBC;DA49;:(678/<<<@ABK@B;*B?<04::41**';=B@?FE:10,1=BE;>?AEI?2;=?7;8:<=BFD>>AHLNIHFF<=;(-,6?.1=?7=3..0'0%&:=H@34$'((GE>EC>@@>:7;FIIJPMDEBMH>69=>?76;BE@@@EEIGIHJUO=55;.3BGHMQNHGGFDAED<>6>>5?@A?;:BDAIH??>>2)%&&513<>DB*1:BEFIHB@;3A@B+8@E?:8:;(.1324CE:ABENMIEMN7><@BD>6FKIEA@C32=<IH1;;)<@CD<7:EGEE<4BDFGA?@@9@;DCHDDEI=C<9BIHI>JCBDBF<:;;:'+.(&%$.7737869;BD:>A?@LJF;9@><7?A952*,'6EFFE5?H?9;CD;:'*+9;?=88:;;@G@CC@<86+-&&&(<790)676*%$$''89:=C@BFFKIFEAFEDHF
99=44<>?AABDKFE7.5:;<12?@FJHB?=$9:=@BG?=<868;BB=9+%*(358;>CC67GE>?>=A@BB>5:9>HD==69D<@EDDECFE%449<=;-B9AC6C;:36@AA@?@@CCB>:==,-;CDD>DAHD@.(44<;,4C@(&$:;>=:>=AD<@6:;=>>C9FE<649>B8JCB<<<884%+-3326B=EA>=7;B9B9:>@GFG@JHJ<05BA=>AA9?BA5A/*0-.//4422;287:=7A9>?97<88:86.$+-447401-+.011155:38//06;<6<;;?FFGHCA;?;HHB@ADCC8=>EB7'76-(/6:>),*.1-*,*006;30?@78BBCDA<9BKA49?DMMH:BDE?A?ACGFGBB:BEF<;;>@IC=DC=8999888=:;:5;?;:@$9<>(0,82,.5*..:9=C@B@?DDFJIIB>EA8=?DJLC?>?DB?79=4=7<>B=?;<<--4322&$/3798<>A=?@B?@DA=>?ED+@@3*'&'C;;;168:?@A;=D=4<0/1-?B@;87-(%%%%)-33+((3)+)*%22.++1.,+&(()566;79>6<<@;D=@;;@C>=>2<@A:>>BA@:24;H>??C><7=$-12502?EF;4>:=AD99>D@D87=E?69;78:9=>AB8:<6BG?.=>D582:>=*F?;AECB>88?99@;;?>===>>;:;FFA>;3:=>BAB9;::0--')'+**,&&$.'...$)25<;6>@>4BCBIC=>HF@@AKFF>=?2:6=>?CBAG>?89(57;<>=/*').-'&/25@BC@79AA?DEBB?:=A@9&(-$$$67:<5683522'*>F8==:@A<<:;111247:;AEE@A'''&342,(6<9AGNOF?@F;5>,)7>@>CDGFHD+(=AAEFACA<>C=88BBA=@ABAGALIHB=5'+)+6<;<>@:6><@BIG??;7/9+BIM==ACC@IK=?BFC>A>?:+BEHG?E;-)(09@@)6;56-/(*3<:9@HDDAB@??A?D?CE<@=@GCF;>A@IGA;9)9<;@BDB;<887;;>@CDD>=@LKGBFGC@CDDA7E<588B@88<;*1@CB/9=A??>=?A:C=3/8=<:5:9>><;E45@6;;7755<:::FA679BABIAC?:GCCEJKKLK>FD@8<-55>CDADC+)/9;=>@;>A8933;=::35>AF==@:7>:<@C@7647>A8JBBF@@@GF?=7<<7<=?8::851-9CCIADFI@=EHB=B:>B9=@>FHMHACIDECA?:;5,?E=HI?F>F:9;9?E67=>:*(?879@B<>=<9%*;BA7:88@;<:=>?AF?:<;4A??+0+0?>70.,++887@C=;BB>@6026656@AA<=:AED8@<<>?>GB>78635021;4:5=>DGGHIFBCA0123<=16@ILKJAE9.1?=BACA@?@?BDCEF;-.C,7241/())'&&-)(379;C;59???GHIBA<=>34947@C797622<>@=CCJIFCEE>E7@EFIIBABJC@?:&.=AFEAB><@7CCH;:7'%%44/3121><69:+'/0:;FH?>AF;JJHGFAC2-9DFA<69FIEA>@96++&)5*(/((52259;>>H>?A?EDB=0561((61256(578732;?;AHGCB@@HH:A@5=8BIE;?>B=25%(4BB:;612%%&&$%&&147;?8+2*096*219:?=9GIE6=:B>5EFBB;9;=<-677:?DD?5<=>:D=?@BC45GBE;JG<=:(%,.4++8:>?B?A:93$9:5:GHI8:LPKFD9EEABD?@9EDD?ED:<>:>;;<-.:1@A9=BBDEEB@H>=%@=A?A>?@FCB<;9?@A99=>D;=?@@?><(<<BB:>??>6>B>7*,4B==B@738798767<9231/<>::6&A<992-68;12:;@B>@<;<<<>?A=58*>ABB==68;:>46*$$-&')3%)66<964,0/49>;8:<9;>A@>DBA@<=55'03-/9;===<=6,,-'(%''+334.1+',0,.((+7:<:=:20.041# @SRR14011045.66885 cce41e83-6a55-4c0c-8771-8d2e6c28f176/1 ATTTGTACTTCGTTCAGTTACGTATTGCTTATCGTTGTCGGCGGCGGTAACATTTTCCGCGGCGTATCTGCCTAAGCAGGCAGCATGGACAACGCCACTGCGCCGGCCCCGTAAGGCATGATGGCGACCGTCATGAACGCCTTGGCACTCAAACGCATTTGAAACCTTGGGCATCAAAGCGCGCGTACAATCCACTGCTGTCTGTGCAACAATCATGACATACGCCCGTCCTAAAGCCATTCAATATTTGGAAGAAGGCAAAGTCGTGATTTTCGCCGCCGGTACCGGTAACCCATTCTCTTTACGACCGACACTGTACGCCGCATTGCGCGGTGCGGAAATGAACTGCGACGTGATGCTCAAAGCTACCAACGTGGCGTGTACACCGCAGACCCGAAAAAAAGATCCGTCAGCAACACGCTTTGAAACCATTACTTTTGACGAAGCCTTGTTGAAAAGCCTCCAAGTGATGGATGCCACCGCCTTCGCCCTTTGCCGCGAACGCAAACTCAATATCGTGGTATTCGGCATTGCTAAAGAGAGCTCGCTCAAACGCGTGGTAACCGGCGAAAACGAAGGTACGCTGGTTCACTGCTAATCATTGAAAGGCCGTCACAAACAGCCGAACGGGATACATTCGGCTTTCAGACGGCCTTTTATTTTCAGTCGGTTGCGTGGGTATTAGCTCATGGTTTGAAAAAGGTTGAGAACTTGCTTGACAATATAAGCTGACAATTCGATAACAAAGGATACTCTGAATATCACCGTCTTGGCTGTCGGCACGAAAATGCCGCGTTGGGTCAGTGAAACTGTCGGCGAGTACGCCAAACGCTTCCGGGCGTGATGTGATTATGCGCTGAAAGAAATCAAGCCGGAAAAACGCGGCAGCGAAGGTGACCAGATGCGGCTCAGGGCATGGCGGCTGAAACGCCTGCTGGAAGCCATACCGCAGGGCGCATTTTGGTGGTATTGGACGAACGCGGCAAAGCGCCGACTTCCCGGTCGAATTGGCGCAACATTTGAAAAGTTGGCAGCAAAACGGCGAACACTGAACGCTTTATTATCGGCGGTGCAGACGGCATGACCGACCGTTTGAAACAGCAGGTAAAACATGATGATGTACGCCTTTCCAGCCTGACCCTGCCGCGGCATGGTGCCGTTTTACTGACCGAGCAACTTTATCGCGCCGTTTCGATTTTGCGCTTCATCAATGCCATCGGGAATAATCCGTTTTGATTACCGGGATAAGACGGTAATGCCGCCTTGTCGGTTTAAAGCGGGGCGAACCCGTTTTTCAGACGGCCTGATTTTTTTCCGCATGAATCCTTTATAATCGTTTCTTTGATAAATCAACATCTTTCAGGAGAACCCAAATGTCCGATTTCCGTCAAGACTTCCTCAAATTCGCTTTGGCACAAAACGTGTTGAAATTCGGCGAATTTACGACCAAAGGCTGGCCGTCAGTCGCCTTATTTTTCAATGCCGGTTTGTTTCAATGACGGCGCATCGACTTTGCAACTGGCGAAGTTTTACGCCGAGCCATTATTGCCAGCAGCGTGAGTTCGATATGCTGTTCAGCCCAGCCCTATAAAGGCATTATTTTGGCGGCGGCAACGGCGATATTGGCGGAAAAGGCGTAAACGTACCGTTTGCCTACAACCGCAAAGAAGCCAAAGACCACGGCGAGGGCGGTGTGTTGGTAGGCGCGCCTTTGAAGGCCGCGCGTGCTGATTATCGATGATGTGATTTCCGCCGGTACATCCCGTGCGCGAGTCGATCAAACTGATTGAGGCCGAAGGCGCAACGCCTGCCGCAGTGGCCGTTGCGTATTGCATGGAAAAAGGCACGGGCGGGTGTCGGCGGTGCGGGAAGTGGAAAACGCAGCCACGGCCTGCCGGTGGTTTCGATTGCCAACCTGAACGACTTGTTCACGCTCTTGCAAAACAATGCCGAATTTGGCGGCTTCTTGAGCCGGTCAAAGCTATAGACGTTACGGCGCGGTTTAAACGCAACATCATGCTCAGGTCGTCTACGACAGTTTTCCAGACGGCCCGCAAGCGTCAACTAAAATATATTTTGATTCAATACACTTACAGAAAATACTCATGCCTGCTTGTTCTTGTCCTCATTGTAAAACGCCGCATTGGGTGAAGATGCCCAGTTGAACGTGGCGCAGGGTTTCGTGGTGCCACGCGTTGTTCGGGGATGTTTAAGGCCAAGGATTATCTGTCGGGCAACCTGCCGGCCGATCCGGCCCATCTGCCTGTGGCGGTAACGGATGTGCGCCTCGTGCATAACATCGGCGCGCAAATCCTCAAGCATTCCAAACTTTCGCTGCGAGAATTTCAGTTGCTCAACAGCGCGCTCGAAAGGAAGAGCCCAAGGCGGAGAGAGCAGGCAGCGGTCAAAACGCGCAGGACGGTTTCGCTGGACGCTGGCATCGTTGATTGCGCTGACGAGTTTTGATTAATGCAACTCTTTATCTTGCCTTTTCCTGGAATAACGTCGCCTATTTGTTGCCAGCTTTCGCGAAGCGCACCCTATTCAATATTTGCGGCGAAACCATGGTGGTCGGCGTGACCGACAGCTTGTTGGAAGGCGAAACCTTGATCGTTTGGCGCAGATTTGAACTGTTGGCCAGCTTGGGCTTGCGTTTAGTCTTGGTGCACGGTTCGCGGCATTTGCTCGACAAATTTGCTGGCTTCGGTCGAATTTGTTCGAAATACAGCGGCAGCCGACGGATTACCGATGAAGCGGCCCTGATGGAAGTGAAGCAGGTGGGGATTATCCCGCAGCGATGTCGAAGCAGCACATTCGGCAGCGTATCTGCGCAGCAACGGAGCAAGCCGCCGGTTATCGCGTGCGGCAACTGTTACGCACTTCCATTGGGCGTTATCAACAATGGACATGGGCTATACCGGTACCGTCCGCCGTCTGACGCGGAAGAGATCCGTTTGCGCTTGGATAGCGGCGCGGTGGTGCTGATCGATCCTTTGGGGCATTCGTACAGCGGCAAAACCTTCAATCTGGTGTGTTGCGAAACGCGGGTAACCATGGCTTTGCAGGCGGAGAAGCTGGTTTTTCTTGACCGAAGAAGCCGGTATTCGCCGTGCCGACGGCTCGTTGGCCAATACGTTGTCTGTCGGCGAAGTGCAGGAATTGGTGCGCGACAATCCCGATGCGCCGGTTGATTTGCTCCATGCGGCAGTGCGCACTGGAAAACGGCGTATCGGTGCAGATTCTCAGCCGCGAGGACGGCGGCCTGTTGCGCGAGGCTGTTTTGCGCGAGGGCGGCGTACGTCTATTGCCCGTGAGCCGTTTGTTTCCATCCGTCAGGCACGCAGCGACGACATTCCGCACATCATTGCCTTAATCCGTCCTTTGGCGGAACAAGGCATCTTGTTACTGCAGCCGCGAGTATTTGGAAAACCATATTTCGGTTTTTCCGTATTGGAACACGATCAAAACATTTACGGCTGCGTAGCTGAAAACCTTTGCCGAGCCGGACTGCGGCGAATTGGCTGTCTGGTGAATTATCGCCCGAAGCGCGTGACGGCTACGGCGAATTGCTGTTGGAACATTTATTCCAAAAGCGCGCGCCTTAAATATCAAGCATCTTATATCACGCACACGGGCGAATGGTTTGTCGAACGGGCTTTTTCAGACGGCCTCGGCCGATGACCTACCTGCCGAACGCCGGCAGGAATACAATACCAACAGCCGCAATTCCAAAGTATTTGTTTATGACTTGCAGGCCGTCTGAAAACTTCAATCCTATATTATCCGTTTTTAAACATCACTCAAATCTTATGTTGAAAATCATCTCTGCCAACGTCAACGGCACATCCGCTCCGCCTATAAAGAGTTTTTACGAATACATCGCCGCATCGGGCGCGGACATTGTCTGCGTGCAGACAACTCAAGCCGATCTGTCGGACGGTATGAAAAAATCCGCATTATGCACGGCTACTGGCATTGCGCCGAAAAGCGCGGTTACAGCGGCGTGGCAGTGTACAGCAAACGCAAGCCCGACAATGTGCAAATCGGCGCGGGCATTGAAGAATTTGACAAGGAAGGCCGTTTGTCCGTTGCAGTTTCGGCAAGTTGTCGGTAATTTCGCTGTATCTGCCCAGCAGCAGCGGCGCGGAAGAACGCCAACAAGTGAAATACCGCTTTTTTTGGATGCGTTCTATCCCATGCTCGAAGCCATGAAAAACGAAGGGCGCGATATCGTTGTCTGCGGCGACTGGAATATTGCCCACCAAAACATCGACTTGAAAAACTGGAAGGGCAATCAGAAAAATTCGGGCTTTTTGCCTGAAGAGCGCGAATGGATAGGCAAAGTCATCCACAAGCTCGGTTGGACGGATATGTGGCGCACACTTTGTCGATGTGCCGGGCTATACCTGGTGGAGCAACCGCGGACAAGCGTATGCGAAGAAGATGTCGGGTGGCGTATCGATTATCAGATGGTTACGCGGAGTTGGCCGCTAAAGCCGTTTCCGCACATGTTTATAAAGATGAAAATTCTCGGATCACGCCCCCTGGATTGTGGAGTATGTTACGCTGTTTGCCGAAAATAAGTTTTTGGTAAGTACGACTGGAATATAAACAGTAAAACCGGCGTAGGCGCGGTTTGGGTTGTGGCGGCATTTGTGCTGCCTATGCTGGTGTGGGCAATATTGCTTTGTGCGGATATCGGCTAGGTTATGACAAGAATCAATCCGACATGGGCGTTGGTGTGGCGCGCTGTTCATTGCCTTGCCTGCTGATTGCGGCCGTGCTTCTTGGAAGAGGCTGACGGCTGATTGCCAACATGTGCTTTGTCTGGCGACTTGTACATTCTCAGCGTGCCTGCCGCCTTGATCGCATTTACACTCAACAGCTTGCTCAAATAGGCCGTCTGAAATGCAGAGCTTCGAACTCGAAGAAATGGCACTGTTTCTGATACGCGGTACGGATGAAGCGGAAATGTGGATAGACCGCTGGGCGGTCAGCTGTCCGATTGTTCAAACTGCGAAGCCGATGGTGGCAAACCGTTTCCGAATGGCAACACGCCATTCAGACGGCACACATTTAACGAGGCATGTTGTCGGTAGAAATATTGCCGTCGTGGCTCGTAACGGTGTCGGTGTGTCTGCATTTTGGCATGGCTGTATCAAACCGACATCCGGCGCAAAAACGCCTGACCAATATTATTTGGTCTCGCCGCGTCCGAGGCTTTTCCAGACGAAATCCATACGTTCCAACGCGTCCGCTTTGCCCTTGTCGTACGGCGCTGGTCATCGCCGAAACAAACGGTACGCCACGCGATTGGGCGCAAGAACGGAGCCGACCACTGGCAAGCGCGTCTGCTTCAATCGCCGCATTCCGGCCGGTTAAACGGCGCGCTCGGCAGTTGGCAATGGGGCATGAAGCTGATGCAGGAAATGCTGTTTGAGTAAGTGGTGTAGAAATGTCTATTAATAAACAAAGGCCGTCTGGAAAACCGATATGTGTTTCAGACGGCCTTTGTTTACAAATATCATGTTAAATATAATTAAAAGAAACTATTCTCTGTTTCTTTTTTGTGAGGCAATATAATTCGGTTGTTTTTGTTAAATTGAGTATAAAAATGCAAATACCATTTTCATTTGGCTTTATTACCCGCTGATTATCGCGCTTCCTGCTGCCGCCGCCGATACGCAGGATAATGGTGAACATTACCGCGCTACCCTGCCCACCGTTTCGTGGTTGGACAGTCCGACACCAGCGTACTCGAAGGCTACATCAGCTACGACGAAGCCGCCGTTACGCAACGGACAGCTCATCAAAGAAACGCCGCAAACCGTTGATACGCTCAATATTCAGAAAAACAAAAACTACGGCACGAACGATTTGAGTTCCGTCCTCGAAGGCAACGCCGGTATTGACGCTGCCTACGATATGCGTGGCGAAAGCATTTTCCTGCGCGGCTTTCAAGCCGACGCATCCGATATTACGCGACGGCGTGCGCGAAAGCGGACAAGTGCGCCGCAGCACCGCCAACATCGAGCGCGTGGAAATCCTGAAAGGCCCGTCTTCCGTCGCTTTACGGCCGCACCAACGGCGGCGGCGTCATCAATATGGTCAGCAAATACGCCAACTTCAAACAAAGCCGCAACGTCGGTGCGGTTTACGGCTCGTGGGCAAACCGCAGCCTGAATATGAACATCAACGAGTGCTGGGCAAAAACGTCGCCATCCGCCTCACCGGCGAAGTCGGGCGCGCCAATTCGTTCCGCAGCGCGGCATGGACGGCAAAACGTCGCCGGTTTCGCCAGCGTGCCGTCAAACTCGACGGCTTGAAGTGGACGGGGCAATACACCTACGACAATGTGGAGCGCACGCCCGACCGCAGCCCGACCAGTCCGTGTGCGACCGCTTCGGACTGCCTTACCATGGTTCGCCCACCCGAACGATTTTGTCAAAGACAAGCTGCAAGTTTGGCGTTCCGACCTCGAATACGCCTTCAACGACAAATGGCGCGCCCAATGGCAGCTCGCCCACCGCACGGCGGCACGGTTCGAACCATTTCTGCTGACAGCGAAAACGGCAGCAATCAAACGCAACTACGCCTGGCAGCAGACCGACAGCAAAACCCTGTCATCCAACTTCACGGCACAACGGCGGCGACTACCACATCAGGCGTTTTGAAAACCACCTAACCGTAGGTATGGACTACAGCCCGCGAACACCGCAACCCGACCTTGGGTTACAGCCGCGCCTTCTCCGCCTCCATCGACCCTTACGACCGCGCAAGCTGGCAAGCTTCGGGCAGATTGCAGCCTATCCTGACCCAAAACCGCCACAAAGCCGGCTCCTACGGCATCTTCGTGCAAAACATCTTCTCTGCCACGCCCGATTTGAAATTCGTCCTCGGCGGCCGTTACGATAAGTACACCTTTAATTCCGAAAACAAACTCACCGGCAGCAGTCGCCAATACAGCGGCCATTCGTTCAACCCCAATATCGGCGCAGTGTGGAACGTAACGCCTGCCCACACATGCAACGCTTCGTATAACAAAGGCTTCGCCACCTTATGGCGGACGCGGCGGCTATTGTTGGTATCGACACTTCGTCTGCCGCCGTGTTCAACGCCGATCCCGAATACGCCAATACAGAGCGGCGTGAAAAGCAGTTGGCTGGATGATCGCCTCGCTTGCCACATTGTCCGCCTACCAAATCGGAACCGCTTCAATAACCGCTACCGTCACCCAGCTGCACAAAATGATCCCTACGCATGGGCTGTCGGCGGCAAACACCGTTGCTGCGGCCAGAACTATCCGCCATAGGACCGATCATCCATTAAAAAACTCTATCTGCGCGGATGATTGGGCGTGATGCAGGCAAAAGTGGTTGAAGACAAAGAAGGCGATCGCGTAGGCATCCATTTGGACAACACCAGCAACGTTACCGGTAACCTGTTTTCCGTTATACCCCGACCGAAAACCTCTGCAGGAGAAATCGGCGTAACTGGTACAGGCAAACATACAGCTACGATTCAAGAAATAAAGAAGTGACTACTTCCCGGCTTTGCCGAGTTGATGCCTTGCCAGCTGGAACCATAAAAACGTCAACGTTACTGCTTTGCACCAGCCAATCTGCTCAATCCGAAAAATATTGGCGTTCGGACGCCATGCCGGGTAATCCCGCGTGGCTATACCGCCCGGGTAAATTACCGTTTCTGATGAAATCAGGCAAAGGCCGTCTGAAAATAAGGCTATGTCTAAGCCATATTTCAGACGGCCTTTATAAAGCTGAAATAAAACCAGCACATTTTTCACTCAAAATCGAACACACCTCCAACAAAATGCCATAAAATCCGCCCATTGATTTGAATGTAAGGAATACTATGAGCACAGAAAACCTTAGCCTTGACTTCATTAACCCTGTTAGCATTGGCCGCTTGCGGCAAACAGGCGGAAACCAGTGTTCCGGCAGACAGCGCCCAAAGCAGCACATCACCCCAGCAGCCCTTTTTGTTGACCGAAGGTGTCAATTACACCGTCTTGTCCAGCGATTCCGCAACAGGCCGGCAAAATCGAGCTGTTGGAATTCTACCGGCGCTACCACCGCACATTGCGCCATTTAGAGCCGGTTTGAGCAGGCATTTATCAAAACGTTTAAAGACGATACCTATATGCGCCGGAGCATGTCGTGTCGGGGTGATGAATGAAACCTCTGGCACGTTTGGCGGCCGCAGTGAAATGGCTGGTGAATCAGATAAAGCCAACAAACCATATTTTCAGGTGGTAGTTAACCAAAAAAATCAACGGCCGATACCGATACCTGAAAAAATGGCTGTCTGAACAAACAGCGTTTGACGGCAAAAAAGTATTGGCTGCATTTGAAGCACCTGGCTAACAGCGGCATTGCGTCAAATGGAAGAATTGACCAATAAATTCCAAATCAGCACACCGACCGTGATCGTCGGCGGCAAATACAAGTCGGTTAAAGACTGGCGTCCAGCATGACCACGATTGACCAACTGGTGGATAAAGTACGCGAAGAGTGAAAAAGCCATAACAGTTGAGGATTTGGACAAACTGAGATTTAGCTCCTTCCACTTCGTTTTCTTTACTATGCTGAAAGATCAAACAATATTAGCTGATTACTGTTCTGACCACTGCGACCTACCGTTCGTATCAGGTTCGAAAGAATTATCGCAAATGTTACTGCGAGCCTCTGATCGTTTAGCAGACGGCACGCTCATCGACATTACCCCAGCCTACGGCAAAGTTTATGGTCCGGCAGTTGCCTTCAAACACTTCTTAATAGCAGTTACATTACCCATACTGATTCTCAGGTAATCATTGACATATATGGTTGGAACGATTTCGTGGTTGCATTATTTTCAATGTGCGCACTGCAATGCCGATTTTCAGACTTGATGCCGAAACCTACCATGGTAGTGGTGCCCGTGTCCCGGAAATGTTGGAAGAAGGCATCCGTGGGCGCGCTATAAAAATCCTTAAAAAGAGGAATAGATTTGTATAGTTATATGAATAGTAATTCTTGCTAGAGTAAAAATAAACAGCAAATGAGAAGCTTTAAGACGGCGTTTCTGTCAAATTGGCCCACAGGCATAGGAACATGCCTTTCATTCCCTTCATGCCTTTGGCTAAACATCGTTTGCCCCGACCATTTATACTGAACATCTTCATCATTTGTTGCATTTTGTTCAAACTGTTTAAGAGCAATTTGTTCTTTCCTGCACGGTCATGCACGCCATTGCAATACGGCGTTTGCGGCTGGCTGAGCAGAAGGCGGGGTTGGCGCATCGTTTCTTTTGGAGTCATCGAGTTGATGATGAAGCTACTGCTTTTGCCCATCGCTTTTTCAGCCGTTCTTCGGGGATTTGTTTCGATATTTGACCCGGACATGGCGTTTTTCGACATCAGGTTTTCCAAGCCTTACATGTGCGCATCTACACTGGTTGTTCTTTAAAGTCGTTGAGGGTCAAAACCTTTTTTGCAGCTTTTTCGCCATTTTGGCAGCGGCTTCTTCATCAATACTTTTTTGAACCGTCTTTAAATCAGTGTCAATACGTGTATGCCGAGGATACGGCTGGCAAGACAGTCGGGATGGAAGGCTCGAGGCCGTTGATTTTCTCGCCGACACCGATAGTGCTAATCGGTTTTGCCGGTTACATAGCGTACGGACAATGCCGCACCGCAGATGTGTCCATCTTGGTCAATACAACGCCGGTCAGCGGCAGGGCTTCATTGAATGCCCTGAGCAGGTATTCACTGCATCCTGACCCAACATGGCATCGATGACAGACAAAAGTTTCAACCGGATTGACCACCGCCGCATGAAGCGCTTTGATTTCGTTCATCATCTCTTCATCGATTGCCAAGCGGCCGGCGGTATCGACCATCAAGACATCGTAAAAATGTTTTTTGGCGTAATCGACGGCGGCAGTCGCAATCTCAACCGGTTTTTGGTTGGTATCGGACAGGAAAAAGTCCGCGACCTGTTCAGCCAACAGACCAACTGTTCAATCGCGGCAGGGCAGTAAACGTCGGCGGATACCTAAAACTTTTTTCTTCTGATCGTTTTCAGCGAGCGGGGCGGTGCGACGGGTTGTTGTCTTACCGGCACCCTGCAAACCGGCCATCAAAACGATGGCAGGCAGTGAAACCGACAAATCCAACGTTTTGTTTTGCCCATCAGTTCGATCAAGGCTTGGTTAACCACGCCGGGTAAAGGCTTGTGGTCAGGCGTCGAGCTGCCGACGACTTCTTGACCAAGGGCCTGTTCTTTGACTGTGTTGACGAATTCTTTAACGACGGGCAATGCAACGTCGGCTTCCAGCAGGGCAAGACGAACCTCGCGCAAGGCTTCTTTAATATTGTCTTCGGTCAACGTTGATTGGCGCGAATATTTTTAAGTACCTTGCTGAAGCGGTTAGTTAGGTTGTCTAACATACTTATCCTTGATAATGAGAATAGCACCATACAGGGCATTCTTTTATTAAAACAAAATTCAGTTATTTTACACGATAGTCCAAAGTTATGCTTCAAGAACACAAATACGTACACCAAGCCTGTCACAAACCCTGCCGGGTGTCCGTCAAGTGTTCACACATCTATTGAGAAAGATATTTATGCCGATTGTCTTAATCTGCCCTGCAGTGTATGCCGGATTGGGCGTATTTTCTGGTTGCAACATAAAAAAGCACAATAATAAGTCTTACGCTGAAAACAGAGCTGCTAATTTTGAGCGGCGCATTGTTAACACATGGCGCAGCATTGATGTTCCACTGTATTGCAGGATAGGGTATTGATTACCGGTTTTGGTTATTCGCTCAGTCTGATAGTCTGGCTGATGTTGATGATGTACTGCTTGGGCAGCTTCTTTTATTGTCTGCGCGGGTACAACTCTTGTGTATCCCTGTGCCGCATTGTGCTTATTATTTAGTTTTTCTTTTCCCGGGTGATTTTAAGGCCGCCAAATCGTGACTTATTGCCGCTGTCGCACATCGCATCATCATTACTCGCATACGGATTGTTTGGCATCGTTACCTTATTTGCCATCCTGATCCTTTTGCTCGACCGCAATCTGCACAAACGCCGTTTTTCCGCATTGGTCAGCTTCTTGCCGCCATTATTGAGTTTGGAAAAACTCATGTTCCAAGGTATGTGGGCAGGATTCGTTTTATTGACCTGTTCCGTAATCAATACGGTACGTTTTTGCAGAAACCGTTTTCGGCAAACGATGACGTATCCACGCATAAAATATCTTTTTAAGCATTATGTCGTGGCGGTTTATGGCACACTATTGCTGAAGCACAGTATGACCGCATGGCGCGGCAAAAAAGCCGCCGTTTGGACCTATTGTTGGATTTGTTAGTCTGATTTTTTGCCTATGTGGGCAGTAAATTCGTCCTAGAAAATTATCCTCCAATATTGGATAAGCGGGAAATCATGTAATGAGCCGTCCTGAAAGAACATTTCCAGACGGCCCCTACGCTGTTTGTATTTTTTGTATATTTGGAGAGTGTAGAAAGGATTGTTGGAGTTTTTTACAAAATAAAAACCACAATGCAAAACAGAGTGGTGGTTAAATTTCTGGAAATAATTTTTGCGAGGTGTTGACTGGTTTTGTTTGGGCGTATAGTTCAGGTTCTTCGCTGCTGACGCGGTGAAGAAAACGAAGCAGACAGTATAACACAGTTGATTGAAATTTTCGATAATTTTAGTTGACATTTGCTAATCTGCTGTATAATTCGATTCGCTCTTTAAAAACAGATTACCGATAAGTGTGAGTGCATTAGGCCTCACACTGTTTAAAGACAGACAAGATGATGTTTTAGACATTGTCCTGTTGGTTTCTTTGAAGCAGACCAGAAGTTATAAGTTAGAGATTGAACATAAGAGTTTGATCCTGGCTCAGATTGAACGCTGGCGACATGCTTTACACATGCAAGTCGGACGGCAGCACAGAGAAGCTTGCTTCTTGGGTGGCGAGTGGCGAACGGGTGAGTAATATATCGGAACGTACCGAGTGTGGGGATAATAATCGAAGATTAGCTAATACCGCATATTCTCTGAGAGGGAAAGCAGGGGACCTTCAGGCCTTGCGTTATTCGAGCGGCCGATATCTGATTAGCTAGTTGGTGGGGTAAAGGCCTGCAAGGCGACGATCGGTAAGCGGGTCTGAGGATCCGCCACACTGGGACGAGACGGCCCAGACTCTACGGGAGGCAGCAGTGGGGAATTTTGGACAATGGGCGCAAGCCTGATCCAGCCATGCCGCGTGTCTGAAGAAGGCCTTCGGGTTGTAAAGGACTTTTGTCAGGGAAGAAAAGGCTATTTGCTAATATCGACGGCTGATGACGGTACTGAAGAATAAGCACCGGCCAACTACGTGCCAGCAGCCGCGGTAATACGTAGAGGTGCGGGCGTTAATCCGGAATTACTGGGCGTAAAGCGAGCGCAGACGGTTACTTAAGCAGGATGTGATCCCGAAGGCTCAACCTAGGAACTGCGTTCTGAACTGGGTGACTAGAGTGTGTCAGAGGGAGGTAGAATTCCCGTGTAGCAGTGAAATGCGTAGAGATGTGGAAGATACCGATGGCGGCGCAGCCTCCTGGGATAACACTGACGTTCATGCTCGAAAGCGTGGGTAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCCCTAAACGATGTCAATTAGCTGTTGGGCAACTTGATTGCTTAGTAGCGTAGCTAACGCGTGAAATTGACCGCCGGAAGTACGGTCATAGATTAAAACTCAAAGGAATTGACGAGGACCGCACAAGCGGTGGATGATGTGGATTAATTCGATGCAACGCGAAGAACCTTACCTGAATATACGACATGTACGGAATCCTCCAGAGACGGAGGAGTGCCTTCGGGAGCCGTAACACAGGTGCCATAGCTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCACGCAACGGCGCAACCCTTGTCATTAGTTGCCATCATTTAGTTGGGCACTCTATTGAGACTGCCATTGACAAGCCGGAGGAAGGTGGGGATGACGTCAGGTCCTCGTGGCCCTTATGACCAGGGCTTCACACGTCATACAATGGTCGGTAGAGGGTAGCCAAGCCGCGGTTGAGCCAATCTCACAAAACCGATCGTAGTCCCGGATTGTACTCTGCAACTCGAGTGCATGAAGTCGGAATCGCTAGTAATCGCAGGTCAGCATACTGCGGTGAACTCCCGTTCCCGGGTCTTCTACACCGCCCGTCACATGGGAGTGGGGGATACCAGAAGTAGGTAGGGTAACCGCAGGGAGCGCTTACCACGGTATGCTTCATGACTGGGGGTGAAGTCGTAACAAGGTAGCCGTAGAACCTGCTGGCTGTGGATCTCTTTCTAGAAAGAAGAGGTCTGATGCATTCACACTTATCGGTAAACTGTAAAAGATGTGGAAGAAAAGCTTGGTGAGGCAAAGATTCGCTTAAGAAGAGAATCCGGGTTTGTAGCTCAGCTGGTTAGAGCACACGCTTGATAAGCGTGGGGTCGGAGAGTTCAAGTCCTCCCAGACCCACCAAGAACGGGGGCATAGCTCAGTTGGTAGAGCACCTGCTTTGCAAGCAGGGGTCATCGGTTCGATCCCGTTTGCACTCCACCAATAACTTTACAAATCAAAGGCTACTATACTTGAGCTTATTTGATTTGCGAAGTGAAATATCGACGCATCGATCTTTAACAAATTGGAAAGCCAAAATCAACAAACAAAGACAATGAGTTTGTTTTTGATTTTTGTTCTTTGCAAAGGATGAAAAATCTCTCGCAAGAAAAGAAAACAAACACAGTATTTGGGTGATGATTGTATCGACAATCCTGAAACACAAAAAGCGAGTTAAGACACAACAAAGCAGTAAGCTTTATCAAAGTAGGAATTTCAAGTTTTGCTTCCCTAGTCAACGGGTAGGTAAACAAAGTCAAAGGGATTCTTGAAATGATAAGTCAAGTGAACAGTGCATCGGTGAATGCCTTGGCGATATTGACGACGAAGGACGTGTAAGCCTGCGAAAAGCGTGGGGAGCTGGCAATAAAGCTATGATCCCGCGATGTCCGAATGGGAAGCCACCTCTTAGGAAGTATCCTTATCTGAATACATAGGATAAGCGAAGCGAACCGGAGAACTGAACCATCTAAGTACCCGGAGAAAAGAAATCAACCGAGATTCCGCAAGTAGTAGCAGAGCAGACGCGAGAGAGCCTGTACGTGATAACTGTCGAGATAGAAGAACAAGCTGGGAAGCTTGACCACCAGTGGGTGATAGTCCCGTATTTCGAAATCTAATAGTGGTACTAAGCGTACAAAAGTAGGAAGCGGGACACGTGAAATCCTGTCTGAATATGGGGGGACCATCCTCCAAGGCCTAAATACTCATCATCGACCGATAGTGAACCAGTACCGTGAGGGAAGGCGAAAAAGAACCCCGGGAGGAGTGAAATAGAACCTGAAACCTGATGCATACAAACAGTGAACACCCTTGTGGTGTGACTGCGTACCTTTTGTATAATGGGTCAACGACTTACATTCGTTGTGAAACTTTCCTTCGAATAAGGCGTAGGGAAACCCGAGTCTTAATAGGGCGAATAGTTGCTGGGTGTAGACCCGAAACCGAGTGATCTATCCATGGCCAGGTTGAAGGTGCCGTAACCCAGGTGCCAGAGGACCAGACACGCATGTTGCAAAATGCGGGGATGAGCTGTGGATGAGGTGAAAAACTAAACAAACTCGGAGATAGCTGAGTTCTCCCCAAAAACTATTTAGGTAGTGCCTCGAGAGCAAGACACTGATGGAGGGTAAGCACTGTTATGGCTAGGGGGTTATTGCAACTTACCAACCCATGGCAAACTAAGAATACCATCAAACGGTTCCTCAGGAGACAGACGGCGGGTGCTAACGTCCGTTGTCAGAAACAGCAGACCGCCAGCTAAGGTCCCAAATGATAGATTAAGTGGTAAACGAAGTGGAAGGCCCAGACAGCCAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGCGTAATAGCTCACTGGTCGAGTCGTCCTGCGCCTCCGGAAAGTGCAGCAGGGCTCAATCTATAACCGAAGCTGCGGATGCCAGTTTAGCATGGTAGAGAGCGTTCTGTAGGCCGATGAAGGTGCATTGTAAAGTGTGCTGGAGATATCAGAAGTGCGAATGTTGACATGAGTAGCGATAAAAACTGGTGCTTCGCTCGCCGAAAAACCCAAAGGGTTCCACGCAGCATTCATCGGCGTAGGGTGAGTCGGCCCCTAAGGCGAGGCGAAATGCGTAGTCGATGGGAAACAGGTTAATATTCCTGTACTTGATTCAAATGCGATGTGGGGACGGAGAAGGTTAGGTTAGCAGCTGTTGGAATAAGCATTTCCCAACAATGAAGACAGGTGGAAGACTTAGGCAAATCCGGGTCTTAACAACACCGAGAAGTGATGACGAGAGTGTCTACGGACGCTGAGTAACCGATACCACGCTTCCGGAAAGCCACTAAGCTTCAGTTTGAATTGAACCGTACCGCAAACCGACACAGGTGGGCAGGATGAGGAATTCTAAGGCGCTTGAGAGAACTCAGAGAAGGAACTCGGCAAATTGATACCGTAACTTCGGGAGAAGGTATGCCCTCTAAGGTTAAGGACTTGTCCCGTAAGCCCTGGAGGTCGCAGAGGAATAGGTGGCTGCGACTGTTTATTAAAAACAGCACTCTGCTAACACGAAAGTGGACGTATAGGGTGTGACGCCTGCCCGGTGCTGGAAGGTTAATTGAAGATGTGCAAGCATCGGATCGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCTAAAAGGTAGCGGAAATTCCTTGTCAGGTAGGATTCCGGCCGCACGAATGGCGTAACGTGCTGGCCACACTGTCTCCTCCTGAAGACTCGGCGAAGTTAGTGGTTGTGAAGATGCAATCTACATACTAGACGGAAAGACCCCGTGAACCTTTGCACAACAGCTTTGCATTGGACTTTGAAGTCACTTGTGTAGGATAGGTGGGAGAGCTTTGAAGCAGAGACGCCAGTCTCTGTGGAGCCGTCCCTTGAAATACCACCCTGGTGTCTTTGAGGTTCTAACCCAGACCCGTAATCCGGGTCAAGGACCGTGCATGGTAGGCAGTTTGTGACTGGGGCAGTCTCCTCCCCAAAGAGTAACGGAGGAGTTCGAAGGTTACCTAGGTCCGGTCGGAAATCGGACTGATAGTGCAATGGCAAAGGCAGCTTAACTGCGAGACCGACAAGTGAGCAGGTGCAAAAGCAGGACATAGTGATCCGGTGGTTCTGTATGGAAGGGCCATCGCTCAACGGATAAAGGTACTCGGGGATAACAGGCTGATTCGCCCAGAGTTCATATCGACGGCGGAGTTTGGCACACACCTCGATGTCGGCTCATCACATCCTGGGGCTGTAGTCGGTCCCAAGGGAGTATGGCTGTTGCTGTTTAAAGTGGTACGTGAGCTGGGTTTAAAACGTCGTGGAATGGTTGGTCCCTATCTGCGGTGGGCGTTGGAAGTTTGACGGGAGCTGCTCCTAGTACGAGAGGATGGGTGACGAACCTCTGGTGTACCGGTTGTAACGCCAGTTTGCATAGCCGGGTAGCTAAGTTCGGAAGAAGATAAGCGCTGAAAGCATCTAAGCGCGAAACTCGCCTGAAGATGAGACTTCCCTTGTGGTTTAACCACACTAAAGAGTCGTTCAGGGGCCAGGACGTTGATGGTGGGGTGTGGAAGCGCGGTAACGCGTGGAGGCTGGCCATACTAATTGTCGTGAGGCTTGACTCTATCATTTGAAAGAACTTCAAAGATAAAGCTTACTGACTGATTCAGTCATCACCAAATAATTGATTAAAACTACCGATTTGTAACAGTTAAAGTTTAGCGGCCATAGCGAGTTGGTCCCTTATTTATCAGAACAGGACCGTGAAACGGCTCGCGCCGATGATAGTGTGGTTCTTCCGTGAAAGTAGGTCGCCAAAGCATAGAACAAACCCCCGACTGATGTCGGGGGCTTTTACGTGCCTGTCCGTTTCTGTCGATTTGGCGATAGAGTTATGATTACCTGTTATTGTTCTTGAACAAAAGTACCGAAAGTTACGGTTAACCGTTTGGAATATTGAAATTGAGGCGATATTTGCGTTAATATGTCGTAAGCATTTATGTGGGTACGGGCTGTTGCCCTATCTGCAGATGTGCAGTGTTTACAGAGTGGAATAAAACCATTCGGTAGACTTCCCTGACTGATTCAATCAAACATGTTATGGAAAAATCTGATGAAGAAATTTTTATTTGGTGCGTTTGCCGCCATCTGTGCGGCGTTCTCTTCTTCATACGTGAACATCAATACCGCGTCTTCTGCCGAACTGGAGAGCATTGCCGGGTATCGGTCCGGCTAAGGCGAAGGCGATTGTGGAATACCGTCAGAAGAACGGTGCGTTAAATCGGTGGAGGAACTGAAAAACGTGAAGGGCATCGGTGATGCAGTGCTGAATAAGTTGAAGGCAGAGGCGACGGTTTCTTCTGCCGCGCTAAGGCCGCCCAGCCTGCGTGGCGTCGTCTGACGGACGTTTGTGCCGTATATGCCGCCCCGAGGCTGAACCATTTGCCGGTTCCGGGCTGACGAAACCTTTTGTATGGGCAGTGGCAATAAAGCAGGCTAATGAGGCATTGAAGGGATAAACGGATAAGGTCCATCCTGTCGGATAGGGATATAAAAGATAAAGGGAATAAAGATATGTACTTAAAAGCATTTGACGGAAAACGAAATGAGCAGCTGGCGCAGAGGCTACTCGCTGGTACAGCTGTTGGTGGTGATGCTGCTGGTTTCGATCTTGGCGACGGCGGCGCGCACAGCCTATCGGGGAATCGGTCGCTCGGTGAAATCTGCGTGCGGCTCATGCCGCGTTACTGGAAAATGCGCGCTTTATGGAGCAGTTCTATACGAAAAAGGGCAGCTTTTAAGCTGACGTCGGCAAATGGCGGAGCTGCCGGTCAAGGAGGCGGGCGGTTTCTGCATTCGGATGAACGGTCAGGCTAAGGAGATCCTGGAAGGGAAGTTTACCCTGAAGGCGGTGGCTCTGGACAGGGAGGCGGAGCCGAGAGTATTACGCTTGAACGAGTCGTTGACGGCGGTGGTTTTGTGGGAAGATGAAGGTGAGAGCGGCTCTGTACGGACGGTGAGGAGATATTTCCAAAGGGGGCAATGATGCGGAGTGTAAGCCTTTTGCAGAAGATGAAATCTGATCGAAAGGGAGGAAGCGGATAAAGAAAAAGGACGTGGGGGGACACGTCCTTTCAGAGAATGAAATATTTAGTCTTATCAGATTGGCACTATCAATTTTCAGATGGCCCTTTGTTATAATCCTCTCTTTACCTGAACATAAAACAGGCCGTCTTATGGAAGTCATTCAATATCCCAATTCTCCGTTTAAACTCCACCAGCCATTTCTAGCCGGTGACCAGCCTACCGCCATTGCCGGTCTGCTCGAAAGGGCTTTCAGACGGCCTTGCTATCAACCCCTGCTCGCGTAACCGGTTCGGGCAAAACTACACCTGCGGCGAACGTCATCGCGCAAAGCGATCAACCCTGCCATCATCATGGCGCATAACAAAACCCTTGCCGCCCAGCTCTACGCCGAAATGCGCGAGTTTTCCCTGAAAACGCGGTGGAATATTCGTCTCTACTACGACTGTACCAGCCCGAAGCCTATGTACTTGTGCGATTTGTTCCATCGAAAAAGACAGTGCGATTAACGAACACATCGAGCAGATGCGTCACCACTTACCAAAAACCTGATGACGCGCAACGACGTGATTATCGTCGCCACCGTGTCCGCCATTTACGGTATCGGTGACCCGACCGAATATCAACAAATGGTGTTGTCCGTCAAAAAGAAGGCGATACCATCGAGCAGCGCGACATCATCGCAGCGCTCGTTTCCACGTAATGCCGAGCACCGCGATTTGGACTTCAAACGCCGGCAGCTTCCGTGCGCGGCGACGTAATTGACGTGTACCTGCTGAAAGCTCCGAAAACGCCTTGCGCATCAGCCTGTTCGATGACGAAATCGACCGACTCCCGATATGTTCGACGCACTTTCAGAGCAGCCTGCACCAACGCGTCGGCCGCTACACCGTCTTCCCATCCAGCCACTACATTTTCTACTTTTCGACGCAAATGCGCGCCTGCGGTATCAAAGAATTGCGCGAACGCATTGAATTTTTGCGCGAACAACCCTGTCGAACAACAACGCATTGAACAGCCGCTACTTCGACCTCGAAATGCTCTACGAAATGGAGGCTTCTGCAAAGGCATCGAAAACTTCTCCGCCACTTCTCCGGAAAAAAGAAGGCGAACCGCCGCCCACGCTGATGGACTACCTACCCGACAGCATCTATCATGTTCATCGACGAAAGCCACGTTACCGTCACAAATCAGCCAGCATGTACAAAGGCGACGCATCGCGCAAGCAAAACCTCGTGGAATGGCTTCGCCTGCCTTCCGCCGAGACAGCCGACCGCTCAAGTTCCACGAATTTGAAAAAGTCATGCCGCAAACCATTTTCGTTTCCGCCTAGCAAATACGAAGAAGAACACGCCGGACAAGTAGTCGAACAAGTCGTCGCCCACTGAACTGGTCGATCCCCAAATCATCATCCGCCCCGTCGCCACCGGTTGATGACTTAATGAGCGAAATCAACGACCATCCAAAAGGCGAACGCGTGCTCGTTACCACCCTCACCAAACATGGCGGAACAACTCACCGACTATTACAGCGAACTCGGCATCAAAGTGCGCTGCACACAGCGACATTACCGTAGAGCGTGTTAGGTATCGAGTTGCGGCTCCCGGATTGTTTGACGTACTCGTCGGCATCAACTCTGCGCGAAGGCTTGGACATCCCCGAAGTCTCCCTCGTCGCTATCCTCGACGCTGACAAAAGAAAGCCTGCTGCGCTCCACCGCAGCCTGATTCAAACCATAGGCCGAGCCGCGCGCCAACGTGAACGGTGTCGCCATCCTGTACGTAAACAAAATTACCGATTCCATGAAAGCCGCATCGATGAAATGAACGCCGCCGCGAAAAACAGATTAAATTCAACGAAGAACGCGACATGCGTGCCGCAGCAGGTCAAAAAACAGGTCAAAGACATCATCGATGGCGTGTACCACGAAAGAAGACAGCGGCAGGCCGTCGAAAGCAAAAACAAAGTCAAAGTCGGCGAGATTCACAATGAAGAAGACGCGATTAAAGAAATCGCCAAATGGAAAAAGCCATGCAGCAGGCAGCCAGGATTGCAGTTTGAAGAAGCGGCTTTGTGTTGTAGGGATAGGATTCGGGGGATTAAAGAATTTGTTGTTTTAACTGTCTTCTTACTTTCAAAAATGTTATTTCTCACAATAAATACCTTGTTATGGATGATAAACAAAATGCATGGTTATAATGATTATCCACCACTTTGTTTTATAAAGGGACAGTAAAAATATCTGTATTTTGGAGCAAGCGCAAAGAGATACAAATGGTATAAATAAACAATAAAGTTCACAGTTATTTGGAACATAGCGGGCTTGTTGCAGAGTTCGTAGATACATAAATGGGGAAGCTTTAAAAATGCCAGAAGCAATAAATAATGAAAAATATCAATTTAACAATTCATGTATACTGTATAAATTGAATTAAGACAATGAAGAAAATGGTTCTATTAATGATTTAGCTCATTTACGTGCTTATTTTTGGGATTGCAACCCATATGGTAGAGGAACTAATGTGTATTACACATTTTTTGAGAAAACAAACAGAAAAATTACATCCAAAAGATACAGAAGTACAAAAAGAGAAAAGATAAATTCGAAAAAAATGGATTCAGTTATGAAGACTAACGTACTAACTTTAAGTAGTAGAAGTGAATTTGATCAAGCAGTATATCAAGAAGATATTCTTATTGAATTGTCAGAAAGACTGGCTCTAGAGATGGAATGTGCCCAAATCCAACCTAGAAATTGCAAAAACTGTTAGGGAAAAATAGGCATATGTGACGGAGTTTATTTGGAGGGCTTTGCTAATATTAGATTAAAAGAATTGCTTGTGAAGATATTTTTTCTGTTTTTAATAATATGTTAAGCTTATGCCTGCTTATGAAGGTCAAAAAGTTTGCTATTTAGAAATAGTAAATTTAATACCGTGAAGTTAAATATTAATCCTGAAGTTAAAGATAGCTGAAGACTTTAGAAATTTCTCCATTATAAAACATAATGATAACGCAAACGATATCAAAATTAGTTAATGTTACAGTTAATAATAATTTTAGTTGCAACTCTAGTTTCAGGGAATTTTAGAAAGTCAATATATTGGAAATTCATTACCAAATAATCAGCATCAAATTCAAGATATTATCTGTGGAAACAGTTCTTTGGCGAGTGGTATTATAAAATGAATGATATTAAATTATCAAATAAATCCAATATTTTTTAAAGATTTATTTATAAAACATCCTTGAGCTAATATAAAGATGATATTGGCGGTGGAGAAAATGAGATTCTTGCACAACCACAAATAGAAAAGAAATCTGATACAGAGTTTAAAAGTTACTGCAATTGCAGATGTATAACGACAAAGTTCATTTTAACAGCGTCTATTTGGGTTAAATTTAGATTTGGCGGTGCATGCAGAGTTACCAGATGATGCAAAATAAGAAATGTTGCACAAATCTTTGAAGATTTAGTTTATAAATTTATTCAGGAGTTCACAGAACGAACGCCTTTTCATATGACTACTAACAAGCCGTAGCCTGTCTACCAACCACGTTGCGTGGTTGCCTGCACCTCTACTTGCAGGTGGCACAAAATTTAAAACCGACATTAAGTGTATGTGCGGTACGCACACGTTCTTTTCCGTTCAAACCATTATTTCAAACTTTCAGAAGACCTCAAATGTCGTCTGCAAAAACTTTTAAATTAAAGGCCGTCCAGAAATCCAGTTTTCAGACAGCCTTATTGTTTATGTTGTTTTAAAATCTAACAGTCAAACTCGGCGTTACCGGCATGGTCGCTGGGGCGTAAGGCCTTGGCGGAGTTTCGGTCGACGGTGACGTCGGTAAGGGTGGCGGCGAGTTCGGGGCTGGTGAGGATGTGGTCGATGCGCAGGCCGGTTGCGTTGGAGCATGGCGCCACGCGGTAGTCGAACCATGTGGAACGCATGTAGGGTGGATTTTGCGCAGGCTGTCGGTCAGGCCGAGGTCGAAGTAGGAGTTTAAACCTAACGATACTTTCGATGGAGGAGCAATGGATTTTTTCGTGCCATTTTCGGGGTCGCAGCGAAGTCGGCATCGGCCGGGGCGATGTTGAAGTCGCCGAGCAGGACGAGTTTGGGGTGTGCGGCCATTTCGGCGCGGACGGGTCTGATCAATGCAACAAACCATTGTTCTTTGTATTGGAATTTGGGGCTGTCAGGGCTTCGCCGTTGACGCAATAGACGTTGATGATGCGCACGCCGTTGATGGTGGCGGCGATGACGCGCCATTGCGGGTCATTGGGGAGGGTGGGCAGACCGCAATGTACGTTTTGCGGTTCGTGGCGGCTGATAATGGCGACATAGGTATAGGTTTTGGCCGCTCCAGACGCAGTGCCAGCCATCATTTGCAGGGCAGCGGCGGGGATTTGTCTTGGTCGAGTTTGAGTTCTTGTAAAGTAGTGTCGGCTTGGTGGTGTGGCCAGTTTTGTACTTGGGGCAGGCGGACGTTGAGGAATTGACGTTCCAAGTGGCGATTTTCATGATGTTTCCGTGTGTGCTGTTTGGAGGAGAGCGTTTTGTTGGATTGCGCCTGTGGGAATGGGCGGTATTGTAGCGGATTGGTTTATTTTTCGATATGGGCTGAAAGTGGCAGGCCGTGAAAGCTGATGTTTCAGACGACGTGATATTGTGATGTGGAATAATTTGTTTATTCTGCTGGGTCTTTGAGCGTGCGCAGGGTATTGAGGATGGTGGTGGCTTCTTCGGAGATGATGCGGTATTCGATGATGCGGTGGTAGCGCGTGAAATCGATGATGCCTTCGGTGCGCAGGCGTGCGAGGTGGTTGCTTGGCAATGCCGGGTCGGGGGGAGGAGTCGAGCGCTTGTGCGCAGTTCATTAATGCTGCGGTCGCCGTTAAGCAGCAGAAAAAGGATGGCCATGCGTTCGGGGTTGGCAATCAGTTTGAGAATGGTAGAAGACGGCGGTTCCATATTATTGTTCCTTTTGTTTGTTATATGAATGCTTGATTTAGGTTAAATTTGGATGATTGTGGTTTTGTAAGATTAACCTTGTAATTCAAACTCTTACCTTGCAGTGTACATGGTTTTATAAAACTTGAGGCGTTTGTTTTATTTGTTTCATTTTCGAGATTTACCTTCGGTTTGCAAAACTGGATTGAAAAAAAGACGAAAAAGTAAATCTAAGAAAATAAATATTTAAAGTTACATTGATTTTGCTGACGGATATTTCGGTAGCCATATTCAACTTCGTTGTTTTTTCTTTTTCATCATTTATTGTTGAATCAGCCGATTGATTGTTTTCAGCAACAACTGGGTTTTATGATTCACAATGTAGGACTACACGCCAAAGAGCCTTCGGGCCAACTTGGACGTTATTTGTCAGAAATTGCGACTCTACTTTTTCTTCCAGCCTGCGGCAATTCATGGCGAAAGTGATGGGGTCGTATTTCGGCAGCTTGGACGGAATGCCGACATCGTTACGGTACACGGCGGTAGCGTCGGCGAGACATTTACGGAGACGATGGTGTGTGAGGCAGCCGGATCAAGTCGGTCGAGTGCGCGCGGTGGTTTACGGCTCTTGGCGGTTGGTGAAAACTGTTGAGAATGGGTCAACCCAGTTTTTCAACCGCAGAATGGCAGCCAGCATAGATGAAGTTTGCAGCTGCCTTCGGTCTTGGGCAGCGCGAAGCTGAAGTAGTCGTATTGTTCGTTGCCGGGGCTTTCGCTGTTGCCGTAGTAGCCTGTGGTTGCGTCAATCAAGTCGTTCGCATTTTTATTTGGCGGTCGGCGGTGCGCACGTTCATGGTAAATGCCGATTTTGGCGAGGTCGCGCTGCCATTTGGCGGTATGCGCTCGGTTTTGCCCGGGCAAAGATTCAAAGGTCAGCGGTTTGCCGCCATTTGCTCGACTGCTTTGCCGTTTATGGTATGTTGTCAACGCCTTTTTCAAACCAGGCGCATGCTTTGAAGGCGAGTTATGAGCGCACGCCGGTTGCAGGGTCGGTAACCGGCGGCATAGGGACGTCTTGATCAATACCGTCGGGCAGCAGTGCCCAATGGTTTGAGCAATGCGGTTTCTGCACGGTCAGGCTTGCCGGTTGCGGCTTCATTGGTGCTGTTTGTGAAGAAGCTGTCGGTTGCGGCGGTATGCGCCGTAGAAGATGCGGCTGTTGACCGCTTTCGTGATCAAACGCCAATCAGACGCGGCGGACGTAAATATTGTCCAGGGCTTGTGGCGCATATTGGTGGCGGCCTTGCGTACCGGCTGTGCTGTTTGTATCCATTCATGGCGGACGGTTGCGTTTTTTGAGGACTTCGTCGGAGGTAGGCGCGCCAGTTCGCGGGCGACATTTTCTTGTGCCGTCTGGCTGGCCGCCTGCCAGACCTTCGATGCGGACAACTTCGTGCTGACGTATTTGATGCGGATGTGGTCGTGTTCATATTTGCGAGCAGGTGCGCCCATTGGTTTGTCACCGGACAAACTCGCTGATCAGCCGTTTCCACTGACTGGCGAAACGGGCAGGACGAACGATCGGCAGGCTCTTTGGTGCGGCAGCCAGGCCGCGGGATAGCACCGCTAAAGAAGGCGAGGCGAAGCGCCAGGATGTTGCCGGATCTGAGTTGCGCGCTGGAGAGGAATACGACGGTGCGGTCGTCACGACATTCCTTTGGCCACGTCGCTCCAGTAGAAGTGGTACATGGGGCAAGCGGCTTTGTTGCTTTTGGTCAGGATGTTAAATGAAGCGGCAACGTCTTTGGCCGACTAAGGAGTCATACGTTCCATGAATTGTGCAAAAGTTGATTTTGAAGGTGATAACGAAAGAGGCAGTCAGCGCAGAGCTGATGTCTTCGGCAATCAACCATCGGCGGCATCGGATTCGTCCATGTACTCGGTCAGGTGTCGAGCGTCAGCATGCTGATGCCGTATTATTGGTTTGCCATACGAAATAAAGAGGTTGAGCGTGTCAAAAACGCAAGGGGAAAGCGGCAATAAACTGAAGCCACCTTTGGGCGATAAGATTCGGCGTATTCAAGAAAGCGGTAGAAGTTGGCCGGATGTTGGAAGTGGTACCAGCCAGGCTACCTGGTAAGGCATAAAAGGCAACCAGACAAAGTCGTGACTCAAGAGAGATGGGCTGAAATGCTTTCATCTATTTTCCTTGTAGGTCGAATGTAAACATTAAAGTAGTGTGCCGATTATATAGTGATCTTAAACTTGATGTGCATTCAGACGGCATCCGGACAAGAGGATTCTATTTTTCATGTGGCGCTGAACTCAGCAGCATCATCATTCAAAGGTTTCCAGCGTGCGGGCTGCATGATGTTAGTCAGCCGTTTGGTTGTGTGTCTTTGTTGAAGAGCGTTTGCCGGACGTGGAGCGAGAGGATTTGAACAGCTCTGCCAGTCGATGGACTCCGCCCATTCAAGACCCAGCCCTGACGGCCGGAATAGACATAACCGTGTCGCGCCAGTTTTTCTAAGCTCGCCCAATTCGTCGAAGCCCATATTGATGCTCTTCTGCGTCTGAACTCCTGCACCCGGCAATGCCGCCTGCGTTTTGTTGGGCAGAATCGACAACAACAGGATTTTCAGTACATCATCCAGCGCCGCCGCGTCAGGGCTGCGGCGGGGGCCTTCATACCCGCCAATGGGACGGGGACGAGGTCAAACTCGCGCTATTGCAGACCATAACAAGTTGTTACAACGAAACGGTACATAGCAATGCCTGCATCGTCAGTTGTAGCCGTCAAAGTTGCCCATGTACCAAGCAGACAAAGCGTGCCGTTTCCAAGCAAAACGCCGTTACAGCCGCGCCGACCAAAGCAACAACAGCCGGTACCAAACAGTTGGGCACAAAGCGGTATAGCCCACGTGGCCATCATGTCAGCCAGAAACCGCGGTGATAACCCTCAACCATTCTGATCCGCCCACCACTTGCACCTGGCCGTTCACGACCGACAGCCCCACGCCCAAGACAAAGGCCCAAACGTCAGCAACGCCCAATACACCAAAAACTGCATCATCCAGGGCCGTTGCGAATTGACGCGCCAAATCCGGTTGAACGCATTGTCTATCGTCCGAATCAGCATCAGCGAGGTTACGACCAACATCACACCACCGATGTACCGTCAGCGCCAGAGGTGGCCTTATCACGGAACGCATTGATGTAGTCGAACACCATATCCGCACCCTGCGGCACAATGATGCGGTTGATAAAAAGACAAATTCACACGACCATTGGTCGAAAACGGGAAAGCCGAAGCGATGACGACCATCACCGTCAACACGGGCACCAAAGCCAAAAGCGTCGTAAACGTCATGCTTGCCGCCACCTGCGGCACACGCTCGTCATCAAACGGCGCACGTCACGGCCGGCAACGCCACGCCTTACTTTTCAAAAATCGCGCACCATTGCGAAAACGGCATAGCCTTTTCCCACTTTTAAATTGAAATTGTACTGGACCTGAGTATTTAAAAGGCCGTCTGAAGAGCCACTGACAACATTATGTGGAAACCCCAAATGAACCCAAATCCTCTGAAAATCCTCGTTCTCTTTTATTTAAAAACGGCAGCACGCGCAACTTTGCCGCCGATCGCGGTATCGAAAGCGTGGACGGTTGCGAAACCATCGAACATGCCGTTCTCAAAGTTTCCACGTTGCCGGTAATTGAAAAAGCCGTTCCCGACGAAGGCCGCCGCCATATTAACGACTGCCGACGACCTCAAAATTGCAAGGCGCTGCGCTCAGCAGCCCGACGCGGTTCGGCAATGTGGCGCGCGATGCAATCACCCGTCGACGGAGACATTCCCGCCTGGCTCGGAGCAGAGCTCGTCGGCGAGGCACCGCCACTGCCATTATTACCAGCATCTTACTGCACGGCGACAAAGCCCCCTGCGATGATGCGCCTGATTTTTGGCATGTGATCATCAACGGCATTCATATACCGAAGTTGCGCTCGCGCCATGCTAAAGTGGCGGCGCCATACAATGCGCAATATGTTCCAGCCACGACAATAATGGCATTGACTGCCGGCAAACATTGCACCCGTACAAGGTAAACGTTTGGCGGGAATTGGCACGAAATTGGCAGACTGATTTTTGCGATAAAAATTCAAGGCCGTCTGAAAACCTGATGATGGGTTTTTGGTATTTCGTTAATTAGGACTGATTAAAAATAAATATTTTGAATTAAACGACTACTTTGAAAATGGGAATTCAGTGGTTTCAATCGGACCATCTTTTTGATGAATCTAAAACCAATTTTAAGATAAGCTAATTGGAGGCTATGTCCCTACCTGTATTCCCTATGGCAAGTGCGGCACGCATCGGTCCTGGCCTTCATATTGGCGTATTCTTTTCTGACCAGTGAAAATACTTGACTGCAAGACATTGTCGTTACGACAGATTACCGTGCGATGTCGGAAAACAGACTACTTCCAGCGCTACACCATTTCCTGCTTCCTCTGCCGCAACGACGCTCGCTGACCCAGCGCGACGCCGCGGTCCTGTCTGTCATTGCTGAAAAACCAATGGACAGGCAGAAGGTTTGGATACCTTGCCTGGACGTGTTGAAACAAACACCGGGCGTGTTCCACGGCCAAAATAGAACGACAACGTCCGGCAGCCGTTTTTTATTTCGCGCAGTCAGGCGGTGACGGCATTTCCGTGGACGTTGCTTCCAGTTCGCTGCGACGGTAAAGCCATCCGCCGCGGTACCAGCAATCTGGGACGGCGCGTTGCACGGAACAGTCGTCGTCATGCCGCGGCAGCAGTTTGTCCAACGGCATGGGCGACCAGGCCGGTACAGTTGCGTGGACGCAAACCGACGCTACGACCAGCCATCAGCATGGAAAGCCGGTGTCAGTTCGTGGAACCACTACCGTTTATCACCGATGCCAATCAGCCTTCAGACCACGAGCCAGCCACACCTGCGCGGCGCGCTATTTTGGTCGCGACCTGGCGGCGATTTTCTGCCAGTTTGCCCAACCACAGTCACCTTTCCCACGATTTTGATTTTGTGTGCTTACGATATTCGCCGCAAACCAATGGCGCATCGTTTTGGAAACCACACCGTTTCACCAACCGGCAGCAGCTCGCGTTTCAGCTGTCGACCGCAACGGGTTGCCATTACTGGATTCATGTTTGGAGTCTTCGCCGCGCGTGATTCTGCCACGCTGGGCATACGGCAAAGACGCCGATGCCAGTAATTACTTCCTCAACCCATGGGTTTGACAGCAACGACGGCGGCGATTACAGCCATGTTTCAAGGTAAAAAAACGACATCGTTTGGGCATTGCCGAAAGTACTTTTGTCATTCGTTCGAGAGTCATATCACCGCTCTTTGTCAGGCTGACCTGGCAAATACCGCGATCAGAATTTTACGCTGGCGCTGGACGGCGATTATCCAACGTTGAGCCGCTCGCGCAGTTCAATCGCGTGGTGTCAGCTATCGGGACAACAAAAGCGCTGCTTCCGAAGGCGATCAGCGATTTCTGATTTACGTCGTCGGCGGCAACATCCTTGGAAGCCAGATATGCCGTATCACCGGAGTAGTTTTCACGCATGAAAACCTGTCGGTTTACGGCTCGACCCGTTTCAAACTGACCGACAACCAACCGCTTTATCGGCGGCAGCCGCCTGGCGGATCAGCGATTGCATTACAGCACCTGACACAACAAATTCGCACACAGCAGCCACAAACAAAACGTTTTCATTCCTTATTTGCGTTAACCTACGGCATCGGCGACAATCTGACTGCCTATGCGTCTTACACCACCATTTTCCATCCGCAAGTGGGTGACCACCACAAATGCCAAGAACTGGCGCGGCGCTCGGCCTAACGCGGCAAAACCTGAGACCGGTTTAAGCGTCATGGTTTGAAGGCCGTCTGAATGTTACTTGTCTTTGCCGTTCGTACGGTATTTGGGCGTTGTCGCAGGCAAATTCGCGAATGGCGAGGAATACTACCGTGCAGCCGACAACACCACAACAAAAAAGGCGTGGAACTCTCTGTCGGCGGCCGCCTGATGATAAATGGCTGCAAATTAAATCTTATGCGTTCCAAAATCAAAGACGGCAAAGGTTCAACTGCATCCGTCTTTATCCGTTTCACATTTGTTCAAACTCTTTACCGCGTGGCAATGACGTAACCAGCCGTTTGAACCTGGGTGCCAATGTCAACTGGCAAAGTCGCAGCCACACGCTGGACGGAAACCTGCAGACTTGTATCAATCCGGCCGCCGCGGCGCAATTGATAACGTCCGTACGCAGCATGGACTTGTTGGTGTTACAAAGTCAACAAATCCACACGCATCAGTTTGGACTTTGAAAGCGTGTTTAACAAACGCTATCGCACCATGCCGGATATTCTTCACGTTTGGCTTACGCCGCGTAGTGCTTGACTGCAACTTGATTAAACATACGTTTTTAATTGAATATGCCAAGTAGGACAGGCCGTCTGAAAGCCTAGTCAATTTCCAGACGGCGCAAATTTTCTCATATTGTTTTGATGAGACCTTTTCAAAATTCCTTTTCCTCCGACAGCCGAAATCCAAACACAGGTTTCAAATCTATTTCCGCCCTAATTACTCCTGATTCTACCCAAATACCCCTTAATCTCTCCCGGAGTAATAATCAGGCATCCGGGCCGCCTTTTAGGCGGCAACAGACACACTTAGCCTGTTGGCGGCTTTCAAGAGTTCAAACACATCGCCTTTAGATGGCTTTGTGCACTCACTTTGCTCAGTCCGAAATAGGCTGCCCGAGCATGGCGGAATTTACGGTGTAACGTACCGAAGCTTTGTTCGACCACATAGCGGGTTTTCGACAAATATCAGTTTGCGTTTGGTTTGCGCTTCCGCTCAGCGGATGTTTGCGGTGGGCTTTGCGCATAATGCCGTCCTGCAGCCGACACTCTTCCGGAATGTTGTCCGTTTTCCTGCTGTCATAGCCTTTATCAGCACCGCAGTCGTACCTTTGGTATTAACCCGCTAAAGCGACAGGTGTTTGCACTCATGGGCATTGCGTGGGAAGTATGTACGGTTTCTCGTCTCTTCTCCATCAGTGCGGGTATGTTTGTTTATAACCGAGTTTGTAGAGACCGTTTTCTTTATCCAACGGGCATCGCTGTCTTTACTTGGTGCGGTTTGGCCGCTGACTTGCCACTTCCTCATCGACTTCTATGGCCTGGCGCTGTTTGCTGCCGGCGGTCTGGATAATGGTGGCGTCAATGACGGCGGCGGATGCTTTCTCTACTTTTAGGCCTTTTTCAGTCAGTTGGCGGTTGACCAGTTCAGCAGTTCGGACAGGGTGTTGTCTTGCGCCAGCCAGTTGCCGGTAGCGGCATGAGTACTGTAATCAGGGATGCCAGTTCGTCAAAACGACAAAACAGGTTGAAATCGTCTTGGTGATAAGGCGTGTTCGAAGTTCAGGATCAGAAGAGCTGTGCCATTGTCGAAACTCGGACGGCACGAACATGACAACAGGGGATAGAAATGGACGGCGCGGTGGTCTCGAAGGTAACGGTTTTGACGATTCAGGTATTGTTCAGTCGGATTAGCAATCAATCACCTGATCCAACTTCAACAGTGGGAAACGGTCGATGTGTTTTATGTCAATCATGTGACAGTTTGCTGAAGAAAGGTGCTCATGGAAAATCCCTAAATGTCTTGATGGGAATTTAGGGGATTTTGAGGAATTTGCAAAGGTCTCGGATTATCTGAAAGTCCTACCACTCAAAAACAAACCGCCCTTGAGCGGTTTTTTGTTGTTTTTTCAGCTTAAACAGACGGTTATTGCTTTTTACCGCCGAATACACCGAAAGCGTTGTTACTTGAAGAGCCATTATCACCTGGTTTTCATTGTAACTGTATCGTCCGCCATTTCGGCAGCTTTGTCGCAAGTAGAATCCACCTGAGATAGAACCTTGCACACCGGAATCCCATTTACCATTAAAGCTGCTGCCTGTGTGCGGTAAAGAGCGTTCATTCATGAACCATCTGTCACCACTATTGATTTTACCTGCGATAATCTTAAACAGCCGTAA + &$,4,8.9<@@@EHB=?D@4<5843+++,,>B?@JJGC@..&&&,,+)*(1%.7@?=?BD7;@,9;B=A7><<<:5/558==;;4?:8;7,*99;<8;;)%$#%$&%&%'$##$8846778<<=?<>@@:@BE@248<979==?5;<9A<6712,0-134(5+*64//02:;=?=8877)*)4=2<6==?EB;&$#$,-.21)&)&(%&-).()%$)&&5;D@=BGC=5>@9@FACE?BFGHGCHF24,$7<;<;9><(8<<;:99++++(54(787>9%)8<6960)*,%&()*18;?B;12.7(#$%$$&)28:?;?A@B8:&*70/.59:=@DOKF./86<8;78'(+8?51(9>,104561('%%-';74?<@=8/&,6B=1(44933>>>13,$$.$'%)=>B@GE4DEHHFB=<:A@;7:AA7>900/2/&,*++)$+&0.-2,+'72::=?7:CDDC@;B==*#&:;B?AGD9=@DCB=?;=9161)/1@>8+/2EH?AED>@<@@I<..2475..:DDD>;+667;7<DJA????BDB5DDD58JJOJEFBBI=>9;ADCB@15CFE>>J;5749:<;89,2210/)$$$$%%%#$$$,)8789794FCBBGC56:%+;5*+$$&)@CC<7;=CL@IHBDEGF?;1/+148=@DA?@A?;:'+%#&*(',%&'&*1%.2237=>A:>><<76%&+,*-+-757E8?9($$(./(78?BC@?C>3.949::46188<@F78B:;=//+)$%/0('*'(%'%$$$58(58<=?2-;6ACHCFC>67&&+3,-3=AA=957>==;-*+/))8:9E:C9AA@@9??BFCDDD;?@AAH20@;LJ@BB@93%(&,(-$.00,6498;04::>A@CC).@;EBDF@CCHE?6A91?B?>;8D>5/1.*('#''**)++,+*(.421/.'&%&)0.569;&95;6;010-:@A8.,()26;--+,6'$%*2676037>=>?CABF./LKKMHG>6B7.11:?3*'&241/)&)(+249:3%&#$:;ADB'*AFFHSHIDCEJIK@>AFF6521*&%346:>=?>BFEC;8.-,-58?=<5:BD7=;01:.,/79..1AA=:@@BA53.013/18:<=0;BHFCDF;=;9489>G?A7AJ?PNJ*$A=F?REA038:??FG<?@?922357:@7;EFFAA>A;@EDIFDHIFDDAEDCDC@?@697)')$&-.0+46+'+::4346;08;:2/8@@@D=66:;E65:AB@@B=@;:.2<;:AD84;<<>35824E?DD=:B=?;<86;:@::4,38:69:--.;<96,+&035--+'=;6/14==367.66*&)-25956<96:<:<:.;BCDEFGFGA=AE25B.4=9:E:832.)(()58@>@DC>7*E=ACC8-/;=8>>>JM@;9;;:<--:=>BJF@9@@C<;=:67524A?6:>:>:?@F>>66;:-$(%$$$0*7*.3CC>88?>C>D4CAHJHHCCBGE>C,7@A@BBD@8<=<><@A9F>>:;5..%%(),2)'&,.9D;B=<;?@@76?87./;9'&$78=:5=>9=;/%&+/+)6;657030'%%$%#$$)$'/3(3AA;>A@A6(+35@ACGKG:>><:>?@B:AE@EH9DH@ELLJJDDFDB9;A<;>=B<93+04583,&.,11:58:2//'*2,(&$&+,<>?1536<>;(,9?*))*+%%777?GA215>D613CFC3:897.')')&%%%&$'(((./)/68=<:/EBEHKABCCE?9;6?:)>?>>.*7%'2)((.1.&-+;?88@BDDCJ<@CDG99CC=LLGEBCHB/CBFC=??=;(+'&%''*54=@B@DCBFMKB?K@A<:83&&1$9-#'(*.3(&*((9<8-A>?@2(+77=?<<@@@03::A@IC@03;<:AC@<8:A>?DAAB-2@D@?;=CCA=><9<>@>A>DA@<965:<=79?6>35:<8=760=8;4B;@E09155500(%(&%#&,+-%&*++((-;968:?9/,,0?6707;3&*&&0/1/'&5:;*188CE:;1#(**71/43)$$(04??EGEGC?;@'<9A?<0/6;(*%%18<=9AEABA@@KDE@ED:4;89;9/+$$25,)669:8060:9'A5);<2=)5))0.9:=@=;:7>80,$%$()+&'35;<=;2344)&&&%$32/789B@=F@AED6:?=D;>AHFD@>>>??@@GI4;01598@=@?=<=CBA@@6:C@CFE)BE?9A9?=4456+#$%%#%'%#&1+$&$-:<9>.<6<9863)(,535999BA===:;=33(9;:41-+&(>?-:<=>AAB@>>85.0<:8)0539<;888:262>>;>@:95)3/-&-###(%*,5.0**)/-/88:BBHEB??<(+(13+<@@;5JK@DC@CBC@J?EDB=?330.)*&$#$%%,(/%)))(567989@:==?9:7)'(%$''99.37)+<:>9*'BA;=::;'212*&*'%./&116682;=?E@<=G;99:;FBA9;66IFD8-EE5:C11&*((-91+,,'(&'$$$%'*,.0;<;CEE;BA;?=>@/4A@FB;87;BA;BAAJFDJC=0??>:BEHDDHC65431026%'339>>><:9;5788'(++'35126815<10*+95;:CEIEED?=ADA:*7&(&(%98(''8:D?ID9;>>5))?;=?C?=93)$*(&89@AGEHHSLKJD27>A@;;.$)7+$$&((+05&*5;;34%&/04334=&(;=<96;GFB@0/&;=:4<<76'0/80*.-5'*,,*+,/.$%)((+)9:40)*)('+11;>?@>E>?CR@@?@,,,0-*-&+/12325228348;=62.46A@:=?8,*.3>>>;1000+$$,,.'+-.779997624.&'#&($%"$('%,534/+763465:3;2:;7>@6-')06:<:-3+''*0>6:<33:?@@9*.GE>&334)837?944'%%,.649;><>ACD9/798()=A>@C6;==?>?764'70'&+$+&)-.0-&$$'%1)%&*+7855;79;@BC)9<=62>/01+)(&*5=;=?>H0*<<..B>?ACDGC<@A?3''''&.,)%#%-/12544-416554;669<;?GI>:;89@C3'),$$(((('0032@>EE?<,.()**/777*%)78//>?FJCEE=?;=,)909<86<9:)%8702(-40<4<<==@4>EEC;CBDEBDLLI@CDD<=@>97;==?AKADA:;81=CE@:<4224AH@EEDK?@=DGKOBCC>:8@A*?ABEFD@BHDAD3FB>?CGIHFBOG:HCA/:,-,),.587/25%8::@1'<@9:>9:A@BFEC((5>GKKE=9:ACH6@JS;EKMFCCGC9<76?BACDC4BHAD2>D@9<8:77$&('44;?=;8(11)#%$%(7887259<@>9>=DA@,,-0A.@A=ACE2,?:;DFBA798?A:?>>F:-($&/(&&'&26AAB?,?BC>DF><DAB>AA@9BC@B<@9+&.2;<7774.29@?=A=&)560>EE:@E>D??B<2525.'&$$')')**+4*+*,3*570A@?@<=:BB9G:<<>?2,.,13687543?ABBABAH<;BBE=='&''(00(>(2@2CAF?A?>5:9?BB:==<>D;DAB<2--0)@AF:9ELOMHDBD=A:9..5;6EI?>@F9>)09;?EG?>;:A@GF64F@686CEGFBC=8;?=@50.<@?;DFIIC8@.,,/0+-*-:<BABB?AAA@?>CC>;><>D96-+013<20))+5588$11648-0,-1%&5;9:'%$&#&()''*%0-/76.)).7=;=?@CD7<;&())'+)/9=B:;715>>>-4=><@G;66(202@BDTNFIMSNL@?C=>;B?AB?D;13BBA8879:97'.*)#%,&$$)#&&&&%&&$'(()'%=>883.4.-%.1'&79;><>7?AA:?8;;;::>?9>@?>DCA5.<>KK@@BE9=;<>79BAD>;>@@A71?>>,;/7--1>;;=@<@@@><>@HEA:121'26=>:>?;A8$&2%'()*''&1(-),)++*4;-)+6:3$$)%,$%&$%%/7:<=;;:6+*$)689:9./0/('&%%$#&''-+28939=?::4897?DE@<<09@B5448&+89::>HH???A?>A64D.-(1789??,EA;=B@IFC>AEG=GF=9A9:DIFJD.<8:>*%*$''876448:ADHACDAA?/86=;8F?882,'$)2:>@?>>;ABB0==?526'2++.4,/-1*'+-%%)''2'&&,'(+4;-/-<;):;),(&$4402<;<=BCFFC=77=?=8*%$#&)+43;=25<19=A6CDDD==5?2+//?HFA960*>;7;:;96+$$804AHEJB9,.-2689$%/,**&(&&(&$$&'*-+-.//76..-/-1A@JCGAE=7>=73::GFAEABB9%*)-22=?=@A?9BBA,,11/4,;8<74))&2*,9874'()-1/+-/9;=<9<>A=@@DEGL<689?CBFGB?27::*'<4<=>>7?E>@DGI>:?.(=AC;@?GEDDFK>:5=@BAB@=>.113:8<:A@BAADD9@DDDJJBKDADCB<56::8*.63/1+.*.*%%%'*.99AEA=:<:10,''&(-)(-3&(8:==8B?@=<3/-8;BCACHFF'6478;F<9;7:-&&'44-5?BDCB;A>=25@@A?=?66..*&'9/%-:875)&+&&%,.)()936?@GEB=ABLJ?3/;-);=FC@>GGA=6:=@A@34+**)$$*--9<;?;1'(&'-(*-.055>@AG:@:5//.+83+)67?A@;=3231/((()'&*%(%&%*(222-28;;6:;*BF>;?@BE8;@0(,'%481/2)'+-$&%%6=>;;EDAGC:54465))/1/0?49<)&<:>CCJDGJIAHC@E:;=@AFGDBB>A63):24@?A;BC=DDA=-/KJ8<5B>=D8734A><9=BC12%(*&#(.142;89:*777,,-,(((,*/3783.%%6<>9:<;@>F<:9-79;5C;>B@*/-+)&&<25AFFDB=5;=95726;3A=736&$%+=D:;=?:=@I?BKJI=AE>I:F:;=BBB<>AAA=@H?:8>=*3232.020+.%$%'-,,1246399AC>;763%,-.+,0/59:478<;..1).E411024:2/(:=;=?DJCBA;?5HFF:;<59CD58<<>DJJFBHIIC:>A@<<:%>@69CBA)-9@3)*$&26??A@):@BD?AHE@>A@CBB==)%$)&)+/46=>@?@)@40,.%#(&'-,'-9EB;EGGB929<=GF>@@=.+./06=9&)996;=21/%++)*%'$%++-0CE>AD40/'8;...0124<@8;@)+;0:79=?JG?@?:0:=D>?@A=99/768===7<7@7,+04@B97;<+$$450/)($%(*%&=&55:2'*'46089:;00-%''-%8/'469.-;9;=-CEGIM=?=MIGIE4?CHHBB>BC<=>EHB*.BBFG@;A@@@ABCIKEFCAHIMMD7::.?1,558C9;799:24*'$%(01&&,+&('+$'&$%$*))-3-+-&%%%%(-<>3>=FC9BB?/,9-**9*)(9:?7EEJC7K@>=BFG=HB:57///7''&''&('(&#$%'*5?CA*$4/'5;?*%(',..753/.,6./;88$@BAEDD?B;:7,DAA::<>=/1886ED@@C?HFABB:88:8>=?:;8CEBFG<@AEC@?GIDEGAAH@EHBC@E9;43//198<<2382..5579/-@;??==?4.320-*),1+-86888>?@=23/&)=:;@;;9=@=HJ@GFA9<75+.9:;BNAHC:B>B2;::A=@BDAHJJC=77HFGADC9:5A@BE-3>?BGCJCCD@CA>@A?:>>>>CCE@D&88;CDB6KJA?C58<974ED?B>?FDLBBJIH33JJACDFGBID;>C@?:@@@A235;61@FFGGFB:---,/2&*$%$(64;87:9:))8BBC=1*4)25693:6>H9:7;5;27@227*%&&&22/+:;86345$$$%%&&'62=?@JK>GDBKABDD<>??DGCC;ABB;:2$%%66&$()*(+6*-3278;4><5657AC;096=95(&&(++-/94('%%$+,12.7=;BA>DDF?4=?;<981.&''''$--00451/(,31:8893(+&$''(%%$#%%$&'33-*=??EA;20%#%#'&(1596?>&(++/>=?>=:$6)72&#$$&%'(+3543;&&&&(%('&$$.33/,*1268=:)$*+.395/)?L>FCNBIIC?=1,*&%%&*89;?@BD@:8423>BHH;45@6:BBDGA>@=>=0)+%()'&*,26@?>872/-.65687--)&$665)1789;>@A=DHDFD>@A<=-;>:1-2@A(('5%889;$A9;>=CEA3,748>:9:=/9:=>A>19>=?98062238;>=@7-//3673/4E?C>?@FG><7EF?+-8?8+.6&),,*$%)163+-$$''&'*3<446>;>23+++(&2955&3654(*368:98;=B>BECB8.6&''.))3374).,20..+&',-13<=<789661((-%37>AC898==94776851275=:8,421/A>;:<;A=84'%49.-45F=?AA==>FK99;=2--8:7:=@AB?0DHBA69?.7731<@B86@B?=<::>?@A+8<100026)(2)39;<+81''(''&&&'+12,(%##'%$*,))**28:=?8894681+*%469<,46444**&)678<@<5><='&&1150,&(-0.&&&'%(,%0+&''&()(%#%,'(.%#'%%%$$$&'%'%%+)*'/1,23+%,--4;9>BD=<<9*&&+$#$(+,?5;<@A@;GFECCC56=<>AI@AA@:+'88+*+&)%'((+39:&6(+'$%'%+&&/,(&$$'''(*1;97B?;@?DD?'0*+-*272-6:89AC;?<<<;5=8=AE1**00-340,0&(,.6(43/85=E?/($)*.'%%%38=<;:>GJDC:4'*6.+'27::>@BA>>?;@;**'&'*,4.3/;9<>NJ@CB2,BBCD?>CCB==>C?@@=>=8,&/16887==?/=--+-,+).---*-679?;:;8./,>=6151#%'&&&430%(22&%$$$%%2%&%+)'().'(+)&(%#$'%(#$-&$+-/767321*457;7:><.0-7A<>=CC6<=/53B+??7),**')&&%&%#%13388)&'%611*.+11)+-0;=;=;1451'-/*%%%+(&**'''&+<.*4.&+388.1=?=A=:>%,*%*++2268:922;197:70/.--9($)1%4317;1C;>:7--20B@8;::58''++,6451')349=89<<.#$$$(&3#$$$&&$$.,#$%*$%%&'*)%%$&('&.//12>A@B>A*$%**+$/0&).0./476&7<$*<>B=@;8>EGG?75*(&#$#&%&(&89976++.'&'$&#&55,&$$%%($$'25<,:88@=BCCDE<:73AC?:5.+-.$&%%%$%,'''$$&$$&$+**%''2:957?>9:<8&&)16:999*%%&'%%%'%&&''%(/11)444333..%0&%&-,-+./24.'$#$&&3+*+(%(-3**%/03/6:@E;;7-*53=?>:*%$+,'&$#%''%%$$,110546%$'35;/1643:24869;;=8DA+'$%&'''&()'%&8-9=;887;@<5A:::9<3*(*%+-*)&&&&(2*#$)$$).+-%/5/%))&'())+),.:<(-1(%.A;*:C>D>BED?=AA@FGBAIBE44=?;1+-+%#%$&'%(/%'.,*.>2:@?BAH><<>A99-#()&<833+&*,,*,./44''%$##$%&.2%*),*-045==:6=7<=::9%2*)6711/+&&*+')(**;=<,,<=>=26@>>@??@<926)+8@DFF=<7B:464-1(/433332')$$%$$(6(9;DENMFAJC>D<<<)-/5/*,*&,**+&&))#%+(66;EFF??DEDHDA<5*&%'&&&%%%%+)0&54(()%$%%%%%$$#)&(%+*$$%%&**)'7;>96,.(%'(%$$476CDDC:99+0''.,--2:@B78-(=:=+.:=A:;3%&%$#$$($#(0022;>@@G?*4)4-/9996.)')*)/-:6;@AACD==1,++&'')&(./**$&(,113>A=>EDPPGLBKJD>B<%)56::@<>0,@8(&4697?ACCFF>;AAA860+'('''(.7(@3=CACDFB>DHICJB6H?I8;BAAH<;CBFHHH8;)9%'457<@7989;G=>-);C?<=9;@<-9&)<>+0CHIGBA=ACC:?CJ?7:<0*7@=>+%(&(%%(&&++,$%$()/-6<>?>44'(((:,7)%;::8630;=5:>;<@@<897><<81ABCEF@6=+<9EDE;HPLF11''&'''('%.-.'+,'%&$%$'+6'+065<:>B;DC<6@ACCA=BEEFB;702@ADE=-05507=@?@(&:+'&.12;=99:>BCKKCEC>%(*+3634(:@<+&$&,=?A@@DF?=?><9>A=;/)1#&$,,1/+*))&*&,/2+((5**10/.?>A@=<<<;99;?E::>EBAD:DA6:,6=?GKDBDBBBCD<=)66;98A?FA+;>(4498.08?:DH@;>B?$&9<>?ACEE7//((&&(7>;==;6B@>9306AB=A@DEDC88528-4==00>DD>A4DCEPNGB==;,)$(*-/+$&.0875:,(*7BEKJIH2@9;@C94<<92'(./9=?C<>AHD@F>AD>FCIIB>AA;BA>E>@9;59;<;<3)*01.29=5901031??C<:B?,5/7BC?D<@?CAIJBAABA;=A7@EAC=B>0&'(,,*+76CDCIID@C<@<@@>A;>C%9+,*+,19:;52>?A:=FILDBC?NNBB87:=<84580,?:;?::/38636750;>@@@DHJJ>B>CEBAB:569,225569:'%:?<8-,,,,--DEJD@E>CB??A;@;?@976=10.<=B=ACEB9=>9=4:@=>3<+(%$'57<@579+>.;=E=>A@A?>A;8>99;596114''-$$+%#').45548;>+32+.(*-.+-91)*2199;<@B:::=2&%..-7999;?4@=;=>@<36+)*44-.7::5@7((/%&31--8<==:;;BC?DDD@>5;9/6DE???IJAH@@F:<=<>=?>@D7@*'''%)64-89<=>@F?+;;C=BB@>G6<122A>?B)<>DBEEDDCCD:8A>DCB46EF@DAIL=C=16:8*;=://;4/@E??C<;CA<>:>@@?=<<461.63898<9%&$#$#$%%&)0<>>=.//.ABABHBDA?22,)--.+(%#&%###%$*)2+,''13222-$2.--&%-%%%%$$$'13;<;103))'+-/,/21,((25:*547@C>>A<7A;=<;A@@?B@?CFG@OOLEC52EE@>@?FG<0)**,26488ABE:==>9*477;EDFDC@APGCD;7:=>>=>;>;<;:EKGEDB4-98;<$$543%$);B=;;61+-.77876<9<8%&%%%+326://(**$%#$$$$#())%(043.-)*/0?:*98874206*++,((()+&5;<4>?CCCFEA9=:546:C@79/:7>7:56,+*3/+074==B>2:@B?81-%$14;:4GG@@7:4%%&&)%%(+20)*%&$934<@>ACJHEBC=0///+;;>AAC>CA133/*,&082.12<;41-->307BE@GAC?5367&-$$&$(..4=7)%,-5@@=AG?69@B>668:;8/$(0,*)''&)5>?@@@CB=6=A63'$%(06134961*=9@CCC86622<7=B?C@A6>>A@A>*@;;>DCBE<@A7E<60><457BDF=BE>@E;5<=>>=C=349A@84.,:1)-4A<:>@7::85;@>?@<;901.7736<9BEA7=:;29:FIE>;;)-'.++.24445;6:7:4237/4/5421(2-4879=?=278<8:;4654535689>@=C>95694000+005;==@B>7>=LKD==-92%=5898968335>:(->>><987=9740%''+'1-'.45?8881312&*$04*/012,'0',,.0/302:8872.0)&)<7(%%3318@>-6<>=>5CC<95ACC758=?A>CA?<>=1<=>?=FB<>;<455-+05669?45:<>36@@<<6289:<><;C<=:=<2,:8<,0-,2%%(://49::9;3200++0185*:49*.1/.'7;<563&%&&$$))$%&%((&&#)'1,3565544;9.6/1055+*98289+37<53&&13',/43..32462==//05167+0011+/&&5;5.))7436@?>;A:;9*('<7:5,('((((&$$%&-113()-2++013;?<<<<;85)02<9879=>;:8,*++,++)8>==8/;;:/7;<<6A-;>78('))'*,,+-;98;9AA?>A>6/4:;.%&'&$#%(+==;>=32'&$$++/,/0466::;8ADFDA0948;56=A87==BDA=A>=6AB;:8<==:A?A:*%0/,=>@>DCD<<9(94:1DEC;>A>@CC6=@9;7600/./0..13873.=0=7*267BB9<>A32//3-5455%%$%+*)*3-6,3A4%$)(4<>CDFE9=>:;6=899@;:56/(9:9990125796902867-);=@?FAD@GGGHDC:97=@8IJGHJABA93<40))&+0/556&*%)(&%2;:98<:B<:?>=BA@C=?DB9<@;;>:3$)*02120-::=/2:9&0:69;::;1*2(((46A:>CFA;8:,,.=C@DD:-8DE>%9F?:7=36;9B@<>9;:/.*&-.*&(&%(,%.)''-99==74;:8443&$+&'%''%$%).-66176(($'/4--773>>@;><;@;&&(('0(&3=-09<248:HIEE:86>A=;?9:;<1/;8:7A46BA;/03<:::A>>><>7@CIF=;DE@8?89;=93/+.;@2-<<./-(('%&,2435:59824780(&$#.512/&&&).+**3)7.2616$%'4379601+'('$.//001+%'--/+,*%$()(*&%&&)++153)*$%-.+(%%16>>EADBB>@@F?DHDF=;>@BC78>519;?9:BCBB<9@7..*42'&&%%'0--%%)%'%&&3;@5444<@83+,8478A=<74@>BD?=+@=A732A3,/95,,5-89D;>74442.'/04<:12+5+.19;;:$4>A;7:8F=948=BB9@<;A6ACBB@:7AB@:=<>30789=9>;6B9.0<<76;?:739::842''*;;33;24-4/007=247CDBDTOF=@8*-*0/+8;>7<@FBA?>?@AC>;BC40198B@A>3?E>/3=CA;+:<;&;00>95:+60$%%%%8?:&('*'1;99;AA;20&%)))-03=8?565+081:4.27=?=D?CD@4$.&&&'89924=?69'));=?21038:7/?CFD8A?58957550/+1822$)001+'$$%%03849997%$$$*9887;AFFFHJIDBC><>4.1..2;289;=@ABCC?9)2C=37-&&&/%/%:'6586&).('-*+-.,(&((.,'%$%+--58422D;7=<:C?>F?=,+7:;7?@8-487CC>C<=6>C>C;<772//1058-,-134100(((797*-+)//(((19:<904:56/(&$$--*%-/,./'1123'6(/8;9983)&$&(,**)(,743*$$+'&)//,'-,;:=??F;=2=?B:=9?(259<=BB>7GGFHDCF87<<:KC7.'AF72345AB:)367:B>A@?0+1+,,**/4('165:;::=C>9,BA7-+2.-%'%)2456810+/:<@>@=89747'436;??77=;<:ABG;C@5889A?D?;>:97(#$&%#&%%$$$$$$&'%3455*)(+-:3+*.)*-.')13''5B>BBCA?CA;AGAIDDB9=D,'8;=8:B>..<:9241*0250+.<65C;:@K<==A=<876<7BF=ED>?;=5:>;8/0,)0)-*('$$'$*&%&&%%''.3/8@A?A>14454--+,0/:;:<25:;9A?<(7/''.062611,,-5==:8CC720/-/-+00'$%#%$*2A4>552-%&8,()A@AA@:7;CA7;>ABB5400$/:68.7:876668;5-&&%+-*&,.323@==@9;=>==7<=9=>=@FA=EAA=CF?=>CGDDBBB6>CE?;7A@BA@@FE?<<<45,,&'2924>*&2033<=:975%%2'*6CD??CDC.2.*&(')%7::?@=/-,../597;8C889697666:?9ACC899B;<9BCC8485121/'+%)430//@?A9?AFD@CB5*++-&&,'232<>JLC@@E;=?:@96@<=;89+*5669?=7559(((-/8-400')%$$'$&%1-%$%'))3447>@@>=?;31+(--9(')(7=>;:00,&%16&575005<7C9;>CC@E?<<9>A;>C8=@@@@@G=8><5.%%$125(9$;$=8ADAF@@:52.&.*-34750-)-+%-/2565110'+99;<7432-(*''897;50396@<2(1104''&%014<7238*&%-%$%&&-97$%?AA3>MFB@62/9:64.7?>@=?BEIK9=<;C;=;=<<:;5:;?@E@=9;B?'488/%%%,+799?FA3*)%)+&()+--&&&+)-')'%$%%%&--6@D@D>:944*9:>BEE;B;6*'16405$%(.0189:8836536)),(('*(%('1/121%23597&#$$$'787:<;<;;:9+;;++.((&*3-)(579776.1BDC0*:*,988@IH:=@;;;B?=:@?EF>?7:BA?;8:@632,'/8;=@>;%42<>A@:MH9A;=;<<0'&*-/2773/6+'44*6;9983-,,'($&(6677530154**.)')?=6@;8150*)795?;>>=4:C7//-4))**'1298+:895>D=1492+4>;;;89-,-01030;@68=<=:8=>?/872++--*+)''-+857@;B@@<==>>>(>8C?DA>@<=A;:)444==?<=7B;=@<9==9:CCA9BAG?;<9@DD@:CIIDFJKF7;AG8%-0(6784.9<2?529=/3*14A><<1%57==:2(-&9&<><62*11(%--+/&&&5645*,%,/0/1''>,,07/29:;&3%##&)10*72532//;8775?74(&%$+51$%$%%$(25),8=A@?:8555/4:9@??>>@9<;<426:=;:40((+99;8662576;281:<5*%;?7?69480,,(+))#%$8.*111/122:(%%8/1>:10:8454.')-*5@B2369;8::>?67;19@?:65($00498;04>?9:6CBC@268+?@A<79?=DHKBB?=>?806%)))))==@@<8;@=<9<77A>=BA@9;>IBAL@DDF?@DCFD0:6440C88885,+)),39:;;,;7944479>CCEDC/+,2//,&$++/78,?<;:=C:=?>=>=D?:-,#,$&')*(499::<6)+***-33)69=89FFB;B<<8<=9>958C98:8B=96%,((---..&)''#'&,02@@;5.-2<@@<@=>7654<@?A2<>CC=A?95:3(%$'%')&,02532/4932)6$)640,*-8A7**&,/1-&$%#(%%&79?BBC?=83:2119:-1BD?@??:79747)*'%%532:75/,:7774-761=??5996&89<>=A=7=899=@;967653241,))()955A@??CAB:>7;A7:37929<8EIENJ=>CA>=591&4:-&*9:;:A??;C><>AC=<1&35133:;;=<)4,))*'*((/:@CC@)))?G=;9CAAG:C>@?A?DHGE@;:;*++'%%)''/3335@>?;@,3)<.2520<<;+0/)(*)/0-('%'-%,45235-./%%(139/%**-1189>?=<;11/*,)*331,0/9:885-+,++0067=DE9888*;@<++*++((*21)*&&%-/.,206BCECDBA>5>003;59510*())-7>@@?BCBACCA@>?679+=C88810381260&>6@:6<999?<;9.3?>??AA@EE:@>8@'%&4551000+('+3&$''&(.57;?@BF76;?C=AA<95=@BCD==<<882002:<=<88@>8==A?;:EF>300AD:?;-);?@>A<;51<0ACBA9<>><8?BBB@?A7A?A<>?FLD@DEA=>>:?=12+93:@@9+C(&&)6??=?5=?AM@@7<=?37=>@A;<>ICEI?A>247<<756&&'$$$%-/.26787A@?@A8?A=BCC=HMH<>8;:;8:39:/.-/:89:(5::58==;;$*EDB8;;3//2@6:=A:@>:9:93$&56+99AA?HFCEJ<@LGA>>>0*,$$%,49;+/8621/13,7>9KGCB?=>$%%15019BDA56>765).(=DDA<=9:;?DA97631.0262..2<592>>::=0?.;=6(,%&&$$$'#(.+$+$$%,248ACG@>:EE3AB?HJ>CEB?B:994920)*(,-0%(.('.7*.;:42'*21,-.)(((')-.2441567'+/328<:=<683-.0$&*.31/,&&)&,)'''(>E?99>CACD8>35A;;43>@::&&&8A@:7.5;;C=69BAB@FED'9CAHHD@8BGE:9;;9:402/17//)*3.-&$&&%&'&'#%&&'''0026793-+1?9:<>949=6)$%(+&$'+557679<@;A=BDB58?C:CB?@?8??&(..,)'#&&+(&38;<99,&&02.'))$'()%&--$&'-3//:8D@:<9;;4-/676++.)%;:<9:@A9?6')*%%&&)/0=A>:AB=:,/0*%>C@EE?D?C1+><>88??57=9@<5*&//12-.../78899>>219B98>?>>;;=A).646;DB>:?1/74*(*+-,(/--*&&$&%$$#&#$%($04698:>B<==98:BDB?-,+-+**))&+33466<=>33A;;6;;@:6$(:57:@@BAC@:9=:DD?;5;<<>A>4681534=;:C;C?@9:A@@BABCE>DB04CF=@?4:/9.)))(&),24<95$*(*.68;89>;?547<833430,+.327?+?A7:61;+/7=>?@97*,-%$$)&'$'-7>A@B??@CA9801,-+((%$--&%',&%&$%&*,(44(('*5/25620)&(//22-36357578*'(97897>@@@<,/?=:5+,1239DDG>@??<>8D@87;:=@;99<854026<5*575;<853558*//B><CCA?:=>E?@:.,:))B?2:>0=EE6?NJMFAB?:8>BHE?BFFDFFAGHC*A@?8-/$-46::(+*01$(,'(((-$48:8843:465>=?83+.;665&&/37;:AJJEAG@;?CEEE<=>@=?A=*'(324:;A@B>>?9C:><1.3,8/074>><967.%$%%%%$(0)8:4%)#&&%&&#$$&%'#%$')#$#$187?=C>A?<:9:002<6')))'+%-++-/;1839985;?GHM7@>GCFD>@?DBF@CBBB9B@C;<763:>==BF@>@7%''('01)'&%&%$&&'&((('+$%(,88;5/1?@@=B7@;AB@?513/44,:7+*##%%*%&%%%'&%*$%''''')556$-%%$$$$/10=?;21,(*79<9;'(>>ABC>CC44:76B;;A=400*0)354-2.&-2:1<<8&&(09-.234%$%-55570-.%'##$'//60;<:7;5-4376>;C;;4239<<<;5%%%==A:803(5++6A:@(/33202'3'182./0/8=@=;::BBJELH8'->::78889A=C=BBA@(4>999@A@@??799<;@<<>??=)2%%&$#%(-1?@=F@ADM<:@@1;616>?99;CAEHGDA>33/01:.)/)1-599:;;=9AEE?MH=C8C>@6BCD986),-/51)#,%$'&&',-/,%&36=@L9.892,,9*%*067;89*;F=%00)@?>>2654=?@D>?:A9=:6-,))()+,(+-+&()(#$#'$$-'247:99=>944<>@A>99A9G??@BE>@BE@:<:333$&0++*(/4-**>><:68;221.36247?B???G9>BA?>=@BB9E=3393690:>9983.@>BB>778:?ACAGPPJF;=AB@JFIIF?AB@466,,*%$&+$%$,($%--64-.433=D@H==:%+*--3,%%$0-17+.:=977'*'<>?DFDA>79<99<020/58;:;4'(%&(((73447+65547+>BD>B?@<:+0=9B9KG<).CDDCAGBC@D;>=AB=9=@A>?<<.&'*)()+*&$$$&$-/2?72?AA87GG??BD@@??L9:><7+---+%%##'-&'.'/(''$+&3)23=8($1+.>C@DEB.B;DOB8H5/.357<@>=9796448=8)/;85@<4>87/&')/.0)*(%+)$(257;E7/DFJ>E@ML?/-.(*%&+-3;;:+2??544(&/43370/*'$$'+$#$%,,5/5:8$>?@@;?22++./2939+%%$,0/01,533<57,.41/.56:83)*)6:D=FD/C?@;<539.-&'*'()##((&'56AA+3AHF89<<31-*-79;BB?@IE$B@@B@A?;A?FIICHNNJF>>;2413;;;?1-8BABBBI;;=>*%$0693DFHFHE??<2/481,.?BBC;36/9,%#-236548:>,=68<<0.77)4018604GHDBACHEEC>498*(&&&6@@A=DF>6($)7877:@;;84%')%$&''(%,,%33$$$$$&((*-688@?*>;=LKEAB8<@@A>BDE9EFB>;;=C>HG=EABDKIJHFHGD>=660256=0015.79<;DFEDC48AIFE83+-/+/1:)*7,'%%:%,EB=8;881.6;5=?'*'2>CGJKF?>72A9?85EGB,6/.*=?6:=AD??78CEE78BA=4210/%5&'(&&'''**2<5%,:EIHEDB9AFJGCDFGFFEQHEFADG=:;@7744-%&'(20196678))=@>=D@@@>CAGC?A985:A4;@>@?@CDEHE@A?===>=8=:@>+,$)%$%%')&*45==?45$2)%&##&$'$$EFB>3.D<>-1214=A>>4'$$%+&3;==A<<713/>DF=--.5740'((35:A=A?DDCCCD<9CBACC=/,//4.%$$&%##&'/:AA@CEJH.7?=96:>AA>?31;A?EF<*'.2B635434>;45-**'%%13/BBDJJH?@>?AC?J?=C==<>??69ABB@BA93#%&)79<5B>9:@<7987?9=<6++39:9<=/BA?2368<880/0,/78566:9/,+:@BA<:>DDHAHFC@6CCABAJKDCKKHAADADOMKJK@MJKKID>7?@BACEAH?>:5?D7;C>;;GBCDHDB?A>B>D@46435989;0EC99GA?C?87CHJIDLLCDCEEENLONFJLHII8FDENPOO?:42,'/*$$%$:*4464/,#)$,)'%&%$(((34;==?DCD<<>BEBB:<>>?E<-.+'15544//.)'/99CMFLIC4@DED779G>EKJG?1@=;9%'&%$*&(&.(&*.**7966@BBB-1;:<@:/(&%:5--%0&,7@;?CA?7913@=FAHJGA>79840((((7:954?<><<**=>68:@(0>CABAAHSRMLE3/035(%&'(++3542.%)99,%*-//44/20;2658>@DF.0:AA;:44?+$%'+,+$$&&+309<=:<991(4822644>7/./,/1483+9:$2,*2?@B.--.,-:9?DD=>G?>CDEA191E@=;EDCDD?BIC4193+3@@65999;-22.//.(+1<977;?@9<=<@<<<=)7<>.<;.34(456'53*,=@@AGFIFAE9*$$'$%A;2110(**-+(1%6<==894=9==>=B9JJFEFG8<:<4&%+0/.-.-*-:/AECA76%%+<@+''$%%',-1'@DHC:;9?;;B??BBGGGAC?8;=0.%%$&%$$$59999+2&,@@?+9>@?A:+&&485+*38:;DGBA?=;2-90466%%&/AD@:9:;;.@DKCCDFCB;-$$*)&;9AC?:D2-,-.7>ACB>>?>>?:A=:>?=;722---.)&&%#$%%,+'$,452'$'269=?3:B==:=78+,0;@7<;@=8<37=9)6E9?%'473)8;AA@=>BD<=::?8;9?6<);A=?99%'+03<8:=8:&.0//,+,'&'$$&&+08;=30::747$';:AA42249%%&,>2('/9%+571<36>A;7:=992621:<:;A=8)--62333:7<=@7'(4=?=CBD?A?:BED@?*$3'*'')%&')5>F??;9;:@D=:8785310101.)%&&#%&$#$&6@?=>A029B@413&&'6?>?CEE@ADEDAD;BCCFJHD@=@BBB?A*'<2/-;=?BGD;86<@CBDF?ACIA>G51=?B=7648.266..14/*(6265$,3%''$%)'),8?9;3BAAFG?98::;=?:@B@:@?=@867?D:723?3FIEC86FI=@8;=>BFHDD>>@>=;>EEA8;=941%&'#$$%*++'%&(*,+.1>CB:=CEBGEF?B>,/1##$$%&&$&'(579:ACIEGNJ@FFFOA8:@4;ABA>@B;)))3*-<85492%&+****(,/999BB>>CF;G@KH9>>96:B>;4<8806B?AC,:;BDEG9BB9GA?BCEADD?25('#()(/)$%.//6<997;979/515?8:=;5HF@;F?A>@B>?BB@-5226?;D3:65<;DB<@@8(('06B57779;*-8<=&(====87<8<@7=?@AA:=;/2*$)..89<5%/114615;89:=FC9BCA=AA;3+/1+-/007(&/9=>5;7:&''857@;249?=E@;<:;:059.65784;>289,1/>AB@>HC:ACCE:7(3&$;7@DCDEFGC8>CBDBA@CF?9<;9;::1%$(/>97)08:98B63/8%%%%.0.%$'-21()((&&*)*$+/-$+0/%%%,+%&*)).+56/&$%'+,3&#$##%&&'%.&$$$((%%$$&$(,$)462.*&'%,&*/,&$&#&((&&$&($*,('&*))($(+&#''$-+%&+%+*%&(2,%%()')(1(%%'.+&%'%&#$&#&$%+#'*(()(((++39545/''))))$'%&$+5-''4(;?ADIH;A5=@:FHHD?B@*0/-(),$,.--*+*,%&)6;?8((1/13$$#$%('((/6041/+%,&%%%&%%#'$&$)%$''%(*,%%$'%+.'&(%'5)$'%$'*)&&/%.101/%%&+*5=>ABCF>;%'(')((,-/-,$&*&$%$&%'31#$+,(%.+<=@;/.('&#%$$#$$*(1)+,%%$*'139<=<<;9?BF0*<>;,990:91$%)$$%'&*)*'','-%+.-&&&$%*%$'&(%%()%(&1((,&*5545A;92+%'$$#$$(#%$#%&#%$'####&$%%('-+/,A=142>A>7?AGG;).@><<--*%$4>:7::57,'+'%,36B37D?:344=>)6259(8>@><8%%64-.+%$$#&'('))'#'$&'&$%+)%&'-(('%$'.$;<3(17.9)B04AFD6??A?($86579434./1/$&'&##$%##$#&&)0'5<@;7:.*)'('%$%%..'+.20904@:>C?@<=982)&,+,,43854-/15,3(%(&'&'-,)''$&#')#%#&##$((+*&(#$$-.077646>HKE@@CFGA<;,.,0698;6=;==?CAH374%'((%&&))*(*'$$&&10,*$%++*+1*-..)())),)+-(&+)%%),/-'+8:./1;@GJCB?7:@@?FD@:A4&,&&*,,,(%&'''&#%&*%%%&*),-+,&,55,*%%%'%'$$(%%$$%('&*+'&'&#''00:?>AE;;679:55:4,-,,.'%/'&6:;=97463&&''+(&'&-0)####$$#$%%)%((#.%$&%('#"%),%?7/9:11C9<98-&%#$%)+*,#*%(%,7;>;@<*,.**-&$&&'%#%)$)$$-'(&(++*)'*9E8-$2-+)'$++*'*(-&&&')11+0,1+,,,,)%%&#$&()*.:>>:A)&=1-+68;8$%+'*++$&$$&%#&%#&&&-%%%0/((&&#),7039+%''9/6()*%776371888+7;998+-/(((&)'&*%+(-&%'(#&$'(''%%&&&%%%'52)(*78@>A:551,%$#)$%#&,%,/(%)&#$%#$')(''$.)$))%$$$$&#&)(-'(('$**1&#&-(*&$$'%'%**%$+#%$$$*'+-*%&%'#&*+&4*&*+*-0.'*###&&'&($&%'&(%%$%&(($$$$&-21(%&,)%%$&','-1+&-)#$$&%%&$%$()'*'$$&%&%$($#&&''((%))(%$.0131*(*&&&&-235964.,-&#$%%,*(&++/6=87('%%#%%##$#$&$&$&#$$%%$&&%$$%#)$%%'0)(**,$&'$%21$''(-.%)%..03+%%+///*.()%&&%$#%&%*-0/(&$$$%+$++%&%#&)(,.-'/);2'&&##$##$#%'22,218879+$+$&)'($'+'&-1+*&$%%$&',+&0-36=>A=018>9;@=).(&($'.220%+/&%%%'''793::/658=<;'&+)&%.+()+.;<<:71&(,--.03(,2'(9(9&<<';;<88;=C@BFF>A;?ADAB63447<=77<,+,333*#$'&$$$%+*+,()(0'9568.)+--0,-0..-,+*%+*)&')0385352&&((&('(/('%'$%&,0,1)))9A=0'-$&&.23,%))'&&)$#/.-,%%%.*%+('%$"&&'*$&&'#%'%&%#$%'1&&(358;4759;*,8,**%&$./0#$#$&&'(&%'%#$$%$%')+*,,%&)&(%*%#&%'%$&%&'&&$&&%(#$'-/221.''$#)'&''/-%'261.==<>:DDHH>6;B905::;=9639@@;-',2)'<>9?;AC:=;IH>6)3449*-))*4549578(3$02187832.-/'*#&&%#(('&-'25330(+-&*.'$8>AB;=7,7::()40012.-()&%$&$$#%%)&,,'(#.(%#$$$478;?41)(+.658A>?99F=,.;;7=;85668=;:CC;>?7987<>>4128<;4.'(+),37A??>@@?2/>=>M?/;A8;FC9ABF<;@HGGCA<>?@;@9;@@AADCE>D?,?D><@<=BCBC+0$268:<<<7-(,/2->?BAB<>BBC<5(21%..+%$%#),111=2-895)-(,(&(())*,,51;3))87D;>:AFGFDA>DBE=>;@@A6.35:75A99763;:;;>:77'03566,'*3,+)=64/.126'%&;:136;36(3((&(&3336::=@610...+-01.-()*)964:8==>>=@AEE3,2#$$0,4;>>>27?HHJI>599'%'*973457.67.0554231305,.-**-%'$%(+./.,7764205D=FD@24=B;>>F<<@>'9@?;<4C304=79109?@A>111+2*3;;4@HE?<>8,+**+&'$$,.67-.+%'&&0<=<>9@?BA:?<=<25131''(%&#$$$&$#$#''%''$''(+9:8=?=9@249:::88011+$%%''0',(&(&)&&%&$#%%'')819-0$$$)$#%%&$#%%&-3667./%**)*(&00-,,-)')%$$$)#$$#$%$#$$')##&$)'#"$%$&&(*-,%/3.3''/*%+$')'%'))**%&&'%#%+*3%%'-&()(*1,+'%%%#'%$)%)(&')&$''+/(()+&&(*$%%$&$%$+$$$#%$#$#%%)(%%&(-**-,.&$$&$%%##"%''%#'+01/-'-'=83)%+11)+..-'%%%%%$&**.0'&&+&#%$&'%'$'%%)%$#&&&$#%5/439;;<)(*,''$'%*(%%%&&))++./23533=;><=?<54.%%$$,/0*(&'*%()..367;8-+,(:.,-355*-')%,54521,$%###$&$$,+13.1.112,')'$*01<<96A@<=<)0877<<68:'2*&)//&'%%%%*'(/1.*'-217'3+)'&$$&$&%%$'%&'$$***,+(-++'$'0$#$%)$$##$##$&%%%$(')38651&&%$#$&$%&'&%(&$&%&%%00$'((&+/&&(()**+$&$$&4:3+0=:AA3./)6437:@-*9$$$.447%%%'*.94;;A@EHECH?=436$%****))&$(*'()+)+)(&'(&&)%%#$)%'%,+*++.9:9787%%+%&&&/*''%+))(')..($%%-,,0&&23@59::.+?>B?0$'$%546<@;79:$49;A><:(==?@A;CB;@A2,#))))%%&(&(&$#$%#$+/'3144,(%&&,--(020144557E?;;:96;<&&**&%'+-.,$&*%097315@<=;))#'##$&*&%,9.5$$$#*221322%,)*,.)//4&157:34323,4'5<>>5,'./13(*+%$'%&&$#$%(&('%&%%#%((,+$(&$'(+()&+&'#()-*&.18-./.',&'-.2-))$($&%$'&+0/-':9<18/000..*//1/$&-%&$$$#''%'%*%&%(2*$$%$%+(((%$.<39<;7(&AAG9(BFGNILG5<&(;:7<5,(''$'%'$(&'+$$-.#(',&'%%#$#$$%$%#'%'$$%$$#$')+./,,0++.+'''&(&&$'.'$),+'(#$%&&$%'$(0&%))*.)&%)-%$''($%$%%&$&+)%$%)/.%(%#&(%&*'%'$&($$%)&%&(()/8<:+('*&(%,*1120.+%($$$$$#$(%&$&&&#&&&$%&&)14857=51%#&''&)#%&$%%$$$44(-,042.,.3+,,(('$$#$$#&$&&%$$$%$#$#$$&(#$.$$%%'''+-(.33==9<==($&%&)++142+'&'')&$'&(::BB9?-/ADA:>=/$%.)+00'8?A?@B=%$#%%)21)%%$#&%'''')$*/5:<7/,&%)47<785)242$+%%'%##&%%&)'&'&#&%&'$%)''4-%$+$$&5%((3'%'&$&%#$&2149;8.-52444%18>?BA?<124+/.3/&$&$%$%%%($42*)')'&$'+,-+&-601.9)5?G>9>02=:<=@:<:=>@?300),($%#&$%#&)12.16)+&&(&'%-/%''%&(%%'$)$%$%*$%/&*'.1((%&$#&%%)&&)3-19==::=>AA=F?;@:419@@AACCB:ADLKG?IHH6B?=?=16=))+>3*0(+?=?=:60&'&%(&$%+-03899;5667=479&%&%%()+78=CA=;/786>@E<+4$%%)+012&5(%*++))%%&($'%&()$$(()%%('%$'+,--/%$#((#$%$%$%%'**,/,/.-'$$&%+%%+,/49-%%&('1$$,-/:C:8<<:=FD:A1.++.+)*,('''#/%#&#(&$+223*))*&''$*8602?9;366=<32/22GEEF@A@7724+642*,+-47:7*5(33/55<>BB::AB9:?LIG?&&4:>AA@;<;?BAFCB?B@9CG9(??')'''$,+58<33@>@BEG<;=?4***-11'-47'1$734DDCDHA78;9C:CF>//0463--11221323/0012/+*;>?AB>=:>D>FABB>F8B=@@B>@BDDHHDB93;<;.&)'%,&$#%%%*($$$$..5BC@FC2-2,3693..,+%&#%$)++2<89:==0&$$&&&(%%&0./1//,%$'%(/&-/%&%+)#%'$$0)9>A=;;9467>;@:7<;>B89=>2=+@<>0HFEGD@:>:=:-'&*$#%0/3:?@'%&#$$+12(27=310'6)++.9:8?:<67$$$$$%**,'+>@><;AFGF>94:=8;:51')(((+$%%854'&,3;=?@;27;87'77$%(''$%&/.-*((.2))*%'(*%-.88169<>?>?>CDGDC?BFB=CCBGD?*-8:@9)6;07GJH88K;H@1.45+709<=>59($'38C:;?BABD>@@ABA?@%33*:8*(*%$*+$&,,)/((%$&7<=@E?9:9<9:953.199>:77883027;C8=A47,%%2:4E@9=H@>?BEG>D>@A599?1==?@@<@I>C;=EBB>@BC.1<>?C@?2523><-7895.*3'-/6566BBB61*++358;<680*,-('.+./)+-5).:>;DCDGHDB?C?&&&*((52)+++'&**&//1./75-?GHGC:>;E3.712ADBCBCI>=CF@6'(&&*##$$'',1:@CDGEIGLFA0440*.'?AHEA=CDE?;>@EC8F;>5@*&2&&9%*6869--.0/;H>@FDD86@@@FFIB?::::>@B@FNKA:;<8:812'*+$'98?E<<<34>8=?:6HJEA;:><;=>D@3'%%#%*1--))&&)$./4+28<;69HEC@DEG?>7=?@;@@=>A;??4EA:97FB?HG?BD@;>BFE<8@C@=77B(9?=C@@CB>>::@>@FHC?9;38?+=%<6399:?CE@E@68/6++,&95<=C@56;.)?<:56=:420:;@;<=>@D?@=><=0$6(*5699686,,$$243:85766>*%14:==0,0.1587,;:=?EC=7=;58A2444=>=7>;9B7%(((%'(-55665443*77=54*%#,%,%%65<@:5;70))3:7783-+&,.')'&(&%&&)$(%'#$$#$)(+0/,,($%*('*-57<51%+%$##-%.,'2,-.179@;;:AFC6:=AECC@>8A<=2,%9:89=<'-,$$$''&(&,-$$17876887/358==@A:-338;>=(**1>A<*.BCA928A=9=>?A/9974$$%#'./34*+%#%$%(<26KCC@CF>6=;76;?8%'&&=C;@8?>9=??,FB<:>@9>A??@?62)**+4<@<95AEF>9&%'%$#$&&&,.1505;642$&-15887;7211+.0)&,,+',27/1$3-0<<0371)0-(&$$5:,1>A@@=<)//6>687:/625AB?94A>?CB;<;=??8FFHIB;A?A;;=?<:19><9<++<=@?DACDDEA>C;EBDHCEBHFE=<=@-(00103?@=89?95+;3AGHB?87&)%%%*+(-),//$,'(**31358806<@A@@B==@>8;HDH;6-%$:C<<5<>EE?:7?A?@EFI>@GH??@HEGEC=BA=<>17:>;AA8IB=;=@A<:;::*&$0/1+,*BEFGGDB:EB88FE@=GB>9<038;957500(/)43>=?EKF:;BB:1)&$$#%%%%$13389(3::4679>=788>?DC@8%,&#''+76299@88D9800#'%.$86<>8?@:;445:??:BAECH;8-35;9=C?C//<>9?ACCC?AENLG;BFEA@<<15ABCE:67?B@44$+76=?D:@IJ>?==:<999:7&-79,/>?*A?-/CDCNIF9>6<<67DGEJF@A39<=<3=;@@BA<<>F?D<@G;DJJFCADHBKGGEE:::9401*412;<;;FA:;>?27;88:36CGDFBB;?:>;79F8JD4311;:8D45==>:2'*8898>=A8>;BHJ==E>>D>?./B4A@6.;9::996)(')2((()%,&')=><0()#/%1'+),+++./(&$'')))+%%,)<@>?A@@<880/(AA>?LGG?==<+&'(((0868AHAK?DEDC>@8<=3&($3BEJHBB>?2.=FLEEG>BB@ADI;(:(==:D=DA;B>B?CK;80>12=EB=<>??=;=??BE8;CC?8<==?A>;;69'&'/(0CBFBIJJLABFBCF@14:9:AA>A=;>=?H:2347EMA>=DG?EEEH@1&+),/5456;==:=>>BE@@?>?:<8=D;;?B6DGGI1?;>C9AC=B4>:?<7:/;:<6:7@A>BBA?8A>?4=>FGFGB8;02957687%:5596849=BHD9:36@>=B?=;4;:CFA:92000&/%%*BB=?6<8:==>@06<=?;6CDB@?,>;;4>==.:8863=3<='68BE;?B;B@CCC9MG>>>9ABCED?E@BA?:39<(9BDDJGHLA?:1B@>D>7=CADBCDHCECB93@F>A<;;BDFEC?AA?:?89;>>BE?=9349;B8<;=H@=5?=8<8EAC?;D@>9::=DH@D-)-79-$$#-+0686----/70?@@?@C?C4>AAG?5:?EEECB?:CCC<96:7<(-6778;:&&)>9@A>BA;>:?+7:3.+(/7;:=9/&$&(1210.+,&+344*235:/)&%''<9>BJ:;B@@??DBEMBBDAA;==;ABB'->D=CFEE=A?B@:@:BC=>B7;<@=6B@;@A@369%$3)%*&,,0,29<@>?AC;A4E;6=677:GCKGB3763===?:CFAAGBPNJEOQMM8OIKLHDBE@0FJF@C'7<<;E@C<@>?=<:8<524(//8742@2><>BDAFB@BBGHG=>CEABFGIEDEEB?FPNEFGD7>==>C>9GIHGEFDI>88ADLEHC>>@G:;DBC66:A>BCDE@8A8+%())&%$$$$$%-$%$3&/30=??A>@HC>C?=?1;?>5>@?>@CD3%%$"*-+0::879+$00/;<7<=?>;::0'%$&-/;;;?ADD:<<<33/24;=;9FIJ@4.7C@B@<=$3$$$&6<>IIMB>=8:>>@DA@C;:9FFKJD)DBGDROL<=FIID@@>6JHIIK=KLFD=AFEJCBGCCA>:9@ECBFH=CA51)3031:',($045=<7>GHHEE>=@BB:HED12>=8?FFGBFI9--2,,-/+1479?>GCEC87-&&,)7::;:AJEF=9=?ADHGGCCE68G>=<<==9=::A=;=9@=?:<:B):>@BBBE7:99C@;C>?=A>@6D==FF6;@EA?I<<=7?:?2365/0:4><>>EDB;28::95588123--%--96;@@946366BAD@83DIFHCD?ECH:-)>>79<>,*)$/0/048;>12968@B?@=>=2-36,)('42087C@9,?@A2=>BFBI:+DB>DA<&1776B:AAA8;D7<>B?<7223/4:6A97A@>98BBHD%/EBLDC=F?E?BABHFI>F7?538?;;877:=<@AE=@88.<;79;69A=BDBC=ACEIBE<=;>+5<:::+8;9)/+*,7::;5/.$#%$$'(4:;C=;==89-..+3**..*/59:8:>9B+*%%1*/=A7:4431)'(+.165'31'&&&(224224:=<KH?684C34:=;9?<?3:<>?@BDD>F8:59<=;<:A8>A===:?CIIJ=0@;A<=AJA5649HJMIACD49F@B>2--5+'<5<<698;<=<>088709?>DBFGDDI2.'&%$$0&+07((2./9<8:-=?9=<259BDE?AACBFK9:=,-DBGPDDE;@@DVQKEI>>IDHHB=><>59=;>=(;A73@A@EB;AAC;<=;<;:A::B7:<:AB;>E;=9B.(AA???747'%)$*(#%#$*&+)*$$%,59-5:5:4'()&&++3FFBDE?B@?;-27899-(**22269;EH<=DEG;D>@CEE@D>A?<@856<=E:9A@A@JIGDAE=548>ABFJF>28E;>DF=@GEFJHEC=,B811A?0,/()&67999')167>?@1=<;/0*%%%(689@:@;A6%(*+/%$$#$#(&&%%'%#$%/05:.)4&+>??8:=@::&C@:;8?A=AC3;;:;74373%''*(&,./+$#$&$%$,.1133487:<2415>00760$)'%2*)+5/1&9+<8D@>F777<05;;ACDBBA=@F@?9==>==:?@?BB111.1163:+;;=DFFLF??9(+%*%:84@=A>;GD<9:EEC@:>C9@;>9=C7:58:=4466=96CD136A8:CECD5==AACA@B>A8;7%0319;>DB>:EACA8,,49.7)$$'3&()'$%&&$&&,))%%$''*38=C5BC8=;CG@?,F@;<568>;>ROMEE@?887,&25?8:9;04;>/?+:+BD8>=66AB=>CDC=9:HF/,8A@AKLH>F?68;AA$ABE=;9:5(9;6<@AGHA>9JC7>1@C:CDF@@?IF?>G=LJAL?BA,(6::BG;?MMKILP<=HNDGGDAG@782=@7?73:@;:=<::;<;:**/06;=8;;ADCB0+*&#'*(*/.%'$#**&*(,-.3'%#%$%&%%'+/..2.((&.0#$('(&&()'$'($$&&&($$$$'%(&$"$'$&$&&'$%*(&(-(,-&&&')'.20()*$02**-%'&%$$0)'+#$$$#%%$%&$,,++,%*$)#&*%'--'''*%##'%%$##$$'')###%$&&%$#%#'($$%%$,.&/0%&#%''-(-''%$$%%(()$)/.0-.,2''&$&$$)5$)9=995DDBDC53.10'**'*+'03DEC>><;>8:9;@DB7<685)>@:)/(),$+,40581*8%%023?@9<<;9>AHAF@->2:4CC;IHF??EE@EEG9BD;800)-')(&(#&%%&$+$#$$&)&(&%%#%-)))*(4>@B@>>+/2426:7<7232%)$%%&&)4678(%)'(')$$$(102568HLADA?A<=?D8%0/8=?A==@DAB@>8>?@>8A@?$9?@CC>FK8+:=;6:62;C9<><7:>??6$'57:<=;9+1'($$#,'&$65==9-BC*.;:87,0/9:;<9<==@HBF@@-;4#&&%&%%'(+*2.'($%#'''&(''(#%$*('(##$$$'.'000+)*'%%%((&($'%')'%%&%((%&&%%$%#&%$#%$#%$+'$)*'%+&&'0$&%%.1/2113#%%)-*645(46<9882685.AFHJE@?71/-,-648,<9?@?<:;=?AAAB@?,,(-$&%##$$'&/++.8=AHDD=@?6==775.''/1.6775867/9587BC;E?B@FGHA=5=?;@<=A8;@-1688;=;;;>=%&>9A9<29?;=@=:<=9)<7<>GE;;>BD>98&%5=9<<<@>=BFD;@36=>CB>CA?@9''?A@B@4;;>96:;?>AD?@<66BCGEBCDA?@ED:>EEDDAA>@9:)++$(?6B>?INE:CBJIHJJ98'*(&&&#&-++%.+::;))*0;;68:786@&*;;85@;34-896>=DAA><59???AJA>1,-,/4&/5:<&+875+7DLHGE=E?*5-/)).5'''(8522=>==62>@C<;7:>9>5B>:::CEF'.,>'*9==9<;83-*7)3-:@A@?@@<=8BE;9>?>?FE?IFGAA>4;/8=000<:--8=?@/=;8A?@::;9%($(-004612CDC)$-89<==:B:47BDH>ENI:DB==><)516>B>=7B?;FGJGFF@:?5@7;;===;@9;FD<>:166@=6=-3+.755:B4>C@4541:/=?>>AA<=?CC?>=>7=A-0>0,-(,5526<::@?@BB:ACA;2BE>:88>>;C@BA821<:<7DCAC:1D@6AA?C@GF>?;HDE>G@?@8A=72/%&$&(284**%,12,'$0$$&&'3586657D@D>=9<:13.(>:<--/89:0().*?9HD?21)*7.+=<>?;8;?A>=@>DLD>9;??A@DICD@35692BB7912@;=00=>?==8310/(+)*:358>;78@?D@@<577:/89;;92&1:=ACEDE>???2FA3><BB<:?75:>E>TOG>99=-00-/>@6754))48/,A;<2;998KCC>@9**'0=:<=3()%$##*,+I99=?DG@BE@79735DE?E?:<;F==6;==FDED7%%%%57G@B;CEC>F>J@<=GJBAM;7;9:B=EAC@E>;=<==>-*975;9;>)%65=CC438:<>>>;D>77)86:;;4)/6>?0::@>;>;-.@C.455>?5B<=<85-$$%$$-99<9:63$((),/;<<:<78%&(:67@:;@>>>BFGCA2A+?CBJJOE?<;D?C;BD9>D?$#++35?@=444(+.=??>>;;EOLG@EECAI@@)$/?=??@G=5==@7<=8;-(776227337:66A?8CAC>-5<001;24:>@@;<990'3=9@89>>=A@AD0,54./34601*+8<<=@7-((9:==EB@DB:C@?B;>9+5699@?>&>;;E:<;*:68<>@C=3444400,+,.68-@ID<;CFEF@EGG=E=<<=AA9@:22/15>=CBEA<;$'03,:=?;:=CGHGH=>:.>>:9&&9;299>=>.-:.0*'*78886679:1+++**../157@26CBBA>=3?==8&.2(*-798@?@;=65:43$$,7*451--/@<9=CC87:9;@59ACE<;-;).-7?>==4436<<@A=:++&*-04?>=>==<<?@BDAA@=:BKLAA:ICG55069;7,&&(*,*'0,)''7-2838?4)-89<8:C=BA;?A?=(:0272423./..70@@@DD==@@::<7DANGFE>=97798500==MMABA?%(1A;>F>=?;DAB>>IABDC95@@CC>E.(,:7AB446<=AAAC@::96:.8KKGBI68=:CEEFDEE5=A>0+07/3=<;2/0.@>AH>EI@A?=&&*'&*11>@C=;6;4688<;>CBBC:1.@,')'*,672-??C9ACC9C;::>,<5<>>B>:>6CBB4:;JSPA@=9A7:C<8=>F@8;21*($''#$(*076864$$*'&%%%$%///589=78>812?>@=>?>@(+68CAEMC:>:>@@D>70%*))%&%%,-.-037<4AD<:F?4';58:<@@;CBG>>@?7551><><745:69E:4:::;C@@D=;>DLQ@?6?>A@7&44,&,&0*''+58:68E5BB=9B9:HEACJEGI@@>DECCHC>5>=DFB:BBBC9A657>C<>@?-7;BDCEKGBDGIIG>@DFJNMCNL=C7@>?;B575957-5.()/7:25304-1:.0.-,**'(%&(,11=D<??EJBFG772;BBEK;AGB>=@HDGGE?;<:;>;55;/:CFLL7D?9E*'3=JJLLH=HJPCLK=@1DNL:8ONF;($/C5=A69DED=AB??8EC;3<1C;7CC@+$)&%'1437BBA:+*36BJKYOZFH???86'(),,0<=A@EJKFENRKKKDDPRKIIKKIBEHF9=AG<7;(//0554@5C=69??6=FCGGB>@8,*0(8::567GBF/6')AC*.@CQIQKDHCH69<'AA97:?0GPPSMMAJJFFPNCDG4:--0>@;8($)))+(#%&&%%**,&%'$+0.%%#*6==;;=??;C<>B.>@I@BDG>:>1;>+/A@?BBA?HHHC@F@AA@?9>=B51*88<1=,&&8>D==CG@A51((%).1;/39++;@<@;8==;:=?D/AF9???;(&$/.2/65::@792>:+-.4878)A?D?;<;:;669A@=AD=3:1;:=?6?EDCEAJIKHHB0./:+>7984,H=?<==>9=99*,%.%&%0/;=<9FHF>>>;AA?F?6>69@C>;:/<9<8',/24.%&*(')-02747)&1%$,.5;<788984455*-1332I?ABJCFH<77<<96:C==6:7:::9>91:C99GEEE?@DEH35:;=F=ELMKMI=E@><;A?:<@?@9B<>@79?96687;<;3546,>>>=C8=AM;=GOAHD;>@AFBBB.50//18:0**@D?>@62A:G?D=@CKD8F?8>B=C5<;ANNIHH<6>:A?I.0>DB?04@HIFFHIHG9?CILKH@:'?BBIADFFJSMB@BG=59=?HFA57&&)023?=;1.14=<;@A=?94<@?225C2=:/KRJNODE-'&&5?=ABQMKICA84'*%&$996<=J@7>@@?IN7FCDJKGFF=AFDCCAEEEIJEFE@A?FLO?:CIMGFPCFB.<<3'*019@==@EDBCDG;:4A6:52:*,9922#%%%647<88)-48:;EB<*,CIEB@D@BCEEC98=12:>J<@@<==<57,,1;;;+/5406=CCCC?4,0:>:&(&89:7611@+ACA><>?AA?=;=AK<:*059:FGGGABB@?=//C@<5@;;;29DDEDBAE<<:A;8DB1+;?D9<6CFD=@A?46;;:=/++0/1412,&'('-,/5:;'+2.80,''(86==EDFG46;C=66::((((,+541<6CB9>AGFC94=>=>7A-.:;9>6-;13<:<;:;6;>>>C?98>9><>AB@A>453::12+248;><=?B8@>FH;:ABF>BFC>3FCA;=B?<7?=>9ECA-;ABB?;C<@>>=>FIB9;?@<<BC/A*F12=A=A:=EDEGCB<@>-022582;>??576:0%',72-62329678==9993...2???7:=618?:ED7C@?GHE?4<=A:9/>FF/97B?OOHCA)>=82:8993B?<8>9@@GHAA7:GA<@A:B555-&.:DC?>4<>35?@BE@@?A=-+-,(+<C@@@I;@5AB=>GD?AB;EDJKDBA25CKDGA42'7@BCC:0=EB<>AC4.5681++9A@=9+'1:0-#/22?HE=E;=BA-'>>8@?A=9+=<@C>?B;>=&<6;8KD>A-+159)54=>C@BC>&),-.=>=>.:65023===9;:;95576>9;;364?6NHK90.186>>AAB;787CB>@>:?B>=A@?27))92'$:>56A8119:99571B<.1>G<@KECEIE665557>>=@F8;<3*133>?>@<8@AC=>>>>?6B?:9E@,203688C?;/1=@??D>BHAEC@>=<@6:<1-;<>@?<>H9;;9:<<8:94827BJFGIC;78B??>CBC5>BA@749@E3HIB>?BB=AIC>887=7;>>>@@DA?EEBBG;?>A9:>AA=<;EJ?@BK?DB;DE;CF8:?BD8:B4&?=;97:7?A@;42=1JG42112+%86;>==6?::0;;??@88008:+-28:>AJ>>=>BBDA;:$&)==<*$%%,,125<=::125?A=9<>:<::@/-))5/4*(20.6/9=588@@BA>@BG:00,(+:969.1=3AFFDD<;=CFBEDAB??@98:;?<<942AC77736.5/2'$)3777>BBJDBAD:@F?B?A<<;:A>886/9>@=F@6BBD@@:',5A?@AC;8A?A=6FD>=>;>>AA@?=?;@DGIEEC@B@8973/78<<55041FA@@BA<)+26=757;<;>88:CIDJ<8(66:AAA=3/><6>E92>@CA5A=99A;495&-3-87;>@F:97.-/8?A@I8A668>BB@@A?CB3@79=963%+-,+447724>>DGJIB@JF:H?:;<>?6<><;=DDI>:<;32**,:2.2;B@9;;;==6.4+645B7?@97664=89?@;:C@?BA;GLC<>'==>CDHHIG9?@BDDA>=F@AFHCB=5:><8GFG>=@737=?<;?4=;<+,+)(+%+27038553:;9<@849<>>?<<@CA?<949GD@2-*)551/*5,36::?8<++*,878<>G?;DED<:;<6><=A@@998<><62%%)3167?CBGEJTOFEPHA=BCD995>?>?KAC<<69=>BDD>=835457:<-159>;;:9FAHFJLG?EDGD:EA;442&0BB?<@D:>BAD?;E@@6<>=2A=<05A=<>=<@<@B8;9G;:HHAA:;>9F@??@?ACB@CA?@@<9:=;FBACM@@D0:7<87%&&69??99EKM@BEGA@ACBDB>G@>=C@B<:5+QMG9@FDEE@=<77+-(.>EDB@=?=<9A6;=:?F<=>G?@?;:BEFBHDKEFD9?>>?@94&?@;D0).4452(,(-.,179)1,+&(,(*0*:7'$'$&/.790'47:D6:=DGGH:87())3)7=55=A=>DB>:6>898%&#%/5CCF99E??ADJCDDF@@:=B9;B8A@ABBHKG379>HEED:D?<=''7ADHD@=HA@>=@30,++375/*;/.8C>@766:?;ADBA2JGB@>8?EAEGEKKHIC68&&)-<>>CEA<2$$$0/-&/>@A??HA<@?=)---=;DBFF?HI92?A>C?6;AB>D<=BBA=@@B@0*,'''&%9944+@>?=ACBA?0=<>?H;=IGAFF<;EINRKLDCCHEFTOJNSH:CA@EGIMHI>BB@;HGELMH6BFD=GAEFB::=3777<;<=CFADC?4/A9::430,($9:<<36;@.720AA=NLFFGCAFH::9C4879@B@C::1+@??FD8>B+2GA/=>B8AC=:<;=EBD;;==A<>AF@EE>98ILH?$5..2EAGFCGHDFHDFE@6/9>=,1;;;:;=??*;978:7AC753BD840//$%%'77???@?BDDAA01+/+275(475=:>@A<==A@=CCIIJFIJ>EF?:.):44<;9<9A@>=94'$$%.0;@39;;872;<@CBB=A37?DGG:DOLG<<=E@?,(24;=@CBEEEGEB//B/2.%''055BE=GHGEB8;:133@>89FCDBDA@?9CFBED=A<;@>9@BA1,977=@B?:<@><20*/.1667CDG?9CCGGIE;JG:7FHCEBGIG?;=>>FFGA@G>GBID?>CBBFI<@=@DEA@A?%%8C4=?C@CA?B=@>CCB>'=73/,3/9>??7-399A67<,FDJIFFDKKJ8GA>BH>=B>>?I?DKFAE>IIFEOPB9859655>*3<;CC66;D<=FE@>A?CGBAE;GA?1',7;AKFFC?LIA6B)=>?8*:%%%7;<>:32126;56>;;;=<<=@;=>?K;?@F:9>=:A@DFIBC??CECCIB5029@AA?;@E@B9??A@D@BCDF:=EJDE<0-578;&9;9D=EF<72279/3=@7;:?@@B@=>,:?=B@?57=<><>A>B?=15:*42837670+&)97B@GHIBF<=@AAD@<9><6:6:<@?A<53/-4898;;;@??=9B?33:836;7;?=..-:7(%8587492075,/,&(4$3320)-124344=8*%&%$%'/99=952'$--+)8<>@?A=A><<>89+?=>=9DHJ?D?79:7;>B?CD>A@=7BECC>FFHD<@<1:7//22,6=>ABCMJI>:>::BDDEE>+61243::?=B>>3:=@>@E74.(+GE<>>@EABF<=@?<9+)7>/%;@=BA>9567;?AG<12;==7;4737A@=C9@IC;@@==FADAC?JJKJHI=@ADFJC=DAGD=?.2=-/467,,3?9<.,400/'$+((77:9)'9?EHGFFC8:FGGF@@B.<=?B?A,-1,,,-,/,&77<<::;:B?CD;22%%2<>-812*6-*-/-.$)$,389;BF9:G574&%)$.C>?CB7=10C:<:.*(744>@B445855:;9958076B>;=<;59999::EFJJFDLNJK@@D9((->AKFHF?>@A7)-(342<=79.(=<=<)22;@9.*$&$$&,/;=?37?D:5',.66138BAH8@ID@=9AC=30)-.4104,%)22.(058;95?'$*09><9;>8>3-AC?<5?99AB@7&=)6'&7=649EE8AEEFE:41526:489/471>>::B=9@G>ECDC>2:.:EJH@GDBFGD3;;JI?=GICF>BBDDIMB@?93=;FBD=37;C?1@A>B36%(-6>D30<8;@@>6A@@BD;99?<)(299;EDFA64.??<@>6;D9>9:9)5&&%+&()089=55<754(-=./(''%&&;;>A@>;<:=BC9@?;=@AD=@/.2EHDGIEDBBDGI>B@DHBGJF@HKABC=9=A>DJ?@EHMIGBBA@A=@=10/127226.-*(',=E>71>E9646549;;:;603?<>(.=AG@A>9++/;5<<=:==6??@22&),,-99836@BED;FGE?)/?3587;DC;;4<>=E@6@<>A<+2$2$>7>??<>A?@69BD5;GAIDC@1(),;9*&675'')24@414)+2210***'&'+($$,>9:;;.'+/(3&;483;9459;;<>=>3834/7430'($%&))'>@EC699DGA='0-:CF>=;++6:=?C>55+;<++79)+#3,+1654503>:J>>=?BBAB:>A<>8?<:7(//39<;-HKK?F?HKCA;==69>:<5?GH=?AA@<:0)-22$%(85:7;>>??&,,488579@B?@BBBIEED?D<=I:724(*..079>=C=EG@<'97?<=?AC@FC?@BBCF:>D99314487:AFCCAF<8?G>?;<@CF:BFHHEGE5>989>;::;5=:B=HFEMD?C?DI+@=DB:9DB9EC@;AGCD7:KF><1'$&*<>@A8-?:>::<>E98=GIBEB@@DDG@EG=>A:9:7'157,(41//046466451;?<:/6*+3489..*#%%''(/2@8::;8599CA9:77;;59AFDBFFGC;::=E>8:=4,(*@@@>/39C:9++816FDFJRQDA9=B+?:F@6@C:696+38;3>;>BAB?DCB@A@>0.'+.&%%(;*<>65*,67>.&62ADMEONLF?4D<:;AEGKDCC;<;:1&(+)13457>4(&+.3783?;>;?7A?A@CC?@2&$0;;86,)'1013.=<>9.@A>@:)+:7A**GG@B1$2,7=;??GFCKK39>@9?163:;/<@:8666+.02JIB.7)C)>G>;8<;%%%(,,-.0*7=A=@HFB?B><8:DJJJFGIIIEB@?>?>CFDEJHAADFGC;+*=>>@9:DGIDJEF?>?>E9;56-,DACG9A?;A979ED==<;;;A;;>39:*-+,33210*,0:2?;:ABF>BE;=C@47?AA;@05@JHCHH==@9=9;;3867=CCA;?<8==CB?@E?5/.9F?A>>@22<8DE@LL@JDFFE<70?@;HGDD75,)(%&;8B<=BBBADE<,C>>DB=A@;B>@JEEED<=I>>I:9<9ED=;GEIE>FFFC@<:>=A=@F6:=+<98AA?B?@16>CJCCFA>@BIC=?CACCE=EFIF>;GDE<=@E?88C@D@F:;GFE@A7@:AABD;(8798?@:5@A;5897:?:DAAEB=6;BGB=A;58>A>114@A?@E99;>955?:=H;AA>@?@?B@??1;>,E??@:(.<:>971)..:CE925*655DFBA?H=?A=9A<>?>@><@6;12638<>:7;=@3C?CG?:=CA>?=>,,.EQTECL?>@B<;:<<>A:711+*$.00-.-.366:@><@?:C@>>>>?;.<::@,(/&(%%23A?C;<:FGG><;;;;007-,%%4:ACAEBNA98);AB9<=?C9AEBC<=EIL5@36>877BA:CD9?>;@FA?AA:0/5AFAA68>C@28BH9C@<023:>?>?<7C>;99<>9;:79>=;G;;A>;DF9ED8;<9:>;79=@A=A70,023('$$+40>:?@EFEJGF;;H>?IMI>?>=;:29&,=CE=>9))(2:;--*,9A;:AF@F=9?8:66B>363:9@?A@AA35?<=A???99+-CA<;4>?A('<79582;4.2;:*-><7,78=>A?;>=?@2.6@AA>:>@>?:4B?=DB=LDKIE:;:68C@BPEIF:D>?<8;(F9=<,+/56$80/9D79I@L::?;=CA>?BJAQMJMLD9A=@B?OL>>0+$*;=2C?<=DE80+DBB@;/==DHMJ>>>CD@ABDDHEIF=G;CA>DED=,2.>=GE@IIHGCDC@A?;@91/')1<9A?DBC?C>=A>8:;>??.('%&&):=C@@?@@@D@B=*231204>>EFG>?7,/==:;?4;>7029;?>;B>99;%+%%%$)01((3%%79A>C@5756=7CGHCFE>>ECOMNJG@B)+0'8ONX"Y^OJLDKJAEFJHG:+>FBCGQCHFKJD:3ONIEAEHKDBAAAFAGA@EE.H?AJG@C==:C>68GD>--//2==KKMI8::6;9E>8B+'-:7;>6;?=>BAGMA>FGEF?3.AJ>@89466C>?89D>>;@LPJKJGEQOFBDBA77*BD@GB%3+3+6AAAA=EBGG7125>>&&4--/407>;9=BE?64?>=><:88A>=?>CB646-*@>@B?@B?G=>LCGHB:>CBC<6)8'/('&&&&.61578;24+.26:688<:?9@GFF::;*1-BA;@ACA>?=@<97&$$+2+38@GGD053),,.3DI>:B@?DCD>CG@@;BD;;<;3046+++8:>;=>=-9-*=CB=7:=81,--=C?7;??@?A?EBA>A?-/32@AHLFG;6?@;=C;=;7;F@JKDD)6?=A=A7;<-2?-::=;88,&,555997@:E69:>=::?E<04AA)@8>ABA@7;>BD@?>>=DCGFDACFBA=?>9=8?@E(BC@A;;579:ACD?ACGIN@;FB:9.FCB>>.))5;<=@A6?B==CIA5;@G2,:>43=@IBEJA=?7AF?7FEF8@>BGCJC9E/49E@@JA9??A7:@873?<9/,(',.;5??44::4=6FI98AC?)>A9A9B@AECD=>;=BC:7?FHGGIAD02?:<8/->CB;?88*235$/2)687955159>A8@B=><;35C=HF:?ID@?/3BCD<8?=)*86:?9:5?BB?@9=1213<4375.-&5830.%%)(&%&$%*6+7=9+'*+*'''01+:9A<;40&*1;A?35565,),-)*)%$-+'&'3<5855;D;>;=:<>C6-+//-%/40460%+3202+1)97A*&&(:<16//:=5:<88:9.B>75<:C><@,1++&)5887%)58>=B;>46?C;:7:91*:;A<=4<6,563(%*-+%(4>9:DC>))+;922<<658:==;;BA@=89BFFFACC>B5;GE:BCA96;:=*:@:@9BEF@>=794882,'*111*+,../57::5-33%'0;=?ED?B:A8:8>47984;7246*''-%$,0;=<531159,()),+C,.><=-/58837;913551124*,*'187(&'<;8:;68:;BJ>+'+&%22)649;:.9:;8:040&&(*/-*+:63/4344-($&>@674112+;<54:?BJC@?>=B?>BCB:;A@KFCE@=71A?AC<2?,=:<;DE=7)-D>?;+523?D1@?;B=+::0,8>+->9=.-$$$$+-./38638%68956--1$%$%-(1263897667--=A:AB>@CE>:=578;=ECBAH=;>@?@A;DCDFE?<:+,+$$):==D757<<==>C=;>A?ACGIFD<@C8AE@G@343''+;=EBDCGDA317;<&99615;=;71-(*/5/5?9=C@@A?=?>B?4+/11384%'46:773463&26>E?:@B23??C>9D@79C?>?>HD:::?B:@DA:;?@>D@<=B?=:89%9:CC??A30;-1/25:90,-?37=B69<=>@@DF94.:58AF>DEGEA<;><>=9;=<=FHDB>?@D=-A?1-D=BEH;?79FG:H@H0++,,+,%)9?=CA?>CGC>B@>:6,3)@6;?AIFE?CFBHF-8=A>8:A>>9/8+.4;<9:DBADF@@?9:<>DC;3/6:0,.,.4438:D/200FB@E;@9;=?@@8:=9??@;?(.5744--+197A<:D@>@=979403=D>>B@93=@8:@:7776&4&'(+7=:3><:965?A=B4C@CB=>=<9CA=?>=?;=DG@CBEEKNO4/746><:=174>8E@78887BDDB&;;;>?AAF0**.0476-71-:E??>BBA<;@2,>62/28<@;B::B>A*<;EC94;:@B3B?3>BA:>;CC<=@A=>16<;==>;*=:03)87;889<;@8255/*,&%%'2*,DJMAFJE?;9A?E@<==>?98+48?A84?A=BCFAA?>@>>>>;@E?=>>A46??990?:D2835<996FFAI?@BICII=D@??A?=24>:47735G?6FI>8;=,1B>3<:99*&79:=>=?9599@?A>AD;=>GGJDFB@=;:7;59BC><=9@><989==:9?<8><=67DD>F=9?=?=88>>A@?;=<<5;890/..3833?9<9956;?>B5A(2=2379A86:92@>D=;@?>;69*8=??C;@@DB=+<;<@:@?5<;=>><:<<:9*,989B@@MI:BBB@;8B>544AC;>C/@;965:B066$/154:9<;<@C?C><<=@@>?HAB?<>@?@7:FE4;6=3<,'?>C@@BAA:9886*%&''*;8785545;:96@H>4//8<;2A=8;DKLGGA3<=<>>2<=DC?CCHKKNEB?;BACDCFDC>2AEEGEG8/2;DC<@EGJA>;<;1<98;/++0AE9=BEA=;E=4;9AAD2:8<3.'0'('(''8?<;43+02=<9;C9;CDCC?AF4>3GG:HB;;CB?>701=4@A1<=>633%4-0@;:5?C3/30.3-&$$$*896@?6EF9CCE@-9/00018.,);?5?A@>>;@BBC?%%0623876BB>=;81668098>>>=>BF=>GID::;>B1229=???9CC=EB@BDE>;B@==?CGBE::BA7.4:2528160*13-2379>ECD?:@887:812;=1,<88:8=BCGA=302,29<>@;:??=1)4324:228:<;<6/)),4,%&'.)*.5277,23:9BB:J<;C:5>3:%6;=BCB5/2166:EEC>8=8;;F8722)6=6:AJA@GG;8;C@@@99>$'>>:==>79<97AA6=;=E?<,2733659<=66014**5435481(<8=CEEE9BDHROG=*@B>AC?<)0),11157@@7=8;<=;JG;B<:<29:920=D?=40:=9&>737/*-4)/59840+&;-8++58@:D==:9;0-10%/;:99A7:.7:9?>>8974,,*.2761/:?99;+58>A9:@<9>;7DD@=68;87;::<<=;823.).:*+-,0;>:48@?;2',%').''%#%+3<:88795?BC;=3;59;4>9?0@AD?@:;D@FIHE;@A?@:555)'%%%&*+*(A:88:;59B543@DJJD@:;<8JHMNQ?JGAF?FK@JH=@GBAEAF@/<@AC@795+??DECACA=>@8)+9?@MLF23658;92+:98?AA?<@;7?C>A@BE@;))%&:;@@@+;989$'7>BCA:>97:7-;?>>8=C02:451::?>;=69:;A:-BCCC>@AD6?=@@>DHAA5;:;AF?><;&55695?BCA89A>?'%@;A,6'+'(:7=2>E?:A;;DE>?:<@>:CA9::28966=>DB;=D:F18K:::./.1'.782<;0;:?>7:=5/19@C7=7H==C==@C59@FCAGL=31*4702:?F@=9>84::B=923154%(58:9;;>8=<0(=?>'+@:)+,+6'#$(7=@>43,/7--?>777FHAE>/.-DHF?>?>+;CBBEB=::9B;>HBCBAA24AA=:9;06;<==9*;8C@=?<ACGOOD7@>JKIGLDDC>BH78/-56;;;30)9;:7<9EAHICD<4@AB?A@1049CD:F@C@@?A<>>ACBNNLJCBDIMEC?@EAAE@>=CFJJOE8:AHC@<7;>99EIF:A=B7500('#&$#%(/014+9...4%&'><@C<>>//12*>>@2ED@?9<=>=0/21($6:5?=F::;9??A9D?26E=A@58:<>@>7E@898ED::A<7B@6?==>BC=?AADCFE8D::>6.>+-AEBE93;B:>=>GD=>&3746B??;>??@BE>F;;46@:;<**@@BD<>A=;--9::(1379AE847$'<9>AC>B?A@<;;>*1723565:;,.76):B;>?A;;:;DA@@=>FBEH:CA>F?=<7:C;9:9AC>HD+DFGG?@@@?B@;;97=>>==?CAIDBBED?>FBE;36+',>=<4<;39=@EGA2.+?<9AFC/4<7BD?>E?B9ALJBBBCBI?A?:==A;A57A<=8:=@==??A@D7;<>,)4=9>@?6.%3/,03=>AB;0/214;>88&),(',490--1%#$%%*577;550//)DCBG?A>E;D);%47:844)*==C=EAHIIC6:,,98979?@@..B@;97414:;9:>9=>9:88?FBB>=13<-2,(%44;::,372;>C;=*88=KE;>=@A43=555ABA??<>===CEBFEGBH=88>A9=@=FBB:<>AC??<>C>:7B?DFDA@>:=C?BFE>?@=99=A?@BA1A==>@A@??9;>A;CAB+.'9;:5<@?=@2&*%&;'8<@52@>:*6*0CC43,><;?9?ADHD;CD9C6+>>>DIA9579B@@=?;8=<5%1)$&*6::$7<;=;99>;D?:7<5,'0@:;A@ADC??=54DE?E8@@D==;@AC99A=C<:A@CHGDDG@B?<;;<112<=>>@BK;AA=>BNHIDB@69;9@D<@?73?:;9+*$(&1>AD9B=6>DCDEKAGDD;ABA=AFBBFM>D6BC@C8@B;GA8FA-%=@@B6;?60;=<<<;)&01=;9,;%&&&+(;:;:3?=?<5DG?DBFC>>D)+A=?FE>E8;CF?BB@8;B;C;;>?>CA>AABEC>4-?4=359?63-).%()#&;3/*19:C;D?:><822:>*9-+0->>AB;:B><>55A>?/<<>??===:7;@DD<67224122@A@1499;@?HCDCBA=AA0*2<@==>B=8><<13@B<<4:@40>7;(4%*23;;;8%+)).>=<99:;6=:>:7A9@CA=/=8C?B>=:-%(,*041*7>9AB>+67<87%$#91;=D7A*/>?8:@A=)<7/2%$-.)')24>>677+028.D@BHIEDLNJE;>@EBBC:>CB2/9=>>;=.(+,0FCCJ<@D;;E@IJHB6=@CB<<<-+::<0-19;6AB?/$&5337AC@A>@=DFDC.2;354<=,::9./3387CDA;)?:1:;<>=1/998=?9=>C?5%669;<)8A/;B=;995<866:=??FD>8-+>>:8;?>AABEAB>AIWUPJE:5*6:5==AB<==>>::@>@9;-.11AAFIKC>BFFEEK'5@CBILMB78>?CC:8**&&'&/*&,1256=:>IA<>ELG<>6><:FFDF:$$/,;E@<=:=CJOGAHA/KJAI@?.163>D@;BFGC>=>%**-'2?CCHHD=?MOF;57==,+EDDBB?EDND=<-2+41%$$+;FH96AFC=,35DKO?@DFEFPG;9@@@A<)643=DIAFDHB,=FB9766.7:76'')035::8?:C08+9=?=6)7:?@?6>1@<:=DA><=;<;@00:2067;88=;=9**+))++,+)*'&&428??*&285=>?@@;=>08599+'(&&*457IJFG;8<>-,1-(-679=?ACGE<6*/><<;?7431,/54:;9:A=>;99?=9;8086498)$:8744*9>>>C57;EGGC;(,;56<388<9.&*3.%%&58?A;GA?:?-=GA=7A==@44+8;::?@4540.,,13:9:<@79**+0:<;=@84;>8811D?>=92>CB;26GE@;>985-1?A9;F::?@??9=@=898656;?CF<7?=;<8;A@?11/8775>><>@CB@EIJCCD@?7GB7<8F755432.@C=>F@DEH<=ECBA388?@:<::21-/(-3,883599:<<846--,,-;@?CD9=A;@HE3=.0'&,+/099>:B49=:>;MLIJLI@=>;9<=BC8A4:?::12DB9600'($+++0@BF@;7DB/-<@EDF?=;006<@@D?>:7@>1?A@DEBA>;:>AGCAEA?<;A7<9;;:=B<>@5-.@33374-*=?>;;05<;;>=>>??035621==<@HJ??A?)$=?>A@B>75?;=<>**12188.2>@@KPGBA>AE>/./653?:<074/4/01486:=?6>46?@@C5327*+.*+*FFGA:>7EGA>>A;??C@AA;:A@DCEA>>@:;<.;:D>5/432292(230/4>@@;>>?BB>?5AC@9<<>@@:C==50%);<>8?:<82226:3=26@%*$)%,-.0426<::5>=>9>-))(+>@=78-,+&'83%(%%.295+)=8DCA51.878054&249;<<);6>>D><9:?<%)50/+'50%&)'&%&&'?=79/:7:=?;99??>@?ADD=7.*$&55-90C:87B;=:8,0)EA>?AGG@$26<9@>=7B??A=>;0,3313<;*,=>1DC:<>;>?;=?<89;<;;=:==@@E=?<>=@@<4.(32(57<9;8;=9;198691663/-;;?@?8=>613@AFAB;@HF;:=:9?A:=E9:>DE@A82>B@G@;6)$%%./%%(*,1<@;:9;0A:<@>592%*1'87>;CA=?G<;75>D7;++BB99-57..88>@ABBGGEGF?A;6*59BBLE?@GD:<@=LRIEC>FNECH::6996>0@7535CF?;ABFDGGACRZFFD=CE?>H95@;>G>??=@A@A39;;IQTEMEEC=ABG>;1.)246241=:>@56;9<;@AB@@?3?@ECB=JB>@>BB976..5.2CC<@><?B83=2?:?=><0=I;?DB@AFD5?A;B,/9/&?=7E/:7))@EGBJHA@B78<+4>A===BCD@G6:&688)+)%53540+()&%,/05.;1>:>??.196,(+@;<=76'<>>?F>87<89=BBDDAA--7C4653599?<=?>=??:63+*,0,0'((12439><FEB>?7CF>=A=?6>?586=;=83@?89>;A?B:B58B=AA;9<8;00D@GBGF,((48;A==;644$(8>769A@=EIIIE34GGC89EF@D:?ECACAEBCA9C=7/-41740,-$%1-,069>56AAA2'.1:>?;:98AC>?B<;9>%(=:<@89;:=A<=;+=?BCBKCD>C>A@9?99D<9;>&&?<4C>D=C@?>??5446CBC:;<+?ID9<;@<>2EBB>AA=C@CFB56<=C8;34910338556>A@E@?DHAC9:EF?@IDCECJK;@B8'8:,./.2=AFFDCNAJ>?<@><>>=<:;9AB@FOE?E;>D@C@<1=;9--%%.78<597;:=;542::/2BA?FF?9;GJGIOODFI>C?AB=0<:@:;>487'?D>@:KFCIJDIILKA?AC6BB@CDE=13&&8<9EGJJA>-<(,AB=;@EB@DB;B??,=>=@=D<7&($$$':?;?CBB>=.2=9;@@?<=G=ACD>=>E7FC?AB?8*'8?:>FBFE?A?>DHMBGF3%'&('&'%$'$(77:;;FC>)-*7,9661>EJ9KFIIGFH<97<@@;:78:6;4;BB;E7<11+2$20A=7BBC@B3:8<'*9:31A@@AC;;C@@?CE9<@A>;26>@AA
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c55bc4f0-8471-4f82-8d08-9b9548d3715e/1 TGAAGAGACGGAGCCGTGGGGAAACCGAGTCTTAATAGGGCGTAGTATCATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGAGGTAAAACTCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGACTGACTTGTGGGTAGCGGAGAAATTCCAAACGAACTTGGAATGTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGATGTTAAGTCTCTTGAGGTAGAGCACTGTTTGGGTGAGGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAACGAGATATAATCGGCAGTCAGACTGCGAGTGCTAAGGTAAGCAGTCGAAGGAAACGGCTGGGCCCGCAGCTAAGGTCCCAAAATATATGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAACCGAAGCAGCTATTCATTCAAAGAGTCATAATAGCTCACTAGTCGAGGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACATGTGCCGGCTGTGGTCTTATTTATATGGAAGCATGTTTGAAGCGTTCATGTGCGAAGAAGGTATGCGTGTGGAAGCGCATGAAGTGAGCTCTAACCATTGAGTAGCGAAAGATGAAGGTGAGAATCTCAATCTGCAAGATGAGTTTCAGAGGAAGATAGTCACCTGAGTTAGTCGAACCTAAGAAGACCGAAAAGGTGTCAGATGGATGAGTTGATATTCTATGGTATATGATGATGGAAGACACAGTAAAACTAACTAAACTGAACGATGGAAGTGTCTGTGCCTTTAGGCAGTGGTGGTACGTGGTCAGTATATCGCGTGATGTATGATGGGCTAGTTTAGTAGCGAAGTTAGTGATGTCGCACCGAAAAGCTAGCGTTAAATTATACTCTACCCGTACCGCAAAATATTTAGATGAATCGGGCGGTAACTCAGGTGGCGCGAAGGCTTTCTCGTTAGGCTCAAGCAAATGGCCGCCAACTGGAAAGGGGGCGCGGCTATGGTCATACGGTAGATAAGTAAGCAACTGTTTATCAAACGCAATGCTAAATCGACATGAAGATGATATAGGTGACTGCCGGTGCTGGAAAGTTAAATTAACCGCGGGATGATGGGAAGCCCCACAATAAACGCCGCTAACTATAACACCGGTCAGTGCGGGTTACGTCGGGTGGTTCTAGGCCCTTTTTGAAAAATAATGTGGTTGTTACTGTCTCAGAAACAGATATTTGACCCTGTGAAAGATGGGTACCGTGGGGACGGAAAGACCCCCATGGCTACGCGATTTGATATTGAGTATCCATGCACATGTGGATGAGTGAGGCTGTTACCTCAGGACCTGTTGATTTTCGGAGAGCGAGGCGTTGTTGGAATGCTACCAGCAGTAATTTGTGTGGCTGCCTCACCAGTAGTTGATATCAGGGAAGACAGTGTCAGCAGAGCAGTTGTGACCACAGAAGGCACGTCCTCTAAGGTAACGGAGAGCATTAAGGTTCCTCACTAGATGGTTGGAAAATCTTACCCAGGTGTAGTATGGGGGAAACTGGCTGCGGGAGATGCAAGCTGAGCAGGGCAAAGATCAGGCTTAGTGTGATGCGTTCGCATGGAAAGGAGAGCATCGTTGGATAAAGCTGCTAGGGGATAACAGGCTTATCTCCCCAAGAGTTCCCATCTGACAGGGGAGTTTGGCACCTGGAAATGTCGACAAATATCCTGGGAGAACAGTCAGTCCCAAGGGTTGGCGCATTCGCCCATTAAGCAAAGGCTGGGTTCTTGAAACATCGTAAGACAGTTCAGTCCTATCCATCTAAGGCGCATGGAAATTTGAAGGATCT + @:;:&*/.0452;1:.8.,..&(+)+(-.0278989')%$#$%%0C??8?>=B:8<789:754A@;==;?@?=?=?@:33)%%(1665933)&&'014.,-./8;EC@I9:8862+//7346578500%/;<;:;58870,*%*+*134'2()'+-.779A1B>DGH=?683389<9568783<4266<9/*4566297971;=CA?28426,*+41878;<;.,%'477()-@D>;<=A<,(8<3.(146?9815;90')&0.&29ABC@FBC>ACFE?8<44/02;>=?><5:B;ECB=>?=857986<@?<<<@;5662;.',*+*&&')%($%10+47804410$%&'('&())'*-,46;<;?GAADFHDAB:EFCBAA@@9B;:?;A<<:HG844587:A::<@CBAF9;E?>;6>@==--'%'$0*&22899:@?;:?=7<;/(&./$%/0(/6242-886)11,-(%07899:=>8-(.0378;:853(008:<;=6A@A?,&(&$##%$%,*'%%%###%##$#$#$$$%##$($%%#')+)&%%+,.'$$%'&'+)'%)''''%$$**&(*$&$$&*&'&&%('(,%$#"$&'%&#%$$&%$$%#$('()))*+*&%%%(''%,)+.&($%,)#$('+/3+..4561.)+(.*-*)(%%*.*#&$''$*-*&%-*$$%&%%%$%,*---+*+*'%(-2&&&$$(*)-+&$$*)-++)(+-+&$'$$'%$%%$#%'%'*,+%%$%$$##&$%$##$$##$#$&&#$#%#$#%(,*%%$$%(&&)(#$%(.&(%$$'&**+)''&&%%,+-'%#&#$%'%$$%$(%%&%'*+*.,''##$)%5/()+(*)'%&('%%()&&,+2/%-$%'),,+(&%&$-.-,,,+'&)%$$%))%&186-.-;;*1020($$$%&$%$$$&#$&$&()%(./-.,)%'*(&&$$&*)'&&$$+,+&()+)%&(*+,$$&(&(+,#%$%'('$$)(,/+*$%,*'###$#$',/877922+%(')'%&-+**%%))$+$%%($'((-/**)%'%'#$#$()0121))#$$$#%'&')32*&$()(%)&%%$&'$&'&+,,.++-*,+(+$$%*&'(#%&')((**+,(&-.$**'&$'%&*++)&%$%'$)+*)**&(&'%'+''%'%'$$%$$$$&%'$)#$%&($&'(#$%###$$#))))*)*'%))+''&&+*'(%$&#%'#$$#%$%'%$%#$%$##$%%$$%%(%-/0/3,662''*''&$%%&*,(*)+*)())(()(&(+(($&(($#&#$%&()(&()(((,...(%%$%%&%$#$%**+%$00-&,,,*&$$#&%&&%-,+&$###$%#')(&$$)$#$$%%%-)*---,,,+($$$$&&$&%&$%##&#%#%$#$#$$$$&#$%%$##%##$#$$$##$#&&#%(()'&(('))('$%"%$$$$#$'*+$&(%%&#&$('''&$#%)$#&''',+$%#%&$%&#%##$%$&(*%)-1$'&$$%%$%,,$&&+')*&(&*$$'$),)&'+)'$&'-((&).1,*'%%%%(')$'&')&+(&%)%'###$$)&&*&&&()'%%+(%+*()+&%'#(((($$&#&+*''011/,+.,)'$##&$$#$#'(*),-+$%,#('&,,460//.((&'&&(**))++))&*$())'$$$#$&%&%&'*+,*#+*+1,.--,+)&&*+*-&$%%$%&''*'))++)+++*)($$'))'/0/.,)+%,/0/%%#$$%%&(,113111.*'&&'*),----)+)&$%%&'&%$,**+,+..(&$()&&%,++(.00)'&'&(),%&$$*,,,+)*)*+-+)%((,&) @SRR14011045.57703 b9732db3-3c2b-45a6-9bf6-202e3c8acb19/1 TGTTGTACTTCGTTCAGTTACGTATTGCTGTTTTCGCATTCCAGCTGTGTCGATAATTTCGATAGTTTTTTCATTAAAGCGAATTTGCGTTTTGTTGGTATCACGCGTTGTTCCAGCAACATTCGCTACAATCGCCTGCTGTTTGCCTGCCATCGTATTGAAAAGATAGGATTTTCCGGCATTTGGGCGGCCAACCAAAGCCACGAATTATATCTTCATCGCGTTTTTCTTCTTTAACTTTTGGAATTTTTTCAGCGATTTCGGTCAAAGTTCATCAACGCCAGCATTATGCTCTGCAGAAGTTCGAATAATCGGTTTAACCACCAAGCCATAAATTCTTCATTTGGTAAATTCCTTTTAAGTCAGTTTTGTTCAAAACTAAAATTACTGGCTTTCGAGATTTCAAAGCCTTTTTTGCAATCAAGCGATCTTCATTTGAAAAAAGGTTTAGTGCTATCAAGAACTACCGAATCAGTCTTTGGCATCAAACAGCGTCTCCCTTGGAATTTCCATTCTTGGTCATAGCCTCAGCTCATCATTTGGGTCTTTCAAGCCAGCTGTATCAATCAGCCCAAAAAGCCTGTTTTTTATAAGTAACTTTACCAAGAACATAATCGCAAGAGTCGTTCCGGCTTCTCGTGCAACAACAGCTTGCTGAGCTGAATCATTCTATTAAAAAAGCGAAGATTTTCCAACATTCTTCTGACCAATAATTGCAACTTTAGGGGAGATTTTTAGACATAGTTTCTTAATTATAACACAATATGCCTAAAAATTCAAACTTTTTCGAAATTAAAACCCAACTTTAATTTTTTGTTTTCGAATAAATTTCAGATAAAAAGAATTGCAAAAAATCCAACAATTGCAGTGGTTAAAAATACGCCAGTCAAGCCAAGGTTTAGAGTTTTTAGAAAAATTAAAATTCCAATTGAGCAATACGTAACCCA + $'%,%4*?>BD?CF942=6681/,+,,253DMNG8=FACG79?==>7C@A;8A@@@@FD?>FBB?BGIJO4BDFEGGEA9:BFEEGFEBIKJ??>BC><8<%*;222D?<;=29?5.,-)5;:1;2$#(&*>@AGEMDFAFDI>=A/=?EEE6AKHNIIFEEJHFFBBNEKIFFC<:BBA>CEG8=:=E?;>52DDHAH?:<6768@:8.-0DKJKJ05CK5)%%&(-=?@8@?,,7755848<<;@?=80135&8<@AAFAEBC:A=>=?CA;(,,;:=DD@?KD878:;>=88::AD>>I?GFGB?:<>*;==@FGJE>@@B@?<>-259@=@>40?>DC5$38;@BC?CB?03;>;95+.'#&&(%%%)&$%*%+-,--'+'*#$$$*('+'%$%$&&-/1)&%&&)&&'$'&%#&'%111'($004>@@:AEF58;?8CB:4'*)/-,579;@@?>>>@-/(&**');3+)799=DFFHGA;91,./4,23<<55@4GCBA=&'%$%(,*(+(65;7>BFAB=?JNMECAEDEB*,,77-))2277993'&,&'()*)(==.235668;2,)&(''/>ABB>0298:=222/$$*111.,$%$$$$%5;898:?EFGA9IKCDDCLG?A9?HBJF@?C=@EE?:>AJUSFH?;FB;;;>;;==425>:789>?DC?@@;,9<DHE>836.7FDEDG78;>FFQNA<(),+=B=B>FEC-+<@ADE@6868&'))44=EDJHGC;DCEELIDFCD=>?<1/15@BA232)+6@DCA=CBAGG?<@GGHOQQ:<20-*$ @SRR14011045.15120 a2cccee3-6c71-4709-861c-c5a7bd0eaadd/1 GTGCAGCCTTCGTTCAGTTACGTATTGCTCTGGAGAAGGTCTAAAGGGTTGGGCTGTTCGCCCATTAAAGTGGCACGCGGTATAGGTTCAAGAACGTCGTGAGACAGTTCGGTCTCTATCTATCGTGGGCGTAGGAAATTTGCGTGGCTCTGACACTAGTACGGAAGGACCGTGTTGGACTGACCTCTGGTTTACCGGTTGGCGCCAGCTGCACCGCCGGGTGTCTAAGTGGGATCGGATAAACGCTGAAAGCATCTAAGTGCGAAGCCGAGTAACAAGATTAGATTTCCTCATAAGGGTCGTTGCTTGAGCTACAACGTTGATAGAGTGTAGAGTGTAAAGACGGTGACGTCAAAGCCGAGCACTACTAATTACTTGAAAACTTCCATTCCTTTAGGTGGAACCGCTTAAAGCTGCTACGTTTATCTATAGAAGCTAGAGCTCTAGAACCTCTAGAAAAACTAGAATGTGCAGAAAAACTAGAATGTCTGAAAAACTAGAATGTCTAGAAAAACTAGAATATCTGAACGTCTATCTCTCAATAAAGTCGTTATTTATTAAAGATTGCATGTTCAAATGATATTTCCGGTGGTTATAGCGACGGGGTTACAGCAATACGTAACTA + ((%%$$'(-1)'5/)$&$+89;A>?BA97/89970ME>9A2%%'424779569;.<@F=666332342')0*21561/&%$$$$+35)2$&(+--7B?6><)09686:;9(.BA@8>=B?A;B5(1&(89@==;=>046=<558?;:@<@:1(0379<768?:8:;7;<;<<945;8--4<9(:65254+8:AH8;;7)'%*22565)*,$$--(&&)0+1A9:+,/9*((('%883342&4>;3/.*0/+)&-,*..%%$%$$%&''5;;2/::;EDCDA/557=8@GCAFF8%%'%%+>;=?25EE@ADC<26.3:5822$01.3753323)('446B>?=>?6CG>><=$))**+36478<=;;@?2199'/07892-'+55BBAGFB>HA8?@IICKLKDHCDCEC>DA@:5%$#3344?=?@><6*@;8;<9<8113*2214(##)((2233.-9444441//,,.-2.('113;7;:9=A@C@@>:)'869;;;?<-&'/3*.77/45*$(+5&(#'*/0;77=<$(/0'&()++*))+23:>CAD?G@2@EA@?(+628,'-.23782/(211+'%& @SRR14011045.81053 b3af3c26-2011-483f-acc8-1c965932427e/1 ATTGTACTTCGTTCAGTTACGTATTGCTCAAAAGAGAGTAATAGCCTCGTATTAAATAGTCTTTATACCTAGCAGTATCCCTGAGTACGGCGAGACACGTGGAATCTCGTCGGAATCTGGGAGAGGACCATCTCCCAACCCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAAGGTGAAAAGCTTGGGAGGAAGTGAAATAGAACCTGAAACCGTGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGCGAGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGCAGGGAAACCGAGTCTGAATAGGGCGCTTTAGTATTATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGCGGTAAAACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGACATTAAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATGCAATCTCAGATAAACTCCGAATGCCAATGAATTATGGTCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAAGGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAGCTTAGAAGCAGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTTATAGGTATGGTAGGAGAGCGTTCTATGTGTGAAGAAGGTATACCGTGAGGAGTGCTGGAACGCATAGAAGTGAGAATGCCGGTATGAGTAGCGAAAGACAGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCAGGGAAGGCTCGTCCGCCCTGGGTTAGTCCGGGACCTAAGGAGAGACCGAAAGGTGTATCCGATGGACAACAGGTTGATATTCCTGTACTAGAGTATGTAGTGATGGAGGGACGCAGTAGGCTAACTAAAGCGTGCGATTGGAAGTGCACGTCTAAGCAGTGAGGTGTGAATTGAGTTTAAATGCTTAGTTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGATGTCACACTGCCAAGGAAAACTTCTAGCGTTAAACATACTCTACCCATTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCGGCAAAAATGACCCTTCAACTTCGGGAGAAGGGGTGCTGACTTGTCAGCCGCAGTATAGGCCCAAACAACTGTTTGTCAAAAACACAGCTCTCTGCTAAATCGTAAGATGATGTATAGGGGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGCGTAAGCGAAGGTATGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCCGGGTAAGTTCCGACCCGCACGAAAGAGCGTAATGGTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCGGTTGATATTAGTGTACTTGCCCACATGTACAGGATAGGTAGGAGCCATAGAGATCGGGACGCCAGTTTCGATGGAGGCGCTATTGGGATACTACCCTTGTGTTATGGCCACTCTAACCCGGATGAGTGATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAAGGTAACGGAGGCGCCCAAAGGTTCCCTCAGAATGGTTGGAAATCGTTCGCAGAGTGTAAAGGTATAAGGGCTTGACTGCGAGAGCCACAGCTCGAGCAGGGACGAAGTCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAAGCTACCCTGGGGATAACAGGCTTATCTCCCCCAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGATCTGCTCTAGTACGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAAGTTGTCTCGCCAGAGGCATCGCTGGGTAGCTATGTAGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTGAAACCCACCTCCAAGATGAGATTTCCCATAACAATATGTTAGTAAGAGCCCTGAGAGAAGATCAGGTAGATAGGTTGGGAGTGGAAGTTGTGTGAGCAATGGAGCGGACTAATACTAATAGCTCGAGGACTTATCCAAGAAGTAACTGAGGATATTTACAGCAGGTTAGATTTTTTGTTAGAATATATAGGTATTCAATTTTGAATGTTCATCATTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTACCCATGCCGAACACAGCAGTTAAGCCCTAGAACGCCGGAAGTAGTTGGGGGTTGCCCCTGTGAGATATGGTAGTCGCTTAGCTTTTTTCCGCCATAGCTCAGTTGGTAGTAGCATGACTGTTAATCATGATGTCGTAGGTTCGAGTCCTACTGGCGGAGTAAGTACCCGAAAGGGTTTTATTTTTCTCTTTTTTAAATTTTAATAATGAAAAAAGGTTCGCATGGAACCTTTTTTAGTTTTTAAAGCGTCGTATAATGCATTAATAGCTTGTTTTTCTTGTTGCTGATTAACAACAAACATGATGGACACCTCACTAGAGCCCTGAGAAATCATCTGGATATTAATATTATTTTCAGATAATGCTTTAGTAGCTGTTGCAGTAACCCCAATCTGACTCTTCATCTTTCTCCTACAATCATGATGTAGAAAGATTATGTTCAATTTCAGCGTGGTCAACTTGTAATTCTTGAATTAGTTGTTTAAAAATTTCTTGTTCTTTAATTGGAGTTAATTCTTTAGAACGTAAGATAATGGACAAATCATCAATACCGGTAGGCATATGGTCCCAACTAATATTTAAATCTTCTAATACTTGAAGTTTTCGTCCAAATCCTACTTCACGGTTCATCAAATATTTACTGGTATTGATGCTGACAAAGCCTGAGTCTCCAGCAATACCAACAACTTTAACATTGTCATCGGTATGATTTAAGAACAATTTTTGTTCCTGGGTGTTTAGGGTTATTGGTGTTTTTAATCACCATTAGGAATTTTTCCACGGTAGGCTGGAACAAGAGCTTCGTCATGAAGGACGCTAAAGCCGGCGTAAAGCTAATTCCCGCATTTCTTTGTAGGTCAATTCTGGAATAGAAGAGGGTTCTTAATGATTCCGGGATGGGCTGCAAAAATTACATTAACATCTGTGAAGTTCTCATAGAGATCAGCTTTCACACCAGCTGCAATGATTGAGCCAGTAGCTATCTGATCCTCCGCGTGAGAAAGTACAAACTTGTCCTTCTTTTGTAATTCCAAAGAAGCCAGGGATGACGAGGATTTCATTGTATTCCTTTAATTCTTCAATTTTATCGTAACTAGAAGGTAGGATTCTTGCATTACAAGGTTCACTAGTTACAAAAATGCCAGCCTTTTTAGGATGAATGTATTTAGCATCTAATCCTTTTTGGACAAAGTAAGCAGCAATTTAGCGTTGTTGTTTTCGCCCGCTGCTAAGAAGGTATCATTACAAGAAAGTATCATCATCTTTTGGCAAGGTAGCTAAGGAAAGGATATCTTTTGCAATATCTTCTATTATTGTTTCTTTCAATCCTAGTTCTTCGGTGATGGAGCGGTATCGGTTGATGATCCATTCTTGGCTTTAGTCGTATGCTTTTCCATTGATGTATTGCTTGTAGTACTTGATGAGAGCATCAGTTACTTTAGTATCGGCTGCATCCCGTTTTCCAGGAGCAGATACAATAACATATTTTCGTTCTTCATCTTCTTGAACAATCTTGAATACTTTTTCTAGTTGTATAGCGGAAGCTAATGAACTACCACCAAATTTTACTACTTTCATGTAGACTCCTTTTTAATAACTTTCTTTAAATTATACCAAAGAAAGGGAGGGATACAATCTAAAATGACCTTGTTCTAAAAAGGATCTTTTTCCGATGTGACACTTGTGATCATAATTTTGATTGTCGAATCAAATGGTTTATGCTAAAATAATAGAAACATAAAACTTCCACGTTCAAATAATTTGAAGTTGCAATTATAGGAGGATATCTAATGGTATTTGATCATATTATTTATACTGTTGAAGAGGATCTCGCATCTATTATTTTAAATAGACCCGAGGTTTCCAATGGTTTTAACATTCCTATGTGTCAAGAAATTATAGAGCTTTAGGACTAGCTGAACAAAATTCCCAAGTTCGCTTTATTTTGTTTAAAGCAGTTGGGAAAATCTTTTCTGTTGGTGGTGACTTGGCAGAGATGAAACAGGCAGTTGATGAGGATGATATTGATTCCTTAACACAAATCGCTGTACTTGTGAATCAGATTTCAAAATGATGAAGCAGATTCCAAAACCTGTCATCATGGTGGCAGATGGTGCTGTTGCTGGGGCTACTGCTAATATGGCAGTTGCTGCAGATTTTTGTATTGCATCTGATAAGGCTAAATTTATCCAAGCCTTTGTCGGTGTCGGCCTAGCTCCCAGATGCAGGGGGAGCTCTTCCTACTAGGAAGGGCAATTGGTCTCAATAGGGCAACTCAATTAGCTATGACGGAGTTAGACACTCTCAGTGCAGAGAAAGCACTGGATTATGGGAGTTGTTTACAAAGTTTCTGAAGTTGATAAGTTAGAAAAGACGGTAAATCAATTGCTAATCAAATTGAGACGAAGTTCAGATAATTCATTTGCTGCAATTAAGGAATTAGCATGGGACAGTATGCTGACCGCTTGGGACAATAACTATACCGAATTAGAGCTGAAACTTCAGAAAAAATTGTCACTGATGGATGACTTTAAAGAAGGCGTTATTGCCTATTCAGAAAGGCGTCGTCTAAGTTCAAGGAAAATAAAAACGTAAAAAGTTTATGTTTTTCTCGCTAAAAGCTTGCTATTTGATTTGAATTTTGATAAAATTCGATTATCAAAGAAAATAACAAAATAGGGGGTGTGGTTTTTGAATTTTCAACTAGTCAATGATTACCTTACATCCATTTTTAATAACGTTTTAGTCATCGAAGAAACAAGCTTGCGTAGCAGTCGATTTAATGATGTTTCCATCAAAGAGATGCATACGATTGATGTAATTGGTTCGACACCAAACGCAACTCCAAGTGATATTTCACGTTCCTTGATGGTAACGTTAGGTACGGTCACAACCAGTTTGAATAATCTAGAGAGAAAAGGTTATATTGAACGGACGAGATCTGAAATTGATCGGCGTGTGGTACATTTGAGTTTGACTCAAAAGGGAAAACTCTTGTATCGTCTCCATCAACAATTTCATAAGAGGATAGTCAATAAAATTATCGATGGAAATGTCTCCAGATGAGCGTAAAGTGATGCAAAAAGGATTGCAAAATCTTTATCGTTTCTTGGAGGAAGTTAAAATAATGGCATTTGCAAAAATTACTCAAGTTGCTCATTATTCTCCAACTCCAGGTGATTTCCAATCAGGATCTTTCCAGAACGGATGGATACTAGTGATGAGTGGATTGCCAGTCGGACGAAGGATTCGCAAGCGACATATTTCTCAAACGGAAACAACGAGTGATTTAGCTGCAGAAGTTGCCAATCGCTTATTGAAAAAGTGGTCTCGCAGCAAGGCAACTGGATTTTATCTTTGTTGCAACAATTTCCCCAGATTCAATGATGCCCTCTACTGCAGCTCGTGTACAAGCTAAAGTTGGTGCGGATAAAGCTTTTGCTTTTGATGTGACAACAGCTTGTAGTGGATTTGTATTTGCCCTAGCAACTGCTGAAAAGTTTATTCGTTCTGGACAGTACAAACGAGGCTTAGTCATCCGGAAGTGAGACCCTATCTAAAGTGATTGACTGGGAAGATCGGACGACAGCGGTATTATTTGGAGATGGTGCAGGTGGCGTCTTACTAGATCTTCCAGAACAGCAAACCTTCTTAGCAGAGAGTTTGTATACTGATGGTTCTCGTGGAGAGAGTCCTGCAGTCATCCTTTGTTGGCTTGTCTTCTCCATATTCAAACAAGGAAGTGGATCATAAATACTTATCTATGGATGGTAGGGCTGTTTTTGATTTTGCCATTCGAGATGTGGCTAAGAGTATTCAAAGCTTGTTAGCTACTGCTCCAGTAGCAGTTGATGAAATCGATTATTTTTTCTTACATCAAGCCAATGATCGTATCTTAGATAAAATAGCGAAAAAAATTGGAGTACCCAGAGAAAAATTGCCAGCAAATATGATGGAATATGGAAACACTAGTGCAGCTAGTATTCCAATTTTATTATCGGAGTGTGTCGACCAAGGACTAATCAAATTGGATGGAAGTCAAACAATTCTTCTGTCAGGATTTGGTGGAGGTTTGACATGAATACACTTCTTGTTACAATCTAGTTAACTATGTGGAGACACATTTTAAAAATTTTAATTTATTTTTAAGGAGGCCAATCATGGCAGTATTTGAAAAACTGAAATTATCGTTGAAGAACTTGGTAAAGAAGCATCAGAAGTAACACTTGAGTCTACTTTTGAAGATCTTGAAGCTGATTCATTGGATTTGTTCCAAGTGATTTCAGAAATTGAAGATGCTTTCGACATTCAAATTGAAACTGAAGAAGGATTGTCTACTGTAGGGGACCTTGTTGCTTACGTAGAAGAAAAAACTAAATAATAATGGATGAGAGTATCGAAAGATATTCTCTCTTGTTTAGGTAATAGTTTGAAACTCCAAAGCAAGCGCTTTCAAACTATTACTTAAGCTGAAACGAGAAGGTACTATGCAAACACGAATTACAGAATTATTAAACATTAAATATCCAATTTTCCAAGGTGGTATGGCTTGGGTTGCTGATGGAGATTTAGCTGGGGCTGTATCAATGCAGGTGGACTTGGGATTATTGGTGGAGGGAATGCTCCAAAAGAAGTTGTCAAAGCAAATATTGATCGAGTTAAATCTATTACAGACAAACCTTTTTGGAGTCAATATCATGCTCCTCTCCCCCCTTTGCAGATGATATCGTTGACTTAGTTATCGAAGAAGAGGTAAAGGTTGTCACCTGGTGCAAGAAGTCACAAATACATGGATCGTTTCCACGAAGCTGGCATTACCGTTATTCCAGTTGTACCTTCAGTAGCTTTAGCAAAACGGATGGAAAAACTAGGTGCGGATGCTGTATTGCTGAAGGGATGGAAGCAGGAGGCCATATCGGTAAACTAACAACCATGACCTTGGTACGTCAAGTAGTAAGAAGCAGTTTCAATTCCTGTCATTGGTGCTGGTGGTGTGGCAGATGGTGCTGGAGCAGCTGCAGTCTTCATGCTTGGAGCAGATGCTGTTCAAGTGGGGAACACGATTTGTCGTTGCTAAAGAATCCAATGCTCACCAAAACTTTAAGAATAAAATCTTGAAAGCTAAGGACATTGATACAGTGGTTTCTGCTTCAGTTGTTGGACATCCAGTTCGTGCGATTAAGAATAAATTAGCTTCTGCCTACAACCAAGCAGAAAAGATTTCTTGGCAGGTAGAAGACCCAAGAAATTGAAGAATTAGGAGCAGGTGCTCTTCGCAATGCTGTTGTCGACGGAGACGTTGATAACGGATCTGTGATGGCAGGACAAATTGCAGGTCTCGTAAATGAAGAAACTGTGCTGGAAATCTTGGAAGATATCTATTTTGGAGCTGCTAAAGTCATTCAGAAAGAAGCAGCTCGCTGGGCAGATGTCAAATTCTAACAAGTAAAGGAAAGGAAAGAGAACAGTGACAAAACGTGCTTTCTTATTTGCTGGTCAAGGTGTCCAAAAATTGGGGATGGCTAGTGACTTGTATGCAACTTATCCGATTGTTAAGGAGACATTTGATACTGCAAGTCAGATTTTGGGCTATGATTTACGAGAATTGATTGATTCTGATGAAGACAAGCTCAATCAAACACGCTTTTACCCAACCGGCTATTTTGACAACTTCAGTAGCTATTTATCGTCTATTGGTAGAAAAGGGCCATGACACCGGATAATATTGTTGCCGGTCTTTCTCTAGGAGAATATTCTGCTCTAGTTGCTGCAGGTGCTCTTTCTTTTGAAGAAGCAGTCGCTTTGGTAGCTAAGCGGGGTGAATTTATGGAAACTGCGGCACCTGCTGGGAAGCGGGAAGATGGTGGCTGTCATGAATACTGATCCTTCCTTGATTGAAGAAATCTGTCAACAGGCTTCTGAAAAGGGAGTCGTAACACCAGCTAACTACAACACCCCTGCCCAAATTGTTATTGGTGGAGAGGTTGAAGCTGTGGACTATGCTGTTGAACTCTTAAAAGAAGCAGGAGCAAAACGGTTGATTCACTCTGAATGTCTCTGGTCCCTTCCATACGGCCTTACTTGCTTCTGCTAGTGAAAAACTAGCGACTGAACTTGGGAAAGTCACTTTTAGGAAATTTACTTTACCTTTAGTTGGTAATACGGAAGCGACCATTATGAAAACAGATGAGATCAAATCTTTATTAGCTCGCCAGGTGATGGAGCCCGTTCGTTTCTATGATTCGATTGCAACGATTCAAGAGTTTGGAGTAGATGAAGTGATTGAAATTGGTCCAGGTAAGGTTTTGACTGGTTTCTTGAAAAAAAATTGATAAAACTCTTCCAACGAAAAATGTTGAGGATTAAGCCCAGCCTTGATGCCTTACTGAACGAATAAGATGAGGTGACTATGGAACTGAAGAATAAAAATGTATTTGTTACTGGCTCAGAGTCGAGGCATTGGATTGGCTATTGCGCCAAATTTGCGTCAAAAGGTGCCAACATTGTCTTAAATAGTCGTGGAAACAGCAGTGACTTAGTAGATGAATTTGCCTCATACGGTGTGAAGGTAGTTGGCGTTACTGGGGATGTATCTCCAAGCTGGGGAAGCGAAGCGAATGGTAGCAGAAGCGATTGAAGCCTTGGATCAGTCGATGTTCTTGTGAATAATGCTGGTATTACCAATGATAAGCTCATGTTAAAAAATTGACGGAAGAAGATTTTGAGCAAGTCTTGAAGGTGAATTTGACTGGTGCTTTTAATATGACACAATCAGTCTTAAAGCCGATGACCAAGGCGCGTGAAGGTGCTATCATTAACATGTCGAGTGTTGTCGGTCTAACAGGAAATGTTGGACAAGCTAACTATGCAGCCTCAAAAGCTGGTTTGATTGGTTTTTCTAAATCGGTAGCGCGTGAAGTAGCTATTAGAAATGTCGAGTCAATGTCATTGCGCCGGGCTTCATTGAGTCTGATATGACAGAAGGACTTCCGGAAAAAATTAAAGAAATGTCTCTCGCTCAAATTCCAATGAAACGATTTGGAAATACAGAAGAAGTAGCAGATGTTGCAGTCTTTCTTGCGACTCAAGAATATCTAACAGGGCAAGTCATCGCAATTGATGGTGGCTTAACCATGCAATAAAAGAGGTAGGTTTTGAAATGAAATTAAATCGTGTTGTTGTAACAGGCTATGGCTTGACATCTCCAATCGGAAACACTCCAGAAGAATTTTGGAATAGCTTAAAAGAAGGAAAAATTGGAATTGGTCCGATTACAAAATTTGACCACAGTGACTTTGCTGTTCATAATGCAGCTGAAATTCAAGATTTCCCATTTGATAAGTACTTTATCAAAAAAGATACAAACCGCTTTGACAACTACTCTTTATATGCCTTGTATGCCGCTCAAGAAGCTGTTAATCATGCAGGTTTAGACGTAGAAGCTATTGATAAAGATCGTTTTGGTGTCATTGTTGCTTCTGGTATCGGTGGAATCAAAGAAATCGAAGACCAAGTGATTCGCTTGCATGAAAAGGGCCAAAACGTGTCAAACCAATGACTCTTCAAAAGCTTTGCCAAATATGGCATCTGGTAATGTTGCTATGCGTTTTGGAGCTAATGGAATCTGTAAATCGATCAACACTGCTTGTGCCTCTTCCAATGATGCGATTGGGGATGCTTTAGCAATACGTAA + $())'&679:@B@@9@AF?89><;<39<:>?3%)%%/26BA?<>7-<79BBBD;/>?C@BDF7C>/-.5476:<;:=AD?;@>A66E8:;FE@:>=C<7:??7>8B:<9C>B:>BGGBC@;>?>>DDA0:2F@;6:;57992(00.24:;4.4/4@9??<<9227A@@BCF6@=>B>%83*/9>=B>@GEF???7>6AAA=;4;=C8D@?EC9A<>>189>B=?6469697<97:;?>5:;:22:<9<;779:@DC;:;>=9:A;9><=;>BF9:@6?>>8;=B?EB=9A@A>>;;::86&$6>@?>..;<<:A<>E?8;9B:D>;<-;43@;88@@@A;79232/%).679<=561)88;>@BDBCC,6;;:<:==?@258-2222687==9@?@>@C66AAA9:>/125<@:8?8?>>FAFF@@=:;8.$//:9;;:BB<585<+978:;;0..8;<:-;B<>8>9=3@A>DEB<<;;BFBD@A768>?@=AB?8G@;@=?CCDECEHC?BDA;D:@89A7??CC7)),87:BB?B>@;?E>?;A?:9DD:@=<5>88A8ED3>?;===A?==>9>0:9378;?::<>1<=?D?B-451773($5?<;?CA@C<;@=;;78552446813=?B=<=><87-:?=3648;9:<;=F==;<:=7&133;==:58?ACABD@><8:=888616;@B?<14=.27-&7?=86:9=F@-89&0>AC68?@><<=7376>@@;>FFF>=8800/,)37:65<:;?FGA-6(::7',))/'+:47:<;548-'<8=;14;864;=998?667>AE8ABBD<><9;;==;?=@@BEABCAAC9?7@CB=*79B@?BC@-;75=;:.,981155:BB@DCC@@:=B@>8CCDD@CA:=0A.0@A=CCC?AA=C@=6=83?<CAC;78=<<9<=>BCG=::@B;;GE<=:)71110:>99:=II?>8;=>CDA@<>8=A95987644;<>@79?1,.3:4651.3->0:8==5>:ADBA??:;98<;+.;=>@:6(($-.$$'%/%8;=?7:==8=9+98;8:;3773&(,-*59==&,(+001()05A:59&(35@=<=<7,65:?8974:;;;;=0*77/(+244325EGG=@D??@<=>=A:8;:<<<;4856>=:BG@>C;DDGH@:9<:9FFF@>>?@FDDB>B<84;=GFED<>A:>7:?FI:DCA?88947@:;ACB8AEB5=>CG>;=:8<>C@;<@=D;><><:5;=?@AFIG@EC=@=:1009F-=>>@<658DC98>=C?9%%%*%%9;=@778:=)(=;<==::6-.;.'($$%%-58*8<>?<:97A;E=<::<@D7;9BD943499BC>03=?:<<87;;BA?>AA=7;6?999:&)079>%&7===@CBA@FG@:;93@.%;=@=5>:;3??CF@=DEE=A?;<;=;4.&&(&&'&-%783;9;?A720.8@A58<8<=>:C@>>?<48@A8@=56'&%()14447;9::>788?><>?7867;<624@<:;MFC@A*3--+BC?B?7>872502=?2405687778238:=E=?B4CGMC6:BAC?A:7=<87<2439D?:41>:<213133789<=:58:8<;784536,-/69137805:77/++-6@==A;89B6B5>>6A7948:>?<9:89(.44,1/'%6885:=98B5CBAA7;<<>C?6<@D9-1,7?;849AB;<>BB<=<<%-;==A?8823BCBBCFII068@=9?2:15;AA?B6@@::9=%6/./<;:<4'45AC>?>>?@;;517@FGE:B@BGFKGCBD@9CAIBA-$@;>=??C=BDILKHBAIJC@E=CJ@DEG:>;77<<==7>C?=@:400(/5;;>AA;98,+-*+'9<:97'(*(+6A;;>86:;96('2?67>B@=EFA9;7?@6679A<3+58>?>@3;>?FE;F6=A=<;:,==@ACEC>9@CGE?4.5;)9;E:2?DCGJFH>JGHGG@=B=CD@FCGFB:@9490($.//079:8=?AFF2FFFCD@C;DJDBAG@DBD?:>8AD@FDE=@8763:<9C<8>?BEEGEJHBEHOKO>D>=C<:;9:?DBC5;;A(>?<@GG??ADCE???D=@>;A>=;=:?:(%&$$(*(,;=BAFACDAEF<<9(%%',-578>>@DBFJ;96;@<6@G9:>=:;FEE@>DEEE:BGC9AII<9JJ>HL@GHEDGFHAHI6A;FB=:EEACHIICAAE79<-<===:@>=785;''')$*(39?DD:<=:55=@<@@E<>BC=.;BDGLDMKFGHBBBDELBDD@ENJFD@G?BD305B8;>70.*5:=ACCD;FHIMMHD@BHA><5*,:+//6:@<>AA78D938?A7@6*AA>@A;GCC=:::;=;BCD@A?.?B)?EEIHB2574941.+++)-/04?;<@<?E==KCOH=76<8).;;=@E=?A)('588:;<=@>?AE4@@8::00(($$%#389=@@?>C??:??EE:CC>/1,;;<<9;8072'$B=@?@?@7=?>EABFHBGGFH,BAAGIKJHGDF?>AA7=BGAMJA;=A>:=GIEHGD?GGGDCJD/?DGB*?%7:3+/5*,=,7;>?CAACFE=GDIKMF=D@B;44?56;99HNEA=IGJE((+=EJF3120<=426AC532<8988?:>CB8>LCD7>EF<@A>;/>HLKL@JOOLC@IJGB9;LEA?E?BDDDCGKICOKED>@EACHGELMGMRE>@?;;7EFC><:5EJF;<@DD987<>@:;=@?=>A?@BB@7356-2+3.)=EKFJDGIKLA@EEFGHAAJKCDHKA9;>BF>8=BB;;>OAA?74CB=7(%)445?@<<2/>BCDGE16A'/D>6633748>:FNBJKAFDCGGBNOJ8CGBGEGEHNMIHC@FD=CD?HI7DA9?=@=:97AADCCD?>94344:48=>CHHDCCIEHG9;::9913268;=CGEB?EDB?>=?DA6;B<$==>BC?E<><>&&,,554<--4><=A7;;A@DGGD>;?ABDGHCJLAEGF:/%0;,/8BHFJH?:@?DD>DA?@7;BCC;;87788::;3:>>AAEHFDB??@?FF@IGKHIG?B2=;9@B?=@BDD?<9A<66B=8DHCEFBCJB@BDJLH@BA@=BCBE==980+38?@AB79<=@A<>FABG@@E>=G???JLKG75)A>;<@?A::D9:?C;G:9?DF78;ACD>B@BHFB?@ACA?@ABIABJEE?D=:1:91.65367>@:6<9@CDB=BB;=F=:A=?GD=A><89755227@B@79?BBCGHDCFFH@FFB8?BCDC*-=A=A>08DBA?BECC<;>=8@>31:'&&08=ABDFAAB=>9?CDA@A443/.7/.148?@==2;=7;98<=57658:,8<=>>542007)69<=92'(&(78(2BC@ABB=CEF9A;@=:BGFG=?A9B@F>5:AE;EC??><8630&)A>=<=>=GDEC=96:BC?AA5?=;@;7-/69'$;:<96)'(*5631778;;'89<8BC9?-.12:89@8)2)2;=AA>IAGC@A??<>??@>776&'$,'/%%(2%@ABA51:?>@>D>7>EB95=A9D>DJJD@>1/&42>:;>DB?JIE;>GCB>>B>>IH@BHJH;HB;=>AD:0;:=?>EGA?>:<=EACBA@A=:==;=C@=:9>=;7G:CEDBI?BGE:E:8:9??49/=>=;87963(%%,/($12CB:;;FB@@A;>=:<:@B??EE<>A@B@:F:6D@>;=@E>@>B=EGFBCDAB==<62/,:A>@A99;BHINHDE>:9=<$%199>>=@>DEA?>@8069<;==5;EGIH@9=CCBC82*BFCEDBIIMJCBC:=99><.(&.-///*''''$%$DB@EDGJJCABCDCFECC>>CEC?@3*,+()&$%-/)$38??8?72019@1><>CRKB@CEDDIHB@;<&(,9<<:=CBDNMJIGJFBAAL>?=EGE<3A=CLMA=NLPP;DBC@K>7;+56;;HHI75<<8@@85A??@A>6BBCCLBDB78;7;D?;@@;>=FJI=>@33*31504BG>>A7**6CDAB9:=>?>8=>?@DDAEFKKH>6@H?>123;BBC@.=01>BAF<677):=>=?A=)-7BEBA;:=DBC;>D738?;>@=@=@BB>AA=%$(/3>>A@????0-*90>?><<><@>388>0'<9>>B?@;8@>B:=@??DD9G=>FDFB++<;9@JIE:JDBCABDF?9%9553,*><:A:8;=><=10/&%'/*/;>@>-/0CAC=>@BDJF??==))-7;7A?@@<6>B95=978>:::5;::9;<<>6466;B@BCGDCE@@,++/678;=B>BB@46ED8:CF@:C=8DA@C?<6=@A@==7=@>7;779=84?;827;;7011.-27:7.;>?A51<==@>.,5:<8@?A8<,-8:**,?:96;7;@=<::>?;87*-B;??AB0+F>9C9H=42=.4-./=;:DFCJJHECC=@78:>=C@B9==?FG?=BEEC??=>@A@?&'(>8BEDAA9;>>:--/7&%&%5<72788>7?@A>B=?:9:+?*.6D@DDEA;HMEF>8A@>759<=<7@;:=@ECB?@BFDEI;DE?=00/-,*-57@99=<>?9<:>BD);<,2>BA?%:ABI@<@@A@<@DDC6GG>=<:>D<@9:=B?854,.5834:7997@(+8>A>A4KL:C??HPDFHCEG?=A:>>>B>BBJK@@F?@??C>?=99177:=;@CC>::<=DD??ABCE:<+8305=<;=>?841*?@?A=CA<5>@C;33/.474645667849>>:=>?;?==?><34<559:<=AD@??-59=@=BCA8:4:<:<<==:;7==<7BB@:7:7:<'66>;;:5,%38&'%%8.A@4>>>12,BC=.?/%$+'((,5/0765546CE@;;@E@/34@BDCEGABBAGC9:==B?=;B>;+A=2.<4@A=?>>A@?A;=:62075;3$$665&,0//.5<>@*+&%$))%$$(339AB@C>:;<<<@BD=D?99>=:>DEB@A;;D;ADDFGAABEB?0DE@?ACDGD@KHF;<:3500047:=?81?=<.+@;?DD?KIHLD>DC@<@CC@3EB=DA@??@FC?=<91:5?<77=B>?=CDEDA@FB?=F>B?AFD;E@AADGFAAA565;@G>>D8<B???A>@<@FFGAFIC@FGNCCCB@656@=G=C<>=)$$3275=76<>47>=>>>@=*&&**+:@?ILB/+CIGCDKKHMLKIFHIA6%90@CC3CNF:65H@9;+=?A>CCBBB<++09<>;;;?EB;@>BA?;>?A::@>=:1'&.;<:7*'4EE:;FI@=7;9AII<;B?CFGAAA?F@GB>>GHEBA89DEDDB9<5@8;CDDBHF3<6<*:=;6385028895,AA@:6379856?0>@?@7;:,,.<@9-896??>@@9*(((4+<>>=<<:3=>@DDFG>A@83'1;GIGE:B78KJ>82<9=ABEFBCEPMJ@I4=DAEFGF@F;CBCB9622>7==9525<>=-34248;ACBA@>888:>76:B?=;=:757=;>?A=@A??=)&4:ADBC@AA?<@?AA3AF=2A<:449:<=818>@8;668:><9?76%4//'%13''(+5225>?>>CD17BCA9:799?>::;<@;>>@E<-*11/.-..%%)*-/99<=>DEICNFA?=78<;:4433.14**+)*''.8958?@A7;DEG?>==<7:.88><<:EFD@-19?@>?BEBC>@@A?CA@@AJHB@=EC>AA58@@B5E@;ACHE??>ECBBB??AHI>;BDF?@AK>F*&(669?@?9;B?9BAB597@B8=;@FCF=:CG3-/?A<<($+-2<;::95557:>:.A587<=;E?FB@DFF@AB:9;?D@;<0=5<:'*<=@B56991)DFGABA@BC@>E=A=4////,+%.*)-)27;?B@DGA:965365.)-0>:5=2896;==>?@I=@CDAC:;>=:;@:=<9>ACA@66846278=8::9,78===53@EFFCD:,*29>7@;<;61$$$$,)2107343210.(-&$'(25<=>;9BEDE9D?BCF@B?@5*-F8>>?B>D<=CA222:;4-;:8<;<7A:A:<==;BD?BDFIIJLG?@ABEF8:?<5-*>=99+/+':><@A@A==F?8755<=FB:==336KDF=<7?BFE8:;@813<>@@=>DM?7;A?>;331<=<1/0=:=;==-31514'(*,442.:97@AC:=?=9FKJBAC=BA::<@@>:94F>CC>:;<ABA??>:=>>><65,-('.-.'*68667953+,.9>@429;7@@@EBA?=@?@?DGD@B>C838FB?BGGI;BF7:=<9-0%'%'0215665*,207'&$&-&..,/$23),B?@><>=;A?GH?A6<8676>97;9CDGAEGFA=GDDGD2555<8*)4:51:><=7=@=69,/23<5,,,-=:?IGLIDCD>=49CE??>A?DBA=;<==24<%);@EC9@;<@@ACBBCCC;B928==?98;A?6=>>?>=/31)0)*9>A>98$''68@:?C:=9<4;6'34,0B6?AFB=;;8:.::??=>:>97864:<*1269>ADA@A@AFABBF;@AAF>A8<=C?EE?>CDEE?;;;A>9(*6/C1BB>A9F@HGF8+618:8<>8?CFGJG:=>B02-)75$&&+==@@DA?8<+566D=>>CBD<35695/55=@>;CEA==ADEHD?3.69==DEA;**)*9=735:8*33(+DECCBE47<8:=<965:8=@?A80639;:?>?5:DED???CB@EE+?%%=*8;>==FGHHFJ?9@BGFG<EH@EECBC?DA==;989;3:58;:9?C@8@KKFA@>@>>;@KF>CEEPHOED<7)*BB???A@B>E=JJ=C,/0;DB?B<8?<<7430$$(''#&)16158:@?<<>BA<);8:9:66-5:9:,1:5;<97:A@A??;=DCCD1,5>BBAC;>CA??646;@DDC@7:;2*0)+/+'%0$$$&(&$%)/-69;6:>9788;<:69@IGEEB<=>B=9??9;?B<@A56=?CC@<@>?CC@B>BAD7B95*58CBC@6(45999CA@1AMFCG<8;9/CBA@5+((.22;AE>EI95AD9=BEBCLCFE@C?DJKLHC::B6?AFGHHA?>==;6$57BA@<9?BGKRNJ@BFIIFA:?ADECBBBC?FJNME@BD>DGDEEIFN;EDD?8KGPF?ACIA;EHD004/10;>@D?)((=;AFDB9=<;725/*;<:?>=>844+213BC/A?HDBDFF9>?99;G@EGD5:=7<>EJ@9<@B99DDEA:C>LGBH;GGF7DE3/6@?>=97-2.&$$&,468@>/)::A<>BGICGKCEBIEADA>*)3436(...$$$69>@>>BE??:FBIF>:A>GB/8?=RPNKD2=DJEH>15;?AEHCFFFH<@LNKA=B>??BBFB=7BB@?DCCCDGGJD8977;89@B>@>?=<>@:CEHC@;$)9>?289;=@D?AG=4;ABBBAABE;<>@EIIJGIIGEE@IK4>?6+/'432229:9?@>=?ABDIG?EGIH9D;8DE@FDFJIGCB277;;;329;BCA@A2684868<>.>34;=D=?GGBCBHF<=A448EEA*,?.@=78EF86BE:>FEBC7EBBBCFGBCCBCBAEBA>A?=?ED:1C=?CA;77BCC<886==?BBABABCF>=>:=99=A?@DDDEE<<=A7;=@<47<:''>=9=??:D2:8(:(8;>7=8BDL?ACC;::@CKDB@@@?:?>FC4CC?@:===CBC;;=8/=@F==:?B<8++,'89.=?FDD?=@EF9EFCHD;D=:=>;)27580**%($$.(65<<<<43&''==GBA;B@>,1*;3DIJLHBEDE><GKKGB;?;@BEEDHACGH@CCDKI@>>:?B8@BC=CC>777497158<>;CEGKB=4AC=44=:9?ABDAC<775- @SRR14011045.39333 023cae33-b931-477e-9eff-d971625f6aab/1 AGTGTACTTCGTTCAGTTACGTATTGCTCTATCTTTGTGACAGTTCCACTTACTGGAGCATGAACAGTACTGCTAAACCTTCTGCATCTGCAATTTTTTTGTCCTTTTAAAACTCTGTCCCCTACGTTAACAATAGGATTTAAAGGTGCTCCTATATGTTGTAAAAGAGGTACAAAAATTTCATTTGGTGATTCCAACTTTTCAATTGGTAAATGTTCTGTTTGTATTTTTATTTTCAGGGGGATGCACTCCGCCTCTGAAACAAAAATCTCATCAAAAACACTCCTTTCATACATAGTTTATTTTCCACAAATTGATTTTTTAGCATATATATACAAAATTAACAAGTTTTTATTTTTAATTTTTCTTTTTTCTTATTGTACTTTTGCATAGTTCTATCTAAATTCTGAACAGTTAATATGTCTATAATACATTCATTAAGTTTTCTAAAAATTCAACTAGCTCTTTTGTTCACTCTGACTAAACTCACCTAAAACATGTTCGACAGCATCTTCTTTTTAGCTCTATTCCACATTTTATTCTAATAAATTCTTCACCTATATGAGATATTATAGACTTTATCCCATTATGTCCACCTGAGCTACCTTTTTCTCTAATTCTTATATCTCCAAAATCTAAGGACATATCGTCATAAACAACTATAATATCTTTTTAGGATCTAACTTATAAAAGTTCACAATTTCTATAAGAGCATTTCCACTCAAATTCATAAAAGTTTGAGGCTTAAAAAATATAACTTTCTCTCCGTCTATATTTTTTTCACTGATAAGAGCTTGAAATTTTCCCTTTCGCTTGTCAGGTTAAATTTCTTCCTTAAACTATCCACAACTATAAAGCCAATGTTGTGTCGTGTTTTCATATTTCTTACCTGGATTTCCTAAACCAATAACAACTTTCATTTTCCCCTCATAACCCATCTTTCATTTCCAATTATTATACTATATATTATCGATATCTACATAGTCTTTTTTATAGCTTTCTTCAGTTTTTAAAAATATTATTACATTTAGTCTTACTTTTGAATAGCAAAAAAAAAGAGAGAGAAACACTAGCTTCTCTCTTAATGTTAGCTTGGCAAATCCATATTCTCCCAGGCCGCTTCCAGCCAAGTACCATCAGCGTATATGGGCTTAACTTCTAGAGTTCGGAATGTAACTAGGTGTACCCCCATAGCTATACTCACCAAGCATATATATTGTATCACATAATCTTATTATGCGCAAGTCTGAACACTTGAAACTATATGGTAAAAACAAACTTAGATTAAAACTTCGATAATTAGTATTGGTCAGCTAAATGCATTGCTGCACTTACACCCCCAACCTATCAACCTCCTAGGCTCGAAGGTATCTTAAAGAATACTTATCTTGAAGTTAGTTTCCCGCTTAGATGCTTTCAGCGGTTATCTATTCCAAACGTGACTACCCAGCTGTGCCACTGGCGTGACAACTGGTACATCGGGGTTTGTCCATCCCAGTCCTCTCGTACTAAGCAGGACAGGTCTTCTCAATATTCTAACGCCCTCTAATTGGATAGGGACCGAACTGCCATACGACGTTCTGAACCCAGCTCACGTACCGCTTTTAATGGGCAGGCCAGCCCAGCCCCTTGGGACTAACAGCCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAACCCTACCGTCGATATGGACTCTCGGGTGGGATCAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGACGACCTTCCATTCGGAATCGCCGGATCACTATGTCCTGCTTTCGCATCTGCTCGACCCGTCAGTCTTGCAGTCAAACTCTCTTATGCCATTGCACTCTATGGTTGATTTCCATCCAACCTGAGAGAACCTTTGAACGCCTCCGTTACTCTTTCGGAGGCGACCGCCCCAATCAAACTGCCCACCTAGCACTGTCTCCGTGGCTACAAACCACAGATTAGAATTTCAGCATTGAATGGTTGGTATTCCACCGATGACTCCGATACAGCTAGCGCCATATCATCTCGTCCCCAACTATCCTATACATGCAATGCCAAAACCCAATATAGCTACAGTAAAGCTCCATGGGGTCTTTCCGTCACCTGCAGGTAACCGGTATCTTCACCGGTAATACAATTTCACCAGGCCTCCCGTCAAGACAGCGCTCAAATCATTACACCATTCGTGCAGGTCGGAACTTACCCGACAAAGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTCACTGGGGCTTCAATTCGGAGCTCTCACTCCTCCTCTTAACCTTCCAGCACTGGGCAGGTGTCAGCCCATATACATCGCCAACCAGCTTAGCATAGACCTGTGTTTTTGTTAAACAGTTACTTGAGCCTCTTCTGCGACCACTCGAGCGCTTTGTATCGCGTGGATACTCACCCTCAAGGGCTCCTCTTCTCCCGAAGTTACGAGGTTATTTTGCAGAGTTCCTTAACGAGAGTTAGCCTGTCCGCCTTAGATTTCTCATCCTGACCACCTGTGTCGGTTTGCAGTACGGGCAGTCAAATATTAACGTTGAAGCTTTCTTGGCAGCGTGGGATTTGCGCATTCATCTTACGACTGTATATCATACCTCAGATATAACTCAATGGATTTTCCTATCAAGTCACCCTACGTACTTCTACGGACACTTCCGTTCGTCCGCGCGCATACCCTTCTGCGTCCCTCCATCACAATATATGACTGGCACAGAAATATTAATCTGTTTTTCCATTCGCCTACGCATTATAGCCTGGGCTTAGGTCCCGGCTTACTCCAGGGAAGACAAGCTTTACCCTGAAAACCTTGGTCTTCCAGGCGAGAAGTTCTCGCCCCCTTTCTCGCTACTTATTCCTGCATTCTCACTTCTGATACCTCCAGAGTCGGTTACCCTTCTCCTTCAACGGCCTACAGAACGCTCTCCTACCAATCCTTACGGATTCCACAGCTTCAGTTTATAACTAGCCCCGTTACATTGTCGGCGCAGAGACTCTCGACTAGTGAGCTATTACGCACTCTTTAAAGGTATGGCACAACTTCTAAGCCAACCTCCTAGTTGTTTGTGAATCTCACCTCCTTTCCCACTTAGTTATAATTAGGGACCTTAGCTGGTGGTCTGGGTTGTTTCCCTTTCGACAATGGAAGTTAACTCCCATAGTCTCACTCCTGAGCTATAAATTATGGTATTCGGAGTTTGATTGATTTCAGTAAGCAATACGCCCCTAGATCATTCAGTGCTCTACCCCCATAATTGAACACTCAAGGCTGTACCTAGATACATTTCGGAGAGAACGAGCTATCTCCTGGTTCGATTGGCTTTTCACCCCTAAACCTACCTCATCCCCCAACTTTTCAACGGCGGTGGGTTAGGACCTCCACTGTGTCTTACCACAGCTTCATCCTGGACAGGTTTAGATCACCAGGTTTTTCGCGTCTACGCCAAACGACTGCTAAATCGCCCTATTAAGACTTGGTTTCCCTTCGGCTCCGTTATACTTAACCTCGCCGTTTAACGTAACTCGCAGGATCATTCTCCAAAAGGCACGCCATCACCATCACTGGCTCTGACCGCTTGTAAGCACACAATTTCAGGTTCTATTTCACTCCCTCAGGGGTTCTTTTTCACCTTTCCCTCACGGTACTATGCGCTATCGGTTAGTAAAATTATTTAGCCTTATGAGATATGGTCCTCACAGATTCACACAGAATTCCTCGTGTTCCATGTTACTTGGGAGCAGAGTTATAAGGATTTACTTGTACAGGACTTTCACCTTCTGCGGTTCGCCTTTCCAGACAATTCCAATTCATCAATACACTATATTGAATATCTTACAGTTCTGTACTTACTCTGTCCCTCAACCCCCTAAATACAACGGCTGTATCCTTGACATATTTAAGGTTTAGGCTTGACCCATTTCGCTCGCCGCTACTTTGGGTATCGTTTTTACTTTCTTTTCCTCGCGTTACTTAGATGTTTCAGTTCCGCGGTTCCCTCTTTCGTATTAAGACTCCCATCTTAATAGATTGCTCCATTCGGAAATCCTAGACTCTTACGTTCGATTGCAACTTATCTAGGCTTATCCGCAGCTTACCCGTCCTTCATCGGCTCTTACTACCTAGGCATCCTTTGTGTGCCCTTAATTATTTTAACCTATTTTTGACAGCTAACTCTAAGAAATTGTTAGAGTTAATTTTTTTTTCTTGTTTGTTCTACTATATAGTTTCCAATGTTCAGATAATTTAATGGTGGAGATAAAGCGGGATCGAACCGCTGACCTACGCAGTGCAAGTGCGTCGCTCTCCCAAACTGAGCTATATCCCCATATGGTGCGTTTGAGTGGACTTGAACCACCGACCTCACGCTTATCAGGCGTGTGCTCTAACCGAAAGCTGAGCTACAAACGCATTATTGATAAGTCCACACAAGAACATTACCAATAGAATAGAGAAAGACATATATACTCCTTTAGAAGGAGGTGATCCATCCCGCACGTTCCCGTACGGATACCTTGTTACGACTTCACCCCAATCGCTAATCACACCCTCGGAGCATCCCGCTCCTTGCGGTTAGGCCTGCTACTTCAGGTGCAACCAACTCTCGTGGTGTGACGGGCGGTGTGTACAAGACCGGAGAACGTATTCACCGCAACATTGCTGATTGCGATTACTAGCGATTCCAACTTCATGTACTCGAGTTGCAGAGTACAATCCGAACTAAGAATAGTTTTCTGAGATTAGCTCCACCTCGCGGCTTTGCGACTCTCTGTACTACCCATTTGTAGCACGTGTGTAGCCCAGCGTATAAGGGGGCATGATGACTTGACGTCATCCCCACCTTCCCTCCTGCTCATCGCAGGCAGTATCGCATGAGTCCCCAACTTAATGATGGTAACATACGAGAAAGGGGTTGCGCTCGTTGCAGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCACCACCTGTCTTTAGGTTTCCCCGAAGGGTTCACTGAAACATCTCTGTCTCATTCCTAAGATGTCAAACGCTGGTAAGGTTCCTCGCGTTGCGTCAGGAATTAAACCACATGCTCCACAACGTGAGTCCCCGTCAATTCCTTTGGTTTCATACTTGCGTACGTACTCCCCAGGCGGATTACTTATCGCGTTAGCTTGGGCGCTGAGGTTCGACCCCCAACACTAGTAATCATCGCGTTTACAGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTACCCACGCTTTCGCGCTTTAGCGTCAGTATCTGTCCAGTAAGCTGGCTTCCCCATCGGCATTCCTACAAATATCTACAATTTCACCTCTACACTTGTAGTTCCCTTTACCTCTCCAGTACTCTAGTCATGCAGTTTTCAACGCAATACAGAGTTGAGCCCTGCATTTTCACATCAGACTTACATAACCACCTAGACGCGCTTTACGCCCAATAAATCCGGATAACGCTTGTGACATACGTATTACCGCGGCTGCTGGCACGTATTTAGCCGTCACTTCTTCTGTTGGTACCGTCATTTTCTTCCCAACTGAAAAGCACTACATTCCGAAAAACGTCATCGTGCACACAGAATTGCTGGATCAGACTTTTGGTCCATTGTCCAATATTCCCCACCTTGCATCCGTAGGAGTAAGGGCCGTGTCTCCAGTCCCCTTGTGGCCGTTCACCCTCTCAGGCTTGACTGCCATCATCGCCCTTGGTGAGCCGTTACCTCTCCAACTAGCTAATGGGACACAAAGCTCTCTCACAGCGCATATAGCTTTCATAATCATAGGATGCCCTAAAATCATAATATCAGGTATTAGCATTCGTTTCCAAATGTTGTCCCTAACTGTGAGGCAAGTTCTTTACGCGTTACTCACCCGTCCGCCACCCAAACCGAAGTTCAAGTAGACTTGCATGTGTTAAGCATTCTGTCAGCGTTCATCCGCGAGCCAGGATCAAACTCTTCGTTCAATCTTTTTAATAGCTCAATTTTGCTATTTTAATTTAACACCAAATTTATGGTTGCTTTTGTCTTTTCTCTATTCTGTTGCTAATGTCCTTGTCTCGTTGACATCGTCTATAATAACATTTTTCATAAACTTTGTCAACAAAAAAATTTTTTAAAATTTTTTTAATTTTTGAATCTTATTTTTTCTTTTATTTTCAATAAAAAAACTACTATAAATTTATGAAAATCTCCATTAATTTATAATAGCTCTTTTTTGATTTTGTTATTTACTGACCAAATTCTATTAATAAATCTATATTCAAAATATCACATATAGATAAAAAAGAATTATAAAAACATCTACTATTTCACGAATAATTATATTTTTTATTTTATCTATTAATTATCTTTAACAATTTAGTTAATGTATTCTATATCTATTTTTAACTCATTTATAAGTTCTTTAAATTCTTCCAACCTAAATAATCACAATTAATTAATTTTACTTCTCCATTTTCATTTGTAGCTTCTAATCTATATTGTCTTCTTTCGCCTCTAACAATAGCTTTAAATCTATATCTATCAAAATTAAATATTTCATTATTTTTCTTATAGTTATAGACTAATTCATTGTTTCTCACAACTATTCTTATCTTTTTAAAAGTTGGAAATATACAATAATAATACTCCAATTATTCCAAATATTATGGAATATGTCTCCACCCATAAAATAAGTTAAAAGAATACTAATTGTAACAGCTAAAATTACATATTTATCAAATATATGCGTTATCTTGCTTTCATATATTTTTTCATCTTTTTCCATCATCTATTTTATTCTCCATATATTCTTCTATTTCATCAGCAGTTCTAGAAATTTATCTCCTAAAATTCTACTTGTTCCATCTTCTTGAATTAAAAATATCTCTTTCCATTCTAATTCCACCAAAATCCATATATTTTTCTATTTCATCATAATTTAAAAAATTCTTGATGAAGTTTTCATTCTTCCATTTTTTCAAAAAGTTCTGGGATAAAGTATATTCTGGCTCAATAGTAAAAACATTTCCAACTTCCAATTTCTTAGCAAGTCTTAAAGAAGCTAAACCAAGTGAGTTGATTTTTCTTCTCCTTCATCATAACCTACATTTATTTCTCCAAGTTTTCCATATCATGAACTGTCATTCCCATCATATGCCTAAATATGTGGCATGAATAGTGCATGTGCTCCTGAACTAACTATATCCTCAACTTCACCCTTCATCAGTCCAAGTTTTCATATTTTCTGCTAAAACCTTACAAGCTTCTAAATGAACTTCCTTATATGTAATTCCTGCTCTTGCTAAATCTTTGGCTCTGTCAAACATATCTCTTACTATATTATGTATAGTTTTTTGTCTTTCAGTAAATTTTCCACTTACAGGAAAAGTTGTTGTCATATCTCCACAATAACCCTCTTCTGTTAGAGCACCACAATCTAACAACACTAAATCTCCATCTTTTAGAGTATTTAAATGATTATGGTTATGTAAAATTTGTCCATTCTTGCTAAGTATAGTTTGGAAAGAATAGTAAGCGATATATTTTCTTGGCTGCTTTTCCACTTCAGCAACAAGTTCATATTCTTTCATTCCTGCTTTTACATTTTTCATAGCAGAAAAGATGCATTTCTTTTATTATGTTTACTCCTTTTTCTATTTCTTCAATTTCTATTTTATCTTTTATATTTCTTTGTTTAATAATATTTTTTATTAAATAGAAAAAGAGACATACTCATCAAATTCAAAAAGGATTTATATTTAAGATTGAACTCAAATACATAATATTGTCTGCTTTATATTGATTAGTAAATCTTATATTTTTTCTATTTTCTAAATATTTCTTTAATTCTTCTTTTTCAATAAACTTTTCTATTCCAACCCCAAGAGCCAATTCTTTTAAAAATTTTGTTTTCCCATCCAAATAATATCAGACATTGTATAGTCATTACCAAAAATTATTTCTTCATTATTATCTATGTCGATAATTCCAATTAAGCCATTGTGATCCATACCAAAATAATATTTAAAAGTTGCATCTTGAATGAATGGATATGTATTGTCCTCACAGTCTAGAGGTGAAAAATTATTTCCCATTATTAAAATTAAACCGTCTCTAAAGTTTTCCTTTAGTTTCTTCCTTCTATTTATATATACTTCTTTGTTCAACATAAAATTTCAACTCCTTTCTTTTATATATTATTTTATACTTTTTTCTAAAAAAAGTCTATATCTATTTAAAAAAGAGAATTCTTTATGTTTTTTTATTCTTTATAATTTTTTCATACTTCTCTTTATACACAACATAAGTTTTTTCATCTAATACCCACAAGATTAATTCGAAACTATCTGGATTTTCATCTATAAATTTTTTAGCTGTGTTAAAGCAATCTCTGCACCTTCATTTACTGGAAAACGATATATTCCTGTTGATACAGAAGGAAAAGCTATTTTCTCAATCCATTTTCTTTGCTAGTTTTAAACTTTCATAATAGGCTGACTCTAATTTTTTAGCCTCTCCATTTTCTCCTGTCGAGTATCTTGGACCTACCGTATGTATTATATATATTTATTTGGAAGATTATATCCTTTAGTTATTACTGCTTCTCCTGTAGCACAGCTACTATCTCTACATTCCTTAGCAAAGATCTCCTGAAGCAGCTTTAAAAATTGCTCACCAGACTCCACCACCCATTTCTAATTGGTTGTTGGCTGCATTAACTATTACCTCTACTTCTGGAATTTTTGTTATATCTCCACTTACTATTTTTATAATATCTTTATACATTTTTCCTCCATTACCAATCTCTATATAAAAAAAAAGCAGGAATATCTTCCTGCTTTGTTTTTAAACTTTTCTAACTATTTAGCTTCTACAGTTACTGGAACTTCTTTAAGATCTCCTAAAGTTAAAACTCCTTCTGTATACCTTTCATAGCTATTTCGTTTCAGCTTCATCAGCATATCTTTCTCAGAAGCAGTTTCTGCATTTTTCAATTCAGTAACTTTTCCTTCTGCATCAGTTAAAGTAGCTGTAGCTCCATCAGCAGCAACTTCTAAAGTAAATTCCTTTCCATCTTCAGTTTTAACTGAGAATGCTTTTACTTCAGCAGCAGGTGCTTCAGTTGTTGTTGCAGTTGTTGCAGTTGCTTCTGCAGCAGGTTGTTCAGCTGGTTTTTGTTCTTCTTTCTTTTCTCCACAAGCTACTAAGAATAAGCTCATAGCTAGTGCTAACATTGCAAATTTTTTCATTGTATATCCCTCCTTGATTTTCTGTAGTCATAATACATTATTTTCTAATAAAAATCAAGTCTTTTTTCTCTTTTTAGACACATGTTCTTATTTCGTTTTTAATGATTATGTGTTATTATTAAAATATCTGTTTATTTTTTAATGGGAAAAGAGTTCGAAAAGCGAATTAATGCCTATTTTAGATATATAATTTGAATAGATTTTATATTTTATATATATCAAAGATATTTTTAAGCTATGTTTTCATAAACTCTTTAACTTCATTTTTGTTCACTAGCAATTCCGATAGTTCTAAAATTCTTTCAACTAGCTTTTCACATTCTTTTTATCCAATTTCATTAGAATTCTTTTAACTCTTGGTATTGAAATTCCTGACATGAAAAAAGGAATCTAGTCCCATATATAAAATAAAATTGCTACTGCATTTTCATCTGCAGCAAATTCTCCACACATTGGAAATTTTTATTCCACCTTCCTTGTGCTCCATCTATTAACATTTTAATAGCTTGTAGCACTGCTGGGTTCTGTATGTATCATATAGATTAGCAATTTTTTCATTTCCTCTATCTACTGCTAAAGTATATTGTGTTAAGTCATTTGTACCTATTGAGAAGAAATCACATTCTTTTGCAAAATGTTTTGCTCTAAATGCAACAGCAGGAGTTTCAACCATTATTCCTAGCATTATCTTTTCATCAAACTCTATACCTTTTTCTCTAAGTTCCTTCTTACAGTTTTCAAATATAGCTTTTGCCTTTCTAACTTCTTCTATATCCATTATCATAGGTAGCATAATTTTTATTTGACCATATTTTGAAGCTCTTAATAAGGCTCTAAATTGAGTTTTTAATATTTCTTGTCTATCTAGGCAAACTCTTATTGCTCTCAACCAAAAAATGGATTTTCTTCTTGTGGTAATTCCATATATGGTAATGATTTATCTCCACCTATATCCATAGTTCTAATAGTTACAGGATATCCTTTTAAACCTTCAGCTACTATTTTGTATGCTTCAAATTGTTCATCTTCTGTTGGAAAACTATCTTTTCCATAAATAAGAACTCTGTTCTATAAAGTCCTATTCCAAAACCACCATTTGAAATAATACCTTTTAAATCATTGAGTGATCCTATATTTCCCCAAACATCAACTTTTGTTCCATCTTTTGAAACAGCTTCTTTATCTTTTAAAGCCTTTAATTCTTCTTTTCTTTTAAGAAGTTTTCTCTTTTTTCTCTATATATCTTTAAAGTTTCTTCATCAGGATTAACTATAACTTCTCCATTTAATGCATCAACTATTAAAATTTGATTGTCTTCTAAGTTTTCTAAAACTGTTCCCTACTCCAACTACTGCTGGTAATTCTAAAGATCTTGCCATAATAGATGAGTGAGCTGTCTTTCCACCAATTTCAGTTACGAAGGCTAAAACATTTTCTAAGTTTATTTGAGCTGTGTCTGAAGGATTTAATTCTCTTGCAACGATTATTGTTTCAGGCTCTAATTTTGAAAGATCAACTACTTGCACATTCATAACTCCATATAGCCATCTTTCCTATATCTCTTAAGTCTCCTGCTCTTTCTTTAAAATATGCATCTTCTAAATTTGCAAGCATATTTGCATATTCATCAATTGCTTCATTTAAAGCAAATTCGGCAGTACATTTTTTTCAGAAATTTTTGAATCTATTTCTGAAAATAGTTCTTCATCTTCTAATAAAGTAATATGTCCTTCAAAAATATCTGCCTTATCTTTACCAAGTTTTTGAAGAGTATTTTCTTTTTTATTTCTTCTAATTGTTTTTTAGCAACCTCTCTACCTTTTATTAATCTTTCTAACTCTTCTTCTTTAGATAGTATAGATTTCTCAAGTATTTCTAAATTATTTTCTTTGTAAAGAAATGCTTTACCTATTGCTATCCCAGGAGAAGCTGGGATACCTTTTATTAAGTTATTTTTCATAATCCACTCCAATATTTTTCAAAATAAAAAGGAGAAGTTAACACTCCCTCACACAAAAAATTAATCTTTTAAAGTTTTTTTCAGAAGAGATGATAATTTGTATCAACTGCTTCGTTTTCATCTTCACCATCAGCATATACAGTTATTTTGCTTCCTTTTTTATTCTAAAGAAAGTAATTTTAATAATGAAGTTCCATTAACTTTTGCCCCAGCTTCATTTTCTACCTTTGTGAAGAAAATGTTTTGCTAAACTTACAAATTCATTTCCTGGTCTTGTGTGTAATCCAGTTTCATTTACTATTTCTACAGTTTTACTTTTCATATCATCAATCCTTTCAATAATTTGTATATAATTAAATTTTTTATCTATATCTTATAAGAGTACAGTTTTTTTTTTGCTTTGTCAATAAAAATTATGATAAAAATATTATCTTAAAGCATTTAAAAATGAATCACTTCTATTATAATTATTTTTTTCTCTTGCATTTAGTAGAATTATATTATAGGATATAGAACAAATATTATTAAAAGAGGTGATAAAAAATATGGAGAGATTAAAAAGAGATGAAGTAAAAAAATTATAGATGAGCTTAAACAAACAGGAAAATATAAAGAATATCAAGAAATGCTTTTAGATGACTTTGAAGAACATCATGTTGTTTATAAAATAGAAGCAGATGAACTGATTGCTATAGCACACAAAAATAATACTATTCCTTACAAACTGATAGAATTTTACGACTGGCAACAGATGAATTATTTAATTGAAGAAAGAAGATGGGATAGAATAAAAAAATGTTTTTATTTTTAAAATATGTTATAATATAAGAAATAAAATAAGTAAAAACATTATAATTTATATATTTTAATTTCAGTTAAAATGAAAGGAGAATGACAATGACAGTGGGTTATATTTTTTGGCTAGTACTTACTATTATTTTTCACTATTATTGAATTTGCTATTCCAGCACTTGTAACAGTATGGTTTTGCTTTGCAGCGGCCTTAACTGTATTTGTATCTCTAATTAGTGATAGTATGAAAGTGGAAATAACTTTCTTTACAGTTGTTTCTCTACTATCTCTTATGTTCTTAAGACCTTATGCTAGAGCTATCTTATCTAAAAATAAGGATAATTTTGATGCTGAAAATAGATACAGCTATCATAGTAAAGAAAATTGTAGATACAAGTAAAGAAGAAAAAATCTATGATGTAAGTTACAAGGGTTCTATATGGACTGCCTTAAGTAATGAACTTTTTTGAGGTAGGAGATACTCCTGTAATTTCAAGTTTTAAAGGAAATAAAATAATTTTAAAAAAAATAAATTGGAGGTTTTGAATTATGTTTTATATACCATTTTTGTACTACTTTTAATTTTATTTGCTGTAATTGCATTAAAGCAATTAAAATTGTTCCTGAATCCACAATTCTTATCATTGAAAAACTAGGGAAAATACAACCAATCTTTAAGTTCAGGTTTAAATCTTATCAATCCTTTCTTTGATAAGGTTTCAAGAATAGTTTCTCTTAAAGAGCAAGTTGTTGATTTTGACCCACAAGCAGTTATCACAAGATAATGCTACTATGCAAATAGATACTGTTGTTTATTTCAAATAACAGATCCTAAACTATATACTTATGGAGTTGAAAGACCTTTATCAGCTATTGAAAACTTAACTGCTACAACTCTTAGGAATATTATAGGGGATATGACAGTTGATGAAACATTGACATCTAGAGACATTATAAATACAAAGATGCGTCAAGAACTTGATGATGCTACTGACCCTTGGGGAATAAAAGTAAACAGAGTTGAGTTGAAATCTATACTTCCTCCAAATGACATCAGAATTGCCATGGAAAAGGAAATTGAAGGCAGAAGAGAGAAAAGAGAGCGAAAATACTTGAAGCTCAAGCTACAAGAGAATCTGCAATACTTGTTGCTGAAGGGGAAAAACAATCTGCTATCTTAAGAGCTGAAGCTGAAAAAGAAGTTAAAATAAAAGAAGCTGAAGGTAAAGCTCAAGCGATACTTGAAATTCAAAACTGAAGCTGAAGCTATTAAACTATTAAATGAAGCTAAACCTGCTAAAGAAATTCTAGCACTTAAATCTTTAAACGTTTAGAAAAAGTTGCTGATGGTAAATCTACTAAGATACTTATCCCAAGTGAAATTCAAAACTTAGCTGGTTTTTACTGCTACAAACTATAAAAGGAAATTAACTAAAGAATTAATTAAAGTGGCTGTTGCAAATTAAATTTAATTTTGCAACAGTCTCTTTTTTGTTTATATTTTTTTAAAATGATATATAATAGTATAAATTACATTTTTATTTTTTGGAGGGACTTATGTTAGAAGATTTAATAAATGAATTTAAAAAGAAATTTTCAAATATGATGGGGAAGTGGAAACTTTCTTTTCACCAGGTAAGTCAACTTAATTGGTGAACATACAGACTATAATGGTGGTTTTGTTTTTCCTTGTGCATTAGATTTTGGAACTTATGCTGTTGTTAAAAAAAGAGAAGACAAAACTTTTAGAATGTATTCTAAAAACTTTAAAAATTTAGGAACTATTGAATTTAATCTAGATAACTTAGTTTATAATAAAAAAGATAACTGGGCTAATTATCCTAAAGGAGTTGTTAAAACTTTCTTAGATAAAGCTTATAAAATAGACAGTGGTTTTGATGTACTATTCTATGGAAATATTCCAAATGGTGCTGGACTTTCTTCTTCAGCTTCTGAAGTTTTAACGGCCGTTATACTTAAAGACTTATTCAAACTTGATGTTGATATGGTTGAAATGGTTAAAATGTGCCAAGTAGCAGAAAATAAATTCATTGGAGTAAACTCTGGTATCATGGATCAATTTGCAGTTGGTATGGGTAAAAAGGCCATACTATTTTACTAGATTGTAATACTTTAAGTTGAATATGTTCCTGTAAAATTAAAAAATATGTCTATTGTTATCGCTAATACAAACAAAAAGAGAGGTTTAGCAGATTCTAAGTACAATGAAGAAGAAGTTCTTGTGAAGAAGCTGTTAAGTTCTAAATGACAATGGAGTTAATATAAAATATCTAGGTGAGCTAACAGTTGCTGAATTTGATAAAGTTAAACACTTTATAACAGATGAAGAACAACTAAAAGCAACTCACGCTGTTAGTGAAAATGAAAGAGCAAAAGTTGCAGTTGAATTTTTGAAAAAGATGATATTGCAGAATTTGGAAGACTGATGAATCAATCTCATATCTCTTTAAGAGATGACTATGAAGTTACAGGTATAGAGCTTGATAGCCTTGTAGAAGCTGCTTGGGAAGAAGAAGGAACTGTTGGTTCTCGTGTGAGCTGGAGCAGGTTTTGATTAGTTGTACTAGTATAGTTGAAAACGACCATGTTGAAAACTTTATAAAAAATGTTGGAAAAAAATATAAGGAAAAAACGGGTTTAGAGCTACTTTCTATATAGCAAACATTGGAGATGGAGCAGGAAAATATAAAATAGTGCGTTACTAGCCAGTATTTTAATAGCTGCTTGCCAGCCATTAATGTCTCGAGCTCCACAAAGGCTCTCTGCAGTAATGGACAATAAGTAGCCTAAAATTTGGAATGTAACTAATATTTTAAAAGAAAGGAAAAAAGGATGAAATTTACTCTTTAATTAATAGACTTTAAAATATTCGCCAAAATTCATTGATAACAGAAGATGATGTTATGTTTGTAGAAATGAATTAATGGCATTGTTACAGTTAAAGGTGGGAGGATGTCAATGAGGATATCAAGTACCTGAATATCCTCAAGAAATCTTAGATAAAATTTGTGACTATGCTATAGAACAAAAAATTATAGAAGATGGAACTACTGATAGAGATATTTTTGATACAGAAGTTATGGGAGAAATTTACCCCTTTCCCAAGAGAAGTTATAAATACATTTAAAATTTATCTGATAAAAATATAAAGTCAGCAACAGATTATTTCTATAATTTCTAAACTAACTATATAAGAACTGAAAGAATGAAAAAAATTATGTGGAAAAAAGTCCAACAGAATATGGAGATTTAGAATTACTATAAATCTATCTAAACCTGAAAAAGACCCTAAAGAGATTGAAAGACAAAAGAATATGCCTCAGTAAATTATCCTAAATGTCTTTTATGTTATGAAAATGTTGGTTTTGCTGGAACTTTAACACATCCTGCAAGACAAAATCATAGAGTTATACCTTTAACTTTAGAAAATGAAAGATGGTATTTTCAATATTCTCCTTATGTTTACTACAATGAACATGCAATAATATTCTGTTCTGAACATAGAGAGATAGAAATAAATAGAGATACTTTCTCAAGAACTTTGGAACTTGTAAATCAATTCACATTACTTTATAGGTTCCAAATGCTGATTTACCAGCTAGTTGGAGGTTCTATTTTAAGCCATGACCACTATCAAGGTGGAAATCATGAGTTTCTATGGCAAAATCTGAGATTGAAAAAGGAAGTAAGTTTTGAAGCATATCCTAATATAAAGGCTGGAATAGTTAAATGGCCTATGACTGTTTTAAGATTAAAAAATCTTTAGATAGAAATGAATTAATTGAACTATCAGACCAAAATCTTAAAGCTTGGAGAGAATATTCAGATGAAGAAGTTGGAGTATTTGCTTACACAAACTCAGCTCCTCACAATACTATAACTCCTATCGCTAGAAGAAGGAGAATACTTCAAAGGTGGCTTAGTTCTTAGAAATAATAGAACTGATGAAGCTAATCCTTTAGGTATCTTCCACCCTCATAGTGAACACCACAATATTAAAGAAGAAAATATTGGGCTGATAGAAGTTATGGGACTGGCTGTTCTTCCTGGAAGATTGAAATTTGAAATGAGAAAAATAGCTGAATTCTTAAAAGATAAAGATTTTTGAAAAGAAAATTTCTGAAGATAAAGATTGTCAAAAACATTTATCTTGGTTAAAAGCCTTTATAAATAAATATCCTAATATTGAGAATTTATCAGTAGATGAAATCTTAGAAAATATTTTAAATGTTGAAATTGGTTTAACATTCTCAAGGGTGTGAAGATGCTGGAGTATTTAAAAGAGATGAAAAAGGTAAAAATGCCTTTCTTAAATTTATAAATCATATTGGAGGTAGATTCTAATGTCTATATTAGTTTGTGGAGGAGCAGGTTACATTGGTAGCCATGTTGTTAAATATCTATTAGAAAAAAATGAAGATGTTGTTGTTGTTGATAGCTTAATCACAGGACATGTTGATGCTGTTGATGGAAAAGCACATTTAGAACTTGGAGATTTAAAAGATGAAGAATTTTTAAATAGAGTTTTTGAAAAATATCAAATTGATGGAGTTATAGACTTTGCTGCCTTCTCTTTAGTTGGAGAAAGTGTTAGCTGAACCATTAAATATTTTTGAAAACAACTTCTATGGTACTCTTTGCCTATTGAAAGTTATGAAGCTCATAATGTTGATAAGATAGTATTTTCATCTACTGCTGCAACTTATGGTGAAGCAGAAAAACATGCCTATACTTGAAACTGATAGAACAAGAGAACCTACTAACCCTTATGGAGAAAGTAAAGTTAGCAGTTGAAAAAATGTTTAAATGGTGTGCTAATGCTACCTATGATTAAATATACTGCTTTAAGATATTTCAATGTTGCTGGTGCATACCCAAGTGGAGAGAAATTGGAGAAGCTCATACTTGTGAAACTCACTTAATTCCATTAATTTTACAAGTTGCTCTAGGACAAAGAGAAAAAATATCTATCTATGGAGATGACTATCCTACTCCTGATGGAACTTGTATAAGAGACTATATTCATGTAATGGATTTAGCAGATGCTCACTACCTTGCTTTAAATAGATTAAGAAATGGTGAGATAGCCAAGTATTTAACTTAGGAAATGGAGAAGGTTTTCTGTTAAAAGAAGTTATAGAAGTTACAAGAAAAGTAACAGGACACCCTATTCCTGCAAGTTAGTCAAAGAAGAGCTGGAGACCCTGCAAGACTTATAGCTTCATCTCAAAAAGCTTTAGATACATTAAAATGGGTTCCTAAATATGATAAATTAGAACAAATTATTGAAACTGCTTGGAATTGGCATAAAAACCATCCAAATGGATATGAAGACTAAAAAATAAGAGGCTCTTTACAGCCTCTTTTTTATCTTATTGTACTTGTACTCCATCTTTAAATATTCCTTGTTAGCAGGCCTACTTGACCATTTGGTCCATATTTTTTTAACTATACCATCTAATTGTCCATCTTTATATGTAGCTTCAAAGTCTATTTGACCATTTGGATAGAAATGTTTTTCGTAAACTAATCTTCCATTATTACTTACATACTTCTCATATTCTATATTACCATTTTCATAGTATATTGTATTTATTCCTTCTTCATAACCATTTTTATAATTTTCTTTAGATTTAACTTTTCCACTTGGATAATAAAACGCCCCTGTTCCATCCAATAAACCATTTTTAACTTCTAATAATCCTTGAACTTTCCCATTGTCAAATTTGACTTCAACTGTACCTGTAAATGGTGTTTGTTCTCCTTGTACATAGGCTATTCCAGTATTTTTGATCCATTACTATTTTTCCTGCTGGAACCTTTCTTCCTGCTGAAAATGATAAAGCTGATACTAACAAAAATGCTCCTAATAATAGTTTTTTCATCTTTTCTCCTCCTACTTTTATTATTTTATTCTATTACCATTTTTATAAAATTCTTCACTAGTTATTTTTCCACTTTCATCATATTTTTTAACTGTTCCTTCTAGTTTATCATCTTTATAGCTTTCTTCTGACATTATTTTACCACTTGGATAGTAAGTCTTTACAATACCATTCACAAGTCCATTCTTATCAAGCGGAAGTTCTATTTTTAATTTTTCCATTTTGATAATAATCTTTTTGTATTCCTACTTGTACTCCATTTTTATATGTTGCTTCTACATTTATCTTTCCATTTTATGGTAAGTTCTAGATATTCCATCTGGTACACCTTTTTTGTAAGAATTTCACTTTGAATATTTCCATTTAAATAATACATCTTTGTAATCCCATCTACTAATCCATTTTTTTATAAGAAATTTCTCTCTTTCTTATTCCACTTTCATAGTAATCTTTTTGTATACCTTCTATTTTCCTTTTTTAAATGTTGCTACACTTGCCATTTTCCCATTTGAATAGAAAAGCTTAGAAGTTTCCTTCCATCAGTCCATCTTTAAATGGAACTTTCCCTGATAAAGTTTTATCTCCCTTCTGAAGTCTTATAATTTTCTACTATACCTGTAAATGGAGTTTCTTCTCCTGCAACAAAAACTATTCCTTTGTTATCCATATAAGTATTTTCTATTTTAACTAATCTTTCTGCTGAAAATGCTAAACTTGATACTAATAAAAATATGGTTAATAGTAATTTTTCACCTTTATTCCTCCTAGTTTAATCTATTAATTGACCATTTTTATATGTTTCTTGATTAATTATTTTTCCTGTCTCATCATATTCTCTAAAAATTCCATCTGCTTCATTGTCTTTAAAATTAACTTCTACTTGAAGTTTCCACTTGAATGTCAAATTTTACTTATTCCTTCTAATTTATCATTTTTATAAAATCTTTCACTTTCTAAAACTCCATTTTTCATAATAATCTTTTCTTAAGCCTTCTCTTAAACCATTTTATAATTTTCTTCACTTTTTTAGCTTTCCACTTGGATAATATGCTTTAGTAAACCCTCACTTTCCATTTTTATATGTTGATTCTATTTCTAATTTACCTGTAACTCCATTGTATTTTTTACTAGTCCATCTAACATATCATTTTTAAATGGAAATTCATCTTCTAATATCCCTTTAGTTGAATATAGTTTACTCATTCCATCTTTCTTCCCATTCTTATGTAAAACTTCCATCTTTATTTGACCATTTTCATAATATTTTTTGTATACCATTTTTTCTCCATTTTAAAATGTAGCCATCTCTGCTTGCTAATTTACCATTTGAATAATATAATTCAACAAGTCCATCTATTCTCCATCTTTAAATGAAATTTTTCCTTCCAGCTCCATCTTCTCCTGGAATTTTAAAATTTTTATTACACATATATGGTGTTGTTCTCCTTTTGCATGTACTTTTCCAGTTTTCATCTAAATGTTTCTTTACATATGATAATATTCTCTCTACTGAAAATGCTAAAACTTGATGCTAATAAAAATATCCCTAATATCTTTTTCATTTCTATTCCCCCTAAAATTAAGTCTACTTAAGAAAATTATAACTATAACATTTCATTTTGTCAATAATATTAATACTTTTTACAAAAAAGAAGACTGAAAAATTCAATCTTCTTCTTAAATATTAAATTAGAATATTACTCTTAGTCCTTTCTCTGCTCTTACATTATCTCCTTTTTTGTCATAACCTATGTTAGCTGTTACTCCTATTCTTTGGTTATCCCATCCAAGATTTAGATCTGTTTGACATTTCCTGTTCTGTCATCTTTTCCACCTTTAATATTGAAGTAATCAGCATTTGTTCCAGATACTTTAGCTTTTATTTTTACCATTAGCTATTCTACCTAATTCATTTTCATAAGCTACTCCTACAGTTACTTTTACTGTATTAGCTCAAAATAATGTCTGTAAGCAAGTTCTGCTCCTATTTCTGGTTTTACTGAGAAATAATCATTAGCCTTAACATCTAATCTCATTTCACTCCTGATTTTTCTCTTATCTTTGATACTCTTCCATACTCTAGTTTTAATGAAGCATATGGTCTTAAGCTGAAGTCTTCACTCAATCTAAATTCTTTTTGATATTTCATTCTTTACAGCTGCTCCGTAAGTATGATATCTACCTTTTGCATTAAATACTTCATCTACAACTAAGAATTTTCTATGCATTTTATTATGTCCTGCAAATATTTCTCCCGATACTGTCCAATTTAGACTATTGTTATGATCAAATGGCACTGATTTAAAGATACCTACTTTTCCTTGTAATTGTTCCTCTTTAGAATTTCCAATATCTTTGAATCTAAATGTATTATGAACTATACCTGCATACCAACCTGTTGATTCTCCAAGTCTTACAGTTTCATCTTCATGTACATAAGCAACCCCATAAGCATTGTTTGTATAATCGATTACTCCTGCTGTATTTGTTTTATACTCACCTTTAGCTCCAAAAGTCTTAATTTTATTTGCATCTTTACTTGGATTATCCATTCGTTTCTTAAATAATTAAATTCTTTATCTAAGATGAATCTGTTGATTGGATTCTTTGTTGAGTATTAGCATATTGATGTCCCATCATTTCATCAAATGCTTGGAATAATAGAACCTCTTCATTATTTCCTATACTATTTAATTTTGGAATAATGCATTTTCTCTACTTCCTATTCCTTCTTTTCCATATCTTTGTTCAATCCATCTGTAAAGTTATAAGTATTTTTATCTTTTGCAAATACAGGATAAGGTATCTTAGCTAAGTAAGCATTTTCTATAGTTCCATTAACTTGGTTTTGTCCTATATTAGCCATCCATGTTAATGAACCTGAGTAAATAGTCCATTTATTTATTTGTGGATTATTTAGGATCGTGTCATTATATGGTTTAATATAGTATTACCAACTTGGATATATTTAGCTGTTGTGCTTTGAGCAGCTTCAGCTCCTATAATTAAATCAGCTTTTCTTAATTGACTTAATTCACTTAGCCCTGTTATAGGTTTTGTAAATTTAACTCTGATGTATTTATATACATACCTATTGTAGATACTTTTGTTTCTTCTAATTCTAATTTCTTTGTTTCTACAATTTCTGGACTTTGAATTATATCATTAAGTTTAATAGTTCCTGTTGTTGCTCCTGCTGGTACATCTATATACCCATGCCCATCTGCACCACTGGATCTCTCTATTCTGCTCATCCTTGTGGTATCATGGGAATGGCCATATGACATCTGTTGCCATTGCTAAATGTCCATCACCCTCTGCACCCACTTCACTCTCCATCCATGTCCTCACTTCTGACTGCCTTGAGGAGCAGGTGTATCAGAAGGAGTTGCTTATCACCCCACCACCATGGCATCTACTGACTGCCTCTTTCTGGCATGCGTGCTCTCACTTTCCTCCTAGTGTGTCCCTGAGGGTTCCATGCTCCCACTGAAGGCCAGCCCTGCAGCTTGCTTACTCAGCCACATGTCCTTCTCTTGCATTTAGGGTTGTTCTTCTTAATTCTCCTTTCTCTTTCTTGAATTCGAATTTTCCCTATCATTCCAATCTGCATGAGAAACATGTCACAATATCCCCCAAAATGGGAGCCACATGAACTTCTGTAGGGGAAAATTGTGAAGGACTTTGAAATGCCAAAGCTTAGTGGATGGCTTCTGTGGAAAACAGGTATTGTTTAGACATAGTTTCCCTTTTATCTGCTTCTCGGGGTGGAGCGGGGAGTGCTCTGTACCTTTCATTGTCTTTGAGCTATTTTATAACTATGTGAGTTGTAGATACCTGATTGATAGCAATAAAATGATACTTACCCATGAATACACAAATTCTGTTTTGTGTAAAGACAATTAATTTTCTTCTGACTCTGTGGAAAAAGCAAGTTCGGCATCTATTTATAAAATTTATTTCAGCATTCCTAATTCAGTTATTGAAGTGTAGTAGTTTGAATTCTCCTTGGAAACAGAGTAACATTTTACCATTACCTCTGTTTCTTCATTAATTAATAAATTGAATAAAATCTTGGACAAATAGTAATTTTATGTTTATCTGAGTCATGATTTTAACTTTTAAATATTATAATCCTTTCACACATTCTTAAACCCAGATCCTTCTACAGGTACACTTCCATTTTCTTGCCTCTCTTTTGGTAAAGGCAGTTTTAGTCAACCCTCTTGTGGTCATGAAAATATCTTGTCTCTGCCTCCATACTGGGTCAGTGTAAAGAAGGAATGCAGTATGATGTGTGGCCTGAACTCTGGACTGAGATTCCAAACGTGTCTCATGTGTGTGCCTCTGTCTCCCGATGATGTCATGACTTGCTCTAATCAATAACAATATAGAATCCTCTGTATCAGGCCTTTCTAGACCCTTTAGATGCTAGGAGGGGGTACAGGAGATGGTAAAAAATGTGAAGGATCTTTGAAGCCTTTTCATGTCCTTGGCAGTGTAAGAATTCTTGCTGTATTCCACATGACAGAGAATGCTATGATGGGAATTTAAATGCTATTCACCCATATTACTCTAGACCAAGGTTTCTCAATCTGGGTACTATTGACATTTGGGCAGGGTAATTCTTTGTGATAGGGGCTGTCCTGTGTGTTGGGGGATGTTTAGCAGTGTCCCTGTTCTCAGCAATACGTAACCCCAA + '$-&1.78955<;D8?>5@:<>;:89542,$$(232465<>@455+(-5/>@=D=A@:2/77650=?@9A>FDFIGGOKJF6@::CFGECD@?'5*=BDB@=7:6)-<=>??=>@;+8=<.1;=EBGHE8;C-.9:864996?=A@?231(GI@?BC?<;84445+/>?AC7C<;>?BC=<7@BE><98<>FJDRPJB;=??E99>CCCHLE>@CDADJEEIIRK5>@@A@;>@>A@AGFDC@::;AGJIG:EFGEME>ECEKH:B9?IGEC78&1@@FE:@=A76FF@AD@EEGG@EGCD?;>GG,>7:DGB==CAEKJFDH=8GAAC8EC7=EBMK53=;?<7=ACFBB@DFHHIE>??:<:9@C95>@9;<;>AA;,+--8>
@=:;=:@>DDFGB<;?B@>>@:>56:>?E<:?E?0;:ACBGA>A?F8D?=CDA<>9@MK<7?7BDCB3;AA>AFFA>DEBF=4;>=BD7KKKKC:4=CF?:;3@CDIGFGAB?DC@BB:<@C=:@HHJH7A:=EDFC=?;?J<@AAAA:?GKJD6-%@><00...2<=C@A-17=:;037?6B9I@:7A7EDD>?KGKCB>1=BFEC@HD8<7>>:878>@IJJHKID>A,:4IC?>?GDAC@=*,43560=;>>+2476:8(*(&'(+,,7FFFCCEH/45)+(7??5>=;7/-4=B>>?CD86EIFO=ADFDEGF@;NNNMJCDC@HAJGA9=?::8:HIKA>?>B:3?@@=>@?<@ABA@AC;?;6EJIH@>ED72:7JJI@<:7.'*4,45EAEA:@=C:7C<>8670.3.((989<89?;=7DB::>EAA<<;EF@@F9:;8868+#&?'(+2+8<@947EC?C;CCEC;9>;@635735IE@1:@BBB@@MKGAAA?5*.>BBB@7;$$(+'&&&,//-0558CC;9CEGHEDDJJFBCD9@<=?CCCC?>F;8BBJECC6>?AB@<@.,%%,22221+$++''''78:<@@DA>?@1AFG;@=A@@>57037@BE;FEHF7.A@DBBGEA@9EC40++<;->;>GDD>7>CGB=CF>DHLH?;EEFFGNHI=ICFC$3FHHA?B@CCGD>;=EBB>?@>>?BG?=>DE?$'&9<)87831).($&*4887:?BE@JNAEDFGHAG>F@@JIKF:@BB>=66=36;)%%%$%&'(+()%&1'$$$,+12(,%%$*)6762#42043+-*,-4$82/36486=<;:?-/0CD4IGIB=/5CD>DEIMKBBD>G7F?(+9%%(B;D>:7:=?@@ADE5568:=777<1@BCCC?544=DFBDB?>?@?@A@@G:A@BD4?>=2D:79:57FEDC@C>?%>=577@AHH=??GG66?>H6>F=>ABAA@>A:GKFA?<99??>@BFBD3E>;.>@ADF@?@?81=>>>(9<;;8<>J?=GKG??99C@BA<;943/34<<9/@B?@GAB=ACDE@EBAF;:5>8:::0>;;=<=A9:-@5;?@?BBDE@>;)+++'$'()1557;8>?971:=87>E7:;<98(<1379:>;=>3+(3,;*45;?DKJ==42:84668;@A9@BE>1.7((((()'%)05<-=;.3<<;7341050+*0/-'7>@BHJGI=;<9===>DCA:;=@BD:@:=><;8@?BC>C:.02/:><=C>>@:@A73=?<706AA?GDF;;911>>?3CFBJLE?5;ABB=>;88=???02>ADC?HG?9:;CB98548-.''/02:B;=FDACB:8,.&*1.26A+>C>1+6276,7A@?=>>?9678=89==;-**6:;@-B&GH<9;<==:DHB((((&%);;59?C8C>A<;C=DC.11544.:;=<>4*#$%('),%%;51.64369;;--FB;(%EHGAEC>7?;?B@BKC-44)37867D8@:0+:::4:02;>B<6*86GG<=JIII><0&'*;;6678;:B;;2;=FA@>@::8B;@CFHHC98:>>?7:>=<:CA@A=:836753287%$(,7:=?9<:766=>84845444560>5:8;=?AGAGGB<8><:69:2=F=CD@@@@?B>A?>HKK?G>HJGICCCCME=>F?H?@@F@?<90.3/2351/693+>=;975/.:9B<<>BAADJ<)+??ADFC=?A?B<==CE;>DEAC?AAAAF:A>A?>@B:A78::;GC:ABCC?96B>ACCC?4+69;8@;9=@==8:41)%$&(-,+#$$8;<>9499:696>?9D9?E:824?;AB=<<@=CB<=ECCC8;FH<11139:(-678893=B;H??FE?@D=58@AA?@C=ID8:6@3C;8)'+49:7;5=8>==;3.517698=ADCB>?;>;>9?C?>@B::BA?K=CK@ED>2)&&$&&&%$%%').)*675A+ACFEH:HD5@>GEC;C>=;;54;;?BA<::4;=4??==HGFHGF=9?==>C=AC=5><<>@A==87C0008???<+)1086/=2>?==A==?=*?F??:@9?@;<=@=@9;<<;:=:?=?AC097:;;B@DD>;@9><601A<>BH;<886=>>CBEIJG?;=9;;8=CC:8:86@AG@ENA?><:8;CDEGE8@@99:==>::7<>;6:97@@I?<6$'@@=?:==>BA@7;,768>;G<;6E?>?<@:BD49:=@DC;><<>CED@786:;>9@@A<@A>@<0&%+)&(*FG>=;??C:CFNFG6=@8;>=E@CB@)BDD;?CADIGEKAC<=?B51/>?CD7<>ECBB9GHGEHB?CDICCGAC12=9B@/////<9D4>BDEGH797;CBC@@8CDE8=C679,BFD==C>?=DFGG9:A:;DGH??>@>=<43BAACDB@K><:6.0-$%60)'&&&'$)+-)((+%*-04:6:BGJLF86680/0$0(-95638:::88>EFFI7B:?B@CIF<;>@EGDCE;AA@31384*##&$#%)%''+=?DC@A351.*;<:9;9@A@?<@=:@BE?8<=>=:(:@CB?FD:?JP;7:;9??<>@>79CBCFMGF?=DHHD:BFH@?>B7=//09>@DB?C01>@@:83(%(+A;9:8@7-8+1*''',)369:8:9:EI>BDIJC=>CEF=6?;;)>@:14445768137C@>=B=<8<=??8DDC859:...9=9,')3011%898%%(#$$#(/,'$/.0687./.(*<=*;<===)B7;;;<@GL@>FEB:@??6CA?<;=;:?AA?BDEF9;<;9CCDGFFDB/66(*667::D==4)0565564/5I=>A<8?>;>@B@KH8065>=>@@=;CEHAF@A9>FHA??;55<>@EGFF<=BFCH@>@BCABBA@<727.B/<3684187;58=B><:7:F4/7==CB??;8:99:1--$$$$'(5;?G@=AFLLF;<:ACDFBCDCCEE:CA@A40&==>>=;;:>>?>6+++;<5>0=?77300/*5:<@BF=@?>;=;C>8;58@:;661'%230.35;59FD<9>CDA52''>>@61A@>:&&*BDHHFI@)@?EA=@CC?A9CDBAGC>F=BG><:=;950()'1:<99===?9?<2>CBD;<>BBD>;=<73473679==04666<>47:@<@B@4473-<6555=?A,,%#&)>8;BC@>=>?:29:98;579==??>;<<75783+././((+/0-(%&(027=:94<;89;>B?GA54547,)679:958;=54=E<<;>8:653(;=DA@A<><<95'%%'.%610)06:>FD@50@:?>GGBG9>BDDCED?8878;AB??>C?AB?@?CEFAHD@>;>ADHD@98=B?<:+$&$'323322-:EAC==?<9>?:>C<@??A@EG=D?NOG;@>HJ;CHH:H4ABFILF@AA-(**:;CDFG?B;,.**/FA76)/&&&((%(1>>?>?==-:8;<12121)).8/;>CGF?;DCHEAA><9>=<-/49+%%$%%&,5?>>A:=BFGFA;LDDA<:/@GLB@@A9CB?68='-*069>>A:*-1*,./3,&%%66503::4-552.421AB@?=ACIEA5>CGD:8<9:;GCD?;--/79BACE=9;5>F@97((:;?>=*((>?@:BBDDEB??>=@CBDF<>;CCGHAF@B@106$'$=:9;<:>?B>C?>@A>749AA7:0.89856D<616:;D=>E8@A@FEEB022=9A6&9.5679'*360--08<:33845')2:DDDA;CEDGHDFA;>@BAEGE?=EB>@F?;;9:;;;ACEDEFIA:?F>65;==9B@<9?@?EA>CB@@6;>DABABC6>>AB?B<*9:47864:;8%.7/-79>=>3855>66657=?HEM>CFABADIFCB?<5DKJAIKIJC?=@?DF??/@B><004/;9?=@A>?FFE<8,)((%&'*<>@7@D<:A;CD:5:;9=8B?B35<>>6&'$8;:;7>A>7?@BB>B44?@CBE/++1;;;<:9A>CE<'?=&5@AC@:>D<>LCDC5KE:9<<75'-<;@BB:@?C=?@GKA=366@ADCDF:E?BCD>EJD::;AA=A=0>>BCAC@9?532'7675<69D@B7>:>C8C=AQQKJIGIE-.?E($>=A>AJ=MMMNEP=D?KL?G>HKILGIIIHI9:EIII@B9@@AA;9>QB;KEN;HKLKFD?0+$@CJPLABBAA9DDC>AJJFH<:HAADC<79GC@GKBE>CFEIC>>?BDE1)$)10BEDBQOLB=FQPCFDCIFGIE?96288:OOHHIKBAEBCGD?FGRLEKFGADB@@?F;A;EDGG?;BCFH>67BBABA4CCDD=EDEGMAJICHOMDA@?@A>2HLDMJ?DC@AE@DG6->=GJEMJGKWTPI?B@BGKJIGFHJJOND@?FF@A@AGCEMQDGFFIGHFBMPHHJIJH/@BF=@C?G;JFDMHG=./.68;@<=EGEB=BNKHKKEK>FGB947H@GGHHFG9FGGAB?@DA?C7B?A>=AD;;<>>DEE?D=?8CB=@?=@:>:@>8DH@:-;=A6,::%%%,42/JMEPIDGCA<;@:;=?AH>@E>>AC@BBEE:F:?CC?A>BAB6>2;EHIEE@CBDGIFJJKGKCGH>0@D@@:23@BAB;BD<7CE@>=DEG>GEEELL<=@:?D978BB?F?:<=6$'BFFD@D9D;=?EEHNJRG@:=EBACG9;GG?:3>ADLDHGC?//;ACCI?@HBDCEFGHBLH><3,6=<>A@==1./07JH@8=@DAHHDB?CKDGCA=JKE@,-IK>@BC4A@BCB4?CJ@AD>AB>;CF>@?A)EJKFC9;@BBD<ACFGEADB9;8-1880??=;=DD7D>@7=<7899??,/3:7923ADBBBC<9;FKEFFJGNGACD9?HJJGABEDG@(==I@=A:DC<98>8;DAC@@?>>??/,//*-578>A=A?>=A?B@?8BHDB;@AACLLE9@@?FOLAC>@KG397?8>BBAA<@A>@FFBC@:>=>/-798;::AC>A;IGA<==:((6=B:&+;@>87?ABCC@ABAC;C==DE?@;>;:=@@@;;A?@DEIFEE;D9FFE<86>DD==>IH21/../51.AA=FCF9HB::<=>/I:FG??@@:1.(068?@ACKLN6CA?@0339>BHDAAEEGHEEECECHJH>E@9A>@CA=84244<=@A=BDFE@DCE:A@<;9:;6,'##2786,:EC:@A9;@EIG89/6;:05.5);,<>>CB95>:=>>ACLLLFB@<>HE?/CA<8A:?AAJF?CFFHIIFJ:JJNMEFDAIDAJI:;FGCCEBHGBB=>=AFC@ECGFB?=;:;;&#+%%74995BG6@;=@BAEEBE;/LKCBELHF>?GHG@CEDJ4EDC(=:;CDEDFIBBACGFFF=:<@CE;:=>@:;CAB9@JKJGBKCFFIJDEF8*8@CF>GI?I5>IFDJVOJ>:E>@>7GGBDFD::B@3+<@E>BC5711@>-?:803?GLQKEDCDEF=:=EDCC@BDB>54/:7E@?@??BJ@@?>?2/3:;<@?C=@EDHEGDH$6::@C:8ACDBG?KFEEFD1?@=DCCDD<@BBDFJ=IHIC@A@?:B@ABCA96,/*-089:64*23;832'-D9ABE;B<7/)0-///('$)'-688=8A????2G<>722466A4;<B>B>3>@DBC<77=AG6IL=?>4<:<>2/?AB9@AG=DCFJKG>??AHJCA8===>?:C9349+)DEE=H>EBD@>=>D>CCDB885?@HBD@;<;=?866:;;>>@ACC@B955<:7754-/&%57BABCFFE=ED.&622>@JGCB@9:@AJD<<9)+*,++::>9:<>ACCGKHC9':78@@B9>B><>;>FA@A9CAA;*+????.+:>><<9=AH@GCCDFB-:;:896=<921698:5,9BADD99AD@9BEGJ4@IBI;DCFKA??A@DULFDE<=?CDFCFAGA@GDDE>@75474:4679;9BC7?ABE>CCLH?;@D@HFL;K=>B?BFD>>ADIIHC?.--:?>H<<@GE1+;A?A@@>B78FE<<1.-,/=?GICA:;>658=>A564<=>60%46;(7$$$(9=BIF9:EI<:;AAEB?BHDD?<4>>0=;:95;:D67;B08+01,7)*&&*)),468>B=HII9;KKJ?@FL@E497==@ECFFB9??:688(('237<=>58088>=EB<@CE>>AC=>=AGACA8:054:@EICA@*;%:CF>@EJEROJKEDB96=@B9;5:B=?;>@>DGI;>EFCGHPNMM@?BC?EIDEJC=79<;8=CFHILM7;7;=AJCBDAAF?@:CDFFFFD@><96=A@?C?@:=EIHMF>:@@GBEF4>@;ECCDEL>?OKFB;:::ACEAAC?=>AAECECFDCEC@?EE7G?DGICIHMLLGJJGD?@D?@C<)A>;CDA<@<'88@?<---*9<>@?IIDBCDCA@B@INNB4BDFF=?A:CC;B?IBA>'*?78869<6&><6969;92.1/2>B?36+?GGHGHDDD??8(((6DA>1&+*;;@5?:;<5*%$&&$)+->;:7?;6332)+*)*,6=;:EF8=;;7*$(1&9?C>=A>D>>58A>??<3'(/78;<;:9:;)77;;CD6/-5.79>@BBG@=EJGEGF>C@BA=?@BC@>@GB?A;BD>DA8984&&+#+-89:8<=JEEJ@AHEOEBACDA7;@>779><>CDB@>CB;@>>9;98,=<*?8;<;,272<@;>?CBG=IIID7>=?IG<:;DFG:8;8=B=&:798:*3%((872:;BA755:=DEDFG=IBB?>>@AEGGDEBBB?<<>LKHF<1:<;=;9:=89CC<@?>;7<@C?@GBLGBD=?I<@AB?7>JIGDDIPMJBDDDJJHIICB@I@EOB>:@CLMB?@?>AEGBK?*562-2010396?:&'(..00/3'($&;<971,-AB>?EEHBGC@C31?'+HLLLMDA;2FHHG<;?EGDBDHIMOM;7A=O=?9>99DGA>CD=A;DC9;>>>FFCL<=FICBEEEBDKKBI:ECE=DDHLIBBG?BCDMIAFHCAB?GHFHMBKODDB9A?BJKKI8AGLANJGIEEFEHIEBC?=A?BB=ABGJ@HBBFE;/?78;ACK->?=:<.A><>>@B<7=BDABB2.;=GHB=ABAB=((*''/;??657@?+)7=>7859DEB=HD>GHIOOLD9:L@DEOFKKQKIKJ;C=?DIM?FF2=G@KOJHKKD@AELI;$>97IIHCAFDAHHGNNYCNKNKNLHSO9LDEIKKFGEFEKO=>DFE?9:0.?A470/'0<69798<8<=:DB=>@EAB?;9=80,@EBE<,60:=DFCABHKD>7&%%1-0;=*?EIFB>;?BDMNKHFCJE@?8HF?G@FJIH78EEFCICCBBDERG?BCCC?=@CEHCE=>=I<:EJFD;CDGJDL>=DDCBCAEKLA?>;=9;:@HCLMNLFF?85DFGEFEA;CGE7AHGEEI@:BF@;HHIHJC@A>>977-5>D28AADCI>C;@=>==@,:77=;==9IFDAEFIJJHH@>>87=GCG>@AJIHFHJ=ABC?AAF/7DHE;CCABHD5LJKNILA@HPGJJLJJIG?>2?BDDE+/<<=DGCFIHKGBB68F?E>CHJHE>:@?FABA=@F??=?EFC?0<@HDEG?CDA9<>BFD=:BDDFGA:I?>E>589:?<,EIBF7<9ACFG@FG=229*5*?@AA@;CE9>?HCGMHLBHHKGGA=EDJ>HC;>;:1>CGHJJKHFFFKK@AEB/<422346:>;79?A;>FHHDDHG=G9?@>7@CD<9@CDEADE@B8'78<87=A>>>@=CEIE8@?AAB;;=744BC=9AEDDAA73372987A;<87B=B6AA::>3482:D;ADDFGNMAC>?HIODDB?JCA=>?==E@JA48:>ACEEB*(6+;=AA:BAA68.?A=647<9;9>II@A=8'BFDE(((&.<=@>?B@@>?<.-?AB),B=FNPBGH?D<=ED@:>GAHFD=AC?GE::;G@7>CH9>HLONLJ>BB?B8C@=AA:=CGGLMIKMJGF;02237=><8447?>3;;>7;=@3<;DF@EAIGE:DFJ,589DCB?@=14.18<>;==B7531+$'#$()6277@<@HDA=>CED;6:=@D?ADEIG=C==@>ADB;;=BD@64442()**+00284=C>B@A2>99;;7:1-0567-1A;?>DDLGA>>5)*%/GEB@CC?EGGEDC?657==EGIHA99@ACGIH@DB==@=84*:D=91)$'57$$$&,,BCFJKF8H:DE><568369>;>A@ABDC=@?@A:56C?ACDCIIF47)95@>?FABDA21<4-==>/3:CCDLG@,&6549:())7>MMHIEJC,B>:=ACCB@8>D=FECFEFDFB?9E<:9;CAJGD;F><<;3*/9?9+9:FLKGC?7AA/*+><9'<;B?@7AE8@A&A@?GMLBGIHDE@?>@@;BDBAECEG?;8CFK?=EBF<<==6>@GHCFKL@GEDH:DEHG=F:;;/*6@>=AEA:>B@?9DBAIHIB96%,BB?DB:E@@B@FEDDEFFGD'('(476?;:<6:AEEJHH=EEGFFBCEGJED<1:?=>:;<=@E>;<1BDDDC8/021<5B59@<@FFIFB=3/+44<689;-9::<=>?HIG;?<<<=5757;?>EFG@IH65:?EGB>BIHA:9<@01228:179<=>B@@C6:::=F=HFGG=?A<;FEHAF:E6@GFIH@=>==EGC>DD>?>=;BC=BCB>A9@D:=?H>I:DA6?%3>B?JGH>?D?DE<@DED@E>9@>:++/FE=::BD4JIG><:A>:BD68A5?BA=.<)B=:;1?B?F@EB:=8?DA7.:28@FDD8**@ACB<>?@;;9:BAABDA=8>BE9?>?C@69:8?7DEJEHB;A<;@:<@;>>?@?>+54798==/9=:7?D78>=@AFDHF>=:?CFF@?AA/:13;@@BB@45=BB0>A@64:778FFE=8<<37@FGGECPONOOGCCCLDDD?>GFEEE@ACDNLF-FEGHHIJDB>?:DE?A8A?>B@>++)*$%%%%9;=??>>BMJH>)7<8@>=:B=79>?AACBEF?JJAH<<?IMBKJC8:@@?=:031:;CB<.>>9858FJCB1?@@;>@:DEQBC?HJJJ;:>9BFF?>CC@DA?@BD?::<;912244<:?A9DAAA>9?@>=47455=@;?AEFEBDA>:>9A85501/2674*43:79=59HFE?E@AHKCDE??@==@ACBBDCH?:>?:9A6=@>BCIGCB?GGJD9CDF?BFB0D?HAHEDEE>;@CBAH<====BF8ADFB==AFDF.=A;BJH:.84=<=:3/450$;9=708;?46>@<9C48EFFGECDDF'>1D4>?<:=CBB;B631)%)))4*7:/'1123?;58'')213/)<;@>:>@=7>4AA@A08712%)889@AA;@970111$$-<=@?=ADCAA1;:C?B@;9>@DBAA@CAE;1300$$16;>>:;>>=A?A:*461;>;>@@;4KJA4*MA@B=>B63;<<==,?A*;:@9BC=9??CBHFDEC::9.$$+03,79<;:89?EDGDDC1>F>DGMIDEJUM=FFSN=?IKK>CLJ6/.0=A/)68?<9:765/88688<;@AJMBC?:BC@A9;@?;8(#'))%&#.5/%##(''*$%5;55???A<7&54,.:>AJBJJJH8243+6>@BFJJE:A=?=E@DHCDCE?CAF@DHHEHHHJLJ3:./...ICE:CB@AIF;HLB?E?A@@FJIBDDED@CB@HDEEFEFA>HFGC@=9==9;O@DDGD=EAAEC@?>65:BH?>?@??BEBIJGIEEGEFGIGA/+/<=??AGGDCEB=FHDFFFA;==;+B:9E?IKBE@HGKKB=?8:?;@EDCD@=CGB@DED@9A??FF@:(ABEF'54;=-A8=7@C@>?@ALELEI>276,?CGCBCGEE=A@F6/,&.,%:39:AC==<=BDD?FGKMJPKGIIHD4%.E<<79=33:E@EGFGIJA0*HHD97:;CD>DDHHG?>JJF>CEC>=IKIB399:FEJIGEE76?4-4:5;FHI?;>B?H?ICDBBA@:BC?CDLL??HJDEE;=4/11<=<>IA(>B4;;'+*9:<86%'):<=@:9<8+2;AHJEGE,..2?720:;BEHLI@BD=9>AECIHELCD>E>?7HKCGEDA-+;346BAB@@:?C<=?;C>=AEIFF@FLCHIGC?BDC>5>EEEB;@AFC?D<80,/59@@@ACHIHGCC?BFC>=9?BB:@+'4744?=B98>@:>B?AHFDFEDGFJD;6+C50E=JFEF>CCB?07?AIGCFFNK<@EC;-*42*+(<@EEC=A<*BDHG@@A;?<=@CAFFCECB?@FHHE6,BGEBC>@BC@EDMGBEGFEG?=??JGCF<<<+>ACB;DD>HDEBMCICAEGE?ABDCFEA663:1+AB=:7@7769%%%8;=@><<;>79ECNH;7>7>CCED?B?,,=FHG;=C?BC49/&*.2)%%%&#%'$$&,+,,*&),('*.(%$&&('52'((0/-6@BA98;2>DCFDB@D=AJGEEC0;?@>;1535AKKCF;:BC@?=32*6:40-.84960.31222+$&5;3=89627:85F9C:+59??;?BB==@5>5BAF@E=8;9;626<;=?C====<7750(()4:26966)(+&))467654((&%%&&'**-/271>>ADCF?CBJG@FFEE?@HH41E@@<@B9()4*1+8?AC>3%1<=?6'*3347=>L:HHIKJIDB;:53/02(&-5=;5:8;7,,-<>=;477.2589:;)&$'(<@CE9?A>ECGF<>A3&-./BB??;7:;=CCB721-/)$-(&,./0.21,0%436=178::<@?=<???D<=<8=)-;99:9*=>9:>AD@AC8B9;>C=;5CFDHE=:16::<:?71*%+2799:229=64<95<<@C=.:6;3==>;@>555-.;968.11'58),)01+$/59;>>;899+()*&&&,.1,=97***6.-,&(.&-($525342'$%<8:DF=@=>7?B>683,=>>8)$0.%-5601+65250/1=7CE>99;<;=>@7+2567(18;905369:@EAA7:>KI8%9@@8:77(4-334;9;=?<'>@?AABC;MJED>>?B;94789701()())(**744169=<:8655835&6:<8988;AAGHG88>@B@?@FA;HMID>A@01;<;E@@,6::?@E:B;+8>A@>DHHH@???GG;>FA>EE5<>EB7BEH@B?456)&&12-*3563**:8<9;-67<=@9+4>=44563$&'&$))%&.84.&)$')&*5:<<3@BB842((38:><8:78A:==A@;60(+38:?=:666+610?:999@>C6?>?=B8;2%2-..'13468A@?6=>9==5;@>AA;2/-'(::=@;<;=;CHE@AC;@A?IFCC0+/;CEC=9>@@8FG?B:;=>=76(85<@>>=@3**,%%./0/-'-'*,+&*-*161,228>=@98<0>;@A><==:6987;;B?68994058989&&(/$0603.19;2<:?68:5589=6-+0..5/854-/-,0144385(&('($(&(+..2+9611.)$1303>?@>746)79ADEB??DD95:9A=<68<:;=::C:B::@B=?>><<=/+(&)(-,+*8>=?A::<>>>9>9B>8>ABD==57<<71886:>:?BDDHGIDA=C@AAADGEEF>DA88)1.:?;;227.7??@>A=699@C?)5DCGA7+8>BHFD?C=9&>@@B=CEJ>=?EC>A@MKI1DJH::5*9:=<7DGA=>?19;;1:5BA:;87;@CFCCCA<9/=>=EM@AHF?A9679:1<@AB@CB=@?0?@KBFEDFFHIIHF?;;A@<<>CBCA>>DC@B=BDA421'62./1&'(29;?@FHJ4<;=2.;AA;=42'%%/13334>=:ABA<8?>AA@7A<7:@@@?EG=GDCC?>AD>IB@B=8E:916-I@B@B892-?>;C>8@B7>;7=?9==><-8@?CABH>;DE@C@@@E344;>KIA9->@6571NHNJCFBDEACF9@9ADHD?664>?66DGCED9;<;:@@=AADCC?><<=;B=@9?<68@DJAGD?7;4740$&%''*47222),.212;;;:78550-448=@8:8964668;58;.6::623/**.,,24(('()48:=;C=?B?=D=9FDE7@>6?;;??:89'''<>=4;:;98789;9>=$5/7233/?843468:))7=:94.*40$-&'-/68;;?>79<;=:'&)>A>84/842-/0.+(.1,+1336:''5974+).=E@HF<=:9<7;3:6754+(%&-0*4+)'.%%3552-+59989:8==-@BDFHHADFB>@FD??65>;=A63<<:)/0C??=81&8855714<-;::A;??@<6><;?<:?>=EA??CDC=CCCFGDDG>EEKJ7=B=FE8&1AF5=?G::?;@?;9=96:8EDG?><8>=BD5887=>@A<:<9@B>=>:=A5:7=@9;FA968:.9;6799?=;>*&8:9<*+.+*69:;217(-0<:==755++.,-(::8;=<>9A//:EGFB69:>AJIC%4C;ED@KD>B?:16921367.?AA?C<;=3+>AC9:B@:$'-<><:><;@4/===;:?9;=?5<;=A?DANOL:.8<:9<=?@ACBBAGDAEA;?:67>AA@9E?=;9A;<<<4678;-,)-20.45::7:>97;?8:EAD=<666;/461,,=><47IICB@?C>E@?FA9@?DHHGB8)8@>*+(*%1057-35:;7;>:=BBBC@2>;:=67.686?CA>B:6B:8?A9;=>?>=>?@A<B<<>=?DFIHF=B=>FE=DHKIKH+678?ACE>@AE9?CDDDDI>>KM>LHCAA,>7788=BC;/264/0'778=<@<=>=>;1-+04)696-?EIMF@98<@@;<30.+&6>CCEG<594(<:;0>AAH@AAC99=?CC+?JD??A;=>:?7;@;AA;ACA?FJ>ED>9::;35:;>JH@B=?@CEEC:@@;=:;:9:BA55DAC66(7<@A>A844/01/&)'<>9;1@DC@;;;:BBA>GC5:7<;?@@AG>ACKKD89024CCC@87;CBB@?>>CCDDECB3411::1--./4002<@@CE1;4?@8?B@98;>>89CFC4?@=>CEHE=B@?>;@>9CAB@KD@?AB?FD>;;ABCCBCDGCC;7=AA?CFB@MJC@;CGJGF:'89;IIG@:FA@L:::9BBBC@:>;'8=DD<CDB?=6;:>C?AABB?DHGLEFK9,06HC>20<48??C;?F>=?7,)(&(4772587??CAAEFDIHH@@78>>EHDAEA?7882$$3BEJE;@A;@;;..>?A@>?30221150:@AA?<;2668@59AB9>>>?BD<566DFFC:;@AHF?;;=CA@A?67CDFF@:>;=8/127;?@>A;@H>>AABJH?95:9=>J<:DA998>@BDFEJ>QII??A?DID>?77:;::8,8<87AA;@C<=DIACA;;A;@8:=BEC?,/:=:(@'>@H:?>EDD?GEKGEHHDCDFHB?A@AA@?;:?E7B94?@?HLM@I;H?FGE=BA9:<<=?5@:35=9@>JIIAFFFD31:KHJEDCBCBA=>B?,4:?;;=?@;AADGKB67=>EG@88:+$$<><:99<:,445;9<7659A.;<<611;95B@DEC?*?HE@;=;>:95;>::7756:22BC=E?C@D39::59DEAB?@<=CB9796%(4>E?GIDHIE:CCDHJI=AGHKOFEE@DPKE=KPD9BCHH?=<<:2>=@CEGJJKG;E>@BCDJDBAEA?:@CE@D;686:=;=?8:C>?@89DAB6G9AE;=E??A?C9LGFBEDFHBCBK=F8<@A7?@AA@9IKG;:DE>>>/+3>?B9>A@=>;9AG@=/,))7///.++(&'&=CC>A=@DBFF4<24?AE?CLA=ACFGC56EGGIG@GFEHJLG6BE?C8DDIKCB>==CEB8954<;8?ACHDBEQD:A@:33335+-97-4.4;:C=>FEIROC??DA>>C@BDK><588AE>?@BB>=<=>>4;42396:=>@?L>>=@CE>=@?18BCD??==@G=;@=<=,99=EI>HNA::=/:=5>CGHEDAB31?ABEE?<4CA8/8;;99:=777>?<=??B>A5=;3392;===?AC>:BCEF=C=6<:9,<8:7<>7B?:9996''8%(37;;9>A-;=90-2389*::>CDD;7+)--1-,.3;A-((-%%%1'$777>A?=@9>)4>EA35:8777A=>>@>C;3(-,*''($'4==9ECDC,/>=996'3*+8;7?IGB36@AL96<778:22330@>(*%'$&%35>:8><==>A=A=BB@7ADIA::9@>?=2/357;8:CGEKJE>9IF;95+,8,6:7:36:9?6+B>BDD;ABEC??DBADAABC>>=?@D?B<><0+***32/00/-/1''())))37;=@<@9195333,*+)B@88BB89<:802(4-4<3@C>?D66=;9?;;<98-=;:>;92::89:<>@AA?11AE?F@=?;;=?<246446*3234,24>EDB871))68;A@A><>0079?@AB>>6:?=>A>=G:;ECFHC;@=5&37:<77%%EGGB=FGCEKC>;@;==@?9I89?=?==CB.222228:<8>::;3.:;@?ADB@@@@ALDBBCAA9DCCDBE>59994,(*4D9@>B@LSQJD?AB98999@DEJB89:>A>BDMRQJIG>EC=EA@:>>?>CDFIKKB=@>EA1C?GH<99D/00(1?9<><9&)&+4:?CD>BAJ=9727D<1;57:;CECCDH:;>@>:DDBACAJEDC@CDIBHIEDDHG==='&)67==??HA?+,/'47359:=AC:03:6;??=,*%%;:<2D=@GGCEG?5):?@ACC<$<;=?GB:/4<6B67DCL==@@>?@9>-(:846698A?ABEBEIBGDC:7?=?DEHEHLD=<9;<=??E959=6>?>BBFKKMI78?CABHHDCBEB8;;>CJ@C@QGPPRMKDGCFQFJG?8524*06B<@?CH>BF:/5BBFF('2237HIDE;>BC88)24:<@DF@C77579?:HNGHCALKDDHN?KCEJLIC:6))91)::;D:828;;728AC=:4.-/8::BC<>A@?H+ALICCFBB>1399;<9248=EFKGNRGJONBIMGDFF>=?=:++*/=;=@E?CDB;7?A':GFHJ?BDE@;EE@BE7E;;CGINE@=FJKADAA?@D?>B:968?CBB9:D??QLCELFM<6=?=E9@@BDBBEFHDBJGD43>AEGB045?6ADD:DB>;D=4(JGQPKI@B?DFGDHKE(H<@GIKKKGLEGFDBCCDD@EGHGCHDLPULH@>DCAAAAFEE>?FLKJG9>>BBBCHBDFFEC@:=@B:@DF=?B77/CF@AD=;GJHMCC:;CFE@??.+.1CGDDHBCCDAADG@GFE>99;?9:9A=I@>EF;BDDBB:=ECCB>DB@:ACECEJAC:CD=B:A8(0$-B<:=>BB:F779=6?ABIFJDDJ>FFJ>?@113>CC9@FD@HJNG;@AB?MF9@HHFH>EBCEHFEKG?=EG59),0=@?EEC@<::8GEC**ACEFHFKBBEEF,BCDE?@?BACF:<81BC?>HDAC<@>FL=@EFHBF@B>DA=FFFIG=9>''<;8<>D>BD5FF;=@BGB@7BCLKBCDBA@H@D@>CJIFCDJ=<:A?3978:?A@%=??HBCIJ>;GCAE56L;@DFJBC<=><86825:8H=:51;<==@>761:8531(%5476(((),-2.<9:>==?=?DD?5(':39CG6;@@9E9@=>?@=7973,115,:<8'67>7;==:::;7FA?=99::EG8A<=@=9?@C@93+2>A<>?67+%((//02*867ABC5>FGD=:99668;;69.+++6537:69<>BDEC<>;1;7;ABBDC@A+%'(-+0144;95/317&88@A@'''(&*;5655166:A@A<::C@=>;9CCFE<@@B>7A=A>;:>@E?A@=BEG@E9A?6=>16@<<7:6>DG<@?@BE;HE???8:@<@BF@CFDE=A@<?>::<=+;BC@CDDEDA@51:>?<@@??A;;93*4:=EFBBD9??BCB@CA:@@?<8:>8:>@ABFGGA1;A;=<9;D;F??;;:8AA0/;@?=>>6,19:?::77:?><;=>?=><:58+393;>BB-5A>>@@@A==*+<@;;CCFEDA;/;:A8E8B;;>??A?8:<;9487=CDDDEFDA=;@DDMCD:9=>>9907,3467:8*8@E;?<:@AAA>CA?599=<==34:A;;;7160-%%'%&&%$(&%&%))*,>8:?<8>76'<=<;::;>B@6/9759><58AB:<A?>BB@@D:CA@.9=?=07@H@;BB?E=<;??<98:B;BEG<@B9999;:=B=@A>A:=6;75169C?@8A>@?D=9:;408>014CBAH@D@FD>.((3/201201/5/77/3;@>:AA=@?=>;2%&)*3:;969AD8==:(6AA=>63/?=:==/,.33;=<9;D@?;@A=B8@B?=:@@AA@B<<;5333,<>;:-<1>CFBFAB>;?:;A9><78<860.3@?7CA<@A@A=4(21578=<>??B7==<6A@@4++.+68:.?82AA?:<8:BEE>@?>?;A>=66857:<=77;1??@7:7924./403(((%(&&&#% @SRR14011045.19089 63916699-4751-4e90-b58d-bb513712138a/1 TATCGTCACTCGCCAGTCCATTCTACAAAAGGTACGCCATCACCCCTTAACAGGCTCTGACTACTTGTAAGCACACGGTTTCGGGAGTACCTCTTTTCACTCCCTCCCGGGATGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCCTCAGGGGTATTTAGCCTTGCCAGATGGTCCTGGCGGATTCCGACGGAATTCCGCATTGTTCCGCCGTACTCAGGATACTCTTAGGTACAAATCAGGTTTTCGTATACGGGGCTCTACCCTCTTTGGCGCTGTTTCCCACCAGCTTCTACTAACTCATTTGAGTCCACGTTAGGAATCCTACAACCCCAGTGTGCATGCACACTGGTTTAGGCTCTTCCCGTTTTCGCTCGCCGCTACTCAAGGAATCGATTTTCTTTCTCTTCCTGCAGATACTTAGATGTTTCAGTTCTCTGCGTCTACCTCACCTTAGGTGTGACTAGCCATTACGCTAGCCGGAGTTTCCCCATTCGGATATCTCTGGATCTTAGCTGCTTAGCTCCCAGCATTTCGTCGTTCGTCACGTCCTTCTTCGGCTCCTAGTGCCAAGGCATTCACCGTGCGCCCTTTGTTTCTTAACCACGATCATACTTGATGCATGATACTTTCGCGCTATTTTTTCTTGCTCTGTAATTTCTTACAGACTCGGTCAATTCTCGGTTCCATTGTTTTAGAAATAATGTGTTTCATCCATCTGTCCGGATGATAAAACGGTTTGTTTGGTTATTCAGTTTTCAATGTGCGAGTTTGAGTGTTAGCACACTCAAAACTAAACAAAGACGCAAGCTATGTGAGGTTCCGTTACTCCTTAGAAAGGTGATCCATACACCTTCCGATACGGCTACCTTGTTACGACTTCACCCAATCATCTATGCCTTCGACGGCTCCCTCCTAAAGGTTGGGCTACCGGCTTCGGGTGTTACAAACTCTCGTGGTGTGACGGGCGGTGTGTACAGACTCCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGGTGCTGATTCCGGCTTCATGTAGTCGAGTTGCGGACGCAATCCGAACTGAGAATGGCTTTTGAGATTCGCTTACCTCGCGAGAGTTCGCTGCTCGTTGTACCATCCATTGTAGCACATTAGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTGTCACCGGCAGTCTAACTAAGTCCCCATCTTAATGCTGGCAACTAGTTATAGGGATTGCCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCACCACCTGTCACCGACGTTCGAGAAAAACTCTATCTCTAGAGCGGTCGTCGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGGTCCCCGTCAATTCCTTTGAGTTTCAGCCTTGCGGCCGTACTCCCCAGGCGGAGTGCTTATTGCGTTAACTCCAGCAGCACTGAAGGGTGGAACCCCTCCATATAGCACTCATCGTTTACGGCGTGGACTACCGGGGTATCTAATCCTGTTTGCTCCCCACGCTTTTTCGAGCCTCAGCATCAGTTACGGACCAGAGAGCCGCCTTCGCCACTGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCGCTCTCCTCTTCTGCACTCAAGAATCTCCAGTTTCCATGACCCTCCACGGTTGAGCCGGCAGGCTTTCACATCAGACTTAAAAGACCGCCTACCTCCTTTTTGCCAATAAATCCGGACAACGCTCGCCACCTACGTATGCGGCTGCTGTGGCACGTAGTTAGCCGTGGCTTTCTGGTTAGATACCTCACGCATAACAGTTACTCTATGCGCTGTTCTTCTCTAACAACAGAGCTGCGATCAGACCTTCTTCACTCACGCGGCGTTGCTCCGTCAGACTTCGTCCATTGCGGAAGATTCCCCTACTGCGCACTCCCGTAGGAGTTTGGGCCGTGTCTCCAGTCCCAATGTGGCCGATCACCCTCTCGGGTCGGCTATGCATCATCGCCTTGGTAGGCCGTTACCCGCTAACAACTATTCATGCCGCGGGTCCATCTCTTAGCGATAGCTTGCCTTTCCTCACTGGATCATGTGATCCTATGTCTATGCAGTATTAGCAGTCGTTTCCGACTGTTATCCCCTAGCAGGGTAGGTTACCCGTGTTACTCATTCGCCACTCACCTTGACCAAGTGCAAGCACCTAGTCGCGGTTCGTTCGACTTGCATGTACATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATGAAAA + BBB:6<9A??:<@??>/(+/00+1887759;:446677/:;86:>?+3%'+'%#$)$$$/1/',).0774'<=;43($(+5587/6..-1:B<:9<>=;45<88:886<'$$349-*/33.+($2.)1;>;>;35342/546<=@@B==:6:688<;82/.*466???77$$$%&%/3354662304;-6>40<<9>8:<8:;>@=;=4*($$.69?<:=@B733+.79973&&248;845+))&+013>JA@>;66*=$@AB>??9GEEDC<<@@B@A?B69<58<;12++)><=@=<,-*244459;C;?EB*56;:;9&*571%%%&,,)2-/6369;84;:6+0045;@;;@<&686&5@38::@DA:>AD@?;CE>=>4)&(%'-44578<<1AA;5;;EC=<<=BA?>=;;;5;:=:;<:53(&&&,%##$$'459500-/;;E?=;<9:>A;:CB;;=A<5@C@DB?+.:;=7*(.579:(+09=<=@<2777A@=7CCCHLAACD;/+6==87788;>?>@/;>A?>>33'5789=:>AD@8866;DDACF@BA5AB<=>=E:>C@24>@<=<37>?<>>=A6=>>8:=<=;9527351360.05461137886479;712003A@;.1;A>6<=2)+98458;<>AEIAA@B?9955('-,?=65;=:;<;753917<9-/6.-,221///,,/-%&.3&:9+-)(.*)(;74/558>:<5,69:;834,*/001:0&##),.-.1%(%$((201;6<;:9658879988./-.1,,79;;7C;402#/1176;=(<@D=99DI==?C@1-7??'*36%19:*,=;=:.1<;7CC>A::66);;A>AGB5>24=7C>>@BDI?>18,/>00*4;<=:9;=CDFB44/+(679(%5>@G7CB=BDKJJH>(*0??@A=4:647989**+,$'23C>??4;>;*12455)?<;;?<57:63.4))%%%**;B?@?@?>??@>8A@<@9::=47:>8A@DDCB?;>>@F<4769;=<=C9A@?8:@C>@@;98)'&)86/+D9;5=9$)'&&)89;>B?3BC%(8FEB;2'*&+*24*&&%'+<<<35,43+-9:.;;<;9=7:;BB?;;>-9:99=<<8=;88:76??=4,66<<@:8:9666/.&#$%0(5;=-9:=9::;;:58<>5;9;=:95;:<<>34+:=<9;<336::<@@;<<@<8<531().///;FACJA:HHA?='.:;@B<<9.+%(&(*/00?7=:>?>@G@?DF>??)-**2597340(+00,-++-&,+,.+3)(%&653:47::8;=8=?@A95=>?E9B3<>@@:706;8%+$&&/,+',)05:41*%%('+,&**1,769:>88651+%%(+78799:15978>:;;;869:%.B>=8:920.)12/+)+,,/35578:<<<;>6896<::(3/,/98@C8=@;@EE<@9>?=E9=>??%%5))),*,'32372--70535AED@@DAA@@DE:=D?EF<668002*&+()*(()9:99:>:;598-/1=>3<:60=9=<==JD=D;=:=<7568521*,*)'*46889<+6=<<=:B<&)=?958<:<-%ACG;8>77:-BCCB>552,;577'**%"$%$#%)&')(%%&*,*%757%'+33;==<;9=B99:9>82861'%'((3;98;=9939=>@<::>7>AD;.'$2+)&(&''((55;7B=6;;=?,,53.9//.+'&$%')(*()-;B?<>?179576/.40,.:545638=;;::AG>CHJEDB@9/<=95:58<<8:>@;=@9<>B7))(0/0336,2/;/=?B@<><<;>4AB<1@=>=??:=;6=<@A70546C?;<*2-78>C @SRR14011045.6908 6632d203-1874-4827-a982-4da037c9e874/1 AAGTACTTCGTTCAGTTACGTATTGCTACTTCGCTAATATAAACCTTCGTGCCGAAAATAGCTAAAAATTGCGCAATCTCAACAGCCTCCGACCCTCCATAATAATGAATATACTCCTTGGTGGACGTGAAATTTCGAAAATTGTTTTAGGAGTATAATACCTTACATTCTCAATATTTTTAACATCTGGGATTGAAACTTTCGAATTAGTCGCAATCAAGAAATTCTTTGCAGAATAATGCTTTTGGTTAATTGAAATTTCATTTGGTGTTAAAAATCTTGCCTCACCACGAAAAGTTGTAATTCCTAGGCTTTCAAAGAACTTTTGGTTATCATGAGCACCAGTTCGTTCAACTGGAGTTTTCTCCAATTGAAATCATCGGAAAGTTGTAGGTCAAATTTGCCGAGCGAAGACCCATTTTTTCTATTCGCTTAGCTTCGAAAAAGTTTTCTCTGCTTTTCGAAATTGCCACCAAGGGAATATCGCTATAATTTGGTGATTCACCACCAAAAAAGGTCATTCTCAACAACCGCAACATTTAAACCAACCTTTGATGCAATATTAGCGGCAGCAGAACCATGCTTCCGCTTCCAAGCACAATCAAATCAAAATCAAAATTTTCTTTTTTACCATTTTCATACTCCTTAAATTATGCTTTTGAAATTTTTTTATATACATATGCAGCCTCTGGGTGAATCTTTTGTAATATTCCACTGGCTTGCCTTCGAATATCATCACTAGTTATCTCTGGCTTATTTTTTTGCCAATCGGCAAACTCAAGAAAAGTTTTTTTAACAAATTCATTGCTTTGACCTTCTGGAGATTTTACTATCAAAAAAGTTTCGCTTAAGCTTCTCTGTAGTTTTTTATAATCAAATTTTTCAATTTTTCCGTTTGACTTAACTACAACCCTCACAACTTGAAACTCCTAAAATCCTCTGCGATAAATATAACAACCCCTACAATAAAAGCTAAAACTATCATCCTAGGCCAGATACAAATTGCAAAAATCTTTTATTCATATTCCGCCAAACCTGAATTTCAGAAATTGGATGACACCAGATATAATACAAGCAATACTAAAAATCGGTAGATTTGAAATCAAGACATAGATAACTAAAATAGCAAACCGGAATGCAGGCGAAACCCTTGACGCAAATAATGCTGAAACTACTAGAGGAGCAAAAATAGAATAATAATTCGCTCAAAACGCTAATTACCCCAAAGCGAGAGCTTCAGCTGAATGTTTAGTTTACTTGCGCGATTATTTAAATACTTAGCAAGTGGCCGAACCCAAAGTTCTGTTCCATCTCGAATATTCTTCCCTCGTCGATAATAAAAAAATCAAGTAGCAACACCTGCGAAACTAATATCCCCACCAAAACAGCCCAAACAACCTTCAAATACAAAATTATAAAATATTCCACCAAAATGTGCAAAAGTAGAAAAAATCAAAATTGTTGAACATATCGAGCCCTAAAACTAATGACATTGAAAAGTTTAGTTAACTGAAGTTGAGATTTTTTACGGCTTAATGTATGTCCACTTAAAAGTGTTAAAACACTGATACTCAAATGGAAACTAGCATGCACCATTGCCGCTAAAATCACCACCAATAAAATCATCCAATTATCCATAACCTTTATCATAAATTATATTATAAGCACGAGCGAAAATCAAGGAAAATGTTTAAGTTTTTCTAAAAGAGTCTTGACTTTTTATTTTTGTGTTATTATAAATAACGTAATAATAAATAAAACAAAAAGGAAAAAATACATGGCACAACATGAACGAATGGCCTCATGGGATAGGCACCAGACAAAGAACTGAAATTTTATTGATGCAGAATTTCTCGCTTTGATGAATTTGACGATTTAATGTAAAAACTAAAGCTCCTAAAATTGGGAGCTTTTCTATTGAATTTTTTTCTAGATATGCTAAAATAGACTCATTGTGGTAGCGTAGCTCAGTTGATTGAGAGCGTAGGACTCATAAGCCTAAGGTCATAGTTCAATCCCATAACTACTACCAGATATTATTTTAGGTTGCTGTAGTTATTACATCAGCCTTTTTATTCAACACATATTACATATTAGAAAAACAACCTCTTAGTTGAGGAGTTGTTTTTAAAAATAATTTCTTGGTTGCGGGAGTAGGATTTAGATACGACCTCTTGGTTATGAGCCAAGCGAGCTGACCAGACTTCTCCATCCCGCGATATCTGTTTTATATTTTATCACAGAGCCCACCAAGAATCAATAGTTTTTACTTATTTTGATGATTTTTGCGCATTTCCATAAAAATAAAGTTCATCCACTGTGTAAAATTAGACTGTTTAGAAGTTTCAGCTTGTTGTTCTTCTTTTCTTCTGAATACTTAGGAAGCACTAAAACGTGCTCGCCCGGTAGTGCAAGCCCAAGCTTTTCACGTACCGCTAGCTCTTGATATTCTGAGCTCTTTAAATATTTTGCTCATATTGTAATGTTTGATAGTTGATCTCCTCAATTAAAGCCTGCCTTTGCTTTAACTCAAGCTTTTTCTGGGATAGCGTAATTTTTTCCATTGCAGAAATACACTTCCCCAAACCCAAACAATCGAAACAACTATTACACTCCCCATGATAATATTACTCAAAGTTAAAATATCGTTCGAAAATAATACTTCGCACGACGAGTTTTAGTTTTTAAATCGTTTACGTTTAATTTCACTATTTAATTTTATCATATTTTTTGTTATAATTAAATAGTCGGGGGATTAGCTCAGCGGTTAGAGCAGTCGTCTCATACACGATTGGTCGCTGGTTCGAACCCAGCATCCCTACCAAATTCGCCTAATTGGCGTTTTTTTATTTTTGCTTAAAATTCAACAAAAAACCGCCCCATCTGGATGGAAGCGGTTTTCATAAATCAATTATTTCTTTCGAGAAACTGTCAAGAATCCATTTCGTGGATTTTCTTTTACAATTCGATCTTCTGGAAGATCATAGGAATTCCTTTATCGTTTTTTCTTTTTTAGCAAAGAAGTAAATTGTTTGTGGTTTCCGCCACGCAAAGTTACTTCACTTTTGTGCAAATAATATGTAATTCCTTTTGAATTTGTTTGACTATAAGCCATTTCTATCCTTTCATTACTACTGTTGTATATTTTCATTGTATACTAGTTATTAAGTAGTGTCAAGAGTTTTTATACTTTTGGCTTATATTTTTTTAGAATAAGCTTAAGATTGTCGTAATCATCGGTACAGCATAATCATAATTATAATTATAAACGCGAGCAGAGTTGTCAACCAGCAAGATCTGGCGACAAAGCGGTGCGATAAACGTATAAACACCTTCTGATTCACGTAAAGATTCAACTTTTAATTGTCCTTGGGTGCTTGAAGGGTATTTGTTTTGCTCGTTCAAGATACATTGTTGATATGCTAAAGAGTATCCACCGCTGAATCTTGGCCTACAAGCTTGCTCGGCTTTTTAAAAAATATTTCCGTTTGGGTTATTTTCGGCAGCATCACGAGCGGCTTTGCTCGGCTTTAGCTGAGTCAATTTTATAAATATAGCCCAAGCAACCTTAGCTTCTCTATTAATTTTAAACCAATGCGTTTTATCGCTATACACAATTCCACCACTATTCATATGTGCATGAACATAATTAGCAAACTCAATTGTTGCCTTTCTAGTAGCTTCAACATCACCAGCTTTATCTGCTGCCTCAACCGCTTCTCGCCGGCGGAACCATATTCAACATTATTCAATCTTAATGCAGTCAAATCAACAAAGATAACAAGCAAAAGCAAAATAAACAACTGCCAATTTTTTAGCGATTGTATCTGTTTAAGACGTTTTTTAATCTTGCCTTTACCTACCGCATAATTCTTATGTCTATTTTATCAAAAACTTTCAAAAATTACAAATTTGCTTGTTTTCAGCTAATTTTTCGCCAACTATTTTCGAAATCTCACTAACCGGGGCTTCACGAATTCCTTCACTGAACCAAATTTGCGCAATAATTTTGCTCGTGTTTTACACCAACTCCATCCAATTTTTTCTAAAATATTCTGCGTTTGTTTTTTTGTACGCAAATTCGAATGATAATTAATTGCAAATCCTATGCGATTCATCACGAATTCGCTGAAAAAGTTTAGTTAAATCACTAAATTCAGAAATTATTCTCGCCCAGTAAATTTCTAGCATGCCCATGCGATGACTTTTGCGATAGATGTAAATTCAAAACCAGAAATCGCCTTCACACCGGAACAAAATCTTCACCCCTTTTAGATAAATTTTCATTAAGCCAATCCGTTTTTAGATTAGTATTTCTAGTGTCAAAAATAATTTCCTCATCCCGCTTAGCTATTCCAATTGCTAAAATATCACTCGGTAAAACTTCTAACGCCACGCTCAATTGGCCTTTTCCACCATCAATTAAGACTAAATCTGGCCGTGCCCATTTTTCATTACGTTTCGAAAATCGCCTCGTCAAAACTTCTTTCATATGTAAAAAATCATCATTTCCACCAGTAGTCATTTTAAATTTTCGATACTCGCGCTTATCGCTTAAACCGTTCGAAAAAACCATTTTCTAGAGGCCACATTATTTTCGCCTCCTGTGTGTGAAATATCATAAGCCTCAATTCGCCGCGGAGAAGATTTTCAAGAGAAAGAATTTCTGCCAATTTCGAAAGCGCATGATCTTAGAAATATCCGAAAACTCCTCATTTGAAAAAATAACCGCATACCAAGCTCACTCAAATCCCGCAACTGATTGCGTTTTTTTGCCGCCATTTCAAAAATTCTGTTCACTCGCAAAATCAAACATTTCTTTTTCAATTTCAAGCTGGAGCATTTTTCGCTCGCCCTTCAAATACTTTTGCAGTTTGCTGTAAATTGCGCCTATATTCAGCCTTTTTTGATTAAATTCCTGCGAATCTTGTTCGAAATTTTCCAGTCCTGGCGTTAACCCAATTTGGAAATCTAAACTATTTTTTGCTGGCATCTTTTCGCTCAAATAGTACGGAAAAACTTTTCGAAGCAACCGCACCGATTTTTTTACCGCATTTTAGTTATAAAACGGCCCAAAATATTCTGCCGAATCATCAAGCGGATTTTTTGGTAAAACTGATATGTGGAATTTTATCACGAAAACCAATTCGCACATAAGTTGGCGATTTATATCTCGCAAAAAGAATATTATATTGAGGTTTATAGCGTTTAATCATCTCGCTTTCCAAAAAAAGCGCATCCATTTTCATTTCAACTTCAATCCAATCGGTCATCGCTATTTCTGCCACTAAAGCTTGCGTTTTCGAATCTTTACCGCGTGAATTTTGAAAATATTGCCAGACACGATTCTTTAAATTTGCCGCTTTTCCGACATAAATAATTTCGTCTTTCGAATTTTTATGAAAATAAACGCCAGCAGAATTTGGCAGATTTTTTCAATTTTTCGGCGAGTTTGGTGTTCATTTTATTATTTTAACATTTTTTTCGATAAAAAAGTCTTGACAAATAGTAAAAAAAAAATGATAAAATATCCTTGAATTTGAAAATTTGTAGTAGAATATCAGGTTAACCGAACTTTATTCGGTCGCACTTTTAGAAAGTGGCAAAAATGCCAGCTAACGACAACGATGCAACTTTCGGAATGGGTCAAGGTGAAGGAAGTGGTGGAGATCGCAGCTGGTCAGCACCAGTCATACCGCAGACTCTAACGGCAATCCAGTAACAGTATCCTTCCGGTCAGGGTAATCAAGAAGGTCAAACCCTAATTGCTAGCGGTCATAATAATTTTCTTGATTTCTACGGGGATAAAAATGCTGGCGTCCAACCAAATCGACCACTACGGCAAAGATGGCAATACTGGCAAAAACGGAGATCGTGGATCCTGGTGGTAGTTGTCGCAATGACTGTTCATTTTTGAGCAGTCATATTTTATAATATATAAGGGGAGTAAAATGATGAACAAAACGAAAACACTCTACAACAGTTGGCTAGATAGCCTTAAAGAATCTCTCGATAATCAAGATGCGGAAAAAGCCCAAATAATAGCCTCCGAAAATTTCAACCGAGCTACATTCCAGATTACGATAAAAATTCACCGATTAGTATAATTGGGTTGAACGAAATCGCCGACTATATAATAAGCCACCTATTAAATTCGCCCAACGACAAACAATCTTATGACGAAATAGTGAAATTTTATAACGAGCTAAAATCATAATCCGCCTAGAGTAAGCCAAAACTTGCTCTTTTTTATAAAATATTTTATAGTTAAATTATCATGATTATCAAGAAAAAAGCAAAATTTCCAGATTATCATTACGAATTTTATTATTCTATTTTAAAGATGGCTCTGAATACTTTTTAGAATTTGATTTTATGGTCCAGAAATTGATTTTTCGAAAAATTCAGAAGTTACAAAAGAGATTTTCGAAACAATCGGCGTTAATTTTATTGATTGGAAAGTTAAAAATAGAATTAGCAAAGTCCAACTTCATTTTCCTGAAAAGCTTATAATTAATCAATTTTTGACAATGCAAGCAAATTTAACATAAAATCAATCTGTTTTGTTAAAAATTTTAGCAATATTTTGCAAATATAAAGCAAACTTGGTAGCTGCAATTGAGTCTTTTTTGTATAATTAGTGTATAATATTTAATATGAAAGGACAAAAAATGTTTAGTCAAAATTTACAAAAGCTACGTGCTTCAAAAATATTTCACAAGAACAACTTGCCGATAAAATTGGAGTTTCGCGACAATCAGTTTCAGCTGGGAAAGTGGAAAATCTTCACAGAGCTTGAAAAGTTAGTTGCTATAAGTAATCTTTTTAATATTAGTTTAGATGAATTAACTGGTGAAATTTCAACCAAGATTTCGATAAAAGACTATAATAAAACTTATAGAAAAATTGCTATAATCCGATCTTTAGGAATTTTTATTTTATTCATAGAATCACCCTCGCTACTTTTTCTTCAGGATATGATTTTAAAATGCGACAATCTCTGCTTTCCAGATTCAATGCCAGATTTCTCTATACTTTCCAGTATCGTTCTAATGTTGTCACTAGCAATCGCAGTACCATTATTCATCCTCGCTAGAAACTTTGATAAAACAGCAATTGAGAATCTTGCCGAATCTAATACAAAAATTAACGAAGTTTTCGAAAAAAGAAATTCAAAACGCTGAGTATCCGAAAGCTTTAGCAAATAAAGCTCTTGTTTCGATAATCTTCATTGCTATAGCTGTATCAAGTTATCTACAATTTTACAAATCTTGGCGGAAGAAGTGCATCAACGATTTTTATGCTCTTGGAATTGGACTTTCTATATCAACCTATGGTAATTCTATTTTTGCTAAAATTAGCAGCTTTAACGAAAATCGAAAGTGAAAATAAAGAGAAAAATCGAAAAAATTGGCACTTTTAGCGGCTATTACAATGATGTCGATTACAGCAATTTATTTAACTTATAGTTTTATCACTAATGATTGGTCTTCAGCAAAGAATTTTTTATCCTGTAGGCGGTATCGCAGTTGGAATTTTTGCAGTAATCACTAACTATAAAAAATAAATAACGAAAAAACGCTCAATTTATAAACTGAGCGTTTTGCTGTTTCGAAATTAGTTTTTATACTGGTGCATGCCAATTTGCTGCAACACGTTCAAGAAACAAAAGCTGTGCCTGAGAAACGTTTTCAGCTTTACCAGCCCAAGCTTGCAATGCAGGCAATTGAAGTGCTCTAACATAGCTGTATGTAACCTTTAATCAAAAGGACCAAGATTTGTAATTTCTTGCAAATTATCTGTTGCTTAGTCGATTTTGACCGCCAGACAAGAATACAACACCCGCTAATTCTTTAGGAACAGAATTTTCAAGGCCGCAATAGTTTCGCGTGCAACTTCTCTTGAAGATGATTGAATTTCATTTTCAGAACCAACAAGAACCATACCGTTTTAAGATTGTTCCAGCAAGATCAACTTTAAAGATTTCTAATTCTTTAAACGAACTCTTCAAAAATCTTTTCAGTAATCTCACGACACTGCTTTATCGTATGGTTTCCTGAATAAACAACTTCTGGCTCCACAATTGGTACAATTCCATATTTTTGACAAGCTTTCGCATATTGAGCCAAAATTCGTAGAATTCGCCTCAATGGCAGCATCGCTCGGAGTTCCTTTTCTTTATTTATTTCAAAAGCAACTCGCCATTTTGCAAAGTCAATATTCATTTTTGAATATTTTTCAAGCTTTTGGTCCAAAGAATCTAAACCTGAAATAGTCTCGTCCTCAAAACCAACTAAGATTCGAGAGTCCACCATCAAGTTTAACTCCAACTAAAATATCTCGGTTTTTTAGATATTCAACAAAATTAACACCTTCAGAAGTATTTTGTTCAACAGTTTCTTCAAATAGAATAATTCCGCTTAAATAATTCTCGATATCTTGAGTTTTAAAGAACATTTCCCTATAAGCTCGGCGATTTTCAAAATTATCTTCAACGCCAATACTTTCAAACTTTTTATGGATATTTCCACCAGATTCATCCGCTGCAAAAATTCCTTTTGGTCGAGCGACTAGGCTTGATGCAACTTTATGTAATCTTCCTTTAATATCCGGCGTATCACTTATGATTTCAACCGGTAATTCATAGTTTTTACGATTTAGGATTTGTTGCGCATAAAAAGGTTTTAGAACATCATTAAAATCTGATTTATTCGCAATTGTTAGCGCTAGCCGCAAGCTCTCTTCTAAGTTAGAAGAGTTTGAAAAGTTTTCAGCCACAAAAAGCAGCCTGAAAAATATTGCTCTGATAAAAAGAATTCAATCAAAATCGGGATTCTGCGCTAGCAATTTTCTTTATTTCCAACAACTATTTTAGCTCCGTCAAAAATAACTATGCTACGAACACCAACCTTCAATAAAAGATTCAACAACGGTTTGGTAATTGGAGTAATCGATTAAATCGCTTAAATTTTGTTTTCGAAAATCTACAAAAACTAAATTCGCTCGAACAAGAGCTCCCTTGATAAGTCTTGATCTAGATCGGCAATGTTATAAACCAACTCGATTTGTCGGTTTTCAGATAGATATTTTCGAAAATCCATTAAATAAGATTCCGAAAAGTTTGTATCGCGATATAGATTAAGTCTGGTGCATAAGGTGGAGAATTCCATTTTGTTTCGCGTGGATTACTTGTTAAGATAAAACTCTTACCCTTATATGAAACGATAAATCGTTCAACTAAAGAATCGTTAATTTCACTATATTCAAATTGAGATATCCCTTTTGGATTAGCATTCGAAAAAGCCAAATGAGCAGCGGTAAAAATCTTCTCGCTTAAAATTGTACCACCAAAAATACCAGCTTTCTTTTTATAATTCAAAGTAGAGTCATCAAAAGTTAAATCGTAATGAAAATCATTAAGTTCATCTTTGTATATTTTTTGATCTTGAATATCTAGAAAACTGTCTTTTGTTGTTCCAATCGATAGAATCGTCGGTTTTCATTCCCACCTTTAAAAATTATTATGCTTTTGTTTAATTATAACAAATTTTTAATACCAACGCAAATCTAAAGATTAAACAAGTCATTTAAACTTTCCGCAACAGTTGGGTGTGTAAAGATTTGATCTCGCAAAACTGTATAATCCAGATTGGCATCGATTGCGGTTTTATAATATTTATCACTTCTGGTGAATTGGCATGAAACAAAGCTGCGCCTAAAATTTTATTCGTCTGTACATCAACTACAGATCGCAAAAGTCCTGTTGTCTTAAACTCGAGCTGAAGCTTTGGAACCGCTGCGGCTGAATTTCTTTCACTTTAATTTCGAAACCTTCTGCTAGGGCTTGCTTTTCAGTTAACCCAACTTTCGAAAATGGAACCTGCAAGAAAACTGAATTTGGCAAGTTTTTGCGGCTTTATTTAAAGAATATTCGCCATTACCATAAAATTGCGAGTAAAATTCGAAAATCATCCAAAGAAGCATAAGTGAATTGTTCTTTTCCGCGCACTACATCACCAACCGCCCAGAAACTTTTTTGGATTTGAAGTTTGAAGTTTTCGTCCGTCCAAATTCCACCATTTTCAAGCGTTTTAATTCCCGCTTTTTCAAGATTCAATTTCGAGATTGCAGGTTTTCTTCCAATCGAAACCAACACTTTGTCAAACGCAAAAATTTTCGCCATTATTTTTTACTAGAATTCCATTTTCAGTATTTTCGAAAGCTTCAATATTTGCATTAAATTCAAAATTAACACCTTGCGAAACTAGAAAATCATAAATCGCTTTTCGCATCGAGTCATCTTCATCGGCTAAGATTTTATCAAACTTCTCAAAAAATTGTAACTTTTGTGCCCCTAATTTTGTGAAGGTTGAAGCAAATTCAAACCAATAAATCCACCACCAATAATTGCTAGATTAGCCAATTTTTCTTAATGTATCAAGAAGTTCTGTGCTTGTAAAGATTTTTGAATTTGCAAACCTTCTTCAATTCCTTCAATTTTAGGAATAAAACTTTCCACCACCGGTATTAATGATAATTTTATCGGCCGAAAGCTCAAGTTTTTCACATTCGATTCAACTAAAACCGTGTTCTCATCTAGAAATGAGCCAAAAGCCATCAAAAACCGTAACCAAATCGTTATCAGCCAACATGTGATAGTTTTTAAGTTTAACCGCTTAACAACATCGCCTTTACGCGAAATCGCTTCGAAAGTTAAATTCTCGCTTGCCGCAACCGCTAAAGTCTTCGTTGGAATACAAGCAATATTAATGCAAGTTCCACCATACATTTTTGAAGATTTTTCAACCAGAGCAATCTTTTCACCTTTATTTGCTGCTAAAACAGCTAGCGTTTTCAACCTTTCCAAAATGATATAACTTTATCAAATTTCATCTTACCTCTTTTCTCTTTCTATTTTATCATATTCAACTTAGAAAAATCTTAAATTAAAAGAAAAAACCCCCGATTCTTCGGGAGATTTTCAACCCTTGATAGGAATATTACTAACCAACAACTACTCGGGTACTGTATCAGACAGCCGAAAATCTTCAATTTTAATAGATGAATCTTTTGAAAACATAGATAAATTAGAGTCATCTTCATAAGCAGATAGGTATTTTTTATATTCTTTAGAGTCTTGCCAATACACCCCACTTTTCGCCATGTTTTTATATAACGATAATGAATTCGGCAAGAATTTATATTGAAATACTACCGATGATATATTTACAAAATTTAACTCTTTCGGAAATACATAATGATCGTTCACAATTAATTCATTTCCAGTGTAATATAGTAGTGGAACCTTTTGTAGGCTAGACCTTAAACCAAATCCTTCCTCTAGGGCCACCGTAAATTCTTAACCCGTAAAAAGGGTTTATTTCAGTTTTATAAGTGTTCGAATCTACAAATTTCATATCACTTATATTCTTATTTACTCGAAAATGGGCTTTAGAATATACGTCTACCATAATAGCTTTAACAGATTTACGACCATCCTTACTTATAAAGTCAATGTATTCTTCTATCTTTTTCATCAACATGGAATAATTCATCGGAATCAACATTCAAATACCATCTATTAATTCCATAAATATCTAAAATCTGTTGTCTCCATACAAACCCTAAAACAATTATAGGTACGCTTCAACGTTATTCTAAATCCAGTTTAATATCTTTAATATTTTTCGTAATTTCATTTTTATCTTTTTTATTGAGTCATCACCAGAATTATTATTTACCAATACAGGAATTCTGCACTTAATTCGACGTAATGTCTTATCCATTTCTCAAAAATTCTGAAAAATTATTAAATATACAAACTAAAATAATCTCTTTTTGTTTTATCAATAGGTTTTAAGGTATTTTCAACCTTACTGAGTTTATCATTCAACCCTAAAATTAGAAATACTTAAGTGTTTCATTATTAAATTCTATATTGTTATAGTCTTTAGCGATATTTACATATTTATGTCTGGTTTCGCTATTCTTAATTTCATCTGTTCTTTAAGTCTTTTGCTAACTTCAAAATTCGATATATCACTCAATAAATTATTGTGTTTTTCTAAAAATTGAAAATCAACATCTTTAAAAACTTCGAATTTACCTTTTTTCGCATGAGAAGATTTGCCCTAGATCCACTTCATAAAGGATATAATCGTTCCATGAGAAACTATTAATACAGTGTTGTTTTGAAATTATTCTTTTGGATATCAGTTAAAAATCGCATAATCTACTTTCAATGCTATATTTACTATCACCATACTGACCAAATCTAATAAAAAAATCCCCAGCGACTTAAGCTTTCTCTAACCTCATCTAAATTCGGTAGAGTTTTTCTTTTCCGTTAAATTTTAATTTATCTCTCTAATACGGTTATCTATTTCAACATTAGATTTTGATTATCCGCAACTTCTTTCGCTGTTTGCAGGGTTCTAATTAATGGCAGAAGTAATGTATGCTTATCTATTTTAGGCAATAATTTTACCGATTCGATAACTTTTCTTTCTACCATTTTTCAGTCAATATTGAACATTGTATTTCTTGGCTCACGATAAAATTTCACGCGTATTATCCATCGCCTCACCACTGTCTCATAAATATTAAGTTCATAATATACCCTCTAGTTCTTTAGTTTTTTATCAGACTAGTTATATTTTCTTTATTTATAATATATTAATTAAAAATTTTTTACAATATAAAATTAAATAAAAAGAAAAAAGGCTCTATTTTAATCTGTTAGAACCTTTTTTACGTTATCAATTATAATAAAAATCAAATTTGGCTCCAACATGCTGGGCTCGAACCAACGACCTATTGGATAACCAACCGCTCTACCACTGAGCTATGCCGGAATAATAAGTTATATTATACATGAATATTTTCGAAATATCCAAGACTTTTTATAATTTTCTAAAAAATAAAATTGACCCGCATTTCTACAGGCCAATTTTCAATATTTTGTCCAGTTCGAAGAGCTTCAGTTAGTTCATTTTGCAGCTTTCGCTGGAGAATATCGAAAGAATTGAAATTATCATCAAAGTAATACAATAAAATCGAATAAACCAAATTCGGCTGAAGATTTGTATCACCCCAGCTGTATTTTGTAGTTTTAAGGCATTTAATTACTGGGTTTAAGAAAGTTATCCCATAAGCAACAACAATTCCAATAATTCCACCAATCAAGCCAATTAATGCTGCTAATATATCTGAAAAGTTTCGGCTGTGCTTTTACGCATTCAAGTGATTTCATTAAGCCAATTTGCGAAGTTCGCTCAGACTGAAATATATTGAGTATTTATAATTCAAAAACTCTTGCCAAAAGAGTTAAAAACCCAAATCCAGCGAGTCAGCCGATATTGCATTAATTCCCTGCTTGAACAATAGCTTTATCATCCGCAAAAGTTGAAACATCATAGTAGCTTCCGCCATTTAAAGCTAAAATATCTTTTTAATTTCATCAACCGTCCGGCTTCCATCTGTTGTTACGCTCAAACTATAGGTGAGGATCCCCTTCATTCTGTTTGGTAGCGTCACCAAACCATCACTATTTTCTATCCAGAAATTACCTTTATAGCTAAAGTTGTCTCTGTTTTTCCAGCATCAACTGCTTGGATTTCGAAAGTTTTTCAAAAATTTCTCCTTTCGAATCTTTAAATTCCAAGATAACTTTACCTATAATATCCTCGGGTTTTGCCGCCAAGAACTTCAACATAAGCTTTTGGTGCAACAATTTCACCATCAATTCGGTTATTTTTATCAAGCTTTCCAGCCGAAAGCTCCATTTCTTGCTCGTCATTTTTAGTTGCCTACAACATCATATTTTTCGCCATTTTCTATTCGAACTGTTTCGGCGCTTACTGGTATTGCTGGTGAAGCCTTTCAGACTGCACTGCTTTCATTTTGTTTAGATCTTCTTTGCGATTATTCGCGAATTTGTGCTTTCTTCTGTTGATTTTAAATCCTCGCGTGTTGTCGAAATCTTATTCGGTGCATATGGGTCTCGAGCTTTAACAGCACAGGTACTGTTAAGGCTCTTTGGTCACCGATTTTATTAGCTAAACTTTCAACATATGCATTTCCACCTTTCGCTGCAGCTATTGCATTATACACTGTTGTTGCCCCAACTGCAATCGCAAGGCTTGTTAAAATTGTTCGTTTCTTTGCTAGACGAAGACTCTTTCCGGCTCGTCTAATAATATCAATCCTACGCATTTCTTACTCCTTCAATCTGTTCAACTTTTCCGTCTTTAATTCGAATTCGAATATCACATTTTCCGCCAATTCTTCATCATGTGTAACAATTAATAGCGTTGCTTTAGAATTCTTATTATATTCGAAAAGCATTTTTCAATCTTAGCGCTTGTGATCGAATCCAGATTTGCAGTCGGTTCATCCACCAAAAAATTATTTCTGGCGAAATTCATAATCGCCGCGCAATCGCCAAACGCTATTTTGCCCACGAAAGATCACGAGCTGGTGTTTTAATTTTATCCTCCAAGCCAACTGCTTTTAGGGCATTTTCAATAATCTCTTTTCGCCGAAAATTGGCTCTTCGGCAATTTCAAGCGGCAAACTTACATTTTCAGTAAGTTCATTGCGCGCACGAAAAACTTTTGAAAAATAAATCCCATTTTTTCCGAGCAAGAAATTATCAATATCTTTCTCTGCTTCATTGAAAGAATATTCACGCCATCCATTAAACTTCACCTTCTTCTGGCGCGTCCAAACCGCTCCATCGCGTGAATCAATGTTGATTTTCCGCTTCCCGATTTTCCAATAATCGCCACGCTTGCGCCTTTTGGAATTTTAAAACTTACATTTTTTAAAGCTTGAAAACTGTTTTCTTTTTACCGTAAGTTTTTGAAATATTTCGAACTTCAATCATATCGCTCCTTTTTAATTAAAATTGATCCTCATCTGGGTTTTCAAGATACAAAACACTGACCTTTTGTGTTTTCATTGAAATCATAACAAACCCTTTAACTTTTTCAGCACGCATTTTTAATCGCGTATTTTCGAAACCGCAAATTACACTTGTTTGTTTTAGCGTCTCTTTGTTTTTCAACCTTGTTCAATTCCAAATTTCCACCATTACTATTTACGCTTAAGTTCTTTGCGTCAATTCCGTTCGCATAAAATTGCTAAATTCGCCCGCGTAAACTTCTAAATTATCAATTTTTTGCTGAATTTTCGAAATTAACAGACCCGTTTTTCGAAATGTCCACCTTAATTTTCTCGGCATTTTTTGCAAAATGTTTTACTTGCGAGCTCGATTTCAAATTAATTTCACTTAACTCTGGGCCATAAATATGAACTTCTTCCTGATTTCCGCCATAAAAATAACGCGCATTATTTGAAACTTTATTCAAATTTAGTTTTTAAAGTTTCGCCATCAAAATTCATTTCAAGATTATCTTTTTCGAAATTAAAATGTGTGGATTCAATTTTTGGCTCATCCGCAATATGATAGAAAACCGCCACCGAAGAATCAACTTCTAACTTTTAATACTTTTCATTTTTTGCAGAATCAATTTAACTCGTTCTGAAATTAAACTTTGAGAAACCCTATTATTTACTTTATCGCGCAGCAATGATGCCTGAAGTAATAAATCCCATGAGTCCTACGAATGCAATCACAACTGAAATAATCGACAAAGATGTCAATTTTTGTAATTTTTAGTTGAAAAGCATTTTTGCGACAAATCCCGTGAGCAAAAGATAAGCAAAACCTAAAATATTAGCACTAATAATTACACCTATACCACGGCATCTTTAGCATTTGCAAAAGCCGCCGCGCTATAAATTTCTGAAAGCGCTAAATTTCCAAAATTATTGCTGTAACTCACTTAAAAAGGCCAAAACTGCAAAAATACCAAAAATTATACCAAAAGCTTTAGCAATCTTTAAGTTTCGAAGGTGAATTTTTTCGAAATTATATTCTTCATTTACTTCCCGAATAGAATTTGCGGTAATATTTTCGCCACGAAGTCGCAAAATGTCATTCGCATTTTTGCTGCAGAATAACCAAAATCGACAAAATATAGATCGGAACTATTCCACCAAAAGTCATAAAAAACATTACAATTAACACCAAGCGAACCCAAACTACATCAATGTTTAAGTATTGGGCTAAACCGGATGCCACGCCAGAAATCACATTCCATTTTTCTCATCACGATAGAGCCTTTTTGAAATTTTCGCCGAGATTTCTCTTCATTTTCGGTAAAATCTGTATCTTGAAAAACTTCTGGTGAACCAATTTGAACTTCAATTTTTCGAAATCTCTTTCTCGATAATAACTCCACCTTCTTTCACTCCAAGTTCCGCCAAAATCTCAGTAATCCGAATTTCTACATCTTCAAAAATATCTTTATCGCTTGAATAAATCTTCAAATCTTTTAAATTATTTTTCTAGTTGCTTTTTTGCTGGAATTTCAATTTCATAAGGAATTTTAGCAAATGAATTCTTATAATTTCTTTCATATTTCTCCTTTAAAGATTATTTATTGTTTTGGTTAGCTTTTCAATTTCTTCACTAATATTTGCTAAAACTTTTGTACCAAAATCGGTTATTGAATAATACTTTCTTGGCGGCCCTTGCTCACTTTCTTGCCATTCGTGGCTTAATAATCCATCTTTTTGTAATCTTGAAAGCAGTGGATAAATCGTGCCTTCAACCTAATATTGCTTCACCAATTCCCGAATGATATCACTAGTGTAAACTGGTTTTTGCGCAAACTTTTAACACACAAACGCCATAAAACCTTTTCGCATTTAAGGTTGAAATTTGTGAAGCATATTTTTCAATACTTTCTTGTTCTTTCATACTTCTATGTTATACAAGGTAGCTTAAAAAGTCAAGTACTTTTTTCGAAAAATAAAAAAAGTTTGCTTGAAAACAAACTTTTTTTAAAGTATTTTATACTAATCCATTCGGATTTTTTTACTTTGCCAATTCCACGAATCTCGGCACATTTCATCGAGTGTTTTTTCAGTTTTCCAGCGGATTCCTTTTCAGCCTTAGCAACATCAGCATAACAAAATGCAATATCACCCGCACGACGCGAGGTAATTTCGAAAGGAATCTTTTTACCTGAAGCCTTTTCGAAAGCACGAACTAATTCTAAAACACTCACTCCTGAGCCTGAACCAAGATTATAAATTTTAACGCCACCGTTCTTGCGGTTATTTTCTAATA + ()##%78B>DEMD@BCDB.3=?/,38BBB*=AA@::9:=F?<=>@?IG@FH??GF?=?MCJJNJKFFOK?ICHLGIHKNN>FF4:C=<1///02577895.4/%'*.8836?@CB9<=KKIBB7>@3B46AGCIPKACEEFJF;<>A?@AC<*56<=746*::===<.7.-.4BA>=@ACD9:5((.CC=JDCKLILM5@CCF?=:@=;;?8?A;>@A85-)4)'*/:AHI=B9:;=99&'73--?D>47??A=?A+&/064812436=/9=>C8=48/,0>=A>DDHOI<;A@BB=5677:2448-6=CC@20ELMK>A>A-*=FD253459<>BHD01;6;414;CC@?827C@@:8<@E7@ACBGHGF??>?.,8;=?>79946;9:;??>@?;CBC<;7%55$(583898')2/&'$%%%'-',*-,7=>86(6NNJDHJILBGIIIKF=?DA>JJ>7?CB><735/,>>DE1>FE?J78HEHD@ADHC?=LNK>:DFFFFMAA?>BA4=;>.@E@8M<9)?AF@<>D??GI=DKIKLB?>CGLLAJ@BD=EIEFKLOMA@(<<>FIB<==EJJBAAA<:5:6%%(<<:BBC@>>=EEEHFDAF3@BFHHMBD<=91IJMIFH=??CA@@GE,(/;E>249;;@=&8:==C;B?BADGHMI?@@ADEBDDFFDEDI5@?AAIOLKEG@IKB?<9<=HCD=EB;=IE@G;40)-(((),+09?@AELFEE<>0>=83211/6<91:;>>>9;<;F'HH?IJFNJC::=BMLFCDGFI>;=;9170>>?@GE>>@<=HIIF.2?=AA5*(+,9326,23&%**228?8?=D>BCFA';<5@;=B>:@BCGE?=?:?EG;EDEG5>@AA.(DB;<>>:6,49>ACC=@;?@2>>74>@B==>:5:DFCAB@==</:@&,+:<547:E>ACB28'%0676:9FD;-6;3(6&0&,5BFEBCCICBLIIKJLH>?KM@CGGED=A=?FGH88G>EEAGDBC*,9::;((2'()(*&$*0881+<639:?BGH?<16967FE=?D:BB<=A9;9:87?CHCECCAC76&291/.34238715<:423)09:3333/9?>>:800789778<;3<:@A;=7+'(%&#.*2.?BHF>807,99:CA>CED6=11?ABEIHHC8@IHB=/EC8HJKKH0/C8:;A:B?C?9;A:65430,+'2>>8CCDB6:H@GABB@BA:B@A&99@AFI9ECCFEKHDA7;ADBKHAA?CACJ9:?>?=EC<%&36AEHIEB@5/+%$*78AAFGEA97<>:7-(.-,52>>>@?BGCKG=<>;:<55A<>9AAFC;?FKEFBDDFNP<=33@@%8==>EOGCKIGCJGGGD=>EJH==?GA=/9>EFC=AB=>?:@FFG6<7<==-*8<:.6=>@>3,76<67,((30=>A4B>=:.2/358??221.,7'&%0$&@?EAF9888;;>?B?=D>>BAD;7AGHDHHC@?DB73%(>CCB<=A>>5=5=<<=30311=BEGIA1.:;'A'3EEJFE=HDEC=>BFB@>=33>==>=AA,G.;?8?==@@A?D1+5<*)$$&&#%**76.<8;91+/2:@9':?:==<20($0'(7/;898:,&%*,,<=E=5?-:)8;>@CC;&&(%%&',,4??=?@>===@AB??CDC?:CD=?J?JA8@BB;3&+%,6>>AEB605.+/10355B:8;7HDDEC@>9,4154;A>?6CIGD5;21ANDHF>?:=:;7BBFLKE8;DEGHLIB??B@CDEDGF98=AB@:BD?AC?BE8=@:@AEGCED=>0&(/---31:CBA8E@==<=CB?9@@@A2;9@<89;:7829==>?:7.0(>=>FHDBB@C?=B;9:6BIAB?DCDFF@@B?DH=LKHNGB95CFE4'+6;9;;9?GGIIDEJH@88-9;?D=>?4?76:16867<<2,66978:8<;3?BB7/6;>@698:=<>A@7;47:<3-479>BBBFIGKHBD@IA0-%%)53.$$*13:DDEBGH@B@=AC8B@3158=DBEJJF?<<;:>:?H<<>>@:77>CBD@AFB>B@C@8JGBG=DH>AC7;@D:>B@FFF@.9DFDCACECK?BED(;4=>>=ABDE?94(),278ABAEKID?2BRIIHLOLE>=<@CCCCFGGEFD7B/-')-/0<:5==@=;?CHG>>8;C?;9:B;;@<68CBCAD=DFGJDDE@=795B>B>=0533?<=@AB=7.6866)*5?B@HJMPCA:57349@98@EKJIE8GC>AB<=?358::>@?CFKH@:DLEGA?;AC=74<619==>A=CEE>-2<>>4;6?K=CIFF@;>42;=4#&)(('(&)/436;8<78;ACCB09FFFHIGB9@II:2?97AFGFGE>DD:384)*?60>;>?A@46JJA1E@2;;<09CGEBC@=49=??=>=@GE9?@@?=;9=@BGAEEDDHGJLB:941=?==)==>CHG>@BJ:;IJH@@IE@@BC7*4<>=@IJFHKE7;8:;;=EGKB@C>CB@BEFF=??:EB><87&&(6CBA=>BEAHHHB=>AFEEFAJJHII@<;:<@@A,)1)0-(ADCCC=DIG@:B<=A?AG?<7'@A?;576.:-@>B=@H>CA?:<=67930311A689??EC>88945//**,%%-5/5<==>;>=9@HCB+AEGH<>@EFEA@=:7650<>C=CIHB><@A<=BBGHO@@EHE<=?0-/<<>?>@=?HCCCC:9?@<:8<35BABAB?GD<:/&%%)42&5;>?8446>BDJIIJ<78CCAEAMEB?8:?=;=7764+*/8;>=BC<@CG@HHE?>99758-.58GFIDII<=@CH601/?36CE>>@>>B=CA?ED95AAAIB>>D<<4>IGHHCD1;DKLJ>>BCEBD@=B7?<16;@BHCFC>=A;==76.46?;BFCA0-4-'+(()$%###&((//'(+79>DGEDNOK5B=DGF497:>@HKHJF<:>;8==A?BJGMKC;=JJBE<9&(*(#%,8ACBIEIFG?AC;@@AB@CDCACC=?;4=D@245592,??B>=%6>*$%%*$6<>9%%##$%'3;981/013>@8;>=A@5$'6..??GEGDFHHC@&)>=>GEC@>9E98?97;;8/44444+7577797%&'38;;EBCADAA?E:2@;=D<+161147:;GC8.67411(:FBC49;84=:9;99>C?::FLMBGHMMNIHDABF??KMLMICDEEINEG7=GAB97;FD>$7CD6=@HHCEFFAAAC;B@B<>2/=BEDFEH@>9.=B?>;8AAAAA<7;6ACCFFFC=99AD<9DECEOMEEF?GIGG84#$%(6F9>CEHD;0=630$$$'48=A9-=QMDBGEKKKLJGB=CHNICEEIGACECJH=>@FILBDHNHCB09?AABB;;@@B@A>=9ABD?%%;86:BDCLHCAGH?O;;9):=BFAFCDJM=AACAD7BGK:>;@83;9CB9%(;DECFDGFAEGHD?:>2D@BDB8;89/8:;BFID(;A@CDH?)*39>?ADCDPL;;C?=>@B=CDD?D@DGHH2:>@CFEEAA4=B==?=:4<;=566/-*),0::917777.2=8:=9A?AA41@DCFGB:/9:@=695OIE64.'&)-/-29:@;9BDD>FFFGHII@D@9:>AAE838'6**78=?BGA66@@>?>87%*9:.1266741.**($)7=6,85479:@@ACFIKGF?*@8<7%$#%%+>?A<@F>C?L@IJDCBC<8?=>>A?:9<=>=C@@FHH6+7979=DDH==>@9;()BCDEED=?>F:=CJKLMG4@=>>?DFC?IJKJF8CEHIFB=@?GAF=@;BKNNMTE2*BC>@>?:?1)&&',+1,4765,*+$:(&&0*89999;A><=?CB><=>1;,467:ECA?;@?=JIDAML@A;5$3:9;BGD09<96669<:=;@ACDDD@JKLMJC=MJCGAFLKF:@EGILJIJDAADCDEE;GHFF=65CAGHEGC9>;=46@@JKAAAB;''9EJBFFCD>13A@ACDEF@DDD?66>>@?HJHKQHEE6<><;=EFGFBB@CGGHKAEBB?F@CGHF@KHLJDDD9:;8=73+@=9:76599@FBB>D=EDA?<=CCD<(.*0/+71/35:,$/ABEHHHDJELGEB7=FGBIH@L?7LNKLLJEFJ>N>>7CEC4AHIF=9,'/,%19<;40693)''$*6':<>CFEDFE@@FGE@9:HIENB>@BFGIE?@6/0:CHLJF>:A?9B>HGC537<;@?CCDDDE*)@GDGIAAK?;A@BAABFEA9)%(/-18?FGJIMMKQPIJKKGEGB:ACFF8:;>GGJJF>3EECEKGDN@ONE7(B(@CMLD++;>=DFFKHA=+@/)AIHCKLJJEKIB=A@CEJLE@;ORWKGGF;=?=B?BJJD>7ADJMFIHLNPEFENRRPLKK?>>FH=6674;?@CEG95)5IAA?=ABOOEDE<@SR@GA@4++'-DECE@@;:BB;2.D:JKOOLAG?@;<3=>A=BF<>=7ACB:;:::?A?94''2..5A?EBD;=C;;@>EIF<5--3.,*A9?AGGAC?BB=9:49A@>=;DI<===;;10&(--073*,,.;13;@?DG@=DAA?9)>=@=?=:>9@>1;59>ACEG2)=AAB(%8=?A239:8:69<1*;:7BIHGBIKADEC:FAHI9?9>4<=:=>>:8=>??GB55DCAC@AAC?7=?>>8@A;<:9+-3<<<;98838B<<-0;7-/+**/289AB5EC;=BDEG7ED'+;ABBEA4@=8CEDFF7;>I;;C>3D9DGDFDJGE?E@FB=GE4;C=??=;?68>7@ABFCBCD>>>CCBEI<@EDEFEIDCDB=:8:67;CCGBBCAA?BA9BB<42%1%%%.447?>C?@B<<?88AB;;DAAAC=D46<:>977:CBB;));=>9;<=;5===8:=;6)0(**5;BA245617AGGGED79>FG89:ACD?9AGGGCBEH?BIF?>@;?HJHJA=<<899>?CA:CDF;>=@ADHICELNN=MFHF@>==AFBK@9A?F;>@CIJGFFF<55'%999;;52+=>@EDC=>@<@=>8BAAF?CDA84498;3;;5CCFDC;C8:GIPMEEFFHD@EBDGIGCA$<665;:3/*.,.=?=@D=@B;IGGHJADDB3667766679:==>C=CBDFG==?=+;>D@>HBD=ECB@9AHNGC=>KJHKEACGGDBCEB65>@ED76?A@@?<>DADDCDGHFD?CE?ACEH@H@C;CAGEDD@:?%=;<=2449:3(768%'<>@>EFI<8%8>;=CC@'(((<=?AEGIIG;GIGHFHAAA;AC4@BDC2CEF@@AEHF>=/=?GF?FGINAG=FHMG@EAA;>@:<=B642>8;EABHD?5=:8D>.:B?YUHD84CDJJC=9F@57>>:CCB.;<4<1-BECEB8934,/:*CB?HHOIHGAB??FF?FE>BA8AALMO<6@>F4*$-'+-11<7;7FFEJIJIG>@:-,1=EKIH;AACC@?DBE@ACCEKBGBGNJJIKIIGGDE;B=<4A@;76%&%.,+*77;><:>>CB?$%:;@CBJF@AABB>CCACGCK?=D=E?BFD<:5:AE:BHAB;9@DDDJHB=?CA42380$++66:9=;45@<3&;78,34686@C:9;GFD:=;BA;=9?D@@&<@DE8AC?CBB=79:0'8;;@A?,)*AB?/>?JKL;DHGCHEJCID9@6@8=;<;:@9?6;8@AEBBBF2CDJ:8BB?9;CDECECB8D?A:9F?>?AGHHA?DDC/2JNGF?CEA65+8119??9+789H?9/4777>@:6BFC?'=?1**=:<;8.7//8@DC=?5>@B><;0-9B4BJJJA=CEIJFE>20;;/,354$$'22136@DFC9;>@IJIKRGLCFFC@@FFDA8=AJ=5530F6EKJ7D68=??BNNE?H?=D>A-%76399=;>BFGB18DGDHBC:HGBHLC@HMHJLCG>ELHGJ>ABCEGJEE@<2@->NDJFLJEJI@84*AAHH;,50C@EGB%5D@@?EEFDCEG7;<>@AA2481ABDBKI>@ACECCHGJGEHDIKMJH:;GBE<>>>?A;8GDEL8<39?C0*1298<:$%)6:;>8(&6EDBDHE?2=7LJD=2:994/1/=DFHHH9:?:3><BC=86*,**'*72;;:325>?>?DAA><=A'):@=AGD=F=JHD@NMD.85B@?A@C?:B.GEBA?HJI=8:;?CEDF?1=-5=A?A385628;<6ABA/8;;98%%#5GI@@A=GGIKHDMMPNFFIIEJGIJOPKQCH@=84,,0%(/56225<888:@<;=;:@=98<;87;C9;;6<;B;CGE,AMLABEC-0=>A=CEHFEGCAHEDHHBFIED@CG@<8>BHECHG:;7CB@???CG=0<:;=BB$&*AF?EB>62/-//11DH;;A>HJJCOO29?4:(?84=9%%;<@;@?>;?FFFDJHHFLCJIHNJFA%%%=?:)))@AGC-3BRHGB>CB?>J@;>EEC>@A>/+)--8BGF?A>ACI@CA9<@GB==JHIIIF=ADCBDGI=AROKMKJD=DFACD::CHM>:?LHAKIAC>>EMLJA.B;2>A)E)@A=%$%-3*8=@@BB;?GK?=E@?;>:>C+:37=HF=IAIGFHFBJKFJHLG=:EQSQUF>ACEMQUN<><=:)$<?4A@AB@;:EEGHIF7=/><740$85=9;64.CDD=3HINHCBDG?BFFEGHDDCDCGDGA9=IIJKID@@EEGHJD<>;KIID;>IK>F>?PM9G2?::B?CQOIBINEFH97?FLEB:?06445BDDEGK?:B?IC@CGMM>IGCCBB><6@FB+GC=ACDLHC=D>DFB==C<;=;<@CBJ>8FHG>0>HHBF;>=?B99>OPFDFLKJGGHD:EFHDC@@B=@7?>AA=>>AFHGKGJ<6-.A=CONB=86;<;BCBCEBDA++;=8??=?=C?11>=@37+.5566@A:;>@@0DD//:?2=;@@?;3%(2>G@JA@>A?5>@?;7:=DEDC8;CCEFFB>DB>LNHA4<<;:B>>HGFGF1(0:@IJC=@C@EFKC@DDBEGC=>@=:;864)0'()&(*7@>BC@@?;:<:9>B97AAGHJKK7A36F:-*?=?JA19:>JDAFABOM=?8FBB>5JJE?FGF@O@B@BAGIFEKJC<>:->>%.=HIG145KKHDBFC:D?GKIM?>BBA>>B@A>>DGI8E>MKCBCIGC@<<>FFH>?HJML>=23JNFIFF@;;F=:HDDDJF?6,+*,9=;???@MAC=9=CIF6*&&77115(+5<<268=;;8/9,/+->@@=>==/'(&$'48::A@BC=:B75335368:@>:9+79:><=@ACGD@EJ@)$-'$''*-/227/:6;<;533(<;=;79>B@0816'=<9:>AKLJUN=FH?FQEM?EFG?=FIJIGIDDJA76@>>>83?77810'*&./1385998<:;ABCC?4DAEE;B<9@DCNKED@@@GH==6@AILKGEDG=?A>6<=<7>BFBBCDKGFG/-/=<<75>5FCBFBBCA+4FFJJIG=8ILIGACA?CEJSJ@=>=;A<@=>D97&+*$:8&3.;.29>@;8;?<;9>A&(9BD=67=@9;;BDCGIFRM<@-<=A@@C<6**?AA@CKH;DCACBDBBA::BE>?<91%*>FCFGJEKG@@IHMGF>:%()?@DFB>>8+235698;93;:>LLID?DGCFIKJJBCHBDCC?-+::<;GGHF8@B?>75?@AAC@AEC@CCA:A5CCA:?A554*(%#$%$&967BCB:=?B<:685<+849?@;9;>:AIADGDD@EF?@?15<;'9991:=BAE9,G89D@BGBF7KGHGCDD<>@>ABBAE@>EH@IKNJ:=GFAC@,.;43&4BFD;<@@EEAAADDC1+15=<)&'(89=?AB?>FAIEBGCCA$4>DKI+8B?>8?@E@=>BC>BFHGA87,/**516783722130687?6+>@FFD?<8<=GGGGFF:9-,$'*)*&0/..:76536=EB=@B;++++5576739>>>;:I??LM=?HC9%'%DGAFGAGEEA,&6;9ACD=@E8-32/0'.$$.8>??9B?DFCC9@CIDB&9?A=;>=AAFBBCACJBJJGGCGILCE=<;22C@670C@?=;FHCFIA::=F:?AEHGAC5?A<>FFDCBB@BCB@F:;7?FBBB?=GFIJQKDIJIDH=A??PNLACBGG@+%9@FEH;@A=DQE=?>DGHAHLLJCAICCDB5@DB:=IKLHE$BEGD-&@9771#3C@BKHI?<9=7:@ABAC@;FB@;:>6AA-7<<@@CDF=GE8@BJHHKNGFFGICCD@>B>2($%&3336;45:*****0(((:9)33(860&-8<=<>GFAHD@=>9:$09<@=CBBA<>7597.%,,.0::<9:INGHCDEEACPKEGKCEI:4788-=:;7>DD;>:EFIK9>0279>8:::===-(BKLJIC?EFDGI?G?=B;101IJHE??9A?:;>'/09??;>@FA??E=BBCBBFGFKJJLJJG7G0CEG2@CEC@@@D:@EGHD?=9BMPGEGJI=AC?CECNEK?Q?824;<:>A..,=A>=422>974768.HJIHHNPD9?B9@D8DD++EEIKH?AMKCHHDLJ?CDDF9B9*8>GGEEHJGC8@JJJ6288?@4;=F>@A(LIJMLFB??D:?AHIPYID?@>,814@C@FC:@LIF;ILJML70147//08CJMJLFA;99:6,)6ABD58),=DKIIAB,<@9+'**8=9958;8$>=FGFFGKHFMD:?HEH9C;DQHDINKMGBAACCGCHJBHE=?@44EDLK@/AMJOJFDCED@1(>MKCA$7DEEA?ABD@FK@/1<;6734(&$''&)(%&34587>AA@AA@8=;@8;8656AB@0.?G8AA@E=:CA?@GGHHDAAA??;CADHFAGIGGIBB<=??A?63A@ABF;E@:7(-79+5BF?=B:@2767<;@9ECIJ=LA:CJEE=400;::<:?<==B;;8;BAAD?CC;1,088779.=?3/*(3==C==:=GHHNNRHFEJDCD+:9HAJJKFJEJJE78?6667>@B=570(*+4*6;B>CF=>;C@<<==<889C@CGHPF=@@EIFA(.A>>ACCCFEC5BB=?@DB>?<=?DECB88D=<;F>KKEE==>HHC4(4A>CFGFDE+99::BGIBA<;4@>C@8;=BH@JIGHIDAIE96FKIBB=EGDI5*+-'%--/011:*178@9@BHGGDACF,GBGGGD<,..>?ADD@;CGHMS@@EECAHI@EFKEDFEHGGBHLJQOMKBEI:8;KKLDHB@EHHFKKE=9)7<<<9BDESRNK9943>?B>CG>?9;DB8@D@>HBE:26,%(%&24%:BB@PNH@BLLLKM/,.2,-&&5:@ACD=&9/,%%%'35@?MKADHEAFE9:9@>==9(BEKFNJ??CEA003CA<@?A?2,(''646866)0%%%%JKNNC?D>>@KJGCG8KJJNA@@@EH@C=<;**)&9->A>HLMMJ?NMI,(054:<7&&7+&258=?@@=BHJPB<<..7:/@B<8>?BA=>79866:DGB<<2?3.+;@E8++:;227=@@=BCGDD5173C?@>;=F@DIC>>;9?CEEGJJACHEFFGDD@F?>@>HOO;>:.55(&(28.4555.-66>FC>02-<<<=:4HGFD7H;:?@EHA16A;H;CECFFDED..0:E@EDJPA;7@BHF?6@;BCEB>BBBEC&'B>?2DACDBA@?75AFCEB<=8867:=ABCC>).5;IJGGCD?A;8??D889@ACDB@9@@?=GGIF=<5-HC<01,,$%%$%&%$*,64.14CDECCD7?A53590261/*%%'//7BHH;;;>FDBCEGIIM>FDHCACDAD?8;DED@=B>:I=BEAA:CCDFF@DED:9;9//<>@EH>ECA==?@=CGIA+)56=@A;97./288=66-$$52-)+'%'))-)./7=A>@?7;B:++*)+448;;EE?9980//175:;8;BHHAB=KKJ@=(=?FHIHK<8=;@;9;:=;;69658;==A>>AD@A?/39;;-/4::?;7567:;44**/0.137?666=889;?85)))&.0848>@2>;=@FEFDE@CD=;BA=;=9542&**99;>B:FGA<:FJOOMIGGCGDB@A??IGFB<:?<@>ACDBA?:@AC;;988*$6>>@>EDGC86>>>>=:444346=637761,&&&1357???AG9:C?@7;89:-(466-0168:739;41(79;4=<;;=@=<;@:9:<99?>+0-<>8;988546455D<5170/,3=43+45%+#%610,-93'*7;..:;9.)$$&246:6242,)-%,/09<53:8C+3346?C>>3+0)%%%%*&(%(&*44451(('%*.(&+*,.469213/),,.&&&3-*0**0:;::AAEI<;<><..00/9=D0;>>EA<-CECH<9>::@?;F?A:@B@HIEA:=:<;?<:G99**;9@<=<<%=A;==>>?43%%%&&%%('%123677522$-*))#$$$%%&22678>@<=@?@8@EC(&)22147555>B>DC:::=77?-+5667/)-/21*/5%%'&(,;=1)1<;<<%CB9''4&'+86<3=>@CECADDBFHFIJIKAAC<8((+5>A:DE)9=>CDMGWGIN@A78DE;&.;5)2441?EE@>:>AB?CGJB=@8.*996=<46HEEEBC2DKAE<67:FGGIFEEE7-/,-'/.08:=A;0,((B**5<02=>:@;?3&&'&(:BFC*332.0*0+$$%'+68A@ED?@CEFKKE:;?KB@==C@=<=9@BIIE?<125()),(193:8;9--::32($&1/;4588428975CGIMB;@E:D..JKCF64.;=73@8?@KMGI<>=C47/:>?@?8@CCC8:;;36<=31;:266.(;=EJ9<57=<<&>:9+014ADEA)CFCCBKLKMNACEEHB-,,&).*.5,/<7:DBEGHC@327=>>9::9.%/904;496=6=A569>89CDD<-7>>'&$$#00238@>=8;>@?7:BEAA7;@CHLHHJDA=GIHI=?ACF6/%%$$%###$(#$$&'&*),((%%2+#%+2/26-.//#%&%%(%%2$&$%%(,1/$'$%%*,)')%'&$&%$%54&'12988?7D@EH@EIAD78D?>JBOJFIG7@@ECBC;CFF@ABB:9B'')---:0;979@=?IHEFDE;BAGK?@EFEFK??@DEEJH?D=?9DEKNL>@FM?DCFFMHAEFF@H;=?H@?A9A==>?B+(>@=@G:;GI@?A@:<>MRGKKIEGEB7=CC>N?EF<05464486-1&&'*)&*14887<;==/(*%*;&#'((05??A>B@F>;*')=?@A5&)9:=<73/&'&&#(&):7&&11><)*)#$$,+,*/567=?76173/7?=>6998,0;A?D/<<7/0362ECC?6.>86:>8@A/A?@HKIP?CDD9@8<9@EF@@>>E=BH@4)'%%,)013.115(&(%''''9>GD?<)@B:96?;BA:3GF?JDC@<<<769:<8:>97;9,'&'+,,,577;;DDH?IABDEHC8=9A@BJCBFFCBA9-5F@E<=KNHNKDBDEI@E?24902,3-*3551--0)@=?LQSIDBD?BACDDLKLB7:3CFKJIEAIIEB94ABD>?B:8/332@>;;;1*/22010/8:=;B@;4985.*5159@DGJTDBBCC;>A@?DBFB99-&:K:,5>:;6++,+32'/;DJHA@BACB?8>;;BBC&6:BEGKB=BEMC<>62=IGFDG=??@?;<:-,##(6:9;CHIKBH?GHDG@FIJ?DEFJ5/:600()'(),-.785-.>>C9;?CFGJC;55*-<46:4=B:23'.,,*($%((***((,011%*F=7>H?-+'%%*'%+,-,(8<86'+4668:>=AB>DFEI:?NOKMNF>@E=?GFJ9A<@>@G@@:;@AFE:DJIKF@?@EEABDDG>74;20$'+26;*$46.+?BBFGFAEHH?/C?AFGC@KOHNQQJHHHI>9;:KINQEABGHNHMLNFABGEDCAA>496:8;;CEJLG>6)4DCCEBMI29?<@BEC?JKNIE8>DDD9=%6:=::GN?EHGGKMB>=;FC?A?@A?5?FG:?;;>AADA>HDABDA?GEC@D@@DDDCD@/@BMNLDCD9:BI@?:8<@GB@B?=792=@AB6:@<=<:53>LNTO5@))4A@BBBF:-=7.%$&%$(#/17:FC=,1CAAAB@D57;=7(9:<-)9<<=01:8::9><:@<*+>AC>&(*33:70&('%*1AA;8;:>ADE=9=G:GBEA;==CABB=?:8<;<:7:5>?@DDA=CCCC@9BB>A?>7A?ABCEB=:>>:+@;22,8<7?EFC@@@@-/.04079;=;CA?FCBB>>/5:I876;6,222.CGGI=<>67:''897?MKB5--+,0--9=C=?47.KKRIC@ACIIMHC9<;:;>:@;:C=FFOMC4:;<9EE;?32'&,.;/9GG?'.8>>>3IMOMH@BFGFDCAHGC:9=?56>>@OKLEGACJE5>?><0''&&,22489)*,/102:/8:;<8238-+,&$,,99==<67::80-72/4;?DAEB>>>A(>B*=<>?=CEEHBC@CB@B6'(('037*$1<9@BDEBAA2CMMFH@8?<@ADHA.1C>826588-&'%&(&))*9;.17;4446>@620:=9;A@BGJFMFG>:2B8556BD@?IDFFCEEE@>8331((124=?E@?.37:1.)5')1=:))')716AC@=?B?:6<@@>A<9:;4+*<'48<,).1=74..057?>B@;>;43:;:/29BA8=??&.'/9;=B35DF87ICDEG<9;@CC=>9:663&()&)&%%$$2312-%5346%589>==F9>A@HADCBAF?@8>BENJGDABEEEAFMI9=;:'$$.1A>9;=A>:<@;>:97<=?ACCC@F4--<9;511==;435>5656;647+1..&/2()($$+)&,.332&,&5338786@E=9?6%#&(($)*2665&57;>9;?A?5@B68@A=DF076-9ADBB@:FEBB@>@F@8),+5A?;AA>EL@LK?DGDF93CC53DFDI;;9;75@DDGFED;=C:DEBC;CC@:3&$$:99;AC@EHAEOKGKLCB>654%@IHGE;7'*+.<;?CB@A?B>%12():=:JJE@BDABEE=E;=SJ>=9408:>CDFFFDCDGGJFIECDA8:;ED>:/1/DFGLJ?>@HDKIHAMI@@AABCEGH@@>>>>26;<5<<)7:;@=EFG?CHDFECF9=8C@A=@EDCCBBI@>CE:BHIG?@FDEH;@F@C:E897;;50119:877:AB@DH>8866++/(&&&%$&&+2612;<93892+==;?ABGE?B@79:@CAKI5BCE79=>BEGGGHH<>PKKD667++,+$$1-;4199::<=684B=342<76?EEB?BC@H>HJE@MLGHLDMNMKEGN?KKED=>>C@9=9GF<1&2DCEF@EDAHJCFB>3;B?CD?=ADC;;;5&/',-22@ED=@FLJ@6=>>>=:>BDEE?AH;5=9;7BABCKG@EKMKEEL=<:2A>CDHOJE>;>>F=31.+'(%$$2+0//@48;>?4A4=1A79./.-/1&4;;HKOJD8672.222>@CE@=9/5//04*0>F@8'AGA<599;9=DBJH=;+4((03>?45389==KA@@BBGI9:FHF<'60(% @SRR14011045.38173 5d1adc3c-1816-403c-90e6-b178cf367654/1 AGTGTACTTCGTTCAGTTACGTATTGCTGGATGTGCTGTACACCCATGAGCAGGTGCAGTCGGTAGCGGTGCTGGGTGTGCCGGATGAGCGCGTGGGCGAGGAGGTTGTCGCCGTGGTGATGCCGCGTCCTGGTGCCGATGAGGGCGTGCTGCAGGCGAGTTGAAGATGCTTTGGCGCGTACTCGTTTGGCGGCGTATAAGTATCCTCGCCGTTATGTGATGGTGGAGAGCATGCCGCTGGGCCCGACCGGTAAGATCATCAGCGTGACTTGCGGGTTTCGATTCAACAGGGCTAATCCCGGCAGACGGTTCTTAGCGCTGTTCTGAGGACAACCGCGGGCGAAGAAGGGTAGAATCTTGTGAGCGGCTTCTACCGCGTTATTGTTCCCGGTTGTTATACCTGGGCTGAACCATCCACGAAAGAGAGAGCATGAGCGTTCCCGCTTCTGAGGCTTCGCGAACCCCTATTGAGCAGTTGATTCCGGCTGCTTGCGCTACGATTCCGAATTACCCGCACGAGGGCATCCTCTTTTACGATGTGACCACTCTCTTCGCCAATGCTGAGGTTTTCAGGCGTGCATTGATGAGCTGGCTGCCCGTTTGAGGGCCAGTTTGATGTGGTGGCTGGTGTTGGGCTCGTGGCTTCTTGCTGGCTTCTGCGCTCGCGTACGCTACCGGCACCGGTGTGATGACGGTTCGTAAGGCGGGTAAGCTTCCTCGTGAGACGTACCGTGAGGAGTATGCGCTGGAGTACGGTAGCGCGGCGATTGAGATTCACTGTAATGATTTCGCGCCGGGTACTCGTGTGCTTCTGCTGGATGATCGCTGGCGACCGGCGGTGCCCTGGTGGCTGCCGCGAAACGGTGGGCGCGAACCTGGGGGGTTGCCGGCGTCAGCGCTCTTCGCTGGAGGGCCTGGGCGGTCGTGAGGCGTTGGACGGTTACCGTCTTGAGGACGCTGAGCTTGGTCTCTGAGTATCCGCTGCCGTCAGTAGTTTTATAGATGTGGAGGTGCCCCGCCGGTTGATCCGTGGGGCACTTTACTCTGTGTATGCTTGGGCGGGTTTTCTACGGGGGTAATATTTCTGCCCTTCGGAGCCTGTCCTGTAGAAATAGTGACCCGTATTTTGGGTGTCTGTCGCACCCTGTCTTTGAGACACCATAGGTTTAAGGAGCTTACGTGTCATCTGAATCTACCCCAGCAGTCTGCTGATTCTTCGGCGGCTGAGAAGCTGTTTGCTGAGCAGATGGCTGCGGAGCGTGAGTATGTTGCTCGCGTGTATGCTCGCCTGGATGAGCTCCGTGAGGAGACGGCTGAGAAGCTGGCTGCTGTGCGTAAGAATCAGGCAGTGGGCAGTCATCAGAACCGTTCGGAGCGTGAAGCTCTTTTGCTACTCACTATGAGGATCGTTTGGCGCAGCTGAATGCTGTGGATTCTCGTCTGACGTTTGGCCGACTGGATATGGACCGTGAGGGCGCTGATGCGGTGCGTTATATCGGTCGTATTGGTATACGGATAGCAATCAGCAGCGTCTGCTGATGGACTGGCGTGCCCCGGAGGCGGTGCGTTCTATCAGGCAACTGCTTTCCACCCGATGGGTGTGCGCCGCCGCCGTCTGCCTGATGCTTGAGGGCCGCACTGTCGTAATATTGAGGGATGAGGTCTTCGATTCGGAGATGCTGCAGGATGAGGACACCCTCCACGGTGAGGGTGCTCTGCTGGCGGCGTTGAATAAGAAGCGTACCGGCCGTATGGGCGATGTGTGGCGACGATTCAGGCTGAGCAGGATGCGATTATCCGCTCAGGCTGCGGGTGTGCGTGTTGTGCAGGTGGTCCCGGTACCGGTAAGACTGCTGTGGCTCTGCATCGTGCAGCGTACCTGCTGTACACGAACCGTGAGCGCCTGTCGAAGGCTGGCGTGCTGGTGGTTGGTCCGTCGAATTCGTTCATGTGGTACATCGAGCGTGTGCTTCCTTCGCTGGGTGAGACCGGCGTGGTGATGGCTTCGCTGGCAGGCCCTGTACCAGATGCTGCGTGCTGTGCCTGAGAAGGAGCGCGCGGTTGCCGCGTTGAAGGGCGATTTGCGCATGGTGAAGGTTATTAAGCGTGCGGTGGCGGATGCGTCAGAAGGTGCCGGCTCAGGTTCAGCGTCTGAATGTTGAGGGTACTGATGTTGAGCTGACTCCGGAGATAGTTCGTTCGGCTCGTTCTCGTGCTCGTTCGACGGGCAAGCCGCATAATGAGGCTCGTGAGACGTTCGTGAAGATTCTGTTGAAGGAGCTGACCGCGAAGCTGGATATTCGGCTGAACCGTGCTGCGGGTCGTGTGGTGGAGCGTCCGTATCTGCAGGATGATGTGCGTGCTTCGATGGATGTGCGCCGTGCCTTGAGCTTGGCATGGATGCCGCTGTCGCCGGAGACTCTGTCCCCGCGCTCGCTGTTTTCGAAGCCTCACTATCTGGAGTCTGCGACTCGTGAGTTGTCGAAGGCTGAGCGTGAGCTGCTGGCTCATCCCGGCGGATGCTATCACGGAGGCTGATGTTCTCTGCTGGATGAGGCTGCTGAGCTTTTTGGGCGATTTTTCGAAGGTGACCGGTGCGGCTGCGGCGGCTCGTGCTGCGGCGGAGCATCGTGCGAACCTTGAACGCTGCGAAGGCGCTGGAGAATGTTCACCAGTCGCTGGAGGATATTGGCGCTGATGGCGTGATTACTCCTGAGCAGATTGCGATGATGAATGAGGTTCGTGGCGAGCGTATGACGGCTGCGGCTGCGGCCTGCTGATGCGTACGTGGGCGTAACGGTATATTGTGGTGGATGAGGCTCAGGAGCTCTCGCCCATGCAGTGGCGTCTGCTGATGCGTCGTTGCCCGATGAAGTCGTTCACGATTGTGGGCGATATTGCTCAGGCGTCTTCCGCTGCGGCTGGCTTCGTCGTGGTCGCAGAGCGTTGGAGCCGTTTGTGGGTGAGCGTTTCACCCTGGAGGAGCTGACGATTAATTACCGTACTCCGGCTCAGATTGCTGAGGCGGCGGTGTCGATTTGCTCAGGCTGCTGGTTATGAGGTGTCTGCGCCTCGTGCGGTGCGTGAGGGCAGTGGCCTCCGCTGGTGCATGAGGTCGCCCCCGAGTCTGTCGTGGAGCAGACCGTGTCTGTGGTCAGCGAAGGGAGGTCGCGCATTCGGGTGGCGCTCTGATTGGTGTGGTGTGCCCGCCGAGCCTGTATGTTCAGACGGCACAGGCTGTGGCTCGTGCTCATGCTGACCGTACGGGTACCGCGCAGACGGCTTTGGAGAATCAGGTGCTGGTTCTGACTCCGTGGGAGGCGAAGGGCCTGGAGTTTGATGTTGTGGTGATCGTTGAGCCACAGCAGCTGATTGATGATGCTGATGGTGCTGTGGGTGATTTGTACGTGTCGATGACTCGTCCGACTCAGCGCCTGCATATGGTGGGTTCGCGGATGCCCGCGGGCCTGTAGCTCTGTAGCACCTTTCTGTTGTGCTTTGAGCCGGTGCCGTACCGGTTTGGACGCTCGCTTGGGTTTTTCTGAGCGTTTGGGCTGGTGCGGTGCTTTGGGCTTGTTACATATTTTGTTCCGACGCCTTCGGGCGTTGTTACCTTGTGAATGGGAGAAGCATGTCTGCCGAGATCATCAACGCGCAGCATAATGACGATACCTTCGAGAATATTTGGCAGGAGCTGAAGTGGCGCGGCCTGGTGCACGTGAGCACTGACAGGCTGCTCTGGAGAAGGCGCTGAGCGAGGAGAGCCTGACTTTTTACACGGGCTATGATCAAGCTGCTGCGTCCCTGCACCTGGGTCACTTGGTGCAGCTGCTGGTGATGCGTCGTCTGCAGCTTGCCGGTCACAAGCCGCTGGGTCTGGTGGGTGGTTTCACCGGTTTGATTGGTGATCCGCGTCAGACGTCTGAGCGTGTGCTGAACTCTCCTGAGGTTGTTGCTGAGTGGGTTAAGTCTCTGCGTGCTCAGATTGAGCGTTTCTCTCTTTTCGAGGGTGAGAATGCAGCCCGCATGGTGAATAGCGGACTGGGCGGTCAGATGTCTGCTCTGCAGTTGCTACGCGATGTTGGTAAGCATTTCCGCGTGGGCACCATGGTGAAGAAGGAGATTGTTGCGAAGCGCCTGAACTCTGATGAGGGCATTTCGTACACCGAGTTTTCGTACCAGATTCTGCAGGGTTTGGACTTCTTGGGGGCTGAACCGTCGTTTCGGCTGCACTCTGCAGACCGGTGGTTCTGACCAGTGGGGTAACCTGACGAGCGGTACCGGCTGATTCGTAAGGTAGAGGGTAGAGCGTTCACGCTATTGGCTCCGCTGATTACTAACTCTGATGGCACTAAGTTCGGTAAGAGCGAGGGTAACGCTATTTGGCTGAACCCACGCAGATGTGCTCGCCGTACGCGTTCACCACCAGTTCTGGCTGAACACTGCGGATGCGGATGTGGTGAATCGCCTGAAGGTCTTCACCTTCCTGACTCGTGCGGAGATTGCTGAGTTCGCTGAGAGGTTGAGAAGGAACCGTTTAAACGTGAGGCTCAGACTCTGGCGTACCTGGTGACTTCGCTGGTGCGGCACCGAGGCTACCGGTCCAGGCTGTGGCTGCTTCGGAGGCTCTGTTCGGTAAGGGCGATTTCGCTGCTCTGGACAGGCAAACTCTGGAGTCTGTGGTTGCTGAGCTTCCTTCGGCTGTCCGAGGGACCGCCTGGACATGATTTCCTGTTCTGACTGAGCTGGGCTTTGCGAAGTCTAACTCTGAAGGCTCGTCGCATTCTGAAGGAGGGCGGTGCTTCGGTAAATGGTGTGAAGGTTCGGGGTGAGGACGCCACCATCTCTAAGGACGATTTGCTGCATGGCCGTTTTGCAATGGTTCGCCGAGGTAGAAGAACCGGGGTGCTGTAAGGCTCGCCTAGTCTTTTTCTGACTTTCTCTATACATATAGAAGGGGAGGGGCCTTCTCTGCTGAAGTATTCAGTGGGGGAGTGCCCCTCCTTTTCTGTTGCCCTACATATCCCCTATATAGGATTCCTATAGAGAGCCCCTCCGTCAGGAGGGGCTCTTCTTATCTTCTGTATCTTCCTGCTGCCCTTCTGGTTCTGGTTTTGTCTTTGTTCATTGAGTGTTTTGGAGGATGTTGTGCCCTGTTTTCGGGGTCCAGAGAGGGGGGATTCGCAGATTTTTGAGGTTTTCTAGAAGTTTTTGAGAAGATTTTTTCAGTACCCTTAAAACACTCTGACTAGGTGTTTTAGCGTCTGGAAGGGTGTTTGAGACCCTTTCAAGGCCCTTTTGTGTCCTACTTCACCTGTTTTCGGGTTGCAAGGGTGTTTGGGCATCTGTATAGTTGTATGAGTCGCCGCGGCGAGGAGGAAAAAACGAAGAGCTTCTTCGGTGTTTCTCCTAGTCGGAAGCGGTTTGACTGGCTTTCAATTGTATAGTGTTTTGGTTTCTCCTTAGAAGATTCTTGATCGTCTAATGGTGATGTTGGAAGAGTTTAGGAAAAGAGGCTGTTAATGGTGTGAATCACGGAAAACGGTTACGCTGACGCAAAACGCTGGTATGGTTGATTGAGTTGCCGCCAGGAACGCAGTGATAACGAAATAACATGAATGACCGTTCAACGGTAAGACGTCCTTCGAATGAAGGGTCAAGGTGTTGAATCGGTGTGTTGCTTGAGAACTCAATAGTGTGCTTTGTTCAATAAAATCACCGAATGGTGATGGAAACTGAAACTAATACCAAAATATTTATTTATATTTGATAATCATCAAAATGGTTTCAAATTTAGTCAGCTTGAGTCACGCACCCCCGTGTGTGATTCTGTTTGGTCAGTTATCAAGCTTTCTATTTTTTTCAACGGAGAGTTTTGATTCTGGCTCAGGACGAACGCTGGCGGCGTGCTTAACATGCAAGTCGAACGATGAAGCCTAGCTTGCTAGGTGGATTAGTGGCGAACGGGTGAGTAATACGTGAGTAACCTACCTTTAACTCTGGGATAAGCCTGGGAAACTGGGTCTAATACCGGATACGACCAATCTCCGCATGGGGTGTTGGTGGAAAGCGTTATGTAGTGGTTATAGATGGGCTCACGGCCTATCAGCTTGTTGGTGAGGTAACGGCTCGCAAGGCGACGACGGGTAGCCGGCCTGAGAGGGTGACCGGCCACACTGGGACTGAGACACGGCCCAGACTCCCTACGGAGGCAGCAGTGGGGAATATTGCACAATGGGCGCAAGCCTGATGCAACGGCTGCCGCGTGAGGATGACGGCCTTCGGGTTGTAAACCTCTGTTAGCGGGAAAGAAGAGAAATTGACGGTACCTGCAGAGAAAGCGCCGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGGCGCGAGCGTTGTCCGGAATTATTAGGCGTAAAGAGCTTGTAGGCGGTTTGTCGCGTCTGCTGTGAAAGGCCGAGCAATACGTAGCTTG + %%#$$$%$(%7>CA:EBCAA>C@CC?<39@E5B9:@>><9:94/-%'%*0;<==8D=8?C<33111;47?AE>ACA9C<=;=BB??A=@,>/>IHCB>51.8::GDFF;AF9CFGCC?99;633776))45487>>@:;@BDEBE>>=>=.43A=70=G=;<=@@C@>9=FF=:<<84666612,)')('1=@B??;==:>=??CD>>>?@=@(**+=4=>=?A@HG;;:*((5:(,59495(6<;=65?C?./,*1+/<>:7:8$*-'+.*-,6-8AAEDC>?345+2469%%(8<*/0677,)3340CE<988<;@><:6+*7>@??>;&%65568)3:89EEA???AK@ED<&29?86;;??5.:6<<<@BCDD59<8>=BBA)-63)268;=6:;:;BFCB=??<67:<:8699<%-/0.3<>@C@ACCB3;=CJF;)&&:A?CB@BEIBDE@>9:8:=E>D9=A;0(&0'(+'*;=>=<<@EJDADBDED;A789901,-29C=DCLOEILGL7=><<@=?>=.2A?A>>>>@?9<>@:..//2.2+-0115567<%)*77CBA<>;2>>>;:8/#$'$*15'(=>DCHFE>?@>:=>>9;>;3><<=>/:-*./745<<,++*,46=?B@613&1$&%*&9C>=<<+>=?A@ABI?F>AAA@CA@=8C<13.,%%&&)(2,79>7A=CF=C=8?A55911#%+-45(**0767:==54(%%*)-3+:;;=:::*(&#%).012(&%*1A4>:@;>?<:356;6B?@@AFA668:>=2:846730.%(3,-&*-..45563697:53-+'++225+7<<>;6=1-6=>ABEFA.?:9=>)B);;18<:@B3(616-2;96*=88158:7<82122,$$-+)356=,A;=?:9;CC8@>?DEGC=@;BFE@@<;=B=;=?AB>>?C>?(B>:?C@CDDDC61;>>DF0,.-93=7:45/%'5797//1.24&.$%+*446;0-/;5AAKN7798;<:=;5@??@?D=CF<>C<@A><7==9:=6,+)5021:=>?;>67/989@<=<=<:GC:357@C?AA6(5;>@@;A5034/000679<<>5DA;?884-/>?AC@A<6>??@<;:899?51;DCA<1-=C>?@BE>?>@A@BB=141863212(,8<7:>DEADCAD???>AA=?>;-*5*;?GD=>6A0;,,)69;>9?>BBDB=>?D@<:?9A@>89<<=1/..>?BCHEDB=B9?>78;C;=9;><53054599)+;=<5?AAB>>:).964:../><;9A<>@<==<98/$/-.-/'((/'(*)')$%./68:7:+(&'/-)&(.1036559=?@C<6=@?;@?A:>B@9>:4A?&&>A@?=?3((-,+2535:7B@@>@@>7631('(,.&&,:<<6-81@?34(>9:AE6>38??<8/:8;;8AB=56874//2%9<=0313')0786A@BG@B?B=?;1112996+()+33',+/6'%$%'03;=7;&7)&+,)26/8111.(??::9+='$C:>>;>;)=;5=?=>@><4-,3(3/6C>?B7:;;;;C@=EE9;;>DHBCA@?9C=CC>CB6,:9-)7?=?;B@CC:6:77=<?>:=@89-0872762=A:9:=D@HHGD;BFBGF03=:95;9---.119;=9;;6)989:=EF=AAE=EDDA:8;?@<@G@BGDEC=8>@??==BC;<@878004('''+'+211+'$**./()%,%+*%0$&&&%%37:?;<>66)36799:.;/0:;<=;???<-;?@;BBJDC@GE<<8--*9>A=>:>>@@??@?A.5477-*<:@<>=93,0;:94?B>A?B;>=CE9:,-D>E?<7:<;98==@?B=>?@?9A?@A=><>ACF9A'&=@;::>:?;>D@;>AA@<886)$-,+++),,.689:982:8257=;8=>?9@:>7/84<=>799965D7<9>AB@C?>>=1870132:5:58><;?=:?>>=AD9<.7;:>5><=?A>9:<<61-+))'&)778>89;<EDG@:99%(663.-*)$(($7(:>FHB>67;49=:<;2*4.3404@@?B>@?=BA,>?<9:82364704$'2.889+-<=BA@>?C>)=7@CIF5=A@.-.:=;6AB<>A@IHHH;@4,,8:@A?CD?A>D<,.??)9@=H8:=CA8>9<9**67:76)7@5>>>@?;$$'4867:;>>DEAB;;ADAFID@;;6*+$387;4..>??>A@>CCIKBCB@@;9:<1)-69?;6>?=9.-;C@DIH@@8?B?CF=57?@82./,,0&,*-)+$$13357=:40/&&&%##&%(-++..1@DDHBDHHE=<:A>:C?88<<;A=;@CA99>0,0A=??<>7EDE@G?C;;?<=>BDA=@@C@@FEECHAFLN;D@?FA=C:500&'(($$+*3369><;@@..,,%62:9BB?AA:DA>AA:@CABA;==;5/6..1@:9<0-98AC>A7G@=?2<4%37;;:6;8/299A,89E979&,;:?B/842*'*7;;69=?=?;?A677'%&'$)''$$&,--+*)$5+56>>:ABD>8=;>:=@8?:=81***6:0+),-+%,77576<;BHD@EC899<<=<:65:==@@?>@==>A<<5:329?A8;>>7>B?A@:=CA?D@DCDI?@C?;@>@HFEDDA=9>;6B<8B@BD?:;>>?79>==;31.,51)''$&%'-9<@DDD?@E?QLH4-@<=<>:>?DF=C@A>FFE>AA<*0596:8.8=;;=;D@CAEA85412&'-67::>?;>??B??DHHCFF9;>FB?ACAFDD:BGC?>:-=::>AE;448<;,78;:>==?C>=87/*28<896228?9<;?@>83,'-*/&%&(*-.(168;9?9;8?>==15668;83;;<==0968:>@??A?;CAD>B@@@=&)=,$$1(%(5333/61&/.+++<=@@AB(/352@;=CF=:=AAA=A=>CE@=,.>=@?>@=D><7B;>G?AHIFCADDB@:>>=FBFE>B=6928+,/600.00+(),523558;0:>,&56,(994387:=;<=?<=A><,:9=88:>?97>@@A@=?'.89$$),%68:;@DFBC?@EBHEE<--<9?@<<99),<8;:?<:?>@128>C<;<>@?;881/(%)'&&)+.174178=;==ED?AA?D:*,0/++6.+1.:)58+28:<>>@>F>A?A?9?A<@B56;<=8@FFGH=<7@@BB@>EIJD>:;7G@0>@CCB?@D?=@A*>=?EF9=;32,'-01+,%9::A<:DG9<:=?==?8=F=AC)&&)18,069BLJ@AAF:>@:CDB.;3?==<445200*7/376;0((58<=AD???;;8A>77,84/,/2.69;>@?;B869%&&&&%&678653462-.)'&(*)*-,-*,022=;<BMM@CDD=CDB<=BA>@-847#))+:AAE@=?A>B***;>:58=BCD@@CCCCFB>@=>=>A8450/049;B9?A7D7B@:D=B?@I7>>?>DAEABHG@<7:=A?<;>AA74:<(83<;:::756:>>2971+*+,*'/6;:;243.0-68<:783688;=ABCC;5:@@>?834DED>A>;:A=>AA??<:4GDCC?BBB?7,+??52;A?<6==C>AA/;8<:;?>?A@AB<;9;/7;879;;6:==8??:9;:@@,<=::7%':<9:814&)58975;A<<6<;/06>F??;?BE>=<48::;=/7:663436>@7DEECA?CEBE;?F@8::6,05771229949723507588-*1+*11/2'12129953@>=5*/7-7777%%)09>CBGBIADCB;=-6:AA@B@@==9:7980011665318.//,&(')$%#%('',329;>876'1...39;9EED9:@?B?=A01/57B?C898@85E@@5?.3778;=11/(735:4;>@C?A?C=CD?DF>9)62:=DB?<7(())*%=9>?@8&(%:><@BE:9D@=?<@CKNLA=88?AB8956+25;772457>@=8@?>=>?B?1/(5;FEFIA=;AFE9.;=>;87367<==:(1356=;;9739;DAEFGB;:00;=;B?EC4*:C>?@>BD<@;:=:B<:%(469<86:85%*599>C66.+)23>=>A@B?;=BD8?BB>*(0*--<57865=71358:><=0(6:C67D<@A;$1:<=CB;=AB:EA:?@<@ACB=79@;:69@@:>-1@D9644;86@>A089:895BBG>:GDDFIGN>FGB==7*&'336-?:.33763$)($%%&(&'%%**.8786<=?>8;ACMIED?6,2,.0..*-++$'(*+*+*33>:?DA49@?@=?BB8@>A?:-,('%'':89.-,192199*7;@DA>AB=IG;CDFDAA?=E9<14A=A?ID6?>G?EA:*:DGFH>@A@>B:7CB>37AEC>?=:9:4;:8CB?D@?A?=9ABAB:BB;(DD>FHFJIDDA>$$6;C;@;<=A@AE.=?=<;99?>;.4631786/776;:DB<>@>6=<;=>>>=@/):7==14B>>?0A@2;:>===318:9<89<>BC:?B:BB@CC@===79;;7/8895+()/2/(%'&%%%4:;934+@DHB<>?DB?EB>9;<>9;>>>-'+++++'14:<*'-/)(--/?@CAE??8<@AA@9988,*10*;?@=:9DIGA?;:9EA<<>2CF=DB@>?389@;9799(09255:8808887/,688:?897>A?<<<>@;<>>303;;@IFBBAA>A?027@5;.198=GKED>A@B:65=@=:A@=:60178/9::?A;9=7>999=;=:8AB@*:>B@:AD@EA4BED=:>9;6353+,455243/1031-)&,/.*)))/.)**3-';?;:<9;8774:=6-:246;;8:&-D65%))-1400404$475>712;DB;9:297&*=?CA@B=47@A2;=GD@>212&)()(%%/13<2B4+27?A@>9:=?BFF@35>>;>;9:78:5,41,4***CEG@>;>?=BCBBC@???8C>69<>;<28;&>?AC?BDDD@CBDAAB>@D79>8??B@?:;=@?B=>568&1157>DDE498;>><9=7@==AHHF@E>EFADDEEK>>23JGID9:<AB?'840/$$$%% @SRR14011045.52014 c464b90a-9f37-4ca0-89fb-d4d18c092518/1 TTCGCCGTTCAGTTACGTATTGCTTGCTTAAAGGTGCAATTGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTTGGTGAGGTAACGATGCAGGCAACGATACATAGCCGACCTGAGAGGGTGATCGGCCACGCGGGACTGAGACACGGCCCAGACTCCTACAGGGAGGCAGCAGTAGAAATCTTCGGCAATGGACAGGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTTCAGATCGGCAGCTCTGTTGTAAGAGAAGAACGAGTGTAAGTGGAAGGGGATTCACACTGTGACGGTATCTTATACCAGAGAAGGACGGCTAACTACGGCAACCGCGGTAATACAATAGGTCCGAGTTGTCGGATTTATTGGGCGTAAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCGCCAGCGCGCTTTGGAAACTGTTTAACTTGAGTGCAAGAGGGGGCGTGGAATTCCGTAACTGGCGGTGAAATGCGTAAAGATATGGAGGAACACCGGTGGCGAAAGCAGCTCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTAGACCCTTTCCGGGGTTTAGTGCCGCAGCTAACGCATTAAGCACTCCGCCGCAAGTACGACCGCAAGGAGTTGAAACTCGAAAAGAGGAATTGACGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCCAACAACGCGAAGAACCTTACCAGGTCTTGACATCCTCTGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACGAATTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGATTAAGTCCCGCAACGAGCGCAACCCCTATTATTTAGTTGCCATCATTTAGTTGACCTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGAGGCTACACGTGCTACAATGGCTGGGCCACAACAGTCGCAAACCGGTGACGGCAAGCTAATCTCTTAAAGCCAGTCTCCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGTTTGTAACACCCGAGTCCGGTGAGGTAACCTTTGGAGCCAGCCGCCTAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCCTGCCTCCTTTCTAAGGGATAAGAACTGCACATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGAGAGCGCCTGCTTTTGCACGCAGGAGGTCAGCAGTTTGATCCCGCTGGGCTCCATTGGTGAGAGATCACCAAGTAATGCACATTGAAAATTGAATATCATATATCAAATAGTAACAAGAAAAATAAACCGAAAACGCTGTAGTATTAATAAGAGTTTATGACTGAAAGGTCAAAAAATAGGGTTAAGTTAATAAGGCGCTTTGGTGGATGCCTTGGCACTAGACCGAAAAAGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTGTAAGTAAGCGATGATCCGAGATTTCGAATGGGAACCCAACAGGTACTACCATTGCGCATCTGTTAAAGGATGTGAGGAGGAAGACGATGAACTGAAACATCTAAGTAGCTGCAGGAAGGAGAAAGCAAAAGCGGTGCCTTAGTAGCGGCGAGCGGAAACGGCAGGAGGGCAAACCGAAGAGTTTACTCTTCGGGGGTTATGGGACTGCAGTGTGAACCTCAAAAGTTATAGAAGAATGATTTGGAAGATCAGCCAAAGAGAGTAACAGCCTCGTATTTAAAATAGTCTTTGTACCTAGCAGTATCCCTGAAGTACGGCGGGACACGTGAAATCCGTCAGATCTGGGAGGGGACCATCTCCGCCTAAATACTCCCTGGTGACCAGTGGTGAACCCAATTTCCGTGAGGAAGGTGAAAAGCACCCCGGAGGAGTAGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGGGCGTTAATGGGTAGAGAGCGTGCCCTTTGTAGAACCGGCAGTTACGATATGATGCGGGGTTAGATGCGAGACGGAGCCGCGAGGGAAACCAGTCTGAATAGGGCGCTTTAGTATCATGTCGTAGACCCGAAACCATGTGACCTGCCCGGGCAGTTGAAGGTGCGGTAAGACACTGGAGGCCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGTGGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCGAAATAGCTTTAGGGCTAGCGTCGACATAAAGATTCTTGGAGGTAGAGCACTGTTTTGGGTAGAGGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCATGGTCCGCAGATCAGCAGATCAGACTGCGAGTGCTAAGATCAGCGAATGAAAGGGAAACAGCCCAGACCACAGCTAAGGTCCCAAAATAATTGTAAGTGGGGAAAAGGATGTTAAAGTTTACTGCAGACAACTGGGATGTTAGCTTGAAGCGGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACGAAGCTGTGGATACCTTTTTATGGGTATGAAGCGGAGAGCGTTCTATGTGTGAAGAGGTATACCGTAGAGAGTGCTGGAACGCATAGAAGTGAAGAATGCCGGTATGGTAGCGGAGCAGGTGAGAATCCTGTCCACCCAAAGACTAAGGTTTCAGGGGAAGGCTCGTCCGCCCTGAGTTAGTCAGGACCTAAGGAAGAGAACCGAAAGGGTGTATCAAATGGACAACAGGTTATTCTGTACTAGAGTATGTAGTGATGGAGGGGACGCAGTAGGCTAACTAAAGCAGTTATATGAATGGAAGAGTGCTCTAAGCAGTGAGTGTGAATTGAGTCAAATGCTTAATTCATAACATTGAGCTGTGATGGGAGCAAGTTTAGTAGCAGAAGTTAGTGACGTCACACTGCCAAGAAAAGCTTCTAGCGTTTAAACATACTCTACCCCGTACCTGGAAACAAGCTGGAGTAGTCAGGGCAGAACCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCAGCAAAATGACCCCGTAACTTCGGGAGAAGGGTGCTGACTTTATGTCAGCCGCAGTGAATAGGCCCAAGCAGCTGTTTATCAAAAACACAGCTCTCTACTAAATCGTAGATGATAATATAGGGGTGACGCCACCCAGTGCTGGAAGGTTAAGAGGGTGCTTAGGAGTAATCCGGTATAGATGAAGCCCCAGTAAACGACGGCCGTAACTATAACAGTCCTAAGGTAGCGAAATTCCTTGTCAGGTGAAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTGAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTGCAGTTTGATATTGAGTGTATCTGTACCATGTACAGGATAGGTAGGAGTCTAAGAGATCAGGACGCCGGTTTCGAAGAGGACAGTTGTTGGGATACTACCCTTATTATTTATGGCCACTCCCTAACCCGGATAGGTTATCCCTATCGGAGACAGTGTCTGACAGCGGGCGGATTTGACTGGGCGGTCGCCTCCTAAAAAGGTAACGGAGGCGCCCAAAGGTTCCCAGAATGGTTGGAAATCATTCGCAGAGTGTAAGGTATAAGGGAGCTTGACTGCAGGGAGCCCCAGCTCGAGCAAGGGGGGGACAATCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGCCATGCTCAACGGATAAAAGCTACCCTGGGGGACAACAGGCTTATCTCCCCCAGAGTTCACATCGACGGGGAGAGTTTGGCCACCCTCGATGTCAGCTCGTCGCATCCTGCAGGGCTGTAGTCGGTCCCAAGGGGTTGGGCTGTTCGCCAGTAAAGCGGCACGCGAGCGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAATTTGAGAGGATCTGCTCCTAGTACGAGGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTCTTGCCAAAGGCATCGCTGGAGTAGCTATGGCAGGAAGGGATAAACCTGAAAGCATCTAGTGTGAAACCACCTCAAGATGAGATTTCCATGATTTTGCTCAGTAAGAGCCCTGAGAGATGACAGTCAGGTAGATAGGTTAGAAGTGGAAGTGTGGCGACACATGTAGCGGACTAATACTAATAAACTCGAGGACTTATCCAAAGTAACTGAGAATACGAAGTGTGAGGGTTTTTCTTGGTATTTGATAGATATTCAATTTCGAGTAAGGTACTCAGAGTTAAGTGACGATAGCCTGAGGAGATACACCTGTACCCATGCCGAACACAGCAGTTAAGCCCTAGAACGCCGGAAGTAGTTGGGGGTGCCTGTGAGATGTGGAAGTCAACAGCTCTTTGGGGTTTAGGCTCAAGCTGGAGAGCATCTGCCTTACAAGCAGAGGGGTCAGCGGTTCGATCCCGTTAACTCCCATTTTAGCGGGTGTAGTTTAGTGGTAAAACTACAGCCTTTAAGTGTTGTCGCGGAAGTTCGATTCTCGTCACCCTTTTGAACGAAAGTTCATACCAAGTTTTAAACTTGGGCGCGTAGCGCTCAGGTGGTTAGAAGAGCGCACGCCTGATAGCGTGAGGTCGGTGGTTCGAGTCCACTCGTGCCCATTTATAAATATAGTCCCGTTAGTCGGGGTTAAAGACACCGCCTTTTCGGCAGTAACACGGGTTCGAATCCCGTACGGACTATTGGAGGATTACCAAGTCCGGCTGAAAGGGAACGGTCTTGAAAACCGTCAGGCGATGATGTAAAGCGTGCGTGGTTCGAATCCCACATCCTCCTTTTATATTAACGCGGGATGGAGCAGCTCGGTAGCTCATCGGGCTCATAACCCGAAGGTCATGGGTTCAAATCCTGCTCCCGCAATTTGGCGCCAGTAGCTCAGTTGGTGAGCAATGGATTGTTGAAGCTCCATGTGTCAGCCGATTCCGTCTCGCGCCATATTTTTATTTATAACTTGAAGAGGTAGCGAGGCTAAACGCAGCGGACTGTAAATCCACTCACTTCGGGTTCGGGGTTCGAATCCCTCCCTTCCATTACTTTAGTTACGGGCATAGTTTAAAGGTAGAACTAAGGTCTTAAAACCTTCAGTGTGGGTTCGAATCTACTGCCCGTATTAATATGATGGCGGTGTGGTGAAGTGGTTAACACACCAGATTGTGGCTCTGGCATGCGTAGGTTCGATCCCCATCACTCGCCTATTTTATATTATTGAAGGTATAGCCAAGCGGTAAGGCAAGGGACTTTGACTCCTCATACGTTGGTTCGAAGATCAGCTACCCAGTTACTATTTGCCGGCGTGGCGGGAATATGAACGCGCTGGACTCCAAAATCCAGTGTCACAAGGACAATGCCAGTTATTGGCCGCCGAGTATAATGTAAGACAAGGTTTTCGAGCCTTGTTTTTATTTTCATTAATTTTTGTTTCAAAGTTACTTAAAATTACTAATTTATAAAACATCTTGTTTCTAGACTAGACTAATATTGTCACGATATCCTTATCTATTTTCATATTATTGTTAAGATTCTTGAATCATTTTTACAAAACACTTAATAGATTTATGACTAATCAAGAATGCTATGTCACAATATGATGAAGGATATTCAAAAAAATTAGTAGAACAAGCAAAAAAAGATATTCAAACATTAGTGAAAGAGAAATCAATACTTGTTAAGGTTGATTTTAGTAAACAAGACGATCGTGATAAATTCTTTGGTGATGATGAGTTCCCTGAATGTGTGGAGATAGTGTCAAATGTTTAGAAAATAAAAGGGGGATTTATGGTAATTTACACATTAGATGATATTGAGGCTAAGATTATTCTGGCTAAGCAATATAATATATCAAAGTTTATCTTTTTGGTTCTTATGCAAGAGGGAAGAAGATGAAAATAGTGATATAGATATTGCTTTAGAATTGAACAATATCAAATATATGGACGTTTATGGAAGTCTTTCAAGCATCTTTGGTGGTAAGATATTCTATTGGTTAGTGATTTATTGTCACCTAGAACCAATATAGGAGCACTAGTAAAGAAGAGTTTCTTAAATGATGATAGGATTCTTTTATATCACAAATCGATTGTTTAAATTGTTAATTCTTTAATAATATAAAATTGTTTTTTTGATTAATTTGTTGTTGAATATGCTTTGGAATATTTACTTGGAGGGATTATAATGGAATTTTTCATTTTGGCATCTCATGGATTGATTGGATTCTTAGAAATTCTTCAAATTATCACATTTATTGGTGTTATTTTGAAAGTTACTTTTAACCAAAATTACTATTCTGATAACGTTTCATTAGAAAAAATTCAAAACTTGAGGATTTTGATTCTTTAAACAGTCGTTTTGAGTTTATTCATGAATATGATTATATTAAAGATGAACCACATGTAAGTACTTTTTACTTTATCTAAGAATGTCGATATTAAAAAATTAGATGCATTGATATTTCATATGAAAGAACTGTAAGGAAATAGAGAAATTAAGGGATTCTAAAAAAATAAATATTAGAAATCATACGTGTATTATGAGAATTAGTACTATTTTACCTGAAGGTGCTCCATTTTTTTAAAGTGAATGGGAGAACAGTACTGGGAAATGGGTGAGTATGTTTTTCCGTTACCAATGGGTTTAATGGTAATTCAGATTCACCTTCTTATAAAACTAAATTAACGATTAAAAGAAAAATTGCGATGATATTGGTTTGAAATAATCTTAAAAATCCGATAGATGTATATAGGAAATTGGAGGAACTATGGTAGAAAAATTAGATAGCAATCCTCTGTATGAGAGATATAAGCGAGTATAATGAATTCACTCAGAATGCAATTGAGGAAAGTTTAGAAAAGTGATATAAAACGGAGAATAACCAAAAGTTCGAAAGTATAGATAATTACTTTGAAAAGATGGTTCATTGAGAATACCTAAATAATCTTTTTTGTAGAACGCTGAACATTATATTTTTAATAAGAAAAAGAACAGCTTTTATTAACTGTTCTTTTAAAATAAATCATTTAGTTTATCTACTTAAATCTCTCTGGTGCTTACTAGGATATAAGTGGGGTATGTATCAATAGTTGTAGTTATTGATGTGACCTATAATCTCTCTTTGACAACTAGATAATCTTCACCTTGATTTATTAAGAGATGCGTGCAGAATGTCTAAAATCATGTATTCTTATTTTTTTCAAACGATTATCTCTGGCAAGAATTTTTGTATTGTTTTCAATTAGATTTTATAGATAGATATGGGCTATTCTGAAATATTTGTGACTCTTCGGTGTTGTTTTGTAAATACTTAATTTTTGTTTCTGTTCTGTTTCCATTCTTCTAATGTCTTTATTAGTTTGTTATGAATAATGATTCTTCTAGTACCAGCTTTTGTTTTCGTACTACTAATATGTTCCTCACCCTTATTCAAGTATACTGACTTAGTTACATGAATTGTACTTGTGAGAAATTCTACGTCCACTCCACGTAAGTGCAAGGCTTCTCCTAGTCTCAGTCAGTGAAGAATAGTACTGTAAAAAGTAGTTCAACATTATGTTCATCTTTCTCAAATAGAGAAAGAAATCGCCAAATTCTTTCCTGTCCAGAAATTCATTTTTACTTTTTTCTATTGGTAGTTTTAAGTAGTCTAACGGGATTATCGTTATAACCTCTTTTCTTAATCCTACATCTAATATTTTTTTAATAAGATAATTATTTTATTGATCGTGTTCGGACTCAAATACCTATCAGAGTTTTTGGCATTCTTTTCTCTTAAATCTTCTCCGAAATTGATAGATATCTTCATAAGTGAGTTTTGAAACATCATAAACTTTGAGGAAGTAATCTTTTTATATCATTTGTTGTAGTTATTGTCTTGTGTATCAATATAACTCTTTCTATTATTTATTTGTCTTCTTCTTTTAATAGCTTATAAAAGAATATCTATTGTTACTTTCGAACTAAAACTTTTTCTTTTAGTTCTACTTCATAAATACTGTTCCGCTTCCTAGAGCTTCCCTTTTCGTTTCAAAGCCTTTTCTAACTATTCGTTGTTTAAGCGTGACAGCATTAATACCATTCGAAACATCTGACAATCCAAGAACCATCTTTATTTTTGAATAGCCATATTCTATGCTTCTTCTTTCTGCGGTTCAATTCCTGAAAGTTCTTCTGCAATAGTTGCTGGAATAGTACCGATTCGTTTATTGTTATAGATAGAAAGCCACGATTAGTAATAGTACTTTCCCCAGTATGTATAATTTTTCTTGCAGTACCATTGAATCAAAGTTTAATCAAATCATCTTTTGTTACAGTTTTGCACAATCATTGGTTCTCCTTTGATAACTTTATAAATTAAGGGAGTTCTCACTCCCCTAACCATTAAATCATTTTGTTTTATTATTCACTAAATTAATAGCATCAATAGCCTTATAATGCATCGTTTTGCTAATCATTAGAGCTCGATTTTCAAAATGTAACAGGTACCATCCATTGCTTGAATATAATCATTATCAACTAATAGTTCCAAGTTGTCAGCATGAATCTTGTGTTGATTTCTTCTTAAATGGTCCATCTTTGATAGTAATAATATATTTCAGCAATAATCTTTTAAGTAATAAATCTTCTTTGGCTTCCATCACTATTTTTGATAATCTCGCCATTTTCATCGGCTCAGCTTCGGTTTTAAATTTTTGATACCTCGTAGTCAAGATTTAGTTCCAATATTATTAAAGTCCCAATCGTTTTGGGAAAGCTTTGTCTTTGCCATATTGAAGCTACTCCTTTTTATGTTTTCTTTAATTTTGGGAATCAAGTCCTCTCTTTAGATAACTTACTCTCTCTATAAAGTTGTTTTTTGCCCTTGCTAACTCGAGGATATTCGAAGTTTCGTAATTTTTTCAAGTTCTCTTTCTCTTGTTCAAATAGTAATCCATTTTTCAATAGAAATTATACGCTATTAGAATGGCTCCAGAACCTTTAAAGACAAACCAATCTAACTTTTTTTCTAGTTCTGTCTTTGTTTTTTGAAATAGTAATAGTAACTGGAGTTGACAGAACCTACTTTTTCCCAAGACCTTAGAGGCTTTGAGAAATTGACTATCAATATAAAAACTTCACTTTATCCTTTAGATATCCTTTGTAAAGTTTAGAAGGTCTATTTCGGACTTGAGCCATTCTTGAATGAGTAGTAAGGCTTTCTCTTTCCTAAGTTCTAACTCACGTTCTTATCCAATTTTCAATAAATCTCTTGCTGACACCGAGCTTAGATGCTCGTTCTAAGCGTTTATCATATATTCTAAGTCTTTCATCATCATTGAGTTTTCTTAAATATAAAGTTTGTCCGTTTTCTACCTCATCTCCGTAGGTAATGTAGTAGTTACTCTTACCGCTATAGGAAGCGGTTTTTTCTAAATTTTAGAGTTTTGGAGTAAGTAAAGACTTTATTAAAATCGTCTATTGCGATATCAATTCTTCTTACTAGAAAATGACTTATAATTGAATATAGATTATCCAGAAGTGACGTTCAGAAAGTCCTTTGGAGTTAAAACCATATCTCGATAGAATTCTAATGCTTGTCCTGACTGACAAGCATGAAAGAATTTTCTTCATCTCATCGTGAATATAGATCTACCATAGTTTATTTGAGAGTCATATTATTCATGAAGTATTGAACGCATATCTATAATAAATAGCTCTGTATCAAAGTAAGATATCTTCAACTATCTCTTCCAGTGAAAAGTCGAATGTATTAAACTGGATTTGAATCCAGTCAAAAAACGAGAACGTAAGTTCTCGTTTATATAATTGACTCAACTTTTTGCCTAATTTTACCACCATAAAAACCGTAAAAAGTCTTGGTAATACATTCTTTCGATAGCCACCTGACTTGCGAGGTGAAATTGTTACTACACCTACCAACCTTGAAAAAGCTCTTTGTTGTTCGTCTGCGCTTACGGTTTGTGCGGTCTGCGGTACCATACTCGCCGACGTAACAATACCACGAACTTCCTACGAACTTTTCCCAGCTGCCTAAATGGAAGTAGTTCAGTGTTGCGAAATTTCTTCTTGCTCTTTTTTCAATCGTTGAAATTTTATTTGCAGATTTTTTATTACTAGAATATAAATTCTTAAAATTATCATTCAAGGTAATAAAATCTTCTTTTAAGGGATTCGAGTTGCTGGTAGAATTATTTTCCTTGTATTTATGAGCATCTCCATAAGTTGCCATATAGCATCTTGTGGCATCTCGTTTTCAAATAAGCAATTGTCTAAATCCTCAACATCATCATCAGTGAAGTTATAAAATCTACACAAACTGCCGACGATTCCTTGCTTGAACTTTTTTTAAACTCATGACTGCTAATTTCACTTTATCAAAGGTTATCAAATGCATGATACTGACAGGAAGTTTAAACCTGCATCAGCCGTGATTCTCATCATATAGTAACAATCTGAGTAACTCTAAATAATTTTGTAAATGTTCTTCTTCTTTTATATCCAAATTTACCATGAGAAAATTTATTTCTTATCTTTAATCCGTTACTGCATATTTTTTATCATCCCAAAATATAAAATAAGTAATTACTTTCATATTCAGAAAAAAATTATCTTAGATATTCTACCATATACCTTTTCTTCCCTACGAGTCTTCTGCAATATCTAGTATCAATTTATCTCTTTATAGTATAGGCAATACGGCCACACAATGACTTCCATAATTTATTCAAAATGTTAATTTCTTGGAAATTTGTAAATTTTATTACATCATCTGATAGTTTTAAAATGTTCTTTTCTATTGAATTTTATTGTTCTACCCTGATAATCAGCAATCAGTAATCTTTGCACCATCTATTATATGTTTTAAAGAATGTTCCGTGTTCTTTCTTTTAGCTAGAGGTTGAAATGGGGGCTTTGATCGGGAGAAAAATACTGAGAGTACAAGACGATTATCAGGATTATTTACTCAATTAATTTTTCTTATTAAATGATTTTAATGAAAGCAGAGATGCACTAGATTTAATCTCTAATAAATCTTGGTTGATTTCCCCATGTAACGATAATTCGTGTTAGATAAGATACTATCATTTCAAATTATCGATTTTCCTCTTTGTAATAAGAAGATTCTTTATTGGGCATTTGAAATAGAAACTCTTTTATCTCTAACTCTAACAAATTAAATAATGAAATACCATTTCTATTATCTCTTCGACATCATTCATTCATTTTAAGTAATCAAATATCTTTAGAGAAAACAGCAAGCTATTGATGATTTTAATATATTGTTGAAAGTTCGAAATGAGCATTGACTTGGATAAAAATACTAGGTGGACTGAATACTTCTTCCATTTGCAACTAGCCAAAATAATCCGATTCAAGATTAAAAAAGTTAAATAAATAAATATAAAATTATTAGTAATATTAAAATCATGATGTTCATCAATATAATTTTATTTAAAGAATACCATTCTCAATAGGCTCAAATAATTTATCAGAATCTACAAAGGCTTGATGCCAACTGATATAGAGTAATGTATCCTTCGTATTAGTTTCAAAATGTTTTTCCCATTACTACTTTTTCTTTTAGCTAAAACACCTCATCGTAAACTCATATTTGCTTAATTTTTTATACTCAACAATTGATTCGCCAAATACTGGTAGGTTAATACTACTATCTGTCTGACAATATTCTATTGCTAGATTGTTATCTCTTCGTTTGTGATACCTAATTTAATGTATAAACCATTAGAATCATAAATTTTCCTGATTGATGATTCAGGAAAAATTCTATATTTGGACAGAGAGAGAAAATTTTCTTTGATGACTTGCGGAAACAGGTCAATCAGTTTTGTAACATTTTTAAGATTCATTGTCTGGATATTGTGTTTTTTATATATGATTCAAACTGACTAACATCATCTTTATTAATTTTTTCGAGGATAGTACTAACTCCCAAGGAAAACATCTTTATAAAATATAAATATTATCATAGTCTATTTCAAAAATGAAACAATTGGGAAATTCGCGGATAAATCGTTATGAAATTTTCTAATTAGATGTTTGAATCTGAAAAATTCATTTTCTGTTTTTGTATTTAGGATTAAATAGATTTCAATCAAATTATTAATTTCCGTTGAAGGTCTAAGCTTCAGTATATTCTAAAGCCATATCATTGTTGATATGGTTCTGTACAACGTTCAGGTAGAAATCTTTTTTTGACATATACGTGGCATTCCTTTTTTCTATTAATTAGGTCTTTATACTATCGACGATTTTTGTTAAATCATAATTTCCCAAAACCGCTTTAGTATTATGATGATGAGCTTGTAGGATATGAATTGTAATGTTGGTATACCATTAAAATTGTTATTTATAAGATATTTTTGAGTGTCAGAGAACATCAAATTGGGGGCTTTATATTTAAATTTGCAAAAAGTTACTAGATTGGAAAAATGCTCTATTTTGCGAAAACTAAAGACTTTAAAACCTTATTAATCAAGGTTTAGATGTTCAAAAAAATGTAAACATGGAACTCAAATCCAGTGTGTCCGCGGGACATTGCCGAGTTGCCGACCTGGCCGCCGGTATACCCAATAATAACGACAAGGTTTTTGGACCTTGTTTTTGATTGGTGAAGATTTTGATGTTTTTTCTTTAAAAATACGAATAACTGATGAATCATCTTTTTTATTCTTATTCTAGTCATTTTTAGTGTATTTTTGGTATAATATTACTTATTCACAATTTATTTTGATTATGAAAGTGTTAGTATTTGATGTCTCGTTCGATTGACTTGCCAGAAAGCGCTACACTTAGAAAATATAAAAGAGAACCCAGATTTATTTATTGAGATTGAGTTAGAATATCCTATTGTAAATTTAGGTGTCAAAGCTACAGATGGTGAGATTGTTAAAGATCTCTTTTTCGTGTTACCATCAGTACTGGGTTTCACTATCGAAAAAGTGGATGATTTTGGGAATCAATTCAGTTGCTCGATCAGTCAGTCAAGATACAATCTTATTCGAGGTTGCTTATACGACAATTAGGTTGCATTCGGAAAGACCGAATCTATCAGAGTGAAGAACGCTTTAACTGCTATATGGCTACGATTCAGATTCATTTGGGTGAAGCTAATCATGCTATTGTTGGCTGGCATGGCATTCATCCCAACTGGGATAAAAATGAGAACTATTGGTAACCATACATATCAGATGTTGATGGATTATTTAGATTTGGTAAAATGTTATAAATCAGAATTTACATCATTTTCCTGTATAACCTTTATCTGTAAGTCAGATTCGAAGCTGGACAATTTCCAAAGTCTAACTTTCTGCGTGTTATCAATGCTTTACTCAAATTGAAGCTGCAAAAGCTTATTTGTTTACAAACTCTGAGTTTCTGGGGCTAGATTGGGATAAAAATTTCGAGAGAGATATTTTTGGGAAGGAATCATGCATGTGAGTATCTATCAGAGAATGTAGGTGTCAATACTAGACTCTTTAAAGATGAGGGATGATTTTTGACTATCTAAATCATTCTACGATTTTACTACGGAGCGTGATGGGCAGACCTATTATTTTTATCCGATTCAGGCTAGAGATTATTTGACTACACCTGAAATACATTTACCCTTAATGGGGATGAGGTTCTTATTTGCCCTCGGGGGAAAGGATTTTGAAAACCATCATAGTTACCAGTACCAAGACTTAACGACTCGAGGAACAGTTGAGTTTTCGCAGTGTTTGTACTCAGCCGCTTGATAGGACTTTTGCTTCTGCAGCCTTTCACTTGGGCTTGTGGTTCATTTAGACAAACGACTTACTTATGAACTGCTCCATTTTTACCACAGCTGGTCGTGAAGTTATATAAGCTTTTAAGACGACAATTTTCTAAAAAACAACTCACAGATGAAGAAGAAACTGCGGTTCTCCGAGTTTTCTAAAGACTTACTCATCCTAGCTGAGGAAGGACTGGAAAAAGAGATAAGCGAAATGGTTTGTTAGAGCCTTTGAAAATTGGGATTATAATTTCTCTTATAAAGGGAGAATTTTCTGAAAAATCGTGATATAATGGAAGACTATAGATAAAGGGATAGAAATTCATGACATTAGTTTATCGTCAACGCGCGATGCGAACAGTACAGTAACTGCCAGCCAAGCTATTTTGCAAGGTTTGGCGACGGATGGTGATCTGTTTACCCTTACTTATCCAAGGTGGACTTGGACTTTGAAAGAATTGAAAAGATGCTTCTTACAAGAAGTGGCTAAAGTGGTTTGTCCATGGCATTTTTAGATGACTTTACAGCTGAAGTTGGACTACTGTATCAACAATACCTACGATAGCAAGTTTGATACCCCAGCTATTGCGTAGCATTGGTGAAACTGGATAGGCAATATAATTTGGAATTGTTCCACGGGTCAACGATTGCAACTAAAGATATAGCGTATCCTATCTTGCCATACATATGACTGCTGCTAAAAAGCATGGTTTGGAGAACAAAATCGTCATTTTGACAGCGACATCAGGTGATACTGGAAAGCTGCGATGGCGGGTTTGCCGATGTACCTGGTACTGAGGATTATCGTCTTTTTATCCAAAGGATGGTGTTAGCAAGGTACAAGAGTTGCAAATGACTACTCCAGACTGTGACAATATATTGTGCTATCGATGGAAACTTTGATGATGCGCCAAACAAATGTGAAGCACATGTTCAACGATGTAGCTCTTCGTGAAAAGTTGGCTACCAATGACTGCAATTTTCATCAGCTAACTCTATGTGAACATTGGTCGTTTTGGAGTACCACAGATTGTGTATTATGTTTTTATGCCTGCGCTCAGTTGGTCAAAGTCTGGTGAGGATTATTGTGGTGAAGGTCAACTAAGTACCGACGAAACTTCCAAATATATCTTGGCTGCCTTTTGTAAACAGAATTAGGGTCTGCCAGTTGGCAAATTGATCTTAATGCTTCAAATGACAATAATGTTTTAACTGACTTCTTTAAAACACGTGTTTACGATGAAACGTGAGTTTAAGGTAACAACTAGTCCATCTATGGATATCTTAGTATCTTCAAACTTGGAGCGTTTGATTTTCCATCTTTTGGGGAATGATGCGGTTAAGACAGCCCTGAACTCATGAACACCTTGAGTATACAAGGAGAATATAGATTGGCGAACTTGAATGCTGAATTCTGGGAGCTCTTCGCAGCTAGACCGACTGAGGAAGAAACTGTGGCAGAAATTAAACGATGTTTATCCAAACAGATGCCTGCATCCCAGGGATCCACACAGCTGTTGCCTCAGCTGTTTATAAAAGCATACCAAGCGGCTACTGGCGATCTTGACTAAGACGATGATTGCTTCAGCAGCTAGTCCATACAAGTTCCCAGTGGTTGCAGTAGAAGCTGTAACAGGAAAAGCAGGCTTGACTGACTTTGGAAGCCTTGGCTCAATTCGCTGACATTTCAGGAGTTGCAGTGCCACCAGCAGTTGACGGGCTTGGACAGCTCTGTTCGTCCTGGCAATGCAGCTACTGACATGCAAGCAGCAGTTGAGACTTATCTAGGACTTTAAAACAGAGGAAGTAAACTCAGTTGGGGAACAACTGAGTTTCTTTTCATCAGGAGGATAGATTGTTTAGGAAAAATAAAGACATTCTCAACATTGCCTTGCCTGTATAGGCGAAAACTTTTTGCAGATGCTCATGGGGATGGTGGACCTTCCTTGGTGCTGTACTTAGGATTGATCCTTGTTCGGGTGTTTCAGTGGCTGGCAATATTATCACGATTTACCAGGCGATTTTTTCATCGCTTTGGGAGCTGCTTATTTCCAGTGTTATTTTCAAAAAGTATGGAGGCAGAAAGACCAGTCAGAAGCTAGCTTATCATGTGACTGAAGCGCTGAAAAATTACCTTGCTACTGAAGGTTTGCTTTTAGGAGCCTTGTCTATCTTTGCTGGGCAAGAGATGATAGGACTCTTGGGGGACGGAGGAGGATGTAGCTGAAGTGGTGGACTCTACCTATCTTTGGTAGGCGGATCGATTGTTCTCTTGGGTTTGATGACAGTTTAGGTGCCTTGATTCGTGCAGCACTATAATCCATCCTCTTTATATTAGTTTTTATCCAATACCTTGAATATTCTGCCAAGTCTAGCTGTTTTTGTTCTTATTATGGGGATAGCTGGTGTTGCATGGGGACTATTCTGTCTCGCTTGGTTGGTCTTTTGATTTTTATGCTCGCAATTAAAATTGCCTTAGTAAGAAGCCGTCTTTGGTCTAGATAAGGATTTGACTTTATGCCGGCGGCAGGGGAGCGTCTCATGATGAGGGCTGGCGATGTCGTCATCATTGCAGCAGTTGTTTCTTTTGGGACAGGCAGTGGCAGGGAATGCAGTCGGAGAAGTCTTAAAGCAGTTTAACTATATGCCTGCCTTTGGCGTCGCTACGGCAACAGTCATGCGGGTGGCTCGAGCAGTTGGAGGGAATAATTGGGAAAGAGTCATTAGTTTGAGCAAACAAACCTTTTGGCTTTCTCTGCTTCTCATGTTGCCCTTCTTTCAGTATCTATGCCTTGGGGACACCACTGACTCATCTCTATACGACGGACCTATAACTGATCAGGCGTGTTTTGGTGGCACTATTCCTCTACTAGGCACTCCTATGACGATGAGAACAGTCATCTATGCTGCAGTTTGGCAGGGTTTGGGGAATGCTCGTCTTCCCTTTTATGCAACAAGCATAGGAATGTGGTGTATCCGCATTGGAACAGGATATCTGATGGGGATTGTTCTTGGTTGGGGCTTGCCTGGTATTTGGGCAGGAACCTTTTGGATAATGGTTTTCGATGGTTATTTCTACGCTACCGCTACCAGCGTTATATGAGTTTGAAAGGATAGGAAATGTTAAAAAAACAGCTTTTATTTGGGATTTGAACGGGACTTTATTGGACTCATACGAAGCGATTTGTCGGGATTGGGGAGACCTTTTGTGTCAGTTTTCTATTCCTTATGATAAGGAGAAAGTGAGAGAGTTTATCCTTAGAGTATTCAGTGCAGGATTTACTGGAGCAGGTGAGAAGAGAGAAACCTGGATGTGGAAGTACTCAAACCAGGTGCGTGCTCAGAGCCTGTCTGAGAAAAAATGCCCAGGTAGTTTGATGCCGGGTGCGTGAAATGTTGGCTTGGGCAGATGAAGCAGGGATGGCAGTTTGTCTATCGCCATGGGGGGACAATGCCTTTACCATTCTAGGAGACTTGGGTTTGGAATGTTGTGCCGCAGAAGGCACCCAACTGTCAGGTGGTTTGCGCGCAAACCCAGTCCAAGAAGCGGCGACCTATCTGCTAGAAAGTATGAGTTGGATCAAAGACACCTACTATATGGGAGACCGGACTTTGGATGTAAATTTGCCCAGAATAGTGGCCTTCAAACATCAACTTTTTAGAGTCTTCTTATGAGAGGAATGGAGGGATTCAAGAGTTAGCAGATATTTCTCATATTTTTTTGGGGATTAGGGACAAGAAGATTATCAGTTTGTGTGCAGAAACCTAACAAACTATTTCAAGTAATAAAGTTTTGTTACAAAGAATGCGAACAGTTCTGTTAAATAGGCCCGGAGGCTTTTTTCTCTTTTTTTTTGTGTTATGATAGACAGGTGATTGCCTCAATTTGAAAGGAATATGAACGAATGAAGAAAAGAATTATTTTAGCCTCAACTGCTTTGTCTCTTGCTCCGCATTGGAGCTAAAGCTCAAGAAATCTCTCTTGGACAGCACACGTAGCGTTGAGCAAATCAAAATGTGTGACGAAAAACGAGAATAAAAATAGCCTCAGTTCAGTATGGTGATACCTGAGCATACGATTACAGAAACTGCAGGAGTGAATGTGACGGTTCTTGCTAATTTGAACGAGAATGCCAATATGGACTTGATTTTCCAGATACTGTTCTCACTACAACTGTCAATAGGCAGAAGAGGTGACGGAAGTTGAAATCCAACTCCTCAAGCAGATTCCGTGAAGGAAGTGACGACTGCGACAGCTGATTTGACGACGAATCAAGTGATAGATGATGAACAAACAGTTCAAGTGAAGACCTTTCTCAACCAATTGAGAGCTCCAACTGCAGCAGAGACAAACAGCAGAAGTAGCGCCAAGTTCCAGAAGTTTCAAGACAGCGACAGTTGCCGAAGAACCCTGCTATCTACAGAAACACCTGTGACAGAAGGAAACAGCTAGAAAACACCAGCTCAGCGGAAGCACCCATTAGCAGAAACAACTCGCCCAGTTGAAGATCTCCTCAAGCAGCGACTCCAGCTACGAAGAAACAGCAGCAACGACTCCAGCAGAAGCACCAGTAGCAGCTGCGTAAAGCAACTAGAACAACCTGCTGATACAACAGGAACAAGTGCAGCAGAAGAAACAGCAGCATCAACAGCAACCTGACACTGCAACTACGACTTATCAAACGACAAACCAAACTCCTTCAAGAACGTATTAAGCTCTGGCGTCTGTCTTAGGTTTGCTGTATTAAGTCTGAAAATGCTGAATTATTTATAAACCTGACTACGGCCTTAAAAGAAGAAGTAGCCAACTTGTTTGGGATTACATCCTTTAGTAGCTGCAAATCCTGTAGTAAACAGTGGGGACCATGGTAAGGTTTAGCCATCGACTTCATGGTTCAGTGAGTTCAACACTCAGAGATCAAATTGCAGAATATGCAGTCCAAATAAGCTAGCCAAAACAGGTATCCTTCCTATCATGCGGAAGCGACAAAAAGTTCTACGCTCCATACGATAGTAAATATGGACCAGCTATGCATTGGATCAATGCCGGATCGTGGTAGTGTGACCGAAAACCACTATGACCATGTTCCGTTTCCAATGAACTAATCCCCGATGCAAAATCAAGTTAGACTGATTGAGTTCCACTTCTTTTGTGTGTCTTCCTTCAGGATAAAAGGGATAAATATGAGAGTGAGCAATATTTCAAAGAGAATGTAAACAGATTCATGATTTATCTTTTGCCTTATATTATACTTGACCAAAGTCAATCGTTGATAAATCAACTTTAAAGGAAAGATTTATGGTAGTAATCCAAGATTTGCTGTATCAGTTACGATTAGCAGATCAGTCTATGACACAACTATTTGAACGCCAATTGAGATTAGTCATACTCGTTATCAAATCTTATGTTTCTTAATCGATCTGATCACAAGTATAATCAAATAGCCGGTTCCAGGAGCGTTTGAAGATTGATCAGGCTATGACACAGCACTTTTAAATTTTGAAAGAAGGGTTTGATTCAATCAAACATCGGAACCCTGAAAACCAGAGGGAGGTTTTGGTGGAAGTGACAGACTTTGCAGAGAACAACTAATAACTCTCCCCAGCACCATATAAAGTAAAGAGTCAGATGGAGTGTGCCCACAAAAGGAGAGCGAGAAGAGTTCAGTCGCTTGTTAGAAAAGTTGATATCTAGGCTTAGAAGAGATAGAAATTTAAAGGAAGAATATCTATTTTTACGAAATTATTTTGTAACTATCGATTTTGCTTTGGAGTATTTTTACATTTTTTATTTGGAAAGTGTGGCTACGCAATCAGACACTATTAGTCGAGTCTTTAATATGGACAAGGGAAGAGTTGACTCGACCCTCTGTCCTCACTGTTTAAAATCAAGGTTATAATGCTTTGATAGGTGTCTTTCTCTTGTGCGGGATTTATTTTCACAAGTTTGAAATTGAAGGCCATCTTTGTTTATTTGTGCTTGGTGCAGCGTCCTATAGTTCCTCTAACAAGCAATACGTAA + ',%$$&23(63;>D?7;;2332031%)))354*3;188:89=B>A;6?8>?:DAC>:76789/56:-35183+,)('+/1,./.0')*/(()(&$$&()34*+678+(=:>?><>5@@BD/.%)(,5;<<=8),++&(%'%'75:;<;8:9/5138:249=B@=>C7.+-)-414.13+(&$$($%+(69;<:=<9:97*%&%+-.,3339??=;<<<<78B><<:>6<4'1437;.1)&/7:;6-)28:8+-.848;<@:?C::=<675?:-30+$$+5)$$%+548;3.----5;6<@A?;8;;<=/2762*%%$$'+)'%&%3/3232'*34634+*($&14%/9:73*763*(*&&--1255,*&)*214/)+(/99589B<<:9@IGD%7---8+&&&&:<26?B:328@5588**56399>??9;>;666958:<=<6%%$(%$#*/33661;:::>B;=?@?>=<==99:76(;7=31+%%#$'59:>>=:4&&&$#$$(3*.43,*'('(&#%%%&&1,4:<@;7>@@F=<;<3200)320*('4200&*0:=?>:>AAACCBBBA9?5>@A::)))+,2987,(/04+%&)0-88+62233652:<4),:6771-.)%0134'&%5977/0.&001774&&%'3=>0--.4++&/(*$%,,.374550($$%&('+*.23487734-0343+*')56-1&*8>>)>>@?>>A6./-,/).//3372755?A<::::9143053>=0A?9<9?A4762673126781..;:><9718=<;3914:8,/.(*4<994%%(&&(*56822/0@C@:59:99;:=33A@>;<><;>>503:>=A<4212?A@:DD?<:AC76BC;9<@>>=;675&#$$+.$'&%&-(#%%&$$%%'&$$##(7573<4@B@@9?D@FE>4><77A278614/.24;233-)&%+*24;:9468;1::8:864<=@689<=A@>==CB;:=;:;249===<*6694752)+),../'%())()47338<;;>47>9:?;2(6-:5'*9:<678)'$$'48(3430;>=7642//-%(0:>@<;<=?838<959:;:8>96555664645;;7*(113414::;21/3>:9-;9;:9;-8B?96:7:15>;21/36)$$&%+,/+51+)&(&+/,-10447;8.()1-;<.7CCBA8<=:3:>:<>?56289:5984056?-;7A40;?9<87%(&'(17867CDA>645-4+*2+5.44)&&&$+04--,/--*)),%'7;>C@@@B==@:8((49<933AB<>=<==39?8396+)5;524)))(25/',69776:=8355677)&&%1@@>07<:4-+%/0-(')++*(*8<9::?>@86169:B><4669:@5>157-2708::440/)()(*047878468%%'23)'%;<<=:6888957700<<8/1.776999201#$'$/+78::;*0)++(/:;;,'+*(2(0,+%%-)%%.0708;6889:>=8;5217:;=?31186>**+)%(.6*133/'%)%'.0589@@<;>==?>+-007/&$'%$%$%$0804'5;:<::;59?0+2@@>9?96==6./32-++%&%(:776/,()*)%(%'%%').41'*478522>=;>:9(',01/.976::,)/20/6-&*+&&*,)''/2411)'&/=8762-,**35>CA593:899354699>=;:65&%*)&&*.5,.78*369B<<;?A74900+0..--7-%'%&$$(+,,550<:9;>.91<:,>@AB;::<.:1$,,+'11/1/02*,,(*9=*77<@2=5592122/-:<5711'(2211224::8*&&&))'06521/0***+(.&934673)'%''/$%((*37<<;9;&&)'60*,%(%#'+4;:2429C479'%*//*.39*#),,/.-30/1577578::55:8=87?;@999:;9:30.+/),8783283964'$'&%',(&,3/489;46661311/1,*&.--1*,(%+7:<<285/79$&579;<@;+3=989-14=@@@:.56755,,.5378-27;>@8<11<=347767;:<.(&&22121487<42.0134-*+++-+*61*,-2-.03598=>@A84'('***-%57::<=@?25)*&&&&'(,-;<=8;D>CBA>@>?>:9<97%%(&%%$$%$%*(&$%&'$&++/0++,332244(46384=AC>>@>8=1*33/+.,)06662013$(3,7--4489.$*224.1/*'//32-1779=6:8(*(&'''),*0542(667)+//-.**47(((%&&%$0*+&&&)3/559:4-11.+.1+&&)4799<904)/'()')1:;:4@AA>>89=?;;>59:7,,6556011/,7745:B>C?:28;?=),<>=:A?B9:@A>??73033,31/.84;2/:::;:5407&(5443/(('$%,-/-177;>:=88,13;:><7.*+646/5776-,-$+,/-*+88:99;9CD<:@>77597;;BA856,.3()('&&.2/+)(++271/&())11121/.1&))($$('$$)'*3:>?573:9:>D@9=>;8171,#12320$39*)*&.*7<8:8<<=<;')&((*,973<:70&)4)(.01%&43544/0,'%&*05334866;8>=76<;::;2+$%23.7778:49664661,*1#.1'+2;;26,625*''829=?25:86825721--*,,0*2''(-&(&&*&&*04/=@>?;594305977&&04'&**0+))(-0-*''$'&$&$./,+3(#&&%%%$'&-127;89934..*()-156894.68:AC>35*434*.1:;=D@>???=;1+01+&)+)*,/-(*3&+4:2/<;;:>?><<:;00.0*%%$&.'2/,,*+..-$+&%)$,101?8;>8=6*&64,0//+,022,*79<0@=;,(667,114;;<68;888@A>?;,%$$+37::/7;:=>7;BC96:51+6==;@@=:9;<7/27=:.29>698&&7403597857%)80+'(&*)'(%((('(+.04;97:91)':655%65%,569-(8344-00//048<>:7>A>>?3776)'$-/9+**+,,/2)2--%%8598448+&,//.,)<>A><;=<78*10:7655:)547.)/1.*+46'+4=57*)*-$+--+%'.45+9+-<2/+*+8A>8?A%%'%%'A<>75::'$<:3.&+*,--5:>733=CHAGB@A7=C;8:1..1.11*/26<;5$$3%'.2&(%)776))1.00$$'::77726&,/08,',5678524:,65.-./24.0364+,%#*+.44:@=66AFDD@=:<8$%&(%463399)14..12182(($234303.-$*+%$)%)&&/'773'&'.$//-0-++(#'((('&)667844C==>;7,1>?>=?<;4>69?7;'.49:56,39:::=:;,)877%1331(64(),16,#$(&'+3:<;=B@:F8::9.5**;:<:,19:89??34899(%==?;$3+0.38=57::<52-*,,..'.-/55791.*''117:;<@:=;;/4A88@8@A<79=F;;C><<;B=98)%1;;<>99445-848&&73/#$&)/731C>=<>9;83<>::?:7;9):78:32+*%%$-&039::=>;/-%%(,+,.4413,578=77+8:85-*2:<8)'(((*+29::722:8BA;,:9:>:9;66..04;:657;;>98:9(*,('$&))9:;?=7<@33/$$$&)'$$%++',(*&+)&',%$))&3443&//44,,..0<;77179:;;74&&(*.,,,+(-((()384==<@:5%$$$/.-6761/68&59?C99?;9A>?C>=9?>?<./83,2*(0029;<=?6*?>BA>=?@7;9313-*%$%&%&%%#''$''&&665=;:3183--*))))/*30113656134351$(%&'&$&%#%139=<><950/--,/&4588+012%&*..,677/;==:9856989:9776:=;>44:98;BDDC::=;2+15770<>14**0/'%4%)&-.062:6)1/-+3&&$)&&+/142#$%)1357:4('('258-&&)767$214259/,--587177?AJI;A;<;A?A*.<<;=76*7)+,)+--13597797-+:786-?B?>288-07824196?@::@=;9<>@9.*=<8;:25.#$%%(065++-/--'>A746>A=@5<>95;0325759:98,-*..794((./46)5;@A?997645%(=5/1+*('%##%*45::7442(()/()185;975@BB@?04312723(49999:<9990$%-659;<=92=7?A>4=@<39A@<97:?7CDD;@@?.1,5')4:@=BBB6:<;><62).340/)0338;;<>//&+913,232;422*93@8:=<;741%'-.01:;*-2786A?621%%,---*3457?15:6<>@<:331()'%120/'&)'3)*+33%%%%#07479<>20;>3551$4/9$/.*3'*6?7820/.:8557AE@=>?<<=<@=;&&<@8<<<5:><;=::326962**(3()$%%%&('-,.-/.(&&&+%%.*))+.%(''*51')/20/*+92*8+**)14++657;<;*(-3>A>:;5-+/,0()(+(*(%+,-<:;99;3046628:=8@A@::40)+'/3'$$)%,),//138:9735;:9289;41<9@A79=<;,24(222402)+,+(%'./*1**24?@56$'3840550/+,'$##%%(,*)/378867477462.11)%(.-12$$#%10/)%%*()&%($%###%&11+**''+9;3.%($$$%&3'/979AGC683779;@>:>CEB/**,10),.2131ACB;3172&3574=?;==3:30214++.>8=?2/.$$%$%&+&+3,,@746;=??A?CCB?@.//168,)9=;;>5653(+:57BA679CED6BCBHA8(&0@FF:D;&*(,(2023666210'+&0169>:67;=DC:88=6-,%($...22'(9=DGFA@?E=BCB;8@==@AAA44:@G@@>;16653-'76:=>D?29@=>><=994=DAD??=DBBAA<()29;=>ABJIHDACCA?AB45(=7;@B?=C?A@;:<5'2.$'972442(/+(%%%%*(/6=@BCCBE@@>=8:0'(30=ADDB5=@?;:66DD.52.+,))<<=@@>24+(,-//,-3.+*332)++,111;596036292/.233*%49?8<:9:8A8/./*$%%&'68;;>82225//?+-/<77=F97'*)8983424@II@A?ACEHHF@?8BDA9&01;94+++125=EB;DC=@?52%%//61866EHDJG@=CEFH;?:9:495=B@@/D?;33(:59;:C?DE?AB;D>;3947FE<@*<>>2?@FDCBJ@IFIHH8888FBGD@;9@A>>A@A=953>;862&'/3>=<<=5>=-+0=<@--:9;<>@<=BC<::=+14948=B9=AAEI@69=<>??>AD?=BCCBFHD;594327=4468436444340047366::3+,22474452@;:66547>@==:-1*('()/-,0*1858BC::678B>AB>FFD783?84BAA<0-:=F>8AEDCE?BEC<=:>;5)/.-.93//6?%%3&(+1))('*'$0.245<>>:>DDDCB>434,415)3058<>7;BB:;&%+5'(%)$%$'-34B>@D>$$$9;93:7=>:8:;:81788;,2($$$'%%%$#$$+,)=??>CDMKHFBCDE>F<:8=;8B=??@EEE>=6:,&)-)&&*'*<;?@<,0(9)675*(-.))()23101=<807@@GD>><;=4'+)+*)+:BB=<8:0-'609<;9::@A=>>:83-/+(#023437>;:7633/5<>@EED%.:::6,)0#%59=>BB@482*3>/'///*9A88B441;;7.@==BA=:50:7894)$%33873992$2---/*+(5/,,.&#$%&&345@BA@BCF@><>C5:666759A@?9%%0131>=@AB@BBIF=+?++;D>HHDA=,0)/01<>=:997,'.9.0')(('%**223510.4+,,-'-.0/*%2++/7:5%%(0/1212(%$&02)(6612:>@@971245755*05/)%#$56)919?>=8/1.9:;==>521==/79=>?:3)('&&*,+24.=@>98972.<<8@?57:6239>C;E>*(..0897<856*2$$%6)../30.++059;792-,,+%-8542*%+.67,6667+33(<;9;+'%'$''''&&$$+&('$%&'(42223;32210;=ADC:@?<:;9<>>?@AE@DBFF=*AEACLMA9<=<=**DGGF9%('&')()%%$&-04:9++.*))+*11/3;1%$&'&'(,4-232/++8=KB?2;>;677/037869@@=:=@=;@7?<<51/4.'379A=CGABAABBF7AK<59:7:AIE1>?1323?;@A>=ACD@FG:A7C?DDA:6.1C?<1165(*9=;='%%%/<<69;:*32<3845630./:==37/''6;+(6;@>1-442434%%%$$$$'$$(2443=<75A;@<8'388/+32344$2%(11'(++.5:9:815A@@88>A722'+9:9:1;<5:5BC:<;;3)&15434?95772DDAA+?;89:61><3AFCEC?006'2*%()))2()*%69;8?7::4$&'%,4.,-*-41+*236331./9=@AC?6<:AD.0097;D<4568??5>46?=B@7@4186+),*$(#()5999;9@@C=8;<:CF>>C:>@>BBEKBAAD=DE@>CEEFGC@AC6?CC?@C7;D-02-*-687102'-56+0%*/0@A=:355001.<>=+)+.@CGFAD:>E>9:2++*28;BB255@CFH;FE?78CCA@=A?;A1?<841221.:88928>4(:313447A6;=4&=9BG?B21185-1,//)***8<<==$,8::GJ=?68>6AA?@BA=7//*,/441-+?@972+<973$4?5;9-111+'.67/:87<;B?+7#%%9604..*,9:44+%&&&,'',.+'$'.#$0/8?A:??7:<:=;57@B;:B76+('$&/104/;:G?<>AAA:5B?>@@@=9-58;+/58>:<7*.(((:;;;.42+:5)*'(63/9228/*/2--$)*,0511*%$377.36:922&%%'$0-.2(431450../('"%/7<;5-.(-3<&05249=5,/4A>:83*&1%+)(/)5:+$'&'8:=?06795963>;,(*6765<9;;A+%1>7/&2::93+239:77-)-3320>A=2&&(++1&/;;GFA>3>::4=>?B<,-055::=?<<>7;$42@>9BFEC>BAFHI;,,-%$)'%)'%($7=6468DAB=BA9;4('%$##'''2011&%%%)*,%213<22..?=BG;:224256*9?$2%'%3<5:)&)--/.*,1.('+%*5599:B<677<82:>=?;;%%95=9@CDBA?;?)'*./1$2:=HB>=3;899$$'9C=/@9:5((99>BGH:773=964,++)%'))))%),01-./*(%)+/'7889/>???;=6@CGE=FGB>??G?294?GHGC@ABJ669813=2-%%#&''&')%234(529/),8512:C9=?=<96+&)./0178>=:@*$$-18;314/$&&'141$$%.07<=?702(+5@H=D6?LE@?2/9;;JGFHB?99?@FC<=ABFEA15-,3+*.(+*/5620&26:8::9ABD.1<>A6=<;,8%&+9:;225@@A<66?ADA@>==A?:=FBBB:E@E:GEBAFHLLF@?A@F=A@CDKA9:??<*,.0*.::43)&&6,.*((#*3:<8.4-206;==A>55(*,66965/%+&)1<=<==9=10-'%%/28600&/&(45:<@E98?@A@:CCD?>)%(755:>94AB>?7:9<5@50%.341378899;<6;-*754+6)&)')+%'(&&')*%35994/5@FC578DB?=%.<=E9>?-449?ADEH<98:-7<9@=@45,$$-../).0**-459597;<<4<>85?7))'%$%/<@;4798:000/2+*88HD<=:729>=70%$$%$$++,21/(&&($%7871.,-+*,:?=>C=C9322*5;968BEA>*%%>AEA=86@CD@A??@?0/9,'$/0013):5*0$<;5<;:92<='--92$-420/11(+',<557?;;=7=>88:;<=>240,23//1,..00-2::9-.+&(5548:77..()$'654::6//*&'&(((-*'()$%&%&+'$'(-.0,179800=98-++9;+*/&%%**/-*.&)&''%0)#$%%%()2224<;CAB@EE7=>=<@1(%)(,,,+,&&&&&)8:<4;90<=56C@=C=7)(('(7/*)55$+%'%+%'$'9:A=@F<5330+*+),<=9=>;@?(%&&*)('&&(16-/4484;>99+,.2368<;=>6A@GF<1<@@FG=-66,3347@=C>:C;C?68'+5/++&#"%557=:=:<;9AAA?6==:%$%&(,#$$#+)(*&$#"(*+399=5-*41/0'**+**$$$'$$%$#&'<==9625412-520')'&$)('#$%*/7B@:?@<@?:=>;EGHFD><7'$368:<=:==@E<11/3((*)-?@DDC?;=45>==??;D>FE?DDG:>+');7872-.56A7376;BCAABAECA=>ECAC406802:5;<7768=>44;4*(.%,,--).=@610,;%%$%20&$--.25;7,03348947476.'348278BG@E4,)+-155411.3A?=0:;<=CC'0111>;:7$*,554,..4-)&)')3434*(10/:43:9(,167144$$'*375222-.,+,.)8=B607841245668335<@<=:;:<;3****+%%3+8;8B'/$))*(01*,7.('<;8:2%&%'$$$$$'&$#%(%'&*&)'')4-.,')&%#&%(',%-)'++)))&'))(($&$%)%&%*(%&+,+)-*444$&+*/4,)1,.8??5;=>@;:HIAGH?AG9?IKA=HAFA@69:;A4+*'+*$'&*.-(078%)770?BA=.6867755+'31($$$(),.*-+**'%.))01)'/8<6000('&%)'(%.+-*711284.-3353(&&-*'''%$$($'$$&%%+,*15*%&'($$&&"%#%%%)(()(-,)0,&(2)+<830($1015564,.:7:;>@BD?=A-&269/(*.*+'%%$$&&%11.%$##&'*'+(.66==<*8DFDEFGJFGI9BDBAA,.0585F7669?@D?A<=>111--,--)(+*(14<9/;8:;;>8:GLH>:>://$A=2@B>=8/)*.&+.6?>6/35)860)%(77+9;;=;9&%&+0,./018;==8.>6$%559AD9E=>==;9>%9=5..0.('**%(-+''(%4/++020/21'$$%&$$$&(/.+*&$&%%'+)346.)(.-&)$&&'-0.&)$()&'%%&%##&%($%&%#(),'%69247,))('&&)%)'.31%35EB?><:?7*++-778:320)+=/.-%4()'((((#&##$&'%((*1##&$+-%%01.047=37655.2483(''').,.-%&%,))&+%(9=-$)4.,//,--..77146=@=???C>ACA+A60123876**9800***,8:::8>35:;>>;76,+-4776<8;<>71.4.'&'1738=@=@>?B>2;?E>>7'5*,*)$'&'()+---+2314&99;C@6.%%-..1:=<%%&*&&3557437D>667;<+$#$(+/-*"$#$&$$'632321$$&&-063$'53-*&&796<9>A=9;>.9>>=@??$71(%'%%#257=A834779$/47622686-**84)@A??6'=56364+)#$$%/(-73-3)$$0=>>A<<69/,7-:/)38)731%%$((&&789::-,3/;&7>:-17>>@DHC?>D=A;D89=;:3)'&#*/---(''%$'7545545542/)'$)$$$$$&:>?DEE>BB>?=EBH?9+),7:<<;215:;><9;8:7&1(+1:967@E;EMA@BCB@<7:071+,+%'()+5@=9@=?335>=AB6/***&&%%,-,.359?0;<3954;>??>?;?;>DC>>6?<<=A>=CDJIE7%%99;&9>>?AILI985;<63,#&)#/5069,,=<==:97::;;78@@C:80?<=9:>?AB67?=><;:,,5<:GE998=?E@8:2:;>9)*3*&*/.,,+)),%(&---*++2554/-%%#7:%(003.:3,+)*(,.0))+,++++.%42((+-&&''&:;;<@>=8'%11-0-*-((+*(9@>;;8993,&)'%%,.*,98=78*+,.1',46.(')07020*$&&),&8:9:5)91321/0;7*##'-,+)(%/0:598;<,02;:6,*+##(()'(*+%,6@5%&9.-?=6@;<@A@9:48583:=3)1773'/%'12-+)+2;:3)310&)-.133*(,:;6*6/2200%$%$('&+*),*)'/+(''337:93*(+$%##$'1443418<&)76876669.*((*%,6==@:78957)((%$$%(,,,1/&(()5./3145536=;<=>,,=6=<;<>:@<:<;=BC>92,,4.779::7/')--.8852244<@@;;;5;19@9AC?@68/.--/67=?'4A88:@<=>>?6D:;>?;9@B>,,,32'$&'*0.-44431+&''',&-5-..6<9=A8)/978B>.'()21*)69AB6;:;<>73++03*+11117(%+%'$$#&'+%/-+//0;;25926//8,/)100''276228;;93+'%%23,67=;*')0))*)'//8',#'*+024:A9?9+>=:>=;990405=.049+')1764<5679'*)./--:8177<@??:<13AF@AF@5=30A-:-.A=635=CAB/4/)0$%&@ADC=/79;7;.()'#(6713++&((-589;*(()&((.,1,47;==A@991=?EC==;95%%%39<=.77=9>C=A9AD=169B;5<@;:<<>>7:87;<796<61%100-)+.'39*%)//*476?:09;?>;<:2('(%$$%*,%(333&+49:9:-2431-$.:=?<<@CB<---*00-%#&&--,3231(0$3<:;8/761,025878,*&(()&(*/5/).000<>@8CECJGB7=?;3%48>?8:=DAB431/'%33?A?<:4&-,,%%'-19=;618886354960/.--3)*&**131.)-/235876+5752468735669<6<5::=7792+*-9A?@>:911(%$$&&%'6+01---211&%)8--.18<><361(#&,$-+,/9(-50..'4)+*39<118?<8:8&54)'9>;?ED>DB<=99;<<7;><997>:;@8@BCD=9@?9<6::<35;<=6489=:87472*4&-/1222<;-.675.$'(+&,,+'(*&%*+)'($%>89;BEEF>?<;)1;/;>99;4-%%&*'440,*+339::::78751.'''457;=;6=FGB?=67A@<;:71:68:8:3DGE?@==@E8679>@59860536BC/=>DD?+B5;==<:>=;<<;71/,$9:9<@AA945@:;@9:BD*&0-,--+*&**'*/*.%#&26<DB88,8;;<=.A;5A@?829>:@=;638971)247;:;;8/67552&)&*6<87:897>?@:;BF<+.'$/17<:712333412(66-4)**05599::655)2%&'5608.((+=;6;.:329?91.,(&%.43431%%$++,+-62'3)//0:337?>94/4--=:1/>BD>;?==B'-,,'%0.02.-72$0156;@?<>=%'*-%-('5-))%&(1*/)(356)56+$"$';<>EHLF96;99:8::9,,/66=<>65AAA==<=9;<8<:94./2*)..3486556420288:BFB=>=,8:860476/-.*$&%&&578;>=04;:79><<:-&&&246.65623;7'('3783;996-4)&7A;//.<<=C+5---;24:3<(%%%-*#'&0/,,,431;../))(($$$$#&%,%%&.48==A3)2E@?97';6+.-'''(&)+-(+7;1-6886994./50<<@?,+,05;@BB9<?/0>=>706.$.()+)+/4>:=@6-<7?@/42580,,,1+1740679984(34+<@/6<;*--@:;>9<;:;?ECGB>@269::>>?=8%&-@89>A@C?C+&3=<6DDA458859($%(+.78A:<=267,2+9:4443(&,3--#%$*&7:<DB>>A/,*,-..<<@?A48=98?@:9,0%*-/77==9:,878;3=9AEEB<;;8898+<;??40<>A=:=<9:64:<>796',%%$$/$#%$'''*(''%#(&&&$%''&+*52042&')*+('$&&'%$'#%&+,/-19;88:ABFA---0=38/.../%&*/322&&+..690.&.2-51))/-$%#'%$$$&&,1/,+.+2548::7@A@67.++.+-AIAFE?CDE;5056BBFHD>6125)-'%(%'%'76=71)+8?@9A?5A157:62%()((),0:653+++--7:888:FBD79>>61'-;64<9:;:<@A:=9D:BBA6.)348>945529),;:>@<=0/.%'&*(+,/1=573364''(**(.*34;5<8<;/?7>=('&''22()('&%)&''')(,$#$$*$,/0+(+%%&(+)'44210012''0()6<=9*'':=>4;7-42/1-199977555674.)&0/7:5*221)((&++66&'''%66663'&&35/055,.0065;43;@59:>==<5:9@E>332+,%%%#$)-2674:45:42'%&)+/-($%$&&&++,(+,/.1635E=;=:(<%6;2<=?97:.1<=22A8<6=B9)%<71'',4:><58975<=@<@C8;=<@:>>><9457686-.-5.(542212200$)#%'&%&23301,785=6178;;648<=:<7938-/006:::5*(*((*((,1/899934961.664%%',,.-($%*,/%&021,)3+6890-++'%06;59;?5>@:A<6./:>7<;3BC?83235$%0-%/35959,(798-+)1379/1;;0/27B51775//41.-67<99@<:9:99*7::5538=95)'67209:>36=99;758??403.($$$$'-/),54236:8;;3,579;67><;:)#+0/%%%368:<299<@=BC>FIE-:;>?4(6=<;33%2/455989,6346'$*6'4330&1(025;9*365/<;9927023:765857+%#&(&%%%*/(%,,*10.2<>99B7=<<;=-)98:;=7>@>>3-42.369+=/6==E@71??52,'5::><=8=8?=?=+45*((,+*()*4898:9<2($$$$$/5011/.2-/.,,..22//,$#$&'..7979/()//7===:0764,&'12..>9;;;;>A:9-((350=;;479:,:>C@+0:;9><8%&9:359;??:;<@??9;>B@<=;;77966;:<;33232&(.--7'1<;?8>=@A@700=AA;9::8955017763;710/2<5783'%$$&';;1:=8CC>BB;9@><35=7953+$$/1-.345-+-17845;64($6+-.+177:::<8@;:?21&63,'5.240514339<:?7356*-%$%%&57+49:9:;::.---))+)-(20(**)1101-++-158;59<4567;/1'()%%)').35512111)$$33478:<><:673995656=46:8:0-?>?7766%'6959=878<=@??CE;<<8'()+5:::<96?B?:.''(*&*/*.09@>B9DDDAAEF<56<><<==3@@?@%';8;;<=75*655268=(%':88783//,++.65*%#%%%6.)+-)&217;;95653*('&)$#%'''4666*-./=38E<=75>=<6899&&.32,,,9:9=:2-.$001<<=ACA243658@A@7')643793&54889(3(42-1//)45=9<9CB7=>306/C@<>?H;@446<1264499;+7:ACAAA<>;=>?>=9:;:12'$(***,*2,,*(15969=@;);8421/1)34.).=>??:5//-@>BAAA?>IFI==>BAA11?1*-5<<8=:57@A@D<5?AB=95:364/24C@9:-',2277.-21(51-(*+*&$$$%&(-0:=<8><;<>>5,.132'%%///,))*1/2<7>886411+)&#$36666/.479@>;<3*90.1--14679?@1.2/6670+:8*',0/'%$'+21/11110'>GE;BDAEA54,,,(&,$)1/52AD;<7.-1/*+,33()342.'(/3114-27916879:?9364',88333)):<234/23%&'#*$&*'*,*-)%&#"#$&'()/(-.-.19778<('(*-/0.,$.121767;*5&%''//242564).;8>;::9;@>A6B=<21:===675&)*&&.,-,0+''%&258()083:7747:7;*(/%$$$$'('&)2'A@;70<<<=<732/8;9?@9<5#$$%(),'(3.(**)+/09<9%7,,/:5-')))/('1<4,80*443;;73.665>;%1201/$'&'34447+*&$-'2.'$%&$(-/1866+2@@A@?;<:=D42$1/9:02122:>3+('*+//2001001&8ADB???>;3<6<<48665/)((+&))%#$&#&'&&$(&*/08:12/;:@;;8878:@@B8:,+559((,*55;5;B=5:69A@:/)(%$$%.(/+'77;57;7/.<;>C7..385==?69::56-3/073*-()$&057;;:;%:>=3979:7:><:6487663-,&%$$--6464347;<23(.)+*%558;5-*%$$##%',.$,%-7::7@@?>:676--32')(*237,0289=:11*'%%-(*&+%,87458;:'+@DCCD?A>:6572*/11(9-:77'1=<>=@=45866+2%%):4$0119*'7:79?;AC?=<9:25<:79778'&&(125886$..3225789?77503/2,)*68688;8855(.43:::(000643(-.5;463:64-69=<=A7776476;>6442/.521$#$'%$%%-/)8:97669:85.+54/20(&,-..*):;454)8227,)*./556400%%$#'$&%&#'(-$'/',2..''/..*')+)-(12657/3163897(&$&'+'&-/.5228<<.++(++***(.*'$%$%))))+/0788:2&&%$%&$&,-.--037.14.0%$$%%%%%&&(**25527889=<03271*%&)%'%%$+.')--555333.*123+,.3;:6(:5;:6617657279;=.,+,/%''2($00,,'$&($(445;<;=;:981./00-+2861.43/.-23.'$%',/-$'(&$&%%,+)&&&&)447887<>79:==:BA<::66$+,57578731120865=0<>9:$22,*/*)((.3561<=@>@)'2$%%###$/10''(&)*).-)*3*+36;???AECC<2644'$%$'((&&&%#%%"#&$%%#)-,-)&()%##')0+*85744(100('&$&&&0#&.(#$%*'&%$$%%(('#$$%%(/12'(01$$,,,--./9:;;<;=>6%()&''#'-..9?A:15<.:>=9:?@8D@3-,##%&$')((&/(),756849;681/*;>@<19==:A<;>CHE=22,*3'*,*,+%2556.&-&...#%%').979988,,3001(9>122:<9;?A:1/'&%89+591352-,,,4332*#%%'',2.'('*&&&%$%&$#(('%$').0,).-8871-+,6:>6=9?@?::'%7248'-&-+)'#&%&2+*)++$$&&',8;9:7%<15<;7?<<13.-+06432,36:<7==66$$&8-3()3400586:78?B687691))$$(%&')'$%$&(-24$%).%45445(7=?05%()*)7985$.%)-*+/-*2374239>;<=/*3::?78::1.0/'0/.,++&$'$56091/)*((&,)*%$'(**((-'(1%%-300@C<=<>BEE?>@CC@C>?@=?=68412--,.+$26=?=0%232605@===67@EE9BA95::-4+-45-%2+%.###%%'.-26699?;@?=2/(9-,,0424()(//:;767=:8+,::8)7'*7:757:;:49-$$3625$$$112/46)$002665::732;<:<)('+0(39*('(--435661$$$21+,((%%$)8<:526/1,('1'+48.2357=:8;;;&020/89743).1/24282163/&$#%$#$$#$%'&(+)')$(''&('-(.1+'$%-$%($%')$&,,'+123ABA>6@;C/=8;=@<>2)9;CGHEABCA;978B?<:87?9<=@1***-088?<5::<777)031)&))'.$+-1+668683/)&&&&'/07999::5*(&*(')))*+1887(*,9>::4632=*&$36720451-2686:8+*30'$(*-//21101%&'&&',-/6.223766@:>>?896,)+*)011+&5459:?>>482$&$$&213880&%*'%)&&$%%,14202332('&$$+,,++(1435AAA<0+,.83353))4*.*'&/+4)3467/+,31*'1011)&%)&&567HHCEA@E@=<>AH25;CEC;57>A<=9;98:3@@5;5552(14/,66BC=C?66(635:9@<><3&)-$'11?78$()))'+(%)=?FH=IG-6?D=55769<2..,--6+)-'3.79978-+8:'99:78833*,&''(446222+ @SRR14011045.11594 941009ac-f0bb-4cba-9b31-90c648095fa7/1 AGTATGCTTCGTTCAGTTACGTATTGCTTATTACTGGTGCACTCATAATTCTTGCTTTACTAGCAACTATCATAAGTGTTTTTACATCTTCAATGTATTCAAATTCAATGTTTCTGTCTGTTAATATCCTTTTAAGATGTACATTGCTACAGTTTTCCTTACCATAAAGCTTTAATCATTTCTAAACACTCCTTGGCCTATTATTTCATATATTGTGTAAAAATAAAAAAATAATAACACAATATATAGTGTTATCAACCTATTAATTTTATTATATAAAACGAAAAAAGTAAAGTAAATATTTCAATTTTATTATATAAAAAATATATTTTACTTTTACTACTTTATATGAACTATACTTCTTTTAAGTTATTATCATTAGTAGACATCATTTACAAAAATTTTTCTTTTATAGTTCAATTTTTTATGTTATAATCAAAAAATATTATTTTAAAGGTAGGCGGATTATGAAAAAAATATATGACTTAAATTTAGTTGAAAAAAATGATGTTGCAGAAAATACTATTGAACTAATTTTCACTAAACAAGTGATTATGAATTTAAAATAGGACAATAGATTTTTAAATGTAGGGAAGATCCTCAAGATAAAAACTTTGCTAGAGCTTTATCTGCTTCTCACCCCGATGAAGATTTATTAAGATTTGTTATGAGAACTAGTGATGACGAATTTAAACAAAGATGTTTAGCTATGAAAAAGGAGACAGTGCAACTGTTACTAAAGCAACAGGAAAGCTTTGGTTTAAATTCTCTGATAAAGAAATTGTTTTCTTAATTTCAGGTATAGGTATTGCACCAATCATACCAATGCTTATGGAGCTTGAAAAAATTGATTATCAAGGTAAGGTTGGCTTATTCTACTCTAATAGAACTTTAGCTAAAACAACTTATCATGAAAGATTAGGAAGCTATAATATTAAAAATTATAACTACAATCCTGTATTCACAGGTATACAACCTAGAATAAACATAGATTTATTAAAAGAAAATTAGATGATATCTATGATGCTCACTACTATATTATTGGAACTGGTGAATTCATAAAAACTAATGAAGACACTTTTAGAAGAAAATAATATCAACAAAGACCATTATCTAGTTGATAATTTTGGATAAAATATAGAAATTAAAATATCATAATTATATGAAAAAAGTAAAAATAAATGAGTTACGAATGGAAATTTTAGATAAAAAATTAAAGCAAGTGAGCCGAGCAAAAGCATGAGTGTTTGAGGATAGCGAGTTTCATGTTTTGCAGCAAACGTTAATTTTTTATCGTTAAGAAATTTACTCAGTAACAAATTATTTTACTTTTTTATTTTATTAATTTTCTTTTAAAAGTGATAAAAATAAAAAAACACACTGAATAGTGTGTTGAATTTCTAAAATGGCGCTTCCTAATGGACTCGAACCATTGACGCTGCGGTTAACAGCCGCATGCTCTACCGACTGAGCTAAGGAAGCAACAATTGCTTGGCAAATCCATACTCTCCCAAAGTACTTCCAACCAAGTACCATCAGCGTATATGGGCTTAACTTCTAGGTTCGGAATGTAACTAGGTGTACCCTCAGCTATACTCACCAAGCATATATATTGTATCACATAATCTTGTTATGTGCAAGTCTGAACACTTGAAACTATATAGTAAAAACAAACTTAGATTAAAACTTCGATAATTAGTATTGGTCAACTAAATGCATTGCTGCACCCACCCCAACCTATCAACCTCCTAGGCTCGAAGGTATCTTAGAATACTTATCTTGAAGTTAGTTTCCCGCTTAGATGCTTTCAGCGGTTATCTATTCCAAACGTGACTACCCAGCTGTGCCACTGGCGTGACAACTGGTACATCAGAGGTTTGTCCATCCCGGTCACTCTCGTACTAAGGACAGGTCTTCTCAATATTCTAACGCCTACAGTGGATAGGAATGCAGAACTGTCTCACGACGTTCTGAACCCAGCTCACGTACCGCTTTAATGGGCGAACAGCCCAACCCTTGGGGCCTTCTCCAGCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAACCCTACCGTCGATATGGACTCTCGGGTAGGATCAGCCTGTTATCCCCAAGGTAGCTTTTATCCGTTGAGCGACGACCCTTCCATTCGGAATCGCCGGATCACTATGTCCTGCTTTCGCATCTGCTCGACCCGTCAGTCTTGCAGTCAAGCTCTCTTATGCCATTGCACTCTATGGTTGATTTCCATCCAACCTGAAGAACCTTTGAACGCCTCCGTTACTCTTTCGGAGGCGACCGCCCCAGTCAAACTGCCCACTAGCACTGTCTCCGTGGCTACAAACCACAGATTAGAATTTCAGCATTGAATGGTTGGTATTCCACCGATGACTCCGATACAGCTAGCGCCATATCATCACAGTCTCCCAACTATCCTATACATGCAATGCCAAAACCCAATACCAAGCTACAGTAAAGCTCCATGGGGTCTTTCCGTCCTACTGTAGGTAACCGGTATCTTCACCGGTAATACAATTTCACCAGTCGCTCCCGTCAAGACAGCGCTCAAATCATTACACCATTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTGTGCCGTTCACTGGGGCTTCAATTCGGAGCTCTCACTCCTCTCTGCTTCCCAGCACTGGGCAGGTGTCAGCCCATATACATCGCCTTCCAGCTTAGCATAGACCTGTGTTTTGTTAAACAGTTGCTTGAGCCTCTTCACTGCGACCCTCGAGCGCTTTGTATCGCGTGGATACTGACCCTCAAGGGCTCCTCTTCTCCCGAAGTTACGAGGTTATTTTGCAGAGTTCCTTAACGAGAGTTAGCCTGTCCGCCTTAGATTTCTCATCCTGACCACCTGTGTCGGTTTGCAGTACGGGCAGTCAAATATTAACGTTCGACTTTCTTGGCAGCGTGGGATTTGCGCATTCATCTTACGACTGTATATCATACCTCAGATATAACTCAATGGATTTTCCTATCAAGTCATCCTACATACTTCTACGGACACTTCCGTTCGTCCGCGCATACCCTTCTGCGTCCTCCATCACAATATATGACTGGCACAGAAATATTAATCTGTTTTCCATTCGCCTACGCATTATAGCCTGGGCTTAGGTCCCGGCTTACTCAGGAGAACAAGCTTTACCCTGAAAACCTTGGTCTTCCGGCAGGGGGGATTCTCGCCCCTTTCTCGCTACTTATTCCTGCATTCTCACTTCTGATACCTCCAGAGTCGGTTACCCTTCTCCTTCAACGACCTACAGAACGCTCTCCTACCAATCCTTACGGATTCCACAGCTTCGGTTTATAACTTAGCCCCGTTACATTGTCAGCGCAGAGACTCTCGACTAGTGAGCTATTACGCACTCTTTAAAGGTATGGCTGCTTCTAAGCCAACCTCCTGATTGTTTGTGAATCTCCACCTCCTTTCCCACTTAGTTATAATTAGGAATAATAGCTGGTGGTCTGGGTTGTTTTCCCTTTCGACAATGGAGAGTTAACTCCCATAGTCTCACTCCTGAGCTCTAAATTCGGAGTTTGATTGATTTCAGTAAGCAATACGCCCCCTAGATCATTCGGTGCTCTACCCCATAATTAGACACTCAAGGCTGCACCTAGATGCATTTCGGAGAGAACGAGCTATCTCCTGGTTCGATTGGCTTTTCACCCCTAAACCTACCTCATCCCCCAACTTTTCAACGGCGGTGGGTTAGAACATCCTATGTCTTACCACAGCTTCATCCTGGACAGGTTTAGATCACCAGGTTTCGCGTCTACGCCAAACGACTAAATCGCCCTATTAAGACTTGGTTTCCCTTCGGCTCCGTTATACTTAACCTTGCCGTTTAACGTAACTCGCAGGATCATTCTCCAAAGGCACGCCATCACCATCACTGGCTCTGACCGCTTGTAAGCACACAATTTCAGGTTCTATTTCACTCCCCTCCAAGGGGTTCTTTTCACCCTTTCCTCACGGTACTATGCGCTATCGGTTAGTAAGAGTATTTAGCCTTATGAGATATAGTGCTCACAGATTCACACAGAATTCCTCGTGTTCCATGTTACTTGGGAGCAGAGTTATATGTGTAAGTTGCCTTTACGGACTTTCACCTTCTACGGTTCGCCTTTCCAGACAATTCCAATTCATCAATACACTATATTGAATATCTTACAGTTCTTCATACTCTAATCCCTCAACCCCTACGTACAACGGCTGTATCCCTTGACATATTTAAGGTTTAGGCTTGACCCATTTCGCTCGCCGCTACTTTGGGTATCGTTTTACTTTCTTTTCCTCGCGTTACTTAGATGTTTCAGTTCACGCGGTTCCCTCTTTCGTATTAAGACTCCATGTTAATAGATTGCTCAGTCAAATCCTAGACTCTTACGTTCGATTGCAACTTATCTAGGCTTATCGCAGCTTACCACGTCCGGCTTTATCAGCTCTTACTACCTGAGCATCCTTTGTGTGCCCTTAATTATTTTAACCTATTTTTTTTGACAGCTAACTCTAAGAAATTGTTAGAGTTAATTTTTCTTGTTTGTTCTACTATATAGTTTCCAATGTTCAGCGTAATGTTCTAAGAACATTACCAATAGAATAGAGAAAGACATATTCTCCTTAGAGAAAGGGAGGTGATCCATCCGCACGTTCCCGTACGGATGCCTTGTTACGACTTCACCCCAATCGCTAATCACCCTCGGAGCATCCCTCCTTACGGTTAGTATACTACTTCAGGTGCAACCAACTCTCGTGGTGTGACGGGCAGTGTGTGCAAGACCCGGAACGTATTCACCGCGACATTGCTGATTCGCGATTACTAGCGATTCCAACTTCATGTACTCGAGTTGCAGTACAATCCGAATAGAATAGTTTTCTGAGATTAGCTCCACCTCGCGGCTTTGCGACTCTCTGTACTACCCATTGTAGCACGTGTGTAGCCCAGCGTATAAGGGGCATGACTTGACGTCATCCCCACCTTCCCTCCTGCTCATCGCAGGCAGTATCGCATGAGTCCCCAACTTAATGATGGTAACATACGAAAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCACCACCTGTCTTTAGGTTTCACCGAAGTGACACTGAAACATCTCTGTCTCATTCCTAAGATGTCAAACGCTGGTAAGGTTCCTCGCGTTGCGTCGAATTAAACCACATGCTCCACCGCTTGTGCGGAGTCCCCGTCAATTCCTTTGAGTTTCATACTTGCGTACGTACTCCCCAGGCGGATTACTTATCGCGTTAGCTTGGGCGCTGAGGTTCGACCCCCAACACCTAGTAATCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTACCCACGCTTTCCTTTGGCGTCAGTATCTGTCAGTAAGCTGGCTTCCCCATCGGCATTCCTACAAATATCTACGATTTCACCTCTACACTTGTAGTTCCGCTTACCTCTCCAGTACTCTAGTCATGCAGTTTCCAACGCAATACAGAGTTGAGCCCTGCATTTTCACATCAGACTTACATAACCACCTAGACGCGCTTTACGCCCAATAAATCCGGATAACGCTTTGTGACATACGTATTACCGCGGCTGCTGGCGCATGTTAGCCGTCACTTCTTCTGTTGGTACCGTCATTTTTTCTTCCCAACTGAAAGCACTTTACATTCGAAAAACGTCATCGTGCACACAGAATTGCTGGATCAGACTTTTGGTGTTGTCCAATATTCCCCACTGCTGCCTCCCGTAGGAGTAAGAGTAGTGTCTCCAGTCCCCTTGTGGTAGTTCACCCTCTCAGGTAAACTGCCCATCATCGCCTTGGTGAGCCGTTACCTCTCCAACTAGCTAATGGGACGCAAAAGCTCTCTCACAGTGCATATAGCTTTTCATAATCTTAGGATGCCCTAAAATCATAATATCAGGTATTAGCATTCGTTTCCAAATGTTTGTCCCTAACTGTGAGGCAAGTTCTTTACGCGTTACTCACCCGTCCGCCACCCAAACCGAAGTTCAAGTAGACTTGCATGTGTTAAGCATTCTGTCAGCGTTCATCCTGAGCCAGGATCAAACTCTTCGTTCAATCTTTTTTAATAGCTCATTTTGCTATTTTAATTTAACACCAAATTTATGGTTGCTTTTTTGTCTTTTTTCTCTATTCTGTTGCTAATGTTCTTGTCATTGACATCGTCTATAATAACATTTTTCATAAACTTTGTCAACACAATTTTTTTAATTTTTTTAAAATTTATTTTTTATATTTTTTCTTATATTTCAATAAAAAATAAATCCTTTTTCATAAAAATTTCTTGATAAAAGCACAAAACAAAGAAAAAACCTAAGTTTTTTAGGGAATTTAAAGTTTTTAATCTGTTTATTTTTCCTTTCTTTTTCCCTCTTTTAACCTTTTTTGAAAATAGTGTTTAACTTCACTCATTTCTGTAACTAAATCTGCTAATTCAATAAGTGCATCTGGAGCATTCTTCAGTTTAAACAGTTCTGTTGTCTCCGGTTTATTTTCAATTAAAATTAATCATCTACGAAATTAAGATCATATCTCAATGTTCCTAAGATTTCATCTGCTATGACTGTATCATATTTTTTACTTAAAAGAGCTGACTTTAAACTTTCATATCCTTCTCTCATAAGTTTTTTATCTGCATCAATGCTCAAGCTCCTTGCTTCTCGAACACTCCTCTTCCATGTCTTTTCATGAACAACAGTTTCAAATTTTTTAATGTATGAAGTTCTCCCTCATCTCTTCTTCTTTTAAAAATTGACGAAGAAAATATTAAAGTTATTCCCCTACAGCTCTTGGTAATAGTCAAGAGCAGCAGTTGTTTCCCTTTCCATTTCCTGCTTCATATATTTGAACATATCCTTTTTCCATATATTCATCACTTTCCTATATTATTTTATTTTTACATAACTTTCCTTTACTATATTATAGCAAATTATGTTACTATTCAAAAATAAAAAAAGCTGTTGCAACAGCTCCTCTATTTATATACTATTTATTATGCTGCTTTTTAATATACTTCTTATAGAACTCATCAACATAGATAGCTATAGCATTATCTCCTGAAACATTTATTAAGTTCCAAAACTATCTTGAGTAATATATAAAGCTAATAATAATGAACAAGGTGTGCATCTACCTGTCAAAAATAAGAAAACCAAAGCACTCATAACTGCTCTCCAGTCGCTCCCTGGTGCAACAACCATAACTATTCAAGCATATACATAAGAATGGGAACATTATTGAAAATGAATGCAGCATGCCATTCAATAATAAACTCCATAATACAACTTGTTAAAATTCATCATACACTAAATAAATGAATTGTTGCACATAGAGGAACAATAAAATCAACTATTCAGGAGCTTGTACCATTTTTTAATCCACATTGAATATTTACTGGGATAGTTGCAGCTGATCAGTTGAGTTCCAACTGCTGTAAAAAATGCCACTAGTATTGGTTTTTAATAAAGAGTAAATGGATTTTTCTTTGATACACCACCAGCAATAAAGCTTATAACAAGCATATAGATGTAGTGCATAGCAAATATACATAGACAATTGCTGCAAATACCAAGAACTTTAATACTATACCAGAATATGCCATTTTTCACTAGATATTCTAATATATGGAAAGGTAATAATTTGGAATTACAAATCCAGCTAATATTTTCGATATGATTTCTTCATATTCTGCAAATAAATTAAATGTTATTTCACCTTTCTTTTGGCTTCTCCCTTAATACTAATTGTAATACCCATCATGAATGCAAAAATTATTGCAGCAGTAACATCTATAGGTGGTTTTTAAAGGAATAGTGAAATATGGAGCAACATCTTTTCCTTCAAAATTGATTCCTTGAGAAATTCCAGAAACTAATTTAGGGTATAGATTTGCTACGCTGTATATATGAAAATGTTTCCTGCAACTATTGTTTGAAACATAAACAATAGCGAGTAAATCCTAAAAGTTTTCCTGCACCTTCTGTAGTTTTGCTATTCCCGATACAACAAACCCAACTATCATTAAAGGGTATAAAGAATGATAAGAATGAGCCAAAGAATGTACTGAAAGTTTTAAAAATTCTTTAATCCAAAATTGGCATAGAATTAATAAATTAATATACCAACAATTATATGGCAATTATTGTAACGGAACTAAATAATTTTTTACTACTCATAACGTTTCCCTCCTACAAATTTAAAATATTTTATATTTATATAGAACATATCGTCTGTATAATATAACATTATTAATTTAAAATTTATCACATCATTCTTATTTAGTCAAGTAATATTTTTCATAATTTTTTTTATAAAAGTATTTTAACAAAGCTTATTTTATCTAAAAAAAATGAAAAAAAAATTTTATTGAAAAAAGTCGTCTAAAAATAAGGAATTTAAAATCTTTTTATTTAAAATCATTATAAAATAAAGAAAAAGACAAAATAATAAAGTAATATTTTAACAAAAAAATTATTCTGTGATATAATAAGTAGATAAAAATATTTTAGAGGGATAAATGTATAATAGGTAGATTTACATAATCTTGACTTCAGAAGTTGCTCTATCAGTTTTAAAAAGAAATACAGTAAGCCCATGAAGAAAGAATAAAGAGATCTTAGTAATTCATGGATCTGGTGCCAATAAATTGGGGCACAAAACTGTTTTAACCTTCTTAAGAAATTTTTGTCAAATAATAGAGATAGAATTGAGTTATAGGCCGATACCAATCCAGGTGTAACCTGTAACTCCAATATCTAGTTTAGAATAGAATGTGAGGAAATATGTATATAAGATTAAAAAATAGCAAAATGTCAGCTAGATTAAATGACTTTTTGGATAAAAATAATATAAAATATTTTACAATAATGGACAAAATTAGTATAAAATATGCTGCTCTATATATACAAATGATTTTAATCAAGAAAATTTTAAGAAATTCAAGACATAGCTGAAGTTATAAAATTAACAAGCTTATACGCAATTTGTTAGTAGGGAATTTAAAAAAGCAGTGCTATTATAGTGTAAAAGGTCATCTAATTTGGTGGAGATAATTTGTGTAAACAGATATTGTTCTGTAGAAAATAGGGAGATGCTTTCAAATATGGCTAAAGAAGTAAAAAAGGGTGGAGCTGTTGCCTTAAGAGGTGGAGACAATACAAGCCCAGAACTTCTCCTTATGATTTTCAAGGACTTGGTGAAGTAGGATTAAAATATTTAAGGAAGTTGCTGATGAAAATGATATGCTTGTTGCTTAGCCGAACTTATGGATAGTGATGACTTGGAACTTGTTTCTTCCTATGCAGATATAATTCAAATAGGAGCGAGAAACATACAAAAACTTCAATCTACTTAAAAAAATTAGGTAAATTAGATAAACCCGTTTTACTTAAAAGAGGTTTGGGTGCAACTATAAATGAATTTTATTATCAACTGAGATATTCTTGCTCATGGAAATCAAATGTTATCCTTTGTGAAAGAGGAATTAGGACTTTTGAAACTATGACAAGAAACACTTTAGATTTAAATGCTATTGCTTTAGTAAAGAACCTCTCATCTTCCTATCATAGTTGATACAGTCATGGAACAGGAAAAAGTTTAGTTGGATGTCTTACACTAGCAGGAATAATGGCAGGAGCTAATGGAACCATGATAAGTACATGAAAATTAGATTGTGCACTATCTGATGGAGCTCAATCACTTGATTTAAATTATTTGATAAAAAAGTAGCTAATAATATAAGAAAGAGCTTGTATTTTAGAAAGGATTTGGAATAATAGACTATATAGATAAAGATATAAAGATCATGAAGACTATATTGAATTTACTACCTTTAATAAGTTTAATATAAATCTTTTTACTAAAAAAACATTATGGAAGTATTCCTGAAAGAAGTAAAAAGAAGACGTTGCTAAGACTTTTCTTTAAATAAAATAATGCTGTCATCAAACATAGTGATAAATGTTGTTTTAGTAGGTGAGGATACAAGTGTACACCATTTTTCCAAATACTGATGGAATCTGACATCAAATAAAAATGCTGCTGTTCTTACCTAAATGCTGATTGCTTACTATATTCATCTATGATGAAGAAACAAAAACACACAGGCAATTGCATTCTGGTTGGAAAGTCATTTCAAGAAATAGTAAAAAGAGCTATTGAAAAAATAAATCCACAGATTTATCGACTATAAATATATTATTTGGTATAGGTATTTCTTGTGAGAAATATAATGTAGAAAAATTTATGAAGATTTTAAAAATAAATTTTCAAAGAAATTGTGGACAAGTTTTTTCTATAAAGAATAATGAATTTTTCTTTGATAATCAACTTTTTAACTATTATCTACTTAAAGAGTATGGTGTTAAAGAAGAAAAAATGTTCCTTAAATAATAGATGTACATTTAGTGAAAACTTCCATTCTTTTAGAAGGATAAGGAACTTCTGGAAGAAATGGAGCTATAATATTTATGGAGGAATGATTATATGAAAAACAAATTAATGGTATCTTTTTTGGCTTTAAAGGTACTAGTTGCTTGTGGAAGTTCTGGTTCTATAGAACTTACTAAACAAGAAAAAAGAAAAAGTAAACGGAGATGTTAACGTTGCAAGACAACTTCTAGTTCAAAAAGCTATCTTAAGGAATTACAAGTGCAGAAAAATTAAGTAGAGAAGATGATCAATACAATCTTAATTTAGCTAAACAAGAAGTAGAAATAATTTACTATCTACAAAAGAAATTTGAATCTGAACTTAACAACATTCAGTATCAGAAAGCTCAAAAATACTATGATATCCATAAGGCAGAAATTGGAAAATACTCCTTTAGAGAAAGCGTTAAGGATTTTATAGTAGCTCCAAATAACTTATGAAAAACAAACTGGTATTGTTAATAAATACTATGAAGATTTATTAAGCAAATACAAAATTGAAGAAATCTTAAAGAAAGATTTCCCAGATGCAGCACAACCTGCAGTTGAAGCTCAGCAGCTCAGAACTCAAGCTCCTGCTCCAGCAGAAGCAGCTCCAACCTTTTAGCAGAAGAAAAATAATAAAATTAGGGATATATCCCCCTGTTTTTTTATCTATCTAAAAGAACTAAAAGATCATCTTCTAAAAGTACTGTGTTACCACTAGGTATCATAGTTCTATTTTCTCTTTTAATCCGATTATCAGTGTTTTCTATCTAGTTTCACGAATGATTTATTTATATATTTTGATTTTATCAACCATACTCTCATATAGATTTATTCTAGTACCCTTATCCATAAAACTCGAACCACAAGAACTATATATCTCTGCTTTTTATTACAGTATTTCCATTAGGAATAATATTCTCATTGTTTTCTTATTATTAAAACTAAAAGTACTGAAGGCATAAGCTCAAGATTTTTAACCTGTCTACCTACCCATTTATGTGTCTCATCTATTTCAGCAGTTATAAAATCAACATCTTCTGTGTCTGAGTAATCATTGAAGGTTCTAAGTACGTCACCATCTTCATCTATCATATTTAACTTTTGAAAAATATGATAGTGAGCCTTGTATAGCGATTGACAACAGAACAACTATAAAGCAATATTAAATACCATTCCTCTTTCCTTATTTGCCACCACAACTAATATAGCAAACACAACTAGAGCTGCTCCTGTTAAACCTGCCCAAGAAACTAAAAGTTTTTGTCACTCTACTCGACTAATAGGACTTATTAAGCATAGACAACAAATGGACGAATTAATAGTGTCATTATATCATAATTAAGACAGCAGGAATAGCATATTTTAAGGCTTCCAATGGTTTTACTAAAAGTCTAGTAAAAAAAGAATATTAAATCTGCATTATACTTGTAAGTCCATTGAAGAAGCTAACAATTTCACTCTTTTTGTTAAATGTATACCTAATAGAACTCCTAAAAGATACACTCTTATATACCCATTTCCTCCAATAAATTCACTCGTCCGAATAGGATAAAAGCATAGAGGCAGTTATTAAAGCCATAGACATTCCACTATCTATATTATTAACTTTTCCTAATTATATAACTTGAGATACTCTTGCAAATATATAACCTACAGCTAAACCAAAGAAAACTTGTTTGAATAATAACAGTGGTAAATTTAAACTTCCTTTTGAAAGGGTTAAGAATGCTATAGTTAAAACATAGGCAAATGGGTCATTTGAACCACTTTCTATTTCAAGTAAAGAGGCTGTATTTTCTTTTAAGTTTAGTTTATGTGATCTTAAAATTGCAAAGACTGAGGCAGCATCTGTTGAACCAAGTACTGAACCTATCAAAGAGAACTATACCAATCTAATTTTAAAACATGGTGAGAAAACAGACCAGTTAAAAGAGGTAAATATAACTCCTAGTGAAGATAAAATTAAAGATTTCTTTATAATTCCTCTTGCCATTGAAAGATTTGTACAAAAGCCCCAAAGAAAATGATATATATTAGTGCGAAACTACATATATCCCTAGATAATTCATAGTTATCATAAGGAATTTTAAATATACCATTTTCACCAAATATCATACCCAAGCTTATGAAAACCAAAAGCATAGGAACACCAAATTTACTTAAATATCTATATATGAATATTGATAAGATTATTACAACTGAACTTAAAAACAAGATATTATTCAAGCAACTGTACCCCTTGATAATAATGTTTCTATTATATCATAGAAATCCTTCTATTTATAGCAAAAAAGAATACGATATGTTTTTGTAAAAATAAAAAATAATTTGGTAGCTGCTATAGAATAATAATATAAAAATTTGATAATTTACTTATGATATTCTATTGATAAGTCTTTGTAAAATAAATATAATATAAGTATCATTTAGTGTAAGAAATTATCTAATAAGGATTAAATATATTAATAAGGAGGATTATGGTTTAAGTGACCATAGATTTTTTATGAAAAATTATATACTTAAGCACTAAAAAGAGCTTATAAAACTAATATTATTTACTAATTCTTGCTAGTATTTCAGCTGTTTTATCCAGAATTTTTCAAGAGGTTATGTTTTAGATTCAGCAATCAATAGAGTCTAAAGATGTTATTTTTTTTTTTATGGAATAGCTATGTTTCTTTTAATAGTCCATGAAATTTTATTTACTTATTTATTTTTATTACTAGTAATAAATTAACATCACTCTATATGGAGGATTTGAGAAGTGATATTTTTAAATCTATCCTATCAAAAAATTACAAAGATTTCTATACTAATGATAAAGGAAACTATATATCCAAACTCATTAATGAGGTAACTTTAATTGATGAAAAAATTTTCTCAAATTTATGTACCTTTCTACAAGTAAATGTAAAAGCGTCTTTAGTTCTTATAAGCATTTTTTTATTGAATTGGAAATTATCGATAATAGCAATATTTTTAATGACTTTACTTTACCTCTTTATATTCCAAAGCTAATACAAAATAAAATAAAAAACTTAAACAGCAAATATGTTAATAGTATTAATAATCTAACATACTTCAATGATTATTTATCTGGTTATGAGATAATCCATAATTATTCACTTACTCAAATATTTATAAAAAAATTTATTGATAAAAATTATAATACTCAATATGATTTTTATAAAATGAGAAAATTTCATCACTTTCAAGAACTTTATCTATGATATTATCATATTTTCTTTTTTCATTGTTGTAATTTTTTCAACATATTTAGTTTTTAAAGGCGAATTTACTGCTGGAGAATTTTTTTGCAGCAATAGGATTAGTAGACCAATTAAGTTGGTAATAATATCTATATCTATTAATATTCAAAATTTTATAGCTGCAAAGCCAATAATAAATTCGATTCTTCCATATATAAACACAATAAATGCTAATATAAAAAATAGTAATACTGATAAAATTTCTAATATAGTATTTGATAATGTTTGTTTTCATATAATGAAAAACAATTAATCAAAAACTTTAATGCCGAATTTAAAGAAAATAAAAAATACTTAATAAAAGGGGAAAGTGGTAGTGGAAAGACAACTCTCATCAACTTATTGTTAGGTTTTGAAAATTAGATTCTGGAAATATTTTTATTAATGGAAAAGTATGTGAAACCGAAGATATTTGGAAAAAATTTCTATTGTTAGACAAGATATTTTTCTTTTTAATGATACTTTAAGAAATAATATTTCATTATATGAAGATGTCAATGATGAAAATATTTTAAAAATATTGAATACTATAAATTTATTCTAAATTTTCTTCAGTAGAAGGTTTAGATGCTATGATTGAAAATTCAGGAATAAATTTATCTGGTGGAGAGAAGAAGAATTATGTTAGCAAGAGCTCTAATTAGAAAAAGATGTTTTAATACTAGATGGAACCTTTAGTTAATTTAGATAAAAATAATGCTCACTTAATTGAAGATTTAATTTTAAAAATTAATGATGTTACTCTTATTGTAATATCTCATACTTTTCAGAAGAAAAACTTAAAGAATTTGACAAGATTTACTCATTATAAATCTTTTTTATACTTTATTAGATATATAAATTATCTCATTTTCTCAGATTCAATCTATTTCTAAGTTTAGCTTCTTTAAATAAATCTGTATCAGTTGCTAATACTATCATTGTATATTTATGCTTATTTAATCCTTCTATTATTTTCAAAGAAGTCACATAAATATATTACTAAAACAATTATCCAATAAGAGTATTTCATTTCTTGAATACAGAGCCCTTGCTATTGCCACTCTCTGCCTTTGTCCTTCTGATAATTTTTTACCATTTCTACCAATATTTTTTTCTTTTTAATTAATTCTTCCAAATTCTATCTATGCAACTTATTTCCATAACCTTTTTCAATAATTCTTCATCTCTTGGAGCAAACAATGTTATATTATTCTGAATACTATCATCAAAAAGATTAATTGTTTTGGAACATAAGCAATTTATTTTCATCTAATATTTTACTCTTTAATTCTTTTATTATACTATCATCTTCTATTATTAGTATTTCATTTCTATCTAAATTTATTTCTAACTCTGAGTTATTAAAGGGAATTTCTAAAATTTTTCTTTTATTTTTTACTCTATTTCTTATTAATTCTATAACTTCTTCTTTACTAATAGCTAAGTTTTCACTTAGATTTTCTAAAAACTTTGTATAGATTTTAAATTAATAAATACTTCTTGAAAAACTATTAGATAAACAGTTCCATAAGAAATATATTCTATAAATAAGTAAAATTTGAAATACTGTCTGAACTATTTAAAAGTAAGTAACTAGCAAAAGCTAAAATAACATAAGAGATATTATTAAATAATTCAGCAACTTTTTCTATTACTTCCAAAGAAAAAGTTTTAGGACGATATTTTCTTACTCCTTATAATTCAACTATCTTCAAAATTTTTAATTATTTTATTATTAAAAAATATTTTATAATATTGTTACCACTTAATTATGGAACTTGTAAAATATACAGTTTCTAAATCTTCTTTCTTAGCAAAATTATAATATTTTTTTATTTTTTCTCCCACAACTATATATCAAAAACGAAACCAATAAAGGAGTGGAGTAAAAACAAAAATTGTAAGCTTATAATTTATTTTTATTAAGATAATAAAAGATATTAAAAAAAATATTATTTTATTTATAAAATCCATAGAAAAACTTATGAATTCTTCTATAGTATCTATATCTTCATTAAAACTATTTAAAATATATTAAGTATCTATATTAACATCATAATTAACAAAATAACTAAATATATGATTCCTCTTAATAATTTTCCTATATTAAATCTTGACCTTGTATCAAATACCCCTGCCTTATATGTTAGAAAAATATTAAAAATAATAATTACAGAGTATATATAATTATATTTTTAATATAGTTAGCAGAAAAATTTTCAAATGATGAAAATAAATTTCTTAAAAGTAAAGCAAAAACTAGAGGAAATAAACTTAATAACAACCAAACTAATAAATTTACTGCATGTATAGAGATATTATTTTTAAGAATTAATCTACATATCTCAAATATATCTTTAAAATTATTTTTCATTCTTTCATAAATTTTACCCTTTTTTATTTCATACATTTTATTAAATGAGCTAAGTTTTCCAGATTATGACCAGCACAAATTATTATACTATTCCTATTAAATTTCTTTATTTTATCTAACAAATCCAATACAATTTTAGTATCTATATGTGAAAAAGCTTCATCAAAAATAATTAAATCTTTTTTCTCAAAAAATACTCTTAATACAGAAATTATCTGTTTTTGTAAAATTGTTAATTCTTCATCACTGATTATATCTGTTAATTTTTTATTTTCAATATATTTATATAAATCTTCATTTTGCAAAAATTTATCCACTTCTTCCAAGCTTATTGTTTCATTGAACATAGAAATATTATTGTATAATGAAGTTTTAAATATAACAGGTTCATTTTGTAAATAAATAATTTTTTCAATATAACTTTCCATATCAATATCATTAATATCTATATTATTAATGAATACAGAATCTTTATTTGCTTTTATTACCTTACTCAATATTTTTAAGAAAGTACTCTTTCCATCTCCAGATTTTCCATATATACCAATATTCTTACCTTTAGATAACTCAATAGATAATTTATCTAAAACAATTTTATCAGTATAAGCAAAATATAAATCTTTAATTTTTATGTTTTTATTTCAGAAATTGTTAGCTTTCTAGTATTTTTTCTTCAAAATCGTTTGAATTCTCTTTAAGTAGTATCAATTCTTTTAATACTTGCAAGCAATTTTTCTACATACTGCAATTGTTGTTGTAAACTTTCCATAGGATTTTTATTTTTAATCATAAGAATAGTATAAATAAATATTTCCTATAGTAATTTTATTGTAGAAGAAAAGGAATCCACTTATTCCCAAAATAAAAATATCTACCATCCCATTAAGTAATAGGGTTATACACCATATAGCATAATAATATTTATTAACATTTATTCCTATATTTTAACCAATCATCTTGCAAATTTTCAAACTTATCTATAATGTATTTATCTAATCCTAGTATAGAGGGTAAATTTTTCATTGCCAACCATTCGCTATATTTTTCCACTTTCATATACTCATGATAATTACTTTCTTCAATGACTTTATTTTTGTTGTTTTTTCTATATATTTTTACTAAAATAAAATTTAAAACTAAATATACTATAAAAAATAAAAAGATATATATACTTTTTAAGCCAAAAAATACTATAACAAAAGTAATTATAAAAATATTACTACAAAAAAAGATGGAATACTTTTTGTTAAAAAATTATATATTTTTTGAAATATCAACTTCAGTATTCTAATAAGTCACCATGTGAATATTTAATAAAAAAATCATTATTTTGTTTTAAAATTTTTTTAATAATTCTACACGAATATGATTAGTAAATTTCAGGACAAATTTTCAATTAAATATTTTTGTAAAAGTGAAAAAATAATAAAATTGAAGCTATTAAAAATTGATTGATATTTATATTTTTCATAGGAACTATAAAAGTTATCTATAAATTTACTTAATAGATATGGTAAACTCATTCTAAAAAAAGTGTTTAGCAAACAATACTAGTATAAAATTAAACTAATTATAGCAATAACTGATTTCAGAAACTTTTTTCTCCCAGCATTTTCTACTCCTTTTTTAGGAAGACCTCTTAGAAATAAATTTTTCATATAGGAGCTTCTTTATAAAGTTCCAAGCAAAATAGCTTTATTTTTATTGTTATTTGATTTTTATTCGTTTTTGAATAACATATATTTTATTTTTACATTATAACATATTTTTAGAAGAATTTTCTTGTTTACACAAAAAAAGCTAGTGACTAATCACTAGCATTATTATTTATATGGCTGGGGTGGCTGGATTCGAACCAACGCATAGCGGAGTCAAAGTCCGTTGCCTTACCGCTTGGCGACACCCCAAGAATGGTCGGAATAGCAAGATTTGAACTTGCGGCTTTCCTCCCAAGGCAGGTGCGCTACCGGGCTGCGCTATATTCCGTCCTAAAGTACCTTATAAGTCTACCATATATAAATACTATTGTCAAATACTTTTAATTTTTTTTGAAAATTTTTTCTAGTAAAAATTAAATTTAGCATTTGATAACTCTTTATTAAGTGTATACCCATCTAAATTAATTTTTTCTATTTCTTCTAGGCTATCTATTTGATTTTTCACAAGGTAATTTAAAAATTTCCCTCTAGCTTTTACTATATGTACTTACAGATTTATAAGTTCCATCTTTCTCTCTTTAAAATCAATATTAATCATATTGATTTTTGAAGTATCTATCAGTTTTGAAAATTCACCAGAAGCTAAATTCAATAAAACTTCATCTTTAGTAAGAATGAAATATATTCATTAATTTCTTTTTTTTCAAAAATTATATAAACCTTTATCAACAATTGACATAGTCATATCGAGTCTATATTTTTTCACTAAATCAAAAGCTTGTAAAAGTCCATAAAGTGCAGACAAAATAAAAAAGCTTATCCTTCAAATATTTTAAAGATTCTTCAGAATAGCTTCTAATTCTAATTCTTTAAATGAAACTCCATAGTACATTGAAACAGTTGGAATATATTTTAACTTATCATAATTTTGTATATCTTTATATGTTTTAGCTAGTAAGTCAGCTTTTAATTTCATTATACTTTCTATTTCTTCTATTGATTTTTGTTTCAATATATCTAGTGAACTACTCCCACTTATAGAAGTGGGAGCTTCTTGGGAAGTATGTGCTTTTGTTAGCCACATATATTTACCAAGCTCTTTGGGTAGTCCTACCCTGATATATTTTTCTAACTTACTTTTTCTTCTTTTAATATTTCTAAACCTTTTCTTAATATATTTATACTTGCATTGTAATCTCTATCTATTTCTACTCCACAACACATTCACAATGATATATTCTTTCTGATAATGTTAGAGTTTCTTTTATATTACCACAACTTGAACAAGTCTTACTACTTGGATAAAATGTAGAGTACTTTTACAATCTTTCTTCCATACCAATTTGCTTTATATTCTAGTTGTCTTACAATTCACTCCAACTTACATCTGATATACTTTTTGCTAATTTTAGCAGTTTTTAACATTCCCTTTATATTTAAGTCTTCTATACAGATTATATCGTAGTTGTTGATAATTTTTATATCTCAACTTATTTACAAAGTCTTTTCTTTTATTTCTAATTTTATTATGTATCTTTGCTACTTTTTCTTTTGCTTTTGATAATTCTTACTATCTGATAGTTTTTATCGCTATCTTTAGCAAGTTTACATCTCCTTTGATAGTTTTTCTTTGTTCTCTTTTCAGTTTTTTCTCATATTTTTGTTAGCTTTAAATTCTCTACTTTTGTACAATCACTCATTGTTGCAAATTCTTTTATTCTAAATCTATTCCAATATTTTTATTAGTCTTTGGTAATTCTTCTATTTCTTCTTCACATAATATTGAAACAAAATAATGGTCAAGACTATTTTTACTTATTGTTGCTGATTTAATTATACCTTTTATTTCTCTATGTAATTTAATTTTAATAGCGATTTTAGTTTAGGAAGTTTTATATAACTATCTTTAATATATATTGTGTTTTGATTATTTGCTTAATATAGCTTTGGACTGGATTAGTTTACATTTATATTTTGACTTAAATCTTTATTTTTAAGAAAATTCTTAAGAAGCATTTTCTAAATTTAATTGTGCATTAGCAGAGCTAAAGCTATCTACTTCTTTTAAATAAGGATATTCTTCTTTATATTTAGTAGGAGTAGGATATTTAGTTTTAATTCCTGTTGATTTATATTCTTCATAATCTTTCTTTCTATCATCTAACATAAGATTATAAACTTTTCTAACACAACCAAAGTTTTTGAGAGAAAAAGATTATTTGTTCTTATTTGTTCTAAGGTAGGATATATTCTGAATTTATATGCTTTTTTAACTATCTCCATTTTTCCTCCTTGTCCTTGAATATATTTTTTAATAACTTCTATACTTACTCCACATAAAACTTCTCCAAAAATATTCTTTTTTAGTTTTTTAATTATCTTATTTATTCGATTTTATTATATCATATTTTAGAGACATTTTCAAGAAAATAAAAAAAGCAATTCATCCCCTATATAAGTAAGGGGATTTCTTCGCTAAGATTTGTTAAAATATTAGTCTTATCTTTAAATGGAGATTCCGGTAAATTCGATTTTTTTATTTTCAAAAATATTTTCTTCTCTCATTTCTTTACTTGGAGAAAATATTATCTTCATCTATTGATCCCATTCCTTAATGAAACCATAATATTTTGGATTATTTCCAAAAACATCTAAAATATTATCATCTGTTATGTAGAAATCTTCTGTTTCCAAATCTATTCCATTGACATTAATCTTTCCATCTATAACATATAAAAATACTATTGTACTACCTTTTTCAAGATGTAATCTACATCTACCTCTGATTTTGTCTATAGTATAGATCCTCTTATTCCCTTTAACATCCAGATTGAAATCTTCAAAATTTTCCCCAAGAATAAGTTTCCCAGTCTCCTTTAAATCTATCTATTTTGATAATCTTCCATTTCAACATCTTAATGACCTGTATGTTGAAGTTTCATATCTCAATTAAGTTTTGATATATATCTTTCTACTCCAGGAAGTTTTGTGAAAGAGATTTTTTTCTCCATTATTCGTAGTTGCAACACTTATTCTGGCTTTAAAATTCTATCCGCATAGCTAGAATCTTCAAGGTATATAAAAATCTCATTTGTTGTTCCTCCTGCCCAAACAGAAACCTTCCAATCCTCTTTCTTTATAACCTTATTCATTTCTACCCTCCTGTTTTAAAATTTTATACTAATTTATTCTTAATTAGATTTTACAACTTTTTTAAGTTTTACAACAATAAAAAAGAGACTATTTAGTAAATAGTCCCTAAATTAATTAATTTATTTTCTCCAACTAAATATGTAAAAAATATCACTATCTTCTAATGCAGTTGCAGATATATTTACATCTCCTGCAAAATTTAAAGCTTTTTTAGGCTCTACTATATAAGTTTCTTTATCATTTAACTGAACTTCCATTTTCCTGATACTACTGTAAAGAAAAGTTCTTTATATTTATGAGTATGTTGAAAGATTTTTCTCCTTTTTAAGTTGTTTATTAAATGTGTTAGAACACTCGTGGCTCTAGCACTCGTTGGGGTAGCCGTGAGACATGTACTCGTGAATTTATGAATAACACCAACATTGAAAATGTTGCACTAAAATTTGCAATTTTACTAGTTTTTAGTGTATAATATATTTAGAACGTGCTTAACTGAATATATAAGGTTAAGGCTATTAAACAGTAGCCTTGTAAAATATTCACTGTTCTGTATAATTGTTCTTTTAAAATATGATATACAGATAAAAGTAGCGGTGTAGACACAAGTCTTATCCAGTAGTGGCTATCGTGGACTAGCCAAAAAGAATAAAGTTTTAAACCAAACTTCTTAGAAGATAACTTACTTTTTAGTTATCTTATGAAGCTCTCGACTCTAGCACTCGTAGAGGTGTTAGTCGTGAGTAGTTCACGAACAACTAAAACTCCATCTTTATTATAAATTTTTCCATATTCTTTCAATTCTGTACCTAAGTTTTTGCTTTCTACCTTATTTGTTTGCTCAGCTAAGGCAGTTACTCCTAATAACACACATAGAAGCATAATTTTAACAAGATTTCTAAATTTCATAAAATTCCCCTCCTTAAATTTGTTTACTAAAATTATAAATAAGCAATACGTAA + $$$$&'9:<3>?@IE?BKBGGA@>@JA463+0?7@?G67:9DGEDGA@A66JICE?AF8F@B>BC83=;:952915-.59;AE<=;>899>E<5%(,)%%#%#&%((/018=??>AHC9>99B6*%)#$'$(&21'*10)&05555?5B<@FEDC4-B?<7**)9A<DD8DDAF>AA?>::;<3?B==<<=FI@52;:GIKQMII;8SJNBA52?KJH3AAMNKFCA@BBEHEB?D@;;>=?A//9?IFMHGC>;6AHBEDIKD><>)&@=><FG@BDINMI<;,/-(+?ALMHIPQCHF@AGGE778BE>;=@:=ECB>=696<=A>60A>AC?OJGHIJG@EEIIBEIIF@1.17>DHG?NC?C@9:154--:>9>6.BCC@88;:/.54:@HI?AGEF@68@??<,.<<1'),8?AG:7?9?A;<<;DBEKHDFB=?2411%%'&(&'&&778;@;>77+4:BDCFIJ@4818877179;%'6891361-,357?HG>=:9;=9996>CFLLHD?IJ>@DBD>??CIFG7A@BD=DCC?CCBBC8@7;:CC@:179=>C5=@G?HJK:;@@CFJF=B1,2=@G?::?@:@B><:/>IGC=KEH@FCDICGFNNG)0J@<:*B55D<7>BFF7?;@B<4=EIC<9@@>?AHAH53777>--553-&$(,)(/888;9?IMML@22==487;:??A@FEC579OL=::BGIDEGKCDDDCGCIFLKMMHFE@>+01=244EG=JCDDDJJNJJHKD??@@?>@@4=:?==.0+0:AADDC?LKFFDE>DDA<:E@>87:97DJJI@=@@PKC3<:,>IGE>@A<5:88(-//84;GIA;CEBGEB6*'%..%)866<<>?@@GHJFAF<@C::>.,)*)*5599:88844389)),46@>8+;>@HKJH8@CKG?@BDDCHKJ@FKF?:;32,C=>BLIFE<@IF>C;7+86=CDDBFBA<6=<%%>.2@2CFC>6CCCA6@CA9?BA;<8DEFABCGG;BOLJLHHLJDBBFA9;8;@@AA@B@;>>??BKPMA@?88@DEGIFBGB9713@?A=688+5497348686343=80$$'135?;60'')+)+9:A;B+-07-.299>+4%.*6862&&(7;<=B?767;;@;95EA69IJGMGF@?<97;??<8;+&%%%((+9D@@N>7770359CECCEI>>?5*,GBC9>EFHF=FFGHGHCCD>C@A2@=;==>??>358BBA@BJH..B:D@@HHGDJIB>B>>@GDDHHDBBJD;?@>::)+*6@??@8446%&%+?ACG:FHEG@B:?;-**...,+$)*68>>A>68>=HB=>=9B<<4//11668=9902/10*34;A1=<=9485)?+-C=>>96.=FADKLH>9EDCCB>>F?:9B@;@/?=;83.=;?=@;58:9:?>?D7=?=;:BC?A:;-3:=8579'7::=G@96:<>@6:3>4C>1:796;:G>=87AA?4.3CEE56?<00=98;3/'%('167843AA4B?>89:=B>=:;>?>@@===78=@?<:A<><=AE>?ABBB<<<300IBF@>9./?HNEFC@B>:BB09?ADDIM?=GCGFJB@=?@<=?@BENKHCE?@H?A@HB5=:C=C=@AD@HD>=A7IJGHCFBFDF7BD?C8FB8A@EH?FHCB>I<5;7@A<>?A@CDA>==?679;FF?;8.58;?=;@82,,)/.98;:94<98%08:A,26;<8?@F=H>C@>:)?)??=BFGCDLQGE1@@@HEA<1657?>GFHMHADCAHDG>A@A<>A1,*;EMKE????=<:EB@?79:;?;;?B>@;451/)/6<@A?A;6--(&#%&+-6677/<<4:=?*(.2.>=CILFFFCFGFBF=>ACD<5:4,,.?<=/3983?BA@@C7;?LM4;?DCBD===:75548-+&'$%%/:;;3:7,'-/78;?C;/-/.1=89;CA?BBB<6:>=;:5/0./49;=>5:1AD<@>76-:<<7438FF@>==8=>?@CDG@9:52/<@:9B678@ACDCDB?@C@;=>=;5AB<:A6<625,37>@-369>?@?<@EHB;23C9??CH@=C<:;=B@:<;<97838:1&&6669DCBGIBFBDBB<0>>==JFCC3:25-?EC?<:;*4E<<86853%0%&(83:A@<>9:>ABAB>:AA@)./1000>@?CBB?3333),(&-;@;C>9::9779E??:BGFF?6>9?BC98E>EC=97;>?;8==/:;586??;?DCC@FMGJ;C>BG:+4976747<;)6787:<<6=>AE2'3.&1456*(,2365=>@>@?<789A:;@?@KQB==CDAC@=:464$238>5>?AB?635.:;::;6>?A>).&%(+/8:??B=';94))(;9>=67>GDD=56;=?4:=7570)--07;;*>?DFGBBAADC=C>]QH?;:(%%(..510CF>?8::<;99<=5=878?<;@@BDC:>CDAADK>E>B8FD??>A<>;;F?64/,(3*$'<=7::8AB;003C@B@BA8>?729@A>=@;7>?=C>=;9;=?A=<425DEBBBJK@A?>@>:;A>,1@DHA<:8ILBDBABBC,'B=1988<;ACDAGA8E@B?8'+589;:16A>//?CE:CE?CC?26?:?05>==3/&&.7:<@F2;:=:>8@76;<6@A<@DF?ACEE=95(.168945?<;?8@;>>:C<>@=79?=;7>@?A95((,5472BEKA?>AC>BCDF>9;EDC;@AA@958@;D67201)621466*.8?:>;54BB7:/:<=?>&&<*/4<><1*11+.119:B=;>@B?>@D/946?64@AC:4;89=;E8H==GA6;;449;:*4@CCA885;?<-:@A;9;??C6<30G??NDEFHGMKIIIJI7/0=8;AA9;B95/(%$)**,'%113:=:.323542211*'0430102&()68<6((CD;9::8:>;B=;8;=:8?AEFA<;B7>;<<<86;;90B>?FA:<98919?H9@E6&:68:?;78AACB;7336BD::?>;8>:;325BB::>?<>=A@@B??@=CDABD:87DDGBC,)$,6B8=B12=>:,0?7,:9;<53;:<=>>>>:<=B@CBD@BG;@>;*-=:922289=:51=?@3((*+++<<>@;:?AH?:CF@>>@;9GF?DHDB?9?A=BBC>04@;0-*$/-346<=GHCED/.@=BD9?@CAAFF>A>:0;?<=AFF:??@?>35(*036656--/29;+%#20'*,;;AD>@CAC@J=AA=AG?;AACCBKLAFEAB8(.-42;<9G@A>CBA?AABD0/--+19-5:<<8BCBBJB@EIJC===8@KDBE<:?>=AC77;22;=ECDBDHC>H=:CBC?>>>=EJ@8:><@;D4-:=>--(B=-:08149>BBFDC:;A?>)4774'468>:@>HD9AF;<@@/76796$%&)'&35:777.6=><9857<@EDD@:3==;=<'*8'%;99/0$%-)-9;;=52445A=@@@-:?=9<=;@@ADD=9./0/37;;:;<>CB@33-&':65;@7CA7*(*77?@A@:85=)--57985><86:<<<:9=8;@78?;EFCD797<<=?D>GECE?<623-6/9/)*)&'%('$2;:@BFHH@A5B<=?'.868@>:>@AGRMLE?@>=;:5579:;>?9?F?NDA>;@>C?;<:;4<85A*+/CC;BE;<:=::958<@-8;:>?A;DK<:43;>>FE77DD>;::459D>%(?FDDNKI9ADFFAMOB?DFED5///.1>=(->C@D>79:*239CB9<340=DED>;=8@CAA=A;:=/3(+#&1'''//14>?@D>EC;CAB;@FF?>F?@F;96777D=<83===8@>>7?=AFC>EBDC===40667635ELG?GHGHE8930+467679>4;6)8@?A@EBCD;=DEHIE;=52<>=69-/6;:169:=+0:=?31:;0;:6/1*1%%%%%%++06;@7;?DEG;57>=>BA:21123=AA?8=A899?>C.98<:9B=;9*><@A?@<;A::6=B>79*//08E657'&%&%*&+*.,//:;>:9=7003>B:=1,*)8<=:=AA;9@799:234??1B?=8;?<;*%%####$*0+/;98<7BEEECA@85/28:?E>@98%--+*45<9>>@<7,$3698734477:24<89C95;6554):8157-%'*-*/9;:9A=02?EB;?EJ956<75510&$&$%'$,/3:9><=>&:7'$$.:>7>?6'$,..186><>?;2@=;;>4/5(70.--,@:?@44:H:D+%++&(()'/-8;;AD862E:;69<78;7:::;454<:27=?F<-?KDH?6G@:8;B=:AF@>>AC@FC68AA/@@JJBA;'((;B;;-0,:7<=A=GF?HL?123BACC-=C8DFE<@E::4708D>?ADB=:;BBALMIQL@JECI;;>CABACECEBDC::DIJEBDFEAACDADFDK>=8987)<::@ED@9;95G@E/95?C?DEH7JHDBADB?;8777>IINOI?@0.=@G?GGJKAOL?446JKJNMHALA::?=?JJLJJICE9ACJHOK=H@GDHIAHIKHB?AHHHB.47BB=;EPCCD?D88A@19C>>AAFCE@FFAE8&,@A?C=;BIKI;B>EGGGC@3GD9>?;ECGE>5$##%+/558>>2*84773+%/1;8:?56+,04?>:4/-+'(-9<84<=86+*,-11%01334*0,,8=?=;617=+ABAA@/@EC?HI;EGNOKCA++0(&&/17?E=7?47B858665?82/16FGEBEEHGTM5B89=>;>?<@I=DHDF@@>9?BAM?IAA>@FCDBC+('&%(/0);EGHE<889><+%)()/:9;:77/9:5:;@401@DC>>EIB@EF;:>EI>,0.9?AMIA955:82//'%'(48,7:/&%&%'('(-1%''$+,+.@A@?@GD>=8'./.1773'%$)&(,&40(*6*11&/'102;567:-),+*(.%$.12220-0.,+'3+%*-323558:55-.=6.'#$$)*(*+&%&)65)24?;ACE99>@@B>78+@B794++%61/36113&2752,(89>;5.+%(&&$+',.)./3883-*()+,/)5999-,>A?AC@CC@@2:91''*%%):9>C43EHJACE?;95EEED>@ICDFC;<33?7624,&%./02:;696276&&.,&*/363'&%#*18=579;6*%)*79=<3658@?9:/&//06,568$)5**..,+&&&)/((3)15:=B<$.016%.$.82200/+&,*&%#%*..,8==?<;=?=>?98<84'&'&)$$++5584<;>;;),,92*'%%-$22943)5548-$9;6+)*566:66$$'')79@A?AA:@7898=:<@=34<938?B>74,67))+)%(),$%/2(..,%)$$$#(%&%',+$*),3572.=;@:9B?:9=<8<:132(*,0.43++8?8;(;4:53;;?>7:.89<<>@?7667B>9096349BBCCEGBBA>;<9E822AC53268001)#%%81-&8;?&4%%&($$&%),-*$$#'%#$$#&&))()6.16<<:6<97<<7+3:>@A:>@@@GGEIE=CD<:<=AGF=?=;(3$-*&$+)%%)((0978FMJCDB@CD?C?6''*FF>D@GB>ABABBB@A;;9:E1.;879:022520%./--.8+%1)'+9?>?BF>3,01113:>:8;@<73D=@@@?AG50*&2/1>@@;:;368>@A9<>=??ABE<:;111''(),-47412>=>??>>?878C;=;=ABD=(EEEFF8;=<@@A6BDB8>@?>//<978%'(('(%('$$'(*/24%$++*'%$'+(278::+())5:;<7:;9;:$0:@@A;=;;779%(($$(*)+-02.''15&99:864554,-,-34./.8=:7.1,17/3211.3:9+-864<<@CA?>:<>EFF/A><@53)552'#$&&$/1','(*'000158-(4--&)%)*'&+84&).%*<>:8?429644@A%%./))&&60;;9;>>20)(2==@GHEGB@=>?>7)&(($<>997202/$))/61?;7*401=??=32-%,;?8@HID,(&*?@;8044@CC?8-*0%$-4;CCDC42.5$%32-7:ECCA?:AHGGC=@@>EFDE@A//1?BBCED?B@4(<=@:),5-=><4*?@?FD>+;?==DEFKC9=7GF<=<8,(CBHHEC;B?BBHGC@5+65>659./,82-.7=>?+(0-4,,<>@@EC?>BDG?A@9::@A,(%((3;B=;E@E@%1-?A>A)*944&,**))98<><>3CC@A>87,,*$%)+.)--(3<21/*&)'(&%&(//385:@BC;368ACCBA$1>=DAF@2'2&35627>845&&'*&%'*)-/+2'8749:B8863-(*$%--*+,,-11/65'%%)/./:79:>9:?=0;0;91/><:764'$%&'%+*;=;7.&(114ACDCB::/*),6><>?ADC>@>>7FGJHDDA>CDECDACE>CDFHGHGDEABLDAAEGDLIHBA>ABB6%%'(&&&+138/(44+'''*+,07=3300$(8B@A@CDDHE=B>9<:570@:9=433.+.:;:=<>@?B6:766..)*/9==6=>5,*(%&&&&#(1.-+&%'&%%+463'*6EA>C@G??>>;=3(,;0),,,,$,0%&&'(******)&%).9@@=@F==BAA<43=9+<;76:?CJCABD@>>=%(87?A@->;2;CCB6-(166?=@@9===IE@25:758@399@9-('$,%%%$&%)$,73AALHFMK@B=<1<6>>6<=46=;=.:=8><=?@EEFDA>798441-&43:=:;?AA@<9()$&-&77,*+0/&&%&'(''&%,,;;;;:A>9<8709@<9:;8)4@A@FBBD=>:==5=8++&21.*%%"%,240*%#&$$$'/')*,.9;CD;3(+;;;:>D>@CDC6EDFB659426BC35<>AEE<3//45@B=7(9B>:9+%DCFFE>@:33441%&&3)3*/&*'*'&1'(0::?CA;C>6:54EE>DC5622&/*'23<8E6/,,<64)A87@5@=+3701;<5.26:=3??AA@?675D>;8GEKLBE>DCC3.-11+&//./22&-.56?B2:?DC=942;=:552/,00GHECDABE@9>>C<>FB>0-()1/57;@?;HIFHKF?7EF>;=8>B@689A?2)2289>>:=78/(.)**.23&4<>>>DIBCDAA9462'&#*-'%#'%20240$21,09..312%(.'&$31;=GHIBAAEBAB87482105').&%$++'9;DCEKKD39IIA@?5721/&&#'$%,454AFDDECHKJG<<:-66&5-)/1##&(%'+,3'&$$*,+/1-$$&$"$17:08=<38+(->>??B?E:BII>AB<;@DD>?,:@:@?CC:AHGGG@->JF=;0:0')1&'-69;;=>=4ABD@74FIDIFEDD>G;2&'+.+&%$&&/+)'$%/68(788B??E?BDD?49IF@DE3/033,'(('*,$&./1+*)43:AGGI?CFCEHND9>=>89<@AC>GB;?=;:9=;@A:@C/I43=<966?D<:-@EEHE;:A;@BDADFIEE=AD=CEE7:78)510488'47.47<=?@@EB8<7//////==CCBB@<<>GFF@>9-,-0:BCBCCDLNIQLHFDCGHCBDJIHHBA>@8@C<:86&)%%%%%%%./508:8A9:48997;;4///;A@>=?@D>E>=2,%/>:91/*8>=;:9:A2?A6A?AC=9@E?@?C:<::8%%-*$%*0C2@C>:1BDCAF<=5..%($%$'$&/210)767@@DD;8DF>,*''-$1,77<;>D=6842277,8>7)/;665;@=28C?AHEEBFEE8:@>DDC8@A=98,,7+/,-'&'&/02/$%$%%1$/-0.59;<><.1''(&)288676.+33::<8-))68<65-*+**))110(-/2:;=>>@DKJFOLGIGC;99=D937;/$?EFBFDDKGDDDB8<8:BAA@=:9%4-1332*DEFKKH52;=>4553;1A<=;<=C@>3<@67/>>?>D.<+:,>EC@A?=B@@=A?=?;0<43036-77C=B?>+++5---'%%%'''/-76%.+3NL@FCFHC<4/3546?B@CE@:7:);DC=:@:21<;>@;8(?@?3%''69?@=40<>>?K@B+-/310$'&&(+'$$10.:;B<;9:8C?G@5@A:?B;>?@FIA9A=DED@>??8-#$&()*$%$)&.9>,6<<25:=>:==?A>??6;;:;AF;9(+1A>/)&.///.,'$%366--&1).'%)%$$&*+,'(%$-0100*1.32')%.--/1-/99>=:36'9<<@BBD>C:;?+-9AB63>?;8903543856@>=+++++&*.5448>DB;;7;A4A;B<5>/0,,:;755545?CCLNNCHGDAD7BF>GF?@6'-=9A=?@DOMI;239?D;8=H@=7=:35@922:2273443-)*025$1=>BDA>>:6*&%';??:94;((+:8762306?BC@>@A?CDE;AHIFD<==>@3**(4'):8@;77'),2487;88:<@>CIMCECCED<88EHEGF>;=&?@>C><@402-)&$,+2668?=<:;78)@BEC;AC-//GHI?=ABAB=A<++54@>KD<=>@B>7DDB>CA9;7;>BC=1(&%,0041$%&..883+*,,/:<<;?A>@<885<<>?ACMH4?=;>DLK=FGJLI<=@C5@E@>6$4,,+('#%()$%+*?@C??<=>?669BC?<<>;:40&*%&*-2:96;=<;:<;*3=>>@C?NMIGIE>D;=3=8509:<:;;FBDEF=<@?:+*::<=>=EBEEFHGA6??D@>>@ACFI<=>DABK@G>=8;>@B@>;9CA@;.-.1003:?<;=;-,-9434)$%002-4;@B@?DAC@EGDEGD>@C=BFB&6&;:=.02?<;;@=DCC9BHALLFSL:99G;>?LJJJKEED=:CF?@KID=''32+;@BDKF?B@@?BBACCAKMMOIHIDJ@7:DIIECDE6FFHHH@GKGAADBIIF@@A1168:=@:>:=A?=7>>:8;;5@?=%3&'7:;9?=@D@E::A9:C6:>@>?99;&&?7>DDD@A?*)+<57:KI=CBA@=A$<>>HH?9-)9:8FB98=<>C*&%)018&37875<=/+4342&&&00$(<<=><5:;:7AD24>=+-9?KJQ==2B@8;51113+9:=BDCCI;<:7:88=2CHHBDC@@BAACEEDFFLCGADHIBA<@>CHB??B?B=>CEIACFHHE?>HI>:4:AE@;294-''4')$2643=??BA=>@@78<=<2@B?A?ADCHDADG=43258777-CD;,AHA@EGMK=853EI@EBCBDGDFIEF5A=85-765CCB>4:552==>99:59A=<-023;E7C@670..2;B@534%9;;=BAB<:9EE9)('-+*'&(..36.+<@?B?>C@>5501KK7A95>CDGGH>5<8AD;%598ACEB85*,7=8>?FGJKHE@BBFA>CGFII=?8??D?AB80,),8:=ADF56?CH:EFGED9=:@>>700003BI@@<;/-+.9:FFGEA<6-@DDFC>GF8AC2:HKIIIB?@CD?;=IJHDFHD9>@OHIKG2F<>61'#'(/+$23+1;<:2*,68<=>DJLIDDE?FE?==A@=>9.'8DEBE<@CAB@@;EKPOF9D5BD8DFLE@A933.82>@A>2$&)*$**25.605=A4))>@A--2B?AD<8::/$54>=AFFE5B@?DIIJE@F?77779:ADEBA<<376300(./<7?A@=@;?7666;:A>BB@@@>AIJJFIAGIEFGIEFBAB=448=@AE?<;::E>>?98)%+/,%%+,),(&&3B:9==ABBGF;LK9BB?C6IKPM@>??B:@4H??GBJFAIEBB?7>98KIB7;KJJD@CFC>8=79>@BFF?<4>@@C@EFHFEJ9;ACE722..:CCGD<>>DJ:8=>>(('(*7>8DAHLE%*@AE=<+&7;5'%%$&&))(%&$+9=0%(;=B=CG>@BEG>GH@GFC?AJKKMOA?97AD1377:=;HFCFEEC>:CE@A;@,>=CB;::,#+,-47955+;AMGODML?DLMH5GDFDAGGNMQD>JIJGDNLC<>76JHNNFB=21FGDAIDC@BFGE;;@IMMSNEIIJ@EIG?@23((*%''%(<=@+BCIEI?DGCDBFGIM?GLPPN<=BHEFDGFGE;F>FGCBD;BCCBCFFEGFSOJKBG34FF@@C?BFJIA=7:=FEQK@>;@>DFDGDAEGHJHFEAFDAB4-03')?8.AD86;>=CKIED6FFIIBHIJHLBDDF@<.(12AD8?E>>;;6/@DEGF;7:;=)AB;72-35:%%*/1055;?ELF?:5448>;>>C><@7976ACACEA:C;6/3<<=C2?AB8>@DBHHGCJHGGG>;?B@9BCE@?@KK@A@?>>>AA>>9/?A?>DCGFF>DDEGJFKK@8+CFGBBEAFKJHEFADA=CJKFJKKMA@CC@=6@DHCDDBF?)?@@@+@A6/B@A>DBBCC??009<>?<:=8510@=;EFFABBB@B@ABHGJHDB?=94@>>932$,=;<,5/,0/02*999;B++.0%'A;C11.-EEAB>:7>>C?9>@KK8@A:CC9ECAGJIHIGIHACCA;>66BFA947,'37882230&7431;;DEBBA?<.'11457::EB@BB?3.-.)&#%$$,(*(.BD;B<-2(64698.9DIFBBB9>D9AEG??96<=?/C:B>3B?:?4;)AE>)-AKGJKJNJLC:<)%%3(%'%>@BHHHC@IGFGGHBD:FDHJJDCC=;;->A=B@A=>><6*>87--.:>?AFGEGGFB869?==;;A?FEB9C=;<::@CBA@?=;7A=9@EFJGD:>>=FCDE@B=:,6?BA@'0*++:99:23(.-4=;;<>?9@??@==C0/.04..11DJLNC3?32/2:<;<>57<::;GAIA=CEQGCCAII?AO/798:CAEB?@>DJJFECJHGHAECEA:?BC9?>@>FEC<<>EB@1&&:*(*(@BF@BMG;=@DGHNLMCAKLN4EE9A9?:2'8&$$&,+,/'1+02BD-;<:71)56BD=C1+.9IHHII;&&AG@;>@>DEGCF79<D9;AGBIDDFF,FHIGE@>>@DDEG=>646C@BHCFGILLD6IHIME@A@@CCCA8=*$///--'$$'/1-+66FFB?B=3))12=;;<=ACC*7<==<<910=74*26?BEB>IK@CD>;EDGHILG8:88:96-28F;;JA@@J8.1?HFIIGI?MJKBEFEG<;;9/&&:;:CGA@BC?ADIC>?@EEEGGF9?>7EHFDEFJ@GGLI@B?BHD;>BE<:91%%&(')-569=;<80-*/?C@BEEDJF619C==?,69?FGFGILG6A?HGF9?E:AB=BBH@;=B??:7=>CC?LLPF8)&=?CBIHHOH9BEC;007<=5-E@FB>JMLKGHHEDC9BDMLDFHAIK@BECLGGF>9AAABC;DFQNGCC:?@AB=9?;9C@;AFCHEDAF/CBA<884$*.1=<798.45?EJGA@G??=;AGG<:;KL@JH>BDDGFGI??EFEB==@IFBC@*@>@@E@($1FFKIF@BBC@EFF=D<@33'=@B@BBGD@GCC?2<=:>DDHC@ED9;A@CF@@BDD;=6@B9;=G:;<:6'8=?:>?@7:886=BBB>669::@AAGCGF?**()11113BCGHIHEEDFC@GGLL7CGJH;CD64/@DA?AIJJD=<+)4@CC@>CC@55B9*CFEGFI;BA;G?DBIKJUJEE<*(44/8.(()145;<868:B@A>;@CCDJCDGFABA,(+*((@B@:EIHHKJKJ6FJB>F>?>=:;7ABC;;@1*/<=620-%%&*,9$*7'%*CDD@?@EMIBDDC-*27<=BH6DD?@?,6:45:9114435==9&33;;BEFHBIHJI?>@DD=>??510/413*3)&'=@<9:63344528>=<:A>EFKF@BBGF;43=<>3&@FFGC?==A3@@<:JJ@<<;HF@IAEGG@9ABCGGGFFCHJKA=<:>8CECHIJ@E977@FBAEDHE=>043>?BA@>>D=@@BE@KGG49:=?=<13+''@A>?@B?>A5&&&084520.../.%+663'(5679>8,4BA??BC@B6>J@BJH5@@@A>F;89@?D;F>;>AA>=89:7?=A9FFLIB;DLJCCAD<=<(@;;<CC9<;=9488;EKEIFEGAFEAGMDFKDDGECC>>?=?@GRNHBJH@JHFBGFDBG?EE@>=6DE=@EHHGBAEE=DCCB9CHK9?GDAFBD=@CFEENKI?A???@C?HDG<@GHABC?5@BEFGGK@A<=FF<;@4>@;<@LIB;@?;A><3<;067>B;573;0+;:=9<=<:;79??@FKFE?@?AE@ABAC@<9;DNFB>>?6(%16DEEA9HIIJIF61(7GGHF>@?=0);?>>?@@=CA6;AC29;::E?D>8CFA;:CEECJGGFAC:GJ4==:@?))38=>?>A9:@BAA@=AEGA6843$%/9/?>=HJJI?AB=CA=GIF68QPC9;=>B444@@CB?7;;<8,)'(+0=7?<;<0&D@6)0344*><>=GDBDB;;>EGFAALMKGDEBJ@A?@<@HA>.DCDB=/=EDDHC8>CGBDAEG=='FEFG6>0GKEFLADHKJLEEDDD@DEFB=?D'247JBIGILGI;?ACGH?F9,;;;FFFDGJIFHIH5>=AAEH2>GGCEFGHRMHK@OSQLHG;89:2AC;D?I=;B97>AHEOE>0*23?@BBA@9@GFH@IF>47@EC=GNEBEAFIB4@HCIJLSQO@?19)+>FDONIDDEIHED9GHIKIJKOPPLBDLLECGEA:=>AIC??95*BCB21/;>2=+@>87=?BGGFDD50<>?>;9.4=:67:CB>JIB;8BFFFHGHPMKE?>@@@<57;8ABD@=1%1BEF@DICE@ILOMNGDFNN4/;?ECA=9/>HIKON@:==?DFFDCEEG;-0'<==;;?AAB@<9FDD9?8HJCFIHAB?+@KKCGEMLHA?5.CGFEH>>CB?BDB/1JHLO>CHJQMGFG>=KO8BA@A9DBB@=;::4%&@;@CD6ANNMB?6,3A@ABB<98<:8358;<>;4:<5++(-0=DG;?>;AH::BBB@?;-41509=56?9?@@?HIDAIH?IIKH>D?AAAE<;=<9BB9@?210??6+6<49BC:ACDD?A:1;=??:CCEB=;>=>?=9880BB=DDEECED<<;=5FEDADED2-FEFGGD8009;0.+9:8:8-,,>?8:278NKD:-+&4<><;:;;:)+,/<9@<=DBE@>A@;&&)DFNOEC@>71(1**%4>?>>;9E=?@JKM=>INE??9@?;9887;48<=?@/D99?E?8;887??:6666<<@>B?76'('+089/.<<<30&>=:C?@?(,72/67,,096:::;@@A9=><=9EA@@IHE,?;ABGE;>@@;E=E>>?MHJEDDFECEF96:8:+$%&+786@DKL@<=BENMBA>:+44BBGFQE;9C,()79:<<3459;<@:;BGHIH>BC72147/4128'>B;;>CH=CC?@GFECDDDHH?56//6@9B>9?<@;9:?F;@&&)19?@BGGD<75+*/38<<>@FJJID941.+++:@>?GFA1$$$/@>@=@:?HNBC557@MMFGA@@LOFADIHHCLM=ABDSTJC=JBJGBEDIKJ=211+(%,7@B;D@@FKJF@?5>?.EB<;9>8D8:72;<:=BABCAFFF?D>C?FJ@HIF98;?97/0?9@??AEKDDOB77;@ADG@=DHIHIH84;GHFIJCBCFC=@?GJFD29F8E;CDMCHE?GFD:>?7A?>:3..34*=>?<@DD831?<77576,-*(,668==>DEA@A-*($*8;@IN89EF>ACDELMOMKCBM7BJH?A>6C7<<;>;BFGNNAJF364.-**+BDE56CB;:CG@43/;>??<;<:DA9A;=BFDILIGA?6,C;BA:?4CE<=A>CEKGHI:?(<99;677?CB:5?&(:979G@=<;<@GMMF==@?>6;6;CFBH;9;D3=?:<<;@9>A6'*0,041<=BDD@BF;9CCFFH?FIALGJEGEHLMOJI@NKB<>KIJI7@>>=BDF=CD@4;(%9;5/++?36;=97/&%)8:>==@D@>9DF@>=@BEB99=:;EE4<:C;IN@A@;ACBGFB><;;8515,1&166:<><2)1;<,.DEE=@D9844ADFJKKHI;:;@@*,379BEDE?DCA>:HEH>?H96B:ECFFA@=2DGKJKH;>GCPAEBD@A?CAAHD@E::8A;A:A+14.7::?7E:9?8;6,2+*:9=>=@>DCAE?7@B;9AL=DAHIE?<9<=>?A@AHDM>8979BH6DFGBFG?JHA?592:GHHAJ@ADLMBJKNEIMLKIB@CD47FBD=-*('1@@IFK>9<;;=HAHQ>DEA?C@KDFIC>>?CCB:KKJIDIGH==CDLMBIJECFAHI>FEACHIDEDBC,;:DDHIHGIKKJAD7(&$#%12+6<>=@==@??::<%)'+:7;2AC@CB5568%)%&**.2)'*9=?4458967:?ACGGEG:>66/$=2/;:HHMB=C99<@A:.--1+<-@../)((-.37?;9?479?,;&@:<3EGACDA@>JKNG@AAA7+76A>89-0==A@=<9BDB?CGHN@MF=:CDB9AFG?@L?@/>79GCD>DIC6?FE<;?CBA??BA9::=?&?EE=6CEHIB=<20(8786&)&*.556F@BH?FE669F@@49=<<56:866AEJB9EIB<:>;>BFDFC?8:@@BDFFBA>C>C(+&$%(7=DDAAD967>A>66>2EKKIFKAKMPPI@<;7<-*?C??DGDB@@@@?G8AF>===2??69EIIGE>?>ACCJ;FIHIOK/;=?5?<551&*-?;>->87656.0)+ADDELLLDGMMQ@@LMDE;5BEFD?:CEFEH@=??:*>A@83577==>>@:;IIDB<>@GAGCD<:;A8>CEAAE8AAC?FC>>>0BCAI9H/-'8@AGD@CD=>;/:5989::?ECHDFDDEJ9MTMGF@N=;CF@9=0??BAA@A:D5ABC=>NKGJ9=GH;CB>=@BC;C<:>L?GBEBB<==?@:<<67:?<:??=058<=>?B<@?BEJHGFBC@I-?8<=<;8@99@DEJGCD<@BD3/$$%((.-1;<@3<<)5,,.>:68:BJD).KKFED321(578(B801.0BEBA9/*%'#%#''48?@>>===>AA?6?B=3:1:@9:;?:AD;BCED:*5@>9(<ID@DBD8A8BC=GF?@?@EKJAI==<.<3A=98BEAABA>/AJB;DFD;DFC>E48J@B?@79DGHC7?BFE967@D<@>@?>2+.3665:???A;902(6>>A:==A09:9BC=>953.56%$'*777:??@>8<5EB@AFACG@F?==;<<:IMONIEFHA:AEB@>;;:.B@BCE>@B7@BBRQB@71,<9=@BCEEE?7BBB?>>5GD@:/GG@@>///00.&2<=AFMH/E=@GLAIMD?>>:(9@AEE?*9?F@D<@DH47539<=@=DCF@GD:;:>BD418;648;><=@B@A>CC<.78><:76339;A?EJ>EC0D>?>?ABE=886+89;90HJCIGA@G>>?B?A5;9?@?=@=//)&&+1346>4@89>CIFAA@?>A@GHG275:9;=?@;?@@5JG@@B?04847:??<;762;>7=AB&)/5;99489=<=8??;@?<78784*'((&&&.123@8=7?C<<>AABBE;D??=AAAEBC=CFGA7:5=D6:ABBEHH-+>:?>B>=9.1;7;<=HFEBDAFDB65225'5%$&&754?;FF@1A>=FA3;AFGE6@A=414HFCCA>BA<<>C===BB<30:9:0;9=>BG>EBJICCB@B3::9;;<**69.-.,9@B;5;BFAH>IIGG=?;5:85.866?:=D@<6:AAKIE=1;KI>59DEMLLMEE?@KM;GF?+-1;99+**ADF>;+2=?ACAFJG?KKLLFB;479;;;33;D?3+')+3419A;.1,)+'',888:;:6??<;;8961)$'%$60-8(&&+.))8>8>DE@<@C;:@7;::21990,/DE@?CD=JMHF>@@CEA::4EB<487(&%&)4(5$3/..&(3-/7BD6.7;@354:6,1,;7>=;4,,)/65;8AF;8=C8855)8,3/506184;7? 98BFB:@@B/DDEDG@IA?>?911(')@?DE7AB;>;@<369879%%(9?F72?97=?:20<9&2),,457;<':41=9+)289:;&%0030,8: 51BJJL=DDB=.964/6>67@8((+2('%&'/328:-/>76%5753((&('*#%,$$%%&-7;;?<<==>?A>E>+/'&$%***599:6-)1'-. .0)**/$*/23./??DB;>/9).-,34:6%,(*)&$$$%&+2-2=@>@<<9$#$''78%--.'&%,$339=>>C::9>A<>7:=>0.177/-7:8 894609/6:786-/.45;=.ABH?>;ADA?97<;8,0874:=9553207597102(7454;5'26(3533=?B==+$+&*569?9:?>;1:::86 @<<26:40*186898A@9>:@9C56>91?B@@((3&2)(-1%&),'5+.)%%()227002,-013%%%#&01:91.1/0*<:.-:6,;96:A?;. (3&%52474,$&4447+$#%'*..*)(-((220))(),*&,(4=>A@;=?=79><-??@>89:10/.&78$<52/*-489<;:??>>?B448CE> 447++,.2;>=8;CCC9;07.0*(*4493559&),/02;>:9;=:;>96>;+4&4<;3858;6=:7B=:6=**,-21$&%:3?'**-8:0<<9;8 94(158:&<47@:44;;,*5,-?B>?:-8/'**,%(,&&&%&+-*)&'$/:;=;/-)'&%$&%%%'))&%%%$9;=?>>96''+:9) $%>946,9B7E>800/&'338:86,&$016/,(5+*++,-//01-134579:-.05.-,'&')-%'')*-23144.63))()(+2<8@>?<0(.8 ;;0&/,--/193459:;9H??CEEA>48&$0:==624=B$:?:/1..*4BDF?C;1.;?AA?2,0=932/282:B?D8@6&9:@@EEDD>?<=40*'2-/.150554&=@A=B<;8619BA6;<:=:65656-)(%#%%((((457><9=167(2324-,3%';==?B=>B0:933385>53***'&$'--9>98:??=:7AECB?@<>@9?CB<80@5>C=;<=7=@?::>?BC;;7;8/87=0.((.(*//0265704-,/,+%''&'-*(($%$$$%...*.?>?:5<<87::33&(('%**(&*+-;<<><:0.2'757@?>7(*5%149F@CB9?@:=<>:?5C?)37BGF6=:3$.>2I7=DC:9<9?><0)'()?,68363>?=A=9@<<;<>7'())'&&'1389<<894698<+0EBDF:>@?9<;><>:98*))&%')''$&+123*960<:5228)&8;<;B@8;9@A?;=?A;7:9@FFD9=$$23359:?B57CF>:=7.45DADBAB?JIRNE9@??<==>ABCJFG?A?044:<87@BC@8@6(&)8:=BC>A95444/7;11.4,')&&$&2127;;E?;888+42-5(-09:<742*%%(%$%%*/2+65(((,5523;2-+')-*(3$(98:%820)+'*/;@F=:<>8AAC=09>8:,.(.)(38(%%'&%'%)',4?&&;;9762>?7;AAB<@AB62<:3/2.03=8;:4)366,142-10,$%1?+9522&&&&&'%*%()':1@>B9:60-6769B8')(1?;+*89<>@;B8<5&(06149881-:768C@=@B9ABCE8/213'3%323''*')&%$++358:@B=>38==<9=@@?;1C<;6?6&'$$$%$+&;86&%+),0.-.-:8AFD868>4$'5:AA@3<8@=?680<699652(3668G@:2;?@93@7,(3?@:5@776%%#'3,1/-(54-5/.7.?6%%3636CC:>CA?=89()(()'*+3.@:;8/.&,/0:017D=/G88:-=>9;=-:CD@>8<;:%58/)-2659+-9;==7:=;0-++5+88)';<@A:)1-5;4B?6;.3(&-:9=9@99;BB5.-2,3448+.877;84?:+.:;=?A8ABC=@EEC>*;;DCIG=;@>7:AC@;D@DH8GC?@HIA@@7%3-869?@<>GB6AEE@JF61,*86?;@@CCC?9;63;>0654*(,795212+$%200-5;?=<&6:-)((:;676.(*.68==>@;A@@=@B;???5863--)$$.%+29?=CD98C=?49;?7AGE=:558;CB:*@C>681&*/@@@;9ADEHEA:9?;$%=<<74>CIGBA@<7?;?:AB78@?;@;(,1AA=;=HBAE?K?:;A@?622%%&>=??><>?8<?>7(&33.:A?82<=6:<;5-345<=<8.''33AC7B<;678<7/).01223*((&&,(/-%%(1=C9;C6F=C4?:446:?=<953,-,=6848-.-49;BABA6*;?B9<8==9:9798546724,1.-687&,39;<89:6;31/3ADGDCL:L>69:8??@9$$'%$(785=:<;;;;9@=5;?>9/'2:D;9?A?FLJGFCIFCA7>@9=86;54:989;61(1556@=BDD>-)0=?C;D?@C@@B>;=?B?C@>?C70677;:/EC::5;:-.:=::851.9;:;:46;7;:4411'%+/'11633-=?A?=8876+,6?AA?477GHGF:76?>AD>?FGNLGGC($62,-8;643236<=;7?<>GFF));2@B;;477>E@=@B?BCC=3>??>733:>=6.9C @SRR14011045.56734 fa48e2a7-8638-42d6-8f5e-3cb02dfa5cd8/1 ATTGTACTTCGTTCAGTTACGTATTGTCATCATTTTTCAATTTTCCCAATCTTCAATCTGCAAGTTTTGATCCATAAATTTTTCAAATTCCGAATATATATTTCATTTTCGTACCAAAGATATTTCAGTAATCCCACTATTAGGCCAAGTGAAACCTAAAACCGAATAGTCCTCAAAGTAAACCCATCCTCCTTCATGCATTCTTCGCCAGAATTCATCCACGATAATGTGTTCAGCTATAATCTGCACAGAACTTCCCAATATTTATGAATTTTATATATATTCAAAATTAACCTTTCTCTTTAAAAAACGAGCTATATAGCTCGTTAACGCTGAGACTACTTTCTTCGAGTATTAGATTTTACCATAATCAAACCTAGAAATCAATGATCTTGTAGCTTTTTTACCCTAAAAATGGTATAATAAAAACAATGAAAAAAGAAGATATTATAACCTTACCTAACAAAATTTGCGCAAAAAATGCGAACGTGTGCATGTTATCACAGATGAAGTTCGCCAAATTGTGCAAGATATGATTGATGCTAGCCTTGACTGGGAAAATGCTCACCCGCACGAAATTTCGGCCGCAATTGCTGCACCGCAAATTAACAAACTTTATAAAATTATTATTGTTCGAAGTGATTTGGACGATAAAAATAATAAAGAATTTACCGCTTTAATCAATCCTGAAATTACAAAATTCGAAGGGAAAAACAGATGTTGATTTTGAAGGATGAGCAATACGTAACCT + )"$#'$4681=CG=9?EEFCAF?@9&##&$"'.9?@:69;=G?8$$$;=HCGBCBDI@I@BCE?AMJABDF??AFOJFJLOM::@@IL=1)/)$&%&44:;<=BD:69KOHIHCBFBF>CDD=D?CCE;IEMHEABMLLHECDEMHFGFF>:A5//?=AEICKABO?@HJ6689@;@JCEB>4,+@7B8HGFEI=?C@=BC?=C88+00$%$#&$(02%%%($$0:;?@>BF;>B1ACHKJH=CC;899=;BA9:FHKKKC:<9A>DFGFFJJCDHB01.13.+2/4/+/><@*EPSDJG?=?>--0BDEC:34-,+A<;2=@9@A@A56;;E?6446.;<<<1*'4576AC@==?DB?@A;8,)*+,+:<<==?@EC=B>?:9;?>@=81324+36778C>9;BC7BBCAEAE9<153+)(-/-:68>>>?<@@?@AB@IB6EA7G9ACEHF?ABAFGLKJBHFE;9><-*((((223569;@>ACDBLONGGGDLHHKIIKKLJMCHA57??CBB>@GNDFC:8;?7272--.03<893856983(,,,;830&/&)*-$686*2+*2723;>A?>B7DGC>:=@@;::;A0;<69?=BC;B==NPKFHC@0?6?@%;>;<:9=:7AB2F8:CC?6+39?;BE<5''7198;;?=:8<;=;9-/54376;*%(**--,-1;9HNH28IFIE8;@GD@KJD?:68(+.-83;<D>>G8FD>:=;/:AA@?FDF>G;BBACBCB1AIF:??H?>;@>=<:AFFGJI:=>:ABC>CGLAHHHEE@((,218::*@;=4?BC;;?=<=?>@?@/*(A?A9=BJJ?@;A@<<@@<:99$&08<>>*496574930//00,'244=>?AHIC9<9/2=EBF=;56*+778=A@A<<>CI?@;<88>@BAA+8$''+9656(%&*0.)$'$-.36:::?=<;=;><8@@=CDHFGA<:>@>=@BCA@A=<;88:8915:HB89=4=>58?@<<<<=;=@DGDGB?HHHE;GBAG>DB;A<;CF=???C?GFA@FIMI9:=F@<>@?BA=IFBF<@>=B9AC=GALJE4?@AAA@FF@BCFI@6656:3.2:B?EDGBEEFIGDFI@GF:?KI@KI>FJGLL=BGGIHIG=D:7@LI;DDHHHD=?DLKE*B=DFLJA@AAKHGDF?EOJDCDDC==DED76&*@@EEBC7@=?885@?<=DB<994122CBKHDCBA;99<.,;634BCDC881+41531);>=>JGBB6AA=9-;@ACHD<=JMH4:70.*&89993?@D>.)>ABC;<7C>FEHF8CDB>;=<5)0:;;:;=?D<=;;7/:=?>C<9:<<184+.';:6<::;)*)20'&&&$*).03462&&&:<*$(+31GDC>7;:ADFFB;>;;@;++%272131/0+97;CH>2>264(-:===>>69@7<889&63<=68A@IIJED>A5=?ED?2586)ADAA7>>EIJFEAA89;AHE?-1@253220/?=6>@?=CLJE>5.===CBA3';=?=G@EDHJIAB=GFC=DG2D=C??C:<:CI:?=LG@,AE@A88(64*-6:;6AB=54--:-*,%%%0>D<=BC>IGCCLK?EOKLHK>/-.1-...%3=BMMI?=56CDBA;B4CADCCEEB>46BA@??GJKF@<>?DK0.341;BB5A=D>@B@CABGDEDGE>%**,+.37>522&DCCGBD=AB===?<@BJIB=EA>>DDB*3@=;;8-55*%&&.2>>>26BIBE?@BE>?@>;A<9?=87H?A>>=>G774@CENFETOCCFE9@48@<<6+F;;(0(04:AEE;?AB>>F;>:5<:=%7(99:>0A<=?74*&998<8=A;=>>8>>/77=?C?=@HGJKG@%'?F@D/006@AHGCG?CA,1<<7/13)&$-59<@>CB:CIICB;10DD?=@>3111=?=?:;9DC@ACB>BDB@GA>@>JIA?0.0258400%$&),430-3/+2**/8:;A><<:5)*)79;<4-99984)*59:8A@A>52.+*-)$,4934078987A=<&,..089@A:8*C<;;96<<92113CFHBFHG?E:D>A?@>87@=>><(&&&*8:>A?AA=F=EB47@<@=<@BD=D>>FC<+3@1=;;GG?FIEAG::;7?BEE<:8<8//:///%,++45;436=B=9>87=JJ=6:>8B5>;;>@F@6=9C>>CFBAHGF;@C@GFHJ?@BBEHFEDIGCBMPOJIDBD@BGG;?HG=;478:<=A>===C'8:546;:CFHEFCAGDEE9<;:DCB9?ABF;NNF;?@GEHGK>51??C:@?CO?=?MJA4<2>AC81>BACE:=BB?CHKACNIEDBE=?>978.1%$%%'*6/$',()))%'**').&%'&,,))$%%$%###$#(&$%$%%%%'*-'$%&%$(+&&$##$%$&#&&&(("(*,*%%,,%&()$%''$$,('&1*-(*&#$$).2.'&'-')))%%%$%%.-.&)*+++%&*)('$'&('(334@HG<7*8<;AEFEDC>:68@CA:/1+<=/>6&D@=;?>BF?FLFA.?:DDFHHE9=?@:@8A=BEMJEFFJI@2.,,6638:<>=EHHNM;4=8;>?@G?<8?DEA@A==>;=?@EC?<70;;>>>>=9B<:AD;?>BDGLJAF64--(;>=AA;?;H<8?>:8=%8BCDCGB@H?2A@HEB>=19441/.0.03<=9D5AA5:===;;?9=:C7CMMJ>=GGOHLLIGEG@@@2D8C=?SOA><-;=>AA53<<;7<=??BCBKNLLMMGB;<=++=>;?B8F8KPIFDEGFAJEBC<@A?=AGDBD>LB@@=;EH=FDDIDHGB@K?JCHGF?@@FEE@=@AAA01=>@DFHG6:;GDAE9<8880.--,()*-<40-=>?@@?@A>?2/9:::.0;/6;>A@FB90,$#0/..1;,8>?B>MNKFFEG@7EG??>((49E>@GFB9<=CEEDDH<<=B55>>A@EGAQFBAB@EEGJGFC@9)*6568<:<:8)DF;:2')%&00(ADDBGC@BMMHG;:2:100(,*2:;>FBBC@IAEBCA@@BG>?9?BCFD+)4C@@DEH=//1DADD-<=D7=DBDFH??FGFHAA9ID@@BIINJB@J@@<@?@<=?A=>:C?9C;==>CC::;HC;;<;8?B.3():=@;5067(44,'@MEEC9<>@>@AOH>ACFK@IICICC@?BA@A@>;86@MNEEP?DLJ?A+DBBBCE82;<=@HKB@@?@>8CACA=@>47&,,03;;8BCDDIFCBFFJ@GC;61,(9@C@G>NNJECD96()(/-79BCHDHC@@@ECCDEGLADB9B?57C>BFBDDELKHMKKJMB,?>AGE69:FF=@:*4,--$,,/11@:AEEIN@EEDF8:;=@CGHDHJINEQRAMLIF8NJF??>AGDA:7/FFGCCE?DDF9D;>@>JA7<;/BG;7KK;>9=A<@AEJJ;26A@<:87;2%%8:H;)<>C>C;8::82+/-*7;@EJ>?GCGGI,$*+&*():8:6:;EDBDCDBCAC@D:OIICMBHIJDICHIIIG1:>EKILJKKTO@@?@EJ@FGCEJC>DAACCAF-.E888<:A=5.2-+--/;>FCDE@IMNKDMJLHQS4915DMHJLEIF@E?D?GIJMBFA@AFHGKGKL?/7A@8??<=C?BDBDAJJEGKKCCIFMNJGMG>>CCE@2<<6)3?KDC?GGLJI>IIFA;BDWSOMLHJLNMI<79@EH9AA@=@JI@DGHHABKIGDFCONDHBEEHGHAA?ACD8;<<:;/&%&)/(-C;CC@A9LIG53ADHI?@CE<=???=C4A=?GLIDEHF8@?EIHIJLOQLMLGFFF;:ADGIMDADHAGGLJFCKJG>HFGE??KAI@?BA>98:@56?HLDM?DC=;8ORLGC>FGKDCDED:9=@OKIGIJDG:3E<(553<:@5;=872,(%))8868AC@><?4/-0)(*18>1.3074(0<4>@?B1A>AC6;@A:;82**$(-.;=AF.49<::@DEKHJFED?B=?=9=93(-CAE@?D55489=43228BFLKLPMJA@?.+>@B>=8@C?;>@EFGLKLD8;<:,6.7;;.:=>=;:=;>?@=?<=?D5?AF<=>=FB/8FA.+6<01155:??=94+3973(''$'94;EABEGEA<:<>CA=9;.2LL?BB?I>>BDD7&%%'*)7:DCBACG=9;FKAFOEGCD?:DED;6(>7BEIHC56FCGE;4>>>7;569:>:99),((.46=>@>>6>KKI@>A??'@@AKMK=E=G>>=5>>DB2??>@49CFJDCIJGFBAEEKD4=IFADFGE=I?FE9B>LKIFNNHJE>?@<:DDCB@3>F>GJAC<IEA9>HHIIGE>CD@??BMHHFFFEJL???CEH=ABDGCDFEF?G?@@>5/BDGBKIDGB97@FKH8C:8389C=@7>9)31)68@=GIG<<>>IHHCDB6BFG98234@B@ABCC@5/>BDCGLNI>?BA@<:DJFGEEFCAA8/CDCEJJJC<78>B@B==BA>?AIEFA>A>AGJNQH7J@DICCDCFACDB@DEA;I<>B=>8DCF==)EB??>D;AFHFJJGJDFID;9762)=@8;:.&('+5775763>BCB?:+(/9;=BCD<,)0/,0==EDA>28?@@?CDCAG:;?C?EH;B@6AECC19-;HIFF;D8;A@@E9/&/5-++-/551//7,()*;:<0*(=>CB9BAHCCDDEB@>84)))6614::6,:=?CDBCF8@HF+35:9;'&,%#&&+13333@?>?@B>?,@?8A4=ABBB:AB?@HILNLIHHCC;75=C>BKMGDE>A;==8?@>B@>4C:;;?>BFFG<<@=>?DHHG>6;:7.%$'%4=?@ABD=86>>9A:23'-84**.((07%714.-&--&$)(1*05<85:==B78)),&%%%$*-/89@:D<@;'%%'%+$'%>BB>@?BEGHDBAEEB=@A9;9;A@>>>==8BBBGGA21<>@EFKH@JG@?DD?A>E>;AB109-@>>><874+,0:GH7<@BBDEIC=GNFDE:0-/8)2+.5-.+,/A;D>>;==>@=/9/785+'46EFDCBCLIJ@CEFGDC7@=$4H>>AA>;@;;<8@AADA??5=>8C>C>=?>(&&=24;;<=AD@>JA>E@BHECBA@CB@F@CBCHDGGKK)&:::CAC<-,=HINJIDD?BMKL79:>BFEAC;DIEDELMJEBCAA9??36DE@JGEA?CCBB9-0&)()*$$$&&$%&'$+-+-/)+..:/-,-+5804,-+)&*22336@B95B;=A=;;E:=F977DDKHHFABDEGIJHC@9/;9A;@BFEEEA>HFFEC6=@FGJEH74;96:EGA=@BBCGIIGCD?;;EBCHDGH@A>A@KLMLIB@B?<59:7=5<1@BC@?PBFKLGIA68>=ACAJ@FEEFKMJBACHFCEADDDEA=4).0006?GEDD>F?=;=CAHB>B6C,'-ACG?>DGHCKNNMLQOF>?>?@AEJDDKCHIHE@BA45:2(327LNEHG@;AA,>>A:@=;<<8AA?:181*''+(@CEG??BA:1:;A&E?BF@A@GGFFGBEGCHEC8:DFA<@ACDD?@JHOE<9<:-<@CBEBOMKHKKA::6?ACEGMF@FFKHEB@95:EJDPPBN3CF>26@DEDE@>??AD>>@;=BBA57?HIHB<@@ABJHECEC2@G7DBBMFBCDMIDCD5;7@@CGCGHHGEB?9&&=9-/9>ELCGICCGCQNIFK1197>977ENMHGIF?@;74%555%%&$#$$&#),>>=<49&=@BDFFDIL>E>A**.0/(&868AA@ADED===HAFE@LMHHFJLOMHB?GDCDB:80**AECBFBFDBDGCDJD<@CE?8>?--,-/5-.9&/&//78:28;8EFLEDD>DEI6?DG=(PONA>@C..???>1C9?GEABCBHGF@E90233++>CAA972*;:5457:=8:EH5709;7=>6:@A=DFIHFMD>ACFD:D?;<2@BD;;>:CEADJB'?0565*&&&&&)>:>:=;;=??CDCKFCHKA>(>8=C@@AHJ@EGDCEAFE69AD=@;3/3822+'42;DCCIMJIGHJIIGHIE<7@?8AA?<65=@?EJ7=FHB@8:=CCC??CH?FFFG3>:?:=BCHE7?AFD6FCAGFHDOJA9@EFGHB8143.+4)7*00##"%%.06:BA<;C029@GL;JNDFEGF@%,<=;CDBIJNLLDIRPFE@=>DB72@?@@>+<8?>ADFDB=PQH@5>>;9>.BABB>@BCGRLJKFD=2.95;<=IGE9BA@A=''97)8?>BBDCA@@''??2=EDBAA@:+?6<>CA?DAC@DBAE=;BHDFHGBGFFBDEDEDGGG?;:2(*-D??FCB@E6E@;8:;;88221::0,/(,-.64/1#%$'&%+''-/7(7684ACDHD;6?CDA?FC?B?2ECE?4<@=?BBBB>F?EC@AA@BCA@A5(9;E765043*1++'%()*'&,@GABEADE=C41,(39:4393254<<4=81:>?KHAADD0.===,+)6878BCC<5-;>?E?<@<9,55:>@CC>;;=?:C<@@C>AAIGHDEG@*+8?B89??@CACF@A<;:9BC86>GGEC@EK?@ABFG<:=FEFEEBF5D33$AACA>BAC?@@BDC::C@ECDHG:9CDGCDHJ:=GB9@A>9:9%343JJLPPCBHJHF;EEJ;CHC=GHCDAHHFHI>DI?BFFHF8;IEC?,9HHDADCA1=B?EB>=FCIGA@GBDDGHF@JFBFC<?=AE@?<>BD=?CDFBGIJ:?<;1)1.0.2(3<80&9:9HIDHIK<EDDJLRJFC@@>CD4@:9<=?AA<==LKLA248:B@<=?((+4338<;623?FE><79G;@HGB;=>;ACDA=BF?CDIBHOF=G@@GF@;=>=:JID?BE@?$&&GE>BFBAAAFH@DGCFEB>:=B>6:9?A?>@:==ADEICC@>>@CCD>=?G@DBGGA:>BEDDF@?BDPIAB:@=9>@?7:86?@<:7,(59:38<9;DIH>A;AC:;@>9=<>A2@@>BDDBFFB)658CA:@L@@XSRLJBBEACL>JIGFFAC:?IC;BAEGGHHJKF8C>A@B=BDD><>=7'-//-;<;??BE33:+>@CDHHDDFE7;3-BC<98BC?@9GDEFEIACFA63%'/07=CA;@D?>EFD;@CGH>?D9CFC;DEAFF<;<:9:9IKHKKFDJKKIOMD8=GKJIINONLMJJM=FC@>??B:67>>-46@JIE8BALL[VGC@?DBFEFEE@CB>EG?>AMKDGCGJKIEDFGDFDJLEHGHFIIAA@@I?FFG;/15,@?C?DCBEDCB?BE?B=:;<=;:4;9;DDADDF>=3DBBCDCEGA=>CA=>==@CCDC@BDCCA:@GDABHEDIGGBFGGJJF7<<;510:FQJCNCOOJJIJDAA>?=OKGI6=>IAADBCCICD?LL@LMI79IHJ60B8><=ECA@AAEFDDE5879DAA@C?ADD@@@>=9E2/>>=AKMNNMJI@GJCKG;FE9>=@ADBC;.*CE?EGH=CD;2/7'%%&%%'-(-,,&'5447<<;CDFMLC9;JIIHDEKBK=ILGJPIDGMHJHFE9>.,.(,;:<9?:;)(/+'0)09@EDBBC67@==?>)&'::;=@>0-<>IJGFC=CAHNBDKJJIBDEFDHGGGFE<8557?BDA(9HA>BGDAD>CJIH8?B9?DI:=>B$8>GGIFGHFAGIJHOMFHNJEC=KLJKFHFGIMNDE2EDAFGFCGDGD8AD@DKL>?;DONHGG@BE>>E9A8B@@IF==BBFIF?BEFKILLCIEB@HEJCCNOOHKJFGGAOBAEHCHQIWTLGCCKK@;6>DEA@?+7=71%1;?=61(((&'(/.$,$#).2:::B;9;C>>@@CF>&(;:;;DFFEF<@?FDFCCKCACDHVVLLABCGB:GHAGA7%,79CF?*()$$&%45=.8==>8%;BCFDDEDCC5@CGJ6BHG?CGFC?;6ACB?4237EEA5;8IID=?788B;(%.4//@BEFFGEJRQNJGHHFAA=IFLA=1323-+775.0)&'%&&.9&'.57:=/8;42(15''&+)43EGMAKBCD979=B@A:94%%6:@A@>,'99?@EDIJHHFOGFBCKGBF=8BGFD:=BFDCFBEF?B@7&%(/:6BCBCINHBFGCFHHJM@MLIIGCEL?@=CCADCDDHGC<30+<;<;8ACC=>=;<310-01346:;9<>9>DBGED@2,)&*62%/.51<>>FGJLCBCGAAC@))796DEEB@>>B@ACKK;AEGLIAC=FAEGGKKEDC?CFEGE6GAEG:5AB;:*&'3',=BD?EF=D==DKMBJKCG>?CEADFIJH=BE@NNJI;GPJHD9>EG:CCFF>DCFBB?8===BE:0.-1*/'5+(/*3&0(%)--53:46%.(-..0443-.16::;<23@=BFD;=?HF>;AACIAEECC@@>:B@BB=<===5,;>AAAC<=95+'559;96=4=>?<=>711%%6<<;<9BHLGNF=??61=333;9?52>??0A8AH?AKBKFF@JDAIA<=EE@HG6@BE<034;6@<>:E?:<=0))$95<>@CEI6CBA==::79?6;F9?>?=D?@BFFHID?EGA6GEBIF=BJHCGABIMHHJCFHE>IFIKLGEIGKFEIA78;EIKMIJCJCDDGGEDGKRPOKHIDEE67-B--9B+42=>79*<9-.2:89<<3'231(?502&&69DC=HHLKNN@D98>EACGGFI@:8<=BG=C@B>?G?@7:=A>>B7)+3;AA<5:;55I?IJEFJIFG=:('''.-1*((=BHHHFAKMFEA@ADFIGDD=:01+)5556*:<;782--/A@CCDC=@A=>875..*;D89EE?G>WURLA=@GA@?;<@@7G@=0-/.60?123/&459;@BAK@BA?>@C?BPFD??A>;65642'')9;<=HJCFA?=&><)24CB>,1((++/(,,'.68;@;793)+7:<>4./-3C:4>CD?$&)EMJABAEE(+0;BDCDE?;K?EL>@?9=?;87;?=43IFIGECDCAHMFK54*./<>=:/7<=EJB=??HEFKMIJG>=7:'=?ED?-B?7=BD;8'101:?9A??BIIGFA>=?CHGEBBHGIPORMKMHBFFIFAFGHA>;=?=>JLL>>>@D=?DB46ABIIFEMDLH=.35544@CADGCE::??BC@?GB@??CDB=F??.>@GHEFBECHHEB>;>;(8=E=BEIFFF;?00DDEABG-'78954AEFGJH:::23)BF=BBBLODCEHEA=2@FCB?5536DEBFF?@I5EBCKKIOMJFECCGGGPJH=BIHDLEOOFBBBB@DBHFHC?GHID:2;@EEFE1@84.,(55/).*7;46)<<7B25,?AA:ACEBDGF=9GIDH?=CKJHGG@?7>;DBDFCCKJ=HKD9DDHMEGG.@=)EJHDECCBA?@?A?G7CDE=:>;>?ECD@4/+%#%%%&'&&4+**%$/+.-:CEF>=:>=;DHA@>@HKEGJD>8@LL@=CB=>BLDC:9DGHECCKKOFHII?C?@CE>EBCHICGECDBEE>=DIIEKGIQJFC9+;66;5@EBB>CHG@A>BAC<224608?HLKK???@CFEFDBIEBDFC=9A756:31@;A@?;02:=EGGCCBML5888<.,/+7/;98@?46BDB??9:9BC?FEF>CFG@?AGEIGMJFF;>?:;89;@4<9<6>=2:6@@>ABFIHFJEHGDGGECIGFIIHJB?CBAA?DFGFGE9+8/0-88?GKDCIKGEBFKRSNIMAKAP=;??GMLJ8..(>HFIKIHKE>@)(4AHMOMJBJPE@CCA:D>57DG?CONPJ@=I??@;E;I?77>9CCIMJG?3JPPHD>ECDED?BDD?GCD?HHJJID&'&4B<88='3C>0BCCJM?69::5IFFJMI@CE=//$8).-7547;;;;CC=?FGHF<65@FECDBC?CLFBBB346??@?*11440-4::>@?<28A9AJGEGGBIII@?AIMGIF9@DAA;C=>9:8HGMK==C?:;;<:*(=>?GB>AEC30:>;;?AA7(&%'*,:6>?-:AD@>?@??@;B>??:9;9)$%,-53+)(&.($$%%19599($06775><=?D@=DBHFC+'':940..499+-1=BGFE>>FH::9655FLPE==8=AA?FIC=<4';:;C9:==/(9:::A?..?8>A@*/39.'''&:53*+603?3CG<7BBEE@EC5:AIIFEB>HLE9:=A@>==?CHHIGMH@LKLGFBC4/6:.$$##1684348929?@C@3:5-%''..3121')'6;0//-59@>C63?AII?7JKNH?@>?CHMEKQD;<=BC@;=.,%&&'&+-.&&>CKL@BA:.CIJLIDCMTKJC@:E66<=CB?8)&&'&)&668410005/CAEI=BBCC?/=?CFHJFCA@?@:&'==KIADCB@IGHH@F==<=FJA98:->ADID=3ABLGKA>B@>@AD=?9>++.?>@C?668947789:;CA=@??32FACD.CFGEEFHG>AC?C?BED@:FD@3)6437>=32;;DJMBFDKOMD?CG@=ACLQPFN?D@?EL>=EC@?;<>>8B.?@4777<<=ADBDEB.B:<=?ADLKBMHCEA78879448=@>?EDFCCD>?B>6<==B@DFKAALFBHDKLHE9@?FBA:=:;:==;;:;A@?OB@C8638ADB@ALIE@2/A;:?;888GBD@>B>9@>@;:;<57/<299?8889(&:BEFMJLKCBDADEA=@B798BFHJDI;/+97:>844AEHCHHBFORH>BJJIACDCEEBCKAON8==:)0%A9GFHB7>;6446.113FGFEHFBCC02C&&AB1D<>;887AE2;;JKOCDJ99688;C;>@?=IHHLKMJHLNMK?)BBE/6)3./.0.@CFJ?D>;?,11<<;::>FFEA?.9;:4;=44-8EOSDFKDBBB<@59@BCGK@CB;:FCCDJG@@7*1)9<=B/AB?DKIDFLLLTFCDFA*(*-?DGKBF>=2>?>9JILI>KKE>?EFBGHEKHGKKHJE<&81)**=IJFHPBBELLJB@;EG>;5DEHLQB@;IKFMOA?GGDGF>IJJIF7.*A=>DIE>HCBDGIFGJKBDE(51)0020056(3HHJ%%451499521689:>AIG@>ILCFH?HDF?;9FEEKID:OJH@EIJJFAENLFQJTRE1=FFA498F7DFFFG8+BB?EHEADHNMKFDCOFJIFDLNJ>CEKHNOKI@KDB?<:98;@HKB;.079=?AB:2<:88CIJA>>>9AEGGFGFIH3B>JEPMQOEGI?FIFHOLGE>@F<495/;@:FBHALBPQPQDJM@-EBC@>EHFEI2%*,;4GC=.A>@AA9%':4<@ETJFF=@AIDQMAMLEBA@;::2--)))+2:210.7:7,2>=<@DB=>?AHFGHK;H@B=BBAADOOLJBFGDA9:@;@?>@CFCAA;>ACFB=0021<+7856.&%(75@A=ABDB<.82/99**+:>>::0.,)$$:9=@CGHBCHFG?;46;;<%%;@=@A8;>A==EH@FHA132@>??@>CLD@6325@A9:5*/-=9A<;>DB<>;:;A=<>B.997865,&#*)060?ABDECEI/&0$(9<>,>C::::8.8866-2>:6:A?@@AB@B>6348>A@DGFFG<@A7:9:@D>CIFCB@:9>/19@<9B?4*/2?CAC4<=B>:D?BB77DGED=?B@FECD=708=:8697:ACJHA=;70><;;,=<=>4*&%&8>94.&444?;A9==8=<<=9+11153::<<=A,*8:;>512766465;=>DA:DEF@DNGIBIHA@GE<<..>;A<>>:=*A>6@>18894/0/??==+'&&)7+.1-6;6=@@>>@?B@BB1<<@?<CC8?/))+6;CDE?46=D9C<>;B7:748::B>*:;A@CA==?@<;(BD>@BCB?@@><;9=>ABBAA69@;'.%/2;6=;>A@=E898:=;1)')6<<239879<241:9?EJIHAB9C?CD>=HNKKI945.=9@>CCD>=?5=9#&0A@A>?A;9:;;:;==B.(DDDE8GHG>=EIK,5;GHGDE2)+(0>AEE@9:;43343989:AF;2579=<0%(:??=<<=8@BD=BC?0=?;==:=;8@ACEC97958=;>*6=>922455224;:==B>4456('%#$%&&'$)'($&'0110/-6<;A@=A@6*??89:>?DFJ<6>C4@=>AC@AFE<65;7:,459;568?==46;;;5:A?9999CGGB@ACF@@CDDB)$$?B??CDE?FIIGBH?MI??@=>76ABKEBFB>?;BD>@@;8=?@@?68GHFAC<>ABB?<-00:<=B9:AADACCJB??F>?AC@@:8:<67(;6&?@C?7=DC:9>>@ABIIFA=GB?D@G=@@CICCI<8;:<@@>DAB94?:?ABD?IBAA;DHDFGGHJJFD<@A;A58;;?=B685=<46:CJFFA<=?@<-(*)+#%/1=>=97;D2>FD@CAD;55,3:<A@CD@AEA*@@@CB?@C@D@/8AB@;?*%$&&&&#'(4013156:@BAA??==;???>-7?@@AB@BAB>@FGF<8;FEH:5@DEGMJF?GA>?@?>-?EHMC@9C>HIE=@;9JGHE=3,,?@@:A9*-7233;9>CBGA;HE?B@D;=>?@E)16D?E<9486B:;.@0('0002<=:9>::./36AANDGAAE@8=?HIFHIF=EFD888:?EE;EAFHKMKFKEDEEEC=@BD?=?@=:EIGEON@F;8BB@>=?C7>>FEA><=>GC9:976<==?;C@<5:HINNFBBEIKHA9;?BBA87)BIJGDELANKFADDFD>>:7,*9>?HLM9B>>IJF?BDED?BA7,((2768?:>CLLE9=D?98;32=9?;:=?=56)/<=56/:A:>;>?A?H:FCAGE?0AABIHFA@>=AB>@>CD;@:((00//29??699CDCB9:7>EFEF<<>=>?:@D?BB<9A>?A75;;9<7647<:BH@@@?:<<=CD@>??33;4;3+-.**.5&'(:;?JGGABDHF>A?C>ECEDA=.($===>BAAAACAB@=>CB*97/15B?86;?9AGFFGCEK=EBHI>????;2&)?CEDHBAFGGFC1::;<;468<;=AND==229@B@BD?<=;)@==A5@IF;HOMML@?@<7.-+,.%:;=>>EGBDD(/:9;@61/()''&49::>ARPIADB3CD>@2D@@>?+:C@@AD@A?CF2797956.13<=<.3131)183:EID=<=7>@8?<22'8@JH::MJGA:8=?C?KKFD=EIJF>BA=<,D@C?D@EB@GIH05;?==GFGGHFCP9IJHBDEGHMQSSL:(?=:17$)+-0<6579CH&(<<9<=@?BB@7==>85099<*;DJH>>;CBA:0378('%+%($$1$004>?BCF??@B>:B@CDIAA<<77CBADJHPMCIAAKE6D4<9'6%%)':=?AHBIGFDLFCIOALIHFHHGOIFDFBF?KTRJTTQOMDDEMELMJJBIDGCBFCCGKJ;KLKF??8A69?JJ?JJJDJ@GNEC@C?>>=;**)4338>B'35?=BI<=DB;22A%H.<8;IFB8A=;::?F@?B8?<::-DAFCCC::6ABEDB=I@H@KKFA8CDGA>BIEA@CFG>CDGF63.B??BDBC98A@799CF>:@=?DBDEB8EGIJNPHE=@ON@H>;DFABPOFC;5*H?<7<3<6@EEHJMILLLKJGHB;5**(*/72;85$-.%$'&&)'$$*./4:1/(4:?*12.008<:@=':429;48BDFFCE9@=)983&)&%&'2234751AEAB=>?EE8IKFEAA@DEB?CA7=>B@=;5%-;>=AFFHLGED>AA@@F>HC@CH?21=>>HCDFEAB>BC8CA)+:;=BBBE;8:;=?88?BA>BEDEAC@L@I>==9>FIG?BCCEFEB@46CI?=@A>@DBGJNFA?BCADEFGB=?6:BDIEC?DGMDIDEINMOJHNQLE?@=;EDFADHJJA;3=?68;?DFMM?AHJKJDEHIJAB>@JIECBBC:6-D???;<9<:E====:885)7;<3(.//,0057;9@=EA@FA?;A9@<9?@I<=IFDGEFB;9=)1/''(%..088;=<=85..*979988@CDEFLKK>77FFE56=?CF>>>JP@HGA@;CB@DDB<@@>ACHKF88;>>;>GHJHCC8GCD?:8>;?<@D=DFD?AA?FDA>=CBCFC?AEBB?HDEEDD8;1965%%8==:=9=/&$'+.-47:=<20@FEIHB?;89582054126554=85+,.(%&(&#$%))'.,.%#00100EA@EBB;*98F8=MNK?C;9=@B@>?<766(+;;/6@?BFJJ>B?=:;=5582*8813??,/(49:3(**+1'>==CDFE>5;:;>@B),24::1//1<64//323;98<<@<789C?BBHKM?689FBDEEGHJAH:??9:FIB=IDC?98=/3-/>>==<BEHK=@FEBDGAB?@D=:((HCEAEBD>=CE>??3EFAHFDEFG9<;<@;7&/BDCB@BFB;DFGF-(++6>;>>EFGICE>GHBDFB=@@>=9>AFCAA=>-5;4=AB;=>DB%*>@BA;169AGG>AGAEGAGFDD?;9>IJIIDH<47-'179DE?85@;@B@8A9988A=A)&=59;,//0BEDA?DOHEDC?HHM>L>,+%5>=CE=?9:9@BC=GGDFFKIEDDDB-7BB(*(;?E;:HJCCIGG?BCB<@@CDED?EIEEHGA%*2IKEH@FA??974:3::=@DCA;==::89=C>AEMH?>61>BDECC4@>8:6&*1/&5;=;?8867'8:*B@HE;>AAKI:A@7DEEE?A>>?7>HCADCCD<<:<9?>EMIG8<8&))(/**/@@?ADDDFDDCBB>>?E:'9@A98.%):+('*$&%$%,,8(&''@BCA:<;@CAGE:=:>F@BCFDF3AB==?9>CB@BB=@AAD557@779+$#&6;15CB>9;.ABABHFEBC@(<=C<88EHBGJHPMJ?@=/';>A?F@FEC86:6..0,-.&)'%&&('&'/0,@@<:0,,5=>7#(=;,=@:66?DFHJMC;?BBBCIEB=@@B@IEFGD<>>;?B@C68?<=9;,111>CEDEIKK@J@=?CDQM@MIFGHHE=D:<9=>?@B@@<94''()%&?=JKNFA>771-2(-0,%A6/2(&,&>?@?B@IHH@EJKHGE@>AEGHJIAE58B?@A=.9994.0:9CAB@B:;9;=FIICFCABDEE>FA=6@?:4::;<<<=@PMKJFE;DDECIFEA=BBB:CCC6:<;><<;:1''36?=CAEFNJE//9;)@56:??A>DD@>63B;5AB?>GGGE@AC;EC?BDBE>A?@84/,28=0<=>53,&899;;A?CDEC<>/48::;B@?BEB@A-)2156C@=>?=G@=A:D:@>?,?<>A?D>;:>C;CD=9,.*))9+7:33@;(+.(.7?@<:306=DCEB=9:9<@??>B@?+0>5(99?A<=7979895::=91%&/68<>.??BB=;===@?;9:73GJI?++44..>@<8>>=AB<@;==@@>44><=?<7A=>;;<@AEDFD8B8:<:C<=844?GJG<=C@DCABFB?>;3./9@=E@@>GKJEKJH;9IPEIE@HJ<>AEIIJOML?ELKC>A>?>>?957D6FGGF@???CGDBFPNGIAFHGGG@FGCECQN=BBCF469JLL5C:HF;JEB=GIHNID>A@@?BLJCIMECFH:AC?CAED::'8<>;9@?=@GJ:GA@GF7=HKINKEFCHED>EA@@ABEB/'7;82=CC>E>EEFCHEIDF?BACAD@>>@=B5?<49>><16???<8<6;3=<>AFFGDCG?DCADC>>=CC78'755?GGHHABAABD;6@GFGCD?BCEFB8?78:;:@>?>;AGIDF?@<=DI7=BCD7;8'))(1;<<>796:;776,/-<9A@:>333A@C?:GNGDCDCA??8FKIFG:EHGA?<9:=CDA>@:;772***$1.1569>944)CBA7@?@NK>6566A-)6BBBE>CEBBI>@GE>@'<@CCDCE783-6<777,/-'958:BCEBC5??9>/&$&(:@:;:AEMCC;:EFD?CCIEE<<@18<'')GKI:CD)9:=AGC=DROH=:;>>=<;)7A4$<@@@@BBDB@GFCB5B>?CCDEHKKKCBF@2)5:><;65,74+,06=/)(*;8>EMD>=BC+7CA:EDD?D@@?KKNG=<832EDHA<>?DI<8./?CA'=@CCIEKCB;FJ%;?GHE<<7==;=<>?B>>@GDDGIGC>BFHGB?988:DAFFE6:BCC7@>CA6><<9**-$%&.,:=;ABA??DGGC:D667>87;9GLON@CG<4LOJABII=??0-8=B6=?ECA>82/)5')(96430-9;?A?=;>BE6?ADCKKF@GGGCDDB5@AD66;<1CDB<8EFAAFIKJI@>=QNK/DB?<@A@A?BDD8>=1<=II=CB?ECEF?968B>?A=&(BA?=066,,$243)'%%+/77979.).<>>D@8-369:=A>?DFOO?<=FKJLMD>DACA?==DFHHFHG907-*./0,/56.3<>>?<@HPQMKDHC5==B9311@@EA@@CG@FE>;?)1.,.>9;>CGDA@K=:?@@AICL:=?ABEE?EDBB14$+*0;FDB:?3-.*%%=561$$$%%&%%:;=;>?BC@FGF,ADAE8DDEE=>233''*)&)*+22BB>AB<<7;9=A<8;<80)''),=9>CIF84@??CGECGB>:@9:(1B@?MOGCA>=CD4@DIH=>=?EGNELIA:?>6+$9$'??BB;6BFCBJA4998:>;;>98BII?M6AN;?C<>DHBDDB:836*.)$$.&210=B966.(-;5%/EEE?-CCFKGHD??;=>'B?DAFCEJKFA8541>=;BDBDBEDGDKGFBGG:5@A<=GF;=A@F<9>EC::D@H9EEKC@@6,69:?CBIA@>>4@CB<9,;:74@:B?>(,)'(..1=A>GD=?A@==C=ACE@CHMMIA:36:@H=I=@GG@LL@A-AA<@HB9DCC?CFFAFCB>1$'.@A=@@<@AB====<@<;@AC?DD:IF86:?@=CED79AADC?><8/8=?@?;;(%&006=B;<@==6DFFE@=6)&''$*%%'10%-8<;/*$#$)0/0(:;=?A=?;D@?;+%%+.5+=CDLGCD?@C::,;-978LHFIA@GJE=CBC8443--,&-<>@AGED@>:EADF?><:>AF=?FDMCHF>@9><;:<=1FDA8B=9?DCBJ0.(-,)%(,+)46379.779:;?@=@BEEC?6799@;<:FCFGLINB?EKIB?DFE;?47=BF>@?@@DCCF8:A?;=B6;:CED??0.).>A;;:0;7986567>5ABB>?5333--.5HE=FKA@BGFBHADEGFDBC54A>EC?DE?>@?CDC0?>IIFNMFC>KKLF9F;B5,867ADIFFD=BHBBJBD/01)&&598:8;??GC89DDC67--,.;:8:9=@E9;6?@A===A??))4><;>=9-30/2/./2.292(++()19=DDKMJJADI>A988'/-B=2>?;>ABA>./1%36=B@CBF@CEFEH?>;)99@>@C9F@ADKHGGB@>?BB68:03>DC@9::5&79=568$$)+-><78>.+%&6;;>DDCB?/')89;/,.00>>>JGDMOCK?MOL:E=EJNCAGGB?7;CHHFBDEFI1CKKMLI>JNEHI?EIFGJILIBHB@=>>=?8>GE8@<;B8?FGGJLB;OJHGJID;:B>AGJCCC;;CB6;@A<<9:==98CEF;:8<21/-+*&%%%/=>92;>???A=CGGE?=(3CBA?<;>E?;:21:96'%7-:>?H;HLKI@@CDEG>A>FHD?@??&1.-.$+,%$%'4444..&'$$&&(&3<;FFEBAA99=>:?=EE'$@?DCC;AHC:CAE7<@FKJQJJ=EHGDIGIJCCD83*$2DNIHJDA7<;*;>E=NMECEH?=BCE:9'+-.B@EEEC92E@>GE;EGA@A5-&&'+-1DKBBIJGK>ADDDBAJIMRMFA.0=?<:):;?A=@?6*@??>GGIABC@=>@DAILLE=?@?<)>DECB@;>=<6,9;=FGFE?GC;:11<,,$&%%$%0&9.=/1BDG;HHA@B@BKHJA9>@8B?FFDF;>FHGLMLPPFE?DMJFCDHCHJ>61*HK=?LM7HKEHE*'D7?:?<>DCGD>HCBEEFCKGE@K96@*?CJJRCGGIKRTOKIHGFJJBCAEE5?>LACB8;)68@689?BNKDGALIAECB><<:8-.-+;CGKON6;E>6HG7&&*/499@@58FHJGE6F??@BG=<FHJOB@9BA:;::6*6;2&%$$$%/2/3/7;<BE:FI?ECFFGHIFEEDBIIDHBB348BB>7:ACGEI=@GHF?<7%.$/$2=FEHGC?@?99:FKMDJSJMKF@D?7?45?@=G9FHBCM>JH/D=IKPI5:843/50.==CJNH?EA4';&'-698:FB?+<6;AABFF?BHEDEIADCGJHIHEF;9///7848ENN9@;:7CB:DJAGHGGDFFH@EBCCCBBEDJIC;CIPRJ;88:CG:=G:AAADDD@=?:))DJB?EFEEBCF<=A;BB?;;9678B4BDQLPJFNRGQKMHFEFJEKJCNGG?BCGBGFIBG=@BCBGC<;ECEK==DBNPF@B?@=MNLHEB?;77)%))'/4ACCIHEGABJKFAA>D3%248;BDDMEB>DHB>CHJJKLEDA@CAGLDD@@:)1=<=5>-)&%%1(%%789;IC:.3:>ADJXHHROTROQKGGE@IG=>?QNNDEMLCFAAKLJBILNNIKEHEEIDAHHMK9BACEDMEHJICBCIJGIIDJILMC@EJLLDHIGEEA;==6351*&#$,/$2/$+*%*+%&&&6-3?A:?57@FKIIJJMA::9;38:FHFB>8ADIHBD>DGCDJJLCLLB;,DDCGJEBA:?9@ACGIM@:::CABFHHMNJDEHBGGFFHFHGKQOH95;=LMVRIBH?@FDFHIFCDADGGEGIFFFHNEIHBBEC@GA95*93.-,,)')'*,$$69BCEA4<;@CFHHK@HD:@EEAA?HF>K=>AEAFIHF4=:>:BEOPB=>BDBCC@BHG?/9;=CDEFQM95;;;:898C8@@?>?@AIK=:CDD5>GHA@@FEBCNEDHIHFA7A9'73:@A;9ADB@655(.3BE;@B?,2G:KKDD;?=4>@9+70:;*48.5;;//<-,*6?=:FOEHHJJG;FHD>BDEF<76684;=AEHDBHE@CHHB=@FAJ57988)>>B>=?B<6<=88<@::AA????@@9?=9;=C<:?@EJC<>=167A=FDDFKIGCBB>638=9/88ACEFD2AAEE=55057(-/3665+589:>@A?DCDMCEONMLKFGLDHIILN;BHH?IHG@7I:=>ABA>682;==;:=94(:>B;?FLCG;DFM<=ENFAFBCHBCBAFGIKOQH8F.+6CF?LMLCB?<9AA:?GHHKC8;?DC=BBDG4?C>6+,'*+%+,.<66@;AAA?AFJ89?EE;DEB:=;++*2EHHGDGFJIC6AC>@?I;CB@=>@9=@?>?=80@BGGFJ@CCEBCHCIG==D9;9AF@KE==>>;?A?>=;211(&%(@90-.<=9*&(+-)&'*-++'*++3++-<>;;2-2/E@?BDGF@<=?9DCDMH?@=FHBDGBI@FKGMMIBCCM?<>/59)'<;?=CEEBAA@A9)=A=<9%%-&&:HF@6GEKC@;?ACCAAAA7=????GI18;JKEB:4.EBFPNKPD<HGN>E=DG.?*?=CEGJGEC=FGFADE,ELK;G@@A>?&&;?AGFOLJHHGFE;<=A?:?@B=BD@9@C<794=IIHJ>B:9?>?::?9<:;38:D@>GFHC*()FD>>8'8??AAB;BBBJ>4410++**:6488>@ELKACB:?B9;AIFFH@DCBIM@HCD?EEB;;;6=2:=@E?9;78@ABA7//13,$'&&(++..D>-<.<>3?CCEFB8:B?EHOECBE?:?BF:?DEFD>(4IF6>@DD<'&-/1:481893:@<>@:DEFG=AFCH=:6561.1B>=:1@1AEJCGAFEHGGHMGBD?940:::@.;=LKBEDEKJK;51:BD?=EIKKMHFA;CEEC?A=BDHCEFGGECIJFQCBABDIKEF6:?HQIQLLEAIGRKCEI<>?A?BC?@<6DABKGIIA=IKD@DBFG@8676BABA5*;12?G<@-&&)>>>CJMNQMBABD>-:7DGC>FN?FHBJHA7D<=;-8*A?>BCB?@B@C@BB/HLLJFGGHFAEM>ABBFHGGAACHG@=8/7977E/@A>C?CA+>@:6EIA>DHEG@D9>=':1/5<>BCJH=;;A<;?:<=;=:B@@CA?%(+,8?:8;B=?BD11D0>@>MIIH6<0K96AICDHG8@8AGGC;,//=HBDGIB5C>>==HIG@BB:AC6B@BDFHL?@GB;?<;;?CB=AB>?AGDB?>=?>@HGE?@DBA<$8350*+7-02DB;;D@B?ED>??BDFFH9AD57:CA=IHBE@98961)5<<-:9:?ABC4@KHEIIJPOAEFBCEDFKF9=ABFFEFA?>==:9<@@2*(*698;;+/87<>?334247<;?AA@=>?=@5@FGK?EA<>E?><@B7&9=CCFNBIFB@=BCDEFF?BD>=88;;>B7D@@>??>77@::;%99);5=<0+561'%%%6:=<>=?@CA=>@>@C>:<:9*89<:2);';663;EFB;AMJFHFFD=5,10/%&&*?>==IHGAA=EBCEFED5111)7%:;>?@9)%''+'<3-'''&#$$'-013.*.<@=;57',003001411'$#$%%(04<98)+)$*9?965**'*()&&&22))(089?<=<(5-$%%%.2*,,0.2179:6521(+216+$&&'%%&*($%$%$13555581+*(+'*&&&)46346430./1/24??(AHBA=9=BD>?8=8=746,/+,1)(-16*8:=6679>G?DA@BFHA>AB?A??20))(&)+337=?>7??@6;44-9;:8D:77420?<?@B??>@?>B=457-:1,*18:8<9/(0((*%$$$'&'#%%569=:4$%(**::<>?@B90A9==5>4,(&&&/)505:')6;DC<:?8:57+++),$%'+/0-1;?>??984323(&&'((&&--./95?AA?9=@7?@D@??)%+*)-1=(&%()./($%%%(1564596DEFA=@<7@734;42*9($$+.)5*96998&'&-.5:<974;<72/>:>?>BB@=C<;??%1//''%%(+((/.-+0++*3/4-%%%$%&$&$$&#$%(''(./.0:<5434@77,2236378*,.67>A;8688$$##&#$%$./42*'&)%&#%)*&&&&+/,,%0&$$*-*+0($%%'13353*4+'$%'(&&+)0(.1'%')1%&$#&-000/(%#'))'-2+''%2352556/&&&$#$$&'3=?B=?EI@>EBCA41334.4()%),,+-1:0.*)),82511,$&%+'((*+&/&&,235,7967666+*+*$$(%&%''&%(($&'(*'&(-*68?:<;:66?7468800)&(%)*,6222&0%&(&$,-//23')464,.04<<<><0&&++*)0%$'*-//4$$##%$$'*-499=@=;015...**+*%%%&&%),1)$(%&++*#$(.+(%*)/)3'*&%#&(+*''(23:FGF=89=C:<@@5,-%$*.43?<1+++*,1*(05541;<9=9))*+-).<:>:A8?=<9.././.(%(+/44742./0%&%&%'((320&&&'%+)&79688;98;8:6(%9.C;><;368=8113562$%&()5762335$$&$'%%#$%(:9<;<@BC7:/-582)'02%%.072)%(((47=<<)0--)((&'''$'545221)(--28847821(%#%%&%&+/5:8-/&'()(&($$%&#$%'%'&&72$''$(-)''()0%<1'%$'$59552-,-*)/))+5&*+128989<==>;>?/<==2=;<AE;>FJFA5J799BDD=$'3489:;:8988;6%%67;2=;98;047:>:>0/'2,-58-7<<=?>>AB>84?8B::>8>0GODHH<:=@9CCG5074E;;340;@BD;A>?F:8180*(497982=;41-*'$)$%$'$$'$+0/&)3+'*.//9=6//.23+--2BFD@?CEFFACGB<@;0BBB6CJLG1*,+.13,69;;;A=<:9:<8@;<:498;5++3(((67.;<@93>AED65><1377890'+-0,>AHD;DCBGJHKOJG*;A==@=BFD>E@CGD?=?>@@=8*$#&+*24??@EF:B@A@>B;CBDC??HG9((.CBE>@GL?;?=:@>@3'':>@@@GI@@CJKD1-'&&&*,9675==:36@D?57:=5?BD@BC7::JJG@6+)071(69<>@)>@>G81::C?AB@EGDPHIB<>FC@>@?=@E@:??<:4323%()(*<@AFEBEFIIFDIIA+94-0-8B?>42+-5-,1135:9<7<<;8&1.+,--9=CCCA8=?>==>2))$12*)+*).4;:=579'778,)5,/+5-.+44/%-%*,'%++,-+.,+014?@BACG=?<>5341$4(&3>A>:<7-.',11-)'358:@>?8(/088BCCD=;AEDBB>//ABFJ?A8;@CD?<;4>:3+?:@C57*%%*&&&$&$#'())476::?AB@A>DEF@;EBBD==?9EHD76607=;>(&#;;CA>;.231/'(()())#$$7.&*0101-/(()/7:6779@CHIAINNGD=B=<99A)'$/5?4;A?@>7:AILD?/406+*(%%'%()),(%&'+%%%',)'(6+7/<:>=7:A?7BGIAB*&55?B<8/('&))8:=A=::=>41*22=;528:GFD6:EF=<4D>?BB@20.58/147995632%$'%&$'%%+$,/,-028797(6876:)B1797:,&>=>@AAB:5997:9;85))$(%%;=C>?9:<>=99*-:-/-/063:86<9<31;<19=@DC41-=@?A?AFACA?G;66=9@HGFFCHD<:)139>AE?A@@BBIJJ;7&%%%*$%(')*21...=??=BDGHB@@9+'****63;==>6:<=/&*3:1::::6653*+42698+)(+-08,((.....//41259974%'*37<,AGCIFCEE=3659<=AA@CD;?>?@@7=@;-,,.945AC=?1&$*12*5<<=<:5)-03234:9/1137.81>::;=AB85%))'))58;>>58>AB.*:;=69?6?=69<>;E<=/,<955(4>*/?=7:*188<8:6,8;;=C>@F=CE>:5338259::;:7=;BB=&2%%%345<62256..97B-0388478?/*+9=EF=:><6)(;;B?D?@<:BG@5719;A-0:<0)))('7<<;5@@8HB0*=8::A==G2#$')8==9<7)*/68,=BD=6@64:<445=7?A=G?:62))%)014%))**/-:87799,*(10/9-/?@:A?>=;>./*8869<78+&87=<;*+016,8==81;:>87253BBABCF<59><=42=*-2;><;967<8*(#$$,/**70:103;;>7?=A?*''**,6+'%%')+5)*(6+.;>;68())%%%%#&#%&(&%&-09611.4566,/,9>99:478BAA16)(5874<47<8>9<@BC;=858>:8<9.+&78$%'(173.%/2..0159=BD=:0<=22+:879;ABDEGD9:=BC?7:6824<://)')+*%%&+++.=?42*+%)&--,,-05>:999/*7;?=-'24132.'+8=>E?A?=@?<540')))*+()''&&04434;0//5866:=<56&&%$/3*/0,%$9A>7855+43-669<=@@B:?==8:+1%#+02313,98A99@J=B?46=:;?.0:;8;;>=?9)971;;<=?/:79993875=>AA69@;3;8:78:9<<:>5497==8755C?CHAB=56'456%''%%-(%#$&#&#'&'$#()-+('%$&)&(((*2783641,43;:<=?6.>B?AB@:0-20%$'''5767<@?<@A?@9=B<>8D>64<=83$&,//19:=:93175-057/+1-4+$$5&)+29=?<>>>B:485378,-'-#%*)*&-)()0>@9DC98%%7;89;@80---(&141%%-1869><><=AA><@76999+%%$)442,)'%$'$))49=@B@<><;:63-.2==7>GKJE>@<33<(/?BEDIE@5BBA?82<7%&7'$235.%%+(++,4897'1(;<@F:69:;?=)$27::'66:<:=;5589C=A3CC@DFKCBI>83)130684;79=:=<71((3<<:83:,+)11,9898'(+--+/:8=>67<835B8A>/@@?>C?A8.-23$$#%%$*86:;?.<9>FHBBBB><452182.0%.-17::;D;757DC?:5+$$$%367,+-.-699:21?>=>=>;9..1510,+)135:68;641*--:<:.$$1435588)-79:'$$*''&2/44*,,940798>@AFED>9<1;;19=BAB@:<@?DHGH?:,32398834.6*2&)2?98A>=@@2GBC8:7310,)*261,/>;<=5>6763:>?=;=A??58<:879>GHCD>;<@7;;6292/244999;?A:;J=3((/**+(+395,)234;6=C=>8=45634-23)$7:DA5//1.(/-(*.:5,56<697:@BD:;=100+55'89<1/3651&𓂁'%'%2/4801+**,,'',55<<586***%135>A=(A;;<:8'5),=59,.221%%%%$$%$&%('-/+8;;;5999867@?><96512#%$$(-34,=;6/7;1,2:6=:6&-+(&%$&+,/.13,'7;75553-+99>4,-03:4=<>=:>D=;52)9<;;73&(56632($%$&(146<<%,346//9;=:B>B:;2447???AEE;;<>:>)99;C;:4)++,,,+/**%%118+-++=>>AC>=)&)146+,40---')&)746749<85:800-*)3'&$##%%4370>?.:&/.%%068;AG>=8=95@D@4555;35<=76.8:<968840(9549;====22;=99:>9>@B>?@IDB=<=3?47<<99;;@ADD0'*.$'(66..21>:<=?56+-/4*%'9B>@>EE<9::7>?>+%62))()66-/:;$%%%(12-.21@@ABB@?9<:=@=;48;>A@0:AAGC6@16?A4,(0./:=:9>A8338;0$%%'**04*968?;?FEB>=B@?ACD;;8+(3/5<=86+*1/<88389767@?FC>+3355.0675=?@4?=@>A=9=@A@<(*5./99@>,1>DF>DCFHF96?;;FA;<>.*56=>7757359<=7-)).-*.+,685/)'+,892663(636;6398=<757:;6<=?;@A0=;:A@7;KMJE85822BEEB:<7)5659<);A4C@BDFCLKFEJA>@@?.**@G?DD@9:>A@=>GGEK>;0*);+52'1/,9739;-059)+?E<;<:66)(()(&(##%)...=;<:??@==EC639/$$&$$%&&+/;;8-.E@F>>-@CA;)/>;:;76,-/01201=@?<8=;BD&)/3000234/11301'>B9BBKAGA<8;?2%-*.79?F>FGJHBACDHGF66;,())*,5;8>>>>??836?::?B@;%.%%..31.-./6<2?E@>>ABE>A=:7778*(%%&'&''$*236<>@8:JC=949'/39=@B;6<:=>=?8=>?78<<<4//<<1'6>.$(3+)/1200)-3:;0/879--.-+03289895-(2:=7:;>=<87)%(1),,'/01*',04:8$6-+14465<:/+-55783114<*'(1468:601&%%'-224,;DD@?A7/6$&((2)..:/81/30..1+/&0136/933'(&%'31*.//.&(,)++0)((('))));=A=B==>@BIJF=98)--9A@@A@>=DA>9DCEG?@=A===<15%$681DEA@9358985=+%+.+*-'())'&$%$%()+*%.''###%%$%&%$%%$&&$%+,*,2&$&6888420'**/546<8:;:BCB41/'''(,3747&&*%$$$&./5:*$89;A47659&28/1177$*''$'5:26438;D:?48@?DAB?FDH=<:95(%%%*%$$++5569'&'''%$$$&+*%$&&223-0.,*#$$$&+'-<@;:795:><9:-@ABBB>?<:<535?@?>C98%6@8>@BB8215.,*,(189D?712''$*>D>?=7:;5=:-:9=>:-='688>;?=H:@DFAE?=>0?@?BDG@?C===B@GHDGHD=8:;;CCA<>F>>@7(47=??B>7NIEB@BA?<>ED?EB?>A>22?3/88:;;;:72@A?>=>A50;9>@6??==;=449789;8?DCEA?CE8=A==-1ABBJKKBGEE:=@D@KLCIHDC>D:=CCFA=C:B?@@68>?;?@?F>9:85-..**(+2=<>?@C6'++,-:2252).',735CEC;;670$$%&23668.4:99;+95+6663:<'&&&)()-/)@A,>=<:>AFJD<4@AF@A66.9:<>D9:47@?B<:;7/6>>>;F>;GHJ>?:D@A78DA::CDFHD@CE==@>;?HAJHDAGC@?B>B<==526@EGEDG@HH?E=9$0/.-'&->?<<72$,+%+%#%%)45(:@?:7@GD>B?95222995393++$342566180@?::<8BEGE9<>9;F?A>8858:801=>81.4;;28,0292BBCE9>E?<89.+,/-.)'('))36073:<;;>@>B:;9;73>?=?@>@@NDB@<><=998GJI8BA867;7;>AD>;8+.7BDDCKLC@5/??B7*%3/89:8(65==;,1.-.04<<=AGCA99=EGCJ?DBCGE=CGGHKGD=DC6<>=?8JK@;7:@=<==8;9:7:<=CDFE;F7DFEFGJDFAIB<@CEHGFD;9@B:<=788F7F>C:)(-8:88879677=*/;BI@BIDDIG?@@@AA><=@FE@E@B@BB8@*+++278..4172CA;A;9;=?4:5@>79;;997<@CE@%?;DFHHGBBCDACA?>@FAD=<<@=DBB>8@B@?@C+'#'%%&,.244795;::;6=723>6=D=8876B@CGH?@1/E@EDCC6=CEJEFC=DCA>AGHE?>435@:8?526DGA4=D=>DF@FEEDEFD=@A>?63592)=BDFIL@=7>B>?52466:@>:-1'<;>@@9AGFE??HB>DAB?899375@=DH7@@<@=H;6@JG;>EDEB>?AD?B@ACHHFH420;>@BCG9<@IE@F:9;ADC???=6,/98942(&&&&(6=:;<4:>,93@=GC>6:B:66870,565..,4544$&$5<9:<@<=FG<<@?=D=B;7=620/1358:>:44<;@@C;31/)*'&$)%,+134<9=56;>=>?HHFD?A<<4C>GIODF8C@A?BKIECBC>8:?D886==EG@1/78:=?F;D-769?48=>@BC@B?E;<@ADD9H=;<6;,767=<9;=>B;BBDDEBBDF>7AJG@DHGFIL?D;?CB@???@@B6C>A@@79=EH7B=ABBC>@F=>@;=;@>FC9;HEHLMLFJH;?0)08:;@=:56>:38<,(9?@A=>??<<15;78>@@<<>;9<;C=?9GH@>2<>:3@A>>AIGB:4223D?>..0<=>++<8<.=75)&%&&69AD86;C>@AC@B?G;BC>H+(32&&&/+)1:;42799*=9-?HFE>==@;=?A9>&(///=:8.DA:FG8;:>4=>?<6>=?;<96.,=-@<@;<@6535?BBH>?A;@@BGIIIEDF=<=<:;A4?F;;CC@5:77.*-)*.455:><<::=CJH@9:>>ANKJD>;@>;A72,+++%,:A<99*0('')5?;;*D=<8=9;=A=5241&(45667,'&'*-4:@>.BHDC>8;G9I=?<9*8:>F<<=:?@DG=2;AE9:NMHF<;@>EDA?@DBC2,*,5?ADB@@@<6@>22::.33:8-&*8:;3-,5;?9@CDBKC7B<@AF=999<.''2.18<=4>=>758@4257,/7*35DG3/@===8?<4;028:<7;>A;C@?BC>=?BC78H;BC@B@DCCDDDJ8BG>DGLD=?@>=:;BKHA@CFACJHGGD>3===>CJ35A;::@;3><100/100&'%%',3783<99=>B=3;=GFDGICHE?<=A@@;7971$&.0))3/069<;<657710'+9;64430=6<:277;,,-,,<7;;3:=<:0.?=<=B@=@9:.>?:CCDGHDC?23:HEPQN@CAFB88@A?<5945=>@=887====;+:9:=;A<8@=;)3;?@>@E=BB>@@@9/=F@IHCCAB<=9<;:6<=B;;=CE?::9=C<>?ABA5BD>>BEB=C2172B4;=BD?DC03&B&2?@.<895-,+)7;;>8;583(8:6,.454)'%%&$%#&)*+213;898'$7DDDMME;=>@FHDNTMMJ8:>AJLM@@BB>2353599;2==BEGGGCIGA::66;7777%%%(&),(,.,.28:8<=A@FCO;EA>;:-),++)7:ADA><5455@@>89@BHK:DG??<>?8?A>;;:BHHG=52<>7425334;<93+0CD7=9:A76/&,<>CB>@ABD@@E9;4<=68:<3HHCFCF=EHFJJDGKK9FMSJ9OOJFGD@*66ED-8B=?>/.79;4969;HI3BB<;@:=9>E@DC@5/-%&&(&&()==7>?A;?AD9:?AFIB@B7220**(%%+)-05;==DBB==A>=?A@>@QNMH;@GHABBEJDC=>2=?:?BMKEDEAGBEFCHI@CCEA>=?8/4093;4%%%%$)87>@CHCA@>)>CE=/A;CDEF;;JGBF<:?A=DFFG@=BBBEC>FKHCC=>@A?IGKNKE;CBDHBEFEF>@<29:;+?@CAD>AGIDG@@FHDLHC>>>@B=-0%$%(0:?CC@>>55436:%56;>AG@=9;687<4>@;>@D1:187,()-/(,9;8BBLE==DCFBCFD=:9@AEF?KD>E49=7*::A?@A@;?JOMF9???<74835?>:734(4>A@3:;6'=E:;E?A?;EEHG=8(.89;<9:??>?BDHBB3AA/1<99ML<7>7<<;>?;9('%%56AAAC7:;=A:8<>9>@B&A@>@>B=:EHJH>747>A?>ABEKSPLCB:9:5EJLILMKJLH?*,)(83/2-()$%&69@ADC;(C77FB97AEDA;AMKACJE?6FIK?KIKFDHB=@;5C522:::=**,(87:8'/.-8?@<@AAI>A?@9C<<36I2A<79D><94>FB@<;=07=>>>>DDC=>CDB5>;=;=71245&++999;7?CCCDG;@?5=<:B@A<=B?7?AAED@<==>B@C=?9>@CFKFH?@<4.>;65788.,'.1)=8@>@EIB7+-).#$$*/4:@>=;;8@C@7FEFB<;@DGG@AA?>EA@A@?=::84*)'('')$'&,$$253)@ABB?5>9;4>A;:2<9/)%19;?BDH;<>@H;=EK?%+)'2<==?>;AG>==?B=EJ<<;?NC??FEGHKFFG;C:>CEGC<;:==29:::49)9997744C?B9<>==-<A;:7<=><18?;7:87-:;?CA?ADFGEG;?A?633/,-.2?=?@<,C8=BHHH>?A:9>9>@A?<479?<@>?DA;@AGE>79;;:?@B?>:><>EEFG<@@@?2-/<34;97;71),()28??<:<3030:78.629;BC;=32960%%))1124'.7;7;5.,*'%$1-)/113;<9@BCE7:C:=@:8C;GDFGIBCCD@?@DBB<@5AD@>==??9;:99579:1+)*&)2384><<@>>4@8:=ABD=CC>;C?=H?@CE?7<<:;D:84@BHIB=?>>;:=;:;6E?>=@@B=>C==;>9.:==2977;?=1630-'03=5276?<99<410./5,115469647;5//?675(&&1255*(-&&&'%%)15668A4?@@DCCB<=@BDDEC<@B>EJDA<@F=786AD57@?>>??:AD>:<69,28<>CA83?>>B>78:,%6%(7=79A@B@49B77648A@:6;<>7847=>DC>3*+343%37766=)318@AA2/8'0&12&(*3C<;ACA>:;@;JGCCC/0@6>B?<=8C@7A==?96;;9*FJJF?;:;<:'#%&,,+1:9;9;;?@>@DGDA?@I;<;@CQROKBF@DDEECE32;8620(+,-+.&--798=<<:<9328>8<:C3EE4CC:68+??C@>=@@EC=DE5?CA>8IFCB@BC:0>D>FJLJF?GBDD<>:?B<72=CEKGG?BB@5==:;569);>D><976:<57A:5?=8@A.0=>B>A?>?BBAC@C<<989<99>GA;@?>ABEI=8578289@<>=GGF<>D:<;;8(.>DHGHJ:;?BG@@>=>2;;:@BC@@DB?>E88>B@>ILEAAAAB9@ABBJD3@DADIKE6'4@>?=?@::<8;DDGA:622=7GIGDB>FHABA5-.**+&%%)-34266885;858;87&47A2)),<'>>??>@6<=6:;>7E>HA9?D;.@C@FHKK?DE??DDC;4A6743:10339)510251;6:;;E>EF=BCGC325:6869ADAB8?:<@AH>@<;=B98/.).89=@76326474>B?=:<7<>==<:35>78BB9?@=A>5.3-3367A=?BD@369;;>BA@C>3@@;;=:AB>E@<@<;4=>=3B>=>F5<@B?@==<==.68=99:CG??>>A3/51&%''%$%'(1549<6@<=;(=6<'$1'<).@CD>=7B9;>@<;99;@B;<=A=:;:>>?IF<0B,@EHKPM?CC><7BJEJF=@>D=ADHB5@EIF<;CA@78>;D;>DJLKANK@@FMMLC?AD:9-05<=C@8;AAD>@BAEHHGGLJGG3E?BAFJO@8=>:;EB>=BHN;A;877=9CA'2999<=GAMOK?LLLCJ@HCEAKID;<@;<=@>D?55)%%(277))=AGGIJENM>?B@JL::8:01022137CKLG?D@=>8=>ACA?@<934=A?BF?HAJ(EBEECDG<=F;FSNGGACA*.3==?><:),34'=BA?BDGIB>8<@6BHINJEEE9>FFJKG7CD?C@BBNDD3316:>A329AHHJ@BH6<>CA?)34001BDC>>@B=;<530&)*57?>@=3=?A@?;:@;83344.+268;=;BA>>?<>=GIOE:9@GF==EHB=?@AEF==;=;>@)-;9ADJEG@CFF;9?CGIFD>NFC=99C>;BB=G;:GEDECCA?==<JB@;:;@E><:72*23764:C7?/1>96=EDI?EG;;=?C.>@GFBADDFF/2DG7:4?A;>?==A;/,1+.0589AE@:?>BFJIFCSUMHM8?CBA;:E@B;'.32<9;99<155-25,*)43>:>B4'24<>EGMFFC/F@AECGGFA>B=DEIBDBEGBJF=7;;7A;@5/(''$)11/27297'=:LMC>=8775?=7&-28;31+24.++-'+&)#%$&/15<6?DDD;),599695<>:24=>014:;??F@?>@B<5DIFH?::<*C>886;;>EF><874<8788>9&%''(3396<9:9>8=B:?FG?C?GH@A55@>B:>9>@@CFIB>@ABGFEEIFJE>-ABD=EA<<>AFHLC<951,-)4=;9+'==IH9IG=6:>>?=J5-,:A@F=:DBCHD@EH?ECCBC;;D?;A@FFH>GHC=DKKB6DDC<=9<6?@GB?@>CBF>9;>@7@BDE6A<<2>A@C<:FBDE:>B?@@BC9AB?;B@B@?@2-/:?E@E90=10;@=GD==;33466587=@A>CEGFEGDF@;-6>9<0%*$'/:?58552++>@EDIHAGH@BGC@=@?%$'/'#%)/)5&%'7:=AA8&14227ACA@<:A???5'9AAC>ABB-=:<>?>>71/'23;;79:@*>@;@EE=;;->2?DH??A>ADBB:BKKEGFEBFA;>@NHE1;>0>9>?8<>=?>992)&1279:>0#%)('212:<<=<<@?A@==BBAA?A?AA:;<;7859<:?@=:>?:;B<7;4-45'671477;DFMI:46BA@78&)**+*()/8;?=>=E=9645.,&)57A?CD@B;9ABCNIG@;+$$%&(**65;;==@ALHEH@DDBDD?A9FH-@:;,1:7;:8++=A:>?>5>B@D<<=B=CD>CG?;?@65**.++0099:5'68.3CC>=;(E?AC64-=?GHJJKHG?D?93EAA@=EHE?KC>;@@?8121=?<'%/<+.+907)=>.78;><:>>@=E=?88ACC@ADD5C>>>8>A@65<9=>B:@>;@C>DD:<>CCEEFG@CBCCEFKCFD:;CBADADI<>,A;;9=@>8:74'&%+*=H@;1<;AEDI=>9BAD9B?>?D?DIE@>C278ABC48;>ACGH@BA<:>9236/9/%'',-=@:048@CA?6<9;=>8879750&//..(5852;=@:?76;9::<:99B,69=?D??BCDFC9ICH;93'598;@=9?E;1FC=DDB@BD@DFJJ=>:3;=>5=>@>;A>@366;<==?FBB??:;;BEKNKGAFHFLGE;&)999;;8,638)8880,3/&(*'229?@<&6;@?BD==A=G>CJGE79CC@BB=568@EKOHFJB=:>KKCF;;SLACJI?9;=?7@6,(-(-??D94'?D9:;3=AA=<@<2=IJGGAB>?911)1(+7:HM.865>?A@B?65:*<+:BAA<@C@>:<;<:1=35+'.0-(&&();57=?EE;6C>;:9185678&'?);@A@@A:=>>8*2=)>?B??E>EF@BAA+'9640,,-,:8@?8@77=DFGFB@>@=;AIK;@;;<8??A>4?:;=C?>>A?AA><<;>@A?:7<9=98;<;7742134.%/2*;8>>>@>9668:;=CABED>8:575;5ACDAE;:2>ED987217,-''1,6796<>A?ACD8:A;CB(99:>=79EHBA@AHF<><@=B>9GFIJE8H7>A9<99@=GF2>@>;BC:A@6(((+%8??D??=?>?DB?;:<53;;37.**%'4;>838=>ABAB>4?CFA=@9777658539>:94=>@ABAAAA90026CBB;A??9EJIDCE@--GE35<==?>@?:<;=;>BD=7DCA34?D;7687>;<@>:<=?:9/-9688124...1%3('*,;=<95@C@DD?CEFJ:@@A@==BCC68;=88=5$%&%%&-4++-24)&&1//2.885)&&@<<0%?:D8FHE/DH>CEIKLRDAA>G<<3E@CBG?@AABOHJHEHK988:;85,062%$$$@B@B/D=79?>BC;=?CJF0*++-..-,+8:HI?@B>BAFAA@?@FF52:9)$%#024+7;1:;CBDAB@@B<;6??GHF@3,3.19==4:<67=@>@?768:;,::=5114EE5878897;<;:()(+38;BDCAB@;DC>?FFD>?>>>=D=??)9;???D@EFCE>8:425BFAAA=EGFC<=<7:??B6>=>17>@5<>DAAB?:;-/%--;<:A@?CC?:9==>C?@?=CB,9:;9/73111.0/6878(%$$+*7;?9=?B=<7:?>B,+978>7>8?:??@E@:E:9=<9,%2477234/+,((''(*%%#+56::6>;>?@CD:85886)))30539-'%'(.%2773;96=7>;CEC@?>;@;:97:92)+%-&(1,-356.2621388*75@??>==::897C?2((@@?==<>BB8=E@@=2-01$%$$%58<;==B=@4))/97=<55=>?679=<=*)044=<>;::;87>D@:7.+-./=<=;;?@>6>?:68'62-=/624.6;;?D<34:99-&2++..59=B?8/./87A>=7@8A:(.@?@DA>:2)8CEBBAC@/=DDD:75(;9;?1%/$3785;@<;=1114BC@:>ABDCE@<;BA@9:=B=?=>?>?B';:;16@@@;@B>@BC<<:<8;5%'43*%&$(%/1124@<=<@==BEA8,<<@>ACB?@@:??:354433(/+-/:898@879;>>1;-3336::>,413<=@A:=::6878??>=,DDCE>FF@?>?=6:;:9B=>BADBA@=23$243;A57<=@77/16-+0%62)(,@D@@B@BABA<;=><:09999;;435998@B<<679=77499=9;=?6.&$$'665/-=59:CF>ED@HH:HH;7;;CDDA<-0/&$$%1278=;B<B;B:99978867<:AEHDE;<6>:6=A65A>:;;2203633-0/23;>A@7=@>?@<>=AA?HIIFFE@ADEA>CE@GH55>>@5/46;>C;7:688,2.88<>8:;A9?B<7:::9:3?<<=DFEDIJ<>@<9:<>ACEJC&39>??@96(+94?A?=@?9>;A<>78::>?BCE>:999167:8<<44435+,77??<<<=7:;==;?99>@?<9>.)95(1%891369<<9<'6((&33/+569;9;;<:(,;62+*1=;7>:<?C::=6A@BGGJKGCBFGGCEA9>98;==:44;5<=?C@A@B@??>@<=84@=?D@?>>79=???A@=><:55.+.CHF@AB@AB:CB>A>??D=B:).1&39;>@?@@=:<998'@7>;;>@@>><<639:?F@B?@<8&'',+067467&54??<:<>=?@$29:+%&''799;=;=:B?DEAGHA=638@88>44:=<'4==FCA:8<;<'+('))$.8:>;=BBFE5;657AAC853+341.-(&,10,7922577:479>@>>>@46@9684;;:;<=;>;'*58880==<>??:=+'58$#%$&21010/6=221=>=9@@::=>CCEIHC@3>=9?<:D?9<@CF@?>?>>D@F@=:>BB378-,,+8@BA:<:E4>;B@@;>>DAH(32%.323*)$%'31/:73=<7BDB=00?=A><-58:=87699029;@=CDK<<156;;2=;<=54@D@GHJHC?D;:::9;<>AB@/@=13:666958:78HEGI?=-3:9F>A?>>>9?95)+%3.&$&$.13)1>@AIGDDFA,/+(/89866&89.375)-1%*/'/;9BB?A=@E=:6/4689B<:422587>6667;;9>IEC@9=AA>A>>=B;?=<6;;<<<>994:@ED?,@;CBB=:?CCFAA?<<5998<<<:;5/>===?6@>45*:3,5)05=775;73+)*$##13440999:98:68:;;1/*,*)$()*2246;;51--699<::?B9>?=9-48@B@HG:DG=?DE;7)%8/-30@@?16>CD9>@CHH?=ACD=7.9&$.-7923;B2>7:@A;:)/-5559AA=:9974250+/5=<378688>,(.8:88CCDC<>AB;;;?C<:;;C?A?;?D0.6?CBC;:=BCC;>B:C@>00(8.=KHA93@D8=B@<;=:4:CB>4@653776)+)862141;<7@;MKA+8DGI@@AAA7/'%,127378:=/=;<<AC039;CDAEDCDDFB@:F997>3000/4410@8F?BADB<=CB<)2,*&(+1)3*;;:;>CGDBAEC>91?@@CBA>8-1577@BA7=:B@<9=:;266B=@C@@B8?D?@?>97141/-(&%&&$'&&&47:29.0).:=AC?@:?@8.:=9>GIFIC>DONKG>?3:?=5:87?<66D5>GIH?:;7B<;EA@EC>A>;47?96=ACD@=GF>(9?>==BDIK=?EFH;AA>@F-;D@;==7/>:*/:;58>:<<>A>BC?;,:;EE>8=;?;$05@HDHQF;AEA=44446<=?A5BE>/>8>715;9.101+'.0020.0%%022<===10-,*(&&%0.578:8<@A=6/:>?9ECA8===8/1.5.,::<2+*6666*1/2@=?A26,@;??DCA78:++($248:;,*;=BFA>>>ACB?@<>@CA7CC9D6=DDD>?@?;//2<=AA>E?;994AA8=67;A@>>@6:5:87/;=??B>@E@689==(&.&(7:78@:49;AG?AD>0994.*'89=67;<9AEE8@@3<<:--039====:2&&-//62/29;4*/02:9>B9>EFEDED<6BCE;<@CCDDEB>D@DG>::7A9:@>?>8;=;::EC7::9;799:DA:1/+/959-03232>53;79>132A;::5'11,''&&%(7(;=-E7B@;8=>9A0//'.5)(7;794043%,257ADEBA03;>BBBCC:9>?955;88:2>@AAB89689?>>,11,.16<,#&'*-&&%445A35EA<@?<:@>(**.(*77:;%4=6789898//11'178C5',',479>??@??A=44446/(.**'-3><<=>6:<60'**/358A=6-&%)'*3&8:=?><?FD@<>=BB?=8=CA<=<;8>8>77025<=F?ABF41;;=ABCA<9;<=>@72066;39===??GHE-BDF@<>9EKK@>@LKFH=EGGF;>?94CG=BACKBBAAA=?H?ADNBOOEID7556&')(*/05898=<:47>CC877:@@>=>=C>866;><9553>>A>:>:7/9;=>5998:;=@;958%,9<@A9B?BB?>:(($(+6@>@GB@D<>7???@7FFFAEE8>8:::9;1->;?DD@;??BEG45=A?DBC=@;=3:2@??FI?=AC;>=9983)458>@=;:=A89:<0465;84733,;;8>??::;(&/@@<>EJJBFIJCA;A?CA@::AD>:@DBCEMNIFA?F??:D=H:BBEE>BAB?6339=CBB@<*,45C=>DF@BA9?B=,&&:,8;8>0ADH>BAD;49@?<<=??A=4>54;<0&$*''02000(;?D22?799?BGJ;HA?FE@DF?/4C@6>A<>9?9C??GGJKAA>HGKC;=<>8CBHHIFCD><-2C@CFHEEEEJ0=/)A?45)/,-995A8GHECCA=BACEG@>551.+)'%22)/,);=?@AE38@AD@?BB?<8?@<;9;A=GEDBDGECCCCD>D82+)>A=A=877=FC<9:9.969?9=4DGHEC:><1),,8@?@BE8ADA;<>A@A?<1;@?@GA@B<=??;=:>6678>>D49;7??@AA?CAA@FFAC@;@=>@@B=29BGFA:<;:,&//9=8ABCBE%?58>79;9<=7@7986DB><=>@=@:;.A5C69,62@>?@@??:+'-9;8>AAB79:442,3.57?48;?CDDB:<><=////5788;@BAAAAD=?FHH=>=99?3589:89:7?<==FHJI@=54647A5-02)%+145<<4>7:=:67<6787:877?BCD>58?A<=-7.21133/+.0.%/-+=<,.678@BFE8:86./4@:99?=;>?8<;8::;B>5;?$2589:::93*07?A@@BB;,6<1-@@:>CHFF=;A458:923+@@B<=9?=:25<>B?FBGC<>?@==A788;68:BDDBHD?;9;GH>HG@@899=;@;:56;:;><97+(&'(&+6;%=>=BJH@8?;:A>C64;@=>@8BED@E=7=GD>;BIIDG?=>82$+62418705686*3225>?=<<;/255:33=227<<971?@CBKF<=59<;526HGBE>B>>FFFE>I;7>2=8>>HLLD=>?/?C98:520')889%%<:=57BE?BK=@?;;<;=;323',*+*+-(,44*+9;=<7.&$#-)77>;<<>CEAH?AC=97=8:;;98665.*3):;CB@BDIJJHJA?JF9@?9=;;55.-;1225??HIKEDACEJA:AD?C>ECE<@C@>@743<@;::%??D=?@IC:H>:984/835:=DB$99:92>84><>=B:02*67.4&-237%+(+(+=AAIID=?>EBCDB@?=:9>A;=@BCGDDFO=@753'(6:699GLKPI=<>?6399;><97:9AID77?@C?>1/58D=6=474=8BI>>4/237/'38>?*9B;;=>BHF<@=@B92;8A@FFAD@GMK99<>2/9;>IJHA<5::993$'69<7*2:/C9A@:==??CFCD=:EEA35557;BC?@,:@B76:,4242/9<=<=:=C=@77:<;=@CHB95'++979A876.+,+%+%*+(((3=787>=JIH@CGI?<<::7&%%6FGD=4**.$%*(((./08%&'%%&'0(3016*0/4&664278<=;:/=<75**.34>?;ACDF??HFF><98))*747=<5/2:????4788:;6BGG@IJIEFIGL@@CK??EHCDGHE><8139;1(()/)*//.780/25228;7<@?@@=@>66;=@A?@@>7>@9@AGHBD6;LFB89<>=8:B8?A?JIDKF5;>@:8=<7;898??E:427545668999:7;=@F6861'($21-%/53?ACDCEB?=2266@@=IHJCB?8:BC66BAD;>DD8/77+$@=CF8:9>ACA>DEH@44AB6-$*)*4-,33=>@B>=@D=>?3)*%34;=<;(@76:GGGA<87<9<;49:<853(/,2420.00%&'&&339>?@;@BDHHB9=@D<8-51:94222;;:::9,,/,9>;+2*2669;;::85-,-&(&26<?F@CB;BHBB;HIJPMG<=<3A@BFA<=;=7=<=<@><==A?<;>A>:<>>8580*-46.0=;>DHDLI>55DEB@>?=??@BB9?>>*4668689?:65C9;8=JKC>AF9<;81333/:=:23&)&&+)358<;ABCB=BEAA8.,3478,7CJK@EHIFH@<<>=A8<@59=:@BADD=964;<=7*8;?AB>88*3AAB05/$$*8/9.9-,1@A@AAAE???A@--00/*0510.2.64:7>>;?:AA><<:98//00>A@@67>@@B:E7>8=<<,)()','*,-%><;5?=8'9:;0?@B*7FDHID==@>?>-0/--)'15CDFFH:6/3562-98AABACEB;E;<@9<==?29;?4B9CA<-+*(+**()004=BF;DF>CFBLKBLDKFBDAGADEILH=1A:81BEGCC??DFFECDFE>>1/;<<>A>C;=F?6<:$&2((03:<;::6+-,6(./,1=:;;?::<:=<:@@4,;=>2312;>=DB22B>>;C81,.0:>4=;B;:.(<=?>0CF.6C>.6;BAB>=C6B;CB?A6;?@A;4/1+%.&'+'46,-<>AB?:=?=>DABE=AD>D@HACFG<@><@@:4%(%)(,,/((:?@/5;599@AD;EB>>03(+('%$&$%'(#%49/2266:8>?DFCDHDA><@?CIHFIFKF>4/ENAAF?B>=ADCB=*(,**1>:13''++0//..-201:?>@8BC@A@@<=<@E@?CEAB8=@@<<=@?724'(32/?9BF:CIEKLB<<>@DGMLE>FACF>FJ@LMMG>?@FAAEAECA?98@659)EE><15=33-=>6=<;DAA@A66??BK.*/((:;9=CD<10#&-:67:6/,49@>68/31310..-8;6(&'((-749B?89455((00%,6=:21,.2651-133+-27/%%%';8721/,(&&+*3=@9;?><@:@E@C@=?>6,38=>IHG@AA===;BBC8BB=:CB@FD?9A>>97''&2,,/4937><=A@09+((22/-=DEEC?AD:BB>A9??<3&(%%%$339<>=<=C>6=?>@>:=<>D@?BFFDFLFA<=*7<>?BC5?<565'($&000'(,8:9:<<@?<>IIJED=CDIIF:;?>;>;??9?AAB555@>;0.2,60-/>;=BDGIB))?B99&)'*7767=C?;77;;65:0,,-/3CJAGHIHGE=FEG;55:82<5=>=;>>AHH?A@DBACFECDDH88HE?B?DAFLI?@B;>7;9;;9ECGFDJBHJA;93(0:>;HE@@CDCGGIIE6,J9=@8889917;;35>EB>?7:;9BHHLGCCD@ADF@CEG>FLJEL=<0FH;;EH:@:79=CCEIIB@>K;FIC5FCA@789?CEFFKADD7==8=GGE@AA??:6??<<;599;.,-3,(&&/2<<>725,$'&%#%,+/:=?@CDCC9EFB8D=;ABE>>=?A;=>?@@BDBE?DECG=8;AIKJHECLIF7?;<>GEIHH?=BA==:3393=219;;=>9?EH-7C?E=8@D?F;@H7>AD??BEE2:>A@<9/3.8?@IBG?,2#$%*.358;=9=5*+-.=>A?B@@&>::@>@A;A@A=?GIFA5533879%%CD@@=>IFHKJ:@:8;88@>68:B908JABKBCBC@BHJ.HIJIBHE>ABCC@1>?B?C=EC@@?F6>EFFIB=?9,,4910015==1+110,))6:@CBA:==&)-.'40.5;:;88*&#&$#*+.47A?@@>=EEB>=LGEFB@?**);;=8;HJ@BBCE369847.)+&$$$'6:9<;8/;1<>:A@DBAB>1?A6>C@:=<=788<4=@@DEADEBF=;9<@AA=0>2;ACC=>>@8=?908+8A?>>:?A68BI?GFJDED=>>76B>HDGQFDFA@@>*-18<=<<:+&949:666;@2<<=?=?G<>/))%)++)&'-36:::1/0/.-$%'#--06456:800034B<<=AEEJIK@CB9A@5:=>@>;-'%:;?;B>??<;<3()&'#$$''#$)*+%%%-3//2339:??EA@HBBA>IIBED'';A@J:ADB4,((778:920(6<89$';<:87EF?7A%)CF9<::=70:(894612?:<>1,003?@C?EGEAAA=3:04=;88;84873-<@98?567>?@>>>=.,)*3:7=??8:5.;39=>=;>9460>FGC:?<(5%.,,<:46?;3<@A@C2109CGJIB=7328;=75-4591369>??>>@><>06.+&$(+$'&359;F.196866<><1:><:64::3)&&,(&&%#%&.('((&&&),/04).0+#$$$%)$'$&%&$&*8;67/0;=<=97?@@FGJHE@=8:?F?;EE>C?:;B??A>HCGF?>?BB8:;GFBHIDAC@GH8$$&1(4<=9996)*0+;EF@ACBHIKMOD='.+*/'%,++&('&(+:@?02?ILIBBKHHCKLKSPOCBDDG@AD@B=IIGFF=?@//---52%$$#%&+*1GD>?@=<866:>=?BD>CGHBFC>B>B>A<77A?610@BDCIBF?HINLCA>0&-8817655;>2<<9/3C.>@EIMMKK:88@=?CECA;:AE7?<=FMIFG?@ABC?GGA,)00&;;6<<;657;OKJJF@DE?7@7>;=(&>>>>:734&('-0:;<,@CF:HGEFHIDA<;<5?><@343377/239<=8;=:187546BB@AGHBAA50365>CD>FFG?@EKIMQGEACFAA>:4>==DBC7'*8::57=BDADEFGG<9&9AC==?DG?58485B?9AC;<:2HI@BCFLC>?GL:9?=??@6;668EB9FMGF=CC?;230/;?9>?=<<;975*(59?=<:52:@'<>@@@E?>712)+-+,+&#&&&1=>?:E=@<=?=AB9;3-67::;;:0+):=?62--6:;?+%=62((*-867:AC@B9@B<>9=;8(2446754?<;6<<::967EE=KICF8<@CD@:;>48>DGD>:8+8AC=A7:;A69C?=(1/4237.-ABD;:::IGBEJF@=19@==*$)'3564..5:@>;?>373.(686?::;B>?@;=BBDF@:-+6=;?=?/0BHA;?=<:3):41@A>.=BACFJGEJMBBA6;/AA;A?HHJJR;<:;ECB:7501,1,%#%685;;<6DBHDDKI;>38CGA?C;G@:;A>8@EGIG>:FCB><>5?B@@B=>C<844;>@@BB:115+4=8:B+BFI<;>A7/,><;:0&-.05:==BC..1745**-.%%3679@?>=@@A?9579:=9;@BCCEDA?=A:6=:789:;042,.023?>EECB<:/0:<>1:66BB>@;2799><;:@D=;:;AA?BABA:>@@DIIKEAB@:.50%..,-11)/2456CDFCA=DBDGD@?>>?37@@D<2/->DEE=;36(/*3GHKF>ABBFCA->=AB412KFEIHA?CDCDFH?@8EIGD;899?54$%;@CAC2,+-).72:;7+*CA7('58==5958@;=8@78@=5?;;?;:?=IFEBDA=7CKJ@9?>?B>@B@?DC>9A;??>=<>>=9?:>?A@6;;C?DGJBFC@8>F?><@HHEBE;@=;:>?@BAEHIC?AACEG?B;7587:>DDBCDG>>@74(30-%%%(+=DCA96=DECBB:;5>CF@EH0D>>GFE@634:>A9FDEC?C<1$'7A9>5(54=5:>?=>=<95;@B>95<=7$'&'-.5,('+>?DDD=BCE?>2.8:?BGC@8-0./6;9????:>@<>DE97=%$$5'8996BA@?EE<4%2HG;?:;A=EABG@BB@;GCC;=ABIFGE=24;34;>>9:::1$/058414%:@?BCBG>1&58;:;=@H@F7FGA=FLLLD647;12AG>A8:A@187BFEEC<6@IIHED4AB7DA?K9:A@F@@CCDCB=CDB4CCC>CCHIII==>BKMHHFG?:97,9=>?EGJGEL>FHHHGECEFFJC@>B>9==H?B:-=@I?7.AI@:@FDB0'8:25*$*2:>>AFD@@AB=7EFEEEBF561228?D@?=??D><=:A93659D==DE5?=>?627$8=>CA:@EC@7C=GDADFC?CJ>=<=,<%>?:BA//-1000>>7DE>HHAF9BDDGE?G8L>CADDDD>AF9:?BCD5HOGAHEEE,79;@??FGJN>F448645;=/85;=?74&&(,;89>@FE@9/089=@@BCA;>AC>:>A@4B+988;@8F?@A=36KHII@JDA:DE@C=9BKGC8=<22/*<8702887=>;9;'80>;>B&%',1=@:?AIB=>:67=?EFE>CIDDJ>BCMIDFCK5@B;1FGHBA98&)&7:8@BE=>GCG@@3677.))),56;:9;8=ABA;8500-3<@;9>B?B>;<753//<:<@L@IHDD=:G:FBDEB;C@F;;5:9?EMLHHCCFI@IJILDDA3/,%$.07$0+457=CC@@?A@@A<==>BEB::BBD>>DICCA@?A6025/')$)+./8868=?AC=BIF@377)/?,@A9BD8=856<>:9<=8-<8:7<95*12417778988>889?ACE<>FF7@C?>BBADB;<77=?A:&&7B>@DF?8;?DA:?@CGFA%/><;5(%%%)')-----0=<<:>HGE968<<:9=?<;%%$'7=>AHB983=BE@88@<==25&)(*(.1>>7=9?F;968ACBCB0?<;>@69=A<>:BDFC@;<158:;>>8>>85>@>??BA<9.&&%%&&&06<918:42247@@AE=>:7<@ED@?>66563*%%$$-;=A@?>55=97C8E>?AGC<>E@:>?:9?A>C@DE:C??3<2579.01;<@5278598-,00$)*+.0ADA?ADDFFE3'+6::/00;9?@9=CH?>=8;>@EDC=>F>@=:921;;<=@<76>=DB:;@<>=69A@HHHI>>BCFC;@5=GIKGC<4658+99:<8:ABDEC@9CD@MI>EDC>DI>/13)?@CHF<EGIJHD@DGG5CE;?<414:A??EGDBFIDF@EB<AB>;?CAFDCFD5>,99DA>?C?@:<2...96),'(/78@<;@<=D619D@E4AHHGA???<2;:8$99?AAGHKJJ?=DBHF@?BIDB@?8=A?@A/,**6A?-5;;??@A?EEAC=C;').:9;9;@D>AB57<<7<=ACC@2889>EDCB8@@E@9?==??<7DHE??DDEB>>;J@HE(;0>??A=B>:8==B3;<9;GJ?IIDEECGHEA=:&);>DDEB?:6;:;7>AH@ABCBB:223>?>=5:=6-<;@8A?777?ED?9ACDFI=DFD?ADF=B;:=--)*?>1>@=:>HB;3;>A:JAA%%25GECGG=B?A@>AEE9;A>=>B@@>CBDEIIILKC@@;,,,$(68=61=GEAC<=:8<9A?=>=8095>=5+:@D?CGC()22?@?CIIGC6<7=A3)@?@C?AEED<-8<9@BHH>F@?==?6@=1@DC>DFCFLFE:>;GCDEJ6BCHHHA=:-/'658DDDCHIHH?HEHGGJJ85FFDCA>CADA:9=>EC9<>>ECDCBCBF?>CDD>FIK9:;>===<9@B8FBA;@BB>?@HFNPB:?@96):D@GMKK>=:A?@BFGFIKF63@?=B@ADKIBA;,)'97)?A<3,(+))15363.3-213:<@CL@?@CFBB@CBE:717=?7:8@=03495:?>DEAA>?@CHJNKB;0,/';=@8D@G>FJKD=@AC?G5G1@68?B:4786/105<;>@;58<768CC@8ABA?@BDDFLGBEHGLLLKEFGG<220485=G77BI@>I@ID=HGL?;%($&,6<C>90(/1>HEHH@@KGF@AFEIFIJEMH>JA97GIIMJE>F>>@@:CFGBCTSF;GDC6;ACA==>ADE?7>0,,-;333=>=?F8;78-/-'*+:;<;>?>=;7529;8;;:5458%3614B=H;;3????C:>=-AB/7?011/(22;A>D;4*-*-'36/:969;=::;>@=:<>>EGFABHJJG?CE984?HLIDBBAA>FB=???D:CDBCE>ECCB93&6?6974EFAHEFEF;??98946548401>DEBFIMGB5((*DFA><:52$(%2.-1(/+04529;?DABCGDDEA;CFA@?<@GGHGA.+;6245>=8)89?C@4@CD:B;=A;:=8DEBA=90&+668<99>BCA@516=>3@?=9BE;>14/34*<=EF=?<8??BB4AB@B7;:=AA9=>B;<;CCB:8?<@>:<@;6311&&488B@:@9=RSJAC@09@>;269<>@EE?986<>=8>8B@=E:C4AC@9./1;1<==>?;:;DFFJI;7;;C<=4$+&%%'95799952:=@ABB=2.);98997;.<<45>?@,).-<5*.B@>==(?A?C;E7AD?:<-EEE:>,CDC?=:BD?GGEGAHFFFO7ACJF?<:E?:D9:>:1/&%09>>FGC@CEC82?A<>BBDD@BGII@B4=;(@?<<;-&1%+0(&)5,.0;>;78C@7:=>A@@AGC>;>=F=C7:?@66>AAGHGA?D9>;ADC<@@FF<9;9H@@><;@,''/(*)3:>;>ACIIIB1<8:GGEDBE;B43=;=88@?===>??JJEBA76*8=87DKKCC@=<>2)*<C>:>?>?CE>>A9>;9=@ACG==;@KGFGEE<=?C9))5CBGHA;70685-A;@961:GGB:=56,-397.4*.57:0;13''&,4,96??CJEFFGCE@>?FB<:;,631/548;<=>>?:3.,*$13799(-/%(%&+$$/----;/1@78.1CCGIGB69@<=;BCA6DCDE8+,7@E64H614447%(%(/*+*/9>/%%%%&%)./:AGC=&2%%5@@DGB>=><<:0&&&.<>?B@===BA?ADIEKKAAB<::BD@<>>CD4?>=>;BGHHF====IMG<7DB@DHB?,''*)(*04-,)).40)0;978::>?A?'$$%=@@E?@:>=?4456?:55$6@CGF>>9315'(,;;>62172.(/;66BE>BB@CDBB9DBBEL<=;EFJAED@:>>7<>@4,'&&'*,*&32)%$'')/'%%'&%%&)'''*&&18882/04=?;;8>?=.;B>8'%%+=?CG<=FF<994:88><767>DC.=>,;2576858=>8?DFF:33,:>?8?9022-<<;@AACA@IJDB8DFCAGFFCDCA9<>:;<:6/*%%(3)---1.?@?71<;>:,%=>>:?>@I=>:=8<4@@@@878@@.+''(3647JGDD.=GA?AG>GBDB8:/;&:;;:68<(=<=D@BHID5%&1%%&*$&*+,'):979;,8:--583%%$,56855<24(&(&(,>>:=?EIGC@IFF>F?CD;<:4;97=@=9<DGED<>=IFD>B=CFHNLBE74::;=?>C?CF>33AA70)%)9>:856>:>2'690'*7:;>@?;=@A=65:@@BB><?>04BH??<6530-+0)46:<<3/1//0/55?AB@=>>=71,1/>?@C:@8,:99=@EG>F4>DBA?59=9:=<98)-48,796?ABBK>BA@<756:<28678*-,+/)'(+.,%-6798;>?@58@<36;(%'%##$#$$/166+>9=@IJ?9:)<:<9<;GA=B@>>A4'+894344320160007<=86AC>9>4/--.,-/8:8??@?;97)444=6')::@BD9B?J?8$%$$'5CDE9AEBG=>EE;BGILJE=>?>=<@@AB?>?C=<7A?**-($6%%&&'&5827@DDCDC@(/97:=@=?@@CA=;)%#$$$+)13)%$$*)--16;=>GD=A8:BBA:@JIHDDI@B?>>A=99A9:DF=55$;:@@DC?;AFDA;78-.,-:;(:@CI;864+&&*$%/1,-0-8BBJIFJ.+')=>>BA?AABB=;?<572-0)'+.7538<@;?>B:9=;BFHI?=@95818<>;8;998158@'7(#%$%'7959;CD:4*E>30'652*&$+,-71(((AEEIG>?CEE;&*98096<>HHHIJHEH>MK@<8;9A?>>ACFEBAC@B>5D=8.;6759-%'(+5;4=9,<,BGIF<;14(3;?9<@>C89BBC@@2.35<=-&%$9DCIG@77=A??IIF:JJHB@=5>?A<65*6?CEDEFECIA85:>:&/18<,/----8:6)%$/../0/.$''09?AA;6<<;67CM>@<4%%/?LA@@EEE;JGK:.//.'&'&&86*%$&&37*:0.7@B?@8?><A>5,660B?:=ED82789A:>A:))()%(02233457BC?@88=??8<3?>>92-&'.,055*27=@@>BDEEAB;G>?BA:4<8;=?@447BAEFGA@B?CEDF?;>=BADADEHGI=6=?FH@:AC??ABDD;D8HDB@A*(;15GFBFGI=A<>FCE58A1=9=7=552BA@A<;==6+046:@;B<=9DDFLH>CD91($-86<9),--)..128:D@>><6/7:==@?;ECB?>BFFK:BLMJH?CKDFDHIBAFG?664;GKGGFABGHEEC.0:7D?KGC(FOLA==8,>7<>DJ>.<8=6EDFEEEFC@98FCHINOHBDE1;AJ?CCE@@=.ACFGC=@DF@ED>MD@GGHII?J@AEKF@DMGA;?7>-:<==:<@B98;=5=65552/-095AC?:/8;<@:@EF8@BE:B?@EDH@>=;9*75&>CE@5@>JLEHE=<@??@?CCC<3;=?>CEFGJHPQMD@BHGCF=GMMNJ16FD:BCF>MCEAEEA'29;1$&+ECB=(+8.40/:=;4++01(45:<;<996+1(,))*'--0-($&&+-::,.55./0302*$$$$$#$$&(*+'&($()',/8>ADDAGHGD,7=5<9;<;:AA8?>7:9;=C?>@8:==ABC:=@AAB0,A==5@@=AA:?8671,05<::99<=8;;:AB@ED;9EEFC61GBD=;@?9@BEAA<@..32;9<=@@HCDL=?BF?=(?BA::555>::CA38=B97A@AGGFFB1;BD@?8<35873+39=?FCDAB020989:9?98//1,;><:469FC0;@:964,)$&3433637/4))-978=4+//137786++/,0-14A>>?<@@GI>BCDE<;94437:=8;9987<@>=@K?@A@CEAIB:@@.7''))6;.+--$&$28@@9=@;.2:;=FOL*C;>BCJJLGC=>@>79;=>>@9<=2+)/002;BAACLBBA128BED7B9=<768:>G?A;9D>C:4<68:A>=986=599878)'(1'2'088=?:=>><=??;<=69736:244/10/2@=<@>B=;CFE?;::9;;=E=BG<>@==;7:>>86?19*A7458CG?5<47A>?1*.,,*68430-&,$$$%$%(%<5-66.&'&%(&%&((-4?=?48<>=787,8=;8BD67><>>:AE<;6<>9>=:3.3+758:@<>==;;<;77;A?D4>6=CEDEEHFE>GC8:.1..63303>:=;*9'(+4995:?@>7:?8>F??><:>BDC466=@:=?H@?A:'&&#%&/((&(%%$&6(=;>>A?;:9:8CF>>D?A=HGNNCCGD?N5=?><+-,-692?>B9:<;;B=9@BCAEBCD9:9>>B95@AIHD@IJGG>EM?BB=?=>CFHHIDE:<;=68:8EFB@=A<:>G=8=88:?B@8;9-06:;@A>878./-'%+&%%.67:<48=<;+17CC:C?@BCAB@BB@:01,3=-19;48<87+39;@A;<;=>?9AB0<@A>>F964*2?<685?GD?@FA;4470565>=5+6968&&)('())=?<:AB;=?:;8'&..*$17:9<@>:;::CEE3-59;EACDDEACJ>3312-(,'..759;@@CCCEIEA7;77@:27//5671/0:8?AED::8<@?9;+78(9;?@C<><:F:A88?=?>BACD?<=68A?988'73)'(*(%*00531<:<8;C@9DIGE;=@=B=5?>78-+4+++))'(')*)(((50AB??<>9<7>>DEBDD?F@C=54>=AEHG=@.>=28548@77AA1<6@@>7;BKG?:9:>@B;B??>H<684:8;FGCD:.-*,7NK97:IC?9A;;=>=18@A8;=A34<;:3//0$)*.57==??=;=9<>;)(*+68-'7:8@BADD57<;:A8<>@>7;CGC;97776+$#&0::99@@3*&?6'2754477=:>?=>>>EKAA><5458:;<76B><:61=4/6?D?;D@GF@8;::C:232335551><.:86B8752@@?A@?==/,7<9:?;?:;::6661.+%&,&6=7B?E90&)8=BA@@54B:B)%@JBC;69>B;24<;;&44;9<;CIAGC:>@AAD;C>3=?CH>+>;=<;=;C?=@C<=A??F$A?.+@<99=<97.&66G::HFHIBA797421(58:@CEHB>FGABED4>ACD=;8>B8.1.=:677772**+**,5-29==<=::BEBC@CH9:;766=BE@7;?@7@;=@=/++1/235:6>4921*+.)&%73571.0BE<8B=FC8?BA=@KJEGMOCKHDA@=?ABEC:<7:CK=;014&02A;748*-:@;;7:899.52*%69788>@>++279;59=<+54*767?C?E;;65>AG;HIG:9>CAGG4,/0214=ABHAEA7>>CA@A@56@FL@C@E6>6=<8:B8B98@@AB9:97+,(+.0>E?>3//2:8>;:514>=?CEA=@BE:7=;264>?A58?BD5;EF8:6;:44%&13;:87C8:=:?8>:@=;I7BB:A?A>?<8;862(&&$6799:;69<88./;?>968;BA=E;?69.;99<<99$'&&&10;;9:>DEBFJCG;>?;C;?H<@:=?CLHCB8@AB>=;>1.0AA?B>))))),=@?=7<<=6<=AEADEBF>==ABBCAC:;54&-@BA@B=+++;,,.3>BDB>?,';9<@@;:9:638A<>>ABD:3/=@CAF>=B@?A9:5C@D:G?DG@?AAD?:@>D@@@BAC>>;8<7D6ECEE?68+%-->@AE?G9+8@?E>=%54>A:8CD3-,+@@BE=GDBA..;693&'7;9;A83?@>($&;B<=DB<@DB?B>BFFGFECD?@B>6:=@B@D@D=@9B:;*9?=;BDBB9:;=6>?=7@BB@;=<9<:@BCB=>78)559@6>.09AC?<=<657950*+'),&+,-45557DDDFB>HHBH@?@A99BECDFIA>=)=6-*))*(-/&&,56:A@3//7=<==>::*;?;<9>>6>895;?)%%+17:<9?>>;@GI93-.;<@984470:+-,-8>?<:9A>503/7B@?EHG:9;;97B@C=9B@<26<=9:>;12JD>=>BC33488;=>89>5;B9@>>3.,8031/)4:;<@?:CA=?;E@:9:21/+%2447?E;3<<=A?>;+9::;@:/3;>>A9F;A<>.,8@@7,2?>A=<<<@>>:1'+==8?FDG>9<@74>?7BD<897@;;B@@==?;<;@:;C@:0-.-/08A:7768663322##&$((873998/*:@?<=<@CD86795%&%((+,13@A>>9;=D9=:>D=A<;<=B;=?A<=97<=;'--/14?;??<9C?3?;7=BE<:?B@ABF>>=?D78=???789678/:;;9><9:2*.==>?>>>>>B=>BA7>DA@=>=?G:489:;77559=8?=@<=;-756>CC>C642*'0594)(2/37@;9>@.=>939=9:::'+@>:=145757:8222238865:<9:='2488=?AIIA?C?>@EA>=;:988658=<:9=?341//%./1:<@D@DEEH;B@?>?88=E@==3=BKFFCHJECMD8FDM=>222=;6:@CB:AA>@E@IJNPN@BD?D9K=HC9@A:=9:8/>697+'-2369:<656GH>==<<<68A99'31160;<>.35;:12;?BH?;,%*731-7;:;;79>>:949=>4767:97=?@;:9098=@JK8;??>?<96;KI>>:11055/2+*((('$%)'&)''($(/.%'&$$%'215887779;:7569;==7=<9;;<<<?C?,9*)@>@;A@8=3;;;:8,>:**-)))('8;?C<:;@=68$$%$,-.*<8AA@=?@9:)+>AEFE:>869=@1*%195;64=;AECDGHADA>=LEBC>@CDE>=<7482.99:2218899'(/1;A?EF@AA><<@;41C??>>>C=CNPCIGGCDE:CGCD?;<>?B9C><@>:6&4+-$653/,05-00>@C@B?.$)?AFFC=<=;CBA@FCBAEH;EFA,&'*+--9A??C>@<<09;@B?;;88:9>5//./,.;<=6=;47:;=C>6786*11678:;<69;?FHF<29:9DB=>:<:>81025;;8869;;@BAG??EGEB??BBC>13;@?=///9)<605566=57-8?:$$(01210*-/)8>>55=@?:>B@?,.8<9:895(54;;496774(997AC:BE?;?B?><><<1;ABC>><>E=>HG@AC57;<9/<=8=?@072++('((''*79>B>78)%,&*648:;0DBBBBBE@K?DB>9899:911;:<;=<<==CHIJB?;>:75659/.09)%1%334)098555-28%?>,;2439==7677AA@A@>?<45'268<>:A?@<=:<:@A@C:FBCGG@>>@?E8:?:9>CD;2>>??>BE99744:99>>CDFEC=B:03>5<==9+>=<9911/'(,,*777//*(./+2120)+-5?77>@@@=<4<@@:;<<;;??>:<;?A>KAD>@CCE<8==D>CE>D71*&,2200/+6=DGDH>=DE<=;:72389:;9-958=<;BFF2:(,.'%&'((08=@:;;;9:>8@;AC;>G>>G>?>;>:?2;85:7;;:8:9791231011116;;?6@A;DD49:?:'6>:836(+;<>84.,331())01>799C>>B9A<;@C?>9?B::55'-13:941*,0-4*+/0(-@CB@;A@?E;FBHH8E;A?@@?AGDDC>96>EF:8HIF>AACB>;B=?=<+(.0@HG>??<>@C>BDA@=559:;9;?9;?;:<<=GECAG:B5<;EGC+)BC7?F?.CC=>=5662)*-&&'(-.508=BC?)7:=F@9::14:;9/679?@@EB<99DKEA@:EN@E@?@D789;48=;>:EFBBC=;>:88=;>@99;BBGK@A;A=6(8=@@86???A=DE@C$&&8?90+''./)&(-30467==>B=CAEIKLKD@=CFE,89680532( @SRR14011045.17456 98ae0210-ef34-46f8-ae49-948adca50d5a/1 TTGTACTTCGTTCAGTTACGTATTGCTGGTTCGAATCCGTACGGACTATGGGTGTATCGCGGTTGATGGAAATAGGATTTAAAAAAAGTTAAAAAAACCTGTTGACAGAGAAAAGTAACTGTGATATACTAATATAGTTGTCGCAAGCGCGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCGGGGCACTATAACTTAAGGTTATAGTACTGAACAATGAAAAAACAATAAATCTGTCAGTGACGAAATGAGTGAGAACTCAAACTTTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGAAGCACTCTCGGATGAGTTGCGAACGGAGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGGATAACTATTGGAAACGTTAGCTGTACCGCACTAAGAGTAGATATCGCATGATAGAAGTTTGCTTGAAAGATGCAATTGCACCACTACAGATGGACCTGCGTTGCGGTAGTAGTTGGTGAGGTAACGGCTCACCAAGGCCACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAAGGACACGGCCCAGACTCCTACGGGAAGAAGCGACAGTAGGAGATCTTCAGCAATGGACGGAAGTCTGACCGAGCAACGCTGCGTGAGTGAAGAGGATTTCGGATCGTAAAGCTCTGTTGTAAAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCGTGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGACGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTAGAACTGTTTAACTTGAGTGCAAGAGGGAAGTGGAATTCCATGTGGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCAAACAGGATTGGAATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTTAGACCCTTTCCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCGCCTGGGAGTACGACCGCAAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAGAGGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCGGAGTCTTGACATCCCTCTGACCGCTCTGAGAGATAGAGTTTTTCCTTCGGGACAGAGGTGACAAGTCGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCGGTTGGGCACTGGCGAGACTGCCAGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAGTATCCCATGCGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGTTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAATCTCAGTTCGGATTGTGGTGCAACTCGCCTACCACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACCTTCGCAGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCCACACCACGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCTTTTAGGGCCAGTGCGCCTAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAGAGAGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAATGCACATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCGGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAGAGTTTATGACTGAAAGGTCAAAAAAGTAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGGCGAAGAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCGAATGGGGAACCTTAGGTACTACCTGTTACCCATATCTGTTAAGGATATGAGGAGGAAGACGCAGTGAACTGAAACATCTAGTAGGCTGCGCAGGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCTGACGAGCGAAACGGCAGGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAAAGACTATAGAATGACATGGGAAGGTCAGCCAAAGAGAGTGAGAGCCTCGTATTTAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTACGGCGAGACACGTGAAATCGTCGGAATCTGGGAGGACCATCTCCCAGCCCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAAGGTGAAAAGCACCCCGGGAAGTGAAATAGAACCTGAAACGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGGCGTGCCTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGTTTGAAGGGGAACGGAACCGTAGGGAAACCGAGTCTGAATAGGGCGCTTTAGTATTATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGCAGTGGACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAACGGGCTTGGAGATAGCTGGTTCTCTCCGAAATAACACAGAACTAGCGTCGACATCAAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAATGAATTATGGTCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAGAGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTGGGATGTTAGCTTAGAAGCGACTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGCAATACGTAA + %/.5/455;>A@<9>673B46<<>@BBC<6>49BD?ACE2CF><76:79?7?=E;81,)AAHH>;752-1869898+))0$<;604953..0A>>996>?;BBAI>:<95/(+37>>D=B79:=GD998?:88@MM8?=569@B9;<:8$9(+-((%&-@DCBD?C>>8@IAC>@;B;13=@?<:;9>NONIMC8>@BFE?D@??9416A<=>0;<=>/)-2269?CBFCII@LJIECBDAA=1,/5A??AB67EHD?A+888>=..3>434/(&%%./2.&'())&&+=:3@?@==67@A.202)))&%*22&&%%%%(3:+,48:B@C@?=@:///AA47';>=A:*59;;>:>:9=24791DBA?<>1:<;.5534(#&%&&$$'-&%##$$$&'%,(5034-*=8,)$$%%'$%%%'%+11&&''&61/--.5,/,.0-,<98826:70)=@500008==E;/-)('&%&&+7:>;;9//8@FC<9;8?80,:<><=B<478A@FD=A9>:<<@BA=:74*998;B@?;/179>4;<989+==6312&)1%-136=?>A=;;>;82//$'+$####$'02364402523<@>;@/*=@EFB@>A;;6>992,+;><87,2/-)%$#&%//2.*.(,8<3-&%$477<56>@2;@AAA>:C;?:AF.,899-:1<:75864AC=5:)')-9<<309;9>;99<::;9=-,,,&+324937>AA@=%%%(()&41=;/050/%(6D?EBJONBD<<@<;<:5;=BB=1,6,)99&(&).+=?CB:,()9?=8+75?B;BFE@;8=C7.0=A?60;9A;>?433<>>>AGHA=A3@@E=9???;ACB=@KI8>3@8;721(44&($1@DCDEB?<)*;9;CE96?=:=::9:HA84;>8?GFB6:4B>872=?@>764$$$,35=?A@:6&&37;939>8899DA=%$&&&4'%-&.=BHIE9:B,>AD8?BFA:87=::0#%%$%(*$%+.0)+;93?:2=><>;F@9A@@::=<45A@?D>:<<>6:58?9;+..79;//.7/789A>88=;>?-/1/99==<>/A?9==9$)<<66>9&1,:;:=<:<=@98+&/1&'%'(0.<>@A>BJA@C?G>=DDC@=1.-,$&&'(662)&((%%*,,++/7?BA=@AA@<=9:1**&'+629<7?<==JC?C>BEECGJE'%<=FB@>7::037>>@BG>F:D:604$55;=>:?<7>CC>-29?@('&+5.<%(B;9(('&#&&%/?ECE?5A9+.2?<9,9>:C@EEG;13:;@@5511//+(,$('%/.2:=:9=?GJFB=-0<36984?B@>><:89;763766(876542.,4-0?=87,4//:9:68=?6.*//-6@DHG88===9-2()%%&&&%//,66932*,*.5>;96@AAD@;&')-107//?:9BHE@JK;?A:==?8?DH?02-$'(&&*(22389;>>>2--.06,*000/01/)'7KJ?@B@<115,*8A4<>@5143549>?;8*-:<35=?44,;DA?@BA@<=8:@;==?;;;@CGHEA;585>>+&/00$9=>C==6925;<36=>()05:>?>BC?2.0/*03889=:?9=;C?@B88+1,9<79,?>:=>ECB=I?@?9A>A@>IC;A??==@BC5959554966>9>>8C=@CEEDEC79BABAK@><>=<@58?B@EB=/;;7&-6;?)$-'(%*+(&,+3;:5?>>CHGDD8<>CB;@D<9<;;9-7775;3,(('(:88<@8ADBDC>;:@B9?ED>::=:;;5520+)*''(1/;98+,79@.C;9;<3+?>+25103=96=:AA???7B7>BE@:D9555:=>EC?>AFF@@@E?<4*6013$#%&),'8==?;98&;<.7@IIC=0:4::=@:=AC842/2$$-%'2*796?;87'+30?A1(,279;7-,')*)'(2>2-:CAC@EFG<;@@;0--4.=AAC@<;9CHF;41%+%,-&')+-8:A>>DEMLEDDA@9+:A:BBCAA><;=94745<==84../.?75/-.(();896++$'(%1(9<;58:=B99<960>@>678611;073.7)6>=?A>(552;;12<>=>*4A=>?=>=634>>475557330-,5810=35@35;:)97<8GF=FIHF;@>?:63(%457)&&&*34-02@>98972./6/%%%$.-,//+<=7>:=34%1?AB6@6D;BAEA1>>:>>:9ABB<8D@?>BAAD@:A;>>@A3;FD@:>B@=::*-:-89AEFE9'&19<=B:8=<<9>;<5;:=B?.'')()%%&%'*,&&'*+425>;5<<8=@>;==DF;:@GG@C4;(')1+6995*.<;<9;AB@,5A?@A=D*%%*1DC<;/:66?><95201;)(3>@;>>8A?7E=7.-(45/(&3*1-*4:8;0<518>;@6:>JDBF>DH@3IGDE9(==6=?@=@:;3/&)7?BCA@@:976/0)'%%3103@CDBABD=AC:.9;=<<16B?<;?@D;:;@<><87<7=CEDC:897' @SRR14011045.55592 376f0528-d47f-49e6-be33-bbc5bf4d4b21/1 AGCACTCCTCTTAACCTTCCAGCACCGGGCAGGCATCACACCTATCCATCTTGATTTAGCGAAGGCTGTGTTTTTGATAAGCAAGTTGCTTAAGACCTATTCTATAAGCTGACTGAAAGCCAGCACCCTTCTCAAAGTTACGGTCTGTTTGCCAAGTTCCTTATGCGCGAGGATTCTCCTTCACCACCGGGAGCTCCCTCGCTCACGACTACCTGTGTCGGTTTGCGGTACGGTAAAGTGTGATTAACGCTAAGCCTTCTTGGCAGTGTGAATATCACTAACTTCGCTACTAGCTTCGCTCCCCATCCACAGCTCAATGTTATCGGTCGCTTGTTGCTTTCGATTCCACCTCACTGCTTAGACGTGCTTCCAGTCGCACGCTTTAGTTAGCCTACCACGTCCCTCCTTCACTACCTGCTCAAATACAGAATATCAACCTGTTGTCCATCGATTACCTGCTGATCTCTCAACTTAGGTCCCGACTAACCAAGATGGATGACATACCCTGAAACCTTGGTCTTGGTGGACCGATTCCTCACCTGTCTTTCGCTACTCACACCAAACGTTCTCACTTCCTAGCAGCTCCAGCATCTCCCGGTACACCTTCTCCACATAGAACGCTCTCCGCACCTATAAAGGTATCCCAGCTTCGATGAAATTGTTTCAGCCCGGTACATTTTCGGCACCGGTCTCGACTAGTGAGCTATTGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTGGTTGTCTGTACGGCTTCACATCCTTTTCACTTAACAATTATTTTGGGACCTTAGCTGTGGTGGTCTGGGCTGTTTCCCTTTCAGCTTCTGCGGATCTTATCACCAGTCTGACTGCCGACCATAATTCATTGGCAGTGTGGAGTTTATCTGAAGATGGTAATCGGATGAGACCCCTCACCCAAGCAATGCTCTACCTCCAAGAATCTTAATGCTCGACGCCTAGCCCTCGCCGGAAGAGCCAGCTATCCTCAGGATCGTTTGATTTCTCCGCTGCCACCGTCATCAGCACTTTTCAACGTGCCCTGGTTCCAGTCCTCCAGTAGAGTTTACCCTCCTCTTCTTCTGCTCATCGGTGAGTCACATGGTTTCAGGTCTACAGCATAATCCCTAACTGCCTATTCGAGCTCGGTTTCCTACGGCTCCGTCTCTTC + $#%'.754679:99;=CF=.(''')2&(,*(()3-33'($&&(&'&'1-)-)-))*.%&&$%'$050+&%11.-+--,--(,%(.$)2---%%+$**1014.)%%&&(,(&$.',.-//1/2-(+68=2:680&),.77''%+:7&&386)),&'5550+$%$$%$$%%$''%(.&)(+%(+$$%#%%%&)'(%&'''*.*+%*$(..,526558:944&*,3/#$$%%$&$(%&%$&%#%)&&&$&*())''&%%$%%%'%'%$&/(&''&$()*$#%$%.352./330.,$%%*%.3667;<>@@9:A7<,$&((-/0*+,,.,0.&&2336:;=AD>98:7370$$&$%$&$%$4;36,$..1.(''$#%$%*)&%%-%.,)'/,#%&$$#&'+.*=870-$+2455;9<>=.1)##$&'''&()/,043;8/.55::80**,+9:99;=?A0%$&&')%''%,167754++*%$)$'*'$%%&3+&(%%%&&:6;<*535;;B@.))2,02::;:>:95662'($$%(*++8A:9,).><':6:,+)'%%$%,%(01;98-?;76%#&(889=ABD3ABB5*-77&&'+++463'(*848:>5646:=9;@B>?::B=)%$((&((%/1577351&,+$$&&&947<56:566699@:1?>>A=8=63(&%$.%))88:>A;8:51)&%&$-+24788)%'..&$(.242(+-24.,(*&87.868;?C?@)*A@8>06,:*029763'(+6763-&&-89;;7AA3?;;<7?9/40'&)2,..,,.-:@?1,+)'%$,47,+,*()*&&&'))))++'.0.&$$%)/.-796('%&&)49.,&,4:9(%'&&)&%&%'&&%%&&$%$$%*++..%$#0*5%*7:;7949:23/394(657654+ @SRR14011045.27726 204e0e8b-0f53-453a-893d-6fdaae227d36/1 ACGTACTTCGTTCGGTTACGTATTGCTCGAAAAGTCGCTGATGAGTTCAAATTGGTTCATAATTCTATCTCCTTTATGTATCATTTGCTACATACCCAAATGAAGCTTTTGTAATTACTAAGGCAAGATGAGAAAGGGGGCTATAAATGCTCAAAACAGTATTATCATGGTTTTTCCAGAGCCAAGTAATATTGCGTACTCTGTCAAAAGCCTTTGGAGGTTTATGTCCAACATGCCAAGCTATTTTAAATGTAGAAAAGAGGCGCTAGGTCATTGCGGGCGTTGTCATACTTTTGGGCACGTCAAGTAAATCTTTGTGATAATTGTCGCAAGTGGCCAAAGGATTTTTTAAAAGTTCATGCCCTCTACCCTTGAAAAAAGAAGTCAGAGAGAAGCACTGAAAAAGATAAAGTATCACCACGAACCCTGGCGAGGGAAGCCATGAGCAAGCTTTAGCGTCCCTTGTACCAGAGGGGGATTGGGTTCTTATCCTATCCCTTTGCACCGTAGTAAGGAAAAAGAGAGGGGATATAATCAAAGCCTTTGTTTGGCAAAAGGTATAGCAGAAATCAAAGAAATGAAAATTTATACAAAGGTCTTGTATCGCAGGGAAAAAAACAAAAGTACAGGCAGGACTAAGCTATTATGCACGACAAGAAAATATCAAAAATGCTTTTAGCATACAAAATGAAGGCTTGATTGCTGGAAAGAATGTGCTTTTGATAGATGACATTATGATAACAGGTGTGACCTTAGCAGTAGCTAGCAAGGTGCTTTATGCCCATGGGGCAAAGAAAGTTGAGGCGGTAGTTTTTGCCAGTGGTATTCATTAAAATAAAAATATGAATTTTTATAAAATAATATTGAATTTTTATGCAAAACCTTGTATACTGTGAAAAATGATACAGGAGGTAGGACATCATGAAATTAAAAACAATATTGGTCACGACACTTATGGCAGGGCTAACAATTGGTAGTCTAGTGGGTTGCAATGCTGCAAAAGACGGTGATACGGCTCAGCGTGCAACAGAAAAGAAAATTGTTGTCAGGACTGACCCAGAATTTCCACCATTTGAATATCAAGATAAAGAGTATTATAGGTGGCTTTGATGTAGACCTCATGAATGCCATTGGCAAGGATCAAGGCTTTGAAGTCACTTTTACGAGTCTTGAATTTGATTCTTTGGCACAGGTGCTTTAGCAACAGGTCAAATTGATGCAGCGGCAGCGGAGGCATTAGTAATACACCAAGAGCGTAATGAACAAAGTGCTTTTTTCAGAACCTTATGAATGCTTCTTTAGGGATTGTGGTGCCTAAAGAGAATACCGATATTAAGAGTGCCAGAAGATTTAAAAGGCAAGGTCATCTGTGCACAACTTGGCACCACTGGTGCGGAGGCAGCAACTAAGCTAAAGAGGATGGAAGTTAAAAGAGGGGAGTCAAAAGCTACTTGCCAATTTCAGTGTCTGTATACAAGAACTTGAAACAGGCGGTTCTGATGCTTGTGTCAATGATACTGCCAGTTAACTTGAATTATATTGCAACCTATCCAGATAAAATAAGGGTTTAGATGATCCGTATGCGACGGATTATTATGCGATTACGATTAGTAAAGAAAATAAAGAATTGCAAGCTAAGATCAATGCAGGTCTAAAGAACATCATTGCCAATGGCGAATATGAAGCCCTTTGTAAATACAATCTACCAGTTTCTCCAGACAAGATCTTTTAAAAGTGACAGTAGAAAAAATTCTTGTATGAAAAGTAAAAGCTAAAGTAACTTAGGTTATCGTCATTGGCGATAGCCTTTTGCATAAGATAAAAAGCATAACAATAGACGTTTTAGCTAGTTTTAGGCATTTTCTACAGTATTAATAAAAAAATGATGGATTTTTATAAAAAACTATTGCATTTTTATACAAGTTCTTGTATACTATGAAAAAACATCGCAGGCAGAACATCATGAAATTAAAAAAAATATTTGCCATCACACTTATGGCAGGATTAGCAATGACAAGTTTAGTAGGTAGCAATGCAGCAAAAGAGGATAGTGGTAATAACGCTGAGGCAGCAAGAAAGTGGTTGTCGGAACCAATCCAGGATTTCCTACATTTGAGTACCAAGATAAAGAGGCAAGATGGAAGGTTTTGACCTAGATCTTATGGCTACTATCGGTGAGGATCAAGGGTTTGAAGTAGACTTCCAAAGTCTTGAATTTGATGCATTAACAGGGGCACTAGCAACAGGACAAATTGATGCAGCAGCGGCGGGAGTTAGTGTTACCCCAGAACGTAATGAACAAGTGCTTTCTCAAACCCATATATGGTGCTTCATTGGGTATCGTCGTAACTAAAGACAACACAAGTATTAAGAGTGCTGGATGACTTAAAAGGAAAAAGTCGTGTGCTCAACTTGTTACCACTGGGGCTGAGACAGCAACTAAGCTTAAAGAAGAAGGCGTAATCAAAGATGCTAAGCTTCTTGCTAACTTCAACGTTTGTATGCAAGAGCTTGCAACTGGTAATACGATCTTGTATCAATGATATGCCTGTTAACTTAAACTACATTGAAGCGCATCCAGACACAGTAAAAGTTTTGGATGACCTTTATGCAACCGACTATGCAATCACTGTAGGTAAGGAAAACAAGGACTTACAAGATAAAATCAATGTAGGGCTTAAAAATATCATTGCTAGTGGTAAGTATGAAGAGCTTTACCAAAAAATATGACTTACCAGTTTCTCCAGATATTACTAAAGGAGAAATCACTTTAGAAAAATCCTTAGCATGAAAAAGTAAGTATAATCCTAGGCTATCGCAATTTGCGATAGCCTTTGCAAGATTGTGAGGCGTGTCAATGGACAAGTTTATAGAAATTTTAAGCATCGTAATTAAGGGCGCTGGCTTTACTTTATCAGTTGCGTTCAGTGCTGTTTAATAGGGATAGTGATGAGTTTAGTGATGTCACTTTCCAAATTGAGTCATAATATTATATTGAAATCAATTGCCAATGTTTATATCGAAGTCATCAGAGGAACTCCGCTCTTTGTTCAGATTTTTCTTTTCCACTTTGGGGTAGCTTCTATCGTTGGTCAGATTTATAGGCGAGAAATTTGCCTTTGACGTTTTTACGACAGGGGTTGTGGTCTGTGGTTTAAATAGTGGGGCTTATGTGGCAGAAATTTTCCGTGCTGGTATTCAAGGTATTGATAAGGGACAAGTTGAGGCAGTACGCTCTTTAGGGATGACACATACACAGGCGATGCGTCATGTTATTTTACCGCAAGCTTTTTAAAGCAGTTATTCCAGCACTTGGCAATGAGGTGGTGGTACTCTTAAAAGATACTTCACTCTTATCCGCTATCGGTGCCAATGAAATTATGAAAAAGGAGGACAAATTTATAACTCTCAAATGTTTGAGCCTTTTGCTATGGAACTGTTGCCTTAATTATCTTGTCGTGACCTTTAGTTTGACACGTGTGATTAATTGGTATGAGCGCAAGTTGGATGTTTCACGAGCATAGCTAAGGAGGTATCTTGATGATAAAAGTTGTTAATTTAGAAAAAGAGTTTTGGTGAAAATAAAGTTTTAAAAGGTATTACGGAGACGATTGCAACGGGTGAGGTTGTTTCTGTGATTGGACCATCGAGGTTAGGGTAAAAGTACTTTTTTGAGATGTTTAAATCTTTGAAATGTGCCAACTGGTGGTAAGATTGTTGTAGATGATGAAGAAATCACAGCTAAAATACTGATATCAATAAAATGCGTGAAAAAATTGGTATGGTGTTTCAAAGGTTCAATCTTTTTCCACACAAGACAGTGTTAGAAAACATTACTCTTGCTCCTGTTCATGTTAAAAGATTCCGTTGGAAGATGCTAAGAAGCGTGCTATGGAATTACTAAGAGTCAAGTCGGCTTGGCGAATAAGGCAGATAGCTACCCACAGGAGTTATCTGGTGGGCAACAACAAGAGGTTGCCATCGCTCGTGCCTTAGCGATGGATCAGAAATCATGCTTTTTTGATGAGCCGACAAGTGCTCTTGATCCAGAGATGGTTGGGGAAGTACTCAATGTTATTCGTTCGCTTACTAAAACAGGGATGACTATGGTTATCGTGACGCACGAAATGGGATTTGCTAGAGAAGTGAGTGATAGAGTGTTTTTCATCGATGAAGGTATTGTCATGGAAAAGGGTAATACGACGATATTTTTAATAATGCCAAAGTGGACAGAACCAAAAACTTTTTGGCAAAAATTTTGTAATATCCCCCTAAAATAGCGACTATCACTAGTGGTAGTCGCTGTTTTGTTATGATAAGGAGAAGCCTTATCTATAAAAGGAGGAAATGATGATTACCATAGGCAATTTAAAAAGTGAGGTCCAAAAAGCGCCTAAAAACCTTTCAATTAGGGAATGTTTGGAAATTACAACCTATAAGCGCAATAGGGGATTGTGGTTATAAAAAATAGAAGAAGAAAGTTTTCTTTTAAAGAATTTGGCTATGAAGCGCTTGATGTTGAAAGTATGGGATTAGAAGATTTGTTAAAATTGATCCAAAAAGAGCCAAGGTAGAATTTCCTAAGTCAGCAAATTAGGCTCTATGCCCATGACTCTGTGGAGGCAAATTTAATTAGTGAAAATATTGCCATCAGAATTTAAAAAAATACAAAAAAACGTCTTGACGAAATAACTAAAAAATGGTAGTATAATACTCGTTCCACAGAGGACGTTTTATGGGGGTATAAGCTCAGCTGGAGAGCACCTGCCTTGCAAGCAGGGGGTCAAAGTTCGATCTCTTTATCTCCATTAAGACACGAAAGACGGTTCAAATCTTTGAAAACGACACAGTAATAAACAGTAAGTATTACGGATGAGCGTAATACTTACAGAGAATATATCTGAAATAAAGCAGAAAGTAACCAAAGATTAAGAAAGCAAGGGCATACGGTGGATGCCTAGGCGCTAGAGCCGAAGAAGGACGCGGTAAGCTGCAGCTACGAGGGAGTCGCAAGCAGACAGAGAATCGTAGATATCCGAATGAAGACCCTGCTGGAGTAATATCCAGTAATCCCATGCTGAACAAAATAGGCATGCGGAAGGCAGCGAAACTGAAACATCTAAGTACCCGGAGGAAAAGAAAGAAAACTCGATTCCCCCCCAGTAGCGGCGAGCGAAAGGGGAAAAGCCCAAACCGGAAATATCCGGGGTTAGGACATTCAAAAGAGTATCAGAGCCCAGTCCGAATGGTGTGGGAAAATCAGCCAAAGAAGGTGAGAGCCCTGTGAACGAAAGGTAACGATATGGGAATGGATCCGAAGTGGCACGGAGCACGGGAATTCCGTGTGAAGGAGCGGGGACCACCCCGTAAGGCTAAATACTCCTTAGCGACCGATAGAGAACCAAGTACCGTGAGGGAAAGGTGGCACCTCCGGAAGGAGTGAAAGAACCTGAAACCGTATGCTTACAATCAGTCACAGCCCTTAGGGGTAGTGGCGTACTTTTTGTAGGGCGGACCAGCGAGTTACATATACTAGCAAGGTTAAGAAATACGGAGCCAAAGCGAAAGCGAGTCTGAAAAGGGCGATAAGTTAGTGTGTGTAGACCCGAAACCAGGTGATCTACCCATGAGCAGGTTGAAGCGTTAGTAAAAATAACGTGGAGGACCGAACCAGGACACGTTGAAAAGTGTTTGGATGACTTGTGGGTAGGGTGAAATTCCAATCGAACCTGGAGATAGCTGGTTCTCCTCGAAATAAGCTTTAGGGCTAGCCTCGAAGAGAGATATGGAGGTAGAGCACTGAATGGGTGCGGGGCTTCACCGCCTGCAAATCTTATCAAACTCCGAATGCCATATATCATAATCCGGAGTCAGACTATAGGGGGATAAAGCTTCATAGTCAAGGGAAAACTGAACCGCCGTCTAAGGTCCCCAAGTGATTGTTAAGTGGAAAAGGATGTGAAACCGCAGAGACAACCAGGATGTTGGCTTAGAAGCAGCCATCATTATAAAGAGTGCGTAATAGCTCACTGGTCCAGGGTTTTTGCGCCGAAAATGTAACAGGGCTCAAACAATACACCGAAGACGCGGAATGACGAATGTCATTGGTAGAGAACGATCCATAGAGGAGAAGCTAACGTGGGGCTGAAGGTGGACAATATGGAAGAGAATGCTGGTATAAGTACACGATAAAAGAGGTGAGAATCCTCTTCGCCGAAAATCTAAGGATTCCTGGGGAAGGCTCTCGTCCGCCCAGGTAAGTCGGGACCTAGGCAAGGCCGAAAGGCGTAGTCGATGGAAAACAGGTAGAAATTCCTGTACCACCGAAAGCCGTTAAGAGAGAAGCAATGACGCAGAAGGATAGAGCGAGCGCGGATTGGTGAGGCGTTTAAGTAAGTAGGGAGAAACGTAGGGAAGTCCGCGTTTTGAGATCTTTGAGATACGAGCAATACGTAACTT + ##$#%,142;=@<');;>*>DCEI@CICGFAB;<>C@A9@>63B:D;BHIF?B4@6=:8;>>IJQJC?4=>?5;DD4+2>KLJEF?'(')4;=FD=>99<654*-&'+-/669=<8>>;=>ACDA:<648&523+$$$&28B=?=;I<=>@@DD&:=CD=30CELLGIHCCEC<:EA?/12;E=FCG@8948IPKF=7;<;<>B7E??44:@@A@9489&98=:,/39;AA?FFFG>F;:CHI714:0?@A@06&7BGC>;89<6()9*-.389BF?72<3305'64@/-(0EA:?+&&&$3%6*579AA@EGIB+>@BGCB:===9<;;EB:KHDEEEFA<3*/0&4433,*****11129<:97557@>>BCC=@9;:><91-,-+*;;03;?IB?CDB98'3F@::9<==?E@AAFE7CDC,;B?=:-(/1'4>;=CC@IJJGBJJB7BCBC@;=<7>;5?AC>94BCDA;8*,GGDK=DE>1222;<;B8A><<:>63A??@CA6:>>CDEH>8<4=8?;?G?FEFCADGA?AB=1889AJKC<=?KEGIMLJ>>34+)/;<@@DKMC>@ECEA-8DADFB;IMLJF?GJM<B=@>=FB?7@???@C@??<=C@<=BB:?>59?=>:8025;<1.;402C@=?<>?36==?@@><:<<403?A=??EIJIDA>=:@A>E::>ACDJCJKPIGEF?@GF@8967=48>@<7:5>8AD:DC9C=B;?<>>E>>?92=59:E=E@:>CA@=@@?:FG*645657460>?B(8<>=>A@BA@;<856583<>>?657<<:77&$3::=;;?BBE@==%B=>B1::94)6';;:=EEDB=?=CC;1//;ADBIM8?AHF>)$0@@?@<@498AAB<<4@HGDD939>?D96@C?165<>=;877228:=>BB<613**-..13569:=:334*15'+%%%2+237@9**+.7;;<=)(9<@>?A@,<><;:*(+?2,('-.(*$$%6567'&.,,=*286;*/3/178AAAG>EGGEFF?A?@CA<<==>A===796:6:'?DD614::>?ABFC>BBB:??>@63>8?=5-215;:3:9681,.1)'%&&<=48997788(&(>==C>E@D?=?5:?78::;>;79GFCKEBE=577689979((&8AA>?8789+12776)($$%838:6&,)622218;2/1)$.32135687:@CDIF;8=BB@;@@@;<;=%@AC>--297:<855?;:=CE8;<=<<9>80<463*('*')+012/8:<>@?672434:::)@=:9?>;>DDGEJC833*)-/866//5<8AHD4>@DDCG@8DIEDB?5<>9<9EEGJHED=@8@E;667??=<9=LMLEJDB?97CH+843//;??=B?@6899=CJ;CCDADF>A?=<1*('&))&%$'$')(/)((3,41;<@B@8D;>C?ADGHE::*()%$$$$&+,7<;6894%*;;=.*;B>BEIEB?A@FJJI:*@>757@@@AEEAPIHED?:E??F?:BFHKNHDG[XKIH;7=>>?=BCFHLIB>.(-,/;D@=BGAFEILFDCCBA<;50.&5CABD<>*=>DBHB:@;.:8;71D;DA.501*887B=FGA@=@D>*9755?=;DA=>:47CE9<46A6513%#.1/,'#$,'+4+('-813>9==C<>7-,&)+25:=?A=>@;?74>;==>:9577>?:@;.31-1'$5;=>305=9/(-).08;778;=:-,).00/=9<=8:>>:6<49:85@ACEBBAC?DDEHF1/96;;;;D<<7B79-'A?6?BIGGG?@@=5<22((3'.6%'+$%67.:77?;C9F98@AAB?=++066>>=?<89.)><+**3-''668=45:),9<<<99<<:>EC?BQPK@D@GI@ABAC6????HF;*',:;<<9%1=95<766,,,%%&,,1)-6:;?@?1)**,/<299697699=CABCAHIE@@D236941>CC;:@>@@EHAGJI-0/3<=;//:756,<:9/...5>?><<6/+')+&%'%(&+0.00+.89=ACDEAB;=@?DEH=<<=A=9GL==DD?AF+'CDBBE3)EFJABCBB@@AFOKG775332/?88;*(54EB8:9873=@BBFE@)09@D<@@CD:G:?7<:5:?=73=?@@@?=;?B@=C@EH@=EHG-8-8IKHF3**03-;A@>A==DEC4279'?98?@?;ABB>;@@FF<->528987:=:9;85'-05>8>==CCCF@8936<>@E;BDRRQLD74/4&&0-/-.'%'&(567979.,2@B@CEC=:CHH@C@GI@LNI:DCDHGINOQME@8?EKBGBACGGQL=?ACABC?BJHA<>@A@DEHDF031;BC@D=:<7??CIF:=GF:BIEBB')?>HE=BF=?<9<<@;DGD6?GG>DDC9AC<@IJJ@@>@FKA?@>HA?A=BDCG>?9@>7>=A@D>6<@@@774>H8CB?BGD8:45BIKFH5AIFHBAC9BBA997<?9>A;=:88./>97?:72-67@AAEB>@HHEBD>:DFGCBA=<>;6B97;>B=C<7B?DCD>@BKBENM=?GIDF>B?:JC9=CCFC>(7:EEHEB>>C<:>'$A=DA=CG>EC<069;4>85269?*+FEFKHDGEA;;77>@BMI=DE?FE=BDFBEIILGB@FDCBA=BE9;767744830***'(/35.887C:5<@@@=28C<@CJMGAE:CBCCC;78/-%4.&&,2/..+.>?>B@>;@;D7BCA@@FHG@=78:@CGE9><)=A@DB>>.68,&($$&*(+265560046A7:EED>@:;'-18)<@B?@EIGH?<966:AFBCJBCDC'AC@CE?BCMLII>149763&223<@C<<>>7>663BEA3+;=>@DEF*=4>?=<>=45719<>FGFF?/C<52>...8=BACCCIA==?>;@@A?5691<4..-8;:)009=?=8//=>@B@ABA?=>9>@7A<9?@;;2<<,&$'+/($$,1/0:A?679:DEF=9899NN@?9;AD@;95@DDFB?<;=<;6:7>;95)67*89?AGBA;GHIF=8>A?=B5BFB?JFGKHGE@FF/41671+*=CC=>B:@A=-12>C?==>=286A=?D<;:>:;DLECC7:9<4%'478:<:=:32-..038;>GEGFA71--?,)4:;=;::478??0688<>@B?@?<:5====>64.)'*+/.;0790<9;A?&$5,'''..23:9?<953554<9<@?@E@:DECA@;342>B?B>9;CDE7B8CC?DEB?G<::775BD1387/5<=9**<<:C>?A=@@<89+335::4:>>D<<97/36D>1DH=:@CCJE@BCBFFD>6=2565>>=?6@>HGECMME?<<@ADFCFA@BC9B+:GC;8-=9:=IGE@111A?;;;?=:8==CDC<<@>=56?6@@AB<=9:;B@B7;;?9>B@>-(:1;2===<9<=?ACD>?BEB98>?DFBEBCDD>5,C?:6197A;BGFD78ILFDEGEECA;:<=>>GG;3437224/29;BEDFHFDC:ACII)*16;A@B<=B<<>=:B>>,94$3+5@@7=84BCB7CHKK@GLE@CC:/JFNKIHIAE>A@BBA?C?CDB>>EEF=:GEGH??CA?A,7/..'+7*$$&;;;B>EC=;@CAC@?A<==CAC64).1;HIBAA===>@>>CAEED@<7=?B>@CCDG@HGHHIKLHD<4-;DA@@656/)39;:B754;/>CC@F=AGLLEJ988?=??9:IDLHA==AA:8.;=?=6;C65==>>6.<153;960.)&-($$.26=;CHF>C:DB0%&('((*,,.17@96@78CA>@BE6AKECC?3?B?<;AGK?>GFI?;9ABA4;<<;;/97*''''-450('$$%/6;9:>)&0,,+&,38:9*/,-4=/?;5;@B;@<48BECDG5::--08;?:71.0.(359-->:;7AA=?9;=<950.2(%%+-++1.43046:82=579A@:?;,>F;HGD;7+99?D?<97--022$(&(,2;6?B>>9;6432)'11306;=;8334BG>BBC>?86<;B>A92372-&*,,4++7759<<=33588:BA9??A<=8308578<5)55,33333;@:489;;;4(22-()*(695<7>BA:1((%)7=<<97555><;=23?<>BBB*&:993+379<;95>ABAC<7;0*%$067<747)-.**4296758<>?=E??(&&868B=GJKFCBCE88*+-1&&(*''35327/3*(29;<>><<>;/17.863@9B<<@B<678==<;?>77010%)'78;;::-3??;79:?==6776%)&(,'22-8855++55''.).5,%#%,),;56:A@?;8=65565779;=:<;73;?:5:-=934992=?><29B;>=C>;,@73==?9D9D>>>@EC6:64,)*)+((%/*+*,/(&%%'0356:3:89:5*1<;77:=FE>6344767<<@=H:@808:7:8>7A>BDA;;897+&*+,:**;>@..6=:856>::9=<=5095;9;;>AABJ;DA8ADBD@.?B?<<7?>732(,)24467:?@9>?AB98C=:<6A:4459,9<><::<7@98@>)24772*9<;=;67:9;<@>;=<7AC:)@*0=@A.,)H:=;:8777;;8438/::;5@>>25?=>AC:=C?89-+*;=>:8:=AAFDJJ@>@88:C@>5FC?=;;?M>=?AA??><=::EDCCFHL@A(:047994<<9&&9:=5==878;4)+1,*)'$%))-46834;>::5-;;HA>:=::;;;@?=?B@<=;CAA&=6$)'-,9:;F>A<738<:?ADB?=7:?0=A@>210.1598?=2017(*%3#$%.9?88;C=6==5769?ACAA=,GDCED9CGFB==23.1.$(9==9:A2.2%.064555><>AB@88<8:43;@9-?DC>A?@D?B<:CGCA:66=?@<'6/18/14..3=<><<>B6;=>:9>?><++=>9?EFF;6=9:;%7;A77'&&&$+-12+/==2686??DCBCEAB8;432111(>?AC9;;=>FHIKKGIHE:?78.521;87/>?@<969:1*643.*7357>B9*)((=<9;BCA;B8945=::<;>;EEG<@?;6;6-68+12596+49;?=EHBJJD37=7893B==B897<:>??:2/-01)#%&;@HG79979=?AADGFEBEEDHG:4-78)%&(>>>@ADA::?>866505*'%%2+%$,/238.'%-56>'@=742555636@ED@=1+1DC?>>A@>6(9975014?770/)5628581(')(/546=27@=?<88=;8()%0920:<;3'$:835<=;;@D>++-?CBA?<875?.A3BDCAFA7=>89=;B<==/12&&)798=..,.*:85;;96?;80)&-9CEFAB59;<<<76??;?GEECFGIG;1'&3#$%%%%#-''//336>=?@AGFE@CF=GB@:&1-3.;:%+7901/12&*)-375?1.265:58..10243.-'&14++)68:945230&3355)(-19;<;0--3ABB:::813983.845:>>8))-01013984=<43,542*.+&69468753894>>BFFEDIJBB:?=>232116/3;<<<87815;D<0%$$'7<@AB@==?=<=<869>>9$$%(*241'(3::5.18<@;79<=IF2?2/?<67/001(9;=7:895'')35+,97:GDBCC<+))4<=97:.577028>=97<18;9/9%*3789-79<;@=986214>><00179B<=6AHFMF>:;C<@BB83-A?EGBDFGFBC@/C=8ABCEEE@?>EGHB((7<3'223*()5))(111136;<@>@>?>)%)&*+0/5510&****/==;3+<=>AEKGFC<E@=<<76:==@:7784=C<<<:44(+,2331++($%%)+*/&1++,+,;;?A;<52=6@=*).%&%83588=A>A7A;753%0944+005/(&('0=6?C=;=?@9>;80)'()&(&8.63;74:00&(&()+*(/))//7/;;;@@=AE?278A<=;@;&&30-,&&(++/4,-:9:=<@G@GCCA6&((),215:@?E=($3'&7.0+:<<:<<9?><=266785/.4;794***&(),-2079C=@@4238:;>4@=BB<@F<59BGC?<69;=;=28:;;:?=?C:?766<<>>031,->B?C>46/;47+;;9;@DHHG46;5)++;<3353&,0:734::<8;=B?BC?6%$%#'&8:.@=><<*3@@?B;=8;;=B?;1388.788DB:3-<88<-(6CE>?@:DLKD5679<)8686..*0877?AA'?,77=CDFFBGAD<2,78;;89>?AA?A);47DF86:+02>9;BE;669887:8:9<4.0-//13/8;;++'.+2684-*-0/4==>@C@;BB;=@@>:3A@C:==<;3>?5.%=;=50''51)*76:<=;(<>B3?DA<:(6B@:<==@>57<9<6825==CD93:++7<>(+/+01$%=94=766>.1.09+,(3564<=50@F<@69'&)><@?ECEB*C;;D@88:>@>B6@@BHFGA;8?A?>@@@C490757;8*6A>98>@B2(;=>788>;7522.+-<=1>AB9>@107@EEGCEB;:;:;E@A:CKMKKCD;;7JKDDAAE,(C<;17-''***-8;=;6?@=912>7,?GI>DDJDJEDG>>9887BC0,6;=>=975478/3:678;=9-7767>-2>ADDG>=D>,E?=9=@<:AFA>9=@@>=E1%%.=0@>AFBACFFBHIJKIA976B<;:@;<@@AD@>A@@=@@??/-&'36@A@AACF?FKG>?ED6--1;88'=:?@EB>::=<=FF=344&8103:<=84B:;<,,BEEE>;<5779=@A@98C=>BAEC>E==902==@AD?>E;:@?;<465.89674&+*+-/4/2115;87)06<*.?@9A>68CCCAJJJF?FI:FC9:71-0/'58<<.--/0222208;@BI;9DA?@C9A47<:,,--&))&-$&%-13=>;@K=<>@=AA@:/563???CHE>=>=:74%'+-79=0,)45--+,/,&(&&0,-0=/1C9:AD?78DCEIE>@=@CDFAH@?>>I<=BID?@@>?=&($--333*)(,%%.:91999.59;>0@C8=>A?CLC>@KLDGF670.&&'''+111=>8E>>:7?A:9BCDFA;76DC79C57:>5@>C?FGFE<<:>BF>;7433584>;DA?;86398>D;3+45,69*>;3.;)%3#%*+*,9:A6,+DC>5,.;A:@876JI979=9>B@D>75(%.%48<9=<59:;9:?=DEFGE@EFJHKDF;46GHD73278&/'6?@FE>>@942/=?;5:9;)9$:FD7'*388=:()5,<<=D;;:>DD?8;=@?;::@A@BF>@C?DDCCEIC$$4@AA@CFFCCEF;+02?>93@@>D@;B?CH+%F7;B?50/--%&&(4477''()66;>;BICCEDKHB>@D>9:>2/(898/:756460,,/4879?G=B:FD@DG;=HBE;A@DDBAA@:=A@?96>?EAA?FE?2,0(--+*/+'('0204'837A?HIJJA4>=7555?<''<=?5,+),('),,'66*()067@=<>=911>24//:;::;:8868EJB<@9@>78;/.-8+0I?=@A>BHKHB7;C=GDBA<7,-8;HEF@DD5%#%$$3./-.+-8;2??9;;;?<:99;CDG:67.-'++)'046215./.FE@9JA@BJJIB9956%'+/4-'&5;9&+76::29;:?='(*+5873&.<;248(8:7>;>@=.+,2+-%*A?9:9:7C@@BAB>>A?AA>?@<5435)($()(%##$+0$)**,+*322789??90.(+?,/,,??>C9-+**,<;<;-0437759<<;<9/;8:;:??@=@>%)>=@ACB8300+..-,;84987=>7:87664$;@=@BB9=;&&2:0.1:;;=FCCC9>@BB?D@:=7D@7//=<>=9;EBGF@=GTQHE;9-''2:9;>=F@@;)/HDNKFBCHE9>AIG>;35@=:77BF?B:B==>49:0++>:8:0////468B:13:CB7:@>BBEF4AHFB@A@BCC@CA=>@03.''19359AD?A>A>AE899<523;C?77@77;?A@?C>-.=:>-*EA@?@HKADH@@D@>=143,4??B:6@@>??>:''-:@B@<<>H??BB>D?54;?...=<<*8?@89;A033@>.4:;>=/0*00.+,-1:75498;:>>@8@<;D&)<E<@EB>-2)+*($$$%37899;C?55:DIB(**9FE?B878@BADB;2*+%+,%$131<=;>ADAACEG?::=<<;B=B?%,:8886GGFD>EKBC@@FEEHDB@12$$,9?;86A>709BDBCHGI<8:56.14756<8DF;;089>?(8A89=EIGH;@=;<:=;>FE>AB6ABEI?D=@;<;:.3''%-+''..3>B>B?8.0>@6<;>?7+-3=:7C9?>A7;@C=><=JIIK??99;141>@@DD9442;A=@@99=DE@=<>GGDD@CFDKFH7>EA?94242'6%+1678:,,)&)&),-AD??=>@?A3).)%%'&568.+%$())6;7>8;358*&)99(ABEB<9<6:??>D>>*((?;=7:8@CDGC>BA=>@?BCFD;7>A'<*$$=)236@<9<5C8;81B5<;?79**0'*7:;=?:8@=AAFGGIICCG*/CJHB=>EEE=J@A=BC;=ADKJ?A?D93@@?<=32%$$)01--0*17=:>;8?><;HHICFPLIG=@ACFACCEKLJBFFAAA9@CBEA15@FMGH?ECA=>CCA<>B@@BA97=<<4725F?AAB?>D;;?;3-/+000,,)-667=?5DDBBA>++-=037200&(+-.65+.;?C@8ID>?B>>:=8;1:969D?C>?>J:BDBCD-&2G<3271230DDFA?AD<9B<;5C%)937;368':4;CAF?GHA9/'59>?@>DD>@BH;<=>CJIQHE5)%99@FC2?BA?@B;<@764::7=;=EADFLHA<%%%)?BB>AA:CBB)3=<0.8-18>3?=3>C;:7),A<99?18LA0266>>HJJCJHEDD@?A@:7>?CD?=7(5-$-/138;9<=;<569?AG>B%.&1002&**3::2;?CDA2--')9>BA?;<664:DE07CEA>>GH*=BB4)'+1:<=;E@>(>@AB&&8A@B;'*49>7:(==F=HHDDFI9976-(*C?9:=@E>1CED:CAB:BDKHBIE8AA221*3:@@;DC<;:BDFPLEEEGM>EC:>CFCCDC2-3AACEEGB/'&%$00379>7D@DJOKD=?CC==6224><:@5/+6ACHDEGC@@I=7AFEHGEGCA;5>AABBD&2247C>.?<;EAH@;AA@+'79?@CABE@10.'(.8;=>@;DDADGG:;634864*)(%'*+001109=BDDFFI>A?/4HG>:B>56.*$%$%8:@<0&2*7?A7:99?<;>KMDHCFFB@B==GI3=EDD<6,5&>(;@>B@ED@@:?BEKILEF<?@CD8:AAB0=AEKJHKI?DA>;CADE>G>IF67:2'%%%'+9;:E@C;@EGGB?>7+8/:7=AD@CBB@BL>==@@CEFFIGJJ9>?A;DDIFA@=0;:;>;8=:1)+47ADEGFLK;<>FE:A@?=1.<:1180;9138=C>>@CBFE3@9;EA?FGGC<:65:>BBBBFGEC=ACAM?CHGC>DEGHLHFMIG<<.+2'(57-*=>=C@=@@<@??66C@=?FHGIE8EGHBH@@C;6;6@?5630,'%97;;4;HE<=<?92120-$+5459>@B>?DCAKB<<2)-<<2&6941@AA>@7?=<9BDA=)8;?6EC?C+''''/347;===>;0010112BDJAAB@NODAHGD>:@GEHGA4=>??DDBD9,(;;GIC>FGA3-;@B8@>60<=:@@>&.($'+/1;:+-@GG>G?,@?000893(.68;(8554:9749F=GELADGIONJGA=:329::9+','+.>>:,(@??>GJHD=>@FJJQQOIECH:@@B;5+2./.434<14687$..8:7)=76:*EDD;-;@7275+,4++;7228:>9CEEHC?A@B:(8@*+'$%%%%)57:13?>H@:8;:<'$(9397'+:E>=GDIJF?B@:>CCCB:9AABDB@HB@BAB;=;@EGBBLK>=>DBCKF>@HEABD?E>DB;;;JKLND<=:C>@>7:JNE>:00/**)--')86/2;<>;9*524;72+:==>?>DB76::&?:<=@KKA644:439<9ABDE?==@=??KLBFDB51.09?@1%%52)'8<C?DA<<<9:86592=@CBAA?<6310)($%%*+5-)***.656;:<878?>=@;@FEC>77+2:<579(85<=ACBAB>21083A45?51))))(%+399FFDADDFE>?96=5))>=C?CNO?=<=IEDC<=>?@):?9&)0/9@EE7ECDGA=6...246241:589EBAB@C@DCD@HD<69#59::),52)=9F60>+-HFGECA>++00.34=?CBEB@81,>EFACD654EIEF=A;C@62EDD5A?HDFB:6>>><@99:=@=+/208*14:*=70>98==7AIMKFCBDD?C))&%$&)#&,.3>?=7<<<<9&7=ID@5CD==?BMKLBDFB;69CJJJBCI?LFC2.C?AE@9::;>?1-9636;?,26>??=?CFFFIIB@==>2;4&&;<<88883..*0+*,9$$$*ACA>FKDE?@<;=:+-99=+189=,'F@=DE99??CHIACA60:C72>@FA:27+$177:A;;=9:1,'$.&.6812.:B>IKFIIED?3?:<))454&&'0<<=50B9>;29:@C=79FIC;7EB9;@9:FJE?DKMJE<7>>=AC9:B54FIHDA,329.+-:DGIH?AGBCB@5(CFEAFCE>EKDCD=:,-('(/*'),+,2CEHJJG5786D=B:7'//11><<;;;<;>@5?<:GC8GGIH85%*6)*BGDM>?FH@AEB.E<567A;64-3665$>9=KCMIE>>D@F?EEC=>))*>AFD<==8C<7?F?>F==GFKD>/EG;AG8>8?@BD57:+..0:86::/<*4?IKI37&()6'.%2'/47:@25279;)<(09;=@@AC>=;A@A$*@BACBONL:7223<989<>D@=9BB72?;=BB>@?:1>H?CD?ID9.5=AB;?CFD??><@?;=25,.19AGEC45$>?804ABCACD39:;==:F9;.1:=<@AJAH?A8;BA=CDC@?>A:=CD;@AB45%*4&+>>CFFGEELCD2?@FGBCA?+((3EC55DE@CIKIFH>I@@@AB&4<;38-B8AAA;7;=?=/+(6639:B8=?;8:?AAGAAEG>AIADLKB?>?@>>?@CC?7,,425DAA?753B@BDEC@;+9;;=DDA@@)-A?63;>A<:>EB>66&)++*1<5988<6+(''(,,/6779:;=/2++59@ACA@C=<>=9=D7A?=>++.011,47820:9766+0?==?F3:=2&%%''&,98;@>><:89=<><DDB@>=<782)''$%&'()88?@:615+,%%.'%.6255==112**,=A@BBDD<@>CD@@>=<+66646)61911254-568/(**70787>8289?8=>@=?74++62+32??A>=FB.E>HB?@A;739>II>=5,++''&+,<>?<:9:::::8<@9>>7'69''-8CDF;?ABCD>8:DAA>?=>DA@?@>+=?99+/$CJGEF?+-%647*9?@=BDDFE?>FJF;8;?C-6*35;5432,972-&19;;<;=?::@B8:>?B:=>77-2.5322<13<=?>=BE3;<:6;A4<;==BDEE5*/*+(&&%36442:87+,,.7:D@D52?@?-+511+9B890:;CBC;/2/0,4761@>C@A&&55>>=02:A?=5%.01-+'39;;?@><;144()(8837<:;;=C<,?AA7;:G94@;6;B@HA?DD?:?>A:47565(('*/9&?FHI@>:;/CGFCBD=@?78>537/.+&-$$$%%3BBDC@B;48>AEB:=9GE8,$.05>:8'(EAFFLE>0=9;:);>>A>51>>>@B@??>>HE@D?<@??,8;?;MKABA-1<:<<=CG@6D;B?5-0@?EFEEHFFD//AA@8ABCHIUN>QD=FCG;>CA89BEH($>65556:59.*+254.12*<>>EB>>A@BHFB9+1:BDC=@IJ>=>7@@B:<>DBD;BGG7339355>@@@==98-569;;&+@441-.07%,')**&%'%()2449:74,ELJ@99;9@AE=D@,741584;><87%30:59AB=,DH:DB=;8:CFJLIFAB>@889;/'#''(:?:@=<@C?AGFHB67>IGA::768132C..:<>;B@8*,<:D:;DF;821'%'($.(1799DE>:72=>>CCFJDA=54;?A==498??>>+.777((*88HD>G@7>A?<4;<>B@@;5@>?>1CFGDEHFAF;::5$5A=867;AHDGDD8<<>C>A;>A4-/0'(%$(0);=>8=E@CED,AAACF@BDI@7/%%+1;CA/&%&C>@CF>;;=/,,+5;;C553@968:31200()134-99;CCA(>DJA<>JEJGBCCB@>=.'%%%-,,65,((+0**:>HHAAFHD@IHFABEE@>6AB@=::DC?13CBDA,7;754(-)978$($'&(&('*,,57@DFGCC>6ADDGJHIIJ?GUOJ>FG664:;:?GGB??A57@BECB=9>@68:;51)?:;954)/<9;987&BA<@?@C<&,?=<@>EKB?CDC@CC@BEA>?E@CEE:@CFCCED>=?H>CC@ICBCHFF4134;CDBA<9:A<;96;=>DA;@HFF==A:EDE@?BB<=EBBC>@A0)(,<;>JJFF9$0EBGJGAB@>:8:AADG/@148BB3$*:73<8=@AGA;ACEKHA==A/**8??DFB:DE<)?-211+%(5793786621565462)2/555.530039?A??<;;>?<:?IIJCBB=;-,:675;DFQBA?::956@H?=A749DE<>:?::@@:97&&$19<;<>;++'3&4,,.)'&')(&'.57>?ABADGHIGIHC>;><66533;>8++,)'.==@BDFC>7:<>9:A@?B@=859@@B>@(AE=9;=88;5,),<:;>@LL@>=>AKIFBDEKHIHIIKFB228:;>57-;=7*(1%9(,654(*33845:;:=;>@<-.$$0=EE;((4,,+.83?D97>A;:;=799?@=6?CCI.7@C<998=;8<6749C=CBOMSDD<+ABA@9DGBED?(+@99:?=LL==78:?;,-*+&%%&%$%$-=4AFFC7@CGHIDB6799E??DGFEA>?DC;189=DEB:503>CA<=FC=>:AG?37@9%CD;?8=@J;BHE?>B45AABQPA@@GE9;C9:/631,./...3(7:35:4078=>A?C:@ACC(6<=;6@ACE@ADGHDDBGD;B<@CBB>8-.+.,HCBEAC6:**./0898-1/ABC>>B;BC>.0?B=549ONHAH;E?@D6D?.9./85;9&5*@AA'.H@AAG@GKBF:D:AD>8/.)%&%%'&&'+6%((.9@A9ABAHI@AAFFEF466:@ACF>A=CGDG@A70::EFMPJIB=98767);1/??>9AGBH>%%AB@:B>@0158:;2:59;@=64(,=D?7=A:?IGE=GD+.B>?A@7699')''6225BCFIBIBBMH?A<$$''+BA1=CCA=999489===<;ADFFA>AAEIFBC>;ACHJA>;LIB>@CEEFAFCBF><=E:=BAIH:69<==EIC>@:652//<@HEIJG<))**5=;=7<74:8=@BGP??FNBAB@A>0=NNHHD:;8D?A;BE<=<=CD>0>=>?D@034&%%%''&'$$6:598/%&>766..<<82359=?BHGEJC?72*%&%$##+/:;9:>@@D@DIKEDB@>;7,,<=@@=95:<=?>5BFB8>IKJG;5/9ADBC?B@C>>-..7<-*?F@GFA=ACEA./<>BHI=66>>??C@46>FDCD=A?,122487@:=1,>BAFBD>0+'&A>>AB>>?:9::A@FJJGHF=$$'016*+'$%&$$&&(''*6AA7D<8:?ABD>8@5<&&;90C9/C;?DFGDA>@CFEMME=EAEE@DGEFCFKI@<::<1'%&&&3&+$&'9;>:9-.(*@:@'$$:;7:ACGGGCGH<1*>::ACKOM@99:;97036:>=EHEAC>@CDFE3@9AFKNHEAFKLG@@C>*(78943>=>ACCCB@AG7:<'+7:=><77;;90%(%&/669FB?>,=:;5=<184>;A;D?AB=A9=CA>GGAF@<86('++,,(($'7;@D@<=>>659+308).;:;?>=4//)%$)+$=?CECAEEKHCK;8@D><<=;(/,-.9=6?<9BA?C=IDA=;9:?B?9;8A<@FFBF;96>=:>?@@BHMIFCDCDCAA<66798--/51=??:;61443.:;33CF?@:8:<<,'&%&%%:=@D>=:8=:=@973'7-%''8207---0CE@E=@LFKKIKBB<=EGGBCD:/.?>CE42>=9ACDBACB6&&31-0339:(&&+,;:??>==?=CA8/2<58>==C>=<77::?=AD@?FA9868:=@?>>('-(1(+**013&/89;DC@A>GIG=9:=97);9;>@>?A?@5EIECEAB@;7<6@B=@8?DFGHDEBBHGD;=@?@CB?DC?:DFAAA>=:<%&).--988*((((5>:=EEDCB>5+88:<7;8B@>?9BBD9*)()//1,103*ADEDD>B==@EEG;=BA?>;08--,*2672((+,//2..++',CJ;,;;<;:77+))%*1146'/,,4-::;3+---/%%-6@?@FEM;JD=C45?60;;=AAB/12B<@BA71>2/)*5>E=JHC?@@B./::8?5DC=A9=BDA><=BJDB6;GBBCBAEBBB@0?>78;-@>>?;?:DGB<8=?BEC;>AC@?=@BE@@47@?A=;70-1?GJFB=A@EDFD:>54654490176AA9><=9:<<@BGGGDGE5>DEGJQNEC;:@8BC;>:>9CDCCFB9B97:B=>FA>KLBGGBA>/)$$358BEC=BBFLHFI=?D::A=@:@5@64/3A?;79?80832&1/.-048989<@C@A$&,355:-&.(+)8;>=>A>@6<<=EJFB>@;7?CEGDABDFGDA@:;;;@DBBCH:>;><<64)5:<>;:A1&*?>999=;GBJIIHB=BIFD>CHF%%2,99?A9?=83DDEC9H@?;A::HH@79BC9?8/?HFH=;557<=>4<>;.3*8,+*+*)-*67'$9:7641353+##)#%%.-,/1:EDFFGCBG>ADAG=@>ED?B=IJHC?=?=BCBA57>B8:@A:2E><>??@;800,/-79;;=@?09)=BDGAB0,87/-.+.0((*=>>:23C@@>8><223AA/6:B8;;64)7;((-17<7.>6?FFCHA:;@=?>E/,=%;ADHHJHGF@HGCKB@GIIFB51387'.5+,'$%%&+.971&&*;;B+'*+.2:=?CBDIEE:*8>?=<@@BE,()&891.57DFHHB>::B?%%6ADBAJJMG>N:BE9AB>=CCFFCILQPF9CDCHGEDC.;:==AA>FA;<;=899BCC/2=FGID>BABDGHI79))2B874:A::8-'&*8=>EM=A.B=CGCC5?<:879@ABJGFCDDAGFDCB?>=(''=B@?:2/0-')4-29:;==ABBIJLJBB96797;<53:7849.4/5AC>>499B;;=>=83'<4:<>9:>A?@?>17<>:9+87;@?:<@C@7CCADI('52:>@9879=@47E@@?;1.7?8A@-1<6B:=DD@?>FLK:9?8;>?AECA;>ACACCC?B??B;8++-7:;:62::;::549+$$)/4058;8@?A=C@:?DHIFBCCCBCFG:;:9971+.:<9;9=??B?@2233.%%%7AC?HB>@.)((BA>=<;A?B00*@>3=*BEF8:9=?A@*+?=>;::985;/.06@::A@>?54;575>=7:)5.645+:::6$67A/('(0163&02?BCDAGHIB-/A>KCHIGBAD<56-,,)&%2=A==7>>8>ADCB?BEBDHICCC@>=>0:9CA55/)ABDE.8>A:;B>@=EHEC@4:9:?GD;;>>AA;>B@BEC@36710,+)&$1,*431+36;?=8::<6;:7:/)-:7A2.88408CB=<1/19:4@=?=5%>HA4;CEFMG@>ADGBBB699=<@CCACDB=9<9<1.>CB<=@;(2<<+-'/38B9%(82->>>C;CDIGCA==A@:;+DDIHA@?HFF::(&&;91.)&3><==;DEG>;8;;;?><-,7DBCB?@8667)&&&&&$($&%'335CBAAIK<<5448879=?CBB556H?=:;ECAA368'(44;95)'01216;?>ABD8<=>A?CBBA=>6=<;DC?72.;;;BJHFEGCHDBA5%(&14<8/219>>@6;=9@=<9/57?0:/3>?;<9<6@:I4D><>DC86&6.4,68@BHOIBHB9AE?KONG?96.1?@ACA?=;70&$$*:7DCIHFDF>?8*43&$%((152&'23./0&*&''''&/%%0)$.022=?;1'*1.@DFONJE?JI37=BEGC,,/77:6,.)BC;;?CE8+*,3?9KMECTA@<45?=7=<<@BCDJI?IHJL[J?CECNJDFMJEF?6CCG?'-6437544;,6=HHACGGK,7<<@<0*':?DGHGD/>1@AGH?>6**BHG?FLJB65*ACFD:9JHCD@=;BCHH@E5((6AGEJJSTL=PNLKEEEF;5?5950350CJJICDBIIH@@@..>DDPPB@==5/+),,9A?@CEKIBD=495/587,5328:;9;9E6@C>EGDADDF23883*0(38,9=<>?AC=AFFA@A9,34((;><@++90.678:8>6A=:7CA6?>449=;68801/355,:;99;3/))')'330)(7:BG?B9>:8=@?<470-:BB@ACD@@=<;443132(07<@0=:AD40;@742*;8?AA:2BAB8;?@=:5557:=B5<>?;;412''%015117:=)),:@BC@=)&B89979:B6A09@>C31.009>=:78D<=A:>?>:-(&=:;B?=4*,/.@@6=9@@@6,+6;==5)(-AEFBAAELG;(6?CDCA;8CEIGFD=BAFF;ADDH99<,'&8898AAD@9B>;::;9@A699)%%37;AA;JMKF>;>C<>BCC9-*)(*-)--/8;:;ABD?HIGHG?@@=BCDCD:6+((,-13587?::?@FEB@8//-33*+->;;KAA;=FEB@AABC>B@;'(644:D=0208>:99;(623<89810.;:50@>BBJD>,30(.-.)/13.&&'1..3;+;9@<;=69>@?0'+,-<34GD@BBIA8C?>AEC>CE?CDEHLDB;=::67+/-@EDFF;=778A?*@.2)',352-'466<==B'(089+++-;=55((),,78:;993>87>?>:74*%&.3'((+49?1@JAJJD=6'5D?52960679632??@=:<=B@@B@AABDE?DDCCBC?>*()%?=>(12:<>;/(5;;>?@BB?@AC5<>,4-1'587:666;CD::<@@;98BB@AA>AA;8.)77456555#%(*--468?>?0-*+*&)'&&,34*++,'0'34231/*&,)-''-*57:?>033;C?EGMI58?>0(*&66*7?;750',)-,8=:9>:511/.&'*(-03,78789:7;A;<;88;:BE@<<9+&$'0*,(')(+++%%)(799:&+5=>HHH=BGG@>;>:6?;>@A?KLLLMH@FFC>:0$%./2/4ABB?ABCB;8>8C?FA14A=>>C539:>??<86>;<71>;8/%72==>150(,*.)*--./37(;;C?;4B;<>;=JJH@@@DE@@BHED6;9894=:9.-,/*'''ACFNNCE:59809:9559;<7:?A@C>>/19:9:7*A@84-'=/.,85;@MK>C;;NOFCGCCB:=..3?:5A9:1102/+,112+21&8<;::;DCA>972;>=CFEEEGHGFH<@;5=;HGDDBC:+9:)<=<;'699)639<;@A=673/:9=='4.+0'-)*)=1<==:?>424?@A5=B>FD9DCB4=C>9@GGEECD@667011)-(*,9:9255:34989>6=-0-,,'&+%,&).*589>@==>&&AGLG878943488;=82($#))**:8.;=7A?A?ADJH@A9?121<+-1=?@<>>CB13EAD?B@@=.?DH:668<>6652)GH>BNMEC@/;>;;CC:(..9<@B3BB?306-$&+-/554/6,39@;9847,.3354=DC7489=8:;;>=?EFGG<=DHHJ@863=66(-03<>>:=7>>9*/*(&'11.,*))))0&&(039<@7:9;>:;;67;?ADCDB:;>;A;;??@?9243<<4=B;<+3:;<>@<>;;9<=<,-*))'**%%%.'&*-+:3;>=:7-9;<:<;1'%%%)8;8;<9E<8?D@C>@2<@B968932(.-/+*788055-08384@B>;9,?HA;<=85=CEC.><84A<=;=EF?AB;>>><:.88:?7<=:?HCC983520.--&3467<>?<855-99..*;==?302337:;?;BDC1;84<.=DIH<75'((&9>>>>=?@<@688<:?@67@?@9DFG@C;E88AF;<7;>A@7GC?CB;BB>+%%6675?JG>14BA>FCACB9=?AFGGFE@@AF8:=;<<<=CE=FFHG7<>8'&6<<=9,3:78<9:AA9>IBBDEFEHF>3;C;C/7:8<@;BBE@BD9A>@=FE>4?FECD>?;550+.6&&*+++7=>@=?=FCC@C?EBGH;(.>@8BCHE>5>D>FGHEC@D;NMK;;BAAA>:99+7;=BA=04==9@B>;@99DFB9:2<@?</:?AC.CDG:;:;,82<<;8<76<><479=99>ABFBAB;;7+78:;8675(*-;;9:C@6>64810@G=%,?DADEB?<>D:>EEGD?;99:>?@3$0*9BF<.>;':DB97895/.,/16(;::;74396>A=:??89;G:;>@=?EE>?;>;75?@?HKNDBABB9*5757895E<@AABCB>A>CCFHE-BEDA:AF<55&%/064&)&+?>?:FIDFF:0;>8<=3435==<@8;7@CIIHHG=6EAFHA2>7A<;;=@?=>1+%0:BCCDEEGC6-03'')279=BC<7*.779JJF:=D@EHH'$$@BA779;=;?@?@FEEGFG=A>ADFDHCEE>==:KCFC@$=:>;A90/0=9+98;8C625>?@EGEGG5B553&-8A?6..2:0%'&6:8.34'6);;:8//(508;FIHILLH9?@@CBC8?ED?@@@9@C<9?BFDC:CBA:8@4@;*/)4=9-1?C;FG>GLIH=46;:;<46006:EC>?@?368;8??@BC6<8BE9DGG;C898:))',7667;?@A;56?:686=?B::;/768EGC:9=6.-7:?BBBC7>DD=@>@%'>FLFFDA>@H?A>>>E==:41)**0/6?IDAGIMGEF>//7==BBB830885A9//3<9<>?@CC?<=CEILEK=?==7*048;A??B;68?;CFGD?BC?;**+;/0*-%,%''*1*-+>BACC>.;*@EF?A@AHHC8:AA@CDBBB%*BKKDE*+$;9565+(%?<;3&*;<63598.:A;883.;E>?75DH@?DF>>CB/?9?@=;7),<499:0024?>?:D=H?CB>30'''%%%66897?@B:5>@;C@8:-%:776'7:A<8:'(*+79:<>@./6=8//3>;=D>==DHG7<2032<@AEBC+@734;=>=;?>11-)'232>A;/&'.0BACFGFEGEB=AFFI@;=@ID?@IKOB@=<=0--33'5//<@A@5,'+76:AE@ABF@?>AFGA38BDEAD;;8)(96BA?:4/@:>@EFE:0.6:?AFFDCEIHA?F=9FFFC@=>:8+(44HKG;9FFDD>DH995=74:=7/=8796'8%555144:6257><@CAHOIEGC=?=?EDDBD=?B9;8B=@ACJEH=8:AA=57.0)/*.-6;>9B;D??@DC:=4BCCGCGHFG>''.,/?<;7777@2AEG@<@DDC@89::21.-.4,:=A7<4*%5<=8000:5?><=91-.;8&+6.(01:?AC)-BI@@A:B@B7@B3C8:992**(&%&&&1846&3.6592<>'-;<;5?79@A;@AC:9BCA?29;4*./0/)*-/33(+3.?BF9::;CA@C?CDE1D:8=CD>=GFB;E>?;/:7A:9HH?88@::;8344A?C@AEDDCI,%,8>?HI>ADA87=@D;>@KF7B=948899:8<47=?<<=>8<=@=??ABD>>:ACC>;14.%*&%)*)-&%9./156:95688+553@:9@6%(%/2,.=DDH>7;9225655BJME34C94$-).8;@:99C:2/8.-$%**).*.058=@D5/.ID@267.)-8<;.95464;5+*)'&'%8:?A:@<4==>@<;@=@B>AB8<62031A;0EBBA>AB5-/+5;=@;@A,)7)04:7:52%$#'+*()36;;=8;975021-3&)(2/04:;9<:4;?D=C;),*&''+*-+...4417:/6@:5D5JHHDE9CJJ@IIJLI=/AGBE<>FAE0:.;;=>>CBBDCBGDHJB11@<99A@7*'*9;;=:?@><=99114A@(%B4779@@36<=@=@B--)*%%0%30;DFHFA;88765@@>?=;3:?::ECDF?@3<5>99=9/A??9)=>@B??569>F@CB@==9;=FD:6)>@?>?@FGLJMC;=BBBCGAB@?BJEBC*'77=::??<DEJHDFPELGE==?127<,742?=H=?>73.:::>91,897'&,0//+)'),1:;6@9950;6<75;;;79;,*(78:@;<>=CC./''*+&*-47;2+55$&:78=668,.-01-239<=DBFHDD@=;AA-..92%/665')',75468;;;;63/,&,-556=BAACE?@=@-88F888>;657)#$%%&*/1<:058@@I@D;?47?;@AFF?<34)21.'%&/<>99>DDD42,3/33--%')0*/'/6;>A;<00484.&)20:979:9C@FDC=:;97@@-((2445678@>::=>?8CD:85+<9:89:<@>67433)8@+=68-7=?A817>9FGFD>:41**=A<030.=:>4@AI+GHD<3.B>?8?@6,/;>;?*-FB?E:90);AAD=;D>@?=@880FB=FH7/C@407:=DB@>=@ACE9D>=9C465<>:899:3%--**&79@55:=;>>@:;BCAA??.,2;<@ADEGEDQMJIJIEOLDCD?@@8>858=>?G>?>HDA=;6;9K@B3:3B?BCA?:6447)79;>B;6<:=GPLVR<7>.::>>A>B./.AA-=7AKOJ@>>=>;<=:-<=D>5C@FGIE881458??@;C@PNFFE=C>0)-::;;=CCC?@@F?G0AIGD?DCL:D>;:A=7?68/@AABFF7LIADED@D>=AEBEGHGACC>8=8:=??BB@=>CG<@BG795?DFOLE?HC;@1+*($&43?;GHIF>EHJBDHG?=C==8;BGG;@B-;;>>>@@:9B@BD52..7??AD<951289$&&),234;@:81;@@B@35:<8--660;?A89=A2,/5/0;2...-+644820/=<:8;*-456<;37(%5<<89<38:@><)(*2*0,**<9;>BCACBD;LLI7BBD@878+'#):378+0@<:>?AIFLEIIEE?=95732+-31/.7+(//1865BA<;DGHGFGD1((>=9>>>>5<<'%(9;<<9>=?9;>B60777(2./6449:<>?@<'15EJC618C>:8/59;=?AG;22AD=<3=A691'/'*'))9;BEDDB@BAABCDGCB9;?;>EF>%)488<=BA@=3>675+7+.5=:<8><:+6(74/1&.1/0370569;;0:KFFC=;;;<<;9>58/4.6FAEGFBACCAGKKBE9?AA=5:=???%$*,8/)ACGGBHC5:)/5?@BCCD<<0?>DE@,3CC022=??(2@@:8>B12/344./028969446BC;698>:B8DD>C;979;?75GFFC.;$#$%$%'*,.4:@B80B?@H=9<>HE9/AE1-./HILHIGI?:ACF?BMHD=>B=::=46DB6)78<;(%(%,-+/66??>@@EHD9/FD:9FGE;:;ACBGA;5-4893%89:@EB?;C@=?-./8>;::=@;3<@@ECHG=6:<65.3-%%4479;@G732//1698==<2;AEF=/@ED9<=28/051.(.1=>@BE:1053;BEIKPK3BI@FCD;43*=+11357;>2+5@A466,+77'6995184300/46<=70@A@99A?>DEE>FC?>A@AA?4337C?LF4D33.+7?<@CEF:FH?>EDB9ADDECB=>=?3437::C?D>8<8B*;3:=<77<:=>C?D@@IH406F@=BB/1999?==:97/8=6**,330=4<=?;;7*,1=DABEEEE@@GG,4.=BC<>BA=944DDI>GEG=FEB=DEG@EF135785,:A<@<4677@@:27=:;;@AB100<=BA:-700/>>>A@DCFGGHADKGAC;?HHHBEKLGCF;GC=:BC=3475HD?D?8ED?(4AKDED@DCGBB=;A>=BC:GJH?@=?C?9897F9A<@@C@CD;7BEDFKONKLIJJGMHHD?CC)@IIIACE;:236B5+EC9871*CBGGGC>:11411138;?@@7:DHG>;BAD;:@GG?FLCADEMJ@5EEACCDDIG=<5=CAAB;EFFE>A@BDA897CHOM;@=CC@;@EBAA?D20//?;:6>?=>>52?/33.:0351;;897;-/<=9AABHHD@=<6769:;'+:BA><=GFD=4=>GG:-:;FEB%%8*76C?@KAC?GB@==BEG>F@>@?GF=<9'67990218::98+%),$&-1555<>9@A21/'.HC>8>=89<>>@:4858881.,.76@F=G?AA@@9*2,.0:))+;--2=B898@B=8983&%*(63;B;=>6+11,&-/.,-+29=946113-&''$$$..*##(-%*--66(((%%&$*$%'*%*-%*+((5--(*''%$&$%$%$$&,543,*&414''-)&%)&-5'&(&'(&+))*,/,$'%**+1*%$'*%*3-%1-)+/1/,$$#%&&(()2('.(.24,'*-*.'+().(%')+)*-454-'*6,.,361/6.'#%.*(%%(.)12%$##%+02(-<6$$)+76EE;7A@;)-7=9<4A:=E>=>FFD<669.9;;>;;<6ADEFCIHFGHOIB<=9991454'*12369642$#-;80@B<;:79820.=:)342454&&&&.$.39DDAFCDCB4B?C9:<<)*5*232-,,;9<45..--.6,)%<>@E95><1'(35(7(?>>@<9CBD=?BIE@BFHIKKAJGE@BC7<>CC>@687.89,7:36@=@CC?)&(++7??5;+&7):=@AB4)7CEF?EFLEFD=@H>8CEGHF9@=FA:8/>6/0/777/6412(&29>:556@?B?6;<1036@8)3-*9;;;@;B:5179-/$7:=?<;A=C;C93&-,,)&($'-/(%-6/478:?AA86G=>;=99563:5217;?>51''?@=,59D@8<:=>84/+*)((+6113322474&9()+466>9FB:5:;7?&5;6&+,.%947644;8684/16++)'*%'''44'+.8123+)385::69;3400/569;<A*)>?CFA:><),2212<<@>;:)-:=93*:9>5798.-'.()$$$45/7/665;=DE50=<><8:*9.=66:<=98?@;?4+')97>;MLD>?@98C@CC/@@ABKG?8.63@-977.0:<<<062.;:?AA@A?BB=9;E@AC,05884.:?CBA86:?G<:4C;B@B=.;>=D=ADC==112:>B@2;8;;>1/2;@B@==549?9>?E==C85*'&%06-:6/0999:;;=?B;D89BCFF::@F@A:GC?:;AC>8**/(110'$(6+:><:9;$$/..&&'8<9:;<6,12457>=<=23767:=<<;=<=DA:==8139**,+/>;A<=<.@IPDACFK:HBCDBC2;B?/.@?B?@;;8729:AA=C@BBFGJAA>C<;@CA=9>?@34;:BDA-/0-649<6455782(*',/32??=<96FB>??@;7/)/>8>A;69A5F;??>8)565;ABKE0)78869$'$(67)%1ACAD1.0=7062/,/;CC7IJ>4589->A;:9:9>3((*+-51=:?:8:?/0,;@BDA;CBEABDADHJKFFA@:97+89=DCB=6':EI<:/,9:@?.290%+,8:;=AC<;?21#&%%'%%:9>=::A=;<=<<;AD?=8:><>=76B>=>=@A:6<8:=<-)''0...<<74@=@;>DANMJHF612;>7:BBBD=?7FFCBCB46AA;/257<<:%%#)(7$1.1%7:53:?==;B;<:<<'&;;?A7CDGC@88:53;9:5;88:78:=%0)*<=BABABB@<39<>@CE9:?@..1>A9<996AB@FC@867)+=?;=>22?BEEC8A93377**248>8>>==<=;36479;EE;<>8=<9&(2A;;GG@+>9<@47@B<@B,FHEBEA976CCL?368<=>99?A=9<=>87DBA@>BLJG>8/15CBCC>;C<>A4435:<<:@41966A=CC@:78>36;<;=;86<=>A>2302556*)BD;@G9&&9:=;?A%((),355=+?@:6867;;6*)2+.,30/<97?=@=//@46&&&8=:;<;7>997666+.10.&&),)4:<7*9AB?>//29CEG2F83*31.'&-5553*)%+1<7878:7:27EFICC:96)(449:;(/77;87.2;;<2054)5A@?BIB6@>>>:;?6<::=C@9CC<4I=>?7D9HD;-><135<>:?8=<=<:B>==A9:3=@B:333.7AFD>;*5(5,,,78=:DCBEF@HHBAB;G;<@0>EDGFC=@HEBB;<>35;;2/;BB>/243@=44<>=FHD>@>71&359;,)347997==?BA?&1@=AC<@;$&',::77::B738:ACFF??B<=;3-;<=:5;398<>@6><=@AB@=8><.%6?D;9>:>9A@>@;>HIC?@??@AB<97260133;;>AB?@@B:=30.++E@=AD=2:>>=::AGBF;?@=@,,2..//A?>?8<889+,+&%&'$$'$,**,54+%&08<>CCGIKGC;@AAA=67;<9>:ADD@?@HB@:A@@BE>9>ABH@:?BA@@4BH9>CB>?EEC:&$+2345;=D>><>?=<;*2127;>>:56@ADCE;C@D>>EDD=9696*@?>BA@=CA?@>;86,&&,,7?AEDDI@;5DGDBA?),7985AD<>@C:8%%&&'$227844=9@52?CC:<=206;()),=9'%'$'(*46*$4/%$%'?>>?BE=>?;?CB?;>976:8>A==:7;,%ABGG@>?B:CBB1BAB;:>?BA=<=B:::1749@;>,314+)6://4:??7&&%%0/78373/.-+%$$$&%,7%46;@@EF@HD-1.72'(::JEE;><:79=A<4;;('(4==>?@D@?5I@=@B'(:(()).*&&$'),*9<=<=?<,&%&+//)+9:9;HHE@B=>DEED<;<*-9IAA???<B?@EDCGF42@CE@:@7:?EMKJ?87;=@FEABB>;++42*&2<851?A?4//77=<=:68<64;1+#$&+)0+(%7=::<9?8@B:?D>DH>/;?<<9<1+,>99988C>1167*('*%14:.=@?CA>,)<534;;:??@C7@=2;9;4=?9>.B=8.>D?E78/5*'%$&%4?D@;;='776//5653;;<>?;8?:8+>=-+.+,+(7:;7664>?I@CCDHA?8?B@9:>2(7@<==8A>8)99:D5ABBE=A999<>7ABCDFBB3:@:DHC:2;-=?IC<789?IJKICDF*.A/24>CAB<:5'/C96A9@<:><+%#(2+>=@BBB@:9A:)-$8?@FFDEHJHE@@>A=KJBBBF=DDCJK8><>ED7/0;<>9H>EFC>CA*5@F@=>=BBDA@6$075'.-<0<==?75776655-'8699**-*1&%&&$),-(*9>9C;7;7CE>9<=@?=@;;?1&:,*,=>=EJDG9D@A3AGIG?((&%%8('('95528ADJEH>BGGH:>BM@E?FDB@61CF@:7711105><=A8%((J@JD=8@477-%.27<=9><>C=949988)''''-'-'DEB>D7=B755&&,974>=DD@DA@?HAA>=@9CDC?<3;?@;-);:'':<>;>BDA>EHAA?>@DADHC;@JGADFD6/,11(('+'+;>@>>D>=@A9=78<@AA>7B8:>B,,,3:<9=9/'/./(*:;9>ACB984;8AA=8667=C5ADDJJGABCEAIJHMM@A@;1>>>?52(3799:84./*19788?93?42321()+)-02=?;A??AAAEC=DFFGE?:B;=CDA<1+,/4=A:9?3+,7:994:9+-575668A>3-.9<5>>CB2278?FE;ACH??9:?;?7:'2),;425D9A;9:::54537///../1A;=CFB<;;DACA+('%&$58@A@@;<4-5'';+%%%%%(%/$$&*((+.=<>:3:7>??A=DE>=9:=B@9=>>>78;1657-0):->7;378E@@AC?D@9,8@A88@>''454.7576*5==68<:86%/17JEFGHBBB@C?>=AA:;?>AHC;=7<=LHHIF9;BBA@CB?>@DBEACJ;<@;GL>;?>@A=>2@<+D>;99:875<=D@=A@>JKGE0,,8@9,,<=@DBA@DEDFCFIH<=;A;>:=<>A@@GF;,-+89:C>@@D;8=70??B@@>DAC)<)))8EGFJHCBCFBA?EEAC?BCC.8<4+*'+893)459===877999AOLEFDIGGD?CDFDF=@A9C@?>98:=<;8CEG@NHD?97;9.+-:=CC;98*69?@@IKHEC8>BB24:9<=5-25)(()((),4&4;::-5141>:?>DNMAG;6:6?@FB7JMNF84@@DIC=::<97:88:E>>B<=>>>==D=AB7+.+*%&'('%:;<>;BAADD?2,4-0/45:==:@AA04:?@:BFE@IAI=8<;>5EEDE?:?<0D4<8,58@>@895;822;>85>;=H7=ABECDEE?:?9>B<:IHA:CHLD...<JIG;=FHKK?DDA>IIDA@EGQB:CA?F@5:86772+9.5:)AD?E=C>=EDHDKLC;BCAAC;57<57@@?/6)659@)'/4438969/.8;?:578899<3DAEA:<=,,,&-+*+#&5<>;'22%%'(89CHD776?;=@CFFFBEBHBD?6<;03+'.&&769;=;2*>;0=H>02>DECAKC@@B?;@@?@>>=>7:885/)*24)+)+($&')/89?@BBAKIA@;?<9=FEDB+A2@A>,)-,7-:=&?A@=>>>AB;?CA=+37?=AEGMH9I?@@@@?6*''58&&%$%$%(*)+$..488%&:/.518155693+%/$((&2((*$(-14:<===>>=9);>E;F>=8BEEHEB)/;BB??6B?98;74*2>A=:@@BCJA;8533=>A>>?=;>@CDMII?BH>D>?=/+-),:>/6:=AA?A9:@DIJA9CCC:=>AA?@:89<;0%/4187670%55/./-15;;>D>;,8,--7<;=+.0<:546>;;8@?DDCEEG?CG>@7AGF=12<><=>>>>>@D=34;:7<9<@=6>AB9472?:=@I>>>?6@GC98>>?<=BC(+5DCCBC716?=5.8*C?=57@BA><=BBD,+)28:>>81$%&'49<77=>-?79BA>:82BC>CFC7;7,**0/&',+*:?9?CDBAB@@?<7/4*967F?:6:@8?>?><:A9=>BABGC..''6649HDD>CDF>4+2EKNID9:9=;>?1+++<9:?B@C;>FDEJEHE>DMJDHG@BB=.8'+:>>=/3+&-;<=8-0=<@A8)>6639939CC?5;855.#$% @SRR14011045.65750 eb9cd17f-3d0f-4306-9848-96b33c5da169/1 GATGTTCGTTCAGTTGTGTATAGCATATTAGATGAAGTTTATGCATAGAGATGCATATCAGGTAATTCCGCGGCCGCCTAGCTGCCTGGCTATCTTATTGAGAACATCGCCGATTCTTCTGGCAGAACCTGCAAAGCTGCGCTATTTTGTGCGCCAGGCTAAAAGCCGACGCTAATACGCTTCTGGGAAGTATAATCACCCGCATATGAACTGCCTCCCATTTCTTATGTCCGAGAAATGGGAGCAGTTCATCGTCAGGCTTGCCATTTTAATCGCAAAATTTTACGTGCAATTGTGTTTAATCGGATCCAGTTACATGCACCCGTCGAAGCTCAACAGGCCCATTTGTTAAGTAGCTTGCGGCCAAATAGCGATTAGCAGCGATTAGCTTTCCAAAGCCTCAAATGACTTAAAGCCTTCGCCGATTGCCTCGTGGACCTCTGAAACAAATGCCAGTGCATCGGGGTCAATCTCGGAAACGATAACTTTCGGCTGGATAACCTCCGTACGACCAAGAACGCACATCAAAACAGGCTTGTGCGCACCACTCCACAGTCCGCGCCTGAAGTTCCCGTACAGCCACGATTAAGGTTATAAAAGAATCTCGTGAGCGATTGCATCTCATGCTCAGAGGAAATAATGTAAACGCAGCGCTCAGATCTTGGTCCGTCGATGACAAAGTCAATCATTTTCCTGTAACAAAGATTGCTAGAGTAGAATACAGACCGTTTTCTAACGAGAAGACCGGAATAGCCGCAATAATAATGAGAATGTCTACAATATTGATTGCAGTGCCTGATGGAATAGAAAAACGCTTGGAAACCGCCTGAGCAATGATGTCTGTACCACCGGTATTTCCACCCGCTCTAAATACAAGGCCAAGACCAAAACCACAGATAATACTGCCCCACAAAGCAGCAAGCATAAGATCATTGGCGCCAAGAGCTGGTAAAAAAGGTGCAAATAAATCGACAAAAATGCTGGAAATTAAGAAGCCTACAACACTCTTGAGCAAGTATTTTTTGTTGCCGCTTTTTGCAACAAAGCCATCAAAATGATATTCACTTAGCGATTGTTTGCATACCAACTGGCAAATCAAAACCAAAAGGCAATGCAACAGCTCTGATAATCGTTGCCAAAGGAAACTGGTAATACCACCAGCCGCAAGTCCGTTAGGAACTTCAAATACATCAAGGCCAACTGCAAAAATTGCACAGCCAAGGACGATAAAGAACAGATGCTAAAGGTCTTTTGCCAAGTAGATTTTGCACACTAATCCTTTCCGCCAACAACCCCAGCGATGGTACGCAATGATGAACTGATCAAGATCGCCGTCTGAAAGAACGGACTCTACGTTTCCTGTTTCTGCACCTGTTCTTAAGTCCTTAATGAGCTGATAAGGATAAAGAACATAACTCCTAGTGATTGCCAAACGAGATTTCTCTCTTTGGACCGCGAAGCTCATCCAGCTCAAGCTTCGCGTTTCTCCTTTTCAATCTCATACAAACGACTGCGCAAGATATTCATTGCTGCAGCTTTGTTCTGAAGCTGGCTGCGTTCGTTTTGGCAGGTTACTACCGTTCCTGTTGGAATATGTGTAATACGAACTGCCGAGTCTGTAGTGTTAACTCCCTGACCTCCTGAATGAATGCATGATAGACATCAATACGCAGGTCATTGGGGTCAATAGCAACTTCAATATCTTCAGGAAGAACAGGTAAAACTTCTACACCAGCAAATGACGTCTGCCTGCGTTTCCTTATCGTCGGTAGGAGAAATTCTTACCAGACGATGCACGCCCTGTTCTGCACGAAGCATGCCGTAAGCATTTTTTCCACTTACCGTAAAGGTTGCGCGGTCAAGACCAATAACCTCTGCAACAGGGCGTCGTTGATATCAACTTTCCAACCACGACGATCGCAATATTTGAGATACATGCGAAAAAGCATCTCGCACCAGTCTTGAGACTCAAGACCACCTGACCAGGTAATAGTAACAATTGCATCACCATGATCAAGTTCATCAGTAAACCAGCTTGAAAGCTCAAGCTCCGACAAGTCTTTTTTCAAGAGATGCCGCAAACGCTTGAGATTCGTCGAGTGATGCTTGGTCTCAAGCTCTGTTCCAAGCTCAAAAGCGGCCTCAGCATCACCGAGTTTCTCTTTAGCTCTATCAATACCAGCAACATCATCGCGAAGTGATGCTGGTTGAGTCATTATTTTTTGCGCAGTTTCAGCGTCGTTCCAAAAATTGGAACAAGCACTTTCTGCCTCAAGTTCTGATATTTGCTGACGCTTCTCAGTGAGGTGAAGATATCCTTCTACCTCAGAGAGACGCTCCGCTAAAGCTTGGGCAAACAACCTCTGTATCAGCCATTCTTACCTATTTCGGCCGTGGCAGTTCTTAAACTTTTTTGCCACTTCCACATGGAGCGAAGTCATTACGACCAACGTTGACGTAGGATTTGGATCGTCAGACTTACGGTAGGTTGATACAGAAGACTGGCTGGCGCCGGTTCCCTGTGGACTCTTTCCAATAGCTGCGGCATTCTTAAGCATGCTCTTGCCTTGCTTAAGTGCCTTTTGATCACCGTCGGTCTCTTCTCCACAGAATAGTGAGCATTCTGGAAGGCCTCTGCCTCAGTATTCTGACGTGGACGATTAACCAACTCAAGGCGAAGAAGAATAGTGCGGAGGAAGTCCTCGTACATGGTGTTTACCAGCAGCGTAAATGCCTCCGTATGCCTCGGTCTTATACTCAACCAGAGGATCGCGCTGACCAAAACCACGAAGACCAATACCGGTCTTTAGGTAATCCATCTCCTGGAGGTATGCCATCCAGCAGGTATCAATGACGCAGAAGCATTACCTGAGCAGCAAGCTCACATAACTTCTTCACCAAGCTTCTGGGTCTTCTCGTCAAAAGTCTTTTGGACAAATGCGGTGACATCCTCTTCAAGCTGCTCAAACTTGGTGTCCTCGGTAAACTCTGGAAGATCAGTCTTTCCAGTAAGTTCAGTGAGCCACTTCTCAAGACCCTCAAGATCCCACTCGTCAGCATCTCCGTAACAGAACTCCTCGCAAATGCGCTGAGTAGTAGAAGCAGTAACTGTCTCGATGAGCTCCATAAGATCCTTGCCGTCAAGAATCTTGTTTCTCTCTGCGTAAATGACCTGACGCTGCTTGTTCATAACATCGTCATGTCAAGGACGTTCTTACGCATTGCAAAGTTGACTTCCTCAACCTTGCGCTGGGCGCCCTCGACAAGCTTGGTAACAATCTTTGCCTTAATTGGCATATCGTCTGGAAGCTCATAGCGCTGCATCATTGCTGCAACGCCATCCAATACGTCTCCACCAAAGCGGCGCATCAAATCATCTTCAAAGAGAAAGGTAGAACTGGGTCTGACCAGGGTCCCTGACGACCAGAACGACCACGAAGCTGATTGTCAATACGACGGCTCTCATGACGCTCGGTATAACGCACAAACCGCCTGCGGCGGTTACACTCACGCTCAGTAAGCGCAGATTTCCTTTGCTTCTTTGCGCGCAGCTTCTTTTGCACCTGAGTAGCCTCCAGCTGGCTCAATTCCTGGTTACGAAAGAATATCTTCAGCCATGACATCTGGGTTGCCACCCAAAAGATATCGGTACCACGACCTGCCATGTTGGTTGCAATAGTAACTGCACCTCATTAGCCTGAGAGCAATAATCTGAGCCTCGCGCTCATGGAACTTAGCGTTCAGGACGTTATGCTTAATGCCGCGCTTAGAAAGAATGCGAAATACGCTCGGAGTTGTCAATGGAAACGGTACCAACAAGTACTGGCTGACCATTCTGATGGCGCTCTTCCAACATCTTTAACAACAGCCTCGAACTTAGCGTCAATAGTGCGGTAGACCAGGTCATCGAGGTCTTCACACTTCACAGGGCGATTAGGTGGAATAACCTGAACAGGAACGTGATAAACCTCCCGGAACTCTGCATCCTCGGTCATTGCGGTACCGGTCATACCGGAGAGCTTGTCGTACATGAGGAAGTAGTTCTGGAGGGTGATAGTTGCCAAAAGTCTGGTTTCTTCACGTACTGAACGTTCTCTTTTGCCTCAATTGCCTGGTACGAAGACCCTCAGAATAACGACGACCTTCCATGATACGACCAGTAAACTCATCAACAATCTTTACTTCGCCATCAATGACAACGTACTGCTGGTCACGATGGAACATGTGCACCAGCCTTCAGCGCCTGCTGGTGATTGACCCAGCTGGCCAGTCTCATCGTTGTAGATATCGTCAATGTTGAGAGCGCTCGACCTTCTCGAGACCAATCTCTGTTGTTGCAATGGTGTGCTTTGCCTCATCCATCTCAAAATCAACATCTGGAGTTAATCCACGAACTGCCTTTTGCAAAATCCTTATAGGTACCTGCGGATTTAGTGCCAGCACCAGAAATAATCAGAGGAGTACGAGCCTCATCGATAAGGATGGAGTCGACCTCGTCGACGATGGCGTAGTGGTGTCCACGCTGAACACGCATCTCTGGGCGAGTAACCATGTTGTCGCGCAGGTAGTCAAAAGCCAAACTCTGAGTTTGTACCGTAGGTAATATCTGCCTCATATGCAGGCTTTTTAAGGCTCAGTCGCATGCCGTTCTGCAGAAGGCCAACACTGATGCCCAGAACTTGTAGATGGTGCCCATCCACTCGCATCTCGTTTAGCCAGGTAGTCATTGACCGTAACGATGTGAACGCCTTCGCCGCTCGGTGCGTTAAGGTAACCAGCAAGGTGGAGACAAGCGTCTTCCCACCTTCACCGGTCTTGTCTGCGATAGTGCCCATATGCAGCGCGATACCACCGATGAGCTGGACATCAAGTGACTGACCATGGATTCTTACTGACGCCTCACGTACCGTCGCAAAAGCCTCTGGGAGAAGATCGTCTAGACTTTCTCCTTCAGCATAGCGAGCCTTGAACTACTCAGTCTGAGCCTGAAGCTCTTCATCGCTCATTCCTGCATTGTTGGCTCAAGCGCATTGATCTTCTCGACAATACGCTGATATGCTTTGGTCCTTGTCAGCACCAAAGGACAGAATCTTAGAGGAAATTAGGCATAGCTTTTTTCCTTGACGTCGGGCATCTATCTTCGATTTGATAGACACAGTATTCAATTTATATATCATACCCCGTCTAACTGCTTGAATCACTACGCAGCGTCGTAAAATCCCAATTTCGTTATTTCCACCACTAGTTTCTATTGATTCTTTTCCCTTTTCTGCACCTGCAATCATCCTGAGCGAGCTGTTTAGACGGCATTTTTCTACGCTTCATAACGTATTTCTGCACGTACAAATCGTAGTAATGCTGCGCATCCTGCGCCCGACCACATTTTCTCAGTGCCTGAATGAGCGCCTTAAGTGTGTCGCATATCATCAACAAGGTAGGCGAGCTCTGCAAAAATGCACCGCAAGCATGTAGTGGGTAATTCTCAAAGCAGCCACCGAGCCGTTACCATGGTATCTATGTATTGATCTCTCAGGGCAACTCCGAATGGGATCTGCAAACCTAAAGCTTCATCCTCGGGAAGATACAAATCCCCTTGGTACAGCTCTTCCCGCCTGCTTAGCCAGATGTACTATGTCTTCATCAACTGTTCGATGACGCCACACTCTTTGCTAATCGCGTGAAAATATCAATATCTACGGTCACCTGCTGGGGATTAAAACCAAGTGTCTTTTCAATCCGAGATGCTTCCAAAGGCTCACAATCTGTCTGAATCTCCTGGACCTCTTTGCAGATAACTCGAGTTGCTTGATACAGGCGCTCTGCCAATGTGCCTGATCAGCCTCCGGCCAAATCTGCTGCGCAATCTGCGATCTAAAGCTCATGTGATTGTGAGCAAGCGCCAAATACACAAGCAGCGCCTTTGCCGATCGATAGGCAATTTTTCTACCAATAATCTCTGTCTTGAACCGACAAACTAAATCTGCCGAGAAGAGCGAATAAACTCCTGGGTGAACGTTATTTACCTTCTCTACGTGCAGGCTCTTCAGAGCGGAGTCTTCAGTCAAGAATTCCCCGCTCCTTGCCGAAATACTCTCCATTTTGTTATGTCTCGTTTTCCCTCATTTGAACGTAGGTAGTAGACCCATTCTTCTGGAATTTCTCGTTCAAGCACTGCTGAAATTCAAGTCATCAGACAGAAGCGCTCTCACAAGCCACATAGCATTTTCAGAGACTCCATACTCAGCCGCACATCCAGCCAAACGGAGCATGTCCGTTTACACTCTTAAAGGCTTTATATATTGTTCTACATGCAGCTTTTAGCGATGGATGGGTATTGTCTCAGGCTCTTCTCCGTAGGTTTAACGCCTAAGAAAAATCCCACACCCAATATCTTCAATGATCTTTCCGACTTGCACCACATATAGTGAATCCATTCCCTACTCAGCAGCACCGCTCTTCTCGCCTGGAGTTGTGCTTTGGGATATGCTCTGCTTCTGAGGCTGAGAAGAGCTCCAATAAGAAGCGCGGGCACTTGAATCATACGATTACCCTGCAGTTCTGCTTGGCTGATGAGCTGCTCAGTATCGTATAAGTCTCCCACAGAGAGCTTTTTCAAAAGGTAGCGAACGCATTTAAGTAGTCCTACAGACCCCTTTACGCCTCCGGCCTCACCTTCTTGTAAAAAGGAGAGCGAGCCTGAAAGTGCGCGTATCAAGTACTTTGATATACCCAGCAATGTAAAGCAATTCCACGTCAACAGCTTGAATTGACGAGGTTATTGATGCAGCTTTCTCATACTGTACTCAAGAAGCAGCAACTGAAGAACATGCGAAATTTCCTTGCAAAGCTAAATCAATTGCGCGTTTATGTAGAGCAATTTTCTTCTCTAGCGGACCCAGCTCAAGGTCTTCCTTCAAGGGTGGCAGAGGCTTTTGCAAAATCAACTTCAGTAAAGTCCTTATATGCCGTTTGCTTAAGAAATCCGTTAAATGAGAAGTGAGATTTTTAGTGCTCTATCAGCATCTTCGTATTCATCGGCCCCTTAGCAGTAGACAGCGAATCCACACCATTCCCTTAGCAGCTTTTTTACTTGAGTTATCGAGCGTACAGTCAGAATGCGTGGCAGTAAATTCGTTATCTACCAGCTCAATATATCCAGCATCTGCAAATTCCGCTGCATGAGAAAGAACAATTTCCCAGATAATCTCTTCTCTAACCAGTGAGCTCACAAAACGCAGCCTTAGAGAAATCTTCTCTATCGATGAGCAGGGCTATGGTTTTCAGAACAAGCTTTTCATGCTTACTCGCTAGAGCCTGGCTCAGCTTTATTAAAGTTCAAGACATCCAAATCTTGTAGCATGAATACACGAGCTTTCCTAGTTTCTACATGCACGCCAAAAGAAAGGTTGCATCTTGCTCTATCTTGGCCGTACTCAAGATCAACTTGTCCACATATACGGCTCAAATCATCAAATGAGCCAACACCGAAACAACATCATGCCCAGCCTGAGCCTAAGTTCCTCAATGCCTAGCGACTTCTGAGCATATACGTCAGCATAAGCAAGGCTAGTTAGATACGTAATTGGAACATCCGCATCTCCATGCTCGCAAAATGTAACTGGCAAAGAATAAACAAGCGTTGGAATACCGCGCGTCAATCTCATATTGAGTCAAAATTGATTGTTCAGAATTATCTATTCCAGGCATAAACGTGAGCATCATTCTTTCCCAAAACATATACGCTAGGGACTTCGTCGATTAACTGACGAACTTCAGGAGATAAAGGGAAATCATAACAAGACAGCCAGCCATGCGAGCCTTTTTCAATTGATTTAACCTGGCGAGCAACTCAAAATACTCGTCAGACGGAGGAAAATCATCAATAAGAACTAACCTTTTAACCGCCTTTGATTTCTTGGCATTGCAGATAGAAGTACTTTTCTTAGTAAGAATCTGAGTTGCCTCTTTAGCCGACAGACTAGAAAGAGATTTCGTACACAGTCCATCCGTGTGACTGCGCATAATCCGCCAACTCACGCAAAAACATAGTCTCTTGCCCATACGGGAGCTCTGCACAAAGCGCAGGCGGCCTATTGGTCTTTTCCATTGTTCTGAGGAAGTGCTGAGGGTGGTACTACCCTGCTATAGTCACCCATCACATGGCGAAGACCACCGAGCAGCGACTCTGTTCCAGCAGTTTCTCTGTTTTCTGACTCCATAAACCTCTCCTTACTGTTCAAACACTCCAAGCGCTACGTGCGCTCGCATTTCTCGTCTCAAAATTTGGTGTGGGATAAACCGTAAGCCAAATTTGTCAGAAAGTGAGAAGGTTTAGGTGAACAGTAGGTGAAATACCGGTCAGATTCATGACAGATTAGTAACAAAATATACACAGAAATGCACAAATATTTAAAAATAGAATTAACATTAAATGGTAAAATTATCTTTATTAATGAACGGTATTTAATTAAGAAAATTATGTAAATATTGTGATACACAATAAATATATAATACGTAATAAATATGGATTTTTAAATGCAAAAATTTTTATCATGTACGAATATTCTCTACCAAATAAAGGGACCCCACAAACGAGATCCTCTCGACATAAAAATACCCACTTGTTGGTCAGCGACGTCCTGCTCTCCCACGGACTTGCTCCACCCAGTACCATCGGCGCTCAGGGGCTTAACTTCTGGGTTCGGAATGGGACCAGGTGTACCTCCCCTGCCATGGTCGCTGACCAGCAGAGTTGTCTGTATCAAAAGGGTCTTCTCACGTGCCCTGAGGGCCGCACAGTGTGACGTTAAATTCAAAGGCTTCAAAAATCACGCATCCAGTTCAAAATATATTAAAGAAAGAAGAGCTCGACCGATTAGTAATGCTCGACTGAATGCCTTACAGCACTTACATCTGCATCCTATCAACCTCGTAGTCTACAAGGGGTCTTACCGAAAGGAAAACTCATCTTGGGATGGGCTTCCCGCTTAGATGCTTTCAGCGGTTATCCCGACCAGTTCAACTACCGGGCAATGCTATTGGTTAACAACCCGTACACCGGAGGTCCGTCCACCCCGGTCCTCTCGTACTAGGGGGCAGCCTCCCTCAATTTTCCCTACGCCCACAGAGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTACCGCTTTAAATGGCGAACAGCCATACCCTTGGGACCTGCTCCAGCCCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAAACCTTCCCGTCGATGTGGACTCTTGGGGAAGATCAGCCTGTTATCCCCGGGTACCTTTTGTCCGTTGAGCGACGGCCATACCACTCTGAGCCGCCGGATCACTAGAACCTGGTTTCCCATCTGCTCGGCTTGTAGGCCTCGCAGTCAAGCCTGCTTATGCTCTTGCACTCAAAAGGATGGTTGCCGACCATCCTGAGCAGACCCGTGCCTCCGTTACATTTGGGAGGCGACCGCCCCAGTCAAACTACCCACCTGACACGGTCCTCACGCCGGATAACGGTCGCAAGTTAGGATGCCAGAACGTCAAGGTGGTATTCCAAGGCTCCCCAGAGACTGGCGTCCCTGGTTCAAAGTCTCCCACCTATCCTCTACACGACGAACCGGCAGCCAATGTCAAGCTGCAGTAAAGTTCCTGGTCTTTCCGTCCTTCTGCGGGTAAGTCACATCTTCACGACTAGTGCAATTTCACCGAGGTCTATGGTTGAGACAGCGTCCAAATCGTTACGCCTTTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACCGGGGCTTAGATTCGCTGCTTCGCTAATGCTAACAACTCCTCGTGACCTTCCGGCACCGGGCAGGCGTCAGACCCTATACGTCGTCTTACGACTTCAGCAGAGTCCTGTGTTTTTGATAAACAGTCGCTTGGACCTATTTACTGTGACCGATCTTAGCTCGGGGAGTAAATCCCTTCACCGAAACCGGCACCCCTTCTCCCGAAGTTACGGAGCAATTTTGCCGGGATTCCTTAACCATAGTTCTCCCGATCGCCTTGGTATGCTCTACCCACCCACCTGTGTCGGTTTGCGGTACGGGCTCCTCAGAGCTCCTAGAGGTTTTTTCTTGGAAGTATGGGCTTACTAGCTTCACTCAATTGCTTCGTCCGACACCTCAGCCATGCAGAAGCGCATTTCACTACTTCTCAATACGTGCCATCACGAGGACGTCAGAACCCCGCCTAGCTACCCTGCTCCGTCACCCCATTGGTGATAACGCTCTTTTGGAGGACAGGAATTTCTACCTGTTGTGCATCGACTACGCCTTCCGGCCTTGCCTTAGCTCCCGCCTAACCCTGGGAGGATTAGCCTTGCCCAGGAAACCTTGGGTTTACGGCGGACATATTTTTACATGTCTCTCGTTACTCATACCAGCATTCTCACTTCTGGACAGTCCACAGTTGGTTATCCAACTGCTTCAACCAATGCAGAAAGCTCTCCTACCACCAGTACAAAGTACTGATCCGCCGCTTCGGTACAATGCTTAGCCCGTATATTGTCGGCGCATGTCCACTCGACCAGTGACTATTACGCACTCTTTAAATGAATGGCTGCTTCTAAGCCAACATCCTGGATTCATCTGACAAACGCACATCCTTTGCCACTTAGCATTGATTTTGGGACCTTAGCGGGCGGTCTGGGCTGTTTCCTTTCGAATACACAGCTTAGCCCACATATTCTGACTCCCGGATTCTAGACCAATGGTATTCGGGTTTGATTAATCTTGGTAGGCGGTGAAGCCCCCGCAACTATTCAGTGCTCTACCCCATTGGTAAACATCCGAGGCTAGCCCTAAAGCTATTTCGGAGAGAACGAGATATCTCCAGGTTTGATAGGCCTTTCCTCCTATCCACAGTCATCCCCTCAGTTTTTCAACCTAAGTGGGTTCGGCTCTCCACGGGGTCTTACCCCCGCTTCAGCCTGCTAATGGATAGCTCACCTGGCTTCGCGTCTACGGTATCCGACTCACTCGCCCAACCCCCTATTCAGACTCGCTTTCGCTGCGCTCGCTTTTTAGCTTAACCTTGCCACATGCCGTAACTCGCTGGCTCATTCTACAAAAGGCACGCCGTCACAGACAAAAAGTCTGCTCCCGACTGCTTGTAGGCAAACGGTTTCAGGTACTATTTCTCCCCGCTAAAGTGCTTTTCCACCTTTCCCTCGGTACTGGTTCACTATCGGTCACAAGAGAGTATTTAGGATTGGAGGTGGACCCCCCAGAGTTCCCACCGGGTTTCACGTGCTCGGCAGTACTCGGGTGCCACTCCGGGAGTCTTCGCAGATTCGCGTACGGGGCTTTTACCCTGTCTCGCCAGCTTTTCCAAGCTATTCTGCTTCCACGAAGTTTTGTAACTCCACAATGAATGGTCCTACAACCCCGCCAGCGCACCTTCGGCGGTTTGTCTATATCCCCGTTCGCTCGCCACTAGGGGAATCTCGTTTGATTTCTCTTCCTCGGGGTACTTAGATGTTTCAGTTCCCCCGGTTACCTCTATCCTGCCTATATATTCAGCAGGAAGTACCAAGAAATGACTCTTGGTGGGTTTACCCATTCGGAAATCCACGGGTCACAGGATATGTGCTCCTTACCGTGGCTTATCGCGAAAACATCACGTCCTTCATCGGCTTCTTGTGCCAAGGCATCCACCGTTGCCCTTACCATCTTCTTTTCGATGGTTTGAACATACTTTTTGCACTTTGATAATTACTTCTCAAATGCGATCGAATACGATCTTCTTGAAGAAAATCAGATTTTGTTTGTCACACTATGCAGCTCTCAAGGTACGCGAGGGCAGACCCTCGAGACCGAATACTGCGCACTTTTCGTGCCAACAAAGACATCAACGGGAAAGACGGGAACTATCGTCAAAAGTTAGTGTTATCTCTTCTAAAGGGCGTATCTCCCTAGAAGGAGGTGATCCAGCCGCACCTTCCGGTACGGCTACCCTTGTTACGACTTCACCCCCTGTGCTCCACACCTTCGGCGTCTCCCTCCTAAAAGGTTAGGCCGACGACTTCGGAATTGCAATCGACTCGGGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGCATTCACCGCGGCGTGCTGATCCGCGATTACAACAACTCCGACTTCATGGAGGCGGGTTGCAGCCTCCAATCAGTGGGACCGGCTTTAGGGGATTGCTCACCCTCGCCGGGTTGGCAGCCCATTGTGCCGGCCATTGTAACACGTGTGTAGCCCAGGACATAAGGGGCATGATGACTTAAGGCGTCGTCCCCACCTTCCTCCGGCTTGACGCCGGCGGTCTCGTATGGGTGCCCGGCTAACCAGCACGGCAACGCCCGACGAGGGTTGCGCTCGTTGCAGGACTTAACCTAACATCTCACGACACGAGCTGACGACAGCCATGCACCACCTGTTTAGGCTCCTTTCGGCCACGACGTTTCCGCCGCTTCACCTAAATGTCAAACCCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCGCTGCTTGTGCGGGCCCCGTCAATTCCGCTGAGGTTTTAGCCTTGCTTGCGGCCGTACTCCCCAGGCGGGACACTTAATGCGTTAGCTGCGGCACGGAAGAAATATTCCCCCACACCTAGGTGTCCATCGTTTACGGCTAGGACCCAGGGTATCTAATCCTGTTTGCTCCCCTAGCTTTCGCTCCTCAGCGTCAGTTATGGCCCAGAAGGCCGCCTTCGCCACTGATTGTTCTTCCTAATATCTGCGCATTCCACCGCTACACTAGGAATTCCACCTTCCCCTACCAAACTCAAGTCTGCCGGTATCAGGGAGCAGACAGGGATTAGAGCCCCCGGATTTAACTCCGACCTAACAGACCGCCTACGAGCGCTTTACGCCCAATGAATCCGGATAACGCTTGCCCCTACACGTATTACCGCGGCTGCTGGCACGTAGTTAGCCGGGGCTTCTTCTGCAGGTACCGTCACTTTCGCCTCGTCCCTGCTGAAACGGTTTAACCCGAAGGCCTTCATCCCGCACGCGGCGTCGCTGCATCAGGCTTTCGCCCATTGTGCAAGATTCCCACTGCTGCCTCCCGTAGGGAGTCTGGGCCGTGTCTCAGTCCCAATCTGGCTGGTCGGTCTCTCAACCCAGCTACCCATCATTACCCTTGGTAGGCCGTTACCCCACCAACAAGCTAACAGGCCGCGGGCCATCCCTCTCCGCCGGAGCTTTCTCGAGTCTTCCATGCGGGAGACTCGAAGTATTCAGTATCCACGGTTTCCCGTGGCTATCCCAATAGAGGAGGGGCAGGTTGCCCCACGTGTTACTCAGCCGTTCGCCACTTTATACACACCGAAGGTGCTTTAATCGTTCGACTTGCATGTGTTAGGCGCGCCGCCAGCATTCATCCTGAGCCAGGATCGAACTCTCCATTCAAAATTAAACTGACTAAAAGTCGGAGTACAATTTAAGTTGAGTTGAATCCACGTCTCTAAATCCCGCTGATCTCGGATTCGCTGAAATTATGAATTGACTATTGAACAAAATGTTCAAATTCGAATTTCGCTTGTCTGTCTTTGCTGATCTTTCGATCGCAGTATCAGTTTTTCAAGGTTCGCTGCGCTGCGATTTCACATTGCGTGGTGCGCGGCGCGGGGAATAACTATACGCACTTACGACTCGTTTGTGAAGATGATTTTGTATCTTCTTAATTCCTCCACTGTTCTACACAATTCGTAGTCTTTAGTGAACTAGTAAGTTAGTATACCACTCTTACATTTAGTAATAAAACGTTAGGTTAGCTGCCATTAAAAAGTTGAAAATGCTACTTATACAACTTCTGAAGGCATGTTCGTTGGCTCCAACCATTATCACAAATTCCGAAAGGTTGCCTCAAAAAGGTTGATTGTATTGAATCAAGCTGACAACAAGAATTACACAATGTACCTTAAGCCCCTAAAGACGTAATTATTGCTGTTTAAGGTGTTTTGAGACTTATCTGACAATTTTTCGACATATATAAAATTGTCTCAAATGTAGGGCCCAAATTCAAACGAAGACGTCGAGAAAATGCGTGCTGCTTCAACAACCAAAAAAGAGGACCCCACAAAAGTGAGATCCTCTCGACATAAGAAATGCCCCTTGTTGGTCAGCGACGTCCTGCTCTCCACGGACTTACTCGCAGTACCATCGGCGCTCAGGGGCTTAACTTCTGGGTTCGGAATGGGACCCCAGGTGTGCCTCCCCTACCATGGTCGCTGACCAACGGGGGGCGTATTCTTGTATCAAGGGTCTTCTCACGTGCCCCTGAGGGCCTTACAGTGTGACGTTAAATTCAAAGGCTTCAAAAATCACGCATCAGTTCAAAATATATTAAAGAAAAGAAAGGCTCGACCGATTAGTAATGTCTGACTGAATGTCCACAACACCCATCATCCTATCAACCTCGTAGTCTACAAGGGGTCTTACAAGAAAGGAAAACTCATCTTGGGATGGGCTTCCCGCTTAGATGCTTTCAGCGGTTATCCCGACCGGACTCAGCACCGGGCAATGCTATTTAGTTAACAACCCGTACACCGGAGAGTCCGTCCACCCCGGTCCTCCTCGTACTAGGGCAGCCTCCCTCAATTTTCCTACGCCCACAGAGGGATAGGGACAAGAACTGTCTCACGACGTTTCTGAACTGCAACTCCGCATGCAACCACAAATGGCGAACATGCCACCCTTGGATTCTCGCCAGCCCCGGGATGCGATGAGCCGGCATCAGTGCCAAACCTTCCCGTCGATGTGGACTCTTGGGGAAGATCGGCCTGTTATCCCCGGAGTACCTTTTGTCCGTTGCGAGCGACGGCCATACCACTCTGAGCCGCGGATCACTAGAACCTGGTTTCCCATCTGCTCGGCTTGTAGGCCTCGCGGTCAAGCCTGCTTATGCTCTTGCACTCAAAAGGATGGTTGCCGACCATCCTGAGCGAACCTTACGTGCGCCTCCGTTACATTTTAGGAGGCGACCGCCCCCAGTCAAACTACCCACCTGACACGGTCCTCACGCCGGATAACGGTCGCAAGTTAGGATGCCAGAACGTCGAGGGTGGTATTCCAAGGGTGACTCCCCAGAGACTGGCGTCCCTGGTTCAAAGTCTCCCACCTATCCTCACACGTGACAGCAGCCAATGTCAAGCTGCAGTAAAGGTTCGCGGGGTCTTTCCGTCCTTCTGCGGGTAAGTCGCATCTTCACGACTAGTGCAATTTCACCGGGTCTATGGTTGAGACAGCGTCAAATCGTTACGCCTTTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACCGAGGCTTAGATTCGCTGCTCGCTAATGCTAACAACTCTCGTGACCTTCCGGCACCGGGCAGGCGTCGAACCTATACGTCGTCTTACGGCTGGCAAGTCCTGTGTTTTGATAAACAGTCGCTTGGACCTGTTACTGTGACCGTCGCTCAGGAGTAAATCCCTTCACCGAAACCGGCACCCCTTCTCCCGAAGTTACGGGGCAATTTTGCCGAGTTCCTTAACCATAGTTCTCCCGATCGCCTTGGTATGCTCTACCCACCCACCTGTGTCGGTTTGCGGTACGGGCTCCTCAGGCTCCCTAGAGGTTTTTCTTGGAAGTATGGGCTTACTGCTTCACTCAATTGCTTCGTCTCCGACACCTCAGCCATCACGAGAAGCGCATTTCACTACTTCTCAGCCTACGTGCTATCACGGGGACGTCCAGAACCTACCATGGCACACCGCTCGTCACCCGTGTGGTGATAACGCTCTTTTGGAGGGACAGGAATTTCTACCTGCGACATTGCATCGACTACGCCTTCCGGCCTTGCCTTGACTTTCCGCTAACCCTGGGAGGTCGCCTTGCCGGGAAACGGGTTTAGCGGACATGTTTTACACATGTCTATAGTTATCTGTGCCAGCATTCACTTCTGGACAGTCCACAGTTGGTTATCCAACTGCCTTTGTAATACAGAAAGCTCTCCTGCCACCACCAGTACAAAGTACTGATCCGCCGCTTCGGTACAATGCTTAGCCCCGTATATTGTCGGCGCATGTCCACTCGACCAGTGAGCTATTACGCACTCTTTAAATGAATGGCTGCTTCTAAGCCAACATCCTGGTTGTCTGAGCAAACGCACATCCTTTGCCACTTAGCATTGATTTTGGGACCTTAGCGGGCGGTCTGGGCTGTTTCCCTTTCGAATACACAGCTTAGCCCGCATATTCTGACTCCCGGATTCTAGACCAATGGTATGGAGTTTGATTAATCTTGTTAGGCGGTGAAGCCCCGCAGCCTATTCAGTGCTCTACCCCACATTGGTAAACATCCGAGGCTAGCCCTAAAGCTATTTCCGGAGAGAACGAGATATCTCCAGGTTTGATAGGCCTTTCACTCCTATCCACAAGTCATCCCTGTTTCAACCTAAGTGGGTTCGGCCACTCGGTCTTGCCCCGCTAACCTGCTCATGGATAGCTCACCTGGCTTCTGCGTCTACGGTATGCGACTCACTCGCCTATTCGAACTCGCTTTTCGCGCTGCGGCTCGCTTTTTTAGCTTAACCTTGCCACATGCCGTAACTCGCTGGCTCATTCTACAAAAGGCACGCCGTCACAGACAAAAAAAGTCTGCTCCGACTGCTTGTAGGCAAACGGTTTCGGAGTACTATTTCACTCCCCGCTAGGGGGGTGCTTTTCACCTTTCCCTCACCAGGTACTGGTTCACTATCGGTCACAAGAGAGTATTTAGGATTGGAGGTGGACCCCCCAGGTTCCCACCGGGTTTCGTCCGGCGGTACTCAGGTGCCACTCAGGAGTCTTCGCAGATTCGCGTACGGGCTTTACCCTGTCTCTTTCCAGCTTTTCCAGCTATTCTGCTTCCACGAAGTTTTGTAACTCCACAATGAATGGTCCTACAACCCCGCCAGCGCTTGCGCAACTGACGGGTTTGTCCTATATCCCCGTTCGCTCGCCACTACTAGGGGAATCTCGTTTGATTTCTCTTCCTCGGGGTACTTAGATGTTTCGGATTCCCCAGTTTACCTCTATCCTGCCTATATATTCAGCAGGAAGTACCAAGAAATGACTCTTGGTGGGTTTACCCATTCGGAAATCCACGGGTCACAGGATATGTGCTCCTTACCGTGGCTTATCGCAGCTTATCACGTCCTTCATCGGCTTCTTGTGCCAAGGCATCCACCGTTTGCCCTTACCATCTTCTTTTCGATGGTTTGAACATACTTTTTGCACTTTGATAATTACTTATCAAATGCGATCGAATGCGATCTTCTTGAAGAAAATCAGATTTTTGTTTGTCACACTATGCAGCTCTCAAGGTACGCGAGGGCAGACCCTCGAGACCGAATACTGCGCACTTTCGTGCAACAAAGACATCAACAGGAAAAGACGGGAACTACTCGTCAAAAAAGTTAGTGTTATCTCTTCTAAAGAGGGTATCTCCCTAGAAAGGAGGTGATCCCAGCCGCCTTCCAGGTACACGGCTACCTTGTTACGACTTCACCCCCTTACCAACCACACCTTCGGCGTCTCCCTCCTAAAGGTTGGGCCGACGACTTCGAGTGCAATCGACTCAGGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGCATTCACCGCGGCGTGCTGATCCGCGATTACTAGCAACTCCGACTTCATGGAGGCGGGTTGCAACCTCCAATCCGAACTGGGACCGGCTTTAGGATTCGCTCACCCTCGCGGGTTGGCAGCCCATTGTGCCGGCCATTGTAGCACGTGTGTAGCCCAGGACATAGAGGGCATGATGACTTGACGTCGTCCCCACCTTCACTCCGGCTTGACGCCGGCGGTCTCGTATGGGTGCCCGGCCTAACCGCTGGCAACATACGACGAGGGTTGCGCTCGTTGCAGGACTTAACCTAACATCTCACGACACGAGCGGCGGCAGCTGCACCACCTGTTTAGGCTCCTTTCGGCCACAACGTTTCCGCCGCTTCACCTAAATGTCAAGCCCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCGCTGCTTGTGCGGGCCCCCGTCAATTCCTTTGAGTTTTAGCCTTGCGGCCGTACTCCCCAGGCGGGACACTTAATGCGTTAGCTGCGGCACGGAAGAAATATTCCCCCACACCTAGTGTCCATCGTTTACGGCGGCTAGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCTAGCTTTCGCTCCTCAGCGTCAGTTATGGCCCAGAAGGCCGCCTTCGCCACTGGTGTTCTTCCTAATATCTGCGCATTCCACCGCTACACTAGGAATTCCACCTTCCCCTACCAAACTCAAGTCTGCCGGTATCGGGAGCAGACGGGGGTTGAGCCCCGGATTTAACCCCGACCCTAACAGACCGCCTACGAGCGCTTTACGCCCAATGAATCCGGATAACGCTTGCCCCCTACGTATTACCGCGGCTGCTGTGCGTAGTTAGCCGGGGCTTCTTCACCTGCAGGTACCGTCACTTTCGCCTCGTCCCTGCTGAAAGCGGTTTACAACCCGAAGGCCTTCATCCCGCACGCGGCGTCGCTGCATCAGGCTTTCGCCCATTGTGCAAGATTCCCCCACTGCTGCCTCCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAATCTGGCTGGTCGGTCTCTCAACCCAGCTACCCATCATTGCCTTGGTAGGCCGTTACTTACCAACAAGCTAACAGGCCGCGGGCCCATCCCTCTCCGCCGGAGCTTTCTCGAGTCTTCCATGCGGGAGACTCGAAGTATTCGGTATTATCCACGGTTTCCCGTAGGCTATCCCAATGAGAGGGGCAGGTTGCCCACGTGTTTACTCAGCCGTTCGCCACTTTATACACACCCGAAGGTGCTTTAATCGTTCGACTTGCATGTGTTAGGCGCGCCGCCAGCGTTCATCCTGAGCCAGGATCGAACTCTCCATTCAAAATTAAACTGACTAAAAGTCAGTACAATTTAAAGTTGAGTTGAATCCGATCTCACAAATCCCGCTGATCTCGGATTCGCTGAAATTATGAATTGACTATTGAACAAAATGTTCAAATTCGAATTTCGCTTGTCTGTCTTTGCTGATCTTTCGATCGCAGTATCCGGTTTTTCAAGGTTCGCTGCGCTGCGATTTCACATTGCGTGGTGCGCGGCGCGGGGAATAACTATACGCACTTACGACTCGTTTGTGAAGATGATTTTTGTATCTTCTTAATTCCTACACAATTTCTACACAATTCGTAGTCTTTAGTGAACTGAGAGTATTCTACTTATTACATTACGTGTATATTTTTGTGGTAATCCTTATTTTCAACTATATATAGTGTTGTCTTTTGCGTTAGCTCTTTATGCATTTTTGGCATTGTCTTTGTGCGAGTTTTACGCGTTTGGTCTGTCTTTTTCGCTACCTTTTGCGCGCCTTTGGCGTTGTCTTTTTACGCGATTTTACACTGCTTTTTGCGGTGTCTTTTTATACCGCCTTTAAACGGGGAGAGAAATTCTTCTCGACACGCTTTGTTTGGACTAAATCTCGTCTTTTACAATCTGGCAAGCTGCGTCAGGCTGATCGCGAAGCGTCTCGTTAACAGCCTCAGAATACACGCGTACCAGCGCATCCATGCGAGAAGGACGAATGAGCACCCAAAATCGTCTTTAAACTGCAAAGCAGCAATACGTAA + ##$#%$+1-*1-352).(0'.-.01=<;<;:?=.-''/25/+/65:=<@?DCC>CDA@*&+*)($%'#$&*)+9:2;<+&4>;7>@BD=><:90-&%%%%()&*)&'(+(,:9:=;>2/)&&()//153%-/:;<-=;<<9?A:79881:7:5++*++*,02())(*++,36::<9KA>6@KKEGFEHBD?;?7702&+/&(=C=9=:578>?;556=:7@973:;CD7@A::?44:?@8;9888:;76388*...**(+24;<9<;==8>>:3--2.44557699;FEIFBCA59;>ADFFCCDDCDLJE99=A@:?@BBHGH@9==BCCE?A@;=;<-9>9ABC@>%<=<:?A533936C>EA@AE:DD46@D@;?FEC>>BHG>%(77=:<&,,=>=><6;;8>?=;4<88,8/46>CD858A@5;>=69;9=79.'&&*.:7893../;783=.:<9796<@B;;52.67B4=9879DCAFE48@<=>:<=()DEBAFB?E??@)>&&'355?68;$'(391><@A-@;:6AC@?'JGC<642@CA:D844BC;EHK8>=>=8,7:==?=?@?7?ADEF<>DDAD>?6>>@@;=>9/8880+46/?9=>;ED=B9;:CB@:@CE6B:A=758*>=679=>?>/AB39HGHCH8FCC:=52/3B@>?7<@DCF@>=BA@>???FI;71-410-/>?887=??)D6DGHHCBCCG=GDC@E=..2%*99:A?@><2757=?8@B9889:26.,*,$%%&-5:<@9:BBDC@CCEDFA;7444;8><110'))(5@A;A@?<3)))+9:<16>=81(,,22>?@;AHGE86*4<8>=>*%'8:=?AD?'4@?ABC5=<><9@?F=CEF<=AA84=5)%;567'((((+$$'0788;BCCG=?B>C8DEFBH?<:C<,---8DDFFHI@+(+@ED8=;CIJFEFAAEJL;@:@BACD@?<'<8GA:DD:CDF9489*3**,,&%@CCI2=88'%&&&&DCGDB9;1-26+89%$-9==<576=B8BIJKHFEC79:-,,<:(3368:88;>830)%'0121.:<@<=7;6<9@@?:3:9>?CC?7&%<>=?BG>AB??9C56BEJJE@DE=A?@?HG99DBCC>-35:=ABB<7=8%&%8:=>@@<DHEE>IIHGDG??<7233)C>;+++17.&&0'*/431-+&1044397.-+409?AA?JBC2/1DFEC>BHEBF5FCECCCBHIBCFEB?=6/,6::<<=:9'02486@8CC=7=@A032/-08=F?B4<>B=9CB@ADA&)<6?@?AD<7>-3=>?A>???<;@??ED<<>8=<>><6?;8<@-033769**72-=<>>9975;@<>?@<98869;?5;*?:<97443=88?A@49<;:8:1<:A9A??AAFJK?05-.;9;=;C@>DF8:>?@:.ABEC=8B?BDB??;6?/B@:*=@G?C9=@:@A@,*,/./101/+0567=??CB=CHA?:9539=>@B>:CF=CG.(A?B@9906*//024/77:@DBB=>D<<9>@>8:CADACA6(>%669>??91)%)$$(&'&..=>=EFE>;?<@A>BD@D767881.)661459<<=?BF>0757;B>AB=%.5.079?=@A@>@.037.:;>8BACD=;B1287969>?+//=?@>F<=DE>ABCB@/+26+()+.'+67:98??@<4???:8CEAC;;45:9:;==AAE=?=-<;B@ACA-7263.776556930&%%67757;@A@4>?=;EFA<:9762,%%*&&%011**277<@A@A@>>>>=<:++)/57:;;=3/;-:>BBACF?@;;59;7-.:<;742*,&%,;<;<<=9??9>5<<.3AF9;<:;@AAA:<<<9AB=935A8>DA@AB90.---;;6AB=;<99:775:966741586300:7%)+*++*5;F@>+:B?D=97;?>?;37*23+-)<==??:9<<68CE@A:GA=<;>97481564:<>=DB,0;:@CAKGJI>9855;:96?BC8=;?>EEDDGHJDB?@@846;:B7:B963=:>?@?GE=6;>?FGKBBBF?B<=@AA)16@A?:@B>3'/,--2+7(;9<>=<<5/)(0157:?FE<248<>=44+5468=:7@IBB2359CD@9.@;MMJJG9ACKIA><12>ACA7<;8/,;BI;BD9BA;=>F@B@BBB@>A2C78C;26:<=:=>>B>=;822689=?=IHGCCA?BC@>>63@=-94AFBA<:6819>92>>8>AA=1,;>9;CHIIDF>(6;?&=;@<>;>G=7D<>9<:BC?CD?CB;?<@9<:CDC?@@B=?C@?8==10579)C@?5>>>;>A7)40$'''&&()3;9<>CCHDAC==?AB32137*<999:??<=GH;=A???:8,.7//1<9DCC3=>@C9<:@@?>>?B>7=>@7?@;8AD@GDI::9..1>=><5>?B>=A;B=@?CDB<=:7:<)*&&&6+34335*+:678*869D=BFKLGHDH>AJ=KJFAF@76,=;78A>BAEFFIC?@GGII@GBEFBED=B>@EFIGGC<>;0+*%'$.+(03*+.0.77@DEA>&&(&&)2*%%#(+,ACGBBK>>*>%5684::@@;>=<<+88;?8>:;?=;9=<:89=;<<@;CC=A78?AC<61273??AC@;>B53>>?AEFFA@?;;68:=D?E?<%=BAG=3&%>CAB28>AA=F:CB@AEEDFIF@?@A@CB@ECD61:;=9AA=40853/(,.2155775&:=@FGFBDD<415?>@C<<>C@C=3:5<=?=>B2AD>FD:4CB?=?BEHC@@<=ABCBDB@:B;;2@@@5+,0*4.<=:<=7$$$2>EAC>78AA@FD>>15BD@@78==?;BAF?>=>8:8::3<<>/?4@CBC/?FCAB)9::<:3.3/'$16?;9;;957ACCBDA6;A8:79>><><<=A:HHDL?885;>6/.-&($((-26GA<=BABA?@>;6/1.0/2/.,,59:AEI<=H>68?@>CCC=BA>>==;>GACE7;9@B?=4?==B>G??B@B;;97(.%<=:?@AGDGEB-97:<=<:3??@-,5>>4%*/16689BB<;1-/675578>@GBE79=>6269BB5451'454723&')+,(*77?:@?@BLLKEB?D=>BAAML@BG=F<>E=13:3579FEEB@E@<=JI//3CA>=BD>?@@E@BA9:@;:FHJA?BAJKHIDBCAA(%%&47279998<>3+8:@AA;8),-$')('&$#(%7857==<8FDEFAI<;?AE@9=BBGNCD@CAC<@><53-,17*5865779@B??:2/,5=@FHIAKCFC66->9:;=??C@C@5HBB>B@@@;=@80?9;6AHC@EAAAIIIJI?>D<:FDC?844010',9;;C@<,2/6;<@A>?+66668:=?DD?65B;>=9@=?77>@B?AGJ)4AEKIA>B>A8;9:6;88:>@?@99:842;;>=;:12>77>@CA@BC>A=CGE?@?8>CF:F=CA;?<*+:=JIBCEDCD=B@?64>-++.99>?8%)+6@B@CB?C@<@B><<:5+'('2=AA=CF?@CICC@C;AC;>BAA78*)(,:B=<&&)1$$&')179<>1--5*'18<;9BBBGJAGIK=AB@<;5::9//2<:<=<8-/144956$)<88>D>77;;EKH?>=<>+)%4=99$$(8114<9<;3*%%&--56<8>:2114)'1&/18)(--007A>;<)'@6661270B<=>=A67?@@CDG@>=ACA=>(%%%.01=>>5844)$$)899@C=BC@>=BDF<:9%++81-14++6763,9H:;E>7946&1(%&,5)8:;<33,))%9;'%..;;>?AB@5333(?:>?A:9G;:@H8>A?77:=>@@A<=IED:FHIH6?4228455599@@?;CC>;>?:.'7655:6&+;6=@<@BBD?B@@C=@@FDD?>?:8*89BCA=<==???5=AAFEC;99:5<;>8;9&)0>>?>F=C=7B=@@>=A41/.69AEEAA==@DFIFC4/1))$#$*-66799<>?A@>><<47BEE>?A?(),(66=99>D8;;<:GGD<<>?=:@CDE9AH@>:8870)*+8>>DF>D?@;:>BAE@IO<764189>@=';=>>>HEBFEBC@<;@;>@ILKED;59227<88:9&7<:?>=')9@B?7;*/%+3646+)())&%$&&../;::<;==?@(';57;1:78@@444/+-+86898==@?@?=55;466'=>B@>;>F?@:==EEAD;<:;;<<;;;7*&-.,7::5/2$';CA>><31678<8793;;?8;977;:;9CF?B?447@A=?4-1.)()0,9D>9:=>?6:6896)=?=?E;219;==;7>-?1<8E@=FGC=?>>B=C@78;E>>BB?4BMHFFFA<>:<6@CD;JKGL?ACC<:=A>DEB4>@ABEF?-@A79424B<>>>:8-7449=EFC<533C@>;>>8/./<<029;;8;94..69+14(*-138::;4488544;0*58:9:9,.-9>>>9?B@>A>>BDCA=BBF:?AA>=A:=AB9>A=7;==9=9;;547,6/346>AB68;><:88032HGI<6)&21%&%33357*&$"$#+/04774CCB=<2.(&%%%=?<66'254.+**45<>:4;C6<?<<2+.-557535;><:=FG==>8:>>:5@A:=JFF;?BB<9957461$%%%%&;=>>B=@@;<=>AC>>?4@<7A6$%-/45967<6567@A<8/07BE@@=88=-/*52589=@@F@46=?:78::8><>>CEGG2436$$,:=<=B@$)9+;'47.3&:>B=?:D4::;<5)+88:<<>AB?AC8AF><>7>?:/-<<>@C?8886;A>?>>,4205(()123,))779;),375$-&&::=;:+2./19;A9>@?;;<=?E9788@<><64487=9>>>C<:77@G=AG>F269:JNE@=@>=;41131<;9A:995::8;:;@@DD9;87:89(*9<@=FC?56E?401'578:457657<<=@?<=:8;>7.)5<==335?=8>?<6=>GD74<=?>;<=7?8651054@7:98BDEF8AGH=5*;=9<7018,$6<=>8833/66623440..;??;<7=-++,1199:24:;>97>=BA<;?<>??;.)2>?1;;57<>>@>10)(*'&7675355867&*%114257.*%&-&&2/11/1)**,..<@BAC086:9<=46>?;:AC@78'-('45CEGKMKB9>G=12244;57663/0.6770;;:B?CKHHJC?2E9;9B?<>;<6)5;:;HIG<99<9<@89@HGKKHG77.986A9?9>BEED2'+A@=D>HAC6;-//:854$&167;3;@5,07>8*271*''%('')&&'2((*59.&().,//.34766-&&54678:76.'(,/*0>B?BC9;A:A<>DBB@D?A8A@B>A;B=:1.487.''((7:67:::4;;<:C@65::<<>IFA@;?AA=8/*7;@?@9;;CB>@586=*??CBEFIHI<=A@BAEGA?E8@D??>C@C=:B>69=>B>857;5/1/.*5,56:9D8>@?H?=:C@BC?78@>ECCCC089;@<9??:;?A;;@9763,**&/-)$'24($%'3;75640786;<;:<;9BAB??BD?C;AB;93''('./2:>?00,&-4476233:<=B;623-)+++*9788%79)+9841)&)175448732410213:=132,(6599><@;8;8%(9:?=B:;=>AB:1/6/.003$-,.'&&55<94476>4;65320,1)%%($'**)&)(..02(28,668=A@:/=AC69@=465+57($0000-00%+$&48@A8(*3*)**,./2:;3<<<7:<:9>9;8'6:?@?=?B<@99>D;;<=CD7L@ABA=<;95@DGJID>BIFG@<=;?@;)=BFGCAABCDA=CDE8B>8::7';;A>>>%%5C@CCKDDEACDC??D5468877444*&04*33:<=CDIJ>:6$&)&$&$%),648;<57;;@GB9BF=(&&&38.15<<5>B7::/($$12270&&87:CE8;;6@==@5>8:9<6-*-/0.-))(&0536=@ABD?>>?:>.47:560*&'+.064-)*++$'397>@9=?8A@@HGHAAD@CFA@@768;8?6=?EFEDDC?=@<=DFE@@AB@:;:5653147:?:>;713.4<=>@AA@8>A>>;5666*&'/1;===0910486;;69?<9(110??@EPA@:5./.0//-.(<;@:68,)(**&(=&43:;?><=;?BA:>6/./32+.66-'*',3337?AD>?BCF@AD>D;-4?C@7B>=<::029@@898=72?@==><:>>;467CGC789842*)'&,&')&&&*+-00187;=@==5<;0./%)..4997:-009>>53&),-474#(*,&-/3)'1437>267;?94655$997:?@620),11.6-6209-+.+2@7/<54A>>BB@DC@C=<;<6'')/1%'(&%%%%%*7;>>@<<>@6<500?<;9E>C>N::@@*8:C?5+%)-(:;==6686@<=<92+%$$$*685?ABEFIHFDAE7++'.=>7?<(''(*''--/;,/:9:?ABCCBE51?3<<:<>?>BCDACC@F>E9=CGCGFJKHLE?CHHEF?@>A=;HLLFLHAFGEG>ABC@?,1%$%$$**$%%0422'&-%#%%&&**+.:>=A7>;<<:?@B<95)32-%##&'.326%(<+>?;9966+63+4/12111&;:;5'%%%%&%&%&'0278:8/2(%,27&::974,-5&,42756&&52333431:2,@CBDD>78BA@D>(CEDAA:6<6,,=ABB36+&(%'.&),640%/459<>.':7:A7DDC8BFE?=?GFF6'(-46'5+3831;<>;:;;?IIIDCG0D?@9;<:A@4<>EA5>:)++5>><<;>=7C;=EE;D??>?@B;*%%%*3/01/210569<;=?40,(--*+588;<?>>9:?7EIGHCA>?RIBA=7<@<@IA?D>:>?<@<>?49536:;<==88487CC94<>9//,+'+'4I><5GBAA?@><>?FDDJ>;057D@>;>?/1:AC?=@>6?>9;6*)()))79==:6:<=@@9>>6DFJBGC4??=;:<:610/0B>=<;=A>@?<;8??9@AE>BB??&-5<@C)%=>?AA/=?B@?<<7:2::<3689)$&851)%&+>>=A>;5A:G@@KHFF@F=>ABHAKBB8=:04AC??A:;7@F;>><2;>7=<@CEHA8AB@>?<;;@??=DAA4C=<;=::4;>?=<9@;=?85%%%2658@:BA@@=<@6=A@A@CBHIIHBB>==752.,%/'(*+9:@EGCDBCD?(*;1:;=<:=:,:<><9;<=8:674:7:7266::97598:=;;;ABC4>>>AC?;;77;C@8>A9;>A49:?>;>@E;EC:9;.#&./93>><=?<8(+,+45<@A;:=?/23:;B>>?-46@9A5..046DA@85;7;>JI>:<>;9,6:=9/8?@ABBHII?D@A?@4@=-+*,0//((07%*((++-762*-0;:;A@;;4%$'2399?;C8>==&'-9;>??@@C58<91&5<>,&)-/11...1988;=9>7:;:?@?%63/;??@?>78>?B99:5?>A<=DJHFHG>EGA<47;0/;;>ACDC>;4+1BBDJKCGGE=8C:@?FEA55>@BBEA9;<;46CCDCD<45::=HKD=@D/+6>@?ED;73<@;)78;<;:76,))+403:8A89;?@BCBC?'54<756>;233301;8886833<0,5.15759>8:8<44:95884(((1<:*+(*%%'')'/..01/)&$$85/)&)3/4:=@@ACJ>G??B=ADA9>;@=)*(//-44*'/<>:;==@?ABABIBCB7;@C<<66.26575-0./.2;<8819837B5312AAB><<==<*;85422-9&1141224,;>@978?027:;9:C:>49;66,&$$,-/2796??B<@A@@@DE<>@@6B=@7A<=BA+'''/(08@AFHDB;>9A7?BCEC?88''??6>@@C734($$$9;7;<>>14?=?;:?:<8578724$1:=C;?<<('=799B@AAAA3'79<85@>@C>:BC?>>;6,0:<;:=>>@BCCDE??9@@DA/3@=;@B>=4416)8::8A?@7=?>>:@<50274792*66E:;'7;79@=::7:@,.2?B;EC><7>CDD@:>A>AA=BA7:>;4<46<<04D?B<;9;97=?C=@@DC<=8535<=83=9:48BBC?=@9:::;<>CDA=AC5:8778<<>CCB=:@BG@>=@>?HC;::)%6;;A?AGGLGBA==>9777889;><9>?>?@=>2<@7<<<>;BA@?ACA0328D>=B6@@:CBDG:G<933=AB:;:5536<==D?;'((86787,()11:@AIB@>;8;8?AB@EC@?@FC:8)*636?A:7((-'&66<2892=5439A2>@>>?A>C*&(,*1:>;:=@'9.////()6:=@:BB:BA:<=;ABACD/'.?;=79@@70265;97;=:=678@:<:=85$&&'1/<;77,)'6::>9>B=8),24;,>>>>BCB&@@>@?J?658>=<67=<<;=;<)>DFEC===6&(:77::.1376.0<?:2-))@<=?=;8:0151760<57/:+;=?C>3739?@@=DMLF@@EF6A=<@GC@AA@61+;1=A@@9@HIFKIHEF?E?@BAA03D@D<@:859++012240.%'+'+2<<,99=>;?H:;><><><367:0118:5,688:@BA?F:;?=-)&'?86A8A?2=@86?::<;@B==@688::BDCDA;()@:2<=:99>D:::2.16+.:8--8656=?<<=8564@B>?;@?=GDDDFBLLKD>>@B8CCG@@?ABF;:=LJEGBCA>.2=>=>=;@<:/+49JFHE<=JJIDDFFEDH<-/9989<=@F<:B<846;@C?6&&%+&((-0449=ACGG?GICEGD=68ADF<B?;=ABEIB@@AEDC@<;4*&./89:86:5884,,24'-2357=;<>)&%4:9840369447;?EAE<8?C@672157/)&&A?7::<;><;941;1(22249,,=?BA?60'+&$,658GGE?@@DFD?AB&);A99+37038=55,')(-3779<1&7:(-A?>A=5178<:111350=+0577=%)96441103&83/5455**+,331-%)($/011:39<==<;@36=9=8E;;@=>>7GGE1)=ED95;?<9=@;;>99;14(''))745<:;=A?=<=:.2CA@@9<<--1=A=<=8<8306:=936?D@A6:../7.00'--/+(023676'77+/-).*$%%'&)'66:6733.-&&,++('/:67,>7-,1,59566465./)3*8A=@=7:;;;3'%)'&$$-,-56,455*,1&/11<=@>;=:A=?@@5B>68:.56:22.&)*+*+1%*436:=<3E>>?ACCDD?BB>>?984334%%$&&(/.33'22:778<;;186BEC79<=>DC<=99799:=?9?:8:4?A6;;A=>60-)'/+*+$$$$$%),+-/--.+++++(%'9;677:?A??=9-63>>>776*=<>?@A>@F;GA>867;88.,1?>CD=>:74>=7>>>AD888BCAE@E@9:A==@87>-8<>BC9<:D65CD%,:A@G<::956@D=AF@HBAGB=;9'?:BB>>?B@??BBAAF?;9=9;=GGC?:B@GICE>?<:92/%)8;950)--,-))*).%%(;>7D@;;E>62$%%%&$+)3:@B>5=@;79$$#')/.%$('+0+-+6;6?A@>==;:<;1$$377:55<<;=?D?>93B569:<>8:,)<;>7:03EE<:;EA8=<=9??;;58=;+:4621325<4855477($%%%4+*7=@?@835AA><=:2><.6=8<@CBB@=>@BD6AAB@?:@=AA>?KCE+%265+6'$$-'',,+&&+%&*+EGF=?8::ACA<9@B<402:=@A;78.333*0/,55661'0223>@A=9B@?6242,../,***%&&'%..05?=<9>>@>?869=A8BCAD@@4:30)<:<6;;:/25414:??B=@1--56=>=;;=>3BDHGAA??@>AFE@56)&1)-*%)(,01$56<=87>75:ACFIDJNDC<6B@B@=9:>?>>6?@E@>FJI3ACD@992459>=<9:=666>=9:03'.;:@A=A36<@9:;;:8;<;81+,137:;=??AA=9<:=4-@A;=D@@;=CBB:A4=?=@;=>?9:4678/29:4:>>>@;=@>;=<;@DF?7<;:)0?9,@588=68040002419????-/(&$$'2/&779)%:;<;(&&&(%24<:?4-14581;=5>>;88;887748<<8*-%'.*9=;::9GHHGDFH:@?DBA@9+<:::);=CBF<2677@83-<9-0699=>90<@AB;?2,7;;=@?C@C@>==:1@==37=?8A-6-8;:8(7=AAEAC>;@@<>==ONKD@GK>20,>B>?-&94CCB759A:@CC:?BGIE@GBJA>FJKF>CBAJHLCAJ>;>C>A@@CGDA6,,/706BB>@>>>=001---/;=CDI@=HIKDHFHA;=?>>?;>/.1119<>@B@==><'4:;1$&''964((28=C:FHD&5:>@>A6.*'*$)0,..571/<<;7:8?75DGFGGE>JJKGSRPJB=AA:89?A787>5EEGCIOLC813?A?DCDDB94*)552=ACA?AEEC@ECECEHBGFEA?=*=?877>7:FGHEDBE-G<764700318?BC>5,&)11(094*,>DE?=:>9#9@;600348B@==003=C@FHICE>>A=?DFE@:@C=@BAFMM@=@:6?DE<=33440'*99<<>?7-(548:<91'((&*/,74:?B@DE??C<=A979:97==??>87545%%67=68;:;;0//.$'(-3,/./4206=--3(%.27=FGC@C=>@8:1%&'++/-++33:>BB?>AA04/484.0@C>>A?::054=8%234''%#$##')03?:;BDCBAA@BCC=65AC:;?A@>/17+3/7>=:7:??:68AC>CA@BBEDC*;86)+*)%%99;69=@B8ECA:=7<;;,3*(*,/)%%&($$$%&2/0+0540'&&/04/)'8277;A=CCFECA<8442..(*&,+./.09><<<=H9;H;-0+.<@B>;@:?A@?:94<;=>>A><;<;::78?@:21/06885>+&(,41'$%%08;87=7@8)077435698'''*0(%%%%.'-'$)'&%%#$#$$&%2&2/054..($#%('$/.(++,.%++,)&#$//09:;4'*0,,$*2473336,$&,,,..49;)<57*:;7--.4:::<=@.1/948C====-5>>:67<5$'354.;0;=<=<967/681:99<>:/-.)%06'(&%03357=@?AD@@=>;A?<><:7<8)87:;<944))413;>=<8:55>8:;=85710008-12-87/03;<>A@;7=:?88:<=>DHGGC@CCB@;626777887<9CCA652568:;127935;?@BGD@?<;==CA/9>=A;;9;>C@CD6>@C:8?>@=B@,8*(*$*)()+'%&23469>@CFDB@B@F@.**:;>=<,;:8-$-&(675/37=::2/89?@<;*422-++*'1&*14978991*,'($+,*(.&(&-5-9<;25?341?B@?GEEC7:86=;57&&&$$5846':9<=ACD4.7.*)+.224:<9>=>CGF99>B=BBA<8>::>?=FGBCEA?;),953CC?CH@/06*%.-6220,BED@770+$+**33<==?@8;-6,.&(-.6:>==:3.)%08:=><%$'1/360-?9:::<:@@=>*%$*%&(&*::=<==B@DDH>89?DB?=8=B77555736&%%$%%&'-).-,'$$0*(%'%'*,&.?A=BD=<@AEA::/+7.5:7%)/+<=DBFCBC;79;*+7BB<2-065+>@A@ABE9DFEG=AFA;47?>?@BB@@?;>>37DC8980.+*.23>::>7:)''&.2989.++14>=?@EA<878=;:9//+%#$$%%(*4;>;*4335+&%%#'///0,5445)(*,9:34141):98;2,68B25,2,*--1)503,34,%**'&%&''8-0*,2+'&$%%($.+,/0$%%$$#$%%###"#$%%'%'%%''''$$,**133::797<@6@BBA@AGD=7:3389E?BB@=,*0($&$'$$%&'(8792522/.<367;>B7;:7+&&3$$%'..,%,%'),+(&%15/:)+,-231*%%#&+)&$%&')*$.*'$$%#&&$((%%*&'',-.337-%44866:6;86=>97%&&&8/,'70.&&5,,,.,578<:447(%%,058786<8/+2-*&#$&./5;<;9C@BDEF?>8D>ACE@?9=><7?D>:=:>>B@>1++*9.ABB@=>@85;4C>=-;?5=@A@E>?9E;:;>FE>9@9?<1'39=CFGEACC><9A<;ABB@DD356<:?:/03@B7>2??>@KNQJ;A?(>AI>>CGGADD?559D:>BCFA@BDGCGE6C?=DDA?>:=6568@=;:21(%%+99:=@=?5*8:<;;;45542-:76577>@?766F>?BDC?($$&%(&2EF@>%*+&)%//.5989>>;?67=BBD=)38GJI>;>C@0*.59242@@BB;DC@:;@=><)<:;@B@+(7:6=B;A@+(8@91,155:688:0/28;BA<>*>=77AAG;9*8>?;><::@<*,)124689654,*--,,9<91468<(@:/*-$%%%%'(&($$%%%'')(-,87?B?B=;5?:B47:<35662+$'96973.:7:269<64336.0657.50,0%+/&&B?=>.7787((,1269<55:C=/03888442%1224:80;A5<;<24,,,:>9:<39==656(013:>?7:5;8BB@A9>?AEF?<:9A?;=950&%002A;8@@=50.,./-**+.34589;=E8;?7?=@'$:39=@?>?@A:;??DH?<>CA::2<953=A@<>?*66=@D>>A@<:313<>CCCB78;45>>@8)(&$68:;',6787-+14?;@@:9?*$>>4=B;;?@8?;;566@=B841;-01332,0;:40,-,'%&'/0000=>@?80(%';::>E@;:7;=88;;:A7;?FA88BGG@EKH?BJKJEB5??;;<90'6+.9=<=2=5A0=><:B?>9CEBRJB>?G>B>??CB@89DC=@>8.83<>42$(%)-,-+)#'%>>0<8B?>AHD8:;;@BFFEK@?B7521/60216;6;CAE3><;==:(;<==?7<@8@CJ@<==8:=B>;<9>*;:D>?MKBIJ<79FHMAGKHCJJIG>=DBEDDE38;;;A310<=<<4%%59;==>?ADCDC9>@CCDCC>;<;>9>?8++-.0624;9CC?A>?<9>?=957)%%<=@CGD@GHJEAA;;74@A2AB=F=7B=?EB?BB4*)/6*%%/311044888:9;>>7:922A>?ACIJI?*';>689@?D7@?EFCCD/*EAE=?%?A8./:@?;>?CGCA>ALOLM?60;,54A>?BEGAE4GB=?DB77-;==>=@6;>>5-?=<3981041-*)11('%#&$#&%$&'&$&%&&&(+./05'/8:>8+84:8<:9==;B<:632234901798&%53::;27;>GACAAC(FGH@<2,/?2.1>87>7569;CD;,&758BABG=?FFI1+4;5B=ABBAC75756DC=;<>@<:BA@::>:?DE>ABDF=>F>:BCEA>4<:<@BEFG76;>BA=;=4-&(&'&262:45%(68:9=8;<;633490.0=9;?;=;:<3'..'(=*?DH?CA?;FB7;8>><=A<>8;>5;?@A@A?5,;7657<==@@7C@A5/>610,)53&(:;>997+''&$$'+*+150;>;<82*8:;:;):@BAFGFAAAC;?=9=C>E<154@79:A@@A:;=:??FE@A@A98:B79;>@=<9?<8%3)1:6.1(698;B9544>:.3574&(()(&-.)2:D===799-+8884699CDHDB>=@A?=?BA?73432<;B;BD>@=?BB:65.@GLHGEGH8?@ACGFGJLF5?B9<=<@=775)+7@@?>99B:0<01<88<>A?@CIGB1668<>9=..&79CF:1:50+).1,,/8821786$433;9=8'88;:;1336:313.$00/48:>BCC=9)155$75:>@G;=@N=>GKFBB++858:4-8::>98688=<;>=94,ABGEBABBCGA=E;<95611ACJG>?=A88@338;0,74>?>>940.0667=4;AAB?;?EH79>>=@<>7>=FCB?;+'$657<9;BFA8-1?=/;99=4EFHHF@48::>GLGE?=;?DF?=>BAC>A:<8;<7>@BC8(/8,?'$$;=.08688;<:9>@?:<=BCC@@73+.-6<=>0??><>;=ACDDFFIA=B;>@EH@7A0.+43/47773572::7+,6854/:=E@<:@?<@=F==<=AA:?C>;;A<@FH=50(/'+3-2199?@7=;>B@><7879:648E=B@?=C@EDE0,BDAJLGA2<<=?<>.43=%>=BCFKDONPE@=@@>AACI=>>;@:=6GHH?>68:DB5ADI>GE??=:<9>:=@=8E@JF:<;EDB@@>=@?53+799<=>@DEC<=?77B?1:0+$$$%'0268998;?@B>:@8+94:57?>AA@G?9*-:HB=7.*35>CEFIA==8>8565>A@?)))6%(;<8;@><:::67/..6%)=B;@GL=>>;86,;C>?7'$$327<>DB?ADA?69:;$+;588:@BB/..)-1,3,&C=9;>?==;>;BC;:;=%4CE;;88;67&&:>7987)%19996=?A@>FHA>E?@B;HBC;@=@@:9D@BE>KH<@A>;7547===EBA?>?>>@9818?A@?<;<9@IHD92>62598568683+::(:=@==AB:3923,)*....%$8<67847-$$'-.)5;?BBDDCAGFAA?:JIB981*@@;>?A@;-5.594@''<==??5;:9?AB8;;?CE?MGL@=CI:EC@>GHJ::8;DCHI@G7E9C>@8@HAIBBCG?>>EEG@ABAEDG?:=EG@=72=B9;:,,7087ADGIB=AE;8;579577>=@>FD57CCCB17KF:BLHFJMKFA@GDI?HJ?F@85/2+9>=2@AIKKLCBH@;<9EFG+858=>DAGHE??G=791*-))'(.-2:87*$%/.-1/466;<>0@)*4>69;;9:0-')+5,,3&&()()&%')-046%0=>>16<:>?=?2BCEF?:6<37:AB>CF=..-245:<<:5>=<43&343535CAD@B=@B=9:=>:374322<=>?A;<;32)+('&$(%&'%%&$-/,=9=>86:7BCNF@FNGHBEFJIIFI=H<;@=,:5/,2>@A@?A>BCC8@CB?BB'&(9987E09DEBA:B;>%200$=?):A>@G4>;281373:90.3$)%&''03,56877:123+ @SRR14011045.70594 711b0f69-088f-43a1-b6b3-39df1a69b85f/1 AGTACTTCGTTCCAGTTGCGTATTACTCCGCCGTCGATATGAACTCTTGGGCATTATCAGCCTGCCCATCCCCAGAGTACCTTTATCCGTTGAGCGATGGCCCTTCCATACCGCAGAACCACCGGATCACTATGTCTAGCACCGCCTGCTCGACTTGTGTCAGTCTCATGTTAAGCACACTTTGCCATACCTTTATAGGCACGATGTCCTGACCGTACCGTATGCCTTCTAAACTTTCATCATTTACTCTTTAGGAGGGAACCGCCCAGTCAAACTGCCTACCATGCACTGTCTCGGCCCGGATGACAGGCCAAGGTTGAAACCGCGAACAAACCAGGTGCGTATTTACAAGGATGTCCATCAGACTGGCGTCTGACTTCCAGCCTCCCACCTATCCTACACAAGTCGGTTCACCAATCCAATACCAAAGCTACAGTAAAGGTTCATGGGGTCTTTCCGTCTAGCTGCGGGAAGTGCATCATCACAAACATTTCAACTTCGCTGAGTCTCGGGAGGAGACAGTGTGGCCATCGTTACGCCATTCGTGCAGGTCGGAACTTACCCGACAAGAGATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACGAGACTTCGATCAAGAGCTTGCACCCCATCGCCTTTAAACGCAGGCGAGCGTCACCCTATACGTCCACTTTCGTGTTTGCAGAGTGCTTTGTGTTTTTAATAAACAGTCGCAGCCACCTATTCTTTGCAACCTCTTTGCCCTTGTGTTGTTCACTCAAGCTACCAAGGCACCTTCCCGAAATTACGGTGTCAATTTGCGAGTTCCTTCTCCCAAGTTCTCTCCAAGCGCCTGTAGAATACCATCTCGCGCACCAGTGTTGGTTTGCAGTACAGTCGTTTCTAGCTGAAGCTTAGAGGCTTTTCTTGGAACCACTTCCAGTTGCTTCTGAAACAAGCTCGCTCAATCCCAACCTCGGCATACACCTGGCGGATTCTGAACTTCTGGGTCAGAACCGGACTTCCAACACCCGGACAACCTTCGATCCGTCCCCCCATCGCACTAGAAATCGGTGCTGGAATAACCAGCTTCCATCAGCTATGGCTTTCGCCCTCATGGGGGCCGACTACCCTACGCCGATGAACGTTGGCGAGAAGCCTTACCGCTTACGGCGAGCGGGCTTTTCACCCGCTTCTTCTCATGTCAGCATTCGCACTTCTGATACCTCCAGCATCCTTACGAGACACCTTCTGACTTACAGAACGGCTCCCCTACCCGCACTCAGAGAGTGCGGCCTAACTTCGATTGCGTAGCCGTTACATCTTCCGCGCAGGACGCTCGATCGGTGAACTGTGCGCTTTCTTTAAATGGCTGTATAAAGCCGCATCTGACTGTTTAACCTTACTTCGTTTCACTTGGCCACACTTTGGACCTTAGCTGTAGGTCTACGGTTGTTTCCCTCTTGCCGCCGGACGTTAGCGCCAGCGACTGTCTGCCATCTCGCTCTTCCGGGTATTCAGGTTGCCTGGCGTGGTAAGCCATGATATTTACAACCATTACGGTGCTCTACCTGGAGCAATACATGACGCACTACAAATAGTTTTCGGGGAGAACAAAGCTATTTCCGGGTTTGATTAGCCTTTCACCCTATCCACAGTTCATCCACTAATTTTAACATTAGTCGGTTCGGACCCTCCAACTGAAGTGTTACCCAACCTTCATCCTGACCATGGATGAGATCACCTGGTTTCTGGGTCTGCAGCAGCGACTATGGCATATTCGTGACTCGGTTTCCCTACTTCTCTACCTATCCAGGATTAAGCGCCCACTGAACGTAAGTCATGACCCATTATCTAAAAGGTACGCCGAGCAATACGTAACTA + #$319;@<9:@$2.554(01;;?A8>D97++,*02222.'/114565.-)&%%$&&.---/.,&$$$188865335652=9;<=:;;B:@A766=69<=<;=7<:81)*)%%#-+/13474888;<<655/46560'$%&%%%$'(&&&&&%%%%*$#$$%&&''$'$%'&*&($('*$++/1,.(#($%'&*&%%&(+.01533&+*+)/033&.,-.((&&$$#$%$$#%%%$+*#%'$%$%$%()-)*)$2'2/,'%%+&%)****64--/5.--*/211&&%'%%&)..$))+,2,0222//'$&22),*(*++%(,)--)(''-',-',&$(%&$#%'##$$$%&')&$$%*,.*+'$$$)%$(1111$)%,-.*$)%%&*-21.120/247513+/.-'&/*,631&'236//.856259:>:+;8:16;<=93*79>;89.005446;866377&&+,./614351(0-535+4461506*-;:=678847530)*+)(&,$.),9<;)::;0,134**,466@=9CC3A?AA?>C<:?2314784.89@A898677698A@-$%'2587469230/+)59;<6,7/))*,3227.48538328:1*)%%+&*07289:90:5379=>9989)((++4.-+++%''&$"$&(&%%$%&%&()*31&&$$$'353..775+)1-,4'%'((.-0$''-1*518:;811.-/0'&&&((##%"$$$)%()--*+07//./.1--,26)%4/.0-.-+*361'$**(01165013+'$'.+,)''$+,',&%%'','0335434577.(&$'.2,004',/-,$'+,8,,-..%)).--//.%$&&%%%&$$*+,%&&%*+,,(*'0)26028A<.-+044'%0/127<-1*+)*1)-//.--(##%%$$&&'&-.1321---5564/03001*'$&(&''&(%,<6CB@<=@?<9<7;96:=68:52/35*$#((#$&'--,,+,+'+/./3/)('%'&&)++./:;?>;;7=<@>1146*),-1543-.0)(,,,--6/..&''%)9:>;=;28+&&&)&2618%12-000.%''')&/+&1&0,03=:46=8866108//',#).56-0-%$%/0010,3043*()&$$$())+1158+1/101&)0/--)(),-,,<<<=@;8::<65))%*/0/594/73..&2&'-((3'210,2/&&)+'&%%%'&*(('%##&(&&%)(#$)&/.$-$&)&&,,))-288*0(*.3992/+*1/%)**+))'$$%%$&-,14-27..'*87565525+.198,;;9?89<==@A6776/'.9::898;A?99+.94+)2)($&%$$'$&'*.1*.7>A:78:8.7:;8B:97;94(6661.0323;;<=96$559;;1-?@?>:56=5?AAACCII>F9:=?@BBFID=;:;2:<:9:@=@@A6=@34>=;=@@@>?:<=A:26998:9:8,*-3518:@49@=>IIAAB@@DD>64/66=67;=AA???<;3<>@9>?.68A@<>BFDA=?>>?>967=AB:B>BB?>CD;GD?::><73=D@?A9<>?9:;6;+*125')3811336855,6771334*;8<>;;>@@=C@?14=<877411.21375?F?769?@A<<9;@:B=?BBB@8:;=;<BABB333&'-)**+7:@?;?><69@B?C??>A;>=-.+,&).9=>;=78;:9:99;-28???AABCD<7;966;<:;8-,.)&&&%$('$"$%5-..4;:<>=@=;::==<:9:;<<7>74,*'%%(').5873:=@A>?A@>;;8:98>GE@=A>:5*'%%''389=?68;>@9979D@==@C?PMG>5-58%&$)=<,,<>>>:96.(+3399:;<:<<?76*$$0.)043486>&/539988958<<>:>27.98>>B<=D=8=:<<:3598=??>76=1*+3427;%,9=>?AD>@B@>?A156699;?8@?B>9A>8;;=?<;;;:9456(((),).127/8=-AB=:B@8:9252-/&15578@?9<@AADDJ:==><>7ADEF9=:;<:53/.1&&&'),87:;>=:=>@>149>C:=B75;=;6;%$98;-4+//8:;7>=7B>>?>8A==A=>8->&(:<<@?647:9;9<=@@@?<>99>7<=;)&)$##),,.;6>209@B>=?9;?@;=>A=>A-@C??@=BAA9;=77:?A@AAF?@<::8:78((52@C;>BC>;<=?<<45@:>FA05=241C>;;<=59991*((&&79:==;=;<7:>7;>@C>9457/00;<=DC@64;==DBEF@DA68>6>>@?BC@98;<77))&4585((,8>;@>:>B347=9826/,);;9AB=/237;;&&9>?<46BDGB=>?5615**3345;;2+33=BC>K;;?C?A5?9CCBF:;HHA:5:;>.====>?7:,=?=;C<;@;8==>>56?@>A@A@@D=@BGCC6;DD=?9:8*&))+04433/=::73999%&8;==CA?@D><@><8:AA<65(**797;=;@BB<9:;G;78<;=7<>8;:CDG>@E?:AGF49<;;;9?>>A@82=9EEC@<62(7603.9?FFFE>>;?:69>=?B2543134243707'27::=:$'3../07:7;/((+4,**8><=>2/2342134,278;=<=?><=:9@*&/;2<<=C?,>65:57><,/99<9789?A<5><=;7255$#'#&102021>;9<<7.<;9<611:+/52,.13>=875C78?<;9?0<::7,=C@><:===;6<;8>=7ACFH?A:=BD@D85428;641;>>>=75&*325/.+6987;<=:<7::=;20.,*-9586>A><>:<;:8)+&3'659@B?:?>A??<99?D;;B??BBB=?;><;7778:<>?@8:?CBAD::A64:?@C=93756)4-57:88>:::575@C7=@AD=>8>A@@@@:=8;>?>AA:53/2<=:<<:>?C8FB8C4C@G77<935::=9>AB:<==;2*.57?=:<;=874637>:802:;@D<@>'7578/-8+236074@>7::8>96;<<7581))*(%+))-*+'3667866/.255%&'7:27;53-;992487;??A@9637556=)D@@@A?;7;)%-((*')*/&%188;B9=?=76:8B=278?BB??BCBC9;<=F:=?>;6;4)(22112314+.;;>A=:211477;'((.0646:<:;?@=BDDFD>BC/@A-/46:77;62/030+1137?>A::9D?ACA?9=@<;?8802))4*67:=82;=<6@AAB71-4898;GE@?@@CEB=9;;9?E>D,*+;9ADGE<8@AB:CII8:3;/&.2;61458AFEC99=<8;96/13/&./..,.88<<=;<<34:;5@9<=?31.<99:148:045654.,144:<;9=?>>=:7977-*47C;9476=>@@;B@@:9>@>>B?@@@=97:=@67$'&.98<:98=;:022***),-03A>AB;65>=;/3,/6<93044/4985389>>9B8>86<>=@A@;@=95<;?4144@F>0@:657()%&2&$9<:=667:=<<<>@>@CC@@>@BA>A@;>>7=@?78?C@B>::&&7>A?@3?>>@<;7=B34=<;=;9&%&1)(235:8566@80:13A@B<:3489752;651=?@>7>;>9::<:A@@A@589@26AD<99;>?DDE;BL=EB???@B@B?D?AE@?=?@AB;;<8=A;@@@>B=8>:7<;<<;;5292*(89;?@>85B<70961?='67@;E?><7=>=:$'3;=<>9AC=EDBFG>AB>-5577;895;:6786899=>D<5567;??<@@C=5=BB77;88964,-;>?==>A=;>669C??ADE=2E=6><;@C@7:7=>@/**7AC?AA@>E87>A@?AGD;4;;=;;??<@878($&(1217:698'49<>?=:7.8:654:48::81663:AB@95><2286<9>CFC?>:1501==@2;79==><995979@>::;@BB>249;C<=?<;4@@=797<<-0:026BA:<*,89;857230-$$$%'.-34820'$#$)3559=24=<;>??>ABB'-068:6654'2.77::C?G=A><279<=;('122('-.,)-0/./3<;9<5223.9:75674997@>AA672383&&*76ACFD8><>D>895+1.01./013555,.23/.,#$/08;<8==9>KI@=>=42,;2/@;.'6787;::967+&''57<92C=A766'&,:9:?;;?58;;D>:99D8>@<<1141B,9?B;=D@?;6434974763><>A=BAA=:ED9:57789EE9.3$*$%%(0/24>A>ADCC>6:3>GH1204?>:><+BACB<317666135@D:DDABFF>=<:C?.;;8E==B?A<>:=A;99ACC??231673=>6>A<@=:B>@==<<428@=;.)::<2:.<;5<<<<>EIAFJ>8>>=;<;<:67=8;=CB3=CEA:=@<@@:>A:;@A84:>CE3-?:=BA?@BAC?;7=);@CG>565<@ADC@:<=??@:>9>=77;@8.=AB@==>=@@=C9=><78,)6/8:=B=7>76-67:>>801$5053:6?BB@B?<7(,66.09;5?;>;?A:5A56DI@ADJJ=2?<<;':>>CDDEF@3A>@>@BCC?40/./'%%$(*-,2+47,///,3.7:6:C?6;>EHABD=9?A@@@35@=>:58>D<::87742198879>C>A<@AEB?CB<@59:B<<79<8==;85:99524;:;9:?89:3*+5-.>B?<.+?9;>;97C76<=?:9??@??>>A?;;=6=??@ACA>@<8B>63BAC=A&9;9>?@?6=?>;?@D@6;?AC@@>==8:@?8'(@DFCA9::>636;97++*--126488::9438:*+44410/969:&'79?::AHADDA=4CG=<@77982/:=@>??:..389AC>;>@@;81+0.+(22;?EEG>8DE9797<82BCBB@=999<8@<79<=?@A?59BDC:6==@8)).-./:A9FF?ACHB>?;;=;@:@C8=)98::,562-54869:;/22709744'8885;>>=?<;:>CG?@AGFA=D=IHA;BABI:D4;>CD@=9<>?9@DEFE>BB><>?6=BD>>=:=976;@CFBE:;<:>;BDCCB@@DCBA839::8;979>><>:=DGIDA;:<&+2668=?CI<@::0===<>8;<9385=<@>@AC?+&+<)>AC@BBA=B@E=8+-68:<:;88<<<:?@B@B>;:9:AD@EE@6>;1739A===;@>@C:>=@;487?98@;ADC@B=30;1GA@CDA25;?IDA?C<>@;;8<;)0=>?6=5<>BEAA<=>AB@F>BJ=9A>?G:<4/9;;=A@@CH=....32/2(64)/78:;?C::>?BECBC:=:8797;:<;<>&**.79:=>?:=<=@@EC;@:DEC?:54)1/144../-*(+1)(2689><67@9?A57@B@CAB>CAB>A>=7460144-,9;@?>?IB>??>A>;:;A.13/1,06220;>@?37;>::;;688545-(+8476&%'/77):<>=;=:<===90:888=?=@/12-4355((((**1(%%#%&&-1366?AA@<3;@<9>?>=;:7::BEH?><:<@;<6>7:6:<9;:775078=24=79D@;=??:?A9@76799()8397B??GIH:933-+++28FF?=E?D?:@A==AG@74?>9%5<=>@:DEF;><868;BD:9<>@>FJHECL>=EC=B>@?@B?@=811(065457=:91<>=@:67;8?B9:<85<>?>:?AAD874:>;>;6=,77@DHFE;@6=?>9@89A?=87$*(35=65634/56-.5748995.4563135869=:656%)7==>:@=>C<58864::2.0.38:;>B90;:>:=:6<6;@?C9<<8@==77,()%&$+433<=23==?=;?B@?B@@GBBK@BBCEB=(-5@@@;<>AACFAC>8%.,-''2&''%(*/.69@B;2/178966:@ADDA0--+/+9:==:8:<==8%80141.0$4527)'3657:=;;8/2579=@;59<2)''%'49:BE@??A@45:58=;@<8><=C=>??A::67;:98.-79?=:@@9>><,**+19:9=06887476==>>99699,2445-%)2:8::;7;C@<;:>4=13FCCA5>>>6==>=84''%0,,+.2144*-89888<=@@BEECCC79:<>51:EGD<<8>>=;@>=A=?;?;:?8+*-785588479=?EF???446A?9:DC78=>?HEA?>C?;;(2.86568967>8=;8>=A?CAC@@@>IBB:<;348EB9B>5?8;@?=7:3:;:B><>02>?==@@BC>CF;AA=:>A?8:/(--.59DEIFCGJHC?D>@>?>>I75GB=C>:95;2683367;92=:9:==<3<:9:DA>:@@@,>%*,98?BE=A=>;33<98<75048884@=@?;10:6446?9<5?=<768=;?9;CC:<>@;<<<96:6;8(&()%$&7;:327?7835;++652744==5869?;?=9>A?;B:AE=3&5:<<)1:<8849<<546;;=::<=>F?=4812455*-:;AB@7AKG@GEB;=8843.01021&(0A<<==64;>:BAAB7886:;;=@DAD>@@=>@A?::8?2$$$$/-0015>=:;;>>8<==<:?A>==/89===/=1?><<=?<6'8@7;;?=;CC:8)$.33&*;AA@>;;;>84::;58C;98>;?9><>@D89;FH?959<77,88<5;>?C409:;9:;;?@:56783'-/5387769;;@A?4AGJA@;<@CAB=?=?;1<7@CDB=<=?B7=>:@64;;;5;=A?>;:=??>=@;=,)60468333356:=<;:;:#&26822;@D>;;?=3&%$''),,0336B>@DFADBC?A>+D3BCB@B9@=H@MMKJEAC6@=;;B<@=-64;6:.518=>9<9@DA;?BJE;9;<888<9=6DB:@99@GBBA@@<>743.*&1/10*019BC956@;>?CCB?57-.00AC<>=AB:@:<=@?3:7472032/(*32378B47-6;25)/130421.*)(228(92206857=D8CGG>;3426=A=5?>?ABHBAC=8@98>BEC==;=CCE?>;=?3%($%9:@@BB?B;7=BF>@DA=56;79==77=:89$-9*67567=?=<86AA@?A;>6898:<;<>7=879=4>=<>?813??87;=4==8<>:<@;;@:H?>@>;89GFG),<:;E?6FLFG@?6@@?>>==AAA3597@(;=<=??>978>=<=AB=:=>,8D9A8=A636:89>>?@1@A666@@:5:8=::98177645574999*;A:6:A+<:::;?16;468683+*#$,05=<8;<>9?=CC:89=6=??>>@BBA99=78794?;9@058$)54*.*1(568;660=<83259:6972*245>>>=>B=88>><>=>>;83;=9A??5;@;<>>99A6/+559.7864754992689;585DE32.-=;9>7:B346?@>9EECEAGGH=@CB:553011*&'4359::696$'*)-*%%&&%&365(8::A9;;;4:;BB.::44:A8)&&&4>9:;>=<;8DC?5*.)++++('+=??@A>?A?<=?7;99:@AE@:F=HE=>:;@>75AEEFC?DEAFDAA=981@EACD@<:30/=>B>CEC?B=C?@ADFJC@39FI?;><>?A68@DAFHJIIFEBCF=?572;>@89A>?;;)==<=@DDF?C?>FFE489:;8:>FE97?.0).)CD;:+';;:=BB?<<>BBDBB?BDH6DHB:;/=>8=:>>888-<4:0;:<:??=7..345$;;<;5<>@9?DB?CE?9=50A=?A<9>5;=::84=@&>?>AE=:;920;<6>>75>;;7;;==?ACBD98=A??;><=5:AKLJE>D9@@@?=>?50:::7634=**)577?DDCDB=5C@;??'?954*1>?>@B<:94(07;?>93:<:8>@@>965227/00991-/2%,7<><<;43>697@A>=<;?7%*.,034AHJIEDFHJDA=E@C:76,4:HHE>12<652%&)00-),&&&+430:96<;=58578::?<38:::>;;88.'5=:>EECD;;7=?=-9;DFE?BGH@:=)=:67>><>8:A@?<:88,+.78=<;??=A?,)10=?98?69DFG=8??>@98760+%&(+/%$%&#%03525'$##,-,7903;57.-*<2500-03278379<=8BB:?>>>@:?@=?B8@?A:CA21-%)46844630406;79<>;;<;=@EHGB>=AA<@?=?>367,9;DD;>9;:EB9/.1;<1..C@B=9<;?B>C872359ADEA@B892=>A?=?>>/1+46=176765324*,.42@9<<=ACA;<@??=59+&&,0.(%'&)+<;99;@56?C6;>?D@8:9;<<=;4(13:7==:(&$3$%$$,169;<9<:;77789<7>@>CCBB@AD?6<>*,(4?A;89?=855>@<%%;:<;<;453+2672;87.*()*,**05&00029;98;>0:??=>6*41%)''#&)&&$$.7237*4<>99<;9=;7<:467<7842-/,.78?C@?=4DG=BE:>BCBCAB>>><@EG>=@A;C:==?:7*'&))933@8=?=C88BC>B867=6?@C<76@:689;HA5??<5622-/2>:<<;B=;D>BF;AA57=CIEDFC:@777/:3832*:35799::6305667=4456?+4418>?55913/1.&&.5341'+2/.,&&(&'%(599768810(13(68978;9.0$*.0/5885575679<997:AC=>8@B><<>=?;:>>>BDBGIJKDCB>;B=<:CD??DBB::=BEA:DA;>9=AHD;9;<>>;1,2)()&,,&&+&#$)*,*)*5;;56<??A@G?>=ADD>?/66999461<=?<;>?H8FGFB45AA=6.(1633=>C7?:),:79:8ACGDEDE@@?;9?BA;@BDHH@DFA>>IB@FA=<===?GCC>GJ::DD?A;;:>>?DB79:D=?:;;29-7*(422,,,,+*+39;>>9*;7@>?C7<>CA7:3-'&$$%(51.09?1)'(1+:577A359;::9;@B:535.8;9;@?;;;54000233(7:>>=@>/*9==>@DEJAD>=BECA?A52:;@CB?AD8A@J;<<>=2DB==@<<@;A??ABDFJ@BB;$$(=>=;;79:;?AFBBB<=;=?:A@@8JEBDG:PEA9961'/009>@?ADIC>=:>>?;>@73/1=8B?ECECA><=7$&%--,.45588<<>?>5246CDD78FBKBD@=8<=AEBEC@,,8>@BGBC=A8:AG;9?AB0*>?3358>788A=A@9:;+,:=??@7>@<;DBDI;B:;@B068;;;+8?=><<9:<:>+-==:,,:/&'')&&&'$$%$,,54:CDDAD>7/6987,46?<7?FAF?:12@>=:<;9781-6?<=A?A>6765>:8599;;CC@<<8;=<<<5-96C=A<@@AGBDA-))45337>8@8788887('03:;5232<=>@D@??=49=;9;68==78:7,57?@?>?59CGFA:3559;+<=:::;A=B=A@=.(''*'$.%,%4342-,$,$$)1)2878;667:620+%$**./5+77518:993854:=<=?9;889;<41==A@84564;<48&&*9:5,2&-2.0/($$'-4556@::<=8<8@?>)$::+:99;9;@A?-&7637A?>;5:<66.7469=>*->?;=;6=>>=:B<;@DCAA6;=??164--65;;?=:8:8<<=:;;628?E>111784769=1;;<=7A@=>7;97:,>:;;>AD@87.&&6,6%$%1;147302/4)$&(483')();=86/023003/-34<;78AHB507.3.155,(%,*12;=?A?7ABCD79213$$4&6:;=78<4:=>??B;>:BE<:79?9;8'**)%'08/??0>=?BBC?>2/-8035745;=4;A@@B<=7857>A:9=9=<;;=CB=?ABBE-4<=;;=<<::;6)+*+:;8222+05749:?@47C?>825><@8<:+/14689>GFGE@IIADFG@>>EBBB8:,671#$./026=@AA@/C9:2.76:7>?=D::79=D@>:84?<;497CCAAACD:;;@CF>CCIG=:8@?GKLFFF:97F=?EC;@ACFA<78@:?>A>=AHH>A??GGBBF>::<3/-*)*+)/?55;=;A?8670IJ?A?:953-+;=;45*/,'0%,+,(03779@=?:=A?DDB@BA*;;8,98;8:B?CA;8:;41//26999:=@8:<>;;<9'63<:=?FGBCEBDA>000/*-0,,8/<9579=-;<85++84757.?AA;=<:4&-069>C@;@=65'((//?ACDBCFC/'<77:?>EHLJ@?5<@;AC<8;99;988:96<*86.)4)&/(/0>>=7-.988;=:782044-0.60(#$#'+..-+00/<7>96::>988558=64:68:==8=27*.:?KH;:1-;7:0)$6:>9=<73<:=;>57;:AAC?403936687,2-0/(2//1-;;694-9><>;>;?@;;>>?600/94*(8<61367)+9>8;?BAD??B>CCA?@@><6687;;9:?>311./2';0200/67;;857@;BBA,10-4=71@;;<7@8;>AFEE??@*3477835>8*.45&0101?E=>:*(204435+++)**+*+46=>?>15BEC;F78>??>27C?9=86=685&*+-,(0'(&.'8877;6<;8;::DCEF;@?98BA2F=<8864@;<>@?AA59-753+70<;:9=:==@BA@98CEB42032C?AEC8@BD:74?>BB@>B?+%(?@A?;946@;@@>C87:6/5:87<;6798A??==98<>@@BGAF:;FA>6>>9>?9212-46*$&/18;>?>DE=>??=8@8=:496;:77905=@?*<'=:>9)757CCH@F9989??C>77?@>>?CCB@CAG>;AB?D7:>=?>792222),(3549+(6;9&'))'$%%%&$('1474:<=<=9>EGED>IA@:>FB;@=GGC6:90,/2::1,16>??@BE?E?AADB7FDE:(,:<;@<>DG@?A::<<;>?EAA==>;>>??=DFFGDF=,@?AE>B?:;79>AJME;9:A>:@;945)355561(..899ECDBEH@AB?AA=C==@D858F;=57;>?=>6==@@CCA>;9?:9;?644:<><;514<=?7.35ABHF<;:>;+(>=99;<<<75>?@C?AE>7:248;:'%&(54:>;888)$+.-079;*%%%%16?;B969+'6?A@<;86/*<;*%=44=A35:6%&0,24687635999:<=A<:47.-('''%,..6?)21027:<=>><>?AA;?A)05249@@AD?DE99=?;B@?F@A?=7;45092;?::8451:<866<>37:*&''%+&567/0(02*347>8***(04604:CC@=<=0,2.25-1,1&;8==8>D:9>?@<:6'69A@>D@(+90=8+02:BAD<27CCCFI?CCHGDI9:E>>>=634=6=>B?6CA>;7::@=14??DD8;><89465++&('2,5;015998'9@DDA@8:=;0<=:??'+42366;=4C44?=C8(%+45:<=FACD=68FEIHCBDEBCBAFE4A==<>BA<9;=BB>;-/2.&2(()./15888&$)4464449<>;@:98*''&$#&,2450;<:??*366775'($)''/.,''%#&10&&-&%'-,,++*$'&&)'+-'&##*'%$($''-*-('''$'.-99;>843235(775566-)-8;::8<469>?A@=ECA@A@>?;:;9A?>AA988;56:<994.33'=<;DDDA>@?@&(;<>;55411DMNF;=AA<@:;:;2479::65388:8?8652?@;==><6-+03;998B=A;:8&/0$#$%'00259-&,9+037736B>?BEEA;B<8A<><>?:23,.00063?:;:=>>D:7?55@AID>;?277898?<<>3.-)'&'&$((*&#&'$.27;:4866/24<>?;?@>>9=;A=42066-)'8@A6C><:AC97:;98@=<8:4669:;=>7@C8B<7:9?BEC8:;B>?DAC?DTPM@8@KEA;DHDC??GDFBA3826A66%%$-1/021127FH<;?:?@2:7=:>::69<=:C?>>?;<:BCDBDBBA<>87*>?ACB?@=95735:;)&***((25?ACCF>9:66/00796=<=GICMAF=4%33644638?B>9;65-,,*%')**%%%%&'*032847?@B@BB$=6=@;8>?C@:@?;881>:@:<;BCDDB<<87;>===?68:;EB=>>?A8A;:=?<=;<:H79A?CCB;91555523;:;43210,30.478::8;;,,01:=;==:86%1../13.//1'(&)1/745;;@79BC@C?57101:>97;869;9=650/5<;:;<+=976*-69<=3>?A@A@??<;=@;@?GE9848/+++-33436*/==B<>550'(('&5779867666@B=6;B95ECB<<@=:4&5;=>@=>;;=:>;<<3+::%237=?;59515430.5=<=@C@=<<<35034776,7)0++)'0;;/555462.-%-239<98==?<:7>>@E<@A8@<872*7:ADE9??<:==@?:A5><=+.%.,*,::7866>?@8/224575774*%+36669=>;:5240'$*&$13/.)+.1281&33$'.6635969<0/4.()164%45;@>7;87<;=:9,0%+)*-)('(3264703::28;8763189514:7<::(7,%%.03-?;=;;69*-5586.:<866557<::<9::@>=5++8215>?A?;9@>;6=9>?=>?>95%%$$#'&&/,'25678:9=A?><@GE86<<:>=97532+6-665;)4698@C,1;BDFH;&6C>BA?4)9@BCB:?8;>>5':@8C@C;>@E>@>>DDG8DHHGG@ICB;5168@HHE?9?8<&;5<5323+2.02:=@E2>5;==?:CB99<=??>::>@7+&)==:94:>41,863-=<@?HICA=I?>==?AFF>?CPMI8=?DA:6;:;>?B5PJCBCB93@@AA=BDIFCC@>B3FHI>A>4FFBEAMNIFE;?<=;B:CCBB@?C<;85/ABC@B7799<@=,,44779>@>AA;>@@@8ACDEC>:?AFI?B7??:;<95AA?0079:;9>87<74%$$$,24@<:715;9;5:87/.30*.'#%'00'&),2(003:6>>;@@;E=;74555;945:57>>?=9*1279*-8:A=8=<<<<=E@C?@?>;;:2/((+&%+(&&$(%66:7<+2%%'&)114>9)7+044%)3578277)42567*'8'FC;8=3>=;76AE<=<45984><<;117335519213(70.:<;<224'''8((..3@-9CBA>9&321)<57:ABE?0358+'2*,*,*,72:=437@6*,58;>@@?@A;7<:@DBA=1(-6-(?:/2=<54&72>ABE?@;BA?BCC>6687/29:@E>DKBA@=%5'+'+&%(,/189;<8;45;(:8/;.BFBA@>;@?;C@4;6.1694657E;1/9:45<>FH>FGI?:;;AC8@A@>@CIBB;=:;3<<88;>>DGFA=9<>?==A>D@79469<9<;B;;C>;==A>@DA?9AC=>DEA@==;88@FDAIKGCAD?6@@@=F25;CBB=C@0.0216::=+;<<<7**14/1;3:6?A>=54,,267;@;=:;4+-(+36CAGBG?@C..9;;6))$66:9=?=3<2<>3A??<>B;4:56D>68;=CDB>8CE>CA-<@A@EA<==>?@=E@CA6>>;>=>=>D4HHN?KMFGJ>64.@:AB@=>A7;)302/..24=>?D:;;@BJ>@=;>JLDB=FF995511200524*&)./(;<><9>?>A8>90%(%#+;57769:;5<;;<>955,+2897;@=::535,,+,&)'%$#$()3446=>D?ECBA?>9:;4@B;91?;>=<666?A?9:89>C<->@?@5=?=67C<;G>CGD>=?E@CEC8;A>A68<<=D4?==<=9;8:897CH@5?=)98:49=A=BCDBA<;8-,---21,&$$0000/./,-%',+,+17<:>EDEE>@CAD@;5>A:67430'*$%+.-/64.-(00),-(**((3047:><9=>=@A><8(->DA:DFHHA?>?A;@;89:9-$&569?8>HJ;BC886>=>@?AAC:3<969=<-/=<91$$&&%#%,)1,0.((&%/,44697973:?==9?;;8666=>@?BB@A5*-,,*66/77::26:8;751&0)2299:<8=6334226;>?@<9.);,;58@>?<26:8:8:755,('%.+(-+-:=<<;;=:632*('&&+20.+*(-/.-093/61-3,,()''&&&%#$%($+$$#377257:DBC>;AJHA9GAB>?871.10697;>><)*:=:1:>?-2((0049:0$$&&&&#%)**(23:=:;?A=@=?CAC@A?A8=E9:F=EGADEE?17:?78=:9>7D9:DA;9B>@+-*+,89<7./9;<-)/.-+&%(%%&)+.5&-001,4.,00-;9////'7;8:CAA?@::55:=<8<588@<65=2.)'&/332+0/;<::;>;=@=1846;=<5;1222010%,)--3567:'38:66::=>98@<<@=@@B@AACCICL=?AA>;:@=<=&8133320+&'26<>C@>:66<:885':8393+29?=ECC>5*>A:;>A>@AA4:4862699;@=@;@.49>9:8<76421;=9:8B?BD9;=?<<83;5*.:<:<<;=85()+@BA+:;479<=@C@ACB@9?A;6;;<93.-'+((.-(3+6-/57@@/28;888..-2'/'''-227'+1-33,-%$&$118:;?BF?=56E?9?@9:;B>ABC;BB5987764576++%'4>=8DC@D88;CA;>6**<>76/H>D898;>@?>=9605558;/+('*'(53230,%(/34DH?<<>@@CCB676=><8:8:8,9><699;=8=@>B??AEC43*&/7$./6??FGHIFEF8?>@=>HI?<::557><8;:45/37265*2455945401+/-$(+)0/*304589::3/%&=:<<)-/78;82))&$$%#$$"%,+,#$$%$.3+57:;=GF97?;A;A@A9(,5==@2*+(*($&&$&(')0/1/..46:<;;><==<=BD=@=6***+('$068:9=8882+,,+-:<6546344?A?@BGF?<;?@'<=?@BB@=<;8>=<1-2:89<617CBB@B:CF@@=@GCC;@>B82DEAB??<;A@@<:><97,-%+&()**4;=:?>@DB?>867;>BBA9));;=C=77<7B9AA?=;BC;=@AA?;=DADDA;GH9;@=9:35538C?B>6666;*-7FEHE;8756@<87AA5--+,$(',%,$2568@B77=;9F<:<77;A88??=;557650'''--.+$',-3<=6:<88;:8:58788;3)%#&,1313>6=.66==BA?<=>><=9968;;6=A89>A><9913*4896997?:5;=8;94320/%&%$%/0782.:.,(',,4,9:;:=C=GFIJC?=:ADH>@GSR?=F:BCC:84?A@:?ABB>@AA<===C>B>=>::;?AAAC:;BCDF>2.30657BC>:?;H>>;,;<516/2***'1,43438;?>B79??=7=<953/.'/349;;:29(C+2<>?9>>?A?@7;HC?>@582353,-335&4:9,<=;?AEGI>QMME;BFBBCDDEGH>BC?78;898?IGI@;=A?<>?DEDBEBOGN?.B<>D@=GIIGA8=8::=>CBC?9;?BBFHC5;=@DD@89;<@<;%%BA<99662%58=;AD=>;87:;@>=>CEE=?EEPJK8:JJDD:B><=74557D<0=7:<=AC@==CD<<78=LHDHI@8:<7;C@AC?797:8<>==7'':9<<:,/2766-++'$#''++482)201.62+''$$-648>?76:@==>,((%:;??<<3247:;<>?BA@88'.22434.3;;8:@=@C@@;>9>@?9873-,.%3;<:DGDEEAB70269B=99:6%$%--027::99>@8B:;=>>>AC<44%0/+2>@;58%#$),)688665:>57;==>A<@>@HKC;B9579=@@CA89@6;=7<<>577=?4//,(0:>=@46DFGFF<>;CD=A?@AE?DHB>>=<,9@@9:?<@;=C<=GCCCB998?EB:=@BCGBH3@@AEEGECA>DG<>>0>9>B<678:>>=::::9//2&)238;=>87455<<9833A;9895:9<99048.7=?6>>=933>?11//0=EC@>9???<=;*.<=>;<>/3:;,3.77958754=DDD467>DE;BCD?@>?=C>B::C@?845-?=8996:;22+060>=47:=;;85:59>DF>E;?8<>?7DCD=577;=>ACC;BD5=8E@>7@83/:?B:79:>>BA@?8@A7-.897;?FCCD47;7%)+0(-*'+67:9=4??:BAA<=<>A==?;59?>67:??723::50@@<>;2(,12+2367787617605:;<8468;;4:>ACC>.*,+-)'.69=;:336B@A62..55886245796;B>AA98=;7887213998;;<::A=;?@?:=<9:7<9;65/&,)$%,.+658/*9.7458:86>:6749=7889:=:675.374663466>=92;=:922%&%)'$$$&-.+&''%,+-(6:;=:0;=@>35FFFEGD4.7:EDA@JI8;?@?<69A=;B>8;@CB8,-278986=:9;-++955,%$(*)&+4134138($$$'7;88:BBHED=;3><,=<=><2.0=87/-(&/9:89;;;<6988:H:<45717;;:=9804882'9<>?A?;$$46/459:>:-1;;7327776?A=;57=>=>;:>=?A18>@;A@CBCD619677766:<;;<=4$7976:85547<96:<9111&/7,'(,-478>;<<8=@C;7<7A<>7><54/'''402346989721@FCC=@C@>::./56*.'&%)+534018=;=:4;:=9=<6;8=A@?;7<:HA>ACD@CA>7=><@A;=<=@68BCD45<77>>?=9;3($&#*,..37:;:;>?D@@KEE@AGGA3)$2*&'1:@BGC=((;>=69:<>:@?7(('&(')$$$%&&%%'-*$$##"$#(62/243++.&.0(('(&%(,(%'...:;106:9/**&02/%'&&$)<;;<@@=00557;=36==>?89<8;<=9:+128:,48<99@=>:@BCA>;:>E7:+.>==::;:=<;::8062.%+,.*6'659>C@BE@=>@C>ABA?>CAB6:<>?@:,(;=:=<=36..)(1.01%4:7;=@7::9=@>=/0(;((,1%7647;9;:;;C@7;;37KG;>:;B833=?@=79?@?E792286>:;@B::9AD87DBCC?74-((($01+*:>;3409@?;//6.34;<;=9>A<62%0%67:A;?7=A?>06DC>;<=8@AC=>8;=@7:;612,65699;;@>8C:---/1,-3:7,669:;442&(/6:=D@E<:(4==<6<;4==484643;/0''6:;A?>9?@B?;C@>>@@424B84<>FC?C<<<>=<9;:;BDA>5==>?;;>3413-%,.,755221.-89899987-18727@:;)7899>:8:=B<99;D<>??658;862$+54<<:227=>BF38999:(#,-9;9/24??>@A=7A??@;6+<<<<%5.$-443::;=A>305=>><9+8;5)%24=;;:9<8524-*-*=<>>??=@A7=?F?;D<>;<9=A;@>B@8;>:@8;;@::?>8<=A@@@:769101.).47/+-+,*40/02.%%%774632+89:96648877:55;5515>ABCA=8=@?@@@B==@;>=8<=66@BC<=750*66?D?9;B>&::1-79:;<60$$&=:6;@>88&AB::6:&<,;59437646886=97;<-*,../.,(%&$$%(**'&%,22967<9403A<:12378*329<98568676-$,595684+8:::$%<98=8:9=>><>??<99?BA:AD=@@?<=<3..,'&(##)$.$+2518/?@CFBCD?<7>::7:@A<)'4:6<<0992#--(%$$$7==<>4<:>>>EIHE;5EEB=<;;:<<8877;<=9=<>=>C6:=@<5>;8;6=@EF=>IIH;9<:<:=<5*A:97;/-/?@<4;)8+548)-2.-,>78.58@>BCCIDFDGBFF8>><;>55/26558&%*:;===;88<;<;BD<8:6=ABA<>=A1,@<98(:94967-.?<83<=>?;6>>5885*22322:A<:<=?@?C8:36:>A@6689;>=;;>@EF@DEG;>14=?6<<699<<3<,0-/8478042<>69<<8><5=CGD>=>FE;69CA6'-22<<=;>@A;51=>>>077,/0%+&&*8:>=9;>>?>99-)''&$,'%),16669;>B?::;<;34$%%%))++/.//G><8=>;>7CAEC0889;/+*/1;::7*,/*'657,,467665/.(368<8:><>>80..9:5)30447872698=?BA=9?A@AHGH?679?BB:CBCC?=BE<46:<89BEGHB?;FFEC<+1A>64@G:;BFB>>?8=7@=:8666018;<???AC687626()=?655536./?;5?7,6:>><30)/.--//++0(()+0/3/1<;>@EA=><=<>=<96('5679::2=>@@DBD./.(7;AB<;4<<>DH>>@;D?(56035962412*,,,3665:7$0*20.1-4'6'4888.+67:=@>C;4B;:==>;7*&*'*89;<;<:=B@F@>9;=9988;9;58BCDC;:,((;<=>7*3))(+?:'(6=?=;<2.,((+68?>E?IB7A3/343,)%$$$%+27F5:;';?EHA:J@>CCAEGI@CECDB?@<;>A@B@AG@=A?BA>03065607=;<87+)%$)AD:76,/6../64;/-86:=>?9BC=ACC=A@AC<;:BB<;<<@?=>;DE@AB=:6;5316956334<6;>>4;69<45549>:7.>>@=@=;;83/-7744596688>A=;;78=>>HIJG76:?==>;;?*59<>?956?<@F878<8<=C>AC<*+/=58?>8*,0.0.-0)6-(/'%($%%%%=<735A+438:03<;>8D@<1313;=<>@?:9=ACBDDD@<8CDI;>FD;>;>BGAA@B=9??A6AB>=;=G>=@A?9;?9=<6:7=<><;?=?B:?CDDEC1++>99CIH@@9;CDD9JB=;;*%&388ABA:>648?@=:ABDFG@L?CA8KF943AA;:=@>?797>?<=BB?6D>?==?:8;?;9;B>55?@C@A7678;98:9*//&(-44;?:@:;:7DJIGIHD?A799;;?@;<;=?)64<=:@9>?>DGEFFH><>:4>1=A>=CC8=46('''')9>=;)<::77:947>,:<==5<88854')023.(24<8989:;@>@@A=BEC7CD??@?@H?;<<;:;:9;6331-/4578/8159457;;=>>7>>=<<9@>@D7B?261/..&%(*)5)37@>@=;8@BC<39DA8ACAEA=>>:5;>EC<@A@:%%%/>BFHM@1?@AA;>8<=;1299>@AC<7;>9;A=<<>;3+<9A><9=@A=4BB799;:AB;;=<:>9=87;9:6@<<>BAD>?CE;::>D?>CC@::9:4,,6999?AABD?>97:EA?73%%%%%%*$&,.,(-/467:>EEC<798884:<997<;238;??C??B;BA;*,8;<2$033>>>7;8748:5+8:FGB;;+=8>B;9==7=?@>?:=6<(($$,,..---28?ADGHFEAAF45=GFC@@D;>@;9;>:=B96?>9869367;5'$36??BD9?@>1-6:@=8*'((169BAA@DDEC?<9478,+%%%'&&&/1-<=@AIHG:;3:===B;:9;9AAEBJJ;<<;@8?DB9:984A:B<>ABA?*+6CC??AB@B?BBC@CDCE9?@A;=>34463=2?9=>C=9>?<=DD;??CBA=-'279<,89:686'8)27=4,C<@8;64656:?B=?DDE>?C?.;657CED8/(76;<>9AA@A@?;::?4FIHB26?FFEE>>;=<:@==>ACDH:9@>EB7?8338;CDD?E?G@;D<<:>6=659<<:BAB=IJI@FD98+77::;10/(236=@EHKD@@=HIKD==8<;BB=<=033542&)*)'+8<;;AAC?=BABD;5-57=;;5<0/'%%*:79@ADAC?GAAB@:3:9>#%7230245;7?>?:>>AFHF9IJ==>;@999<=@C:032==E@BF;;<=;@?=B<33./789:CC==?:@AABB@DA967..603/)%&677-%%%%-/6653488357&&647:635::DJCFGFC9(0'(+/,342+80-/-,4-,+1311))0-,(=?BFG0979A>5GFB@A>:<58;=/@:9<>43031879:<@A>><@G?>>FD;82(,&(+-=;>;83/2:<=:>-))@@>-8:7@@?9;=68;:7:;=9:;<(<=996;=>=998/./*(+5/8890BGG6;GKD?<<;;1<<;;B?<<;.,)8;>88;>91*+,*)%'04-*+.46;56=>@C>:CE:CE=;7==?6><=@;;207:?>A??>;>:8;=?=;76+AA=A?8<4(/$*213379==@:??<9>@BF>>F?BFE=A66348:<;>93=>FE:::<=;343322*'(/.,)$%%-37<>69<9:=CDEACE>A@;ADE@>B@A840/,,-,.3.46:;>@A:DEEE>>?;A@>@7EB;>><<82////3--./0**+.4673:'55<=B.2499;@?>CCDIHH87@@@?E;B?@I?::>9B889=@8=@AEGHIECFA354BDGC5-/><=<>=:)),63(&$$'-/167?>=7;=:7BB;@=75'1.&GE><5@BIKJ?@@A);?EEC?=DA?HCIJJH<>F>9>:A>88<<3394?A;:;9@AB@B>A<@>BBEDA?A5;<;:))*::989?:8<4('1(+:8454666C><>:B9:D@HDIHKA9:CD@CGIN@?998330344389<>;)*)%+,+$$4&,*8BD07>??1++68AFHG?AIK@=6+(679=?@:0,8:AED>>99003+:;>==9;<2+@;88;85=<358999315)/05->AAA<330((&(%)--45176AA:@?<:AA?97.::9<;:>?@C@?56>4676?400*-.8=@=E?=<=<>4AA;012,5&+1*)+79==@G?:721,/8@ACDD@;A=0'#08;;2;1+,/-'''%*'$$%-+.;;=7::1-(2(575;>;41,6<8B=36496;@@CC>;760***787*/4$$$57;8<>>9@@=>;C=8E:A??:>:9;9@;:8>=*4253=>7:@9@<;<<;:;@B8&*/,.344.)*,.$$&('1865@=*=??88?C?@@@A447@?@DACA@B?<;>;65678:9AB-7%((*0,;;96286?8:=>=>BFJIBBBD@A8>@4=0?=.?>;:7A?7D<<:42279:;;=?AC=CBC?=<>138>=@AA854?A;=AC9;=II8;>>@89:53,5;<==98+,<8=<,/12+$'--/3559::-**,7.)&%%('4299:7754'(-5,$%&&%#%%#$&$&%'$**-.1/*688:9;;7=?A<:5;9<=>=8,5(42)%)1.1348>=84::;>???6@A;;5+.3875;35699,:;?=:>@>@;:;87**&43-0(4<>?<-04;@,FGG,7=?@86)=?A=ACAGG<=;+(3,7:96*489;?@?E89<67;=;:9+:+<364)3)-+;;9>;//2<7')%(;<<@8@?<::@?;:<5),4<98603;>?A@<:-,.'3*,9:97''#/1/3138*,%'22188%%%0<::8BGBAE<9479**-85<83485>???='1)'$'*9:>?>@8=>6:899:(%-(-0-./35*7&%%%,#$(%%%%%%'(''&'+(*+63:<==8;;;=A;=9*+:?36BBD=36<><62+++.'44134999A5;--,6948::GA@A@8;@:;:?<31;@E?@DABEJJ;753;5,77763447851532/8,;559DBBBADDD>=BGC:=:5()),(17>==;-/7;AA?>B>>DE>@;><@;<=@8=AB9;CF=;<>CBEFH;=?AABB9=;>@A0.9<<8:=>>:2;*,+*&//>?>@?;8<>@B;;?CEH;;:7;CD:14B@=?=?@:CB=?03;BGAH>A==;;9?HDJA?G?AED=DBBH>89?7=@AB>1349-1:=<>?95B;;A6-+,/2D;?<>@CC0073/(.2@7<8=7<=@@BB>=??@><8:>9;8;=5@A?;D>FFCDBB@>7A=<>::CCA8*;31&'*96.85C;DCE8=<;;123311.+&-7=7E@?4.-%'$'8398::7543110342;><;11;>:;9B18AC:@EBD>@4543/..-,),+48;5.1>;7++04669:6@>>;DC=C<>57>775>;:7:542:B>;@?<28:?@A::=A=9?@@=BDC=>=>B;BCE=?KK;BGGEGBAFC9:@<BCA8?A9<;@@<:79><86>>;;A=:><;:'1459:<>:ECC?22@@@CB=AACE6@A9D;HIJAAECBC.>;?>.20//-0,.*)((((3.4687ENNMAB9:GC6)2)'99588?<@@B@4A@==B@@D:=<:>:9>88=<=>@A=>0@?>>;75-::>AG?I>AAA>?B3679BHDEF?EAGF@===>?AB<75,6;6998;:0845,4=8:9%B@BBB@E<=C8FFBHGF99?;8ACE==53253-/*)*:569:534177:<523>)7)+34764'0:;:..;2>;B>;::A@<<=>;;798;6:F;<<;9>C>5B<@FBA/&6BB7;:'9442*8??<:8712?<<:76:<>@;:/17CA?8CGB==8773?<;;C:CGIIHDD@@85<;111@AJL;:>6EB;<;@77<>A<8;;7AD>:?CA<<<61%'(6;=>@@??7<;<22@><=?=<>BD?12CEC8857>;:;0.1344;?C:6GQKDAC;?CE89:0:9761)9=?AC>69?=>3;==;;-/7,:844,'3:>74457*53848<<<5'018498=<5;<<<:;<<*5;92.4869?@626>=8>>4;8*7:@@<8;B?AB;;=7719:>=@<=6.1,1*/.%&(/3444322.0-+)&077--151''6677366:;;7&%',,/6/001><@;FD=;=:42426696603?A@?@64=<=9;<65+/.88?>6>@EDAC?>?552:;;5218645,6>==71/279>ACBA7ACA9<:FA=A?8>@67;=?8:7932538==>;;87/67?@@>ACDAB@9821*'))675&*((+8?A:7=:8888><@7+,-.9786762*97>;6@C>;9@A>>>==?72'$+2;;;>>=DBCD@@?F@<=;9353&**)*7-<@<>?9<8<:/10)477454606056;<=><4876/217>>?DHHC97;9<26;>@B68A@?AAB@A>79:81',528:<<)388:912368<::6?A>9?/,+466=<;<:7.0127:8?:@69:;::94985398:6:.''&);<6>;2%/=BCC9799<=B:<743/0&-1,,/565<936@C@>=>BA8>BB9>>??>>@;7:8=?:;'98&)<47:>=:1=.4:6<=@@;@?<36=8;AD==7652)))-2./:;98&2343GA:73)++**(.&&&564.*%699<>249=;<:5<=<973;A:779?BDA=:0=;>E>@AA5'7:9@<87582>4514-+*)%&&()%&.,87=F@@>46?EFC<9<>?A?8:D<77530#*$$$(0-4569<@AAB<::9;F;>05;=@,@9==<:<=90337-22365-97@<<@@?@>AEE<8=7.)'*4+,/340363&'%#$*%--)+001+'0:ABB?*,@844<<84<<>9>@@=9=;=<<;8::81,/:;68B@@F=A?@9:@=?=CCDAB;ABDCBDDEHBCB@988.14;=HB@A@;;;4AB;39??<62''57639647;<<:B@?<FEA679?;+(2''-548@>>AB>83$'%)(''&%&&%'..)*&586;=>:>??9/'164564:6==;:5+-39;9765404.'%.57>B?;:0*',431&-/.'&'.103*/////7977114:6.26::=>=::6E7A>=?E?B:8=A;;=<86725>:;:=?ADDE==?EE==B<9::8CCA>:)>?>DNM=<>:8=;=977<>;'006743-2;9@<:;=8761,*557:)4;6>3379>?==**.9;ED??8963/754:=;534636<03846)--+/0///',.6>@?A8C?>>9310$%'(468;@B?=>?EDD@*=:;;;:<;667CB@@B877488CGB?BCA43429;;7<<@A8>448?=?::13/4::87771./.%9:9=>;<::745*(::96:9<<=92335;<4:<=7;<((-/19856;;;>?844@BFHKIGKBIGHFBJ>47:9>?ADOJBCCA57;?CB==B;;><../245560:6+60<1>:49ABBBHI>B==DCF=AED?FEACAAA?99639:=9D?9:16*&&*1???>@>72337>59;>8:;+/<5.&$&321;6<=;:;9:<6<@<710,,%0,),5:;98:7=98?>77<:<9:=@B<'';I;8DD6F??FFFDDDC?@>=C9?EA9;?;;4449=<<;>?=?@>656-,'(**68:<=;?@>68;69<59:?@?@C@A36?8?961(8:?AAA=9ACBD:=A@33==7*4/'045536DB>AF?>=4<:;9>7?6;=A=EA=3('6&$$$013BACD?DE?E:7ACD;?9;5+/.2%$*1,%%%%('')844==?:?=<=7860',-359:7<81-+,,@A@<7<<>?=DF<:97=94:;::;AD8A@>>B??8.55?A=CAG?>;=?F??<:A2;59;<>?5;07;89@BBB<<>DC@4<8@<;=<;>ACCC>;:;?=71-0/>=:B?F:A=::>;'&(/$$+..2>A@@FA<>:?@:+,/;;=?@A77959;A?:744?@@=9??=?:898713ED@BA<>BECE@44)JJGHIJ=A>A>@439=>:>=>;9)<008?DFE@.9=?@=>?>DE35CD?;B>@=BEE4=08546*57:9:<=>C@??=CGIIFHJE:CA6:<<66647::9@A?<776>:>DD@;<;99933575132(.45<888:@AGE:;C@49471AACF;>@DBC778'2)7:<489:6($'(-*B2/713>?@::?682@9<'.0.1GBBC=6:8:C:=8:74==<@B>@999:@?:>?:>2/9918=@B;<3)(&/221-6;<78@>@96@><=(%=>;786;;=GGE<:95)69B=?0:<-++89**+6.1C?:CA-1>>311)0<=97%4279548939:A>8982>B<=FCC=C@A>E9:FA75<<=7:>5@?99;=@95<&&(52584<<::;=8')+8<=57@B>;@GFE>9C@9:;:@.,99>=>=9@B==?A??A<7=A;;,4)497551;9=BDC<><@@?AACCE@66<313*)&(''';;+;:@=F?.0B636?A?97875-&'''*9:;<@B@=)(:4>AB;6>??>9<6:=:?1079:79;=EFC@8>?@A:>B@:CC>C79:'*D??@==<8<;.69;43465:5316;<>5334)->@?306>7.9:;=6:8%%./45365995903=<;53+.**+/)14;DDAB>C?@?<;9??:?A@>%<;<<;;8:6=AIG?888887<;<>.+,('%3)300.3559==;87<>=CFFCB94459335>CFC>@?;:FCAG@AKJJ?JB:<299EC<8=EH@EIC=@18?>?=9;;@@BC@40*-.$;:9>;5,8--+.)01(%)586??:=>179;;3>@;@=>878>><=;:4)=+9>@B9::?B8=?;@?BEDIECAAD>:88E@?7>AKFF>?;;@@>>D>;<=><<91000%3323221)4112''021311'$$,2<>82(&+$$&%%'798@@AA@BCB<:8;982899+-,5(<>@<@=6:?BB?>==9/661)(?<>??=;<7=.8888884+35899;::>?;A?@D?BDA;:66:73795200)%)-,($&45:<=9=58:<4636836&011259A@FCAD7@?/7-87@<:;=79=:==;(2>?A7;<:8>:881,;==8?:=9;BAEE4;?>A:+>DEA<=A<68.532D:?::7?CBACAA<5<>=;=:7;;<7C@<@67;8=>?>BB:3(->????B@:46=AB;>2>@;9-,1/&,-./1136D89.711,34434)*(3'%)7ADDCD<24<:6?0?A@CG=?CF>G=8C<:99.7@==;:A;68:CDBA@=@?F;2A=BJK6<;>=+-=DB2'+5,$%+)6;<88@A:9:@=;;=1347<94*(($&&'%48;8B>>B>>,*<9489>;=>0:>=;<7;@?<@@=/5<---,(--':;==9;;;98:;@DEB4B@?C@897?B@C:00,<;87CDJGE>CCKHAC)A<>@EEHDGGB=>?>B@8655<@@?4:7:AA=9A><=8?=>>CEAC98688:;88=;ADFBGDB@@78:9=;>@9<;;773><;A?'1?BCC99.DIC:?67>8@=?*)+-,4*(*+268B<==><75199:=89:C@???B>EE@::EG@D;G??GCC>ACB<<<=8,4;6-0;;:0FFECIIEA59:8CDFH7>;<=A===KKIIA===>+=<<9'*,KK@45EH?=B3B=8>;7@0<@A>?=.2430;3;67*&239;=+BDF@>HJHG8587.0/8?<679@;>567=<<73:<9:::;9=A?CDD@B@H8:039'?==87<39=<@>@;:;A@7/-1>>-08?@>;=>B1BC677AB7AC/A=9:9:=;??A5<=?ED5799:CAGFBB;>:9>?@A>>A?A?=<<>99,/15<89:9<=<=72,-/:5452796:==5588;9=@B@@@LKC=::;9=88;::85;>@39:;<=>9?AHA@GMMJE><21(1130;4;@?=A:B=DEG;?9;==;@<(2945-@?<7I9><A@><<0*8;GE>>B93>5;<,86776>=<876-.1+-*/>=>?>9@A@?C@?<@>CB<;>=)-24?=>><;B>@=>?>>><:9BCA6;<=@@AC?>AB=<<;<5?9>8==@>>?7IJIADB=>8>@>?<=AAD><248=5258;.??=?;93/52/8:?>7.>::=>=>A29-'2>=>88(>>=0?<=<:;@7;8785;9A>8?EDCAIED*;>CB?D;<89==;9AH@@A?),6)>>?:=674$##&%%&)(%)435189<;8??9;374487:<;?;?99===:.(14476/0./4?=5;99>87)*758;,99;;6>D@:?7*8:::;=:<,<@88=89DE?;787;6),.6;/>>DEA?88995>;<;@8;CFFD@=>BEE>A?C@@=GD@C?@@BB:=B?9=;6<95352)*3<=>9*+4572:8=<>?BCH>=86:89?=@;=I?;BDBACBCB8=FGID9<2708::7>>9:<@?==:AE?@9>==A>>9?>;;76<2/:8;8)>,;95BEHB>?8@9=5'26887E@?=;=(*($$>?4:78)3>?AHBEE8=@>BD@9>B>AGEDDE;AEEA=9>;<:83011/322'5567:@?>@?A;=?@B;:;'3=:76;=AA@8227)47=B7=<>739ABBGH@EC52+;;;7/1((*1+18?>CG3'9<94,)(+)&,0/52):@@867;>>>D:A609;89;;=<<>A@>E;>:633:68722%&$+3568)1:;<>JLCD>B>8=9<<<>5:CCFD>><@<@IJM@>>;92/0$-*-1648=88:?;764214,137CC66E=ECC6*/2/,()*-@<1=DD?=>68:;:99:=BD@C?927:;>;?EA?>?=;)&&$$,,0+(17760-68:;7=;)&))*;=8>=><:=9:;@8.2B?:47.,$&++--,346=4567631364+,,/+467508=@?<=@;)73565?CC?<>A5@B>-87859=>?2)-:9,11(4758>B9%.-'()).=3=>:865(<9)D6HFEE;5633;A==CCA<=???@<95:>CEC77:=>CDFDDGIEF33:=<=-?>?=872')$,,276=7A>DD=>B@>DC?4./72:C>9@9DE@/%1./::96B=76@?=7<=:AENGEG>@HDB?A;?DG@?ABC.05451/$25$73*%%%%%%1&6:84ADA68AE7:A=@??COLH<===>8CDA<@AEH7A769?A?>:A9A:<7:9=;8=:846)(420)78;CGEFC7766BBB;69;=<>@=?FFEAB==:;@DG@DFFHH>)3%4**($,((+()9;A><3B<:7//19:C=C?:(3GDJI<*;5<>@GH>?&(%%7=::99,8;?CC@8%'@==>=8&:4BAEB@:7849;=A;<<81==A:>:=>=@=9;FIEFDA,'',(01;;::?AK>=CA>@BDA>;78<>@9:>?=,+,-75658CCBBBDBCB==9;73*;AEC;/AB>>;;54/8/01:877>>?9,7<<>;;88,%926:;?B<>GC>A=:>=9<;=?66;<=A>?A>@AA;8CFKH79=:C8%&*/(;35697>==95>@CB67OMHKJA7%3,+-/%.2;:(>@CE9>>?=5>@B1CDA<7157>:<@6,((,(68995&&/36<;;;::9;;756:<>ABAG?LEKG?D>>;=;==;?@<;8<>5;?<=>;9@?;<@ED>EF@GBFGA8+%(;687;524576549565@7ADFJ?A?;98355338769<:;;:8?=?ECCF7=9658;=42*'-116=><@B6<:7?A:;;=<97844--112-97?B%=BCEFJE;:7@@>AFF@F:?;76=>?=;9::4<=?H:OGBCE>@ACA5:@9=22?8>;=09???>>FG@D>6:1>@@?:;6=:6-7/::31.1391,-)46;8*'64+23>A7?=<9:87(7;:AB@C<>7,)-48==??EC59;<9665689LL:;9>B>>:;<27<<=:5,6;8BCFD66C<6;BEF5&:B@=;<9:7%%%42==7:<<<5<()7.+.---,'*+'',%'#%%)+,%%11299?<88=>><=?A9==>>??=>667?====B;:>AC025,48;466:74770%8;9=9>>=>@E?7760;B<33339;<<=AA<<;5-(07694@FH6=@:?7@<42;<8'&77330)9:>:A963568793&&58574)%;CC@<89;>?998?DA5::;?@C@A@;>@>CIFIGFDFG@>:?>9A?=>519439A@9=GJE7564779>:9:?B?D87<@<:,,$38::@>;,6)2233*9227;94+28<577993:8(():69E8A587706&&'(2<=>98411?::9?>((,9465<=DDC@AB@20'$)'()--=::<>?;7?;>:>29>9(*3:><>B?=760146>>/8';FF?<:7350''( @SRR14011045.45273 82b32905-2f09-4123-b24b-e0a4fd2dd753/1 ATTGTACTTCGTTCAGTTACGTATTGCTGCTGGTTTGATGGACCTTGGATGATATCGCAAGGTGATGAGTGAGGGAACCTCATGGATCGCAGATATCGAAGCTAAAGAACGTGAAGCGTCTGGTATTGCAACACTAAAGATTGATTATAATCGTAAAGATGGTTATTACTTCCATGTGACCAACTCTAACAACAGCGGTTCTGACCATTTCTTCCGCAAGGCAACTCTGAAAAATTCAGAGCGCTTTGGAACTGCTGAATTGGCTAAAATTGAAGGTGAGATGCTTGAGGCGCGTGAAAAATCATCAACGCTAGAGTATGATATTTTCATGCGTGTCCGTGAGCAGGTTGAACGCTATATTGACCGTTTGCAATCTTTGGCTAAGGCTATTGCGACAGTCGATGTGCTTCAGAGTCTAGCTGTTGTAGCGAGACCAATCATTATGTTCGCCCTATTTTCAATGATGAGCATCGTATTGTTATTGATCAAGGCCGTCATGCAGTGGTTGAGAAGGTTATGGGCGTTCAAGAATACATTCCAAATACCATTACCTTTGACAGTCAGACCAATATTCAGCTCATCACAGGACAAATATGAGTGGTAAATCCACCTATGTCCGTCAGTTAACCTTGTCAGTCGTTATGGCTCAGATGGGGTCTTACGTGCCAGCAGATAGTATTGACTTGCCAGTTTTTGACGCCATCTATACACGTATTGGTCTTTGCAGATGACTTGATTTCAGGCCAGTCGACCTTCATGGTTGAGATGATGGGAGGCTAACCAGGCTATTAAGCGGGCGACACCTAATTCCTTGATTATTTTTGATGAGTTGGGACGTGGGACAGCCATATGATGGTATGGCTCTGGCTCAATCTATTATTGAGTTTATTCATGACAAAGGTGGGGGCTAAAGCCATGTTTGCTACCCATTATCATGAGTTGACAGCTCTGTCAAACAGTTTGACACACCTTGTCAATGTTCATGTGGCGACACTTGAAAAGGACGGTGAAGTGACTTTCCTTCACAAGATTGTCGATAAGCCCCAGCCGATAAATCTTATGGTATTCATGTGGCTAAGATTGCAGGTTTACCAGCAAGGTTACTGGAACGTGCTGACACTATCTTGACACAACTAGAGGGTGATACAGTTACCATCCAACTTCAGGAAAAGGTATCGCCTCAAAGAGAAGCCTGCCACTGAAACGCATGTCAACGAGCAAATCTCTCTCTTTGATGATTTTACTGAAAATCCAGTTCTTCAAGGATTGCGTGATTTGGACATTTACAATATGACACCTATGCAGGTCATGATGGCTGTAGCAGATTTAAAACAGAAACTATAAAAGAAGCTTGTCAATTGACAGGCTTCTTGTCTTTTATAGGTGTTTCAATTCTTGGTTGAGTTGTTCAATATCCTTTTTCATTTCCAATAAAGAAGGAGCAAACGAGGAGATAGATAAGGCTGAATTCAATGACTAGCTCCAAGTAGAAAGTTAAACGTAGAGGGAACCATCCGCTGAGGGAACAGCTAGTGGAATAAAACCTAAACAAGGTCAAGGCGTAGTGAGTGAGGGTTGCACGAAGCAGAAGCTCCATTCAGCTTTACGAAAAATATAACTAGCGACTTCAAAAAGGATACCGATAGCAAACCAAGTGATAGAGCGGTAGGCCAATACCATAGATCCGTGAACCTGATGTGACGTCATCCATTGTCCAATGGCTGAGTGAGGATTTAGAGGCATGTAGCTTGGTGCCCAGATAAGAGACATAATCATGGATACGGCAAGTCCAATAAGGATGCCCTTTGTGCCTGATTTAAAAAGTTGCTTTTTCATTGTAATTTCTCCTTTATTGCTTTGAGGTAACGGCGTGATGAGTAAGTGGTTTCCTTGTTTTAAGGTGAATTTCAACGAGGCCGTTAGGGAGTATCTTGAAGCGTTCGATTTCTTTAAGATTGATAATTTCTGACTGAGATTTTGATAAAAGTAAGATGGCAGTTTTTCTAAAACTTGATAGAGACGTAAGCCTAAGGGGGTACTCTCCTTGAATAGTTTCAGCTAGAACTTGTCGATTTTCGATGTAAATTCTGGAAATAGCTTTGGGTTCGATAAGATACATTTCTCCATCTTTTTTCCTTTGAGTCGGTGGTTGTTATCAAAGATTCGACAAACTCGACGACTTGCTGAATCTTAGGCGTCCGACTAGGGGGCCTGAATCTGCAACATTTCTTCTTGAAATATCGAGTCAATATGAACTTTTATTTTCATAACTATCCTTTCTTGTTTGTAATTGAGGAGGCACTCTCCTCCCTTTCACACCTTTATTAAACACTATTTACTAGTCCACAGCAATAGCACTTGTCTATGTGGTCCTATATGGTGTCTAAGTGGTTGAAAATATTTTAGAAAACCCCTATACTTAATGAAAACGTACTGACGAGGTAATCGCATGAAATCTATAATGAAATGGTTAGCAGGAATTTTCTTGCCTGCAGTCACAGTTTTGAGTTTTTTACACCTTTTGAAAAGGCACTAACACTGAACCTGCTCTTGCTTTATTTCTTTGTGAAGCAGTTTATGGATTCTACAAGCTCTCCTAGAACCTATCAATGTATTTTTCAAGTTATTTACCTATTGATTTTTTCTGGGCTCATTTGGTTCAACCTTCGTCATGGGGATATGATTGTTATAGCTACAGCCTTATCTTGGCTAACAGTTGTGTGAGTTGTGTGGCTTTACAGTAGCATAAGTAACAGTCAGCACCAGTGAATTTATCAACCTTTTAGAAGGGAGAAAAAATAATTATGCCAAAAATCATCGAATTGCCTGAAGTTCTAGCCAATCCAAGATTCTTGCTGGAGAGGTCGTAGAGCGACCAGCTAGTGTAGTTAAAGAGCTGGTGGAAAATGCTATTGATGCGAAATGACACCAGATTACCATTGAAGTTGAAGAATCAGGCCTCTCGAAAATTCAAATCACAGACAATGGTGAAGGAATGGCTCAAGCTGATGTAGCTATGAGTTTGCGCAGTCATGCAACGAGTAAAATCCAAAAATCAAGGAGACCTCTTTCGTATTCGAACTCTTGGTTTTCGAGGTGAGGCCCTGCCATCAATAGCTTCTATTAGTCATCTTACTACAGGCGGCTGATGGAGAAGCCCATGGGACTAAACTGGTTGCCAAGGTGGAAATTAAGTCAGGATCCTATTTCAGCCAGTTGGGTGGTACAATTGAAAACTTATTTTATAATACCCCAGCTCGTCTTAAGTACATGAAGAGTTTACAGGCTGAGTTGGCTCATATTGTCGATGTTGTCAATCGTCTGAGTCTAGCTCATCCCGAAGTTGCCTTCACCTTGCTTAATGACGGTCGTCAGTTGACACAGACCTCCAGGTACTGGAGACCTCCGTCAAGCTATTGCCGGGATTTATGGTTTGACAACGGCTAAAAAAATGGTGGAAATTTCAAATTCTGACCTTGATTTTGAAGTTTCTGGCTAGTATCAATAACCCTGAATTAACTCGTGCGAATCGTAACTACATCGATTCTCATTAACGGACGTTATATAAAGCTTCCTACTTAATCGTGCTATTTTTGATGGTTATGGTTCTAAACTCATGGTAGGACGCTTCCCTATTGCGGTTATTGATATTCAGATTGATCCCTACTTGGCTGATGTCAATGTTCACCCAACAAAGCAGGAAGTACGTATCTCTAAAGAAGAGCTCATGGCCCTTATCAGCTCTGCCATTGCTCAAAAGTCTTAGAGAGCAGGATTTAATTCCAGATGCCCTTGAAAATCTAGCCAAGTCAAGTACTAGAGGTGTATCTAAACCGGTTCAAACAGTTTCACTCAAACAGACCAATCTTTACTATGATAGCAGTCGTAATGATTTCTTTGTCAAACCAGAGACTGTCAAAGAAGATATCAAATCTCTTGTATTAGAGTCAGAGTCTTCAGTTTCATCGGTAGAAAACAAACCGCAACCTACTGTTAAACAGGCAAAACGTTTAGCAGATGATAGTGATAACCCGAACACGAAAAACTTGATTATAAAAACAAGTCGAAAATGAAGCGCATGCTTGAAAATCTGGACAATGAGGAAACATCAACCTTCCCTGAGTTGGAGTTTTTGGTCAAATGCATGGAACCTATCTCTTTGCTCAAGGACAAGGTGGACTTTACATCATTGACCAGCATCTTTGCTTAAGAACGTGTCAAGTATGAGTACTATCGCGAAAGATTGGTGAGGTTGACAGTAGTTCAACAGCTTTCCTATCTCTTTGAATTTTCAGGTTCGGATTACATTAGTTTACAGAAAAATGCCTCTTCTTAACCAGGTTGGTATCTATTTAGAGCCTTATGGGAATAACACCTTTATTCTTCGTGAACATCCTATCTGGATGAAGGAAGAAGAGATTGAATCTTACCAGTCTATGAGATGTGCGACATGCTTCTTTTGACGAATGAAGTGTCTGTCAAGACCTATCGTGCAGAGTTAGCCATCATGATGAGTTGTAAACGTTCAATCAAGGCCAATCATGCTCTCGATGATTACTCTGCATATTGATCTTCCTAGTACAACACCAGTGTAAAACCCACAATTGCCCTCACGGGCGTCCTGTACTTGTCAACTTTACAAAGTCTGATATGGAAAAAATGTTCCGTCGAATTCAAGAAAATCATACCAGTCTGCGTGACTTAGGAAAGTATTAAAACTTTTTTCGTCTTACTTTACGAATAGGAATGTTAGATTTATAGTGGTGAAGACAAGGAATCTTCTAATGTTTTAGCATCATTGTAGGATGGTTGACTGATTTTTAAGTTAGGAGGTGATGATGAGACACCTAACAAAAACTAATAAACACTTTTTACTTGTTGGCTTAACATTTTTAGCGACTAGCTTGATTTTCTATATTTTGGCTTGGTTAGGTCGACCAAGTTTGGAGAATGCCCTAGTAAATGTTTCTAGCATTGCCTTTACTTTAGGCGTTGTAACATATATTCTATTAGGCTTGAAGATGATTACAAGATACTTTAAAGACGAGTAGTCATCCACCAAAATAGAGCAAACATAATCCACTTTCAGTGGATTTTTTGTTACAATAGTACAGCAGTGCTTGAGGTGACAAAATAAACACTCAAGACAACTATCTTATAAGTATAAAATAACAAAGCAATCCGTTGAAGATACGAACAGAAAGGAAATCACACGCTATGTATGATTACATCAAGGGAACTCTAGTGAAAATTACCGCCAAGTATATTGTTATAGAAGCAAACGGCAGGTTATATATAGTCACTGTAGCGAACCCCTATAGTTTTTCTGACCAGATGAATCAGACTATCCAAGTCTACCTTCATCAAGGTTATTAGGGATGACGCCCACCTTCTTTTTGGTTTCCATACTGAAGATGAAAAAAGTCTTCCTTAAGCTTATTTCAGTTTCACAGAATAGGTCCGACGACTTCTCTAGCCATTGTTGCTGTAGATGATAATCAAGGCTTGGTGGGTTTGCCATTGATAATAGTGACATCAAGTACCTGATGAAGTTTCCAAAGATTGGTAAAAAAGACAGCCCAGCAAAATGGTTTTGGACTTGGCAGGAAATTTGCAGAGTTACCAACAGAAACGACAAGACGATACCAAGTCAACCTGAAGGGAATCATCAGTTGGATGAGCTATGAGCCTTGCTTGCTCTTGGTTATAAAAGTTGCAGAACTTGAGAAAATCAAAGCCTTCTTCGAAGGTACTAATGAAACAGCAGACAATACATTAAATCAGCTCTTAAGATGTTGATGAAATGAGGTAAGCAATGGTCAATCGTTGTCGTTGGGTTCAACAAACAATAGAATTGTGATTATCATGACAAGGAGTGGGGAAAGCCTATTGGTGACGATCAAAAACTTTGAGTTGCTTTGCTTAGAAAGTTATCAGTCAGGACTTTCTTGGTTAACTGTTTTAAATAAACGTCAGGCCTTTAATCGTGTTTTTCATAACTAACGGTAAGTGACGTGTTGCCCAGTTTAGCCTAAGTGAACTTGAAGAAGCGCTTCAAAATCAGATATTATTCAAATACAAACTTAAGTTAGAAGCAACCGCCGACAATACCAAACAGTACTAAAACTCCAAGATGAATTTGGCTCCCTGTCTCATTATTATTTTGGCATTTCTTTGACGGAAAGCCCTTGATAGATTATGTTCCCATATAAGGACGTCCCATCATCAACTGATTTATCCCAACAGATTGCCAAAAATCTAAAAAGAGAGGGTTCAAATTTTTAGGACCGACTACTATATATTCATTTTTGTGCCAAGTTTGTGAATGATCATGAAAATAACTGTGACTTCAAATAAATGAGTGGATTTGATTGACCAAGACGAGAAAAACATGTTGATTTATAAACGAACATGATTTTGAGATTATTTTACGAATAGTAATATAGGTGAACCAATGAAAGCTGAATTGATTGCAGTAGGAGCCAGAAATCCTAAACGGGCAAATCACCAATACCAATGCCCAATTTTTATCTGAGAAACTAGCTGAACTAGGAATCGATTGTGTATTTTCGCACAGCAGTAGGAGACAATGAAAACCGCCTACTCTCAGTTCTGAATCAAGCTAGTAGACATTAGTGACTTAGTCATACTTTGTGGTGGACTTGGCCCTACGGAGGACGATTTAACCAAGCAAACCCTAGCTAAGTTCTTAGGAAAAAAACTTGTTTTTTTGATGAGGAGGCCAGTAAAAAGCTGGACAGTTTCTTTGCTACTCGCCCTAAACACACACGAACGCCTAATAATGAACGTCAAGCGCAAATTGTTGAGGGGCTATCCTTGCAAAATCCTACAGGTCTTGCAGTTGGAGGTGTCATTACTACTCAAGGGGTGACCTACCAATTCCTACCTGGGCCACCAAGTGAACTTAAACCTATGGTGAATCAGGAACTTGTTCCAGCACTTACTGAGAATCACGCAAGTCTTTATTCGAGAGTCCTAGAGATTCTTTTTTGGCGTTGGAGAAAGTCAATTGGTGACTATTCTGAAGGATTTTATTGTTAACCAAACGAATCCAACCATAGCTCCATACGCTAAAGTGGGGGAAGTAACACTTCGCTTGTCAACAAAGGCTTCTTCACGAAGAAGCAGATAAAAAACTAGATGTTTTAGAAAAACAAATTTGTTCTACTAAAACTCTGAATAATAAAACCTTATCTGATTTTATTTATGGATATGGAAAATTAATAGTTTAGCTTTAGAAACTTTCCGTTTGCTTGAGAACCATGGCAAGACTATCACAGCGAAGCTGAAGAAGCCTAACAGCAGGTTTATTTCCAGGCTAGTATTGCTGATTTTTCAGGAGCCTCACAAGTATTTAAAGGCGGTTTTATTGCTACAGCATTGAAGAAAAATCTAAAATGTTGGATATTCCCTTGTCGCAACTAGAAAAACATGGTGTTGTCAGTCATTTTACTGCAGAAAAAATGGCTGAAGGTGCCAACTAAAACAGATAGCGATTACGGAATTGCACTTACCGGAGTAAGCTGGACCAGATTCATTAGAAGGACACCCAGCAGGTACAGTATTTATTGGTATTGCTGATAGGAATCAAGTAAGGTCAATCAAGGTTGTTATAGGTGGAAGAAGTCGTTCTGATGTTAGATATATTAGTACCCTCTATGCCTTTAACTTAGTTCCTTAAGCTTTATTACAAGAGACAATTTGATTTAAGGTTGTCTTTAACTATAGAAGAAGAGGAAAAGTGGCTAAAGAAAACAAAACGAAGAAATTACAAAGAAATTTGGAGATGAGCGTCGTAAAGCACTTGATGATGCTTTGAAGAATATTGAAAAAGATTTTGGTAAGGGTGCAGTTATAAGTCTTGGTGAGCGTGCAGAGCAGAAGGTTCAGGTTATGGCTCAGGCTCGCTAGCTTTGGATATTGCTCTTGGTGCAGGTGGTTATCCTAAAGGCGTATTATCAGGGTACGGACCAGAATCATCAGGTAAAACGACTGTAGCCCTCCATGCTGTTGCTCAGACACAAAAAGAAGGCAGAGATGTGCCAACACATCGATGCAGAGCATGCCCTTGACCCTGCTTATGCGTGACCCCTAGGTGTTAATATCGATGAGCTTCTTTTGTCACAACCTGATTCAGGTGAGCAAGGTCTCGAAATTGCAGGTAAGCTGATTGACTCTGGTGCAGTTGATTTGGTTGTTGTTGACTCAGTTATGACCTTGGTACCGTTGCAGAAATTGATGGAATATTGGTGACAGTCATGTTGGGCTTCAAGCGCGTATGATGAGTCAAGCCATGCGTAAGCTATCTGCATCTATTAATAAAACAAAAACAATTGCTATCTTCGTCAATAAATTGCGTGAAAAAGTTGGTATTATGTTTGGTAATCCAGAAACGACCCCTGGTGGACGTGCTCTGAAATTTTATGCATCAGTACGTCTTGATGTACGTGGAAATACGCAAATCAAAGGGACTGGTGATAAAAAAGATCAAAATGTTAGTAAGGAAACTAAAATCAAGGTTGTCAAAAACAAGGTTGCCCCACCATTTAAAGAAGCCTTTGTCGAAATTATGTATGGTGAAGAGGATTTCACAAACAGGTGAGCTTGTAAAAATCGCTAGTGATTTAGGAATTATTCAAAAGGCAGACATGGTTCTCATATAATGGGAAGAAGATTGGTCAAAGGATCTGAAAATGCTAAAAAATATTTGGCAGATCATCCAGATATTTTTGAAGAAATTGATCATAAAGTACGTGTACACTATGGTTTGATTGGGCAAACAGATGAAGAGGATAGTGTTGAAGAAGCACAAGTTGAAGAAACATCTGATGAACTTGTTTTGGACCTTGATTCAACCATTGAAATTGAAGAATAAGTGTAAAGCCGAAGAGCTCTTTTTTCTCTTTTGATTTAATCTAAGTAAAAAAATCTATGATAATTGAAAAAAGTCCCCTTAGATTCAAAATAGGTCGCTAGACCGATTTCTTAAACTAAGGACAATGATAAGATAATAGTATCATGTGACAGAAAGAGAATTAACATGATTAAGATTTATACAATCTCAAGTTGTACAAGTTGTAAAAAAGCAAAAACATGGTTGAACAACCATCAACTTCCCTTATAAAGAACAAAACCTTGGTAAAGAACCACTTACAAAAGAAGAAATCTTAAACATCCTATCAAAAACAGAGAATGGTGTTGAGAGCATTGTTTCATCAAAAAATCGCTATGCTAAAGCTCTAAATTGTGATATCGACGAGCTCAGTGTTAGTGAAGTGATTGATTTGATTCAAGAAAACCAAGAATCTTGAAAAGTCCAATCTTAATTGATGATAGAGATTGCAAGTGGGTTATAAAGAAGATGACATCCGTGCGTTCTTACCGCGCTCAATACGAAATGTCGAAAATTCACAAGCACGCATGCGAGAAATGACTCTATAAAGAGCGAAAAGGAGATACTAGAGATCTTCTTTTTGCTTCCTTCATGCATAGAAAATAAGTATTGACATTGGTTCACAAACTTGATAGACTAATAAAGTCTCAAGGAAATTGTTCAGTAACTGAAAAAAGTTTGAAAAAAACTTTAAAAAGTTATTGACAAGATAGTCGAGATGATATTATAAATAAGCTGTTTCGGAAGGGGCGTAGACACGAGAAGTAAAAAAACTTCGAAAAAGTGTTGACAAACTATTCTAGATTTTGCTAGAATATAGGAGTTGTCTTAAGAGAACCAAAGACCTTTGAGAACTGAATAAGGGAAACCAAGTGCAGGGTTATGATGAAGAAATTATAACCTGTCAATTTACAAGAATAAATCGTCAGATGACGGTAATGAGTTAACGCTCGAACAATTATTAAAGATTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGTGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGAGAGGAGCTTGCTCTTCTTGGATGATTGCGAACGGTGTGAGTAACGCGTAGGTAACCTGCCTTGTAGCGGGGGATAACTGGCCAAGAACGATAGCTAATACCGCATAACAATGAATGACACATGTCATTTATTTGAAAGGGCAATTGCTCCACTACAAGATGGACCTGCGTTGTATTAGCTAGTAGGTGAGGTAACGGCTCACCTAGACGCGACGATAATGCATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCTACGGGAAATGACAGTAGGGAATCTTCGGCAATGGGGCAACCCTGACCGAGCAGCAGCTAGCATTGAGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAATTCAAGAACGAGTGTGAGAGTGGAAGAAGTTCACACTGTGACGGTAGCTTACCAGAAAGGGACGGCTAACTTCTGTGCCAGCATTGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTTTTGATAAGTCTGAAGTTAAAGGCTGTGGCTCAACCATAGTTCGCTTTGAAACTGTCAAACTTGAGTGCAGAAGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGTCTGTAACTGACGCTGAGGCTCGAAAGCGTGGGAGCGAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTGGATCCTTTCCGGGATTCGAGTCTGCGGCTAACGCATTAAGCACTCCGCCTGGGGAGTACGACCACAAGGTTGAAACTCAAAGGAATTGACGAGGCCCGCACAAGGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCGATGCTATTTCTAGAGATAGAAAGTTACTTCAATTTATCGGTAGCAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTGATCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGTTGGTACAACGAGTTGCGAGTCGGTGACGGCAAGCTAATCTCTTAAAGCCAATCTCAGTTCGAGTTTGTAGTACGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAACTGCAGCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCTTTTGGAACCATTGCCCTAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCCTCCTTTCTAAGGGAAAAACGGAATGTACTTGAGTTTCTTATTTAGTTTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGAAGCGCCTGCTTTTGCACGCAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGAATCGAAAGATTCAAGTATTGTCCATTGAAAATTGAATATCTATATCAAATTCCATATGTAATTAAATACATATAGATAGTAACAAGAAAATAAACCGAAACGCTGTGAATATTTAATGAGTTAGGTCGAAAGACCAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGAAGCCGATGAAGGACGTGACTAACGACGAAGAATGCTTTGGGGAGCTGTAAGTGAGCAATGATCCAGAGATGTCCGAATGGGGAACCCGGCAGGTAATGCCTGTCACTCATTACTGTTAAGGTAATGTAGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGGTACGCAGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAAGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAACGTGGACTTAAAGATTATAGAAGAACTACCTGGGAAGGTAGGCAAAGAGAGTAATAGCCTCGTATTCGAAATAGTCTTTATACCTAGCAGTATCCTGAGTACGGCGAGACACGAGAAATCTCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCTCTAGTGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAGCACCCCGGAGAAGTGAAATAGAACCTGAAACCGTGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTTACTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGTAGGGAAACCGAGTCTTAATAGAGCGCATTAGTATCATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGAGCAGGTTGAAGGTGAGGGTAAAACTCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCGAAATAGCTTTAGGGCTAGCGTCGATGTTAAGTCTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAACGAGATATAATCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAAGGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATATATGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAGCTTAGAAACTGACTTCTTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGGCTAAAACATATTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGAGAGCGTTCTATGTGCGAAGGTGTACCGTGAGGAGTGCTGGAGCGCATAGAAGTGAGGAAAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACCCTAAGGTTTCAGGGGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTAAGGAGAGACCGAAAGGTGTGTCGATGGACAGCGGAGTTGATATTCCTGTACTAGAGTATATAGTGATGGAGGGACGCAGTAGGCTAACTAAACCAGACGATTGGAAGTGTCGGCCAAACAGTGAGGTGTGATATGAGTCAAATGCTTATATCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGATGTCACACTGCCGAAAAGCTTCTAGCGTTAATTATACTCCCCATTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCGAAGAACTCTCGTTAAGGAACTCGGCAAAATGGCCCCGTAACTTCGGGAGAAGGGGCGCTGACTTATGGTCGAAATTGCAGTGAATAGGCCCAAGCAGCTGTTTATCAAGCACAGCTCTCTGCTAAATCGTAAGATGATGTATAGGGAACGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGCGTAAGCGAAGGTATGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTAGTACCTGGTGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCAGTTTGATATTGAGTATCTGTACCACATGTACAGGATAGGTAGGAGCCTATGACCTCAGGACGCCAGTTTCGAGTGAGGCGTTGTTGGGATACTACCCTTGTGTTATGGCTACTCTAACCCAGATGAGTTATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAGGTAACGGAGGCGCCCAAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTATAAGGGAAAAACGACTGCAGGAAGCTACAACTCGAGCAGGGACGAAAAAGATCGGGCTTAGTGATCCGGTGGTTCCGCATGGAAGGGCCATCGCTCAACGGATAAAAGCTACCCTGGGGATAACAAGGCTTATCTCCCCCAAGAGTTCACATCGACGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCAAGGGTTGGAGCTGTTCGCCCATTAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGATCTGCTCCTAGTACGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTTCTGCCAAGAGCATCGCTGGGTAGCTATGTAGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTAAGCCCACCTCAAGATGAGATTTCCCATGATTTTATATCAGTAAGAGCCCTGAGAGATGATCAGGTTGATAGGTTAGAAGTGAGTGTGGTGACATGTAGCGGACTAATACTAATAGCTGAGGACTTATCCAAAGAAAGTAACTGAGACATATTGACAACGATTTGGTTTCTTGATACAGTATAGATGTTCAATTTTGAGTTGAGAATACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTTCCCATGCCGAACACAGAAGTTAAGCCCTAGTACGCCTGATGTAGTTGGGGTTGCCCCCTGTTAGATACGGTAGTCGCTTAGCACAAAGGGAGTTTAGCTCAGCTGGAGAGCATCTGCCTTACAAGCAGAGGGTCAGCGGTTCGATCCCGTTATCCCATTAAGCGGGTGTAGTTTAGTGGTAAAACTACAGCCTTCCAAGCTGTTGTCGCGAGTTCGATTCTCGTCACCCGCTTTATTTGGAAAAAATAACCAAGCATTAGCTTGGGCGCGTAGCTCAGATGGTTAGAGCGCACGCCTGATAAGCGTGAGGTCGGTGGTTCGATTCCACTCGTGCCCATTATATGGTCCGTTGGTCAAGGGGTTAAGACACCGCCTTTTCACGGCAGTAACACGGGTTCGAATCCCGTACGGACTATATTTTATGGAGAATTACCCAAGTCCGGCTGAAGGGAACGGTCTTGAAAACCGTCAGGCGTGTAAAAGCGTGCGTGGGTTCGAATCCCACATCCTCCTTATAATTAACGCGGGATGGAGCGACTGAGTAGCTCGTCGGGCTCATAACCCCGAAGGTCGTAGGTTCAAATCCTGCTCCCGCAATATGGCTCGGTAGCTCAGTTGGTAGAGCAATGGATTGAAGCTCCATGTGTCGGCGGTTCGATTCCGTCTCGCGCCATTTGTTTATATTTTGGAAGGGTAGCGAAGAGGCTAAACATGACGGACTGTAAATCCGCTCCTTCGGGTTCGGGGGTTCGAATCCTCCTTCCATAGTTACGGGCATAGTTTAAAGGTAGAACTAAGGTCTCCAAAACCTTCAGTGTGGGTTCAATTCCTACTGCCCGTGTTAGTAAAGTGGCGAATGTGGTGAAGTGGTTAACACATCAGATTGTGGCTCTGACATTCAGGGGTTCGATTCCCCTCATTCGCCTATATTTTTTGGGGTATAGCCAAGCGGTAAGGCAAGGGACTTTGACTCCCTCATGCGTTGGTTCGAATCCAGCTACCCCAGTTATACTTTGCCGGCGTGGCGGAATTGGCAGCGCGCTGGACTCAAATCCAGTGTCCGCAAGGACGTGCCGGTTCGACCCCGAGAAACGCCGGTATAAGTTACACTCATAGGGAGTGTTTTTTTGTCTATAGGAGTTTGAATTTTTATGTCTGATAAATTTCGCTTCTCTTAAAACAAATTCGTTTTCCTGAGGAACACGATGCTTTTAAAGAAATTAAAGATGGTTCTATCGAAACAGTAAAACTATTTAAATCAAAACGGCTGTGGTTTTTTGTTTTTTCTTTTCGTAGTGTTCTTTCTTATGAGTCTTTTGTGCTTTTTGATAGTTTACTTCATTCTTCCTTCAATTCTTTAGGTGCCAAAGCTTCTTTTGAGATTCGTTTACTTTCTACTTCTTGCGATGATTCTTTACTTGGAGATTATTTTTCATATACCTTGGATAATTTAAAAGTTTCTCACTTTTCTATTTATTCTTTATTCTCAAATCTAAAGGTTGAAATTTCAAATAATGATATTTGTGTTAAGGCTCCAGCGCATATTATTAAAGAAAACTTACAGGATAGATTTATTTCTTTGATTTCTAAATCTCTTTCTCAAGTTGGTTTATCTGACGTATCAATTTCTGTTCTTGAAGATAAGGAAGCGTCATCTTCTATAGAAGAGGCTTATGAAACAAACAAGGTTTCTTTACAAGAACAAGCTGAATCTCAGGCAAGACAGGCTCTTCAATCTATTCTTGAGAGTGCTCAGCACCGAGTCCTGTGAATGAACCGGCCCAAAATTTTGCTGAGAAGCAAAGTCAACGTCAAGCTAGTTTTGATAAGGCAGAAATAACGCCAATGGTTGATATTAATTCTGAAGAGAATCGTGTTGTTTTTTTGAAGGATATATTTTTGATGTAGAGCAACGTGAAACTAAGACAGGTCGAATTATTATTAATTTCAAGGTAACTGATTATACCTCTAGTTTTGCAATGCTGACGCTGGGTTAAAGATAGTGATGAGCTTGCTAAGTTCGATATGATAAAAAAGAACTGGGTAGAGTTCGCGGTCGTATTGAGAATAATCCTTTCACTCATAGTCTGACAATGAATGTACAAGATATCAAAGAGATTTCGCACACACCTCGCAAAGGATTTGATGCCTGAGGACAAAAGCGTGTAGAATTTCATGCATACTAACATGTCGACTATGGATGCCATGCCAACTGTGGAAAAGGCTTATTGATACTGCTTCTTGGGGGCATCCAGCTGTTGCTATAACTGATCACGCTAATGTTCCAGAGTTTTCCTCATGGCTACCATAGGGCTAAGAAAGCTGGTATTAAAGCTATTTTTGGTCTTGAAGCCAATCTTGTTGAGGATAAAGTTCCTATTGTTTATAATTCCCAGAATTTGGAATTAAAAGAAGCTACTTATGTTGTATTTGACGTTGAGACAACGGGCTTGTCTGCTGTTCATAATGATTTGATTCAGATTGCGGCACAAAAATGCATAAAGGTAATATTATTGAGAGCAATTTGATGAATTTATAGACCCTGGGCATCCTCTTTCTGCTTTTACTACTGAGTTGACAGGTATTACTGATAATCATGTAAAAAGGTGCTAAACCTTTAGTCCAAGTTTTACAGGAGTTTCAAGAATTCTGTCGGAACTGTGCTAGTAGCCCATAATGCGACCTTTGACGTTGGGTTTATGAATGCCAATTATGAAAGACATCAGTTACCAACAATTTCACAACCAGTTATTGATACTTTAGAATTTGCACGAAATCTTTATCCTGAGTATAAGCGTCATGGTTTGGGTCCTTTGACGAAGCGGTTTGGTGTGGCTTTGGATCACCACCACATGGCCAATTATGATGGAAGCAACGGGCCGTTTGTTGTTTATCTTCATAAAAGATGTGTTTGATAAGCACGGTTTGACTAATTTGGAACAGTTGAACACGGATTTGGTTTCTGAAGATTCGTATAAAAAGTCTCGTGTTAAACATGCGACGCTGTATGTTCAGAATCAAACTGGCTTGAAGAATATCTTTAAGTTGGTAAGTTTATCAAATGTCTCATACTTTGAGGGGGGTAGCACGTATTCCTCGTACAGTCTTAGATGAGTATCGTGGGGAATCATTGTAGGTTCTGCTTGTGCTGATGGTGAGGTTTTTGATACGCTTCTGTCTCATGGTATTGACAAGGCAGTTGAAGTTGCTAAATATTATGACTTTATTGAAGTTATGCCACCAGCGATTTATGCACCATTGATTGCGAAGGACTTAATTAAGGATGAGGTGGCTATAGAACAACTGATTCGAGATTTGATTGAAGTCGCTAGTCGTCTGGACAAGCCTGTGCTTGCTACAGGAAATGTACATTATATCAATCCTGAGGATGCGATTTATCGTGAAATCATTGTTCGTGCTTTGGGACAAGGAGCAATGATTAATAGGCCAATCGGTAAGAGGAGAAAATGCGAAACCTGCTCCTTTACCTGAAGCGCATTTTAGAACAACGAATGAGATGCTAGATGACTTTGCCTTTTTGGGAAAAGACTTAGCCTATGAAATTATTTGTAACTAATACGCAGGCTATGGCAGACCAAATTGAAGAGGTCGAGGTTGTCAAAAAAGACTTGTACACACCTTTCATTGATCGTGCGGAAGAACAGGTTGCCAGGATGACATATGCTAGAGCGTTTGAGCTCTATGGTAATCCTTTGCCTGATATTGATTTGCGAATTGAGAAAGAGTTGTCCTCAATTCTTGGTAATGGTTTTGCCGTAATTTACCTGGCTTCATAGATGCTGGTTAACCGTTCAAATGAACGTGGGTACCTAGTTGGTTCGCGTGGATCTGTCGGTTCTAGTTTTGTTGCGACAGTTAGGTACTGAGGTTAATCCGATGCTTAGCCACACTATTTATGTCCTAAATGTCAACACTCAGAGTTCATTACAGATGGTTCTTATGCTGGATCTGGCTTCAGTTGCCTGATAAGGAGGGTGTTCAGAATGTGGAACGGAGTATAAAAAGATGGTCAGGATATTCCTTTCGAGACTTTCCTAGGTTTTGATGGGGATAAGGTTCCGGATATCGATTTGAACTTTTCCGGTGATGATCAACCATCAGCCCACTTGGATGTTCGTGATATTTTTGGAGAGCAATATGCTTTTCGTGCTGGAACAGTAGGTACTGTTGCAGATCGGACGGCTTATGGTTTTGTCAAAGGTTACGAACGTGACTACAATAAGTTTTACCGTGATGCCGAGGTCGATCGTCTGGCCATAGGTCTTAGCTGGAGTTAAGCGAAACACAGGTCAGCACCCGGGTGGTATCGTTGTTATTCAAATTATATGGATGTCTATGATTTCACACCTGTTCAATATCCGGCTGATGATGTAACGAGTACGCCTGGCAGACGACTAACAATTTCCACGATATCGATGAGAACGTATTGAAGCTTGATATTCTGGGACATGATGATCCGACTATGATTCGTAAGTTGCAGGATTTATCGGGAATTGATCCCAAAGATATTCGAGCAGATGATCCAGATGTGATGAAACTTTTTCAGGGACTGATATTTTAGGGGTTACACCTGAACAGATTGGGACACCAACGGGAATGTTGGGGAATCCCTGAGTTTGGGACTAACTTTGTTCGTGGTATGGTAGACGAGACGCATCCGACGACCTTTGCGGAACTCTTACAGTTATCTGGTTTGTCTCATGGTACAGACGTTTGGTTGGGTAATGCACAAGATTTGATCAAGGAAGGTATTGCCACTCTGAAAACTGTTATCGGTTGTCGTGACGATATCATGGTATACCTAATGCATGCGGGATTAGATCCTAAGATGGCCTTCACCATTATGGAACGTGTGCGTAAGGGAATGTGGTTGAAAATTTCTGAAGAAGAGCGAAATGGCTATATTCAAGCCATGCGTGAAAATAATGTTCAGACTGGTATATTGAATCTTGTGGTAAAATCAAATACATGTTCCCTAAAGCCCATGCGGCAGCCTACGTTATGATGGCCCTGCGTGTAGCTTATTTCAAAGTGCACCATCCTATTTATTACTATTGTGCCTACTTTTCAATTCGAGCTAAAGCATTCGAGCTTAAAACGATGTCTGCGGGTCTTGATGCTGTTAAAGCTCGAATGGAAGATATTAAGGAGAAGCGCCAACGAAAGAAATGAAGCGACTAATGTTGAAAATGACTTATTTAGACGCTTGAGATTGTTAATGAAATGTTAGAACGTGGCTTTACCTTTGGCCAGTTAGATCTTTATAAAGTCAGGCAACTGAATTCCTGATTGAAGGAGATACCTTGATTCCACCGTTTATTGCACTTGAAGGTTTGGGTGAGAACGTTGCTAAGCAAGTGGATTCTTTTGCGCGTGAAGAAATTGGATTCCTTTCAAAAACAGAATTGCGTAAACGAAGGTCTATCATCAACCTTGGTTGAAAAATTGGATGATGGGAATCCTAGGAAATATGCCAGAAGATAATCAATTAAGTCTTTTTGATGATTTCTTTTAATAGCTAAAGAGAATCGTCATCAACTTTAGAGAGAATGGAGTCAGTCTCCGTTCTCTTTTTTTGTTTAGGGTCTGCATGTGATGCTAAAAAGCCAAAGCTGAGAAGAAACCTTTTTCTTCGTCTTATGGTATACTGATAGGGAAATTATAGTTTCAAGGAGTTAATCATGGTTTTACCAAATTTGAAAATCTTGAGAAATATACTAAATTACTGGTTGCTAATGGGATTAATGTGCAGCCTGGTCACACAGTGGCCTTGAGCATTGGTGTAGAACAAGCTCACCTCTTAGTAAAGAAGCCTATGCTTTAGGGCTTGACTGAGGTAATCGTTCAATGGTCAGATGATATTATTAATCGCGAGCGCTTCTTGCATGCTGATATGAACCGCATCGAAGAGGTTCCTGCCTATAAAAAAGCTGAGATGGAATATTTGTTGGCCAAAAAGGCAAATCGCTTAGGTGTTCGTTCATCAGATCCAGGTGCCCTTAATGGGTGTAGCTCCTGAACGTTTATCTGCCCATGCTAAAGCTACTGGAGTGGCCTTTAAACCTATGCAGGTGGCAACTCAGTCTAATAAGGTTAGTTGGACTGTAGGCTAGCTGCTGACTGGTAAGGAATGGGCTAAGAAGGTCTTTCCCGATAGCTGAGTGATGAGGAAGCTGTAGATTTACTTTGGGACCAAATTTTCAAGACCTGTCGTGTTTATGAAGGGATCCTGTACGTGCTTGGAAGGAACATGCTGAACGTTTGGATGCTAAAGCACGCCTACTCAATGAGGCACAATTCTCAGCCTTGCATTACCAAGCACCTGGAACAGATTTGACTCTAGGATTGCCTAAAAATCACGTTTGGGAGTCTGCAGGTGCTATCAATGCGCAAGGTGAAGGCTTCCTTCCTAATATGCCAGCAGAAGAAGTCTTTACGGCACCAGATTTTCGTCGTGCAGATGGCTATGTCTCGGCCACAAGCCTCTAAGTTACAATGGCAATATTATTGAGGGAATCAAGGTAACCTTCAAAGACGGTGAAATTGTAGATATCACAGCGGACCAGGGCGATGGTGATGAAAGATGTTCAACAATAATGGAGCGCGTGCTCTAGGTGAATGTGCTTTGGTTCCAGATCCAAGTCCGATTTCACAGTCAGGCATCACTTTCTTTAACACTCTTTTTGATGAGAGATGCATCCAACCACCTAGCTATTGGAGGCGACCTATGCTACCAGTGTTGAGGGAGGGGCAGACATGACAGAAGAGGAGCTTAAGGAAGCTGGTCTTAATCGTTCTGATGTACACGTAGACTTTATGATTGGTTCAAATCAAATGGATATTGATGGTATCCGCCAAGATGGTAGTCGTACCGATCTTCCGAAATGGGGATTGGGTAATCTAAGTATGATGGAGAATTTATCATGATTGGAAGTATGATAGTTGGTTTTCTAATTGGCCTTATTGCCTCTGCTATATCAAATAGAAGGGGTGAACATATGGGCTGTATTGGTAAGACCTTTGTTGGATGGCTAGGTGCTTTTGTTGGTCAGCTTCTTTTGGAAATTGGGGACCGATGCTAGCAGATACTGCTATCGTTCCTTCAGTACTAGGTGCTGTTATCTTATTAAGCCTTTTTGGTCGTAATGATTAGAAATGAAAGAGTTCTGAGGTATTGGATTTAGATATCTAAAGGACTCTTTTTTCTTATTTTTTCATTTTCATATACCACTTTTTAGAAAAACTGTGGTAGAGTAATAATATCTATTTGGAAAGGACTAGAAATGAGTGACTTAACTTAGATAAAAACATGGCTGTAAAAGTATGGTAGTTATGCGTAAGGCTTTTCGTACCATCGATGCAAGGTTTCTGAGACTTTTAAAGAATTTAATTTGACACCAACTCAATTTGGAGTCATGGACGTGCTTAATGCTAAAGGACGTATGAAAATTGGCGAATTAATTGACCGCATGCTTGCCACCTCCGAGAATATGACTGTTGTCATTAAAAATATGGAGAAAAAGGTTGGTTGACGCGAGAAGCCTGCCAAACAGATAAGCGTGCTTTCGAGGTTGATTTGACGGATGAGGGCCGTCGTATTATTCAAGCGACAATCCCGCCACATCAGCGAGCTATTGAGGAGACTTTTTCCCGTTCTGACACCTGAAGAGCGGGCACCAGTTGGTAGAGCTCCTGAAAAAATTTAAGAATGTCTGAGCATATTTCTTTATATTTCTAATGGAATTATATATATTACTATGTAGTAGTAAATATTAATTATTAAATACAAAGGGAAACGTATCATGAAAAACATTCTATTTATCGTTGGATCTCTTCGCAAGGGATCATTTAACCACCAATTAGCAGAAGAAGCTGAGAAAATGCTAGCTGGTAAAGCTAATGTTTCTTATCTTGACTATAGTCAAGTACCTGTTTTTAATCAGGATTTAGAAAGTCCAGTTCTTCCAGTTTTGGCAGAAGTTCGAGCAGGTCTTGGCGTAGACGCAATTTGGATTTTCTCTCCGGTTTATAATTTCTCAATTCCTGGACCAGTGAAAAATTTGCTTGACTGGTTGAACCATATAAGGCTATCAGATCCTTCAAGGTCATCAGCTCTTCAAGATAAGATTGTAACCGTATCATCAGTTGCTAATGGTGGCCACAATCAACTTTTTGATGTCTACAAAGACTTGTTACCATTTATCCGTACCCAAGTGGTTGGCGACTTTACAGCGACACGTGTAATGATGCAACCTGGGCGGATGGGAAATTCCTAGCAACTGAAGAAGTTCTTGAAAGCCTTCAGAATCAAGCGGAAGCTTTGATTGAAGCGATTAAATAAGAATAATGAATACCCGAGGTTTCTAGCTTCGGGTATTTTTATATGAAATAATGAAAAAAGACACCTAAGGTGGCTACCGTATTATGAGGCGGTAGACAGTTTGAACCGACGATCAAGCTTTTGCAAGGCCGTGCGCCACACCACTTGGCTATACTGCCATAACTTAGATACCATTCTATCGAAAAAAAAAAGATTCGTCAAGTCTCTTTCATCAAATTGATTGGACGATTGTTCAAACTGCCTATTTACAAGAAACATAAAGGAGGTTGAAAGACATTCAACCTCTTTATATTAATTATAACTGTTGTAGATAGATTACTAACACGTAAGTGTTAGTTATTTGTCTAATCAAGTAATCAAAGGCTCCAATACTTGACCACGTAGCACAAGCCCCATGGAGATAATGTAATTTGCTTGTAGGCGCTATCTGTACAGTCACCTGCGGCAAAAATACCAGTATTTGTTGATCCAAATTTATCAACGATAATTTCTTGGCGCTCATTGAGTTCGATGCCACTATCTTTGAGCCAAGCAATTGCTTGGTACAAGACCAATTTGAACAAAGACACCTTCAAGATCAAGATGTTTTTCTTCGTTTGTATCACGCTCAACGTAATTCAAACCCAGTTACATAATCTTGACCAAGAATTTCTTTGGTTGCAACGTTCTTAAGAATAGTTAGATTATCAGTTTTAGCGGCTCGTTCTTGTAAGACTTCATCTGCCTTTAATTCTGGTAAGAACTCTAAGACTGTAACATGTTTAGTAATGCCTGCTAAATCTAAAAGCACTTCCAAACCTGAGTTACCACCACCGATAACTGCAACATTCTTTCCTTCAAATAGAGGACCATCACAGTGTGGGCAGTAAGTAACCCCTTTATTGCCCGGAATTCTTCCTCGCCAGGAACGTTGATATTACGCCATTTGGCTCCGAGAGCTAGGATAGCAGTTTTGGATTTTAAAACGGCACCGTTAGCCAATGCTTCAATAAGTTCTTTCTTTTCGATGCCAGTAGCTAATTGACTTTTGATGATATCAACATCATAAGATTTCGTATGCTCTTCAACTTGGGCCATTAACTTAGGACCTTCTGTATATAGCGTACCAATCATGTTCTCAATGCCGACTGTCTCGATAACTTGTCCACCAGGTTCTGCTAAAAGACCTGTTTTTAAACCTTTGACCGACATAGATGGGCTTACTGTTTCCAGCAGGACCACCACCAATAACCAAAACATCATAGACACCTTTATCAGCGAAAGCATCAGCATCAAGTGGGCCGTCCAATTTTTCTACAAGCTGTTCAATGGTTGCACGACCAGATGTAAATTCTTCTTGGTCTTTGTAAACCGTAGGAACAGACATGATACCTTTGGCTTTGACCTCATCCTGATACATACCTTCAATCATGGTGTGAGTGATATTTGGGTTCAAAACAGCCATTATATTAAGCTTGCACAACGTCTGGACAATTGTGACAAGTTAATGAAACATAAAGTCTCTAAGTCGATGGGTTTATCAATCTTCTTGATACGTTCGATAGTATCCTCATCAACTTTAGGTGGACGACCAGAAACTTACCAAGAGAGCTAAAATGAAAGACGTGAATTCGTGGCCCATTGGTAAGCCTGAGAAAATAATACGACTTTTTGCCCTTTTTGTGCAATACCAAAACTAGGTTGACGTTTTAAATGTGTTGATTCAAGACTAATGCGGTCAGACATAGCGAGGCAATCGTCCAGAAATTCCTTCACTTTTCGAGAATTATCATCATCCCCTAAGTCTGTTTGTAATACAATATCAGATTCTAGTAAATTTAAATATTGTGCTAATTGCGTCTTGATTTCTTTATCTAAGACCATGGATACCCCCCTGGTTGTTAAATTTTACTACAAGATCCCCAAGCTAGGAGTAAGTGTTTCAGCTCCTTCTTTCCATTTGGCCGGACAAACTTCACCTGGATGTTGGCGAATATATTGAAGCACGGACTTTATCAATAAGAGTGCTTGCATCACGTCCAATACCATCAGCGTTAATTTCCATCATTTGGATAACGCCATCTGGATCAATGATGAATGTACCACGTTGTGCGAGACCATCTTCCCCAAGAACATCAAAGCCTTGTGAGATGTGGTGTGAAGGATCTCCAATCATAGGATAAGTAATAGTTCCAACAACATCTGAGTCATCATGCCAAGCTTTGTGAACAAAGTGAGTATCAGTAGAGACAGAGTAAACCTCTACACCAAGAGATTTAAGAGCTTCATGGCTATTGTTCATGAGGTCACCGAGTTCAGTTGGGCAGACAAATGAAAAATCTGCAGGTCAAAGCAGAAAACAGCCCATTTTCCCTTAACATCTTCATCTGTAACAGTAATGAATTCCCCGTTGTGATAAGCTTGTGCTGAAAATTCAATAATTTCTTTCCGAACTAATGACAAAATAATGTCCTCCTCTATTTTTGATAGCCCCCTGAAAATTACTCGTAAAA + (#%-0/113/.3185(.089<>>G>?A>=@AC71,+))$$&)*351%#%%5527=EB:>GDBG@>9I<817=HFI72F<52//@CDEKYUL8C>=1:<;;57B@<=14:<:<%?9;;AGAE<2:@@>:962)5:=@==;;443-/))4*,+-7;AC=?8@91633*'$4%-;>A3>>?HFIMPNL8GKDC,548;>=AB@=,((02.+*+/)'&(8888:BDE?:@CA3@JGAHB?623GD@.GKNGGHIACEA=<;>HH@?EBHHMME;;4F;GCJ;@;>89>?>C;B=>DGGJL>EFFEEBDJDCGHAAHI@ACEEC1E@?DEACGC8?<==>CC>;;;<:@>B=?=A5+(*6=GBDB>><9CFHC>>::=<7>>?<*8BCB@HDGFHIHDEHHC@?<:9<9<:<>DIJA@?@A499;BA==7*'18=@B>@A>D?</:99>=9A?AGG???A@8.9?=HHGFE@>7=@;?@ABCD.<;=;=?<6;=>DHAEG).?@A75=A==5242368;>AA9;@;BEB>=<><6===4/95?JJ?CACIJKJH?=?C;:9;@><599;>>A?A62;:,'1.,579:5<>985;=1=??@>=%(>;=//:8781.33FA=@CCDCBA99;007A46:84<;>>A&68--/8@4125677)&,,,+/.-.(%4)/.,+'()459ACIJB=:<@B>9:>987@ABGEFEBDDGCIDEDD@<==<@@8ABIK@GHGAE=>@40/0110098===>>KF?E>H6>@44><=@?DDFA;:;>DB:>9886696E?;:9CCLFAAA<4>522/)33)&735&>=:7>@CCC<>ED>>;=?A<2.;2?7>7*99?C59:;8344''*)++()01545--,(3329,,4957:;36(/'9=?:78:=F@CCBC?>=3132AGDBD=>A;9@?BCD@@D@E>>ACEHFC;?GGHAAB>B?CAAA=FFGB>;81;87786=::<@@;?6HIICB;59HGCFDCCFFC0+8+79@@A51;<7:@6;<9?8??D5<8368D@DD=?ABAB=CFD=?B@=>?DDBECBCEBB>=BEBI?54>BA1=89.,,*/0,$'$%+;<9;:=;;H9BDE8A<;9)?KDBHIMKFFH@EDCEIG:GCB?@5:::=3>-AABC359985,9<=GB;==JABB79875546136889=7;A78)101:-::9D@86'8<9986(77=;B>>B:47,67-&-)(/012248350::<<462>::;/;A9<0,3:8:9>;<<5EFF,,27+/88@>:<876225;60234/26;>@?99861--0=<9<>@FKJJB?B@>??C8@BEBOCCBAFEJ8:VVL@BEG@678+%47=?><:4&:7BA<@=A=@DD7C>DCD59;<:=*(%.1.*78;;>ND@??AD?@;<@D?9<@GGC7E:AB+++*9>GFD6(0801156::@B3993.465,,47=<==>?AD>;BBDGFHJHKKCDDD:EELJECICCB@EG,G?IHED>>ADBA;,8CFFA@@?>=?@EDJJ8CEEDE98?827=BBCB?>AE=>:6:99216527=<*@<565>9@DBFADA9203-,,+-('#%%+11;=AADCDF.DDE<=97DEDAG9;A/&%8=?AI;=7DD@??45>;>C=<=;:796//132141897BFCBFJ=;B:DCHIC=>=<>ABD@ABDLG@=3231+'',028C<=>@9@GA9:6788/.61-.0*&.,,$'+=?HA@E:=7=BDAACF@@@BB79@=5546=95<:<=75$4::9AA1889=;AA;C99DDBEBC<2@GOIC34?AD>?HG;:GIG>?>BBFDLIKI?8?B@>@?;/3.+39874;@HC:6DA4;A?EEDDECEFFF>B@@>9@:3@GCEJG4HGE@B>9/1250$$%%5;38125;.16A-'&*,+./262569904;?8;;:<>A9=@B>BDCA+;=?>>?8359<<9EA<>91%&$5768>CEFLKB@;757>:>@@??=02780)+789;39BFBHI@BCEHCD=@ACAC9=FCBE9CD:=A6=9,)32;7:47))-?B<@<%37:=@9()*+./*0,.33+-,)433;>?:A:CC?<@ELIJJFAC;;;:985'0??>=120-3<>?@:@=@J<9L;CDA9<<;?>@FF0:8;>?>>=9,')(:;<13533:89-%>:;C=31./63:::93609459@87)('$233531,6+-==::;237+9932589;6AGH@B=>>CEG==:><>@>DDE:?A?-+2368CB;;=JK@A:;131+-:1655;;DJD=7;=<664-.<<<<>H;:3%+%$$%'&'%'&:=>@<89%=>2@?CCDDD<;A?IH=;<@489586+3'*$$$%(+,($''*&$*311:8477;1.&%(+(7;>(*($+(,*+,)+,(,*,)&10'(11/.17:9;;7403258;=F?HBB,3:@CB>:EE15;;GBD;6>>3?@4>?CB?=0.<@EC:.*<::;:9FFB@JA?644219:4?@@CAC<>GF@@A@CCEC?7<=D<@F;6=DA<=<6211553+39;>DAAA@=?689;>@=:=FFCB<6421118>AB=CAA?DDB?IJD@>?BD7;?<;=@3.6885?D?818;:74&.-1,678:??AFHCBA;.1=719><<;8:7-'0069:;77976754)<@EBHKKLFB@?C?:DD>A?:BC;?HHFBMB@A:6>8:5=<882'($%.1-1>>@?DAAEED@=B=>>>897*;;=7468:;<9:?@;:;CEGF@H99998*-2>>;)47?BJA:?>=>B9H>B;544/3-,012??=6=4:<=:4FEE=:DEEBA19=67;'507:<:&9;;@>21-1/07;BDFHI@PPNPCGE;=@;?6878>C<@;<<<@BC;?>9;:>ABD;95<@E@IGB?CKOL?@>151799:*:;4340)98@@DFFFFGEG1B@?3*)&&(1614?,<%52::==397BFDMOMA1587'150)068;7G<8EFDELK>C@BGJJCFDCAHPOPKC:FGDD?CFHBHBB><=B@?>7+)3257;<:589<=>59CFDBGHJPKKIC:@>BCHJIDFA>*;:?CCEA7;):>B>;><;=EED<:E>DDBA=AEGC>A?@@;BG@G>DGE;9?@$:73;=57929::EGEEG>AIIFCGDCA:/-,--4./11'%%%.4;;=;:=CGEKK8?@C4854'%)466,-9>8;)ABC=9?<88.)6:96;4-(()*-///.+3-;@AB:DGGBFHFFC;*&986:7355:<<;:<9%5&?89+2))+:E:)7@@>?=CE>7=@=9;;<=4256458>=?CF=@ED:96&)),,0<=C:A=<>?BF@>;F@98.920::=;7.>8%'&$%%%12=DBED@BDC<<::>5488>CF>JKLE?<:6429:=8;>495/37:BCA>>@HF@:571*5%86?@=<<>AD>1@>=9AA;;;CB3<@?ADEHB:D@9>;>=9:7@E@F<:(('%(454-75,-.$&*),+*(),*%%()+,,-+,(%$&.0.09984>;34,/-7;?<=>@;A@FF=?AFGBDD?9C8DDD??C9=/,:<992:6?>@=??=9=D>:9AAAACC>;37:>FEDB=;>EGCDB@>*79*4?;9A>B>579@?58?@A>CFBEDCKEEF<7/404>/-62%'2;8:?87CA877ABB;?DD?@??FD9<65).,'(&99==>/;@D;=FQJA?A:657?@?>FGD=8BCA?>905788<>,0>@?CCB==>JID@A>7=@CA?;BACEFHNLDBAG@DGEB>@AFHD6=>9;9B9:8:;1/BCEDB?<332?;8??9;95:9989;C@BBC<>CCDD<>@?98668;3::6(BB=A=7.CKJHEAI>)>)?>ABEI<>?3$$&++5535::+++3$$*58BA?C>A:HFD>82<@??.@D>GFA*&);;20AABGKA<>9$$432';=<@?>=?@?ACDCGAA@FCEHEHEMC:FH?;:FA'(((=1'8/1?ECA>A:=@BEA@C@7113346>?9/D=AAJA>D=A;8<7@<6'&)22ACEDA;FE4CIJ?>8'%&,7;=<;9'AC99::B=;<==AHJDIED;?=?=BAFGHGGC'=9;ADCEG<9/:==;>77?@H>:=EB:D@=>>;;AD0324==8=@D@:DG1A@::1&,0/79(/-55-0448A@C8B>BBA>5$$$%*434<;=9.->7223%*(35::889=>A?>CB>=B?>9?@?>;;=<>5&&&.-*+-AB@:9?ACCCEE79:77:+TT>BA=?@E<>?@CD>::3/'%+/(%()&22068<;01'%/0(29:<9685)''%AA@+ADE>49=@F>>C6.4=>:CE>EJKGH@B>.,*03404CDB<><<=BA>69=@<>:ECCE=BELBGF>E@CGBA746>>@>.1??EA>>??A@4>BDA@755461-213EF<@B4A<>11%+*),'+0//4AB<6>B?5DBJKD?=>/F::@>DFDACIH>?FIG@H?GIKJACDAFGA=%%%%$'()/4=?5>CCDDAHFE?KH5@8?@<6;;9982;=:8>=<:94>@>AA7:/-,(''*.8=43576D>??BG@BFD;<:;;:;:=<<653%,.::;BC?3?DFA;85=???@6.*04&0;>CI@>BGHGGIG@<<@=<4:;@=<<=(AFA@B?;=;52)#,-//*+0+E>(9:=7>;:6D<<=AB:88;-())*44665486ABA;%5<><@)&##'0&$*/*'-1<6CD>@BIF??@@BF?DIGIAB>9.*8?=.6EGKD=<7:C?9:9;<<;79=3037<,,*%(-.,/'033845<..,*+4679<;>>AACG<;>;<:969==??DLHDA@:=44(<:87@B:?BBGG><2@7=BAILIDA&?@;@;==:?@9:@CDE1A?CB;;9:;D@=C6>649>><4)(,*,'2/97/*+**77&&)38=;;>:9::A?:::8>>>/120.0::797?@BAE9DCCC6>>?=:::;::89808:@<>>18=>C>@GHG@=FD?AC69IG@9;=?NKDNKE8AC:;>>5:8=;CABGIICCD85*<<;=?<@><<=%77884*67:9*&&/>=>F?><9C??:867@;=;--204458B@98(0+35226)&%$$)&&5,275A?A@=9ABADFBC;8:EB=CBBB?:;>4:@CG?DIC)('&&78665:*48??>GCHDD<@8:>AB3=115971=>8CDB?CE<44/?>?@@678<:;9CDDH@:<@C>>>86?@C>7**6B:BJJ==:FEJI>01?D?:==DGD98@GA>A>?4:=A@;17<<:=5<@?EA246D>5-599:<@ABFGCA><;('%%-/-+383--<@0BE;ECEEEEADFEIBA<95&$('''&)&&'%3458:>=/-&&(&'**0--3675:3:E>4---%)12890,,136<=9;?@?F@2)'%$%%%(-.125)55289593.8),+-9<@>99>;466;969;4=@AC+*A4:;>FI=)'8=>6>?@?AA273A=>AGNC43<1(&',-+..1)%78;B>AABACD?9A:GE=2BDLJIGBDBA76::DEHBDCHJDB;5@DFBA5CJA?=>@><;91<+'%&('*47A?*@@>/+::8CD@9;;>>==>;76>D??C?35*3542(6?D?AJBB?GIKB;>@97<5448=A=?89388?2/01.*/-/AA=<=@==EDIG@DGDHB?@HIKF?B??BA=1A<<==>LMC@AD>65DCG?CB9622=A?EF>B?AGDA@%-%)AA>8:1*91678;>@>A==?BI122***'57=3)%%;=3E9KKEHCCLKE8IKJHD@CBIH?>BDCEA>>?<>FC;=:844519;?9*14679577;=>908@<41;?:&%&&,3/15318011;67/-1+)5)99DGFAAEB?D@?>;=;7;83-43694+-26655550)('&&((8>;>C@DG?HBG=EE@7'/,,0.'/0=;167/@?<@:=>1--:<<;87,131128;@5923)&%&&%'(&'%&-,'*%%')%%$$&&*6463/6*+5CB=;=?9?C?@BAD?:113''%-1/00/05%3/,1-,568:;GI>;DDBA7BE4E>A<<>3+0?ECCAB560=>9;3:?@=>>@;6<>?B?;=?E@@EJBDJKB?3.040$%/(435528;;>(($&$)&&70567533-)%-,'&(%*-,,'%$.)+75ACG=>9=ECEFA?C:>BDBCCA741<8(9:9://'$'(,+&)&&&)49AC?==A7:HGIFGE88JJ@;56HIEI:LBHEFH76E@=:BCEDGAKINIA99DACEA@@==6.8:;=?(;?@ECC@>@FA>A;/(5989;?A;:1@FC1-1;A?9?:AEA@CEB8C@>74'9;:@:01ACDFAEFBCE5@B./1?;;:SRE<4&;BB6.BBB=BGC:;:>?A5412@<8574,08*'CCA=?AFE@=>>>:;;A?>268>@GEA1<=@D?<8==8794,$%&%'%)/002B<27:394====:6..(*C?AACCB;>>==837587/0>?EFAC@DNJ9;:8A>=>@>??C8?IBDOA:ECEC@CFIC@6;1:B@???34@@6988:1@=17?AA<:F:>H@<=GJ?999<%&$+',)),+/02461/4/.'&*0/46895''),9>=49@BG?IHAIGCBCHCIFFF@AD?>???F??CDBAAE;::=6+24@BHHDFNJJIFHLECJKHJDB?>=<<7&%'%&566:;<48=>?@C9D7?A?;9;<>?>??>BED<<;;=C>;,(7?ACAEGGGD@4>DC72')600?9*78=CGIBDFDDC<4021EIAADD;5:/,+$($7783.*+;66534>?80,8:9<=CDFKDBCC>GE<<;>::;:<<>D;FCDE;CACFEAJJDBEBA?AB3/&+CBD9=099=34,BABC@.-;>;>AF@@ABFB>EGH>,06/-><:/2>DIED?HQE8@HHDDJCB><==F1ACDD:9<@@?@7<;DIHDDPPHKJRKPL@D>3AE@EFDEABBD:75;@@@I?CACEAB=CCF=?A7;A<;A><9BBBA;:@BE>=CA>@@@AABC7777,15$&453(725-0,68=>7><@:7<7;GGE<<6-/.0--4;<=957=879:?049A=<EJ=<<=<&$>>??@58@@>@:=;9>966,95=69A=:=<=CB>@?ACA:ABDEAEGF>BA;?<==A?@:@>;465&+3:;789@@@A?><6=CB>=<=HHJ;:E<<1-4564)-.8:7<5)@B?C77=@C=<<;=CD82683346;63BA<=?:BB9?>@B:==;---1@BE?A<<><@?:5568558::;??AB?@=;=>=<9?@>@<<6.746**4983547886<6310**)*))(('7<:;8&#&93462','/6;=GFF>?89?B>@A=:<6@;;E=96443,54779*8;>:99:=B@43+,('&/-021<<>@:-3-523;3;>CB9B:CD<>=?403)('**7:>=7?:;*%6239;;76*)3238=A8=>DDDGGD@=9><13434;9:)/1,+,+)*)(/1;:=>:97;<<69@?8A?ABDD?>=:0'(+)55:=AH==>@7=:6/,-:<553;9CA=9AAED9@?>A@;A:;=789897=<<90;7:7<=?><@>:>:1132=??@?B??3<;;)47025,)$%003268:278>B?@;36:>==78-9'6%%%%%('(*(()'%179;<34459GHGFA68?@87>FCA;8?8<8;:*(/.&'&%$2;;95++-=AA=?*>;DBA88*.+4ADAB@=99<26:8?994;??<;((0(&)**%%$%&$$%)2005446+-A?967====;;9>=;,??:9@A=BC?>>>C;>677@<;-7;;=<70.:A=8;CC58BD=?/789758=>;7<@@?CBA?HI=;11??;@:A9@;@>==;9B?BFB@?16@?A><=4?;;9>??B?=@>;FG>@CB==;><>2<6@AC<:;B=>8//..8==@AABB@9)),65<55BEH@EA;.:??G2.49FAA='47,8BFFB>=>:5)5;@B=AH::FGGCA1??CB>7*'*++,)*('3+<;?>@:;<41&$#$0-97>??BC96-17779>==/5:>=?@>.86./<=>?4827501221,(42768<:98020/.:868=>>@EE?AJF?CEGB=:?=CA:=B8-#$$(&&,-'(%$%537;<<9?;836/'+.&0*,698758;=?BA=?DDCEHF>AA=30=-0/3+.0=7:64643400112$/./10+6-1/2;>>=A><:;+$4=AC7<8/5<;>4447@8::=9=><>AE:9DD>=>58=8?JE9?EICCBHDB?@;?ACDDH=8?5%**89::==8858=EDLAB@4;0>AACCGKIA6BFECCBEMF?=D@GKHA=>AA?41.0==/5DGE=?AEED:D7BDDGJEQHFGF?@@D=-7;:><<(&$$%+,(&)0158;:>75+(1.=;<13A:=DC@CGG?;<>?=:?6>D@LK:CEB68.7;>D?354467;-/,'&019=<:-424965577312322>6=CF=7?AFEC?GC8C?>=?@LFEHCFFGE5:ABC=><94()*10=>@A??FEB/=:;/--02>;8;?:=>DIDA:1751=DHC6CC699:=?EBF6@9BBE?D:@@CDE>CCDDDADBB;?CELKIGH?<:9/(+B@E>C@B=BEF9<+'BDHFD:;:547?@>D@<=@BACCCFEFGMHIC9:=@?;:<64<>@69>A?ADB@HG4:@CJE?HGFGHFDA8=6>;?;<>AB@BA965;*0395?&$$7718;=AA>C@B?@;@>):9>A8770&((9>BA<::6=8AB@>>@@79<;8?DD@F>;45.9?@88?@EE:8>=9><4?@A??A@BD>59*9/02@7:<><44:88(8;>8>=);@BA7<84430@9@?=:4::8;@?<7=<1/.&*&&*,36<@CC=A8JGBBFKKFD=<9?@AD8:8?=98170*++33;=6;:897;?@@8.<68==;KI=0?DDBBC>>>;E;2*,AA>ADGQF3;933,2=>7)011/?B;9;A?>8/+.28=@9688);;6:<;A=?$)??>C<=D70288;8457*,469;<=@@<>@ABGC@:A=?:,4:95352358887668/.+&$&%+669@=A8FH:??@==A=@?&985;=:8<79<355==;CCB@B7@B@>=E@?3>?:/5887242113;CFBF?AA?@:=<>@GFCC=BA;=A=@FEDA%$#8=7CFBCB;=EF=BACGABB66;AB=?GB@<=?A>C<=56-=<>C@?:8&?B:/;C63*538<>B@=@@BBBHEG;=<66ABB<=<:;=BC;:ABDE?<96B>56>>>@CD;6:;7:<=>DE;:>?:9==AAB9CD?H;BC?BB@E?ELHG>@9':A;;>A=EGDC><@C9;>?BC>6>@??BA??C?4>@BD@8-7@D;F;@=@9;>@?A@CCBB?99<:@==7?>>A697:?>A@BB9=B?@:>@><:6564+21-.-10==?65456,%,/0.026/-;C=9@;=@>9?@>>&9&)+3?;ABBE;:;??@;348:87//,4679A<=8::87852;=:*(231''0(+,.*($)%+-;>=>AEE9.327999AAAABC?;:?:95<<=:;>>=:/299=FEIHGD@:A?2561388@ADA?:>:::<955=B==@@?85764AADFFDEC>?BA>?<>43+85:757<:@>@B;=:))+2&#$&%%#349:;@=19/4,8,)**:0<<;:@:;A@F>>DEBA?@=74.)%(34<>;;;<>@?7>@@CA68=>/6<:;;>@@@CC9C<>?=;A?6/7;1$')''&/-47**'&%&#,7>=?=9=BAAEGAC5A7?GF+A?AEB=?=8<(+9>=5@=?AC6<:<=7DEIHBADFDB?CAA?:599:=:.&*-4535&*+021,05;<><<;88@>=CBFGGC=6;;?CBE;/9>D>A@??B:?;=?@?@A@=/(*.,**'&+@<:;9=-4)?@:@B>7DBBC@DDDCA=?>96'*+200;=;698=8.99;:,0;.+9::-79&&)=97,;CD:;?=?:=F?A?CD>=98,98:7;;A=6:<853;9>C@<:6;8;<;BE:0/+8:946:=?@><=:==7/-4-'*+:;2;<30:><4359302;<:;8265+*(%$$#%&%'%4545/501>CDEBC:*7(?058;<99377)7:53-+>:><::9>CA=>:7CCC8BFC>BA?@=98,5'&&123110010977@B>?><*=89;AA:?BB;:9@A@>9?HAA>@DED2222,;;>?B:;=:77776&*))+576???:::8;8658H??HHD88?A4>69@CBC4877*(%)*,,+04>BDC?=?<7DBF;:<885>=;GHHCEDDEB@:9;975%,,02698?:>C<:<<>@>?BED@A==;:;6'()-&$$4:?>CGF;B:7:=A>;=79@@895$$$==?:@A=B:;=8?@???::<:A;66/-)455'@B>=BA?;650):8:5<9=B;?@@A((68A59<;7;>B<<@769718<<>?8?AA?@=>E???<>:>@)@CBB@977AA338;=%ABD>B<*9>*&7>:;;9;>=24;>=>=B32224'320%%*22/012523:859;?A99:00(&587.&',-5;=:<9.>@@B@GEA?BBDJI@>9<:;58=?8@8?=:@>2'+/47;:(/+%$$$#$2367($$***/*:9;A69AB1;A==@A=6,18=43'$'&3579=9>@A;A==>B<467::?A6=AFGDEDD?:36;>EL9?;>BAADD=>:E@EBC=GG;7?@:9*-&65:45/,*7E@?ID7+;;;8::5.;5B89A>(*?-7:?JBA>>@67:7888:=8=>=??2-7>87GAADB62286,$&+/187747>=,358;:4%;?::?C>>=>?99:<45<:<9<9:9329?:;6CAC8@>=396C=9>@:5>====>;;:98'$&,/0()/'(+&*68:<:9730.--:7,697:AB>A?8864..$%%%%%ႜ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Հ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e43b7575-c7ab-42b5-8de6-45aa103706e8/1 ATTGTACTTCGTTCAGTTACATGTGCTGATTGATGGCAAAAATTCTGTGGCAATGCCCAAGCCTATATCAATGGTCATATCATATTCCACAGTTGCTTGCTCTTTGACGTTGATTTGTCGGTCACTTGCTAACGCCCTCAGGTTCCAAAAGATAAATTTGAATCAAAAGGTGTGAAATCCGTCAGTACCCGTATTGCCAATATTATCAATGAATTTACCTGAAAAAATCACGGTTGAAGAATTCCGCGATTTGCTATTGGAATACATGAAAAAGGCCATCCAGAATTGACTGAATACGTCTTCTCAGAAGAAGAATTGAAATCAATCGCATCAAGGATACCAAGTTTGGTACTTGGGACTGGAGTTACATTGAAATCACACCTGGTGCATCCATTAGCTGAACAAAATTCACTAGTGGTAAGGTTGAAGTTTTTGCCAACGTCATTGAATCAAAAATCCAAGATATCAAGATTTATGGGGATTTCTTTGACATCGAAGACGTTGCAGCTGTAGAAGATGTCCTTCGTAGCGTGAAATACGAACGCGAAGATGTTCTTAAGGCACTAGAAACTATTGACATTTACCCGCTACTTTACTGGCATTAGTCGTGAAGAAATCGCTAAAGCAGTAGTGGAGTAAGGAAAAAAGAGTCCATTTATGATGGATTCTTTTTTATTAAGTTTAAATTTAATAATTAAGCTGATTAGATTATAATAGTAATGGAAAATGAAAAGGTATTCATTAATGTTGAAATTCCAGTAGAAAGTCTTAATCCTATTTGAACAGTTGAACCGCAATGTTGTTGCTTTTTATAAATGAAATTTCTCAAACTGAAAGTTTAAATAAACATTACAAGAACATTATGATATAGAAATACAAAGAAACTTCAGCCTTTAGGATACCAGAAAACAATTCAAATACCTTTAGGAATAGCTTTAGATAATGTAATCCAGCAAGCTCATTTTTCAAAATCTATAATTGGCGGTCTTCTTCTGATGAAATCAAAGTAAACAAAAGAGACTTAAATACCTTTGAGAACATTGTTAATCGTTTTATATTATGTACGCTGCAGCAAATAACCAGCTGGAAAATGGTAAAACATGAACTGATGAAGGATAAGACAGTGTATTTTATTGGTAAACTGTTGACTGACAGTCTTAAAAAAGGGTAGAAAGAGCAGAAATTTCGTATATGGGAATCGAAGAGAATCAGCTGATGGAACTTCTTATGAAGCAGTAAAATGCTCTATTAAAGAGAGCGCTGAGCAATATAATGATGCAAAAAGACCAGTAAGCCGCAAATTTAGCTTATCTGGCTTTTTGGGAAAATCAGTAATAGTAAACCCCATCGTAACTACTGGATTAGTTTAAATAAACAAAAAACGAAAGATAATAGAAATTGGTCTTTCGTTTTTAGCGATGAATTGGTTATAATTTATATTATGTAATACTTATAAACTATCCAAGGCATTCTTTTGTTCATCATTGACGATATGGGTATAGAGGTCAGTGACTTGTACTAAGCGTGTCCTAGCTGATGGCTGACCAAAACTTGCGATTTAGTAGCATCATAGAGCCTAGTCGCCAGAGTATGGCGTAGTTTGTGGGGAGTTACACGGACTTTGAAGTCCTCAGAGTACTTAGCAACCATTTCTCAACGCTGGAGGCATCGATACGATTGGGAACACCACGATATGATTAGAAGAGTGCTGTATCGTCTTTTCAAAAATCTTATAGCGTTGATTTCAGATAGTAGATAATTTTCAAGATAAGGCTTGGCAAAGGCAGCGACATTGACCGATGCGTTTGCCACCTTTTCGAGTGACATCGATAACCATCATTTTAAGTTGAATCTCTTAGATCCAGATTAACAGCTTCAGATAGGCGGACACCAGACGCTAGGAGAAGGGCGATAATGGCCAAATCACGTTCCTTATTTTTATTAAAGGAGAACAGTACGATTTGAGAGCTGGTTTGGATACTCTTGGTTGATATAAGTCAGAAAACCTTTGTTTCATCACCTAGAAAAAGAGCTTTTGCTTGATGTTTTCAGCTCTGGCAGCAAGAGTTTCTTTCTTTTTCTTGGTTGAAACTTTCTTCATTACATTACGATAGAAATAGGGTTCTCCTGGTCGTTTTCAACACTCCTCTGTTAGATACTTCGTAAAGACTAGAAAGTGCCGACAAAGTCCGATTAATGGTCGTCTGAGAAACGCCTTGTTTGGTTGTATTGGCATTCAGCAAGGGTGATTTCTCTTAGATAGGATAAAGGATTCCATATCTTTCTTTGACATGTTTTCCAAGACCGATAAAGGAATATCAGCCATTTTATCAGCATTTGAAATCCCAGACTCTAAAACCCAGCTGAAAAATCGGTCATATTCATGAGGTATTCGTATAAAGTTGTAAAGCTATAGGGGACAACAAGCTTAGATTGTTAGTATTCAAGAACATACCAGAATGATTTGTTTTGAGTTTGTCGATTCGTTCTAGTAAAATCTCACGTTTCATGTATTTTCTCCATAATTAAGTCTACTAGTAGTATAGCATAGACATATTTATTTTTCAAGAAAATTATAGTTTTCGAAGGAAATGTTATAAGAAACTTAAAAACAGAAGTCTAACTTTATTCATTTATTCTGAACTACTTTATTAAATTTCATCATACTTGATAACATATTGACTTTGCTTCAAGACTCTTTTGAACTTTACCTTTAATTGCAGTGTCCATTTGGCTATTATGCTTGTGATGGTTGATTTGGTTTCTGTAATTTTTTCAGCTGCCATATTAAAGTTTTCTTTTAATTTATTTTTGCTGATATTGCTAACCTTGCTTCCGTAATAATTCGGTTTCTTTCCATCATTCGATACATTTGTTTCAGTGCATATTGATATTCTTCATCAGTGTAGTATTCATTCATTGGCAGCATAATCTCTCCTTAGTTTGTGAAATTCTTCGTCTAAATCATTTCTTTTTTTGCGAAACTCGTTATCGTATTTTTCTCTCTCTCATCTTCGAGTTTAATTCTACGTTCTCCGTATACCTGATCTGAAAAGTGTCTCATATTTTCTATTTCTGTAAAAATAGTCTCTAACATCATCAGCACTTGACGAAAATTTTCTCAAGATTTGATACATTTTATCAACTTCTTCGGATATCAGTTTTTCTAAGTTTTGCATTTCGTTCGTCTAGATGGTGCAACATTTATCGAGTTTCTTCTTTTCTTGATAATATTATTGGTCTTCTAGAGCAAATAGTTCTCTTTCTTTCTCTCTTATTTCTTCCATTTTACATCTTTTCTTTCCATTGTCGAAACTCCTTGGCTAATTGCTTGTCTGTTGCTACTGTTTTTCGATGACTTCCTGTAATTGTTGATCCATATTTTCAAATGCTTGGGCGGAAGCATTCATCTTAGTGGCTGTTTGATTTGTCTCTGCCTGAAACGTATCGATAAACTGTGCTTGAGTGATACCTTGGCTAGCAAAAAGGGCCTCAACCTCATAGGGAGCTAAGGCTGTGTAGCTTGAAAAGTCGATTTTTGACAATTTCTTGTAATTCTTGATTTGCTTTTTGGCTAAGGCGCTCACTTCATCAGCTCCATTCTTGCTGCTGTAGCCATAGATGATGATAGGATAGAACCTTGAGCTGCATCTAAGTATATTTCCTCAGAACTACTAATACCACCCTGATGACCATTTTGATTTCAAGTCCTTGTAATGAGCCATTCCTCGACTGTTGTATAGGCTCGATAAACGCCACTGATTAAGGGTTTCCCTCCTTTGCCATCTACAAGTTGACCAGTTGCAGGATCAAACTCCCAGTCACCAATTTTATGACTCGAACCATCAAGCCAGTGAATCATACTAGGCATAGAGTCAATTCAGAATACCATTCAGGGTGATTGAAATCATTCCAACGTACTACGTCATCTATTATTTTCTACGGTAATCAATAAACATAGCTGGATTATTTTTTCAATAAATGCTTTTTCTTCAGTGTGAGCGCACCGTATTTAAACCAAGCATTAAATGTAGTTGTAGGTATGTGGTATTTAGCTCCCACCTTCAGCATGTAAGATCCTTGTGAATAGCCAGATAGTTGGCTAACTTCATATCTGGGATCATCCATAATTTCTTTAATATAAATTGATCTGCAACCTTATATTGTGGTGATAAATACATTTTTTTTTGCAATTATCGCACTATTGACATCACATTGAAACAAACATACTTTTATTCACAGGACTATCAGGGTCCGTTCAGCAGCAATCACAGCTACATTTTTATAATCTGGTTTGCCGTTAACAATAGGTGCAACTGCCAGCCCATCAAAACCTGTTTCAATGTCAGACTTAGTGGCAACAACACGGAATTCTTGACCATCGGAGGTGGTTATAGTGTTAGTTTCATTTTCATTTTTTGGAATAGCTGTCACAAATTTCTTTTTTATTTCTATCTGAAAATTCTTTATTAACACTATAAACAGCAAAATCTTGATTTAAATTATTCAATTGATTATCAGTATAATTAAATGTCATTATTGTTCTCCTGTTTCACCATTTGAATATTGCACTAATACAGTAGATTCTGTTTTACCAATGTGTTTTTTAGTTTTAACCATTGTTGATTAATTTCTTCATCAGTATTTCCTTTCATAAGGCCATCGTGGTTTTCTTTATAAGTTAATCTGTGATTAATTCCATAAGTTATCATTTGATTATCACTGAACTTTATTTCAATATCACAAGACCATGATCCTGGTTTCTCACTATAATAAGGTTCCGTAATCTTAATCTCCTCAATCCCTTGGTAAGAATTTTTAAAGCATTCACCAAACTAACTTCATGCTCTCTATTCCGACGTTCCTCTTGAGACTTCCTAACATGCTAAACATAAATATACCTCCTGCTGTGATGATAATTGCGAGGTGACAAAACGATTAGTAATCTTTTGTGATTTTTTTTAGTGCTGGAATTGTTCATTTAGCTTTTCTCCTTTTCTCTATTCTACTATAATTTAAAGATAAACAACAGTAGAATAGAGAAAATCAAGCCAATTGTCACAGATGCTGCATCAAATTCCGATACTGGGTCAGACTTATTCGCAACGACACGGAATTCTTGACCATCGGAGGTGGTTATAGTGTTGATTCACCTTTTTTAACTCGTTATCTGATTTAGCAGAACAATATTTGTTCGGTTTTCTTTACGCTGTGCGAACTCGAGTATTAACACTGTAAACATTCGGACCTTGATTCAATTCATTAAGTTGTTTGTCTGTATACACGTATTTATTCATCATAGCTCCCCTTCTGAACCATTCGAATATTTAACTTTAACTTTGACTTAGTACAACCTCGCCTAGAATTTAAAAAATGTTGAAATTCTTCATCATCCTTATTATATACTCCAATCCTAATTTTATTCGAGTTTATATCAAAAGCTAAAACATGTTCTTTAGATGTTCCATCAAAAAATTTTAGTTTCACATCCGCCCCCCAAGCGTCTGAAGGAATTGATCTGTACGATGGATTCGTAATCGTTACCTCCTCAATCCCTTGATAAGAGGTCTTCAAAGGCATTTACCAAACTAACTTCATACTCTCTATTTCGACGTTCTTCTTGAGATTTTCCTAGCAACCTAAACATAAAACACCTCCTCTGTGATGGTTGCGAGTAGTAAAACTATGAATAATGGTTTATAGCTTTTCTTAATCTGTCTTTATAAGTATCATTTCCTCTTTATCTCAGCATATTCATCATTGACACTGTATACATTTTTCCCTTGATCTAATTCATTAAGTTGTTTATCTGTATAAGTAAAAACTACTACTGTACTCCTTTTTCTTTATCCGAATAATATAGTAACTAAAGATGTTGTTTTCCCTTTATGAGAATTCAATATTTCCCACTGGTCGTTTATTTCTTTATTTGTTTTTCCATTAACAAAACCATTATAATTTTCAACGTCATTTAAAGAGTGGCCTACACGGTATTCTATTTTTACTTTATCTGAAAATAGAATATTTACATCTGAACCAGTCGCCTGGGAGGGGTTGTATATTCTGGATTGAAAATTTTGATCTTCTATCCCTTCATAGGAATTCTTCAGGCGTTTACCAAACTAACTTCATACTCTCTATTCCGATGTTCTTCTTGGGATTTTCCTAACAGCCTAAACATAAAAACACCTCCTGCTGTGATGGTTGCGAGTAGTAAAACTATGAATAATGGTTTATAGCTTTTCCTTAATCTGTCTTTACTCATTGTTATCTCCACTCCTCAGCATATTCAGAATTTACACTATAAACATTTTTTTCCGTGATTTAACTCATTGAGTTGTTTATCAGTATAAGTGTATACCATTAATATTCTCCTTCTGAACCATCTGAATAAATAATTTTTGTGAGTTTACTAGTCTTACCCAAGTGACTATTTAAAAATTCTCGGTCCTCTTTTCTATTCTCTCTTTCTAAGGATACATCAGAAATACGTTTATCATTTTTGAATAATTAATTTTATATTTTATGCTTCTCTCATTAAAAAAATAGTTCAACTACGCAGAGTCCAGCTTCCTGGAGGATTTGTGTAGTTTGCATTAGAAAATCTAATTTCTTCAATACCCTCATAACTATCTTTTAAAAGTTTCAACCAAACTAACTTCATACTCTCTATTCCGACGCTTCTTGAGATTTCCCTAACCTTACTAAACATAAAAAATACACCTGCTGTGATAATTGCGATTGACAAAACGATTAGTAGCTTTTTACGGCTTTTTTTCATTCCAGAAATATTCATTTAAGCTTTTCTCCTTTTCTCTATTCTACTATGATTTAAAGATAAATAACAGTAGAATAGAGAAAATCAAGTAATTGTCACAGATACTGCATCAAACATCAAATCCCGTTACTGGGTCAGACTTAGTGGCAACAACACGGAATTCTTGACCATCTGAGGTAGTTATGGTGTTGGTTTCTAAATCATCAGGAGATATATTTTCAATGAGATTTGAATTGACATAAGTCCTACCGTTACCTTTAGCGAATTCAAGATTACACTATATACAGCATAATCCCGATTCAAATTGTTTAACTGCTCATCTGTATAGGAAAATGTCATCATTGTTCTCCCATGCTATTATCTGAATATGTAACAATTACTTTTAAGTCGGTCACTCCTTTGTAATTGTTAAGGAATTGCACCTTTTCTCATTGGTCAATGATCCTTGATAATTCTTTTTTATCATGGAGTCCATAGCCTATCCTATACTTAGTTTTCTTTCATCATTAAATTTGATTTCTACATCACAAGACCACGAACCTGGGAGGAGTTGTATATTCTGGATTGGAAATCTTAATCTCCACTCAATCTACTTCATATGAATTCTTTAGGCATTTACCAAACTAGTTCATACTCTCTATTTCGACACGTTCTTCTTGAGATTTTCCTAACATACTAAATATAAAAACACCTCCTGTTGACGATTTTGATAGTAAAACTATGAATAATGGTTTATAGCTTTTTTCTTAATCTGTTTTTACTCATTATCATTTCCTCTTTTCTCAGCATATTCAGCATTGACACTGTATACATTCTTCCCATGGATTAATTCATTAAGTTGTTTTTTCTGTATAATTAAATACCATTACTGTTTCCCTCTTTCTTTGTTAGAGTATGTAACCGTAACTGTATTAGTTGTTATTCCTTTTCTTCGGTTAAGAAAATCTCGCTGTCCATAAGTCATACGACCGTTATAATTTTTTTCTATCTCATCTAGGTTATGTGGAATTCCATAGAATATTTTTTCCCCATCTTCAAACAAAATATCAACCTTACAAGACCAGTCACCAGGAGAGTTCGTATATGTTGGATTGGAAATTTTGATTTCTTCTATAAACTTCATATGAATTCTTTAAGGCACTTGCAAACTAACTTCCCTTACTCTCTATTTCGACGCTCTTCTTAGGATTTCCCAAGATACTAAACATAAAAACACCTCCTGTGATAGTTGCGAGTAGTAAAACTGAATAATGGTTTATAGCTTTTCTTAATCTGTCTTTACTCATTATCATTTCCTCTTTTTCTCAGCATATTCAGCATTGACACCTCATACATTCTTCCCGTGGTTTAATTCGTTGAGTTGTTTATCAGTATAACTAAATGTAATTATTGCTCTCCTTCGTCATTAGTAGAATAAGTTACCCTAATAATTTTCGAAGCAGTTTTACCCTTGTTTTCATTTAAAATTGTCGATCTTTTACTCTATTTTCCCATTCCAATGAAGTATCTGTTATTTCTTTAGTGTCTAGAGAATATATCCAACACCATACTTAATTTTTCTTCATGTTTAAATTTGATTTCTACATCACAAGACCACGAACCAGGAGGGCTTGTGTATTCTGGATTAGAAATTCCCGATTTCACTCTATCCCTTGATAAGAATTCTTCAAGGCATTCACCAAACTAACTCATACTCTTTATTCCGATGTTCTTCTTGGGATTTCCCAAACATAGAAAACATAAAAATAGCTCCTGCTGTGATGGTTGCGAGTACTCTAAAATGATTAGTATTCTTGTATGACTTTTTTTAATTCCAGAATTATTCATTTATGCTTTTACTCCTTTTTCTTATTATACAATATTCTAATCATTCTTTACAAAGTAGGGAGTAAAAATCATACTATATACTGAAAATTAGATTTCTAATTCTTAAAAAGCCAAATCTTTTTTGATTTGGTTTTTGAAAGATTTATATTAATTTTATTCATACCGATTATACTCATCTTTTTTATGTATTACCATATAGCAGGATACCAAGATGACGAAAATTTTGATTAGGTAGGTTTCGTATCGATTAGTATCTATTGTTATCTGAGACAAGACATTAATGATCGAATGTATATAACGCAAATCCAGATTCTTTGTTTTGTTATAAAGAGCTGAGAGTATGAAAGAATTTGTCAGCAATCCAAAATAAAAACGGTAGAGTTTGCAGAGTTGCTAGGGAGCCATCTATGTAAAAGAACAACAGATGCCAAATCGCCCAGCTGAAAAAGGTTAGGATTGTTGAGTAAAAATATGGCAACTTCTCTTGTAAAATTTGTTGAAAGACATATCGCCATCAATCTCTTCTATACCACCAAAGACAATAAATTTGAAGAATATCAAAAATGGGAGATACCAGCTAAATTCTATCATTTTCCAACCAAACATTAGAAAAGAAAAATCAAGGATAATTAGGAAAAAGATAATAAATAGTGTTTATAACTGGTATGAATGTTAAAAAAACGTTTACAATCTTCTTAAAATGAATATGAAAATAGTGATTTGCAACAATTATTCCCCAAGAGCTGAAGAAATCCCACCAACAATGATTCCTAAAATATAGATAATAGATTGGACTGAACAGAAAAATGATTCAAGAGAAAGAAAAGGAGACAAACTGATACTGTTGGCTAAATGTGCCCCTAAGCAAATATACCGCAATTGCCTTATTTCTTTTCATTGAGAATCCTTTCAATAATATTTACGTAAAATAAATTATGTAAACAAAAGCTTACAACAACAAATCTTTGACTTTTCCAATTTCACTTTTTGGAATCACCAGGTGAATCATATCACCCAGATACATTCTAGTTGAGCCGTTAACGGTTTGGCTTTTGCCATTATGGACTTGGGTGGTGATGAGTACGTTATGTGGCAAGTTGAGCTCGTGAACGCCTGTTTTCCAGCGATTTTGTCAGACACAGGGATTTCTATGAGGGTGACTTCTCCTTCGTCTGTTGCTTCTTCTGGTAGCATTTTTCGAGCATGGCCTCATAGACTGGTGCTCCCTTGAGCAGATCCATGACGATGTAGGCGACTAAGGTCACTAAGCCCAGATGGCATGAGGTTGCGAATATCCCCAACCATCTCAGTTACGAGGATCATGGCAGTTAAAGTGCCTTAGAAGTACTTACAAAAGTGCCATAATTCCAGAATGACAAATATAAGGAATTGCTCCTGACTGACAAGCCCAAGGTTGACACAAATGACACCAACTAGGGCACCAAGTAAGGAACCAAGCGCCAGAATAAGGAAGGAAAATTCCTCCTGGGGAAGGCCACTTCCATAGCTAATCATGCTCCAAATAAAGCGAATCAAAAAGTAAGCTAATAAAACCTGGAAACTAAAAATCTTTGCTCGGTTAGGGAAAGAACAAGCTGATTCCACACCAAGGATTTGTGGCAAGAAAATCCCGAAGCTGGTATGATAAGGATAAAGGCTAGGATTGGATAATAAGCTTTATCCAAATGGATTTTTGACCAATCCAGTCATAAATTCGACCAACATTAGAATTTCTGACCTTCTCATAAGAGAAAACCAGAAAGTCGAGAAAAACTCCATAAAGAGGTAAATCAATACTGGTCTAGGGTCATGAGAGGAATGTTGTCTGGCATATCCAATACGGGTGTTAGGCCAAATATGAGCAGAGAAACAAAGTTTGCTACGAGACTGGCTGCTAAGAGTTGAGACCCAGAAAAAGCGAAAAATGGTGATAGACTTCTTCTACAACAAAGAGGAGACCTGCTATCGGTGCATTAAAGGCAGCGGCAAACCTGCAGCAGCTCCACTGGCAATCGAGGGAACGTTCCTCTACTGGGCGATTTGAGCCACTTGGCAATACACTACCACCAACTGCTCCAAGTTAGTGCTTGGCCCTTCTCGACCTAGCATAAGGCCACTGGCAATAGCAAGAATACCTAGAATATATTTTTTTCCAGAGGACACTCCTACCAGTTGAGACTCATCAGTCCCTTTATTCAAAAAACTGACTTGAGGAATTCCTGAACCCTTGATATCTTTTTCTGACCGGCGAGTTAGTTTCGCGCTAAGCCAGCAAACTATTACATAAAATAGGCCAATGATAAAAAGATTGCGCACTAGGTGCTTTTTCCAGTCTTGATAGAGTCCTTGTAGCAGGTGGAAGCCCTTTTCGATTGAAAATGAAAAGGATCGACGATTAGCCCGACGACGAGACCAACATAACCAAATTCCTCGCCCAACTTGGGATAATATGGTGCTTGAGGCAAAGGCAAATTCTTTCTTGGAACTGAGTGTTTCTGACCGTTCCTCCATAATCATTTCCTCTTACTTGTCTTTCTTAGTTGAAACCAGTGTTTGACTGGTTCAAAACTGGTTCGGTGAATTGGGGTGACACCTAATTTTTCCAGTCCTTCTAGGTGTTTAGCTGTTCCATAGCCTGTATTAGCTGTAAAATCATATCCAGGATATTGCTGATCATATTCTTTCATCAATTCATCCCGTGTCACCTTGGCCACTATAGATGCAGCTGCGATGGAGAGGAGTTAGCATCTCCTTTGATAATGGAGGTTGTGAAATTGGTAGCTCAGTTTCATGGCATCTATCAATAGGTGCTCGGGTTGCGGATTGAGCTGGAATTGCTTCTTTCTTGGCTAGTTTGGTTGCTTCATAAGATATTGACTTGGTCGATGATTTGATTATCATGATTCAAACACCGATTGCTAAGGCTTGGTCTTAGTTCTTTGATAATTTAAGATGTTTTCACTTTGGGGATTTTTTTACTTATCGTTGAGGCCTTTAATCTTACAATTTTTAGGTAAATAACAGCTGCAGCGACTACGGGTCCAGCCAGAGGACTACGGCCGACCTCATCAACACCTGCTATTAAGGTCAATCCTTGCTTGTAAAGCTCTTTTTCGTAGGAAAACATGGATTCCAGACGAAAGGTCTTCATCCATTTCAGCCTGAATGGCTTTTTTACGCTTGTTGATTTCCTTTTGAACCCCAGAACGGGGATCTTTTTCGAATTCCAGAAAAGGGGATTGTCTAATTCTTTGACAGTGGCAAGAACTTCTCTGATTTCTTTAATCGTTGTCATCAATGTCGTCCAATGTATCTAAGGTGTAGTTACCGAGTTTTCCATCACGTACTTCCTTGACGAAGAGGCTGTAAAAGCGGTCGTAGTCGTCTCGGAAGCCAAGGGCACGTGTCATATCCATGATAATAACAGGTGCTTCTTCTTCTATCTTCATTTGTTTGAAGCGTTCAGCTAGCTTTTCTGGATAATGTTTTTGAAATAATTGAGACCAAAAATGGTCACTTCATCCATAGGAAACAACTGGTCTTTAATGGCTCCTGTTAGGGCTAGTTTCAAAGCTACGGTTTCTTCTTCGAACTTAGGCCAGAGAATCCCACAGATGTGTATAGGATTTCAGGTCTTTGTTGGTTTTGAGCCACTGTTGCCCCTTGGTAACACCTGGTTTATTGCCGACAACTGCAATCCTTTCCCAGCCAAACGGTTCATGAGAGTTGACTTACCGGCATTTGGAATTCCGATAATCATGGTCCGCAGGTTCAATTTTGATACCGCGTTCTTTCTGGTACAATCTTATCAGCCATGAGCTTTTTAGCAGCATCTGTCACAACTTTTGCAATTCTGTATCTTTGGAGTTGATAGCCAGAGTTTGGATTCCCTGTGATTCAAAATACACGACGCCATTCTTTGGTCATTGCTGGGTCTGCTGGGTCAACCTTGTTCAAAAATCAAGAGTTTAGGTTTATCACCCACAATCTTGGTTAACATGGGATTTGACCAAATAAAGGTAGCCGAGCGTCCACCAAAATCGTCACAAAATCAACAAACTTTAAATTCTCTGAACTTGCGCGAGCCTTAGACATGTGACCCGGAAACCATTGAATAGTAGCCATAATATTTTCCCCTTCCGACTAAAAAAAACGTAGTAAAAACGTTTTCTTTCTTACTACCTATTCTATCATAAATGAGGAACTTTTGCACAGGCTTGACACAATAAATGACAAATAGTATAGGTCCGACACATCCTTGATGCCAGTCACGATTTACTTGACTTTTTTTGCCAACAGGTATATGTTAGTGTATACTAATTCGTGGAGGTAGAGCAATGAATACAGTAAAGACTCGCAGACAGAATTCGCTCACTGTGACCATTCCTAAAAATTTAGGGATGACAGAAGGTCAAGAAATGGTTGTCTACAAAGGGATTGACGGAGTCATTGTCTTAGCTCCAAACAGAAAGATCCTTTTGATGGGATTACTGATTTGAGAATGACAAATGATGATTTTGAAGGTAAGGTCACTTGATAGCGAAATCTGGAAGTATATTCCTGAAAAGCAAGATATCATTTGGCTGGACTTTGATCCATCAGTCGGTCGAGAAATCCAGAAACGGCGACCTGCCTTGGTCGTTTTCTAGGAGAAGAATATGCCTTGCAAACTGGTTTTAATGGCTGTCTGTCCTATCACTCATGGCCAACAACGTTTGGCAGAAAAAGTTTGCTCGTTCCTGTCTCATCAGATAAGGTGGAGTGGTGCTGTCAATCCATTTCAACTGTATACCTTTGATTTTCGGATGCGTAATGCTCAAAAAATAACAAGAATGGACACACAATGTTTTCAGAAAGTCGTCAACTTGTACCAGTACATCTTTGGAGATACTTAAATCCTACCATGCATAGACAAGGTAGGATTTTTTTCCTATATGAGTAACCTATCTAAAAACGGATGAACAATTGAGGAGAATCCCTCTAGTGTAACTTTCTTGTGCAGATGATAGATGTTCTGCCTGAAGGCATTCTTTTAGAAAATCGCGGACTTGTTCTGGTGCAATTTCAAACTCAAAGACTTTCATCTTGTAGAAAAGTCTATGAGATGCTCAGATAAGTAATCATCTGAAAAGGCTGCTTCTCCTTTTTCGATATTCTAATAGAAACCGAGAAAATCTAGCTTTTTCATCAGGCAAATCCCGAAAATAGGAATTAAACCAAGTCTGCTTCTGCTTTCGTTCAATCGGATTTTGATTTGCAATTCGCTGATCCTTTTCCAGCTCCTTTTGGTTTTGTTTTAGCCTTGATAGCCAGTTTTCGCCTCTATTTTTTTCCGAGATTTTCTCCCATTTTCGTTCTTCTTGGGTCAAGGTTTCTGTAAAGCCAAAGTAATCTTGATAGAGTCGTTCTGCAGGTCCCATAGCAAGAATGAGGTTGTCAGCAATAACTTGGCGATTTTATCTCTTTTCTTGCGTTCTTTCTCATGAATCCGTAAATGCTGCTCGTAGTCAATTTTCTCCTTGCCTAGTTTGACAAGGTAGAGTTGGTCATCGGTCTTACCAAGTAAAAAAGGTTTGATACACTTTTCCAGCACTTCTTCCATACGAGCCTTCTTCTTTGGATCTGCCTTGGTCCAACTTCCACCTTGAAAGACTTCTAGGAAGAGCTGGTAATCTTTCTCCAGGTGCGAATTGATTGCCACGATTGGCTTTGAAAACACCTTTTTCCCAAACCATTTTAGAAGTCGTTCGTCAAAATCGCTTTTATTAACCTTGATTTTCCTTTTTCTGAGCCTTTCTGGTTAGATTTCAACTTTTCTGAGTAGTTTTCTTCCTCTTCTAGTTGCCGATCGAGATAATGCGATGAAAATGGCGAACACAGTCGCTTCCGATAGGAAAAAGACGTTGGCCTGTGACTCCGTTAAAGAGTTCGTAGGCGTATTTTGTAAGCATTCCCGCAGACACAGTTACTACGGTAATGCCATTAAAGATCAGAAACTTCATTCCATTCCTTGGTAGCTTGATCCCAAGTATCAGCTTTTGAAGCTTGTAAAACTGCATCATGAAGGGATTTTCTAACTGGAAGTGTCATGAGGTCTCCTTTCTAGGTTATACTTTTACAACTTGAACCTCGTCTTTGCCGAGCAAAATCAGAAGTATTTTTAAATGTTTTCAATCAGATAGGCTCTAGATAAAGCTGTACCTCTCCGTCTTAAGGAGCTGATTACTTAGTAGCGTATGCTGCGTGAAATTGACCGCCTGGGGAGAGTACGGTCGCAAGATTAAAACTCAAAGGAATTGACGGGGACGCACAAGCGGTGGATGATGTGGATTAATTCGATGCAACGCGAAGAACCTGGTCTTGACATGTAGGAATCCTCCAGAGACGGAAGGTACCTTCGGGAGCCGTAACACAGGTGCTGCATGGCTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCGCAACGAGCGCAACCCTTGTCATTAGTTGCCATCATTTAGTTGGGCGCTAATGAGACTGCCGGTGACAAGCCGGAGGAAGGTAGGGATGACGTCAAGTCTCATGGCCCTTATGACCAGGGCTTCACGTCATACAATGGTCGGTACAGAGGTAGCCAAGCCGCGAGGTGGAGCCAATCTCACAAAACCGAATCGTGGTCCGGATTGTACTCTGCAACTCGAGTGCATGAAGTGGAATCGCTAGCGTAATCGCAGGTCAGCATACTGCGGTGAATACGTTCCCGGGTCTTGTACACCGCCGTCACACCATGGGAGTGGGGGATACCGAAGTAGGTAGGGTAACCGCAAGGGCAGCGCACCGCAGGCATGCTTCATGACTGGGGTGAAGTCGTGGCACAAGGTAGCCGTAGGGGAACCTGCGGCTGGGATACCTCCTTTCTAGAGAAAGAAGAGGTCTGATGCATTCACACTTATCGGTAAGAAGCTGTAAAAGATGTGGAAGAAAAGAAAGCGAGTGAAGACAAGATTCGCTTAAGAAGAGAATCCGGGTTTGTAGCTCAGCGGTTAGAGCACACGCTTGATAAGCGTGGGGTCGGAAGGTCAAGTCCTCCCAGACCCACCAAGAACGGGGGCATAGCTCAGTTGGTAGAGCACCTGCTTTGCAAGCAGGGGGTCATCGGTTCGATCCCGTTTGCCTCCACCAATAACTTTACAAATCAAGGAAGCCTGCTATACTTAGCAGCTTATTTTGATTTGCGAAGTGAAAATATCGACGCATCGATCTTTAACAAATTGGAAAGCCGAAATCAACAAACAAAGACAATGAGTTTGTTTTGATTTTTTGTTCTTTGCAAAGGATGAAAAATCTCTCGCAAGAGAAAAAGAAAACAAACACAGTATTTGGGTGATGATTGTATCGACCGAAATCCTGAAACACAAAAAGGCAGGACAAGGGCACAACAAAGCAGTAGCTTTATCAAAGTAGGAATTTCAGAGTTTGCTTCCTAGTCAACGGGTAGGTAAACAAAGTCAAAGAGGAGGTTCTTGAAATGATAGAGTCAAATGAATAAGTGCATCAGGTGGATGCCTTGGCGATGATAGGCGACGGGGACGTGTAAGCCACCCACCCGAAAAGCGTGGGACTGGCAATAATATGATCACTGATGTCCGAATGGGGAAACCCACCTCTTAGGAGGTATCCTTATCTGAATACATAGGATAAGCGAAGCGAACCGGAGAACTGAACCATCTAAGTACCCGGAGGAAGAAATCAACCGAGATTCCGCAAGTAGTGGCGAGCGAACGCGGAGGAGCCTGTACGTGATAACTGTCGAGATAGAAGAACAAGCTGGGAAGCTTGACCATAGTGGGTGATGATCCCGTATTCGAAATCTCAATAGTGGTACTAAGCGTACGAAAAGTAGGGGCGGGGACACGTGAAATCCTGTCTGAATATGGGGGGACCATCATCCGGCTAATACTCATCATCGACCGATAGTGAACCAGTACCGTGAGGGAAAAGGCGAAAGAACCCCGGGAGAAGTGAAATAGAACCTGAAACCTGATGCGCACAAACGGTGGAACGCACCCTTGTGGTGTGACTGCGTACCACAGCATGTCGGGTCAACGACTTGCATTCAGTAGCGAGCTTAACCGAATAGGGGAGGCGTAGGGAAACCGAGTCTTAATGGGGCGAATAGTTGCTGGGTACTGGGCCAAAAACCGAGATGATCCTATCCATGGCCAGGTTGAAGGTGCCGTAACAGGTACTGGAGGACGAACCACGCATGTTGCAAAATGCGGGGATGAGCTGTGGATAGGGGTGAAAAAGCTAAACAAACTCGGAGATAAGCTGGTTCTCCCGAAAACTATTTAGGTAGTGCCTCAAGAGCAGACACTGATGAGCCAAAAAAAGCACTGTTATGGCTAAGGGGTTATTACAACTTACCAACCCATGGCAAACCAAGAAATACCATCAAGTGGTTCCTCAGGAGACAGACGGGTGCTAACGTCCGTTGTCCAAGAGGGAAACAACCCAGACCGCCAGCTAAGGTCCCAAATGATAGATTAAGTGGTAAACGAAGTGGGAAGGCCCAGACAGCCAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGAAAGCGTAATAGCTCACTGGTCGAGTCGTCCTGCGCGGAAGATGTAACGGGGCTCAAATCTATAACCGAAGCTGCGGATGCCAGTTTACTGGCATGGTAGGAGGCGTTCTGTAGGCCGATGAAGGTGCATTGTAAAGTGTGCTGGAGGTATCAGGAGTGCAGATGTTGACATGTGAGTAGCGATATGGTGCTTAACTCGCCGAAAAGCAAGGTTTCCTACGCAACGTTCATCGGCGTAGAGGTGAGTCGGCCTAAAGGGCGAGACGAAATGCGTGATCGATGGGAAACTCAGGTTAATATTCCTGTACTTGATTCAAATGCGATGTGGGGACGGAGAAGGTTAGGTTAGCTGTTGGAATAGCTTGTTTAAGCCGATAGGTGGAAGACTTAGGCAAATCCGGGTCTTCTTAACACCGAGAAGTGATGACGAGTGTCTACGGACATGAAGTAACCGATACCACGCTTCAGGAAAAGCCACCTGAAAGCTTCAGTTTGAATTGAACCGTACCGCAAACCGACACAGGTGGGCGGGATGAGAATTCTAAGGCGCTTGAAGGCTCAGGAGAAGGAACTCGGCAAATTGATACCGTAACTTCGGGAGAAGGTATGCCCTCTAAGGTTAAGGACTTGCTCCGTAAGCCTGGAGAGGTCGCGGAAATAGGTGGCTGCGACTGTTTGGTAAAAACACAGCACTCTGCTAACACGAAAGTGGACGTATAGGGTGTGACGCCTGCCGGTGCTGGAAGGTTAATTGAAGATGTGCAAGCATCGGATCAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGGAAATTCCTTGTCGGGTAAGTTCCGACTACTTTACGAATGGCTAACGATGGCCACACTGTCTCCTCCTGAGGACTCAGCAATTGAAGTGGTTGTGAAGATGCAATCTGCACCCGCTGCTTCGACGGAAAGACCCCGTGAACCTTTACTGTAGCTTTGCATTGGACTTTGAAGTCACTTGTGTAGGATAGGTGGGAGGCTTTGAAGCAGAGACGCCAGTCTCTGTGGAGCCGTCCCTTGAAATACCACCCTGGTGTCTTTGAGGTTCTAACCCAGACCCGTAATCCGGGTCGGGGACCGTGCATGGTAGGCGGTTTGACTGGGGCGGTCTCCTCCCAAAGAGTAACGGAGGAGTTCGAAGGTTACCTAGGTCCGGTCGGAAATCGGACTGATAGTGCAATGGCAAAAGGTAGCTTAACTGCGAGACCGACAAGTCGAGCAGGTGCGAAAGCAGGACATATGATCCGGTGGTTCTGTATGGAAGGGCCATCGCTCAACGGATAAAGGTACTCCGGGGATAACAGGCTGATTCCGCCCAAGAGTTCATATCGACGGCGGAGTTTGGCACCTCGATGTCGGCTCATCACATCCTGGGGCTGTAGTCGGTCCCAAGGGTATGGCTGTTCGCCATTTAAAGTGGTACGTGAGCTGGGTTTAAAACGTCGTGAGACAGTTTGGTCCCTATCTGCAGTGGGCGTTGGAAGTTTGACGGGGGCTGCTCCTAGTACGAGAGGACCGGAGTGGACGAACCTCTGGTGTACCGGTTGTAACGCCAGTTGCATAGCCGGGTAGCTAAGTTCGGAAGAGATAAGCGCTGAAAGCATCTAAGCGCGAAACTCGCCTGAAGATGAGACTTCCCTTGTGGTTTAACCACACTAAAGAGTCGTTCGAGACCAGGACGTTGATAGGTGGGAATTAATGGAAGCGCGGTAACGCGTGAAGCTGGCACCATACTAATTGCTCGTGAGGCTTGACTCTATCATTTGAAGAACTTCAAAAGATAAAGAAACACTATTGATTCAGTCATCACCAAATAATTGATTAGGCTTTACCGATTTGTAACAGTTTAAGTTTGGCAGCCATAGCGAGTTGGTCCCACGCCTTCCCCATCGAACAAGACCGTGAAACGACTCAGCGCCGATGATAGTGTGGTTCTTCCATGTGAAAGTAGGTCACCGCCAAACACTCATTCGAAGCCCCCGACTGATGTCGAGGCTTTTACATGCCTGTCGTTTCTGTCGATTTGGCGATAGAGGATTATGATTACCTGTTGTTATTCTTGAACAAAAGTACCGAAAGTTACGGTTAACCGTTTGGAATATTTGAAATTGAACGATATTTGCGTTAATATGTCGTAAGCATTTATGTGGGTACGGGCTGTTGCCCTATCTGCAGATGTGCAGTGTTTACAGAGTGGAATAAAACCATTCGGTAGACTTCCTGACTGATTCAATCAAACATGTTATGGGAAAAAAATCTGATGAAGAAATTTTTATTTGGTGCGTTTGCCGCCATCTGTGCGGCGTTTCTCTTTAGCTGCCGTGAACATCAATACCGCGTCTTCTGCCGAACTGGAGGCATTGCCGGGTATCGGTCGGCTAGGCGAGCGATTGTGGAATACCGTCAGAAGAACGGTGCGTTCAAATCGGTGGAGGAACTGAAAAAACGTGAAGGGCATCGGTGATGCGGTGCTGAATAAGTTGAAGGCGGAGGCGACGGTTTCTTCTGCCGCGCCTAAGGCCGCCAGCCTGCCGTGAAAAATAAGTCTGACGGACGTTTGTGCCGTATATGCCGCCCCGAGGCCGAACCGTTGCCGGTTCGGGCTGACGGGCAACTTTGTATGGGCAGTGGCAATGAGAGTTTGGATCAGTGGGGGATTTCAGTGGAGTATATGAAAACAGCCGAATCCACGTATGGATCTCAACTGTTGAGTACCGAGAGGTTATTTTGCAAAGGTATAGGCCGTCTGAAAACTTGAAGGAAGCGGCCGTCTGTTAAATATGAGATAATGCGGGGGGATTTCATGGGTGTGGTAGAAACATGGTTGAGACTGTCCGGTGGGAATCATGCCGGACAACGATGGAGATCGGTTGCTTGAAACGCGCCTGTTGCGGGATTTTATGGGAAGGAATGGTCATGCCTAATCCGCTTTATCGGCAACATATTATTTCAATTTCAGATTTGACGACGGAGCAGCTCGAATTGCTGCTTCAGACGGCCTTGAAGTTGAAAAAGCAGCCTCGTGAAAGATTTGCTTGAAGGTAAGTTGATTGGTTCGTGCTTTTTGGAACCGTCCACCCGTACGCGTTTGTCTTTTGAAACGGCGGTACAGCGTTTGGAGTGGGAAAGTTATCGGTTTTTCCGATGGCGCGAATACCAGTGCGAAAAAGGGTGAAACGCTTGCGGATACTGCAGGGATTATTTCCAGCCCTGTGCGGATGCGATTATTCAGCGACACCCGAAAGACGGTGCGTCCCGTGTAGCGGCTGAATTTTCAGGCATTGCCTGTGATTAATGCCGGTGATGGTACCAGCCAACATCCGAGCCAGACACTTTTGGATTTGGTAACGATTTATGAAACGCAGGGCAGTTTGAGCAATTTGAAGATTGCGATGGCAGGTGATTTGAAATATGGCCGTACAGTACCTCATTGTGTCAGGCATTGGAAACGTTGGGGTTGTGAGTTTGCATTTGTATCCCCTCCCCGGCAGCGATGCCGGACTATATTGCCTGAAGAGCTGGAGGAGGCCGGTTGCCTTACCAAGTTTTGTCAGTTTGGAAGAAGCGGTCGAATGGGCGGATATTTTGTACATGACGCGTTCGGCGCGAACGTTTTGATGAGCAGGAATTTGCCAAAATCCAGGGTAAATTCAATCTTGATGCACCGATGTTGTAAAACGCTTCAAACCCAATTTGCGCGTCTTGCATCCTTTACCAGAAGTGAATGAAATTCATCCGAATGTGGATAAAACGCCTCATGCCTATTATTTTGAACAGGCAACCAGCGGCGTGTATGCGCGGATGGCAATTTTGTCTTTGGTATTGAACGAAGAAGTTTAAGGAGCGAAAGATGGAAAACTCAAAACTCAGCGTGGAAGCGATTGAACAAGGTACGGTCATTGACCATATTCCTGCCGGTAAAGGCTTTGACCATTTTAAGACAGTTTAAGCTGCTGCATTGTAATAGCGCGCGGTTACGGTCGGCTAATTTGCCAGTAAAACGAGGGGAAGCAAAGACATTATCAAAGTCAGCGGCGTATGGTTGGATGCCAACGCGGCCAACCATTTGGCTTTATTGCCCCTGAGAAGCAGTGGTCAGCAAAATCGATCAGTTTAAAGTAATCGACAAACAGCATTTGTCATTGCCGGACGAAATTTCGGAAGTATTCCGCTGCCCGAATACCAATTGTGCCAGTCATGGAGAGCGGAGTCATCAGCCGTTTTTATGTCCGTTCACATAATGGTCAGACGCGTTTGAAATGCCATTATTGCGAAAAAACCTTCTCGCGTGATTCGGTTGCCGAAGCCTGATAAAAATCTCAGGCCGTCTGAAAACACGGCTGTGCGGTTTGAGTTGTCTGCTTGATACATTAGTTTCATAAAAAGCAAGATATTAAGCAAATTGCGTTAAAATTACGTTAAAATAATGCCTTCTGAGTTGATGACATCATTAGCTCAAAGGCATTATTTTTTATAACACGACACGAAATGTAGGAAAACATGCACTCATCCATACAAAGCCGGTTTGCCCCAATTTTATACGTTTTGATTTTCTTTGCCGGATTTTTGGCAGCACAAGTTTGGTTCAATCAACAATTTCTATTTGACCAATCTTCCTTTTGGTTACTGCCATTTCTGCCGTTGCATTTGTTTGGTTGATTTGGGCTGTCGTCTCTGCGCGATCCAAAGCAAAAAGCAAGATGTTGCACCGTGAGCAGCTGATTCAAAAAGGCATTCATCCTGTTTTGCATGCGACGTTGCAACGTTCCTGATGGACAAACGGATTTATTAGTTTTGGTTGTCCGCAATGGCGGTAAGGGGCTTGGCAGAAGAATGTGCGTTTTTGAGGCAGAGGCTTTGCCGGATCACTTGCCGAGCAAGCTGGTTGCCGATGCGGTTATGCGCTTGGAGATGTTTTCCGGCAGTGTGGATATGCTGGCATCGGGCGAATTGTATGGCGGCGTGTTTGCAAGCTTTATGTTGGCGCTGGCTGCCAGTGCCGGACCAGACATTTGGCAGCTGTGTTGAAACTGAAGGCCACTTATGAAAATGCTTTTGGTGATCAATGCACTTCTGAAAGCGTCTTGGATTTGAGCATACTGAATTTCAATTTGTTAGAAATTAGATCCAGTGGCGAATAAGCCACCGCAAGAAATTGTTGTATTGTTATACAAAATATGCAGGCCGTCTGAAATGAAATAGCGGTTTCAGACGGCCTGTTGTTATTTTCAAATGATTTTTTGAAGAAAAAGAGGCGTATCGGAGTATAATAATCAAGAATTCGAAACGGATTGTCAGGATCGGCGGCCGTCTCATCATTGTCGTATTTCGAAACCTTACTGATATTTTCAATCATCTGTTGCTATGTATCGGAACTTTTTCTGATGTTGGCATAGCGGCTCCTTCAGCCATTTACTCTCAGGAAGCTGCTTATGTTAGTGTGTAATCCTTATGAAGTTGTGATCCATGGTACGACCAGCAAAGGCAAGATTTTCCGACCAAGCGACTGGGCGGAGCGCCTGTGCGGTATTTTGTCTTCCTTTACTAAAGACAACCGCCTTTCCTATTCTAATTAGGTGCGCCCTATTTTGGTGGACAATGTCCGTTGTGTGGCAGTCGATAAAAAACTGGAAGAAGATAATCCGCAAATGTTCCGTTTCTTGATGGACTTTGCGGCGGATAATGATTTGCGTGATTGACTGCAAAGCCTTGCTTAAAGAGCAAGAGAGCAAACAGCAGGGCGAAGTGCCGGTTGAGCGCGTTTTGTTGGCGCAGGCGATTGAAGAAAAACATGCCGCCGAGCGTGCGGAGGCGGCAGCCTGTGCGCAGCCTGAGCCTCAAGCTGCCGCTCCTGTGGTCGGCGTATTGCGTGAAATTCCGCCGGAGAAACCGCGACTGCTTTTGCGGCACTGAGCACATTTTGCGTTCTTCTTTGATATTCACCGTTTCGTCGAACAAATCAACGAGCACCAGCGCAAAACCGGCTACCGCCTGTTGGGTATTTTGAAGAAGGCAAACAAAATGCCGTGGCCGTATGGTTTCCATACTGCACATAACTTGGCCAGCGGTTACCATATCCATATTGATGATCTCGCTAACCATGCCGCAATGCCGCCAAAAAAGGCTATGCTTCTCGTTTGTTGGAAGAAGTACGCAAAATCGGTGCGGAAACTGGCGCGACCAAAATCCATCTGAATGTCCATGTTAACCATGACCGTGCAGGTGCGCATCGTCTCTACTTCAAAAACGGATTTGAAATTTGCGCTTACCATTTCCGTTTGCGATCCGAAATAATTTTTGTAGAAGAATCCAATGTTGAAGATTTTGACTGCGGTTGTTTTGACACTGGGCTTGGCGGCCTGCGCATCGGGCAGCGGAGGCAGCTCGCAAATGTATGGTGAGATTAAGGCCGGTGTAGAAACCAGCCATCAACGTTGAGATATACAATGACAAGGCCGTCTGAAATAGGTTTTCCTGTTTCAGACGGCCTTTTTTATAACTTGATTAGAGGGTCGTGGAGGTGTCGTCAGCGGCAACAGTCGTGCAGGCGATACCAATTGTACAGGCGCAGGATGCTGAAAGCGATGATGGGCATGCAGGTTGCGGTAACCAGATAACGTGGGTTGCTGAAGTTTAAAACGTTGTGCCCAGAAAGTAGCGACAAAGCGGCATGCAACCATTCCCATAAAGACGAAATGCTGAATGCCAAAACAGCCAACAGAGCCGAGGTTCGGAAAATACCGATGGGCAGGATTTGTCGGCGTAATACAGCGCAGTTGAGTTGGAACAAGACAATCAAACCGAAGCCGATAATGCAGACCATGCCGCCGTTGGCGACGGTTACCGCAAACTGTTGAAGGCAATGTCGGGCGTAACGGAAATTGTACCGGACTGGTTGGCGGCGGTTTGTTGCAAATTTTAAGCCTTGCATGACATTAAGTACGAAACCGTAGATCAGGTCAGCCAAAACGATGCCTATGGGTAGCGGAGTCAAACGTTTCATGGATCGGTCGGATATTTCAGTATTATTCGTATGAGTGAGGCCGTCTGAAAATTAAACATGACGACGTGAGGGTATATTGTGTATCCGATAGGAAAGTAGGTTAATGCAAAAATAAATTTAGTTTAAGTCAGAAAATGATGTAATTTTACGCCAGCATGTTGCATTAAAGAGTACAATCCTCTTCATTATCAAACGTGAAATCAATAGGAAAGGACGTTTACATGAGCCAATTGCAACGTGATTTAACCCGTATCAGCCACAATACCAAAATTGTTGCCACATAGGTCCAGGCAGCAACAATGTACAATTGTTGGAAGACATGATCCGTGTCGGCGGCCTTGTTATGTCACGTCCGTTTCAATTTAGCCACGGTACGCCGGAGTTTCATGAAGAAAATGCCCGTATCGTACGCGAAGCTGCGCGAAGCGTGGCGAGGTCC + ,%(5;>>@,5()(-,=@ADGGCCB=7CEE>C7-KFCCEA?=BCG8255AC78>:=AHDEIKK?;;78797+,(24:)899;&.1(+*)%)/.-097.6:)BBABB>CFDDB;45(,*2069802((**+3,('&&,;==899)%&&*0256:9@DLMMC.AD@.2CIFLKFB?BA6=F=@CDC?86,'')57@B<4984/'%%$%12225.-%%,455<99);;?>C@:?;FD++;32//*&&).../487;C=?9<:>@4%*11556;:9$$$'*%#'$$,(')#$(7972)4'''+-,%#&$$%'%&*.5?@B?BAB@;8=>BAEEA8@DD>?;=JKNKIEBC249B>B@CHFJKFBDFDE1.LJAI;?E-+9;=;640355&'--,31/'$%+/,/9;:?H@9EB=>@C>AA8CC?65:80479785/0&'*+1;;>3:=<=>7+++,*+,-.568034234)7889<=<..%()))'((*+%,+.69GF=A>C=>CC>+89:;@A@?:BEGIIKRL9BADK=+(*&(/)5(%&)%'%)$3;=7:?GBCC;*0D:D67<@BECJEBED95@@;AGGA@9430&)'%@=BC??ADGGA:8633-%+'689<<>@@?DFFCC2.>A@<5452@<>=<:5)(')+(,1:8;CDG??;./14;?+89=>55@@<8A;:99:9965>=AB@AA<=AD<**)31/8@@:8==5=;&348??><;?-..%,++,073;>BC469562*+/9)/3+*/0(%((+*07@=?/9@??2.:=8,(&+.0(&$)%%%%++%(0.2078:?AC=>:?A:;(+'&()()),+3/</.(9BA8())=<=@8?A9-:A9-;@:8-&/6=0*,%.2899<8:9;>G@GLAGJADGCF?HGGI>CD?3@BB@<>>4'*%%(###$(&)#%$$'/,-)*-0**,%-%%%&&)0632$)#$'%%(20215:9/-45:;::;55&)*//388.@<2A8666'&'>>?F?>HFJ@AJEI?3,2)%$$&%0145?:?@BBD5/(,+$$%)'*(%$)(%+5:87>:/6=;8//$'5B@A9?EB).,60>=9>C@?>5:;<.BDFBB@7?;?=43344;:83/)$($%&$%&1.0511@;<=;22+=9;;=;;::A>>5?=>45+18A:==?=:---&,22779>;?>CA,F=::2122433.-*-&&&*)'322/*,((**&4333..0,,-*')*2;=>?CC%+37326,/9=C@B9983)3BMFGBG9D9KPI;8>?><+%%%/22%%%-1$'70/=::;<=<.-'*.0015,**++/612253??C;=PK:>@IKLBONMI@GG>EE::;A=<9=>@0&)*,,3;94<1:::;1::6:03214@><;A>:753<;;7@>9EB??<3>??A>6>B?;AE?B>>;:A>99=<39410+)*2**-%()'&'*+1%/452/&%%*.*8;9+03=2((%%'+($*)+,++''++)(+.9:71-/856<=AE?IHDCDHG;*0=EF@::??3>8@>
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cfc4778-c1a1-4950-8840-3551fbbb3948/1 ATTGTGCTTCGTTCAGTTACGGTATTGCTATAGTTGTCATGAACTTCCTCTTTTCTAATGGATATTGAGTGAGAACTCCATTAAACTCATGCATGCTCACATATTTTTAAGTAGAATAACTCTACAATATTATACAATTTTTACACGCTTTTAAAAATTGCAAAATTTAAGGGTTATTTCAATTTTGAGTCAAAAATAACAAAAAGCCTAAAAAAACGAAAAACAAAATTTAAGGGGATTTTTCAAAAATTATTTGGTCCAAAAATCACCCCAAAATCGTGCTGCCCAAAATTCACTTATAAGTGAATTTCGGGAAATTGAGCAGATGAGGTTAAAATGCTCAATGCTAAAACGAAGCTCAATTGGTATCAGTGATTACCCGTGAATGTACGAACAGGTGTCACTAATTGAATGAAGCTATGTGGAATACCAGAGTGATCTTCTTTTAATAGTTTCAATGTAAATGGACGGTTTTTGCTTCTAAGAAGTTGATCACAGCTTCTGAAGAACCGAATAATTTCAACACTTTTAAGTAGTCAGGGTTGAATGAAATTTCAAGTGGAGCTCCTTCGAAGTTTTCCACAGCGATTTCTTCTTAATGCCCACTTCAGGTGCATAATTGTGGGAATACGTTCTGGTGAAAGTGTCAATGTCGCGATATTGTTTTATCCGTATGTGACATTAATGAAGCACGTTCTACAGCACAAGTTCTTCGCAACAACAGTAATAGAAATATTCGCTCCGTCGTTAATTAAACGGTCTGTATCTGCGTTACATTCCTTCTAATAAACGAGTAAGAATGATAATGTTCTGTTTGGAACAAGATTTGATTATCTGTAATCATAAAATCAGTTGTTTCTAATCCGTCGATGATGAGATAATTCTAATAATGTTTTAGTGTGTCTTGTTTCGAAAGTCAATGCATCACTTCCAGCTGGCATTTTGTAGCGGAATGATACGTTGACAAACATTGAGAGTCAGTGCATTTAACGTTGATTTGTCTTTAATCACCATATGAATCCCTGTTAAGATTGGACGAGATTGCAGTTGAAACAACCGCTGTTTGTACAATCACTTGTCTGATAATGGAACGAGATGATGACATAGTTTTTTCGATTTCTTTGATAGTGTGGATAATCCACTGCTGATAATCCATTTAATGTAAATGATGCGTTACTGCTGTAATCGTTGCTTGTAAATTGATCGTTTTGTTTCAAGTGTGAATACATTTAAAGGTAATTTTTTAACGATTTCTCCAAAGAAACGAGCAGGAAGAACGATGCTACCTGGTTCTTGAACATTAATTGTAATTCTTCGTCTTCGATTGGTAAGAATACTTCGATAGAAACTTCTGAATCACTACCTGTTAATGTTAATCCTTCTTCACTAGCAACTAATTTAATTCCTGTCAAAATTGGAATCGTTGTTTGCAGTGGAATTGCATTGCACACATACAAGATTCTTTAGAATCCTTGTCTGTTTACTGAAAATTTCATAACTGCCTCCTTTAGGGTGTGCTTTTATATTTAATTTATTTATTAATAAAATAAGTAATAGTAGTAGGGCCTGTATATTGTGGAAAAGTCCATTTTCCTTATAACAGAGACCATTTTTAATTAATGGATAACCATTGTGGAAAACTCCACCGTTTATGGTACTTATCCACAGCTTAATAACTCGAGCTTGAATGCTTGATTTCATTAATCACGCGAATCGTTTCTGGATCATCTTTGGCTTCTTGGCTAATTTTTTCATAGGCGTGAATCACCCGTTGAGTGGTCACGACCAAAATCAGCACCAATCTTTTGAAGAGAAACACGTGTTAATTCACGAGAAAGATACATCACTTGATTGACGTGGACAGAATACATCGTCTTCGTTCTTTTTCTTTCCTTTAATATCTTCTACTGTAATATTAGTATTTCGCAACGGCGCTTTGGATATCGACGCCAGACGCTCGTAAAAACTTCTCGTCGCCTCCTCAGGAAGGAACGATTTACAGCAGCGCACGCTTCGCAGCCAAGTCTGTCGAAATATCTTGTCCAACCATCACTGAGTAGCTTGAAGACGCATTAATGCTCCTTCTAATTCACGGACGTTTGATTAAGATCATGACCTGCGACATAACTCTTTAGACGTAGGAATATTAAATCAAGTGATTGTGCTTTGTTTTGTAAGATCGCAATACGCGTTTCTAAATTCTGGTGGAGTAATATCTACGGATAAACCAGATACGAAACGAGGGCTGAAGACGTTCTTGTAATTCTTTAATTTCCGTTGGTTGACGGTCACTCGTTAATACGATTTGTTTTTGGTTATTGACGCATTAAATGCTGCTCTAGGAAGAACTCTTCTTGAGTTGCTTCTTTTTCGCTAAGAATTGAATATCATCGACCAGTAAGATATCCATTACGGTAACGATTTTGCGGAATTCTGCGGTGTCTTTGATCCAATCGAAGCAATCATTTCATTCATAAACTCTTCACTCGTCACGTATTTGACACGCGCGTTTGGATGGCTCTTCTTATATTTATTCCCAATCGCTTGCATTAAATGAGTTTTTCCAAGTCCTACACCTCCATAGAAGAAAAGAAGGAGGTTGTAGGTATTACCAGGAGTTATCCGCAACGTAATGCGCATGGCCATTTGATTTCCTTTCCCAATAATGAAAAGTTTCAAATGTATATTCTGAGACCAAATGCGAATCTTTATAATTGTAACCATTGTTGGAGTTTCAGTCTTGGTTGATTTCTTCGACTCCTTGATGGAATAGAGTATTTACTGGACCTTCATCTTCTGAATTGATAAAACGTGGTTCAAAGATTGTCTAAAGTAATCATATCCAATTTCCATAATGTCTCTGATGAGTTATCTTGCCAATATCCTGCGCAAATGTCTTAGAAGGCACTTTAATATAGAGAATATTTTGTTCAATTCGAATCGGTTCAGCTGGTTTAATCCAGTGATTAAAGGTAAATTCGAATTTTGTTTTTTTCAAAGTGTTCTAATAGTTTCCAAAATTCTTGGATGAATTCATAGAAATGCACCTCACTTATATCGTTTTCAAAGTTAATCCATTTAACAGTGTACCATCTTTCAAAAAAGTTTTCCACAATAGGATTGATAAAATCACAAAAAAGATTATTTTTGATAACTTTATCCACAAAACGGTGGATAAGTCGAAGAAAAAGTGGATATTATTCACAGAGATATGCACACATAAAAATGTATAAACAATGAAGAAAGTTGATATTAAGGAATTTAATATAGTTATCCACAATTATTGTATAATTTTTGTAAACAGATTGTTATTTTGTGGATAAATTGTTTATAGAAATATCAAATCGTCTTTTATGCAAAAAAAACTATCCACCATCTGATGTGAATAACAAAAAAAATGCAGACAAAATAGACAGTTATTTGTAGAAATTTTTAGGCTGATTATGTTATGATACTTCAGTAATTTAGTGATTAGATAGTTTATATTGACAATTAAACATTTTATATTTATAATGTACTAGACTGTCTGGGAGACTAGATATTTCATTTACAGTAGGAGGTGCACACGAATGAAAAGAACCATATCAACCAAGCAAACGCAAACGTCAAAGAGTTCACGGATTCCGTAAACGTATGAGCACAAAAAATGGCCGTAGAGTATTAGCAGAAAGCAGACGCCGTAAAGGTAGAAAAGTTTTAGCAGCTTAAATCTTGAACGTCTCAGTGGTCTTTTTTTTAAAAACCATTTGAGTGACTGGAGAGATTCAAGTAGATGAAGAAAATCATTTCCGAGTAAAGAAAGACCGCGAATTTCAAAGGTATTTCATAAAGGAAAAATCGACAGCGAACCGTCAATTCGTTATTTATCAATATAATAAGGAAGACCAATCCCATTTTCGTGTGGGAATCTCTGTCAGTAAAAAACTTGAAAATGCGGTTACGTAATCGTCTAAAGAGAAAGAATCCAATGTATTTAATGTGAACTGGACGACCAATTGTAGCAAGATGTGATTTAGCAATCATTAACAATCAACCCATCGTACAAATGTCTTATCAAGAAATGAAAAAGCAGTATGATGCAATATTTTAAAATTAGCTACATTATTACCCTAAAAATTAAGATTCCTACTATAAATAGGAATCGTTGAAAATTAAATATTCTAAAAAGGTGGGACTTTTCAGTGAAGAAAAAAGCCAATTGATTTTATCATTAGCAGTTTTAACTTTATTTTTAGCGGCCTGTGGAACTTCTCCAATTGCGGAGTCTAGTACAGGATTTTGGGATCGAATTGTTCTATAATTTATCTCAATTTATCATCTGGTTATCAAAACCTATTAGGTGGAAGTTACGGTTTAGGGATTATCGTCTTTTACGATTATTACTCGTTTAATTATGGTTCCTTTAATGCACTTCCAATACCAAAGCACGCGTAAACAAGCGATTCTTCAACCAGAAATTAAAGCTTTACGTAGAAGTATTTAACACGCGACCGTGCAACACAAGAAATGCTTCAAGCTGAAATGAACGCTATAGGCGTGAAGGTATCAACCAATATGCTGGATGTTTTACCATTATTAATTCAATTGCCAGTCATGATGGCATTGTATCAACGATGGTAGCGCAGACGTATTGAAAACAGGTCATTTCTTATGGTTCAAATTAGATTGTGAACCATACTTCATCTTACCAGTCTTAGCAGCATTAACTACGTACATCACAACATGGTTATCAATGAAAATGCAGATACTGGTGGCGCTAGTAAAGTTATGATGTATGTCATGCCAACAATGATCCTATTTATGTCTCTTAGGTTATCAAGTGCGTTATCCTCTACTGGGTAGTCGGAAACGTATTTATGGTAGGCCAAACATTACTATTAAATAATCCATTTAAATTCCAAGAAGAGCAAAAAGCAATTGCCGCTGAGAAAAACGTCGTGCAAGAGCGCTCGAAAAAGCGAAGAAAAAGACACGGAAAATAATTCTTATAGAGCTCTTGTTGAAATATAAATCATGAGATAATAACAATGATTTTTATAGAGTAGGAGAGTTTACGATGACAAATACAATTAAAGTAAGTGACGTTTCAGTAGAAAAAAGCAATCCAAAAAAGTTCGTCAGTTAGGATTACCGCAAGACCAAGTGTTTGTGGAAATCATTTCTGAAGTAAAAAAAGGATTGTTTGGCTCAGTCAAAAAAAATGCTGAAGTGGAATTAACACCAGTGGCTACAATGGTTAGCGAAAAGTAGTGAAGAAGTTGGAACCTGTTGTTGAAACAGCAGAAGAAATAACCACTGAAGCAGTAAAAGTTCCTGAAGAAGCTTCGAGGACGATGATTTCGAAGACAAGAGCAGGAGAAGCTGACTGCAAAGAAACTGTAGACCAATTAAGAAGAAGCTGCTCGTGTGACAAAAAGAATACTTAGAGGCATCACTTCTACTTTTGACGCTGAAGCAACAGTAACGGTTGAAGCACGTCGTGACCGCATGACTTTCTATTCGACACAGACGAAGCAAAGGTCTTTTAATAGGAAAACATGGTAAAATCTGGAATATCTTTACAAGTACTTGCGCGAAGTTATCTGTACACCATATTAAAGGACGTATTTCAGTTCAAGTGGATGTTGATGATTACCGTCAACGTCGTAGTGAAACGTACAACAAATTGCGGAAAGAACTGGCTCGTGATATTAAAACAAACAACGCAGTGTTTTACTTAGAACCACTTCCAGCGTATGAAAGAAAACAAATTCCACGCTGCGTTAGTAAAAACAAACGCATCTCAACTCACTCAGAGGTAAAGACCACATCGTTCCTCGTAGGTTGAGAATCGCAGAATAGAAAAATGAAAGCTTATGACCGTTTCGGTCATAAGCTTTTTTACTTTCAAAATCGACGGCACAAGAAGGATTAATGCTTAGGAATGATTGTATATCAATCATTTTTAGCGAAAATAAATGTAATGAAAATAACTTTCATTAAATGACAGTTATATAAAAAAATATATAATCGTCATTTTCATTCAAGAAAAGAAAAATCCACAAAAACTCTGCAAATGAAGTTTTTTCTTTGGATATATCGATAAGCCAAAGGTATAATAAATTTGATATAAGGGAACATATATTAATTAAAAGAAAGGAGATATTTATGGATATTTCAAATTTTTGTGAATCGAAGAAAAGAACTAGGTTTATCAATTAACGATTGGTGGGGTATTTGTACTGGCTACGGTAAAGTCGATTAGAAAATCACGGTCAAATTCCTTCAATGAAAATGACCTTGCTTTACAAAAAGTTACCAAATGGACATTAGAGTTATTTCCATCTGTAGCGTTAAAGGCTGGTGTTAAATAAGAAACTTGATAAAATCAATTCTATTGTGAGTATGGAATATGAAGAAGCAGAAGAGCTCATCAAGAAAGTATTATTATGCTATCTGACGGCTCAACAGAGTAGCGATATTTATCTTAAAGTTCCACCTATTGTAATGAACAAAGATGATGCAGACAGTTTCTTCCTGTTTTAATCAATTATTAGCGGATCATTCCAAACGTAGATAATAAGTATATCTTTTTATGTATACCGGAATTGGACTTATTTATATGAATCAAGCGTTCTGATAAGGCAGAATACTTCTTTGAAAAAGCTATTCACCAAATTGAAGTTCCTATACCATCAGGTCTGTAGAAGATGTTTGTAAAATTGTCTAACAATTCTATACCATAATAGCAGCATTTTGCGACGATTGAATGATACAAGTGATGTTATTACGCCGAGGGAGTAACGATTTGTGGGAAAATCGTGTTACTTACTGTAGCGCGAATCAAATATTTACTAGCTGAAAATGTATGAAAATAAATTTGATAAAAATGAAGTAAGAGGAATTAGCCCGAGACGCTGCCGCATTTTGCCAGACTGAATACAAATGCTGTATTATTAGAAAAGATAAAAGTATTTCAAGACCGTTTGGCGAGGAGAATAGATATGTCTATTCGTCTCAAAAAGGAAGATTTCCTTAAAAGAAAAACTCGAAGTTCTGGAAACATTAAAAGAGGAACTAGTCAATGATGATGGTATGATTTAGATAGTTTTGGAGATGCGTTTATTATGATGCAAAAATGGAAGAAGATAAACGTCAACAAAACCTTGAAAAGAACATCAAAAAAGAGTGGGCTCAGTTTAAGACTGAATTTCTACTATAATATAGTAAACAAATTCAAAGAAGACTTTGGTGAGTTCGCCGGGTCTTCTTTTTATGTTTGAAAAAGCATTTCTGTAAACATTTATTTGAAATGATTTTCATAAAATTCTTAGTAAAAATAGCGTCATTTTTAGTTGAAATTGCCTATCAGTTATGATAAATTCAATATGCTATCGAATCAGAGCATTCGCTTTTCAAAACATTTTCAAAAAAAGTTTTGAAAACAGCAAACGTAATCGTTTGACGGAAGCCCTATATTATGATAATATATAGGAGTTGTTTACCAAACAACGATTGTTTGAAAACTGAACAAGAAGACAAACCAAATGTGTAGGGACTTCATCTTAGTGATGAAGAAACAACAATTTCTTATCTTAAAGAGATACAATAAGTCAGTAATTAAAAATGGAGGCTTTCAAAGCTCATGAAAATTAAATTTTTCATGAGTTTGATCCTGGCTCAGGACAGACGCTGGCGGCGTGCTAATACATGCAAGTCGAGCGAAGGCGACCGGTGCTTGCACTGGTCAATCTAATCGGCGAACGGGTGAGTAACACGTGGGTAACCTGCCCATCAGAGGGGGATAACAACATTCGAAACGGATGCTAAAACCGCATAGGTCTTTGAACCGCATGGTTTAGAAGGAAAAAGAAGGCGCAAGCTTCTGCTGATGGATGGACCCGCGGTGCATTGCTTAGTTGGTGAGGTAACGGCTCACCAAGGCCGTGATGCATAGCCGACCTGAGAGGGTGATCGGCCACATTAGGACCAGAGACACGGCCCAAACTCCTACGAGGCAACGGTAAGGAATCTTCCTGTGGACGCAAGTCCTGACGGGAACAACGCCGCGTGAGTGAAGGTTTTCGGATCGTAAAACTCTGTTGTTAGAGAAGAACAAATTCTTTAGAGTAACTGTTAGCGCCTTGACGGTATCTAACCAGAAAGCCACATTACAACTACATTAATAACCCATGACGGTAATGCAATAAGGTGGCAAGCGTTGTCCGGATTTGTTGAATAAAAGCGAGCGCAGGCAGTTCCTTAAGTCTGATGTGAAAGCCCCGGCTCAACCGGGGAGGGTCATTGGAAACTGGACTTGAGTGCAGAAGAGAAGGTGAATTCCATGTGGCGGTGAAATGCGTAGATATATGGAGGAACACCAGTAGCGAAGGCGACTCTCTGGTCTGTAACTGACGCTGAGGCTCGAAAGCGTGGAAGTAGCAAACAAGGATTAAGTACCCCTGACCGGTCCACGCCGCATGCTTGATAGTGCTAAGTGTTGGAGGGTTTCCGCCCTTCAGTGCTGCAGTTCCAACGCATTAAGCACTCCGCCTGGGGATGAGCCGCAGGTTGAGGAAACTCGAAAGGAATTGACGGGGACCCGCACAAGCGGTGGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACAATCTTGACATCCTTTGACCACTCTAGGAATGAGAGCTTTCCCTTCGAGACAAAGTGACAAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCATAATACTAGTTGCCAGCATTGAGTTGGGGCACTCTAGTGAGACTGCCGGTGACAAACCGGAGGAAGGTGGGATGACGTCAATCATCATGCCCCTTATGACTTAGGCTACACGTGCTACAATGGATGGTACAACGAGCGAATACTTGAGGAGTAAGCGAATCTTAAGCCATTAAGATTCGGTTGTGGAAACTGTAACTCGCCTACATGAAGCCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGTCTTGTACACACCGCCCGTCACACCACGAGTTTAACACCCAAGTCGGTGAGGTAACCTTTGGAGCCAGCCGCCTAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAACCAGAATATCTAAGGACGTTCTAGGTAATACGGAACCCTACAGGGTTTAGACTTCTTTGTTTAGTTTTGAGGCTCAATTTTGTTCTTTTGAAAACTGAATACTATATCACAACAAATAACCAATTAATTTACCGAGAGTTGATAAGATCTAACGAAAAGAGTTTTTAACAAAACGCAACGCTATGCGACATTTAACCAACGGTTAAGTGAATAAAGGGCACACGGTGGATGCCTTGAGTACTAGGAGCGAAGAAGGACGGAACTAACACCGATATGCTTTGGGGAGCTGTAAGTAAGCTAAGATCCAAGGTTACGTCAGGGGGAACCCAACACTGTACTCGCAGGTGTTACCAATGATGAATATAAGCTCATTGAGTACACTTGAGGGCAGAAACATCTCATTACCTGCAGGAAGAAAAAGAAAAATCGATTCCCTGAGTAGCGGCAGGCAAACGGGGAGGAGCCCAAACCAACGAGCTTGCTGACGGGGTTGTAGGACTAGAACGTGAGAAAATCAAGATAGCAGAGTGGTCTGAAGAATGAACATCAAGAAAATTATTAATCCTATGCGACATCTTGATGATGAACTCTACTAGCATCCTGTGATACGGCGGGACACGAGGAATCCCGTCGGAATCCGCCAGGACCATCTGGCAAGGCTAAATATTACTACCCTGTTGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAGAACCCCGGGAGGGGGAGTGAAAGAGTACCACGCAAGAAACCGTGTGCTTACAAGTAGTCAGGAGCCCGTTAATGGGTGATGGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGTTTACATGCGGTTAAAGATGAAGAGTCGGAGCCGTGGCGAAAGCGAAAGTCTGAATAGGGCGCATGTAGTATGGCGGACGTAGACCCGAAACCAAATGATCTACCCATGTCCAGGTTGAAGGTGCGGTAAAACGCACTGGAGGATGAACCAGGGCCGTGAAAAGTGTGGATGAGGTGTGTGATGCAGCGGAGAATTCAATCGAACTTGGAGATAGCTGGTTCTCTCGAAAATAGCTTTTGGGGCTAGCCTCGGAATCAAGAATCGTGGAGGTAGAGCACTGTTTGGACTAGGGGCCCATCTCGGGTTACCGAATTCAGATAAACTCCGAATGCCATGTATTTGCATATCCGGGAGTCAGACTGCGAGTGATAAGATCCGTGATCGAAAGGACAGCCAGACCACCAAGGTCCCAAAATATCTGTTAAGTGGAAAAGGATGTGGGAGGTTGCACAGACAACTAGGATGTTGGCTTAGAAGCAGCCATCATTCAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTAACAGGGCTAAACAGATTACCAAAGCTATGGATTGATTCTAATCGTTGATGGTAGGAGAGCGTTCTAAGGGCGATTAAATATGACCATGGGACATGGAGCGCTTAGAAAGTGAAATGCCGGTATGAGTATCGAAAGACGGGTGAGAATCCCGTCCACCGAATAACTAGGTTTCCTGGGGGAAGGCTCGTCCTCCCAGAGGTTAGTCAGGACCTAAGGCGAGGCCGATAGGCGTAGTCGATGGACAACAGGTTGATATTCCTGTGCTATAAATCGTTTGAGCAATGGAGGGACGCAGGAGGCTAAGAAAAGCGTACGACTGGAAGTGTACGCCCAAGCAGTGAGTCGGCTGATGAGTCAAATGCTTATCACGGATGCGACAAGCTGTGACGGGAGAAGTTTAGTACCGAAGTTTCTGATGTCACACTGCCGAGAAAGCTTCTAGCAAGATTTATAGGACCCGTACAAACCGACACAGGTAGTTGAGGAGAGAATCCTAAGGTGGTGAGCGAACTCTCGTTAAGGAACTCGGCAAAATGACCCGTAACTTCGGGAGAAGGGGGTGCTGGTAGCAATACCAAGCCGCAGTGAATAGGCCCAGGCGACTGTTTATCAAAAACACAGGTCTCTGCAAAATCGAAAGATGACGTATAGGGGCTGACGCCTGCCCAGTGCTGGAAGGTTAAGAGGGAGAGGTTAGCCGCAAGGCGAAGCTTTGAATTAAGCCCAGTAAACGGCGACCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAGCGTAACGATCTGGGCACTGTCTCAACGAGAGACTCCGGTGAAATTATAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGTAGTTTGATATTGAGTGTTTGTGTCACATGTACAGGATAGGTAGGAGCTGAAGAATCCGGGACGCCAGTTTCCGGAGAGGCAACAGTGGGATACTACCTGTGACATGACCACTCTAACCCTGCCACCGGGGTGGGAGACAGTGTCAGACGGGCAGTTTGACTGAGGCAGTCGCCTCCTAAAGTGTAACAGGAGGCGCCCAAGGTTCCCTCAGAATGGTTGGAAATCATTCGTAGAGTGTAAAGGCAGAAGGGAGCTTGACTGCGAGACCACAAGTCGAGCAGGGACCGAAAAGTCGGGCTTGGTAAGTCAGTGGTTCCGTATGGAAGGGCCATCGCTCAACCCGGATAAAAGCTACCCTGGGGATAACAGGCTTATCTCCCCCAAGAGTTCCTCGACGGGGAGGTTTGGCGCTTACCTCGATGTCGGCTCATCGCATCCTGGGGCTGAAGTCGGTCCCAAGGTTGGGCTGTTCCGCCCATTAAGCGGTACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTTGGAAATTTGAGAGGGCTGTCCTTAGTACAGAAGGACCGGGATGGACACACCGCTGGTGCTGCCAGTTGTTCTGCCAAGAGCATCGCTGGGTATGTGGGTGGGATAAACTGAAAGCACATCTAGCGTAGAAGCCCCCTCGAGATGAGATTTCCCCATCATTTTAAATGAAGTAAGACCCCTGAGAGACGATCAGGTAGATGGGCTAAGTGGAAGTGCCGCGAGGCATGGAGACGAGACTAGTACTAATCGGTCGAGGACTTAACCACGAGTTGTATAGTGTTCTGGTAGATTGATGGAGTTTGGATATAGATTCAGTTTTGAAAGAACGAAAGGGCTGCCAGAGAATAGAATTAATGAGTGACGATGGCAAGAAGGATACACCTGTTCCCATCTCGAACACAGGATTAAACTGTAGCGCCGATAGTAGTTGGGGGTTTCTCCTGCGAGGGTACAGGACGTTGCCACGCTTTATTATTTTTTCCGCCATAGCTCAGTTGGTAGTAGCGCATGACTGTTTAATGTGATGTCGTAGGTTCAGTCCTACTGGCGGAGTTCTTTTTTTTACCCAAAGCGCTGCTTTAGCTCAGTCGAGTAGAGCGTCACCTTGGTAGGTGGAGGTCGCCGGTTCAATCCCGGCAAGTAGCTTTAAATGAATTTTTATAATAATTGAGCAAACTAGAAATATTTCCGATATTTCTAGCTTTTTTACTTTTCATTTTTAAAAAAAAGAAAAAAATCATTAAAAACACATGATTTAGGGGCTTTTTGAATTGCAGTTAGAGCAATAGTAGTTTAGAATAACTATTGATTGAGTTTATGTTCAAATTTCTTTCAAAACGTAATCGCTTTTTCCGAAAAAACCGTGTTGATTTTAGGATAAAAAATGATTGAGTTTGAAAAAATAGAATTTAAATCAAGGAAACTGGAGGATTTTTTTATGAAAAAGAAATTATTCTTATTACTATCCGCTCTATTTGCTTTAACAGTATTCTTTGCTCCAAAACAAGCAAGTGCGGCAGAAGTAACAAAAAATGGAACAGCGATTGAAGTGAAATCCAACGCTGTTCAAATTTCGGGAGATGCAGCCATTTATATGCTCGTTGGGGAATACATTTAAAGTAGAATGTTCTGATAATATCGATATCAGCATGAATGACACGTGAGCATTCAAAGAGTAATTCACCTGTAAAAATTCAATCTTCTTACAGCTTCCCAATTTATAATAAAGCGGGAGAAACAGTAGCATATGCTGAAGTGTCTGAAAGCGGTGCAGTTACAGTAACGTTTGGTCCATACTTCAAAGACCACAAATTAAGCAAAAACGAATTAAAAGTTGATGTTAAATTGGGAACCAGACAATCGTTTAGCAGATACTACTCAAGAACTTGATTTAACGGTACTGTCGTATCACAAAAAATCGATCCATGAAGGACCTACTCAGGAGAAATGGTTACTAAATAGGGTCTTCAACCAACAGAGAACGCTGAACAAGTTCACTGGTGGGCACGTTCCGCTTATACGCTAGAAAAACATTAGAATGTGTTGAAATTAAAGATGTTTGGGATTCAAACCAAACATACGTACCTAGTTCATTACGTGTTGAATTAGTAGATTCAGAAAATCCATGGGTTTCAGCTGGATTCCTTTCTGAAAGTGACTATCAAAATCACTGATACAGGTATTAAAGTAAAAATCGATACAACAGATAAAATTATTTACGGTGGCTAATATATCGTAAACTTAGTGGATCCTACAAAGAACCCACAAACAAAATCTCAATTACTGCTGAAGGTTTAGATAGTGAACAATCAACAGATGTAATTTACACATTATTATCTGGTTCGGGTACAGCTGATGGTGAAATGCCTGAAACTACTACGACAACAACTACTACAACTGAAAGTACTACAGAGAGCACAACTACAACAGAAAGTACTACAGAAAGCACAACAACGACTGAAAGTACTACAGAAAGCACAACAACGACTGAAAATTACTAGAAAGCACAACAACGACTGCAAGTACTACAGAAAGTACAACTACAACTGAAAGTACTACAGAAAGTACAACGACAACTGATACTACAGAAAGTACAGCAACTGAAAGTACTACAGAAAGTACAACAACGACTGCAAGTACTACAGAAAGTACAACAACGACGCTGCAAGTACTACAGAAAGTACAACAACAACTGCAAGTACTACAGAGAGCACAACGACAACTGCAGCAACTACAGCTGTAACAACAGAAGGAACTTCACAACTGAAACTCCAGCGGTTCCAACGACAGAAGAACCAAAACGTCCTGAATTACCAAATACTGGTACAGCAAAAGGATTCACTGTTATCATTGGTGGCGTACTTGTGGTTGTAGCGGCAGCGTTATTATTCACTCGTAAAAAGAAAACCAATAATCTTAAATGACGAAGAAGTCTTACGAAAGTAAAGGCTTCTTTTTTGCAAATTTTTTCATGGAGTCAAATCCACTTTCATATTGATGCGAAAGTTTGCTATAATAGACAGTAACAAGTAATTGAGGGTGTAGAAAATGAAAAAAACATATTTTATTATTGGTGATATTCACGGCGAAGCAGACATGATGGAAGAAATGCTTCAAAACTGGGACAAGAAAAGAAACTCAGCAACTGGTCTTCATGGGAGACTTGATTGACCGTGAACCTGACAATAAACAATAGTGTCCTTACAAGGGATGAAATATGCGAAAGAAAAAACGCATGGTATTTGATGGGAAATCATGAAGTGATGTTCCTGGCATTTATCGACGATCCTGAAGGACGTTTTCCACTACTTCAGAAACAATGGAGATACGACAATTGGCAAACACTAAGGTCGCCCACAAGGCACTCGGTCAATCCTGTGGAAGATGCCGAAGCGATTAAAGCTGAATATCCAGAACTCATCGCATTTCTAAGAGAACCGTCCACTCTTTATCGATGAAGGTGACTTACTCTTAGCATGCTGGGGTAAGATTTACGCTTAGACGACTGGCACGACACTGAGCCAAAAAAAGACTTCTACTAGTTCGTGAGCCATTCCATAAAGGGGTTAACAACACTGGCAAACGATTATCTTCAGGCCACCTTTACGTGGCTTAAACAGGAATGGCGACTTTTTATATGAAATTATGGCAACATGACGGCAAAATCCATTATCGATGGCGGAGCTGTTTTTGAGCGCGCTTCACGGTATCGTATGGCATGATGGCAACATTGAAAATCTATAGCATTAAAAATACAAAACCAGTCCGTTTCACGGATGACTAGAGGTGTTCTATGAAGAAAAAAGCAGTTTTATTATGGATTGTTTACTTTTTAAACATGATGGTTTTCCCGATGTTTCTTTATTCGTTATACGGCTGAGGGCCAAGTGTGGAGACTAACGCCTACCTAGTTCTTCAACTGATTTCAACAGTGGTTGGGGTGGCGTTATTTCGCGAAAAGCTTGTGGAAGGATTCAAAAACTTCATAAGCGTCATTTATTCCGAGACTTGGCGATTGCTTTTCGTGGGTTAGCGATTGCAGTCGCTCCAGTTGATTGGAGAAGTGACGTCTGGATAACCTTAAGAACAAATCGAGAATATGATGAAGTAAACAATGCAGTGACCATGTTTGTTCTAGTATGCGTTGTGGCACCAATTTTAGAAAAATTAGTGCTCGTGAAGCAGTGTGGTTCATTTAAAGAAATGCTCAATATTCACGTATTAACGTTTATTTCTGCCTTCTATTTATCTTGCTTCACTCGCTCTCAAAAGATGCAGGTGGAATTGACTGGATGGCATCCCTAATGTACGTTCCATTAACGATTCCAATCGTTAGGATCATCGTTATTACAACAACAATATTTTTGCATCATCTCGATACACTTTATCAATAATTTTATTGCGTTTTATTTTTATTAAATCAGTAATGACAAAGGGGGTGAAATCCTTGAAAATCGATCAATGGGTACGATTCATTATTCAGGTATGGTTTCATTCCTTTTTGCGCTTTTTGAATAATTCGCTACCGAATATGAACGCAGAGACATCGGCTTCTTCTTTGGGTTTATCGCGCTTGTGCAACTTGGCTATTATTCATTGAAATATCAGTGGTACATCTGATTGAAGGCATCGCAGTCGTCCTTCTGTTTGTATTTCAACACCATTTTTACCATGGACTGGATTCTTCTTCCTCTGTTTTGAAATGGTTACGGTTCTCCTTTATAAATGCGTTAATACTACAGTTCCTATTGAGGGCAGTCGTTATCGTTCCAGCCGTTCAAAAAAGGCGATAGTATTCAAGTGGTCATGACCATGTTCTTCTTTTATTCTTCTCGTATGAAATCATATTTTGGAAGAGCGAAGAGCGCTGCAAGAAGAGTTGGAAAAAGCCGAGCAAAAACTCAGCGAACAACGATATGATTTGCAACGACCCAATATAAATACTCGGGACCAATGAAGGAAATCTTCACGCTACAAGGCAGAAACCAGATTTCTCTCGTGAGATTCACGATTCGGTGGGACACAGTCTGTCCGCAATTATTATTCAGCTGGGGGCGATTTCGCAACTGGCCAAATAACTCCATTCGCCGATTCAAGAAATGAGCGAAAGGGCTGCGTGATTTTGCCATCGAGGGCTTGCAAAAAGTGCGTAAGATAATTTCATGACTTGAAACCAGAACAAAATGGATAAGAAGCAGTTGGATATTGCGCTGGAAGAATTTTTCCGAGGTACAAGTCAACAGCGGCATCGATATTCAGTTTAGAAAAAATGAGCCGACCTTCACGCTCTGGTAGTAAGGCTCAGTATCTTCCGTGGGGTCCAGAGCGTTACAAACGCGATGCGGCACGGACAAAGCGGCCACGCATTACCGTGCTACTGATGTAATCATCGCAATTAGTCGTAACGTTAAAGATATGGAACAGGAGCACTCGATTTAGCTCCAAAAGGTGGACTCAAATCGCTCCAAGAACGACTCCGTGCAGAAGGCGGATCTCATATGACCTTGAGGCGTCAATCTGTTGACCGTGCAAATGATCCACCGAATACAGAAAAACAATAGAAACGAGGAGAACCATGACAAACCCAATCAAACTTATTATTGCCGACGATAAATGTTGGTTAACCGTTTAAAATCTGCTTGGGCGAGCGGTAATGTCAGTCCTCGCTTTAGCAGAAAGTGGACGTGCAGCCTTTGAAGCCTGCAAGGAGCACCAACCAGATGTGGTCTTGATGGATATTCGCATGCCTGAGAGTAACGGAATCGAAGGAACAGAGCTGATTAAAGAGACATTTCCGGAGGTGAAGGTACTGATTGGTGACTGACTATTCCAAGATGCCGAATATATCGTCAGAAGCCGTGCAAAAATGGTGCTTCGAAGGTAATTAGCAATACAACA + $$-*(';<<6@B?8559:)**+*++3,489;>?FH?E60><<<79?@><>64345%2335;;;=;;522:=>6:6610.<;<5<>:>=EC=@IEE????@<8=@?ED=B@.+78:;9=?>;;6<;<>CA5;:%)',,-+*&()'(-/0=58;<;=FIG@32:=BFHMLLGOLDEGL@1)0247<9?))$21@;::11667223%332-3<;?FED)35795-++(&&0+)+05:@?@734-987157:6/9,;88@=@BCEFHG0HEB@IABCE?;F@C>CF7>/1,53,,.574@EA@DB,56<7;75-+$(),%%$$'+11.++%%*/770$&$%(&000014;89:>36:2%7)*,*(51.+,-(&))0.8<<;ACD8?EJHH@@67<>>C=B===<:33)+&('--/32/4()00/2')+249756765=BCABG@B=69;A@<4*344/.,,'./3>>>>A948<==@D@9:<;8795799?D=<=EEHJKKJB<894777*0:3:89(5-5679;:*,1)-5544224=85211(,(+*341('')&&$%&#$$&'',/')$&%),&&%$,-,./)%**'(&*,::9;<>C:668?>:=??FHHA>D?=;ACA;@9:800377734%%1'//8<9//)&#%#&&))831&*$%(.075797=>?<41%2,$(-585,-769.9:=?=>??@CCAD/4BAB87*>9(&$)$&)5;;>6;EG;@DEB><99*()()*'((*$-)13678521,6<9-1.)277$''*22196$)+-889.%$.00:A766789<37/:64)@B==<:;AA=8;;8*)+&%%)+**+'2:00((((-35==>=>AD;14544:?9BACB:801111592011+1120)%&)($$$$',,-447(1$0&'%$%$(&*'*+,%%'?8=7?C<;=@AB>?@ECA;=2>;=BB/;<<(5<8*/))0(%./2442'%$%2',/*'1-*2.)*',16(*&%%'$+*'&.'+*/%/0)2%%&$%,''$&'''&+070//&-$%/;5+$&&&'$&&-+24<<:9:=;:/2679>BBA??JC@<>BKH7B<>CA3)&*?FAB@B=?;7*4*769EILAB?@@;CCDB:E?<=?<-&-7;:@6?B7?A7B>;;;6<866+878<;=>9<9(*.'%$-,,+.)--/,;:;7:<=800,8<=@CCDKIEID@@;=:9@?@=B<543;8::??=IJKJDED?:75=;91/12++/9+03A::?<+&*-(())::;:7992)%''#&%%%&(()-997DGHCFF7=A?>?6=<>CH:/./:5+%())***4<;8;F@>><6::779???<@=HGFC?1/47??@CIKCCEK=;EHB<6:<@1==*(1228635220+B=>CFC@@8:@CFFEC>;<<>=>?GG=8/,/''3018/GEA@;=?77034543=C>=/(.?DB8***+884579J?<897:665?2120',0%&&&%%&&(;:))/@B?CDAEEFG@>;/=464=+C6BCD9:?ABEEA>I@EGC:;;=C;>?7:;=>???AJHFACA;9?B?C=9@>21;;80:2<)59;=CA==?B>;<=?;8-8).--:8:8&,:=>6BG:D7HG;8'46=:A>BBCD@=859.35.%%&/(&&+&##%**14<:;=C@1/.)(&/&&5555856==8:<:782/(+(8;==?@?48;=C:68-**00/0,,%$$###"$'&&*+'('%%%798>77-5-.3514=;::;*(-).'54&*28'/$$&%$&&%&)'$$&&&(''*'%-20+8<=6=9C>?9;F=@EG?>DC?CDHHHB>E55AE8:?@ACFF>;>;==:<')$$'((%%#$'4;;<<;:'*++039636-1/$$(')%)88:>BA9A@BBC9C;=DD@9IKE<6:<<8??837:;?B>9??AE91366&&'9?98=CBG>FGGCCJ=B<>;=FGIH9DBAAB-63*/6./)%)-4980/%%&,,/?/->/::H9C@@D?=BEF>:8ADGF@?@@==@BFF;AN;:A@>@7446035<:;>=)%/.,08?C>=@C74AC@864=A=94>@ABA;?AFF480/*&&$#&&*138.-&%$&*%#$'.-0./169:62-+'(98:81-589-905&>D:?B?IFEB3LGIFAAED>,0@:DD=&8>?<8259<=0038B1141&&(7:B@BB??=CC>?4:?F>?GFDK@@I=>6;)(;;8624/)34&+$49AB=@97=?=@B<=/+6''988:B?9'8AB>>BDEF=<*(&,),77879=>?@GA?;?A><:@DE>=88+,,.(56A?AFFECA>=,))0&%*$*)'*3443-1%&(/$$-(&'%&%'''66:=EFI=?D<:>BB@4'(%'&'(#%+'$$':847..,,+B?::=><9A?BA>D74>=9:A?>CA>A>?@F=IHB?===LIEEEC@>&;?ADFGABA??=A=@BF@D<,089:9981.(4/9EFC?AG>A=++32)(*(135:7:9?@?>76<=/,7C@===83.376:6:@A919?FEBB?8....BHA>BHFOEDA::8?8$))('&&&88=@?4353%&3*<>C>?:BH?@A71)$29GGH:<,0CEC:DED;5/,GFD==>@>=ACFOIBBFGHK::7)9;>C=04847;5545>1+<87+/:@9*6='%+&#%%*0.&&''.280.//*33+854222.*(%13477)+9:;:>?5<5:6?:77+')+12./3;=>??=/-&$%%%):96**/1/1**05>@BA?>>AA@:<@>:5@:<<>>DFEFJFA==;<;<;7;>>@@CC@BEGEGDCA@9><,+(1;=?FF=9C<>>@?@CHAA;@CEA;<<7)65,*/7;<<>=99?E>@82/36::<&(344:;AC=BDDDFDA?ABJD949:<;::55A3'$$$&$$%&%*10'$&'$&+%-0225:ABB7@ACE@:?@C<;EC<;=0$&4:4/++2.*<;;>>=KCE:=A<<;=7A25HKMLFB8?:@A9>>5;6)&$'$()(*/2168114<>=>6':@>;<<>?,:;<8&('$#%%%$%&%%$(0356;B;C94@@==A:@BDA931')+6630139EEAB97888119:151+01.-/%*(-.*20/24;>;CC89<78/'&72:::;>?1104;86;;57ABBA?GHEA@86(802,0)'4,5>>B;;96;=7/--3-5.(8@AB;;82178.6855;47>><;2&5@BBA;9@;BB?3-*0B@8-5:::0'(&$#%+.-/('$$'&&%*243-*/)-555+)%$%/24275$#%$&--&$#%&''&+47;:5<5578;94BA;AAB@KKBCEJEHAA@9+730,;<9><95),--/96432-'(%'%$&::589AA:E;:97=2=?@>>=1;:&4?@G?:99:<@EFGCCE=;AECFC?<><;?<>87:5,220(&*79;77685787:0+*&2(95:69C=6208CDJEEMHJD@-(;9FGAD=EFHOIGHEFD?;::9DE=HGDE<97191745<@;0000,/9<>@7>=:=>@?=38@B6:AD8)?A:=GHIE@:>:6:@@5?<===56978F61CD9CDADAE?8B@8579'((5(%%24<@DCE<8;;9:737-)%+27;<878.*+77899=E=A3>><<,,++-5697BEE@44($$$()$%%&2%'%%%&'/-0-42/-::DE;/3/*,834;=<964&$%($$&7<:=47+.*879:*-+6:;202(37;:99*-84-00;CDE@?AAC?@>(+(*7;<<:8668:8;:232791222--)%$%*$$%$&&#%'(,++,*+.%0.%$&39@B=;>;1..+=7243&3-*+*'(%&$%.0-'((,,))$&(/43425668@:769B8?HGGF<<@@@9>468=2$'79<<<68=>>=7686-.-.%%$$;;FDE@CEAF@=,)*-451*.0())&0'&'('02>>>>A=??@BDBBA??@==>:B<8<;7(/,0+225<>4>D>?B?CD9*0=GB=>=?8?>;B>;=BGB@??==?;?<;76304BFLLC??@B<7=85>@@<<68E@BDCGBC377><9+9CE?DH@;?CDH?EACC1D6HEC0BDE?E>?/75>?;=;D:;@?831,0::70883)&&85)(98@;DBIKJFFBIG?8=6=>9>??=>>@ED<%.,%0/68=1110147/,333:88:>?:;@DFB:8--43.%(+/)-244=>>269???A7?=@<=9E=>><3$&&)-34(%./''$'()'267>:1.'-329>'=>4.%#*))+8==9.?.ALKOLMIA>B<4:97:;767:454,9)&&'+3.*'-:952+25$%,045':<;<;A:==)'&/'5/)(')%'+)(,.,'-+(%$##(670/,/1.*690@E16200(%)%%((-)-.$())-''*+-/./166/32&*(/&*'++*)$#).2332+')((&)46425'-/1<;>=?B?=6/53$+,(../222$,%*+,*68B-$6<.0-6766)*&/3786#%%-+#$$$%$%($%;=@@DDAEBD809;IE:>@A=9;35:5:78<=??=>7)-,36577:62'%%&)*,,+++*,(%/*%456.-9C:<;;=B@>520))+%'$%(',51678+,,,))(+%'.)-+0$'9:8A;<<)&$$#$&$&+20),,-&''6;>.*:89.+--$%''$(&37;<<;=@9;;<=;7?534''%B0AD9C8::::+10397)(&)$$')%%$$'$%$&'%()/,.*+%'&''$%(%%$2;85---.*,45<;568?ABA?E9DC;52/--)(&&*,.../7:B>8+;DA++330:<:762/$$'1:5@B@><10./$%$#%''&*('+%%'*23/((,.&668>==;<'&4=@>=<8%%%075760AA?;9=FDD@BBA@;9(&/00122/014/--($5=:ADBCBCA?>-)-;>>E?>;;;?;9BIC;5213($(%'*4-(2)=>0'-/,,5563+1C:<&/,.+*&()-*76661+.1*',&-.16::7973.$$%*,.(2;>?AAA==<8<<;;2/./&988?FHC>@::64+627=?CBJKG*8;;=DB8$$4)35+&'23><729AC89>'-+/)$$%&&)*%%'''-(%%%:4&&**&##$(%&$%))'%%'&$$'($3449:-;;0-+>>?@BAC::8;9::;98452-0*.-/002353$&54'&%)B?;%%*()&*86&-87441125+-.(')%*))(($&'%)&%&'#$)&*,(3500'&&(+/)**-)(*'42(%%'/7987=CAD>BBCBB>FD@><8677>9-,9?A>>@6,,%$$#&))%($#%$%$#%,,.&434('%%#++'+)()'',/,&'''*2(&%++12,''3%&$&%()'('6879**-;:A108;87:.*)9753:=C@>>>&6/'3<;2359;@BACGDCA+;9<@@<@BA;;?@5721/.4,+%%$'.89=?C8@DC:5&&#))6665+**)36B@<:@@AABB@=69656,667$-,2)%*46697668:8=;<;>CA766:9:BC826:::9;2&'(/,02-)*$%5,+%6:9652%&'&*.==<62317/2>?5>?5('''(%%*%,/,95*)'()2+)'&#$$$$%$$#$&&&'')*)#&(,*/,,,&))&)%--4649B=<=2=>??A>6;>;/-*-'#).00/300180-,/1-31.''%%%%)&%%%%(($'&+,(')*32+22221240--1$2596;:@>>*++-'/.951$)..1035454367.,-,*114/,54==??9>8=49C@A<;==C??7;88962'''))+')&(52'&&1/&)&(&&+'1-**%002=2/@AHF?82@=?CA>=?98=878;82.-,%,%&(11.---'%%/440-,/325-*)022.(($('%&:<@@@A:98,%*//01//4,',**19-++)8><+;?@AB?1*)37??:B:=ADDCECBB88;+/7898:;>367;;<8=BB>:5+:ADE>>A?@=??<=C@>833A7B<9?);>>AB=?5;:,/*3500::;;4345+0=A?ACCCD;<>=?ED9CB@?;@;<6&)/-48;4<677:6;010-+6;:>53;:;:41427>76<=A>,0=BFJG9A99:*%$,.41**52))'(.12-8A>157:>:B=7:6?9?B>>@D@<6.0:6)69888;>>8?8DE?DDA><<95*&&(((*(**(&$%*$)*000('$'*$&&&$&/0/,,5JHD)?EIG?89;A831%,8D:3(*+?:4221@><6&&697:@GG>:922267<;>?1DF:CC>>:69@B29?8448.0&1....../$&%))48868<69A>69:@;8:AEE>=@BD<9<=8:5::<::@B:@AAB;+:6<45555+%,,23+''$+&57948ACE.<>96632)9,+(7:969?D=;@?76?IHFB@B;=8))%+%*&%397>@A8:@=<@DCA?G@=;=>79?796,*)$'234--()1*-+17==;;:1979?ADAAA=<8:/*2*0//10/8;69B;87*''2+1/,5588:;<;<29:<12<5::2,349664*+--67555324(;6/48<<4:8>5)2'&**++079:?CHC@B>=A@><==<;677;:1<8;:>=+.0.*(*&*.2%(.769?CIHB7:6:=<8;:==:?A<>>@B>9@>??@FFFI@EBCE?;;01)%2-&%$)&*%%&$$'7<:46;;:79;=@@?:879AA@@:79<;;7//+)(*)0..-%,'+(()((9:;746''+&$##%,-#$%%$)%'))'%%%%%(+++.%%&)*+--.8?;=<8'*%'76*&)$#$%++/2*52.=;10052-*-99*+((75877;;:;--14)/1;=@41387/+,67)+73)66882(11+*0+'(%'&*+((/..3-.--2*7517-+.$$&&%0*478))(+***1,4555265665:1+*+*6;2424;<=A3,/-*+*''&)',&--65%7;:9:7@>;CC8<:7875?9;4&%%%*101121,.0012873+(/$&#&%'%#%$%&)$&+$(*$(-5-)/*)(%%$$$##$9:9:;=74-,-(56:>>>2%-)0267758:>:;*%4-../++)(&&(()**'%#$+.13??AJA?;AA;8)'&$$$%#$+'))-520'$%(03074*$'&&)(++9;?<;;?<:7,+7=886$<@?BA;@>@9/C@??ABC952''(++%&%%'.00/09>@>86387==@;>AA?A<>=4/%,(-)&)-/68@;78::87*$--*128-@==<+.)5:97>:;8@9;AB9:635(--:;<;>?;:9BBGBDEA@AC>>BAA9B;;5238;=+,0-854A;,*+:<,-4640780/-(()25552(*,:=<845&'+;<:;<9;=;02468A757647;658:;;89:3&**2)%'/59@0*28:>??>:79/.,-1'&3/--+&&+(''&&'#%(#***+397=?=./0+*%%'%)&&&#%+-4$&01&#$&))'(#$&..56>6:;>34&%,)$%483;==>;)%',78?@B=:53><@D?<;GA=>A>;?DB@<72;?:=/+%'*--21).1266<:12%2-.6)&*9=7+*))&-4:<9::'+94.7<=C<>>>>6,.*+$)?5>?;8874/58C;>1=4.3466634%'8;<;;=9C@2AB<:066?DB859=>AF=:<=79(&&%035679<=<):?A?>;DF67C;BB>?6=9=9?BA?B:8*==,7:?=;4441:69989695;26::3948>AC>86;;C9399;70+(%&&%'),).33-6:53551-100/(/335454448>A=93896?AB:EEDA;=@=71/1<)698)%/360((&%%%<>@CA/57<;B2)1;@?A456++SRKB:=C>9856.9;>>?==<@AC48B?C@8?CCE;:8..+$$$(%$/36:9=?;57:4*$%''(1,2-(&',35/3168::48:8--74(788;<=@?;7888236>0:<=7774-011-1+,.24542*,))%'#$#($$,,,,,,00)).-/$###&$"%&$')*58697.--&-0'$%&**(&$&1,/84578%%.46+'''',-%+)*)0:;:;;>:7:12444=>9+)71:8;=-.($&+++*((749:=CECBA67777212)$$+)$)&)%)5,.%+%&,-3<=486+,,10052)0,+,,,.136::11068<9==;85+5@:439/54-5(:5?;56.,-/5@;<94/($%$%%&%%%$(((152.+*''*&$%&%200&$,+53>+5:7921&&,,03;>;:6))++227;;904)#''(**04=<:8865.44764565)0/.-.2)(,$#'$*)$%*+),6560+#'//0.+++(%,-35353<98<;>:87),57<6.73392B17FD>;::+.<@344&&'-60/*5'*%''+*&&(+')%(/),86>??A;:=>><;655<8*/1542*..587;68773.)20/48:84+4897<<<87%&6010,-+,/8.*')54&*%',+'%%''%%%$&*%'&%*24344<<12/-2(%0000)*'/3')/68:96922=?>4375322,+'$#)(0&233,'-)405;79=>>=>;;=97;=@CBCA217;:95=:497'''3000.%%&.()('&$$%&$'56772/8;:;13(*$&#%&(+22*&20,)479=26==8440288><:;;799BA7=;7:4>;96504(('($'(.-,'%135986;A;;5*0+-+31'674+')0101.*+225=>AA7;>>>?@49:/$#*6:?9936>>9>9;9864=688;>?>;=@9;><>9934;1,30-)(&%)*,)7-043&$(-157E@;A@A:57A;7>:A@A;9=:7<900&%%)(445:4;28&&-=;6)**)$*/653''//587%$4488;?;:A<5<:557:395:?=)',..11083'%&./2*%.%&%%(&$'(-+0.%$(+)&$$#$'()+*/.+(')(&#*$66?@<=@<960'&##%$%&$*+--.,&%$&*+&%,*45:869;;>-/./1420*))*3405@><))/0-'25;6<+;9476=;9>=6699:::2;=:1=DDHBBB>:&%#(),)&'+('/15640-/$.296'79)%:637:<@:578317;?<77-/59787487-,)8:8::66/+/31417<==@33-/%(-/66??>967=?CEC>??ABH<-(,877255::/1833--+,,932:9<>27>==@=EA>B?=948@@@799<;=@8)7;9029<<;8118@A?B@A@9<9-.35333;<<>4?@F9965561<;*;9:7988604:16)324*''(((57ABDAA;4;2356535**BC<55=7=:0)7=<86:7./988:A;8=>=4892.$&,47;840'),/)))/::85802:?ADAACBB=1/(;=ADD968<*3>?=8;8>9:=;4.-+):346548+9'873438=C=>?BCCAA?FGAA-<=407;;9E0.09;@@CC<>?AB>79)&24008;:<9:;BB@A<130'5*,08BB>>>>3376176%0,4<;<>90001%'*,,.+.-(..)&&*-*-3289409;::9=47;77:@?8/,,(&'*853778=A=7;9;?CB>20**%&*(789679=?<73464??:;?6@:4-,9:<2534;=;-/=78,**,-257=ACBB5'-./466,7358572?==..8:1.9;>:68FGD7>DF56:CDAE;F?99777.6889<;83?9=6*)'$,33,0;62:;@B?>878;5859861;57713,.+0143..0'$2))*3320412//-*;;<:;<==79<6<758774-,$$$%$)&)120/03,41206;7559886257978:;<::512)/%'&+21156:7+)*,41:4/&.)%96./1.189:=<(2'9647243631;34775,)+-.//582/..)),0+12382<:668(188;9@C@?9;<:7*+2334%4466:688;'$=54660)/.%%'21)+-.--$&)&&&-)#%&(+&55469<<;861$)'148:468>6)*)9636389:4.+::@?A@?@229A>??-)=;:=;::3?><<75+1%&*),.*-,./**+0/5/49=85.0%%&&%''+/346654'*--1;@77>>F;::<;4((%/3:<=B24;...,,-//1/1-*)&/3$4204777663*6'-341.%%),976,8'84+9DD<4>92=D?:>,(::B=<>D>?;C;IB?;>:3+*-080587797767:8-+46(36:6:61-82654,**/.36;:7&)57/&,03%()%,./2('&%#$%$2356==>42'8:=@B:?7>AA79955344&/*300+,-498245&+1,+++)'$265'''''&''$-0*>==7-)(21<;=911<<=<>:48686:B>99;;-+)&(20*>=6./6@;475:339:>;?@>8+)-5(956987?<<>5,8:4(&$#%(&'7:A@;;EBAB@@8/:;?=>?@=>2?EF5A;5'&&%(&$''%&4:<=:B@<=)6445112''4<:;:9E>@;;4;722:87:=<;999;;=>>=;9A@<==1$%*,1066:70<:A>;645'&5555/7;:=:+-079,)12'-;0??;<98*;;68:;5/0))./(),).487879;>CA;CC?CDE310*%,;:EE><.(/))+>/;;=??>AFEHJ>LLG?DFFF;8=@AF;::DIFC=,:/1HJED469?@=8;;=>AD?<=8BASP?8?:@@CEH>;3,+.))+'-,55;=1-0:/,2;7'+-2++*+-)111;:9;C85?>A@BE>;AB22%0/96325755::7;=<=@@671/,19:=<;=>8<==))'*?9B<<<95773)168?;D>?EDIF336>A=@><=<:C:--2,(#+34@?7:;<8('&%%&'*97:662/&#$+++++6)78<===+/)*,*$++/=026+%)&&,/,9B??>CA?>?=>12=@DFE?CJBF>@::::9+967=G;GFC><:@:=AAHID964$$+)-3=93?0/04??@C=@9<:78447AFF@48AC=?B>:;BCGA1:BB>F7%0.-.++'$((<==7964<6:B;8@8C?A@=A,3=96*2:::*%.:<@=?C,<=DGKM>@BC?JKC<9@77>>:78>>78@?C>@@8(7>>8BB*52265-,,6-3:?AA;@@78001,%)&'$'(61.109?@EFC-8;:AI?+.7,:=<<<'551268=BA?<@><:72;@9;;=A=;>HGCFAAEBB;;BA<>@@DHEA>;=5-*;?;-19@AA<=AD@;4631+*86623/.%$$'325==DDC.*-4==EA?@C@C=DFABEE??;A@??;=>B<@:?;0'&)()1-,+#%-'%%&$'$+++**'.,.023/**'1-57575=ADE>-AAHB?791389:84228A@?A@AB2:53=39;;CMMJD<=7-/'+0B=EEE<:;?C@L?7549>>@GIFDA3;;+0300,7)800:-=A?=;?>9::A?BDCC:?@BC997?8>;A?;?=/.-4(6)9>;11/'*5026/2:665?;78<<;;?=;9..1FFGKJ@=>=@;?:7110*+-046<=>?B>>?@)HDC=A?<275)+''%,'03;421GEDCECDE@:?BE=@>?6979<:322;;<9EG=<448<6ED?8<>625BD<<:/,,@:509?>58;4BBDEC:9<*0/,85>=A76/20,-*1)*788@@@>I@?57)%%4345=;485/(88526+336679@ED>@<521995%8:;AEF??AB2>144>747CBCD>C7:@:11/(4;>==?;A?-))5%5&&(8=.6733-/:9''('(9:46>>=;;,86>88,;;;=;)D?HFFFJJIMHIKEEBBD>ACCCJCB2-9;?:A@@F'9CIJHCFFG@E;9;162;A;=@C>AGBGLG9/<324**&%##&+)--0*,&$&%$'),59;A;<>G:0-E=FA>?@>AGI@*>?EBBBB@?/<;5978=;>7+-.42=9BGC94>;>B9>?CDF?4?EF@@@GGDA;BA<(37C@DFAH:==@=/.-05)551200<<:98()B?IH@IF?FB@FF<>=;?DD@DB9540'9=<777788)/.*$##**-73;634624%327ADEABC:=;>@@>=;<4/60+.1)-043;?9<:7;3,-/768+,,74567:7:;689757,<8>>7=C>21++58;::86<;9<:?FI;A?D8B?A86>?<335%%$%%$$)5:9842?5:;@=::FA8=?;9<959@A?AB9+:;7:CJD;<=989>C@:758=;::0%+)(/-++++8?=CB>=?F@8=>??F;<=@;714432*0743''')325:<>@67B?>7?@9;?68-+%)---/0,+/-,/0///28*+'(2:::<;;@?>:6BD;:::9=>;6022<<>;7.'*7426,+*-3$*%;868*&(&%(%*'(0277<*..79::;9?74575,%%$'&'**6:?A7;3*%)'%&'))+/87.=EA?>:9)%%579::<:::>@.0387664.,5:895;<5$),:>9::<47A>8::DF@IB=;3(),(28;AFGC>>-2BB@>9BAA::<>DAA@CB?FFB99A::+<076603607=>9?=<031144692::;=;>>4720%)456851+).'.'&554.**99<68JFC4*/<7@>?A7235B@;;:?86@>>:@@@?AB@@>?;9<=/43('$&',98,7A?>?@:?I>ADBG<>>AE>A:8=C>A<54::968;:;=436>;*./0---0;=>,-??A?=49=9:799;7:76*&%$%.553,$/1;79.23:;9===9953()).(%%%&$%&*(.270)234239)--//116:6+'120.0/1-(./557=<<:=<:82::./%$$$$)0/01.;;=6:6<5?==<;--'$+24-/6643<;D>?6=@=631-+('+353@?:.-76()(00%0.&#)(+8555.+)-;6//2>>979;1440%''&)#$$$*,11154560A=?AFFF?CCCA>DE<><58BB7+'47AA@;EC57:;+*6;599:1?92694-93/97@<;??<:=@B<;;?ABAA>B>>?DCBBEFHF9<779238:95573%*,%$'-,-8:?>=BB@57<<>;=>8>>GCB>99.+.101%(**.46*$$'*-./()06657?A99:73'8<>AD>=59AB>A4236<<?>59>;CBGI>BB:)+)$A=4@:<.25::3<>>8:9:<@76.+6><;??:;=A@@.6?:3DB;:/9C=66224?1578<<<;<<:9/%$%##-3/0.1448.,,.02+'(/,$$274+'&)+*%&83-0:99=5@=.:>;;;C?=B=?@8=@@A:('(67/*2-4<=?9:=7?=9<312244+.539>E=45/1//.#&':9810(9:97,**/5?:683;90+@A<>>EOMHB98J@>;DAEC?CC<89921,++07+-.'+%'-20)*+/5874-*$%&%)+&&)79:9<<:-665546994;/71/.+&%(%%'+,&$$%%%+9745,,/073537>;5''/++2)(*2%('%/0/-0<=:132'#'%(%'$%&%$&%'$(.$'219;@@GIF=9=8:B@;:65&'%%%%./1(%%'8:@A@CC>=?++/+$*578852;?::::777:>=<54))/,021564,(4669;<697;58-+5*(9FE:+-*$29;9@13/60'(,18=568993478;B250ABHD?CB@;=:*13%-%',,)9:;95;<:91)))))($%((4650-998:9AA7::B:86:85+51(975(43,()1(14323,+,073;8843'52&''-&)#$$$$$-*11),%%(*)+,+1%#%%%%%')%,*+-0.13.$++,+%&)..+(&$%#%2371/753389:>/:++.2&5786668/(-4;>@@6AA@BAC;:=7/1))((;94?::;AA410$$%&((&$#$$&(28:::9;8873&())()-/,09A>98849.;9:;?=6677;==;:0+BC;9@>==;1:&83%8'%&+055<>>;8:;?@?8&$&'&&((-/./.3-))421(&%#'%'&&&3'##%&')*)/00+)$#$$$$)(02./3;37;;31%$+*,395:>6&&*+-/.&..352:><=:36)4928:@A9;DD<=><7@0=*889,)0379894::9><>><>?C?B@DFGB==?>;-54.()(/66768;DDE=6:@9:>''$%2,;89:>?>@:*36<<8@BD=>:<647<;A3/,''833250*'$$#%&)'')&%(/36<:;<(.5;;AC<-667?>9(49=1AB?5328,,//$48666')&#%%%'% @SRR14011045.69606 4bed96d3-de51-4aa0-aa36-ad440e15e943/1 AAATTGTACTTCGTTCAGTTACGTATTGCTAGCTAAAAAGCTATTTTTCTCACTACAGGGGAAGCAAAACAAAAAGTAGATCAGTTAGCAAGTGGTTTATGAAGTGCTTACTCAAGAAACACATCTCAGTAAATGCTTGACTATTTTTCAAACATGTGTGTACCCTGGGATTTAAAAAATCACTTTATTTTGACCATTAGGGTTTTATATTCCTCTTCCACATCTGACTCATCTTATTCTATCAGAAGAAAACTTAAACACAGTGTCTTAAGCGTCTGTGGCTCGAGTAATTTCTGTCTGTTACCAGTTTCTTCCAGGTTGTCTTGCCGGTACCTCCAAAACTAAGTGCCCTTGCACTGTCAAAGGAGCATTTCTTTCAAAGGCAATTAAGTCGGCTGTCTTAAAATAACCAGGATTAGATTACTGAATATTTACCCATTTCTAATCCTTTGATATAAGGTTAGAGCTGTTGGAAAAGGAAGAGGTAGGAAAAAATAAAAGGAAATATCATTGACAAAAGAATCAGGGGCCGGGTGCCATGGCTCACGCCTGTAATCCCAGCACTTTGGGAGGCCGAGGCAGGCAGATTACAAGGTCAGGAGATCGAGACCATCCTGGGCAACATGGTGAAACCCCATCTCTCTAAAAATATCAAAATTAGCCTGGCGTGGTGGTGCACACCTGTAATCCCAGCTACTCGGGAGGCAGAGGCAGGAGAATCGCTTGAACCCAGGAGGCAGAGGTTGCAGTGAGCTGAGATTGCACCACTGCACTCCAGCCTCAGTGACAGAGTGAGACTTCATTTCAAAAAAAAAAAAAAAGAAGAAGAAGAATGAGGAAGACATATTGGCTTCCCAACTGGGAAGGAAAAATTTGAGTTTTCTCTTGAATATTTAGTTGCCGTACTCCACCTAGTTGTCTCTCCTAGGAGGAGTCTCTGTTGCCTCATCTTGTGGGTCATTTTAAGCTTGTCACAAAGGTAGAAAAACTCAAAACCTATATACCGAAGTTTATCTACAGGTAGCGAACCACAGTAAAGCAAGAAGTGGTATATAACGAAGCAGGCGGTGACCAACTATCCGCCGGTCACCGCCTCGCAATCTATAAAGTAGGCAGCACTCCTAAGCTCGTACTTCTTCTTAGCTCTTGCATACTTATCCATTTCGGGGAAGAGATATGACTCTGTAATTCCCATACGAGCTAATTCATCAAATATCTGGTTTCCTTTTCCTTGGGGATAATAAACTTATACCTAATCAATCTGAAGGAATCTCATGATCTACCCTCTTGGTCAAACATCCCCCTCTACCTTCAGCTGAGGGAATAAGTCCGAGACCAAGAATGAGAATGCCCTGCCTGATTAATTATCCGAGGATACCATACTTTGCCTTCACTAGAAATATGCTACTTAAGTCATTTGGCCTAATTAGCGGATCAAAATAAGTTTCTCTTCTTTAATTTGGCAGTAAATCTGAATGCCAGCCCGCTTATTGAACTGTTCTAGCACCTTAGCTTCCTGCGACACCCTTGGTTTTGCTCGGGTAAATATCGATCTCTCAGTCGCTATATGGTCAGCCAATACCGAAACAGTGTCACTATCATAGTGCTTTGTCCTATCCTCGGGAATAGAAAATAGATAAACAGAAACAGTAATCCTAGCCCTAGCCTTAACACCCTCCTCTGCTCCGATACCCTCCCCAGACAAAGCTGTACGCAGGATCGCAAACTTAACTTGATCTTCGAGTTGCTTATTTGCAAAAAGGTCGCTCATCCCTCCGCAGCAAAAGTAACCGAAGAGTAGCATTTCGACCTCCACAGCTCCAACTCCTGCGCCAGCTAGTGCTCCCGTTACAGCTGCTATACGAGAAAAGACATCACTGTACTCGGAAGCTGGGTCCGGGTGCGAACAGGACAACAATCCAGGCGGAAACCAAGGGATCAGACTTCTAGAATAAACAGTCGTAGCAGCGGTAGCTGCTTCAGCAAGACTACCAACAACAACCTCAAGAATTTTCTGATCAGCCGAGATATCGGTAGAGGCATGAGAAATGGCATCAGGGAGAATAGTCTTCATAATCGCCCCTTTAACAGGCTCAACATCAACACTGAAGATAGCCTCAATAATAGTCTGTGCAACCTCCCGCAACTATAGTATCAGTAGGAACCTCCCCTTGAAGAACAGATAAAATAGTACAGGCTACTTTTGAGCCTCACATGTAAATAGTTTTTCACCCACAGTAGCACCATGCAATGCTCCAGCCAATGCGTCATCTTTTGTAGGCTGGCAGGCAAAATATAAGGCGACAAGTGGATTAGTCGATACATCTAAAAGTCGTGTCAGGAAGCTCATAGTGCTGCATCTGCACAAGATAATCTAAGGCCGACTTACAGATGAAAGCTCTGTGGTGTATGTGCCACCATATCCCGAAATAATAGATGCTCTTTCTGATCCCATTATCTGATCCTCTTTCTCTTCCTTGTTCTCTTCCTAAAAAATTAGGGCTGGAGCTTCCAACATATCAGCATGACCTCGATAGAGAGATTTCAGAATATTGCATTCTTCAAGAATTGGAGTAATCTTCTCGATAAAATCGGATACTGAGTGCACCTCATTATTTCCCCCTTTTCCCTTCCTACAGAGTTAGGGTTTGGTGTAGGAGCTGTGTCATGGGGATGGTTATCTTGACTCATATGAATGGGATTAAGTTGTGATGGTATTCCTTGGCATTCAAGGTATCTGCACAAAGGTAGAGATTTTTATGGTGCTAGTAAGGGTTATAACGAAGCGAGGCGGTGACCAGCTGGTGGCAGTCACCGCCTCGCGATGCGTGAAAGATCGATATGACAGCAAGAAGCGAGTACGCACATTCAGAAAAAGCACCTAACTCATCTCTTACGTACATACTACACTAACTATACTAAAGCCCATTTTCGAACTCCAGAAAGGAGGTGTTCCAGCCACGCTTCCGGTACGGCTACCTTGTTACAACTTAGCCCCAGTCACCTGTATTACCCTAGGCGACCCTTGCGGTTACGGACTTTGGAGCCTCCAGACTCCCATGGCTTGACGGGCGGTGTGCGCGCAAGCCAGGAACGTATTCACCGCGCCATGGCTGATGCGCGATTACTAGCGAATCCAGCTTCACGGAGTCGAGTTGCAGACTCCGATCCGAACTGTGATAAGGTTTAGAGATTCGCATCCTGTCGCCAGGTAGCTGCCCTTTGTCCTTACCATTGTAACACGTGTGTCGCCCCGGATGTAAGGGCCGAAATTGCTGATTTGACGTCATCCCCACCTTCCTCACGCCTTACGACGGCAGTCTCTACGGAGTTCCCAGCATCACCTGATGGCAACCGTAGACAGGGTTGCGCTCGTTATGGCACTTAAGCCGA + $$#$'(*+346233747677+22537:>?:;43=EE@@6-)688=CHB;@5?<=CF>511(,9<688:39?98DAC@?6>9AA<=*''$2411-24=:;9<>BCDK=7-=:;>@7.1;:9:>?976.,,8:=DE?@8+66>ECAA==8726/()(.496.(20352,5201)*(-13,&'')35<<9;>;?89:;<543)(%*''')%%%$##$'//;:C;><929/4>7>>.29;:8,')%'1%57456<8=051$%4768;;8@A1:::DC?---+16?B2=9?81.*+,*/367--&-&(679-27B2@BBG>7BKKKDAA@>535<=>A:AA966515>A@=@CC52;==3/935=<3.8??@<7>LK<(@B-940:332,.35@>828;>@@?CBA@@NNRAAD:HDC73;,.4EGKPJDB;E<=BJ=A:6<@IB?FGB7=AB8?>72DFKIBH:AH9>IOMJLLIIJEGBJ@HA@BLEFE@Q?KF$=B20BCKH<GDH?EC><)%:9941))2&')6>=@A:J=@JJQQKF><%242/7CEB=(((*99@5;@14:8<=:338:69;<=<74/*'%).,*5-(-+*+,;02659,'74;?697<9<98:80*(>A;?9B:>??A7<@.@78:83987,87112C35>3:6-&',47.0,41010&'&('2$$69:6,9933>=;>;683222'1,)'&(%&%&%$%,13BEG7::897179975::==;=:<=AA=7:<2).*0;556667,5240443/)+4<46:>;::8:;8=?7764504===325<==@47@BE;<;>=;7+($%'$%'*(,.22)1+1:;547678:8;**('%$,/.*,%),.,69<>HAA>CEIF.1;>;=>B?GFF:64><=IGEGBGH967-5(676;69:-)('*/0.+&),-0;<>FDFFF>@//@B2;=?;=;;CED@B985<>8(<8A=53..-<878++/3:;33;9%-$6186562**89BBBFH@BA@BDD;71150-=:8924%%&'$'%&(&%;=8-4=?@;>B;;>=@=BBD=>ADB:??;=59A?;E@@>8;1@@EC;6???B>6)468<@AE==-079:<=57535::3*+/&&&)++3(.*-+-.-.45668;,%%%(2457:8>65;3,6594451#$+;445<=?@A9CFFA86=<<9;700*))%#$$%*(&$*632)1<;>=63675&&$*+-6:;;0((/1=:?)$9;;12/*)'&#%'%'%'.588A97?BBBE@8ADA>?;?=@5645;8.76')7<==<;>:(*,../&()$##%$(0-7348..438:<>BA79250(99E@ECA@@<7?>D?9:;=<9511;8ED@467740/&'(3256315/98;:;DB8<>;;=0.1%%$1:8799=?>?C9:FFA7+,(1.'(,&'333))884>==ABB@9::DA<64,*(1-2,('''(9789668''#$'&/9:;EFCIC1?630.006;3:'7+;;??;-)A;>==:2E;/>96=7*-+*+$$$'7:99..*1),%%;=:@;@B>?568963..380*4=03?;@(89;=421<7&/.05;<<;/:9?<;?6+,*.-,'%&(%).+*(,,025(6+/7<-2.<=<><9:?677214*1.(*5?C+<69992-7144+/*+-/.(,7666%1-*/)2$8;=?93-=>><@258/33/70-1?C>?BCA<;479=<;C:=B;>>A6<<+.=BEEHF8=<6/-((1'-114=>AB>?>98<>.04548=;6:E:94/7//0.)56/:=C?8?A=D@DDHD@87<:95779?78;<@?<:2338:;<$./629@@8889>?A@<:9=67:;78>?@:?AB<;>92-735*1576498@F?A@@CC<669B?69>?=>CEGHIE?@CB8:<:38=775-))268-*8:56:'1957>68+%),%$#,,/9=841124:?@?<<2('*@G8=BEEB:@BB;:>>;AAB@66531-%*((+/58=>DD33A>==5)&)3''=?CBI>>99GE?<975666<;6737>85277:42)%*&#))$%%10*()),%(*-8<%-3($*+(006'557:9D2>):<((/<<;1(%)00/36-'%.,79/(%$'222*7677:1-'+'*,)*-;-)0''$1159A@@FBCC@7DI1212564/.53240*8889<@@@EF>:37CCC:A9;896:B>;C?=AB89A>?<990:?:CA=ADB49>@B9==A?>@>1*111/256<;:97,68,9:960929::=9=>I5BA<57397:<>>?48?>==8:6=;5.*)+,,23*1643448)$$*%%##&%).+.*7;58:?BDB?4/4;%>00-6;5579=<9?;:BBE.D?ECGKF4BEIFA<=)03/3::@712'1&(20=DBB:8DC7B=2B=>?589:4>?@<=<5;?11<<97:;?@@BDAE@BEEAA:<>220/)$/-25/+.-12069:BD729;?@BEEC;A@50879;@.:968=77;<==;8*)-30.*.76679<;77877200-7:<DB=8:DEHFF>;=9-1-*+=>E=824/)%4=@6-443+8;:>?@FDCAC?@&1::>:54<2275;=?07/7469:<6=6:@?6?=AA3=94% @SRR14011045.22279 b277ab75-3c32-4f3c-bb9b-98ed0e8cc773/1 GTGTGCTTCGTTCGGTTACGTATTGCTACCGATAGTGAACCGGTACCGTGAGAAGGTGACACCCCGGGAGGAGTGAAATAGAACCTGAAACCGTGTGCTACAACAAGTTCGAGCCGTTAATGGGTGAGAGCGTGCCTTTTGTAGAATGAACCAGCGAGTTACGATATGATGCGAGGTTAGTTGAAGGAGCAGAGCCGTAGGGAAACCCCGAGTCTGAATAAGGCCGCTTTAGTATTATGTCGTGAGCCAAGAAATATGTGACCTACCCATGACAGGTTGAAGGTGCGGTAAGACGCACTGGAGGACCGAACCAGGGCGCGTGAAAAGTGCTTGGATGACATGGGTATGGAGAAATTCCAAACGGGCTTGGAGATAGCTGGACTGCTGCCTCCAAAGGCCAGCTTTGGGGCTAGCGTCATGTCAAGATTCTTGGAGGTACAGAAACACTGTTTGGGTGAGGTCAAATCCCGGATTACCAATCTCAGATAAACTCCAAGATGCCAATGAATTATGGTCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAAGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAATGGAAAGGATGTTGGGGTTACAGACAACTAGGATGTTAGCTTGAAGCGTCTGTTATTCGAAGTCGTAATAGCTCACTAGTCAGGTGACCCTGCGCCGAAAATGTGCCGGGGCTGAAACAATTTTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTGTGGAGAAGGTGTACCGTGAGGAGCGCTGGAACGCATAGAAGTGAAAATCACCGGTAGGTGAAGAAGACGAGGTGAGAATCCTATACCGTAAGACTAAGGTTTCCAGGGGAAGGCTCGTCGCCTGGTTAGTCGGGGATTCCACAAGGAAGACCGAAAGGTGTATCCGATGGACAACAGAGTTGATATTCCTGTACTAGAGTATGTAGTGATGGAGGGACGCAGTAGGCTAACTAAACAGACGATTGGAAGTGTCTGTCTAAGCAGTGAGGTGTGAATTGAGTTAAATACTTAATTCTATAACATTGACTGTGATGGGGAGCGCCGAAGTTTAGTAGCGATTAGTGACGTCACACTGCCAAGAAAAAGCTTCTTGGTTAACCATGCACCTACACCGCAAGCCATTACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCGGAGAACTCTCGTTAAGGAACTCAGCAAAAATGACCCCGTAACTTCTGGAGAAGGGGTGTGACTTTATCCCATGCGGTGAAGATGACCCAAGCAACTGTTTATCAAAAGCCGCAGCTCTCTGCTAAATCGTAAGATGATGTATAAGGGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGGAGTAATCCCGGAAGGTGAATTGAAGCTGATAGCGTGATATCTTCGGTCCTAAGGTAGCGGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAAGGCGTAATGATTTGGGCACTGTCTCAACAGAGACTCGGTGAAATTTGGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCATGGGCTTTACTGCAGTTTGATATTGAGTGTCTGTACCACATGTACACAGGATAGGTAGGAGTCTATGAAGGATCGGGACGCCAGTTTCGAAGGAGACGATGTTGGGATACTACTGCCAATGGTGTGGCCACTCTAACCCGGATAGGTAATCCCTATCGGAGACAGTGTCTGACAGGCAGTTTGACTGGGGCGGTCGCCTCTAAAAAGGTAACGGAGGCGCCCAAAGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTATAAGGGAGCTTGACTGCGAAGGCACAACTCGAGCAGGGACGAAAGTCAGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAAGCTACCCTGGGGATAACAGGCTTATCTCCCCCAAGAGTTCACATCGACGGGGAGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGAGCTGTTCGCCCATTAAAGCGGCGCGAGCTGGGTTCAGAACGTCGTGAGACGGATTCGGTCCCCTATCCGTCATAGGGCGTAGGAAATTTGAAGGATCTGCTCCTGGTAGAGGACAGAGTGGACTTACCGCTGGTGTACCGTTGTCTTTATAAAGGCATCGCTGGGTAGCTATGGGAAGAGGATAAACATGAAAAGCATCTAAGTATGAAACCACCCTCAAGATGAGATTTCCCGCGATTTTATATCCAGTAGAGAGATGATCGAAGGTAGATAGTTTAGAAGTGGAGGTGTAGCAGCGCCTGCTTGGCGGACTAATACTAATAGCTCGGACTTATCCAAAGTAACTGAGAATACGGCCATGTAAGAAGTTCTTGATATTTGATAGATATTCAATTTTGAGTAGGTATTACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTACCCATGCCGAACACAGAAGTTAAGCCTGAACGCCGGAAGTAGTTGGGGTTGCCCTGTGAGATGCCAGTCGCTTAGCTCGAGGAGTTTGGCTCAGCTGGGGAGAGCATCTGCCTTACAAGCAGAGGGTCAGCGGTTCGATCCCGTTGCTCCCATAGGTCCCGTAGTGTAGCGGTTATCACGTCGCCTGTCTGGCGAAGATCGCGGGTTCGATTCCCGTCGGGACCGTAATAACGAAAGTTGTTGACTCGATTAAGCTCAGTTGGTAGAGCAATTGACTTTTAATCAATGAGTCACTAGTTCGAGCCCAGTACAGGTCATATTTTCAGGTTGGCGGAATTGGCGAACGCACCAGATTTAGGATCTGGCGCTTAACGGCGTGGGGGTTCAAGTCCCTTAACCCGCATAATAGAAATCAGCCGGCTTAGCTCAGTTGGTAGAGCATCTGATTTGTAATCAGAGGGTCGCGTCATTCAGAATCGTATAGCCGGCATTTTTTTTAATATAAACCCAGAGTCGATGCGAACGTAGTTCCGGTGGTAGAACACCACCTTGCCAAGGTGGGGTCGCGGGTTCGAATCCCGTCGTTCGCTTATAGGGCCCGGGGTGGCGGAACTGGCAGACGCACAGGACTTAAAATCCTGCGATTGGTAACGATCGTACCGGTTCGATTCCGGTCCTCGGCATATATTGAAGAGCACCCTTAGCTCAACTGGATGAGTACCTGACTACGAATCAGGCGGTTAGAGGTTCGGCACTCCTCTAGGGTGCATTAAACATTTAACTTTCAGGAAGTAGCTCAACAGTAGAGTACTTGGTTTGACCAGGTGTCGCAGGTTCGAATCCTGTCTTCCCGATTGGTCAATACTTAAATTGAGGCAATTGCCTTTTTTTATATTTGATTTTGATTGTTATTATCTGTAAATTTACATTTAGTTTTCTTAAATGTTTCGTTACATTCATGTCCAAACTAATAAATGTGTAAGAATTATCTTATCGATAGTTCTTTTTTTTAGAAGCGTTGATATCTAGACATATGAAAGAAATCAAAATTGATGTTGTAGTTGTTCCTTTAAGTGGACATTTGTACCCAACAATGAATTTACTCATCCCCTTACTTAATAACCCTCGATATGATATTCGCTTATTCACTGGTCCTCAAAAAAAGGCCGTTGCTGAATCTGCAGGTTTTCATGTAGTTCCAATATTAGAAAATCACATTGAGGATTTGAACGTCATGACTAATAATGATAAGCAATTAGGGATATTATCAGCTTATCAACAACTTTCTTCTAGTATTGATTTAATTAATGTAGTTTCAGATCAATTATTGGAAGAGTGGCAAAAGAATCGCCCTGATATCGTCATTGCTGATTTTATAACCTTGTCTGGAGGTTGTAGTAGCTAATCAACTTGGAATTCCTTGGATCACTACCATGGCTACACAATTTGTTTTAGAGACTACTGACGGCCCGCCTTATCTAATTGGTGGTATGGGGAGTCCTAAGAATGGTTGGCAAGTTTCGAAGTACAATTTTTAGGTAGAAAAGCAACTCGTTTAGTGAAACGAATTGTATCTTTTCTGCTTCGTGATCCTTAAAAGATATCATTTTAAATTGTATAATCAACTCGGTCATGAGACCATTTATTCTCCATATTCAATTCTTGGTATTGGTATGAAAGAAGTAGAATTAAAAAGGGATTTCCAAAACACTACAAGTGGATTGGTCCTTCTGGTGCTTCAGTTGAGACAGGAGAGGATTATCCTTTAGATTTATCAACATTTTCTAATCAAAAGAAAGTCTTAGTGACTTGTGGTACACAACTTGCTTAGGCTAAAAGCCTTATCTATCAAGCTAAGCAACTTGCAAAAGCTCATCCAGACTGTCATTTTGTGACACGTGGTGTGGGTGGAAGCCTTCCAATGTGAAAATCTCGTATGGAGAACCTTTCCGTAGTTTCTTATCTACCTTATAAGGAGTACATTCCCCAGATGGATTATGTGATTCATCATGGGGGAGCTGGGATTTTTATCCAATGCATTATTTATGGTAAACCAGCTTTGATATTACCTCATGATTATGATCAATTTGATTATGCCGTTCGTGGGGTTGAAGCCGGTGTTGCTTTCTCAGCTAAAGATAATAGCAAGGCCATTGGACAAGCGCTGAGGAGCTGTTAGCTAAAGAAAATTGGCCAGAATTAGAGGAGACTTTACGCCAAGCAACACAGTATTATCATCCGACGGAAATCTTAGAGAGCGAAATCCATCGTCTGCTAGAAGATAAGGAGAAGGAAAAATGAAAACAGTTTTAGTAACTGGAGCGACAGGTTTCCTGGGTAAATATGTTGTAGATGAATTAGTCCAGCATGGCTATCAGGTTCGAGCTTTTGGTAGAAACAGTAAGGTTGGTCGCTCTTTAGAGAATTCTTCGATTAGTTTTTTCAGGGTGATTTGACCAAAGCTGATGATGTGCTAGAGGCTTGCAAGGGGATGGATCTGGTCGTTCATGCGGGAGCTCTATCAACCGTTTGGGGTCCGTGGGAGAATTTTATCTGGCTAATGTATTAGGGACAAAGTATGTTCTCGAAGCTTGTCGACAAGCTGGTATTCAACGTTAGTCTATGTATCCTCACCAAGCATCTATCTTTTTGCTCCTAGAATCAACTAGGGATTAAAGAAAGTGATGCTCCAGAGGGAAAATAATCTCAATAACTATATCCGTAGCAAATTAGCTTCAGGAAAACTCTTCTAAGATTATCCAGATGTTCCTAGCATCATCTTAAGACCTCGGGGCCTGTTTGGGATTGGGGACACTAGCATCTTGCCACGGGTTATCAATCTGAGTCAAAAACTTGGAATTCCTTTGATTGGGGATGGGCGTCAGCTCATGGACATGACATGTGGAAAATGTTGCTCTGGCTATCCGTTTGGCCATCCGGCTCAGAAGCTAAAGGTGAGGTTTATAACATTACTAATGGTGAACCGAGGGCTTTTAGAGATTTACTAGAGGAAAGTTTGACAGGTCTGGGTTATCCAATCAAATATGAAAAATTCCATCTCTCTTATCAGGAGTACTAGTAGTTTAGAATTTATATACAAGACTTGAACCTTAAAGGGGAGCCACCTCTAACTCGATATACCTCTTATCTGCTTCGCTATAGTGAGACTCTTCCCAAAGTATTAGTAAGGCTGAAGGACTTAGGTTATGTCAAAGAAAATTAGGATTTCAGAAGGGATTGAACAATATGTCCAAGATTATCGGACATTTGAGTATTTCCCAGCCGGATATTGTACGAGTTATGCCGGTTTGCTTTTTAAGGGTGTCAAGAATAGAAAGATGACTTTCCCCGCAGGAGTGTTCCTTATCAAGCACAGGGATAAGGGCTATCTGCTCTATGATACTGGCTATCACTATGATATTAAGAGGCAACTTCGTTATGGCTTGTATCGTCTGGGAACGCCTGTTCAAATGACGGAGAAGATCAGATTTCGCACTTGCTGAAAGCTAAAGAATCAAACTGAAGAAATCAACTATGTCTTGCTGTCTCATCTACATCCAGATCATTTAGGAGGGGCTAGCTTCTTTCCGAATGCAAACTTTATCTGACCCAGGAGGTCTATGATGTATACAAGAAATAACCCAAAATTAAAAAGATTTAATTTTTAAAGAATTTTACCAAAGTGACTTCGAGGAAAGATTGACAGTCATCAAGGCAAATCAGCAAAATGCTAACTTTAAGTATCGCCCTACCTATGATTTGTTTGGAGATGGTAGTACTCTCTTAGTTGCTTCTATTGATGGGCATGCTAAGGGGCAAGCTTGTCTCTTTATTCCAGATTATCATCTCTTTATCATGACAGATCTTTGTTGGGGAATTGACCTTTTACCTACCAAACAGATGCATCTGATTCTATTTCCTTGGTGAGATAGTAAGGATGACTATATCCAAGGGAACAGAGCTCTTGGAAGAGGTTTTAAAGGATGGGATGAGAAGTGCTGGTTAGCCATGACCCTGTAGAAAGGATTGAGCGGATCTTGTATGAAAAAAATAACCTTTCTTAAAACTTTTATCCAAACTCGTTGGCTTCATAATTTTAAGTCTCGAGAAGCATTAGAAAACTATCAGAAAAAGCAACTGGTTAGCTATATGGACCTATAAAGCGTGAGTCACCTTATTTTAAAAAATGGTGTACCTAACGACTTTGATCATATGGACAAGGCTTTTATGATGACGCATTTCAATGAGCTCAATACTCAAGGTGTGGATCGAGACGAGGCCTTGGCTTTGGCTATCGAAAGTGAAAAAGACCAGGAATTTTACAGAACTCAAAGGAGAAATAGCTGTTGGGTTGTCTTCTGGGACATCTGGACACCAAGGGGACTCTCCTTCTACAACCGAAAAAGAGCGCAGTATGTGAAGTAGAAAGTGACTATCTTGGCAAAAATGTTGCCCAAAGGTCACCTTTTGGGCAACGCATAACCTTTTTCCACTCAGAGCGGATAATGGTGTATCAGACTATCAATACGGCACTTATTCGTTTAGAGTACTTTGATATTTTCAAGAATACAGATGAGCATAGAGCGTCTCAATAGTTATCAACCGACCATTGTACGTGGCCGCCTGCTTCTATGTTGATTGAGACGAGCAAGCGTCTAAAAGATGGGAGTTGGTCATACACCCACAAAAAATCGTTTCGGTGGCTGAAATCTTGGAAGATAGTGATAAAGAGCGAATTTTGAGCGCTTTTGAGTTGCCGATTATTGACCAAGTCTACCAGGCAACCGAAGGTTTCTAGCTTGCACTTGCTCTGCTGGGAATCTTCATCTCAATGAAGACATCATTTTTGTGGAAAAACACTACTTGGATGACCGACGTTTATCCGGTGATTACGGACTTTAAACGAATCAGTCAGCCTGTTTATCGCTACCAGCTCAACGATATCTTGGTTGAGAATCCTGAACCTTGTCCATGTGGATCTCATTGCTGAGATTGACAAGGTCGAAGAGGCGTTCTGACGACATCTTCTATTTTGATGGACAGGACGGAGATCAAGGTAACGATTATCCTGACTTTATCAGACGTTGCATTCTCTTTGTGGAGAATGTTGGAGATTATCAAGTCGAAGCAACATTCTGAGAAGCTAGTGGAAGTTTGTCTGGAGGTCGAAGAGATGAGCAGGTTGAAACAGCGATTACAGAGCAGTTTCGACTTGCAGCGCAACAAAAAAGAGTTCAAAGAACCTGAAATACAATTTTCAGATTATCACTGGGATTTGAAGTCGTAGCTCAAACGTATCCAACGTTTATGAAAGGACAAAAAATTATGACAAGTAAAAAGACATGTAGAAATTGTAGGATATGGAGTCTGCCTCCCAAAAAATACGGTGCAATTTAAAGACCAGACCCGTCATCGTGTGGTTGAAAATGAAGAAACGCAACTAGATTTGGCAAAACTGACTATCCAAAGGCGCACTTGAAAATGCAAATTTGAGTATGAAAGACATTGATTGCCTGGTATCAGCTAGTGCGGTTGGTGTTCAGCCGATTCCTTGTACGCTGACTTTGATACATGAACGTGTGGCAAAAGGGCTCTCTATCCCAGCTATGGATATCAATACGACTTGTACAAGTTTTATCTCTGCTTTATCAACCATGTCACATTTGATTGAAGCTGGGGAATACCGTCGTGTTTTGATTGTATCCAGTGAAGTTGGTAACGGGTCTCAATCAAAAGCAAAAGAAAGTTATGAACTCTTTAGTGATGGAAGCGTGACCTTTATTTTCCAATCAAGTGATAAGGATAAAGGGAGTTATCGCTAGTCTTCAACGTACTTGGTCAGAGGGGGCTCACGATACAGAGATTCGTGGAGGCTTGACTTCTTATCAACCAAAGAGTACTCTGAAGAGACCAAGACAAATTTTATGTTTGATATGAAAGGCAAGAAAATCCTCTTGCTTTCTGCTCGTGTCATTTCCAGAAATGTTCCAAGAATTCCAAGAGAAATCAGGCATTTCTAAAGATGTATGAACTATATTATTTCCCCACCAAGCTAGTCGCGCTCTTCCTTTGGTCATGGGAAAACTGGGTGTAGACGAAGACAAGTGCCCTTAATCGTTTACGGTTATGGAAATATGGTCTCCATTCATGTACCTTTTAATTTGGCTTATGCACTCGATCATGGCTATGTAAAGAAGGAGATACCATCTTCTTGATGGGAACTGCGGCTGGTATGACGGTCAATATGTTGGCTTTGAAATTGTAAAATAATAGCAGGCACATATAAGTGGCCTGCTTTTTAAATTAATTTTAAACATAGAACTATCGGCTACCCACAGAAAAAGCGATACTTTTACGAAACTAAGTATACTAGAAGGTAACAAGCGTTTTCAGACAGTATATTAGGAGATATACTTAGAAATTGAGAGGGAAATATGGGAATAAGAAAATTTCGCTTATTAATGTCCAAGTATGGCTTCAATATTGCGATTATCCTGATAGAATTATTTCTTGTTTCGGAATTATTCTTTGTATGAGCCAGATTGCTCCGATTATTTGGGTGACTCTTGTATTTTTGATTAGCGTAGCAACCGTTATAGCGATTGTCAATCGTTCGATGTCACCTGAAAGCAAAGTGACTTGATTTGATTGCTTGACCTTTGTACCGGTGTTTGGTCCACTGCTTTATCTCATGTTCGGTGAGAGAAGACTATCAAAAGAACCTTGACTCAACTCCAGGAATTGATTCTACCTTGCGCTGTGAGAATAATGGGCGGCAACTCCATTTACAACTACAGGAGACAGACAAACCAGCTTACGGAATTATCAATGCCTTGCTACATATGGATAGTAATGCGAAGTCTATGACCAGACAGATTCACAATTTTTTCGCAGATGGAGAGAAATGTGGAAGCAGATGCTGGAGGATCTTAAAGAACAGAAAAATTTATTTTTCCTAGAATACCCTACGACATTGTCGACAGAAGGTTTGATGTGGGATAGCATACTTGAAATTCTGGAAGAAAAAGCGACTCAGGGAGTCGAAATCAAGATGCTCTATGACGACATCAGTTGTATGGTGACTTTGCCTGGGGATTATACTGTTCATTTTGCGTTCTAAAGGGATTGAGTGCTCACTTAAAATTTAATAAGGTGATTCCTCGTATGACAGTGGCCTATAATAACCGTGACCACCGGAAAATATTAGTGATTGATGGACAAATTTCCTATACTGGAGGAATCAATCTTTTGAACGAATATATCAATCATATTGAACATTTTGAACTATGGAAAGATAGTGGGATTCGGATTGATGGTCCGGCGACTCAAGCATTTACCAGACTATTTCTCATGAACTGGTACATCAACCGTGGGGAATTAGTGACTTTGATCAGTATCATTTGGAAAATCAGACACGATTTGGTAGCGGTCTTTGTATCCCATACGGCAGTGGACCTAAGCCAATCTATAAAACTAAGGTAGGGAAGATTGTTTATCAAAATCTGATTAACCAAGCAGAAGATTTTGTTTATATCACAACGCCTTATCTCATTATCGATTATGATTTGACAGAGGATATAAAAAATGCGGCTGTACGAGGCGTAGATGTGAAATAGTTACTCCCTTTGTACCAGACAAGAAGCTCATTCAACTGATAACACGGGGAGCTTATCCAGATCTTTTATCTGCGGGTGTTCGCATTTTTGAATACACACCTGGCTTTATCCATAGTAAGCAAATGATTGTTGATGATCGATTTGCGGCTGTCGGCACACTATTAACTTGGATTATCGTAGCTTGGTTCATCACTACTGAGAAATGCAGTACTACTCTACACAAAACAGAGTCAATAGCGGATATTCGCAAAGATTTTGAAGGAATTTTTGAACAATCTCAAGAAATCTTCTCGGATACCATAAATCCTACATGGTATCAAATGATGATTAAAGAAGTAACACAGTTATTTGCACCTAATAGCTTTAATTGAAAGAATTAACTGAGAATAGATGATTAGAGGAGAGAGTTGGGACAAAGTCCTAGCCTCTCAATTTTTCTTTGGATTGTCGAGAAAGACGCAGTGGTTGAGTGGGCTTTACTACGCTGATTTCATCAGCTTTTACAGCCCTACTCAACTGTGCGGAAGTGGGACGACGAAATCGAATTCTAACGAATTACCGATTTCTGTCCCACTCTCTTTCTGTAACAGTTTCTTGACATCTTATTTATTTTCGTTATCATATGTCCATATAATATATAGGGAGTCTGTGTACAGTCTGAGAGGAAGTGTTAAACTTCGACCGCACCTGATCTAAGGTAATGCCAGCGTAGGGAACGATACTTGGCCTAATTTTGCACCTTTTTTTCATATGGAAAGAGGTTTTTCTTTTTTACAAGAAAAACTGTAACTTAGAAAGGAGGTTTTAATGAAAGCAAGCATTGCTTTACAAGTCCTGCCCCTGTCACAAGGGATTGACCGCATAGCTGTAATTGATCAGGTCATTGCATGTCTGCAAACTCAAGGAGTGGCCATGGTGGTGACACCCTTTGGAAACGGTTTTGGAGGGGGAGTTTGGTGCAGAGCTTATGCGCATTCTCAAAGCGCTAGAAGTGGCAGGTCAGGGAGCAGACAATGTTTTTGCCAATGTGAAAATAAATATGGAGAGATTTTAAGCATCGATGAGAAACTTAGAGAAAAGTATAATGAGACGGCATATTAGTCTGCTAGGATTTTTGGAGGTGTCTTATCCGCTTGGCAGGTGGCGGGACTCTTAAAACTCTTACCAAGTTTATCCTGCCGACACCACTTGAGATTCTCCAGTCTTTTGTTCGTGACAGAGAATTCTCTGGTACCTGATTGGGCAACCTTGAGAGTAGCCTTATTAGGTTTGGCCTTGGGTGTCTTGATAGCCTGTATCATGGCCGTCCTTATGGATAGTCTGAGTTGGCTCAATGACTTGATTTACCCCATGATGGTAGTTATCCCGGACATTCATACCGACCATTGCCATGGCCCCTATCCTAGTGTTATGGTTGGGTTATGGAATCTTACCCAAGATTGTCTTGATTATCTTGACGACAACTTTTCCTATTATCGTCAGTATTTTAGATGGTTTTAGGCATTGTGACAAGGATATGCTGACCTTGTTTAGTCTGATGCGAGCCAATCCTTGGCAAATCCTGTGGCATTTTAAAATCCCTGTCAGCCTGCCTTACTTTTATGCAGGACTTAGGGTCGGTGTCTCCTACGCCTTTATCACAACAGTGGTATCTGAGTGGTTGGGAGGCTTTGAAGGACTAGGTGTCTACATGATTCAGTCAAAAAACTGTTTCAATGCGCCGAAAATACTATGTTTGCGATTATTATTCTGGTATCGCTGATCAGTCTTCTGGGTATGAAGCTAGTCGATATCAGTGAAAAATATGTGATTAAATGGAAACGTGCTTAAAAGAAGCGTTTTAGAAAGAAAAGGAATTAAAAATGAAGAAAACATGGAAAGTGTTTTTAACGGTTGTAACAGCTCTTCTAGCTGTCGTGCTTGTGGCTTGTGGCCAAGGAACAGCTTCTAAGGATAACAAAGAAGCAGAACTCACGAAAAATTGACTTTATCCTGAACTGAATACCAAACCACCAATCATACAGGGCTTTATGTTGCCAAGGAAAAAGGTTATTTCAAGAAGCTGGAGTGGATGTTGATTTGAAATTGCCACCAGAAGAAAGTTCATCTGACTTGGTTATCAATGGCAAGGCGCCATTTGCTATCTATTTCCAAGATTACATGGCTAAGAAATTGGAAAAAGGAGCAGGCATTACTTTACCGTTGCGGCGATCGTTGAGCACAATACATCAGGATCATCTCTCGTAAATCTGATAATGTAACTAGTCCTAAAGACTTGGTAGGGAAAGAAATACGGAACCTGGAATGACCCAACTGAACTTGCGATATTGAAAACCTTGGTAGAATCTCCAAGGTGGAGACTTTGAGAAGGTTGAAAAAGTACCAAACAACGACTCGAACTCGATCACACCGATTGCCAATGGAGTTTTTGACTCTGCTTGGATTTATTATGGTTGGGATGGAATCTTTGCTAAATCGCAGGTGTGGATGCCAACTTCATGTATTTGAAAGACTATGTAAAGAGTTTGACTACTACTCACCAGTCATCATTGCAAACAACGACTATCTAAAAGACAACAAAGAAGAAGCTCGTAAAGTCATCCAAACTATCAAAAAGGTTACCAATACGCGATGGATCACCCAGAAGAAAGCATTTGATATCTTGATCAAGAATGCCCTGAGTTAAAGGATAAACGTGACTTTGTCATCGAATCTCAGAAATACTTGTCAAAAGAATATGCAAGCGACAAGGAAAAATGGGGGCAATTTGATGCGGACCGCTGGAATGCCTTCTACAAATGGGATAAAAATGGTATCCTCAAGGAGAAGACTTGACTGATAAAGGATTCACTAACGAATTTGTAAAATAATGACAGAAATTAGACTTGAACGTAAGCTATGCCTACGACAATGAAAAGATTTTAGAGGACATTAACCTACAAGTGGTTTCAGGTGAGTGGTCTCCATCTTGGGACCCAGTGGTGTTGGAAAGACCACCCTCTTTAACCTGATTGCAGGGATTTTAGAAGTCCAGTCAGGTAGAATTGTGCTTGACGGGAGGAAAATCCCAAGGGGCGTGTAGGTTATATGCTCCGGATTTGCTCTTGGAACACAAGACTGTCCTTGGCAATATCATTTTGCCCCTCTTGATCCAAAAGGTGGACAAGGCAGAAGCCATTGCCAAAGCAGATGAAATTCTTGCTACCTTTCAGTTGACGACTGTAAGGGATAAGTACCCTCATGAACTCAGTGGTGGGATGCGCCAGCGTGTTCTTTACTCCGTACCTACCTTTTCGGGCACAAGCTCTTTCTTCTAGGACGAAGTTCTTTAGCGCTTTGGATGAGATGACTAAGATGGAACTTCATGCCTGGTGTATGATATTCATAAACAATAGGGTTAACGACCTTAATCATCACCTATAGTATGAGAGAGCCTCAACGTCTCGGTGATTATTATCTATATCTTGAAAAATCGCCTGGTCAGATTGTTTCATGAAGTCAAACTTAATTGGTCTGAAACTGAAGACAAGGACGTTCAAAAAATTGCCTATAAACGCCAGATATTAGAAGAATTGGGCTTGGAACTATAGCTAAAAAAACTGTGAAAAACTCACACTACAAAAAAACTTCGGTACATCATTAATGATACCGAAGTTTTATTTTATAGATTTTACGAAGTATTTCTTAGATTTGATGATAAATAACATACTTTCAAAGGATTTGAAAGCTAGTTGTAATTTTTTTATTATAACATAAATGTTGAAATGTAGAATAGAAAATAAAGTATAGTTTGCTAACGGTAGCTATTTTTAAAACTCAGTATTTTCAAGGATTGAGCCTAAAGTTTGACTTATAGAGTTGTAAATGATAGTATAGTCAAAGATAGTCAAGTTTAGAAGGAAGTAGCAAGCTATGAAATTTAAAAATACATCAGACCATATCGAAGCCTATATCAAGGCGATTTTAGAACAATCTGGTATCGTAGAATTGCAACGAAGTCAGCTAGCGGATACCTTTCAAGTCGTACCTAGCCAGATCAACTATGTGATTAAGACTCGTTTTACAGAGAGTAGAGAGGATATCTAGTTGAGAGTAAGCGTGGTGGTGGAGGCTATATTCGTATTGGTCGAATCGAATTCTCTAGCCATCATGATATGCTCCGCGATTTGTTGTATTCAGTGAGTGATGAGGTGAACCAAGTCATCTTTGAAGATGTCTTAAGACTCTTAGTCGAACAAGAACTCATGACCCGCCAAGAAATGAATCTATTATTAGCTATGGGGACAGACCGAATTCTAGGTGAGGAAGCTAATTATATTCGATGCCAATATGCTTTAATCGTTGTTACATGATAGATAGAAAAGGAAAATAAGACGACATGAAATATTCAAAAGCATTGAGAGAATGCATCGATAGTGCCTTTCTGGTAGCGAGTCGCTTTGATGCAGATTACCTAGAGTCTTGGCATTTGCTGATTGCCATGGCTAATCATAGCTACAGTGTTGCTGGAGCAACTAAATGAATTCCCGTATGAGATTGATCGTTTAGAGGAAGTAGCTGTAGAATTAACAGAAGCAAACTTTAACCATAAGGAATTTATAAGGAGCTCCCATTTTCCTATCGTTTGAACGTCGCTGATGTTGGAGGCGGAACATGTTGCTTCGGTTGTACATGCCAAAGCATTGGGAACAGAGCATCTTCTCTACGCTATCTTACATGATGGCAATGCCCTAGCTACTCGCATTTTGGAAAAAGCAGGATTTTCTTATGAAGACCAGAAAAGATCAAGTCAAGATTGCTGGGCTTCGTCGTAGTCTTGAGAAGCGCGTGCTGGTTGGACAAAGGAAGATTTGACTCTGCGTCAGCGTCACAGATCCAGTAGCAGATAAGCAAAATTCTATGGCCAATATGATGGGTATGCCTCAAACTCCAAGTGGTGGTTTGGAAGATTACACTCATGACCTCACAGAGCAAGCTCGTTCAGGCAAATTGGAACCAGTTATTGGACGTGACCAAGAAATCTCTCGTATAATCCAAATCTTGAGTCGAAAAACAAAAAACAATCCAGTTCTAGTTGGAGATGCAGGTGTTGGTAAAACAGCTCTGGCACTTGGCCTTACTGTGAATTGCCAACGGAAATGTGCCTGATGAAATGGCTAAGATGCGTGTCTTAGAACTTGATTTGATGAATGTAGATTGCGGGAACCCGTTTCCGTGGAGACTTTGAAGAACGTATGAACAATATCATCAAAGATATCGAGGAAGACGGTAAGGTTATCCTCTTTATAGATGAGCTTCATACCATTATGGGATCAGGAAGTGGTATTGATTCGACCTTGGATGTGACCAATATCCTGAAACCTGCCCTAGCGCGTGGAACTCTGAGAACTATTGGGGCAACCACTCAGGAAGAATACAAAAAACACATCAGAAAAGACATGACCCTTTCTCGTCGCTTTTAAAGAAGTGATGATTGAGGATAAGTGTGGCTGATAGTATGGCTATCTTGCGTGGCTTGAAAGCAACTTATGAAACACCACCATGTCCAAATTACAGATGATGCTGTCGAAACAGCTGTCAAAATGGCACATCGCTATTTGACTGGTCGTCACTTATGACTCAGCGATTGATCTTTTGGATAGGCAGCAACTGTCCAAAATAAATCAAAGCACGCTTACAAAAAAGGTGAATCTGAGTTTAACAGCGGCGGACAAGGCCTTGATGGATGGCAAATGGAAACAAGCACGACTCAGCTCATTGCAAAAGAACAGGAAGTTCCAGTCTATAAAGATCTAGTAAAAGAGTCTGATATTTTGACAACTGCGAGTCAACTTGTCCAGGTATTCCAGTTCAAAAATTGACACAAACGGACGCCAAGAAATATCTCCAATCTAGAAGCTGAACTGCATAAACGTGTTATCGGGCAGGAACAAGCGGTATCAAGTATCAGTCGTGCCATTCGCAGAAATCAATCAGGTATTCGTAATAACAAACGTCCAATTGGTTCCTTTATGTTCCTGGACCAACGAATTGTTGGTAAGACAGAATATTTGAAAACCTTGGCAGAAGTTCTCTAGCAATACGTAACTTCG + %%%$%77;;>BD>$):5.0022253368:5380+//.0464$%$$476..1400336*$)0/58736;=9',144:=<>A;A6;;=@DHA@?=?:%%3'7;468/2561**,1487;=43877:012%333*22)17898021((+;:111*&+*((1?429CEB>=?<-(+,%&,-8:7::7'($%#%%$790811)+34,.54-/0397989:2/'+&%&$$,2-)*+**+21.6/'()))77&.'(+()./+86=@>?B:<3,.02+&::?EEOG=<=89+-(.0296:=A?>A>:898;:?FFA714'/50(%&%.0+*'0&))+448-(&',//+.**)(++,4-236%112+-('*.//7973B<8:6/2($#$#$$#%%)))''*$#&')'((*&$'1-5.&00//*$%#-()505578<=@;1*-.'%1&&0$%1799BDD24670)%,.,%$('/899:4531295767A?B>C><6--'*%)'%,((+2&68FGECC@?@8?657;>;??<>9;::3''/6464233@?9?5@/=;.6>;;@,:@92:68:36,,*&#%)641'*'3&2&(*9612&<>6>;-.',13397+0*)%%%%#%*&&&%%'%2($,).*.,&(,+68::>=6A<88669:*&/97;>=>;;<@9/1.89=;=;&&89+-898--85,268>BGC>:3.>=38:89;=>A877?BA:A57<@@?B=>99;477:67:/-,%,*6538899;<:4><<@/+(*)3233?;?@>74=<+*+--1213+2/.-)++%'%$%*&,..%))49:)((521/223>>6'##'--(--..36/1242AD::875*(&++,*(&&)(&(*%%'01$$$((&*%%,/2'',01375,)892.*=:5467;87&*,)2-*01:89978.7.*))(&&''327;;;862:12799;.75B<4698765297&&/112%(CAA?9B>==;:87=22332+0:::963;A4,42@3888;9:5258363.'%+++:;;?8>8,<8:<5;222<8;;::50,70(&%%$%&(6ACA44,.)%,'(.$''+--.33-'11./*3'4511.+(*<=:(%%$%*&-,'.(,$$$(')&$((%$)7814.&&'#%$&%&&&/0%$4-2+,)A@A;>B:5>>:;<=<.'*7><>@7@:;>7,*-365<4-%$%05<;:2<<=,%'&++//??;F?C<0*021E?EAD@@>AHBE0/&-01125:;<;84358;;=>@AB6414?A:6=A>CFAD;:;896//0/33,9880-&/*&')'+&#%%).2442)()+'&'$&$%'&%&'%"#''*:85::<<=?=@:86=?<:==>FGB><>=A>B?@IHBCC@D=AC;:1/-)''49:<9>/2:6786673*,((.69==:@+:A@A718CE@A@ADDFD@6@FC9?:98;:;4343222%17=94+775&/$7>A>/15<9<@BD??@C:77)09,&0/3308<=8:8>*)(&%$#&()()++*'$*&$#%%$%&6649?9+/2+,59:;:EA=:68A=6888=<8::D@==?B*%=6;9;@@;;:7=:<=C9:=@699:=55CBA9%6==?=5,.,(769654,+&'69561*/?:E?AEAFECF=A@;6>>?86;=<89<<8:4(/.028<<-0:58<=@?==899$$')*'/6<=;03:@?<;9=<@658775:($?=8=>4:A>=B@?<=A@BEG?@:B>@?>?876;9=@D9:;<9*&83;;=BB?1<=55>?=BA:;/,<<>555;;?<=<+E22789)21.9?BB<;:>>*98..+&$03520,+*02;;99;<@?:=AB9:A9.36B<<:9:8B@@;>:>@D??A@H>;>@A<<&+)%%/1.6<>93;:;:2086'&%$((+569.7723?===>786033%''+&)&8&'/,855/$.:EA=;?-$#'00*;1<;8=?<@@AB7927@@?8;.+2:/(&&*$$&,,1%%'%(<BDD=AB@A@A><:654(&#$&3355$#%&')(/8:=82:9748656;@77''7622$2'&&&&&%&'*1-)*'117630,*,-1/5+')-,-0+.:9=<;>>C:FFFBD82%%//3651)+123(&$%$%$-$$*&:<;2$$$$$$$%%$$3%,)$#/-/7752$'%%$'''(*0//21,%%(%)93542'3178=:>99::=A93)=5;:;957@A@8;:50.()1?@<@4.-$)%%#'+.&(&0/4(.)$$%%*/,*$,%'.227;=:AA@87:30')('76?A5BB7:?B@>97342&'&%-418832.72=6@:8573792/4B>;AB7:MB9A?=;;0141*2:=3)2)%-(/&,&$$&%&%*1349:8<:*%04@>AB;*/C@@;@<78;?E:;:9;>D>C===@J?@FE>AD@I:86>8;4=;7;5+.'(/,*&$&(,3131%''+,=:;;:?<;;967:@:9>?DD767788%/-)(,)()'&+,,0686/0%':=>;8>@A;:87<<*-5334.69<5;84.-)1'0)'#&.%/01$$)+&*'+3)--:AB@A=8A9AACCIHDEQPF;57>88;.,'6>>1=)%3373()**6;98@A52>;E@:A.-0-$))+/65&*9.--78:662*'+1./47:;EF:D;>>7ADHII:-356CDD<?:66GIDG+<%03&'''''16;,%:?8)-@=890211,*/**<5*1787.,0,&98;9330*('00),%+)62%''),)8924;8<@>>BCBGD<>3==58;?>>==<>;88>.9>><>A<&8+033)%%%%(,2339;;<:423(,*35:;;9=:/10--990672:BB<8A=?8779<)=87A<6>?@B?A@FE?=?1215;?H?@?;678?8D=CC@A:=<>9<6.+,,&32&1994$%'$,100(;=;<:=AB?8?=?>..('(*(%%'))(,78'/*0+&%$-/,)4.?9553-*(?97:9<>:@A=C?999A;?=97:A>>><<<7;@>@@?@4:6;DGHFG779AGHJGFC?D>ABG?BDENE>CCB;ABDEDGN@9>GDFIKD59@EG<4?A402878853/$'(*()$*,669B6:944:>BFGH=<0>;9196IIF8&13?><48;CI::BCEFB=CCEFCJEHCBD79:>CB<=BB&9===FF?9@9:6B<BD;HFC?KDRQJ<>BDAA<>GJ5;=@G?GCFADECEFA=?((,-5866=;**+)+)+'$)**)/79;@?>889G@=<@A?;=8;AD??@A;A36+,,,023;<=79:<@I;C=9=8;B?<<;<=HFIIEFFGGC=?AHMIIA:AI9CE>=?>=3//-,&'6337;=@)9C@E68@?@?86*:A=8EFFBACA@C@?AEEA<>=-4;=CBB?5=<5:=GHHGKFJPE@CGB;><=G?CA=:88564)&&(*'25=DDCD?9B@=BF@24?*2;HB>FNL>C<8:>BB@??;?BIGB<'&$-1131(*4333438??5@5547@,-,.;BJJ@C:D=4922/2;<>=>CA;?<'5:5<'/&)9<<98>?AGGIMBDF:B?@C=?<43/429:=>>@MIMKH:D?CBK?D-338AA?K>DABA/&%&455<=IFFEFKH@;>>96,36B@@>>:&287.,/,-./>38?C51;@84@:?-.5:?JGHH::?C?;>BEDF?=3&%'77@C?<@A=?;:;?--?;:802CAB:DEE:>B?G@?=A<;5@A<@A'9:='0,4585/%%()(+674<@@@=?<;?BA=CHH?@@6=<>9++*-:<33(145=?'>:<=1-,4<<968<4%%%&'*+&*,%+7A:GJKAHB@>>?D<>B?:9A422>CECGGABK=BC;=6;4.13+*,019;EEE?>=ABCBCA>>?DEEEBDA9?@A77??@;<=56447?A,CBG85==?>>BC9:<<<:<>&22/3:?6+=?;78855%%&$%41./(:?C/:@:?;8>=;1A?CA@:1=::29I>GD971)'3534773')'+-9:67667'589<:9;EBDFIDC;A?9;??>A-/3&536+4C;9:;HNA;F=GCCCA@D97DDIIC>I:TQNKOLII<D;97:3-/9>BHEEICCA@FD;>CB8CE79;@EGECGEE3;@89<8<88788.<=2+,;=;3?678H?E;CHLBCB@8@A?>/:@B?9:9CC?=?@;97+1&*1997709(*9989@AFEF>-/==?HE>=<>=>980:95-&$&%+-:AAECF?@''04265B==?:26557@=9;76724>CD@AA8A?BC<@@@=>?BC@9876;5*/;80313=DC9:F9ABBBC<==@;96;78964446;98&$$'&88-.60889;9<;<?CD5;:2,,(122767459:734@?A@HI6>@?DD<:0100'6435745589)&*))(5./>79,%).-(8?>A?==<>BB:;@,;;:05(&=B>9?@CC<;;1/3/039<=?84?:@<99>>935854481::8@F9C@@>?>E&(=?>D@;=?D=<6.;<@HIKCB:<:;<@8EFEC>AB=@@?==>:BEC@:9;A;>@?::2<@?@=3422'&'017EJHIECDBFA;?:F>>:CD>9:B359@>EA?A@<=336>:CGFG<826EKL19EA<@FHJGC<:59>BBC?:?F7E8=@9;;BB?<=85<6=<=27?*-,/?@@<9=&'=>B3=A4&%786<<=FAC@2,7*&$(&&)/0288;;;<,)%$*,496975<9'.)/41.44:;:>:@?0634=>>>/&&'&++..,.1;=>DJCD9782>BABA=:<:DE;8:=DD@@55<69?J<9>FB@@C?B:<=D@:;1CAB@A3349447:44078)990%56;>9<8>8@B79CEB=BFF8AE?:A;>B0<995;::>E:?AA799=;>:B<:(CEBH@BAAD@077?>>99@61674><;=B;8=>D=5D6;,.04/989990>@=>@>A>>79=D:B?68:457<=@@7,./467:99:;::46175('('368975-++1/201<;AB??<;9<8JIB@A/26?6./.)&('%$*<:@D?BGG>23<<:58<::>9=@@7?@<'21223/)780;9<>>>6;<875105./&$2-5;;<=A7==;5534%+.,$%%''&2/98-579A7&(-;;;HGFLIG?B=7$,&9;=:6<-&(&54&5496:<<9/:4=336:;;34079=AA@C@>EEF?D958::+'DEGEGBDEEDBDG=782.1130/,+*(%'&&')-')-3#%1,41/--($%'378>A2.8?C@:9>>,/-67;=@697@DCBGI>@D9DGFDFCBE=A=AC>AB815788;653)=>?@B:6)&'99;>=?;7<=899::.$**)+61.,,*.2'056870//+6:720./?=?>@99241:;=@6@:>;8D=BC>5<=(,/8@@<8?A955%%0786?@AAA5:<5:55*39856@;:@<=E>::8:@@425702'*77-8?>CDGCECA>'::NKJI>8;BC=58788=55>D>++:>==82/0./4-0450259<79;C>BEBG9846783)&FFGC?B??;996;:==??9BCE668;<>9?FA8FB8==:=:?<@@H6?>:@><0:;9=@?@:>BD@11.2::4/1)+-6/<=>=/8@=835672=@CA803,-0=:?AB6GGCE@B>@>JIA?:GH9A:@A9//08:;GI9<:2,(%&($%()10222347(*)))-9<:==;@>:31-?=90/2-89764-&&'($$$$$$$057>;=;=>04>?@0023&@=8888:;6)=BAD;:ADFF@:>7;<79;FB@=@4&7/:??AD<?B=;=,*,:=AA;B>=BEA?GIEC70(;())::<;:?CEHCEE<@C;;8799>=43((,77731;9>7=99;?:4()$(467A???1.$%*%%)$%$$%)20CE@CA=A?B>>@>5,')(567==?>;>@:<:;51-?@CD;33AA:?D?556;8@>:8=LL?931862DJG@152588=AB:?D?EIDFRI7ABA;GBB@ED7898945EGJG?@*357<@BJE==F@D:;=?A7B9310/.37ACEGEHP.8ACD2::8$%%&..<=BC==C>9:<<;421''*9GF?GDKE?AF??67;,5B==JLIHC5A9DLHFG@68CA69<@C;7FC?67B;?A?7;688704(47=;,<>E;5;?0.77:??HJBA>;).&466754??@@175.,99:78-*/67:<;98=>;?97:;8671E3>82-0/:9::&&%$+,''0337201/263--<23:@<=88?6;;>@A?=:@A?5>797,)&)85;HHC;:CE676>@:6945:;;8%$/..0489:79<=?>E?BB;;@ACEHJHHDEBEEE>C7'''&())$%''13;<;69.5;CB?>1.)2899:55>?@A;B@EBA@84(%?@AA73<>GCB@<*)0;AB?9.*:=9943:?A?A@@464138988;9<7C;A<:A9F?4?,344/./1842697389<>>7=:?:76=9=;@?<8<;ADB@=25999:/05686(--$&-&(.8552786,00)'-,$#&%%%6<B:/5DC26<<59:96100).,,+'&+.,677659=1>C<7B>???CFF@22597@?>+1:I<<0?-C=BADC?@,ABBFDC>9::=BCAEC63<98>=DHHD>?>?76:D>=:;5-==>GFAADF;:3,;A9?@<>?=>@>&3BEFC+/F=?5DFJD?EE<>3+,*--(.4348:>D3DJIJ:<:)DBAC:ECBFGE9969<<3348-2A@?A84?7+4485;>A>;:=AB=A=BA1305?A1(:=:69@=@=MI@11<=968:<9;>@AF;:8>B*8981=3DG;=1D=7/60-*&$(),**-,++34:-69*'&$%%-%$%$$%*(&))%69<=69AB96>B:B68,8?B5DIE>BDE6:DC=BB?;CEFC<6558;<=87<851-//2&&*'$&%##%('$$$)2,&%)(///2./42('/7;:<<87.'&+#%'())1101-($##%.(*237??=B9DG4AE:?AB?BB;;/#$$$??;9:1/6;69:=?>7;?:846:2+'''-.''12>=<=72886>EF@B@EGF?A>1BBA;?BCDE>BB:ABDCACC=>=;:E=;0%%&*&$$#'%'(5475,+/04/-226>=B54@@9=>795;BII;:6=;89?BF9;7*4'#%(/8;:8;<7<5543-$'&+0//0,-,7:36?HFDBD:9:A>CLI?1689@CAHH=C@C=A<:B;:./003%**&((+246CEEIPA?9BA?B(;:9;B@CE@B<.354-3468;:=>/$%&(/2:99:8AFCD?C@?8BADCCC?'):87;;A:>=>A<<=FDC?AA@0=9@A?:?>?998A?=<9+/9<>@BDB@BA24;><;?@=?;;<;:;??B?ACBA4?988;-6(():88>?0''.--/8@@C;A;<80,(89IAF?B?>?<=<:@?9,@<)AD@GCC<02,/:23%=;9=;>>@5;62*'))'$$'('%%($%27540<<<;;2'/%01&&##$$&%%$))*159BB3&(*+;<>>G;><=><=668IB@C?=8-12)01255>=>BBBDC>>EB?=FDDDB:8=A;EBC;@?@;899?>=B?FG>9)778DIID<-++.-,.910*+%12/6::;8999;;:@@/'(13.07@A@@:==)%(%$''543469=?;BCCD;47:698::88('...%%**6:)<76;.''6-87FFC<<8;;8:==961>DGB:?=;<5>=>;?F@HD9..-,'%&(&'59>>==DB96$%<;;?>A;AB><+5:><89/*+5;CB>=AB>A<=5+:7659?A58;?=:84<@?=,*;/=BB<>@AAA511:9449:A-4:9=;10192859)&&+,,+,,17;;?E@87@=@@C9:E;>>7842/,2:;=:::9999B?<@C@A@D99+($$%'/779:6646=6;*%$$$71()49>>AC=>@A:AB?>=78(/$'4<70,.22029<=:=9;;5)B,@;?CA7/1/AD;?@A76=52478<=8<,/7988:975;;55::0>@E?BDDDCGFBC>@@DG:D@EE<=8@97:00'3646<:=9;<:;B=7:=::<@=1/)22697;;>>3568DE>FEFGDC*3<;>=CAC=B?=JE=@ABC>>==>?B)';++8:9=;=FHHHDHCBDE@+15EHJP->DBCFB:BH>?>;:?6511,88=<=G?:H;<@CHD?@=<<>C6;&)4??=?59=AEEHFB?>=B76$2;<999<;>@>DG>,ABA?@CB5@BC?<''')9:>@??AAC368=>C*899?=;65,.$$&&$(19::546:?@A>>@A87;@>;>@;>=>DAC9:8.'#$$&-66577/-7643-'"$$$%$#.2398/,*86;<897-828:A=@<89**EEF03>>>78=?99C>JFD?:?<>:%1:6>8&533-:D:>B>@3>;A>?@=>>EGB>9:;CBBCB>8;A@DGCKGBFHIKHJH647129?=4;:79@=8132((++/*'(&&'(12/4448=HGJA?>9:B9D@CC=GJA45;6111627?:7,)+(,4>@786=787,*:784/;9::9;88:9HKI@69A=88:8;6<6=HJWNK774;=;9?@=??329>=<8DBC?><789,,(*)+0<20?=9:@>A?>=98;ACA>?>7620-45><9241)/??A;:79<;;:??F?ANCE9C?@@;9??BBF70::CBA)59:<@6><.&$(+*')/24==-(,002?D?C@?@A@=?GA72/30/*)$$'(*;69@DAEHGHIB=2,'&&.497=183<1322B9<:76B-3396<8>>?@>B88>=;?@A@AB=*/1268>@66;@A<;@@=>;B?CDEEDC:<>=?FHJDQMC>6?GG+<;94344:>@BA:2:;:221*-9<3@ADD<8C>=GGGIB83(((00234A@@=;<<251110-+):@AC::0=5=A7:G@=BB>=0??AA;?>>>>=?CB=;;+*22::2;;81+%%$$())/677&&%'%5898987-/)./)76/&'&+5.9679?D445/1(-()'51ABC>DDDFA;:=;=;<@676822211257%**)93@ABE@DABDJ?=:@;?:6/,819>?C<8;82.395>:?EIREE?;>>F1..55=::7*-;6>334/20-;:@@>*,,.8=6CEE:B:HHDE=;>6;@<@92201/+''&,*))'%&&&&('/1'&.<>@=:@??'%54::;59?@ADBA9:CH@B;799<.1===@9GE;8;3<58AB??A:3>@?9786;(&+?=ADDB@;78<2-2-,*(*26259AB?==>=89;=:9<(-*78=>2>==;,*))%#$1+74779?<;89HDCG??=:??76;CD@;;89B??B>?==A@67:87??:<@CIIEA3@@9;DA>7??;?CCJKMICA?EG?<<=@::=;D@CB>867FI>=I?=A=18;?8:@CACF<;@:81???>7//644020:1,-.//,.4:>@><;65758?>>CEGIFEC:.>=934BA><8:A@*>>?A=;?<:<:@<<>@>=;9>@$'=<;5/++''8<@BEFBCG:ADCE=:9=E;ABKBC@B8E=9?<&(013=:ABB;DD=:>=9238::<.,+,7DFDG@57A@?A97+-,++)%&(('(''%;>@=>CEF999??@ABB>CC;?C@AAD=@@GCBCB>@B34%5>?;>?<:BC?F;7<@AOAEC?7344478:;DB:<@AHGD9:@6:@AABE39OD7<9>AADC682773798858<:8;32;3/01%1.1368:>8350&(89:>3.==CD89??>79<<2:>8?/@;BD<;,*))%<<89&>?@=EDBAF@3;%%5*'(%)#((+')%%'.1;;>@@DFEA>>8=;BFE??EBN=8?=KC@E>DA1+>JIDGFAD9;8F@61,58?;GCBCC>>C?BEEA9::88;BBCA98=8A=8?;84ACBBE>@>?5342.9:<=;30/..../1,-/79=DCD><<;F=DCHHI>BIH>>==>>:?BA=EEG=>::EEKCOGD7%88:6445;?779.%%.%$56<>B>:*+:46?98=>BB?>?=<(AACFA($77@ABAIBICH477@=>CHA?AAGCBE?>48<7;9&(./.14478@>ABB9@B@EA@>?H>DD:@AE<>CDB9:;>@<9A?355=9,,%%,*-6:198=9687''+242'%75<=8;::69;<1(,:=>A>8?AB@*-069:?>;B@8>69G=B>?<:B?>M>?BE>EJJDDJFB=?;E>;8967:7,A=EH>1<8/)**.221.+13:<<934%,1?EBFHI@0):@?@?AD:462.-.-*),(#$&*+-6::;DI==E<>DB>BBC=@>:;1+./165;<:.BHGLIE?;@AB;BC@=@>?:;>=?@DD@@A6589D>CA1@AC$<9BDJMILPMMHCEFD:84)2222>;::8--/5>@3?AE>@FFC7=86081FACED:.;;$0&22&:;7<6:>=BC?BDEGH@BA@GGDF@C@3??BACDHABLLKIJDC3%()-->>=>?654576%$')6:;<,DC?<6:=AD?>>C=?;+45E00;EEEB:9::??>GGHKJ@AF>GKK=CE,GGC<8;AD??3C>F=6658/D9899=;4/1BBG@D?A@:=;2'(().486=,'''/674:;+0017,$&$/2;79>?@AD>AB>4??A;=7,8B=>EF?:9;/6;>?@CHBA4BD;4B?GHB?F:FON>8=738;5?A=DF?=ADDEGBHA@DDKKLLM@FK>A>?:;DFB>8>@<:>2..-<:@@@<68C?HC?D?>>9H>/.,1-/<>;+&>;A='4524;?<<7;8<=8:>:99:;,.19?A904,%%$(%#$&%%&%&(*373888BGGFC?GIHI>BF?A@;8,*449;:5@@?9665;=>&(*&#$(1149990./0251$'$%%'9?BAA?;?33:F;398$)'+3900.,(&%)*-0.2(($$/0.4%'*'%#%#$(&/058A>@<>BBJ@@B?F9>CD@?=BA=>A?@ACF>8,*-27347BCC?>@?=91)78E:;?8@@DDDF,,-+,/31*9=@EFA:<8:<;>B?<2@CBC7=7AB36>:?DACMG>FG?>=:5,-1363(8A?HDHDB@9;>9%.336:=HIKHAB<,C@<;=DCACD=GCDEFDAA=>40)+0>6BEHHE?9354$./8G=8A@?>FEDG::C=;GPIFELHFI63DMKLEGIC0=DEF?87-26AA:9DE>91DEDFGBGEDLGDA@>==6BFBH?D=6/499GHD+5,HC=?DIH>04A>@;A>?C@<8AAC;>C:95CC?>A77>=$&%2AHGDBCAC89AFB34C@<>B;?@@7=9;;3:A352343,,(&%%%%'(()-7=>AFG>;:>9;FBDKA0AA9>AHFBEC=>CCC<739:<;EGFCHGCFFIC:<9,20.39B5777FE;=+9%#'''7<>AAD==BE>>036/16?A?>99-9:765?=$'>?@;9?>>>:?@7BAC9?IJKJH@@>>,4<7&);4CF@B?B@@=@?6656;CBE;6HFBE??@==>;$9:2C<.;;;=A?@CFBCE>8DDFCBBD?JIBD?;AAG19@=A@,18?;9A=BBAB8A@4C=CE>BHG<@@DD9<9AA:9=B24;;49C;:B?;?@<:A8A.<8@??>@753;:BBCHIA>?I4;?A?@;8@::DIIF>IH>=@743<979=?C>@>764,-**1>7-.ACA88:2<76@@><<<9;/13;967,056797&&:=<==<<6.&$'*&*%&&086::78;:;<357/0((+&%#&0276&+&+.8:9=AEA>?9@FGACH<9EGC<;A;B><=<>?>C>AFAH:8;2-((##)3459>CGD=&7::=KJD@@>DHB=ED<45AG?DEDAB1>A@@BACAA>4434:+,*/*<;;:=5;G>C;888;=@<@>>@?<7::@87?A=;=;97A>;=6:G9=@?@BHIE;?C5<=G@=>=0>4679):>A3;99BCEHABDAE@<@74@?A><>=6;98:3540*',,2;>=D>8<;=7;:86./891.BE9>;;87777*.''''468;<=?CD>ADC=ADFEE@?54/35;@CBDBBB@>@87*$5997?FJF91@;;E;@@??=>C@9@DDD7A@@0?;89@D=186>==867144)26;<;@?A@;4=;:=::7(*)&(((87776+65>@HHB9;MMCD@EB:;9D=6?765*)DE@A=4,?@A:=A=>>/7;9;92163<>AFCBKKI>>DCBB257874:<=>8:?BCCFE@GIHE*.@DED;AD@<@@BC9CDC?HB>?B@@?B@=<476((&+%'#$&;:10/.'98;9ADFCBEA=>@;>:@A>AE:115>-?>C;2426341*-7;9;B@803557<4>;?9;?>@;667C:;D>KNKMKKBDG@HCCIMGFFF<====FHA??@@64;<===CB>AA>@>?BB:===@AED@ABB=?@=A8ED+<9>=<9>A=:;5-&')4'%$((*6:AABB?8;:'$&)36;@:689;<'71*-:97;0%%/11)''$$%*&.1.-//-'01783444+%010&&%*@>=BC@>>>1*(%#465:=D?A@BBB31:;<@17:?DBB@>9C@ADFEHH=;+A?CCBE>?ABJI::FHEFGFGHIGGAAA99@=>;8FCB@@B@=EA>?A<95-&'**.2.1',,)06662/%);;8><2&&-($%')+'049;?@DBBD>GG=7997*''-'#$%5777DAAMKEI>8:;25--)%%&#((*)('$)$%%%(12***1465<:0+#$%%+78:AII8<>BFG@?BCDFBB?BDD<;<166.1%'))$$,%'/-44@79:8@>$102;4;99757++::=:6;@@>(51798:ABB@?@D:751*+(%$%((++5''**+-54:6;>D@CE::399<:::/-*25>=65:168<@9=&F@?@=>=/,(-210=;<<<9=BENMLKD;=C?GHHH=7:>5198A==DE>89;;BHHEF=A>E-)=DC;?>3-0698464;;:4')&-),:8556>>989::;4%%)'# @SRR14011045.15219 2f1be1b9-be9c-44ec-868d-114bdba52ff1/1 ACTTAACCTCGCATCATATCGTAACTCGCCAGGTTCATTCTACAAAGGCACGCTCTCACCCCATTAACGAACCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTCCTCCCCTCCCGGGAGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCGCAGAGAGTATTTAGGGTTGGAGATAATTCCTCCCCCAGATTCCGACGAGATTTCTCCGTGTCTCGCCGTACTCAGGATACTGCTAGGCATAAAGACTATTTCGAATACGAGGCTATTACTCTCTTTGGCCTACCTTCCCAGGTAGTTTGCTTCCTATAATCTTTAAGTCCACGTTGCAGTCCTGACGAAGAGTAAACTCTTCGGTTTGCCCTCTTGCCGTTTCGCTCGCCGCTACTAAGGCAATCGCTTTGTACTCTCTTCCTGCAGCTACTTAGATGTTTCCAGTTCACTGCGTCTTCCTCTACATTACCGCCAACGGTAATAGGTAGCTGAGCATTACCTGCCGGGTTCCCCATTCCGGACATCTCTGGATCATTGCTCACTTACAGCTCCCCAAAGCATTTCGTCGTTAGTCACGTCCTTCATCGAAGCTACAATTGAGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTGGTCTTGCGACCTAACTCATTAAATATTCACAGCGTTTCGGTTTATTTTCTTCACTATCTATATGTAATTTGAAGGTACATATGGAATTTGATATAGATATTCAATTTTCAATGGACATACTTGAATCTTTCGATTCAATGGAGCCTAGCAGGATCGAACCGCTGACCTCCTGCGTACAAGCAGGCGCTCTCCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAATAAAACTCAAATTACATTCCGTTTT + >;<=ECD@@=??8660/2EA??BB@>9&%%$'024111DB8>>85//)(&0)799:;;@??52265),(''$..4579=;?AA>1<@<=C6=8:@D5389=@?8,,,0.(C776-5::711:<=A>@CCA;/<::9=B;;=<>:=16A><=;6=A<738>A;,0630001551<:..1A?=<@EC/-+*'-&*%+-',-/78;<;@FG;>8<=2023;<<34446?;C5G6@><;G=;C:7;=@@=@B>;;<<@>CC=;6185+-,877''9:;4+'&78:ADDB>B8&5<=<>>?>B8??E=>;44564(-%5+#%..-1,9@DE@=GGDB@8F9;;<9;<2/-8732.320045+).7;;,674388;??LC.+((3==A?@55CDG<74A9?=?=DF@A@EE=@=GF@0'%//)#%#$'&$'1067:??:79<7655%)*2*197-8789;4'))-//68?H@>G>@A=??9())%%&((,'&$$%%$$'*'$%#$#-53356741.;:4,4/A<=;2245'258:;>?;;@A===;<''1/-/@::78DD?B:C??@?>@=(025;;3898:69:8;::=@A?>CB:?>3&.(-./12331)&&%**877,-17>>=868-'+,*,+-$$$'(*,,0;9<8;<>CB@A0:=?DC;42=;72(%&&&&(&'$%(-,%(130*(($#$%$'*&%%$%25556;/,&%%'*&((2-2.211764763=>><@=:;7>@BCFF;:8888.*&&$%()***?@<@J<=>BBGA<>>?@;:;>>:8'$=;<<9?DDDD;-*323478-*(%$%&(-.&'**,96357A;<=;76=;9:?DAEC;6CDADGDEE8787;+)9;=?;;256226067*4532**2$&'*56359>:5 @SRR14011045.42608 ccdb4f2e-3de4-4457-b330-cca36d18d801/1 ATTGTACTTCGTTCAGTTACGTATTGCTAAAATGGAGGGGATGAGCTGTGGATAGGGGTGAAAGATACAAATCAAACTCTGTGATAGCTGGTTCTCCCCGAAATGCATTTAGGTGCAGCGTTACGTGTTTCTTGCCGGAGGTAGAGCTGGATGGCCGATGGGCCTTCACGAGTTACTGACGTCAGCTAAACTCCGAATGCCGGTAAGTGAGAGCGTAGCAGTGAGACAGTGGGGGATAAGCTTCATTGTCGAGAGGGAAACAGCAGACCACCAACAAAGGCCCCTAAGCGTGTGCTAAGTGGAAAGGATGTGGAGTTGCCAGAACAACCAGGAGGTTGGCTTAGAAGCAACCATCCTTGAAAGAGTGCCGTAACAGCTCACTGGTCAAGTGATTCTGCGCCGATAATGTAGCGGGGCTCAAGTACACCGCCGAAGTTGTGGCAATGATCTTTTTGGATTGTTGGGTAGGGGAGCGTCGTGTAGCCAGTGAAGCTGCGGTGTAAAACCAGTGGTGGAGGCTATGCAGTGAGAATGCAGGCATGAGTAGCGAAAGGTGAGAAACTCATCCGCCGGATGATCGAGGTTCCAGGGTCAAGTTAATCTGCCCTGGGTTAGTCGGGAGCCTAAGGCGAGGCCGACAGGCGTAGTCGATGGATAGCGGGTTGATATTCCCGTACCGGTGAAAAACCGCCCATACTGATATTGTGATGCTAACCATGCGAAGCATGATGTGCAGGCTTTTGTTTGTGTGTTGTGTGGGTTGTGGGACCCGTCTTTTTTGGAGGTAAACGTGTTAACTGTAGGTGTGACGCAGGAAGGTAGCCAAACCACGCGATGGTTGTCGTGGTCTAAGCGTGTAGGGTTGTCGGTTGTTAAATGCGCCGGCTGTGTGCCTGAGACGTGATGGGACCCGTTTTTGCGGGGGGATTTGGTGATCCTATGCTGCCGAGAAAAGCATCGGCGTGAGGTTTTAGCCGCCCGTACCCTAAACCGACACAGGTGATCAGGTAGAGAATACTAAGGCGATCGAAGAATCTTAAGTTTAAAGAACTCCGGCAAAATGCCCCGTAAACTTCGGGAGAAGGGGGACCTTAGCCCCGTGATGGGCACTTGCTGCCTGGAGCGTGTATGGGTCGCAGAGACCAGGGGGAAGCGACTGTTTATCAAAACACAGGTCGTGCGAAGTCGTAAGACGATGTATACGGACTGACTCCCTGCCGGTGCTGGAAGGTTAAAGAGGATTGGTTAGCCCTTTTTGGGCGAAGCTGAAAATTTAAGCCCCAGTAAACGGCGGTGGTAACTATAACCATCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCTGCACGAATGGAGTAACGACTTCCCTACTGTCTCAACCATGAACTCGGCAGAAATTGCAGTACGAGTAAAGATGCTCGTTTCGCGCAGCAGGACGGAAAGACCCCGTGACCTTTACTATAGTTTGGTATTGGTGTTTGGTTTGGCTTGTGTAGGATGGGTGGGAGACTGTGAAGCATGGACGCTAGTTTGTGTGGAGTCGTTGTTGAAATACTGCACTCTGGTCAATCTGGATGTCTAACTTCGGGCCATGATCTGGTTCAGGGACAATTGCCTGATGGGTAGTTTAACTGGGGCGGTTGCCTCTAAAGTGTAACGGAGGCGCCCAAAAGGTTCCCTCAGCCTGGTTGGCAATCAGGTGTTGAGTGTAAGTGCACAAGGGAGCTTGACTGTGAGACTGGCAGGTCGAGCAGGGACGAAAGTCGGGACTAGTGATCCGGCGGTACGTTGTGGAACGGCCGTCGCTCAACGGATAAAAAGGTACCTCGGGGATAACAGGCTGATCTTGCCCAAAGAGTCCATATCGACCGGCATGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGGAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGTACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGCTGCGCGTTGGAAATTTGAGAAAGGCTGTCCTTGGTACGAAGAGGACCGGGACGGACGAACCTCTGGTATGTCAGTTGTACCGCCAGGTGCATGGCTGATTGGCTACGTTCGGGAGGGATAACCGCTGAAAGCATCTAAGCGGGAAGCCTGTTTCCGAGATGAGATTTCCTGGCACTTTGGTGTGTGAGGCTCCTTATAGATGATGAGGTTGATAGGCCGGGTATGGAAGCAGGGACTGAAGACTCGTGGAGTTGACTGGTACTAATAGGCCGGAAGCTTACTTTTCAAGAAGTGTTTTGTTGTTTGCGTTCACTGTATGGTTTTTTGGATAATAACCCTGGGCTTCCTTTGGGAGGTTGAGGCTTTTATTCGGAAATTTTGAATAACGAAGTTATTCGCTAGATTTTCCGTGGTTATAGCAAGGAAACGCCTGGTTCCATTTCGAACCCAGAAGCTAAGACTCTTCGCGCCGATGGTACTGCACTTTTGTGGGTGTGGGAGAAGTAGGTCACCGCGGGCTTTTTATTCAAGAGGGGAAGACCTTATGGATCTTCCCCCTCTTTTTGTGTACCCGAAAACTCTTAGAACGAAAGACACCTAACTCAGCAAGGTACAGAGACTCATAGATTCAAAGACCCAGAGACGCAACAGAGAGGCAGAGGAACAGGGGATGCAGCCTCGCCAGACGGCGTGCAGCCGGTTGCAGAGGCAATGAGATGGGAGTTTACAGATCCGCCTGACGAAATAGAGGGCACGGTAGAGGAAACTCTTGATACCTTAACAACAAGAGCAGTCCACATCTCTACCTCAACAGCGAGTAAGAGAGCAAGCAAAGGAGCATCATCATGGCTGATGAGAAGAGCATCTACGAACGCTGGAGCGAAGAACGCCTCGACCGCCTTTCCCAAAGAATGGGGGCTGGACGAAGAAGACGAAGCCGAGCTGCTCTGGCCTATCTGGCCCCTGCGTTCATGGGTGAATCTGATACCGAACAGTACGTAGAAACCATCACCGATTATGTGATGGACGTACTCGGTCTGGATATGATGGGGAGAACGAAGATAACAAGCTCTGGGAAAAGCGCGCAGAGGACTACGTGGAAGAGCTGATGGCGTCGTCATTGCCTTTGCTGCTGAGCTGGGCATTACCCCCGAAATGCAGAAGAACTCCAACCTCAACCGATGCCTTCGCAGCCCTGGAAGAAGAAGGAGTCATCGCACGACAGAACTTCACCTGCTGCGGTACCTGCGCATCGCAGAAGATGCAGGATGAGATCGACGATAGCCGTGAATGGAAGGGATACATCTACTTCCACCAGCAGGACAGCTGAAAGCCTCGCTGAGAGCAGCGGAACCTACGTTGGCTTCGGTTCCTTCCTCGCCTACCCAGGGACGAAGCTGATCGGAACGCGCTGAGCAATGCGCAAGAAGGAAAAGAGGTCAGTGCCCTTCACAAGACTCTCCGTACAGTTGCTGCGAGAGACGGTCATTCCCGTACTGGAGAAGCGCGCGGTCTGAGCGTGAGGAACGACAATTACAACACCCGCCCTATATCGATGGGGTAGAGTCTATAACATTCCCACAACTTACGCTGGTGAGCTGAACCGGGTGGGTGCCTCGGCGTAGTTTGTGGCAGGAGAGGCGCCTCCCAACCTTTACGAAAGTTTACGAGAAAATAAGCTGAGAGCGTGAGAACAGACATCACAATGTCTCAGTCAGAGTATTAACACCGATAAGGCACCCATTCGGTAGGCTAGACGGGTAGCGCAGTACGTCCACACTAGAGAAAAGACAGAACCTATCCACGTGAGTAGGAACTGATTGACATAGCTTTCAACTGCTATACGGCAGAAGCTGAGCTCTAGAACACCCTATAGGGGATAGAACAGCGGGCCGGAAGAGGCCTGGTCATCTGAAAGCTTTGCTCGGATGGACGCTCACTCAACCGGAGTAGGCTAGAAGAAGTGGACGAACCGCCACCCATATTCCCAACCAAGGAGCAGGCATGTCGACCGACGCCCGCGAAAAAGCCCCGCCAGATTGCGGCCCAGCAAGCCAAGAAGAGCCCCCAGCCAGGCAAGCCGCCGCTGGCTCCAGTTCGGCGTACTCGCCGTGGTCCTCATCATCGTAGGTATCATCGGCTTCGTCGTAGTCAGCAGCAACAAGAACACCAAGGTAGCAGAAAGCGGCCCGGTGCCCTCCAAGCGCCAACGAATACGGTGGCATTGTGCTGACCAAGGACGGCATCGTCCAGAACTCCTCCACTCAGGAGAACCGCGACTTCAAGCAGCTCGCAACCTCGACCTCCTCCGTGACCCCCATGGTCAACGGAACCGCAGCAACAGTCCATACCCTGCCCCGGGCGTGCAGACCGCTGAAGAGGCATCCAAGAACTGACCGGCCCGTTCGCGTGACCATCTTCCAGGACTACAACTGCGTGCACTGTGCAGGAGAGTTCGAGAAGAAGTACGGTGAAGAAATCCAGAAGCTCGTCGAGGACGGCACCATCACCCGCAATCCGCAACCTGACCTTCCTGGACCGCTTTCCTCGCCCACCGCACTCCGCACGTAACGCGGCAGCAACATACTCCGTGGCAAACCAGGTCAGCACCAGTGACTTCCTGAACTACCAGCGCGAGATGTTTTGCTCACCAGGGCCGCGGCGGCGCTTGAGACAACCAGCAGATCGCAGACATTGCTTCAGTACCACGCTTCCATCGGCTCCGATATGAACGACGGCAAGTGGCGCCCCTCGTGGACGTGGTCAACGCTGAATCCGCAAAGAACGGCATTCAGGGTACCCCACCGTCTTCGTTGATGGCGACCAGTACACCAGCAACGACTTCAGCACCTTCCTGAAGGAAAAGATCAAGCTAAGAAGAAGTAACCTCTTCGATACGAAAACCCGGTAGCCTCCGCGTGAGGGTACCGGGTTTTTCCATACACGGTGATGAGTACGGGGGTGGGTACACAGCATACAGAATCGGTGCTCTTAAAGGGGGTGAAACGAAGGAAACGAACATACCATCACCCATAATTTAAGTATTCTCAACCAAACCGTAAAAGGAACGCTAAGCAGATTCAACCAAGAGAATAGGGTACACTGGACAAGTTGCCTCCTTAGCTCAGTTGGCCAGAGCATGTCTGTCTTGTAAACAGAGGGTCACCGGTTCGAATCCGGTAGGGGGCTCAGAAAAATCCTGGTTCGCACCAGCCTCATAGCAGAGGTGCGAATCGGGACCACTATTGTAACGAGTGTCCTGTAGTGTCTGGGGACCCGCACCAGCACATCATCTACCCGCCCTGAGGAACCAAAGTATGTCTGAAACCTCCGGAACCCCGCAGGCCTCCGCCTCGCAGGGCACCCGTACCGCGGCGCTGCGCACCGTCAAAGCACGCGAAGCCAGCGACTACCCCCTCGGAGTTCATCCGAATCGCGAGGATTCCGCCCTGAAATTCGGGCCTGCGAGCCTTCATACCGTGCTCCTCGTGGTGCTCTACCACGTCTGGGTCGGCAAAGTCTCCGGCGGTGTGGATGTCTTCCTCTTCATCTCGCCTTCCTGCTCTCCGCTCTCCTTCATGCGCAAGATCGACGAAGGCAAACCCCTCAATCTCTTCAGCTACTGGATGCACGTCTTCCAGCGACTGCTACCGTAGCCACCGTGGTCATCGCGTGTACCACCATTGCGTCCTTCTTCGTGCTCGCGCCCAGTCGCGGTCGCAAACCGTAACCGACGCAAGGGTACTCCCTGTTCTACTTCCAGAACTGGAACCTCGCGTTCAGCTCCGTAGGCCACCCTCCCGTGAAGTCACCCTTCCAGCACTTCCCTGGTCGCTCTCCATCCAGGGACAGATATTCATCATTTGGCCCCTACTCTTCGCCACCCAGTAGCCTACGTCGTGCGCCGATTCCGCAGGAACCTCTTCACCACCGCGGTATTCATCTTCAACACACGGTGTTTGTCGCATCCCTGACCTTCTCCATCGTCGAAACCGACACCAACCAGGGATTCGCCTACTTCGACACCCGCACCCGCCTGTGGGGAATTTGCCATTGGCACCCTGCTGGCAATGCTCACCCTCAAGTGGAAGGCACCCGAGAAGGCTCGAGTAGTTATGGGCTGGGTCGGCATTATTGGTCTGGTCACCTGCGGCGCAATCCTGCCCGTTGAACGAGCGTTCCCCGGCTACCCTAACGCGCTTTGGCCCGTGATCTCCGGTGCGCTCGTCATCATGGCAGGCCGTACCAACAGCCGCTGGGGCATCGACCGACTGCTGGTCTCCGCACCCCCTGCAGAACCTCGGCATCTCCTACGCCCTGGCCGGGTGCACTGGCCCATCCTCATTCTCTACAGCAGCGCCGTCGGTACCTCCCGCGTGAACTTCATCGAGCGCCGTCTACATCATCCTTGCCTCCATCGGCCTGGCATGGCTGCTCATCCGCTTCGTCGAGAAGCCGCTGCGCTACCGCAAGGACCCCTTCATGCCTTGGCTCATGATGAAGATGCGCTTCAAGACCATCTTCTCCGTCAAGACCTGGGCGAACCAGCTCGCCTTTATCACTCGCGTCTTCCTGGTCGCAGGCGTACCCCTGGTAGCCGCACAGGCATGGGTAGGCTACCGCAACACCCAGTCCGAGCAGAACGCCGAACTGCAGGTACAGACCGCCAGCGAAAACTGCCTGGCGCCCGCGCTATCGGCGGCGCCCAGCAGGAACTCATTGACAACCCCATCCCCTCCAGCGGTGGCGTCAAAACCCGGTTCGACGGACTGAGCGACCCTGCGTTGGCGGCTTCGCGCCCTCCGACCCGGCACTCGCCAAGTACTGCAACGTGCAGAAGTACGGACCCGAGGACGCACCATGACCATGGTCATCGGTAACTCCCACGCCGAACAGGCGCTGAGCATCTTCAAGCCCATCGCAGAACAGACCAAAACCAACCTGCAGACCTACCTGCTCGGTGGCTGCCAGTACCCGGTCCGCGCCGTCAACGCTAGTAACGAATGCTCGGAATTCAACACCAAGATGACCGAGGAGATTCTCCGGCGTAAGCCGCAAAGACCGTGGTGCTCATCGCCACCGTTGCCCAGGCCGCGCTCGAACGACGAACGAGTCGACCCGAGCCTCGATGAACAGTCCGCCGCCTCACCGAAGCGAGTCCAGGTCATTGGCCTGCGCGATAACCCGCGCTTCGAGTACAACATCTACGAATGCGCTCAGAAGGCCGGCGCCGACAAAGGCTCCTGCGCACGACCCGCAAGCGACAAGTACGCCGCAGAAAACCCTGCAAGAAATCTTCGACAAGTACCGCAACCAGGGTGCCGTCATGGTGGACCTGAAGGACGTGTACTGCCCGGACGGCATGTGCAGCCCCGTGGTTGGAAACATCTACGTCTACATCGATGACAACGCATGCTCCAAGACCTACAGCCGCACCATGGCTCAGGGAAGTCTTCCAGCGTGCAGCGGGAAGGCGGCTGGCTCGTCAACGGAAAAGTGAACTTCTAAAGTTCGCCGATATGTGGTCCCGTGCTGTTCTACAGAAGTGTGAACGGTTCGGGGTTAATATATTGTTGAAATTAGGATAGGCTAAGTTAGGAGGCTCCCGGGAAAAGCCTTAGAGAAGAAAGGACGCCATGAAAGAAATCACCGAACGCACCCTCAAAGTAGAGAACGTCAGCCTCGGCTACGGCAGGAGACCACCATCGTCAAAGACCTCTCCCTCGAATTCCCGAAGGGCAAAGTTACCGCCATCATCGGCCCCAGCGGCTGCGGTAAATCCACCCCTGCTACGCGGTGTCTCCCGACTACTCAAGCCGCTCAACGGCGACTTCACCCTCGACTGGCAAACCCACCCACGAATACTCCGTGAAGGGCTTCGCCCGCATGGTTGGGCTCATGCCCCAGCATCCCATCGCCCCGAAGGAATTACCGTAGCAGACCTGGTCTCCCGCGGCCGCTACCCCTACAGGCCTCTTCAAACGCAATAGCGCCGAAGATGATGAGGCGGTCGCCTGGGCGCTAGAAGCCACCGACACTATGTCCCTCGCCGAACGACAGGTCACCGAACTCTCCGGCGGCCAGCGTCAGCGCGTCTGGTTACTTCGTGGCGCTCGCCAAGAAACTGACATTCTACTGCTGGACGAGCCGAACCTCTCACCTCGATACGGCACATCAGGTGGAGCTACTCGACCTACTCTCGGACCTCAACGAACAGCGCGGCACCACCATGATCGTGGTGCTGCACGAACTGAACCTCGCCGCAGTCGCTGATTACCTCGTCGCTATGAAGGACGGCTCCATCGTCGCCCAAAGGCGAAGCACGTGCTCACCCGTGAGAACCTGCACACCATTTTCGGTCTGAAAGCAGAGGTCGCCGATCCAGTTTAACGACGGCAGCGTCGTGGTTGTTCCGCATCCCCGGAGTATCCGCAATTTCCGGTTCAGCTGTCGCATCTAAGAAACCCCCGCTCATATCTGATGAAGTGCCCATAACAGTGGGATACTGGAAAGTAGGACGCACCGAAAGCCTAAGCGAAGAAGCCGGTACACCGCGCGGGTGTGCCGGCTTCTTCCCATGGGAGTCATTCTCTATAGAGGCCCGGAAGAAGAACACAATGACGACCCCGCTCCTAGACTCCGGCAAAACTCAACGGTGAATCAGTACGCTGCGTGGCGATCGGTGACTCCTTCACCGAAAGGTGTGGGCGACGTTGACCGCCGCCGCCCCAACAGCCTACAGGCTGGGCAGACCGCGTTGCCGAAGGCTTCGGTGCAATGTCCCGCAGGCGCAGTACGCAAACCTCGCTATCCGCGGCCGCCTGCTCATTCCCATTCTTGAAGAGCAGCTGCCGGCAGCCCTCGCGCTGAAGCCCAACCTGATCGCCTACCGGCGGCGGCAACGACATCATGCGACCCAACGTGGATATTGACCAGCTCACTGACCCACGTAGACGATTCCTTCGCCACCCTGGGAATCCGTCTTACCCGTAACCGGCCTGGACGTACAGGGGCAGGGCCCCTTCGCCCACCGCGGCGTACCGCCACCTACAACGAGCTGCTGCGCGGTATCGCCGAACCACGGCGTGCACATTATCGACTACTGGCGCTGGAACGACTTCCTCGACTGGCGTCTGTGGGCTGACGACCGCCTGCACACTTGAACGACCTCGGCCACGAACGCTTCGCATCCCGCGTGCTGGCGCAGCTTGGCCTGCCCGGTGTGGTCACTGAATCGGTACTGCCCCCGGAGGTGCAGCTAACCGCTCGCGAAGGTTGAGCAGGAGGCACGCTGGGTCGCGAGTTTGCCCTGCCGTGGATCGGGTCGCCGACTGAAGGGTACGAGCTCCGGGGACAGTGTGAGGCCCCAGAGTACCGGAGTGGGTCCCCGCGACAAGCCTTAAAAAAACTAACGCCCTTAAGGAGCTAATGCTGAGGCGCGCGTTACGGCGTAAAACTGTATGCCGGGAGTGTCCTGCGCGGTATCTGTACCGTATTTGTGCCCGCATCTACGCCGTAACTGGAACGGTAAATCCGCCTTACCCGTACCGTTGGAACCCTTAAACCGCCCTTTAAAACCGGGGAGGAAGCGTTAAGAACGAGGAGTTAAAGCTCTTTAAAACGCGTGTTTAAACCTGTTTAACAGCCCTGTGCACACCGTCCGTCGGTGGTACGGGGCTGTTTTCGGCATAAATCCACGGCTTAAACTGTTAATCTGCAACATGAATTTCACCGGTGTAATTTATCCCAGTACATAAAGAACGCCCGTTCCTTAAAATGTGATAGCACCCTTTGACTAGGGGCGTTAAAGAATCCCCTTAAAACATCTGGACTTGCAAAAATACCCATTTTTGGTGAATGGATAGGTATGTTTGCCGCTCGAAGGCAAGCATGTATCCGTGAATCGAGCGCTTCGCTTAGACGAGGTGCAATCGGCTCAGAACACCGAGATTCCGCGAAAGTTTTAAGGCAAAATCCGGCGTGCAGGCTTGCACGAACCCCCGTATTTACCTAGAATTTAACGCTGTTCGTAGTGGTGGAAACGCCTCTCGACACTAATAAGCTTCACCGTTTTTCCCGCGGCGGAGATCGATGCGGCGGCCTCTCACCCACGTGACGATCTCAAACACTCTAGCCCGGCGAATAACCCGGTGCTTCTACATTAATTGGCGGGACGCTCACGAGTAACATCGACTGCGTACCGTCATAAAAGTCAATCAATAAAGGAGTGAGGAAACATGGCAGCAGTCTGCCAGGTGACCAGGCTGTTCCCGGCTTTGGACACAGCATTTCGCACTCGCATCGCCGCAACAAGCGTCGATTCGACCCGAACGTTCAGAAGAAGACCTACTGGGTTCCTTCGCTGCGTCGTAAGGTAACCCTGAACGTGTCCGCTAAGGGCATCAAGGTTATCGATGCTCGTGGCATCGATGCCGTTGTTGCAGAAATCATCGCACGCGGGGAGAAGATCTAGTAAATGGCATCCGGGCTAAGGACCTCCGTCCTATCATCAAGCTCAAGTCCACTGCTGGCACCGGTTACACCTACGTGACCCGTAAGAACCGCCGCAACAACCCCGACCGTATGGTGCTGAAGAAGTACGACCCCGTCGTTCGCAAGCACGTTGACTTCCGAGAGGAGCGCTAAGAATGGCTAAGAAGTCCAAGATCGCTCGCAACGAGCAGCGCAAGGTCATCGTCGCTCGCTACAACGAGAAGCGTATCGCGCTGAAGAAGACCCTGATCGACGAGAACGCTACCCCCGAGGGCGCGAAGCAGCACGCGTGGCACTGCAGAAGCTGCCCCGCAACGCTTCCCCGTTCGGCGTGCGTAACCGCGACCAGATCGACGGCCGCCCCCGCGGTACCTTCCAGAAGTTCGGTATCTCCCGCGTGCGCTTCCGCGAGATGGCACACCGCGGCGAGCTGCCCGGTATCACCAAGTCCAGCTGGTAAATCTGGTATTTTAGTTCCTAAACGGTTTTCCGTCGTCACCGACGGTCACTCGCTTTAGACTCAAGACCTTAAGTCTCTGGAAGGGGCACCCTAATGGCTAAGAACCGTACCGAACTCGTTGCAGAGGTTGCAGAGAAGTCTGGCAAGAGCCAGGCAACCGTGAAAGATGCAGTCCTCGACGCAGTGTTCCAGGTTTTCGAGTCTTCCGTCTCAAAGGGCGAGAAGATCGCCATCCCACGGTTGGATGGCAATCGAGCGCACCGACCGTGCAGCTCGTACCGGCCGTAACCCGCAGACCGGCGAAACTATCAGATTCCGCCGGTCACGGCGTGAAGCTGACCGCAGGCTCAAGCTGAAGGCGTAGTCGCAACTAAGAAGAAGTAATTCTTGAGACTTTGAATCTGCTAAAGACCCCACCCTCACGGTGGGGTCTTTTTTATTGTCACCTGCCCAAGAAACCATAGGGAGAAAACCCGGCTGAAAAGCCCAAGCGGCGGAAGCGCCCCTAGGCAGGTGAGTGGAGCCCTAGAGCCGCTGAGTAGTTGTGTCTTTGCGACCACTTATAGTTGTGGTTGAGCTAAAAACACAGGAAACTATCCCTACTTCACGGAAAGAAGCCAAGACGAGCTACAGAAAAAATAAGAAAATTTATACATATAAGCGAAAGCTATACATAAGCTGAGCGAAAAACCGTGAGGTATGAAACCTCGCTAGGAAAAATACTTATACATCGCCGTCCAGACGCCAAAAAAGCCGACACAGCAAACTAAGCTCAATCTCAGGCTCACACCCTATGCTGGAATCACCGGCGAAGGAAAAGCCACACACCATACAAACGGCTCCACCGCCAACCGGAAAACAACCATGCAAACCCCGGACGACCGACCCTCCGGGACTCACAAGGAGAACCCCTCATGGCACGCCACGCTCAGCGTACTTCCGCACAGCCCACCAGCCACACCGCCTCCGCACCGGCGCAGCCGCACTGTCCATCGCAGCAATCGCAGCACTCGGCCTGAGCGCCTGCGGTTCCTCAAGAACACCTCCAGCCCGGCACCCACCGCAACCGCAACCGCCAAGGCATCCTCCAGCGACGCAGCGGTCAGCGCAGGCAAACGGCAAGGTCACCATCAAGGCAAGCGACGCAGCCTCCCCGAGCCCCAGCACAAGCAGCTCCCAGAGCACCGTAACCGTTACCGAAGGCGGCGTAACCGTCAGCGGTGCTGATGGCACCGGGGTCACCGCAGACGCTAGCGGCAACGGCTTGCGTCAACGGCGGCTCTGCATCGAACAACTCCGGTTCCTCTGCGAAGGTCGACGAGAAGGCGAACGAGACCTCCGCCAAGAGCGGCTCGAATGGCTCCGTGACCGTCGACAGCGGAACCGTCAGCGCAGCCAACGGCTACACCCTCATCGGTAGGCCGACGGCGGCTGGTCCCTACCACGCACCCAACGGCGACATCATTGAGGTACGAGCTGACGGCTCCTGGGGAGCGCGTTGGCGATGGAGGCGTCGTTGAGGTCGATGCTGACGGCTCCTGGGAACAGACCGGTGAGAACGGCGTATTAGTAGAAGCTAACGGCGCCTGGGAACAGACCGGCGGCAGCGGCACTAGTGCCGACCGTTCCCGTCAAGCCCGCTGGCGCTACTGTTAACCCCGTCAAACCCGTCACTCCCCGTAACTAACTGAAGTGGCCAGCCGATAAGCCGGGCGGAGAGCGTGCGGATATCCCACCCGCTAGAATGCGGATAAACGCCCGCCGGCTCGGATAAAGCCCCAAACTCGATAGAATTAACGCGGTTGGTTACACCGATAATCGTTGGAATCCCACAAGGATCCTGCGCACGACGCGAATACGTCGCCAACTAGCCGCACCATACTAACAACCACAAGGAGAAACAATGGCATTCGCCCCCGCAATGAAGAAGACCACTGCTGTTCTGTCCATCGCTTTCGCAGGCGCACTGGGCCTAGGCGCATGCGGCTCCCAGTCCTCTTCCACCACCACCGCGACTGCATCGCATCCGCTTCTGCAACTGCTTCCGCAAGTGCATCGGCTAAGGCATCCTCTGCAGCTGCGACCGCACCTCGGCAACTTCTGCTTCCGCTACTGCGAACGTGAAGGTTGACAAGGACGGCAACGATCACCGTCCAAGGCTAACGACGGCGAAGGCGCTCCGCAGACGTGAGGTCGGCGCAGACGGCAAGGCATCCGTAGACGCTAAGGACTCGAGGGTAACTCCTCCAAGGTAGAGTCTGACGAAAAGGGAGCGCAAGGCTGAGTCCAAGGACTCCGAGGTAACTCCTCCTCCTCCGCCGTTGAGGGCGACGTTATTGTTTCCGAGGACGGCGGCTGGACCCTTCAGGGTGACGAAGGTCAGGTAGCTGTACAGGCTGACGGCTCCTGGAGCCGCCAGGACGCAAACGGCCAGGTCGCAGTCAAGGCTGACGGCTCCTGGAGCATCCAGGCTAACAGCGGCCTGCAGAGCAACCGTGGACGCATCCGGTGAAGTAACCTCCATCGTTGGCGGCGAGAAGGCGAACCTGAAGGCTCCGAAGGTTTCCACAAAGCCCGCACAGGCCAGGTCGCCCCGTCAAGCCCGCACAGCCCAAGTAAGCTGTAAAGAACTAACAGCGGCTTGTGACGCTACCAGAGCGTAACAGCCCCTTGACCTATAAGACGCCCCGTGCGCATCCGAACGTGATGCGTGCGGGGCGTTTACGCAGCTGCTTGCAGAGTACCGTCGGGATGAGGTGCTGCCCTTGAAGGCGTACGCCAGGCATACCGGAGTACAGGTCAACCACACTACGCACTGCGCCGTTGCAGAGCGACGCATGACGGAAGAAATCTGCCGTGAAGAAGTCTATTGCTGTTCTGTCCCCTGACCATTGCCGGTGCCTCGGCCTCGCAGCCTGCAGCGGTAACTCCGGCGGATCCTCAGCCCCTCCGCGTCGGCAAGTGCCTCCGCTTCTGCAACCGCTTCCGCAACTGCCTCGGCGCCCGCAAGCACCTCCCCGCCCGCGACAGCCAGCGCAAGCACCACCTCCGCCGCAGCTGAAACCACCAAGGCAGAAACCAAGACCACCCAGGGCACCATCAGCGCCCCCAGCGCTCTGCCCAGCGAAGCAAGCGAAGCGCAAGAAGAGCAGGAATCAGCCAGCGAGCAACCTCCGCATTGTACCGCGCCAGCAAAGAATCCCTGAACGAGTTCAAGGAAGATTCCAGCGTCAAGAAGGCACAGACCAGCGACGGCGCAAGCTCTGCACTGAACGATGAAGTCGCTACATTCGAATCCAGGACGGCGCTATTGTCATCATCAAAAATACCGGTGCGTGGAGTAGCTTTGACTCAACGGTGGAACCATCGTCGTGGACGAGGACGGCTCCTGGATCGAAACCAACCCCGAGGACAGCCTCTACACCGCCGTTAGGGCAGACGGCGCCTTACGTCCACTGAACACTAAGACCTTAGAGCAGGCGACCGACCTCTCCACCATCGATATCCCGAAGGCCCCTGGCCCCATCGACAGTTTCCGCGGCACCGCTAAGACCCCGGCCAAGCCCACCAAGGTTGCTGACTTTTCTGAGATTACAGGCCTCAAGTAAAAACGAGCTCCTGCCCCCTTGGCCGAATGGCCCGACAGAACAGGGACACCAGCACCCCGTGCGCATCTGAACGTGATGCGTGCGGGGCGTCTTTGGGTTCTAGGAGCTTGAACCGCAAAGGGCTGTGAGAGTAGCGGGGGAGGGGTTCACCTGCGGCGCGGCAACCCAGGGAGCTTTCAGGTCACGGTGCTAGCATGGAGGCGTACTCCGGGCATGCTGGAGTACAGGTCAACCACACCATGCACTGCGCCGCCGCAGAGCGGCTATGCAGAAAAAGAAAATTCAGTGAAGAAGTCAATTGCTGTTCTGTCCCTGACCATTGCCGGTGCCCTCGGCCTCGCAGCCTGCGGCAGCGACTCCGGCGCCAACTCCAACTCCTCCGCATCGGCAAGCGCGTCCGCTTCTGCAGCCGCTTCCGCAACTGCCCTCGGCACCCGCAAGCACTCCTGCAGCAGCAACCAGCAAGAGCACCGCCTCCATAGCAGCTGAACCCACCAAGGCAGAAACTAAGACCACCCAGGGGCACCATCAGCACCCCCACCATTACCTGCCCAGCGAAGCAACCGAAGCACTCAAGAAGGGTCAGGAATCCGCCAATCAGGCAGCCTCCGCAGGCTCTACCGCCAGCAAGAAAGCTCTGGAACAGCTCAAGGAGCAGTCCGGCGTGAAGAAGGTGCAGACCAGCGATGGCACCGTCTACTACACCGATGAACTCGCTGCATTCCGAATCCAAGGACGACGCCTCATCCCAGCATCCAGGAATAACGGTGTGTGGACCAGCATGGACTCCAGCGGTACAACCATCGTCGTGAAAGAGGACGGCTCCTGGATCAAGACCAATCCCAAGGACAACCTCTACACCGTTGTCAATGCAGATGGCACCGCATCCGTGCTGAACACCAAGACCTTTGAGCGGGCGACCGACGTCTCCACCATCGAAACTCCGAGGCCCCCGGCCGTATCGACAGCTTCAGCAGCACCGCTAAGACCCCGGTCAAGCCCCACCAAGATTGGTGACCTCTCCGAGGTCGCGGGCGCATAGTAAACGGATTCCTACCATCGGGCCGAACAGCCAGAACAGCCCGCCAGAATGGGGCTTACTAGCGCCCCGTGCGCATCCGAACGTGATGCGTGCGGGGGCGCCTCGCTCTTCTTGCTCCGGGGTGGAGAGGCTTAGAGCTTCGGAATGGGTTGCAGGCAGCGCAACTGCGTCCCATGCTTAGGTTCGAGTTCCTCAACGCAGCTGACCTGCCAGCAGGCGCATTGTGCGGCGTACCTCTTCCGAGGATCTCAATCGTGCGATCACACCGCGGCGGCCACCCGCCATGAGTCCGTATAGGTAGGCGCGGCCAATCAGCGTGAACTTGGCGCCCAAGGCCAGCGAGGCCACCACATCCGCGCCGTTCATAATGCCGGTATCCACCATAACTTCGGTGTCCTTGCCGACCTCGCGAACCACTTCCGGGAGCAGGTGGAAGGAACCGGGCGCGGTCCAACTGGCGGCCGCCGTGGTTCGACAGTAGGATGCCGTCCACGCCTAAATCAGCCAGCTTCTTGGAATCCTCCACGTTTTGCACGCCCTTAATGACAATCTTGCCGGGCCACAACTCACGGGTTCCTTAGAATCACTCGTAATTGATGGACGGATGTGGCGGCGTCAGCGCAATTTACGCCCACCATTGCCCGCTGTCGAGGAGAGTGAAGCGAACTCCAATTTGGGCGTGGTGAGGAAGTCATACCACCACCACGGGCGCGGAATCGCGTTCGCCACTGTCTTCAACGAAAGCTGGGGCGGAATGGAAAAGCCGTTGCGCTTATCGCGCAGGCGCGCCCCACAATGGGCGTATCCACGGTGAAGAAGAGCGTATCGTAGCCGGCCTTTGCGGCACGCTCGACCAGGCCGTAGGAAATCTCACGCTGACGCATCACGTACAGCTGGAACCACAGACGGCCGTTTGGGTTGACTCGGCGTACATCCTCAATGCTGGTTGTACCCAGGGTTGAGAGGGTGAAGGGGATGCCCGCTGCCCCCGCCGCACCGGATCCGGCAATCTCGCCTTCGGTCTGCATGAGGCGTGTGAAGCCCGTGGGGCGATACCGAAGGGTAGAGCGGAGGTACCGCCCAGTACCTGCGTGGTGGTGTCTACAGTGGAAACATCCGTCAGGATACCCGGGTGGAACTCGATATCCTCTCGAAGGCCTGGCGGGCGCGGGTCATTGACAGTTCACCTTCCGCGGCGCCGTCCGTGTAGTCAACGGCGGCTGGTGTGCGGCGCTTTGCGATGCGGCGCAAATCGTAGATGGTCAGTGCGCTCTGTAGGCGGTTGCCTGCAAAGTCGATGCTGGGCTTCTTGAATTGCTAGAATTCAAGTAGTTCGCTGGGCTTGGGGAGCTGACGTTGCACCATGGGAGGCCTTTCTCTTGGGGGGCGCCGCCTGCAGGGCGAACTATGGGTGGGGCGGAGTCATCGGCGAGTCCCGCAGAAGGGTGTGCGAAAAATCGCACACTCCCAGTCTAAAAATTAAGGGTTAGGTTGGTAACAGTTAGGTAAGGCTTAACTTTATTGATTAAATATTTCGGGGGTGCCCCGGCGTATCAGTACCGGAGGGCATGGCGAATGAATGAGATGCAATGATTTCCAAACCCGTGCATACCACTTTCGCACTCCTCAACTCGCAAATATGACGTAATATGACGAGCCGTTACCTCCCGCGTTCACAATGCTCAACTCCCAGCGAACCACCCCCACCACGCTGGCATAATGGGGACAGCAAACCAGCGCGCGCCACACACGGCGCACCCAACAGGAGAGAAAACCGCCGAGCGGGAAACACCACCCGCAACGTACGCGTGCGCGCCAGCGAGCTCGAAGGCCGAGCCTGGCTCAACACCGGCGACAAAAACCTCACCCTGCAGGATCTCCGCGGCAAAATCGTTATTCTCGACTTCTGGACCCTCTGCTGCATCAGCTGCCTACACGTCCTCGACGAACTACGCCCGCTCGAAGAAGAATTCTCCGACGTACTCGTCACCGTCGGCGTACACAGCCCCAAATTCGAACACAGAAGCAGACCCGTAGCGCTCGCCGCAGCCATCGACCGCTACCACATCGCCACCCCGTACTCGACGACCCCGAACTGACCACCTGGCAGGCATACACCGCCCGCGCATGGCCCTCGTCGTCGTCGACCCCGAAGGCTACATCGTCGCCCACCTCTCCGGCGAAGGCCACGTACAGGGCCTCACCTCCTCGTACGCGAACTGCAGTCGCCGAGCACGAGGCGAAGGGCACCCTACACCGCGGCGACGGCCCCTACGTACCCGCCCAAGGCAGCCGGTACCTACGCCTTCCCCGGCAAGGCCATCGAACTGCCCGCCGAATTCGGCCTGGAAACCTCTTCGGCAACCGCGAACGCACCTACCTCGTCGCAGACAGCGCACGCCACCGCATCCTGCAGGTAGCAGCCGACCTCAACACCGTCATCAACACCTACGGCGGCGGCGGCGACCCCATCAACCACCCCGTCAAAGGGCCACGTCGACGGCACCGGCGCCGAAGCATGCTTCAACGAGCCCGCCGGCCTCGCCTCGTACCCGAAACCTGCGCGAACAGCTCGGCTACGACGTGCTCGTCGCCGACACCGTCAACCACCGCCTGCGCATCCTCAACCTGCGCACCGGCGGGGTAGCACCCTCGCAGGCAACGGCGTGCAGCGCGTCATCGACGGCGACAACGCCATCACCGGCGACCCCAACCACATCCCCGCCGGTGTACCCGCCACCGAGATTGCTCTCCTCGCCCTGGGACGCGGTCTACTCCGCGAAAGCCGGCCAGTTCATCATCGCCATGGCAGGTACCCACCAGCTCTTCGGCTACGAACCCGTCACCGGCACCGTCAGCATCTTCGCAGGCTCCGGCGTCGAAGGCCTCGCCGACGGCCCCGCCGCCGACGCGCCTGGTTCGCTAGCCCTCCGGCATCATCGAAGCACGCGACGGCAGCCTCCTGGGTCGCATGCTCCGAAACCAGCGGTCTGCGCCACATCACCTTCACCGAGAACGGCGTGAGTCACCTCTGCCGTCGGCAAGGGCCCTGTTCGACTTCGGCTTCGTCGACGGCGACTCCGACACCGCCCGCATGCAGCACCCCCTCGGCCTGACCGAACTGCCCGACGGATGCATCGCAGTCGCCGACACAACGGCGCTATCCGCCGCTGGGACCCGGTCACCGGCACCCTCGGCACCCTCGAACGCGGCCTCGACGAACCCTCCGACCTGCTCGTCGAAGAAGTACCCGGCGAAGAACCGCGCCTCATCGTCGTGAAACCAACGCCCACCAGCTCGTACGCGCCTCCATCCCCGCCAAGGCACAGCACGTCGACGAAGGCGCCATCACCACCACACGCCCCTCCACCAAGCTCACCGGCGGCACCCTCAATTTACCTCACGATTCACCGTGCCCACCGGCCGGCTCGACACCCCGCTGGGGCAGCCCTGCAGCTGAAGATGCTCCTCCACCCCCGAGAACTTCATCCTGGAAGGCGCCGGCACCTCCACCGGCCTGACCCGCCTCGTGCTCAGCCCCGAAATCACCGAGGCGGTCCTACACATCACCGCCCGCGCCGCCGCCTGCGACGGCACCCCCGGCAGTGACATCCCCGAGCGCACGACATGCCACCTCTACCAGCGGGACTGGGGTATTTATCGTGACCGGTGACGAGGCAGACGAAAGCGAACTCGTTCTGGACCTTCGCGGTATCAACTAGGGATCGCTAAAACACTAAATAAAGGGTCAGTATTATCCTCGCTCCTACAGGGGCACCCGTCCTCGCTTCGCTCGGACACCCTGATGTCGCTACGGATAACACCGGCCCTTTCTCAACCCATATAAGCTACGAGCCAGTATGCTCTTCGCTCCTACAGGAACCCGTCCTCGCTTCGCTCAGGCACCTGATGTCGCTTCAGAGAGCATACTGGCTCTCGCGCAGCTCAGCAGCTTTAGAAAGAGACTCCGGACCGCCTTCGCATCCGCCTCACCGACGCCTTCAACGTAAACGGAATCTCCTTCTGCACCTGCGAACGCGCACCCGTATACAAATCCAACTGAGTAAACGACACCTTCGCCGTACCCGACATCAGCTTCAACGACCACACACCCGCCGAACTCACACTCACCTGCGGATCCGCAACCTTCACCACAGACCACTTCACCTCAGAATCCACACGACCCGTAAACGCATACTCAAAGGGCACCCACCCGGATAAGAGTGCTCTGCTGCGTACACTTCTTCAAATGATCCTGCACCTGCTCCTTCACCGACGACAACGCATTATCACTCGGCTTCAACTCCGCACCGCATGATTCGCATCCTGCGCAGTCACCACCTCATTCACCTTCTGCGCCGTATACACCGTCGAATCATGCGACACCGCATACACACCCGGATAAAACACCGGGAACGACGCCGCACACCATCATCCACCGCAGCCTTACGGTTATTAATCGTCGCAGCCTCCACACCCTGAATATTCACCTTCACCGACGGCAAAGACGCCTCATCAATAGCCCACTTATCAAAAAAGCCCCAATGCGTGCCCGAACGGTGCAAACGAAAATCCGTATGCTGCTGCGAACCCTCCAACGTATAGGAAGCACGCACCGTCGCACCTCCCCATCCTCGCTGGTCTCCACCACCTCATACGACACCTCACCCAACGAAGACACCGAACGCCTCAAAGCATCCCCATCCAACAAAGACGCGTCACCCTCAGGAATCTGCGCACCCAACAAAGCCACGCGCATACGAACCATTACCGTACGCAACGCATGAAAATACTCCCGCACCTGACCCGTCGGACCATACACAGCTTATTCGTCATAACCAGCGCCGCAACGCCACAGAAACCGCCACCACAACACCGACCATCCACATTGCCAGAACCCGCTCCACGGGGAGAAAAAATTACGCATAGAACCAGAGTAACGCAGGTAGTCCGCTAGGTTTCACGCACCGCACACACTAAAGTTGTGTATATGGCAGAACACTCACGAAGTCCCCGCCAAATACGGCAGAGTCAACGAACTATTCCACCCCGCATGCGCTCCTACGGCAGGCGCGGCATCGGCCCGGCACTCCCCGGCACCATCGTGCTCCTCGCCGCACTCGCCTTCATCCTCTACAAGCGGCCCGCCCTGCCGTACACCCTCCTCGTACTGCTCATCGGCACCATCGCAGGCGTAAACCTCTACTCAGTCCTCAAACCCACCATCATCGTCATCACCAAAACCCACGTGCTCCGCGCACGCGCACCTTCGGCTGGGTCGCCGTACCCCTCGAAAACATCGACCACACCATCTACGTCGAAAAGCTCTACCCCAAAAAAGCCCTGCGGCCAGAAACTCAAAACCGTCGCCGGCCGCCTACGCTACCGCAGCTTCCCCGCCATGTGGGCCGTCGACAAAGACGGCAAACAGCTCATGCGCATCGACGGCGCGTCTGGGACGGCAAAACCATGCGGAAGTCTCCTCCAAACTCTCCGCCCAAACCACCATCTACAAACAGATCAACGTGGTCAACATGGACAAAGAACACAAGGGACTCATCACCTTCAACGAACTGCACCCCGGCTGGCGCTCCAGCCTCATGACCACACTCGCCGTCATCATCGTGGCAATCCTCTTCGCCGCATCCTTCATGCCCGAAGAACTCGCACGCACCATCTACCTCATCCACTAGAACGCCTATTCTTTAAAGTTCTTATGGATGCGCATCTTCAGGACGCGCAAGGCCCGGCACCCACCTCCCACGGGGCAGGTGCCGGAGCCATTGTATGCCTAGCTCAAGACGTACTGCACGCTAGCTTTCGATGCGAGCCTAGTTCGCCGGGCGCGACAGCACCGCCACCAAAAACTCCGAAGACCCTCCACAAACGGGTGCATCTGCCACGACGAATACGTGTTATCCACGTTGAGGCCAACCTCGCGGGCATCCGCCAAAAACTGCTCAAACGCGTAATCGCGGCCCGGACCAGGCCGTAACCCACGGCAGCGCGGCCGCCAGAGGCCAGCTTACGCGACGGAAATTCTCAACCACCGGCTTACGAGTCGAACGAGCCCAGGAAACCCATCACATTACCCGCACACACCAGCAGCTCAAAACCATTCTCCGCCGTAGCCGCACCCTCAATGCCCAACACCTCCGGCAAATCCACCAGATCGACCGTAATCCGTAGCATCCGGGCAGACGCGGCGCGCCTCCCTCAATCAGCTCCAGGATCAATATCCACACCCGTCACACGGTGACAACACGTGCAGCTGCTTACCCACACGACCAGGACCCAGACCCGCATCAAGAATCTTCGCGCCACGAGAAGCCAACGCATTCACCAGACGAGACTCACCCGCCATATCATTACCCTCAGCCTCCATCGCCTTAAAACGGTCAATGTACCACTGCGAGTGATTCGGGTTGCTCTCCTTGCGGACCAGCCACAAGGACTTCTCACGCTCGCCCGGGCGTTGAAACTCATCATTTGCCATAAACTCCTTAGACAGGGTTGAGGATGCGCCAACCGCCACCAGGCAAGGTGACCGCAGCGTATAAGCGGTGTGTGCGCTACCTGCAGCATGGCCCACCCGGCACCTGCCGGTAAAGGCAGTAAAAGCCGGACGGGGCTATCGGGGACGACACGAAAAGCAGAGAAGCTACAGGGGTGGCGGTTAGAGGTGATCGCCGTCAGTATTCGACGTACCCTCAGCAAGCGCCTTTACGCATCTGCTCCTGACGCTCCTCCTCAGCCAAACGAGCAGCCTCGGCGAACTGCTCCCTCAATATCGGCAAGCAGCCCCTCAACCTGCTCCTTACCAGCCACCGGGCCGCCAGCAATCAAACCATCAGCACCCCAAAACCACAGCCAACGGCACACCGTACCGAAATTCGCGCGCGCACCAGCCTCACGGTCAATCAGCGAGTCAAGCCCTCCGGCAACGTACCCGCCACGCGGGAGTCTGCAACGCGATTCAGGCTCGAATACACCGGATGCAACGCCACCTGCGGCAGACGCTCCTGCCACGAAGACATCGTCTTCAAAACTTCACGCAACCAGCGCAGGTCGCCGACACAAACACCAGCATACGCGCCTGATTCTTAGCCAACGCACGCAAATTCGTGTGGCGACCATTGCTCCAGATACAGTGCCGCATGCGGAATCGGCATGCGAACATACTGCTCTTCCCCGTTCTCGTCATACACCGGCTCCGGCAAAATCACCTCAGCCTGCGGCTCGGCTGCGCAAGAGCATCACCGCGGCGAACAGCCTCCAACGTCAGCGCAATCAGCGCCGCACCAAAAACCCAAGTCCAGCCGCTATTACCCAGACCCAGCAGAGTCGACACCAACACCCGTGCCGCCCCTCAACGCGCTCGCATGCGCACCAGCCGCCGCCAACAACAACGCAACGTACGGACCAGCGTATAACGGCTCACCGGCGCATTCGACTCAGAACCAAAACAATTACAACCCGCAGTACGACCCGTCGCCAGCGCGCGCCAATCACCACCGTATAGAACAACATCAGAATCAGCGCCAAACCGACACCGTCACCGCGAACAGCACCGGCGACAACAACAGAACGGCGGCTAGTGCAGGTTTCTGAACCACGGCAAAATCAGCGACACCGCACGGGTCGGCGCGATCTTCTCCAAACCAAGATTCTGAATGCCGGTCACGACACTCTGCAGGTCCTTCGCCTTAGCAATACCGCTAATCAACAAAGTCAACGCAACAAGTGCCGTACACAAAACAAGCGGCACAGTAGAGACGGTGAGCATAAAACTCCTAGAGTGAGTGTGCGAAAACAGGCGGCTACGGCAGTTTTTAGGCAGAACAAACCACGCGACGTGCCGCCGTGTTATACACGATTTTACGCCCTGCACATGAGGGAATTGTCTCTACGAGTTAAGCTCTACGAGTTAAGTGGAAAGCGGTATACGCCCTCACGTTCCTACAGGGGCACCCGTCCTCGCTTCGCTTCGGGCACCCTGATGTCACTACGGGCGATACCGCTTTCCCTTTACGATTAGGTGCGCTATACCCTTCCTCCGCTCCTGCAGGACCCGCCCTCGCTTCGCTTCGGACACCCTGATGCCGCTTCCGGAAGGGATAGCTACGTCTTATTGCCTTAGACGGCCGTGAGGCGCACCCCGTACTCGCCCGCCAGCTCCGCGTACGCCTGCACAAAGCGCTGCGCTCGCGCGCACCCGAGGCACAGAAAACACCCACGCGCTGATCACGCACCGACTCAAACAGGCTCAGCAGCTCCGCGAACGTCGGTTGCCGGCAACAGCGACCCCCGCCGCATCGCTCAGGTGCGACAGAGGCACATGCAACGAACCCTCATGCTTCACCGACTCCTCACGCTCGGGCACCTCACGCACATCCAGCAAGAACCTGCGGAACCTCATACGCCGACAAATCCACCGGCACCACACGCGCCGGATCCGGCACCGCCCAAACGATGTACGTACCCGACAAGGCATCATAGGTCAGCAAGCTACCCGCCGCCGTCGGCAAACCCTCCTGGCGAGCACCTCCGTCGCCATCAGCTTGAACCAACCACAGCCGTCGTCGCACCCAACACCCCGGCAAGCGCACACGACTCAACCGTCTGCGGAATCGTCGGAAAAATATCACGCAAATGCGCGCCATCCGGCTCAAAAAGACTCACTGACCCGCCAAAACGCAAAACCGTGCCCCACACCAGCGGCAAACCCGCAACCTGCGCAGCATCCGCAATCCAGATAACTTCGACGCAAACGTATCCGTACAATCCACCACAATCCGGTGCCGACGCGGCGAAAAGATCCAAAATCAGGACGCATCCACATGCCGAATCGTTGTCTCAACCGTCAACGACGGGCACAAATCCAGGGCACGGCGCGCCGCAACCTCCGCCTTCGGCTCACCCACATCAGACACACCAAAAAGCGGCTGACGCTGAATATTCGACAGCTCCACCGAATCAGAATCCACAATATGCAGATACCTACCAGCCGCCGCCAACGCCACCACAACCGGACAACCCAAACCACCAGCACCAATCACCAACACGCGGGCAGCCGCCACTAGCATCCTGATTAAAAGCCCGGCAGGCGACGCTGACGGTCAGTGCGCTCGCGATCCGACGCGCATGCTCCGGATTCACCGGGGTAGGGGTGAGCTTTACATCCACGAGACAAAACCCTCCGACGGCGACGACGCCTTTGCGTGCTCACGCACCGGAATACGGCCCGCCTCACGCGCCAACGCGCCCGCCTGCACCACCAAACTTCATCGCCTGAGCCATCGCCACCGGATCTATCAGCACGATTCACCGCCATCGCCAACAACACCGCATCACAACCCAGCTCCATCGCCAGCGCCGCGTCGGAGGCGGTGCCCACGCCGGCATCCAGAACCGCCGGAACCTGCGCGCGGAAGCAATCAGCTCAATATTGTGCGGGTTCAAAATGCCCAGGCCGGTACCAATCAGCGCGCCGAGGGCATAACCGCGGCAACGCCCGCATCCTCGAGCTGCAGCCACCGGATCGTCAGAGGTGTACGCGAGCACCGTGAAATCCTCAGCAGCCAGCTGCTGCAAAGCGTTCGAACAGCTCCTGGTGTCCGGCAGCAGGGGTGTCTTCGTCGTGGATGATCTCGACCTTCACCCAGGAAGTGCCCAGCGCCTCGCGGGCGAGCATCGCGGTCATCACCGCATCAGCTGCGGTGCGACACCTGCGGTATTGGGCAGCGGCGCAGAATATTGAGCTTCTGCGAAGCGGAAAAATGGGGTGCCTGCTGCGTGACGGCGCATAGCAAACGGTCGTCATTTCGGTGCCATGCGATGACGCCTGCTCGAGCAGGTCCATGCTGGTTGCGCCTCCGGAGCCGCTGATGAGGCAGGATGTGAAGGTGCGGTCGCCGATGGTGAGCGGTGTGAGGCTCATGAGTTCTCCTCTGTGGGAACGTCTAGATAACAGGGTTTGCTGGTTGGTGCGGCTGGTTGGTGCGGGGGCGCTACAGTGCGCCCGGTTCAGGAACAAAAACCGAGAATATCATTCTTTTTTACCGGTGGGTATCTCGCCGGTTCAGGCTCAGAAGATTAGCCGCCCTGAACGGCGGTGAGGGCAATCACCCTATCGCCCTCGTTCAGCGGCACATCCAGCCACGTGGAACGCGGCACGATACTGCGGTTGAGCGCCACAGCCACGCCATTTTCGGTACCGAACTGGTCCATGACAAGGTCAAATACGGTGCGGGCATTCGTGGTTAGCGGCTCGCCGTTGTAGATGATGATCGTACGAAATCGCTCGTGAAGTGCCGGGCGCATCCGGCGGGGACTGTGTTTAGTGGGTGAATCGTGCCGGGTCGCACGCCTGCATGATGGGCGGAATCTCAGCCCCGCAGGCGACCTCCGCACCAACCTTGCCGGCGAGCGCGGCAAACAGAATACCGTGGCGGAAATAGCCCGTGGACACGAGCTGGCGGGTGCCGTCGGCGCGAGTGCGGTGCCGAAGATGGAGCAGGTCATCCGGGGTTCAGGGCGGGCGCCGACGTTCGCCTCCAGAAAGCTCGCACTCTTCAACGGCGGGCACGAGGCGGATCGCGTCACGTAGCAGCTGGTGTACGCCGTCAATGGCAGGTAGTGTGCGGTGGTCTTCGCGGCTGGTCGCGCCGATGCACAACTCCCCGTCTGGGCGGGGATGAGGTAGACGGGGCGGGAGTTCACATAGCCGCGCACCACATGCTTGAGGATGGGCCGCGGGGCACGCAGACGCAGGAATATCCCCGTAGACGGGGGCGTAGCGGGTAGTCCCCGTGCAGAGTGTTGCCCCTAGTCCAGTGCGTATAATGTCGCCTGCGTCCGGGTCGGTGACCCGTTCCGGTGCTGAAGGTGACGCCGCGGCAGGTAGAGGGCGTCTTTAGGGCGCGCCTCATGAGCCGCGGGTGCAGCTGATGGTCACTGGGGATGCTCACGGCGCCGGCGACACACGCGGTGCCAGAGGCAGTTCGAGTACGTGCCTGCGTGGGGGTGAGGGTCTGCGGGGCGGTTCATGTCCCGGTAGTGGCGCGGATGCGTTGCAGGTGCTCGGCGTCGGCACGGTCGGCTGCGACAATGAGCGTACCGGTGGTGTCGTAGCCGGTGGAGCGGTCGGTGGCGCGGCTGAGCCTCTCCATAAGGGAGGGGTAGGCGTCGGCGCTGGCGGTCATGGTGGGAAGAGCGCGTCCTGCTGGAATTGCACTTCTGCGATGGGCGCGAGCATGCCGCCAGCGCGTGAAATGGCTGGCGGCGGGGTGATGTCGCTGGTGCCGTCGGCGGCGGTGCCGTAGTCGCTGGTTTCGGCGTCGATGGGGTACGCGCTTTCGCGCGTTCGGTGAGCTCAAACGCGGTGGTGGGAGGCCAATGATTCCGCCGCCAATGATGGTGATGGTCATGGCTATGCCTGCAGCGCGGGGTTGTCGACGAAGGCGCGGACCATGGCGATTCCGGCGACTCCGGTAGTGCGGATGGCGGGGGCAGTCTTCGGGGGTGATGTCGCCGATAGCTACGGTGGGTACGGCGGATAGCTCGGCAAGTTCGCGGAGCCCATCAATGCCGAGGGGCGGGCGGTTGGACTTCTTGGTGGGGCTGGGGCGGAACGGTCCGGTGCCAATGTAGTCGATCCAGGTGCGCGATTTTGTTGGATTCTTCGACGAGCTGTCGGGTACCGGTGGTCAGGCCGATGATTGCGTCGGTGCCGAGGAGCCTGGGTGTCAGCACGGGCAGGTCGTCTTGACCGATGTGCACGCCGTCAACGCGCACGCCGCGGGCACGCAGCGCGAGGGCGACGTCTACACGGTCGTCGATGAGAGGGTCTGGTGCGGCTGGATGATACCGGCGATAGCTTCGGTGAGCTGGTAGAGCTCGCGCTGATGGGTTTGGACCTGACACGGATGCAGGTGGCGTGTTTGGCTGCCCGGACGGTTTCGAGGGTTGTCGCCTGTGACCAGGTAGAGGTTCAGGTCGAGGGGTGGTGTAGGGGTGCGTTCGCGGGTCATGCGGGTCTACGATTCCTCGTCGAATAGATGTTTTTTAGAAATTCTCTCATTGGCAGTTTCTGTGGTTAAGATTAGCACAACTGTGTGGTGGAGTTGAACATCCTTCAAGCGTTTTGAGGTGTGTTTTGCTTGGCCCGCTATACACTTCCTTCGCTCCTGCAGGAGCAAGACATACCATATCCCGTCAACAGGCCTAACCTACATTCAACCCAAAATAAAAGCCTCCTACCGTGGGGCAGAAGGCTTGAGGAGAGCGGCTGACGGGCTGGAAGGCGGAAATCCCGAGCGCGCGAGGGAATGTATTTCCGCCTGGAAGCGATTCCCGTCAGCCGCTCCAATAGAACGTCACTCTGGATACAAAGGTTTCCGGCCCCTGCCGGGAAAGTGTCAGGTGGCGTTATCCAATTTACCTGTCGTAGTTCCGCCGTGAGTCTATTGCTTCCTGTGCTGCGAAAGTAGCGTTCGAACTCGTGGAAAGCCGCAGTACACTGGGCGTGCAGGATAGCTTCCTGAATTTCCTCTTCGGAAATCCCGACATTGAGTGCCGCTCCAACATGAACTTTAAGTTGAGGTTCGCATCCGCCTAATGCAGTCAATACGCCAATGGTTACTAGCTGGCGACTGCGTGCATCAGACGGGCTATCGTAAATATCCCCGAAAGCAAATGCGGCGATGTGGTGTCCTAAAGCAGGGTTTGACGTGGAAAGTGATTCGATAACACTCTGACCAGCGTCTCCGTCGATACGGGAAGAACCTGCAATCCAAGATCACGACGTCGCTGGTTATCGACGGAATCAATATCGTACTGATTACTCATTATGGGCAGGAACCTTTCTGATACATTGCTATCTTGAATTCGGTAGCTGCCAACGACAACTGAAGATGCCTCTATTCGTTGTCGAAGGATGTCGCGATGCTCCAGCATCAAATCAAGACGCTCTGCTGTTTCTGCACCTTGTTCAACCAAGGAGATGTAATGCTGGAGTTGGGCAATCGACATTCCAGAGACCCGCATTCGGGTAATAAAAACCAAACGCCGTACAGCCGCAGCATCGTAAAGCCGATGGCCGGATGCATCGCGTCCTACTTTCACCAGCCCTGCACGTTCGTAATAGCGCGGCGTATGTGCGCTGATTCCCAAATACTCGGCAGTGGTAGCGATATCCCGCAAGTGTTCTCGTCATCTCTGATCGGGTGCGCGCAACGCCGCGGTATTTAGCCCTCGGAGTGGATCGATCACGCGAGCCCAAGGGCTTGCTCTAACCCGTTCTTCCAACATATCAATTACACTAAACCTTTGAGTGCGCTCGAAGGCAAACTGCTATGGTGCTTCGTTCTGCTGACCTGGGATAGGTGTGGCTGATGTTGGCAAGGTAGCCGTTCAGGAACGGTACGGTAGCGGTTGGTCAAGTCCTGTGGAGTGGTGTAATCGTTTTGTGTCCTTCGGGTTGGGTACCGCAGACAGCTCGCCGGGAAACGAGGTTGGCAGCCGGGTATGGTGGTGGTTCCGTAGGAACGTCGGGGCACTTTCCCGAGGGCTCATCGAAAGGGTCTGCTGTAGCCCCATGCGCACGCTATACACTTCCTTCGCTCCTACTGCAGGAGCAAGGAACATACCGCCTCGACCCGTCCAACCCAAGCGGCATCCTAAACTCTTGGCCCAACCACCGCATCCAACCTAAAAATAAAAGCCCCAAACCATAGGTCCGGGGCTTGTGGAGCGGCTGACGGGAATCGAACCCGCGTATCAGGCTTGGGGAAGCGTGCGCTCTACCATTGAGCTACAACCGCATCTTTTTCAGTGTATCGCGCCTGCTTGTCGGGAGTGAAATGTGTTGCGGTTGTTTGTGCGCGGGTGGCAGGGTTGAAATGCTTGGTGTAGGCCTGTGTGCTGGGGCTGGTGGATGCCTGCACGTGGGTGGTGTTGCCAGGTATCCTTTAAACGTGCTTATTTCAGATCGCGATATTCGTCAAGAGATTGCTGATGGGCGCATCGTTCTTGATCCGTTCGATGAGTCGATGATTCAGCCTGCAAGTGTGGACGTGAGGATTGATCGTTTCTTCCGTCTGTTCGATAACCATAAATGCGCACATATTGATCCTGCTCAGCCGCAGGAGGATTTGACGCGCCTGGTGAAGTGGCTCCTGATGAGCCGTTTATTCTGCATCCGGGTGAGTTTTGTGTTGGGTTCCATGAGAAGGTGACCCTGCCTGATGATGTGGCTGCCCGTTTGGAGGGTAAGTCGTCGTTGGGTCGTCTGGGTCTTCTGACTCACTCTACGGCTGGTTTTATTGATTCCCCTTGGTTTCGGGGCATGTGACGGCTTGAGTTGTCGAATATGGCGACTTTGCCGATTATGTTGTGGCCGGGTTCTAAAGGTTGGTCAGTTGTGTTTCTTCCGTTTGAGTAGCCCGACTGAGCATCCGTATGGTTCTGGTGCGTATGGTAACCGTTACCAGGGTCAGCGTGGCCCGACTGCTTCGCGTAGTTATTTGAATTTTCATCAGACGATGATTCCTGCGGATGGTTCTGTGGAGTCTTAGTCTTTCCCGCTGGGGTGCGGGCGTGCAGGCTGTGTGTTTGTGCGCCCGCGTTGGGCGGTTTTCGCCTGTTGTACTCGTGCGTTCCTCGCGTGCGGGTTTTTTTATCTCTCGCACTCTCTAAGGATTTTCTTGATGAATCTGAAGCCTGTTGTTCTGCCGATGTTGCTGGCGCAGGATTTCTTTGTATCTGATTGATATGTCGGACTCTTTTGTGGAGCGTTTTAAAGAAGGCGTGGAACTCTCTTGCTCCGGAGTTTTTTGATACTCCTGATGAGGCGTATGCTTCGTTGTCTCGTTTTTGATCAGGTGATGCTGGTGCATGCGCCGACTGATGAGTCGGTGATGGATTTGGCGAATCCGTTGATGGAGTTCGTTTGATAAGGTTCGACGCTGCGTGTGGCTGATGATTCGAACATGCAGGATCGACGAGCCGTATTACGTTGGCGATGATTGAGCAGCTGGTTGGTCGTGGTGTGATGCTGCATGCAGCTGTTATTGGTGACCCTGGAGTCGAAGCGCGCTGTTGCGCTGGTGGGTGTTTCTGGTAGCGGTAAGACGACTGCGTCGCGTTTTCTTGGGTTCGAAGTTTGCGTACCTGACTGATGAGATTCACGATTATTTCGGATGAGGGCGTTGTGTCGCCGTATCCAACCGTTGTCTGTGATTGTTGACCCGAATGCGCCGAAGGATCAATGAACCCGGTGGATTTGGGCCTGAACGTGGTTGATCGTGATGACCTCAGCTATGAGCTGTCGCGTATTGTGTTCATTTCTCGTGATGAGTCGGCTTCGGAGCCGTATTTTGAGCGTGTTCCGCTGCACGAGGCTCTGGTGTTCTTGAGTGAGCAGAGCTCGGGTCTGGCGCGTCACCCTGAGGGTGTTGTGTCGCTGGCTAAGCTGGTGGAGCGTTGCGGTGGCGTGTGGCGCCTGGTGTACTCGGAGGTTGAGGATACTTTGCCGCTGGTTCAGGATCTGCTGAATGGTGGTGAGCTGCCGAATGCTGATGAGGTTGAGAAGCCAAGTACACGGTTGAGGATCACCTGCCGGGTGTGTTCTTGAACGGTACGATTGCGGTGTCTCATGCCGAGGCACTTCGGGTGTGCGTGTGGGTAGAGGACGGCCCGTTCTTGCTGCTGTGTGACACTGAGCTGAATGAGCTGTCTGAGTTTGCGGCTGAGTGCTGGCTGCAGGCTGAGGCGACATTTCGTACGATGACCTGTTTGCGCGTTTGGCTGAGATGTGAGGTCTGCCTGCGGAGGCGTATGACGAGAATTTGAGCGCTATGGCGGCTGGTTCGATGCTGTGGGTCCGTGTGATTGATGATCGCTGATTGATGACGTGACCTGGGCTCAGATGACCAGCGATGAGGTTCTGGATGAGGAGGAGCAGCAGATTGCGCTGGATTCCTCTGAGGATGCTGTCGCTGACAATGAAGTTGACGTGGTGGAGGACTAGCCACCGTGGCTTACTGAGTTCCGCTTGATAGGCACTGCTTAAACACAAGGGAGGGGCGGTAGAAGAATGATGCTGCCGCCTCCCCTGTGTGTTGCAGGCTGTGTTGCGGGGGTTTGCAGGACGCTTAGCCCGCGACGCCTTACCAGCAGCCTTACTGGGCTGCCTTGTTGCGGCGCTTCTGCTCACGCTTCTGCTCGCGGCAGAGCCGCGCATACGCAGCGGACCGGGTGCCTTCACCGGCAGCAGCAGGAGCAGACCCGCCACAACGATCAGTACCGAGCACACCCCCAATCTGCGCGCCCATGATGCTCACGCGCAGACCGAACAGCATCGGCGCCAGGAAGCTGGTGGCACGACCGGTGGTCGAGTACAGGCCAAACAGCTCACCCTCAGTACCGGGATCCGCCAGACGCGCCAGGAAGGTGCGGGACGCCGACTGCGCCGGACCCACGAACAGGCACAGCAGCGGGGCGCATACCAGAACACGCCCGGTTCGGGGAAAGACAGCAACAGGGTAGCCGCCAAGATAATGCCGACCAGCGAGATAACAATGATCGCCAGCCTTCGGGCCCAGGTAGTCATCCAGGTAAAGCCGCCGGGATTGCGCCAGCCACCGCGACAGCGCTACCGGCAATACCGAACAGGATTACCTCGGAAGTACTGACGACCGAACGTGCCCGCCGCGAGAATACCGCCGAACGTAAATGCCGGACAGACCATCACGGAACACCGCCGAAGCAATCAGGAACCACAGGGTCTGCGGGGACGTCATCTTCAGCTTCGCTTAATGGTGCGCCACAGCGCCTTGTAGGAAGGCGAGCAGACCGCCTGACGAGCCGGGGAGAGACGCTCCATACCGAGCTCCAGAAACGCAGCTCGCCGGTGGGCATGCGACACCTCCGGCAGGAAGCGCTCGCGGGTGCGCATACGCACCAGCAGCGGCACGCAGAAGGTCGAACACCGGGCGGCGGCGAACGGTGCGACCGCACGGATATTCAGGGCGTTATCGGTGGTCAGGCCGAGTACCTCAGGAGGTAAGCACAAAACCCCACAGCACCACAGCCAGCGCCGGATGCCGCCAATGTAGCCGGCAGCCCATCCGGCGCCCGAAATCTTACCGATATTCTCCGGGTGGGAGATGCGCGGTAGCACGGCGTTATAGTTCACGTACGCGAACTCGCTGAACACGCTCGCCGCAGGAAATCAGGGCGACACCCAGCCACAGGTACTGCGGGGTGGGGCCCACGAAGAAGCACGCCGCCATCGAGCCGACTAGCAGCATGGTGTTCACGCCGAGCCAGAAGATGCCCGCGCCGGACTTGTCGTTACGCTGGCCGGTGACCGGCGCCAGAATCGCAATGAGGAAACCGGCGATGGTCAGGCCCAGCGACAGCGCCGAAGAGGTCTCTTCGGGCGTACCGAAATAGCCGCTGGTCAGATAGACGGTGAAGATGAAGGTCGTCGCAATCGAGTCGAAGCTCGACGAATAACGCTCACGGCCCAGGACGCGACCGAACGGCGGCTGTTCGCGTGGTCAACGACCCTACGCTGAGCCTTCGTCTTACGGCAGGGAGAAGAAATAGTCATAGTTGTGCTTTCCGGATGCCGAGGTGGCGCTTCAGCGTAGCGGCGGCATGAAACCGGCTGAAGTGGGGAGGGCGTGCTGAAGAGGGAACACCAGGCGGTACGTACCGAGCGAAGATACGTACCGCCTAGTTCATGAACTTTCGCGCGGAAGGCGCAAAGTCTTAGTTGAAGAAACGACGCTGCGGGCGAGCAATACCGAAGCTCACCACGCTGCACCACGACGGAGGTCAGAACGGTCCAGAGGATGACCTGACGCAGGGTATCTTCAGACTCGTGGGAAATGGCGGGAGGCTGGTTACCGGTAGCCTTGGTCCAGGCTGCGCCCAGGCCCTTACCAACCAGGGCAGCAGCGCCCATGTTGATACCCGCAAGAGCAAGCTTAGCGACGGGGTTCATATGTATCTCCTTAGCTGTATACGATGCGGCGTCCTGCCCGTGAACCCCTTCGGGGTTGGGGTGAAAAGAGCGCCACTCTAGCGTATAGGGTTTTAAGGCGTTCGTGCCGCCTTGGAGCCTCTCCGTCCCAAAATTGTACACCGTGCAATTCTGTAATGTGGGCAGAAGAACGAAACAAAAAGCGGCAAATTGGCACGAGAACAGCCAGACAAGCCTACAATCGAACCTGGGTTCCCACCCGCACCACAACGGTACGGACAAGGGACCCACACGACAAGGGAGCGCCACCGAGGCGCTAGGAAGTGCTAAGCAGACCCTCGAACCTGATGCGGTTAGTACCGGCGTAGAAGTCGAATTTCTTCTCAATCACCCTCGTCCATTCAAGAGGGCGAGGACATTCCCCTTCCAACGACGGAAGGACCACCAATGTCACAGAACGCAACCCCCGCCTCCAAGGCATCTAGCCAGGCATCTACCCAGGCAGAAGCGAAGAAGCCGAACCTGCGCTGGCGAGTCAACGAAATCGTCATCGCCGCAGTCATCGCAGTAGCCTGCGCCGTCATCTTCTGGATCTACGGGACATCGCAGTCGGCCCCGCCATAGGAGCCGCACTCGTAGCAGCACCCGAATTCCGCCCCATCGTCGCCGGCGTGGCTACTCGGCGGCACCCTCGGCGGCCTGCTCATCCGCAAGCCCGGTGCGGCACTCTTCGGCAGGAATATTCGCGGCATTCATTTCCGTACTCTTCACCAGCGGCGCGTGGGGCGGCGAAATCCTGATCGCAGGCCTCTTCCAGGCGTCGGTGCTGAAATCGCCTTCGCAATCTTCCGCTACCGCCGCTGCAGACGCAACCGTCGCTATCTTCTCCGGTGCGCTCAGCGGCCTGTTCATGGGCGTTAACAGAAATCTTCATCTACTACCCCGACATGGAACCAGTCAAGGCAATCATCTACGTAGCATGCGCAGTCATCTCCGGCGCAGTCATCGCAGGTTTCCTGGCGTGGATTCTCGTGCAGAACCTCGCCAAGACCGGTGTGCTCTCCTCGCTGGCATCCGGCAAGACCAGCCGCTAACCACCAGCAACTAGTCACCACTCGGCACTACAGCAGCCATACAAAGGCTAAGGAACCATCATGGAAGCAACACCGCGCGGGGCGCCTGTCAGGCTCAACAACTTCAGCTGGCACCACCCCGGACGCCCAGAACCCGTCATCAGCGGACTCCAACCTCACCATCAACCCCGGTGAAAAAGTCCTGCTACTGGGCACCTCCGGCGCCGGCAAATCACGCTCCTGCACGCCATCGCCGGTGCGTGCTCCGGTGTTCGACGGCGAATCCGCCGGCAGCACCATCACCCCTCAACGGCCAAGACCCCGCCGAAGCACGCGGCACCACCGTGGCATGATGCAGCAGGACCCCGAATCCTCCATCGTCATGGCAACCGTCGGCAACGACGTCGCGTTCGGCCAAAACCTGCGCGTACCCGCGAAGAAATCTGGGGCGCGTCACCGAAAACCCTCACCGCCGTAGGGCTCAACGACCTGCCCCTCGACCACCCCGGCAGCGCGCTGTCCGGCGGGCAGAAGCAGCGCCTCGGCCTGGCGGGCATCCTCTCGATGCGCCAGCGCCGTCGTCCCATCGACCAGGCCCACCGCCAACCTCGACCCACTCCGGCGTGCAAAGTACGCGACAGCATCCTTGCCGCCGCGCAAGCTTCACCGGAGCGACCCTGCTCGTCGTAGAACACCGCGTGAGCATCTGGGCGCCGCACATGGACCGCATTATCGTGCTCGGCGAAGGCGGCACCATCACCCACGACGGCGCACCCGACACCGTACTCACGAAGCCCGCCGAGAACTCATCGACGCGGGCGTGTAGGTACCCAACTACGTGCCGCGTGCGCCGCAGACCGGTAATATTGCGGGCGGTGAAAACAGGGGCGGCGAAGCGCTACTCCGCGCCGAAAACTCCAGCATCACCGCGCACAACCCACCCCAAACAACGACGCGCACGCCATCGCACCATCAAACGCCTCGGCGTCGACACCCCCGCACCCGCACCCACCGACCTGCCCGTACTGCGCAGCGGCATCAACCTCACCCCTGCACGCCGGCGAACACCTCAGCGTGCTCGGACCCAGCAGCGCCGGCAAATCAACCCTAGCCCTCACCCTCGCAGGGCTCCTCACCGCATAACGCTTCCTCACCGCCACCGACGCGCTCCGTAATTACGACGGTAACCACGGCGGCAACCACGGCGGCGAGCGCGCCCACTGGGACGATGCCCACCTGGACCCCCGCCCAAATGCTCAGCCGCATCGGCTACGTCTTCCAAGAACCCGAGCCGCAATTCATCCGCGGAGACCGTACGCGAAGAACTCGAACTCGGCCCCGCCGACTCGCCGCGCTCACCCGCGAACCCCTCAACGAAGACGACCTCGCAGCGCACCAACAGACTCGCGGCCCACCACGCCTCAGCCACCTGCTCGACGCCAACCCTTCCACCTCTCGGCGGCGAGAAAGCGCGGGCTCTCCGTCGCCTCCGCGCTCGCCACCGCACCGAGAATACTCATTCTCGATGAGCCCACCTTCGGCCAAGACGCGCACCTGGGCAGAACTCGTCGACCTCATCCGCGAACTCCTCGCAGGCGGCACCGCCGTCATCTCCATCACCCACGACGAAGACTACACCGCCGCACTCGGCGGCGCAACCACATCACCCTTCGGCCACCACAACCCCGGAAAGGAGAACGCATGAACGCCGACTTCTTCGGCACCATCGACCGAACCAGCTACTTCAGCAACCTCAACGCCGGCGTAAAACTCATCGTCTCCTTCACCCTCATCATCGCCGCACTCATCGTGCGCAACCCCACACCTCCGGAATCCTCTTCGCCCTCGAACTGCTCGGATTCATCCTCGTCGGATTCCGACCCGTCAGCGATCCTCGCCCGCTTCTGGCCCATCCCCTCTCATGTACCGTCGTCACCACCGGCTGGTCCGTCGCCATGCTCAGCGCCAAAAGCGGCACCCACCATCCTCGACCTCGGCTTCTAACAGCATCACCACCGACTCCGCCGCCGTCGGCGCAGCCATGATGATCGCTCCCTCGCCATGAGTCCTACCCACCCTCGCGACAATGCTCCACACCCGACCCGACCGACCTCGGCGACTCCCTCATACAAACCTTCAAATTGCCCTCCCGGTTCGTGCTTGCCACCGTCGCCACCTGCGCCTCGTCCCGGCATCCTCTTCGCCGAATGGAACGCCCTCGGCCAGGCACGACGCTGCGCCCGCGGACTCGGCGCAGGCCAATCCACCCTCGCTGGACGTGCACAAACCTTCGGCGGGCAAAGCTTCGCCCTGCTCGTGCAGGCTATCCGCCGCGGCTCCGCCTCGCCATCACCATGGAGGCGCGCGGCTTCGGCGCAGGCGAACACCTGGGCTCGTGTGCCGTCCTATTCGCCACGTGATGTGCACGTGAGCATTGCCGCCGCCGTCATTATCGCTGTTGCGTACGGTGCATCTATTGCGGCGGTGCAATCCGGTTCCTCTGGGCTCTGGTTGCTCTTAACCGCGGTTTGTTCCGTTTCTGGTTCCGTTTTCGTAGCTCTGCTTGGGAAGCGGTATACACCCTCGTTCCTACAGGGGACCCGTCCTCGCTTCGCTTCGGACACCCTGATGTCACTACGGGCGATACCGTCTTCCCACGCTGGGATACGTAGGTGCTCGCACTCTTCCTTCGCTCCTACAGGGAGGAGGGTACCACATATTTCCTCCGCGCCCTGGCCCCCACTTGGGACATGAGTAGAGGGCGCCCGCACTGCCTTCGCTCCTACAGGGGCACCCGCCCTCGCAGGCCTCGGGCACCCTGATGTCGCTTCAGGAAGGTACAGACGCCTCCTGCCATGGTCTGGCCGCGAACGTACAATAAGACTATGTCGAGTACCGTAATTCTTCTGAACGAGCAGAACCGCAGGGCATCTTCGTTGACCCGTCCGTGCCCTCATCGGCGTTGATGATCGGGCTTCACCCGCGGCGACGGCGTCTTCGAGACCATGCTGTCCGTCAACCGTCGCGTGCGTAAGCTCGGCATGCACCTGTCCCGCCTCGAGTCGTCGGCGCGCATGCTGGATCTGCCCGACCGGAACCCGAGATTCTGCGTTCGGCGGTGGAGCGCCTCATGCGTGAAGACGACCGCCGGTGCCGAGACTGCGCTGGGCGAAGGCATATCGTGAAGATTATTATTTCGCGCGGCCCCACCCAGGCGGTGACCTCCATGCAGCCGGGCCCGTACACGCTGATTATGGCGTCGCCGGTGCCCGCCTCCATCGTGAAGCGCCGCACCGAGGGCTACGTGAAGGCGATGCTGCTGCCGCGCGGCCACGAGCCGATGGACAACAGCGCCTACCCGTGGCTTCTGGCGGGCGCGAAGACCCTCTCCTACGCAGTGAACATGGCGGTTCTGCGGTACGTGCAGGGCGCGGCGCGGACGACGCTATCTTCATCACCGATGAGCGTCGCGTGCCCGAGGCGCCACCTCCTCGGTGCTGGTCGCCAAGATTGAGGACTGACGAAGGTGCTGTACGCACGCCCGGGCGAGCCACGGCATCCTGCCCGGCACCACGCAGGGCGCGGTGTTCGAGGCGGCACGCCAGGCCGGTTGGGAGCTGGGCTTTGGTCCGCTACCCGCAGGATTTGTTCGAGTCGGACGGCGTGTGTGGTTGGCGTCGTCGGTGCGTCTGATTGCGCCGGTGACTCACCTGAACGGCCTGGCTGGCGCATGACCCGGAGCTGACCGCCACGCTGTGAACTACCTGGCGCAGCAGGGCTAACCCAGCATACAAAAAGGGACTGCCGCATATCTCCTCCGCGCCTCCCTGCAGGAGCGAAGGAAGAGTGCGCGCCTCCCTAACTGCTGCAGCAAATACAGCAAAGCCCCGGATGCGCAACCCTCAGCAGGTTGCCCATCCGGGCTTTAGCTACACAAAAATCAAGAACAGGCTAGTGGCCCGCCGCCGGCGCGCCTGACCTTCACCAGCACCGTGGCTCAAACCGTCAGCCGAGTAGTCCGAATCCTTACGCGGCGTAGTCCGCAACACCAGCGCCGTCAGAGCCGCAAAACCCAGAATGGAAAGCCCATCGGCTTGAGTACTCATGCTCACCCGCAAACGACACCAGCGGCGCTTCACGCCAACATACCCAACATCGCCTGAACCGTACCCATCACCGCCGACGCACTACCTGCCATGTGGCGCGCCTCGTTCGCGCCAACGCCGAAGCATTACCAAAAATCAGGCCGCACGAACTGGTCAGCAAGAACAGCAGAACCAGCACGTCGGCACCAGCGAAATACCGACAAGGAAGCTAACCAACAGCAGCGAAGACACCACGAACGGGCTCACCACCCGCCAACATTCACAATACGGCGCTGCGCCACACGACCAGCCAGCTTCGTTGCAATCGCGCTGAACAGCACAATACCAATCGAGTTCACACCGAACACGATCGTGAACTGGGTTTCGGATAGGCCCAAGAATCTTCTGCAACCACAAACGTCGAACCGGAAATATACGAGAACAGCGCACCAAACGCGAAGCACATCGTCAGCATGAAACCCAGATAGCGGCGAATCTTGAAGACCTTCGGCAGCTCCGAGTACACGCTCAGGGCAGTGCCCTGGTAGCGTTCCTCCACCGGCGAGGTCTCCTTAATCACGAAGATCACGCCGAGCATCATAATCGCGGTAATCACGCCGAGCATGGAAAATATCGCGCCAGCTACCCACGACAGCACCCAGCCGCCAAACAGCGGCGCAAGCTTTTCAACGCGAAGCCGTTAATCATCATCATGACGCCCGCCGAACCAGCGGTCGCCAGGCCCTCAGTCGTATCCGGCACCATGGAACGCGCCAGCACCGCACCAATCGAACCGGTGAAGCCCATCATGAAACGCGCAAAAAATCAGCAGCTCAATATTCGGAGCGAAACCACACGCCACAAATATAATAAAGCAGATGACCGCACCGATCGGCAGCGGCTTGCGGCGGCCGTCTTATCCGATAGCGGACCTGACCAGCTGGCCGAGCGCCATACCCACCATGAACGCGCTCAAAGTCAGGGAGGCGTTCGTGCTGGTGGTGTTCAGGTTCTCAGCGACTGCAGGCGCAACGCCGCCAGGTACATGTCCGTAGCGAGTGGCGCGATAGCGGTCAACCCCAGTGCCAGAACTACGATAAAAATGGGCGATAGCCCGAAGGAGGTCTTAGTCGACTTCGAAGACATTGGTCTTAGTTTTTCTTTCTGCGTGATGCGCGTGCAGCGGCGCCTGCGGCTCTAAGGGGTGGATGCGGCGGTGCCGGATGCAGGGATGAGCTTGCGCAGGCTGGAAACACAACTTGTTCACGGTAGCAGAATTGGGCGTGGCTTCGTAGGATTAAATGTTCGATATTTTTGAGCTGGGTTGGGAAGGCGCGCAGAGAGGACGGTGTTATCCACGCTCCTACGCAGGGGCACCCGTCCTCGCTTCGCTTCCGGACACCCTGATGTCGCCCACGGACCTTACCGCCCCTTTCGCGGGTTTTGTTTCCAGCCTGCCGCTCAGCCCTGTAATGCGTAACT + &026;8BGE@BC?@ED?:DEEGH@DFFECB>9../17<@?58;<7<9:=74319:::>933$#"$%/,/2?A<:GDFBBADA@*??>A>@?@=>9;1325=76>84:39>E@=>>?CIG;33DCAC:?'69BC9BC?6?@CB=BAGFAA?DC@@?AE==:@8:69EEB;A;3.@G>:;AECB>+7455676)1,5;9=.-9::2/,'7=@<>>2<>561132,:CG@8).,+014;23,-6/BA@).-/,3;2(&&%++28.09<9C:58966+,++,6->>0<&(<:-C8-++?>782*4D9C237=@>?A?@BGA<===BIIE92'36(*59::5-,'))6:89>=<6;,$35::?:<;=CC@A:<9;;*0?BDB=>=B?7<;>CA:BA@G?CB@7BFJC?<<=**+=21++534;;;5<<@>8%834:;>658@@ECD7BDC?=;>BLDI7?==B?9@>?@C@@@6*,??=ADCB=>B3=;2=?AB?$$))****-F=;>?<*?>@=GHA=?C:<;BD=:*+-,-4*'+)2466439:754=CB?<>@8@5(&#$$$'/7==;9??;D@;9>=?@A9;&)>;CDAF=6E?=@>=;;=??;DC7=::9@A@:==B@7:,**..+249:9;8799<75;7;<;953//);86<=@>..*+(*15;''8@EBCNFMX4D@?6D>C?@?-)@>CD:QE';9DA5%,-%&?>=:?=;BEHPMW3.-7817036C@DBMNNG<A@;C=?=C@=;>;0+45000<<;:@==;:*968=<8:;:9<:-2&)078A>=AMKKB=;>6;711-9:?BA/4<99,:A;32%2236@@@=1<9<9<@@?8-8<;3+@:ADGG6@B@KF?860'0338;9-1BBC;;?C@>@<5?:>><>FB?>:<@CD>76=DA??<,9ADEB;A?C@89;-/7:?G?HE89?@B>075(463)&%%*-@@C:94:EC:1/7:;80/.32177=CDHFHB>HAA84@8<<9;832-7;<967DCBCBEFHBGBA;78=@C$(1.46@9DDBI@?A=AEC?<=87=<7&)395>=<:@=C<><;<<>GE@<=933<=D>?E<>83443/448?>+5++*-,'%(()*03=?>@=;82525?=>EFFBBA3;?=:8135722<;@>EE>@?@=2/:,71.4002;;=><:927>9B>=@A=>B9;?598;9<<:,//)&1314=;=<387503,'#)515:@:><=7(+4328&)9;5=;;99<13579@@=<=%%*130,2?C698@BCC=.,,(&&''&%%(+...:<'6:<;67>@?A9667(478C?<9>B?78;:128321::9969>@=BF;8>F>8+29:?:>D;B4525:80<;B>@9'=::A@A<:9822:93;;:769@:7488;E@9B?B>=);A>C:73+,-41/)<68/28=>?:;A<('$&+->=BF:8C>>IH;D>=>:711*0.520/1BC=;:*%&AB??=CD860,=>@3869604)0/-45;;>>><=65,5AD789DCB?<<))31<=A>CAI@B>?>?,8EPN@ACDB@AA2A;1DEE278CACFAAGC@;??BDHFDEC>=A9(5:9<>>BFEE>9CBFGC>89=;<8819;3,.56<=@==>@A>)%@=>=AB@EA9=@::8@821:>@=?=?C<@BC===7..993*'%&,7<>@@AA;74&50)),<ABC??6BAB@874429<:/;;?@?==096<>9;???01:.<9>=6226:9;:100/:23:<>>AF?EIFCGB7,.09@@;@B?@>GA?BA1:%0.&,,)<==979:@=4CC8:>>C86&&22813((::A9?4096@>BB7?=;==@A><8;2=99B>ADFID=?;<1*0;=<5:((635568@?=CB66.1@?CDDED?AA=8A49(67184496..15745&%#./25786.735<::649<8>?:646AEDA85:6<67,7=:.3.3+;<:81-*,.252,-//6691103.06%,$&*,==$*@B@=?<508348>A:?><<86??B;+1129971.45323158<:*%'%()340224400*,&'''((++.6564/%%%+)(-*.(*%%+(&6654$%&&)46:4<9@2,/9,,4)),$%--228011/)((788;/?EDD:5*7;;<;4&(146%%199=93//+5.(68=GC@;8?HD/BA>224:56<9868:@BC;;:6875AB@61089@@?;@:6D?9959A9.>=:>>>7<:98:?8213>@==<::?C??-)(*&&7<925++++574?:B?=<;678<2/+,,(%(*+''.<:?ELDF<<?10/9:8'%%%*&,-/+.;>;<:348==F?8961569:<:>:>BDA=;299@AC=<9&(410*+)*,1:98983+;>@?@19<=;&&&0)+365*74,,')10,1446996:><A>.2;4,==;8&$#'2-2.1-+--)/((8<>>01>@<<<1>AAHFA?C?06>>=;>AD>A8:>C?@B>=?:/(<39,&-:;;@;5<=@C?:;87/,793.938::2;<9584688965<;;<;-'35485,.,'$&*(''',0374(.232-('%'1287:.<7333694(%+),&(*').+7::-=<44%)''+:;B;:787?@>@GHB9@8:.,:;>;8=?=6;=68+-.(%&)0+++,*'&&#&(,9=;1+373,)'&%'-0577DEBC7902<066:8>=9(2ACC=8>@58342..%/)-'$(6369<=/23/-56----;88:<7><=:D@BGE@=968<<;<0>47;:,/($&$)045002*))533(((56734<>::02*(&)91305/9:=>C:41*,-(0.:=693455''4>AJ?63220+,45-70,79:3,49D?;?:76651*&&(&$#(.0014;;<6AD9;==A?9<6>:<=;>26+).2397A@@?@?DA88?=8/2;:,*'5+-%---9;>>?===:71(5709>?A@=&)&'.18*1555:@EDA@=ABA?CD=>EB=>/BFAC>A+3489=;@><9<6+5(959>9;>>?<78'6;=@?@??<@:91/3..98;97:>536@?>;75:9D846>6)+;;47'<7331-2=>?=42/,B-7>>79=@@;;83%:>9C>BEBCB<;C>>=0<<:332:<4<8:;@@@?:B?JDFGH>?DAC4)+>:;:;=1+=*+,?;-1:>?;?GAC9>A5AA?;?<88>;:<;=>6259@@@-<=@B?2==5-),686=>@2(-7)=<@@8755/&)5@>>?1*14597%211444?>8HD:=ABBB<=B@CB@@-*%%%/44)+;C>?5AA?CFK>B@;C*&&@98:=24+<<38<EE?@@DF@?:;==@B@;BBBDDF99=8?@FEKDCK;E<6>BG;OIFFI>;@BKLI=?0003CB=56:>DECA><>?*;9341##&&2)++2476'&$.8:?7A6878;;1;;?6:987>A37+ALNK>B@BGFA@=A>688+3-.7(-68:@AA>=BB<=<>:::;@B>>E@FEDE??DEC..98$$$:<>(>3>9A3*;58=;:>;@B3>FB:;:A@69><;2:7111*.%+&(,-)''),(;>::+++-7<<>;'&'"#%+5+CA7?87&3;EFEEKI@AEG=><757:GC7;J9A?A<)6-)'%4>=<8:485CKGICB7:?>?B*+0>?9<@?@DF=>DFF@=F>//ML0@G?=AHKFG@FEICAE>,BIABCCED;?@DFHBA8/4CFEDDC?<>=A-)/*$'&/2221:=BA@@F=KKNEHCCCA>@B@BA>/6B5?%)4@ACCEB@>F;>BLJDDD>FA=<=;>8,3/;87?B;=CC.8;68://:E=:AA?919?@;=;>39JDFOIF9<;3/'.6354+0446><<8FFFDFFDFED:%*;:<==>9443+.''&$#8833.7::'986:=??>;<:HFKOF>?A>=BBBE>20+)652?79;57589<36D?:EDF79ACEHHB02>3'+&4;==<:9=9>@A>AB@A;CCA;=C@6//@@88>54..<<972,.**98;>)@<:6FG98:9<>=@><=<@1BAE8%;:41>@:-79C)A<1:?=;=B?8.977*3575=>9>(769'(&'58774977ABB?>>A?B@DBD>?'087;=8;;6<=<@=885),958A@AB=A=6987;413:8?=9:AB@@??@9.+.4569:;792ABBDA---259A?B=AKD699;;=0G@M@>.4;.0;=9?><=9@;=B<;=:5*++11'.,+.9><=:;@;5<<>?D@=ECBDC1897=6>5?328:5?>5BABACDE69:43+ACEIAIGHF>9=;533+(677,,>:;?=@163/2;6:=>>A099:786;69GBAAG;'&%())'(-5482;=:>;4475;<@88CC?@B>=@?ADD@B42:<7%)*195//03+7:77449988610(,%&'%$',,..(3<@<@=;>B>.BAA=@7::8-@A?7><=I;::5379998>?A?>92@:<;=K?BCDFFHHG@HC@@BA>8;:42*%%%%$$&)02%&=;:B@@6>@=<:=?@;A>ED?70-.;=?>6:>??BBDI?DD;;97(769,/<061*-001<:GB>>8DBCDKH>J<>CC:42;36F>@@:;=@;><>@BCFC@EDC?:?AID@AD>@E;9EE8?=@>?A?@@;B;>7772224)5;:((*8;A>@A=B?=6401252*&56EMFEGB@BA@:)ABAA@BF*,<>A='':=D?ADDBDABE@DB@C?>B9<;=<8349=?8>9<53:7=5:@59BA@HRKAAJIGJD:BC>899>>?=>;>2)*#&'16BF==?BC;4<:9<><70&&.(+-85:9>>:421/;>==C>ACGBEA/5;65=JF99A?BBIG6((-+.:5<;.%'12==7@<778=5889:8D:>DFHFHBE@A@@D;>G=?@G?=3@>B>>=:+*'***25@C=@:2302=<:>:?81/@>>3/1)%%$131113?9?1@AA@EBAA>>@>;<55558GHAIB>)'8-/544-0-*19$$6B>;<>4*-,--1))(&%**+).'11/40:>A<;)1100664.24**')(.<;?6>BC??>;<>A>?<=901,)/2*1,,+.+#.0.//)347:548677;>;?B/27665((*&('($)../%')346-/8:;<@C>7:<8B*#'+*+&%'*11447:56<:(,>D?>?=37<3<@@8=4;7AF??>?AA=><<8543.+,49997<=5A;D=>EHJ@A?,:6=?99?AC6:@DE=ABACC<---=*%*/-/;59&':>HKCBCAB:>F===4*;98?>,317?AB@6.*342138.+)&)1153364:6=>C=E>CCC8;?:3;DCBA:.'&&-666315=GBIE6:A>9;:98528:9BC@16B;>93@;CE;**--=22,&&23688998&*31201,72+5).)09?@<6==??M>H=J@DCD5@@;>.:3=+'*,(4*7.;>7>B>;@?<09<;((>CC@CA<<=>?CEB@=;8/0,-)=?=>%%%$139:&+*+-),/&%-659799CA@BD?>@BBAB@<;@><9@@:5468:<<797BDBFF<7H:4?B>GA=B@A:B,''0**'(,=>C/0/4;?CA'':9B<=EEG=@>8?@EH<5589+5685@B?AHF=FH7655@?DA41989:=3)1.*)&,,,..,/./76JG5B989,%22/00;>9B:5*3)+3998:>89?BF=@;<(+4A?>@>=:ADH?;@AB/CDB802==DE=CEE=>;:=@>EB?=<9=:75/$%+.(%//<4895@?52-4)-96/=;=:<57:=<8AAA@;8:97C=?@>?=?I62EA68AIGD?;;>?:::;:9@>?:<=>B736BB>1?B;;:;?@>=<(&4.656<-?=CCC?HBBBDBBB84=<@>@@:34>;1+,,(.*)$%%%$&&*)*-)*--/-::BDG@EB?@==C91;87:<-@?:8;=A=9552.;?68??EF>A<>6<@@F@77=?ED@JKA5GB?D9GF5>=BCD@ADD8=ABA@9:)&+$&$')/2=>BFB>BCILJ=>A@C?<<*.@BE/=+7%(967;15:BA>;;83:65058::AA58;;8==9E?>033,3';;3'*,8:87><8)<69=6;7<=<;87;;>9:;'-1556685-+56=;==CD@?&+<8$326(082<<>98EA=FCCB@G>222.,8@8:@/@@>5=;DE?A9@@8>?0.5.,))468@9EDFEED?AB>=:@AF8AA9C<::4677+-9@:=@D=A>:B@?CG9B=@BD00=?B@:@?=481//0>:79=E>HG=BG@@C>:?@BDAAAIKFIMBECC5:<-2@(*$*-**'.--;9;8-+&3'$%%&'%&';CBF@=>A?'));9676?A-%=DB=A?AE@A=((.$('%$&#((*-%*((%&&$')&188;);+&)12+(()5729;57953+<@G?E:8:;54:<;=?7?C<6BBA9:<@>?7-32/'.(421/.5:>E;=?@<011',//<.8AC::8%($'//18<::>11-+*14430/0&+,.1:DF=,)AB;?A=B>@:8DCG@>-A.5=624,9@A>AC=>:;614053596267<><9=IR<@DCB@9B;A;ED>@@BB74;,.<:A?=ABC112-.=;>>;;?>>>>A655/@D8;6>?=7777./&%.,/3/01*+'(/)/99=?C>A4=<<994494>=<>B8,,+&(&&&(/*6@@::DDC><89=;;)$%'=::5.1332*(0.1&(.14665431258/@462%-*$%$$$"$+$)),0-0316=DD88DLB:8@>BB=?799>=?=>?8:<<;=;=>:@C?>==43/3/-+)&)484;1=87;>KEBBABBAA4//&&+'%%+-05433./+$(6:553;A=<63@A=>::<>29;DB;:=;;C56;68?AA>A@A=E?9>4?>=@?HC?@+BB@?>>>=?:=77**'()./+&%%%()+($$'&&%$$())*)+'$%$$#(*%&+)*1((*%(+***+368?>???CBA032:?BCCA>??E=A-*8::7(&.11255/;9965.165;=6:BHE?EB4;5)('%21677-+*)'&&&-.12504;=@>ADLGDCDA;659055/,53666:<;BB6<;5'16/81+/)11989<>997'%'125$$6==;?===881384?9$$$(()9888/3D4A7((24693?6;AFDKFDD@7:BCC6?89:D:?@B:=6FJD:3/8;?-04)++,CD?===@14==/,,4?877;<=;;?'46;@8==BA=<743+/657793&78>;BD=>76=.5569:793699:975%$$#%7:;:;:;>A@;54*0+8*66:;998337@@<.:@BACA27?<:;A<899771'):69D;C=>?==83+&%=>@FCDFF=F??AB,;@B898@A44;@A:=>CA?G=:/78;>AEF>=>AA=;>903-(&$$$%),)%())).34925<=532889<:90/,()$*24'()654999*88877/)(.5069>BB@D6@@570???AF??B673555@854DD9;=?;BDEA?,;>@:>E<>=?AF?@>@@CE??:2(%&&)1/3451/+2.%%&%(063+()$%445-(&$'&%&)),++,*,,)*187::941--0+(<>A>>=878@A<)'>@;A;9;@ED@BIH>:8=7>>.68CBC@<7=5;7853;=;23=AB<=>;78:9:F9>BA8=>AB=<;=A@>DF?7:C9646=7;?E9//11-'58<,19>A?>?;8&8==7ECE?E=65=D:=<>->=969889?A?876.0:DFJG=D?<=@55779<=@B=GDBBDDC:11;;?BF=><:ABCJHCB@?ABAH@A>A@C=B@-:6/><>?=<<;9>7BFCDKSOHG?;*&9898>DE@?AA?HB@>===?;><>:<<953>5568978=?:(*:9;@9B>6?<==:CD;@EA:>:C;@HGF>9BCGGFDD>:5A>BDC@IJABA/4'*.9,'$'37D@BA;?==<3463548670),,00--0446=88?:?>??B?EFB>C8=;9E>@A@77/,*(+0<==@G;;KLB;@=F@A=<=?<:67=POGGCFHHH>;?=;@<;>AGH:<8C>GEEF8CADEF?<>B7D9?9BE==9<-//044?<=A?><>/,,=EBDC?H=CBFCG>@.76?)5++*--&*,.1216;?B<;;.$&8:;JI79D?:=AACHJI>GKJIH:%(5=FKFG6BBD6A?>DC>@ICHG9;776%>?A@C?A@BB>48@:>55AA?@BIMEBB>-5597;>EF;=9?:DIGDA34087574;<0B4999B?DHDID?AA@9*015<7;*,=618&DHI?BFD/97=>B;:.22199CGOSJLQQNLMH@C?:H=>ACFILICBAEHJF@AJJ>B@:1219<=@=.=9<)((/++-0);:>89><;4;4%%&1'.9=B>89(54313:EGGF@BCCC9@AA678/..12$1''(>;=4>;???8;EG@FCF:655')3-=>GG:E:D@>>>A>E>IGJ;BFD?9JAF6?6786?:460-<>@C@;AB=FF@:=53206??=>@>7BBD?=>A?A@;>C=8???A?>;?=12ABB56?A<0<>>=:40+388=;<<=B@;;>LD?B:78A.9==449<<9/7145763:8@C@DCA//7B>>>:<@3667C3...*'&$'((=;:=533<>?<<=CCC8:56<=B?4654;;99=FBB@9@?;=4-2*81***.1)+5452.7744(*,/6636<<>>>>??6,-.0)+%*132468<;=>>;52(1/2735AB?8=4A@;+:=;?DE@A?<987'+-211688776=2.<8640012=;01+&%*&$%'%%$%*)0335>=-,66::?:DF=CBBB;<7<=CCIHH>62<083**88><9458<=9@>;=;?<-9;9==854:99:%&&'4772255=40%*249'%%55->5G?C?==;4496'$$$#'%&&,,.7&+<68@?AB7450019<-.',665(573,0:?BD.99:=:37(&)*..--:<==?B3F@GH:;75)/0.)-)$#%$&(*&$$$/,0/+,,:=<6/)..&+*--.5?CBD>CBA(::;:+NEC?=>=:7<@@<;:BA?F@>=JG;A=8<@?3.$%46758910+((%%),:?CBAA>=<@@54:=>CH=@=>BB=411::5/3021+(%%-***(+++,289780:97<9@;==.&%,<1;<9%1/4=@1BA;>890==B?C@@69822+77?>?63@36:9DA=;7;:>CD<<&):BFDEBBBH@-/16358:=;<8:?=<23?@B46=>=>DCA=AFF@BDC@JL><=>@?>9@:=8+-,''+==@>@>@769@><<<=<9;,2'596=BDBD=:@=8&)3869?:741,6;@=:>?C1.>1*.0.543:68:??687>BFCG?-767@6@C?57DDG=FGI:?<:;0/1&&%##%&(%*,*349;75<4=?9-89>56156$*1--)<61**21../4-0:797=@C::=AF5'22:A>>2@?>B@74C>@E;;=133,ED551'%7=9070.<>AB>:3653>@87*5<;::EDHI>=GKHFD===@@BBDECB@+%>B<=:@?7???A:(<:9+.<::57))+%%%"&%),313+'%99897,)47<:;,=3;8;637795:8=89C?@E@8712011889==;B<=?KIGC992&&$$',(8:>A@:=C=AIA@;);=>C5)*('(/:;@A=65--8AC:B@8@;A?@CDJI>6?C78>=>CAA>6/6??<===866)5?@DEGIGC?=BGKL?>>=@C>=>6-1/;CB@<>AB6?AB'):<>?ED?9>E8:DAGF>??EG8FE?043(+$$$%)62-2+2?;BCB49=$>@BAA671,@=>BH31B06AAE@?/00,$)%&%357795=@GBBA==?>?/AC@D=>99>6&%&01++24489//&BC@>=<6==77;:>?JHB?EFBBE,25;;;;;A:?@>C@C@63525-71/-$-$($+$"0;;>?>HHD=;<6;>@8358676,,5330())--7::*)3)+$,4436=67>@:887-6'-*$%$0-/&%%*&((78>=;7<:8(-'-'&'/8/?A<=@8))>DC??AGB@<>?28@69)9906.=<;2/@4?67%&==??RJ??JFJH@EEGFGI@?>@922.//0,=@A?7DA;=2==8678:BA76650///757:=88:89?B@B;<59;;67@B?@?:>=?C<657A@=87=>@GG;?FAAHE47@:@A:;<>94158>=8<<9::2%$$(--0.2=;'>AF@@A?DF?/000.+&$,++2.2327BD7.,)73774BCA66883%-31%.2%2*77?EAA<9C;<3;=?A9@?*6)3.,-(&'7;GA@A=8$=><::=?<8:62/0%%+7;==4?CE=>G>8:D=>AA@>=7.%'+)&8:;=<<9;BA:3.36<=9>48>A4<54=<<=17@B35)/?E;>9C@/646==37*+$?A=:CC?F67AA?6@=5:84114;186/-):.1;:6003/*2<13DD@==:85+:9B??58>BE?D?CBCAD>;?D?<<>A=<07<1)'754;4))+ACBDGC::1AB;4?=76707=@A<@CB;>@?AHG-><-96?@;9EG250/./4AC998899>>>5=A<@A886:8=95#-756:@CGHH7?;@FGC>A?/88?@L=;EFDBAAA>?<;<5-5%(/-/4270,-$(%%%'',,.4314-/0.:=CB@%'=DDFCA?@?0/+&&%%&86+),)%$%27:+&2569;8>>;<7:;61,<7?@56CDABDID@C=?=<@ADB>@75.2=E::8>9<@//4?=?:;886,4+3=<=??=@875%<>;?@668===A>=1./6;46=?FC;86=@B>)$$AC8<:9(%>C?/3;8047%&).;*<>96'?>;@<>=025::5<<<>H>='CDFE@B=D=>>;::?->,4)*:48=?G@68?=8:+-0014;688>=;86.>;5*('$%,3==>AB3=896CA=?A=?IFF>:;1>@>@@>??@BDEEE?A@:9<:?G@>8?B;=?@>9;-)0(=@EHHBF96:B;@CD5<<:%'=A:?4<<99:;,A?==358>;;588,-%54=+334)32ENJD1=*@?>=>89/2.%.22<4153:=><;@@=D?;*&7:24(1/28<;:-DEE601=EE=,87>FB>CEA=5-3=?=7%(/:+%9=;<=87<<=:8:8=*++%(&'""$$'--./.%$%%'''&;<9D=+(===AB<8=C?=<+.*'((*-868=ACC;:='47GKGPOFB99:99<>@C:?D;($79>.9:>)3(88=:;;?@>C@FC9=>D<6=:062132+(3:<;=??@>?=:%#'%)*+34;56;;97/,:;;;>:?AD;C>DDJHCAAFEB?9;;86998/,2*)(#$$(+//+$$%*-/57;AAFEG?B9>>8;>7@99;=>=?=;><@>?DG=;?BGHA?60//23642)559ED9A@B?GJLCACDDC>=<3>>97;:?=@@9;A:9GDCF80BC>@@BAB>@>A=?A=<;;==:@ABB@>??C?(-;?<9A<>A:*)::/.'')*'+***77;<-,0;<528@DBBF@=%+3B>19/10018%)==<@=;CB>=33<;/1-*+.)'--.79;/778>C:3<:B>:=):<((':9:2'55853=>:<&(<=;:.:<><>E(.4$$$1;%,')&&&(,*,,)&$)-(0/17403;9=8<824:8;1;A9?BIB@@=A@>3**+,,2-3:8@B>F?C7AA==266;;83,7&9:7@<994),%(553769035.79@><=>?=+('(*,)&%).1798A@5>32.2'0/40@?78:=<<<3$$'')(+,,%))3699<=?A:;CBCE>=>:?A7979FFB:8<;2=B>?>;<+.'(266531234/344.55:776:37121%8628:4??;>>>E>/AA==?5;>5(8AJBE=2645.0/:;<<864:;D@3788@)**'/)476:2?);2D<>>=;A9=>BEBF*%/9@8+73548978=;<=:BC?<@*8.89;7899AFGD:<,8&7479<@,->@BB::=<;A<@;43,78:<=?A61*5:4061$(/1-08:>::B8==BEBGCIKC@?C>CB@??4C?<<-58;;F@D=?>?B?;<89:;<644&&&%3),339:6798'*-/9;<:=69??6:,<@=@;<>=D@??@8;;**:;A>CA=5+2.,'-,&)96)('(/,1137-*-*;:36/8:7343)**,%5;A2,=B@H@JE=>@?B?:;;@7')45433<=:0?A@EGA8D@@;CC@??B?B:1796;*-0,'*+,*&(&'*14049??>@:9;<>=@ABA8:=C=A;36(.35-87<>8BAB???677=9.)5=5677?>?>79:,%$'$&&)&4;9>:=;?BA89;><>=;<=@?7===82+&&3)0-7<@??5582;58:<>7=6@:>=?(6/'%.+1569:./43-2,4424*35:<>>><=**-(-6::<;DA>>:+=F<>BLID<;<<*&6@@@3;;=;=B93A?BJCG7?@B:?=?EFDFK>,?HK<=>H:@C7=45?GH79.?ADFCB>BD<;<ABB@A;==>B@BA@7BCACE9C<<@CBJJGKJBC;B5>=?8BBDA>BGGGECCBMNG>?@?AGC@BC:CH7;;7:9.*--4659B?:-./*79<<;129;;96/)-.30)''$%&'+-%,.1BF?GE@EFD:89:9B::*(87'33/770224>A??9:72;5&;99A)=BA9?@DD9IGCIEMBA?=@CCNXEBC=CEHFAAA@>=:;?@FC?/@<956@6A>;A?=31:CGG97/99?><@AHAGHMH@CA;;EELB715?=5=3EDIJIG=948;=CA>>?AA=B@A<::/,9'55<>@>8>=>BD>0>6):;*;:;:72,/6>99<;<==3583=?C?;G6C==A@2.1=BGCH<3:<<=?@>A4:9:=677;1->:B=9:@=@=?:98734&)12%5%%%B@AB<)%%')-:>::6)/*':?DGLIB;4NBBBD?;D?FG<;=@61>>GHJI=A6?D@?E;99;42125:>@BFIIG48=;;;;>:AA@45>B@,-038B05DD@=:<+(+0484226=44::><;:?:@DCC@C@=@9?@><9IEHJG;A?AC:ABAEBGC?@>@BOMD>7<>AE?;22;799*''(0&&.4&7&)179:996'9:;11=<95***+-75-,-:>=/===?AFB@=A?;=;=?=>GMIK?9:BAAAAB>:F@BCC@*('$1)43*$%$'$***131<935.01>CBDE>=?>889=55,.-**01.3/5,+%.3;8AA?6@=?/<4?<>9@?G:7699;@>69=AA@>AEEHE?9@;;<:C5=8@=@:799169=GD:>>9I>9FHDE>D?@DHIDBIFC=:9KMKAEFFA@=??EHGHB>:68KKFEB@<@=7?@BC@A>>46>=@<4//*++.A;BOI@>?8;/)<=@8;@B@A.0:4<.7)<;@35(.&%%-1/367/1/+%:EF?EIAC;<6830@JHBB8GE6'98578>:.;,,**(&(:9;12)*+3>=<9?B=EHII;EA>=;/2(CBB?FA@C>A<>5?B?@?7@C8:BGIC8;A@?BCD9927243(9==8)&&9235%-0,','):;=FEB@ACD;@C<>97;;?>;=@<46648:D;E55?BD+>%><8:061)4;DF=@@<@:6=;79B=:D:CHBEDDGQ6II9B@?<>@:83000?@?;<>*@C:=D?H?A@@?=GI@CHIHGG>97,,))%(2.)&$'#).'$'(1776A>892(%'&0.%10..0:==9077+198*(33)*.0++**::8=<6B?:;89JQLDAA>@8+-,+(((%16<<;;?=>=)464/2+10346;80(49>@9<177)1.0665./-%'$%%(./4>C>@BC:25466<=6),/,;6:B@@;:4--7:665'(01.57<*>>CFB@A>@A;;8,0;7:9/',('&&;<9<=GGIB@?::?@')**=ABB@B?@CEEEBB37CFG:.239C==DEF@':::;C=46667.1310%&&0/),76:79)8;?68MF?4/::13@?CD?AFBHFFBDEHCB?/)FC7@8@444/79'9;D??@B<8>>?@B:D?@CE'*9;>>F@GBHD;=>>=>AC<6;>+->8:D14<447=<3.92()679<;<;;><---())890<=>8667&)+).0+-4,(0,7.6+:::CDHHABA**>?@A9><,.:>;>:6641*))780,642B>:<89B=7::B>?965+--)(''(5?@,DFB=BG5:=<>A:1-DBE=@9>=K=A:<<@?;AHCEDAC956(798375<>AA>C<=>=8=CN78AC;DC88;;8/<<>;<=68712:337+9=7771B?DFG6<:;6=8.>12@841.2=8'&%'%%-99-0A?=;(&37:9AAB(:969<7?ACD?A9;D@8;=DEEE>A:=<,.<768?D>@8:67<+8:=@EA@<:')$37<>HEABB>?::ACBDHKC>HF=/$*%2/9:9=-4<@B?6D7:>999?EFA:B=:>2/;8;B?;557>B>@GHEEJ9=<=<>::C@E;>?C:D>DA>@D?EIC450025456+'(#$($(,''%(<>CCB?DF-CCD:??16;*15<426)&4@F=89:=>9A=AFJDDDC@>,==<=@CCA>@@>A@B;AEBA<;:-*;<98.,;<=<;+')&'58:@:8?@?:;;563-%$(.0697;A;>?13')%+.-047;4>@AEFDD>@98267<<@D?=?AH=@@25<;A>?AB;=>C<<@C>AFBFB:CDEFF>;?<8G9BB:-AEEF>??@>9;A94B6=BLIFA?@>@.++8>:ABAA:?EB@ABF?EE>A>;9=EFB7><575&*-07CED-,A@:8;:?@>+.437@?:?@98AI?@@9?($(.0&%%,/5<:9;7503(,,.,4438>==;5+0//1*7@@HL?=?><911'*-236::=>5AB?+7'<@C?:>A>>:;?;843<@9;974631,/8=>89=@HIA:GEG?K%(9=B??;/*''&*$#(02779;@<4//=>><:8,0,-)+(+,..29=FK=5(37>@DB@A@BEFHGKB>D=<@D?>A@<9<=79;6DB>@A66:9146:7.:::7:?:?>@?=DDA?A@=;9A@@?B??@ABC6-+11.&7,//2,.9>,%/(8<;>B;A?949;97=BE@?;E@D7>;=>77.(7*>@AB67:@C>>ECBB8;>982-7;<9*++%%0&1//)&%.5;;:?@DIF>>CCIIHD@<57??=@KD?>+/=DDC38;7-;EDEAC?@*+@FBB>@EE<=@@C>=AA8C@:A;B=<;B<7<>BDG<<@JFEA:=;31*.'*+'5654ADD:A:D7F@??7610=@:8>EA?C;;>>A@?B7*)(*+54+:<>@>DGJECA8B><>GHKFEFDIJIG@@@@454:>>=>9;9@D;;C>=G?<:CABA=+999<>3BDGCA?AA>==114F?CD6>==BIDB*49980(:?1B>=?EBKIII>C??<=2:=?:B<:;;>./A='');<>;BC9$551<<767:A89:E0FFAEDFIEEBDIQLB=>BA=;?ECD78>+++-8;?=8ECB@B?8:85263486@B3+34;;@?>%%$$'8C@?@>A>0%?=>?9;CBJJB=A@;=:5),,)5@>?>@@A;;@@9:>?B/?FKDDHJBF@@144KJF;=;?987.,*9>@BD788&&2..>>&@?:A?@7;5+*8246(:..=5<5:>AH:;8FGGGF=<<=;>>>=<865%06.759;=>9676.9;:;95=A<77+-%'#%(,+/..)?ACEACC2<:GHLKGAGE>CGH:<<<9:AED;FD?B4$021;7@=C?;LEHEL=DEAMLIE;8B@:9:78/,.035;:@:<9:45044=<>?$79>8=:+.36+:0=<96642+1*,(%$''*;>@==>=:36)$%)269<>>>9EAEFDD>J?@C@>CBCGC=H;4<67>D@=)?;9@?AFFA@FG=;@>@=;687?+47D129310@::=EACH@7;DE<>BJB,-123B@=>?23>D8'%+-2/@B::@C==;8:C>::8?>9D;189598:>>(-BDCF=;=@?<;>::03/%%%'$#%#)'''*%%0/136CA949?>>;;?847.74425>F;?>;;9@@?=AA/?/CC@7&%2;3*7<=:;=>?=?@@;0%.?322&/13;>'))-@BCEEHHEBBCIDHBA-/?@:;/+0+*',599/3/)+)0/3666=<;<<;57:8CBFD:@;E8>CGB>?;?;;5<:*08@BDFGG+++:1'+-1;7E@>E58EFA@E;C=>8;;=@DD;J<:,/MMJ@DFAEPA2BBKJEJHFF@NKH@IOVSJDMMHKBVUG@=7CL>>KADFHKDIHJHAIE@><;7>;<:22/+&%%,12218-<=BC8?>ACC%+6AF=9>@?CC=BEAJ><<947;;;:67=86,.9<5>HM??D.=88(0553;<-?4879($$&*3044<>62099944DB<;<743/,5679C?BGBED?B>4,AA>:7*@=<%(,0'69879=<9@9',@=?@E;79;<9'+87>=:478@EF;'*.0731/733,48+*%))+&(*'1:897:<4;@=9:>>5078745?:CC@>;::9:**87:8'.:<;=@;79?7796?.<);:HD;>?55@>A?>0-*51/1(&.5+.0>>8;@B=<04<@AB668BA@@?@<@<)):'788=;:;5>8988=<<%*7A=>12<>EE23,/8@=B?98:C<@21-&0-05@DGAC=C;:AAD;B<96,47796A/..5;>:;<38995993&%'2-<48@968*%)&'+%,3*'&&777:9:60(/77488>>129:==<::@=>@?>681:<+%&&%5(&356698@7>>=687204;%((<==BC=::>CE;99-++0//.1,,,-;:;A6331&%*41>F<=>?=BA@@@?>BCD::71226'%,.134;9@C?876=75A,$'.2@<81:988A>D?<=?9:6514$.=B=4A1<@>>?<@?=8+0+>@@=-*<638B*%%GFF>AEFE?&58AA?;J>CAA;<::;<?;67764349;E@??>A;57847AH@:463,++.,/8:=07553%%3??>>?<(*:<<2377355$66:8;?@C@?=>@A0?9=D6@?;@DB;??=5.%/.&&7><>C:@=39?@??D=BE<%36339;.6E=<>A@@A=9@=?9@DE:AFHB?959679<=;<5572::=C@D@B??@B>=8AA>FA?AAA===>>98416+,.+&))&**(+-./49:389>9=@?-HGDD881-),---0*%--:;;03*6:==@%(<=5510(5+++1(%$'*.11.42-88=:<:6=35::?@?9=@=@635<<<7:29:0,F>A?A:<<9131=>D977A>>K::C<6:>E?H9BBD?;A:447=;++(1;=>>ADEFGGCE?EB???;>@=:B6236'(53)%%%$''68:>;=(@>9E<4::EHDA@AB>;:;@<:DFF;<0=40/0..,*',57>?2ABC>DBECB84:/*,9*9IEAB@CD8713546;1.:,66+-5:236,/:=?:@@>96''357%&'&122'-5+-,5;;;<7.+./667945.,1@?=AB@A8=,,05;=B<=CA:6:B@>9>BE?;<>=79?>7@;2<;BFDAB@1201342,',-/702:;<9663&3688A?=;9-)>;7BDIFB?@?@=<;6<@1/@ACDB3;(57<46@>=+)-867:<89<-00-,++457>=443366A=FBCA?+.15=>>,0BGG@69BCEDE>A=;9:CE=CEFD=6<111.2:8=>%8+.+*;@AAA9;:-:9=??CG94?>@?AD>@8>?20+*144580)896/',8>DA8<64+49>E?>=>2DD4&88BB210.5109?>0-)),14=9>BDDAFBABB=@9BB9;==@959@'=<6:81;?BDBCCA?DD=>BBC;@:=GIA=BBDAFD=?D=;<=4%*'(%'0114;??;HD=;:=@BIH:?>?:<.,.+.12-7=656/0//12/3.&(09:260,,--'&+(567947><=6./+'*-@?95-25?%)8568=4+)+17<6.#%%'=>'>13<@ADC>2+.5;==FG?B<<>@D=1:>>?,)FHA9;@B@A?B:?@A?A@:;=:;;=?9<7>;CD?EJDEFGHHE>=DBAAC::9?>=0$&,)*(*7553-33>@C=3'%-:97,()/=39?A>:ED)&;@EC@>;<>79;>C?CC413;=7=::=<=A7@B@BB:;AABC:?397==>B?=5AFGBEC@D?@0,*,-<;;;;==7C;/,/.*/>950)>?@D=<0,3;4--4+*&&&&&936:@C?>7;:62-*:BEI@AI=61=71::BBC91.77@8;=?C@9=B>:$*;D?DA7122-(#$(+'2.-/0)01<=><+/37=<943331*(%.317:=0)*)-'36<<;=?;:B?>:?A>64)'(*+*-;=9@A;7=23978,00860*(+=@BGCCC@=@ED<:7B>9=<7>14979;%$$2),56D=B79=381@1)089=??<=:;>D@CG8@HG><<6>/>C>?C=BHIEF?ABDBB?CD<)BCA95'39;:7*);?B?BC=2,/683133HGDC@D::(9;==IF<=')1%156534>=ARJDDB:.%%*0=?BDBAECF?CCEF@E9B@CGJKA<5;@7B:<307;7-3<>==<=602-8?*977=F14773=>A@EFLJMD:5-BECDAEEHHCCFD>??48:499%63A>'DHBBBEB?;0&'%-34=@>ADC???B+2-',,+197:BCB@CH@BAE>BHGABCC???A@6.*79:9:2+2:+'&$&()8?A?>G?4&1/0/,))7#&$$%--0FH<=BA<55)40158:DA<=>@?:00/:CFB?57BCB?CB@@<>:5FADCADC>6>C>A*5ENB@B?@?@9??A3,=EHKOGC6:EGEAAE83(:JFA>=A@A66.5;><=FB;;=GHLJGICGAFIACDFCB3:-11)*+..EEA/?,-AB??:CEAACH@9==6@;?)068P=34778($:967CBE;JFAAOMJHICEGFH=&(>=33575330,6<=>668=D5;>;:,+*)**-./-99?@@-0==5A;C7)7ACDC@>=CJ@AGFIC<0<=>>&,EEA6:8A=H;85;:9:36-??A@=?BBGCAGGCLIHBBD@>?9'))*')(''%'$(3,**?:=>=9?7,2&'$+)((&(%..27::057D;E<=;:687;@@C@AF=?DC>=A<>;<<<>=@>789@B8(5+*%&%13767588712/771DG=>@622B>B76646**&%$150@77669>?A41BA@A>>=?;@<768,410,%=BDIA>COAA??F?AC;CDFG;:;GD8??@&(:9:4079*0024>>36<799469@B=@@901.<>EHHKDAACD;<7=/@A9>;;;F@6994)&(,663;8=BCCFB>?7./,%$%'0214:9;8+71;=AJE:D46AC+%&0759FJA@ACEJK@@B?2,GE24,5=?1483*1.'),-/),8:CB31775/6/33;==>,?AADCD7;54:;,><>>CBBBIC'DC=@B9H;268@646=EE=<=<>@FEEDB6<5D?>=**+(/1153:==9E?82=<40*)'*.2590AABFB?A=A@:=*%&$$$%%20;<63%$#&(&078671$&$'.)/00/$69>@H@@>CGH=D?AHDD@;98;'//64>>:=:3CBECBAIF=A:&-AHJEHCDH?:;;96700-=69>3,0*1,1++,6.5;>DBB?>%%8>8(262471,9978=71,(078:<9=@@9=@52<631(-)+/8.135=>?>AD;:@>:14&%%'*,'%++%)5543*.01,3+*4'%+&()*.-.-.-)0266?@@);+>;2%$'(()),36($@9HCA@HKAD>>A=DEBE=EFDHJL?BBEGFFFBCB1-8;>5<9A99=A:8B@=@8(*4/.-<<;9@?/-.100*)%4::C=58A='-?A:9<8.&(43.539A=4/?=:<:??>$)2.*$&:>@@CC=E@1>=-1++))*'%174::8763'08/3<==9AGBAC>048AABD03004>71/222%-.*'4377;B<79;>F=*;BBD?B;@@?EDG@;:6=6()554(4?B@>9:8/057;?>A=<>@@@=?>A987$$$29:8?=@?<8;<@BC<>CCCJI@?C>BD@=@@;=><;::<:565,(>*5A>;>?;AB@?A>?FIJE=89?;8,,-,'#%((+19;:?=&'$*&$$#$'+,28<<;BJJCCG>?BC&)<:=:9:HFCD>27426>?DBFD:8B@9<7:>F?B@@7DACA63,,,,.><=C8?>=;70;?9BA?9-311+'-)<;A@>6?>=A=>@@@94=><<;''99G?;8668*'6&00('>>@CBD?29EH=A?;?A9;=HGD;89@D9@D?-8=>;AD@AFC@8=@>A**6:9?*/<;@01135:@==&?+'7=A@;JDD;==B<5,%:7.9'&;>9::4642/0+)55<<@<;?929@<=00C<>8.-D@?;?AC31@<=;?58?><=::1398==59>:?;..+GBE>D@=;>8=?BDA=?A@<)%31,,/?E@D8>=<@;?=BD7A@BB?=:9@=@A>>7<,/HCJJ<=1),8=;8=<7<;AD8:@6;C>6&++343=>@=;0<;;7=;?A++0=C?CIF'*@@A>?*DBDA9*,,6$.)9;K??@@GABA?:/1?;@;;>;;:(4<@>9HGGB>@>6(*&$+>:>CACFC5:7:>;61<8A='68;<<=;?6?:<853=@?A/3=DA;>FGDEG?4A:3:03>0E=A<9;A@CA<=7,1>9:*%+*&&&'%*::5?4676,/29=7D9@BFB34.%/(,)99;@:E/9-:>>=7<=;9$$%'(88ACGDG9@9622(+,10/1,%&&$%,>6<9=47((%(-(%;>=56(7<>=)9=@@AI@//,287>7E(+81=8=FHE;CFF@?@74100'''((*$($45?:>@9<:@:>C=8=?EA==46<>:;DAAB44;A+9+@@;>@A>?IC?>@@GBC8:;85/++/276,.667<>5234431;>?0@E>;3247@;=C;A=A::996A>:;@@FF?=7G8=;/159@F9683/$$.;>?=>HDB;?9>>33-F>:10+25$/1/)'&%$'479@<658<00//*,.*&%*%%)100.25>@>CEB=>?/4C:;B?B:@@@BCGBACF7?57>=A=;AB3()*')/*$))0-(,-'-77575477=>:CDELMI???<<33*%&(+&**)*&'*,089248>@:AA:<7CCJC=GFBDGA5A,8.=>1776<=,9;@7??A:;AEAEAD;>=??>>=A876?8IB@CED?AD++45973=HB@:<85@==>63612873**-/9<@AEGD>@CHH??>7;=B@A>C<9596..3==EGJG>>C5(99?@;>AGADFGB?FE9@@B@@AA=BAFE?>=?===>9ECA(+3($$9<;79<64064>*$24B?:BFD@A:4<=;AAEED@>55>@;5;=>?84)%%#'%*%++9;B51**/1643@72<8A;;?9BC@@C@<;D@35:6==74>?@@2=*-<@?@29::@8=.+58/,/)+6:991A9:8=;DC,>?<D995<;4.-'&898;<=G:6:8<6996%$()(4467177;6@FE<;8=<(#%8;@A>/&.843-04<:67<@CC>4@A<8;>@;7'%((6441+%'+%%$',:>:54:74;$$#$;;@B=CD@4695;980*8<6:;+.>989=>86-032744422479IC:>;@LDA>>@CACFHHB>99?;CGG?8*7=124'%$%$+/>9=<2.1*-.-)&)''&...--'&%#$"016242&%''(+3389:B2*09<;4?34>?;IIC>=ACA.1;<956@LFDABAB?A?:<:88C?D<=>?==CB=C@>:81=>377589>2-,4.-&*/28779>:;=79;:40/9856:<;:9::<98?=::7:6..0.9==,?=BGFA@:8858;<B6;;C@A7F633((())66=:9:44+))04<5@B?A?<:AB@B@;A@@::6;=984@>A;>7DDD;<:71273<5;=?9:;8;>=989>D<<3:9;=>>?@A>C>BDDC@@CC=?@F=@@JECCB@>CBAACCB;4,4>777;=?9*$A<>FGE?,XADGJEEPNLMBDAA.DF>=?=>>>?A0=272(,:??B??DC8;?:=?GIH@GBAAB<137EIG?F:96$5?MMH>?<@JA8C?:9:%'47>>A=B@DF9ED?F>?=8?@BD>=:;=;CDAE?52;;56365753358//%)9;7=;AB<:CFE>CEG=BE38;30:@:*,.1*;,:<>>)7;=DF<<7$%'(*3+-:;;:8A?AC>98&/%(4&(/7%/4?>>68?+44;=$(215561195,.7**)6=?997)5568-'&,&&%($$57(A=78.+/+,0),;C@ILPSSSAJI:>6>?A;&27A9>::7*(),-*.?AJF?KBCCD@,27.-()%+678>?>@8LIGE=,-.?DHFEIC?-0--;01/2<<HGFA@CEFGGE85?;C<=A<9/6,2833>99781534;?@>C@A;;566843685/19><07>>?A:621%)%%%&0257964)9:?=55B@>D?FFJBBFDE@9;8@=EA3?C<=BDG7>C>?8B;GCGD@ABF===9,25496>@BEE;C;=CCKEHCB79=>;8D=<:@@;>B8??7=FFEGGG?CB@=?;@9;ACED7HHB?8+?>3&0FHJG9@<86-5476??A:=A?@A90(*=41889;;-0EAFC::=@>:8*35?BC71C<8:92+,220-=:@CC=9?855785:;;:9>667'*9;==?;9?><8-40750'(/,86:=??>4<;<@989@@>?<@CBCEAF?FB<;>AJFPMNE@:;467.7;:7,+3);=:741/,)&&'%(''1226@BBEABA>G<@A?;B=?B@A>:BE;H=)6))+,1BDCGFF=DA=EF=B?MFGELILMN>BHA?>EFDD?;=@=;.0+%$%(-(('**(((#$8;:=@;LOKANPKM@KEPQROBCMKKGD/,,78&&%'&%%13;:9?NMOQTROOOE@HBC@;0>F@;4B>=8659-AB::879CFEED<><@B>>B<9:-'-$';99(%%%&(+0-)2?<=<>=7::@>GEFEEG>D:0/68@D?EFGEC,<;<>BBCEH@@C??G@@:?CB>DFHGC57?;<<@><0?>@AFB<>7919=59IJGB@B:=3365:/(/7*?9;:B,/;=A=FCB444),,--::=@HED@D>>:<>D@FDDDLKJGK?=1-;>@A;?AIIC=GG@>9CEF=CBFFCAAC?9:B?B?FHE?:>>=+<=6=@BA?A;?BJFE=?=>79IKBC>@BIBGCBC=59<:;=>=A3EEBA@>C>GGDHBC8?B>((*;79;EFKH8:C,A>B@>@CCCCD?@E6877;>A?GFCFCB:=>>CB><@B63)%$%16>:66.&32:?<=@=@1198?=,26>:5=BDA7++&',*,667<=CEHF<;>C?JDBF@940&+,063=@EB>:=?CCB@SPOBCCKPIB;=?=84>>1+00421+1++&%$&$15@FB@B<:133;CFHHC>;;EA?;=B@:=CFCE;E1%-/.-))(*.-46@=>BIDD>=CED><;CEKFBACA0*,97C;BF@@E@;;;?=%?BB9ABBDAABF=5>@>=?E@:>E@58ECA=?=C,:B*89:DBDG==GGHE<6;AFCGHJHPEEFFC?319/GEGFIMLFG?>FI?EJJCEHHJ1GJKFC'%;>ABDEGEH;?;88CA3+.-+0-A*DDBHLHFRDFLEI;CDGB@AEC@>AAB<=JH@>1FFEEDPRCNDCF?@EJKL8)'127;<9::'*CH>4,?:@BHGE=06630$($&(*,1CEHJHRPJE=?BE;6EA@>DA@EC@ABFLLFKLLE=$&%;@BE>B=D3AFACEDFLEAGJC*IIH>*HHGGH@CCEHE/*$$'./:@-1<:;&&)446>@F>:97+?FC@;;=::58555<<<:>HDEGDDKODC@<=>@:A?GC<<=BHBEE<=>@G@G>A56+84=54@=??;7B9C=.1;=831-((.'/00745;@?=F?@?E<>B@;?A@8.79>CD@GGFD>BA=CGABC<8AEFG=8>B;HOKGH=?4@=;>@>BA>5..//%$##&,?@BAG?A=J>+<;'.K:=9125:45;@EGDMOGICDEE@49DC5>000)@.2:97441-,)89;(-551<==924:A<>;A:><;<2,%%%&6;8<:=CFAFFGCFEHJ?/*>4*6:;<;DBBCCAIHENUHBA@FCEA<44%+$'<5B51/9133;6:>?CG6D877::6,(028>@9AEFH?==>??BDFDB=<9>>76>1,*%&&&+00/.-22&')$3367:;EFHI@>>B8BA=A?AAC:-5@BA@B>?CD?.)47<9:<<8<-4BDHEH@88??A3+CEDACJEC@?GJE@BDABCA=EC>DFC39BA@?@>339765)+)''&'%%.1-0,+3002,.88;4.=>@B@@;>CA;??:>A@?>74/-$&).2253(,*)/,(&').0))053<9;B=C==@<87619?B66<5>99>=A@56)%&,2(,.-/5;3===@::69=<=><6<59?3BFGEEE;4),5313-5:420157<=;:7831>96&5<8;<=:*4/(*.-,*(&%$%$7897?9?1?<>=B>:45(5++&%$&:;=9711432:>;A?9(;:;9B>??E=<;@?C?58=5@86;9>:;B8;;>?@>7:>BA>=>F96<<:96'*:;:742??C@;;?@=?93A>FAA@97<==?=BBB=@ABACBDCC::.9AGHBFD57*0-5$%*)$%%%8<;')7:>3220B9;@????.$2&$#%))11595'*649<75;??=?>6*=<+557/1,-,/145:78:9;8*95<<464B:EB?4@@;7+.-,'('($$##$0(-*+.;;?@@?:845>.+??>?5231(*-/-.+$1=?@>A@?>CA??<*.=?GH@H<=?AA>H=;?<=;892/@CEF?CA?ACFB?47-.8=C8=ADAB>C?+'*$$$.''''246443)$)785<;?:425,20*,-0114;=>:1@@@?@@544:=>;4458;4+),2.EAA85D?JC?BA?C>AB1';9)6?9??<=@>>C?DB9?:-*-*)+$-(-0%+,;<*1>@=>?)29=;@C,1>EAA?@AB@89EGHJHIKFBG?=CAGGB=.CFEJB?64?@CA--1/05;9'%)&$,28>=3?<=CC@89@:1--.788;;@7B3BAB>>9:9.27?<>?49<=?;<>9C?A9<31762:>@CA34&(@A9=?A>C<>>0:<@EADJJDIEB46>AHBBE>BAEE<3;=<;66:;>A=?@CF;4:99?8;<=;B2@CMIAGA/.2,<;;93CA=CABE?715%BCAE@;E=@>9<>12>>A@;<975A@C=BABA135;=AB::=>A8=<;:8120':?>>?>??<;7//;?=::7+)167:CGIB?BMLMNIH=@:&%/%,*/),/0989:8()/+>>?ADKIHC34-+38??AD@:<6:??<@955?;7=CBJDHA6344341%-+6645;=?>DBG>@825=G@3:19?GCE?<;=B;>DC=FE>=:?9C>>;A>;=A@<>>B;:7+&$$0585+=CDBAAB<>>>:GE>=IJHGDE;BCELNE?HDJG./GG.,;ABI=OI9FC?B2?@@>DCCMM>JA=FNI4B.1@DCI@9%%,68<<5=AD;88$(..5=37A9>A2;@EC??:)-==?D9@D>>:+4(25:BC?B;644,8$(4447-(0+:@8;*1<84@=A@9=9996'340;@1A544:;0@DE@BCDB=<9,'5(+2:;8@A9<01,6./,-,.+&446879>?A385&)%$%(+++***7742+(&(274=DE@69;9;=<0:;=D>87=AAA<722:99;?>;>@>:<CABGIC??B@>@FB665*+55;7:?DD:A68;=<97550-...4545?=<<=<884A9A990(77<;98469:A6?3G:6??;;<88:<<;E<==>:>3<>ACACB>:<.89884152211/0/-/)(./'0/55=<6)7?><989;8;:=?8156-;9<;><8>C@A>@<==898:=?F>I997C=;B<>DCBD@>BAH>>:8C?GIFG;@@=CDB@C><<@?@B>@DC;;@=;>BC>;73868;CA@A@888<7610AB:;;)8,1/&6589--7773&&(23768>;:7867648;C@6=?G?)6=ABAEHH==A?<+'451(:/94--43;67CE;:<=:98657.//7:A>==4<5/++-470<@9=/@76=74?<9BDAA;<=43000.///..$&%-/2AGFCBDBL;=@AC51?CC:IAB;9B@@??BC@@D=*9689:-23.875;:)''9929<>5535;;>;A<15/7,8:6/+-8;<>:CD??@B557.)&+1+'-*,0%&)25<46.AA;8C/697(+;,7<>DFEGABO>>6AAB=:<8A@=*,&%%%('')),61,,.<6AC=7;=>9=EADGA86-%9C59HGED@@9$'8*.65'.3@?>/>=;-1&%2<;>E?<<6937-,CB@?4*+($$$%'0$%$%'*+=>8<@@?CC@48ADJHBHB:D=8?8:ELLMA>FJIC6898%')&&%):@?@CBG>;CFAA=>EF;>??BBDA=9<9('37D=?4?3+5&D@42BB?B@=@?>1/9FGG>FGA;<=?>AGA?=DC@B4==<<:?A>>>AAEE<7*%>6E;B;39>;?@22/5=300<@15208;=2ED?3=@BRK@FIICB++0CFFA821156=FGADD7@8:;=>?3/+()3./4;<<$&')*;=?D<;8).468==8.<<;;=>=79<.A@GA<5@==ICG>A47:5==%3).#$'36:;<<9/3-44=;@??77@@@K??B?@FKBEEA/.14B-/EGF=>F@>48836&)%0(*.+*-/3A:???@=:B;9>=::4444.)1%26=:;<6422&&)ABGF@CD>E7;=D?18B:<59:>>%*51@E7C<<=78A@5;?0-D<@><;6524'24667,.365..412:<*99-,19<<===(%'+%.#%)'&%%'//0&$''&&--)-*/02=>5*;=57HF@;=?@DD6GHE@69;;=76')'48;A>>8=>;>DDH==A@CBC=1=1,3%$',$#$((+,%)/39787=@>G?FD=@>>@?HA<6BFGAA?>>A;=<@??72+5312-94A=>C@C@?:.).2=?@<@BD@?CEA66G>CE47>B;=>=D9;:<3<;=@,/C0018;.,+%(6775+98@>;B58@?9<77&7.*087967@;9,3CAABDB<=BD;F@D@96('58=?AKAF=99654)'000/8278125-8:=;@58CCCAAC@>$49A:<=CEDBE?='*''&%#)-==FEILD;>5@;AA>17+*&$',/*-<=>;7((+;=+5409=;9:::=;CD9?B<@DCCFFCHG369:>>//??5;9MID69@KGB=B?@CA=<.;>;;CA>FCFCC?B998:2,)-&++0<:<;-1?EEAEB-/@CA5>6>?DBJBHICF?>=B=123(+%%*)(&$&&*13,)66)=<;;57;;1*.EIJG>?><;;'-<;?&,=3*01%*:<;:>?24@A7A9:A;=:=;?/8@9??:-889=7966%8;:>8(224><<:5/236?@>679;7<>-9)BC>==>A8;<61/75@BB-<6@HJIBA:.)%%*)2359IG:,@B>57;>;;6A:23923256/)(*799:=<762,,8;;1/31355766A:8:88==(&'&5)).7;34/***;@?496)$&+*(%:9%%(348=F::;<><==B=:=?<;98201%3::IDB./49??:8<99466AAB?=:/)26522<=>BC7:1C9=>@?($((/22)3.<3=:AA=(>AD?@AAAF?=::8-83<7%=@@G8<668<@&*@7=:,57-:<3<81=8DGA=BB>@@CC:9=.))82CFE>876>A;>;7??3>=9%3989765').67:?C@;@:65*).-+0122//&(':1;,?8;=BC?@;A577890$$$)3796:>B>@B?@?;8<:9<=JDBFH@:9:CFF=F=4@@CDDHGCC:=>>?><76.IP==H?98;797CIKF7GE?@?>)+(<<6?=>JFFEF@*DEHA;9=MK@?IBB848;&811279;=>A1(A?BAB9>C)-434.5617@?>AAGAHAB@>@6;78%',*,:47:1:9.')+=A;:4-.)..1.,,%%&$&+(23590<@>==2<=?BHOHG88HG/5+?B8;<;*(&002;<=>:,E@@@=B2$=88:6>;<>:<::86*))()'&($%%*(#'),456@??:>BCD@A>>D://:3=A=<<:76%))**-++BH9>4689:AAC>5:;<5985247).01.$/'15596798.:897A=??=;8:7&-,+655647?BGF>>98;;6CFA:>=EF>H?=;=;5891,3/*,.##$34:>>4AA4.33:=@7,75<;><35598/;>=->/,>B?@:BBEDC9>@B??GJ:=?>%)23358633+8=DE=;@7<8);/ABBF8.:ACB9A=0**.7?@;**9=@=87;@CECGBCFCEG<=?DA><>=760/8*889::<>>*7;A<==>A=A?B>DGB654)+'68::0;4>@@@F;:/<98=.<;7&4<>?DIEDDCAJG8B?:<@62+599:=;?AGF@=33504%''#&'$%(*)1,$&-/$*+(#&'&#$#%&&.%%%&'%&'&&&#$(,&>9:C=9;98878>8;;=;:>7=A<=?;@2FI9:F9<5AC>6;BEBGJ=?GB(%7<74ABFD=8:=:<8:?=?@DA=;>A?AAFGFBD;J@C@7=.+.:89:<=>?==;;7?A@BGDEGE=;DD?@E>@=B@D-50@58743<8%,,.68:95.?=<7+5BBF;'0A?D::.///578@C>@?>;@?:6>:==40:753))&#%(+.499>:::9<:=A;7A?><<3301.(&*.**77-@>;3;;9HG?6?DD)$)8<56/;;85756CEDFA;22)&*025:9<<;<96+%$&%%'+'(==CE>@D)?@:::-+''"**/13%&&'87>>>C95084169*;@@9-1=>BFB@@<:+7%*49?E@@B@?9=:<>:@?3503318<<<<=@BB,58==>A;;?FIFG<)9<0>A685<))*+,,2;8<9<81237=7B9=55'2.$%&)*20.0753:;>=<>DDED?77;88988(?;::0<:?:<@C976>6;>DCA@?C>=543($)66569??;==>BC>;@BBA8D>HC;FGJAHECEDD@A?><.7;;;;877>?<:;AAC?B<7<::B=E?@AB<>A=?@??>;8/>BDAA>FBBA,.289=55958::87@=<;<9=*-09;>HED@8>5;@;<>CIHABAAB@+(8<8256D>?AA?@?FA?A?;=9<>?<=73A/;<>;:=>>=<=90532-%,9=<>??GLEK66DADCD7>=@DAD?@+&&&,+2;?>=A>B@733;6:6=;5867:MC=B==55*&&%##-77@EC=-$*67>:D-*B9:D<>:60/>?67946+3,58A9A,186.0:3:?=<1<=<>>87970$$*1=>4,:5?>%%::+@?>>698:9;A>9<=<.:79>==??<>896-::<<>BACBD;=DBAE?=@?=5:?1BAFC@77;9::....8;>05:@;>D35851;2..6858:02<=9)&)+.,)3<=CIEAA(7$((*&)$$$%$$$$$$%$'+@B>1$5=><7:5>?7/.0>A?A@80':9@CEDF?>=+:+'4+'651/)--+0,+47:=,@774;11?@D@FBB94>>677%,05542(*+)(+'$$$,15/=IJJJFBC:FRRPEB98A=>;>>?:;<=68).)(+)+,&'((*,+44765?==8?@?@=B>?>KJAB;789;482:;696>=:979--/44.+-(>;>>ACE@=AG??(,79=;C@>?AEA<38-,;>(.ABBAA@F?FJEB=:4*05:<3476+.%%%+(487?C<>>@BB<=EE@?ADG??9ABD@B??@655'$$&$$$$&&..-$$*+,,358?FFDHJGGGE;><=CFFDFFFAEE>DA==L=8DFFEEACECC@79?)&=/01B>>11$5/.*(++=EC?B<>C67200;58@A,A;278=@8C@DBACBH@@<:+=:;=??A99,0'*'*(''(,14762632334B:FF>>AC;42,6(:-//*48ACBAC'(%&&(1534+%%()-)&9<<>?FMIK>HA@979CEA:892C:@6+1)588915.=>>CI8@295>?D=<9813@>66=BE@89>==H9$;6FE@)68FGH>;(-BB77%9:7&18<:=BA@@*(%())'(,CECAIJE33GCEGHKE@<3A@F@CD>>;?=,-FAA?E@BCBCFBBKLJF7810-<@CBBA:15+;(@878++8=CC5B<<;,-D9=7<2?7;=DED.;3@FGHF<@FAA9<<02/'&('2'99324:<?CA>9.3>@:E@=IC6)(*$+-,/'(0<@=@D?BDGHD2,8>(+,()588****)0)*@88*DC==;<=>@A;:>DB@FA9?AD7=BC:)(($&&&,%&/+,/03/3176778<83ACB>84=>FJ@00(8/+.0ACBLKDE?%DC??;9::@>==?765<9=<;=1>@>?GBHC:59@@99#%%%'*+5(;:?AB<;84181)*43AJKI>)78:B@GFC?EIJBCHHA@A1(.34818999B@BGBB?@7>:?@:@;D=@@::HF47B65-'%%86489;C@=>C>?6+-.7:=?DA6+'78:-01EFFC=ADA=989<;>A=A@)99?>785;$(7?7=5++81--8=8<>@;=?B?=C?@C=AA;8665*&%/0:896.089<;998<>@CCC8*,?9;AGF9=BDELHA=59CC6636>>BB;B@::9:5575$$$2.%%&&).78>BEFJHKJBBGI><>;*;:=;:<65@<<934453#(528<:<;=BABE<=:<>B=<.&&&'$%)-,=B<<?B0&&,+.29;&99<<($2879;;:264%$$$&+,,(&%%%268777=459:9...348>?<69;4((--,/69-28>>/(37:4)'(001.;++++'# @SRR14011045.69034 b0dc88f8-0b36-45be-a08f-809ddfc065d2/1 ATTGTACTTCGTTCAGTTACGTATTGCTGCATAATCTGTTAAAGCAAGCTCAAGCATATATTGTGCAGAAGGTAAAATAATATCCACTCCCCTTCTAAGCGACTTTCTTTAAATTGCGAGTACGCTGCCCAACCTGTTCCGACTCTGTATGCAGATAAATCTGAAAACTGTTCAAGCACTTTTTCTGGTTAGCAAACTTGTTCTTCAATGACAAGTTTCCATTGGAAAAACTCCCCCAATTCTGACCGCACTGCTCGTTTTACTTGAGAAAAATAAACTTCATTCATTCTCGCATCAATAGCAGCAACTACATTTTCAGCTTGATGTAGTTCAAACGCAACCTGAGCCATTGCTGTTAAATTTGATACCGCAATAACGGTAAATCAGCACCAAATGCAAGCCCTTGAGCAATCCCTGCACCGACACGGACACCAGTAAAAACTACCAGGACCACGTCCAAATGCTAACGCATCTACTTGCTTCAAATTGATACCTGAAGTAGCGGTAACTCATCAACCATAGGAAGAATACGTTTTGTGTGTGTACATTGTGCTAATTCATCTAGATGTGTTTTCGCCTTTATGCCAAAGTGCAACAGAACAGGCTTCTGTTGAAGTATCAGAGATGCTAATAAGGTGATATTTTTCATTATTAATCCATTTTCTCATTTTGTAAGAATTGTACCACTTTGTTGAGATCTCGGAGGTACGGGTTGAATTAGGTAAACTTTTTAGAAAGGTTTCGCCGTAATTCGCATCACAAGACGATTATCACAAATAATTACCGCACCACGGTGATCTGTTATCTCGAATTAGACGTCCTACACCTTGTTTCAGCGTAATAACCGCTTCCGGGATCTGTATATCATTAAACGGATCGCCTCCTTGTAATCGGCAATCTTCAATGCGTGCTTTTAGTAAAGGTTCATCTGGTGCGGTAAAAGGCAATTTATCAATAATGACTAAGGAAAGTGCATCACCACCAGCATCCCACGCCTTCCCAAAAGCTAGAGGTGGCAACCAATACACTATGTTTCATGAATAAATTGTTCGAGTAATTTAGCTTTAGGCATTTCACCTTGTAATAAGATAGAAAGCTCACCTATTTTCTCTAAAATACTCTGCCAAACCTCTCATCATTAAATAAGTACAAAGCACAAAGCATCGTCCCTTTATTCGCTTCAATGATAGGCAACAACATTTCACCAAGAGATTGTAACGTATTATTTTGATTCGTTGCCGGTAAATAACGTGGCACGCAAAGTAGCGATTGATTAGGATAATCAAAAGGACTATGAAGAATTTTTGTTCTGCTTGCTCAATACCAAGTCGCTGACAAAAATGATTAAAAGTGCCGCCGACTTCAAGCGTCGCTGAAGTAAAGAAGTAGCTTGGCTTCTTTATTATTTAGCTGTTCGCAAATTTATCTGCGACAGTAAGTGGCGTAATATGTAAACCAAATTGTCGTCCCATACTTTCGTACCAATAACAATGGCAACAATGGCCGTATCACAAGAACGCGTTAATTGATTCTTGATACTTTCAGTACGTTCAAAAATACTATCCAAAGTCTGAGAGCGCCCTAATGCAATCTTGATAACTTCCAGAAAGAAACTCAATTTTTTTCTTGTAATAATTCAACCGATTTTGACCGCACTTTGTTTAAATAGCTCACGCCAATTTCCTCGCTGATTTCCTTCCCCAAGAAGAAGACGGAAATCTTGAATAACTTTAAGCAATGTATCTGCAGTAGTACCAAGCTGTGGCATATCTTTCAATTCTGTTCGATAAACAATATTGATATCTTTACATAAATCAAATAGCTGGCGAGAGAGGTTAATGATTGGCCAAAATACTGGCTAGCTATATCGGGAAGTTGATGTGCTTCATCAAAAGATGATGACTTCTGCATTGGGGAATAAGCTCACCAAAGCCACTTTCTTTTACCGCCATATCAGCAAAGAAAAGGTGGTGATTTACAACAACGAGATCCGGCATTTAACGCCTTTTTACGAGCTTGTGCAACATAACATTCAGCGTAGTTAGGCAATCTGTTCCCAAACAACTTTCTGCCGTACTCGTCAATTGAGGCAAAATTGGGCATATCTTCAGCCAATTCAATACATTCTGTCAAATCACCTGTTTTCGTCGCATTATTCCATTTTCTTACTTTACTTAAATCGGCTAAAACAGATTTATCCCCAAGCACACCTTGAGCAATAACTTGATCCAGACGCTCCAAACATAAGTAAATTAGATCGCCCTTTTAATAACGCAATTTTTCCTGAATAATTTAAGGCTTTTTTATGGCGGAAGATCTCTTGAAAAGAGTTGATCTTGTAGATTTTAGAGCCGGTTGAAATAATCGTTTTCTTTCCAGCAATGAGTGCCAGCGCCAAATAAACGAAGTCTTTCCAGTACCTGTTCCAGCTTCTACAACAAGCGGTCGCTTATTTTTTGGATAGCATATCCTACTGATTGAGCCATTTCGAGCTGTTCTGCTCATGGCTTAAATCCTTTGATATTCTTACTCAATTCGCCATCACTGGAAAAAGATCTTACTTATCTGTTTTTTCATAATTATTGCTATCTAAGAAATAGGCGAAGATTTTATCATTATTAGACTCATTTATATATGAATTCTAATATTTTATATGGCTCGACCCCAAGCCATTCAGCTCGGGGTTCTACATTCAGTACCTGGCGTGTCCTGCTCTCACATGGAAACCCCACACTACCATCGGCGCATCGGCGTTTCGCTGAGTTCGTGGTATGGGGTCAGGTGGAACCACCGCTCTATCGCCGCCAGGATTATTCCTTTAATAACTTTTCTATTTCTCTCTGCTCCGCTCTCTCTAGCGCTCACAACCAAACAAGCTGATTTAACTTCCAAAACTTTCTTTTCTCTTTCTTCTCCAAGTTTCGTCTTTGTATCATTACACTTGCCAAAACCCTTGAGCGTTGTATGGTTAAGCCTCCTCACTGGGCAATTAGTATCTGTTAGCTCAACGGCTCACTTTCTTACACACCAGACTATCACGTCTTAGTCTTAAACAACCCTTACAGATTTAAAATCACAGGAGAACTCATCTCTTGGCAAGTTTCGTGCTTAGATGCTTTCAGCATATCTCTTCCGCATAGCTACCCGGCAATGCGTCTGGCGACACAACCGGAACACCGGTGGTGCTCACTCCGGTCCTCTCGTACTAGGAGCAGCCCCAACCAATTCTCCAACGCCCACGGCGAATAGGGACCGAACTGTCTCACGACGTTTCTAAACCCAGCTCGCGTACCACTTTAAATGGCGAACAGCCATACCCTTGAAACCTACTTCGGCCCCGGATGTGATGAGCCGACATCGAGGTGCCAAACACCGCCGTCGATATGAACTCTTGGGCGGTATCAGCCTGTTATCCCCGGAGTACCTTTTATCCGTTGAGCGATGGCCCTTCCATTCAGAACCACCGAAAGGATCACTATGACCTACTTTCGTACCTGCTCGACTTGTCTGTCGTCGCAGTTAAACATATACCATTGCACTAACCTGACGATGTCCGACCGTCATTAGCAAACCTTCGTGCTCCTCGTTACTCTTTGGGAGGAGACCGCCCCAGTCAGAAGCTACCCACCAGACACTGTCCGAGACCACGTTTCGTAATCTTCGTTAGAACATCAAACGTTAAAGGGTGGTATTTCAAAGGACGCCTCCACAATCACTGGCGTGACTGCTTCTAAGGCTCCCACCTATCTACACATCAAAATTCAATGTTCAGTGTCAAGCTATAGTAAAGGTTCACGGTCTTTCCGTCTAGCCGCGGGTACACCGCATCTTCACGGCGATTTCAATTTCACTGAGTCTCGGGTGGAGACAGCCTGGCCATCATTATGCCATTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCGATCAGGAGCTTCTCTTTCGATTACACCATCAATTAACCTTCCAGCACCGGGCAAGAGCATCACACCCTATACGTCCACTTTCGTGTTTGCAGAGTGCTGTGTTTTTAATAAACAGTTGCAGCCAGCTGGTATCTTCGACCGGTTCAACCTTCGCCCGCTAGGGACTACAATCTACGCCGGCGCATCTTCTCCCGAAGTTACGGTGCTGTTTGCTAGTTCCTTCACCCGAGTTCTCTCAAGCGCCTGAGTATTCTCTACCTGACCACCTGTGTCGGTTTTCAGTACGGTTTAGATAAACCTGAAGCAGTGGCTTTTCCTGGAAGTGTGGTATCGATTACTTCAGGCTCCGTAGAGCCTCGTCATCATCTCTCAGTGTTGAATAGAAGTCCGGATTTGCCTAAACTTCCCACCTACAAACTTAAACGCACATATCCAACAGTGCGATAACCTAACCTGCTCCGTCCCCACATCGCAGTTTATCCAAGTACGGAATATTAACCCGTTTCCCATCGACTACGCTTTTCAGCCTCGCCTTGAGGGGGCCGACTCACCCTGCCCGTTAACGTTGGACAGGAACCCTTGGTCTTCCGGCGAACGGGTTTTCCACCCGTTTTATCGTTACTTATGTCAGCATTCGCACTTCTGATACGTCCAGCAAACCTCTCGATTCACCTTCATCCGCTTACAGAACGCTCCCCTACCCAACAGTATTGCTACTGATGCCGCAGCTTCAGTGCTATATTTGAGCCCGTTACATCTTCCGCGCAGGCCGACTCGACTAGTGAGCTATTACGCTTTCTTTAAATGATGGCTGCTTCTAAGCCAACATCTAGCCTCCTAAGCCTTCCCACTTCGTTTCCCACTTAATATAGACTTTCGGGACCTTAGCTGGCGGTCTGGGTTGTTTCCCTCTCCACGACGGACGTTAGCACCCGCCGTGTGTCTCCTGATATCACTCTTCGGTATTCATCAGTTTGCATCGGGTTGGTAATCGGGATGGACCCCCTAGCCGAAACAGTGCTCTACCCCCGAAGGTGTCCGCTCAAGGCTCTACCTAAATAGATTTCGGGGAGGAGCAGCTATCTCCCGGTTTGATTGGCCTTTCACCCCCAGCCACAAGTCATCCGCTAATTTTTCAACGCATTAGTCGGTTCGGTCCTCAGTTAGTGTTACCCAACCTTCAACCTGCCCATGGCTAGATCACCGGGTTTCGGGTCTATACCTTGCAACTAAACGCCCAGTTAAGACTCGGTTTCCCTTCGGCTCCCTATTCGGTTAACCTCGCTACAAAATATAAGTCGCTGACCCATTATACAAAAGGTACATGATCACCCAAAAAGGGCCTCCCACTGCTTGTACGTACAAGGGTTTCAGGTTCTATTTCACTCCCCTCACCGGGGTTCTTTCGCCTTTCCTTCACAGTACTTTGGTTCACTATCGGTCAATCAGGAGTATTTAGCCTTGGAGGATGGTCCCCCCATCTTCAAACAGGATATCGTGTCCCGCCCTACTTGTCGTTAGCTTAGTACCATGACCTGGACTTCGAGTACGGGGCTATCACCCTGTATCCGCCAAGCTTCCCAGCTTGTTCCTCTGTCTCTGTCATTATCACTAACAGGCTCCTTCGCGTTCGCTCGCCGCTACTAACGAAATCTCGGTTGATTTCTTTTCCTCGGGGTACTTAGATGTTCAGTTCTCCCGGTTTGCCTCACTCACCTATGTATTCAGTAAGTGATAGTAGATTCTTCATCTACTGGGTTTCCCCATTCGGACATCTTGGATTAAACGCCTCTTATCGACTCATCAAGCTTTTCGCAGATTAGCACGTCCTTCATCGCCTCTGATTGCCAAGGCATCCACCTTGTACGCTTAGTCACTTAACTATACAACCTCAAAAAATTCTTGATATTTGTGTTTTCAACTAAACTTGATTGCTTTTGTTCAATCAAGATTTTATTCTTACTCAGACTTTTTCTTATCCTTAAAAGGACTTGAAAGTCTCTTCAGTTTTCAGCTTGTTTCCTGGTTGTTAAAGAACAGAAATAACATTTTCAGTTATCATCGTTAAATAAACTCATTAAGTATAAAAAACTCAATTTACTTAACGATGATAAGTGGTGGAAGATAAGCAGGATCGAACCGCTGACCTCCTGCGTGCAAGGCAGGCGCTCTCCCAGCTGAGCTATATCCCCATGTCATCGTTTATTTATCACCTTATTCACCTTCATCACTCACTCAGTTTGAGTGGTGGGTCTGAGTGGACTTGAACCACCGACCTCACCCTTAACTCAGGGGTGCGCTCTAACCACCTGAGCTACAGACCCAAGGGAATAACGGCTTTCTGCTCGATATTGTCTACAATATATCAATCAATCTGTGTGGTGGACACTTATTGCCTCTCGTTTTTGGTAAGGAGGTGATCCAACCGCAGGTTCCCCTACGGTTACCTTGTTACGACACACCCCAGTCATGAATCATACCGTGGTAAACGCCCTCCCCGAAGGTTAAGCTATCTACTTCTGGTACAACCCACTCCCATGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGTATTCACCGCAACATTCTGATTTGCGATTACTAGCGATTCCGACTTCATGGAGTCGAGTTGCAGACTCAATCCGGACTTAGACGTACTTTGTGAGATTCGCTCCAGCTCGCACTATCGCTTCCCCTCTGTATACGCCATTGTAGCACGTGTGTAGCCCTACTCGTAAGGGCCATGATGACTTGACGTCATCACCTTCCTCCGGTTTATCACCGGCAGTCTCCTTTGAGTTCCCGACCGAATCGCTGGCAACAAAGGATAAGGGTTGCCGCTCGTTGGGACTTAACCCAACATTTCACAACACGAGCTGACGACAGCCATGCAGCACCTGTCTCAGAGTTCCCGAAAGCACCAATCCATCTCTCTGAAGGTTCCTCTGGATGTCAGAGTAGGTAAGGTTCTTCGCGTTGCATCGAATTAAACCATGCTCCACCGCTTGTGCGGGCCCCCGTCAATTCATTTGAGTTTTAACCTGCAGCCGTACTCCCCAGGCGGTCGATTTATCACGTTAGCTACGGGCGCCAAACTTAAGCTCAACCCCCAAATCGACATCGTTTACAGCGTGGACTACCAGGGTATCTGATCCCTGTTTGCTCCCCACGCTTTCGCACGAGCGTCAGTACATTCCCAAGGGGCTGCCTTCGCCTTCGGTATTCCTCCACATCTCTGCATTTCACCGCTACACGTGGAGATTCTACCCCTCCCTAAAGTACTCTAGCGACCCAGTATGAAATGCAATTCCCAGGTTAAGCCCGGGGCTTTCACACCTCACTTAAGTCACCGCCTGCCTTGCGTGCCCTTTACGCCAGTTATTCCGATTAACGGCAGCTCGCACCCTCCGTATTACCGCGGCTGCTGGCACGGAGTTAGCCGGTGCTTCTTCTGTAGTTAACGTCAATCATCTAGTCTATTAAATAAATGCCTTCCTCGCTACCGAAAGAGAACTTTACAACCCGAAGGCCTTCTTCATTCACGCGGCATGGCTGCGTCAGGGTTGCCCCCATTTGCGCAATATTCCCCACTGCTGCCCTTCCCGTAGGAGTCTGGGCCGTGTCTCGGTCCCAGTGTGGCTGGTCATCCTCTCAGACCAGCTAGAGATCGTCGGCTTGGTGAGCCTTTACCTCACAACTACTGAAGAAATCCGCGGGCTCATCCTATGGCATGTGGCCCGAAGGTCCCACACTTTAATCTTTCGATATTACGCGGTATTAGCTACAGTTTCCCGTAGTTATCCCCCTCCATAAGCTAGATTCCCAAGCATTACTCACCGTCATATGGGTCGTCGAAGGCCGCTTCTTTATGTTACCGTTCGGCTGCATGTGTTAAGCCTGCCGCCAGCGTTCAATCTGAGCCATGATCAAACTCTTCAATTCAAGTTCAATCGCTCAATACTGCTGACATAAAATGTCACTACTTAAGTATTATGAATTTCTGATTAGCACCTATTAAGACTTCAAAATTAAAAAATATTTTTAAAACAAGTCAATCAACAAGTGCCCACACAGATTGTCTGATATATTGTTAAAGAGCAAAAAAATAATTGGTCGGCGAGATAGGATTTGAACCTACGGCCCACTAGTCCCAAACCAGTTGCGCTACCAAGCTGCGCTACTCGCCGTCAGATTTCTCAATTAAGAGAAGATGGGGTGGCTAATGGGATTCGAACCCACGACAACTGGAATCACAATCCAGGGCTCTACCAACTGAGCTATAGCCACCATTGATTAGTTGTTCATCGCATTGACTTCTGGCGCGCTCGACAAGATTCCGAACTTGCGACCTTTGGCTCCGGAGGCCAACGCTCTATCCAACTGAGCTACGAACGCGTTACTGCGTCGTTGCGAGGCGTATATTAATGATTTCCAAATACCTTGTCTAGCACTTTTTGAAAAAAATATCAAAAGATAAATTTTTGTTCAATTTGTATAAATTTATTATGCATTCGTTTATTTTTAGTGCCTAAAACGTAAAAAAGGATAGCAAATTGCTATCCTTTTTATTTAATTTATTACTTGTTACGACGTGCGCGGCGTTTCATTCTTCGTACCCATCGGGTGATTTTCCATGCTTTTTGTAATTGAATAAGCATAAAGGAAGAATAATACAATAAACGCAATAAACATTGCCCATTCATTAATATAGAAGACTTCGCCTAAGATCCCAATTGTGGCACAAATGGCCGCAAAGAAAGTAATTAATAAAAAGGCTTGGCGAGAGGTTAATCCAGCACGAACCATTAAGTGGTGTACGTGTAAGCGTCGGACGGAATGGACTTTTTCCTTTGCGTAAACGGCGATAAATGATGGCCACCATATCAATTAAAGGAACAGCAATAATCCAAAGTGCGGTCACTGGATTCATCAGATGTCAACTTCCTTGCGTACTTAAAGTAGAATCCAAATATTAATGCAAGCCGATTAAAATACTTCCTGCATCACCCATGAAAACTTTATATTTTGGCGAACGGAATCCCTAAGTTTAATAATAGATAAGGTAAAATCGCTACAATTAAGCCAAAACTCCAATATATATCCATCTGTCCATCACGGAACATCAAGATACCGATGGCAGCAAATGAAACAATAGACAACCCTCCTAGCAATCCATCAATACCATCAATCATATTAAAGGCATTAATAATCGCGATTGTGGCAAATACGGTAATAATCAATCCTATAGAACCAAGTGTTAATTGGAATGGCCCGAGAATTTGGCCTAAATGATCTAAATAAACATTACCTAAATCGATCATTAAAATCGCAAGCACCGCTTGAATTCCTGCACGCAAGAAAGGGCTAATATCAAAGCGGTCATCTAAGATACCGATTGCGAGTAGAACAAAGATACTGAATATATAAAGATAAGGTAAACGAAGTTGATCCCACTCCATTAAATAATATGAGTTTCCCATAAAAAGAGAAACTCCGCCGATCAGTGGAATCGCACCTTGGTGACGCTTACGATAATTTGGTTTATCAACCAAGCCAATTTTATTCGCAATTGGTCGCATCACAAGCAAGGTTAAAATGCCCCTAAGAAAGTTACAATAAGACTTAGCATAGTTTGTATCCTAAAATTTTTTGCAAAGGATAACATAAAGAAAAATCAGCACACAAAGATTTTCTCAAATTCGGATTTTAGTACAATATGCCCACTTTTAATATAAGGATTAAAAATCATGACAAAATCAACCGCACTTTTTCTCTCGTGCACAGAAGTTATTCCTGGTGGTGTAAACTCCTGTTCGTGCTTTTAAAGGCGTAGGTGGCACACCCGTATTTATTCAAAAAGCCAAAGGCGCTTACATTTACGATACCGAAGGCAAACAATATATCGATTATGTAGGTTCTTGAGGGGCCAATGATTTTTAGGCCATAACCACCCTGCTATTTTGGATGCTGTATTGAAAGCAGCAGAAAATGGTTTAAGCTTTGGTGCGCCAAGCACCCTCTGAAATTGATTTAGCAGAATTAGTCTGTGAAATTGTGCCATCAATTGAAATGGTTCGTATGGTGAGTTCAGGTACTGAAACAACCATGACATGTTCGTCTTGCGCGTGGTTAGCAAATAGAAGCAAAATCTTAAAATTTGAAGGTTGTTGCCACGGCCATTCTGATTCACTTTTAGTAAAAGCTGGATCGGGGGGCGTTAACACTTGGTCAACCAAGCTCACCAGGTGTGCCCGAAGATTTTGCAAAACACACTTTAACTGCAGAATATAACAATCTTGATTCTGTTAAAAAATTATTTGAAGAATTTCTAACGATATTGCTTGTGTGATTATTGAACCTGTCGCAGGCAACATGAACTGTATTCCGCCAAAAGAAGGTTTCTTACAAGGCATTCGCGAAATCTGTGACCAATATGGTGCACTTTTCATTATTGATGAAGTCATGACAGGTTTCCGTGTTTCACTTGCTGGTGTACAAGCTTACTGGTGTAACACCTGATCTCACCACATTAGGTAAAGTCATTGGTGGCGGTATGCCAGTGGGTGCTGTTGGCGGTAAAAAAGTGATTATACAACACCTCGCAACCGGCCCTGTTTATCAAGCAGGTACCTCTCTTTCTGGTAACCCGATTGCAATGGCTGCTGGTTTAGCCTGTTTAACTGAATTGAAAAAGCAGGTAATGAACAGCACCTTGCAGAATTAACCACTAAACTTTGTGACGGCAAAGCATTAGCTCAAAAACACAATGTGCCATTTGTGATTAATCATGTAGGCGGCATGTTTGGTATTTTCTTCACTGACCAAAAACAAGTTACTTCTTATGCAGAAGTCATGAAATGTGATACTGAAAACCAAGTGTTCTTCCATAAGATGCTCGATCAAGG + &#&)-*++-;<;83.9?>?>7:889:789@ADCDC<<8;9:44&11125510348;>@>:;=1>1@<9=9@=CGFB<4;9=?D>AC683328.7,-6=??<>:8>B?AC@AABBC=<@;>C>>::;<:?BB>AFECE:?=BBEE??;>,<794:ABGFC@8:/01<)&#%#$)(012:;3?A==??<:/-++/B?>>?ACC?B?>H@2CEA@>>8:;=:98:0-&$$$+%5799>B@7.358?D@FFED;BEC=>A>::=A=@CB@>=A@A>DDA@A:6%'4%258401==;;?<=>=>?DAABBCC@?=:'+.8=<8//+,'&0<<9:7603704'-5158@ACEJGA9>?8CA==9,*.)171<6=2345>934=8?3::8=4656A;:;B@A>;?-00)1<@B;=:7?=::68;:57;;:?CD=@;<<=;;=@C:68786258>>CC88=AGFB@;<978=9/.,+$(64(5/.6689:?881-6?@B6=;?>?@@=(&67<=@ID9>IEB=<206@@=C6.0'''79947;>B=9<=?::??59=JMI:AEB65401787==EA@CCEF'@CFJL928;=>?9776:=<;=B99CEB?EECC<>=A@E;CE?DGE<<:C?DGFFC=66563':ONGHOEF@>=A=>41D@7/1.?@GDIDJHEAC?DDFEC?;AB9+;87+%0;>A>260%%%$#&-556::==<>>G?@>>>;/(<=@=8676&*7;>@AEF.'&&)222'$/2)*++,9?:'8)'-8875:'7:9BEJ?C<>@AE==;9D:8'<@JBHGGCA::A**?CFDEC:E;=@BA6>?D:%%%',,569:<84:;B>@BEJGIF;?CCE;C98?@H0((%16@7:B@??.5DC=?CABCBDC8.5*+((',2,9;:?@?JE>AOMH@A>778?B=<=9*7>@LOI9:<9;5'),38AG@AEG;6BDHG?HCAAACD?;<;5//FHECKJA3:??>B>CD?@?A?9+-*AGH?B==;<977::3'&$''+&&#$%')+2/46>@BDEFEC=;;/(/..&:>?:;;DIG@AB??>)%6<=76B>>@>IGF>EABDCC411.-6,8>D>CG?88-86//121.=9FFGIHGCCKJEH>B>?@57A<9;1/8B>=A?=>AEOJ@:854'7?CDCB<:=;:BA@=AFEKAD=AAAA@9=@%966HDB;DC;@@9;=;JGLJJ=:A=(9HHIJIIMIJJBACEHNL?=@>>4<.*6<<;HKEBD@:>@@D@:JF?@=?4;66A@FFEIAAB>B@A>A@B?=?A::>@AEGL:PMI8=D>D>=86>?9EFKHCFHJE>?@?>>FG5DC?+AAFMLGEE@B:89153,,-689:-=;>DEHHIGECDH;%'CFF:>8;CH=:@@:C=$.:<&&5=>:?C@>B@?CC@:1DC..?8=ABD><;<<759A?>:;<9789::::68ABGHGHEB>==;A@BA@@@BCCBC?<,?D7D<@?:;:7790*/.5646@?@J:?ABA=;:7::/>89=:9A=.0.17,()'683.(./3('$&**+-5699<=7.-1(.++9:87:558CDIJFEBDBBDIGFHH>?BAAA@AAIO?=@AEHLH>;=34),-3$%'$%5345=<74386@@BDFA=?FFCEONE9115=87A=DGBJ:;?@C@>EGIH:)*)21677@>@6C=@AB46;:CG39@BIEC@>=AA@89:85.+'68:;B>4+&%'(:<:9;=,685>?@8887876:7(.66;@?B@=?52//$))2445A:;77+%,899;>ABA>?8:C>@B@D?>;C@=FEBEG=E;CJFB@,5-(398;445==@AG??<13;<946599@KF=HFHFDFA@??<9:07;>>@>>0'1<==CCA<.01.'-%01/+(&#&%$$$$-10*'*4+9<8;C=;?<@:&)78@=:749//1.-,/0)'$$$$%.)9333&8=19((&'$-//*(&&(57844;:9+-3.<1GIGEE=B>=<9;=?C>ADC?631<:9=>7838355151+1&..893/284:'+,738;2145-&&($'*9;-/88*'=68<-0->//5;=>=FDH@/91*-'-1)33;CDDC@BB?@:055582%(($$&2)()%'%%(%%'$(+-2:=;<<>@??GD?C9@@3@>B@;/.37;9@#''''&(027'2325566/')0+%.514?@A9A:DD?@FD@BBB991,,-:;;0DD=C9?E>H:BGJDHII668<?D>F;5;9=B>@?>48:>=?>=$'43*-#')(&)/1;06=95<+'91B;=@864356>@C;>,,,++3+2567;9;==1/65<7;3&166548=30440'()')*%$$$&&53566@DC?<;:A>ABCE@=ECB=9:@A?>DF>ADKH@F<66CA>757=9<=?A;;32.01)%-579;BDE4CC:8511))1745645@@8AEEFDCK:D=BA?>546'&&&8<87;<=7;=?@;=?ECDFC;:<=:4<>8>9:<<@783::-132:887%%$><>;<==<=1$'/-::BC?>>9D=<<==1B?AA@?18==?5666616<982?<=7H?=BF@>63:;2369@A@;?)35677=@<:@93420@B0>B3*;?5879@68<8785-475;::=@A?>?;86?<8=<>?=1/2,7787:2<*-89<@AD@ACCCEFFFG?>:AB@AAC9@BCE41;=<98;A@=&'$(21244,0560''(*5069764679<<7@@<946;6;6;99@@CGDHHHJH@9A?<,1868*&&5?<7?;B3=/897868989439:;A?=@HAC?9AC50769=/7?26669BC?<9=4A*@?@EFG@<=4B@?EIF@;CIC5BBF=28:65+4223100(7:2?=<;955345:<3066<8;A@??;9--/,*&'239<;985>92448,''$+<=>::?B;**4=<69:;;3%%%9>:??.=A8@=96=>:=EFEBCDEC@:0,/79=@>=D<9@?;:5666(<=>CC;/1400319:4;:135469>9:82.(%$$$$%'(+::857*586,.++.((-%):522)16:;28:<;/(.<.11=>>;)77566>A7;=<=CAB=<-788997<;7)98651)'&%'3/1:56=EJKGEAD77=?A<4<==8&&&:96;4*%'&&26::;@;5:6::89:=ABCBF;I6F=9>@?<>>=@=3003'..6.527AC0*;49:)+4:>><;8:A>@DFBAE@HHC?8<5C?IIL?BCD;:9;B97<<=653899:7878=>??@AD?=:7$$*.**(*:=<<;?BB><>AHGB<8==A:754,,2*6:?CB:9B79-5837:8'$''*48>?=B=CC>?=A3:55*%69<=9<<>@::2,8@?AF?;=A?997CCA9<=4568:89?AB=4&4'456?ABGA=;79;=889<@A?FCB>B>AA4=C?:FE<=A@>B=5=88;4<=?789><=8?@CC;9DDDF?EK@==9B<:2;8:4'.5979;5+C<=A=E959=CBDC;5:@CDA@?>?58>4@AB,';/.378556=>977C@A;?@B=8:9+-9:;;7==?778:=6;>78'8(:;<=968>?>;ACB>@DC9:E@=DEAAAA8AB79:?>?'((%'/0'58:*6778,4:579;9=BDDC<4%$$$0+69;3466::+%')79-++(1::=@?@+.,,,696CB>;F;:9<36=;+&-00077846784.-*79=>:;=;>=>:687+'(''+0-+.-,%5689<>:;*&&$((*0<9BB@<&(=9@>8@C=;448<=6=8@@@;54.><9>=KF;<>;?D>H@@9C>@<<183,9:;@238:ABCA<:2(.38:;=7431,262+3)+$*$$2.2546856;<<7:BGA@??>;=;?GHHB>EBC::94987934865165798?CEBDG?-3-/)%199:::9<8;BE9).68,:2./7?68A=BAEABDFGFECDA=?FFBFDFGBBA<:89223+78:46;:>77,/:CA?BFC>AGG=;GG@DHFC86=@B?<<:>C/3>JIED@>C=25>?=:7-@B?=A@@??@>?=,3:8==CDCE@??<81:564;761=:BCD@B7B:8B;@5=5@(8:<@=;2;=@A>AB?ID92;AA@?28;360.)2.30.6:503>9>EG@>:<<<=@><97877EEF:=AA?;@DC9551>B:@@?BC>47;7A=:@=<588:<>@??ADD=?@??=<447765')*/&)@?75:>A4;>?<><)34>?;49?1;:7:>??=:>57<:?9C<@*')46@AC:=;@DAKJ641-*888:=9=5:8838>D526)/16A>:BC;8D@>B>AB89A@;BACIBLMLM@@C=569<9C?FA@><@310156:GAJB@=9B?E>@>CFCBA=<==?B73@@=>;9?@@<=?8;A6<:8:;;::A89346448698:?@E@FGD@55BFC;8B??>?<751.8@=D8<BA>:8:;>9=::GFHJG<>>@A?D@ACE@68+769:>>;:989=:>>>;67====CCCAF@?<;+9:;?BC?9?@;>474(069@>=='$$B=5=;@CB:<.0;:<<78+/;:<=9DFKGE4>C;@A?<;<%$$9;E6<585?CCD?99;@CB>?@B<>ED7BD@B?><5,-1-.-<@ACHHADJLLA?::BFEF5>B;;EBDDAEKJEAG:BDDFC?HMGBCG;9%7=<@A@AC>9=>CBB?DFHEGFE,,.=>@CBCB9.@BA@GG@D?@?=88,(66$&=>=H=>691;979<=@<>?I34:@EHE==?CBD?<983:8?97&&5;A;BF=BCD<@EGG>A@EB@=7=C8@A;5?7@?98B><>==5+7:;::8=:<88+,'%%#%%'/,,4:968;9881,.8)2368:::39777@?90'-07==@???=>@:AB>;@8<8<9<(%%';98=AGJK=:7:88888;?*(45,+1,10++;<8=9;>A>?ABBA;;@7>?BED?;=8@H?;D<<=ED9=>B=5:<;869;=69:3>/168;=70''&)*(7019<<:8121+,,.3423246@=67:;;>722;=<@D><=?=?9<6=?=<@A75557<<:==@54:B;@7>=?BHI@>@42(++9;=B@<=@@=A=:?7?>BFA=AEE8:>$D@C5DFEA=><=<8*654:BD@?HFC166666=<81015C;A973?88=?BJ>?C9BAAJDJD?7?CB9$'0;?:9>?88>=:A?@<844;==ADEKC@=688@8:?AB1//07:23,22::47:;?@IIBDB:B?7.9:81439:;:>01;@@88.397+.994)):886:>A@><9;41(--/35787>CCCA553:<69956679>4@:<9@BB=>?:::@ABA>?>A@57A@B>*3;?13AB;737:=:96:7<>99:;89'$0)+9:=<8;89-(;-8;1/..$%$#&(+'&6>;C=;<=>556-/0/81:.*0<<7//7:89,+//*(*,,79?A;;>=8A8:=@==C><=9876?A<;:9'(45<:36:<:8@?G::7>97)&&3<<8==>BBC;;%6;84.0-46657976=@?84=57:5:;=;0&+&)(43'''6998;;@626<::;)))*,:5=;EE@FF=3?84.*-59<>?><>>?>;72''&%+304-**14:4;;?AA@A@99?<<9999587,3/0236BFC:7;=:@;59?AEC>@A>;==8::;-79D:D>@?<<3)/49879<@B?;@4,,0../2864&$%&%))/+$%*->=4;B?88?AFIA6;7:;=<:?A84@>8:0*87::8668@4,0>=?>??,84740'*0.,+$$$#&36>78.23;=<7?=ABACCA@?:AC%,KDD;8;>F>=411>;BB?H>@H?DCA=><=?B689'''-08;<<7??@<8;7<.(1/042/3''/+$*++3<8&&6:;9?FIK>>GF=26>?EDBC<@><6?;;=DGBDBAB:?=<=:(2/<<:A@<=2:;:89,'(,+&'(&-284*,+*.&$$/0348:90003600/)495--03.9<=9,1:98905-56AB=C?<:;:;?==?<79=<9EFHFABC?6>@DD=DDABDA(@AC1.;><><;:1((*+@7:35322+'(()03(;<>?DDCBBBCEB?<>>?98@C>?JE@,=:8ABG=AFFHD4ACDFC1+7FHKHD:95@?9BC7@=ACE?<>;@A7B=?DC?;+4000.36AB58:C?DFAH<>FED;;?AKKE=7$'8:89::&=CE@FAB2@523@C?@::8BD;>>;CAACBDCB>F>?CDA>GIICEA;CFGD72/.,=@@>@B>?@@E@<>9B@<@=>;>G?AHDE@>BCAA>>?AF>=E>:DEBC@=>C<90,/A5DBB3641==0::@:;EF?9>@CABA?C=?<5,DEAA>7;5,*>FDCDC@GDJJCB/1NKCHH>18EAGBCABFIIBEB9132=731.9<*556;AACB@=?CBE@:DB?>A?<3.-)-+-,,,38:5433380-*-449:7AFFEGGD:=FF?.FDFE?;>?6----7447%//.3?=CBB?CDCA@B>:>AC@3JF=;==BCFGHFE@<;2++7==<7FDDDFBC?:NL@>DEAA>7GGGFFABBDC>8BDEOKG;==?AIIHDB>>@F:>BAAD>HHGMJIE731887A;BE=6.15793966<=;67;<6CGNGFGAB@?867:AAA>BB=@BA@C@=/9;>@.-89:9?=4;6982,6.:37B?B:@AABC@20/(&&:?:7.&&'4:9=BC=@75*--.896-@A;FCCC>.1))*&%--/.112*<>CHG<::'%%)7:;;;:8BBC7/;<>67%+**$$$%',334583.,,..1%%08889:,281)0;4;==AE+AA>;<63:?CEJIE>;@;8;?@?@AA7>D>=6538+9*3320('&&2;8=;>?GA?@A==:13+,(88<>B8;<:813/124879<:921*24**67888><68/*.*,,/65:@A09:BF>?ABJGILOC<=,I>BA?2B?@<CCC;958?BCA)661-.4<::;6>GJJBBI7GE;CDLJBE;E?(>;1//9;7@>8:5<88--/../1(*%'4@A>><@E?9FD@BHGCAGGID=>=AAA@=7>?<4>9<=?@3;-9=>=CDBA?BFC@@B>>'6;@?@=4@:945.30699779ADGFGGD=<)-=:>@9;:3087606:?@B>6;>5A@9A==FE?1;A?99896*@A,7CCF<:@A@9:5@@=;+87=;7334788-.A=??B@@@=:869$$657>FF@@?:?<<2'%(.$*+%68<;33)%0,046?@CJGF<=><;;;6;2A?65;988>:6=6>B@F@46BB@4:?=?=@DDD@>GHELE<>BB:9>AA@?=9@>:BIMGDDDC2)BC2CBACB;8(8AAC:?;=<;4+65:=?BE>@CD78AG5+<(ACC?*35EIE3<:;;%(%;<=<1<@AA?AC6:+>?DEBFGCBCB?@BJG7<<@@JIHC85D=@<@>@BHF@A:;87+6;6?FEE=6AAB5=EDDFG7EGG?A?;>BA@A=?B:9):A@>>A;@EHHJGGEC@B99=?=@55303CA?1<=???<1@I@JJEA(4;:40'')41455=BACEIEB=CDE@?9ID;:9<=52135>DGD887;<%%6-);9>I??1:?@C?;:>979/'/$**4403=ACDBDAB??@@?90.-.)(160:::@?C;><9@111?CB?@C=?<;989&*01>;5766-'%&8;4:=<=C<=65;B><@@9;>EFB@>AGD;<==>?A@BBB<:6434:,.<>C>DD=)+99.4:9;HJJE?;A>A9<<>>>@150*/<=48?B>AF=643/066/:;>CB=>;==:@B@CCDCAEFD5BD>ADFCEBCCIIMIIB3@??AD@BB=<5AD<@+?@:@9CB>D?C=>@BBBBBDFKF=DEC1-++3370..669;;=@BAD@./DE@>BDHDG?C?HH>;?@BD>@9;;A@>;9;B>?=>AB>D@?<<>>7>DECEB=?>@AAC??9;=8>-)1111-:=@EF@7@FDGL=A>AEBCC9A>=/*+48:4%%$*67+29@<=*75678889;>E;@=9=BAB5:?8EE=7DCDEEF;>>=:=?9@BB9777-.38=B8=@AE@A=-2>>?@8,*0<<;<:2'$':;5<889-)8;9951),/89@@=(,6:49>=>CGAB??BHD@A7:9CCA@BGE=EDGEE2::B@=BB@BJE./&&+213<;<>B??FGEECDF@BHG@=BC@9<89'3,.?@B0>;80+/:;6>@6826>DHGC=??<@=HFD=B?;8:BDI?;;*%%%9?:<>?A=CCB60888<96.5>7<>==<==@>=:7740/0*('%$%.68//2=A=AHHF@<1>@@DA8E98>>21--( @SRR14011045.77716 d6bce00b-043f-47c6-b8a0-92e50eeb51b7/1 TGTGCACTTCGTTCAGTTACGTATTTGCTATAATTGTTCGGCAGTATAACTCATTACCGTCGTCTGACGATTTATTCTTGAAATTGACAGGTTATATTCTTCTATGTAACCACTACGGCAATTTCTTATTCAGTTCTCAAAGGTCTAAATCAGGAAGGTGGGATTCGAACCTGCGACCCCTTGGTCCCAAACCAAGTGCTCTACCAAGCTGAGCTACTTCCCGATAAAATGCACCCTGAAGGAGTCGAACCTCTAACCGCCTGATTCGTAGTCAGGTACTCTATCCAGTTGAGCTAAGGGTGCTCATTATTTATCTTATGCCGAGGACCGGGATCAACCGGTACGAAAGTTTCCTTTTCGCAGGATTTTAGAAGTCCTGTGCGTCACCGCCAGTTCTTACGCCACCCCGGCTCCTCAAGCGAATTTCGACGGGATTCGAACCGCGACCCCACCTTGGCAAGGTGGTGTTCTACCACTGAACTACGTTTAAACACATGCCGGCTACATGACTTGAACAAGTAGCGACCCTCTGATTACAAATCAGATGCTCTACCAACTGAGCTAAGCCTTCTTTTTATAATGCGGGTGAAGGGACTTGAACCCCCACGCCGTTAAGCGCCAGATCCTAATCGTTGCGTCTTATATTCCGCCACACCCGCATATATGACCCGTACTGGGCTCGAACCAGTGACCCATTGATTAAAAAGTCAATTGCTCTACCAACTGAGCTAACGAGTCTCAAATATTTCTACTGACAGTCCCGACAGGAATCGAACCGCGTCTTCTTAGCAGCAAGGGCGACATGTGTCGCCGCTACACCACGGGACCTATGGGAGTGCAGGATCGAACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAGCCTGACTTCAAACTCCCTTTGCGCTAAGCGACTACCGTATCTAACAGGGGGCAACCCCAACTACATCAGGCGTACTAGGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAGTATTCTCAACTCAAAGTGAATATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATGTCTCAGTTACTTTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTGTCACCACACTTCACTTCAACTATCAACGATGTCTCAGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGGTGGGCTTCATAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCACTAACGTGTTTTCCCGGCAGAACAACTGACTTTACCAGCGGTAAGTCCACTCCTGGTCCTCGTGCAAGACGGGAGTATACTCAAATTTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTTCGCGTGCCACAATGGGCGAACAGCCCAACCCCTTGGGACCGACCCAGCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCGTGATGAACTCTTGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCATTGTTACTATGCCGTGCGGAACCACCGGATCGCTAAGCCCGACTCAATCTGCTCGAAGTTATGACTCTCATAATTCAAACTCACTATACCTTTATCTGCGGGTGATTTCGCCAACTGAAGAGCCACCGAAGCGCCTCCGTTTTCCAGCACCGGAGGCGACCGCCCAGTCAAACTGCCGTCAGACACTGTCTCCGATAGGGATAACCTATCTGGGTTAAGGTAGCCATAACACAAGGGTAGTATCCCAACAACGCCTCATCGACTGGCGTCCCGAGGTCATGGGCTCCTACCTATCACTGTACATGTGGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATGGGAATACCATCCTGTACCACATGAGTAACCTGCATCTACAGGTACATTTCACCGAGTCTCTCGTTGAGACGGTGCCCAAATCATTACGCCTTTCGTGCAGGTCGGAACTTACCCGACAAGGGTACATTCGCTACCTTGGGACCGATTATATTTACGGCCGCCGTTTGGGCTTCAATTCATACCTTCGCTATTGCTAAGCACTCCTCTTAACCTTCCAGCACCGGGCAGGCGTCACCCCTATACATCATCTTACGATTTGAGAGAGCTGTGTTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCGGCTGACCATAAGTCAGCGCCCCTTCCAGACTTAGGCCATTTGCCGAGTTCATAACGAGAGTTCTCGCTCTGCGGGCTTACTGCCTCGACTACCTGTGTCGGTTTGCAGTATGGGTAGAGTATAGTCACCACTAAACTTTTCTCGGCAGTGGCGCTTGCATCACTAACTTCGCTACTAACTTCGCTCCCCATCACGGCTCAATGTTATAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGGCCAGACACTTCCAATCGTCTGGTTTAGTTATTCCCCGACTCCATCATATACTCTAGTACAGGAATATAACTATTTGTCCATCGGATACACCTTTCAGTCTCTCCTTAGGTCCCGACTAACCCAGGACGGAGGCGAGCCTTCCCCTGGAACCTTAAGTCTTACAGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACCTACACGCTCCAGCACTCCTCACGGTACACACCTTCTTCTTTGAACACTCTCACCATACCTATAAAGGTATCCACAGCTTCGGTAATATGTTTCCCTTTGTTTTGACTTTTGGCGCAGGGTCACTCGACTGGTGAGCTGTACACTCTTGAATGAATAGCTGTCCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCATAACATATATACCCAGGACCTTAGCTGGTGGTCTGGGCTTCATTCCCTTTCGTCTGGATCTTGCTCGCAGTCTGACTGCCGATTATATCTCGTTGTGTACATTGGAGTTTATGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAGACTTAGCATGGAGAGCGCTAGCCCTAAAGCTATTTCGAGAAGAACCATATCTCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCCGGTCCTCCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATGATACTAATACGCCCTATTAAGACTCGGTTTCCCTACGGCTCCCGCATCTCTATTAACCTCCTCTTATATAACTCGCCGGTTCATTCCTACAAAAGGCACGCTCTCACCCATTAACAGGCTCCGAACTTGTTGTAGGCACACGGTTTCCAGAGTTCTATTTCACTCCTCCCCGGAGGTGCTTTTCACTACTCGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTGGGGTTGGGAGATGGAGTTATCCCAATTCTGACAGGGCTATAATTATCTCGCCATACTCAGGATACTGCTGAGTATAAGAACTATTTCAGATGCAGTGTACTCTCTTTGGCCTACACTAGATGATTTCTTCTATAATCTTTAAGTCCACATTGATCTACAACCCCGAAGAGTAAACTCTTCGGTTTCTTTCTACGTTCCTCGCCGCTACTAAGGCAATCGCCTTTCTCTTCCTGCAGCTACTAGATGTTTCAGTTCACTGCGTCTTCCTCTACATTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCCATTCCGGACATCTCTGGATGCGACACTCCACCACAGCTCCCCAAAGCATTTCGTCGTTAGTCACGTCCTTCGGCTTCTAGTGCCAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTGGGTCTTTCGACCTAACTCATAAATATTCACGTTTCGGTTTATTTTCTTGTTACTATCTATATGTAATTAATTACATATGGAATTTGATATCTCGATATTCAATTTTCAATGATTGTCGCGGAGTCCCGATTCAATGGAGCCTAGCAGGATCGAACATGACCTCCTGCATTACAAAGCAGGCGCTCTCCATGAGCTGAGCCCACAAGACCTCTCAAAACTAAATAAGAAGCTCAAGTACATTCCGTTTTTCCTTAGAAAGGAGGGTGATCCAGCCGCACCTTCCAGTGACTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTGAGCGGCTAGCTCAAAGTTACCTCACCGACTTCGTTGTACAAACTCTCTTGGTGCTGACGGCCGATGCTGGCCGGGAACGTATTCACCCGGCGTGCTGATCGCCATTCTGCGATTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTGAGATTGGCTTTAAGAGATTGGCTTGCCGTCACCGACTCGCAACTCGTTGTACCAGCATTGTAGCACGTGTGTGTAGCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTCACCGATGTACCAGTAACTTTCCTCATCTCTGCGAAAGCTTTCGCATCAGGATGTAAAATTACAATGCAAAGTTCTTGCATTCATCGAGTCGTCACATGCTCCACCACTTGTGCGGGCCCCGTCAATTCCTTTAAGTTAAAGCCACGATGTCCCCAGGCGGAGTGCTTAATGCGCGCGTTCGCTGCAGCGCTGATCCGGAAAGGATCGCACCCCTGCTCTTCGTTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTCGCTCCCCACGCTTTCGAGCCTCCAGCGTCAGTTACAGACCAGAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACGCATGAATTCCACTCTCCCCTTCTGCCACTCCAAGTTTGACAGTTTCCAAAGCGAACTATGGTTGAGCCACAGCCTTTAACTTCAGACTTATCAAACCGCCTGCGCTCGCTTTACGCCCAATAAGTCCGGACAACGCTCGGGACCGTACGGCTGCTGTGCGTATTAACCATCACCACCTGTTGCTTCCCGTCACAGTGTGAACTTTCCACTCTCCACACTCGTTCTTGACTTAACCGAGCTTTTACGTCCAGCCTTCTTCACTCACGCGGCGTTGCTCGGTCAGGGTTTGCCCCGTGCCGAAGATTCCCTGCTGCCTCCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCTCTCAGGTCGGCTATGTATCGTCATAGGTGAGCCGTTACCTCACCTACTAGCTAATATTTGGAGTCCATCTTGTAGTGGAGCATTTGCCCCTTTCAAATAAATGACATGGGTCATCCATTGTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCCGCTACAAGGCAGGTTACCTACGCGTTACCCGTTCGCAACTCATCCAAGAAGAGCAAGCTCCTCTCTTCAGCGTTCTACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAAAATTTAATAATTGTTCGACGTTAATATTACCGTCGTCTGACGATTTAATCTTGTAAATTAATGAGTTATAATTTATTCTATAACCTGCACTTGGTTTCTTATTCAGTTCTCAAAGGTCTTTGTCTCTCTTAAGACAACTTCTATATTCTAGCAAATTTAGAATGCCTTGTCAACACTTTTTGAAGTTTTTTCACTTCTCGTGTCCGCTGTCTCTCGCGAAACAGCTTATTTATAATATCATCTCTAGCTTGTCTTGTCAATAACTTTTAAAGTTTTGGAACCTTTTCAAGTTTGTGGCAAGTCAGTTAAGACAACTTTTATATCTTAACACCCAAATTAATGCTTGTCAATAGGATTTTAGTAAAGCTATTAATCTTTTTAGATTGAACCTTTTTGAATCTTGATACAATACCCATCCAACGACTAGGCCGAGAGCGTTTTGGCAGAAATTAGGAATCACTTCTGCGATTGAAGCTCCTGTTCCATACATAAATACTGAAGCAAATTTTTGCTTCCACAGCATCTGGTGCCCAACCTTGATAAGAAGACCTAGGATACGATAGTTACCCTTAAATCCAGCAAAATAACCTTGTGCACCATGGTTAACAAACTGATAAACATCCATTGCGGAGCAGATGATGACAAATCTATCAAAAATGCAGATAGTCCTCCCACAATTGCCCCTTCTTTCTTGCCAAGATGAAGGCTGTGAGAAATGGAATTCCTGCATCTACCAAAGTTAAAAAGCCTGTTGGAGTCGGAATTTTTAGCTACGAATCCAAGGTCACTGATAAAGCTGTTAAGATAGCTAATAATGTTAGCTCTTTGTTTTCTTATTTTGCATATTGAACTACTCCAAGTTGTTTGATTGTTTAATTGATTCATAAACAAATGCTTTAGCATTTGTCACAGCTTCAGTTTCTGAACATCCTTTAACTAATTCACTAGCTATATCCCGAAGCAAATGTACATCCTGCACCTGTATTGTTTTTGTCTAGCACAGCTTCTTCAAACAATTTGTAATCTGTTCCATCATAAAAGACATCTATCGCTTTATTACCCATCCAAGCGATTTCCTCAGTAACAATCTTCGCACTAATTCATTAGAGCCAACTAACCACCTTCTTCATCATCATCAAAGTCTTAGCAACCTCTATAAGCAGTTCGACTTCGACTCAAAGTTCGGAGTGATACTTAAATGGCTCAAAAAGGGAAAAAGATTTAACAATTCATCACGTAGTTGAGAAACTTCAACGTGTGAGTCTCTACATACTAAAACGGATAAACCAATTGGAATATCAGAATGTTTTTTAACAAAATCCAACGTTAATTCGCGATTTCAACGTTAGGCAACAAAACCAATTTTAATTGCTGAGAATGGGATATCTTTTAGTGAGTCAAGTTGTTGTTTAAAAACATTAGTATCAACCGGAATAACCTCAAAACCATTCTCAGTCATAGCTGTCAGACGAGTAAAACCCCAAATCCATAACCTTCTTGTAGTGGTAAACGTCGCTAAGTCTGCATGAAGTCCGCCACCACTAAAAATATCATTCCCCGAAATCGCTAAAATCAATTCATCACTCATATCTTATCTCCTTCAAATATAATCCATTTCCTGCTGCTGTTGGTCCTGCGAGATTACGATGCGACTTTCCAACACTGTCTTAACTTGCGAAACAGGCATGCGACCATTACTTGATACCAACAGGTGCCATTATAAGCACCACAACGCACTAGAGAAAACCATTCCCAGAAAAAGTAAAGATATAAAATCCAGTTTTCTCATCAATAGACACATAGCTTGTGTAATTGTGCGTACTTTATTTTCTACAGAAGTTCCTGAAGCTGTGAATCCTGTAAAATCATGTGTGCCAAATCAAATCCTTAGCAGCCTCCTGCATAGGTGCTAAGCTTAGAGGGTAGGGATAGTGGGTGGCATAATTACGCATCATGGGGTTCTTAGGTCGCCCTGCATCTACTAGGAACTCATAAGTTTTACTGTGTTTGTTGTATCGCGCATGGAATTCCTCCGATACAAGTTCGATACTAACAACATCAATATCATCTGGACATTGCGTATCTAAACCAAAACGCAACTTCTCTGGATCTCGTTCTTGAGGCAAATCGAAGTGAATAACTTGTCCATAGGCATGAACACCTGCATCTGTACGACCCGCACCATGAACAGTGACAGGTATACCACTATTTAAACGTAGAGAGTCTTTCCGAAATATTGCCCAGATAGGAGCATTCATTTGGTTGTCTTTAAAGCCTGAGAAAAAGTGTACCATCACGGAAAATTGTCGCTTTGTATCTAACCATAAAATTATCATATCAGATTTTTTCAAGGATAAAAAGTAGGTTAACCACCAACTGACCCCATGCAATTCTATTTGGCGTAAAGAAAAAGACGCTTCAGCGTCCTTCGCTCCTCGTCTTCACGAACATCCTTTACTTTGTCGGAAAATACAACCTTTTTCGCAAGCGGTGCGATTTTTTCCTCCACTTGCTTTAGCAATCTACAAAGGAGAGCTTCTTTTTGAGCATCGTTTAACTTCGTAGGAGTTACAATCTTAACTGTAACGTGTTGAATTATACTGTGAACCTCGAGACGTGGAGCACCCTTTCCTTGGGCGGAAAGTTTTGCCTGCTGATTCTACAGATATTCTATTCAACATTTTAAGTGAACCGTTGGTACTTCGACAGTGTCACGGGGCTGCTTGGACAAAAGAAATGTTAAGTGTATAGTAAATCGTTGATCCGTAAATAATTTATCGCTTGGTTCTTGTTGGTAATTCTAAACTCCATAAGGTCCACCATTGAAACCAGCTTCACCTTGACCAGCAAGACGGATTTGTTGACCTGTTTCAACACCTGCTGGAATCTTGACAGATACTTTGTGGCTTTGTTTTTCAGCTACTGTATGACCATTTGACGCAGCTCTTTAATTTTCTGACCTGTTCCGCAGCCAAATATCTGCAGGAGTTACTTGACGACGCATCATACCAAGTGAATTGTTTTGCGTATCAACATTGATAACCCCTTGACCATGACAGCGACCACAAGTTACAGGGCTTGTTCCAGGTTTGCACCAGATGCGACACTTCTTTGTCAACTTCACGAGGTCATAATTACACGCTTCTTTTTCGGCACCAAAAATCGCCTCTTCGAAGCTTAGGTTGACGCGAGCTGAAGATCATCACCTTGACGTGGAGCATTAGGGTTACGAGTAGCACGCCACCAAAAGAAATAGAGAAGATATCCTCAAAACCTCCAAAGCCTGCTGTCAAAGCCAAAGCCTATTACATTTCAAAATACATTCTTTATCAGTTATAGCCGATTCACCGGCTACGTTACCAGTCGTCACTTAAAGAAGTTTCTTCGAGCCTCTTGGACCTCTTTATATTTTTCTTCCGCACCCGGTTCTTTATTAATATCGGGTGGTATTTTTTAGACATCACATTGACGTTTAATTTCATCAGAGGCATCCTTGATACCCCAAGACGATAGCATCTTCGGTATTATTCATACAAGATAAGAGCAGGCGAAAGCGACAGAATTTAGGAAACCGACAAGAAATCGTTTCTTGGGAGGTTTGTCTAATTTCCTAACTCCACTCGTGTTCAATTTCTCGAACCTCTTTGTTCCTTTCTATTTTATATTTGTTACGATACAGAAATGCTCTATCTTATATTCACTTCACTTATTTAGCGAAAAACAGAGGCTGGTTTACCATCTTCTCTTACTTCTCGATCTTAATTTCTCAGCCATTTGTAGGCATCGCCTCATCTTCAATATCCCAAGAATCAACCACATCATTCGTCTTCTTCCCATATTTTCATGTCCATCAATTATGCTTTGAGAACATTTGTATTTAACTACATTTAACTAAAGCGATATTCGTAACAATGGTAGCTCTTACCGTGGCCTTTCCACTCATTAGTTGTATAAATCGTAGTCACAAAATCAATCCTCAAAACATCTAATTATTTATTTCTAATAAGTCTCTTCTCTACAGGTGTTGGTAACATCTATAGGAATCTTGAACTTATCTAATGAATCGATAACATTAAATATATTAATATCGTGGCCTATCACATTCTCTTATTTTTCAGTAAACTCTCCGTCTACAACATCGTCGCCTGAGTTATCTGCTGTTTTGTGCACCTTCTGCTCCTGCTTGAGCTTGTTGTGCTGCAGCTTGTTCAGCAGAGTTTAACTGCAAGAGCTTGAAAACTTTTTCGTTAAGAGCTTCCAATTTAGCCTTCATGTCATCAAGATTGCCTGATTCTTGAGCTTTCTTAAGTTCATCAAGAGCTGATTGAGCAGCATCACGTTCTGTGTCCAAGCCACTACCACCTTCTGTTTCTTTGATTGTTTTCAGTCGCAAAGATAGCTTGGTCAACTTCGTTACGAAGATCTACTTCTTCTTTACGTTTTGCATCTGCTTCAGCATTTTGCTTCAGCATCTTTCATCATCTTTTCAATTTCTTCGTCTGTCAAACAGAGTTAGATTGGATGACAATTGTTTTTGCTCTTTTTATGGTTCAGGTCTTTAACTTTATGATGCGATAAGTTCTTATCATATCAAAGCGCTTCGATTTGTGGGCTCACCACGAGGATTGTGGTCAGTCAATTGGAAGCGTCCAAAGAGTCTTATCTGCCATTGGGCGTTCCCCTTGAAGAACGTGGATATCAACGGCTGGTTGGTTGTCTGCTGCAGTTGAAGACTTGTGATTTAGATGTTGGAATAGTAGTGTTGCGGTCAATAAGTTTTGTGAACACTCCACCCATTGTTTCGATGCCAAGCGGCAATGCAGAGTTACGTCAAGAAGGACAACGTCTTTGACATCACCAGTAATAACCACCACCTTGGATAGCAGCACCCATGGCGCTTCTTCATCAGGGTTAACTGATTTGTTTGGTTCTTCACCAAGTTTCAGCTTTAGCAACTTCTACAACACGGCAGGGATACGAGTTGGAACCACCGACAAGGGCCAACCATCAATATCTGACAAGCTCAACCTGCATCTGAAAGGGCTTGACGAACTGGAGTTTTCGTACGTTCTACAAGGTCACAGGAATCAAATCATCAATTTCACTGCAATTATTATTTCAAGTGAAAGAGGGAATAGCTCACCAGCAGTGATGAATGGCAAGCTGATTTGTGTTGATAACACCAGAAGGTCTTTCTTGCTTTTTCAGCTGCATCTTTTAAGCGTTGAAAATGCATCTTTTGTACCATTGACAAGTCGATTCCATTTTTCTTTCTTGAATTCTTCATCCATGTTGGTGATTTTTTGGTCAAAGTCTTCTACCAGTTTATTCTCCTGCGGTTGCTGTTTCGTCAAAGACATATCACCAAGTTCAAGGATAGATACGTCAGATAACGTACCACCACCAAGGTCAAATACCAGAGATTTTTCTTTACTGTCAATTCTTATCCAAGCCGTAACCATTGCCACTTTCGTCGTTCGTTGACGATAATTCACTTCAAGACCAGCGATTTCAGCGTCTTTGTTTAGCAAACCCGTTGTGTGCATCGTTGATAAGCGAACTGTGATAACTTTGCTAATTCTTTCACCAAGGTAATCTGCTTTAACCTTTCAGTATTGAAGAATCATAGCTGAAATCTCTTGTGGTGTGTATTCTTTACCGTTTGCAGAAGCTTTTTTCAGAAATTTTATCTGATTGGTAGAGATGATTGTATCTGGGTTTATTTACTGCTTGACGTTTTGCAGCGTCACCAACGATGATTTCACCGTTTTTGAATGACACAACAGATCAGTGTGGATTTACCTTCTGGGTTTGCGATAATTTTTGATTCAGTTCCTTCAAAACTTCACTACTAGTTTGTTGTACCTAAGTCAATACCAATGATTTTAGACATATGTTTCCCTTTTTCACTTTATTTCTATTTTGCTTTTTTTATCTTTCATTCACGATTTTCTGTCATTTCGGACAAGTTTTCAATTAATTATATACAACTACCATAGCTGGGCGTAAGGCGTTCGTGGGTTTTATATCCTTTTTGGAAAACTTGTGCAATCATGTCTGCTGGATGTTCATCATCTGCAGGAAGGCATTGTTTAATTGCCATGTGGAAGTTGTTCGAAGCTCACCCATCAGCTGGAATTTCTTCAATTCCTTCCTCTTTAAGAGCATGCACTAAACTTTCTTGCACCATTTCCAAACCTTTTTTGACATCATCAGTCAAGCCCTCAACGGCGAGCACGTTCAAATTTATCCAGTATGATGGCAAAATCAGCACTGCCAAATCTTGGCTACGATACTTTTGCAATTGTTGACGTTCCTGTTTGCGTCGCTGAATATTTTACATTTCTGCATAGGCTGCCACGAAGGTATTTGTTTTCAAATTCTTCACGCGCTTGCTATTCAGTTCGAAGGTTCGCTTCTCACCTCTAACTTCTAGTTTATCTCATTGCTTCTTCTTTCATTTAACTCTTTTTCATCATCTTCAGTCTAGGCCTTCTCTTTCCTATACTTTAAATATTTTTTATCTTATTAACTTCTCATAATATGGATATACTGTTGATGATAACAGCATGTCCGTCAACTTCATAACCACTCTAACAACAATGATAAAACTAATATGTTTGATGACGTAATCTAAAACTCATTTAGACATCAGTATAGTGCCATCCGGCTAAAAAGATTGGAAATTTCATGATAACTGTACATTTATTACAGCTACTTTGGGTTGATTCGCAACAATCTGTAGTCGTAATATCAGTGTATTGCTGAAGGCGAAGCTGGGCGCGTGGTTCGTCAAAGTGATAAGTTTTAAATCTCGGCGTCAGGCAACCACCTTCGATGAAAATCAATTCATTTAAAAGTTAACAAAAATATAATCAAACAAATCTGAACATTATCCAATTGTCATTTTAAGGAAATACTTTTGCATAATCAGGAATCTAAGTTCTCAATGGACATTGGATATCTGGAGGCAATTGTTTCCCCATAAAAACGTTTCTTGAACAAGCTTGAAGAATTTTCTGCGATATAGACAAGAAATTTTTTGGAATAACAAATGAACTGTCTGGCTTAGATTCATCTAGAGTAGAACAACTAAAGCGTCGTGATTGGACAGATGAACAATGTAAATCAGTCAGACGTTGTCGTGTCGGTTCCACATCTTGAATCACTGCTGTACATCCTGTCATTTCTGCCAGCACTTCGCCGCCGCATCGGAATGTCTTCCAGGTTTAAAACTTAAAATCAAAGGCCTTAACGCGATAAACATCTTGTTCATCAATCAGCGTATCAAGATTCAAAATTAGCGGCGAAATACTTTGAAACTTCTGCTCGGCAGCATACCCACTGAAGCTAAGCTTTTTCAAGATAGCCCATACTTTCAAGCTTGGCCATGTCATTACGAATGGTCGTAGAACTCGAATCAATTGATTCTTATGTAATGCTTTCGAATTTAACTGATTCGTGTTGTACAGTGAACATCTCAACTCAAATTAAAAATGAGTGTTTTGCGTAATCACGATGTCACCTCATTTCTATTTATTAGCACTCTAATGCATCAGCTGCTAACTTATGATTCTATTATACACCTAAACTTGAACATGTCAGCAAAAAACCAAAAGAATTAGCACTCTTTTTAGCCGAAAATTTTGCTAAAAATACATCTTAAGACCTAGAAAAGTTAAAAAAACCTCAAACACTCTAATCTTATCAATCATATTTTAACTAAACTGATAGGTCTCAATAATAGATATGAGGTGTTTGGCATAATCTGAATGCGCTCTACTAAACCACAGCTTATGGATTTTCACGCGCAACTTCTGCTAATCAGTTTCCTGCACACATAAGGTCATTTCTTGTTCATGGCGTTCTATCGCAGTCAATATAGAACTTAAGTAATGCTTTCTTTTAAAAACTACCAAATCCACCTTTTGATATTTACAGTTTCCCTTTACAGTTACTATAACTTTCAGCAGAGCTGGTTTGTAATACAGCGACTGAGGAGACATGAATATTATAATCTTAACAGAATAAAGAAATTTTACTACTTTAATTTGATATGCGACAACCTCAAGGAGGTGATTTTTGATTTTATATGATTTAAGACATCACTTTGAAAGCTATTGGAGCTAGGTCTCAATAAATTACAACATTGTGTAAGCAACCTTTACCGCACGAGCATTATCAACTGTAGAGGCATGAAGAATCAAAGGTAAGAGAATACCTAAAAGCAAAAGCAACAACAAGGTAATGAAAGGCTTTAGTTTAAACGTCTCACTTGAATTCTCGGCTAATAATGCCAAATATTTCTCCAAAAACAAATTATGTTCGTCTTCTCTCTGCTGACTCTTTTAACATAAGCGGAAATGTAATCCTCTGCGCTTCCCACCGTTGACGATGTTTTACCATCTGGAAAACGAAGAACAAAGCATATTTCGGCGCCAACTCTTTGACTTTAGCTGTATCGGATGCGCTGTTTGAAAAGCTATCTGCGATACTCATATCAATCGCAAGACCTTTGGTGTTCACTCGGCATCTGGTGGTTGTGAATAGGTTTGAACCTTTTTCTCCGCCTGGACTCCGATATCAAACTTACGGGTCAGCAGCCATTTCCTAGTCGACATAACTGTTATAAAGTTCTGTCTGATAAGCAACACTACGATAACCTGATATCAAGTGATAACTTGGATCAATTTCTTGAGCAACTCACTAAAAAGCTCCTTAACGTTCTTGTGAAGTTCTTGCATCTAAACACCATCGACATCAGCAGCTCTAGTTAAGTTCTTTAGACTTCTTCATCGATTCTAAAAGCAATTGCCAGTCTTTAGGCGATGCATCAGGTAGTCCTTTGCATCCTTGCTTTGAGTGCATCGATAGCTTGCTTACTACTTTTTGTTACTGACGATCCATTGGTTTGTTGGACTGTACGACTGACACCAAATACTGAATAAAGTCCTGCTGCGCAATCAAAAGCATCGCAATCAGAACTACTGGTAACCAAAACGGATTGGTTTGCTTTTCGCCTGACGGCGACTTGGATAGTTATTTTTTTACCAGCTCTTTTTCTGTTATCTGCCAACGACGACGATGATAAATGCTATCGCCAAGTGCTTCTAATGTAAATTTACCATTTTTCGCAAGCGGCAACGAAGTAACCGAACCGTTGTCCAATGAAGGATGCTCGACAGAAGGATCAAATTAACCAAGCAAAGATTGCAATGGTCGTAACCGTGACTGCAGGCGGCTAGCATTACGCCACCAGACCTCTCAAGATTTTCTGCAATAGCTGTGAACCCCTCTAAAATACATTTTCCAGGCACTTCCCGAAACCACTGACAGCCGTATATGGATACCTTGTGCAAGCTCAGGATAAGTGCCTCTTCAAATCCTTGCGAAAACATCTGTTCTCGGTATACATAATAGAAAAGTTTCACCGTCATAGCACCATCTAAACCTGCGCTTCGCACTCACGATACGTTTGTCACATTTATAAGGAATAGTTTCTAAACCCGTCTCACGTAAAATGATATCCATAGTTTGAATCGTTCGACCTGAATCACTGAATACTTGCGGCCTTGAAAGGGACACCTGCTGCTTTCAGGCTTCCTCCCAATTCCAGGCTTCTGCTTCTTCACAGAAGGCAGGGTCAAGGGCTATCAGACCAACCTTGTGCACGACCAATGGTGTTAAACATCGTTTTGCCGTGTCTCGCAATATACAACTTAACCTTACTCATAGCACCCCTTCTTTCCGTCATTTTGATTCATTTATAGCACAAATCCCCCTCGACTATCTAACGAGACCATCAGAAAATGCCACCACCAATTGACAGCATTATCGCATGGTTTTAAAGCTGTGAGCAGGAGCTGGATTGAAATACACCCGCGCAATGAAATCAGCCGATGAAACCTTGTTTACCATTACGATTGCATAACCAAGAAGACCACCAAGTTCCAACATGTCACCTTCCTTACCATAAGGAATGATACGACAACTACTGCTCTGGTTGTATTCCGATAGCCGCTTCATCGCCATCACTTGGCGCGATTGTTTGTATCTGGCGTATAAGCAGGAATAGCAATCATGTCTAGACCAACAGAGACGATAACTGTCTGCGCTGGTACGCAAGGTTGATATGACCAGATTGAACCACTGCAACAATCTTGCCTTCACATCTTCAGAAACTGGAATAAAGGCACCTGACAAACCACCAACTGGTTCACATGCCTGGCGTACCGCCTTTTAACTTGGTCGTTAAGAAGGGCTAGGCTTTCAGTGTACCATGCGTACCAGCAACACAAGACCCATCGCTTCAAGTACACGGGCTACTGAATCACCATACTGCTGGTGTTGGCGCAGAACCGTCTATTCAAACTGGCACAAGACGTTCACTAGCCCATTTGAAACGCTAACTGACTTCAACACGTGTGATTTTGAAGGCGGTCTTCTTAACTGTTTCAGCTAGAACATCTGAAACTTTCACCTGGAACGCTCTCCAACCTTTACGTTACTAACACCCAGGACCTGAAACCCCAACATTGATTACAGCATCAGCCTCACCAACACCGTGGAAGGCACCTACACTAAATGGTTATCTTCAACCGCATTAGCAAAGACCACCAATTTACCTGGGCCCCATTGGATCTGCCTCGAAGCCTCTTTGGTGATACGATACTATGCATACTGCTGTGTCTTCATACAGTCTTTGTTGAACCAATGTTGACAGATGAGCAGACAAAATCGGCAGTCTGCAAGCGCACGTGGAATAGAATTAATAAGTCATCACGCGATAACCATACGAACGAGTGCAGAGAAACCACCAATAAAGTTAACGCCGATTTCCTTAGCTGCTCGGTCTAATGCCTTCTGAGTACATGGTCTGTTGCATCTGTTGCCGCACCGATGATTGAGATCGGAGTAACAGACGTTATTCATGCATCGAATCTGGTTCAACTGCAATTTCGTCACCAACAGCTACCAAATTTTAGCCTTAGATACAACTCTTGTTATAGACTTTTTCCTGCCTTATCGATATCTGAATCGATACAGTCTAGGAAGTAAATCCCCATGGGTAATAAGGCTACGAACATCAAGTTCTGCTCCTCAATCATGGCAATGGTTTCTGAAGCCTGTTTAATATCCATTTTAAGCTACTCCTATCTTACAAGTTGTGCATAGCATCAAAAATTGCTGAGCTTTTGGATGTTGATTTAACATTCAATGACTCACCACAAAGGCTTCCAATTCCGCACGTAGGTGTGTAAAATCTTGTTTGTCTTCCGATGATACAACCGCTATATGGTAAAGAATTCATCAAAGAACTGTTTGAGATATCATCAATATTCAAGCCAAGTTCTTACCTTAAGTGTAACACCGCAACAATACCTGCTTTGTCCTTACCTACAACTGTAATAAATAACTTTCATGAGAAGCCCTCCATCATTTTATTTTGTATAATTTTAGCATATTTTGATTAAAAATGTCTTTATCTGAAATTGCATCTTTTTCTTGAAAAAGACGAATGTTTCCAAAAATTTAACTAATATCGTTTATGAAAACATCTCTACGACCCAACTACTTGTGGATAAACTTATTTCCACAACCTAAATAATTTCCTTCTTTTAAAACCTTGAAAAATCAAGATTCAACACTACCCACAGACTTATCCACAGGTGTGGATAAGTCTGTCGTCTTTTGTCGATAAACAAAAATATCGCCAAATTCAGGCGATATCTTAGCTTTATTTCCATTTTAAATTAACATGGGCATTCATTTCTTTATATACAAGTATCTTGCTCACCTGGTTTCCTTCATCAAGTTTATTTCTATATTTACCACCCTTAATGAAATCTCTAAAATATAAGTTTGGTAAGTATACAAAGGATATCCCTCTGGTGAAGTTGTTCCTTTTAGGCGTACGTTTAGCTTCTTCAAGTCGGATGTGCTTGAGCAGTCTTAATCGTGGTTTGACCATTCTTTTTCTCAGGTGGTATCATTAGACACCCTCTCTATCCCTCTGCACTATCCACACCATCCATAGTCTCTATGCGCTGGTTTGAGATAAAATTCCCCATTGAGTAAATAATAAGTTTTTGCTGTCCATCCTTTTTAACCACCTCGAAAGGTTCTACCACATGAAAGGTTGTACAAAGATAATATCTTCCCAATCATCATCTTACTGATAGAGTTTAACCTGTTCATCTGTCGGTTCCAAACGTGTAACCCATCGAGGCATGATAACCGTGATATCCGCTTCTTTTTCGGCACGCTGAATCTCGGATTTCACGTTTTTTCATCCAAATTCGATAAGTGGTCTGCGACTTCTCTGTCCGTCAAGTTCGACTCTAGGCCATTGTAACCATAAGCGTAGGAAAGTATTGCAACTTTGGTACCATTAACATTCTTGATGGCGTGTATATACATATCGCACCGGCTTTTCGTAAACACCAATAGGATCAATTCCCACTTTTTTTAAAGCATCAGCCGTTGTAAAGCTCCTCTAAACCAGAATCCAAGATATGATTATGGATAAATCATAACATCATAACCAGCATCATATCGCTGCTAATGCACAGTTAAGAGCATTAAACAGAGGATAACACAATAAAGGATAATCAGGATTAATCACATTCCTCAAAATCTTAAAACCAAATCTAATATGCACAACCACGGCCCACACTGCAAGCCATTCTCCGTGAAATCATAGCTACCATCTGACTGAAGGGCACTCATATAGAGACCGTCATGATAGAGCAAAGTCCCCATTAGCCATATTCCCGCTGTCACCTAAGTTTGAGCATTCTTTTGCTGTTCATTCTTGCCTGAACAATTAAAATCAAGAAAAAGCAAACTTCAGACGAAGGCAATCAACCCCATCAAAATCTTATTAGTCATCGCATTGTCACACGCTTTTTAGCTTGGCTCTGTTTCATAACACTCTCCTTTTTCATACTACTAGTGTACCAAAAAAAGAAGCGATCCATTAATGATAAAAAAGATTAACAAGCAGTTGTCACACTTAACAGCAACTTTAAAAATACAGTAATAACCAAATAAAATAAAACCCTACTTCACGAAGTAGAGTTCTGTCATGGTATCGTGTTGGTGTGTATTCCAAATCTTTTCCATGTTTAGCTACAAAGTCAGACATCTCAGAGTCTGGAATTTGACGCAAGTAGAGATTGGCACGAATCGTTGGATCTTCCTCGACAAGTCGAAAGAGCAATTGACCTCTAACACTAACCTTCAAATCTTGTTTTAACATCAGCCGTATCATAGATAATATCTAATTGTTTCCTTAAAATCCTTATCCTCTTTGGACTTGATGTACGGTAAAGCTGTATCCTCGGAACAATAACCATCCCTTACTTTATAATGTCTTTCTTTGAGGGTTTCTACAACAACATGCCTTTGTCAAAAAACAACTGATCACTGTAGTAGTTAACATCATTAAACATACGATGGTCTTCTACCCCAAACTTCCTCTAGCACATGTTAAGCCCATTCAAACGGTCACTAAAATCTTTCTTATTGTCTGTATCCATGAATACGGTACCAACTGAGGCTTATTACACTCCTTCGAAAGTTTTATCTAAAGTATCTTTAAATTATCTTTAGTTTGTACAACAGGCTCGCTCCAATTGATTGCCTGAATTTTTACGATATAACAATCGTATCTGAATTAGTTTGCGAAAGTGTCAAACTGACTTGAGATGCTTCTTTTCATCATCAGTGAGTTTATAATGATTACTGACTTGAGTAACCTTATTCCCAAGTGAATGAGCATTGTTTCCTGTAAAAAGTTTGACTCCACCAATAATCACTAATCCTAATACAAGAATGGATGCCAAAATATAAGTTTTTATTTAGATCTTCATTAACTTCTATTGCGTTTACTCATACATCCTCTACTCTCTCTTATTTTATTATTAATAATAAAATATCACACTGAAAACCTAACTTCAGTACGATATTCTTGGTAATAACAAGTAATCACTAATTATTTTACTGCCGCAGTATTTGGAAGAGCTTTTGCTTCTGCTGAACCCCAATTCTTTCTTTAACTGCTTTAGATTTTCTTCTGCTTTTTAACGCTTTTTCAGAAGTTTGAGCTTTTTCACATCTTCTTGTGATGCGAACGGAACATCTTCTGCTTGAGAGCTCCATGTTCCGCTTCATAACGACGGTCTTTTGTTCTGGAGTTTCATTTTCAAAAATGTAATAATTACCTTCTTTTAGAAGCAGTATTCCATTTCTTTTGAAGTTCTTCAGTGTAACGGTTACGAACGTTCTTCCCGGCAGTATTCCAAAGCTGATTCATAAGCTTCTTTCTTTCAATGTAAAGTGCAATCGCCTTCTTCTTTTTTGGCATCAAATTCAGATTTAGCTGCAACTACTGCTGGTCCGAGCTGCTTCAACGTAATCTTCTTGATGCCCTGCCAAGTATTCATTTACTTTACGAGCATTTTCAAATTCTGTTTGAGCAATTGCTCAGGCATCATTCACACCACCACCTGTTCTTGGTTGGTCATATGCTCTACTGGTGTTAGCTCCACCATTAATCCGCAACTGCTGGCGCTGCAGCCGCAAAAAGCGCAAGAACTGCTGCTGAAGTAAGCAATACTTTTTTCATAATTAATTCTCCTCTATAAACAACTTATTTTTTTATCAGGTATTCCCGATACCCATTGATTATAACACTATTTGAGGTCTTCTCAGCATTTTTTAAAAAATTTTGAATTTCAATATATCTACAATTCGCACGAAATAATGGGTTTTTAGAACATACTAACCAATAGTTATGATTGCTATTTTTAAACACAAGTGTTTATTTTTGACGCTTTGTTGTGACTTTGTAGTTCTAAAAATGGTAAGAACTGTCATATCACCAAAAGCATTGTAAATATACATTCTTTCTTAAATGCTTTACAATTTAAGCCTCAAAGCTAATCTTTGGTGAAAGAGAGATTAAAAACTCTGGAGTTCAATGATTTAATTGGTAATATCATCATCAAATGAATGTTATTTAATTCTTTTTATCGTTTTTTGTACTAAATAACTGCTATACAAAATTACCTATTAATTAAGATAGATTAGAAAATATTCACATTTTTGAGTATTTCCACCTAAAAATTCTATTATTGGTTAAAATTCTTGAAAAATAAAAACTATATGCAAGCGTTCAACTAAAATGTTATTACGAAAAACTCCTTTGAAAATACTCCCCCTTTACCACTATCGCCATAGAATATCAAGTTTCAAAAACTGATACAAATCAATTAGTTGTTTTACTCTTCAGACAAATAGTTCTTCCACTGTTTCGTAAAGACTTGTAGCTATTTTTAAAGCCATTTCCAACGAAAGTTGTGGTTATTTTCAAGTGAACAATCGTTTCTCTCCGTATTCCTACTTGATACCTTTCTAAATCTTGTTGAGTCATACCATAAGCTTTACCGCTATTTTTCAGGTCAGTCTTTATTTTACTTTCTTTCGCCATATTTCATCCCCTTTTTCGGTAAATCTGCTTAAGTAATGTGCAAATAATAAGAGTAAAAAAGCTTCAAAATATAAAGAAATCCAGCATTCAAAACGAAAACTTTACGAATAGCTATCAATGTTGCAATTTTAATAATATAAAGATTGCTATTGCTTATGCAAACAAAATGGAAAAGAAGACTTACAATACTTCTATAAAATCTGTTCATCAAGTTCTCATTAATCCTCTTGAATAAGAAATGGCTGTTCTTAACAGTCGACTTACTTAATCAATTCCTAACATTATATTCTTAATCAAAGAAGCAGGAACAGCTAGCTCAATATGAGTATAGATTGAGGGACAGAAATACAAGCACTGTATATAATTTTGCAGTAATCCCAAACATGTACCTCTGCCAAATGATTGATTTTGAGAGGACAATTACCATCAGTACAAACCTAAATACAAGAGAAGCCAAGCGTCGTCATAATAGCACCTTTCGCAGAATCGACATTCCCCAGCAATAGCCACTAAAACACAACAATAGCACGCTAGCGATATAAAGAATCATCTTTAGTTCTTCGACATTTTCATTTTCTCCATCTCCTTTTAATGTGTTACAAATATATCACATCTTATCTGTTATAAATATATCACATTGTTATAAGAATTTCAAAGATGAAGACGAAACTCTGTAAGATTTTGATCACTTTTCAGAAAATCTATACAAAAACACCTTTTAAACTGATATGATACCTCTTAAGTAGACAAAGGTAAAAATACCTAAAATCTACTTAGAGAATAGTACTATCCGAAGAAGAAAGATTCACCCCATACGAAGAAACAAGCTTGTCTCGATTATATCAGTAATCGTTCCAGATCACGAAAATATATGTAACTACGCTCTACTATTTCCACAAGGACGATTCAGTTGAATATCATCTATAAAAAATATGGGATTTTAGGATTCACAAAGAAAACAAAAAACAGTTCCTATTCAAAAGAATTTAAAATGGAACTTGTGAAAAATGTATTGGCGTGGTGAGGCTTCATCTATTGATTTAGGTCATCAGTATGATATTTTCTTCAGGACTTTTAAGAAAGAGAAATTGGATTAGGATGTATAATGCCAATATAGAAGACTTAAGGATTACAATCCAAAACAGAGGTCTATGCTTAAAAGCAAGACGTAAACTACTATTGATGAGCGTGGGTGTCAATTATTGTATTGAGCTTACCATCATTATAAAGAAACAGCGTCACTTTATGATGTTTCTTATAGCAAGTGCTATTATTGGTGAAAAAATTATGATAGTGATGGTGAAGAAGGTTTAGTTGACAAAGGAGTCATCAAACTAGATGATGAGTTGATGATTAGAACGTTTACGAAGAGAAAATGTGCGCTTAAAACGTCAGTTAGAAGAAAAGGATATGGCTGTTGAACTCTTAAAAAAGTCAAAGAATTCGAGAAGGATGTGAGAATGGGAAACAGCGCCACGAATCAAAATACTTAGCGATTGAAGACTTCAACACAAATAAAGAGGTGGAGCATTAGCTGGATGTATCTCAGCTCTTACAAGATCTACATTATAAATGAAACTATAGAATAAGACTTCAGGAAACAGAGAACAATTAAACAGCGAAATTGCCGATTAATTAAAGAATATGACGAACGTTTTCTACATCTTGGGATACCGAAGAATGACCGATTGGATCAATCATTTCAATCATACGAATTACTCCAAGAAAGAGAATTCACCGAATTATGAAAATACTCGATATTCACGCTTTTTTATCCGTAAGAAAAGGAAAAAATACAAGACTGCCAAGTCTGAAGAAACTACCAGAAAATAAGTTATCAAAAAACTTCTGTAAAACGCCGAACAAAAAATGATGTATAGATGTTTAGAGTTTAGATTCCTATGCAGAAACTTTATCGAGTGCCATACTTGATTTATATGACCGCTATCCTATTGCTTTTGTGCTAAGTGGTCGAAATGACAATCGGCTAGTCTTCAAAACAATTTAGCAAAGCTATTGAAAAAAATCCACAGCTAAGCCTATATTTCACAGCGATAGAGGGTTTCAATATACAATAAAAACTTTCAAAAAAAGCTGAAAATCCCCAAATCGATTCAATCCATGTCAAGAGCAAACTGGCTGTATTGATAACGGACCAATAGAGAAGGTTTTTGGGGAATTATAAAATCGGAAATGTATCAGATGTATATGATTTCAGATGAGGCCTCCCTCAATATGCCATCAAAGACTATATCCGATTTTACTGTCAAGAGCGTCCACAAAGCGAATACAGCTTCTTAGACTGGCAACTGGGAAGTCAGAAACGCTGCCTTAACATCAGAACATCCTTTGTCATACCCAATCGCTAAGAATAACAAAATTGAAAAGTACAAGTCAAAGTGGTCTGCATAAAAAAACAGCCATGTACATTTATTTTGCCATGCAGTACCTTCAAAAACAAATACTTTTGAGTGTCTTAAACACCTATGTCTACTTGACAGAGGCATATCAAACTGCAAAGTGTTTTCATTTGTATTCTGCTTTCAACAACGAATTAACGTTTTGAGAACTGGCTAGCTTTACGAGCTTTCTTAAGACCTTCGGTTTCTTACGTTCAACCATACGTGCATGCGATAAGAAGTCCAGCGTTTCAATGAAGATAAAGCGGAAGTCTGGATACTACTTGAAGTGCACAGCGATACCGTGACGGATCACTTTCACCTGATTGACCAGCGTATCCACCCACCAGCGACAACGTGTACGTCGTATAGACCGCTGATTGAAGTAACTGCAAAAGGTTGGTTGATAACGAGACGAAAAGGTCTGCGTGTGGGATGTATTCTTCATCTTTTTTGTTAACAGTGATTTATATTTGGAACCAAACGATAAGTGGCGTTTTTACGGCGTCCTGTACCTGTATGTGTGCTTGTGCCATTATATTAGTGCTCTTTCCTCTTAGAATTAGATAAGTCCTGAGATATCAAGTACTTCCTAGTTGCATTACGGCGTGAGTGTGCTCACCGCCAACAAAGACTTTCAATTTCACACCTTGTCTTGTGCATCCAAGAGTGTTGTGTGGAAGCACCTGTTTCTTTGATTTTCGATCAAACGAACAGCATTTTTGAACGAAGTTCACCTGCTGATTTGTTTCAATCACCTGAATTTGTTGAGTGAGTGTAGTAGATGTCCATCGTTACTTTTTTTACCAAGTCAGTTTAACTTTCAGCCTTGATAATAATTACAAGTCACCTGTATCGGTAGTAATTGGTGTGGTCGTTTTGTTTTCCGCGTACCTTCTTACTTCTGCAGAAAGACGTCCAGTGGCACATCAGTTGCGTCAACAAACATACTATTTACGTTCTTCATTTCGGTTTTAGCCATAAATGTTGTTTGTTCATGATTTCTCATATATATAGTTCTGATTTTTGTTTTACGAGTGATGGGTGTTCACTATGAAAATGTTGAAGGTTCAGGGCCTTTCAAATAGGGTTAATAATACGCCGTTTAACATATCATACGTCCAGAACAAGTCAATTACGGAGGTCATTTTTTTCTTTTATACTGTATTTTTAGTCCTCTCCATTTTATAGGTGTAGACTGAGAAGTAATACCTAATAACACCTCAGTGAAATTACAAATAATCTCAGTTCCAAAAAAGCTGGTCTAAAGTTTCTCCAGAGTTTTGCAGTAGTAACTCCCGAATTTATATTAGGGTTATAATCACCTTTTCAATAGCTGAGATAGATCGCAGAAACTCTGTATCTGTAAGCCTTGTTAACAATACGTAACT + ##'$"%)+.'333-),=3%$#%%#&%%/+*-,('+%3/1,-+$&%%(((29./58+,35>:/>:<89+.%%(0034331*10236882.17<8/**(/$')'&'$##%%$$#$&$#$$%#*&382;<697:99;<5;;<>539>9=AB@C2,?7?68***,8;==68BCBBA:8757688=?9:A>BB;;=:77:92=>=:5*%%&+$%(/01''2**436;;<=?:;@>?>?;:;//8,)41629><==B=;78=<53779;;.234+'))#$&$%'%$)+$#&)%%'*,64%)2*-@CC?%(-.&'*(,43+)-=CF3;AAC78,5*0:676:>9,/101477:31$$#',,,1511037>@==?9%/-/)+($$$%%21%'0/9;9225?:)*:==>67/AAFD9=C8<9;8?=<;<:<;9;7&%%"$'-66<==;E?>ACE8-(.1$$())550*,0(,/08:@=;<2><<72,&$'()..-448:<=9=03;A=BB67;BC?B@<6/4&$&#$*00)$$%&&)$&$),//%$$'&*.+.'2238>IH8@CIGEDFAAEFD>?B?<67;?;6;=A@:;.<=?>@CAED8)%8@FC>E>%>@@CC?.9<1*.9;:79<<9@?BCBB>BBI:(&56:;)$??::?6=,&0-=:76--270%(+77;;+$&##$$$&')457<863$$$$''$$0416/9=??==>;=9@>:664'')%(/'($/124?2:=:8/)*%%/0/1=?8;=>9>>?<8,.)23%/2;B=:2100'&1'*%1%7946D=?=:CD@=<8?BC@7<>@@<>38AAJI@@@-)51;:7B<>@@?=,-@?>?HFG@;@>:A=?;;95::@BBBFIB;<-,3;B;8<=@B<<;0=96>B>@?971A89B>9635==1-;=;<;>@A?A;?<.9=>@B.:?CD=<0**,&206CBGA?GDDHH>:A:@:,99:-<8:BDDI<:GE9FAFE@??;??A:979A?=?AA9@A<<>CA=78=:;F=>=BA6:C@B=;E@:=?A7523-/&&&*&+*)+,8*&%%/.1&+'%%&*,/36::7=BA>BGOOOKJE>:<6-=??>A:A?=D?@A=;;:<<7/448./776::/47:=78;:8>@?5;<<>;@>>;0-,*%%''%+$$&%$$$$%$'&%%'()29>=>9;;9($$$%%./00.0&),+'4532/-/791820/0%$$&#&$&%./,('%*-..(0/1+,$-3001.01034**023179>9=27<>998@?8?<@9FD>:<=1125:260((*),227656.099=4=:9247675?ADDD>=:212-/5;8$%//'676==6AB@DC=69>901:9;7:4*)50(18:;::@@%211971/'(&)+.26?:9<:4//918=7?36;=B@=??EDB:77:3)$('87:<=:C<<=>;5*+0)),%%%%%%$#$$$&%%)1356472@<-0/0-)*-00178,/'(+##$$$$$012*--441*)*./4451&'#$#$$$'+&02+'(&$'2244-%-*,,'''$&''2=-%$++#%#'$'(&&%$'$$$&'#(2268@?40261/*(###$%&')'$(58;76))+87>>;@E/=@:4*49?ABAB9:38=:<>=:ACIEB6C=?><<@>B;=9;?=6/(%.6834745;..05'/2534.1>7?991$%'**'')*0))06173%79=7DAA6304>A:8=)+479>5679:;57;%448<=C<>?B?:>@=9=:+(6?>=@>A>:)-**+-..;>?=;2:><;/0+,+%&%$%$$&&&'%%%#$$%##$$$(((./3237;,(%%$&$$#',0396&&-778A>?<':88=C;:;>&*@2ACEGH@C??>6/5+249<==,?1)%1<>:?CDEELKD<<89;9380)(**,+62436<@>>C=)*0&)+%$+-+(%$'101349>33599;+''&$$'%%01632/-=>BED>58798%#$$$,0/7:99=/9>FFHGEDFC?:7/BB8;@30AA=>DC?C:3-2@ABA>??:AIGEB<<50'6.+21+)+++/656955458<828;?B=<-*&(&&'%'),:<89;==36=A8,)*$&#(+-,*+&)).040,5.**)%&&%'&(;=A>152&(),)0*&$&%&%$%$&.&)-446602*+2)(),*'())-589:9@BFE?B=/;/5652-,;A@J@AADC:ABB8>>;;B81=CF=BBAF8>@952:;B7,++)&&))&$%$#'*.123-%%*'%9;80,+.*'%'&%**+''($&(+90244/47879;=@=?:/,:77572/*'%'$2766278-$%$$%&&'*%%%*&*,4''6-02:<=8,()*2:5533.&))*%/,,&+3354(&'$$%44/22677:@8@DB8<9;5(+2/7=7:3%'%%$$&***14/3)6*,:85:<8:(,::2)::;??==/2B<8-/,/*)(+*,'',;;846?E::867<;8<7>>=9:A>?@=;'7=@447>>?;;&::<=?/+($$##'()>;;56=B8@>=A:B@86?3;*2&&/%%,343869=<6;((-.34335./2;)434@7@?@;:.'.,-67;;<>8-.:<=2)$&"%(,*&'%&')+'+*0..79<;;;@?9?=:9:6:359:==4/,4A@:=;72;9=DB-D9/5/1/43.377756/252243187:95>>;8866:>170**43+,('%+&4978:CD@CA31:8=;<:8BDC>A52'*/135-4548<>A=NDF@A<=A::HEC?727:<937;9():9-9-0;934<3/:<7/4.@AA;=?G;6??BC@;<.3;19<:D?@>9C@A?C=;+.9:89946<::@CC5..8659@<<=@9.1255;==?0,6==>;97;;:6-)+5.-+*156:<;6:=G:$-**%.021)(()(&%&)10778.--10549/99:=;7./&$%&+799@>=>;:E=A8BCE96;ED@?@<4:-::4,,-2$&196840%((()%%$$%'%''('&)(-0'-+)(-,)53*)))#%%32(1664$%$(8.(4;;;6>>:86&'*(*(,)$$$)%&,//&&'%%#$'''%&#$-/348:9434420+$$$(%&%$%%4:88.5-6<=>89BH7:8785/')&&%%%&258<55A@666880,6:=;89C>@06&*9=-$$%$(%$%+23')367:=?8AEAEMK>>@>?<-$%(+133222B=7524346:;9998=;:=9375@;6//@<:;BBIH.+:=GGC=<6211*''2;==@@>@?=8845@=@=71175:79<;>?*3.%0223%#%&('*)./'%&248::<<9<=>?>7<.AAGG@>BBHD2676=58;?@H>D;.==<7MMKLMLHGBC@B@BB?GBGC753)&+%%&).033=>@CHIF=;...&##$$$$#$$&#$+&%*2479><>@DD;98<:44,'8358)&&%-+6;=9:A?:154##$#&#%'#$$*,11486>9.'$*+*-$$'%11388*89;789;JEJLLMCHJF?>@7*++2515AB?AGECAG9=:CEJJ:0-6<))<<4.7*$(-541*7)%$426>A>>?94)$$(,(*4/6;>@:>:<<87:;>9ABB98>776+4*()::;599::3+*55(+)%$&()**-('1*%%*+;22/+-65*.4,0281;=>==A=9**...3)$),-*%&'+&%%#%$$'.0)+4;97)-+/88450)%)46>??=;9:,%#%$#)%##$036:=@8?AFEDAA8>:<97&'*:(9=>?;><@>>?BC@=<)**)-.'*.0,8AB9>=4(26=A?:68'):@<>@<>==@,9)988:8)1;=8<584./''$&22969;CA19??G>=@A229<:89=>100)769>B><9*&.0.8;=A>@6:=>5$$&%3604324:7;9/.9;75=>2,,(++5977):89@ECJGHH>SRFMOA79;=;8@;9?@B=@F?,9*-;:B>>=;:===?AEFDB>E>@A;=@9781)*'$$%+())687:<<;(/,++3322-$##%$#%%%&&('-/0)&65/1+&*+(%$%#%&(%$$%%$'2+(($$$$&%#%%%%$)0)%&%,1;?9>A>4&33*//118442+08975141%'&*-)(*%%$$%&%&'#&%&'(%&)5530/-53;3634)-**3;<<27,$$&',0.&--''#$$$#$+-)57/2(+7.4693(02661)3017404433?=412%)68A>>??8>;:9:79=B9:89??=9?@;985%0-//1031+/$/*138;@?:=<=BA:2055-6?ACG@;?@/0955/38B;;614H:?;><<::<<8BA?:=>?;'*,/07==>;)));<@>=CC@B><.458=>8;DF=EFEB>?49879>:<448@BA?038<44583/)1'8ADD>@?DLGB>C?59=>>=:<<;>:999<89*011024.--$55=9<8:--67?@<47>55))('%$(+0054*%$-'(',&'%%&(%&&('#$$$%'(##$&'*.1AB00-3>?4668;:=:+4&&'&+-.$+'(+-/3867-+''(%%&%*&(*:9931%)&*0.&%(*6:>=>=;BB=:(69=?C?AD8AB<5($227.95C85786*%()%+-577@AC9:8'$'0046@=>E@;>=8@>C:CGB>@@A?BE?@A;AG9;<7<:($85:9:57.&**7;5<;;?C?<.'79<7258<;@=5556<>>?<@:CFD;AAC5;:EA;1.&$&#$$#8B>?CE:;>C>CJHGBA6=?@97%<99<9<>=@?::>:>=7:;2%598::53$5;=>CHELDD2CF?='2$1110641-'9FACD=8D?DDF?=-==?BB:<:01BDFBFKC?@?@:9:=;87@:0>CJ>9CBIGQQJ<>44HEHD@><:@>A049;8:;7$%&'&*.12+9;7A<0264;89;10,-.461344112+(,*+,89,66348&%%((''())**--40330,*252+,-,,2<@ACB6::CG=CCF>D?JDJB14B?7696711EAE=B=?841'$'&*99?>=?CAA@9<=(09:5586:;96653302BJLHGA?;AGGAE>;>9FH=GEEGDB@ABHB<;:==BEGDC<;;=6?@@5:;<=BB<-)*-6>>7>3.</4400(4656;;-*3)EFFD@922@B>==:99208>=AAGIC?<:88HFB=??847;<=78:B=<<;:6515*-()33(%8;:,*CC@FL9:?B<<@:;;9?B:3<86B?A<@@GF?=?:5CCA9;6743357:A>9*11.'+-6:<:9E@@@=(422(((##%$##$()&%%%()0+(''%$###&$&$#$%$$*.../789=A;94D>@?;@?<<>CDD@:;58:5::2-).<>A?9?:><@D?@:>DBBA>>*217:@BC>@AFE=DGF>JEF':;<<>6968=>@=<=?=A@C@EF@>?5==>>1.7/:=@:*,0+9=:6A=;BB<85-.678:A87?EA=>BBFFD-&8=@;;<=<83*))$&'+/4==<49:5=;=;CE<;;=76C>B@?@BEHBA8>?>ACEF>BA@?=@HGACDBDB=,=:A>JGC6@E?@6??//2>::7AD<==36::82+--2&&&4.+8<)('%9(CJ@?A?C<>>A:78B>>@EEDA@<@A;*8;=?@?5@<;34.//==<>ADB<7<>7;FJ=>GI>A@B=>/@E?@?5=<6++(&'%%'%,%$04533,-27:B==A@?>=>=4=@ACAIBJKHA@;835522/008859;;BC@>>@AHE?>AAA7:9?0;;46964;;==8'#$&#%$$&%&&*$,%$$$%*<>@@;34,$'&%()))(*)())%$$$'$&)'&'$'%$%&*%(&04,*+$##$##$'&*47786@>?=>:6638/''%#%)&(&0779,.(1200-((((..))('(()23.*$4967,41'&%(+))(&%%389?C82<8739?<872887<<,=<=9+,#(/06A:>)%$&*,&&')+0*'&*.%$&)*.8:9;=4;FD@D)7$0$-/;EHGB?;59:<>?BE;HI@;@A;?9;*--89>2-+;=@FGGCDAC>E;><9<:F<;C==A;>>ACAGNGHI8CCHED<@=?DBEE>?F5C8BC?@D??MBC;<<:<;;;;KKJEDDJKB>A>::<:9=LE7BG@;=CE=A8/=1+76=BAHIED61AEIHFHFL;78BAG>@?=>>FA;G<?>?=;?52.''+562558B?93=;>=B42211121+%%%%,.-))/67+)*%<-20$$''(#&$)'()%%%&##%(&476,2C=?<?C=>A9@?46APF;9A97'??D9214.BILLJ@C<2I>874030&+,$$32;<<:AABCDGG?@869>>=CE@AKJQB:(((0%43=DF.9=;97365)'()/9@BCFFE:67657./$4**+')011=;208=&=:;>@JCDGFACC18@H>E:==0668B73<:??@>;>AA?9A@B9AA<@A=:356+''-'',GBFE?,?E?A>5;?HE9EE8>9:;9:;E@>4CFKJBE>,9CCCIFI=>AB>D>FGCBIH:9*<:00(.3<88+9++86C=<:=952('111)&,'$#',+.0382AA:?8=/9B;9?B::6$$'+7=A@B8)725468A<><@ACCB=>@DGD4IB?>EIDC$:B?DFICD>97@?A?A>CEB?BCIFRL=>ADC@:7?=7:?EDFEEC@>?560$-7>:;<1)&$%$$$$$+'%1.*,3.,+(*')%(*&114=89BGA@9EA5,,,&/002)28997'+=+)%768561/%'.*+((1079%79?>:4A?:@A@A83977@@?AB,<'?=C1:;ACCGCC5@4C9;FBMLB=09@:59BDGG@@5=@=?:7666673))$#%'&*%%$(10**,$,..-021C>,+:,2789-+1B>>83803$$,$'-02=:=<8$$$&$$%77/,-0'559=%6%$'(&$*#%*$$$$06780-$$''%(..3-1068=;;?7',*)($-,113466$-*,-$$#$&551'7>;;:6:>;EB>?<>>=9?FCELRLHH>CB:5@B@6:9::-7132>@HCC;<735)047/1.'&%$&&$###$&.1'3455.0/$$$-'+*,*3881+,((%%(()-3)+013.>FC8/,)&%&''&/50'%$%&$&'*.&$+(,+359>>B?//0201DEB;'9%,*0055==;>>:5?BA=11+.3;=<9===?<<:37:,6<723%,.04669EF@>;<@@A?==DF<>H=9%%$*&&&'#)+&/*###'/*35%#%#%&$$%$&(*($$%%#&)&-.,-75=;=>>@DCD;9HC@BABEKA>B78@A@AA)2*69:;>9::9=@EABFBB;654550-+&*06;>;>@??7'#$%'##$#%'+%(&)&.3,-,.%$$%%'*796323682)&''''/)882.#*$$$$-/149;5&$&#%$#'047:@B@A:>A=0=BB=;=<7;79=79;//5=<>A19:979@?>@EBBAC5/2<;=ABA<6;;@;4427*9CD8@B?22.7?AACBA?576767%%%%$$##%&(()'((%%**/)'(($'%%%,-)()*##%&#*09=?>;84+*,0/0;AECC59==:;01%$$#%&''13;;.D98BCF??@76E@;?>@?==++1;?A>=:)<7<464&$$$%+133(%''%#'*+0&78=?BCF=6?CCDEICB;:=9:?4?@;2(),,4()-%$%%'&&,*&$%%#%%%&'%&(&$$#&$$'%$'&+4,$%+&'%%##$$&(+'#$$"$&&#%%$%#$$%*3/.55()))'**&%%3;>62#$$%%'+**-,,,.)0*:9>@BBE;@CFJA58?;2).111./3AA*??C::;4%$$&%%',%&%.1*2:;;6%%/2/6*04..1,*&7;E>;:??D?5:%&&'05;8B967367<8@?796738,'+)%##%&$-0/236440%$/6''0737*&'))),)(%)*.&))'&&)(%%%('&(,'*&,0(3>7:A29((+,.'%+097::$';73;>D;4967/1/8747--&%886+39739277(4457>=C:6<967-9BD=9?F9;EHF:A:6EHDBIGCFD?FC:2:9.')%$+&$&$)*,0335?>@A<<>8034),$#%)))*)$%%/348:..:84%33314:?3$$$$&'%%#%%$'$$%&$%$#$$###$&%.87=;819=<<<-&$&.8;;;8))(($$$$##%799=A==A9GOJIDB8;?8+0*-%&(,25:8>>88;560'*%$,/.4=B:@:433.*(#$#$#%%''/63978:<>?<<033*+)%&&)',1'&%%&')-$&%(&./0.$%%%(./**&$'),0*(((''&''+137;C@>6:@BEGCA?I?AC=3D?=@;770/,**'0294399;=:8;369<73%@9097<>=>@C<=>DB?CB9:95?-(*7B=CG?=IJ9::I:<;CDE@=F>DC@=B@DC:ABC>=1/30*&'234;658?<8;=C=E?@BBCE>E:CEDEHDD=<;=>AA;>=;A>5:@@<661'<5((',0/6=B;>62,'&#*1332;4:6768;6899A88>:46-&%&''('))$&%%&%)(+0373;<6/-07.35;;7<;?A67&1/.0010+*'&$078:;8348;MJ:DA8?834<>=B12'''?@A8?HCAAB>@@3,,6BBA@;84CEPE6ABEE=QMEGFD3=<;GG@?ADC?B6>=>B;74/4=<=76/-4((4&($%&'&'&$$&+*/743.0;CDILL@>==@CGBGDB>8BB?;CB45CFIGEHJ??'''&&.18->ACBFHGILJEDAKKJEBCGLKIBAGD<;=:33.)(&%%'')(*9::AF?BBDEFKCLGE/?>ACDKFNIF=E=D@EA660---),8487>CCDE89>@./2B+..%24--'..0978?;ADFDD32-6=F?=BECC8.,)//147;ED26BK@H>ID>5>DAEEB=E6<=>HHFHEFGGA?ABFC:=/=JJJC;0<879>;:?>AKJNPDKIDIFD97,..0<34@=82002;@HHKHF=>?>-)).0$*&(3120+%$(*4?@@AC=A*85:906@.,)/'&(345::01:=?A?;<@AA;:6&&+11-9633==<1&%$%$$#$')'%$$#$#%.'146?=89<5;@;+)4*,-**&%'$%79@3?=:67770,430((,*+)+)*),**11498;DB<>%&827:<6+58@;99:3+3*.+%$/*'%%04>>>GLDB?@CCC5=B:)+((*2<>E=?DB;441.---3@825335*/*:B>;*2+<56?AC775=BEAA><@;:91527904;:7'(-,-.?84'%&$$$$$%&&'%,.-:@B:F@G;75&'**))$(%&)>EABDC:6@DBEJILIEHFGG@9DA@>88;097A?<:72-,),-@FH77>2<>@=EGACF9367631:5'*(*%&%79=9:;/'$$$$$&/8<;9<=7C?CEFGB>;BC;=;95114*'''%%%?AB<>GA>(<=2D1)+.,,/(*#&%%',***)'*)%$)#&%&%$&'$$&444)+#&&$)0/23+,.$')-3353'))%(-.&'-.-*.(')+,24&(:>BA3;BH@;99;?>A@-%*),&8:AC4/+,)%$$$'%),0/481+'%%:=AACC;(*%0+&'&'*=>40127<+'+8$'&&$&$--25:-++:19966666.*')**((%345?:+''>884***$%&'+'*-):94>?DHFCCEI:C@;=@/0:<8@@FD@>EHEMKE<(8%7&178;===6*'$&%%%'%$(:8%%$&(&(*))59DJEDBEIIDKB:834BF8((+98:>3@BBCFAGJLPLCCEK=ECA6<@,.;CDIGGQRHDIEEILKFD<%%1$%#&$&44,0/00%&&1))))#%<8:<:9:1/++':>8&*16=KKIEGFEBBCB63240/')+$22*&#$%$##%$(&$(25@>FHGIG;;;)5==BBDA>>@8:BCGHHH?;<@D-+'%#&()31,+/76)%$$$%%($(55;AFFCHB<=0+/9:=<8C>D;95BIFCB8A;<;=:@@8>=<>A<(2/@AEEGDDBEGHIHDBGB@D4>:.),++*+*.((*//;..+(-(*+%''.,32./21&,3/'))$$%%&'''(30/1::6:=>GFA<@>?>?@C9?I=FF678797=<4;=1CDCB@:DHHCBA=9%6:=?@G754;86669<>0B>=EG799%'45:9;=2')$%(0567($%##$235555'6??@/)(*++*)%*')(($%013<:?><@:387945571224857;96486'%$&46.*+6;<557;<<%$:<4,*/9=>F8:)&##$%&('#&&#$$'337=79>:4/EC31*+&+/.142'.)$&%&'##'$,1+-,157%%8<4$))%-+%&*%%++)%($$%##$+&#)'&&)'$$$&&'#&%$$%$%#((-())&#%'#&.,))',8;:3//$+*,7()$$1.'++%(('&(((&++/((+04/-+613',2$$%%33)$/+,$#$'*)&%%%&&&$647&%0/)*(%*%&%.)+&('/$$$#$%,+.01*%-*%(*)&&#$%%$,(%$45<)%'$%--$&&'*-/(')&('(*$#%$)'**3:=4)&&$$%*%)$2)3761.&&$#&-79-/=AC>;>61:;:>;.0057;90745:A78,$$$)+*&&&884=98->A@EHMGFF@7+/&))*&(.-/11(.,&'+223-1031799:?31.7:4,.0+'(99?@2C9?@=6%&'''('&##&+%,87;5*).*&&'$'(*((.6::)'%%'(((%476('&$'$&'%#&(359=;12/1$&$$$$%)#$###$$%%*%///)*%---/CC<<6*03898%%3$%&&02407,+56*6=?>A;?A9:6=%%*),-+'&&''+(-(-/(&&&&%$%))$%#''#&$%%'81;>>DG:@:9'*,,*+'('-.594:'(64004652=??>=GDB:DFIDG:?@=B>79<>?,+.<70)2>CFABDADEGD,%&(2/88BF=DAB@;=7:<>A9;=C=FELKD@='33455??44'<+1#2FG:D9157@A=&$%%AC=@<99>;BEGB9,(#'%'&&%%'&%')).,.-)(%%*01679/&$&&'%,3351,::;2&#$$#%)+.*,$&,9;*:EEG=7:FIC@A?;221--'&$$$%%&-&))*+..;?8DGEA35=1122255C>?@?:=78-*()$$'%)&$#$#&+#$&'$&$#$%&,$$$#%(%($1763%&&%%$%$%$')%$%#'&&&%$+5B63-,+0-/)&$$&&($(%'*31053,342*+''&$',($&(&#(-3;6+-'%)#%'*)(('&#%$%%##$'&$$$$$/03.'',-.4462'1*.36663)%%&%$%$#$%$+--'*%'''&#%%#%&&*'&&%%)*)%)$%(%&$$&#&&0(##&%%#$$$%*'&(*'*%$'&(&)%%&$%(*$$&+%$'*%$$%'&)+55*#''$#&%&$&)($%&&++,.,,()%&#&&(%$'$%&%%%()&%($&%#&%%$%&%(&&&&&%&%*.(*'$%(,..%(,..(#%%#$$$$)&&&#%'&*5>?EIK?KJB@57-07BFIGDE>',59'-00:89A<8ALGEHFFAGH8-=AC=9%/;=?=1%;6-),*%02))7655).-),+4464*87;78:,),87&6++++$%(-2111#$)-<:><63%&'&//0&&*,($%'$0122,..(&)%#&$&''(*'&**,$&%)+&%-&#'('.-253:;::)%..,61;8-).*+.1*..)((8>CAB@@DEGJKMID=>GJBHFFIIJH8B??;@AFF:C;@?531/24)&*),'&'&%#&'($&$$$$#$$#$#####..3-($'$$&+668::7:4/013/2B8)$$%(+57>28+(.3%$$',*')('%()5,2677*%%4/=;====*---*&)0016<>A>-95<;)%#)**6468531##*-79989;>9ED=>@*46+&$,$*+*9=JHC::?;BCCDEF8=;;;;;>AGJE+/1<=??95+,,),(186EDG3@@FA=,&&&&+*%$+4553%'<:?98=EEDDF@/+&%%(*$$5%'*+%5%/-*%(4'BHLKK3.-,/:,4&('##$&&$&7)1.288+$(&*))(()%%((-/'#'(+%$67;$,AFEDCBDCDDHCDC@18?927:'6/=<:?BEC?G>7475*-%/#'(,-./21%$-0$-55(%"(''88==>A@B<5)*0.<<<;@E=AD;AA=;A@9AEFAJGF@?>;0/&&$$(&'---*&&%))&,*'###%$&*$$&''*%%###(+''%&.4?=8:::?ED@CDA>CB?=<<'$%%,36><5:''996A.27.**%%$32:/855;>GIENQGJEA>??.237,;=*)9333--+//;@;<2$&*+-+'//,/')&+'($$'-3:<;$'?=5552'*9<>@:25($$*+$%&&)%*((+&-5;:=;9:::+.-'$00033-%0#$%&'$$$,.(,,&&&$$%)*/.)<>891491/+#$&##%%$#$#-2187:.-,-.+*.3211-044;>@H<;?;BAACAACCA=H;<:BC@DDA=CIC==CFB;DBCNKKJ?7//+))'$$$$%$102;==:=267>>?C>:.'%*+.//'$(&%%('(,+//)+,0-($$$$$'$#$,+03676%&'$&%$%)),'5<;-+02826:DC@A;EELJDEPFCA9=27?D@CDCFFBB?CFHF@?ALDAMMTI==>BB;@0=9?BBC>A0&7678:?HHB>BC5;B=8>B:=G:9=9;D@B>5@B=2%'$''%&(0+,-,,,,'('*210)&)+3454<<3%''(7;=?>BACB?EDBB?>.(*$&'(),*-*33/--*0()-&0+$%%'&(5876;<;9;:'$')%((,,&(+*''"%)+0-,/1/%''$$$$%&#$$-((4452>9321%%'*55366=D-#$%&%)&&$##$%11581173;--++/*0**<&58CCEE68;;?<:=A>BIHAAHJDEE=EHH4;>;;7:;83'/).-.1$%#%%)&%%'*,*-%%),48;;=9AF=GI@4,3*$$$&1/%#$%''%$&56792-.8403A;35:<4=:989672FGHE74:@BBA=BA@E;<**A;9-.(%%)(0-''%$%#%&+&'$$$'+&''%'%(5517@D?>BC@@?92(((2479:?8*)&'&)(+/1.,#$$#$%%*(/9<=C7B>CAGAGFDFB8;?DD==@A?ACA>7.0%%#&,-3,/--)'&#"#%#)*584+,*++(1---/8:G@9EC?C144512//)%$$$$$$$$()(+6722))(%%'%($%&#$$&./4788233.%%,33%*4@@B>>),:<@7:;6'()0()((&&$'$()1;58ADA?95+)))(&%#',&%%''')(&(%$%$'27:B@>B<.&%)'4=><89:0,)($%#%&%$&),****'*-6:@=@?=:=>>D?>=;:?@)-B@GHACCBA>@7HIB:>1929:G;<+++&&1.,0BC@?B@@B64/-,$%1(+96&&$$#%$$5&%*%%$-+58==&$.',99;:;=540'/:<=A@BA@CA,*(&8;<7>2:;;;*(+/,1-./'*),*),,..)%$#+&$+3123-,784EADEI<>?0/@??@78<==2+34*&9<=?@A>-@@?:41123336:?@@D4523+40(%$,0243&&($&'&#&#%**&$%&''$)+&$/447;70$(%--7/))-3<@??B;*BF>D=&8;=;*96;255@=>;51ADDGIB<*5)+,-((*&$&%+&#$$#$&%$%&(&#$#%+,(,'&&/$%)*>8@AC@B88=ACEJA<;CFGFEDDDBEEE6*,&&.):97=B<02F=BBBA95:<35,*$111:GA864556?DDAGEBD:@77(,+149;;>@7EFCB28><+((('---0449/&1/'*,(&$#&'1/$%.)((#&=78$',309=>GLKD=?5,,=-/3>?GB98>9=BCCC71'&'&*8;@BB>30''&***$)9>87;9;E@?:.*%(+,11*?8<>B=DB?*..:;8:=>?<9=::71+%$(%%'=?:93/+)#&%###$%&'$$%##$$)*596024E?CH@?F?DFI9-/(+0++/16:?<;3*''%('*%'(&&%$$(1/14<50.-+.*%%&'*(%3.&&%%(+)++$(&.%:79?EG?JIB53.>C==AB;?992==EA@@GC=AAG5B?AA;=1.0.<<-.03)&##'+++'$(%+,3>?7A<<58>@8;<=A>@ALA7@67>LLCBB@B<=:989<,)01'((,))5534697;;E<<<7?;=HK@EHHHEADEG@?>FHABDHIC>78C<:A>01%%'/-,,)())3,*)7:7$<@4>A>ECDA:/;,420+(+'')(,+#).3589@B;9:==;587)/26&-(.551(3660*++.61.-1:7B89:?@B?7(,34>=:>7<=@/>@ABA:=9DA>>/1;?CFEB=779>>=>)%?8@CA9>C=>=3B:9.)%&'%'),.'-/7:;>><=>15:0)@?87:;ABBGG@>;><<>B@?87.*'*-2>=DDJBCCGKJECCDDDFD@DE>>>>+)&()$&'&%%&./4.###&'/5;=3*<<DFJC@JCB:=>;;8<947(#&&$&468:;<=;0;?BB;DGEB?AB311)$'-/0/'8>?;@<78='%%*''%$%./048.//212/&&8F>-)D;627>B789111=75&-A=?FL==<;0-+5>B=?@>=:=>>=EE=:595,136<3FK@DE>>:'((:@AADMJEGG?GGMEE?A?8L@@FIA914$$)+'(1785((./2'<;<>@=765?=>DIL:;;5586GHHG=9/3AB,2E83,1=?BA):8<<>>A@=AB:@;@E?GEK:ID?;&-(-/0.>=<:<968,4))),3)#%&(46--/.*,'')&)-317-(*(&&&##$&##%%$.//109;26446BF>A?:BAA?FGA=GJK>H8BDCC?CAA?6AABC?;>DC@3+)'(%'.2.)%$%*$'##$%('$$%(',*-.:<7(%&(336/-&%#$.+*361(558BD@/*557$$9>:0$'&3*.&%)'('$%+$%./2.*(&'%*,$&%&$##%'+342/%'%$$%'%&$###(&&&%$$#&&,946B<@ED=H:0.?A--AHNT@EAC<<>IC85>C=BCFGID@B7=?A@?=EG;CA@6331*(/0/.=?><AFAIHGG@A>8=23*6864%#$#'(,.2(*(+&''%*+%'(++--''(''&&%'$$$''&'%%%+%)(+110..0345/1:767==88;=;HEDJ?@DFIH=;<&&%1+3;@@@;4@=@?;>AC=<<;;>JL>5.+$,%$,,EEIM@%%<@=CAAAEDFA2.,FGD=:41/#(('0,$+($$%&&(*)()$+++,120:<@?.-4((%%($$'&)0:<<;==;44945-,=A@@:?@316)2*7B?9@6ED;'',/-/+$+148EFELJ=CI:&*4::D'=;<8C:BHHE>:?JJLQE:CDB@AJG:.-GEFC?DK??6736;C;:=<>??@B@<=5==@:C87=@@C@13756*+)354;.9;CCGI?2.0/BFCDE>E==JFE:/+.%'%'(%%&(#$%$$&$+==@ABC<>?<:-024@B7155=:>186:<:<00320>B*10HBBACLL>DF@;:=?@ADD@;1+-*'(&.3;>9+(5&#&&&)),./(+01.*%.4,*****)+)-?=?AC>55$)%%2+$$&%((*'$$%$('.*-2518:711%(D?J<78<=46A<>7863-2+>EFGAC@71&*BFPOPS>JAAB3098:DEEFAGKAJIIOMEB3@4;;>@>?A;@H@>>C944++11(),1:7/(&$#$$$$$')*&++*+),24697/3<>=<9??>;@:ECB;;60.3799?==>(%%')*)%%,--,+$$&*+1199041AE>?HC8>@CA<@DC?==.%&&'#&'+&')*((--*9??DD5157C448665,(''&22-$%)*,%,+*)(&(*//.'%$&&$$#"%'&%&%(')=>A:29;7ACEFB@>$,$$8-,#%%#$($%%.1./+''%)*)'/78%3353/.,-%&+&&3,(+%%%6?F=92,)'''/2.,-.-21//1/67)::>>35<26)56013=AA@>8AACD>EOFD<310=??0'-?BIEFEK??44>>A@AB@A<-2AB1GGCD?GFD?=;;>7;:3/8.$%,0)-.-.-'$/3-'')%$%%#&24589>::;%):>>@;,((&*0?@B=?>6DDGHJG=BD?@479<95/%%$%'')((&'*'5':BE>>99AGJNPF@=?DI>JJ?EF@>>:<+$&&'&%'''%-89B4814222.'%$1$+;<9<:E?485:HKA**60(,$$$)0.36E?=>BB.89.?BD?.'.111/+.+*)'(%&#(*,(.27::9'5?;0(/77/11AA=CNA>?BCJDJFEC;:7>ND??81/0EF>CC>38@=,17<51'02./1)*,))4568'=8$2253)'.<=DB@.94.0;>@=BE?2.//'$#%#',-)'/(*)-,/$%%++)%&%$$$$$$$$$,36@@CBC2-;8:<8.12:-+/.1(%'%%$&**0*&''4962112*%%$$%%$'$$%$((89979;8*0@EA9?>@<=@AC@1968,,123/-.,$$%(''*6+-0,*13788;>AF@'4454)///1.&,01,0057?GGED469:>;9=6((&&$&,',()2<<;9--*,.(**)14'5<=AC?C?D=@=BED><9;;-,=@>7+6@<>:HADC>D=B=?)69B?@2?>>=C>G95;6899961/??<@@<>>DCD:9:C3:98<0=;7:2447768>:<@@CDD=>>:5;9<7881&'&$%%)-'(%(%''-29999;;9*'%$7;81,,+,)%0.1,))/264671280(*%%&775;=:=/-?ADEIA=:GD9D?<9CFD:746<;9=1*''%%'&)121431))&%$##$&&&%*+(+*+**($%##&)+)%$%#$$)',,($$(&.2(&.031'1$##,+%&%#%$**%%)%$&%$%&$##$%&($(+).0$$#$$$/*(*($%'-.%&$'(*+%&$+,/(')$$#(('($$$*1257<=3''&%'('(($%#%#&'(''&'0/&$%$$,-&%&($$#&%"$"%$%#&%%((')$$(%$$'$)%%%($''&#$$*&,,'$,11./6/&&($&..&&##%%'*&&%%(##$#$#$),)&#%%%%$&##('%'(+%%%%$#$%%%)%&$$'$%%%%(+,*'$&&%999=>BA8-()55--,/06884?8=8=84:2*0+;=?@9-6,''%''$$#%#$$&%+&3989:?EE?;:=4<3)13()(/+*)()>77>@:5;;@918:@95.*'$$$%$$%'(%'&)57=<66969/$&$%*4993)+<;21444,&'')&)'$)$&%$4-$%*/&##)%&)'%%%,,/,&/34<:;7..(('$$'+%)7::78987/%$%*+09FHGF;;:7368EDDI+7DC>754$&1=*&$&'&%.2957>>,'BMJDHB99;6/'(%$)++''#$)'&')*,*')+47DC>=,0?C9*(0$%.)+)%,,./=?B@@F=A@4622.+%-.(('&&)&891/112-((*#*+'%%5777:;:4:;::5655:92668&&('('''%(#$%%--4'7<@9<'%#''<>@==;BCA<:%)7;792>*9:>@?@1AB;=9EHC>=;99<>813887$$%%)--'%$%%$(485.-,./-,*#%',.-643/,%(%'&1*-1)+),+.24889@EBCC?<;B?A:778=:655798;??9@@ECEJ=;>?GLK:@89@A;?94330/?@@@=676/'14::9?@F>=7AA?JJHF@A648;@CA=@C=5>3-,,')+.20$<;8;:4($%%%%/0761%&$$*12;>;)&&11A>>?B=-+/?@A7&143346,*55+,+457?>?@?B:9@@C=<4;;102+1+%#$$)*21.'%+*,23<945-+**,,'-%+&$$#(%$+-23)&'(&33%'*4,4=>2+<:<=9<46CB7==HCFH=AHI@@B%$$5?><=;268;AEAJK9849==5/11&**)(('(+,.+78,65//,46;89:1548622))+0218844599>>GFCENN?7889B=93:-$&('(+43669<<=32B8:8?B>C:20%%&;)54,/2655B??<;7.)$''(#$&'1+('+68<:.'''%%&$+1449;@BA>>=<=@BC=:6/+)'$&(,)+%%&&),)).*(('(,,,($&(*066:<7D?DD>6==FBA678>DHB0BCC@><>?/'0+).&&+$'(01-.3:?>@@;&16))%&'%%&'5577<@@?B?<=8'A(85F?>FBCE>CEGCB746?>97:A>;::9((,1*0;DA6@-1997>/46:DG<@9FF@5*((1+)-/*51973'%%)/8?CE5+)+#$$$%)%(.81+-3..-==BJDB,6:64,=>AC=9;?CDD>A>;=;AD>AB7FIGHAA@>9-*/8A>?;;CIHB:?:;/(''$$%%#&$&$$%%###%$&%$)(%#%%$%#$+/('%-)&'(,-0243+&&&*'(*)$&&,,%&(%&3??@GHHHIHC<9;9:A?<<:)$%*++14//11361>>A8<;:;FNKEAFGE;*&%&*12:98:7ACA>?LVJKRIFEEDDGGIIMMEK.B7B?CEHFFDELHA>;==C-MJ&%:=?*B=89-0B4%AFFDGIHGEGKJKF@D?@>/*;?=;;=C?DE::7::?@;;768=;43-00121::32/GGBKIPPG>A%42+-+1-.%$%'%#"#$0576:;;35*%.)((#"&%+066(03)%$%43:6-,=>?9:4-/&317ADB=BEF>C-2+,=9:?@=:?EC@<.57BCEAA<:::;:3%'(/+(2/22%-:FGI8B@;=AJRMNKH>%+B=:>>BECFAA??19<89:/<$,48=6>=43%68<:@:8:11($%)-.+..8317GF>D@B?A;0&085+/*'+#$&%&$**'+4558<<=/826=;;1%*$'$$#'$&&%'$'*99;:?>?BB?9@AEEIKD>;4%68:@IIMIA46<;=>=@FDGGHHA>;=8DIHB?:=>=;:.+%%%&5422444-&&23,-30)'*%'#$(+78>>>9)*'6<;;<94$%%&&$%%$$%%$(&&&$#$%#$&(($%-%&&'.1:;:88+,+1303'(&&/$2322322138;<=BA?@AJH>FCFF9)*8;=C8=;CIABDA6@ABIJCC=>2?<222FIFAB/A>@@43F>9FB;CBFFHG=>64*28;9:(('(97:;=A=ABB;.%)$&#%$%)'././1;=85*+)+&$&(*++($$$&%$#---,$'%$%%%&-9:=?=>A?>*&(#20527576%345<5;>?9)>9;750.&')4399;;:,,,-/'3%(('*;>@CHHIHA7;>>B@03DEGBCC9B>72/$&&&)999605:7-&,552@<<>@;(%%$),,+((-+&%$,668=<:/(%$%##$'*&&9'''&%*.=?FBJC<@??233684.252346@A>>??<995&)199>AB?91770((&&$*,,&57:<=97**-<<54,(%&)(%%'%$$$%.2-1>A8=?>BII7-19>G=;AG=BEGADAA=A9110+$(*6.(),,2,1,.(*.()()-%'/+1:9?@><<4/)-,+&$$'%&*3('()&''+)+35:970-($$$$$$$%*+-455.23..-.97559:7<96'*,1&%&$/779<832.)(+,&$,/,/5,')*,,A9:C?E>?@BB24123233**+%&%'#$#$$###)++'%&0:9@7;=9@A@>@?13?>?/-4<>@@868AF>;-'//../(&%%)&&&21@?A79'+6@0*,0/.%&*&---*/('(),6>?=<:4/).3+..;*%$%(..-/6=.'&''(((('',&&)&'.$($(9AB>30136.)'782@78:941C8:-.#$%%%$%$$#'$6',4:<>=3)%182034918''%$$%((+'#%$-,--%#,-107420.(&'%$$%%++33,*&$#($*&'&(',1&%(*($*2&$-66<:5,%%%*-'''-4653++76278::-',.10()(-+*(*)'&)$$*%++$&)'&%-1*1*+,'(&$$*%%%&$%%$$'%+01(&'&///)'%/3,,+.51-%+69-=87:=<1,5>;4.0454379;<82)*'**$%/+,'.'''')*.25*'%'.0.6>?==CDG@=BDNOF15&1345743)*&&&(&$%%&$&''').,%##-.&$%#$%(+,,-)1*(%$''%%2.01+%$ @SRR14011045.26966 7b8260b8-3c4e-4841-b041-0ebe51d6af68/1 AGTGTACTTCGTTCAGTTACGTATTGCTGCTTAGAAGCGACTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTATGTGTGGAGAAGGTGTACCGTGAGGAGCGCTGGAACGCATAGAGTGAAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTAAGGAGAGACCGAAGGTGTATCCGATGGACAACAGGTTGATATTCCTGTGCTAGAGTATGTAGTGATGGAGGGACGCAGTAGGCTAACTAAAGCAGACGATTGGAAGTGTCTGTCTAAACGGTGAGGTGTGAATTGAGTTAAATGCTTAATTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGACGTCACACTGCCCAGAAAAGCTTCTAGCGTTTAAACATACTCTACCCGTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAAGGTGAGCGAAGAGAACTCTCGTTAAGGAACTCGGCAAAATGACCCCGTAACTTCGGGAGAAGGGGTGCTGACTTTATGTCAGTTGCGGTGAATGAGCCCAAGCAACTGTTTATCAAAAACACGGCTCTCTGCTAAATCGTAAGATGATGTATAGGGGTGACGCCTGCCCGGTGCTGGAAGTTTAAGAGGAGTGCTTAGGAGTAATCCCGAAGAGGTATGAATTGAAGCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCAGTTTGATATTGAGTGTCTGTACCACATGTACAGGATAGGTAGGAGTCTATGAGATCGGGACGCCAGTTTCGAAGGAGACGATGTTGGGATACCCTTATTATTGCTAAGCCACTCTAACCCGGATAGGTAATCCCTATCGGTGGTGTCTGACAGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAAGGTAACGGAGGCGCCCAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTATAAGGGAGCTTGACTGCAGGCTACAACTCGAGCAGGGACGAAGAGAATCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAAGCTACCCCTGGGGATAACAGGCTTATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGGTTGAGCTATTCGCCCATTAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAGATTTGAGAGGATCTGCTCTAGTACGAGAGGACCAGTGGACTTACCGCTGGTGTACCAGTTGTCTTGCCAAAGGCATCGCTGGGTAGCTATGTAGGGAAAGCAATACGTAACTA + %$('((<>@0<@A/*;A653/47;<=D7788;=,:4*&(%%(8:<;00119;//(3>*<9:67;;?;?@<<86;<881=@>>>?BC@@::<<<;BB@6304458<>;<;HFIFIJGIF@77/0:6?A@C?539CGGMLKBE@>=81299:875552597<=-7B?:>47288=:<;AAAI=;;1'&$''&'')'5/;56/*,(1/,)+*18959===84+:8439999,<62:678E?KG@<-/3D<;<7=:BF<:;9539:<=?875%$(/67:4>B@=<:;F5>7;::-:;8028620/1.19839230.7>;8<BBHC?<8:??A8@A==CB>A>=?<%%;;=::=;AA'<21D@?B;>8<=4=81017;55?787770-.02?B<;;:CDFHEFD8AGC>DAB=757%&%'72%,,-1BCAA??:632)487<>336?>=>68;;974CDHDE;?@=B?@E==?6396/85>=>;.$%%%%*6=7>@59=366<<<58=<>345.33822'+971627?DCC=AACAB78@B57@AC>=@>?@CA>?9/&364*),1952589'-'8')1370.'$26;@8@3E>AA@KL;=D@;39+-9;=A@ACKLH>?;:D;=@C@@A>:%%;;8',($$044424326-0($'%)%&%'(%,'++,4:=GGFGGFEGJF?713&*;:;B?*A;=;:BB>DDAB7;9?@AAA>5((*#'$))5<<8852.<9<@B3514>CAD68%%(7<9=@@=5DGFED)-?<9?:;5@D@BADGHGA?:989>B9:=>>=9,*))<:'>B?DEBEEBB>@?9<9?@;2)B??>@BF??:BAA88''+A@87696=:<<:9<>FB9A;>=27:8B>8;=C=<00(?94/.6;8886'*875=6<<@>>A=>NJIO87=549;?AAB94:3.2,%%%##&%%(&'($$--1&&978@AA@A58<>>,%7;EAAADJMCB??>5=;<=B>:>@A??;IG:,6<;@??24;5A96899)5/*=BEB;31?=>5CE:BBKF@B@E>???00:;7@:>>?PO?B5@DCFHD:;<=>AGC>?A7+'.)43:?78;94.,)/.>748822,*0--.4858=48<:;@@BGC@:=/297B9:>?4ADFBA96A?AEHA29A=*,-7:;:>>0*+<;7:;;4.:67?@86+(&)/111?B=E:9?9;'=>;;@C@?:9858==99;<@98>??A@=?/0=?:<>89::=;E=A><179(644)+0999:><:B::>>???>GH;8:<9&$+0'$(113=?>AD;:):?<86;7:9;@@>D@<@BF@I>HG?;=9:@??@CA>>>;?;>A6CCAAD<42(*;<;>?AB7$,-/+''(*&(:=;:??:<83L8=D:+%(3*0<8'/6@?DBD8;?BEB7;@>@FB@4DBB=@JKKE@CAG:@?@B/@:8%>DC>@;;:=<'::9?AB=8@9?A;.+$ @SRR14011045.46070 a63ca2a3-efa0-4a82-ace5-71087b657d72/1 TTTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCAGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTCTGGATGAGTTGCGAACGGGTGAGTAACGCGTAGGTAACCTGTATAGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACCGGTAGATGTCGCATGACATTTGCTTAAAAGGTGCAATTGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCAACGACATATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACAGCCCAGACTCCTACGGGAGGCAGCAGTAGGGAATCTTCGGCAATGGACGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCAGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAAGAGAGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGCTTGTAACTGACGAGGCTCGAAAGCGTGGGAGTAAAACAGGATTAGATACTATAGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCATGCCAGTTACGACCGCAAAGGTTGAAACTCCAAAGAAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACTAAGGTCTTGACATCCCTCTGACAACTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACGGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGGGTCTTGGGTTAAGTCCCACCATGACGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCGATCATCATGCCCCTTATATTATGGAGCTACACACGTGCTACAATGGTTGGTACAACGGGTCGCAAGCCGGTGACGGCAGCTAATCTCTTAAAGCCAATCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGCTGTACACACCGCCCGTCACACCACGGAAGTTTGTAACACCCGAAGTCGGTGAGGTAACCATTTGAGCCAACCGCCTGGGTGGAGGATAGATGATTGGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCGCCTCCTTTCTAAGGATAAGGAATGCACATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGGAGGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTCATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAAGAGTTTATGACTGAAAGGTCAAAAAAATAAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCAGCACTAGGAGCCGAAGGACGTGACAAACGACGATATGCCTTGAGTAGCTGTAAGTAAGCGATGGTCGGGGATTTCCGAATGAGGGGAACCCAACAGGTAATACCTGTTACCCATCTGTTAAGGATATGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCGGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAGGAGGGCAAACCGAAGAAGTTTACTCTTCGGGGTTATGGTGCGATGTGAGATCAAAGACTATAGAAGAATGATTTGGGAAGATCAGCCAAAGAGAGTGATAGCCTCGTATTTAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTGCAGCGAGACACGTGAAATCTCGTCGGAATCTGGGAGGACCATCTCCCAACCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGGGAAAGGTGAAAAGCACCCCGGGAGGGGAAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCTGCTTTTTGGCCAGATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGT + AA>===BB=8/1=?ADCI@A5D?>BE>DAAAAECADCEJD'$;02;7>B?>?;BDE??E;?68%.+-+*,&#&(,--2;<@C?>>>>=9@@@>04>:C?9;7GFFC>B:9:::=><==>.*<:=<>;:%8+/722:568B7115;>:&7:CC@@A?B8CEG>BDEC??>?AEH?DE?:;B;EAAB=A?/5;=)(6%/39<<3032'%(./,:<=A?AEF@;6;$969:;;<;<;=:@=CB==:A==8:>?<6.-719;7=77C:;ADA<><767;;:644567;EING@EK=8;;?@G>;<81$05;96;987>:0::/+58:??>C:&4;739<=;;?;F@5@@>88+:<87:8759-)++-/02,*39<>C?8>;;:>==?;:8853-'.;;:;8:220.235556435997-789:8663+)'(.78=8866748?C:@7-2?B@C=99776*/1588>=9:6AABC5BA;A?AFGC<;<::75:?AB2>7-1$4672.1>??AGFF?<98>9AB95589==D=B@<9=>?9:6320354::*+:<<>>@9=?=9.:893>69>::B=A=472456899::9,(&32987=A>9=?5'/*/09*+51)(4::9<;:634&&=<<7E<;>:78:88@@<9<@DA=9BCBA?<<;5;@B::25<>8245;AB;><;:99:EB?@B>BBFC9?>BD<8+++,*)+&(,,:==<$958869>>8=<=>;=:<<2,$'1:<=<<2487?=<=,:9@@A?@8::@A8;:::9A>@=AG?@>A6@DC=ACCJ?@BNC;<)%+.0-1/.49=<;CKB?31/+$%2162@@B9?74545BBGC@?BHB*,7=;@A959::9/%(7>CA@9@DAC==?9@81:==??C:8>;>;8<2.-.-.24*==7713:774..1()**(0:99C8:93B>???C5BFAAAB95<48=:;=<9@9....813954,,+%'$&&(-/0-=>?@DBGC>DBB;:;5,*,''2477923111/'$%&'%%(.0//(&%+66*,<<>A@>@8>DE?FAACA?A?:>+,),<<:..@@;882,()(+.-'(,0%4658A6=AG?F<8:@DB<@C>?<>;:==;>A>@GH8A<>A<68=7<::::=?FC<@:<2@<47?:7776<21.(),%('%(/3%03137-$%4234%&&318:AD?ABAA=;68=8@B9?;@3=:<@@?@A>::C6=?D@==:A=6;?@>?BD9*01623;BHI89<CDFBFF?ABDD;HAPEEBDC>=<8ADD>;A=:@7=?AA>==;68BB799<26-./.1::2,=::??<:@GJDBA>=5BDEG?::@<:@<=>;86468;<79B@A:A:=<=8A@C:>D=59:?G=))=>@6=;?A:==?;?C:G9438?EEGHA=A@:?==@A=88''''&($+-3509EB@?EDEA>:6,+896//00422/1.-/9:CE@DBC5)<:1):DEHG=DDBB?EE>66867CA68=:+'$$#$*+105;>9=865/2/0<<<<<<@EJJC?@>>A@66:98:=:6%+&&1341279489832-)1.)&.%'91>BB-87-->1*$@777:842=BDC@;;:CCCD=??@A:9853*)1<9<754,(*3,,,.47A33926:9-754/).''*,<=<;@G<8=>:@>A:>>9&):>60)%6528@FE?B8;@A91/-3=8;:((3:&&'&%10(%99437;<=?;<:914(*).=83;:4;<1,7/53@CB;<':<>958A:@@?8:9@>:87/./--+,&$$&$*'(&,.(#&+-67;G>A>:?;<;68;9)?B@>96?@?K0887626?@A@?>>;<9CCA?FDBB55:;>??@A@C=>B@>:;=8;><6.+&%%'''%%'(&)('4513)21-+/0.2AC@;<>>FAB?=CA34,8CDDBCG @SRR14011045.57429 54cc4b7b-9af7-4f0e-92d3-485fbda1421d/1 TTGTACTTCGTTCAGTTACGTATTGCTGCGGTGAAATTTCTGATGTAATGTAGAAACTTATGCTAGAATCAAGCCAGTTAAGCCAGTTAAACCAGTGGAGCCGGTTAAACCAAAGGATCCTGAAAATAAGCCAGCTGTTGTTGAACCGGCAGAACCAGCTAAAGAAGATCCTAAAAAGGAAGATGCTCCAAAGGAAATCAAGGCACCAAACACTGGTTTCGAAAAGGTTGCTAACGTATTAGCTTGGGCGGTTCCAGCTCTTGGAGTTGTTGGCGCTTTGACTGCTGTAGTTTTTCGAAAGAACTACTTGGCTCAAAAAGTTAAATTCTAAACACTTAAAACAGTTATAAAAATAGCTTTCGAAAGAGGGCTATTTTTGTGTTTAAGTTTTTTGATATAATATTAGGTAGATTTTAATGGAGGAAAAATGAAGAACGAAGACTTGGACAATTGTTAGCCTCGCGAAACGGCGTGGTTTTATTTGGCAAAGGTAGTGAAGTTTATGGCGGCATGCGTGGAACTTGGGATTACGGCCCACTCGGCTTGGCGTTAAAGCGCAAAATAATGAACGAATGGTGGGAGTTTTTTCGTTTAAAGAAATCGCGAAGATATGTTTGGTGTTGATGCAGCGATTATTATGAACCCAAAAGTTTGGAAAGCTAGTGGTCATGCTGCAACTTTTGCTGATCCTTTGGTTGAGGATTTAAAAACTGGTGAGCGCTATCGAGCGGATCACCTTTTGAAAGATGCTGGAATTGAAGCCGAGGGTCTTTCGAATGAAAAAATTACTGAAATTATTCGTGAAAAAGGTTTGAAATCGCCAAAGGGCAATGATTTGAGTGACGTTCGTAGCTTTAACATGATGTTCCAGACTAATGTTGGCGCAGTTGTTAATGAAAACTCTGTGGCTTATCTTCGCCCAGAAACTGCTCAGGGAATTTTACGAACTAAGAAATGTATTAGATGCTTTTTATCAGAAAGCTTGCCGTTTGGGCTTGCGCAACAAGGGAAAAGCGAAACGAGATTAGTCCGCGTGATTTTGTATTCCGTTCGCGAGAATTTGAACAAATGGAAATTGAGTATTTCGTAAAACCTGAAAACTGGGAATCTGAGTTCGAAAAACTTCTTTAACTAACAATACGTAACTT + '.$;7:@D9>@?4.:==@?>OIKLE<;?<.2??>2CCCC7('$#$,7<:;=7=@C/0;;EB=?>;8CCFG@B=BA=>CC@?1<+&:8;9970*0*.*,**=>%(++5674.79;:20789769:?=-GD@?)&&&&==>D>C:=9;6+.16579G;8<>:?=:-A>:::55,78A((,=B95?AB9C?@B=,(&575;<59;<BEB?;GCA5?@DG@@=DD?><1%(+155678+6*-+-+2868=9>;@)5>ACB?B=:8<:CDFAAAA?==46879BEC<4-.).%,&*-234;6899259--+.7=D?CC>;ECB<9?;A@MMKHB??B@FHJKGD?C>FBKHF;>C@C8*52026;?@BA808056/,)(-5553*-.4:=@B?@<>;=C@B?DCBEBDCD9GF@>;IDF?5=<.,A@91974=:787875//.0('**)/11976@GIED:<>AEB=<>B@6678012=>;5;DCF?@24&'48CDHB>??=>AA@;FACF<=<8ADBFADF?.2897:=<=789?>;CBCCCAGHHI=855CDA1?JG?>703<9:<79866=;BFB?9?=68;56652221135789=;:<=:93+*-),23CDB:AEBC?=@CCEB@D=/,4??BACEG==?=987@EDQKLIBGEBBC77'?8CALHL?=:>A@56:?>C9;=><6..'',(%./$010;::6'+:;>AC@BEHHMIF@CCII;A@IH?<:A8:D;CDC=FI@IJAEHBKIFHHFC@EHHJB:=?@>GG79/8?9BA0AA?5==1>>0,+958:?=>=879:67)$'&%((&$(%#$(&&&%#$$ @SRR14011045.79766 fe894a72-b8d9-47da-8a02-52d9326ac391/1 AGTGTACTTCGTTCGGTTACGTATTGCTCAGGTGGTCATGGATTAGGACTTGCGATTGCACGAGAACTAGCCCATCAACTTGGTGGTGAAATAACAGCAGAAAGCCAGCATGAATTAAGTACGTTTACATTTCATCTTAATTTGAAATAAAACTAAAAAAATTCTCTTTACAAATGTAGTATTTCATGGTAGAATAGCCTTTGTGTGAAATAGCGACAGGAAAGCATGAAGCTCGTCAACAGGTGTCTTATAACAAGTAACCTTGGCTGTTTAGGCGAAGGGCATCTGCACGAATCAAGGGCTTTCTAAGTGACTATTTCCGCCAGTATATTTATATTAGGAGGACATACATATGTCACGTTATACAGGACCATCTTGGAAACAAGCTCGTCGCCTTGGCCTTTCACTTACAGGTACAGGTAAAGAATTGGCACGTCGTAACTACGTACCAGGACAACATGGACCAAGCAACCGTTCTAAATTGTCAGAATACGGTTTGCAATTGGCTGAAAAACAAAAACTTCGTTTCACTTACGGAGTAAGGTGAAAAACAATTCAATAACTTGTTCAATGCAAGCTACAAAAATCAAGGGCGGAATCTAGGTTTCAACTTCATGCTTCTTTTTGGAACGTCGTTTGGATAACGTAGTTTACCGTCTTGGTCTTACGACTACTCGTCGTCAAGCTCGTCAATTCGTAAACCACGGTCACATCCTTGTTGACGGAAAACGTGTTGATATCCCGTCATGCCGCGTAACTCCAGGTCAAGTAATCTCAGTTCGCGAAAAATCATTGAAAGTTCAGCAATCCTTGAAGCAGTTGAAGCTACTCTTGGACGTCCAGCATTCGTATCATTCGATGCTACAGAAAAATTAGAGTTCATTGACTCGTTTGCCAGAACGTGATGAAATCAACCAAGAAATCAACGAAGCACTTATCGTTGAATTCTACAACAAGATGCTTTAATTTTAAGAAATATCTTACAAGCCTACAACAGTGGGCTTTTTTCTTTGTAAAAAAACAAAAAATAAGAAAAATTTATCTCCAACTTCTTGACAAGGCAGAAAAAGTAGGTATAATAGAAAGGATTGAAAAAGCTCAAGGTCACGTTGGTCAAGGGGTTAAGACACCGCCTTTTCACGGCGGTAACACGGGTTCGAATCGTACGGACTATGGGTGTATCGCGGTTGATGGAAATAGGATTTAAAAAAGTTAAAAAAAACCTGTTGACAGAAAAGTGACTGTGATATACTAATATAGTTGTCGTAAGCGCGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCACTATAACTTAAGGTTATAGTACTGAACAATGAAAAAACAATAAATCTGTCAGTGACAGAAATGAGTGAGAACTCAAACTTTTTAATGAGGATTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACATACAAGTAGAACGCTGAAGGAAGGCTTGCTCTTTCCGGATGAGTGCGAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGGATAACTGGCCAAACGATAGCTAATACCGCATAGAGTAGATATCGCATGATAGGTTTGCTTGAAAGGTCTGTTTACTTTTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGAGGTAACGACTCACCAAGGCCACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACTGGCCCAGACTCCTACGGGAGAAGCGACAGTAGGAAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACATGCGTGGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAAAGACGAGTGTGAGAGTGGAAAGTTACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCGGTACTTGATATGCGTAGGTCGAGCGTTGTCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTAGGAACTGTTTAACTTGGTGCAAGAGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGAGCAAACAGTTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGTTTAGTGCCGTAAACTAACGCATTAACTCCGCCTGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCAGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGATCTTGACATCCCTCGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAGAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTGGCAAGTTTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGTTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAATCTCAGTTCGGATTGTAGGTACGCAACTCATACCATGAAGTCGGAATCGCTAGTAATCGCCGGATCAGCGCATAGCGGTAGACCGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACGCGAAGTCGGTGAGGTAACTGCTAGGAGCCAGTAGCCTAAGGTGGGATAGATGATTGGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAATGCACATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTGACTCCATTGGTGGGAGATCACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAAATAAACCGAAAACGCTGTAGTATTAATAAGAGTTTATGACTGAAGGTCAAAAAGTAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCCGAAGATAGGGAACCCAACAGGTACTACCCTGTTACCCATATCTGTTAAGGATATGAGGAGGAAGACGCAGTGAACTGGAAACATCTAAGTAGAGCTGTTAGGAAAGAGAAAGCAAAAGCGATTGCCTTAGTAAGCGGCAGAGAGCGAAACAGCAGGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGAGACTGCAATGTGGACTCAAAGACTATAGAAGAATGACATGGGAAGGTCAGCCAAAAGTGAGAGCCTCGTATTTAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTACGGCGAGACACGTGAAATCTCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAGCACCCCGGGAGGGAGGTGAAAGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCCTTTTGTAAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGTTGAAGAGACAGAGCCGTAGGGAAACCGAGTCTGAATAGGGCGCTTTAGTATTATGTCATAGATCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTACGGTAGACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGATAAACTTGTGGTATGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCGAAATAGCTTTAGGGCTAGCGTCGACATCAAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCAATGAATTATGGTCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAAGGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTACTGAGACAACTAGGATGTTAGCTTAGGAAAGCTGACTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTATAGGTATGGTGGAGAGCGTTCTATGTGTGAAAGTGTACGTGAGACGCTGGAACGCATAGAAGTGAGAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCCGGCTGTCCACCGTAAGACTAAGGTTTCCAGGGGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTAAGGAGAGACCGAAAGGTGTATCCGATGGACAACAGGTTGATATTCCTGTACTAGAGTATGTAGTGATGGAGGGACGCAGTAGGCTAACTAAAGCAGACGATTGGAAGTGTCTGTCTAAGCAGTGAGGTGTGAATTGGAGTTGAAGTAGCAATTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGACGTCACACTGCCAGAAAAGCTTCTAGCGTTTAAACATACTCTACCCGTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCAGAAGAGCTCTCGTTAAAGAACTCGGCAAAATGACCCCGTAACTTCGGGAGAAGGGGTGCTGACTATGTCGGGCTTGTGTGCAGTGGAATAGGCCCAAACAACTGTTTATCAAGCACAGCTCTCTGCTAAATCGTAAGATGATGTATAGGGAGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCCCGGAGTAATCCGGGTATGAATTGAAGCCCCAGTAAACGGCTGACCGTAACTATAACGGTCCTAAGGTAGCAGAAATTCCTTGTCCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCAGTTTGATATTAGTGTCTGACACCACATGTACAGGATAGGTAGGAGTCTATGAGATCGGGACGCCAGTTTCGAAGGAGACGATGTTGGGATACTACCCTTGTGTTATGGCCACTCCTAACCCGGATAGGTAATCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAAGGTAACGGAGGCGCCCAAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTGTCGGGGAGCTTGACTGCGAGAGCTACAACTCAGGAAACGGGGACGAAAGTCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAAGCTACCTGGGGATAACAGGCTTATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAGGCGGCACGCGAGCTGGGTTCAGAGCGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGCGTAGAAATTTGAGAGGATCTGCTCCTAGTACGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCCAGTTGTCTTGCCAAAGGCATCGCTGGGTAGCTATGTAGGGGAAGGGATAAACGCTGAAAGCATCTAAAGTGTGAAACCCACCTCAAGATGAGATTTCCCATGATTTTATATCCAGTAAGAGCCCTGAGAGATGATCAGGTAGATAGGTTAGAAGTGGAAGTGTGGCGACACATGTAGCGGACTAATACTAATAGCTCGAGGACTTATCCAAAGTAACTGAGAATACGAAAGCGTAAGGTTTTCTTGATATTTGATAGATATTCAATTTTGGTATGTGTGACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTACCCATGCCGAACACAGAAGTTAAGCCCTAGAACGCCGGAAGTAGTTGGGGGTTGCCCCCTGTGAGATATGGAAGTCGCTTAGCTCGAGGGAGTTTTACTTCAGCTGGGAGAGCATCCTGCCTTACAAGCAGAGGGTCAGCGGTTCGATCCCGTTAACTCCCATATAAGCGGGTGTAGTTTAGTGGTAAAACTACAGCCTTCCAAGCTGTTGTCGCGAGTTCGATTCTCGTCACCCGCTTTGAACTTTGTTCAATTGCAAGTTTTTAACTTGGGCGCGTAGCTCAGGTGGTTAGAGCGCACGCCTGATAAGCGTGAGGTCGTTGGTTCGAGTCCACTCGTGCCCATTTTTATAAATATGGTCCGTTGGTCAAGGGGTTAAGACACCGCCTTTTTCACGGCGATAGCTTACGGGTTCGAATCCCGTACGGACTATTTTGTTGGAGGATTACCCAAGTCCGGCTGAAGGGAACGGTCTTGAAAACCGTCAGGCGTGTAAAAGCGTGCGTGGGTTCGAATCCACATCCTCCTTTATTATTAACGCGGGATGGAGAGCGTGGTAGCTCGTCAGGCTCATAACCCGAAGGTCGTAGGTTCAAATCCTGCTCCCGCAATATTTGGCTCGGTAGCTCAGTTGGTAGAGCAATGGATTGAAGCTCCATGTCGGCGGTTCGATTCCGTCTCGCGCCATTTCTTATATTACACGGAAGGGTAGCGAAAGAGGCTAAGCTTATGACTGTAAATCCGCTCCCTTCGGGTTCGGGGGTTCGAATCCCTCCTTCCATCTTATACGGGCATAGTTTAAAGGTAGAACTAAGGTCTCCAAAACCTTCAGTGTGGGTTCAATTCCTACTGCCCGTGTTAAACGTTATGGCGGGTGTGGTGAAGTGGTTATCAGATTGTGGCTCTGACATTCGGGAGTTCGATTCCCTCACTCGCCTATTTTTATATTTTTGGGGTATAGCCAAGCGGTAAGGCAAGGGACTTTGACTCCCTCATGCGTTGGTTCGAATCCAGCTACCCCAGTTACTATTTGCCGGCGTGGCGGAATTGGCAGACGCGCTGGACTCAAATCCAGTGTCCGCAAGGACGTGCCGGTTCGACCCCGGTAACCGGTATAGTATTAAAGACAAGGGTTACGGACCTTGTCTTTTTCTCTGTGGTATGTAGAGTTACCAATTTTTTCCATTTTAAAATAAATCGTCAAGTTTATTAGCTAATGATTTCTGTTTGCTTAGGTACAAATGAGAATATGTATCTATTGTTGTTGTAATTGATGCGTGTCCTAATCTTTCTTTAACAACGAGATAATCTTCCCCTTGGTTTATAAGCAATGATGCATGTGAATGTCTCAAATCATGAATTCTTATCTTCTTTAAATCTTTATCCCTTTCTAGTATTTGCTTAAACTTCTTATCAATCATATTTTTTAGTAACAGTTACTGGTGTACTCTGTATTATTTGTAGTTCATCAGTTTTTTGTAAATTCCTCAAGTTTTTCTTTTTGTTTTACTTTCCAATCTTTTAGCATTTCTGCTAATTTCTGATTGATTGTTATATTTCTAGTTCCTGATCGTGTTTTTGTTGTATTAATGTAGCTTGTATTATTAACAAAGTATACTGTTTTTGGTAACGTATATTGTATTTGTTAATAAATTTATATCATTCCAGTTCAATGCAAGTATTTCTCCCATTCTCATCCCAGTAAAGCAATTACGAAGAACAGGTCATAGCTTATTTCATCATCTCCGAATTAGTCCTCTAAATCTCGTGAATTCTTCTATACTCCAAAACTTAATATTTGGCTTTCTAATTGGTAGTTTTCTCAGATTCTCAACAGGATTTTTATCAATGAGAGATTTTCTTATATACCAGTATCAAAAATTTTTTTAAGTAGAATTAGAACTTTGTTAATTGTATTATAGCTTAAAACTTCATTTTCATTTTTGTTTTTTAGCGGTTTCGTTTTTAGGTATTCACGAAATTCGAATATATGGTCATACGTTATTTTATTTAAATTTGTATTTTTAAAATAGGGCTTAATATGACGCTCATAATTATTTCTTTGTGTACTTGTATAGCTTATTTTTCTGCTATTTTTCAAATCATCTTCTTCAAGTAGGTCCGAATAACATATCTGTTGTCACCACAAAAGTCAAATTGTTTTCTTTTAATTCTACAACGCGTATATGTTGTTCTAGCTCAGGAGCTTCTTTTTTAGATTTTAATCCTTTTTCCGAATAATACGTATTCTTTTTTGTGTGACTGGGTGAAACCGTTAGAAACATCAACGATCCATTTACCACTTTTACTTTTACGAATAGTCATTCATTACCAACTGCTTTCTGGAGTTCAATTCTAGTAGTTCTTCAGCGACACTGGCTGGAATTGTACCAATCCGTTTTGTTATCGTAGATGTTAAAACCACGATTCACTAATAATAATTTGCCGGTATGGATAATCTTTCTTGCAGTTCTGGAGCAAATCCAAGTTCGATAGGTCATCTTTTGTTGCGGTTTTAATCATGTGATCTCCTTTTCTAAATAAGTTAGTAAGGGGAGGATTTACTCCCCCTTGTATTTTACTTATTTTTTTGTTTTACATCTACTAAATGGATAATATCCTTATGTGTTGTCGTGCTAATCATGATAGCTTGTAAATTATCAAATGTAACTAGTACTTCATCCATTGCTTGGATATAGTCATTATCAACCAAGGCATCTGGATTGTCTACGGAGACTTGGGTTGATTTCTTTTTGAATTGTCCATCCTTGATCATTACATTGTATTTCCAACCAATGATTTTATTGGTATTAAAACGTCTTTCGCTACCATCTCGGTTTTTGATAATTTCGCCGTTTGCATCTGCTCGGACTTCCGTTTCAAATTTTGGAATAACTTCATCCAATTCAAATTTTGTTCAATGTTATTAAAATTCGGTCATTTTTGTGAAAGCATTTTTGCCATAGTTAATTTCTCCTTTTGATATTTTCTTTGATTGTGGGATCAGTCTCTCTTTAAAGTATTGCCCTTTCTATTAATCCACTTGCTAAATCTGGTGGATATTCCATATTGTTGAGTGCGAGATGGAATTAGATTTCTCATGATCATGCAATAAATTATTGTCGTATAAAGGGTATACGCTTTTAGATAAACTCCTGAACCTTTATAGGTAAACCATTCTAATTTTGTTCCAGTTCTGTTTTTGGTTTGAAATAATGATAGAGACAGGTCTTGAGTGTCTAAAAACTTTCCCAAGATCTCAAAGGTTTTGAGAAGTGACTATCACTATAGAACCTCACTTTCTTTGAGATATCCGGCAATGCGATTGAGAAGGTCTATTTCTGAATGCAACCATTCTTGAATGAAGTAGTGAGCTTTTTCTTTCCTAAGTTCTAACTCAGTTCTTATCCAATTTTCTATATACCGCTTGCTGATCGAGCTTATAAATGCGTTCTAAGCCTTATCGTAAATTCTAAGTCTTTCATCATCATTGGGTTTTCTTAAATATAAGGTCTGACCGATTGTTTCATCTCCGTAGGTATTGTAGTAGGTGCTTTTTCCATATAGAAAGCGTTTCTTCTGACAAATCTTTAGAAGCTGATTAGGAGTGAAATAAGGTGTTTCATTAAAATCATCTATTGCAATATCGAATTCGTCCGCTTACTGAAAAATGAATGTAATTGTAGCAGTAAAGGTTGTGAGAAACTGTCTTTCGGACAGACTATTTGAGATCTAATACCTTATCTCTATAGAACTCTAATTGCCTGTCCTGACATGACAAGCATATGGGACGACTCTTTCAGATCCATAGTAGATACGGATATTCCCATAATGAAGCTGGCTATCATAGTTATAGTATTTAAGGCTCCCCTTATTCTCAATAAATAGGTCAAAGTCAAGAAATAGGATATCTTCGATTATTTCTTTTTTAGCGAAAATTCAGTCTTATCAAACTGAATTTGAATCTTGATCAAACTCTAGAGGAGCAATAAATGCTCATTTTTGCCATAGATTTTGATTCCAGCTTTTTTCATTACGCACCCTTGGAAATCTCCAAAACCCTTGGTAATACTGAATTTTTCGGTGGTACCTAACTTGCAGAGGGTAGGTGTTACTACACACCTATCGGTCAAAAATGGTCCGTCCGCATCTACGCTCATTTTCGGCTTTCTGCCTCATGGCTCAGCCGAAAACTCGCTATTAGCCGAACTATTTTTTGACCTCTTGTTAGCAAACCTAGTAAGCCGGTTTGCATCGACTCTTCAATATCTTGGATTTTCTTTTAGGTTGGCATTCTCAATTTGTATCAGTCGTATTTCTCGCTTAAATTCCTGTTTTAAGGCGCTCAGTTCATCGTAGAGCTCATCTATTACTTGGTTTAGGGATTCATGCTCATTGTCTGCTAGACTCCCAAATACGCCTTGTATAGCCTCTTTTAGACCTATTTCAAGTTTTAGTTTAGCTAACTTTTGAAATTTTCTAAGGTCTTCGTCTGTGGAAATCATAGGCAACTGTATAGCAATTGATGAGGTTCTGGATTTCTGCGATAGGAACTTTTACAATTTTTCTTAAATTCCTTGCCGCTTATCTCTTTAATCAGTTGGATCCAATTTTTAAAGTAGAGTGAAGTTTAGGCCAGAAATTTGATTGACTAACTCTTTATTGGTCATCTTTTTCGAAACTTTCCGAAATTTTCTTGTGCAACTGAAGAGTTTTCTGTGGTACTAATTGTTACATAATATGTTTTGATCTTGGAACGAACGGCACATTTGTTTCAAGATTTTTTTATTTTGTCGAATCTTACCTCCTTTATTAAAATTTTTTAAATCGACTACTAGTTTTTATACGCTTTACCTCCTTTTATGCTATAATATTCTCAATGGAATATTTAATCTTAAAATAAATATTCCTTATGGAATAATTCTATTTTATACGTTTAGAATATTTTGTCAAAGCAAAAATATACGAATAAGAATATCTATAGGAGAATTATGTATACAGAGGATTATAAATTTTTCAGAGGTTAAAAACTCTCAGAAAATCAAAAAAGTTAACTCAAGTACAAATATCGGAATTAATTGGAGTTCAACAAGGGACATATTCTCGGTGGGAGAATGGAACGTTAGAACCAGGATTAGAATTCGTTGTGAAATTAATAAGTATCTTTAATTTTACTACAGATTATTTGCTGGGACAAAAAAAACATTTAATTATCAGTAGTTTACCTCTAGAACAATTAGATCTTACCAATATTGCAAACTTTTCAAAGGATGAGTTTGATATTTTGAAACTTATTCAATAGCAGTTTCGGTGGCAAGAAATAAAATAAAGGCAACAAAGACTAAAAGATAGAGTTATAGAAAAAAATCAGTTGTCGAAAAGATAGAACTTTTTGAATAAGATTTTGAAGAAGTTAAAACTTATTGGGAAAACTAGAAGGACGCTAGTCTTAAAATTTCTCCCAAAATGTGTCTAAAATATTGACGGGATTCCATTAAAAGAACATTTAGAAGTTTCAATAGGTAAAGATTAGTATATTCTTGTTGAGTGATTTTATTTTATGAAGGTTGTTTATAGTTGAAAGGGAAAATAGATGGTCTCTAAAATTGATACAGCCCAGGACTTGTTTCTGGAGGGAAAAACATCGAAGCTAAAAAAGTTGGTTGAACAAGATTTTTCCATTGATACTATAATACAGATTACAGCCTTTTAAATCTGATGGGGTATTTATTATTGGCAGAAAAAGACTATGCCTCGTGTACCTATATCTTTGAGAAATACATTTTATTAGCTCAACAAAATGAAGATAAGAAAATGAACATATTAATGCATCAATTAGCGATGATCTACAGAGAACAGGGTGATTTTCATAAGGCTTTAAAACTCATTGAAGACGAAGAAGATAGTTGAAGAGTATTTTCCAAACGATAATCTAAAGAAGCTGTGAATAACTACGAACAAGGCTATGTGAGATTTAAATTAAACAACCTTGATGAAGCACTTACATTCATGAATCTGTCATTGGAACAATCTTTAGAAGCTGATGACGTGATTTCTCAAGCTTGTAACTATAGAGGGTTAGGTGAAATCTGTTGGCCTTGGAAGATACGGAATTATCCAATAGACATTTCAAACGAGCTATAGAACTTTTCGAAGTGTTGGAAGTTTAGAGGATAAGGAAATTGAGGAATTGATTAATGAATGATTTGACATTTAGATTTTGCCATTAGTTTGTTTTTGCTTTGAAACTATGTTAGTCTAAGTTGCTAGTATTTTTAAAAAGACAAGGTGTTTTATCCTTGTCTTTGTCGTTTTGGTATTGCTTTTGTTTCAATGTCAATAAGGATGAGTAAAGGCTGGGACAGTAGTCTCAGCCTTTTAGTGAAGATAAAATCTTCTTAGAAACTTTCCTTAGGAGAGTACATAACAGAAGGTTAGGGACTCTAAAGCTAAGTTTTGGTATTTTTTTATTTGACAAATATAAGTAGACGGTGTATACTTTATAAAAAAGTAGACAACGTATACTTTGATAAGGGAAGGTGGTCAAATGAAACGGAATACTACTTGGAAGAACTGAAAGAAAAGTTAATTTCGAGTTGGCATTGAAGAAATCAGAACTAACGGGATTGACCGGATGTCTATGCGTACAATAGCTCAAAAATGTGGGGTGACTCATGCGTCCCTAAGCATTTTGGAAGTAAAGATAGATATATTCAAGTTGTTATGGAACACTTATCAATGTTCTTTTTGAAAAATATGATACTTGGAATTGATACTTCCATAGATGCAAGAACTCAACTAACTCTGATGGGCTGTAACTTTGTATGGTTTGCCCAAGAGAAGCTCTATCTATTTGAAGCATTATTTATCAAATTTCCATATAACTATGTAGATTATCCCAGGAAACTATTTCAGTCAACTCCTCTTTACCGGTTGAACATTCCAAGTCGGTAGCGTTAAGACTTAAAGATGAGAAAATCTTTCTAGTAGTGACGCAGAAATATTGATCAATTTTTGGAGTTTTATTGCTGGTTTGGCTCTATTGGTAAGGAGTCCTGTTGGAAAACTTTAAAAATGATGTTCAAAAGACCGTCAGAACGATGCTTGATATTTATATAAAAGGAGATGGCTGATGAATGTTTTAATAATCTATTCACATCCGAATGAAACAAGTTATAATGCGTCAATCCTTCAAACTGTGCAAAAGCATTTAGCACAGAGCATAGGATTAAAATAATGAACTTATATAAAGAAAACTTTGATCGGTTTTACGTTTTGATGAAACGCATAAAAGGAGAAATTTACAGCATAATGAAGACATGAAACCATATAGAGATTTATTGAGTTGGGCGGATCAGTTGATTTTATTTTCCCTACTTGGTGGAGTGGAATGCGAAAGCTATTTTAAAAGGTTTTATTGATCGTGTTTTTGTTGCAGGTTTTGCTTATCAGGTGGACTCGAGAGGTCGGTGGGGAAACTAGATGGAAAAGCGTGGATCATTACGACGCATAATACGCCAAAATTTTTTCTTCCTTTTCAAGACTACGCAAAGGTTCTAAATCTCAAATCTTGAAACCCTGTGGTATTAAACCGGTTAAAATGACACAAGTTACACGAGTGGAGTATATGAGTGATCGTCAACGGAAAGAAGAACTCGAAAAAAATCGCACAGATAGCCAAAAGGATATAAAAACGTGCGTTATAAGTCATGACAGAGCATACAGAATATGAGCTGACAGGAAAAGGAAATCGCTGATGCCGATTTTAAAGGACTTGAATCAATGGGGGAAAGAATGGTTGCATTAAATTTTCTTCTTCTTTTTGTCACTTTCATCTTGCCACTTCGGTTCTCATTTTGACCGCTTATCCCAAAGGCCGTTTTTTTAAGCAGCTTTTTTGCTTTAGACTGATACTGTCAAAAAGGAGAGAACATGATATTACCAGCTAAAAACATCAGTAAACGGTATGGAAATCATCTAGTGGTTGATCATATTCACCTACAGTTTGAAAAGGGGAACGTTTAATGCGATTCTAGGACCAAATGGGGCAAGGAAATCAACGACTGAGAAATAAGATTATTGACTCACTATTTATGGAAGTAGTTATTTAAGAGAGAAAAGATGAGTTACCAAAAAGTTACTAAAATTTAAAAAATGAGTCTATTTTGCAAGATTCAAAAGTTCTAAAACCCTATTAAATCAAGGTTATAAGATTTAAAAAATGGGTTCATAGAACTCAAAATCCAGTGTCCTGGAGACGTGCCAGTTCGACCCCGAAGTGCCGGTATAGTAATAACGACAAGGTTTTCGAGCCTTGTCTTTTTATTTTTTCTTCTATTTTTCTCTTGGAGTTACTTAAAATTACAATTTATTTTTAAAATTGTTTTATCTTGCAAACATTTTTACTTTATTTTTACTAAATCTTAATTTATTTCTTCTAATTTTTAACTATAACAGGTCTATACCATTTACAAATTGGCAAGAAGGTTTATAATATAATTGACATAATAAATATTAAATTAATCAATTACGGAGGTTATCATTATGCCTAAATATATCCGTGGTGTTTTTTTATCCTCTTAGGTTCGTCGTGGTGGCTTTTTAGAGCTTATTGATGGAAAATTTGGTAAGCATGTGGATCAAGTACCTGAGGGCTCTGAAATTATCGACTATAGTGGTTATAGTATTGCACCTGGTCTTGTTGATACGCATATTCATGGGTTTGGTGGGGTTGATGTTATGGATAATAACATCAGAGAGGTACTCTTCATACAATGAGTGAAGGTCTTTTAAGTACAGGGTTACTAGTTTTTTACTAACAACTTTAACTTCATCATACAGTACTTGCTGTTACTAAAAAATATTGGTGCCCGCTATAAAGAAGCAACTGGGGCTAAGATTCGTGGTATTTATTTTTGAAGGTCTTACTTTACTGAAAGAAATATAGGAGCTCAAAGCCCTGCTTATATGAAAGATCCTAGAATGGACGAATTTCGTGCTTGGCAGAAGAATTTGCTAATGGTCTTCTAAATAAGATTGCTCTTGCTCCAGAACGTGAAGGTGTGAGAGCTTTGTTCGTACTATTACTGGAGAAGGTGTAACGGTTGCTCTTGGTCACTCTAATGCAACATTTGATGAAGCTAAAAAAGCTGTTGATGCTGGTGCAAGTGTATGGGTACATGCCTATAACGGTATGCGTGGCTTGACTCACCGTGAACTTGGAATGGTTGGTGCTATGTATGAATTGCCACACACTTATGCAGAATTGATCTGTGATGGTCACCATGTGGATCCTAAGGCCTGTGATATCCTTCTTAAACAAAAGGGTACTGAAAATATTGCTCTTATTACAGACTGTATGACAGCTGGTGGTTTACAAGATGGTGACTATATGTTAGGAGAATTCCCAGTAGTAGTAGCGGATGGGACTGCTCGTCTTAAATCTACAGAACTTGGCAGGTTCTATTCTCAAACTTAAAGATGGTTTGAAAAATGTTGTTGAATGGGGTATTGCAAATCCTCATGAAGCAGTTATGATAGCGAGTCTCAACCCTGCAAAATCAGTTCACATTGATGATGTGGACAAATCCGTGAAGGTTACGATGCTGACTTTATCGTTCTTGATAAAGATTTGGAATTGGTAGCAACTTATCTTGATGGGGAAAAACGTTATCAAGCATAATCTCTAAAGTAGAAACTAATTTAGTTTCTACTTTTTTTAATTGAATTTGTTAACTTCTTCACATATTGCTTGATTTTAATTTTAAAAAGAGCTTGCAATCATGATATAAACAATACAAATAAAAAAACGGAGGAAAACTTTATGAAAGCCTATACTTATGTTAAACCAGGTCTTGCTTCTTTTGTTGATGTTGACAAACCAGTTATTCGCAAGCCAACAGACGCTATTGTGCGTATCGTAAAAACCACTATTTGTGGAACAGACCTCCATATTATTAAAGGAGATGTTCCAGCTTGTAAAGTGGAACTATCCTTGGCCATGAAGGAATCGGGATTGTAGAGGAAGTTGGAGCTGGCGTGTCAAACTTCAAAAGGCGATAAGGTTTTGATCTCTTGTGTTTGTGCCTGTATGGTAAATGCTACTACTGTAAGAAGGAATCTATGCTCACTGAAGATGAAGGTGGTTGGATTTTTGGACATTTGATTGATGGAATGCAGGCGGAATATCTCCGTGTACCGCATGCTGATAATACTCTCTATCATACTCCAGATGACCTGTCTGATGAAGCCTTGGTGATGTTATCGATATTTGCAGGCTGTAAGTGGTGTCTTAAAAGGAAAGTGGAGCCTGGATGTAGTGTAGCTATCGTTGGTTCCAGGACCAGTCGGATTGGCATCTCTTTTGACAGCACAATTCTATTCACCAGCTAAATTGATTATGGTGGACCTAGACGATAATCGTTTAGAAACAGCCTTATCATTCGGTGCTACTCATAAGATCAATTCTTCAGATCCTGAAAAAGCAATTAAGGAAATTTATGATTTGATAGATGGACGCGGTGTAGACGTCGCTGTTGAAGCTGTCGGTATTCCTGCAACATTTGATCTCTGTCAGAAGATTATCGGTGTAGATGGAACAGTCGCTAACTGTGGTGTCATATTAAGCAGTTCAGTTTGATTTGGATACTCTATGGATTCGTAACATTAACGTAACTACCGTTTGGTTTCTACCAGCACAACTCCTCAGCTTTTGAAAGCTTTGAGAGCCATAAAATTGAACCAGAAAAATTAGTAACTCATTACTTCAAACTTAGTGAAATTGAAAAGGCCTGAAGTATTTGGCAAGAGCTGACAGATCATCATGCGATTAAGGTTATCATTGAAAACGATATTTCAGAAGCTTAATCGAATTTTGAATCCAGTTATTCTTTTTAGAATAGCTGGATTTTTTGAAAATATTAGATAATTCGTGAAAGCAAGCAAATTTCTTTCATTGTTCTTAAAATTTCGCTATAATATACGATACAAAGGAAATGAAACTATGTATCGAGTTATAGAAATGTACGGGGATTTTGAACCTTGGTGGTTCATAGAAGGATGGGAAGAAGACGTCATTAGTAGTAAGAAATTCGAAAACTACTATGATGCCTTGAAGTATTATAAATCTTGTTGGTTTGAGTTGGAAAGAAAATTCCGCTTTACAAAAGTCGTGGGGACTTGATGACTATATTTTGGAATCGGATAAACGTTGGTGCGAGGAATGTGACGGGCCTATAGGCAATATCATTCGCTGGCTTTGCTAGAAGATGGTCAAGTCATCCCGGAGCGAAAAATTCCGACCAGGTTATGAGAAACAAACTGGTTTAGAAAGCCACAGAACTTGTCGTATCAAAAAGATGGAACAACTTTTTAATAAAGTTGTTCTTTTTTTGTATTTTCTTCGAATAATAAACTGAGGAGGAAATATGGTACAAGCGCACAGAATTGATTAGTCTCGCAAGGATGGAGCTCAGGATATCTATTTTATTCCCAAGGATAAGGTTTATGAGCTACATATGCGAATTGGAGATAGAAAGACATCTAATTGACACCTATGATTTTGAAAAGTTGGGGTCTGTCATTAGTCACTTTAAGTTTATTGCGGGGATGAACGTAGGCGAAAAGCGTCGTAGCCAGCTTGGTTCCTGTGACTATCAGCATGATGACAAGGTTTCTTCACTCCGTTTATCAACTGTAGGGAGATTATCGTGGGCATATGAGTCTAGTTATTCGACTTTTACATGACCAAGAACAAGAGTTGCACTTCTGGTTTCAGGACCTTAAGGAACTGGAAAAGGGCTTTAGGCAACCTTGACCTTTACTTATTTGCTGGTCTGTAGGAAGTGGGAAAACAACTCTGATGCATGAGTTAGCTAAGTCATTGTTTAGGGGACAGCAAAGTCATGTCCATTGAAGATCCAGTTGAAATTAAACGGGAAGATTTTGTTAGCTCAATGAAGCTATCGGGCTGAACTATGAAAATTTGATAAAGCTCTCCTTGCGACATCGTCCAGATCTTTTAATCATTGGAGAAATTAGAGATAGCGAAACAGCCCGTGCTGTTGTACGAGCTAGTTTGACCGGTGCCACGGTATTCTCGACGATCCATGCCAAGAGTGTTCGTGGGGTTTATGAGCGCCTCTTAGAACTTGGTGTCAGTGAAGATGAACTGGCAGTTGTTTTACAAGGTGTTTGCTACCAGAGACTAATCGCGGGAGGAGGAATGATTGATTTTGCAAATGGAAATTATCAAGAACACCAGGCAAACAAGTGGAATGAACAATTGACCAACTTCTTAAAGAAGGACATATCACGGCCATTCAAAAGCTGAAACGGAGAAAAATTAGCTACCAGTAAGCAGAAAAATCATCACTCTCTTTAACAATTTATTTTCAGTGGTTTTCACTTAGTGAAATCATTTCCTTTCTTGATAGAAGTCTTTTGTTGGAAAAGGAATATGTTTCGCAGATGCGCCTAGGACTCTCGCAGGAAAATCCTTCTCGGAAATGATGGGGAATTTAGGTTTTCGAGTGCGATTGTCCTCCAGCTTTCATTGGCTGAAGTTCATGGAAATCTCCATTTGAGTTTGGGGAAAATTGAAGAATATTTGGATAATCTTGCTAAGGTCAAGAAGAGGTTAATTGAAGTTGCGACCTACCCACTTATTTTGCTAGCTTACTGCTCATAATGTTGGGGTTGCGAAATTATCTCTTGCCCCAACTGGATAGTAGTAACATAGCTACCTTAGTGATTAGCAATCTACCACAATTTTTTCTCGGACTTACTGTGGTACTAAGTTTTGCATCTTTAACAGGGCTGATTTTCTACAGAAATCTAGGGAAGATATCAGTCTTCTCTTTTCTGGCTAAATTTCCATTTCTAGGTGTGTTTGTTCAGTATTATCTAACTGCCTATTATGCTCAGGGAATGGGGAAATGATTGAATAAGGTTTAGGTTGGCACAGATTTTCCAGATGATGCAGAACAAGGGAATCCTCTTTTTAAAGGAAATTGGATACGATTTAGAGCAATCTTTGCAAAATGGGGCAGGAATTTCTGGGTTGTTCAGACCTATCCCTTCTTTAGAAAGGAGTTGGGGATTAATCATTGAATATGGAGAGGTTAAATCCAAATTGGGAAGCGAATTGGAAATCTGGAAAAAACCTGGAATCCTTCTTTACTCGAGTTAATCGGACCATGAACCTTGTTCCAGCCACTGGTCTTTTATTTTTGTAGCCCTGCTAATCGTTTTGTGTGTATCTTGACTATGTTCTTTATGATATCAAATATGATCCAAATTTTTAGATGAAAAAATGATGATGAAATTAAAAAGAAAACGAAGGCAAAAGCTTTTACACTGGTAAAGCCCTATTGTAGTGGTCCTTCTTATCATTAGCGTCCTACTCTTATTGTTTGTGCCAAATCTTACTAAGCAAAAGGATGCAGTCAATGATAAGGGAAGCGACTATCTCGTCAAGGTGGTAGAAAGCCAAGCAGAACTGTATAGTCTGGATAAAAATGAAGATGCTAGTCTAAGCAAATTACAGGCAGATGGACGCATTACTGCTGAGCAAGCAAAAGCCTATAAGGAATATCATGCAAAACAAAAGACAAGTCAAACAGTTTCGGATTAGGCTTTTACTATGCTAGAAAGTTTATTGGTCTTGGAAGAATAGTCAGCCTGTTGTAGCAGAATTTTGTCGAGTTCAGTTCAATCAACTTTTGCTGAAGCTGTGGAAAGAGCAAATTTTCTTTGGAGTTTGAGGAACTTTATCGAGAAACCCAGAAGCGAAGGAAGTCTGGCTAGCCAGCAGAGAAGATGAACTTAATGCTAGAAAGAGAGAAGTATTAGGAATGGCTATCGAGGTAGTATTTCCTAAAGGCGATCGATTACAGGTCTAATCGATCAATTACCTTTGATAAGGCTGGAGAATTCGTCTCTAGCTAGCGTGAGATTTCAAACAAGGAAAAGAAGTGGTTCGCTACCAACTATATCTAGGAAATGGAAAAGGTCAGCATTATTCAAGAAGCAAAAATTAAGGCTGTTATTCTACTAGAGGCAGTGATTTCACTAGCCATTTTTGCCAGTATAGCCACCCTCTTGCTGGGACAGATTCGAAAGTAGAAAGTAGAACTTCTAAAACAGGAAGAAATTTTGCGAGTGAAGCTCGTATGGCTTTGCAGACTGGACAAAAGCAGTTAACTGTCAATGGCCTTACGGTTCATGTTGTCTCGAATGAGCGAGGTTTGGAGGTATACCATGGAACGGAGAGAAATTACTGGCGATTCAAGACAAGTGGGGTCAGAGCTTTTACACTTTTAGAATCCTTGTTGCCCTTATCGTTATTAGTGGTAGCTTGCTCCTCTTTCAAGCTATGAGTCAGCTCTTGGTTTCAAGTTCGCTACCAGCAGAGAAGTGAGCAAAAAGAATGGCTTTTATTTGTGGATCCGTGGAAGCAGAGCTGAATCGAGCCCAATTTGAGAAAAAAGTGGAGAATGATAGGCTTACCTCAAAACCAGGAAGGCAAACCATTTCCATGGGTAAAATCAAATCAAATGATTTCGGAAAACAGATGCTAGTGGACGTGGTTATCAGCCATGAATACCTTCTAAAATCAGCTCGAATTCAAGAAAAGGGCAGGAGTTGCGCTTTCACTTTCCAGTTTGAAAAGGGACTAGAGAGGGAATTTATCTATCGTGTTGAAAAGAAAAAGTTAGAGCAAAGGAGTTCTCCTATACGCTGTCTATTGCTGGAATTTTTTAGTCTTTTGTTGCAGTTTTTTATCTAAATCGGCAACTAGCACATCATCAGGATTATGCCTTAAATAAAGGAAAAACTTCTTGCATTTGCTATGGCTAAGAGAACCTATGAAAAAGCTACTTCCTGAAAATGGAGAGCAGTCATTTAATGTGAAGTCAACTTATCGAAATGACGAAAAATTCTTCACAACGACTATTGACACAGGAAAAAATCAGTTTGAATTTCACTTTCTCCTTTAAAAAAGACCGGTCAAAAAGTCTGAGAAAACAGAAAACAAGTCAAAGAAGAAATGAGGAGAAAACAGAAGAAGGGGTCAAAAAGAGATTGCTAGATCTTCCAAATTAGCACCTTCAAAGAAGGGCACGAGTGGTTGGACAAGTTTTACCTGTAATCATGCTATAATAGATACATATGGAGGATAGAATATGTAGAGTGTAAAATTGTATCTAGTGCGTCATGGGAAAAGTAATGTTTAATACGATTGGGCGTGCTCAAGGCTGGAGTGATACTCCTTTAACAGCTGAAGGTGAGCGAGGCATTCACGAACGGGAATTGGTTTGCGTGAGTCAGGCTTAAAGTTTGGTGCTTGCTCGAGTGACTCAGGACGTACCATCCAGACTATGGGAATTATCCTTGAGGGCTAGGTTTAACAGGGGCAATTCGCCCATCGGATGGATAAGCGAATCAATGAATGGTGCTTTGGTAGTTTTGATGGTGCTTATGATGGGGACTTATTTATGGGGATTATTCCTCGTATCTTTAATGTCGATCATGTGCATCGTTTACATCTGCTGCGGAGCTAGCTGAGAGTCTGGTAAAGTAGACACAGCAGGTTGGGCTGAAGGCTGGGAAAAACTAAGTGGTCATCTGGGAAGGTTTGAAGCCATGCCGAGGGAAATGGAAGCTAATGGGGGGAGAAATGCTCTCTGTTGTGATCATGGAATGACAATTGGAACTATTGTTTACCTCATTAACGGCATGCATCCCCGCAGTGTGATAACGGAAGTGGCGACGTTCTTGAGTACGAAGATGAGTCAGTTTTCAGTAAAAATTGTTGGGGACTGTAGCTACCGTGAAGTGGACGATTTGAAATAGGCAAACAAGATGATTCAGAATAATAAAATTCAGCACTAAATTTGAAGAATTTTTAAAGGATTGATAGAATGCTAATGTCGTGCTTGCACAAGCTTCTGAGAGCTGAGTGCTTTGACAACAGCATTCTTTTTTGTTAGGAATAGTATCAACATGAAAGCATAAGAAGGGACTGACAGAACTGTCGTCCTTTTATCTATCTTATAAGGGAAATATGCTGTTTCAGAAAATAAAAGAAGCCTATAAATGCTTAGGTCTGGCTTCCTTGATTATGACAGGTCTAATGAAGTAACGAGTTCACTCTTGCAACCACGTTATTTGCGGAGGTTTTAGAGGCCCTACTAACAGGTGATAATGAAGCTATTTATACTATCCGGTTTTTGGTTAATTCTTGTTGCCTTGATTGGTTTGGTTGCAGGTGGATCAATGTGGTATTAGCATTACATTGCTCAAGGAGTTTCGTCTGACTTACGTGAAGATGCTTTCCGTAAGATTCAAACTTTTTCATACGCCAATATTGAGAAGTTTAATGCAGGGAACCTCGTTGTGCACGTATGACCAACGATATCAATCAGATTCAAAACGTCGTTATGGTGACCTTCCAAAATCCTGCTGACTACCGATTTTATTTATTGGTTCCTTTATATTAGCCGTTGTTACTCTGCCTTCGCTGTGGTGGGTGCTAGTTCTCTTGGTCGTTCTGATTGTTGCCATAATGGGTTTTATGATGGGAGTTATTGGGACCGCGCTTTAGCAAATACGTAACCCT + %%('+,'',%7=EB&*B>=(2>ABEBCB=:>AG8HHFHINB>FGFACI?AE?C=BBC;9184=:BC?8CHHDBBF:C<;EKLNNK?E@;DB9FEDD<:>8?EDC?DFHE@>,)&0))&72/4419DDCCABFH?DFDBB;9=CACA9II@;7(;>@8?FGGGJHHF=BAFICCB@84BAF:AHLNG@DJH:@@EC=%+7:?BIIE:3&%(::;;;8B68FLBFA@-70,,;>>@H>A?IFC@79>=9+$%..0*4=>AA73BA:EE>:A:HH?C@C=AFCFKMK?@BDIH@B@AB5@9;;<,C:@E<@EK?BG:2A>567A?CF==A:2'%%%AAB4E;BDFHIJ3.,7D:8>B>>@:<@7;;BBE@DKEEA>GGIKI9JM=FHIEESOFHABA=9:D@B@9701D><@B@:;<22=79:>9=?@?==F?9*&7954&-3;=>>CCAE@778CGFBC4<=?E@?0,;B:114;89=>2?B:==-//.9:>4=/3DFD=DB?IA@GJGGILDA=;<;;A??68;8:):><8@?2001887=<>;B?<0*'<--2:>FBFGIFCCJA@IJOG4@@@FEEBDDAB@EF?B:,*+2+79=@?C??A6A@EJLMB>DF5BG1=@CCA?HJH945342.%%?=7<&')%)@AEB;HJ;9?AF@?BEHBCAA6CE=8&7DFHA7,,FFD?<@A63BF>>?BE:@A>==8;9<:;C@;ABB@ABDEFA34',:*.2988=8%&&1/787/-:8?9<<@=<9:9758$$%78<227;>?>BDEAHHC72.+C?>?BEE?%$56<>@HB@=7:5*:=,A???DEGCE@JKDFB;B?=@D>?BB*&5/99?BED?874/-.3:FFFB+<=>?9LK>F=@KG>=>@AC?;31=4.59;B@ELK>GBBB;BHD>?49FGE<:A->>??=A9BDB4+.78@A@BDBBFHBTJBG>*88;D:MG>E@9;54EFE@?==I;53*%46=??K67B608394@@87:?;><>>600009.?<9=?IJCH?DE?@8=-0112,11:19;<+91388+(03263;>92488000;BC)35;7*+3<@0?@@B;=FGBA?><;6;798;;37545.<;@743334$$%5635;:??<><*67866;;<>:8@:7550-'%%&'&$$%&&/,'&%$##%(&''(((/)00388<=847;B?::DDCC9+/9BA=4>EHCD>66=?:GE-2%'?>'&+13585--.33..50;<;@A:=EG@>:=*3227?>D?576;@@@CAC?<263-$*,9:?>>;<=873662/0++-&%$*&'(*,-++1));=?=5::?>.1:89?<8;9::8:24-(%'('&&&%(56::@A@A6BFG@<<>?@>;><<<4@>83(9=;::6**-('),**;@@B;6$*+70-0)(*2,&479A:<<15HEG;?@;?@<;CB94:2;73:;0365))++())&%-,-,-374''159:=1/7>ABCDC;:89@:=;GMLIC6:B@BD5289(&(;@>?BBCA9;379>A:CBFE45:@>(>+CCCALKBCCC>A>DD8:?>9287;.?AAIHB;//121&:+?4D><6;;>8-47@:?B>JIFGBAE>A?;@@==>BB;;B=1<=EE=J>>78AB42&#$$,524')6+766-)141221&+<;787=;9;?=D?>GA>?A:=?764,(43)(((+,++-&&9=><6?@?9;5069:=0&2@3;1-25=8;;97<==;@DH>='.=EEF<1:C@:9//,,(2253:,/'&*01>?BDEA?11,<888;5/.73998BA:>>8:1369:>=>772/-80)%4ABD@<@A=;450)*)888<<>F?@?@?D=;2/,5580:9:6>8::&+))3897:=?>7-).+65<?>CDAGA<:36;?GF:@>DC13<@4-63*49>AA<0*55814:>CBC9:CB?B:;@>><>D@?A@==>A;8?DCCEFF@;ADA=;C99-/46646@<<@-/7)))/;6;=;>-7.0<;DFHEFDH@=A?BB??>@:922,&&$%'),)'(1695::;BCA<<>=H@DB::762+/<9:=><@DCDE@GCCGA?AA:?887<8>?@A8,$&./16:8?5B;FA@AD@C?=@CD@2=A<:1>@48BDA==@D>?>A(78<0.:*278=6?@?AE9K71?;:C<=@H<@@?:<5(,/686&,,.0(+9>?>D=5988DEAABB/15=6>DEDA;:>:<9ADA??@;69B+((3,/35;=>ABF>><97++69>=C7==A>;89:=?ACC8?;BFEEHF<=A:?@:49*(3<;CC?553;1365:&>?=;D6>=@<,,8).98;8:=/2@CE>=6;5?=@F?:8<20<=>?83&&'&$$77;:?99/?995'&8C>7@97>-?G>DIFJSIAD?<=>:-=;9:AA8097*,+3=<==63<@98739559>:84-)<;=BIGEAC>D??/;>7,7:3/9CDOI:4;;08:>;31/2/58:31378BNCIDDB/*)7>;>?JKE@:?<9?;A;=>;89314'3659::=>>>;9343'(((61/-)/13'**197=?56;;9224<00>?<9&866336:93--,(<9987=96=8,,+/67:=@9:'??<7C<5--,)/'+&*&'+,-07774/.5149>5;:?>5)5.05<@58@A:570,,:;4-*.)&'+,(**&(,34(;@>'06;?@=;4400-*/)085>?8994-0;5>8())$'369<:?>5BB>67>87<00//72;94--.1<>;??>7=@:@BBCC=;3--A=:<;839:<8=@D>>B;77?A=489<22;6-2064:56<8*68=98::9)-;)+?::98:7;?:@99<8:A@<9=:964==8902/9A<==99<=@21136C>8;:7HDBF??78.>3>55:;3(,$-%%%./%/437<8B>FDB>>;*>>3=@@;;?@@BA>AA7?D=@?B?=:9*8B=@6/13335=>86:=:8:;;<;)312*#+$($$'058;:6@>=@<=;=CICCC>>>>;6>;>=@<2)+)&%'')+)(-4%$*+*)+.4481,;?>=719403,59;:;;87+('&%%()'$$%+(&/+.,)&$%&((,65AG==BA@@A8(>=BBD>;;;35788<>=:A=?CCDF;>@A=?@=<:+.444'4.3989<=/789?93023=9<;GGCB;>EDD97>@B@;,0=>>9BC@<982+0/0,000///2?@:1--)-.3<<8>C@A@@D23/59BA<<443686./5577859<:88=<=9,3)/;2029A>222778::969B35=BEECAEE?@@@BDB9@?AJB?:=9DBA=912469&$%&(*3858<<7=3,-&&$$%#%*&):9=DA?=?;;:019:<@<;<432)019686:;=>:61<:>=88>E?A=CC?HAFF>?;8??JKABHBFGBBB@.>=?547>?@6;>:AA<@AIFFKKACH;<4-433,,*./,+437:@2;ABE?4'-+-%*'&-&%)('%%),,$$'.67;;<@<5-1/2004188789;23>;@>1:?;B<6<3A4:+(1::87177:<6-&''&(%%09?>7<833=6=AA;DGFGA@4C568?<@?@@<=215=A?95<=7BJA8@;B>=&88;=?C>A@CDF;>=;>&<:;>87<:65*2401++1//7585499:??=E@8:?>A:ECCC969@8--+7+')'&''00-693&&&&*''(-..0448<<;3><;=A::ADC?86<7::'++;AC@>89'02575?AA;:?><<:?=8>@;9:6/=:9226*:>>:72<:;>?8=>76:<0794'=AA:??;=8<9DD?@;653@ED<9BA9?8558;=95632@48:0+.:;450,*,(.%*'5456:==:99(,><>>9;=@9;DA>GAA;>???GB;>A8=?CEB???=;@<:7443+:77750&%%"$&'%)$))(--+*'+33:6=>;57+.56=>AIJICG7,.(%'68;<53&/1478?@>C==EKJ;CHDCCB?;::2(3%'-49:411.//3;97:?FF=L9FB<+&&&%'$)+001497&889:@9989@A@<8<<2.==C@59&(''1'*=>DBB?<>A?;747=8:8429233)&&&=?@DF:;AA?8<:55>AED8@*84<@FK=9?F>@L<;4+/..<@@F8BA587949D:525858ABA@>9<<@@;DD>:9?=9;C=>;6<;@5/<9:<9;?>D+;AG?A:>=8<;579<''&576BCD>5628::.2>=<795%%.22;9D0,68977&'.*.A?CEF>B?>137=7?=@@B@DA;9GD??==6?@789A>;>;:>=?>98/68?::;CC;=76+.076:6=<<41=<:8>9=>=;58:B9:@=>0(((04563484:<:9:?HF8=:;+GG;;FF>?AB3ED@@>BDE96;:<>C=A=<<&6-.,%&$&25,6::=??@@A;818664/+--->>.'42.0,.*-:=93/40,/76,.658;:<;27AA=>?AC>G:A=?9%'&68<:FG7D5D7>BB5GBAAGAA?86722..;=;?MC::;-6--176+)-:>58@A??;=:6>BDFA=<7019787:54578??>:E9>B@:?9@?:8;@I?99?CF=:;?>>C;=>8;C+':97;<>EA@=0=MDBCE?&&1.85:==&'EDA786<79>BF=A<<>B@@:?A?:@BCC:8FDI?@B:C@BFC@;ECDLJGC;>CAABG@GF?B=948>:<:@?=BB>AGE8<>BCC@:9?:<68@A69?@@A==05EB9:659410454@;=B>?@>?=79:23/67869=?>??@@>7//;>C@CCBE>1(:<8;=EC7=AHKKD6:B>@GDIID??AA9BEBDDCMLMIH@@/@A@6'/?=;9?.<,)5=<;1*:=@>;@@:;?@HEA7@7<9@;B<>C?8>BBAA?>99;GFBC+''827C>?>=6><(%)?>>=?A24:>5;B@>?FB?(===5:8<:3CDBC>F8;<A9E9><,.61<<=6&'$$'2>,?>9=@=>;=>>;77:BB7:=A<<=88:519;5610>>??>67,,6::<69AGCB6:<;?BC@8@<=A@<-8EG>B?A@9A=?=/=533;;9HFA;?@FBB;8BA=9:548;A>?>?C=EA?HD:-0./)978)?;<<7:51196=/8B:7A?AB?EADB>=D<9DA;@A9<>-CBA><@AA?@>=C>KJHA19;CCA89FFFCKJEII:G@=BDEFFPNH76@BC:A?>>-@./<=?8**7794*18@60>=8:==8-,:9:;;8:89;*&9;9@@=;=45863423944;;>;A?ABBB>@:*/,:>@A<;A@BC>ABGLHCM>59=BD>B@=?@EDA?<:<8EMLF><<;;>C?;>>E4.+3/-9696((2=??=))4:4537?<27.95410/.,,$$#-%$0157<==AA=?HABF@@;56)(,.4683:;@700=C@<=AD?9?EEEG>>DCD9C79>:?C@=8;7BCB2=AA@GA;BGD9C---:AD=ACCE>;;9:<=9<8?A8BAA@A:57689:>B47?@@A<9A9::4:;,6*'=?@CBAB@GDBHGGLIFDECC=.1:(79,&%#$-$&-+==8<7'((,.62---?EBDCCA4.37279=@@BEEF@627>BB66>@E@?;8)=C=@A?B==CDC?>=95>@=?@@6>E>GD@<<@?@@B>:69>?6;>9:;A8026;:?F?@?7:D@A@9/,--8=:)315><>DHACD=;:4.7<:?:8)9:;9><55:5*4(->=97<<93//.,.'03//870-.;AACFA:;;=D64/(92349;C9;DGAD;EKFD>9E=BFEA@@@>@AC?E=@=?AFHFG>==@CFGFCEJGHICDLB=AAEG>HJIFFF<=@FGFGHIJJ;<;7CGC833.$8A?A=FGBEA;)D?:B@CC>*A@>=@?CD>=?@@GHGI@CI7;:=;=;C:99:9HE;BGKADGG?9?ABAG>DHA;<>A?FBB8AB>AEE<<-6&*0?AEFE7BHDDC.HQG65:>=+56=?C6=DC35673%'@8>303ABCGI@<;<=E;?@A7;?469=?;;6400<37?AECCA???9@?8/%048:=DE>CC?8;@E==8=>@FBC0--3E=5?C?>>C><=@:5.24559<):69=>8:;:-*704765>=9554=?AE:ABCE@@3./;<<6,;?@=@G=3BDEIH0*7??:*)(%%%%4576)0$2666A;=2>:>@>9F9:G@GHFC@@I9;B::==??EHDDFF@=HCDPQPNJKEEFF@@FD;>?AFI68444711./.@DC17976?BDF:;3471>&*43(--;==?CF4D;9IJQWMB@6<=:9996->2../1((44::EFJJIE@GD;>@@?649:BJHA5<<82/.'''37>B17:@DCF><<:D=DI@B7?CCEFE:@LGIMLNNB?D,68B?BFD-?GFB:;BBE.98:B?DFKJORHCCJH=A<9;D9;FEEL=IC?:@?=JLLO@8D=>?>AGLPD?EFC?>@JBEG99;CA@NE@JLDKHJ:GG?A80/%247:6,*3567,969BED>9FGIHPRNOAAAAG=A)49?CBECACBFBF=;-<9@0+;<59<<.026>?@<,,:;;?<::85*/8<>>4::EECCB>B;9MGA@8?CEDE=;EDE>>8C&(;;=%)D@CBECE6JGFCGKECDA@@D62215CF?AHAQPM:>@KIG847?JH8DDA9+=5.425%%&.&$0#/0A;::?<-6;@?>A9>AECBGC=EEFB@DD?<0699;F@;;ABF-?@<=@EGFE=CGFA=:0--,08-67'1556:5656C336=7/710/-9;C8A;>=7ADEAG:;HH?IJ=%%'87??+2*,=?BBBCE::>7@>@A6K78AEHJ=HHFA?9&%65(&49:;:=6,866;<5-0;;;::;>A333CGC?6@?@AJHFE==9-8:?H;8<<546:,:;122A5;=<<2)7EGF>A<134769/54:C<@?>:=4/.2625:?@?>>=>?:CAEG<8=ADAB8;AHF;JA>?><.,,**,('-0#%%..)>:;=I6:@AA>;>>=CDA?)'('')556:<<@<:=?8IMI<4785686D>65**=&*:99?A@?:3:2:<<7857=IBCGDE>=:8%)BF>DC@@?>A:4,/800&(',,*,)+458=>00<9:=A=?5'?A>??B@FGGCCLCJEEBCKG@A/,7=<==BEA?A-66:==>/69=2;=443%&-&%&$',-./014>:9;67867:5919;;:B??=?<==7<3-74650,+,+::<=856@A>1('&%(+*)<67>::..49?BCBBCECH@CEEFGL>:?866+2@?=;(8:C9<97>B=444@C=<=635023,79=;3??:BA>BA@>4::5/+-64+))&&(+($'(37.6=:>;6==39;+&&'&('('($%69:+?><:>:;=BFC?=<79:65>@CEBBE;?A?@BC@>95::5335259C975.6@=8:>@?>C?=BBDNRLI;=?2::>=>9<@FAA?<>E.(($'&%$$&&$#$-.056%%%)./.12;628<<;<<9096AD=?@@9?:==55=C99@ACF:885;)(')3)(656:C??@AEGJFC@GF::BBDFE?:=>;>;;8<2/'01947>:;:=?@BHICBDPEJC?@<5563334(;(:54/+5(#$18:==>=<-)&%$23:FD>09A4/%$&)687:?@H@=9ECD::+''/67>:>@DA;IGBC=00)')6:855B;;899(%'&+''+%&%*'-$'869>B>A9ED4-*.&349/:99=69=?6969><<6<;9-+3?>=82/+(&.069@>33?9BEBFG@:;AC@D@@A?E>A8>7=C>GFAAAA=47@==AA7:<.=D:BB:?CC?:0+C>@A@=90/161443-#%())45?=?@@BC<7@AACDB+3633*''++75./*-00/4.2-*$13446787=53<;=@BFFEAC?:@;;DBCC?:=>;4+2&/.-**)'#$&*%%%&(()&''&&67714A997:=>:0)),+..;;@A697:8;B@G=7%'+&&.(??:>?2@=>7/*(&00&(5=<<9:<+83<<6;B;67??>@DC5B=;F@3:<:957@DEFC5&(955?>=<7*77;;;-.657??>>A@::BCLIDIB5&=8;<<3,6>?BEL@GBC99>:DBDD@=?@CA9?B?@88@DD<>AC:39<@ECB?AAE5;>A*BBB/&&-2-5A=:A>?AG8H9>2@@A7:B;>EEECC=C??:HA;CGI=@G;;DE@E?FADE:;=B9:=C=>*7679<;A<+**$2;C?A89834@JF87>@FFEC((*..(,:?AB:>>>AFEBFGFB;<@LLLOODHGC<;I=JG?AGAD41/,==;?B@@;:=CGHDJ@B,79+,<===:C@65%;BA4013%%(1*-*&%%'*89978;;87%%-.-@BB6479;1;<>75894'3(//><98E5LJHHHC><<@A@9>>>?=@EJHC<>1%*99**5&&&6;?J:@;95999?;;DDIBC4BBA?IHHGKADJD@AB>8CF?G@AB9@78&&(22$$'%6397A@AMD:?@;9:@>?<7>LOOM@@AD69BA%=BCDD:CB@?ABCD>GF?HFE:0089BDEBHHE?NLC?CHDE?CEGBGL;D;A9ADEKG=<77EFGH;?945:80,/$9:HDCEGE@=@HGGFACQQHFFFFF::=@9.1$%$'+(('+:)<8;AGA?>=E?<@GF<<@;),HDHEC?@D<@8;;58CID@BDH@B>DJHGANLFFEHK>>@HJGDBGDA0@?<::580>D63&&0/.8A>75732552?AB@HE>D?=:7FIANIINGDFRFIAIFB>C7???AEEABF@=,(*%565;?:88**#(;;:0<<*56?9=9-B=CC@BGIHHGBHIE)'%/ADIH@A@;>9CEFGHC?DC=2-1(99BCADE>DFSMA=?ACD(-@E@FD;=C?>;8:ACB<>;234BAGAA;@A>?FB>=7@=CA=3,??A@86;+'&&+)%*%%#%'+%/-/215&&$+)(,*/56=BDF@>CBCK@@BAA66;HH?=91/&*048(1,7666(&'%799???FFD6>>@<4==A44B?3/;E9FBFCDA;36?;78263:<;>CA?<:?;4**0+--'*$$00/8:<$3@84436+<71+%9=9?AC8;5*344/)0-,2:<;>@BED@DGCA*7@DNI?:<:3:8;<>=>I=?FDBBBA?DOOKJIG77?.9=?755:06<9<()'&&*,*04463664,.'$3::@CDDCE78<985%'-6:6'*212&'-(*9@;BFE@;-?>D>??4$%2,+'**%:>0158>79=59+5?B7BDC;D?I=GHGEEBD===7*6&'$%%976541,+3,+*+*113715@>58@C9++457<;:A87,.>AC?BB9@BBEG>CEHMLD???@?:83-+.7986=?<99CB?<;B879=CDADEAE=C@B@@=236335>@@AAAB;<5<8@AC>A;8=?D695*''**'%-235AA;69*A?=658-/(%%'#358;DEDA>9;::???C?A59G<69:+74:49;665DH9D=E@?9@;??%&)86;=?;FG@IFAC=8DBCC<=??78:@@D.4;:A@FGDC>?EFB;?>@9;A;HDCDC94>A:DA.48==?,<:@2>@ECD?8==>@@.2262:A@??@CC9AHDH@@=BDF<;>8-?9487?=&&(?AIE@@AE8BE/326,%8====8=9?@A@CC?46=784AA:)88&>=:0..(&(8::214A87<9<::&2+%&%&%'277>9@B@7/CF311<9/777,234778:=>BAA:CC=A@??6'''7@<<877B*1)?2&%'*4.1?:.&&'&&))$+,78AB?FEFHIHBD@DACBBFAB@DFGD::GFFIF:>@A?CBBABD7DGHC7;:>?@AB@?<:>@DD>88'*8<=7<@C=>;<>;AIFC=L10167=?1+5=AB?=@??@BE9D9C79(9<=@><&,6066227==?=<9>?;>=>>CC@;ADF>=>9.-01010::9%%30676=12BFEFF@)::<76:;43&'+,24:@BB@>ABD=@AHIDHKFJ;;?>6@97:BAB@?BA43($66,,&*9888>A=:;?>+67343.0@>;5;BC;999;:;?>><77687.*&'###'779;BEEDGFLHB4C?256@??5*#$*$&#'0/035556??=A6':;??BED@58:CLH>???<>GDA>9?@@;:9:7=?@BC8AFIGHF945<>><6BF;CD><9:-8)/0155%-2277>>;0311;AIB>)18C:@HIM=FFADE?@G=GEFEE?GGB3?@HDD>?ADA@A>?HJF>>CJGG?@EFC>50556<=;?AA><70:;;874:'$$44;@BC@@?>C13'+GFAB=EBDBE>89;8=HH?=8===@B?HBACB37EHKG;EDD?<::-(%%&')188:6<;8BC=:>>@BA0-457?A@C768:B@9896',440((*++/$$233=:>?C=?>>8DB=:+*,=;:@>=70550.40322688;?;=:DKJCD5*BLHEB../?>;@@EIF:9:C:1<>CF??BB>;88>35ABCE>=;0FC8===::1'8)CBE@@=>EFI13==>DB87;B@?=DD=9<;8><**-59:9*-1>8>E=4<<>33625;<>>5@8H?:1;07:=B;>5;=JFBEEEEA:=D?<>D@@HNAEEB?BA@EJOOKEC=:DC5,,,,+**)+8<<801/=>HHHFAGEC&&@***8:=AAB;+1110;BB9:9:95:ACD<233;=IF?@@CEFC98---677)-;A'IB?AKDE95=DHHFDE:>589<9FGLGF??CDBDECCA7=<<8))8+:<@>>==@=@EFGB<:A@A=?FAF9BAA=?>)1&)('/;==>>87>>:$%778<533878D>AKAA@AB=:;DA<7:=?KFB9''*6:*'*+$$(.++24-%*-79937>@>:456-.@9??@BA??C<3>ADADCC>DHF?:;BA77<=?@@A=8;;@@73'258CB0:>89@CD@?FH7B>@?9-/3@BC793&7=?CACG:>+3:=@?EEEF>?A9;@CEFIHGC>>?AGF;DDDD@<5<($909-?B>43778<@ABB;@@798;=<<=-,E=@>>C8,65EB@3$6@>B@BDA?<7<;>@ED:6<=?BDDDBA?7;A@A?GAIDJI:KC>A>?DD@@:AEJA@D>D>C,,9:<;>EDA;B=?83/90788?4;<@<>>9>@>GKJE49858==?GIIMILGFGG<>557>><5>:C=;FFCAEFEDBACFGD:?@=@D?EDD>>4?AE=DEHE@C;?@=78&&&&&$)7861-12>@@?A<=;589::JC=??8(7AC6DELJB?9:;&&&466:;;:0,%&/2398;??@@A:B;:AGHC5*112'$$88,GFABEJFFF;=?CB<<>CA:4DC=9B27=EE<:FGBE@DGAHE;8C:=@@?C>:@?AGDE?>?3457<<;9<<3.88?AEE:>DDB=>:>=9?@B?DC>=>@ACDA@B>9DBGH3?GE?DC@B7=@@><9*?@<>BB=@?@BGH=A@A7<@4>>@EFG@<<<8BD@HC?<;>>BA.671<88%9BC666>@-1?FBD?><>=DDJO?D@CCGEH:DFFALKFA750?C>EG=?@?D=BD9;E1D=87>>?:9567::?A@DF@GJHF8BCC<:@?DLJFB8ACCI@BDEC*=;BFFFA9FCEFIJG@FKFAFK=>69?EFCCBHA@2<7540*;<.3(1+*/.4/58>=;?EB><7?<=?@AEF??BJJE?NLHG5778>5?@G>D8@DSN@CECB331'))(%5=BGHGFECE'75-')((9EH@:D@6D@5B9?DHEA:3&)%&//0<<@<@BBDJCEGEGGE>>ED:B;68DF>ACEKLAG=DCB=A?9C@:CEDG?=>@IN:8CBE?AC;:>CBDB?<<;8:=>==AEB=BBABD@<>DB7CD>79&)99?:55BCB=?BC;ACDDBMD?>DEFD4GDBCD+&&0$.(0534:37=?BHA=CDE@&3..<,49E?JQNG=84><=;<6=?BCB;7--+<<<<;@@B?<899<69D>9+)''$88;=@?B<:A<2*/&&'132/<<@>>A9;>C::GHFIHC4CB4>BB>?;--63BBC;;<<;:L@2DACDH??IEB<295;3:2,*+-./&##$%-**'*))E@@>3786;<4549$=@=@ECGD@A06FGBCA@F@@BE9DEED?;??DIKKME@GC<>//-4)%*$%'.-58??A?=@=>C=AKKCFBB:@=>8@@9AABFLFD@FOLB?AABFG;;@EF?';9:?;AD>??>7;EJGCFGDDF9C><:86.CEE<>?<09@=?=HGF@@EFFHH?>BEELKK?7==B@B9'+1404:=+++%/47:@DBBA?@@B=C>A@BDAAE?JHA<@DD=<>C>B??>@>8=>8:9542.14568$466>@>?;3-''*()2:;249;9;8BBDBF;A<<;;$(76697438@GI@A?@C=AB>?>=;:;;B?CFH=DFDF<*(1989<=?HKEFEC.)2233379;=CBDCC.=;69<;=?==A?86-DCEHAEED?-%4;>AAC=>ED7D;<848>415<@B?>;8;5...?A>6?A?>C89;:A=79>34@@'1=@?9;>BD39:6<964/+,+,%3%79>78=?>=A?>@3@?DNMGOLF>?ABEILQIE/ABHAGEB:''%0@C>1:CDDBGC?F?A?@BAGKKB>?IIDEKGB>;924:<+4>HEFC=EDE?C45-31;;9;.-9?<<3--7B=BC'%:?AH@E>?BFB?CCCGCACKJ:EC>C@A>?G=65BC2=?IJIIKG=HEHA>?CE?;>C@F/9ECC@DA:>>C@@CDG@BDF??BGJHPOL:<.>@A9DI;>68462*0501-A/EHB;GAIA74<4'%%24220$99;;0)+:8:;%%(:?4454>CCC>AAFA@>BBABABAB@<@?>>A:1*4-(*+;52=DHHCDCIANIJHFCBCCB:8,5898$$4>?AG==@=D;BC:3=E@<90((69AB=DF<;??>GBAB@>BGBLF>@-+;>:69BCADJ=H89<<::><<@D?@?A@=BEEB=<63(71(7;>;:875):0<+16(*,0;23/=;>:=?<70>/9<(%%*()*/'$*0)459,/451-(+.573')'2;*.;?>89;@AA@=;)%*)',),)<:>8<26===>>=DMLDDF:ACDBB<9>@@B;?@A@.+>C;FDDFDFEEGEF@=ABDHJC:7A?@FHGNI=49;=1197:A>98:$))(+*(;?=G?89<;;=;DHIFACGF?@B=H=GCB:-4@@@FEE@D;>?BC=>?>ADDC::8;DA;JDC?;9;75-4024+,*(*++&1.:B4:.:6978=A?=C?F9GHJGD?<;::))/,,01>2DFB@G@>D.DDOLC:LIREDE@>@?@A?B<>;61.0(,;<359?LFED;DD<<;@?:E98A=;JJJ<6A7AKIE?>=H<:88ACBBFDCHEEADBF??9C=CFCBCEEBB=596626?>BBEFEMLIJD5M?I9?9BEGIJA8>CJCHBHB27D@C@A?GE<:2AECC<>GD=C@>>>???14=@DCEHGCIK?@GGIFE@@>66;7598::CCCAA;;;6((&50:>ABEDAAADAE?0,35=>D=7<67,.EC=CFFDBD=46==/*)378=ABHKKEJEEE=EFB>GILD@9??D=97GDD=IIGGBB7,.7.-&'&$10557>,/DB@=ABB=@?BE=?52.44(+9;;0;AACE@@9@;<7=,0+>:<=));?=+0(8=AGCEHBMNJD=C>BEGE9A;8::BBPKGHGCB;DJ>8F75DDB;FD@<>CAGH=:8:''((1((*89:A@7C@CB%%81(;@CF>?9B;FB>C><89<=;78945;7-:9AEB@C;CDB0=:?:BEFDBJC=95***&*::;8-/,,=9623;=:<=CEHHBD??79+DIIIJKH5;A;;<:@:7797<;=A?:015025<&AAECDC@FGB<::<802@=IB?HG<9BA;B;2=1>?0=8789>AC>=??=<6659@@5>+&3&)')%&$%.+,3.4-9:=..<8;>6;;;:;;9?B>@=>DHC?FD:8=?F<22>9@@@?@683+%49<;?>:467:=10//16246:>E>@FFCDDA638<<;:6=@7<;>63*),=@CFD>579E9A:?GF?FAC@CDA7281&&235:7@DEDEIBAD=CC>ACADD:8./::,)('('&)$&&058<:;8AEA9BB@D;42:7;CLIC/+,=B?8@=><>CBA;E=@=AEEB@>G@1002.,0&=76?AC===<9::F<;7:'&89:?=0;=@.'+877BA@9@0B3387=>A77C>>B>BA@37006>=CH>@;>)$):7<9<@AADHHB??;7GDC?AC@669BC>=<9ELB:<.+,.)):5<06:=B8@?<>GB46><@HGBA>EF=A;?B>'?<7;=>9:340/5@>?EDFAC?-32+686/.*+)*0:?<;?AA>A801,,.??>??89;=;2:<+70;?<=;AF?<7;44+97');=C?<:CAC;>ABCA/-0/9BCCGF1.233335=AE:CHF@=@EDAGF<9>4=A9EB@AD@.6<@?CD?=5:E8D8F8953=@A?;;)33<@7?725DEAECAEE?;AECDB@691DEFA;&&8>A:9CACD?8--;970:==;2(,:*.;:7737A@($$**66798@<>B?@09;?=FCBCEJLGEBDEFHJF;9?>@C;EB;@><5677=DEA=;>GKGDCD:87>67??>?=2004335458;.,+46+4887::@=FEAFEECK>>?>??9681//1DC9A>@/+**309@>:==6@?=6BA??>:CA?A>/.;:;>A;81@CF=MPGED7445-/+;=7:8-9464748,995,,7>=HFA?D>::8;>E=JIEB<<.-,4<7?=IE@>A@B62*,()2)35=?B:JI??)%1556780-**55''$%#)-&(%.-&1<>/313<966::9798:EF=61*+.3111:5.7$%'566488@C<58;=@:6498%0$999ADGCD1)-5@CDCB:?;>>@C;FHH@?9AE><.*,/3+:5=7-7644$&3@7:;<56578:@>C;:;==6*3D?C?-+),02646469?BCIKCBCC?B&*49=A@A@C:=?A>=>E?A>9(.521/4=8?=3854$*99:85+322'((/++*+*$$*'&002&'(;??AB779>@9=A:<-209;9<:$.7&;=:::3(44<=6768AGFEBDCAACACCB?>@D;6<<7'&-&'11-632155215/-<;53/*'-,,&&'*&---)'*(%%%)1(2;3335:<>DLC??A=1HEHD;=.43--/*))(&%&&&&2-2;98;AA?.9CEC?8<<331-&&()1')*)&$$%#&')//2:88@@7<>?A;1175549:7645425@@B?=;53-/-*+(%+*66)9?BCHI8?C::@><><:+4<=?6*5%&--?:9;;65=,.*0/9EC?=<95?<6;;818;;B@FEE?BCDDD@?,$$$%''9<8946174::3:90,4-'$+134=EE?849>>>7522832>@;8=B*ACDJHACE?/(><68>CG??;=>?DE;<8:@A8.,/9:<;7&(*-+***)+..5:9@=<;?>:?><7--,)$$.&('-+,&376096&##$$$$'$$$%&)34,&1;?0,/754+.,9,.,,,+($#$$###$+(.,01/*$%$;>??%=CA;@F>,;;?@>:,(&+),//1,'=53+(<50/0-++7/0/,,,++'(';64).$0$885<<=>*7,+(//03/-8+$%$%(%()'(:7589??>1(('%$#$%$*$'#&$'(&&$'&$#+&$/$+(+,-0:886<;48=><:)05288221+35+1*895:;9=<711??BD@A3>4:5,2-;'3@94A>ABC<;;;37;>=6:.1844%*(+((%(&$(''8))(.558AHHHH80AJH::;?:<;**726;:1457/41.1>=>?A;69027?=>CBDEED71635==>7389>43?D@FGBA<9;7B=<;A:>3=@IH<8,,&216467;;86036@@2AE?<;.3?D@BDB@A;B8>:346B337;'%/6372807.2;?D;=<?BAC?8?;3:A@=E<=H>YY:>??5=>87>A8D=?9:A:HAC?==(*#$)$0&/12/<<=;CA@806/405;9CBC986;AA>A31/477+&%&),10.'%%#7:?CDE?4133>>>@BABB=>';KEF;&*<686<>@B@B><:<9;><<:<:3.532+'.2/+,&''*'(+327;85&'&)++1/512.)*$049;;8=?AC510263@:.6601,*6/9>=8;8252%1.%0++$(('(&%$$#$%%&#'6;@?2@@;>B:BF?B>8%547/A-,01--=3633-112ALIHC99?>8%83B@BEDLF<806;@><66*)(+./6889?>=8659)%&&%1&+51',:;>?0->83/3,/()0..)8?B:=C@ABGLHHEHK@@;9E=IKHF@DLA;.:75JIGG>8;9=>=;2;<:=BG>?C5.5&&5<9<38:A>A>8.574('1100+3FD>BEIFF?DGAA?>?9:*690,>?@FI9>@==<)+.78>?:?B?CB>;:*<:8BB<=:;?DEEEJF@:<86@HHCQOK82BACFLEA@B>B.1%&9A<2A>79<=KKF:5,8><;9;BFONB7/7A<<>CGJLDD>;AG7A63AB8;857,.7>0%(8;-,./77EAEB4&)GD?<>@28=?>CC>4*0-:--.54.-.7'7?D8?3729:>5@BDEFC=AA32009('##$$#(,*)660.-*%&*1=;8*+..+02>48=>::71563,+,(&$+,:;<.0+*+*-%225:53('&#/.848A8>,<>66:G@*)5:>A8=><=55>@CE>6306=;AAEIEA>A/-052:6<@GDG?@7<88).0EB<><>;>JGB;;C?A:>3-04---DA3)?@:+'%(**,&/53978C?=;>97;8<57CCACIMABE@A==;:A@FHGED/=5)%',+%'1840??FGDJ@2/1(*+,,/*.&&&&',7957=B<.>?@@96))+:-/.8;?FHG@BB@AGHE>=@&*>;9?A@FFBC%'388;CGEGEB=?88@3DCB@CE45?:344&*8:8A@BCDA8BEA<@>9:<;A60.1(()&/02%#'###%$'.+,--/0/$%056AA6;=5:3D?=@B8:<820=>@>B/999:;97B?;:;<=-B@(9261676,)('3678<9A@>ACC5===:71'('%)&&3(()87<8(447=5<<776959546$*<>89:4&&#&./$/,,+(*.--%);>=0;=<>E:9C2=5553CJA><;;3-:8DB><><5A<9:83311&+'()$%$)2<478<49>,5**)-//62.81025?A1403EEBDDFEH.;5+-95891+'())'$$$%(&%&$)2*(%%$'+'$,($$&(&&'.%(%,*+/$$)2&&'(+&;<>??HJHK6F1C@AEMHFEF@:79;?:EDCC?@C9-BEKIABC>8@7@A@@FHD@HD@9CBC5ACDC91,,8,//,0>GD=99120122963<<9==>@B@?;;<2-068:.+++)'03=?E=<435A>2//)+;=FDB@C@DE<9::=<>805541,,,3;>D;;-*#(&$##+06=?4%+::<-/-/--@B>=><7*?=E@6-,..'*(1654179>@1.>@BCCA3$,3/6==@B?54=';<=;<7969;<=>?A<<:8993546B?::;HGA<>BBD@?6;JKBA@94862:95+0/-75/;>EJGFKJD?<./,+'$'$')%%$.35=A;BB?):1+&&4950(465:999,,93'(*+((*&$$*$%314=48<@??ABA7;?BB8367139:>HJBGE0=4072?@5&#%&()2(2<::;<9-.,'(*4+-++--*-(%&'10-3258<4<9*-?FCBAB&9;=@<;<*'$%.',&4:<;;ADD<:567E@?AJE=C;;HK@IJ>CC@8=;799(?>8:>;?>=?FJCACF:>76000.6126*8BG@9&$.'*<8AK,88<<;A??D<,B8=??E>@AHHMJIGGFFJI-)6;8&&(@B:C=;*=::@=4+&(&(%&)))-1012,' @SRR14011045.11511 cca80490-294c-4285-a9ac-24477c65f0b8/1 TTACTTCGTTCAGTTACGTATTGCTTCAATTTCCTCAGGCCGTCTGGAAAACGCCACCGGCAATTCCAAGCCGCCTTTTGCCGTTTCACGGAAAACTTTTCACTGCCTCGTCCGTCGGGTTCAAGCCGGCAGTGTCTGTGTTTTCAAATACCCTTCGGCGATCTTTCAACAACACGCGGAAACCCAAACTGCCGAACAGGTTGCCTAATTGTGCAACCAAGCCAAAGGCAGCAACGGCCAAAAATTTAAAAACAAAGGTAACAAGCGTTTGCATAAGGTTTGCAAAATGAAGTGAGCAGATTGTAAACGAAACAGGCCGTCTGAACAAAACAGACTTCGGGCAAATATATTGCGGCACATAGCACTTCTGCTACTATCCGCGCTGCATTAAGAGTTGGGAATTCCATGCCAACCTGCTTTTCAAACGATTAAGGTGGACAGTTGAAAAACCGATGTGGCTCGCCAGAGCAATCCAAACCGCGCAATAAAATTTTTTGCCTGTAAAGCGCGCAACAGGATTCCAGCAACGGAGCGGTGCGAATGTTTCTCACTTGTATAGAGAAAAAGCGGAGTTTTGGTATGATTTCCGCTGTCCGAAATAAAGGCCGTCTGGCCACAGCAGCCTGTTTTTAATGAAAGAATAGCAATGAGCGAATATCTGTTTACTTCCGAATCAGTATCCGAAGGCCATCCGGATAAAGTTGCCGACCAAGTATCCACGATGCGATTTTGGATGCCATCTTGGCGCAAGACCCCAAAGCGCGTGTCGCCGCAGAAACCTTGGTCAACACAGGCTTGTGCGTGGCGAGCGAAATCACTACCACCGCCCAAGTGGACTACATCAAAGTCGCACGCGAAACCATCAAACGCATCGGCTACAACTCCTCCGAGCTGGGCTTTGATGCCAACGGCTGCGCAGTCGGCGTGTACTACGACCAACAGTCTCCCGACATCGCCCAAAGGCGTGAACGAAGGCGAAGGCATCGACTTGAATCAGGCGGGCGACCAAGGTTTGATGTTCGGCTTTATGCCTGCGACGAAACCCCTACCCTGATGCCGTTTGCCATCTATTACAGCCACTGCCTGATGCAGCGTCAAAGCGGTGCGCGAAGACGGCCGCCTGCGCGGCTGCGCCCTGATGCCAAAAGCCCAACTGACCGTGGTTTACGACAGCGAAACCGGCCAAAGTAAAACGCATCGACACCGTCGTCCTGTCCACCCAGCACGGCCACCCTTGCATCAGCCATGAAAGAACTGAGCAGGCGTAACAGTTGAGCAGATTATCAGCCCGTTCTGCCGCCCGAAATGCTGACTGCCGGAAACAAAATACCTGATCAACCCGACCGGCCGCTTCGTTATCGGCGGCCCTCAAGGCGACTGGTTTGACCGGCCGTAAAAAAATCATCGTTGATACCTACGGCGGCGCAGCTCGCACGGCGGCAGCGCGTTCTCCGGCAAAGAAAGACCCGTCCAAAGTGGACCGTTCCGCCGCCTACGCCTGCCATATGTTGCGAAAAACATCGTTGCCGCCGGTTTGGCAACCCAATGCCAAATCCAAGTTTCCTACGCCATCGGCGTTGCCAGACCGACTTCGATTTCCATCGATACTTTCGGCACCGGCAAAATCAGCGAAGAAAAACTGATTGCCCTGGTTCGCAGGCTGTTCGACCTGCGTCTAAAGGCATCGTCCAAATGCTCGAAACCTCTTGCGCCCGATTTGGCAAATCTGCCGCCTGCAGCCGCTGGCCGCGAAGAGCCTGAGTTTTGCCAGGAGCGCACCGACAAAGCAGCCGCATTGAAAGCAGCCGCAGGCGTATAAAACGACGATAAAGGTCGTCTGAACAGGCATTTCAGACGGCCTTTTTTATCTCAATATTCAAAACCTTTTTACAGACGACGCATCGTATTTTCACAAAACAGCGTAACAAATTTTGGATTGCTATGCCGCCTTTGTGAATAAATAAAATTGAAAGAATGCATCATGAAAAAAATGGCTGCTGGCTGTTTTACCACCACGCATTGGCTGCTCAACCTCAAGGCTTTCATCAAAATTACCAAGACTGGGACATTGCCTGCGACAATACCGGCACCTGCCAAGTCTTGCCGGATATCAAGCGGATGAAACAGAAACGCCGGTTTCCATCTTGTTAACCCGACAAGCAGGGGCGAATGCCGCCGTTGCCGGCGAAGTTTCCTGCTGCCGTTTAACGACGATGAAGCACAACTCGACGGCATTACTGACGCAACGAATTGGTATTGAACGGCAAATCACTGGGCAAATTGGCGTTGAACAAAAAAGGCCAGGCAAATTGAACAGCGCGCAAACCAACGCCTTGCTCGAAGCGTTGAAAGAAAAGCAAAATCAGCATCCGCGCCGGCAAATATGAATGGCACTTGTCCGACGAGGCGCGGCGGCTAATGTTGAAAGCGGACGAAAATTCCAAGGCCGTCTGAACGCCTTAACTTCCGCCTTTGATACGCCGGTAACGCCGATCAGGCAGTCCTCAACGCAGCCCAAACCCGTCACATCCGCGCCGTTGCCGTACCAAAAACAGCAGGCGATATACTGGAACAAGACACACCGCACCACAGCGCCGTCATGAAACTGCTGCGCAACGGCAACCGCGTTTCTGAAGGCGACGATAATTACTGTTACGCCCTGCACAATAAAGAGCAAATGGATTGGAACCCTGCTGGCTATTTATCCGCTTAACAAACAACAAGTTTTAGTAGAGGCCGTCTGCATCGGCGGAGCCTATCAAACCAGCGGCTACTATGCCATTGCCGACAAAATTAACCAAATCGAACAAAGTGCTGCCACCAATGACATACGGCGGACGGCGGATTCGGTGAGAAAACAGCCACCCTCAACGGCAGCTTCAAAGGCCGAGGGATCGGCGACTGCTGGTCGGGCAATACGGCGGTATGGGACGGTAAAACGTTTGTCCGCAGTGAGGAATACACCACCGGTTCTTGCAAAGGCTTCACGGGCGGCGCATGGCTGATGCCTGTTTTGAAGCCCGTGTTGAACGTTAAAGAACCGGAATATTTACGATAGGAAGCAGGCATCTCAAAATTCCCAGTTTTGCTGTTCGGCCTTTTTCCTTATACAGCCAGCCCGCCAATTTCTATACATTCTGAATAAAGGATACGGATTATGTTCGGCAAACAACTTTTTGAAGAAGTCAGCTCAAAATCAGCGAAACCATCGCCAACAATACCACAAAACTGTGGAAAAAAACGTCAAAGCCATGCTCGGCAGCGCGTTCAACCGCATGGATTTGGTAACCCGAGAAGAATTCGACTAAACAACAGGTTTGATTAAAACCCGTACCAAGCTGGCCGAATTGGAAGCCCGTTTGGCCGGCTCGAAGCGCTTAAAACCTGAAGAAGCTGGCGAAAAGCGGCCGAAGCCGCTGCTGAAAGCTGGTGCCGAAATCGTACAACAAACCGAAGCACGCCGAATAAAGACCGTCTGAAACATGTCGCTTGCTTTGGTTTACAGCCACGCGTATAGCGGTATGAACGCGCCGTTGGTCGAAGTGGAAGCCCACTGCGCAACGGCTTTACTACATTCAATATCGTCGGTTTGCCCGATACTGAAGTCAAAGAAAGCCGCGACCGTGTGCGTGCCGCCATCATCAAAGCGGCTTTGACTTCCACCGCCAGAAAATTACCGTCAACCTCGCACCGGCCGACCCTCAAATCCGGCCGTTTCGATTTCCCACCACCTATTGCCTTGGGCATTCTTGCCGCATCGGGACAAATTAATCGCTCGCGCAATATGAGTTTGCCGGAGAATTGTGGCGCTGTCCGGGCTGCTGCGTCCCGTACGCGGCGCGCTACAGCCATGGCATGGCAGGGAATGCAGGCCGGCCGATCGTTCGTCGCCGCCTGAAAAATGCCGAACAGGCTGCCGTCATGCGCGGCATTGCGGTTGGCGCGTTACAGGCGGTAGCCTTGTTTCGGCAACATCAACCGTTGACGCAAACCAGGTACAAAAACTGCTACAAAGGCCGTCAGACGCCAAGTAAAGTACCCGCAGCTGGCAATTATCGCAGGCCAACCTGCCGCGCTCACCGCCTTGGAAATCGCCGCGGCGGGCGGGCCACATCTGCTGATGATGGGCCCTCGGAGTACAGGCAAATCCATCTTTCGCAACGTTTGCCCGGTATCCTTCCGCCTTTGACCGAAGACCGAATTGGTCGAAGTTTGGGCATGCGTTCGCTCCTACCCAACCATCAACAGCAACTCGACAGCAACCGTCCTTTCCGCAGCCCCCACCACGAAAGCAGCTCGGCCATACATGGTCGGCGGCGGTTCGACGCGTCCGGGTGAAATTTCATTGGCGCACCATGGTGTTGTTGTTTTTGAACCGAATTGCCCGAGTTTGACCGTAAGTATTGGAAGTATTGCGCGAACCTTTGGAAAACGGCCAATCCATATTTCCGCGCCGCACGCCAAGCCGTTTATCGGCAAGTTCCAGCTCGTCGCCGCCATGAACCCCACCGCCATACGGCTATCTCGATGTCCGTCCAAACCCGCGCCGCTACGCCTGAACATCACTAGCGGTACCATAGCCAAATTTCAGGGCCATTACTCGACCACATTGGTTGCTCATCGAAGTACCCAGCCTTTCTGCCGCCGAGCTGATGCAACAAGAAGCCGGCGAATCCAGTGCCACCGTATTAGAACGCGTTGCCGCCGCGCGTAAAATCCAATACGGCCGACAAGGCAAAGTTAATGCCGACCTGAGTGTCCTTGAGCTCGATGGTAAAGCCGTATCCAAAGAAGCGCAAGCCTTGGGAACAAGCGCTTGAAAAACTGTCTCTTTCCGCTCGAAGGTTTCCACCGCATCATGCGCGTCGCCCGTACACTGGCCGATTTGGCAGGCGACGAAGAAGTCAGCAAAACCCATGTGATGAAAGCCATCAGCTTCCGTCGCGCCCTTTATGCTGAACGACCTGAATCTTTATGTTTAAGTAAAACTGATAAACAAAGCATCAGGATTTACGTCTATAACGGTTATTGATAAAATATCGAATCCAAACTCAGACAGTCTCCCTTCCAGGCCGTCTGAACCATTATTACAAGGTAAGTCATGAAAAAATCTACACAATATGGCAAGGCTTGGCCGGTTTCTTTTTTCGGCCTGATACTGGCAACAGGTATTGTGCCGGTATTTTGTTCTTCTTGAACCAAGGCAACCAAAACGTTTTCAAAGAGCTGACTCAGTCTAAACAAAGCGAAGAACCTGAAATCCTGAAACCTCAAGACAAAGCAAAAACATAGCTACCGACACTTCATCTACCCAAGCAGATGAAGAAAAAGCCAAAGAAAACAGAAAAAGAAGCTGCTGAAAAGAAGCAGCAGAGAAAGAAGCAAAACTAAAAGAAGAGCTGAAAAGGCTGCCAAAGAAGCTGAAGAAAAAGCTCAAACGGAAAAAGAAGCTCAGGAAAAAGCTGAACAAGCAGAACGTGAAGCCAAAGAAAAAGCGGATAAAGCTGAAGCAGAAAAAGCTGAAAAAAGCCGCCGCCGACAAAGCTGAACGCGAAACCAAAAGAAAGAGCAGACAAAACTGCCGCCGATAAAGCCGAACGTGAAGCCAAAGAAAAACCGCAAAAACGGAAGCAGAAAAAGAGGCCGCCAAGAAAAAACTGGCCGAAGAAAAAAGCCAGTGCAGAGAAAAAGCAGCGCAGAAAAAGCCAAAGCTGAAAAAGCTACTGATAAAAACTGCAAAAGATAAAAAAGCAGCCGACCAACTGACCGACAAACAAAAAGAGCGTGCCGAGCGCAAATTGGCTGAAGGAAAAAAGCAGCCGAAGCCAAAAAAACAAAACAAGCCGACACCTGAGCAAATCCTCAACAGCGGCAGCATCGAAAAAGCACGTAAAGCGGCAAATGCCTCTGCAACAAAAAGAAAGCAGCAACACTGCAAGTAAACAGTCAGCAGAAAAAGCCGAAGCGACTGCCAAAATAGCAGTAAAAGGCATTCCTGCAACTTGGTTCATATGCAGACCGTTCCAGCGCAGATTCACAACGTGCGAAATTGGCTATTTTAGGTGTTTCTTCCAGAGTGGTTGAATCGCAAAACGGCGACAAAACCATTTACCGAGTTCAAAGTAACACCATGCCGCAGGAAGCCGCTGTGGAAACTGCAAAAAACCTGCAAGGCCATAATATCAACAGCGATTCGTTCCTAGCAAATAATGGAATCACTGATGAAGCAGCATATAAAACAAACCATTGCCGCACTCAACTGAGCCTGCTCCAGTCTGAGGTGCGCGGAGATACTACCGAAGGGCGTGGACTATACTGTCCTCAGTCGCCCTATTCCGCAGCAACAAGCCGGAAAAATTGAAGTGCTAAATTTTTCGGCTACTTCTGCGTCCATTGTTACCATCTCGATCCCGTTTTGTTGCAACACAGCAAAACCTTTGCCAAAGATGTTTCCTTACGGACCAGAACGTCGTTTGGATGCCTGAAATGTTAGGCTTGGCCAAGGTTGCCGCAGCCGTCAATCTTTCAGGTTTGAAATATCAAGCCAATCCAGTCATCTTCAAAGCAGTTTACGAACAAAAAATCGCCTGGCTGATGCAAATGTATTCCGATCATGGGTCGGCAAACAGACAAGTTTTGACAGTCAAGAAAACTGCTTCAAGCCTACAATAGCCCTGCTGCCGCGTCGACTGCTGCAAAAATGCAGCAATTGACGGGCTTATCGAATTGAAAACACACCAACTGTCATTGTCGGTGGTAAATACAAAGTCAATTTCAATGGTAGCGACTGGAAAGTCGGTATGAAAACCATAGATGACCTCATCGTCAAAGTCCGTCGCAGACAATCATCAAAACCACTTTAACTATTCAACAAAAAGAAAAATTGGCCTCAAGGCCGTCTAACTATGGACATTCTGATTTTATTTAAAGCACTTATTCTCGGTATTATCGAAGGTTTAACCGAGTTCACTCCCTATTTCCAGTACCGGTCACTTGATCGTATTCGGCGACTTAATGAATTTCCAAAGTAACGGTAAAGTATTCGAAATTGCCATCCAACTCGGTGCCACCGTATTAGCCGTCGTATTCGAATACCGCCAACGATTTACCCATATTATAAAAAGGACTCGGTAAAGAACGGACAGCCAATCGCTTTGTACTGAATTTATTTATTGCCTTCATACCTGCCGCAATTGTGGGTCTATTATTCAGCAAACAAATTAAATTACACCTTTTCAACCCGATTACTGTTGCTACCATGCTGGTACTCGGTGGCTTCTTCATTTTATGGGTTGAAAAACGCCAAACAACAGTCAAACCTAAAGTCAACCATGTAGATGATATGCGCCCAATTGACGCATTTGTTGTAGGATGTGCCCAAATCTGCGCCCTTATCCCTGGCACATCACGTTCAGGCAGTACCATCATGGGCAGTATGTTGTGGGGGCTGGAACGTAAAACGGCTACCGAATTCTCATTTTTTCCCTTTCAACGATGATGATTGCGGCAACAGGTTACGACATCTTAAAAAACCTACAAACTCTTTACCTTGCAAGATGTCGGACAAATTGCCATCAGTTTTATCGCTGCATTTATCGCCGGTTTATTGGCAGTAAAAGCTTTGCTGAAATTTGTCTCAGTAAAAACTATGTCCTTTTGCCTACTACATGTGTATTTGGTGGTCTGATTCTCCTTACTTGGATACTGGGCTGGGTCAGCTGGAGCGAATAACCCCTTTCCCAAAGGACGTGCCTGTGCACGTCCTTTTCTTTATCCGCTTCCTCCTTTAGATCAGATTTCTACCCCATAAAAGGCCGGCACTCCGCATCATTACCCCTAAATATCTCCTCACCGTCCATTACCAACTGCCCTTCCCCTTCATCTTCGCACACCACCGCCGTCAGCGGCTCGTTCAAGCGCAGCACCCTCGGCTCCGCTTCCCTATCCAGCGCCATCGCCTTCAGAGTAAACTTACCTCCAGGATCCCCTTAGCCTGACCGCTCATCCTGATACAGAAACCACTTGCCTCCTTCACCGGCAGCTCCGGCCATTTCGTCGATGTCAGCTTAAGCTGCCTTTTTCGTGTAAGGCTGCTCCATAAAGCGCGCATTTTCAGTAGCGCGGCATATGAGCCGCACGCAGATTGGCCGAGCGGACCGATTCCCGATAGGCCGTAAAGGCCGCCGTCGCCAGATCGAAACCAGCAGCATCACCACCAACAGCTGTACCAATGAGTAGCAACCCCTGCACAGCTGCCCTATTTCGTTTTTCCGTCAAATGCTTTTAAGTACATATCTTTATTCCCTTTATCTTTTATATCCCTATCCGACAGGATGGACCTTATCCGTTTATCCCTTCACCCAATATAAGCCCCATTAGCCCAAGTTTTATTGCCACTGCCCATACAAAGCCGCCCGTCAGCCCGAACCGGCAAACGGTTCGGCCTCGGGCGGCATATACAGCGGCACAAACGTCCGTCAGATTTATTTTTTCACGGCAGGCTGGGCGGCCTTAGGCGCGGCAGAGAAACCGTCGCCTCCGCCTTCAACTTATTCAGCACCGCATCACCGATGCCCTTCACGTTTTCAGTTCCTCCACCGATTTGAACGCACCGTTCTTCTGACGGTATTCCACAATCGCCTTCGCCTTAGCCGGACCGATACCCGGCAATGCCTCCAGTTCGGCAGAAGACGCGGTATTGATGTTCACGGCAGCTAAAGAAGACGCCGCACCAGATGGCGGCCAAACGCATAACCGTTCTTCATCAGATTTTTCCCATAACATGTTTGATTGAATCAGTCAGGAAGTCTACCGAATGGTTTATTCCACTCTGTAAACACATCTGCAGATAGGGCAACAGCCCGTACCCACATAAATGCTTACGGCATATTAACGCAAATATCGTTTCAATTTCAAATATTCCAGAGCGGTTAACCGTAACTTTCGGCGTTACTTTTGTTCAAGAATAACAACAGATAATCATAATCCCCTATCGCCAAATCGACAGAAACGACAGGCATGTAAAAAGCCCCCGACATCAGTCGGGAAGGCTTCAGAATGAGTGTTTATCGGTGACCTACTTTCACATGGAAGAACCACACTATCATCGGCGCTGAGTCGTTTCACGGTCCTGTTCGGGATGGGAAGGCGTGGGACCAACTCGCTATGGCCGCCAGAAACTTAAACTGTTACAATCGGTAAAGCCTTAATCAATTATTTGGTGATGACTGAATCAGTCAGTAAGCTTTTGTATCTTTTGAAGTTCTTCAAATGATAGAGTCAACTTCTCACACGGTGATGGTATGGGTTAGCTTCACGCGTTACCGCGCTTCCACACCCACCTATCAACGTCCCTGGTCTCGAACGACTCTTTAGTGTGGTTAAACCACAAGGAAGTCTCATCTTCAGGCGAGTTTCGCGCTTAGATGCTTTCAGCGCTTATCTCTTCCGAACTTAGCTACCCGGCTATGCAACTGGCGTTACAACCGGTACACAGAAGGGTTCGTCCACTCCGGTCCTCTCGTACTAGGAGCAGCCCCCGTCAAACTTCCAACGCCCCTGCGAATGCGGGACCAAACTGTCTCACGACGTTTTAAACCCAGCTCACGTACCACTTTAAATGGCGAACAACCATACCCTTGGGACCGACTACAGCCCAGGATGTGATGAGCCGACATCGAGGTGCCAAACTCCGCCCAAATCGATATGAACTCTTGGGCGGAATCAGCCTGTTATCCCCGGAGTACCTTTTATCCGTTGAGCGATGGCCCTTCCATACAGAACCACCCAGGTCACTATGTCCTGCTTTCGCACCTGCTCGACTTGTCGGTCTCGCGGATTAAGCTACCTTTTGCCATTGCACTATCAGTCCGATTTCCGACCGGACCTAGGTAACCTTCGAACTCCTCCGTTACTCTTTGGGAGGGGAACCGCCCCAGTCAAACTGCCTACCACATGCACGGTCCCCGACCCGGTTCGGTCTGGGTTAGAACCTCAAAGACACCAGGGTGGTATTTCAAGGACGGCTCCACAGAGACTGGCGTCTCTGCTTCAAAACCTCCTATCCTACACAAGTGACTTCAAAGTCAATGCAAGCTACAGTAAGGTTCACGGGGTCTTTCCGTCCTGTAATGGGTGGGTGCATCTTCACAACCACTTCAACTTCGCTGAGGTCTCAGGAGGAGACAGTGTGGCCATCGTTACGCCATTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCGTTTACTGGGGCTTCGATCCGATGCCCATGCATCTTCAATTAACCTTCCAGCACCGGGCAGGCGTCACACCCTATGCGTCCACTTTCGTGTTAGCAGAGTGCTGTGTTTTTAATAAACGATCACAGCCACCTATTCTCTGCGACCCTCCAGGGCTTACGGAGCAAGTCCTTAACCTTAGGAGCATACCTTCTCCCGAAGTTACGGTATCAATTTGCCAGTTCCTTCTCCCTGAGTTCTCTCAAGCGCCTTAGAATTCTCATCCTGCCCCACCTGTGTCGGTTTGCGGTACGGTTCAATTCAAACTGAAGCTTAGTGGCTTTTCCTGGAAGCGTGGTATCGGTTACTTCATGTCCGTAGACACTCGTCATCACTTCTCGGTGTTAAGAAGACCAGTTTTTCCAGTCTTTTACCGGCAGCAAGCTATTCCAGCAGCTTGCTAACCTAACCTTCTCCGTCCCCACATCGCATTTGAATCAAGTACAGGAATATTAACCTGTTTCCCATCGACTACGCATTTCTGCCTCGCCTTAGGGGCCGACTCACCCCTACGCCGATGAACGTTGCGTAGGAAACCTTGGGCTTTCGGCGGCGGGCTTTTCACCCCGCTTTATCGCTACTCATGTCAACATTCGCACTTCTGATACCTCCAGCACACTTTACAATGCACCTTCATCGGCCTGCAGAACGCTCCCCTACCATGCCAGTAAACTGGCATCCACAGCTTCGGTTATAGATTTGAGCCCGTTACATCTTCCGCGCAGGACGACTCGACCAGTGAGCTATTACGCTTTCTTTAAATGATGGCTGCTTCTAAGCCAACATCCTGGCTGTCTGGGCCTTCCCACTTCGTTTACCACTTAATCTATCATTTGGGACCTTAGCTGGCGGTCTGGGTTGTTTCCCTCTTGACAACGGACGTTAGCACTACTTCATCTGTCTCCCGAGGAACCACTTGATGGTATTCTTAGTTTGCCATGGGTTGGTAAGTTGCAATAACCCCCTAGCCATAACAGTGCTTTACCCCATCAGTGTCTTGCTCGAGGCACTACCTAAATAGTTTTCGGGGAGAACCAGCTATCTCCGAGTTTGTTTAGCCTTTCACCCCTATCCACAGCTCATCCGCATTTTGCAACATGCGTGGGTTCGGTCCTCCAGTACCTGTTACGGCACCTTCAACCTGGCCATGGATAGATCACTCGGTTTCGGGTCTACCCAGCAACTATTCGCCCTATTAAGACTCGGTTTCCCTACGCCTCCTATTCGGTTAAGCTCGCTACTGAATGTAAGTCGTTGACCCATTATACAAAAGGTACGCAGTCACACCACAAGGTGCTCCCACTGTTTGTATGCATCGGGAGTTCCAGGGTTCTATTTCACTCCCCTCCCGGGGTTCTTTTCGCCTTTCCCTCACGGTACTGGTTCACTATCGGTCGATGATGAGTATTTAGCCTTGGAGGATGGTCCCCCATATTCAGACAGGATTTCACGTGTCACGCCCTACTTTCGTACGCTTAGTACCACTATTGAGATTTCGAATACGGGACTATCACCCACTATGGTCAAGCTTCCCAGCTTGTTGCTTCTATCTCGACAGTTATCACGTGAGCTCCTCCGCGTTCGCTCGCCTACTTGCGGAATCTCGGTTGATTTCTTTTCCTCCGGGTACTTAGATGGTTCAGTTCTCCGGGTTCGCTTCGCTTATCCTATGTATTCAGATAAGGATACCTCCTAAGAGGTGGGTTTCCCCATTCGGACATCGGGATCATAGCTTTTGTGCCAGCTCCCCCACGCTTTTCGCAGGCTTACACGTCCTTCGTCGCCTATCATCGCCAAGGCATCCACCTGATGCACTTATTCACTTGACTCTATCATTTCAAGAACCTCTTTGACTTTGTTTACCTACCCGTTGACTAGGAAGCAAACTTGAAATTCCTACTTTGATAAAGCTTACTGCTTTGTTGTGTCTTAATCCTGCCTTTTGTGTTTCAGGATTAAGTCGATACAATCATCACCCAAATACTGTGTTTGTTTTCTTTTCTCTTGCGAAGATTTTTCATCTTTGCAAAGAACAAAAATCAAAACAAACTCATTGTCTTTGTTTGTTGATTTCGGCTTTCCAATTTGTTAAGATCGATGCGTCAAGTATTTCACTTCGCAAATCAAAATAAGCTGCTAAGTATAGCAGGCTTCCTTTGATTTGTAAAGTTATTAATTGGAGGCAAACGGGATCGAACCGATGACCCCCTGCTTGCAAAGCAGGTGCTCTCCAACCCCAACGGCTATGCCCCCGTTCTTGGTGGGTCTGGGAGACTTGAACCTCCATTCCGCTTATCAAGCGTGTGCTCTAACCAGCTGAGCTACAAACCCGGATTCTCTTCTTAAGCGGAATCTTGTCTTCACTCAAGCTTTTCTCTTCCACATCTTTTACAGTTTACCGATAAGTGTGAATGCATCAGACCTCTTCTTTCTCTAGAAAGGAGGTGATCCAGCCGCAGGTTCCCCTACACGGCTACCTTGTTACGACTTCACAGTCATAAGAAGCATACCGTGGTAAGCGGGCTCCTTGGTTACCCTACCTACTTCTGGTATCCCCCACTCCCTTAGGTGTGACGGGCGGTGTGTACAAGACCCGGAGCATACATTCTTCACCGCAGTATGCTGACCTGCGATTACTAGCGATTCCGACTTCATGCACTCGAGTTGCAAGTACAATCCGGACTACGATCGGTTTTGTGAATTGGCTCACCTCGCGGCTTGGCTACCCTCTGTACCGACCATTGACATTAATGAAGCCCTGGTCATAAGGGCCATGAGGGACTTGACGTCATCCCCACCTTCCTCCGGCTTGTCACCGGCAGTCTCATTAGGGTGCCCAACTAAATGATGGCAACTAATGACAAGGGTTGCGCTCGTTCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCAGCACCTGTGTTACGGCTCCGAAGGCACTCCTCCGTCTCTGGAGGGATTCCGTACATGTCAAGACCAGGTAAGGTTCTTCGCGTTGCATCGAATTAATCCACATCATCCACCGGCAATGCGGGTCCCCGTCAATTCCTTTGAGTTTAATCTTGCGACCGTACTCCCAGGCGGTCAATTTCACGCGTTAGCTACGCTACTAAGCAATCAAGTTGCCCAACAGCTAAATTGACATCGTTTAGGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTACCCACGCTTTCGAGCATGAACGTCAGTGTTATCCCAGAGGCTGCCTTCGCCATCGGTATTCCTCCACATCTCTACGCATTTCACTGCTACACGTGGAATTCTACCTCCCTCTGACACCTCTAGTCGCAGTTCAGAACGCAGTTCCCAGGTTGAAGCCCGGGGATTTCACATCCTGCTTAAGTAACCGTCTGCGCTCGCTTTACGCCCAGTAATTCCGATTAACGCTCGCACCCTACGTATTACCATGACTGCTGGCGTAGTTAGCCGGTGCTTATTCTTCAGGTACCGTCATCAGCTGTCGATATTAGCAACAGCCTTTTCTTCCCTGACAAAAGTCCTTTACAACCCGAAGGCCTTCTTCAGACACGCGGCATGGCTGGATCAGGCTTGCGCCCATTGTCCAAAATTCCCCACTGCTGCCTCCCGTGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCGGATCATCCTCTCAGACGCTACTGATCGTCGCCTTGGTAGGCCTTTACCCCACCAACTAGCTAATCAGATATCGGCCGCTCGAATAACGCAAGGCCCGAAAGGTCCCCTGCTTTCCTCCTCAGAGAATATGCGGTATTAGCTAATCTTTCGATTAGTTATCCCCCATTACTCGGTACATTCCGATATATTACTCACCCGTTCGCCACTCGCCACCCAGAAAGCAAGCTTCTCTGTGCTGCCGTCCGACTTGCATGTGTAAAGCATGCCGCCAGCATTCAATCTGGGCCAGGATCAAACTCTTATGTTCAATCTCTAACTTATAACTTCTGGTCTGCTTCAAAGAAACCAACAGGACAATGTCTAAAAACATCATCTTGTCTGTCTTTTAAACAGTGTGAGGCCTAATGCACTCACACTTATCGATAATCTGTTTTTTAAAGAGCGAATCGAATTATACAGTACATTTAGCAAATGTCAACTAAAATTATCGAAAATTTCAACCAACTGTGTTATACTGTCTGCTTCGTTTTCTTCCGCGTCAGCAGCAGAAGAACCGAACTATACGCCTCAAACAAAACCAGTCAACACCTTTCGCAAAATTATTTTCAGAAATTGCTTACCACCCTGTTTTAACAGGGTTTTTATTTTATAAAAACTCCAGCAACCGCTACCACATAATCCATACATACAAAAAATACAAAAAAAGGCCGTCTGAAATGCTTTCAGACGGCCTTTGAACGACCCTCGCTTTAATTTATATTATTAGCGCTTGTTTTTTGGTATGATGCTTCCTTGATTCTTTATATCAGCCTCGAGTTTGCTATGTCTGTCTATACAAGTGTTTCCGACACTCAAATGCGTGACTTCCTTCTGCAATATGATTTGGGAATTTTGTTTCTTTGCAGGGGATTGCTCAAGGAATTACTAACAGTAATTATTTTTTGACTACTTCAAACCGGTCGTTATGTATTGACTGTTTTTGAGGTTTTGAAATCAGAAGAACTGCCTTTCTTTCTAGAACTAAACCAGCATTTAAGTCTGAATGGGGTTGCTTGCGCTGCTCCGATTGCTCGCAAAGATGGCAGACTGCATTCTATTTTGGCCGGAAAAACCGGCTTGTTTGGTTACTTGTTTGAATGGCTCGGATACCGGCTGGCCAACTGAGGCTCAATGCTTCCATACCGGTGCTATGCTGGCCAAAATGCATTTAGCCGGTCAAGACTTTCCTTTAAAAAATGAAAAACCCTCGTTATGATGACTGGTGGCGCGATGCGCACGCCAGTTGCTGCCTGTTTTAGATTCTAAAGATGCCGCACTGCTTCAATCTGAAATTGCGCTTTAGATGAAAATCTGGGAGAGCATTTGCCTTCTGGTATTATCCATGCCGATTTATTTAAGGACAACGTATTGCTTAATGGAGATGAAGTTTCCGGCTTTATCGACTTCTATTATGCGTGTAACGGTAATTTCATGTACGACCTGGCAATTGCAGTTAACGATTGGGCACAGTGTTTCTTTGATAACAAGTTAGACCTGTCCTTTATGATGCCTTATCCACGGCTATGAAAGCGTACGTCCATTATCTGATGAAAGAACGCGTATTTCCTACTGCACAAAAGGCAGGATGTATTCGTTTTTGGGTATCACGCCTACTTGATTTCCATTTTCCTCAATCGGGAGAAATGACGTTTATTAAAGATCCAAATGCATTTAGGGATCTGCTCTTGACTCTTAAATAATATATAGATAAAAGGCCGTCTGAAATTCAGACGGCCTTTTATCTATGCCCTCCTACTTCGGAACCGCTAAACGGAGGTCTTGCCAGCCAAATAATGGGAATCATACTGATGAATATGATACTGCCTGCCAAGAAGATTTCATTTGAGCCAATAATAAAGCCTTGTTGGGAAATAGTACTATTTATCGCAGCCAGGGCTTGCTCTTTGCTCAGGCCATTGGCCATCATGCCTTGAATAGATTGGTTGCTGATTGAGGACAATGAATTAATATGTTCGGTCAGCGGAGGTATGGTGCAGAGCTTCGCGCCGTTCCCACATGGTGCTGACAACGGACACTCCGACACCGCCCATAAAGACTCGCAAGAAATTAGACAAGCTACTGGCCGAGGCAATTTGGTTGCCTTCATATGTGATAAGGTGATACTGGTCAGGGGCAGGAAGAACATGGCTACGCCTAAACCCTGCCAAAACTGTGGCCAAACATTGTTGCTCATATCCATGCCGGCATAGAAGTCGGTTCGCCAATGGAATGTATAGGCAAACACAAGCTAGCGCTGACAAACGGGCGCTATCGACGCGATTGCCAAACTTACCAATAATCGGCGACAGAATAATCGGCAGAAAACCTACCGGTGCAGCAGCCAAACCAGCCCAAGTAGCGGTATAGTCGAGATTTGATTGCAACACCAAGAACATGGAGTCAATGTACCCATATACACCATAAAGCCCAAGGATGTCGCAACAACGCCTATCGTAAAGTTTCTATTTCTAAACAATGACAAATCGACAATCAGGTATTTCTCGCCCAGCTCCCAAACAATAAAATAGGTCAGGAACACCAAAGCGGTAACGCCCAAAACGATAATCTCTCCCGAGGCAAACCCAGTCCAATTCCTTACCTCTATCAAGCATCATTTGCAATGCGCCGACACCGACAATCATCAACACCAGCCCGACATAATCGATTGGCGCCCTGACGATTCAGTTCCTGTGTCGAAGCTGCTTCCAAGCAATAGTTGCAGACAAAATCCCGATCGGGATATTGATAAAAGAAATCCATCCCCAACGGTGTCTGGAAATCCAACCGCCTAAAATCGGCCCCAACACAGGGGCAACAACGACGGTCATCGCCCATAAGGCCAGCGCCAATGTTCGTTTTTCAGGCGGATAAGAAGCCATCAACAGGCTTTGGGACAAGAGAATCAATGGCCCGGCGATAAAGCCTTGCAATACACGGAAAAAAACCAAGGCTTGAAGATTATGTGCCATACCGCACAGCCATGACGTTACGACAAACCCGATCACAGCAGCGATAAAGATTTTCACCTCACCAAACCGCGTGGCCAAAAAACCCGTCAAGGGGACGGAAATGGCATTGGCTACGGCAAATGAAGGTAATCACCCAAGTCCCCTGCGTGGTAGCCAACGCCTAAATCCCCTGCAATAACAGGCACGGCAGCGTTGGCGATAGTGCTGTCCAAGACTTCCATAAATACGGCCAAGCTGAGCGCCAAAGTTGCTAACACCAGCTTAAACCCTTGTAACGGCGGATAATTCATATTTATAAACTATAAGACAACCGCCAAAGCGGTCGATTGAAGAATCAATATTTCAGACGTACGGGCCTTCAATAAAAGACTCAGGCCGTCTGAAAAAGATGGCTTGCGTATTGCTCGAAAGATTTTTATCGGCTAAAGCATCGGCGGCTTTCCAATCCACACTTTCCGTTTCCGGCAAGGCAGTATTTTGTTCCGCTTCGCTTGATCGCTGGCTTTACCGCTGCTACTTCTCGGCAATATCGACTTTAACAGTCATCGACAAACCGACACGGAGCGGATTTTGTTGCAATTCTTTAGCATCCAAACTGATACGCACCGGCACACGTTGTACAGCTTTATTAGTTGCCCGTTGCGTTTTGTGCCGGCAGTAATGAGAACGCACTGCCCGTACCGGCCGACAAGCCCATTACCTTGCCATGGTAAACCACTTTGCTACCGTACAAATCGGCTGTCATTTCAACAGGCTGGCCGATTTTCATTTTGCGCAGTTGCGATTCTTTAAAGTTGGCATCCACCCACAATTCGAACCGCAGAGCACAACAGCCATCATCGGCGTACCTTGCACGATGCGTTGGCCGACTTGGATTTTCGTTTGGCAATTTGGCCGCTGATCGGAGAACGGATTTGCGTACGTTGTAGATTCAGCCAAGCGTCTTTAATGTGGCTGATGGCCGTCTGAACTGCCGGTTGTTGGCGCAGAGGAATATTACTGCCCAACGCTGCCCTGAGCAGAAACTTCTTCTGCCTCAACCGCTTTCAATGCAGCCTGAGCCTGAATCACAGCGGCACGGGCATGTGAGTTCTTCTCCGGAAACCGCTTCCGTACGCCAAAGATTCGCGGCGGCCTCGTCAACTTGCGCACGGGCAAATCGGCTTTGCGCAACAACACTTGCGCTTTGGCTTTTGAATTGACCGCAGTTTGCTGTTTGTTTTGACGGATGGCCTGAATCAATTCATTTTGCGCGCGATCGTACCAGCTGAAAATCGCTGTCGTCCAAAGGCAACCAAAACATCGCCTTTTTCACGATATCCGTATCATCATACACATAGCTTTGCGCACCGTGCCGTTTACCTGCGGCGTGATCATCACCAAATGACCGGCCACATAAGCATCTTCCGTTTCTTCTTCATGCTGCCAAAACAGGAAATACGCCAAAGCGAATCCGGCCGCTATAATAAGGAATAGAAGTGTAACGATAACAAATTGCGTTTGCGATGCGTCTTAGCGCCGGAAAGCGGCTACTTCCGTTTCTTTTTGGACATTATTTTTTTCTGATTGAGTATCCATAAGTCCCAACTTTAATTCTGTACATGTGATAACGATATTATTGTCTTGCCCCAGGCTGCTGGCTCCACCCTCAACCCAACACGCGCGTTTAGCGCTAAGGGTTATATTCTATAGTTACACTCTATTCATTACAATAATTTCTTCCGGTAGCAAATGTAAATAAGGTAAGCAAAAGGCCGTCTGAAATTACTTTCAGACGGCCTACCGTTTTAATAAAACGATTTATTTCTTATTTAATTTAATACCGCCCAATGGGCATTGAGAGTTACTCAAGCTGTCAGATATTCTGCATGGTATTGAACCGCCGACATTTGTACGCGCAGCTTCGTCTTGTTTTTGCAAGGCGGTCAAGCCGTTATCCAAGCCAGCACGAACGATCCTTTCGCATTTGCACAGATTTATCCGCGATATTGACCATCTTATTCCAAGTATCTTGTCGGCTTTTCAGGCTTTGATAGTCCACTACGGCATCTGCCGCCGAACGCGCATTCAAAACCGTTTGGTCATGCGGCAACCTGCTCTGGTATATTGAGCACGTTTGCCTGCCAATTTGGATTGCAGCGCGCCGGACGTAAACAATGGCAGATTCAAAGCCGGAACAATGCCCAACATACCGGATGTCCGTCCGCGAATCAGATTGAACGCATCAATGTGCGTCATACCTGCTAAAACTTTTAACTCGATATTCGGGTAAAACTCTGCTTCGGTCGATTTGACGATATGCCATTTCTCTTCAAGCAAGGCTTTTTGCGCCGCGATATCGGGGGCGGGCCGCCAACAAGTCCGCTTCAATACGGCTAACCGGCAATGACGGCACAGCCGCCATTTTTTCTCCGGAACCTGTCCATTCAATGCACCCGGCACTCGGCCGGTGAATACAACTTGGCTGTTACGGATTTTCTCATTTTCCTGAGTCCATGCCGATTTTTCAAGCTGTAATTGCTGTTGCGCCATTTTTCCAGAGCGTGCAAGGCATCGGCAGGGCCAGCTGCGCTTTAACGCGTTGTTGCATCAGTTTCAATGCTTTATCCGCCAGCTCTATGCGCGTATCCAACAGCGCCAGTTGTTCTGTCGCCATCTGCCACGCAAAATATTGAGTAGCAACGGCATGAGCCAACTCAGTGCGGATATGATGCGCTTCATACACCATAGCCCTGCTTTTTCCTAAAACAGCTTGGATGCTCTCGGTTTTTACCCAAAAGTCGAAAACCAAACTGCCTTGTAAGGCTGCGTGCGCCAAAACAATGTATGGTCAGAGTATCAACCATACCTGCTTGAGTTTAGGTGAAACATAAGCACCCAGACCTGTAACACCCAAGCCGACTTGCGGTTTGTTACGGCTCCCACAACGCCCAGCTGCGCCTAGGCCTGCTCAAACCTTACTTGACGACACGCAGATTGGTAGACGTCTGAATGGCGGAAGCAATCAAATTGTTTAATTTTTTATCTTTCAGCTTCATCCACCAGCCGTCTTGGGCAGTAGCGGCAGATTGGCCTTGCGGCAGCGGATAGGCTGTTGTCTCATCAAAGGCGACTGTTTGCCGAACGGCGCACATACCGCCAACAGCGAAACAGCAGCAACGCATACGCTTGATTTGACCAAACCTAATTTCATACAGACTCCGTTTATGTGTACTGCCGCAGACCATCAGGCCGTCTGTTGTTAATTACCAAACGGTTCAACAGTTTACCTAACAGGTGTTGCAGCGTATCCATAATCCTCTTTCGTGAAATCTTCCCGCCTGGCCGCTCTGACGGGCAATTTGTAATATCACTTCATGGATGAAGGTCTCACCCGAGAGTCAATTTTAGCACAATCTGACGACGGTCTTTCTGATTGATATAACGCTCTACCCAGCCGCGCATCAACCGCTGTCGTCCGACAGGCGTGTTGCACTGGTGCGCGTCAAATCCATCAGGTCGCTCAAGCGAAGGCAGGATTTCGCTGTTTGGGCTGACGTAAACCGCCATCAGGGAAAACCACAGGTTTTCATTGATGCCGAACGCTTTCAGGTTTTCGTTCAAATGGCTGCTCAAACGTTCGGTTACGATGCGCAACATACGGGATACTTGGTTTTGCTGCTCCGGAAACTGCGGCAGACGGGTAGAAAGCAAACGCATTGCGTTGACTAATTCGGTTTGTGAAAAACTCATAAATTCCTTCTTTCTGGTGAGTTATTTTATTCGATATCAATCAAAATAAAATATGATGTAATAATTTACTTTAAGATACCAATTACTTACTTTAAGACGTTATACTAATTCAGATGATTATTTTGATGTATGAAAATCTGATAATCGGTTACATGCTCCTACTAAACGGAGTTTTTTCTATGCCTAAATCATGAAAATTCGATCATAAAAAAGGCCGTCTGAAACCTTGATGACAACTTTTTCAGACGACCTCCATAACAGTTAAAATAAGCTTTTCCGCTTAAACCACGGATTCAAACCTGTGAGCACTTCCGCCTTTTCCCCCATTACCCTTATCGGCGTCGGTTTAATTGGCGGCTCGTTCATGCTCGACCTCAAACGCTTGGGACTGGTGCAAACCGTTACGGCATCGACACCAATGCCGACAACCTTAATTGCGCGCTTGACTGCGGCATCATTGACCATATCCGAATATTTGCGCCGAAAGCATCGGCAACGCCGATTTGGTTTTAATCGCCACGCCTATACCGTCCTAGCTGACGTATGCCACTGAGCGCCATCAAGCCCTTCTTAAAGAGCACCGCCACCGTTTCCGATGTCGGCGGCACCGAAGCAATCGGCACTCAATGCCTTCCGCACTCACTTATCCGACCGCCTGCTGCAATGTTTTGCCGCCCACCCGATAGCCGGCTCGGATCAAGGCGGAGACAAAATCCGCGCGTTGCGGTTTGTTTCAAAACAGCCGCCTGATCATTACCTTGCACGGCCACGAGGCTTCCAGACAGCCTGAGACGGTTGAAAAGCCTGTGGCAGGCGGTTGGTTCGCCAGATTTTACCATAGGCGCCGAAGAACACGACAATATTTTTGCCGCTGTTTCCCACTTGCCGCTTGACCGCCTTTGCTCATGTCCACGCTTTGGTTGACCATCCGCCTGGCAAAGACGCTACCTCCCCTATGCCGCCACCGGCTTTCGCACGACTACGCATTGCCTCCAGCCATCCTGCCGTTTGGACCGACATCTGCATGGCCAACCGCCCTGCCCTGCTCAAACTGACCAGCGACTTGAGGAACAATTGTCAAATTGGAACAGCTCCTTTCAGACGGCAACAAAACCGAGCTTTACCGCTATTTTGGAAAAGCCGCACAAATGCCGTAATGGCCGGCCTGAAAAACCGTTAAACCTGTTTTCCAGACGGCCTGATGCCTTATCGGCCAAACCTTCATCACAATAAAAAGGGCATCTGTTTAGATGCCCTTTAGATTTCTTACGACTTTAACGTTCACTCAGTCTTTCAAACGGAACTCAACCGCTCTGGCGTGCGCGGTCAAGCTTTCGCCATGCGCCAGCAAGCTGGCGGTTTTACCCAACTTCGAGCGCCTTGTTCTGAAACCTGAATCAGACTGGAGCGTTTTTGGAAGTCCTCACTGTTCCCAAAGGAGAAGAGAAACGCGCCGTGCGGCCTAGTCGGCAAAACGTGGTTGGGACCTGCACAATAGTCGCCAAGGCTTTCACTGGTATAGCGTCCCATGAAAATCGCACCTGCATGGCGGATTTTTTCGCCCATACTTGCGGATTTTCGACCGACAGCTCTAAGTGTTCGGGGAAATATAGTTGGCGATTTCACAGGCTTCGTCCAAATCTTTAGCCAAAATCATTGCACCGCGGTGCCCAATGAAGCTTCAATAATCGCACGGCGCGGCATGGTTTCAATCAAACGGTTCATGGCCGTCTGAACTTCGTCCAAATACGCTTGAGAAGTACCGATCAAAATCGCTTGTGCAATTTCATCGTGTTCCGCCTGACTGAACAAATTGGCCACCCAATCGGCAGGCGTCGTGCCATCGGCAATCACCAAAATTTCAGACGGCCCTGCCACCATATCGATACCGACCACGCCGAACACCGCGTCGTTTGGCCGCAGCGACAAAAGCATTGCCCGGGCCGGTAATCTTATCGATAACTTGAGGCACAGATTCCGGTACCATAGGCCAAAGCCGCAACCGCCTGCGCGCCGCCGATCGTAAACACTTTGGTCACACCGGCCACAAAAGCAGCCGCCAACACGATATCGTTGCGCTCGCCTTTCGGAGTGGGAACGACCATGATGATTTCTTTCGCCGGCAACGTGGGCAGGCATGGCGTTCATGATGACGGAACTCGGATAAGCGGCTTTACCGCCCGGAACATAAATACCGACACGGTCAAAGCGGCGTAATTTGTTGACCCAAAAGCGTGCCGTCTTCGTCTTCGTAAGTCCACGACTCCATTTTTTGGTGTTTATGGTAACTTTCCACCCGTCGCGCGGCCGTTTTCAAGGCCGTCTGAATGTTTTCGGGCAAACGCTCAAACGCAGACTGCAAATCGTCTTGCGTCAGAATTAAATCGTCGATGGTTTGTGCGGATGTGCGTCAAAGCGGTTGGTGTATTCAATCAGCGCCGCATCGCCGCGTTTTTGAACATCGGCGCAGATATCGGCATAACAATACAGTCGATTTCAGGGTTTTGCGCGGTTTCAAAAGCGAGTAACGCTTTGAGTTCGGCTTGAAAATCAGGGGATTGGGTGTCGAGTTTCTTCATGGTTTATCTCTTCCTTGTTTCGTTCCTGTGTTTTCAGACGGCCTCAGCCGCATAGGCCGTCTGAATATTATTTTTTCAAAAAACCTTTTTTCTGCAAAAACGCCAACATATGCGGCCGTACAGGATTGCCTGGGTTTTGGCCAGAGATTTGCTTCAAGGTATCGGACTGCCCGCTTGCGCAACTCATAATAATCCGCCACTGCCTGATTATAGGCTTCAACGGCATCAGCGTTCAGGCGGACAGGCGTTTTCGGCATACACCATTTCCTTAGGTAGGCGCGGTTTTTGAGCGGCGGTCTTGATCGGGATAACCGAGGCACAGCCCCACCAAAGGCACGCAATAATCCGGCAGGTTCAATACGTCCGACACTTTTTGCACATTGTGCGCAACGCGCCGATATACACGCCGCCCGTAAGCGATTCGGCGGCAAACAATACGTTTTGCGCCATAATACCTGCATCGGCCGCACCAATCAGGGTTACTTCCGCCCAATCAATTTGCGCATCGGGAAACATTGCCTTGTGTTTGGAAAAATCGATGCAAAACAATAAAAATTCCGCACAATGGACAATATAGTGCGCTTCCTGCCGCTTCATGTATCCCCTGCCTCGCGCAAGGTCGGATACGCGGATGATAGAAACGCATTGCAGATTGTTGGAGGTCGAAGCCTGTTGTCCGGCACAGACCAGCGTATCAAGGATTTCATCGGCAATCGGTTCGAGTAAACCTGCGGATGGAACGATGGGAAAGGAATCGTATGAGTGTCGGTTTGCTTTCATCATGACAGGGCTTTCAAACGGGTTGGCAGACAGGTTTTGCCAAAAACTTTCCAGACGGCCTTAGCGGCATTTTCAAATGCCTGAATAATCGGATTCAACAGCGCATATTTGGTTTTCAACGCCGCTTTGTTGACCACCAAGCGGCTGGAAATATCAACCACATGTTCACAGCTTCCAAACCATTGGCTTTCAAAATGTGCCGCTGGAAACCAAATCGACAATCGCGTCGCTCAAACCAACCAAGGCGCAAGCTCCATCGAGCCGTACAGTTTGATGATGTCCACATGCACACCCTTGTCGGCAAAATGTTCGGCGGCGATGTCGGGATATTTGGTGGCAATCGCAAGCGGCTGCCGGGTTTGGATGCAGCGGCGTAATCGAAACCTTTTTTTAACCGCAACCATCATGCGGCATGAGGCGATATGCAAAATCAAGGTTGATACAAACCGTCTCCGCCATGCTCGATCAGCACATCCTTCCCGGCAATGCCGAAGTCCGCCGCACCATATTGCACATAAGTCGGCACATCGGTTGCGCCTGTTCACAATTACCAAACGAATATTGTCTCATGATTCGTACCAATAATCAGCTTACGCGATTTTTCCGGCTCTTCCTCAGGCTTTAAATACCTGCAGCAGCCAACGGCAGGGTTTCCTCAAAAATCCGTCCTTTGGATAAAGCAATCGTTAAAAGTGTGTCGGTCATTTTTTTCTTTTCCTTTGCCGTATCAAAAGCAAAAGGCCGTCTGAAATCCACAACCCATTTCAGACGGCCTCAACCTACGGTTTTACAATAAAGTTTTCACATCAGCCGCAATCGTTTCGGCTCGCTGCCATAAGGCGAGAAAATTGCCACCTCGCCGTTTTTATCAATCAAATATGCACCTGAAGTGGTCGACCAAATAGTTTTCGCTGTCTTCTTTTTGGTTTACTTTAGCCGATACCACACGGTATTGCTGTTTGATGACAGGCAGGCTTTGATCGCCTGTCGCCGTCAGGCCAATAAAATCAGGGTTGAACTGTTTGGCGTATTTGCCGATTACTTCAGGCGTATCGCGCTCAAGGTCGATGCTGACAAATGCTACTTTCACGTCTTTAGCCTGATCGCCCAATTGTTTTAACGTGTCGCTGTAAGTCAGCAACTCGGTTGGGCATACGTCAGGACAGTGGGTATAACCGAAAGACAGGATAACCACTTTGCCTTTCAAATCGCTCAGGCTGAAAGGTTTGCCGTCGCCATCGGTCAATGTGAAATCGCCGCCAATATCTTCTTTGCGCATATCGGTACCGCGCTTGCACTTGGGCACAGACTCACCGGAAGCAGCAGGCGCAGCGAAGCGGCAGATGTCGGAAAAAGCCTCTTTGACCTCCTCTTTAGGCTGACAAGCAGCAGAGCAGCCAACATAAAAAGCACTGAGTAAGAAAGTTCGTGTGACAGAAAGCATAAATTTTCTCCAAAACCGTTTCAAATTAAGTGAGGCCAAACAACCGCCCGGCCAATATAAAAACAAAACATCTTCCTTATTAACGCGTTTGACACATTAAATGTAGCCTTTTTTGCAGATAAATACTGCTTTTTTGTTTTTTAAAAATCTGCCTTCCATTTAGATAGCCTTCAAACGCAAAAAGTTTAATTCATTAAAAATCAAACAAATATAAAAATAATCAATTTTTTCAATTACTGCTTTACAAGATTCGAGAACTCGCTATAATGACGACTTCTTCGCTAGCCCAGGTGGCGAAATTGGTAGACGCAGGGGACTCAAAATCCCCCGCCGCAAGGTGTGTCGGTTCGAGTCCGACCCTAGACACCAAATTAAAAACCTCTTGATTCGATCAAGAGGTTTTTTACTATTCTTCATTGCAAAACCTTCTCCTTACTCAAACTGTCAACAATCCACCCACATCAAGCTCAATAAAACTGTTTTTATTTCTTTAAAATCAAACGATAATCTATTTTCACTCACTTAAACGTTAAAAGATGAAGATTTTGTCTTGCTTGTACAGTCGGATTGCGTTATCGTTCTCTTTTTCCACAAACTCTGTGTTTCTTTCCAATTGCTTGGATAGTCTGACTGTCATCGTATTCCCTCGGGTGCGCGTACCTAAATCGCTGCTTGGTGGGGTCACATTACAGGTGCTGTGGTGAGGCGGATTGTTCCTATTGGTTTGAAACCATATAAAAGAGGTCAATATGCAATTATCTGGCGCACAAATCATCGTGCAAAAGTCTCCAAAGCCGAAGGTGTCCAGTATGTATTCGGCTATCCGGGCGGCGCGGTTATCGAAATCTACGATGCCCTTTTCCAACTCAATAAATTCAAGCACATCCTGGTTCGCCACGAGCAGGCAGCCGTACGCGGCAGATGCCTATGCCCGTGTCAGCGGCAAAGTCGGCGTTGCCTTGGTGACTTCCAGGCCCAGGCGCGACCAATGCGCTGACCGGCATCGCCACTGCTTACAGTGACTCTATTCCGTTAGTAGTCATCGGCGGCCAGGTGGGCAACTCCTTATCGGGACAGACGCATTCCAAGAAGTGGATACAGTCGGCATGCACGCCGCTTGTGTCAAACACAATTTCTTGGTAACCAATATCGCTGAGTTGGCAGACACCATCAAAAAAGCTTTCCAAATTGCCGCAAGCGGCCGTCCGGGTCCAGTTGTTGTCGATGTTCCTAAAGATGTCACCCAAGCAATGGCTAAGTTCAGCTATCCGCAAGAAGACATCTTCATCCGCTCTTACCAACCGGTTGTACAAGGCCACATCGGTCAAATCAAAAATGCAATCGTTTGCTGGCTTCCGCCAAACGCCCTATTGTTTACTTCGGCGGCGGCGTGGTTTTGGGCAATGCCTCTGAGAAATGACCAAATTTGTCCGCATGATCGGCGCTCCTTGTACCGGCACATTGATGGGCTTGGGTGCATATCCTTCCAGCGACCGCCAATTCTTGGTATGGGTATGCACGGCTGCTTACAGAAGCCAACCTCGCCATGCAGAATGCAGACGTTGTACTGGCAATCGGTGCGCTTCGATGACCCTTGATTTCCGTACCGTACAAATTCTTTGAAAAAAGCCAAAAAAATTATTCATATCGTTGACCCGTCCAGCATTGCCAAACGCGTCAAAGTGGATATCCCGATTGTAGGCGACGTGAAAAACGTATTGTCCGAAATGATTCAATTGTGGGGCAAGCAAGAATCTGCACCTGCGGTCGACTCATTGGATAAATGGTGGAAAAGCATTGAAGAATGGCGTTCGCGCAACTGCCTGTGGTTTTGATAATGAAAGCGAAATCATCAAACCGCAATACGTCGATCAAAAACTGGCCGAAATCACCAATAATTCTGCCATCATTACCTCCGACGCGTCGGTCAACACCAAATGTTTACCGCCCAATATTACCCATTCAAACGTCCTCGCCAATGGCTCAATTCAACGGTTTAGGCACAATGGGCGTCGGCTTGCCATATGCCATCGGTGCAGAAACTGGCTGCTCCTGATCAAGATGTATTCTGTATCACCGGCAGGTTCGATTCAGATGAACATCCAAAGAGCTGTCGACCTGCTTCCAATACCGCGTTCCGGTTAACGTCGTTACCCTGAACAACGGCTACCTCGGCATGGTTCGCCAATGGCAAGAACTTTATTACGGTAACCGTGAATCAGAAACCTATTTCGATTCGTGCCTGATTTTGTCAAACTGGCTGAAGCCTACGGCCATATCGGCATCCGTGTGGACAAAAAATCCGACGTCGAGAGCGCCCTATTGGAAGCATTAAACCAAAAAGACCGTTTGGTATTCCTCGACTTTTTGACAGACAAGAAACAAAACGTACTGCCTATGGTCGGCAACGGCAAAGTTTGGATGAAATGGTTCTACCGCCGCATATGCGCGATATTGCAAAAGCGTAAGGAGAAAGAAATGGAAGCATATCTTATCTATTCTGATGGAAAACGAATCAGGTGCGATGAGCCGTGTGGTAGGTTTGTTCTCCGCACGCGATTACAACATCGACTCCCTGGCCGTAGCACCAACCGAAGACAAAACCTTGTCTCCTTATGACCATTGTTACCCACGGCGATGAGCACGTCATCGAACAAATCACCAAACAACTCAACAAACTGATTGAAGTTATCAAAGTGGTCGATTTGAACGAAAGCCGTTTTTGTCGAACGCGAGCTGATGTTGGTAAAAGTCCGCGCCGTAGGCAAAGATCGCGATGAATTCCTGCGATTAACCGAAATCTACCGAGGCGCGTCATTGACGTAACAGACCGCAGCTACACCATCGAAATAACAGGTTCCACCCGAAAAACTCGACTCTTTCCTCCGAAACAGTCGGTCGCGCTCAAATTTTGGAAACGTACGCACAGGCGCAGCCGGCTTATCGGCCGTGGCGAACGTATTTTGAAAATTTAACGCTGTATCGTTCAGACGGCCTTTTACTTTCTACAAAGGCCATCTGAGAAAGAAACAGTAGGAGACAAACATGTCAAGCATCCAAATCATTGCATTAGTTACCGTCAAACCCGAATACACCGGGCTCTGGCTGCCCAATTTAAGGAGTGGTCAAAGCCAGCCGTGCAGAAAAGAAGGCAACATCAGCTACGACCTGCACCAAGAAATCGGCAAACCCAACCGTTTCGTATTCGTAGAAAGCTGGAAATCCCAAGCAGCTATTGACGAACCTAATGCCAGCGGGTATTTCCAAAACTTCGTCAATCCATCGAAGGAAAAACCGAAGCATTTGGAAATTGTCTTGATGAACCAAGTCCCACAGCAACCCTGTTACTCTTAACTCAACCCGGATTGTCCGGAGTTCTCTTACACTAAGGAAATAAAATGCAAGTTTATTACGAATAAAGACGCTGACCTTTCTCTGATCAAAGGCAAAACCGTTGCCATCATCAGCTACGGTTCACAAGGTCACGCACACGCAGCAAACCTGAAAGATTCCGGCGTAAATGTCGTAATCGGTCTGCGCCAAAACTGTCGCGGAAAAAAGCCGAAGCAGCCGGCCACGACGTACGCACCGTTGCTGAAAGAAGCAACCAAAGCAGCCGACGTTGTAATGATTCTGTTGCCTGACGAAAACCAACCTATCGTATACAAGCGAAATCGAGCCAAACTTGAAAGAAGAAGGCGCAGTATTGGCGTTTGCCCACGGCTTCAGCGTACACTACAACCAAATCGTACCTCGCGCCGACCTCGACGTTATCATGATCGCCCCTAAAGGCCCAGGCCACACCATGCACAGCGAATTCTGAAAGGCGGCGGCGTACGCCCTGATCGCCGTTTACCAAGATAAAAGCGGCAAAGCCAAAGACATCGCCCTGTCTTACGCAGCGGCAGCGGCACTGAGCGGCGTAATCGAAACCAACTTCCGCAGAAAGCCGAAACCGACCTGTTCGGCGGCGAACAAGCCGTATTGTGCGGTGGCGCAGTTGAATTGGTGAAATGCGGCTTTGAAACTTTGGTTGAAGCCGGTTACGCTCGGAAATATTTTCGCTTCGAATGTCTGCACGAGCTGAAACTGATCGTTGACCTGATGTACGAAGGCGGTGTTGCCAACATGAACTACTCCATTTTCAACAATGCCGAATACGGTGAATACGTTACTGGCCCTGAAGTAGTGACTCCTGCAACCAAAGCAGCGATGAAAAAAGCACTGTACCGCATTCAAAGCGGTGAATATGCCAAAATGTTCATCCAAGAAGGCGCGACCAACTTGCACCAGCATGACTGCCCGTCGCCGTCTGAACGCCGACCACCAAATTGAAAAAGTTGGTGCACAACTGCGTTCTATGATGCCTTGGATCGTTAAAAACAAACTGGTTGACCAAGACAAAAACTAATCTGTCTGTCAAAAAAATAAAACCTGCCTGATCATGGAAGCAGGTTTTCCATTACTAAAACCCAATACACTGCATAAATCTCACTCAACAAGGCCGTCTGAAAACAATATAAACAACATTTAAACTCCAACCTCAATAAGCCGTCTTTTATGGTTCTCCTAAAATTTCCTTTTAGAAAAACATATTACGAAATAAACAACCATTTCCCATACTTACTCTGTCTGTAAAAAACAACGTTTCCCATACTTACTCTGTCTGTAAAAAACAACGTTTCCCAATAAAATACGCCTAAAACAAGAGGAAAATTTGTCTTCTTAAACCATAACCTTTATATTATGGTCATGGAATCGTTGAAACAGAACGATATCGTAATAAGAAGAACGAATGCTCGCTTCTTCACACTTAAAAAACTTAGCAATGAAAAAATCTCTGATTGCCCTGACTCTAGCGGCTCTGCCTGTTGCAGCTATGGCTGACGCGTAACTCTGTACGGTCAAGTAAAAGCCGGTGTTGAAGTATCTAAAGTAAAATTGAATTGAAAAACCGCTGCTGCACTGGGTAAAGAAAAAGAGCTCTAAAACTGCTACTGAAATCGCTGACTTTGGTTCACGCATCAGCTTCAAGGCCTGACTCACCAGGTAACAACCTGAATGCTATCTGGCAAGTTGAACAAAAAACTTCTATCGCCGGTGGCAATAAAGAGTGGGCTAATCGCGAATCTTTTATCGGTTTGGAAGGCGGCTTCGGTAAAAATTACGTGCCGGTAACTTGGACTCTACTGTTAAAAACACCAGCGACAATGTCGACCAATGGGAAAGCAGCAACGGTGCTTGCGCGAACCTGTCTGTATTCACTCGTGTTGACGACAGTAAACGTGCAGTATCTGTCCGTTACGACAGCCCCATATTCTCAGGCTTCAGCGCAAGCGTACAATACACTCACTCACCGACAACGCTAACCCTTCTGACAAACACACTCATAACATGACGCTGCCCAAGACACTTACTACGCTGGCCTGAACTACGAAAACTCTGGTTTCTTCGGTCAATACGCTGGTGGTTTCCGTAAAAATTCTGTAGGCACTAAAGATGGTAACGTACAACGTTTGGTAGCTGGTTACGATGCTAACAATCTGTTTGTATCTGTAGCCGGTCAATACGCTAAAAACTGGGAAACTTTGGGTGATTACGCTCAAGCCCAATCTAACGGTGTTGTAACTGATGCTATGCGCACTGCTGGCACTAACGCTTCCAACGCAGTATTCGGTACTGATGCTACCTTGGATGGTGAAGGTGTTAAAACTATCGAAGTTGCTGCTACTGCCGCTTACCGCGCTGGTAGCTTGTAGTAACTCCTCGCGTTTCTTACGCTCACGGCTTCAAAGCTAAAGCTGCCGGCGAAAAACTGAAAGGCACTCAATACGACCAAGTTATCGTTGGTGCTGACTACGACTTCTCTAAACGCACTACTGCTCTGGTTTCTGCCGGCTGGTTGCGTGGTGCTGAGTCTGGCCCTCACAAAGTTGAAACCATCTCTGGTTTGGTTGGCCTGCGTCACAAATTCTAATCTTCCGGATTAGTATGAAAGAACATTTTATGCAGGCTCTTTTTTTATTCATATTCCCTACCCTCAACGAAAATTGATTTAAGCGTTGACATACGAAAGGCCGTCTGAAACCAATCGGTTTCAGGCGGCCTTTAATCTATCTATCCTTATTGCCAAATGACAATAAGTTTCAACAGACAAGCTTTATTTTTCATTCAGAATCTTACCGATATCGCCCACATCTTTGGACAAACCTTCTTGTGCATTAACCCTGCGTTGTAATTCTTTGATCATGACGGCTTTGCGGTTGGCTTCCAATTTGTTGCAGATGTTGAAAGCCTGCACCAGTCGGGCGGCAACCTGCGGAGTTAAAGCGGTCGATCTCCATCACTTTATCGGCTACAAAGCGGTAGCCGCTGCCGTCTTCTGCATGGAAGTGCGGAATATTGCGGCTGAAGCTCATCAATAAAGAACGGGCTTTATTTGGATTTTCAATACTGAACTTAGGATGACTCAAGGCCGTCTGAACTTGCTGTAAAGTATCTTTGCGGCGACTTGAGGCAATCAGGGCAAAGTATTTGTCCATTACCAAAGCATCATCGGCAAACTTATCAGCAAATTGCGTCAACAAGCAATACGTAACTTCT + ),(0138;@@>D>?>:8:.9:<@?ACE9?0>032957':=:ACGDDB7<<>=>=9::.0.039<>=AA945=>>?=697?>5*$%%&&%%%&''(*$%$%%*05:9B8<=><57
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
:<579;A@?=<81/./02.'5:97:<*>0??;<==>@A<9=@8><6:==BD?BFH97@?@>(02AA9@==?DDA256:26B?==;:(7:=7876650/-57,0263032%)&'.)%'$&)+/322458789AA=:?6=<=7>=>5=>9:?8<945599%)'144)'(''&,01>=;:1-6627869:89:6&(.-0:970:8<(358/21%7>@DEC?@@?%CG?=,:768;?B;1;>:?:=5<>,=6:639:95:9<<:*;@A?>76.2???<.4419??:5<9=;><-<=:24=5>?8=??>>@6A<@<<<@FFB6E@C421;35;2@@A<:?DGF;533@>@A70@:>A?442*,>@@BB<>?=@?@A?6>/39:2;::6:;43355%->93-2-)6148LKKC@B:AC@DD:B@A@>.:;8:<;4A44*>9:66.55573+%0+7<=>82.+422334693<:--7678>:99462HFJDC33::E;<97('9:%$$64578789GD>8B=79<1B>?HD<;0)893(/@@@IDB.),<9?EEB41A=B@5**)+(52>=?BC@@B;;B=IJCE62?C8;+C9:2,.BB7+$.21176=3@;>>9==9D@?:?GECA>=I/;(;;;LKLG=A==?D@?866.,-&.//73302'$(;CD<*%2325+1.---,,+,1787BCFIEA<845:9;FEF>?<>>E07;CKMDGFGJH:CB97CE@@BB>F>A>AB7/<==>DDD@;AEDFH>:9@=58;:457)%467B=>==;@C=47748:;?A<<=:;53$(657.478+/-%(18:BBC8:BDACEFDIHB56(7$'367964&63/+(()0367DCA=?@=C?BA?BCEED@8+0'?ADBD@A>08EG8>@?DG169?@H:A9),*'*)38;7?D>8*2%210-%&,60.*4,)($*14994<;4=355@;;@@:A?@A?:(*=?==B=<;=:704=:@@DB@:=<6@57D;4?85<85;<8=;:>969=?>4@9568@D=C<@@HCC;AEEJ89=EBC/128+()<:A?=;>7>=?=:9:=?BDE=BA1:25>?EA?EC:D@::&43>?:DEI8>:254345GF<9(%,3%&'::8@??@?@=EGDC?FDGG=A4?;B?@;;86;::><<:@A?CDD732-))0/&&$.>:-5@<8?A?BC;7:2-+),)74>>:9=C50(/9@87;8>@C7)*=?DC<95.;)%<<),9>B>:''&%%-<<<>,;,-BB9?CD:>@B?==@:?@=BA=>:4<=76=>JIDEAAHJJI=HE=?7BD>7A@BC>?<.-9988::>=;>7575/:??H?97,-.33:76%76-(%&<.8872/8:ACB<;;:CA>?@<@B3,&1885-&##+,22871227585:73-&$)*'*9:;=D?DG??C9A<(---%(*/2:=;:73C=<>;A@;=DEB@EF?>D>599B?FFG=@F>?=>:779BGG@692)89/688?0:BBC@MMILCFGHIJK??D<@ACI854=BE>D?=IF@CEIK@>B=324)9:CFFCCGBCB=DH8DFHGG;24>=B?=>?BDGF8?2@?9;FE4;99>/)*(349??F>?AB63<;><>;>7-.0.).(74>D?BDFGG;BEB=EHDIE4?:=7.9DFB?EGB@BBCFF7==?BA;:<=?A:9&%$$$$.155:;,*$'+**:5<@CA>5@AA<79,-0?HH=@?<=HC<C<;??=:;)GNM=>=?CEG=@<<>>==97/5-,,.-&$(67>=<@CBCB8:E>JJEC;;=-44)*)*,2=:7:=@CC;;<,36;;*&?&@A@:>8;@A>?@CDE?I:>??=?GJEBCD@@?>=CEDB9098>=-.94>=>>?@:>5B0/+/..;;;6=<;..&&)19<;.655'&*/34/-)89@AHA@D@?<4BACCE:D@@GEC>C@C=CA@=BE9:AACHBC?;<8<>825779558@-LBA:>C><9D;7;AF>:5:@C=89:8??1*()&&')&..46::<>AB:7@<'(1*(89;DA?=?8?=:@AIE9==&*?8;>D@A@6A>>9?8;>?@IH79@BGD0,1&/867;55443)&*/+49>?783+(-:98=ABC::;5EC@H@AKICB-755@>94/-###$$&38::;;22448854<@?924@CCFHD<4?9;=AA?747:97995:981,%+---0/2'&)'$&+02=:67@@@@?)&2<=B@DEH*.(122==4124<;'$$,+-3+)).;44..335<32379;B@ABA@==::;?=3109=778ECA?A:70&&345677;<;?D@GBCB:;=<>>EA?<:?66,=EE@@669>B><87401,*++'/??=@<=6888;>?>;?AGBEBCA;?==:>@BKHJB3;<==25/:<>@=>A<%&,:+/<=?>0+.,$'DBIFDIPB@688;2./8=@B1:4248:@D3;?7*)/2758>:C@0<?>?CE?0),+/;=?B>?<>::=<>B?7@@=>>@:;8EJCA>AFDB2?@@BD@C8@<65:;>AA=@A7===7;>@=??<>:B=@AA95664*&&',0<;>?;>?@?>>;=DD:9<>BC9D:;AD=59:@=:)%%&*8889;@;-;1122.@=>?;03*&76446&&*+5=>@@>8548&80145%%##%&%%$889=<7''%()/>@CG=9;=54<=<@H>DF@7854(1=<=::@3-A;B@7?7*(*.))08=;AA;36:*3)766414341'&2-.;>9?BAE95483B?B87?AB@;55>>9:?@82267+7>=@88..26;:97+)$(%124=<>>;:552'$('$%#$$&$'&('577,;6,,1/316;9?=>?<;'*<>@>;><=AB?FFE<9BGEGNKD?>=EB3-&0EGEC>==@AA@>;9:),2*%#%115*'0-0022*8=@@:&&5148;:68.5@ADE>88+>CGGGCKJBBEB?L>IGEEH<.0:371:97?8AEID?C5=>B89DDGJC>?A=EFC?@<)4>=@?@<;=>787?57;BB;@;<<89-5*<*$'67=?:B?1*BCB?DE;CD;<@7;=BACB7274.6,%&#$$'')/*%-*'%''/'*--2)0;?A.=AFG?DC=ECED9:,.(039=:+%538848;88=B44/.:AB?@AC7=@D9?II:>B=DCPJD=:<>;8@:3337::%3;EAA??AA==>C?>;>@?;CFG?>B>;>CBCGEI>FC:;8>AB@A@B>;?<>37:9;@>;9<=D>;.333<144=03<=;576;-)))/'+2*46==<;CB>?B>>E'>>?>8:<:'.05%%;%%#$(488;AB,/@ED=A9/6>=;DEGJGEE9HFB@8:;@KKD8:8;<75=8/-.**,99.-;:622139=?;E?>=>8675;:>>9%&..<<>?BEABHF:5054///::;?AD>BGDDB;?FF@?@:<=E?0):<1578;@HFGED@C=;@@H;NPLB@8?>;=>6,6:12<78689&<>5224:BCCBGG9;3$$'')(&&'&&%3342);<@EA7DECBC@>AG>/146C?7**-*;@A@;B;C@AHJJ4?HB<<@0?C?8@?A>@CAA@IKLMD?>B<;ABC@A:;=;?CDEFEA:<@CE?:B;@:<@B,3;;;:??@@>&-448516>9;:3::;4421/,499=<&??4;;88788.87;:95697:;9:;<9<8A?B;DC?BC@;=;8=8(-%'&72)436><.+.,-:9536797899@B9;;6'&6:7@/(-.:-5A6=><<;.(<;898><6774+8:;<=9545.%+-/0467;=@GACAB=9>B399?EHDFI58;?A=;<:976C97@DCBDC>FEDCBCB?'27:<:9843457:;?:6?A=;<=>'%%$%&$%%%0/-2777999?ADIBCBA?BFC=696::<:;@=BD@=:9,'(&10;BA@:?A>,8=:'*;;AE>A?;=%(7@A@BKF==>894//''*-%(.0560:8=8<=893./--1'38952&658>@?2<59=8776.:2/++,,,+*+&%&',977789;?;EE?2/0-59@27,.9=::>@DEBB9-$(??8=<@AA78<:2.==3<8524)+)113533+-7;;@A=>AF<<3<<>458;==:?77886>13>=,=>AD?DE??:;:2765202A5@??@HHCB@H???;:>645:8269<86=@=4688->779;*54=/2305),13-*+)+*$)-.3571+)&*%()(**$&$%&)$&)**;;7;=%+/%4889;;8.11-279<17;9;9;9@@ECA65*8CC;CDHJGHAHFICCD?ACAC@9AD?CDDEB>>GEDFDB?CDI>5;;<99'-459DBDC:;A389;C?-56,7>84961&6A>98?A7BAA9FGHEF>9:=;;6AI?>@A<75,&%(478;:2359..2'+:5;=@98.-(('')35<>D8<>8@FB=8:<8A;<:;BDABD?:):;=??@@:3A66;A=0$+,.,/4.6:@?C==C88AB?AC=A=??6?:?<=AD88%().**,4<<>:@88:8;?A:=;92%%%4=?458=K<>@@C@A@79D>68:@4?>BEFB?;8@?58>;=?JE4>>979>+/=;=8:=>BA>?9%3?2(67>>;/@7;>>:?F@<>:<<;73>B:@B;><330==6333/01134:=83;BD:5=D58@:339>><<:>BA@/=+;8;A=?;<57)B>:8:68;B@9=55&=@?=.'('79;=9;BD:69?78?A?;=9<7(*'..<3>@C<>?>?DA>=????@A?657:,3:76&*7=;2*.;7,$#(5:98;<<8?99=>@@A?7@13CC7;>?A>9+46B<:0?CE:7:@EDC8A;7.>8407?GGB>+98;C>5;9==?C734752--019.2;DC::==EDB;@>?BFC11>>=;BD9')($/861)+.(4?B<@>=?3?(+I??56;9;1+-'05>>@A@?7=;?DED*<;7>13589BA@:B;?;A?@;C8?@EB7BIEDFB>8FFIJA<<5557?A:>?;>7.,,011)1@?>@901:53<>?ECF@*::<65/%'%')6378;>:4277635875))+214@<=;<>?9CDD>8588984&)<69@>>)3:=;AA=886:<>AC?:=@@B02.))),'+&12514796;63>:59>?>@8)-570$49<;;F<=9=<;>1;8>8(3,*)1147;;;B?B9@<55>/2.,2789>@A=-)<99;;90468=>CC@9=I>:?>:8*7786<971&5564-38:DG>>?>=??;BEEEC>B>64<45<>:7)1779D>ECDF5C9:::@@@?CB?@?;1///4362:>CECAFF?-7=:=?::?9@AD<:5=@BCHIGB9;>B<EE=;63(588:CDA@@;34::9CA?HAF;CGNJF;;7>@BIKEECC?IJD@<;;9DA<;A9=A95>CHE34@D?@:AC?CB@>7BC?<9<>FII;@>@?@@/96<1-5<99;@?;DB9(8ABA9>@BIHHGF;=GG=:A?=DCD;>738>:@C==CDD@@@BC;;:;78@B33/$$$%980*25>>48),4>>=862+48=;<:<><$$$4475762.,3..%(&$##"&%(,)*+559:>B>A=9:@9>FA>=9965'&)''&&*+.0,,-(#((+/4467EGB=?9967710*.%..%$9:<>>:<01/.&&$355=5=?:ACC@194/6@@=EG?A9AF>?A?;;;,517;8198:=:8-3>??EKIED;<>:5:9.))=78;;?C>DFE:99::;AA::?.69><=::8:.97432>>>A=<@:;5=)5',52-13112'(#%112520.30797'()($%$)/134&4553.,./(/0/,*/6(()%(.19<>@@>AA6/447=>><>@CF@B9/((333&(*)06<;>=:60*:504<<<9130123360-+-'())(%'))3*%(&%25(0097=<;=>>?==70968;>@872889..1996<>A@?6;;;=:<37720=><)*678<@BD77;=CHDE6;?@;7;FHGD<=8.-')%(016',/012569A@@>@<26?6<@;:><;657883''(435333.+'23$$==A?B6?)%.01:<8>@EA;=$117(03669558?>=;9(98>6.:87/9:BF;;B978:51>:55.%05?@@B:+'%$$%'488;99:4058:<>6=AD6><8346:<587;;(.*/255767651621@>8..)%%$$#$$$',,,9773123:::==<>@9>?;@ADBDI>FIC<6=88A>=7:<<99<>;69><;=?@A=-/-:67=A.:4:<=>BF@IDE?EDE@2646>?B:<7>?1:,<:9=&75477436>@BA?<9?>@LDCA>;8375915:;;79864<=><=?999(.697+9496/&%(8;878(:<63?C?;?EIC>;::--7=82:AD?=:=>=@=BEHC=>ABBB:@A*8610,5:99-')548:;@A?8?;>>;,68/0,89)4;<<<64.<;:9:??5337?:**(5?@=02?:5CD@=:>@G>=64778:;99:8%%#.+06798?57346132,+,+*,-0546&35678BC=95A>++:@>A;><B:::9879;>@7;=@7>4:=>A>B@DBCB=A=<79;;:AD>?9@BBCB=?=?@9??*&*54448<5368*-/;@<<89420799A>=?8::<@@@862$%+69?=<>DB5A=:;<+&'99:85=9986524;>;12A;;B>$367552583=????6>HB55435B?@?>813125'88;<;6;:;9:::@AA@A??==?@?968>@;=C;<=>ED:=:;EB7<>?2BIC39;D:;95-2>CFF?=B=,$&22<5ABAD9@=,.,&&*.(89:8?7DDE;7;:9/8>?AFD?GF@>?B?8>84322.-*.48?<(0&*&&%&&)0AAC9C;FE?>>=6566B<;<@<>=;;9=;8/499:4>::531&&&'%%%')$&&)+*&%$()&42895357<>86+169=A:788+<7=A::@:?9C?H=FHIJKH>;79?>A=@7=:=B@@<>EGFB?=4-//156*%#(/110+,BCKBF>>?4.7;5:A?CCAGHKKAA>,(,:<>><=>8'*5=<89=;':@=C?AA<@BD98@:;;BEHIFGIG:;HH>G:AFC3/2/,1++.899:9@BA81--)&3=@=/*''+%%%**)8:9.7::(%7:9433469<>A:=8?@<659:>?DEB==?NMI=<?A>=;=CEDFHDLM:IA::E:9;?>8.&.6?A9E@>;?>99)>@ACDFA><=<46<81###$%().10B9;?@<=>?AHEH=A=--/,>A>>>?@9=A22BDA;<4245.54<??ADB>::?9<99??>BE=GIEPQFLA?DDEG=;,);;>@ACGOI>EFC.(%9..--<='%:8(,535225>@9@A95=D?>@>@=DE=DGKLHGC9ACA=>>@CBAAB@<:>?B@<;3&3<=>>C@'5??BBGGBED<>6>79DGEDJIGADOCE>GEHBECC><;./><(&,,./19=78=>5:/+'288>=<=B>98&$%%$$%)*.-.+2779:867;9;=;99767>IG@???0=?C8%$.,B=>>?:B5543'$$#$%*++029>@>:==?AB:<:;=<@=<<:AA<-3>;9;CCEFIC=HF@CEHBD?LLJJH.E9KPMGA>HIBHBEEEEBIHKI@???BEFB>89EKDB?2A@?BBI<=AB??A@FEFHCBB@FABFCBADAC<>=DB9CDKIHJ@F=HHA@C>JEEFB==>;?A>B;;89232+**.48655AACDE>E?<@:;;?<220555:9;?CDBB@677;;=<;/5>A>>=?&)(322/0.@@FBBCGHHI=C@BA?>3A@C:&&-0567;A<>:<<;>@?F>A+%%4(<9<6??B=AC<76898845=?@F7DE7=?EBELG?@BDGDD,CBAA@@6@AC>CBBME>6@LA:<=?@B@FEGD=:7=@@7@>:<68:<<9>6>>;=@:>@??3=AB;@;@AD.288:>A9<;?>9970/18;2457;?<7-1,'.,.45836,%)$$#($7>>=>?B?HE=8;>99:A8?4?A?>;ACCDA@CD>FBCPHFHGKM@IHED@?IFB?>=+59:7>/<<BCECJH?@AA9=?BFBACF=BBC?=79B::6::FJIIACA=?A@CB=?:?A<7?:AB=;:=.../;6247B;=>CE>997>@CDH@B=@=ABC@=9B@?<<<@ADBD9@AHEHB>=@<8678,1%#..---03@;49*0%&&*::;6/>C?A=?=1=<-3:?;7>;<7::2)(-78:86>D>=>;<===706055=>=-:;336;EGAE9GG@?>:;45=C<=BEGFDEB?9E?;:./<;>>B@;=?@A@17=?>=?9C@6DFAC88853B>HA;:;2+-52;?@=6**+%)'((248>DE<>A?<:;9=:68;A:5;<>@CEAD=@=>8;..:@DDA=88.,012-:9==?=?C>?:3%'+(**'$('**)++3424;;<;<%&&&,97DCDGA58??AFDHD?A;>??:6C?B?A7:?<AD@.-.%$&78;<@?HFH>BH;23%&)-/4142442243236;D??>CC<=>@B9:C@I>=?EFA7AD=>>@?@=*?EE@@?ABC@EIKCD8:@@FHI+&A:;78==8=<;:A?9;BB??B+7**+-:??FBD>6:@50;$:88=>35987?@B?MMD;>?>>FG@=::DSRG>F>FB73)'/6>>?=>D96:?::&9:8&+00;==FAECFC=@??FEI;GDJ?>=?=D?@A@=@@EID5@BEFDBCMFEF:BECB>ACC7B@;:987:>FGE>?;89;0'*$(%&'3)(*0;0803&0A><@?<9<<>DFAB=?=ABAD:@D6=?CEGB@D@>=:;71++,,5<;AC:95431-'*8271(((365236AB?A8;9<@?84<<6D==@ANNIEHIA%74?69?<=>@A?8;?=?D?9AAC?B==<1>?EF70=>?ACCJH@CE@AA3989?=?A@?>82><1BCCD<799:7:5::687842'97)9AB@CCB@@ABBB.<>A@:;:;9=B4426<>GLG;&6=<;832227702,(+---93;=@30;;B?;53003CB@B;<@?>A@CBEF@:;8:=E9;774==<;<=:DCD6ABDH?;.;:=/*.CAB35G>@>C>>IG:<@>8*.@A?CECBEG=@B?:C:;<>?33)))***'&569=>@16;D99=8;E;@CA2//(''&$+-162<>?A>=:37BEHJEGDCBAA>0('+//.-0,(249::868=?B;@H?BTNHB?CJDD=BED>41-04469;:;:<>FA==@AA:-AC44*''*)%%,0.+,1354B<@CC@ECA:;;?A<;<>BD?@>)@AEGFAB=:@AADD;?A8;;=558,775..-)-+8<:;8:=<,.10679-D>@ABE;:1&)';80407:=FDHNOKGD?57:35:4225=A?DCCAAI?C;8>>+(''''';=..<;:>>BF==9%&/(#+&13819=;>CCEECIC@BAFGFB?>:92*&&,798=?===8>8;<:<&?CBAAEA6)+16468?8C@HG54=DDL?@EGCCA?=1*)++17;>A@A:&7ACEA=+)0&:9:70%%$'*92??9?@E<@CHIKF;CDHCE::)31;9A@>785-+;8?@6:;349=<9>B@;'3>AA>B==9@ADF>?>@@D;9=8?=@GF9=@CBC==@7GGA;@C;<;>:@@8>DAC+=9CKGC:<<@=22),&(*.04>@FAE=EMLIICCAFECF6A?5?:9;9<9@CE??ACD?=FEB;+0+*?CB@DECEEA@>D=?DEH?BIH>???;0/6;9:>;B@5967<>;:7..+,7=B34498=8:B5/;<,*,+21/2:>@>B==:;=FG>?AA9<@B5<>982-,111%'.+<9=9;DACB<=;CBC><8;EK>B:78(())BD@=@CB;/8,*($(&)/31<9%&**,0ABC><>20>ABAE>CGGBBB@=/7)+)'&%)(<779;9==HHJKIBDHLJECAB>B?IKLGJJ;AGHD==:&+AB=>?BHC@MKGKMMLDEFHG@,<;>6222?=<(>FHDGE:;C;=5698DE-/-HGIIFACKDCACFECFG>>BBEEKJ==AJLNDBFA==DE%@A>=%89>DBE/212)*;;764.641/.11**+70A1==9''*()023=<::A;=@D?D@CLMKG;5;4FAD2C><:<=?>:75:ADB==>JK;AF??A@=@<>CJJB?BEG9EDE===;:=>AH@<=@@><7;;9<9@BBCAA?,637>:)$*&''(%.&3=82679;=:<>?ABFFJHJSPJD>FEGE@996ACKFGJHEDAFIEMEFECBBDEEG?AC?@??:7?=BBBD<7@B=9::<<;:4;:7031.-7;<=86698:?<;;??3577/%*#014:<7;==77&3,'/30$)'15A?:>E@B>CFEB?>L>=D?@BGEC=CCEHD=?>>:%&1.,4AA@@>@FFDA;;3>9<9;<@@?&27=?:=>>@=;78;6@GEC>;<;;:99:712-'150//1/325+-*%27<<@?=;=>@CGA?A18:=>>A@DAA978;?BIFHCGDBBE>>>BB@><<8;,64BC@=<9:6>33-432112*)$87557;::===@E@<;CDAA@GIKVCB@@==83,0>;<>DE>BBEHG>@@B@FGE9ADB@>'*;>@>9=::>@:EE9==??C=5430%%'/.4;=@BBB>A?A=6/(+(%&#%#$*)+,.0/**($$$'07558<<6ADA:>?A;?@<=<=7987/)+'&*2:=@DD?=EA7:=B?DCC;BB;>FBBBAAC77<>;4HH<>CED?@>);=;:;<>AA>=8;CE>E?AEJ?A<8;<;CA<==<=''9:2@DHEBDEFE.>DFGB<:EEA.;98C8=08=B@:>C07--0<;==:AADA.7:>>AF>D=@BBAC/?KK?>BCHFEB?F=;>C?9@EGGE:<;5-4+696557678;FG;A67-8;*>8:96747<3>@A@:<=??@BB:<>:5==>DD>D??<=<;<00&17<=?@ED8JM???AF?@BC??=;=9<>=;6A<89;8./($%$+-2(*$$$&+8659798%3254((109-;<<<,9788:GACBA?CB9DHIKGA;AC>>@;@<658;>5A?BBG?>'.6=C?B;=::;?;>/+,(01012>DAC<;=BF55FHGA<=<=.(%&&)-)+4885572+&**/6@=756;<..1:8;>>>?6+*$$/)%())00-$$./36;;<:?BKLH>CCBCEE.,-,-,-0>@3358:?;7AC:AA<=;>21345835>?=7*)+656)$($,557:*,=889@77BC=(&&)//-(%&$#$'((67-:<;<>==@??<>=?;+'11/4&&6;A?@=@@CD7;;;9,..1655=A@?=?@A=DCBGE5C>=8';;:;@<6==@@,AAB@B@BBAACEE;==<>FF@<7::CED4:/223=DH?@DB;=587:B@;;,.+,-/>=>@<.)&&CCD=7+.3.3/1686)4'+10,,,=809>?BBC=675<=6+?=@CED@DFEA=>48<<996)5*:90/9.39;=?:;781/1.)/&&%15+)-9:0:4=+***665C?BD>@BC<==EED=<-)..+1+551)*11;9;(446755533?79>=<86==98<::2+322650597;9;;@I=BE>:0168:=@AB96998885)(&.'+.71'#%%%)(%$%%&'#+)9:;9:9:696<72862.,0'0111214211468<@B?<=BC;968<9?D?=729A:<=:::8:5873&5)-**+.1>?=KDEDECC>?F>8@:$538>>>);;?:<=<@79@9765>A??<>B<<@BG?>G;BGCEFDB;2,>>>AD@9;<=?=?/695>>;6,/89,/8:>=B5=<>>AG@<<=;DA>;B@?>EILKCCCA=AAA/;),77?@=>@?>87958<==;LFG>FGHE@=CACB@;>:;:77;>>AB@6:IJE7@>HFHIC8?>'7<=<=>>>=91%:864/,512;>>4:DEC==A767@GGABDC@IH@@?ABCA<,9753&$'+/7:;EE>?DEEC?9<=;?:&*(-?9>A??C@AJH9=>8?A@?9@FL4KLEA;C>>8:6-,'(//5AK?F=3/+540;EKOGI=)/*++2?9EFCE=1<>A?DA=A=:BB-6:ACI?;1-9>@FJ>?ADB>@ELJKGF>@B79@:>A;+5@A?4?B<>ABD/+1;*4463?@==A:D:%'9;>6*/37)8:8;@AA>@;E???AB;=0=@+;&'DDEHJ;<=886473;AACCB@BEF/H?<@0-2&'***,.+,:=>>??AEC??@)*>@@A>:82)7;;88:;?9:;644@B=KJ;>>?BA=1>DE><5685767:6ABGG@A?=8@;BCB@A9-9BCA888DCIABDA>?@C>:AACB2831$$$%&$55;<3988997(*##$&&%$%&(%&##$''*575AA95<=77<;1($$''%($$%$%&338<55.-:8:6#$($&)'&(%%&$(7878698%$%3%(./7;;?<@5<:9@=$**+&*-*-/83;9;;;A=FB?AB@><450<><<=*9;=>=A>D1@A8;>DC79>B<51%/..+.&3546=9CDC@EE@?@?@?%)AM=AEB?;)+11:7.8>%BC?>@C<-01*-&&0*9%$35<;;51--355:4.*.+,2-=?AD?9>8A8A>=<5F=<9:AB?=<@>9?9=<>=6879)''(()),4,(&),$%$%/688:9:;5441<:::8030EGHI@>;4<0$$-,*)*%%&&((73''&'('&&&$008D==?E:,,A@?6B?>=?9$)$7:>>=8(25&8971;:??;1$$,+&$*+62<77;946?:93358;>?:=B==@C>=>DDCFB;9861:,,6>>AA>=;3B=BEEA;:+(-37:96>-;6&(+CCECBDKJC@;(>31&(%$'$-$'%&(,35:<:488>>58*,;:EFH6.8=7@>,8A=@B?:???;;;1774//579;790.'$1+4502'')*,6(659=<=5;DE:EFD;9;=+<::$23-+.(*..+$$#$//3:B?878;:+7::;',-0;>:388+&22+*&$'-,.>;===?:,?D3D5.=(>:;?EA>=<'64..0)+58;@@7=BJJFD:6:79;7=<=6;?DB?4/,,.-/1.-,.+00;:CED;1554-164'/63373/+,*0)+*9<-7:67?A9>??:=?A>@?CD?@<624.()*,02286759:C@9>@DD,DGB>>A<@A@=:;<<<26;/4.08*8;99;:895.;<@?ACDFGGD@D?=9<*,;9;CD><>?DB=?@A='&&&%&&%%,77:7(<<=@A?@BFHFBH11<9C97685==::694CBHLEEA?AABAAD?79445/$#&),-+7>?@B>A>A:89AA8*.>JLLE??,69;;==;9=@ACAA@CB9338;57HDCB@DC7FAA@;=A=<;+3./0/-)'7764359=;:?EA9:;ACA1384%260:8;:;==377?=??DHA68@BA.0@DC7@GCBA03,%$%&&&&$%//-.+*/59%-%).-BCBBD>B/9:;>;FDB?=?CE@I8<5@66(%$.348::.$*.025<9>=;;:;:=?A<==@BDE;AB;+3AD>EE46?C?EIIEJE@5C1+.:?98CEJKGD696BBJI?IHADEABBEEFB>?@AI?BG?)4>??AGIHDAFDA;31?C5>>=>?>@C<6;?=??=@9;>?=7=59A>CABD@@9:<>BA?:/AC;>BD@9AB>@4C;BAB>;57=8ADF:@DC@?AJCBBB?<75470*1=;<827<;7;>56B>?A??C@@=B44'7=?8??:=CBIJCA8:==BCA7@?=CGDELKH@@;;<56=<499;6;80=AEI3?AB9:AD;@?A>455132537+.7@ABA9.>ACCACB@HCB;):84CEBB>AD>DEIHIC48121)2/38@D@E?>CDK>DAH;=<;A?@A<4)1%/1>?B@BCDDD@<37B<8F<;=?@CAHFEEE@>?>-:<DDED>;:<=BD96;HGDCEFGBAC89=CAH?@AB:$:>B9:<:7<+(351264A=?9<>BBFGGGD:99<:;67?.+/2;;9730>ALE?FEA=>4679&$--.0=A1897,8;>:9?<;=82@8JKL?@BF*/%/2)3&/))2;=;?;:?6@?>==569CB?1@FILJA,16@CDIK@5@BBDEC?--*%%//273/56>9=<=9<9.'@7))9609+2'9@ECBA;7769&.&&'+)+282;<9@;B@>9;>?;=9<100AD<;6:/1GB@<@DEEFGMBC?<==A8=8?BBAHD<844:>?@=012.2.,.($&($&'*&)$+454.*<;:98666//7789?AC=?BCG=?;?:;0/(''(//49==@@13?B@C7<<;;8440.22.487//>=>D.?A==)88;;HJCH?@BC<=?DHADD?B?CHD@=?@=EHJMG?;?80%%'-59<<;35724/..,.**,---5134414+(',,)7AIII6?A=A@===$)DC;=:>>AB=@ACC=/0BB<9>?>==DD9'(:7)))*+799,''54==:;+89AC@BGIKKGAHEAIHA%'@DD=?;;?D>@@A>CBFFGE:?)(5;BB@?7:3AKHG>@A>A94771;>7<<0&20=BF;:?>GEBD?CCFFCKKOEDEF>CD;?,)99097-,476>C;<>73)'&%$$(7874249:;::1('':<>9EF:>>?>@C;;><;6,&)484/.-66=:<>A=;CAA?DCB=80=<*?=>@94/+2133<>9<05;=81572'*9@;@EAA:5><87<>=99:5,)+=;FDA>:9=60GBD?<>7DEB>@BB?53=A.,38*<>=857;;BDHD?EFACC33=:<;?8:A??2=?B>?>=),B2(:>>>?6/2:>78?E9@?@?BBGFGCEDBG=53-%(%&A?ACBBDA:B?/77;<4ADH@7@986>9:219=@5,'7?@7=*:A@@=?ECDD=A@IJJJHJNND@B@>B=?CE@D=')()))/?;=67;<<:<@-'113*6+0<:208=7G:;BCEJB-;A?/4CIB>8>9869441(81255;;(&:9CDFEC@DDD;>>EF=GF@7>>?=HFKCBDIBC?+0=CD>?ED=>A:K99=@?6:;63';334CGA?HHFC=J@;??@CEI@BA>;60*''#&#$%'*9:9=>=?A>94''*<>ACAD?,8AEDC@>>@AAFHKMDQME/A):<<>C;<@AACHEB??<@CG@DE?BD3**)&&&%)+&*,;:88432649947549:76>?63A@?:;CKLEH<8?<>F@>::2&6EC@'+8;???ACBCA>=;<1?A>A@<1/+%)'948A==A;>BD>EE:8BCDEIGHFQDEB<@B@K6BCCHH2;6:@@::=>C=@>;86E@@BC99C:068=DIOOIHH?BDG?DC9AI?@:-5*3>84;BLJF8;:-79*AD9CDEB?CEEHD;AA;7:3/<==?>@<=<8>>A=;788-')%$$(+49<=?@G@=C=JH??>9;EDFI:8%57:;2?@=@?3?A+6?2G;@?;??===?>@<@47DFB8;:?>6:=:9)4@D81<7>*3%=&89=>?@)07,--+'$')8868=;<;72;8*-),5@A=EA>??3;<0@=;=C@>8:+*%6557:;9:5:83320$'187<>637,26CCB?.4<:>=:?-977152110&)6859886647:<;=>?@925/+))2;65335/+--510-//37-*7+-6213'-825211(*%1/./51366($$(+2664./(&)$-%%&'(.&*/,/7&&15<0&89;A>?46976&':5,=9'*22:=<9>=@>?8>><@?@CEE<73;9:>NNCD=:BACDEBFKKIH<:;>+-7:BD@;>@BF?,3HDE=9BD:@@/1+1BD4@:;=>>CEDAB@@5497678@GHHA69C@?EGG@@@<@;7ACGKJB>?MKH?=@?@?>15A>68A@B?D4&1ADA<=AC=:CBGFB@;7'9>2=;?<=AEKG=B2:9988=>>@BDD@47:797;;:**,?>@*--:;;8:?:B7=??7:99>AA;63<=?<=C>79;9BCDKBD;7>603/;768:878&.1-78821..89:>7:9>@5(7;;79$4;923C<<7:A9>/,.-0/26BA?;;?=A9'(9:>AEAA@A97>CACE=/65;57892%(26;=>.:<=7@83/0/7:<<=6789?@B=@IIKBBCBBA4;:FDIH=;D?@B;==B><<30:GGA3;><;BEBFFFDD=>>=9?@>GGE>G;6%--5:;8<5FE8>BEDFFBAB@77:C@:/2335030/11+96==GA9&./1789=C=G936>A97@G?<@@BBF99:AB6;=7@?>:;;:>>C9:A@@C882<5(%%2+,,44=:>>@>ACA;84*-'&%#'++.77668?B;:?=6(<;86>>?64>??@F?@B<=>==?B+2(*>BDD=<8675$6%%,3599;932'507?==AJJ>82BC;0336<=75)<2*-399:4<8->?>=@4'0'%(**'(337C:0241;>DEDCE7E?HFG>6963,8@A;/?C8>EB@12&&13,'%(+9786:35*8/8:;424=<7@AD><259>9=>?5%%1/3:CDB?D>=@BCAC?@BJEE>CC?>BD=*$,.32..26:53>@?>CD@I?===;>=:3/B@C=>69HH?DBFCA84<>:=9@DH->?:;;BB:;;??A@>>5$&578>6143<431000>?::<<=58&)7<=@<>9>?>?B>?.>2;<>E><@?<:9?>9%'/01#$&(%--$$679=>@E>=<<;>@HCBC=<8BG:B?A9)=?FBC?=<>=??@AB9=>9;4&1?FKI@A@@0/276?2:9;9=06240330%('/3,')025;?=710246>>57;AB=3@DAEEHE;ACD00.0)49>;43/0476;<45A?:?@??<<9+,5400098111/(%$($$%$%%&$%',-08@EB@8EEEG?>A>@FIB@DCG@@96@A>@C,,,76:ACFA@CGE122=@BCFF>AFCA:6+$)?EFDAB9:88:?;D==79@A@@?;:9:<=A;<==BA;@?):225344')(689+.:=@ADECA>=>A>@;9:99;C@A9KKKIAB6,*04<+3>8:;7,&'-.(&&''))+%%32+,,,/+-335?A?>*..//2??7348:::?./.$%19?@=<;;;;8,))+8;;>A>=((%%%$66ALLGKKDFE79>>LF:$8?B4@GB<<7,EDED>@EE?:&=5>=>=77/.-449=FKAFGIJFEJDFEHBCC;AG<=96'').0%8:==958=>=@>C;<2C<@>A8@@?>@',?8>CDIEIIMLGDD?@B>MGEFBAJKEGTGCIFECFA:CE><@==<=@ECAC>;%>=AC@:;<=>%:&;('28-;BAG?9FE>?/B=A?FGC??@@1'&028:<8(.5;9970:5:=@;<<95.;<;>@ACF@>?C=>AB@9EBA=>?)==;=<<:B?;943>CCCBCDFE?>>CDAC=@<>:=/?A>2@B<)+$22::BL9CFHFHADD?E?;=88;@==054/.1,*16/188/,4DF@AA@@@A>>DEHJGIJIDBE7AD>6++))01>;:;56;=;71%%)$(356;;;36(772?>>EGCE@?=8-57:=A@>=@ABL9:FG=AHCBC8<<==>==B&C9A@<=@A??B><5AC>A??@;%6()-/001@ACE@;:?@@?7DD;9:401./6),*+.4564?B@<>?@D@8@DW[GIACBCB;=;<@@58++6#)572@ACB8==398GE9:LLFDFC>>?DCDGA@@B8AA.7<>><,279512,1;DDAA:95@BG@GI?A>39:B@:CDFF@B@@:>@A>?BCFRNEH2@ACJHC-A;E@=/>;87-'*,*389>A:=@AJ7478:=@CDGHC=?HE7;GE?4-49?=<=BD@@&'?7?9?>>>;8AAJF?AE?C::>CA;.29379224)'7;86554'75)569?:?<;;2@>33;9;@8)C>BDGB=>@A?><:;9),/39;BAAAFBCAGFE='86:=A=?:<:?>>4198E=7<.477268*+301;9FHBN@=?AFG12E@BABEGG;JEFGCMMH>FH4F;7@EBGHEAA;<:CDEIC<<@@FDBCDE@>F=AB@@6::@ABHA?AD699-0;=31:D@?=<=>::>??:<:@A?ABA778/.16=?A5522)&/20$8==>>A:A?<-7GE@A<@CDA=D67?A:728<=@>:/3(28<MQQECF@9=BD:C@>A;/'&#$(467%,48//,*)'%&''**4@?A@DAFGGEDNMJCD?A?BHF>A;@@@@=9::=BA?<=>=?<76@BHG:)57:;<6'02*(+,&/,+077;759CF>?<=?GA$CA=A@??=76?D>>ABBDE35?5<=@>====9+.0/89>;<;=;;;<9;:')$)808?<>?B?>3>-;?:@>3+287,&,3*%7C>@69E1+:A9>?;=>A@8>=<-=;:A;.19>@84>4476'+,,2496;3-,4A=:>1-)',--,,266;A?;<:9B99;<8<@>:;5.))/:;=C?@GIHC?EG@K>;EIACKC3:3=:89-./'$$2557C@A<>AB@?6++-0*),0..+%-*()..9%%)*5)),--132.''()))==35''1(631(&$'&(/88==;77<<==3:C?>?B@C@?=@@=ABE4'')&+''$&+,2/=;@;=;@;;AD=10+)::@?IIF2?BBCIGA>?8+<=>CGA?C*&7??<=;>>D>;FJIA>BDF=;@;?053+2562/('%($#':HG?,3CC/:;7ABA;=5:@A2>=?96+2>8><8:A@?5::8%%%-;:=BABA@??;40*6575?68>@ACHG?AAC:68,17789;::83933,67-/7*;?41=@?AA:>>:<=-7<=;&679967/5*1>>9=-4374)*/7$$$24*31<C@@BEAB?EFDEE?@CCA;@EDB:@FG<==97:<4BD<,-(%%1**/:?=CHE9CE@?<36((,,,3/-'%$$&**89;ABJH@FH<..@8:>@??@GHJC@BCC??0)%23-+(@F:CB:DEB>;8/((%()./35377(>>>CEFF=?E@AC8:C=@9@DA=AHM?B6?A7?A;9B>D?8695(+)));<:<9630&&1(<=>?BD>@;A<2;<9B6EFGA@;;;H>=AH@>GSKFFGC?79CSGB=<46$$+)123*-168881;/2==;1-/4.6:CDDSMLG?4(:<;<<<.65AB@><;CDECAF=B=>=AHGDJJKEBCB?/28:?:D;=98;=584''(&*(155+*58BA>ABJKAC87*=>CC>?@ABA@AB<@@AA?CLN@AB:71;>=<5B??A@79@=@;A@3&*/=6@?<>IIC<9=;=B@BDA<=9?BFG::.4ADFE>GCE=JFC?CGFF<:0-A@?A;=;6(*)%'&&%7842*%%CD?=8433%#(59;?>@;<G@CNO@@BD@B988F;EKIB6>BACKEF=?DE35C<6,8>7;??:;>>89=?AIGFF@41222*66*02:8<=ABD<:97?EDB?IID@@86414446=>:=9=;75?>@>A>(=CC=:EHH?@DAC:;=IFE@9;ABJGHGE=*=479;CF>;=7BC;>ACEGILF@@;BC8C@=,98?<>;A@EC;<=>??DBHJE?GE@68>C=BFA78@BB=94/&$$2-6=?@<<@ECB9'9?8??@@@2224,11:A>3(>B35@@;9@CEIDFI:876:5410368885)'5688??88-;7;8;<<<<.,').,(:<@@C?=@=79:A?>:41(51699A?><2./0/,6C1F9@@AB<621=>=5;=@?804-82%+&,5568@@CB@@8?FKMFICB>A>B;ABAE;>97.:1@==)%-655/(,$(%%$&$$&#%%&(.23345?ACDIKLKDE@BEKCCG9AA*8;;5=(=C@=?A*1<=8CC=ABC>.;./);;AAB>899)-=?@>0;656::?A88@B0:>AC=@8A;90668=<>@A@=39,*4*:89;PPKFA6==??68964:7646+:%6&'&%((%$#$'%)(335:;>@D>?@>>CGB?>@5?AAA>EE?9=94:=A?::>;222>?G<=?GA?><=25/00-&#(&*7/4+).7=ADD>D;>E9;:@><@967712$/0*$%'(*./337A6C@B>?4?@:>@;?DCFFFBA?DAB=9&%%$#"%)-+9=?<4?BB<@=>9/-428@$B9;=>>?<:@:@@>A<@?:ADF@C-:86@>>CA?=BAB961:6>@=96=?=7679*?<98EC??>BE???D;=DFFAD9JDD70<<0:8=?;;>CEB=BB;;/$%458@AA=G80-/1/08;?A<>:714/49?AC@;EAEEBE@BD>>>==A@C?FDB69:B9;CDIC=7B?@FM@??>FBBDDB@<7?@=9.DDDFD9>=JJB?D?AAIJHHFDAD;'''33?EAAD,/11$$$$-13))/.376507056::17@>9(.8>@B6>?89;269;3D<=>>8=<;9;8967GA9A:4-35195>>=>@?CD<9;9F@BAEBEFE<564-1<7;<<E=7764.)+165<:55:=@;AA?=A@DD?>@<;64;7>@=>EF@>CDE@<=A@?=AB@3C3<<7AC>AAEHFDABDHCAJGD/:9@=>?AF99BF<;>?667+BDFFFDACB>@==<9<;-9/1-**988:'66775(?AE8:<>C@??DFI@BA@?976-555:<<<>?BF@FDFJCCHBCA;>KH?CB@<>===6-*)(('.54%788<>?JELIA??A@?FB?;AFBHGEB:=@CCCC?DI?E@CFFH@BID?CAAB@>@8=5?;<>BF>;:=>><2/06?554/0:>97=?>8EJIEC<6*),.+$$24BCA:<:&//3:79>:?>E;389=:>E@DCD@E?:;7%(5=:><84;?CDC<<>>6/1<2//0;;67@5?B>AIFCFGDAD>E@3*6,<79;CBF;>?AD;B?CCFDB?8CDHI<=DEB66?>@C6A22?A?GABHFG..A68>.@GKFII@;<=?@A=B@AB>>:@JKIJJF@:?>45>DD7=?@;::1/31''0%# @SRR14011045.34953 fb10b2c5-49b2-476a-a34e-2666de8f6528/1 TTGTACTTCGTTCAGTTACGTATTGCTTCGGAGCCTTTAAAATTAAAATTTGGCATTCGTATGAACATTCACCACGTCATCGACATCATCAAGCGCATCCATTAGTTTTTCAACTTTCGCACGAGTTTCATCGTCGGTGATTTCAACTTCCATATTTGGTACATATTGAAGCTCAGCTTCTTTCACAGTTAGACCTTTTTCAATTAGTTCTTTTCGAACTTTCATTAGATCTTTCACAGTCTGTATAGCTTCTAATTTCACCATCTTCTTCAACTGCATCTTCTGCGCCAGCATCCAAGAATTTCAAGTAGAGCGTCTTCGCCCGTTGCTTCAACTAAAATAACACCTTTTCGAGAGAATTGAAACATCACACTTCCGGCATCGGCAGTTAGAGCCACCGTTTTTCACCAAAGCTGTTTTTACTTCAGGCAAAGTTCGATTACGATTGTCTGTTGCAGTTTCAATAACCAACTTAATGCCGTTTGGTATAGCCTTCATAGGTGATTTCTCAAGTGCTGCTGCATTTTTATCGGCAGCGCGCAATCGCGATTCAATATTTGCGTTAGGCATATTTACTGCGCGTGCTTTTCAATTGCGAGTGCTAAGCTTGGGTTCATATCTGGATCAGCACCACTGCGCGCTGCAATTGCTGTTTGGTTTCCGATTCGTGCCAAGAATCGCGCCTCGTTTTCGTCATTCACACCTTTTTGTCGTTTAATTTTTGACCACTTATTATGACCAGCCATAATTCTCGCCCAATTTTTATCTATAAATCTTTACCTATTTTAACACTTTTTGGCTAAAATTTCAAATTTTGAAAGCAAAAATATAGCTGCTATCTAACTCGGTGTGCCGCTCTACACGAATAATTTCCTCCAGCTCAAAAAATAGTTTGCGGAATTTCAGCTAACTCTCGAGCTGTCATTTCATTTCGAATTGCTAGGAAATTTGCGCAATAATATTCGATGCATCTGGTGCGACAACACTTCCACCGATGATTTTTCCTTTTATCACAAATAGCTTCACGAATCCATTTGCTAAAGTTTTCAATATTACTCTTTGCGATTAGGTTCAATGGCGCAATCGCAGTTTTATATTTTAAGTCTCGCTTCAAACAATCATCTTCACTTAAACCAATTTACTTGCGATTTCTGGTAAGGTTGAAATCGTTCGAGGCCGCAAGTGGAAAATTAACCGCCATTTTTGATCGAGGATGCCAAATATTATGCGCAACTGTTCGACTTGAAAGCAGAATCTCTCAGATGTTTGCATTTGCGGATTAACAACTCCTCCAACGGCAAAAATATGTTTCATGAAGTTTGCGCAAATTCGTTTACTAAAATGCCGTCCTTAGAATATTCAACATGAGCATTTTCGAGACCAATATCTGTATTCGGAGTCCTCTCACCAACAACCAAATCTCATCAACACGAACAAATTTTCCGCTCCACCACGTTGAAAAATCACCCGTTTCATTAGCCCATCTTTTTGAACCGCTAAAACACGTGTTTGTGGCAAAACATAAACATGATGTTCTTCTACTAAAATATTTTCTAAGGTAATTCCTACTTCCTCATCTTCTTTAGGTAAAATTCTAGCTGAAACTTCGCTAATATAAACCTTCATTGCCTCGAAAATAGCTAAAGTAGCAATCTCAACAGCCTCCGACCCTCCATAATATGAATATACTCCTTGGTGGACGTGAAATTTCGAAAATTGTTTTAGGAGTATAATACCTTACATTCTCAATATTTTTAACATCTGGGATTGAAACTTTCGAACCAGTCGCAATCAAGAAATTCTTTGCAGAATAATGCTTTTGGTTAATTGAAATTTCATTTGGTGTTAAAAATCTTGCCTCACCGAGAAGTTGTAATTCCTGGGCTTTAAAGAACTTTTGGTTATCATGAGCACCAGTTCGTTCAACCACCGAGTTTTCTCAATTAGAAATCATCGGAAAGTTGTAGGTCAAATTTGCCGAGCGAAGACCCATTTTTTCTATTCGCTTAGCTTCGAAAAAGTTTTTCTCTACTTTCGAAATTGCCGCCAAAGGGAATATCGCTATAATTTAGTGATTCACCACCAAAAGGTCATTCTCAACAACCGCAACATTCAAAACCAGCAGCGCTGATGCAATATTAGCGGCAGCAGAACCGCCAACACCACTTCCAAGCACAATCAAATCAAAATCAAATTTTCTTTTTACCATTTCATACTCCTTAAATTATGCTTTTGAAATTTTTATATACATATGCAGCCTCTGGTGAATCTTTTGTAATATTCCATGGCTTGCCTTCGAATATCATCACTAGTTATCTGTATTTATTTTTTTGCCAATCGGCAAACTCAAGAATTTTTTTAACAAATTCATTGCTTTGACCTTCTGGAGATTTTACTATCAAAAAGTTCGCTTAAACTTCTCTGCAGTTTTTTATAATCAAATTTTCCAATTTTTCCGTTTGGCTCGCTACAGCCCTCCCACGGCAAACTCCTAAAATCTCTGAGTAAATATAACAACCCCTACAATAAAGCTAAAACTATCGTCTAAGTACAGATACAAATTGCAAAAATCTTTTATTCATATGCGCCAAACCTGAATTTCAGAAATTGGATGACCACCAGATATAATACAAGCAATACTAAAAATCGGTAGATTTGAAATCAAGACATAGATAACTAAAATAGCAAACTGGAATGCAGTGAAACCCTTGACATAAATAATGCTGAAACTACTAGAGAACAAGAAATGAATAATAATTCGCTCAAAACGCTAATTACCCCCAAAGCAAAGAGCTTCAGCTGAATGTTTGATTTTACTTGCGCGATTATTTAAATACTTAGCAAGTGGTAAGGAACCCAAAGTTCTGTTCCATCTCGAATATTCTTCCCTCGTCGATAATAAAAAATCCAAGCCACTTAGCTTGCTGCAGAAACTAATATCCCCCACCAAAACAGCCCAAACAACCTTCGAAAATACAAAATTATAAAATATTCCACCAAAATGTGCAAAAGTAGAAAAAATCAAAATTAATTAGAACATATCGAGCCTAAAACTAATGACATTGAAAGTTTAGTTAACTGAAGTTGAGATTTTTTACGGCTTAATGTATGTCCACTTAAAAAAGTGTTAAAACACTGATGCTCAAATGGAAACTAGCGTGCACCATTGCCGCTAAAATCACCCACCAATAAAATCATCCAATTGTCCATAACCTTTATCATAAATTATATTATAAGCACGAGCGAAAATCAAGGAAAATGTTTAAGTTTTTTCTAAAAAGTCTTGACTTTTTTATTTTTGTGTTATTATAAATAACGTAATAATAAATAAAACAAAAAGGAAAAATACATGGCACAACATGAACGAATGGCCTCATGGGATAGGCACCGGAACAAAAAAAGAACTTCGAAATTTTATTGATGCAAGAATTTCTCGCTTTGATGAATTTGACGATTTAATGTAAAAACTAAAGCTCTAAAATTTGGGAACTTTTCTATTGAATTTTTTTTCTGAATATGCTAAAATAGACTCATTGTGGTAGCGTAGCTCAGTTGGTTAGAGCGTAGGACTCATAAGCCTAAGGTCGCAGGTTCAATCCCCGCCGCTACCAGATATTATTTTAGGTTGCTGTAGTTATTACATCAACCTTTTTTATTCAGCAACACATATTACATATTAGAAAAACAACCTCATAGTTAGCGAGAGGTTGTTTTAAAAATAATTTCTTGGTTGCGGGGTAGGATTTGAACCTACGACCTCTTGGTTATGAGCCAAGCGAGCTGACCAGACTGCTCCATCCACGCGATATCTGTTTTATATTTTGTCACAGAGCCCACAGAGTCAATAGTTTTACTTATTTTGATGATTTTTGCGCATTTCCGCCAAAAATAAAGTTCATCCACTGTGTAAAATTAGACTGTTTACAAGTTTCAGCTTGTTGTTTCTTCTTTTCTTCTGGATACTTAGGAAGCACTAAAACGTGCTCGCCCGGTGAGTGCCAGCCCAAGCTTTTCACGTACCGCTAGCTCTTGATATTTCTGAGCTCTTTAAATACCACTCATATTGTAATGTTTGATAGTTGATCTCCTCAATTAAAGCCTGCCTTTGCTTTAACTCAAGCTTTTTCTGGATAGCGTAATTTTTTTCCATTGCGAAATGCTTCCCCAAACCCAAACAATCGAAACAACTATTACACTCCCCATGATAATATTACTCAAAGTTAAAATATCGTTCGAAAAATAATACTTCGCACGACGAGTTTTAGTTTTTAAATCGTTTACGTTTAATTTCACTATTTAATTTTATCATATTTTTTGTTATAATTAAATAGTCGAGTTAGCTCAGCGGTTAGAGCAGTCGTCTCATACACGATTGGTCGCTGGTTCGAACTCAGCATCCCCTGCAAATTCGCCTAATTAGCGTTTTTATTTTGCTTAAAATTCAACAAAAAACCGCCCCATCTGGATGGAAGCGGTTTCATAAATCAATTATTTCTTTCGAGAAACGTCAAGAATCCATTTCGTGGATTTTCTTTTTAATTCGATCTTCTGGAAGATCGCAAGATTATTCCTTTATCGTTTTTTTCTTTTTTAGCAAAAGTAAATTGTTTGTGGTTTTCCGCCACGCAAAAGTTACTTCACTTTTGTACAAATAATATGTAATTCCTTTTGAATTTGTTTGACTATAAGCCATTTCTATCCTTTCATTACTACTGTTGTATATTTTCATTGTATACTAGTTATTAAGTAGTGTCGGGATTTTTATACTTTTGGCTTATATTTTTTAGAATAGCTTAAGAATTGTCATAATCATCATTTTAACTATAATCATAATTATAATTATAAACGCGAGCAGAGTTGTCCAACCAACAAGATCGGCGACCAAAGCGGTGCGATAAACGTATAAACATATTCTGATTCACGTAAGATTCAACTTTTAATTGTCCTTGGGTGCTTGAAGGGTATTTGTTTTGCTCGTTCAAGATACATTGTTGATATGCTAAAGAGTATCCACCGCTGAATCTTGGTATACAAGCTTGCTCGGCTTTTTTAAAAATATTTCCGTTTGGGTTATTTTCGGCAGCATCACGAGCGGCTTGCTCGCTTTAGCTGAGTCAATTTTATAAATATTAGCCCAAGCAACATAACTTCTCTATTAATTTTAAACCAATGCGTTTTATCGCTATACACAATTCCACCACTATTCATATGTGCATGAACATAATTAGCAAACTCAATTGTTGCCTTTCTAGTACTTCAACATCACCAGCTTTATCTACTGCTGCCTCAACCGCTTTCTCGCCGGCGAACCATTCCAACATTATTCAATCTTAATGCAGTCAAATCAACAAAGATAACAAGCAAAAGCAAAATAAACAACTGCCAATTTTTAGCGATTGTATCTGTTTAAGACGTTTTTTAATCTTGCCTTTACCCACCATAATTCTTATGTCTATTTTATCAAAAACTTTCAAAAATTACAAATTTTGCTTAATTTTTTCAGCTAATTTTTCGCCAACTATTTTCCGAAATCTCACTAACCGGGGCTTCACGAATTCGCTTCACTGAACCAAATTTACGCAATAATTTTGCTCGTGTTTTTACACCAACTCCATCAATTTTTCACAAAATATTCTGCGTTTGTTTTTTTTGTACGCAAATTCGAATATTAATTAATTGCAAATCTATGCGATTCATCACGAATTCGCTGAAAAGTTTAGTTAAATCACTAAATTCAGAATTATTCTCTTAGTAAATTTCTGCATGCCCATGCGAATGACTTTGCGATAGATGTAAATTCAAAACCAAAATCGCCTTCACCAGACAAAATCTTCACCCCTTTTAGATAAATTTTCATTAAGCCAATCCGTTTAGATTAGTATTTCTAGTGTCAAAATAATTTCCTCATCCCGCTTAGCTATTCCAATTGCTAAAATATCACTCGGTAAAACTTCTAACGCCACGCTCAATTGGTAGCTTTTCCACCATCAATTAAGACTAAATCTAGTAGTGCCCATTTTTCATTACGTTTCGAAAATCGCCTCGTCAAAACTTCTTTCATATGTAAAAAATCATCATTTCCACCAGTCATTTTAAATTTTCGATACTCGCGCTTATCGCTTAAACCGTTCAGAAAAAACCTGCATAAGAAATTACATTATTTTCGCCTCCTGTGTGTGAAATATCATAACAAGCCTCAATTCGCCGCGGAGGATTTTCAAGAGAAAGAATTTCTGCCAATTTCGAAAGCGCATGATCTTTAGAAATATCCAAAAACTCCTCATTTGAAAAAATAACCTGCTTACCAAGCTCACTCAAATCCCGCAACTGATTGCGTTTTTTGCCGCCATTTCAAAATTCTGTTCACTCGCAAAATCAAACATTTCTTTTTCAATTTCAAGCTGGAGCATTTTCGCTCGCCCTTCAAATACCTTGCGAGTTGCTGTAAATTGCGCCTATATTCAGCCTTTTTTTGATTAAATTCCTGCGAATCTTGTTCGAAATTTTCCAGTCTGGCGTTAACCCAATTTGGAAATCTAAGCTATTTTTGCTGGCATCTCTTTTCGCTCAAATAGTACGGAAAAACTTTCGACAACCGCACCGATTTTTTACCGCATTTGAATTATAAAACGAGCCCAAATATTCTGCCGAATCATCAAGCGGATTTTTGGTAAAACTGATATGTGGAATTTTATCACGAAAACCAATTCGCACATAAGTTGGCGATTTATCATCTCGCAAAAGAATATTATATTGAGTTTATAGCGTTTAATCATCTCGCTTTCCAAAAAAGCGCATCATTTCAGTTTCAACTTCAATCCAATCGGTCATCGCTATTTCTGCCACTAAAGCTTGCGTTTCGAATCTTTACCGCGTGAATTTTGAAAATATTTATGAACGATTCTTTAAATTTGCCGCTTTTCCGACATAAATAATTTCGTCTTTCGAATTTTTTATGAAAATAAACGCCAGCAGAATTTTGGCAGATTTTTTCAATTTTTTCGGCGAGTTTGGTGTTCATTTTATTATTTTAACATTTTTCGATAAAAAGTCTTGACAAATAGTAAAAAAAATGATAAAATATCATGAATTTAAATTGTAGTAGAATATCAGGTTAACCAGAACTATTCGGTCGCACTTTTAGAAAAGAGGTGGCAAAATGCCAACTAACGACAACGATGCAACTTTCGGAATGGGTCAAGGTGAAGGAAGTGGTGGAGATCGCAACTGGTCAGCACGCAGTCCGTATACGCAGACTCTAACGGCAATCCAGTAACAGTATCCTTCGGTCAGGGTAATCAAGAAGGTCAAACCCTAATTGCTAGCGGTCATAATAATTTCCTTGATTTCTACGGGGATAAAAATGCTGGCGTCCAGCAGAATCACGACCACTACGGCAAAGATGGCAATACTGGCAAAAACGGAGATCGAAAGTGGATCCTGGTGGTAGTTGTCGCAATGACTGTTCATTTTTTGAGCAGTCATATTTTATATCTAAGGGGAAGTAAAATGATGAACAAAACAACACTCTACAACAGTTGGCTGAATAGCCTTAAAGAATCTCTCGATAATCGAATCTGGCGCTCCAAATAATAGCCTCTAATTTCAACCGAGCTACATTCAGATTACGATAAAATTCACCGATTAGTATAATTGGGTTGAACGAAGCTCGCCGACTATATAATAAAGCCACCTATTAAATTCGCCCAACGACAAACTTATCTTACTGACAGAAATAGTGAAATTTTATAACGAGCTAAAATCATAATCCATACAAGTAAGCCAAAACTTGCTCTTTTTTATAAAATATTTTATAGTTAAATTATCATGATTATCGAAAAAGCAAAATTTCCAGATTATCATTACGAATTTTTTATTATTCTATTTTTAAGATGGCTCTGAATACTTTTAGAATTTGATTTTTATGGTCCAGAAATTGATTTTCGAAAAATTCAGAAGTTACAAAAGAGATTTTCGAAACAATCGGCGTTAATTTTATTGATTGGAAAGTTAAAAATAAATTAGCAAAAAGTCAGCTTCATTTTCCTGAAAAAGCTTATAATTAATCAATTTTTGACAATGCAAGCAAATTTAACATAAAATCAATCTGTTTTGTTAAAAATTTTGTAATATTTTTTACAAATATAAAGCAAACTTGGTAGCTGCAATTGAGTCTTTTTTGTATAATTAGTGTATAATATTTAATATGAAAGGACAAAAAATGTTTAGTCAAAATTTACAAAGCTTCGTGCTTCAAAAAATATTTCTAAGAACAACTTGCCGATAAAATTGGAGTTTCGCGACAATCAGTTTCAGCCTGGGAAAGTGGAAAATCTTCACCAGAGCTTGAAAAGTTGAGTTGCTATAAGTAATCTTTTTAATATTAGTTAGTTTAGATGAATTAACTGGTGAAATTTCAATAGAAAATAGATTTCGATAAAGAAGACTATAATAAAACTTATAGAAAAATTGCTATAATCCGATCTTTAGGAATTTTATTTTATTCTTAGGAATCACCCTCGCTACTTTTTTCTTCCCAGGATATGATTTTAAAATGCGACAATCTCTACTTTCAGATTCAATGCCAGATTTCTCTACTTTCCAGTATCGTTCTAATGTTGTCACTAGCAATCGCAGTACCATTATTCATCCTCGCTAGAAGCTTTGATAAAACAGCAATTGAGAATCTTGCGAATCTAATACAAAAATTAACGAAGTTTTTTCGAAAAAAGAAATTCAAAACGCTGAGAGTATCGAAAGCTTTAGCAAATGGCATCTTGTTTCGTCTTCCATTGCCATAGCTCAGCCATCAGTATCTACAATTTTTAAATCTTGGCGGAGAAGAAGATGCATTATTATTTTGCTCTTGCTTTAGAATTGGACTTTCTATATCAACCTGGTAATTTATTTTGTAAATTAGCAACTTTGAAATCAGGTGAAAATAAGAAAAATTAATTGGTACTTTTTATGACATATTACCAATGTTGTCGATTACATTAATTTATTTGGCTTATGGTTTGTATCACTAGTAATTGAATCTTCAGCAAATTTTTATCTGACAGGCGTATCGCGAGTTTGGAATTTTTTGCAGTAAAATGCTGGCCTAATCATAACGGAAAAACTCAGTTGTATTGGAGCGATTTATGTTCAATTAGTTTTATATAGTGCTGCGAATTTGCCGCAACGTTAAAAACAAAGCTAATGCCAGAAACGTTTTCAGCTTTGCCAGCCCCAAGCTTGCAATGCAGGCAATTGAAGTGCTCTAGCATAGCTGTATATAACCCCCCAATCAAAAGGACCAAGATTTGTAATTTTTCTTGCAAATTATCTGTTGCTTGAGTCGGTGTTTGACCGCCAGACAAGAATACAACACCCGCTAATTCTTTAGGAACAGAATTTTTCAAAATTGCTGTAATAGTTTCGCGTGCAACTTCTCTTGAAGATGATTGAATTTCATTTTCAGAACCAACAAGAACCATATACCCGTTTTTAAGATTGTTCCAGCAAGATCAACTTTAAAGATTTCTAATTCTTTAAACAGACTCTTCAAAATCTTTTCAGTAATCTCACGACACTGCTTTATCGTATGGTTTCCTGAATAAACAACTTCTGGCTCTACAATTGGTACAATTCCATATTTTTTTGACAAGCTTTCGCATATTGAGCCAAAATTCGTAAATTCGCCTCAATGGCAGCATCGCTCGGAGTTCCTTTTCTTTATTTATTTCAAAAGCAACTCGCCATTTTGCAAAGTCAATATTCATTTGAATATTTTCCAGCTTTTGGTCCAAAGAATCTAAACCTACGAAATAGTCTCGTCCTCAAAACCAGCTAAAGGTCGAAGTCCACCATCAAGTTTAACTCCAACTAAAATATCTCGGTTTTTTAGATATTCAACAAAATTAACACCTTCAAGTATTTTGTTCAACAGTTTCAACTTCCAAATGGAACAATTCCGCTTAAATAATTCTCGATATCTTGAGTTTTGAACATTTCCCTATAAGCTCGGCGATTTTCAAAATTATCTTCAACGCCAATACTTTTCAAACTTTTTATGGATATTTCCACCAGATTCATCCGCTGCAAAAATTCCTTTTGGTCGAGCGACTAGGCTTGATGCAACTTTATGTAATCTTCCTTTGTATCCGGCGTATCACTTATATGATTTCAACCGGTAATTCATAGTTTTTTTACGATTTAGGATTTGTTGCGCATAAAAAGGTTTTAGAACATCATTAAAATCTGATTTATTCGCAATTGTTAGCGCTAGCCGCAAGCTCTCTTCTAAGTTAGAAGAGTTTGAAAAGTTTTCAGCCACAAAAGCAGCCTGAAAAATATTGCTCTGATAAAAAAGAATTCAATCCAAAATCGGATTCTGCGCTAGCAATTTTTTCTTTATTTCCAACAACTATTTAGCTCCGTCAAAAATAACTATGCTACGAACACCAACCTTCAATAAAGATTCAACAACGGTTTGGTAATTGGAGTAATCGATTAAATCATATTTTTGTTTTTCGAAAATCTACAAAAACTAAATTCGCTCGAACAAGAGCTCCTTGATAAGTCTTGATCTAGATCGGCAATGTTATAAACCAGCTCGATTTGTCGGTTTTCAGATAGATATTTTCGAAAATCCATTAAATAAGATTCCGAAAAGTTTGTATCCGCGATATAGATTAAGTCTGGTGCATAAGGTGGAGAATTCCATTTTTGTTTCGCGTGGATTGCTTGGTAAAGATAAATCTTACCCTTATATGAAACGATAAATCGTTCAACTAAGGAATCGTTAATTTCACTATATTCAAATTGAGATATCCCTTTTGGATTAGCATTCGAAAAAGCCTTGAAATGAGCAGCGGTAAAAATCTTCTCGCTTAAAATTGTACCACCAAAAATACCAGCTTTCTTTATAATTCAAAAAGTAGAGTCATCAAAGTTAAATCGTAATGAAAATCATTAAGTTCATCTTTGTATATTTTTTGATCTTGAATATCTGAAACTGTCTTTTGTTGCATTTCAATCGATAGAATCGTCGGTTTCATTTCCCACCTTTAAAAATTATTATGCTTTGTTTAATTATAACAAATTTTTAATACCAACGCAAATCTAAAGATTAAACAAGTCATTTAAACTTTCCGCAACAGTTGGGTGTGTAAGGAATTTGATCTCACCAAACTGTATAATCCAGATTGGCATCGATTGCGGTTTTATAATATTTATCACTTCTGATGATTGTAGCAGAACAAAGCTGCGCCTAAAATTTTATTCGTCTGTACATCAACTACAGATCGCAAAGTCCTGTTGTCTTAAACTCCAGGCTGACTTTGGAACCGCTGCGGCTGGAATTTCTTTCACTTTAATTTCGAAACCTTCTGCTAGGGCTTGCTTTTCAGTTAACCCAACTTTCGAAAATGGAACCTGCAAGAAAACTGAATTTGGCAAGTTTTTGCGGCTATTTAAAGAATATTCGCCATTACCATAAAATTGCGAGCGTAAAATTCGAAAATCATCCAAAGAAGCATAAGTGAATTGTTCTTTTCCGCGCACATCACCAACCGCCCAAACTTTTTGGATTTGAAGTTTGAAGTTTTTCGTCCGTCCAAATTCCACCATTTTCAAGCGTTTTAATTCCCGCTTTTTTTTCAAGATTCAATTTCGAGATTGCAGGTTTTCTTCCAATCGAAACCAATTTTCTTTGTCAAACGCAAAATTTTCGCCATTATTTTTTACTAGAATTCCATTTTCGGTATTTTCCGAAAGCTTCAATATTTTGCATTAAATTCAAAATTAACACCTTGCGAAACTAGAAAATCATAAATAAACTTTTCGCATCGAGTCATCTTCATCGGCTAAGATTTTATCAAACTTCTCAAAAATTGTAACTTTTTGTGCCTAATTTTGTGAAGGTTGAAGCAAATTCAAACCAATAAATCCACCACCAATAATTGCTAGATTATCAATTTTTTTCTTGGTTATCAGAAGTTCTGTGCTTGTAAAGATTTTTGAATTTTGCAAACCTTCTTCCAATTCCTTCAATTTTAAAGACAAAAAACTTTCCACACCGGTGCTTAATGATAATTTTATCGGTAAAGCTCAAGTTTTTCACCATTCGATTCAACTAAAACCGTGTTCTCATCTAGAAATGAGCCAAAGCCATCAAAACCGTAACCAAATCGTTATCAGCCAACATGTGATAGTTTTTTTAAGTTTAACCGCTTAACAACATCGCCTTTACGCGAAATCGCTTCTTCGAAAGTTAAATTCTCGCTTGCCGCAACCGCTAAAGTCTTCGTTGGAATACAAGCAATATTAATGCAAGTTCCACCATACATTTTTTTGAGATTTTTCAACTATGGAGCAATCTTTTCACCTTTATTGCTGCTAAAACAGCTAGCGTTTTCAACCTTTTCCAAAATATTCTCTTTGTAAATTTCATCTTACCTCTTTTCTCTTTCTATTTTATCATATTCAACTTAGAAAAATCTTAAATTAAAAGAAAAACCCCCGATTCTTCGGGAGATTTTCTTGGCTCCCCTTGATAGAATATTACTAACCAACTAACTTCTCGAATTTGTATCAGACAGCCGAAAATCTTCAATTTTAATAGATGAATCTTTTGAAAACATAGATAAATTAAGTCATCTTCATAAGCAGATAGGTATTTTTTTTATATTCTTTAGAGTCTTGCCAATACACCCACTTTTCGCCATGTTTTTATATAACGATAATGAATTCGGCAAAAATTTATAATGAAATACTACCGATGATATATTTACAAAATTTAACTCTTTCGGAAATACATAATGATCGTTCACAATTAATTCATTTCCAGTGTAATATAGTAGTGGAACCTTTTGTAGGCTAGACCTTAAACCCCAAATCCTTCCTCTAAGTACTCGTAAATTCTTAACCGTAAAAAGGGTTTATTTCAGTTTTATAAGTGTTCGAATCTACAAATTTCCTTATCACTTATATTCTTATTTTCGAAAATGGGCTTTTTAGAATATACGTCTACCATAATAGCTTTAACAGATTTACGACCATCTTACTTATAGAGTCAATGTATTCTTCTATCTTTTCATCAACATGGAATAATTCATCGGAATCAACATTCAAATACCATCTATTAATTCCATAAATATCTAAAATCTGTTTGTCTCCAGCTACAAACCCTAAAACAATTATAGGTAGCTTCAACATTGTATAAATCAGTTTAATATCTTTAATATTTTTCGTAATTTCATTTATCTTTTTATTGAGTCATCACCAGAATTATTGTTACCAATACGAAATTCTGCTTCACTTCGAATTCGACGTAATGTCTTATCCATTTCTCAAAAATTCTGAAAAATTATTAAATATGTAAACTAAAATAATCTCTTTTTTATTTTTATCAATATAGGTTTTTAAGGTATTTTCAACCTTACTGAGTTTTATCATTCAACCCTAAAATTAAATACTTAAGTGTTTCATTATTAAATTCTATATTGTTATAGTCTTTAGCGATATTTACATATTTATGTCTGGTTTCGCTATTCTTAATTTTGTCTGTTTCTTTAAGTCTTTTGCTAACTTCAAAATTCGATATATCACTCAATAAATTATTGTGTTTTTCTAAAAATTGAAAATCAACATCTTTAAAAACTTCGAATTTACCTTTTTTTCGCATGAAGATTTTAACCTAAGATCCACTTCATAAGAGGATATAATCGTTCCATGAGAAACTATTAATACAGTGTTGTTTTTGAAATTATTCTTTTGGATATCAGTTAAAAAATCGCATAATCTACTTTCAATGCTATATTTACTATCACCATACTGACCAAATCTAATAAAAAAATCCCCAGCAACTTGCTTTTCTCTAACCTCATCTAATTCGGTAGAGTTTTCTTTTCCGTTAAATTTACCCCAATTTATCTCTAATACGGTTATCTATTTCAACGGTAAGATTTTGATTATCCGCAACTTCTTTCGCTGTTTGCAGGGGTTCTAATTAATGGCGAAGCGTATATCTTATCTATTTTAGGCAATAATTTTACCGGTTGATAACTTTCTTTCTACCATTTTCAGTCAATATTGAACATTGTATTTCTTGGCTCATTAAAATTTCACGCGTATTATCCATCGCCTCACCATGTCTCATAAATATTAAGTTCATAATATACCCTCTCTAGTTCTTTAGTTTTTTATCCAGACTAGTTATATTTTCTTTATTTATAATATATTAATTAAAAATTTTTTACAATATAAAATTAAATAAAAGAAAAAGGCTCTATTTTAATCTGTTAGAACCTTTTTTACATTATCAAATTATAATAAAAATCAAATTTGGCTCCGCTTGTGGGCTCGAACCAACGACCTATTGGTTAACAACCAACCGCTCTACCACTGAGCTATGCCGGAATAATAGTTATATTATACATGAATATTTTCGAAATATCAAGACTTTTTTATAATTTTCTAAAAAATAAAATTGACCCGCATTTCTACAGGTACAATTTTTCAATATTTTATTCGGTTCGAAGAGCTTCGATTGGATTCATTTTGCAGCTTTTCGCGCTGGAAGATATCCCGAAAAATTGAAATTATCATCAAAACAAGCACCAATAAAATCCAAGTGACAATTCGGCTGAAGAAGATTTGTATCCACCCCAGCTGTATTTTGTAGTTTTAAGGCATTTTTAATTACTGGGTTTAAGAAAGTTATCCCATAAGCAACAACAATTCCAATAATTCCACCAATCAAGCCAATTAATGCTGCCTCGTATCTGAAAAGTTTCGAAACATCACTTTTACGCATTCAGTGATTTCATTAAGCCAATTTGCGAAGTTCGCTCCAAGACTGAAATATATTGAGTATTTATAATTCCCAAACTGCTGCCAAAAGAGTTAAAAACCCAAATCGCTTAAGTCAGCGATATTGCATTAATTCCTGTAGCCAGACAATAGCTTTATCATCCGCAAAAAGTTGAAACATCATAGTAGCTTCCGCCATTTAAAGCTGAAAATATCTTTTTTAATTTCATCAACCGTCCGGCTTCATCTGTTGTTACGCTCAAACTATAAAATTGAGGATCCCCTTCATTCTGTTTGGTAGCAATCGCCAAACCATCACTATTTTTTCTATCCAGAAATTACCTTTATAATAAAAGTTGTCTCTGTTTTCCAGCATCAACTGCTTGGATTTCGAAAGTTTTTCAAAAATTTCTCCTTTCGAATCTTTAAATTCCAAGATAACTTTTTTACCTGTATCCTCGGGTTTGCCGCCAAGAACTTCAACATAAGCTTTTGGTGCAACAATTTTACCAGCATCAATTCGGTTATTTTTATCAAGCTTTCCAGCCAGAAAGCTCCATTTCTTATAAATCATTTTGGTGCAACACCAACATCATATTTTTTAGCATTTTCTATTCGAACTGTTTCGGCGCTTACTGGTATTGCTGGTGAAGCCTTTCGAACACCTTTTACTTTCGAAAGTTTTTATTTAGATCTTCTTTGCTGATTATTCGCGATTTTATGCTTTCTTCTGTTTGAGTTTTTCAAAATCCTCGCGTGTTGTCGAAATCTTATTCGGTGCATATGGGTCTCGAAACTTTAACAGCACGAATTACTGTTAGGCTCTTTGGTCACCGATTTTATTAGCTAAACTTTCAACATATGCATTTCCACCTTTCGCTGCAGCTATTGCGACGACCGCCACTGTTGTTGCCCCAACTGCAATCGCAAGGCTTGTTAAAATTGTTCGTTTCTTTGCTAGACGAAGACTCTTTCCAGCTCGTCTAATAATATCAATCCTACGCATTTCTTACTCCTTCAATCTGTTCAACTTTTCCGTCTTTAATTCGAATTCGAATATCACATTTTTCCGCCAATTCTTCATCATATGCTATTAATTAATAGCGTTACTTTAGAATTCTTATTATATTCGAAAAGCATTTTTTCAATCTTAGCGCCTTTGATCGAATCAGATTTCCAGTCCGGTTCATCCGCAAAAATTATTTCTGGCGAATTCGCAATCGCCCGCGCAATCATGGCTGTTTTTGCCCACCCGAAAGATCACGAGCTGGTGTTTTAATTTTATCCTCCAAGCCAACTGCTTTTAGGGCATTTTCAATAATCTCTTTTCGCCGAAAATTGGCTCTTCGGCAATTTCAAGCGGCAAACTTACATTTTCGAAACAAGTTTCATTGCCTTGCGAAAAAACTTTGAAAAATAAATCCATTTTTTTCCGAACGAAATTTATCAATATCTTTCTGCTTCATTGAAGAATATTCACGCCATCATTAAAACTTCACCTTCTTCTGGCGCGTCCAAACCGCTCATCGCGTGAATCAATGTTGATTTTCGCTTCGATTTTCCAATAATCGCCACGCTTGCGCCTTTTGGAATTTTAAAACTTACATTTTTTAAAGCTTGAAAACTATTTTCTTTTTTACCGTAAGTTTTTGAAATATTTTACAGAACTTCCGATATGTCGCTCCTTTTTAATTAAAATTGATCCTCATCGTTTTCAAGATACAAACACTGACCTTTTGTGTTTTTTCATTGAAATCATATTAACCCACTTTAACTTTTTCAGCACGCATTTTTAATCGCGTATTTTTTCAAGAAACAAATTACCTTATTTGTTTTTTAACGTCCGCATTTCAACCTTGTTCAATTCCAAATTTCACCATTACTATTTACGCTTAAGTTCTTTGCGTCAATTCCGTTCATATAAAATTGCTAAATTCGCCCGCGTAAACTTCTAAATTATCAATTTTTGCTGAATTTTCCGAAATTAACAGACCCGTTTTTCGAAATGTCCACCTTAATTTTCTCAGCATTTTTTGCAAAATATTTTACTTGCGAGCTCGATTTCAAATTAATTTCACTTAACTCTAGGTATAAATATGAACTTCTTCCTGATTTCCGCCATAAAAATAACGCGCATTATTTGAAACTTTATTCAAATTTAGTTTTAAGTTTCGCCATCAAAATTCATTTCAAGATTATCTTTTTCGAAATTAAAATGTGTGAATTCAATTTTTTGGCTCATCCGCAATATGATGAAAACCGCCACCGAAGAATCAACTTCTAGCTTTTTAATGCTGTTTGCAGAATCGAACGCTCGTTCTGAAATTAAACTTTGAGAAACCCTATTATTTACTTTATCGCGCAGCAATGATGCTGAAGTAATAAATCCATGAGTCCTACAAATGCAATCACAACTGAAATAATCAAACAAAGATATAATGATTTTTGTAATTTTTAGTTGAAAAGCATTTTTTGCGACAAATCCGTGAGCAAAAAGATAAGCAAAACCTAAAATATTAGCACTAATAATTACACCTATACCGGCATCTTTAGCATTTGCAAAGAAACCGCCGCGCTGTAAATTTCTGAAAGCGCTAAATTTCAAGAATTATTGCTGTAACTCCGCCCAAAAGGCAAAACTGCAAAAATACCAAAAAATTATACCAAAAGCTTTAGCAATCTTTAAGTTTCGAAGGTGAATTTTTTTCGAAATTATATTCTTCATTTACTTCCCGAATAGAATTTGCGGTAATATTTTCGCCACGAAGTCGCAAATGTCATTCGCATTTTTTGCTGCAGGAATAACCAATCGACAAATAGATCAGACTATTCCACCAAAAGTCATAAAAAACATTACAAATTAACACAAGCGAACCCAAACTACATCAATGTTTAAGTATTGGGCTAAACCGGATGCCGCATAGAAATCATTCCATTTTCTCATCACGATAGAGCCTTTTTGAAATTTTCGCCGAAGATTTCTCTTCATTTTCGGTAAAATCTGTATCTTGAAAAACTTCTGGTGAACCAATTTGAGCTTCAATTTTCGAAATCTCTTTCTCGGTAATAACTCCACCTTCTTTCACTCCAAGTTCCCGCCAAATCTCAGTAATCCGAATTTCTACATCTTCAAAAATATCTTTATCGCTTGAATAAATCTTCAAATCTTTTAGGTATTTTTCTAGTTGCTTTTTTGCTGGAATTTCAATTTCATAAGGAATTTAGCCAAATGAACCAACGTAATTTCTTTCATATTTCCTTTAAAAGATTATTTATTGTTTGGTTAGCTTTTCAATTTCTTCACTATTATTTGCTAAAACTTTTTGTACCAAAATCGGTTATTGAATAATACTTTCTTGGCGGTACTTAACTCACTTTCTTGCCATTCGTGGCTTAATAATCCATCTTTTTGTAATCTTGAAAGCAGTGGATAAATCGTGCCTTCAACCATAACCATTTTAGCTTCACGCAATTCCCGAATGATATCACTAGTGTAAACTGGTTTTCCCCGCAAACTTTTAACACACAAAACTGCCATAAAACCTTTTCGCATTTGAGTTGAAATTTGTGAAGCATATTTTTCAATACTTTCTTGTTCTTTCATACTTCTATATTATACAAGGTAGCCAAAAAGTCAAGTACTTTTTTCGAAAAATAAAAAAGTTTGCTTGAAAACAAACTTTTTTTTAAAATTTTTTATACTAATCCATTCGGATTTTTGCGCCAATTCCACGAATCTCGGCACATTTCATCGAGTGTTTTCAGTTTTCCAGCCAAGTTCCTTTTTAGCCTTATATCAGCATAACAAAATGCAATATCACCCGCACGACGCGAGGTAATTTCGAAAAGGAATCTTTTTACCTGAAGCCTTTTCGAAAGCACGACTAATTCTAAAACACTCACTCCTGAGCCTGAACCAAAAGATTATAAATTTTAACGCCACCGTTCTTGCGGTTATTTTCTAATGCTTTCAAATGACCTTTTGCTAAATCAACAACATGAATATAATCACGCACACCTGTGCCATCAGGAGTTTCATAATCATCGCCAAAAATCGAAAGTTTTCTCGTTTCCAATAGCAAGAAATACATCAAATTGTTGGAATTCCTTGCGGATCTTCACCAATTAAACCACTGGGCACCAATTGAGTTGAAATATCGTAAAATCGTAATTGACCAGCGCGCATCAGCCTTCGCTAAATCTTTCAGAATATGCTCAATCACAACTTTAGTGTATCCGTAAGGATTCGTTGCTGTTCTAGGCATTTTCTTCTCGATAAGGAACTGGATTTTTGTCACCATAAACCGTTGCGCTCGAAGAAAAAACGATATCATAAATATTAAACTCTCGCATAATTTCTAAAGAGAAATCGTTCCTTGAATATTATTTTTATAGTATTCAAGTGGTTTTACATAACACTTTCGCCAACTGCTTTTAAACCTGCCAAAATGTATCACTTGCTTAATATCATTTTCTTGAAAAATTTTCGAAGCCCATCCTTATTTAAAATATCAACTTCGTAAAACTTAAAATCTTTACCCGAAATCTCACGAATTCGCTCCTAAAGCTTTAGGTTTTGAATTTCGAAAATTATCAATTATTATGATCTCTTCATTATTTTTAAAGTTCAATTGAAGTGTGAGCACCAATAAATCCTGCGCCACCAGTTACTAGAATCGCCATCTTTTCCTTTCGTGATATAGAAAACTTAAGCGCTATAGCATTATTATACTATTTTCAAAGACATAATTTATCCTAAAGAATATTTTTTAAAATACTTTCCCGTCCAGCTTTTTTCGACTTTCGACTTGCTCAGGTGTTCCGGTTGCCACAACAGTTCCACCGCCAGCACCACCTTCACAAAATTTTATATCAATTAACCAATCGGCACTTTTAACCATATCCAAATTGTATAATAATCACCATTAGATTACCAGCATCAACTAAACGATTCCAAAATTGAAAGCAATCTTTTCACATCCGCATTATGAAGACCAGTCGTTGGCTCATCTAAAATATACATTGTCTTTCCAGTCGAAGCACGCGCAAGCTCAGTTGCAAGCTTAATTCGTTTATTATACCGCCCGAGAATGTTGTTGCAGGCTGACCAAGTTTAATGCTTTAAATACTTCTTGAATCGTTTTTAATTTGCGATAAATTGCAGGGATATTTTCGAAAAAACTCTGTTGCTTCGTCAATCGTCATCTCTAAAACATCGAAATCGTCTTTCCCTTATAAAAAAAAATTTCTAACGCTTCCGATTATATCGCTTGCCGTGGCAAACATCATTCCGCATAAACATCTGGTAAAAAGTGCATTTCAATCACAATAACACCATCACCCTGACAATTCTCACAGCGACCCCCTTAACGATAAAACTGAACCGACCAGCTTTATATCCACGAATATTTAGCTTCAGGCGTGCCAACAAAAGTTCACGAATTTAATTGAAAACGCCCGTATAAGTTGCTGGATTCGAACGCGGTGTGTGCGACCAATTGCGCTCTGATCAATGACAATTGCTTTATCGAGTTTTCCAAACACAAATTTCATCATGCGCACCAGGAACTTCTTGTGCACGATGCTTCCGTGCTAACAATTCTTTACTTAAATTTCATTAACTAAGGTTGACTTTCCGCTTCCCGAAACACCAGAAACTACTGTCATTACGCCTAATGGAATTTCAACATCGATATTTTCAAATTATTTTTCACGAGCGTTTTTGATTACTTAACTTTTTTCATTCTTTTTGAATTTTGCGTCGGTTTTTTGGCGTTTGAATTTTATCTTCGCCACTCAAAAACTTTCCTGTTAGTGATTTTTGGATTTTTCGAAACCTCTTCAGGTGTGCCGAAGCCACAATCATTCCACCATTTACACCAGCACCAGGACCAACATCAACTAGCCAATCCGCCGCCCGAATAGTATCTTCATCATGCTCCACCACCAAAACAGTATTGTTTAAATCACGCGGTTTTTAGCGTTGCAATCAATTTATCATTATCTCGTTGATGAAGCCCAATCGAAGGCTCATCAGGGACATAAGCACTCGCCCGAAGGCCAGAACCAATTTGTGTTGCCAAACGAATTCGCTGCGCCTCGCCACCGCTCAAAGTGTTTGCCGCGCCAGCTCCAAATAATTCAAGCCAACATTATTCATAAAGCCCAATCTCGAAGAAATTTCTTTTAGGATTTGAGTTGAAATAAACTTTTTGCTCGTTTAATTCTAAATTCTTAAATAGTTCAACCGCCTCGTCAATTGCAAGGTCACAAATTTCAACAATATTCAAACCAGCCACCGTCACAGCAAGAACGACTGGCTTTAAACGTTTTCCACCGCAAGTTTGGCATTTTCGAACACGCATAAATCTTTCGATATCCTTAGCAATACGTAACTA + '-145@CF9EGK:6?=?8>DE?DCCCA@@>EEEE<),6?CE?EJ?@:;->2AC<@@2*<>@DCL<;B?E@>FRNEH?@:@FMGGCDC2>>/28988;+4&&%(2DDH<33AEC=EDKMJA>@??:2;B;7:BC32FDE=;:9:=9<79ABOLLN:?:;=95>?=987=CDFK*;3==42;>=CD><''''?=B:9*&3#$$($$57C;3('%)&44::BGEFC<9<>@?5;AAA24,:+3=676:4229:?8>?6AC;%%(58<=+78>7),;4@AHFEKDGJCCQPL899BAA?@>FF;6FG?=9=<=;>@A=*+$$%#$+,)))2446<=;>C5+.5,7,111EC533,/+276688759DF=AEEB:CA9532:=BDADA.'$'*)-;8>CDF?$$&$$&0346546:7<?AEBJBGHED7:>D?ADGA?CJO6BCDAF97$$/=9?@AA4---+'377=7977:EBCEEAC@?>:;BEC7A4*-%(58787:9>=%&CBBC?AHC?>>=<,%1&%%%.,-.74$9;9;C@@9BB1,9;=?AD;9?D?@QNJJG>?=8:G=NNNMKJEAAC=;BDECDFMLIFJH:<*056;@;/2,169<($92A:?JJGE:98==A:77-&'%+*8772AA=<3=?<90;:98<:?<7:77&$'$8&CA<=578:?B:ADCHDPIIQBG=GGB<;77ACECDKD>;;=?;>1E?BEB@CECBCNHHKCABCBJ?ABAABB?CDDD9010175;@B98784'13;DHCA5EDD:GHK:@CD<8EC>2D?CE@F<:IHFHK::6==ACC=EC2?A?;<<:A8EB;$$*&&(+(ACDCGK@C;@8::758560,*$,#$45:=@;DDD>5+&)()+69;9>AECK?A??=421948/0(.8DDCF@DGDBAAGH>=?ACJHD@?>B762442,'$*9<=>?BA69-2&803>=:>@78<<.;<>D??:D=GDH>;5+6:@9@=IHE<=11><;<>?@=>?@<(-?J>?KMG8;@JK=A:>>A@8,7:>E8;HAA:HFGDDEFB;D>238;>DIMI@95;+*8;10.7>;582&-257-.(:&+19<:=>@B?DC>AAG?><==A;;;>AGFHHCGC:AA9=?C@8((*03675/=;@FF?=;<=<@?:DA@GB==:7;FHQLF@A<;)3=:37H>DF=?A6394CFEBFDF?B@A>A=DD@;5)/.*79:8*?>.>E>:??A=8E=6((89,(&+/?8@BGEIHLDA>KCEFGF=>>GOPLKEDED@K;H?ADFBB5743(&513234::::@?9?CDE<0372/DDGEEDIMGF@B;;;>=90+1+.6-+7+.66,.-&-/-@@<;BC7=1;?$'''12(&'1)<;;?D>@<>DCGE>%&&&:=?=@D<==8;;:6%''&#%,$$)1>@B2?A=@@C=7BE77>C;:<&:BB=<:?A?B?A==AC=30:BA>01>JNLE4@=>@>BGB>)4)):==?B:<>AB1)*+1208@9<=CB>=*?==9*@?=EIDE@;@=<:<)$-7>?ADH@FI@CI?B?=<=8:=155$-/101)*%)%&$$$789:8ABCBBCC=?CAC08.,<;?;BC>AA135?:7;?CB?>@@A;A>A?EB@?2&+,%/86/:=4035*',,..04<><>AAC;5-2<<=;4754CB=FI?B4;;<8@=<:(%&(277?=7AA00+-/201+))=;*3/(&%(148==;=;GD@FK=DE>:>??=;>?@GF;:787389;000729<6*,/-()1+(%%-178:6@:66$#%&('%0220)..32>?:;66?22$5797>?I@;;9AB5%&22&%$'#$&%+42,-0*&$##$$(56177388>99=?9:5'(114<;AHHFF8:IG?A8>?6(2540/*&-/63'2222273/0(&&$$(*.-,36=7498CHJLJD9-ADA906:%%#%$#((,.>>?B420088=?<<8;;239775-,,*)&)1454599;>?03AC:D?ABFHAPOJKFB>16>:7==?B<7A>@589@AFE><;9=>>:''CCB;E>@87332/&()&+$')(&'/158>-KJMI9:8F--42/;+-.;;9;365768:;>3713+)$'335-2/?>@CDD=A>/')(8?>3110'%%%&&%;DFGFIC=.'$%&1+0677A=9;;53=@C?ABGG89FF@@?BFHGEE:?<0566::DBEM=???9CAAGNJHIC6655/15-0:9EG@<==>KKDBID63A==<>BGBF+@65AHMJ6/H<8?AC<70954?=DFFDE??<>=2=;<8?BA=A=?7ACB:9ACBA25;>>@@@?A:BABAFHCAG?GA?9:F1&$$(-&%)),...(&+768,6>?AB9;:4B<7=,*./1**0=@BMJCJHBBQBB9<:<4>;553CADDFFJJKCGGLF<4@<58-C@==<=>)&&A;=;3A>FGBGDA3AA?GH@A;@B@DDGIMICDEB=7BDEFCCAECB?@@>2014<3(,=FDGF7+:611/1220./*38>?@=5:;;')(+;;07)*;>,)67<877')+48@@@;0-+*IEBDD;7CBGGIIJFIJB@B76(($762;8:FHGBBC9:=67<>?99@DEECC@5**-9/.AHHGC9<>7,%-,,,,1204.-++@>;6-*8=4@6@<8@KKG676+())*,./>=?FFAC?C@@0*1>3.=?B@C?BADIKD-&+8<69@C>9@8>@@8$$%*4=;;56256:;7<=9:<'&*))+(&-434798.49@C::?><::?EFIE;=@E>DEAAEIGEEB//;/*')/*'$(6=<:;>:EG?@A?@ABIID?==8483(64:A@.:@7;;19:BDAFDG=<>A<.)9@8B6:?@A8?<<136)+;9,((69;:=?537;4*,%($-$*+/20)%%>=;:===10212,.38798;DA=5AC?98=;CIB>,;8(+65:7DFE)/;8<6=>9;A;56:?/-77:0021/33077BDA?:8;908;5879D<6OGE;BB><2;==DCAA<:?=D;CD4#%$%'9=????>@@=//8<@;7<>:@ADF9AD<>>CB388.01+$%(&+'2*%10*,)??DG>8=;3@<@=56:><;;=B<;98+%28696:A>E797:@EHB78ADCD?<9:9%:>8:;&;;83657/:65-442(/%$342;@A6;F?<;123898@/>>@B4B;515><;2:CC749@H;;>?=;<2%%88D@=2=EFBCEJJILH?3+((69.()*&$'544@41132986:7::9DB;:83$'..9;::;:8<@<=;=7211($','/>CDB>=8(003><>A>BEFMKI@59(*>FFHA=?KI@((((,?>>8F,<<@VUJJF99BGIJD=>>?B933-+,%%?A@4AH@9%9>9=;<@FFOC@A@AAA8@A7,+$-+&&&%'+'/59;&1JII?EC:C>DB@:+(&(68B?GG::BA86C?8B;:-$%$$1:FEB>0/@@AB>234569?65BBCB@79=:3<678;@BJFDA@;>2$((2)-@GA;GHC8:*74:EHGD@@@@FHAACBBEHH+4=;>B;=F?==BD7@6713342+77A:?D><751118:;19347=58:5@?ADCEE=?77:??9:GA<:==6454@C@;,6:?8?@CBLK@42A=AF=;198<>E?@BAA;?CE?<=GD:/81@FJ<<<7/-:=?B:D=>:2.%'232+/%==B==B:8:@BACCD=DEE@90DFGI1;>GIEBC;DDIPKH@8;>>6@IFJB53251(,-;7568=55?>ABDDFJEHIIDB>8@?*8A?=58(55-+,.,5++>->=<=-/@@?DF=?95&%4:22:=AGIDDEC=;>CGDC9;DEA,99BCCAJBCCPF=JDDDD5D9.1.?;+(+''&&&4468:<:)''''++.9<=BBB.381.3BFLIF;@AA?>75<5EE42FDFKKFED>@68980$$778ABA<=CCAKOLGCAG<90;><@A:57=B=:@A=CEE>EG?3CJKH;GG=433?;;C@A,ECED-B8HAEHFBGHA654443?B84*@?>89<7<69AAHD=1))*--)4;;?;.<+:ADDEJOJGC111=(&?<=AFD&<6HJIB@A>8+9@>B?*-;C=DC;GEBHLPND98;,6;BC??A>+7488;;98..DF>USQPUMB@DIAG?HKNHBFC:34393637274)79@CI59&&'(BCCGC/22AE>OPGCSQSURQKJC==DHFMNJJI=:;9*%%'==>FJJFI>>HJDLC500&366@7618++739>>>1--3./.?:(BI>14>FGF>=?>54GFCCI)1'74&6;>==9'$$11/062/92)$#$,-&)))59,@>EDB?=>%:41<:CDA@DKHFFCDEFBFGBB87.181<<:=?DF+:90-+869;DA+EGGB=;<1;2<BLNH>>KIHF>=KLMH@FAEPI@@<6AB=C/JOJA<48<>A@@>?EH@E?BCHHIEFFKIA,*@::C>8>BGFC=7=BBCE17;><:AE42/6=>>FL@::?:66:=DBD48(44CFE>521++<668:,-*$%*'1..287?=9337&-21ADHBH=<;>@@D@:0;//5=<=DBABC@?BD?@I>=DIB>D>HJG=&513;8?>>C?9?EB?@G=:<=:=@FEGHEDFFFCFGDBHLJGDF3%0:=BA=?EFF?BHJ?=ED?>:6TUOHEA-58AC?:$;@=?BE::1/<>A@BBB>;%@@CEA=FHD:=;7GJA;@@BMDO@MKEFE=;ECAECGE><99<0+()-.467(137688>?8:FC=C<;89,/1>47CGH=B;139ACB%9BEB>;/=@BBD@;E4DCC3569?@+3;;+)$&4333935-5>?AAELLQEAC@D?ECE,7ADED=DEE@<8.(--04:=DAEFG;=='8GNE=>AHD79(C66''=CID99@EGNLFD@8633.//04>JKDB?A>:843,,+,9767=@7DBEAEEE>?A:9<:BCD@C;ADFHJ=<=FG<2/>>?FDEDG?CC92=@K>@@;CGELOE<=?A?:1:@1-+-8B85,)9;>=9;77@CEH@9BC=>38:198878&%''352<@94132@>>>:EHHC@B<::=DDD=?D==<(''9%#%+*028>>FCDLDIHBACBC:B97=EEC;9:4=242>B><=9A>16=E?BECB@:3((&5%/41:;;>?@77)%%2/<>7-&+)()+1:;:9,469/6,49$'--5C66?GFF@AB>BJF@AD?<=KNH;->EDFFC4-+>99=DDD@B::,15:;@=872%,,,:@>?>964,#*(-/;:.*'%./23?;D@:DA>@C4-:<@@=86.$/1356689:8:;8288=@>>931729'2+.9<;($*&''--/0.135><628,6,.0/24:;<8;>;;57BGHED<:*5/.//'*$$*,.-//2%'$&$$&.22BEED=BAACB@>@GC76726(-/3=DH:;ACG;>A739*)'+'(-'((619;BA<=)8;@:??=A66.:288:65.2:9733/43./03556BD8>=9:45;@?=?B7.-66459?::9)2$'+);;:;<<:A@B;5765325::;?GHA>69;=:668/',**%-.::=:;A@8BCBAB><@9;987./5;<;>8=;.(8<@>B?=?>=;:<9%&%)*)&$$$'$$#&..++*'0122:70,+/-++;9@55$&(*=@C:4:0$$'$(()&&(7:7.::4?HE@:9<=?=7)&)*--*(('&&'<@DFGEKA;?>9;=<$,/+@?<00.+-13C>ADFIIEHEEHG?@8@CFC;1',:)+/&&3123<=>FEFGI@;;2'(*/&',#%.*23456>>@C:?;9':;8-36//+6124,,2397:>>1:;<8<8:9*'''1,-+,+$3881(=AFECF>I?>,:4>FE>><;38<6G?GFCC>>=5899<7$$'&)(2585.-49;:990:<@F8DGDB=<,;9:@?'$$@<035/>?8:=?55(70><402)===9:>@JJB??<9@79<;47;:6349CH947BAHKC:7EAAA=:EB:BCC4,+20-=9:990:548B@A6(*59CFHIEIKDCJH>)..@@=8(-B1,==?@0265@=1526>BCA2'...:>D=DGKJJ>;=FKEDF@>9<=>67702@BCACDB@<7'015BC7@>@??E>HPNGAEDHD=>;??B5($::C9:;<<:3/1:=@@CFHIH;GRQF;@CC;@@>D=19=>=?/.:;98@GFFEAA9089AA5:@?>EHEB2/IIK>??C>*/886:@DCJIC.--3.7448;B;BCCA6*+1148?%+/CGJDLM>GH?GFDDEFAEEDDA@-@JKJEEC?157EEE.D%>BD>=;?@<423+0-.(,,333>;7GDECCBABA=>>54=?CA>JMPO?<=@A?>26254@@E>==>G=BECEPKD@>A>BA0,,'+))7979A=A>;&))6>>ABFKEDNNNLAEGKID>EEIM>8IDCHFEGHICB;CGAOLB8./0:;>ADEJHG@@DB9:=/>BGGFC@>>?H=>=>;=GKGHHD=EA2:208<36@A@AENL==CECA<<7@ABDJ:K>GBCIMICC;BDDA8==??ACB/6+0578:72/..-656(72?A>;BFF9=>GCBEB>=7-2.7:=?DCDA<07>>DA0*)?:>CFDJLLK<::@3>6<7BB@2'&.-.99942,232,+)+$#%''$+%.5,-+9<3%),-0.$)&((00($#%%&,-&'%,+--&)+-/2<;,',0-0120(*/%'*,%$))*&$(''%'+.$)$#*7,')-'*&%&((%%#&&&)%&%%,6620/5*/3)$$$+*'&),$.'.-274,(+/'/3-+/()(*.((1/+2*'&*/,103/)*)%&,+'#$&%'#*(&%$$&'$$($$%"#$&)%'&%%&&)$$'%%$'%*/*+$#%$&%(0%'))#$$&+,+)-,.&$%,+)$#%%'&))#'%$$-/,1./)*))$$5:;9+23)$$#'.%#$$'(+*.'%$+..')+&).+,,+-)%')*,0)*$#&%'&)%+,%$&$)&''&((&(&%''%%)-$#'$'-('&+.%(),))('('&(#'$,&6(&&%$$#*%&(-(&')**1(#$&'%)++41%441)**9:*'&%((**0+****48:ACD?998>>?<%415.-0/0246CCA5888;2'%'')%,$(56*584<<:?8CF?>7@A>7='&&<:6D@LC;BIKFAADB3-?9>?>FBDFE:4777-?FEFABB*:BDAAB?GFDC65815589=DB?5)+()$%('++++89;><@DL;=GBE>@?>=@@>.+9<4;?@<:::>B>?AFF6:>>AAB7&&,(98755210-'.666>HIKI90ACE>BFA<@A?9;>@;CGBB>@?CDEEABA>??GKJGE:=;>9=GFBB/000-=>0=CE=(.'*;<;=<:84?<>AC=A??C<=BEF>@DD?@131,&$%-///+(.0331)/5/43479?24C<6;=E;;>D9=@>2-FEGAG=>>?LLNMF=9EFA6AA?@78:/+-251+-0<<@B9:%&@AB??FAAC=;<>6841-/-,.2);<86?@8H<>HCCDF?*?=GHGE<>=9;CDEHIHGFC:@<9=+0AFFHKD833>==A>*,->@BA8:<99==?EDC$))?B3;FEAIE<3652=>>7-$%#%%$/)*$#$&&+$&(&2.1(764<<@>HGIL=F;9AACH>HBBA;AB?0%&'&%%&?3?:.?FFE<<@;=@@>DEEJ>:;>@4.=EF@@A<7;788:CD??JKJLFABEDFGHEH@8289?MLJLF6BBDED7;?BE9:C@:7A?@AA45>=@?9825?AC?EJC<:=.)0/@?:589?>@@@ACGBAFEE>6AIED<@@EMMB/).?HNKF@D=:86=DGC>=7949A:5335@ACE>45?@?B=@?;AFC6A?AD?75GD9:E@:=;?@=,;;=@>B7>>>>BA9)&%()+>@@CE=9:DGC='79;7BD@=6A?C=A;;;<:>@BD38<>@>BA>%598<+-@>:<@;9/A=9EA@ACDD?=CH=CCA=5BFD<0?C7?-00D@C??BDD89A@98;A@?>ACAC=<;;><=>B;+3**=:5536EFH=;;@EGG>@28?BD@B>>=>3A@B<<9G;@DKIH-/06AE==@DGE>A?@D>AB<<@:615=BA44A:<<9BACBC@)958185-1004>>=;<=FNK377@BB>:ACDCFIG<:?IFEAFHGEA?>@8?A@*5.5..3.4HEA;@G:87<879:-<=EDB=9A=?5/8B<9;0===D=???BHF>+EIB78<=DE@A>>8347*%120(()&$%$%')47:<88>?<77>B?BINDCD;DEAAC??>@AAACGHJ=;@DFCB:@AFD:-++<2506;?=059;?>BKIJLBG7D@@=7:DHE@E6,AHH;?@:9=1;157/>DC><>==@HLKH>=6?83444E:9>A?<>>?*<757)($/88724BD;IBFHHI;ECCC=>>==E?BDDHF?CF==%%*6;A@F?HIB?=?B>766@=/ABB<:BGE;EJGABC?*.?EI5<>B=;;91==?@;LLB2**A<>@;.%,+67;<02=55EFBG>CHIB)7;<8913?@)<=@;HIJ<=7@<=;;;?C:.8DAA7600),(+,//02,:;,###''$*)'(.9<>@@1007=>==DEE;=DCEC=@@EEE:.@?>BDFH@@D<0294.,.(%)$$'3/.-,>:@:>FEE@>?D@BAB?@;@CBEMC>?D@=FAHJKJ:GFE-0D>>>=)'A?':245)74/44>EAE>JJEF;AF<)%',))2=CDJJGCCDAD;?F?=6A;?22=?86>70:@ACFCECKG;5;?ALIE:98=FD?;9;DD@ACCB>;BAEFCF=DCDD=>DFG3A4321<7**+.5<>BPQCOPNI>+0049><>@:774-766>=26<=@336G?AFIOODGHGB:78@>?DEC@D83)4:8<<=<:DBBAD=,@>8DKKKGGGFHBBBCBD?MLG=.*8<:?C@CKB99;3/898<:@@A?8DFDD;EF>>B>=<1614;GKDCFJLJH48@I>D?:004GFI8881,9;?BE?<>?C@>,.:6&*/00*,%&()'*9=B4ALPICBD3GGDEQKMMKABEDD7;OOCA>?B?+7%+B=@HKD/818328>BC@<>;:898700<>CGEDCLCBDBDCDEGDJCDIL>35ABACD;;DFHILH@,*'&$$*',,BD;4-3>G@A@GHAFJ@8::8<==HJJB@7BBDFE;AE@A66762(&)49>>?EFKEB<649>D@@;9=HJIONHJC9<;4>=<2.8DFDEDFNMD;>?&*>868(>+33)?@AA=B989;,3431.;>>BC:223?EC*-2785<:?;9%3%98=8E,//2,4C@;.$8;A21+#$'**$'%#$',-01=>>A:@FFDCA@>BCHG@8;?DEFAEHGHF@?@<8AI7<;9?:3'%>ACD22:1ABCC;D?4;35321'5;??:9<;;7HBDEDGIEI>>AGIE@F8>??GHILDHA>>@@C@>/17:>>@FCAB<=99BBD:79@A>@F=7=968BIJLH?74@CACDADEKHD:@=K7A9BGOPQLHF?GG>CDF@;;=FEFDEHIBQRMM?3?EHLGEIIHNBA:/15:ABHH843/'%)&$)(,;=EA=>IJA:?BCEE?335*9:?CFJJBBAC>@?;==@F@;8/'):8;45<>AB??C@A?><=B?GLFG;A?EIHBA@EEI;8-GBCFCFII@FF>-0A=489;74+(4%(==56::;7446/-)7B>?CE@6A777')'&2.''+*>4-%*%%+(&/8;<771/<:85;DCA.=DE>=@AFHIHIDCFGJB=HG@EMKD:A:B&>DEC>DGJF??=;)323479FKIABGD6>C>>3../>@9?@DIAA@AH?GG=EF=4(*0:6;;444654(+.'.,78:=DC9=EFGJMPORNEIJMNHDC7GKQRP>@JNOD15A@B+<9@A?AGCB@8;9668;@@>@DEBF=LLKA>8EC<.)*-348>::;)==8>DA:F@EDCABGOKC;:*886;9:@A979;2-'%%%0443=:=<958855(*,-/.546>@>>G>?AKL>=13CDA2)-6?CG<48<33749>?D=BF?8D;>=4***==<@AGF=@DJ@)&)?E?...>BE@EF7<@@=?CD:=B?A?;>@>9EGGECA9DFCHGG@>=58411875+,546=>>?E>@=?ACHG?176->@9;=?-0(+<==?FOCDEDFE>>>0'GEAE@J=>A>B3/024./<>=MKL34MJGHD>@;=;F@FPLDEHDA@;3:BCIG@@0$%(269;KID>FE>=?FCDDCA;*39DGFHN4>DIDDD:NNKKD;=>.--.2?FDEB9>76668<>@*C3/1301)''&)*.1311'##&##$$&%$%+=;36;8?D===7;9<;:G@AFDKI:EEAEEF;(B=:((:<89'7%$%*+)++*%*497678AEA6C@=<45?ACGGADKISHA:B>=>52$).)4@CB98862AAEGHFCFG>=EK?B;*492GA==?>AGKGNNJHHFSPFC0JMK@?F@KIHGBFFDIEOMFPRPGDF:DEAA=;:6=<;:;8;=9,*$(''=;45668449>D@:A>IEDJ@DGEECKG;;C<;6FIH?IG?B@BB;JKMK=:@6568=78;CA8?=<=;?DCCC,?BA=?EGF//14457EBEKLIG8<@8;;9FDJJLCC=B@>@@?./8:=GBACLKIKOLC;>A>A+(/177;917*)((/0.7>:*98>=315<;)%8<9<>8:9.05=ECDAGC8,::,-9?<>EF@C64=C@??>@JFD@;BBAAD==KHCJDEA@CDE<;5AA?BCI?'&<;=EDBBDC;D@CJNFABB>;47ADA>BAH:=CMCFK8@ADAE9F>@@BED?CGGCJHEI54'1KA>?>?ACGBB:;9ADB?=@?>?:35ABBF7+8)))9@9FCBD,I7ABAFDC<>DFDI8JCDFE:>?;/1==>:?DHHDABAA>9D:/>...48/>@JGAH@@BCBA769*0.?99<<>BDDJA;>@>KJCD:CCC>E:EDDE=B>@A@E<;<;EHG>7;@?0.4.33=4=>JG=EFDJ=DE?8699;66HC:<::A=BBC)))<=>??ABBNHHJMAKJKBIH8**278@A=BID???=<9940'-8@A?@CB:>BE<;@DDAB>A<;(&=H=>B>>CFH?AB;JI3BBE=EG:EHHF=FKIJHE><8+))5%//069<<:;A>0-,-2'':77??@@DC:ADIIGFCD,5'--6>GHD?DE@?IIDDEBDHFA@>?-%.=CGNJEADDCFDCA;366:@;=FEBB;B0?<:=A1ITM=HKCEECA;=<FDCFHF<44>;;95@AFECBBFECA@>?<89@LK=;=DDA=3(*HHM=/F>IB@:;2589;?DJHF:>@A'+>A;9@:**2>?A;::85/233678:BB8)6769<=?;31021469<=>>@@C@<208810*(20>EDBFKI@AIGMNKG?<>5CDFCIJCJHJJI??-.41050;;*268;?>=<>-@=;>BA0+24;90:;=:;?>>@B>@?A?7=<:;JJFA@<9??EHLKM@=>>@=9GB@@?C4(1&'&&4:C8KBB2>?FG=A<>>;=@AB@B,;?A@DEIJCA7-9<>@@CD4BC@ABBJAA?;:36774)''(4578B623BC>9/=?:9A?<'334328959::+325=229@=.)47;=5>>@AAAC3:,00(:>;9>G:=?G:>?54;<<@9/(0/()%&%%375/6-89*-%),.,:1A9918458(+-36:=>@?8-23;=;78#&&('24==98::<6337==9@B?:>>:54/++&&**)-,&&'%%%.222;;CJH844BCB7(,*@AECD?EI@886444)88=86+-09?E>BB>240',.65>><<=EHE?<387:A844945564C?8454895C@@C@AB??AB:88DAAB@C@@BF?EE?<4)654/869:;@@AEF?A>DE<0(:036678)(01354/3@@B8?=C=FFIDD:B?L;;?@?>878:DFKIC>:C989E@9;7;F<:')*+4=AHEA5@B>=9*?F:E:IK;AB8?><:>9=13>ACB>;DHHFB:22'%%-,966;90*:DG?19;:44--.-14472,1%(95;DD0*&.*,:@@@@CD=A=@AGIJKJF@@8CCI?B==9:=3BCB@9C?9;:AFA778%$$$$'ABFGC:)&1$$15118=HI@@CCGLBDF;:5&'*8;@GG:?F>CE6--1@C6@C47&*76;@B@???>?FIJ9>>;;==BA;=<7?<9))*>A@>>?>;38>>*4(*&&%'.566$$?2:>CJCLJ<>HFFECBA@BHMNC++@BBEEACE6:=@7'9@@B@A?;???IAGG8>?;4:>5:9/.'&(BEEED?C=EDEIURNKG>@@?<,)3932HEKE>MEFCC>KMQLA2:<>>?>C@9A>DCG=CBDJF=?@BDGKGHAFA>8;*-/,(''16:?@@A=@@=)2657677CDCBAFHJG<9EJKACAFC1=31,+++;;AG?DHHGALKIFEBA>HC:=545>B3@@6/+('*099>?7DCBHGDGKEPNOBA:J62134?H<=EDAGIFDJFDMDBEIKNKE=@>?:GHG:87?<.<0BFC?@GFEKGD;@DIFK=?@%=@HJOM@GG?6KDBC%'+51/..>?8:;;>;C>A>6'**,,&+31131>+#*1/)))87?FCD89;>CFED?03@A<;?DAD>0'(&(++,-522@?)7500EE?84>MB?''EFB:427+*.@8@36A9:HJI<,8=?@>0678398:@==4''#$-./5?><;6412/0=:339;/8:;:88<5@ACEB4/.).78>?;DD?BBFDDGGF;.43;A@DHEB@JFMKJIBG;GHKI;;>841/:09;7;?B>BFC6;=EGFHBC?>2.357:98:56(37@CE35>EFCDJCAAIBFBBDD9::9()6>IGEA(2ABABG>EF=?IG>NAABGGGFJG9/;47C?&&)=EFKAB?,:@@;<5ICGFBGGKGAGD4BFIEB@.(#%-0=<<>@9:;:CB>><5).1544-+9=ABA<>8FG?HNCFEBMKONPJAC@FE10-/51(&$'''..78=781/1764BCBDEJGMJ;4*3)$$$%18984=:-05E=;CILQJ?9B>&%%&&.;EH?=@EDB?>922''*$)&0=,6'&&$'0&*)(.1>;FFEGHE??<99C8+-&$)8>637>?CDAERPE@DHGGJJJJIA:<@4<;8CG?/**,.888>=-0'$$$%$'(*.01////=DFJ;:669CCFABFIGH6<9513EFEIFJ=BGGII>E>8B@EDCDMOKLADGFI?((87@<:0/3?=BH@@AC8;GJCBFEFGG=HOIEDMJHGJEJBADNOKF?*>A?:A?@B@F;340,##*/+7>BD@/50263B>>BKB@AA?-7480;@<9HJKJAHJEGGCAAK;$'='&045:@C?5<1*/ABEED>?F9>?ACCD034)669:9;A?+/>:DAACCGABFHJJCBBBBGN*(BF=>??@C9638>ID?<<>@9(24*&&8+-7791/36A6#5::?@CEGCLLNNE=;A++==@BA=>(.9,999AB?/+/3((,%&&'''()),(+.)6E=/2.00/11'%#$$577;@B@A=@=966?;'=BCBEK@JD@76=50130025--.7;;?>CCAG?5&.&&2660+),<=?>8=D>H>9>')A>;A>B???@6),0262&)()%%+*('..7:97)(/40@EE>$(:5*0**)11:=>><:4*:9?AB@4=:;;FA>4CJIH1)7ABC:2EHH@;;=B@CA?FIE=77.36BC=@AB:;CBAB7(*/1(&%&%'366887956%%'/++-><=<=<93;($;EEFHKL<%8;G*A@<;A<>CEL;B@58>>IIL=8B=111;/AAH5B8;?@BFB:GD;>233:96<;:D>--'*677@>;>C::=?BDD?=<<9=3*=.24:=EC//?89;4,67$45-+++-2728575DCDAEC?EDA?G;>BE=;713125:BDF?9<>>>A<32''%%%$*-5GC;C<>:=BDCHF:<A8<8895432.31228DG>??ACFH43,89:55&1AHE><&02=GEJHE=?8,7;=CJBKHI@;;E=;13./7<<3,/8/3:=<=?=:DJIK?<8G9AD<7DB<=I7/)%?ADB04GLANLJFL?==CDFIHHMMGO>CB9&8@6>B;310D=CAFHH?76)&-&)9?ABA?>3*)/((.-69A=<>*EGB@GHG@>BEEB3&'%'4699-,.%&&))*16:9CA=AK211(%&@2+.33678:(-=>?79:=467:;><..<7/--A==5<<>FMM>?>6:<,2%+*.8>8:/0<>;BA@?8@C@@E<@A??=;;:8:FD97CJGDF@@=CDEHC:-01/&'*,)-&%&%%*--.05:??EEGJJ?A:;DD@<;@@9=>B>./.-'**>@<4&7CCAA4::8?A@A@6126<<<(8C?<&&%3BCC5--0>G@C77EFC;FGJ>:775<=;61@GHE@3=>D>FGI?ACFJC;5CEC?22$#%&09:BG4;:@CI<@4899B=821,10/&').=549944+'))))/+96>/4*>?GJHAC>FL1;;;;66HIKKD;A><;<,,=@HGD<587;D;<>B47<8''07997D1EEHHGCC@278DAABHD>FG5(()JC@BMJJBEIFC=;IHHIMLIFEC:;AGPNFGKMMGME%((>@@9?)%-),>HIG2EJ<5,-AHEKE@?DFGF73:5@>BF@ABEBDGCCPBC<@=BBD9,46>;;7FKLG;=.6:<0&-(&#%)+)+2A@A1A.>>?DFGDC,>32-.CGIFDDF:A:=AF<::6''''*',-/*/,*)&$)6<;7;=?BA2&/B+8:30/*(8BGJKKKBBCABBHKFEA7>555?:BAA7=29CKD?;BCF=HE:ADD@BB;6635ACD@5:A?DBMHBFG?816019<;C<99?>AFHGAIJ>?4=014445=?G>ABCCDHE74?@FKGBA@A2-/5:=@6=;@DBCA54+DF<,(%%++47=>FFBABACHG@>F=L@9?B@A;=FBIHA>>8G?@EF;.$$$$014*7:?D?4'6;:DBB@76:8&,,.=>>===>EOLE?ECDHG>B<.:D??AC@>GFA@B=888AA7=EIIIE=BFLLGGCCIH9?::1%6%%%58;>?@KKMB>@CE950?=90C=?896:77A<=:=::F<;>8A666,*/36==+0*$$*(,0267?B=C?D<37%970*7;:=A54*C,**9A=?2%##$2&1589;@><><<=2=(68+*3,C@;EGGHC?;:@BA@8,,(%*56=>17-1735>%?*-CH5CCGGACA>EFJBB**52%5:;B;>?.,39:9:5941.**((33335<>>==+-4<<(+47=>>AAA@ED;.*2477>=?9<;)%%%133BGB0-=DABD((:=>?CC@>>@@?7:B>=93-:>@>986077793=::7>92;.-1-%+',44B?5CBAAED;ECE?ADGEFEFA?D>GFFEGCEAB:<:>@>;>467@E<;:.-%&(%#&$&&&-41:=::FG>@IPKI@<>ABA2:;=:@?<??GFC551JCCE?+8@:='?;579@:<>?BEHB?>:9>=>9>?AB,<<<4$6654+%*,;GDD?::F7>@@?A<;5('(;8<5E>?=?GKDB?BGFHJEF@?AE@??>;:5//-.'322,66;$8$89BBB;6:<@('223C?AE:8@AA=$&31'577>>;=@A?B=A@CEHDFCHAA+$$),/<=;CBCB./.>F9713331<=7+359&&'(0:=EA<67::;>=CHG>??)%6==>??<@JE==C'*=@69%7:;>55:9<@<8<9A>CFFFDADCAA<5)57>@GE@@@70*;AABD<>DE@;))89F>IJEDJ=BHAE7A>@50:8;:7==<@@3201//,,A=EC87&&)*031/&&&:<<9GCDKIGKG==EE@843:=D>@<;9?@?A?C??FGC<>@;=8E>@EA(1,2230)1-:<@DNMGD@BC@A?((EAA,996:?=CC@,29<=;?@DEIJCB:=<>EJ@6568BCD@B>CDA@:=E@NAJJA;0,=>A=>:9B?+--2349EEA=>?DBEA+5241**&(0,9,/24:7<666&168=29=EE36BJGAA:;;?=?=;9()8<>=)BA?A4JEEHIC@HEDF:?ABEFCEO9:CCC;;><2$<@<>??B>93**45.98DICCD>@;:A7785@@?JEDDEDKBGGDG4&+12'+6BBBA76>=>DAC@=;<-+<<>AAEFD3'./,5<>76<,'(+&&&'')1-658:.#%%%+,-498-..?>ABCEEGD?=;@E@BDDED<>A4BBB<<;;:EC8::668FHB28*$#%'''*687;?C=:CB?<<834;@>=>==>@CA5((32()/%%/2')32411,'(1246'57205>@B@A74(77*&,)$%$%4789;<9/14>BJHFEEHK@GGFGFH?GFJJ@B924?8@ABC@ACD889-4548BL?BBA@H@A@CCJFDCEGD?@@<5B@EG9=1A,=>FD@@KKACBAENRLMJA<>?;<GC?<?D6DGEG<57078:8:BEBD;@@>?=7,,.,%&$&&&%%%$*675>>?787(<=<<;5FGEGF3768954463301;DBDBCBCA3<:;>=8636;9:@BD?=8FFA;ED<@@EOROLMBHKJIIEC=88;BCD>@B?@;?B?>??CE=674??@AEBFHCAD>+8/1+1?AECDCB@806@=;('++,6?BF:;FFFDAA>):543667:<@>65<=.=CFE>EE+'>?DE<;EB?FDBD@ADD;AD35AB>B9..0+&&'$.+83>?C<==7))(&''63@>>3;6;;?=<84?DFE7>=;ABDD7+0/6<;@FG?>E=>FED>673/8?A;8:4+=;?@BDE@:87ECD@?GC<7>E4@/6<@HJE89>GH:C;;E@B=HD<:5:03;9H>)699D?AB=@<><@*)9<@A>:IDD?CGLCGAB@D3<7:><>?A@ACC=%78CMFIJAIBFGD99:1241,1BB8@GGH29+.&78;*%.8BD=IIFA?GDIE=KIK>?;AC=ABFDB?8:CCHDEED>IGF@-:<7DDA69AB<6==+%0-:;;1..%(/26<@>69@@@;AH*;<64?@C>8/866BEFGH5=?@D564:99;921BE=AHIB>91467699<0*&697<<>><=/;2;&)@BB>:)9>>B9:HFDD@<=>>8?BABJC>18?>;7=E8B?;@9<@B89%%*655A@AFFABDEL:;9ABB01:?B;7ABACA@EBFGGCC6289:><3)635:48+224078=?B>?DIK@BIBCA<=@BBDDGLJIK97<@>>?;8(23)1*4;BGF;IDDB89EDBCAAGAA@CFA+'8E=??<@B<>C,?'DDE:<992><7:@DADBB?ABAFBABDE:AGG::83,,2.49A@DC@5297;;4168;<79524401&04>;4AE<:76/+*.;2-NPII>CGCK2:B=>=359)4AC><:5CA@@?DE@=<9BDE?63272>==??89C9EDB8724:5:A@9BGJHH;@G;ECCGDC=::HDC@6;723:5=D;=8>@@I9;C@AHF89=<>@E>H<<)5555544>89DFDA7766;:7=GDE::7:???>@?BFG?HEE1<@@@;;;=>?D3=<=C=>7?A=AC;7?@BBE9EEB=G>@?A<;9=))9;?;..*))2764:<>BC@<59;<<>:(.,42/5:EEBCB?BPLM;74>=ECD::;>D@8DHI9==>@@:521A,773.2CFEFFI9:CPKFGJD>>DFHIA@??AH@;:4?79<<69@=88898=ABAE:BB>>EC7>-)8>?A@?B769>8?ADE9=756>:1:8?H=9?>9F?AIIGG?:@;**()/04@8>75@>CFF@?DB<<86<=81:9=;;82.&&,**'%%24.(-1-/19;8=<?8;>9<;;ACC@BE*(8@BB@DDCHD@+&549:4967661-;(67$;EAD9+.,/1./3430,,/86/5(&&8C::C;C=C>B@8A?8,4238:82-2GEGDF=>:>CCBC@>;11511546=A@@ABECJF>CECD@>?@J>8CCE>;94CFFCC@@BC>>EB>BA6/8?BD>00@;;>+&,?663201-++-58>AFD>@BE?C>AEC<:=<@=6:,%<>B;;':8@:C89DC467@>CECC;=>>AFCC5>95-84:875>F=15564,.-:32234313,%,057<>---229/6,/1034/5426;<<@C?=2((&&$"%&%$+&%'6:<@BCCF==?+'+&$*.4<>=CCAABCBDFJJF?G@?AA779@A?@=:63.113,==>EABBHG=@GAB1=:2*,&.-+-24),@>:60/06(=<'(18<=>?=<<::60;DAA?BD?@CEGGA(()?@<;HIG9::?F>9@ABB?A@=B>D;<=><@B>DB//...8@@?CC=BCB-%9CD@DF>>8>DH?;B@;>8A>B;>9??BA69>BI;EJAA@CGH<795$0AA?@;;537>:977;;?<92)53)20<@=BABE?;>B>IDE@78779:96/6+(,)-2267845989417@?7962//&279:899;;?C?@?C4DPLHAKBCC>60>9;?D::=GAC?7=>G;AFKK9:==F@@A?7GF@>59IJHGDFGPD8@@B?B87CF?E@JDA@ABGHDB:>7//,.-3<;6,6A@1327:75;69:=987;?9;AEBJLM>GCB@D<,,>><=;=>=8:5+&08326CDGF>C@>;=;=FEC4@:2236AIJEE>>ABD:?BB30:=;=AA=@IJFE:CCAED@FCC<9;;>@@;'?@;9@E;C;BEFHGEHHLH:;=;ADC-8@>?;;><:BFBMD>BA?D>AFF==B>:=@C?DEDD@@D?89:FHD/=I>DE@B=33069<<=<::@@ABC=BDB:AAFI8A@;79>ADFECA<5876;$&$&6<=C????C=635;=@::;579E9FGB;CB?>;:4?BECCIDE?CEACFD0.7759;HH>7*,58@PA@DD@=38<;=@D;;CE>H?C7;ABDCWOFBIECAEEC?;;:9;8?ACA97:=??>;EBEG;AA9==BBDGE7?/--2/$(;:6018::;/67763*4)0,$2/%#+;;/,94<;>A:BD?C56?>?9=??AAG>D>BA=CAAI?CGJUP:;?@??>01@6><:??AC>B@MMC@ABHKDIDIEGFB.5>C@CA@DC8@DGKLEE=AA:;@=7:2>:,&&%#,0'%2225*$22;?@BA<A=?EHCJF;EDB9EFLCBDBA<0::AC;=?>@;?C=B@CB>755119890?CAAFDHHI;@HFI>:LG7?FI?IGD?HDD<3>>:?C>,A;BC@IIC9<;74<2466567CDDC@653@@CB=<==>68?*80=ABEEGFH=BFGGEACDHGGDDD49A@=KNE@=A;';7DDEB=5//59>??::/.06;DBLJLM?@BCC=C@@<;BDDDACDA=>ADBBG9CB?:.347?C@<>6/4@A=9<=CJCG?9:@@<@CEB=3=BB'G?KDA<)/6//.14731-42,396>@>=853(2/80383*-158=7BCBBA=AFD=9IAIG6=DDC?<9>AGB@DI>L@AGA>=686-;BB???;;BDFID>D@:9>IGFBCCDDEA><>==:-8;>?IJD?><3;B5:9B?<53'))+(1-3320.,+*1=;AEHI>G=;<8;=:$?<>6>?A;B842<:<8?BBKEGED,)017@FCE6AEHHEA?GCJHHD69A<;>=;1.6B;>HI@A:(;BB@??=?@AD??EIEA@FE=A?7%8CA=CD@E@+-,41212'2@DDBAJHDDAAC=9AAEFIGG5;CCAHIG<4?:IMB@==897:8C?97,B;;CA?B@=D/''7>A;9==A==>FDBHGEBG@C@=;CCB''%>CHKL@CDFA?:8AC>B:47;93448972''),+,9;A3=??;BD89KE*.:77=>A>>??E?-787.1',++($&+23*-14790?<=--%)'41892;9<>>@>>78CGNNL?>A<<.148====;?3*7:0CGGOJBGH?>B?:9344310,5543,+36;=;+3&-9:<>DD07@FCFA>C=:???@71/3,%3674:;B@A?A<5B:9BFBCB?FD??LLFEHEADGE=@???;:E@?@10-+)3*)=;:98456?<@C8?>:@A,DD/1<=;336C4?D@AA910/-:205;93017.&(++,+1218;747;:>>=88B:AKA>GCD@;6FI?ACA>@CAD8;=<>?KC@JJFC<>??<=DFGEJDD?BFB?ANKLFABG>HID=6D>>FD<5*,ABLAHIE>AA1=7ABF>==;D@;;6CE=8=KGFIICEBHHDIHJHB@I<??>BKLKHHF>GD>;;<<'78=??=8;=>@7:=>>9B6**(32106>8;>A<2799:A>D?>.4//%.;?;?CBBHAC72GJJHHCLNLKEFICH4G@9><<8?D=;4-5CDFGDA7;=><*EDC=23?=<..@>DFIIG@LM?J@JDA:@GDB?=CB>IDI;?C@B7LM:AA@:E=@ABCDDHF<<;D?LFF49?C;;803:I=;<=9&=A?ABDBNOM>?9FHC:::67BBE=D@1D98$(&'(''.2/5+0'%%,((3<:@+=ADA??>7?7569((477;049);;:7(93332++)2369;==95);9;?=<9:B:@<63&1..,+0320*30/'(((/09:9=@BGC@6;B>>@?@ED89EGB77;?;:?<<<;(&%(&&&*655?:BH9C?DCD547;CE401:123&%%232=;=BIHJFG=8:=:A?++9:@C=9B@CBC,4??B?@?@A>9;>>?A>58>>8&%)0224>>A?:DG818=>=9?4<:79*&29;;:=A;::86(+(),BBEB:?@D<>:=?=@F>@GHA@;EEF=98;=@;;;;>,*9862'),-9?>?>9@>=?CDB>;79)55<>HBEH@=A8;B@A<659>?B?,'@<@BA=:47>B9>434*9@;==BCF=6:?:BDG:8?>DAB?@?=@@.+$&(&1(7;;DC9595FLKA6675,09)>?>?D2)7/=>?@<18:<:7%(83:>@@E@?CBADEE:9;7?AE?A@A;=<>63>89HJHF=AEB=BC@=D=48?8*,797---12;7=600*'3@?<;:;==99<=>?=6/.(0$$$*&&42-+88$/9>=<:>>9?=:,32030125(39:>==?@644+./98:=:422531'0=<@0,2+)3939<9<0332%%&&',.*);A?3+(23437184+*565'''(+/105-0<8<@>@E<-/*)-'899771')0/94<>>0437:3++9;;6&&%#&&)4+77<;;:::=914$$))->==8056?=>>6/1&&,+)*8:>7>BD;EG/)C9;A=?:GG,/3/6;BID:9;<@:9>?>>99;0-1-.88AB>AD:@A0?6258?<;=@F>??=>:6>,;('%%%9969:333598:62$$((/...=<;:=<>8:/2;73436,8589BA?@4A89-FG:=89<>?AAA?A>==::=D@DE;ACDF?:>??;1',+*53'(203?78/)/82969<:66484?@:<@B?:;8?>BCD09::DA?AB?;>?@>;>=<<;:8@76>CFADC>968>AACAE<8;>>?=C:=8?C?@A99<168;BBA;;AC?DA?IL;7<;AG==A>>IHD=@>DDCD@ACJ@>BAEEB;D>;AA@4HJIEEB?4:EFELIGEB@B@A:??=@CD;BDBD>DFBBBFE;JKJH>@IH?EF=EJJE9@FHIJGDD3/3BFFGEJKKL9A;AD9EC;>BFFD@87=<==,1./13-/78;:;8@?DBC@A>@@HKNJ:GGBB@?C=52B=@BCACCF4:GHD@;>DEC?=:8/)'(&<9105*&##)$5;;80269<@A7;BEACJ?<6654>>;=;88MDBDB<9?AGI;FDH?=<@=?BCA9A=9=7<@?8>=FGJF<:687847:=56654.1)758754<>74;;A;A=?CB>D@8BBDE?@ABG:=@C@6747B=<979=@EE8?@97@@BCCB?FEB;::5%*5466657724,:<:=@CFAKIDEMLJFCB<97>>;C?FGC@?@FCIA6;BDEGF?7<0+;?@>?A==<9?771--;=>496;96918;@/049/>?ECB9AFBHEB=FF8;BA@?@>?@;@>B@;=<;;AAA9>KB?*)+2(348?@DBD@55>?D=@:>A=9ACE@DA;@A@65:6%%'4+$'.315>=@:8>BD;9@@JMHEACC@CGACECGDEH:>A>2+<79?>@CDG>?1:B@F>=@A@=:==DDGGE:F?1-)+*2/$).84880011+8:99;8A:E@A=CBJKJMD>+@><>E13?DFLN>=+./6*+4<:7,?.>?>AA?AEC:%3)':9=:>>:>;;?ACBBHEC?@DDDG=A8:E@BBB;;;;=7050;A:7>@ABBD3/6=::5&*0,=:29DGDC>?DAEEG@GHECGD;@B?A;C79CC>H@>:>?::(2:49>59>???5681=>4&$$''/'%&%/..%#'*&'),1/9>@73B7?=:A25-/=,))BB882::21?<..8=@@@B@@?C=7>2(:@:;?B==??=:>??>::;?<=*.?@A94<,++04,66::+0;781>375624?9:+*+;?JHKDC@@?;65/33:==@?9;:/4;@D?@@F0=>E>H>>@A>+%06:777<5;5:>B?@<8;AA?9*%6846:;@C?@CC??>=69@D?B?@BCF?=:=<DDC9896??A:83:8@=8:;@50''&4889;IHBC@;<*->CFG@@@;2&)8@C>??=9>@22<>=6=9=><8142/@?EB:FFA99CEDB>>9=7.9:AC%A@6?@>?DD5@))(6;>DGI?AF@7,/&*3=6=<=>@@?<@CDC9B==68@CBBC=:AIGADEC<:><:ABDA8:BE>FHH77?GE>A;<3CF7D?@ABBAA53++*/97*(,>?A>9;>825;=<;7CGG?@:@98A9=9>>C>7>9C>A)-/5=<>@@B>@@DC>A@FB@?=EJMHDE=A>>=A863=;CCGFF8EKLE?@?EC?8'627=@9?>>;9738>9:35EPD?EA?:76.)2):BCCD?C.A>0;)$';=?=<;,4<=>??-2FDBGDEEF121=:>DB?AFDIGG9?<<>>8:8?B@?@>AA>68753/0,&(()/(,)6:;;><=A><03(4&&&.%%)))'%28BA=@6678<+.75;44HE?GG>?==>9;<7(,7B;9BC02??=:E?EEBA<6>>==?B>7@HJA?DB.;<;/00%%=C<:59>?AEH=36BFAHH64??<:ABACHEACBCD*/:=KKEE=@;NJB;:?>>6019@>@?>BIIEDADGGA9>=@313;?==9>=@DII@BCD?8:>>==>9@>5:6<:=:5;-?:CEAGB>=>*%10354558;0.'%,*%%'&&%&')14:9;CFE>39AB?=9258:<=>DFAABC<BB@<<&4??=BA379;CBBI992588@DFG1<60D@B@?@++JKCCLMN@A>?>$):=@@8?AAFB@<<>B>6;/)8866,.>;@A>56D849=AB@AD=B9;<68;6)4+-::7C7::?=F>749@78;=<<'%88656<=>A??B8AEFA=?==<<;:=A;8<7799772466A??14979C>>9;86<<4<>@@?@B*9<<:794.++&$$#%-&(00434439433+1;02?-()%),,669;D?C<=>GD@F?<9=>>A>@-(*;6959=BI??=@58;F>CD:7@C=<=?(8@>2.@>?>@7>CDBB+))'&(((*JHC:4<;379A>;<:A;6=?+-:689=CIEB??@67A=;887;79=9799;?H<=CC>57)+894:8@1@:@;><;B8C<07??;<=<==@D9>??ADIGJE?@AAF@@<86..>?><3>AA>>;>>@<;91G>A=89'+?@?69B9@:==LC;5C?@BB>/:<%%=<99:6653*.077)558B;EE@>=?CB@:@>7-/?<7;0:69B>;902'')42/1'0<::?66)@7;9687;C:449EE;;><@B?;@;=>?=<:7%+%313.3;<DD>>79>8:(&)32.0;:?CC?@:.905338@@=.51')/8;;:9=>=;;;;?:9;?=<:;<:0,,164=86:;2%(*-+97?A>AEABB>ACEC?>A=:<6C@=8A@9<=@DD?.*D=$$+B8'4((...&%-1<<;9>7767466563,351269:<<;8974;9;;$69;;67B>5<8:;9>?@:8BB@A;BCD@B@BC<=8;;@5:7;7430:86789=8.EK@?7?FG?>?>A>DA@A0@HIIK::CEAACCDDBBACB@BAKHCJEDCFBAFJABD49B@FN=?CCBEKMEEHHEHJOKJHHEFGHDDCGI;CGKC:>>+=@@@>2088:<:05;3D?@@BBA'&493597>;;C<56238<8CBB@399;9@CF'(.+08<8:>HIHKCBEHB=8@?BC?CB=>;87(%889;>=:(-==;2-D?06<;;75@=?/::78<;;)'/969E:9577:;447:?BCB?AB76,8FBA='$:;;:;;=>><;EFJLIIDLJG?B=@EECDB97:IIGFHB=EADLMNJCGD=>&*9DEA-3<>=AD=>AC>=(.?+0.-/;:@A5=DCC@@DEHACD<@<;889F?7:;:>=5-'&+,'&$$&15569;;968>:9<6?46>=FEF@<:=;;913.361/,&$&*,=ACCE@>=A/*(99?<446A?C@F:F=FFG@H@EE?@?@?;,55;9A<3,'),*-(357-0---/9?;>?=;@@:DC&=DJCC1ACJ:EEB83;A@<>?=>D@C@?:DA?EA:<;AAEGFCL?KN=>CJCBD>:9:9*8;4DDEADHEIKI@ABDD<<$)<4/+*-0020-07617BEABAEGGA,1;22<>A:AC;=EIID@:BABFEBAE=6CEFGCHCB<>?.59(0$&0//;<72=>?>>CLCGGAGKK@57AB=:>?BCAC=<7?A=B@.%&54;<86)+;BDFCEHC?>@=;9(>;>;**-?CCBFF=JGJH>;5FHGC41::8;*%58:@=@GC84,=@@??<87@CHB:NLEC??9'1$1/+',((5428<@63CDDGFGB??IHC9E179DIFDJFKIABB>D6HIGCEE>=@?BB@@DF5<8;=+D<<>(+9FIE9>;@DAPLEHG=HEFHIJ@NDGFFC30(3:<<<>HAFFGADEGGB'56&*4587-6?CEBDECHDB@ALHBGCKJBC8>;3@@ABG@DCBBBGE??>FIIE=>@?:))*63??AHC69/0**899469A<:9==7@?BA@>FD<888=C929:9+,89;?>?DD87833:BHEB5BIH>>>BDEB>CBB@C9GGF>:@KMGFE>C8<;C=A=DC132=?@?99.3:;BCBA.><<@CA9;89,/;8:64993-,;<496=@B@FGI;<(HACAA8@ECNIHHHDJGB==DA@>??BKL<::CEGKIJHE?B@=BEC3658@=AB;D@3,.-/1%'8?A8-GG?@@EKIH>:CGB=AB*&/&+(+')'19?BFF2CABKC=A88@EEF:>E?>>>71/6@CEGBA<=PHDK>CEE<55A=DEGECCA9EHHJFED<;<2@ABB>PNSMLCH@BBB@<;>ECDD>;:;?.J<+,=;6%*5623;5:4)*'-2335-7>B@?>>:AA=:8DCBFGIIAIF4:FAADBB<+/5B<9:6)7,9:7<>?>@/8''9::@DC@AA=,$6=>&2BB@AQQH5ELLI>DFIIC@:5459:5D:DHF?DE>@@?BA>944?>B<@@?:8;76=;;AB?8<<=E@<<><:EF<7518+5;@E8A@9@CECFGGLHS@FEB9;:@EGA?HIF?@899EACCE@?@?H3=@=DAKKN;D=E{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

CIGGDF=DCGMKHHF=<;CC@AJKCGC9@,,.<>HHJF=FJKNJKKJ..EDHC8FJJMG=A@;3)(::93)63:702GEIIHJE:<99;:=?@@GGFC;(+1.3=;>@?>C<99E=H@:?B@A,*66=@@BC6><<:/+565(:?>8>BB@8F@:7:B?917=4=484535=A>.+-9>>=<6-:=CA?;;777)63<7=;C?>9A9=-5:AA>BDCCGJE;;@@A812-+.=:BF=@?9BABC?B>EC@>DAGBBA;97EFGDAD@?D><>KIJM@9>?HD4<;9676-&,98:9:=554&)+=<0##(+++++-6;?@B>?>:?<>==@BECE=207=8A<;;103.)+/0#%$3002*-(<;=??CHB>8>GJJB67?;AGJB?BCA?=@=:AI2;?<=@<>DFIHF?ACD@>C=3:=3:;58672(2<<>?:8;>;<559=<<5)):?=;GBA>>A=@C?HD12965A>>4=40;CDD=@ABCE5IKC@AGG>;<46AA0?9:C>>9969'EHC?:@@37ACGJ;;?CGEBAGFB>=;=9?@8$%//01156?@8:GB?7:@@<=;9:78(.768;2897A>CCD7B=BFDF=EGAE>>==@B:98-76<=9.599;@@BA571-$$#%%2.-4<;@IHE>CDBAAC=801%$&'*2864:@?>@=<9'5''',$$'&'$,)**;;==?=?752,/<6;4:=DJ.44'8<@B@@;C?AC145778=:<=8ECED?99;CAB@@@<0.?C>?;465<<;7)*44377;8**-<96A<=?>569=BBB<=?9,88=?HJCDBDB4::<<;<79?CDBC?B7;::434%&.2????=>@7:<;;:9;?;'3687221/)(11/;:<@;;>:;=;<=<;269.0.$..$%+,(---',+)&$&--4:6/:;?=:755588::;28::<;:<>CD>2$3::9:+2CH<<>=441017=>BBB:789;7&&)+47@>7712/2322017;8FA=?@==0579+65.,/5799<=:6421/30?=:8<>:;??><:::;35)&'0/212000-)//./*/3&9>?67;<-.21(5742(+1.((/,##$$,.-&2(,,+)+'7A>8:?:%'259=?FACGE8453/389;<<<@?*&'-112&%%%%&&)+.-+/.27=@DBA8;>CCB6>@<:9*+3><=<*56:J@8:7+&0198>CDE>?<@CI?9;<;;=;=5*&$%&,37A?CBBBBC<=@B?<8;99>=<?<=<1+,'%,,)(,+$#(+030+,9857210-/,)==4-*%*++....20.*+(#')6>=9;.=*=AC@ILEG499?>CG+-9::;27>?@6>;<:<:3631.23.4//&114>?@?D?C?AEEDA<)5:>>;678$010776986A86;=;:@=711)'&'(+-0(/1,+35:;<565:15===62679;<7;.-057>AAEB79=;==:4457?AA>.<;9:9;=<<98-(6018/'*.1./4-'((+7::5@?<:A41-.**%/%)+9;88.1,/78@@*<;;<<-15>7%%3;>?>?A>@:FKE?BB:;;+*(%$+.128;>D=77=:<=;;89;9679DDE:876.&()))&&,.'(9:;:778=92--/60));78=:<>@?@A?.9;DCEE>*;:-;<357:?A@A@?A@><==;8513++IED:@AA;=GB//9.=?:,=>>;>9:7=;;?B@=?==?@?BEA?6/()(%$$$&3565))87.1135A=@?D@<=?>=8?@?9=CFA=8;=>@:9@;9<;>;9;=FBC8;4==<<7=;:<@?:::997896471=FB@EAEC:*..6?=>@@BFFI=@>BBC55@;4*4=@D>D@???>067;:?HG;A;436840=>?>B;A?50-,3//.,)**$)'&',,.4893/-/:94&00046711&-2231$%&%%%%')*'9:?=::>>?>==AA753,#&+,,2'$/+-3++.)/-,%(*,,''&((,-335%-,()*825:;;==;..0&((/1432:<;<;?@D96??=7D=78303.%%')+)&58:BBBCCJEED:ABA@<=?&)6=0**=>=:<8H=AA>@AC?99BACBDE?ABD>C:;5+446BDA==D9-,$$$%))2492-,.?A;8>@=>+%533989/-0:<=98:;<:;97//:1177+-'3736737>?8881117767'*..1/,+,.+3=DAFEB97<::G=;;<;;<;>@E@5=HOJHCA@@HBA@;?14+:9;>>=*5:69;.3DB3=?857?BA:;>>::943'))(()'%$$#&$$&$17>9:<;=;>;201$$2:778>CIH@9)4$&*4;77:?>./00-0887::->0;AF>CC?@//:571)/''479;<9=1)+><;>?5/809>=:87720,%$&#&&&,,/%$2.:<<<:=C;:8<810142**.99:37989:/9<:@;8?>;;=622497'%3%;:0*(+(5(+3+0@;>>?<9=@0.12+20011.;:A::DFDDBBA?DD=7;70EH9<8,$2HHD9=8+35=;<((+11135-7889??>B@@>BA>14:?@<@BCEB?@186:51::E><9;;423.0102&**)39:;:-):9AB>?@@@:$(<62;;A<::@C>@@??71&3222-,0-,--05.%&&'&(*//;D?:AAAAB=>87'#&./4:965:;<1*=>=B@FEACA?>@AG=8ACCKBIKEHHEDBB260389>BCC=AD?B?:>AB?3(163=;<:?AADA:9?=<98:;->>=@>;<:7*$'3335;=/378;>@A>?5543,)./''+2535<@8-0.--554458:=CG>=99@C>34788===D>A>?AC=@@DBDI?EEEF9E>@B9;68)898><=;))-40>?>;1,CECG=>:G::EIF?93B<;67AC3>C<;<<7))*0/0%%$$&(13242$&''&,.1:23::;:2'0435;=>8+489<=<=?E=A@<>@@@AA@IHCC=<;<;78:(*587;==FEAC?722??A>;/28-$$63014/-055$03A@<5===@@:?@89>=?6:::9,F9;ADE9.,)3>;@EGE8@BHJADBD>G=1%/=>=:9;CCGE=?BA==2<51222)%'/51>@::=>?A96+125:??=;;97:<77)&.$+.,,56579/875::=A@232;8>?@>>9;:.65==?B679:C;@B9=2224>?A>63@>>>@=8:?*$((%%%&*+../()03221.-734966-,)2&(+++,3/*.())*1/35478@ACDDEB@<9748:;>=)/2.5=;+6B@A=-::697BA=:9:71&%'234;=;CCCADD?1246+2668:;A?8:::,16257:%)*-020/566/09?ACB58:B?+2@DDB><5577:><=89;=GEGBFB,F88+<=?EDA?<<=D@B=3))($#%%&&)-+11.89962&13--,'&&&)-''2-3-24797;/143*.;6;BB@ACAACE>DCEC@-+067;EFDCDD<<;=<<015,2#$"%'%%.&%*%1688:279=)*&(',)&-/46%34ABC=B;./3=?::;;=8977)%(%&7:?A@B>>8:D@5;<<<1499=.2>;800458<<;=:<9EF>)*@B@ACEC993BCD;/2,1203378433473765+@5>9;=9:@:8?=9?=?4<862=5.33?6;=;:8896*&&335799=;86.:7:63<:78554027B<=<=7?;>B39@CC=AA><;54-457;>54-84<;=>=?>B/;08:DC@+B@HIFD???=;3551334:8620,7875698%(0%0//($($%(*,*23220,/)*05668<%.8DDHD>A@=<<8((24%%&&+0210-05$'$$'*)%'+++,**/=@ABB?416567=64BBCB;<;D>?EC<=6-./.8/4588:=>GEE=>;CC0<8:91(&%%'*,+/1344677?9798::A>A??@CH5'57:2'-6:;63066::943-19=>?666(779/<>=40@EH?@:232((%&$$'%#&$##&%%*$&+311&)(458>=?BB?@BA@B@??>.??>=7774*::7=:4.-+$%$'/$+9;=<;9;>B@=;99857519:8994-;74528997:=<<=@@?AACA=BAA?<:(;<<6567;9;'$)*)'&$&*$(142$01+..&*'06751.00.0/2--4+--&).,*)%+%)))(%%%%/88417-@@;'1AA><889<:-*(,356>=9;AB=>D;:9>?CD=GGB8;DEBDCACB=8'4:;;<93324A>4==>?6=AAHE;7B=:DB<:5/(.47:=>11078<;;>.*)454,)101599<,;<<:DAEEBD??>@<94),245.+.438@B79>?:5/*%+%*%($$%%36=CFA>;>D<6C;;?<:;AA;733B@=??=>?A::;66:8<:.1-,--/1(*.)&&,,26=BC99774)%-.357)(,7:<;<8/A=>B>@AGBCCA9;8953899472=5*)68=:8=CBBA??-/-.:>A;9*,,,,46>?,798>>57773/$%-/-469>:78@<:5:744.121(*$+1:<>=EC@@?EFGDACDA<:DAG:772,57(/379;2/1/./6935,-6:74,,-.(+++%$#$$-.1/00-36(&'''+*%'(()'36:;@CDA?88;?HBC;=<8<99=?=;>;?<@CA97(7;<93*.688@A;/,/21/(%#%$&%#'.,1')$&&*%476652)+-2,*+127:<5(,*;;<21?>>?;9B=E>BB7?97,,,2/31*/',.0445988959<73),,45562/2361&&&''-2593,88:?9@<889>>>==;<>:./1:82*349>94:89831+,.$$*%'6845-*/0%*$&-004658:64(&'*)**/.1245**36B<;=?;<;>:8(02@;@@FC@?AL>D?AHHC(/4<;:==<(+...2+((+189;=@@?3)'&+/9/689@DBEGDCEB9D=<;CBBFGGGHFGH?E>?BDIGFGIHFB;?>A@DA=;A-CEGCEA,6/.77344./)0=CI?>EC<@GA@=++-3:/.*%(*&56+(347??<27-%7748:<<=::4988($$%,--50=78<>A;?BCCB?AA?=5*110>@9(,8633A@8<;GHEQM??A9@GFHG995//,+-->?@?E;:/-4*).*442$$%312+:;<3,+,&$#(79<275:<9:0448?+.4;4.'&$%$%%,')25078;?:<<>@>:-&(#&)***+51325...+,542')*335?=86(<.EF=?JDEGFFGB.+*6$,0($'$''**15:<@BDKIHFFA(721,,41($(**++,7:336>>3-&(,%'%$&)/1,/2672&$&$$'+%'0-/+.$%'((379BBGB83*..--0%%##)#$$)+)115CA>B77?>?8HF<8:75>A??9<;@::<:9>45;:1**%'&'('*(&%$(*%-,**0477?>898=<2@@>ID8AFD<:85.,+$)-38278@>>?803=?EA@?;>A====BB?1,<>BC?GED?>BBD8@?0905+-...)&$$$$$%/.0/*68?>?:::+.98).(''('&-)$,(146=?BB=:;4GD99=.>?A>7E<;;A;?4*54)4<<=>?AFF<<::;=A=:6<:760+$'('+2+9>BA9@?76DE=??=@9/0=:CC;8+)'',-.((%%(+014781($$((*,,70&'&&+*+066554&$$(%')::98;@BB69>E=??@>@@-0(&&*'%&$#%9><<<87''&06666:03'((158724>=<;:7;>1,+*)'&$$+%%&((4:543&&&#*((0009.%$'()/(&&+(($.;1+,?;2<=>=8>57/-.689??>3AD?6+-/349;;A8:@+*(&/1..)&$$&&-6)'::=:6,##%%$&$$+-7558555567323)(+>>?>?>EHIGICDCHHEDFCD;5?@AB<@;:><743.')..**,)))$%&..04350624,***,,('((+.)+11441(+)&$$+.-.*...78>AB=F76:??AEDFE=CCLIE>@@A@EA=D=?DFA?98<;7536CC@GGJ7@<<9=ACA>:;<5315-:;<91145=5;B@BAEF=66&'557;795>;A9,=>><:@BEIBCEGF3:9990244-1360(6;9>954548<=9)98997&&,-,<@ADC9>8985?@4699@DIKOLFDFJI???>A=<:DBHE8:60--+596:>=9;532,%%%'-..65653..5468422<<8%(67444.-&#$$$%(%%%$$$$$1-57;=CCA@>@<*,**1*&(39;;:<:305823<<@@@@BDB>=+6530031)'1//+/9<87774+'1.22-003,799<;($&,'%-,,/0*055;8:982<9996:;DCDD?<874(2779:85++(''&,0/0:87=?@IF@><9<7@B<=<555:=>A=>BGD@>F@GFGB;AIF?AIJJJBC9:=:;)59:AC=@?@:<9>>56<;9=??5434;:;<94.6:8)3:<>=??708:,+/2556;AACDG@A>9::668--3?<9:BDB@<=<9:;8HFH9>>>AAA>EA17FFG?;982&&#$''&$&*21,98<<:A@?:892248:>4B@@9:EAGFEA@;6<<@@530331*&#+/..25560445546756-331(4,/,*)+-769:601+(669:@=;=>>>6783%..+*)'-+)/@@AA8:?AA@2350%%$&,01;:;;;<<=>5+62,,'#',--&')/359;:;2/'=>DEC@2*,)(#(#&$&(**2-3'('&$)-222*1,169O;;=8IG;25:878=E>;@<65146=29;>@58:;?<===<B?07BA:;>?><:99A==:=B89<*:?C=87<>;654+586+.%%%$$&,-,*244339<;;==>?@A99;55?@GE=<=56%(/2')321+*,+&.*6777686-(*0.-/&'(.12(-04.8454&',(.((1<;444269;2848;:;:8'+,&''',52)-7:8<*69:::1%..+-479/9;??CCA43*.9:>?@>BAB=6B8;:58<;>A:C>EC@FD::5/33*8<>B>?>8765<:;=<:?DE<9=><@?4>@B51&'&-'.-9<:93:;=EE@=>705:98=>5-8=::5&.*+*-/44:7)353;;EHD73%=+%'55+2//,,0178<8<8/4434'*0068=??=95,,,55--,&'$'88,9;<7;;@?:44333566+9>0*20...$568788(20+&$$$+=:9:81%*.121.+02322-*$+.&%%21,34:=@384349@=<6::029788999:1:<89;9<66;;==?BA??DCC?5;9:BA@?>;989:><,*=FCBD;@@@>61(&&&233,+,-3;<:-24('&%&&%3-344?@A4,/28>:;?=300012259/%%$'6998775202+'%$(-01545.(*/:>>??CB@89<=959<+1<@?@;<@?AFD?;=;AFJKB<:?CC:?BC>,6:61/9.'%1479@;>@AB@DCCKKJHE>CBD@@8;5369>?@?7:=4$()('.+678345663?EBAABA.C;:<;7&***;<=9AD??==@AF/:>=<)-@<22,-$$)1(1.))8=@>/645=5';=A>ABEFFCA;3>C<=9>8<>BA;6/1243222&665/6643,.1-&&###(($'()*..33<;9;:2>=2.4:;G<=9<0;>B??<@@<<99:32:86:;;67=55@CFC?>?215322>?=>7.2222.144<(574,-3663%'4/25.=32:G=>AFAEB>;6653.258<<=9:>878?>AC:<>@@<4;;<<<<296788:>;:AEC9=A@C@ADA@;>@?5378895842,+.-952335434*,,0'%%%$%%%(/2530'+&1/2068<><;8=>?<>;&%#&+)65<;<5=B@@B?>ED7<@C>A;AAD285;;@?@B7;=A@>12???6?55=:59>7762&',6999%)69+AAD:9??//8>467>5/034-*'+*257=?>@?A:@@==<.'>399;:<<9>=:@<>=/0635>B9:<;:236.,+-'&,1135439ABB8>@EE870'DDBBEB>;:8)+,45)%%('287133@BFGC==:::9;:&*'6*(3478<959,(3231,,)5477BGGBBC>B8==>88(4<89<9<=4/;8=;<>8><525:==@=?A@;;IGH==>60+*BB@C8AA<>979<7))/&(-@<<;6CCC>>=?C@A@@BBA>>97::@A=@ADC@<@?;:7A<:89BA8988,*(.21055637B<>3-20;2-<88:4=@,27572;:<=CA0-->-<<==?C@;;:::+%&/255-230572%%4848:?@@6@FGB7557==94--,4553879=@<@EE??@?AC:89880257;CCD<65:>@>A?99<51(572C?:9CACFG;<86:==<><;=946<)$*2,-)$%#%&&&//2AC<:>84,3?A?==><;3/0377?>CCABDCDFGE@9<==./0%%%36;9:91.01)%89;?@<99'$$&((211-%%#%$',.-155677977)*(07658;=;966...9965))02386<>=;ELEB@@;9:7?<:>>?98845++;::4;=:823658BBBBEB8(?89>B=:6;??87;CDF;>@>;><>8>?=/11.'(56**<;4322-5456677=?=EBCCBA6%$$4698;=>?4=>86@FACEFFEACD@@BFEECKLGDDCF98+>=@C<;<=7=>=357):C;?:66BE9;AA?B2A0>>=;>44;1653285*&;>::<;@=9::9:4679:;;82:1:=<6644)&5:=:4??@;704>@?/)$1;CC=:88+35;ABQCD@A<:++/>=977;=366988401211>>A@935:2,,//%+-+,,%*7;;EEFGA<900/+/2799F=?B?:?6@?D75++7=4(?:;A>==:EDE@<9?=ABF=3'2A=>>>>@B?<4*%&$'5:;5%%$$&#%&&&(%(,+%(+$%%&.1%14($$-3735$;;:7:9=<6453-$$&%'4:99902/,17765--0,(((('()'''**+%*(/6;9=@AA=;?:=?;998*-*58353<:4+$%#%,&,000766-$%(+/23+7,-.4696629<5274./'#%&**488::=B@>6:::<=:867;;@79CE=>/-/(471+)$&''''1-2.15688*68;>734255789?BFIGD=@>=DEII>D?@;?BCAB@@@>@FABCB>:$97??700>8?A@BD@A9:B@<<>20).++1+//2;=8'/0568>CCBDC;:7@;314//5=<<;:;46549;<:8::7::''%,/12972/45:89<=;CEF@AEBIHB>440.49BC=D@EG>@:9@:0,/1389:@=>424::333<9:899<==@7@B;9<99?>C)3=C@@;49745>9'+&'2258>B?@866(+.;9;4/../-/0$'001266580,+)$%)--1*0-*@?@A<@9-57)3%('54;8;777A;9EDEE>A>5649B:99;<8'%%$#&'((',$$*,),,9=;=9@?;7??>A=><=;<=;63769?@F>@>?<&,/+0)(+),#..*/+'$&,---,+*+')))(%%)*$*))8869@ACC/$8;,-656(%%''*****//8:769958'99*--$&&#'#%/+27846>=>ED1EGG>1/)/62?@B>>>8<>@CB?==>DADFFIJA7?8<46CA:ACCFD?>6+&=>CFFKLFCDL<=:@=?@FHF;ADJ8FCEGAHGH:;;:==BD@?;88@=A277;<9:85.76+(,*.19B?=586/056;52.-(%$''$##$)+145-%%*332243.75<;;=:;:<:76??:=@?>8:<;:269>E@==B><==@:<=;@B<<95957&&)*%0((&(8=G:??:/-A<>>?>=>@@:++8;=?A=<:>9@<7)(%'&$%%$6414*,**%$%"($(4,5:?>??@?@F>GC@<18@AA<519:;<>ADCE>=;AB@?IDECFEH45>9;=7&=759;<<==:4@FHB?>@C@>756*$#'),+//245314(&.,,00&(&&8755@=E<9.''*-)&*/13(7=;><16>886.-*&,'%$%%%)&&%&,,)$,-8;;;74-*'+;;CCBA@9D?D>FC5E?IIJAFDBEDB?=9;;?;G;LI>?;4.75902==98-+,66686553.0-+(&&+--255573027$1$5:8<@@<<;<186=>BAA@A:8:CC><@>@?BF;EB>1//+'&*$54784;=>96*',045':87($#&$(&+)4373-&*0$$&6:>::9611698:<><>958;:97=>8=?AB:5165B<:=;*;;8<@9<68?=>'&9::9;=6+-4+),,223587967.68210196566457=79,+'';7=4;C1:??;D7A::744499:9(&&.&&12457675526(66)2300.7:7=7;34/>@84+.4+++%278566;>AB6451-''&%%'))&##(+*527760338243,2;5795=6;CCEFEB=;=CC3*296080.//-6/2$$$#$(&#'$()&'%(**#&%,*)--8:::=7<>;:9367.69=<8335<26::C;B9<@FMD<<@FG8C8:EAC?@@99;B?=66>79:=<999878878:98788BFFCF?>>=-')()45:==5,-=B=<@8:;;(5%3&&377-<>@.==HFCBCC@8:978988>>@5B@=?D:78;<?=1>@>7763&%%%/)/034;=?7<<>?9986,,%/-.5-9<2+*%%32(&&/)(&+)*'(&%%%&&&$%&/345=<02*,161,+1'&##(+(%)+;<;AD?GE>/97??5584263+&+,***488:>=FHCC<)4@?@;??67-53453&,86398888=:;<5''118:6?A??@?;<:>@><85(83*9:93384,,;<;>9312::3+BHHGE@=<8BA><>84/:88/5,)'%&'(,+-.+02/2<=<-,+6<2=?;>@A=>;<:6(6????A?G4::573(1/-,5698774)0/).*//??>>>44($>>@D704@@=>@;3-*::=68:87;1,*(%$&&&'%38:=:9($*()%)&%%%%%($$$#%($$%%$%)/54213636:-.)/1278876@21:75565:<=;,8::?:3'$$(1100%&%%&(''',$)&$'&'%$%'($&+($$%$(&''3<74/(&#$*,-1/2%13;5817:<;89-)'(-,.27<:88)4;<9<;9523...##'(.06843/**)((104$$$'$%$%,,+2*68/..79;BAA@@75554BA@;AC96894@A::>><;864454763,1/45.'&+-369;>JBD:9BC<@B;DC<;9?8=<;=<;+93<<=;752202*).33334220%&'&%(%/2))')*+''+*#%%&(''$),().1957;?<;;:<=>:19;9:82(%;;;;7448=@<=76200118:>A;9A==>G;<:>8EA:448:)8767A5=>>66?DEBCBBA<:7..59:9:778.3(+7:<>;410-)%'&'%&1*236;<=>;9;@@<((*34:8933//465::8767;<@BC;862.++'(('+/114457996.,/%$01221/350/+(&''$&*25(:9;?>9<0/-96>CC7>AAAHHHFA:9:<791&&&%%%%*),-//6.:DEBAA==?=?A?EFE82<;;>3-537-++57<6363&%.'#%))+,++)#$$#'$&(,003+%%%55:86=?BDA<;<;<;>@B<,82259?>:;25.8?@<6%(&&(%'6689<989;:<>34233:6,('%'('&/+267@?>:C???7.<:<;962545313<>>>@@CB940.(056522=;;5/1??=?DC?8D@9>98??D=10..766803'&$(*/22450-13+))>?<:500-$)%.5*+-%$))'$%%''03973+5467)(+(%%'%%/*26444330/0+*-,-')(4306341,4/3436679:22&16;</1/888;9@A>@A579693//&%++.-(&-/.34375569+')580...)'()++,////'&&**99;@A@=:*'0138=8<;5822.--%)/-246692,+%),(''&%'''*&%&%&'%#%&&%&*%$%##&&-,612;:584-,$*&))$288:5>;7??>638865398<==<;<:>@C82AC?0,720?:4::>@A><>?8640*9;>9720)$$14.119878;7-'''$+60$$'66;=:04.11:7=;;:,331***,/5>>8;39.>05%&+'%&'(;9<<::=GIEAEFF<9741000&.234&%&2+-+()'%'-1254+&%%(*%&(58><4//+,'*$'118846(79/8303)(.000+.01-5),888<7<8:>B78'%&%%%%1204351+*99;;C?+)>=72,)*67E>BA>BACB6A53;7*@?>GGEE7446'+773*=;?>A;B?DA:9>5+---3$$$-'*887+'')$#$'04,+22,)%$&1/889=BA@BA9:3+**$%#%$$#&$$'#%01.*57/-(#-1-2882*()%%$)159>=>;7865253.'+5;/2%*,:5>AAA?B@?CC?:2'$)&')%-5B99;6...-9;2+***,+,-$%'(225-2@=;=A@@@<7@A@>B@>876)...-%&-,388;928:'&&')*++)%%%)0**+489;.*'.732.1&6786.10%%(46=>=:10119**.*&)&&&('&&'0=BAB@CADE?E4,0$,1/---&*1866977776543325A@;9*+6:8;>??;))3''''&.($,35<5)$-*%)(*%&),.43.5668:3)'+/22;<6.0:;-*==<7DBCD;>C<>EF?0&1:2,(+/35)'14678<:9811,,)'-2-.&.*,+,''45045674564-:@@><:E@G@=,:7(:;/'(;15+))*:37BDBC;=ACD:9AA@6;@CDC@BB;;<42:=?<9;8>@*5648:=4151688/9::8@CAD??=>>;<<8=7@93212/034-//190-,,(-),7:986:0556711233),(''%'%%.95<>>634&&-0,)<+DFJJKJKI@?>>89;;9$0100%+3331223698=<9<;BE@EDA@=@7--%6679;;=8:(/0%%$$&#)),-365579<:8<;999822$*@B;<=54++&-1118.0681;97=79:?;25888;:77798-759?=548;891$++67668''5;<<<9;9?=B;3;1::<6AB@;;HABG>@563'&,'(((466*.:5><>22%%%67>98:76797;3276>;;52-=371+---17'*6666:9=?A<.448$-$'%$'-0-.4=<;?9>@658'''''*+678<=@>=89;;A*0175@BGDD<+75-)'.&&&(&&###$)$*'(()2:792/'.,)))')(*,-.-'%%''*+0(14=9?>)*D:<@A<:6/.))*,''%%,4<;:@;@AC@8:=<999BC7::BB?/(&),.+16D=?>;<::<==>@C;8>@*13+'&',..37=@>717::(*09:<@=A8;@@2.00(*--13.((*-2*9987.,/./..+'($#&'$&(%$%%'.6*/5446-)))/2575657<=??A979:>B?2,02)86084/&&+--9;2:45?@;47-9557;477620+)780555+,*'%$&"#(+.22246799000')*('((-97>19?B>,&0:<>?;:89.+-',522077,,,+,,++0//252.0()&(&$&$$'0*%*+'$$#$$&***-,-',23=A>644>43*+&&&%%#%)++7:::33//())*(%,&')/+.78842<@>:=:,'(#$'321-4630/4/-.7@A-./:8>DG>==>>A<;774)'+).,,&&&')*./)-&,$%+0210%%,0..1((&*035.78@64579/12320--%')').344354'17969778<;=(,069:;<<;998//.,(*+(%2323&%%$'/24,,+-,'&#'%%%$''&%112332=;=.'.11(265653%%%4<74723713%1-1221%,&#%%'1+)*.35545:>=:;?:(,(/,&9;:>;CABF9B??A<9882723./-%&%&$$$$$$$&'11151,(($#$'$$$/1144+'/,,0?:703?>@>BCB;<;=>>>46977.*'+-$$&%,,/++/.../11366677;;;>B9@@:971*7958753($'&&(52684022++*&&&%($$%%%&(,-1=<;8A:=-24=::;;<=%#'++3><@A>2//)&3321&*,,033/,..-())()('(*7=5::>8<;<<<@@=@>AA<7<<<94*II>60.&1889-21&('''*)-0/..21&(%6+))-(+(()/58=:4>9;:=;=<5/10110011222(+-,02,*..-&&)'++,0/(12-././2329;@9,-56569:0276625723/()--00/.544542-//7482D@@>><@>DD@><3013/.9887:643442&'''(45(-844<<985//-$,,,//36=<<=@999)%'$$'))(&(++$&)))$#,%*.-+**)),475497888+++'(***,,()()-.18:<<>BB=77:7;<@??@<;69>>BKI:?<<6.69;6:=>>??9322%$$((%'))*)+*...0.'&$%1//058797:754126874.,::9;==@<89+5)/6;77;&&.0$%,.100356;A>668<:87<@?BFC;672232,(-0)43034$.'059<>200--.,86;?>=::6<@8=,0)357;<>;<;<.*)655:?38886-)&%67875/:;:;AB?<@@AB@<:=88;=AD>99>?<;3*9715CEC;=A=97346())**%/1133/..-.3(')589710*$$(('$(#&6,*%%*-+.-0&$%&%%&),.',)$./#$14259<:6321/&-1.)&+02266264/*)'(%&*.41.9=:9:34445643=BHGAB84-4;9:<970,$)%*,0::7AB@ACDDE>??51-.:99;)+**778:;99*&),02677:;7=A887:IABBBA;B=89:'%433-5<>:;>848.598?BA<<890+-.()*&''&&''43432/(#$%%%-0266:<%/+*/$56:<<+312%'&254234554468;:<@(%469==440+*25::>6=B@@?7;::/=>6(%(-B=;<89;;;<3''&()&'/&''&$((/12/,-6.&'$$1;9<@?E=759667664---43,/),9>@?@<12..-068221320+$%%&$#%(&&-)*(&'4=;/;<;:;;5336+)))*)/?>=>66*>>@@C@<&*AEBA?=3.%/6<9819A:4BB<:887>;<;>D>??69B=A=@'/9AA9DB?8;@B>-0**)$'$#$#/457=;;88697<;968;98752256:8++/49:9BB@=>;6,3:99;?F69768>5$*&1)%&'&((&&%+)-/,,.13;;7889201,(&.-4+99;:;=?@@8$0;;:22.,)779@DA3450%(&&%')'(,7:5.324:<:5+-+*0236668876>?@A;5--%')+.(%))26:6CCAAB;<8555623<;;;BA@@CAA>A:;B=B?557@B?=EDA<<>==587($$$$(/03.///67;,*%%%$*./;=>=<2:;:??>?A>@>>ADC@>11B=<=96**09:87=8:9;;214-1*)&&%#(+'''+8;8<@@KCCDFF@>;>;:;@98(8(%%%(/9;7182/9-''($$&)))*,1*&$%+137=:969B<9:8/0)*,31568CA=+8???ABB?D4-++%%.()&.$&#,2.10/.)1357612*,)78875&%&%&%%*'',++&*#$%265892&(&$&&(,*+-9476641/3/,*+&&%))0?81/..4*0&''()+++*1,*-1-,130/./*(110//+16775,%))+3112289:5937=@@<;>;6--+&$&&'%$,$ʦ:?>>::6=AA@=:8=@BEB=><03@@F@?D@AFB:897$,#'&&,0134<=>80-.5459@;:=@?78/3CDB<96113760.)'&&'#*-/.'('&&++,/899>@?ABCJ>B<8901245/+,+-3::1/)&'.%$'''($$'*'%&%(,1:9678965833)%%#%*'2,7569>FB;<7641:<>>9;;4/.23&1?F(-<<=,;>@;2469?9201.(%(/0615-5-1&*++*-*$,&''(')((('%,,-'21/37'*;6456AB?>:==<972565-5568=A@:<94203870984;;=ABA?AF@7AEGD@??C<:+868>?@;>;6<:613:-*"')&+./.6695==@>?BC>8-++69=CC@=?=:<=99@@@??8%..8<@679:232225.:<=@DDB?EC?=BA@679:3-')*::8<8528<::;<8AA9<5&%')64),>?@FD?>;@;B;:A<<7BB?B;/0-+%%''%*'))')'133'(&%&$8509@A<8>;7240('%%(-/9=9@:7;592+@9==;>C>:4/-*$('%(/264320323227:/7)477>556:98=9<-8=@=9<=>7D8767=>A1010**0+082&&.0;<+;=:$$)-.8;<>@??CC5;>?<55964587:2A?F<48<54;3'+(()42498(./-'/%&12CBB>@A85/7,63>D>A?;?CCCG@@??2=8815://)+5<:<=:@=><&&.59?A?=@A@B>68;@BED>:57;5,;2./.1/,(;<>>778;:688>C?>AE;=@A@A;82%1568;97:9:6764::><9:972.;<=>?=D<-&=BDI>IJF;=77@C=7@>B>AC?IHGHFLI?..=?>??A99>=(;;<>>><<<><+76434-3წ+-%(&6:=??:DE9@BBD450:>?>BEC=8<@9@BEIF<89C?B<:>554>7<-)*6:+30/&#&%%46279:==CBEDDEFCEFA;;A=:8++/56:75%$,'67>/096=::=5:76=81+-/1567<>=;=:5:;69<:;;9433:798433(---::;;-:8;=<>/-(&$#%.-.235967964.-%'28:/5==>==24<=C<:8(?631%$:;>@;;?=@@1761-4.++*4.3>AHIIDDDE?>;<=?>;<9*,/6<66306*%%%($%)4:66985::;;9==;937:9:9=;=7;96,./,.++(#&&&*5;22//65''38870/977218=>=?;17555.><@89:.+.6<;79)33--506;>;>A6@;>B?AF@>AF??A==@HB@360<8*&/1/:9<8==>B?=<72308>@@9/14'&%+,&(*-9=A@A?14>97?7<974@=98:+%2(565436+$%%%$%$1@A@<49;4(%%<=<%90.7630-768AA:8<@0%03246CDAA;??@>A?@B?>BIHG>7;FB>=8@9?<>BHE7.38:.;349BBB@?>F>9>AB?==?:(73)$/0/.>?>?B@;(:=CHA<3-**0*./11;@;;;?@A<>>;><>AEB=@A394687<=>8=A?:7:>A=<=9?>?841443699;92//3=9CF:821237<<((/5>30..,(''+.3/+::>==;4111'%%)$))3627-..3867138788(.-/119;81<====(.=?==321.0-(&%''07763((*++:9A?ABA=?5%))4677:>==;7586&-/35=64:>=>B95A>>=92=;89%@>AA=A=>@EFC**,01074853002&)(*/0.,&'''&)40/21/+=<==??A;;83.:67@6689)+&,,-/*378933''*00,(($$%%&34;;<@DDCAB@:AHDC=9?<9@>;;-;0>><<<@AG?EEHD<>::>=EE?602=>>>;A978:3%2.%%%$$&)9899@DAB9@;:>B>EI>?CAA;;@?EAJ>OMOHEJMEL9AFFDD=/1DGKKAED>>;%))847::>=<;6-2.+..'$$$00-433-)(&)0102257;<<::.&,;6@B>8@@:8;<9@@?@=8<;2<<;?@A@>@ACBB?;@<8>8AHD@8;><<@16><=:7*659;84/2614=BA=<48>547@>?9=?=>>?B=4*,&)0499:=<@:4425??@>A?C?7668:>@>>7)3>;?:=@?CEB>?3?=B?@A996@?5=>ADC:7))8;;:9;96.8=?D@8:<<224+,(+(3638699986:=>@>>;-/42$%"#$%''+,../101=D;9033-2:9EBBEED<@;@=23515<;(0/166%@=CGHHG;:GH>@A(B4?FIHID;EDA7FFD?;?@=3>;>9?@@>221--/$&$))////,,+-+.0456.'::2'<<<76-+/3:=7-+++&$#&')/(+9>88/2.)--479A>>@;<<7893665411*7<:=B<>5<75=@;A?=?>?@:@DFGCD>A?92/%,&&(....*)/0.1-96>F@>>;;?;=988;*A;@A?;;?@<>>>D@A@?/2%=83864/1,*(.*)3).%3%$)#%&$##(+(55447<;??;@@E<=:8;56+&534((311''/'(&$%(5:9;;=ABA>9:@@9<;68<=6789)1/*)3566661+($'(+/08767;+.>?A:<=875:><857=>;854**$$'588??6===?9=@B-*/14455>@A@9HH:8CHBFTSN=?AAB@?>>>>5266.-4055132321*%&.21*0232223:E?@;@@;9>79<=>>@B346:7./372/1=A=A==<=<=866<9;=<447:875674%%...115)91+:.,+15)57;@?@@137?A8??=>947-,89:)84*-.;8<>>69758/@BAA912/2,,-+-+,589999C;8/32;EF7@=@AAGGFD@?CHGF>DE:88<45('-.&)/31,+15846);9(-1/4//))03)15479;32/84@D:<==430/.-%&++44257340*-+,,,45&)&43<<><::78850008-5/*'&((+$$&$$-54?A@:*7>CC=<-...@B?@?693?>;??D?@C67:;@;>@>?@7@@A>A@A=?DDC<;:;5*().00178986+9;=?>=/6(()((7;?5%399(%(637;96=??AAA:;B<7$&&768.'&0/035333:>.>=9<<8954?8;A>;==>>>>@%%31117968==06::E?=<>?:=..3;==@?:<7982..02<<=<:>@?<>@8?@<5&)1)01)1AAAHDB=4-:>*$01155%&',%(+21*(-+5,11116+)544::;@A?@;@?::=;89545562-1-$(+55559;?D@>?A7;:7/7@8233*()557<:==620.4);<@CG98;BDH>DIKC;>?BAC@E@B?:BF>?A42871+/;>@>76&440&,.2>:<9<=/;A;:97+,)%%)/0-.54-D@E4758><::=8<1:??>:;9=57??@@@<<=716<>>?@7:=5>>=<;65***7('(656AE4:;0,37A=?EE>115@AFAA>A=>BC??AC>@DE49=A?B>?@DEHLHA.)),146;:8C?GNCC43;9:@A@?6=:7<;;@B=::;<;4.04766005644479=;.;ABC'DB@:9;=@6+&&)(+5:7:CE>??<=<=>??D=;58><568>=::::685/8::85;===;;>BCC>9;900156880394++985667:;9<<@CE@<9>?@949;96=<;=6-//366>>>;75/58574350::9;<<7>DDB;7678642;=?@=.91-0?,03765254('))011--()67:C>=BCLJLF/>=>?C@CAAA?9::8633&$((),811*$-26:9,--850&..333%'(87<>0-666???9989:>>998C9=?;<>51%+2,*-7:;74248=)>?>B<>?@9;B>=754+)(+#&)*,,..3/*,-.++-35<7327669824<>?@CBACA?;977:/07=:;;698..063::<@=@A?@C?>?BHIC<@CDC=8=>>7?991>>=5,++&&+$%%&&&,.79=BB05@B=BC?AGCFID?@@><@AHHHB6HD@=:2=>?CE77=;4551/3211+@BD@945>9=;89:9:AA8462(%$%*215788,/.2=>B=C=@?)',%'&&189=64&)&$/121334*)2/>5:;>=6755.AD??A,(@@@C@=AG=D??=;=C;;9//1112=6BCCBCCGBACEA@B7;:;5985233120..1=:?>?C@;>A;9>:>@A:+9.=>;:)/:7/,7<:A=-4580*))&'++++)<<98:599>A?@BA&(457991/'&'(-1;8;<4006,($$%&+./237>=1433<;:4>?<;>>>FC?1486=<:<*76;AAFE>522/21*+*)**$/195????=@?AA<==AC<:;79>A=7>?>366@=ECEFE99>=B@>@A@:>7828<<4=@A>@>>@;7<+&&&27./%(>ACA@@0:<661+*%%'$%(,.&&'')&&5743),<>CA;BADC;904976<2@;?=>6:?>?>=6441)&-).&/.))03+,1'()0.2%(,-9<@=<;;9;67830455//.2.33.,-1001./.&$$%$(,++-%,++()(0/,/65540.20*'(,112*&$'',76358C=4/25:?@97..97879;=>?D<=>=;EA=A?9@DDCA:24=A<;<8:@@AEEBIF:<<668=>3=<8-)3346223248:<<0;@=631*8))08/686-98>6./052-0322//%1'')7;7996.89:442:>?:A@HAD::9;.(;BA6B;;567237*%::9C:;99>>DEBBDFC4ACCD=2:;7<==?<>@C;?>>B@>D:779=<;B@BBB6=>>=:?<=7=9<045759<@:>E;5<;<@5>:=7@<>;919@@@=69>?B;CIICLL;GB?AA>EF88:75211247;694/(78:<>..153:'-5++961,,)++/5613,.41//3559;;;<>@?F<<<4522&&::8ACF>@;8<;;976425:9;<>4A7;BDEEFEC>AA2..,*&%*+*5::;:;:=1+)8@=@C8FC>=6=@BCIGD9<>=<**0*1224132)'**$*237/>@<@>AB@?=@;99=@A@9=74+,-)()*+&*%+/CDCE@CDE<<<<=<:996448<;:>AADB>>6/6;982...-/).79?=543:-8;;:/))(%$&+.4:;:@6A>7=A:@?AABGHH@B<>?:;ADB><<EE=?EEA?B=>;A?DCA<>A>>8>?:(%((?=??=:<>@?664%%/%+(,:9:<<<((9<=?><7<=B@CHB>::4<85345.875:A<<>@:?EB@>:?;<<<9<97822&#%'32200/&&$%.(465<;>>:ADD?99;345*+(%$#$$'049569>>HA@B;8<>69>?BB?=?KC=D>AA@?87+,))*(-,7-0+39BBB>936;AED@7CC;?;;;<>?;49;-3/%+18@@>?A?@=@CD'8;0;751&+)3(3++9;=677089&*+28<'69:<@<<<=>;=8<5564,+('%($&:9880$$#*-99-:<>88:EEAA@?=:77840$&(:-*'/%)')(,'#$++)$.7;674--/89@9&&%;6,//0)*,+'0-3696120&$%&((3*13774%"#$-/79:9;<8<>>>=:58;887<<<-6((<6<@53===A>;B=EMJH.14AB<66,122/34*&*79;=<;=:7<=C<@=9//32.$/8,&*.2479BD>=??;B@@A?47A@C,+,.:>B@A51..<?==35<=;%22>>C@DI>@AB<>C=@EA@030?CB;--2=85564;;;8:23:..+,/-,)+(-'%*)-(&'')087>=8>??@?AC=6;;<><5653.987=8:1778+)&&)059:942346>A?@C=?C99A=91-3&23$&'(&2465826455:71'****89,;995890''(+--0/457;<>?+>9CC0$/94*(&'&*,&&'+'$%23;7>;@@503=C@CDA<9<:;021>>?>;??<3+*%%%01*.,6/=95;;8=89>;:B?@EB?<6;=AC=@AD910CBCF:>:BCC>;;:+&%$#%*-'0(--*08=@C??BC>>>?<<<@DBBABDGGI??>BFA<=)=F?GKC@?;><89'&(-./87/.++3+'.035::=7643;?;<6A@>B6=4%*0+-;7D:<:??8657)%%'&6;=9/?FG@9767:2+(--;60534//.-#&&-()*%$'(&%'%&%%(&&%&+2&,//)9=5024BJKEDF?<:5-09860105)*&2)*+*$#'+'38/-203>?>=1=>DF;9=BBA?C@7CA@@(%)*9+8B>?><59;?9764600+&$#&&-,,,(%%%343-*()+8><<=<7)('1&'676324:1---/0038:&<=?>>=;9,'&(+,89;94855.2:9>9;B?C;<:9==;;@<<.%%'+&#)$%%-((&&35(4;>>AA9?>A>BGIEIG7,1=12,0*%#$$$%(&&$%''#'&/0/..+25&&*$$&&&&%#$#$%&&15/96988+59ACCEDD?@BAA?1++,'22;@D?9;=831,-$%/#$-/995859:84.26+($+%'6)>BB75)%$)$&'%&&#'-;<@@DBA?2-.49;=<=B>=@>?=??>@@6;><7).:AA;=70;;?A.0A?AA@?B>;4('%)/4$*@7=::=G;@=889:89?3)&&)&&%'&-13334487741/$$$/%$$$$'0-./0+&(),*)&&-249>9<>ADIBB>DFDC=@59<>D=E:>@A?A=8;:3(),433@=@@BF@===CBCHDEFDA8<4PK:5=CCFGJHJF@A=?::;>;:=2**,**&%'(&&448*',-)),&*)**<;?>9>7844569977;9999;?@@5>=?>==77?7<:>>=?@ABA7=D>4D@AC?12'',555789:9=*:0*'').0/0%#$$&%%('2455)==@BEFF@>38:<=@==>5><0,.6<@;2-2224777<@=B68>A@<:8567;GGAC;5@6,,/38?AIG=<=9-'';>>>@@@@C?E@AD-0>9?@>???<@?:6$'=?;B653<<;>@A?>;;@;+5C?@@=B=5-/61,,343%.1231,)*0366)2;:;;79;:547-$%''+44)4)79;BCC@===EEB@A=AC>021.01-/.,,,.,1/%)..1<<<=>@=A4.+35../:''8;;<;9?<<8=???DA>=C@F99558446:>?-;:.($$$(()'(24$$8:@A9::$$&55>==?<724(59;;<<<<:879@@59BA:;=674.'))($2))=>==??AD:4A<;<<<3*-.%**')'+(0(408=;:?:9=;<>BB;:97;96-151644.++(*)##)'&&&')0;7:<:<9;C?DC<;DBC?:477123;>>.221312124358@:95**)(((00)/+&%$(&'+%&($#$$$&))+'&%$$$%$##&'36=:679;;=>9=;@?52.92;:;:>=96@94568>@@@:=96294123/*,'&%&169484355234.699:<96<>98997>ABAAC=635/<<4:>=,*$##'%-00384;=?815;;/33=?7DJIEB58F>88<=B=?@=9B:2<@@ED8B3B=9;8440/1%26&&&)$#$,,/&*><95.*6354&2422*$($$*(*/3364;:;03:;;731139957;>BB?@77?39;;>>BBB<:8=>:12;HIDDGC>?B5/0155;@==@;;=?@E:;B'$&%&,*%'+/65;9:;;211//*'&,233788;;9:74**+&%466784866658:<96;5<>B=9<@34=B@@@BAAFF9<<<%1/5BB;4-==@D=BB8ABB:;<5112*$%478<0+/?;=8??;:79:;1(''',0)%75250)>6776=>458788:),79==:;@?1*565=;CEDBAEB@B@9-787:32%./+(-%--04<3;870+(''#%'()*.03074670117?::9.>85;==@>BB=;8:7::7890236;:06565*'2345/;1@;10/2/,%%13-,-.*'%*'.1)&&(0%0234477878:?7>>=DDED/35:=C;HFC=,(*+.08B@:>>>79'+*%22323=;>?9;=?785=344;==;79C:<><@?=@AC670;;;762,./*<+7:1*0@B@AB?FA@<@B@DD=<<<75655.*85$*&%&%$%&999-(.*)'.51326:@@;998921'.04=>;>?<=A=A;==:::9;@@<0/25004'3325?;99::869756882)%&&.3339?B??7*%%,/C@ACBA>>;==A@AB<<;:52?8F:2699:;><%,%&%%%$+/+)1*$&,)'/176;==;3;:@DA@B<>??>52,4=>ABE8/I>@>@DC=:991,'%%'#%88237(6;:81%(%$%&('(&'$')*)%#$'(./(0/1(&&%68959:9BD9><=5E=<6<>DB;@97&&%%+779>=>799;65++3-$$%$75.-+))'543?6BA<:78:8<8-??1.@@@?<2<(+0366&*+/.-679-5&&/23327:6328::;:535660*&&+,,*(-//.-,%$$$))2-,/(##$ @SRR14011045.72323 837a9cd0-2ff4-4eea-87b6-a757ab5afc68/1 ACTTAACCTCGCATCCTTAACGTAACTCGCCGGTTCATTCAGTATCTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTTCACTCCCTCCCAGGAATGCTTTTCCTCATTTTTGGTTCACTATCTCGGTGTGGATATTTAGGGTTGGAGATAGTGCTCCAGATTCCGACGGGATTTCGCGTGTCCCGCCGTCGAATGCTAAATTTACAAAATACTTTAAATACGGGGCTATTACTCTCTTTGACTGATCTTCCCAAATCATTCTTCTATAATCTTTGGGTCCATTGCAGTCCTACAACCCCGAAGAGTAAACTCTTGGTTTGCCTCTCTTACCATCATAACTACTAAGGCAATCGCTTTTGCTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCCTCACATCCTTACTGATCTGAATATGTGTTTTCTCATGTTGGTTTACATTAAATCCTGGATCATCATTGCCCACAGCTACCCAAGGCATATCGTCGTTTTGTACGTCATATGACTCCTGGTGCCAAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTCTGACCTTTCAGTCATAAACTCTTATTAATACTACAGCGTTTTCCGTTTGTTCTGCTACTCACCCCAGTATAGATATTAACAATTTTAAAGTATTGCATTTACTTGGTGATCTCTCACCAATGGGGCCTATTAAGGATCGCTTATTACTCCTGCGTGCAAAGCAGGCGCTCTCAGCTGAGCTAAAGGCACACAGACCTCTCAAGACTAAACCAGACCAATGCAGTTCTTATCCTTAGAAAGGTGATCCAGCCGCACCTTCCGATACGACTTTCTATTGACCCAGCTTCACACAATCATCTGTCCACCTTGGGCGGCTGGCTTAACTGGTTACCTCACCGACTTCGGGTGTTACAAACTCGTGGTGTGACGGGCGGTGTACAAGCTGGGAACATGTCCTGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGACTTCCTTGGGCGGTTACAGCCTGCAATCCGGGCAAAGACTGGCTTTAAAGTTAGCTTTTATCACCGGCGACTCGTTAACACCAGCCATTGCTTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTCGACGTCATCCCACCTTCCTCCGGTTTATTACCGCAGCGGTCTCGTGCCCAGCTCAATGGCAACTAACAATAGGGGTCATCGTTGCGGGACTTAACCCAACATCTACGACGACTGACGACAACCCTTTTGCCTATCTGTCCCGAAGGAAAGCTCTATCTCTAGAGCGGTCAGAGGATGTCAAGACCTGTTGAGTTCTTCGCGTAGCTGAACCGACCATGTCACACCGCTTGTACATGTTTTTACGTCAATTCATACAGGTTCCAACCTTGCGGTCATGCTCCCAAACGGAGTGCTTAATGCGTTAGCTACGGCACTAAACCCCGGAAAGGGTCTAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAAGCCAGAAACCGCTTTCGCCACCGGTGTTCCTCCCATATCTACGCATTTCACCGCACACATGATTCCTCTCCTCTTGCACTCAAGTTAAACAGTTTCCAAAGCGTACTGTGGTTAAACCACAGCCTTTAACTTCAGACTTATCAACCGCTGCCACTCGTTTTAACCCAATAAATCCGGACAACGCTCAGGAGTACCACACGTATTACCGCGGCTGCTGGCTCATGCAGTTGGCCGTCCCTTTCTGGTGAATACCGTCACAGTGTAGACTTTCCACTCTCACACTCGTTCTTCTCTTACAACAGAGCTTTACAGTCCGAAAACCTTCTTCACTCACCGGCGTTATCGGTCAGACTTCCGTCCATTGCCGAAGATTCCCACTGCCTCCCGTAGGAGTCTGCGTTGTCATCTCAGTCCAGTGTGGTAAATCACCCTCTCAGGTCGGCTATGTCGTCCTTGGTGGCCGTTACCCACCAACTAGCTAATACAACGCAGGTGCATCTGGTAGTGCAATTGCACCTTTTAAGTAAATGTCTTATAACATCTACTGTTATGCGGTATTAGCTATCATTCGTCGTTCTCCCCGCTACCGGGCGATTACCGCGTTACTCACCGTTCGCTCTGCGTCAGAAGAGCAAGCTCCTCCTTCGGTGTGCCCGTGTAATGAGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTC + *$$/7893>;7::>:**,0/-$(325=:;9937>@7.:<)&)&%*+$.3<=B3ACCE;'(7=?:,-90--.=?96-544)6(,&(1C8*(252E2=%%?29'0@F?3475&%%&$$&&22550/84*&'*((&14;<2.595B>49'(.$$%''%(*0,$&,4<995+46)'1:2*11.*'%A>=;:=@%(449=0/,-+*'.$-/-4674AI@A;527CIAC<=6+'(4447*:/,**57564241/-,,.266506AB@9@==3(&).03**,1))$$*$#$$$$$&%%.3.7=:8=67;>=70:?GD<5ACHB;@C;BE=93?HIA=?9035?=><:9=5/&6(58?<*''$$%&'%)'&$$$#%$$$#&&%)&$$%$''#)#%%#&&())*&+34<;<>>94;+$$%&&,,%&$/5.*%&&$&%$%'***2795-9;82&&&1170$)#&&&'<::>'*7/20++28?9EC;7<52::@3AA:6:<48>>555DCBDDD8CGH@<0@D>@KPI<:?<9=>;<>9889232-6157<@=2$'',5/%%+%##"$$*$%$$%%$$%,,3()+%$&%&%%%%$'$&()+&$#$()6,6><4@CC??D@D?=6:$);;:363/)&'-2/%$$$$1...%$$(+$$($166644>5*(8:;;+)))466<:+'(-&&&('+--((&'&$$%#$)/,.2038:>('98123+)(&(26**100/00''$##$&3+')%&)*7.8:?;88,.0)*:8469<-.0/8>::>:;;=>&)07.293/$%$%%#$#&-57&%%$,+'%&,+.98;:94557>><;99=>29:39<9=AK57:<9701*%'$%%$&()+"#$$&&'#'('//-%&$$$)+*-.;88;:>>56%&7+*')*)$$&.09;6/,+&'&&$%%&#$$$.108:<-8.&#$$+141>475/,(()'-$$18687;@?0+('(&&*%'1-01/#%1+-252@>650346-/-<9>15?B9,-0%$#&,*3=%)<::'%++45-6+=;:576'79,.).BCBC;61222#&%$%,.8;92259<:96AAED;1)%'%&#$&*'()(*$'&&'''----*''&&$($('.2=7854.,++,(*'&(7<;<5@9/0.05)+926<2/0),6:=3:<586;;77)&(*+5=A?)''&'&%,??(968;696+63777))&:58,'#%$&')*/<8**7?@?;:::=67A?6704<6399954=:85753=/<65;>72?3<>9A@BFB=<@?<<8.4156>=))),;:;643,'/,''9542--)+()'.'#/1044876----37-/=(:D.1<961+34::'%'&318@<-))*(''()+#&*-':&*9;6A9<=DC=A4DJ>445@B@A61,>;G:97'(.2*+)352),,,<30.,)0$$$$;=AA>;96683013666+2.('''%#%%&(%#')$$&&$%$$%%9;=CB>CB;49<@CEA<99+'70#'+($%,-$&)))$$.683248?A9?79)'&&'+%''(<8+-:8;@:;;<@@;8738**&$&/2:?=67(+76(%&(:;==;3(-8-9;+;5EBC@:/&&&&443),64*,@D8;C@9;BC90,315;28:$()*.792568:88@2((0++179==:685==(:;589<4.*59=AC@=E?@>?B001043(50896,...(+%//**8'25;;>=;:><1;BCBBAB8*,$$(*,035:*..7BA;<*&&*63020)'(*64&',&$&$('.%((55*'&(&$)%''%%&$'$%&+015;1);;6642781+312##&#%4%&()&&-0,.'<<;4*==:;6$(2&('%'(%)&%,-.$$,,)3'&68B?=>99BC12;::423513/8/;<:255:7/ @SRR14011045.59442 ca3643d2-d22a-49ab-beb3-85bf2b0179a4/1 GATGTGCCTTCGTTCAGTTACGTATTGCTTACAAAATAGAGCACCTAAAGCGTTCGTTTTTACAAACCTGCACCATTTTGTCTTATCCCAAGCAATTATTTATAAAGCTATTCATCCAAAAACAAAAAAGCCGAGAAAACCCCGACTTTATGTAAAATCATTTAACGAAGTCAAGCAATGCCAAGAAGCTTTCAGCTTCAAGTGAAGCACCACCAACAAGAGCTCCGTCAACGTCTGGACAAGCCATGTATTCAACAACGTTTTCAGGTTTAACTGATCCACCGTATTGAACACGTACTTTGTCAGCAACTTCTTGACCAAAGTCAGCAGCTACAACGTCACGAACAACTTTACACATTTTTGTGCGTCGTCTTGTAAGGCGGTTACCAGTACCGATAGCCCAGATTGGTTCGTATGCGATAACTGTTGAAGCTACTTGTTCTGCAGTCAATCCAGCAAGAGCAGCTGAAACTTGAGCACCTACGAATTCTGCTGCTTCAGCTTCGTAAGTTTCAAGTGATTCACCACAACAGATGATTGGAAGCATACCGTTAGCAAAGATTGCTTTTGCTTTTTGTTGATGTCTTCATCAGTTTCGTGGAAGTAGTCACGACGTTCTGAGTGACCGATAACAACGTAGTCGGTACCGATTTCTTTCAAAACTTGTGGGCTAGTTTCACCAGTGAAGGCACCAGCATTTTCCAGTAAGTGTTTTGTGCGGCAACTTTAAGGTCTGAACCTTTAGCAGCAGCAAGTACAGCTGTCAAGTCAACTGCAGGAGCTGCGATACCAGCTTCAACAAGATCTGATGAAGGAAGTTTGATGCTACAGCTTCAACGAATGCTTTTGCTTCTTCTGGATTTTTGTTCATTTTCCAGTTACCAGCGATAAATGGTTTACGTGACATTTAACATACCTCTTCTTTTATTTATTTACTCGTTTATTTTATCACAAATCCCTTACTATTACTAGGATTTTGGGAAAATTCCGAAAACTCGACTTGCTTTATGACTTTTATCCACCTATCAAAACTTAGCTTAAGCACCTTAAACAGTTAAAAAGTATAGAATCACAAGTATTTTTAAACACCAAAGAGCCGAGTAAACTCGGCTCTCTCAATTATTGTCTGACGAATAATTGTATTGGGAATAATATTAATTAGCTTCGATTTCAGATACGATACCTGAACCAACAGTACGTCCACCTTCACGGATAGAGGAATGTTGTACCTTGTTCAACGGCGATTGGGTGAATCAACTCAACGTCGATAGTCACGTTATCACCAGGCATAACCATTTCAGTACCTGCAGGAAGTTCGATTGAACCTGTTGCATCAGTTGTACGGAAGTAGAACTGTGGACGGTAGTTGTTGAAGAATGGAGTGTGACGTCCACCTTCTTCTTTAGAAAGGATGTAAACTTCACCTTTGAATTTGAGTGGTATTGGAGTTGATTGAACCAGGTGCAGCCAATACTTGACCACGTTCGATTTCATCACGTTGGATACCACGAAGAAGGACACCGACGTTATCTCCGGCAATACCTTCGTCAAGTTGTTTGCAGAACATTTCAACGCAGTAACAACTGCTTTTTGGATTTCTTCTTTAAGACCAACGATTTCAACTTCGTCATTGACACGAACAACACCACGGTCGATACGTCCTGAAGCAACAGTACCACGACCAGTGATTGAGAATACGTCTTCGACTGGAAGCAACAATGGTTTGTCAGTGTCACGTTCTGGTTCTGGAATGTATTCGTCAACAGTGTTCATCAGAGTCCATGATGATGTCTTCAAGTATTTAGAATCACCTTCAAGAGCTTTAGAGCTGAACCTTGGATAACTGGAATGTCATCACCTGGGAAATCGTATTCTGAAAGAAGGTCACGGATTTCCATTTCAACCAATTCAAGCAATTCTTCATCGTCAACCAAGTCAACTTTGTTCATGAAGACGATAAGGTGTTTAACACCAACCTGACGTGAAGGATGTGCTCACGAGTTTGTGGCATTGGTCCGTCAGTAGATGCTACTACAAGGATCGCACCGTCCATTTGAGCGGCACCAGTGATCATGTTTTTAACGTAGTCCGCGTGTCCTGGCGCGTCGATGTGAGCGTAGTGACGTTTTCAGTTTTCATACTCAACGTGTGCAGTGTTGATTGTGATACCGCGTTCACGTTCTTCTGGAGCAGCGTCGATTGAAGCGTAGTCTTTTGGTGTGTTAACTGCGCTAGAAGACGACGAGCCAATACAGTTGTGATAGCAGCTGTCAAAGTAGTTTACCGTGGTCAACGTGTCCGATTGTACCAATGTTAACGTGTGGTTTACTACGATCGTATTTTTCTTTTGCCATTTAGGAAAAGCCTCCAATAAAATATATTTTATAGATAGACAGTAGGCAATACGGTCTAACTTTTACTCTATTATTCTATCAAAATGTCATAGAATTGCAAGTATTTTATATAGTTTTCAGTTTTTCTTTAGAGTAATTACAAATATGCCTTTCAATAATTCTATTTCTACTGCTCCTATTAGCTTTCACTATCTTCATACTACTGCCCTAACACCATCTAACGAAAAAAGAAGCCGTATTACCGACTTCTTCTTAAAGGTACGATTTTTTCATCTTGATTTTCCAATTCTTGAGTCTGAGATAACTCATCCTCAATCGCTTGAACAATATTATCACGCTTTTCATTAGCGATGTTCAAGACAAAAGGCTATCCCAACTGAAGTCACTAAAGAGAGTTACCTCCTTGCGAAGAGAGGAAGGTAACCCTGTTGATGGAATCAGCCTGAGATTCCTCCGATGTTAACGAAGACCTGCATTAGCATTAAGGCACCTACACCCAATGATCATAGAGTTAAAAGGATTTCGTGCCTTGACTCCACAATCATAATACGAAGAATGAGGAAAAGAGGAGGGCCAGGATCAAGCCAGCTCCGATAAGACCTAACTCTTCAATTGCAATTGAAAACACAAAGTCTGTTGTAGCTTCTGGGAGATAACCAGTTTTTTCAATCGAATTTCCAAGTCCAAGACCGAACCAGCCCCCATTACTCATAGCATAGTAAGAATGAGATAGCTGGAGACCAGATCCAGTCAAATCCTTGAACGGATTAAAAATATGCTGCGAAACGCTTGGCAACATAACCGAAGATAGGTACCTTAGCCATGGTTTGAACCCCAAGCAAGGCAATTAAACCAAGGAAGGCCCCGATGAAATCCCTACAATGCCGGCAAATAAGGCCGTGAACCAACGGTAGCCAACACCAGAAATTGAAAACATAACTACCGTAGTCAATACAATGATAGCCGCATTGCAAGTCCAGGTTGGATAGCAACCAAACCAATCATTACAAGCAAATAAACACGCCAGTCATTGGATTCCTTACCATTCCTAGGAATCCATCTATTCTTCGTCAAGGCTTCGGTAGTCATAACGTTCTATAGCAGACTGTTTTTTTGAAAAAGTGTGTACCCAAAAAACCAGACAACAATGATCTTAAGGTACTCAGCTGGTTGGAAAGACAAGGGACCAAGCACAATCCAACCATTGGCACCATTAATTTCCCTAGTAAAAAATTTGCTGACAATGACCAAAAGTAAAATCTCAAAGGCAATAACAACACCCAAAAACTTATCTTTCCTGAGAAAGTTCAATTTCAGTCGGTAGATGAAAAAAATAGAGAACAAGGATACCAACCAAAAGGCTCCTTGGTTTATAACAGATGCGAAGGGATTGGCTCTAAAGGCTACTAAGCGAGCACTTGTTGTTGAATACACTACTATTAAACCAACTATGGATAAGATTAAATAAGGTATTAAAGATGGTGTAATCTAAAGATGCTTCTTTTCAATTTTCATATCTTTAAAAAACTCATACTTTCTATTACGTTACTCTACATTTCTCTTAAAATATAAAGCTAACAGCTTATATTATAACACTTTGATACCTTAAACTAAAGTAAAAGCTAAATTAACCGTTTTCCAGGACTGGAAATTTGATTTTTTATCTTACCTTCAGATAGGTTTTACAATGAGCTTTCTTTGATAACTGCTACTTCTCATGTTTTCTTTTACGATAAATAAAAACAAGGACCAAAGTCTCGTTTTTTGTCTTATTTTGTACCGACACTGATACGATTAAGTGCTCGACGGAGAGCAACCTGAGCACGTTGAACTTCATCAATACGGTCAGATTTAGTTGCTTCTTCCAAGTCACGTTCGGCACGTTGCTTGGCACGTTCGGCACGAGAAACGTCAATGTCGCGTTCACGTTCTGCTGAATCGGCAACGATAGTAATAAAATCATCTTTAACTTCGATGATACCACCATTTACGGCAATCAATCGACGTGACTCTCGTCATCCACGACGAACCTTGAGTTCATCCACTTCAAGTGGCGCAATCAAGTTAATATGGCCTGTCAGAATGCCAATTTGACCATCTTTAGTAACCGCGTGGATAAAGCTGGCATGGTGGTCATATTTCAGACCATCCCGGAGTTACCACTTGTACGGTCATTTGTGCCATATCTTCACCTCATTGGTAGCCCATAACTGGCTTTAGCTACTACATCCTCAATTGGGACCTACGCTACGGAAGGCATCTTCTGGAAGATTGTCATATTTACCTTCAAGGATTTCTTTAAAGCTACGAACGGTTTCAGCAACTGGAACATAAGAACCTGGTTGACCTGTAAACTGTTCAGCAACGTTAAAGTTTTGTGACAAGAAGAATTGGATACGACGAGCACGTCCAACCAATGTTTTCTTCGTCTGACAATTCATCCATACCAAGGATAGCGATAATATCTTGCAATTCACGGTAACGTTGAAGCACACGTTGAACTTCAGTCGCAACAGCATAGTGTTCTTCACCAACAATTTCAATTGAAAGAGCACGTGAGCTTGATGCCAATGGGTCAACGGCTGGGTAAATACCCATTTGTGTCAACTTACGTTCAAGGTTGGTTGTTGAATCCAAGTGAGCAAATGCTTTGTAGCTGGCGCTGGGTCAGTATAGTCATCGGCTGGAACGTAGATGGCTTGGATTGATGTAACAGAACCTTTTAGTTGATGTGATACGTTCTTGCAATTGACCCATTTCAGTAGCAAGTGTAGGTTGGTAACCAACGGCTGATGGCATACGACCAAGAAGGGCAGAAACCTCAGAACCCGCTTGAGTGAAACGGAAGATGTTATCGATGAAGAGAAGCACGTCTTGACCTTCGACATCACGGAAGTATTCCACCAATTGTCAAACCAGTAAGAGCAACACGCATACGTGCTCCGGGTGGTTCGTTCATTTTGACCGAAGACCATGGCTGTTTTCTCAATAACGCCAGATTCTTTCATTTCCCAGTAAAGGTCATTACCTTCACGTGTACGTTCACCAACACCTGTAAACACGGAAATACCACCGTGCTCTTGGGCAATATTGTGAATCAACTCTTGAATAAGAACGGTTTTACCAACACCGGCACCACCAAAGAGTCCGACTTTACCACCTTTAAGGTAAGGGCAAGCAAGTCGATAACTTTAGTCCTGTTTCAAGGATTTCAGTAGATGTTGACAATTCATCGAAAGTTGGTGCTTTTTTGTAGATTGGTTCACGCTCTGCCATCTTCTGCAAAGGTGCTTCCAAGTCAATGGTATCACCAAGAACGTTAAAGACACGTCCAAAGGGTATCTTTACCAACAGGAACGCTGATTGGACGACCAGTGTCCAGAACTTCCTAGTCCACGAGTCAGTACATCAGTAGATTCCATGGCAATGGTACAGACCACACCTTCTCCAGTTCAAGAGCTACTTCAGGCACGATACGTTTAGACTTTTGTTCATCAGTATAAACGACCAATGCATTGTTAATCTCAGGAGTTTGTCACCAGCTGCAAACGCTACGTCTACAACAGGACCAACAACCTGAGCAATTTTGCCTGAGCTCATTGTTTTCTCCTTATGATAGTTTTTGGATGACAATCATCCCTTTTTCATGTGTGTCTAATTAAGACAAATCTCTGCTATTCAAGTGCACTTGCACCACCAACAATTTCAGTAATTTCCTGAGTGATGGCAGCTTGACGCGCACGGTTATATTGGATTGTCAAATCGTTAATCACATTCTTAGCATTATCAGTGGCTGTCTGCATTGCAGTCATACCCGCTGCGTGCTCAGCTATTTTGGCATCTACGATAGCACCGTAGATAAGACTCTCCGCATATTGTGGTAAGAGTTGATCCAAAATAGTGTCACGATCTGGTTCCAATTCAAACTTGGTCAACACATGACCTTCTGATTCATTGGGATCCAAATCAGCGATAGGAAGCATTTGTTCCACACGAACTTCGCTAGACAAACTGTTAACATGGTGGTTATAGCACACATAGAGTTCATCAAAAGAAGTTCATTTTGATACATTCCTACAGCTTTAGAAATGATTTTTCCGACTTGTTCAAAACTAGGTTGATCTTCAAGGCCACGAAGTTCAAAAGCAACATTCATGTTACGAGCCTTGAAGAAATCTGAGCCTGTTCCACCAATAGAAATGATAGCATATTCATCTTCAGAATCATGGTCACGTTTAATCATGTCCAACACAGCTTTAAGAATTGTTGAGTTATAACCTCCAACAAGTCCTTTATCTGAAGTAATGACAATGTAACCTGTCTTACGAACTGGGCGTGCATCCAACATTGGATTTGACGAACCATTAATCAATTCTGAATGTAGAAGATCTGTTGTGATCTGTCTAATTTTTGAGAACATAGATTTGGAAATCTTTAGCAGCTTGCTCAGAACGTGTCAATTTTGAGTAAACCATTTGCATGGCTCCTGTGATTTGACTCGTTTTCTTAGTTGAAGCAATTTTTGCTTGGATTTCTCTTAGAGAGCCTGCCATATGCTGTCACTCTATTTCTATTTGTATTCTGACTGATCTTTGAAAGCTTGGATAGCTTCATTAAGTACAGATTCCTCCAGGAAGATCCTTAGTTGTACGAATAGTTTCAAAGATATCCTCATGGTGACTATCAAAGTAGTCATAGAGTGCTTCTTCAAAATCCAAGATTTGATCAACCGGAACACTATCCAAGAAACCGTGTGTCAAAGCGTAAAGGATAACAACTTGTTTCTCAACTGGAAGTGGTTTATGAAGCGGTTGTTTCAAAACTTCGATTGTACGACGACCACGGTTCAATTTCGCTTGAGTCGCAGCATCAAATCTGAACCAAATTGCGTAAAGGCTTCAAGTTCACGATATGAAGCCAAGTCAAGACGAAGTGTACCAGCAACCTTCTTCATCGCTTTAATTTGTGCTGATCCACCTACACGTGATACGGAAGAACCCGCATCAATGGCTGGACGAATACCTGAGTTAAACAAGTTTTCTTGCAAGAAGATTTGTCCATCTGTGATTGAGATAACGTTTGTTGCGATACCTATAAGCTGAGATATCTCAGCTTGCGTTTAGCAATACGTAACTTCA + $$,%&$$%$&&'+2447?D@>9IDDF47730%-,998<:1?4+7;<:>GDF8DBC=8I>>?8;+::99;29AECBED;,@@=A9-+/)$#244;89JBC@AAGG80*56<>::7>DIJGIEA693;??AB<>?AI@;;&824.)==@A::7=:+9<139678)>96.;?ECF@G39==AI=?4DCKLFBE>CGEBEJK4@GAB=93*9=%'$$04EKOP4;>89<==OMEKIGJABD><>FIIJBFE?;>554=BEF>C9:8AB=MMMHH?@BBEC==.@/9)::GIC56GLLIKH09BB@<<9:,,?>@<>A;:;'$)/+1//+<9:<<9AEC??@EA99<6/00@B=CCDJ>BE=A???ABC?;?FB@@GBBHCABHHEJC8300009;BCGD2:*4'(*+*23:=>*6#%(ACAD5<7323+,<%BDB<4B772EGGIIJ>GDDI2IB=>;=99-;:?C@@ACB4<;8:=7CEE9CC/57/0-/334?FPOMKAENLLLHD=AEEB=<44)(&:@>ACG?FEG66)*;:B?>?>%)77BADGGICAEJAAADC@ADB;GC;>CB?8GJHD>:+&1CAGE>AC=76=7C?CAG;4-8-AGEAB;?7=?LIA:;;;547/-555@:5;A;<9=<8?3@DA>=:<;BD?ACB:??E2>=EE=A>C=8:994BFHE7:>@D7?A7@B@0=C:;EF@=>=24/-./4@@LH:==''+:9?FHII@?CF<><*8950FDKJGBEKBAEJMI5@?@BB?AAC=;@>BA@CBI7@@A?A3@4.<@E?78365?@A>*8;>ABDF@AFE@>@@B:;<@EFFDFECMKEHHGF@F=B?>861'(ABBD@>AC;<96DEI?=JKKH2//<>=?>EHEF?HEDKKHEG@;@>>-DK>@JEFNN@KD@@G-((-*/47CBC@CB?=>IKBKOG77;9>;B9257FAAGESUS>FCLL?>=?D>FGG:-)2222>DG?AC@A55HFC<.?2&&&,-16=>@;=?8:<321/6-*9;39:A=;+*'28?D;4?AB>A?=.:755D8DBD?CM<=G>@I@>@ECIJ@=@DDE;GJHECBDE>GKGKBEPOIFLJJF=$%)0*)((%&&(&;?DADGF669B<8?A?+2'&&1<==BMOHEDH<,.0;778337>9GKG%>@FE?>EFC??CCCKGPURI?>A6BBAF?EGDMMASCC:>COPFA=?CKI?98642581?BADAAABE>CD8:C@>FFDD=??99@:?FGCMJCB;DEAAAAMKSLI=B>?524256/'*PLGFA?>?DG?:@BGIG0CAGJHC04EOJDAD>/.(%?@B@BEEGB@GALCBQS>EMEMKA>@C@JHFFH7DHGE>FGMMFGEEEB@=><8;4+,+(+.;CB@E=CKJJIFDGBC+-,?79B49577CDEGLAE9FLP>EBA+,+/6:=@DCB>CGF?BDD?FFF<8A<9?850:6@;DEA<<,689=?IIDDC=>E97,<=BCB<>DAJN@=24::682%)77/36+'=<;558?E@>7;628>B42A<898<=@>>6349<88E=>C6;D?DBGA@AC8657>>A@<9;FE5.9@CFHGBABA>IH;;6(A;A?>GBFACEFCDDB@;D2==:348*;CGJILI>@J>@?=?E=FD=BGII?BC@A>?=;<:AAF@?8BBC@FGGG@?<@=>?87&'+2)968??=FFGI?:96:<>1@CA.+94;1?AAA>89?566<@A95,,(&$)<9&'::@BG@AAFEE@;@69=@CBCEFG?5?5%&+>=<9459>6A@IHMJGBGEHG@BCBDE9$?>@;8:/:====FE>@AB@5BCDMKJHCKCAFD<7F?<@B?>$)=::;'79CF@+=>4'659=AC>56AAFHIJEBA:4>7,@)>A<41%%>AD986:AJGFD:?D@1/25CIIKIEDGIB>D=>47@DD@EFBHGEF?@88AE=D@?>*$=99:4&'$##-200114AD@22/.2$&&055/>?@AEE@<;<@89<'-0.68CDA@B@BAA82/4=;>:BEGONCB;?I;8/#019;CC;AB.K??DDDFH?89>C114CHDBDBFFI:>>7@HHIF;@CD@>?7@?@FF@BA9;23D;'9:?:>G@?B;>B=<989>==3)2498>??<8D::B@;520+%'&*87;:7=AC=C?4*7?=587;=<@@@19B676:A@CDAA?6?87D:;999-->==>?87$%31/320865159%;:GJJE:7?0:=C;;71>978<>@B>;D@?@C=:DC@BA@=:-.;9@4)%'3(-)-530;;@B<8:/@@?C?D=:7889>:9=;E=<EGDF=FA<)4-<=8ECE0+?BIHI=;2@BE7'G'DEA9:>>6>9:311<=>?CE@;>7ACEC9655438>9?ADB:=<<8666&*;B>2>B7@@;36A?@>8529:779A9<;HDBC==%9A@>B>276?B@=7:>B;:?EG@<:AC559D@@@=52:BFA@GJ4=8%%%#%$0:;8=ADFLJEGB9>,A<;==&&%$&%%235BA9;=:A?@==587<@FHGEA@=:=555033A>6=9;5536=>CAC=8GKG@A@8:@C<;B?CEA>@AC=:8:99CD7;98;$<+.--;>49??B?<>>9=G:=DGGGBAB::1@BFG=:%11645>=GGG?I=:D=;=@;**'%&"%&'&%'+8%7AE=EANOBGJBBAF?BEHF:=DB:G>>BC=@>DD@@ODD>;;7<;3:;=>9;9C?@LKIBB?@>7424<8:EDEACCC@>?G>=@=49@ED686.,53##%,((<>?<><<7:80/7;=C=@<@;9;@+9?CDDGCA%;<:9:5(+)'&$'':E?CFB=410/-663:E?.0*/3//16477;:>'58<>>CF?DE<%'=>>=@>>>E7?B=CDCC9GCJCIHBRK7;5-9@:<<:8AAB5%%%;+:8+.+777/%'*6?76:770)+?@@FG>??2ADGGBA>?EDHIBDDAFG=<000E>>@ADEAF;BCE>GIG91AHG<1;KLPK:ACJGF,9=<79),;8::<9=>EDCHIBBCFKKKJD@D>EF=>?;;8>?BHFBGGIRM==ACD8+7AEGGGD9761/3@=EJGG@;HFLNNIAHIKG@ADFDHE:<104597,;CHLLFBC9@<=BAEED>BC;D?7778;=?DA*0>@DDD?:AA>FFD?I9C??1B8;==;CGGBHHL.CCCBFK<78GGE=))@FBDDEGGAF@@CCDCB48>:AFGJDIED8A@CABM?:H=GHJ9CBDG>@@GECFMMGED>*IHEDADFNGSKFB4BE?A=A:=?:766=?ABE<26*;A?446@BFC20==IBF>EEK=IJ>DC>G?A@CFEFJDACBFDAAA??A?BB=1*&&''.&&.44A4AGCCGKJLFIL@;A@B7CAABBMDEF><<7;>>@@>;;6'1,,31.411H9845==@9M<=B;=<<@E?=?@>B@82/2*-9I=?BDJAMACA9CB>E?69:&*4/.//,,/7)(;(-9;;6$69=FEG?BBJBAHD;>>C<-:G@@JIBADF?H@C=8%9DCBCC>A/:822@DK@FJ0>@C>C@@@BDE:7;DFC@@::+(%3:=DB>905444AAAA79AFAA:9@DCDEH@EDSO<=*69>>B@@@CD?FLDB20/3(+(%4=A@5=??-,++ADEEEIDL?IOE?FHJE?>=7:CPAADFIGHHBCIF6GCE<>?BD>;;@@FFACB?A>@02G;=CE=>%(%&:GE8'%8:7?@J;3577<><:?;@9;@AG@9EFFA?A8AFA>@B:,.ACGCC?C?A1@>@BD;6K/5BCBB?MEFBD9B?C9KFGDE,$$'$&;9ABAGCC?CH@A7:52>BGF>AE>AGB(,A?DHH7*BA:-(72786EECAB@1GC0C9GCCDJKNC8?DHBBC9A>?=<3--75884;??@.*))))':?C@<>B>=EGG=E=93=@GLF?=D>A-9,&&4:>ACGGGD@@E;>=@>DB=5999219A=<:,,,0@A=<';EEII?@B?3:7'+',)=ACBEGLM=@H?DHA6;9;?BEMJJJ-C&&(574@9ABAB@@CABJIH7?BGJKE>65=*&0*;<>()/)*;HE=:9>,6><>>=<=636(%5&,('*26:?EOKCAA?;>4@8965:;=98=,@GCA?>A<79::6=FEE-B>@27F@ABHJCE>A=DCCBD?>18--:9=<9;?<>E@?:EA=E?E?<58?<>422?>@??BACACEGAFG?>H>CCEF>=&(*?@873=?6B<>><>?GACG??DD8((,D=<=;8=@BC=>@@AEFCFC9>FG@9179:;/988?@::;;94./1//&-24:9?;<78=:<=6>>=CBADCEABEGLM;?H5CD?DB?AA?>>8JKKJG?74''213')?/93968>-&$%'35':7541--/*'(:/66@;@DB?<*327=?@GC79;43?<<;;8<=35:<=??AF?9??@@31@7=@?0B;DDFFHGBCAHF??90204C9782095=A??=CD96)/97<<=;99>=??F=6C=>79867CDE??>4=?BDB<==@7211;==<@?2@CHHBJ>=HC?D@@:2>:4:EBE>CA>A@HIG;?FD7ADEHE9?=>;=;=<=;<*))(%%+.:BB@E8E=EBEBAFICAC:CAB7>=>;:7==4@A+-/:>6.+28;<=3765::9:>:::=99:52/A<:<8=>@311A@D?FGAHA;BDLHFFF;ABC:>DCABKLJHB82875:@;9B)%9=66;8620@7543;>6:EEA>29867*;7;9%6<8;9>>?9>>94*'(((),--89:6%36=EHJ@CDD==4486()3:<;;9%9@BDC@>?AD>A::8?B@@9*D?39EGEFC@D?ABC@@B>57=-00:<;;=E1;>:@AB@@@@/2@BA/8>>=?;:;=37'0)%0001/,'8*/.+337@8<A??CBA7.:>==>DB5;88:<970.(+%'<>FBEHHB@8@.11GEG=GF=BCB<))<8::<<;=FECCG?>=).8:>7B7;6B=>?DDCA>:HF@FID@E.DGDED?=80*8;;AE><9CDEGIHEDEFM:;LM?C?CBCKKECC44FCC4AHAHE@@><@>:DACGH@A?IHBB=?CCC9@?B=E=CEDHACILQNFHIAI;9DFCB>CJDBA?@<>>E=F@BOHJ@:+&%$$$26;:>?@B:025;?>CC@93344=BB.8:8=;FDA=CD?;:<;B@7)&%%&*,-@@DEC?:?@E86>;:=<<786;BECG>A@%./03:65@CDFLGC5+>?A:9;=>AC?7014668>;B635B60:=?3:@;6.(/1;8BGHD;B:?HEBE@CD:A?A@==>A38;;:99CDD5:;<1/:?F>:BB@1/1.3>9-**.;<=@ABCD?>/9;:DA?>D;E@HHD.4(49;8(%&27==;<:*AE?FHGHC=?3CABCFE?@BB@B??359,7AC<8>745573:<;>80<9BF??EC>A==DAGC=CE9@A>CABDA@7@DE@=':B@CECC=GF>:699576;9:14>C9131B*:-046+*236/($'<>ED7C>;;B<=?BFDLEBDHC;BGEB<>>HEA<>9>FG5=CFE??ABA:HI<@EGD/1092$*.5>8A?;>465644&57?A>@BGE<@E&7B=;<<=724+HDKHVIA>EEGBFGCD?@AA:A>5DKIEJFE+,4:?AB@=(*9;>A@:BG@?AFJF?4669HDKFGFQEFHD@>BDCFBGFOJ:=A@A@0;<:8?:7444$$&&$$ @SRR14011045.80081 1cf1d86e-d86d-4098-8c48-ceb490a3734c/1 ACTTTACTTCGTTCAGTTACGTATTGCTGAAATCTCCTATTTTTGGTATAATATAGTTATAAAATTAGTTATAAATATTCACATAAGAGGATTTTATGAGAAAAAAGAGATCGTCATCAGTTAATAAAAAAAATGATTACTGAGGAGAAATTAAAGAGTACACAAAAAGAAATTCCAAGAGATCAGTTGGAGGCGCACAATGTCTTTGTGACGCAGACAACCTTGTCTCGTGATTTGCCGAAATCGGCTTGACCAAGGTCGAAAAATGATATGGTGTAGTATGTACTAGCAAATGAGACAGAAAAGTTGATTTAGTGGAATTTTTGTCTCATCATTTAGAAGGTGTTGCAAGAGCAGAGTTTACCTTGGTGCTTCATACCAAATTGGGAAACACTCCTGTTTACAGCAAATATTGTAGATGCAAACAAGGATGAATGGATTTTAGGAACAGTTGCTGGTGCCAATACCTTATTGGTCATTTGTCGAGACCAGCACGTTGCCAAACTCATGGAAGATCGTTTTGCTAGATTTGATGAAAATAAATCAAGGTCTTGGGAGTTGCTCTCAAGACTTATTTTAGACAAGGAGAGACGGAAAATGGCGACAGAAAAGCTATCACCTGGCATGCAACAGTATGTGGATATTAAAGCAATATCCAGATGCTTTGCTCTTTCGGATGGGTGATTTTTATGAATTATTTTATGAGGATGCGGTCAATGCTGCGCAGATTCTGGAAATTTCCTTAACGAGTCGCAACAAGAATGCCGACAATCCGATTCCTATGGCGGGTGTCCCTATCAATATGCCCAGCAGTACATCGATGTGATTGAGCAGGGCTATAAGGTGGCTATCTGCGAGCAGATGGAAGATCCTAAGCAAGCTGTTGGGGTTGTGAAACGAGAGGTTGTTCAGGTTATTGCTGCAGGGACAGTAGTCGATGGCGCTAAGCCGGACAGTCAGAGCAATTTCTTGGTTGCTATAGACCGTGATGGCAATCAATTTGGACTAGCTTATATGGATCTAGTGACAGGTGATTTTTATGTGACAGGTCTTTTGGATTTCACGCTGGTTTGTGGGGAAATCCGTAATCTCAAAAGGCACCCGAGAAGTGGTGCTGGGCTATGACTTGTCTGAGGAAGAAGAACAAATCCTCAGCCGCGAATGAATCTGGTGCTTTCCTATGAAGAAGGTTTTGAAGACCTTCATTTACTGGATTCGCGATTGGCAACTGTGGAGCAAGCGGCATCTAGTAAGCTGCTCCAGTATGTTCATCGGACTCAGATGAGGGAGTTGGGCTCCACCTCAAACCTGTTATCCGCTATGAAATCAAGGATTTCTTGCAGATGGATTATGCGACCAAGGCTAGTCTGGATTTGGTTGAGAATGCTCGTTCAGGTAAGAAGCAAGGCAGTCTTTTCTGGCTTTTGGATGAAACAAAGACGGCTATGGGGATGCAGCTCTGCTTGCGTTCTTGGATTCATCGTCCTTTGATTGATAAGGAGCGAATCGTCCAACGTCAAGAGGTGGTGCAGGTCTTTCTTGACTACTTCTTTGAGCGCAGTGATTTAACGGACAGTCTCAAAGGGTGTTTATGACATTGTGAGCGCCTTTAGTCCGGGTTTCTTTTGGCAAAATCAATCCCAAGGATCTCTTGCAGTTGGCGACTACCTTATCCAGTGTGCCACGGATTCGAGCGATTTTTAGAAGGCGTAGACAACCTGCTCTAGCTTGTCTCATCGAACAACTGGATGGAATCCCTGAGTTGGAGAGCTTGATTAGTGCAGCGATTGCTCCTGAAGCTTCTCCACACGTGGAAGATTCAAGATGGGGAATTATCGGACTGGATTTGATGGGGACTGGAACAGTGTGCAATCAGTTCTGTTCAAGAAAGGACTAGTACATGGTGGATTACAACAAATTGACCGAGAGAGAAAACTCTGGTATTAGTACGCTTAGATTGACTACAATAAGAAGGATGGCTACTATTTCCATGTGACCAATTCGCAACTGGGAAATGTGCCTGCTCACTTTTTCCGCAAGGCGACGCTGAAAAACTCAAGACGTTTTTGCTTCAGAAGTCAGCCCATATCGAGGGAGATATGCTTGAGCGCGTGAGAAGTCAGCTAATCTAGAGTACAGGGGTACATGCGTATTCGTAGAGGTCAGCAAGTACATCCAGCGTTTGCAGGCTCTAGCTCAAGAATTGCGACAGTTGATGTCCTGCAGAAAGTCTCGCAGTTGTTGCTGAAACCCAGTATTTGATTCGACCTGAGTTTGGTGACGATTCACAAATCGATATCAGAAAGAGCGCCATGCTGTCGTTGAAAAGGTTATGGGAGCTCAAACCTATATTCCAAATACGATTCAGATGGCAGAAGATACTAGTATTCAGCTGATTACAGGAGCCAAATATGAGCGGGAAGTCAACCTACATGCGCCAGCTGGCTATGACGGCGGTTATGGCTCAGTTGGGTTCTTATGTGCCAGCAGAAAGTGCCCATTTGCCAATTTTTTGATGCTATCTTTGCTCGTATTGGAGCAGCAGATGACTTGGTTTCAGGTCAATCAACCTTTATGGTAGAGATGATGGAGAGTAACCGTGCCGTTTCGCATGCGACCAAAAATTCCTTGATTCTCTTTGATGAGTTAGGTCGTGGAACGGCAGCGACGGTATGGCTCGCACTCGGTCTGCATCATCGAATACATCCATGAGCACATCGGAGCCAGACTCTTTTTGCGACCCACTATATAAATTATTAGTCACGGAACCAGCTTGGAACACTTGGTCAATGTCCACGTGGCAACTTTGGAGCAGGATGGGCAGGTTACCTTTCTTCATAAGATTGAACCAGGTCCAGCTGACAAATCCTACGGTATCCATGTAGCCAAGATTGCTGGCTTGCCAGCAGACCTTTAGCAAGGGCGGATAAGATTTTGACTCAGTTAGAGAGTCAAGGTACAGAAGATCCAGCTCCAATGAGGCAAACAAGTTCCGTCACAGAACAGATTTCACTCTTTGATACACCCGAAGAGCATCCTATCCTAGCAGAATTAGCTAAACTGGATGTTTACAATATGACACCTATGCAGGCTATGAATGTTTTGGTTGAGTTAAAACAGGAACTATAAATCCAAGAATTGCTAGTCATTCTAGCTATATCAAGAGACTTCTTTGACAATCCCCCACTTTTTGCTAGAATAACATCACACAAACAGAATGAAAAGGAGCTGACGCATTGTCGCTCCCTTTTGTCTATTTTTAAGGAGAAAGTATGCTGATTCAGAAAATAAAAACCTACAAGTGGCAGGCCTTGGCTTCGCTCCTGATGACAGGCTTGATGATTGCTAGTTCTTGCAACCGCGTTATCTGCAAGAAGTGTTAGACGCCCTCCTTGTTGGGAAATGAAGCCATTATAGTATCAGGGCTTGGTTGATTGGTGTGGCCTTGGTCGGTCTGGTTGCTGTTGGGCTCAATGTTGTCCTCGCAGCCTATATTGCTAAGGAGTTTCATCGATCTTCGGGAGGATGCCTTCCGTAAAATCAAACCGCTTTTTATGCCAATATTGAACAATTCAACGCGGAAATCTAGTCGTTCGCATGACAAATGACATCAACCAGATTCAGAACGTGGTCATGATGACCTTCAAATTCTTTTCAGACTTCCCCTCTTGTTTATCGGTTCGTTTATCCTGGCGGTTCAAACCTTACCTTCTCTGTGGTGGGTGATTGTTCTCATGGTAGTCTTGATTTTCGGCTTGACTGCTGTCCTTGATGGGAATGATGAATCGTTTGCCCAGTTTCAAACCCTTCTTGAGCGCATCAATGCCATTGCCAAGGAAAATCTGCGCGGTGTTCGTGTGGTTAAGTCCTTTGTCCAAGAAAAAGAGCAGTTTGCTAAGTTTACGGAGGTTTCAGACGAGCTTCTCGGTCAAAATCTTTACATCAGTTATGTGTTTCAATGGTGGAACCTTTCATGATGTTGGTCGGTTATGGGGCGGTATTCCCATCATCTATTTGGCTGGTTACCCGGGGATGGTTTCAGTCGGAACCGTCAGTTGTTGGCTCCATTGCTTCCTTTGTCAATTACCTAAGTCAGATTATCTTTACCATTGTTATGGTTGGATTTTTGGGAAATTCTGTCAGTCGTGCCATGATTTCTCTGCGTCGTATTCGAGTTGGATGCAGAGCCAGCCATGACCTTCAAGGATGTCCCAGATGAAGAGTTGGTTGGAAGTCTTAGCTTTGAAAATGTAACCTTTACCTATCCAATGGACAAGGAACCAATGCTGAAAAGACGTGAGCTTTACTATTGAATCTGGTCAAATGGTTGGTGTAGTTGGAGCGACTGGTGCAGGAAAATCTGACAGCGGCTCAATTGATTCCACGTCTCTTTGACCCGCAGAGGAAGGAGCTATCAAAATCGGAGGCAAAGATATTCGAGAAGTGGTGAAGGAACCCTGCGCAAAACTGTTTCTATCGTTCTCCAACGTGCCATTCTCTTCAGTGGAACGATTGCAGATAACCTGAGACAGGGCAAAGGAGATGCCACTCTATTTGAAATGGAGCGTGCAGCCAATATTGCCCAAGAAGCCAGTGAATTCATTCATCGTATGGAGAAAACCTTTGAAAGTCAGTTGAAGAACGGGGACCAACTTCTCAATTAGGCAAAAGCAAAGGATGTCGATTGCGCGTGGAATTGTCAGCAATCCATATTCTGATTTTTGACGATTCTACCTCAGCCTTGGATGCAAGTCAGAGCGCGCTTGGTCCAGAAGCCTTGGATAAGGACTTGGTGACAATATTATTATTGCTCAAAAAAATTAGCTCGGTTGTCCGTGAACAAGATCTTGGTTCTAGATCAAGGACGATTGATTGGTCAAGGCAGGCATGCAGACTTAGTTGCCAATAATGCTTGTTTACGTGAAATCTATGAAACACAGAAAGGAAAGGAGGAATAAAATGAAGACAGTTCAATTTTTCTGGAATTATTTTAAAGTCTATAAGCTATCATTTGGCAGTAGTCATCCTGATGCTGGTTCTATCAACTCTTGCCCAAGCCCTCTTTCCGGTCTTTTCTGGACAAGCGGTAACAGAGCTAGCCAATTTAGTTCAAGCTTATCAAGATGGCAATCCAGAACTTGTTTGGCAAAGCCTATCAGGAATCATGTTCAATCTTGGCCTGCTAGTTTTGGTTCTTTATCTCCAGTGTCATATACATGTGTCTCATGACGCGCGATTGCAGAATCGACCAATGAGATGCGTAAGAACTCTTTGGTAAACTTGCTAAACTTGACGGTTTCTTTCTTTGACCGCCGACAAGATGGCGATATCCTGTCTCGTTTTACTAGTGATTTAGATAATATCCTCCAAGCCTTTAACGAAAGCTTGGTTCAGGTCATAGTGTGTTTTATACATTGGTCTGATTTTTGTCATGTTTTCGAGAAATGTGACACTGGCGCTCATCACCATTGCCAGCACACCAGTGGCCTTCCTCATGCTGATTTTCATCGTGAAAATGGCACGCAAATACACCAACCTCCAGCAGAAAGAGGGTAGGAAGCTCAACGCCTATATGGATGAGTATCTCAGGCCAAAAAGTCGTGATTGTGCAAGGGATTCAAGAGGATATGATGGCAGGATTTCTTGAACAAAATGAGCGCGTGCGCAAGGCGACCTTTAAAGGAAGATGTTCTCAGGAATTCTGTTCCCTGTCATGAATGGGATGAGTCTGGTTAATACAGCCATCGTCATCTTTGCTGGTTCAGCTGTACTTTTGAATGATAAGTCTATCGAAACAAGTACAGCCCTAAGTTGAATTGTTATGTTTGCCCAATTTTCACAGCACTACTGCCAGCCTATTATTCAAGTTGCGGCTAGTTGGGGAAGCCTTCAGTTAGCCTTTACAGGTGCTGAACGGATTCAGGAAATGTTCGATGCAGAGGAAGAAATCCGACCTGAGAATGCGCCAATCTTTACTCAGTTGCAAGAAGGTGTCGAAATCAGTCATATTGATTTTTCATACTTGCCTGATAAACCTATTTTGAAAAAGATGTCAGTATTTCTGCCCCTGAGCCAGATGACAGCGGTTGTTGGAGCCGACAGGGTCAGGGAAAGCATTTGACTATTATGAACCTTATCAATCGCTTTTATGATGTTGATGCTGGTGGTATTTATTTTGATGGTAAAGATATTCGTGACTATGACTTAGATAGTCTCGAAGTAGAATTGGGAATTGTTTTGCAGGATTCGGTATTATTTAGCGGAACGATTCGAGACAATATCCGTTTTGGTAGTACCAGATGCCAGTCAAGAAATGGTTGAGGCAGCAGCCAAGGCAACCCACATTCACGACTATATCGAAAGCTTACCTGATAAGTACGATACTCTTATAGATGATGACCAGAGCATCTTCTCAACGAGCCAGAAACAATTGATTTCTATCGCTCGAACTCTGATGATAGATCCAGAAGTTCTCATTCTAGATGAAACCTTCAAACGTAGATACGGTGACAGAAAGCAAGATTCAGCATGCCATGGAGGCAGTTGTAGCAGGCAGAACCAGTTTCGTCATTGCCCACCGTTTGAGACCATCCTCAATGCAGACCAGATTATTGTCCTTAAGATGATCATTGAACGCGGTAACCACCATGAACTCTTAAAACTAGATGGATTCTACTCAGAACTCTATCACAATCAATTTGTTTTTGAATAAGAAAGAAGTTGTCCTATGGGGCAGCTTTTCTTGTCCATAAAAAATATTTATCATCCTTTAAAAAAACATATTAGACGAAAGTCATTTTGAGTGATATGATAGGACTATCGTTATGCTCAATGAAAATCAAGAGCAAACTAGGAAGCTAGCCGTAGGTTGCTCAAAGCACTGCTTTGAGGTTGTAGATAGAACTGACGAGAATGATAACATATATACAGTAAGGCGACGCTGACGTGGTTTGAAGAGATTTTCGAAGAGTATTAATATTCGAAGGAGAACATCATGCCTAGAACGGTTGTAGGAGTTGCTGCAAATCTATGTCCCGTAGACGCAGAAGGCAAAAACATTCATTCATCTGTATCTTGTAGATTCGCAGAGAGCATTCGACAAGTCGGTGGTCTCCTTTAGTCATTCCTGTTGGTGATGAGTCAGTTGTACGCGATTATGTGGAAATGATTGACAAACTCATTTTGACGGGTGGCCAAAATGTCACCCTCAGTTTTATATGGAGAGAAAGAAAGACCATCGAGAGTGATGATTACAATCTAGTCCATGATGAATTTGAATTGGCGCTTTTGAAAGAAGCGCTCCGTCAGAATAAACCAATTATGGCAATCTGCCGTGGTGTTCAACTTGTCAATGTTGCCTTTGGTGGGACCCTAAATCAAGAAATCGAAGGTCACTGGCAAGGACTACCTTTCGGAACATCTCACTCTATTGAGACAGTAGAAGGAAGCGTGGTGGCTAAGCTATTTGGAAAAGAAATCAGGTTAACTCCGTCCATCGTCAGAGTATTAAAGATTTGGCACCCAATTTCCGTGTAACTGCTATTGATCCAAGAGACCAGACCATCGAAGCGATTGAGTCTATAGATGAGCACCGCATTATCGGTTTGCAGTGGCATCCAGAGTTTCTGGTTAATGAAGAAGATGGCAATTTAGAACTATTTGAGTATTTATTGAATGAACTGTAACGACTGGTGTATCTGGTCGTTCTTTCTTTTATTTTTTCAATTTTTTTGAATATGGGATTTTTACGCAAACGTTTGAATTCTGATAAAAATTGGAAGAAATTCGACAAAAAAAAACTTGAAAAAACGAAGGCAAGCGTTATGATAGAAAAGAAGAAATATTGGAGGAATAACATGTCACATATTAAATTTGATTATTCAAAAGTTTTAGACAAATTTGTTGCACCACATGAAGTGGAATACATGCAATCTGAAAGTAACAGCAGCAGATGAATTGATTCGTAAAAGGAACTGGTGCTGGTAGCGACTCTTGGGCTGGTTGGACCTTCCTGAAAAACTACGACCGCGAAGAATTTGACCGCATCTTGAAAGCTGCTGAGCAAATCAAATCAGACAGCGATGTTTTAGTTGTTATCGGTATCGGAGGATCTTACCTTGGTGCCAAGCAGCAATCGACTTCTTGAACCACCACTTTGCAAACTTGCAAGCAAAAGAAGAACGCAAAGCTCTAGGAAACCTTTGCACCCAGGAAACTCAATCTCATCTACTTATCTTGCTGACTTGGTAGAGTATGTTGCGAACAAAGACTTCTCAGTAAACGTGATTTCTAAATCAGGTACAACAACTGAACCTGCTATTGCTTTCCGTGTCTTTAAAGAACTCTTGGTTAAAAATACGGTCAAGAAGAAGCAAACAAACGTATCTATGCAACAACTGACCGCCAAAAAGGTGCTGTTAAGGTTGAAGCAGACGCTAACGGTTGGGAAACATTCGTGGTTCCAGACGACATCGGTGGACGCTTCTCGGTATTGACAGCCGTTGTCTTCCAATCGCAGCATCAGGAGCTGACATCAAAGCCCTTATGGAAGTGCTAACGCAGCTCGCAAAGATTACGCTTCAGACAAAATCTCTGAAAACGAAGCTTACCAATATGCAGCAGTTCGTAACATCCTTTACCGTAAAGGCTATGCAACTGAAATCTTGGTAAACTATGAGCCATCACTTCAATACTTCTCAGAATGGTGGAAACAATTGGCTGGTGAATCAGAAGGAAAAGACCAAAAAGGTATCTGCAACTGACTAACTTCTCCGCTGACTTGCACTCATTGGGTCAATTTATCCAAGAGGAACTCGCATCATATTTGAAACAGTTGTCCGTGTTGACAAACCTCGCGTAAAAACGTGATTATCCCTAGTTGGAAGAAGACCTTGACGGACTTGGTTACCTTCAAGGAAAAGACGTTGACTTTGTAAACAAAAAAGCGACTGACGATGTTCTTCTTGCCCACACAGATGGTGATGTACCAAACATGTACGTGACTCTTCCAGAGCAAGATGCCTTCTCTTGGTTACACTATCTACTTCTTCGAATTGGCAATTGCCCTTTCAGGTTACTTGAATGCCATCAACCCATTTGACCAACCAGGTGTTGAAGCATACAAACGTAACATGTTTGCCCTTCTTGGAAAACCAGGATTTGAAGAATTGAGCAAAGAACTTAACGCGTCTATAATAGAAGAAAAGAAGTGGTTGTCCACTCTTTTTACTTTCTTTTACTCTTTTTACTCTCTTTATCCATAGAGAATTGGACTCAGCCAAGACTTGTGATATAATATAGAGAGCAAAAAAGGCAGACGCCTAATACTCTTCGAAAATCAAATTCAAACCGCGTCAACGTGATGTGCCGCTCAAGTACAGCCTGCGGCTAGTTTCCTAGTTTGCTCTTTGATTTTCGTGAGTATAAAGACTTTATAGGAGAAACTATGTCAAAAGATATCCGCGTACGTTACGCACCAAGTCCAACAGGACTATTACACATCGGAAATGCCCGTACAGCATTGTTCAACTACTTGTATGCACGCCATCATGGTGGAACTTTTATTATCCGTATCGAAGATACTGACCGTAAACGTCATGTCGAGGATGGGGAACGTTCACAGCTTGAAAACCTTCGTTGGTTAGGCATGGATTGGGATGAAAACCCAGAAACACATGAGAACTACCGTCAGTCTGAGCGTTTGGACTTTGTATCAAAAATACATGATCAACTATTAGCTGAAGGAAAAGCCTACAAATCTTACGTTACAGAAGAAGAGCTGGCAGCTGAACGCGAACGCCAAGAAGCAGCTGGCGAAACACCACGCTACATCAATGAATACCTTGGCATGAGTGAAGAAGAAAAAGCAGCTTACATCGCAGAACGTGAAGCAACGGGGATCATCCCAACTGTTCGTTTGGCTGTCAATGAGTCAGGTATCTACAAGTGGCATGATATGGTCAAAGGTGATATCGAATTTGAAGGTGGCAATATCGGTGGTGACTGGGTTATCCAAAAGAAAGATGGTTACAACACAACTTTGCCGTTGTCATCGATGACCATGATATGCAGATTTCTCACGTAATCCGTGGAGACGACCACATTGCAAATACACCAAAACAGCTCATGGTTTATGAAGCCCTTGGTTGGGAAGCTCCAGAGTTTGGTCATGACCTTGATTATCAACTCTGAAACTGGGAAAAAATTGTCGACGTGATACCAACACCCTTCAGTTTATCGAAGACTACCGCTAAAAAAGGTTATTTACCAGAAGCAGTCTTTAACTTTATTGCTCTTCTTGGTTGGAACCCAGGTGGCGAAGATGAAATCTTCTCTCGTGAAGAACTCATTAAACTTTTCGATGAAAACCGCCTCAACAAGTCTCCAGCAGCCTTTGATCAGAAGAAACTCGACTGGATGAGCAATGATTATATCAAGAATGCAGACCTAGAAACTATCTTTGAAATGGCAAAACCATTCTTAGAGGAATCAGGCCGATTGACTGATAAGGCTGAAAAATTGGTAGAACTCTATAAACCACAAATGAAATCAGTAGATGAAATTATTCCATTGACAGATCTTTTCTTCTCAGATTTTCCCAGAATTGACGAAGCAGAGGCGCGAAGTCATGGCGGGCGAAACAGTTCCAACAGTTCTTGAAGCCTTCAAAGCAAAACTTGAAGCGATGACAGATGATGAATTTGTAACAGAAAAATATCTTCCCACAAATTAAAGCAGTCCAAAAACAGGTATTAAAGGGAAAAATCTTTTCATGCCTATTCGTATCGCTGTTTCAGGTGAAATGCATGGACCAAATGCCAGATACTATCTTCTTGTTAGGCCATGAAAAATCAATCCAGCATATAGAAAATATGTTAAAAGAAATCTCTAAATAAGAAGGTACAATAATGGACATCTGGAAAAGATGTACGAAGAAGCACAGAAACTATACGATCCACACATGAAGTATCTGATTTTGTTTATGCCAACCATGTTGTGGCCGCAGTAGAAGCAGAAGATGGACAAATATTTACAGGTTTCTGTGGAGGGAACCTGTGGTGTTTTCCATCTCTGCGCAGAGCAACGGCTCTCTTCAATATGTACCAATTTTCAGGACAAACTAAGGTTAAGAAAGTATTAGCTTTTCGAGATAAAGCACCTTATGGTGGAAGTTCAGCCATGCCTTGCGGTGTTTGTAGAGAATTCCTTTTAGAACTGAATGCTGAAAATAAAGATGCAGAATTCATGATGGACTATGATACAAGAAAAACAGTTAAAGTCGCAGAACTAATGCTATTGGTTAGGAGAAGAACGTGCTTCTAAGTTTAAAGAGCAATAGAAGGGTCAGTACAATTCTGGCTCTTTTTACGTCATGCAAAAAAAATAAAAAAAAGATTAAAAAGTGTTGACAAAAAACAAAAAGTCGGTATAATAGTAAGAGTTGAAAACACCAACTCTGGTCCGTTGGTCGAGGTTAAGACACCGCCTTTTTCACGGCGGTAACACGAGTTCGAATCCCGTACGGACTATGGTATATTACGGATGGAACACTTGATGAAAAAAGTTAAAAGAGTTTCAAAAAAGTGTTGACAGAAGTAAAAACAGCTGTGATATACTAATATAGTTGTCGCTTGAAGAGATTGAGTGACAAAGACCTTTGAAAACTGAACAACACAGACGAACCAATGTGCAGGGCGCTGGCTAGTTGTGTGCTGAACAATGAAGAAAAACAATAAATCTGTCAGTGACAGAAATGAGTAAGAACTCAAACTTATTGAAAGTTGATCCTGGCTCAGGACGAACGCTGGCGGCAGTGCCTAATACATGCAGAGTCGACGCTGAAGGAGAGAGCTTGCTCTTCTGGATGAGTTGCAAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGAGGGGGATAACTATTGGAAACGATAGCTAATACCCATAACAGTAGATGTTGCATGACATTTAGCCGGAATTACCATTACATCACTACAGATGGACCTGCGTTAGCTAGTTGGTGGGGTAACGGCTCCCAGGGGCGACGATACATAGCCGACCTGGGAAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACAGAGGAGGCAGCAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTCCGGATCGTAGCTCTGTTGTAAAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCCAACGCTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAGCGGGCGCAGGCGGTTGAATACGATCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAAGAGGGGAGAGTGGAATTCCATGTGGCGTTGATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGAGCAAAGCAGGATTAGATACCTGTTGGTCTGCGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACATTCCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCGCACAAGAAGCGGTGGAGCATGTGGTTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAAGAGCTTTCCTTCCCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTGAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACGTGCTACAATGGCTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAGTCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCGTAAGGAGCCAGCCGCCTAAGGTGGGATAGATGATTGGGGAGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAACTGCGCATTGGTCTTGTTTAAAGGTCTTGTGGGGCCTTAGCTCAGCTGGAGAGCGCTGCTTGCACACGCAGGAGGTCAGCGGTTCGATCCCGCTGGGCTCCATTGGTGAGATCACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAGAGTTTATGACGAGAGTCAGAAAATAAGGTTAAGTTAATAAAGAGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGTGGCAGCCAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCAGGGATTTCCGAATGGGGAGCCCAACAGGTACTACCTGTTGCCCATATCTGTTAAGGATGTGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAAAGTGCAGAAGCGAAAGCTGAAGCGATTTGCTAGTAACCTTGGTGAACGAAACGGCAGAGGCAAATGAGTTTTTCTTTGGTTGTCGAGCATGCAATGAAAATAACGGATCAAGATTATAGAAGAATGATTTGGGAAGATCAGCCAAAGAGTAAACTAGCCTCGTAATTTAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTACGGCGGGACACGTGAAATCCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAAGGTGAAAGCACCCCGGGAGAAGGAGTGAAATAGAACCTGAAACCATGTGCCTAACAAGTTCGAGCCCGTTAATGGGTGAGGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGTTATGATGCAGGTTAAGTTGAAGAGACGGAGCCGTAGGGAAGCCGAGTCTGAATAGGGCGCCTTAGTATCATGACGTAGACCCGAAACCATGTGACCTACACCATGAGCAGGTTGAAGGTGCGGTAAGACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAGAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGACATAAAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGAGACCATCCCGGATTACCAATCTCAGATAAACTCGAATGCCAATGAATTATGGTCGGCAGTCCAGACTGCGAGTGCTAAGATCCGTAGTCGAAAGGGAAACGGCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGAAAGGATGTGAGTTTGCACAGACAACTAGGATGTTAGCTTAGAAGCAGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCTGGCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCATTATGGGTATGGTAGGAGAGCGTTCTATGTGTGATGAAGGTATACCGTGAGGAGTGCTGGAACGCAGTGAGAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCAGGGAAGGCTCGTCCGCCCTGGGTTAGTCAGGACCTAAGGAGAGACCGAAGGTGTATCCGATGGACAGCAGGTTGATATTCCTGTACTAGAGTATGTAGAAGTGATGGAGGACGCAGTAGGCTAACTAAAGCAGACGATTGGAAGAGTCTGTCTAAACAGTGAGGTGTGAACTGAGTTAAATGCTTAGTTCTGTAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTGGTGACGTCACACTGCCAAGAAAGCTTCTAGCGTTTAAACATACTCTACCCGTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCCAGAGAACTCTCGTTAAGGAACTCGGCAAAATGACCCCGTAACTAGGAAGGGGTGCTGACTTTTAAGTCAGCCGCAGTGAAATAGGCCCAAGCAGCTGTTTATACAAGCACAGCTCTCTGCTAAATCGTAAGATGATGTATAGGGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGCGCAAGCGAAAGGTATGAATTGAAGCCCCAGTAAACGGCGGCCGTAACATAACGGTCCTAAGGTAGCGAAATTCCTTGTCAGGTAAGTTCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCAGTTTGATATTGAGTGTCTGTACCACATGTACAGGATAGGTAGGAGTCTATGAGATCGGGACGCCAGTTTCGAAGGAGACGATGTTGGGATACCCTTGTGTTATGGCCATCTAACCCGGATGGGTTATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGGGGCAGTCGCCTCCTAAAAAGTGGCGGCGCCCAAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGGTGTAAAGGTATAAGGGAGCTTGACTGCGAGAGCTACAACTCGAGCAGGGACGAAGAGATCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAGCTACCCTGGGGATAACAGGCTTATCTCCCCCAAAGAGTTCACATCGACGGGGGAGGTTTGGCGCCTCAGTGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGGAGGATCTGCTCTAGTACGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTCTTGCCAAAGGCATCGCTGGGTAGCTATGTAGGGAAGGGATAAACGCTGGCGCATCTAAGTGTGAAACCCACCTCAAGATGAGATTTCCCATGATTTTATATCAGTAAGAGCCCTGAGAGATGATCAGGTAGATAGGTTAGAAGTGGAAGTGTGGCGACACATGGCGGACTAATACTAATAGCTCGAGGACTTATCCAAAGTAACTGAGAATATGAAAGCGAATGGTTTTCTTTGTTTGAATAGATATTCAATTTTGAGTAGGTATTACTCAGAGTTAAGTGACGATAGCCTAGGAAGTACCTGTACCCATGCCGAACACAGAAGTTAAGCCCTAGAACGCCAGCATTCGGAAGTAGTTGGGGGTTGCCCCCTGTGAGATATGGAAGTCGCTTAGCTCTGGGGTTTAGCTCAGCTGGGGAGAGCATCTGCCTTACAAGCAGAGGGTCAGCGGTTCGATCCCGTTAACTCCCATTTTAGCGGGTGTCGTTGATGGTAAAACTACAGCCTTCCAAGCTGTTGTCGCGAGTTCGATTCTCGTCACCCGCTTTGAACTTTGTTCTTTGTACCAAGTTTTTAACTTGAGGCGCGCGTAGCTCAGGTGGTTAGAGCGCACGCCTGATAGCGTGAGTCGGTGGTTCAATCCCACTCGTGCCCATAGTGTTTAGTCCATTTATCTTTTCATTAAGAGGACACGGGCTTGTTCCCGTATAAACTATTTTGGAGGATTACCCAAGTCCGGCTGAAGGGAACAGTCTTGAAAACCGTCAGGCGTGCAAAAGCGTGCGTGGGTTCGAATCCCACATCACTCCTTTTTTATTAACGCGGGATGGAGCAGCTCGGTAGCTCGTCGGGCTCATAACCCGAAGGTCGTAGGTTCAAATCCTGCTCCCGCAATAAGGCTCGGTAGCTCAGTTGGTAGAGCAATGGATTGAAGCTCCATGTGTCGGCGGTTCGATTCCGTCTCGCGCCATTTATATATTTTGGAAGGGTAGCGAAGAGGCTAAACGCGGCGGACTGTAAATCCGCTCCCTTCGGGTTCGGGGGTTCGAATCCTCCTTCCATTTGGGCATGGATTTAAAGGTAGAACTAAGGTCTCCAAAACCTTCAGTGTGGGTTCAATTCCTACTGCCCGTGTTAATAGAATTATGGCGGGTGTGGTGAAGTGGTTAACACCAGATTGTGGCTCTGGCATGCGTGGGTTCGATCCCCATCACTCGCCTATTTTATATTATTGGGGGTATAGCCAAGCGGTAAGGCAAGGGACGACTCCCTCATGCGTTGGTTCAGATCCAGCTACCCCAGTTACTATTTGCCGGCGTGGCGGAATTGGCAGACGCGCGCTGGACTCAAAATCCAGTGTCCGCAAGGACGTGCCGGTTCGACCCCGGCCGCCGGTATAGTATAGAGTTAAGGAACGTTGTAAATCTTCGTTCCTTTTTTATATTATTTTTACTATAATAATAGTTATTCAAATTTTATTTAGATTATGAAAATTGTAGGGAAGTATGTCTCGTTCTATCGATTTATTAAAACATCGGTATTTGAAAAATATTAAAGAAAACCCTGAATTGTTTGTTGGGATTGAGTTGGAATATCCTGTTGCAAATTTGGAAGGGGATGCTACAGATGTTGGAAGTTATCAAACACTTATTCCGATATTTAGTTTCTGCTTTGGATTTTACTGTCGAAAAGGTAGATGACTTTGGGACTCCTATTCAGTTAGTGAATCCAGTAAGTCGGGATGCTATTTTATTTGAAGTTTCTATACTACGATTGAGTTTGCATTTGGTAAGGCTGAAACGATACAAGAAGTTGAAGAACGTTTTAGTATTTATATGAAGCAATCCAGAGAAGTTAGCTGAATCAAATCATGCTATTGTTGGCTGTGGCATTCATCCCAACTGGGATAAAAATGAGAATTGTCCAGTGGCTTATCCACGCTATCAGATGTTGATGGATTATTTGAATTTGAGTAGAAATGTTACTAAATCAGATTTACATCATTTCCCTGAATATGGTGCTTTTATCTGTGGGAGTCAGGTTCAACTGGATGTTTCAAAATCCAACTACTTACAGGTGATTAATGCTTTTACCCAAATTGAAGCGACTAAGGCTTATTTATTTGCAAACTCTGAGTTTTCGGGTGCAGATTGGGATGAAAATTTCAAGGGATATTTTCTGGGAAGAATCATGAGTATCTATCCAGAGAACGTCGGTGTTAATGCTAGATTATTTAAAGATGAAGACGATTAGCAATAGTAACTTC + $$%%%$(5768;;+%;B>595;::;6>74777><@;;;?=@?85.19B>>@?DGF>1A>:CBFFJFB>CDC?.41/,,,257?DBC=@AEA7%1((<=<>@ABD84<=/8:DH;FF>5?<<5/987B?9:@AFC-?>FA5666799+&*.>?<;5=A:??AA@>7=:>?0)29560,7797734==;'$;4698<6(&68>@DCFI@=9/A231841/1//567:;E==HJHC=A@=:F=BIAJDK=>=97:259::22-#*%'-,<=@>BB?5;FGA@=300&$#%&1344439;/#$).5;==@?<>>?=@F65<>@ICC><<>?B8'9:=9;=DCFH>??A@CA@8:(&0/155567:GEBCA:>D>B=;=C;6:>9$&(;=@:F<44+-622992(3A@=2(,:;ACD>;:9*.,)&',,**+&02563))),8;<=6?>F=CC7=<>=A?=BCC8&$*/-00><<=AC@53<==A<(&%51120=8>@=?<>A==>E=?C@>GDEE;0;68A:E=>B;??=<=?;17>8>A;6$&$-%*6988;;@?7,10++*,.-889;@=>8@CC;&&+;87<:6;;51%-.+),,)&''0///1A:;;=<<9619<<(524=)0)>>>9==;?AACE;<@DKJ461?B875%',-,65:2'*3-$##$&(6:;@CB>?>??>J<9>A2;>>?BA@B-):>;>;7;::58?9758;;($%&'(%*,)'9?@C:;CGABGLG@IGF;D:>BCG?A4248>EEBAC)/66<9445%$%&0067:0)$:@=?DB7CD>4.>:/-+*#%$.,:E?@>84ADDA>FB?@=09=BDA>644;=?6798>@9666(8()))+:66?@CGC3.1E69/,10/569;<7*&%$$(*(,+$029>=;;6;@CGIGC=>FHFB?=@>@?IBGB,89?<@??624,$)-*%%785=&99:@A8ECF>@>>9=?=?@AD?@B:A><-08'$:,669@;>=IBCD50456'5&&>///1?<;<8?<:ADE@AC@ABDD;:?><8??;222>??/2;68?CC?B@>4??@4:3662B?=-;>>=:??>9?8221@B@>C>:3G?4409CA:>IFB4?A>:;::*&'''&+-447<9:@>A?>>FEM@>GEF==DJHAD@/2/10EFE@CEABACBC@<@DB?>>><@??<;8:HGC:@?CAB:::;275;>?;??>>9@<;<-<::8>IB;A(9DFG@>>=;>9EEA=*<=<=@@<60489::;6/?@B?@5;@F;>>E;BE?-66B>BD=66BFE;:4;9CF@JD?DJJEG=A><&8'-9B>7/4./.8472:=&+(.100./66=?=@987-=<+'-.985@AED?C9==8;B4?;45-+(+-2<>:-.,,4777/&.-4<4+,(((.+0/0(,>BED>@?=>B0./1>=>@ACB??;&+)39;<96;?41..AA/2334,13:@?7<=9=0($=85;<:66?@AA>:77:8.4324288;=>;<>><>6,+*)))'/2$7=><@99?=79@?;>?>=?<:997866:<::=<53::898::87651&-,-<;=7/,/$&$*%%..*)$(%%%*,-&$$%%%&&%'%/.%*)%$'*%)3)'',')'&%$%&'&&$%(+&%%-)),+$%33))&'&'$'(,*&(&%%%%$%$$%$#%#%)&&+#$$$$&(''''($&&%)*2/&33734B=A89AA@@6;9;979;7;7ENMB?AAE@IKAAD<>BA76B>;6:A?;DEFD;8@95?=>A???*(16::>D9361004(5$/,9;=?5448?CC,%%%%%-%%*'')'&%%,+*'+-..;=+:'FCDABGGII<<9@>?GBC8DF=76475-9?@C:-/CDBK:/CEEF88:@A73*9:>CCGCCD@;@2:=@,,062;1A:;A?B8:7>2;<>=3;<=@8:='-79?@C>DFKKDHGFDHFA>=HB;CD?;A=@G@AJFGI>?@>DGF>A>866BEFGE=;;:*6635;9<7>:56C0<=B?===:?5>.A7128:5@>=89<;(+=9//72=<42@=*:29AD>39223<21+%3+3-66229><>,*9:G>77*,*+*)))4367529:8@9<@=>>;;>524$)&&&$#$$)%%*&034)))%&'3376*50130.656@@C=D>HJGDBF??:=B?<-/'+%*,11.2:<<97;71'%%(()$&&%$$)..1674$$&%%(7=:;>=;2*<>>?@=:7=6,1?:=?==*(4(%21>25>?CCB>BG<8857755;'')689:=H<;A9<=;;CKJ@IEFD@>',>AH?@DF3@A@>AFKA@=>;8=:;?<@8=>A?3/::>?@@84341:B88><>?FC@++)58:4,2&*(*966;4/6=GGFA:FAB?B>-/33345@GBC;@>>7B?CC8=8HIJI;;:E@E@?>>@J;<86<=9:G9IE?9=A==<9;6,(;=AB?BEMJF><=A;A9;A<<4.+37.),6>HDDHBAACF;;>C7?>?KJK@??;AJC8=ADCB=C:199'5)1396;2)'38:8587<:?@@@B:79,'9;:9:9==@<<;;<4JCKAD6;DB@?>=>A@4;99:A974.'9875<=@?D>B9424.28?BBB>FBF?FGCB<<@865:78=A?>A>E;:<<==8643*)&$%((((0/4+$&,%%)%&/-'((&)01)29==@@AC@?:8*)(%%/=>@A88=29:;DH>>HB>BDCB=@>A56C<&&747:?9:,01)%&.10)/2<<,%)*)06648,+%)71/8@@8<=?CI<7:;<<;5<$'#-0#%*+**)2238:?AD<<>9?CEII?I@'('&&%%:<:=960898;<=?*(*5367>?>@==FGJC//3AA@EF2<@:B.246::522222/&8:98<014E8B@@A5B<68*?;:GJG@H?@B>;@4:LLHFG2??CD/;=>D:CDF6?;67755;=99@=>F99>66,/4//>6CFCEIHGB:76@AAEA;A7>>985/25556&'&**%&&%$$%&+()0()),+*+.3<=;<236:8?=?,0),1,9=>?@BB=>@??E>8?>@9+>=CA?@@DC@9???D??7.=1778<<<31?99;@;9@A*0254748:E:,6,=:<>;<?@AA@D=A:A?=.B)%0-0%*'$%$(,**$)&%+%)%+59?DDA@FFDAB@DC8B@8===@@<:9;;48;:>A..(%''&-0:335::,5@%+&?>=>:8657.1/1.0,*-*15@BLCCEAKGC:@??@B88<3=8<;;;=AG>?@BC>>9+.+,+72<;>CDEI>FIA?9;AGI>>@@B>9A>'*'=>ACB>9@BACHIF?;991:?:7C>:<=CA?CDM@FAA>4<8=<:;A989>9?@<@?A@;A;;9=:&/5874$$8:;>>7==1/1=BAH@F@:=<,.7:@<@>A>>C@=BHHHH3:86AAA=;;>:4<@@::272'('.&&.$'%(*'('1642><<6822007@A?>=@AD>@@B19>>>:7'7;9>@A;=@>81&&%)/0232*=A@@B9@53?<;A:,867;71=<@ACC?86=GHEEC;@DD?'9D9=IFGIK@:D@78+6?>BCD:<=DHHE9&<;??:8./<>:@'CB@>GFBEH??==;CCE=?BEAC@><>8;>@:>(++/977:+)1+07<7@C?;D6.64)@IC1?:52566749=299;=9=@A9A7113=+-7;;43++((++''+/.2%,/7;6/'&%451)6:<,987;<>)?2A3::A>;<=;FAC=C<=B(<>6:-;9///><&&+7&<'5>=?>86@=RN:7?9&&''*.&'''%%$&(+0,,/@AIEOQHD96.0A>C=B;8=@GC<74&'''*98:7;=?AHDD@E:-++8792@=:=,49:?DFFFA;=FJK:>>=::;@>=:::=<>?%7@B><8/0+170/&&'.391&)))(778=>BCDB@A<0-<==GD90AKD?ACL9;ICCFHIH<6><=@=:B>G>ABACIMG@?DBJAFCFGIGFHG><<465)>=;=@FCCE>@@90(.)68767DKD=:;=CEBI;GI@>=@AA6BCF87DED?978>=DB=>?C=;78?@=>>>BCC98753<9<+,$ABBD?/98.8@B>MRCHCCLL>A@A=,@A3AEHCCED?A:23ABBD0+7564+8@CGBB@24?<@FJDHLJG:==<:<@>+(:.&-42334@<613?B?=<*%&(60:EH>459AAB?<8-+*&&&5?@BBE47DMG<@G=)>EBDD=?<>>?BENM?>AB@>;ADCM9:FFF8@C;CNJHHA@F@FBEEF@>=FHKIJDH56DB?++%ACGHEUN5BKDBCA=AFEAA99=B>:13)7:9>D=@@?9;3<=<3/:8>9;<@A<:A=@@?=111CGOH=FK?2;4?EJIGEDFE::@@C:><6;9@<=<<>;;;;)67&&546+,+**8=:+,;99::B2000.)***2>=@7D3-175@QOD=:;B9@KHGBCB:CFM.C<@ELJHAK=@>@HEC>IGB@EGDA@EFHMDH@7@;.82)8;;34.-'*'569<=CEEABC;624/*A>=FH9BC@;B>BECEC@??>?;@45$58B@:54<=55)&).&*'&(7579CC>?H@BJLEDFEHG==CB=@5:49:76%999;4=AFGIKLKA?B?IKC96:>;@9>?5-:><=6;?CFA=>D@0)2348:81-9570*+5=@5:;2EC=<??ABGHD=DBA=646668A:CDGB?H81DCH?BBF?B4678==:59:;CD>?DBFF>A@@DDDCBA@CC=7??;47:>DBIIG9:H@FF>99%%%%%&4<:?2+0C<<>KCB>580/9%&41<:9BAA?2*AA9=BG?=;3'&0046;73;;D=1+496/-*#$*()**.&94767;<;=<9AECAABD@6:5>DFDIMBD?DB>=>AAB@DA@=>C@>4/$$89AC:39:==>?BEEB1749;??799;=:4=9>A;=>BH?>>BED<8,)'$##%9?>??B:4-8:<>>:<<<'6%?C79B=?>9C=>B@=0B@CF<@:;AAECF:8>A87/((('&&9&AB?=EFEHD-.0$$<>CEDLJEA?@DHCCFFCAE>G968@8ANGEC*=@>CBC@<0++88?DF7@@BC:9'$&)(%),%($#(977>79@98;)&)+1=>>=2/A;99>DF6ACC996A;::893/9:@8@*$=6:964(*++3@BAIF:>>DBBA3.47-.17778679>>@;+*())9CJ><<><>9=<96+,,3489<==?<=93-*,,('(*'%$$565786*,038=6=:5@@CEBGHDH??DCCCC1>@:@DDAEOMG9>=<=><;;BE;0)48ECDEI;:7023@=E?=CB:40-0&'+)$)22238996@8@::AEDB%=BD??:=>4969-501891997541/,0*-,.178B?;CF?@B@?A=1:1B?:;E=99>96=>93;>@C=26655''-749388<=AA6*'&+4,48:EEF>DDA>AND6@;46/333A666:8CCG@C78<==76870011;*27:?A<>@=8>AF<3=F69:(-+0//+8:C:9@@7.;@=@CH.AC>?:)>=GIH@?8)+CFGBBDBIIEFJMMF=ODFFFB>;<5'')7+-,/11101%78+9933->BBBD@?'$$C=7%*'+++'%%%,=@BAD473*45BE?=BEDDFGVWH=F>>@:8%)787;CDDD7;<<=?;;?-8(&1*9:;;95298>767>@IIF@-184=DG?G@&@?@?>BB??=@3-7?:>HH>A=??GEC@?<==:8A@>A>8?B?>><5'<488=;>>?882:78=+)7'+:;=1484;879>FB=@=@<@BADA:A>@DC=)666455$$&*688993@?29??>>A@D@>>?FBD?@B<<8;A1658=;;>I>7DADCA=;ABDBIGCCC?BBD==*-6>DC@=9=>B/..3722241>?A85165'0&%/9656433+39<=>=6+'2=?<>97*:266;<+6><>8?9?BCB@B@3367<-4;8;;::==?BJKI=DCEDFF@CDDLADBGIBB==A>@FIFIKBGGG?<6445%*?FEBBF>EDD9:3999)&&%'$$),.><=?@ADA:@:-.0133066>:.8FFACJJJE@BG4;:85@C@DDBB65A==4.45))398BA96=FHH?8;FGAEA99;>9AEDDD)D?9;8>ADBE6351-;9=DE?+?>BDGBB@>6&((419<:?);@,,()$$$$%%$%&'***@??=DGGH?GABD@?C?@IFD?CLJJKBJMDACCEFNLFEJG:D==AD@5)08&&)IKKB7?8>>>0:57>>?.02CCCACD82CDBA81@BB;<:77<@ABA>=CC9'4>@?E?EIDFFB:B6>@ADA@65490,&$%%''1:<BB---IHGBHJDHAIM>JKJHIECD?9BDB?5B68>=46G?=>@A@><8DHG4+*336:5-$&(,%7@BE@347;CEG2,:989=ADCDHJ@>>A;<>54><=20+'-7/565654317@B;9BDD87BHF>@89AADB=CCKKIFKJLCC>>3?<:.<;69>;..<57*BGBA>BDBEHH>.0654;HA>;;>>>@ADFFA8>A?EC6?89>>=AFEDAD?5'%)-3B769?ACB?00++523+57:A=EHIFKIGI>BF6+0>CCDEB2(&.77ADNKF;:9?BB;JFD-,7;>B;3.*.;A:EA;(191,-''0860<=C>'1.1059947>??KE?=&%58;?>BC@??IMEG>>7B>CDCA<*56?>EFIGO<=?4A;BBE@8;AD???F@BG9<@@+?IGE-437=@DAA6>9@B<::*,').DBAG><>>@89:)*@FGIDE>==5B>KL98+056=;=769,021343*3618@>BAD=>>HBB4<@C@BA?2D2AA@=>CB6009D@8==>@?CC:27AHA:<=>@;<=@<:753459197<>?@6:;<<;C><880+8@EC:=89ABD@BD5==:66@@A6DA306-03=@ABGD@E?ED===BKK=.DDGFDLK>+58??@DJHD?6266)028+*&%/522;.9@9:7DH4@FI=<;89BC9?CFB?F>55/&9)8:67@:7>A<@EGI9:>DA;47@BH@CAA?CA7.2;::2+/)*=C=8',%%%$'#%(%1'21/357/0/>:<:9@B>5>3796/>8:@5:=7:<=A::@=CC;:;<>A?6,;-$%*7F=:E.B===;9:/9&%56>E82)65'65@A:;@@@@>@?BD?@;1/,'2+--4+*-/%*&.98@>@>/'&&&'()+-<@:<@CDD@=BCADA@=0;3;:@A<9<=?B==?=9511/...;?;=78ADEA:?D5:@A@@BC=A>;?BB;<=BB<=7801<-))236752))'(&0)-789;B;>:=@;B@>;?=@@?A9==4:<68?GGHCEDB?<<:@BA=GHDBB>CC>@?88=F>A>784C????:-@@DHBAAD;HLIG465?F<;?<;=C==45//.;BH>02310;==BHGK=AIG@MJK9GDD?/-&)&&):@BCD88==?CGGGD=AEADHJACBBCJAKNG66=;?CLC54FII;ADD?AIGB:DCE<>@ED,<:E,B@BEA**-IHKGOIC>>F;@KLEFHDAB?=8167AGCBD>?@D@%7B9@1CE@.32)/FGD)@>?=?BA<:B@DHLG=:;B8861-,+;;FDGB0<05735CDCGC=4;:9>B<>CC@@A3?DEB:88=<@TVPNBDAEDGI>F@EFB@=87:9@?B==<2<9::;<;=??@?==2=?03333134<88;<9=?88=@?BAEDBA?;8ENGEMI1:I39&%'&(;;;<,;<./2:GE9GI@?>EFEDD?<;76=@A=56)%%%)>2+&3;CD0029:=530:99A>=BC=FD>79AENJGKHDNADCHHGA=EDDC>;=?EHBDC57=9)-1%5;D?F:;??DBC=?CC5523*-44?6EEAAB=8@A>F?GKEH>DNNGDEEA:3B@9.)(),++:<88>=<==FFCBADI@C@:9EGFDGGCGHHHAAFHJCDF<=,8APLEA;9077;EIJACAC@AABC>?D@>=3>@BBB=EOMCG8FKHJI?03DBLMIH@:3BBD=>E>>DF?<399CDCIKJLBIJAA;==DCAGA?@:5<;5BDB?8,<<11973'6=>41/*;A<:=:@AD=CADLJD:;=EE?53-,7;>A@?@A;008;7DC57CSNKIIJKC88;>A8)&(%$&(4-0/A2;=;;A@:=B@A<8%'&(&%-43::86=?C=BB7==?BC@:%&<>A>=G=>C=46>1+@B5322,9<;;9/84;@@NNFEGDA>>;EHA;4/$5>=5+,5@BHCGEFDE@?CKOG=>3CED;;:<<@AE:<8:>?;:7CA:77.4@@CE<;C@A@>A@@7.??@DB=;?96+548075?GHEDC?<87;66776*5773(*6760)*')()''+)/@=?DBEF?242A?788@D?AHGG:>5A;666*B?AAGC9>G:EJGE??EE;EDCBDJ<>=E:>4437@B?A79CBAA;=B<<*;:4DC>B?BACBDH:8;;<9/6)).46FEJEFADCDCDE=GAD?FGHIGFED@233@7')66;94=><<=.?;',+,-4:<3/4/.246)@=899:1A8GLMF@@@?GHGCCA8@>FDF),77<5):;97=>B:56530..046<:69?=@6567EGED=4/%4SO<510'$.'*->?5*')99@CAACMM<=;11ROH:/,C;7;C=AED;9?>CB:@@?@?GCHH@=>C98:;9$)<>41:9.%7:;6245H?@;<<9C79?@>?A-0:IJEEAAD:AB2'1@@DDE+-)4MNKGNPE=9,7>C>CA;,%%836DGGFC@@>?;<<99?;@52B;KIEC;84?H9@<5%%6/+)(*2069?=<@??BONK67BCHG=FLJMH8@;=:5&%$$'(,,.7:=><@::/5**)-&+(%()*(3&%&154.*&&))((*9<<;),,-89<@*+GIDFEAA+(*5-.1A?@:>:JHCID>8:W9)E>?B8.0+*01)),+*(&+&,44.57==;>4.03'72=AA>=;:(642.-%+-.560&(%%%')'*%$$$&$$./,57;<=751'+'&1:<>>B>72D;@(79:77%)9:;:>=?>?:==<5355A@FD>>B=4:9/3(2#&,8<7C<64204;)??<4-+(*/40/(+*--&&-6788:==<@A+(($$$%+%',-/+#$#$$%&)'+$$(##'%'343'&%%+4537=<<301(%&%&47?*'+9;9.4564&+2-25:@8@GGB2<>A>6DB0=@BI==OH=?EFB=?9;>?2'%'),/2*+>6,0253/0/).&.''43+5/+%%2>?7;0<;@C@A;.=@=@??@04<=<;FJ?@3B++,.?==9:)///12-2B::@@=BB>;>96>?C;>7;=>866:0356<>9:7;;:968;=A>>7:;AA:..+.,/2'%$%%-$&'*+6565/$%3&*(**$&&&()$$/.045=9-18>?>@68332BACB8778>>>-:>BB>==<8>*?:8'2449.96>;<<:IH;9+'%&'-*&$%&&*);8:<9A@?>--6(,())86@::;<A@87:=ABB>:;@556>=74>A?:?D2;?@?<,'*265:;0562/7552.4*,/*$$4215>?GBB<<=72598CC@A8E?DH==?EFED>;8)0<<9))'&*')45+3>?2@?=;HAAA9+,,,@BA@?00572(6&(((%%$008>56?6@=B=?6D=9=@AA79;;=@@@72..45/0.,,.26;:?FI>?<4AACCCFDHJC@LDBFB,,,.'0;=@B::?@&;:?AA=59D>>==@?@?HB;=AB?>AKK:<='*'$%99>?@@A<5%@6=>-5996:@?9==CA9FEC19AB:;:=HEK99666,0?A?>=>=8;CI@CD;833?<<<;><8;>ADABD>::8@AAAB8A=9I>@?8/83308<>?>75@FAD8,-@A@A=C=A;9*0559.-:C=5:;;7;>;>CABA:855>6=8?@D;<<34ABB98:8?CDBEGH;C:?MH<=C>B@B>8A:89;769?B0.9>>;D8=<==DC.0+&'><7A&+47?BA>?==@CC<9<=/499'9:99%8:<>GCGFK??98=5804;=BA>?;:0BB=>EF@A:AACID6>===A7:?FE;9@@:>:?<9BA=5697#8>:=?@F?::AA@9<:;AB>IFCA@H?28@@?>BE<>@DB=BEC9C84A@A:>GEB@E2=337=B@DC=@ACBEHNA@=;63:<>FC8@9C=<=:',&8:=>@5638<><@><6905,/7;<81;>4<77,221)(+%$$%((&''<>=<7=:99:5%'.-**(*21,68537==;;>39;7=C<<-413:;AAAA=<>CDA??55-(<:<781;<9;A?A??=835+$%%'2@<=?<343$7+(..,*-.45-+%'1/3'%14268>:/79$6;:?@?>A>?B8BCD9D::983:99:?HF45<>90AD:39A+-9<,$>=B?@@=8=::;7?AHHC>>BBA877==='*@A:<6:6/2-/7?=B>43,/;83,,#$)-,/75:4./--,)%%,+(*+$.--*0$'&*--0%%;8;>6795;=;7./*+*%(+,:9<=8589;<5*,5BECH?@C@@79=:=@==C;>ABC=::3(&$%''+.49@<>6/+-/0.=<+=;C:DBFH?=91:7:25==:5AB@1/577;<@=99<;5=C?BA?<8.857982%$$$$%))-4>=;?AAFE=-(+-)'+-=<=;?9B73B7@@BHEGGBB9?CBE<30..9=?HE7>::;;%*2%4/3&&*%%&))''*++02515;;-:5(?<:BDBCA;89;5*.'*./215555:=EFC<;@0GGF;7@2B>DA5,+$&(&()'%,-/.276E=>?AED887=IEJDGECHADCC9@A6+3465>ARSEFG*77AB=;@=-*)''55=<<@:0*-=>A7<@;BGC>'=@:B<=E@84896986$'375>>;93+&)%%'((0)%014?ADBEOFBA:.(-)**((,*1=?DCDFF=82@@=?B>9;;=EABC9:>@@=>.-/2>8@6-;:::D>A6:=<48:3('.)*,*('$&'057???>?6::-/:D=?CD@@D=@II??>=AIDAF=?A;439D?9./,)%%'+*+/9<<=>AA;7?1AEF9?;:=<@B9:2=@DIF2ACB98$(%13.$$&6<79-'%&%(*/4361/058=;?>@7;6>5=GB?7<,(8=;9>7>FKHC=?>B>849?CDD;?=@NG5;DA<871>=>CF9?7?9=D?A=<>@D?2:@A9:<73?8<;9'%%0@@??>19)''++9;;>@CADFEAAE?BC@8-:9@D;:*%/,/.=?BA;(4:>;4277:7500--&6:@?>:@A64:3@?AHHDFA4;;:>>A4GHD73.7.0/'5><136>6,,-484<;;945;:18;?<=9;BA<=CEECGF=BA>BEG@?D6*325*>III<9>;=8:844@B'+9989556:?J@:@:?&A<;87(>=>91-=<:;=::)&+131886;:7756<7977:AC<76:=A;:576@::91-#&(3+'0378787+'-0.*(%%%'&&(84?F>4<=<++++03:=;:9<<;7:7:4/788:8??A-66+*4&)02:;:87258:6:52.:7>A<;AA:?EFEB?839;==D@?@74?9782'-<>>989;=:79278=915:=<=<33-,+51<>A711247@A<@B;85>=CDC;7;C49?:220%$0;>;>38@:;@B@28*4999;<))+==DF??,(255662;5(/%(;8::A4%%%%*:C>AGHBCBDDMJE@BD?47=@==?=??>:??D@BGIC>GB>BC=1,>>@@D<<8868?3<99?;8:>8::?@G9<8:6,)*4466-**/,0)05376:>?A439=AC7EB;;CDDCGFFF;:6E;E7/86B97>A?==;4568*:<;;?=;>=<@;=?85(833BB@@<25:9%(;AB8EB@C*GH@?@E@AD?8BEA9@@?6267<9A@7&03FE=EDBAB61--*9889A@=:;:=,***690101.546:98&)11258:BD:<=>?F@BA;*1:=?@GCHF>DCEEC422>8@CBDB@I?>>?;>&6':?=<;>>E=7B=789?9?9BEF3('%#$#*&$',-8=7:@DA8@?%;9NCEDE;7@=::=@8>=:=C55:1;9;=BA'*;8:=BF;A68F===CB?@;4:5@/34410D@A(7;5,0(($-1590?B99977A9-3;3++2('924479953356-%%,6/2=BADG9=146136'818;><2>.>;?AAF8;@@=8<79@:=CB;<>=;<(78023*;=DG?=?=>=9:>%8?BCC><<;0F1;8E?>;931'311-$(4=B77=66:<9,48<>CFD:HDDMKGAAEDFCDIEBFAA6.:;:5+)79<9943/1/62:<>0*=>>=8@DB68@A33878>44;:<>DA?74;BA<:*+'+63.8;>CC?FFCCC=A@;<<5671,=7>CKAB@@<711/*+039;<5312324&59CC=A:>?A=+9>C><=?ABB578;=;?@9=45&/:35DGAB?@??995:5+,/$%'8462*+&7<;56:>B82/--((/;=?=>;?,/299:=A<>;?<68=F9:<<8*:7>B@A?BAAB?6663,($$&$&2)%#-,.6:;88=9-1))))=79>@DBJHCFGFCDF?HKD@H@>@?ABGFBBBBA=754-2279''433211/6149759@A<;>==4315A8:EFC:4-2/22+43<58=<9<:,,-/36A88G8=CGBDC@?47?=EFF=<<<<@@B?2H@NLI2EGFEJJE998=9-;<EB;DGEE:;?@?65**=;D??<94113-*567/%$,59;%6<=:=;/:10@>;9&&/788/$2168+=F=;@CKKGG79=@?>5<<=:6;7,;=3882329<8DD<9:=DA;C>:>>?18?>C?IDACD=C:EJKHKB@AA=BA:HFDBBBBA?:=46>>A=@;+17::;?9;B898:;<>CED@EF=9BEEDH>D?E>?AA@;161%%0?@APOF>@=@>@FFAJCB>>A?@A7C>54;?@>57<9=>:::;>C93A>=8?<98;;)()09?@$%$47:C??8@BF32:CE1)0?=95662==?ABG===<=@ABD4@D@=?CCAA<@=678?==?;A8:--==9.-==::782@A?;C?:IE<@@=:9=<;A<=7/'856;>><=-9;7(+,&%+3==@C>??:9:1//5596/,,,.239>;?<578)795/,*+33()/%+9=C:==@BFGD@?:738;<<96'))))++/2;=?9-.5437:841179;;A<==?D?;<;CD7,;47@BE=>>=9745-2)))99E?ACFA>?@;96:HA>EE:??E9?CDFBABDFGIA>>C?'+>=?>=;>-B?95@??B@(/86777<:A>4457@ELFA@8@@A>FEA?<@?F;FDAK>78==AB68-1&9:BB6;31+6<=@<6988+@CDC?>>,=64CDCHBCC8<9;ADCC.55==>99>9>C?ABEC?;5C=,.9@C@7A=GG@9//12))(*560?=DED?DDE?ILI<;D@KA>>>?@GE@=A>9?DCEGEA?;=A?BJSVQJMMCH<@@?:0/?ACOI777161%)>9AJ8ENAAA>?E;EB9IJPOMC?;:4.:<;<@H=,42@8@@ILDRAA);?@J>AD@ABDFCG>=DJJ?@EEFGMDIHGGDGGBE@=BBBDEHF9;?HG@C6FDKLLA@CIHDEGJI@AEC@@@(%&2->7?FIKF=??E96&(*+*/+.-0:>?58B5@AIJAJLD@GIKHCBB%&8C?<91((%78BBCEDCDC>HLI;9*66<;?78@:?@?;=>><((+50=AB@8?:>52A@H51$''*99;8872+*0/11BB6<0=*)*&%7FCF=9??<-)*,?AA?A?<<=BDCBACGC@@@AEECFHHCBCD;EFKKH?F@AED@:5534-*+-22''*$ @SRR14011045.70292 3763a9bd-a2f0-43e8-88b8-717ab2fa2262/1 ATTGCCTTTAAGTTTCAGTTACGTATTGCTGTTCGTCCCCATCAAACCCAATCTTTGAACATTGTTTTTGCATTTTTTGTGCTCTTAACAATGCAGGAAAAGCGTTCAGATATCATCTAAAATAGAACGTTTTTCAGCGAACTTCAGTTTCTCTTGTGCTTTGATACTATTCCAACGAGCTAACGCTTCTTCTTCATTTCCAGCTGTTGCATCACCAAACACATATGAGAGTTGACGACGCACAATCTTTTTAGAAATATCATTAAGAACATCATCAAATGTGAAATAACCATCTTCAGAAGCAAGCTGACTGAAAAATACAACCTGTAATAAAAAAGATCGCCAAGCTCTTCCCTTAAATTAGCAATGTCTTTCTTTTTGGATGGCATCAATGACTTCATAAGTTTCTTCGGTTAAACAGGGAATCATTGATTCATAATTTGTTTAAGATCCCAGGACAACCGCCATTAGGATTACGTAATTGCGCAATTAATTGGATAAATCTTGAATGGAATAATGCATAAGAATATCTCTGAAATACTAAAAATGTGATTAGTATAAAACGAATAGCAAAATAGACAATATTCTTACAAAAATTAGAATAATTTGATATGGAATAATGGCAGGGGCGGAGAGGAGCTCGAACTCCCAACACCCGGTTTTGGAGACCAGTGCTCTACCAATTGAACTACGCCCCTATTGGTATTAAGAATTGGCGGAATGGACGGGACTCGAACCCGCGACCCCCTGCGTGACAGGCAGGTATTCTAACCAGCTGAACTACCACTCCGCTAAATGAGGTATAATTCAGCGACCTACTCTCACATGGGGAAGCCCCACACTACCATCGGCGTAACGTGTTTCGCTACAGGTTTCGATATGGATTCAGGTGGGACCATTGCACTGTTGCTGCCAAAATTTTTATTTTGTTAATTTACTCTAAAAATAAACTAACAAAATAAAAAGTACCTGTCTTGGTGTCCTATACATGGAAGCCCACTACCATCGGCGCATCGGCGTTTCACTTCTGAGTTCGGTATGGGGGTCGGGTGGGACCACCGCTCTATCGCCGCCAGGATATTCCTTTAATAACTTTTCTATCTCTTTCTGTTCCGCTATCTCTAGCATTTTCACAACAAACAAGCTGATTTACCTTAAAACTTTTTCTTTTCTGAGTTTGTTTCGTCTTCTCAACACCCAAAACCCTTGAGCGTTGTATAGTTAAGCCTCTCGGGCAATTAGTATCTGTTAGCTCAACGGCTCGCACCGCTTACACGCAGACCTATCTACGTCTTAGTCTTAAACAACCCTTACAGATTTTTAAATCTGGGAGAACTCATCTCTTGGCAAGTTTCGTGCTTAGATGCTTTCAGCACTTATCTCTTCCGCACTTAGCTACCCGGCAATGCGTCTGTGACACAACCGGAACACCAGTGGGTACGTCCACTCGGTCCTCTCGTACTAGGAGCAGCCCCAACCAATTCTCCAACGCCCACGGCAGATAGGGACCGAACTGTCTCACGACGTTCCTGACCCAGCTCGCACGTACCACTTAAATAGCGAACAGCCATACCCTTGGGACCTACTTCAGCCCAGGATGTGATGAGCCGACATCGAGGTGCCAAACACCGCCGTCGACCATGATTTCTTGGGCGGTATCTGGCCTGTTATCCCCGGAGTACCTTTTATCCGTTGAGCGATGGCCCTTCCATTCAGAACCACCGGATCATATGACCTACTTTCGTACCTGCTCGACTTGTCTGTCTCGCAGTTAAGCTTGCTGCTTATACCATTGCACTAACCTGACGATGTCCGACCGTCATTAGCAAACCTTCGTGCTCCTCCGTTACTCTTTGGGAGGAGACCGCCCCAGTCAAACTACCCGCAGACACTGTCCGAGACCACGTTTCGTAATCTTCGTTAAGAACATCAAACGTTAAGGGTGGTATTTCAAGGACGCCTCCACAATCACTGGCGTGACTGCTAAAGGCTCCCACCTATCTACCGCATCAAAATTCAATGTTCAGTGTCAAGCTATAGTAAAGGTTCACGCAGGTCTTTCCGTCTAGCCGCGGGTACACCGCATCTTCACGGCGATTTCAATTTCACTGAGTCTCGAGGTGGAGACAGCCTGGCCATCATTATGCCATTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGACCGCCGTTTACTGGGGCTTCGATCAGGGGCTACTCTTTCGATTACACCATCAATTAACCTTCCAGCACCGGGCAGGCATCACACCCTATACGTCCACTTTCGTGTTTGCAGAGTGCTGTGTTTTTAATAAACAGTTGCAGCCAGCTGGTATCTTCGACCGGTTCAACCTTCATCCGCAAGGGACTACAATCTACGCCGGCGCACCTTCTCCGAAGTTACGGTGCTATTTTGCCTAGTTCCTTCACCCGAGTTCTCTCAAGCGCCTGAGTATTCTCTACCTGACCACCTGTGTCGGTTTTCAGTACGGTTTAGATAAACCTGGAAAGCTTAGTGGCTTTTCCTGGAAGTGTGGTATCGGTTACTTCAGCTCCGTGAAGCCTCGTCATCATCTCTCAGTGTTGAATAGAAGTCCGAGTTTGCCTAAACTTCCCACCTACAAACTTAAACGCACATATCAACAGTGCGATAACCTAACCTGCTCGGAAGTCCCCCGCATCGCAGTTTATCCAAGTACGGGAATATTAACCCGTTTCCCATCGACTACGCTTTTCAGCCTCGCCTTAGGGGCCGACTCACCCTGCCCCGGTTAACGTTGGACAGGAACCCTTCGTGCTTCCGGCGAACAGGTTTTTCACCCGTTTTATCGTTACTTATGTCAGCATTCGCACTTCTGATACCACGTCCAGCAAACCTCTCGATTCACCGCTTCATCGCTTACAAGACGCTCCCTACCCAACAGACTTTCGTCTGATGCCGCAGCGGTGCTATATTTAGAGCCCCGTTACATCTTCCTTTGACCGACTCGACTAGTGAGCTATTACGCGCTTTCTTTAAATGATGGCTGCTTCTAAGCCAACATCCTAGCTGTCTAAACCTTCCCACTTCGTTTCCCCACTTAATATAGACTTTGGGACCTTAGCTGGCGGTCTGGGTTGTTTTCCCTCTCCACGACGGACAAGCACCCGCCGTGTGTCTCTGAAGTATCACTCTTCGGTATTCGTAGTTTGCATCGGGTTGGTAATCCGGGATGGACCCCTAGCGAAACAGTGCTCTACCCCGAATTGTCCGCTCAAAACTCTACTGTCGTTTCAAGGAGAACAGCTATCTCGGTTTGATTGGCCTTTCACCCCAACCACAAGTCATCCGCTAATTTTTTCAACATTAGTCGGTTCGGTCCTCCAGTTAGTGTTACCCAACCTTCAACCTGCCCATGGCTGAATCACCGGGTTTCCGGGTCTATACCTTGCAACTAGACGCCCAGTTAAGACTCGGTTTCCCTTCGGCTCCCCTATTCGGTTAACCTCGCTACAAAATATAAGTCGCTGACCCATTATACAAAAGGTACGCAGTCACCCTTAAAGGGCTCCCACTGCTTGTACGTACAAGGTTTCAGGTTCTATTCACTCTGCCAGGTTTTCGCCTTTTCGGCTACAGTACTGGTTCGCTATCGGTCAATCAGGAGCATTTGTATGAAGGATGGTCCCCCATCTTCAAACAGTTCCATCACGTGTCCCGCCCTACTTGTCGTTAGCTTAGTACCATGACCTGGACTTCGGTGGGGCTATCACCCTGTATCGCCAAGCTTCCCAGCTTATTCCTCTGTCTGTCGTTATCCACTAACAGGCTCCTTCCGCGTTCGCTCGCCGCTACTAACGAAATCTCGGTTGATTTCTTTTCCTCGAGAATGCTTAGATGTTTCAGTTCTCACGGTTTTGCCTCACTTACCTATGTATTCAGTAAGTGATAGTAGATTCTTCATCTACTGGGTTTCCCATTCGGACATCTTGGATTAAACGCTCTTATCGACTCATCCAAGCTTTTCGCAGATTAACCAAGCAACCAA + '++&#$(*)'$(/9-*--82/:9:779&:98<>12:;/,*(*)+-&79@CEF=KC@?B?<==*5?ADD?8766268990C@?>8HEKJEHIB>B@5@A@73)660=.**.6565(+&54675/%--.106?@<6/'%%*(($%%),,0A?003:;6:*--57778=>977<<25+*&)%&%+.-/8:>529>@=<@BCB?@@>?4:=FBAFI(%%1-%,-2200/13)+,08=>=6;?:7/1(.002997596420*+)346=BBBCCC>935951::;=;;;=G6F?ED8FCC8;=@?BD=BKFG>=A=A?>=>;0/-,0.+(&%-121(,-+0-6:6>=B=?@@@6;@BC?D8CKGAJKOPFHC=866;CFABDCAA5;/-&&9=<>EA8<;9%)@ABD=0-;;=?EB@AAA77898009:=@=)7>33669=?=*,2/'588488<<6670568===;>ADD@C@=54/1/.*,%)456/8:989><:8;<:9=>;=:00$'5.;:?B@GE;F6@=?446372CCG@.7>>:;>D:9@D@?>;1412-+(%%'363&)/13;=>BAGAKG9?GG14357;;=5HHHHHB@AANECAFI?=<=?A1-?;70--2/,-%+$+/03/02?;68;8:=?@@>9/330*(('+,.*'*,$%,,%(,4457859<8;<;8??@:?@?@A6ABCCC>:::9>;.<8:?@A>63)+3;89==:228<:G>=)5?C;<==611:2/<99:7:(77398?6=>669==<8:<4?29;8>BCA=;556<:::,,,&')()$%66669>?C?@BBA?9:833;<7958==6A=>BB=45>6792/%427844*1//*('-5B345793=*=<>54/=?DHB;@>>=><0)&$%(,5-7698A>AAABMJJF56FJF:IJCEBJDB7G9ABCFD9'.0533=;=BB@>67671(,82510.,++,,/778658'$$&%*+.+.16999:3.77>?:5;846>CFCB=:;@:<:958:&(8@=EEGA@==:64500366;>2-.('/((4384754=):&&:&&1-,(02<>=B;ADC=DAGG84)*888705,5+79:C@9247.//0;8?CC8;;868;?98::7:85*-;>A>;2;553147::=@2=:<@>?<8376?:::;<>9?92310352566:?>;B?@B;?>9<=:88;98.)(&''&)22599:(198@:;>AD;7<97??BA=:@=BBEA:9=><=268-9;:;>@:8.'1300.-3(2146<;:::87-6*443472,:2(2446779;?>;<>C:7=9=>@C>A@8A4?B;<5877789>=/,5789::A?A95,****%(,'&((&&($$$,-7;21135.,)$('$%,'(.0&.645:;<764=D---%%/&7&5504<=<:C><<;5:87543+1153;479=?7;'*&/36*37;@A4=4553339:7;B>ACGBC@BD>><;878&*-)..21,3.93::98::9:9'+7:6347989<<>=:==<7+2+=:9:797<>8<>;<><4<<<0AB759997545/)(0('37587<99:=29:AG?;7/2'/./0))+)14344643322'$:<0%+&'$$&,./55<018882)644@6679:A99=>;:859A?FB@BAAEE<79969=/:;AF=><;D7/636988%%'//:33G32;===>13-9:;;4:=?:418830'&#$#)(11259888=7@6AEGDA46=><>=C><6<<;;;76=68<:DFGFFGHHJEC7=;5)(;987.'-3;4(116(:&032.076;;8+7:884)6'';:=D=9<=;C=8+=<=@>2@A=489=A86;681**+01;<:47?;8KEE=DA>;76<<6./+-3+6889@8*;557:<8;=7325+-'/*&'*%&(')+*+,&&(&+)3300;9+===>CDGD??>7@>C>/4.'%'(++,,'('*28'69399><<=9?AA;;>;BDHDCB@C789;>8.1DDEC?9;(5677689AC:6>83.:887*:<;:>/116:;;+@5:9888/4;@A;,12:<57<96/38?@A<F@E?@>-.8<>@8=.07187?;>;8,99=:;><:9??>;;;9443@I?EGI>499:>@?@<=8BAA<=><:6:AED50.2>@B37CH@??@@CCB>?A?)0)$&%)')-99899<>?1;=@8:67;979(((()#%12'''//569<=2/,$$&'-28789:9:<>C;?8B5/877,>.=>=2'41225+('+1CB3=@EKG;:@FBB<=@B;GE@CB@>289?AGA?.35789;;78:9;43)33.7309:9:'-,,,%%/0,$#%%&&*202359=?9:==8>A:;=??58:<@A>>=<<=685>??<24?A@->@?=?>;::;>C35<2;8:8:7445358249<72&'2'+,3234.'&&%22199:--,%0//469:540%%%)(#/.33492,.9600572(&*%'*)+1111112.3,36781##%03310..'&('3:<;:64579<75/--+6344(.%&%%&+(-*,+(---$'&)%34469895)../5.1+((<98:61;B=B@>;556,*+)214:95934-*7/$)(*19><7;BCE@C;:85*&'&)*(2068651103-16-.2:4458?;5(0:>?>;;>;<=:9656/($###&)%%+1/?A25BCA?=:=;?==<:788%0*-*.104;=:;;ADF=A9;4234<:=<=8687:;9677<<;BCCFDAA?&&)/130/:><.152/,0:+621'%'))+,,-+/'&&)276?<<:<;8<::;7+--(&,,,.399:8<8-9;99E;4@A>>=<>@C@<35>618554313111&).)6/.,-0453410046349:335211''%%1'*/&''))((&$-/0/,,+#$%(5=,&'.++0**''''+'111:3049:20/2-')))*241/1++'&(136:67:;BAB>-((8:<;.9**31656@6865.<+*945@CB:>>D?@HIFABABAB?B84858?6.0:1:7;;79:=A>7<136:9;=>A7:>@B@=CC?A::<;:556=6=69531%%=<<:80=DBE<<@GICC@?B=*&6:5995/&)&012<<((2002?>@BC<<<<7:8%899;90010?=?@2232;<5,/6<:;:A11797FCDDA>;E;@.:C@'%%),'&%)*&((+&*,.1.)*##&13211$&&&-077=@>A9:;:,**.224;<8<@C?AHB>;==85'(%$(1+9.>E??<><:8><>2,**+1'*)-*+'&',*)#$,%22253521$##%#&(//+$$(//5;8<7>657+/45<;<@;69-1%%%'*-))/40;6;>>B@88%)6323,3845<;5,($&+&&%%)'(():218:7*+-88,565=;AFGA?;BCB9B><*'$68<99:==>94E;1-899:??A=;7678A<::89>>:CCD=@CBC@./*.(;;><=898<<9332+(*-45:CC7+999@@?A85A<=%1%'$%'& @SRR14011045.59797 afdb2878-bb61-4479-9bb3-b72b36f71582/1 GATGTGCTTCGTTCAGTTACGTATTTACTAGGATTTTTAACTAGGAGTTTTGCAATTCTTTCTTCATATTAAGAGGTTTCCTTTTTTATAGCATTTTCTTTAAAGGGTTAATCGTGGGCTTCTCTATATGTAGAGAAGACCCCTATAACAGTTTTATTAAAATCTGTCTCTATTTTACCAAATTTATCTGTTTTTCGCGAAGCAAAAACCACTGCCTCCCGAAAAGAGTGGTTTTTCAAGTTTTTCGAAATTATTGTTAATACGTTTCGCTTTTCGATGTTCTTGCGCAACGTTAGGTGGAGACTTCTTCGTATTGCGCAAGCTCCATTACATTGAGGCTGCACGACCTTTACTCTCATTGAGCGTAAGTCTGGTACCAACCAAACATATTTACCAAGAGAGCACGAAACCTCGAATAAGTTTTGTTCCGCCCATCAAATCATCCAAGTGAGTCGATTCGACCACGGCGTGGTTCAAGTCTCCAATTACATCACCCATGAATTCTTCAGGAGTTGTAACTTCGCTTTCATCACAGGTTCAAGAAGAACAGGATTACGTGTAATACCTTCACGGGTTGAAGCGCACCAATGATTTCAAGGCCAATTCGCCAGGTCGACATCATCATCCAAGAACCATCGTAAAGGTGTAGCTTTAACGTCAACTACTGGGTAACCAACAATCACACCGCCTTCAAGCGTTTCAAAGCACACCTGTGCTCAACTGGTTTGCGGTATTCTTGTAGCACAACACCACCTTCAATTTCATCAAAAAAATTCAAAGCCTTTTTTCACATGATTCATTTAATTTCAAAGCGAATCCAAACATCACCATATTGACCACGACCACCAGACTGTTTTGCGTGTACAGCGAAGCTTCAGTTCCACGAATAGTTTCACGGAGGCAACTTGTGGCTCACCAGTAATAGCTTCAACATTGATTCACGTTTCATTCAGTCCGATCAAGATGTCAAAATTCAAACTCACCCATTCCCGACATAATTGTTTGTTGATTTCTTCGTCTGTGTGAACTCGGAAGATTATTATTCAGCAAGTCGTTGAAGGCGATTCCCATTTTTCTTGGTCGGCTTCAGTTTTTGGCTCAACTGCAATCGAAACTGGTGGTTCAGCAATTAAATGCCTTCAAGAATACACATGATTTCCAAATCACAAAGTTGCACCCAGTTGTAACATCTTTCAAACCAACAACAGCAGCGATGTCACCAACAGTAACTTCTGAAATTTCTTCACGCTTATCGGCGTGCATTCGAACAGTTCGTCCGATTCGTTCTTTTTTACCAGTCATTGTAATAAGAACATGAACCAACAGTAATTTTACCACTATAAACGTGCGAATAGTTTTCCAACAAATGGGTCAGTTGCAATCTTCAATGCAGTGCAGAAGTTGGTTCATTTACAGATGGTTTTCGCTCAATGGGCTCACCAGTTTTAGCATCGGTTCCCTTAATTGAAGCAATATCAAGTGGACTTGGAAGGTAATCATTAATAAGATCAAACCTTTTCACGATCACACCACGACCATCACACCGGTTACCAGAAGAAATCACCAGCAGAAACTCGTTTTCGAAAGAGCGGCTTTGATTCCAGGAATCGTAATTGATTCTTGCCTTCTTCAAGAATCGCATCATCAATTCATCATCAGCTTCAACTGCATTTTCGCTGACAATGAACGATACGCATTTTAGCTTTTTCAAACACTTCAGCTGAAATTTCGCCAACTTTCAATTGGTGATCGGCATAATTATCGTAAGTGTAAAGCACCATGTCGATAAAGGTCAACAACACCGTTGATATCTTCTCCGAAACCAATTGGCAAGTGAATTGAAGCTTGTTTGCCAGGCGATCATGGATTGATTTGATTAGATTTGTGAAAATCACCACCAGTTTGGTTAATTTTGTTAATGAAACAAACGCGTGGCTTTCATGTTGTCAGCTTGTCGCCAAACAGTTTCAGACTGAAGCTTCCACCCATTTTACCGTCAAAAACTGATAACTGCACCGTCAAGCACGCGAAGTGAACGTTCCACTTCGGCAGTAAAGTCGATGTGTCCTGGGGGTGTCGATAATGTTAATTTTGTGATCTTTCAGAAATAATATCACAGCAGCGATAATTGTAATACCTCGCTCTTTTTCTGCGCCATCCAGTCAGTTTGTTTACACCATCTTCACCACGAACAACACCGATTTTATGTATCAAACCAGTTCAGTAAAGAATACCTTCTGTTGTTGTAGTTACCGGCATCAATGTATAATAATACCAACATTTCGAAATTTTCCAATGGAGTATTTTTATTCATTTTGATTCCTCTTAAATTTGTTGTTATTGCTGTTTCACGCCCATCATTTTTGTTGTTTTTTCCAAACCAGCACAAAAACAGCGCTTCGCTAATAATTTTATCATATTTTTAAAAACTGTAAAGTATAAATAGCCAAAAAGAAAAAAGCCGTTCCTCTGGCTTAAAAAACTATCTTCGACGTTATTCAGTGCCTTTTCATTATATCTTTTAATGGCAATTATTAGAGTAAGAATAACAATTTAAATAAACGCAAAGTTCCAATGTACGTCAAAAATTGTTAAAATAACGACACACCGCAAATGCGATAAAGTACAAGGAAACCAACAAGACCCTTTAGCCTCGTTCGAAATGCTTTTTCACTTAGGATAGTTTCCTCCAATTTTTTGTTATACCAAAGCGGAATTTCTGTTTTGCTCAAAGCTATAGCAAAGTCAAACTAAATCGTTTCGCCGTTTCTTGCCCGATTTGCCCATTCATCAGCCCGACTAATTAAACTCATGACCAGCATGCCTTTTAGCCATTTTGGCTCTACCATTCCGAATTTTTATAAGCTCATAAAGAGGCTTTACGATATCGAGATTTTTAATTTCACCAGTTTTCTTTTTCAGCCGTTTCTGTTTCCAAATTTAGCGCCACTTTGTTAAAACATTAATCCAGAATTCACTATCTGTTTGAATTTCCCTTTTCCCCATTTAAAATTTTAAAAGCCTTTTTTAGACTGTAAACCTTCCATTCGAATATTAGTATAGGGTTTAAGATCAAGTGCGATTGGCGCGCCGTTTTAATCGTAAAACCGCCAGGGCGGGATTGGCGAAAGCACTACCATCAGTAAAAATAATCATACTATTGTCATTCTTCCGTTATCTTGTTAGACAAAGTTTTGAACAAAAGGTGTTTGGTTTTTGTATTTTGATTTATACTATTCTGTAGTTGATTTTGGTAGGCTTGCTTTTTCATTTCCTGAAAGAAATAATTGCTAAAATTGGTCCAACAACACCGAAGACCAACAAAACCACTGGGATAATAAGATTCACAATTCGGATAATTAGCAACAACTGCTGCAGGATTTTTTCATATAAAAAACTTTACTTTTTCCACCAATCGTAGGCTCTTCATTTTGTGGATCATACTTCTATTAACTACATCATTTTGGATTGAAAAATAAACAATTGGTATAATTTTATATTCGCTTGGTTTTGACTAACTGGTTCTTTCTCAAGACCAGAGATGTCACCTTCGGTTTGTTTCCGGAATTCCTCTTTTCATAAAATTATCAAACGGTTTTGTACAAAACACTTTTGAAGTAATTAAACAAATTGCAAAATTGTAAAAATAATTCCTCCCGATTTCGATAAACTTTTGTAGCTCTTGTAATATTTTGATTTGAATTCATCTTTTTCTCCTATTTGATTTATGCTATCTGATATACACCATTTTTTATTTTTAGGCAAATTAAAACACTGGCGATTAAACCAGTATTTTGATATTTTCTCTTCTGAAGAATCATTTGTTTCATTTTCAGAATCTAAATCTTCGTTGATTTTGAATTTTTCTTCTTGGCTCGTGCCAGTTCCAACAAGATCTTGCGTCCGATAATCTGCGTTTTCTTTAAAATATAAAGTTTGTCAACTCGTCCAGAAGTTGCTGCTTCGAAATCAATACTTGTTGTTGTTTTGGAACGAAGCAGCCGATAGGAAGCTATCACTAAGATTGAAACTTTCGTGAATTTCCAAGAAGTTGTTGCTTGAATTCAGCAGGCTTTTTACCTTGAGCTACAAGTTTGTTTGCTTCGCGTTGCAGCTTTCAAACTACATCACCGATAATAAATGATGAATCGCCAGCGTCTTCCAATTTGAACTCGGCTAAACATTGTCGAACGATGATCTCAAGGTAGCTTTGAAACGTGACCTCTTGACCTTGAGCTGCGTAAATTCGCAAGATTTCGTTCATAATGTATCTGTAGTTTCTTCAGCACCATGAACTTCATCAAATCGATTTCAATGAACCAATAGTTGGGCGATCACCCGCTCGAACAATATCGTTTTCAGAAACAGCAAAAGCCCACAGCATTTGGGATTCATATTTTACAGGATAAACCACTATCTTTTAAGTCTCTTGAGGGGTGTGATCTGAACAATATTCATGTTTTCATCTTCCCAGATATCAACTACCCCTCGAGACTTCTGTCATGTAGCTCAGCCTTTAGGAGATCGAGCTTCAGCTCTTGAACACAAGGCAAGCCTTGAGAAATCGCACCAGATCCTTAGCACCAGAGCTATGGAATGTGTTCAAAGTTAGCTGTCTTACAGGCTCACCAACAGACGGGCGGCGATCACGCAACTGGTTCTGCAGGTTTAACAAGAAATCCTGTTGCCATATCAATTCCATGGAATTTTGTGGAAGATTCCATAAGTCTGGGTTAAGCACGCTTTGAATTTTAACTTCTTTGTTTTTATCTTTTTCGATGCATCGGCAATTTCCCGTGATAGCTTATCTGCTTCAATATAGCCAGGAACAGCTTCGGCAGTAAATCGACCATAGAGACGATCCTTCGAACGAATCGTGTTTCTGTAAACATCAGAACGATAAATCCGCAAATCCAGATCAACTTCAGATGGGTCATCCACTACAGAAGACGTCTTGAGCAACATCAACGAGACGACGTGTTAGATATCCAGAGTCGGCAGTCTTGGCGCAGTTGAGATCGTCACCGCACCACGGTGGCCACGAAAGCTTCAAGTGAGCTCATTCCGTGTTATTATCGTTGAGCAAAATTGGAAGCTCAATTTCACGGTTTATTGCATCCTGTAATTGATCAAACCGGCAGCACAAGACGAATATTTGTTGCTACCACGAGAACCAGACGTGTCATTAACCGGAAGTCGCACCTTGGTGCTCAACTCCTCAAATCTCATCAAACTTCATCAATAACTTTGTACCCAGTTTTCAATAATCAAGTTGTATCGCTCTTGGTCGATAACAAACCTTGATCATGTTGTTCATGAATCATTGTTGTTTTTGCATCACGTTGGCGATAATTTCTGGAATCTTTTCCTTTTCGTAAACTGTGTAGTCTTCTTTACCAATCGAGCAATCCTGATTTTGTTGCAAATCGGAATGACAAACCTTTAATTTTATCAGCAATTTTCACGGTCATTCAGCACCATAACGCGCAACATCTGCCAAAATCTTGTTGATTTGTTTTTAGTTTGAATCGTATTATCATCTCTGGTAATCTTCTGGTAGAAGGCTCATTTAAAGAACACTCGACCAAAGTTGTTCAGAATTTCACCTTTTACAAAAACATCGAATTGGTGTTTGCGTGCAATGCCTTTATCATAATACATTTCTGCTTCGAAAAACATTTGCGGTCGTGGTTTCTTATTCATTTCAGAATGTTTGTCGTAGGTAATGTAGTAATTTCAATAAACAACATCGTCGACAGAAAGAACCGGTTGACCATCTGCAGGTTTCAAAGGTTGGCAAGAAATACTCATCAAGTCACGAGCTGACAGGCGGCGTCCAGAAAATGGCAAGTGGACGGCCATCTGGTCTCAATAAGTAGTCGGCGTTAAATCCGTTAGCTACAAGTGGGTGAAGTTGAATCGCTTTTCCTTCAACAAGTTTTGGCTGGAAGGCCTGGATTGAAAGTCGGTGCAATAGTGGTGCGGTTCAAAAGAAGATATATTTTCGTATTAACAACGGCATCCAAAGCATCCCAAACTTCGAAAAAGCATGCATCAATTAATCGAGTTGCTGAACGAATATTCAATATTACGTATTCTTTTTCAATCAACCATGAGATAGCGAAGAGCTTAACAATTCTAGCGCCATTTGTGTTGGTGACCACATTGATGAGCTTTCAAAGTTGAATCTAACAACGATCACAGGACTTGTTCGAAGTAGTCAACACGTTTTCCAAGCAAGTTTTGACAGAATCGACCAACCACTTACCCCTTTAGCATATCGCTCCAAAGATTTCCAAGCTTGCGTCTTGACTGTGCTTACAGAACGACCACTTCGAGAAGCATTGTTATCAATCAATGAATCTACAGCCTCTTGGAGCATTCATTTCGTTTCGCTTAATCACCATTGGCGCATTAAGTTCAGTCAATTTCTTCAAACGATTAGCAATACGTAAGCA + &%&&)%ACHE?AE2/7F8*(%%%%'3,1)%0037*$$$/++,)*)&$09789<=?E@EKHJ@SNHDF:B@AD8--56I769;<8440)-,--6=>@>.88578=0/6B@CBE4,+,04@AC@=FCJJG?<;8'C;C;84=?>:446+.BDGJ>P@JDFGFG/3$%%-3'9@BB=325,+--1(39;79=>5''%+**.?PD@-:166NNMF8:-=..24:<;'<0*)&##+34?;:78ED?.0+-/?FINHH?(AFICA@@39>@C>7399DLHOM@00.55*'/0)0-;=>:454,.%.(01279ABBC?ADCBAA/-560'1$$&$$4<7:;<:><<4++)&)),(//00.),++-/-'1)3'+&&303752::=><:::;4964-:>9)@A77()),6ACBCEH79B:0$)%-)16F2/--.)9;8:97+/+($%&,,-/38;4D=>14DE?@CKD?JF;8BBFFGG?EC-':;-::421-:4&&#&%(%%&:?:$'((62:>7:==&&&&&87)*)<9<0$''$&%%#397+ABEHA=@;92,,*'%%8>>?CAAA-9;$'96479,*:;%@>H/22@CE@43@@ABEGLECBDAD?>B4,++&3:4'/(('%02;DB45IKE@KJ.A=04@834*32+(())**;>>C:<43.03&$%),055;>DF6-)4(::6.2;4<76:=>8-,))%'''5)9/140*&%464.163=8?=H>@:<'*7JGA58D>;/4FGGID?EH>>6<<87:,,&/420('$&')((&''%)(+55*.,=GK?BA??BH6>5BG<.--(/,+4531&&&%&(->@<---0+,,&2-5666'?>>>>3'.':;%101933+)8/.9((77@A7;@@66@<<5%&:>?;F@)&)0,(%-($&'().(&179;:E<>CH>@E><@BDE5:CCBFFF990:..79759.,,-?@F?CA%$$%$%)&,.+/041)'3:?DFH=FHB(=59:G>FC(*7202>-./%%&44,)97'(6736267*CD>AA?876,(*0//DC/GF<;:,(,/0)->=@*;;=:@A-&@CGEILNO@88@@A8?650('(%*&((&('?CJD->9;?FG?A57/5-5)D1/1(**&$%$()''('(<20++3/6=8*.:B;3BC62-./A@7:ILK+<)77*((*&''1156640AAFC1,'(033%)ED56??BFFD?<5402./1)&C691&)7>;=1'','&%(0*7:;A@HNK/,&+(&&%/3-/558(''*?04&2699*63:>+;83($)+26BC=>-/%%3*@6;;@=;KB58ADA*+*$%'-.AEHD<=MIHDELOK<:$%&&&'020))'+(&%%(')+1B@<59@BDFD80+'&%$%$&*($##&&,//3?=423)+==>??79:?D?C((G4''&'&24:<;?B>@A>9=4234-$&%%/-.0A<=<;:/%048;/13210-;>>EC@A62+,+,%*).*46238@A>=(76/23000776.'&'#%'/454%$$*-238AE?7DIGDG:733873349'$%%50(%$(299,>A<=114/>?@3%%-*/)13--)33;::1(75889&)26*-*-%%&(''''74*<;7CFCG=I;666../-+>GKE4/049/021/=>EKH?--(&%%),11.-$&'7BCB::BDIC@KF8@<01((('1'2A>CDFCGJ49)9:@@4;5/=@B?;9@7368@DBG<<>64/,-..?>>ECGGFDECEGJMI:/5**A:>>,(%'21-**($%'9.0.4'%$%))(0/0:,*35'.34>96:<7@B@>7372')17=K>>;=C,-''D2$0:$#%(.)%21+/'/22:8BFCGGBCE=>@JJIHG?DA:1ME:;9,)((&'%&%1350/?=3'/),,0/(34*21&%%%%)%%&$(0,<:,.,,(&&)'&%)((*,67839=4/%&&#%)'&+668=<=>:=1EHKNFBAE>9AD??===DBCHDB6<<789;&.(%6'#$4&/0%2:04%.%%%%$$$(.30-,+DC3$9%)1,*/)*.6AC>B@50+,+4@@?9843%,8:?CDBJMIE577;=6+10>DDC7CBJKIB>=EE?4*(111*)&)&'&,9/3<>B>7111DED?815($760/'%'#&'$$*0&%#'%(*370<26:2(&'&*%,,*-*.4,%(,.,*,9$1)()%%,);=;;<+.0661=;67=:5:**%$(%'...&&)*&&%-.45?<9,6'),)$&(***)-,,*,256/./35.78:@?>C59$).+,,9;=@C7/*&&.'&.+32%)D<55FB@57:5%%%%$#%$$%')'(&$$$'$*9=<>@$152,$(/)$%$#$&$&%))587+B=,)&%*=>=D?-@E7.(036CIECAB>=?CGEIGB:7;9-;=6).)(%$&$%*)(%'%/:;6B>>548361->>:>BBC><,'C@'9*,'(DJHCDAC>,B78$$***)/->DDH>9;>BG:G:950-*%&%&+)##$')6,,%(&&9/%-,,,/%,-,)%(+68:,,--/:;B@>?9=873=D6>73:3((6(&%%$$*,'%2-5:A+(($&'**-&.'939CC69:0.571/641(%&%'$$1236@666.*0*11&(5',,,,,+++)%/.033336@*'&8>;;;+3DEA0%%*,,)%.%*(%)'%**+/1%53J@FB>:C,,@<,.*.;=B@:145C?-&:5@4?L===:=6://AC<=MOQEC4/.4><<()+-.334>3@DF@AD>84430449885:E@?EGFFGG+-**<68;<9:67,')%%$&33/.35>:9-%$*,/'%BGEHFFA9C65//(**.&*7;00%%%$#059;=@EA?85((*-.6<@BD@26-&%4@@9/('(;B:1((((((%/%%;GHH8.578@>F?IG=99::969;?EE0(+$-10'1/)+%%$('99D30:;A/-'%,/(2-)+*5<<<<8:EC).HJFK@EGMEFL9CD8-?BBF,LNM@=:CF>FECG=AA?=<3=HGEKDA@@FH@%*CF@86=?;5'(#%0-((9;ENMK;,-AB>?>9443477778....<=>@A1;89EE@C<@CEFF9-I9DF256?>9:9:<='*%&5-)%%%$%'&)&00180//31(%-..**+,97./02@?EG>GEJHD?C9:80:;(-%%8924.4,&'(#&&&,101886BEFG;*97:7868@:?&5GK>=:?K?>>@D0//0*,..)64563''%&#&><&=*0.4/9C@?DJ@;>@CGCGE22.).)9*:;:/$&$#$*(()3:861*,3-CA@?MGF@A:CCFG<8350001**DB;7448221($$#$)+*+52,,$$#%$$,.8;A>:7235&#%)())#,$.+,+).'67)26:'#%$)&.02-08>9>:=97=;<-()82038+2673:?8<>ACIG>/A@?DRL?829=A;304499-%'//-%%&(++043*,)'3(--16586.(&$?=DB>3.+/::92D>@E:8768:;E:C1+)5(&+)'2**-/7639=CE>?AD;(((+-)&&&67;>:@?@CACGHD8:646A-)$)&%.034=@87>B@*&$%'&$&%,-=@EF?)48>5358,,/..1(.*8841%')'%$*$%)*.57%1/--,,07:9?8;GI@888DG?-//0$-.-(&&#-&$%0.)(+&&108?(/183AD?9=931&$&*,229=C>=:<99987=($&.3%(*)614%($989EB=;CC9=/..03<=,411'*'*+&&)(**:?*171@;A<;=;$$//%/0-%&272-.0>?8*5566<899==/+*#$&$$%$$''(('%,09;::9+&&(%++57*-2)+/1;6:8.+53-*33385.-+(,-7<>C?>C:>?;47*'5.(((/95,//,2>984#%%#%%%8:*',=>7)),,,+18=;;9?**53320,1*10,.445144-(**9A<;3;?90&1&.+*'***''6$(%00$'/,,-,-,+/68CAAMNG6/1),*?7)).27387))$(((*&%*)0:<@:=/17112$0/363479BB/1@>501&+2***(()*1476/,+/.(+,:4,--2/221*&'+>=,+)333313*)2:6$%&,-'$0(*)34(.9?3+.1-D@@@C,(BB@??<=?.*(3<@)>44:BBEGAC9CF?E2A;6;1;=)$&0&%#)((,)*0)547235=./.++,020$0..2);))*&>@CILGA=6+326,)(%*0063A@B==M@=:A==FE9DJ<3$(---.+.48:55B5:3426<=@DA>:('%''('4'.&61255:2+++BH847<&))+2675865%**-8827202-@@GHFAC>+$0=-/AIME9:203<:(6*)+'(('(*.410-(((+(%%'')').'5BAB+=0*&&=;:-10,)+)'(*)%$%'%&,348274/4+=;2)+8:1.(##&+$$,45)7769:,($%$#$##$$$%*.8/41)++&*&((-3&+,)())&(4754,:2=@853&8=3,&&*/C?<>>%;->AAIE=E?GEF9?<>)..66+::A@A@(%*1454:<3*$()44(B1346@2,99;<411G=?2B=@7)-?5....6?>8.*(1;67+6;<-,8=96&%$&&10'&&.25=@7***+'*,,1?>.47;BDCB6B7+&$&$')/...0*&&(0),222=:75512--7;A??>76,055<;:'%<:=578GHE:@/A9-.324(>8?+9;;89'/1BCECD3756;;5((31%$%%%%%%&'8&%%*'%%'&$''.'((-FA=@>1676=6>GDD.,46;C@B??C?)&'%&(')&/1.(',,/,)$%<38:7---)%)),0/55/574,')('&-/-$&$&)<@>61%%&"%&&)73145>C??4?@=/,5)+8.68>?19<,CA+-E<-./-,JME:9>)'&42815344=>@;4DE:&')))8)721242@C;=;C?@@>9,8;;2%%7613>A@CC5-2B<>?BCGB=?@;8A<:C??NPCCA?B>>?BAFACG<<9?BBEFKLMJ6EFKAIFEDGLILH=@=97>A>BDDDAD=,3.)//)2+,)11*.<8=::<>9,=?70')61+.+2;(%./57:;FJQOMD>7:;>=:712&03458:;DAB=;@BDGIJH@GGFA<<;=FB@AFHKJGGIHG@?EJKGID9>EIH9):=>6<;85B,.;:@HIH9@HGE2/3703596<;===@.28<=,/'8::A=:;'$5687'8887646988=DC??<>@5>FGFF=GCDF??@DAAEGB>AA<8=>FIIC;-6$'68=6=@BHG>FDA9FFGFD97::76:9<75?JKC@==9(0+(4247;:@56(,(09:5-&*3%+=?FGGIKILMDDHLEIHF?AI;;>@AA?>055CKHH?./@@HLGHH64?CJJCLHA9>GFJGCEEDFFGC;C@==;20-';6:?ACFKE5?>+0267::;,6FIEE;?CEIH;YXHMG@A@84@4AB@=0.29=.,:;AF=9FF@A@@>57??5BHJKB@>:(..131-;7=7DABAAFE@?>67'&*..9://9789:BD>67AFNOMKHE-55CIGD@<94C@A@A>A-<89;8@EC5CD;<=?>A60?=;CHGBB@<=GFBDB<>A=A@C<>A@A:415:==CBIKH??><;/'',-/-;:?B@JG>A?FHA@EFIKNNI>CGC>A=BD?:9>6;1*4-+<8:BCAEEIMBAB>CA:6?@46474111*'21::/10(&%&@=?CDCHDAHDADCFEDDFBB@CC>DBCFHA8&0,+*2?BECBAAAF6=>AB98966:ACABAC4F;;@@B>;>=>CGHEHCA?0(&&&%%&).-.+3534547*4876362653(+.(82:78;>GFA=:;&)*4-.37998,,/34-9=LJ8<8;8BEIIFA<;=CCFFB<<<>>C=B:=CBAB5/*$'362;7?GGHCAEMJJF@CFEHFD>@?4=>;311?9<=DB;CHI>DGM;=FE;>D>@;.<(':<=?;@BBBBDCA)<=??@FE@<:DCCB.=>@A=;:99>C@C99BBD==@HHFADF8+*(,())+()696:::842,+36623?882&&&86379FFEC@=??DCCA@ED;B;;>559:ABBEJBFGBB@DHABBB48B=<=467*2-:A:&+%*8<@?8$&<=@BGB?>CBG<701%*=8&+;A?99>::DGIEA9919=>ABDED>=,>=4--49EB89AEA679CC9/1BFCDGHFI?ALAD77CCBB@;9881*(*/7<;$#-'.5597@BA?BGHDBE@G==7HAA;?>;;B=34*3%'((%(688/=>>?EB<>EEFI?>B?=7&:=2?B?BBFFHGEFGDEE7@GJGB?9)%%6=EFCAB=A=AB5JLNMFQB=?COOKIAOJIDKLNNL;0+,;:<-,(4DFFAD>,150:F?MJCBCCKHA;<>AE6/312(1.2/14:336<969?>?@=3(46898:/2>?FFLC?=<;=@4EBDGJB7;9GB?B@E89?DDEBD8DDBC=@A=684;866654?6112=>GDDA;,EFLHFC1A8,)*1,1>>>GKGFEGI@FDA@BDB661%;@5=@>%(<@EJKCJJH=:==DCD@=11,''-,;676::B>A?C?>?<7<<:B;?D=<<9CE>B>=M?C98464BDCHEEGD@:<;B988*)+-5=28:;;@;??@A5;<;5446$%&%/:'822222,74:??FDHFB;8769945?ACCFHIGF51%&7:?BF;B>@@<<1/4+,784A9;;8;:>?'786;;98?48<=:;:467.-'')+5BC:667=CD?FG9CDFG:?==?><;9<:55:?B=9AEBFFDC?:<=>>9?A;>:@BJ==;7:5+13893=23=4/38<8288:;::9:=999'$62=21/-%-088:1)+*<<7855;:7:D@A8>8:?;7.-,(1;<7,578@>@AD9<:9++0?=??=?=<3#+'%.2.4>:7:?A>@A@488;A@:?2;=;:468753.*&(%$'8?=B:;>=766((/-)..-,2+8978)66?B?8>CHHCDJKJE?EC>D=9'<0?B9@;=>?)%()4378?<=;89>G=>E@EC>?=?CDGED?>=4?>9B<93ECBEB==718=@FG?=?766C2992703/()%%#$''0289?=58@DD=A-*)$$$%&568?FD@CCAA:C89;??<=>;BAGEC><:7&&.;=@C;C?A<<55++346<<==?@@5&5@A?FJHEBCEBJB&&&8=:8CCCDCIKBCG>>?=A;@ESKFI>ADFMH@?GHFE:CG?DFDBEDC98>@@EDIHGGCCHGFC@AACIONDBDGI=9@AG@>>++BA?@CID5BD?>DBAB@6C@D78)>2*CC:<@AB8148::GBEEDB<:;>*6=AJI@?@?CF@7<>C<<8>EDFGB;6<=?;;51104-+37BDF>GECB:KKIKHJDB8;D>C==@CAI8?I;22:%)83@=@BEAHNFDE@A>CA>=9.45=EDBCCEGC8?:+(,(&+15677))*),%$$..35684?>?BCCEHBFC<>?@EE:9;<=?>=222--A??GDE?7=?AHIGA??C<=DFHCDHGGI++/;&=AA?-1<214=G9,888A>4.,3'*99>CED?9>@JJKF@@AEFC=AFGBBE>?;?FICFHD@AB@C@GAAFNMMDH=@B:=BB@>86BCH?769@=8;AOOI8BOOJD>;5BBB>ABCD?BCA8<6?@;?>=90..;94.,,-1412/3>=8=C??>>42+$7448:;::ACAAONFG@EKKD6:ADFEC4:CGB?NHKJF06FJL722?FIH>>ILHEDDIHBJECJC>HGE?76>=:35?@B7?@?>>C;>@@AE=BA>>:7AABBDCA?<8?=>1HFMKFJKF:>BDC@7116;8:9675778:711388<GKEEHC9?:9@9BB;'0341/?>?39;>?:=@9@C5JJHG;4468><9=BBJCACD??BKFHC@>@@ABGA;5>3449BHC===:73&-/847@@>@D=001::<<@?C<;A>DJ?IF<%8AJ;I@GA>8;;9@@59EAIKG2'-E@AC678;=>EC>?=>8)BD6;ADD78@<9@@FGJB@H:9ADHNAIMB?>BDEGFGBH@DAA=:AFDF@@BCBD/.=4<@EE4/+89A;IJFCAD81*78:9?H@DDDCNDA39<8?BDFGG6BFE@:>5=;>???>>4@AB@=1+/8/-7799=96/-)&$(/66<;<;?@AA,@@ED59:=>?@=DEGBC@C5CA6(&687E9:K@A=??A?9(+(1::86*,38=:4;:?C>=@C?DA=F@CECACBDMM8=@B?ABG7=C@A@B=?<@@>:>;=@EFDC?GICAD;DBABA4-.--87=BE@5@<=::;3/+.',.7458A>@@?B:==BA=786/;;=?76;91/66?;A9:4<4-3HJSQM>@>EFA60?@<4330.+;>BDD?80418933:991:9=;CCFGCEB@<2F>FAC==<0/9:.C;=D6>9>A?33(-<622>?B>@?DIEC@6<@=G@CCG@OEJJMH9;=CB09@A@C>IJGFHECGHDDC@CDDHFDCB?:9;=<.15;>>6@A()+MLIHIAHG><>@:A?//,557<<@05=A@CFH;2/-ACDE@BCKDDEHD>=3(,3:C;?JE9BAA@=AG.9CMM?H@?C;=/2;AB@?EAC$+7AEK=EHC?19DJD;0->1(*@>DDAB:A@9;D@6?=?B9:@4563430=?9021''*16=KGJMHFJC7FCIF=CAFCAABIIC==86<=;99B<<87CF>?E<;?;?C>=?9040?==:@>AELMK/39BA;;?5KJJGCBB8GA>CCB=2;>@A;+5@<877;37E;68::56:-9::)1---/161*==?HA<66499774?;9?GGE:CIE@CAFIEDD7@@BCHCFHD<7HAE;BD?C?DF?EDCE>>KA@A>B@AA;?@DDIMIKLCCCIIB@4555$:DE;A@D=;>>84<;>;C@JJDF<@=A:=<>>;;>JDBIDBDE=CC?AD58<=886;?<7;EB=?@:(5;A=@<@=;9=:<@>@>B@BD;GILMCBBDLI@HO@@IG*<@?EDABAFI@FBBEHBEKKGEH?(./8:><@@CHF?=8:2=>5>>@@@B<;B;IDF>;7@@KH?BCJINF?@ACDBM<<=?:544*-*/05@>>9;A?@ED?948:E;/1,<7D<AKKKHID@E>>>6/?3GI@CD?>200:AGGH:DI:;AB=:0-14389:>=?EAFFDDBBDMOQC?;@DC9:?>=<4866'%%2');<;=:<=>@>@MKD5:858;0$'$>BBA@<<430:8-4'$'7=>.*43.2?F=?ABFE9:@AJIIKCIPG?A;;??FMDC>GCD9GICHHLGMLDDDKMHFAAD778=ABKFEAAGEABEEIDEFBDFHILEEGHCCCEKGBACBJLJHEE;:+CL>KDFCD7B9/2.*),;79--,5999;=<'03<>7:?A>6:;;8TLLKJ@@BG?@CKJIAECD@?D<-3.5+((6=C><;7B6457BC3;>DDBAB@AABH@8@BEG@@?CJIMKE>?DA?GIJF>?B==8:9)=@;;?=8;AA<:89/-)'0-'37877G@DE=>DEE?>?>:7=E:,?B@FFB?CFF?:18350111+-;<>;>D+'&($%-/(478866IHGGA37BDG@CCCIEAC;7;8>79++57@C?>>2$6ADEFHFBDGFCFFHKFE9-&*-,/0'//057:;'3/2&+<4.29*6(649:@B?@@?99<5>>@BC?C:7>=?ABD::CDEEFB5AHFBEEA<;+*%#0C-&((((;<;=.7896=@:83DA?;7<8==&*2007?@67731>ADBEGKGGHG7;@1CC??@9C;>;A=<>FGHE@@BC88IIBCJLFEGBH>@>D9EGF=>FGJFI;9DGECCGF;BAB2C=?DD@80>DI>K;===@CB971/**5=@;FAD@>.+&&),049B8>@=:=>?<;=F;@FEBEBDBB?FD@BHE>>88<@A98>@CHDFBCED@FKFB<#<C=ED8>/11*210,+19>HABFDB?HGC+()77;9;<9@@B==<@9;528;<=4485*06?IBHECB@BEBDFK@789>;:;?DA?>6)83/2<>?,93::>>=,DA?A:;<)67:=B@01)8>GG'B;<7C>:7'0:>=>=<69A>@@K;?C>619($(#*&07>=8=CEGD9FGGA?E6OGD@OB@?BCCA@;>>@B048>HF86>@?E@B@FKI@D?C;AFB@@BA?A>3')@A@89GGCFGEG=FHEMKDCD>A7=>@=?@.0?66755<9?*1-18:CDGDF??EE@BIFCKT@HD>>@@<+677GFD6557/%%&+6:=@@AFED?BGI>/9+6659=@?C;9:9;74:9???=6+$--,.:96>DB@/==?C;<9,,777>>B>CDB5>?>@G>FD1;93.)))=@JKJHJC@CMHAFKFPB33>HIJ@FGEGNG<;;;7@6;;??AEMKGGGKKC:29AA7;6<><>@A:9?=;*<+==?ED>BE?A:@HI?AB;ACD>BC?1169,*29>:9B>@FF>>?=668<<:799@8EBEFAG4)))'/44258<:<62---./0279:947;654)(*2321:7BGDC>;<0<7CC;=?EEA8)*)4;<<:;=;<=A<5;<78>7?AD:EB<9BFF?ED;=DE>7<=/@B=C<@><::?:;9>>?BCB>988@GEI>@LKH?;HDGHB/A;;>>B?;::01:;2?ABFFABDFHJ@B?GBBC/<=>A?A?FE@A?FDGE@>AC???CA9;CCDB?EFGH?A?FFCF>CFGCDD>(;=754##%.111G=F?FIHGDE6:;GHBB??>HCADBCB?AA@0?GJI6;+9>=I;=@>?:0532(+9;??<==1,,;9>E?G@B@BDJCK,;A?FF?DE,13@G?@FILJ@>=AGHGHNMFGKEHGFA?=9+FLIB?EDEA@000359?@>CC@@9@7;DDDEOI@CGJAC?/46876=:<<=FG?@,(2=)<&==?6=.0211121.'$%%().534:88;;:8/96?>@968243*&0.)%*.82@>DDA@F>HA6AC:@BCDA<;ACA?9@A==AADDJF@??<<=;=BJJA6<3BAFIGDC1<>BA>@?::3F<;,81;5B6ACMHDFBB:;6:??E;HG949BG<;=>BCD=;<>@E<=@&4=>CB@1?@CC965:<@CB??>A==7304)(,.8=ACED>>F<<;035;::;CEB<===1;?=@;<:::;;?;BCBDCB<69A@:5=><>??EGB?:C>BCFGGHHEDB*.:9=EE+(9;;<@IH?ACDFA9GHB@:>ID?@<;95((*/0/.099>@=8AK=><3B@;68>,113139%%%9?>E3?;==BAG9AA@AEFB<>?FEB@?>=@=@EF??3?@?DFB:><:;(%,8<==:7--38>>F=9'&$$$#''3,.,/99492168><0+0=>>><>JG43+>;>HHEHG7<8@?=HHBFFHA=:<:7$&$23>::=A<@CFHIJLKHL=BBBCD?9A;B?./(+(**-345995?BBB3<@@?G=A9ADEB=?AHGFG=GCB?)+45=54DGLLM;1>.-3;=AGGJGFCEDFALMLMJJ99@EDAB65B9E*8=@:@79ADB@;?BABE>>;277BABA8=><=7777,09>=;<:?>>4/249:?;8?@A??>=><8.-68;;B@;89>A@>??>>@<=8?9?@=LLL@CEH?A@A<..68692;7<=>'*<=:EEABURKA@AGD8FFH==?8?F=CCEFDA@@A@78?>-A>.3ADHD:>AAGLDAFB=ABDIHGA?7:?ACC:3ILJ=ABA>@EDFFD;5630$/13;>=37879:9<@==8&:DA,=HLLFL<,<-(+0<<;;9?@A778=9;::><0*,,-(,)+:9<=?AAFFF@GF<70%+7:951,,1:AF@9826@>?/2/2CFGFHEG?CACE@@D@69B@@?A???BBBD<>;=EE9)-EEFE:BF@>>F/DDGB9@?<7<;:@BF8===+)+'(&5;A<:>>A?CC%?A?A8@132(#%-0113AB>>=-)04.%%*$#&$-66669;=75551'--189;/;(8<;==56:AE=8=;:?FADBHIF@AD=ADCHI=:@A@;8DHH=;@>B?@ECABBABA<'&%%00.;37F:A7=;=:'966..+63:@?<:5:3*3;<>:;>??C?>279DBCDA<-1??C:C7@@?F+<;5')($%+/44376CAA>AFCHEDC>?@A?;0<;=A57945:@B46DACAMLA>;9A58<8669-*/.,.,;<=>BG99=@B@74;?GHBDC@4B7>=>@>5A75<*1@?<<@B<@<>=AG?=BECDEFHBQA<8@>FFBG?A=9?@(;<>A=()'$%%(*..36=A>AIIAOOHEBA;:;;CEE<=228:GBBHE?ABEJJB>ABDGB+:AEG;HACBDF:;<99@,/+<246/=@7D:@EECCA<=>=>BBEHPJABHF@FJKL;;GHBDDBCDDEICB=*:@A?7@B<>=@@?E>=>@B8?:<=>A?@ADD@@<:CFDDGC9;CA@5?HB><:.&%&6''00BCC?B?A0,3)')(..098,.9016/556;;<=;;8=99731'&&'38787737@=6:6*+/8300450%/-4680**.:3:;9.4114E@?:;DB6%-0?:9;<::IIJ>:=A-'B;C;79722<<;::8@;;>;>/@>DE@9<:878;@B>?AC>;B>=3,(*89799;;:ACG?@CGHM??9BE>DDB@25:86>5BF@CEHEEFC@==:9;@?A88?7<;:975)+,+,=997%&00CDDBBA758?7>ADEA;=?:<=<C2?ABEEHFCFHIE470:@AFGI?8EB@91@6;5ABADAJB@.5AAD@FEIIFF@?8.89<8:-9340+%$%)&'11/A77<=>AAI?=CD?<=;0008:;;':9;??/2-.;?A>26CD?42///'%'%$$'9>;>?>FCC>ABA,%.;MMLL@B6=>ED@>?E;@:228,38CHICCGHCB>@IGG>&)83599B=;D@*-,.&&$$#)*03.2278:89AGK:>AC6<:67>EIJ???=;9+)3537BB;-GB77A@EFD:CIJ@A>@?>>6@D::$7FIEOGNJKALPOLIDA<2-&(?.5?>>CDF?D8EA@KI=::1/112@@?>68<94-446GADC??DEIF?ABBCF>=@;;?>@>EE@BMEEEDF:HGHM@5:>C;@:655?DCB4669?<6=<:>DA;=AB@ID<3@?F8FE?CGFB>=7:-33<4C?2<9::DDCF;99=9=@DC35@;<@>BFFHFFBFGGG8F7><:9:;;::?>=>:;9=AB:5332;DC?;<@CB4.//1AECAA:;(&($'''99:>?:96.217??A==>?5'('AB=6EE=::BAF:;ECEA?<@A==6388844?@?H@@A4>?GG>BDFCBCFC>;67>84>@410))**%./3>@GEDBEBADEH<<>DE??B=CB8936;GCDADNH@>?DDHFEF:>?AF?LNJL>?IJE>?9:37/*104??>898DC=PEEKFDFEFGAFGC@98<:857<)-8;7)*%%%%+-+$$$$#))'(:;79:?D@@=>='&+,124BFBADGUWK94DFOK==;IKKHH?EDD<347+->::DLJE;574$3-1EHFATP?BDE=99=BLKKF>JTSRJJ@@BG<IMQUOFH?BFCHKG50085;7;B@@KA??B?A;BEBBA@HDEGF=BACFB>CFCF??6CBKGJPGAC8A59D=EDA?:1?A>;4'$$.?DCE==BDBG=/3<;?FG9>DIF=B>B><7477?@>7>??5)2-9878<:;:@4;G=D?JHJKH=>IADEE7AB;89DC@BAB?@;5GFFHD6?BA@A?=?<;:AB@8>6><89>77>DENJAMNSRIABFGC;>:9;>5HFF37>HE86B92=CGGA7'))+3-,;/,&$%*2888.0>BB9A@B=@BOLJKOLJ>9?9//((+3$<:?CBEFFJFA4>=ABABAFGG5+16669<78@B?B;$3;7134.**+('*467894@JFF;?FBDDFF>*&85023::,()%--+9=?78842/FEEH@CD@>>5377=<:4:?AE?@@?A=?;=28:@G77;CBFGCDFHJKHG55=?AJFDEA<,%%=1/><@:EIIEABA?BGMG;BD>?BDFA8DC@BDBEJFC:>=*AEGKLNHNJA2<=>DDCHGDFKFF>;>EDEED:&:0>=@;7GJRIGBCBIBB@ABB@GGHHOOM>BNNFCI=48.)BBGKFECA@-/(&0/;>?042711,101<;7DHKNMKB?MEDDH?GB4?85=<$)BCH?PLMLMMJFFEIPMBC::9=+3%%$%%3;ABACCDVSIC@?ME=.>CHFLSORSGFEF8G?DFD669(-EDIIGHDF;<;<@=?*-1=@?99?47C<=A?IKCMKGFFE;D?6:AD?>C<@GFE>>6<*))-,(,/7.01449?>=*13)&CFGNL@DB@443(8:;BDDLIKLKCDA@?>=@055;?>BC<<=HFG@@DCD=J@BEEECEBJEHG>@D@BC:DB9AA@A@FDHOMPHCLMG?9:72(9.-(::>FHI:;@?@9:8@>8<468:=F@@CEDECGJ:2226:;@C5/0=96:?945;EGJGE:9<..6=>9=C>CEAA<7623,7;=?,-+03>>>@7..19CG:9<8D@?@@@>?C=6643/0--0169==799:6&&&#%)113667<;<=>7;6=:>DC;3.?::@@;9&>?<*''+:?>>92467A=8>C9:9?>;=CD9;<=?>?AD/4AE<787#$(*553689(,5569=B8>>>88CBD8@@;BKHBLNKLFCAC<594@?@<:5);9<<=>DCCBBB1:%'//.,79-18300.>DEED;>=..=D?EOVSWHADCB:8=BG?:+>@B:==::74$$53@8?ADDGHF6@B@>DEF77C;ABJBD??**>=3<5BG2B@:;?@@?87;7+.5>?:6($$)&$#(&%/$%&%'17773'114:==HHA@<6-'%&'%&'5,;C@@CDEBEDBAGHIDEA,/AAAB>BMKEHE<68>ABBB(+..?;'?BEFA@:CCCADD<3-8>/00456<=>6+'),,/?=@C8EEEB)'B@75<>-1A?46@<@A@AEFFJPIID?JKA>B@2&$$%*35958'*/39@C=<:8F>;<CC:=ICGHEDEEB>DJTJDHF>=>IHLLFED<<=7))%)))%(6BIGHF4>AB@FD?*)+'+*/0,,==@@10?@<@6/((,&*,2.68>=>?7-'';7999?B@?0)89@DFG?B;59GG:=;C?A?4>@/<;>365;30%'.0.,&*+(+8:F@>=4,.HGE?=@FGDD>6:EGGFPPKJK<=BDBGGHHCAADHI?C>CDE?@DCB-0?C>9CEC@>@A??BCC=0<9@:9>;;@<>A261;@A==@>E99::8)%$%$#&(-'7;''<>@BDHE=@DHE:CDD:=AA?7?<=C968/=@>=2:9CB>.0BB><89:;:?@?<<5;>FFCBCEDF>=8<=A<;E6><<,3)2$4;:79;DGLOCHIHDJKKOL=GI@CCHPJFCCDBA:@756;./DEB?=B??;=DGFEFD:6@=;@8;4:;=67>.252@>E==<4786,/4(,===9:9;:<>0A89;;,)'114<>A><<@EBAD=B>AJGFABDGMB>>BCD9?=?DJBHMBHIQEFIJ@+JKHHMDBDEECEFJCF9:ILF=AFD;BDID8:8887&%&8942E9>@A...,/8:6$77)%%%'44;1778654'+++33/.%&**(',.(23048:')*''*,)-9<=EJ@KKB>:<;?GIFHBC??I;9:?>DJJHBESRKL@:;GFGGD5D?767BA=;<@A@6==<;<6?A.9::89:($)+.>==9/++5@B>?D@C?<>?AC>66-(&78>7;C<<6:;??:DEE=B@D;>>@?ACCDHHFD0*(-,8*<9+,3ACC3B>@FB==??8EGACEBB8BBB:5:<=?>58<@=7@BEJJA?:(((6;?28<A>@:B==.@@B@B:?@@4+-/@=,>@BAAJKJ>A@6-578::<;0'$)'%&0/'&*(..2,&#%$(066=@;8<9%$'0<B>>A7BCIFEF=@CDDA9;JI@A>7=:>@B?B@@IIDFD694()0(+-).4654>CB>BBFD>>B==@@=<8@@<)0@6116@<-093<=644<2A=;@3223+*43::+.42)'$&&,0))(5*%,14>:FHG:@EG?HGHGGAFIF?<9@<9;DDIGEGACDE?@?A@@>EGHC@:02)$*(0/;BF>BBCB5MI>;0/0>47@ECDEH?B?@BADD9+1333.++%'##$*&%,'&)589ACDCDJKFFA;=@BC>B9FEGG?@G@E=BFA;GIA:BCBC=ECCA>9=;A67@=B&=>96EFHFC':89@HD>DGJKLHEB=>:@BHA?@AE?A?<%?>AHE...787??A7>BDFBFH@AD@AEBE;;=53253350@8C@@C?>?DBCA@C@89311166589>9:@?EF-7>>=7&4=ACALNEC=>667:@?AD;1>>>=7252/+$%'(4378@DDFGDACFF9=ACAFFABAKKIIJ?FF>ADC=>6?A@@@35:>IJGD5A-988CDC>9GDAAAAC81?;===F<>B;<=>?:112%&39@CGIE=9?=0,+?9;;=A@?><:?EB>FB?DGF?B<=DD/*?9;14A@/=91.)*+(68254969==CAB>B;--/)AB>B?;;DBA?5?=:J:?@BA=ACHD49<>:9<@;976-;99:666+##%&+*,3<=:@+.,341(127113177**;==?GFA@DE7-<=8>BH?EEHJKIGAABDC5:>E;=D(.?BCA08>GICFB+8.2AC:64&1;=>CBJE;8:-?BDF?@CDEHCG9@@A>1<>?A>>63:=>@D@A>=CC@:3A.083598((6::;7768.,0./(+'&&'''$'%&+;;;<=FJIIG?DCEC>:')GIGFACEGIA@@AGEBFDBABKID9:DAOM8;(*467/.778&'''$%(,(,45<@A9('$$''4+&$'%2)$%$'++)((,$##$&-.-)&&&+(&&$(++%$&/*)))%$$&$%###)#(*/28:?BA.6>BCCA1@=<<5BBHGBCCEBBEC@?BA=>;=6).1*24(',31'0663121$/*+0/(%(599:>CA030/0??G@AFGBC0<877'6.9:=>A=779=??@?<>HHA>CF14/31'+,))9?=@A>:<>CB@?@8BC--@@CIDA88;?9-48@AF9.6:=>=@=27B@>@?<<@==;1157A9BDE99=@?@@?B?;99455551/,&$#%0<<>9.;96,8DACEHBIKK>A=A?DGAD>;AA91<8999957;9?@?BAB>?>>)(.//<>??>:BC>=>9<+;9:76(7<8:>=241133:=B>?C68BD:+-77AACCEE87=6'0/26-4:;<9-1645631/$&%%%%%$(()2,,%'(,6<:=@A6B==>>D69@EE@D?@@*/5399:13<2-,*(&/0:7??CA5?;;=79321'%&,6:99:FF?COIACD.*>?BB@==<>3)77;BB9?8<;86;>603&&&?>>?@B<=8623-AC>=;9?EKLEKIB>E999-+.:23;.'%(6<=EEBA:=<=?8D;885)18987=68=>;?>FBDDE69$&$)//0:67(%(*&(.0-/<<;@;926>;8,$7/&(*$##$',-,,+((&&63>BBE:7:'$76634(*+))(88''%&))5,08=778CE;<:.%%*-/(0%6565464455'&,34'%&%%'%%1)32CC2.3**-,&*557.6.+IF?<@9BCFDDDFBDE>@DDFFFB?@//)98<8$%%*38:?CIKLKKB?GA;EGGQFFHKCC?=;9%%%&4:;8*-*)('&+9787;.EA@87:+()2224$)%%%'..)%%$%%*)/9557*-+&).69DCCGHF87@8-4))(45?@D86:>EEF=<:@?ACE:995.-&&68>D),>CFA@DEC5<79;8)$%#&'99>=95%+E'&($%%&%,.<>?DIFABA;?<>=?4'%&+03.534.(*)7:8?>1CGF???23?>>>FE@EEF@?A/*&7:9622%(/+09:8$9956AB=C>@<>3255;@66787)11;9CECHBEHOME=>>;1&-+,,5;=1+>0,-;4><=?(5389:HICBA@>?CBG<.=89>5?GHB-++,2.2./-%++26.?@BAA?>>=?CD@@?HDC=?A...:---->?<<06DFIGHBB@3>>&(-7,3,0.129;;=:8794%115@>D:=AI>CGF@::2?C@99B?:96,..CBE?>A:-A;=:/87=??B8:FGGA88(&'/-222//1*%1669?6GC?BE43%'$$$'&$)%'($-B4-C::CDA:6:>C<=>CHBHKHB9+&8BA9=CB8()<59;6;>5/16-1*'%&'&*+)*)+39;;A<<>AEDA=CF?A??787=@9><<49:>=71,/9+9;8<288';;9><;<459(.&,-/<6566358:%+7334.,032+$.1>AA;8=G@@@?=@/,+&(,5,3256?AB=;?578;C?4++=:9.*)4++../..0667631*1+*'?87:;8*%$%&,$'%$'$%%337::BC=9;,-?E=8.8BBCA?AFGIAB.0E@C:A?@>BDA@>IOGC@@ABEM<=A?5579;9,.'3(:A>CEE9>FE?BDB-.-11A3167FGEB<=:;C@/()+6789&;=>>/)&'*#'/5045654)#'(+-,-2;454/,+))-779BCEDB@>A>06791;4993)$&*&)$%/%'$'+/-27>@FD?3?=:GDLJC)-9=B@CFED=8BDGD35;<>BAAAB%?CDDEB?GEDBCFF=7;AAGGFDCDA>@?>:?GIFD@AB@BH635240/5&*.599815$'<;=AD9CBDECA?=::=><%?5-3?CB5GB=AAB;<:;8E<<;=?GHHCEC?;.;;FOHA569+=;(2;BBCB=>BFHDCBD>CD98<9==9CCA4BDDCA50011:=?:E>@?B78>ADFKEEDJJBHJA?=??@AD=@=?C)>G>A>?+)$%$+%.0<*1;BCCA?<=DD=>BAFGB3/?9<3097FCH>>824:78765;;CE@=BB5<-;=A6*-@B??A..4;<=&&&(-..6799:68<<.01>=:35>=96;?CAFJHCEEGHC:EFJEC?5=>>?A>46,7A?D@<9;8(43139@BDE=A<;;@AGF723>?A@A>?'$$:<>$$$%''.,353,7;?>?:9<;$#$%'&()(0022CCG6)9)>?=EA@CEF?C,;?AD9<:=?=?B?CD@;A@BAHFD?=BEB?@HJKKHEE78?@4>CD:C.0?7,*'50222576977)))&'274?>AB:69;876'+&/%()(./*4379;<87580/31;<+;599AB@5//?:;:@;=20(=???97,*:<03A67>=/3-00<=9FFB?BC=3=:PMEGFGJIGCC>>(4*)6FD9611@CD<;=B58:;9;;CJE8A>@>?C?B?;:77-:<898(#%6<<=;=96,/0*:;6>::+>DA876655-32+3347:9,0-677=*'&><@4';<=3=3>GKK:?@??>>BBAAB@C@>;=B??;;554/56642737;>;@A=8;:67<4),,C7>:658@B9;>>>72A>@=;??>9@01.77>;65?<755/)*1*,$$$$9:>?=>LKJ=?A:,,;;>=;>BE@DFCEEE:'A<:====2>B@?=>C7BAFE<);=CB@A77?CC<;;<78*$'+'+5@?ABELJ???>9&48<<;E=D7)-:@9<+0456.+:<9?EJD>=,B@:=ACAA;=AFD*'?@44EMIA::@B>5A;9?@DA???=@D544'%$%%&1:><.%&.2101126==?;AI@;<=>==;--.--++0.9:>CJJHGEFG=>==A??B88:55:;972:<@AACC?@GJH>?B>EFFC?C@@DE:=1EB70GFAGH?ID>@?;;8@86F0)8CG<@>=:9:95+1*78@>IEBDHDH;DC=+(++,((),,20'(%'787:>?;;4))))+677;7)+)9=:D<=FGG@@?BFGIH@::6:<=>;&)&&=6970;<<=??>747(/&##)&'))'&'%%)'315<<9=>=CIGF>88;6$+&+,%$'#*+14;;;BCCB>HJICFKDD@H==;:60:D?>>@@@?A?A><:.)./1-*#$##$#&'%&-4:?AEEEEEGEC;@8ACFKADG@A=@EE@>:780=68;'&:CD235CEFECB@;:CB<=>?EDAEEFGD8;:8,0:CCCC<8>4)??><*,B@864(5=BCBFGF9ABBBE>AD?HLK8@A@>>F>BDEENNBIIDB3??02+-+0<@HKDC@C?>DF?B@@=;@?BE?@CEE@OLEF@AA>FA@@;A8@5+6;<>>DGHHGFE?C;?=>@@DC810;=830?>B==>@@@@@BGGA@;9@C8;>EEC78DEBB@?FFHF;?=FD=IJDGKL;FD==?AB;8@?GJE;&17826>?>?>@6@=>;=?AEMGMFBC=549;6@GME=$5>9D?BDGFADHEBDGJKD;:@A@JJKF?CE;8988@78?>=-.:<4)()&%%&0.--#,CAFI@DEGAGDF>A@7@A?B>;9=BE@;&('()'68:A?DEA+*@DAB@>9??>?BBF=@BDAD8:B@?ECCADC=A@A@BBB;>A?;;==?=;35:+9;4-/51-:=51100353@=;;17?A???;3-.-''%'(,1144?B@BE;B:7'<<>6957;99GD>GKKJJH>>'8/$$$(.3;=77==@8???JHDF=B@A0)&..=>=2;?:33;5.,&)65.,-(+*)-745:=?/;78A=ACDF@4?=AC<@C?<5,8:7FD>FO??>CB??5:/3*CFHJAGED@2,''#%;89;GBB>;99'68;/2==@@<89=9>@C*BAE@A;=1-0*)'0)+-(/10>>:>?6(-<==;>?@B100??FGD296+?::@EGFBHIIHA@733<=<<=8,332;74469@>68?5799-?;=;:@:7;@?-9AA?E?@A9:00-1038;7;=?JA;ACA@=BAA@BDFB9B<3*/158>B;>??@CDCGF945@96+(,./33%*+***+/78;AD?9?@AA>7..1)%'.%;;<;;BGFE@A<>@FJKNJD?=AA026++562&';3'%%%&+*70'+7-9;?>7<<=42105%06<>B@DLJ'CE?DEFEMGE@=B777)/1998;DCE8;;3595500/%+95;>FFC@@@><;=JDIMD?BFGE;;@A:B>7>@-77?A12544$-+-BBCIEBEACE;958;=FD@H?EADA+%&%%&%'("3:;8891..+%&,,.26301;;AA?@AB>*2)**2334<<@9+&((95??<@IC=@?GCG;FHBG@-0336?:7::?-*33=;DECDGB><6>A'*?@>31,(&379CHECECCCECCE??D?GC9@A>BC@==<<6771@@FFC17?;??ACED@@<6CDB>AAAC:@DFG@>DGEGDC;=7A<36@<>BKUQJ>A9.@BDGEACIJFEFF89?DE:?><=AEC?EHF8@1>BAFMKLEHHACAEC<=FIIDDEJLFDFE;IFE?AF;??BCCAHDJD9=>@CDE@?@A$$/'=;>?>CCD5=BAC79<<9=>FED>@>A?8)+*,-,-.546973,,'8=<@BAEA=?>=*+-()777;44363/3B:@>@DE>ACGEGHA<<8:36<>=<=ACLDDEAGB>@2A/0,7;@BE860,+&(8:A85CCAA@5>@:::>ED=0?C@>>A9&9:<DEBEFJ9.189359MGHEEA<9:>97:<@==47:>EEBDDEBGHBDKLHHMGAABB%>@>?B=>)7;55356?CA<=6>CB68://%$';>@C;;5>=BEB@BA:2;:5A:8,;DFF@IA>HBDIKOKFF@B>>DDLAA)5?=6>DDFFDCEB>?9?9@>*?@CD?AHB?A878;?==?DLD@A<540.11):6@?CE9HFDE<@EECDGB3:56BA;14=;0::=C30**048BGID9C>2@HF@AJFC@BFGHE?>DB>69?HJHPOCDG57<=GHFAEC<@@?>???@A>@@83,3+=>;89CAAEC3:>DDFA=;;?@769839*33677:AD;D@@AA<>HEEEAAFFFIFKELHA62247&*39;;799?KKJA9985*;44&$$$&#)/33:7:>;<=>C@@<>?DFE?2;;((,@BBD1HJIGF=BGHE5BA?@@<;@?BDE@BECC>>F55F8;=GB;=:@A@BA@@;@B?E???A>AB?;7=CA:6@>=?:>B5?@*=CD;AABC?>?CADC?=CA<9?&>@CEC?@==CDC<6766D>@B=AAF@CDIHB=AHAC=?<99D<8>;:D@=A=<>B7@B5<=9<GEGCA+@ECBF<4:;1I@BA=/&0.'&&&/.0@?=DFGHHH?H<8(=;@?@@A:;=>?>(60$(0123;?>GGECEDC8=B>?B0>-A?MGDA=24<:@JJFFKIJLGJB=FC@FAB8BLJ?B@=?:F@A;>?H@AD30;=AAC??:7;>?@@HAB=04FDABC@:@>FIBB>8:BCHIEJJA=FJ?>?C@;DFFF?;=>>FA@CBA6D<9<$6,/0089:5967A=ABDAGJKK@AGFCCCC<5,'+*'(788;3*?C??=:<=?<<9>:E;@=>?B4/,-5119>>>=@47<@@?+A>>?8ADD>FE@9:77752(+.,576<=2-0.//#)'&-*(,111./9?@7@=:CD875;9<7:=A>79349>AB>7;DE8?EEDDDDB,218<:=EIKB@1/'>==6DEE7457@>DB:<@C7?ACKL@AE@=ECDFF@<=<9A=>;<;;/)+++>=,***->FA?,,>@BIG:5CE>?;=AD?CDBGHE=:79:=;AEDB:<7EHFF;<;>C@&B=><8=IF;?=CB1+16@?DDC<99=:50&%.%'9@D;197B?@A@B?DE?D;9?<97@B865)?@?6715DCFGHB?ABE@6:=AK@CBGIJKG28FFF?<@@?A:55DBDA>=;6*),BEACJICE>C=%%6BD9?:204=?FCDABBPMKE8KH?B?A@AA:?@9BCB>447==G7F3F.EFN@CEEBFJJHFJJI=.=A??HEIFGKL;?@GKNMD?,,)+(/';:A?GLKJA@ABD99:=;;:<<-***-)%%01/&&&&'&24?>:51*33+:?FDCB==14;489?IGEE@/A>>@GED?>CHHHEDLD//+)05CAAJCABDAEDCBC::B=@FB<<55AEGBJ=BGEDBCA=+%;;@7B:;?BBCBAGFA<AEBDD?5:CIICCDIAEF+8LEHCD>==IH9;>DCAB;;<>B?DDAFIJFADD@CIIC?CGBA=FJA144CEFB;FHFH<8AD>-1*5::;9;=9:985&'40%%;<>GDC@EDEDA?FDG@@GJKJKOI=H@?A?:G-3;>CKHFGGDC>J?@:DEEHNNNHBCDA@E@?DHDBBEGH9=LMLJFEEACLJACEHGA+,3?CB@A@=CC56<8<@B<81''--1949FFD??:,6??FIHEEAC>EEJFIAD9<9;?8;;??FCBB@CBF<:9EDCE=B>9?DECEEEEE>@<7=<=::<@;B99>?F@DEE=HBA@>?==(,@C;;BCC9?>EB=1-;9>=>>?>.206:77BCA?4,22A<:BCDKJ@HBKKE:269FGCFGHA?@FBGGFDEDB>87HHHA>98>>BBB=8@?FGJCCEEA>8/,$.2225:=>=?0,274/.42CE6.,,%-4;3D=DEGCF95=?CE?BJG;A=;4('&&-85=ADBIIIGG>>EAD:<26((:>?GHD@D??>,(''@DBHIOD?@CIFAB>=:667@4843=;625659=GRCDCCB:@@@A7836),6>??A@?>JLFFMIEDGIH@B@*.>B?AEA;-7>728>@A;B?IGAGB?BBEE>:<=B9@A5)7?>>:7878<>CE@AB??:DE@F;BE?@BE>HDCA@>:)1+.ACCE@:=?)%BD=B>;BD@GJIB9HB:.<66FQF4H>;??:;:743&%*=@AF?<@@BDBA>EGHHEACH;5<>B@>7?><9EIBFGFFFHFGC;BDD;?=;<<'8C:8769@??;>BEFCA;CECA@J1/$B%.A<=8<==%&/5=@;=??D=8040692.''**+.$,,.//5%%%&&&7>=>@BEA<@98?D@4:@@BCA<CFH;<@EF>@@B;9;<=<>4-')+0+369*-35:999>DCKKDC?7:B@@632A<<776-1;9;;%&;<<433.2839A@>=9=BCB99<<;+-)17:%7<8::9:?>=//(&2;<=+$%*;<96/;:=@;@<=8CHH>A:973.)0'+>>CGGJE@=9;9:AEC4189CGCCCAEB??@>DFK96A9?A?240FJEOOOBE@A@DLJABEJ=B>DFECA9@D8:@@B<=5;;>ELIAA::B//+&()1&/4=%:8?<;??;?FJA:4%(@CB>9?ED<;@9;D<))'3=?DDC?=><<>(%:B>AEE>B>==1145.9;<...D>@CG?>@;;@@?>;;2*)($%,-0=>=IAF@HB?929??@>@=88GN?990*69?>;<<>>@?@E<==>>34=54/>?CAC@@=AEHB;KC65./(489,)&)%$%$$$$$%&'*-/,@B>222AEAIFAD5>EJ;<429>A-':=;@3><8:6B=A5AICB<>>(/AD:::<../2%'3-):;:;A?A?>884%,+-/330::@G=:;8AA8%6;9AG?9?ECF?=@D<)'37;<<<<;EC=DE?@D=7AA@CB?67)%&%(7(59>>?HE>=<9?;<>;=<;:8))09;=>>??>@83=BF6<3379:=?>9;@9*E,=@>7.*>CGDD>B?3(&'344AB:<<@AEB<49918B9??9(;:9=9'+162'&'43+50;=C5;CGFBH:FK<=?;=14334.625<$':AE7:8>@:>?799?>8804%671EE<8>;ACE7=B>*-+,6$5'01;<4=79=>8<823A54A>:A;9?EKAHDHHD<<>@B;:A?ABCD<21(53<=4>@?=@6568?@ACHC9>@@A<=>B@BBGBAACB?AFA=;:D8AD=48:??>:>=?$$%-3::;<+'1%6%%%$$,-/014644;6(&(7-<>B@DEC=66:;>@><8:<=>AAC@EBC??9?997+)))374559:*620.)@@A7610/7>@;0*%)114?=;B>=>@BB964:=>>;96;;<:92'(+,-**,5??>7@A=<81)*%(1:?<>;NJG@59?/953613==<>A8:@?A?BC?ADE?=ACA:4<==79GG?DAE7C<@7<<::?CC7??2?C@=<:*),&*)(.4():6BC@::>C@CMNMGHFHJF?=;;;9<;E;=:2141255.113?860)36;15@BDBC=>5=:@@CHLJGA<;1+,%()*++,.;22242-**%',0@48>@-58462@BEA@BIJ==BDD>;@3?5@7@DDF>@EF?>?,063369CG=A???ABA=C:./:643))(+)+.--&&'%%#'*:<57=@6997A>E>++5:IGH4)4:<9?899=)2<;435$0%)8:79=;<+55:@@:=6@BEHJIECAC@3?CECD8FCCE=8?=CC<94.<>8<<<>;&(&1+.35857=?;/?A<:--..9;:=B@DB?EC<=@DB>160=@GCC:;GIADG?DHDF=<=?>H:@3%:=:8346BB@@CEFJADIH=EHE979<>@9;8/&,26A@51657244?>;=<<=:6/)*.*/267511:658,/<1%')*30//#*(&(23223>;88:78=0'-78A>31/6)9=:..57<<8=?B9++&.?=<;9.:A<C79>>2.<6A8?@=?;B75:89><=$8>>D@,%9?@=><8>DA,-.7657;69:2,386?8B;-00?=?=9:((((=@F>BA>ADD>7+;>9:>;0:$'/;2::>69@==6*998.46:4/:).<1=63+.5797+:=1=?B@><;@<>FB@16;79:20,/042,&;:<>>=CEA3C>0?@<962001:;<=?10-:=?@B99DB+<46,((6A;3:@:869=A97895..09;DDA45797A@??@AE?A;;?E@FF?A?33444*578;=?9782)9:*+)(,3;987';?=BADGEF@F@><3,*:<::7.==<=0.BCBB858883*%'*)133189>=;=))))../.3.89=2430')4-35;:8<8<;<:B:6=;A@;:7:9<87/((((-49<;::44.-A=:9><=>AAACE?58;CBB@CAEEC?=A@>?@@>=>C>>=>+>>/+%$(49=16C@CBBAC<9>>;67:./BB@:8755662/78,48=84535878>?A>>:0;5<904568,>;88.524*89;929B9@;012275%2232488+68:<<>::=;:*%%%++64:90)'*)&.255:416652025:/,24=?B<7:=9%%)75*1+(38>@B9JIHCA9E@8>29<>??9242)*+/,1211),%$%249/,,%$-1-29;=>B?<>A>;>??$&''::<86<=3--45/333:7<@4/6:843104),,,;<5=998:?AC>)EEFB>=B@::265;@FEFEA=>65=BB<6525(-0888??=?@A04>=5-68AC<<;094443;FA4>6=7;0/3-2/$%*%:<;7?E>DF<@6?>:=6>;,0*6@'+>DFBE>3215)/>=>@EG84:@38DC?@@A@?<<@?=>A>>@@79+2.1-.+,599:IB>FC<8;:;<24445:?=))(A*,%(4.0;/3IKFECA;CF=919@EJ;LA>DA37;?=4?@C?A979?@;,-0(*).&&2;89/0113:55:9'3:=;;589>B<=DEF6:442318<;8>;?A>;=8;85+1&);330123-.=8878:<>D46D?>BD;AA:<(,=A::9@A<:@=;@B6B41/00///...447$8>@<;,*%$$$//89;=>?949B=RMJ864993*()()&&(((4313*88>>=AB<4$$6<98AB>=@=E@BCB@':7<<;<77;B;777??=;:F5?@>?<24253((3?0?=<9:9)DIEG?@EE?)&&+&&014?DFGHHDIMGIFE><@@BC>;=?57=>BD1:;EBKJG<@@=?;=798,'/%&(-66?<=<>:(?I@@AHB?5='&134699>AABA;=>EFC>;3-+*--.<@BEF?@@C@:DGB:/19>?;;:;'+396:=7578:7$'&($(==??5?:=996613+.20(5/0@CC<;C83=E.::?CA@78:6?5@@?AHE=;49:9843=:>?:67553052*<9<<52D>095<:9<9<7:78787=8,)+.+/5>@;@82?=95721230/.16876+=>?D:@?;BC<@A@?ACAIF9:=7:<<;=;8/1-1**300.//,.<>?GBCC5299==;GICA<>>=:==:8BB6*(4<>:>?:@434,.;:58<==><1-,1253565*499BFD:6748,,*$6,779;+??A68EB9;;:;C=?6=670%,/7835:2:>?<543B@':98:;D:;8??>?>?BB?69::71;:26=?<;+'&$'(=@?DJGA>@:5C@@===;;7=@@=>;=7AA:>;21>??F>?3;4688?>>>FF.+*01-)1**2869675>>5:ACB2/*5(&&41&/21,,+)+149?;;;8:<@6?7>FC7ECC<>;7;:;4=><;1(($%'.8?A;2=;769:@67+.9?;:CEAC>I?IFBBC=$23,.79<@78>BJ??+14526<>>;9;=J<<;2'=;867;269;>54:8@A>6;837737::@A<4'')$#%''*/4-//5659:54=62437<@::<>-/??ECGI@@AD>=*35/74+(%#'*++=?:==<9B=?=9679?B6/.+)&')4?ICEAJIA:<89>97.3.086-,2'$61:9304:98:2.>>AA?>A?5/1'&$12851/.,%'))*769:*57??/9332<=7**91$'-*&/&%&%%(458,6669B@55?GE=EJI>7:EEA><@@CB?,A@>B@;=429??<88@B5FF@?=5@32225:CB;6<=943<9>76?>B<=9CA(&:32<8?AAHECECB2BE6CB=:??)0+-(0.../787')+*66*-?=5=?BB>?;;;BD>9443(/1-)&+)'0=>?>:;>@@>A:=EI.7CCC:9:75-/2.2)-5*%()12111(%6:)*-*,565443;<=ABF@<49;,.78:7:@A7D>=?:81C@9756<=;5(9;'+:;=?(<@;342'1389B:C=CEE<-*46:;2,CDC99=GHFE>ADGF?*>%9:<=BA@=;?;HBAJ?@??AA;=>>@BB9/)6:744$$8;?C??CAAD7IA46A68>3<6><,;;80)0>A;7?>5*5=;;77@3::/1;<:>B@:B89<7@><85?=;??==(&%+&'$:;799;778>0+89899*1&9:::9459<>?A65BB5D=@,)59>AEFCCD;;0?D9:8*;;:526,))-87<9@C8=CGG>9B===9;%'010/77*125?79A@:=CG;>A<=>>5.,476,1//:=='0/+.85855,.?A<8222:>:7295+0-'(,::9=:85;1)45;::A@:>A=+82+.,+,(&&3<.EEA83.)(/)589;>??@<95<78ACDF/77<><<=8>=>:B75;6@:63./-*0)''=9:+??89<=98A>2;8:9<5645-(004<:@4.4@=?=;57934?993=4*'&(%1**++'%%$*+?F>@:@==?C?A;6-',%,-32=831''''@;@CG>I/2:B;9>;8><;78>E><>43>?<<=?/((-)+'*22448-''33/$220+:=/<6=D=<>BG<4-'**<8DDAB?>?@@CB>=6%1.2=?A>;AE8>A776DFDC>;>@HF:E:E<>98@=7/@@6<=><>@A9:/2*'7?:=B/+7>>:+..-+($&&358.)1:7978837<:>=?B<@;<9C@99<3F9=G>=3<80?D@=9D@?<75622-*&()10524402=64;2.2-?A@331*(/3,'&/87-?==000(-57)58D@>>=9=>>B:=;7;;><6F>=<;6996801.87874:96=9:A>?<=5;==9'<($,.(&'%%%&'('--/<<<=DCECC?:0.&1/'&*()-/15>>=-=?>G=D:;>3/7(/''(','149::6996)*21*525298'+;;A?>@?99C>=C>AC?BFMH>CH1?ED>BECCD;<@>:<11;6=;11:@8?=7IFEAA?>AAA=;CEE@LEH=BB;>>4>??B2853645&(*(55)8:;68928:=93.4:=@D999>95329B>?=?4A<9364'%&$$%$'$14.8&+9:71-*)+&%-/4565&2:6C57::-0=>=2,7:()09777-+&*(*2&.388;;;@<<49BJ?C?,/-;DCHI5N;<9:<88*3:25=:=?<:6409777C?C;>DCB>@9<;63A=@<8<<243552&%7982273,17=A@?F=?;<<:&.',7>?A48AHI=<:4?@=7@04;>9/.323')-,))*+'.3$&887993%$%%%,**-,-(''*4C;@@=:598898B?;@=C*0>?DAA@:6:?@?<:BCCB;2.,,/$*+%%**6?@>DE>BBA:7GCAFD.7;),%*22/22(%31;=7D@23646B?CC??D9?<<84=<<=<>B?<@?D@;A>-099824<=>FB?4.(,0139;:IDHBEFG@;0;@=9?=>857@=D>DKG;CGGBFB<??9;<<:89646@8@CIGD>69<6:>=;=>?@81.5<;?::7=>?B?;78@A6;>>>@;@EDD;:4?&&(8::'DD=587=8:<:=9645765(&'.>8@=54443;HD@<;32539FBAF@?@D>A@@557DDD>(*64,535A;?>99@330)1.&'('&(&&#%%$%(),'(#%$/2*68>>3**+0@??HDC24/9(*35+&&9:?>??@B?;:?88:;;:D@>8<;.4/.;9<@ACE@CDA44>>ADBBC@;B=2@>==:=C=>=CAHIJVGEBDHJED;9()+,09=B>=0=?BEB14*-->;BCGDCA:B;ADB7%%)$#)9;?==B@,+.+*/5&')?<=?B/D4::?A=><<@9;848.1$$611'&&'&&26330>DBC38:<@@>AB7<21;D?FGF@810957=:<<@=>:;1*(/?=JPK@EFCDA0*,.-19;??=64(65&&00)0<<319BACCG>C@37<:8>@A???73358=AB=A;:?9<@*+))+&+=ADC=A?BG>DCED??;888//457':?<:0'+=B=??=B=<7:<7@>=9:53=;?B<=GG5?9D;;)/@@=;A7='5(:;A<:@E?8C?A8;?B@@@HA@>>@:=8;;E<><:=7833;9<:>8;G@CDA:>;;>-)96@=7653/))&-,,0,)'*((($192;?>@A??EH@?A===:7%&&+/9=8:;?<=;63,%))585::')...-166'**324:=4.0;696DGAF@>@>=>:>?86?:6DDB???@CBB40?@?DE5<>=;;9:>??12>CGEF=?C@=D=>B?8@@BBC;=4:=>571,/8;>>+)':@>>A?E<39,0(.%'(%6<@:?C=6.@6:EE>>-72-<;0431>CIA<0364'$1-28+$%('$)%'*.';>>;?AA?<()%+&8;>>>0/A877&.:;<7??>B@*':;89?B>@@;),>6-3=@CC;8=9:45&(2,+.87:7,;<<=>@9;?5+68;@:9..:1.1@??=9'4?@<=7D@@@?@CC@BE<::=A*(%.5236B@=?<>?@A>C@A<CD?<:9),DE?B:?=33/589??BB?=8GDHGA>>?>;<=BBD?AAABDFA>&5&8=6<=:94',47>:40;29=B@A>@90--.:97=A@C398:A?>EE>>CFA>?C;>=87?@?/0;@FF6=7;EFNMJ@@?1C>BGF=@BDF<>@A7*BIK>A=81927@:8))1-/,/2:@BEC:6?F=?>=-$-/5758=333,3@<469,7B;16+45543=>=<>=7;97A@=?>>>=?>=3/:799/?@EDBB;55'26A?@AD?C=>;?>)0402<722573*+/--.,/00$$2+$$#&<<=FC?<:BD?16?=9:/$%&%#$&--09::E>@=;;1;<'=??DEFD@FGDD?@C97)((*44<:48)+&&&58;>FEC7F:<:54.&'31/99;::BC=;@8:<;B9A;4@A<=306<7:9;97,CG=?97@A;?;69<;;;9?59:.)&)89.?C?8<>7DDAB@;<==>20?:&=2AAHNJ3==>@CCD>BDAHGD@@:=.549;:@><:;2&&%%&+0/5>859=B=8BD=>0+$&,2>;:>=?@?C>@546:,(<8402->5999>FHCABBB32.#$$/43;?AE9B97(');114ABB8G?>@719:3,:>;;?<88.//+56522+AFAGA8=BB@../3>C(33+>4<==AA?A>ACC885D:ABBB=>@?G@?...66514>>>A>?E<@B:;:?@355513393<:DFC<:83.>DE?@BG@KGA:?@F;;DDF@GA95:9:,.011A>;5286$800EDCE;=?69=>33/9;A;=BB>553;>>?F:==>>)==?G@E=?><<0?)(&'++5>>A@B@EE@@@-)'*)0.)),87>@;@????BGJ@AE:FEMB?ELC@;-:;>9;>?;98A;:549D4=EC@>A*1-)15.-:=?958<9&883*228=>)>;>>5===)%ADA>941)*/8<;H>BA@=B7:;<<=BA=A>EJ=71>>?5@A7=4=@E<=K

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bd0-e473-43dd-80f2-bcdb0695026e/1 AATGTACTTCGTTCTGGGTTACGTATTGCTAACAGTTGAACCAGTACTCTATCTCTTCTTCAGATGGCATGCAAGACACGTCGAATACCATACAGCTTTTATTCCAGCTTCTCGTTTGGAAGATACCCCACTACGTCGAAAAGGGCAAGCGGCATCCGTTTTGGGATTTAGGTGCTGGCTATCCTTTTAACCATACAAACTTAATGGATACCTATGGCGTATACTTGGGAGAAACTCGTACAGGTGGTGTTGTTAACTTTGACCTTTTGCATGAAGATAGGGAACGTAAAGTTCCATCAATGCTGATTGCGGAGCAGGAAACGGAAAAATGAAACTGTTAGGTAACTTGATTGGTAACACCTATTTTGCTGTAAGGCCATACCATTTTTGGCATTGACCTTACTGGTAGCTTAAAAGAACTTACGGAACTTCAAGGTGGTCGATATGTTAAGATGTCTGGTACTAATAATCGAAATCATATTAACCTCATGCAAATTATTGCGACGGCTTCCTCTGCAGATGGAGGAAACAACGGACCAGGTCAATCCTTCTATGCCCACCGTAATAAACTACGTGCTTTGGCTCAAATTCTTGATCCAGGGTTAAAGAATTCTGACCTCAATAATTTGTCGTCTGCTTTAAACGACTTTTATGAAGACCGTAGTCTGTGGAACCGTAATGCGAAGTCATGGACCAAGACTTAACGATTACGAATGTTATTCCAGAAGATTATCCGACTCCATCTCATTGGGTAGAACGCTTAAACAAGCTTAAAGAGGACAAATCGCGAGAGGGGAATAGGGGAGGTGATGCTGCAAGTTATGACCGTCTCTATAATGCTTTTTCTCTGGTCTCTTGGGGGATTATCGCTTCTTAAATGCGACCTCACAGTTTGAAGATTTCTCAAATGAACAGGTTGTGACCTTTGACCTCTCTGGGATTCAAGATACTGAACTTCTTAATATTATTCAGCTTTACCAAGTGTTATCTATCATTTCATCATACGCTGTAGCAAATGGAAGGGTCTCTGAGTATTTCCGTAGAGGATTATCGGGGGAGATAAGAGCCAACGACCTCATAGCATTATTACCATTAACGAGGCACATAAGCTCTTCAATTATCGTTACTCAGAGTCCTTAACTTTTTTAAAGGATTTGATTGAGAATGTAAGTAGTAACTATTCCGCATTTATTATGGAAATGAGTTCATTAGATAACATTCTCTTGAATGCAAACTCTACGGACGCAGTGGATTACGTTTTAGCGACACGCGATTTTCTATGATGACGTATCGTGTCTTTTCTCAATTAGGTGATTTGACTATCCCTCGTCTAGCAGATGCTTTACAAGGAAATGACCGAGAGTGAACTTTCGTCACTTAAATATTTAAGAGATGGTGATTTCTTCCTAAATATTGCTTCTGTCAAGAACTTAGTCTTCAACCATCAACTAGCGGATAATAGGTCTTATGGGAAGTATCCGTATGATGAACATGTTCGCTATGCATTCTTACCTTAGAAATGGTGAAAGGGAAATACAATATTAATGAACCTACAGCAACCATATTCTGATGAGGCATTCAACTTCTACAAACTAAAAAAATTCTGACAGAGGATAATCCGCATGATTTGGAAAAGAATTGTAAATGATGATTACTTAGAGATCTTGGCTTACAAAAAGACCTGTCGTGTTGTTGATATTACTTATCAGATGCGAAAAACACATCTTTTTAAGTAGTTTATGTGGCTTATTTGGAAGTCAGCAAGTGGATGATTACTCAGCCATGATTATCTACCAAGAACCTGCTCGATTTGAGTCGAGAGTATTTGAAACAGAAGAAGCACCAGAAGGAGAAAATTAATCAATGACCACACTAATGCAACTGTCACTATGGGTTAACAATATAGCTTATGACATTAAGACACTTTGTTTCTTTAGGATAGTTTCCTTCATTATTAGTTTAGTTCTTGGTTTGGTTGGTTTCTATGGCTATCTCATGCTCTATCAGACACTTTTATTAGCCTACGGTGTTCATTTTATGGCTATTGCCTATACACCATATGTTTTGTGCCTTGATTGTAGCCATTTATCAGCTACTTACTGGTAAGAGACGTGAACGTATCAAAAAGAGAAAGCAAAGCGTATCCTTATGTTTAGTCTTCTTCCAATCCTGTTTGATGAATACCTGGGGGTTTATCACACTAGTGACTTGGGGGCTTGCATGGGTTATGGCTAAACTAGAGTATAACCATAGAAAACGTGCTGTTAAGATCGTATCATTCTTTTCAAAGGAATACTCACCTCTTTTGAAAAGAGATTAGCTAATCGAAGTAACTATTGTAACATCAATCGGCTTATCGTCTCCTAGACTTGATTCAGGTATCAGCTTATGAAGAACTCTTTAAGGAAGAAGTGACGGAAAAAGATTATAAAGCTGGTCTCGTTGTTAAAGAGTTACACCGTACTTTTAAAATTAAAGGTGTACCTTTTTCTAAGGTAACTGTAACAGATAAACTCTATATTGCTCCACAAAAAATGCCAATTATTGGCTTAAGGAGGTTTTTTAATATATGGTATCTTATCGTTTTAAACGAGATGGTCAGTATATTCAACGTGAACTAGAACTAGATTCTCTTAATGGTTATCAAGACCAAGTCTATCCGGAAAGCCTCGAAGAGCAAGTAGATTATTCAGCGTTTTACGATACCTACTGCATGACGGTTTTGGTGAAGACAGTATCTCGTGAACAAGAGAAAAAACAAGGTCTCATTGCGCGTGGGAAAGAAAGGAGTTATCCAGTGTCAAGGAGGATGTGACAGACTATTATAATTTGCAAGTGGAACGTCACAAAGACTATTACTCAGATGAAGATTCATTTGGATGCGTAAGCAACAACAAAAACGAAATCGAAAATTCATTAAACAAAGTATCTTTCTTGCCCTAGGACTATTACTTGTATTTGGTTGGTACTGGTTAACCGCACTACTTCATTAAGGGTGACTAAGATATTTGAAACGAATAGGTGATAAAGCTGCTCGTGTTCTTCTAACGATTTTGGAGTAGAAGACAACCATTATTATAGGAACTATTTTAACTTTTTGCGGTTATCTTAATTGCAATTATCACTGGTTTAATGGGGACGATTAATTCCGGTGGGAAAGGTGGCAAGACTAACGCCCAATGTGTAACCTACCAAAAAGATGGCGATGAAGAAGACGATGATGAAGAAGACGATGATGGCTCTAAGCCTCAATCGACTTCTACTAAAACTGACTCATCATCTGCAGGCGACTCTGATCCCTTTACAAAGGGACAAAAGCCTATGAAAATGCCACAAGTCTTTCTGGCTTTTGTGAATGCTGGATTGTCTGGGGAATCTGCTGCAGGTGCTGTTGGTTGGGCAAACTCTGAAGGGAGCTATGACATCATTGGACGTGCCCAAGGGCATTATGGTGGTGGTATCAATGACTCCATTTCTAAGGGGGCTGTGCCAACGACAGGTGGTACATCTAACACACTTGGTGGTGAGGTGGAATCTTCCAGCAGTTTGACCCCCTACACAAAATATGCACCTCTCTAAATAGTCCGGACTGGGAAGATACGGATAAGATGGTTGCCTTTGTTATTGATGCCATCTCAAAAGGTGACTGGAACCCAGCTTATGATGAATCTGGCCATAACTGGTCATTCCAGGAGTTTGCCAAACAAACCAATATCGATGAAACTGCTATGTCATGGAATGCCTACGAGCGAGGTAATATGGCTTATGTCAAACCAGACCAGAAGAAAGGCGGATGCAAGGAAGTTTGCGGAAGTCTTCGAAGCAAGTAAATATAAGTACGATGATGCCAAGTTCCAAAAGGCGTTTGGTGGGGGCGGAGCTTCTTCCAATAACTCCTCGTCAAGTAGTCAAAGTTCAGATGATGATGACGGAACGACGATGAAGAAGATAGCGACAACGAAGACGATGATAACGATAGCAGTTCATCAAGTGACTCTAGCAACAAGGATAGCAAAAAAGACATTGATAAAGACAAAAGTCTATTGATACTGATAAGGCTATCAAGTGGTATAAGGATAAGCTAGGGAAGGTCAAGTATTCTCGTGATGCTCGTACTGGGCCAGATAGCTATGACCATTCATCTGCTTTATACTATGCCCTTGTTGACGGCGATTGCTAAAGAATCTGGATCTCCAGTAGATACCGATTCAGAACACGATTGGTTGAAAGACAATGGTTATGAGTTAGTGTATGAGGGTGCCTGGTCGTCTAAAGATGATGTTCAAAACCGTGAAAAAGGAGATGTCATTATCTGGGGTACGAAAGGTAGTAGCTCTGGAGATAAAGGACAGACCATGCTAGTTGAGGATAAGGAAAACATTATCCAATGTTCCCCATCGACAGACGGGATTGCTGAGAATAATTATGGTCAATATCGAGACCGTATTACTATGGACTACGGAGGGAAAGTCTATGTCTATCGTCCAAAAGGAGTCAAAAGACAAGAAGGATAAGGATGATGACAAGGAAGAAGTAGATGCAGATACGTGTGGTGATAGCGATAGTAGTAATCTCAGTACTGATACAGGTCAGCCCCTTGATGTCCCTTATACTATTACCCAACTTTTTGGTGCATCAGCTAATGCTGGCGGTCCAAATGCAGGTTCAGGGCGCACAGGAATGGACCTTTTGGCACCAGAAGGCTCTCCAATTTATGCCGTAACAGACGGTGGCGTAGTAAGGAGTCAATGAAGAGGCGATGAATATCGACGGTAACCACGTGATGCACACTCTTCCAGATGGCACTATTATCTATTATGGACATATGCGTGATGTTCCTCTTGTTAAGAAAGGGGATAAGGTCAAAAAGGCCAACTTATCGGATATGTTGGACAAGCTGGGTGCAGCTACTGGACCACATATTCACTTTGAACGTCCGGAAAACGAAAGTCTTCCAGTATGGTGATTTCAGGTCAGCATCAATTATTTTAGGAGATACCCAACCACAAGTTGGTATGGTGATTGATCCTAAGACTCAAAAAAGGTGGAGCACCATCTAAAGAATAGACCAAAGGGAAGATATAGTAGTTAGTAAAATGGTATTTTTACATAAACATAGTTATGTATATATTGGAAAAGGGAATCTATAAAAGTGGGACTCCTTTTCTGGAGTTATTGACAGTTATTAGTAATACATAAAAATATATTATTGAATTATTAATATTTCTAACGGAACAAAAATGTTGATTTTATGGTTCAAAAAATTTCAATGAAAAATAATTTTTTCTGACATAATAAAATTGATAATACGAAAGAGGAGGTGTTAAATTATGAGAAAAATATAGGAAAAATTCTACAAAAAAAGTTGGAATTACGTTTTTGTTCTTTTTGTAGTATTAGTTTTTATTGTAATCGTAAAAGCTTTATTTAAAATGTATAGTAGAACCTAGTGTGCTTGTAAAGAGAAGATTTTGAAATAATTTCCTGGTAATATAGAAAAGTGTAGATTAATATATGAAGAATCAATCTGGGATAAGAACTCTAGAGGTATTAGATGCCGTACTTTCTAGTTCTTAAAATAAGATTGATAGTTGGAGGTAGAGTGTGGTTACGATTAAAAGAGTTAAATCATATTATGACTAGTCATGGGATTAGTCAGCAACATATCGAAAAAGATGAAAGAAAGGCGATTTGAAGCGGTAGATTTTTATGATAAATTTTTTGATAAGAAGCGTAAGAAAGAGGAATACAAAAAATCCCTTTATCTAAGTTAAAGGGATTAAATTCTGGATGGGATATTGAGGAAGAAGTGTATATGATTGTTTTACTTCAATCGCTAACGATTCGCCTTTGAACTCTAAATCAAAATGTATTGTTAAATATACTCGTATAATGGAAAATATTGATTCTTTAAAAAAGAATGGCTTGGGTTTTCAATATAATTTTTATGAAAGCGATTCTGAGAAGGGTTTACGAGCTGGACTTCCTAACTTTATCCATTTTTATAATAGAGAGTTAGGAATTGACTGTTACTTTTCAGATGCTACACATAGAAGTATTTGTGCATTGATGTTTGGAGCGCCATTTTTAACGGGTTACGTTACTGAGTACAGTTGGATGAGAAGAAATATAATAACTATCAAGTTGTTGAAGAATCTTTAAAGCAATTATGTGAAAGCACTTTCGGATCACTCTCTCTTAAATTCACAGTGATTGTCGTAATGAGATAGAAATAATATATTTTGGACGTAATACTGGTCTGAAAGGAAAATTTCCAGTACCAACACATTTTAATGATGTAGAAATGTTAAGATTTCAATCCGCTATTTCTTTCCTAAAAGAATTATTAGTAGCACTAGAAGAAAAATTCAAAAACTAACCCTATTTAATCATCCTTAATAACTTAGCTCAAAAAAATAATTTGATTAGTCGATTTATAAAAATTACTCTCAGAAAAATTTTTCGAGTGTCATTATGTTATTATTTAGGTGATTATTATTTCAGTTGCACTAATATTTCTGATATATCTATAATGACAAATACTCTTTTAAAGAAACTTCAGACGAATCTTTTTTATACTTTTATAAAATGACCAAATTTTAAACATATGCTATGTATTGATTCATGAATAGTTAGGGGCTTAGCGCTATGTTAAATAACGAAGGCAGCATTAACTTGTGGGTGTCTTTTTATATAGATTACTTTATTATAAAAATTCGTTGGGGAGTAAAAAATATGAAACGGGAGTTAGAAAAGTTACTAGAACAAAATAAATCTTTTTTAGTAAGTTTATTAACAAGAATAAATTAGCAGATTTAGCTAGGCAGTATGATCCTGAACTTTTTTAAATATATTATTGAGCAAAAAGAAATTGCGGAGCATTTCTTTTCCAACGGTGGATATGGGAATCAAAGTTTTTAAGAAAGATGTATTTCTGCAATTTCTTAATAATAAAGAATTTTTACCAGATAGCTTTACAGCATACAAGACTAAGATTGGTCTTGCAAATGGCGACAAATACTTATCTGAAAACAATGAAGTTGTCCTTAACTTTCCATATAAGGATTGTGTCTTAGAAAGGGGGCAAACAAAAAGAGACGTCAAGCGACAAGAAATGTTTTTTAATAGTACCCTAGCACCATCTGAAATAAATCGTTTGCTAGATGATAAGGTATTAACAAATTTTAAGTTCTACGATAAGGATGGCGTGCATGAGGTTAAGGAGATAAATGACACAGATAATTTTATTATAAAAAAGGTAATAATCTTATTTCTCTATATAGCTTGAAGAAACGATTTGCAGGGGAGGTTAAAGTCATTTATATTGATCCTCCTTACTATTTTGATAAAAAAAAAGAAGGAAGATACTTTTAAGTATAATTCAAACTTTAAATTATCGACTTGGCTTACTTTTTATGAAGAATCGTTTAGAAATTGCACGTAAGTGAACTTTTATCAGAAGATGGAGCAATTTTTGTTCAAATTGGAGATGATGGCGTTGCTGAGCTCCACATGTTGTTAAAAGAGGTTTTCAATAAGAATGGACAAAATAATTTTATCAACAAGATAACAATAAAAACAAAATCTCCATCGGGTTTTGCTAGTGTTAACAATCAGGGTCTTTGAAACTGCAGAGTATATCTTATCTTTTGCAAAAAATAAGAAAAAGTGGAAATATAATCCTCAGTTCGTAAAGTCAGACTATGACACTAATTATAATTTTTATATTGTCAATAAAGATGCTGGCTATCAGAATTGGAAGATAGAAAATATTGGGGAGTACGTTGCAAAAAAAAACAAGGATATGAGAATAAAAGACAAGCAATTAAAGAATTAGGCCGTTCATTTTTTGATAATCTTGTGGCTGATTTTGCTCTAGGTAATGCTGAATCTGTTTTTCGCTATACTCCTATAAATAATGGTGCAAGTCAGGACCTAGTTAAACTACGGGATAAATCGAAGCGAGAACCTGAAGTTATCTTCTTCCAAGAAAAGAGATGAGAATTATGATGTTTATGTAAAGAATGGACAAGAAATAGCGTTCTATTCAAAGAAAGTAAGAAATCAATGGTGAATTTGTCCCAAGCATTCAGTTATCAAATATCTGGATTGATACACCTTATACATGAGGGTATTGCTAAAAGGGGCGGTATTGTAACTCTTAAAGGAGGTAAGAAGCCGGAGAAACTTATTCGCAGAATTATTGAACTTGCCTCAAATGAAGGTGATTTAGTTCTTGACTATCATATTGGATCTGGTACTACAGTTGCAGTAGCTCATAAAGCTAAATCAATCAATATATGGGTTTAGAACAGTTTAGATTATGGAGACAATGATAGTGCTTAGCTAGATTAGCCACAGTTATTAACGGAGATAAGGCGGTATTTCTAGAGATGTAAATTGGAGGGTGGAGGTTCATTCATTTATGCTGAACTAAAAAATGATGCTCAGGATTTTAAAATGCTATAGTTAATGCAACAAAAACTAAAGAGAACTTATTGAACTCTTTGACGAAGCTAAAAAGTCATCTTTTCTCTCGTATCGAGTTGAGCCCAAAAAATTAAAGAAACATGATTTTGAACAATTATCATTAGCTGAACAGAAACAGATTCTTTTGGAAATTATTGATAATAATAATCTTTATGTTAATTACACAGAAATTGATGATATTTCTTATCATATTTCAGAACATGATAAGAAATTAAATCGCTATGTTTTTACGGAAAGAGGAAATAATATATGACATTTATATATGAAACCTATGATACCGTTAGTTCCAAAGGATTCATGGATTTTTTAGGGGAATGTTCCTGATTATATTAAACAAAACTTGAAACACAGTTTACGTCCTTATCAAAGAGGAAGCTATTGGAAGATATTATTATTATATAGAACGGATGAGAATCGAGCTATCCCAGAGCAAGTTCTTTATAATATGGCAACAAGGTTCAGGAAGACACTGTTAATGGCTGCCGTTCTATTGGAAAAATACAAGCAAGGTGAACGTAATTTTATTTTCTTCGTAAATAACGATAATATCTTAACTAAAACTAAAAAGAAAACTTCTTAACAAATACTTCGAGAAAATATCTTTTTGCTGAAAAGATTGTAATTGACAACCAGATTGTGAAAGTACGTGAGGTAGGGAATTTCTCAGATTGTCAAGGAAAATGATAGTATAAATATTATCTTTACGACAATACAAAAACTTTCCTCAGGATCTGAATACACCACGAGAAAATCGTTTATCTTATGAACAATTTGAAAATTTATCGATTATCATGTTAGCGGATGAAGCCCATCACTTAAATGCTGGCCTTAGTAAATCTGAAAAAGCTGACAATACTAGTTGGACTAGTACAATAGAAACAATTCAAAAAACAGCAAAGTCATCAAGTATATTCGAATTTACAGCTACAATTGATTTATCTAATCCATCAATTGCGAAGAAATATGAGAAGTCATTATTGTTTAAGTATGACTTGAAAGAGTTTCGTTTAGACGGTTATTCGAAAGATGTTCTTTTTCATTTGGTAGATGGAGATATCAATAACCGAATGTTACAAGCTGTTTTGATTAGTCAATTTCGAAAAAAAATTGCACTGAAAAATGGAATCTTCTTGAAGCCCGTAGTTATGTTTAAATCACGAAAAATTTCAGAAAGTGAAGAAAATCTTAATGCTTTCCTTAAACTTTTAGATAAGTTATCGCCGACAGATATACAAAAACAACGAGATTTAGTTTCAGAAAGTGAAGAACAGAATGGTATCCTTAAGAAGTCATTCACATATTTTTTGAAAAAGCAAAAATTTCTGATGAGGACTTGATTACATGGAACTAAAAGATGATTTTTAGAGTTGAGCGTTTACTTTTGGTAGATGGTAAGAATAAGAACAAAGATAGGCTTACTTTTTTAAATACCCTGGAGCAACCTAACAATGAAATTCGTGCTATTTTCGCAGTTGATATGTTAAATGAAGGGTGGGATGTGTTAAATCTTTTTTTGATATTGTTCGTCTTTATGATACTCGTGATGGTAAAACTACTAAAAATGGGTTCCGTAGCTGGAAAAACTACAAATACAGAGAAGCAGTTAATTGGCCGAGGGCTCGTTATTTTCCTTTTGTAGTAGATAATTTAGAAGAAAAGTTTGTTAGGAAATTTGACGATAATGAAAATAATGAACTTAGAGTACTTGAGCAGCTTCATTATCATTCTGCCAATAATCCGCGTTATATTTCCGAACTAAAACAGGTTTTACGTGATTCGGGAATTTATGATGATTTGAATTTGAAGGAACGTAAACTAAAATTAAAAGAGTCATTCAAAAAAACTCGAACTTATACAGATGGAGTTGTTTGGATGAACAAAGATTATCATATAAGGAACTAGTTGAAAAACGACAAGAGAGCTTACTTGATACAGTCATTATTCCAAAATCTTTTGAATTAAGACTTCCAGGTTCAGGTATACAAGATATAGATGCATTTGAAGATTCTAACTATCCTTTACAAGCACTTAATTCAATCTGTTTTATATTGGGGAGAGAAATTAGTCAGAATATCGTACGAGCTGGTATTAATCGAAATAAGAACTTCACCCTTAATAATCTCCAAAAAGTGTACGGAGGACTGAATAGTATTTCTGATTTTATTAATATGATATCGGATATTAATATGGAAAGCTTGAGACTCAGTATAATAATTTAGGAGAGTTAACACCTGAGGATAAACTCTATATAATCGATAAGCTACTCAAACATATTGAGGAAGACCTTGTGCTAGGGAAGAACTCTATTTTTGGTTCTGACTTTGAAAAATATTATATTAAGGATCTCTTTGAGGATAGTATTCTTAGAAAATATACTATTGATAGATATAGTAAGGCAGAATTTGGTCTTTCCCAGAAAAATCCATTTGAAACACAATACTATGAAGATTTGGATAGCCTAGATTGGTATGCTTATGATGATAATTATGGGACGAGTGAAGAAAAATTACTGGTACGTTTCATTAAAGACTTAATGGTTGAGCTAAGAAGAAAAAAAGAAAATGGACGGATATTTTTTTACTTAGAAATGAAAAAGCCGTTCAAAATTACTACGATTTATTAAGAGGTCAAAGCTTTGATATTAAACTTTTACCTGTTTACTTTATTGATAAAAAGACTGGCGGCAATGCTTCGTCGGCAAATCTTTATTGAACCCAAAAGGAAGTCAATTTTTAGATGCTGATCATAGCTTTAAGAATAGTAAAGAGGGTTGGAAACAAAGAGTTTTTACGCCAAATTTCTGAGCGAAGCGAAGCAAGAACTCTGGTTGATGATGAACGATATCATATGAACGGGATTGCCGTTCTTTAATGAAAAGAGGTAAGTAAGGATGAGGTTAAGGCAACTTTAAGGAATCTATAGAACTAAGAGTGGAGGGCAACAATGACAGCGAATAGAGGGTCGGAATTTAGAAAATGGGATTTACATTTACATTCACCATATACGACACTTAATAATAACTTCGATAAGTTAAAGGATAGTGATCAACCTGATATCGAAAAATTTATTGAAAAAATAAAATCTGAAAATATTTCGGTTATCGGACTAACAAATTATTTCGATTGCACTGGAAAACGATTTTGAACTGAAGAAAAGGTTGGAAAGTGAGGGGATTGTCACCTTTCTAAATCTTGAAGTGAAGCTTTCTAATATATAAATAAAGACCAACTCTTTGATTATCATCTTATTTCGACCCACAATTACAAGATAACATAATTAAAAATCTTTTAGGACAACTGAAAGCTAATATCGGTCATACAGAAAAAGCAGTTCAATAATTTGACCCACGATGATATTGAACATACAGCAAACATCTCATTCGAGAAGTTAATTGAAGTTGTTTAGAATCTGATAAGAATTGAATGGACGATACCTAAAAGGTTTTTTAGCTAGAGGTCACGGTAGTGCTACTAGCGATTCTGATCTAAAAACCAAGCTGTCTACACGAAAAAATATGTATTAATTCGGATTTTATCATTCATTCGAGTTGTGATGATGCTACAACATGCGTAAGTGGAAAGAACTGTAGGCATAATAACGAGAAAGATAGGGAATATTGGCTTAATAAATCTAAATACACCCGCCCCCTACTTCAGTCATCTGATGCTCATTCAATAGAAAAATTGGTGAAAGATATTCCTGGGTAAAGTCCGATTTAACCTTCGATGGCTTAAGACAAATAAAATATGAGCCTGAGTATCGTATTAGGCTAACCAAGGAGAAGCCAATGCTTGATAAAGACGAGCTCGTAATTGATAAATTGGTTTCCTAGGTGAAGAAAATTTACTTATCCGAAAACTTGAATAGTATTATTGGTGGTCGTTCCACCGGAAAAATCAACCCTACTGAATTCGATTGCTAAAGAGTGCGAACTGACATAGAAGAAGGAAGCTATTATTTTGAGGATTTGGATAATTTCCATGTTTTTTGGAGAGATGACAAAAGGGAAGATTCTAGAAAAAGTCCAATACATCCCTCAAGATTATATGTTTTTCTTTAGCTAAAGATAATAAAAAGCTGAAGGATTTAGTTATGGAAATAATACAATCAAAGGGATGGACTCGGAGATAAAAACGTATGAACAAAATTGTAGTAAATTACAGACTGAAATTGGACTTCTACTTAATGAGTACAAGGAAAACATACGTTTCAGAAATGAGATTAGTTAAACCTGAAGCGGAAAGACGGAGGCTACTTTAGATAAGTCAAAAACTATGAGAATAAAAACGAGAATTACTAAAAAATGACTCTGTAACCGATGATGAACAAGATTCGTTCGAGAAAATGAAGGAAGAGTTTACAAAAAATTCATCGAAAAATCCTTGTGTCAATCAGATTTAGATTATATAACTAGTTTATCTATTACAGGTATAAGAGCTAATAATCCATGGTAATTCTAATGCTTCTTCAGATCCCACTCTTAAAAATAAGTTCAGATACTATTGTTAAAACTTTGAATAAAAATGTACTTAGAGAATTTAAAGAAGAAATAGAAAAACTGAAGTCTGATTCAATTAAAACAGTTAATGAGATCAAGGAAAGAATGGATACCATCCAGAATTGCAGATTAACTAAGAAGTATGCTCGATATTTAAAAAGTAATGGAGAAGTGGTTAAGCTAGATGAATTAATTAAGTCAGAATATAAAAATCTATCTGAAATTAATGGAATTTAATAGTAGAGAGTAGAATCACTTACTGATAAAGAAAATAAAATTAAAAAGGATATAATTCAAAAATACAAACGATATTCAGAATACCGAATCAAACTACAAGATTCTTTTGACATATCAGAAAAAGATGGTTTAAAAATAACTATCAATTTTTCATTAGATGATTTGCATTCTGAGTTTGATTATATTAGTGCTAGAGGCCATGCTAAACAGAATTTTATTGATCATTTAGAAGAGGATTTTGATGCCGTTGTTGATAAGATTTTTGAAGATGAAACCCTAACTTTCAATGGTAATAGAGATAAGTTATTTCATAATGAGTATTTTTGGAAAGAATTTTTATGTCTTATAGATTTAACATAGAATATCAGGAGGATAAATTTGAACAAATGTCTCCTGGAAAGAAAGCATTTATCGTTTTGAAACTGATTTTAGATTTTTCAGATAGTAAAATTCCAGTCTTAATTGACCAGCCAGAAGATAATAGTCTAGATAACCGTGCTATATTTAATGAGTTAACGGCTTATATAAAAAAGACGAAATTAAATCGCCAGATTATTCTAGTTGCTATAACCCTAATATTGTTGTTGCGGAGATTGTGAAAATGTTATTGTTGCAAATCAAGAATCGGATGGTTCCCAAAATAAAAACGGTAAAAAAAAAAAGAAACTTCGATTATATAATGGCGCCTTAGAAAGTGTAGTCAAGAGGAGCGAGGATTAGCCAATTTATACTGCAGAAACATAGTATCAAAAGACACGTTTGTGATATTCTCGAAGGAGGTCAGATAGCTTTCCTTAAGCGAGGAAGTAAGTATGACTTACAAGAAGTCTCATCTACTTAATTTAAAATAACCTTTTCTGTACTAACCTCAAACAGTTAGACAAATAATTGAGGTAAAGGATTTAGGTTTTGTGTTGCACAGGACTAAGTCCTTTTTACCATGAATTCAAGAAACAAAATTGCTACGAAGTTCAAGGATGGTGAAGCGAAGCCCAAATTTCGCTATGACGTTGGATTTTATGGAAATATAAGAATAGTCAGATAATATTGCTCTAGAAGTCGTTGATGAGATGTTTAAAGACTATGCAAACTTTACTGGTATTTCCTTTACACCTGGTAATAAGACTCACGGAGAAGCGGCTTGCGCTTTGAAGATGTAACGGACCATTGCAAAACGAGGGGAATTGATGGTGAAACCCTAAGAATATCGATATTCTTATTGTTGCCAACAAGTTACTAACAGGTTATGACTCAAAACGTATTAACACCCTTTATGTTGATAGACGTCTTGAACTTCAAGGAAACTGATTCGAACTTATTCACAGACAAATCGTGTTTATGGTTCTTCAAAGGAATTTGGAACGATTATTAATTTCCAATATCCAAGAATGACACAAGGAAGCGTTTAAAGGCTGCGCCGGAACTTTATGGTAGCGGGGGAATAATCAGGTTATCGTTGCTAAGTATGAGAAGGCTGTCGATGAACTGAATAATAAGCGAAGATGCTTAATCTCATCCAAAGACTTTTAGACCCAACACGATGGATAGACCTACGTATTTGATAAAGACGGCAAAAAAACGATTTAAACAGCATTCGAAGAAGCTGCTGGAGCAGTTAAATATTGTTAAGTAATATTATGAATTTGTCTGGGATAATAAGCGTTTTGGCCTTGATGAGTATAAGTGGCTTCAGTATATAGGTGCTTATCGAAACCTTTTCCCTAGAAGTTGAAGAGGACCAGAAGAAGTGGAAGACATTGGGAATTACAAGGGAGAACTAAACTTCAAGGTTCTCAAGTTATTGATGCTCAGGCCTCATAGAGTTAATTGGAAATAAGACGACTACAGAAGGTGGTTATATTGTTATCAATGATAATAATTTAGTCTTAGTTCAAGAGCAAATTCAAGAGTTGGAAGCTTAGAGTATGAAATGGCTAAGTCCTTGAAACGCTTTGTTGATGAGGAATTGGTAACTGGTCACATTCCAGCTACTAGCAATTTTGATGAAGCCTTTCAGGATTGGCAGGACAAGCAAGAAGAATTCGAAGAAGTTAAAGCATTTGCGTCCGAATGGGGGGATTGATGCTGATTTACTTAGCAATCGCTTAAGGAGTATGAAGGTCTTATCAAGCCAGAAGAGATTCCATTTCGTGATGACATCTCTAAAACATTGGATCCTGATAAAGCTACCAATACCTTTGCAGGCAGTAAGTTGATGCTTAATATGAAATTAAGGTCCTGTTCTTCAAAAATGGATGCGTGAAATTAAACAGAAATATAAGTGATAATTCAAATAAAGAGCCAGGATTTTTTCCTGGCTCTTTGATTACGAGAGGTATCCATAGGTGATATAAAGAACGGTTATTATACACTAGGTTTCTTCCGGGTTGAAATTGTTAAATGGTATAGTAATGGGAATGAATTAGGAGGGAATTGCTATGCCTAAGAAGATACTTTTTGCAGTTCTGATAGTTATTTCATTGTTCTTATGCAGTTCGGCTGTTAATAAGGCAATCACCTATGATAACGACTTCATTATTTCGTTAGCTAAAGGGTTAGACAAACGGTGGGAGGATGCCAGTTCGAATTACGAGAACACTACGGCGTACTATGAAAAGGCCACACAATTTGAGTTATCGGGAAGTTGGAAGATATAAGGAAAGGAACTTTTAAAGGATAACAAACTCAAGAAATTGGCTATTGAATATATAAATGTTCTTGAGGATTCAAAAAAATTAACATCGAAGGAAAATGAACATTACTCTTCTGATCGTTGGGTTGAGTACAAGAAAAAAAGAGATATGAATTGATACTTGATATTCATTCAAGAAAGAAAGATACCTGTCCAGGATACCAAGGCACTTACGTGATATCGTAAACATAGGAATAAAAGTAAAGCAAGCAAATGAAATAATCCAAGCACTTAAAAAAATTTTTAAGGGGAACAACTTTACAATCAGTAAAAGTAGCGAAAATAGTGATGAATTGAATTGTTCTGCTACATTTGAGAATACTACCGGTTATTATCTAAAATATGTGCCTATGGCTATTGAAGCTTATAATAAGAATGGTAGGGTTATTTTTAGAGGAAAGTCAGATGCGGCTATCATTGAGTGGAGTGAAGGAACAACTAAAGAAGAATTAAATTTAACAGTTTATGATCCAAATCATGAATTCAATGAAATCAAAGTATTGTTGGATGAAAAATATCTCCAATTTAGATAAATCATTTTAGGTATTACTGTGAAACAAAAAAGAGGGGGTGTCACTCCCTTTTTCTCCTATATAAATGATGCTATACTGGGCATATGAAAAAAAGATTCTAAGTACATTATTACTTTGGTGGTCATTTTTCCTCGCTCTTGGAGTCATGTTTTTGTGGTCTCTGCCTTAATGAAGAAAAATGAACCGAAGAAAAATATTAACACCCCCTAGCACCGAACAGGTGATTGAAGATTCATCCTCCGGAAGACATTCCAAAAGAAGATAAGTATGAGATGGCGTAAAGAGGCACTTGCGACCTTAGAAACACAAACACCTGCAGATGATGCTGACACGCAAACTGTAAAGAAGAATGCTTTGAAAGAAATGTGTTCTTATGTTGAGACTGTTCAGAACGTAACCGATGTTAAAGCCAGATTATCAAAATCACTTAACTATTACTAGCACTAAGATGCAGTATGAGCTTGTAGCGAAATTCATGCTAGGTTATAAGTACTCTGATGCTAAAACGCAAGTATTTAAAGCTAAAGCGGACAATGTTCGTCAGTTTGTCCTTGAGGTTGCTAACCCAGATGGTGCAAAACTCTATTTCTATGTAGGGAATTACGTTATGGGAACAACTCAAATAGAAGTAACATCAGTTCATGGAGTAGCTGAAGCTGATCATGCTGAACATGGACATGATTAAACGTAGTCAATCCGTCTTACATATCTTGTTTAGCTTCATCAAGAGATGGAGCTTTTCTTTATCTATTCAACTCTAATAGGAATTTTTGTCCCTGTGTAAGTGCATATCTTCTTAATCCTTGATATAATAGTGCCATAGCACAGGGATTAAAGAATTGGTGATAATAAGAGAATAGGATTAAAGAACGATTGGAGATGAGGAGTCATGGAAAAAGAAACAAAGCGTCTTTTAAAGAGAGTTGAGCCAGATATTTGACAGGGACAGACTAAGAATATCTTTTAAAATATACTGATGATGTTGCTGAGTTAAATATTGAAGAACAAAATAAACTAGCTCAAGAGTTACCGGCTAGACACTTAAGTGCCGCTGCTTGAAATTTTAAGTGATATTCAACGAATTAAAAACGGTGAAGAACCACGTTTCTTTACTAAGGATGGACAATATAAGGGACTATGTGTTGAAGAATACAACCAGCGTGACTTTATGACTCGTCAGCAACGTTACGTTCTAAGTTGGGCGTTTGGAATGTTTCTATACTTTTTTAGCAGTCTTTACAATTGTATCTTGGAACTTGTTCCCAACGTTATCAAAAAATGGAAACAAGTACATCACTATTGAATTTATACTGAGAACTATGGCACTCGTCCTGAACAGGTCTTTGCAATGGTTGTATGTGGTGTTTTATTGATATTACTTTCGGTAGTTGTTTCACTAGTATGTTGAAGAGGTATCGTAAAAATACTGAAGAACCTATCAATGTTGTCTTAACAGATGATTTGAGACTATAAAAGCTGAAGCTTAAGCTTTGGCTTTTAGTGTTTTTTAAACTTGATCGCTACATGTTACTTGGAAAATGTAGAGGGAGTGTCATAATAATGGGACTTCACGATACTTGATATTTCCTAAATAAAAAAATATATAGCCAGATATTTTCAATGTCACATAATAAATAGATAAAAGTACATGTAACTTTCACTTTATTATTAATTTGTTTTTGTACATGATTGAATACAGGAACAGGTGCATTGTTAATGCGCTTGTTTTATATATCTATATTGATAAAATATAATCATGAGATAAATAAAAAACTAAGGGAACAGAATTCAGTATCATTTTGATTTAATAGTCTTTCTGTTTTATCTAGCAAAATAGATATTTGGTTTAGCTAGATAAAGTAATCAAGGACTTTTAGTATAATGTGACGAATTCGGAAATGAGAAAGGAAAAAAGTAATGTTTGATAAAGTTAGATTATAGTATGAAGATGATGGCTCGAAATTGAGGGCCTAGAATTTGTTGAAGGAAAATACCTTCTGGATCCTAATGACCTAAGCTTTCAATTCGATGGAGGAAATTGAGCTTTATAAGGAATTGGCGAAGAAGTCAGCTATTGAGTTTCTTAAGGAAGAACCAGAATATTCTTCAAATCCATTTGAAGAGCTTATGAAAAGATTGAGGAGAAGTAGCATAGCCCTAAACCGTTACTAAAACGCAACACAATTTATTGATAAATCTGGACAACAAAAGCAAGTCATCATTACTAGTTATTTATAGTTGTTAGTACTTAGGAGGTAAAAAAATGACTTCTGTAACAAACCGCATTAAAGTAGTGAAACAGCCTAGAGGTGGTTACATACCATTGAAGCAGTTTTCAGCGATTACCTTAGATGACGGAAAAATTTTGAATTCAGATGAGTCGGTGTCGCCTGGACTTGTTGGTTCAGCTGTAGACTATCTAACACGTTTGATGAATGGTGCACAACCCAAAGAAGCGTTTAAGATTTCTTTAAATGGAGCATATCTGGTGGGTGAATTTGATAAGGCTATTTCACTATTAAACCAAATTGTCGGACTAGATAATCAATCAATTGCTGCTGCATATTCTGGTGGAGTTATGATGTTGCCTTTTAGAGCAGGCCCTGCTCGTTTTATGACAGTTGATACTATTCATGCTGATGAAACCACGATTGAAAATATTCGTATCATGGTGCAGCCTGAAGTCTACACTTCTTTGAAATCTATGGGCCAATCACTTTAGATGGATTTACATTCGACTCTGCATATACGGACACAATCACATCAGGTGATGGAGATTACTTAACCAAGGATACTCTTTGGGATTTCAAGGTCATAAAATCAAAACCCAATAAGGATTATACTCTACAGGTTCTTATATACTATTTAATGGGAATTCGTTCCAATCAACCAAGAGTTCTTGAGTATATCAAAGCTAGGTTTCTTTAATCCACGACAAAATATAGTTTATCAGACGGCTATCGCTGATATTCCTAAGAAATTATTGAGACCGTTGAAAAAAATGTTATTGGCTATCCAGACTAGATAGTCTGGATTTTGGAGGAGTTCAACATGGAAATAGATCGTTACTGTAATAGTTGTCTTGGATACTATTCGTATGATATTGATGAAACAGATAATTACGAAAAGTGTCGTTGGTGTGGATCAGAAGATACTGAAGAAGCCTGAAGTTAAAGGTCTCCCAATACTATTTCCTCTCTTTACGTTCATATCAATAATGTTTGATAGAGAAGTACGGTATCAGATGTTCATTTGGAAGGTAGAGTTTTCAACTAAATTTATCGCTTCATAGTAGGCTCTATAATTTCTGTAAGTAGAGGTAAAACTACTGTAGAGTGCTATGGAGCTATTTTTCTATTTTTTGTGGAACAAATTTCCAAAAAGCAGTTATCGAAAGAACATTAACTATATTTTTCCCTGAATAGTAGGAACAGACTACAAATATTACTTAAGTAGGAGATGGAAGATTCACAACGACAAGGACGAGACCTTACCCGTAATTGGCAATTTATATTAAAGGATAGTGTACGAGCGTACTTGATGGAGTGTTAGAAGAGAATGAGGCGAGGAAGCTTATTAATTTGCAAATTAATAAGCACTGTCACTTCGCACTTAGTGCCAGCATAAATATAAATAAACACCTCGCCCCAAGAATAGTGCATAACTTCAAGTGAGAACTGCTGGTCAGGGGTCTGGACGAGATCCTGGCTTATCACTATCGTGAAACAAATCAAAGAAGCTATGTACTGCAGCAACTAGTGGAGCAAGCAATACGTAA + &&%%,)6=D?;@<;EE7&?FDF7;DKD?7<229::KF;?HHB@?:@<>IGJ:C?CEEF8?<@?>F?@@A==*'*9:@>>39@B@D;;ABG7>>DGKRDCIJO:9FDIMGC?DHFMPFG90'58HHGED=4;B<4434H-83647777'B?<=9@?53@EC@@E<==;::BAB:@BEDE8$&%%%.>==F;LKE>6;9')+,7B=>8*>G@??;397)))*+1?B@=CE7CDGAAC*$$*EE9*2+/@A>?;2627@HJDMK==CGIMJJHII:ADBF=01/*+7<@DEQQJ:+.,9:?664AB?=EEC>@CHAHI?%:A=?B?5430&-/8A89:7::>94599301101.15?DG@==DB?A>FPOKIHDBGDDBHC//366?GEHKLDGG@GF?>F>@?6;C;CAAB132GCDFFEFBCGB>;::89=@;<>@CBEGGJI:FCDB==*@@==73'=1-<:GF3>8?BHHGECBGHMC=>E:GFC66>BNNG@=>AOJKGD5.@?9>>QN?;@&%%$$-.1=*42'&(&'')'(1768=;=AA941ADIB@D?@:D@C2FFDBCC?6BDBBD@E?;=8D@E9B@:::86CCDAD<5++-++*((,332+*/7;:,.39BD?AJ@6EHEIBKGMNHHFOLHBBCDGABAAA@GDF<876B?NCIE@:IIB:-67:20:ACG>FHCHDABC<;..&;<;@8?CG>&&815.D0B@GK@KIHGHBD@HMSFKHF?;:E79567487<8)*'-.397D?FGC;GIQNLDD7@88(.//EFEH725;<=558>NJ=DD?;>=@2B=*>@9<6;7,,-BBCE89BDB>?4-$*%(*38;887D>AMP@ECFCEB7B;;?@ABB67>?==EAEFDG@BF?@?=6BC@>B>>FM7IECBEBFDC<--,*)&%&%8>@@EC=:6?>/-/9;98BFF?8ADB;EFKI=@>-0.@45EHHD?BAA@JGFAD@8B@A<9<<<:4)./2842/-()$'&4>><<:5(21'+?>0;><89BA9((-=;>,AAC=;=+4@CCF<<=?EEH:CE/B47@>EID@@?B7=>BDF;<5BFFB@<%&)5C>AOM>89E@IBAKPD?HB1??JKEA?<:)69A4K;/0,;<>;853$'%(&(222=AC>?B:3-4;)*;;*;<96''''+'11:@@>=BJI,&$##$&2355+&'.-*:E@+FCC;@=3?EEC7;4&$$8:6%%+,,54>E6F:69:88DEYTH.'/>BB<;=97@E@@?@D>DMNEDEE@G=B>9.GCAC75@:849@99;?=>>;:8G8DC:@DCC>CC><=?@ADCDDEAF?CF?@;DCBD/C>9/3=:FHII@;4D:<-&4'<<:ABA@?;:@@89:J>7ACC20.%+11,,%)66;BKNBD:7=GCF@:=<>=<@AECCLJ@=@@@IEBB>>AEE9A;5'&,*%05;34/869;DD<@FHB+3<@?ACD6BC6<78@=?CD=@@F@LLEG=;A>:BJH<=>E<=?A@CDDC<>KG8=>DGDGDEFIIHDC06<;;=?@>@C?HHAE>?FE@?.GFKDA>?GLNJHE6B09>*&(+133;;>?4.%+%&%(&685@A;LEHG)&$2-*F@@??CB@8<5GKN>6EECFFIG877C?A448?@CDDD=<6BHIIACFKQKN1;<<<188AONIAB?:IDAC3CC;==B?5.0;<9>B?G?<11>B@C>@@;;=:65-)'(&''=D>89JJHADCMI9:3;:77;AIJ>=<9764/<(./*3542486@<%$$$$=>@DEJ>9=9;@LM8:?6B?.C494';:;;@E:10;GDE988;=>;@CGE;>/6?=HBBRD=>?96:9=D=>=7:?97822CJI=BEDA9>BE>HAKB?RLBHEGFC0(68<0*245:DGAJJFIFGLLJIONH=;CB?ACCMLED2=6MK<@FDC9?8CBEDIEFNMM@>IADLKIHBGD@@77<DFLIOLL>8>@;DCC9<37.2273612=>?AAHG89=DAB4:79CFCB=@C?5159=58992/8::;3===>><6780@'7=A@==;776A;BA.>;8&&)(366@AIJA><1?9721/4,4=;=4==)%9;;AHI7/&@><>;+-MG7233)>9C?:@>C?DDBDDA236-/-8$3.90984*7=:83A,0ACD=>=@<65877031/3')+<>??33)9;9C;8FAEGHKAC=FHGH?>=>+FIQ22GDGFEP?3*>AAACEII@IJJMFII7;5//95:01'(67CEEFGD,=EBCQOHQQHNA;===70&)>AB88CJJIWJB@>@DBHIJ;..=CE3>AA@A@+37>>EA???=,9FQI>(.>C>@:;ADGLE9=96;9;:@ACDEHD:;9;@9=9@>?HEF?BCAAC8>?A@9F?J/AJKEFFC=B>77;9:0(<:;?C>>%:75-/.32%+$%')))**$+(04:=AA.;.((87>:CFGOJ=@=?C@@CJJFBC8=?B?9@8>=>;9>BE?AGHKCDSF>;D+0:8?B?=02/>AAKB@BDC;A>..5ADBLB8>=;DC?ADBA=D@BEEB7A@6;6&%-22455:8;<32%#&)..3---*754/3:A6>DD=589;4%%99<<*8<3,/<68021%0.0CUJ6@>G;69>.;?7@CE9AB1>=?BD;BDFFHA?CC?@LSBADRQE:-=?::95ACBAA?->(9=>?CCBFB@DB==@C>>662+&*+0>>;;>%:795;<78*DL@:?FKGFE:A<@A0121.-#&%5AA?<9,DC=CKG=CEB@@BJJ;@;IG(AIG@17EFFPNDA>F?B?<<8:*$4??B4BGFGFKHNNB4990C:BFBC.@>?B@@>?;HF<0A?A%<@::CCC>68-%0:>;;9<-DE;EE9CE;B?:CA7CC=J?;E>>CEFCHEEG9><:)/..'.A;D<@A9DC;;B<9:4=8;?2F>HWQG:+?9ABKF<=567,,,2FG6=@=@CFKK7*4CVM>;B:1,2@<=>EK@GDD===>>BB6B><,;AD<;?A;>@;FJMAH4.:DAHKFJ>?DGQA,:EC-4<@@?B<2&)65.)*==7?73>8GCBD>37;<=@ECANOOIAB@IETILE+8=E>@A=A:%%&->@DF??<=D;>WI376D?>:DE@DA=BCG;A;GCA>=>BCA8?ADHCC=BAKLHH==?LIGDDKKEE;=HD::68?AACKK*=;@H@=CD:<;*-.$$%877+:1521.0+'+465?;:C==@?>;5@E>9@A>>@AG>L@;ACBGJ@@D@8A9<=>;?@=@?A@::AHI=DCC0*6<;A48A=?IIB?92.9>D<0'5,26,:==>?;A566.*1/,+((&-2970,1*;<>NNHFE<=<@A@ILB9A@9<6898@FIKKFAD=8>?2:FIHFD>=<@;:96:9/38;:??=>B@JE>?BDIG;DA?>7735739AGHKH<:D@OF.*(078900***,:;68@?>A>??938>78$***,6>57A:82;8@DIG@BB@DC;D>AB@=7769;,86:<=<275>CFJJG>6AG9?6355767<<<@BB@HL@;@DIBCFBEIA6???@KIIC>CECTR>9(%;3C3;(0:D:960B?IHC:=>>66(:?NQUQFHCA;;<<;95+*4:@;;:*47ABG@?=:;@7-*-%'&$&&$$$--0*&H'F=DLO@@NKKD44=0*7=CCDGAA=AAHGIKKJ?JKOHGBMOVQGB>G?GGJF@ABHPIKD88;HFCJIHEAA=;5)-1&$=@@A==>ECCEIGGHFND@AF9BI9@A/>GE@0PHEPJBD?HJ.MKKNTH>CCBB88O>INLNJAEBBGQKKF@9J?><'%'@;:>CEGGFEHGDD,0(ED>GA@KFB>@F6@@8-=0;EFVP?DDKLIFA:EPL7=*;DGJJNJKABA>?<>@8.$'58<<,:B:554E8//14:<9(*2*>48?DEICCFG@0;;@HLHC:49>DC:EDE8?,1$-A=@C;JNKLLGKOODML28KHHCBEF@DA@;=888CCBFF8BHG;@ABDDB?@)%).-5)0ECIE=B@@=9CD?KH0'038?BKJAJ@FJEFD967,-,;9'13?>?/249/67>>BA9?@C;FC)A6)9%).$01//EFBB,%:FC@=ENJNCHED;DDHE777;;JHMJHGF@CC;@:/134GHLLII-1AC898:C?>E??IEFACGJJIGF?FFAPMM;97;KJE@BIIBB9=4/,32/,-DCLYL7>AMJ?DE?ECA4'/6?PMGB>=CGFFFBD=EHG?ED@SR<41+:BCDA;((('(@DA<5<4=>BDFB@?@?>AL?>=EEGE66+0E8C>=MIB>;80-@>AC>>EICEG>51110;9BAAIHEDCAHDD@<7&.&'??;>IGJIJ;<=?HIJBCFFHGD:/(347=>EHEFA>?:'-?=:<3,))+'BBDB?DFKICCGJDD>C:?=9')6;:=@D4867134>??EF<:,=BDKCMRTHGEDDE&;.**#-//,)+*,%-596HMJIRHH=6KBBHIAA=RE;@>79BDBKN@CC@22KNLII@HFFC;IBALKKIIITRMD8<3B4341BEJD9>>>:HD?CEFD;;;HFFGC>?@@)5.?AEFD='.IPKD=29'(0A;>BCEDINNJCC@?@GJLSAIOLDHBFBG=>AA>?I@GIHFHHD;I;8236=F@>=@HE?;@=?CGE/DBBDEB;=FLJGFE??*0$$':;=@D<-HSOEEEFFE=?61000,*,,*03479<253$40*''+(,&&&--13:9CCF;=24/=?@:ONJIOBGIOA(&&%/2AA;?($5,-&+.((',6CBDA>@ED@C@HHGA;IGBDCMKMRPJ><89*-/3;..0CD:AD?C<@OJDGG79??7>DF>CC??JFKJFF@>?=DEDDBCEF?6>20;(811/')5)/(/66BBDNGHCPMF@QPKC=:;DA6:,=CAKHKJNDHI=>;'?I@E>65?B>EMK9$$$FKLPKH93@<;GJCBC18@A@=;:637;DDC<1@JKNLFCEMKNK>DEEDD>6AC>B::GHKD9@GHEE:GJJA?20,@;';6F@EEHB33$'(3+/@BBABNG<%%3-,/35:723.58?FINBEA<=CLMGDA@AC?;9=6EB2;>6:E?@DLHD?B><=:7.5.7=>GE8B<6AIBD@87/9DFFEKJ:>@EEC@?=>9QSGI=97@GRPBDC;:GF88@G;1;?KIAA@A;8=EBCHGF?@DDBFEDJMI;6-%?8>EDDEDC=DDDCDB>+>:1D;0)A=?@9NJ>JG?:?::;DDD;57<,;58EFOLJ2B?CCDG8E?CE?>EFDBC5;>BGEGA?@BF>6332/)%0:610J@4>BEFJEAB@>9A?@><:1.79=7<=DIHEH;<<0((*556:7974()2A??CF8JD34;:7B9=JF4.+'$%'&$%(((+.178AH>::OC7GHHFB@BHDLJOPJ?JCBCF==@79E;2(E?D?D=77=A>/1:<3AA;KHLK<),36C>H<=?A;).:7FHKB;:8:AFGB;/(9;90(7:89:GHF>DBD=DCA>636CAA?+:>?44763-(.')3126BGDBC:2B=<=BC:3>DD20C>D@A==?<<<288=ACEHJGFGDFIKNBNFHFELJJKCUMICEDC<;@>8=@=8E:98?AMPLB8CE?9<;CBDFJGG>=B+(,+/6@GADKW?IJ?,'';LO@=BHCFID<)0BAGF=EECFFONK4DBDE@:A>??DD>@ACFGE@EC@BEM8FG>?DA;DBC@?E>6JDFID==JS7GILCHSTPAHNTQGPN?>>CFGCENGBJIGDCAHVQEG@ABEMLA<148=@CDI=@GJIIEBEG733?GHFF?@5)23;8E9>BEA?<@GD=HF@B?CG2@;1%999ABAC28-??DD=:@=IKF?@B=ED?;B@CCCDCGJ:J87AA8:==>9==?7.80,+%%&4:=@?CIBJB85==59;;9:AFEDF;115)7255<9/(&)##$$%&3CEEEA36=?;/.%010(+''$&/?GIEMBIFIHA7>>:8=<;6@6=61-+-,,,,6@@;>A>68HDGFFC881GOG9?8(AB<<<9998715=B:@D?@>?=A7?5315;<;=AD>AJBDC=?;<;A//,;,?>=B57230/&*,23365&&**9:965,*%&))5:65535-857-)((*48=4290>@BCA==A===7$$(').)&&)6=>;89=@>1?>HJHCEC/36(:-545&(%*@BDDE@DB???A@;:>:226A=7454ADC>)1ACC@GE;..0HAED?BACB=;34<=A<8BADA@DC8B=169:+/,%0.4:>BDC4991A9GJE>=:7B><:>IIA20;BEGG=KKIMDMCM@5FFF<657;7///GIHF6)3DED=-CCD?GGCIGIPLFLJ>HAGGGI?DFC;;32-<=8@7?<34<BADQLE@KIC@D@DEDFHFD>;@?=EGEEG:=?=>ADBBD=EHHIA?JEHHKKE:EA:BEBCBEA&:;:=?DD;7?))8=@@FCFE@987887*(2/.2309HFEENJGCCE=>?G5:@DHJAED>BA:;<@4(64?2:KKK><;82227:>?ACBHBBEJIF@NMI@/9:5:7=2><<=>>;+15>;;BCA?<23&4296>=9?@???<:965?EDEC88999;)%+>@;FB@7978<>7CCC*0/'8:;F??9:7.14&*)027./.-+*&#%).7:-.1,13;BA=;<:E:5>=I@?BBCEEA8*(8946<>?8<76;==**:8*6;A=>2?HD9>A>A@:@ABBE?>3203:847808AA@5;B?<=EDEFDCI;CIMK8DOLLG?FHG>&$*//..?I?;5=C>8=B0BAE;?GT;LIAAKFCBDD?@8+DRPA=>43*+94256?CIFK>KF)<=BB=CEDGJHLDKNNRRPV@>LVCMO6ADEEFC?99+67AHGBILJQKID>LM?DJBFKD@HG=/CHDE?HMGMA?C;A=:<@(.,2BA=>>-+757:9DFHKAMVMIH=?A?CWTE>CDCDBCD5BGL<@@5=@=DCD@AB8D6ABACB@6)),@8:?BCD>AB==<<>@EA<9>,58798,BF0:DD:AA>?>117?IOHKE@JHM?BAEEAK6621?EEFA@CDC==A?7;GAB6B=.DAB4JKGDGJHJHH<=:EE@AB>?>??:DHK:EEGDLCE@=@=97=7:?9566>BDGH/444;<--(:9===?3F?G,8>=;@:?DDC;G@<6/))+--*+5DC@CB?9*:GCHECDEA6HGE<3:>FH7@?2HP@A??@B@979>AB==;=0/&).==<;::71(4=ACA>@@CEF=>@?539969GIOH:CHDC??BA>@CC<6%BAGFG\FBFFHOMLC??EDA?D@=>AB=-COPCFA5ITPIBB@;GEAC?FDJJ;8GAAF9227;A=ABKJFGBD98;<=AGILJEB>@=;9/9628AA??B==ABEDCF;/66/99;3/9=@GDCB?723()5665<9?FFCGKHF;;>>DA8<;:E?8@>3-CCBE<@-)7;@B7PMEFCB@;CEBG>92=AFGJEFGGFBEEF>DB?:ILKT>EFA=>=FGHJBBCKHH8D8-JSROK8+@>BCIAB:6?>DEE>,0-AAGGFEJ?>AFBJJH=G===.=KGLHCEE@GEDBC:B>IJFGFFFKLI>=>ACCG;6F@95+0=?8-<=*)<<=?JF@@-/+5?FCBAECOC>;.-<@@1.0=5>;?B>&%%BA@B?>>?;45BCJM;BFFNJ;;DG=@CEHHQ?9@B@9;7-*0=PDDOOG7<>@+;@?DCF*?AACDE=F6N;;>:DBDD?:883#/>;;9DB>?@>A:DCHD@7@C=:7@@9AC>A&>@DEF9288@BOMFJ?BIH>BA??@DIIHJJGPH=5.99@EA?:<=-2CF:EMPGBBJLNKFEGCGNLJABFFFHDF@:891+09=DFCBACB/--1.1.,6CB@BF?;@D<KGMJHK82/(;>GD@1:H?@CC-);DJJJC@F=FC?3IQOAC9CIDA;@6>BC@@@'B,@6B6;:H:@B48<6A>CBIEF:;<22$(*(,/4799=;//A?@DC<*?FE;8A>?B>5=AAABBGDNIF:@AEHFG>AGD?EE;DFFGF?B?@>81?=9BDBA3FDJ=-B?@BDDFGFGE@C>56?C,/7FB1C=A=?8>=@@FG>BHIHTQKA:8=;83($,////2B>E:;>AGBKFCBA>>C@@?='>)'68<9:7%+$*+24)(*,*(,%#%%$%$)*1'&)-,$$(%4-%&&&&$$&+)%)#$%$$%,,,,#$$&#()&##$$&&$&))/GHG=2-96)211348798-'),)'+%%,1@B@D>FGE7BA?;8>?D;,A?=FJHDCA;EC6B@@CEFBB>:=-4;3'-3/,.1935<>:;99:BDD=B@FDDA:668%731:37156FG?GC,563$*6>98.11/2+--EFCB=85;89<44240645<;59<>>;AD?LIHD<65;DEJD=8;<<*)122498ABCG@BB?9>?<<=:2EDHBCG+%=568@CHD:FDKH?.88BEAECDHCLMCCN3?IKN5;=3BC@DFD?@D?G;FIG43PNB7(DFHQLHDEFFGC?,2CBAD78:9A>HF?@6O@CGA>50=D3(;=80-G=>79<:DL?:@?A@?DGE=KIIDI@65@442+=>FB>@HGA,0.;BB@DFB@)7>AJDC@>HHEBFMMGG?AD;B?6<>>;8=76C:EFHJK>ENM:FJIACCCOMJISM<>4?:NJLGI=;CAEG=/DLC>4*@>8;>@8-5CFLMA1*)0/0.$+)#$$)8CFFMMKJCCCGFA4:;@B<;FGGE:;57=B>=@BAIID8GPBJCGGI:BH;EFBMHA@A9+4$$?9<=3443833589;>E:>OMCA;;BEE;708@13&*9;=<4@;;EDIJFTSLI<:?AFDKIJKEHFFCAA@98,+GE74?BCB>CFAF?@AA>;13<=67)+?/CIAD>H29BA.<@J@P@H=GEDAACCC@B?EB>@>EFHID::46=>89@>D>AHD??@@AGCDE=A@9F@ADHBEG@;13,BA94GC>?GM5=>>F@AD99HFA;<=;52/78<;<<>DGIIIHD9DDEICEIIJ:ADKKEMSPJHGBNKJ<33GG8C:J0>DGDEB11'$6=<=C+F?>E0ED9=BUGFGABE32(A>?/:9&&2>C<,1..-4<973,<'CI78:AD@<=90@<0=A8987805?77;*=>24JGA6FCEBDFILC:IHH@@:A;0$#%8&%)-&,54?<)>@:B.:D63.0017+*+/?BACHDI>AAFE@56CAB@GFM9:<:B?>=)5A<>JF58->G>>D)?2;75C?BPKGDLJGH?>DDAEIKFD:>HF>B@(.80.0-*>>AA:308;0.037?FQN@A??9GELMLD?8=;7:==8>>@MKEHEDHMLEFAJRJHGFB<=DA=?4:GBDD<>?<+99;73%%.-9;<4$6:=>;GKCDD:;C=.0'5??>:<198,-%%%7BI=CDC3(#%&%()&/1<8$:D@D214,+$01+,(++8;K@BCH@CPMDA>5;BHKJFE>?KM998@ECAABB@BQJ3DIH>-MGGCFGJE:9@>.'7BBDBALJEC;.,ADDG<;FHCE=1;;B?;>IF52(/-+)&(%%$$*45B?EE==0%4:8FD=4/AED9<;GBEGJ@AA?DGF=>0:&:<57(5;6=@@BF5>JF(?IB<3.58B8;?E>@CA>;<>=,$$4.8@/:CMKHM;/;@@BI@88<<6678A<-&&3AJG>=?HDKD?F@'AENN;9=@B@EBBAIHCD'ICD=;=EGOL@B=BCGFDCAA>9-./+%+&))))+>=??9963;<%>>7D?JH5G*(@@A9<>?8983(((((&&&112>BDE;:=9DEI@98:QMJ?57;720($%$*)*+,/@ABA?;?@I5**99BA67@ED@GF=>>?>;6HG::520*9;=DKGB@FD@:DEACHGG<8AAD?A?5CIF@BEMLF@=ACBCC@=;C:.6:=>DDKNFNMFKJDB@IHGLDGHA>JAHFIHC?HBCH<>EFAD/9JC=ADC;?@@CA?A=61264<7CA;KK6CEID840'4.59DGLIGM@E?CA,0A5C=B>3($$($#$6?B?FJJA??-A>7CDCEHF>48<@24AHABDEBA?I>=FGBBAF=D<IHKE=BF??KCFFFFEC41GIGIAEACFJG9?JJB@-H3=A>==EEBDEAA?>;C7==EBB09@=-334>@;A63DEHCEC;F??G?C=?>1<3@GHBGFHID=CDE?AI?CBA3,'%+(%'()126??@?9/.100<<3((*3$(%0.).20780+/3/98<@@B8@E;@=0212+%$*'%)&))7586=<:>?<@:551./28060207<59BB@899??B<>=4/AA;-&'(.5BB=<4450-(%%%%%4;;)008:?DJ?53<5330.--+<8(0((&&($+%%%$(',2:6;@@HE?198886;89;851/=>>?>869:5)*$$*5979?FB>AHHFA4<=@@=7<<::(;,,)$*$$%*--)'-.361<=)%(==BHFB@BA=7385@@@?:DF78AEFGBGEECDC>;::C>+%44@@7%,/7AA;-$$261/+++?;;>>BA6@??EKCC08:==I;7112,(**5-%'&%##%'$'%''()(4EE@8678@B<7<86.-2(*(-.73$%&4672:;<;@@A7;A8.,(><=8'(/-21,)&%,*$$'($$'/35:?GGDEII=5:7:<.@8:@87CG;>@FI>ELEJJ>KF<382&$##%&)&-EGB9>:<8>ECEG>=AC:883*/-+,0A;.---=636986851+2<54;?=;'#$+,,,--/3674.130+.1.+$$%.?LMPI7.&))))((#'/+/++..3945<<DCFHC399>BBEEEL@AC9=:.)('$(146JJGF;=8.&&39=<<85)++$'./),.-,+%&&)++-/2>:<>BA><2&&0)'.%01786&(-)&.'&,'$25656<-(*+///-(,%##''-'),,:7<7@;+**')#%%%0)+4;>?98DC@;CE/+)$'*=@?11*-.13/86%;>;?AD;(@?B4+?75(-&%*4442.(*(*:?>>=?>;??74#%1&:>6201)$#$%&--.633255')*697/-,&1;@BB895''98BBBD;:I,ETO?<:6./3/)-,'&$7B@=ACHC378;7('::@BB;/,3221398;9::99AEFE<=<862+21,557:;A99:+),$(=CB>G@?AGE.&086,/%244A99?@?C:--/B;A;F<001AC?G>(188==665&':OMMKHEK5=<67;I1?BDD<;BB61396EIF?DJIDGLKLE998,'+%*++*,09+,%$'6?DNLIELDMMBCPOBD<:CD8=;5;@IA:?@EKCC<;.+*067(&'&'%%&,-%4<;<2)+00-2:4?54F@>CHFM?8:+)HQPNLNGAADJPI<;=DEGE/?A@IH47<5>99:=>,));/--%@;?976:/57;=HHIHF8ABAADA:4FDE?KC=562477BJ;3<=*&211(/;1777/%&')5@:CBCONE527=1C01-.-?>JC9BEABDJ=;@IC=?:DNN@B;DCD;=D,++<=?<49JDEQQJHBBFIF@DN@@ICDHPPG;@C@?ADEDF:8=?B?;>A=;78BA8:DGA>??5::3/./++83946=;EJCG70;>@=3=98:?F:ADAEBCKHLKCAJILH;0KIGG?BCFFDEGI@JJFFNJE@AD;59A2/ACCHSC3A@@D?D=L@=5040##/*&.*3//++-:BA;;B?AELNSNFJLJE$'BA<>?DHF@DA?KJJBOFDB;><8=PKDJIFAABGBMN>DB3<@G??GH>9>>;BFIJJCA===;RRP>>DDGAJLIIKLFAGFC>EEGHG@77DB9;>C>CEDAGF=>I>7;;<6=251/05);73:69A@EFGNO@?EB9;0@8?AA.4>=<<=>GIAC>AC=<>84BB>HFD631+)EB=2;=,6=>=BLECDHHEIGGF98GI>FGA@B@EDA@CHCDA*JA(3;/&%''.67?=@87(7:@E787$-.5:+*44192@>>2,896DHG=<><>@AJGAJG<&/=CD?7CBB;AHGBAA@EEBHGF:=<>?CF@@DBB061(&,HFAA@6037ABD>DE<@FAG=BDG?<==;:83.@?B@:EDEE?@K98<688;ABAGFIIIKMBAC@H;CE8;@EFEIEB>?430&&,/=9@FEEBE@67=@ICJCDDAFICAHF29C>IE:9:28999???94:0.43<=NMFMNCCFC8E?F=5@BHI=;CECEDEFG=@GGE?;A<7CDDLDDHF8:::@?<:B=?;2*$1CED@EE?7AE4A@FKHUOI79FD88+2:88=8=>4'<:A<8;=9+23BBHBEE;>FGLMAEKH=@.@B9>>M3FC@<3+%&--4-0@992))16=BD:::KK=?A?=CA<=:<7'9AEIDRGBA?:1+)->8G7)0..:=?:>999+<>ABAA9(;;149=9934.//&9A>><<5683.,-+&35,,AB<:?<=C9.-,)33->?;<>=2*,43@;;=CA?KK0*-;:.AADDAEFIABB?B@@CA=BJFNC6@B<>=D<4*'688CDB=;6NNQMDG7BBBG1>DBADDAA9:>?;AGHAAA@>=AKGF;ADDLK8>=A:.BGGGGEBLI;?H:@GH?BBAFILK:?6;B>=B9)9>55;9;45<8:A9@@CCA7'&&%%$(07>>?C@>8?@DAFB9?E=DG@FDFFB5/20'7;>=83<>FF@>=>?I?BFHF>JKH=BIIAFC?BCHDC>;,/8985A=@BE?<7?=FI?7?BFH<>B>DC7-:HI?GH?G@::?@IA?LIGFLKIAGLLC=ABBEHGDUVHFELH?=CAEKME=:@>9;EEC6A>?CJG?JK>8?NJ>B?78FEOQK@/;<=98854C@D>-401/0??8,5)&0-//-,'$'$&(+++&,-++)1$'*,,.0-'#&&%()&&%(%&'&%&(+(.38=CCCHHLGLD?===<<>@?CHC;>DA;JHOH?C8D@CL=>BA8BIMHK>=6@9>?@ECNN@GGLIA=<:=HJC>F?;;;9=99>:%':>:7012=B>=<;:=<:;BCDFDJLFEIIGPIHD:HFEC>29HCP@.NKEA87:?BC>DEEB=>RN;EEF;9<@M@B>AE?A?I<6630?>@B:*07><=;==@><@CAD>E>@ADB:;>;:A:JJA?2EEIF@A?@9<;;:91,-/36<9;=GJBEED6:75>53/'30/16>EIJ@EEGBCA45445<:-E?>>E7FB4BGDGHFF;I?@>H>545,AAB7JFSPI5?HBFNA?HA@>>B<9739>ACB;BA@ABD?ABHQOI?<>BEBHG=CDIH?6?A>>?D=(=HHHEMNLB-;=@C==8?EFKH=6>@A=CIIGG@%18008;>>>>:85@C??E<8:;6<@A4B@(9;@LLVQI=??DB<=<-,$2<;B;88>1,;7<@B>EBG7>?>=EJJCFD9?IBBCOBBMLKEEGF::-*)0ELGH>@?>900.7?9EI9=?H6-7EB<:+<8<@8DCHKNQ=J>/B3>@LGIIEFSRCAA93:BC>@MAE>A@=;RO;38A<=3358??.->@ACCC;8G=EDI9>>BAH?>?;D;LLA>E:584+0:@?@EG>FLKGLE;2<@:(()-@(=>=>A==DF>8@@>?41(('))-*8<86%,,9:6>ABCB-:A?>AAC/:?EGC;AFE:BHACC@>;4N27?A9E??@B@@ACEFHEFKIGEC?<>;D=A@<6<>I;;ABD@=:<.,,ABCCB;D;=,.9@C=15BG@CA7;<>C295499+%&'&&+-888.6DDHD?46:<<9=ONOLF88=8;>>;77+$#'&%**.9;==AEEE6FBGQHBLLLECFDLKFMJA-EIDLMELKEFEI66HNA=?7;:NJB?61-9=?>@<32BEFH?EFF<.:@DEAF@<3>:3=4./7;CG@BGK=/8<;??DBBDADGABDFE>LB>FGGOLRLBBFIJ9EELKC>FE?>:8&=?CI?;QLJGKINMJIKGJFE6D87.?4KJE89HINF>=>?.PJ?ABHHHRL:GMKQ?04DJDCDAD@8:BDA:BAE@?84;EEOJPMDDAEMK7DDECHFH;8?GEGFHGC57+:@BEBH;<>FB?6:AITTFIXUKF[VWSFACHD:@<,*(2B7>@<'&&&6@@8;><:0340++148;=8?5=>9=>@72:?B=7=?>@B34B88?7=FKH>DCGCHAEBE;GHJ>;>63$&(/$))%.316@CBB?A<>3;9<;58<:6A<0467;5<@G@ACGFM?HEC5&&+CE?@HN@>ED>>D>GIFKL@HECDEID=8CE?FKLKIBCONLF;;:.-:PN/4.585E0).26<@G@DGFBFNN?LHGGBABEHADLKJH>6?9969--;A)<-'>BE=B@>CAEOBG?KJE90DADC:?GA>C;84('(.68@>@B<922--;@:8?C<:CEH=>9;:977,89;;6ADDCC@@8DEIG<=ACA@;8@GHEBH@FEACED?JHIJG;;9IB885CEB9;CHG;4CB<=54AEETF5=CL:?=G,9=??;=ECEE=CCDB:/8C;9*<:0@@JA?AAAFFFHFH@DC=624=?:5-AHGDG<;;-CGFF@AHBBJ?J9=EFD68?D?EA?EHJMKFDIEG-EH?7;4<9C?GFNE:.,.099DFJLIR@7@FJH<>6>@C)=8=JHGA3%%0>,EDE@IGPNBADKANJHIIJJFACFEE(;EGAEHBDF88:2=ALKEFDFH0BHKHB=AB?B>;CA>AJHADDC;?EADE8B=(,7=>;//9=?9;72::/.:=>>?8:?KPMKNGR?ID><==;B3-(%$#&(-3<>AILLPI?FA77AFA8513>54105878%%/:;<66&716@CD@A=3'(''&&::=@::678(9:;F>>L/>DC???96&&)($%&;JIFHOJB<966=:=EH?@AC,A@?;9=:C/983035-.///059D00C8=AD?A467558A=BCFA.><9??95-$'$$$'(&)%57C>5C;=@@DEEBGGHHI@NC;@D?>2EH=<@>?9.7;=37/DIKD@<550* @SRR14011045.33447 7b53ea96-fba6-4daa-b2ee-47b368dd72c7/1 GATGTACTTCGTTCAGTTACGTATTGCTTAGTATTCGACGTTTACAATTGACAGTTCAAAAAAATCTTTGCTGCGATGCGATCTGTGAACGAAAAAATGGCTTTAACATAGAGAGGATTACAGGAACGTGGTGCTTGTATAGAAGGAGGAGAGTTTCTAGATGTTTACCTAATGGGTCAACTGATAGATGAATAAAAGTATAGCCAAAAGATAATCGGAATGTTTTTAGGCTTTGTTATTTGTGACAGTACTTGGTGTGGGAGCTTATGCCTATACGATCTACCAACAGAGTACAGACTTTAGCCAAAACCTATAAAAAAATCGGAGAAGAAACCAAGGTCATTGAAGCGACCGAACCTCTGACGATTTTGCTTATGGGAGTGGATACGGGGAATGTTGAGCGTACAGACCCATGGGAAGGTAATAGTGATTCAATGATCTTGGTGACAGTGAATCCTAAAACCAAAGACAGTCATGATGAGTTTGGAGCGTGATATTCTCACACAAATCCAGCAGCCGGATGGTAGTGTAACGGAGGCTAAACTCAATGCTGCCTATGCCAATGGTGGAGCAGAGTTGTCTATTTCAACGATTCAAAAAATGATGAATATCCATATTGACCGCTATGTGATGGTCAATAGCCTTGGTCTTCAAAGAATGGTTGATGCTGTCGGAGGTATTACAGTAAATAATACTCTAGGTTTCCCTATCTCTATTCAAGACCAGGAGCCATTTAATACGATTTCTATCGGTGTTGGTGAACAAAGTTAAATGGTGAAGAAGCTCTTGTCTATTCACGTATGGGTATCAAGATCCAGAAGGGGACTACGGTCGTCAAAAACGTCAGCGTGAAGTGATTCAAAAAGTTGTCGAGAAGATTCTTGGCAGATAGTGTGAGTCACTACCAAGAAATTCTGAAGGCTCTTAGCGACAACATGCAGACCAATATCGAGATTACGACAACAACCATTCCTCAATTGATGGGTTATCAAGATTCCTTTAAAAATATTGATTCTCCAGCAGTTGCGTGGAAGAGGATGCAATGATTGACGGGACATCCTACCAAATTGTGTCATCTGCTCATATGTTAGAGATGCAAAATATGTTACGTCGTTCGCTCAGGCAACCAGAAGTTACGAATTTGGAGACCAATGTAGTTTTGCACGAAAATCTGTATGGCCCAAGGTCGAGTTACCACAATCTACTAGTGTTGCAGTGGAAGAGTCAGAATAATAAGAGACTATTCGTCAAATCGTAGGAATTATCCTGCGATTTTTTTCAAAAAATCCGAATAGAGTAAGTAGGAGGAAAAAATGAAAGCAGAAATTATAGCTGTTGGAACAGAGATTTTTTGACAGGTCAAATTGTCAATACCAATGCGCAATTCTTGTCTGAAAATTGGCTGAAATAGGTGTAGATGTCTATTTTCAGACGGCCGTAGGGAATAACGAGGCTCGTCTCTTATCCTTGTTAGAAATTACTCAGAATCCCGCAGTAGTCTAGTCATTTTAACAGGTGGCTTGGGGCCAACGGAAGATGATTTGACCAAGCAAACTTTGGCCCAATTTTTAGGACGGCGACACGACTTTTGATCTCAGGCTCAGGCTAAGCTAGATGACTTTTTTGCTCATCGACGAGCAACTATGCTAGAACTCCAAATAATGAACGCCAGGCTCAGATTGTTCAAGGTTCAACTCCATTACCAAAACGAAACAGGACTGGCAGTCGGTGGTATGATCGAGGTGGCTGGGGTAACCACCGTCGTTCTACCAGGACCTCCAAGTGAATTGAAACTGTGGTCTTAAATGAGTTGCTTCCAAGATTGACAACGGGATCTAAGCTCTATTCACGTGTGCTACGTTTCTTTGGGATTGGTGAGAGCCAGCTAGTGACCATTCTATCAGATTTGATTGACCAGCAGACGGATCCAACCTTGGCACCTTATGCTAAAACTGGGGAAGTGACCCTTCGATTATCGACCAAGGCTAAGAGTCAAGAAGAAGCGGATCGTGTTCTAGATACTTTAGAACAAAAAATCCTTGAAAGAGAAACCTTCAGAAGGTGTTTCACTTCGAGAAATTTGCTATGGCTATGGGGAAGAAACCAGCTTGGCTAGCCTGGTAGTAGAAGAGTTGAAAAAGCAAAAGAAAACTATCACTGCAGCAGAAAGCTTGACTGCAGGTCTTTTCAAGCTACTTTGGCTGATTTCTCAGGTGTATCTGCTATCTTTAAAGGTGGCTTTGTGACCTATAGTCTTGACGAAAAAGCTAAGATGCTTGATATTCCACAAGCGAATTGGAAAAAACACGGAGTCGTTTCAGCCTTTACTGCTGAAAAAATGGCTGAACAGGCACGAATCAAGACTCAGTCAGATTTTGGCATTAGTTTGACGAAGTGGCTGGACCAGATAGCCTAGAAGAACATCCAGCAGGTACAGTCTTTATCGGCTTTGGCGCAAGCTTCGGGGACAAGAAGTTATCCAGGCCAATATCGCAGGCAGAAGTCAAATCAGATGGCGCGTGCGATCCCGCTCCGCCTAGTTCTTAAGCTTGTGTCGGTAGGGGGCTGATGCGAAGAAGATCAAGTTACTCAACAAAGAATAAAATGGCGAGAAAACCAACAAAAAAACTAGACGAGATTGGCAAAAAATTTGGTGCTGATCGTGAAAAAGCCTTGAACGATGCCCTTAAATTGATTGAAAAAGACTTTGGGAAGGGCTCAATCATGCGCTTGGGTGAACGTGCAGAGCAAAAGGTCCAAGTGATGAGCTCAGGTTCTTTGGCTCTGATATCGCACTCGGATCAGGTGGTTATCAGGGACGTATCAATCTACGGTCCAGAATCATCTGGTAAGACAACGGTTGCCCTCCATGCGGTAGCGCAAGCGCAAAAAGAGGCGGAATTGCTGCCTTTATCGATGCGAACACGCTTGACCCAGCCTATGCAGCAGCTCTTGGGGTTAACATTGACGAATTGCTCTTGTCACAACCAGATTCAGGTGAGCAAGGTCTTGAAATTGCGGGAAATTGATTGATTCAGGTGCAGTTGACCTTGTTATCGACTCAGTTGCTGCTCTTGTACCTCGTGCGGAAATCGATGGAGATATCGGAGATAGCCACGTTGGTCTTCAAGCTCGTATGATGAGCCAGGCTATGCGTAAACTCGGAGCTTCTATTAATAAGACTAAGACAATTGCTATCTTCATTAACCAATTGCGTGAAAAAGTAGGAGTTATGTTTGGTAATCCAGAGACAACTCCTGGTGGACGTGCCCTTAAATTCTACGCTTCTGTCCGTTTGGATGTTCGTGAAACGCAAATCAAAGACGGTGATCAAAAAGATACGAGCGTAGGTAAGGAAACCAAGATTAAGGTTGTTAAGAACAAGGTAGCTCCACCATTTAAAGAAGCCTTTGTTGAAATCATGTATGGTGAGGGTATTTCTAGAACTGGTGAGCTTTTGAAGATTGCAAGTGATCTTGACATCATCAAGAAGGCAGGAGCATGGTACTCTTATAAAGACGAAAAAGATCGGTCAAGGTTCTGAAAATGCTAAGAAATACTTGGCGGATCACCCAGAAGTCTTTGACGAGATTGATCACCAAGTTCGTGTCAAAGTTTGGTTTGATTGAAGACGATGCGGTAGCCGATGAAAAAGTAAAGGCTCCCGAAGTAGAAATCAAGAAGTAACTCTTGACCTTGGCGATGATCTTGAAATCGAAATTGAAGATTAAAAAAGTAAAAGTGGCGGAGGAATCCCCACTTTTCTGTTATCTTGGACTAAAGAACTGATACTCAATGAAAATCAAAGAGCAAACTAGGAAGCTAGCCGTAGGCTGTACTTGAAGTACGGCAAGGTGAAGCTGACGTGGTTTGAATTTGATTTTCGAAGAGTATGAAACAATGAGAGCTTAAGAATTGCTAAAGCTAGCATCTTCAGATAAAAGTAGAAAGACTATTGAAAAAGATTTGATTTGATGATAAAATAAATAAAAGAAAAATTAGTATTAGGAGATTATTATGGAAAAACGTCTAGTTCGTAATGTTCAAGATAAAAAGATTGCTGGTGTTATTGCAGAGTCTTGCTGACTACTTAGATATGGATCAAACATTGGTTCGTGCTATTTGGATTCTCTTCACATTGCTGAGGTGGATCTAGAGAATTCTTGCTTACCTCATTCTTTGGCTCATCATGCCAGAAGCTGGAACAGAGCGTAAACTTAGTGCATCTTTGCAGATAAATCATGATAAGGCTGAGACAAAATTGTTTCAGCCTTATTTGCAATGAGCTAGGGATAGTTTTTTCAGAATTTTCATCTTCTTTGGGAAAAATAAAAAATCACCTGCAGCAGGTGATTCAAGAACGAAGACAAACGCCAAAAATGACGTTTGTCTTTTTCTGTTTTCAAAAATAGTTTGTCTCATCATCTGATATTCCATTCAAAAATCTGTATTTGAAAAATAAAGGGATATTTCCTATCCATTTCACCCAATTTTGATATTTAAACGCAGCAAAGTAAGCCCAACCTGATCCTCCATTTTGGACTTTCCTTTCTCTCTAGTGTATCTCAAATTATGGTATTCCTTAGCCGTTCCAAAGAGCCGTTCAATTGTTTCTTTGCGCTTCTTATCGACTCTTTCATTTCTATTTGATGACGAATCTCCTCCACAAATTCAAGAGCATCTTTCCAGACATGTCGTTACTACTTTTTGAAAATTCTTGCTTTGGGTACAAACGGATAATAGGGGGCAGTTAACACATACTTTAGGATTACTCTTATACTCCCGATGGCCTTCTCGAGTGGTTGTACGATAGCTTAATACTTGATTCTGGACAGACATAACAGTCATAACTTGCGTCATAAACAAAATTACTAGGTCTTAAGTTCCCCTTTACTCCCTTTGGACGAGTATAAGGAAAGACAGGAATGATGTTTCGCTCTAATAAATAATGGGCAATAGCTGGAGTCTTGTAACCTGAGATCCGCAATAATATAGTGGGGCGAGAATGGCTCTAACTTTGAAAATAGGGCAGGAAAGCCTATTATCTGTAGGTATTTTCCTGCTTCAACCGTATAAGCTAGGGCCCATACATGCTTATCACAAACGCTTGAGCAGAATAGGCAAATACTTCCTTATGTTCGCCCTTATGGAACCAACCACACTCGGGATCTGTTGTTGAGATTTTCTTTTCCTTAGCCTCACTTTCTGCGGGCTTTAAGGACTTTTTTTCGTGTTTTTTCCTATCTAAATCAATCTCAACTGCCAATTGTTCACTCATAAATTTAGCTTGTTGGTCTACCATTTCCTTACGGTACTTGTGACTATTAGCTGCCGCTTTGATATGGGTACCATCCACAAATATTTCAGAAGGATCAATTAAGCCAGCATACAAAGCTTGGTTGATAACTTGGGAAAAAATCTCAGAAATGAGTTCTTTATCTTGAAAACGACGGCTGTAATTCTTTCCATAGGTAGTAAAATGGGGGACCTTATCATCTAAAGTTAGTCCAGAAACCAACGATAGGCAACGTTTACTTCAATATCTTTCATGGTTTGGCGCATAGAACGAATACCATAAAAACATTTAATCAAAGGAATTTTGGTACTAGCATGACGGGATCAAGACTAGGACGACCATTATCTGGACTATAGGTATCTTCTACCAAGTCATAAATAAAGTCAAAATCAACCTTTGAATCTACTTGTCGAAGAAAGTGGTCTTTGGGGACCAATTCGTCTATTGTATAGAAACCATATTGCTTACGGTTATAATCAGGTTTTCTTTGTGAAACATGGGGAACACCTCACAACTTTCTTACCTCTATTATACGACTTTACAAAAAGAAAAGCCCTTAGAAACTTGGGTTCTAAGGACTGTCTTCAATCTGAATCACCTGCAACAGGTGATTGTATATTGGTTACAGAGAAAATTACAAATCTTTAATGGAGATTCAAGGTTGCAATCTAGATTAGTGTTCACTAAAGCGACGGTACTCGATGCGAAAGTCGAAGTAATTTTCTTCTTGCAATTTTTGAAGATATTCCGATGAGCTTCTTCATCAAAATGGTCACCGCGATAGAGAATTTCAAAGCTCATACCCTCGTATTCTAAAAGAGCGTTGGCAGTTTTAAAACTATTTTGTAGGTAGAAGTCCATGCGAGCTTTCGTTGTTCGAGGTTATCACAATCCTCGTCCAACCGCTCCACTTCAAGAATCATGGTACGTTGGTAAAAATCAATGAGTTTTTCAATGATTTCTCTCCCGTAGCCATGACTACGGAGATGGGGCATAATGGCAAAGAAGCTAATGTAGAAAGCTTTTTGGTTGGAAATGGCAAAAGCGAAGCCGACAAATTCTTCCTCGTTATAGAAAGCGAAAAAGTGAGCATCATCTCTATCCTGGTAACTTAAGAAATTCTTCCAAAGGACCCGTTCTTCTTCAGGAAAGGCTTCCTTGTTTAATTGGTCAACTTTCTCAAGGTCTGGGAATACATATTAATTAACTGGCTTGTAAGCTCATACATAGCCTCCTTTTCTGTCACGATTATACCAGATTGTTTGTATCTAGGCAACACTTTCTTATCCAAACTCCCTTGTTCCCCTACTAGAAAGCTGATATAATAGCCTTATGAATAAAAAATCAACGGTGGACCTGATTCATGGTCCCATCCTTCCCGCGCTAATTAAGTTTGCATTACCGATTTTGTCCAATATCTTTCAGCAACTTTACAATACGGCTGATATCTTGATTGTTGGGCGTTTTTTAGGGCAAGATTCCTTGGCGGCAGTCGGAGCAACGACAGCCATTTTTGATTTGATTATCGGCTTTGCCCTCGGTGTTGGAAATGGGATGGGGGTTGTTATTGCGTCTTTATGGCGCTCGTAATTTTGAAAAGATTAAGGAAGCTGTCGCAGCAACTTGGATTTTAGGGATTATCTTGAGTGTGCTTGTCATGTTGATGGGCTTTTTCGGTCTTTATCCTCTCTTACAGTACCTAAAACACCTGCAGAAATTCTCCCTCAGTCCTATGAATATATCTCCATGATTGTTAGCTGTGTGGGAGTGAGCTTTGCTTATAATCTTTTTGCAGGTTTGCTACCTTTCTGTTGGTGATAGCCTTGCTGCGCTTGGTTTTCTTATTTTCTCAGCCATCGTTAATGTTATATTCTGGATTTTGTATTTTATTACACAATTGCAGTTAGGTGTTCAATCTGCTGGTCTTGCAACCATTATCTCCCAGGGCTTGTCAGCTATCCTTTGTTATCTCTATATCCGAAGAGTGTTCCAGAGCTCCTTCCTAGGTTGAAGGATTTACAAATGGAATAAGGCCCTCTATGTCGATCTCTTAGAGCAGGGGCTAGCCATGGGCTTGATGGGTTCAATCGTCTCTGTCGGAAGTGTTATTTTGCAATCCTCTGTCAATAGTTTTGGAGCAGGAAGTCATTATCAGTGCTCAGACAGCACGCCGAATCGCTAGCCTTTGCCCTATTGCCAATGACGGCTATCTCAGCATCGATGACGACTTTATCTCTCAAAACTTTGGTGCAAAACGTCCAGATCGCATTGTCCACGGTCTTCGACTAGGGAGTTATATCAGTATGGCTTGGGCGACCTTTGCTTGTGTGTTTCTATTTTTTGCAAGTCCTAGCCTGGTTTCTTTCCTAGCGAGTTCGACAGACAGTTACTTGATTGAAAATGGGGCTTTGTACCTACGCATCAGTTCTGTATTCTATCCGTTTTTGAGTCTTTTATTGATCTACTTAAAATAGCTTGCAGAGGTCTCAGTCAAAAATTCTTGCCCCTTGTATCAAGCTTTATCGAGTTTTTTTTGGTAAAATTATTTTCGTGGCTTGGATTATTCCTTGGACAGGTTATACAGGTGTGATTCTATGTGAGTCCCTTCTGGCTAGTTATGACTGCCCAACTTTACTTCTCACTTTCCAAACATCCATGGATCAAAGAAGGCAAGAAAAATCTTGGCAGTCGGTGGGAAATCTAGCTTGATTTACCAAAGAAAAATCTGTTTCCTCTAGTGAAAATCGGATAGACTTGTGTTATAATAAGAAAGATTAAAATGTGAAAAAAGGAGATTCCTAATGGGACGCAAATGGGCCAATATCGTAGCTAAGAAAACGGCTAAAGATGGAGCTAACTCTAAAGTATATGCAAAATTTAGTGTAGAAATCTATGTAGCAGCTAAGGTAGAGCCAGATCCAGAACTAAACACTGCTTTGAAATTCGTTATCGATCGTGCCAAACAAGCGCAGGCACCAAAACACGTTATTGATAAAGCAATCGATAAAGCAAAAGGAAACACCAGACTGAAACCTTTACAGAAGGACGTTACGAAGGATTCGGGCCAAATGGTTCTATGTTGATCGTTGATACTTTGACTTCAAACGTCAACCGTACAGCTGCGAATGTTCGTGCTGCTTTTGGTAAAAATGGTGGAAACATGGGAGCTTCAGGTTCTGTATCTTACCTCTTTGACAACAAGGGAGTTATCGTCTTTGCAGGTGATGATGCAGATGCTATCTTTGAACTCTTGCTTGAAGCAGATGTCGATGTAGACGATGTAGAAGCAGAAGAAGGAACAATCACTGTTTACAGCTCCAACTGACCTTCACAAGGCTATCGTTGCCTTGCGTGAATCTGGTATTGAAGAATTCCAAGTAACTGAATTAGAAATGATTCCTCAATCAAGTTGAGTTGTCAGGTGATGACCTTGCAACATTTGAAAAACTCTACCGGAGTCCTTGAAGACGACAGACGTACAAAAAATCTACACAAACGTAGACGGATTCTAAGAATAAAAATAACCCCTTTGAAAATTCAGTGTTTTCAAGGGGGGTTTGTTTATCTTGTGATGACAAAAGGGCAGGAAAGGGCGAAAATCTCTTTTGCTCAAAACGTTATTAGTAATCTATAATTGTCCATAATACAATGGATTGTGGAAATATCCTGGTGTTGGGATTTAGAAATGGAGACTTGGTCTACCGATTGCTATTCAGCACCTTTTTAGATTATGTTAAACTTTCACTCCTGAATCAGATTGTTCTTTTCGGTCAGTCCAACAGCAAATTTACGGATTGAAGAAACTGGCCATTTTTCTTGTTTGACGAACGTGAGCACAACGGTCTTAGGATCTGAACTGATGGAGAATGGGTGATTCTTTTATTTCATAGTCTCCCATAACTGAATCTGTTTCTGAATCTGGGATTCCGTGTTTCCTGATAATATCTTTGTAGTTGCTACCACCTTTCCCACTATCAGAAGTGTCCCCTTCTACCAAGGCATCGAACTGTTCCTGGCTCCAAGTGAAGTATTCAGTATCCTCCTCGTCATCTTCCTCGCCTATACTATACTATCAGGAAGTTCACCATAATCCTCAGCATCAGTTGAAGAAGTGATGTTTCTATAGGGGTGACTAAAGGTTCTGGCAAGGTCAGTAAAGATATTAGTAGATAGAACTTGAGTTATTAAAACAAGGACAATGGAAATAAGACCTAAGGCTGTCCCAATGATAGCCAATGTTTTACGGTTTCTGAGATTGATGGCAATGCCAAAAACTCCTAAAATCAAAGTGGCAATGGCAAGGAAAAATGATAGGATGTTGACGATGGGTAATTTCAAGAACCAAGAAGCGCAAGAATGCTCCAAAGATGATGGCAAGGATGCCTAAGAGTTTCTGTTTCTTTTTGTTTCATGTGTGAATTTCTCATTTCTGGTAAACTGGATTCGTATCTATGTGAGATAGTGTTTATTATAGATAAAATACTACCTAATGTCAATTTCTACTTAGATAGTTCTCTAGGAAACTTTTTTCTTGACATCTTAGTTGAAAATGATAAAATAGTTCTCGTGGAAACTTAATTGTTCTCTAGAGAACTATTTTTATTTAGAAGGAGAAAACATGGATAAACCGATATTTGGTCTTTAAACGTTTTGGGCATCAGGTTCACCTCATGGTACAAAAGGAAGCCAAGCGTTGTGGTATCGAATTTATGGGTGGGCCGCAAGGATTATGCTCCCGTTTTTAGATCGTCGTGAGCAGGATCAGAATTGACACTTATCAAGGATATTGAACAAGAACTCAATGTCACCAAGTCAGTTGCCAGCAATTTAGTGAAGCGTATGGTGCAAAATGGTTTGGTAGAGTTGGAGGCAAGCCCAAGTGATAAACGAGCAAAATTTGTTCATTTGACTGAAAAATCTCGCTCTCAAATGAAGCAGGTCAAGTCTTTCTTTGATCGAATTGACCGCAGTTTACTCGATGGAGTATCTGAGGAAAAACTAGCTATTTTTGAGGAAGTCATGGGGCAATTACAAGCCAATGTAGAAAAATAGGAGGGAAGATGAAGAAACTCGCTAAGCGTATCACAGGAAAAGAGTGGGGGAATGATTCTCCTGACTGTGCTCTTTACCTGTTTCTCATTTCTATCTAGAGTTAGAAGTACCGACTTATATTTCAGAAATTACAGCATTACTTGGGACACCAGGGACGCAGAAGTTGGATGCACTTTGGTCACCAGCTATTAAAATGATGGGTTTGTCACTCTTGGCCTTCCTATCATCTGTCACAGTTGGATTTTTTAAAGCTCGCGTTGCAGCATCCTACACGGCTCATCTGCGTAGTGATATTTTTAATCGTGTCTTGGATTATTCTCAGACAGAAATCAAACGGTTCTCTATTCCTAGTCTGTTGACTCGGACGACCAATGATATTACGCAGATTCAAATGCTCTTTACTATGGGGCTCCAAGTGGTCACTCGTGGTCCTATTATGGCTATCTGGGCCATTGGAAAAATCCTTGGCAAATCTGAGTACTGGCTCTGGGCAGTAGTGGTTGCTGTTATCGTCAATGTTCTGATGACAACTGTTCTCATGACGCTTGCCTTTCCAAAACAATCTGTCATCCAGAAATTGACAGATAAACTCAATAGTATCATTCGTGAAAGCTTGACAGGGATTCGAGTGGTTCGTGCTTACAGTATTGGCGAAGATTATTATCAAGATAAGAAATTTGAAGAGGGCAGCTGATGAGGTCACTCGTCTCAATCTCTTTGTCAACCGTTTGATGGCTATTATGAATCCCATTATGATGGCGATTTCGAGTGGCTTGAGTCTAGCTATTTATTGGATTGGTGCCTATATCATCAATGATGCTAGCCTGACAGACATACCACTCTTTAGTGATATGGTGGTCTTCATGTCTTATGCCATGCAGGTCGTGATAGGCTTCTTGCTCATGGGAGCTCTCTTTATCGTCCTTCCTCGTACCTTGGTTTCTGCAGGACGTATCAATCAGGTGCTAGACTTGCATTCTTCTATTGAAAATCCTAAGTCAACCACAGACGGCAGATTCATCTATTCAAGGTCAAGTGGAATTCCGTGATGTAACCTTCCGTTACTCTAAAAACTCAGAAGCAGTTGTGGAACATGTCAGCTTCAAGGCAGAAGCGGTCAAACGGTCGCCTTTATCGGTTCAACTGGTTCTGGTAAATCTACAACATGAACCTCTTGCCTCGCTTTTATGATGTATCAGATGGGGAAATCCTAGTAGACGGCGTCAATGTGCAGGATTATGATTTGGAAGACTTGCGGAATAAAGTCGGTTATATCCCACAAAAAGCTGTTCTCTTCTCAGGAGATGTCAAGGGGGAATCTAGACTTTGGTAAGAGCCAAGAAACTCCTCTAAGCGAGACTGCTATGTGGCAAGCTCTTGAGTTGGCTCAGTCTAAAACTTTATCGAAGATAAGGAAGCGGGTCTAGCTTCAGAAGTGGCTCAAGGTGGGACTAACTTCTCAGGAAGTCCAAAGACAACGTTTGGCCATTGCGCGTGCCTTGGCTCGTAAGCCAGAAATTCTCATTTTTGATGATTCGTTCTCAGCTTTGGACTACAAGACAGACCGTATCTTGCGCCAAGAATTAGCTGAAAAAACGCAATCTATGACCAGGATGATCGTTGCCCAACGTATCTCAACCATCATGGATGCAGACTTAATCTTAGTCTTAGATCAGGGTAAAGTCGTGGGACAAGGCACCCACAAGGAACTTCTTGCAACCAACGAAGTTTATCAAGAAATTGCCTATTCACAACTATCGAAGGAGGAATTGGAACATGGAAAATAAGAAAAATGTCCTTATGGAAACAGTACAAACACTTTTCTAGCAGGTCTCCAACTTCTCTACTAGTTGCAGTTGTGGCTTTATGTATGTTCAAATATTATGCTGTTTATGGACCAACTAAGATGCAAAATCGCAACTTGATTTCAGACGGTTGGCTACAGAAATCGATTTGGTAGCTAGTAATCTATCTTCGCTTTTAGCTGTTTTGTATGTGCTTGGTGCCATTCTCAACTATACGCAAGCCTATATCTTTTCAACGAGTATCCAACATTTTTCAAGGACAGCTATCGCTGAAAAAATTAACAATCTGCCACTTGCTTATTTTGACCGTCATTCTCAAGGAGATACCTTTCTTGCGTAACCAATGACGTTGATACAGCAGCTCAGTCTCGCAACCAAAGTCTTGGGACAGTTCTTTCAGCTAGCTTTACTGATTGCTGTTTTAATTACCATGTTTGGTATAGCGAACTGGATTTGGCACTGGTAACCGTTGTTTCAACTCTTGTTGGATTTGCGGCGGTTTCAGTGATTATGGCTAAATCTCAAGGCTACTTTAAAGCTCAACAAAACAGCCTAGCAGCTGTAAATGGCTATGTGGAAGAAATGTACTCTGGCCACAATGTGGTGACCAGCTATAATGCTGTCTGGAACCAACAAAAGACACATTTGCAGGCTTGAATCAGAATCTACATGATAGCATCTGGAAATCTCAGTTTATCTCTGGAATTATGATGCCTGCCATGATCTTTGTAGGCAACTTTAGTTATGTTCTAGTTATTATCGTCGGTGCTGCCTTGGTTCTTGAAGGGCATATCAGTATCGGGATTATTGTAGCCTTCATGGTTTATGTTTCGAACCTTCTCGCAACCCTTATCACAGATTGCCCAGGAATTACCAGCTTACAACAAGCTAGTGCAGCCATGACTCGTGTCTTCGAATTTCTAGGTGAAGAAGAAATGGAAGATGAATCTCATAAGGGAAGACAACTGACCAATATGAAGAATTGAAGTGGTCTTTGACAGAGTTGCCTTTGGTTATACTCCTGATAAAACTATCATTCATGACTTTTCTGCGACAGCTCATGCAGGTCAAAAGGTTGCCATTGTTGGACCAACTGGTGCTGGGAAGACGACCATTGTTAACCTCTTGATGAAATTCTATGAGATTGATAAGGGAAATATTCGCATTGATGGTGTGGATACCAAGGCTATGGAAGCGCTCAGAAGTACACGATGCCTTTTCAATGGTCTTGCAGGATACCTGGCTCTTTGAAGGAACCATTCGTGACAATCTCATCTATAATCAAACAGGTATAAGTGATGAAGAAGTGATTGAAGCTGCCAAAGCAGTCGGAATCCACCACTTCATCACAACCTTACCTGATGGATACGATACTGTTTTGGATGATACAGTGACCTTGTCAGTCGGACAGAAACAACTCTTGACCATTGCTCGTGCTCTGCTCAAGATGCTCCGCTCTTGATTCTGGACGAAACAACATCCTCAGTCGATACGCGTACGGAGGAGTTGATTCAAAAGGCTATGGACCGTTTGATGGAGGGACGCACATCCTTGTCATCGCCCACCGCTTGTCAACGATCCGCAATGCTGACTTGATTCTGGTCATGAAAGATGGAAATATCATCGAGCAAGGCAATCATGAGGAACTCATGGCTCAAGGTGGTTTCTATGCCGACCTCTACAATAGTCAATTTATAGAAGACCAAGTAGAAGAATAGTAATTCAAAGAAGGCTTGACGGCCTTCTTTTTCTTCTTTATACTGGTATAATAGAAGAAGGAGGAAGTATGAGTCAAAAATTATACAATATGAAATTTTCTGCGGTCTATCCAGCCTTGATTGCAAAAGTTGACGAAAGGGTGGAAGGGAGCAGAATCCGTTCGCAAGTGACCATTGGCTGACAGGTTATGAAGTGAGTGACATCCTCACTTGTCTGGACAAGGACCTTGCTTATGGAGATTTTTTCGACAGGCGCCGTCTTATGCTCCTGAACGGATAGCGATTACAGGAAAGATTTGTGGGGTTCAGTATTGAGGAAATTGAGGATACTCTGATGCAGGAAATCCGTCGTCTGGACAAATTAGTAGACTGGCTTGCCAAGGGAAAACAACCCAACAGGTCCTAGAAAAGTATGAGAAATAGAAATGAAAAACTATCAAAGAATGGTACGAGAAGAGGAAATCAGGTCTTCTTCGACATCCACATATTTGGTGATGCAGTCTTTAATCGCATGATGATGATCCTGATGCCTTAGCTTACTTGACCTTGTTGGGAACAAACTTTGTAGGTGAAGGGATCGGGAAAGACCTTCTGTTTATATTTTAGTTCCAGCTTTTGGCTTTGTCCCTATTAGCGCTCATTCGTAAGTGGATTAATCAACCTCGGCCTTATGAGACTTGGGAAATTGTCCCGCTACTGAATAAGGACAGCTCTAGAATTCAATGCCCAGCCGCCATGTTTTTCAGCAACCATCATTTCCATGGCGCACTGCATGCAAATCTTCCTGTGGGGTTGATTTTATTGGTCTTATCAGCTCTTCTCGGTCTGGTGCGAGTCTTGGTCAGGTTCGTATCCCAAGGATGTTCCTGATTGGCTACGCTTGTGGCCTCCTTTGGGGAATTCTTTCTTTATTTTGTGAAGTGCAAAGCAAGTGGGCTTGGCCTCGTAACCACTTACGGGTCAAAAGTGACCACTTGCTTTCTGTAAAGTCTTCTGGGCTTTGGTATAGTAGATGCAGAAGGAGATAGGATGAAGTTACGAATCGAGATTGATAGTGAATTAACTGAGACAGAGATTGTCATCAAGGCTGCAGCCCTGACAGATGAGATAGCTGATTTGCAACGACTCTTGCAAGAAACCAAGGCTCCTAGGTTGATCTTTTATAAGGGGACGGGTGAGTATTACTTAGACTTGGCAGAAATTCTCTTTTTTTGAGACGGAAGGTAGCAAGATTTACCGCCCACACCCAGAAAAAAGAAGCCTACGAGGTTCGACTCAAGCTTTATGAGTTGGAGTCCATTCTCCCCCGCTATTTCAGTCGGGTATCCAAAGTCGATATTGCCAATATCCGGCAGGTTTACTCGGTGGACAAGTCCTTCTCAGTTACAGGCACTATTTCTTTTATCAGACCCATAAGGAGGTTCACGTGTCACGGCACTACCAATCCCTCCTAAAAGAAAATCTAAGAAACATGAGAGTAAGAAGATGAAAAAGCGAAATTTGGTATTGTGTTGCTAGTATTGGCAGCCTTAGTATTATTGCAGGGGAATTTTGGGATTCCTTCTCTAGGAGGACAGATTTGGCCTTGATCGGTATTGGATTTTTTCTCAATCAATTGAAGCTTTGTTGCGTCGCCATTTAACTTCAGCTTCTTTTACAGCTTTAGTAGCTTTAATGATAGCCAATCATTTTTATGAAATTCTGCCGATTCCCAATCAGTCACTGTTCTGGGCGGGAGTTCTAATCGTTCTCCGGAGTAAGTATGCTGACTCATTCTAACAAGAACCTGGAATGGGAAAAAATAATTGGTATGACGGTGAAAAGACCATTCTGACAGACAAGTCGCTTTTGGGGCAGGTACATTTTACAAGCAAGACCAAGAATTGACGAAGTGAAGTTTGATCGGATTTGGGAATGCCGAAATCGTATGACAATGCAGAGATGTTAGAAGGTAGCCGCAACCTTGAAGATAGAAGTCGGATTTGGGAATGCGGTTATCTATGTGTTTAACACTGGAGAGTGGACCTGAAGGTGAAACTTTTTTTGTGGTGCAGCCAAGGCAGATGCCCCTCTAGCCCCAACCAGCAAAACCTTGATTATCCGTGGAGATGTAGCTTTTGGGAAACTAGGAGTTGTTTTACGTTAGCTAAATTCCCAAACTAACTTCCATCGCCAATAAAAGTGGAAGTTAGTCTGATAAAAATCCTAAAAACCAGTGGAAATCCGTGTCAGAGGGGGTAAGTTCCACTGGTTTACTATGCGATTTCATCGTTTTTGTAGCTGAAAAGAATCGAAAAAAAGAGCGCACAAAATCCCCACATCTGAAAGCGTTTCAATTCAAGTTCCGCTATGGTGGAAGTTAGTGTGAGACGTTTGAATGGGGTTGAAGGTTAGTTTTTAGATCTTATGTTGGAGTAATTTAGACGACTGACAGACGTCTTCTGCAGGTATTTTAAATGCCGAGAAGCTTAGGAATTTCTTCTCCGTAAGTAAAAGCAAAGAGTTCATAGGCGATTTTACATTCAAAGCGGCGCTTGACGCTATTGACATGTGAACAAACGAGATTGATGTCCTCTTGAGTTAAATTGTCAAAGGAAGTTCCCTTTGGTAGAATGTCGCGAATCAGCGTGTGATTTTCTCAATTCTCCCTTTCTGGTCAGAGCGATTAGGGTCACAAAAGAAGAGTTTTATTTCCGCACGAATATCCATTTCGATGTCATTAACCCGGGCAAACTCTCCTCCATTATCTGTCAGAATAACAGGAAAGAGTTGGAAGAAATCTTCATCAGCTTCGTAGAAGAGTGTTTTTGATGTCATAGAGGTGTTTGGTAACCTCAAGGGCAGTTTTATTCTCCAGAAGCCTAGCGAAGATAAAGTTACAGAAGGACAGGTTGAAGGTGAGTAGGACCTTGCCTCCAGTCCTGCCCATAACTGTATCCATTTCCAGCCAAGAGTTTAGTTGGTTAAGTGCTAAATAGTTTTGGAAATCCACATAGGAACGGCCTTTTTTCGCTTCTTTAGGGATGGAAGGTAGGTTGCTTGTTCGTCTTTCTTTGAATTTAACGGCTCTAGTTAGATCAATGAGGCGATAGACAGGTAACCTTTTCGGATGTGTCGATAGACAGTTGAGGAGCTGACATCAAGGTTATGAAGTTTTGAGGATATGATAGATGTGTTGTCCCTTTTTAACCCCCTCAGAAATGATTTTATCCATGTCCCAGAAAGTTTGAGAATTGAGAGGAGTTCCTTCACGAGCTTCGACAAGAGTTTGTTCGTACTGCTTTTGAGCTTGCCAGCAAGAGATAATTTTTCTGATAGCCACAGTTTTGTGGCTTCTTTTAGAGCACCCATTACAGACAAAGGGAGCTTTATCAAGTAGAGGGCAAGGAAGGTTGTTAGAGGTAGAGTCTCTAATTTGTTTGTTTCGTTTGACTTCTTTGGAAACGGTAGTTGGGTCTTTTAGTATAGAATTGCCCAATAGCTTTGAAGGTTTCACCGCGCTCTAAACCTAATTGGATATCATTACGGTCTGAAAGGGTAAGGTGTTTATGTTTGGTCATAGTAGGCCTCATTTCTACCACAAACGTCTCACACTTAATTCCACCATAAAATCCGTTTTAGACTAATTTCCACTTCGGTCAGGAAAGTGGAAGTTACTTCCAGAAGTTACCTTAAATAAAAAAATATTCCAATCCCCTTGCCAAAAAAGAGAAAGTGTGATAACATAGTACAGTATGTGGTGCTAGCACATCCGCTATATTAGATCTAATAGGAGGAAAACACAAATGGCTAAAGTATGTTACTTTACAGGTCACTTTAAAGAACTGTATCCGGAAACAACCGTTCACGCGATGAACCAAACAAAACGTGCGCCCGTAAAACCAAACCTTCAAAAAGTTACTGTACTTATCGATGGTAAACCCTAAAAGTTTGGGCTTCAGCTCGTGCTTTGAAATCAGGCCAAAGTAGAACGTTTAATAAAGAGTAAAAGGCCATCAGGTCTTTCAGAGCGAACAAACGCCAAAAATGACGTTTGTCTTTTTCTGTTTTCAAAAATAGTTTATCTCATCATCTACTAATCTATCCAAAAATCTGAATTTGAGAAAAATAAAAAGGGATATTTCTAACTCATTTCACTAATTTTTTGATGTTAAAACACATAAGTAAGCCCAACCTGATCCTCCATTTTGGACTTTCCTTTCTCTCTAGTGTATCTCAAATTATGATATTCCTTAGCCGTTCCAAGAGCCGTTCAATTGTTTCTTTGCGCTTCTTATAGAGCTCTTTCATTTCTATTTGATGACGAATCTCCTCACAAAATTCAAGAGCATCTTTCCAGACATGTCTCGTTACTACTTTTTGAAAATTCTTGCTTTGGGTACAAACGGATAATAGGGAGCAGTTAACACATACTTTAGGATTACTCCTTTGCTCTCACGGTAGCCTTCTCGAGTGGTTGTACGATAAGCAATACTTGATTCTCTGGACAGACATAACAGTCATAACTTGCATCATAAACAAAATTACTAGGTCTTAAGTTCCCCTTTACTCCCTTTGGACAGGTATAAGGAAAGACAGGAAGAGTGTTTCGCTCTAATAAATAATGGGCAATAGCTGGAGTCTTGTAACCTGAATCCGCAATAATATAGTGGAAGGAATGGCTCTAACTTTGAAAATAGGGCAGGGGAAAGCCTGACTATCATGAACATTTCCTGCTTCAACCGTATAAGCTAAGGCCCAACCATGCTTATCACAAGCAACTTGAGCAGAATAGGCAAATACTTCCTTATGTTCAGCATATAGACCAACCACACTCGGGATCTGTTGTTGAGATTTTTCTTTTCCTTAGCCTCACTTTCTTTTGCGAGGCTTTAAGGACTTTTTTTTCGTGTTTTTTCCTATCTAAATCAATCTCAACTGCCAATTGTTCACTCATAAATTTAGCTTGTTGGTCTACCATTTCCTTACGGTACTTGTGACTATTAGCTGCCGCTTTGATATGGGTACCATCCACAAATATTTCAGAAGGATCAATTAAGCCAGCATACCAGCTTGGTTGATAACTTGGGAAAAATCTCAGAAATGAGTTCTTTATCTTGAAAACGACAGCTGTAATTCTTTCCATAGGTAGTAAAATGGGGGACCTTATCATCTAAAGTTAGTCCAGAAATAACGATAGGCAACGTTTACTTCAATATCTTTCATGGTTTGGCGCATAGAACGAATACCATAAACATTTAATCAAAGGAATTTTGACTAGCATGACGGGATCAAGACTAGGACGACCATTATCTGGACTATAGAGCAATACGTAACT + %$,*.-CC>=A:?CA@>;@BC9::31,)%)%&'%%%%0(%#'((%$*-*$%&&(%',1?74.)1-(*+./.010/2($%569:5/11:99/=;?<;>1A@CBA;9:911*@@==:4))%?'25=)<+>BA??D;AEAEA;>>=412.2,919??CCA><72235;<88:DG>?;@<5+033:=;:*$6:>DFBD?JHE=@?CE=70-=*,3%83$$&&(2.77:?=ABA09988/0<:9??BAA@6;==CCDE@;=>DF@>=*((0>3;?@:=.0?AGFEBB@;;=@@EHEGBA<;C@FDC>J=89AAA?>:ECADF?=@BDDJAGMGDHF;A>BF<@EE?>BCDFD36GE<4?@<@EBHF?AA>B?HJG@=A@:=>>>CCCE>D:?@68?@?AA@>????98?@D@@;>>8>??@AB?<=0=?DFFAEC?<>=;86<@CEB9;>@?AA//B1=D==@=>9=A=E:F?DF?;%&6=CEGFAC/?>,;A@?DBD:AE69GG@FG>@:<(&===3?:=AC@=;-.-.&&'$''+866::27-001=C:AB>@?@DDD=;773%19>=?:;==>@;?D?;;=B:3888>?@;@88<>EBG<:;?CAA>B<:)2=>;:98+)+$&9<6=886,*+104DF7?GBB.=JGI:7:;;>><5:A<6??CD?325;67:4:;E?=:=HJEHJCHD84';@@<>88:24>=EC>>BA+06558:=5AAC779D@A<8A?A@GC?@@ACA@3;73<=A:CC7=?948;=CDD@;??CHGE?6?C<>@GHHIA?>11-@>@@DA><4-2$<9===>*69=4439@BB?:729=@=@>A=?=(8%7:;>F?8>B@69񕇻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{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c617154c-e890-4531-9ea2-8bada351c6ed/1 GATGTACTTCGTTCGATTATATTGCTCCCTTTCAAGGAAATAACATGTCTCAATTACTATGCGTCAGATGATTGAAATGGTGTTCAGCTTCGGTCACAAACCCGTTTCTGGAACGAAAATGGCTCAATACATTTTCGGTGCGCTAACAAAATCCATATCGTAAACTTGGAAAAAACCCTGCCGATGTTCAAGAAGGCGCGAAGCCGTACGTCGTCTGATTTAACAAAGGTACAGTATTGTTCCGTGATGCCAAACGCCAAGCGCGACATCATCGCGAAGAAGCTACCCGTGCCGGTATGCGCTCGTTGATCACCGTTGGTTGGGCGGTATATGGAAACCAACTACAAAACCGTTAAGCAATCCATCAAACGCCTGAAGAAAAACACTAACAGAAGAAACGCTGCTGAAATGATTTCAACAAAAAAGAAATTCTGGAAATGCAACGCGACGCGTTGAAAAACTGGAACGTTCTTTGGGCGGTGTCAAAAACATGAAAGGCCTGCCTGACCTGATTTTCGTTATCGATACCGGCTAAAAAAGGTACTCTGGTTGAGGCTGAAAAACTGGGCATCCTGGTATCGCCGTAGTCGATACCAACAACAGCCCTGACGAGTGTGAAATGCGTTATCCCGCAAATAACGATGACTCCGCCAAAGCCATCCGCCTATGCACTGCCGCGGCATCGCCGACGCAGTTTTGGAGAAAACAAAAACCAAGCGCTGCAAAAAACTTCTTAGCGCTGCCCGAAGCTGCTGCCGAGTAATTCGGTACACGGAAGAGGGCGTTATGCCTTTTCTCAAATCCCGTTCAATCCGTTTCAGACGGCCACTATTCAAACACGACAAGCTGGCCGTGTTCCCAGAAATCTAGGAGATTCAAAATGGCAGAAATTACTGCAAAATGAGTTTACGCCGACCTGCGCGCCGCTACCGGCTTGGGCATGATGGAATGCAAAAAAAGCCTTGGATTTGAGAAGCCTGAAGGCAACTGAATAAAGCCGAAGAAATCTGCATTAAATCCGGTGCAAAGCCGTCAAACTGGCCCGGCCGTACTGCTGCCGAAGGCGTATTGGCTTACGCGATCAACGGCAATGTCGGCGCATTGGTTGAAGTAAACTGCGAGCCGACTTCGTTGCTAAGACGCCGGCTAAAACAGAATTTGCCAGCTTCGTTGCGAAAACTGCTGCCGAGAAAAACCGGCTACCGTTGAAGAACTGAGCGAACTGGTTGAAGCAGAACGTAAAGCCATCGTAACAAATTGGGCGAGAACATGTCTGTTCGCCGCTTCCAGAAGTGATCGACGCTGCCAGCCAACTGGTTGCCTACATCCACGGTGCTTTGGCTACCGAGGCGTATTGGTTGAGTACAGGCTCTGAAGACGTAGCACGCAAAATCGGTATGCACATCGTTGCCGCCAAACCTCAATGCGTATCCGAAGCCGAAGTGGATGCCGAAACCATCGAAAGAACGCCCTCTACGCGAGCGAAGCCATTTGCTTTCCGGCAAACCTGCCCGATCGCCGCTAAAATGGTTGAGGCCGTATCCTGCGATTCTTGGCTGGAAATCACTCTGAACGGCCAAGCATTCGTGATGAACCTGACCAAACTGTTGCCCAATTCGCTAAAGAAAACGGCACTGAAGTGATCAGCTTCATGCTAAAGTAGGCGACGGTATCGAAAGCCGTTGGTAACTACGCGGCCAGTGTACCGCTGCTAAAGTGTAAGGCACTTATGAAAGAAAGCACCTAGATTCAAACGAATCAGGGTGCTTTGAAAACCGTTTACAGTACCTAATTTAAGACGGCCGAATATTCCAGGCCGTCTGAAAACCAAATAATAAACCGACACCTATCATTAATATTCCGACCGTTTGAAAATTCAGACGGCGCGCCCCCCCCGACCGACGACATTCAAAAAGCAAGGTATCCCATGACACAGCAAATCAAATACAAACGCGTATTACTGAAACTCTCCGGCGGGTTACAGTGAGTCTCTACAGTCCATTCGGCATCAATCACGATACCATCGTTCAAACTGTCGGCGAAATTGCCGAAATCGTGAGAATGGGCGTGCAAGTCGGTATCGTTGTCGGCGGCGAGTAACATTTTCCGCGGCGTATCTGCACAAACAGGCAGCATGACCACGCCACTGCCGACTACATGGGCATGATGGCGACCGTCATAGAACGCCTTGGCACTCAAAGACGCATTTGCGACAGGCATCAAAGCGCACGTACCAATCCGCACTGTCTATGCAGCAAATCAACTGAAACATACGCCCGTCCTAAAGCCATTCAATATTTGGAAGAAGGCAAGTCGTGATTTTCTGCCACGGTACCGGTAACCCGTTCTTCGATGACACTGCCGCCGCATTGCGCAGTGCGAAATGAACTGCGACGTGATGCTCAAAGCTGCCAACGTGGACGGCGTGTACACCGCAGACGAAAAAAGATCCATCAGCAGCACGCTGAAACCGTACTTTTGACGAAGCCTTGTTGAAAAACACTCAAGTGATGGATGCCACCGCCTTCGCCCTTTGCCGCGAACGCAAACTCAATATCGTGGTATTCGGCATTGCTAAAGAAAGGCTCGCTCAAACGCGTGGTAACCGGCGAAAACGAAGGTACGCTGGTTCACTGCTAATCATTGAAAGGCCGTCTGAAACAGCCGAACGGGATACATTCGGCTTTCCAGACGACCTTTTATTTTCAGTCGGTTGCATTAGGTATTAGCTCATGGTTTGAAAAAGGTTGAACTTTGCTTGACCATAATGCCCAGCCGACAATTCGATAACGAGGATACTCCGCGAATATCACCGACGGCGCAATGGCACGGAAATGCCGCGCTACGTTGGGTCGATGAAGCTGTCGGCGAAATTACGCCAAACGCTTCAGGCGTGATGTCAATTATGCGCTGAAAGAAATCAAGCCGGAAAAACGCAGCGAGGTGTGAAATGCGGCTCCCAGGGCATGGCGGCTGAAGAAAAACGCCTGCTGGAAGCTCCCTTCTGCCGGGGCGCATTTTGGTGGTATTGGACGAACGCGGCAAAGCGCCGACTTCGGTCAATTGGCGCAACATTTGAAAAAGTTGGCAGCAAAACGGCGAACACGTTTGCTTATTATCGGCGGTGCGGGCAACATGACCGACCGTTTGAAACAGCAGGCAAACATGATGATGCGCCTTTTCAGCTGACCCTGCCGCCTGGCATGGTGCGCGTTTTACTGACCGAGCAACTTTATCGCGCCGTTTTGATTTTGCACAACCATCCGTACCATCGGGAATAATCCGTTTTGATTACCGGGATAAGACGGTAATGCGCACTTGTCGGTTTAAAGCCAGGGCGAACCGTTTTTCAGAACGGCCTGATTTTTCCGCATGAATCCTTTATAATCGTTTCTTTGATAAATCAACATCTTTCGGAGAACCCAAATGTCCGATTTCCGTCAAGACTTCCTCAAATTCGCTTTGGCACAAAACGTGTTGAAATTCGGCGAATTTACGACCAGAGCTGGCCGTCAGTCTTGTTTTTTCAATGCCGGTTTGTTCAATGACGGCATCGACTTTGCAACTGGCGGATTTTACGCCGAAGGCCATTATTGCCAGCGGCGTGAAGTTCGATATGCTGTTCGGCCCAGCCTATAAAGGCATTATTTTGGCGGCGGCAACGGCGATGATGTTGGCGGAAAAGGCGTAAACGTACCGTTTGCCTACAACCGCAAAAGCCAAAGACCGGCGAGGCGGTGTGTTGGTAGGCGCGCCTTTGAAAGGCCGCGTGCTGATTATCGGTGATGTGATTTCCGCCGGTACATCCGTGCGCGAGTCGGTCAAACTGATTGAGGCCGAAGGCGCAACGCCTGCCGCAGTGGCCATTGCGCTCGACCGCATGGAAAAAGGCACGGGCGGAGTGTCGGCGGTGCAGGAAGTGGAAAACAATACGGCCTGCCGGTGGTTTCGATTGCCAACCTGAACGACTTGTTCGCTCTTGCAAAACAATGCCGAATTTGGCGGCTTCTTCGAGCCGGTCAAAGCCTATCGCGAACGTTACGGCGCGGTTTAAACCACAACATCATGCTCAGGTCGTCTGAAACGGTTTTCCAGACGGCTACGAGCTGTGGCTAAAATATATTTTAGATTCAATACACTTACGGAAAATACTCATGCCTGCTTGTTCTTGTCCTCATTTGTAAAACGCCGCATTGGGTGAAAGATGCCCGGTTGAACGTGGCGCAGGGTTTCGTGGTCTGCACGCGTTGTTCGGGGATGTTTAAGGCCAAGGGATTATCTGTCAGGCAACCTGCCGGCCGGTCAGCCCATCTGCCTGTAGCGGCGGTAACGGATGTGCGCCTCGTGCATAACATCGGCGCAAATCCTCAAGCATTCCAAACTTTCGCGCAAAGAAATTTCCTGATTTGCTCAACAGCGCGCTCAAGGAAGAGCCCAAGGCGGAAGAGCGAAAGGTAGCGGTCAAAACGCGCAAAGGACGGTTTCAACTGGACGCGCTGGCATCGTTGATTGCGCTGACGGTTTTGATTAATACAACTCTTTTTTATCTTGCCTTGCTATGAGTAACATCGCCTATTTTGTTGCCAGCTTTCGCGGCGCCGCGCCTATATTCAATATTTGCGCGGCAAAACCATGGTGGTCGGCGTGACCGACAGCTTGTTGGAAAGGCGAAACCTTGATCCGTTTGGCCGCAGATTTGAACCTGTTGGCCAGCTGGTACGTTTGGTCTTGGTGCACGGTTCGCGGCATTTTGCTCGACAAATTGGCTTCGAGTCGGAATTTTGTTCGAAATACAGCGGCGGCCAAACGGGTCTGATGAAGCGGCCCTGATGGAAGTGAAGCGAGTGCGTGGGGGATTATCCGCAGCGATGTCGAAACGGCTTTGTTCAGCAGCGTATCTGCGCAACAACGGAGCAAGCCGCCGGTTATCGCGTGCGGCAACTTTATTACCGCCGCCCATTGGGCAATTATCAACGGCGTGGACATGGGCTATACCGGTACGTCAAAATCGACGCCGGAAAGATCCGTTTGCGCTTGGATAGCGGCGCGGTGGTGCTGATCAGTCCTTTGGGGCATTCGTACAGCGGCAAAACCTTCAATCTGGGTATGTGCGAAACCGCACCGGGAAGTATGCCGGCTGCAGGCAGGCTGGTTTTCTTGACCGAAGAAGCCGGTATTCGCCGTGCCGACGGCTGGTTAGCCCGTTTGTCTGTCGGCGAAGTGCAGAGTGGTGCGCGACAATCCCGATGCGCCGGTTGATTTGCTCCATGCGACGGTGTACGCACTGGAAAACGGCGTATCAGCGGTGCAGATTCTCAACGGCCGCGAGGACGGCAGCCTGTTGCGCGAGCTGTTTACGCGAGGGCAGCGGTACGTCTATTGCCCGTGACCGTTTGTTTCCATCCGTCAGGCGCAGCGACGACATTCCGCATCATTTGCCTTAATCCGTCCTTTGGCGGAACAAGGCGTCTTGTTACACCGCAGCCGCGGTATTCCGGAAAACTTCATATTTCCAGTTTTTCCGTATTGGAACACGATCAAAACATTTGGCTGTGGCGCTGAAAACCTTTGCCGAGCCGGACTGCGGCAGATTGGCCTGTCTGGTGGTGTCGCCGAAGCGCTACGTGACGGCGGCTACGGCGAATTGCTGTTGGAACATTTATTCCAAAAGCGCGCGCCTTAAATATCAAAACGCTCTTCGCCATATCCACGCACACGGGCGAATGGTTTGTCGAACAGGGCTTTCCAGACGGCCTCGGCCGATGACCTGCCTGCCGAACGCCGGCGAATACAATGCTGCCAACAATACAATTCAAAAGTGTTGTTTATGACTTGCAGGCCGTCTGAAAACTTCAATCCTATATTATCCGTTTTTAAACATCGCAAATCTTATGTTGAAATCATCTCTGCCAACGTCAACAGCGCGTCTGCGCCGCCTATAAAAAAGGATTTTTACGAATACATCGCCGCATCGGGCGCGGACATTGTCTGCGTGCAGGACTGAAAGCTCAAGAAGCCGATCTGTCGGACGATATGAAAAATCCGCACGGTATGCACGGCTACTGGCATTGCGCCGAAAAGCGCGGTTACAGCGGCGTGGCGGTGTACAGCAAACGCAAATGACAATGTGCAAATCGGCATGGGCATTGAAGAATTTGACAAGGAAGGCCGTTTTGTCCGTTGCGATTTCGGCAAGTTGTCGGTAATTTCGCTGTATCTGCCCAGCGGCAGCAGCGGAAGAACGCCAACAAGTGAAATACCGCTTTTTGGATGCGTTCTATCCCATGCTCGAAGCCATGAAAAACGAAGGGCGCGATATCCATTGTCTGCGGCGACTGGAATGTGCCCACCAAAACATCGACTTGAAAAACTGGAAGAGGCAGTGAAAAATTCGGGCTTTTTGCCTGAGCGCGAATGGATAGGCAAGGTCATCCACAAGCTCGGTTGGACGGATATGTGGCGCACACTTTATCCCGATGTGCCGGGCTATACCTGAAGTGGAGCATGCCGGACAAGCGTATGCAGAAAAGATGTCGGGTGGCGTATCGATTATCAGATGGTTACGCCGGAGTTGGCCGCTAAAGCCGTTTCCGCACACATGTTTATAAAGATGAAAAATTCTCGGATCACGCCCCTTTGGTGTGGAGTATGACTATGTTGCCGGGCGTCCAGTTTTTGGTAAACACGGCTGGAATATAAACAGTAAAACCGGCATAGGCGCAGTTTGGGTTGTGGCGGCATTTGTGCTGCCTATGCTGGTGTGGGCAATATTCATGCTGGCGCGGATGTCAGCTGGGTTGCGCCATTCAAAGGCATAATCCGACATGGAGCGGTGAGTGTGGCTGCTGTTTTCATTGCCTTGCCTGCTGATTACGGCCAAATGCTGCTTGGAAGGGCTGGCGGCGATTGCCAACATCGTACTTTGTCTGGCGACTGTGCCATTCTCGGCGTGCCTGCCTTGTTGATCGCATTTACACTCAACGACTTGCTCAAATAGGCCGTCTGAAATGCAGAGCTTCGAACTCGAAGAAATGGCACTGTTTCTGATGCGCGATGCGGATAGAAGCGGAAATGTGGATAGACCGCTGGGCGGTCAGCTATCGGTGTTCGACTGCCAGAAGCCAGACCGTCGGCGCAAACCGTTTCCGAATGGCAACACGCCATTCAGACGGCATTTGAGCATATTGTCAGTGATGACAGAAATATTGCCGTCGTGGCTCATGGTGTCGGTGTGTGTCTGCATTTTTGGCATGGCTGTATCAAACCGACATCCTGACGCAAAAACGCCAATATTTTGGTCTCGCCGCGTCCCGGGCTTTTCGAAAAGACGAAATCATACGTTCCAACGCGTCCGCTGCCCTTGTCGTACGGCGCTGGTCATCGCCGAAACAAGAAGCAGTACGCCACGCGATTGGGCGCAAGAACAGGCGTGCGACCGCTGGCAAGGCGCGTCTGCTTTCAATCGCCGCATTCCGGCCGGTTAAACGGCGCTCGGCGATTGGCAATGGGGCATGAAAGCTGATGCAGGAAATGCTGTTGAGTAAGTAGTGTAGAAATGTCAGTAATAAACAAAGGCCGTCTCGGAAACCGATATGTGTTTCAGACTTTATTTGTTTACAAATATCATGTTAAATATAATTAAAAGAAACTATTCTCATTTCTTTTGTGAGGCAATATAATTCGGTTGTTTTGTTAAATTGAGTATAAAATGCAAATACCATTTCATTTGAGAAAACTGCTTACGCTGATTATCGCTTCCTTCCCTGCTGCCGCCGCCGTGCACGCAGGATAATGAGTGAACATTACACCGCTACCCTGCCCACCGTTTCCGTGGTTGGACAGTCCGACACCAGCGTACTCAAAACTACATCAACTACGACGAAGCCGCCGTTACTGGCGGACGGCTCATCAAAAGAAACGCCGCAAACCGTTGATACGCTCCGTATTCAGAAAAACAAAAACTACGGCACGAACGTTGAGTTCCTTCCATCCTCGAAGGCAACGCCGGTATTATTGGCTGCTGCCTACGATATGCGTGGCGAAAGCATTTTCCTGCGCGGCTTTTTCAAGCCGACGCATCCGATGTTACCGCGACGGCGTGCGCGAAAGCGGACAAGTGCGCCGCAGCACCGCCAACATCGAGCGCGTGGAAATCCTGAAAGGCCCGTCTTCCGTCCTTCGGCCGCACCAACGGCGGCAGCGTCATCAATATGGTCAGCAAATACGCCAACTTCAAACAAAGCCGCAACATCAGTGCGGTTTACGGCTCGTGGGCAAACCGCAAGCCGGAATATGGACATCAGCAAGTGCTGAACAAAAACGTCGCCATCCGCCTCACCGGCGAAGTCGAGCGCGCCAATTCGTTCACAGCGGCATGAACAACAAAAACGTCGCTGGTTTCGCCCAGCATTACCGTCAAACTCGACACGGCTTGAAGTGGACGGGGGAACCCAATACACCACCTACGACAATGTGGAGCGCACATGACGCAACCCGACCAAGTCCGTGTACGACCGCTTCGGACTGCCTTACCGCATGGGTTTCGCCCACCCGAACGATTTTGTCAAAGACAAGCTGCAAGTTTGGCGTTCCGACCTCGAATACGCCTTCAACGACAAATGGCGCGCCAATGGCAGCTCGCCCACCGCTACGTGGCGCAGGATTCGACGGGAACATGCAGGCAGCGAAAACGGCAGCAATCAAACGCAACTACGCCTGGCAACAGACCGACAACAAACCTGTCATCCAACTTCACGCTCAACGGCGACTACCACATCGGGCGTTTGAAAACCACCTAACCGTGGGTATGGACTACAGCCCACCCGAACACCACCAACCCGACGGAGTTACGGCCGCGCCTTCTCCGCCTCCATCGACCCTTACGACCGCGCAAGCTGGCCGGCTTCGGGCGGGTGCAGCCTATCCTGACCCAAAACCTACAAAGCCGACTCTACGGCATCTTCGTGCAAAACATCTTCTCTGCCACGCCCGATTTGAAATTCGTCCTCGGCGGCCGTTACGATAAGTACACCTTTAATTCGAAAACAAACTCACCGGCAGCAGTCGCCAATACAGCGGCCATTCGTTCAGCCCCAATATCGGCGCAGTGTGGAACGTAACGCGCCTGCCCGCACGCTTTACTTCGTATAACAAAGGCTTCGCACCTTACTGGCGGACACGGCAGCTGTTGGTATCTGAACACTTCGTCTGCCGCCGTGTTCAACGCCGATCCAGAATACACACGGCAATACGAAACTCGGCGTGAAAAGCAGTTGGCTGGATGATCGCCTCAGCACCCACATTGTCCGCCTACCAAATCGAACGCTTCAATATCCGCTACCGTCCCGACGCGCAAATGATCCCTACACTTGGGCTGTCGGCGGCAAACACCGTTCGCGCGGCTTGGAACTGTCCGCCATCGGACAAATCATCCCCAAAAAACTCTATCTGCGCGGATCGTTAGGCGTGATGCAGGCAAAAGTGGTTGAAGACAAGGAAAACCCCGATCGCGTAGGCATCCATTTTGGACAACACCAGCAACGTTACTGATAACCTGTTTTCCGTTATACCCCGACCGAAAACCTCTCTACGGAGAAATCGGCGTAACTGAGTACAGGCAAACGCTACAGCTGCGATTCAAGAAATAAAAGTGACTACGCTTCCCGGCTTTGCCCGAGTTGATGCCATGCTCGGCTGGAACCATAAAAACGTCAACGTTACCTTTGCCGCAGCCAAATCTACTCAATCAAAAATATTGGCGTTCGGACGCCATGCCGGTAATCCGCGTGAAGCTGCTACCGCCCGGGTAAATTACCGTTTCTGATGAAATCAGGCAAAGGCCGTCTGAAAATAAGGCTATGTCTAAGCCATATTTCAGACAGCCTTCATAAAGGCTGAAGCCGACTAAACACATTTTTTCACTCAAATCGAACACCTCCAACAAAATGCTCACCATAAAATCCGCCCATTGATTTGAATGCCAAAGAGATACCTATGAAACTGAAAACCTTAGCTATTGACCATTAACCCTGTTGGCATTGGCCGCTTACGGCAAACAGGCAGAAACCAGTGTTCCGGCAGGGCAGCGCCAAGCAGCATCCGCCCCAGCGGCCCCTGCCGCATTGACCGAAGGTGTCAATTACACCGTCTTGTCAAGCGATTCGCAACTTAACAGGCCGTAAAATCGAAGTATTGGAATTCTTCGGCTACTTCTGCTTTACGTGCGCCCATTTAAGACCGGTTTTGAGCAAGCTTTATCAAAACGTTTAGACGATACCTATATGCGCCGAGGCATGTCGTGTGGGGTGATGAAATGGAAACCTCTGGCATTTGGCGGCCGCAGTGGAAATGGCTGGTGAATCAGATAAAGCCAACAGCCATATTTTCGATGCATTAGTTAACCAAAAATCAACTTGGCCGATACCGATACACCTGAAAAAATGGCTGTCTGAGCGAAACAGCGTTTGACGGCAAAAAAAGTATTAGCTGCGAACATATGAAGCACCTGAAAGCCAAGCGCGTGCAGCTCAAATGGAAGAATTGACCAATAAATTCCAAATCGGCGGCACACCGACCGTGATCGTCGGCGGCAAATACCAAGTCGAATTTAAAGACGGCGGTCCGGCATGACCGATTGACCAGCTGGTGGATAAAGTACGCGAAGAGCAGAAAAAGCCGCAATAAGTTGAGGATTGAATAAGCAAGGATTTCGCGCTCCTTCCACTTCGTTTCCTTTACTATGCTGAAAGATCCAAACAATGTGTGATTACTGTTCCTGACCTGCGACCTACCGTTCGTATCAGGGTTCCGAAAGAATTATCGCAAATGTTACTGCGAGCCTCTGATCGTTTAGCAGACGGCACGCTCATCGACATTACCCCATGCAGCAGTTTTACGCCGTTACAGCCTTGATTTTGCTAAAACCATTGCCAATAGCGATTACATTACCCATACTGGATATCGGGGTAATCGTGACATATATATGGTTGGAACGATTTCGTGGTACATTATTTTCAATGTACGCACTGCAATGCCGTTTTCAGACTTGATGCCGAAACCTACCGTAGTGATGATGGCCAATGGGAAATGTTGGAAGAGGCATCAGTACGCTATGAAAATCCTTAAAAGGAATAGATTTCATAGTTATATGTGAATAGTAATTCTTGCTAGAGTAAAAATAAAAACGCCGTCTGAAACTTTCAGACGGCGTTTTCTGTCAAATAGCTTACAAACCTGGGAACATGCCTTTCATTCCTTCATGCCTTTGGCCAAACACATCAGTTTGCCCAAACCGTTGCCACTGAACATCTTCATCATTTGTTGCATTTGTTCAAACTGTTTGAGCAATTTGTTCACTTCCTGCACGGTCGTACGCGCCCATTTGCAATACGGCGTTTGCGGCTGGCTTTGGTGAGGCGGGGTTGGCGCGCGTTCTTTTGGAGTCGAGTTGATGATGGCTTCTACTTTGCCCATCGCTTTTCGAAAGCCGTTCCTTCGGGGATTTGTTTCGATATTGTTGATTCGCCCATTTTCGACATCAGGTTTTCCAAGCCGCCCATATTGCGCATCTGCTGGTTGTTCTTTAAAGTCGTTGAGGTCCGAAGCCTTTGCCTTTTGCGCTTTTTCGCCATTTTGGCGCTTGGCTTCTTCATCAATGCCTTTTGAACGTCTTCAATCAGTGTCAATACGTCGCCCATGCCGGGATACGGCTGGCAAGACGGTCGGGATGGAAAGGCTCGAGGCCGTTGATTTTTCTCGCCGACACCGATAAATTTAATCCGGTTTGCCGATTTACGCAGCGTACGGACAATGCCGCACCGCCGCGCAGGCAATCGCCGTCCATCTTAGTCAATACAACGCCGGTCAGCGGCAGGGCTTCATTGAATGCCTGAGCAGTGTTCACTGCATCCTGACCCAGCATGGCATCGATGACGAACAAAGTTTCAACCGAGGTTGACCGCCGCATGAAGCGCTTTGATTTCGTTCATCATCTCTTCATCGATTGCCAAACGGCCGGCGGTATCGACCATCAAGGCATCATAAATGTTTTTTGGCGTAATCGACGGCGGCAGTCGCAATCTCAGCTCCGGTTTGGTTGGTATCGGACGGGAAAAAGTCCACGCCGACCTGTTCGGCCAACAGACGCAGCTGTTCCAATCGCGGCGGGGCGGTAAACGTCGGCTGGATACCGCAAAACTTTCTTCTGATCGTTTTCCAGCAGGCAGACGAGTTACTGCCGACGGTTGTTGTCTTACCCGGCACCTGCAAACCGACCATCAAAACGATGGCAGGCGGTCGGCTCGACAAATCCAGCGTTTTTGTTTTCCTTGCCCATCAGTTCGATCAAGGCTTGGTTAACCACGCCGATAAAGGCTTGGTCAGGCGTCAGGCTGCTCGACTTCGCCGATAAAGGGCCTGTTCTTTGACTGTGTTGACGAATTCTTTAACGACCCAGGCAATGCAACGTCGGCTTCCAGCAGGGCAAGACGAACCTCGCGCAAGGCTTCTTTAATATTGTCTTCGGTCAGCGTTGATTGGCCGCGAATATTTTTAAGTACCTTGCTGAAGCGGTTGGTTAGGTTGTCTAACATACTTATCCTTGATAATGAGAATAGCTGCCCAATACAGGGCATTCTTTGTTAAAATAAAATTCGGATTATTTTACACGATAGTCGAAGTTATGCTTCAAGAACACAAATACGTACGCAAGCCTGTGCAAACTCCCTGCGGGTGTCCGTCAAGTGTTCACACACATCTATTGAGAAAGATATTTATGCCGATTATCTTAATCTGCCTTATGCTGAAGACAGTGTATGCCGGATTGGGCGTATTTTCCTGGTTGCAACATAAAAGCACAATAATAAGTCTTGCAGCACGAAACCGAGCTGCTAATTTTGAGCGGCGCATTGTTGGCACATGGCGCAGCATTGATGTTCCCTGTGTTGCAGGATAGGGTATTGATTACCGGTTTGGTTATTCGCTCAGTCTGATAGTCTGGCTGATGTTGATGATGTACTGCTTGGGCAGCTTCTTTTATTGTCTGCGCGGAGTGCAACGCTCTTCATTGTATCCTGTGCCGCATTGACCTTATTATTCCAGGTTTCTTTTTCCCGGGTGATTTTCAGGCCGCCAAATCATAGACTTATTGCCGCTGTCGCACATCGCATCATCATTACTCGCATACGGATTGTTTGGCATCGTTACCTTATTTGCCATCCTGATCCTTTTGCTCGACCGCAATCTGCACAAACGCCGTTTTCCGCGATGGTCAGCTTCTTGCCGCCATTATTGGAAGTTTGGAAAGAAACTCATGTTCCAAGGTATGTGGGCAGGATTCGTTTTATTGACCTATTCCGTAATCAGCGGTACGTTTTTTGCAGAAACCGTTTTTCGGCTATGACCGATGACAGCCTCACGCATGAAACCATCTTCAGCATTATGTCGTGGCTGATTTATGGCGCACTATTGCTGAAACACAGTATGACCGCATGGCGCGGCAAAAAAGCCGCCGTTTGGACTATTGTTGGATTTGTTAGTCTGATTTACCTATGGAGCAGTAAATTCGTCTAAATTATCCTCCAACGTATTGGATAAATAGAAATCATGTAAACAGGCCGTCTGAAGAACATTTCAGACGGCCTTTATTTGTATTTTGTATATTTGGAGAGTGTAGAAAGGTTGTTGGAGTTTTTTATAAAATAAAAACCCTGTTAAACAGGGTGGTGGTTAAATTTCTGGAAATAATTTTGCGAAAGGTGTTGATGGTTTTGTTTGGAGGCGTATAGTTCGGTTCTTCGCTGCTGACGCGGTGAAAAAACGAAGCAGACCGTATAACACAGTTGGTTGAAATTTTCATTAATTTTAGTTCTTGACATTTGCTAAATGTACTGTATAATTCGATTCGCTCTTTAAAAACAGATTACCGATATTAAGTGTGAGTGCATTAGGCCTCACACTGTTTAAAAAAGAACGAACAAGATGATGTTTCAGAACATTTGTCCTGTTGGTTTCTTTGAAGCAGACCAGAAGTTATAAAGTTAGAGATTGAACATAAGAGTTTGATCTGGCTCTGGAATTGAACGCTGGCGGCATACTTTACACATGCAAGTCGGACGGCAGCACAGAGAAGCTTGCTTCTTGGGTGGCGAGTGGCGAACGGGTGAGTAATATATCGGAACGTACCGAGTAATGGGGATAATAATCCGAAGATTAGCTAATACCGCATATTCTCTGAGGAGGAGAAGAAAACAGGGGACCTTCGGGCCTTGCGTTATTCGAGCGGCCGATATCTGATTAGCTAGTTGGTGGGGGTAAGGCCTACCAGGCGACGCGATCAGTAGCGGGTCTGAGGAGGGATGATCCGCCACACTGGGACTGGGACACGGCCCAGACTCCTACAGGAGGCAGCGGTGGGAATTTTGGACAATGGGCGCAAGCCCTGATCAGCCATGCCGCGTGTCTGAAGAAGGCCTTCGGGTTATGGAGACTTTTGTCAGGGAAGAAAAGGCTGTTGCTAATATCGACGGCGTGACGGTACCTGAAGAATAAGCACCGGCTAACTACGATGCCAGCAGCGATGTCATGCAGGGTGCGAGCAATCGGAATTACTGGGCGTAAAGCGAGCGCAGACGGTTACTTAAGCAGGATGTGAAATCCCGGAAGCTCAACCTGGGAACTGCGTTCTGAACTGGGTGACTAGAGTGTGTCAGAGGAGGTAGAATTCACGTGCAGCAGTGAAATGCGTAGAGATGCTTGGAGGAATACCGATGGCGAAGGCAGCCTTCCTGAAGGATAACACTGACGTTCGTAGCCTCGAAAGCGTGGGTAGCAAACAGGATTAGATACCTGGTAGTCCGCCCTAAACGATGTCAATTGGCTGTTGGGCAACTTGATTGCTTAGTAGCGTAGCTAACGCGTAAGGTATTGCCTGGGGAGTACGGTCGCAAGATTAAAACTCAAAGGAATTGACGGGGACGCACAAGCGGTGGATGATGTGGATTAATTCCGAGTGCAACGCGAAAAGAACCTTACCTGGTCTTGACATGTACGGAATCCTCCAGAGACGGAGGAGTGCCTTCGGGAGCCGTAACACAGGTGCTGCATGGCTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCGCAACGAGCGCAACCCTGCTCGACTGATTGCCATCATTTAGTTGGGCACTCTAATGAGACTGCCGGTGACAAGCCGGAGGAAGGTGGGGATGACGTCAAGTCCTCATGGCCCTTGACCAGGGCTTCACACGTCATACAATGGTCGGTACAGAGGGTAGCCAAGCCGCGAGGTGGAACCAATCTCACAAAACCGATCGTAGTCCGGATTGTACTCTGCAACTCGAGAGTGCATGAAGTCGGAATCGCTAGTAATCGCAGGTCAGCATACTGCGGTGAATACGTTCCCGGGTCTTGTACACACCGCCCGTCACACCATGGAATTGGGATACCAGAAGTAGGTAGAGGCAACCGCAAAGTTTAACTTACCACGGTATGGCTTCATGACGGGGTGAAGTCGTAACAAGGTAACCGTAGGGGAACCTGCGGCTGGATCACCTCCTTTCTAGAGAAAGAGAGTCTAGTACATTCACACTTATCGGTAAACTGTAAAAGATGTGGAAGAGAAAAGCAGTGAAGACAAGATTCGCGACCCAGAAGAGAGATCCGGGTTGTAGCTCAACTGATTTAGTGCAGCGATGCGCGTGGGAGTCGGAGGTTCAAGTCCTCCCAGACCCGCAAGAACGGGGGCTATAGCTCAGTTGGTGACACCTGCTTTGCAAGCAGGGGTCATCAGTTCGATCCCCGTTTGCCTCCACCAACTTCTAAATCAAGGAAGCCATAACTATCCATAGCAGCCCGGTACGATTTGCGAAATGAAATATCGACGCATCGATCTTCTTAACAAATTGGAAAGCCGAAATCAACAAACAAAGACAATGGATTTGTTTGATTTTGTTTACTTTACAAAGGATGAAATCTCATAAGAAAAACAAACACAGTATTTGGGTGATGGTTGTATCGACAATCCTGAAACACAAAGGCAGGATTAAGACACAACAAGCAGTAAGCTTTATCAAGTAGGAATTTCAAGTTTACGCTTCCCTAGTCAACGGGTATTAAACAAAGTCAAGAGGTTCTTGAAATATTAGAGTCAAGTGAATAAGTGCATCAGGTGGATGCCTTGGCGATGATAGGCGACGAAGGACGTGTAAGCCTGCGAAAAGCGTGGGGGAGCTGGCAGTAAAGCTATGATCACATGATGTCCGAATGGAAACCCACCTCTTAGGAGGTATCCTTATCTGAATACATAGGATAAGCGAAGCAGACCCGGAGAACTGAACCATCTAATGCCCGGAGGAAAAGAAATCAACCGAGATTCCGCAAGTAGTGGCGAGCGAACGCGGAGGAGCTTATACGTGATAACTGTCGAGATAGAAGAACAAGCTGGGAAACTACGACCATGGTGGGTGATAGTCCGTATTCGAAATCTCAATAGTGGTACTAAGCGTACGAAAAGTAAAGGCGGGACACGTGAAATCTGTCCCTGAATATGGGGGGACCATCCTCAAGGCTAAATACTCATCATCGATAAATCAGCTTAAGACCAATACCCGTGAGGGAAAGGCGAAAAGAACCCGGGAGGGTGAAATAGAACGGAAACCCAAGTGCTACAAACAGTGGGAACTCCAACGGTTTGTTTACACTGCCTACCATGCATAGGTAAACTCATTCAGTAGCGAGAGCTTAACCGAATAGGGGAGGCGTAGGGAAACCGAGTCTTAATAGGAGCGAATAGTTGCTGGGTGTAGACCCGAAACCGAGTGATCTATCCATGGCCAGGTTGAAGGTGCCGTAACAGGTACTGGAGGACCGAACCCACGCATGTTGCAAAATGCGGGGGATGGGCTGTGGATAGGGGTGAAAGGCTAAACAAACTCGAGATGGCTGGTTCTCCCGAAACTATTTAGGTAGTGCCTCGAGCAAGACACTGATGGGGGTGCTTTTACTGTTATAGCTAGGGGAGTTATTGCAACTTACCAGCCCATGGCAAACTAAGAACCATCCAAGTGATGGTTCCTCAGGAGACAGACGGGTGCTAACGTCCGTTGTCGGGAAACAACCCAGACCGCCAGCTAAGGTCGACTGATAGATTAAGTGGCCAAACGAAGTGGGAAGGCCCAGACAGCCAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAAAGCGTAGCTCACTGGTCGAGTCGTCCTGCGCGGAAGATGTAACGGGGCTCAAATCTATAACCGAAGCTGCGGATGCGGTTACCTGGCATGGTAGAGAGCGTTCTGTAGGCCGATGAAGGTGCATTGTAAAGTGTGCTGGAGGTATCAGAAGTGCGAATGTTGACATGAGTAGCGATAAAGCGGGTGAAAGCCCTCGCCAGCAGGTTTCCTACACCGCGTTCATCGGCGTAGGGTGAGTCGGCCCCTGAGCGGGCAGAAATGCGTAGTCGATGGGAAACAGGTTAATATTCCTGTACTTGATTCAAATACGTGTGGGGACGGAGAAGGTTGGAGTTAGCAAGCTGTTGGAATAAGCTTGTTGCGGCCGATGGGTGGAAGACCCAGGCAAATCCAGGTCTTCTTAACACCGAGAAGTGATATTCGAGTGTCTACGGACATGAAGTAACCGATACCACGCTTCCAGGAAAAGCCACTAAGCTGGTTTGAATTGAACCGTACCGCAAACCGACACAGGTGGGTAGGATGAGAATTCTAAGGCGCTTGAAGAACTCAGGAAAGACTCTGACAAATTGATACCGTAACTTCGGGAGAAGGTATGCCTCTAAGGTTAAGGACTTGCTCCGTAAGCCCTGGAGAATGCAGAGGAAATAGGTGGCTGCGACTGTTTATTAAAAACACAGCACTCTGCTAACACGAAAGTGGACGTATAGGTGTGACCTTGCCCGGTGCTGGAAGGTTAATTGAGAGATGTGCAAGCATCGGATCGAAGCCCCGGTAAACTTGGCGGCCGTAACTATAACGGTCTAAGGTGAAATTCCTTGTCGGGTAAAGTTCCGACTAACACGAATAATGGCTGCAGTAATACACTGTCTCCTCTCGAGGACTCAGCGAAGTTGAAGTGGTTGTGAAGATGCAATCTACCCCGCTACCTTGCTAGACGGAAAAGACCCGTGAACCTTTACTGTAGCTTTGCATTGGACTTTGAAGTCACTTGTGTAGGATAGGTGGGAGGCTTTGAAGCAGAGACGCCAGTCTCTGTGGAGCCGTCGCGGGGGAAATACCACCCTGGTGTCTTTGAGGTTTGCTTAGACCCGTAATCGGAATTAAGGGGACCGTGCATGGTAGAGCAGTTTGACTGGGGGCGGTCTCCTCCCAAGAGCCAACGGAGGAGTTCGAAGGTTACCTAGGTCCCGGTCGGAAATCAGTTTGATGGTGCAATGGCAAAGGTAGCTTAACTGCGAACCGACAAGTCGAGCAGGTGCGAGCTTGAGACACATAGTGATCCGGTGGTTCTGTATGGAAGGGCCATCGCTCCAACGGATAAAAGGTACTCCGGGGATAACAGGCTGATTCCGCCCAAGGGGGGTTCATATCGACGGCGGAGTGCGGCACCCTCGTGTCGGCTCATCCATCCTGGGGCTGTAGTCGGTCCCAAGGGTATGGCTGTTCGCCATTTAAAGTGGTACGTGAGCTGGGTTTAAAACGTCGTGAGACAGTTTGGTCCTATCTCCAGTGGGCGTTGGAAGTTTGACCGGGGGCTGCTCCTGGTACGAGAGGACCGGTGGACGAACCTCTGGTGTACCGGTTGTAACGCCAGTTGCATAGCCGGGTAGCTAAGTTCGGAAGAGATAAGCGCCGAAAGCATCTGGCACTGAAACTCGCCTGAAGATGAGACTTCCCTTGTGGTTTAACCACACTAAAGAGTCGTTCGAGACCAGGACGTTGATAGGTGGGGTGTGGAAGCGCGGTAACGCGTGAAGCTAACCCATACTAATTGCTCGTGAGGCTTGACTCTATCATTTGAAGAACTTCAAAAGATAAGCTTACTGACTGATTCAGTCATCACCAAATAATTGATTAAGGCTTTGCCGATTTGTAACAGTTTAAGTTTGGCAGCCATAGCGAGTTGGTCCCACGCCTTCCCATCCCAGTAGGACCGTGAAACGACTCGCGCCGATAGTGTGGTTCTTCCGTAGCAGTAGGTCACCGCCAAACACTCATTCAGAAACCCCGACTGATGTCGGGGCTTTTATGCCTGTCGTTTCTGTCGATTTGGCGATAGGATTATGATTACCTGTTGTTATTCTTGAACAAAAAAGTATGCCGAAAGTTACGGTTAACAAGTTTGGAATATTTGAAATTGAACGATATTTGCGTTAATATGTCGTAAGCATTTATGTGGGTACGGGCTGTTGCCCTATCTGCAGATGTGCAGTGTTACAGAGTGGAATAAAACCATTCGGTAGACTTCCTGACTGATTCAATCAAACATGTTATGGGGAAAAAATCTGATGAAGAAATTTTTTATTTGGTGCGTTTGCCGCCATCTGTGCAGCGTTGTTCTCTTTTGCTACCGTGAACATCAATACCGCGTCTTCTGCCGAACTGGAGGCATTGCCGGGTATCGGTCCGGCTAAGGCGAAGGCGATTGTGGAATACCGTCCGCAGAAGAACGGTGCGTTCAAATCGGTGGAGGAACTGAAAAAACGTGAAGGGCATCGGTGATGCGGTGCTGGTCAGTTGAAGGCAGGCGACGGTTTCTTCCTGCCGCGCCTAAGGCCGCCCAGCCTGCCGTGAAAAATAAGTCTGACGGACGTTTATGCCGTATATGCCGCCCCGAGGCCAAAGACCGTTTTGCCGGTTCGGGCTGACGGGCGGCTTTTGTATGGGCAGTGGCAATAAAACTTGAATGGGGCTTTCATTGGGTGAAGGGATAAACGGATAAGGTCCATCCTGTCGGATAGGGATATAAAGATAAAGGGAATAGATATGCCAAAAGCGCATTTGACGGAAAACGAAATAGGGCAGCTGTGCAGAGAACACTCGGTGGTACAGCTGTTGGTGGTGATGCTGCTGGTTTCGATCTTGACAGCGGCGGCGCTACCGGCCTATGAGCAATACGTAACTA + ('.-.+/00040)$'$%+&%$$'(68<:=>D?/4831@B=;<89'54;86-1'$'6778:6;3::79;<<<>>/5-(($(00*&%&#&()-(56/+,(&*8:>==C9+:333,-((*++64656:78/4;0075,526;<@65/60/9;<;.84.:;<=12:;;<;<8;4;:95%&1589=>?BA>??>B08(2$$,+'9?74602''*-.54@A<:;>&'+,<8:6483:?>=2=/9;9:>=?3.+,7311;@@D=9=74:6''1(+134*'''%%%%(&&$13:7><;;:==>>:@?>??1:;<33,&'&&'+0*(**+(-*/301*&%($-.,()010011&0/30-//*)'%'&079@24>>@E80&')));??88(<@9>:?CC><8277/8667269?>79?BB>?@8=9/85*)&%%%(%#%&)+--+-'(*00**16/)')*(-'*'%227<<6.8;===;>>@:@450/,.11,)&)-403877:7;;-)0+86/::43.-%%012123,,+*45522-.-.,,00/.+-)*040.)586797767)'&..077,6/.'/.53.23*%#%%&$%(*()*%&&$%3---0AAB+;>16-44997??@=325/45%-/024/340((-'%+,-0379?>A@:?B257899),225;<7.('+$+(/$%&&)-*'*'44-3&($20..0438==/=>?>?ACA?B2333<3003:?@:B@=@279====;9?FGF=..%1%6%%14))*0*($0*/**33724/.-,+'&##%/00.9/476,2655(##%(%&57;@CA8:=7/%&',&',$$*..,1)3-6.5689564=DA?BBAACJ@;=;54904.2<=?C@?;8<>=8:=23;?@?<<<-/<:9::@72;;8755899567/0/.%)*(1114259??>AEA5;B:;731//&/0.')'*+.3>>:+7%(('8:;=;9:=998665779:42((-<:<5'<335788:8::>B=:>650($16..;D?@@BB@C?=435>0;<<9>=0<;:;0#$$$,-./03556'39797=89:=66)9=99DA8:;,5,+&0()(''%%&$&'&&'/*;$:7&(/1235=17975:>C@:..-1<:9:==5:6;:=;.,39::;420(-650')+((-/499;:5:?>=75@>9:>906<>D=;=,28=BAD;@CGBEACAAC@B:=95433)/+$$'56>;+*.23146*,2/((,/051/...*$$%%.47434&.--,+5879;,A;@>>CBB?B=?=>2:>@<88::972266504443+,1;449;==AC>@AF@@?ADE<08887A9:9;<21'./2//2,,)30,3-(()+-064304?@A<9(#%''996.:==8<87:947AB?@@75//+)$'378762/.-..&'+/.'%+1*020.&&0,,,(,//;34688<>;>29=?;<@AD>;>7@A=B47647,)+&-1787302232246487;<=;<:250)(%',-125;<85885:;9=<999=AA:89DD@@AAEHA=689=65@7<9::<;;=5@@33+(%&$)%))))/+&$%%$#$#''(56658@A6<<:%:--=<;<4?A=8??A=>@F@D><=D>>=/7>@E:?@D?;;&*613:2+/>=>C:<<;=AA@<:)&)..344$%&+-)*'+'%(%%)(**,.3562?AD@?:3=>B<=@ELIFCCA==;<65:;5))%3349,010/+,.''&$+-*,/57859?6$$$(%%146668<=<1?,'$3/77459>G?@?HFH:CGAB@?212+2*+*/2++==:7;931.5=99;77337*120()*66E<>>/,%.31=9,,7425*638::-69:9;=3+%()*$0.24339%+7:;DC<>>A;:0(00%',-356979(97;A55),&&('/4,-.$(77;?;<@=?;=;8=7;89>?;:794669:8<7=6:9:9:6'0/518>9:96%/1/000.<>????=489)01004<667;<>3:?7-4/:?@@D==;=:7B?;=C?AAAEF>>BAD>46=&&)5447784570247778BDLGIAHD?DFA?FHHQN8AB?>5597600*(($(,19<<2998:7KLEA,,849:66:@=:A<<8,/1/?+:<223?7::>))867/823%%%&$%$&$%)&#(&...42::;84=:42(520/&&(&(,-&'2,--21759<;C@=@?<2%0F7:=+++**7+9@?@978;=:/C@CD87?9@B:-;::@CA@*BDD>C?>;*48++*,'%&%&&$$.(&1028=&&67877679446@8;==27?8<8-555569588840//3.&&*++-,7,.112++)06881445(&&''$&1448=?8;81*5556<89::;:457+.21&(&*69<9<;=?.04&3>=4,%58976/,469;>46%*1835,+1./75&%%.((-69569@9:=55,,)+,&'(/345456678787565,,8(63=<=@B:>;8870.0.,/.,&%%%%).-0+8;A@>??:;7$)&=?=BDA<<=+-636?A<39<<>?@?943455783%,,49?F@?1CEFCBCEB7CB?A:DGKK6>B:==;=A12.%#$$&)357:<>342'+$'$*'*+**++&%(010.,$&%)(&/3<3998ACFD1@@BBA5??;;.+,<>=A6?:8>F56>C;?@=DC@=<-/<@B=BB-=,08;?==55?@>?@DA@A@FEFD>::;353<9::$;%(8B?;?HHHE@?DBAACD@EEA=>5466>?@8<@*;((8:948892:758;0&%%28>>BD6EFFB@@59DJE>?D=@A@AA>4++-23056571./(*>==::6'';<@8:?=>=-76BE@F=?>,,-;CC@B?A><=99:-;?@8=?C@@?;;>@D=<@B79A8;?>?>04@>@CBDB@<@@>=><959213./:=?=<==8BCDDEFC<@=>>;890+/46&&(=;43*+.0,)&$)'/4:5:<>;9?@D><76@D>A@8--3:@A>>9@;;*/('03836>@CEA>BD;=;7AE@<:869*-E:78=A=733,23479>?;C??BE=2:?8>>;358()&&/+<;6:A04>9+*>6..8?==?:7;/@>??@8:DEBA@<59<=@=?5/+)')232,'0:)5::8658785>795678AD9;=?FA==6>:=><==;(%%%%750'696896,+,6<=6>BCCB9?@0)7502842;<4/2@6:=;'..8/8225-+&6967:2*&86974:612337,.17+75/0726239;.:93=:8-4)/1---*%%*,4)&;;<;=??A06/+,&1++.(&'&,0589;;@?<3438//**%(5:;:8:==&<(4548=6>;>C;B@>=----*&46:;7=:79699:?@BB6:99/12784,226::8*7589<:$:,>==?B<=@C;=644%'77:57662460696148-0.;=46624642%$$$2/..+0688::;<):7/)5*5534469=CD@8AC@?@900))(6;@:::<==>@568>++&(&)'('3342*(&''$))0&-.77054'':=;=?AAAI==;=CBCCEEA>978107<:97//01565.-02*&')))4:98?@1/-.6..'&&,%%*(+:;=.,21/:7;9769*-%$(+)),;8:3$'.*'*%)87>8<8;@C:>=;>>679>;3>@:=?BEFEDDBCBA?:'$6351128=?B@;BD:996554'$,+%&)$&'+*,+-(*)*(%'%**(,),'&+1;1==?G;C>=@A>A;90097,$(&('+,//<@AC:;8;:<=>@B;8*)'%#%(*449?7=>-0(,-,87???>==$(>69=35745$*?8:'=:8:>>?AEFDADBD<:>,/7&'%'''$$$$+#+$-+---)(+,*32)*%/<:8%&*27@AEFC?>2DB>AE=BF<<8.%;8;@='*;::78;=80.0++62854-8>;9<+*+6=A=?5<0:::211F::?EG>:=A?EGI<>?=B@;649A@AB?=?DCA=><;;4((,/0/97:6@AB@A>96.*43=<:97*)('$(('$#&&(.033->=@?@=;:93:768,)((.'5')22266445:9>==661466>??04:5'''67/4:86221.8-6()$$$&4186<=;9>;:;:7661421,%)1-,5CFDD@AABAAIC@=:.)*''%((-+233676+-0/-,'//.))7:4121024/).2335:<<999564+**+)&$$%,-*$&&&%&''####)))&%',&&0$%%&$$$$$+,%(+))+3.6476?BDC:;77++)ACE?@;8;699-/.--++2%%(-0)*+(*$#)052<88<@CFB;>A@BA>9:-+&&&0236(&&(/4422;==:88B=9<<77638/&&%10:;:>1485660,.665-,,-/7?=ABDICGD>=>@CBAD&>=?8&)31000'&'#(,-/28:?:<><60598>A2,,'#*-27+&&)''-.*(8/9:@GB16?FA=>?/1<11>;<8@B8,998<=/4<<==&*3.08577<==:5785/20028499++*&%.32567780/553$'1($%$%131),((+)%'#0=8?F@6>==<=919:9:>@:><9*675088?B25C88623-->FGB97:CBF=;;9.../$$343569?:=341+)'&)')+,%(,)---.2012'&%%&#%##''$#%,+52;<=80::<52+*%#(111.,):BG30=??E??<56456,,)((;6:;;8=?DE=?>BB?;880)',-.21/0998022'++88:@@;?@:(02,1==>C@5=2?DA6CC@;BA:<@E??=7AAC@@>=46661/2399<;9<2/;::=<=>>;;:=>730+(,2*5*72460))2446978;.6;=@E>C?+/535=?==?B>=.40%?B<=8%7+02299DE@FFE>=B@8878+0::;=@<+/===5;A>?=1588'89<;556933457443325;474440.-,)1062223+24.1>2'8737;=:<<=?BJKJI=BB@A<:=@B>?<>760..--00',(%+/*),9:@?>97BC@8@@@<>?>=<)0',7457>4<>=?<<=<99,57$6268500678=>>>>+112&&465351*2+77'$%('***/.3338-59=?AA??A>?=5=>62,,;<<@=EFE>@3,**++,+5;=@E88129:572(%))+1)216:;:83,)++')$'#&54<>997;5>?=835DII>ADD>BG*?66<<5)&8:<7/+/03/-,+,89>==C=.46;:/78;?F@A??<8AB9<31?AA455:<5//'(25<>86/)000125:962441%%%%-.,+()$&)*,;;:/23468*5-$&)%#&&$-%-,4)+++8:941%%5':<>FB7C?@?<>?><%86999=>8:+(-)##&7<<=9'/.;<68.007547464.0(333483BAD?A>?42400/(.',.5649;976$$1*4,+(%$'/03-'(6<<:59534698;:<=<=?:;69:6;@=A@<0.'(%*-.0//01/18;>==6<:21236436)//&01/1.*.()''%--/38851<9?@>>A:9=B=80<<<=?=AA:5)446661229214652--$%'(,)21008&(601//%((('.$$$1*(('&&($%'*()%#&;@B@4/2%%+68:@@B??=:DCADC<99:>+/<;:9(%-(/'($##+%10-469>?<>@ED>I>8@?A1>A?>=-/2+%202&4AAFDA?EJKJDDBC9F?B??=?<<=@A?@=<<;?A@?;;:7%%0264(*+-.24586.77:<;9@:5-7++044:3)(499:;2<:==4.3887>=BDC>A:9((2$29$32=<@@4>>88)*::<=1.;57>/?CD<+(*('#&&,,111/1*32($'&(&(9::1-%$(+&&$)*+.8867;=654$'897:==@??:881,;;;9)%0$$'9:9@A>244,+##$(%#&/3334*--2,997>>B>=99646296+./&6),3,66/.%'%%%7>>DC;*5::5)572..)#$$)---//--10202054-)())$#$%%%',+&'3,.430079:788@A?B?@BCEECCDHC-/CBB?<=;C>AFF?GKJE586:45><>>ABCBDE=+/BB?>FB:44:18:9;111>BEEB@;==//CA@C;1-246;44*982=6:<<:;<+9(3,=6;<-%):???@=ABE%:;;9=?;;.9>>=<8,5**+&(++-123132602'&')''&/78261716869?9;?DE=&6,+(66;%.%%),*8<5;?=A<8?BB8786.=A<<:><&1==301(31-43):99:67B8;:@>?<())''&.'7:>BBAHH><=872@AAB,444(6764932000186&(7:?6448*&(0.1;>?BCBAA3>;<--+((5<=?C?DB:=@HDGADA@64:8)68B=E>8)%22)*,32:<)=8:C6E.)<;<>==>@837766<<:EA8A@>C:<7%*##%&$#*(:8=@,48:;;1++/&'(;=<0(*4>>8;?@AAB>68><2677;8:03;?<%%(65>=>7.056*,1+2&()8<:<:4'/*+..%)8:=@9>;<:&'/(.2@;?>?<6:4;@AC3>:9:=CCA=G>?>>CAAC0018;@9HAA==02543%$%)-13//2345((%*-39;8(*(')*)&&**.+)$&%%$$'%%/55459;-/->?>>65***/$$%&88:<=?C@8*=?EE<);>==BDC8<;<<;;389&%)4445526421-,%%$$*75BBAD@2.<;<:>>;9/)+,-'%&*(+-,+*-2'&%'-(&*)$#$#%%%(+0*'+,.)343533')*&&&&--22314101/,,++&%&&)')0;0225761357>>:AACB<:66215:;F>>;==972./(4/-0589B@>??C=;=1<>5BCH8G@@B=>=><95(+;==04?;;<>53)))(),-.--/*02)*('*++++2/16620./,)$&)+/017>=;*')(+98321((($488%)(,75$$'7:<4568524/35<8=<:==:;:9<=?CAB@??BEB?425747785:9?97:?=8-%%,035+<>>>A@A@AAB@>CI=A8,&::?>=256:<@@@@>8---,,.6:A<=D>5;:999-9>AA?AA@?28;:@978@C48@?<>;;1;=64213427@;68645--)-(9/2:42B032199;>>;00025<;>C?@:<945=?==4$3<=44897$,/97::>7&11,.;<>D?>?EF:==ADE=;?><9*)'%&&'46:97$862227;3.68636855*'+)(99::9;@=8858=BC?@??B768E?@?99;;4'+,5125%1.2*#&+)(((%+($*.?7;;:A57>9+-**8;;><<>C@@<9;;9676509,>>=;4,,*-3/*)15<=:56:@B>?;--0:/9>EA=@>@@77458445;<==5411'')(8@<044B;;@CKF6;<>D?@@;?AC/6>7298;><3====<8&4AA@B<@;=;<::879BA>FBB@;-5508:625DHE?9<<>==4(,966984->BA013857352,(4//3>>BA=DC1>-)276313;;=?>;474:229@<<>3048660269665+--:*9*-646620%%%'((%&%'$2;@<@B@;=95==:411:44;99864=>%.00*88;/:;99:99>9ABA<9-&757476899<46++3+)''))'*))796*0/0/01231%,BB@>?=+39@DCD>7:2249;0<8515:834349:<<9?=?&)/1@?>AF=7::0<946255-/0675.1-,---/.'*'(((&%$%&&%*-A;>>DEFEA<;62C2;<9=@>79:39;=3'+11:6650/-'+++,-0-,-/1./7;75)57::71611367>4<<=<;?FEDD4679=>?=76;0*2382:><934/*;8;BB<=7,41134:<45@@<<8>*$3/'+,%+,10,./.+-&%#$%#0-1;;45786<@@C90-$/0,340+*&*+')+'339786:75'-/,**(,4)*,9=?A==:<>A4676698666994&'>@;8=<>5-8:;::8877836A>:584203774-346488:96%.%(+3&&9588:7041&%&),(/(,.01('&.2-.-.39;BD>A.0)&-'%%%&&$#&-.)11&*77781<<<89:A&*9:7,>7:754.79;;;:*.-433-1)/3/57;9920,.75777%-$*34640$&#%###,&'+...'&%)+24/945//%$$%*//99;;;:<679793630+($#%%$'&1*<301/&&()))*(*7148>51-),-+.%%%2324613==6046(*)2558995<8>+/=7C??8-$*3;;;4<98:235479;=;<:;;...-.3++,)&$$$$#%&%(*,-/-2/,'&)))486598>;><>;@DB8=;=@=>:8>@AC<9=AA;?;=?@?B@>>>==75&+7/<9=ABGB1*;<<@A>:'(($%#3:;=@>><@A999748>?@@>:/%/;5650(&(/&%%%&&%&')&)+55984.6)819;89.*-37:1/*+46:AA>?B><0.('5:<;.7698;/A@B<@GE:9:(-7*,0,-/68;<>G;>;9;8977&,%%.011.'%78109::)3)15(,,**.'&)00488326<;;682)).48=<9'2%769=@AAB<.009183%',.2784%19:=C0.100<>=CDCEA5=>=556>?=<:68=@66>>:.$,,4:=AHB7>:G?1=>CC>=<=BA@?A:>?@>=(193=9676/0279AB>@F?HD;AF???>?<1;9=9A;>IJQG9MFJIED?89FFCDBFDEE7?;=<9==<67777:7;=;<:<=>>F3599<*)75676578569110-(#$%+,+'&-040&$%,,--4;/+)49BB@=:76+577)*22%)$#$&$()*,+*%$(%$%%')%&$%$$'+++-.4*&(66202*&23--0.=;59@B@;:<:5=;??653&..556:82(..48>?;9:39:*'(.'(,314>983>:<>AB@><:/;-7C>=>:8%8&&&+2((),)-*,'25677)&;><<6.58(510276+*+,07=>;;@A=B;=6FDF?>=;;:73-969>76@AC?3+,.4;;5...-(,./2(#'/8/;:>D@B=;719?GFGB>BRLHC>=?<;9>721-013:;6*''&/.075;<6455179;;00'0233=@GHF=>BA@;9?;DG?<>GI>?=@C*778:(*))((,,.136638*64;;>:>9@?;=@C@A:88;@=:36/4.00(277402*;=;8BGA571,4569D>BI@ABABE?@B>>=8=>?<>@;A0,,///11*),-/;;<;///.*'-.48223A=>3*0B@9:ADEFDB=6GAHD@<331.9>:@>CGFBCADBF@@AE?;=BCC>0,,,9;7()589*1()(//=?CCG@>@+:.-.>@BDA<G>BCBA,,9=<>2==89<@B;49;@C@:%,-9:<@GF>?BDDGEB<<:93---8=&&1/,-,&.067825.02??1:77:><<=<;=:0)*7:<=@B9<>GIABCC;A@<;1.*-5;;A=>A;;7547=?:2?CE.0>>?=5<2(4;<7;'&/0'.9:>CAGJG?94E@ACC@@BE?>;:<6:;<A@@>@:9B<*&&$#('''367=F>@@E<<<.6;=DD<DC?@B>=<@,136:;@B@>4)'&(<>;B=CH8<@?A><7:9/*+-(&&&%'011,-)-/-1--/7AB@:==::*/,1*$3468863?788:;>@<=/:?889>0>ACFF?CHLAEIE8B>122:=FKADB@C>GFB>?6.,06-,//5>AA=??@=??<>94&6666'(45.<==??73305>CILKBGCD??>@89538B@/0;=A>=,)*+*4$07470.2:<=;??@C4>@>000)8;<.0?<;8>8/1:/7788:86*,.*.+.1121.,,,,,/1**20000/))1//6:79256896510*$%#$$788453)18??>8<>@4897/&&64<;>C<80,.)%&&%$*$/+(+)+$$(*.-.+.8;?@=?@:6*)+)+/')%$''410824..&-%&.076560-,,(3/(%%)'(&(-+$(/-47<>CC>A8.)9:9@FE;.36>><)26:8678<<+'@@F?>BF5AC':<>CCA??>>2ABACGEAD?@<0.1+*+,063.67968646753'%&&,+,-0&$%%*,%3663<1:<==BC:54&)&/22=;;;=9>/8-.7456&)*-222-+,55::<>;:9;?56954'')&(+'()/,*,$'&/411'1211---41146<==6:9ABBD58;@A??@A?A@;7C>ACFAAFGE9<;''876;>=@A@<:;<8<=>DC>=?97.1;?;@+43:6),.=7,2.+%&+00.%%)3:66;A=BFBADDA<=?@BFKJ><98>88<;<=-7:61.48:>90B?A:=:A@GGIFCA<:7>BCB9>7/1-.5735%56./'+&'&',2===>=<452(%)-/%*)'&($$$$$%-33-((626;AAC;==??=<5<:>>9,5%8,@C>:;889:<==B4<<<=>?B=:=DC>=8-+,--*%#&*:2@C:::?>@:;?E<776-/;AC=+::B?A@89/17DEDDE9,@CBDGBC<4;(,63,,$&$$##$'(&&'%(%26;5899:;><9127;56=;;44)*1/*'%$'5684681/4732467638.41%%'*%52952?:<0-514:229=@?;7=<:=?B@6?EDA=?5;6:0--14<>?<3;9:5<24;9=9:>?9:99'$1%+942./0/527884'')7?;?;6)/,,%.6/31*$$$%(*&$$&-)+;?9:?B@=>>:@?CFAA=>CA999%%'$%%/9?C>5CEGEEB><00:?>>>@A86:;8?;0%401055.-,-*//-##).,26466?;87(;BD89>IKB>E>@A@7AG<@BFCDD?ACEE@@@ABDDIKA9=;@@AH=<>?ECAC?E9:;:0<<=?:A9<9DDE@?=@??D@@)31%+$$3237-)866158<;1:>CDCAB==?FE875;=A:67@:<=;=64:9=>69:::;>,><:;>84,.(&##$(001030222/%%&%03798<9938=:;CED9BC?A893683=8::6:86;544.182364669=>1;9<<;6;?7;9?;8:<7.2447-.,%%)7711/...340*,>?:<=9;=;<;81/9;=;??G>@@AEBAD<<:;>;;9;.$-.2335&&+*)5;BA>@@<6>?)A187:A>76671/.2-2..01435=?<:9<3>>+(45510)-)141/-//0548>A=:=>=)69AFFEC68A;697CNLE;<<>?<@@EA2,0./''-/199;94662;2+)(+1312887:=;54...,29>::/***(,2;;918A999-125487-.69<<>;?=8798/--,+.,*+$$#%.,568<7%1*=<7;:869()69>:9*<2047:/1646527787/,%%,16053($%(0%()((*03:;00*++.%(+*9;;CEDCEAD:;>?D:54649<33<<1)(328;=7904,,*&'+-*4.3575?>@@@=85<5@FA<>:BA7:<823652.'%22$$:82965,**+$(+&$$$$*0--<:6:533045.8:?=9;;5:;=7;:<9=722846=9447(%**+)+-5557%%)0>?B:4++85*+/*+21235.'''&'./588:89:<;--55?;(3355<,;=<::@DD5<:468B@?;=8:>,0'26;9*59:633*)*))*&&$')(0*%%&),0/102(&.-32.)068998820&,,(0176683::41)((+,2268A>>=<<2;<99*&;-68)'&)'$&-,*(%###&*/003558')&%'8>>:><=::;>986.69;>IA;;=A>953./+*,+-/+((,0156:9-13(6;<:ADCDAB50797C6./.-+/357389/--('&&&1102$'%%%**+-/20::3=?BDFC@??=6?DA?:67:>:;:9774$*<)((((33***73++*04557<<96+-)'-76(:1700*'&'688889:;;>=77.733.120,-%-%3502)-*+&23)+),-/8>@AB>85@@AB?@>===A666336537578<7*96;6;)%%%'&.++,-,+'&&%&(,34:4587499E>A@A@>85346=D;26;>@=:==+-:7663/6;?>5:26=:;>6442.2<;=;:99;,,''$(.)3513//'')-%-./2323678477547;@>>?@4((($-)674(921&/2357AA:*33971'8>@>4><156;8AA>>=859;787:678;:9=<<;:3:1-054-*4262>;@C>???=1284%),,0.-/1251+(&$$$#&'(&$(,+,12;=CB<.AC/,98?<7;=69<<((*0255::;<:?7==DFH=5;-)-**,399877;;:;-0=B:;:78<66,523-6*:4299=;<98+'(/2@@7)&)&'8;;>538,9:88=?DECE;@A844%%/631.'47%(97@<4424;-0:9983&)),/13-/-9:9699@620;/1=2:<9>=@=58=?8??;<:87;:=<:666;<=?=<<3-0,-87:C>;:51./440)(%)362/%&++55473562**1325%..2666888;:;'8;98/13<1/2'73+&''(-.0%$$%#+.-)*0%#$#$%&&.--,22#.&5764359::5265573&)((0*+6-&'##&*&++&&"$'(+,+*&&001.+(,(.'(30266164478789;8,=-:>>=:'(((''#&&(./0+,03573-4525:;:<=@?=7;;:%&&275+(225,*..3011<23675798)''4;;765&%&&($%/3-+02,-/01*)*&&%$#$%#&&$&''%)((&&$%'%%0..03+3***&10.161==;9;535556666--)$$%--.10./2<491.168)+-/,/023;@=8(%,+,+*+',A99:=74479<8255'%##$#%%%'&%'+-*.044+01++)))*)73'(3@845326@=;A>8429988%''0&.//010*)2203569@;@?>A?<184+&'58=8;67571*$%-/..-&(9;=@<770)&$,+010126:;96;=768?><>>:;::;96588:9877///%'-,+(7979==<7-,(2(178:8-&'&#))(-.'.%&'-,$++-6666*$%$%,-1...-'''&%&'&&'6850)77:8072/04;>B>=AC@;8:45-8997<761/35753(,*%%$$&(,)--,)*//.(%&26885)*)'(/321385,39-/-&&&$&.13012323()(++&(&(+,5320)593/5361//02*)%()013<9979;99<=AE@:7:232334==95<;;8>?622)*(%%')%$)$$$##&'0/'%'++45>5A4)38.3533773<6-&+4002636:*/0+'%0*$$,,+*'&$$)$')%%(%+*,-132,'.+(8-51.$#%)%$$%$'##%$#$%####%%#'#$$%&($$'&%+%''((*+&(*.36;;<76//+'2><@ECB=9?=?@>58:897;4;;8>B>><:8=@;?:AA=;&$//&43346959:;86;=04..-1/0284464--746/===>:58;7522--)'%'(0624859:?=>??@<*(479;@:C=;9;126-.=B?A9A3>C=>AC:==><:7+553469::7'34:5==;<=;78>:2.2-3.45-78,0<=875.))%),)+;;;7:<5<950.-('687750%*)565;<8;?8.4(2344694158889/,(&*'))+++.55253&%%)&,')*)'$&((,.1355/*****(($%)))4469;<:-(0//.1$'33678;25**1-456%'%'-68/12-+0+&-.02-+-,&&'333558960&(*&)/.82::365:?;7=7442252.21'%%),//02678:<7D:73&&9;;7/;88=>;)956:><66844.;7/-717402879656796//*(=<:442/23%132'#'0.-(02357:67663436<;;=98;?;316767698-&&1&&,62..2>@><7==<::71//'/11006:97/0-,53$%&&'+3371&$$$'&'.79=@<>>;888(410:<<<2555@>??==8?>>:<9:;55<<>=33-6.+66002767;@@=AAD=?0865365+&'-(/.*)'%$$$%**)+*()('&*)598:99,..4+**&+-28548:4-,((*462353775*,8:424(%0.-'3*''2467654216:98=;;83==6;:;;DA@A<99=18;<9:69;@A@@8233202*228<;6:84//3/803//3),$-0/',-,.,;=8<>>4812()%'&&**'&''(*'&$%%(',)3:21;@++--6:AA?C=)%:687?BBDAB?=A<6,.%-.0410&#&(%(%-89==>A99:><>;@:85?@7<1,,7:,'(4870/(&,,-6.13//01402'3/(24532((&%%&,+87=?.*,3965,7,=AB@@F>>?9;96448;6///0253+2177+B98<8;<:777%#/1220210;5'%$(&$$$$&%%$+('+.4;9;=5<<7229:>EA:@AC?C@97;<;9@F9C;?EE@DCA768:543-/22../)-**/20/.-)%'(-79;24;;:<@AC@:493%%$%35,6011.71:=>9:<<::;>>5)3-*5:63'()(&'$$$0285617755,)'%%'$&$***)+)*+&'2899A?>B?=<>-(.,57:349730/-%%#%12,,.4((,,,.2-+**++))&11335;8;:/34$**&(5578,9&2'353<=8:;<:;<><174/.2/79>81;:<>=;;54996;@=?:=975679857.,,1%%),&&&4:89153:@6:255CB@=>?64.3157.&%%&,0=><9*44393$&##$&#%%;84772)(&%'+'%'()%++(.13569:=8:975&&8;7;<=B><2-/+#$%$+#%5:27;78;;746:85:65676.01232&(--/9<9<99.+2,-4..7++54528%%$%&***488*...5033--&&'06679:;5553((/.),.(*$%$%$$+%*87'469.5::898979@>>>@;?7393.484;>6332355102'(%'4656679.2.'+8@;:79@@BDC=B49?>:9<==99;:<:**,((((+),%-/.$%%$#(*000$0.))&'++/0*)&')%&(&+&&(554)-98703=9;?@<:;;<;;A;=8B49;;.,,+53:5-;<35:648976+12211342/0.$%&$$&;;@>>@B@79;:9<;0'32/28;>84321(/4.'$'%$+&&&*,*-2:<:=??532*%$&+-6:;;9;33*.'$&/1+0-10000*.47555+0*<;::7796.-,6+5173''*((&*.1118;=742-/-%&313578818:8858<622.3-,*--((('((&&(&(+#$%%%$%%(&#%//.3:;9;;;;@?;7839:8-789(&:8>@??@9;;?7:8@93,24954764'*2591.86899;1/.1%%(.,.1./...;599:2000-100*2-3/0.'%,/0.6650..;==:9344631689;<8:>>6889;64:A:9:6,179<>B5556;;<<@=;<5;892/5655@<235741ABB=?::AC>-)%$6669=6953*-7:68:::83574655.-+(((/&%#$'/224)383;;575888.'+,/...&$%(&'(+./'')$*$%%$%%$&%%+22''%'*.228,):;:9<9+%'2/&++))/,,-3-,8;:'.9:56645,+);42681-$8/79;=:=;;<=;88551-)''298::;E?./;=<397A8948.*'*.2+1.6://B=<=88895993998:9<>>>9>@AA;;9-'*478,(458BHDEC00)3:>495;<;30..161*('$&0+571/;871.;=3-.>@GD;>DDHA26><=:9:<:25953,1)0015>=>=:651A@A?4)0;:9@BB;=>?<>AAA@>779A889935:<(%&'$$(//17736+(.,,0,&#&-/1200,,,+$%1(999;9..1==>8:;0>@=;67644;<=@6?FCA<56;;6467275345''139;<99::8:88953:8798(#(.0578@8=9<9;:792).-)*-(.-155)((1'&+73220&.3?384:<>?AA;%&'...'229:5634&%%)(/6.542*').-689:57@;=7.?8<>:?@?8==>:<:;:/31%89=?A;9=@@>6?;5-,5/).(+3+67545342)-3.-*8:9<<65655.(5:2567:83+256/-32-'1(+.$&$))+*)%%)%'%%15:?@FC=7:<421%%.035;647>9;@B>;5776/10&$*6:;<@@?A@'==DCA>===<99$%'00%'(136/'&(*/357:;968;:;:-0.144&0/...47262++./(%&%&$%&&$&$$%'))(68897<031/,0255-:96:27124068;=88+0'(&&*,-'%%&$$+&'').,47974&2465/-1136636' @SRR14011045.73799 81904847-187a-4646-acb2-e61ef7ec70f0/1 ATGACAATATCAGATTCTAGTAAATTTAAATACTGCGCTAATTGTGTCTTGATTTCTTTATCTAAGACCATGGATACCCCCTGGTTGTTAAATTTTACCTACAAGATCTAAGCTAGGAGTAAAGTGAACAGCTCCTTCTTTCCCTTTGGCTGGACAAACTTCACCTGGATGTTGACGAATATATTGAGCAGCACGGACTTTATCAACAAGTACGCATCGCGTCCAATACCATCAGCCATTAATTTATCATTTGGATAACACCATCTGGATCAATGAATGTACCACGTTGTGCGAGACCATCTTGACAAGAACATCAAAACCTTGTGAGATGTGGTGTGAAGGATCCCCAATCATAGGATAAGTAATAGTTCCAACAACATCTGAGTCATCATGCCCAGCCCCGAACAAGTGAGTATCGGTAGAGACAGAGTAACCTCTACCAAGAAGATTTAGAGCTTCATATTGTTCTTGAAGGTCACCAGTTCAGTTGGGCAGACAAATGAAAAATCTGCAGGATGGCTGAAGACCGCCCATTTACCTTTAACATCTTCATCTGTAACAGTAATGAATTCGGTGTGATAAGCTTGTGCTGAAAATTCAATAATTTCTTTTCCGACTAATGACAAAATAATGTCCTCCTCTGTGCACAGCCTTCATTATAAACGAAATATATCAACCTCAAAGAAAACGATTGCAATTTTAATGAGAGGGGATTTTTCTGTCGGGTCAGACTGGTTTTAGAGCTTGTCAAATGTCACTTTTTTGATAAACTATTATAGTTGCGTAAAGTGACAAATATAATTAGCCCGATTGGCGGTCTTGTTGCCGCAGGGTGGGTTCTGAGTCTAAAGCTTAAGAAGAGGAAAAACAAATTTTAAGGAGAAATACTCGCATGGCAGTAATTTCAATGAAACAACTTCTTGAGGCTGGTGTTCACTTGGTCACCAAACTCGTCGCTGGAATCCTAAGATGGCTAAGTACATCTTCACAAGAACGTAACGGAATCCACGTTATTGACTTGCAACAAACTGTAAAAATGGCTGATACAGCTTGCGATTCGTTCGTGAAGCAGCAGCTAACGATGCAATAATCTTGTTCGTTGGTACTAAAAAACAAGCAGCTGAAGCAGTAGCTGAAGAAGCAACTCGTGCTGGTCAATACTACATCAACCACCGTTGGTTGGTACTCTTACAAACTGGGATACTATCCAAACGTATCAACTCAGTTTGAAAGAAATCAAACAAATGGAAGCTGATGGAACTTTCGAAGTTCTTCCTAAGAAAGAAGTTGCACTTCTTAACAAACAACGTGCGTCTTGAAAAATTCTTGGGTGGTATCGAAGATATGCCTCGCATTCCAGATGTAATCTACATCGTTGTTACACAAAGAACAAATCGCTGTTAAAGAAGCTAAAAAACTTGGTATCAGTTGTAGCGATGGTTGATACAAACGCTGATCCAGATGAGATCGATGTAATCATCAATAACGATGACGCTATCCGTGCCGTTAAATTGATCACTTCCAAAATGGCTGATGCTATCATCGAAGGTAACCAAGGTGAAGATCGCTGCAGATTTCAGAAGCAGCTGCAGCTGATTCAATCGGAAAATCGTTGAAGTTGTCGAAGGTGACAACAACTAATCTTTAAGATTGGTTAGGGCTATATGCCCACTGTAGATACGACAAACACCTAAGGGGCGGGGCTCAGCCTGCCCTTAGTTTGACCAAAATAGGAATTTGGAGAAAAACAAAATGGCGAAATTACAGCTAAACTTGTTAAAGAATTGCGTGAAAAATCTGGTGCTGGTGTCATGGACGCTAAAAAAGCATTGGTTGAAGTTGAAGGTGATATCGAAAAAGCGATTGAATTGCTTCGCGAAAAAGGTATGGCTAAAGCAGCTAGAAAGCTGACCGTGTTGCAGCTGAAGGTTTGACTGGTGTTTACGTTAACGGTAACGTTGCAGCAGTTGTTGAAGTTAACGCTGAAACTGACTTCGTTGCGAAGAACGCTCAATTCGTTGAGTTGGTAAACGAAACAGCTAAAGTAATTGCTGAAGGTAAACCAGCTAACAATGAAGAAGCACTTGCATTGACTATGCCTTCAGGTGAAACTCTTGAAGCTGCATACGTAACTGCTACAGCTACTATCGGTGAAAAGATTTCATTCCGTCGTTTTGCAGTTGTTGAAAACTGATGCACAACACTTCGGAGCTTACCAACACAACGGTGGACGTATCGTGTTGTTTCAGTTATCAGTGGAGACGATGCTTGCAAAACAAATCTCAATGCACATTGCAGCGATGAAACCAGCTGTTCTTTCATACACTGAATTGGACGAACAATTTGTTAAAAGATGAATTGGCACAACAACTACGCTATCGATCAAGATAACGAAAGCCGTGCTATGGTTAACAAACCAGCTCTTCCACGTAAATATGGTTCTAAAGCTCAATTGACTGATGCTGTTTCTTGCTCAAGCTGAAGAAGATATCAAAGCTGAGTTGGCTGCTGAAGGTAAACCGAAAAATCTGGGATAAAATCATCCCAGAGGTAAAATGGACCGCTGGCAGCGGTAAACACTAAAGTTGACCAAGCTTACACTCTTGCTCAAGTTTACACATCATGGACGACAACAAAACAGTTGAAGCTTACCTTGAATCAGTAAACGCTTCAGTAGTAGAATTCGTTCACTTTGAAGTTGGTGAAGGTATTGAAAAAGCATCTAACGACTTTGAATCAGAAGTTGCAGCTACAATGGCAGCAGCCCTTAACAACTAATTCTAGTTGCTAGATAAAAAAGAAAAAGAAGTTACGTGAATGAATCGTAACTTCTTTTTGTTGTAATTAGAAAACGTCTGAGCATACACAGACGTCTAAACATTTCTATTAATGAGCAAGGGTGTTTACTCCAAATGAAGAGAGAGTTCCCATAATGATACCTGCAAGGATGACTCCGAGCATAACAGCTAGAACACTGCGCTTAAAGTCCCAGTCTAGGATAGATGCGGCGAGCGTACCAGTCAAGCTCTGTTCCTGGAAGTGGGATTCCTACAAAGAGCAGAAGGGCCCAGAAAGACACCCTTGTCTCCAGCAGCTTTTTCAAGTTTTTGACTACGCTGTGACCTTTTTTTAGACACCAGAGTAAAGAAGCCACCGATAAGAGGTTTGTCAGCACCCCACTCGAGAACACGGCGGGCGAAGAAGAAAATAATTGGAACTGGAAGCATGTTCCCAATGCACAAAGAACGAGGGCCTGCCACCAAGGAATACCTGAGGCGATAGCGACAGGAACTGCTCCGCGAAAGTTCAACAAGGGGAATCATAGAGATTAGAATGGAAATGATGTATTTCATGGTAACCTTTCATAAGGAGAAATAAGAATGAGAGATAAAATTCAAGGAGAGTGAGTTTTATCAAGGTGTTCAGGATATTTCAGTAAAAACTGAGGTACCTACTATTTTAGTCTTATTTATTGTATCTTATATAATCTCTAATGACAACTTTAAAAAAGCTTTTCGAGTATAGTTTCCCATGTGCTAACATTTTTGGTATAATAATAGTCAGTTATAGTCAAATTAGATTGGAGGAATTAAGGTGGCAAGAAATACATCAGATAGTATAGAAGAATATATTAAAAAGAATTGCTGGGCCAGTCTGGAACTGCTGAGATTCAACGCTCGAACTTGGCCGATGCTTTTCAAGTTGTACCAAGTCAGATTAACTATGTTATCAAGACTCGTTTTACAGAGAGTCGTGGGTATATTGTTGAGAGTAAACGTGGTGGTGGCGGCTATATTCGCATTATTAAAGATTAGATTCTCCGACAAACACCATATGATTAATGATTTGCTGCAAAATTTGGCAGATCAGCTCAGCGAGCAAGTCTTTACAGACCTCATTCAGTTGCTTTTTGATGAAAAGATTATCACTGAGCGTGAGGGAAATTTGATTTTAGCGACTGCTAGTGATGATGTTTTAGGCGAAGATGCGGCTACTATTCGTTCGCGTATTCTACGCTCGCTATTACTTAAGATTGGATAGAAAAGGAAATTAGATGACGACATATTCAAGAAAAATGCAGGCCATTTTCCATCGTGCACAGCTTGAGGCAGAGCGTTTTTGGAAGTCCTTTTCTGGAGACTTGGCATGTGCTTCTGGCTATGGTTGAGGTTCCAGGATCTGTAGCCTACCTAACATTTACTGATTTTGAGGACCGTATTCGTGCAGGAAGAGATTGAGACCGCTGTACTAGCGATGGAGAAAAGTCAAAAAAGACTTGTCTGAATCAGATATTATCGATTTACGTGCACAGTCACATGCTTTAGAGCTATGTTGCAAGAGGCAGAGGGAATTGCTGGTGTGACTGGTGCTGTAGAGGTAGGGTCTGAACATGTATTGATGAGCCTTTCTCCTTCATAAGGATTTGATGGTTTGTCGTCTCCTTGAAGTTGCTGGTTTTTCAATATAAGGATGACAGTGATAGCTTTCCTCGCATTATCGATTTACGACGTTCTTTGGAGCGTTACGCAGGTCTTAGTAAGCAGACTTGAAGGCCATTCATGACCTTCGTAAGCTAAAAATCAAAGGCATCCAGGAAATTTTGCTAATATGATGCAGCCTCCCCAATCTTCTACTGGGGAACTGTCCAAGATTATACCAAGGACTTAACGGCTGTAGCCGAGTCAGGTGCTCTTGATCCTGTTATTGGACGTGAGAAAGAAATTTCACGCATGATTCAGGTTTTGAGTCGTAAAACGAAGAATAACCCAGTTCTTGTAGGTGAAGCAGGTGTTGGTAAGACGGCACTTGCGCTTGGCTTAACACAGCGTATTGCTTCAGGCGGAAGTACCTTTTGAGTTGGCTGATATGCGTATCTTAGAGCTTGATATGATGAGTGTGGTAGCAGGAACACGTTTCCGTGTGATTTCGAAGAACGTATGAATCAAATCATCGATGAGATTGAAGCTGATGGAAAAATCATTCTCTTTATTGACGAACTGCATACGATTATTGGTTCTGGTTCAGGTATTGATAGTACCTTAGATGCGGCAAATATTTTGAAACCTGCTCTAGCACGTGGAACACTTCACATGGTTGGAGCAACTTCTCAAGCTAATTGAAGCATATTGAGAAAAAGATGCAGCTCTTTCTCGTCGTTTTGCTAAGATTACAATTAGGGAGCCAAGTGTAGCTGAGGCGATTGATATTCTAAAAAGGCCTACGTTCGTCTTATGAAGACTATCATCGTGTAACGATTACTGATGAAAGCGGTTGAGACGGCGGTCAAGGCGGCACATCGTTATTTGACGGTAAAAACTTGCCTGACTCTGCCATTGACCTTTTAGATGAAGCGAGTGCGACTGTTCAAGGTCGTATCAAAGAAGCCAAACGTGAGATAACGCCTTTGGATGAAGCGCTTCTATCTGGTGATATGAAGGCTGCTGTTAAACAATATAAGGCTAGCCAAAAAGCAAAATTACGAAACTGCCTTGGTAGATGCGGATCAGATTATGCAAACCCTTAGTCGTCTATCAGGTATCCCTGTTGAGGAAGGCCGACTCAGGCAGATAGCAAGCGTTACTTAAATCTGGAAGCAGGCTTCACAAACGTGTTATTGGTCAAGACGAGGCAGTTTCAGCGAATTAGTCGTGCTATTCGTCGTAACCAGTCAGGTATTCGCACTGGAAAACGTCCTATTGGTTCCTTCATGTTCCTTGGACCTACTGGTGGTAAGACAGAATTGGCCAAAGCATTGGCGGAAGTTCTCTTTGATGATGAGTCAGCTTTTGCTTCGCTTTGACATGTCAGAATACATGGAAAAATTTGCGGCTAGCCGACTTAACGGTGCTCCTCCAGGTTATGTTGGCTATGATGAGGGCGGTGAGTTAACAGAAAAAGTTCGTAATAAGCCTTACTCAGTTCTTCTCTTTGACGAGGTGGAAAAGGCTCACCCAGATATTTTCAACATCCTCTTACAGGTTTTGGATGACGGTGTCTTGACGGATAGTCGAGGTCGTAAGTTGACTTCTCAAATACCATTATCATTATGACTTCGAACTTGGGGAGCGACTGCTCTTCGTGATGATAAGACCGTTGGTTTTGGAGCTCAAGACATTTCTCATAATCACCAAGCTATGCAATCACGTATCATGGAAGAACTTAAGAAAGCCTACCGCCCAGAGTTTATCAACCGTATTGATGAAAAGGTTGTCTTCCATAGCCTAGAGGAAGAGCAACTTCGTGAGATTGTCAAGATTATGGTAAAACCGTTGGTTTCAGCTTTGGCAGAAAAAGGAATTGACTTAAAATTCCAACCAGCTGCTCTCAAGCATTTGGCTAAAGATGGCTATGATGTTGAGATGGGTGCTCGTCCATTACGTCGTACGATTCAAACTCAAGTGGAGGACAAGTTATCTGAGCTCTTACTAGGTGGCCAAGTAGTTAGTGGACAAACTCACCAAAATCGGCTGCTCGAAGATAAATTAGCCTTTACAGTAGTGTAAAAATCAAACAAAAGACAGATTACAGGTGTAGTTTGTCTTTTTTTTGTGTCAATAGGAGTCAAGAGTAGAAGTCAATCTTTCTGTAAAAGATGGGGTAAAAGAAAAAGCCGAGCAAAGCTCGACTGTAATAATTAGAGTTTTCGTTGACAAAGTTGACAAAGTGATTCCACCAGACCTTGAGAAGAAGCTTTCTTAACTTCTTTACCAGCAACCAGTTCCATGCTAGGCATACCTTGGTTAGGCAAGTAACCTTCTCCTACAAGTGATTTATCTTCAAAGGTAGCAGTTCCAACCTTGTCACTTGAGTTGACAGGGGCTTGAACTTGATTGGTAGTGACTTTAATATGTTTACTATTGTTAGCATCTATTTTTTGGATGATATTAAAGTCGGAACTTAGCAACAACAGTGACTTGCTTAGATTTACCATCAATAACATGGGCTTGACTTTTACCGATGGCTTGTCCTTTTTTGGCAATGGTCTTGCTTTCCCAATGATAGACAACGCGTAGTTAGTGAGGTCATTTGTTGCAGTGAAACGGGCGTAGTCATCAGTATCAGAATATTATCTAGCATTCAAAATGACTGTGATAATGCTCATGCCACTTTCATTTGAGTGGGCCACGAGGAAGCACCGGCTAAATCAGTGGTTCCCGTTTTTAGGCCATGTCCACCCCTTTACGGTAACTAGGTTGACCCTTAAGCATATAGTTGAAGGTTTTTAAGTTTGTTAACACCATCAAAATCAGCCTCAGTTTTTTTAGTGATGTCGAAATTTCAGGATATTCTTTCACCACGTGTTGTGCAATGATAGCAACATCTTTAGCACTCATGAGTATTTTCTTCGTCTGATTTAGAGCCTGGATAGATATTGTCACCTAGGTAGAATTATTGAGACCAGAGGCATTGACAATCTTGGCATCAGTGATACCCCAATCTTTAATTCCAGGCTTTCATCATGTCGACAAACTTACTTTCGGTTCCTCCGATTTCCTCGGCTAGAGCAATCGATGCACTATTGGCACTGGAAGCAGAGTTGCGTCAAGAAGTTGTTTGACAGTGTATTTGCGGGCATCTAGTGGGATATTGATTACTCGGCACTGACAGTTAGTTCAAAGGGGTAGTCAGAAATATCAACTTTGCTGTTCCATTTGAGATCTCCCTGATTTACCGCTTTATAAACCATGTATTGTTAGGAGCTTGGTAATAGAGCCAATCCCTGTAGAAGTGGTTGCATCTTTTTCGTATAAAATTTTGCCAGTATTAGCTTCGACAGCGATGGCATGTTTGGCTGCGGCATCACATATCCTTTTTCTTATCTGCTGCAAAAGCAGGGGCTACGCTTCCCAGACAGGAAAGTAGAAGGTCATCATAAGCGTAATCAGTTTTTTCATGGTTTGTTCCTTCATGTGTTTTGGATATTTATTATACCACATTTGAAGAGGAACATAAGGTGTAGAAGAGGCATTTACTAACAGGACTGAATTTTGAAGGCAAGATAAAACTACCTTTTGATATCTAAAAGGTAGTTTTGTGTTCTATTTTATAGCAGAAATTAACGATATGGTTTTCCACCAAACTTTTAAGAAGAAACTTTTCTTGATAGATTGGTTGTGTTACCGAAATTTGAGGAGCGGATCAGAGATGTAACCGTTCCTACGAGATTCTTATCATCAAGAGTTGCTGTTCAATAGTGTCACCTTTTTTGATAGGTGCTGTTATGGTTTTTTGCTTTGATTTTAACAGTATCATTTTTGCTGTTTATTTTTTGAATGACTGTAAGGTCTGACTCGAGCTTAGCAGAGATGGTTTGACGGTCTCCATCGGCTACCTTAATATCATTTTCTTGACGGTTGTCCTTTGGTGTTGAGGGTTTTGATTTCCCAGTTTTGAGTCACATAATCTAGCAACTCATTTGTGGCTGTGAATCGAACGGCTTCATCCGCCATTGTCACCATTCATAACAACTGTAATCAAACTCATGCCATTTTCATTGGAGTGGGCTACAAAGGATGCCCCTGCAGCTCGGTTGTTCCAGTCTTGAGTCCATCAACGCCTTCACGGTAGTTGTCTTGCCCCTCCAACATGTAGTTGTGCGTCGTTAATTTGTTGTCACCTTCGAAGTCAGTTTCGGTTTGCTTGGTGATTTCAAGTACCTGAGGATAGTCTTTGATGAGGTGGTCCTGCTCAATTGCAACGTCTAGGGCGCTCATCGTATTCTCGTCATCTGGTTTTGAGCCAGGATGACGGTTATCCCCAAGATATTTATTATTTAGACCAGAAGCGTTAAATAATTTAGCATCTGTAATGCCCCATTCTTTAAGTTGGGCTGTCATAGTGTCAACAAAGGCACTCTCTGATGCAAGTTTTTTCAGCCAGAGCAATAGCAGCACTGTTAGCGCTAGAAATGAGGGTGGCATCTAGGGATTTGTTTAACAGTGTATTTTCAGAGATCAGTGGGACATTTGAAACTTCTGAGTCAACGGTTAAGTTGAAAGGATAGTCTGAAATATCTACTTCAGTGTCGGTGTTTTTTCCTTGGTCAACTGCTTTATAGACCATGTAGGCTGTTAGGATTTTAGTCATTGAAGCCACACCATCAGGGTAGTGGCGTCCTTTTCATAGAGGACTTTTCCTGTAGTTGCTTCGATAGCAATCGCATGTTTTGAAACATTGAAGTCATCTGTCTGTTCTTTGTGCTAGAGCAGGTGTTACTAGGCCTAGTAAGATTAAGGCAATCATAATGATGTGTTGCTAATTTTTCATAGTCATTCCTTTGTCTCTCATAAGTGTTTATTATATCACAAAACACGGCAAATATCTGAAGAAAAGGAATCTTAGCTGCTAACTTATGTCGGGCTCTGCCATTTTTGACTATATTATGGTAAAATGAAAGTTATATCAAATGAATGACATAAAGTTGACCGGTTCGTTTTTGCAGGCTGGTCATGGATAAAAGAGGGATCAAACATGGCTAAACAAACTTTTTGAGATGACCTTTGCAGGACGCCCGCTTGTCGTTGAAGTTGGGCAGGTAGCCAAGCAGGCTAATGGTGCTGTCGTCGTGCGTTATGGAGATACAACGGTATTATCAACGGCTGTTATGTCTAAAAAAGATGGCAACTGCAGATTTCTTTCCTTTACAGGTTAAGTATAGAGGAAAAAATGTATGCAGCTGGTAAGTTCCCGGAGTGGCTTTAACAAGCGTGAGGTCGTCCTTCAACAGATGCCACGTTGACTGTCGCCTTATTGACCGTCCTATTCGTCCTATGTTTGCGGAAGCACCGAAATGAAGTTCAAGTCATTAACACCCGTCCTCTCTTATGATGAGAATGCTGCTAATTTGCTCCGATGGCAGCTATGTTTGGCAGCTCTTTAGCTCTTTCTATTTCTGATATTCCATTCAATGGTCCGATTGCTGGGGTTCAAGTGGCTTATGCAGCAGAAGATTTCATCATCAACCCAAGTGCATCAGATAAAGAAGTTTCACAGTTAGACTTGATGGCAGGTACTAAGGAAGCCATCAATATGGTCGAATCAGGTGCCAAGGAATTGTCAGGACATCATGTTGCAAACACTTTGAAGGGACATGAAGCTATTCAAGAGTTGGTTGATTTCCAAAATTATATTGTTGCAGCTGTTGGTAAGGAAAAGGCCGAGGTTGAACTACTCCAAGTCGATGCTGATTTGAAGTCTGAAATTGAAGCAGCTTATTATGATCAGTTAGCTAAGGCTGTTCAGGTGGAAGAAAAACTTGCGCGTAGAAGCAGCAACCCAGGCTGTTAAAGAAGAGGTCCTCGCTTCTTATCAAGAACGCTTTGCAGAAAGATGAAGATGAAACCATTCTACGTGATGTGGCAGAAATTCTTGAGCAGATGGAACATGCTGAAGTGCGCCGTCGTACCGAGGATAAGGTTCGTCCTGATGGTCGTCGTGTGGATGAGATTACGTCCTTTGGATGCTGAAATTGATTTTCTGCCAAAGGTTCATGGGTCAGGTCTCTTCACGCGTGGGTAAACCCAGGCCTTATCAGTCTTAGCCTTGGCTCTATGAGTGCAACACAACTTGTTGATGGTTTGGATCCAGAGTATAAGAAGCGTTTTCTTCACCACTACAATTTCCCCTCAGTATTCGGTGGGTGAAACGGGGCGTTACGGTGCACCAGGCCGTCGTGAAATTGGTCACGGAGCTTTAGGAGAACGTGCTGTTGCTCAAGTTCTCCCAAGTATCGAAGAATTTCCATATGCTATCCGTTTGGTGGCCGAAGTCTTGAGTCAAATGGTTCTTCCTCACAGGCATCTATTTGTGCAGGCACTTTGGCTCTTGTAACAATTGGTGTGCCAATTGAAGCACCTATTTGCGGGAATTGCCGCCAGGTCTTGTTCGATGGAACTAACTGCACTGTTTTAACCGACATTCAAAGTTGAAAGATCAATTTTGGTGATATGGACTTTTGGAGTGGCTGGTACGTCAAGGAATTACAGCTCTTCAGATGGATATTAAGATTTCAGGAATTACACCAGCCATTCTCGAAGAAGCTTTTGGCTCAAGCCAAGGTAGCTCGTTTTGAGATTCTTGATGTTATTGAGTCAGCAATCGCTGAGCCACGTCAAGTTGGCTCCAACAGCGCCTAAGATCGACAGTATTGAGATTCCTGTTGATAAAATCAAGGTCGTCATTGGTAAAGGTGGCGAAACAATTGACAAGTTATCGCTGAGACTGGTGTCACTATTGATATCGATGAAGAAGGTCTTGTTCAGATTTTCTCTAGTGATCAGGATGCCATTAACCGTGCTAAAGCTATCATCTCCGATCTTGTACGTGAAGCTAAGGTTGGAGAGGTTTACACTGTACCAGTTGTGCGTATTGAAAAGTTCGGTGCCTTTGTCCACCTCTTTAATAAGACAGATGCTCTTGTCCACATCTCAGAACTAGCTTGGGAACACTGAGCGTGTCGAAGATGTGGTTAAGGTTGGGGATATGGTAACTGTTGAAGTTATCAAAATCGATGAAAAAGGACGTATCGATGTCTCAATCAAGACCTTGCTCCCTAAGCCTGAAAGATTGAGGACGGGGAAAATAAGAGGAGAGCATCGTCACCGCCGTCGTTCTCATCACAAACCACGCCACCATAATGAAAATGGTGAAGCACCGAAAAATCCTGATAAATCAGAAACGAAAGAACAGATAGAAGAATGACAGAGAAAATCAAGAATTGCAAGCTTTTGATGAAACTCTAAAGAATTTTTAAAGGAACCAGACCACTTTTTGACCAGTCTTGGCTTTAAAATTAATCACCTACAACGTACTCCCGTCTTGACTGCCCAAGACCTCTACGCGGATGAAGTGGAAGGCAAGAAGGTTGTTCCTGTCTTCACTAGTGAACAGGACTTACAATCTTCAAAGCTACTCAGAGAGTGCTCGAGAACAGACTTGGATAGAACGTTCAAGCTTAGATATCCTAACACAACTGGTTCGAACGACTTTTGGTCTTGCTTTCAATTTAAAAGAGGATGGTGATTTCTCAAATACCACTCTTTTTGCAAACATTGAACTTATCAGTTTATCAACTATTTCCTCAGACCTTAAATAATCTTTTGGGTGAGAAAATCAAAAGGCAGATTCAAAGATAAAGTTTATCTTGTTCAGCCTTCATTCACAAACGCGAGGAAGATGGTCAGGATGACCGTTTCTTTGCGACCATGTCGAATGCAGAGGGACAGAGTTATGTGCCTGTGTTTACGAACTTAACGAGCTTAAAATGGTACGGTAACGAAACTTTTTGGCCTAGCTTTCCGTAAGGCTAAAGGGACGATTTTACAATGGCCACTGTCAGAAATTTACCAGCCTTCAACAGGTGAAAATGAGTTGGATAAGGTTCAAGGTATTGTCATCAATCCGTTTGATGAGCAGCCTGAGTTAGTCGACTGGTCTTATTTTGAAGGGGATAGCGAGTAGACTTAGTGTTCACAGCTCTCCACTTTAAAGAAATAATAGGGCCACAACAAACAATAACTGCTTAATAATGATGTAAGGAGTGACTAATGGGTTGGTGGAAAGAAAGTATTGATATAGTAAAGAAAAATGACCCAGCAGCTCGGACGAGTCTGGGTTCTTTTAACCTACCCTGGATTAAAAGCCTTGGCTGCTCATCGTATCTCACACTTTCTCTGGCGCCATTGTCGACTTTTAGCGCGTATGCATAGTCAGTTTTGGCGCTTCTGGACTCAAATCGAGATTCACCCAGGAGCTCAGATTGCTGAAGGTGTTTTCATTGACCATGGCTCAGGACTTGTCATTGGTGAGACAGCTGTTGTGGAGAAGGGTGCTATGCTTTACCACGGTGTCACTTTAGGTGGTACTGGTAAAGATGTCGGAAAACGTCACCCAACCGTTCGTGAGGGTGCCTTGGTTTCAGCCCATGCTCAGGTCATAGGCCCTATTGAGATTGGAAAGAATTCTAAGGTCGGTGCGGCAGCTGTGGTTGTTGCGGATGTCCCATTACAGTCGTTGGTGTTCCTGCTAAGGTTGTGCGTGTTCATGGTCAAAAGGACGAGAAGTTATCCACGATATTGAAAGAAGGTCGTAGATACTATAGCGAAAAACTAGAAGATCTTCTAAAAGCAGCTAGCTTCCACTCATCACGACTATAAGAGAAACGGTAAACAACTCTTAGTTCAAAGGTGACTCGATTGACAGTCGTAGGTCCTCTTGCCCTTGTTTACATTGCATTACATAGAGCAGACTATAGCATGGCAGCCTTGTGGTTTTGCATTGCTCTTTTATGGGCTGGTCTTGTTTTTAAGCAACGTCACAAATAATACTTGAGTTATGAAAAATTTATTCAAAAACAATCCTTTTTGGTCTTCTATATAGTTGGGAGTTTCCTTTCAGCTATGTTTCTCTTGGCTCAAGGTCAGCTAGTTGCGGCTATGGATTATCATTCTTGTGATACTCTTGTGTTTATACCTAAAACCATATCAAGGATAAAAAATAGTTTCCAGTTAATTGAAAGGAATCTCTAGTGATTAAAATTTATGATGATACGATGACGCGTTCGCTCCGTGATTTTGTACCTTTGACAGAAAATGTTGTCAATATGTATGTCTGCGGACCAACAGTTTACAATTATATTCATATCGGAAATGCCCGTTCAGCAGTAGCTTTTGATACTATTCGTCGTTATTTTGAGTATTGTGGCTACACAGTCAACTATATTTAACTTTACGGATGTAGATGATAAGATCATCAAGGCAGCCAATGAAGCTGGCATTTCAACTAAAGAATTGTCGGACAAGTTTATCGCGGCTTTTATGGAAGATACTGCACAGCTTGGCATTAAACCAGCGACACAAAATCCTCGTGTTATTAACTACATGGATGAAATCATTGCATTTGTGTCAACCTTGGTTGACAAAGGTTTTGCCTATGTCTCTGGAAAGGTGATGTTTACTTCCAGAGTAGCTAAGTCAAACAACTATGCTAAATTAGCTAACAAGACTTTGGAAGATCTTGAAATTGGTGCAAGCGGACATTACGGATGCTGAAACAGAACGTAAGGAGAATCCTCTGGATTTTGCCCTTTGGAAAGCTGCCAAAGAGGGAGAAGTTTCTTGGGACAGCCCGTGGGGACCTGGTCGTCCTGGTTGGCACATCGAATGTTGTTCAGTTATGGCGACTGAAATCCTTGGAGATACCATCGATATCCATGGTGGAGGGGCAGACCTTGAGTTTCCACACCATACCAATGAAATTGCCCAATCAGAAGCCAAAACTGGCAAGACCTTCGCCAACTACTGGATGCACAACGGTTTTTGTCAATGTGGACAATGAAAATGTCAAAATCCTTAGGTAACTTTGTAACGGTTCATGATATGCTTAAGACAGTCGATGGTCAAGTGCTTCGCTTCTTCTAGCAACACAACAGTACCGTAAGCCAATTAACTTTACTGAAAAAGCTATTCATGATGCTGAAGTCAATCTTAAGTATTTGAAAAACACCTACAGTCTTCCATTGACGATCAGGTGAATCAAGATGAGTTGCAAACTTATCTTGAAGCCTTCAAGAAGCTATGGATGATGACTTTAATACAACTGAATGGTGTGACTGTTCTGTTTGACATGGCCAAATGGATTAATTCAGGCAATTATGACCAAACCGTTAAGGATGCTTTTGAAAAATGATCCAAGTCTTCGGTATTGTTTTCGAAGAAAAGTCATGATGAAGATATCGAAAAACTCATTGAAGAGCGTCAAGCGGCGCGTGCTAACAAGGACTTTGCGACTGCAGACCGCATTCGTGATGAGTTAGCTGCTCCAGGTATCAAACTTCTTGATACCAAGGAGGGCGTGAGGTGGACACGTGACTAAACATCTTGATGTCAACCTTCTTAACGGCATTACTCTCGCCTTTGAGGGAGATGCTGTTTATTCCTTGTACATTCGCCGTCACCTGATTTTCCGAGTCAGACCAAGCCAAATCAACTGCACCGTCTAGCTACACGCTATGTTTCAGCTAAGGCTGAGCTAGTCTCATTGAAAAAATGCTAGAGTAGGAAAGCTTTTTGACTGAAAAAGAGCTAGATATCTATAAACGAGGTCGTAATGCCAATAGCCATACCAAGGCTAAAAATACAGATGTTATTACCTATAAAATGTCAACAGGCTTCGAAGCAGTCATGGGCTATCTTCATATGACAGAGGATATCGCTCGCTTAGAGGAACTGATTGCTTGGTGTATTGACGAAGTTGAAAAAGAAATCTAAAAATTCTGCCGAGAGCAGGATTTTTGTTATTTAAAGGCTATAAAAATTGTAACAGTTAGCCAGAGTTTTAACATTTAGATTATTTGAGAATCAAAGTAATTCAGCGTCTTGATAATGAAAAATAAGATGAAACTAATATTTAGCACCTTGAAAAATGAGAAAGTTAAGGGGTGTCTGACACGTGTAAAACCCCGATATTATAGCGTTTTTAATAAAACTAATTTGACAGAAAGTAAAAAAAGTCTATAATATTAGTAAATGAGGCCATCTAAAAAATGAGGAGGTGAGATGAAATAGCTAAGAAAAAAGTTTTCTATACAACTTTTGCTGCTTTGATTTTATCTAGCTTTACGCTTCAAACAGGTAAAGCAGATGAAGTTCAGGTAAAACCTGATGAAGCTAAAATAGATTATGTTAATGATGGGCACCGGCTCAGTTACTCTATCAGGCTGATTTTTCATCAGTAGGAGCTAAAGGCAGAGCCAGCGAGTCAAGTAAGTTCAGTAGTGACCTCAACATCACTGATGGTTGTCTCTTCAAGTGAGACAGATGAGGGGCTTCTTGAGGTACATTCTCAAGTTGATATCGTGGAGACTAGCGTTTCTACGACGACACCTCATTCAAGAAGAGGAGGCTCGTGCCCCAGGCTTTTGGTGAGGATCGATCAGTGGCAGCATCTGAACGAGGAGATGCAAACCCAACATCTGATTCTGAACAAGCAAAACCAAATATTGTGCTTACTTATGATAAGTCTCGTGAGGCTACAGCGACTGCAGGGTCTCAAGCTGTAACCTCAATGTATAAGAGTGAAAGCACTATATACATCGAACTTGCTGGAAATACACATGCAGTTATTGAAAAATCAGAGTATTCTTCACTGGATTCTCCTTTGACATCTGTAAGTGCGACTCCTACTAATAGCTATTGCAACTGAAGTCGCTTCTGAGTCTTTCTGAAATGCACGAAGCTCTCTTGCATCTACCGCTCAGAAACGAGTCAGTTAAATAATAATTCAAGAAAGATAGCTTAACTGTCCTTGCAGTTGGCTGGAAAGATTCATCATCAACTTCTGAGGTCTTTAAAACTTCTGAAGTGGTTTCTATGTTGCAAAGTGAGAGTTTGACCTATTCGTCAGGGTAGCCTTTACGGATGGACTCATCTCAGAAATCTTAGCAACTCCAATCACTTCTGAAGTATACACCGTTGTTCCAAAACGAGATAGTACTGGAGCGCTTCTTGAAGATCAACCTGCTGTTACAGGGAATACAGATATTCTTTATTTAGCACGTGGTGAAATCTTTAACGTCAACTTTGATGTTAACAAGATGGAAGGTAAGAAAGATTAAGGGCCTTAATCTAGTCCTTGATAACCAAAAACCAATTCATCATAGCTACTTTGGAAGGAACTTTGGATGAAGGTCAATGCTGGTTTGAGTGCCTACCATTTGGCAGAGCAAACGACTGGTATTCATAAAATGACCTTTGAGTTGATTGATACGAATAACAATATTCATTATCTGACACAGACTTTTAGCGTCTTCAATGAAGGCGAGCGTCCAGTGACACCGGATAGTTACCGTAGGAATCAGTATTCATCAACAACGACAACAACGACTGTACCGGTTACTTATAATACCAGTGCAAATAGCTACACTGAAACCGCCAATCATATACAAGCTACGGCTGTTAATGAGTTGGCTGAGACAACTAGAGCGCTAACACAGCAATTAGCAGAACAAATTGCTGAGGTTTTGAGTGGTTGGTCTTCAGCAATTTCTGGAAATAGTTCAACAAGCACAGTTCAATTGATCTTCCAAGCAGCAGGTAAAACCATTACTCAAGCTGCGAGAAAGATTACGAGATCAATCTCAGATCCAGATACAATTGGTAAGCAAGCTTTGGCTGCTGCAACTGTTGTTCTCGTTCTTCTAGTGCTTTACCTAGCAGCAATTACATTTATTTAACATGCTTTGCCCTCGTAAGAGGGCTTTTTTTTATGATAGAATTAGCTTATGAAAACAACTAAAGAATCAAGTCTAGACATTGTTTATGGTGTGCATGCCGTAACAGAGAGTCTGGAAGCAAATACTGGAAATAAACTCTATATTCAAGATGATCTTCGAGGAAAAATGTTGATGCCATTAAGGCCTTGGCAGCTGAAAAGAAGGTTTCCATCTCTTGGACACCTAAGAAAACCTTGTCTGATATGACAGGTGGGGCTGTGCATCAAGGTTTTGTTCTTCGTGTGTCAGAGTTCGCTTATTCTGACTCCTAAGTTATTATGGATAAGGCTGAACAAGAGGAGAATCCTCTAGTCCTTATTTTAGATGGACTTAACGACCCTCATAACTTTGGTTCTATCCTACGTACAGCTGATGCTACTCAGGTGACAGGAGTTATTATTCCTAAGCATCGTGCTGTAGGGGTAACACCTGTCGTTGCCAAGACATCAACAGGGGCCGTGGAGCATATTCCCATTGCCCGAGTGACTAATCTTAGCCAAACTCTTGATAAGCTTAAAGAAGCAGGCTTCTGGGTGTTTGGAACGGATATGGATGGGACCCCATCTCATAAATGGAATACAGCTGGAAAGGTTGCCCGCTATCCATTGGTAATGAAGGTAAGGGAATCTCTGCTAACATCAAGAAACAAGTGGATGAGATAGTTACTATACCCATGAGTGGTCATGTGCAGAGCCAATGCCAGTGTGGCAGCAGCAGTTCTCATGTGAAGTTTATCGAAACCGATTGTAACTATGAAAAAATACTTCACAGTTGATGGTTATAATATGATTGCCTTTTGGCAAAGAGCGTCAACTCTTTAAGACAATCAGCTTGATGAAGCTCGTGAAACCTTGCTTCGTAAGCTCAATCATTATGCTAACTTTGAACATATTGATATTATCTGTGTGTTTGATGCCCAGTTTGTTCAGGGAGCCGTCAGCGTTATGATCAGTATCGTATCAGTGTTATTTTTACTGAGGAAGATGAGACAGCAGATAGCTATATTGAGCGCGCAGCGCTGGATAATACTGTTCAAAATTTAGTTGGAAGTAGCAACTAGTGACTTAAATGAACAGTGGGCTATCTTTTCACGAAGAGCTTTGCGTGTTTCGGCGCGTGAGTTGGAAGAGCGTGTCAATACTGTTAAGTCTGACTTAGACAAGATGTCGGCACATATTGACTTAAAGACACCAAAACTACGTCCATGGGACGATGCACAATAGGGAAATTACAGGACCTTTTAAATGAAATAGAATAGGGGACATATGACATTTAACATTTTGACAGATTCCACAGCAGATCTAGATGAAAAATGGGCTCAGGAGAATAAGGTAGAGCTCGTTGGTTTGACCATTACGCTTGATGATATTGCCACATAAACCGTTGGTCCCTAACCGTTTAACGAGTGACCGTCTCTTGGAACGTATGCAGGAAGGCAGTCAGCCGACTACTAGCCAAGTGAATGTTGGTCAATTTGAAGAGGTTTTCGTCGTCACGCCAAAAATGGTGATGCCCTTCTTTATATTGCCTTTTCATCAGTGCTTTCAGGTACTTATCAAAGTGCTGTTATGGCGCGTGACGCATGATTTTGGATGAATACCCAGAAGCTGTCATTGAGATTAGCAGATACTCTAGCGGCAGCAGGTAGGGGAAGGTTATCTCTCTATCTTGGCGGCAGAAGCTCGTAATGAGTAGAGCCTATCTGAAACAAAGCCATGATTGAGGACATTCTGCCACGTTTACGGACTTATTTCTTAGTTGATGATCTCTACCATCTCATGCGTGGGGGTCGCCTTTCTAAGAAGCTCAGCTATTATTGGTAGTTTGATTAATATTAAACCTCTCCTTTGGTTAGATGCTTCAGGCAAGTTGGTTCCTCTGGCCAAAATCCGTGGACGTAAAAGCCATTAAAGAAATGGTCCTACAAGCTACCAGGATATTGGACATGGCAACGATTGTTGCTTATGCCAATGATATTGAAGCGGCGGAGAATCTAAAAGAACAATTGTTAGCAGTTGACGGCATTGAGCAAGTTCTCATTATGCCACTTGGGCCGATCATCTCTACCCACGTCGGACCAGATACCTTGGCAGTCTTCACGATTGGTAAGAAGCTAGATAGAAAAAGTGTCAGATAGTCTTTCCTATCTGATTTTTGATTTTCTGAAATGATAGATTAATAGAATATAAAAAGATAATCTATACAAAATGAATGATATATTTGACATAACGTAAAATAATGCTATAATAAATCTGAAAATGGAGGAAATAAAATGAAAAAGTCAAAGAAAAAAGTAGCTAGCGATGGATGAACGTGCTCGATTAATCAGTGCAGAATCTGCTGGAGGTTATTGGGTGGCCATGCTTGGTCTATTTGTAACGATTCTGGTTACTGCTAAGACACACTCCCTGAAATTTAGCTCAGTCCTTATTGTTTCATCACTTTCTTTGGTTCTATGTACTGTGTTAGTTCACAGCGTATCACGGAATGGACACCCATGGTTACTGGACAAAAAACTTGAGAAGAAGATGCTCATATTGTCCTGGGGAATGTGTCTTTTGGGGATTTTATATCGTCAATGGGCCTTTTAAGGTATTTCAGTCGTTTAAGATAGGGAAAGAATCTTATGAGTAGTGTAGCATTTGTATTGGGTTTGACCCTTATTTGTGACTGCTGGGTTATTATTAAAGAATCAAGAAGAACCGTTTGGAAGAACTAGAAGACGAAGAATAGGATTTTGAATGAAAGAATTTAAAAATGAAGTCAGCGCGTGTAGCAAAGGATCTCACTCAACAGGGGTTGGCAGATGCTATAGGAGTCTCTCGTCAGACTATCTCAGCTATTGAAAAGGGAGACTACAACCCGACTATAAATCTGTGTATTGCTATCTGCAAAACTCTGGACAAAACTTTTAGACCAGCTTTTTTGGGAATCTGAAGATTAATTTGTACCCCCTTAGAGGTTAATTAGGTATGATTTCTAGTCTTACACCTTATAAATTAGAGACTAAAAAAATACAAAAAATAAAGAAAAACACCTCCAAATGACTTGCCTTGGACGTGTTTTTTTGATATTATGTTAAACGGTATTGTTTACCCCATTTGAAAGGCCCGGAACCTTCCAAATACTTTTCGATGGGAAGAGACACCCATCACTCGTAAACAAAAATCGAACTATATATAGGAGAAATCATGAACAAAACAACATTTTATGGCTAAACCAGGCCAAGTTGAACGTAAATGGTATGTCGTTGACGCAACTGATGTGCCACTTGGATCTTTCTGCAGTAGTTGCTAGCGTACTTCGCGGAAAAAACAAACCAACTTTCACACCACACTGATACAGGTGACTTCGTAATCGTTATCAATGCTGAAAAAGTTAAATTGACTGGTAAAAAAGCAACTGATAAGATCTACTACACTCACTCAATGTACCCAGGTGGATTGAAACAAATCTCAGCAGGTGAACTTCTAAAAATGCTGTTCGTTTGATTGAAAAATCAGAAAGTTAAAGGTATGCTTCCACACAACACTCTTGGACGCGCACAAGGTATGAAATTGAAAGTCTTCGTTGGCGGTGAGCACACTCATGCTGCACAACAACCAGAAGTACTTGATATCTCAGAACTTATCTAATTCTAAAGAGGAAAGGAGCACTAATATAATGGCACAAGCACAATATGCAGGTACAGGACGCCGTAAAACGCTGTTGCACGCGTACGTTTGGTTCCAGGTACTGGTAAAATCACAGTTAACAAAAAAGATGTAGAAGAATACATCCCACACGCAGACCTTCGTCTCGTTATCAACCAACCTTTCGCAGTTACTTCAACCACGAAGGTTCGCCGACGTACACGTTAACGTTGTAGGTGGTGGATACGCTGGTCAATCAGGTGCGATCCGTCACGGTATCGCTCGTGCACTTCTTCAAGTAGATCCAGACTTCCGCGATTCATTGAAACGCGCTGGACTTCTTACTCGTGATGCACGTATGGTTGAACGTAAGAAACCGGTCTTAAGAAAGCTCATGAAAGCATCACAATTCTCAAAACGTTAATTCGTTGCTGGGAAGCACAATACAAACGAAATACTTTGCAACTTGCAAGGTGTTTTGTATGAAATTGGCGGTACAATTAGGATAGCTCTAGCGACTTTAGTCGCATAGAAATATGCTATGCATAGTTGCCCCAGAAAACAAGCGAAGCGACATTTGATTAAGGATGGTAACCACTGCCTCAAAACGTTAATCGATACGATTATATCAACGTTTCAAAGCAATCAAGAGTTTACCTCATGGGTGCTTTTTGTATAAAATTTCCGAAAAATTGTTCAAAATTTTACTAGAGTTTTGTCTTCATCTTGAAATTCTTATAACAATGTGATATATTTATAACAGATAAGGTGTGATGTATTTATAACATGGTGAAAGAAGGTGACGAAAATGAAAATGTCGAAGAACTTAAAGATAATCCTTTATATCGCTAGCAGTAACTATTATTGTTATGTTCCAGTTGTGCTGGAGAATCACCTACCGATTCTAGCAAAGGTGCTATTATGACGATGTCTTGGCTTCCTACGTATTTGGCTTGTACGATGCAATCGGTCCTCTCAAATCAGCCTATCAAAGAAAGAAAAATATGTTTGGGATTACTGCAAAATTATATACAGTGCTTGTACTTCTCTCGTCATCGATCTATGCAATTGGAGTTTGGCTTCTAACTCCTGGTTCTTTGATTAAGAATATAATGTTAGGAATTGGATTAAGTGTTCAATTGTTATTAATGTTTTACTTCTTATTCAAGAGAATTAATGAAGAACCTGATGAACGATTTTATAGAAATATTGCAAAGTCCTCTTCCATTTTGTTTACAATAGCAATCTTTATATTATTGGGAATTGCAACCTTGATAATAATCTGTAAAGTTTTCGTTTTGAATGCTGGATTTCTTTATATTTTGGTGGCTTTTTTACTCTTATTATTTGCCATTACTTACTTTATCATTGAAAAAAGGGGATGAAATATGGCGAAAAGAAAGTAAAATAAAGACTAACTTGAAAGAAGTAAGGGGAAGCTTATGGTATGACTCAACAAGATTTTAGCAGATCAAGTAGGAATACGGAAGAAACTTGATTGTTCACTTAGAAAATAACCGCTACAACCCTTCGTTGTGGAAATGGCTTTAAAAATAGCACCGTCTTTAATAAACAAGTGGAAGAACTATTTCGTCTGAAATAAGAGAAGTAAAATAATCAATTGATTTGTGTATTAGTTTTGGAGACTTGTTATTCTGAGAAGAAGGTCTTGGTAAGAGGAGTGTTTTCAAAGGAATTTTCTTGACTTCACCTTAGTTGAAACACTTTTAAAAAATAAGATAATAGTTTATTTTTCCAAGCATTTTAACCCAATAATAGAACTTTTTAGGTCGAAATGCTCTCAAAAATGCTAATGTTTCTCTAATTTATTCACTTTTGAGATCTTGCATATTATGTAGTTATCATACAAAAATGATAAAAGTGAATGAACACATTTATTGATAGATAATATTGTTATATACTTCAAACATATTATCAGTAAAAGGGTTTTATACGTCTATTAAATATCTCTTGATTTTTGGCAAAAAAACTGCACATAATAATGAGTGTATATTTTACGAATTATGCTTTTTATATATGATTTAAATTTGTATTTAAACTTAGCAGAGGATATAACAAATTACCTAAAATAACATTAAAATTAAAAATGATTAATTATTACTATTTGTGCCCTCGAAAACCCTTTGTTTTGTAGGAATTGTAGGATATATTAAAAAATTTAAAAAGTTTTTTAAAAATTGTTGACATATCTCTAAATAGTGTTATAATCTATAGATGTCAGGGAGGTCCTGATACTAAATATATAATAATCCATTAGAGGAGAAACAATTATGAAAAAAGTATTGCTTACATCAGTTCTTGCAGTATTCGCTTCATCAGCAGCAGTTTTCGCTAACGACGGTAACGTTCACACTGGAAACCTTGATAACAAAACTGAAGCAACTGGTGGTGACTTCTTCACAAACAACGAAGAAGGTGGTCTTACTCAAGCTGCTAAAGATGGTCTTAACAACGTTGACGCAGATTCAACTAAACAAAAAATTTGAAGATGCTGGTGAACACATCGAACCAAAACGTGATGCTAACGGAAACATCATCAAAGATGAGTTTATCAGTTGATCAACTAACGCTAACAAAGACGCTAAAGAAGAAGCTAAAGCTGTTAAAGCTGCAGAAAAGAAAGCTCCAGCAGCTAAAGCTGAAGCTAAAGCTCTTCCAAACACAACAGCTGTTAAATAATTAACTGCTATTGCTAAAGAATATCACTGGGGCTATTGCTTCGGTGATATTTTTCTATGGATAAAGAAAAGGATTTGACATTTCATGAGTAATCATAATCGTAAATCTACTGGATCTCGCAAAAAACTGATTGCTGGGATTTCAGCCTTAGTCATTGCTGCTTTGGCTACTTCCTTGGCTTCAGTTTATGTCTCCGACAGCATCATCCTCTAATGGTGTTAAGAGTGTTTTAACGACTAAAAAAAGCAAACACTTATAAAGTTTCAGATGAGGAGAAAGCCTACCTCAAAAATAAATTTGATGGTCTTGAGGCAACAAACCCTGATACTATCGCTTATGTCTATGCAAGGGACTAAATTGGATGAGCCAGTTGTTCAAACAACCGACAATTCAACCTACTTAGATAAAACATTTGATGGAGAAACGTTCCATGTTGGGAACTGTCTTCATGGATACAGACAATAAGAAGGATTTCAGCGATCGTTTGACATGGCTCTTCGGTCATGCTCGAGAAATGGAGTTGCTGATAGTCGTATGTTCAACGATGTTAACTACTATAGTGATCAGTCGATTTCTTTGATAAACACAAATATGTTGTTATTGAGACGCCTCAACGTAAGTATTATTATGAAGCGCTTGCTATGGTAATTGTGCCTGAAGACACAGCTTTCTATCGTACATCATTTGAAAGCGATAAAGACTTTAAACAACAGTTGGATATCATCTATGATCAAGCAAGTGTTAAAAACAAGGATTTGAAGGTTAGTGCTTCAGATAAATACCTCGTTCTTTCGACTTGTCGTGAGGAAGATAAGAAACGATTCGTGCTAATCTCTACTTGCGTCAAATTCCAGACTCTGAAATGTCTGATTTTGTAGCTAAACATGGTAAAGATTTGGAATACACACCAACACGTTAATTATTAACAGAACTCACTTCGTATGAAGTAGAGTTTTTATCTTGTCTAAGAAAACTGATGCTTTCAATCGTCATGGAATTGAGATGTAACCGTTTATTAATCTTTTTTATCATCAATGGATAAGTTTTTTGGTACACTAGAGGTATGAAAAAGGAGAGTATTATGAAACAGAGCCAGGCTAAAAAGCGTGACAATGCGATGACTAATAAGATTTTGATGGGGTTGATTGCTCTCGTCTTAGGTTTTGCTTTTTCTTGAGATTTTAATTGTTCATAGTAAGAACGAACAGCAAAAGAATGCCTCAAATCAGGTACAGACGGCGCGTATCATGGCCAATGGGGACTTGCTCTATCATGACGGTCTCTATGTAGGTGCCCTGCGGGCAGATGGCAGCTATGATTTCACGGAGAATTTTACTTATGTGAAGCCGTGGTTAAAGCAGGCTGATTTGGTTTTGGGTGATTTCCGGGGAACGATTAATCCTGATTATCCTTTGTCAGGCTATCCTCTGTTTAATGCTCCTCAATCAGTGACAGCAGCTATTAAGGATGCTGGTTGTGATGTTATGGATTTGGCTCATAACCATATCTTGGATTCTGGTTTGGGAGTTTTACAACGGCTGATGCTTTTAAAAAAGTGGGAATTGATCCTATTGAATTGTTTACGAAAAACCATTTTGAATGAAGCGCCACTTCTCATCAAGATGTTAATGGCCATCAAAGGTTGTATACAATAGCAGTTTTGTGGTGCAAAAAGTCGAACTTGACGGATAAAAGAGGTTGCAGACCACTTGTCGAATTTGGATGAAAAACGTGAAAAGCCGGAATTTCAGCGTGTAAGAAAAAGCCGGATATCACGGTTATCATCACCCTCAGATGGTGTTGAATATCGTTTGGAACCGACAGATGAACCAGGTTAAGCTTTATCATAAGATGATTGATTTAGGTGCCGATATTTATCTTTGGGGGTCATCCTCATGTGGTAGAACCTTCTGAGTTGGTTAAAAGGATGGACAGCAAAAACTTATTATTTACTCAATGGGGAATTTCATTTCTAACCAGCGCGTAAGACCTTGGATGGTGTGGATAGTGCAAGTGGACAAGTTGTCTTAATGGATGTCACCCTTGAGAAAAAGAATGGTCAAACCACGATTAAGACGGCTCAAGCACATCCGACTTGGGTTAACCGTACGCCTAAAGGAACAAGTTCGCCAGAGGGATACCCTTTGTATACTTACCAAACTTATATTTTAGAGGATTTCGTAAGGGTGGTAAATATAGAAATAAACTGGATGAAGAAACAAAGAGCGTATAGATACTGCTTATAAAGAAATGAATGCCCATGTTAATTTAAAATGGAAATAAAGCTAAGATATCGCCTGAATTTGGCGATATTTTTTTGTTTATCGACAAGTTACCCACAGACTTATCCACAGGTGTGGAAAAGTCTGTTGATAATGTTGAATCTTGATTTTTCAAGGTTTATAAGAAAGATATTAGGTTGTGAACAAGTTTATCCACAAGTAGTTGGGGCAAAGAGAGGATATTTTCATAAACGATATTAGTTAGAATTCATAAAACATTCGTCTTTTTTCAAGAAAAAATATGCAAATTTCATAAAAAATAGCATTTTTAATCAAAATATGCTAAATTATACAAAATAAAATGATGGAGGCTTCTCATGAAAGCGATTATTACAGTTGTAGGTATAAGGACAATCAGGTATTGTTGCGGGTGTTGCGACTAAGGTGGCAGAACTGGTTTGAATATTGATGATATTTCTCAAACAGTTCTTGATGAATTCTTTACCATGATGGCGGTTGTATCATCAGAAGACAAACAAGATTTTACACACCGTGCTGAATTGGAAGCCTTTGGTGAGTCATTGAACGTTAAAATCAACATCCAAAGTTCAGCAATTTTTGATGCTATGCATAACTTGTAAGATAGGAGTAACTTAAAATGGATATTAAACAGGTCACAGAAACCATTGCCATGATTGAGAACAGAACTTTGATGTTCGTACCATTACCATGGGGATTCACTCCTAGATGTCGATTTCAGATATCGATAAGGCGGCAGAAAAAGTCTATAACAAGGTTATCTAAGGCTAAAAATTTGGTAGCTGTTGGTAGCGAAATTGCGGCTGAAGACGGTATTCCGATTGTTAATAAACGATATTGTCTGTTTTACTCCGATTTCAATCATCGGTGCGGCAACAGATGCAACAGACTACGTACCTTTTGCGAAGGCGTTAGACCGAGCAGCTAAGGAAAATCGGCGTTAACTTTATTGGTGGTTTCTCTGCACTCGTTCAAAAGGGCTATCAAAAAGGTAGCGTTGAGATTATATTAATTCTATTCCACGTGCGCTTGCAGAGACTGATTTTGTCTGCTCATCTGCTCAACATCGGTTCAACAAAAGACTGGTATTAACATGACAGCAGTACGACATGGGACGTATCATCAAGAGGCTTCTGGGGCAGATCCAATGGGCCCAGCAAGTGGTGGTCTTTGCTAATGCGGTTGAAGATAATCCATTTTATGGCAGGTGCCTTCCACGGTGTTGGTGAGGCTGATGTTGTAATCAATGTTGGGGTTTCAGGTCCTGGTGTTGTGCAACGTGCAGTTGAAAGTTCCAGGCGAAAGTTTCGATGTTCTAGCTGAAACAGTTAAGAAGACCGCTTTCAAAATCACACGTGTTGGTCAGTTGGTTGGTCAAATGGCCAGCGAACGCCTTGGTGTCGAGTTCGGTATTGTAGATTTGTCTCTTGCGCCAACACCAGCAGTTGGTGATTCAGTAGCCCGTGTACTTGAAGCGATGGGTCTTGAAGTTGTTGGTACGCATGGTACTACTGCAGCTCTAGCCCTTCTTAACGACCAAGTTAAAAAAGGTGGTATCATGGCATGTAACCAAGTTGGTGGTTTGTCAGGTGCCTTTATTCCAGTTTCTGAAGATGAAGGTATGATTGCGGCGGTTCAGTCTGGTCATATCAACCTTGAAAAATTGGAAGCCATGACAGCTATCATTCTGTTGGTCTAGACATGATTGCTATTCCTGCTGATACGCCAGATACAACAATCGCGGCCATGATTGCTGATGAGGCGGCTATCGGTGTCATTAACCAAGAAAACAACAGCTGTTCGTATCATTCCTTATGGTAAGGAAGAAGGTGATATGTTGGAACTTGAGTCTTCTTGGTTATGCACCAGTATGTAGTAAACAAGGCTTCATCGGCTGACTTCATTGCACGTGGTGGTCAAATCCCAGCTCCTGTTCACAGCTTTAAAGCCAAGCGGATGTTAAATGCTTTGCCAATTGGTAAGGCATTTTCTGATGAGTCTCGCTGGCTAGATAGTCGAGGGGATTTGTGCTATAATGAATTCAAAAATGACGGAAGAAGGGGCGCTATGAGTAAAGGTTAGGTTATATATTGCGAGACATGGCAAAACGATGTTTAACACCATTGGTCGTGCACAAGGTTAGTCTGATAGCCCTTTGACCCCATTCGGTGAAGAAGGTATTCGTAGATGGGAGTAGGTCTGAAAGCTTAACCAGGTATTCCTTTTAAAGCTGCATATTCTAATTGATTCAGGTCGAACGATTCAAACTATGGATATCATTTTGCGTGAGACGGGTTTAGAAACTATTCTATAAACGTGACAAACGTATTCGTGAGTGGTGTTTTGGTAGTTTAGATGGGTGGCTATGATGGTGAACTTTTCTACGGTGTGCTACCGAGAACAGATGCTTTTCAAGGTAAGGATTTGCATGAGTAACTTATCCTGAACTTGCACAAGGTATCCTTGATGTGGATACGGCTGGTTGGGCAAGTCTTGGGAAGTGCTCAAGAAAACGTATTATAGAAGGGTTTACAGCTATGGCTGAGGATCTTGAGAGGTCTGGTGGTGGTGATGCTATCGTCGTTAGTCACGGTATGACTATCGCAACTTTGCATGGTTAATTGATCCTTCTGTCGAGCATCCTTCATTGGACAACGGTTCGGTTACTGTTGTTGCTTATGAAAATGGTAAATTTACGTAGAAGCACTTGGCGATATGACTTATCGTCCGGGTTGGGCGAGAGATAATAGAAAAGAAAATGGTAAAAAATAACTATCCAAGTCGCCGTCAGGCAAAAAGCAAACCAACTGGTTTTGGTTATCAGTAGTGTCTTGATTGCAGTCCTTTTAGTTGCAGCAGGACTTTATTCTGTATTTGGTGTCAGTCGTACGGTTCAACAAACCAATGGATCGTCGGTAATGAAAAGTAGTAAGCAAGCTACCGATGCGACTCGAAGCAAGGATACAAAAGGGACTACCTGATGTATCGCCTAAAGACTGGCAATTGCTTTTGGTAAATCAGATAATAAGTCTAAAGAACTTAACCCTGAGATTGCTGATGTCGATGGTGTTTCTGTAGATGCGAGAATTGCTAAGAATGTTAAGGAGTTTTTAGCAGCTGCTCGAAGAAATTGATCAAGTTACCACTTGATATCAGGTTATCGTAGTGTTGCTTATCAGACAGAACTTTATAACAGTTATGTTCAACGGCTGCTGACCCAAGTTTGACGAGTCTCAGGCGGAGAAAAAGGTTCAAACCTATTCACAACCACCAGGAGCAGTGAACACCAGACAGGTCTTGCGATTGATATGAGTACTGTAGATAGCTTAAATGAAGCAGATCCAGATACAGTAGCTAAAGTCAAAGAGTTGGCGCCGAAATATGGCTTTGTTCTTCGTTTTCCAGATGGTAAAACATCGTCAACGATTAGGCTACGGTTGGCATTTCCGCTATGTTGGTAAAGAGTCAGCAGAGTATATGACTGAACATAATCTTACTTTGGAGGAATATTTGGCATTATTAAAGAAGGAGAAAGCTAAGTGAGACGACGTTTTAAACTAAGCCTTCGTTACCTTAGTTGTTGTTTTGCTTTAGGTATTCTCTTACCTTTGATTCTTCATGCCTCTACAGATGATAATGCGCGTGCGGTAAAGGTTGCTTACACACAGCAAAAGAATTTATTGAGACCTTAGCTCCAACAGCTCAAAAAGATGTCTAAAAACTATGGTGTACCTGCGTCTATTCTCCTTAGTCAAGCTGCATATGAGTCAAATTATGGTAGCAGTCTTTTATCTGTTAAATATCACAACATCTACAGTCTCCCTGCTCAGCCAGGTCAAGAACGTATTCGTTTAAAGGATAGTATCTACGGTAAAGGGAAGTGGCAATACCAAAAGGTGGATTTTGCAGTTTTTAAGGATTGGTCAAGTTCTATGATGACTTATTTAGAAGGACTTCGCCAAGGAACATGGGGCGAGTCGACCTATAAAGAGGTGGCAGAGGAACGACTAGTTATAAAGTTGCGGCAGAAAAACTACAAAGCTGCGGGTTTTAGCAGTGATCCGGATTAATACCAAACACCTCATATCTATTATTGAGACCTATCATTTGTCAAAATATGATTGATAAGATTACGAGTGCCTCTGAGGTGCTCTTTTTTGCTTTTCTAGGTCTTAAGATGTATTTTTGGCACTCTTATAAAGTGCTAATTTTTTGGTTTTTTGGGTTGACATGTTCAAGTTTAGGTGTATAATAGAATCATAAGTTAGCAGTCGATGTGTTAGAGTGCTAATAAATAGAAATGAGGTGACATCGTGATTACGCAAAGGCAAAACGCTATTTTGAATTTGATAGTTGAGATGTTCACTCGTACACATAGACCAGTTGGTTCTAAAGAAAGCATTACAAATCAAATTGATTCGAGTTCAGCGACTATTCGTAATGACATGGCCAAGCTAGAAAAAATGGGCTATCTTGAAAAAGCTCATACTTCTAGTGGGCGTATGCCAAGCCGAGCAGGTTTCCAGTATTTTGTCGCTAATTCTTTGAATCTTGATACGATTGATGAACAAGATGTTTATCAAGTGGTTAAAGCTTTTTGACTTTGAAGCTTTTAAACTTGAAGATATCTTGGATGCAGCGGCAAAGCTGCTGGCGAAATGACAGGATGCACAGCAGTGATTCAAGATGTGGAACCGACACGACAACGTCTGACTGGATTTGACATTGTTCATCTATCCAATCCCGACGCTTTAGCAGTTCTTACTCTGAATGAATCTAAGCCTGTGACAGTTCAGTTTGCTATTCCAAAAAATTTCTTGTCTAGTGATTTGGAAATTCTTCATAAGCTTGTTCAAGAACGTTTTTTGGAAACACTGTCTTAGATATCCATTACCGATTGAGAACTGAGATTCCTCAGATTGTGCAAAAGTATTTCAAGATAACAGATAATGTTTTAGATTTGTTTGATTATATCTTTTCCGCTTTTTTAAAATTGATTTTCATCGAAGGTAAGGTTGCATCACTGACCTATGCCGACTTAAAAACCTATCAATTTTTGGACAATCCACAACATGTGGCACTAGAGCTTCGATCAGCTATCTCCGATGATGAAGTGACCAAGATTTCGGTGCAGAATCAACTGAAGAAGCGCTTGAAAATGTCACAGTTATGAGTCATAAATTCCTGATTCCTTATCGTGGGATGGCGCTCATGCATGTGATTGGCCCAGTTAAAATAGTTAATCGTCGCATGGTTAGTTTGGTCAATGTTATTAGTAGAGTTTTGGTTATGAAGTTGACGGATTATTACCGTTACCTCGTAGTAACCATTATGAAGTTAGCTAAGATATAACATTTAAAAGTATAGAAAGAGGTGTATGCCTTGACTGAAGATATTAAAAGAAGAAGTGAAAGAAGAGGAAGCTACTGAGACAACCGAAGAAGTTGCAGAGAGTAAGCGAACCTTCTGAGCTTGAAGAAGCACAAGTGCGTGCCGAAGAATTTGAAAATAAATACCTTCGTGCCCATGCAGAAATGCAAAATATTCAGCGACGTGCCAATGAAGAACGTCAACAATTGCAAAAGTATCGTAGCCAAGATTTGGCAAAAGCGGTTGCCATCACTTGATAACCTTGAACGTGCTCTTGCCGTTGAGGGCTTGACTGATGATGTCAAAAAAGGCTTGGAAATGGTGCAAAGAAAGTTTAGTACATGCTCTTAAAGAGGAAGGGATTGAAGAAATCCAAGCAGATGGTGATTTTGATCACAACTTCCACATGGCTATTCAAACAATGCCTGCAGATGATGAACATCAACAGATACGATTACTGGGATTTTCCAAAAAAGGGGTATAAACTCCACGAACGCGTCTTACGCCCAATATAGTAGTTGTATATAATTAATTGAAAACTTGTCGAAATGACAGAAAACTATGAATGAAGATACAAAAAGCAAAATAGAAATTAAGTAAAAGGAGAAAAACATATGTCTAAAATCATTGGTATTGACTTAGGTACAACAAACTCAGCAGTAGCAGTTCTTGAAGGAACTGAATCAAAAATTATCGCAAACTTAGAAGGTAACCGCACAACTCCATCTGTTGTGTCATTCAAAAATGGTGAAATCATCGTTGGTGACGCTGCAAAACGTCAAGCAGTAACAAACCCAGATACCATCATCTCTATCAAATCTAAGATGGGTACTTCCACCCCCACAGTTTCGCAAACGGGTAAAGAATACACACCGCAAGAGATTTCAGCTATGATTCTTCAATATTTGAAAGGTTATGCTGAAGATTACCTTGGTGAAAAAGTAACCAAAGCTGTTATTACAGTTCCTGCTTACTTCAACGATGCTCAACGTCAAGCAACTAAAGACGCTGGTAAAATTGCTGGTCTTGAAGTAGAACGTATCGTCAACGAACCAACAGCGGCAGCCCTTGCTTATGGTTTGGATAAGACTGATAAAGAAAAATCTTGGTATTCGACCTTGGTGGTGGTACATTCGACGTATCTATCCTTGAATTGGGTGATGGTGTCTTTGATGTATTGGCAACTGCAGGGGATAACAAACTCGGTGGTGATGACTTTGACCAAAAATCATCGACCATATGGTTGAAGAATTCAAGAAAGAAAATGGTATCGACTTGTCAACAGACAAGATGGCTCTTCAACGTTTGAAAGATGCAGCTGAAAAAAAGCTAAGAAAGACCTTTCTGGTGTCACTTCAACACAAATCAGCTTGCCATTCATCACTGCTGGTGAGGCTGGACCTCTTCACTTAGGAAATGACATTGACTCGTGCGAAATTCGATGATTTGACTCGTGACCTTGTAGAACGTACAGCTCAGTTCGTCAAGCCCTTTCAGATGCAGGTTTGAGCTTGTCAGATATTGATGAAGTTATCCTTGTCGGTGGTTCAACTCGTATCCCTGCCGTTGTAGAAGCTGTTAAAGCTGAAACTGGTAAAGAACCAAACAAATCAGTTAACCCTGATGAAGTAGTTGCCATGGGTGCTGCTATCAAGGTGGTGTAATCACTGGTGACGTTAAAGATGTTGTCCTTCTTGACGTAACTCCATTGTCACTTGGTATCGAAACAATGGGTGGAGTCTTCACAAGCTATCGACCGCAACACTACAATTCCAACATCTAAGTCACAAGTCTTCTCAACTGCAGCAGACAACCAACCAGCCGTTGATATCCACGTTCTTCAAGGGAACGCCCAATGGCAGCAGATAACAAGACTCTTGGACGTTTCCAATTGACGTGATATCCCAGCTGCACCTCGTGGTATCCCACAAATCGAAGTTACTTTCGATATTGATAAGAACAGTATCGTATCTGTTAAAGCTAAAGACCTTGGAACTCAAAAAGAACAAACAATTGTCATCCAATCTAACTCTGGTTTGACAGATGAAGAAGTGAAAAGATGATGAAGATGCTGAAGCAAATGCTGAAGCAGATGCAAAACGTAAAGAAGTAGACCTTCGTAACGAAGTTGACCAAGCTATCTTGCCACTGAAAAAACAATCAAAGAAACAGAAGGTAAGGGCTTCGATACAGAACGTGATGCTGCTCAATCAGCTCTTGATGACCTTAAGAAAGCTCAAGAATCAGGCAATCTTGATGACATGAAGGCTAAATTGGAAGCTCTTAACGAAAAAGCTCGAAGCTCTTGCAGTTAAACTTTGAACAAGCTGTAGCACAACAAGCTCAAGCAGGAGCAGAAGGTGCACAAACAGAAGATAACTCAGGCGACGATGTCGTAGACGGAGAGTTTACTGAAAAAATAAGATGCAAAGCCCGTTAAAACCTCACAGTGAAAATAGGAAATCCGACCCAGAAACTTTAGTTTCTAGGAAGATTTCTCTTTTCTAAGAGGAGCAGGGCGATAATTCTGACTAATTAGTAAATGATAGTAAGAAATCCAGAGGTTGCAAACCAGCCTCTGTTTTTCGCTAAAATAAGTGAAGTGAATATAAGATATATTTGTGCTTCGTATCGTAACAAATAGAATGAAAGAACAGAGAGAGTTCGAGAAATTGAACACGAGCGGAAAGCTTGAAGTAGATAAACCTCCTAAGAAATCAGGATTTCTTGTCGGTTTCCTAAATTTCAGTCGCTTTCTGTTCGCTCTTAGTATCTTGTATGAACAATGCCGAATATTACGATCGTCTTGGGGTATCTAAGGATGCCTCTCCAAGATGAAATTAAACGTGCCTATCGTAAGATGTCTAGAAGCCACCCAGACATTAATAAAAGAACCAGGTGCGGAAGAAAAATATAAAGAGGTCAAGAAAGGGCATACGAAACTCTAAGTGACGACCAAAAAACGTGCAGCCTATGACCAATACGGACCAGATGGTGCGAATGGTTTGGTGGCCAAGGAGGCTTTGGTGGTTTTGATGGTGGTGCAGGCTTTGGAGGCTTTGAGGATATTTTCTCTAGCTTCTTTGGTGGTGGTGCTACTCGTAACCCAAATGCTCCACGTCAAGGTGATGACCTTCAGTACCGTGTCAACTTAAGCTTTGAAGAGGCGATTTTTGGTGCAGAAAAAGAAGTTCACTACAACCGTGAAGCGACATGTAAGACTGTTCAGGATCTGGTGCAAAACCTGGAACAAGCCCTGTAACTTGTGGTCGCTGTCATGGTCAAAGGGGTTATCAATGTCGATACGCAAACACCACTTGGTATGATGCGTCGTCAAGTAACCTGTGATGTTTGTCATGGAACAAGGTCAAGAAATTAAAGAGCCATGTCAAACTTGTCATGGAGACAGGACATGAAAAACAAAGCCATAAAGTATCTGTCAGATTCCAGCAGGTGTTGAAACAGGTCAACAAATCCGTCTTGCTGGTCAAGGTGAAGCTGGTTTCAATGGTGGACCTTATGGAGATCTCTTTTGTAATCATCAATGTTAATCCAAGCGATAAATTTACGCGTGATGGATCAACGATTTACTATACACTTAATATTTCCTTTGTCAAGCAGCTCTTGGTGACACTGTCGAAGTACCAACGGTTCACGGAAATGTTGAGATGACCATCCCAGCAGGAACTCAAACAGGCAAAACTTTCCGTCTAAAGGAAAAGGGTGCTCCACGTCTTCGTGGAGGTTCACAAGGAGACCAACGTTACAGTTAAGATTGCTCTACGAAGCTAAATGATGCTCAAAAAGAAGCTCTCCTTGCATTCGCCAAAGCAGAGTGAGTGATGAAAAAATCGCACCACAGAAAAAAGGTTTCTTCAATAAAGTAAAGGATGCCTTAGAAGATTTATAAAGGAAGGACGCTTAATGCGTCTTTTTCTTTACGCCAAAAACGTAGGTCAGTTGGCGATTGACCACCACTTTTTATCCTTAAAAAAATCTGATATGATAATTCTATGGTTGAAGTAAAGCGACAATTTCCTATGATGGTACACTTTTCTCAGGTTTTCAAAGACAACCAAATGCACGTTCCATTCGAAGAACTTGAAAAGACTCTCTTACGGTTAAATAGCGGTACACCTGTCACCGTTCATGGAGCGGGTCGTACAGATGCAGGTGTTCATGCCTATGGACAAGTTATCCACTTCGATTTGCCTCAGGAGCGGGATCCAGAAGTTACGTTTTGGTTTAGATACGCAATGTCCAGATGATATTGATGTTGTTAGTATCGAACTTGTATCGGAGGAATTCCATGCGCGATACAACAAGCACAGTAAAACTTATGAGTTCCTAGTAGATGCAGGGCGACCTAAGAACCCCATGATGCGTAATTATGCGACCCACTATCCCTACCCTCTAAGTTTAGCACCTATGCAGGAGCTGCTAAGGGTTTGGTCGGTACACATGATTTTACAGGCTTCACAGCTTCAGGAACTTCTGTAGAAAATAAAGTACGCACAATTACCCAGGCTAGTGTATCTATCGATGAAAGCAGAAAACTGGATTTTATATCTTTACTTTTTCTGGTAATGGTTTTCTCTATAAGCAAGTTAGAAATATGGTTGGCACCTTGTTGAAGATTGGCAATGGTCGCATGCCTGTTTCGCAAGTTAAGACAGTGTTAGAAAGTCGTGACCGTAATCTTGCAGGACCAACGACAGCTGGTAATGGTTTGTATTTAAAGGAGATACGATATAATGAGTTGATTTTAGCGATTTCAGGGAATGATATTTTTAGTGGTGGCGGACTTCATGCAGATTTAGCGAACATTTACCACAAATAAACAGCATGGATTTGTGGCTCTTACCTGTCTAACAGCTATGACTGAGAATGGTTTTGAGGTCATTCCGGTTGATACTAATGTTTTTAAACAACAACTTGATTCACTAAAAGATGTCCCCTTCTCAGCAATTAAAATTGGTTTGTTGCCTAACGTTGAGATCGCAGAATTAACGTTGGATTTGTTAAAAATCATTCTGATATTCAATTGTCTTGGATCCCGTTTTAGTATGTAAGGAGACTCATGACGTTGAAGTTTCTCAACTACGTGATGAATTGGTTAAAATTTTCCCTTATATCACGGTTATCACCGAACTTACCTGAAGTCGAACTGCTTATAGATAGAAAGGTCAAGACTCTTGATGATATGAAGCATGCGGCTAATATCTCAATGGAGATTAGGAGCTAAGACTGTCGTTGTCAAAGGTGGAAACCGCTTGCTTGGATGGTAATAAAGCGATAGATATGGCACCTTGATGGAGCAGATTACAAATTGTTTGAGGAAGTTGTGTTGGATAAAAACAATACCGGTGCAGGATGTCACATTTAGCTTCAAGTATAGCTAGTGAATTAGTTAAAGGATGTTCAGAAACTGAAGCTGTGGCAAATGCTAAAGCCTTTGTTTATGAATCAATTAAACAATCAAATGAATTTGGAGTAGTTCAATATGCAAAATAAGAAAACAAAAGAGCTAACATTATTAGCGATCATAACAGCTTTATCAGTGACCTTTGGATTCGTAGCTAAAATTCCAACTCCAACAGGGCTTTTAACTTTGGTAGATGCAGGAATCTACTTCACAGCCTTTTATCTTGGGAAGAAAGAGGGGGCAATTGTGGGCGGATTGTCTGCTTTTCTGATAGATTTGCTATCATCTGCTCCGCAATGGATGTTTATCAGTTTGTTAATCCATGGTGCACAAGGTTATTTTTGCTGGCTTTAAAGGGAACTATCGTATCCTAGGTCTTCTGATTGCAGCAGTTGTGATGGTGGGTGGTTATGCACTTGCTTCAGTATTTATGTATGGAACAGGAGCTTCAATCGCAGAAGTGATTCTAATTTCTGCCAGAATGCTTTTGGTGTAGTTGTTGGATGGGTATTGTATCAAGGATTCAAAAAAGTTCAGTCTAAAAAGGTTAATAACATTACTAAACCCTATTGACAAGAACTAAATTGGGTGTTAAGATATAAAGTTGTCTTAACAGACTTGCCACAAACTTGAAAAGGTTCCAAAACTTTAAAAAAGTTATTGACCAAGATAAGTCAGAGATGATATTATAAATAAGCTGTTTCGGAAGGGCGGCGAACACGAGAAGTAAAAAACTTCCAAAAAAGTGTTGACAAGTTATTCTAGATTTGCTAGAATATAGGAGTTGTCTTAAAGAGAGGCAAAGACCTTTGAGAACTGAATAAGAAACCAAGTGCAGGGTTATGATAGAAGAAATTATAACCTGTCAATTTACAAGAATAAATCGTCAGACGACGGTAATGAGTTAACGCTCGAACAATTGATAAAGATTTTAATGAAGAGTTTGATCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACATGCAGTAGAACGCGGCGACGCTGAAGAGAGGCTTGCTCTTCTTGGATGAGTTGCGAACAGGTGAGTAACGCGTAAATCAACCTGCCTTGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAATGGATGACACATGTCATTTATTTGAAAGGGCAATTGCTCCACTACAAGATGGACCTGCGTTGTATTAGCTAGTAGGTGAGGTAACGGCTCACCTAGGCGACGATACATAGCCGACCTGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTAGGGAATCTTCGGCAATGGGGCAACCCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTCCGGATCGTAAAGCTCTGTTGTAAGTCAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTAGCTTACCAGAAAGGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGACCGGTTTGATAAGTCTGAAGTTAAAGGCTGTGGCTCAACCATAGTTCGCTTTGGAAACTGTCAAACTTGAGTGCAGAAGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTGGTCTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCGAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTGGATCCTTTCCGGGATTCAGTGCCGCAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCGATGCTATTTCTAGAGATAGAAAGTTACTTCGGTACATCGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGTTGGTACAACGAGTTGCGAGTCGGTGACGGCAAGCTAATCTCTTAGCCAATCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCTTTGGAGCCAGCCGCCTAAGGTGGGATAGATGATTGGGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCAGCTGGATCACCTCCTTTTCTAAGGAAAAACGGAATGTACTTGAGTTTCTTATTTAGTTTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGAATCGAAAGATTCAAGTATTGTCCATTGAAAATTGAATATCTATATCAAATTCCATATGTAATTAATTACATATAGATAGTAACAAGAAAATAAACCGAAACGCTGTGAATATTTAATGAGTTAGGTCGCAAGACCAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGAAGCCGATGAAGGACGTGACTAACGACGAAATGCTTTGGGGAGCTGTAAGTGAGCAATGATCCAGAGATGTCCGAATGGGGGAACCCAGGTAATGCCTGTCACTCATTACTGTTAAGGTAATGTAAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCAGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAAGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAACGTGGACTTAAAGATTATAGAAGAACTACCTGGGAAGGTAGGCCAAAGAAGATAATAGCCTCGTATTCGAAATAGTCTTTATACCTAGCAGTATCCTGAGTACGGCGAGACACGAGAAATCTCGTCGGAATCTGGGAGGACCATCTCTCCCAACCTAAATACTCTCTAGTGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAACTTGGGAGGGGGAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGGAAGCGTGCCCTTTTGTAGAATGAACCGGCGAGTTACGATATGATCGAGGTTAAGTTGAAGAGACGGAGCCGTAGGAAACCGAGTCTTAATAGGGCGCATTAGTATCATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGAGGTAAAAACTCACTGGAGGACCGAACCAGGGCACGTTGAAAAGATGCTTGGATGACTTGTGGGTAGCGGAGAAATTCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGATGTTAAGTCTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGGTCCATCCCGGATTACCAATCTCAGATAAACTCGAATGCCAACGAGATATAATCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAGGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATATATGTTAAGTGGAAAAGGATGTGGGGGTTGCACAGACAACTAGGATGTTAGCTTAGAAGCAGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTGCCGGGGCTAAAACATATTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTGCTTATGTGCGAAGAAGGTGTACCGTGAAGTGCTGGAGCGCATAGAGTGAGAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCAGGGGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTAAGGAGAGACCGAAAGGTGTATCCGATGGACAAGCAGGTTGATATTCCTGTACTAGAGTATATAGTGATGGAGGGACGCAGTAGGCTAACTAAACCAGACGATTGGAAGTGTCTGGCCAAGCAGTGAGGTGTGATATGAATTAAAATGCTTATATCTCTAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGATGTCACACTGCCGAGAAAAAGCTTCTAGCGTTAATTATACTCTACCCGTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCAGCAAAAAATGGCCCGTAACTTCGGGAGAAGGGGCGCTGACATATGGTCAGCCGCAGTGAATAGGCCCAAGCAACTGTTTATCAAAAACACAGCTCTCTGCTAAATCGTAAGATGATGTATGAGGGGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGCGTAAGCGAAGGTATGAATTGAAGCCCAGTAAACAGCGGCCGTAGCATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGTTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCATGGAGCTTTACTGCAGTTTGATATTGAGTATCTGTACCACATGTACAGGATAGGTAGAGAACCTATGACCTCGGGACGCCAGTTTCGAGTGAGGCGTTGTTGGGATACCCTTGTGTTATGGCTACTCTAACCCAGATAGGTTATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTATTTCGGGGCGGTCGCCTCCTAAAAGGTAACGGAGGCGCCCAAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTATAAAGGGAGCTTGACTGCGAGAGCTACAACTCGAGCAGGGACGAAAGTCGGGCTTAGTGATCCGGTGGTTCCGCATGGAAGGGCCATCGCTCAACGGATAAAGCTACCCTGGGGATAACGAGGCTTATCTCACAAGAGTTCACATCGACGGGAGGAGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGACTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGATCTGCTCCTAGTACGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTTCTGCCAAGAGCATCGCTGGGTAGCTATGTAGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTGAAGCCCACCTCAAGATGAGATTTCCCATGATTTTATATCAGTAGAGCCTGAGAGATGATCAGGTTGATAGGTTAGAAGTGGAAGTGTGGTGACACATGTAGCGGACTAATACTAATAGCTCGAGGACTTATCAAAGAAAGTAACTGAGACATATTGACAACGATTTGGTTTCTTGATACAGTATAGATATTCAATTTTGAGTTGAGAATACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTTCCATGCCGAACACAGAAGTTAAGCCCTAGTACGCCTGATGTAGTTGGGGGTTGCCCCTGTTAGATACGGTAGTCGCTTAGCGTTTATCCGCCATAGCTCAGTTGGTAGTAGCGCATGACTGTTAATCATGATGTCGTAGGTTCGAGTCCTACTGGCGGAGTATAATTCTTATTGCTAGACCTAGGTCTAGTTTTTTTGTTTTACGAAAGCCACTAGCTGTGCTAGTGGTTCCAGCAATACGTAACTA + #$#'%**++/($.+-4-&'%%-///2356412'*):7B8??>?>;;B@@:;89?F@@C7)71)'))5,4BBD@EB@44;;:.42<=;8?:/;<>=69>@=@?3?:>@:CC@>::8916..1/''''$%'-./1;>?A<<776)+)A>?>DFA121/+'/..,39@<@?<>:9781.%%)++&%%'&',.,,5'&'(+/=;4;;910(44(-58E?>@5:/-988:8*#(+'$566647+1)(+/%',-'$%''7;>9;2=>C59;BA=>>B@66ADFFBD>65ECEC;CJHDC>GI@B68=:;:==;=67;@?>A;<>%&'%$+'$$$37/.''(?5$46:@>,1@:==<<1//.145.,+..%&,.+,-1.7;??67015AAFCADA@BBFE=BDBB529:>>=-&(&?FCA@AJ=?CC<;EJJHEHKCDE?A;:A?>.,++--2*(79:78@@ACHCJKJFFMH5AK?IKHFK>H=?BA@C?B<896''&'/(&)$,557??:>BD@C>A:=@>ECDGDFHBIFHKDELFK@0><;==@@F@=@AB>:8;2=6,/--180189=?8)&&+($(07877A@ACA?AA3315;<>@>@??@?>2<<==@A??=9>>=>@&(<8==498:<@552712AFFCHGD<98A=9:=99,*$%%(+49:00=?@<*51'/1+)+-+7;A??EGGCEGHE7BFEBHKHECBED?99'457;A>?HH>,0MPKCCB<+:;:;C<@>A?6?57:HJE@CDB?@@AC?==<+/')9>3:>C?:FBFE>?;<=E>?BBF@;,-9<:AB@CDGHA-=@C@EEONKHF:A67CD?BD?CDBD=9ED@BINEFGNLGF6:9>301;+.4768:FG88C/1>=@9@=<<::1.1.2.>CHDA><;9*&&&,*,):=@=@A&=<>>=<46,3*'#%*(.0050/+%$%478:;:::;=)9?4./-:9C=:*K@@3502;>?:6/;<;;&/03531.28;/($)+%&%%$&7:A2KGBLMGOIBAHCCCKJH2648<==<@?@4+565,&)59=@DBAD:LJBGF@;>:=:<88GG:;:?@=<887FFIJCF9>?:54A)6;;:4//-%$'&&&''-'#'35;@>><4:8493=>EEAC>)),A@:?>&><;>>:GC=A>A@D?@ELGBM@HX<5>A@AC-8989B?D9777%%%1(BA@GIIE+B=B@:2=/C=///6A?ACDE?:HJFFDE3<<;/.6-/91(=3<67<0/%&222&&)-*)2((-/5:9B@<03&+-702;==>??;BC?@9=8==)&332*(&,45604)'*,*,-588++:8872+?@EA@/2;'(?>=.5->>579;8A?==FA@51HEJI>:?PI?FQQN@908FHLJOFCEAMH?KEFG?BAIFCCFI9@NMMK?E>=DEDE8BBHDHIJB://443210:CGEE=9<>=DB@=DA?A<722.7:@@>;CCFFED8CIAHBHGEGGG?IRFKOLJJ?MFACHG<+?D?<5IDKDBHH=DD@@EDAHEIBBAABA?>2B93;;?EC:E@?ADFDEJ>@EGKB;8=?IFIKGFS@FKDNIBDC?@IGEF@>F>;B91::97EFINHFJKDB?D;=<8$<>JHLIFIKQNDC2'-0GG?GDFAAAB<('-87-ADCBCK>=?A@1.;@766(1EGIEDGK:CEACDB?@G?EFDJHGG1(.-6@>>I>@=3<;78>(88;+><>:*:8::;:8/89:52;D=<=>B??>>@C@?A>9?E=;,7:HCGBA@8>;)+/-/395/05,.:;<$+9:?D@B>--8=IK>FIQPC=<9<2-5&&&+===<;=>88@=@72>@=57AC?A><;>D=>@?AH:3EF=ABGEB;6<4&%%&',&.-38651'0?C?>D@KKJHKB?JC@*4('-20106:@@8>;;(%(#$%&&&$&&33..///54.(1/0-'$$&%%..8>/13)3;34882-)8@=>3$9@A?DI@A@=>B@),0BCG;4/0<2/155=>;;ABKMHIGA/+:=?>@7.:=A>;B?BABB;GBAA==@4@19=@>@@;9C;,-.6;7:>ADEDCH=FE>?E=G@BA=>=??DHE=;JADHD@9>HB3==7))9:@A@23323=98:<9>??5=;<22323,''+-46531**/2==>4-%0:773'5FE?GAE=;G??FD;?B??8?;:=AG@DHKECCAB55IJDCD?GGFF86C>77/272*',$+**997971<75:;;@A996+0JJICD9C5?5-4<7;<.*557:<<83%$*25,()).CF>BA>>==BC?=9H:=<>1)(:=><=6;>?>B>?@G>==9?6?@<;=84999FE96C==A?=?:;486@/;:@A>95836768683:7499;98-,+8*6:=5:=<966,9/68866757:?CE?5A=4AA@A>9<>?9?9:2769<>777=A@E?B7.;'03/67<=>/>5;=9:F;>>=;<)8;===@<=><6)5%%%33735(*).189;9=?@B@FD<>?BD578.=+;878;?:<978E3*>28;<@>=JFDFI?F>C@CDBA=?EB2@EB@@=>5)2).=?H8LI:>F@;@<=>DBBD::79$&5.1@=;<@=A95==AC>DB>A?<:52<5A<@;8-0/(/5)-..786$%%%87==:.'%'$$$6;;8;;<:?:>E?(&&**4565<1B=??B?>@<-$342575;:=;))+/@EGLLLJGAAJJ68=/8:<569DEEE@><896;A=@F>CA=)&))-003=5>;>==877::6+79.99567=5554??E?CBC>FFA>D6E:9;<=CC@=??CADCAC<6--=FE@94)&%$$$$5$=5/1,)2+:77<>:;B@IMI;?/??CCD=DBA?BDCFBDDEC@<=7(,478<7AAB;><;7A?;5<:-%235;350308:99>?5//5/(*&%*)*?D>:18=*(*/56.'%'&%*,19<:8=>?>;=6@DCHGBB69<=A)<<@>@:8A789<>?5%.4>HEA7>HC?GDB=EF@>@>A==:;@://'')$%&')'($,.011220DB><@>DEA=C?AIEHFCIIIHHFFGEFND@>FAFDFHDDGGEDD@==A@;8C>?<45,8BBCAD@0CDC0J7:><:===;D<<%%%==CEDIC;=<58>C:5;7IB8=<>::;55GEB>>>7001/00../<;><::9;A70:DEDFEA;@CCB<?<(((@>=:??7>7<:<<=DBA?A@8A55=ABDADD@E8?C@CIEEBAB1)(=@;?7A<:;>DCCGDC;AAB<>K==:D:DA?A>61-7:46;=<@DEECAC@BBDH9=?74<999>@EA:<@66/B;75*/8002;=59(76?B@?=@<8=<5;??A=5?>500?DGGA2*)<>///4>>A=?FD;:9>@>@B>I<@:75*054.88??7:8=%+030,0*,--04457?>=:@B;;@DBB@@B<92-&1,'5=><2:A>><>C>CEB@>@A<8=/'357<@D>E<=OLEA=:.0//@@;//>FF@>:9?9;DDCA3?=?BEGMK86BDB@2-48644%(''+&-5555=ACBDH>:89D=-1;<7=>FAJF@G;DB8:>BD<;:8==B2<@2=A@@53=9=:=<@IC87>?@AGAA@<=9;DD7;?><1=(35AB1+4.2,,;;>@=<<<*@:>@AFKB>CGICHFD?>20/,312ABC@DC@CB/DA?GEFGGHC6=<>6-0>56748=3.09<<57.*866598<9??66:B=824D@@=C:(242368.9:=24>C@@@A/&);4=<:518:;8GJIKF=@?AFIFGKJCCJB;?D>A@?@C?AFDJH<>><6B?ACEHIIHCDBA>-'83-8::A<=CBEEFHH@@:HKH?B8.?B;?>=EEAB@CDGB@>?CA96;98+)97=@:GD>EF@C214*&-//9==:;>8;=54:9>AA:@9;>BA?D5AB;>>?BA>IGJKGJKJ=A:;DAAA=JDIF?=FEDA?<@?=:90-121><=GBDFDB97>DBHIILI7;8CA8->@@34?A-/-,--*)23&+7./&&$&(%'19;>E>B?C@$*/A@>1'2AC9:<@:77;>DIIFK?BG?BCA=<>>A@D?@?:0.1/3:;=A;CB<<5(,@8;GFED:CF888:<>;%*;=994157;<@@5687;<@>FFABEBB98=??>=?DF7?::;33?B=B?CEB@EG@BC<2A;9@EABEE?,D<08??A>=8FC@?7:ADGB>EF?@=0@=ABC>=82300.3;;HJ=9=>97894383;;=8/+.=EDDFEC92,.088;>47=<>:@=8??=:>?AA*))=?==;5DDD=8838::=@@:C;88864<8@DH=6$447=64$&0-&%$$(%'&(2/8?A9@=<8>>?28<9<;004<:?<;111233+'',59:1ABLK?<6=:99=@<>8:;-01*,$/5:96>C>=?AF?AHGBBIG<766;-066=034+('(-1/47:DC;<<88/.,)E@E>:9AA9==6=83*'&&(5,6:6<<@?-+0*@A??(%%.'')6879ABBBCEGD?>;24:=9:F9@@IHA:?@BBA45689897::B>6;>@6&29>CB>::BBAA>@AFEBABGKIEE57,66215=><=CBA@<8<<?A?>;8%%01%$(2457:A?EE:C>GFEB=:=21ABC9@C=?<:;CDFD?A6@B;8=:(((,-977).7;9:=;D;?>:4;769EJF>A:A<7?A?@BA@C@DDEEB@+87CF>?;CG;>DDB=;>69;=909998;<568:=:3?6?3397;@BIK;@DDECD:FKKEC?@EHHH@JK@FB?5>@AA@845726.)0566???@:?:=:987=<@8:C<69?B?:>:A?142;@DEGA?98$=<>69C>>>>;897846C;89@@CCCDB?@687.<=:677;8635@=?;=9=<9<>7=?358;;>A>;>BEF9BD=AB=68:9:?BCD=999;DBA>02>@>9=4>A83>@CA>==4$++997':==CF7@=-*DEGGABDC=,>A@33CBE@A?8@A=7?8;?5?8@EFHQQJB;DCC?@@<=-(*0::?>HEC>7>CD=>>FD81:8A>AGFC8>?;DD89>>>?>BDDFE>'+909>;98BG?7=57<>@EEB9;GHF<909,/-FIHACLL@A;;>E;:8:=<+6BC>AGEAFFA;C>>>3>?=?.)875.---BDC9<@@AB?/3744;:;35:><>=EC9DC6.0*&78:;<566AE>BDEHGFB;CDE?7789)+532*(/%%$((('+%%('+03;:6<5646;:66?@?@@AEEHLRSAEG9JI;:?755487-87>C;=>IJ>AEPQFEAD97D?GH'%8;<::@-&'&$)*8=9;=5;::>>>C>3995<53323>BF=CGEE=77B>8:/2++/&0/895<=>>8:@CGGBA2.:=@?B<-:+:<=8422433/00)),.0676<:/5;>>::++A>ABG?F@:EGISJADGRMG>=5<@8I<>@CBBDBBB>:968?A>=>CHGDD?;7A9:<:;51;'235:40>CC@>;=ACDEBDD:=>=?@>?=?>;AA/,)-1'&(/+:<>>==@;8>>@<5??AB=>4../8<<=48>@9878/6==>L@@KC35=@A4>9>CEJ:=@>4.C;<::>@EA<9497645/&&&'$$(*33<7;;9=<>=:5=DD==?-97AA;=08@?6=;?7>B@DDEC<>>CGGD<=<9G>?@@A=>?>AC:EA>?=::><5;:1.2436977;;=>@>3E;7A>>?CD:A=5>A<57?8AC>=:76?A@B19<6?GF:/2-.))$%&))8;67>@;??:C?A@FHFDAA>76<@=>;9;@B<)98;8@F>G?D7.=A??A;::@AC@<='+>@//8;(?79;:2,0%%%%+.03<=:97B=;?<8796,)+(/424464*)'124998BDDB99==;323,9,:6?>ACBE?CNH:9@9:9-&9)<===>?5=;B5C>BGONIGAFC==EFFB?<9CE>@>>?8;;43,5@<8+1,-9ACCC;@><:=;<7==;=5140033(:4*((:5;<0297;<<9.&%%$07<>CB;-9:5<>645,(%$4408898+37A@;?@@F@GH=<<=GB>CFHJMJCA>@DIEBFGHID>98=:::9>75///:>5@>?8?3:<3ADCC?:67228?<@D>F78CC?:?HGB@GHHC:<=<:4()?<>=89CELC@A?;3*?<><=PLC<@>@LDDBB@JLH7@<5B<89<@DEC=-)++BC?F=<>?E;%:9-/9301?>7%%%(')54623;+;:CAAB<<=5()3--14++88;=>*-;DBA>BEEA;/4<>>EFFEFG;?AC@A=/4@>59585;::/,=?@.=?777*&&'+,1$*;;80>6::;@=?4.,+3333792236;=GMAA:9>@;?A?BC?BC@F?7:@>;FHFDFD@:EFF<7499;?=895=>99>@CA;,0?F?6557:8@@ADFC>237:8A??4-(1?<@9E?EG?<<=8,98<<620,%%##$&%%&3>;=>@G?CE=HIF854::>?@ADCDFFEG>>2@?9:>CEGFBAE?@B=2+++/136:@@@6?@>A;=A=BCCCCD?CJ=9<>>C>:<77<;BCF.?CA@E=H9@?<;%$'('<=A?AB67***'''$:=?8=6=?6@:CAB??8::>?;>:IJHG@>3<48986>A9C<<3&&448:EFHGG798@ADDGJJ880;&&;>:6@E?=>B>668:=BC??GCAD927DA683;;=BA?<@<:41;28?6A;??@G;@:5=949/:03,%%)&-5@AIIE?EGCAB>7==@CF>A867;<8=979<>EEGC2,69?@?ABB--0-69340//-/34/)+336;@@>6::98@CCE698;>;6:7;?FB76;>:74,995*113285-%%232.,34(?A8A=;9*0*&5<;>;1--'&3.7>679<;;<;<;5)%%59@??@=?994982%$#%&(564,$(--.48>8?;D=A?=C@?7B=>D@@CBBD>;?@:671,2*.$$$56659@:345('71'%/:;=@=<<>=999275/,AAB>AGA@ABA>@=>?>9ABGGA9AF>C:9,*B72CCC>;3&'&*)(,332+39>>A=<;-)((+.6;@DHID??BB=37520026=AE>A<>AD=?:0?=;4<>A:4.;70%##-:?AB@C==9=:5:3;><=@HH@;5B@8=A69;1?=B3?7==BA=??8;:EGECGDCF@(,9A?CELCFE:>;8<8%$+8><:;249:50+87>?C;II667@B70,)2-%&&*)18&$'%333:@@4$:=>A@:;===;@<8>>:<92,'*5)-..96BA?8=@@>G8)6377<@::AB=;<6/0.6+,+'148;;97,**$##$#&11485::588;8<>GA7@9:BCC>>@D>757@6+()04.65))**+0<>::?7:;=>32+)'')('989?;CCKJ?F=AC?F8?A<8*+,*))*$*-',/4::@>BC>E3B=@A>@FA:;555>?:?@<65%)>KJJ:>CJLH;D69;><@@@?ABCII9<6>EC;JLMEC>>>;>@EBFG=BD:9:;454+(9:;9B;;CDDCCDH>@C867@AGDE8<@=CDA@=D?JE92-,<@AA8;8:9?D?=<5/*$53)4<<:<@=B=::97=<>??ED=CECB>@79@;?&-+)&*4679?3HIC>?G>B>49<;;;<@D@<=%+:?1.1=<;<=?FABHN@>;@BA?CFDFIC@?HD>CDLD=?@@9?G=?@@=C=:=?<8948<>@CAB;;?:?@CDCC?EDEFEA>BEEDGA?@:?@AC><:DBAD@@@?@=ADAA>?;=BE??<@::>EAIEA@@A@:1)&2))5456;<-$6-2&$$78?=C>798D=>=<:;;0?<>?>:A3.$$00/:@A:865)):8::>FLJ@?CDDB+1@>FEBF:8;;.)*'$298:>?236-/9561+1'%(/++.5578>>@567787;<$2+11')$'28=B<89>6=@@>-7138:<=BB>>>=;?BB@@?=9,''2&<9=@86>=@==@BF?79=8869DDBBB@A@BC=:1*-:<;?=;98:667<0'(((-)%&'-),989493+-).024:A:=846A@B>AEE;7;><9C?7-;521%-%768:@A>?>71565/113788322'53:@IBAACBDA?68D==EDDB16%%)44/84551355+.;?@BA?F==LCEI67IADFG?AB(EC><<>?3H=0,,?BB?ABB;=><<<;''''($$$%90@:;9)0+-')%&%+)%&$+,-/1'*)(.+)')#$$%%&#(%)()*$2.'$%+'(%'#&-)(+&)''*%(-*%'''(%$%$'+)(+$-&3+01&&'.()$+.,')*-()((57>><>?>8'***8,3;=;>B)==B@/879EEIFB?=B9?9:D>@B;@??H;56=BC>=?<.=>>ABDDBHAC73322@95><>>BAB?D@1:==BGI88=<:;;=7AC@@CD:CA@7=>CCA;A??AA2057(&(/01*-44@>:87-(8836&(7:?;>=IBCEH@;968=+ADDA;GC=D.*9?::+>?:CAA?89=@GFA9@ADC=?MH@CJJE8>;=?<8BC@DFHH>=;4:4(068840.1-*048>77=>C?A>>?CDBA>BD<<@DDDC:<88CBA@C=<9BB59?=:@>9>;B>CA;KDGD>C9JI<=DG?<=8?6>CDAA=:8>>DE99@CEHE=F=@EACCCE78:2<97<<;@;=CEABB9::98BB=<300<=<6>:@B?B9:A?ED@B;D>@@@>9:33489<=@3)**++:=:;>;CAB>7765-*0643,89>;@?02:;435-%'$6982745-%'+*+978;;>>>74*=?+:<:97;BEB>?GD@CEAFG<6=>B?8:A<8.4??B9<@ADA>14<;>C36@999?ACBC=:EC9%9;D=?@;BB8<;:<=:<89:@=<>@7D@@NI=?BC:<@D>>;=??>A:QQOHEDGFEH;BB@?6<<86493CB1/;:955(65675444=?73BAG3583C:@@CAD<@LE@A:>?=<%EEJG;BPRANBII>AAB;>?:>;07ADBCB0/3-EFJH>A@?-:>;5;A<9>=:?EFHED?;A119=;%#&',../-,&#%,&&&+..+)(.66/7;:7>349>=7?B>=7=>@=),6)357884652<>97625;8@FB@@8?A<<=5:=>>;BGHJBBDNK>G:9==::BCGGBDHGF<>AD>:6;((&.87728>CC>-1888JJA4-86;-89/9BDF=DF@@>D?==<=@??B=/1;36<;,/<=?ADA@AB<;?.4>-6656;@><><6*%%$##/03.04-4259=?;:424224@A?=;B;<>95)*-89?<:5?>:A?@E@A@EFF7;A==>=BE+4333445*+2B>=:>AGD45;BB=?ELBMHHHG=EED;FBMF>DHF?8787>DD@I@EFNEEDEFD?DBCE@:<5;???,4AB6>?86???>9B@DFEGEEDCC/B=<9A=><<8>A<@A>:B@BG<888::>?648=>DC@KJ?5C=:2<8033+*.3+69:;A?:,6744*$$$%%(89<>=>BBDB>4571075+,)'(**.188*679:=?8,19440@B@B<<<;9)9@FA;533CB<:@FCCB@>@<<=CA9<>:,)7=;77(8CD;=?=;<3<==@AAA;IFHEBQNA:;:<@E8CB>ADEA=4:9;BDHGEC@=;E?II>A8:8DAOMGKEC@G@7/398/(3((*ABCC@CAB<:88??8B>;@C>@@@???:?A@DHJA9B>DD<@<)),-?LLHICIEC<=?=BFD8;F@:*87?A@DE?407@:99776)114==<;>9FBDIB;EBF=E;;;-B8A<=E7?9.2**AC>?CC9;?;9==A<;;0*7;54.//72,<;3<::9<;;96,%%)/66;;6;>@?7A;E<3,/556=@@@:;15=BB@?A?D@&7@6==D=89(*8FAEHB<@C?>4-=GKHE=GJHC@98955*--25,51:>C=?==8=:=@;><882/0+.()$%$(*'%'',,/B<:??68@B976A888B?;DEDAD209;513$,8;:::7889@AJGJ6:?=:?A=FE>CBAB456:=A74..@7BFA?234>CADA@48?B<=D>GKFC4@>>B=:F=ADB=FEE?@?=;447==ACB<9-/.*/)+<=??58<;%'9;899?E>>;CHC=?BACB)ACEBEFCIHD?22DGGA2<==;><>>B?>;;>@?:B?=F@9>IJGCC?@>A@>>89<9:33DDCDCDD?ADGFMB9?;>>=>G=BCCI?9>==B:5,8>;9./ADHGBB8D56B>FFGB%%1BBCBGGG@@GG9889CC6>411'<;F@DGKKQMFKD8B@--32225;:742-/,23?9?D?8:ADA>?A@BDCA>?FGHBBDGDMKKGD6D>BC@?B?DD=AD>D@8A@;?A@;;4(,-.;?84<>@>FHJBCEGCJJF><9EHFC?58@CCD:::.*<<>B8FGGE@?@=:==BB?GDA==;C3>AB@A;@DBC9A884;;C::?:@@:<::,)(*.-1222<>'):<@CA><:ABC?@EE<AEG@8>?>3;8<=>@58:8IML>HHCDI8B;;??JKHEFCC?E@>A?769+38:;:;:969??CDEFB?@>=6887=?CDC@@BBDCCAGIB@A9@@@ADC@;=?;1C=?><=@BECC467?<<>>>*=GED78;;<<8>@=:0,9->6;79=;:9;@@@79?;*/$'%,/4)5;:9:<>=?<<7:?>CF@ACIIDEE7;88887<==;@8C>CCKE8@F@CEFFFD??:;ACII<>:BCED<@E=GFB9CC?6:E>JEH>>FBBGGCLNJG?8;B6;;69;;@:>@>>7%%%183-6<<>B=>;9@DDBDA?E?74BBA-,92.>?AA65;<9678;ACC>;1CD@96:;B>?AB97;7@:557<=;8?BC@>8/.<78:?EDC;;9:;9;CC>@??@@860???<:;BCAB1=:?CG;@@EB?=;CG=,6098;=>>=<@?@=@=AB-4<<<=:<::;86655<89==:7>CC?6@D>?FCAFC@C=C<=?A:A8AACG?><:B:B972/-132%./1:6=?>DHIIB>BAF0735*889<<99816858;??>:;*0/1;>>>5?B;''8?>=DEEII@8<-)%&28@>C@E@B>CC=@IHADFG9AAADD@=<;:@@>=;;49BB>87:23@=&*)<7$%%%)-.58@42D8=@D;@;>55+648:E;:968:=0-+++(0/..58@=BB@B:;ADEF;>:FE1*:768A=/35>HHIEED@44437??>?E?>BKH8>:.*/-5./1<37;@?A<>@=?>,31.'++-:;:;:23;<=;)679:2A46=?:)#688=:?AB@?BC:*3*,5:/64,B@EHA@?E?@>D=?==:9;8652'''77866*-A95586<:@;0%1<;;9654303)*)&(689997858<205:1,*//;:;;?>@D:@=AEB367@4:=58CHCA<>:'1'1%(46;=<=3735>AD<15*1=BEACB::A;CCEF;+/@E:ADEAFDE??=>>F:<@CC>048@A@@A;8C@A8>AD5@@@BABF@A58CB=FD=C:41(+>:??<@==;5&57:BA9>68,=;KCKLNCFGABEHCEBIJJIOMD??;JKGCMNF8DFCFDCBI.;?:;)<<:9><6:=::8?56625102:???A@:>?D@&<.2)3>=6BAHL8:97;?FDFFGBB;A?<>A@><;F@@CDBBDC@CDA58=BED??ACEDGB::4**A>ADFIHGIEDD9DEEGD@>;.14?@9(JJLFD9>CA-9)9=D:9,66,,.+)&%&*8:8=>EH?),CDKICG@=-/CEILMHFDAA?@BJCCCFJECBA@6BHGHAC?=:6,(((&'*('$&+$$(((+,.*,-6%%&&'))&)989<;EEBAA:37?78;B;:6;:+(,*&%3)8;;;7926??9;/00,,793////''0'(89=BD@@C?89(,$%(,3>8:89(?%=485@BG<0<:,)439;?<@C>>@-0:DB;<;><69?;<@/7068?67;@=>=977=96:>:9:CABDC>*9*(('&**,$%%%$&.+::8;><;BHIGBAAD>;;=?A5457./1&%)226<@D-7@@ADE=A9;C?348<8179<93/85598@@<=<;=@:85=8@>:<===5(995'0)(/)31689B8;8A:5?>;:498;=4DE@@EC:>;>5546<>?BBCG@KKF@46199;;:>8=682786/035465)',':<<=E:<<9?=1=776:>@?@AB@;=40366;98:2/4'&+'24=>633885554-,,.,,*'()%$&*-.0(22+=:7A9??;DCFAIGC73:68-*,4;@@>@@;:;8994$'(./*-4676665B?9;7E459<&&&8<8..,-*766A*<<=ECL?=FB=??ED;90/-<;;>>48:B@=CG>88&/7;>?>A=767>;A@,EBDA/+165;:BE@=>>@C8<=5::*''%,07$5779?>:7:?@<<@<<86><>5=<>B=?=7999>=?CCEH;5**>A>;<98BA0<9A>;>>@><(98115$'1,69::5-:6>6/)92017=7>A?B?>@A=DF@@AB?@@ADB:5=;;@?;<<<89934::=<9&*-<7:;888;849:5;A=?DEAA68695532345:;:?=>EC>9E>?CHCHC>=>@BDCB59<=<<:6+369=@DDBA><;=56?300-+('.685:8,85:/A7477;HF@BBCJ>CABB>AI=>=33>4458/&%1386?BD<:;<;5000:BEEBC:@DCCLIBA?A744@?GECDEE@?A<>IGDF>/2-.&&-,:8?FD9399B?;D;1;=CDJG:?70/058=9705;;:9A89:=>;=?JGE>?9=<4)%$%+)6,,-5?BDD,-F?A>9EBCD@-029?>?:=<<<:==DCCB@@A@=?F89=>=@@=>;;<@BB8>?@7+8988=>@B69;:989AAD@<<>@24;7DE<=7700.694/45,*,++,/+2*54.9?>@?HKD<=@B?<8/5:AA:1&'(853903399<@1A,?BDEFGCDB1854,%,(.EG6???9:96C??9?BCBCBCA?@7>B@797C?=><2/81*,..2%$$(+-88*9::@<@AGB<>A?ABEBCC@BB>?=<9;??<9A??7:A?=@;85678;;><>=H=CD:BC>CGFDBE>>=@IFFFFJH=66468?A<8:DH86<<82.042''6<<356==;::-*?CB>AC>=DH:5AA=?7:6<9<2399;AEAJIGEB=<@.A??EF>BE;>8);A@A<7:=136;;<:?:;9,))))(:;9;@A=>D:ABEDCGBCE:>BCCGABE;;2<>91EH5>?BA?>>;9;==>CC>;9=EBAD@6+&,634?EE;>?IJAABA@>+&((623::8<>@59E@?5;?:ACEAAA8=CAB>E85598=>:2:<5454+)*''600((&-:;:@<<>=>?696+6<6=F:5.7=<9>?=7/(273:@:1-4FJHDA?AEDCA@9*7:;98?@>?I;@GD>D?BF;0?,96=H@AFG=;B?8=8=>@A??@>AE?>@@=,&;016;<;;;44;:9598?B=A>?@>E=?A?=:7@A..,%())*>@7(('*2856247;<;82;?IKKA>>*404=@A=>1>CA=?@?5+++013130761A<=>>=::/8=CACCD@L9916;>FICBEGE<<:EE:;==?E<00@;88:69<9>>@@C=?AECF8;@=*+++'&,,248457.:;EFDC@@8;BA@?;9>>AHACCA>?=68G96@@EFA@?=DFHB5?/&&4??006;*9:;6<=.7<@8D@9A:%%**,.,)'568:69:6=>>;<<:>749=:=AD?D;?><$&BC7@@>66;<;>CJIH:C==?GEFD<:*+..0-%),-5679??=EEJKGF?EGCBDD?7:ECADC9576*'()5/138:8:>AHBAA;<1/0-9?6?DEGBEEB@669:8C>=>88;DEA;FC<>D><@FA:??3;=EAEI.?AEB8<>>@A=JGJGBDAA>@AB>H=C7BDB;<<60;64759E@B+-003604:;6=/*;99=?=><<8<9:E>>5<>?7>A@>AAG=7=>=@(35779898<:@@>AD@BBC@>AC<=@<:)12140:>FF?@799<=<:8DA==>;?52;=9/245:>:>=;:=.,%)''$(&-03294>:>?A>:>=>>;AAB<=?GCCB>??==EGFB?A=C:B>=422+364@@=CA>=@HKL7?CGC;7;@<9@@8BCBBB??KIC=B?,44:=@>3=?A988:6*%$&%,87=?CCABDECC?:H==CEBB??BA/;>D@J020139AA9;@<7DA?=3:BEG:GJG>ADECDF@?67<;BCB@>><;;21/$*)3%(1.579<;4:46%>C@A><>A@>??,,/((+'*)36@===DBA=99@;;9=9,<%<>@AD374:@>=BFF7;=?@B3?@>4<:>@ABB=69(-,4ABC5:8><9B6*<;<<54?>:7?9?>>?<><:AAB>=766C;>BB?C400*$>>956B/0-1//0--0237>?97CFD=AEBH??B@;9>C>=7&&+1446888;==;=?A@=A>575:1<:>@A9003232175-/0<9>=A;=889>8<7.+50-9042://0//--3@@B7,2*6*==79::;8//)1'87::::20020+**)(%(&+.*111--)+,1$(.$1.--,+-:688:?>?=9;,<57@>8>?:A<89>6<<>?@F>=736557<<>?:>@A<=@BIHEBD@?@===C?G99EEKF;>>:9=?>9=95451)579CC>7;=:8;99<3.244530A;A@??>:8:556)&36;98=:50887:6(,,//8:>=87/+-/.3)%7=>=?0,5740(''*,-++.+55+66634.,544511.-))***+1348<>A@???9868-$49886)5329>=5<@@AD?@58;?BCEAA=EHHADF@E?CEC?@=@A;8<90+//%&&(9;<613156797<>=<<>=@665A.+;=@A18=>4A;<@3::>AABB>=B8&'&45<=>CEG?H>?=24?>:887<<=8@59=BAA><@>67;?AB?1-%:210..+199689:=8AABEFDD;HGEF:760'%+33*5;5=AEC=FHEFCELLFC@?<>>%(9<:42=>?;3@ACDBBBCAH8>@=C@8<::A41054<6:.4551;;:9>;4,)&%1-+(-56::/1;:=;2'02.,*%#$$)(+2+(:11A?-?;6=3068:=::1-6;<;=<@>@9:A@BB@@>@?A<;956)49:4$)$*)))+4336;:8:?212:7687;F8D?4<9=FG@:A9>B?C>??>8EA??8<:5.;@A8?@73.(348ACIF@CED<@>4852--99,,.44>C?=;>:6?JABC<=<<5:)36)'0'34;?@<>;8;>7@;=8987983''45:-/:49987::7=@447B4==<;:833/18=?112*)**--()/-86:0?;;>6789AA@;>GELN@:AFAE<;=5535*:67:62/=9:7&'40)(,/%,-,.)*9<@98BFH?>CCD@=9AB;<99>@?568A>>CC><>3<>B:97<:=FDE>@@@B>@:DA=9;8774(((&24(9;<>=A=<>CD;00;>BIEE@J;E<7-559;869BE;DBFJJBC8A>AC=;DHHFE:==A><:?C?D79BFIIHB@FEH<9=@?HFCJHA@:JC<<>4?=:218=@B;CDC;:?D@=84(&1524&%.%(,16>456687:9@BDHFHIF756A?LJILHA7@=.-::95/:@99DBBEF?99;49:979=@?9<667CB89DFCCCCBDHGMIGB97?BD?B;==&&&)?AA??><>AD;7@EEA>>>??19;AID?A:4?@=>==B06>3GE@FB=B@@JKA;;@B<;=AIEBC?>?=84489?BA@??84200++0''(&2;?D9?B5288302::870:8>CG?FE6;<79DBKJD5+CD:<=?@CABAADIN>:A99E@????<;=;B@=9A07;@3A><.BDPNEHKDE@CF9ACBC+*)/756CCCBDGE;AJ?C@?;9>CAI:)CH>BD>B>CDD876?>>>::>>9;71:1.+$$%%%16:BGD06>E55=?CFB29AC@BB:;H@AAB;B?739=3CSI>@?BECIA@?C@E>D>A:DED>A:CIC@DED=@?L;@ACDAB=*,@=7:;:<=@BBFEG2547?FC:CC>AEDEDCC@*:77:B:??F?MTPMKC86A@A@BA@>URH@1)9>C<@<9=7?FE@CEONCCAA=J=0///EAABDF=E@F=FHIBDC4437<=EFGSLG>@@?EFG8=@<%%&%$$)*+(*:4.)(%$+*7CDBBFECD==8;>CG?HB?@@FCF?BCDFEBAAE>EC=BEAAGHDCBBANJKCA@=<7??>%2;AB>A9>@67;;:?HDD=>:6384>?5(&&(,,-*9<5;@??=0>=B<>EDH=BA>BA<;AC5&62-'$$'446:=9,,--;9;4$$$2(&4ABAC=EEJIDC@=@?<:;+9;>B@=:55:GF:BAA@<+),*13/6:87-***/<9?CC??F@CBC<:?<:;80*%#'*-)/.2411')+,-186:88=@?6AC>=;AB88?B4BB<5@?BCEECGD@@@E>::;;599:/--4-%%/0./+++-(&)($##%+,51?ED?>EFGHLB@CGNEEGIIOMJHC=?C??A@>BCG>FQPL@1?76;<62BACC>)))36;B?@?:=95=?KHC8=9AECJF@D?CEGGHJFID?CCDBJGFBB@?DIPFDD96,>???=@9778>B9;>CFCJEIJCEKLKFGGMCGLWM?89D>9@A?<=GEDCCB--036+(*&'+36::=?CB;(:=EFCE>DEDLHHI@0/82*'#%%'%%%%$,#$(%%$#%%)'&%&))0'0(&-&(#1?8B@A9:;=<;7;>FE@(0?-+49@BADDF@=DE@>:;8.'%+-45EA?8-468@88=@AAEEC?@B;==>?8/2534;C>ELOLJCED5A;*54=BD<@B>DBAGF8=;2CBH51@34-2+##'%&&&&'46390A?7;AEKCD==:)>>?@9?A:<;,469>?;CDEFGQLGEDCE<99;@DDFDF87(,'%&*123:?B;<;EA>FEHCHGGGHBAECBB98/-'7?:9>A?*567+&761=<<78;@26=D;$'5689:<>>=?ONICJ@BA2238:JSNNLB==?*6=D@?A9$$$%:<@>@>?>>FGGD>=JLNHB@A?1/2C@BBFEEA9??9>@EEJJKF>?C5<<&&(&%-;.:=?@B8:;;:5;>>EE>66=@GEDC9*,;:;FHAAAADB>58:5AB7)3<47:ACDGEBCBA<<0=>>;94('((5::;8987,*,+---CB?E>FCB:5=1348<=:96117:,''CGC8;7@@>6?@@@8744/.0.)*&&:<>A?BC?<>CB7593A@;CD@?<>>>DB=CB<9>@6&(->?>8-.//14>??B>@:.20(&(24C;9:=B@?;89;1D4DMJ:AE@IECFG=2A:?978<=<AEC@ABCG>D>EB@BEFDC:5::@478??;@@BDB:=8(%,-(+++%53;>:>AA;2(24,2?>BBC>:BA1057;>?ED5;?B=?-4.6;;=@;67>3=;;?%9@AB@GFCG5$3CCAB?B>'=;>>A??*&&&<>=B)05@DDADFFE?-:8<7,;87A6>=6@ADD9;58>D1>?ADHJADH@55679A<=>;,,,+((795?@>BD=?A=;;:32-69:=?FIBEFB?NLAC9EGGGMJ:22D;<:;/'%&'+:>B=5551.<>7;21**9:;:7;9:2*(12508;<@??-',;EEB+)4?@?FHA@C:8A9-,566698;EDJ;EE=ACB?:CB?>HIKLGC<.B>BH;BDFECGEJBA;>8*9>A>:9=;995868B?=;???D@===?BAA=@=>A>7:3357)'$#&.22%462-/7@;ECBEIMB<=?A=HADA:<68:;=?=2.*25;=9/*B;<>?/&,ACFIEBFGFF@;E<=8;5+=BBIBK5>DC@?>;EBE@EDCDDAIDF@9BC=A44577*&5968;:;=>34?BGJGHGJB><=FECC8;B<@(@??AEGGFFIDJJIJE633113,56;96%%*055?=GD?/,12%%??6@GFEJJEB755:.,.BDGI=FC@@@>955/3;;AA<:*2-?@=;%7676>E@@FB=EKK??=?<48;2:;>>:@;<6@B@?E=>@+H>>BDLLK>=GG=?8?@@5E/3BB>BBB;@CCACACCC?5=,>9-AAA8;'4:ADIHB@ELKCD?B?@G>@DSL@22+2;))*6;5@D?D>DDJKLGF@:A@94477*&''''4EA<=>=/,<9<=3=;8=E.A?A<:'*&)(:'EFBCGJHBDKKFC?6?=+(610288760'(?>?CMEFB:;4=C=A?>A?:A>:AAJHDB@IJHIC;=>C@>B>FGH-<FB=@JEFBFONIHEECENEGJFFEFBG=BCCJA3GSSN@>0;ABC@@9==<7//<>7..367;>$A:<<>@@C=;88=:*($%$%&(0:DH@A@B/76BBJFE?DK>PGCCA'%B@@DF?@CC>@ABMIAGA,'6ILLE;JGEC9BGFC;>AFA<=DC-,932.$;>87:>@=>CELMDG>ISNFGHA@>CF@C:@?@F;673',(389B=HGBFH@>?CFEFIDBB9BEA?:9;.*,)?>9;EEH6;<8),,1BBJEBCGEEF?CLD17*-B@ENMCEEF%84),2>CDBAC7DJ@CDB@CCB;=;:@DHEFGFJD>@CIHJB@=;1=A:@G@:=;=@,26@>DEIF:;AC604A>==4@DAE=:?@A9:@;8@D@;NMGFG=:B@?CEG:=A=AAA@<;A;;@7569.'(+@>=>>=><4<<>BC??A@;?>7>7-.-.-.65187:<+,*)(--%1103567+?>=8;;<9>F<9:A>B99>><>=@8@=AD78=?EH;=L>C>GCBKBDF6=9;@D>?3572/%(OH;CDGDAB?<9?4:BFDFE@>9::>A><:/K1945/46=*''%17.2;CDE?;C>>9>?A@D=<7164*;<@BEGEDD0?DFD;=6788.><>D=B?@=BGE:B6<::<6-%@C&,>BBDB@>?><;?A=,,6682'>BD,,+2=;7B=FFHG@5?;EBC?7;;4;?CE@DFGA?>=7B9KTMHEEC@EB:EBC:9*GIGB?;FEC?9==0)8,9C@C>=?;17;@@??=;BA>GH>FHKGE@EIH@>@;>::9C?<:6-=C<3>=67BJJJB<6FHGEG?CB?;@CDEHHCDCC?HGCI:7>DEF=;:7.6?:=;EB@ABCG@AA356%&)5,0<;-+18;>HE7:=F>J=C12&%&&?9;IC8454$';5:7::/10.,*<=6ACBDA77:<:=4CCABD=6%,>>9DC9BE@@B?=93.,--543@?AFD)+79;<69:;6/+;=A<@9@AAGE9?;>=>?BFI;;BF-?=:;9>5=?C:4<9;5=GF>A=7=A56J?EA=30?A==639;;67:??>>;=9AA:90*),-&+../.79:==<<<A>@?7=75($&+856;>?B?CD3(*4+8:<;6//&-,242377;<8@>;499%$$%,:74118*:>@;?@;7789(((-5>E@=;786/0(&'%%'))-341')%+=;:;@8>,.5/,)3$&$+,%''((((&#%$.,%')*.85($#####%#$#&%&(3*$#-.**$$%(&&)(2()*,2886=56:>AEE=%4/37<;//0/80.4357%35&7*7;>:9@>7?>>B:86&*+((&&'+%$$*-.),)(,,,&$&((//50&($++-,12685=02?9*85-80'000+.3446'()(%*2.49>D88ACBE9DBA?==532:<232/+*658.31$226:;J==>;<;97%+&.,+*<*(-0:5327<(&&':=E<>B96610(/(/)))(/,007;9BE4A/@BKE9:5$+-8')2-,-+&'),.3;:;A??EFC@1253-34&03=@;A-9,,,)'''''.=;4=>:66765)&''*-+(&&&-)%)+68;D@9==A=77>=*.;C?:;&&%$)+'3020/.231.0:>963232202%+/96&)?DCB7@BEG;DLB948554%'9D@?786.555;AC?A@>;9>G@FF=FFB:=4763%'0+-9=;657:/&)01122-.=BBA0279>=>@?84*(+4;<-+6>A>ACC@>DB@EB><93..1%359448:7@BC@7?:6>>96;<=ABA:(35AFGKGE7888;+)&%/(%49>?EBE@FH?4@;7<;=:;<73,'(/8>>A;EFGH;6403003,$,*'&1,/)&'&&&,.67;:<=7866:BF9:(12.7BE=FBDCBC9../991*4'>5>=>A=501/(..236?5(('%$%$(%$*21'.3>;=>8=HG=978.8<;8BD8&031')*,)18651,695.0*7=469<><61>@<=@@C=-;<9.000469FB:BLLJIGLMHGF><=%13/9DGPCE9>DEGFGGEA>@@<-6/+%$$&'*1345())8;AKE>/3>AFCGF>;A@=FE>;:89-72/.*&((,8877=9=37@?<664))+)&&&69;85>@B?@DF@E?AA=>>@BA???75''-1;367=<8=CIKK@J/C=BDE=0%%&&$$')1'&+278=>;5+>BACBFHGHMPIBB@A1/73(5:@DMJ..B?67--0)312%255&**+;<1/,7=BB889:;.,);:B@2,77>DB>CBBB6.3>??30&)$.%4347<=;??@@EE8?BNCDJIHBC-***'''%4+9&<;884/,,(%-,'+57B?63.:??*-++2:DBA?@?1,$+-*&&&'&,'))))25/*'7941*&B@<=CEEGIKMNEIO=.0IA?DFC@B?88=C;?754CA?<8+.%<;>>?CGHB?>GA=EAFFG7689=8<@:A6>/++,,,,83/213=:>@?=ADEC257:60.0=C7034/7>@EI5@A=0;>AG8HIFOOD<&0-,+,-($($$$&',#0219;<CABFDEBCGIKGJGKMD41123>>EDCGNJIDFBDFBFDBLC=6-.1'(3588*/<:9036GFC+5>@?>63???EC=9:B>C>?8<=<=>8969<:EHLG8B=69.%%1//4112''97/;<>82++556<=@B>69)))#%#)%347EDGJAD>;CA@;?ADCCBCEDKDKDFEBFCIC=<<;>9C6813&6/5*<:87BDFGI?>EFEAE323)377AC=?ABFDA-)<3535=:8=C@=BCFBEADG5@DGCBGG:=9AB=GD;BCACIIHBF@CCDHCGAHA=<>=)$&%%/00.2,-);<=>=CABB74.@;?<>?9.=<*9EKJNJDCAADD.0:A:>BDKGBA;@CGF?@=C?AAB><<>75)&)(/35:::591@?<9<8=,4'9><>CIKEFDLJ?1.,-A@B;BFDKNNII>>FHG=>G-7==>GDE@?F=BIJ9@?C;94CEGEE<;9<>,.:1116;:<95?@:<5=?13>@DEBEC;A3>4<:344>>@>==83A@>=://JCJEECBCAK@EJMEDB3,36679@BB@@?A;=>7:;BEG>.0@:A>DE>:HHFBCHI==CL=HC?=;;636:>BB@DHAB?D@@8B;F=20589.,,+-&6'-(>==>8=<<>><;:'%./2,7?@BE@FHJIKGF>?DEC@EKMKKK9BIF::622DHE>CFDC,(:CCE@AB?B@>CA>F=3C@;BJCD=?ABCE@@8;A=@>0BDGHKLC>@HB;>F?=<>B>(D>A:555>:?BA9$=8==+,=EC?;=FGIGICIH=FGHBGFH:KDB@@I<@A=;1;6&,/48@A<<8=AC@FCDEEE==)%'=??CB>??A::CB?AEFC<>@@<@IFC@>1-:=DJJHEE:8:>C:A:1-0/56;<<,4-7%CB?@BCAB?GIE?BGILIA@JCE7EB>E>C=?@@3:5=>9<=DG:>AB:;?0+:?=C99?=>:?;;9=?A=CEE>B>@9:;@7*,+4=B@DCE20;?>>=??=/7-444(-2<<=@C@ADD>@<=8;=?@8A8:;)-8;;@@<=HHA??DC?B%-:;:;0-56:>CCCD=?B@C@>A?CBFD>;>+4=9:<>?C50361//*')()(''$++/===9670/:BD<=EG@AAB;2<@EG@>@@DA8@BGC??:=@>A@==@EDC;68@8<;=95*%85:==<==9:=CB@@@EC@??=BED@9CC;;46>=>B:?4=>36;A>A?>99;>@@=@<=79FCJMME>>@@=@=;=@?H?GFC?DF@@?=B;6>AB?A?E2;>:;=?66;.)><;;ICA=<='**@BA;>FHJLFHPABHNKGBHD00,AB:ABA?CFE)>?3::=7?8@A>FFC@BJMNLG58=DC>=0*,=@IGCE:59;>AE;76@CG??<==AGICA@@>@IJ:=CFG5ACGHHECB@;::=<<302--,/08:E8@DDEE?@??99;=BGEE?;2167=988:3141/+-2365756>@CCEDD>CAA@AA?>>,'+8EKCE<6>*796=@?@EFEA-)),,)*=:9BD@8DJG===EF;C:=8:&)&&(('),6:9;>=137<=722)**1:65<:8:>''+C>1*9AH@DEC>ABCGG?DC;=GEH>><=:>.558D>=BD%%><87.)37==?A>?9CDB@?7''&&7?@7@>8HIFEDA@8999?C=<<;A>>>;<>?ACBBAB:@>=?3677;=47>8:;4=898::.1>>C.ACD:D=8:?A?@3;>77<79@AAC>50>91=9(*(#$%&-.777<83*.0114778FBA33999<@@A?>FGJ;69@4=.<=;8599;AC@@E>@CKG;B?AD>BA=:;=91*=89HDA@>>@29:A@BED?;:8/33>9C&=1'.B@B::ID:6><;>?9BGE:3402388*8:>=0(0:3==>@>@B@>EEGGGJE1@CF;>:9=?AF>F>H9.@AHGE>@?B;AE?9<;59?91/),,42228=>>5=:D9@G>?CCGGB4A??=6967A<93779;9:-(,&))+82239<:A>?B>95;;7:67>@@;FBBD@.,)AEDA7GGGJGG;7)@>=GA?:?=<+A@?>@;?A@D<.9;2;ACFF??BA@DC7BE@;@9CKFG@@;20;AAB@??>@9<99=>?:::87;A;EE=@CF<>;/):CA<8=AC=?CA'*797/-&;@==AFGE?=?CDD&88;AABDFHCA>@>CDHD<55=89BB@>??<<;==A?@B?BA@17269321-*2&&6;AA9=@BC?CBHEIHD;?A;:::3>555FBA7926''%/5/,,22:8B@=6-;:=?=>@94)*.-*'(&%%&45;:ACAB=697A>?GAIB>=?;$.$(***/3589<@>;@+-6:@:5;8<@FEA>2:;<@3/+()9>7=?A@GJJDA9;?DBGIBBB??B=>AAFHLLEJK?@CBA:;>?DBDEC=8;@6E@E?OI;EE77?@;C88@A>><@A7549@@A@FAAGEA@C@C@AED==:@:<8;>7:AAC?ACC78@=.09>KKMF>%6;<;C?>CGFFHE=>@==>>:<':208-73:B:9<8:03>,%$9.*%98:1.>/3-34)()))'+.-07::8/-2'1*/.5++87102=F=:E?8>A9=>9)',356=<9=>:/12683?DA?LJEHHDEGF>>9;=9>B>B>6/5:<35584??;97;@D:<4;DAAB=>9B;<=CCDEG=FEC;ACC?3?@?B?8:<5111113;=>A@;AC@:9>><<==B<<==@10<:8@>@CFDDE976?D799ABA6JFAB;=41%&&$'01(&+11,,33/56<<>GDCGHE;JCADIG99D=>>@C?FAB@E89?4G=CBCC=:;?CCB?@@BBEEE;B?B?@9A?=68<;2*7;<699<8&**'+6@:A>10222)(./459369793=><6@799:==@(&=&EA8@E>>K,EKM:<:53GEABD=@6A=>GECHHBDFKIBIMBJNK<@=:49;330,/==;DAN>@;<>)>A?CCD=?:HDBB:;;HIJ55ADC5CBB5622):::.BA@BECCJ8GKJK@>=BBFGMHHIIIEBJIEJEHFE@BDEDEGI>DC=,+#'067641-*(2224>?@BII<6;3:<7+69;8477514554)35?@?@E@A?>?>A=A=?@FA8/5:/,,+*47<6?AB<4669C=>ADHDH?A:AB?:66@C:CBDEB@C;;:<88+-<248>EEDD7:=:BIKPHG?>;<>=/9@HD9BG>955;E=;D=<9GC8CB:<=G97=?@?BBCJFJHCBIGF;:?=997)6=<>9;<9%'650+262-+028>9=BCB=@AD>2-<+$):7GFEG>DDH?CCBKJJ;EIKF>@?3.3+))>B>;8.;:DBCD=B69CF@CA>?E5389><=CCE))84*2/114EC74B02230(*,78+>A?A;>C<=D:257;>:AADA98801%'=A<8<68GHIKIA;=@@CJB?>566'6=8AKHBC@ACAF8GKBFEFDMIHHHOGCEC34<>;?@C@@1@298/75A89?@<9;<8549<<;=B@::ABHHKJAKJGAA<03@*,*,-%:<:67C?JF78929:;DACCBCH=<@AA'16%%==:;=>@<$&&*9;@DEDCCOHOL=GF@9A=AIF=>0/%%3897<65:=<;:JFGIJD9-.@=CC87DDAAB<<63.0*%%%&2:@=58<?B;>=:)+.88;BD<;<>>&&&&&&&//865;IG=5,'5424CGIMI??FFD?;=FEB;;9C:<:?@((((''(58$11&&=A>@BDE?BCBD>=>CFIDGE5<@<=:,5777;<99?GHEC@@BDC>=?2?636-+)02*($*40075-()))))+.*(/012+'05%:HGH@87?A?AD;FIIKLHIAA:C;ABJNFFD@A?=>CHB9;DEC;=<+=%62<>;7=CA>C7ABBNGA>FBDBC>D>A;;=63-2EG@&,,*()*+$34>=8B@@D??5B>=>-0ABKRMIFCFED>G;5@ECEHHFA404E:GGBFA>HA@ADHDD44589C;DDEA>=7DB?@6999;=43?:%-76:878:::AHB>JAH9=@HFNOGI=HHH@CD96664//4&'$&''''(&$%$/3&*49;??766::756CA@?(%9E<;CBIM7++BCEG-+5>>DA?>>@?><<98FEFEGABCFDCEDC?B/255-'''=AA;4?A54<@A<05<8?CDEGCDDA>@?>GD>EEFFJJHBBE@F9DEDG>HOLMOPN>CAC,(DD=>>.,)&&*,,.<;C?CG?0;@5=A+;9;=;>A$(:=+C??:@:9;:CB@>>G@B=@C>?:>@EFBDDB8';0>HA+@CBI:FBAD>@EFCCBLCBFDDHCDCFGGIEAD<:?2/4CEH<:<:2$&&'+::@;;CA>CBB@JG;;7>:?9@AD>?>><76287,8;?CHG@GG<>A:')6)12..09:;?A@BADD==.92+09:<9<>=ED9<=GFBA>E?CCE:;?=><2),791FI>08-:;DEKNDA10@BOMIEFI@BEFB:>CIHOL:CINMACIFH@EFEBEDHLHEJA7760D>@8EFG@C?CA@?>=E@DEA9997$>2@JHDDB2>>A8=:>A=BC?>C?@6B@>>;E?AKLFBA:IFG9EB)%$$%/11/11776,.49>EEMMGDB@G>(%-@@C>A?B>>?;:ABBA@>55:32GGIN?@IHEICCEBE@DJ@:9=?758:GFB<0/(3;??AC@?F>6B:;;:.FAB?@>(@>99@>5+:;:;=?;BFE>>;::>=9,5;;-2//'''6>=7HIGD=GE/0232=B?A?@CCF@7?EDI>GKK7>@@>C?AABKDCDC=;<@B?EDAG@=8:>A@??=BG<:?>B@B>C<7.1.(-8>B@DDCCD?7:9?5?<:<98*;DE:>:D>C@C>AA=@B=9>?A<<@C7@?CBA:;<@@=>7),1;?CDFKIE<9?ECCDCA/0,/:<>=@>EDB>;:KIB9:8C=D?<3F7B==2)89''((,<9>?;;=DGG>GKLHFG;CC<=:;GF?3<,:?>6=>@IH<@A<641AC;AB?@CFGG;9=>>7A>::=A@>AZYNIH36FF>6B?+GH9LI>>=>9444<=;9<=HADFB<:,;DA=CA=C::>?BDG>8D=?E=B*<:?=ECG?B=DE988:A?@<>876069@?918CGB?C=:88B?@;C9FNME-8A<;?A@@LH@A?6414;?921;9/<:9:;BDB:=C@GA==BA?;?DHABCFEA>=>DI>8CIJI>E<<<:CB6DE;:??A8;FCDGFCDC=G@E><<=EEBCDFE5ABC/--.A>GA=BD<7@CFC?.<>>JJFKH=?97;9))*,+%/.-)&)/$$2499?@87>@BAEFHFMJHK85A>DGGFCIGD@;161BC6BEGB>C><8A@=:48@>8AEA>874'1566;>ADDDIIC>=?D%58((>??<@D:?A>=4B;CDDA;?@>>4%()*59@989C7E=>0@:AD?CGE??B@<=4EE8;BCFDBABA47433/58((+A?;@BC<@>@>IIEFFC$5D>66689D?<9;BADGH=A4,7779>1368E6&+())%%(6@AD;:;BEA@I9;><$4BCA7>4GBA@E@=?@0?A:=@DE?-*8<>>EEKKE?::BHILKHHIBE;:@;;?@C@@JJ@?A66@AABBIL>;9=???=@DGDEKKE3<@8;?AABBCIDCA8=??320&*&%5==76;0=B:FGIFBGD<99>;BB%,>3:BC:I?A@CCHBEF@AB>-///?58<>>?2737;>7==@A*47BCB=666=A@:?<>8:55745<:731725-152==9;B>BEFGGECKEJFHEID?&.37<<+1047<;7=<8+43,?EDAFHMMEEIK;DADCC)*+9,)6799;>27551,3@@B4<9<@@?A9DAF=D?<+45BED@<<8(((:BBBB?D@)**,747GFGGF978'+@?8ED.=9>D6>=:5EKIFJ@DKLH:CAA449(37676664'')79=?CFADFHFA?<=:799;=<>68:98-08;BABA?=EDE@A@=<==??EEHIC>DEA>>:$&531==@=ABC-@>??F;85=C?=?;446869;BB>?AACD@>:@BFGIIAGIJCC;?<2,2/'9;6.$)+1?;<1;;>;H?:9?BAB6;;>?87::2'211++<<;6?;A=:=>:93'&+-&$)*(&(.7678998%8;<>CC?ADEA9*/H=<7=7C?65+,66;97535:;:.-*)(-+(()612;<@>CCE7);<@?666+??GEF;9)/4BHFADE8,====H9>BCB6BDF@=?>9:9@189BA@JDG?<6DOH96A<=:<8;;ACEC@A4./.,67<>ABDG:BCCFD653668**,3>;/$'(++,;697BBFGHHD777<<=@6=@=<;IJK:HSQKB@DFHAAHH@?B;89?DFDECB>2&(6CD?9;=84985)66@.D>7:@AAA<9:78479>;>>@CF?>8456875+;=;>8246<;8;<<;><=A<:9<;>=9>@DBC7=BC>ABCEJ<<=;@B?>ABBC;78=<;:9?:<'67?=7967B@@E@EB8BDECH?ACCBABA>=55=@<>=76;99/++:5558:<8>FD<>/1AB>:GBC979;<;@ABB99;::(&(+'%&'$'+@A49>99>AEEF@I88;9<39?E?>HBA;<7==>989.28:?A?B>=<99@?45?@>@?@:=9>?AA<8-9;@BD?DEBAA?41)**&&&&$(*-26<8;?:ABMEA?-')'$0$(4:@JG8=CCD?9=C@27=?:'.//1/04BD@CD>E?HHBD>@A;=?2.<>=/3?.*/-58DECBCA@>@?:969:G>B;I2/=;>AHACDAAF@?FGHC9?98A>9>7=<>FH>?((?>??<<><90-:?EABC=>==6D?<;B5;0B<7866*428?B@>BAFG5?>8:3)%//68881)((%),33:=ADFIMJ?F>?@EJIGB>;:<>0@::9:CCHHFDA@:1,./(***(+.<7=;=;;<69GKAMKFKBHIG/:495=?@?A&3;=<;=?><78<=?@EKDD;6;=?CB?:<;99:9898;@=@BE2><>DD?=<=IGAEE?MMK:AB9579DD@=>>>=:BH>=>DEJGBDDEC@D;1/.:=?78?=?C?:@@>@?6=>>0..0-5558>A7EECAEI<<6,;B?3;;9=:3:0:>;9:?@437=:;9;CC+39@=/,=-=>C=?B@3334<??9=LDE@:86-4=BB<=77ACAC;D=626595DCB@=:<<=?=;BAD7<7@,;DHIK=4>B>>7<>B?@@?@=89'555,654702'(2876;=>A=3+,/;=:=>?<<@AB<;:A@D<>DGADCCD706<>1-0B>3:9:7&&')=>;;=:<<===;8*/330--0*''()***'%6679@<>:86:EGIBAKKA@BBDEC:651+.4@ABC=@EA@AB?494210&'678<<4%%)-:;=;45//1//2*389;955;(5,<<<=@>EDDEB=:IH<@?,0.(+5577605<>;:::=AB77.,-555-344753=@=:@A>@;(76:>?>:9?BFFIICHF?>>?A::,9C2:AIBGJ??FC=IHDI>>9?D:--10**'11983;?<=DBB<>FIE;;>==99@A?CDFDBDDIBBGG?EABAC9=:9=HGIHCEC:?@BH:>@<>=;(%847DDAF88>=:;<;<6;=ACCBF>?FIG6A?ACA1.+-,0667343<1D@<==>75<;;A>DEKLKG>;<2;;88336=25;BDCDLBE==F<=?CKLEIFGGJHIHCA;@?BLHBDFFEQEFE:768,&%/9??>;@=:D=;FHJ<==638ECGA:DCDEE@?>5A=<=>AE>>>?7?>:7@@8>?DB:@F:FDE=EG:7=@AAF978?BFEE@E>9;@7>6<=+;07=6D><<3%(87:.8667AD@B=@;@:GHE7*-?GGOMHFF=;@D588<964DC>C@DFC??FGCB;?@@>=@25/-148@>:?=><>;/)8<7B?AB>>=FA@7951)).5<==;56724>CBFGCC?@594@?@?:@C68@@?;99598;B>46711/&&25??84410:=8><=?91(3A?BC@D?@??EEDDE>A=:A@@FH<>B5GDCC@BA845:<253/3:@2**%'%/7??44>?===:@C=H6:?;@@?@?KKFC@BML9?BFAE7;CDDHFF;44D./66>@F7>B68;DB;7>@:CBE?3A:=<>BCBE?;ADC;D=<@?25>B@C=9;@AA@?9>;88:;=<==*%%(#++.7;,<4<;334+'9<>=>(-<;>@<==>>==0550+..;<=,,,*'''*'',+356986+)$'$2268=(06991+17=::)4:68,**+,)%&),,::44442+()'5+'=B8@??=:7:===>>:HJGAAF@<::7@@C:;CFFJ;972134:>2?66@4+++'('(+-13925634659;=8:@C=?ABA@@AA:DC;4/54698883'*237<.2-9;1;4)3:>>98;9<:;@?GEAIHH<@?-0;C3;9:551>?<;734:;ADE>8:>=?<;<<7A=?>;<49;=94708??D=19C:?@67@:@AB;6554(*?@=>?GMEGEC>A=BD%<=2;8>B:@;C9;==>:<.4BB>>><@BD8C>>8966655/7763:;7:<>?73?CAA>G>??@==>9B;<85:6477:@=>;66DB@HIF?CEK>627ADB?>37720,,.0$%-@CBDD>>AF<<<:EDBB@LHNJ?=DCAB:58>9::57989-1564,-7;;:49835;?B?BD@?=><6@AB?==FCH79<3/17BBD>4&4;<;@><9:956448::68=;;9BDGFECDCB>ECA<1<50?;6;865=550/.01;6<6;44=518>@BADDA=7=AA4$$:893558?@BBC@9><?=>?BD@<637==::>A><;?/.2@CCACB@E=69B3@@@CC><:/1448?C@;58:<<=A8;=?<)<@3;?BD;G;KGCC@CKDC=8<>EH?<7<>9>/+>D?B>?FAAB?D;<;977>?@>BE7<;=CBFDGACBGF?D@BG<;DB>B:?@>8>94<=@?@:=>??>>A<3BA;=/8:>=>B>FD?>?@>A<=>AEGGH???:@B@<>349=9;8:45(518:(/>;E6@DDAE:7957?@@D@<@EG@;==><=@<@9>69A?;@-31=>C:870/+%#&,.-/9+'5$/EAECEE=87::???@B4>>DDF;=>ACGJAG;HNDE<>AE258:=BA:?;-D777;;>13((6:B0CCDBF==4=D>CC>JH;??B;68?.>E:?CGEB;<'$$3;DEAFEDA>ABA8:7(1<5%'FDCC<>>8964:ABHEHHA?AAA<7<8>=524*98>9DBD9;<5G?=:*,;<=?>?>?@@@53.&)=??8/AC?05/**)0235>==>>881B@*9==CDHD=>:6@ABHI>GJF;8CAC;>?@=:4*78<@EGNIH?DCD?HJ7<==:;???BDDDGEFI?=@G=350=68ALM6996>>:6)%%*382+,023=:=?6?B>48BA>AAB69?@DDBBEE?698-686>BDME@9B>><:A=>?<;B;>?@?A?>:,(0<64@:232;HFHB79=ACB?<=;;AG149.=>=+@75;;8>68:.89690;?AB?@?>AC;9@+.@174-1343454467878D=:??CBCB3+;>ABA:7=>8@<=A@CDDGAALA7>@@=:*+(,-*''%(587<:=8:6+79?>AG@>?.68=@D>?>B?=2:B9;>@;;5'610%(=>66=95:>B@<;@A75=AB@B><=>AC=>=KFA7;(>C>7=...-85*,204777;F9KC?@JEJGBA:9B7&121+;=BC52;9?:62+18::A>>==C<=8/.'-&&$&'')'/31&898/17=??>8;=976886-0;@C@?=97:.)$&*671@6:?GL@>=>BCB@K<:A=@G===0*3'(/,-.><86;=DBCFBB8<<;>:AC9<==<=;$+7;<;:0=3+').-,,7969=>8;@?A>>8:9659891&13228==<9++-'&/:=?:>=A<>ECG4H5//31=2-<>@A?*89><<8;>@<99>?BC@C8==;K>DGIHF@=<<8A9AB:<<>?;8*&<;::7(5>9;CNDC:;>EBA?01:<:,8,::BDEE@AC=BHFB?GICDD:==<>BB?A@A59;=<@FED@;B857>9A77>C<6?D>=8=3<<512.+,123&*7-.22::;98?==>ID27??:.0**-7>@<;<7:9:=)+>;&64;=<=>;-//0;9A?121<>:7'(==?E@AC9:/@>=68BAC@<:7A<=?<8;;70/3@>:=>973:5669=>@@?;''.7235096<=ABDCE<=>666=A?97765665119:;?;=;68@B40'-69??ABDAB::??:97+@=?68=:=:;;>9:9;??;,8<97+%(/323+*06977@998=@=<@>;9?<;;>>@:?A@7B><:63'%%%114;<788)%9698:6648:=7>:7>>?74-*,%$/.81::=>>11.5.*%'+66866/673,&&()+<=;7587;ABH8)9=BC;?AFDHK=;:?<58:;A??C=6(*45::EGE@2B::B=>4*/.63)0:;=9311;?@ABB?A@=98<-=<@A@:;>ACC>>@B;C?;=CHD?@7;:?88=CEDE:6@@@<3343,/;;CB?A;AAAC:>>%+59>?/5(;GHF?5,9456769:D=611-/=E>DDDDEFEF><765>FHBEEAAD?)&2001-@>?@D<:=>>?<;<*;<@A@?A>=@7;=8@@CD<@<;6<5((<@@==?BBABAB@?A.<<>@E9DA@B693793798*&%(274569/147>>?>B>5BDD=BBC><@=@?H@A7866=6/54:78;IH=9;85225B@>E=AEG??>;52A@FB=>:=159?>=>FAD@A>;8;7352.4:9>>@>A@=:;6<<597;9?C>@>=6691(7::?A>AACG@>@==8:7<6>CB?@533*//0;D.@HAA@>DG<00+,360;>8777797/2?3-=787&&')-%%22;;;A:98:@788;9)&04;9:<67?5A:>@ADAC?49?;782,<><8')'%&)24;=<;;?;/3326A>@A==AE5:C7-@A:8?<786(+=<69@7=FC?CA?=>=I?<=0B;9:@<9;<57?9<7+*834=>+9:7>65745/#(-,*))-/172*4+-)8@>@BEB@B46?:02(4<>'88786+039:>=?78999:>>A>>8JAA?==-.=A:972+0:;IBCF)>@=,9:932./8@E??89@><:99::>:20/0-.&+%+34:@D;::?=;8=;+5464==:?<4:78900(17E>=@><''-/7<5<;9359CBCBDBAF8BKQEGG>B9:B>?@D=8F@J;BC;65403AB@AHFEG33@=A?9CCCDDEA@@C:=?7;<>@BG>FAFJH<7243++$&#$&29;=:;>B=777@=>BA=:89=>6=FI=DFA9@?B?BD7;=BDCBC>>7FCDCCDCA?BBADEAAC;<*$)+-2246:9;?;8:>AA@@621?AD?@CD:4>=17A7=DBKD71@A@<7B>?:=A22.3+9<58;6===>?23,43==:?:116644;>BA>;<3)0.,07DD75FI8BFKL@DKICB<>==DDEC7:=AA;>B@;?9+(>@BB@;DC@?B;9:7768:;9;::<;EGC>8=;;@@BDFHIBGA><=>A?=<=3032*1<89569=;;;'5;;;69:6DC9B;>9C<6DBCA8D<=>A-*,58:??;DE992'/,5=?<779@=;:>?BDDDK@@?GE@CD<=F@:;)8;;<:>C@>>?62CF>CDCC<:>>:9?A::CAKABJF>BAB:?AB=??C1/.024669:?9><9F>?8@47:??=551154**./,,+.$&&'%,+27833'$12086697''+%'''&&.15762,$ @SRR14011045.54600 60a45b6c-ca0f-4163-9bd2-d45037b042bb/1 GGTAGCCGCGTTCAGTTACGTATTGCTCCTTTGATCCAGCCATCTATCTGGGCCTTCAGGAACATAAATGTCTAAAACATTTCTAAGAGTGTGTCTTGTCTTCATGAAGATAAAGACAAGCCTTGAGCCAGTAGTAAATGATCATATAATTTAATGTATGCTTAGTTCTCTACACACCCATCATATTTTTGTAACTTCTGAATGTTTGTAATGATAAATTTTATGTTTTTAAGAATAAAATGATATTTCTTAAAGTTATGACTATAATGACTAAAGTTGGAGTTACATAATGATAATTTCAGAAGCAATTAATGGTGAGATTTCACTTACCTGGCCAGATAGAAATTAAAAGGTCTCAATTAATACCCGAATCATTATTTTATTCACCAGTCTAGCACCATGCTTTGGCACATCCTTTATCTATTTGTTAAATTAAAAATGCATTTAATTAATGTATTGAATTTAAATATTAAGGTAAAACACTAACCATGTTTATTTTCAAAGCCAGGTGGCGTGCCTTCACTACATAACAATTTTATGAATCCAAATAAGACATGATTTCTTACACTTTTTAACAAGCTATCCTGATACCTAAATTAAAGCCCGAAATCTCATCTTCAGGCAAGTTTCCCTTAGATGCTTTCAGCGGTTATCTCTTCCCACACTTAGCTACCCTGCGATGCCACTGGCGTGACAGTACACCAGAGGTGTGTCCACTCCGGTCCTCTCGTACTAGGAGCAGCCCCGTCAAATCTCCAACGCCCACAGCAGATAGGGACCAAACTGTCTCACGACGTTTTAAACCCAGCTCACGTACCTCTTTAAATGGCGAACAGCCATACCCTTGGGACCGGCTACAGCCCCAGGATGAGATGAGCCGACATCGAGGTGCCAAACACCGCCGTCGATATGAACTCTTGGGCGGTATCAGCCTGTTATCCCCAGAGTACCTTTTTATCCGTTGAGCGATGGCCCTTCCATACAGAACCACCGGATCACTATGTCCTGCTTTCGCACCTGCTCGACTTGTCAAGTCTCGCAGTTAAGCACGCTTTTGCCATTGCACTTTAGGCACGATGTCCGACCGTACCAAGCGTACCTTCGAACTCCTCCGTTACTCTGCTTTAGGAGGAGACCGCCCCAGTCAAACTGCCCACCATGCACTGTCTCCGGCCCGGATGACGGGCCAAGGTTAGAACCGCGAACAAACCAGGGTGGTATTTCAGGATGGCTCCATCAAGACTGGCGTCCTGACTTCAAAGCCTCCACCTATCCTACACAAGTCGGTTCGCAATCCAATGCAAAGCTACAGTAAAGGTTCATGGGGTCTTTCCGTCTAGCTGCGGGAGATTGCATCATCACAAACATTTCAAGCAATACGTAACT + $'+'$''(.03<:8:@A=3*''''99?66BCCBAB6799:67?5312&.$+,5668AEB;CB@AAC@EBCG8JIHBD9=?B882-*'.,8079>5BGDC8FHC8CAEAB>==>63556-+346DDDA??51,=<=A=;1==:?56&&(4;6:7--0AC>AIJJB;GFF6=>8>3:779EDE;=;<><==?+667>:=<;@DKHACBGB@CEJEDBA?CIIKJBHDJIA0AAHIBDB@B@=;8=935%8%4.289-)%-3;7=>?HEFHE;=;HH=CEGGHKHED6@BA@ARFG?@AC/,2?>@AFF==@<3./97;?@<8=?8;?@A=AA>C?%%)56889+668B?A@B8944A;>?AAD@=>7>CB?8;HIDIEE6A9>CD@DF?@HCB:=?DCDD>:93@@8=@?A875688:42899656>=><:;4%%'$&/$*;=9=<7989<=>88:68/$$''/<<=7<:63'''(-12376?3>?=>:77&645386;7=;>39437>:8=8=85/-'./2+'.=>A>:>>9?=@@B=?9?BIKEM?OA@>??A:A@7>@A87:AB=<<,,'8A>BA>?@B;9@AC@@A:<85./103'>JIDEDC>A=:3127=>CD9B=9:666-.66.%$*589?=>;;663>?DBG?:@B?<=;::9<399/-04>?BCDF<>@;=279<@;<@@HF@CDAHC:;=:@?8;CD@/;,:97775BDEBA:6;979><=9<8;98/./58>=3:>8>?@C99<>FG9:86AFHB;=<==97''&&(29=??<<>?>@??0CEFA-9<<@<>>9::??>;ECF1?56>@8;>795@AA;:/:;555;0E8@<<:78?C;8?>?<:@>CD@6ACA@7:<=A8:-<306@GFA?9DD??C@;=854=>F<=?A;?7?;@>;;:==4::?BB:7861%$ @SRR14011045.55644 140132bc-9204-4241-a4e5-e67d355c5617/1 GGTAATACTTCAGTTCGTTGTGTTAACACAACGTGAGCAAATTACAAGACTACCTGGGAAGGTGGTAGAAATCAGCAACCTCGTATTTCAGTCTTTACCCTACAGTATCCTGAGTACGGCGGGCCCGAAGTCTCGTCAGGTCTAGGAGGACATCCTTAACTTTAATGCTCTCTAGTGACCGATATTGGTCGTGCCGTAGAGAAGAGGTGTACCCCGGAAGAGGAGTAGATGGAAGCGCGAAGCCGATGTGCTGCTGGTTCGAGCCCGTTAACCGGGCGAGCGTACGCCTGTAGAATGAACCGGCGAGGATTACGATATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGTAGGGAAACCGAGGTCTTAATAGGGCGCATTAGTATCATGTGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGAGAGTAGAAACTCACTGGAGGACCGAACCAGGAGCACATTGAAAAAGTGTGGATGACTTGTGGGTAGCGGAGAAGAAATTCCAAACGAACGGAGATAGCTGGTTCTCTCGAAATAGCTTTAGGGCTAGCGTCGATGTTAAGTCTCTCGGAGGTAGAGCACTGTTTGGGTGAGGTCATCCCGATTGCAATCTCAGATGCAACTCCGAATGCCAACGAGATATAATCGGCAGTCAGACTGCGAGTGCTAGATCCGTAGTCGAAAGGGAAACAGCCCAGACCATACCAGCTAAGGTCCCAAAATATATGTTAAGTGGAAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAAGCTTAGAAGCAGCCTATTCATTAAAAGGTGTAACAACAGCTCACTAGTCGGATGACCTGCGCGAAAATGTACCAGGGCTAAAACATATTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTGTATGTGCGAAGAAGGTGTACCGTGAAGAGTGCTGGAGCGCATAGAAGTGAGAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCAGGGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTGAGGAGAGACCGAAAGGTGTATCCGGGAAATGGTTGTTTCAAGGTTATTCTGTATGAATTATGTATAGTGATGGAGACAGTAGGCCCAACTAGAACTAGACGATTGGAAGTGTCTGGTAACCCAGTGAGGTGTGATATGAGTTAAATGCCTCTATAACATTGAGCTGAAGTGACGGATTTAGTAGCGAGACAAGTGATGTCACACTGCAAAGACTTCTGGCGATTAATTATACTCTACCCGTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTAATGAGAGAACTCTCGTTAAGGAACTCGGCTCAAAATGATACGTAACTTCGGAGAAGGGGCGCTGACTATGGTCAGCAATATCGCGTAACA + %'''#$$$$%$%'++%%,*$'$*)&%&$$$%%%%$$#(&&$%&%')*)+,-())'((+,*%*&%'&'&4412*(&-%&3788;=5683'$(%,780%&&$#&*(*'(>9:<80/,,,).-%%$%$$*)'%$'%&16,'+*.,&$,*$*..'%%$&%$&$$%%$'&'##$$$&--.967889;)%%'&&&$%$$-234,,*'%($$'''&#%$'&'&(++(&&&#''(&*(%((''+%''%&%)*.,'#%$'($#)((,1-))638--)+&&$%&&%%$%(+)%$-&(((&+-817;CB>B=669/-(0$?<<=:<<;:88629<=2>GGA>=DDAG=842,.,-++11+--5++768;;6-%+%%%'/4'$((,50<>=9/4446,*((%&*0313938;B=;>:=>>BED6B<5:=4351*.15;78@CB=43ABA>3/1,',-,%#%'47652&1:&3=?>9880#$%,,+333.2242,11)224422214;6,,@>24@:@>2A=?=;=;047>B;;9476;5,-*6,,*22217<@:?>99ED9=>6'<=@@A86*+08620'/..1;,.=8*45<=6<83*&$$%&+01,'$+*%(&'+*'((,-)$+''&####%%$$$*/2-)/)'((%(.%*%$''##$$%%,)+(%('.+'15;99@AC>;?D;B@,-5)95:==>C<<@:6<96755<84756'0--21-5534$$+'$2.025>?B?=>A665=:0,-+%'%&+''''($..)67:8//05C?@953<<57A;<=@=<5B;A=92+1:+5296/.-%%$))5876;@?377437>45:6*,7=9()&'0/-$06755*41-,8>78476/&(*)'$)((%%#&&&'%''&1(%%&&%%#$$#'$&,'(&(04-1521*''%&$%&%$$$''(&%&'(-.001'%&1*6<=?DAC>455633/+,.+$'(&0/2<::=><>AB@=229<<;++<)$%*+3289:6002.145.'&$%%'%$$()+,5555414:.22&$&&.1131'..;001'$$($#%%*,*#$&3**/2)))*:>C7D;?-;<9>A=B<>?FG;=??A;C=9>5787D?<98:5''97:%24;2,1-,*)%&'(*+.000-)03497177DB@<8(*$%&2563,--*+10554=<39/6)3C?4+,23/-240+==?=7;581/1/3*($*.246$%$ @SRR14011045.44086 a1d1d0e0-5a10-4ac7-abfd-cc5c6c7c9e12/1 AATGCTTCGTTCGGTCCCATTCAGCCCCCTCACCCAAACAGTGCTCTACCTCCAAGACTTAACATCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCTTCTCTCCAAGTTCGTTTGGAATTTCTCCCGCTACCCACAAGTCATCCAAGCCTTTTCAACGTGCCCTGGTTCGGTCCTCCAGTGATTTTACCTCACCTTCAACACTGCTCATGGGTAGGTCACATGGTTTTCGGGTCTACGACATGATGCTATGCGCCCTATTAGACTCAGCGCGGTTTCCCTACGGCTCCGTCTCTTCAACTTAACCTCGCATCTATCGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCATTAACGGGCTCCGAACTTGTTGTAGAGCACACGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCAAACGAGATTTCTCGTGTCTCGCCGTACTTTCAGGATACTGCTGGAGTATAAAGACTATTTCGAATACGAGGCTATTACTCTCTTTGGCCTACCTTCCCAGGTAGTTCTTCTATAATCTTCAAGTCCACGTTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGTTTGCCCTATTGCCGTTTCGCTCGTAGCTACTAAGGCAATCGCTTTTACTTTCAACTACTCATGACTACTTAGATGTTTCAGTTCACTAATCAACTATCTACATTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCCATTCGGACATCTCTGGATCATTGCTCACTTACAGCTCCCCAAAGCATTTCGTCGTTAGTCACGTCCTTCATCGGCTTCTAGTGCCAAGGCATCCACCGTGCGCCTTATTAACCCAACCTTATTTTGGTCTTTCGACCTAACTCATTAAATATTCACAGCGTTTCGGTTTATTTTCTTGTTGCTATCTATATGTATTTAATTACATATGGAATTTAGTATAGATATTCAATTTTCAATGGACAATACTTGAATCTTTCGATTCAATGGAGCCTAGCGGGATCGAACCGCTGACCTCCTGCAGTCTGCAAAGCTGAGCGCTCTCCCAGCCAAGGCTAAGGCCCCACAAGACCTCTCAAAACTAAATAAAAAACTCAAGTACATTCCGTTTTTCCTTAGAAAGGAGGTAATCCGAAAATGCGCACCTTCCGATACAGCTGCCTTATTTACGACTTCACTAATCATCTATCCCACCTTAGGCTGGCTCCAAGGGTTACCTCACCGACTTCGGGTGTTACAAACTCTCGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGTATTCTGCGCGGCGTGCTGATCCGCGATTATAGCGATTCCGACTTCATGTAGGCGAGTTCTGACCTACAATCCGAACTGGTTGGCTTTAAGGAATTAAGCTTGCCGTCACCGACTCGCAACTCGTTGTACCAACCATTGTAGCACGTGTGTAGCCCAGGTCATAAAGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAAGTGCCCAACTGAATGATGTTAGCTAACAATAGGGTTACCTCCGTTTGCGGGACTTAACCCGACATCTGACCGGAAGCTTGACGACAACCATGCACCACCTGTCACCGATGTACCGAAGTAACTTTCTATCTCTAGAAATAGCATCGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGGCCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCAGGTGCTTAATGCGTTAGGCTGGCACTGAATCCCGAAAGGATCCAACACCTAACACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTCGCTCCCGCTTTCGAGCCTCAGCGTCAGTTACAGACCAGAAGAATGCTTTCTATACCGGTGTTCCTCCATATATCTACGCATTTCCACCGCTACACATGGAATTCCACTCTCCCCTTCTGCACTGGGTTTATTGATTTCAAACGAACTATGGATTTGAGCCACAGCCTTCTAACTTCAGACTTATCAAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGAGACTAACTCGGGACCTACGTATTACCATGTTTTGCTGGCGTAGTTAACCGTCCCTTTCTGGTAAGCTACCGTCACAGTGTGAACTTTCCACTCTCACACACTCGTTCTTGACTTACAACAGAGCTTTACGATCCGAAAACCTTCTTCACTCACCTTGACGTTGCTCGGTCAGGGTTGCCCCATTGCCGAAGATTCCTACCTCTTGCCTCCCGTAGGAGTCTGGGCCGTATCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGTCGGCTATATATCGTCGCCTAGGTGAGCCGTTACCTCACCTACTAGCTAATACAACGCAGGTCCATCTTGTAGTGCAGACAATTGCCCCTTTCAAATAAATGACATGTGTCATTCATTGTTATGCGGTATTAGCTATCGTTTCAATAATTCCCCGCTACAAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCAAGAAAGACAAGCTCCTCTCTTGGCATTCTACTTGCGTATATTAGGCACCATAGCCGGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAATCTTTAATAATTGTTCGAGCGTTAGCCTCATTACCGTCATCTGACGATTTATTCTTGTAAATTGACAGGTTATAATTTCTTCTATCATAACCCTGCACTTGGTTTCTTATTCAGTTCTCAAAGGTCTTTGTCTCTTAGGAATATGCTCTGTATTCTAGCAAATCTACAGAATAGTTTGTCAACACTTTTTTCGAGTTTTTTTGCTTCTCGTGTGCTTACCTTCCGAAACAGCTTATTTATAATATCATCTCTGACTTATCTTGTCAATAACTTTTTTAAAGTTTTTTTCAAACTTTTTCAGTTACTGAACAATTTCCTTGAGACTTTGTTATTTCGGTTTGTGAACCAATGTCAATACTTATTTTTTCTATGCAATAAGTGAAAGCGAGAATCTCTAGTATCTCCTTTTTTCATTTTTTATAATTGCTCGCATGGAAGTGCTTGTGAATTTTCGACATTTCGTATTAGGCGCGGTAAGAACGCACGGATGTCATCTTCTTTATAACCCACTTGCAATCTCTTATCATCAATTAAGATTGGACTTTTCCAAGATTCAACGGGTTTCTTGAATCGAATCAATCACTTCACTAACACTGAGCTCTATTAATTATCACAATTTAGAGCTTTAACATAATTTTTTGATGAAACAATGCTCTCAACACCAATTCTCTGTTTGATAGGATGTTTAAGATTTCTTCTTTTTTATGAAAGTGGTTCTTTACTGAGTTTGTTCTTTATAAGGAAGTTGATGGTTGTTCAACCATGTTTTTGCTTTTACAACTTGTACAACTTGAGATTGTATAAATCTTAATCATGTTAATTCTCTCTTTCTGTCACATGATACTATTATCTTATCATTGTCCTTAGTTTAAGAAATCGATTATAGCGACTGTTTGAATCTAAGGGGACTTTTCAATTATCATAGATTTTTTTTACTTAGATTAAATCAAAGAGAAAAAAGAGCTCTTCGGCTCTTTGCACTTATTCTTCAATTTCAATGGTTGAATCAAGGTCCAAAACAAGTTCATCAGATGTTTCTTCAACTTGTGCTTCTTCAACACTATCCTCTTCTTCTGTTCAATCAGAGCCATAGTGTACACGTACTTATGATCAATTTCTTCAAAAATATCTGGATGATCTACCTGATATTTTTTAGCATTTTCAGATATTATGACCAATCTTTATCTCCATTATGAGAACCATGCTCCGGCTTTTTGAATAATTCCTAAATCACTAGCGATTTTTACAAGCTCACTATATTTTGTGAAATCCCTTCACCATACATAATTTCGACAAAGGCTTCTTTAAATGGGCGGGGCCTTGTTTTTGACAACCTTGATTTTAGTTTCCTTACCAACATTTTGATCTTTTTTATCACCAGTCCTTTGATTTGCGTATTTCCACATGCATCCGGTATACTGTTCATAAAATTTCAGAGCACATCCACCAGAGGTCGTTTCTGGATTACCAAACATAATACCAACTTTTTCACGCAATTGGTTAATGAAGATAGCAATTGTTTTTGTTTATTAATAGATGCAGATAAGCTTACGCATGGCTTGACTCATCATACGCGCTTGAAGCCCAACATGACTGTCGCAATATCTCCATCAATTTCTGCACGTGGTACCAAAGTATAGCAACTGAGTCAACAACAACCAAATCAGCTGCACCAGAAGTCAATCAGCTTCTTTCAATTTCGAGACCTTGCTCACCTGAATCAGGTTGTGACAAAAGAAGCTCATCGATATTAACACCTAAATTGCGCATAAGCAGGGTCAAGGGCATGCTCTGCATCGATAAAAGCTGTGATTCCGCCTTCTTTTTGTGTCTGAGCAACAGCACCGGAGGGCTGGTCGTTTTTACCTGATGATTCTGGTCCGTAAATTTCGATAATACCTTTAGGATAACCACCTGCACCGAGCAATATCAGCTAGCGAGCCGAGCTCATAACCTGAACCTTCTGCTCTTTTGTCACCAAGACGCATAACTGCACCCTTACCAAAATCTTTTTCAATATTCTTCAAAGCATCTTCAAATTCTTTACGACGCTCATCTCAAATTTCTTTGTAATTTCTTCTGTTTTCTTTGTTTCTTAGCCACTTCTTTTCCTCTTATTTCTATAGTTAAAGACAAACTTAAATCAAATTGTCTCTTGTAATAAAGCTTGGCGAACTAAGTTAAGGCATAGAGGGTACTAATATATCTAACATCAGAACGACTTCTTTACCTATAACAACCTTGATTGACCTTACTTGATTCCTATCAACCGTACCAATAAATACTGTACCTGCTGGGTGTCCTTCTAATGAATCTGGTCCAGCTACTCCGGTAAGAACAATTCCGTAATCGCTATCTGTTTTAGCTGGGCACCTTCCAGCCATTTTTTCTGCAGTAAAATGACTGACAACACCATGTTTTCTAGTTGCGACAAGAATATCCAGCATTTTAGATTTTCTTCAATGCTGTAAGTAACAAAACCGCCTTTAAATACTTGTGGGAAACTCTCTGAAAAATCAGCAATACTAGCCTGAAATAAACCTGCTGTTAGGCTTTCGAGTTTTGCTAATGATAGTCTTGCCATGGTTCTTAAGCAAACGGAAAGTTTCCAAAGGCTAAACTATGAACTCTCCATCACCAAATAAAATCAGATAGGTTTGCCATCTAAGGTTTTAGTAGAACAAATTTGTTTTCTAAAACATCTAGTTTTATCTGCTTCTTCTCGTGAAGAAGCCTTTGTTGTAAAGCGAAGTGTTACTTCCCCCACTTTAGCGTATGGAGCTATGGTTGGATCTGTTTGGTTAACAATAAAATCCTTCAGAATAGTCACCAATTGACTTTCCAACGCCAAAGAATCTTAGGACTCTCGAATAAAGACTTGCGTGATTCTCGGTAAGTGCTGGAACAAGTTCCTGATTCACCATAGGTTTAAGTTCACTTGGTGGCCCAGGTAGGATTTCTACCTGGAATCTGCCGCTTGAGTATTAATGACACCTCCAACTGTACAAGACCTGTAGGATTTTGCAAGGGGACCATCCCTCAACAGGCCCAGCTTGACGTTCATTATTAGGCGTTCGTGCTGTTTTGGGGCGAGCAGCAAAAACTGTCCAGCTTTTACTGGCCTCCTCATCAAAAACAAGTTTTTTTACTAAAGACTTAGCTAGGGTTTGCTTGGTTAAATCGTCCTCCCGTAGAATGAGATACACACAAAGTATGATAAGTCATAGCGTCTGCTAGCTTGGTCTAGAGACTGAGGTAGGCGGTTTTTCATTGTCTCTACTGCTGTGTGAAAAAATACATCGATTCCTAGTTCAGCTGGTTCTCAGATAAAATTGAGCATTGGTATTGGTGATTTGCCCGGTTAGGATTCGGGGTTTCCTATCTGCAATCAATTCAGCTTTCATTGGACTACCTATATTACTATTCGTAAAATAATCTCAAAATCATGTTCTTGTAAACTAACATGTTTTCTCGTCTTGTCAATCAAATCCACTCATTTGTTGAAGTCACAGTTATTTTCATGATCATTCACAAATCCTCATGACACATAAAAATGAATATATAGTAGTCGGTCTAAAAATTTGAGCCACTCTCTAAAGATTTTTGGCAATCTGTTGGGATAAATCAGTTGATGATGGGACGTCCTTATATGTGGGAACATAATTTATCAAGGCTTTCCGTCAAAGAAATGCCAAAAATAATGAGACAGGGAGCCAAATTCATCTTGGAGTTTTAGTACTTGTTTGGCATTGTTTACAGTTGCTTCTAACTTAAGTTTATGACGATATATCTGGATTTGGAAAGCGCTGTCAGTTTACTTAGGCTAAACTGGGCAACACGCTCAATATCATAGTTATGAAAAACACGATTAAAGGCCTGACATTTTATTTAAAACAGTTAACCAAGAAAGTCCTGACTGATAACTTTCTAAGCAAAGCTGACTGTCAAAAAGTTTTGATCGTCGCAATAGGCTTTTTCCCCACTCCTTAAATCTCATGATAATCACAATATAATTTATTGTTTGTTGGAGACCCAACGACAACGATTGACCATTGCTTACCTCATTTCATCAACATCTTAGAGCTGATTTAATGTATTGCTCTGCCGTTTCATTAGTACCTTCGAAGAAGGCTTTGATTTTCTTAGGTTCTGCGACTTTACTGGCAAGAGCAAGCAAGGCTTCCATAGCCTCATCCAACTGATGATTCCCTTCAGGTTGACTTGGTATCGTCTTGGTCGTTTCTGTTGGTAACTCTGCAAATTTCCCTGCAAGTCCAAAACCATTTGCTGGGCTGTCTTTTTACCAATCTTTGGAAACTTCATCAGGTACTTGATGTCACTATTATCAATAGGAAGCCACAAGCACCAGTTATCATCTACAACAACAACTAACAAGAGCAGTCGTCGGACCTATTCCAGAAACTGTGACAAGCTTAGAGGAACCTCTCTTTCATCTGGTATGGAAACTAAAAAAGAAGAGTGGGCGTCATCCCTAATAACCTGATGGTGAACGGATGGTCTGATTCATCTGGTCAAACTATGGGGTTCGCTACAAGTAGCTATATAACCTAAGCCGTTTGCTTCTATATACGTATACTTGGCGGTAATTTTCACTAGAGTTCCCTTGATGTAATCATACATAGCGTGTGATTTCCTTTCTCGTTCGTATCTTCGGCAGTTGCTTTGTTATTTTATACTTATAAGATAGTTGTCTTGAGTGTTTATTTTGTCACCTCAAGCACTGCTGTACTATTGTAACAAAAAATCCACTCGAAAGTGGATTATGTTTGCTCTATTTAAGGATGACTACTCGTCTTTAAAGTATCTGTAATCTTCAAGCCTAATAGAATATATGTTACAACGCCTAAAGTATAAAAGGCAATGCTAATGACTTTACTAGGGCATTCTCCAGAAACTTGGTCGACCTAACCAAGCCAAAATATAGAAGATAAGCTAGTCGCTAAAAATGTTAAGCCAACAAGTAAAAAAAGTGTTTATTAGTTTTTGTTAGGTGTCTCATCACTCTACCTCCTAACTTAAAAATCAGTCAACCATCCTATAATGATGTGCTAAAACATTGAAGATTCCTTACATCTTCACCACTATTATAAATCTAACATTCCTATTCGTAAAGTAAGACGAAAAAAGTTTAATACTTTCCTAAGTCACGTAGACTGGTATGATTTTCTTGAATTCGACGGAACATTTTTTCCATATCAGACTTTGTAAAGTTGACAAGTACAGGACGTCCGTGGGGAGCAATTGTAGGGGTTTTACACTGGGCAAGCTGTACTAGAAGATCGCATGAGTAATCATCGAGAGCATGATTGGCCTTGATTGAACGTTTACAACTCATCATGATGGCTAACTCTGCACGATAGGTCTTGACAGACACTTCATTCGTCAAAAGAAGCATATCGCTTTATCTCATAGACTGCAAGATTCAATCTCTTCTTCCTTCATCCAGATAGGATGTTCACGAAGAATAAAGGTGTTATTCCCATAAGGCTCTAAATGAATACCAACCTGGTTAGAAGAGGCATTTTTTCTTGTAAACTAATGTAATCCGAACCTGAAAATTCAAAGAGATAGGGAGCAAAAGCTGTTGTAAACTACTGTCAGCCTCACCAATCTTTTCGCGATAGTACTCATACTTGACACGTTCTTGGCATGCTGGTCAATGATGTAAAGTCCACCTTGTCCTTGAGCAAAGAGATAGGTTCCATGCATTTGACCAAAAAACTCCAACTCAGGAAAGGTTGATGTTTCCTCATTGTCCAGATTTTCAAGCATGCGCTTATTTTCGACATTTTTTACCATCAAGTTTTTCGTGTTCGCTATCACTATCATCTGCTAAACGTTTTGCCTGTTTAACGAAGTAGGTTGCAGTTTGTTCCTACCGATGAAACTGAAGCTCTGACTCTAATACAAAGTTTGATATCTTCTTGGACAGTCTCTGGTTTGACAAAGAAATCATTACGACTGCTATCATAGTAAAGATTGGTCTGTTTAGTGGTAAACTCGTTTGAACCGGTTTAGATACACCTCTAGTACTTGACTTGGCTAGATTTTCAAGGGCATCTGGAATTAAATCCTGCTCTCTAAGACTTTGAGCAATGGCAGAGCTGATAAGGGCCATGAGCTCTTTTTCTTTAGAGATACGTACTTCCTGCTTTGTTATGGGTGTGAACATTGACATCAGCCAAGTAGGGATCAATCTGAATATCAATAACCGCAATAGGGAAGCGTCCTACCATGAGTTTAGAACCATAACCATCAAAAATAGCCACGATTAATAGTTTTACTTTTATATCTATAACGTCCGTTAATGAGAATCGTGATACGGACTCTGATCGCTGATTACAAATTCAGGAAGGCTGGCCTAGCCAGAAACTTCAAAATCAAGGTCAGAATTTGAAATTTCCACCATTTTTTAGCCGTTGTCAAACCATAAATCGGCAATAGCTTGACGGAGGTCTCGTACCTGAGGTCTGTGTCAACTGACGACCGTCAGCCGTAAGGTGAAGGCAACTTCGGGATGAGCTGAACTCAGACGATTGACAACATCGACAATATGAGCCAACTCCAGCCTGTAAACTCTTCATGTACTTAAGACAGGCACAGGGTATTATAAAATAAGTTTTCAACGGTAATCTTTGTTCCAACTGGGTTGAAATAGGATCCTGACTCTCAATTTCCCCACCTTAGCAACCAGTTTGGTCCATAGGCTTCTCCATCAATCGCCGTCACAATGGTAAGATGACTAATAGAAGCTATTGATGAGGGCCTCACCTCGAAAACCAAGAGTTCGAATACGAAGAGGAGTCTTCGTTTTTGATTTTACTCGTTGCATGACTGCGCCAAACTCATAGCTACATCGGCGAGCCATTCCTTCACCATTGTCTGTGATTTGAATTTTTCGAGAGGCCTGATTCTTCAACTTCAATGGTAATCTGAGTCGCCTGCATCAATAGCATTTTCCACCAGCTCTTTGACTACGCTAAGCGAATTAAGCTCTACGACCTCTCCAGCGGCAATCTGATTGGCTAGAACTTCCAGGCAATTCGATGATTTTTGGCATAATTATTTTTTCTCCCTTCTAAAAAGGTTGATAAATTCGCAATTGCTGGCTAACATGCTTACTGTAAAGCCACAACTGCACACAACTGTTAGCCAAGATAAGGCTGTAGCTATAACAATCCGTATCCCCGCTGGCGAGGTTTGAACCAAATGAGCCCAGAAAAAATCAATAGGTAAATAACTTGAAAAAATACATTGATAGGTTCTGGGAGAGCTTGTAGAATCCATAAACTGCTTCACAAAGAAATAAAGCAAGAGCAGGTTCAGTGTTAGTGCCTTTTCAAAAGGTGTAAAAAAACTCAAATCAGACTGCAGGCAAGAAAAATTCCACTAACCATTTCATTATAGATTTCATGCGATTACCTCGTCAGTACGTTTTCATTAAGTATAGGGAGTTTTCTAAAATATTTTCAACCACTTAGACACCATATAGGACCATAGACAAGTGCTATTGCTGTGGACTAGTAAATAGTGTTTAATAAAGGTGTGAAGGGAGGAGGCCTCATCATGCAAACAAGAAGGATAGTTATGAAAATAAAAGTTCATATTGACTCGATATTTCAAGAAGAAATGTTGCAGATTCAGGCCCTAGTCGGACGCCTACAAGATTCAGCAAGTCGTCGAGTTTGTCGAAGATCTTTGGATAACAACCACCGACTCAAAGGAAAAAAAAGATGGAGAAACTTATCTTATCGAACCCAAAGCTATTTCCAGAATTTACATCGAAAATCGACAAGTTCTAGCTGAAACTATTCAAGGAGGTACCCTGCTGAGCTACGTCTCTATCAAGTTTTAGAAAAACTGCCATCTTACTTTATCAAATCTCACAGTCAGAAATTATCAATCTTAAAGAAATCGAACGCTTCATTACCCCTAACGGCCTCGTTGAAATTCACCTTAAAAACAAGAAACCACTTACTCATCCACGCCGTGTCACCTCAAAGCAATAAAGGAGAAATTACAATGAAAAAGCAACACCAAATCAGGCACAAAGGGCATCCTTGACTATGGACTTGCCGTATCCATGATTTTATGTCTCTTATCTGGGCACCAAGCTACACATGCCTCTAAATCCTCACTCAGCCATTGGACAATGGATGACGTCTATCGGGTTCACGGATCTAACTGGTATTGGCCTACTGCCTCATCACTTGGTTTGCTATAAGGTATCCTTTTTGAAGTCGCTAGTTATATTTTTTCGTAAAGCTGAATGGAGTTTGCTTCGTGCAACCCTCACTCACTACGCACTTGACCTGTTTAGGTTTCATTCCACTGGCGTACCTCCAGCGGATGGTTCCCTCTTCGTTTAACTTTCTACTTGGAGCTATTGTCATTGAATTCAGCCTTATCTATCTCCTCGTTTGGGTCTTCTCTTATTGGAAAATGAAAAAGGATATTGAACAACTCAACCAAGAATTGAAACACCTATAAAAGACAAGAAGCCTGTCAATTGACAAGCTTCTTTTTATAGTTTCTGTTTTAAATCTGCTACAGCCATCATGATATGCATAGGTGTCTATTGTAAATGTCCAAATCACGCAACTCTTGAAGAACTGGATTTTCAGTAAAATCATCAAAGAGATTTGCTCGTTGACATGCGTTTCAGTGGCAGGCTTCTCTTGAGGCATTCACCTTTCCTGAAGTTGGATGGTAACTGTATCACCCACTCTCTAGTTGTGTCAAGATAGTGTCAGCACGTTCGAAGTAAATCTGCTGGTAAACCTGCAATCTTAGCCACATGAATACCATAAGATTTATCGGCTGGGCCATCGACAATCTTGTGAAGGAAAGTCGCTGCCGTCCTTGCAAGTGTCATGAACATTGTGAAAACCAGGTGTGTCAAACAACACGACGAGGCTGTCAACTCATGATAATGGGTAGCAAACATGGTTTTAGCCCCCACCTTGTCATGAATAAACTCAATAATAGACTGAGCCAGAGCCATACCATCATAAGTGGCTGTCCCACGATCTCCAACTCATCAAAAATAATCAAGGAATTAGGTGTCGCCCGCTTATAGCCTGGTTAGCCTCCATCATCTCAACCATGAAGGGTCAGCTGGCTGAAATCAAGTCATCTGCGGCACCAATACGTGTATAGATGGCGTCAAAAACTGGCAAGTCAATACTATCTGCTGGCACGTAAGACCCCATCTGAGCCATAACGACTGACAAACTAACCGACGCGCATATAAGATGGATTTACTCATATTTGGTCCTGTGATGAGCTGAATATTGGTCTGACTATCGAAGTATTATTTGGAATGTATTCTTGAACGCCCATAACCTTCTCGCTACACTACATGACGGCCTTGATCAGCAACAATACGATGCTCATCATTGAAAATAGGGCGAACATAATGATTTGTCTCTGCTACATAGCTAGACTCTGAAGCACATCGACTGTCGCAATAGCGTAACTGGTGCAAACGGTCAATATAGCGTTCAACCTGCTCACAGGGCCGCATGAAAATATCATACTCTAGCTGTTTGATGATTTTCACGCGCCTCAAGCATCTCACCTTCAATTTAGCCAATTCAGCAGTTCCAAAGCGCTCTGAATTTTTCAAGTTGCCTTACCCGGAAGAAATGGTCAGAACCAAGCTAAGGTTAGAGTTGGTCACATGGGAAGTAATAACCATCTTTACGATTATAATCAATCTTTAGTGTTGTAATACCTTCACGTTCTTTAGCTTCGATATCTGCGATCCATAGGGTTCCCTCACTCATCACCTTGCGATACTTGTCAAGGTCTCATCAAAACCAGCACGGATAATGCCACCTTCTGTAATGGTTGCAGGAGCATCTGGATCAATAGCCGACCGAATCAAACTCTCTAATTCTGGCAGAGCATCTAACTCTTGTAAAAGACGTGACAAGGCATCGTTGTTAAAGACTCCAAAATCGCCTTAATGACCGGTACTTGAGCCAAAGTATGACCTAGCTGAATCAAAATCTTTTGGATTAGCCTTGCCAAGGAAACACGACTGGCCAGGCGCTCAATATCGTAAACACCTTTTAGACTCTCAGTCAAGTCCTCCGCTCAAAGAAATTGTCCAAGAAAACTTGGATAATATTCTGACGCTCAGTGATATTAATTGGCTTGATTCACTAAAAGGACGATCAATCCAAGTTCGCAAGACGCATTCCCATAACTGTCTTGGATTCATCCAAGAGCCAGAAAAAGGGAACCGTGTTTCTTGCCCGTTCTAGCATTTTCTAGTAAATCCAAACTTGACTTGGTCGCATAGGACATCTGCAAGTAATCCTTAATCTCATAGTGCTGAGCCTTTTGTAAATGACTAAGCTCACGCATCTGAGTACAGTGCACATACTGGAAGTTTGCCCGCCACACTGCTTTCCAAATCTGTAAGCTAGTGTCAATCAAGTGGACATCATCAGCAAACCTCTGTTTCCTTGGAGAGTAGAAGGTTGAGTTGCTTCACCGAAAATTTGTTCGTCAGCTTCAGGTAAATCACCGGCAACCACTACTTCACGTGCCTTAAGGTTCTGAATTTCACTGCAAACTGAACTAAAATCATCCAACTCTGTCGCAAAATTCACCCGTTGATACATCCATATAGGCCAGACCGAATCGACTTCCAACCTTGTCAATGGCTACTAAGAAATTGTTGGCATTATCAGGTTTTAGAGCTGCTATCTTACTGTCCCTGGCGTGATAACCTGAACTACCTCACGCTTAACCACGCCAACAGCCTGTTTAGGGTCCTCCATCTGCTCAGCAATGGCTACTTTGTAGCCCATCCTATTTAAGACATCAATATAGGCTTGAGCCGAATGATAGAACACCTGCCATAGGAATGGGATTATCACGTTCATTGTACGACTGGTTGACTATTTCAATATTTGGTGACCTTAACGGCATCATCGTAAAATAATTCGTAAAATCCCCCATCCGAAACAGCAAAAAAGCATCTGGATAATTTTCCTTGATATCCAAATACTAATTCTGGAGATATTTTTTCCTTAGCCATGTCTTAACTCCTCGTTAATCTTTTCTTCGATAGACTTGGTCACATATTGAATCAAGTCACTGGCATCTTGCATCTTTTGACGGTAATCCTGAACAATGGGCAAATTTTCCAACTCATTCTGAATCAAATCTGCCTGATCACCTGCCTCCTCATAGGCACGTTGTTTCCTCAATTTTTTGAAAAAGCACCGCTTCTTGTTGATAGGCCTTCATCTGTCCAGCCAGAGAACTAATAATCTGAGGATCTCTCCAATAAGCTTTCTCAGCCTCTTGAAAAGCAAGAACCGCCTCATGGTGTTTGGGGAGGTCGATTAACTCTTCTTTGGCTTTTTGGAAATCCTGATGGGGAATACTTCATCAGTGAAACTCACTTTCAATCTTTTCAGCAACCACTGCGTCCTTACGATTGCAATAAGATACTCCACTTCAGCAACAGTTTCCTAATTTTGGTTGCCGTCACTATCAATCAAGTTGGCCAAAACATCTGCTTCACCCAATTCTGTATGGAGGCAACATAAACTGAGCACGGGAAACTGATTTACGGCGCATAGTCCTTAACCGTAGGATCCAAACTTGAAAGCAGCTGCTCAGACAAACTATAGTAAAGTTTACCTTCCTCATCACGAAGCTTCCAGCAGGCCAATCTCACGCAAATCACGTGACAAGGTAGCCTGTGTAACCGTGATACAACCGCCTCTAGGCGTTGCTTAATTTCACTACGTGTCCCAATCTTATCTCTTGAAATCATCTGTTTGTTGTCATAACTTGACGATCTCTCTTCATTATCTTTCACTCTTTTTTAACAACATATTCCTTGCATATTATAACAGAATTTTTGTATTTTTTCATGAATACTTCCTAATAGATGCTTTCTTGTCCCTACCTATTAACTAAATAATGGTAAAATAGGTATGAATGACAAAGATTTGAAATGTGAGTACCTACTAATTCACCCAAAAAAAGAACTCATTACGACAGAGATTGCTAAAGTTGTTCACAGGTTGGAACAAGAAAACATTCAAAATCTGGCAGAAACCCTAAAAATGCTGACATGGGGGACCTTGCCTTTCCTGCCTTCTCATTGGCAAAAGTCTTACGCAAGGCTCCTCAAATGATTACTGACAGACATCGCTGAAAAAATTGATGCTTCAAACTTTGAAAAGTTGAAGCTGTTGAATCACTACATCAACTTCTTCCTTGATAAATCAAAAATCTCGGCGGACGTTCTTGGACAAGTCATGCTCAAGGCAGTCACTACGCTGACCAAAACATCAGTCACGGACGTAACATTGCCTTTGATATGTCTAGTCTAATAAACCTTTCTCTATCGGTCACTTACCAGTTCAACAGTTATCGCTGACGCTCTTGCCAACATCGTAGCTAAACAAGGCTACAAACCAGTCCGCATCAATCACTTGGGTGACTGGGGTAAACAATTTAGTATGCTGATTGTTGCCTATAAGAAATGGGGTAGCAGCGAGGAGAAGCTGTCAAAGCCAACCCTATCAATGAACTCCTTCAACTTTATGTGCGTATCAATGCTGAAGCTGAAAAGACCCATCTGTAGATGAAGAAGCTCGTGAATGGTTCCGTAAATTGGAAGCTGGTGACGAGAAGCTACTGCCCTCTGGCAATGGTTCCGTGACAAGAAAGCTTAAGTAGAAGATTCAACCGTCTCTATGATGAACTTGGTGTTTCATTTGATAGCTACAACGGTGAAGCTTTCTACAATGATAAGATGGATGAAGTCGTTGACATCTTGACAGAAAAAGGACTTCTCCAAGAATCTCAGGTGCCCAAACTGTAGTTGAAAAATATGGTATCGAACACCCAGCCCTCATCAAAAAATCAGATGGTGCAACACTCTACATCACGTGACTTGGGCTGTACCGCTCTACCGTAAACGTACTTTGACTTTGCCAAAGCCATCTGTGGTTGGTAATGAACAATCTGCTCACTTCAAACAGTTGAAAGCTGTTCTTAAAGAAATGGGCTACGACTGGTCTGACGATATGACTCACGTTGCCTTTGGTCGCGTGACTAAGAACGGTAAAAAGTGTCAACTCGTAAAGGTAACGTTATCTTACTTGAGCCAACTATCGCTGAAGCTATTTAACCGTGCTCAAGCTCAAATCGAAGCTAAATCCAAACTTGCCTCTAACAAAGGCTATTGCCCACGCTGTTGGTGTCGGAGCTATCAGAGTTCAGAGCTGTAAAACGAACCATGAATGGTTATGACTTCGACCTTGATGCCATGGTATCCTTCGAGGGGAAACTGGACCTTACGTACAGTATGCACACGCTCGTATCCAATCTATCTTGCGCAAGGCTGACTTCACACCATCTGCAGATGCCACATACAGCCTAAACGACGTTGAAAGCTGGGAAATCATCAAACTCATCCAAGACTTCCCGTATCATCAACCGTGCATCAGATAACTTTGGAACCATCTATCGTTGCTGAAATTTGCCATCAAGCATGGCTGACTTCAACAAATGCTATTTTTTTACCGTATCTTGGATGAAAGCCCAGAACGTGACAGCCGTTTGGCTCTTTGCTACGCAACAGCAACAGTCCTCAAAGAAGCCCTTCGCCTTCTCGGTGTTGAAGCTCCAGACGAGATGTAAGCTATATTTAAAACGCCTAAGGGCGTTTTTTTAGTGACCAAAAAAGAACCCAACACATGGGGTTGAGCTCTTTTGGAGATTATAGAAAAAAAGAAAAGTTCGTTGTTCTACAAAAAGTGTAGCAAGCCTTAACGAGCTTGCTGAACAGGTTCAGTAAAAGTTATTAGGAGACTTAAAGTATAACCTCCCTACCTTAAAGAAACCTTAAATCGCAAGAAAAAAATCCCCAAAGGGATTTTCCTAAAAGCCAAGACCACTGAAAAGATACGATTGTACAGGCTTCCCAACCTCTTCTTCCTAATCCTCCAAAGGTGACCGCTTGTCCAATGGGAATCTTTATACTATAACTATATTACCTTGTTTTGGAAGGGTTTCAAGTAATTTCTTAAAATATCCCTAATAAAGCCTCAAAAAACAAGAAAAAAAGCCTAGATTTCTAGACTTTCTTCAGGGAGATTTATTTATGAAAAAAATTATATTTACCTCTAGCTCACAAAAAGCTAGTTGCTTTATTAGGATATGGTTATAATATATCTTAATAAAGCTTAAAGGTAACTTAAATTATTATCTTATATCACTTTTTAAAACGATAAGTAAAATAAGTAATAGTAAACTTTTCTAATTAGAATATCAATATCTAAAAACCAAGAGGGGCTTTGATACTTTAAGATCATTCATGATGCGGATGATATTATAAGCAATGCTTACTATTAAGAGACTAAGTTCAGTAAAGCACTTAAATCGTCCTTTTAAGATGGCTAACTATATTTACAAACAGTTTTCTAGCGATGACTCTATTATACGGCTGAAAAGGAATCAAAATAGTGACATAAATGTCACCATCAAAAAAACAGGTCTGCTGCTTTTTTTTACTGTATTGCTTCAATTAGTCACCCAAACCGATGCGTTCAGAAGATTTCATCAACACGTTTAGTGTAGTAAACAGGGTTGAAGATTTCGTCGATTTCTTCTTGAGTGAGGCGTGATGTCACTTCTGGATCTGATTCAAGTGGTTTAAAGTCTACTTGGTTATCCCATGATTGAGCTGTCTTTGGTTGAACAAGGTCGTAGGCTTGCTCACGTGTCATGCCTTTTTCAATCAAAGTAAGCATCGCACGTTGGCTGAAGATAAGACCAAATGTAGAGTTCATGTTGCGAATCATGTTTTTCGGGGAAGGCTATCAGTTCTTAACGATGTTTCCGAAACGGTTGAGCATGTAGTCAATCAAGATTGTTGTGTCTGGTGCGATGATACGCTCGGCCATGATGAGTGAGAGATATCACGTTCATGCCAAGGGCTACGTTTTCATAAGCTGTCACCATGTGACCACGGATGACACGCATAAGACCTGTCATGTTTTCAGAACCGATAGGATTCCGTTTGTGAGGCATTGCTGAAGACCCTTTTTGACCTTTAGCAAAGAACTCTTCCACTTCACGTTGTTCAGATTTTTGAAGACCACGAATTTCAGTTGCCATACGCTCGATAGAAGTTGCGATGCTAGCAAAAGAACTGCAAAGTATAAGCGTGAAGGTCACGAGGAAGTACCTGTGTGAGATTTCTTGGGCTGGATACCTAATTTGTCGCAGACATATTTTCCTACAAATGGTGGGATGTTGGCAAAGTTACCAACCGCACCAGAGATCTTACCAACTTCCACACCAGCGGTAACATGCTCAAAACGCTCGATGTTCCGTTTCATTTCGCTGTACCAAGTCGCCAATTTAAGACCAAAAGTTGCATCGGCTCACGTGCACGCAAATGAGTACGGCCCATCATGATCGTAAACTTGTGTTCCTTGGCCTTGTCAGCGATGATGTTAAGGAAGTTTTCCAAGATCCTTGCGGATGATATCGTTGACTTGTTTGTAGAATGACCACCGACGGTATCCACCTACGTCCGGTAGATGTCAAGCCATAGTGAACCCACTTGCAACATCCCGGAGTCTCGAAACCGCACGTGTGAAAACAGTAACCTACATCATGACGAGTTTACAACACTCAATTTCCAAAATACGGTCGATGTCAAAGTCCGCTTTCGCGAATCAAAATACATCTTACCAGGATTCCCAACTCAGCCAGCACCTCATCCAGCCAAAGATTTCCACCTCAAGCCAAGCACGGTATTTATTTTCTTCAGTCCAAATGTTCGCCATCTCAGGGCGTGAATAACGTTCGATCATTTTTGTTTCTCCTATTTATTTAATTTATTTTTTACTTTCATCAGAATATCGTCTAAATGTTGAAATTAGATACCATAAGTTTAACAAACCAATACGGAAATCCATACTATAATATAAAGAATACAATAACTCTTTGATAAAATTAACTAAAGTGTTATGAGGTAGTTTAGAAATATCAATTTCAAATAAACTACCTATCAAAAGCAATCAAAGATATGATTAGCCATAAAAAAGGCTGCCGTAATATATGGTGCTAATGTTCCATGTTAAAGATTTCCCTCTTCACTATTATCAGCATCTTCCGGATCAACATATTTGATACATTTTACTAAGTCATCAGTATTAAACAAATTCCTTGTGGCGTTTAGCATTGTAACAGAGAACGATAAACCCGTTACACCTGGAAAAATGATACTACTAAATGACAGCCATTTTTATAATGTCTAAATCTATATTTTGATCACTGATATTCTCAAAATTTAATATAATAACATAGCACACAGTATAAAAAGCCATTTTGGAAAGATATTCTTGTTCCAAACCCTATGAATTATTTTAAATTTATTTAATTCTATCCTAACTTCATCTACTTTGGTAGCCATTATTAATCACCTCTCAAGTGAATTTTTGTTTTACGTACCGTGTTGCAATGATATTTTTAGCTTTACTTCGGATGTAAGCAATATAACCAGACTGTATCATCTTTTGTTTCTTTGGTTATATCTTCACTAGTAAAGTCATCATCTTCTTTTGACTAGATATACTTGGTTTCTTCACTTAGAAGCGCGCAGTGCATTTCCTCTATCTCTAGCCGGATTTCCATTTGGGGAAAACACGTTTATTGTTATCTCTTTATACTTTCCTGACTGTATAGTGAAGTCGTCATAAATTAGGATTAATTGAAATTCTCCACTATATCTGTTGCACTCCTAATTCCATTTACCTCTTCTTGAATTTCATCAATAATATCTTCTTAGTTACCAAGCATGATATCATCCCCTTTAATCTGTGAACAAGGAATATATATCATTCTTGAGCCGTCTGTAATAGAAGTTCAAATCGTGACTTAGTTTAATATTTGAATCTAAAAATTTTTCAATTTTTTAACTCTATCGATAAAGGTAACTCCCATTCTAACCTCAGGAATTTTTCCACGAGAAAAAGCGTAATTTTTATCTTATCAGAATTTTTTTTAGAAAGGGATAGTGCTCAAACAACTGTTCAATGGTCGACTTTACAATCGTATTCTTCTATCCATATAATCTTCTCGATATATAATCTCTTTTGTCTGAGAATATCGATTAACTACACGATTGACTCCTCAATTAAACTCATTTTTCTGTTTAACATACTCAAATATAATTCTGAAGATACAATTGATTTGATATCATGATTTACTATATATTCAATAATACCATTATCAACTAGAGACTTATAAAAATTTTCCCAATGATGATGGAATGATTTCTTTAATCAGTCTCTGTTCTTCATATAATTCAAGTATAGTTGGTTCCACATTAAATTTCAAAACATAACATTCAAGTTCAGACATACCCGCGGTAGCCTTTGCTTTCAGTTTTCCATTAGTTTAAATAGTCATTGTCAGTAATACTATATACTTCTTTAATTACCTTTATCTCTTCACCTTTCCTTATTTCAATAATTGTTGCATCAATTACAGACATACCTATAAACGCAATAGCCCAAACAGCTTTAATATATTCAAATTCTGGAAAAATGAAATTCAGAATCAATAAAAACCATTAACCATATATTTTTCAAAAATAAAATACTTTTTATATGTGTTTTTCTCAAATAGTTTACATTTTCTAAATATACCGTAAAATTGAAATTAGTAAAATACTCAATACTACTGAACCTAAAACATTTTTATAAGCTGAACTAAAATAAACAAACCTCCAAATTATATATTCCGTTAGTATTATAATAACAAGTGGATAAAACCAATTAAACAAGCTAAAGAAAAACGTTTTATACTTTCCATTGTATCTCTTCCCTAAAAATCAAATCCTTTTCCTAAACTAAAGCACATTTTCCTGAGTTCATAACTAAACAAATTCACACAAGTCATTTTCTGTAGCTCTTACTCAGTTTAGGAAATACACATACTAGTGTTTCATATTATTTACTCTGTAAAAATCGGACATACAGGTTCAAATTGTCGGAACCTGGAGTCCTTTCCGTTCTTGTTATTAATTTCTATTTTTTTATGTTTCACATCAGTTAGCAACCGACAGTCGCTTTATTCAAATTCTTCTTTCCCAATCCACACTGATGGATAATGATCTAGTGTATTCAAATCAGTATCCATCGGCAAATATATAGAATAGCTAAATAGCAGTTTTTAAGGATGTGAGCAACCAGCTCTTCATACTTAGCTTTCACCTTTTCGTGATTGCTACTAGCATACAAGACTTCGACGACTGCTCCGATTTAGTTAAATCTGATGATAATTTATATTTTTTATATACAAGAAATTTAAACAATATTTTTATAAGAAAAGTTATTGGATAAACGTCTATCTCAACAATCTCGTCACTATATCATTCAGCAATACGTAA + $$'#%'&-*30,$%-'&(##%#$(/6;84(,8>>>=?7/-9=;=@;?27-/;;/00;=?CCC=;I?;B?>?DE?=9.712&$82:6/$,)1-28<:==?>=A:BDA@;;;:;(->88@@.)5144)8<79:9A93/21.1***./21;?<9?<;5209:A:2:==<>AH>44%'=989;:8;675&&2/&,-&$*(088+157003660-0..,*-8=>>>9/87%%$$$46=:=996HHFCF?AD?FJCFH8:72?>2+/;>JD??@7-;:)+>446MHD:<<@A@?5))2(&%%%-;>DA;798?8;8<<@;>?&&;:69>B::<;5=;7/241/&,,-,,*%%&*15+76/2&&37<=><>?67076=@?78:<@=>==*7%67@:AB81<<=BC466+2:83?4<.<=D;=FIED6;87>=?BI>=A><>>?=97/1',.4GBBB6=CG;896B=>H@?@AGF449A=3.9ABB5=BBA8:50:2,&'(''(,725,3>@@:78A2$%%#%)%58;:.16;;@B:-++4%&$#&%&#$$$%&&),27-(:>?ABEE=A,*AEE==77@<<=.**54=AEC=4;:4;886?BD@9:>9156&3>@=@D97?C@=@43:=EFF<>=AE?83;=;CCB:B?<=>>@@FG>=A>/2=?C8<-59747=<@=7529FDEG.(((--+%',(-/8>5>A9GII>?:A?AA>9F?JHH?@CC<999779=???>+$'&$%%'322255/16=<++/.<=;@?AC:7:<>55GKAHJA:8<<><689477811,+1$$'46-3**;/4219;;:;B;<<0)$%%$##*$$%%&$#$132892-96+-%*&%&&78:?>6:B@;948474=:8==>?GIMMFEFGDAHC'):45*99;;D@CFEJ=>?EEIQC89>;71417)63654:2494%&&%$&&$&5:<>EF==98(%'(+(/%46::..13'(./0),*''%$(0-/85979568:@?>9+10+:=:9:>&++%)/%&)4548>??9=?D5=/2=.2?@>@CD;:E@<9>FB:<;==>=93>>/3:<;::7:98/85:5%'%$%&%$&(*&'$$%&%&+)2/-/..)322344::232&&($$:23.99?D>52..,,25,%%-4)&+.,12+7.07758::;7*%1(47==@DCC5$011211+0//(342*'+++(),95+168>>;<>@>@>=A78DEHLH=?9$512131&&&)../...>A>..87,+261>@@@A@@@8661/978;99<>667?D78BD:018>B?>A:1;44868;;B<)(%%)*@>9;B25A?:;>7113)$%$$%*(('220-4.0%*(,,--84(>9*4'(9:=??CDBA*$$$%$-$('%)%'%%#&%)2149B@.+51134AC?41/)45@?A56:@?@?B<;8=@7:>?;66554=DF@CI7>=>@D;?CH3/;0ACCD@??7A?GF?FFFKKGC=A=;0,*9(39:672199*,7894487;:9;9:?4)('8?7+)('/=7''+<==:9777110((%)428::<:*(*2026++'&*,0229:=GFG=;?>:@?;@B<;,48===3&&48;;:7699;>@ADD=B==>A6579*$%&'&$$%''&*$,-3+.-2DG:;877<@B@-*6>:=2:<9:8:<59)/??22B;7=>??AA436<=<<43?<;21:;4'%*54,67:?DG=<0++4656/6.%&%&327<=>:985//..((,//2*+*.2:<>@B=97:9'74:970-8<<10,'(0(+88@@EC=5:<837;9>=:46;905+2:;5E<6>==52*&%$(((()&)=><<8965'*-1+--068979989=A=9D;<203;<=:;989<>7$:>5-8.*%);:68779,)87A9<>7::<>3;9>33,:8':7%<<<;485,)((**-,21.--;<=6143;A@10-',)004%<%$((49/8/8?9@>8;<96>?CFIIFC?A?<=6>@D?59*.76'+4977;?508:1,$#$%%&'(3=756;>@=?<;,&'9>AF>?B=>EDDGIECM4A??A8:;-34>?DB<9D?@<@999*))'')--033>5$$'*$$$'$.+,/;==80&%%%&&'$&'%&%&%%%$%*$'-&',&'./64:::812==;60,/?@AFHCAACABA>6>=A>=DD<88--)43,,A+1=ALDDEBBH:=7AI9@BHJE586<;>989+>;61,()).&(%%*,.-&++662./(2?@9A1'#$%%()*#&&-0/279<1'23;?<=)3'%'8=@DB?;%56369,%.&&%$$&&)3:>:>=ABD@C?:CBAEM@=4466@D80I=@8CCA;;EGG@HB>DC>@@JD9@?BA@>-84442+),)4//&(#$%')89<;=>'=?F;K45?C@D=;<>B??<80&)'&%'(79703444)(&$&%$$,(79=?CDEB>==<4>CC6:B<<<$$C?;95899;6>3CA455:=GCED?AFBFFAFHJ;BEFAB8:;:9+2/1235>HFFFDDD=@CBC<<:@BB<:?=@EBB'>=>3;<4.%$%,.76:0)'*-$))%$)(/3=@@-'#$)#.488655,0()/>>7*)*'%&$)-8,-02')+1**-+873*)%%%&*''67;CB@>EB?ACCOFDI@G;K<86'&%'%0-55@::,6;6779<98EIAEF9;=5>CAKFJJIB;4)10/1A@CEE=EDD--+'&9=>?@@1'88;D;=@DD=EB=CCC=C@BFEBG;JDEDCD?<4D?>?DH@A<);KILFC=C@%*>A>@AA?=:BFEL@KEGGA@ADCH<::E@33-.89:CFJLID5=@EFBFEFFGFDEBC1,2'@AH=+()25A>;?/)038;;A>)%-4;?B7CMIID=;>@BDDACAA:=E<9?B@9<7;9:7021+,02.8:>@B>C:9;AE56.-+$(877;=<*.%+%??95.=>==77(0(&&--05989AA@BEHJHRPFEHBDCA@H=GB=DE@CA:9%(&&&5.49AA>;:1678=?8+)&%$&'')$&''().&))*,$$'&&*'&(,&)#%%%(,*+-+.223-288ABA<--/EDCBFABGKKEF?;9.0)*+..1//0,./.'9:832+)((243.-5279=?;61/.*-/000$$*6EDCFFB=@DGHC78DEG=CB;<2,+'&$%$%'&$&#$&4;::89:=?BCCD>>+(:=B?>?A>CDECC@<@;03455A;;AB?>=>>C<<;E2))$/+..&#&'(&%&%$$%%)+78@GHHE922,1248-5594-32/$*0/19>=4(288@CBE=DCB>:<:58ADGED2:-1+,@AADF<@EBCE2EA'=<>FAC?D1/.%'+'-0:8;;819=E<98=<7&,&(+)(+%%632332=?B5,)BCA79=G@B=C.1$@:5536+*((('(-%-$'1&''(#$%$'3536+7057472/306:=CCDIKLIG:4=CGFBDEDAJJC5,,+'840/;;>A91-@?-()+,40'##',0.//69;::9>=D9899%+$$'$&*.7497:<>IFGIEHEBEG;B)AH=9&890;;>>>=>>AA;B<6992=988;=82,53??CAG@/+)785533373<86?>?;:<1-&&&%345579;8A<;;<@848:9=?:6DE>?A5@B@2CAFB''(33(')%//,%'20(114588-0459<>CE@FE53<==ED@?FGIB988=E@6@@?C?><><=EFH@HBLCGG=?A?AEE@AKDD?ABDBCBBEGHD;;@>-=@=964=1>DEGA()',':9>D?AAFFBA<<<,=7EFHGA<648@AE:62@CDICD>F>H?HBHJD@:A=:$(+449:AA%.36>>ABCECD>/:38<:>=CBE,??9AA2-8+/<4C:39+<7BFEB89@ACJ7@KL@CEC@CA:=A@<@CC:DDD?400><<@EIG=A?=@?=5+((--(()(#,-+0;;9*/2;$D?AD@??=97:6,248;?@A2376>AACE?:D;@=6+&#&$./.+-.%#(/1339=:>=)99:;5ACK?BCFF3EGIEA*.;786???2BAC@0@E<@?395''%)-*71(@)%-.$#'+.52AAIHG400>(+257=<5AA@C@32%%(362-*((<8?:@==::B<8:I?>5=GGIG==F@B*2=AA;3BAB$:G:=A@A>6>;2:.$%%)4/4780:D?=CC=4=<2212///'/0*+1.7)679>+:69DC:<>=?;29)$'1?B@=;<63<@EG637896/,)+/+-,*+'$$%&%/,$$',%&&&'&5:9,/CB2B>A>DELGF;?CCBDC@80=78=87?+#$$.243&(694+)*&((5;<7,*=@7A;5=6?CFFA:9<=<79@<:7=901/&$%%%#$'&$%((1287,.9510%5614<5)*&$%+*)($&&'--0604=<<4519=?;:+(0950=?<,03123@4142)-77+%%$,+'$%)0+0('%'%+)'%'25-/68767=5BCHC9006.)'&+)(2.683249;A+8AE:42.++0/3779=>@?;<0196'(()+,>:(B;==<>?;2222;=69DF;60<=>@;?AA,+*$**,+''#%%&'&--&(23===8=GD6;+9@@8@@98<.*&3(671711/(%%$76$%-'%($$$$%,/2789;<FB?::>=@@=C??>AD@>?=>@A:4359CAAHCCACGE>9;=@3::??>7?@<<2,*+(22:?3+(-2<><*:57<:8>CGBFE?FEF@>;<1-254&0)/;<>>A>>H3>AD>6=GFD:51/*9>>;>?<63?<;:&/06579:=>6:;?:6968;;B?>==8*).*%$$$%(./14..&).1,(/*$,-(&($2,$&,/&$##%%&&'4@AB@BD@AAACBB989:/566@=>?A;>DF@D8@:::982,9::;@AC5<>A<<>*%>FEB=?@?A@233:7=BEB??:C@B?86::515808555487>=<2?@@);:;6'%&'##'+/.8:7*%.;B8.**-77D@%<35*(::9>B;;>><<<88:4,,)(%$&$$'16::=)-,,(()6678A89.?ED@949;0($67;>;=?8>DBC@34>DH?ID+,77EFBEJKJJCCAA@@AC:D@8:>876?=71::.)'&,002...:?DA=:3(''.(%&$$*)''*(*'&$$45;886:.038%'/69::85+()266/5@D<=ABEDFD@>D,77<@B>ABA>9688C::?:BD8;E<25A=>?6BFKBLNJEL;F1;9;@@CAD301)747;C>@@FFE>BEEIKG?;AIDAEG,)99B@<>442,*674:<>;=>=986-*%'('$-,))#$%'$#$'&6BAB>6?3()6'**<16&('(*(),1,3/,'3941>>:%+3'<80$*7;=>6459(-'(($&%13:?CFIJABGEC0AA6EGG>9CG>?2.0,$$$4:*(''))-:,.;;=GIHF9:37'0$'2BBCH@>969EC9CDD@A@=@BCG@=:;F@K>BIN67E?JC79A@=8FE@EED@;>96;=B397:@@.7@>.*-<@;?;;==;9D=A99'$%'+)$'/8938@@AE;A84&*/:553=58>6.../69*(<@A)=ACC@6067--2+$&&')/2;:30;;;A:*@B@AB>?@?B?>::@CDHG>-&.A;>?930223=EHHB?B@=;DG:=:'*556;/--78@=-15<==867.7@C><8)'79;BCC@ABDLJJB??97<&'68>AB*.*0$$$868DCEA@C@E>;?DCCC=H>DGEB@CI@AHCHF?<:<>?1:@D>A>ENCHCA).8D<=>>@=GGJDA-:75@;47?=::>F?>6?@>>DKLE:>B<>C@;FIJHDA?:0(+,-14898;=FGE=;>CB@?A74<>>;6>40B:84@9*3:*6B;=>@0....48<@>>3<=26?86>A4%$''$$-222<8>AAC=CAEIBDD=CCCA@C@A??;::517:@A>(8C;9<;=--+($$%$9:;=1-&)*.-..9(;7:=A=?AA737;A@?66.+15HLDCB;@AB1??988?;?D?ABCF508;=58?953&&8+.;=34;?>:341.+$%4569:<>69:;56;:48::9(,5;=<859@@>82664$3466'0962?C@@;;=?1>9?=:(=$;;:.$%%580=CA<@@?AFD?D??DB9.C9;@;985.--8A<@@A6-1;>1/67=A;<>>==<=>?8:8AKJ<87/3@8;JK@E2.@:=9969DE?@BDEFDA?);2@CCIB>>>EEFIJBAD8>B?8.,'(%&%&((-*0./8200/*'$$*,/=??CGIKD:8@9@?9::>;;0++6<=:8B;=;B:&'&3799>BD9'$==G6%&&$46444>=A<@@=>&,%%%%%%'**-:9868=97<7'%+93754>E7CD=>=@<@<9;@6B8>96/C59:??@@335>B)$*-+-;>??;C@;D96*&34;=@;G88.=<2(:::78+7:D;778>=:ACBA55-9EHHG<:./16;?A@?@EB@;HIGE@H8:A1787=:2DD:>=EE9AC;BJJC?@;D:>;;A@?DHG;=9<><>>95139>DA@66:;:5:,,>+>AB@6@?>7;CA:@BF9;B<=HCDC?=<=;@FD>:C>?8;:72=AGH222135:@DAD@CEDAB=@@===/,-1/1/0+++,//1*-,26:8:++-.==764::?:B>96=??@D<@@77:6276,''*$#(*)46<5AB9AE>?59:)%(@AAACHF5BI@6@DDE?44;;<::.1;>811,1205579;7:884202$%)%%',1492--64334944@ABACECDIHFGFBCI=HJFC?H>A;>B==5:?@:;<81.09@6#&)++$$$'&%%,&89.,,*&&%)+236787=CED68?EF?FICEG?KHD@??=;=;:<6221(#%(1038:256=5289867?/>277BD9:BA:3%&3<>C@E=@;9DD?==@A>(&%&(-::?@G@AMN=E=?CEGFE6./?AACIEA=?FE?=5;6A1:::30??>@B9>?@B@?54,$-+'(%&''///::<62>>?@D?;9;'',,++-(&'%$%$%####&$%&$'''')'(%),+&%(5413?>FA5.,-%'3579:>?A?@/1;>9<7=..6%3445:57B@:8;>>BCCC?;53557$569;BDKJKC4DBAHGK>DGHI<0(9=733,77&<;901211@<><3..3.%&<<;<=D8B;<>?@@>@=;1.'((%*(,/;==CB:>:48.69@>??CC:6?B=;;)148;61.$%&&+$-3:;954+$#%('+'&)&;444659KLHG9?@CC>>>HDJIC9+54:;77;DLIC?B=789.;9AC?%-24%')11888993+)&(04(.178=2--666797ABB;B7C<6>=4@@GH>./1ADJIH>BAA9:A?98@@B;<8=-:3,-=947=>>+;=>7--;>9E>>=@>;:78:;;(>8<598<878??@>@AFDBDB?EEGC877;99>=;3/.44693.;<<;7;=B:AFFF@=8@D74773$(:G?=32=?ECFCFJKA=<>==@>>>BDFED5284883.-)**+&'/,+88;:>4::555;;27-26:;:0,%8=>@=<=AA@?51=/0*,.%**%'(&%&&&'()-0/0%67813'8,,,0'640.54,0&&';89FB?1-;09;?=@@?B=?88=>A@AIE3BDA26B@?@EAK<<77@?B<:8;794':<5<13;5'%(494:;77048<)AEB4+%->@??A?79C7=BCB;FDCB<9<>@;>BBB:?>=,?F<>F>LEFE:;??I6:?<>(>CJ=,..7=4CCB?EBB=9?<..+)*))--+$$%*'&$$#%////%(<=;=8;2::CB>?EFFD@=DB@ABE;=<,111;9=>AF?5?E=7;:796+'-+*+-47378877:>=E->;;<78>58*,-3''.66841*:>=97969A8=@>;34B@DCF<=AFGFGFB53=(45C>ADADC?@E7DNF=04343$0)'''01-/'*,-444542',,*%**'(+(+%)%%-'''%,30+))+0:=;;;::7==>AB.19>CIN;6>B9975:5670,1<<==HBFKBB42=<=C75C@B<;6?B$=89-99>??:5573/6:AE?LJGF@?<7?CCC7BJAEGC?>15BDH?:=;79<4546D?=:>;=DEC;348*)%''(1(+E?FN?>BI=>;;8*.0-62;61;33+/;<>@?9>E<=;?8/5-1=GCEG@HLKAC?>;<;8:1%'-+)-23$$%(%-:?+(-++-,4446.88/+1=?<==IF?A=CC>BEFAC??;=::>A>C?><:9>473C>;35=D61375389<6B93537%%%'.(($(&/+-'',-43==>7=BE>@HJBD-()*A>@7;EH=:F?E?D3.HIH02169<=>>>5:@8+./.%%,/@J@8>;=GA?>6=??<=8?61+-,,&:BC?@+)'*((')&&(%#$&(1;67?=>9;AC@=A?:996($0)%&.1366/($1/%*77<=?@>;?>2A>>>6=:66573421&%(-''&7;:*699>;;C?;FJI8<=?;A?@E8@B;<9<8;??=DA;7;<8=A@3>DA2BH99:?@HC:CD@F77=,;=;932,746-5-0*,$+$$%+&,--..%%($($(.403*$#$$54,+.$+&&$$#%#$+('&&%&143-$&###$(*)$%&78:=BCCDFH82477>HHG586+=7>ABADGF99CF@=5033=@IB?=DFBFF:><>@FHHD?G:@B>EEE??@A=651/)**77BB?CG89CD;;9:68>9:<>7>871$&(((.+0-++;:1AEAFH@?795<47>@<<@??A79C-.=6+1%%2--25-,+11'+2.)*,087.1;;;9?:8&''(.)4:=?BDA7<@>:,))9924;7<;45=<86=865-69FAGHC=@DCK:GEC?9;??;&&+*'+:88.=>:58344'&%((&%%*'$#%&$3356-)$%%($&)3+779<+))*42688720,:<>>>08;936;9::9;85<>>84&$'$'%%#$$'%&)=<=HAEBG??F>?>HKJAC?ADBCI<45??:6-$#%$#%$%$,-0679+-(*)-4480.&(%%,334+,,).,36:;@?//17:9?<<6997::@B@47?;4866>;&*($(;=>978-++*778:>@B;++/%%.38?@7:@=@6E>;)(%$#&$$*33==ADEF?<7@@=?@;:/AG>B??54-(-'$&(&.)4)23=>ABG>/98;G@93)%%+%1455;CCHJI=8-=<>?<88.0396587>>9:5247<7443.%43896>;=;<),0363)>A?B;:--9>@A@30,.7?;20117*+0/9:@4:>:=EEFE7B>C=3:<<6207//:>;<48**-05-*356)&'&',:::,/*38=BAD@@BCE?JLG:DA=89A>94$3/445(-27AF>?FGCG?@?<=?I:;58+,.@>I=@BAA8;<1.:@@DIF@B5'14:88B;:>=37><49?621236FEFFC?FG@=?GIBCCCIHHDA>CC-*;>;8?@LIDF;;B@5C>IJGG?>=626..8FHH?>E?BC=BA@=CA?4;=>95433*++6?8A6:@@';.358&),>=5,-/+/.7;=EFDDFBB>:79=97763'5(88:56<@C@B;;75?<>=>DA?666626>BC;+/>>:0768:?901$1,%000.1:8CB<>A>C?9???-98869<=<1579@500-8<:03077)C@=69==BEE8A@?EF@H>@)B@>=<&7?5677876=4552245/+*.*(*46551027659,/662:>>@H;@9>?6(-5;6''*5ACI??9;6?/:(4,*+==4>C>@<;A@A;@9)4/764-.-;9<@==>>-43)+/2.-3.9@CEF?9/+++37/::=675@@DB@<@C=>B71<>@<@E=>:<@A7?BDC<DB7?2:<;=;224?AGIHH@<(=??;;?<=::@=C=A98.8;0-7ABEA0CED:@>:=279D7'694316///442<@A?>>>?>A6,($%(&-20/<279;<=;,/)3,99036/*/)#&,./*+(03=9>H>:523::B5:=>?>NE9<::84:AEBAFA<,,,'0.//(6=5=;533*&',-2)%058==;<<*((((768<=GFCD<>;=99+'7:=BCDA;=GK:=;C=L;<:<:>=?D=BM@?@F>A65=>=A=B:68;BB6:>9:A=@89@BK@ADBCEB8;BC=8.0)'$&>?B5A@B>>EHFEF1+@,*7::C>&88B@AHIEB:;;88=>>?<==;2660135>B<+JACJIACC?AAD>B@AGB;A=9<<<-(+66>?80*7/(%#',+,-67>6:>?D9'%%/###&&70522=-&&'$')(%%))*.=>?A@DFOMKML>CE<*6,&*'*2$#%*$&%'))*'+)1'('&*0%36768>22C<+(&0&04=@FF>'*9;@AGF88;@@CAAECC<./011.,998;9B9A:859;BAA>CIKGIA7.2$$(C?6>?IIJMNI38=DACDDF78@><98+'$$#(;86684:@>=D???4.//0+&*2788:96988<>730&#&$0&&49?;2))*$'+)(''''*).-($*351;=>CJID?@<@:725A<@AC;CE5BFF>FGHGA@<*/=DAF<AFEFC@?@>E>AHLBHKVPGAKLHC?>BBDLGHH=>E?:CB5,+22895+7.5689&946CFBGIHDAAJDJG96?;88957;9>?@?B=:7477<>EH@BH@DADB<6;999:7%%;<354,0,/24)#)8?B;C;E@@686?@@BCFI;=>@>9;<557=>78:>7,..0>;?A9*+/:5::?8;==:5*7059;101326<=>>BAC@ABNPIFBDD;<630.++)&''522./12-2551&'%&2037:<106($1.10,&%#*(%(+(%*()'%$$&''%%&'$%$%)&&%)$8,'/*--*4,(%(454254?>?CELLJG>;<=//%%&-61,%%;<<93459??9,.4=?CC?=<;=8$%&&&#)'436;;9<863%&046:86968CD?8952211()'$##'*,+(+05981787/&&)*63*5A98=>=@<=-,&%'$#&%'(--//2966;89;<*00.2.,+**$#$$&'.'&%279;99AGAE;C8@??B?;?533-+)*/-)++$$#$&*'%$$-,))*..*,456:8:=>;<17?34&667;4,+&$###$$$(1002-,*-%$',((,179-*9&<51ADC@48;<>AFD>87:657'%68=:;B;;:87:;289?=4>F4C99686999,;<>=9<@>707==<73%0+7:=:6674&%''+77;6:>?455;8/00'$$%&&'&+*49137==7DDDBC?<<>?:ABC:.89.%%%('*'&,3+9:98&6+:<==:>@44>@?>@757:>?;7=7??93473==B:A;9>7/3)$%$-5#$'356<55=;<18:>@IHJKH06G<:@>;CB<@C>9@ABFK?A8+:;9;;:8:06(%%%&,-24155;;57:60:>A?@EDDAHIGBCDFIJE6.6=901436:48;@=@=8;<>:::>FHFD<;C3/?A:9:(+847>@=>@@C>9:@DA?>@D932321+1=:&70*.))..8>>DE9@EDCEI?6777<939:<9=857=>A:))-%+/3)&+()&/0130,)7<98;:60--%$',,*+,(,)'$&%%%%221&2')7958478;&9;;=CB@=?C@>>??BDAA:79:443=>@?B>AB9><>)&77977))34-,97087=7(+<>=?H;D@A;<@B=AF>887<@=>=::DEB@DH<4122'&&(/1/'45;667::5'%32.35:4985;97=9890822?9;91+((*&%#$%+,/..+++++,457==+<=>4(*46;G>G>@=9::=9@EA?@B8=<1FGECAA<0???AHD789=?DABDE:03;>;;=99::?F<>A?;8>=>8C:218B:?=4436,6452E<=*(*5=>=>8%*#$('$&(55&797=49::9.>?<;@HE*853004<8@5>?FDFHLI@7:C@DF99B7'-)124443/,-,-$$####$%1*'9;652&&'%788>BG<:53565<>@C@=70-,=;?:>?=C013FD=CIKHCDA:@>AC>?>=4CD??B@;=)&&:8CBAAA@74BA??:BB?68('%$)'*126/'(9431*+/-(%$#'&('&%*(%&4(%*0-%..9<@>?:>6&%'%%'$%%&58<=.-((.8>.$&&$*))$;=@?6))/=<,2@5FB:;IJA>8)7;8?CB?HEBC?AH<7)000/-2A>B@<<=A8;>?/,9:97;;=>975==@A<8BB@ABBI?CB=;>>A6?<@/+<<55/)0:BBA?9@:>=:22956@<9;=>>:(93FCIJB;C@FLAACF<><:>AD<:>?+),$))''(/++)$%%)+###$$%$&((''()$%+&*&%$1-(()(),+*&/33;:95AB=>??2/&,001)2245;:<<=2/.&+*073/1=@>DEE<<1-?<;<>*)106(;75@99D>HL57C==;78=9;CA?C:57BB84>==><49@FH@NLIJ>?AELJC@7/7=4548;=5)(%0AB?=:463&10.+-.:5:77:<>'==8;9;@2@B:53--66440'%+:87-.:F==DE:DL@759:937)4567537.6+><8<488;86'+5;;<;><.30344;@..FHE96+'(*('$%+)-0:992A;:=5;52=><BCD9449778-.4>>>9:86>@8<94648%''-+*+0479-+$&24>=<=CB9;=@;9566F287:0123143/,)8:;60:7776+,*))'+$369=EGDF@06CE?<9HJG(&068:+,58:76)$$-&>BC?C:)$*,62(./4/))+7495?5*$2756&8?:59;9:1.*,0'(*3598(3;<;:9)48@B=600-./1($#%&78-668795:24>??:G@@H:?:@=;;:@?88=8?BBA3>@BIJEJD30:89;%%%%""%%%%#$%)*,+**,:B;-7;8:BH>5@@BDBB<6:=>>;5-1<@:A;A:-==5A<:<@73;=DABFCFEEC@@C===><=84551/+($%-(+)&##'*79;:8421/&)/)3378+36;9(+(;57AACFFACD@==@?ADFCC@;758B*(-25<;:AJHG@DD@GLLIFDB;?A;:<5,4C=&%79:DA=B,57939:;;96$')$'=BIA<=1277F:ECC>>HOHOEEEAEF?FH>A9;>>C:DFADAB>+++;7@@=KB<@89@@@A/<=?BDB79ACD?89984683<@I;$1489?A-0@A?B:9;740.46CIJHD@=<9<E>9$$.&2$*#/5652.&(,-+(($'&%('%&(,08:8::=BC@?KC>@9?><:<@@DA?9>>>6/18??BCC?>@;@ABABEFB??>2?@@:??BDDEH;?<:;4%(,((,33?;73?531>4;<7B>BFJJMJG?EC@A<878*(:>CB@A;=;=AE8:>5564-1%(*+AA7:??C@F@8@@EGB678>21;85;5,+,+8;???HFH>AB>C4>=<=9B?<=7:9:>DFGA?>;;BA@@;*)*683/A=>B@BHCB;4>?:?59<907?=?@BDHKH@8B<7>749>9F:ADH:4=DE?>?75*9>;B;9A@=94*&.-&55,985807:::&%)(+2419<;/4IHF>2<@>JCKE?AKHG?:+**,,8<;B><<60,'&()-/7279,*%%$+0/24;5;.9=<62402:=<7<>@B?64'8<<7+@=A7:?=/,30)''.4896:;.8?01>BGA?>F@:874&$'&&&38:;BCA9?CHE;<<>89885.&%/1..-51465EF:5@===,-)1/%)$00$%%+-'''%$$(%$0))/1(%(&&914;;9/?84?=>>?>FHHD;?C?C@EF33?C>A69?A>BC@@>;AF<@A9A<<8<@E@=GLKA)A);>CH97;>>:7:BC@??@A,:@72.2233;>?+++0-))%0%(%%&%&'%',#**)()&&%2221..19::;:9AA=?:<>9<392114<<4+,,)#$%$%(.''*$('+922+**0-686754$%%$&'%),027=A8==@EEABB7:>)00339=;=;:9;445:=@7;94).0-)/$#$36:A+-'$''%*(''($&,14>>*)###$$$$$'/7%5461>9?::CF@A==+)**=458GEGLLJ9AA8:4@46EGJFHDG>B=?>C9>73=;8/09;AB>AA8;EIAAB>:+(%%%(222>3*%/2(5B8:<831,$#%$((&*1684499;87'>>=>FFCB;2660((%'''%%%'((337=;9>1,<<;:BGEB:5BBCC@@B?IIJN=HI?:9;@>@9=@EE>FEFC6A:?BC=A96..5=,*79776<(3/%%$).??<-CJOI??B<@>A>BCACBCFD@D@DHF;DJ9;4>EFA@A4<7377+*('&'(*052347>;8>@CEB>FC@<8::6<=>=<>B@>;BEJID@B;?CED@MNG?@8@2<=:@FC?@;C>;>HFCB;B@=::=ACKIF@;75*7(&&'()'''%(415?=5..45971));(4;7:7.-,%#(03689DG=7;9:)<=?=;4.:::AFIIHA9';CDBDCD@>0:1++792;D=EF@FH<@:>71AA;1167AEIGHNKCEA7693.),9CDB:=:4>;-*))7??47;::/37:;,1@A>@BBBC.;?AACA757A=;;'59B@B@ACGC>&/2.%&2/6350.(&-&$+1-4445=@ADC:(9:?BC?=A?94766-445.;?=<(%()(,,,<;1/((13:<9':??>@A@969$0-77:ADG@:''(*054450--))&(//0,0)C+25;41&&+$))&'.&%-++7659-)-;6599=;94-B?>CH>@=G??KHFC<;@B=660?@;?=>BFA7B<@A>E?;C@::D>669&1&&754502145:;>8=75()36=+44516202/5;84*.024.-,3630.&)#'0))1%0(09)+./.''&-'$$$'-0)&'$$+2%&(&))5<9=>?>><:JF>A<5::(BB>D9568?:OG3<<<987(&&&%%%/-,%$#&$%%,-*'565/87=6=BD?@B=>56<::5><>@CFAECD?ACC:;A?;1>?:53,DHIA4>@AEAIEGFI9F>F?G@?@CDC?;7@B@=E;?B>??@DBG76=2=ABC@B916%%&--74:9-&+*)-+*09:9145>BC@0@+@>AEB?>:42-22211:E/>@<=:D=9=@452&&9:93..(+625?=<9<;-%$$%''&037*),2057A55>A59E;KHDC=E@?C@BDDD?D>?EEFIF9>84,/-),)'20A>8=5','(')*2-465DA=1.1(&2(''%4*'99<5*,./78<>=679<9(./..45+%%*')/1?FKKNCC=?=>>EKFEE@@B89=8FHDH@>CFJDBB??>*%&')/0%%.,*(&)*,--..&>57(95-+1148<9338553((34)'''(%,-5>DFA>?=?$%%%39799>@DDEFGA>.JDCB;855+?>*165798(%%*24>><+)%-@BBACCFEGBBPNJ<0CHGHF?*BEC8HCGGEGL=GABB:/);=A>92CHMIDCJQJDBB<9BB445/---/AB:>ABEA<=:D?@BCM>G=HEBACILMLLMF;DE<>===40,&',;BFD@AA799>?;896AB;?@@<6A?)-9D<=A2+2538?=@@>B(/38A>A=:FGC4DB>:;CN@;=C7BBCI97)))38AA7::(7>4457<8+/.&538964@A?;<322=:AD;<,;115113;<7<:0*(46?@02C47@AFG=*(>;>KAGHEEFAE>7AEDGB>9.4.*0*/5<9:<@?;>=3=:8=>7(;?>7>26?><:83+''0==98HA=;EFF>G@B;<7BKCHKGLNKGG6?@C<63'(*.35<>BD?AADBCF@D;;DA@6>A5,8'8:;;CKKC=;<BC;C;A=4#%&003/2<>A:.DABHJD(4;B668=48;A>9979>:7=:C8@?FB>>@;/46B8>BGE8==A?2D:&&'<=@?BB87685(&)($&)%)$$&,&8856-2699.469@EB?@?;<<;9++*% @SRR14011045.80266 81bf13cd-57c6-4e2c-a1f4-ec5b31c2da4b/1 TTGTACTTCGTTCAGTTACGTATTGCTATTTCATTAACAATCTCAAGCGTCGTAAATAAGTCATTTTCAACATTAGTCGCTTCATTTTCGTTGGCGCTTCTCCTTAATATCTTCCATTCGAGCTTTAACAGCATCAAGACCCGCAGACATCGTTTTAAGCTCGAATGCTTTAGCTCGAATTGAAAAGTAGGCACAATAGTAATAAATAGGATGGTGCACTTTGAAATAAAGCTACACGCAGAGCCATCATAACGTGAGAACATATGAGCTTTAGGGAACATGTATTTGATTTTACCACAAGATTCAATATACCAGTCTGGAACATTATTTTCACGCATGGCTTGAATATAGCCATTTCGCTCTTCTTCAGAAATTTTCAACCACATTCCCTTGCACGTTTCATAATGGTGAAGGCCATCTTAGGATCTAATCCCGCATGCATTAGGTATACCATGATATCGTCACGACAACCGATAACAGTTTTCAGAGTGGCAATACCTTCCAGCAGTCAAATCTTGTGCATTACCCAACCAAACGTCTGTACCATGAGACAAACCAGATAACTGTAAGAGAGTTCACCAAAAGGTCGTCGGATGCGTCTCGTCCTACCATACCACGAACAAAGTTAGTCCCAAACTCAGGGATTCCAACATTCCCGTTGGTGTCCCAATCTGATGAATTCAACCCCTAAAATATCGGTCATAGAAAAAGTTTCATCACATCTGGATCATCTGCTCGAATATCTTTGGATCAATTCCCGATAATCCTGCAACTTACGAATCATAGTCGGATCATCATGTCCCAGAATATCAAGCTTCAATACGTTCTCATCGATATCGTGGAAATTAAAGTGAGTCGTCTGCCAGGCTGACCGTTACATCATCAGCCGGATATTGAACAGGTGTGAAATCATAGACATCATATAATTTGGAATAACAACGATACCACCCGGGTGCTGACCTGTGTTTCGCTTAACCCCGTGACACCCATAGCCAGACGATCGACCTCGGCATCACGGTAAAACTTATTGTAGTCACGTTCGTAACCTTTGACAAAACCATAAGCCGTCCGATCTGCAACAGTACCTGCTGTTCCAGCACGAAAAGCATATTGCTCTCCAAAAATATCACGAACATCCAAGTGGGCTGATGGTTGATCATCACCGGAAAAGTTCAAATCGATATCCGGAACCTTATCCCCATCAAAACCTAGGAAAGTCTCGAAAGGAATATCCTGACCATCTTTTATACTCCGTTCCCACATTCTGAACACTCCTTATCAGGCAAATCGAAGCCAGATCCATAAGAACCATCTGTAATGAACTCTGAGTGTTGACATTTAGGACATAAATAGTGTGGCGGCATCAGATTAACCTCAGTAATTCCAATCATCGTCGCAACAAAACTAGAACCGACAGATCCACGCGAACCAACTAGGTACCCACGTTCATTTGAACGGTTAACCAGCATCTGCGAAGCCAGGTAGAATGCAGCCAAAACCATTACCAAGAATTGAGGACAACTCTTTCTCAATTCGCAAATCAATAATATCAGGCAAAGGATTATGAGCTCAAACGCTCTAGCATATGTCATCTCTGCACAGCCTGTTCTTCCGCGCGATCAATGAAAGGTGTGTACAAGTCTTTTTTGACAACCTCGACCTCTTCAATTTGGTCTGCCATAGCCTGCGTATTAGTTACAACAATTTCATAGGGGCTAAGTCTTTTCCCAAAAGGCAAAGTCATCTAGCATCTCATTCGTTGTTCTAAAATGCGCTTCAGGTAAAGAACAGTTTCGCATTTTCTCCCTTACCAAATTGGCCTATTAATCATTGCTCCTTGTCCCAAAGCACGAACAATGATTTCACGATAAATCGCATCCTCAGGATTGATATAATGTACATTTCCTGTAGCAAGCACAGAGCTTGTCCAGACGACTAGCGACTTCAATCAAATCTCGAATCAGTTGTTCTATAGCCACCTCATCCCTTAATTAAGTCCGCTTCCGCAATCAATGGTGCATAAATCGCTGGTGGCATAACTTCAATAAAGTCATAATATTTAGCAACTTCAACTGCCTTGTCAATACCATGAGACAGAAGCGTATCAAAAGCCTCACCATCAGCACAAACAGAACCTACAATGATTCCCTCACGATACTCATCTAAGACCGTACGAGGAATACGTGCTACCCCCTCAAAGTATGAGACATTTGATAAACTTACCAACTTAAAGATATTCTTCAAGCCAGTTTGATTCTGAACATACAGCGTCGCATGTTTAACACGAGACTTTTTATACGAATCTTCAGAAACCAAATCCGTGTCAACAACTGTTCCAAATTAGTCAAACCGTGCTTATCAAACACATCTTTTATGAAGATAAACAACAAACGGCCGTTGCTTCCGCATCATATTGGCCATGTGGTGGTGATCCATACATAAACCGCTTCGTCAAAGGACCCAAACCATGACGCTTATACTCAGGGTAAAGATTTCGTGCAAATTCTAAAAAATTATCAATAACTGGTTGTGAAATTGTTGGTAACTGATGTCTTTCATAATTGGCATTCATAAACCCAACGTCCAAAGGTCGCATTATGGGCTACTGGCACAGTTCCTTGACAGAATTCTTGAAACTCCTGTAAAACTTGGACTAAAGGTTTAGCACCTTTTACATGATTATCAGTAATACCTGTCAACTCAGTAGTAAAAGCAGAAGAGGATACTTGGGGTCCATAAATTCATCAAATTGCTCAATAATATTACCTTTATGCATTTTGATCTGCAATCTGAATCAAATCATTATGAACAGCAGACAAGCCCGTTGTCTCAACGTCAAATACAACATAAGTAGCTTCTTTTAATTCCAAATTCTCAGGGAATTATAAACAATAGGAACTTTATCCTCAACAAGATTGGCTTCAAGACCAAAAATAGCTTTAATACCAAACTTTCTTAGCCCTATGGTAGCCATGAGGAAAACTCTGAACATTAGCGTGATCAGTTATAGCAACAGCTGGATGCCCCAAGAAGCGACAGTATCAATAAGCTCTTCCACAGTTGGCATGGCATCCATAGTCGACATGTTAGTATGTGCATGAAATTCTACACGCTTTTGTCCCCTCAGGCATCAAATCCTTGCGAGGTGTGTGCGAAATCTCTTTGATATCTTGTACGTTCATTGTCAGACTATGGTGAAAGGATTATTCTCAATACGATATGAACTCTTACCCAGTTCCCCTTTTTTATCATATCGAACTTAGCAAGCTCATCACTATCTTTAACCCAACAGCGCATTGCAAAACTAGAGGTATAATCAGTTACCTTGAAATTAATAATAATTCGACCCGTCTTAGTTTCACGTTGCTCTACATCAAAAATATATCCTTCAAAAACAACACGATTCTCTTCAGAATTAATATCAACCATTGGCGTTATTTCTGCCTTATCAAGCTTAGCTTGACGTTGACTTTGCTTCTCAGCAAAATTTTGAGCCAGTTCATTCACAGGACTCGGTGCTGGAGCACTCTCAAGAATAGATTGAAGAGCCTGTCTTGCCTGAGATTCAGCTTGTTCTTGTAAAGAAACCTTGTTTGTTTCATAAGCCTCTTCTATAGAAGATGGCCTTCCTTATCTTCAAGAACAGAAATTGATACGTCAGATAAACCAACTTGAGAAAAGGGTTAGAAATCAAAGAAATAAATCTATCCTGTAAGTTTTCTTTAATAATATGCGCTGGAGCCTTAACACAAATACTAATGACTAAATTTCCAACCTTTAGATTTGAGAATAAAGAATAAATAGAAAAGTGAGAAACTTTTAAATTATCCAAGGCATATGAAAAATAATCTCCAAGTAAAGAATCATCGCAAGAAGTAGAAAATAAAACGAATCTCAAAAGAAGCTTTGGCACCTAAAGAATTGAAGGAAGAATGAAGTAAACTATCAAAAAGCACAAAAGACTCATAAGAAAGAACACTACGAAAGAAAAAACAAAAAACCACAGCCGTTTTTGATTTAAATAGTTTTACTGTTTCGATAGAACCATCTTTAATTTCTTTAAAAGCATCGTCTTCCTCAGGAAAACGAATTTGTTTAAGAGAAGCTGAAATTTATCAGACATAAAAATTAAACTCCTATGAACAAAAAAACACTCCCTTAAGGAGTGTAAGCAGCGGCCGGGAGTCGAACCGGCACGTCCTTGCGGACACTAGTTTTGGGTCAACGCGTCTGCCAATTCCGCCACGCCGGCAAAGTATAACTGGGGTAGCTGGATTCGAACCAACGCATGAGGGAGTCAAGGTCCGCCCCTTTACCGCTTGGCTATACCCAAAAATATAGGCGAATGGGGGAATCGAACCCCCGAATGTCAGAGCCCTTCTGATGTGTTAACCGCTTCACCACATTCGCCACTTTACTAACACGGGCAGTAGAATTGAACCCACACTGAAAGGTTTTGGAGACCTTAGTTCTACCTTTAAACTATGCCCGTAACTATGGAAGGAGGGATTCGAACCCCGAACCCGAAGGAGCGGATTTACAGTCCATGCGCGTTTGGCATCTCTTCGCTACCCTTCCAAAATATAAACAAATGGCGCGAGACGGAATCGAACCGCCGACACATGGAGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCATATTGCGGGAGCAGGATTTGAACCTACGACCTTCGGGTTATGAGCCCGACGAGCTACTGTTTGCTCCATCCGCGTTAATTATAAGGAGGATGTGGGATTCGAACCCACGCACGCTTTACACGCCTGACGGTTTTCAAGACCGTTCCCTTCAGCCGGACTTGGGTAATCCCTCCATAAAATATAGTCCGTACGGGATTCGAACCCGTGTTACCGCCGTGAGAAAAGGCGATTGTCTTAACCCTTGACCAACGGACCATATAATGGGCACGAGTGGAATCGAACCACCGACCTCACGCTTATCGGGCGTGCGCTCTAACCATCTGAGCTACGCGCCCAAGCCCCAATGCTTGGTTATTTTCCAAATAAAGCGGGTGACGAGAATCGAACTCGCGACAACAGCTTGAAGGCTGTAGTTTTACCACTAAACTGCCCGCTTAATGGGGAGTTAACGGGATCGAACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAGCTGAGCTAAACTCCCTTTGTGCTAAGCGACTACCGTATCTAACAGGGGGCAACCCCCAACCATCAGGCGTACTAGGGCTTAACTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAGTATTCTCAACTCAAAATTGAACATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATGTCTCAGTTACTTTCTTTGGATAAGTCCTCGAGCTATTGGTATTAGTCCGCTACATGTGTCACCACACACTTCCACTTCTAACCTATCAACCTGATCATCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCTCATCTTGAGAATTGGGCTTCACACTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCTCTTGGCCAGAACAACTGGTACACCAGCGAGCCAAGTCCCACTCTGAGGTCCTCTCGTACCGGGAGCAGATCCTCTCAAATTTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTCTTAGCACAATAGACGGCAACCCTTGGGACCGACTACAGCCCCAGGATGCGACGAGAGCCGACATCGAGGTGCCAAACCTCACGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGAATTATTTATCCGTTGAGCGATGGCCCTTCCATGCGGAACCACCGGATCACTAAGCCCGCTTTTAGACCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTTGGGCGCCTCCGTTACCTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCCGATAGGGATAACCTATCTGGGTTAGAGTATATAACACAAGGGTAGTATCCCAACAGCGCCTCACTCGAAACTGGCGTCCCGAGGTCATAGGCTCCTACCTATCCTGTACATGTGGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGTCTTCACGGGTACTAAGGAATTTCACCCGGAAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGTAACCGTTTACTGGGGCTTCAATTCATACCTTCGCTTACGCTAAACACTCACCTCTTAACCTTCCCAGCACCGGGCAGGCGTCACCCCCTATACATCATCTTACGATGCAGCGAGGCTGTGTTTTTTGTCTAAACAGTTGCTTGGGCCTATTCACTGCGGCTGACCATAAGTCAGCGCCCCTTCTCCCCGAAGTTGCAGGGCCATTTTGCCGAGTTCGCCAACGAGTTCTCTCGCTCACCTGAGGCTACTGCTCCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAAGTATAATTAACGCTGAAGCTTTTCTCGGCAGTGTGACATCACTAACTTCGCTACTAAACTTCGCGCTCCCCATCACAGCTCAATGTTATAGATATAAGCATTTGACTCATATCACTCACACCAGCGGCCCAGACACTTCCAATCGTCTGGTTTTAGTTGGCCTACTGCGTCCCTCCCATCACTATATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGGGCGGACGAGCCTTCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGCTCCAGCACTCCTCACGGTACACCTTCTTCGCACATAGAACGCTCTCCTACCATACCTATAAAGGTATCCACAGCTTCGGTAATATGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGAATAAATTGCTTCTAAGCTAACATCCTAGTTATCTGTGCAACCCATCCTTTTCCCACTTAACATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCTGATCTGACTGCCGATTATATCTCGTTGGCATTCGGAGTTTATCTGAATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAGAGACTTAACATCGACGCTAGCCCTAAAAGCTATTTCGGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCTGGTTCAGTCCTCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATGATACTAATGCGCCCTATTAAGACTCGGTTTCCCTACGGCTCAATCTCTTCAACCATATGTCTGTCGTGCTCGCCGGTTCCGTTTCTGCCAAAGGCACTCTGTACATTAACAGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTGTTCACTCCCCTCCCGGGGGTGCTTTCACCTTTCCACTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCTCCCAGATTCCGACGAGATTTCCACCGTGTCTCACTGTACTCAGGATACTGCTAGGTATAAGAAAGACTATTTTGAATGAAGGCTATTACTCATCTTTAGCCTACCTTCCCAGGTAGTTCTTCTATAATCTTTTAAGTCCACGTTGCAGTCCTACAACCCGAAAAGTAAACTCTTCAGTTTGCCTCTTGCCGTTTCGCTCATACTTCTAAGGCAATCGCTTTCTTTCTCTTCTCTTGACTACTTAGATGTTTCAGTTCACCATCTTCTCTACATTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCCATTCGGACATCTCTGGATCATTATCACTTACAGCTCCCCTAAACGTTTCTAATCGTTAATTCACGTCCTTCATCGGCTTCTAGTGCCAAGGCATCCACCGTGCCTGTGTAACCTTATTTTGGTCTTTCGACCTGCTCATTAAATATTCACAGCGTTTCGGTTTATTTTCTTGTTACTATCTATATGTATTTAATTACATATGGAATTTGATATAGATATTCAATTTTCAATGGACAATACTTGAATCTTTTCGATTCAATGGAGCCTAGCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAACTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAATAAGAAACTCAAGTACATTCGTTTTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCCACCTTAGAGGCTGGCTCAAGTTACCTCGCAAACTTCAGGTGTTACAAACTCTCGTGGTGTGACGGGCGTTGTACAAGGCGGGAACGTATTCACCATGACGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGATTCGCGACCTACAATCCGAACTGAGATTGGCTTTAAAAATTGGCTTGCCGTCACCGACTCGCAACTCGTTGTACCAACCATTGTAGCACACGTGTAGCCCAGGTCATAAGGGGCATGATGGTTGACGTCATCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCGACACGAGCTGACGACAACCATTGCACCACCTGTCACCGATGTACAAGTAACTTTCTATCTCTAAGAATAGCATCGGGATGTGAATACAGTAAGTTCTTCCGCGTTCGCTTCAATTAAACCACATGCTCCACCGCTTGTGCGAGCCCCGTCAATTCCTTCAAGGTTTCAACCGCTTGCGTTAGTACTCCCCAGGCAGTGCTTAATGCGTTAAGTGCGGCACTGAATCCGAAGGATCAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTCGCTCCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAGACCAGAGGCTGCTTTCGCCACAGTGTTCCTCCATATATCTGCCATTTCACCGCTACGCCCAAATTCCACTCCTCCATACTGCACTCAAGTTTGACAGTTTCCAAAGCGAACTATGGTTGAGCCACAGCCTTTAACTTCAGACTTATCAAACCGCCTACGCTCGCTTTACGCCCAGTAAATCCGGACAACGCTCAGGACCTACGTATTACCATGGTACTGGCGAAAATCAGTTAACCGTCCCTTTCTATTAGCTACCGTCACAGTGTGAACTTTCCACTCTCGCACTCGTTCTTGACTTACAACAGGCTTTTACGATCCGAAAACCTTCTTGCACTCACCTTTGACGTTGCTCAGTCAGGGTTGCCCCCATTGCCGAAGATTCCCTACTCTTTGCCTCCCATGAGTCTGGGCATGTCTCTGATCCCAGTGTGGCCGATCACCCTCAGGTCGTATGTATCGTCGCCTAGGTGAGCCGTTACCTCACCTACTAGCTAATACAACGCGGTCCATCTTGTAGTGGAGCAATTGCCCCTTTCAAATAAATGACATGTGTCATTCATTGTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCATACAAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCAAGAAGAGCAAGCTCCTCTCTTCAGCGTTCTACTTGCATGTATTAGTGACACAGCAGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAATCTTTAATCTTGTTTCGAGCGTTAACTCATTACCGTCATCTGACGATTTATTCTTGTAAATTGACAGGTTATAATTTCTTCTATCATAACCCTACACTTGGTTTTCTTATTCAGTTCTCAAAGGTCTTTGTCTCTCTTAAGACAACTCCTATATTCTAGCAAATCTGAGATAGTTTGTCAACACTTTTTTTTCAGTTTTTTTACTTCTCGTGTTCAACCGCCCCTTCCGAAACAGCTTATTTATAATATCATCTCTGACTTATCTTGTCAATAACTTTTTAAAGTTTTTCAAACTTTTCAGTTACTGAACAATTTCCTTCGAGACTTTATTAGTCATATCGGTTGTGAACCAATGTCAATACTTATTTTCTATGCAATAAGTGAAAGCAAAAAAGAAGATCTCTAGTATCTCCTTTTTCATTTTTTATAATTGCTCGCATGCGTGCTTGTGAATTTTCGACATTTCGTATTGAGCGCGGTAAGAACGCACGGATGTCATCTTCTTTATAACCCACTTGCAATCTCTTATCATCCAATTAAGATTGGACTTTTCCAAGATTCTTGGGTTTTCTTGAATCAAATCAATCACTTCACTAACACTGAGCTCGTCGATATCACAATTTGAAACTTTAGCATAGCGATTTTTTTGATGAAACAATGCTCTCAACACCATTCTCTGTTTTTGATAGGATGTTTAGATTTCTTCTTTTGTAAGTGGTTCTTTACCAAGGTTTTGTTCTTTATAGGAAGTTGATGGTTGTTCAACCATGTTTTGCTTTTTTTACAACTTGTACAACTTGGGGTGTATAAATCTTAATCATGTTAATTCTCTCTTTCTGTCACATGATACTATTATCTTATCATTGTCCTTAGTTTAAGAAATCGGTCTAGCGACCTATTTTGAATCTAAGGGGACTTTTTCAATTATCATAGATTTTTTTTACTTAGATTAAATCAAAGAGAAAAAGGCTCTTCGGCTCTTTTACACTTATTCTTCAATTTCAATGGTTGAATCAAAGGTCCAAAACAAGTTCATCAGATGTTTCTTCAACTTGTGCTTCTTCAACACTATCCTCTTTTCATCGGTTCAATCAAACCATAGTGTACACGTACTTTATGATCAATTTCTTCAAAAATATCTGGATGATCTGCCAAATATTTTTAGCATTTTCAGATCAACCGGCCAATCTTCTCTCCATTATATGAGAACCATGCTCCGGCTTTTTGAATAATTCCTAAATCACTAGCGATTTTTACAAGCTCACCTGTTTGTAGAAATCCCTTCACCATACATAATTTCGACAAGGCTTCTTTAAATGGTGGGGCAACCTTGTTTTTGACAACCTTGATTTTAGTTTCCTTACCAACATTTTGATCTTTTTATCACCAGTCCCTTTGATTTGCGTATTTCCATGCATCAAGACGTACTGATGCATAAAATTTCAGAGCACGTCCACCAGGGGTCGTTTCTGGATTACCAAACATAATACCAACTTTTTCACGCAATTGGTTAATGAAGATAGCAATTGTTTTGTTTTATTTAATAGATGCAGATAGCTTACGCATGGCTTGACTCTAACCATACGCGCTTGAAGCCCAACACTGTTATCACCAATATCTCCATCAATTTCTGCACGTGGTACCAAAGTATAACTGAGTCAACAACAACCAAATCAACTGCACCAGAGTCCAATCAAAACACCTGCAATTTCGAGACCTTGCTCACCTGAATCAGGTTGTGACAAAAAGCCTCATCGATATTAACACCTGAAATTTCGCGCATAAGCAGGGTCAAGGGCGTATCTGCATCGATAAAGAAGCTGACGATTCCGCCTTCTTTTTGTGTCTGAGCAACAGCATGGAGGGCTACAGTCGTTTTACCTGATGATTCTGGTCCGTAAATTTCGATGCGACACAGGATAACCACCTGCACCAAGAGCAATATCGAAAATGGCGAGCCCGAGCTCATAACCTGAACCACTTCTGCTCTGCACGCTCACCAAGACATAACTGCGCCCTTACCAAAATCTTTTTCAATATTCTTCAAAGCATCATCAAGTCTTTACGACGCTCATCTCCAAATTTCTTCGTAATTTCTTCTGTTTTCTTTGTTTTCTTAGCCACTTCTTTTCCTCTTCTTTCTATAGTTAAAGACAAACTTAAATCAAATTGTCTCTTGTAATAAAGCTTGGCGAACTAAGTTAAAGGCATAGAGGTACTAATATGTCTAACATCAGAACGACTTCTTCCACCTATAACAACCTTGATTGACCTTACTTGATTCCTATCAACTACAATACCAATAAATACTGTACACCATAGATTATCCTTCTAATGAATCTGGTCAGCTACTCCGGTAAGTACCAATTCCGTAATCATATCTGTTTTAGCTCAGGCACCTTTAGCCATTTTTTCTGCAGTAAAATGACTGACAACACCATGTTTTTCTAGTTGCGACAAGGGAATATCAACATTTTAGATTTTGCTTCGTGCTGTAAAGTAACAAAACCGCCTTTAAATACTTGTGAGGCTCCTGAAAAATCAGCAATACTAGCCTGAAATAAACCTGCTGTTAGGCTTTTTAAAGTACTGTGATAGTCTTGCCATGGTTCTTAAGCAAACGGAAAGTTTCAAAGGCTAAACTATTGAACTCTCCATATCCATAAATAAAATCTAGATAAGGTTTTGCCATCTAGAGTTTTAGTAGAACAAATTTGTTTTCTAAAACATCTAGTTTTGTCTGCTTCTTCTGCGTGAAGAAGCCTTTGTTGTTCAGCAGTATTGCTTCCCCCACTTTAGCGTATGGAGCTATGGTTGGATCTGTTTGGTTAACAATAAATCCTTCAGAATAGTCACCAATTGACTTTCTCCAACGCCAAAGAATCTTAGGACTCTCGAATAAAGACTTGCAGTGATTCTCAGTAAGTGCTGGAACAAGTTCCTGATTCACCATAGGTTTAAGTTCACTTGGTGGCCCAGGTAGGACTACATAGGTCACCCCTTGAGTAGTAATGACACCTCCAACTGCAAGACCTGTAGGATTTTGCAGAGGATAACCCCCTCAACAATTTGCGCTTGACGTTCATTATTAGGCGTTCGTGTGTGTTTAGGGCGAGTAGCAAAGAAACTGTCCAGCTTTTTACTGGCCTCCTCATCAAAAACAAGTTTTTCCTAAGAACTTAGCTAGGGTTTGCTTGGTTAAATCGTCCTCCGTAAGGCCGTCACCACAAAGTATGACTAAGTCACTACGTCTACTAGCTTGGTCTAGGACGAGAGTAGGCGGTTTTCATTGTGTCTCCTACTGCTGTGTGAAAATACACATCGATTCCTAGTTCAGCTAGTTTCTCAGATAAAAATTGGGCATTGGTATTGGTGATTTGCCCAGTTAGGATTTCGAGTTCCTACTGCAATCAATTCAGCTTTCATTGGTTCACCTATATTACTATTCGTAAAATAATCTCAAAATCATGTTCGTTTATAAACTAACATGTTTTTCTCGTCTTGTCAATCAAATCCACTCATTTTATTTGAAATTACAGTTATTTTCATGATCATTCACAAATCCTGCGGCTTTTGTAAATGAATATATAGTAGTCGGTCCTAAAAATTTGAACCCTCTCTTTTTTTAGATTTTTTGGCAATCTGTTGGGATAAATCAGTTGATGATGGGACGTCCTTATATGTGGGAACATAATTTTATCGAGGAGCTTTCCGTCGAAATGCCAAAAATAATGAGACAGGGAGCCAAATTCATCTTGGAGTTTTAGTACTTGTTTGGCATTGTTTACGGTTGCTTCTAACTTAAGTTTGTGACGAATAATATCTGGATTTTGAAGCGCTTCTTCAAGTTCACTTAGAGCTAAACTGGGCAACACGCTCAATATCATGAACATGAAAAACACGATTAAAGGCCTGACGTTTATTTAAAACAGTTAACCAAGAAAGTCCTGACTGATAACTTTCTAAACAAAGCTGACTCAAAAAAGTTTTTGATCGTCACCAATAGGCTTTCCCCACTCCTTGTCATGATAATCACAATATAATTTATTGTTGTTGGAACCCAACGACAACGATTGACCATTGCTTACCTCATTTCATCAACATCTTAAGAGCTGATTTAATGTATTTGCTCTGCCGTTTCATTAGTACTTCGAAGAGAGCTTTGATTTTCTTAAGTTCTCTTTTGACTTTATAACCAAGAGCAAGCAAGAGCTGCGCCTCATCAACTGATGATTCCCTTCAGGTTGACGGTATCGTCTTGGTCGTTTCTGTTGGTAACTCTGCAAATTTCCCTGCCCAAGTCAAAACCATTTGCTGGGCTGTCTTTTTACCAATCTTTGGAAACTTCATCAGGTACTTGATGTCACTATTATCAATGGCGACCACCAAGCCTTGATTATCATCTACAACAACAATGGCTAGAGCAGTCGTCGGACCTATTAGAAACCCGAAATAAGCAAGAACCTCTTTTTCATCTTCAGTATGGAAACCAAAAGAAGGTGGGCGTCATCCCTAATAACCTGATGAAGGTAGACTTGGATAATCTGATTCATCTGGTCAGAAAAATATAGGGTTCGCTACAGTGACTATATAACCTAAGCCGTTTGCTTCTATAACAATATACTTGGCGGTAATTTTCACTAGAGTTCCCTTGATGTAATCATTACATAGCGTGTGATTTCTTTCTCGTTCGTATCTTCAACGGATTGCTTTGTTATTTTATACTTATAAGATAGTTGTCTTGAGTGTTTATTTTGTCACCTCAAGCACTGTGCTATTGTAACAAAAAATCCATCGAGAATGGATTATGTTTGCTCTATTTTAAGGATGACTACTCTCGTCTTTAAAGTATCTGTAATCATCTTCAAGCCTAATAGAATATATGTTACAACGCCTAAAGTAAAGGCAATGCTAGAAACATTTACTAGGGCATTCTCCAAACTTGGTCGACCTAACCAAGCCAAAATATAGAAAATCAAGCTAGTCGCTAAAAATGTTAAGCCAACAAGTAAAAGTGTTTATTAGTTTTTGTTAGGTGTCTCATCACTCTACCTCCTAACTTAAAAATCAGTCAACCATCCTACAATGATGTGCTAAAACATTAGAAGATTCCTTGTCTTCACCACTATTATAAATCTAACATTCCTATTCGTAAAGTAAGACGAAAAAAAGTTTTAATACTTTCCTAAGTCACGTAGACTGGTATGATTTTCTTGAATTCGACGGAACATTTTTTCCATATCAGACTTTGTAAAGTTGACAAGTACAGGACGTCCGTGAGGGCAATTGAGGTTTTACTGGGCAAGCTGTATAGAAGATCACGCTGAGTAATCATCAGGAAGCATGATTGGCCTTGATTGAACGTTTACAACTCATCATGATGGCTAACTCTGCACGATAGGTCTTGACAGACACTTCATTCGTCAAAGCATGTCGCACATCTCATAGACTGCAGATTCAATCTCTTCCTTACCTTCATCAGATAGAGGATGTTCACGAAGAATAAAGGTGTTATTCCCATAAGGCTCTAAATAGATACCAACCTGGTTAGAGAGGCATTTTTTCTTGTAAACTAATGTAATCCGAACCTGAAAATTCAAAGAGATGAGAACCAAAAGCTGTTTGTAAACTGTCAACCTCACCAATCTTTTCGCGATAGTACTCATACTTGACGTTCTTGGGCGGCATGCTGGTCAATGATGTAAAGTCCACCTTGTCCTTGAGCAAAGAGATAGGTTCCATGCATTTGACCAAAAACTCCAACTCAGGAAGGTTGATGTTTCCTCATTGTCCAGATTTTTCAAGCATGCGCTTCATTTTCGACTTGTTTTTATAATCAAGTTTTCGTGTTCGCTATCACTATCATCTGCTAAACGTTTTGCCTGTTTAACAGTAGTTGCAGTTTGTTTTCTACCGATGAAACTGAAGACTCTGACTCTAATACAAGAGATTTGATATCTTCTTGGACAGTCTCTGGTTTGACAAAGAAATCATTGACTGCTATCATAGTAGATTGGTCTGTTTGAGTGGTAAACTCGTTTGAACCGGTTTAGATACACCTCTAGTACTTGACTTGGCTAGATTTTCAAGGGCATCTGGAATTAAATCCTGCTCTCTAAGACTTTGAGCAATGGCAGAGCTGATAAGGGCCATGAGCTCTTTTTCTTTAGAGATACGTACTTCCTGCTTTGTTGGGTGAACATTGACATCAGCCAAGTAGGGATCAATCTGAATATCAACCACCAATAGGAAGCGTCCTACCATGAGTTAGAACCATAACCATCAAAAATAGCACGATTAGAAGTAGGAAGTTTTTATATAACGTCCGTTAATGAGAATCGTGATGTAGTTACGATTCGCACGAGTTAATTCAGGAAGGCTGACATAGCCAGAAACTTCAAAATCAAGGTCAGAATTTGAAATTTCCACCATTTTTTTAGCCGTTGTCAAACCATAAATCCCGGCAATAGCTTGACGGGAGGTCTCCAATACCTGAGGTCTGTGTCAACTGACGACCGTCATTAAGCAAAGGTGAAACCCAACTTCGGGATGAGCTAGACTCAGACGATTGACAACATCGACAATATGAGCCAACTCAGCCTGTAAGCTCTTCATGTGCTTAAGACGAGCTGGGGTATTATAAAATAAGTTTTCAACGGTAATCTTTGTTCCAACTGGGGTTGAAATAGGATCCTGACTCTCAATTTCCCCACCCTTGGCAACCAGTTTAGTCCCATGGGCTTCTCCATCAGCTGCCGTCACAATGGTAAGATGACTAATAGAAGCTATTGATGGCAGGGCCTCACCTCGAAAACCAAGAGTTCGAATACGAAAGAGGTCTCCTTGATTTTTGATTTTACTCGTTGCATGACTGCGCAAACTCATAGCTACATCAGCAGAGCCATTCCTTCACCATTGTCTGTGATTTGAATTTTCGAGAGGCCCTGATTCTTCAACTTCAATGGTAATCTGGGTCTTACCGCCTGCATCAATAGCATTTTCCACCAGCTCTTTGCTACACTAGCTGGTCGCTCTACGACCTCTCAGCGACAATCTGATTGGCTAGAACTTCAGGCAATTCGATGATTTTTAGCATAATTATTTTTTCTCCTTCTAAAAGGTTGATAAATTCACTGGTGCTGACTGTTACTTATGCTTACTGTAGCCACAACTCACACACACAACTGTTAGCCAAGATAAGGCTGTAGCTATAACAATCATATCCCCATGACGAAGGTTGAACTAAATGAGCCCAGAAAAAATCAATAGGTAAATAACTTGAAAAATACACATTGATAGGTTCTGGAGAGCTTGTAGAATCCATAAACTGCTTCACAAAGAAATAAAGCAAGAGCAGGTTCAGTGTTAGTGCCTTTTCAAAAGGTGTAAAAAAACTCAAAATCAGACTGCAGGCAAGAAAAATTCCTGCTAACCATTTCATTCGCCGATTTCGTACATTCCTCGTCAGTACGTTAGCAATACGTAA + (2'.2<=?>>@F1/=GE;73<=DEC@?@FIJE?DEGG-?=A@>CHHBCCB9A=DMMNDC8;?77905=-2>=FEHEGH-766?++.&&&&%0@>?@:@CCFD?@IOJEMF@BE?CHG?<<@A?EOLB8<87355567645,2&)++,,84;=>.8:8:3((,$$*+,)&'+,654:?6<;7DB<;<,1225A>>DEDC8@B@AAD.?JGIAB9B>:;>:1,CAI.?AD>EJLRLML?B>=G?D:<8874('%+68:A@=BF;=9>LI>HIJA=85:B78:58-33):8>+<55<8=2/>9>A;>FDBEB88.9;?@:6:;?AA<479<8CBHI;DGIEE>79=CBCA05A=JC>BBAAC0..12IH;<<@BBGIHBB==9:60$.7@.:%%%799'67<7:=<;=AA?::98:>@?@?59?A@@=?@C;39@?>*01?@@;8&3,,:3/9:9AD570'7=?@H+:>@AD&)751142/221&&&+''&&3$$&&29$6:962-%%%#*12++)*;50,$-0C80-<;8;8159<@AB@=H?H9:>56@AB?>=?@7=::9,0626,6-+-%25;<.<<::?BMFKI@A?:@:=?EF>C;D;8@35:>=2A?>(&(7;@7A:=?/+*5576////@=?BDC=>+?;:;B:;IBF<;..,'%#*((-6<=)=>HCDJ@B97926>CBB@1253/>D>@A@CIGI@68//;:-*0/0+*'(,06/5<==DBB479?><5<;2)56027>A5.$#%$(/7=7+(&*()&))(.//27877?@;=BBA==C7:@FFFD>%:12767+)*$$'8:=9=ILKFADE>=;=CEBB?CEDBB;78>E;96@E@@34*,-343290/,//3=B?@>?991(0++$*886-->9;>=D:;FGA@2.BA?;=9:<9=J;<=?.>==A?@CBC,.=53-.,8:6886.7<=6(7EE<=?<;4--18,,;:=B<=@BD?FHC7;87:=BB>;/,0.+,574232,,+*4A<<7>@(6746@CF9A:AE;?15?@FJFE:5>>=?@>DB7B@7B95444=9*)9==<>:=FG=5<9445/@ABA=;8:?BHG?&9:CD=9AB??D90;>A@?==3<.6:?<@<;7A@47+%)''(#&%&$%$$%&,/:::@;>B$$>/0(2../::6;?@DF@F=GFJC@C>@?@>44ACA?:;;@A@CHBB<>79<89B6117?A;H4(,,*&%*..0;03>@:7;,8%%%)89@@OQH?C?>;BCD<>BE?>>8;>EFI@=:<<5,%%$%3.587)7%&',61;=;=6676-6>AFD4415)9676,+3@>EGCEFDDFFF**>AEDC:@BEEJ>@CC<>?GCJA<;;=><99:5$%(&%/'<5*&.22>?>3A<;666,20$%#+6++'*/*)*>?>@;@C;:E@>BHEID?@?A@7B@=:IIANNHEDDFF,B<>A=@@:;5%&4;83>84=<>>;88C@>D;C<3:><;@G36@>9=:A=?4>B;;55:ABA>77<=9?89:8,0.0:?@HBA?BFCFGDBE>8;=DEB>EE@9*%5?==EEFKF@BC>>>=;97::879=BEF?GGA@=F.?@@@?>A86(58:?>A@=>AF@:<>BBA<68:<<>@DCF>B9?6HA9C=>>>@:;)'$,3/,87://37779:>>03CDHHCEH?DFFDACBD>?:=-'278:B?JBBJ>FIH>7@B>CG>AD@;;KIDHDFA>=:?C>>CB84($-/7857836;BFFHC=:D8E>AC:>?8;:8;AA>?<))*&,*(%(//465AC?@02;=>9:?EIJE<7ABB:@@76?BB<5-/AE>QHFCECCIA=AADECCFFILJ2B7:B>87;-CELIG;=AB90('%(,0;6+1,+./52-;=>?;,4'&+&%2445<;=AF@?EEAC;7>BABD;<903@A?@7,9>@GH:>H6298$15CB>GHII>@H=BBHCE6=3?<0&%$$(=CBACDM8BBI@IDDG@<;,82'+'769:440++*?C@JI>>-.<==@CA>7%6;<=?398=54&&)537;43:65866DECBB=@CC6+>BE;,)'(*,2675:;>A;@>?20('&-../*38;7876(+5:B'%%%%%'(&&'$)9>>ABFBGOLPPDFF=AD==?>CA@A9:8>?DDEBA,:;<=9655:7&%,5679A>CCE@BEFJ?GILNB<;(*(/53/<>DEE9DF7F@0*-65,4(+8:EF?=<?GEELCABE?C*9>>581$##$+((.359?9:;4=:;55'''3958=EF=;GHCFAHK>CHG=@CIMELK:?@?%766&%118;;'..5:9744$44>B8:??8CEDJCH@;F@;5IDHKQOIIKH9EC:?FDDDB?DEF=<>A@@97=@CD>;59)0+((3+,,8;=@>=>:;29C?DMKCC?:7*6)&*,-2235566:776+)<;??BE@AC@DEFD=B764,3699CG6C=C@24,=FDDCE=@@E;@:?>>,)*(&''&$#254575<735+&&03+.)(+67826'%$'&&)25226=@BIGCBBN:CKAD58<>DBB939'=003B@D;87:@E:GE=BC@=2'($#$&1=<>A<9HJH<38<72354,?@>>978>7.%%%15?<;=?D=7EA?FDCD;;=;=75=;BA/78=B<4>9'?>;@=8;5@C712:85=B?:=?A@-?=??97159=@B;@C18-;:::>=;8FAFG8:;>@)-;>??:6?CB><0341/,0-0')))(,...;=:?;CA@:@A@:>L?=B=?@<8:>;<@%*=DHAD=@BB;=)AEF:8:>?=>ABDAC?8=>CEBDFA?4A==89A@58;A;;7;96:3/./-69=AD@D@9;>7?>;?@BC?>BAG:;EAABAAEG=49==FEFBFDDHF:<:24?>>=9;:=HFEA>@@:52),0'&%%$&&(*.::/@ACCCFG?C5B?@BCB7@B@CC>'=>@B@<<1&;6,&/C@=;F=AC?=::GFDDD@D==DC'>(3>@@BDCDF;;G>AF<57LLAA7=C<;9/1('&(7<9<=??;=@FHC-1EE?9?=<;==@:::??@1<6ABCJGDCF;=?>=646/88997BBDEILJC86>DBLIB.,=;A;...0578.5MFFONAC8:K?A)E:LJA*/U[MJH2;=C>?;9;AEEC;3614H;?>86*,5?EE;=A?DI@79==?<@ABEAG;EDBCD?AFCIH046A?6<@A231+*32)4.(;:CBFE@>M?GGC@FG=?A8<*@?;;943/23:>>=4228655@@A;2)3==69?=8))'.6:<88433''&'(++($$$#$%)**,3310-%255*/5681583<:A99BD<>-/<=;<,(,561173?@A58D@?4@?=315;<;@A>89BB@>16987=7*0*232.%()))(,00564788>AC@=.(+62(*6527>;;9=5)),('(-,434738?>6577:558;79,+&(%''%&((.778797>>??=?%:;>=:7..7:?>@FDKMH@?9???:6>?<<;=;.,&&%(8;A?65;AHD<=8?;>==@@;;<:834:=<)6:7::::8;=;<=8*$%'&&((6:4..1B?95447B=9?FB?37:<788<=@953;872))('*+1242%%$$$').34;39=A@AEHOHHGJHHIB78<=DOMCBD:;:??B8;?ACHIK;00IGD====@4,4044713BA@D<>J=>=?D@DGH@/2449=<CE<<=921<:4.0%%&(.+.02*$$$.2/:=AIIGG>@TN8?=7:FDA<6914<=:;BCAB>:;88,909;?=8A>>8>@=:;*(*59:653445657;?<>E>@/-)).346400/*-,,'%357(==00<>C@AHFG;G=>;FD@@@>ACB>(()AA1/22@=@A@;:;=>->.<<7)6;<2&'@>@>89>380748@?DI>?948AAB@AEE@>:755;95'$458FGJG:AOLHI@;<>=AADI>%(A:;?=?948=&01=>EF><'%0,*$%&')()*,.'-&&&/.,)%%-46BCACGIF=DIJDBFF2;;;A5?>95==>=C:6;7>AGG94:=?CE?<=;<46BDBA8')C9<9AHCC5'&)225249BB=>FF8::<>AG>H?=563:2'(6A8BA566897=AD:C;::;<988::7=B?:?>F@<<;+'1--',.-)+/44489:.475/0<85==9<33:>:>?>('/)-+/1.$'12449?C@:89<;;B?<5378A>==<<<>3;?9.0122)%89<<03=?@E33?75/568<98:<4?@>@?GC<>:C303>BDAMGG:=640.,477<@DFEBA@=,$7@@EDEE;EF@DFB@@@;AIA?A>?>>@=<:<<.1@BB=:5*1'07=7994),%%%(<4;7>A:B:;9?<:9<<:556+&'%,-0?;9=67'1:<:57<<:02*075=>:63:;9;860463200*$$#%'/3;760%%8*+%$('//8?C@6)%%&8+.6+/8;;;7:546(-$(()+./3/,/234/.69<98877+*08:85*/39:6;8<>,29<345>:>CDFFE??B>;;=A>A:97654330'%#$'-&*.,-<:226$'3<=<;<704AAA>B=?5C@@CC9;<721&09<<7=<8;9',/19<@@8;9;?@7.7467878=:66555)112+=@C8?@:<7)/&87>B;79::/+*&&&)$#&)=C=<@CB55:?<>>::(>9?EAEDB<@@BC*<=8:9;;<=/,2722/20)),556**++,09/==<9.)2+,))*;?=<>:)54396&-+89:7*'490,762::::7<>;B7=@IDECBCEB;?=@FA=>724335;7?DEFHHD9:=7929:<=@?B:169;:?B>>->77:D=A?AEEA>;<@<;4.-77<=7=46>=>?:>';;94@:;E=CDBC?2$'<@=BA=A;8:DKMF;D<879:==:/6;:888((*<=;BDI??>?:;;;A955..8>>;88532142'.1&*474:5=<$$219;87*+66/31&&*,00/567:528/0-7=;46668343--(+9<;=@G@=;:42609;><=>0;FB:@==:;6EC6:=BAA@55;4=??AD1>7<;=EEA=>.:;<.4)+),+1279<8%%%%&+97<>=EB@8661-+56876,3-110$,-54/2;58>>C6>434746850=,)1999>>8@>E<3.0.183<=CB>67728=/5%$$%%&))58B8>4'-DE??CDEH?27:840+*&%&&***,14==?A>@>?:>BCH@<=AEEA8)9543726;;:83-3/,*'),'*'&347>93573013(5.79:9>?:&99?@CGFB88:,4668-.7855+9:?45@@DC=?=<88;';?@000@<<;:999<=:;*&+)6(%$$%%$&#&;><@@B=:ADF@AIKL@;DBDC7>E?8%4%&$&+,.25.6<@BDFBCK??=9FIBC=4EFAIB<>@HGGACF?A=64A?<<:=?FD<37<7%698.,49<;HABA:??*>=@?0,7-(=137:++3767@3860693;><:<8@6;66?@@>=?ECB995CBCDA>?;;;834487>J78G=:;8;;AHC>@OH?AC=;=9>-69AB;04ADCAIEDHGGG6DDEIE;=@@0AFIKF=58:8893:<<:)272>?=A4:<=<8>:%%'/5))$123:?>?A@?,,.*(&$%'+22447;04<@CCBIN?>>=?@>.E<:+'+66613)2;65$:;C=@<6//4>????,*--097259>?>D@<>B8=>G?@ICCDA4:<;C=<9?A798:=>78:?@56&'''(*++#$$&9??B>>:::>GIFBA+<:*966@/2:;:>9;=>?@CBCD=:46376==:985/-2.33)('164233886%%)8>;<@>A+35=8%0>'::<=<7:25+8>AA@89;@;7F>IABBCACD>649?AAIGFHJB@::.2=9@>:@B8:4C>BMED8;:>:FGIFEA>@9=@=FGA==A4B:>:?>@.+,.+*<:;@76:8B:=AJ?(46>E8E@>:==:@=>AB@BFEEB;>FE1B@*/345;><4<>DGC=CC>:>/6>3')(&('(&(%%%$&$#$##(&&&+&$#$&,,())$'7.&-*5719'('0+./.(&%%(0)($#%#$&*+)-+278:'25578:ACBDDAFA@?9759@F8))/9<=;*,84:'6,58;:5DB6+,&-0--4462+7:;;=<7<))=;1::;><541)A:778;:>8.4>540)+)2-24;;<><-43+1*,---.,*&,,)/14766::75**)'%)'//1/0,#&'$.43)$-#$&',-7841<<@?89<979998;<<96+++*09:>:>B<2'+2/%$&()*.**1(54/$$(''*#..12&./-/$''''2;:;AE;;=36-/132476&-)/111?@<6*-)7/@>38;18>=;4678>5&&')*(&%%%'&568988:;18:8<=:3?F@;?62..)(*-//.:<@?=?8@C6CB3)&'+(+%%&$%'.*)((&,3--85;:??AB>>?AEBA>()535/.18=FG-?;988'59,:@=8:<<713578:=>8,/1$--)%&&0268>898-*$)*%&$03/('%&%$#*/'($'646,,99>?==>7.2BDG=?68A==9?>@@BAFCADD<0;:>?A59AAA?59AG@>AFI@90.%><:6:;@8=7=:;9A@ABC:@>:;<;;.;79?AB,)))'))+)+7<@4=7?@A@8:99:636><828&(;>D?''=AB;<:==67@6321)*,+99:;787<<>8<;9(577$'><;<7?>@@8==443/044/24113>?>?;53,/192<;@@?;=98,+)83746)206=BB::FC?:;5;*;08=??AB>16)($%0:<<<-9478<>?57,/9;@?E:978:?@C<32&*-/213665.*(+/+6685$*#$'''''&+'%48:047:66@9&58>?:B??<<:;?3(1%'4344122)2'())3646595+'.'(&+'(0--99=>A<2(,$$-+/02639@BBD??:=;?A85;;@6:='+&%)-%',.-.36:ONF68CMJEFI?>GFE??CEF=DA*&%%7359=7**&'6612AADI=@AID?@BE78KB5100,19/B,-.56=-<=>EE@:=>C><9=H755?+-:776457514:63*+-05+6DDB7;?J@=;=99;=>=;:?::=53.2.,6;:CB>9A=A=>88'&.35>CB=>=AG87>8)#$'<:<@>;00888:6CD@>2>CAA8795479:201-,-&&&)9.24BACABEGICCD<:7937*)'($%$$-256597B@CB<>?B<66/%37:8830-0+9:2&%,/FFBC7:99&%&&64=/4$%#$#$)(&%,%%$%%%@D?>:0+5/'%)97;<=@@>3/3720'*,-:211,,+/=>?>)&%+*-000.-(.13:76946;49@52;<73313=?A>A==?9:73DE<@BDBB<<92A<>FDC>?A?5:>-7(>?>3/DEG?6196@222(.&#%&&'55301/*,*992;C>5<=(%%&&()'&&%'&)3/..24//220&$%&#%&'+61*(+()--.%,*$,(02;=<24<A9=8<<9@CDA9AE<97;><:88+-+*(1($72-3358999<>>>@@0877-*:9:67.,,1-(:32215,18;9>;;699<9:9085*%3:<=>=<8;><;;-,+)*'&($$)()%%%%%$#$)2452(89:FB?AAF=:%$%(%%%0%&')=6/*',-,)46<<'((**%%'322&&++.8755:??8@G,%@;1-1.7>E:BD?@?;<=68/07;9>AB;@780+,,()()*,;884''%$$*)-.'-.$&%$#$$$$%))15728.21;:;:???;>@==,-94+0,159-53A;7A<*+*6.72;8:>;=?>:*:3985:?B>@=?@@AF?@?C:?;:F.:9=>@@@<:69?B>9CJD9=//330>95))672%*/1>?;8::<9?8'CDE>B??OEC&C67977+)*,46;93A?D@D=::@6>GHEEA=CB@;A==:51-$'&%$%()%#%'',/-345;<6AC==;<;<98:<177>>?>75)**,,.--/;=@@BA@@7683''(+025544/<9:CFE=9=;AB>6:?>=;;*/215=<<>D::E@A?49=:<;>BA'%93=;9=:;9A;7==,)*;:?<6)%$%%%&,59CHA5AEEFF@;>DEA<&2=C??BD>D=(:8<@?A?:@AAB@@55)%(()/.,.%*+-/12''-2049=@EE99)656;9=<9;@331(&';EIFIIGE>F68@<>A8@?0(')0.7==0:@/84??<<::9=DC<>AED9==AA<@@6/1??>;.7:7:;B86+**8<:3-9;<=79:C89201%(((78566238+9;+$((/0$)@80+/6CB='87'///2.---:86EG@7>@<:;9.:?<,(+@=3:?7;@>3;FDD9J:;BD>D;88A@=:3/&&&'%)*'8468)32.022888681167BE@:<=:=FI:9,*:8;5-,,*((*++-7898**%&;=BBC??>?BCE:@>;HBGIA@=B?AA?=FGFBL:I???>AC@CBC<6;@EHG<4:774<=>9:;+.=EKIH@ABACC?:?A;+,ABCB@>GHC>>8DD?6@B?=53:7==87:<8C=55<99:.%'(&&&($.00.75545;ABLIMGDDFFA?DADJK@@DF?I=>@9B==?@D9CBHDGKOEC?@@B87GG;DICD5JIJI?EJ=CCFE@@A;9@@<:CC>:A44?66??7@C@EKCABBA+><@E?,-9;<@@C@=9;.1676999@13'&&,,3,:7CDCJF@A;BBAB@??@?>4:;9@BA>8?9A@.();>C>@FD?AC===9;@D>A1BC@<>@CE89CDD?GKF?71B?CA>@;5)+37?C=:>;;DC>=9<>;<<><4,2/122436;(@DBLL@@45CHCG@>=9=>C>DAAA<>883342*)/2448CA70./:9/&&%%%(?>GFC=BG?)*//006<4'&#&,468:?9C=?;=?<>HHJNMLLE>5<2/167@HKFRSKLJ9=BA>=<6ABC@BBCBHFGGHB(//.:31-,.),>;=<=;=B7667,;;84)''(''*++>@>ACFA><;A@8;5D@CB?,2)-+/.;?@B9<;50*&558=2523@57DAEA@77CCEEEAGCA@CAA=?++CAKC205:FACEF>;;:77>:=9;?720122243==EC:CD94&&1787896==:>@5396D;CE>9(&&&**++(($-./$&&)>7@7>65/''',.-166*+(''*+)(***(''.(+&%+*-:0-26@A@DE@:=>EGF9=*?FGCBB??<>==8??9:<?A:0.%01$/3;>:8BIAKJGD=CC@8%$%%$&$%'%$$&/0240..0:9>76%,),%%$((%&<,@@9@<:;:/$$)%$/0,/-.<<0111/=9;>>CA;EHGAA@>A?+./65<=;<:;:68;<<998HB>JJE/79;GBCEEDEEAED6A6834:6>=>>865$$%)$%#&-47B?AA80>?@CGFDAC5FGH97)'%2('&+%(7576764:989;=:DHGG;?**'&&%)46633448&&+.3;9@AGCC>@=?;EHHF8<0,+01017((2CGFA@@8:/*89%,4?F;7<4$&(2)7::<<>D;=@=@@E@M@ADFIIJN776MLF8:GC?AB::D>(/.-002:<:7&=;6:;EFB:D@DDDFECFGFEI@GC+'.)-99;8==>/38<>??:??@BDE??<;;==9()')&&'$&'+.0'529?A?HK1=:@><69DGD=>C@ABED>1***:88<6;@=>>7>CBD<*/GEBD>CCH?=;<=(%65>A@@C?0-'''/04:=A?-@876:?AADC6222@?@;359;69:CADHIGE2D@9CA:85<FDCDMOIGF;;4BDF>A454;=C??EDF?A@?8;7?@>53BBFHHJFJIG?=<.01#''**,''$&'%#%$566;<=>:9<64::AAED:<>@6:8/5)79>783577>:BEEDBD8)9;;>=9+3424&&('.0:<01CCE=<>9::8,0(,353$'/5(%%7;;>GD>=?@><(&'&*4@@<(5?<;:;9=><==DBDHE64,,.:67<<42((0794*%#$%13754,)%#1.72DEAFC:48889732*&'&+',+'*#%')010333339:>=:&:76<;:3:;;37231+=>=:?B7A:@D?/4==?>;=><=,3A=99916::=>:9?@966')',8749;=6IB>><4/03>@B)820'')888A>A::4,21:A@>89-))''$$).-.5:<)&79;/*3('+,14:;?=;=>5:;ADFI@E:;=:A<@>ICA@G@==9@4358;.575::9;33+)+/57<@7>AC;;8378><>;;@BEC@-+*$49===*+4;;=0368;<==>C<:>>?=>=56;?@A@C?CDB>>>6=>74)()*%(695,56:688558566<7)521/.%44:856<>=43,466777><:DBAH@HID>78@=646:=D5A:JHDI=?CA<8?D>45?;;<9*+)*,+'''66=;7=815=F;,357:9&5<9<668:9:;?B?<9348ABA?:008=>9:?@?<:<6:;89=6*+,++6738=DHEBFFI@<;=::?>@BCBA;%/272.32,155%3)&)40,(''26+--'37C49><8::<>?@:;=>F<;;FEGD:00259<4?8;96AB;8==6:44=4,=??8)6<@=9>>?ABBF>:?1=87?>>6*CEB?744+(++-4%,.:66>?A?HFB&)+:8?B@<446.(++&&)(+66?@DKJLF>?@>CCAFFLGAEPOEI9:941-.,,,++(3:58=:8;:'+98967,:854@A<=?@>>?@5;AFFDFAA>9=>@BID@=:@FGG>HABA::6:B@@>;:;89376@@==A>;089;5(+--&(0++-.,&&+60%'')%*66@)53)),).2/09ABAFGFCBRLDD=8?,/-/2*0,7:>?ACEELEBDEAFBFFEA;6?DEGE@CF>@>>???=>><%%%-;7>?DG;6@>>=<;953@<7756,,:9<:1*446>>@;?EEB>?8:972270><.:8=FD>,((-*)%367BA;;=//,@?ADGDC9??;>BFD;./%$$$79,<>>A8;E@8EEDFD33A@AB>=3*899/).1.18(().39:;;@,A<=><;A=>>;?;?BEHNLAGHA<850$+%-*%00528>=DDA94(.9@<@@;><>=BAHED79=<;=<;:9479:5;D61/4042+779=?2;,),::9ACDDGIH?F9@>=8C>H<<:89?@A?<;;,,A?:=??<:<=;@FI@DNCDFCCO=HEGDHJ7428;552(0094/@:@AF6845$'%-0',)+.35:==24???@A@?CC+98>2+1277,/(%&).0430&+3BD@GC:DE=<9.35%$+6836524=@@CCDDA@?>466:0337*.0BA9;BFGOEAAHB=<><>:ABEC>..//299BD@@@BDCADFBEE206//-2210166:97:68''887665(&$-%0458=:;;;==AA?ADJH?>I=:(9%((DCBJFB>:BAB@D=AB;C6CG?8:@;=C8'(&%%%$$%%'289:>9-0'(,+-9975=><:(9AHAFI94>FFE6-'+;=CFF:,.>57787*8<;?@?EA:45985>;BDIGFECC?<:?:8>=:;;5121+&'.665<;6>8766;/(&/04.%':;362>=>??@BED;=ELI<>>;CE>0;;A@?AHMGC>@@>@9:;@;;668/6?CDIIBA<=942:6:@A@@DA?B;@BC<@?CEA>B@=?A?:55@C8&CAD=EC@1468;FHG>7@DC(9<568:9>63479?@@F=AFB=FK@C5;=997=AEGE@KKNK9JB@>?F;::.7767''$$$%$(056<8??<@&%38,#()*&$*)46?=D>CA>DFJA8C985@=9,+-*3-5=>==@9@:%37;9CGHHHE7?CJ:D;GLJBHDMFLG=@B;=?@DC>D5FHGB@JDBGFDC=??;::3<;=-7>=?47=;=<5./).0438CBC?6>4055:=@EG6C;<@@50)%/-46:;?@DJGBDCF?AECEGGAEDD@JHMJIHGH@6=E>AFEE===67>EE6:@D<;6D@@::;<@;:?IACTRFGCHDB>838:=>;;:>00878<=?148??C9CEC=::CB@9GC?EJG@C>GEE>DEL;;E9>E;;FFG>5?GH:?:3>;EEE2,,2DJECE@=B>AB@BB=BD7:AFDHID@A<;9>=:;@==>?;=@@?;?FEB@?A;@9;>:;7$&)%-+-/001&(351:;854*2479368899;)/++::778/<<3461*(''&5:=C,%%%),+68GEHHG@E?BEK@AGG>GD87GHFEBIKCHG>E3C731(//1707896*1-(*+)%%&'1585D>**((+::79:9,(1+*$&%'''(.1024*&%'%%&'6;=?@AE;<:>GB:<@=>?@<>B@A=>DD>CA<?<:<99CD@<>;@BA8802>?E<<>=119,-78==?B>?A?5DD?AEEF@5DEFEABB@::4>B/96;ECEFGEA=?1.43=?($23:8=<>6)23,'&),++,*&&-%-09213=?=@B>:BBDA?;;?66765*.*-%&,'-)=79@C<=8,>>8625;:7439?86294398:9552337.200@@?;<:=1.6;=<45:><;;657;96A=25668821145;643+'1'(()(+)04514/:@74375:96>GKJ*26===8)+2AB@342:,,8+*2;>@A99B;@=?IAB=E?HHB:4<<64=14>@CC;<>8876*,)-5'$:2E<7?CGB//235<@B=GHH?GBEA=>?E=DA@8?:'<;965)5&+(01277968A=@DAB@D<=83532><;7)<84:<;A@>*543:3**%03,53?>;EAE?:;<34468C=BAC;B=;713?<*581')886@B>??A?C;33:646556<::>>C=>D?>88/878,9>=@CC>D99@>A@5983=>=;8@@<>>7?KNCFFGBAE@6;::8<8799>?92,,&8:7CE@GB8?A=?>;2=A><<8=77BD*?8;A=;7904BCJIHAC?@D9/0@;8??=;;6>CA@@?65=AA@88)(2+$%07:=9:7-4DB030F73=;@8/5=BC@>=>A;F@BDHHDB7;2?@EEA9*,767584BB;=@@C=99=:<8/..&&>@@9999=8767:><=;980678;5D@CJHEA4;B@:9:9231.+%&()148'+.;?=3688:=:=>?=:313009==<524:@B;6><:87,,124:;?>@A51:@:<643*&557@B?EC<''5=EIJ7<9:@>D?;=87D;;?69?@DCBD>?B?=F7FGJC?E9;>A@:9;75,-(7<97>98>J@<>==59:>;242BBA=6:798:@@7881/%.+.=>4(((2177>453++31;;977.*'%&%)*)/135-/-+,39703;9:?;@?,**;64,G>@DC@?-06676679=AA99=<6=>>=:<2*&/6=@88ID?D:9=>6,565?7HD;;@CDBCEBEDFKMG?6>?85?>>8@EADB;=688CE8:?/'$&46;;<;>34'%#%%%..14<98:86125669:A:>1@CDDEACLGJIHC<:95;;C<=9478;?=>9.$$';>>BCEA?@>>G?@<225/)+$+-28:>B@BA>B;B@5988@>?>>@??@==E?,6/,:@==?:<,99:48@=;;@=+9649712*&0**).--3556;=?@A59<5;DHC@A4;7:?;@A>C<58966>?=3&%5;<@>??@@ABDFE@0B<=;?69BBA*/:=A<=?>2ABF?<8@=6571)((-.>?>@@@5(1,22-38=>?>;:=8@BDJL;A?:;3322/.*3::3=6@@GGF?6457<54<9@==8--5/4?=1*,.&=>;6++=::/..30@?8&56854*/,.232-$-$$$$%:<;3+82%8=?><299;?1()).57BAAIFDD98A3--.,78CD?*937BJHE=BDI8B?A;8:?F639;;<<=6>@:AAHK<2>AA6/19>9=>&&&5<'%6@@>?==&13CDBD29668?5-DA=BCA=926<7>;98:/8:=>CBA<* @SRR14011045.29298 8ced5f6a-0e76-4921-810f-60fa14402d2c/1 AGTGTACTTCGTTCAGTTGCAACCATTGCTCTGGAAGCCGTGAAACTTCTTTGCACTGGTTGAGATTTTACCAAAAGAATTGATGCACCCGGAACAAGTTGAATTGCCGAAAAAGACTTACGAGTTGATGTTTATCGTTCTGGTGGAAAAGGCGGGCAGGGCGTGAACACGACTGATTCGGCAGTTCGAATCCACGCACTTGCCAACCGGAATTGTTGTAGCGATTCAAAATGAGCGTTCGCAGACTCAAAATAAAGAGACCGCTATGAATATTTTACGTGGAAAGCTTGTGCAGATGAAAATGGAACAGCATGCGCAAAATCTAAGCGAACTTCAGGCTGGAAAGTCTGCTGATTGGGAGAAGCTCACAAATTCGAAACTATGTTCCTCAACCCTTATAAATTAGTGAAAGACACTCGAACAAAATATGAAGAAAAAGATGTAGATAAAGTCCTAAATGGTGAAATCGACGGATTTATTTACGCCTTTTTGGAATATTCTGAAGTAAAACTTAAGCATATTGACAAAATGCTGTTTTTGTGATATTATTTAAGTATTAATAAAAAATAAAAACAAAATATGAAAAAATTTAATACACTACAAATAGCAGAAACTTCCGAAAACGTGCAGAATCAATAGATAACCCGCTTCCAAGAGAAAGCGCGAGGTTTGGTGGTGCAATTTTGGAAATTTCTGAAAAAACTAAGCATTTTCGAAAAAGCGCGAACGGTTTACGTATTTAAACAATCCAGATAACCAAGAAGCGAAAGAGCATCTTGAAGAATGAAATTGCGCTTAAGCCGTCGTCAAGAAGAAATCGAAAAATGGCTATTTTGACGAAAGATGATTTCTATCGTAATCAAAAGACATAAGAAATTCTTTCGAAACAATTAGTTAACGGTGCTGGAAAAGCCGGAATCGATCTGGTTGCTTCAAAATATCTAAAACATGGAATTGCGCTTAGCAATACGTAACC + &%200/319=BEBBBD>//68:3%00)%*4467;762,'*(++&+000-+&14:8::;C<7.0;:;:997<<@B>?=>EE-;F?>CEABB7-1>A?>/5A<+,(((:6;A>?;;241573:89664596534:<7&&=>::-)$357;;@?0A0B;0+/,.0489*523.<,,.8?@B@;2.?>:=?:.9777.569:A?=FDC/=<@=?;<448BD@FCCHDE?8??BFCG<<8AFB?>90+,9?<<;?;7+<:ACB@@>BA24;*****35957=A@>@;13:26CCA5<84%%23334/,1DEC=:7706@=BBE;B=GBB7558BIHFEB@@AAC6A=@@<;A??@EC7578>:?=;<9778,/-6*,-/:8;;36/7?A?<46/18;?A<95:-+,346,*48<;5633<:;8814/89;=?<:BFB:906:::AA?:;:67/'&%(225389212.-2/,)$(,551'&#''%&(4./6C@A?=>;>A>B?<0;:56/8871.(5-1;9:;14:;:85;99)279789=9=8A46&:7115696/7+874$(/,.?>?EBEJF=A9>?GB;B<$8;NJ:B>CE?-668874&->>?@62678:5/@@@>>;FD=;:6.0(8)2.123:60&....0<<.28F=*58.1776%2683<:BC>/%%(863/),47?DGHA?BFHJB?;B??8)*78;03?:6??E?58DB@FMBFFHFB1@C<9'%$&.:5<<@B8>CDA?:=;%(&$ @SRR14011045.10734 55e9179f-8ca6-4865-87e8-1d4bec5584a2/1 GGTATGCTTCGTTCAGTTACGTATTGCTAATAAAATTATTGGACTGGAAAATATTACTGAGATTCCAGGATCTGTTGGCAGGCGCCATGGCAATACTGAACGGTGGGAGCTTATGGAACAGAGATTTTTGACTGTATTAGAAGTTGAAGTTTGTAAAGTAGTCAAAATTGTAAAAATTCAAGACAACAGATTTGAATTTTAAATATAGAACTACTGAAATAAAGGAAAATAAGAGCGGATTACTTAGTTCTATCTTTAAAGATTTGGATTTAAGTTTGGTAGGCTGCTTCGAAGGATAAAGGGAACAAAGAAAAGTGAAACATCCATTCGTTCGCAATTGGAAATGCATTTAAAATCCAGAAGGAAAGGAAATTGCAACAAAGATTAATTTCGATGCTGATTTGAAGGGATATGAGTTGGAGATGCGGCAGTTTCCATAAAACATCAAATTTTGTACAAATTTAGGTAATGCTACTTTCAATGATGTTATTTCGGATTATTATGTTAAGGAAGTTGTCTTGAAAGGTTGGAATAAAATTGAAACAGAGATTATAATTCTAAAAAGTTAATGAAAATTTAAATTAAAAATTTTAAATCATAGTTCTAAATAAAAATTATAGTCTTTTAGTTCTGTTTTAGGAGGCAGTTTTATTAATAAATTTAAATAAATTTATTTAAGATATTGATAAAAATTCAAAAAAAGTGTATAATATTAAAAACGGAGTTAAAAATGAAAAAAACCGGTTAAGTATTGATTTTACTGTTTTTATTGGCAGGGATAATGTTTTTGGGTGAAATGTTTTATTGAGACTGATTATTTTAAAGTTCAGGGAAGTTCTGGGTGAAGTGAAAATCTGATCTGCTTGGAGCAGATGTGGTAGCTCAACAGACAAATGAAGGAAAAATATCGTATATTTAATGCAGATGATATTGAAAATCATATAAAAAGTGATGTGCGGGTAAAAAAAGTATCAGTAAAAAACTTTTGATAAAATTAAAGTTGTTCTGGAAAAGAACCATATATGTTTATATAAAAAAGAGGAAATGAAACACTTTTAGCAGACAAGGATTTAAATATATACGGTGATATTCTACGGAAGAACCTGCAAAAAATATTCCTATAATAGATTACACAGATGATGAAAGTCTAAATGGTAGAACTATACTTTCAAGAATAAAAAAACAAAGACTTTTATGCTATGATTTCAGAAATAAGGCAATCTGAAAAAAATTACGAAATACTTCTTACAAATAATGTAAGAATAATAACAGAAACAACAGTAACAGAAAAAAAATATGAAGAAGCATATAATTATGAAAAAATAAGAAAAAAGGATAAGTAATTTCCTATGGATTTGAGATTTATAAGAATGGAAATTATTTGGCGAAATATTTTACGTGAGGGGATAAAGAGAAAGGAGAAGCTACTTTAAAAGTTATTAAGTTAATTTGAAGTATGAAAAAATGGATAACTTTAGCAATGCAGCGAAACTGAAGGTAATTAGAGATGGAGATGGAGCAAAATTAAATGCAATAACGATATGATAGAGAGCAATATAACATTATTGATTTATAGCAATAAAATACAGATCAACAAATTGAATAAAGTCAAGCATCTATAAAAGTACTTTGGAAAAGAATGGGAACCAGTAGATCCTGAGAAAGGAAGTGCTGCAAAGGAATCAGAAGAAAAAAATAAAAGACGTTCTGGAAGGTACAGATATGTTATTCATAACTGCCGGAATGGGTGGTGGAACTGGAACAGGAGCTTCTCAATTATTGCCAAGAAGTGGCAAAAGCAATGGGAATTTTAACTGTAGCTGGTAACTAAAGCCTTTCTGGATTTTGAAGGGCCGTTAAGCGTGGCGCTGCACTTGGAATTGATAATTTTAGAGAATATAGAATGCTTTAGTGCTATTCAAATGACAGGCTGTTTGAAAATACCTGAGCATGAATATCTCTTTAATGAATGCATTTAAAGAGGCAAATGGAGTTTTAAAAATGGGAATAAAGGTATTTCTATTGATTACAAAACAAAGGTGTAAATTTAGATTTTACAGATATAAAAATCTCATTACTGAAATTCTGGAATTTATTGCTAGGATTTAGGGAAGCGATAGCGATGAAAAAGCTAAAGAGTGCAACAGCTCAGGCATCAAACAGTCCGCTGTTAGGAAAAATCTATCAGAAGGTGCAGAAAAATCTTGATAAACGTTACAGCTGGTCCAGATATTGGATTACAGGAAATACGGGAAGTTGCTCAAACAATCTCGAAAAAGCGGACCTTGATAAGGCTAATTTATTATGGGGTTACATTATGGGAACCTGAATTGGAAGGTACAATAAGCATGTCACTAGTGGCGACAGATTTTGAAGAAGAATCTTTTTCAAATAATGCAAAATCTTCTGGCTAATAAGATTGCCATCGGAAAAAAGTTAAGAAGAAAATAACGAAAAAATTAATTATAAAAAATGAAGAAAATAGTTATGAGGAAGAAAAAGTGGAAGATCCAGGAGATTTTGCTATTTGCCCTTATTTTGAAGAGTAATTGATTAAAAGTCTAATATTGTCAAAGTAAAATACAAAATTTTGATGACTTTGTAGTAAGTCTACTTTAACAAAAAGATAGCAAAATCTCTCAAACACACAAAGTGGGAGATGAATTGTTTTTTTAGTGTCGTAAAAATTTTGTGTAAATAGAACGGCAAAGTATTGAATTTATGAATTCATCTATAGTTTAAATTATGTACACTCTCCTTTTTTGTAAAAAAAAATTGGATATGCCTATGATACAATTTTTGTATAAAATATAAGAAAGAAATAATTAAAATAGTACATTCAAAATCAAAAGGAGGTGTAATTTTGTGAAATATATTAGCATTCAAATACAGAATTTATCAAAATAGAGCCAGGAATTATTGATAAACAAGACTTTTGGATGTGTTCGTTTTGTTCTGGTGATTTTGCATATTGCGAATAAAATTTATGAAGAAACTGGAAAAATAAAATAATTACTTACAGTTTGAAGAGTGAAAATCAATTTTGAAAGAAGTAGACAGTTTGGCACTTTCAAATGCTCAATTGAATATAAAACGATCGTTTGCAGAATTTTTTCAGAAAGAGGGCAAAATTCCCAAGGTTCAAATCTAAAAGAATAATGTTAAAAGTTACACGACATTATTGTGAACGTTCAATACGGGTGAGGAAAACAAATATTTGGTTTGCCAAAATTGAAAAGAATAAAATTGATATCATAGAAATACCAAAGAATTATAGAATAAAGTCGGTAACATTGACAAACAGCAATGGAAATTATTATAATTTATTTTGACGATTGAAAAATTCAAATGCCAAAATGTTTGATAAGTAATTGGACTTGATTTTCAATGTCTGAATTATTTGTCAGTTCTGAAAACCAAAGAGCTGATTATCCAAAGATATTTTAGGATGTTGGAGAAAAAATTGAAAGAATTACAAAAATCATTATCGAGAAAAATAAAATTTTCTAAAAATTGGTATAGACAAAAAGTGAAAATATCAAAGTTACATGAATATATTAAAAATTGTCGAAGAGATTTTCTACATAAATTATCCGAAAAATTGTCTGAAACATATAATGCTGTGGTTGTTGGTTGGATACTCGAAAGGAGGATAAGCCGGGCATTAAATTTTGGTAAAAAGTGTAGGAGATAATGGATGGGGAATGTTTTTGAGAATGCTTGAGTATAAACTGATATTTTTAGGGAAACAATTTTGAATAGATAAGTGGTTTCCATCGTCTCAAAAACTTGCAGTAGATGTGGAAATATTAAAGAGAAACTGGAATTATCAGAAAGAAGTTATAAATGAGTGCTGTGGAATTGAAATTGATGGGAATTACAATGCGGCACTGAATATAAAACATTGGAAAATTGATGTTGGAATATTAGGAAATAAAAAAAACAGGGCAGGGACTGTCCGAAGAGCTTAGTAAATATATTTGGCTAGCAAAAGCGAATACTTCCCAGAAGCTCCCGCTTCTAAAAGCAGGAGTAGTTCACTACATAAGTCAATCTTAATAATAAACTTAAAGAAAGAATTTCTTGAAATTTTGTTTTTAAGAATATGTTGGATATAATATCAAAAGAATTTAAATAAATTTTGAAAATAACTTGATTTTATTAGGCTTTTTGGTATAATTATAGAGACCTGCTCTATTTTAGAAGTAGGGCTAAAAAGCCATAGGAAAGGAGAAAGAAAATGAGAAATTATGAAATTATGTTTTATTTTATCTACACAATTAACAGATGAAAAACAAGCTGGAGGTGCATTTGCTAGAAGAAACATTAAAAGTTGCGAAGACAGCTGGAAATTTAAGACAAAGTTTGGGAGATAGAAATTGAAACTATCCAATTAAGAGAAAAGAAAATGGATACTATGTTTTAACAACATTTAAACAGATGGAACTAAATTTACTGAAATTGAATCAAAATTAAATATTAATGAATCAATTTTTAAAATATATGATTGTTAAAGCGACTAATTTAAAGTATTATAATTATTCGTACAAAAATTTTGAGGTTAAAAAATATTATAATTAAGGGGAAATTATGAACGTAGTAATATTAATGGGAAGAATGACAAGAGATCCTGAATTAAAGTATACTTCAGGAGGTAAAGCATATACTAGTTTTACACTGGCTGTGCAAAAAATGAAAATAAATTTTTGTGAGTTTATTGACTGTATTGCCTGGAAAAAGACAGCAGAAGCCATTGCTTCTGAATATTTTTAGAAAAGGTAGAAAAATTCTTGTGCAAGGACGTTTGAATGTAAGCAGTTACGAACAAAATGGCGAAAAAAGAAAATCTACAAAAGTTGTTGTAAGTAGTTTTGAGTTTGTTGAAAGTTCAGGAACTAGCAATAATAATGGCGGGTATCAGCAAAATCAGCCTTATAATGGAAATGGCGGAAATAGCGGAAGTAAACCAGTTCATAATAATACATATGAAAATGATGATGCGGATGATAATGAAAATTGCCGTTTAGTAACAAATAAGTTTTATAAAAAAATTGCTATAAAAGTTTTTAGGAGGTGCAAATTAATGAGAGCTAGACCAGTTACAGAATTTAAAAGAGAAGAAAAAGACCAAAAGTTAAATTTAAAGTAGAAGATATTAACTATAAAAATGTTGAATTATTAAAAAACTTTATGAATGATAAGGGAAAAAATCTCTCCTGCAGGAAGTAGCAGTTAAATAAAGTTCAAAGAAAATTACCATAGCAATTAAAAAGGCTAGACAAATCGCTTTAATGCCTTATACAAGAATTGAAAAATAATAATAAATTTTTCTTTTAATTAGAAAATTACGGTTATATATTTATAATTTTAGCCGTAATTTAGTTAAAAATCAAGACTATTTAAAATAAGTTTGGCTTGTTTATAAATAGTCTTTTTATGAAAAAATGTGGAAAAATTAAGATTAATATTGTATAATGTATCAAATATACATAATCCCTTTAATATTGAACTGAAAATTAATATTGTTTCTCATTTAAGCAGTGAATTTATATACTTTTTCCATTTAAACAGCGGATTAGTTATAAGTTTGACTTCTTGTTAATGAAGTAATATAAAATATAACTTTTATTTTATGGAATTTAAGTATTACTTTAAAGAATAGGATTAACTTGCTGCAAGTAACTATTTTTCTAATAGTAACTGATTAAAAAGTAATGGAAATACAATATTTAAGTTTGGTTTAAAAAATTGGTTTATGTATAAAAAAAATAGGTGGTAATAAAAATGCTGAATAAAAAATGAATATAATTTATTTTTTATTTTATTTTTATGGCGGGATGTGATAAAAAGTGAAGCGAAAAGAAAAAAGAGATAATCCTGAGAATATACAAAGAAGTAAGCACAAAGGAAAACATTTTTTCAAATAATTCAATAAAAAAATAATAGAAATATTTTCAAAAAAATCTAAAAGTAATAAAGTAAGTATTGAAAATTTTGAAAAATTAACTTGTGAAAATAAAAATTATTATTATGCTAAAATACATTCAAGAGGAAATGCCGTTTATATATGATTATAGTGGACTAATTCAATAGCATATTTTTAAAGGTTAATAATGTAAATGGGGCAAATTTGGGAATTATTTCAGAAAATATGGTTGTAAATTTGATACAAGTATCTGATGAAAATATTAAGGATTCAGAAGCTAGAGCAATTTATACAAAAATTTTGTCAAATTTGGGAGAAAAGGAATTATCAAGCCTTTTAACCTATACAAATGGCATAATTTATGGAATAGGTAGATCCTGCAACAGGAGAACTTATATTTTGCTAGGGAATCAGAAGATGAGAAAGGCAGTAACAAGTATTCCAAAATTAAATTTTATTGACAAGAAAAAGATTAGCGAAAAAGCGTTAACAAAATTAGGAGAAAGTAATTAATTTAAGAAAAAATGCGATAAATGAATTTAGAAGCACTTATTAGGACTTTTACAAGGACAGATTTAGGAAAATTAGCCGAGCAAGTTGGAGGAAGCAGCACAGAAGCGAGAAATGGAGTAGCAGCGGCTCTACCAGCAATTTTGGCGGCAGTTAACGCAAATAATAGCGAAAAAGCACAAAAGGAAATTGAATAAAGCGTTGGAACATTTGATAGCTCAGTATTAAATAATCTTGAAGTTATTTGCCAAAATCCAGATTTAAAAAGATGGAGCAGGAGGAATTTTGAACCATTTATTTAGTGCAAAATACATAATGTGGCAAACGCAGTTTCTCAGTCGAGCGGTTTGGATACTCAAGGGAAGTTTGAATGTTAGAAACTTTAGCACCATTAGTTTTGGGAGCGTTAGGACAACAGAAAAAGGAAATAATTTGGATGCACAAGGAATTAGCAATTTAACTTCAAATCTTGCTGCAAATTTTGGCAGAGAAAGCCGGGAATTATGAGTATGATTACAAAATTTATTGGATGCGAATAAAGATGGAAATGTAATGGATGATTTGACTAGAATGATTGGTAAATTTTTTGGTGGAAAATAAAAATAAAAATTTAAAAATAATTAGTTTTAGCAAGTTATAAAAATTTTTCACTATAAAATAAACAAAATATAGTTTAGTAAATAAAAGAATTACTTGAAATCTTGAGTAGTTCTTTTTATTTATTGAATAAATTTATTTTCAAAAATTAAATGTTTTAAATACAGCAATTAATACATTTCCTACATCTATTCCCGTTTAAAAAGCGAATATTTATTGTAACAAGAGGTCGCCCGCTTCTCGTTACAAAAAAATAAATAAAATATAGTTTCTATTTTTCAAATGGTTGAATAAAAATATGATATAATAAATATTATTTGTTAATTTTTTATAGTTGTCAGTGGAGGATTTTATGAGAGAAATAACAATTATTTATATAATTGCAATTATAATTTTACTGATTTATTGTATTTGGACGATAAAATTTTGGGCAAAAATTTTTTTTCAAAAAAGATGTCATTCCAAAATTGAAAGTTCCGAAAAGCATTTCTGCAATGGGAGTTGAATTTTGAATAATTCTAGGCCGGAGAGAAAAATTTTCATATTGGGATATTTTCTTTGGTTGAGAAAAATTTTATAATTGCGAGAAAAACTTTTTTGAAAATATGGATTTTCCGGCAGGATATTTTATATAAGAAAAATTTGGAAAATCTAAAAGTAATTATTACAGACAAGATGAGCTTTTTGCAGAAGAGCGATGGGTTTTAGATAGCTTGGCGGATTCTGAAAAAGGGGATTTTGTGATGATTATCAAAGTTCTGGGAATAGAGAGAAATTGCCGAAAATGGATGAAAAAAATATTGATAGAAGAAAAGAGATTTTTAGAGAATCTTGCAAGTGTTAATAACTTTTATTGGCTTTTGATAAATGTAATTTTAAAGGGTTCTTCATCGAGTAGTTCAAGCGGCAATTATTCGAGTAGTTCATATAATCAAAAATCTTTAGATCTTTTTTGAGAAAAATGTTTAAATTTATAAAAGGACGAAAAAAGTTTTGAGTTCATTTTGAATTGCTTATGAAAAAATTGGAAAATTTATAATTTACAAGAAAAATTCAGGATTTTTATATTTTTATTTTGGAGTTATTTTAAAAACTGATTATAATGATAAGTAAAGATGTAAAATTTGGAAGTAGGAAAATTTTGGACTTATAGTTTTAGCTGCAATAATCGTTTTTTCTTGGAAAGTCTTTGGCTAAGAATCATCATTTTTACCGATATTTTCTAAGTATATCCCAAAAAATACTAAAAATTTTGTGCATTGGTATTTTTATTTTCGTTGCTATAGTTTTATGTTACCAAATATGCGTTCATATTTGGACATAAAGATTCTATTTTGATTCACTGACATTTGTAATTTTATTTTTATTTACAAAGAAATTAATCGTGCGATATACTGAAAACGGACTTTTGGCTATAGATAAATTGAATCATTCAATTTTGAAAAATATATTTTAAATTTGAAAAATTAAAAGTTCCCACTTTTTCAAGTGAATAAGATTAATCGAAAATTTTCGGCAAATGTATATTTACGCTTTTGCTTTTGGGAATTGAAAAAAGATTTTTGAATTTTTGGATGTTACCTTGGAGAAAAATAATTTTGCTGGGAGAAAAATTTATTTATGAAAAACTTTTTGATTTCGACTGTTTTTGTGATAAAAAAAATTGTTGAAATTGAAAAGTTAATATTATAGGAGATGATTTTTAAGGAGAAATTTTATGAAAAAATTTTAGAAAAAATTGGAAAAAGATGAGTTGCTTGAATATTATCGTTTATCTAAAGGACGATTTGCTGTTGGAAATTTTGTTTAGGATTAATGGACCATTTGCTATTTTTACTTCAATTAGTAAAAATATGGAAAAAATGGATGATTTCGATTTATAAAATAGATGATTTAAAAAGAATTGCAAAAAATACAGAATATTTACTTGCATCAATGAAAGAAAAAATAAAAGAAAGAAATTCTGAGAATAGAAGAATTGTTGAACTTGAAAAAAATAAATTTTTTAAATTATTTAAATATCTTAAAAAATAATAAAATTGAAAATATTTTTTAAAAATAATTACCAAAAAGAAGGATATTTATTGAAAGAAACAAAAATTTTTACATTTTCAGTAATTGTGATGAGAAGGGAAATCTGAAGTTATTGAAGAAAAAGTGAAGCGAAGAGAATCGAGATAGGAAAAATATATTATTAAAGACATAATTATTAAAGGTGAAAAAGTTAAGAGAAATAAGAGTATAGTAGCTGAAGATGATATTCAAGGAGATATTCTTTTTCAAGATGAAAAGATTATTCGGTGATTTATGAAAATAATTTGTTTGGGAAGATTCAAATTTTGTAATAGTGAGAACAACTGATATTTGGAAATTACAGAAAAAGTTTATAAAATAGAAGCAAGCGTTTCTCCAAATGATATTTTTTTCTGATATTTCAAATATGGAGATAAAAGAAATTTTGAAAGATGTTATGAAAATAAGATATTGATAGATTTTGAATATGAACAGTCATAATATAGAAAATACGGAATCATTGAAAAACTTGAGATGATAAATTGATTTTAAAAGAAATAGAAAATAAAATAAGTGGAATTTTTGTTTCTAAATCAGAAATATTGATTAAAGATATTTCGTTTTTTATTTGTGAGAAATTGTAGAGTTTTGAGAGTAGTAAGGGTAAAACTATGGCTTTGTTTTATTTAGCAAAGAAAAAAGAGAACTGATTTGGTTGGATTAGTTCTCTTTCATTTTTATCTATTATTTTGAAAATTTTTTGGATAAAATTTTTTTCATATTCGTGATGTCATTGTATTATAAAAGTCAGTAAAATAAAATATTTTAAAATAAAAATTTTTACTATAATTCCAAAATCATAAATCCAATAAAAAATCAATAATTCGTTTTCGCAGAATTCCATTTATATTATATTCACTTAAATTATCCATAGAAAGAACATATTTTGGATAGTTATCTTCAATGTTTTAATGGAGAAAATTCTCGTTCAATGGTATTTTCTGAGGCTAAAGATAAGTTACTTGAATATATAATTTTTTATCTTCTTTTTGTGCGATAGAAATCAATTTCTTTTGTTTTTATTTTCCGATATTTACATTGTATTTTCTTCTTAATAATTCTAAATAGATGATGTTTTCAAGATGACTAGCGATGTCGTTTGCTTTGTAGCCTAATTGAGAATGTTTTAAACCTAAGTCAAGAAGATAAAATTTTTCTTGTGTTTCTAAAATGGATTTTCCTTTTATGTCATATCTTTGAACTTTTGAAATAATAACGCATTCTCAAGTGCTTTTAAATAATTGTAAACAGTTTCAACGCTTAACTTTCTACCTTGACTTTTTAAAAATCTGAAATTTTTTTTGCAGAAAAAATATTTCAATAGTATTAAAAAATAATAAAATTATTCGTTCTAAAAGTTCAAAATATCCCTTATATTATTTCTTGCAACAACATCTTTTAGCAAGACAGAATTATAAATATCAGTCAAATATTAGTAAATAGAAGTTTATCTTGATTGAAATTGTGGATGAGTAAACCTCCAAATTACCAAATATTTTCAAAATATTCTTCATTGCTGTAAATTTTTTCTGGATTTTGAATTTTTGGAAAAATCTATAAATTCTTTAAAGATAAAGGAAAAACCTTTATTTCAAAGCATATCTTCCTGCAATGTAGGTAGCCAATTCCGAAGATAATAAATTAGCATTTGAACCAGTGATATAAATATCACAATCTAAGTCAACTAGCAATGAATTTATCACTTTTCCCGAAGCACTTCTTGAATTTCATCGAGTAAAATATAAATTTTACCAGCTAAATTTTTTGATTTTTTCAATAATATAACTATATATTTTGAAAATTTGCAAATTCGGCAGACATTAAAGACTCAATTAATAAAAATAATATTCTCTTTATTAATTAACACTATTTTAAGTTCTTTAGATAATTTAAAATCATAGATTTCCGCTTCTACGCATACCAGTAATAACTTTTATTATCGGCTTATCCATAAATTTTCTAATTTCTTTTAAAATATTACTCTCTTTTTATCATTTTATCACCACCTATATTAATATATACAGAAATTATATCCTAAATTAAAAAGTTTTTTCAACTTATACTAGAAAAACTTTCAAAATATTTTTTTTATTTATATACTAGAAAAAATAAATATAAATTTCTGATAAAATAAAAGAGGCATAAAACCTCTTTTGCTTTTTAAATAAAAGTATAATAAAAATATTTAATAGTAAATTTCATTTTTTATAAATAAAAATTTATAAAGCTGTAATAAAAGTTAAAAATCCTAATATTACACCAGCTAAATTTGGAACAATAAGGATGAAATCTTTTTTAGGTTCTTTAGTCCATCCGTAAATAACCCAAATTAGACAAGAAGTGAAGCTGTGAGCGGTTGCCAGGCTGAGCTTTTCTCCTCCTAAATTAGCGATAATTTGAGGAATATAGGTTATAAACACAAAAACTCCAATAAATGCTCCAATTGAACCAACAATAGTGTTAATTTCTTTTTGTTCCTTACAAAAATCCTGCTTCTTTTTTAAAATTTATAAGGTATCATAATATCACAGTTTAATATTTTGTCAAACTTAAATATTTTGAAAATTTCTCAAACATTGTAAACAAATATCAAAAATGATATAATTTAACGAATAAATTTAAAAATGAAATATTTAGAAAAAATAATTTGATAAAAATAAAGAAAAGGAAGGGAATTTGATGAGTTTAGTGCAATTAATAGGGTGTATAAGCAGTTTGCTGGGGAATATATTGAAGGATATTAATTTTACGATTGAGAGAAGGATAAGATTGGGCTTGTTAGGGTGAATGGAGCTGGGAAATCGACGATTATTCGGATGTTGCTTGATAGAGAGCGGATTGATGGGGTGGAATAATTTGAATGAAGTTGGGAATATTGTGAAAAGTGCTTCGATGAAAATTGGATATTTGTCGCAAAATCATGAGTTTTCAGATGAAAAAAATACGATTTATGAAGAGATGATGTCGGTTTTTGCAGAAGAGAGGAAATTTGGCATGAACTTCAGAAGGTTAATTTGCTTTTTCAGGAACGGCCGAAATGATGAGCTGGAAAAATTGATTAATAAGTCTGCGGAGTTGTCGTCGCTTTATGAGGTGAAGGGCGGATATGATATTGAGTATAAGATAAAGCAGATTTTGACTGGGCTGGAGCTGACTGAGGAATATTACAATTTGGTGCTGAAAGATTTGAGCGGTGAAGCAAACTGGGTTTCACTTGCAAAATTGCTGTTGTCTGAGCCAGATTTGCTAATTTTAGATGAGCAAACAAACCATTTGGACTTGGTTTCAATTAATTGGCTGGAAGATTATTTGAAACGGTATGCAGAGGCGTTTTTTGCTTGTTTCACATGATAGAGTTTTTTTGGATAATGTTTGTAACAAAATTTTGAAATTGAGAATAAGAAATTGCATAAGTGATGGAAATTTTCTGCATTTATCATTCAAAAAGAGATGATTTTTTGAAAGGGAAATGAAGCGTTACGAAAAAACAGGAAAAATTAAGAAAATGGAAGAATACATTGACAGATTTCGTGCTGGAATAAAGACTAGACAGGCAAAGAAAGGGCGACAAAAAATTCTGGATAGAATCGAGCGAATGGACGACCCTGTTTTTAATCCGCAAAGAATGAAATTGAAATTTGAAACAGATACGATTACTGGTGACAATGTTTTAAAAGTGAATGGAATTTCAAAAGTTTTGACAACAAAAAAGTGTTGAATAATGTGAGTTTTCAGCTATTTCGTGGCGAAAGAGTCGGAATTATTGGAAAAAATGGGATTGGGAAATCGACTTTGTTAAAAATTTTGGTAAATAAATTGAAACAGGACTCAGGAACTGTCGAGTTTGGTTCTCGTGTAAAAGTCGGTTGGCCGACCAAAATCACATGGATTTAACTCCAGCAAACAATATTTTGCAGGAAATTAATAATTCTTTAAATTTGACGGAAGAATATTTACGAACACTTGCGGGAGCTTTCTTGTTTTTCAGGCGATGATGTTTTGAAAAAAGTGAAAAATTGAGCGGTGGAGGAAAAAAGTTGGGATTTCATTCTTAAAATTGTATATGCAAAGAGCAAATTTCTAATTTTAGATGAGCCGACAAACCATCTGGATATTTACTCAATTGAAGTTTTGGAAGACGCATTGGAAGATTTTGACGGAACAATGTTAGTTGTTTCTCACAACAGACACTTTTTGAGCTACTGATTTGCTTAATACAATTTACTATCTTGATGAAAATGGTCTTACGAAATTTAGAAATTACGAAGATTACAAGGAAAGTTTGAAAAACAATAAATCGAATCCGACTGCAACTGACATTGAAACAAAAGAAGAACAAAAATTGTCAATCAGGAGCAAAGGAACTTTCTAAAAAAATCTCAAAATTGAAAAGAGATATTGCGAAATTGGAAGAAAATGGAGAAAATCTCAAGAAAAACGGGAAAAAGAATTGAATAAAGATTATGAAGAAGCTGGGCGAAAAAAATGATGTTGGAAAATTGATGGAAATTCAAGAGAATTTGATAGATTGGATAGTGACGAGATGGAAACGATGGAAGAAGTGGGATTTGAAGAGTGAGTTGGAAGGGATTTGAAGAATAGAAAGAAGTAGAATGGGGAAATAAATGACAAATAGCAAATACAACTGGGAAAACGAAAGTGACAAAATCTCAAAAAGACTAGTTTCTCAAGACGAAGAAGAATTTTTGAGTAAAGAAGGGTAAGAGAATTGTTTGATAATGAGATATTGAAAAATATTCAAGTGGGAACTTTTTGAAGGATTGAAGGAAATACATCGGTATTTGTTTCAAGAATGCTATGGAAGTGCTGGAGAAGTGCGTATGATATTCGGAAAGGTGATACCATGTTTTGTCGTGCAATGTCTTGAAAATAATTTAAAGACAGTTTCTAAAATGCCTGAAAATACTTTTGAGGAAATAATTGAAAAATATGTTGAGATGAATATAATGTATTCGTTTTATGAGGGGAAATGGAAGAACGACTAAGATTTGGCTGGATCAGATGTTGATAAAGGCTTGGAATGTGTGCGGAGTAGCAAAATATCAGTAAAAATAATTATTTATCGGCAATGAAAAAGTGTGATTAATGATTTGGAACTAAAGATGCTTTTGAAGGAAGAGAATTTGACGGAAGATGTGGAAAGTAGAGATATATTCATGAATGGGATTAATTAGTCTTATGAATATGAAAATATGAGAAAATATGATGTGCTAAATATATGAAGTAAATGTTTGAAATTATATTGATTTGTAAAGGAGGTTTGAATGAAAAAGCGGTTATTGAAAATATTAATGCTATTATTTTTAATTGAGGGAATTTAACATTTTCAGAATATGTTGTGAAAGACGGGAGAAAGTTTTTATGATGGTAAGAAGTTTGAAACAGATATAGGAAGTTTTAGGATTTTGAATAATAAAATTGCTGTTGATAGTCAGAATATATATTTTTTAGAGAGCAGAACGATAAAATCTGAAAAAATGCTTATGATACATCAGAACCTGTTTACAAACTTTCAAGTGATTCAGGAAAATTGAAAATAGATAAAGAAGAATACGATGTAAAAAAATTTAAATTAATTTCAAGTAATGTAAAAAATAGTAATTTTTATTTTCTAAAATATGATAAAAAAATATATGTTGTATATGGGTATAATCATAGCGTTTTTTTAGCGAAATATTAAATGTAGATTATGAAACTTTTGAGAGTGTGTCTAAAAATTTAGTAAGGATAAAAATAAAGTTTATTTTGTTAACTCGTTTATAGCAGATTCACATAATAGATATTTAATTGATTTTGGAATAAAAGAAATAAAGGAGTACTCCTAAAAATTTTAAAGTTATTGCAGATAATTTAAGATATAATTTAATATTTACTGAAAATAATGGGAAATTATATTTTTTAAATCTTTATCCGTTGATTAAATACGAATTTACATTTGAAGAATTATCCCAAATGGACAATAAAACGTTTAAACGCACGATTACAAATTTATAAAAGATAAAAACAATGTTTATTATTTATATGGATATGATAAATTTATCAAATTTGAAAAGGCAGATGCAAAGACATTTGAAGTTATTGGAAACGGCTATGCAAGGGATAAAAGCAATATTTATTTTTTTGTATCCAAACTTGGAATATACGATGCCAATAAAAATGGAGGCAGATAGAAAGTCGTTTAACTTGATTAAAGTTGGAAGATGTCCATGTCTTATGCGAGAGATAAGAAAAACATTTATTGTGATGGAAGGATATTAGAAGGTGCAGATTACAAAGACATTCAGAATTTTTAAAGAAAAGATGAAAATGGAGAAGAAATTGTGAAAATAAAAGATAAAAATCAGCGAATATGATGAAAATTGTCTGATAAAAGATAGAAATAGGTTTTAGAAAAATATAAATGAAAATATTTTATGAGTAATAAAAGTGATAATTTCTGAGAATAGGATTTGTATATATACTTAATAAGTATTATTTAGAAAAACATAGTAGATAAAGAGGAGGTCAAATGGAAAAATTAGTAAGAAGAGGTGGTGGCGGACATTCTCATGGTGGTGGACATGGTCATTTTCATGGAAGTGGTGGAAGTCATCATTATAGTGGTCTATGGTGGAGAACATAGTAGCGGAGAGCATTCAAGAGGACATTCAGATGGAGAAGGAGATGGAAAGTCTAAAAAAATCTGGTGATGATGAGCAAGAAAATTCGTCATCTTTTTGGAGAAGTCGTGGTTCTCATTCAAGCAGTTCAAAGTCGGAAAAATTGTGAAAATATTGTTGATATTGAAAAGACAGGATTGTATTGAAAGTAATAATAGTAATGCTAATAATCTTGAAATATTTTTTTTATATCTTTTTTGTGCTGATAGTTTTTATTTTTTTAAAAATAAAAGATTTTTGGGAAAAAATATTAAAATAAAAGATTGAAATTACAAATATTATAAATATTGCTTGGCAAATTATAAAAAAGTAAAAAAATAGGAGAAATTATGATGGGAAGAAGATAATAAATATAATAAAAAAGATGTTATCAATATTAACATTAAGTACAACAGCAGTTGCTCCAATAAATACTGAAAATACAAACCATATTGCAGATGTTGGAAAAAGAATTAATTTGTGATCCTGGACATCAAATAAAAGGAGATCAGGTTTGGAAAAGTTGCACCAGGCTCATTGGAAAAAAGCCAAAAGTTTCATCTGGAGCAATGGGAGTAGCAACGAGAAAAATATGAATATCAGCTTGTGCTTGAAGTAGGATTAAAATTAAGAGATGAATTACAAGAGTAAGGTTATAAAGTGTTTATGGTACGTGAAACAAATGATGTAAATATCAGTAATAAAGAACGTGCAATTAAAACAAATGAAGCAGGATGCTCGTTGTATGTAAGACTTCATGCAGATGGAGTAGATAATTCTTCTGTAAATGGAGCTTCAGTATTAACTTCTTCACAAAAAAATCGCTACACACAAAGTGTTCAAAAATCCAGCGATAAATTTTCACATGATGTTCTATCTGAATACATAAAATCAACAGGAGCAAAAAATCGCGGGGTTTCCTATAGAGATGACCTTACAGGTACAAATTGGTCGAAAGTAACTAATACATTAATTGAATTAGGATTTATGTCAAATCCCGCAGAAAGATAAAAAAAATGTCAACATCAGAATATCAGAATAAAATGGTATTAGGAATAGTGAATGGTATAGAAAAATATTTGAAAGAAAAGTAGAAAAAGATAAAGTGTTTGAAGAAATAATGAGTATACATTTTTTGTTACTTTACTTGAAATACCACTGAGAAAATTTGAAAAAAATTTCAAAAAAGTAGTTGACAAATATTTTCTTTTATGATTAATATATATCTTGTCGATACGAAAATGTATCAATGGACAATAGAGATATTAATAATGTAAAGAAGCAATTAAGTGTATAATCAATAAAGTCAAGTATCTTGAAAAAGATAACGTCAAGACTAATTAGGTGAAATTTAAATATATGTCTATATATTGAATGAAGAGTTTGATCCTGGCTCAGGATGAACGCTGACAGAATGCTTAACACATGCAAGTCTTTGGCGACTGTGCTTGCACAGCCTAGCCAAGGCGGACGGGTGAGTACGCGTAAGGAACTTGCCCTGCAGTCAGGGATAACAGACGGAAACGACTGATAAGACCTGGTAAAGTCAGGCGGACTCATGTCCAGCCTGATGAAAGAAGATGCTGCAGGAGAGCCTTGCGTCCTATTAGCTTGTTGGTGGGGTAACGGCCCGCAAGGCGTGTGATGGGTAGCCGGCCTGAGAGGGTGGACGGCCACAAGGGGACTGAGATACGGCCCTTACTCACGGGAGGCAGCAGTGGGGAATATTGGACAATGGGGGCAACCCTGATCCAGCAATTCTGTGTGTGCACGATGAAGGTTTTCGGATTGTAAAGTGCTTTCAGCAGGGGAAAGAAAAAATGACGGTACCTGCAGAAGAAGCGACGGCTAAATACATGCCAGCAGCCGCGGTAATACGTATGTCGCAAGCGTTATCCGGAATTATTGGGCATAAGGGAGCATCTAGGCGGCCAGATAAGTCTGGGGTGAAAACTGCGGCTCAACCGCAAGCCTGCCCTGGAAACTATGTGGCTAGAGTACTGGAGGTGGACGGAACTGCACGGTAGAGGTGAAATTCGTAGATATGTGCAGGAATGCCGATGATGAAGATAGTTCACTGGACGGTAACTGACGCTGAAGTGCGAAAGCTAGGGGAGCAAACAGGATTAGATACCCTGACAGTCCTAGCCCTTAAACGATGATTACTGGGTGTTGGGCATGAAGAATGTCGATTGCCAAAGCTAATGAAATATTAATCCGCCTGGGGAGTACGGCCGCAAGGCTGAAACTCAAAGGAATTGACGGGGACCCGCACAAGCGGTGGAGCATGTGGTTTAGTCGACGCAACGCGAGGAACTGCAGATCTTGACATCCTGCGAAGGCCTGCGAGAGCAGGCTGTGCCTCCGGGAACGCATAGAGACAGGTGGTGCATGGCTGTCGACAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGCTAGTTGCCATCATTAGGTTGGGAACTCTAGCAAGACTGCCTGCGAAGAGCAGGAGGAAGGTGGGATTGACGTCAAGTCATCATGCCCCTTATGATCTGGGCTACACACGTGCTACAATGGCCGGTACAGAGAGCCGCAAGGCAGCAACAAGCAATCTTTAAGCAGGTGCATTCGGATTGAAGTCTACAACTCGACTTCATGAAAGCTAAGATGCTAGTAATCGCAGATCAGCAATGCTGCGGTGAATACGTTCTCGGAGTTACACACCGCCCGTCACACCACGAGAGTTGTCTGCCTGAAGCTGCCGGTCCAGCCGCAAGGAGAAAGCATCTAAGGTGTGGATAGTGATTGGGGTGAAGTCGTAACAAGGTATCCGTACCGGAAGGGTGCGGATGGATCACCTCCTTTCTAAGGGAGAAACAGGCACTGCTTCTTTATATATCTTTATAACTGTTAGGACAATGGGAAATGAATAGTAGGTAAAAGATTATAACTAAACTAAGTAAAAAGTTATTCTGGATATAAAAGCTAATAGGCACCTGGAGGATGCCTAGGCAGCAACAGCCGATGAAGGACGTGACTAAGCTGCGATAAGCCGGGAGAAGATACACATAATCATTGATCCCCGGATTTCCGAATGGGTAAACCTGCATGCTGGAGGGCATGCGTGAATAACAAGCCTGCGAAACTGAAACATCTAAGTAGCAGGAGGAAAAAGAAATAAAAACGATTCCCCAGAAGTAGCGGCGAGAGCTTGAACGGGAAAAAGCCTAAACCGTGCCAGTGTCGAAGCGGACAGCGTTGCTGGCAGGGTTGAGACTTCCATTAACGGATTGACCATAATGTTTCAATCTGCCATATGTGTGTAAGTGGAACCAGTTGGGAAGCTGGACCGAAGAAGGTGGTCCTGTAGAACATAAAGCATATGTGGAGACTGGAGGCACCCGAGTAGCGTCAGGCACGGGGAATCTGGCGTGAATCAGCGTGGACCGTCACGTAGGCTGTACTATTGTTGACCGATAGTGAAGAGTACCGTGAGGGAAGGTGAAAGAACACAAAGGCAAGGAGTGAAACAGAATTTGAAACCGTGTGTCGCTTTAAACGGTAGGAGCACTTATGAAGCTGCGTGGATTTTGGTTAATCATCCTGCAGTTATGGCTGGTGGCAAGGTTAATAGACGGAGCGAAGGGAAACCAAGTACTAATAGGGCGTCAAGTCGCCAGTCATAGACGCGAAACCTAGTGATCTAGGCCTGTCGATGAATGAGAGTAAGACTCAGTGGAGGGCCGAACTCACCATAGTTGAAAAGTTGGGAGATGAGATAGGTCTAGGGTGAAAAGCCAATCGAACTAGGAGATAGCTCGTTCTCTCCGAAATGCATTTGAGTGCGGCCTTGAACTGAGATATGTGGGGGTAGAGCTCTATGATCTAGGGGCAATACTGCTTACCGAAATCAAGCAAACTGCGAATACATATCATCATGTTCAGGAGTGAGTCCGTGGATGACAAGGTCCTCGGACGAGAGAGAATAACCCAGACCGCCAGCTAAGGTCCCTAATTATGTCAAGTGGGAAAGGAGGTGGACATTCATAGACAACCAGGAAGTTGGCTTAGAAGCATCATGCCTTGAAGAGTGGGCGTAATAGCTCACTGGTCGAGAGTGCCTGCGCCGAAGATCGCAACGGGGTAGACGCAAAGCCGAAGCTGGAAGATACCACTCTTGGTGAGGAGAGCGTTCTGTAGGCCGGTGAAGGGATGCCGCAAGGCCGTCTGGAGGTATCAGAAGCGAGAATGCAGGAATGGTGAAGGCGGGCGAGAATCCCGCCGGCCGGAGATCAAGGTTTCCAGGGGAAGGCTTGTCCGCCCTGGGGAAGTCGGGACTAAGCATAAGCAAAATTGTGATGGCGAATGGAAAACAGGTTAATATTCCTGTGCCGCTGTTATCGCTTGAGAGACGGAGTGACGCAGAGAGGTATGCGAGAAGGCTGACGGTTTAGCTCTCAAGGCCCGGCGTGGGCGTGCAGGTAAAAATCCGCACGCCTAAACGTGAACCTGACGAGAGATGCATTTGCATAAGTCGCAGATCCTACACTGCCAAGAAAAAACTTCCTATCGATGAGAAGCAGCGCCCGTACTGTAAACCGACACAGGTGGACAAGTGAGAAACTTAAGGCCGACTGGATAACTCTAGCTAAGGAACTCTGCAAAATAGCCCCGTAACTTCGGGAGAAGGGAGTGCCTGACATACCTGAAGGGGAGAGAAGCGCTCCCAGGGAAACAGGCCGCAGTGAAAAGTCTCAAGCAACTGTTTACCAAAAACACGGAGTCTATGCTAAGCTGAAAAGGCGACGTATATGGGCTGACACCTGCCCAGTGCCGGAAGGTTAAGAGGAGGAGTGAGAGCTCGATTTGAAGCCAGTGGAGCAGCAGGCCATTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCCGGGTAAGTTCCGACCTGCGAATGGTAGAAATGATTTGAGAGCTGTCTTGGCTGGAGACCTGAAATTGAAGTTGTAATGCCGGTGAAGGTCACCGGCTACCTGCAGTAGGACGGAAAGACCCCGTGGAGCTTTACTGTAGCGGCATTGGGTTCTGGCAATGTGTGTATAGGATAGTTGGGAGACTGTGATGTGATGGCGTCAGCCATTGCTGAGGAGTCGCTGTTGGAATACCAACCATATGCTGTCGGAATTCTAATCTGGCAACGGAGACAGTGCTGAGTGGGCAGTTTGACTGGGCGGTCATGCATCCCCAAAGAGTAACGGAGGCGTTCAAAGGTTCCCTCAGGCTGGATGGAAATCAGCCTAAGAGTGCAAACGCATAAGGGAGCTTGACTGCAAGACTGACGGGTCGAGCAGGTACGAAAGTAGGAGTTAGTGAATCCGGCGGTTCCGTATGGAAGGACCGTCAACTCAACGGATAAAAGCTACCCCGGGGATAACAGGCTGATACTTCCAGAGTCCATATCGACGGAAGTGTTTGGCACCTCGATGTCAGCTCGTCTCATCCTGGGGCTGGAGAAGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAAGAGGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACGGTTCGGTCCCTATCCACTGCAGGCGCCTGAATATTGAAAAGATCTGACCATAGCAATACGTAA + %&)*++445399?)26>B<;A7:24'%/33++0&&*.56475575=;8445)(((('56;-.)9798312:6%*,(-,%'$)(***,00*(&&'$&&#&*&(-$&2337@.:@A9=?@;''+&6=>799=FFC97632$%(&*%%'10.0**/04.+%2$358;5:46=;DDE?0.4:@BA@@?>CA?8ED<=2211@B?=?>5*(7674,0.&%&(*2/24$%%(.14+46/7--,&'&$#%&(,%&$*/34*.-4.$%&,)<<55:;7*%)*856'./,-$$$,1@?-,93=7*<79<87=>81%'(01661%,***,/(/.$%$+*/2(.17365.+,67/'/(+()**)*+(*&%&.1/*-/0/0120(%$5*$47444;99:)11-889$%7<;.01@@G%)57::<=?>91$%)+&$%),-((*3655-942&0;<>;-9=?C@CBA=9998/*.(#$%%#7B@BE@>),)1377357'2'+)'(-.2@DB@89'(-+'%'@6=7>>5($'.9;;1,+29AAC>3*-ADECB'86=<8;AGGBCCLI@99-==7=<621%%%%760/3>4.82,*+3<3?-,49BCEG@CKI:;31/501&'$#&435><.<;@AB::5,*4*++.1,-+#%,6=;-0?6*/DCBBHA?@-0A?D@4%/A:=>>?9*((-0444>=70025?MHFF?AC76*%((7708997CCGFA=-9$$0511,194)%$.--:;;:@@A<.35;66.1+7?486849-,&2,$**+,*$$)%'/,'$12456876),,.*+%%$$&,+)%%&&)+,,-$&%%%-*0664*+)24>?AE:/@A<;==:*.A)0.+$'+)(*-/.,'**576(-0:C>AFF=23:GBBA9-&''&*'$55/.)$)-,/...232.-,*,6651%((45;;99=645<<88;113892-+(%%%$$$$%$('3BB<@?=BB?0,&/%()/0--&((((/998:7.'&--3248-0.02.13/24200,(++334679865))'134-.?99:78)541-(,$(7&).)*0/1)'';<<<408668//611''%01.01*($%$$%$%'((%.%%,./&0%/&1BA;A<8%0EE;8;;AEGB=>%%<8EFFKMMD@=EGD@?><9;;>C7@>A@B?>==A8?DD?GECFGEKI>C@D?;64*,8;;D@/;8@3?EDB+&2DJ>C>9J@67/-,,*%%)&'$+*+./*,1)%.663,&'/,%(0)**'%2)3347:6:001=88)))+4%(),''))))07778//1+&$$%')&&%#%$&040?4:625(&(33/07&@:76=J?PJ:=AD@IF<==7;8@A;775-+10*'(+)%$#&)($#$(773+215615522431,4CC?@A@B99EC>9B:B=695>756.''.//.'%)(1),%(/%'$#%&&'%&%-#&$$%$&%%%%$#&%%+%3'>DFD=EC=1&%(358;:::&&./,./(%%1+$(*+((-/13+61.(('$$/&&'*&-.'(*::;61(8@A?:/:4111*$(12-%'&$%#%&')('%&&'/046;6/0%483)43,&4+7>:?:D@:,/,8510981>>A=E;><+*(#$%))268<:9=75',./0/(()*,72//*,+++&$,)&&,$#0045'%($*(''*435AABA6/>;>@7<<5-2276978&%($$%%%126986*&68612201123-=@?C?<:2(%&//>>60730,98889;;=42)$$'.//6=><>=<;==,(-1,/5/:7:8*)$05>8+.?=BCCDEA:9-*1.&&'-&&&'#',,/3-&&%&'))(*-,,&&/0,-./$-..:9&(,,'17;:<8&::GD8,@7=<3('*<5=8:5;/62)'/'%$%#6@>0.=E>?ADE>?:1@?@8?B-67''*)'#&'*'.'$#%*3.,%%'$(**(/033:CIHEB?A=94B?BEJIJEBCGDCB<>@@GELH?>;8'*::;=CD=>FFADAB@B>LNPNHEGGGIBB>8?=906;4**)*00DDEE?EF@?=5323/77>FB=?;44&'&HHBAD;@@GG=AF@EFD<;@CJLJKGA<=AA?@<789>BEBAEEA4CBCFFCA=>*$###&-,+++,)*.%&&+-,$/+--+)&$&&)''3(%(+23(3./,=?IEE53BGEC::=HC<>6%0'(&(-,+)$&$%($$''%167'9497/+@=;@;>D=9*&56.2AEE?9-*&'';2$$%%$'+(*+&+15++-556--$%$)-4-''463:;:>:><===><::=::6.*+98AFDGHD?>=79788.%''%$('&'(*(++-*1*)-/7-%)943+-)*.&1.-*&*&'%$##%(*,1.:99/01:6'&'&)6:7&(*-.0-4346;AFGG8%*,,12;$%((&&%$&'7',,.(1:;;CBG??DDCGC@<@7<=:;74(*+*)*,+*$(.,+*&%*+..2*).)/0<983*')$(%9;DB>BCFFFGCIHBHGD:>5=AEBEDFG;D:GGD@MRPG?>A*(')*678?=?51:>,,,+/*@@83@97=CCC=94?9851)8<433.*>@C?73122FGD>==-380)%%(',,*))%$-&+,/77317(9;223:;0-447:/7?;BABHFD:88.+/(1-/0/*%$'$/-'($-+.33(*%$%)'&++4.3555E???5930-::EE7ABCF@@BBFFFE@@AG=G/*==@>C888C:367;8-786B@@@BFF<;BC@9<1.=:BA5=>ED:BC@=6/CG??7*.?/;56(,+:=;?JJEE8A<=EDEBGE==-,32;;8BD24/&1532(38:CC2..?@HHA:+9H@C=BHHAA6GI;B<74>EFHC.B5D>>9+-:2EGIJEDDACB?D=85623.,&3.,).)($(%))-,'1*58::?>(??5=@E<><6498?;;9<6EEDEAIHHHFE<@BGJCD>9?B>8:40;:;B>@?9BCEGEAE3&&++%(*22'-FD@50:@<;AB??>@@CA>@>><;>><<4??@?0-))**(2567/+$)+6(+;>?@>EAA?=;65',24-'%7-+()&'&3321HDA9331*508&*)'3869<<7><7,/01179<>(.4;=<;<=&&+>;:87=78<=?*+4%%(:712<;>+:2225%(7842237//23>5386<5>6<<:;;*/0,*%&(--17;?A<83682/@>7=70---011(;:40-/<>B;???::==>@:3874/%,0%,*045'H<<=??BFFFEEDADF93/:69<>@@>@A@:;@B94<887:=;68967;CID??;80=@CCEC<,.:=A?>><85/*-')&%%$*+-4;;=A<<895''&0$/57<<=9)2%311/2:=?71@B-D@6'....>2419?<974=?<=B@99:%)73,.(49<=?;:97:;A??CDC89666*0)10*&,&&+.(*%+.837558($%-.17*46434##&+*1%3=>)6'('(&&'+++&&/3--/222153(-76ACD>>GH@BBA=6411.$'&$#(000>@?CEFFEE;>@62'%99=>9@4.,-.)*-3+744<<9;=?DMKFHGF>A=>?AFEFBKOOFDC?=4=''>B@A2%%61465856278==:6>A>9:9;(2.$%%#%'&(5778;375-+>@CC9B67<9//1,+1/-68-.(.210%%'&4299@?1&-AFEAEEA@<7665&%@C?=@GIACEC9BCBHJGEC<>MLAJJFPJKMIG>ACB,)84=D>82-3,'%#$(**++-.$#%$&-1++'+3/255<<=@+<.7;@77DJHF61CGLB=A:<5022;=BHKFCCGG>@C@3@BAAKIA=DN@JJJHEBC;8CEDJKLGCBD9BHIFHGGICIA>>6')>9:04):9;C>3?=801%**27:<89=>8>(**-++,$%%%*4-++((*$&'*$.157>;52*;=>5'%%(5+.:?A@?:':@:>?@:?:?>9@AFHIDC:9)678&938AAA@DDCFFGGCE@QJJH><;B*.7&E=E;(.=9:GG@/.EGHBGGGCC=23>===<+)1869<<;7<@HGDE@7EDB=C>GDKNGPQFC<3=GHG@:CLBFDDCB)7;5<=B;;(3=CCC964('&)))+388$$%*-,)-'(4435:<646+-303%%(%%&$#%%,0=0=FF;&%-27:85ABMLGL>;BDCIIIE?=@G?@)&)0<)65568?6?@<@>=:;<:A<21AJJE8IIFCC>=;1.;:83+1.::((64=;=:86=CF><<;E=BCHGIGA@:7?C>=86<:8CFHGHJHFD<@LFXSNGCHH<45:<7214>6:DAAD8B?CC>CEEGE@DCD7A@KGED;@IJFFFCCHEA>>>=>KFECJKHFC>@@>1830,+/+*&)11/,*+.+9D<5>97<;9=<1/.7CBCCF>1.,(+-*-58;;668780:::898;:<=>AACGD@@A9;@B=:9134:AAAABOOI<.,28CDGMNNLKIIF=3A55--+9<==>9461//24568>93,7888(((21&52441=:8;8;133'97B@)<@(&378*57:4/*%6%&19/%%#2019:@?;>6,,1%%(#$'''*4044/*00;7=?>?&)=;:0)-@=78854:88+/<8=;4&,();751954103077<@769791$$$%&)'$%,3/0.,+410//-9>?DD;<:46,*//''&$+.)**+<=>>>BFE?=DFFH91)(0CFFE58>C?=?<3'&/)+34/.*06>?7;BA>C@CB>.CFC000&%$@6$$37DA90/3:;;ABBDDDAF?@C>7C<:>5305/3,&/210*::;CF@:<'$&+,4:@?<97;7893$&'#('..)-(,0??@EGF;IH=8AA=:70;<@EGHH@@351::26<<>?68HDDC>(((1))*77=98A?B=;;@@?@CEFA;;9675704;:9=::66<=BB;><<:*700:>@CBF=>@1-/43;DECDKG@BAFF=?=1HHH>DDHKLJIGAA2-&A@+'.556A?@?4+-$''(*)+==<=A>???CC@FG<<=5''7'4+'02-((,.+3=7:2;:7>:8(;AB@DDHD>?JKHKIGG@IGED=<=HC)..@-%.-4*'++:>==?:/><:>>;9441::D?A6AEA?>;979632322142/'(#()$(0,*+.47E;:=A@&(().6:8AADEEB>6),&-0+('.136.;?B;EFBDB:@@HNFJHH;@C?@J:899-=:50;=;;EC@:EHEJGDHAD?83.566A>46>B=0'023;@@BBDGF>AA3698<::3&&%&7:214(**/60::92(*40122-(+-$%*8:439AC<;7<:?CI:C:.%%'*99,&432456<=DCEFC99;4$'%"%%'4355843=>::=;=@=A<=;;==<>F6A?DEEAC<;8.47387<><02-62((*1;;9967968CB=?HDD??FIF8/1=97,578298;@=?>=@A0;93.)++.057267<;;<-/78/:66??DB:8?BDEF;?<22:5?BCEAJMHI>DCHHIGHFC42355:,<7&*$(%&%&*$529338??*,+*5--:9;?/AB347?BCC3747:>>22)(*%%%'./-1234=?AB?BCEB==>*&+4C@???B9;:B8AGHHA;<<>DE?C@ECCHFID<3LLI<=:DEQMFA9GGGBB>?BEHE;>CIF:9@EDFPOHKHLJF?IIIIBCGI=FGDB7@JI@+;;5-/005<=33;=CDCB>?D?A8@@@DLELNJHC=@BD:>?75:;C==@FBDGGG47ACE>4'88DJNIHG?BC9758??A8:/54538<2.0'&&%&$()/402348=)1.+*'$+.18@@ABE,,/),444&'&%-09+&&&$$&,0*<:/>>:978<<8-+(;:44=>CDBC>@2AMF?==>>8<99:;@FJFA==@ACD;@:78=>9)4//<>B?AAF@=@7CA?EKD<@A@?DHIG9?;?FFFH=BBBCB;A==<;C?6=A@@@B???B?@89<5%''%$%%)(32331-)''(99:C660:?A9/.+*$'AHE8BB:=HJFGDE?IBI?A>993430/.96776,('.67801+#/-/(./+433=>>>ECED9-545>?>AI8;1DDAB56JQNI=B@>>@;?A:*%&&'3;:95(=CEBGCB@B8==<6%$)329>?>7-<=DDC9GCCMGD?FFF=<@:%*,,5.1;AC@>89=:5434/'(/20-<<:8976<5(*::;AEDC8+,---5668<99??>:?BBC=>@EF:77?0?;>;:;<.8;5=::7&',04.6:BCB2%398999:99;97984&5,:ABCIDA=8.'2&@8CE=B@B9B<;;<55406:;75-&''+:>?GD?CAEB?AA:CEHIE>?@:;:>ACCHKFDC>==>D=4.*',-)(('*(&+566)67=<2&,:@?6%%4883259;(.%%%,###$#$(00//.%%,4.4'3314:?EDDCCDB@(02;>>H@8F90@?DGFKHI@FCEEC>A?DEH>D@<8>?8>@:110%$#$%%'&'%%'$$%'$%%%672+334-:@@EB1HHJJFE=B<;47*2%%)'%%(789<<.55=DGA>=>?D>PRAIJHCAJD>@CD8>?A9<.?2E4@DC>BBCDF-@A?<@AAEIEA@HIEB0&,FB=>?<6.07<;%@6?=;=(,:97F><=64@='+.73-..'%-39:FA9A6=:--812.+-)')./52/2,,-++2)0(.32.)%'/+/-.10+*)///-4+97+;:;A?DCEIKIFDCIDGE@BB@?7=5$2779;=DDD93;9745=EHA8:18=<7,8::7<>EE=<=888&&0((*$(,''//'$'/%$$'*'((,444(7?B<==;183'&-.*10*1,+067.*/BFFDD6;=AD?;8<=2<79,-++('01:;:28CBGDGMMH696BKKFFCABB@@B64:54;<@>98>>98=>>LDCDDJEFA3/-<>EJJ>C@@DEE?9<=@??26@IJD5MLHH@@A:9,?-+*<<;9.%4:557;/9.0.//.39;547882:?79:83.14ABB9<89;EDA?==4*'///1*(+79:0//.%,%,54/1(-&$$'&%$2.++488>9886:-)+)456:88BCKKFIKE-DGB+/>?B<7),DFAEBED0?EGEA8AD6566336AECEMM@AMMJ=C=CGGJ60*<=BFGJCC=99;;9%+:/-**+*(.*()*+++2+('*773GCFIF78:4.-')(3536??BJHFB>98379@EBEHJIEFE<(7=;91+ABC&0>9229.;:304/,+*%%*+*(*0'2$%3:;7/)(001=<><=?83::-.0(,-,,=FE9?((@FGE@=BEIK=*($%$$$&+/0014075751.7979+)*%,+63,'*)))%(*<:&-B489125762)799=8=@=B-,0)*)84-+6?9:C@=+EF=<9ECBDGD,<,99869@A744255412..5::8A;D>C2?BDAGF?FC=:-:<==>A3111*&-)19=<8**,0-/2?;=6;>EECBCEFC>9?84536,()+*&'+568=?>@??@<//2>B@CC>B4E@><<569'(---:>=EGKGB65:,=C>?561163)=;89>JHCEE>@DKLEDDB4(;2=:4&/)+*,*6>9:@@6B@?ACCELJIAGIHJMQMHF4B?:?@>:33*2,-.378=7;.&%&%&&*&'-85+%&0-'$$.///64?=2'.98:51*9;=@C01==*-%%*$-8?9A@III@>@BGFA8A<:87;=4?GC>EBID;DMH@BC94A>@@:;@@BEDLEAABCAAE@/H@>:>C@B>3GCA97HGMJHJKNF>IIFCBCEHFAJBDJHGHIL@@?BGC1:<>DC?>A@BCFBBDD@7.;1103;1DKL?3/(-&7;CF@@ABGF;?7=A?A=>=:&%%%/289=AB8:=@55@@66<==@777?D>?:><;;AFIK:CCCGJKHHGKCGGGCA;(;@7:=>?DDNORRKKIGI6=?ACBHCHDFBBABBA:6330?@;BCDA>-00879'%#/)056@@>CG;INLD<>?GE153=AB:8<>?EFF?;:/,.,987CIFBGF;GEEEFJJHJAHHHDD@?>FF>E9>J?8;8==CGGIBB59@;AEAE?:INHC@DFB:?>;&9*CCAE?C?==>==68@<>;+.)%('02::4HIIJIKJB@:??5?:GEDD>>>=>?DE2AC@@=)(''%'898AA>:+98;68:@?=>;56?@AB?@HG?533>HBABC@6=D@?9$$??==?@AEEBBAEGC@:B;::'',0.66;7=C821.)#$&&*2>A?3.B9E?<;<7(#'&%'$0,)($&'&+)*77+:<=DA?AD@AD94$35-)-.-)1BG?>AB=>@B?DCDGD=>=*.45>69=EF>EG:7:64:==?B@E?:8=AFFC?CD@@>?HIJJDA@@=**'5745++1,5@B:56$#$%%$332012531.986'&-/66)413=;03335%&2689@GGG=+142898>???B?89<;7=A>DCBEHEMJFDFIEAILGPK9>>B)<@DD6.1@>><(*>=>AAAL5934=1@EGCE>@GDE?:*=>=<=;::??)12CDDE:8311'9654*6288@A@CCBBD23('&/)<==CGHJJDDHM>FAGIL@EC@:BAAA>ED<@NOMFFHHHE><1&&2')&226334>DJJH<<:?:3,-4656703184//3++,+*1()78577;<2)&-,/?1/0/'220BA=6/1%1A@;:B@=',BCHB>F;<5DGB>@BB///,))+-+112,+1.:AH>@A85587:,02.34/11*(>??BADDGJ@;>9BACE?:ABKLIJI=0%*./13;=MLLGIFG=8GBB80,%&3?EIHB6JABFIOJIF>C==?>@><;AAAB??CHIL;;AK9A?AIHB<3-?BAHB?;676=<<8>>?;99997.1361/02:2)'$$477541%%*6598314645@BAE?55947<8589FECB9GB?4*;849:8;>:)),B?CCFHHG5AACC>BOMM@>ACIEEJIC;<@7IGHDEGH:-EDGFFD<0@<@C@;A?@47AA835CAE,BABBF?LC8ACDLK76??5(57;:@CFGFC996AE=@?;?8D=>DNE@68869<4+4478;?63/62199647;7CE@3;7-*675EC><.,++-78<;;<3&+2168@:;@?A>>;B:?:5)26((.9766+'3)*%&$%8:HHHD@@9/'('55:156>?9:(3<=<7<;@;?=?EGDD?>@MG;+/2>@?:??FB;89:=96(25768@:79;CD@869@==DC;7999:>>78;9;51<==>8==;>AA>:.9;;HG@BIIHHDE9>=FCBHADHII>&1EECEF>CGJJE=88D;0)6680/AJD?@64:5775(*)-,+>:?0,-123253155/<>?1/3@-EC8B@DHH=CHHBA==B=,>;+2.*/<=DBGAD3@?@@?ADAAD@=>DF@D70000=<@:92)+<89;@FE?@AD?9?:=21-7@?@AA?)+33;95>>8::CBBCC@=:;A@:)1>;;=B,+*(+58<949?:DBAA@F@?75A>@B6.%0E<>?>==4BBA/(7@@?=AAB@<:==;=BA>.--6-:>@<>@=3CD=@FKJGA?@87EEGC>BA=C=A??CDAA@>@AD=><5=CC@HMLACACDB@9:73)*,.6,+,23455181182$(.69:9:>%)=AJEC9AGH@@?AGHADE=?ADFC@<>3.5?AADFFFIC<;;;>3$'$'01-.>@;AAABE2)5969<:9=@;7-.01*+*)4,:8<;@:027;223<8=?;;5:B@A0(%%,..'$+66:>?800224?B=@5=>::5''$$;>CA878>;?@E>>4;<8)8577CD@B(CCC?:A879?H7IGCA7-4>==?:>4481/622;;:13FKIE@;BE@8AFBBFCFDEAJJD64*+9?@AAA?FBB-.9>7*47<<<>>D?A<830'%';261<<0%):806;11:99&*:E?::;;@<><4..BCFIC;EDIEC73IE?A@@1H>EEF;7@=4=<@=E>D@A<=>@>@FFI@<;>CC>8?HJ?CKGHEKFCBB=@@A??DCDD@CFADCD>9FFGLAA?0@A>AELJH94F.A@GIII?:9>8029986242ACB=<@?=UNIIG5;=B?E;4BFCFB8C>HIDEFJLJ@=94=FG:?DEEBDL??>?>@>=.->97DFFDBMMBDBC?5&(%'%&*;ACEECBB@@7BDA@?AFFD?><.-@97B<:5,12;>?AA>CD?DGGA?B=?4.%*'*8>:=3/?A:?=:1>4=1'',,;1($.48+,/->FE??AB:;CHHIIBECAII@?;=AB4,/.$9:<;>-5)459DFE<>C>?E<:84;,772:9>=<%$'+8C@B@?GA9?@CD?@HACEB@GFA>98868:<<>DE@';/'8>;4<=<:9;4:022--057?C:/.&%$%')'#%&'&460$$'540*.+-)68698:>:EBA==3@ED@>D=@=D@A>=DB>>3&0)3444===2886@A@=>HD;2:97;8<=DGFFE978:7DA><:476CA==AED?6@F45JI1-*?<11,4B?.4)42'%%%($&/3:8556:>+>EB?CCC=?IJCD@=-/5-ALLNMGICE9867=<;=?>=??6:712794)<@85=BCBCA<8((+:;B9/;(+7520&%''(-8=AIFIIJ?A@93,*,*&$/3(1-@:HHFA:D6==A<<26:;*2370+0@><(:97/+&$3=AF48LHDF><51,)(5BB=B?FCA;5%)D?GCC@?<>DD@7@,;FGA=<@:=??+-<>BHD70>68:A@@=FGGE>@A@CE<.(4A>BC=IJC%8)7:B@@=>9;?>0)%%+*,==@AD7C>?AADGC>AAEEKEH>CC<@@=JGCC?>CAA?AC5?D@BKE::;<;)66:9@B?<./1('4..9>>>?<58;EGA<5490A?;E91-&3;>?B<<;1%&7/+*2;555(&1;??AHL75642;5:565)&%'%.13..8::9<.99959743-7;99:8A><=AFGHHF:?9EA84JCAECDC9>@EBCEFACDFD?>AD>5CBIHEHCGB=<.-/>>=>@DFH9>=89:=<4)7;,(+3+.*&%))+'*.*27:<@@AEB.'.<>5?965EC@BBCDKLIB9<=>)B@=9?5),BECAA@?''?>@@BDDAGA9ANLJ=BD@FNLHF;G>?9:4+-&5566B=?<4*;73=>8C>=B?@?A@<34??GKDEGBDC@@A@0397==?==:33898@?.;<9<8:4FB?IDCDDCB;ACIH>CD?::B?>@>+5;5('2,'1=@ADEGDBLGKFC69:3:6:7;ABDDBDGOMA;::>B%'1//224:=;:?@GIE<55=>@BB0H>9>@EAB0'*$'75$8=5/6?>:6)2105/+++''&&+36,)(+*+++*A@;;@>HECHGE>:?>BDILI8;BIHHFKJHE?9/C89CB<>AA:?=:8=?@651=;;??A=30,%$('3;:;;6**,;;CA<:A=DBGJE9.:;==9HCEIJIIF?H9KKFFA??E?67478EEEB=681./298-(?BE>D?63*)*;8:=:A?CA+-C?*JC?C>=>@:AGGB5/.,+15>?@>@BCHN3A?B;ACBAAA?@97,,+('2261>B?2/=:?*@:?@FGDHC>>=<;<=<)&/>=A>5DC5*@GCE>>:ACICDF=AACDAABC;8=<7*'%&'$$-757;%;3FAEDE>B@B:B??ID=57:4-349HHH<9?@@5+?EIJKQJFBEIKH>?<@MLBGF@;BCBIJJBE?FGHGB>42BA@AGCCD>>>>BG9%>DBCROF5/68?BCB3*-4&@<;=8:8[TDGC=I=06D?6?BDCCEEC=B?@@>=CF=?@DED=;=?CAB?@?AJLEHDFFHEEPGE?,**2>EEEL=D@>DE<;;:;;?634DB:9@/'''-CCCDD?9F9EF;2A@BDE;J?B>>>@=**=:-39=D@@EEG>DEJFD;?=DMLEB577,%$'+,036?=?A27;<9,1DHNG=7$6IKFFMNICFDCCCFFJ@?<@@AHIIJHNHCEFGGILBDIIJLFG@D517(D4CDCAPNA2AB>DDEINJBJFDBCD>OHD>=@CAJEAHNME8;GHJID/>IJM@A@BC?;EDDCB>89?F9<:*.)(577HJKCOJHAFBB:@@CE??99.DD?;<==A@?BFG;987951<<9:1-3):;>@HHEED@*;;@<.CFEF?FBACB?)A<+222:<+>48;FADKG:05:/+8DB>>.&#$&)*/:A>=?;==DGCF<;>;79:@?8%0:80.999>@;@HHJF@>AAA?249FFGED?B;A:714854DMHA??<72><;;;<<@H<@?@:BB?@@<004:3?==77/<;;<964355,;5:;<:<-:>JEGHD2AGE?AA9;E@GIFCE;=ADFA+CC==:4898;(=3;=:B>?<:=?==;<+:<1&0:=A@D?<@@BC?;DDDKOPJHBD@>EA;FA=@DBAA<@;;D638667476-+70157<8<:995>?-73(52*45>@BCHDFEBEFG<.))&(+((4499886;7;=>93((%+3(25B?<@BAC@=8?8;%&9@?@A468:=A9E=2//.174:4+50'1'+=A:@7=E.945)0/7:?4<=@5;7>@LH9D=>D;@8CA?>?A>?-2122;4469BAC75@;:845?@<>:<>@B=:9BG?(596;:?>@C@<=<>:BCF>A9--''7569<>><:999:96@@@??>:=4-0*2&4<@DCEGFJHDEEB@BBGDA1DCB8-BECC?888:??AEA:/>>@CCA=9<61$,'')01/+*/'%%(0.77@BGJE?@AJE;..1+/:<>001)+>>D<*%-@FFA@.-&9;09>B>>GEFCB???''()*%&%%03?<;HGBABCDA>@AB9.+9@HGFABB@AC=BDDIJ5?AEEB=?:B<=ACCFE@AFFC==3D<5JCFFAABGE8;8;?ABADA;8+7<4B<**537888:7)##&'0/33@><>@GB??<867=%0-A:?B3+9.',2511?JD<:9D?CKNDB<58>=5'//$%$%%+.-0+(''()318863:;9;::712567:DAA@8>AAIHEGEEEFN?=IJBAGHCE=@FHGCD@A<2$689FIEE@AHI<>>3331@8@96@@AEIIFGEJKD>BFFAC??:AA??D2:?@C;?C@A?@=@?DADECCEA:;BB:3*''':1469=;@C>@@?BCEAD@>??:77?=@BHHE7CDBFBGFEA01:<=?>:@AGEDDEIGD?=/@?AC@FJHD@JA>7>@BHBEFSOGFIG>@CC@=,($(()(97889:;;;<=<6@HB7;?DD500.*85<@BHHBBMLCEABFEOLIF>?AKF<=;AGHECF74.:EA8HEA,0//:+1,50@AE@>71%0/,><>;GD@>=DJCD@>@?IGGPOMHDB=B:2339E==;>=DAAFFCC@6FLNNELDG0/788+@:9A8F;,*BDQLI6EC?AEDDDFA7&3-)113:-$$&$*'('%))&&-&'&996,58=9?LJKH=%2DACFG@>1'(::>@==<6@A>?HJMLH=EDA<2'(%2167:<@AFDJ:@C=D=:B=;:AFIHEA?@A>A;;22:@A?*63366=?;BEKIGFEDAA0//-((4BOOLJAC:@CELHJJIAGH?BB?,?<@F?B@B8?=CEF?>ADF@E705$'*8=<<<@8:<>=@E?<;?ED>A@7=8@A>0,01.34A@DDD@-<;<;CBC:?1:>=<78+-(1*<>==?.@8,;()4:2/:<760.+256-((0.--43,,-0/9=??@FA:56646:58;=;A@A?8:B992:<>==36=>937=?>==:@@;9==>?:?E?=;>85;:@02799::::<688977>>@>;887*51/0688:=5,97/35857>56+5==?8.;89958:9;>8017;55<8666016;668+,,,#$((,()((-177CC?<:?@>>5;@===F;9:56779=?C?9:$822/'+76:052'-AC@=7$&(46$%&&%%%#$/01-$&&%.68<@>(2<<=<9-076026:<9970-.1)*-2+.486;4)%(-/-+)-,,,679:?<=;<54%%**'45647:876:=@HED7=D@@A;61.-,,068;B<7=BA?<-9,.29==85//4;6::;<<>;<2869?=>;=@==>><:<3:'+?A=99409:?=.2332<>A;=934C>BAA==:<=?@=@<=;;52')&&?;89468=?><6><63+@D??==AC?;??>:().326<;=A>867/>>?::;=?;37=??;=?=9;<;10+9=D27?=8:A>34&''$36=>432=@@HGDDDA<<:;&(&$()<664-)''$$&)+%&&%$$$391/.-*8=5')@>;@;95/*('$('+-'$$(%'+%&%#$''22*%##--(.783<<=BDDB630'/03435>=9=9>8A?@?????D>22+23**<=>;65-+38?@;/6:CBC><<=?B?;9;997348?A;;(958><<=>>?89>=//&51*(-2379466565-36,&,0.2207>>?C;85432/-4=@904*+1799;>:A?>'$&&)957=++;>9=9?>=A@=;;A@@:8CBAA@EC9?5>88CD@A?@7A>D7939:4;002(8677')*''+*2361(8:7888611165*-&%+//-674/1210%&%)*#$(*)'.23+-6858@;772799549:5=<:6+789@6AEAE@??HJE?:AKNGG@:;957;57853337745*.3$24/20/49:98579:@<><7:5%/45-7:B@=?9=@FDD<=I?@?BB=9:&1:?<3?877=C=?5<=8/;B@CBB7('*30=>>IA;;<::+;:BB@E?@A?DCAA:78747.+,)((.1.579-896:>9@E@?@:>DG;EHGCACEGG>E>7A>;>B@ACDA<<=:>@A=>=ED:<0859,)61144990&)022@DG;?=;;8725/6<@@2*',)*-03,.8:47BGDD??4A=>9142---0'&AC@<>BEB9@?016876?@B0?+=>:BACI<67698<<<&.=::;@>;9??A@<>=5.9.(660:-+-+559AACA@BA@AEA?77>?=>=3A:@GD?@5<=@@89>:=<88*%%'-**0(''''-,/,++$)*55654-.)'%))(&(&#$$$%46:::8:887;=?<78<5?:'-((()2364.19;;;889(.(7(5;733).4),%'+$$$002<'+;8-74&0<=>>8=23:<674/9C<<7(<(<@599:7?:?@@:9;:)(%,)&*)$(688;A9=<=8:=;=>>=;($%/57>>?=A=/#12'1)&')'(+,,%0?:8:;9CA@A7774:7?@?;831&&)657:98+336<;;?>634-22401/6(#10,(''(%%%*-43.212468>799@?.18&-8<>A=?@8:+3)')4-'7=ABD<@<*(/7-))*)'&&&$./6)&&9:<@@B<<>HL;<HAGDFE>8@?;>9<<6(2++&&698=??<;8;<030(0(006,/-+(-8619:@?;:<<>>:=AB?AE;HOA@9865>;-,,,0134=:<6823:26)&%&%%./:>475B7@9:<9=@2.538:122898:;;8:FDCH??99<<:70'((''%$'$%&)%/022057:/+5330+,,*,.*39@93010&&$'$%(+06/))-.09414479:;9,1+)&)0/6&':;>?A789;7?:=@@?B@9?:@7>BE<89E<;;B?EBBF;=):8.-&&(+&('&'&%)44>ACFE928:7<>D@@@:5+00/.302.**,/5/&%&'(+(14534?=>=@5399688+4<:95--(*'&&&&&-2/<2;8<9*57468<:7>=2:?9&$''9:45;07/10+47:83...8(32$'($'01(++,46>8,,'#$%%%-1>?<C?>8512712%(&&'3844:<:465?CE7?4.()1235.008312375569:;7>@A?8*A7@?=)'$/37:98..6;658?BA<=;<261)*89748=@B+1/*;9@>C==BBCA@;;+&8<?3CB;68@<<;??@EFFFJHGE=B<@>>=;>EC@@;8:=34@9858779:984/../53'8340@<:&+;9567<>;7?@:-1752554(,798889<78:;;77957:1;;<>..9*+&()0/.+98696=HG:8;;;<6$%+A>=16?8:<4<:A=(55.$)3455()77907:<<44B512@;+++#&%'./+,,*01(')&()'/++,*356'0+617965:33/)0',+6'(//)34*2.9;;<9,'+77=@.>3?B9B?ABC=*49>>@>73=<&($9;8>A;:=ADDA<=6559&5?=9>?>>./)/33597760&//,069@=<>=:6@>CB?B;D=$%&&''$)$)1*.+/$)')2.246695?=4)%$'(+.(03546)08?C>2A>B7>>;=>9(330,(&&&*::>;23=:<,)&0656985-99<<)&9<;<;@BCAAEC=:>C@GJ=A?>@??;2,=C@<>CC5>G>B;7/&'%%&)'$0+(7./-(8<9=>>82588<<93==?ABEB???;<>?29=:<=?C=:,8792:?=KHGC>>6*.')%#)-'$)$*%+,0/19=0/027=:7*-.,,/.5<6;=7)=AG:;;43+0.**6:79@75==A5605;0:9;8=<=CKKG>;@E40005596=;=@=>7AEFH7=??<=68<;;5>D9<;=:=;6>A?>8;4=:57;<./..&166846637?>28884=?ADA=8761&%&&$##/&%,+-35::82-@@C;<578;7@?AH?737A?AC?A=BDE5+/.44C::<>>A-0)2)/.;4C@EEC@=?<46==8<>?>)$97::>;97@?@9-:2<:@A>BAB=OB9;H>?1<7.2<=CA==436=9B>?>=@BBD?@:;<>8<>;26<>*.;*3&1<==?@>E>>>@?011/*'&'&)0286;8:5;<50(89:9776*$/348=>;68756) @SRR14011045.51044 f633b2ae-c060-49d9-8479-ee2210c5c221/1 GTACTTCGTTCAGTTACGTATTGCTAAGATACTTGAAAGTCTGGACCTTGCGATCTTTGAGAAATTCCTCAATTGTAACTAAAATTTCGTTTTGTTTACTCATACATTACCCTTCCTTCGATAATTCCTTCACTGGATTTTCCAACAACATCTGTCTCTAACATGGTCCGAATCTGACGAATCATTAACATGAACAAGCTTTGGCATCACTCGAACCATGCGTTTTAACAACAGGTGCTTGAAGACCAAACAAGACCGCTCCTCCAAACATCTGAGAAATCCAAGGTTTGCTTCAATGATTTCAAACAGTCCTTGAGCAGAAAAGCTCCTAATTTCGCCTTCCAGTTTCCTGTGGCAATTGCTTGTTTCAATTGCTTCAAGATCCCAAAGCCGTTCCTTCCATCGTTTTCAAGACAGCGTTTCCCGTGAAACCATCCGCCACAACGACATCAGCAACGCCATCCATCAAGTCACGCGCTTCCACGTTTCCAACAAAATGAATCGACTCATCCTCAGATAACAATTGGTAAGTTTCCTTGCGCAAAGGATCTCCTTTTGCTTCTGTCCCATTGTTCAATAGACCCACGCGCGGTTTTTTGAATCCCACGAACGTTTTCCGCATAGTAAGACCCCATCACAGCATACTGATGCAAGTGCTCTAGTGTATTTGCCGCATTGGCACCTAAGTCCAACATGTCATACCCGCGACCATCAACTGTCGGAAGTGTGGACATCAATCCGAGCGTTCCACCCCTTTATTACGGCCAACAATAAAGAAGCCTCTTGCCAACAAAGCACCTGTATTCCCTGCAAGCATGGCATCGACTCCACCAGCCTTCACATCCTTGGCGACAAGACCATAGAGGCCTGTTTCTTCCGACGAATAGCATTGCCGGCTCATATCTGGATGATTTTTTCCTCCGTATGAACAATTGATACACGCTCTGTAGCGGTTAAATAGTTTTTAATTTTGCCTCATCACCATACAAGACAATCTCAATATCATCAAAATCACGAATAGCTTGATTCACACCTTCTACCAAGGCGGGGTGCATTATCGCCCCCCATTGCATCTGCAATTTTTTTCATGTTTCACCTCCAGATGAATCTTTCATAATCGCTCCCCAATCACTCAGGAATCGATAAACTTTTTAGCTTTTAAATGGATCCCTACACATACTCCTCATACAACTGATCGATTGCCTGACGTAGAGCTACTTTCATATCCGCTTGTAGGGAAATCGTCTCTAACTCACTGAATCGTACTGCTTGAAACTGATCCAATAAATAGAAGAACATTCGGATGCCAGTGGGCACGTCTCTCATCCAGATCATAATGGTCGGACAAGGACCCACTATAGCGAAAAGAGTAATCAAAAGGAAGTCCAACCCGATGACAGAAACAGCATTCATGCAGATTCAAGACAACTCCAAATCGTGATAGAATCTGAATCTCAAAAATATTGGTTAAAACCTCATAATCCAGTCCCTCTTCCATCAAGAATAAGGTCTTTTCCAAAAAAGCAAACAGGGCCGGATCCACCTGATTATCCTGAATACTTGCATCTGCAAGCGCCAGAACATAGGTCGCATAGAAAGGCAAAAGATCTGCATTAATTTTCTTATAAATCTGCACATCTTGAAAATCATCAATATAACTCAACCCATCATCATTGATTTTCAACAACATATCTGCCGTTACCAAAGAGTTTGCAACATAGGATTCAACCGTGATTTTCCACATGTTTCTAAAAAAACATCTGCTTCCTGACTTCTCCTGTGAATTTTGACCAGCTTGTCATCCTCCCACGAAACTCCCGATTATACAGGACAATTCCCCGGGTCTCAATTGACTCCAGCATGTTCTTCCATATACTCCTTCAAGCGTTTCATAGCTTCCTTGATAACCTCCATGCTGAGTACGCATACGACAAACGCACATAGCCTTCACCATATTGTTAAAGCGGCCTAGGAATGAAAGCAACCGCTTTTCACGCGCAAAATCCTGCAAGAAAGCAAAGGAATCTTGATTATAACCAGCTGGGATTTTAGCAAAAATATAAAAAGCTCCATCTGGCTTAATCATCTCAAGCCCAAGCGCGGACATCTGTTCAATAATATAATCGCGACGCTTCACATATTCCTTCTTCATCGGCTCCGCATCATCCCGACCAGCAGTCAAGGCCTCAATCATGACATACTGGTTCATGGTTCCAGCGACCGTTACCAAATACTGATGGCTCTTGATGAGTTGGGCCGTCAATGCGGCTGGGCGCAAAAGATAAAGCCAAGTAACCAGCCTGTCATGGCATGAGACTTAGATAAGCCATTAATGACAATGGTCTGCTCAGGAATGAAGGATGCCATAGAGACATGCGCTTCTCCAGTATAAGTCAGCTCTGAATAGACTTCATCACAAATCACAAAGACTTCATATTTTTTTAAGGCGGCTAATTCTGCCATCTGTTCGCGCGAATAAGTGACACCCGTTGGATTAGCTGGATAATTGAGAATAACAGCCTTCAATTTTTCACCCTGCTCTAGAATGGCCTTTTCCAACTTTTCAGGAGTCAAGACAAAACGATCTGCTGTCGTATCAATTTCAATAATCTCACTTACAACCAAATTCACAATCGGTTCATAACCGAGGATAAGCTGGTGCCGGAAGAAGCACTGTCTCCAGGTTCCAAGATTGCTGTGGAGGTTGCAGATAGGGCTTCAGTCGCACCGATCGTCACCAATATCTCATCTTCAGGACGGTAGTAAATACCATATTTATCAGCCACAAACTGACTCATGACCTCACGCAAAGCCAGCAAACCACTCATCCCAGTGTAATGGCTAAAATTCGCATCAATGGCAACCTTTCCTGCTTCTTTTACATGTTCAGGAGTTGTAAATCCGGTTCCCCCAAAGTCAAACGCAAGACACCGAGGAATGGAAGAATTGATTGATCGAACTGACGAATCAAAAGAAACTTCGATCCGATTCAGATTTTTATTAAAACGTTTCGTTAAATCCATAGAACACCTCCAAAACACTTATATTCATTATACTATAAATAGGACCCCATCGCAAAAGAACAAGCCAGATCCCCACCTTTTGCTTACCACCAAGGACATTTCAAAAATCCTTCCATGAAAAAAAGACTTAGCAATGCTAAGTCTTTCAAGTATTATTGTTGACCACGTGTTGCCACATATTTCAATTGATCCGCATGTTTTGCCACAAAATCCTTCATTTCTGAATCAGGAATTCGACGAAGGTAGAGGTTAGAGCAGATCGTTTCATCCTCTTCACGACAAGTTGACAATACTAAATACTTATCAAAGATGCTTTGATCTTGATATTAGGATTCTTCGTACGAGCTGACTCATAGATATTCTTCAACTGAGTGGTGAAATCTTTATCATCTTTAAAGCTTGTACGGTAGAAAGCAGTATCCTCAGGGACAATAACCAAGCCCATTACTTCATGAGCGTATTTCCGCTCTGGTGTCTCAATCACAACATACGGATGTTGGTCCAAATACTCTTGTTTGTCATAGTAGTTGACATCATTAAACATGCGATGATCACTGAAACCTTACTACCACGAGCATGACCAAACAGCCAAGTCAAACGATCACTGAAGTCTTTCTTGTTGTCCATATCCATGAAGACTGTTCCCATGTATGGCTCATTCCCACCATCAAACGTCTTATTCAAATAAGTTTCATTATCAGTAGTTTGTACGACAGGTTCATCCAATTCAGTACCCGGTGCGTAGACATAAGCAATTGCTTCAGGGGTTAACAGCTGTTAACTGAGCAAAACGATTTTTCAGATAATCTTTTTTTTTTTCTTCTTGACTTGGTTCATATTTAGTTTCTTGCTTGGTTGAACTTGTTCCAGTTGTCTTTTTTAGCCGTGCTAGATGACTTGCTTCTCAAAAGGATTAAAGAAAATAAATCCAGCAACAAGCACAACAACTGCAACAAAATAGAGCATCTGAGCCCAATTTAGTTGAACTTTTTTTCCCCAGCTCTTTTTCATTGATCGATCTCCTCTTGATGATTTTTTTCTAAAAAATAACACTGAACCCGAAGGTCCAGTGATATTTTACGGCTAATTAATAATCCAAATTATTTAACTGCGCTTGTTTTTGGAAGAGCTTTACCAGCTTGTTTTGAACCAGCTTTACCAGCTTCTTTTTTAGTTTGCTTCTTCTGCTTTAGTTTGCGTCTGCTTTAATTTGCGTCTGCTGTTGCGTCACGTTAGCTTGTTCTGGATTAATTCCATGTTCTTTCAAGTAACGAGCGTTAGCTTGTTCTGGAGTTTCATTCAAGATATAGTAACGGCCTTCTTTTTCTTAGCTGTGTTTTGAACAGTTTGGAATTGTTGTACATATTTGTTACGTACGCGTTCAAGAATGCAGTATTGAATCTTCGCGCTTCATAAGGTTTGCTTTCTTTCTCCGTAAAGGTGTGAACCACCTTCAACAGCATCAAATTCAGCTTTGTTGCTGCACTGCTGGATCGAAATTGTTGCTTCAGCTTTGATTTCGTCCATGCTAGACCGTTAAGGTATTCTTCAACTGTACGAGCACTTACAAATTCAGATTGATCATAGTATTTTGAAGCGACGTCAGTATCTTGAGGTCCTCTAGGATTGTTAGCTCCACCGTTGACTCCACCTTCGGCAAGAACTGGTCTTTCTTTGCAGCCAAATACTGCAAGGCTGCTACTGATGATAATAAAACTTTTTCATTGTTTTATCTCCTTTTTTCTTTTCAAAAATTATTCGTTACTTCGTAACTATGACTAGTATACTAGGATATTCTGCCTATGTCAAGACTTTTTCCATTATTTTTTAAAAAAAGTTTAATCTTTTGATTCATTTGAGATATAGAACTACGAATTTAAAACCATCTTGGAAAAATACTCTATTCATATATAAAAATGTATTTAAAAAAATAGAAATCTTCTATCCTATTTCACCACCCCATTTTTTGGCAATCGTTTCTTGGGCAAACTAGGATCAGCCTTTGCTTCTAGTTCTTTATTGCTCGAACTAGTTTTTTCCTTTTCTTTTCTTTTTTTAGATTTTCCAACCATTTTCTGATTTCCATTTGTATATCCTCCTAAATAAAAGAGGCCAGTTACCCAGCCTCCTTATTGTTCATTTTTTGGCATTTCCGATTTCAAATAGAGGAGAAAAGAGGGCGATTTTCGTGAATGCGAACAATGGCCTCTGCAAAGGAGTTTCGCAATCGAAATTTGCTCAATCTTATCAATTAATCGATCCTCCGGTAGATAAATCGTATCCAACACCACCAACTTCTTAATGGCTGATTTTTGGATGTTGTCCATAGCTGGTCCTGATAAAACAGAATTGAGTACAGCTTGCATAAACTTCAACAGCACCTGCTTCTGCAAGGGCATCCACTTGACCATGACAGATTGTACCAGCTGTATCAATCATATCATCAATCAAAATACAAGTCTTGCCTTCAACACTCCCAATGATATTCGACTCACTTCACTCGTATTCATCTTATCGACACTTCGACGTTTATCAATAATCGCAATCGGTGTCTTCAAAAATTCAGCTAATTTCCGAGCACGAGTCACACCATGGTCTGGACTGACAACAACATAATCTTTCCCAATCATCCCGCGACGTTCAAAATAGTCGGCGATCAAAGGCGCACCCATCAAGTGGTCAACAGGAATATCAAAGAAACCTTGAATTTGTGCGGCGTGCAATCAATTGTCAACAGACGATCAACTCCAGCAACCTCAAGCATATTGGCTACCAACAGTGATTGGTTCACGAGCTCTAGCTTTCCGGTCTTGACGAGTATAGCCGTAATATGGCATCACCACATTAATGGATTGAGCACTAGCGTTTCAACGCATCTACCATAATCAAAATTTCCATTAGATTATCGTTAACCGGTGAGCTAGTGGATTGCAAAATATAAACATCTTTTTCCCACGGATTGATTCTTCAATAGTAACCTGAATTCTCCATCAGAAAATTGACGAACCGTTGACTTTCCAAGCGGTAGTCCCATTTCACGAGACACACGTTGAGCCAATTCTTGATTTGACGACAAAGCAAAGAGCATTAAATCAGAAAATGACATGATTTCCTCAAGTAAAATCTAAAACCATATTGTACAGTCAGCACAAATTTCTCCTGTAATCATTTTATCGCTTTTTAAGCAAATATTCAAATATTAATTTATGGAAATTACAAAATCTATCACTACCTAAATTCTATCAAAAAAGAAGCAGAACAAATGTTCTGCTTCAGTATAATTCTTAGTTTGGATAGATATAAGTAACAGTACCTTGTGCTGTTGTTGGGTTAAACCAACTTTGGTAGTTACCAATACGGATACCATTATAGTTAGACTCAGAAACTTGGATGCTTATTTGTAGATTGAACGGCTGTAACAACTGCTACGTGTCCATATCCACCATCATTCCAACATGCAATGGCACCAACTTGTGGTTGAGATCCTGTACGGAATCCTGCTGTGCAGCGCACTTGCTTGCCCATTGTCCACCATTACCCCAGTAATCACCAGCCCATGGAGCCAATGTCTTCGCACCCCATGTACATTCACCAACTGGATAAGATGATGCAGATGTACTATAAGTTGGACGAGAAGTAGTTGCTACTGGTGCATTACATTGCTTGAGTTTGAACGGCAGGTTGGTAGCTGCTTGAGTTGTCTTTGTAACTGAATTGTTGCGGCAGGTGTTTATTTTAACTAGCAGACTTGTGCTTGAAGAGTTGTATTAGCTGAAGCTTTAACGGAAATTTGCTTGTTGTTCTTTTTGTTTTGCACGATAAGTTGCTTCCATTCTTGCCATTCTTCTTCTTTGCTTTTTCAGCTTCCGCTTTTGTTACAACAAAGCATTCTTTCGTTTTCAGCAAGTTGATTTTCAGCGTAAGTTCAATTGTGCTACTTTCAGCTCAGCTTCTTTTGTTGACAAAGCTTGCGCATCATCTTCTAATTGCTGTTTGTTTGCAATGACAGTATTGATAGCATCGTTGTTTTCTTTTTGTTTTTGTGCAATCTCTTCTTTATCACGTTTTTGCTCTTGCAACATTTTGTTGTTAGCATCTGCAATTTCGTTCATAGCAGAAATACGTGAGATAGCTTCTGTCAAAGATCCAGAGCTAACAATCGCATTAATATAGCTTGTTGCAGTCCCAGATGTTTGAGCACTACGTGCTTGATTTGCAAGTGATTCTTGACGAGCAACAATATTTTTTGACAACTCATCGATCTCAGCCGACAATCGTTCAGATTCTTCATTCAAACGGTCATTTCCAGCTTGAAGATTTTCTTGTTGTTTTTAATTTCAGATACTTGACCTTGAATTTGATCTACCTGAGCTTGTGCACTTTGTTGTTGTTGATTAATACTATTGATTTTGTTATCTTGGCTTGACAATCTTATCATCTGTTGAATCGCTGATACACCAGCTACGACAGCACCTTGTGATAAAGCAACTGTACTCAATAAGATTGTGGCAAATAATTTTTTCTTCATTAGATAAATTTTCCCTTTCTAATAAGACACTAACTAGTATAACAAATTTTTTAAAAATTTATATTACGCTATTGTTACATTTTTATTTCGAGTTTATAAATAAATCTTTTCAAGTAAAGGCTGTAATACTATTAATAGAAGCACATTCAAAATTAAACTTGGAAAAAATTTGGTAAATAATTAGTGTAATCCAGTTAAATTTTATGCTGATAAAAAGAATCAAAAGAAGATTTGTTAAAATCTGAAATAATAAATCGTTAATAAAAATGTAAAAAAACGAGTCAATCGATTGACCAAAATAATCTGATTACACCGATAAAAAATCACCTGTAGTATAGGAAATACTATGAATGCAATTCCTAGAGTGTGTAAAAAATACACATCAAAACAAAAACCAAAGAAGACTCCCCACCAAATACTAGCTATCTCAGAGAAATAGAGACTCAATAACATAAAACCATATAGAAATAAAAATGATAGGTTCAAAGGAGTTTGGACAGAAACGAGAAATAAGAAAAGAGATCTGCCCGTCAACAAATAAAGATAAGAATAAGATTAAAGGGAAAAAATGGTACTTACGTATGACTTTCACACTACTCTCCAATCAATAGTACATAACGATTGACATCTAAATTAGCCCTTTGGTTTCACACGAATTTCTTGCCTAACTGATCAGATGCCTTTTGATGCAAAGTTACTGTACCAAGGGTAAGTCACTACTCTTATATTTTCCTAAACCACTTGTTGAAACCAGAGATCCTTTTTTAATTTCAACTGGATCTCCATTTGCAACAACCGAAACTCACACCTGTCTTCTCGTCATAACCATTTAATAAAGCAAAAATAGATCCGGCCTTGACTCTCAATTTTTTAAACGTCCAGGTGTTGTGAAGAAATAGTATCTTCGACTAATAATTTCACTTTGCTAGAATTTTTCTCTATGCTTTCTACCACACCAATGACGCCACCAGACGAAAGAACAAACATAGAATCAGAAATTCCATCTGAACTACCTTTATCAATAACAAATTCCTGATCCCACGAACCATAATTACGGTCAATAATCTCACTAACGACTTGTTTAGAACCCGATACAGAATTCTTGATTGACATCAAATCCTTTAATTCTCTATTTTTCTGATTCCAAACGGTTAAGTTTTGACTGGTCAATATCCTTTTGATAAAGACGTGATTTTAACGAACGGTTTTCATCATTCAATTCAGATAAATTCTTTAAATCCTTGCCTTAGATTCCACAACAACAAATGGTTCCGATACTGCCTTATCAACAATAGATAATAGATCAGAAGATTTTAAAACAATGATTCTAACAGAATGGAAAAAGAAATAAAATTCCTGAAACAAGTTAAAACAAACACAAAACTAAAAATTTTAAAGAATCGATTCAAGAACATAGACAAAACCTTCAAAATATAAAAAATAGTTGCGAGATGATATCTCAAACTTGGAAATTATACGGAGAATGGGGGATTCGAACCCCCGCGCCGGTTACCCGACCTAACGATTTAGCAAACCGTCCTCTTCAGCCTCTTGAGTAATTCTCCAAAATGGGCTGCAAAGTGGACTCGAACCACCGACCTCACGCTTATCAGGCGTGCGCTCTAACCACCTGAGCTACGCGCCCAAGTTAAAAACTTGGTAAAGAACCTATGTTCAAAGCGGGTGACGAGAATCGAACTCGCGACAACAGCTTTTGGAAGGCTGTAGTTTTACCACTAAACTACACCCGCTTATTATTAAAAGAAATGGCGCGAGACGGAATCGAACCGCCGACACATGGAGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCAAATTGCGGGAGCAGAGATTTGAACCTACGACCTTCGGGTTATGAGCCCGACGAGCTACCGAGCTGCTCCATCCCGCGTTAATATTAAGGAGGATGTGGGATTCGAACCCTGCTTTACGCCTGACGGTTTTCAAGACCGTTCCCTTCAGCCGGACTTGGGTAATCCTCCAAGATAACAATGGACCTTGTAGGACTTGAACCTACGACCACTCGGTTATGAGCCGAGAGCTCTAACCAGCTGAGCTAAAGGTCCAACAAGATCAACAATATAGCGGCGAAGGGATCGAACCCCCGACCTCCCGGGTATGAACCGGACGCTCTAGCCAGCTGAGCTACACCGCCATAATATCGGGAAGACAGGATTCGAACCTGCGACACCTTGGTCCCAAACCAAGTACTCTACCAAGCTGAGCTTCTTCCCGATCTAAAGCTACCGCTTTGTGCACCTAGAAGGAGTCGAACCTCCTAACCGCCTGATTCGTAGTCAGGTACTCTATCCAGTTGAGCTAAGGGTGCTCGTTCCTATTCAATTATTACATAGCCTTGCGACCATGCACCCTAGAGAGTCGAACCTCTAACCGCCTGATTCATGGTGGAGTACTCTATCCAGTTGAGCTAAGGGTGCTTCTTTCAACCTTTGTCTATGCCGAGGACCGGAATCGAACCGGTACGATCGTTACCAATCGCGGGATTTTAAGTCCTGTGCGTCTGCCGGTTCCGCCACCCCGGCCTCCTCAAGCGAACGACGGGATTCGAACCCGCGACCCCCACCTTGGCAGGTGGTGTTCTACCACTGAACTACGTTCGCATTGCTTTCTTTATATAAAAAAATGCCGGCTACATGACTTGAACACGCGACCCTCTGATTACAAATCAGATGCTCTACCAACTGAGCTAAGCCGGCTCATTATTATTCTCTTATGCGGGTTAAGGGACTTGAACCCCCACGCCGTAAAGCGCCAGATCCTAAATCTGGTGCGTCTGCCAATTCCGCCAAACCCGCAAAATATGACCCGTACTGGGCTCGAACCAGTGACCCATTGATTAAAAGTCAATTGCTCTACCAACTGAGCTAACGGTCTTAAAATAATTTTCATTATTTTAACGGTCCCGACGGGAATCGAACCCGCGATCTTCGCCGTGACAGGGCGACGTGATAACCGCTACACTACGGGACCTATGGGAGTTAACGGGATCGAACCATGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAGCTGAGCTAAACTCCCAGATGGTCGTTTAACTCAGCCAACGGTGAGAAACTTCGTTTCTCTTATCCTGCGATTAGATTTCGATTCCCTCTCCATTCCAACTAAGCTAAACTCCCAAATGAGCCTAGAATTAACTAGGCTCAATCTGCTGCTAAGCGACTACCTTATCTCACAGGGGCAACCCCCAACTACTTCCGGCGTTCTAGGGCTTAACTGCTGCTGTGTTCGGCATGGGTACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAATGCTTAAACATTCAAAATTGAATATCTATATTCTAACAAGTTAAACTCACGTTGTCAATATCTTCTGACTCTTTGGATGATCCTCGAGCTATTAGTATTTAGTCCGCTCCATTGCTCACACAACTTCCACTCCTAACCTATCTGCACGATCTTCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGGTGGGTTTCACACTTAGATGCTTTCAGCGTTTTATCCCTTCCCTACATAGCTACCCATGCGATGCCTCTGTGAACAACTGGTACACCAGCGGTAAGTCCCTCTGGTCCTCTCGTACTAGGAGCAGATCCTCTCAAATTTCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCCGAAATGTACTTTAATGGGCGAACAGCCCAACCTTAAACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCGCCTGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTTGGGCGCCTCCGTTGCCTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCACGTCAGACACTGTCTCCGTAGATGATTAACCTACCGGGTTAGAGTGGCCATAACACAAGGGTAGTATCCCAACAACGCCTCCATCGAAACTGGCGTCCCGATCTCTATGGCTCTATCCTGTACATGTGCTGAACACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCCTGTCATAATTAACCTGCATCTTCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTCCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACAGTGCCGTTTTCAGGGCTTCAATTCATACCTTCGCTTGCATAAGCACTCCTCTTAACCTTCCAGCACCGGGCAGGCGTCACCCTATACATCATCACGATTTAGCAGAAGGCTGTGTTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCGGCTGACTTTAAGCCAGCACACTCTCGAAGTTACGGGGTCATTTCTGTAGAGTTCCTTAACGAGTTCTCTCGCTCACCTGAGGCTGCTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATGATTAACGCTAGAAGCTTTTCTTGGCAGTGTGACGTCACTAACTTCGCTACTAAACTTCACTCCCCATCACAGCTCAATGTTATAGAATTAAGCATTTAACTCAATTCACACCTCACTGCTTAGACGTGCACTTCCAGTCGCACGCTTTAGTTAGCCTACTGCGTCCTCCTTCACTACATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCACGGCTAACCCAGGGCGGACGAGCCTTCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGTTCCAGCGCTCCTCATTACACACCTTCTCCACACATAGAACGCTCTCCTACCATACCTATAAAGGTATCCACAGCTTCAAGTAAATTGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGAATAAATGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACAATTATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGACCATAATTCATTGGCATTCGGAGTTTATCTGAGATTGGTAATCCGAGTTGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAATCTTAATGTCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCAGTCCTCAGTGAGTTTCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACACTTAATACTAAGACGCCCTATTCAGACTCGAGTTTCCCACCGGCTCCGTCTCTTCAACTTAATCATCATATCGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGGTAGGATTTCTCGTGTCCCGCCGTACTCAGGATACTGCTAGGTATAAAGACTATTTCGAATACGAGGCTCTTACTCTCTTTGGCTGACCTTCCCATGTCATTCTTCTATAATCTTTAAGTCCACATTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCCGGTTTGCCCTCCTGCCGTTTCACTCATGCTTCTCAGGCAATCGCTTTTGCTTTCTCTTCCTGCGGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCTACCTATCCTTAACAGATGGGAGTACTAGCCATCGGCTAGTGGGTTCCCCCATTCGGACATCTCTGGATCGTCGCTTACTTACAGCTCTACAAAGCATTTCTCTGCGTCGTTTGTCACGTCCTTCTTCGGCTTCTAGTGCCAAGGCATCCACCGTGCCCTTATTAACTTAACCTTATTTTGGTCTTGCGACCTAAACTCTTTAAATATTTACAGCGTTTCGGTTTATTTTCTTGTTACTATTTGATATAGATATTCAATTTTCAATGTTCAGTCTTAACACCCTTACAGTGTTAATGGAGCCCTAGCAGGATCGAACCCTTTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAACAAGACCAACGTACAGGTTTCCATTTCCTTAGAAAGGAGGTGATCAATGCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTAGGCGGCTGGCTCCAAATGGTTACCTCACCGACTTCGGGTAGTACAAACTCTCGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGAACGTATTCACCGCTGACGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGAGGATTGCGACCTACAATCCGAACTGAGACTGGCTTTAAGAGATTAGCTTGCCGTCACCGACTCGCGACTCGTTGTACCAGCCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTAAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGAGCAACCATGCACCACCTGTCACCTCTGTCCCGAAGGAAAACTCTATCTCTAGAGCGGTCAGAGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCGCTTGTGCGGGCCCCGTCATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCATGGGCGGAGTGCTTAATGCGTTAGGCTAGCGGCACTGAGTCCCGAAAGGACCCAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAGACCAGTACTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCTTCTGCACTCAAGTTAAACAGTTTCCAAAGCGTACTATGGTTAAGCCACAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAGAATCGGATAACGCTCGGGACCTACGTATTACCACTTGTTTGCTGGCACGTAGTTAGCCACGTCCCTTTCTGGTAAGTTACCGTCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTCTCTTACAACAGAGCTTTACGATCCGAAAACCTTCTTCACTCGCGGCGTTGCTCGGTCAGGGTTGCCCCCGTACCCGAAGATTCCCTACTGCGCCTCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCCTTGGTGAGCCGTTACCTCACCAACTAGCTAATACAACGCAGGTCCATCTCTTAGTGATGCAATTGCACCTTTCAAATCAATATCACGATATCGACTTTTATGCGGTATTAGCTGCATCGTTTAATAGTTATCCCCCGCTAAGAGGCAGGTTACCTACGCGTTACTCACCCGTTCATAACTCATCCGCTCGGTGCAAGCACCAAGCTTCAGCGTTCTACTTGCATGTATTAGGCACAGCCGCCAGCGTTCATCCTGAGAATAGGATCAAACTCTCATTAAAATAATTGTTTGTCTTAAACTCATTCTGTCACTGACAGATTTATTGTTTTTTTATTGTTCAGTTACTATAACTTTCGTTATGGCACTGCACATTGGTTCGTCTTGTTCAGTTTCAAAGGTCTTTGTCGCTCTCGCGCGACAACTATGATAGTATATCATGACCTCTCCTTACTGTCAACACTTTTTCCAAAAATTTTATTTTTTGAAAGTTCATTTATTCACTGGCAACAGTTTTAAATTGAATTTTAAAATCCTTTAGATAGTTCTCTAATTTCTTTTTCATTTTGTCTTTCTAGACATCTTCTGTTTACTAGTAATGCTTCATATTGTTCTTTTTCTTTTACGGATAATTTTTCTTTAAAACGTTTTAATGCATCTCTAAGAACAACTAGCTCATCTAAATATATTTTTCTTGATGAAATTCTGTACAACTAGTGGGTCCAATTTCAATATATGGAAGTCTATTTATTTTTCTCTTATCACTTTCCTGTTGTCTTATTTATCTTTAATATGATTTCTAAATTTTGTTTTGAAATATGTATAAGTATTTATTCATTTGTTTCAATTTCGAAGTTTTTGATAAAGTTCAAAGTGTTAGCTGTCCTTCTTGTTCCCAATCATCTTTTTCCCATAATTGAATATAATAATTCTTTTCACATTTTCTTACAATATATTTCACTTTTTGAAATGCATTTATTAAATTCACAGCTCTCCTTTGTTTTTATCACCTTTTGCACAAAATAAAAGAAGCCCACGTGGACTTTTTCTATTCTGCACGTTTTTTAACTATTTGGTTATTATTTTTGACCTATTTTGTTCAAATACACAAAAAAACTGCCACTTGGTGACAGTTTCTCGATGAGTCCGTACGGGATTCAAGACGTGTTACCGCCGTGAAAGGCGGTGTCTTAACCAACGACCCAACGGACCATTTTTACAACATATTCATCCATACAGAATATTTTCTCTGTCAACACTTTTTTAATAAAAAAAAGAAGGAAATGTACCTTCTTTTGAATTAGTTGTTTTCTTCTAATTTTGACTTAATTTCATCATATGATAGAGGTTTTGCTTCTTCTTCTAATTCATGCTCTGAATTTTCAGGCATTTTTCCTGTTTCATATAATGATTTAATTTGAACACTATCCAGGTTCATATTTTAATAGAGCTTCCGCAATTAGTTTATGCGTTCTCTATTTCCTTGAATAATTTCTCTTAGCTTTATTACGGGCTTCATTCAACAAACCACGAACTTCTTCATCAATTTCGTAAGCTGTTTGTTCTGAAATCATTTTGTGGGCTTTGAGCACCAAACATCATGATTTCCTTCATATTGGACTGGTCCAAGTTTTTCACTCATACCATATTCTGTTACCATTGCACGCCATTTGGGTAGCTTGTTCAAAGTCATTTGAAGCACCCGTTGTTTGCGAATTGAAAATAATTTCTTCGGCGGCACGTCCTCCATGAAGACCCAGCTAATTGTTCTTTCATATCTTCTTTAGAAAGTAACATTTGATCTTCTTTAGGAAGGGCAATCATGTAACCGCCTGCACGACCACGTGGAACAATCGTAACTTTATGAACTACACGAGCATTTGATAAGACCAGACCAACGATTGTATGACCAGCTTCGTGATAAGCAACCATTTCACGTTTCTTTTGTGAAATCGTCCGATCTTTCTTAGTGGATACCTGCAATAACGATCTATAGCTTCATCGATATCAGCGGCATCATTACTTTTTTATTTCATTGTTTGCAACCAGGTAGCTTCGTTCAAAACGTTTTCCGAGATCAGCACCGACAAATCCCGGTGTTTGTTGAGAATAAACCAATTTCAAGTCCACATCTTGGGCAATGACTTATTCTTAGCATGAACACGAAGAATTGCCTCACGACCTTTCACATCTGGACGTCCAACTAATACTTTACGATCAAAAACGGCCAGGACGAAGAAGGAGCAGGGTCAAGGACATCAAGACGGTTAGTTCTTTGCGCGATAACAATGATTCCTTCGTTACCTTCAAAACCATCCATCTCAATCAAGAGCTGGTTGAGGGTTTGTTCACGTTCATCATTCCACCACCAAGACCTACACCACGTTGGCGCTAGCATCAATTTCATCGATAAAGATAATGGCTGGAGGTTTGCTTTTTAGCATCTTCAAAAAGTGAACGAACCCGGCTATAGCACCGACTCCGACAAACATTTCAACGAAGTCAGAACCAGAGATACTGAAGAATGGCACTCAGCTTCACCAGCTACTGCTTTTGCTAAAGGGTTTTACCAGTTCCGGGAGGGCCTTCAAGAAGCACACCTGCTGGGATTCTTGCACCCAATTTAGTAAAGCGTTTTGGATCTTTTTAAAAATTCAGCAACTTCAACAGTTCTTGTTTTCTTCTTCAGCTCCTGCTACATCTGAAAAACGAACTTTAATATCTTCTTTATTAGCGGCGCGAACTTATTACGACCAAAGTTCATGGCACCTCTGGCACCTCCGCCACCGCCTTGGTTCATCATTGAGAAGAAGAAGAACATGACGATAACAAATGGAACAATTGAAGTGAGAATTGTTATCCACATGCCATGAGCTCTCACGCTTGATGGTGATTTCTGCTTTGTGGTCAGTTCGCTAATTTTGCGCCAATTCATTGACGATGATATCAGATGGAAGGATGACACTAGTAAAGAAGCGAGATACTTTTTGAACATGGGGTAAAAAATTGAATTCCTGTATCTTCTTTTGATTCTTTTGCTTTATTATAGGTACCTGCAATTTCAATCACACTACCATTTGGTTGGTAACTGATCGTTTTTACATTATCATTTTTAATTTCTTTGACCAATTCTGTGTAGTTGATTTGCTGACTTTGACCAGCCGTACCCGCAAAAAGTACTGGAATCCTGTCACAAGTTAACTACAATAATCAACAAATACAGAAATGGATTTCGGACAAAACCGTTATTTTTTTCTGTTATTCATCTAGTCTCCTCTATTTTGAGTACACTTCCTCTTTTAATACACCAACATAGGGTAGGTTACGATAATTTTCATCATAGTCTAAACCATATCCTACAACAAACTCATTTGGAATCGTAAAGCAGGTGTAATCTGCTTCAATCTCAACCAAACGGCCTTCAGGTTTATCGAAGTAAGGTAGCAATCTTTACAGATCTTTGCCATTTTCTTTCTTCAAAGAGTTCTTTTAGACTCTTGAGAGTTTTACCTGTATCGATATCTTCTACAAATAAAATATCTCTACCAGTAATATCTTGGTCGATATCCTTGATAATATTAATAATACCTGAGCTTGCCGTACCACCATGATAACTTGAAACCAGCATAAAATCCAATTCAATATGTGTATCCACGTGGTTGATCCAACTCTGCCATAAATGGAACAGAGCCTTTCAAAATTCCAACAAAAATTGGATTTTCCTTGGTACTCTTTTGTTAGGGTTTCACCCAATTTCTTTCTTTGCTTCTACAATTTCATCATGAAACCAATACTTTTTTATATCTTTTTCTAACATGTTTTTACCTATCTATTTTTTGAATATAAAGACTATCTTTCATTATACCACTTTTTGAGGGCTTACTCAAATCACTCGTTACCAATCCCTACAGAAAGAATATTATGATTCTGTTCTATAATAGAGCTTTTTGCCGAAGCGAAATTGGAATTTTATGATTTGATAAACCACCGTCTTAATTTTTGATGGTGGCCATTAACAAGCGGCTGATCTCCTTCCTTTCTCCCTCTTAAGATGGGAGTTTCGCGTGAAACAGAAAGAATTTCTACATTTTCCCTACTAATGGTTGTCCAAAAGATAGTTTATAATTTGCAATTTCAGATATTCCCAAATTCTAACAAAAATGGGAGGGGTTGGTCATCCGACTTTTGACTGATTTTTTGTATTTCAAAGAAATCATATTCTTGATGTAGTTCATAATTCGACTTTAAATAATGAATGCAATTTCTTTTTTCGCAGTAAATTTAATAATTCTTGAAACTGTACCCTACCAAGTTGCAAATCTGGGAATTGTGCCAAATACTCTTCTAATAAGAATGATTGTACAGAATGAGAATACGTTCTAAAAGAAGCTAAATCTTGAATGCTTAACTCGCTAGTCAATTCTTTCAGTGCTTGGTGCCAATGAGTAACTTCCTCTGCTAAATAACGAAGACTTACTTGCATTTGGGGATTTTCTTTTTCAAATTCTGGGAAGGTATTGATGGCGTACACGATTTCGAAAATAGTCCTGCGAGTCGTGCTACTATCTTCAAAGTGAGGGATTTTCATCAACTCATCTTTGGTAAAAGTTAACAAAGGACGGATTAGCTCACCCTTGCCAAATGGTTGGCGTACAGGAATGCCACTTAAATGGCGTAATTTTGTTCCTCGTATCAAGCGCATGAAAGTTGTTTCAGCTTGATCGTTTATGATGACCTGTTACTAAAGCGGTGCAATCCTCTTTCTCCATAATCTGTTTAAAAATCATAACGAAAGGTACGAGCTTTGCTTCTGTAAAATCACCCGAATAGTGAGCCACATGGATACGTGTTTCTCGCCTATCAGCTAGCGTTCGAAGTTCACTTTCTTCTAAATCCGATTCTGGTCTTTGTCCATGATTGACATGAGCGAGTACCAGATGGTTTCAATCGTTCTTTATTCTTATATAAAAGTTCATACAGATTCATTGAATCCAATCCACCAAGATAAGGCAACCAAAACACGACGATGGGAGTAAATAGATCTTGTTTTTCACAAAACTCTAAAAAATCGCTTTTCCATTATTTCAATACCTCATAGATATCTTTTGAAATGTTGGAAATCATGTCATAATTCGAATGATCTGTAAAAATGGCTATTACATAGGGTGAATTTGTGTATACAATCGCAACATCATGTCACAAATCATAGGCATCTCCAATTTTATGAGCAACTTTTACTGGAAGGTCACGCGCAATCCGTTGATTATCATATTTTGTAGAGGAGAGCGCATCAATAATAAAGACCATTTTGTTGATAGACAGCCTCCCATGACATTGCCAGCCATTTCAGCGGATGCTTCCTCTTTTTCAACATCCCAATGTTTCTTTGCAATTTTTATCAATGTTTTTTGGAAATCTTGATCTGATTGATGAGTGACATAATAATTCAATATATTATGTCCAACATTATCTATTCTTTTGCAATCTTATCTATCAACTCTTGAACACTATATTCTTTTCCATCTGGTGTTTTTGAAAGACTACCACTTCCTTCTGGTTCATAGCCTCCTTTGAAATCATTGACTTCTGGAATATATTTGTAGGTTGTAGTTGGAGGAAATGGCTTTTTTATTGAGCTGTTCTTGGACGTAGTACAAGTATGGTAATTTCGTTACACTGGCAGAATACATTTCTTTTTGCGGATTGATTCCAGCAGTATTTCCAGTCTCTAATTGTTTTACATAGATTCCATATGAAGGAGAATTGTATTTACTATTTAACAAGTCTGAACTTTTTCCATTCGATTATCTTTTCAGTAACGAATGCCTTGTTCTAGCCCTGACCTTCAATCTCCACAAACTCATCTCGTAAAGTCTTAGCTGTACGTAAGACTGTCACTTTTGTATAAGGAGAAAGAGATGTATTTTTTCTTTTGCACCATTTATTAAGGGTCGGTCATACACTTTAAAATAGGTTTTAGCCACATGTCTTGTTTTTTTTCTTGTGTTCTTGTACAACATCAGAAAAAATGACAGAAGAATCTGCTAATACATATGCTTGTATGCTATTTTAAATACAGCTTTCCCTTCATCATTTACAAAGAGTTGTTCGATTGTAAACAGTGTGTTGGGAAAGAATTTCTCCTTGCTTTTTTCAACTGAGGATCCAGAAAAACAGAAATTTTGCGATAGATATTAGGGTTCGCTGGAATTGAAGAAAAATAAAGTTCTGATGGATGAGCTATTGTCTGAGAAGACTCAGACTGCTCGACACTCAGCCCTTGAGACCAATAAATAAAATTGGAACTAACAATAGGAGCAGAAATCGTTTAGACACCTGTATTCCTTTCCTTTTCATCCTTTTTGAAGTTTAATCATTTGGTTTTTCTTTTTAATTCCTCTAATTTTTCATCCGAAAATTCAAGAAATTGTTTAACTGTTTGTAAGATATTTTCCATCGGTTATTGGGGGAGTAAATCTGGGATGAGTATAAACATATTCACCATCTTTTGAAAAAGAATACTTAGCGCGTCATATTTTGTTGCATAATCATCGTCTTTTTAATTTTTTAGCGATGTCTTGTTGGTATTCTTTTTGTTCACTTGTTTCTTTATACTCTTTTTCAACTGTTTGTATTGTTCTTTTTTATCTTGTGATTGATAGCTCTGGGCTAAATTATAAGTTGGAAGAATAAACAGTAACATGACCAATATCAAAACGAGCCCTAGAAAACGATTGCGTTTTTTCTTTCTTCTTCTAAAAAACGTTTTCGCTAAACTTTCGTCTTTGATATATTTATTGTTCATTTGAACGATATTTTTAGGCATCTTCTTCTATCCTTGTTTCACTAATTATTTCGTACATTTTGGATGCATCTTCTTTTTGTACTATCCAACATTTCCAAGACTTTAACCGTCAATACTTTATTTCAAAACGAACTTCAATTTGATCATTCACTTTCAAATCCGTTGAACTTTTGGCTAATACTCCTTGACTTTGATTCGCCCTTTATCTGCAACTTCCTTTGCAGCAGGACGACGCTTAATAATGCGAGAAACTTTTAAATATTTATCTAATCTCATACTGTCACCTCTAACATAGTATTGTATCATTTTTTATCATAAAATGCGAAAAATGAGCTAGAACTGCTAGTCCTCTTCTTTCTTGTTTAATTTCCAATAAGGTTTTACCAAATTGCTTCAAACTAAAATTTCCAAAATCTTTCTTATTTCGAATATCGAAGATCACTTCAATCAATCCCTTTTCTTCTGCAATCTGTGCCTTTAACTGTGTCATGGACAGAGCTTTGAAATAATCCTGTGTTAAAAACAGTTGTTTGGCAATAGGTTCAAATTTCACTGTCACTTTTGTTGTTTCTCTCAACAAGACGGACAAATACTTGATCCAAGTAAGCTTTCACTAAACCAATTTCTAGTAGGTAGGCCACAACATCTGGGTATTCTCCAAAACGATCGATCAATTCATCTTGCAAATATTCATAGTCCGTCGCAGAATTCCATTTCACGAATTTGTTTGTAAATTTCAATTTTTTGACGTTGATCTGAAATATATTCATTAGGTAAATACGCATCTATTTGAAGGTTCAACTCTGCATTACTCTTTTGCCTGCGATGCTCTTGGCCTTAATTTCTTAGCAATAGCTTCTTCTAACAATTGAGAATACATTTCAAAACCAACTGAATCGAATGACGGAATTTGAGAAGCTCCAAGGATATTCCCTGCTCCACGGATCGATAAATCTCGCATAGCAATTTTAAATCCAGACCCCAACAGTAAAACCTTTAATAGCTTCTAAACGTTTTTCAGACTTCTTCTGTAAGAGATTTGTCTGGACGATACATCAAATAAGCATAAGCAATTCGGTTGCTTCGTCCCCACGACCTCTTAGTTGATAAAGGGGAGTTGAAAGTCCCATATGATCCGCATTTTCAATAAAGAGTGTATTGGCATTTGGAATATCCTTTACCTGTCTCAATAATGGTTGTCGTCACTAAGACATCGTATTCGCCATTAATGAAATCCAACAGGGTATTTTCCGACGAACTTCACTCATCTGACCATGAACAAAGCCAATCGAAGCTTCTGGAATCAACTCTTTTAATTCAGACACCTTTTGTTCAATTGTATCTACCTTATTGTAAAGATAATAGGCCTGTCCTCCACGATCCATCTCCCATAACCCACAGCATCTCGAATAATGGTTGGATTAGTCTCTAGTACAAAAGTTTGCACAGGATACCGATTGGTCGGAGGTGTTTCGATGACAGACAAATCTCGAATTGCTTATAGACATATGAAGAGTTCGAGGTATAGGGGTAGCTGTCAAGGTAAGCACATCCACCTTTTTTTTCAATTCTTTCAAGGTTTCTTTCTGTCGTAGTATTTCTCCAGAAACGTTGTTCTTCATCGATCACGATTAAGCCTAAGTCTGAAAAAACAACATCTTTGGACAAGAGCCGGTGAGAGTTCCAATAATAATATCCACTCGTCCTTTTTCAACTTTTCGTTTTCTTTCTGCTCTGCCTTACTCTGAAACGGCTTAAAACAGCAACCTCTACTGCAAAAGATTCAAAACGCTCCTTAAAATTGGCATAATGTTGTTGGGCAAGAACCGTGGTAGGAACCAGCACCTGTTGTTTATGATCATTTACTGCCTTAAAAGTGCCGCTCGCATAGCGACCTCTGTTTTAAAACCGACGTCTCCAACCAGCAATCAATCCATCAGTTGATTCGATTCCATATCTTTTTTAATTTCTTCAATGGAACGTAATTGATCATCTGTTTTCAATATATGGAAAATCTTGTTCAAAAGCCTCTTGGTTTTCATCATCTTTGGAATAGGCAAAGCCTTCTAATTGACTACGCTCCGCATAAAGTTTTATCAAATCATCCGCAATGTCCTCCCTGCCAGATTCCTGAACTTTTTGCTTCGTTTTTTGGAAACGCCCATCATTTAACTTGTTAATTTTTGGCGTTTTCCATCACTTGCAACGTATTTGGACAACATCTGAGATAGATCGACAGGAATCGAGATGCGATCTCCATTTTGATATTGAATTGAAACATAATCACGATGGACACCTAAAATTTCAATCGTTTCAATTCCCAAATATTAAACCAATACCATGAACTTGGTGAACCAACATAGTCCCCTTTTTCCAGTTCATTATAATTTTTTTAGGCGTTCTGCAGTTGGAAATATTTTGCCTGCAGATCTTTCGTTTTGATCTTTTCTGATAAATCTCACAGTTCTGTAATATAGACAATTTTTTCATCAACAAATTGAAAACCGTGAGCTAATCCTCCAACGACTAATTGACTAGCTTGAGGAATGATCGTATCCCCATCAATATAATCTAATCAGATCATACTCTTCTAAATTTTTATGGAGCTGTTGAAAGATTGTGATGAGAAGTTGCTTGGACAATAACAGTATAGTTTGATTTTCGATACCGTTCAATTTCCTCTTTTAGTAAATCAAATTGTCCAAAAAAACTCCTGCATTGGATATTGATTGAATTGATACAAATGATCAAACTTCAGATTTCCCAATCCTTTTTGAAAGTTTGAAAAAATAAGTTGCAGGCGTATATTTTCGTAATGTTGTACTGGTGTCTGCAAAATACACTTGGCGAGAAGAAGCTCTATTTTTATGTAAATCTTCCGTCAAGAGATTAGCTGTATCTAGTTCAAATCTCGCTATTTGATCGGCTATTTTTTGATAATCATCCAGAAAGACTGGAGTGTGTTTAGGAGATAATCGAATAGGGTATATTGCTTCTCGTAAAAGAAACTAATAAATTTTCTAAGATCCGTATGGAGTTTCCTTTGAGAAATATCTCCCAAATTTCTGCTAGATAAGATTTAAATTCTTCATTTTTTACACTCTGTTCTTGCAATTGTTCAGTTCTTGCTGACCACGTATAAAAAATCTTCCTCTTACAACAATAGATCACTCACTGCCTTCAGTTGAACTTCTTCAACATTTTCAACAGAACGCTGACTTTCTGGATAAATTGGATTCCATCAATCTCATCTCCGAAAATTCAATCCGATAGGGTTGATTAGTCGATCTCAAAAGATATCTAAAATATCTCCTCGTAGACTAAACTCTCCCTGTTGCAAAACTTAGCTCTGCTGGTAGCCAATCTTCCTGTAATATTTCACTCAGAGTAGTTAGGTCGATTTCTTGACCAACCTTCAATTAAGAAAAATGCTAGATGCAAAAACTTTAGGAAGGTAATAGTAGTTTTATACCACTCATTGAATACAAGGATGCCTTGACGATCTTCTTGGCATAAAGAAGTTCAAAGCCTCTAATCGTGCAAATTGCCTTTCTTGTGAAGCAAAAACAAATTCTGCTAAAGGGTTATCATCTCCCAAAAATGTATGGACTTTCTCTTCTCCAAGTAGGGCAATAAAATCACTGGCCAATCGTTCTGCTTCGTTATAACTGGAAGTGATGAGGACTGCTTTTTCAATAGAATCAAAGGCTGAAGCCATTACAATAGCCTTTGTGGTCGCAGATAATCCTAAGATCAATTCCCTATTATTTTTTTGTAAACCTTGTTGCCAGGATAGAAGGTTGGAGTTTTGACTCACTAAATCAATTACACATTCATCTACTTACCCGTTGTATTTCTGCATGCTTCTTTCAAAATTTTCTTCTACCAAGTAATCGTTAACCGCTTCTTCTATAGTCAATTGTTTGTAGAATAGTGATGTAATCGTCTTTATCAAATTTCCCTAAAACATGATGAACAACGGCAGCATGCCCTGCTTAGGTCTTCCAATTCCAATCTTAATTCGATAAAAAGGATCTTGGTTCAATATGATTGATAATCGATTTAATTCCGTTATGACCTCCAGCTGATCCTTTCGCTCAAAGACGAATCTTACCAACTTTACTGTCTAAATCATCGTAAATAACCAAAAGATCTTCAATATCCAGACCATAATAAGTCAGAAGGGCATGGACTGCTTTTCCACTCTCATTCATGAAAGTGGTCGGCTTTTTTACAAAATAGACCTTTTCTCCATTCAAAAATGTTGAGGCGATATCAGCTTGAAAAATCTTATCATGGGAGAAAGTAAGATTTAAAAAGACTTTGCCATTTGATCAACTAACATAAAGCCTACATTGTGTTTAGTTTCAAAATACTTATCACCTGGATTTCCCAATCCAACAACATTAATTTCGTCATCTCTTTCCTTTCAAAACACTAAAAGGGTTGGAAATATTTTTCCAACGCACATTTTTAACTCTCTTGTTATACATTAAAACGGAATTCCATGATGTCCCCATCTTGGACAACATATTCTTTTCCTTCTTCGCGCAAGCGTCTAGCTTCTTTTACAGCCTTTTTCAGAACCGTATTTGACCAAATCATCGTAGGACATAGTCACGGCACGAATAAATCCTTTTCAAAATCGGAGTGGATGATTCCGAAATCGCCGAGGGCTTTCATGCCACGTTTGAAGGTCAAGCACGCACTTCTTTTTCACCAGCTGTGAAATAAGTGCCAAGTCCCAACAAGTGATAAGGCTGCGCGTAAGTTTACATCAACTCAGACTCTGTTATGCCAATCGCCTCTAAAAATTCTTGTTTATCTGCATCATCTAGCTCAGAAATTTCTTCCTCAGCACGCGCAGAAATCACCACGACTTCCGCGTTCTCTGTTGCTTAACAAAGTCACGAATTTGCTTCACATACTCGATAGAATCTGGATCTGCAACAACATCTTCATCCACATTGGCTACATAAAGAACTGGTTTGGTAGTCAAAAAGGAAAAGTCCTTTCTGCCACTTTTTGTTCTTCCTCAGTGAATTCAATGGTCCGAGCTGATTTACCATCTTCAAGAACTGGTTTGATTTTTTGTAGAACATTAAATTCCGCAACAGAATCCTTATCTTTTTGTGTACGAGCGATTTTTCTACACGCGCATAGCGTTTATTGACAGACTCTAAGTCGGCTAAAATTAATTCTAAATTGATGGTATCAATATCTGCCAGTGGATCAACAAAGGCATCTTCACGACCTTGCTCCCACCATGACATTTTCATCATCAAAAGCACGCACTACATAGACCAATGGCATCTACTTCACGGATGTTGGCCAGAATTTATTACCAAGTCCTTCCCCTTCGCTCCTTTCACAATCCCAGCAATATCTGTAAATTTAAAAGTAGTCGGAACTGTCTTCTTAGGAGTAATCATTTCCGTCAATTTTTGCAGAGGCGTTCATCTGGAACTTCTACCATCCCGACGTTTGGATCAATGGTCCGCAAAGGGATAGTTCGCGGCCTCTGCTCCTGCTTTTGTAATTGCGTTAAATAGGGTTGATTTACCAACGTTTGGTAGCCAACGATACCTGCTGTTAATGCCATTTTTCTTTTTCTCCGTTCAAATTCAATCTCTTTTATTATAACATAATTCAAAAGACAAGTGATGAAAAATGAAATATTTCATCACCTTTGAAACTAGATTTTTTCATCAAACTGTAACGTTCTAAAAGATAAAAATGGTATACTATATTTAACAATGAATTGAAAAGGAGTTTTTCAGATGAAAAAACAAAGCAATACGTAACTTA + $.17;;7;CGA@?GDA85<@CDED?@A;?/.459<>99891/%*'*-9><::?D:CH'4=@BCCGH?@N??A@D@BH==AB9=&ACJ@@FLNJBHJJDAFAEDAD:9;279/2>9;>>8487<=>@9:;/2,/('**79>?4<577<=?:@<@7>49A;BF>:'347558E@/222-/'+)&''$&-327:79?=@>4;F4779>??@>;::9DEJG:;=>C>>?>?CCBA<;>@DBC9E8;89<=8:=5397/+/%'446;860:87765+66<9D.-3443;=E=BCD=+13*,1=@:;EHED=CDAA??7.,/<)<=>=@<6'57?A(C@BDDF>@F?735<@A>DDAFCADF@9<=:=;>>C'-/.2==>9>@B*@@<@D:;FKBCBF=>>HI;=AD>B=<>>;ABA<=<;C@BE@DFJOB<,0,:>@@>>B=?>?DGB>0HEEEACCBSPMIHB?:'*3:>::@B<78;9=,(-595:7660%'#&&,+8:C@@?GFD>;B:;=>:8>ACBB;>CEC@;:9?@?AGH;''+0:AB=8>=A@>CJI=@D:A8,*3:6/..13$.7:>===A:9=89?><=;7:79:78-=;9A<@;4:.)<,,-;94-,26488%3167:1.+&$$(-7=>AA89@CDE08CBBDA@DKM@B><0,**&/6:67<<<:978995((.:4;>DE=A4BHA;<4+,(+(*-/.23-(,-(%%27998=?869:069;GJ@DF??BDC82+:?IK@D0:238,0?C?@?A>@FJKF@=>AEED679>D@E?C>@ABECEF=DFMOIAHD?AABDCBGENJIE?>F=:GGCG8:=?@A@C:BELBDGH==C@>985*)(+2:@:@87<7A71A?A=:;;;>@@DF??$/89;?KMFE<<;;1?H8:>99C??E?AC=11;:@HGBCIKJI<<7@)+)+.796;?@HFC9BE@>>@D>CCB?AA<;62)')**)++$(%''*665=>9?DDJIGHHAI@8<79A;=FCA:1<58::<94@BBC=:?@H9;>CCFB>66**>ECG;@G>C=CEHCC99@F@;?@??B@?E9:>@9BBA-((00))%&%%3$%/::6(/-0=<64<6;163(/15<>=55567,%&'''&&)2*9:<@2*:>:;E?AAA=5<83653'&$%+.0))$*.&++3/6:8:AB?=;1:ABB>BBLJ>;99BCAC?>?8855?@:5+,6:6@AB@7?>CCA97;>B7=EFBA864?=88<)';;=DEA16%%+$3;-<@8IKIF8>6652/'%$68.*0/**%,+047<8=<;:5%%$'(*00+0,5685'(69:C?>@FDGHHKLOGKFC?FD=B=FC;&-7<7=?=EA<3@=CFEEFFIEGF;BABC;<9..09>>?DEBCKLPDE7:>BA2>?6=9>9;<8AB:=;>>,()2*,<8;:;:98)92?A@=46>729777765/-$&687;?;<-68=7+*)19:)$$-17-5)&''(('0425651%%"%$%+&',+(--../9=@77<826%0.13999>><7<=>@=45@>:CBBDCG:<:948=G<>28:9;644*<=A<69::3:;?:'%&&078;66.89;>C;?@DCDAAA>;5--)*&$$))(.12545'(2:6<0:8-6768*2879751/)#%%%'*0'&)%(,268::/;557>A=67;;BA?71%#),/1<>B>E>::46,50=HIG77?@;=@?@=B;26BB@=222AA<=9,-0:;7-*.@C>>?@9135997<=@><=>?A:=%/677619;>@?=@AC=<,4<:=:=944@???@<008>=5:??:C,>EEDF=:>B794226;:577/&%)&(26;AA@7DJH?GEAAB940/)(%689;>9@AAB:7:34:;;<<;CCEHDACDA8>CC?;7.49935614&&&%%&:753898%/>@BA>499)+&&$$58C::>C@JAAFBBDGFEC:=881$&+./1:<>C@AGFECAB@.;@B<>@DBD:<;:=BA:;079:9E<:58=BED:888>A@==8:=>><5;7=>?FF>EDFFB@=ABGF=8.6-.2:52<=AAEB::;679%(9:?@BF=@@CCDD=A<;+3%&7796743.)=9BDDB=<;=9-69::97==??;7=?EECG5:EE@BFC<+(68:>C@D+4>>DG?@7<A=35354(*1'%&&(,6;=ACGIBBC;D?IJI3489DHAGFH?=9357?AEE>=?6;73=:774143=C;?*2>BAAA@>=:('&%7;?8.**'((77,,8=;8;>93A@CBAEC=6>@A;?FGCCA=?A@:6:=:9<=?95,/AAA7<562=?@@==AA92,556;::=FFFD@=?6:=>;;4538:DFBDEEG=HCC@8891(-*%'(<@CGGD=?EFC?;?@C62219((*971>=68;=;:B=6@A?5CCHHE<>AWV;A534/()68:;:EAKD;+-;>@@EF?AE87DEDFB?44=?F@EHA'&&&%4CD?:??;;?FGH@<@ANNMFACDD>+;?@EADGD;DBE>DE4>>9=<=GHGG4B;CBFF=EFAGIFBFD:@?:EB>=84<;CBAADG:5:CD:-2@??89>=>=<<37>7;;=;1&89;48<=KK?@DA?EBE?>/%24:@8118CBA@;:;55625>0.+)#&()*567;@C?ACDDA;E??B=<>>IGKGFGF@@A@C>@F9:@?EB@DDD?7:;DCABJII>;IGB@ADC?@ABGB/+=4@=<;0:>97A=:??@:3>>=3.)+(()):;:=AIC@HM559BPIHF@ABGHH67B=??GHB<75A>>?C@GMEB6%-1-<<9,,:156:;??@@<99:75;?BCE?>88><9.-+:?@A9E;9;E=CECCE>HG;AB=?:.6<<7B>DF?D>DE@=@?@I@EC;FEC;5;?B?<459@B23886<;8:AC>;@0):<49;>@>BC>?@B<=%%+23?@@AK@@96B?A@:=>>=>>20AA9?5;<=5.8;BG:DC?AC=A<:?>BC@GHK>CD=?@<=@?A?>?ABDBACDDDB:2@=54:<77>9&)*,$)*011137/2/036:;=?@=;>AC34,?=$=>8=@<:=7?I@<@==;HA:;;B?@DB>@@@;68816:;>?@CB;EFD@><>FFC:?@FCC<::;9:9:4%%78:<8584;D?;D?=<==?A=;?:@?:36F>74ACA:>AE;CEFE24>HJHJL4<;:;:<>B:ACB@A=>>>?;/34/8===7<;'+&*:BHFEHE8CEG=@HEIG:@AADJ8?>B?:;>8954;9,,,01&55:8/6DEG78=@GEJJ?;ACDKIH7@A4C??IG87<@C;?@B>BFGJH<458653;?7<60.'(+.123:97:>:B99E;HGECB>AGIIHGE0>7;=GA5)9BB><@>748CC9=C?>ADBA><%+$'.2B:=BEEKJE?:=@HFCAADIGH?@?>>BA32:;87.%%&*)*,+,4;?@?78<<4,%(-*09;?>0(($&++.0:+42./&)%&$$+&$++(,112<=:=<3478:;A@>=@)6DGCJNDLFFD=?=HHJ79;?E<<<;7;@G>BCEG@@5>IHCBBCDCHI8??B@>09:<9<>CDH>4+;76+&&'/13<9A?FLIG>DE:5==K@>=;30B@HE1033@EABC@3:;?=@C=:&(27538<.5-'+'%10.34././044*)()+4780/2.+&$&'(//554;?@>E;;C?HF<5>F9<<@B=>IFGLKAGG>@:>AIFHH?DG543337.,,1''+$)+67.*66445/%($#%&%-.-***%*+1125789:867A>:99)%*(,+1;=@BDB=;AABGCJLHDFAAB>?<>@9?FEKE@?GG9AEEDAGGF:?CA;?;>FBFJGEGIG?<8=;9(-/4@>;6<40238D78B@=B;8:CFA?@@F:D?=DCB@DG?CDH@AA?@EG:68E=EDEA><9694796.138*+(*&+34355830/-)$%$++1+8:;;;=?ABDBFHHDDCEEEA9;>?CE7H66>>=@>9=?D@?ED>4DNB@@=@=?<@<;77??9/&0JO@ACF;FDC=87699:<><355:>:@@5EFD<386@>8FJIIGE?AAH>ABECEDDDA<=9<:=><=9:1,'-2*0336/'&(+899>6BBFBBC<9:DA:3@ABFGFDECCKJI;58@>98DBCDE?HC5++.&).81:;),?>>??DGC::FD:@:B?CB8>?==95.&&)4=95+8358::;ADA.000=C-34;=?G@FEECI<;GC6EHH?@EC@&9897?=::??+875211,144:<899&7,$004:::965B9<@>97256;8:79>?<<@A9>7>70%;+&*9:;@@CHD6:CBFDA@;;@B=BDEG=79A?DB>>@*()((3>@6-1;=?6=?@FEEF==FBFHID%(8:;<=<>==<369CC@EB>67716=;;;8+-1@?MEGJLE=@BD@@=?;;B=CBDBB;9?CDFLKNI>=9.1ACIEH>><=;37:46::5101,,0860-6*(,.1029:7B4>@ECBHFFE3?DIB=?.A,>@EFHD:GFECACBG;5:====5$&&*0,,.(599+&%%02@=21++79;@?@B81114779;@;KFFB>@<::>888))%$%&%)*7<>=C:>@>>>..<==31&%+/3:@@;=>:@?C722MJG>-/FC@=@?:=>50))83.=>86+:;<:35A@A<=;>@6//1(++55023?=<==@DE:B@=@DHI@?;5=7:B@=AA'1;;:=?BBA9998614-%'(124*255,0(+(*8;>=@:55?>:>@>(+?DA6=1?CE88=><;*668=>>14;?>CFC;55/'+6<:>B<=<5;AAE>843.1=@@@;013/4;9==?>@:3<;;;:3/-.39=A>==;9*+2<=;?AA7@>>BA?D@>0779==?@@DDCLB@;;9++:<=8A@=GHKJ==;?A?<65?><=DAA==01243/57<<41055(3559<<>;=1)#)97733344275<<==FIIKG;:4B?9><@AA=@AAA<<><4??>??:=@@;(65@>BC>@B?+?>GFHBAC<;FB@ABCB@587%528>@BB+FHJKHGFHEJ?88(5612+13;-:;<=>=;A39@774:<=?D?5CJEC@@648BHIF=?BG;@?C>:::6<>:74,)%%1<9>BB=6>:<3AG3F38=>7467.1%/.9(:9?>CBFA5ACA43:AB=?EEBF=>=<>=:550+59945/24(*$$$$+/558;979<;=>3:9;@A>BCBEFDBA:EC<9C@@='==;<<47;,51*246$$&E@AC@@DA:97>58?BBDEEBEEC?>960%14:ABCB846=ACD>B;AA@A>@HIBC<@B:>@A@BA?EH>FGIE3DKA7=63/3+&*(..97--1+((//&(+-/--.%##%%$$%125:<:<-'/../:=<=<9<>EFIBI>?DDDF;<><9>8;+0567>:;<5@D?448*:==@;AAFF:A:=+,AC@B>?BD@EIEEEEAB?>@98CD67:/::*A??@6:7:76*&,,&',+.,+-$%&'*%$$(().?BGCGC?'***3141+%'&$&,'***(%$(*875566&&'##)%%#%&,((%%%&,(/8=?@CFJHYL9C>BHAC:>==?A2;:><6(-1%%$$#%&72>BDCFHGGA:>HKKH=HGJC?>:3'%''&$,,(3465-%$(%&'##$#$'##($'2'&-%&)54EEF>B@BG@DKB;AIHHFBB@BB4,2);<<:9?>D@HHKHDEDBA:MKG;FCE@>@EHLJIPBNEAD<51..?>:>A<@?GGBH?EG:BCG>G@KNCOFBCAA(<>DFKLG>=M>;*2/52:ABCDFA?>@I@@BMI@@8*?@@@>AGDEDFBF@HKAFGHHF5<:=2ADGHJA>BBB>:A?BKK@JJBFMMRSIGHGAEHCI;FLA@DH=IAC;AA?ADMNK?BKMFE?CBB<=DHKHK=IEBGJILGPPHFGHJE=>)&EE8BCFF;>FG=AHFFD>>B@FA?;=>3=@E@ADFC0@C>DDDHE@@@A;ABDD?@@CCCADCCG8<>8)&')/./-077==@=<=F4',1677':>C@<;BF=>>@:8:::ABFDBBCBEIHF?A;=@@?CB=G?9<?C@@;FEJJH@><413=CCEHHED@GHDFGEFGB;=>>;78&==79>?CHFEEHHE7>DBDGGBBCB;?HGDG>KKHFAED5:AAH1=??:;>??0-<@ABIHD?>=75BDAHJLDIKGJAAGHF>AEFFOJD>8%6ECB@CDCA=97@?AAD=??ABA@DB7553-0269<=?@IHC;,111BENN>3=A?@DEDC:<7>@CB7AEBGFEGFB446:0=8A?;<@5+?A@BHGDAKKCE3>821.)7>>8=DDE@87:D?BCBB;6=FG@MJC?AE>@HIBCEC>B:;=8;;<2>-5,221;FGJ===G@HIFPQDIDQPGFACCH@@HDKIF9;?@68(>A66>@AC921=9<=6B8E>?EGD?EGFB6BGEFDNG=@CE??F<=>A=:7B??=?C;@BD69?<<,*'&&%(*469<-553.689+,*%%'')*87;>B==B=AA@@<6??=8;?DIIC>@<64BE77BBC>>CH:E?)305<27./499:78@AC@F@5?=9:=?B7AF=@88%)(6747577:(1./<=?36=B?9,-/,,,#%&'29=;9?7>8:>9<<@>4>:79:8?>C;A>CE>>897&($@LKE<@<=8%%0135298.,0600=;=?A?1=>?F::@7?;38B35B:1BA?C<<>CHGE+%%66A@@%4?AAE8B@739CEONMKFB>@6(7-;98EDB8/--0=;6876818:=@A@AD?C<>GCEGMRNOBIGIBGDA-?HHGF9ED4&%65;<=6:<>-97C:DF>BD?@CGB?DIIGFGEN?AJGAEEFK=FA84=CLG@A>CD@CGGHAJLJB;=>;?=;79BE638@CFB@EE<;>F.CFDLA?=FHMIBAC(98,3;==?@@JJFII:IEB>?A@FC;?:>ECGEADF:8+15;??AAA=<@C853663:99:;@A?=/000((&64.987$$%&3,26543,')))?DEAA5340,+@@:;&+=>:CEJHFIICD@/:888/+46;@0;CC7>F7+CAD1;=>?CNQKOIEKC3447@BDC:;DC>5@FHGKFIH:?;5.'('*%&)+568;=;?C:>B=:<5590,$%&')/2.57>?=?96754?B=9;=C@>;8101>:59:?:::79;633.+*+'&%($,-,=<:<7=B8>9.===?<:@=@>??FFE@4,5636?5?97@5:>?CCD>?DC;?@DECAC@BB;%(-246432,.56>;BHGD>ND89?DABCA?CDB@>=537:;;:<+5::<:>?@G8DB9;@/0076423..3-857::8(..059<>>8:=98HD>=;?A>@;7202.+-4546@@=-&&&&9:<>C:B@9BD2BIL@9=?C@A;9:=@GC>?=C9=DBCECC?;<>?*1554&2155;@?3=>A@=?BB@EF=03@DEEBA??BC=:9979>;7793..,+.0259:BF@@43=;>A;<?8:==BB;8=;83)'',,89,8001,11/./1==,9:A?B;<7;<>EB@=;==>086C@=-/687<576945:89;779779@ACC:;==<=6D><=C>FA=<>??3908>=GC016?A>0=AA;:89;?;;>4%*;79<=;=<:7957;>F;;>6D>A<@DE;:=7B>;757:=28:66)%%7'**69;9>>><9:?3''%0&*/('&'($$'(.01;=@<@9:>BB:;@AA55679=:>?=><>=:=:<7326559;/14;?AA246AA8D;=A5,467;A<244@9?BEF9.36;7;AB9?C@:?360)(02;9&&(3,***54:;;:=@;;<;/$%%'())%15436896<92,-0954:8:=C;<;A:?BIEJKID57;=?AIBB9>>;8@ACG<:E?59*'512569C@:?83(4%%/8:::4;(*3.5BA<9:9=66>><>79?6;0%3%(4?@A=68EGFB@9;47088BCBC:5459:<;9148BED<;FB=>?>88885;4=565699<):):9A=;===759995:@FMH=B;>;>A<@@AAA=9:@EDEBED@>::>79>??@D?4A@9@;;==<8/5585@@9@C=CAB??DEGFD<>?BDFDHG:;EG;@9?:DCB=)*+47AE@BFGFFE>BDAC>ACBDC;15?6?@DIJNKA>E=9?@F==;97724898;96784$$'')+)+)0(+;?B=;AABA==D@==>==?D>9678CC:5;BC9??=CD988;6>=;87=9AFAHD=F=?D6443+3577:35,40)2,/841432052;;:7E=:8@@A.0869<97<7====>*<;:=B=BKKBB;?<8308;;6:428:=C9IBA.<*>@678@>EFEEAAA89>>@C>70,680<:<=::;?@A7::8:765%%6589:<6>>9;;>>78DA@EDE@>;7714.)/1'17EEB<;;@=@@>?@:6)#%#0130-.789>@BCLA@C<<88,)5=<<@68EB8;8/.;876:><8699223/6978BCGDBA@@:'':=7;?<<:57:DAGCA?:D;9:>B;0/83<85'+12778;468;<''@=@=C?CCBGDA9979*7'9:=87:?=::5829697;AB>6668:+)%/-;>AA88>66(*'+)1357?55($$&'(*6=@;?<>51<5;798992*1<=>GLLJGE>@@B:<:BECD>@>AB?DB=36:?;<>ACA;;=7::987430-./,&$',./9<<:;;<94=>A@?G6C=@=:6>@7+&(',//(4:<@=B*020.3>885:9;3.=998:644331/44/0*1)-,224:;,229&<41665<<>;BE99;9<3)))*111&&4024'475;646CCH<7:6446DEA?@A6G='+9:359=<<;9;9;=<7(,($$$$$,+**-)**;8365*+2*0,---**''%$%(*$,9;=>@:<:EF:=;<;FC>68:4%%+&'&$'225&%()57@B?@;./7E=C=69350101+,.>?;?=578=3>;;<<B?8=:96+'0155489856501%+#$$$(356:<=77;>BH9><>==2?A7;=>EED?<>A<@CEB8?:4/.08769362=>1.BB?<+,9<;A@69DC@EGFFGEH=?AAFHDDD?923:@C>@BC---)1548B<;7:8&479874+35(788;<89@BA=5369=IJC=C@?@>9<@A;769;5=>=B<9:<6DC4>>=>CEFG<=;907CE:@D?>BAA?B==@AJJ;>?A;.C>=>7;HHCDH::<@A><<=D<>C@;3778645738865/-/23:9;77+)'*&(1E><932581.,6)%'&%-%()39DF;BCADED?>;<;7>EE@6?A?8($$&*6<8CBE?=?D?==7:;9%$"#$&898:=;>5;/5523;8@?AA?JGEIMGIJ@B8/;387<+-86<=>C@<:/*-=.:;>FGGHACA<;3988=;:;)*-.002443((49<=>=67>A@AAGD?<416/,('%(&()-*,&%%&88>59:2;;:>?9:88+')(*%%$&%$&*+'/+027973%,-8<>E27777878:=>98327::65-00/&*',7;=738'%*49::8///,-3+))-.099?AIE?::?>?16>=BF7=7;;>2..37-('&&%$$-./56:9:=?(((+07962230$(&))'(.)=::?<=754)9@FADA==349@969;58:83438=@@?-<<@?DB;=ABE@8>?==:99?C@=>;9CA=86838==;<>C@:.8>BB;=CHCA6=@?@@JMHDKF@<)==@BBGFB?AAC@HGAB:BCBD<@EI::FAEG;;&&,;=A8>=.*'2233598>7:BG;B:>>:6466)&&&%.),-5>@?EE>0B0A-D@=@;B<9>@CA=EFA>?:48?@EEODDFIA=>ACADC;=HG@@5688$/<921-'9585$)%%#&((%**,5469149:..768;<<54.((,7<44=?@:::>?AA=9;A@;?=>D@ACD;;;<>==>FCHKK99@?A:<0)4???68,&&((-$#$#',,001+BCCC:@<>>=46CG;=@?C@1233,*)6;8:96=C<6@B@<<>=<8=3//2**)*.9D=FG@64>B=<<;93'*%-/620?=7<<<;;:::988<=B@C@C964979B??;=CIK=<8BB*=>?<=@B>;AB?BEJONIB?6<=>GC7@;@B@A===@=;>CFC:@<8:DD9ED@:=D>G<783=943956;4684721.-5557>>??EDCABH>/1/?210).))*/339::<6+$1$,),38<<9??GDDGDD?-*<=AAC:=??>BB>CJDHHB>EFHHDC@12.@8?:=<=>?*FDA8<;7<@@C>C>9@DKHCEGECA@K=I;=HG@BGC;EHEACI:GGKDLEC>BAF?@EBCEEBBA?B>=02(''$$//.5+.0.:28;<0:;3911/6/2145(%'+06.7;9-.*)(':?>AAC@:>;:==;51;CD@>ADA79=A=8'*585&$$4;=AD?:;:798->A=E8>CA?>><741)66;653/$$%*,000*,23;6BA:89442+&*-;;;?@AC@8>@ADD=1@@>?@BH-:A<:;7,)5<=<:C@7G>0@AADDGLM<;=>7;69DF:'$1=H?:&68;;H?4884127388798><98A==ADIB@B=BDB<;?HDF;?DA6?BFA@<,%%&'8;9=>16:;@B:F89==@B9:?A8:66;7===D>:-117-09CFD;BC:<>AABDB;88@68>::.00811662()/9;:82'3<<896<@LEB8;)0326655*4:0.$$(301021445+-64868=69:@F:=/=?BDBA><9>/=@:=<@;>=64'34047;??;B:=DBBAAK=>ECJL955><6897;:7/1888:@@8%(:414>?=<5>>:A?:7762,.-2<>;@79::=;56A90376::8755867;5016;;:/:?@B?58-*,30:94AH@;<;767;===88*?F><>?504($&+,0757=<0/-831-2989@=;::A>?F?89=?EECB=,>:CD;<:<=3BAB@=?@8;BH1>48<@AAACF?8>A1E@AB?9:;@::;6=?8AB@CF?EFHHKD?CDCA:E><<>98&<=:C=;;BE?,(.>?:;987424303%787,):3/,&&+.;<::9?;>9;G>=<<:6)-9@@?:1.<>8:6>>B:;843@><>:;BDA:DDE753+.1'%5758ABHILNEFMLB?8C8<=?IJ9;A?828;>@@?A>>@<9:48=790127*56511:4+.+1'%)*336;;7:>@C78GF=B@@::>8@D=9898301.2;<9:>A;:>20110%'%$%'-17A?@????@?G5?:=75>;B;9898;HD>A=;;A>82:?A@=:@ADAAD;8@BC:<8-8>:CCE=:8<80;83@A?45:5.+%%%50)(.,892:BCE@<<6627?BD?BAF@;=@DCCF=7A?CB:<:?EB8=?:AB@??A>ABB>@<66655;B@A3986:+:267<=CBDFF459=CCEAAEDGGH@==77;1*746;<9;;::333:<<37=?A==>88726979?;B<+'*,&-);:KE<==ADJGDDDCDKCFJL>CDE?FHD>>2@=88CCD9E@DCCD@13>?>>:9?>C@@?3/0$=B>@A;@3/B?@ADDAA>;A>>IG?:6>845<<<,?;@93D=CFF>F9@>7@<9@=;99:=/78:=>A:9;1;:.**/AFD>4@=7AD7@G@AD?BDE?7;@C4HBBA?E>>;:8-,'&().114&(,,+&$#+)12*21443)1?;><8,.88;5,59<<8@@@;D985'%"%57<;=;>C=,-1:;<9.222-//-+)$$%%$''&4467453/'10/4;:;9+7;7679:8=@DB>@50,,78)((&4;>?=65/;55:(,8;BF=@=67/5>EAE23<=;<<9=56A>>860&).6-<2<8?>C?>;CAEJKDFCDC26A@A?JKJJGFA:GB@5=B?75>:;;9>B=@9(9)A;;=@=?@CB;AA?B65@=>>7::%%%&.),0-%)3444777658**&''%33:::79>A=CA7096:@;=<:@2:<7<>C?CHAF?GJBD<>9><=6BDDA<:>D>ECEB9?;?B78<:(#$$&&7;B75A<37982<;9<<35754-(2(,:6:?9>CHH<>8;73<=87959;7**39;=??D<=<597@IC;9;;==A>@B?>>5>@>29AA@A?@BG=F=DFAA6+++28;62&'&/4=?CBF958<;97,07@>?<72/2+9-/+*&''%&($%-,/,35';==57:;::::>>=DIBC<2489=:>>CBEEABGD979=A>46,7?A??CJC00919;=>K??;@@?68FBE<;<=>:@=>8..9,9(:;AD>@>??<7(/11<=<:*+0.+&$%&'+--/1+2589=?=82/,$$%%$.3248CC88<<:=;:?HIFIAHBAC=D@A:G=@@B@::3-8<@;??=9;78;>@?;<<>?@@@<>AEEDDA=?ACDKF?=B@9:/*8449AC>;<=>?<:<7(%%%:19>=@A:BA67AB<;55B82?=;6;@@;44535C9?>522%%524:;8742045661':;B?DF@>:==>8;;BCEEDH?,<893-+6@@?=?IIJDA8<8;55?9:@DJ@BD>E@>@;;:21=>ANJB=>;;<610/ABBABIID;<>G166<<@?DE9GEGEFHIJBFKHB:@@ALLFFCD8;?AFAIG@MNLJD>MOPEECC?=GF8D;@CA==?=47>;>)@D:<;3887:32(&28?@B8?DABB>D@AC@7,-)#&*,<-5'5./$**-:<;CECCDF@C@>72523645/0BC=>AJJ?509@DGC@7:AAHEF@?EH>A7B?:=@>A?42@CBC@EC?C@BLFC?>?>?<=ADHOE:?@@=;;>C327/&)+'+*$$'&0-25+5=;689893,&'(5BCHG=9879)+2AH?@@ABD@;D;:9463$%&+-.-$$&)1388/98,&)*)%&--$,'2(.././3;3.4:=>:1(9<:>@BCHGCAA8>99?<>CE=ECF<)>??@B8>A78=;<-1358845*)(*%#&--0/879454753)',)('-3/,.,;<=J4>G;<9;)<;79<:9<-.6/62'%$)+*++*+59<<>>2@HHE327B@61310.$+#(-'((+-6-2:50;94'(*CCA>:;;.5@?::852*'=<>71,*&)01+&,))2$'&*(.4:EGDHGHHHF70;H<999@)'89INBCE=)@@GDE<66>>EMPLJ=<@GELMELH=ECCDG?CF=AE@A:CB@A3=<@@B>GJHKIFF<@<==?A>(&'.:;227.->@?8<61357@CDB77==?>B5>>CB)>?@>=>A?::B?>B@@>A@<8+(791689>D>??=9805<=@;:600(&&23079<79@9;=<<0,0.&&)+%.-,%&,478:<:+?ELJLAAAA8AAD>=BAEFGDENKI@DEDKC>>1==;C;=>:0//39@;87:;:=@,12=>?BA=@BD?8BEDMJCGGA6>AEIIEEFB9BAE@=@B=>@BFB=9D;2C35CA63BC@CHFBBC,.%$(-(44552')'%'%(&%%(5);&=8CDBED>L==A@>657;;E>9;>5<4?43:>B><7BEB==CHNLAHEGG9BLJA@>AEFD>AHDBC>74758AAA@CCHEIH%%*4/,%,/+0.9CCDFCB9DE=?D,7+24BMLAABBB??@:895*3'000;4>),)+-)+*'*79;B33461/+,&+41.0==;<8@D=FK8*))%+/456%$##$#$'&'''%&'-+.%%%*)+//@B:;=<4:+.''%'345(('*/>ACGFFC<=?94$$&'##$$&-*)'+(*&./26==@B7>>@@,+&/::80;@CL@@?<.*%&%,23-18=?>>66<>9?;<1;>D;;5')&%.%&0',,-58A:7<35<8>:<KD@H>OMC:<@=15@>>;7:--')+39BA;=;AHGD<>G=C9A;:43(227*3576;;@CDEE;<:6443(+$1;5:<<1+6-0--&$&'.78:=<;8832224)1%*&(5<99@@E8?AA?6+>C=?CHEG,.8CC=2@>57466*578*%).&.489C=AEGACDILJGA;>@A::'#+&477<:;@;FABBI=?EELLLGFE@:@C@?B81-5=;:<9&)/19/$(886)/.--787=?F?=:@7<76:09,817=B6?@C@GHF>D?>:??75=@ADBDFB?9?;944)ACEFE;79?@6&73/IJMG<=?9BD09,/B289;;=?-=)??B=6=B;29:<;9896445<:=A<=8%88EFBB@4<@HHGD:;?BFB?4>>133/-+1352,'.-,&&0&56?:8;+(36F;B>;ACJF:CB;@@>@>@CE5>@:8>:8;DEB9?*.88?9.0/6;=:<:@8610(?;;;69;==>>C<@BABIEA@'++-+.1134,*&'&''(0463<@<.2/.+$&$-/-16:7,+'/++>?@>A>94+8;:;:;;86(')7?>=)&&69968;;CHNMLIE@?=)(*)+3-+5685,%)==?C>BDCFCKIK?IL@MLBA>@8ECIKIL>EKOFGKEDCB=;AAEEFEF@?DJF?EFFDD>EFCCA==A?;>3EE>=A>83>>>@>9@FKF@0?GHKGHBBGJHGBGGFHIAIKCB@==FDGGEGE=:CBADEBB@A>04<;==C@>@@>04,//$.&9@;1;?@A:)1?1$'3'17499<>A=3/&&$$'((,.25<<3>?>?8:>BC?@E987>ADGGEEJII><>?>8<=>AC?FFCHHFKHH@+$(/540;?>?;=4==>>A8>DA8)6=?:;+,->B@9;;27=DEFFJFKJEGKC>BABD?FII;AC?EJK??0>A<>?DEC;E:>A@CE9GED9;CDDE<79;9;-)2)98:9?DE33/2=@DB8;7>JJHBD9.0/221388>:*(?AE500=>8;9,*%/01>B?8@BB?6<8>==:==?A@?EG=>?>2=:@=6(('68999;FFCHI?K;B=::79A2GEIFA9D6>;9;@EKG=>EGADDGG>C?@IEC?50,9;:9:6FMI?79>CA?=E::9BAABHD<:=E=D>89::71378FAB?BHJJLE>@=A@?BDEIL>;:;7:8375335843+46378BEAD@A?>AB=?<@;A89;BB>576;57;9;:=9>=1/(,)7:89CC976<:79;?:E:HKD?@?A::>;;==89;5.78=@>A@EDCA?A?@5JC=>:8BEF??@=GCB@A<79=;62)%2AADDC=AD@CBE?=8>;BBI;LMI>CCCECAA;@;@=46;CA=98@@>;?@:>?F=A=7%@BBAFCA57,8.1825995=5576)49@B8@9636//21368;@???<>?>7665<:<<953358*9B@AC<2.58@BFEE:;10658>===;B>;D>@CC73)=>ACGJHBCBB@AB>@;;9>?B@C>=:@CA@C@>@?668<<;:BCDDB>=<;BA;><BDEFF?@BEBDGHJEEA>CDHICCHJD7@AAE9DH=CD8BGC>A>;?1@C?3;AA?:95>>C?DCC@BDDD@@BB??ACAEHAJGC@=>50657AHG??BDGEEGGDE7=:/7333<:;:=>BEA==AD=FG@AJKCDC9134-,,21764CCC@=;9A69<:9DD@MKIKHFDBDEHIIB@?ABCED;IC<@88=822328/')).4CGFE>=>?8<;8;?EHEF8B>D=?48@=JLGIHNCD>89:A7BA7::=D=C:??=FJIBE>;;42<<;><@=LGIFDJNKG93DHMNKICB;-8897843478813:=E?H@EBDDEE<8A=?;99;><3((%&$$-')$$6>N@@DLAKG?LMH>G><18:?DGJFDIHEBE9CIBLC@CB24;GF7(2DCFFA/B=4?@:<9=@=77?9;?:3:=?;A?A:=)03=>AEFC>BB2;>:5@@=AFC@@>@C?DG@68D?DHI,;F6GKHDBA=@DEA3A?99=@FGDCGIFB>D;2-9;>B>=IJHA=>@GGLCD>335:973*++,'$&%*.<<;9?KI<>@8GD=C?A8:<>DBBEAG?3=8CAAC;AC.2==>?@@;:76039<<8:5?>:BB<>@BFA;AD=B@>:0%45298255AAA;B<@FED>7:;EDFE=J>?A?2:C//88>@GCC??EDA;;::;-=B;B@II?HIJA@AB546?EG@CC@?8'%%9ACD=;@E?8A?@888FFEHFCC=?DE@DDG>B?@848=@CGFEFBB;A:>5=<>B:44*-?9>=>=:@B%%.18==,-+,&(157C9;IJFHME@A=A?AHHEHGEDEA8?@E=<810,'&%'):CDDK@HKDKLIF==72&34****/3;ACCDGCB@>5,(-);99;;?>A?71026>:7:><811469:338>?C@?BDDDFG??B?<>BC=7;=4*;8=GJI599;;>CB>ACDD>>B;@BBF@=$*16BA@@@>23@:9AFHH;5):<<:?@/2<@?D@2=GDINMKKA?A?H'%%?BACFIFBDAEGECE8*'&)058CC8=A@$'@@>@76668:<>C<>9.+*-0.1$9;:?)*76.<>@C>?B7>C>>GH>@A>=G<49<:4:E66=@;6:?@B4''@=?;FGCBB?CC@FA@ABLE?@9@FGEH@:?CGCC<(-1A@DBHHFGHIF89=;:69>6:49:@AA:62ED>BF@@A8<9>:789234>9:>BBA=:??:893=:=:774=<7?CGIF>858>@@=>@A:>=<=;;CCIIG<>C=8;>?@887.:::8&$&+245:8GACLFBHCHA>=?@>?CBEA=>>?B=7::=BB:CDA34958:18+9885./--*,0.&/-569:>?@BEA@GIGC?;D4;AFB9BIID;,;7;0-,,0%%.4.*(&-*43/35;>>=DEEA*&&)6<D@<@C.-@CC<4554$&:;;??=9>:+5:;<>=,)(+':?EFHG=4@FBC7A<9>=>DFC>@A.=<;@IGDC?39D>305/+))895<..1.**)+/,+.%$&)%#&'.6;;@AB@>?737592548:7877;<<>=BAD?DD=B5-(9=58:9=@BDE@IGIG<7GFCA52938:BG?9AEB@A@;249;=>DD;A=ACE4?::::>@?1-9;<;>47<:1;?*%*$&$$$.,,75,578BBABEEEG@AH=FA=;HH?BC==76A<510<;77)1)9=,,,)+/204<=?<44=CG9:@C:7>AF88==;972/.4?B>=>A99CEFC=BEPLF9;FF@85445$(41//,5=CB?1?A<;?KGLH8HB,63===@BAHIHKKDF=HMD4)64398''=@D=>JG=5BA;>0..3==;,%+55=DA8;GJ>BE??8:DG2./4542<=@>>=>;;;&8=?CGID>AGF==9<;8=CA:?>BB>6CBKC@HFHFNJG=@EFDFC4@BB>??DMH@D9CFAFMBCFGEDBEDACC;63;:@9=AA<@B*BC<:5/8:>8@=>*5-%%#*&&..)36;;EF?:9489<;?BABAELKAEEGECJJC>@EHLKLK7337?FG9BC)<<:CFK<=CEFGDE@=9?CI?EB:==99A=D?=9DFABAC;>FHE?AGF7;@KKFKKG26:><=@:>CA<136-<68CE?<>>DFBHC@>>BD<48:>DECHLAJ>>2.@EMJHFF@7'5$+158>>:?=<=>59=;CCCF;@E@9:A>EFEDDEBD==?MIHADEGFDD?CEC<@?D?A>?D@GLJ>>??:652237;@:9=BA@<3()*6789FC@B99I>>>8953/6822)*/155:7:B<;@.AA:@DA>EE(>)&$&ACF5?GHBD72=HLIE@:?>@5;<<>A?;:EJ=948*)9B;>?@GBD:9=9+;B>A?FHJ?AID@AE@=DDFCE6;>2>@KJFD@C;@<>HDAAGCED9<<<5>@B@=986(2?;BB>CHEFGACDGE-);<97**.//0)141(?94>6;<9;>GG7=:269CDD<<;3<>=:,4+*-/8888?CEF>>@FKHD:98BD?F5:44GIFE;9@G<<@HAFHJKD>JAFIAHLMCC?FIDAFD>@99@B;779853>55''-3=9=79?IGHC>DMEADHHKIJH9>@?FKMJC?>98<@B@FCFAFFBCIE@DEEIGD8@63>?@>F>?<;E=AAABE?3C:@EI;BE?KAGDDEOH5BD:HHID:C4AC73=?89:0/**#$#';:==;;8>AB=<%%=@;@BFHDGDHE=;<66(--56=0@C=?EA<6/(&2'(56A<;@BE@MHIGF=>BDA@4IEEH=HKH:BILPI?BHIJIA7;>A=81%$&788:C>GG?AD@>=42225::913;<CCGGIFAC3+5>@EJKHADGDBCA3<=<;A@AB?:<=ACC=4<>;;<4++.0-9964@8C9>@;=<=;590)751::0/-&*1>@?CA@CFG?*/*)*120;;=999F8.C=*201?7A>IFALI=29B@BA6)84;EII@BCCLJIF89AMAJKA=AAAFGHEB?=89AC?<2<=,898:5AEI>AB>=BC>>A84:987?:<9'())/105>:5>:9;<=:@<3/77456)##%%$))-5785>A?C3@<9;=/.B=BCE@GHH;9G;IEH@?HJAGIFCDFFCD4;5#($&(8.9;5,:=?=>=@@ACCGDB9B7+1*.($$$$35(====D>ACMID:9>HA?DE@J>?&''08=>BA;=;8*/5;>?@;<><7C>968;??;510/*1EGFMAROJCAC4=BCA;?>9%&)+$%%%&&&(2.(.7)*&+)&)'78;AE=C>@BF:?A?=DFE>:?;*7)''%*%)932%75@@'@?A>FB?ODGGN:768==;B::BEHE,B34>FDA.&.14DD>HFHF5,(52/./0.*-6>;=3'2./%%%%(/:;-065;:;>@,(@A@949FC@<>B89CHNMG?7AECGGJHIJFFHD>BL6CE7CCHIDFDC<85-,*)5)+1*.+--*%9<;AAC>DDCJC1@<<;A:9<,'2*54708*/2424(,1=>??*%6$%79;?=9@CC@>;GCA39A9641$225A@KF>?A?EMQJ@AJHE?B<:<@>97EGDDNEIK>5889>@D@A:CEGE99=4'97?D:?>@A@366?CD@6>@EE>CIJG?;:359;4;CB868/<:8.0D>>CEDDCEOAA.-:::AG@?AAA?<7AB;97)<=@C@;*+8//;:/.+4671*'*6A8:>=C>GF?<;*3FCHDCAAD@IF>>:@C=F=>AABGC=8:224(+'+-447;2DMEHI?J;AC@<769057AC9DEGHHA<>>17:B-:ABCFDDDGH@;,,/%%6.9>@?B@@=A,9:8//008<:6'BFHF@C?9JDD799IJOF4ACBGF:??CABCDDDKNECA>:@>=AEA=0+$*/2:3;650@=ABDCKJD-,--03'&(/$/,73-*(+30;:<26@@BIFA@A?@@DCDHFDA9D?AB@M?MDACBE?57>ED<;>49@9BBBCD2>DDC*&&33:289;E>>FEFMJECGFDDD@EB=5?@=9@430D=DEE@H?@CACACB9CD?DED=7JI>??B@?:(<AE@@:BD78BB<>>A@43@;??=>?ABFIFEB?CDDEFDEECBBDE7856-00..<===A?AJ:8DEIEDAJHD?;A?BFEEG=&7F;8=;9885;=;?CNGDGE85:?AC@@=FAB?:<;1:779A@;9;ABBF?7<<;C?=<9@>A9@85:<4=AHC;;;<=68::=>:=?C;5?A??GC=:=I>?BABB7;@B<<:<::=C88?66794;88;99=7,554<7FE?FB@<@D,=>DD:=+89:?=;CHE:I===&+>;@@;?;:?:6<>??:CEGEE?<9?:=@==ADA;50$%%*537-5=8@@>;ACEC344/('.1-)*)+011/.//,/36==B;-)+0BB69B=;-%(13::;30059?=9B;AA<>>>@C:67;;555=>>;>>-9;:AEGFF<:<7C:FC?;=@<<7>885+32*')/008;89+;766756*-31662-76::)<89:=A/:,+4()3222491C??6**6:??;898=:758;?;;C35::9<;===*;=3C=;5-274'1010..('%2220-%#'*,22)+,),+,)0(+*$'(%(%).)5%9<+4$0(%%(8:1/4<;19;=B<;5403379==?H>DDC?/06:;>@3)(446568(42>9-3-1),,+9:9==>A;>@D:@@<7865@4224'%%%()(*543>69;>;995,347&&%;@C9?@?28;EAEE@?::B96796=@778AB??CC<@>>>,9;:+*(&(+2266%&12;<,+96=;:==CDBB<;=?B=@A)<<>=?;86:=?>?;:;?9=>BDC59B989><<A>=<<8?<<;=A;=B=?89??EG8DFI>E8D>BBFFC67???@B;:=@@?C@?@.,1359;B:5-)*><>@?<=>>=698544&77<2;<9=::7448@=;84:ACG@888;<=@,DD@@<%-%*'$$&%/61/67?98<9?9;6=@=>B?@B?9>;=CD5;BD8A@@>5249:;678(&%'(/..--08;><1+1<=92,4(357368/,25@?DCCCCDBDDFJJFE>?EDEGENLFDHDBC6*'',-,%%9::+;>514,,7*35/1BGJJ?LKLL.>:<@ECD?FCD78@=EJ>>BJKD*)9>;J?1DECENGGHB@@CA@JFB=:@?3.-C;=86<7;8899>435;BB>>5>C<>BGGE?56;I>@=??7:948ADFJFF>?@DEBBA86=96:BFJ4HFECCGFGFDE<5D?BA@>?@&$%%'**A>=71AHBIJGADBAHE5HH@:?@;:CDF>9=>'&-;;<<8)33@AC@;@@AEF8;===HHNM?ABCC@5AAC@FEHJB;6@DB<*+7248@BBHG?1512<;:AJJIEGMKD?6&(*$$)10476:?B6:CA>D:C6:A@347FA7BDIJBC>BGC;$1<=@?D8?C>@<=ABBD=8%21&$%725;AA@<>;=-90'4$+,>C9?DE@DED656+=:ADA?EJK;33%)$'()98545100,,+56;;A>:3=:>?@=7%%%8ABBCHLMDEA?I<:@<>6B;?C;?@?A@9;?45113>DD><;-6@HD?CFFAD?;&$9%95@DC:B@9AD=BEII@9A9<>@<@FE?;><>;6??:/9,25C?<613+1,2;8845*%%%'$**,.31+7294%&'*355;;-.+18:;C>?<<:9@BFHI9668@6GIIEB6BD=FBBED67B:E?@ED730)*'&+*4489.24;@?<<;;:=>@CBA>:7<9.'',1'2;=32:;564>???.8;CB>B@;=>:A:8DFE@B@?@>AC>@5,((3489=GHFDI=:1*B57?CA:&&4::?CCFFC:IN@A;&,=><=<87@CC>BCAA5<9:>A:=9=BGIG@77./:851<=?>>>?2:,+344588777*'*2:7@IOLH:AFC=7;>8<:<>?NF?589;*<>AB4376?;?79;==>A?ADCCDBKH>>==<:;6?=@GF;0I@BKC9:488;C@@FDD69:MLJ7?>CA>BFD>;B@=;?A9GMGFH>77A:6<=7EC<@=82?E;<9;<:40/>;?=:<:<@<75@>-@7001+1,&&$(.,)+%'/.0:@34AG@EC?=<,,/,=>:4:<77:957<<8<6:9<1-'('&''-34555,7;99*-7/:;=A?54*&&-*,,3*796<>;?:9=;856((0;=EF:::<;==BDCB:BD;:<<84650/36653@7=;6:?A;*'')&(54@;:>CC?@??F;:=@A=?=>:55<;<=ADDA./00,./+-+-,-+--.28<6=;<=>;>=<=CD>489=GKA=A873499::9:+8;=?9B9CGJG;:;4<@,<>B343@>@>;;48+(&(&(*(3&$&'4'+6&9:==;8==?@A;''66=?>BD@:357+%%#%'+,0-00.=>HEC:+4446662:99/-==38>@B<<8'*)(&&&' @SRR14011045.43050 2741ba86-677d-4ff0-944e-70f59104a138/1 AGTGTACTTCGTTCAGTTACGTATTGCTATAGATGATGGAGTGATGGGTGGTGAATATTAGGTGGTGGGTGGTGAATGTTGGGTGGTGATGATTAGTGAATAGTGGGTGGTGAGTGGTGAATGTTGGGTGGCGATGATTAGTAGTATTCGATATTGAAACGATGAATGATGAAGAAAATACAATCAAGATTACCCTTTCAAAATCCACTTTATTTGAAAGTCAATAATTACATCGGAGCTATTTTAGTATTGTCGCATAATTTGCGACGATACAAGCCATAAATCGTCGCATAAAATGGTTCTTCTGTTAAATGTGTGGACGCTTTCGTATTGTGTTAACGGAAGAATCGAAGTTACTCATTAAGCAAAAACATGGCTACGACAGTCAACTATCTATCCTATTATTATCCTCTGTCATTGAAAATCTTTTCGTTTAAGACTTCGAAAATTTGCAGACAAGTTAAAATGTTACATAATTTCAAAGAAAACATCTATAACTAACGGCAAAAACATATAAGAAGCAGGTTTGCAATAAACAGAAAGTCAAGCAGTTACCAAGTAGTAAAGTAAAGGTGCTTAATTGGACTTCAAAGGGCGTTAGTAAAGGGGCTTAAAGGCATCTTTTGCAACCCAAAAGGGCGTCTTTAGAACCGAAAGAGCATGTATTGGGTTTGAGTTGCACGAAAAATAATTTACAAATATAGTTTAACAAGGGAATAAGCTGGTCATAGATGACAGATAGACATTGCACCTAATTACATTTATTATATAGTTACCCCCCTTATAAAACCATCGTATTGGAGGTAAACACCTGTATATGTGGATTAATCTCATTCTATTAACATTCTACATATTTAACGGAAGAGCCAAATATTGGGTGAAGTGAACAGCAGATATTGATTATTAGATGATGGAGGATGACGAATATAGCTATCCTACCTTCTTCTCCAAGAACGTCGCAAAATATGCGTTATTTGAGAAATTATTTGGAGTTTTCGGCATTATTTAAGTATTTTTGTCGCATAATTTGCGACGATGTAAGGAACAAATTGCCGCATAAATGATATAATGAGGATGATGTATATACACGAAAGAGACAATTGGACTGACTTCCGTTGGGACACTTCAAAGGTGGAACTACTTGAAGAGGTATTCCGTAAACAGGGTTTGCTTTACGGGAGATTGGCTTCACTGGGCTTTGACAGCAAAATACATGCTATGGCAGAGAGCCTTACTTATGACATAGTGTATTCTTCAGAAGTTGAGAAGGCATCCGCCTCAATGTGGATCAGGTCCGTTCTTCCATAGCAAGAAAACTTGGGATTGAGAACGTAAAACAGACTGCATATCTCACTATGTTGACTCTGTTGTCAACTTGCTGAAAATGCTCGAAGCTGTACAGCATTATGATATGATTCTCACAAAGAAAGATTATCTGCTTGTGACTGCATTCTTCCCTTCTGGCTACAGTGAAGGTAGCCAGATAGAGATTGGACAGTATCGAACGAACGAGAGCATATAGTCAGTGGAATATTTGGACATGAAAATTCACTATATTGCTCCTTCTCCAGACCGTATTGAAGAAGAAATGCAAAGAAGTTCTCAGATGGTTTAATAAAGAAAGAACCTGTAAGTAATTGTCATACGTTTCCGCCATTACTCATTTCTGGTTTTGTAAGCATTCATCCATTTGAGGATGGAAACGGACGATTAGCACGTATTCTTTCAGATATGCTCTTGGCACGTGGCGAGAAAAGTGAGTTCCGTTTCTACAATATTTCATCACAGATAAACAAAGGATAGAAGCACTACTATGACATTCTCGAACGTATGCAGCATGGAGATGGCGACGTTACGAGTGGTTAGTGTGGTATATGCAGAAATTGGTGGATGCACTTGACGAAGCTGGTGCCACCTCACAACAATCTTAAACAAGAGCTTCTTCTGGCAGAAAGCATCAGCTGTGCCTATGACAGAACGACAAACACAAATGCTAAATCTATTTCTTGACGGCTATGAGGCAAAGATAACATCAAAGACATGGGCAACGTTAGCAAAATGTTCGAAGGACACTGCCATTCGTGACATCAAGATCAGTTGACAAGAATATCCTTATATGAAAAGTATCTGCTGGCGCAAAACGACCAAGCTATTCCATCGTTTATGACAAAGAAGATTTAACCCAATTCTTCACGGATGTAGACATAACAGAGGAAAATGGCGTACCATATCTTCATGCTTTATTTAAGACTAGAAGCCTATACGCGAAAGAGTTACAAAGCTTGACGCTGACCGTTATCAGAAGGTGATTTGTTATTGAATGATTTACTCAATAAATACTGTTCGTATATGATTGCCGACAATAAAGACTGATGACTCTCTATCTATGCTAATGAAGTATATGAATACAAAGGAATATGATAGTTCCGTGTGCATAAAAAGTAGACATCGTAAAATCGACAGGTTCTACAAGCATTTTATCGACCAAGAAAGAGAGCCATTTGCCAGAAATGACAAATGGACTCTCTTTCTTTTTAAATGATAAAAAGCTATCTCCTACAAATTCTTTTCATGAAGAAAAATATTTAATTACATGAAGAGAAAATTTATTTTTCACGACAATAAATATTTATTTTCATGAAAATAATTCGCTGTTGGTAGTTTGTTAAATGAAAAAGGACCCATGAGAGTCCTTTTTCAAACATAGAATACGTATTATTTTGCTGGTGTCATTACCACCTCTGCATGGTTACCTGCTGCCAAGATCTGCTTCAAGTGAGCAGCAAGCTTAGCTGGGGTGATTGCTCAACAGTCTTCTTATAGTTGGTATGGAAGTCTACACCTGACCAGATATAATCATCGAGAATACCCATCCAATAGCCGTTAGTCTTAGCAGGAAAGTTCTGTATCCTTAAGCATGAAGTCCTTCACCTTCTGCACCTTATCGGCATCCATCTTCATTGTATTTTCCTTCATACCCTCAGCAAGAAGCTTCAATGCAACATCAGACTTCGCTGGTCCATTGGACAATAAGCCTGAATAAGTGCTACTGGCTTGTTGCCAAGACGGCATAACTTACCACCTGCGCTTACAGAGTAGCTGCACTCATCCTCACGAATACTCTTCCAAGTAAACCATAGAGAGCACCTGACCCGCAGCACTGGTAAGAATATCATTCTCAAGAGTGTAAGCCATTGGCGCATGCCACATCTCAAAGGCAATCGCCTTTGGTGTTTCAGACTTGCGAGTGAACTTATTTACCGCCTGACCTGCTACATAACTTGGAACTTCCGCTTCCAGTTTTCAGCCTTGCCCTTAGGCAGACGTACAATGTACTTCTCAATCAATGGGCGGAGTGTAGCCTCATCCAAGTTACCTACGAAGTAGTAAACAAACTGATAAGTTAGCAAAACGCTCCTTCAAATCACAGATACGATCGTAACTTGTTCTTCAATGTATTCAATGTCATTGGGGCAAAGCGCGCTTCATGACCATAGATAACTAGTGTTGCTGATCGAATCACCGAACACTCTCCAGGTGAGAGATCCTTGTTCTTGAGCGCTAACTCCATTTGTGCCATCATTGCTTTGTATGAAGCCTCATCCTTTGCAATATTGGTAAAGTTGAGGTAAAGCAACTGCATCATCGTCTCAACAATGTCCTTTGGAACACATGAACCAACTAATGATGACCTAGTAGCTTGACATGCTGCAGCCCACAAGCCTGCTTACCAGAGAGTGCCTTCTGTAATTCCTGACGTGAGAGTACCCAAACCACCGCTGTAACCGAGGACAGCATCAAAAGAGTTATGTAGTTGCTGAAGTCAGCCTTACCATAGAGACCCTTACCGCCCTTCGCGAAGCCCCGGAACTGAATTTCATTGTCCTTGAAGTCGGTCTTCTTCAGAATAACACGTGCGCCATTGCTCAGTGTCAACTCCTTATAACCAAGTACTTTATTCTCCTTCTCGCTGACAATCTTACCAGCCTTAGGGAGTTTCTTCTCATCGAGTAGAGGCTCCTGCTTTACGTTAATCAACGTATGGTTCAATCTTTTCAGCACGTACAGCATTGATTGTCTGTGCCATCTGAGCCTCTGTTGGGTAAGTAGCACCAGCCTTCTCCTGTGCAAAGATATAAGCTACGAAGTTACTATCCTTATCCGTGATGAGTTCCTGTGCATACTTATTGATAACGTCAACGTTCAATGCAGGCATCAACCAACTGCTTCATAATCATTAATCATCCTCCTTGCTTGGGATTGGTTCGTTAGCAAGATAGTGATCACGAAGTTCATCACCATACTGAGCGTTCTTTACCTTGTTACGATTAACGTAAGCAGACTCCAACTGAGAGAGGTATTCAGCCTTCATACGGTCGTATTCGCCTGCTGTAAAGCCATAAAGACGAACGCGCTGTACTCACGATAGATAGCAGCAAGTGTGAAGGTCCTTGCCTTCCTTAGCATCAGCAGCCATACTGAAGGCTGCCTTTGGTTTTGAAAGCATGTAATCGCCATCCTCTGAATGTAGCACCTGTGAAAGGACAGTCGGCTTTCTGTGCTAATTCAGCGAGTCGCTGATTGAGCATCATTGTGATGATATTCTTTGCGTAAGAGTCTACATAGTAGTACATATCGCCCTTCTGTGCGTCGGGAAGGCGTCATGCTTCATACTGAAGATAACCCTGACTGTAAGAGCATCTCCTTATCCTTACCAAACACGTAGATAGCGTCCTTGGTGTCTGGCACAGCCCTCTTCTACAACCTGTGCAGCATTTGCAGGAACAGTAGCGTTAGCCCAAAGCTTCTTAATCTCATTCTCAGTGTGGTCTACATCAATATCCGCAACAACGATGATACACTGATTATCTGGACGATACCACTTCTTATAATAATCGCGGAGGTCCTGATAAGGGAACTTGTCAACAATGCTCCTTCGATTGGTAGTAGACCATACTTTGATTAGGATAGAACTTAGGCAAAACGTCATCATAGATTCGCATCACCGGTGTGCGGCGCAACTGCCACTCCTGATGAATAACGCCACGCTCCTTATCAATCTCCTTGTCAGCAAGTGTCAAGCCGTTTGACAGTCTTTAAGAATCAGCAGACAAGAGTCGAGTGCTGTCTGACGAGTTGTTGGCACGTCGCAGATACGATAGACAGTCTGGTCGATACTGGTGTAAGCATTCAAGTTACTACCGAACTCAACACCGAGTGAACGGGTGAATTCGAGGAGCGTAGAATCAGGGAAATGCTCTGAACCATTGAATGCCATGTGCTCAAGGAAGTGAGCCAAACCACGCTGGTTGTCGTTCTCTTGAATAGAACCAACACGCTGTGCAATGTAAAAATTGGCTACACGCTCTGGCCATTCATTGTGAAGGATATGAAATGAGATTAAGCCATTGCTAAAGGCTTACCTTGTCTTACATTCTTATTCACAGGGATAGGTCCCATCTGCTGTGCAGAGACCATACCAGTGACAAAAGTAAGACGATTAAGAATAAATGTTTGATTTTCAAAAATAACAACGTTGTTTGTAATTTTAATATTAGTTTTATGGCGCAAAGATACATAAAAATCTGTTACAGCAATCGATTTTTTATTTTTTATATCTTAACAAAGTATCAATAATTATTCTGTCAACAAATCCATCTGCTGACGCTCGTTATACTGGATATTACGAGGGTGATGTTCAGAATTTCCTGTCGTAGTGTAGAGGTGTCGATGTGCGTATAAATCTCTGTTGTTCCGATACTTTCGTGTCCACAGCATTTGCCTGAATAGCACCAAGTCGGCACCGCCTTCGAGCAAGGAGGTGGCAAAGGAGTGGCGAAGGGTATGTGGAGAAATTGTTTTCTTGATACCAGCTTCAACCGCATATCGCTTAATCATGATAAGAATCATCGTACGCGTAAAAGGTGCTGTCCACGACGATTAAGAAAGACATAATCCTCCTCTGGGTTTGATTTTCATCACATTACGATCGGCAAACCAATAGTTTAGTTCGTCAAAGGCACGTGGTGAGATTGGAACCAAGCGTTCCTTCGAACCTTTACCCATCACTCGGATATACTGTTCTTCGATATAGGTTGGAAAGTTTAGGTTGGTGAGCTCCGACGCACGCAGTCCACAAGACAGACTTCGATAATGGCACGATTGCGGTGCCTTCCACTTTTGGCCAGGTCTATTGCCTGCTCCTAGAGGTCTACTTCCTGCCGTGGAAGAACCTCTGGTAAGTGGTCAGGTTGCTTGGCGACTCTAACAACTCAGTCGGGTCTACTTCCAAATAACCATCAATAACGAGGAAACGATAGAACTGGCGCACCCCACTGAGAATGCGTGCCAAAGAGCGAGGACCAATGCCAAGGTCGGAGATAAAGGCTGCAAGTGTTCTAAATCTTCTAACTTCACATCCAACATCAACCTGTTCCACAGCAAGATAGCGAAAAGAGCTTATCTACATCACGCATATAAGCATCAACGTATTCACCGAGTAGCCTTTTTCTAATTTCAGATAACGACGGTAACGGCTGACAATATCCTTTGAATTCTTGTCTGTTTCCATTTAATTTCTTATTTTTGCATACTGCAATTTATATACCAAAGATACATCAAAAAACGATATTTGAGAAGAAAGAGATGTAAGTAATCATTATTAATGGTCCCAACTTGAACCTGTTAGGGATGCGTGAACCTGAAATATACGGTAGTATGTCTATGGAAACCTTCCTTTCACAACTGCGTGAAAGCTATCTATGTACCATTGAAAGCTATTACCAAAGTAATATCGAGGGCGAACTCATCAACAAGCTACAGAGACAGGCTTCTCCTTATGATGGCATTATCCTCAATGCTGAGGCTTATACGCATACAGTATTGCGCTTTTAGATTGCATCCGCTCTCTACAGGCACTGCCAGTGATTGAGGTGCATATCAGTAATGTTAACGACCGTGAGGACTTCCCGTCGACACTCCAATAGATTAGCACCCTGCCTGCATGGGTACGATCAAGGCTTTGGTCTTAACAGCTACAGATTGGCTATAGAGGCTTTGTCACTCCTATAACACTTTCAACACTCATCATCACTATCATCACCCATGCCAACAACCAATACCTATACTTCCTCACCGATAGGCGGGCTGCGATGCCTATCTTCCTCGCATATCGACCCAGAAGGCGATTATCTTTACCGTCTTTATCGTGCCACAAATATCCATACAATTCCCATGGACGTATGGCAAGCGGACACCTACAAGGTCGTCTCTTAAAGATACTTGTACAGATGACCCGTCCTAAATTATTCAGCAAGTGGGTACTTTCAGTGGCTATTCGGCTATCTGTATGGCTGAAGGATTAGAGGAAGAGGGCAAGCTCTATACCTTTGAAATCAATGACGAGATGGAAGATTTCACCCGTCCATGGATTGAAGGATCGCCTGTTGCCGACAAGATTGACTTCCGTATCGGTGACGCTGCAGAAGAGGCTCCACAGTTGGGATTCACAGCTGATATGGCTTTCGTCGATGGTGACAGCACAATTATACAGAAGTATATGGCGAAGTTGTGCCCATCATCCGGCCTTGGTGGCTATATCCTCGCTGACAACACACTGTGGGACTGGCACGTCATTGATCCTGCCTATGACCACGACCAACAAACGATTATCCGCCGTTTCAATATTATTGCTAAAGACGACCGAATCGAAAAGGTTATTCTCCACTACGCGATGGGTTAACGCTGATTAGGAAAAATAAAAGCTACGTGCATGTGGCCCCTCCCCTGCCCCTCCCCATAGGGAGGGGAGTAATTACGCAAAGGGATAACTTTAACGATTGTATAACCCATTCGTTGCATTTGCTCTCATAACCGACAGCAATTTGTTTAGCCCTCAACACCACTGGTGCTTACCATCCGCACCACACGTGCGGGAGCGTTCGCACAACATGTGCGGAGCCTCAATACCAAACATACAAAGCCCAACTTCCATCCCCAAACATCCGCATTTCATCACCAGCCAACATCTAACAACTATCACCAACCATAACATTTCATCACCAACCAACACCCAACAACTATCACCCATTATCCAACACCCAGCATAAAAGTTTGTGGGTTTTTCAAACTTTCAGTACCTTTGCAGGATAAAACAATAAATAGATAAGACAATGCAAGAGACAAGACAAAACCGCATATCACGTCTCCTTCAGAAGGAGTTAGCAAGTATTTTACAGACACAGACACGTATGATGCATGGTGTTTGGTTAGTGTAACACGTGTAAAAGGTGAGTCCAGACCTCGTCATCTGTACCGCCTACCTCAGTATTTTCCCATCAGAAAAGGAGACGAGCCACATGAAAAACATCAATGCTAATGAGAAGACTATCCGCTATGACTTAGGTCAGCGTGTGCATAATCAGCTGCGTATCATCCAGAGCTACGCTTCTTCATTGACGACTCCCTCGATTACTTGGAGCGCATTGATGAGTTACTAAAGAAGTAGGAGGTGGGGGTTGAATGTTGGGTGTTGAATGTTGGGTGTTAATGAATTTCTACAAAGTGTATTAACGTCCTACACGCCATCAACGCAACACCCTATCCTCATCTGCACAACATTCATCACCCAACACCCTTTCTCCCCAACACCCAACGCAACACCCATCATAGACTTCCCTTTTTACATTGCCCGCCGTTACCTCTTCTCAAAGAAGAGCTACACATGCTATTAACGTTATCAGCCTCATCTCCGTACTTGGAGTGTCTGTGGCAACAATGGCATTGGTCGTTGTATTGAGCGGATTTAATGGATTCTCAGACCTTGTAGCATCCTTCTTCACCAACTTCGATCCACAAATTAAGATTGAAGCAGCAAAGGGTAAGGCTATGTCGGCTAGCGACCCTTTACTTTTAAGGTTAAAAAACTGCCTTCAGTAGAGGTGGCTACAGAATGCGTGAAGGCCAAGCATTGGCAGTCTATCATGACAAACAAGCTATGGTCAATGTGAAGGGTGTGGAGGATAACCTGACTCGCTGACACATATCAGTAATATCCTATATGGTGAGGGTGACTTTAAGACTTCATACAGCCAATCTGCAATATGGGGTTCTCGGTATTAGATTGGCACAAGACCTCGGTACTGGGGTTGCATGGTAAGACTACTTACACATCTATGCGCCCCAGCGTGAAGGACAGTATGATGCTTCTGATCAACAAATGCCTTTGTAAAAGACTCATTGATATCTCCAGGAGTACTCTTCCAAGTAAAGCAGATGAAGTACTGATAAGGGATATATTATCACCTCCCCTTGAGTTCGCACGCCGTATCTTCAACCGACAGGGAGAAATGACTTCTCTTGAGTTACGCATGAAACCGGGTATCGACATTGACAAGGCAAAGGACGAAATACAAACCCCTTCTCAGTGAGAAATATAAGGTATTAGATCGCTATGAGCAGCAAGCTGACACGTTTAATATCATGCGTATAGAAGCTCTTTGCTATATCTTCCTCACGTTTATCCTTATGGTGGCGTGCTTTAACATCATTGGTTCGCTCTCTATGCTCATCATTGACAAGAAGAATGACGTCATCACTCTGCGTAATCTCGGTGCAACGAATGGTCAGATACGTCGTATCTTCCTCTTTGAAGGTAGAATGATTTCCGCTGCTGGTGCTGTTATCGGTATTGCACTTGGCTTATTACTTTGCTGGTTACAGCAGACATACGGTCTTGTACAGCTCGGTGATCAAGCAGGAAACTTTGTTGTCAATGCCTATCCTATTGGCGTTCATCCCGAAGATATCATCACAATCTTCCTCACAGTTATCCTTGTTGGCTGGCTTTCTGTGGTATCCCGTACGTTATATGAATAATGACGACGAGGGATTCGCCATCCTCGCCTATCGACTAACAACTATAAACCTAAACAACATGACTGAAAACCTAAACGACAAAATTATCATCTATCAAAGTAGAAGATGGTAAGACCCAACGGTATGAAGTTGGAACACGAAACAGTATAGCTTCAACACAGAAACAAATAGCTGAACTATTTGGTACAAAAAGACCAGCCATAACAAAGCACCTAAAGAATATTTATGCTTCAAGAGGAATTAACCGAAGAAAGCACATGTTCCATTTTGGAACACATGGGTAATGATGGTAGACAAAGCTACAATACGAAATATTATAACTTCCAAGATGCTATCCTTTCTGTAGGCTACCGTGTGAATAGTAAGAATGCTACTCGTTTCCGCCAATGGGCAAACTCTGTTCTTAAGCAATATCTTGTCAAAGGCTATGCTATCAATGAAGACATTCGCAAACATCAGATTGCAGAACTGCGCCAACTCATACAAGTATTAGGCAGAGCCATCCAGCAACAACCTGCAAAGACAACGGACGAAAGCAATGTGCTCTTTGATGTTGTGGTAGACTACACCTACGCACTCGACACACTTGATAACTATGATTACCAGCGATTACATATCGCCAAGACTACCAAAGAAGAACCTTTCCATGCCACATACGAGAATGCTATGCACGAGATAGATATGCTTCGACAAGTTTGGTGGTTCTGTACTCTTTGGTAATGAAAAGGATGAGTCCTTCAAAAGTTCTATCGGACAAATCTATCAAACCTTTGATGGCACAGAACTTTAGCCGAGTGTGGAGGAGAAAACAGCTATGCTTCTCTATCTTGTCACCAAGAACCACTCGTTCAGCGATGGCAACAAGCGCATTACAGCCACCCTCTTCCTATGGTTTTATGAACAACAATGCTATCCTCTATCGTCCCGATGGCACCAAAAGAATTGCTGACAGCACCCTCGTTGCCCTCACGCAAGCGATTGCTGAGAGCAAAACAGAGGAAAAGGATATAATGGTAAAGGTTGTGGTGAATCTTATCGTAAATAATTAATTTTATTTCTAATAAAAACAGGATTTTTAAAATATTTTTATACCTTTATAAAATATCATCGACTTAAATTATTATAACTTACTTTTATTAATTATTGTTGAGAATATGGAAAAAATAACAAGCCCATTCTACCATATCTGTTTTACAGATTATGGTATTATTCACTTTAAATTCTTGCACAAACAAAAGAGCAAGACGACTTAAATCCTTTTGACCCAAAATATGATAAAGGAGACGTATATGGAATTGTCAATTAATGATGGTCCTAAAAGATAGAACAGAATATTATCCTTATTGGGCAAGTGCATGGGGACATAATGCGAGAACTGGATTAGTTGGGAAGTTCGGAAATACCAATAATAAAGAATACGACTTTGGACTCACACTTGTTGTTGAAAGCGAAGCTGAATTCTTGAAATATATAAAACAGGGTACTTCTATTAAAACTTTTTGCAGCACAAAATATGAATACTCCAGGATTTGACGAATATATGGATAATGTCGGATTAGGTATAATGTCATCTCTTGATTACGGAGAAATATACTCAATCTTTCCGTTGCATCAAATGGCACTGCAACTATCACATCTGTAAAAAAAGTTACGGGAGGATATAAAGTTAAAGGGAATTTTTGAAGTTAAATATAGAAATAACACAACATCTTCATATATAAAATTTAAAGGTAAATTTTTCGCTACCAGTACTTATATACTAATAATATAGCATAGATTTTTTAATAATATAAGTCATAAGTTAAAAGCTCTTAGACTGACTACACACAACATTGGTCTGAGAGTTTATGCACATCTTTCTATTCTTCTCCACATCGAATAAGGAACCACAAAAAGCCATTCCCAACCCTTTACAGAGTTTAGGAATGGCTTTTAATTATTAATTAATCCTCAGACTATTTTATCCAATCCACTTCACGTAAGCGAAGTCCTGACGGTGTGGCAGGAGATCGTTCTTAGGATACATACGGACAGCGCACTTATAACTGCCTGCTTCTGTTTAACGTCGAAAGTAGCCTCAAAGTATAGTGATTACCCTCAGTCTTCACCATCTTGAATGGGATTACCTTATGGATATTAACGTCATCAACTGGTGCATTCTTTAAGAATGTCCAACTCCAAGACCTACAGCATTGTTCAAGCCCTGCTCGTCGATAACGTAAGTAACCTTAATCTTATGTAGAAATGTCCTGCAATTGCATCTTCATTCTTAGAAACAACATAGATGCTGTCCCAACGCTCTGCTACAGACTCTTCCAAAGAGCAATCTCTTTAGCAAGTTTATTGTCATTAGCCTCCGAGCTTATGAGAACGCTTAGCCTGACTCTCATAGAACTTGTCATAGTAGTCATCAAGCTGACGCTTCATTGTATAGTGAGCGATAGTTGCAATAGAGTTCTTTTACAACCTTGGCAATCCTCTGAGTAGCCATCTTGATTCTTATTGAAATAGAGAGGGAGCAATCTCATTCTCGAGAAGACCATAGATAGTAGCTGCATCAAGTTGGTCCTGATAGCCCTGATTCCTGATAGGTACGCTTCTCTGGCAATGCCCATCAGCTCCCTCGCGGTAGCCTTCAACCCACCAGCCATCAAGTACTGAGAGGTTTACAACTTTACCGTTCATCTCTGCTTTCTCACCAGATGTACCACTTGCCTCGAGTGGACGAGTTGGTGTGTTCATCCAGATATCAACACCAGAAACGAGACGACGAGCCAACTGCATATCGTAATCCTCAAGGAAGATAATCTTACCGAGGAACTGTGGCATACGTGAAATCTCAGATACGCTTGATAAGTCCCTGACCCGCGCCATCAGCAGGTTCTTACTTTACCTGAGAAGAAAGAACAGAACTGGACGCTCTGGGTTGTTTACAATCTTCTCCAAACGCTCAAGGTCAGTGAAAAGCAAGTGTGCACGCTTATAAGTTGCAAAGCGACGACAGAAGTCCAATCATCAATGCGTTAATTAGGATTAATACGCTCAAGGATAGAAACGACCTTAGCTGGGTCACTATGGTTGCGGAGCCACTGCTTGGTAAACTTATCACGGATATCGCGATAAGTTTCTGCTTCAATGCCGCTACGTGTCTCCCAGATTTCTGAATCAGGAACATTATAGATTGCATGCCAGATAGACTCATTGCTCTGAGTCACCCATGAAACTCTCATCAAAAGTATTTATCGTAAACTTTGCGCCACTCTGTTGCTGTCCATATTTGGGGAGAAGTGTACACCATTAGTAACATAACCTACAGCATTCTCCTCTGGGAAGTATCCTTCCACAATGGAGCAAACATCTTCACGACTTACCCAGCCGTGAAGTTTTGACACACCATTAATTTCCTGACAGGTGTTACAAGGTACTCATACAGAAACGCTCGGCTGTGATCATCAGGATTGGTACGCCCCATACCGATGAACTCATCCAAGAGATACCAGTTTAGTAGGATAATCACCCATATACTTGCCAGAAGAGTTCCTCGTCGAAGTAGTCGTGACCTGCCTGGTACAGGAGTATGAGAACGGTATAAAGTGATGAGAGCGCACATTACAAGCTCCATAGCTTGATTAAATGTCAAGCCACTCTCAATGTAGTCGCAAAAGACGCTGAAGATTACCAAAGTGCCGCATGACCTTCATTGCAGTGATAGATATCCTTCTTGATACCCAATTTCTTCAAAGTAAAGAATACCACCGATACCGAGCAGAATCTTGCTTCAAACGGTTCTCCCGAGAAGAGTCACGCACCATAGAGAGAGTAGAGTGATAGGACGGTCAGACTCAGAGTTCATATCGTTGTCTGTATCGAGCAAGTACGAAACTTAATACGTCCAACGTTTACACATCGCCACAAGTGCGTGTACCATATAGTTGCGGTAAGGTGCATCAGCAACAACACAGTTGCCATTCTCATCGAGCTCACGCTCAATAGGAAGAGAGTTAAAATTCTGTGCATCGTAACCAATCTGCTGGCCATCCATAGAAAGACTCTGTACTTGAAGTAACCAAAGCGATAGAGGAAACCTACAGCACCGAAGTCCTCACGTTGAAGTCGAAGGCCTCCTTAATGTAGTCGCCTGCCAAGATACCAAGACCACCAGAATAAATCTTCAAAGCCTGATTCAAACCAAACTCCATACAGAAGTAAGCAACAGAAGCACGCTTCTTGTTAGGCTTAACGTCATATAAGTACGAACAACATAGACATCACTCACCTGCTTCATCAGCTTTTTGTCCTTTACGATAGCTTCATACGGTCATAGCTAAGACGCTCAAGGAGCTGGACTGGATTATGTCCAACCTCTTCATAGAGTTCATCATCAAAGAGCTTTGAACATGTTGCGTGCTTCGTAATTCCATGCCCACCACATATTGTGAGCAAGCTCATCAAGACATGCCAGTTCCTTTGGCAGAGTTGACTTTACAGTTACCTCTTTCCACTGGTTCGTTGGAATAATCTGATTTAATTTTCATAACTTATTATAGTTTTGACTGTTATTTCGTTATTTGTTACTAAGCAGTTATCCTTGTTTCTTGCAGCTGCTTTCTTTAATGCTATGTCGTAAGCCTGCTCATAATAGATGATAAACTCACTCCAAAGAGCCTTACGAGAGAGCTACTGGCATTTGAACGACACTTGTTCACCTCCGTCTTCGTAAAAAGCAAGAGTAACGGGCTATGGTATCCTTAATACCATCAGCTACCTCTGAATAATTATAATCTGTACGATGTAATACTTTCACACCATCTTCTATCTCGCTATATTTTCCCTTCTCTGTATTTGCCCCACAAACCGAAACCAACAAGGTCGGTTGTAATACAAGGTACCTTGAAATGTGCCTCTAATGGTGTATAGCCCCATGGCTCATAGTATGAAGGATAGACACAGGGTCGTTACCTGCAATACGGTCATAATAGCTCGTATTCATAATACCATCATCTGTCAGATAGCAAGGCAAGAGGATGACCTTCTGCTTATCTCGCTTTGCATTGTTTATACCGGAAGAGCTGAGCATATTCAGTACATTGTCATGGTCCATATTGTGGAGCCAGTGCGTAAGTACAGGCTTCTCCAATGGTGTCAAACTGTTTACCGCTGTTGAGACGCTCCACAAGGTCCTGACGTGGACCCGCTACCCAGTATGGGACCTCAATGAAGGCTACAACCTGCTTCTTCAGAAGTTCTCATCATAACGCAAGCGGTTCATTGATTCTATGAATACATCAATACCTTTATTGCGGAACTCATATCGTCCTTTTGCTGGTTGATACGATTAACGCATCATCTTGTATATCGTCACCTGTCAACGCATTGGCAACATCAAGCAAACGCTTACGCTGCCTTGCGCTTCTTTGTGAAGGTTGTACCCTTTGGTACAAAGTCGTTTCAAAACCATTTGGAAGAACTAAATCTACGGGTTTACATCAAGCAACTCTTTGCACTCTGTTGCAATAATATCGCTCACTGTCGTGAAGAAATCAACATGGTGAGCAGTCTGCTTCTCGATAGAATGCTTGCTCTCCATATTCAACTCCGAAGCCATCTGATCACCATTATATGCCCAGAGATATTCGTACAATGGTTTGTTATTGCCCGCTATACTGCGACCAATACCCGTTGCATGAGTAGTAAAGATAGATGCTATCTGTGGCAAACGTCTGCTGTAATACAAGTGCGGCAAAGCCTGTTTGCCATTCGTTTGCATGGAAGACAACCTTATCCTTCTCACTAAGATAGAATCTATAAAAACTCTCTACAACAAGTGCCATGCTTTAAAAGCAAACATAGCAGATTCGTCATAATCACCGTAGGCATGGAGACTATCAACTCTATAATACTCCCAGCTTACCATAAATCTCATCTTTATGAGCAAAACATGACAAAAAATCAATAAGCATAGCCAATTGGCTCACAAGGGATATCCCAACGTCAACCTTTACTGATAGCCCCTCAGAAACTGCTTTCTGCTGCCAATCAGCAAATAACTTCTTATCCTCTTTAAAATAAAGGATGAACTGTCTCTTGCCAGCAGTCAGGACCAAGGAAAATGATACGATCCTTTATCTTATCTTGTAATGTCTTTGCACGAGTTGAAAGTACAGTATAAATTCCTCCGACCTTGTTACAAACTTCCCAGCTGGTCTCAAAAATATAATCTGGAAATAACATCTTCTCCTTTAAAATATTTGATATATCGCCACAAAAGGTAATACAAAATAAGTAAATCAACAATTTAATCTGTACATTTTGAGGAATGTATAGTATTAATTAATTAAAATCATTAACTTTGCAATTAACCAACATTCATAGATATGAAACAAAAGATTGTACTGACAGTAATGGCTATGTTGGCTTTTTCAACCAACATAGCCGCTCAAAAGCTTAACTTATCCACTACAAAGACAGAAACTTCTCCTTCAAAAACAGGAAAGATAGCACAGAATAATGACTCTATCTTTAAAGCGCATCTTGTGAATGATGAATTTCAAGTGTGGATGGATATTGATTCTATCATAACAATATTACCGTACCACGACAAGAGATATTCGGAGAGGTTAAGGCTACTTTGGTGCAGTACGTGATACTCGTAAGTGGATTATCTCTGATGCTACCATAAAAGGGAGAAGGCTATCTTAACCATCATCAATGACTATGGTAGTGAAGATCTCAAAGCCGAACTAAAGCATAATTCAAATGGTACCTACGCTAACAAGACTTGATGGTAGCACGATGAAAATTGTGGTTAATAATAAATGGGTGAAGATTCCTAAAGTTTAATCTTCTATTGTAAATAATCACGGTTTTCAGGACTACAAGTAGACCCTACTAATGACAGAATTGGTGCTCATTAGTAGGGTCTTCTTTTTATAATTGATTTCCAAATTTTATCCTTATAAACTTCTTTAATTAGTTAGAATAGTCCTATCAACCACTTAAACATGTCTATTAGTAAAGTCCACGTCCATTCCGTAACGCCTATCAATAACCTAGACAAAATAAATAATTACACTAAGAATAATGATAATAAGAGCTGTTAGCAATGCTTTTTCGACCTCACCTGACGTATTGTTTTCTTATCTCCTTCTACATAAAATGTAATTAAATCTAAATTCTTTACGTGTGCTTTGCTAAAAAAATCTAGCATCACCAATAAAAAAGGAATACTTCCCAACAATATATCTACTAAATAGTTATAGATAACAGCCAATGTGAGTGGAATAGACTTGACTTTAAACAAAGTAACGTATATAAACGGCAAACCAAAAATAGATGAAACAAGGTCTCCTACTGATGGTCACTAAACCTAAAAATCTAAATATTTATCTGCTAAAGTTGTTACCGTACTAATAAACTTATAAGCCTTTGATGCTTTTAAATTTGGATTTCTTTCTCCCTCCTTTGTCGGCGAACTTCTTCTTTACAGTAGCATCACTACCCTTATCAGAGAATCTCTATCATCAATAAGAGAGTAAGAGTCATTCAAAACAATCTCTCCATCTTGTTCCCCTAGTATTATGAACATCATATAATTCAACTCATTCTCTAATATATTCTTTCCTTCCATCTTAAATCAATAAATAAAAAACAAATTATAATAACTAACCTAAACCTTTAACACGCTTAAACATAAAATATCATAAGAGCTTTAATCAATAAAAACTTACCTTTTTACTGCTCAAAAATAAAATAAATTTGCAATGTAATAAAAGACTGATTAACAACTAATTTTAGTTTTACTTTTACTTGCTTTCATTTTAACACTTCGTAAAATTATCAATTACCAAATAAATTAAAAAACCAAATATGAATAACAGTAGTGAAAGCAAATAACAAATTAAATAAAATAATTACCCCACTAAATTCAAGCGACTAAACAATACCACTTTTAAGTCATATTTGCCTTATGTAACCAATTAACCCTATTTACCTATTAGGATAATAAGACCTATTAGCCTTATCAGCCCTATAAACCTTATTAGCCCAATTAGCCCAATTTAATATTGCAGCTTCTGTCCTTCCAACACTTCATCAACACCTAACATCCAACACCCATACCCCAACAAAAAAGAGCCTTGAAGATTTCTCTTCAAGGCTCTCATAAAGAGGAGGCGGCCACCTACTCTCCCGCATTGCATTGCAGTACCATCGGCGCAAACGGGCTTAACTTCTCTGTTCAGGAATGGGAAGAGGTGGGACCCCGCCACCAATAACCACCTGATATTTCTCTCGGTTGACTAGTTCACAGTTGACAAGTTGACTAGTTGTTGTCTTTTATCCTTGTCTTCTTTCTGTCTTCTTATCAGTAGATTCGTTGTTAAACATTGTCCATAGAACAAATAACTTGTTTTACTCGTTATCTTGTCAACTCGTCTACTGACTTGTCAGCCGTATAAGGTGACGTATTTCCACAAGCAAAACATATAGAACTTTTCTTCTTCCCTTAGAAGAATGCACAGCTCAAAAGTCTGAGTCACTGGTCCCACTCCAAAACTTGGAGGCGGGAGACCCGAAGAAAGTTTCGGGCAATTAGTAGTGCTCGGCTTTGACGTCACCGTCTTTACACCTACACCCTATCAACGTCATCGTCTATGACGGCTACCTTATGAGGAGTTCTCATCTTCCGGCTGGCTTCGCACTTAGATGCTTTCAGCGCTTATCAATCAAGACTCAGATACCCAGCAGTGCCTTGCCAGCACAACTGGTAAACCAGGAGGTCTGTCCAACACGGTCCTCTCGTACTAGTGTCAGCACCATCAACTCAACGCCCACGATAGATAGAGACCGAACTGTCACCACGACGTTCTGAACCCAGCTCGCGTGCCACTTTAATGGGCGAACAGCCCAACCCTTAGGACCTTCTCCAGCCCAGGATGTGACGAGCCGACATCGAGGTGCCAAACCACCCCGTCGATATGAGCTCTTGGGGGGGATCAGCCTCACGAGGAATTACCTTTTATCCTTTGAGCGACGGAGTTTCCATACACGTCCTGCCGGATCACCTATGCCCCAGTTTCCTGCCTGCTCGGCATGTCTGCCTCCCAGTCAAGCGCCCTTATGCCATTGCACTCTATAAGGCGGTTACCAATCGGCCCGAGGGCACCTTTGGAAGCCTCCGTTACGCTTTTGGAGGCAGCCACCCCAATCAGAACTACCCACCAAGCAGTGTCCGCGCCACAGGCGCATTAGACCTCAGACAGCCAAAGGGCCGTATTTCAGAGATGGCTCCACGAATGCTGGCGCACCCGCTTCGAAGCCTCCGGCCTATCCTACACATCGGATGACCAAGGTCAATGCTAAGCTGTAGTAAAGGTTCACGGGGTCTTTTCGTCCCATCGCGGGTAATCGGCATCTTCACCGATACTACAATTTCACTGAGCTCGCCGGTTGAGACAGCGTCAAGATCATTACACCATTCATGCAGGTCGGAACTTACCCGACAAGGATTTCATATGGAACCGTTATAGTTACGGCCGCCGTTTACCAGGGCTTCAATTCAATGCTTCT + '()())79;7==C<;:>>=;5:546$$&''-5=@?@BA=):>77@83:;73?>A@,765*8;<<68720900-+.*..84+.322-976A;=?432?A?D:/0490.�*-/073995*(,*%%(&-4-1=BGIHOJLEGBG85@=<8135342210**--*,42+=;;::86682./03657?=?7=>>966EG=EBD8CECAHFB??:%;?DLCKFEFJJII=;9410>42%999>MLJIFGKAD=DC@?9621).(&4:4;);8====:<=A@@DB?:@=99:/-;=BBB>>5>LLGD@A@<=87277==6445AFFB?BD:>AEA;56:?>>?CD=497556799?6?;<;?=ACA622<>>6;:ABE>870?=AA=:,)48159HGGCNFDGLE5B><<@FH1.1@<447?=628AII:;>DCIFAHNQ>GHI+>/5/,+6;9;B;BGEFFGJQFH?HE=>E@*:BB<*/=9:::9<:2'7=:$743<===?@5%%)'%)(/=:*:FECD>>6+?828@HF5D@BD5=?:180.,&*.3.5C>=CFAAF@E??FAKI@JJB?=,A:FD>:BA?NSQN>=?DFB;ACAGHA@CEA>FGGK><89>9:BB87;6-8AGGEB<8FMQGCGEBBD800/02)%%32*##((')59A@=>?@=8>534/0;8,+/?FGICBC>C@JEFCJGJGG=6:95-,30>AB??8870'$#),),766<482:97:5**+//03&')+%-.22467545E?=@<9=:8+;8.;=>>;9<@BAFF@FG@GEC;>6H/@;<2*(/03158=8<=BA%%'9>A037DCD00C=12,28<982/2/>?AACF8863879FGC=97.,,3=??>CE6<<=>97;+((/)038*DEBEG=95)+==DDABCACCA551)(57@CA@>4877+48<>57BB6<@;9==;@A?9582,0(++-/--67909:<3*,3/>DA=<3//$$&.,5/7:;=>>??AAG<;ABA/2-/<-5559'*//37--21,*))+%-/+6(756<==DDGFACA=>>8322++)-.01469:=?B?9:=?@5:6514-9<>8HGEAD8CC?8DGFFB?A<=<=/,'%/1392-02466<=?@@>=:+0.365.0%%%$$&$-$$$)%#&&&,()5==A@;97>>AB@A@=9==;:=?8:526220(/-0+(()$###$%&&'%(%123535@::94543908::A@=-5-29;52;<;::?@<:F@5;@C7.))&+=A=<@6:<;:7<=ABF@?=?>+,/'#$$%);;67437798779=;B01(<5;<=C@?668@??>;@A<:9.-(*,*4><7()'03:9?9?;?@:8;7&6885:5/449*A@@EB@@979:;*'?::/02.43673&.,+-000&9:41:;AA;<:;F@-*'997;;@A>=>);478@64-@A<68:8/79943210376HHC+''@@CA=;936,.47>=5>57656387/+'&%$+.455219<=:;8;=B?EGH;5C@<6657.68:;GEC7:CDG8MH8CHH@><*&&&-9<=92.$+:2(7-)9:BA;9:8959:5;9770/1,-%%33578=FJC>?:0>8/66%(76(2,,)')28,//GIE>9CHHDG:F:>5;@F@H=9>CE@>>8301433*&)/544,,1-,0$1:0BC@CB:8>9;0(*:%--56*%+1445/(2:>0DHE<'%$$&/+*%(0000&%#%*.4,=FGLE<=C@=,0)&48>@=>?>;6@F>@@@?4=<:+>:78;=EIHBCF?AEE?DF@D;<AC:<<:(-,859=CBA@>539AD@-8;==?>@@9-))),*+'&39:;@EGFEC/,,76(4B=<==B??=>?>ADAA==@C=:/69?@@>B@D9AE;9G;>@H8ED;<<>EEB.//.;D?B?:70@==B<*.0..3>9?@@@=;>;:BFCC;:@@=;+-%&&$$78=E@?FIIKE969:0,.0*79=@CFG9<<=@<=BC999+2+-4-9877@>=?@GBDFDECCBCHDDFCA=9CG=CDE=GFDC@??:>?BA??=/+1;39B>K>>@>@2HJ@+=@@<;535;;<;<><5+(:/-55;>BEDDD(8978?AEE=,:;=:?E:78JKD;11/69A@CA=??;;<>D>BA5BNFEDEFFCB8=8<:49659;C@=51(-3=34ACF@33'*)*858/&&',.8B@BB?DNK6CCA>:@CDAC@*567>A++4?B?CGC:;=@>>A==$93'*;A@ACF@895:;@;??=?EE=9<92>=3354:855:)$%$'20.55;7@D?BC@BA?A@<:AD;<6=>:?894-A@@<=?>)54++,,02;;>EBF9:@HK69BDB2;?5-,&$*$++*6=B65'#/551021.),9;8>A89EH=<($$80:>DG=8:9,->BC?744AAABE=>DF>DGB?A>9>D@..623//59:>=-4+@A?B@:7;?:DFDGD7>;?9445CEAEE6AC?AB=?985675+;><6;=.((7?AB>:=9>;.433-234)799DDDE:@D<;E??;<@?;>8C<:A+=AB;:CDA;>A34565<7@@>>?>?:<9-,,()*+62.325(069@C;=@F5=>?;?BMLH?7BFE5398:@ACG?@?B?71'.337:87986;EGHH7?>A7:9:>7;99>789>>996''''68@4?@8AC;:2&'*-ABA=:-535/695640;=<;7><5*.4:@=>@CB?79+67)'7:?=;;2%')('&'+-77;767<9:=;60)($+024;69:96437A??A==>?AB?>979>>=1)300(48;;883345/'%%&$%$"(-0/.:B@=A<>0<9=@??6.833605:>>=9:;GJMB??B;??HC=>=ACD@:9;?ABO<<>AB4>?ABC@A?9?@??:>@B:>@D@C0<=97<;=811&'''(%%.69:F>EDC9@6B<;>EE/2??;:71*(,)&(/0:95<96:::8,0095:,.):<=59&-68;85.A>C:665:028;@A@9,3/%/778*&$%%.1DAD8:CEAB?8>9:;B>ID=7==6:5?CA@??>536)%>;647)+87740A;@B?<<343<>=>?::@E;C>?F2=F;DCC=BB<--/<:88;<9?:;@?9;<9?69;6&&43'&+,'*106:?:?9:5-'&'(:?>A>;20.0)$'-4669;9:;>>B>A=9DDAA?C>=;=5'1:3453(('',3BCA:;AE==GLGJ;;9B@A=639>C)+4'>*@DE@>BHJG>BFAEFA8,),&0(0-771==>AAA:A?<;CA>?+&&)5556(782$$)06388714:;HJ9,?852,:;0<=>=DC<<@>@A=008?<9?C>AA;::>HHBD<>:;89;>:<>GB@>AC=CGA<:>><92958790:==;878:69?;1.+43'$%<>=799858;3@>====?B@=EA>E/23378@>@@@A?;7:EAAD?8<:>?@899646-(&&&.57@E?<;:8&-/;=<:EEAF?EFFH>6;>?;?BCCA56;A>(-455,;A>ABB@G;;<>?A88A<92&,&%%).0789>>?@FGHD;C?<;=8%07=@DCC@>9=;?>=>04.211((+$$4<<:=@GC<:;/)-886..999<:?@?=/3A<:98>95;>:DEA9A>7=:;>>=8865651)%(&%$%'$$'77:BAB6462((3=CE??@A><=>9==55:2,12:9=D<:;::<8;=@@A:<@BA<945:3/3@AB?F>?AD>@-)->:=>?B<44<335575(%4(%9*,-45757-)*-).0;6<=?@74@FEEA:1<7>:EHFFDAF4<;CB=68C76;:94>;9=GJ@9AC?A@14>6874-0&*#$24222'%($$&$$)$,/3&&&)4126>:726>=;EDF;;==?=BCCF3DCD=;?CE=@?:+->3&*751.()41./+;<,-0:;7::=9885678351,.'..&/,/9EE>?@9D@>A:>>@EF=92*,13/)%-()&+18;;<=9(')%+?-8'4;78=(>0:6:8.0446:448:;;;9;?59?9;@@=;,::;90*))-/48A?:437B?=;208<=>EDDB9;2*(:ABG>???;/);==<=>ADAB?@A8@=<=7@<9DA9788@CC:2-*+))2'+=A>98??C=G:>@ACDCA>B:884:=:=88999('89931)3=:$36158;64*86;<8;:24346<5:>@>ABHI;9@/,-((''.-&%%389:;<=AEF<=<=9-'-456*;=?B>D<><6:@G78>D>DA:322;57:97;9A9:?CE?<530,9=CCA8ADE@=?ACC1+010//34)+,.'59;6@CG>>EDEGIA@>@?<=.?=>E?>@><;49BCB;@A=@)8BCC:/(5=+;2,'$$%6751./=??;62--???<;(=?AACED>B:@@?CC@30;:=?EEH=AC@9<635=>BC6:9(/++57;=::D9?;887,;1057:8A@?=8355%2142:<=FE@4BGBDEGB?BHD?99*'<=@A;=>@?97%''$%%&*-0857672::,0))+36<<8&*,/<:;=?DF>=68@+;5=2:?@<;>AA>6'+''$(.523*,36:/0455588>;:=0741,%&&,,,,5676?=.7<75646>BBA83333C52*$&('''44:9><-86174==A==AB9$=;>B>>=C@614=@;:::;78320046>@19;>;;<>876*'+6;E;;:9=6(2;88:<%%'5;9<>=14<@A?>@=??=?=@?6@=CB8<(,.23;>499.+.<78.59;B=><8;.*(:=AB/1331+.(-;>DB><;*8895=C6CBH>FE?0,+1.//6:5,.4?>+,869>==;;@CJFIEBCC?>BBC@816:630/3(-'/////%'$')2<<=738;<(&&-83::;=<@D0B@AAB@@E4DCAB?44?<>/.7DD?DAAA-*-59:2''*'-6977:84327@BFG@>=@<$';==@A=BABBBC>==0EFCF>-.14558B:77:><=@EH9HH@@AA;>=57E;:3%+;9@DEE?<43;<=89/'>*=8;@DBEF:=?@?CE>59=C65027;??9<>>ABBB,246532=C<@*&%&0:<7'2<<>?8:723*6878*'+;==BEFIAEEQNC9@@5:EIIA68=795/:<9?E=82>@CIA@CDGC:A@>EGFJ3<>C?40766%20379=.3))4--$$569;:>>CBD@EG?F>85>::;=A@@B@E>=<;<>>@>>*?9=><9B?AFECB>B;=:=A?@C7?>4?@BB56921=>DDC=54<=AB:.+''6('5<<63+'*'%.)45236,+##&4636998914;9EBB@;:5#%6534--DA<;(.==<7=6:19B=2,1:@>?A89;<=@>:9,8;;<9<;7.'16577;=994;><<)4:>>=@E=>>>=<9(/&&:8>ACA=BAB3=?82)-&'-%('0/329:<88:95/6?>@:BD??=;=?@@?AAIK=:=89;684069;0446<<=:9@>:9E:<;=<)%#$'$#$$+,+)7=>@>>=<<;>9:5212-+))%##%%$)')0200)5551*/--78946<<:'&&*&23355//2),...*%'1/,%-,88246>=8;61/31@??>=?B:=C:3;<64-6<>AC@?@=<35,38:@A@=7=>96CD;84/<0./<:98;::975898<==;>410$'+85;<=9<3+&$*):95=F>;54:<<>:89;16C9;9206-)56665+*7568'$%&+*3530-)'&&$&&$%$&/219:<>?;;CAB95?DBB=>C?B<<=EA@G;C9@C?@>=BGMH?FJGB?;2:BG><(-07;=>15:7>ADC@@EGB<;??>>>AA@?8%%3=BC?C97BCBE<9:8%,-/,)+*,*6755/17DC8::<:8:>>=?@D?AC@CCC@<9>CBC@?@C69;:,78:B?A4)593//+;9===<425>;.0..7:3)((+-676($$139;=>=A?<9;;57;:9)'$#$'33350.+')&1&042(%&((%&'(-24,%046=CC=AA97&(.(%&$):;;<@B7:8DI?>;A:76:<;9::666913:=>?:?851*(')38<=>=:>:?@@<=9?>;3+**,-%)*.875<<00//-)).445<=/.8,B<4*55<<5>D:?;8(*0.)+..1413<=>;;8=9:6967./482:<8.=;1*1<84*')'$%,-279=>7.1E?=7,)56CD:FCCCCG;=<<:BAGIHIHA:AFD>>@D>=;@4<9+)=?=>?>?=:>@ABE68ADA+;@BC0<1468=<*>=):<9997;@ADH<=AB><=D>DB8853&791=>=426846=9875-7,.+:68';;=>A@GA@*:%+4456;,)1353%(6>@C?>7;8:3869+738=:@?EEC:/-5>=>DDJFA@B2EEBB:8CHLM5;?BEA7B0C40,7:296;@JIGD:;;A=AB?=166=?//75.:<;?@@8@?D=74:>=:=>??8/+*54=@C@C999=:+,4AABB>>8(<:BBBDAC><<+)2/;:;=/?7@@?=>8&*:D?68B?@A@;<;:.+,('+/90..;8=DEFB=8=939@:9BEE>>733(''+*,(-5'-+-++..-%*(.088=:2:<:?8:>AE>>==34(<<:;46==8=;<9?=6777;;5.-99:;::+0%7:+/010C@5F>==;??73428977:>=@A;GB=A@A:7:97'&<@?@CCFAADB;>BC657:;=,605==4.00673.&1<<=**(68>A02431356->?8::%'22373((2-*(,/)*%')5568?A@77;KIBAGB;976*5;>;89:=2?%<;9+?@?:20..0-1<<;%$'$5*,,57=4BDAA=>>C866:43(>G8:@><;<<*-/117/.$*++)7:;6892$'%&7B?ECA?8B@ABB?377/>@>0.;<75-<.98<9@<<:;:=66:<:95?@@:55<):>5,+-..&&4(/2:97>6?@?<?@;+**0122;88..054%)/'##$244<@9;6/1+))-2034.-.>:;B98:>DIA<>;>;@AAA?@:<;=>>;=;574%3674A67:2>>9677954'&%$137:7>><88878BD=:('$1*.69989;=-7788,*&1/,454643401279=?>77<65A>AACC;:;;CB@A@=>8=?E=<9A;EBD?=H;CD=CDD=:=AD22---'''*)22-99<;;<,?@>6+13;?C@?A3;5:7:75@?F?;??:8=A9<:;:867+68;;688=?=25=?@/6=70@:>73BC@A797)%0.+-23346=A2<+.7AFFG/AA===7/.+.'#$(/*+,(&0*%&0649668457<=<753;772EF9=A?C-==AB@;=<227514.)5588966;2:767;==?@C?:857/+,.24-.378<98=CACC@@9:-/),).,,.,---/97.477/&46)4853-*9AEJ78B?DGC9999???@=:;98).>A@CD:@>/>AA:579:999:>85;0675331**4)6@90-/-.<67?>88=A@==B;?B?;=<(.0351>2=?@B;D9<>B@B022((,**'$1225,)2+)-++/%'/===CAFG@1D:19;978:-=DFKFBE@?=@C@@)2+*;4@CDA;>?B=??95)AEC::8(%,+++:2-134/4;;=>@BD<9>=G>35:;B:8;9@?@A:==@E;?5@D?A>G:=B?;--8/6:?'+98:A<@B:;;7<35CCB<:)@?6=<>:9>57127=>>FI@@DE;>B>=BBDF?EB<.&*9.AABF<41>C?;@A<<:(4566876;;8=>AEC:DA?ABB>CDAB=@D??133650@AGHDC4<>BB9734'%=@HDF=D?A>/,)))1->FFA8CIH<;<>;--%%'&&+9<9<<>DCA>=:GF9:479;:>@>?=>5.'(/1.4)$*,4>>A+1;7::?>7BC=%F;B;AHFDDGFD>;A-2<;5:>A;AB?BGCB=CDGJKEEG=@B@>;8>=JKD=>?:421./&+*+%)-.1:<9745;:8:877411*###&,)3124448BHEEEMIEC><;;=;K8=?BED@:@LLALC>B>AA8J=9IJG>?9?AEGGFDCHPO?CH-@=DG@D@A>7AGH@CL>DKEDCOMJ6C@B=@=;;697(*''/,,9934B@6?;99:8::88CEEB@BIGB@CKGB27;:;/3583'3)'-9AB@@@C;>>>:9:79:=<)'679:)''?>;@:@BA+@;;47(2BA40$AHJE<>NMLHGHGBED==EEC=74-25A@?=D@BF@:=B=BCA:@DDB77;:/0.)$'69A?69@<8@@1:;?>=?;>B7,&%%&0389=2,8?@968B78BDBBD7+*<=;?=>;44?>@A=D>?AHECCCA@@B?:;=A?;>?B?CB??<5,-%27,6;;078895>,@:7.1'69978876:9=;6AE@FFAAD;:?K===?7:99426,('254EEEGCB;71*-'=98@?::GI@:CIJHCB
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e6f63-8c4e-4347-91c6-9910107dc0c5/1 CATTTGTGCTTTACGTTCAGTTACGTATTGCTAGGGATAAGTTCATCACCAGGTGATTATGTTATGGCCGGGAAAACAGGTACAACAGAAGCAGTAACTAATAGGTGTTAATGCGGAGGTGACCCAGTGGGTTTATCAATACCGCAAATCAGTCACGTCAGTCACTGGCAGACGACAATACGATGAAAATCATTATCTAATAGGTTCAACATCAAATAAGCGTACGCTCATATTTTTAGAAGTATGGCAGAAACAATTCTTCCTTATACACCAGGAAGTACATTTACAGTTGAAAATGCCTATAAAATAAATGGGATTGCTCTAAAAATGTTCCAAATCAGTCTGCTGACAATGGTGGAGGGCAGTCAAATGACTCTATAAATGATATCCAAAGTGGAAGACTCAGAACCTTATTGATGAAGCAGAAAAAGCTATTTCAGATGCAAGAATTAAAGAAAAGGCAAACCGTCTGGGATACAATTGTGGATTTGTTCCAATAAATTTTTTAAAGACAAGAGCATAACTCTTGTCTCTTTATATCCTAAAAAAGTCTAAAAATATATCCCAACGAAATATCAGAAACATTCAAAAAAATATAATCAAGCAAGATAAATAACAAAATAGAAGAAATGTCGCCAATTCGTCTCTACCTTTGCTATACTATTGGCAGAAAAGGAGAACGACTATGTTGAAACATGAATTATCACGGTAAAGCTATTGTACATAAGTGTGAAAAGAATACTACCTTCATTTATGGAAAAGAAGATTGGGATCAGAGGGGAGGAATGATTTGCCTACATGAATTATTAGAAAATCACCCTGATTTTAAGGAAAATAAAAATAAGAGGAATTTTATACCTACTTCAAAACAAAGTTTCGAAATCGAATTTTGGATGCAAAGTTCAAAAAAACAAGAAAGTTATAAAGAAGATTGGATCGACAAGCTTATGAAGAAGTGAGCGAGATTAGCCATCGATTAGGCGAAGAGGGTTGTTGATAGATGAGTCTTACGCACTACAAGAAGTGCTTAAAAGAGTATCAGGCAGGATTAGGAAAGAAAAAATTGGAGTTATTTGAACGATTGTTAGCTGATGAGCGATTCAAAGGAAGAAAAGCAATGTTGAAAGAACTAAAGCATGTGCTAAGAGATTTTTTCTCCAAAAAGATAAAAAAACAAATCAAACTAGTTGACAAGAATCTAAAAGTAGGTATAATAGAAAGAGTTGAAAAAGCTCAGGTCCGTTGGTCAAGGGGTTAAAAGACACCGCCTTTTCACAGCAATGCACGGGTTCGAATCCCGTACGGACTATGGGTGTATCGCGGTTGATGGAAATAGGATTTAAAAAAGTTAAAAACCTGTTGACGAAGAAAAGTAGCTGTGATATACTAATATAGTTGTCGTAAGCGCGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCACTATAACTTAAAGGTTATAGTGCTGAACAATGAAAAAACAATAAATCTAAATCAAAGTAATGCAAAAATAGGTGAGAACTCAAACTTTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGACGTCACCTAATACATGCAAGTAGAACGCTGAAGGAAGACTTGCTCTTTCCGGATGAGTTGCGAACGGGTGAGTAACGCGTAGGTAGCTAGCTGCGTTCTGGTAGCGGGGATAACTATTGGAAACGATGGCTAATGCACCGCATAAGAGTAGATATCGCATGATAGGCACGCTTGAAAGATTGATGCACCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCCCTGTCGCCAGCCTGAAGAGGGTGATCGGCCACACTGGGACGGGGCCCGGCCCAGACTCCTGAGGCTGACAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGTAACCTTAAGTAGTGAAGAAGGTTTTCGGATCAGCTAAAGCTCTGTTGTAAAGAAGAACGAGTGTGAGGAGTGGAAAGTTCCCACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCCAGCGTGCATTAATACATCAAGTCTGGCGTTAAATCCCGATTTATTGGGCGTAAAGCAGGCGCGGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTAAGAACTGTTTAACTTGAGTGCAAGAGGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGCTATTAGATATCTGGAAGAACACAGTATGGCGCGCAGCTCTCTGGCACCTTAACTTCAAATGCGCTTCGACTCAGCGGGGAGCAAACAGGGATTTAGATACCCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCAGGGTTTAGTGCCGTAGCTAACGCGTGCCTCCGCCTGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACAACGTGGTGCATGGTTGTCGTCAGCTGTGTCGTGAGATGTTGGAATTCCAAGTCGCAACGGGCGCAACCCTATTGTTAGTTGCCATCATTCAGTTGGGCGCTCAAGCGGGGACACCGCCGGTAATAAAGCCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGATGCTACAATGGTTGGTACAACGAGTCACAAGCCGGTGACGGCAAGAGCTAATCTCTTAAAGCCAATCTCAGTTCGGATTATGTTTACCCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAAGCACCTGCGGAAGTAGTCACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAAATGCACCTGCTGAACCGTGCTTCAAGGTGAAGGATAGATGATTAGGGGTGGGTCCGTAACAAGAGGTAGCCCCGTATCCGGGAAGGGTCAGCATTTTCTTTGATCTCCTTTCTAAGGATAAGAGTGCCATTGGTGTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAGCGCTGTAGTATTAACCAGGATTTATGTTAGAAAGGTCAAAAAAGTAAGGTTAAGTTAATAAGGGCGCACCATTGGATGCGCGCAGCACTGAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCCTTAGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCCGAATGGGGGAACCCAACAGGTACTACCTGTTACCCGTATCTGTTAAGGATGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAAGTACGCAGGAAGAGAAAGCAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGGCAATACGTAGCA + &%'),)(*,,.*&78;>94=A?;=:==<=.25987?@DB@?DEAAB<2.,2((;9;??>A@A@EJ?DD796=2>:<@944/.665189***&&+./585(-?<=8%*45ABCHFEHFD=D?9?B:2342035BA@4BAC>?@@AA<9<@=BC9ABBAPRCA;@AB7768><9?=@@>:;=986;:=A@:>77=<>>@B;??><=9:=)4210;:8A=>>58;>$94-<>>4(221&-/564*0++*)((.7>9=??A?A5@;=@>>CACH=-89=(97:6&'+37=;::=6?D=;40*&&&3;=B<=DEFF@7&2?;8766)((9>@G<=>?B=:BC@DA@*5&=)$(79:8MPDDBA;*>B@?@>DE1@>F@=GEDECJGADD85)0),+%($%**,,*++232565>:953?@@@B?75/0-,-,+58;;:68JGE6+91;:=<413$%$$&1463455'<.*057>@?<)90---.,-+89++-//0'-<<@<9;>55FA:76+23>>;;98713/''+$&&&'(.6;8:;:<=3((3?C?C?@B@<<7;&04<9@@CDB>9@>C;9;93+-7.0@A4+9=,:6=7CA9235>9<=))C;7BCBA;CI79D?CD;:=>?6(*7:>:>+$%67::<=BA,8;=><-DBFB:$140006@ACBEF;GH<>DDD&AB6@?A@CAAAC?@B?;5>?@BB=<;>=:862/./*+**:BCGKI>A9;FIJ:,*:=H>;5+)$,DCAB=;>*>?>;DCC@B@G?GAC6/9;;=5=<;3:EEGG9E3=;@B?-+/848;FAAACF>=?;:>(:5/$2/-(%&*&&-+5468997,%%%)*(*($#$&&)9;*1246=9898D?<9;@?:9>>;9=BB=H9;>58>>;99:7*'471<;<>:44='24>8''''8:2<:==BDA>3?@B>8,;=B>@<653241IJC@8>IF>A<=,C?2//8:9;936895++*-8:+1;?C>9669((+/487=>==A?B<=58>@A744*46B@:9=95;:;5:?:;11/(%#)%%,*$%2335568=?>>ABC?66>HE=;9;142697--.089<7>8;<>69;=<;?==99<98<93146=D?8ED===B96,.))(###(&'''$$$$+''.-/12./7;:79660((8>;@@A<7:9%)91666'&'++(3)::97?:A>8BCFK@@C=:99300+##%(%%$**./%&&')'(3;>@:><8>8899BFI?A;<<-,5:<>F>EG;:?=/6:@?8B=;6;<=?<4->=?=;9133136-#%%%%&)4-;;6543-+684::(:=>;66465)++$$%%#''02028/1;'$%$+%%+-///3>A;;;=>93B67799CDD87:8/0101766889..-,*4/,*)+,&$&&*99;=<0077999*576::-&%$'(('&')1779:+031&+.)&)%/+)8?360/-(()('')('*+-%/',98:;:<658:2/055000=:>>7667=8-0870'''/1(2'%('&&)*#$(&%'*'&&'$&&%%++*$#%+-*+&*%125)$$%+;98;B;<;46;:2,(&&/0''&'+0/4@@239:<=;:7;A=81566626<65:<.-+-667<658?89==4=(6>>@;44,2;35@9<:3310/(***-%%.+(###$'*(',121*%,+''%&#%''-1-767%.-+&%#%%%'/.%%'$#$#)%'$%&1&((&6.///+')*%&,)'+&((((#'5/*+6*(699&?449767=-$$*..(0/037:@@576<<9939)'24645962449>%6/0/==>5)7>:>>5<>18121)(&&3$%'2246;<=;=3'.::6:==<(+50-386562-/;=;=;+,+335<:9.042:49(->;<==:938>ED?<;:7646(842>89:828,5;6=67:476542,.,,/10//',)158779::C>>>AB9B8ABDG<;BE6;=5;6:5-.8633.%%'&*'49:59<>;?>2,/%3/'<483.6>;9DA<8@@.6-/3&%%'+,%+089(+&('(''&%%$&'-,++/1713%4033>@36BA966779=;57/011).(21.179;0>;::<:9>96',4793;==>DF>A234,/$%'5.2488@<07<='-269;79=8374/:7;?B:%%$$&'$%+/(*);=//&%4:;=:>;:>:-0,374430-*&&(1*%&$(-05&'%'&''&&'$&$#%%%%##$*,6=?=;03@;EF79@>DDB@@961-.(*67820987955868::;8%)'&++)*&#&,,+$)&)'&#$$%%##&%')&#&))+,6/5:7@?7782%-/-,.,%6;7:163/1*,$'.2:;:6:5*1:=;35/16222$&'"%())./0-(#$#&&)0$)(&(('*.22;B?:*(%%('-112>;9<%//6AD<)48579<::?::?6><:884?95=@<:7<9:8;:7;@@::9+6.32:>797;87*65::45789?4957:59>;<>4,.1.*6783))<=9)*.*+8AB@D9=::658?A:A;=>@FIDEC??@@?)43,*,***,10,1100566:988+8=<<=ECAA:73787))'()0=8=A=?1862*-6:=<==9.1(242%,.37;35:HF5==>(*2;B:>@-8<:+01,=9::1:8A@>9;>:;>=31/'*().284;7=@9-.7A=>;AAB0<57885---15233.,-.3006:*8;<:.'-2%0.-4/-%&*% @SRR14011045.37439 962a79d6-7b9f-4f80-986d-7759917bf302/1 TGCTTCGTTCAGTTACGTATTGCTGTTGTTTGGGTGTGTGGGTGTTGTTTGTGAACTCGATAGTGTGTTTGTTTGTTTTGTTTATGCCTGTTTTTTGTTTTTGAGTGTTTTGGTTGGGATTGCTGGCCGGATGTGGTTTGTTTGAAGTTGGTTTTTCTGGGGCTTTAACGTTTTGTTTTTTGTTCGGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCTTAACACATGCAGTCGAACGCTGACCCAGCTTGCTGGGTGGATGAGTGGCGAACGGTGAGTAACACGTGAGTAACCTGCCCTCTTCTTTGGGGATAACGCCCGGAAACTGGTACTAATACTGGATATTCACTGGCCTTCGCATAGGGGGTTGGTGAAGGATTTTTTCTGGTGGGGATGGCTCGCAGCTATCAGCAGCATTGGTGCAAACGGTGTGATGGCCTACCAAGGCACGACAGGTAGCCGGCCTGAGGGTGACCGGTCACATTGGGACTGAGGTGTGGCCCAGACTCCTACGGGAGGCAACAGTGGGAATATTGCACAATGGGCGAAAAGCCTGATGCAGCGACGCCGTGGTGGAGGCCTTCGGAGTTCTTAAACCTCTTTCGCTCATGGTCAAACCGCAACTGGCGGTTGTGGTGAGGTAGTGGGTAAAGAAGCGCCGGCTAACTACGTGCCAACAGCCGCGGTAATACGTAGGAGCGCGAGCGTTGTCCGGGGTATTGGGCGTAAAGGGCTTGTAGGCGGTTGGTCGCGTCTGCCGTGAAATCCTCTGGCTTAACATAAGGGCGTACGGTGGGTACGAGGCTGACTTGAGTGCGGTAGGGGGCTTTGAACTCCTGGTGTAGCGGTGGAATGCGCAGATATCAGGAAGAACACCGGTGGCGAAGGCGGGTCTCTGGGCCGTTTTCGGCGCTGAGCGAAAGCGTGGGGAGCGAACAGGATTAGATGCCCTGGTAGTCCACGCTGTAACGTTAGACTCGATTGTGGGGGCCACCCGTGGTTTCTGCGCCATGCCTTTGGTGCCCCGCCTGGAGTACGGCCGCAAGGCTAAAACTCGAAAGAATTGGCAGGGCCCGCACAAGCAGCGGAGCATGCGGATTAAATTCGATGCAACGCGAAGAACCTTACCAAGGCTTGACATGCACGGCGGCACTGCAGAGATGTGGTGGCATTTAGTTCCGTTCAGCAATACGTAAGAGG + $$$&-+8=@?=A>?CB<<<=>@E@@?JFHHGG;>9799(87344=BDDEF?>*:BB?8;>=96?42,6C;5=?;8?>;5*238<=279>:;FKFGA7BFHEA334;:CHIB?8BA>>7ANMBD>@:32./,.&%*.9;93-9-,'$0/6+-.::=:58+1;9;??98=@@>BHC2?>BEGA;;03**(%((9:;??A>?C9:B@,*?:<8775((68359*2-.;==114;5+52286*))*%&178637*''(&--,.-/)28;57<:7=>.'(/30(((242443401--#'(%%6,45-+0(/:;:8781*'*)*'%&21%&,.+1)*-7==2252(+((#/5322/-++.++%.767&(,-,)&$'--22))%%%$&##$$&&#%)+0)&'%$+//33.2$-()..-.(%$%.,&%***.36603<;:4(3,4388;>,1B@58..03.7;.-)$'%(&&&-88:99>>?<;:79$':+++-$&*(0-,./450@@@B/454549=<6+++(.%8;=BB>?:;9:574,+*&%(*3-2/3302330(($&%%%#$'*+-040067>?@@/-..1?>02%'&(4'((3.(&,+722&.1,--2+**,8/6=9A@3&404;776%*51920(((((')(%&,.33:==AB?77'*-.7336>=F@><;2=>D??A@=.A=>=B@BA:=9=:688102995$**,($*&)(98?<<;6>,1=>>>=<))'-983776120/:>9<$*<89.-)%&%($&(+57458:8;89+;+(++--;<====>?B/49:7D::78C;>:7A:?>>;9?;8;:;<9/(,*'(&%)+,%)574/&+*+)(.95?8;=?6<::9;-'FABB900*+$'(')*,*),435781./$'*)')36%)%&'(,))+30104<:46:65)1<9<<@>;9('//0'()-.011%)12??<;4><60(&)45<1112+4::4;@?@A?=:60(..,)-.13..)&04?AC?AHEDAA=1.03364077868469;5()$'(&+()(-*+417;>;:45.3*,06<:864564/01&)'-+$%%(*,7./11&2*5#%('*/0/58:.-/00661/*( @SRR14011045.71839 98c055b3-7bac-4939-aa84-457f6823bfce/1 TTGTACTTCGTTCAGTTACATATTGCTATGGCAAAGCATTTCAATACCGATAAAATCATTGGTGGAAAGCTACATTGGCGATCAAGGATGGACAATTTTAAAAGAAATCAACCCAAGTCTCAGTAGACAATCCACGACTTTATTCGATAATGACTATATCCAGCAATGGATCAAGTACCAATTGTTTGACAATTTACAAGCCACTATGATTAGTTCAACGATCCTTGTTACAAGGCGGATGCTATCCATTTAGTAGATGTAAAACAAAAATAAGTATAAGACAAGTGATATCATAGCAATCTAATTAGAAAAGGAGATAACATGATTAAAACTGTAACAAAGGATGACCTTATCGAACTTGGATTTTTCAGGAACTGCAAGAAGATTATCCATACTGGCAAATTACTATTAGTGAATCGTGATTTAATATCTACGATAACAAACGGATTGGTACAATTCCAGCCAGTGTTGCTGAAGAACTACTAGGAATTGAACTCGAAAGAAGCATAATGAATGACTATTCGTAAAACTAAAGTGGTAAATGGATCGTTGATGTTTCTAATGGTTTTCACCCAGTCACACAAAAAAGAATACGTATTATTCGTAAAGGATTAAAATCTAAAAGGAAGCCCTAGAACTTGAACTAACATATTAGAGTTGTAGAATTAAAAGAAAAACAATTTGACTTTGTAGTAACAACGGATATGTTATTCGACTTACTTGAAGAAGATGATTTGAAAAATGGCAGAAAAATAAACTACACAAGTACACAAAGAAACAATTATGAGCGTCATATTAAGCCATATTTTAAAAATAAATTTAAATAAATTAGCGTATGACCATATATTCGAATTTCGTGAATACTAAACAAAACCTAAAAAAACAAAATGAAAATGAAGTTTTAAGCAATAATACAATTAATAAGGTTCTAATTTTACTTAAAAAATTTTTTTGATACTGGTATAAGAAAATCTCTCATTGATAAAAATCCTGTGAGAATTTGAAAATTTCCAATTGGAAACCTAATATCAAATTTTGGAGTATAGAAGAATTCACGAGATTTAGAGAACTTATTCGAGATGATGAAATAAGCTATGACCTATTTTTCGCGCAATTGCTTTCTTTACTGGGATGAGAATGGGAGAAATCCTCGCATTGAACTGGAATGATATCAAATCTTTTATACAAATACGATTTACGTTACCAAAACGGTATACTTTGTCAATATTACAAGCTACATTAATACAACAAAAACACGATCAAGGAACTAGAAATATAACTAAATCAGAAATTAGCAGAAATGCTAATGAATTGGAAAATAAAACAAAAGAAAGACTTGAAATTTTGAAAAATGAAGAACTACAAATAATACAGAGTACACCAATAACAACAATTACAAAAAATATGATTGATAAGAAGTTTAAGCAAATACTAGAAAGGGATAAAGATTTAAAGAAAATAAGAATTCATGATTTGAGACACTCTCATGCATCATTACTTATAAATCAAGGAGAAGATTATCTTGTTGTCAAGAAAAGATTGGGACATGCATCTATTACAACAACAACTGATGCTTATTCTCATTTGTACCTAGCAAACAGAAAACATTGGCTAATAAACTTGATGATTTATTTTAAAATGGAAAAAATTGGTAACTCGACACACAACAAAGAAAAAAGACAAGGTCCGAAAACCTTGTCTTTAATATATACCAGCGGCCAGGGTCGAACCGGCACGTCCTTGCGGACACTGGATTTTGAGTCAGCGCGTCTGCCAATTCCGCCACGCCGGCATAAATTTAACTGGGGTAGCTGGATTCGAACCAACGCATGGGAGTCAAAGTCCCTTGCCGCTTGGCTGTATACCCCAATAATAATATTAATAAATAGGCGAGTGATGAGGATCGAACCCACGCATGCCAGAGCCACAATCTGGTGTATTTAACCACTTCACCACACCCGCCACCAATTATTAACACGGGCAGTAGAATTGAACCCACACTGAAGGTTTTGGAGACCTTAGTTCTACCTTTAAACTATGCCCGTAAAGGATGGAAGGGAGGGATTCGAACCCCCCGAACCCGAAGGGCGGATTTACGGTCCATGCCGTTTGGCCTCTTCGCTACGCCTGATTATTGGATTGATGGCGCGAGACGGAATCGAACCGCCGACATGGAGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCAAATTGCGGGAGCAGGATTTGAACCTACGACCTTCGGGTTATAGGCCGACGAGCTACTGGTGCTCCATCCCGCGTTAATTTTAAAAAGGAGGATGTAGGATTCGAACCCACGCACGCTTTTGCACGCCTGACAAGCGGTTTTCAAGACCGTTCCCTTCAGCCGGACTTGGGTAATCCTCCAAATATATAGTCCGTGCGAGTTCGAACCCGTGTTACCGCCGTGAAAAAGGCGGTGTCTTAACCTTGACCAACGGACCATACTATTAATGGGCACGAGTGGACTCGAACCCACCAGCCTCCGCTTATCAGGCGTGCGCTCTAACCACCTGAGCTACGTGCCCAAGTTAAAAAACTTGGTAAAAATGAACAAAGTTCCAAAGCGGGTGACGAGAATCGAACTCGCGACAACAGCACCAGAGCTGTAGTTTTACCCTTTAAAGCTACACCCCGCTTAAATGGGAGTTAACAGGATCGAACCGCTGACCCTGCTTGTAAGGCAGATGCTCTCCCAAACCGGGCTAAACTTAAATGAGCTGGTATCACTAGGCTCAGTCTCTTGTAAGCATTCACTTATCTCACAGGCAACCCCAACTACTTCCGGCGTTCTAGGGCTTAACTGTATGTTCGGCATGGGTACAGGTGTATCTCCTGAGCTATCGTCCACTTAACTCTGAATGATTAAACATTCTTAAAGAATTAGACATCATATTTTACACATACATCATACCTTCTAACAGGGCCCCAACCTTTGGTGGCAATGTCTTCTGACTCTTTGGGATGTTAGTCCTCGACTATTAGTATTAATCCGCTCCATTGCTCACACAACTTCCATCGCCCTATCTACCTGATCTTCTCTCAGGGCTCTTTAAGTATATAATCTTGAAATCTCATCTTGAGTGGGTTTACCTTCAGATACTTTCAGCGTTGTCCAACCTACATAGCTGCAACAGCGATGCCTCTGGCACGAGACAAACTGGTACACCAGCGAGTAAGTCCTCTGGTGTCTCTTACTAAAGGAGCAGATCCTCTCCAAAATTTCCTGCGCGACGGATAGGGACCCGAGCTGTCTCGACGTTCTAGACCCAGCTCGCGTCTCTTCGTAGGCGAGTCTTCAGCCAGGACCGACTGTAGCCAGGATGCGACGAGCCGACATCGAGGTGCCGACTCCGTCGATGTGAACTCTTGAGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTTATCCGTTGAGCGATGGCCCTTCCATACGGATACTGGATCACTAAGCCCGACTTTCGTCCACCAACAAGTTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTATCTGCGAATGATTTCCAGCCATTCTGAGGAACCTTTGGGCGCCTCGTTACCTTTCAAGGCGACCGCCCCAATCAAACTGCCCGTCAGACACTGTCTCCGTAGATGATGAACCTACCGAGTTAGAGTGGCCATAACACAGGGTAGTATCCCAACAACGCCTCCATCGAAACTGGCGTCCCGATCTCAATGGCTCCTACCTATCCTGTACATGTGGCACAGACACTCAATATCAAACTGAAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCAGGTAACCTGCATCTTCACAGGTACTAAAATTTCATGAGTCTCTCGTTGAGACGGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGTAGCAATTTTCAGAGGCTTCAATTCATGCAACTAACACGCTAAGCACTCCTCTTAACCTTCCAGCACCGAATGACGTCACCCTATACATCATCTTACGATTTGTAGAGAGCTGTGTTTTTGATAAGCAGTTGCTTGGGCCTATTCACTGCATTGACTTTAAGCCAGCACCCCTACTCGAAGTTACGGGGTCATTTTGCCGAGTTCCTTAACGAGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATGATTAACGCTAGAAGCTTTTCTTGGCAGTGTGACGTCACTAACTTCGCTACTAAACTTCGCTCCCATCACGGCTCAATGTTATAGAATTAAGCATTTAACTCAATTCACACCTCACTGTGAACGTGCACTTCCAGTCGCACGCTTTAGTTAGCCTACTGCGTCCCTCCTTCACTACATGCTCTAGTACAGGAATGTCAGCCTGTTGTCCATCGGATACCCCTTTCGGTCTCTCCTTGGGTCCCATTAAGCAGGGCGGACGAGCCTTCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTATCATGCCGGCATTCTCACTTCTATGCGTTCCGGCGCTCCTCACGGTACACCTTCTCCACATAAGACGCTCTCCTACCATACCTATAAGGTATCCACAGCTTCAGTAAATTGTTTTAGCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGAATAGGTTTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCCACATCCTTTTCCACTTAACAATTATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTGGCACTCCCAGTCTGACTGCAAACCATAATTCATTGGCATTCCAGGTTTATCTGAGATTGGTAATCCGGGATGGACCCTCACCCAAACAGTGTCTACCTCAAGAATCTTAATGTCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGAAAGTTCATTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCACATGGTTCAGTCCTCCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATAATACTATTCCGCCCTATTCGAACTCGGTTCCTACGGCTCCGTCTCTTCAACTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGAGTGCTTTTCACCTTTCCCTCCTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCGAGCAGGATTTCTCGTGTCCCGCCGTACTCAGGATACTGCTAGGTATAAAGACTATTTCGAATACGAGGCTCTTATCTCTGTATTTGACCTTCCCATGTCATTCTTCTATAATCTTTAAGTCCACATTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGGACGCTTTCCCTGCCGTTTCGCTCATGCTACTCAGGCAATCGCTTTTGCTTTCTCTTCCTGCGGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCTACCTATGCTTAACAGATAGGAGTACTAGCCATTAGCTAGTGGGTTCCCCATTCGGACATCTCTGGATCGTCGCTTACTTACAGCTCCCCAAAGCATTTCGTCATTTGTCACGTCCTTCTTCAGCTTCTAGTGCCAAGGCACATCCACCAGTGCGCCCTTATTAACTTAACCTTATTTTGGTCTTGCGACCTAAACTCTTTAAATATTTACAGCGTTTCGGTTTATTTCTTGTTACTATTTGATATAGATATTCAATTTTCAATGTTCAATCTTAACACCCTTAAAGTGTTAATGGAGCCTAAGCAGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCATTGACTAATTTCCCACAAGACCTCTCAAAACTAAACAAGACCAACGTACAAGGTTTCCATTTCCTTGAAAAGGAGGTGATCCAGTAGCACCTTCCGATACAGCTACCTTGTTACGACTTCACCCCAATCATCTGTCCCACCTTAGGCGGCTGGCTCCAAATGGTTACCTCACCGACTTCGAGTCATCCACAAACTCTCGTGGTGTGACGGGCAGGTGTGTACAAGGCCCAGGGAACGTATTCACCCGCGGCGTGCTGATCCATGGTTACTATTGATTCCGACTTCATGTAGGCAGGTTGCGGCCACAATCCGAACTGAGACTGGCCCAAGAGATTAGCTTGCCATCCTGGCTTTGCGACTCGTTGTACCAGCCATTTATGGCACGTGTATGGCCCAGGTCATAAGGGGCATGATGAAGTTGACGTCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCATGAGTGCCCAACTCAATGATGGCAACTAACAATAGGGAGTTGCGCTCGTTGCAGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCACCACCTGTCACCTCTGTCCCGAAGGAAAAACTCTATCTCTAGAGCGGTCAGAGGATGTCAAGGCCAAGCCAAGGTTCTTCGCGTTGCTTCGAATTAAACCACGTGCTCCACCCGCTTGTGCGGGCCATCAATTCCTTTGAGTTTCAACCTTGCGGTCATGCTCCTGGGCAGAGTGTAATGCCGTTAGACTGCGGCACTGAGTCCCGGAAAGGACCCAACACCTAGCACTCATCGTTTACGGCGTGGACCCCTAAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCCAGTTACAGACCAGAGAGGCCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGAGATTCCACTCTCCCCTTCTGCACTCAAGTTAAACAGTTTCAAAGCGTACTATGGTTAAGCCACAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCACTTTACGCCCAATAAATCCGGATAACGCTCCCGGGACCTACGTACCGCGGTACGCTGGCACGTGGTTGAAAGCCGTCCCTTTCTGGTAAGTTACCGTCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTCTCTTACAACAGAGCTTTACGATCCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGCGGTGGTGCCCCCATTGCCGAAGATTCCCTACTACTTTGCCTCCCGTAGGAGTCTGGGCCGTGTCTCGGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCCTTGGTGAGCCGTTACCTCACAACTAGCTAATACAACGCAGGTCCATCTCTTAGTGATGCATTTGCACCTTTCAAATCAATATCATGCGATATCGACTTTTATGCAGTATTAGCTATCGTTTCCAATAGTTATCCCCGCTAAGAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCTTCCGCTCGGTGCAAGCACCAGAAAGCAGCGTTCTACTTGCATGTATTAGGCACCTTAGCAATAGTCATCTGGTAAGGATCAAACTCTCATTAAAATAATTGTTTGTCTTAAACTCGTTCTGTCACTGACAGATTTGTTGTTTTTATTGTTCAGTTACTATAACGTGGTTTATAGCGCCCTGCCTGATGGTTCGTCTTGTTCCAGTTTTCAAGGTCTTTGTCGCTCCTTTGTTTCTTTATAATAGTATATCATGACTACCCTTACTGTCAATACTTTTTCCAAAAAATTTTATTTTTTGAAAGTTTTTTTTAAACAACAAAGAAAAGCCTGTATTACAGGCTTTTCTATTAATCTAGTTCTTTGTTAATGATGAGAAATTTTTCTTCTCGTAACCTCTTTTCATTAAACCTGCTTCAGCTAGGTCTAGAAGATCTTTTGAAAAGTTGGATCCTTCTTTTTCTTCTTTACTTAGAATTTTCTTTGAATATTTCTTTCTAAGTTTTCGATAAGTCTCCTGTTCTTCATTTTTAAAAAATGAAGAATCTTCTAAATAGTTTTCCAGTTTTTCTAATTGTACAAACAAGCCCAACTCAAAGGCAATCGGGAGCAAAGGTGGTTTCTAATGGTTGTGTACAAACACTTCTAAATTCCACAGTCCCACGAGCAGTTCTAAATCCTGAAATTGGTAACTTCGATGTTGTTTTAGATCTTCTTTTACACAGGGTTAATGATTTTCTCATTTCCATCAGCCGTATAGGCTGTAATTTCTTTTGATCTAGATAGTCTTTTACACGAACAGGTTTAAAATAATAGGATTTGCCCTCTCTAGTTGCCGTAAAAATAGCCGTTCCTAGCTTGGGACCATTAAAAACTCTTCTTCGCTTTGGTAGTCCTTAGGATAAACCCCTACATTTTCCTTATAATAACCATGTAAGGATTCTTCCCCAGAAAATATCTCTAGCAATTTTTGTATTCCAAGCTTCTGCTGTAAATTCTGAGTTAGAAAACAAATGCCTTTTTCTTTGCTTCAATTTTATTAAATGCATTAATGATGCGAATATAATTATCGCGCCTTACATCCAATTAGGCCATAGTTTCCGCATATAATGTCCGTACGAAGGATAAGGTGTGTCTTCATCTATTTCATTCATACAGGAAAGCCATTAACATCTTGTATCGTTCAATTTTCACTGGGCTATTATCATTTTCTTTCCACAAAGGATGGATTCCATTGCCTTGAATTTCGTGTTTATTTTCTTGTAAATCGGTTGAATGATCTTCAAATAGTCCTCAAAACGTTTGGCCACCTCATTTATAGAACAGGCTCTCAAATGCAAATTCAATTGTATTGTAACTCAACTCGAATAGAATACGATCTTTAGAAGAGCAGTGAATCAATTGAATAGGATTTTGATTGTCATCTCTTTTTCGACTTCAAAATCTGATAAGTTTGCTGAGTTCGAAAAAGATTTTTCGTCACCTCTATATTTGTTTTGTTTCCATTTGTTTCTACAATCGGAAACTCTAATTTAACTCCGACAAAGAGTTCCGAATCCTCTTTCATATTACTAGGTACTTCTATTTTTTTAGTAATTTAATTGCTTGTTGTTTTGTCATTGAATCCTTTTTCTTCTATTGGAGATATGGGTTCCATTTATATCATTTTTGCTGCCTTCTCGACTACTCACGAAAACAAGACAAAACGCCTACTTTGAAATTGTTTTAAATTAAAGCAATTTCGTAAACAAGCGTCACCATTCATTCAATATGATGAGTGTTCCCGCTGGGGAAAACCCCAGCAGTGAACCCGAAGTAGACCCAAAGAATAACAGTGTGTTCCATCATCATAACACTCAACAAAATTGATGATATTATACCAATTCGATGATAGCCATTAGCCCCATGACATCACCACGACGTGGTTCGGTTTAGGATACGAGTATATCCACCATTGCGCTCAGCATAACGAGGTGCTAATTCAGAGAACAATTTTTGAAGTGCAGTTGTTTCACAGTATTTACCTGTTTTCTTCATCAAAGTTTTGTGATGCAACTTCGTTACGTACGAATGTTTGACTTGACGACGTGCATGCAAATCACCGTTTACCCAAAGTAATCATTTTTCAACTGATTTACGGATTTCTTTCGCCCGTGCTTCAGTTGTTACAATCGCTTCCATTGATGATAAGATCTGTAGTCAAATCGCGAAGCATCGCTACGTTGTGAGCTAGTGCGTCCTAGTTTACAGTAAGCCATCATATTCCTCCTCTATTTATCGTTTTTTTAACCCAAGGCTAAGTCGGCAAGTTTGATTTTAACTTCTTTAGGAGCTCTTGCGTCCCAAGTTGCGAACTTTCATCATTTCTGCTTCATTTTTCAGTCAAATCGTAAACAATGCCAGCACGTTTCAAACAGTTATGAACGAACTGAAAGATCTAATTCTTCGATCGTACGTTCTAAAATGCGATCATCAAGTTGTATCCACTTCCTTCATAACATCTGTTGCAATAGCAATTCCAGTTAAGTTTGTGAATGAATTTGGTGTTCTGTCAAAATACGAGCAGACAAACCTAAGGCATCTTCTGGAATGATTGTCCCATTTGTCAAAATTTCAAGGGTTAGCTTGTCAAAGCCATCGTTGCTACCAACGCGTGCTGGTTCAACTTTGGCTTAATTGACTTTAGTCACTGGCGTATAGATTGAATCTACAGCAAGTGTTCCCACTGAGTGCATCATCTTTTTTTGTTTTGGTCCAGCTGGAACATAGCCACGTCCACTGTTTACAGTAAGCGTTGCTTTCAAAGATGCTCCTTCTCCGATTGTAAATAGATAATGATCAGGTTTACAATTTCGATGTCACTATCAGTAAGAATGTCTCCGGCAGTTACTTCTGTAGATTCTTCTACATCAGATTCAATAATCTTTTCGTCTTGGACGTAAGATTTAACAGCGATTCCTTTAACGTTAAGAATAATTTGCATAACGTCTTCACGTGTAGAACGGTATCAAATTCGTAGATCTACCTTCAATGTTGATTGAAGTGACGAGCACGCATAGGTGAAGCCAGAAGTACACCACGACGAAGTGAGTTTCCAAGTGTTCGTACCATGGCCACGTTCAAGTGGTTCTACGACAAACACGCCATAATCTTTGTTTTCATCAATTTTTGTTATATTTGGTTTTCAAACTCAATCATTTGCTATACTCCCTCTTAAACGAAAAGCTGTGTAATTGTTGATGATTATACACGGCGACGTTTTGGAGGACGAGCACCATTGTGTGGTACAGGAGTTACATCGCGGATTGCAGTTACTTCAAGATAGCGGTGACAAGTGCACGAATAGCAGACTCACGACCTGAGCCAGGACCTTTAACAGTTACTTCAACAGATTTAAGTCCGTGTTCTTGAGCGACTTACTATACAATGACTTCTGATGCATTTGGTGACAAATGGTGTAGATTTAAAGAACCTTTAAATCCAAGTGCACCTGCAGACCAGCCAAGCGATTGCGTTACCATGCACATCAGTAATCATAACAATTGTGTTGTTAAATGTAGCGTGAATATGAGCAATGCCAGATTCGATATTCTTTTTCACGACGTTTACGTGGTTTAGCTGATTTTTACCTCCTTATTTTATTTTTTATTTTTCTTACTGCAATCGCAACAGCTTTACCTTTACGAGTGCGAGCATTGTTTTTAGTGTTTTGTCCACGAACTGGGAAGTCCACGACGGTGACGGATACCACGGTATGAACCGATTTCCATCAAGCGTTTGATGTTCAAGTTTACTTCACGACGAAGGTCACCTTCAACTTTGATTGCGTCAACTTCACGACGGATAGCATCTTCTTGATCTGGTGTAAGATCGCGAACACGAATATCTTCAGAAACGCCTGCGGCAAGTTTTCTTAGATGTTGGAAGTCCGATACCGTACACATAAGTCAATGCAGTACTACACGTTGTCATTTGGAATGTCAACTCCAGCAATACGAGCCATGTTTTCTCCTTTCTATCTTATCCTTGACGTTGTTTGTGTTTTGGATTTGCTGGGCAAATTACCATAACTTGACCATTACGACCGGAGTGCACAGTATTCGCAAATTGGTTTGACCGATGGTCTTACTTTCATTTTATCCCTCCAAGTTTTTCGATTATTTAAAGCGAGGTATGTGATACGTCCACGTGTCAAATCGTACAGACTCATCTCACCTAGCGATCTCCCTTCGAAATAGAATGGATTTTTACGAATTTTACCAGAAACTGTTGTAAAATCTGATGTCCATTTTCAAGTTCAACCGTAAACAGCATTCGGCATTGTATCGACTACTTTGCCTTCTGCTTCAATCACATCGTCTTTTGCACTAAAGTACCTCTATATAATTTCGATTCATTCCTCTGAGCACAGAGTAACAATTATAAGTCAGACTAATAATTATGAAGTTTAGTTGTCCAATATTGCAAGCATGAAAAACGCTTTTTTATTTCAAATTTGATAACTTTTAATGCAAATACATCGATATCTTGGTTCCCTTGGATGTCATGTACAAGTCCTTTTGAACGATAAAATTCAATGATTGGTTCTCCTTGGCACAATGTCAGCGTCCAAACGACGTTTAACCATTCTAGTTTTATCATCTTCGTTGGTATGAAATCATGACCTTGACAGTATCACAAGTTCCTTCAACTTTTGTAGGATTAAATACTTTATGGTAAATTTACTTCACAAGTACGGCAGATGAAACGACCACTCCGACGCTCTAACAAGGCTGGTTAACTTCAATATTGATAGCATTAATGTGATGCAAGTTCGGCAAAGTTTGATCCAAGGCATGAGCTTGTTCAATTGTCTTCAATCAGATGGCCATCCAAAGGAAACCTGTTTCTTTAATATCATCTTGAGCAAGGCGTTCTTTCACAATTCCATTGGTTACTTCATCTGGTACCAACTCCACCTTTTATCAATGTATGCTGATTTTGCAAGCACACCATTTCAGTTTGGTTATGTGTGCGAACATATCTCGGTGGAGATGTGTGCGCTACGTGAAACTCTTCAACGATTTTAGTAACTTGAGTTCCTTTACCTGTAAAACCTTCTGATAAAATTCATGATGAATTCTCCTTATTTTGTTTTTAAATGGAAGCAGGAGCGATTTCTACTGTTTAAAACAAAATAGAGGCTTAAACAAAGTCAACCTTCTATTCTGTTGTTGTGTCCATAAATCCGACATACTTACGTTTTAATAAGTAGCCTTCTAATTGTTTCATTCCCTCAATATGCAAAATAATGATTAACAAAATATGATTCCTCCAAGAACAACTGCGTATCTCATCAAATAAAATAAATCTCGAGCTAGGATTGGAATGATGGTAATAAAGCCAAGGAATACGGATCCGACGCTTGCTAAACGACGTAGCAAACGAGACATAAATCTTGTCCATACAGGGCAGACCTTGCAGGATATAAGCACCACTCTTTTGAAGGGTTTCGTTTTCAGGATTGATCTGAACAAACGTGTAGAAGAAGGTAGAAGAATGATCAATAAGGCATACATTGCCACGGTTGATGTGTTTGCATCTGCTGGCTTGACTGTTTTCACCCATCCTGCATTGTAACCCATAGCGCTAATCACTTGGAAAATCGCGACAGGCCTTCGCTGTAATCGAACTAGCGAAGATGACAGGAATAACCCCTGCTGGGTTTTACTTTCAAAGGAAGGTAAGAACTTGATGGGCTCCTTGTGCAATCTTTGTATGTTGGATTGGAATCTTGTATTGTGCTTGCTCTACAAAGGTTGTAAAGTAAACAATAACCAAGACGGCAAGGATTAATACCCCAACAAAAATAGAGGGAATTGGTCATTTTGACCAGAACGAATATTCACAAATGCATTTTCATAGATTTCTTTAATCATCTCAGAATTGATGACACAATCCTGCAAAGATAATCATTGAAACACCATTACCGTAGCCTTTATCGTATGATTTTGTTCTCCAAGCCAAATCACAATCATGGAACCGGTCGTCAGAATCGCACCGATTAATAGATAGGTCTTGGTATTTGGAAGTGCGACTAATTTCGCCTGAGACAAAGTGTGGAAGGTGGCTGTAATCCCGATGGATTGGACAAAGGCTAGAACCAAAGAAATATAGCGTATTTGCTTGGTTGAGCTTTCTTCGACCAACTTCCCCTTGTTTGCCCCATTCAACAAACTTAGGTAACAGATCCATTTGCAAAAGTTGCACGACGATCGAAGCTGTGATGCTTGTTCTTCCCTAGAGCGAAAGCGGAAGTTCCTCATGGCGTTCCCAGAAACCAAACTATGCGAGCATGTTCAAGAAGGACACATCTTGAAGGTTGTTCCAAATTTTCCCGCATTTATAGGCACTGTAATCGTGGTCCCAATGCGGAAAACAAGAATGATGAAGATCGACAAATAAAATCTTCGACCGTACTTGTTTCACATACCAAATACATCTTTTAATAATTTAAAAACATAGGTCACCTCACTTAGATGACTTCAACTGAACCACCTTCCCAGCAGTGATAGCTTCTTCAGCTGATTTGAAGATTTAGCGACTTTAACAGTCAACTTCTTAGTCGTTTACTCCGTTACCAAGAATTTTGATACCTGATTTTTCAGCTTTTACAATTCCTGATTCTACAAGTACTACTGGAGAGTTGGCAGCACCATCTTCAAAGGCGTTCAATTGGTCAAGGTTCACAATAGCATATTCTTTAGCGTTGATGTTTGTAAATCCACGTTTTGGAAGACGACGGAACAATGGAGTTTGTCACCTTCAAAACCAAGACGTACACCGCCACCGCTACGAGCTTTTTGACCTTTTGACCGGCAAGTTTTACCATTACCAGATGAAGTACACGACCAACACGGTTGCGGACTTTATTGAACCTGTAGCAGGTTGTAATTCGCAGAAGTTTCATTATTAATTTTCTCCTCTTTTGTAAATTGCTAACGCATGTAATCAGGAAAAGGTGTCTATTCTAAACTCGCCTACTTCTACTTATATTTAGTTTTAGGGGATGAGAACCTCTCATACCCCTGAAAACTTGTTTCTATTTAAATAGATTATTTTACTTCTTCAACTGTTACCGGTGGATACAGCAGTGATCATACCGCCACGTACTGCTGGGTTATCTTCTTTAATATGAGCTGTTCAATTGCCAAGTCCAGGTATACAACAGTTTTACGTTGTGACGGGATGCGTCAAGTTGGAGACTTAGTCAAAGTAATTTTAATTTGAGCCATTTGAATCTCCTTTCTTAAGCCAAGTCAGAAACTGAAATACCGCAGCTGACAACTTCATCAGCGCGTTTCAATTGTGCTAAACCGTTAACAGTTGCACGAGCGATGTTGGTTCGAAATTAACTGATCCAAGTGATTTAGATGTAACATCTGCAATACCTGCCGATAGAGCAACGGCGAACTGCTCCACCTCGACCTTCAGCCTTCGATAGCTGGTTTCAACAATGCACGAGCTCCACCAAATACCAGTGTTACTTCGTGTGGAATTGTTGTTCCAGCCATAGGAACTTCGATCAGGCACCAACAGCATCTTCAACAGCCTTACGGTTAGCCTGGAACTTCTTGAGCTTTACCAGTACAAATCCAACGGCGACTTACGGTCACCAACAACTGCAAGAAGTACATAGAAGCAAGCGACGTCCACCTTTAACAACTTTTGTTACACGGTTGATGGCAACTACGCGTTCTTAAGTTCAACTGCATTATCTTTAAATGCCATTTTCTAATTATTATCCTCCTATTAGAATTTCAATCCGTTTTCACAGTACGCATCAATAGAAGCTTTAACACGTCCGTGATATAGATATCCACCGCGGTCAGACACCATCAAATACCTTTAGCAACTGCGGATGACCAGCAGCAGGTTTGCCGACAACAACGGCTTGTTCAGTTTTAGTTTCCTTTTGAAACTTCTTTGTCAAAGAGTTGAAGCGCTTGCGAGCGTTACACCCGCTACGTCATCAATTACTTGAGCGTAGATGCCTGTATTAGAACGGAATACGTTCAAACATGGGCGATCAGCGGATTCCAGAGGATTTCCGCGAACGCGATGGTGGCGTTTTTTGACGGATTTTTGTTTTTTTATCTGGTTTCGAAATCACAATTTTCACCTCTTAATTTTGTAAAATCATGTGCTAAGCACTGAGTTGAGTAAGATAGAGGATGGTTGAAAAACAACCAAACTACATTATTTACTGTTTTGCCTTCTTTCACGACGAACGTGTTCACCAACATAACTTGGATCCCTTTACCTTTGTATATAGTTCAGGTGAACGAAGGCTACGTACATAGCGTGTTGTGCTCACTTCTTTTGAAATTCCGCTAACAACGATTGTTGTTGGGTTTGGAAGTTCAAAAGTAATTCCTCTGGAGCTTCAGCTTCGTCGGTGTGATTACCAACAGCCAAAACAAGTTTTGATCCTTGAAGTTGTACGCAGTATCCAACCCCGCGCATTTCGAAGTTCTTTCTTGAATCCTTCATTTTCAGTAACCATGTTCAAAAAAAGGGCACGAGTTGTTCCGTGGATTATTTTTCATTTCTTTTGAATCGTTTGGACGGTGAAGTATTACTTCAGTACCTTCCACACAGTTTCAATATCTTTTGAGAACGTACGAGTAAGTTCTCCTTTGGAATCCTTTTACGAATTTGGTGCTTCATTGTTAGTTTTCAACACCAGCAGGCAACACGATAACTTTAATACCAATACGTGACATGTTTTTTATTCTCCTGTTAAATTGTCAGGCATTTTACCGGAGCCCAGTTTTCACGAGTTTAAATCTTTTGATTTAAAAGTTAATGTTAGGTCTCAATTTCTAAGTGAATCGAGCGTTGTCTCGCAGACATAACTAGGTTAGGCAAGAGACAATAACGAAATCACAACAGAAATTGAGGAGCTAAATATTACCAAACGTAAGCGATAACTTCTCCACCAACATTCTTTTGGCGACTTCACTGTCAGTAAGCAAACCTTCAGAAGTTGAAAGGATAGCAATTCCAAGTCCGTTAAGAACTTTTGGAAGATCTTCATTTTGTAAACACGCAAACCTGGTTTTTGATACGTTTCAGTTTGTGATAACTTTTTCACCGTTTTGTCCGTATTTCAAGAATACACGGATGATGCCTTGTTGTCATCTTCGATGAATTCAACGTTTTTTACAAAACCTTGGCGTTTAAGGATTTCAGCAATCCCTTTTTTGATGTTTGATACCAGGCCGCCCAAGTACTTCGTGTTTCATGGATGACGTTACGAATACGTGTAAGGAAGTCTGCGATTGGGTCAGTCATAACCATTATAATTTCTCCTCTTACTAGTAGTTTGCAAGTTGCACTTGTAGTTAATGATTGAGCTAGGCTCGAAAGTTTTGATACACACAGATGAGCATTTCTCATTTGAACACGAGCTACAATATGGGCGATAGATTTGTTTTGGGCATCGCTCCTGCACCAAATCTCCTATTTTGCTATGGTTGTTGCGCTCTTTGTATCATGCTATTACCAAGATGCTTTTGTTACCCACTTATAGGATTTGACCTTCCTTATGCCGAATTCCACGGGAAGCAAACGCGCTTAAAGTTTAAACTTGCGGTAAACTGAGTGTGGACGTCCACAACGTTCACAGCAGTGTATGCTTGAGTAGAACTTCGCTGGGCGTTTGTTCTTAGCAATCATAGATTTACAGCCGTGTAGTTTACCTCCTATATTATTTTGCAAACGGCATACCGAGGCCAGTAAGCAATGCGATTCTTCGTCTGTGTTCGCTGTAGTTACGATTACGATATCCAAACCACGAGTTTTATCAACATCATCAAAGTTGATTTCTGGGAAGATCAATTGTTCTTTCACTGCAAATTAACTGTAGTTTCCCTTTAATCCATCAAATGATTTTGTTGGAACACCATGGAAGTCACGTACGTGGAAGTGGAAAAATGTTGTTATCCAGGAATTCGTGCATACGTTCACCACGAAGGGTAACTTTTGCACCGATCACTGCTTCCTTCACGAAGACGGAAGCCGGCGATTGATTTTTTTAGCCTTAGTGATCAATGGTTTTTGACCTGAGATCAAAGCAAGCTCTTCGCTGACTTTTTCAAGGTTTTAACTTTGATACCATCACCGACACCCATGTTCAAAACGATTTTATCAACTTTTGGCACAACAGCCATAACTGATGAATAGTTGAACTGTTCAGTCAATGATGGTACTACTTCATTAGAGTATTTTTCTTTTAAACGATTAGCCATTATACTTCTCCTTTCCTTCGTGATTAGTCAAGCACTTCGCCTGATTTTTTGTTGTGAACTTTTTGCCGTCTACAAATTTGTAGCCAACACGTCCAGCAACACCGTTTTGTCCAAAACTTGAACGTTAGAAGCATGGATTGGAGCTTCTTTTTCAACGATTGCACCTTGAGGGTTTTCGTTATTTGGACGTTGGTGTTTCTTGATGATGTTTACACCTTCTACAACAACTTTATTTGCTTTTGGAAGAGCAATGGGAACAACAGCTTCTACGCGCCTTTGTGCTGTGATAACGCAGGCCTTTGTCGCCTTTTTTAAAACATTTTATTCTCCTTTTATTCTTACGCCCGACGAGCACCCAAGCTAGTGGGGGACTGTGTTTGTTTTTTTATTGATTAAAGTACTTCTGGAGCAAGTGATACGATCTTGTAAAACCACCGTCGCACAATTCACGTGCAACTGGGCCAAAGATACGAGTTCCGCGAGGGTTTTGTGTGCAGATGATCTCACGCATTTTCGTCGAACTTGATGTATGAACCATCTTTTGACGAGCACCTGATTGAGTACGAACGATAACAGCTTTTACAACGTCACACTTTCTTAACCGCACCTAAGGAGTAGCTTGTTTTTACAGATGCGATTACATCACCGATGCTCGCGAATTTACATTTTGGACACCAAGAACTTTGATTGTCAGATTTCGCGTGCGCCACTGTTGTCAGCGACTTTCAAACGAGTTTCTGTTGAATCATTTACGTTTTCTCCTTTCAGGTATGATTAGATGATGACCGCTTTTTCAACGACTTCTACAAGACGGAAGCGTTTTGTAGCTGAAAGCGGACGAGTTTCCATGATACGAACGATATCGCCTTCTTTAGCAACATTGTTTTCATCATGAGCTGTATTTTTTAGAATATAGTTGATACGTTTACCATAGACTGGGTGGTTACGTTTAGTTTCAACTACAACTGTGATTATTTTGTCCATTTTGTCAGACACAACGCGTCCAACCGAGAACTTTACGATTATTGCGTTCCATTGAAATTCTCCTTCCCTAGTCTATTATTTAGCTTCTGATTGAACAGTTTTGATACAGGCGTTTGTTTTTTCACTTCTTTCAAACGTCCAGTTTGTTCCAATTGACCAGCGGTGCTTGAAACGAAGTTCAAACAATTCTTTCTTCAATTCATTTTCACGCTTCGCGGGATTCTTTATGAGAAAGACCACGAAGTTCTTTAACAAATTCTTTTACTTCTGTAAGTTTCATGACCTCTCCTTATTCTGCTTCGATTTCACAAATTTAGTTTTAACTGGCAATTTGTGGCTAGCAAGACGAAGTGCTTCGCGTGCGATCTCTTCAGATACACCAGCGATTTCAAACATCACTTTACACGTTTAACTGGTGCTACCCAACCAGGAGCCCCTTTACCAGATCCCATACGTACCCGATGGCTTTAGCGGTGTATGATTTATTAATAGGAAAATCTTAATCAAACTTTACCACCACGTTTCATGTGATCATGGCGATACGGCATTCCGGTTGACGGTTTGGCAGTCAGTGGCTGAATTGTAGACTTGAAGACCGTATTCACCGAATGCTACTTCTTTTCCACCTTTTGCTTCACCGCATTTTGCCACGGAATTCGCGACGGTGTTTTACGTTTTAGGTACTAACATTGGTTATTTACCTCCTTTAGCGTCTTTACGAGCTGGAAGAACTTTGTTGGTCCATACTTTAACACCAAGTTTACCGTAAATGGTGTCTGCTTCTTCCCAAGCGTAATCATTATCAGCGCGAAGTGTGGGTGAACAGTTCCTTCAGAGTATCCTTCTGCACGGGCAATATCTGCACCGTTCAACGACCTGATATGAGTTTTGATTCCTTTAGCTCCAGCACGCATAGCACGTTGGATTGCTTGTTTTGTGCACGACCAGAAAGCAACACATTGTTCCAATTGACGAGCGATTCCTTCACCAACAAGGTGAGCATCAAGTCAGGACGTTTGATCTCGTGATGTTGATGTGCTTTTGTTACCAGTCAATTTGTTAAGTGCACGGGAGTGCACATCATAACGTTGCTCCACCTTTACCGATAACCATACCTTGGTTTAGCAGTGTGAAGAGAAACGTTAACTTTATTCTACGCGTTCGGGGATTTCAATAGTTGAAACAGTTTGCGTCAGCCAATTCTTTAGATAGATTTACAGTTGCAAGATCTTCATGAAGGTAATCCGCGTATTCTTACCTAAGCATACCATTTGGCATCCCAATCACGGATGATACCAACACGCATACCAATTGGATGTACTTTTTGGCCCACGAGTTTACCTCCCTGTATTTTTCTGCAACAATACTGTGATATGAGCTGTACGTTTGTTGATTGGTGAAGCTGAACCTTTCGCACGTGGATGAAACGTTTCATTGTTGGTCCTTGGTTGCGAATGCTTCAGATACTACCAAGTTAGCTTTTCCAAACCAAAGTTGTTTTTCCCAGCGTTTGCTACCGCGGAGTTCAACACTTTAGGACCGTTCTCGGCTTTGTTTGGTGTAGATATCAAAATAGCGATGGCATCAGCTGCAGCACCTACGGATGTTGTCAAAGAACAAGACGTGATTTGCGAGGTGAAACACGCACTGTACGAGCCATTGCTTTAGCTGAAGTAATTTCATCGCATTTATGTTCTCATATTTTCTACGTGTCTTCTTATCCGTCTGTAGCATTGACCTTTATAAGTACGAGTTGGTGCAAATTCACCAAGCTTGTGACCTACCATGTCTTCTTGGATGTAAACAGGTACATGTTTGCGTCCATCATAAACTACGATAGTGTGTCCGATGAAACTTGGAAGATCGTTGAACGACGTGACCAAGTTTTAATTGCTTTTTTCTTTTCGTCGTTTGCTTGAGCTTCAACTTTTTCATCAAATGCTCATCGACGAAAGGTCCTTTAAAGACTACGTCCCATTTTGTAATTTTCTCCTTTAAAATTTAGTACCACAGCTGACTTGTGACGCTAATGACGCTACCGAGGCACAGCGGAAAGTGTAAGCTAGTTGCTTATGATTATTTTTGGTTGCGACATTGAACGATAAGTTTGTCGAATTTCGCTTTTCTTGTTACGAAGTTTTAAGACCAAGCGCAGGTTTACCCCAAGGAGTAGACGGCGCTTTACGTCTAACTGGTGCTTTACCTTCACCACCACCGTGTAGGTGATCATTCGGAGTTCATTACAGAACCACGAACTGTAGGGCGAACACCTTTCCATGGTTATCGTCACTTTACCAAAGTTTTAGTCCATGTTGTTCGTTTGACAACACCAACTGTAGCACAGCAAGTTCCAAGAATCGCCACGAACTTCGCCTGATTGAAGACGAACAAGTACATATTTACCTTGGAACCTAATACTTGAAGCGAAGCTTAATGCAGCCACCAATTCTCACCTTTCATAAGGTTTCAATTCGATGTTGTGGATCAAAGTACCAACTGGGATGTTAGCAAGCGGAAGAGCATTTCCGACTTTGATATCTGCTTCTGGTCCTGATACGATGCGTTGACCTACTTCCAAGACCTTTAGGGGCGATGATATAGCTTTCACACCGTCAGTGTAGTGTACAAGCGCGATGTTAGCTGAGCGGTTTGGATCGTATTCGATCGTTTTAACGACTGCTTCAACTCCATCTTTGTTACCGTTTGAAATCGATCAAACGGTAATGACGTTGTGTCCACCACCTTGGTGACGAACAGTGATACGACCGTTATTGTTACGACCATATTTTGTTTAAAGAGAAACAAGCAAAGTTTTCTCAGGTGTACATTTGTGATTTCAGCGAAATCCAAAGAAGTCATATTACGGCGACCGTTTGTTGGTTTATAAACACGAATTCCCATTCTTCCTCCTTAGATTATTCGGCTTCAGTAGCAAAACAACTCGATTGCTTTAGAATCGAAACGCAAGCGTGATGAGGTAAGCTTTTTTAGTTTTTTGAAGTAAAACCAGTGTAACGTCCAACGCGTTTGCTTTAGGTTTTGCGTTTACAGTGTTCATTCGCAACTTTTACACCTTCAAGCAACTTGCTTCAACAGCTTGTTTGATCAAAGTTTGTGAGCGCGAGTGTCAACTACGAATACATGTTGCCTGCTTCAAGTTGAGCCATTGACTTTTCCAGTGATAACAGGTTTTTTGATAACATCATACAAATTCATTATGCAAGAACCTCCTCGATTTTAGAATGAAGCTGCTTGAAGTAACAAGAAGTTTGTCACTATTGCGATGTCAAGAACACTTGCAGTTGTAGCAGTCGCAACTTTCACACGTTTGAAGGTTACGAGCTGAAAGGCGCAGATTCTAATTTCCTTCTTCAAGAATAACAAGGACTTTAGAATCGATGCTCAAAGGCTGCAAGAACTTTTTGCAAATTCAGCAGTTTTTTTATGGAGCTGTAAATTCAAGAGAATCAACGGCTACAAATTTGGCTTTCAGCAACTTTTCTACAGGTAAACAGATTTAAGTGCAAGGCGACGAACTTTTTGAGGAAGTTTGTACGCATAGCTACGTGGAGTTGGTCCGAAGACAGTTCCCACCACCACGCCATTGTGGAAGCGGATGAACCTTGACGAGCGTCCGGTTCCTTTTGACGCCATGGTTTGCGTCCACTACCTGAAACGGCTGAACGGTTTTTAACTTTACGTGAGTCCCTTGACGAAGGCTAGCACGTTGGCTGATGATCACATCAAATGCAACTGCTTGGTTCAGTTCGATACCAAAGATCGCATCATTAAGAACAACTTCGCCCGCTTGTTTACCAGTTTGGTCGAATAATGTTACATTTGCCATTTTGACTGTATTCCCCTTTCCTTAACTTCCTTTACCAGCTTCGCTGCTGACTTTGATAGTGATAAGAGATTTGCCAGCGCACTGGTACGTACCTTTGATAAGGATAACGTTCTTTTCTGGAACAACTTGTACAACTTCAAGGTTTTGAATTGTTACACGATCGCCACCATGCGTCCTGCAAGGTTTTTACCTTTGAATACGCGGTTAGGTGCAACAGGTCCCATGGAAGCGGACGACGGTGGTAACGAGAACCGTGAGCCATAGGTCCACGTGATTGTCCGGCGTTTGATAACACCTTGGAAACCTTTACCTTTAGAAGTACCAGTTACATCAACAGTATCTTCCAGCTTCGAAAGTGTCAACTGTGATTTCAGCACCAACTTCGAAGCCTTTAACGTTTTTGAATTCACGAATGAAGCGCTTAGGAGCCGTGTTGACTTTTGCTACATGTCCTTTAGCAGGTTTGTTGCTCAATACTTCGCGTTTGTCATCGAAACCAACTTGGATAGCATTGTAACCATCTGTTTCAACCGGTTTTAACTTGAAGAACAACGTTTGGAGTTGCTTCGATAACTGTTACAGGGATCAATTCCTTGACTTCAGTGAAGATTTGAGTCATTCCCACTTTTTTTCCCTAAGATTCCTTTTGTCATGAGAAAATAGTTCCCTTTTCTATAGTTTTTTATTAAAAAAGTTTTTAACGAGCGTTTTTATGCTCTGGATCAAGCTTTTGATTAAAGTTTGATTTCTACGTTTACACCACTTGGAAGATCCAATTTCATCAAAGCGTCGCTGTTTTTTGAGTTGAGTTGATGATGTCGATCAAACGTTTGTGTGTACGCATTTCGAGGTGTTCGAGAATCTTTGTATTTGTGAGTCGCACGAATGATTGTGTAGAGGCTACGCTCGGTTGGAGGTAGGATTGGACCCGCAACTTGTGCACCTGTACGAGTAGCTGATTCTACGATTTTACGTGCGCTGTGTCGAGTGTACAGTCGTTCGTACGCTTTCGACTGGATGCGGATTTTTTTAATTTTGCCATCTTTTCTCCTTTTCGTCTATTTACTAAGATAATAGGCTAGCTCTGAGAAAACCGACGCGCGTTGCGTGGCAATGCAACCGAGCGTGTCGCAACCTCTTGCGTAAAAGCTTTATGCAGCTGTTTTTCACAGCACCATAGTAGTTTAACACAAACAAAAGGCCCAATGCAAAGGGATTTGAGAAGATTTTTTCGTTTTTGATGAAAGTGTTTTCGAAAAGAAATAGAGAGTGGTAAAAAAGTTGCTATTATATAGGAAAAGGGAGCGAGACAGAACAAATTTATATCCAATTTGTTCGTCGTCTCGCCCCACGCAGTTGATTAGGTTATCTTTGGAGCTTAACAAGCGAACAAAGATACCAATCAACCACTGCGTCTATCAGTTATTCCTAATGTATTCTCAGATGGCTGTAGTCTTTTTCTTCTATTTAGCTTTTCCTAGAAATTCCGTCCTGATTTGTTATGAGCCATATTTTTCGACGAAATGCTCACGGAATTCTAAGAGATTGTCATCCATGATGGCTTGACGGACCTGCTTCATGAGGTTGATCAAGAAATAGAGGTTGTGGTAGCTTGTCAAGCGAATGCCGAAGGTCTCATCTGCCTTGAGGAGGTGGCGAAGGTAAGCGGGTATAGTTCTTACAAGTGTAGCAATCACATTCGGGGATCTAGCGGTGTAAAGTCTTCTGGAAATTGCGCATTTTTTCACCACTAGGCGTCCTTGGCTGGTCATACAGGTACCATTTCGCGCAATCCGCGTCGGTAGGAACCTGATCAAACATGTCCACTCCCTGAGTAACCGCCATCGATCAGACTGTCTGGGCTCCTACTCCCATGAGATAGCGTATGAAAGCATTCTCTGGCAAGAGCAGGTTGTAAAATCCAACCACGGCATTCATCTCTTCAGCTTTCCCCAGCTTCAGCCACGATGATCGTATGGAAGTCCATGCTGACCAGATCTTGAGCAGACTGACGGCGCAAGTCTTCAAATCCAGCCTTGGACAATCCCGAAAGACCTTGATCATGAGGCGACGATGAACCGCTGACCACGTTCTGTGCGAAGCTGGTCGTTCGATCGATTTTTTCCTTAATCATAAGGCTGATAGAACTGAGGGCATTCATCAAAGGACATCATGATGTCGCTTCTGGGTGTTTTGGATGGAGATGGCCTTTTCTGGAGAGAGGAACATCTTCGAGCCGTTGAGAGTGATTTTTAAAGGTTACCCCTTCTTCGGTGATGTTGCAGGTATCCGCCAATGAATAGGCCTGGAAGCCTCCACTATCTGTCAAAATGGGCTGGTCCCAGTTCATGAACTGGTGCAGTCCTCCTGCTTTGCGACCAAGTCGTCCCCCGGACAGGCCAGATAGTAGGTGTTGGCCAAGATAATTCCGGAACCCATTTCCTTGAGTTCTTCTGGCGATTGGGTCTTAACGGTTGCCTGAGTCCCTACAGGCATAAACATTGGGGTCAGGAAGGTCCCGTGAGGAAGTAATAATTTCTCCCAGACGAGCACCTGTATGCTTTTCTTTTTTGATTAATCGATATTGAATCGGTGAATCTGTCATAGTTTACCTCCATTTGGGAAAAACAGTCCCAGCCTTCTTGTCCTGTCACAGTTTTCCTGTGAGCACCTGTACGATTGTACCAAATTTTACCGGCTCTGTCACGGACTTATGTTATAATAAAAAGTACTACTATGAAGAGAGTGCTCATCTATGAACCTTAAACTGATTCGCCTCCGGGCACGTACCATGCAAGTCCAGCAACCGGGCTTGGCTATCCTTTTGCGCTTGCCGGTCCTGTTGACCATTCTTGCTAACTTTCTCCTTAAGTGGGCAAGATCTGGTCGATCTACTACCGGACATGACCTTCAAGCCAAGCAGGTATCTACATGATCCAGCGTGACTCTTTCCTTCTGTCGTCTCCTTTGTCATCTCCATTTTAGTGGTCGGTGCGACTTTTAGCTATTTAGATACGATCAATCCCGAAGATCGAACACCGAACACGCGTGTTAGATATCTTTAAACAAGATCGCTTTACCTCTGTATTTGCCACCTTGATCTTGAAGCAAGTCGTCCTCTTTTTATAGGGACTCATCCTCTATGTAGGGAGCCTCATCAGCACCTACTTCAGCATTCGATTTTTTGGCGATTTACGACAAGGTGAGCAACCCTAGCACTCTGGTGCTTCCAGTCCCTGATTCCAATCTCTCATACAACTAAATACCTCTGATGACTACCGGTGTCATGCTGGGCCTACTCAGCCTCCTCTTTTACCTGCCACAATACTGATCTCAGCTTGGTCGAATTGATCCTCTATGAACAATTACGAGACGGCGACTACAAAGAGCCTTTGGGTGCTTCGCCAAAGTCGTGAAACCATGAAAAGGGTTCCGCGACAATCGCTTGGTGCTCGATCTAACCTTGATTGGTTGGTATATGAATTACTTCACGCGCGATGTCATCAGCTTTGTTACCTTGCTTTATCAACTGCCAAATTGCCTTTTATGATCAAATCAAGCAGATTAAACAAGGGCGCGCCGATTTTTACAGGCCATCAAACATGAGAGCTGAATAAAGGTAATAGAAAACCCCGGCAAGCTAGGGTTTTGCTTCTATGTCAATTGTTTAGCATTTATAAACCGTATAGGGAGTCTCCTAAAATCAGTCGGGTGTGTTCCCGTTTGATACAGCAGTTCATAGCGATATCTTCTCGTCCAGCTCCACGAAGGATTTCTTCTTCACCATTTTCCAGTTCCAATTGTGCCCAGAAATTTTCGCATCCGTCTCAATAAAATCACGTGCCACATCTGGCAAAAACTCACTGCGACAGTATACATCTGTTGATATCTACTGGGAAAGGAATCTCCTGTAGGCTAGCGTACACCGTTTCTCCAAGGATCTGGCCACCAAGTTGCGCAGGGGTTGACAGGAATAATCCGATAGCCCCGCTCTTGCATCTCCTTGCTGACACGATGACTGGTCGTGTCTTCACGATCGAATAATCCAACTACAGCGATGATCTTGCTGGTTTCTAGGTAATGTTTGATAATGCCATCACTAGGATTGCCAAATGAACTAAGCCATAAGAATCTCCTTTTGTATGCGTTTCCTTTCTTTAAATAGTATAACAATACGGAAGGCGTTACCAAGTGTTTGTCGTTAAAGCGGTAGGAAACTGAAAAGTCTCCTACCGCTTTCTGCTACAAAACGACTTAATCTCCATTGGCTTCATACCATGTTTTGCCTTCATTTTTCATCGGCTTAGTGGTACTGCAAGTTCGATAGCGAATTCATAGTCTCTTTGACAAGTTCTGCAGTCGGCACGCCCAGTTCTGTCCTTGGTACTTACCAGAACGATTTCATCGATACCACCTGAAGAAGCATCTTGGTCTTGTATGCTCCTGCTTCTAGCGCGCTTGATCCAAGTGGATCATAGCAATTTTCAAGATATCTCGCCACGATCCATGGATAGGTGAGTTGATAGCTATCCGCTCCGCAAGCCTCGAACATTGAAGTTGCGAGAATTTGATATCTGGAATCTCCCGACGACGCTTGAAGAGGTCTCCACATAGCCTTTATCACGCGCTTCCCGTACCACTCTCTCATATAGTCCTTGATGTTAAGGGTAGCGTTCGAAGTAGGTCTCAATGTAGGCCCCGGCTTCTTTTCGACTGATCCTCTAAGTTGTTAGACAGTCCAAAGTCGGAAATTCCATAAACCACACCGAAGTTTACTGCCTTGGCATTGCGACGGTCATTCAGCGTCACGTCTTCTGGTTTTTTCAATGTTGAAGACGCGCATAGCAGTCGATGTGTGGATATCTGCCCCATAGCCCAAAGCATCAATCAAATGCTCATCTCCCTGAAATATGACCAAGACGCGCAATTCGATTTGTGAATAGTCCGAATACCAGCAAGACACTGTTTTCCTCTTCTGGGACAAAGGCCTTACACCGGATGAGACATTGCTCCAAACAGACGGGAATGTTTGCAGGTTGGGATCCACGCTGGACAATGTACCTGTCGTCAAATCCTGTACATAGCGGGTGTAGATCTTCACATCTTCCAAAATCCAATCTTGAAGACCGATGACATAGGTCGACTGGATCTTAGCAATTTGGCGGTATTCCTTGAGAATCTTAGACACGATCGGTGCGATGGGGTAAGGCGTTCCAAGACATCAACAACTGTTGAATGGCAACCGGTTTTGGTCTTCTTGGTGTATTCAGAGGGTTCCAATTTTTCAAAGAGAATGACGCCCAATTGTTTTTGGAGAATTGATGTTGAACTCTTCTCCTGCAAGCTCGTGAATTTCGCAGGTCAAGCGCTCCAAGACCGCTTCGTTCCACCCTGCATGTCTTCTAGGGGTCTGGCGCTCTACCTTGATCCCACTGATTTCCATCTTGGCCAAAACAGTGCTAGTGATGATTTGCTCCATATCATAGAGCAAATCCAGTTGGTCATGGGCTTGCAACTACTCCATCATGGGCTCTTCGGTATCCAGTAGAACAGCGACTTTCCGTGCCAAATGCTCTAATAGGACCGCCTTCTCTGGGATAGCTTTTTGGCTCCCTTGCCATAAACGACTTCGTCCAGCGTGGCTATAATCAATATGGGAGCTCGCAATGGTTGAAATCTCATTTGTCCTCTACGATCCGACAAAAGAGATACTTGGCCAATCGACTGTCAAACGCCAGGATTTTGAAGGAAATGCCCAAGTGGCTGAGCAAAACCTTGGCCCGCTTGAAGTCATAGACCTTGAGGGGCGTTTTTCGAAATTCTTTGAAAATCGGTGTTTGTAAAGTTCAGTATCTGTACTCGCGTGAGCTGACCCTTTGATTTTTATGAAACCGATGATAGGTTCCACGTGTGGTGGTGTCCCAAAATCTCAAAATGGAAGAAACTATCTTCTGTGAAGGCATATCTGAAGTGACTTGCTCGACTTCTGTGTAGTCAATAGCTACGGAGCTACTTCTTCTCCTGAGATCAAGGCCTGACGAGTTGCTTGAAGCCCATCTCCTCATGCAAATTTGGCGAGATTTTCTAGATGAGGGCCGTATGAGTGATATCGACCAAGGCCAATTTCAATGGGCGCATTGGTAGCGATGGTTGCGAGAGTCTTGAACAGATAGGCCTGCTCTTGTCGTTGATGAGGTTTTCCTTCATCTTAGAAGCCTTCATCTCGTCGATATGTCGTAAAATGCCATCGAGCCATCTCTAGGAGTAGTTTGATCCTGTCTTTTTCTCCAATCTTGGTGACGCAGGATATTATCCGATTTATCTCCCATCAAGGCCTTGAGGTCGATAAATTGCTCTGGTGTCAGCCCCATCTTTTCTTTCAGATAGGCCGGAGTGAATTCCTCAAACTCCGCTACCCCTTTGAAATCTCTTTAGTATTGTCATCTGTCAGCTGGTCTGAAATCCTTGTCCCCAGAGACAATGGTGACTTCAAAGTACTGAGAGTAGCTTCTGCCATCTTATCTAAGTTCCAATAATATCATCCGCGCTTCATACTGGGCCAGCTCATAATGGCGGATTCCCAAATCGATCCAGTTGCTCACGAATGAAAACTGCTCGCCCAGAACCTCATCTGGAGTTTTTGCACGGCCCCCTTGTAGTCGGCATACATCTCCGTCCGAAAAAGTCGTCTTTCCTGCATCAAAAGCAACGAGGACATCGGAGTCAGTTGGACGCTCTAAGAGATGAAACGCTCAACATGGTCCGGCCGCATAGACTGCATTAGTATGCAACCCATTGGCATTTGAAGCGATCAATTTGATTATAGAGTGCGAAAAAGGCACGAAAAGCGACGGAAGACCCGTCGATGAGTAGTAATTTATTCTTTTTCCATAGGCCTATTACTTTACCACGAATCACAAGGTCTCTGGTACTAAAAACTCTACCCTTTCGGGTAGAGCCTTCTTTAGGAGTTTCTTATGAAAAATGAAGAAAGTGTTTATTCGCCGTAACAAGAACCTTTTGTGGCAATTTCTTAAAGCGTTTTGGATAATTAACTGAGATTTTCATTTTCTGTACCTCATTTCTTATTGAATTCAGGTACAGTATACTAAGAAAAACCTAAACGATTCCTTATAAGCTTCAAGAAAACTAAAAGCTGAGGCGTAAAACA + +2296<>;5:9B-1';0%,+6./7&&3&%)*+'(%$'&++)+//;-0+164B;==57086%&'.,.+)%#$%)$#$%',.0:9''':57==<5$&%'%%23/%'''(56&&)++(+7>8B,/''''+)++88+*-.539=8&%&&#$$%%5>@@C@37?6+&&*%$'$$#&&;..1?A<=@>ADE54DFJD>/DGB@@A?9<>GHKJIB@CC?:01=21GN6FEBDE8GIHHD?==ACC=FGE<>KE77>9??BJ9++0:;+&&%&)'$$(&49=<:;8>5ABFD:CGGEKABGK@?@>?@44669+=>4@A2;:::EC7,(-&$6;??@?H?CBA:EKKGABD2C8779B5877A>?<<*%%7=4DC@@ED?<=9:=(0'CCABCA=L?D>?;>)('*46=;;>?=;?C89:@DD80)%-..*'9:<:3A?GH@=AA@&.)(48DCE7D9@C=DBCA@==;;5+(4466.9>?@B?;;>?@B048/6@@?>@;15@2.0'52.,,-445BB:<:3:7:+-0EH=>@FE7,865=HJDEHNEGHGEOJHMCJHEF??A>(?GGF;:<@9.-*(+,2-$%,))1+.1/$'&34=3&8<AFD@51?B<>FG;??>>??=://3::=*('(FHDDB??A?;>>@;CJJEG@LKJGBB>:F@BHGBBCIG<<0B=31(-'1'434465107.,1,$0+++,0+*/+,6?@@J@FF>BGEEJG?<77:5B(':922:897&&-14234/--=5;8AAC@MI;BH@JNGFFD?FC8B98==?=<==A?:EIHD-*$#$$46580DPPM?HJB9246;?IH;<6><8-/><=>A=B98@6172:;@@04*%'-.'&%-)&$'''(*799:0,)(%&&+8@?HIJFI;7<;559AB:+-%);>0-9:CB@F@>;:F(+9:@B0,572?+@>A5@@<:;:8.+5?@?@*.+')667613;0=D9>?29@??%%'8::28*5'&;4+(((/02=9*+)55853?CC?;0,',)29;@DFGFGEBHB50)''%(B=EB9:AC?@9%86;?AFE;@AD6C8%=DFFGKKCDG?B;@:=KKDE9=COOAGD@A=>J7DCDAAB;9;<?;FGL=KJF>CC<;,6,%+:<7&7?1(&22>@69C-*@7;8;=EF949?A1-%-BBEB?20?91;8@8:>GC(@8&=:71-'*1/.1,,/0,,4+&))389>>>=?(,170;>=,&,&>359,'$'255>?C9@+/.=36BIGHD>==BA<<9&+/06598@7(23/::794899.:BDLBEB==2/,,>>>=<<%''+'0:9;CGDDA8672//(+%%%%)@><,,%'6.,21(),..0,,9JI;?<;1?:653017<8.,:;<<:CDBAEA>838<:EFD=@632--%'*((3%)*,.*7676-.3>B:51**)39/2013+-.%('(1$&%$('170)''.66;72&&'%#&')&'&&6)((&&,=;>>=68=?C;=<;/121A>6569KH=79AD()+/1/6==0..05<=::DBOK;D<5-;=-)$$$'-+7:>?@K=>;./-7;?@BDC:;;A0)5-3689=)$#&%%9.:7<16/0'&'++10&&0..%//7466478)$'$*(.:D@252903@@>>=45<:6&$$<=/4@>C?%'8678B99=DDHIGEG@GD?9@=9.315*%&4@30121977=:?A:;=?=/4@>88./258?>@<8>:<8DFONFBA;9<56286?=>8::));375%$(-(.,=;.08:CCE822303:4:9;B;9CAB>A?@:85<@41)&%$+./354@@OND?0.:DE<1ALLHGD;27);BB:1CC$=9;:>>486<<<<0'(,':857HCA;./5@>'*&,##%$&'(%34320'96;:1(((%%(()*/&:6:?D:9@//0==C<20-0<=D@?C=60>;CF6''<2.'(**,**-/$(((&(+*),22<=?=67201*(&)$)%%)+-(&'$&&%-.)+*&'(%$%&$+((,/..2>>*:$>9@<79+/34.,&''+&*,3::;=:1)%%%'0*<=:<14<14098*6/2606<;8057:A@@>::<)#$$$+'(*.422))+))(%-&.%#$-/=;+($$+/3<@86544%67A3&(&$'$$%$&0-,,..10'9:<)'3,763((;9.8;?:5D?@B;40+35A859,78=:4-'%%#,.*(0==>6(+):>;=5I?C;($38439*:)%&%&&#$%$$$)/23-(-2*78/44+&#$&48?9778:7(71488;;8>CC=?D,1-&&$%'*-:3*,$:;7977:8;,8'/')*7:99A@54?>*'%#++((#'$&*-..,1409;<=?:8?;67/')**-/2/10$%'12;;/2=<;782.(+*''$;17<?8<4?A>6;9:87*$.%$$#&$%'##%'&'&$$%(&++:=?>?BC0,*32.$6?AA036/1((13+&&(897.,45,+(%%$$*,,/543%7::A@AEDAB0)(:,=?CGDB9$;:9@DBA:B?>>F86+1..$%#$$&(..,.93753,9;;)2')>AA:4954)&'**&(&&'%''-,0*&%$%$$5/26?@860.020/1111((1/7466:D?=<=E:%)%+.068><1/('%%0(&$&)*(1?;3*.=;;43-*:??=-'3127869>;8=67%&+128757E?>;C<-9;53-4596A@?801=6@@?A=?;;6/2A>>?ECH;;=::63-.&%),,,,,,23/:D?=?DKNCBB:4-(%$&*+++/57<;472*+;?8BBC:68@BBEEF<:-'8;=<,1138-8I?DHGA;:;;A>AAFD@A*G>7)%-.6CB&;867593-197#&7**,,'+.+6?CD@<40299;::?>?),9<:58845@;:@<:5>@KQ58<8>?88458--$$+*=6?<?9B9>.=00*),,+3310=@82@1<344?98'13()&)&6/,+%)%)'(()+,4@?+578+:/*91@>:EGC@0+)*+'%(+,:C7:;=35@@@??>B>3..$%&$)223>?1657:7/..-..-*&$004.;35BA2>01543601:45&::796>67('+898://39@@:>,048;ACCCC?4*4<<,(:C@6.3);9;;<7430.:-4@B:8:+/--10330/,.5;;?>=DF<=?:?:+(2.)?@CGC;@A=>62998/?B6;EA@ACGDEJI;%)6:<9::.>=>E>:?;>>C?8>@CCFGD<9.:C%E22;6;<40./25>5'813,?A@>DPEMCB6>/113.(%-,%.:'927C9FBL;;?=%'>A::-;;::4)1033)<),89++737::785',)9=6;>?=%376>=0204?BB??AA@AB;@98?EA=..4273<533(*-.3>87=+,-$(73'2510=8<74$,'('&'321787K??=6>@@EB;@7>GG5%(&$$#$%%+13:?>82563)':26;/*<@@>5:BDG6=<4'')'347.+*(&,+*((,2883;<6C?;:G99;:CEE8@=@7C88,.67FBF:=@DDFJHD-/9:;9*-=9:7;=BJ;8AA7?>=:AB:;.-++'122-332:7.-,*4,&%&%.,,54315:/047558==$)%%1AD?;D>==23>@A<=DDB>;74534-+,*)'.*-2';==>>.),;'B>2.>-8:(:A?>D7A>ED@>A5246//3;;>C=>?>>9B7/56)<46@%*6A4;96776;B:D::);,0-,+,41$,-)'((..2>>DE4?<:47(=><9D54;24/+**>CBFB9BD9?EA:%)789>99<@.&:AA?;<9;AD6:98:>=4A:;''*A;9$&26633780235+<8@>G=F<779+++;2A?;@7<94.5,/B>6:AKIKCFNKA.;7EGC4EH7F@EHFBBCJGG;*,7><-7@<=77,496508==6*&(%@0)'.0167,)),0:.2B=;1/364-+)(%18+&&43/,((+27<899?>788-6*/:;>>1..01/:>@@:05<81-(%#/&.2:7788-45>BA88)4<@CE97;:C;<:(=CC@*%'$-+=@?EEC>H:9BAG>?:7A?791=D7377=03..,6298;B=,/64':;=<;;@8;D=;:85587?A:<7'24+43)'$#%3222/')(00/:<>96A8CFFED9?12+8:>B<878=::7,/'(&'''()+-*46<:785*343')+**$$&-2276/18;7=D=1//24),''1&:=0++1B<>D865;:905@@CEAG8BE+6<75/.<=<988/:=CBDI4=;?>6315:7.4=:@B>4I@@<@?3,($&&(&((*+9''64+1;5@59>7ABA@0;8<68B>?89D?@A41)+446>=?E9D?7659>39=76<=@9>>>?17,6339;2===32010,'/10)7@2:D@>;9B<=QO>CD1'=@GMAE49>?7<459;=4/3=<632,%*0'/07888?:DE?>>=BA@@<>?;@CGG@@C;CB23,,>=A==:6<<>A==@?E@>@CF@@(;%&4IACABC9;;;<0=??9=;EC@;=A@@>=E89=>6=>-)%$%'2=?7**-7B034=>?.1'./36$;7@D@3;9>'356/6<:=>;))'()(,-:=AD@:=?62/)7@2/2224)?---.*;:GC?GCAAEFG@@HA@=B75//0,)-+,1>46D<:*74<=8:@@@2>=;<=GA@@<9=9;/1($.,(&,+,$$$(,-;77:1=950,%$"#..++$,299.>:474849:='$%%205=:A9FH;@;:*6<)-81=4773239+$$$&+$#####%/+,<86332==;>B1--44(&&0?1-7*(42*++-:;;9.7@=95?A?44+$&)**'.-39:07986)%(*((+'$$##%*%$&$$34/66.+*838/9:68:7$%$(:;75<==3422253'?ADB7;>?4570<<;)()+,%%8124449)%@@@=:2.449<===:=/&$&%%/&-3>'*26?DEB?>@FDF69ABGC:>@301/.$9<@:557<80;B=.,7;:;;;>;=;=+..?EAJC644><>1%(,9777//('+&589>5=8758=<:84++359653));5023+&&%*,')94+/B>I:D=;<;636>3.1+5077+62344/0)&%''($''3;@==345:53)%35574;8<<;;88.$'&%&3:<<687$''-,*&&))((-1&--#&,6%)23/0-9@ACB58CCIIB2243)%$$0459'$&-&$%#2.'&353.%.'('&$#%21;15;;?<:;8>::4.-10+,99:4;::64%5>=;9>AD9=A8;HIFC8:>79@:A@;.;>I?:@;@19:BD<((4:@A;7;C@<<6>6;'%832/$'&*4-4./1@<9??1,4*;EABC=HFFF?:549D.<-.&2<@A9A'%&=:JB@A>;==<=(7767A<-)@DEBFCCGG;J?FGDA@><=;0?0527$58;<0=678:8:??<::69)*)099>;=><=:137;3,%&**)(1-.2..*'&***'*-&%%$%&$&%'%%%/04?=89;>=;*..01+*:84::74=B96;?@C?E,)33>=98=??DG=CAIG?EEG;>:?8?:;50149=<87<<=78>FG=>B<8JA7'%-/01::CA(573(($%&$$'*(8;973$$1)598?-/-@CB=:5.%%,,,,,244E?86?;//,23?6;/-=8:A<48:7446<=B78<6+--01'*;<@;BE>GA,46=1$(%$$&*66168-*<:<*))92/,-1-/./);/)<;?86441//3;8?7(&('*3=;9:@:117(9::69;C=A<9;/9:?>?;=8.++,*$%&'*#$%&''&$%.979=HJ@@I?G?DJKMMHIFGD??>IMGBF:C=?=**)3&3?=A:G@96?@?1,,0038)541=B@DC<>?DEKEB>B?A<9/.,(##&$'.19>=63<>H@=@AHHHG<4CD7=I>EF?@@>5=:)$$$$$$%(&,,02GIF==>?>>*0BLHCHJJ=62,//06>AJC;975'(.$()*@B47<=B=31-004:0280,3898><56-7&+:<;6,AIMJ;C<;0;@DFG?@I>HLBD;:;@GGC56D>@FC,;..4-:;BDA>E>FD>;:>>B9)>@=9??99>C;>@GDD/?;C<80%&+$/22(?G@E@7=<;ACEGASH=DFFDA796EEB2=::@CKP=7@@A=09C>GJJGBGC/:=?A6%(1#7@::66549GGB?6A@521';'$0554K?@E>CEHGH:>FGB;:<879@>H@?KKKD?@CIFNJ=@>92('$#&0-.9;6@:HMPKJK>9CIH,(9@EK@BB;<-:1491115?97+.69@I@+))@?35<2=EEBC>=C8:<>D7;9(&)')*')/&##&#(567;+1B4;>A>47957?:/36&5715>>,-887+;?BFGKF;:9F>HEECOL?C:C&-.'%55<>DG:76:4=@GFFBGANFF:==8>FHIIPH>7A7>+35<=844--/01269BC?CID@039ED:793@>>AA9;$((27AA?436=/7>@;A9CFJ@<69KHFHFCDHGGCDFAC?;67)DJKEGJK;F;'%+-,000ACI=>:85$$('$$'$)$225%)').7;;?>-2'%$'#$#*&&*%$'+&#$&$,.15*%&$(%--8787CD-HE<:85G@IA-:7F@AKF*CCNNNI@7;>53/&'''.6A>3DPMD<>>,7-/279,/98;<<01;&'%$%&&&&%$.$255+&%$,0513;9::9::49;:<<&*46.,.1588;BA146B@9<@89FJRRLI9=@@@@?>?FB:DB?CD@:,*003411:@C.;=??>=<969BD;@=?>>>K@BFHCGJHGHCD;=@@::>&%=9=NOOHIJHG/G?B@<55?BCE@9898008CEA>;CKFHKID@?@B?CD.,36D=;H@?8@LGCB@@CF?GOM1;;(9=C?/<::8;@.0/+(($,+,4465;;CD.-.:@C%;:>>?5203@GAB@IDGH<=8.$$'%&).*(&-/6787524;;;:<,0+038(()(3)6>>>6.0714>AJ==CEG=<@<@9'<>974)%&$%%%)+089;;A)%F><8>FEE@73=@>=4??2<=B3B=?IKM>::;=@;./)+0+.(()68@ABBK@69@B=44;,+3@5),,-0)$%7+48?C40C,+=ND@:'+>=@8DDMK9BA>51:@BABCD;=?@BJLC=CBDBIG=>$,'(&%(51120;;59.9;=D>=>99698%).8-&&.9;?C=HCC>B9FLN=506>EEDGGGFIFFF6?GG;EGEEA;93,&-%%***@B?C9@A?@9:>.>GFKKH8IKMDB=>?>1C25=>=59<>D@CC;8:;=01#$$%45:::<+''&&3/2355<@A<<<3IIJN;901560*,C><<<>B?AA::G)'3'+5;A=3=:;@78=>=?1@88*16,:=8/3,,.2,/121,-A@??/-@8/B=1./2F@G:@EFHB@<<=74343655))B>;A;/1756:DKACCGMPDA@EH?9'<-)(%#%77:B>*=7EB@@<=5@8&)014=BD<8BIBAEKB8@<;==&((1../359BCCEFOA?DEDA;26>/>4=/9>;=?A/545&*6FHH74)>?9;DEGDBE?:3.1DGMKLPIMKA@CH<>CBAP>B?GKCDCD><2257:9:<:?AA@7:DG>>=8?>G=>DDB<44?C:K?>@>DGE@AEFJFMMIC>@BH9;CG=6-++,'(++556.-62,8/:--((((02225EEIHB>@FD?=GFD6-0%,A?BCA?;=?AA=AFD.,/<>CEF;?>BC9:;887/%*5)7;FA@L;GFE>?=4(*/0.%')03>/@3AA448773-62FAA;@6>HIA9(+8<95@;ABC98@F?=$076:<2;L=>EH;H?@>FFF-=DE?61:DFNGIDGG2002EG;**25:=A=;<>HK@=<*9F732BF@3DB?2,)%%/5.:=:')$#%$%+4+041))5&/'%)&72=69=IFE?GEC43:D>CFE=@??-BAA>BA30=<:AKMAAHHDFG>>EB;;9BEDAACEJ?*2>CC?FHBG=7%')2$()*386-2;?=>>@AAB:&%&*,,(&')(''':<;>ECGDGH@@>?=<<6&&,'&)#$''$%(-,9:;3*$%0008(*'.0'4;<8/846:31>BK@%211,,(0-&#&%()('$).69=CF*D@C@>@AAC>IEBBGAED@7C@5;9?@G?KAOK<'8;C>;5?9,;:DHLB;D>A63EGK:>FKG4;&)2'CAEHJ/C8886B>428@DLJJA:+/&(22387(%%%'8<;CIB@HJHA8<>-0,0770C=@>JC))*+)6<975+'$###'$(#'*-<:ELNSPGDE=<AA'+((9(&&&268BCEGFDFMIK?016<8(*BCA=-&*)%$''77DC8===E?B=BII793?EFLI9BGBH8;?CAI>AA@><2<9:'$$:DDEDC221@9>>?:8;39=<>ACB+??A@GIFMLKF=7*-:@=>KRKDC<(';@BC3)$%*,*/--,%)+,=1-;BGED@99NPM@9@=''./>FIIDDFFIMB6;4))1%*,0:AEEF;G@?C:49<@CKIE>K=?A?ENG>9/0'559C=;/;AGG47<<:.)*9<9<>>@18C;FDJI=?ILB=EC>24BA7ADC<:;.7=?>A?9)763<81/89;=8168:-0%'+,3<8*,*($&%('+*/-%-,.0470,68?>;6:AB;:86=AAB>;5DNKJ:F:?8;A?@HIG1)-FGIJ=9=?AC>A=D:==56=69BED57AB=9:676=<<;<8A@9;>>;/8ABAA@I;;BB?9;'$+**'&/:99745*?899<9B=76'5:?9++*-)>8:>96:,$+%%$#$#(2989E=1..)-'865/(-.0.--'*>@>:46385ADA7+,333:=>:@7;:(+-0;::9)033;J<==FFC8A=?BEGA$',,*/11/()***8>;17/;<@31.B0/-+;5121(##$#+)*$4=8>;>C:)96B=@F?BB8)###$$-/-(&&*%/,&(%)$$-#273,<;>9,,&)(''$'$&&'%$$$$11-,*;.,&('&$'%&&$$')(((,682;69BCA<@B:?7:7=)0&::89692@BDD??<357B<./99:2+,%#%#&%$&'%%#.%()&'-,4'-/043=ED=@>B7566.@C??:BA22197>?A6@<38;:;HNJ>BFAHEIFEGB69788?+8;<>6@772/)+*..121'$//2=:<44)-*,887=BCDFB==7D3=72;:@G=5?4*--46579)$%'#%$%446(%&&%'.58=>+*%/03644/1*>B;;MM@@CHDHIE?E8>;ECACBB:?GLJE?C02220'*,*$##$&-08:,((,2:ECFHIGDGB7?EE5//;:)%&'*88.><<655$'('$'+%..+,5=69'%%)(&&%%%$(,)*,*,787%>,02@;/))36502BCFA@A57(/+//)(**4<>A0@1%%'%(##%';7'+7;1C;:,-((%,,&'8B?EHF>HA3,*84@DHHCJDAA4:674B:0A8AA?ED?=4=?=?=<=/1/(-8:BCA6/8;<9<:'+,1.6:-+5:2E@.)6,%$%+%$$$$$*+0770<<448@=>B>DH>%2..%$$.$++23:9DAFDJIC+,9.99<85%)**(389;C7@EA6-***3-..6/.&$#((..317501666(():?=J>,AB;6BICB?GIIEE=68B>=B>?B@E@BMNOMF@9<)&98<=?HIC>6-+*)((0;4454+%%#,*+.-,1)8..//6%'':7/0+'%)*$&''')?G9)6->@A<@EDC@79;500BEGDH>;EDC7:8&&$+9:3048:AE61$$%4::ACB086658=956>=BGHC6<>?C?57;7$&$,+&+-(&,&&+3(''$&#')))$$(/4??<;77$'%&-)8;@NC@;545'17=@905<@B,05566>:..B;;<78--75485,/-,''19<==<<;./10.:;@=:7:7;<8:=CC?/355<@17)@>A=/*4)%$$())#%$&'0,-79>::DC/2-//&(-@DB?=0)**871CAA@:648B@&(>CEIC@ACA>6****-587;EFF9@9;87:7:-)*'0014D&:?*-%479:FEJ:EF=DHFD@?BB99>@:A5<=7?;?@(+6/1076875,,--4557:;@A;B@+((//;4???AD7?))+-.,0*,*).)+-))*%(--$&)%(/'3>ACLH97-.--45;6>JBF/.*;9A?<<5BAA;;IJH97,5AGHA:CADDGB/24>?A@BCC>BBC88+#0075:67<66%$%'199:@FG63=468976;@AB<36311-('-2;88%*/,/3:811/9988??EEC62@D=:7?7DA'-@778<81,&)0).332<>7=@9<:=?AA?>ACBA5<;8%2;?82:7689/28??B=;568@@<;A@=,0.8C.-4:;<;;=5(24?BE<89:03AC?-0DBD=MHF1:9;6188:(1+,&&24<)$$5>?=<@@5)+*)50$-.-.*$$(&%&&&&'04599672%&'-((*,))(-('')00453/57<5:31/54+,2*,/,0+'*'.-%7<8?HC:EC=GOIF8:8/)0397G>@5B=?<=448%%3.05)(%)$*'&-/6768;9292%%%007801-.)'''$)$$$+++'%)>FCNJC=GD@=<<=BMLIG:---*32268:;A=?NMH>9HEBE@HG>&'=644423>ABEI772<044;A>>::7FEKIDE:?7;=:<=>3%%+%7:C;742---DEADC,(>A:02)),)2/./7.&)/&$$%'((:512?7?-B9:63>*>@ACFH>45''((,++,,+/6E=<888AC5%*-/1(53A@;<<>:50*025)'&/'17BCCHAFFB?A%%9>6EIA:=DA,(0)#%%;CHE>CADF@:=;=9DA??@1*%/(7<@CCEKPF>ABDBPG;*@=HIHA>:@:;@>=A<7:EEGEFDA<)6GL49:5450.*4>AE=?=;=312522&/4249:B@?0/,*1/2/<<>=65<=;ECCDDE>@.-'((*&BFFB4;9((,(&&&&-1./.)''*'+.1*8:;=*;.1C=.8:>>=AC)(()))J@CB<<23+)/7;<7:OHGG?9::;FFBLML69>@FBBAABKIE>I<>876**'+6AB86=>?@<.7$('67BA469;;<8?/(;997?><0+(1-/,.%(+93/:42>A<>>8'&%%$&)1258,@953@C==:=D<=?<>KLPIA>8?F=?>A;&)?ED$<387&'&56242*-11.%%79FGD;?GGCFEA=>=E=;:=??9=8?9=7EGH@>ADF;A//25;D@AKLHFC=6;EE9901''$0/.3)%($&)*$))%$$%$#$&&&(26$')966AK?>?AB(':;BANHB<<.1(%???<5+"$&)(-'6%%%%'(&&'&)(7;<1**''$$'&*++*--..;@>?@+(::<>?=E=A'(*:<@=JA=<@:93=4::<<@A(%6556CBH>>@BC<2>6'*@>9@?)&&;D@)/5+028559=BA:DFBABG+%&$&)+&$$)328<6:LE;69<7@31-048**A+$$$%.6<DHDBC7;>=?B?DCBD>FH6;()*,37.&(?:PAGHDBDFIBAJKJK>C1*&.2781::>@A<=69>0%%+&'%%$'.**<:5EA??;);=57=9-)+-*$$$)+,/7875@3@CJG@@>9C>00,DED75=@A@=ACB?MKLOMJ?G=58)'&8?@=>@D=>FKIB:=?EE721%6;@44@AB@AE>:-.:;@95:44JE1+%%%')0*084?BA@?7:8<>?@FGLEBAGHIRIH@7H?C123?B95GA>F>838:7JPA78;;8;D;667@90$',/=>>?8=62;:>>?;BBD=75;<=6%6=>:9B.++/45-1A=I@?HFCF@I>@BFBBC;?8><<>224%$#558H@>&567:1:;4%$%0%'39:=22$5(3%028:7-,?4$$$(,4B@<74;9867DEG@E>>)&-?;?4+=:<$$BA09836<<;;9?47811.1*$$0.&*%%**#$$'$%&%$,27<8?3/1369<;010=>BC.@?9BF=;;BGB>8:/31<<>@:(16747;42)$&:>=;BDE*7$&,.'%&(%/4,15023$$::;9;:;?DEM;=:<7DF@7((A;;:>9?.9=?-+*)%))9@=@::./..-)('$'((*'4$&)0<3:;>;8>A=?AL=>A7.%%,,*(&-05585?C,;3?GHB<4)$97=?B;835DEABF;JH??GING9:;B>D<94%'**(&%)&&&())574;<-75;:.6*6/647<8(969ACE=NPHAFAAMNH843>0%5:E8C>$&$$&+.49?=64&%&'0/*%&##-$119<./<*2-0?;:9>@NH99:77%)'6=EA5*507A@FHC6?D8D8:IIMLHGBFE6A,%%''$-3/.))4./')-20.67DF@906+*:GKGF>9>>DABACDFH@A;2-5:ABBB:HGE61(69%=>?H=H=?<==@=432%%)$/---*+11+30/.3-57>>99.-+6:9;;./.))..,,/'$&'&/6:987)'24,-49:.4$$.-%38?CB6<=H;D<()),+,,.?B-B@>9&)(%%#$'%#$/(9.2*-/1$235202*+,,+/,7??>;A>4:GC@.78:=I/5&(3C?>9B>>95?0:<>A>ABD73?E>?B**9=??5854&&))%((,;7GJJG=66A8D=ACEB.0)0''-')+@AHC@@@4677@,354;>?IAMJ;=>=ABHLBE=><:=830.-&+01100'&'$$%&*=99*/,,3CA8515;<955B@<@>755($%*((-&)(01:;?=A9>>989?9@D0%#'*'$+$$'8BDC>>BCIHB;CDFKBD:FB<>;.34(44/<:/,*&*1'(,,0..,(*%&+8>;=>>?.49>7=,9;,.--,;:;<:;//9111<9@<=6635/*'4424>8>=0--$469>6>>4/++;=444=<867359BC9<6())A@=2G>=;;(-))/$#&578AA@?A@=B@--,.$)(&0$'&49,1)//,4779>@A:4#%+%%%/13':855549<;/0(/?C=<=?@,8C;555B76$76=C6HMMB;=?A?@49CCC<<:577>7522895+*)+++)''&;64)1576*+%%,<:??8+,@<>ACHKJ?BE?7GF<9>>9%%%+150/074A;+1=7686;99+&%$$#%#$$$.*%*,-+''((772%'%&,-*97>?=&'$#$:>=32DBAFACECGCJLJRQMKKDGEFC>A:?C?9992B;=9DEB?;1')3557EIGC9CH44:BA>:8)&&(6<<1+*+73AD98>99FBABB,,/BE;?JA;=GD9;(*%(),++:'21185+12&&&.<9@HJGG@HIMKONIC@IOIABEE>@AC<9=AD?C::=DC>6.0-49<<>A=8?366=BE>>EHAB@INMMGABE)'<<=FJKHD987:8@FGHJA44$$)1=A9GCHHAJ@IM>:ABGE>D@GLFEDJH/D9;=BC?ABGE@AAC4015=>GC/;>@DEGGFDE?=<<@(,<=AJH>C7333237-6;7(*..,+-)*)*,--'())/*((*+%99<:2A@GD91;:&(&&&255A;>>@>BBB>@6=-&.,')*)%'%$'%%(/&(&%*&%$$&#'+0,26<>@BEFB:0)+:68@FLOO@JL;J==EECDACE>654:212./-(%$$#%%$&&'*,)'&&&(3:=9BA8765HD:@DJJFE@8DECAFA??A:4*%6<=@?9<&&(%?;'&'*>@IIC>=6@GHG?74?KOAD;70.$$)))$$$($%&*)57://1*++&(288>EJG;?B9++)345@DI+57266*-7B@ADE?2>><<>6>=?:4458.&()0268?=2.,.,6559CFLPKBH?B??B?;3%56=<8<>?;=71663)$$',0&246(**))=?86237:;<;)%,.01*.9@AAB>E;?<;=:<=)')%),*)#%''(*1+,--/;LLIFA>8+<+<;@BCJD>GCC86:829@DFEFJKE934@CE><3,7(0;>4@=EGBA@8FJF,AC=::?;)'&*779??@@?1-080*+&%%0423',..BHIG=18;68<<;01DDAA<:M>;@BJD>>;-.79=><+FF>KGLCH@K<(((((#4,=;AFEE<+=BIE;/(%(8:4;?;::>>589;BAB:AD<@@HI*51>05;;ILM=;,*(%$%00279;CGB@521,--0.9=:7(.98:=9<:D79BE?HNB?<<)ACCA?ADQJJ?=?-BDE@(0)(+*57)583(--.48:=:?9<@;61/469&(,.587=?7FB?@CD1&0232207::?@E?9**2*79<<8>==5=G?*8;><7958:-05>=@CJA<<=>:677%0.50'*.&3&$$&<:B*'/6((=AHD-+)*/&%&&%'%%(&%0,)+=/,+?>CFG@213&%#$3:9:??>>FGGDCAJKG@FFHFBDDCD598JKE-*+&)(((6#(+.7:;733(+2*+-44-0=:;:=9:8:60%$%%?3.;>=9<@:545;*)*,5677:737128=B@CECA;<;EFA<)+3782:>AB:6:'/2;AAAB<133>=9<=CEGF.(4;>?96021319@E?;.''*FC@=H?@EE='89.+@BE9::%%0B@>=>7+''&&-%&#-&(112%53;@C@HHD**GDFBHJL4>@DAA>$&'-;9=<<289?@AG??EBC@B@B>;=-'#&.+/34<;9,$)(>(*+)&+013;A>BB/5:?43388JIN;EBFBB9GFCG96$,%;<=@>@A;&,*(9:DE646>9.,*+'&0+)--15:AEAB?BD::CG;))16999>;9@@I<=7484/).)%(*11$;?;98:7<6*@9:==HAA>B9<=4455/&0247..*7,(()*0&+*''%)%'&&'&%#,2)'%+'.&&%)*0/A<7:D=92GFIJ@6;5466@5:7'&&***-05BEC??A??A?=99811*7878/@>=:667.&()&#%*+18993$%%&&;>?D=?G7DLH:==;.('%/5,B@@.*9890323100*$+#&%)(*0:8*%(7;5&9=@HKHPOLC>?EH8;?A=@;:1$(?>C@84+(+%''*3>;0A@@6:<:?B@?;=<:+5A@JGFFEBEEGE:9=.0<=B@A14CC554:,('01111*%&()+0054:>A81;<;++5AD?>=:>?E?2;311>@/0>6>>;DKFLE;>JNLCBCE=86415%#9:>=CRPBCCDDD=A=><=872$%:*%'568;9;<<2--8)&**(+7578=<7/66>>5$>GHD;<:;>;JH6PNIP8'+'');:=BB<;1/(*(+%&%7BC<,.166684)(+(#&&671/((,446/6?@8410)&&&:43>>CFGC?:4>>@9996>@;@FFAB@;==<<;>>3>B32,//)13;E1./+HC6AE2+.CB??:;1/+6B==*))99>@C6743:5':9E>>>IC66EEDA/*-6CC?9<-%%11::?>>?CA9:5-,-079D7@CEAGF@=DBA?@BFFB>1/-/$>BDCCB<3CKHL<;FCMD@BHB>FMF>OB:A=7879/39:2.2123527834>BJAA6;JLIC:CGFA@AECH=?QQLF.CBDG@,49788.),)*)2)+33-))(*##&%%&))326659;=1.-8-29@@8;<;<9B>>52:>+'0AC(*01'=8869:=B@>;).A=4CCFD))*4589C.9DD1G==??3DCE;);>=/%$$4933A8@BC>8>?IG@?>??<=GN=CA:53=<=;BE@003:')%9043356@;:84/77;@:;-'%%'8.%((&**#*133/231.&(/30&&/:87774;0%$$3.8=2/11--+&,4%&@8=;1880'$:A=?>AD7;(5;<;-8%%$12,,3//2/(:;@BAAA?;*274''<:024<;-.',.'&%),,%%&##$&$#%##%797;=D1%'*.0)%'&'(0>CI4:<>=B?>@?@BHHC?548:2559=??A;=DB<<@DHDB@5;B?@<>479,()*;;?AC4=8?CDB=@?CDFB?9<<@?DG;797<=8//085<@;:A>4=>A5/<>*=.,..+()=6@>><<>=>EGGGIKIFC=>DIL5/9''***(6*,54?='((.HB:<<:0,&&'/123/5==>AF?9A9@BDG<7E<-?CBLGEAD>2:7<@8AA>?ELLK9&(9;GMFFHJHFB=82(.=@/8(&02*/6%-.97;:;=ACB7825()**+&$%'%$%$&+&&)),52.79<0?ADE=CCAB6,-)&(*=;=8A=9455/'0/11-':9;;;:824;=?>:9=<-6?HG@/0;88?CHLHC>A<+23,./-13:-''*62C<:AC9%963@=B=:/=8B7.15A7%%3*68;=<5:==<;00&($,%$"*./2:<=&(+26;?BAFHC???G9.('AB=.-009<<11*7A>-+?8@=;;/@@>?@76JMPM99;@EHE?I@<>-0EFDEE707(9<8?3<@GIBBFA>E:5::;;<2910/&&%(),+111/9)9;@@(./%&&8DEE@:?7?19@D>;:>@@@@0A>E>B:EFH:>;B@;;;><988=66DAAA@CEH@D+;=B=<<=>70?3%'&',920%.)&')+'&&0155&$&(2@;;DF=E@8BEGMLJJAA);?;@5;<8(,;<8?>CB<;E>87/-)#$&*48;:9:EFB<7$746>D70*?@@?CEEE875$())$+&'%36;?ACA9@9<:=?G@6;9.2<:9<<=**+0($%--+1<-@12----/57*(&&7CKHA<;78762&23<>@>,/087=3''.678875*'58:9;?@IA>25;:0A8:;=;>=<<6*,9;35>::0%%%')-.7@==?8<<<>?9';>@?AB(*..7.&3(202+%5=>?5299:94&)+-:795:?B:=;A@<&%%%#%,))11017:E===C@@=9,.6'-'''()%-./614>D==90216593GFKK>G$<23021>A?;7))&(,79.::8688332,0859889($$'42.6179;DFF=DJL:78BEBQPDA><<>?HIIAD977:KNMJFEGEHCEGF:6@EDGHIFCEB??:BD2998=D-8'&(,+%&'#$),1%&*0)###%'2204+233%&'''&4::33:;:%(&&&'.'./110&%####$+$#$..;<>?>>ACB=:<;>@;-:=JEFHCB>A),:>@FF=AAFD73.A/(@;%%86.7&&#''$'79:;<6&+)(+(=96@BDIJAACJCDE=@=827><;?+.:CEFFC3;8+%&'(5:90@@CCCH?@BC?7>=459:B=@:<6FA;D@C:>A.:5;<>=()+,)*&3()3423'EFFAEGHHB-ADB=B99>1$,$3;:8<4.0'&(AB?68:/&94=:;8-)+*$$%&%59C@66:(&26<964@FFFAF;EGF@GA=H89B>;8=:<6538:?3003,+:+:,=FGD;FE?=3.*.20998/FF?36CI@0,,+,+440.8B;IFED@>;1+4;966A;=9'CFFJEHLGGH>?BB=GNN;CB142.7B?>24C:BF=?JMOLF;GD>9@CKNPOJDJDHFJA*(-FMNSFB@<'(0=:22,-.0;;9BE><=2>BDIHCBECDB5,48=89;BD8C?<3<=64&/16,7>>HHKB<;<:<@CDJC9;>0.3.0204.%>A?DJJD104+;A=7(@5/DJ82B;A?=90*2$$4493+2/>4DG8FA@JJE=LJB:;447E6&&%:FA++./5784211?@AEC8BJB=FCB@=@DA%,BA?>1$*&&...<>A;D<=@C@CDGJICC8<><>DF@7852*%#&10//2(59>::EED@4*)..-'+428DAB:2,.=/)((&9&%#+,&'%$&(%%%%#$%,-02:=6@;<=GCGC;71&&049-+..))+:FME=C;65555354?)&&1*$$%)+.::;5.)',.103;=9+()%;=A:88;C=878D=AD:=F'&*101&&;')/==49A;3+5712.0889::?7+%%).-%'1-1$$%$&))3929BBHG;>@==@5:;9<6??75@D>?&-;<@EE>;98>97>CFJGA<79BBEA756+1953:DDJNOC76??<&24/8-)*1%25@79AEF@<71/JOE8C@G28C:8;9:B?A:-9A989;DBEC=AB@1>5G>>;=:DCBFA9;>:7=2)%'****$$$30<;=22;=779@@,?;BG<9'$-<<=?=/>@<=..?@BCB;==;3836@:1*0.(674;19/((&&$%/4()'((+)*,*<B@KFDB.)*/2-2318=8;=?:=-:9;DC;=B@=<=IMN=?@H<3,:>FFC==C?=BBCJKHEEGD9544:;<;89G<<>@<37ABC@;CGF;)%*2.8AD@B@?AF:35AGB;35;@>74445).87<@FC.2C:88:72+,575;8C>4@>LFI@69:<;??98E<98881*4+.=?@317:FBEA7:.-2;1&68AFGD=5547=;&)93?C?>9B@78=??A>B;@>GGA454=<;;=@8=DDIPMOHA=B:;@@;46=??DCC;B??>?=CD@A?>@>,+0,95<5B<&?A<;*+*)$$$+&(%&&'3+,+)+;8<8+.5<2($#%(#)--%**/25)6>@C*%643A:<=A?'<>DAAB?@92C3.4-,9;;6;0*'%$$)$$('$%'?=7=<@B:AAAA6ADCAC?=C>357)7899F=@'9=?DG<<=>8=>?@;&&&$/*)05+(%'&%%$%$$')'(677;9:7&%%%+%($'31*8=;8CD<9=*3,,8?@@D@D>===:64$+BGCA9B@73&&(&%%',8/9=3.><@@011.7@>@>@GFC@F@@?42.2*$$94>@=@:95**2@?@CAB=:;9+(.C??@@FEOL?BDB9;E<@?AFH:(%89@?F88>:;=,<9(*97.&7..7?@@:58F=<)=5CHDF?FCBDFD>8-))+1200<:>BBCA34.24:=/3924/8@<4<9760,,0$$'&(*7&)8;+;=EA@@925;0))36.((,''2/.73@5=@=A@A;@?>?@C:>224<>;HM=BIC<8;;8?FGF@?E>?1,8EGD9:F67?<3((;B78>;>DIG;1)%.,/B?>1>=0'%.%B7144980%(*($'741=>5'%443<0.+--/,&&&$($,,-<=6;:;>@JGAB?<4<<7=:$5323196987)%%.>8:>=D<91>>589?>IEHEB;AB=?DECDBIG;KFFCGEE=607455@989:6:>18&667668:6E;6/6''*4632AB665559@=;46D78=<<=57>A<=:+3&=:<9H<<:@D@A>=24=<=<')7.003****+%%$,--/)/25?>>903-174;*434545>@@975''+<<@@EC9;769359435===;=D@0+AAA;=7%%&('156/43:>=3:EFFIC40))('0&'23>@>:;CHFEAB89C7K<=CCBB=?BG1G=??ABD<19==9HA06??6;=>CD@?4>A*'').()76:=@:++.=CB?@IGA=A;;9?168++588998@CHE@>?F;A*&%%(<2''+0026BCC>F8*DF;C==9@68B;:A=HHI><2'$+7:45B<>JD;=89304777780.<6;8%(+*9B@<<,)##%.0-333456;=?DDA>@@?;EMLJDB??FFD;=;EA>::>8>EAA5,4+115/553B;931')%,&,343133AG8?+;33$(:;A+(;;@?=@?>../D9<;79:9C4+>48656;?696;>)%5:2-)))CH><(<(AA?B877G>-*56>@C@A@>06;@<>>:@5;2)&'&(1-::&&&518>@EJ=@DGDB@?6=BFDCIH97;53.-'(%)),.69;BA?DBC347,33553/'*+++-BCEHD;>GKG@620)&(()-+++'&),10/,,+*(9;4=-',((%%$')+**,.-+*--,*,5>=;6&/*)&*..-#%$$&&,,%)-49;5**/232;>?CB%'<<53.:3344$7=A@A<94-/22@?@?/6)./679-10%=.;:622=>=>;=%%)$&'()(1/-+;:?@B.46669;<,::677<<==>@:,,34@@5663=;:=BFGNMP?GBCF;@A*;CMFA9:>KJIC=4F?/+87<8?+%;EB/+/151$#$&115=E8B57:/05;=;7EEFA7':;>2.,,;@70?>CA=:@B:2;;9>9$''085@>(&-/08>;:7*&0/22.@@B92950*=5923>FB;EB1/+E=HB>DEDH;@B?;<4FH78D>FAE@>@CKCID2,6,+1-%((*//22<45,/.+%%'(&%&%&4@C??@@>>KCCA4.7;<=<:>BH>==+36772;A@DE???AA%(5553323&;,%%:/23>8@@=6;+')*(*8);98?553BA?>D:73+%%#$%'%$%%*&-.,03333))'/.1=?>-C42;@@=:4$$;BB684*@?@D;?@--%0-.-89(/$$''01$$###&%%$#%355((..(*,*+'&'''((-57589@A?CE8==??>/,67**)')$(../7/-3114*'17><@DELG?A@604,);:'&*--=?FAD>@PPG8DBB>8A:9@8446:<=8;)55>6D:2$<7<88=<;==AGB??0,.29;/278=;=7<:B;:@&7156A8;;7%''&(27:;DH?>>34?=B;9*,7BEF:=35>?B@B?D?:,41/,,/??C:;:@@D36>>?;2:7A>CDB8;:?ABDB-C>@=CBG@FB@E=:94806*/.)):5-.<4&+-9;??7A<>:>?>;2)(,(*,6681?EDCFHG>//150699:>8965,$&)%%'%$$#$*+,-55%$'0*-;9-7'';>:25;<<:3?<7%%&%$$()(/2368;=<:6<==7$)6?CGEHA?9EFEGE46,.-,$%%%:7;>=:.98-&&(26=>?AC80)679%&.EEDCCBD=+.12;9029HKB*#%15;:39533$)*18:=;=*1467802A<348??>BFDE?8*)6:;-5)+:8@??'625'524;==;>90#$$%#&%559;&&-765@EH=96D:=7;>?>7>:985?563;&@8:9<=@HB+,5%&-(%$'&%%&$')%(597;GKFB58D>LFADED9DEG:441.34368405:;>>=?D8@A7B><000,/'79(&('(*=>D>>+&.=FD:;-/6;5/++++=8:B351>8038?;;3A98:5-&%/0))6-,0?>?A:6/899=<;<=:3(%'(**61536@8<<.3.=8:><*0%)(20+.3''/)''+6>C>78>E??7.90012:44*+79<7@D:;C<43329:51+1++%%%#&;<>B>6=01?>ECEE;)-88C?;775=<@BF677>423:<?2::839911>=@<;==EH:>A<0/('$$$%&&*&222*''*)()+)%%0,/'&;>DB@;@A:7;=:<:2(%&$)**?@=>:><85AB>@@6:?<>@@A<34&)14?@E@?111-3?A;;;98<<9=@7.;23@:4102,'0)5:8@HCB95%%015<;?@<>CBBCB79=??EGB;:97&%%%)+186;57C?7CB7@AA$$'/,*.+-0'''''&&,***%(&38(04447..*&,;=A9<',,&&),/-,.60;95577/+.85@78<9:FFJGCIEC@?9J>EE=?97)*'%(8>?7FBB5>-8?==9:;+)2+'4.>?;;860,/2:;?6;769961&'$(%$$''1/32/87,)7%<8:<>=>0-&):=/334737*=?:>K;H<=F98++++)--/+,/27A>DKKKG:>;?>=74,43+85:31$$.9::5/E,%%$%-.029=02?BA;*+,&&4>1<DB=;:=A@I::,+)0027>>>9(2223203&*%=?4>3.&%%3%$%7;71/-%7?@BDJB9;:8722;8;CA@96C99255;0,2.8:>?8:;6315:77LE?B:B;887?AE>BCE?>ICA<95418:888<3468@9<@*77:>,+30%.-*-(%'/49;/5;60023357-+2277700110&09=2(('($$-94=A?A:6G@BAA53572-,-'$#&6.'&4;@CD::90*)-6<9><825,)'11,-+$$.--0002+)(.1>>8BD;C:<6-14C;?464);79C??E@6'#%++/54=:6:93;:99.7:<020.2-.'(3076&,(*++.,++=<>><=A?:>860;6%+1./10?<7BHGEEF<4)344332.*+.)%(8<8-.0+,*,=>>M=><9642=:::12A:6:7:=C:;66977>35:/7BBEB>B9:=8))(&&%%**%5==<6<0/<=;568*'221.$$$$('67/*)04-***(%'/3$$12('$,53,=??51A<>5;EJBB<=>@/3619;&$'&'+++,=9;BBBD@DC-,*.+764.09:81(/97686A=>65:28:7:@>7>CC9>=54440-0889;?;CDE=DD?FB885%4/4347.:7**5',,/2-*,'.,,+*(#&&')574A58'&+$$&66883,>9;5,>>BEB=12>==3:<;?B>765(*020>FHFBDD6A@JIHG?7AA3(),43A;EH*&995233/27889?799D?BBA=5%7:;A;>@AC;BFC@@2%%%'#%%6;:50>B:=%'%)*(+,%((320=>>;:ACA;3/8%',(&345;?@=9:7761$-4+,(5<;>HKJIG;$ @SRR14011045.33355 b94ef780-e831-4709-b835-d53806b20f39/1 AGTATGTACTTTAACAGTTACGTATTGCTAGCGATATTTCCTTTTTCCATACCGCCCAAGATAATAAAGACTCCAAAGACAGCCCAAAACAGAAATGGCATACACGGTCTGCAGCATAAAGCTAACAAACTGCAAGGTACAATACCAATGTAATGACTGAAAATCATAAACTTGTCGGACGATTCATCTTCACATTACGGAAAAAGGCATTGCTTGTGACGTCACAAAGAACATTAATCTAAGCAATACTAATAATCATTACTCTCCCTCTCCATTCATTTGCTAAGGCTTTAAAAAGCGTCAGCTATCCAAATCCACTAAATTGACGGTAACTCAATCAAAGCGATTTAAGTACTCTATCAGTATCATGAGACACAAAAGTCAACTGAATTACTTGAAATCTTGTGAGTAAATGCGACATTCGGTTCTTTTTTTTGAGATTTATCAATTCTCAGAAAAATGTCATGCAATAATAATCTGTCTTTCTAAGCTGGCATTTTTTCTAGCAACTAGACCTCTTCATTGACACGAACTTTCAGGAAAAGCTACTTGGTCATAAATGAAACAGGACGATTCATTATTTTGAAACGTTGACTAAAGTTCTCAAATAAATCATCCATATTTGTCATCCGAGGTCTTTCCTTCGGAAGATTATATTAATGCAGTCATAAATGTACTGATAAAATTCGTATCAGCTAGGAACTGAAAAATTGAACTGTAGCGCAGCGCAACCATTATCAATCGCAAAAAACACGAACAGCATGACCTTTTACCCTCGCATGGTAATCGTGATTGCAAATTAAGCGTCAGTTCTTTTTCTTTCGGCAAATACAATGGTAAATCCGTATACAGAGATGAAATCCCCGTTTCTGAAATATCACAGACTCTCATAAATAAGAATCATCATCAACACCTCAATAACCATAGCTTCATCAGCGGTAAAGCGCTCACTTGAGCGATAAATCCAGACGACCAAGCGCGCAGAAAATCATAAAGGTCAAATTGATGATATGATAAATCTGACAAAAACTGATAATACTTCCATAAAAAAGCTCTGAACCAAATTTTCCATAGTTAAAGTCACCAAACCATAAACGGCTAATCCCCATAAAACAAAGATAAGGAAGCGCATAAAGGTACAACGTCCACGACGTATAATTTCCCTTACGTGTCACCTTAAATTTTTTATTGCTAGTATGAGACTCCAACATCATAGGAATAAACAAATGGAGCAAAATCGTTTCCACAATTTCTCCCCAAACCTGTGTTTGGTATTGTTTGAGACTTCTCGCATTGACAAGCGTGTCAGGCGAAACTTACTTTAAACTCAGAATGGAGCAATGTGAATGTTTGAGCTACCACACGCACACTTACGGAAAATAATATATCAAATCGGTGCCGAATGTGGTAACATCAAAAGAAGATACGCAATAAGATAGCCATTAATATAAACAATTCTTTTTATTTGTCGATTTGGATTGAAGATATTCATATTGTAGCTACTGCGAATAACGCCACGTCCCCAGCGCGCGCGCGCCAGTGGCTTCTCTTCAAATCTGTCGGCGTTAACCGCTAGCCATTGGACTTTTCATCTGAATAATTTATAACCAGTAACATTTATCGTTTCCTACAAAAACTCTGAAGAATCATCCTCCGTAATGGTATCTGTCAAACCACCAACATCTTCAATCGCCTTGCGAAAAATAAACATCAGCAGACCCCGTGTAAAGCGCTTGCTGCGTGAATTATTGAAAACATTAATTTCTTTGGAAAATCTGCATTCGTTATTGAGTTGATTCTGGCTCGATTAAATTAAACTAAGCAATTGCAAAGAAACTTTGTGGCATTTGAATCAAACCAACTTTTGGCTTATCATAATCGTCACCATTTTCATAAAGCCTCAACTTGTTCAACAAAATAAGGCACAGTTCCAACAATTCACGATAAGGAATCATATCCGCATCAAATGTCGCCACCAAAGGTGATGACATCTGACGTAAAGCATTATTTAACAGTTTCCTGATTTGGCATCTTTATTATCCATAAACCAAAATAACCAACATGACTCATCAATAATTTGGCAACCTTCTGGACAGTTATGGCCTCATCACAGACGTAGATATGCCTTAGACTTATCAGGATATTCCATAAAGTGCAGGCGTTAATCGTCTTATAAGCAACTCTGGATCACTCATTATGCGTTGCAATCAAAACCACATCTGGTGGCGCTCCTTAGCAATCTCGGGCTTTTCAAGCTCAAAGTCCTTTGTATTCAAATGAGAATGCGCAACTGTAATGGCTGAAACTACCTCACTTCCCCACAATAAAATCCCAAAGATCAGCGCAAACCATGAATCATGCCACGGGATAGTCGCCACGCAAGCACCAGAGATTAAGTAAAAAACCCAGTCATTGCAAATGCAACGAAACTGAGAGTATCCTCTTACTAGTCTTCATTCTCACCTCCTAAAAATCAAATGTTTTTGCACAAAATAACTTTGACAATGAAAAGTAATAATCGCTCAAAATCTTCACCTGCAATGAAATTAGCGTCGTCGTCAAGGCATTTCCTAGAACTGTAACCAATAAACTTGACAAAGCTAATCTGTGCTACCACCAAAGTAGTATTTATCGCGCTATTTGATTGACCTCGTTTAAAGACCACCTTACGATTCAAGGTGAAATTAACCATAGATGATATCACGCGCTAAAATCGAAGCTAACGTCACCGCACTAAAAACTTAATCAATTAAACAAAGAAATTAAAATCGTAAAAGCAATAATATCAACCAAGAAGGAGAAACAATGATGAAAAAATGTACTTGAAGAAAACCTTGTAAATTCTAATCGAGTCACGAATCACATCAAAATGCGACGACTGATTTTCATCCAAATAAATCGTTTACAATGCCAACTTCACAAATCGGAATATTGTCTCTTTTTTGCCTCAAGTAACATATTCATCTCAAATTGTACGTTCTACCTTCACGGTTAAGAGTTTTAGCAACCATGACACCAGGGTAAAGTATTACGTTTGCGTATCAGAAACGTTCACACCTGTCTTCAAGACGTCTCATCAATAAATTTCCAAATTTACTACGTAAAGGAACAGATTTTTCAAAATGTTCTAACACCTTTCCAAACTATCAGTTATTTTAAAAATTTATTAAACATTTCATCGTATCTTCCGTAGAGTGTGTTGACCATCAAATCAATCGTCTGATTCAGCACGGCGTGGGAAAATTAATGTTGAAGTATATCTAAGAATAGCCGTTTTAAAACACGACCTTTTCCTTCATTATCAGCATGTCTTTGCAAATGACAATATAGTTACTCACGCTATTGCAAATAACGGTGCAAAATCAGCTCGTCATCAGCTAGAACAATGTCATGTTGTTTGATTTTCCTTATCCCGAATATTTTTCAAGAAGTTCAACAAACGGTCATCAGGTTCATGGCAGACTGACAATAACAGCATCTTGAAACATCATCGACGTTCTCCTTTTTGACTTTTATTTTGTACATTTTCTTATCGGCTAATACAAATAACGATTGCAAAATCAGCTCCACTACCGTCATCGACTAGAATAATATCAAACGTCTGATTTTCCTTTCAGCTTTTATTTTCATTTTCTTATCAGCTATTGCCAAAAAAAATCAACGAAAGTTTTATGCCAGTTGGTAAGAGTCCGTATAAACACCCTAAAAGATGCTGTAATCCATATCTTTGAGAGTCATTTCCTGCTTGAACAAGTTTTGTTAAAAAATTTCAAACATTTTCAGAAACTCCAGGAGTAAAACCGCAATTCTCTCCACCTAACCTTGCTATTACAGCTTCTTTCAGGCATTATCTTCGTTAAAATATCACCAAATTCATTAGAATCTTATCTTTCGCGTATGTCCAAAGGTATCATTTGCTTCTTGATTTATTCAAATCAGATATAATAACCGTAAATTTATTCTTCTTTGGTAACTAGACATTCCTCAAAGCAAAACTCCAATATATCCATCCAATTATGAACCCGTGTTCTGAAAACATCTTCCATTAACGCATCTCCTCATATTTTCGATTCTTTAGTCTCACTATCTTCTTAACATCAGAACAAAACAAGAGCACCCAATCACTTTTAGTTGTTATAGTGGGGAGAATACATATTTTGCAGTAAAGCGTTTTATCGTCATCTTATCGTATCCATAAATATAAAATGTTTCACCCTTTTTCGCACGATCAACATTTGCTTTTAAACCAGCGACGTCTTCACTATTAAGATAATTCATTGGAAAGTCACCAATTTTAGGAGTGAGAATAAAAAGATTTCTTCCATGAGCCGAGTATCATTCTTGTATGCAATAAAACGATAATCTAAGTGCAGCATATAGACGTTAATAAGTTTCGAACTCTGTAAAGATAAAGGTAGGATAGAATATGCTGTCTTCGATTAATTAAGATGTGAGGTCAAACCGTGTTCCTATAAAGGTGCTAAAACATTTAAAGTTATCATGGTCAGTAAAACATCATCATACATAGCGCATTAATAACGATATATGAAGCAAAAATACTTAAGTGCGTTCTTTAATCTTTTGTTCTTGATTAAAATCTTGCCACTGCAATACCGTACAGCCTCACCATTCTAGTGGTTTTAACTGCAACAGCATCCAAACTGTCATAACAAAACGTCATAACAAAACTGCAATGACCATAGTATTGTCTAATTCCATAAGCGTTGTGAATGCGACAGCATTATGCCTGCCGCCGAATTTGTCATCACTCTATGCAGTTACTTCATAATCTCTACATACATCGATACGAGCAATGAAGTCGGTCGTTTGGGTTTAGCGTCACAGTATAAATCATGCTTCAATAACCTCGTTTTCTCTTTTAATTCTTTCAGAGTTCTTCTCCGACGCATTTGTGACTAGTAGCCCCTCTTAACCTCATTTCATGCATGATAATCTGATTTCAAAGAAGCATCAGCTAGAACGTAAACTGTACATTAGCAATCACTGTTAGTTTAATGACCGCCTCTTCCATATCCAAAGCGTTGTTGAAATAGTGGCATCAACTCCCATTGCTTTCAATGACTTTAATCAAGAAAAATTCAGTTGTCAGTTTTGTTCCAGAGCTGTCGCCAATAGAGGAATCTGTTGAATGTTCGACGCCTACCAATAATCCTGGTACTAGTGAGATCTGGCTTGCTGGCATGATGGATAGAATTAGTCACAACCGTCACCTGACGATTCGCGGCTCCTCTGGATATGGTGAATATTTGTCATAAGTTCTAGCCCAGCCTCAACATGTTAATGTACTTTATTGTGAGTAACCAATCTAAAAGTTGTTGTATTATCACCATGAACTAAAACCAAATCAGTTGTTCTTTGTAACAACTGGATCAAAATTAGCCAAAATTTTGAAGTAATTTCTGAAGAAGTGATGGATTTTTTTATGATGTCCAAATCATAATCGGAACTACCAAAAATCTCAAAACTGCAAAGTCAAGCATTTGGCAGTATGAAATATGGCTACCTGCAATAAATATTAATGGTTTCTGATGTTTTTCTATAAAATTAGCGCCCTCTTCATTGCCTCTGGTCTTGTCCCAAAGACAACTATAATATTAATTTTCCCATAAGATCACCTATGACCTATACGAAATCAATATAGTAATTGACAAATAAGACTCATTATCACTTTGTGTCCCAATAAAGGAAAGTAGTTATCCTTTCTGACATTAAAGGGGAATGCCTCGCTAAACTGGTCTTGTTTTGCAAATGATGTCTTAGTAGATAAGAAAAGTCTCAATAAAAAGACTAACTAACACGTATAAAATTCAAGAAGTAAGACAAAGAAAACTAAGTCATATCATCAGGATATCAATTGTTTTGAGATTTTCTGGTCTTCTCCCCGATTTAAAAATACCTATTGTCGACAAAAAACTGGGAAAAAACAGCACCTTTAATAAAAGTGTTTTTGAATCAATAAATACTTCATTACATATATTTCATAAAAACTTCTACATTTAACTTACTTGTCTATCCCTCTTACAAATCAAAATATCGGTATGACTAGCTATCAATACATATCATATTAGCCTGTATAATCATATAAGAAGCTCTCACGAAAGGTTGAAAATTACAATCAAGTTAACTGAGTTACTACTACCAATATTCCCTATTCATATAGACATATAATTATAACATATTTATTTTTTATTTTTTCAACCTTTTCAATTTTTATTATTTTAATGTATTAACATTGTAATTACAATGAAATCGAACGATTAAACGCTCTGCCATAAATACTAATCAAATGATATTTATCTGCTTTAATAAATAATGATTAAACGCACTTTGGCTTTTAAATGGATTTGCATAAAAAAATCAAATTCTATTAAAAATTCTGATTCGGAGATGTGAAGACAAACATCGTTTTTTGGTGTATCTTTTTTATCATGCATAATTCTCTCATAATCAATAATAGCTGAGTATTTGGATAATAACATGTGCGGTCTTTCCACCACCATCATTTCACGAATTTTTTGATATTTAGACTGTACCGATGTTTACTTCCATTTTGGACTTTCTTTTTCTCTGGTATAACGCAGTTGTGATATTCTTTAGCTGTTCCGATAAACGTTCTATCGTTTCTTCCGATCATTGTTTCATTCTTACATCCCACTTTTATTGTGGATATCTTCCCTGATTCTCTAGGCATCTTTAAATATAATACACAACAACTTTTGGTGCTGTGACTTTCAGTACAAATTGCTAACTAGGGTACTCATCCATCACCTTTTCTTTTGTGTAAGCTGTTGAAACAGACAAGTCCCAAGTATAACTTCCCAGGGACTTGTCTTCAATCTGAAAGAGGTATTTTTATGCCTCTTTTATTCCACTCTTCAGTGTGCTGTCACTGTCCATTTACTATCTATAGTAGCAAATATTATGAAGTTGTCCGTTTTACAATCTAGATTGAATCTTTAAAATCGATGTGATGATAGCAAGCCTAAAGTGGAACAAGTTTTTATGTTCATCTTAATAGTTTCTAGATCCTTTCATATCAAGGCTTGGCCTTGTTTCTTATACTTTTGATGCCTTAATTAGCACCATAGAATGACAGTCAAAGCCTCTAACTAATATACTATATTTAGCTTGATTGACAAAGTGAAGATATTGAAGTTTGCTTGACTTGATTTTTTTCTTGTTCATAAAAATGTTAGAGCAATCTGAAAGTAACTAAAATCATAGAATTGCAAGACTTGGCTAAAATAGTGTACAATGATTTGGTATTACTAATCTGGTCAAAAAATTCGATTGGAGATAGAAAAGAAAGTGACAGTGAAAAAGCAATATTTTGGGGATTATATGGGAGCTATTTATAGGGCTGGTTGATCTTAGAATGACCTATTTACTTTTTATTTAAAATACCACTCTGTTTATTATCCTCAGCACATCCTGTAAGGAGGACAGAGCCGGATTATAATTGTACTAAATATGGAGAATATTTGTTGGATTTCCACCGGAAACGATGGTATTAAGCTATGATGAAGGGATGATTAATTTTGCTATAACTTCAGAAAAAGGGAGCAAATCATTTCATGTATTAGATATCCAGTGATACTCTATTCTTTTTCTGGACTCAAGTGAAAGTTATATTGCACAATCAACAATTTTTCTATCCAAGATGCTTTGACAAACGTTATCACGGATAAAACTAATCAACGAAAGTCTAAAAGAAATTAGAGCCGTTCAACTGGTTGATGTACTCAGCAAACCATTAATCGACTTCAATGGATTCATTGTTAATTGTCAAAGTAGATTTAATTGATATAATTCTGCAGAATATTTTTATTGGTTTTATTGGCCTGGATAAACTTTGATCGAAGCATGAGATCAAACCAGTTTATTTCCTTGTTGTTCATGACATTTAACCTTTGAAAACACCTCATTTTTACTACAGAAGAAAGTTATGAAAAAGCAATTTACAAGGCTTGGCTGGAGTGGAAGTCGGATAGATCATGATAAAACAAATCATTTTACAAAATAAAAACTGGCTCCAACATTGGAGATTTTTAGGCATGACCATATTCCAGCTCCTTTAATGTGCTCAATTTTTGATCTTTGTGGCGTCCAGTTGCTGTTCAGGCTTGAGTCTAATCTTTTTTCTTTGGTTATTGTCCAAAAGCAATACCTTTGCAGGGATGATGACGGGTTACGTGCCCGTCATGATGTTGGCTCAAATCTCATGAATAAGGATCAGATTCGTATGGTGCGTGATGGACCAGCTTGTTTCCGCGTACAGTCCTAGGACATTGTCTTGGATGATGTCGTGCTCTTGCTCACGGGTGAACGGGTTCCTAGTGATGCCGTGGTTATTGATGGGATAGCCGGGCTTAACGAGAGGGCCATGCTGACCTGGTGAGAGTGATCACATTCTAAAGAAAGATGGGAAGAGTTGCTCTCTGGTTCTTATGTGGTGGTCGGGTCTATGCAGAGTCATTCGTATATAGCCGAGGACAATTATGAGCTAAGCTCATAAGCCAATCGTGTCGTATTCTTTATATTAGACAAAGATTACTGATTCCGGAAAATTTGTCATACCGTTTTGAGTACGCTCTGCGAAATTTACTTGATTAAAGCAGCTCCCTTGAAGTCAGTAGTTACCAGTTCGACAGCCCTTCTGGGAATGTTGCTAGGGTGCCCTGCTGACTATCCCATCTCCTTTTGACGGCTGTCATTAAACTTGAATGAAGCCTTATCCTGGTGCAGGAATGCTCTATTGAAACCTTGGCCCGTGTAGACGTACTTTGTTTAGATAAGACAGGGACGATTACACAAGAAGATGTGGTTAAAGGTCTGGAACTGTCGAGAGCGTTTTGAAAGGGGTTGGAGCGTTTGCTTATGACTTATATGCAACAACAGGATAAAAATGCAACAGCTCAGGCTAAACTGAAATACTTGTGAAGATTATGAGACATCATTATCGGTAGGTGACGTTGTTCCATTTCAAGCGATCATGATGAGATTGCTGAGCGTTAATGAACTTGGAACTCTCTTTTGGAGCACCTGAGATGCTTCTTGAGAAAATCCAAAGCAGTCGATCAGGCTCAGGCACGAGGTCTCGTGTTTTGATTTTGGCTTGGAGTCAGTCAGGTGTTGATACAGAGACCATGATTTTGCCGAATGACGTCGAAGCATTTCCGAAATTGCCGATCCTATTCGTGAGGATCTTTGAAAACTCAGAATACCTACGTTCAGAAGATCGACAGCAAGATTAGCTACGGTGACAAATCAAGTGAAGCAGTTTCTCATATTGCTCATCAAGCTGGTTTTGCGACTATCAAAGCTATATTGACTGTTCTAAGGTCGGCGATGAGGAATTGGGCTTAGCTGAGGATACTGGAATTTTTGGTCGTGTATCTCCGCACCAGAAAAAGTTGACTAATCGACCTTAATATAATGGGCATACGACAGCTATGACTGTTGATGGTGTCAATGATATCGCGCCGTGAAGCAGATTGTTCGATTATTGTGGCAGAGGAGATCCTTACAGCATCGATTGTAACAGTGCATATGGATTCTGAGTTTAAGGACATTTTCCTGAAATTCTATTTGAGGGACGCCGTGTGGTTAATGTGCCCACATTGCCGATTTTCCTCATTAAAACTGTTATATTCCTTCCTTTTTGGGCTTATCTGTATTGCCAGTATTGTTTGGTAAGGCAGAGTACCTCTTAGTCTTCCTTTTATTCAAGTTCGAATGACTTTGGCAGGTCAATTTATCGAAGGTTTTCCACCGTTTATTTAACTTTTTTAGGCGTAATATTCGTCCTGTTGAAAACATTTCCTCAGACGTTCGCTCCAGTTGTCTGTTCCTAATACCTTAAATTTTGGATTATAGTGTATTAATACACCATCTATGTCAGGTCTATCTTGGCATGAGCAATACGGACGTACTGACGCTGTCTTTATATGATACCCTGGGATCAACGAATTGTTCTTGCCGTTCATCGTACTTGTATCCCCTTGAATAAGGGAGCGTGTGGCAACAAATTATCTACTCAGTCTTTGGCTTCTTGAACTGGTTCGCCCCACTATTGAAGAGATGTAGTTGAAATTACAACGCCCAATTCGATTACTTTGCCTATCTATCTGGTCGCAATGATAGCGCCCTTTTGTACACCGCTTTTCTTCTGGATTAGCTACAAGCAAGGCGCTTTCCAAAAAAGAATAAAGCAAAACTCGAGCTTGGTAACAGGCAGGTTTTTAATAGCTGAATAGTAGGAGAAAGTTCTTTATATAAGTAGCTACTGATGTGGTACAATAGAAGCATAAAATAGTAGTCACTTGGCTTTAAAAATCGTGGTGAAACTTTTGATTTGGACTACAAGCCTGGTGAAGGGTAATGGTCATCCTGCACTGTAGAACTCTGACAGATTCTTTCTGCTTGATAAGCCCAACGAACAGATTCTATTATGCCCAGAGATAATTGTCCTGCAGTCAGAGCATTCACTGTTTTCTCTGTGGGCAAAGTTAATCAAGAGTTTCGAGCTTCCCTGTAGGCAAAATGTCTAAGAAAGCATAAAAATGGTGAGATCTGTATTTCTGAATTCATGTTTTTCTGCGGCTCAACTGGGTCTTACTCATTGTCAGATTAAATGCAATAGTGTTAGAAACAGGCTGGTGCAGTGGCTCACATGCCTGTAATCCCAGCACTTTGGGAGGCCAAGACAGGCAGATCACTTGAGGTCAGGAGTTCAAGACCAGCCTAGCCAACAATGGCAAAACCCCATCTCTACTAAAAATACAAAAATTAATTGACATGGTGGCACGTCCTGTAGTCTCAGCTGCTTGGGAGGTTGAGGCAGGAGAATCACTTGAACCCGGGAGGCAGAGGTTGCAGTGAGCCGGGATCACACCACTACTCCAGCCTAGGTGACAAAGCAGATTTCTTAACGCGTTTAGGAGTTATCCACATTTTTGAGACTACACAGAAATCTAGGACACATACCCAGAAAAGAAATTCACAGATCTTGCTGCCTACAAAAATGTTTGCTTATAAGAGTGTGAGGAGGGGCTGGTTTGTAAACCCTACTAAAGTTACATTGGTGATGGGTCTGGTTTGTAGATCTATTTAAAGAGCAATACGTAGCA + $&&$-%##(()%&((&+C74><>3B32/*+*3124(-'ABDGE:8.$./+))5)*89648902*'10./5774./'''/&$&'(&%&'(.0$'7+0/=0/./4653(+&&($'.0:<<3+*686:+$$((#'))(.;<25:?000.&&%-,.%)#$&%'007/565.((,&&$%)'+*-==7;9:/1C1706&)898&)5'*('(+('*.**-&$%$((7<:78;-+-+++-./%%)0235=?)%/=8%'*,%%556+&&'#*558-#$$%$%*/=?=;8;9?@?,/97,('$&086@@DA@@>?>E0?>;B:2:=B>CFE35A6043*)'%*%#<2/523?;747CEJAAA;9ABA<>(($'%(&)35-22*7---)*/%&$$$#&7235=:9+&%%8:::5(0)+,&&(+***$.-067$$$(+,;?A>/,,-22.,5?7A=@=9/3360+?9=1-/7996:???A??EDGDECIQNG=@9?+++=BD:);>8;>DE>>A7:>FJ?@ABAEFGH=9+88?@B?>DFD:CAA72/.)278@B:11*$,++7:6:9=><9<9?;@856413(+2;9;)%-,,.87?@DA@<7**,3>28&&&&&'211:5713A?D(%&&9?BI?EEBDHHFB0<8:A?>=;68;CGD?<47796DI@8>?/()%/%$%002&())'.&&'+(((($'$$(*'$+&%+*%#$$+&%%$"%&((&&%',('-()+%+..1<,14&%%,1.1<<;<)<.,(+(&&'#$&&)++*)&&'&%%&)$,,53')$$($$'.+$'$$&'&'$''-0.(&0*%,%$%$&%%''%%%%*&58==>?9DA?AA44999<3241'&%'(5%+&#()-2*,$,.$&(.5,)32.)'%%&''*+:)%--8;?GGEIKI=@BA?@FGC><<0/%),()&4$''$%$/&$$%&()***(%&224:7<=:@A=@@<11/)()+-7798:4544:=2,(+./%'(2*()&,)/7@=7(*$$%*.++?43:+%&&&$$$#%%&30')))#%&'&*,-)#$/0==>@DFDE<;B;D@218:;=?94139,.*-@=GEA@BE<3127914$$.//&')'%&(,(-&'317:?9.+%%),.,()(#$&(&%#&#.#-$/1)**+9=?<>==>===@:/-/4/+2,,*(2##-.7?::A>$#%%$7;=A@A@B<:221**+(131-)#$&&.,3-,.)*7777JFE8::89:819,)((&+(543(*)+.%'$4''79>BHE:@GCC>-DCK@C8:200.%&)''((.8&/3**5*79564&)*0$.%(839>::917./:@C??446;;<9;74<>3-7=4467%%&%&&&.,>@<8AA=::;=@:,6BB4A)&$$)()'''*,**,-,1221$')),+)$(-+,,65&&'#%$7<=<=*,.$$*/*')$$$-98>98B=;;*/0+47,5857<:555-2/?:44BC<8724(37/120%%115467864543/%*$$%&&(($$$'(./*.44.,''&%#/,,,+..**6&23$$),22-55/-*1:5:B>5872694<615;98>DEAB>=@;:<><>>6'3,7557:1&&02+('/.0-/1)(().+1?90-12.%;6@CEC=><964:5?=??8/4(/08=4A>=06::::>AB<7AB:10%%%7).+,,,&%)-2//01++56:16.010&+,2&16/1/1346/0*#'"$$*2-.(23+76/4356:852.0:A<5&+*,+$%(-/0/)&''++..220%*$('&)02A@?C;?:A>)9B<77-008*353/.%&$$&(*-/86558&)'8;@A@?<7>@H4:CDDBC@19<15;=<<8,68D=<@@JKKH65*,20.%)+%&133;=6233$523/9499&#%%&$&(&%-5+/+.0-&#&-1;;;+.-55))6.(1-%%-,8-('$$&,0618159;8;381//..32&)'&''(')'(*,$0/7:4==3ACC;8:4%''34249;BDA699;,,0,)6,,-5122<9671%-782,%'(,-$+,,,=0-$&$'))570/*%2:;D;@?>;=?;:46@><,80?8,(774:)##$'%'%%&/0-)*($&&#$%*-*((&4:.-'$56:?231:<:=?LJI76./$&%7A?<13789+*%'01/2.*25??1-/,-'%'4%**',2335+'6$..778+)--,,.**/0.+.-:=?86+=56A@>8'%&$*#%25844*.*=?<:;>:ABB@B@)+*7=8)(),)-/11,'%1=><>..68A8990%%%%%%87:@9'*..//1//1;@7?FK?<%53//*++')+(')+&(*-19,/)*++%%+2+'-++*2898.))%%%%#,.&*/64:=4==30-+**)0.,.$$%$#$%()./,))6;55668(3%&**-.07588@.)()&'(-.(+%0)+//(5;=3>2/0//%"$$)&&65,())$&;.))-)+(*&'7(**6:673+*&'*'/*.;=>>>-$$),)+26$%-5<96<8+&)11.(('(0.$$<6968462)534+*5447@ACF=8B=5.88)%%&'(*''=9>97C>DC($&'*0/224--1%%%#&)'&#%&)+$,-62-1#$)/)($$*.+&')&%.+%('$$$)-3$$%$%'%&+''**+0;(*&'./;=>>15(&$15345%',)-11.88887:987)%''%)&$32676'(101289:@?;;;>A>6EC/25998:6//5<5+(4871,(+&%,-1&+011<><1-,-5/.,$1455''%&13:>?/()&*-2+&'''*')$,9+5;@A==4/5C>AEIIG@3(()$'(('98;C>45(&/-+''/0/$(,+-/:87538'&(*.+)''))(''''$%'%$$$%$$$'+,&(*)-22/43+)%(&$(&'''&&(($))($-6/21//=?DB>3+*&%%%%##$%*.-'%&&$'%'++,.21*'))+-.''&$$'4<92.(%($((('**+/45:8701&&0*$&&&(--2**(1,$'$#$01.++)$'(&%%)$('$%'++,/((%%)*)3'+##$$$%%$%$$$$%%$$'$$%(((%'&$$++)%./'*'#$$%&6&1/069.;>(=95*/045;29:73,*449867))*$,$$#))4553)(,%,(*(%&368.%&.$$+,.+.:>B6*752)+13+1>CDCC?A:-.$444,))'0/-.2-*+*<&457AFA@>?@F@IM7407&9>B:2&)-.,?97@,)(&%%&'**+7032<=<<)%$&)**-,&%$(,67)$#&***$$''-+()&&(10&$#)469:7CB=81''#$''%&8$%#%&('/,1:@;<;/'&'(%&&((')//-41%%#%$340#''--'-%0%(2$$&$&%,*))*$$$##&%$%)&%'&''//.736:7#$%*));=/97')&&(%32'&'(-,+.:565;43:9;9;1&%)2-2(&--&#&&&$+,,./6661*+)&&((++143777:>1''%%<=:=@82&$**%(.,4349-/-7=>630&*0103$85535%4+%%<>?2%'$%.-&*%121)%/)).)**+(%%(()'$,$$%$1.-/-%$%&&)$%$%&%%)-+).,*$$##')%#&*$(%+*++)).6?62+./13@@DD.4'%%-/(%%9$(2120+/&0))&%*''/+.@88?:>:/<:645753;>3,&#&&+*,+.12307732/,,.'(+&0624(%)'51+*&%$&*7(2.,',+)$'''+-1-17:755/.14?-(4<8;)$$.//&&#'&$%'/%/0,'%-*+$$$&86,*1%')'&$%&'*'*--,'%&')/($%%((%'()'&%&+.8844*686-''024//04'$$$$$'(&&&)/.)./0,'-1<-$%'&,*&%($%64/%(&$$274@:==4/**,$,-%''0592/4+&&&%2/1-+46.5?;6;7:-&%%&*679;:;:99E5>A?846...B:2-*$&-.--+*%&&('&&+6:<;6-*(%%('+.*0+,,,<=BA8&-0&*7;544/('&&'&$##%-3/9894+-<9DOHCB;=?>1('&&/%$$+232157:=<9<>69<8,&&/321&'01)$#+)0/.2)'''&#$$#-,)(34-(*(**%%&)*24-6<<=<>2'*,,))+%*+$&'-,'(%%%()4/5/,/%$&%$##$##,8;<<0%+'%%%$%&'654(6)/&+*'''5/$%-(&%*(,-/&4')'&4/'(/&''*+)%(+5679<:=?9?AEHD?9;;52,*(88:;BFD;7:;=A??=:@A<;<3-322&,&#%$$$'.-$#$&+-$&0..%&+(%'%$"$%$$*(+&)$(-.1-(%&%2859163=>;=CE@<@AC=FHF>B;9(-787;-555855(%%&,.*()*$$$)*((+2ABDEA>ACB@>=?AF4868IHD;10'&4')$--''&&*./03,-.5()((/(,.,$-&$$+,/7:?BC>;>G?1;:576++&(&#%$##$&&...;9(*)$$$$)&%#%$$$#%&))+*(%(',,064568&%*+)$&(*+689998897.13/%$&%$#%&$##$##$&%#$&&$%(-.0.1/36:95-:>=<*2866/)),)('%#%'&,0$-01*>>C>@?8;3944)92/''%)*+,(==0/7883=DA585$$$(&%#$&'$%&'%..'''##$=:94*24;94#$&&%'*&'%'()/'*'%%%&(&9521'(.%(%#$$(*.)(,('($&$%%&)33?>?>;(*=7,.2&.2*><9+3(*,*67678176:.-3-%&''&+(.,/0''%(+.+/2341=344%4&(('''-%*)$)')&%$'-%(&:552*.4=>@>;<=52)%*(-0,.:=;@=>>:BCG=A4>>1*738<378760/1'89@?E@=<+:93/$,1.32&(&3$&&(*')($/0/<82046+%'%'2,++++$'$#$344'%$'%&')&&:4'0$#$(+*(&(&$)%$%').*'())+((&)*-*&&&)(%$+*-$#-*%()++9888/'&.'))30)**8@:8)'+*A>=A8(&$)(&&'&$&'*+,&#&%'&&/13617>;80+*5<6CA6+47105.)--1((&0789A;)&1)'-442%-//-&-.&12,4.20)%&..::99&'('(+:90500*98;FFB-$'@5$#%(*,)$&>?D<=5180'*62/&1:1779;61.,3-,,9::+(3,++1.2+(.&'.5+*'(67:9?@B?:%'01230#$%&$&'('01-03671.3/.8/+(4)&(&584-+(&$'$'<95*-4+5<<<<:806?A?@@>576049:<1=?4&&'#0/)+&&%'$*+960(#$%&%)(680*/03439+--%)%$$%*('''),*)$&&%'&)/1257)*+''&%,%%4'$&++*$$%&%$'&*%(--,783.75/5222/22(&3.'+&$%&'#####$.''''#%'$%%*)3.%+,&$&(+,.)*'+-((###''$%%*&$$))'%%((')+.2*/'*9+05440*$&1555+&'$$%&$$$&6-0(),%##&5:41%%(473=C@-2*10/2*41.4/566552544678>9156))%(::==9+%%1168222*/)-*20-222),+.0<=97+8576A;;8$',))287/)+/11;<=<79&$('&$$$$&%$&+'$$$''%)(*%&('(&%+'5021485*'&$%&$4,.%%*&%&&')(&#%%'.1767346>=C>6>A9/)&&&%%&%/-$//'*/-'(/133.(&+')'/5,+121.-,,,..'&(&'&)+)$%-&+00/')%1%$$$#&4550&468;<=BFA-))34-'$#/22,,+#%$(33(&$$&'$'$$%02653'(*(()+(..$&##$$$.$57679:8FFEAB15?>57=?=9&$//&//+)%('%$$&---9>=::46)%#%111')$(,-%$&13426:8*776+$()*&()$&#$'($#$%+)((/1121#$$&&310%$'.+,()-6+%*)$$4768<0&*+-*%&+%'&''',%764:(()*4/56.6<>8344<<7+)%&.29/-&'(%(186+'))5884;<63($#$&#%%%431&&)27748=,:86957::789&)%$$##*$$%$#(&##$&%('&*/$'36>8;517<<@B8898::'?5%%)--,/1858722,'&+))*%%%&%&&).**)*-**)+,(.0&('&'',180026&7)1)15;<<(9862>=)+10'-'-:=2277.2912;B98.*,%-%+6/5>=&(5<<+(((&)$-1@417>0)++'%$&(()+,'/'3,-+,%$$$&%%$&%,)31112,463511-+/6.-109A<@B<864'($*,-&&'$')*(,'&'(+%+'+884-'+*&53),*,)()3/($##%##$#($#$($$%$#$%$$%%'$%,()$#),,666+$$%),''1($--,,5811.,2.%'(049;8'('1%&'&))*,((&+&56:=??AELJF?BJ>A8G?:26C@31+)36;5564245@>-)783954,.5/1,)--)*.$()*6'(('+*,1.8+'*0/'21%'5BA?;&+'(*,+0,+-30$%$)'()+-(,458//06>=;9976/..3++542/221=AA=624%$%$$%)'.+$'$'$$#&($##*))*,*/2345786+;@9;62-77?A37'&'-//.63-&,,.78./88*'32'%''(('%%#$$'#&&)-.55(*(&##$'(+*+)-,&)&((*'(&#$#%%')(+,*/.0845*9>>7(*')3'*2=5/%'(*53<=<:<=9;;==*+0634>:DH9=66;?;<613/88:9GA@;A:52486752*)/)(%'/$.-&$'&%$$02(%$11)125<;63,.(+/./1588940(%)/-1005(%%&$')*(),'%$$$$$&$%%(*'15=@.=8,-'')&&)%$$&&+,*2*52393+&%$%($%$&'%%(.$*.'%--2,.(655**(<72+(&/1?3::79:5(+-,*+++%)3338=:558785.7==:9AB8>>?B>AB@DE<*)/0/03.-,32225)/.5.'*-/6=8:7@BB<>/;*,.??:))+*(&$.0+-(%%(03,&'%/8799++135@A61/79:93/-%%')%&8:53:=7><:...:460*0//+-/<76@=:1/,3G>?>4&&%++,&&'%&'%'&*$$,&%$$)#)$&&'#&$%$$'.//)$$&++*)7B<;3817*)-.-6455:67)&./1:7&&%64645,-306/+*,11,-226%()('$&+-15)**'$%')'AC=A<80.$)-%$*%&+#&&&&3-:674.-2889965,12$-(%-%%$#'&$&##009797,(35.,=?:DC=7:?D313,/-**#$''(*$%%&&-+*$&.&&&%0376+%$%:4/0.>>E><.0.+)(('+')249<>/;=>4.9;;:B<9;D;@@;CA*8463'&'(+&%&',-.//,)+*%4537AC@A=:;*89966@;7;,)+01&-().87.4;?,:9476/*%*33675%(++,;88>-*&'&'*+/454+)*)'%%/>@;:653..*+./5=975<66*0%')(#')$'('*'&%&%($'*030(.**)%'$$($&(($'(+,((%%*-20)121*+&)&$$&$%%#&$+,83*,+#$%#'%3222=4-,--56=8=99764.2*44<;9B:<6,009<>><1<,%%0/56($%')*,/*$%*$#$&&+*4@<84*#$&+,/55$'(*,)(&&()''&(,*7((*)*3;=9?<11?>@;;)(>78=44329+-/0152380$&&%28630776$&')%%)++(:=BBC;83+(9>?2(#$$00)3:8+&-)))257<::/(,+$$&,1+&''-;=<>4(54<;>:DG>D*&%&91*/..8;73%%%.0//.)&&&%&&&%%-/.,+))('*+-.067+&:333:7>DA;=6<-*6..;6?87*>>=:7975,2./,,-4998:64&%%%%9<8:HQ@)NL@1,-0**01)+1+*('-*+30,,)-64@=@<3C>?GAGNH=8IE66CD9&)636?CAH>C-399?:9=9@.1:?HD?8@DE:D<@<93;?KDD<4:H@BK+)%$#'1>>?+--82:;HKCGF66;JIOC@C@?=98:852.8(>&?F<D>EILC<;EG88442%(55;/.3-21***$)**+1',$(%*.///6$'+$'&%#$'..-(((%%),+30,/+'2<@3A9+84<>A==63/03)()48766;<01255-',*#$%%'')26678'.3,&$&#)+%&'&*,)'$);399.+,./24,))&''&)' @SRR14011045.41572 850b3ab8-4d14-4a22-aa36-60e52f070d70/1 AGTATGCTTCGTTCAGTTACATCCTTCTGGGATGACGTCAAGTCATCATGGCCCATACAGTAAGGCTACACACGTGCTACAATGAAGCGGTGCAGAGAGGCCAGAATGCAAAATGCGTCTAAGTCCGGATTGGAGTCTGCAACTCGACTCCATGAAGTCGGAATCGCTAGTAATCGCAAATCAGAATGTTGCAGTGAATATTCCCCGGAGCCTTGTACACACCGCCCGTCACACCATGGGAGTGGGTTGTACCAGAAGTAGATAGCTTAACCTTCGGGAGGCGTTTACCACCGGTATGATTCATGACTGGGGTGAAGTCGTAACAAGGTAACCGTAGGGGGAACCTGCGGTTGGATCACCTCCTTACCAAAATTGAGCGACTGCAAGTGTTCACACAGATTGTTTGATAGACGTTAACAAAGAAGAAAACCGAAATCCTTTTGGGTCTGTAGCTCAGGTGGTTGAGCGCACCCCTGATAAGGAGGTGAGGTCATTAGTTCAGAACACTCAGACCCACCACTCAAACTAACCTTGGTTAGTTGGCAAATGAAGTGAAGCTAAAGGAAAGTAATGAAGTTGGGGATATAGCTCAGCTGGGAGAGCGCCTGCCTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTTATCTCCACCAATCATCATTACTAAGGATGCAAGCGGTAAAATTTTAATAAAGATTTACCAGTTTTGTGTGCAGTAATGATGATCGTCGAAAGACATTATCTGTTCTTTAAAAATTAGAAACAAGCTGAAAAACTGAGAGATTTACTCAAGTCAGTAAAACTGATAAGAGAGAAGTCTGAGTAATAAAAATCTTAGCTGAACAAAAGCAGCTAAGTGTTTGGTTTAAAAACTTATCTCAATAACAAATGAAAACATTTGAGGTTGTATAGTTAAACTAAGCGTACACGGTGGATACCTTGGCAATCAGAGGCGATAGAAGGACGTGCTAATCTGCGATAAGCTTGGATGAGTCGATAAGAAGCGTTTAATCCAAGATTTCCGAATGGAAACCCAGTAGATGAAAGAGTCCTATCCTTACTCAATACATAGATAAGTGAAGCAAACCGGGAGAACTGAAACATCTAAGTACCCCGAGGAAAAGAAAATCGAGATTCTGTGAGTAGCTGGCGACGAAAGTGAAGAAGAGCCCTGTTAGTGATAGCAATTTTGTTAGGAGGAATGTGCACCAGAGCACAATCACAGAGGGTGATAATCCCGTATCCGAAAACATTATTGTGGTACTAAACTAACGACAAGTAGGGCGGGACACGAAATCCTGTCTGAATATGGGGGGAATAATATCCAAGGCTAAATACTCCTGATTGACCGATAGTGAACCAGTACTGTGAAGGAAAGGCGAAAAGAACCCCTGTGAGGAGTGAGAATAGAACCTGAAACCGTGTACGTACAAGAAGCAGTGGGAGCCCTTTTGGGTGACTGCGTACATACATATAATGGGTCAGCGACTTATATTTTGTAACCGGAGTTAACTGAATAAAGGGAGCCGTAGAAACCGAGGTCTTAACTGGGCGTCTAGTTGCAAGGTATAGACCGGAAACAGTGATCTAGCCATGGGCAGGTTGAAATTGATAACACTAATTGGAGGACCGAACCGACTAATGTTGAAAAATTAGCGGATGACTTGTGGCCTGGGGGTGAAGACCAATCAAACCGGGAAGTAGCTGGTTCTCCCCGAAATCTATTTAGGTAGAGCCTTGAGCGGACACCTTCGGGGGTAGAGCACTGTTTCGGCTAGGGGTCCATCCCGGATTACCAACCCGATGCAAACTGCAGGCCCGAAAGTGATACTCGAGGAGACACACGGTGGGTACTGGCAATCATCGTCCTGAAAGAGGAAACAAGCAGACCGCCAGCTAAGGTCCCCAAAGTACTAGTTAAGTGGGAAGCGAAGTGGGAAGGCTTAGACAGCTGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGAAAGCGTAATAAGCTCACTAGTCGAGTCGGCCTGCGCGGAAGATGTAACAGGGCTAAAACTAGTCACCAGGCTGCGGCATCGGTAGCAATACTGTTGGGTAGGGGAGCGTTCTGTAAGCGGATGAAGGTGAATCCGAGAGGTTGCTGGACGTATCAGAAGTGCGAATGCTGACATAGTAACGATAAAACGAGTGAAAAACTCGTTCGCCGGAGAAGACCAAGGGTTCCTGTCCAACGTTAATCGGGGCAGGGTGAGTCGGCCCCTAAAGGCGGGCTGAAAGCGTAGTCGATGGGAAACGGGTTAA + (1798&:AC:;?E866B:.3%$%%*+/.35:CB;@9>DA259:9375&%+,/<.%-,'$'''&1,6:BB6::?:C?D7:>,.-(&%$&#%(%&&)(%*&'%&#$%'1).,+%$%$89=;A>03;9<<>EBA>7:?;/147746,+%614375;>;34*70=BD;3>EC98116,5>A=@/+(59572'E>0440>>=9>FLIABCC67754//EEDAA9:=?@<:>B;;78??>>:174734*/%+,767+'&'((689?CDCBB@B:C=8CDD=*243)((,5185574;:96;99755469A9E4:,??A=::9-(+36(-367HF;:=?IIE>?>58+,,54(..-('%'&*85/.0&%*.689:;ECC>>:;=@DCCE@:9?ABCHEC@=B=2=989914>@7:.6<<<:9D@DC<+6@8<D7?;GAD=>=:7(+,1166;<0-;4;:<<:;>A?93&;<2,=:1$+5.*/,+.;<69;>96*''1*$-/993413>@D<=GAAIF99CF>8;ED%?<=6@,1?HD@?@MPGA@AJB//57:CF?95@9F@8,)()%&(*.778??B@AD@?@:=.2.<;69<231)/'$&%.5:8=BC:;=>AGB?1/:@BA@@B)593.7531154=E9+/;B5>984$29;:;;?=24,+,/2463:HDGF:;?A=616;>=;/3'%)62**)&3230<30-05937A??@?*/344&,79:08=;8%59::)$$49:=><A:500:>;&&//697;C>:F?9@:;5+-&5;;>?3ACF<<8BBEDDA??6<=2;3,022@3/99118:5+(&%&%0/1138;,./+%/15778921$&%&''*%'.$+0:<67:7::?9EEGFEC?>9;E>@A73A>@?678853-0;%+10615'38:121-))('''&%)&'/2/,/*)&(()'$(%46:,:9BA->ABBFC<*=,&&(,+,988/3.+((()++-A>?AC@;)))*.%457=B?@@7C=::?AA<72??D<6@BB@@@@ED7DFCFKGIB6FF6465=:2(*')033;==B4?:8,?<==7+)))''**'''.99/24:=>ED;=@6@::1CAEFAB;:;<<;8B@?B=>=799BC?BC@;/<98;;8&33/224;:<27BB>9:/.1(7*0+BGEDB==<70.-(&&%),))'%18:4<37>>.(775<:=;,;,-5=1%%%'&*%%%.;DEF@<>=>=B>$240078;7>;2-/,+)$'%280+<=<;=7*<59?>9/89F;@27;>EB@=@??2*)-0+*%.1:9=;;)&&'062)70,58=8%%')))-$%((&,553369?9;.8@87BHGA/.:??GGBBDDBH9HF@5D6:368ECCB>=<<13-(%51.<;9&*.,/&8<79:EDF;784413'$%$%&)(-9;=86-&*2:8>9:;:/-5988;+>56333==8;B>E68G?B56<<@=7795?A@7656%5&);'$$%(7>9:DLFD:231>@;;=BB.?3=<=<>EG?EC6&$$'%'&$)('.5$$0-585'$1&'(/0:8:=-2><5.-*10*)'(+))/.0%%&'/289484:7340,$$#768;:;:=;<9<1,)+99D:;=(==;?A<>:>@<6*0.-/.87)*$%-*,)729687=?D,,B>7>D7*9@>;B201)((&//1.)0.884<;;:?3:;<25.+&$#$$%#$&'.'329)*,67335A4(*<8:;=487:E?<;>)%-(*%068@??:7<;5&)'$&-...:/49>>8(-8<2:2.-,AB9><<497505866=-58>AB>C=7:0849@?7557?:?17..+-++;?;<>C>DA?:5--;<=AB>B/9;@;90:CHG>>AAAB>:=A@AB>;98877>ECC>42'01(.23(*$$+07<:4?A?9,,::;;:8;<@FBA?=>42%%%.4+5:568E=HHC=@AH;AA:=DB@;>GJJCGCD>D9@K?:FKDA67GGCCEBB?A;>@FG?CE?CC@<,568?8BBF@0<9;84@>>=BHA;DIEBD3GHC=GFE,;9;:2009;29?<:9:;<9943-831'+>DG>?BDKKHC;8B??>@A>A<94:>?84)6/,&$#)5199:?D=GI?EEA@28DFAC?6+(()%,+,34=@AD;4)%%BCGJ?>8=?BCA><>:*%/:??>B0>CIHBLFGD2+@ED?FQGLNLGGBKJ9CEEGE67EJE@A??CLLI?:0?AH@FFIHH@FELK@DEC0/994/88>CECCBA?CGJD=>@GGD6@>A=0,%%$/===5?91?CC<2/1<=CDBAF@A@DBE=9-*?BC;)))8186;CAEGB=9;GGJMKFH=<=AFACDEH@&$5=DEBDEGJE:;>@CELOKE@;<.BB=?@9HGHAHIJH@5>>,7=:AAA-<:=A@==7DHKADLJC>E@89@A;<@>AEHLLGJB??7A-31770;<@DDFH=;DGJG8:113:GI@=EDD>>=BG?EGNKA89=7C58?@A0&-4441/7;>4=80=EA>DCBAFGIIEKCJ:<<=@EDFBD>B@9D<;;5<4:802;B@BB6C;H?84??5525=>58/*,544;;65-./.-%(--?>C==9/55>=>>78562--12=:400;:0.<=<=ACB??>688:>A=45324%46DCCGEG;:;;99777467/++%%),.45;=>>@?G?=>?>979=>;27:;?ABB>B>@>42-&7I4(C*BDGHGJA?EF=GEGFD??@?C1==>@75-./226;81/12,*;77DAD>7654*,706>;95*115@?@@?=?AAA;9@@@;9B8<=?BAAB>1?CH@;3()--'/--(./9BE>?=CFACE>A?HJB=>9:=@>65657+&-103&&*:;3:8=CDI=@=?:ED@B?B@6=1'%&+-9<=@D@=?EEI<=BCB@AAC=BKKB==>ABJE1G*?=AEHIC<=:;/IACF@??A;?B@>I?>GMI:BF?FFAAC>7&))6.-0>CFGB;:@@BBD@;36BCCH>?777>596B@AGGDFPSJAADFF;94C,BBCCCCC;?ACC>0A@>>>;:BFCD@B=B@=//*)3%4((+CF?=:=>@<9>@?DB=?@>@/:,3E67=29+&..2:,>?AA=7-;9:ADHB@>::4967998;51>+:4552A<8<765?C>2??@=>@>>6745??>)(?@@>6<;;KAAA7<8<56;2++$$$'&%-%*8;<>7C;:89;=;48/:<;<=<:62-$./4=BCHGC@A=@DBCNG@?AADA7D?E><5?A@M;IG?CB:;CFAA746:;::7>7AD5;@BDDG=A6*)+9?<<7+>>D?=;;>99:9<>>934.+/00349>?=:?79<:(,**-&&&).-(057:EJH:<=@C=E>DC@9AB>>8 @SRR14011045.70748 e00c460c-04ee-4539-afa3-b6bb78f05c81/1 AGTGGCGTTCAGTTACGTATTGCCCCTAGACAGCCAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGAAAGCGTAATAAGCTCACTGGTCGAGTCGTCCTGCTGGAAGATGTAACGGGGCTCAAATCTTTATAACCGAAGCTGCGGATGCCAGTTTACTGGCATGGTAGAGGAAACGTTCTGTAGGCCGATGAAGGTGCATTGTAAAGTGTGCTGGGTATCAGAAGTGCGAATGTTGACGCGGAGGTAGCGATAAAGCGGGTGAAAAGCACGCTCGCCGAAAGCAAGGTTTCCTACGCAACGTTCATCGGCGTAGGAGTGAGTCGACCCTAAGGCGAGGCAGAAATGCGTAGTCGATGGGAAACGGAGTTAATATTCCTGTACTTGATTCAAATGCGATGTGGGGACGGAGAAGGTTAGGTTAACAAGCTGTTTGGAATAGCTTGTTTAAGCCGGTAGGTGGAAGACTTAGGCAAATCCGGGTCTTCTGCTGCGAAGTGATGACGAGTGTCTACGGACATGAGTAACCGATACCACGCTTCCAGGAAAAGCCACTAAGCTTCAGTTTGAATTGAACCGTACCGCAAACCGACACAGGTGGCAGGATGAGAATTCTAAGGCGCTTGAGAGAACTCAGGAGGAAGAATAGCAAATTGATACCGTAACTTCGGGAGAAGGTATGCCCTCTAAGGTTAAGGACTTGCTCCGTAAGCCCTGGAGGGTCGCAGAGTAGGTGGCTGCGACTGTTATTAAAAACACAGCACTCTGCTAACACGAAAGTGGACGTATAGGGTGTGACGCCTGCCCGGTGCTGGAAGGTTAATTGAAGATGTGCAAGCATCGGATCGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACGCACGAATAGCGTAACGATGGCCACACTGTCTCCCTCTGAGGGACTCGCTTGAAGTTGAAGTGGTTGTGAAGATGCAATCTACATACTAGACGGAAAGACCCCAGACCTTGCTGTAGCTTTGCATTGGACTTTGAAGTCACTTGTGTAGGATAGGTGGGGAAGCTTTGAAGCAAGGCGCTTGATCTCTAACGGAGCCGTCCTTGAAATACCACCCTGGTGTCTTTGAGGTTCTAACCCAGACCCGTAATCCGGGTCGGGGACCGTGCATGGTAGGCAGTTTGACTGGGGCGGTCTCCTCCCAAGGAAGTAACGGAGGAGTTCGAAGGTTACCTGGGTCCGGTCGGGGAAATCGGACTGATGGTGCAATGGCAAAAGGTAGCTTAACTGCGAGACCGACAAGATGAAACAGAGTGCGAAAGCAGGACATAGTGATCCGGTGGTTCTGTATGGAAGGGCCATCGCTCAACGGATAAAAGGTACTCCGGGGATAACAGGCTGATTCCGCCCAAGAGTTCATATCGACGGCGGAGTTTGGCACCTCGATGTCAGCTCATCACATCCTGGGGCTGTAGTCGGTCCCAAGGGTATGGCTATTTCGCCATTTAAAGTGGTACGTGAGCTGGGTTTAAAACGTCGTGAGACAGTTTGGTCCCTATCTGCAGTGGGCGTTGGAAGTTTGACGGGGGTGCTCCTAGTACGAGAGGACCGGAGTGGACGAACCTCTGGTGTACCGGTTGTAACGCCAGTTGTAAGGTAGCTAAGTTCGGAAGAGATAAGCGCTGAAAGCATCTAAGCGCGAGCTCGCCTGAAGATGAGACTTCCTTGTGGTTTAACCACACTAAAGAGTCGTTCCGAGACCAGGATACGTTGATAGGTGGGGTGTGGAGCGCGGTAACGCGTGAAGCTAACCCATACTAATTGCTCGTGAGGCTTGACTCTATCATTTGAAAGAACTTCAAAAGATAAAAGCTTACTGACTGATTCAGTCATCACCAAATAATTGATTAAGGCTTTACCGATTTGTAACGGTTTACAAGTTTGGCGGCCTTAGCGAGTTGGTCCGCGGCATCCCGAACAAGACAGTGACGACTCCAGCGCCGATGATGGTCAATAGTTCTTCCATGTGAAAGTAGGTCACCGCCAAACACTCATTCCGAAGCCCTGACTGATGTCAGAACATGCCTGTCGTTTCTGTCGATTTGGCGATAGGGGGGATTATGATTACCTGTTGTTATTCTTAGCAAAAGTACCGAAAGTTACGGTTAACCGTTTGAGATAGTGAAATTGAACGATATTTGCGTTAATATGTATGGCATTTATGTGGTACGGGCTGTTGCCCTATCTGCAGATGTGCAGTGTTTTTGAGTGGAATAAAACCATTCGGTAGACTTCCTGACTGATTCAATCAAACATGTTATAGGGAAAAAATCTGATGAAGAAATTTTTATTTGGTGCGTTTGCCGCCATCTGTGCGGCGTTCTCTTCGCTGCCGTGAACATCAATACCGCGTCTTCTGCCGAACTGGAGGCATTGCCGGGTATCGGTCCGGCTAAGGCGAAGGCGATTGTGAATACCGTCAGAAGAACGGTGCGTTCAAATCGGTGGAGGAACTGAAAAACGTGAAGGGCATCGGTGATGCGGTGCTGAATAAGTTGAAGGCGGAAGCGACGGTTTCTTCTGCCGCGCCTAAGGCCGCGAGCCTGCCGTGAAAAAATAAGTCTGACGGACGTTTGTGCCGTATATGCCGCCCCGAGGCCGAACCGTTTGCCGGTTCGGGCTGACGAAGCGGCTTTGTATGGGCAGTGGCAATAAAACTTGGGCTAATGGGGCTTTCATTGGGTGAAGGGATAAACGGATAAGGTCATCCTGTCGGATAGGGATATAAAAGATAAAAGGAATAAAGATATGTACTTAAAAGCATTTGACGGAAAACGAAATAGGGCAGCTGTGCAGAGACTCTACTCATTGGTACAGCTGTTGGTGGCTGTTACTGCTGGTTTCGATCTTGGCGACGGCAGCCTTTACGGCCCTATCGGGAATCGGTCCGCTCGGCCAATCTGTCACGAAATGTGCCACGCTACTGGAAAATGCGCGCTTTATGGAGCAGTTCTATACGAAAAAGGGCAGCTTTAAGCTGACGTCGACGAAAGTGGCCGGAGCTGCCGGTCAAGGAGGCCGGGCGGTTTCTGCATTCGGATGAACGGTCGAGCTAAAGAAAAAGAGGGATCCTGGAAGGAAGTTTACCCTGAAGGCGGTGGCTCTGGACAGGGAGGCGGAGCCAGTATTACGCTTGAACGAGTCATTGACGGCGGTGGACTGTGGAAGATGAAGGTGAAGGGCAGCTGTACGGACGGTGAGGAGATATTTAGGGGCAATGATGCGGAGTGTAAGCCTTTTACGGGGTAGAAATCTGATGAGTCGAAAGGGAGGAAGCGGATAAAGAAAAAGGACGTGGGGGACACGTCCTTTCGGGAGATGAAATATTTAGTCTTATCAGATTGGCACACTATCAATTTTCAGATGGCCCTTTGTTATAATCCTCTGCCTGAACATAAAACAGGCCGTCTTATGGAAGTCATTCAATATCCCAATTCTCCGTTTAAACTCCACCAGCCATTCCACCAGCCGGTGACCAGCCTACCGCCATTGCCGGTCTGCTCGAAGGGCTTTCAGACGGCCTTTCCCCGCTTATCAAACCCTGCTCGGCGTAACCGGTTCGGAGCAAAACCTACACACCTTAGCGAACGTCATCGCGCGAAAGCGGTCGCCCTGCCATCATCATGGCGCATAACAAAAACCCTTTGCCGCCCAGCTCTACGCCAAAATGCTTGCGGTTTTCCGCAACCGCGGTGGAATATTTCGTCTCCTACTACGACTATTTTGGCCGAAGCTGTATTGCCCCGGCCGCGTTTGTTCATCCCGAAAAAGACAGTGCGATTAACGAACTTTTATCGAAACAGATGCGTCTTTCCTGCAAAGCCTGTTGACACGCGCAACGGCAATGATTATCGTCGCCACCGTGTCCGCCATTTACGGTATCAGTGACCGACGAAAATATCAACAAATGGTGTTGTCGTCTAAAGAAGGCGATACCATCGAGCAACGCGACGTCATCGCAACGCTCGTTTCCATACACAATGCGAACGCGGTGATTCGGACTTCAAACGCGGCAGCTTCCGTGTACGCGGCGACGTAATTGACGTGTACCCTGCTGAAAGCTCCGAAAACGCCGCCCGCGCATCAGCCTGTTCGATGACGAAATCCGCGACCGACTCCTCGACCTGTTCGACGCTTTCCGAGCAGCCTGCGCCAGCAACGTCGGCCGCCTACACCGTCTTCCATCAGCCACTACGTTACCCACCGCGACACCGTCTTGCGCGCCTGCGAGTCTATCAAAGAAGAATTGCGCGAACGCGACCGATTTTTGCGCGAACAACGCCCTGTCGAACAACAGCGCATTAAGACAGCGCACACTTCAAACCTCGAAATGCTCTACGAAATGGGCTTCTGCAAAGGCATCAAAACTACTCCGCCACTTCTCCGGAAAAAGAAGGCGAACCGCCGCCCACGCTGATGGACTACCTACCCGACAACGCTATCATGTTCATCGACGAAAGCACGTTACCGTCACCCAAATCGGCGGCATGTACAAAGGCA + %&&%*568>.%><:33//'&'('&&&(+.-/0,-/1:7?ADB=;;8:<>?@<96-.(%%&*$'.1/%'$$.2200(/-.><<<<=A>=@?@??FAGGF=:7(,-,+)+78:6A;83612;:@BDIE@?>@?ABA0.1/5130=3>6803@CD@A<@2=>@7'')+*89<=:11-/&&&554&&&,+,%)156;:9><<188.%%,/.,-0%%%$%2(33<@BJF<-B??>BCCADJLNK>?@?:;65+',9=47:'-$&)&'#(063/%110/0788><9@C;:<;:?A9:><>43''$6DEAB:?EI@BIF@9@FA>>@9>@B=;3>;>@=A@?7<=:>>95NI;=A<,+(53,&044%'&&$&'17AC99B?BC@B?A@@<;<;>AB:=AJHQE@GB<>457AIICJ@:,0944231+((&'(*.27@?=B798-,27*&+4158966,*-,%:<;89<@9@;3;;*(9;23-7:;97,2==?AA@2;;?;6)(-6?ADCDC>GE=?==:A<0.+(#,+.6->62=?>;6.+?@BCA827*-142>58B;=;>80;@C>?=68-*641#%()+)'%%$,9<<;>==>@BA;>==9=4;9;?80;77369<23524;AB94<73///72321..%$,14098>A@;95644*3($'*787;51=A:E>DB@@ED>6-;B?A=@B;789EA>>61'$39:<712345563,1756:8=@>7>DECDDHDJCC>C6:F?ACF?4/...0%&6794687:;<:;.:<><<59E??HC@88=9894??@AFA9>2.46*+:@D>844=<==>E@AI9G=;AB9>C7,)/4<;8=FFDDBB;?BDA@DD1===DFCGC9/99;BA8E>@C?22><=@C>CDDE=@A?B223:;@<9D<=16&''(8@DD49;@0/)/>@;>E?;5<<31*50-1=?<8;>:66&&2599=8:?;8:;:((:4500%%&&,-.%4333,67:==<<9;8:;831766(((&(*,6/3;<.=83:2963116::D>BEC7;CAEEC&7>8A:>=@;>B@=;>?AED:=?@;E97;EDB;=67('$603856-/8<8>/&3468532$$&%&%&419@<1;;G:;CHB;<=4)+25;99?A:=<;=536=:47A>@@AF??BEICHHG?<=:=9BEJ:??=??B<54<88408D>FA646<668457/4=BBAHHE=?=-0<:88:>D99D9?@;:3**):>A8689::B>;=97;9C;:9&&9;<<0=?<>DG>9CEDB?:69=<*%$$*2547?=@109E@;>EDH?@BABC>AEFDB?>>9=CA97;:3A9506&11.@?BDAHA;5@9.,(8>A<;<>19<<77556/23+*+?@?<>CA;CB<@D6423<83,($$4;A=,>A2BEGA78@@BA7/@A??9'3689>@A?A964470?=:EEMJ;HB?BCDBRQMKCBHHJG=D:<==<9:993:?CGDD@$';D0'';==>B@;<<.0+($&$%%//99;:5981*+&&)1<<<8&&4(&*/&($&#*50747><6(37369;;<::;&)+#%&'(58==AFCCAB@??>@@D>>C:G?<@4:8+,+0400)11?@AA@A=.)4$$&,/-;<;8>:9@I;>755+7--0B=>@?G@::(&')/+2B>?IJIHE89@?BB=>@;@?75-%',788.7;;>>EMIIEJIG>?AEFJJ<=>BB8-()%%#$(*0*/57<==;A?A:<=DC;;@C@?CDA981104;>AG=661/$'*)+*-=>==@FDCA7>6)).2>@A:DJFJIFD@?=?>:$&&$%-656$85=:?=;;;?>ACFCII9CDCBKB?8%54%:8=;1&4<>BA@;=-7<:<<>DGF@EED69?43CFBABC9DFA679B=8/22129=BEDG@DEC>?::1C@=+;JCKJBDC?@J=>1:ABBB=;95;?>00%&$&*&&123:9<:;A5).01*0,$*')<><BC>AEE@=,<@GJEGD;3>=@>@FBLGCFDAB:?BCBH?EIF;>B@7-))/5-1;8<<6:AB?6A;9<@A@@>>>BDF>A<<<3><>E@??=8??DHG=..A=<@CCB@::*.2)$*,'%/7B88AA>95<>;5699=@C?=><-7ABAA8%0?1/(==873497BD?:66;;8<<=>2.**)+&//+''9<:5684?ACFAI<;?C20')**%))%'$*/-.19:9C:99@FBLJDE@??;6.*(21/26%&'/-$&$.39:24;;:<<8;<9)(9==:>;?>@A<<)&'%**'&&(%6677)/8>=5721,+*766:98-79<@A=B@?===8?@@9?<@<2-0=91$448=;B>AB@?:1;BB@=?C?:?7,562/99269%><@<<=B@<<>:*-41+$%#&),/*)4;>949%8::685775%%(93266$$2/))'()'&&%$/%.76;@>?DC@=33*%,678>B@@@BDGD8<=15;>>9@8:;=?:,%&+**147599:9:978<:83'*26677;;0299.&$&%'*4/87HF<=?C?@A?;?AC=@69742EJ=?<@DC?==?CEC=B=/-;?=>>>?68@==<@='*9:4/'');<720$%&(%018=88B>;B3799;::9<:109?503.09576557-+11:<<=998*+0>.0/07;@BBB:<8:<=A=<<@BCB@?7?E@CCHJFFE798;.DBB@JK@FGB?FGGEHB>>3-)01(-199<6:<8;@@?@:6=6:5156345**,/9:;:<B8?GC@:8<;?2=;:;C1386665%%%%$//0*57<=77;5,:;A<8=:---,-0+.:+<24*:<=?<79?00:.((/)&&$)),.1;;=26A=,,4:033014%)@<5<3&&%/14<;=?>ABCA>62..8+68:86(3:98970/,+13+''9::9*<,+(.17762)))'''*(BB=>;,-**)(*0/0>=?<>>8;<%1)(365:652$$&,*%)&&($$$(,/**+(.')%##%)*))+#$'++(&/6,*--*)((52/:<;3(5=@<9;@:;??=:8)*$$$((((%,*##$$(8;<<99;@;>?141,-5>>8187//.2563#''#%+')+#%%%%12311=B@;>=@?@G??C?@A=<>BC=BD?=:58>?@($++-+&%,,%%&$$$&)53(*.7939344273+-,%$%(019/<9796844//0'531+(($&1/)0':%55%$&5;<=CF>;6('%*+..,*$3'*22.,,,54,+.&)-758=??GFGCADB@ABD699;=BC=DC@/*,..*/<;DBABD?8C@??3DA;83:5310(+'((('(&&/55,(9;=EFAHAAFACB=4BFB@<)#(154.-.35*'-02/.0/*%92039))46601$$+./1>?<7%-1,6&-$&-*75$&+//+,-,359;A<7==<4&32;6>?D>AA=@>>657(%%%$'39:BAC?@;690,48/AB@974/.660-21-/./3+*.249-01789IA?)%%%$$(()''''&%''''*+*(*8:@1=?<779=80*3%6.2+..$%%6.+1-&$$&%+,1.#%%'7<9.<@>@98B>HEB9<<@BFA=<>>CDE=9)&+79::8=<6888/)48:=@799?@@BEMJGG@1==>+;@AHDEQ@JLB:A<=?C>>;@EINML@JDCK?BE@@ABDC?C?@@A.%$5>7-,.,**-:<=CACB:5@?>BBFGC4**-57FCDC7BCDCCDH>447>?58CFCGGE?A?:CBA>=:>D@@A@7:9)&''=669/3>>>;944/5?>7/43),0;;B?8>A6>==A&455>@ADBBFBA9@ACA'113;8=56DG?*0>DB<.16=<<9@>B@=?CEFJJJKB79G?A:3)0'(&'''10.0;96015,->:2*%&(.&&&-1676238:BC;;+*1//2@BAE46E>=>>F=:4;446;@DE>94<:B?-16632>EG<;A=ACIFBMJHHCB99?95H65>?=:669-=2?:A>>3****'$&-58764#$'(*(4-()6;;04FC>=?.@==>+(12=?:@69<8=5>?G50AA?BEB?FFAA:ABBA?//6?;)*;<:>:435:9:$%$()8:<=:CC@FHGBFICB?>=)?><%%%%%##)0.//9:904(,,6(/43A3%/=FFCFEEHDBH<=>AEEADBH:4?5:>.,..399@@ABD191==:DFAG>=EFEGH.7)/.=AC:)*:?<<=964AB?A(2+&%13513-53IB@DIIJIFBA>A57HKM;7@=861@?ABDD@@@FGGHHB=-995@E:DE=FB=EG@FHHFDADHMNL?A>ED=>ACHDB*-#%#%'+-/;:6?=@>C=EFKEDF@F?JGFAGH9C?CKLA@7BC@C??>?7831/,$24:9>8431;=>;>?A@?+64:DEFA>DFEE@@@?679?7;??DBDGAJQT>@FHH97:;=<1;;=?A?E=@H?D:68<>>BAHHD@?:30*68351/-++2657;;<@@<(78=>:=FE;C;FFIIELC=HE9,=FBB;61$$&2:<;?:=<;)%%&&-79?>?:540AA?;?=D@C>CDB>93?,>@GDC?F@,J;;9CIFE?9<@?=CEDBD;JJOBBBED44'(/%&%*'),&&'9A083%%$%+12//2.18:-:?@=>B>DMDFC7;?>>%())('((.&(?@A99<.BCD:<=8:IE?02025;;=CGDC?F@885>CD4:;HE>=*,+-+-2**,-0&&':;@@CHG@?D@@HABEDI@$659<@?BDCFD=>G:@;<==CHEB;GLI8E=,>IIA?-)/45898960:?;?D=>55399=>GF<4>3?7<<==<20=C=BF@GILGC?@A?<;::93;>=BEAC76764;=@@BA==7.%'&)6.'$?BIGA@>?A488,,1412/-.6:<=BA=5<>CHHH;<9;:,65%%,4593%59CDB?+)''+,,20%)/078;>@1.4/34885?>=05/,/19;=B:=<$$;@@@=<=>=;:8;=).6:;?DG5(**8)112.-0**'$$%&.13/-$$..376;?=?;BEC@?AC?JKHE?7;79<5&88BE=7<FH<;==?<-3BJIDD8:>CBI?JG::86.2.2/36%8:6<>=>AIJC3*:8-14D=@B?D:>FCBGOGB6A=-+,./,%,24;;73=<;12255*&&&&)-)%$&)%(1*<=?<688:4()+&*/002045-/<<;DD?EEB=8:?=88781.--AB?ADEJAC==?:2&(+<>2>>@>G=ELFEBDMB&&2?@7:6==>6:<:?CCC>:/89>=<@8:<;/>@BBEIBGFEFBC?5/0-+4;<87.C>;:6/,,/771,)$&&&*315;:><@ACA-68$(/379CD74>>>B<@:><7A;0+'$%%3'%$'&*8:4>2772(3)8?@>GFCA8IA29@=A@CJIGDD9:9.<924+*(++#897:?@1)@8AF=.=DD=<3)))@@2@BFBBFFFGC,:;>.44:;:<;7CCGGHFGHJMJCCGGDEG;B=DJJDH8=;;;95638BFEF@CF<5C?<3+:;71000AA=:1'(032-%%(85<=B)CEJJFGH>BC?C=6056:%32//1:<<<><=<<:55-%(3338@A@39OJFEDCD@=>;GC?A;D=84::<777(5<>?A?;@=BC>@A@@:DHFDCAB?@E??9A@:ABCGBB>><6+9:*<7;5;86:?7/4&)&99746<-*8<:D::CAGCIG@B@FADBB;9=9;>@?=(+:>G=8:@;;3?B788>AHG>DE=EHA=964566AA>;?BC?ANEJE48>@?EEGIFG:A>;*7&&:61636ACIC@A@*66C?KJC@@=BEF@A9EEHGB',<;8(<9DB<+9785-(')$%%%+4;@A>=>CD;F>?DEKK><>=HA?><9;-&'&,'*-1243<@899:AC>925447<757/'$&(456%97?@ABEAB98>@A:=9?<=64AA@:>@EEEBDC??@@:;A==>A7:?AE=98<:=ACCA?9330+''&)25456;EEIO=:?:<;;BLIFFMMBHFEC:3;<<=.$/%+4-%3A=@FG=>2A?BBEE+&+'0311,($&1245+&'-7<=BCH9:33/.&&'&(%.)$%$%'$%.)#*+$$#.18;?.((9)%5:4?:B26;515*)(4,-7?B===>7942><>@=::3/00+&&'&&%//.-0):=:DGKBF>@>>:506AD:CCDIM<=B>@DC56D>?4:?:440,09;:DFA5B@@-==?<=>=?AG<=$)<:=><@F@8;=;>>=8748:<<<3<=?=BD;8>B@E@-?<;;-69<;6683967685.19;-4<>67,:@CEHBFF@HEDF?>??;<735::<92%%(377=/?;<:=?<@227:B<397@E=DGMK;A>C=>=9;;;=A>52A14B=>9.>@78:A<41.AA3;<@<=C?=<:?@BEBEB96<==8576661-0)'&$%'.100299;;>@@+3.56>??A@;ABCCEAC7F9;BI@>BACCHFGCMJHE@@JC:=?D@BDLNJAAEHAHHLBB=A258;??J>BF@;41-+.),+)121'/&0--.<<989223;+<=>=;;>/+<>A>6AAA>F>HEEEA>?>;DEKVS:A9@@+':3644,;;:355AA>E;::,3'&*2:<;@:BD/1@6BAB=;>??BG;=9=<5.++6B;95665?=?@<:>>=,KJK4=>A>7CHGJ7CJE?)),AGD>BEB>:@B?=6988)311478;:;688:797>BB><=:?JCBC>?B?AGE74>>EBBDB??=;E=64:47E>47;8B@56>?8+/;?<@A@?:?ABBDAB<9884<@9:1=:<><=>8>?5**4474?FD5---8:>>>88:@F=:>@>@C?@9<:521-&64C@=6=>.-*)56?>'$6AFDCA;<@A+=9.)+.&669<@?=BA7;;CECG?@0253.#$$$#%(-21//4+*?6:?>::9520AA;A???@E@MH7GC3:>=>=)2??ACFGGD>BFCEEDECAE>:?;?7<>?;=:=D?AA;6=>;<57;9524A:3256?;C6>=>F=3<:9;>@FHB:=>@@B@8;=@>.79:56>>:8&(47===:914>?/1<88<%9369<:@?<;<88A>A;8D@A;?B?;$$$%*+)8034.(:::6@ADCB>822>98<=;65310/2-/>;>CA&=C?@9B@@ADA?=@9<67>??:;=9298/2>>@GDA9'4:?=ABGH@J<9;AAAC488>+*00223BGA7;A=CF=LMD?@A<9>ABHHC=BBCBC??<9;5*3///2>BA=6<<5E@PH=BFEHGABECA=:<=BD@BDCBE?=:>AGGB;:9;=:=C=ACGFE88;9?>7=;783,,/--'468;AA<>C?*%%;FA@@9A78::??=6+',3'3AD=CDGMLB<==ACFAEHG=<=@DEJGGD?.>?@D@C?B;5**738GEDHHEG9>?=B?69:ADEA@?9GFEBAEEA@CIFBD@@CI>A?<39$'$568;7ECJ58:?@@BEEF(%*>?@<>='(12+039-768<=AG?G>EMOMJHE9EDDIHFAGEBB6EAB??00<=<=>GI3--ND=CD@6868,12=<:9BABABDLONID?C?;(',+7?>=A:??>IGBBHGHGH>@6/-;@BHC-;FN>@>>?;:68:ACENMIF?=3?EFIBDGHGD=DB@BCCECCBD?KG@C>DCC@H?FD9:7=6@G@?FIMJF>?AAEFEHBFOL=DF:>?GEAA@>/3DB=25CBA?A1C?>1'+%-,&''+.?=.>1>@DKJD=:ACNNOK@(8>5;,,32025>DCF<@><=CD?@@BD@<>F@>KDED;=AEA?GE=EDDCBDI<8;CC=:87*'$#'&5667.0./6875622:>BB=?>?H?BD>=<8:>+-7-==>779=<>48:<957.231569AA9933*+&&#%%/6727?EDB55*')8?4BBEGCB;DGEHOAM==:@IIDCFA?CCFCDCCEDGEEG56IJA72,+<1FIC+,?CIC9??6?><;BJG?>:B>44760<@<>?68BFE3<9736><>@=@FC>:;9:8*=;=<768-//.138>@A<><:;>=>?<<==B<;=)005@?@DJ;=AB9,%77:FGGNKLMLJ=$;8BCCGB@BBCH745A@?BBCAACCHDD?E;GHC@513252797-$))%&%&&&.546:<:CHIJCIJ8A4-**A=>39?ADD53(*%%;>@JHEF?&16'/47B;8+6JMF?4;?MMKG;A@ACDDEDB004>CEBCGDDFF>FHD>G@B?ADD921)7@FI?E5DCLMGC.6&/39<=2>>A<4;>?A>;<@C>;DC8844'/459==<=88ADCA5$$*('&'&(6;=@7,>?<&&*),2,:8680+)+-(+8=?EFFE?@EGJGAA?;<2'$$%)7-*)('#%%&3<=3210*500%3('%(460'('/,<@C@H?AB5*-17'//4&(-;A=>ACBGLFNKIHK@LEC=EF@'%&*0<+)5;>FD*6&&-.1FEIF**+:8:@CGFKJBCGEE?=DD>@66/9=?@CEBE?=;;877)75HCB=:C:@>BCMAF=?45GIB@AID@DFDCG@;8>DC=BDD@D:HBABBGFBE?>@?ABB>FHIF:E;>DFICADFB9A:>>:A4:>;>>AAJG?BACDDDHJJC=AF83.ACG>DCA@=++1/886=AD@DHE>4EED@DD86+@IHLGG>>;FGDA))>CE??863-&$$(%&+$'#($#%&(123;>EEG @SRR14011045.65768 0d464d38-d932-4269-b789-408079db8d53/1 CTCATCTTGGGATGGGCTTCCCGCTTAGATGCTTTCAGCGAGATTGCTCCGACCGGACTCAGCTACCGGGCAATGCTATTGGTTAACAACCCGTACACCGGAGAGTCCGTCCACCCGGTCCTCTCGTACTAGGGCAGCCTCCTCAATTTTCCTACGCCCACAGAGGATAGGGGACCGAACTGTCTCATTCTGAACATGACTCGCGTACCGCTTTAAATGGCGAACAGCCATACCCTTGGAACCTGCTCCAGCCCCAGGATGCGATGAGCCGACATCAGGTGCCAAACCTTCCCATCGTCTGGACTCTTGGGGAAGATCAGCCTGTTATCCCCGGAGTACCTTTTGTCCGTTGAGCGACGGCCATACCACTCTGAGCCGCCGGATCACTAGAACCTGGTTCCCATCTGCTCGGCTTGTAGGCCTCGCAGTCAAGCTACTTGTGCACTCAAAAGGATGGTTGCCGACCATGCGGAAACCCAGACCTTACGTGCGCCTCCGTTACATTTTTAGGAGGCGACCGCCCCGATCAAACTACCCACCTGACACGGTCCCTCCGCCCGGATAACGGTCGCAAGTTAGGATACCAGAACGTCGAGGGTGGTATTCCAGGGTGACTCCCCAGAGACTGGCGTCCCTGGTTCAAAGTCTCCCACCTATCCTCTACACGACGAACCGGCAGCCAATGTCAAGCTGCAGTAAAGGGTTCACGGGGTCTTTCCGTCCTTCTGCGTTAAGTCGCATCTTCACGACTAGTGCAATTTCACCAGGTCTATGGTTGAGACGGCGTCCGATCGTTACGCCTTTCGTGCAGGTCAGACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACCGGGAGCTTAGATTCGCTGCTTCGCTAATGCTAACAACTCCTCGTGACCTTCCGGCACCGGGCAGGCGTCAGACCCTATATACGTCGTCTTACGACTTCAGCAGAGTCCTGTGTTTTGATAAACAGTCGCTTGGACCTATTTACTGCTGACCGATCTTAGCTCGGGGAGTAAATCCCTTCACCGAAACCGGCACCCCCTTCTCCCGAAGTTACGGGGCAATTTTGCCGAGTTCCTTAACCGCGTTCTCCCGATCGCCTTGGTATGCTCTACCCACCCACCTGTGTCGGTTTGCGGTACGGGCTCCTCCAGAGCCTCCTAGAGGTTTTCTTGGAAGTATGGGCCCCGCACTGGCTTCACTCAATTGCTTCGTCCGACACCTCAGCCATCACGAGGAGAAGCGCATTTCACTACTTCTATAAGCCTACGTGCCATCACGGGGACGTCCAGAACCCGCCTAGCTACCCACGCTCCCGTCACCCCATTGGTGATAACGCTCTTTTGGAGGGACAAATTTCTACCTGTTATTGCATCGACTACGCCTTCCGGCCTTGCCTTGGCTCCCGCCTAACCCTGGGAGGATTAGCCTTGCCCAGAAGCCCTTGGGTTTACGGCGGACATGTTTTTTACATGTCTCTTACTCATGCCAGCATTCTCACTTCCTGGACAGTCCACAGTTGGTTATCCAACTGCTTCAACCCGACAGAAAGCTCTCCTACCACCAGTACAAAGTACGTGAGAAGTCCGCCGCTTCGGTACAATGCTTAGCCCGTATATTGTCGGCGCATGTCACTCGAAGCCAGTAGGCTATTACGCACTCTTTAAATGAATGGCTGCTTCTAAGCCAACATCCTGGTTATACAAACAAACGCACATCCTTTGCCACTTAGCATTGATTTTGGGACCTTGGCAGGCGGTCTAGGCTGTTTCCCTTTTCGAATACACAGCTTAGCCCACATATTCTGACTCCCGGATTCTAGACCAATGGTATTCGGAGTTTGATTAATCTTGGTAGGCGGTGAAGCCCCCGCAACTATTCAGTGCTCTACCCCCATTGGTAAACATCGAGGCTAGCCTGAAAAGCTGTTTCGGAGAGAACGAGATATCTCCAGGTTTGATAGGCCTTTCACTCCTATCCACAAGTCATCCCCTCAGTTTTCAACCTAAGTGGGTTCAGCCCTCCACGAGGTCTTACCCCCGCTTCAGCCTGCTCATGGATAGCTCACCTGGCTTTGCGTCTACGGTAGCCGACTCACTCGCCTATTCAGACTCGCGCCTCGCTGCGGCTCGCTTTAGCTTAACCTTACATGCCGTAACTCGCTGGCTCATTCCTACAAAAGGCACGCCGTCACAGACAAAAAGTCTGCTCCGACTGCTTGTAGGCAAACGGTTTCAGGTACTATTTCACTCCCCGCTAGGGAGTAGCACTTTCCTGCCTTTCCTCACGGTACTGGTTCACTATCGGTCACAAGAGAGTATTTAGGATTGGAGGGTGGACCCCAGGTTCCCACCAGGTTTCATGTCCGGCAGTACTCAGGTGCCACTCGGGAGGTCTTCGCAGATTCGCGTACCGGGGCTTTTACCCTGTCTCGCCAGCTTTTCCAAGCTATTCTGCTTCCACGAAGTTTTGTAACTCCACAATGAATGGTCCTACAACCCCGCCAGCGCTTGCGCAGTGACTTCAGTTTGTCCTATATCCCCGTTCGCTCGCCACTACTAGGGGAATCTCGTTTGATTTCTCTTCCTCGGGGTACTTAGATGTTTCAGTTCCCCGGTTACCTATCCTGCCTATATATTCAGCAGGAAGTACCAAGAAATGACTCTTGGTGGGTTTACCCATTTGGAAATCCACAGGTCACAGGATGTAATGTCCTTACCGTGGCTTATCGCAGCTATCCCACGTCCTTCATCGGCTGTAATGCAGGCATCCACCGTTTGCCCTTACCATCTTCTTTTCGATGGTTTGAACATACTTTTTGCACTTTTGATAATTACTTATCAAATGCGATAGATGCGATCTTACTTGAAGAAAATCGAATTTTTGTTTGTCACACTATGCAGCTCTCAAGGTACGCGAGGCGAACCCTCGAGACCGAATACTGCACTTTCACGTGCAACAAAGACATCAACAGGAAAGACAGGAACTACTCGTCAAAAAAGTTAGTGTTATCTCTTCTAAAGAGGGTATCTCCCTAGAAAAGGAGGAGGTGATCCATGCACCTTCCGGTACGGCTACCTTGTTACGACTTCACCCCCTTGCCAACCACACCTTCGGCGTCTCCCTCCTAAAAGGTTAGGCCGACGACTTCGGGTGCAATCGACTCCAGGTGGTGTGACGGGCGGTGTGTACAAGGCGGGAACGCATTCTGCCGCAGCGTGCTGATCCCGCGATTACTAGCAACTCCGACTTCATGGAGGCGGGTTGCAGCAGCCTCCAATCCGAACTGGGACCGGCTTTAGGATTCGCTCACCCTCGCGGGTTGGCAGCCCATTGTGCCGGCCATTGCTGCTACGATGTGTAGCCCAGGACATAGGGCATGATGACGACGTCGTCCCCACCTTCCTCCGGCTTGACGCCGGCGGTCTCATGTCATCAGGTGCCCGGCCTAACCGCTGGCAACGTAATAAACGAGGTTACGCTCATTGCAGGACTTAACCTAACATCTCACGACACAGGCTGACGACAGCCATGCACCACCTGTTTAGGCTCCTTACCGGCCACGACGTTTCCACTACGCTTCACCTAAATGTCAAGCCCTGGTAGAGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCGCTTTGCCGCGTACGGGCCCCCGTCAATTCCTTTGAGTTTTAGCCTTGCGGCCGTACTCCCCAGGCGGGACACTTAATGCGTTAGCTGCAGCGGCACGGAAGAAATGTTCCCCACACCTGGTGTGTCCATCGTTTACGGCTAGGACTACCAGGGTATCTAATCCTGTTTGCTCCTAGCTTTCGCTCCTCAGCGTCAGTTATGGTGACCGCCTTCGCCACTGGTGTTCTTCCTAATATCTGCGCATTCCACCGCTACGCACTAGGAATTCCACCTTCCCCTGCGACTCAAGTCTGCCGGTATCGGGAGCGAACCCAGGGTTGAGCCCCCAGCGGATTCCCGACCTAACAACAGACCGCCACCAGGCGCTTTTACGCCCAATGAATCGGATAACGCTTGCCCCTACGTATTACGCGGCTGCTGGCGTAGTTGGCAGGGCTTCTTCTGCAGGTACCGTCACTTTTTCGCCTCGTCCCTGCTGAAAGCGGTTTACAACCGGGCCTTCATCCCCGCACGCGGCGTCGCGCTGCATCGGGCTTTCGCCCGTTGTGCAAGATTCCCCACTGCTGCCTCCCGTAGAGTCTGGGCTATGTCTCGGTCCCAATCTGGCTGGTCAGTCTCAACCCAGCTACCCATCATTGCCTTGGTAGGCCGTTACCCACCAACAAGCTAACAGGCCGCGGGCCCGTCCCTCCTTGCGGAGCTTTCTCGAGTCTTCCATGCGGGAGACTCGAAGTATTCGATAGCTATCCACGGTTTCCGTGGCTATCCCAATGAGAGGGGAGCGAGTTGCCCACGTGTTACTCAACGTTCGCCACTTTATACACCCGGAAAATTGCTTTAATCATTCGACTTGCATGTGTTAGGCGCACTGGCAGCATTCATCCTGAGCCAGGATCGAACTCTCCATTCAAAA + 2@>GI;EA48=HGD@>8=>'7-.234+226,36748-.83)0)+**.1=<:@>>9;E>C>AB>;>::'*3:/1//:/.////;8??@BDB<66??>97:379;%4A67021-./(568F@>>B?ACGKHC/@6?:@@B695@+:=?-(*).6+-6256CB@;651$$)+.%%'%#&'&'(85>C';<932CA2?0<*238()%)6,32@G;<@;A=86)<500@@=8C=>9>ABB*)*5:;:D@A>>@GF4;*&&&)-,,09165>::61+(+%',66:=?A=E>>=FE::=85;;9=:@:0/79/.>@76/=9:8/469GG>3-),34,2,1))&/@@;JM.<@?H>58>=9@?98=<>E8),,,<;(**-&%(()&)):18>;;?:(/=HAF=C?;89=??9'($*%%%(%%:1(094141177>48:7:B92&+39:5EGDCA;C;;>FEDBA48?8,0(+*BA2=>=?;;A:B<11403@<<>@93@A@<783@<;BA;56,67//:E@C@>;;;D>**.*2..100-1>@A>E>899>:;2.:=?>472+,..*+$),:A7ADF7:=@88DF=A=72&(000<;9=9?;HK?9;>A@@:@?9ADFG:E9'-49:0,$57:3?>3:926=>A9(9(&&*4@7136,1119:866.*0*%6.:?EA890/03/7/<6@=>>369,,/)+7;36;B3>?IPSJG7746<&;@AF5>IGGE6;:5++,'&&/??=BF>BCD679;>?=BFMD>79:@<3'+;/*/8;7@=7A:A4/;@?*(;;9D>9E>NID>=8;<<3-<<96<>D=;1.>8EHJD?A>IHAB=6@93:?>???>H?C4+2$3&((+$'//$042(:A>BEB?@HE?:36065C@@<>==:677>9;;==?;E;2:JKFB97<@:<),=A=58?DBH@7C9:/.()./*%%''4448904$$75(((+;-(556<8<>C??@'=9:19/.):(9.898=BGH=868(&((,%%./008:?@@<3;869EF*%*%'4:;26B@>@ABB8874/1+*688688.%%(;?@@A>CCC=<@?8A=:8CDCB@@)21@>E99>24EGC:9%%%$*7A;739:?===))**67@66<=;5<7/1;@8:3;79<:')*+,).?9@=223:BKM@@6AIH:)015<>?9&0788564-..)-')'&(():DI<''/4947:;:=:DCCCA<-C<>:H@1,)/,:C>8:*1;<>706:>A=<105+&$(.*,-,,3:9628(%@58;:?9;.:B69AEFEEIKPNIJ@@B=8?5538+9:H<:8=A5>?<--0/*+*+/5=<=E(038>@AHC%-+%9;9&&&$(&0.(:;DGE=99<<=85;=A61+479;:<<>>>@?;A;B=@@:)4;;C=;748>FGBAB=?CHHHCBBB?ED8::?@D@B>;=?KNI@GD8=A24>>4;>AD?@=B98/003+-.?BC2,AF>?GILGIC89?>C=8@CGF@97@::<=826*'%''/201/*:6''),=0.;58A<<;288;<=@<>=;%0=?A>@CB>6<9:ADA<*AF787CKDD987999:?C+?AAA=6BGGJ?823>?E=8:964=@D1(@?E6;5656.(47?==>;KB><:&1330)/%8=136>1><@>=>A9:76%&$$'&+015=)4GC-'$$(-19744&9989&*:;<3<<4@@?BF90-4(7@%<**=@BB+/@>42.:@@DC973<==DCA*%1D;?@FIAA@EB;:88@<;:=AFLKIB26@G;=5A<4-8=<9<=A9IH=B=60F8B>8314?=>>4-*)')7>CED>334/6;>A23%&%9679?A8;HF*/5.78<;8E5899?>JMLI>4;)+7969?=71,9<@DB+-5>>9BCEE?@DGJF@.6=>-CHSLIE=IEEB@A)(&+-39G>83557/,44,*(***,:5C4.476/025(7=8?=;7?646@><:+,04:BCEHH>5-@>?;;85'*74$$(,4?776;;;@?E?L?&B710;4?@=67JJA8@?@?LIG=;;*%48%#$8;8A54)-*<=>9**%&-99&&&%&&**/0?C<:@?38A:AAD97,2((/-546=0886::FEG@E8$&(*%$%%&%.))1)*<22567CEF=B46A?IHAB?H=E@6PLNH=<@@A4=@B269;//1;;=BCIA=766901001;1==0>;4004&?CGDCH???3-BAJ>**91'3;?>11)>C>/A:LJ>9++4AA>9>358+=,<&0.023958;9>@??:08<%:=6)44<@988@E=,-77A>@A>:AE<>EC3(.8?6+1-$,43/;?>@@<(*5207-//6<:=D@6.76=E6?2?BA>*+1624;410'''$'((($%226:8=>>02$(789-)AG?@F6889FGGB69:>?=5:145-*-7C)>=CEFFE.3224&3644@DB9-4#$*%8:=9=D?:C:96;<=>3)4+'89;38>:9>>@;<--('/E@7:'%A>A?28;74332(*7829@4$$*('$'-$<+'&&.=0@B?IJE@,46,4*(,2:85340//26>=>DMFDD<=>BB/5,13',766==<663&&''+A?@8%$$$$&%$#%%6(@E:/4;@9@A=<62..25&&%&))())(%%&%*(2.$%%#%$%,0'.)>9<>//22)',66/%&((9:;02,*&+*)(5);<;99;:;7260%42:9:.&&#$(/241+-7A99IKD<=$#$#'&$?D<3C;;?>7?BFA368EMCC//./-%25D:<>62'>??7558.(4*&+;;@@?;C?ADJFD@%$$$%((,23-)(*01=FF@:=;E;DEDH-4.13/+.)720$$&&'),4138=;>BEHJ>9A26A:55<@7,+82(;*-D9A;;78-762&%-9AA;93*&8@CGCA=B>A=0;3>=8<-%5(($%$$%%%$43236444AFG?=ADC@,@283.7DDEMDC@>?;<<)5:9:95,&&%(34982;;'*8(22333/.-+2+48>94;AC==2$%98:--777531/.00'$''**268>778%&&$(46-=?CDC67<018CHD99;/0:=DGMLH?AAFEAC???:832.,*'%11(+(442,-)39;3>A+>21,9-'&9;=A:/$$*EFE?.+,<=(A77;;71.&%%6>38>?B;55'#-097./(*-)?BGBB=C/&38-6/4/0-24<:H@:9>>868;<=EED@:>9?&1A;C7/1'&(0/:;A;%.?;<?*68-+%#)&%/7@?;455-06'*0<@:=47D=2556;.;/0/&995+*)$%%%1351578B=@?92&(&9BC>>>@3724@=9=;A<9;7:>;<>,+%##%$*-C>;/728??C72*().9:7FB@>?A@22>B>7<-)58,+7CH=>?>4;@DA@A.674%%3/8<34456CCGE=DA7=;;9%'))$$$&'0566IIF:5BA4;C?@CC?-<95$%'**29-*)***-)+'58=C@DH@?@00742*6;AE8,.)897??BAAEA?BHH @SRR14011045.58273 406dde2d-215c-48ab-b84a-7443fe5e9776/1 AAGTCATGCTTCGTTCAGTTACGTATTGCTAAGAATCCAGATGAGAATAACCGAAATATTATCTTTAATATTAACTTAAGTTACAAATAAGAGCATTTCGGTGAACGAAGACTTTAGCTTGTATTACTATAATGGTGAAACGACAGCTAATGGAATTTCAACTCGTTTATGGTTGCCAAAATCTGCGAATATTAATATCACCCCAGAGATGACGCATTCATATAACAATATTAATGATAAAAAGAAAGTTTATAACTTTGCTAATGGTGATATTCAAGTTTCCTTCCCGAATCAACTAATTTCTTGAAAGATTATAATTATTTGGGTGAGCAAGAATATAAAGGAAACGTGATTCGTTTTTTGGCAAGCTAAATAAAAGCCAAAAAGACGGTTGAACGAGCTGTCTTTTTGTATATTCACCCCGTTCTCCACTAGAATAGACTTAAAGAGTGTTGACTCAGCATTGAAGGCATGTTATACTGAAATAGTTGTTCTTTTTTAGAACAGCATAGTTCTTTATACTATACTTATTGCATTTATTTTCAGAAAATCGATAAGATAAAAAATCATCTAAATACTGGTCATATCTAGATGATTCGGATGCGATAGGCGTAGTAAGGTTTTATATTATGTTTAACGACGCTTTTTTGTAATATTTCTTGCGTCGTTTTCTTTTTGTCTTATTTTTTGGCTTTTGTTTTCAATATTTTTTATAAAAACTAAACAATAAAAAAAGCGAGTCAGATAAACTGGCTCGCTAAATATTAAACGAAATAACTAAACTGTTATGCGTTATGTTAGTCAATAACCATCTTTTTTTTGTTTGATAGAAATTAGATTTTTTCGATTTGAAGAATATCAAGCTCAACTGGTGTTTCGCGACCAAACATTGAAACCATCACTTTAATCTTACCTTTTACGGCATCAATTTCAGAAACTGCACCTTCAAAACCTTTGAAAGGTCCGTCAATAATGTTAACGATTTCACCCTCAGAGAAGTTAATATCAAACATTGGCTCTTCAGCGCCCATTCGGCGGCGAATTTCGCGCATTTCTTTTTCTGAAACTAGTGTTGGTGAGATCAGAGCCGATAAATCCAGTCACACCTGGCGTATTTCGAACTACAAACCAAGTTTCTTCGGTAAGTTTCATTTCAGCAAAGCATGCTTGCAAGATTTTTCGTTCAACAACTTTACGTTTACCGTTTTACTTCAATTTGCTTCTCTTTTGGTACGAGCGTATCAAAAATTTTATCTACCATATCCACACCTTGAATTCGTTGGCGAAGATTTTCAGCAACTTTATCTTCATATCCCGCTAGGGTTGTAATTGCATACCAGTTTCGGGAATCATCATATCGTTTGTCACCATAATTACCTTTCTAAAATTATTTGATTAATACTTTAAAGATCCAGTTAAATAGTCCGTCGAGCAACAAGATTAAAACTGAAAAAGCAACCAGAAAGCAATAACTGCCAGTCATCTTCAGGTTTCTTTACGAGTTGGCCAGCGAACAAGTTTTAATTCTTTCCAAGAAAGCTACCAAGATATTTTGCAAGCGCAACAAAAGGAGAAAACCGATAAATTTGAATGGTTTCGCTAAAACACGCAATAATTTTGGTGCGGGTTTTTGCTTTTTCTTCGTATTAACGCCTGAAACCTTTGCGGCGTATTTACTCATTTTAGGTTCTTTCGAAACTTCTTTTACAGGCTTCGAATCTGTATCTCTTTCCTTTAACGCGAGTGACTTTAGTCTCTCTTTTTAGCCATTTTTCTCTATTCCAAAATTAAAAAGCCTATTAGGCTTGATATGTCAAGTATAGCACACTTTTTTTAAAAAAGCAAAAATAATACAAAGAATTACTTTGAGGCTTTAGGTAGCTCAAAAAGAATCTTGAGCCGTGATTTAACTTGCTTTCAACTTGAATTTTTGTGCCTATTTTTGCGGCTAATTTTGAAGAAACGCAAAGGCCAAGGCCGGTTCCACCAGTCTCACGCGTACGCCAATCTTCACTGCGATAAAATTTTTTCGAAAATTCGTTTCTGATCGCTTGAACTTATGCCAATCCCAGTATCTTTAATTTCGAAAATAACACCTTTGGTGAGTTTCTAAAACAAATCTCGACGGAACCCTCACGAGTATACTTTAAAGAGTTTGTAATGAAATTTTGTAATAATTCTTCAAGGTAAAGCTTGCTTGTTTTTACGCTATTTAATTTATTGTCAAGGTTTAAGTTTAGTGACAATCCTTTTTCAGCGGCTGATTTATGATACTTATTAAATAAAGACTCTGCAAGTTCTTGTGGATGGATAATTTCGGTTTGGTGGTTAATTCCTCTTTCAACTTTCGAAAGCGCAGAAAGGTCGTTTACCATTATTTTGCAAGAAATGTATTTTGCTTGTGACTGTTTCAGCAGCTGTTGTTTCAAGAAGTTTTGAAGGTGCTTTTTTCTGAATTAGTAAACGAAGATTACTTAAAGACCCTCTAAAATTGCCACCGGGGTTCGAAGTTCATGACTAACTACACTAATAAACTCATCTCGCTCTTCGTCGAGAGTCTTTTGTTTTGTGATGTCGCGCAAAATTACAACAAATTTTTTGAACGTTCACGATTTTTTTGCCTGAAGATTCGCTTGGATTCGAATAATCTCGATTTCAATTCGTAGCTTTTCGTCATCTTTCGAAAAAATTAAGTCGTTGGTTGAAAAATATGGTTTTCCGATTCGAAAAATTTCTTGCATATCAAAGATTTCAGTATTGATTTTGAGAGTTTGCATATTTTCGAAAAGATTTTTGCCAACAATTTGTTTATCTTCATCTAATAAATCAAGAGTTGCAGAGTTATAAGTTCAACTCTTCCGCGCGAGTCAACACTCAAAACAGCGTCAGTTAAGCTGTTGATGATTGTAAGAAGTCGGTTTCGTGTATCTTCACTTTTTTTGTGAGTTTTAAACATTTTTGTTTGTATTTGTCGTTGTCGAATTCCGAAAATTATAAAAGCCAGATTTAACGCAAAAATTGTAAAAAGTATAGATATGAATTCATTAATTTGAACTGAAGAGGTGATAAAAATAATTATAATCTCAGACAAAGCAATGCTAACCCCAGGAGCTATTTTGATAAAAACTTCATCTTTAGGACTAAAATTATGCTTATTATCCATAAGCAATATTATACGCTGAAAGAGTCGAAAAAGCAATTTAAAACCGCAAAGAATCTGCGGTTTTAAAATTATTCGTTGTGTGTTCGATCGAGCGACACCAATCGAAGGCGTTCTGGATGGAGAAGTAGAGCTCGATAGTTCCAACTGGTCCATGACGGTGCTTTGCTAGGATTAGGTCGGTAATATTCTCTCGCTCAGTTTCTGGGTTATAATAGGCTTCTCGATAAAGGAACATCACAATATCGGCGTCCTGCTCGATAGAACCAGATTCACGGAGGTCGGCAAGCTGTGGAATTTTTGGATCACGACTTTCGACTGAACGACTAAGCTGTGAAAGCGCAATTACAGGCACGTTTATCACGCGCGAGCAATTTTGGCCCACGAGAAATTTCAGAAACCTCTTGTACGCGGTTAGCTGAAGATTTAGCAGAACCGCTTCCCTGCATGAGCTGGAGATAGTCAATTACAATCGACCAAGTTCACCGTTGTGCGCGGCGCGTCGAGCTTTTGTTCGCATTTCAAGCACACTCACGCCGGAGCGTGTCATCAATATAGATTGGCGCTTCAGCCATTTCACCCATAGCATCAGCAAGTTTTGCGAAGTCTTCATCGCTCAAATTCCCGGTTCGAATATTCCAGAATCAACCCCGGCTGCATCGGCGAAGCATACGATCAACGAGCTGCTCTTTACTCATCTCAAGGCTGAAGAAAAGTACAGATTTTTTCGATAGTAGCAATATTATAAGCAAGGTTAGTTACAAGGTTGTTTTTCCCATCGCCGGACGTGCCGCCAGATAATCAAGTCGGATCGTTGTAGTCCTGCGGTTTATTATCAAGATCGCGATATCCGGTTCGAATTCCACGAATTGCACCTTTATTTTTATAAAGCTCATCTAATCTTTCGAAAAAGTCATTAAGATGTCTTCCATTGAAGATAGATCTTGCTTCAAGCTTGCGTCCTGAAACACCAAAGAGTTCCAGCTTCACTTTGTCTAAAGCTGAGGAACGCTCAAGTCCTCGTTAAAGGCTAGCTCTGTAATGTCACCACCAGCCTTAATTAGGCGCCTTCGGACTGCAGCTTGTGCGACAATTTCAGCGTAAGATTTTGCGTGTGATGCGGTTGGAACGTAATTTGTCAGTTCCGCCAAATAGCTCGCCCCACCAACAGCATCAAGCTCTTCGCGTTTTTAAGCTCATTTTGTAAGTGTTAATAAGTCTACTGGTTGATGATGTTCATAAAGTCTAATAATCGCCGCAAAAATCGTAGCGTGGCGTTTGTCATAAAAATCAACCGCCTTTTACGATTTCGGCGATATCAATCAAAACTTCTTCATCAATCAAAATAGCACCGATCAAGCTCATCTCGGCATCTAGATTTTGTGGTGGAATTTTTCCACCTATTTTAGTATTATCTTTATTCATCGATTTTTACCATTTCTCCTACCCCATTAAATCCTGCACTCATAATCTCTGGATCATTGGCCGGTTTTGCAGTTTCAAAAACCTCAATAGCCCAGCCTCCTGCGGTAATTTTTTTCAATACTTTTCCTATTGAAGCCTGCGCTTTTGCTTTTTCGAGTTGCTTTTTCTTAAAAAGAGCCCGTATAAATTTTAATTTTACCATTTTCGAAAGCGTAGCCAGATTGTTTTAAGATCGTCTGAATACCTTTATCTTCTTCATTGACGGCGTTGCAAAAATCTCCCCATTTGAATTCGCGAGCTTCACCTAAATCTTCATTTTCAAGCAAAATTTCGGTTGCTTCAACTTCTTTTTGTGGAGTTTTAGTTTTTTGGAGTTTCGACTTCTTTTTCTTTAGGAGGCTCTTCATGCTTCATTTTTTCATTTGGCGGATTCTTGAAAGTTTCGTTTTTGGCTTTTGGTTGAGTTATTGTTTTCTGCGCCTGAACAGGTTTTGGTGAAGATAAAATTTGTTTTACTGGTGTAATTTGAGGTACAAAATCTGGTCGAATAAAAATCGAAGAAGTTCCATTTCAATAAAGTTTGATTTTTCTGCTCGTGTATGAGTGGAACTAATAATTGTGAAGAATACGGTTTTACACCAACATTTTCGGTAATAAAATTTAAAAGCTGGCTAGCGGGCACTTAAATCTACGCCAGAATCCCGAATTCCTCGCACAATTTCAAGAACTACATTCGCATTTTTGACTTTCGAAAGCTGAAATTAAGGCGTTAATCTGTGTTTGATGCACAGACCGAAGGTTTCTTCAAGTAGTTTTGCTGTAATTTCTTCACCATCCTTCGAAATGCTTGAGATTTGATCAAGCAAAGAAATGCTATCACGAAAACTGCCTTCACCACGCTCAGCGATAATTTCAATCGCTTCTTTCGAAATTTTGATTTTCGTTTTTAGCGATAAATTCTAGATGTTTGCAAACATCTTCCTTTGAAATAAATCGGAAAACGAAACGTTGTGTTCGGCTAATAATTGCGTTGCTTAATTTATGGGCATCGGTTGTGGCTAAGATAAAAACAGCGTGTTCTGGCGGTTCTTCGAGTGTTTTAAGTAAAGCATTAAAAGCAGCTTTTGAAAGCATATATGAACTTCATCGATAATATAAACACGGTATTTAGCAGAAAAAGGTGCAATTTGTACATTGTCGCGAAGCTGGCGAATATCATCAACACCGTTATTGCTGGCGGCATCAATCTCAATAATATCTGGGTGATTTTCTTCTTCTGAATATGGTAGATTGGCCAGCCAATCTCATGCTTCAATTCGGGCGTGGGAGAGTTTTACCAACCCCGCGTGGACCTGTAAAAAGATATGCGTGAGCAATTCTGTTCAGCTTTAGGGCACTTTCAAGAACGGTTGTGATGTGGTTTGCCCTACAACCTCGCTTAATTTTTTACTACGATATTTTCTATATAATGCCTTGCTCATTTAATTATATTTTAGCAGTTTTAAAGTTAAAAATCAAACAAGCTCGTTTGTCGTTTTGGTAATTCTAGCTCGATATTTTCTGGTAAAAACTTAATTTTATAACCTATAAATTTTCGAAGCGGTAAAGCAATAATCTCATTTTGCTGTTCGGCTAGTAATATGTGTATCCGATCTGGGCTTTTAGAATCCCTGAAAAAATTAGAAAATTATCACTTTGAACGCAATCTGTAGCCAGAATAACTTCTTTTTAGGTAGAAAACTATTATCTTTCATGTAAAATTTATCTAAGTTAACGGCTGGTTTTTTCGAAATTCACTTTTGAATTTGTTCAATTTTTCCCGTGCAGCAAGGAGTTTCTTTTCGGCTATTTTAAAATCGAACTTTCGTTCAAGCGTTTTTAGTTTCGCTTGCTTTTACGTTTCGCAAAAATCTGGCATTTTGAAATTTTTTCTTTAACTACGAGCGATATTGGCGCTGGAAAATTCGCCCAGAATTAACGCCGCGCAAGCTTGATCAAGTAATCTGTAATACCTCGCTTAGAAAAGCTGATGCCAACTTTGGTATTTCGTCCGAAAAATAGGCCAGATAAAACAAAAATACGATTTCAAATTTCAAATTTCTTGACCATGAAAACTCCGGCTCGAATCTACGTTATAAAAAGCAGGGTTAAAGCCTGTACGTTGCTGGCATTTTGGGCATTGAGTATATTTTTTCTCAAGAATAATTTTATCTGGACAGATGAAATCTTCACCAGTCTCTAAGTTGTGCCAGCCAATGCAGAAGCGCTGCGAAAGATCAATTTTTATGGTGAGTTTTTCTTCAAAATTTGGTGAAAAATTTAATATTTCTTCGGATTTAAGTCTGCTAACTTCCAGCGTGGATTCTGACATTTATCAAAATCCACGCGTGTTAAAATGAATTGTTTATCTAGAAATAGATTATTCATTGATATTGATTTTAGCTTTTTTTCGAATTTCAAAGCTATTATAATTGAAAGTGTTGTTAGTCAGCGAAAGCTCCCAGTAAGCACAGTGTCGTAATAATATATCCGTTAACTCTGTGTTTGGAGCTGAAGGTGTTTTGCGCCATTACTATTTTCAGCATTTTTATCTGCTTTTGATGTAGCGGCATTATTAGCTGGAGCTGGTGTATTTTGAGGAGCATTTGGTGCGGCTGGCACATTTGTATTTGCTCCTGTGTTTGTAAATTGTATTTGTACCTGTATTTGAATTATTTACTGGAGTTGGAGTTACAGGTGTAGGTGTGGAATGCTACAGGAGTAGGATTTACTGGAGTTGGAGTTACAGGTGTAGGTGTAGGTGTAGGTGTAGGTGTTACGGGTTGGTTTTGGTCTTTCTGAACAAGTTTAATGTTATCAATATTGATAGCTGAATTGTAAGTATATAGACCTATTCGACCTTGATTTATTGGAGAATTATCAGTAACTGAAGCAAGCTTCTTTCGTTTACTCTGTAACTTCAGAAAGTATTTCCTTTTCTTTCAATCTTAAAGGATTTTTAGGTGAATTTGCTGGAAAGGCATCAGTTCCTGTTGCTAAAATTTCAGGATTATTTGGATTGCCGTTTTCTTTTAGCTAAAACCCAACCGTTTTCACGAGGTGCCAAGTAGTAGAAGTGGTTGCTATCTGTATAATTCCAAACGATCCATTCTGTTTCCCAATTCTTTTGGTGTTGCTGAAAGTTGTGTCAAAGAATTGATTGTGCCTATAAGTAAAGTCTTTGTCTAGTGTTTTTCCGAGCATTAATGATGCTGAATCTTGACCTGGTTTTGATGAAAGGTTTAGAGTTTTTGTTTCCACCGTTTGAAGCAACAGACACATTACCGTAAACTAGTTCCCAATCGGCAAATTTTTTACCATAATTAAATGTTGATCCGCTTGTGTAATTTTCGAAATTATCTTTTTGATCTTTTCCTGTAAAGGTTGCAGGAGGAATAGAAATAGCCTGATCGCCTTTAGCTACTGGGCCAACAGTTGTGCTATCTATATTTTCTTCATGAGCAGCGTCGTCATCGTAATAAGCGTGAACTTTTACGGTTTTACCTAAGTAGTCTTCAATTACTGGAAGGTTAGCAGAAGTGTTTCCGATAACTACTTGACCACCAACAGTCCAAGTATATTGAATTTTCGAAGAAGAAAGACCGTCTTTATCACTAACTTTTGCTGTAAGTGGTGAGCCAACTTTTGGATCGCCTTCAATAGTAACAGTACCCGTATTATTAGCTTGAATTGTTCCGTCTGTGATTTGAACAGGCGCACTAATATGACTTTCAACTTTATTTGTATTGTCAACGTAAGTTATTCGAACGGTAACTGCTTTGCCCTTTTCGTTTGCAGTAGAAACGAATGTTGAATTTTGTTGCCCCAGAAATATCTTGACCAGTTAATAACCACTGGTAACCAGTTGTTGTTTAACGCCGTCTTGGTCGTTAATTTTTGCTGTAAATCGAACCGATTTTTGGATTTCCTTCAATAGAAGCAATTCCACCATTGTTTACCGTTCCTGTGATGTTTGCAGTATCATCAACAACAATATCGTCCGCAAGAACGCGTGCGTCTTCTGAATAGATTCCAACTCGACCGCTGTTGTAAGGATTTTCATTATCAACAACAGTTGCAATAGTTTGTGTTATATCAACTTGAATAGTATTGTTCTTCTTGCTAATTTGAAATCTTTAGTTGAAGCTAGAGGCCAGCTTTCGTTTCCGGTCGCCATAAACCTTTGACCATTTGTGTATTTTGGGTCACGTTTTCCTAATTCCCAACCGTTTGCACGAGCTACAAAATAATAGTAATGGTCGTTATCAGTGTGATTCAAACTACCCATGCTGTTTCCCAGGCGTTTTGGAGTTGCGCCAGTTCGAAGTTGCTCTTCGGTAGAAATTTTTCCGCTATACGTAAAGGTATCACCAACAGGACTTCCAACTACCATAATTGAAGAAAGTGTCTGTTAGGCCAGTATGTGCTATTGGGGCGAGTTCTAGGGCGTTTCCAGCACCACCGTTTGGTACAATTTTTGCTTTTCCGTATCCGGTAAATAAGACGTTCCATTTACCAGAAAGAAGCGTTGTCTTTGTATTCTGCTCCTTGTGGATATGATGAAAAATCATCACTTTGAATTATTTGATTAACTTGTTTTGTCTTTTGCGTAGCGCTTCAGTTGCAACAAAGCACCAACACAAATTAAGCCACCTGTGGCTAATGATAAAATTACTTTTTTATGTAAAGTTCATTTTCCCCTCCGAAATTAAAAACTTAATACATATAATTTTACCACAAAGCGATTGTGCTTTCAAGTTGCTAGAAATCTTCTAAAATAGCCTTGGTTAGGGTGAAGATATGGGATGATCCTCTTTTTACCTTTTTATAGAGTGGCACTTCTTACAGGTTATGAGATATCGCAAACTCTTTGTAAGCTACGGATTTTTCGAACTTCTTAATTCCTTTTAGGCTCTCTTCAGAGAATTTTGAAATATCATCGTCAAAATCGAATTTTTTTAATTTTTTCGAAAACAGCTTGAATCAACAAATTAGTAAAATCTGCGCGCAATTTGTTTGCGGGAGTTTCGAAATCAATGGAATGGCTTGCAATATCACCATCTGCATTTGGCTGAACAAATTGTAATATTCCAGATTTAACTTTATAGCCAGAGAATTCTTTCGAGTTTTCGACCATAAATTTATAGAAAAATAGTTGCTGTTCGTATTTGTAAATTTTTGAATTTACAACAATTTTACTTCTATCTTTTGAATCCAAAGGTATCGAACCTGTTTTCCAGTCTAAAATTGTAATCTCTTTATTGTTTTTATCGATAATTAGCAAATCAACAGTTCCAGTTAAGTGTGCATCTCCAAGCATAATTCCCTTTGAGTGGAAATTTTCTTCTGCACGGTTTCCCTTTTTTGGAATAGTTCGCTTTTTGTTGAGAATATTTTTTCGACAGATTCAGCTGCGGTTTTTAAGATTTTTGTTCTGTCTTCATTTGTTAAAACGTATTTCGAAATATCCTTTTCGAGACCTCTAATAATGTTTTGACTATCGAAAAATCCGTTTTGATTTAGCTCATTTGGGCTTTTCGAAAAGCGTTATGGGCTAAGTTTCCAGCAATGCTATTTATGGAGTATCCTTGCGGAAAGCGCAAAGGTATATTCTCGAAAAGTTAATAGGTCGCCGTATTCGACATCTATAAAATTATTCAAGTGCGTGGCGCTAATTGCGTAATTTTCAAGACGATTCTTTAATAAGTCTCGCATTGAATCATTTTTTGGTCTATAAAATCATGCCAGCTGGTTTGAATGTCTAATTCTTTGGCTTTCTTCAAGCTCGTTCAAAAGAATTTTTCGTCTTCCGTTTCTTTTCGTGCTCGTCAAAGAATTCTGGCCGAGTATTTTCTCGCCAGAAAAGCTCATCAAATGATTTGTCATATAGAGATGTGTTTTTGCGCGCGTAATTGCTACAAACAACAAACGCAATTTTGAGTATCTTTTCCTTCATCCGAGATTGGTATAAATTCAGATTTTTGGAAAACGAACCAACTTTGCTGAAAATTGCTTTTTCCGTTCCGACTCGATTATTGGTATCAATCATGAAAACGTGCGAAAACTCCAAACCTTTCGCCTGAAAGGCTGTCGTGGAGTGAACTGCATCGTCAGTTGCTTTGTGAGGTTTATTAATTATCCGCATTCCTGCGTTTTCATAATCTTTAGCAAATGCCGCAAGGTCTCACAATGAATTTGAATGCTCTCGTGTGAATTCTCGCAAATTTTCGCGCAAAACAATCAAATTAGATAAAGTATCATAATAACTTTCATCAGAATCTTGGCTAAATAGTTTTCGAATTGGGCTTTCGAAAATTTCGCTAGCATCATGTTGGCTAGAATTCTCTACAATTTCTCCTTTTTTGAAGTTCCATTTTACGCTACCGAGCAGTATATCAAGGATAGACTCAAGGCTATAACTGTCAATTTTTTGAGATAATGAAATAATAAACTCTACAATTTGCGAAATATTTTTTATCTTCACAAAACAGGCTTTCAGAAGACCAGAATTTACAGTTTCTCGCTTAGAGTTAATTTTCCAACTTAATTTTCAGATTTCAACAGGATTTAGTTTCCAGAAATTAAAGCTTAGAATTTCAGGAAAAAGCGCATTTACTTTATCTAAGTCATTGTCTGAAATTGCAATAATAAGTTGTGAAATTTTAATTAGCGAACTAATAATCTCGTCTTCAAAAATATTCTCTTTTTTCTCGTAGGAAACGGCTATTTCTTGGCGTTTTAAATATGGCGCAAGCATTTGTAAGGAGTTGTGTTTTGGCGCAAGCACGGCGATTTCTTTCGGACTAACTCCGGATTTTATTAAGTTTGAAATTTCATCCGCAATCCAGCCGAATTCTGAAATTTGACTCAAAAATCTTTTCGAACAAGATAGGGACTTTCGAATTTAGAATCATCAAAAGCTTCAATATTTTTATCAATTCGTGTTGGTAAGTTTTCATTTAGTCTGCTTTCGATTTGTTCTGCAATATTTTTAGCAGAATATAAAATTTCACTTCTCGAACGGTAGTTTATTCTTAAATTAATAACGTATCTTTATAACGATGATAGAAATCGAGCATGTTTAATTTTAGCGCCCTGAAAGGCCATAATTGCCTGGTCGTCATCACCAACAGCTAAAATGTTGGCCGACCATTAAAAATCTCATTGTCCGTGAGAAGTTCAACAAGTCTGCTTTGCGCGGCGTTAGTATCTTGATATTCATCCAAAAGAATAAATTGATATTTTTCTTGAAGCGACAATTTTAATTCTGTTTTTGCTCGATAGTTTTAATTGTTTCGAGGATCATATCATTATAATCAAACATACCCTTATTATGTAGGGCTTCCTCATATTTTTTGTAAAAATCAGCAAATTCTTGGATTTTTAAGTTCGTATAAAAATCTTTTGGTAAACGTCCTTTTTCGTTTTTCATTTCCGAAAAAATCATTTTCGAAAACTAGTGAAAGGTTTTGTTGAGAATTTTTCGGCATTTTTATTTTCTTCAAGAAGTTTTTCAAGCGCTTCGAAGAAAGTGTAAAAAAGATTTGGCTTAACTTTTGGATGAGCTGGCATTTTACATCTTTTAGAACTTCGGCTAGCGCGATAAGGAGATTTTCATAAAATTCAGGAAAAACAGTTTTTTAGAAATGCCTTTTTCTTCAAGCACAAGAAAAATCGATTTCTTCTTCGTCTAGTTTTTGAGTAGTTTTTTATCCAATTCAACATTTTGTTTTGCAATTTTTGCTAGCATTTCAGGAGTAATTAACGCCTGTTTTGCATGTGAAATTGCCGTTGTTAGGCTACTGATATTATCTTTTTTAGGCAGAGCTATCATCGAGATTGTTTTTTAAACTCTCTAAAATCTTAAAAATATTTAAATCATCAGCTGAGCTATCGAGGTCTTTATCTGAAAATATTCACGATAATTATTGATAATTTCATTTGCAAAACCGTGATATGTGAAAATTCCAATTTTATACGAATCAGTTCCAATAAATTGCGAAAGACGCTCGCGCATATTTCGGGCACCAGCTTCCGTAAAAGTCATCGCTAGAATATTTTCCGGCGAAGTGTCGGTTTTGCAAAATGTTTGCAATGCGGGTTGAAAGCAATTGAGTCTTTCCCGTTCCTGGCCCCGCAATAGCAAACTGGCCCCTCAATTGTGTCTACAGCCTTTTTTGCTCGAGTTTAACATCTTATACTTTTTTCGAAAATTTTCTGAAAATCGTTCATGGCTATATTATACTAAAAAATAAGCTAAAAAAGCTCGTTCGAGCTTCGGAAAGTTCTTATTTGTGATTAAAGACATACTCCATCTTTTTAATAAAATTATTTAGGCTTTTGTTCGCCTCAAGGAATAGTGTTTTAGTATTAAAACTGTGTAGTTTTTTGTTCAACACAGCGTTCGGTAAAAACTGTTGTTATCAAATGCTAGAACAACAACACGTTTATTCACTAAGATTTCCAGTTCTGAACTACTTCGTAAAGAAAGACCAAGTTCACTATCTGTGTATTCGATATCGAGCTCAAACTCAAGCTCACCATATTTATAAGTGGCCTTAATCTTAGATACTGGTTGTACTTCTTCCCGTGTAATTTAAAATGAATTTAATTTTAAAACCAGATTGTTCCAATAGCAACTTAATCGTTTTCGTGTCAAATTTTTCATAAAAACCTCTGAAAAGTACTATAAAGTAAAATTATAACATTTAAAAGGCGAAAAAACAAGAAAAAACCCGATATAATATCGGGTTAGGAATAAGTTAAAACTTGCGACAGTGTTTCTTGAATTCATTCTCGATATCATCAAAGAAATTATTCGCCATTTCTTTGCATTTTTAACAAATCCGTTGTGGCTCGATTACCAAAATAGTATGTAGTACATGGTACTGTTTCAATGTATTTATCGAAAAAGCGTTTAGTCATCGATAACTTATTATAACTTTTTTCGGTTTTGAAGGAATCCTCAGAATCCGGATAGGCTTCAAATTTCAACCAGTTTTTGAATGATATACGCTAATTCTTAGAGCGTTTCCATTTTTATCGCTTAATTTTGCGTTCAAATGGATCGAGTTACTACCGTCTGCTGGCGGATTAAAGACTTCTACATCTTCGAATCCCACTTCTTTCAAAGTTTCAAGAAGAAAACTTTCACTGAAAAAGTTTGCATCCTTATTCTCTTTTTTGTTTAGCAATGTTAACAAATTAAAACTACGCATGTTAACACTCCCTTCTAAATAAAGTACTTAAGTTTTTAAAACTTAGTATTTAGATTATACCATAAATAAAATGTCAATAATGCTTATATAACAATTCCGCCGCCTAAACAAACTTCGCCAGAATAAAATACAACACTCTGACCACTAGTAATAGCGCGTTGTTCATCTGTAAGTTTAATTTTTGCGGATTTCCATCGTTTTCGAAAAAGATTTTTGCATTAACAAGCGGCGCGCGGTGGCGAATTCGAACTTGAATTTCTGCACCATCTGCAACTTTTTCAGTAATCCAATGCAACGCCGAAACGTTAATTTCTTTCGCCCAAAGCTCACCGTTGTTTATGTCTGTTGTAACAAAAACTTCATTAGTTTGCATATTTTTTCCCACAAACATAAAATGGCAACCACCAATATTTAAGCCGTGGCGTTGGCCTAAGGTGTAAAAAAGTGCTCCGTCGTGCCATCCAAGAACTTCTCCCGTATTTTTATTAATAATTTTGCCGGGTTTTTGTTCAGGAATAAACTGTTTCAAAGTCACGAATTCCAATTTTGCCAACAAGCAAATTCCTTGCGAATCTTTCTTGCGAGCAGTAAAAAGACTGCGCTCTTTTGCCATCTCGCGTACTTCTGGCTTAGTGAAATTGCCGAGCGGAAGCAATGTTCGACCCAAAGCTTCACCCGCGTACTCGATATAAGAAATAGGTTGATCTTTATTTTCGTCTTTGGCGCGTAAAAGTTCGCCATTTCCGCTTTTCGAAAAATCAAAATGGTCGCCAATATTTTCAGTAAAGGCGTTTCGAACGCCAGCGTAATGCCAGTCGCAATCAAATCTGCGCCATCTTCGAGCGCTGCCTCTAAAAATAGCTTAAACTTAACTTCTTGGTTACACATAATGTCTGGATTCGGTGTGCGACCAATTGCGTACTCGTCGAGCATATATTGAACGACTTTTTCGCGATGTCTTTTTTTCGAAATCGAAAACTTTAAAATCAATGCCAAGTTGAACAGCAACTCTTTTTGCGTCCGCTAAATCTTCTGCCCGAGGACATTTCATTCCCGGTAAATCTTGTGTCAGTTTTTCATATAAACACCTACAACATTATAACCTTGCTCTTTTAAAAGTGCTGCAGTTAAAGAAGAATCTACACCGCCACTCATTCCAACATATCACTTTAATTTTGACTTATCATTTTTTATGCTCCTATATAAAATCTAAAAAATTCAAAAAGTTCACTCATTGAAAGATACCATCCGCGTGAATTTGTCCACCAAAGATTACTCCAGTCTGGATCATTTTGAGACTGGTGCCGAGATCACTTCAACCCCAGAACCTTCGAGCGCTTTTTCAGAATTCTAATCTTGCCCGTGTTTAGTGGTATTTTGAAGTGGTCAAAACTATTCGTTTATAGCCATTTTGCTTGATGATTTTTGCTGTATATTGTGCGTTTTTTGATGAGTGTTTTGGGCTTGTTCTTCGAGAATAATCTCATCTTTTAAAATACCTTGTTTTTGCGCTAAATTCGCCATTTGTTGCGCATCGCTCAAAACTTTTTCCGGGTTTGAATTTGCGCCAGAAAATCAATTTTCTGTTGCTTAGTGTATTTAAAATTTCGATTGCTTCGCGTGTTCGCGAAGATGTGTTCCCGCCAGGAAATCGCAACAACCGCATCAATTTTCTGGGAACATTCGCCATTTTCTTATAGTTTAGACAAATTTTGTAACAGTTTTTATCACTGATAATTAGTGTTGTGCTAGCAATAAAAACTACAACAATTCCAATAACGATTAAAACCCAAGCAAAATTTTGCCATCTACTTTTTAATCCTTTCGAATTCTGCTCGAATTGTTTTTGAAATAATTTCGGCCGCGCGTTTAGTGTTTTTCTTCATTCGGAAAGCGCACCGAAAGAGATTCGTAAACTGCCGTCCGCTTCACTTTCTTTAAGCCCCATTGCGGTTAGAGTGTGTAGACGTGTTCCTTTATTGGCAGCGCAAGCTGAGCCTGTAGCGACCAAAACTCCTTGCATTTTCGGGGGCGAAAACCATTCGTTCAGCGTCAATTCAGGAAACGAAACCGAAACATGGCTCGCGAGTTGCTTTTTGATATTTCCCAAGAAAATCATTTCTTCGTCCGAGAAATTTTCGCTCAAAATATTTTTAAAAATCTCTTTAATTTTCGAAGTCGCTCATTTTCTTTTTTGCGATGTTTTTCGGCTAGCTGCATTGCTTTTGCAAAACCAATCACACTTGGTACATTCTCGGTTCTACACGCTACGCAAATTTCGTTCTTGACCACCACCAACAATTTGTGCGTTAAATTGAATTTCACGATTCGCCCACAAAAGGCCAGTTTGTTTTGGGCCGTAGATTTTTCCGGCATTTAAAGTTAACATATCAACACCAAGTCGCGAAACAGAAATATCAAGTTGGCCAACACCTTGGCTGGCATCGGAATGAAGGTAGATTGGCGTCTTTTCACCATTTGAAAGTCGGCGCATTCTTTCTTCGCGAATAATCTCGGCAATTTTCGAAATTGGCTGAATCACGCCTGTTTCATTGTTGCTAGCATAGCAACAGATACAATCTTTGTTTTTGGTGAGATTTTTGCGCGCAAATCATCAATATCAATCACGCTATCTTTTTTAATTTTAATTAATTTTCGAACGCCATATTTTTCGGCCGAGTTTAAAACTGCATGGTGTTCAAATTCACCCACGAAAATTTCATCTCCCGCATCTTTCGAGGCTGCTGAAAATGCTAAATTGATACTTTCAGTTGCACCAGCCGTCATCACGATTTCATCACTTTTTGCACCGATATTTTTTGCGCAATTAGATGCTTTGCATCCTCGTAATCCCTTCGAACTTCTAAAGCTTGAACATAGGTGCGCTCGGGTTATAAAATTTTTCACTAAAATAAAATAACATTGTGGCTTTTTCGCTTACTGGTGTTGTTGCAGCGTAATTAAAGATAGATAATTTCATTATTCATCTTTAATAGTATAACACATTTTAAAAAGCTGACAAAAATTATTCTCTATTTTTTTGCTATTTTTTCAGAAAGTTTTTAGTGGATTTTTCGACTCTAAAAGTTCTTTAATTTCATTTTTGAAAGACTTTGGAACCTACCAATTTGAAAGTTATAGATTTGAATCTTAGCATCTTTCTGTGGTATTTTTGCTCTTTACTCCAATTTATAATTTTCGAAAGATTTTCTGGCTTAAAGACAGAAACCTTCATAACCGTAGTTTAAGAGCTAAACGCTAATCTATCGCCAGCTTTAACTGGTTCAGCATTATCTTTTTTGCGCTCTTCTAATAATTCTAAAAAATCTGAAACCGCAAACTCTGGATATCCTAGAGCTTCACCATAAAGCCGATGTTTTTCTTCTTCGTTTTCTTTCCAAGAAAGTTTTTGTGCCTGTTTGAATTTCTCGGCGTTTTTAGGATTTCGAAACAGAAAAATACTATTTCGAATTTTAATTTTTTGCTTCATTCTCCTCTAAAACTTCGATCATATTTTCGAAAAGAACAGTTTAAAAATAGCAAACCAAATTTTGCCACTAATTCCCGGATTAAAATTCAACCACCTAATTGTTTTCTTCGATTAGTTAAAAAGGCGTAAAAAGCGTAAAAGTTATAAAATCTAATTTGAAAATTTTTCATATTTTTTTCTAACTCAACTTATAAAATATTCCATAAAAGTTACAATGCTTATATTGTAATTATGAATTTTAGTATTACTTAAATAAAACCAAAGCAATACGTAACTTCG + '%%%#&'&-,1)9EJCBD>8:79E@;-559:A;>?@;4@<6.A@BEF;JJFFA@=;<<0--.=@>JDEB@BCDHB('-87>C;:'*;0/038A8;<@CE=;?:>@CJHHJ8FLKJFFJCBD8C;57'(-?BLEGF>=6(30=9DHICE<@NNH@;;;GJ;6CLMDFC?B@E79BH@B??@?CI>===?9CFHLKGGKFKFB>01,((()))22:A=8+'*6214BCE:>?09CHG><88:9BCD?>E>F;5794=?>3;CFFF>>?FAA68BBTSLMKEME;92?>GE?BB<:99?BBAD@=C56;CAHH?EDGNTPM4HHJG?DFBDHHB@MILD4*40/>>BHCJF=;;=?=6+6EJE8*&0;%(:)+%&%''/;9:A7IHJO>3>;D>@<5<@A>>DKKCJ??B?C=@BCC?=EBBBDA1.*=HBBEFGRLAL@DA=CI@CDCA@CA>JB>@=DHLBCEECH8;DD74<>;53;DEDFGCA=JG>1BC<0CCC@=CDIG9<FGE@@DCB69BB839?+():=?>>>AJ?8?BLJE=ABICAD8AAELI>>@=*.=CGGHD?=>=C:>CD@BD:<6A:?HIKIDRQKGB>F:<@ASOMJMLGEBNNQIB2BDCEHJJC?BEHCEAFD8>D@8;:;<:CCBDD>;:?>>?HDIEEJMHDED67@EIHB@CHMI@B=HHEF=@FCFEMNALMKK>?HJE?JC9:377105876:99;@@KEE=I?=::EFGFMGGF;EEJ@99C)->33ACED=8?>BDHE@=/@FGFFEFB<5-,%0&)7:D=EC;:;<+&**/:86=EJJIQAD=@@<@>0::;>BCCFGFKC@BHGF8;.1=;8'DMEHIJK?,<&=<=?*2--,)),/AFG;AHHHEI=MOMK9:9'3>@FEHIGMNEBGGHNPN>2;CGFCEEFHCMVXMSCQOIH?AFFE;DCE@>DFA79,,(:>GLHOA)'CB4DAOEC9-DEEKEHJKIGBEDDAA;?MDGHIJJ=CC>B14BBBEFMBMKHEGISCCF?>A<7429<-).0-.8>EFGCADCA>9?&((((./A.>KJIFCGHFFA=@BCA/=>:98347'/,0**322+?;;9:;=<<8*:&(*+((7972>;=::++4''&,)5405680.&&-5:51<=7=;B;8AC?FHCFGGA<<=>8;=:)7$7,*+-,/&%%93<:AGFE-BDFJFPNLJBLOPBGNOPPRQIJH=CIKKLMGGPONJB@B*,@BFFE;1346EAD:CGAEINLKLK;GABIBF<=A<>AEB<8<>=G>HHH>@=??ADFCA==EEAGGE6:A?@CHF@GFHF9?<>GAFC4235C=<0+*4&&+4558,%49<<48<:3:A>>>BB>*3;::BAGCE8:;<=?CJ=EMLFGEEPN=@7+26:EDD<8B=CB?;3<=*'<=>B;39:C@%*-7;=BDJGFEAKPOHB0@<>=;7>FEHJGKJMQPHC?BNPHD?CAHHEIKEKQNOEBKLHHGR>CB=<>IIGB4DGE<9=8?B=@EDF>76@=>DCGGEEGA@?.BB?'>@ABAB?A?JOO::GFEND5?1D8?DGIFJKGDGDCD?>DDAFFJD;CEEAAA;>C:?@:===DFGCE?<=BD4<7:FLECA@FACC@@>599D=LIHBEGBDFA7+,+09:40?7;65272?C:**$&&)1535::=B1/&('33,CC@8:A?;@C::CB<;;98=5...006=BA?<=G?;CCC588:LE;:>>==@AFJHE=9I852=;:/1+8@B700((7>:CBB@?BDA?CCFBBD=;2@@22B;BLDL7D=A;NKACH;/-&47@9ADEC@NMKH@=>?>5653/2>EAFFEB96357KLGJHHHEAEMLHDMH;B>=EHGH;885::5+0449BA@7+$$$'-%%99@DI?@BIF@;=BKCHFC@8826?LLGAA=HHD98DEKIE:QSFHG?C?@ALLSTQHEOMM5/4A:46=ECFD;97$%/:AGBEGB7)-.-//8BDCCA9@C?14@C@@GCLE;64==DD9>CDNKECGCCFFCA><0317B>;@HHGA8=>@=G;A7AEELLLJQQHBEEDFLRTHKKE@BFJKID6?L:?A5556*@:AFJDAAA:>=F?51-27;6>>BDA4:4?AEFDFGKLIJ11GH341CHCAJJE<75GBJJ;AC9<8;9''%2@<<=IGDC;:>>88ICGDL=IAD77CGFD@A?AC:<=<:8843<=.+69::EFG@BACFC13.7'8);A=CEEG>9AAGDC67*6'':??@EGEHM==0,7678@BACCDDCE>74E=KHE-D6@;0F@CD@7@BB@DDIIE>@D2BFI:.FCHGH;?=?7C:)75:=<@:DE=1AB<69=>AFA@EF?59*0.2.--3'''#(666=;ADH@EC?FGE44%233500*1:=7:<)%:7;$8),22)1@?@DD:;B03BA89=A.*7<3&):9(')),13;<=8@CEDDBK61G=?7@@BDB<63BB@>EC?/-3+;?(6&*;>C;:7+>679>69/:9:>A;;<842<>CBCE@FC;<<<@CJGCA9B@IELF8<<=EB?5:<+8+,++?>BEDKLD;2,/00.23551),.3+:><;491;=>@?=8%(----063-.,>?@86459;::DECEEC?;>CE?AAAA99ACC:3=?@=BBBB@<@D;@%E;:?CFCCIEGIHA?<8?B>15>=??B>=BDF:ENCA335,9;A7CBG=B8EJK?DCDCB>6@?=?==C?6>>:;GINPJII>GE8AD25>=7?B=G@DEF6@N?GL>EBCD3==<8A/*9:;:6A?8?>EFEFD>9?:=30>AGEEDE@LFF??GJBFIJ=CIG=LPG?>CC=ADEG;::FBQFDEG?AA?DD='39F?35HKBAEE@A<9:8:=7@$(9?>;AFABA(,*F@D:;BCD=IIEB=8:4+/*=FKHP?B:;/;EF?.'.3)((,+*''->?@DA5@6?-811.16963@=556BCMHBFMI>8.3C><@;;==(*(;A0:*<&>@D<@?GGJE@A===6,>@@0<:MKC98AEFB>696@F@IHIH;8=8:;;;G;E:EJIIFLC<46@?@BC8;BA>?DB?29/-:>>=+'4<<@AC?DFE71>@@A@::=BC=C>A@FGFAE73=@A241>@@@;6*:FG;>35>=@ED67>BEEFHFCCB@;DCACJIAFC>A;GJKHE;>DA?FB=?INGG009;5)+-6;=ACGHE59=A=BA@?GBDKA&(?=9AFCIHHNKBHMKG<>CA@@;>C>?BEGHFEA;JG@E?F666?BC-%???BBI>IHDJJHCITDBHJMPJ=-9:;IIGL;-+=?G7HDF>:679==BDCE:2>?KC1.09967>@??@?0?ACED;?A=AA@7'')4<<<>=A??.59<'%AGJJA69@:;?@EF@>A@9B:6HHHG638:=C@9,-17=87HKILG:?:566*$-)*/;4,<;AEDMMLHBLMLMLMGDCHOPN8?&&&&.@<><18:;=@EDDBCJB=>586?CI?J@CBB9<<>B8:@;NNESK8>@@C=:>@@AEE95+/.(2430255+5,:BC?=>E;EIIAMIFFNNHJCNLDINOMB4:B>CHFBA7>5236DD>D;CABE@>BCDBCAAGFDCKJ?<>DCKI?>BB:@C@C=B;DL1BAFJB@>9;D@A<11'<5926=9&,./9CII;@>-8>A9ELK0,<>;233%2)13:;@E6?C>B@CEJGC6A??BOJHD9BJC8DA889CLLGFCD6+**(469II?ABBC6>FGAC@>?IPFBEDEGGF9F?AB@;5''&+*,,&++;:=<<9@7D=AFKJC;5.CFE-6C;BA>@EBDD/.-38=)'+&2-5I7?EDBIKG?<;9ED@:2>587=@CIACDAFE8DADDCABB>55>4=@B>=?6**/55FB@()&062:7245)++&&&7AIIGBG;=CL>>C@5&7&&46..423##58;?DJKABE@CC5ECCDAA8=?GF1A66C<<9JEFGBCA@>77A?A1889;<<<7-7))*,(.:@EMME:C7FGGHJJ?==?EC;DA:<>?A:HDFDHIEPSNIEEHHDEGK>>@;<8??B>:=@B@GE?@=999<9()&)$'$%3574&2--%$#%$)*'*.)'%$#(&(&%'(34:>,.EEFACBAK??<@AEEA@A4+&-0?CCC7:><@9<::94,,,++%###&'$(**./*@EKIA6EDC2957B@AEDEG>BA;@=F;CEF>F9<-88=?54439:>BBCC@DDA<>@BAHGJNKGGAECFC;C:=??.GHB>IMLJEFGIGLCKNQB?CFBDIID=B;1499<>D=&/?DE>?GG3HE:CKMG:E?8JNKDAABHIHJ>=;;:G799;>?AB.7A?8ADE=D?8DEEFGHD@BBC(<=A@BE,DDDIF:232*(*-0674..83;DGAAH=@AMJKEA@AHF>GIGB@>DHA80**%++6HA@8==8;5188;:C?<:DD@<;C8CIBNLL50HI=GFLJBA*G?ECHGE?AC@5402)>A/*%2$(/+116>;45<379761-42B@9EDCAB-**.<<6?DEC@A9.779??@MFK=@ABFMBBH8:EA';$;5=@**.AEE7BGAE??@BE@GIG>02HGG8EKDBMID?I>;6;?D?;EGKE??=AD9<01EFA@/2:)*,1//5;:?B?ACFD>8)*+,(8688<:7=;:77*&$&.1+-:<<<;893/13322/;0:2,0)&&&%%$#&&#&#%++'%)*;=;;BBE9;''@>('-*?9?=;9.0-(('*62112&+3%&,,-,%%.-(+?<;''406-EEB165:5444;,**,'&))+&%&$&$%(/*$'*%&**&'(%+..##'**(*(**(',**178*2;>:;?FG???=5:8:APOEC:).0359:6ED26>B>EAA=A>*@C?A@D>A@D?@BDIKLKBE@FJ>A8B??:=DECH@JPB@@D>CFDDC78>@==4=FCF7<;>>@?CF@?BCB=EEA@CEGE;7GKENOMMMKE@8HNO@?>0EHDOOG>>?I?G:?:<>@F=<=8B;H?2@@<8AG;22.%&27>AFC:DCD;5?C@;FCKLCGMCB0@<:;A7,0FD07@FIGDFDLKFCJA'%=;DEAA;FCBEEH:225@AECEIHKLLJB>>DFDCHCA,?2;6<@B>@B=4<>BCCHHEGJ,=D@A;F;DD0@A;A=688<:GG@ABBE7?4A>89<@@CABC?D>=FB5<44?=ACHELMLHA>8<3=@DDEF?D>?DD?D::=H=8@::IIH?BK9133*314'***+=5A?@>6DAEHJOGJAKH003<39=GCFEACK?@?-A+@-'&)%$.)44422;=7<>><9ENKD;9:B=GDBBE;8EDB795A@GC=5>CDACCBAAFGEGEBDJCA>CIFE<9<@YWSHMKME9BCAON=GHEB4.../>BA@>C??97?@D?@GDFHABFGIF@>?NGD>ONKLFK?:5/JH@DCGG@?:<<8AA7;<)/3570%#(&(8A@?@@D5%1822;A?AAB;;>A?@;ADLFLNS;C>@=7.2&=CHIG>9;ALOIHGMC@BA7=8379A?@>=?>C@BFFEICAAIC;//>?;4A44ED<>@FABDBD98;BFHI457:53%-01JKLJBCFFGKJKSRQIC''45';DBDGEG?AA(&=>A9(''&4>@?A<;C@@:8;E:<@BLDDJGOHA?C?BOH@GB80-1539<%$1,412/<8<>59=EGG=EBGF;:CDDC6<=AFCB=5?GFD;B9JLNFE>4/2@DIHIJF8@><4/16;GJB9:9:=376AIE788-31=?A?8=>'32,,,'-/0)&&%%*,-9897@D458+4).2<=>;<;A?6779FHEB37FHHDCDDHKFBACEKRROLMJJFMJE@<9775:=@::??FGFJMD@/<335+<=8,EHDBC@G;PLMC652-''&%&==EEBA;IJM@7AGB7>A57.;@C<.1.E>BADBDA<6ACA<<@;>6853:@AC@88,.1=;??II>:;::*2HF987BDNL=??IEBC?78<6AEG?@D98CCB7;ISIBB<:AC==9<>DC?>=;?@EAD?BC=6AB@==LDAF?BHB@BCFA6DE?<<52102>=ACH:+$$&>??>72;+?>,FA=IIELGBH?A@F@FGI>GD>LLFEDDLLI=BE;5,('(')35BC;GHJLJHI?A?AE2:IJJFH87(BB>HKNNOHF==EFFBEHHAA>>HKL@AICB@@DCEE88;=AJEJI4KM<>?;><>@?HHC?ED/.AKRMRKE:=?FA???6//(+00:9%%>?C;DCDDO;@D?@;=ABDEHHEE<<;KKF:BJHIFNK>?@PPDCBED@>:)))*7=5&%$9@>EAC=.>?BDCGJFD=EDFFEGH@GMINM;<>C;@GC>LI@DAHHA45A6BCBIKJE?9=CIIA513HIHI;AACBBAGJKIA?:;:A@?>;AD@GAFOJFDDBGH;C>=7;F@CKLIGI<;:AEAIGI?EA>?C8<3>==EJGDH>MF?8;>55>=?@DE>=/9.,1000>8>C,//?@>E9BF@@CEEA?BB?GMLNKD=:8-*&-;;8.>4..,2<8$%$&9<::>HFBD9:@9EF<=ACL@CBBFE<=E9:IJKFC=DDECDDHHA@:>BBA;+,'-/332:;@IHFGKI:<9492:;44:8//*&&4;3++.89)7@789?AC76-6D=CBAG<>=+$1=?GCEKKJB:9B;>A?:G@ADCCDAA97=L[VQGKLBHLF@>;9HGCIBEIBCEEJJKCB7;>=B:@>03;:=?FC;>C<07:7CEBDD;9;=MMMH63/1:EFD<45<;''>*DCEFGJ9B@KBA944&%%+'4678=7AAEE@=H:A?@CDJKI7=FDLLOJBA>;9<=AFF7=BHDIIG,2'-EHEFF>9AKIED=;F=C7>;CMMKI?AGGGJCIKEGGNLI),CCGDGKJ;DKEA=>CD=JIAIJKC8;GIJMOAJKINM@;CED=86==?JIKNMKDD:5<=@>*2:>=@@@A:BA79???@D::B:ACDJG@));;AB8A8;:DECFB7??DH4>AG=JJGG@LMHEFNOLFDFHL>BLF=?BCACE62:;=9AHQNCB@ABDNKHH;=CFGCFCLL=AAEE>@@CBDFGBJEE;@:HDK;>=CEA:3:@?5,.CDDGE@E@JH@C?>PKGCKKKNPI=9CCEAILKBHDD:<:5:FNLE@CD=BEEMLHAAE;A@B;;E?6KPH>FGKLLMDDJDMP5:5BA>CGL;>@;8;8;;::AC>HF?B;>FH>>?:5@A:.1CAHHHFCBGCB98@@AA=E@=<@BIHCLMF=>A=CBDGGEHCCDA0DA>=:H<9;;DJGC9;D@:8556?=0&'>AD=IJEG=;@1=60FGJIA5:0007:=>F?9*68DCCO@EAE==CC96=B@E=@E>B@:I:=3A57,*,,.=9/2'*>>FDFCIFD@A@C=?B8)-&++*&*+%%$&8;3$%&&,/,'(--28?@>=:?8;+77?AA@ALMLE68C>:G<=@??B,*43?@=<'(++$%':=8CEE9E;;5:F?B90(07A>FGA=@?A>=89=?C@?FFB78/(<@;B@HJJHG@@B<@??AQOJI4939:AC@F@B46696@>BELMMC@*8=A?:()$#*)+//43$04064;::/CBCF9(&69E==EDFLHI:;=F=@JLP>?HLSLNM@BGA==HIKH5258EE?<=FIJA?DFHHI9(&*:=0<<%=%%$%C(FBEGCCEI=>@3/97:D=GDG=.4*<>;A0%/19:8@GK<<@?DHE/53488:IJ4AID;?F=G:$%<>A=:*<FJEBIC?FLCAIKKNHMFEAHISGFFHIGHMG>?C>?JPB=?@<><8?E7@==3A>FGEJMDB::EFEDGGEII=EG9:IELLLCBBD;<=:7@HHE?GGA@BGFCF@>HH;KIPME,A@@CA;BBDK:?B><=%67NPRNC>BDEJI<(%)%%%%',,-)))):177=CG@9B;59<=9456A@@AADDD6654122=?=HJ'=FFFFHQG?08?D=LMM?.@?KH@AGIIOMH9,,1=%>'<DG?:CEHDB$'>=;B?MMEIKEB9HEBE@I>HHECC1@ADDB?6=HII@8<>BACE97&;<<:@HKQICA;2.)('%+/5735@@B@ACLI-('7:AEEJ?@CCHIJGKFF5:(&--;<>CFE1@;>;9=EHEFF?H?@242OPRKEHGEF?DGGDMIKIMCIJR@@9DIKHA;67>CA7/)AFE?57GINNLJF@JIXRBB>BOGFGGHHEC:DHLKBBCHD>6C>B?ELKJBEKLNOHQSA=G;EF?BFFEC;%%%/2)1@CHLINMHIDEA;AA7H86-1M?ABBAACB?DE>GCHB>@A?;<7'%'(2A?JJKAHG5?ABEBBB>>@@?A5141::<@CC0%%%&66:;@ECGJDECCD5/(-9>>>>AEBGH@=>FIJE@BBC?8GG@<9ABBCDBAFBHJFGKCCM>9GKHCNORJRQOI@LOK<=69:;2;@;DBCKLGBB>BDEAEIHKJD?=@DG????>JGKC=-CBC@AB88JMLMG86=AB<('+/69((*58GD?,/907AC394<9D?J/9DEF99:ADC=QMTGBA*==>>>>JLB?8:?IAC4@77/=LKD>.2DEC6<>;AGC9=BCEEGG=8>?EA05*,,,BF?;=ACBCC?@:;@EG8HGC2*@BHJG99>;:6ADE?AEDLSLAQPF;;6BD>(AA<?ABBALNNLHK>?JLORMJL9?GHL7=>>EEAFFGGIJO=;1:>=ABLLF>;?<35BACGCC@?;>@<=DGG?4511+))2))027>?>E;**+((*%'599???DIHFI>OMJIE?448+'($(%*<>9?F7@AAGED;%+*D=AH@C?A=:EFEECDDHJBDEKKKLG?;BDC:>CEHIAECA@./@EEGM3AIKKJRLKFC?BF<;DBAEM8ABDAHEDAB8;COKN7C;FGCEGGB<)MEDFG?555ED>@A9DEIBC:=HH@,7EACG@>A=B%%=?BIKKNBB9<;@RK=GA@853>79907:9:::>>:=?/%)2&5>@?C:;GE:*987..7068&1+,0/54506HDHD>@>B;GGF8DD;<=;86;DDDB68<2:*)5??GG:AJ@A@><=JJ=9982=-+BB;,=?D;9KJJE222BBG<.,++(9?=779.6''(%),*)%,124GACCDGHOFC=>AEGFGG:;GJ;GD=?CFGIXWURPKIKMF/5B?CEKH=AF>08:CDHQ;?ICB?=IHHJKGA;@;IKLLJIFFDEDC9DEGHIIF;GJ=798FFFE??BG>38@A:,(&&''%(:?E>HGGIEE4@@ADICD<>><:B@ABHKJDED>7@=?>79AAA>BAEDD>9BD;)%9EF9HHEBFDDD3/.-';8B@;:IEIKF9=?(7AB@6C@<;?GLNNIAH?@@=A?7;23EE?C;DJK<@DII<>B@>>>A?)().'%$%7885)67KNJHF>FA@?GIHIKPOKDHJVSEGE=@??==BACF9HLEFE@CB80@M@>A?;41%BELKTJKK@--C?=KFLKD74<0.LNRPG?FB>?>>?B3>:<>>@CHIAD>@>>A67583':?@DJIA>?ADEEMIH?@>;47CE?;<==>91493:=:-/('9:DIJFC>DFBBBCA40>79BHIIJDOGCABBD=DFMBFBFRQMGBD9/BFCFFEHE?=:BBCB?@EFFJH?87BH=MLJBEGEC5C<62*CB@>AMOOB:@A?DBG>)/CDFB=@B@(&3,,6359?ENLLB=>CECFHGA:GGB=DFDAEFNF@78EBB5>C?CJJGFMJF;>E=BEIIDNKRTKHIMF;FHDAGEBED;AGHE=1*88BDHE=;FC<>>+C=673<2<*00255HF+.>?78FJ?88ABFGE<<9@?98B@?<27578=<=@AD45>:@;8>:=@;BEGCJJJKM??('785@HFIHFHNKB;6'+%(9767>E?EKILD:89;@9(+7@@FG5=@C;63'$'3;<2BC5776?GH+5?<-23469B?:;;?C@CD@87687BC?29E?JHFDFE>DD>A>>E>A4AHCFC>:CFEGE>HIDEIB57EHE?>DH=CGEEG=<;9<@EEHFAC?@:/=>GBDJKDIHIDKG>35+)47:;ACD@8-B@?@;C@ED77:<>?BB==>03CAB:@CDA@E36<@?@=CDC?HLMGG>=754276ED7=796*&)6<9678@CB?>ED?%&&&*2/1046976;6301010/((0'90-.239B@DJPPOHACPKI1)DI/=;@@IH+46>HKKLF?=KFLMG5MOPNLCJBQEDFG@F>7.;?ADDD?BLF/00/-19<>IHIBG/+;DC2:BDGGGHDE>@><:.88JKPJ?>B5;8=+-7&)?AB>I=DA?DEHC@B?EBCA?=;6388>@ECD<>KCDD=>E@=EEED5DDDILGBBLQPRKCF><97+$,-:=;.?@BNMJIB;01,6BE<@AJLBKIAIFJGKHFFJE59:A?EHHFMAIH<@7-4*%$-.**DDHJEAIL3@>/0@DD;=1&'%((479;=?GJAC7?MLJH?DE>EGC:7GGBBGGE>G?LNJADE@-1<8>;6DA@FDFH=455$64A?BADBCCB<@L:LCCHF=>231$&'&&#&/06<==@A5231654<;<:9@@;08<7<@==?C?@BFEB?35@A@00&%29:>??@0-B?D?GE@:>@@MB<5;BC??DKDAA?4,#%$&52/2;;:60$,+/38>=CGD);@?ADEGH=7?753::?GGSRKJEIFEC:1ACCLHCEEFIQNJJ=CJGGKLMF99=AIM>DE>>C>?ONQSOIDD>B?8BBHII==07+'*48<658469-??AFBB>DB?FBHKHFDDGFHN@AFHCFJLJFAAFIHSNGFJCBDHEMMC.?HCCF8@G@846+--2--8AC@:2>69BDGD?I@>JHC=>>;:<=09474*+1,,,-+)),&$$$%##$%$&)'''&'&;:4===@B=B?6:>?@8CL?>?=5<97<>:?;68$CBB@D7>CD>BD@?G;7GE;=7DKH<9<>AEHC;?@.'(2)4?C=7:>?82;@?9%)#()*..0/-(---%%%8DDGDAHA>C?A@IJGFF<;A7::4=786?<<:@AHHCEBC@AE57:>9FG/<=D=NIC?HKHLKKBBGA?A>FCC45)KLODHHDK;F<>JIE=;=>CCCMNM?9IKLMG>DAH7BIHFDDFHDGA?A@?=HGDFDB35>AA4@>CIF4*+75:ACCA;,@A<;*1.02/:;;+BEB9;67<=FGE<948D@=;B>BF==?**:59=6?<7667=6:>:>1+A@54444620)'%>92.-).:<9CCDE>:D77DHC?;A@<4-&%(.=;8@@A@?=23..56>61<;E>?ADG7A:=+A>:6+79><;BLNGABIO-(EBG;?B9DF>DFFJIF@?>?BFHED=4?J@;BAFDBJHG676DJ;;1<88C9@ROKHHGDCBFHLNKHOC:;@C?E1DB<>6?81>@DG2>AAB7626IEF?++'778;@FHJDGLCHHCCCEACD?7GJLKGDA@CDE@:HH69;ABC',?CFFNHIE6*,/676;::@CBED@5=:?CIKKAHA>5FFFFEOO=AA>@D0>>9<@LCHF?PH<;55=-BIILIEFHDHNCBDHH?>DDJF=@AAD>C@H-DELLEPKEGAEB:<9@=1@AAGIOMNA:6CDCKLFDCJEHHMH(>@AC>:>J?9:=<$GD=?702>5)'%$('&..:'%(=?E=EF<77ELJEB>G?@>?CDJIF=4.-HFHIGJE@?DIIBDHDMEHHDDH;DD846IJNEJCQND'?FAH@NNRB?0;:<+?%56HLHJL??5CCEGADGMF7KROGTKCAC??DIJDHNMKIEB?BI>@4?9?>?8??JCCB@F?34504>@B@A@=D<6AABDHC1225367@?//-)$#&&&'',&'%)--.021)&+,,1(...@99<>?<)+'+(+))(')**+),,854:=?BFF<@@B?AA,?5>ONFFE@A9ECLUK=HDEGKLA?A<+*5=CCD?LJ5C,FFFKKDD<>?DMJHLJE@:=8BFJNN?.**/+77FJNLG<;DA=CEGGS65:;:D>DABA&*FFFH5DA?EEEI<:-G>CE7>DFHHGAFFFGKIJD78GBE+JLROF>13422161*(%$%*-/-/0%*2+//.=;=D;@AB:7-'&&%%$5=88BCD9E>>=8*0/056AEDD>>CG@?;D0/4;:>E?=:@EHBA?=@@>J9GFA@@AIG?CCA:HHG?2298>4??A>CCG;=BBB?DG?GG=BD=?>CD8=?J?OPLGDE?GNEC6,:BGDDFODL89BFNUSIFFIFB>FH;>ABJLF78AKCLJEPMKDBLLHRPHA?CA;AEFBBEGJGEFE:=B0JJMHED@>*AFHJEE2>BAB>=6=:A89:6;=5)&4/%/9=9:?BBAE98<>@DFMLJJFLGK:2+'(0(&&/%%&-..'')713>BCA>EKKIG<=F@;56=-$ @SRR14011045.46677 d839693b-5a82-4aa7-8f73-2b716df62dfc/1 TAACCTCGCATGATAAAGTAACTCGCCGGTTCATTCTACAAGAGCACGCCATCACCCCCTAAGGGCTCTGACTACTTGTAAGCACACGGTTTTTCAGGTTCTCTTTCACTCCTCGGGGTTCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGTAGTATTTAGCCTTACCAGATGGTCCTGGTAGATTCAAACGAATTCCTCGTGTTCCGCCGTACTCGGGTGCTCTCTCTCACGCCAACTCAGCATTTCGTATACAGGACTTTTACCTTCTACGGTCTACTTTCCAGCTCGTTCTACTATACTTTGTCATACGTTTTATTGAGAGTCCTACAACCCCAACATGCAAGCACATTGGTTTGGGCTCTTTCCCTTTCGCTCGCCGCTACTTAGGAAATCGATTTTTCTTTCTCTTCCTACAGGTACTTAGATGTTTCAGTTCCCTGCGTTGCCTCGCTTTCGCGTACCGCCCTTTTAAAAGCGGTGGGTTCCCCCATTCGGATATCTACGGATCTTTGCTTACTTACAGCTCCCCCGTAGCGTTTCGTCGTTTGTCACGTCCTTCTTCGGCTCCTAGTGCCAAGGCATCCTCGTGCGCTCTT + ?GHGEBC46;7;=AHF50BHB><:,')%)>@16AG=5012-))/5*15CEGE=>C?9:;2?7/*;@=7CBC@;7>>@?>BA>>@A3?7;KOLME64BAGM=H8JIH6*(=:3:7226>:>3:=>>7;<;9GDA=>>G==9=;9<<9D@FIFB>@A8@9;C=&&4>826,'%%'))(&((+=0;5647:.BCA?9%(C=;:>@??C@4'*:8DFF:9@A+-533@98446<@B;=J?;AC>AEMC'*@BD=BNIB?>@EJ@@AAA@:=378=:@A382?:+,,7:@EFHDA?:77))((9BGBD?@=CFBCHA?9:8:>2D@9>=7=&;2=685@@;:<9&<;9=?9.*?9:<35B;IDEMF1@BHA9<=;>K:<:89:AF5>?4'))++((*(04=GB9GHE1/:6@?966@F?GGC18@?>=;0&?1./(&76@COGEA9&4*.-7838A @SRR14011045.2247 556433e2-e5f5-4288-818e-23ffa77cc39e/1 ATTGTACTTCGTTCAGTTACGTATTGCTGAATCCTCAGAATCCGGATGGGCTTCAAATTTCAACCAGTTTTTTTGAATGATACGCTAATTCTTGAGCGTTTTCCATTTTTATCGCTTAATTTTGCGTTCAAATGGATCGAGTTACTACCGTCTGCTGGCGGATTAAAGACTTCTACATCTTCGAATCCCACTTCTTTCAAAGTTTCAGAAAAACTTTCACTGAAAAAAGTTTGCATCCTTATTCTCTTTTTTGTTTAGCAATGTTAACAAATTAAAACTACGCATGTTAACACTCCCTTCTAAATAAAGTACTTAAGTTTTAAAACTTAGTATTTAGATTATACCATAAATAAAATGTCAATAATGCTTATATAACAATTCCGCCGCCTAAACAAACTTCGCAGAATAAAATACAACACTCTGACCACTAGTAATAGCGCGTTGTTCATCTGTAAGTTTAATTTTTGCGGTTCCATCGTTTTCGAAAAAGATTTTTGCATTAACAAGCGGCGCGCGGTGGCGAAATTCGAACTTGAATTTCTGCACCATCTGCAACTTTTTCATTAATCAATACAACGCCGAAACGTTATTTATTTCACTTAAAACACCACCGTTGTTTATGTCTGTTGTAACAAAAACTTCATTAGTTTTGCATATTTTTCCACAAACATAAAATGGCAAGCCACCACCAATATTTAAGCCGTGGCGTTGGCTAAGGTGTAAAAATTGCTTCCGTCGTGCCATCCAAGAACTTCTCCCGTATTTTTATTAATAATTTTGCCGGGTTTTTGTTCAGGAATAAACTGTTTCAAAAAGTCACGAATTCCAATTTTGCCAACAAAGCAAATTCCTTGCCGAATCTTTCTTGCGAGCAGTAAGGTACGCTCTTTTGCCATCTCGCTTGTACTTCTGGCTTGGTAAAATTGCCGAGCGGAAGCAATCGACAGACAAGCTTCACCGCGTACTCGATATAAGAAATAGGTTTGATCTTTATTTTCGTCTTTGGCGCGTAAAAGTTCGCCATTTCCGCTTTTCCGAAAAATCAAAATGGTCGCCAATATTTTCAGTAAAGGCGTTTCGAACGCCAGCGTAATGCCCAGTCGCAATCAAATCTGCGCCATCTTCGAGCGCTGCCTCTAAAAATAGCTTAAACTTAACTTCTTGGTTACACATAATGTCTGGATTCGGTGTGCGACCAATTGCGTACTCGTCGAGCATATATTGAACGACTTTTTCGCGATAATCTTTTTTCGAAATCGAAAACTTTAAAATCAATGCCAAGTTGAACAGCAACTCTTTTTGCGTCCGCTAAATCTTCTGCCCAAGCAATACGTAACT + (032;:CIJCBB=;DGBDDD>7-4(''2/5<5005))BGGC>F==CEEGGEHFA<;;AB?=@BBBB@C>:C?AB84--/1;AB@>BCB4>=>))=JB<GHHEHFF>BD?2:16222/0=>;6:BBCXRPG=%2>?8011<:86:B@A=B<@EHJIE>CIEC=AFHCHHDD?<<993A@>=EHB@A@@G=?:7<66>@=3>>=-?:<<<:;(CGG??>;/65906BDEIJ@?BFEIG@>@GIFD?@DB?7&5:;9;=>==7888>>:7E?A@?=A>DDB?7*'4;9=OD>2AAE@EJKEKG=;HBD;;BB=>@4&79>DCDB0-BEED=>=DDHFGFHGH@A:A8AC97)-85982'25789=?<5,,;:::<;-.-;B>ABKC=>>IF<<>BF?==><==?>47)(,9<==?>;?A?868,*%&'&(1,,(''''&$###$&&47=AC-BA<<>BFFE6@=44767EFDD<9=43,7+%'(-+)$'.0*.<=BB58;;DFC;?ADEFFFDA@35*@?@58>87$55@AAD??<4,:?BB=;A@3++'477<;&*/430+$%$#&735679;?AEAEKBCMM:F>.DF=E>>:FEGJHGIGACC?>:AAEFEEEBA@@(,)),$/235@:AE>:=;349=>73:954*&$'-2763-=BFEA>:<6//(#$%)21=AB?@B;889$%&&&***+4<=:HE<::=?AA<''(').746?AB:?=<<<;>><'0=8159:<>@C+@11?DD;36;;:>=70088>>=C==9;;;<@==ALH0;7;:DCB>>;89;ACEGGC>9:6?>9:944.3359;<:,::;<8D75*6;?=>BDECC=A:D=BECCB;AIJFEAGHDGH>889;?FDB96555012,7ACDHI?;6@87?94>;703@J?HIHHDDIJD>ED:;'()&&(%%4:>??=:*??B;9++5AB?==AJCA7788*<>ABB@?=763'$& @SRR14011045.15196 856c0737-eb16-433c-a01e-d8e38f3fc6f0/1 ACTTAACCACTCGCATCATATCGTAGTAACTCGCCGGTTCATTCTACAAAAGACGCACTCCGCTGTATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTTCACTCCCCTCCCCGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGGAGTATTTAGGGTTGGAGATGGTCCTCCCAGATTCCGACGAGATTTCACGTGTCTCGCCGTGCTCAGGATACTGCTAGGTACAAAGACTATTTTAAATACAGGCTATCACTCTCTTTGGCTGATCTTCCCAAATCATTCTTCTATAGTCTTTGAGTCCACATCGCCGGTCCTACAACCCCCGAAGAGTAAGCTCTTCGGTTTGCCCTCCTGCCGTTTCGCTCGCCGCTACTAAGGCAATCGCTTTTGCTTTCACTCTTCCTGCAGCTACTTAGGTGTTTCGATTCTTGCGTCTTCCTCTGTCATATTAACAGATATGGGTAACAGTCATTACCTGTTGGTTCCACCTTATTCAAAATCATGGATATCAACTTACAGCTGCCCAAGGCATATCGTCGTTTGTCGTCCTTCTTCGGCTCCTAGTGCCAAGGCATCCACCGTGCATACCTTATTAACTTAACCTTATTTTTTTGACCTTTCAGTCATAAACTCTTTATTAATACTACAGCGTTTTCGGTTTATTTTTCTTGTTACTATTTGATATAGATATTCAATTTTCAATGTGCATGACTTGGTGATCTCTCACCAATGGAGCTAGCAGGATCGAACCGCTGACCTCCTGCGTGCAGCAGGCGTCTCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAAGACTAAACAAGACCAATGTGCATTCCTTATCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCGATACGGCTACTGTAGTACGACTTCACCCCAATCATCTATCCCACCTTAGGCGGCTGGCTCCAAATGGACTACCTCACCGACTTCGGGTGTTACAAACTCTCTCGTGGTGTGACGGGCGGTGTGTACAAGGCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGACTTCGTAATAGGTGAGTTGCAGCCTACAATCCGAATTTGAGATTGGCTTTAAGAGATTGGCTTGCCGTCACCGGCTTGCGACTCGTTGTACCAACCATTGTAGCACGTGTGTGCTTCCCAGGTCATAAGGGGCATGATGATTTGACATCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTACCCGGGACTGGCCCAGCATTATCTCGACACGAGCTGACGACAACCATGCACCACCTGTCACCTCTGTCCCGAAGGAAAACTCTATCTCTAGAGCGGTCAGAGGGATGTCAAGGCTATAGTAAGGTTCTTCGCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCATGCTCACAAAGGCGGAGTGCTTAATGCGTTAGCTACGGCACTAAACCCGGAAAGGGTCTAACACCTAGCACTCATCGTTTACGGCGTGGACTATGGGAGTATCTAATCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAAGCCAGAGAGCCGCTTTCGCCGCCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCCCTCTTGCACTCAAGTTAAACAGTTTCCAAAGCGTACTATGGTTAAGCCAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGACAACGCTCGGGACCTACGTATTACCGCGGCTGCTGGCACGTAGTTAGCGTCCCTTTCTGGTAAGATACCGTCACAGTGTGAACTTTCCTCTCACACTCGTTCTTCTCTTACAACAGAGCTTTACGAATCCGAAAACCTTCTTCACTCACGCGGCGTTTGCTCGGTCAGACTTCCGTCCATTGCCGAAGATTCCCTACTGCTGCCTCCCGTGGGGAGTCTGGGCCGTGTCTCAGTCCCAGAATTCTGTGGCCGATCACCCTCTCCGGGTCGGCTATGTATCGTTGCCCGTAGTGAGCCGTTGCCTCTGTACTAATACAACGCGGGTCCATCTGGTAGTGATGCAATTGCACCTTTTAAGCAAATGTCATGCGACATCTGTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCCGCTAGGGCAGGTTACTTGCCACGCGTTACTCACCCGTTCGCAACTCATCCAGAAGAGCAAGCTCCTCCTTCAGCGTTCTGCTTGCATGGCATGTATTAGGCACGCCGCCAGCGTTCGTCTGGTAGGATCAAACTCTCATTAAAA + 5&&&.,%+&$(*)79:;.?FBA@AC''99<=:<@@EFFJLFIM>;B=@:*#&$%$$(+--&#$'%$$(,'55.0>=;7ABB>=;)556/+-29:88;04:E+)&+.3A-=<;>;6/64(+4677;9?FK7:>FB@D=977775<;;=<9;;@@702.689;:>89F@AA,>CDD>;ECB<-$,.-/24/=233&.,5998?=C@C6><<:@?:>B845'&,,9AACFEB@:'1,./1578:<<E?BH??7C<=B<=D9:6;A;81=<=7-,3*/87724624@@><9-//*+./0/&>>:5-404-=1*,/8>;-,239>>CB<44:=:7=8=?=B;=>72;@CB67>@B>7)((---%',.5<=><6:6-3*&()%')%)$)**%$$$,*#$$&'('$$%$&*(#%&%%#%#%%%'(&*#%$%%&''&$$$$#%%%)-'&'&')#&$&(*%$%'$.%$*/$$$$&%**&%$$&'(('4492<,0:<9JJ<==?@=DA9A<5;>>=:/4:65737D><<>5>>+?=@A8I<=B93;?*%***&%%%%(+43,,<;;<8ADACBFH@=462=?DE8<=@AC;?DF>??749=<4/,11A6;==?B>2:54894>:A?ACA@AIF=:@=;<9:467:E3:>?=?:D)5&33<:5=49@@?>=>?=<:8>BAB>9/4+'/'''')+%++&'/(('*,,,7>??>:;>A84>BJG:850/18D464<56>??:HH8D>AEFCCB;9=32640'1//0ACDG?9B6@@5549;8=<<==BE:=B'$$$'&0/96,))):<733-),4935>?>EBODD6>7:GEA:EC;=ADDF:A>><=7:=3((**-:8;<=>;?97'4/17/2=A:@@@>:>:3>&CEIIB<@@:<;;==;5:@GB=<93%',171)+**@:??88B><@956(*7496;=@@B8:==8>@@5<>=>=;>?=:59;:783''''*)..))'+69.,,18:28:;;;99+--$%+//*47746>BC><9,&)389%)6:<7?=?B=5B;9;@A<025/9999:;5543,*)'*56:;9;57=>?B=9-*%&&'%-)(++32&&)2459876CDBCC@?@/1,.'954=;9?FE;;C::,07@4$$&*5;:;658;6C??>B:8+;.)0.+-%110EBGDEA@>AMMB.@BACD@A>;;=89,<9>@5380$$&%$&*,('%%%%%&$&%'(%.//(>><:;699?>>>@>GEDFHGA@?>9>=11899BA?:1:?>@8D>68:+$17543>A;63@=941'**)(')+*8::97?BA7:=:.&(68=>8=@D?9B9@AAA=>;0?CDB>*44@?>:10231*&.*27523695;=;@@@AJC>2BBHD@02ABHDE9=?@6)((659)'''*).:44.5>;9>?AA<>80>=557757=28+85?>;??@C=;99)(*(*758841/&'&$'+#+<<<::7758(==E?41>9422-/*&&<<8=??:>=.,0;5552;A@)5CC==220,8<6@9*(56<*81B?>:'88)-30:<;=??;ACED?=790.)))*-0''23A34:6=>BD?+<:CCHI:BCLKFBCFACH<;57:@>?EC9?@==::996/5)%)'((+044:7&(<945.3::40.375543434;<%)-/.7/25::578=9==9;05*(/3448544::<2,-&&&796295>9<=BEA?B>BEIC??967:=8>?9)))*&.02889>>=8;=HCCAAD4+6%(30;;8)(*0--6:7./2;:=+'*<;9/')*+*'--,-69::??@A7<7879>=9)(:C97::==9ABB;5366&))((''5%(+&33344&%(,,++&%(--))$#$&(-/$')%34@A?DD?=;:?=AB98BCBD@CC=>:>?@9:19<@A>811,>A0./%+.,,../=656//.25<::;;BED?3444++.,/036:4=;<>@?BB3:89;9:989;67:-+121($(%47886*+(*47A;67<<>80 @SRR14011045.47582 eef0e3c0-4ac1-49dc-8b29-883c9e542ccd/1 ATTGTACTTCGTTCAGTTACGTATTGCTGACTATGGTATGTTGCGGTTGAAACACTTGATGAAAAAAGTTTGAAAAAAACTTAAAAAGTTTCAAAAAAGTGTTGACAAGCGAAAGCGGCTGTGATATACTAATATAGTTGTCGCTTGAGAGAAGTGAGTGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCACTACAGCTGAGGTTGTAGTACTGAACAATAAGAAAAACAATAAATCTGTCAGTGACAGGGAAATGAGTGAGAACTCAAACTTTTAATGAGAGTTTGATCCTGGCTCGGACGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTTCCGGATGAGTTGCGAACGGGTGAGTTAGCAACAGCGGTAACCTGCCTGGTAGTGGGGGATCTTCTATTGGAAACGATAGCTAATACCGCATAATAGTAGATGTTGCATGACATTTTGCTTAAAGGTGCAATTGCATCATACCAGATGGACCTGCGTTGTATTAGCTGGTTGGTGAGGTAACGGCTCACCAAGGCAACGATACATAGCCGACCTGAGAGGGTGATCGGCCTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCGGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAAGGTTTTCGGATCGGCCAGCTCTGTTGTAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAGGGACGGCTAACTACGTATAAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCGAGATTTATTGGGCGTAAAGCAGGCGCGGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTTATTAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAAAAGAGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATGGAGGAACACCGGTGGCGGCGGCTCTCTGGCTTATAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAAGACCAAGCGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCAGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGCTTTCCTTCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCTTATTGTTAGTTGCCATCATTAAGTTGGGCACTCTAACGAGACTGCCGGTAATAAACCGGAGGAAGGTGAGGATGACGTCAAATCAGCATGCCCCTTATGACCTGGGCTACACGTGCTACAATGGCTGGTCTGGCGAAGTCGCAAGCCGGTGACGGCAAGCTGTCTCTTAAAGCCAGTCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCAAAGAATCGCTAGTAATCGCCCGGATCAATACGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGGTAACCTTTTAGGGCAGCCGCCTAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAACTGCGCATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCTTAGGCTCCATTGGTGAGAGATTACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAGCCGAGTTTATGACTGAAGGTCAAGTAGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCCTTGGGTGATGCATTGTAAATAAAGCGATGATCCATAGAGTTTCCGAATGGGGGAACCCAACAGGTGCTACCTGTTACCCATATCTGTTAAGGATGTGAGGAGAGACGCAGTGAACTGAAACATCAGTAGCTGCAGGAAGAAAGCAAAAGCGATTGCCTTAGTAGCAACC + %#'.32BEF;@>?B;:9(6C@;CB=MEFCB6B2@8?26<98<::<@>>G@?E?:9===:;:/%&'&&&/A>@?=?A<9979;@>%(%%-/.,4.=98,.)+-&&(+*'&&''4647,%-,+2312+,*9;673632??@=:24:>@;:::5/**(()/'533&&'523(73443)+%$133===>A=:7;<=***>87=<=><><9=F<;8:9;;0.76;>9722<6(*34,%$$'(%''&&%&%$(****+.+674844528220/'''$$$#$&).*5.:;9>AB:78:KDEGIF?ABAGBA9;?=:@A8:=55>><;852AB?4666?@A':C>ACDBCB?776$'-/4569==>=9441349<.;69;';<8$(+,.122*/%%%%(+347?65?02398&(6970,645<58;9=>@BC=73%846@@?7*-%*(-./.(*,5=;999:<<;>=A:=D:='%%%':788<;9;)-70/,7AB?@BB:8:;88((79<':<:88;/97=;==9@?@A<<>=A=>6+43*.*2365?@6?C@8:=<9&<--/:..2:255@31)=:59/-.9>>.;;:<@,KKELJKKIEB;?9)=>-'+)-134+3+8,B=7JJ?C?<;=?<92/-.()$#'5>73:9=?A@:<:=5301@(-@??F@:<8124&(,,,,//,,25227:=E?56226A@D==6;7:EHH@DA>>@JA23%$$.66)).=>@G;<9@8>;9>;=)+7/2::6>AB?88=<9;>9;;;<5>?66',7>>38?9;=:;;78,+9:8B37855-/-.AB:8A?@:76)).4.7CGD>@7(*'*%$)+-(73467:89*368;AAC>:@B?@?4(-$9&((56622-410..;9=<66(2%0442:<8ABA974@A?7:>CB26>:=@@/58>:80+00<38:18;>9:@@572-+62>=<=>><<9;36&::;=B>?B7:>+8769;9:=:@<55712799A::@D>DCCB==A;=;%%7:<=AD9;FG??>=>>?;89=5;;(;=A;C;9=@B?15<78+$'%%%+%&$'443556%56589??>=63.-%&&%,-&5/03360==9;96/1-1794&)&6:47//6=;*<7==;/*892==>2$$((3112:@8;?78>=<<:;,9:9./4,---359:48:;655;99886;?<7166((336@DC@?;DCA?4052455(.,-&%04*6561/01+(*4113*9:98,,4743,)466::::78127384;<3<:68;:6*//2>7698>@@BB,/,,6646:69A>?;>?90&3;:88F>::9:898=FFC;;8:@A:;66520:<86:62/-,**2+0%%553%%'68:;@EDDBEBB@<8;225<>14-2)(01115>=@F>@@F:DFEHGBBB>6;:;;5=@A=<<;:>ED47=9B=;:57;<<>69;22'%*()'',4=??C@B?ABI=78;44/'**):762;DBEC8766<>@H>B4<>BC=A@88:;8964'$)&46/6<:59:&348599;73448;=57:<;:=EC--444.)7>444,+*+.47;;4.240/:8<@@??:*%$$&&)57188689<<;--,,.,299;757>?5:2-@ABCBA@??7-.,*,.*9822==AB;<7663(%..8;.24368>ACA>@?B>=>'$&34476/75>??925.((-131&2,0))*3759,-('$()%%#% @SRR14011045.76557 66960b89-63de-44dc-9efd-8cf18ee6c753/1 AATGAAGAGTTTGATCCTGGCTCCAGGATGAACGCTAGCGATAGGCTTAACACATGCAAGTCGAGGGGCAGCATGGTCTTAGCTTGCTAAGACTGATGGCGACCGGCGCACGGGTGCGTAACGCGTATGCAGCTTGCCTCACAGAGGGGATAACCCGTCGAAAGACGGACTAATACCGCGTACACTCTATGTTGGGCATCAATGTAGAGGAAATGAAATTCGCTGTGAGATAGGCATGCGTCCCATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCGACGATAAGTGGGGAACTGAGAGGTTGAACCCCCACACTGGTACTGAGACACGGACCAGACTCCTACGGGAGGCAGCAGTGAGGAATATTGGTCAATGGGCGAGAGCCTGAACCAGCCAAGTCGCGTGAAGGATGACTGTCTTATGGATTGTAAACTTCTTTTATACAGGAATAACCAAGAGTCACGTGTGACTCCCTGCATCTACCGTATGAATAAGCATCGGCTAACTCCGTGCCAGCAGCCGCGGTAATACGGAGGATGCGAGCGATCGGATTATTGGGTTTAAAGGGTGCGTAGGCGGCCTGTTAAGTCAGCGGTGAAATCTAGGGCTTAACTCCTAAATTGCCATTGATACTGGCGGGCTTGAGTGTAGATGAGGTGAGCGGAATGCGTGGTGTAGCGGTGGAATGCATAGATATCACGCAGAACTCCGATTGCGAAGGCAGCTTACTAAGGTACAACTGACGCTGAAGCACGAAAGCGTGGGTATCAAACAGGATTAGATACCCTGGTAGTCCACGCAGTAAACGATGATAACTGGGCGTATGCGATATACAGTATGCTCCTAAGCGAAAGCGTTAAGTTATCCACCTGAAGTACCGCCGGCAACAGTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGAGGAACTTGTGGTTTAATTCGATGATACGCGAGGAACCTTACCCGGGATTGAAATGTAGATGACCGCTCCTGAAAGGAGTTTTCCTTCGGGACATCTATGTAGGTGCTGCATGGTTGTCGTCAGCTCGTGCCGTGAGGTGTCGGCTTAAGTGCCATAACGAGCGCAACCCCTGTACACGGTTGCCATCAGGTAATGCTGGGAACTCCGTAGAGACTGCCGTCGTAAGGCGTGAGGAAGGTGGGGATGACGTCAAATCAGCACGGCCCTTACATCCGGGGCGACACACGTGTTACAGGCAGGACAAAGGGCAGCTACCTGGCGACAGGATGCGAATCTCTAAACCTTATCACAGTTCGGATCGAGTCTGCAACTCGACTCCGTGAAGCTGGATTCGCTAGTAATCACGCGCATCAGCCATGGCGCGGTGAATACGTTCCGGGCCTTGTACACACCGCCCCGTCAAGCCATGGGAGTCCTGGAGTGCCTAAAGTCCGTAACCGCAAGGGTCGGCCTAGGGTAATACAGGTGACTAGGCTAAGTCGTAACAAGGTAGCCGTACCGGAAGGTGCGGCTGGAACACCTCCTTTCT + 4'1242$%/3;89::57EFA;97+&:<73',''*)+'%&'''+(&)-662:B7A@5(4,128=?>>:>=38-//4,21@DF>@BGB?=@;;?@==57901):46;<BA@BB;;@<:)&1&222689A<:8A<,'4:<:;=<<>65451332629679721(&(/').-/.&/88<9=>6:9A=97>B>:<86531..-562229=><<;:;@>BAG8FC@9>9BA.86A77==>A>A899;;<0../*))()%&)0998104+067888745/.)+.-0/.430--'$%%&-4777C>?<6:850-:;?@5/19///45<=>:A=94321322784>>AB?:8A><4(<8=??=;?;4;3:;<:::8<3-7)-12.+(75=:;;;;).08:=557A<8<=970$$$288475443320)$1335'*.=?@>928;78;447788<779-),2227:JGBA>>DD=?7D(+:9;;:>;?46('&'%%%47==?B@--/=BB@BC>;==?AC@?57<:>;5*1//$%'8:918;200;/<>>??2:9CC;A@BBF@>?>EE>>>C@F=EC>B=;9:::4-))01*8<7<=@=?=>@CBGEDGID@CC?:8*1//,,*,+)))3A@D;<80169:>>:9>FDNJG@DDFHGDJG=CD;?;9=;2999;ABA>=AAA>?JDC>C@E9AB?:.:79:>3:98>=@>?BH79BC@0?%%@B@@==B;=BDA@870019=A9BMB>=>@D<1-10..*$+,()49=89;:>>:CFAA?B>;;+&2120.,+/69<<=AB??=D?B222??@=<;<5C;;@77DB=:A=CB=<5'%%&&114?A9<<6585<>>@BDBH;>:4;??B@<6410=557<8999DA=ABD>A@?C737:@?=;EKA>;IFB777AADE@D><=<44/263955/75109/29<:98;-;;?7=?43:;;;=;?AB=;=EDDE<==>;?;99=AB>&&;>6)+6..9:633:?>>=A:>:7=7,/7;59@?897985572735<:<>@<+:'+6>?=<;==7(ABGGCDC*,,.2+;><1002,,/&96224<7@?@ABB=;@>343&,&&&$-.-1:;6>@@@>;0&+);4A8<@=A?2@B9:4468079>=??>=?==DA;73243401.+0'**02'1=:18 @SRR14011045.11194 ee53b740-a3e4-40e2-a209-3cc26d49c363/1 GTGTACTTCGTTCAGTTACGTATTGCTCATCAATACAACACTATATTGAATATCTTACAGTTCTTCACTACTCTGTCCCTCAACCCCCTAAATACAACGGCTGTATCCTTGACATATTTAAGGTTTAGGCTTGACCCATTTCGCTCGCCGCTACTTTGGGTATCGTTTTTACTTTCTTTTCCTCGCGTTACTTAGATGTTTCAGTTCACGCGGTTCCCTCTCGTATTAAGACTCCATCTTAATAGATTGCTCAATTCGAAATCCTAGACTCTCTTACGTTCGATTGCAACTTATCTGGGCTTATCGCAGCTTACCACGTCCTTCATCGGCTCTTACTACCTAGGCATCCTTTGTGTGCCCTTAATTATTACAACCTATTTTTTGACAGCTAACTCTAAGAAATTGTTAGAGTTAATTTTTTTCTTGTTGTTCTACTATATAGTTTCCAATGTTCAGCGTAATGTTCTAAGAACATTACCAATAGAATAGAGAAAGACATATTCTCCTTAGAAAGGAGGTGATCCATCCGCACGTTCCCGTACGGATACCTTGTTACGACTTCACCCCAATCGCTAATCACACCCTCAGACATCCCTCCTTACAGTTAGAGTATAACTACTTCAGGTGCAACCAACTCTCGTGGTGTGACGGGCAGTGTGTACAAGACCGGAACGTATTCACGCGACATTGCTGATTCAGGTACTAACGATTCAACTTCATGTACTCGAGTTGCAGAGTACAATCCGAACTAAGAACGGTTTTCCTGCAGATTAGCTCCACCTCGCGGCTTTGCGACTCTCTGTACTTACCCATTGTAGCACGTGTGTAGCCCAGCGTATAAGGGGAGCATGATGACTTGACGTCATCCCCACCCCTTCCTCCTGCTCATCATGAGCAGTATCGCATGAGTCCCCAACTTAATGATGTTACTTATACGAAAGGGTTGCGCTCGTTGCAGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCGCCACCTGTCTTTAGGTTTCACCGAAGTGACACTGTTTGTATCTCTGTCTCATTCCTAAGATGTCAAACGCTGGTAAGGTTCTCGCGTTGCGTCGAATTGACCACATGCTCCACCGCTTGTGCGGTCCCGTCAATTTCGCTGAGTTCATACTTGCGTACGGCACTCCCCGGGCGGATTCTTATCCGGCGTTAGCTTGGGCGCTGAGGTTCGACCCCAACACCCTATTAATCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTGCTACCACGCTTTCGCCTTTTAGCGTCAGTATCTGTCCAGTAAAGCTGGCTTCCCCATCGGCATTCCTACAAATATCTGCAATTTCACCTCTACACTTGTAGTTCCTTGCCTCTCCAGTACTCTGGTCATGCAGTTTCCAACGCAATACAGAGTTGAGCCCTGCATTTTCACATCAGACTTACATAACCACCTAGACGCGCTTTACGCCCAATAAATCCAGTTAACGCTTGTGACATACGTATTACCGCGGCTGCTGGCACATATTTAGCCGTCACTTCTTCTGTTGGTACCGTCATTTTTTCTTCCCAACTGAAAGCACTTTACATTCGAAAAACGTCATCGTGCACACCGTGCTGGATCGAACTTTTGGTCATTGTCCAATATTCCCCACTGCCTCCGTAGGAGTAAGAGCGTGTCTCTCCAGTCCCCTTGTGGTAGTTCACCTCTCAGGTAGAAGCTACCCATCATCGCCTTGTTGAGCCGTTACCTCTCCAACTAGCTAATGGGACATAAAGCTCTCTCACAGTGCATATAGCTTTCATAATCTTGGGATGCCCTAAAATCATAATATCAGGTATTAGCATTCGTTTCCAAATGTTGTCCCTAACTGTGAGGCAAGTTCTTTACGCGTTACCTCACCCGTCCGCCACCCAAATAAGTTCAAGTAGACTTGCATGTGTTAAGCATTCTGTCGGCGTTCATCCTGAGCCAGGATCAAACTCTTCGTTCAATCTTTTTTAAACTCCATTTTGCTATTTTAATTTAACATAAATTTATGGTTGCTTTTGTCTTTTTCTCTATTCTGTTGCTAATGTTCTTGTCTCGGTGACATCGTCTATAATAACATTTTTCATAAACTTTGTCCTTACAATTTTTTTTAATTTTTTTTAAAATTTATTTTTTTATATTTTTTTCTTATATTTCAATAAAAAATAAATCGCTTTTTCATAAAAATTTCTTGATAAAAACTTTAAAACAAAGAAAAACTCCTAAGTTTTTTTAGAATTTAGGAGTTTTTTAATCTGTTTGTTTCTATTCCCTTTCTTGCCATAACACCTTTTTGAAAATAGTGTTTAACTTCTTTCATTTCTGTAACTAAATCTGCTAATTCAATAAGTGCATCTGGAGCATTTCTTCAGTTAAAACAAGTTCTGTTGTCTCAGGTTTATTTTCAATTAAAAATTTAATCTCATCTACAGAAATTAGATCATATCTCAATAATGTTCCTAAGATTTCATCTGCTATGACTATATCATATTTTTTACTTAAAAAAGAGCTGACTTTAAACTTTCATATCCTTCTCTCATAAGTTTTTTATCTTCATCAGTAACAAACTCCTTGCTTCTCTCGAACACTCCTCTTCCATATCTTTCATGAACAACAGTTTCAAATTTTTTAATGTATGAAGTTCTCCATAATCTACTACTTTAAAATTGACAGAAAATCTTCACAAAAGTTATTCCCTACAGCTCTTGTAATAAGTCCAAGAGCGGCTTAGTTGTTTTTCCCTTTCCGACTTTCCTGTATATATTTGAACATATCCTTTTCATATATTCATCCTTTCTATATTATTTTATTTTACCACTAACTTTCTTTACTATATTATAGTATATTATTACTATTCAAAAATAAAAAAAAGAAGCTGTTGCAACAGCTCCTCTATTTATATACTATTTATTATGCTGCTTTTTAATATACTTCTTATAGAACTCATCAACATAGATAGCTATAGCATTATCTCCTGAAACATTTATTGCAGTTCCAAAACTATCTTGAGTAATATATAAAGCTAGTAATAATGAACCTAAAGATTATTGTGCATCTATACCTATTAAAAATAAAGGTAAAGCACTCATAACTGCTCCTCAGGTGCTCCTGGTGCAACAACCATAGCTATTCAAGCATACATAAGAATGGGAACATTATTGAAAATGAATGTGGCATACCATTCAATAAAACTCCCACCAATACAACTTGTTAAAGTTATCATGCTTCCTGATAAGTGAATTGTTGCACATAGAGGGAACCGCTGAAAATCAACTATTTCAGGGCTTGTACCATTTTTTAATCCACATTGAATATTTACTGGGATAGTTGCAGCTGATGATTGAGTTCCAACTGCTGTAAAATATACTGGTATTTGGTTTTTAATAAGAGTAAATGGATTTTCTTTGATACACCACCAGCAATAGAAAACATAACAAGCATATAGATGTAGTGCATAGCAAATATACATAGATAAATTGCTGCAAATACACCAAGAACTTTTAAATACTATACCAGAATATGCCATTTCACTGAATATTCCTAATATGGAAAGGTAATAGTGGAATTACAAATCCAGCTAATATTTTTGATATGATTTCTTCATATTCTGCAAATAAATTAAATGTTGTTTCACCTTTCTTTTGGCTTCTCATACTAATTGTAATACCCATCATGAATGCAAAAATTATTGCCAGTAACATCTATAGGTGGTTTTAAAGGAATAATTGAAATATGGAGCAACATCTTTTCCTTCAAAATTGATTCCTTGAGAAATTCCAGAAACTAATTTAGGGTATAGATTTGCTGCAACTGTATATGAAAATGTTCCTGCGCTATTGTTGAAACATAAGAAACAATAGCAGTAAATCCCCTAAAAGTTTTCCTGCACCTTCTGTAAGTTTTTATATTCCCGATACAAACAAACCCAACTATCATTAAAGGTATAAAGAATGATAAGAATGAGCCAAAAGAATGTACTGAAAGTTTTAAAAATTCTTACAATCCAAAAGTGGCATAAATTGTCCAATTAATATACCAACAATTATGGCAATTTAACCTTGGAACTAAACCTAATTTTTTACTACTCATAACGTTCCTCTACAAATTTAAAATATTTTATATTTATATAGAACATATCATCCTGTATAAATATAACATTTATTTAATTTAATTTATCACATCATTCTTATTTAGTCAAGTAATATTTTTCATAATTTTTTTATAAAGTATTTTAACAAAAACTATTTTATCTAAAAAAAAAATAAATTTTTATTGAAAAAAGTGTCTAAAATAAGGAATTTAAAATCTTTTTTTATTTAAAATCATTATAAAATAAAAGAAAAAAAGACAAAATAATAAAAGTAATATTTTAACAAAAAATTATTCTGTGATATAATAAGTAGATAAAAATATTTTAGAGGGATGAAAATGTATAATGAATTAGATTTACATAATCTTGACTTCAAAGTTTATATCAGTTTTTTAAAGAAATACAATGAAGCCTTGAAGAAGAAAGATCAAAAGAGAGATCTTAAGTAATTCATGGATATAGTTGCCAATAAATTGGGGCACAAAGCTGTTTTAACTTAACTAACTTAAGAAATTTTTTTGTCAAATAATAGAGATAAATTGAGTTATAGGCTAGATACCAATCAGGTGTAACCTATGTAACTCCAATATCTAGGTTAAGATAAATGTGAGAAATATGTATATAAGATTAAAAATAGCAAAATGTCAGCTAGATTAAATGGCTTTTTGGATAAAAAATAATATAAAATATTTTACAATAATGGACAAAATTATTATAAAATATGCTATACTATATATACCAAATGATTTTAATCAAGAAAATTTTAAAGAAATTCAAGACATGGCTAGAGTTATAAAATTAACAAGCCCTTATAAATTTGTTAGTAGAGAATTTAAAAAAGCAGATACTATTATAGATGTGAAGGTCATCTAAATGGTCCAGATAATTTTATGTATATGGCTGAATGTATTCTGTAGAAAATAAGGGAGATGCTTTCAAATATAGCTAAAGAAGTAAAAAAGAGGGTGGAGCTGTTGCCTTAAGAGATTAGACATACAAACCCAGAACTGCTCATATGATTTTCAAGGACTTGAGGTAGTAGGATTAAAATATTTAAGGGAAGTTGCTGATGAAAATGATATGCTTGTTGTAACTGAACTTATGGATAGTGATGACTTGGAACTTGTTTCTTCCTATGCAGATATAATTCAAATAGGAGCAGAAACATGCAAAAACTTTTAGTCTACTTAAAAAATTAGGTAAATTAGATAAACCCGTTTTATAAAAGAGGTTGAGTGCAACTATAAATGAATTTTATTATCGTGAATATATTCTTGCTCATGGAAATCAAAATGTTATCCTTTGTGAAAGAATTAGGACTTTTGAAACTATGACAAAACACTTTAGATTTAAATGTACTATTGCTTTAGTAAGAGAACTTATCTCATCTTCCTATCTAGTTAGTCACAAGTCATGGAACAGGAAAAAGAAGTTTAGTTGAATCCTCTTACACTAGCAGGAATAATGGCAGAGGCTAATGGAGCCATGATAAGTACATGAAAATCCAGATTGTGCACTATCTGATGGAGCTCAATCACTTGATTTTAAATTATTTGATAAAGTAGCTAATAATATAAGAAGAGCTTGTATTTTAGAAGGATTTGGAATAATGAACTATATAGATAAAGATATAAAGATCATGAAGACTATATTGAATTTACTACCTTTAATAAGTTTAATATAAAAATCTTTTTACTAAAAAACATTATGGAAGTATTCCTGAAAGAAGTAAAGAAGACGTTGCTAAAGACTTTTCTTTAAATAAAATAATGCTTTCTTGTCATCAAACACATAGTGACAATGTTGTTTAGTAGGTGAGGATACAAGTGTACACCATTTTCAAATGCGATGGAATACTGACATCAAATAAAATGCTGCTGTTCTTACTAAGTATGCTGATTGCTTACTATATTCATCTATGATGAAGAAACAAAAAATTTTTGGAGCAGTGCATTCTGGTTGGAAGGGGTCATTTCAAGAAATAGTAAAAAGAGCTATTGAAAAAATAAATCCTAAGGATTTATCGACTATAAATATATTATTTGGTATAGGTATTTCTTGTGAAATATAATGTAGGAAAAGAATTTTATGAAGATTTTAAATAAATTTTCAAAGAAATTACTTGGATAAGGTTTTTCTATAAAGAATAATGAATTTTCTTTGATAATCAACTTTTTAACTATTATCTACTTAAAGAGTATGGTGTTAAAGAAGAAAAAATGTTCTTAAATAATAGATGTACATTTAGTGAAAACTTCCATTCTTTTTAGAAGGGATAAGGAACTTTCTGGAAGAAATGGAGCTACTCAACTCTTTATGGAGGAATGATTATATGAAAAACAAATTAATGGTATCTTTTTTAGCTTTGGTACTAGTTGCTTGTGGAAGTTCTGGTTCTATAGAACTTACTAAACAAGAAAAAGAAAAAGTAAACGGAGATGTTAACGTTGCAAGACAACTTCTAGTTCAAAAAGCTATCTTAAAAGATGCAAGTGCAGAAAAATTAAGTGAAGATGATCAATACAATCTTAATTTAGCTAAACAAGAAGTAAATGCTGATTACTATCTACAAAAGAAATTTGAATCTGAACTTAACAACATTCAAGTATCAGAAGAAGAAACACCAAAAATACTATGATATCCATAAGGCAGAAATTGGAAATACTCCTTTTGAAAGCGTTAAGGATGCTATAGTAGCTCAAATAACTTATGAAAAACAAACTGGTATTGTTAATAAATACTATGAAGATTTATTAACAATACCAGTTGTTTTCATAAGTTATTTGAGCTATAGCATCCTTAACGCTCCAAAAAGAATATTTCCAGTCTTATGGATATCATAATATTACGAGCTTCTCTTCTGATACTTGAGTGTTGTTAAGTGTAGATTCAAACGTAGATGTAGCTAAAATACACTTCTTGTTTAACTAAATTAAGATTGTATTCACTATTTTCTGCGTATCTTTAAGAATAGCTTTTGAACTAGAGGGTTAATCTTGCTTTATTAGTTTTACTTTTTTCTTTTCTTGTTTTTGAAATATGGAACCACGTTTTCCTGTATATATATAAGCAAAGATTGCCATTAATTTGTTTTTTCATATAATCATTCCTCCATAAGATATTATATTTCCGACTAATTTCCCGAAAGTTCATATCCTTTAAGAATGGGTTTTCACTAAATATCTAATTTAAAATTTATATTTGTAACATATATTATCTCTACAAGTAGATAATAGTTAAAAAAATTGATTATCAAAGAAAATTCGTCCATTCTTTATAGAAAAACCT + #,)..67>9??EC=?DC>@9A@CH@9A?DD<;;550&'%'*/2;:8;;>B;<@92?A9;@;=:EH?>BF=>@?53/,IFEED@;=?/1>B:8<;:2<;=>AAC;;>?FA7=EEF56:;<;<933755@<647=<;<7+'>>=@A>9+4?==0.5897399:E=9=<><;==E666156=:?@@?=:0&'&+1&-''7760&&(&)('$#%%001<46==@D?BB<@???99()((((776%%%%%//12::=;E=:?B=CE<79AD;BD?@<>774<<;ACB>B99<;9>8;DIJDB?@=;883;<=9@C<<=<=@><<@B><9.,/76=A9@C>CBBBD??>6>CFI?F?@?=BBAD>CBCJIDBBB?;CDCEB?<8:;=>/2+(&5443298:983;>@42?B>C?958A@F<;8+78985544633<531(/35977311274540/*$$)'(-()',2276=AB8:?BFECBAEDD@@946530+'''*4=<:4)90.@4'%552/*/)(*#))0)%88;74BC@DGH?MID9A?DHCCAG;AB?=?=.0)''<>74)/11*,)2'/.03797C?<>:)*)*89<<;B>4614&02278-6566<898%%'('(+&459;=:=51885<:>BC98744;7#38'51+,578889947=311H>?=-455/113/.1*))&'$$%##$$$0,+:?BC:228=21;>>9<=@?;;7643-(,%%(&))*1*133533567760(/7?87=/(((485422?>><:3420-0)(%/413353/.>9??A>A;;9?1&&%:29:===<7?>>C:6;BBHG@535...5=@<<.::8143)*0028777?;C;:=@=B<877:?7?>>@:::=?<8:;5996(0112>;@B8@??6'$'.+&.)646@>64863,871&&-/++(''&)(().01111%+%$')((222&*$###$)'-*+$%&'26B=<4$'263416.'%%&&,+$+'*241+$$$)-5;??;;67>==157:=B<=81&)554($$B@GHEHB>ACDKE@B>=>>72?)5AB@;F??CA?:356/6.-(',66CDEA86'))*((-/249405@>A<<89>9865338%%(88<=<*244667/2666>999/:=>6>B?<6*-;=;>D7?>=D564/1/0<:;<8/1-0//3,,3884'-,,,@A97<874;45<;-.1ABF;7<,>A=AC>CB888+%)2334367777B?A>?><8,+*'**87'$,.=>8C==60'(''''2.+****34$56766746+0(*38799@>ABHKEE?>=>?@AB<=DA;>>;7;=<>=;7)&;43/9010-+BEBBC;235;73//(&4/(,4788.&$$%,*)*+,0%--73D>??@@AACC?>=275(++'76(('323346.($$#%),,-2.$,/458741+),&)#$%')0/*&''-('*-20,4.6958.074435,289879<<3),?A:@@==:<:*0,&.+13689;:=>>@79:A812;8<%D@BC=,C?967>B@B>@.&);9;.)-,(/5855559881.+0.>8=DC<7))//0.6998%4:<@?1CGEMAA@)FEF>76678998))?@@@C88?56341/*%13013<9;;:1<<==;<=>1)+-;?E>8<:BA@B=AD3:=<9B<=>@?*=AEFFG;4:-+19::<=>=81>C63..215763/0/-,),'+...2457>?::8348.&02786;6/*-2,--/017-/?<>=@FEE=@7?@>FI1L=3/<;AFALC?E?B4$$121,8<9:?<B>FJBA;78=A>AEJFB?<:<=<->@;@?;E@<9:77-159HF224009CBF8:@@DB@5.5:;5@AAA;B@52?HFE>494,76226AEKMIC?@72KJC6<:69ABBBGA=>GAHDGH;'4=;6<9=>@?;=CFFF=EECEB?;HG@==GDHBFFFO:GIEJI>E>@EH>?B=?:>>?H200(.334@?AHIDCD>GJ>D>>IGE9G;;?>DE@<9GC:2A:CC?:.,=9@5&4+48338<&><@BIADBAAEG?<=ADCFD>5FDFGHHG@>=A<>=91,'&))09:::DB;CD@>EJD@8IFD55:84<7<<>CBB@>78/*+(002<:>?7==:58-$113%%$&&&&(*==@21&7:BG@9<<4<7@BCA?=CE@ACDABBDAF;77>;<>A9<@<@?)&42)(**/*##%('+-.&$,774545+((/311(1.++&$*1+&,/557:343-.28:=B:AB>?==;=59970#$%'&'&)78823:8&3ACCD<;:1=A?;%%%1<;78A?=<:1ABCDD9=@FDJBF86=?7/31EFHE?>($%,-3@546+5<=ABFGEECGFJJJCDD@@A>@EGD;DIB;;?>A9240%(,397157$3974877108D@>85??A<94/%*,+*,,+@@98805<9?A>9>:93?>A>?:86-/:;=CCDDHB;<==:ADIH@@?=;1-/-.$$%(00253285=BABD:FB55=6545??<>6?BBBDG=I<>H9AB;;;:??=:@1;9?AI?AHJHE:C=E;>=92-=DC@GHHKGGB><*'%-60..-*,:<>=5;<42--,&%%$&17797;:1.9:9;8:?@B@::85+%&+024(29;=889?>9,8:=99@<<=<@CCB?>>89?74*+468:;@;9>?@??DC9<6=A>;-+&58=DA>GD;C@;;:>&&)=B?=<:(>8%%%'8>><&%//.1/1200.+*'$&''1/10-1:<@DEBMF9598<9<;9?2?@?EA:=>@<:.<;<@=CDFEDED>B?=?;::-:;>0..12355-,.,.+6::?3:/0ACBI;8?>>CD@-+$<=;;BEJKKGABHMFA?>6646+0;>>=>>=;=EFA61@@@?:<@GHGDF8@4A8:<;:GGJ>>D>C?=;=67:8DC>8-*=A<=<6455221(;:A<=9BCD;22@?=B>@ED<;.435:%(>><;>?<78;8:::248*+)8;==>CE4-AFEIF=?=ADECDDAA:@@9;:7;13+-,(17=<6/0/618..2/2EFAH@?D=C?E7<<<<9*88><<==76@>>8BC=BB,:B?8B?::;7F<=@BEA@@?8:D?<;*--:9=/8./;:9399:78967==93210(468358=?AD842954'0=><>25::BC>=99?@A4477=>FFDDHIIL=@AB@BB?<=@=<77,2-**1.26445+-&%(+023350=?=;;?<-///6>=?A?><$3@A>/*9FG587<<@85.10//175479321.%/.5>5<:669B;7@3<=>4BBDLL@DDF>JJLOOM?9A??FD<>E>>;;:;(6:==:9<>CDE?&2@@@;<7817;5:8:FBB>:=57433512*'%..469CCCCEAG89?AACFD;A><@B8;C>A@B;:++*#%#%'1343410,89>@CE6D7@BCCEFCA>:A?D?F@=>F>A@ACBEB?>8D@;8;:9>418@A95::4<=;;1AGC>=;@=>::73:<<6789;CDDJ;<>@@978:A04;:<;EE>>DH7CEBCEEB;@>:<57::0@?OOJ852;DDB@JOE?==DC?EDA@AFFGECA:9:;=>AEEFA<>>9'2??AC:+&,87DC?637604.1*&'''%)'++)232A@C??:,@BCE=@>A8<;<9??=?<4>@>?ADAD?<>B@FEB>=/,4:76:B?AA:77/:9:;2334/4++.87:;9;;;93<:;>;463;91(640(*+,.39;>@<9333((0,(&#*,.*..01;;;421+)-+-94/-36&/1,&+3*54==9%%'*5611,.001,4559?326)&&&885455573:<@=8::@;?DDC=A?9<=,**8::;2779.)-)//=C>A<;:;<<=729=A>A???<5258>@>B>;3987:<87/&0&/.*$'$+,).-4/.&$'-3)'6:=AAIIH<:<6>27<=:>?>>:00)(*+/?@<90,4<=>>@-5??:@E?>C>.89=;7(4<=>CBB::;9BB==03$#%')46>?A:A9;:975;<0/5:<98:::<=68:68,BCFAC=;=B:;?=.56>@6C2C>>>AA233,,-%(-2488599830+*(3*9:))-=;B>?@BC?<>520><71>=?@>DEGE8,-5A;=;;034765;88>=6,,123=?;@D:<83$'%&'(%%$+,6;5;=8**'&(,$$+,.10.10..-1747;@;8:@>9;9850:/314-+376423.0.9;459?A:.$%/9?>/-+$--)+,8.<@6AA;9=569><>:.)/*+,'''+119=CD>555?=AHJ?=?>>?@B<:>??>D?<=;6B?CCBCC@BBAFAA=:767<:9>=@AC=@?BC@>:;2;4(%%'230,)&(+5;954387939;,.4336>>7%&'(=;::8B8><<CF<'368?3+577?=609C=@DB;992C@@=:;8:>@::75,-)$$)*+)29>=A>==007,%-(.BGGDB9;<=)*9;=<:)*++,1'722+%%$)++/*..22453<1-&0.,-,-,,&%%%%(3@46755&%%'-($%&%$)08336DDD=CA98?AE<<@/28247>'&)04.(('%%/0151:<=5;9;9BD6=CH:A=CEF>922@AAEIGB?>64724739=BA@CB<:102)%()*.:=<<=GFFA@D99@@A=?;9>=@?9:9/'34@;5@CBA288:FGE:(:A632,%%$&,,+:=>?C>5:;?:5D8859?=>9=;3=:9:,)-&%3<;,6<=<9)(6;><:>>;:41//166.33458:73(),<09>?CIAFCC=9@?7>@A;DB;<9;566576$&73:A>DKC>AKHDI>A;@B8$&@B@D@0(3311=;?:=;=@A>6?B@C?5=<@<=84.:<<5;??84%''1878;:8?<>9-3?:<>BBEBB894-'/JIDDAA@HD;@>=;9:C4;>:B?4><;8':>>??CBAA>BA<:>;>=>B6<;<589;-+-<@AAB>=?=A@+(B;=:>@81>=@@EF9=9@H/A=654*((*+/2&8;8BGIIJ<8=DDGG<;JHBGFIB@CACJ@:/C>??>BC>;=?>=@@=<=?;;..1;B;43237?=6/;9@@>57<:9+=;8,&3;?6;9:<<:;;:<8:@;:72>>A;139AD>4<==9-/=<9<<;+46.*&&&+*#%$)-188:9(27@=97;<<;-(%157:?86BC>>>CAB<98?>7BAEEA@><<@G@EE@FC000)@=/=??=D;>=:>>:@0''11.?>=::6(5)/+%*67;9%278954-*96>@9@BCC86:<6<=@8<>>@?DG=:6:;737882(-443358777*(8<><>BB2>52<661563(3:;6C>BCBBC?@><;<6:>JGB6@?A@@B?&5447-+(*-%-++..+*(%#$$$(.4::>><<11??=-*'+627<:=B>9>ACECB?@@9>687@;9,438469:37/&$%*14780'(,445554(.%;:;;;:9:,65@?=<=537;<98;9779599A@89>=(++')+(,(%##&'478??8BEAA@@:44'$*05*15=9522).-12.0.*('$%%%&'%.012123422',230.1/(&%%$&(+0-.')&'#&+*)(%&(+*++*)%,&%'$%,/.//2*.&(+()%'()'((''%(',--.+)(&&##$%%+*)+)&$%&''''$%&#&%(&$$$$#$##%$%*(,0,.+,(,++++12002-**)*))%%'(''&&%(%$#$$&%%''&%'''%$#"#&(()*''')&'%&)+,'%.),%$##%$#%&%$)+,+&+--/-.*'*..-)**&)+*)$$%%%&&%#%#$$$##%%(*++('&'&$$###%$%$##&&%#$#$#$$%$%'%%)*()4667..%$$),,+)(+**+,.(%$%%$)&#$%%%%#$$&#####$##$##$$##$$$'('#$$$%#$$#$$$%$&%&&$(+++'&&-.)&%$%$$$&'''&#%#$$$%$$$$"$$#$#####$$%&###%#"&$$%%%&''#$$$'%*//22'$(,---245223-+4775(6203*,++2+3588:8;;<>:/,(# @SRR14011045.51720 8fd0a096-51ce-43eb-9be3-fb68f52de93f/1 ATTGTACTTCGTTCAGTTACGTATTACTTTGACCAATCTGATTGCTACTCGCCAAGTAACGATTCCTTCGTGAGAAAAAGAAATAATGACAATACCATCTCAACAAGGTCAGATGAATATGACCTTCTGAAACAGGCTCTACAGGTACGACTGGGGTATGATGGGTACAAATCACCATATGTCAGATATGAAAGTAGATCAACCAGCTTCTAGCCCAATGGCTAATATGATGAAAAAAGATGATAAAGCGATGCTACCAAATACTGGTGAAGCTCAAACGGCTACAGCTGGACTTGGAGATCCTTGGCCTAGCCTTGGCAGGTTTTGTTGGATTTTTGGGTTGGAAAACTAAAAGAGAAGATTAAGGTTCAAATCATTTAAACATTTAGAAATAGTGTTATACTAAAGCAAGTATAACGCACTGTTTTTATCGAGAGAAGTGTCAGATGAAAAAGACAATTTTCTTTGGTTGATGATGAGATAGATATTCTAGATATTCAAAATCGCTATCTTTGACAGGTTACGATGTTTTAGTTGCCGTGACGGTGGAAGGATTAGAACTTTTTAGAAAAAAATCTATCGATCTCATTATCACAGATATCATGATGCCTAATATGGACAGTTGTAATTTTATCAGCGAAGTTCAGTATATTGCTCCTGATCAACCCTTTCTCTTTACAACTGCTAAGACAAGCGAACAGGATAAGATTTATGGATTAAGTTTGGGGGCGGATGATTTTATAGCTAAACCGTTTAGCCCACGAGGTGGTTTTTGAGAGTGAATAATATCACATGCCTTAGTCGTAGCGGAGAACGAGCCAGATTGAGTTTGGTGACTTAGTAATCAACCATGTGACTCATGAGGTTCGCGACCAAAGAACAGCCTTTGGAATTGACAGTGAAATCTTTTGAACTTCTATGGATGTAAACAATCCTAGAGAGTCTTTTCAAAGACTGAACTTTACGAGAAGGTATGGCAGGAGGATTATGTGGATGATACAAATACACTAAATGTTCATATCCATGCTTTGAGACAAGAATTGAGTAAGTATACGAATTTAAACATTCCTGCTATCAAAACTGTTTGGGGCTTGGGCTATAAGATGGAAAGACCGAGAGGTAAAAATGAAATTAAAAAGCTATATTTTAGTGGGGTATCTAGTTTCGACTCTACTAACGATTTTGGTCGTTTTCTGGGCAGTCCAACGAATGTTGATTGAAAAAGTGAAGTTTACTTTCTGGTTGGAATGACCTTGATTGCTAGTTTCATTGACGGCGCAGTGAGCATCTTTCTTTGTCGCCTGTGTTCTCTTCTCTGAAACATTTGAAAAAAAACAAGCTCAGAATATAGCTAACAAGATTTCCAGCACAGAAATTGAAACCAAAGGGCCGATAGAATTTCAAGAGTTAGGCCAAGCTTTTAATGACATGTCTGGTTACAAGATACCTTTCAATCATGATGAGAGTGAGCAAGAAAAAGAGAATGATGATTGCTCAGCTCTCTCACGATATTAAAACTCCCATTACCTCCATTCAGGTTACTGTGGAAGGAATTCTAGATGGAGTAATCAAGGAAGAGGAACGACTCCATTACTTAACCACGATTGGTCGCCAAACCGAGCGGCTAAACAAGCTAGTCGAGGAGTTGGATATTTAACTCTTAACGCTCAGCCTCGAGATATAGCTGACGAAGAAGTCGAAGATGTGTTTTTAGATCAGCTGTTGATTGAGTCGATGAGAGTGAATTTCAACTTCAGATTGAGCAAGAGGAGCGAGATGTCTACATTCAAGTAAAGCCTGAGTCTGCGAAAATCAAGAGTTATTATGACAAACTCTCTCGTATTCCTAGTCAATTTGTTAAACAATGCATTTAAATATTCAGAGCCTGGAACTGAGTTGAAGTTCTTGCTCGTTAACTGAAGAAGAGCTCATAATCAGTGTAAAAGACGAGGGTCAAGGTATTCTTCCTGAAGATTTGAAAAAATTTTAACCGACTTTATCGTGTAGAAACGTCGCGTAATATGAAGACGAGGTGGTCATGGATTAGGACTTGCGATTGCGAGAACTAGCTACCATCAACGAGGTGGTGGAAAATAACAGCAGAAAGCCAGCATGAGTTAGGAAGTACGTTTACATTTCATCTTAATTTGAAATAAAATAAAAAATTCTCTTTACAAATGTAGTATTTCATGGTAGAATAACTGTGTGAAATATGACAGGAAAGCATGAAGCTCGTCAACAGGTGTCTTATAACAGTAACCTTGGCTGTTTAGGCGAAGGGCATCTGCAAATCAGGGGCACAAGTGACTATTTCCGCCAGTATATTTATATTGGGAGGACATACATATGTCACGTTATACAGGACCATCTTGGAAACAAGCTCGTCGCCTTGGCCTTTCACTTACAGGTACAGGTAAAGAATTGGCACGTCGTAACTACGTACCAGGACAACATGGACCAAACAACCGTTCTAAATTATTAAGGTATACGGTTTGCAATTGGCTGAAAAACAAAAACTTCGTTTGCACAGGTGGTGAAAAACAATTCCCGTAACTTGTTCGTGCAAGCTACAAAAATCAAGGAGCGGAATCCTAAGGTTCAACTTCATACTTCTTTGAACATCGTTTGGATAACGTAGTTTACCGTTTAGTCTTGCGACTACTCGTCGTCAAAGCAATCCAGTTAATGAAGCCACGGTCACATCCTTGTTGACGGAAAACGTGTTGATATCCCATCATACCGCGTAACTCAGGTCAAATAATCTCAGTTCGCGAAAAATCATTGAAAGTTCCAGCAATCATGAGCAGTTGAAGCTACTCTTGGACGTCCAGCATTCGTATCATTCGATGCTGAAAAATTGGAAAGTTCGACTCGTTTGCCGAACGTGATGAAATCCAACCCAGAAATCAACGGCCTTATCGTTGGTCTACAACAAGATCTTTAATTTAAATATCTTACAGAAAGCCTACAACAGTGGGCTTTTTTCTTGTAAAAACAAAAAATAAGAAAAATTTATCTCAACTTCTTGACAAGGCAGAAAAAGTAGGTATAATAGAAAGAGTTGAAAAAGCTCAGGTCCGTTGGTCAAGGAGTTAAGACACCGCCTTTTTCACGGCGGTAACACGGGATTCGAATCCGTACGGACTATGGGTATATCGCGGTTGATGGAAATAGGATTTAAAAGTTAAAAAACCTGTTGACAGAGAAAAGTGACTGTGATATACTAATATAGTTGTCGTAAGCGCGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCACTATAACTTAAGGATATAGTACTGAACAATGAAAAAACAATAAATCTGTCAGTGACGAAGTAGTGAAACCAAACTTTTAATGAGAGTTTGATCTGGCTCAGGGACGAACGCTGGCGGCGTGCCTAATACGCTGTGCAAGTAGAACGCTGAAGGAGGAGCTGCTCTTTCCGGATGAGTTGCGAACGGGTGAGTAACGCCGTGTCCATTGGCACCTGCCTGGTAGCCCGGGGATAACTATTGGAAACGATAGCTAATACCGCATAGAGTAGATATCATGATGAAGTACAGCGAAGGTGCAATTGCACCACTACCAGATGGACCTGCGTTGTATTAGCTGGTTAGTGAGGTAACGGCTCACCAAGGCCACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTAGGACTGATTACGGCCAGACTCCTACGGGAAGCCGGCAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACAGCCGCGTGAGTGAAGAAGGTTTTCGGATCATCAAAGCTCTGTTGTAAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTGCAGAAAAGGGACGGCTAACTACGTGCCAGCGTACGCGGTAATACGTAGGTCCCAGGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGAAAAACTAACCATAGTACGCTTTGAGCAATTTAACTTGAGTGCAAGAGGGGAGGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCCGCCTGGGGAGTACGACAAAGTTGAAACTCAAAGGAATTGACGGGGGCCCGCTAAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTGGAATCTTGACATCCCTCTGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGGGGCTGCCGGTAATAAACCGGAGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGTTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAATCTCAGTTCGGATTGTGAGGTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACAGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCTTTGAGGAGCCAGCCACCCAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCCTCCTTTCTAAGGATAAGGAATGCACATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCCCGGTTCGATCCCGCTAGGCTCCATTGGTGAGGAATCACCCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAGGTTATGACTGAAAGGTCAAAAAGTAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAGCGACATTATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCCGAATGGGGGAACCCAACAGGTACTACCTGTTATATCTGTTAAGGATATGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGGCGCAGGAAGAGAAAGCAAAAGCGATTGCCTTGGCGGCGAGCGAAACGGCAGGAGGGCAAACCGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAAAGACTATAGAAGAATGACATGGGAAGGTCAGCCAAAGAGAGTGAGAGCCTCGTATTTAAAATAGTCTTTGTACCTAGCAGTATCTGAGTACGGCGAGACGTGAAATCTCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAAGGTGAAAAGCTTGCTTGCAGGAGGAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCCTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGTAGGAAACCGAGTCTGAATAGGGCGCTTTAGTATTATGTCGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGCGGTAAGACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGACATCAAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAATGAATTATGGTCGGCAGTCAGACTGCAGATGCTAAGATCCGTAGTCGAAGAAGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAGCTGGATGTTAGCTTAAACTGACTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTATGTGTGGAGAAGGTGTACCGTGAGGAGCGCTGGAACGCATAGAAGTGAGATGCCGGTATGAGTAGCTTGAAAGACAGGTGAGAATCCTGTCACCGTAAGACGGTTTCCAGGGGAAAGGCTCGTCCGCCCTGGGTTAGTCAGGACCTAAGGAGAGACCGAGAAAGGTGTATCCGATGGACAACAGGTTGATATTCCTGTACTAGAGTATGTAGTGATGGAGGGACGCAGTAGGCTAGCTAAAGCAGACGATTGGAAGTGTCTGTCTAAGCGGTGAGGTGTGAATTGAGTTAAATGCTTAATTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGACGTCACACTGCCAAGAAAAGCTTCTAGCGTTTAAACATACTCTACCCGTACCGCAAACCGACACGGGTAGTCTGAGGCGAGTAGCCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCGGCAAAATGACCCCGTAACTTCGGGAGAAGGGGTGCTGACTTTATGTCCGTGCCAGTGAATAGGCCCAAGCAACTGTTTATCAAAAACACAGCTCTCTGCTAAATCGTAAGATGATGTATAGGGGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGGAGTAATCCGAAGGTATGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGGGAGCTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCAGTTTGATATTGAGTGTCTGTACCACATGTACAGGATAGGTAGGAATCTATGAATCGGGACGCCGGTTTCGAAGGAGACGATGTTGGGATACTACCCTTGTGTTATGGCCACTCTAACCCGGATAGGTAATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAAGGTAACGGAGGCGCCAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTATAAGGGAGCTTGACTGCGAGAGCTACAACTCGAGCAGGGACGAAAAGTCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCGCTCAACGGATAAAAGCTACCCTGGGGATAACAAACATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGATCTGCTCCTAGTACGAGGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTCTTGCCAAAGGCATCGCTGGAGGTAGCTATGTAGGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTGAAACCCACCTCAAGATGAGATTTCCCATGATTTTATATCAGTAAAGAGCCCTGAGAGATGATCAGGTAGATAGGTTAGAAGTGGAAGTGTGGCGACACATGTAGCGGACTAATACTAATAGCTCGAGGACTTATCCAAGTAACTGAGAATACGAAAGCGTAAGGTTTTCTTGATATTTGATAGATATTCAATTTTGAGTATGTATGACTCAGAGTTAAGTGATAGCCTAGGAGATACACCTGTACCCTTACCGAACACAGAAGTTAAGCCTAGAACGCCGGAAGTAGTTGGGGGTTGCCCCCTGTGAGATATGGAAGTCGCTTAGCTCGAGGGAGTTTAGCTCAGCTAGGAGAGCATCTGCCTTACAAGCAGAGGGTCGGTTCGATCCCGTTAACTCCCATATAAGCGGGTGTAGTTTAGTGGTAAAACTACAGCCTTCCAAGCTGTTGTCGCGAGTTCGATTCTCGTCACCCGCTTTGAACTTTGTTCAATTACCAAGTTTTTAACTTGGGCGCGTAGCTCAGGTGGTTAGAGCGCACGCCTGATAAGCGTGAGGTCGGTGGTTCGGGAATCCACTCGTGCCCATTTTTATAAATATGGTCCGTTGGTCAGGGGTTAAGACACCGCCTTTTCGGCGGTAACACGGGTTCGAATCCCGTACGGACTATTTTGTTGGAGGATTACCCAAGTCCGGCTGAAGGAACGGTGCTTGAAAACCGTCAGGCGTGTAAAAGCGTGCGTGGGTTCGAATCCCATCCTCCTTTATTTATTATTAACGCGGGATGGGCGACTCGGTAGCTCGTCGGGCTCATAACCCGAAGGTCGTAGGTTCAAATCCTGCTCCCGCAATATTTGGCTCGGTAGCTCAGTTGGTAGAGCAATGGATTGAGCTCCATGTGTCGGCGGTTCGATTCCGTCTCGCGCCATTTCTTATATTACACGGAAGGGTAGCGAAAGAGGCTAAACACTTGGCGGACTGTAAATCCGCTCCCTTCGGGTTCGGGGGTTCGAATCCCTCCCCTTCCATCTTATACGGGCATAGTTTAAAGGTAGAACTAAGGTCTCCAAAACCTTCAGTGTGGGTTCAATTCCTACTGCCCGTGTTAAACGTTATGGCGGGTGTGGTGAAGTGGTTAACACATCAGATTGTGGCTCTGACATTCGGGGTTCGATTCCCCTCACTCGCCTATTTTATATTTTGGGGTATAGCCAAGCGGTAAGACAGGGACTTTGACTCCCTCATGCGTTGGTTCGAATCCAGCTACCCCAGTTACTATTTGCCGGCGTGGCGGAATTGGCAGACGCGCTGGACTCAAAATCCAGTGTCCTGGGGGCTGATGCCGGTTGACCCGTATTGCCGGTATGGTAATTAAAGACAAGGTTTACGGACCTTGTCTTTTTTCTCTGTGGTATGTAGAGTTACCAATTTTTTCCATTTTAAAATAAATCGTCAAGTTTATTAGCTAATGATTTCTGTTTGCTTGGGTACAAATGAGAATATGTATCTATTGTTGTTGTAATTGATGCGTGTCTAATCTTTCTTTAACAACGAGATAATCTTCCCCTTGGTTTATAAGCAATGATGCATGTGAATGTCTCAAATCATGAATTCTTATCTTCTTTAAATCTTTATCCCTTTCTAGTATTTGCTTAAACTTCTTATCAATCATATTTTTAGTAACAGTTACTGGTGTACTCTGTATTGTTGTAGTTCATCAGTTTTTTGTAAATTCCTCAAGTTTTTCTTTTTGTTTTACTTTCCAATCTTTTAGCATTTCTGCTAATTTCTGATTGATTGTTATATTTCTAGTTCCTGATCGTGTTTTTGTTGTATTAATGTAGCTTGTATTATTAACAAAGTATACTGTTTTGGTAACGTATATTGTATTTGTTAATAAATTTATATCATTCCAGTTCAATGCAAGTATTTCTCCCATTCTCATCCCAGTAAAGAAAGCAATTACGAAGAACAGGTCATAGCTTATTTCATCATCTCGAATTAGTCCTCTAAATCTCGTGAATTCTTCTATACTCCAAAACTTAATATTTGGCTTTCTAATTGGTAGTTTCTCAGATTCTCAACAGGATTTTTATCAATGAGAGATTTTCTTATACCAGTATCAAAAATTTTTAAGTAGAATTAGAACTTTGTTAATTGTATTATAGCTTAAAACTTCATTTTTCATTTTTTGTTTTTTTGGTTTCGTTTTAGGTATTCACGAAATTCGAATATATGGTCATACGTTATTTTATTTAAATTTGTATTTTTAAAATAGGGCTTAATATGACGCTCATAATTATTTCTTTGTGTACTTGTATGAACATTTTTTCTGCTATTTTTCAAATCATCTTCTTCAAGTAGGTCGAATAACATATCTGTTGTCACTACAAAGTCAAATTGTTTTTCTTTTAATTCTACAACGTATATGTTGTTTTTAGCTCCAGGGCTTCCTTTTTAGATTTTAATCCTTTCCGAATAATACGTATTCTTTTTTTGTGTGACTGGGTGGAAACCGTTAGAAACATCAACGATCCATTTACCACTTTTACTTTTACGAATAGTCATTCATTATGCTTCTTTCAGTTCAATTCCTAGTAGTTCTTCAGCGACACTGGCTGGGGTGTACCAATCCGTTTGTTATCGTAGATGTTAAAACCACGATTCACTAATAATAATTTGCCGGTATGGATAATCTTTCTTGCAGTTCTGGAGCAATCCAAGTTCGATAAGGTCATCTTTTGTTACGGTTTTAATCATGTGATCTCCTTTTCTAAATAGATTAAGTAAGGGGAGGTTACTCCCCTTGTATTTTACTTATTTTTTGTTTTACATCTACTAAATGGATAGCATCCGCCTTGTAATACATTGTCGTGCTAATCATAGTAGCTTGTAAATTGTCAAATGTACGGTACTTCATCCATTGCTTGGATATAGTCATTATCAACAAGGCATCTGGATTGTCTACGGAGACTTGGGTTGATTTCTTTTTAATTGTCCATCCTTGATCGTTACATTGTATTTCCGGCAATGATTTTATTGGTATTAAAACGTCTTTCGCTACCATCTCTCGGTTTTTGATAATTTCGCCGTTTGCATCTGCTCGGACTTCCGTTTCAAAATTTTGGAATAACTTTGTCCAATTCAAATTTTGTTCCAATGTTATTAAAATTCCAGTCATTTTGTGAAAGCATTTTTGCCATAGTTAATTTCTCCTTTTGATATTTTCTTTGATTGTGGGGATCAAATCCTCTCTTTTAAAGAGTATTGCCCTTTCTATTAATCCACTTGCTAAATCTGGTGGATATTCCATATTGTTGAGTGCAGAGATAGTTAGATTTCTCATGATCATGCAATAAATTATTGTCGTATAGAAATTTATACGCTTTTTAGAATAGCTCCTGAACCTTTATAGGTAAACCATTCTAATTTTTGTTCCAGTTCTGTTTTGGTTTTGAAATAATGATAGAGACAGGTCTTGAGTGTCCTAAAAACTTTTCCCAAGATCTCAAAGGTTTGATGACTATCACTATAGAATATACCTTTTCTTTGAGATATCCCTTGGTAAAGTTAGCAAGGAAGGTCTATTTCTGAATGCAACCATTCTTGAATGAAGTAGTGAGCTTTTTCTTTCTAAGTTCTAACTCAGTTCTTATCAATTTTCTATATACCGCTTGCTGATCCCGAGCTTCTCAGCTCGTTCTAAGCGCTTATCGTAAATTCTACAGTCTTTCATCATCATTGGGTTTTCTTAAATATAAGGTCTGACCGATTGTTTCATCTCCGTAGGTATTGTAGTAGGTGCTTTCCCATATAGAAAGCGTTTCTTCTGACAAATCTTTAGAAATTTGATTAGGAGTGAAATAGGGTGTTGTTTCATTAAAATCATCTATTGCAATATCAATTCGTCTTACTGAAAAATGAATGTAATTGTAGTAAAGGTTGCTAAGAAACTGTCTTTCGGACAGACTATTGGATCTAATACCATATCTCTATAGAACTCTAGTGCCTGTCCTGACATGACAAGCATGTAGGACGACTCTTTCGATCCATAGTAGATACGGATATTCCCATAATGAGAAGCTGGCTATCTGGTTATAGTATTTAAGGCTCCCCTTATTCTCAATAAATAGGTCAAAGTCAAGAAATAGGATATCTTCGATTATTTCTTTTGGCGAAAATTCAATCTTATCAAACTGAATTTGAATCCAGTCAAATACAGAACGTAAATGCTGTTTTTGCCATAGATTTTGATTCAACTTTTTGCCTAATTTTGCCACCCTTAAAATCTCAAAACCCTTGGTAATACTGAATTTTCGATGGTACACCTAACTTGCAGAGGGTGGTGTTGCTACACCTATCGGTCAAATAGGTCCGTCCGCATCTACGCTCATTTTCGGCTTGCCTCATGGCTCAGCCAGCTCGCTATTAGCCGAACCTATTTTGACCTCTTGTTAACAAACCTAGTAAGCCGGTTTGCATCGACTCTTCAATATCTTGGATTTTCTTTTTAGGTTGGCATTCTCAATTTGTATCAGTCGTATTTCTCGCTTAAATTCCTGTTTTAAGGCGCTCAGTTCATCGTAGAGCTCATCTATTACTTGGTTTAGGGATTCGTACTCATTGTCTGCTAGACTCCCAAATACGCCTTGTATAGCCTCTTTTAGACCTATTTCCAGTTTTAGTTTAGCTAACTTTTGAAATTTTCTAAGATCTTCGTCTGTAAAATCATAGGCAACTGTATAACTTAATTGATGAGTTCTGGGATTTCTACTGATAGGAACTTTAATTTTCTTAAATTCCTTGCCACTTATCTCTTTAATCAGTTGGATCCAATTTTTAAGAGTAGAGGTAGAGTTTAGGCCAGAAATTTGATTGACTAACTCTTTATTGGTCATCTTTTTCATAAACCTCCGAAATTTTCTTGTGCAACTGAAGAGTTTTCTGTGGTATAATTGTTACATAATATGTTTTGATCTTGGAACGAACGGCACATTTGTTTCAAGATTTTTTCTTGTCGAATCTTACCTCCTTTATTAAAATTTTTTAAAAATCGACTACTAGTTACATACGCTTTTACCTCCTTGTATATAATATTCTCAATGGAATATTTAATCTTAAAATAAATATTCCTTATGGAATAATTCTATTTACCGTTTAGAATATTTTGTCAAGCAAAAATATACGAATAAGAATATCTATAGGAGAATTATGTATACGAAAGTTATAAATTTTCAGAGGGTTAAAAACTCAGAAAATCAAAAAAGTTAACTCAGTAATATAAATATCGGAATTAATTGGAGTTCAACAAGGGACATATTCTCGGTGGGAGAATGGAACGTTAGAACCAGGATTAAATTCGTTGTGAAATTAGCAGAAATATCTTTGGTACTACTACAGATTATTTGCTGGGACAAAAACCTTATTCAATTATCAGTAGTTTACCTCTAGAACAATTAGATCTTACCAATATTGCAAACTTTTTCCAAAGGATGAGTTTGATATTTTGAAACATTCAATAGCAGTTTCGGTGGCAAGAAATAAAATAAAGGCAACAGAACTAAAAGATAGAGTTATGAAAAAAATCAGTTGTCAGAAAAGATGCAGAACTTTTGAATAAGATTTTTGAAGAAGTTAAAACTTATTGGGAAAACTAGAAGGACGCTAGTCTTCAAAATTTCCTCCCAAAATGTCTAAAAATATTGACCGGAATTCATTAAAGAAAGAACATTTAGAAGTTTCAATAGGTAAAGATTAGTATATTCTTGTTGAGTGATTTTTTATTTTATGAAGGTTGTTTATATAGTTAGAAGGAAAATAGATGGTCTCTAAAATTGATACAGCTTGGGACTTGTTCTGGAGGGAAAAACATCAGAAGCTAAAAAGTTGGTTGAACAAGATTTTCCATTGATACCTGTACAGATTTTGCTTGCTTTTAAATCTGATGGGGGTATTATTATTGGCAGAAAAAGACTATGCCTCGTGTACCCATATATTTTGAAATACATTTTATTAGCTCAACAAAATGAAGATAAAGAAAATGAACATATTGGCTTACATCAATTAGCGATGATCTACAGAGAACAGGGTGATTTTCATAAGGCTTTAAACTCATTGAAAGCGAAGAGAAGATAGTTGAAGAGTATTTTTCCAAACGATAATCTAAAGAAAGCTGTGAATAACTACGAACAAGGCTATGTGAGATTTAAATTAAACAACCTTGATGAAGCACTTACATTCATGAATCTGTCATTGGAACAATCTTTAGAGACTGATGACGTGATTTCTCAAGCTTGTAGCTATAGAGGGTTAGGTGAGAATCTGTTTAGCCTTGGAAGATACGGAATTATCCAATAGACATTTCAAACGAGCTATAGAACTTTTCCGAAAGTGTTGGAGAGTTTGAAGGATAAAAGGAAATTGAGGAATTGATTAATGAATGATTTGACATTTAGATTTTGCCATTAGTTTGTTTTGCTTTGAAACTATGTTAGTCTAAGTTGCTAGTATTTTAAAAGACAAGGTGTTTTATCCTTGTCTTTGTCGTTTTAGTATTGCTTTTGTTTCAATGTCAATAAGGATGAGTAAAAAGGCTGGGACAGTAGTCTCGTGCACAATTGAAGATAAAATCTTCTTAGAAACTTTCCTTAGGAGAGTACATAACAGAAGGTTAGGGACTCTAAAGCTAAGTTTTTGAGTATTTTTATTTGACAAATATAAGTAGACGGTGTATACTTTATAAAAAGTAGACAACGTATACTTTATTAAGGAAGGTGGTCAAATGAAACGGAATACGGAAGAACTGAAAGAAAAGGATTAATTTCGGTTGGCATTGAAGAAATCAGAACTAACGGGATTGACCGGATGTCTATGCGTACAATAGCTCAAAAATGTGGGGTGACTCATGGAGCTCCCTATAAGCATTTTGGAAGTAAAGATAGATATATTCAAGTTGTTATGGAACACTTATCAATGTTCTTTTTGAAAAATATGATACTTGGAATTGATACTTCCATAGATGCAAGAACTCAACTAACTCTGATGGGCTGTAACTGTATGGTTTGCCCAAGAGGAAACCTATCTATTTGAAGCATTATTTATCAAATTTCCATATAACTATATGGAGTTATCCCAAGGAAACTATTTCAGTCAACTCCTCTTTACCAGGATTTGAACATTTTAAGTCGGTAGCGTTAAGACTTAAAGATGAGGAAAATCTTTCTAGTAGTGACATAAATATTGATCAATTTTGGAGTTTTTATTGCTGGTTTGGCTCTATTGGTAAGGAGTCCTGTTGGAGAAAACTTTAAAGAAAATGATGTTCAAAAGACCGTCAGAACGATGCTTGATATTTATATAAAAGGAGATAGCTGATGAATGTTTTAATAATCTATTCACATCGAATGAAACAAGTTATAATGCGTCAATCCTTCAAACTGTGCAAAAGCATTTAGCACCAGAGCATAGAGTTAAAATAATAGACTTATATAAAGAAAACTTTGATCCGGTTTACGTTTTGATGAAACGCATAAAAGGAGAAATTTACAGCATAATGAAGACATGCAAACCATATAGAGATTTATTGAGTTGGGCGGATCAGTTGATTTTTATTTCCCTACTTGGTGGGAGTGGAGATACCCAGCTATTTTTAAAAGGTTTTATTGATCGTGTTTTGTTGCAGGTTTTGCTTATCAGAATGGACCTCGAGGTCCGGTGGGAAATAGATGGAAAAGCGTGGATCATTACGACGCATAATACGCCAAAAATTTTTCTTCCTTTTTCTCCGAGACTTTAACACAAAGGTTCTAAAATCTCAAATCTTGGAAACCCTGTGGTATTAAACCGGTTAAAATGACACAAGTTACACGAGTGGGTATATGAGTGATCGTCAACGGAAGAAGAACTCGAAAAAATCGCACAGATAGCCAAAAAGGATATAAAAACGTGCGTTATAAGTCATGACAGAGCATACAGAATATGAGCTGACAGGAAAAGGAAATCGCTGATGCCGATTTTAAAGGACTTGAATCAATGGGGGAAAAGAATGGTTGCATTAAATTTTCTTCTTCTTTTGTCACTTTCATCTTGCCGCCCAAATTTCTCATTTTGACCGCTTATCCCGAAGGCCGTTTTTAAACGGCTTTTTTTGCCTAGACTGATACTGTCAAAAAAGGAGAGAGAACATGATAGCAATACGTAACTA + $+.05.57;3+??>?<1/(%()++.2:;<>>?@..--/?>GIEJF@CGE>?;CFH>AAAB3(%(%$%#$+-97/),954--$$-.-'40006<>:97459@?:::422320#%$$&(1)88<<<>68<=>=A?GAFB62289;878;,(&(38;>77;>>;8>BIJDGDECC?@==9B=888?=>6@B;DKG8;A:?5''55-57:>?KLFAA@?AAEJGD@BA47A=4()=?98@FEC<::=?B@=FJF?A:8@D?::B:527@=FGIF59;B?BBA>D;?;;<;<@*'%A?BG@:;?DGF?7-3@@FFA8<<.0.<==;9<9=>ADBFEGF?C??F2,3>JE;DEDH?;=DKHJJCF<$8=CAB=:1120+/7700*,.058?@A=>;/3&$&(*/69:84,42/.&0))).:992-0;;&&>>=1+(/$$&0%%%#$)$&<667;;<;?A5>8('%&+'7%$&'7766@AACDFC<339==-65'%%'(4:>9-=:ADEHHGF09:8***$(((,#%(%,*,011:?A?@==EJGD<03?ADE?+'6BC@F=EA@@=78:===AA===,'>A;&''**055>?>?>:?DG9A:GF@;=;<>?>=<=A9@@DE44257A?B>EE>=91/13??@=13<:<9BDHEC;7>:=@BIGDCCH?EA=+2);;>==?EF@0:;<6-+/'%&6'28<<9476'66@;???@>AA@(+-++*))()-&:7673/0/-'($%'&'%'455577.&)$46&+><<9?AAB@GIIAABBB8:9A;?9@:;@:>98B=GDFCBEA=?<-&01&''&&(+'$'+-+&&#%%+$,,05CDB>AILF5?;5--18231%%73-75/299:55<<=@C1>FIFDE@EDC>CCCA@CHHA?CACEAHEGCFFKFAGKM>>BDA>GJFGC=AB(=;...4-*-)5/.58A)*(9(:9(:=:?DDE;>=?B:<>;8::>@@:AC7%'-8792'<=988+<9:;>?<@:32<;?7,((/39A?C;23,93CCDFGG<41>?AB@EDB?87;;;9<:::78%+-(4-00-45+''(014>BCDCC@?B:=HGCHCB@><<;9=9<@=?:;9:<;<:=)==%-)))(,,/=?>CB?=?=7>AC7@A?>@=;BB=<7:::998;=C@341&%'/2280.7/-',=??;CC=,:;>9<<;;=DC=9<-/02,(8&%'$&'('&&$*2.11/7,881:/3.*),8:<<;?D=2534)78<<;%H'DDD@.4/$'5;./04@26*ACA9656.?=:12222$$$44;??A@F>84+:AC?DFE;7>8>@:.+33A:A9?D?==90*%361?;?8,,..7;:7B@>>A@@B=>@@673:4KBA%?<>??AA@:??<0*&'(-,536814;96>?BAACBCB>BBF@;9<;;==?15<92<=BC?>;<<=7*('/4568:;3:9+->6()74+684+,,'%%&%+,,+/5><=<AAHD?>21&$+)'3%7=99AC403,,71FC>?AAD?>6;;@FFE<=@D<9;:=?799B<@AA=/9336;?@BCCCC@>AB=?F<,97973<==??:;6&258;??378>?@EEDFCDG<<<;(>?EFGI7>7$$)(/,-'-(5143'(+&#-+''&('(...(',)<<8%79:6207@;9GE>79?72'%---6*798?<;67;?>=<=>552238+%/1..&$'$$-++,6=9;<@CB=66798?99<>A==9,,9<::;830++5-4586>?ACFF?9AA?CIB>7>>>2+%%(--)%(%$&#$#+,.*-))&+**((1/%6/&$,422//89:>==.BCC@=;>>0439.88877=FB>CH@4;==CI@@B8C@@ABDAFKEBAA=>5,>?B<;)684A;IK99CDHEBB@A>AE@4(;;?:8;0&.%$/-&%(+/0-++%.--'96*-<<>KCAG@?;E?>C@694/2:@A>:A@CB@=)&%&40;<=?4407:??<%*.3,357+.76:2352,.01+(//&&$%%341:88:?BFE=98,/)&(/3:768:90-/-%'<9;;.1;=>=9<@>7?==8*>??>?9E>?DGA>=BBDD578:;:79245'0404249;EHF=BMOID9660>==?;<;CB539358AC<@:;::433.+.+++B?D1.>C::@C;AD@:>:?02:@>>6324@BD>9;DC@95?0/=>C?BBD>GH>76@ODCB>DC;;;9<8A?DFG<2.0==<0$%&')1658;8898;<3:A9A>A;>:;<;9654311,+133-227<:=A?B?BBE;;223:370-+..+))+6<<=@E;3+%$''+877A=<=>@<=98A@9&56:672213&('$14494$.0.&-)'$*&'%(+,/1#$)(2//40-))(()*6306?DIFF<::E6?F2=97>B@@HIILJGA;:9,348:;60GFFF7(=?11=9=A26@BAB9?<>?99:):;=;CEG@=;:==8,))03378DDPHE(&((A%3FC@C@EEM@78=;.)+;B?:<=??=?CA;<;+:@DCE:;3(88608AEJI;890,1BDB6<65*,%+($&Ƅ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f18157e6-b7e2-4ea2-b2c1-a6d02bbe1798/1 ATTGTACTTCGTTCAGTTACGTATTGCTTACCCATGAGCAGGTTGAAGGTGAGGTAAAACTCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGATGTTAAGTCTCTTGGAGGTAGAGAGCACTGTTTGGGTGAGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAACGAGATATAATCGCTGATCATTACGAAGTGCTAAGATCCGTAGTCGAAGGAAACAGCCCAGACCACCAGCTAAGGTCCCCAAAATATATGTTAAGTGGAAAAGGATGTGGGGTTGCTGAACAACTAGGATGTTAGCTTAAACAATACGTAACT + $$%*,,78767<@62@BC@89=@@@122..24(&'--5:;:;=CD=:94:6)%-124@@;D94-/;:=8:;4205046;<6AF@<=BDFHFG;>@=:;?CAEFAA;?>9C:<=95<8562693113;?A>556978;>:'$$.68===??A:AA<876>>>67>C>=6>A?<=?.)A9E;A7*,99)%-/3@<=:HA@6:;:>?<9>CD;<>?A56<58;:;<>4<;;:@?A@:;:-$#$*)'/'&(%((''2:6<:663788;8@>:=89<;56$(862=@;;<===;3<<<8=<=<99B<:76:>@;33/,&# @SRR14011045.57676 a494ce37-e3a6-492d-8dab-bf7c401534de/1 AATTGTACTTCGTTCAGTTACGTATTGCTCAGGTTTGAAAAATACGCATCCAAAATTGCGCTATATTTCACAAAGCGATAGCAATCCGCAGCAGTTTCATTATCCACGGCTCAAACTTAAAATTTATTCACTGGAGCTATAAACGCTATTTAGAGCGCGCGCTTGATTCGCGAGAATTTTGATTATTCCGGAACGCCAATTAAGTTTTCTTTTAGAGACGAAAAACAAATTAAAAAGAAAACCGCGCAAGAATTTCAGCTGGTAAAAAAGTTATCGATAAAGCTTCGGGTGCATAGCTGCCGACACGCAAAATAAACGCGAACGCAAACGCGACGAAAAACTTGCTCGAATTCAAAAAAATCAATAAATTTCGCCCGTGTTGGGGCGATTTTCGAAAGGATAAAAATGAAAATCATACTTTTTCAGGGCCAATTTTCGAAAAATATAGCGGAACTCGCCACAATGCCGGTTTCAGATTTTGCAGAGCTATTTAGCAAAAAAGTTTAACGCAAAATTTCAAGAAAAGCCAAAATTTAAAGCTTTTATTACTGAAATTTCGCTTTTTAATGAAAAGGTTTGCTTGTTAAACCAACAACTTTTTATAACGAAACGGGTTTTCGGCGCGGGCGATTTGCGATTTTATAAAATTGATTTTCGAAAAGATTTTTTTTGGCCGTCCACGATGATCTCGATTTGGATTTTGGCGTGGTTCGCGTTCGAAAAAAAGTGGAAGTTCTGCCGGAAATAACGGTTTGAAATCTTTAATTTCAGTTTTTGGCGAAGTTTTCCAAGAATCAAAGTGGCATTGCTAATGAATTTTTACCAAGAATTGGCGCAATGAATTTTTGTTCTTGCAAAATTTTCAAAGTGAAAGCGAAAACTACGGATTTTTTGAAATTTGTGAAGAACTTGTTGAAGAATTTGTGAAAGATTCGCTTCAAAACGACAAGCGCTGGTTTCCCAAATGATTGCCAGAATTTGATATAATTGACTAGATGAAAAAGGCTAAAACTAACGCAAAAAATATCGTAAATCGACGCGAGATTTGATTATGAACTCGGCGAAGAACTGGTTGCTGGAATGATGAGTCTTCGCGGCGTTGAGGTTAACAGTTCGTGATGGTCGCGTTAGTTTAAAGAGGCACTTTCGTAACGCTTCGAAACGGTAGAAAAGGGAATTATGGCTTAATAACGCCAGTTTTTCACTCAAAAATCAGGGCGAAGGACTTTCAAAAGCCGATACAATTGACACTTCACCTAAAAAAATTATTAGCAACTCGTAAACAAATTCAAAATTTTTGCCACGCAAAAAAGCGGTTTAACTATCGTGCCCGTTAAAATTTTAGCCGAATCGCGCTTTATTAAAATTGTAATCGCGCTCGGAAAAAGGTAAAAAACAATACGACAAGCGCGAAACTCTAAAACGTCGCCAATCTGAACGCGAAAATGCGAGAATGTTAAAGAGGTAAATGAAAATTTTTTTCTTGGAATGTTAATGGAATCCGTGCAGTCGAAAAAAAAGGTAATTTAGCTGAATTTTTAAGCATAAAAAATCCCGATATCGCGTGTTTTCAAGAAATCAAAATTGATGAAATGCAAATTTCGAAGAGAATTTTGATGAAAAATATCAGAATATTTTAAATTTTATTCTCGCCGAAAGAAAGGTTACGCCCGGAACAGCAATTTGGTCAAAGCAAAAGCCACAAGCGATTTTTGCGAAATTTTTCACAACAAATTCTAGATAAATTTAATCTTGCCGACTCTTTTGGTGATTCTTCAACCGAAGGGCGGATTTGTGCCGCCAGATTTACAGATTTTTGGCTAATTACCGTTTATACACCAAACACAAAAAATGATTTCCGGGCCGATTAAAATTACGCGAAAATTGGGACGCGGCGTTTTTAGCTTTGTAAAGGCTTAGAGCTTGAGTGAATTTTCTTGCGAAGACTTTTCAAATAATATTGATATTTTCGAAAACGATTCAAACGAAATCTTTTTACCAAAACCCGTGATTTTTTGTGGCGATTTAAACGTTGCTCACGAAGAAATTGACCTTTCCGAATCCAAAAAGTCTAATCGTGGCAAACACGGCTTTACAGATGAAGAGCGCCAAGTTTTCGAATTTTATTTCAGCGGATCTTGTTGATATTTTCCGAATTCAAAATCCGAAAAAGCCGAGATTTATACTTGGTGGAGTCATTTCGCAAAATCTCGTGAACGGAACGTTGGCTGGCGGATTGATTATTTCTTAGTTTCAGAAAGGTTAAACTCGCAAAAGCAATCGTGCCGAAATTCATAATGAAATTCTTGGTAGCAATACGTAACTA + $#(,/30<@@>GA?EEAA=8@;:92?:8-04.-03969B@;67>@C>AHGD7412-13989850#&$#$&&(+:@DFEEK?@@9;:=@FHI@B<8;--**0*'''%(+')))).-0=@ABA9>=>@CCC;C;--(2)=9@CDEEEB-+'0+673EG>;8BD?FMHF=@GF==<=@BCEC??AJIF:@EHE?>-583-1463&%?@>=9ACA%%0FCC?99A?3436-?.BENHEKDCD=CMNO996AMKFE@BEGJJJC;HG?1214--)00.567<=A=?CFDHKJCB:EB<<<<8<-;@CGFB6?D8>;BAHC=73.1*37587/AC@OTNKFF:@D8:8D6DAEO@?BBC?FF?ENH:=<@>HJI-958994>?>B=B7675?BDD@=).-7=@CA5.,8+/&49;3=>-00'(.1)-122780>?9=>=B@ABADFAFCEBDEG>:662246/'&$&%&7:::;=>>CEFC=1%2@ADCCD???.@C9DDF4EB??D<:AFJJBA?@BIHB1=>FB?<>OJEFMQOIKQOJBG?3/2?AF9,%%(0/1CDG@BHJ;>?DCDIFCFJIJA@LMFDA<>KIGE>>BAKAKJJF@GGGE?;@?BCGA?>FGIKGIDGKKL0>9C??((AFFEAFDD=:<>@DH=>E?@A=2249G:CCIHIB5DLH55A7661/):-%'89949=ED@<=C967EF@:=:JJ;8BGKNLB@<.,?=58GE@'96,'0&&(+.-$/%68<;?BA:>@DDH?JIED@04@6D4A>A@),<>:;=?79=:>:<<<7'?;9:97=15310(()+''%%%)/8:AHJJEFMA<;GFFMG8?BADGHWNGPKMMI;BBOHF@DC>@:=FEBGHJGD@ACCC/+*%'),15-$$$*.$)''')7-:D:NAEFJFCAEKMMLMACAJ?@AH3BCHC6*9.3<>=:3)%&2&&&4877<5>>;?)?@IDA<::682/-,+&'/66'->@==???GHDIJE@B?A>>DDF4>3BE>FHEH:1+%<9?9AM6;8?@EG8A>AE>8?B?A=?EIKIH@C?0:?A=GJ@9?;=>:,**8>@E>A9FHDHDINJIBFEJBDKA@BEE=AEAD<@A?@//89<;4'(<486D@?=AADLF0B65:?GF@89HHFLECB,82;;=GB=:=CEG<;;>CAEALJKDKGFFCF?BA?=7$48BJJHI;74IJHGBED>GH@E??FHPRSIM=E.H;57ADAC:BCHLIFEFADE1.=E?BH@E?>/&$35>997:==:@F77DHNRMDDE:=:8)9=D4-7TOF@DB>J@>?7>8==E6?HI8G<@???BGE?AFFHFGKJHDDMNJJJD<;=9(+(454887;A@?@>BC6>==;>:;4>?=@>;60:=@E>99:<9.-'-)$(-&,+*(27;>><<=8*-$()*-4:<=?D/2EE==?BGF?<@=A;>?AHE52#(36:CE?GD?*&'<<<;EDDECFJ?GJEGG?@@G;NNJIG=KICDD:>:0CDGCDI5=6B=5711248<=>;>?@IBHEE@;DFBEFCA@=M9IH?>@C7BCBHKIB?C7A=CCGHA6=5.,,*.:@=7GEIID7=<>H2@HHGF9C7:A?1%<8@@DGFEG?@EDC;A::;<?A@@D@=;439;ACCFGGIE?=JHF@=KHED;''<<>A?:6888<@A;E4<@DLLCFKBBA<>'99BG=31GFFA>BAA<3.=HIKKKIFDCJD@EN=BBD>;@A17D>=2@>5673++13/134'#*.22;>+%%874*,83=>?;@9AAEEB)*>BDF=)EE@??EHFFGC1;62/$$/BAHGJFGDHE9?@?AC8/=@6;1' @SRR14011045.37127 eb6d5a9f-c302-42be-9c9a-8dcc51a74ae1/1 GATATTACTTCGTTCAGTTACGTATTGCTGGCTGAGCAATTTGAGGTTCAATAGTTTCGAAAGTTTGTGGATGAGTGTTTTCGGGTGCTGGGACTGAAATATTTTGTTCAGCTAGAGCTTCTTGGCTTTCTGATATATTTTGTGCCGAATTTTCTTCAACTAAATTTTCATTTTGAGCTTGTTTATTTTCAAGATTTTCGTTTGGATTTTCGAAAATATCTTCGTTCGATTTTCTTACAAGTTCTTGATTTTATCAGGAGCTAAACCTTCAAGCTCAGCAAATGCATTTTCTGGTTTATTAATATTTTTTAGTTATTTAAAGATTCTTCAAGTTCGTCTTCGGCTTGATTTTGTGAATTTTCAAGATTAGCTTTTTCTGCTTCTTTTTTACTTCTTCATGTGCAATCACAAATGCACCGTTACGCTTTTGCTCTTTCTTTGAAGAAGATTTCACTCAATTTTTTCTTTTCGTTCGAAATTTCTTCTAAAGCTTCTTCCATTTTAGCATTTTGCAACAAATTCACCCGCTTTTTCTTCAACTACGGATTTTTGAAACCACAAGTTGCTGGTCGGCACCAGATGAAATAAGTTTTGCTACGAGCTCATAACTTCAGCCGTAGCTTTTTTGCATTTGAAAAGCGATCAGTTTCAGCAACAATTCCAGTCAAAGAGCAGTTGCGACTATTTTTTTCTCTCCAAGGGATTCAATAATTTGAACAGAATTTCGCTCAAAGAACTGGCGTTTCGACGTGCCAGTGAGTTCCGTTAAGATTTGTTTGGTTTTCACCAATGGTTAAAATTCCAACTGAAGCATCATGAAAAATTCGCCGTGCGCCGCTAAGCGCCAATCAAGTCGATCTTGGCTTTCAGCATTTGAAGCTAGCACAAAATCAATGTTAAAATCACCTGTTCAAATTCAAGGTCTTTTTCAGAAATAATTAAGGCGATATGGCGTAATAAAAATTTTGACATGATCGCCAACAAATAACGAAGATGATCAGCTTTTTCTTTATTTAAGCAATAATAAAATCACAAGATCTACAGAATTTTCGAAAGTTTTCTGGGCGCAAAAAGCTAGCGTCGAGCATTTTTATACGCTGGAAACCGCCGTCGCATGCTTGCCAGAATTAGTAATTGCGAGCGCGTTAAAGCCAATGCTGAAGAAAGCTCATCAGCACTTGGGTTATCATTTACCGCAATCAAAATACTCTCTGATTCTTTCAATTTTGCGATAATCTGCTCTTGAGCATTATTTTTGACATTTATTGAATCCTATTGTTTATTTTATAATTTATAGCTCTATATTAGCATAATCGCAATGAAATGTCAACAGTTTATTTGAAATACTTGCTTTTTATTTCGAAATAATATATAATTAGTCGAATTGTAAATAACAACCCTAAAAGAGAATTAAATGCCAATTATTAAATCTGCTGTAAAGCGAATGCGACAAACAAAACGACGCGAACGCAACGTTGGAGTAAAAAAGATATCAAGGTGCAGTTAAAGCTTTTGTTGCTGAACCAAGCGCAAGCCTTTCAAAGCACCAAAGCGAACTTGACAAAGCTGTTAAAAAAGGTCTTATAAAGAAAAATGGCTGCTCATGAAAAGCTTCTCTTGCTGCTTATGCAAAAAAGCTGGCGTAAAACTTGCTTAATTTGATACATTTTCGAAAATCGCTCAAAATTGGGCGGTTTTTTGTTTTCTTTTCAAAAACTTGACAAATTCTACTAAAAAATGCTATAAATTTTAAAAAAGATTTACCTTTGGCAAAAATAGAACATTTGGAGGACTTAGTTATGTCACTAAAAGAACGACTGGCTGCAGAAAAAGAAGCTGCTAAGCAATACGTAA + -34-+/13542895;7<88--.:3350A>@?FBE;B>ACDD=>6=>HFDG<>*:@CH=8@?A8LGC1(;=D@3.6DJFEI78-118.+0,/<;;<:>BBEE@IIK>ED*E%>A::><>A@AFFBB><=>72:@@;(A;7>6D:CGID??;.)'#*&'$=A@A7=>HG?96,9;>=DF<B?A7DCCF<9<=J>;87@BA<3110>//?@:CA)/780*+6::99;4%,AC@CD>H=@AFD;5%))&)()(2*111337;8.18;>61158;BA@>>AHGDA?>9>FG==?@AB9>=<=?:$+%'))-/467-4??=?@;=>DEF<@E?BE?@C@FDEHILKJEDELLKKLDD6@:9;;50??DJJ?7>>=A<9D@AA>9678<=BB@DDAC?BCEE6-/==98;94<=>BBBB2;=>@?87:58?A<>?>@DEAGD;;>6)0&+.0114<:?=1&%'7:678455;889B;<9:><=@9-??CAAG==DBC=7(3579>?924/13?@AEC?>?1-'):?A?54BB=+))-*2:::?DGIAB;CA@AGCGI>CBD>5=;>;/098963377'++*04267:B@??<%&&'78930275=HGA<99;=98:6<>BAB@8866:002266*76:<65;@D?;:9=359$/,850//:;;<3*/.-,4,-)5559*/0257AB@C?A@AE?BD=CG2;.?:CKD<86BCAB7/><33%459<=:+1(675(/%&,5779=?0:8;5000244:45A935ADC72''%/023+;37986+;56..DECGC*88A<3:57-<<7->6332%7+:8=942222(*$$$%&((,,/000%%-,/&&('+-,3*1124.'12./2/(578=?A=?>:<:6546>=2,.((1369<:??:7:213(20/6974&2$/:;984411&&&1---;55989<=998881(#$&&&/,,68998430,.*&('#$'(**+*23433520/4///6635=9456688-8==::95::970.#$,+(120*%%(&0014795,89::ACE9/&&+))(-242.'*2+(''(()$$(***-$$$%#%$#$+,*7;889//3788'&)*($$&&$&)'%%%''$022037732300<:;:=98*553/1;;68:,0211-/.,12*&%(+*./76/667930020$')&(.102;==:+48996:8=??B::@DFGA>A<8?=;?-09?@AA@CE@;.,*(''6912899>CA<:<9<=AB?;<=9:10*-78/0/4431/--01866/*-.0/,,3778872558=>GD?<<8257420/0,+025:><44:?43<:;;9337771,)'($%'&(0(0654>>>;=4.4464%6890%(+(11249::7934?<<:0357>579AE?D?CCAA3878>;/--/.*.0213A<1=?>;7&&&1$5<8=:<<2*/%2=;:1,+,;<>87<=;=<=97798456/45<:7134-++))+).*+/41375'+')*),,30-///7;=>*(:>?>>>>;7;<=68;;?A@@<4.'6755:4,,.0/&1/44+('%&%%(()%&+-00+-1174973://10%%'$%'.469=5'($$%))%+.2321/1+--0-769?AAA@BEGHFB=9?::9:5>:B=;:-,*.-/3,,3:A>@@@7BEC:28A?48>@>>1%$+.-41@9B@B>)$:6:;+))+(.61/6710)'(''.-+*+-15/-*8<973.20020((15.9861/.1,35;;<=:>:*,-.*(%/2/.,,,3$&''+0/054+*%+33665(%,()/232553,,+( @SRR14011045.63508 9d52c2e1-7f4d-4946-a8c7-c6bd7365ded0/1 GTGGCACTTCGTTCAGTTACATTGCTAACGCCGTTCATATCTCACTAGTTGCGATTGGTCTAAAAATATTGCTTTGGCGATAGTCTTCAGTTTAATTTTAAAGTTTGCCGGTGCCACGAAGTTTAGCTTGGGCTCAAGCGATTGAAAATTTGCAGTTCTTGAAATTGCAATTTTGCTATTTTTGATGCGCAAAGAATTGATGGACTTTTTGACGCACAATTTGTTTGAGGATTGGGCGAATGTTCGTTCTAAGTCTTTTCTGGTTTTGTGTGTTATCTTTTGGTGGCAAAGATGCCTCTTTTGAGCTCAGATTTACGATTCTTCTCGATATTTCCAAAATTCGTATTTATCGGAGCCGTGAGTTTCTGCTGTTTATGTTTTGGCTGCAAATTATTAAAACTTAAAGCCGATCCGATAATTCACGCAGATTTAAGAAAATATTCTTTGTACAGATTAAAGATTAAATAAAAAAATTTTGCTCCAACTATTATAAATATCAGTAAAATATTGAAAGTTGTGGTTAAAAAATATTAGAAATTTTGTATTATCGCGCACATTGATCACGGTAAATCGCTTTAGCTGATCTTAGACCATTGGAGATTACAGAGTACAGTTCAAAAACGTGACGGCATGAAATCGCAGCTTTTGGATCGATGGATCGGGCGGAAAAAGGTCACTATTAAGCTTGCTCAGTAACAATGAATTGGAAAGGTGTTGAGCTAAACAGGTGATACCCCAGGACACGTGAATTTTCTTATGAAGTTTCGCGCTCACTTCAAGAAGCAGCGGTGCGATTTTGGTTGTAGATGCTTCTGAGGAATTCAGCTCAAACGCTCGCAAATGTTTATCTTGCGATAGCGGCTGATTTGAAATCGTTCCTGTTGCTAAATAAGGTGTTACCGGCTGCAGATATTCCACGAGTTTCGAAAGAAGTTATTAATCTTTTAGGGTGTGATGAGAAGCGAGATTTTACATGTTTCAGCCAAAACAGGAATGGGTGTTGAAGAAGTTTTGAATGCGGTGATTGAAAGAATACCATCACCAAAGGAGATTTAATGAAACCATAAAAGCTTTGATTTTTGACAGTTATTATGATGATTATCGCGGTGTAATTTTGCTTGTGTTCGGATTTTTTCGGGTGAATTGAAAAAGGGTGATGAAATTAAAATGATGGCAACCGATTCGAAAGGCTTAGCACTCGAAATTGGTAGCTTCAGCCAAAAATGACGCCATACGATAAAATGGGGGCTGGAGAAATTGGCTACATCGTGACAAACTTAGGGCTCTGCGCCAGGGAGCGAAGAAAGTTTGGTGATACTGTAACACTTTCCGAAAAACCCCGCTAATGAACCTTTACCGGGATACCCGGTGTTCAGCCGTTTGTTTATGCGGGATTTTCCCAGTTTCGAACGAATTATCAAGATTTGAAAGATGCAGTCGAAAAGCTAGCTTGAGCGATTCTACGTGCAGTTTGAGCCAGAAAATTCGCCAGTTTTGAAGCCTGGTATGCAATTGGTTTTCTTGGACTTCTTCATATGGATATTGTTCGTGAGCGTTTGGAACGAGAATATAATCTAGATCTAGTGATTACTAACCCTTCAACTGACTATCATGTAATTTTAACAACAGGTGAAGAATTAGATATTAAGAGTGCAGCTGATTTACCAGACCAAACAAGAATTTCTGAAATTCGTGAGCCGTGGATTAAGGGCGAAATTGTGGTGCCAAAGATTATGTTGGTGCGGTAATTCAATTAATTGTTTCGAAACGTGGCTTACAGAAAAACTTGAGTTATATTGATGAACGTATTTTGATTTCTTTTGAAGCACCGCTTGCGAATCTTTTGACCGATTTTTACGATCAGCTTAAGAGTGTTACGTCAGGTTACAGTTCATTTAATTATGAGCTTTGGGATTATTTAGCAGAAGATTTAGTGCGAGTAGATTTTTATGTTGCGGGCGAAATGGTTGATGCGCTTTCAGTGATGTCACCATTCGGAGAGTGTGCGAATGGGTCGCGAGATTACTGCAAAAATTGAAAGAAGTGATTCCGCGGCAAAACTTCAGGTGGCAATTCAAGCGGCAATCGGTGGAAAATTCATTGCGCGCGAAAACATTTCAGCTTATCGAAAAGATGTGACGGGCTATCTTTATGGTGGTGATGTTTCTCAGAAAGAAGGAGTGCTGGCTAAACAAAAACGTGGTAAAAGCGAATGAAGAAATTTGGAAATGTTGAAATTCCGGTGAAGCTTTTACTGTGATGCTTAAACGAGATTAAAAACGATTCATTGCAATTGTATGTAATGAAAAGAAGGGAATTCCATGTTTGGATTGTTGATTGGTATTGTTTGTTTGCATATTGGTTGCTTTTATTTGTGGTGGTTCTTTGCAGAGCATGAAAAGGTAAGCGGCCACGCTCGTCAGAAATCAGGTTATCAAGAGAGTGAAGTCGAAGTCATGGGGGCTATTCGCTGGGAAACCATTGTCCTGAAAAAGAATGTTCCAGCCCGGATCATCTTTAATCGCAGGATCCATCTTCATGTCTGGATCAAGTGATCTTTCCAGATTTTGGTGTTCATGAAGATTTGCCTTTAGGTGAAAAACATATCGTGAAATTACCACTTGAAAAAAGCGAACGAATATGGGTATTCATGGAATGAACATGATGCATGGTCACATGATTGTGAAATAAAGGAGTAGGTATGGTAGAAAAACAAAAAGCAGTTGTGGAAAACGGAGTGCAAAAGATCATATTACAGCAGAAAAAGGCTATAGTCCAAAGGAATTTCAACTTCAAGGGGATCCTGCTGAAAATCACCTTCCATCAGGTCAATCCTTCCGGCTATTTACAAAGAAATTTTGTTTGAAGATCAGGATTTTAGAGCCTTTGGAAGTCGGTGTGGATAAGGTGATATATCACTTTACCCCGACAGAAACAGGGGACTTCGAGTTTTCATGTGGAATGAAGATGCAAAAGGGTTCCTACACGGTTGTGGAAAAACGCCGTCGTGTCTTAAATTTACGGGGTCGCTTTGGATCACTAGTATCTTTACCCTTCCTTTATTGATCTTGATGATTGGGATCTTGGGCAGGATTTGTCTCCCATCCAGTCAGTCGCTGAGGGCTTTTTCTAGCGACAACGCCGATCATGTTGGTAGCAGGAGTACCTTTTATCAAGAGTGCCTGGGCCTCATTTAAGAAGCACCATTCGTACTTGAATACCTTGGTAGCTCTTGGAACCCTGGTAGCCTATGTCTATAGTGTATTTGCCCTTTTTACTGGTCAGCCAGTATACTTTGAAGGCTTCTTGCGGTTTATCATCTTCTTTATCCTCTTAGGGCAAATCTTTGAAGAACGGATGCGTAGCAAATGCCTCGAGCTGTGGAAAAATTGTTGGATTGCAGGCAAAACGCTCAAATTCTCCGTGATGGGAACTATGTCGAGGTGGCGGCAGAAGATATCCAAATTGGTGACTTGATTCGGGTCCGTCCTGGGGAAAAGATCCAGTTGATGGACGATTGTAGAAGGAAGTACGACCATTGATGGAGTCGATAGTGACAGGTGAAAAGCTTGCCTGTGGAAAAATCAGTTGAGTGATGCGGTGATCGGCTCCACTATCAACAGCAATGGGACCATTCTCTTTTAAAGGCTGAAAAAGTCGGTAGTGAAGCCCTCTTATCTCAGGTGTGGACTTTGTCAAAATGGCCCAATCCAGTCGTGCTCTATTCAAGATTTGACGGATAAGATTTCGGTATCTTTGTTCAGTGGTGACGATTTTGGCCATTGCGACTTTCTGGGTTTGGTCCGTGCTTCTGAGCGCGTCGCTTCAAGAAGGCCATGCTCTATGCAATCTCTGTCCTCATTATTGCCTGTCCTTGTGCCCTTGGTTAGCAACCCCAACAGCCCTGATGGTCGGAACCGGCCGTGGTGCCAAGATGGGGTTCTGATTAAATGGAACAGTTCTTCAAGAAGTGCAAAATTCAAACCATGGTGTTTGATAAGACAGGGACCATTACCATTGGCCAACCACTTGTAACCGATGTTGTGGGGAGATGAAGCGCGTGTCTTGACACCGGCTGCTAGTCTTGAAACTTTTTCAGAACATCCACTAGCCCAAGCGGTGTTATCCCAAGCAGAAGAAAAGGTTTGGTGTTATCCCCTGTGGAAAACTTCCAAGCGATTGAAGGAAAAGGGGTCAAGGTCAGATCGACCAGCAGTTGGTGACCTTGGGAAATGAAACTTCATGACGGGACAGCGATGGATCGGGCTTGAAAAACGGATGGTGAACTTGCAAGAGCAGGCCAAAACAGTGATCAGTTTGTCTGTGGATGGGCAGAAGTGATTGGCTTGATTGCCATTCAAGATGCTCCGAAGAGCCAGCTCAAAGAAGCGATCAAAAAGCTCAAAGAACGGGGCTTGAAAACGGTCGTAACGGGGGATAATAGACGGGTGGCCCAAACTGTGCTAAGCAAGTGGAATTGACGCGTCATTGCTGATGTCCTTCCTCGAAAAAGCTAGCGCCATCAAAACTGCAAGAAGATAGCAAGGTCGCCTTTGTTGGAGATGGGATCAATGATGCTCCAGCTCTCTCCACGATCGCGGATGTGGGGATCGCTATGGGATCTGGAACGGATGTTGCGATCAAGTCCGGTGGCATCGTGCTCGCAAAATGATTTGCTTGGCGTTGTGCGCGCCTTTGACATGAGTCAAAGACCTTCCGCAGGATCTTGCTAATCTCTTCTGGGCCTCTATCTACAATCTCCTTAGGATTCAATTGCTGCTGGAGTCTTTGTAGGACTGGGATTGACCCTCAATCCAGAACTAGCAAGGTCTTATAGCCCTTAGTTCTTTGTCTGTTTTGACTAGCTCGCTGCTTCTCAATGTTGCGAGTGATTAGACTCAATAAAAAAAGTGGTACAGAATTCATTTTAAGGTTCTGTACTATTTTTTATTTTGCTATTGACAAAGTATATCAGGGGGGTAAAATTATTACATAATAAATTAAAATTTTATAAAAAGGAGTTCTAATGAAGAAGAAAAGCGGCTACAGAATCTAAGGATGAAAAACGGTTAGCAAAAACTAAATCAGAAACCGTTCTATAAAAAAGCTTGGTTTTGGGTTATTGTGGTTGTATTTGTTGTTATTGGTAGTCAATCTAAACGAGGCTGAAAAAAGTTGGCGAAAATAAAAACTCTGGATCAAATGGATCATCTCCAGTTCAGAATAATGAACCCAAGAAAGGAAGAAAAACTGAATTTAAGGTTGGCGATATAATTGCTTTTGATGGAAAAAAAGATTAACTGTTGAAAAGGTTGAGCAGAAATTGGGATGCAAATACCTATGAAGCCAAAAGATGGCAAAGAATATGTAAAGGTTACAGTAAAGATTGAAAATAAATCTGAAACTGAAATGAGCTATAACGTTTTTGAATTTAAAGCTGATTCATGATTGCTGCTGAGAGCGCGGATGGACAAACATACAGTTTGCCGAATATAGCCTTGGTTCTGAGATCTAGTAAAAGGTGGTAAAAAAGACTGGTTCTATGATTTTGAGGGTTCCTGCAGGTTCTCAAATAAAGCTTCACTACCAACCATCATTCTGGTCAAATAAAAAGTTATTGTAAACTTATAATAAGCTTTAAAAACGGGTTCAGCATGAGCTCGTTTTAATTTACTAATTATCAAAAAATGCTAAAATATAAAAAGGTTATGTTATCTTATAAAAATAGGTTTCACAGTCATGGCAGTTTGCGGTATGTTTTGCTGTGAATGGAAATTCGGTTCGAACACAAAAAAAATTGTTGTAAAATTTACAAAAAACCAACAGCGAAAAGACTCACGTTTTGCTGTGGTGAGTTTCGAAAAAAGGTATTAAAAAGTGCGGTTGGCCGAAATCGAATTCGTCGGCGAGTTTATGAAATTATTCGAAATGAACTACCGAAAATTGATGGAACTTTTGATGTTGTGGTTTTGATTTTCATAAAGCGTTAAAGATGTTCCCCATGAAGAAGAATTGAAAGAGACTTTTCAGTCAACACCTTTAAAGAAGCTGATTTTATTGTAATAAATAGATAAAGGTAGTATAATAATAGATATGAATCTGTTTGAACTATTTATTACTCAGCCAATTTTGAACCTATTATTGGTGATTTATAACTTTATCGAAATGATTTGGTTTCACGAAATTATTGTCTTTACTTTAATTGTGCGTTTTTTCGATGTGGCCGCTTACAAAAAGCCAACTTCATCAAACAAAAACTATGCGAAATCTTCAACCTGAATTGCAGAAGATTCGAAAAAGAACACAAAAAGGCAATAAACAGCTTGAAACACTTCAGATAGTGGAACTTTACCGCAAAGCATAATTTCAAACCATTCCGCTCAATGTTAACATTATTTTATTCAGTTGCCAATTCTCTTCAACCTTCTTTAGTGTGATGCGGATGTAGTAAATAATCCAGGTCAAATTTCGAAATGGGCTTATCAGCCAGGTTGCTAAAATGAGTCGAGTTAGCGGGATTATTTCTCATAAAAGCTTGATCCAAAATTCCTTGGGGTTATTGACCTAACGGATGCAGCTGTACCGTTAAACGACTTTTCTAGCGGATTATGATGATTATTGCACTCAGTCTTGCATTTTCGCAATAGTATATGGTTAAGCAAACTCCAACCTCAAAAGGGCAAGCGAACGGTTCAATCTTTAAGGATACCGCTGACCCGGCAAAGAACAAAATCAAGCAGAACTTAATGCTGCGGTTAATTCAAATATGAACTTAATTCTCAGCAGTTATGTTCTTCGTTGTAATTAGCCTTTATGGTGCTAACGTTCTATTACTTAATTTCAAACATCGTCCAAATTATTCAGCAAAAATATATCTTCTCAATTGATTCTAAAGAGATGGAAGAGATCCTTTTGCAAATCAAAACAAGAAAAAACTTCGGAATGCAAAAAGAAGCTGTTATTGTGAAAAATACAACGTACAAGTTCGAAAGAATTCGAAAGAAAAAACTGGAGGAACGAATATTCGAAGGATTAAGCGAAAAGAAGGAAAACGGAGGTAATATGAATCGGGAAGAGTCAATTGTTTTTGCGCAAAAGTTTTTAGAAGATATTTTAAGCTTTTTTGGAGTTAATCTGGCGGTTTATTCCGCTTCTGAAGATCAAGTTATCCAACTTTCAGTTCCTTCTAGTGAATTAAACTCGCTCTTCGGCCGTGATTCAGGGAATTTGCGAGCATTGCAATTTTGGTTTCGCGTGCGCGCTTAGATCGAAAAATGCCGAAATCACTCGTGTAAGTATCGATGTTGCGGATTACAAAAAACAGCGTGCTCAAAAGATTTCGCAAGAAGCCGAAAAAATGGATAGAACAAGTTCGTAAAACAGGCAGACCTTATCGCTCAAATTTAAATCCAACAGATCGGTTTTACGGTTCATAGAATTAGCTCCAAGATTATTCCGATATTCTGAAACTGTTCTGAAGGCGAAGACCGAGAGCGTCAATTAGTTATTTCGAAAAAATAGGCTTTTCTTTGCCGAAGGCTTATTTTTTTATTTAGAAAGTAAATTGATAATCATAAGCAAAAGACTATAATATACCTATGGAAAGGTGTAGCAAAAAGAAGTAATTTTATTTGGCTAGCAGGAATTTTTATTTTTATTACAGCTATTTTTTTAATGTTAATAGATATTTTATATCGTGAAGGGACTATCCGGTGATCGAAAGAGCGTTTTGGTTATTGGGACGCATGCCGGTTTTAAACCTTTTGAATATATTCAAGACGGAAAAGTCGTTGGGATTGATATTGATCTTTCACGAGGTTGCAAAAAGTTTAGGAAAAGAACTAAAAGTTGAAGATATAGGCTTTGATGGACTTCTTCCTGCTCTGAGAAACTGGACAAGTAGATATGGTTATTGCGGGAATGACAAAAACTCTCCCGGAACAGCTGAGAAAAATGTTTCTTTTTCAGAAATCATACTATTCTGCGGCACAAAAAATTGTTGTTCGTAAAGGTTCAACAATTCGAAACAAATATGAGCTTTCGGGAAATAAAATTGGCAGGTGTTCAATTAGGACAACTAAATGCAGGCTGATCGAAAATTAAAGGCGTTAGCGTAACTCAACTACAATCAGTCCCAAGCGTTCTGCAAGATTCAGGCTCTGGAAAAATTGATGCAGCGGTCTTAGATGAGGCTCCCGCTAATCAATATGTTCATGAATGTTCAAATTTACAAATTTTACTGAATTCCTTGAAGTAGCGTGAAGAATATGCAGTTGCTGTAAAAGATAATAATGAATTGAAAGATCAGGTGGATAAAGTTATTGCTGAGATGAAAAAGATGGTCGATATCAGAAATTGGTTAAAAGTATTTTAATGAAGTGAGTGAAAAATGAATTTTTGGGAAGTAATTTTTTGGCGGAAATCAGTGGATTTTTCTTTGGCAAGGTTTTAGAAGTTACGCTCGTATTAACGGTACTTTCAGTAATTTTAGGTTCGATTATTGGTGTTTTAATTTGCCTTATGCGAACATCGAATTTTCAGCCATTTCGAAATTCAAAAAATAAGAAATTAGCAAAGTTCAATCCGTTGACTTTTTTGGGAAAAATTTATGTAGATATTATTCGCGAGACACCTTTACTTGTACAGCTTTTAATTATGTATTATGTTGTATTCCGGTTCGTATCAATTCATGCCCAAAAATTTTCACGGCAGCAATCGCCAACTGGAATAAATGCGGAGCTTATATTGCTGAGATTATTCGTCGGAAATTGAAGAGTATTGATAAGGGACAAACAGAAGCTGCTCGTTCGCTAGGTTTAGTAATTGGCAAGCTATGCGACTAGTAATTTTGCCGAAGCGTTTCGAAATTCGTTACCGCCACTTATTAGTGAATTTATCGCATTGTAAAAACCTCAATTGTCAGTTGGATGGTTAAGCGATATTATGCACGTGGTGCGGATAATATTCGTTTCCAAACTTCAGCGTTTCAATCACTTTTTGCAGCTGCTTTGATTTATCTTGCTTTAACAGCGATTTTTACACGAATTATGTCAAAGGATTGAGAGGAAATTAGATAATGAAAATAATTAGCATTAAGAACTTAAAAAAAAATTACAGTTCTAATCATGTTTTAAAAGATATCGATATTGATATTGAGGAAGGCGAAGTTGTCGTTATCGTTGGTTCGAGCAGCTCCAAGCAAACATTTTTGAGATGCTTGAATTTACTTGAAGAAACCGACATCGGGAGAAATTATTGTTGATAGCGTAAAAATTACCGATAAAGAAAACTGATTTAAATAAGTTGCGAAGAGAAGTTGAATGGTTTTTCAACAGTTTAATCTTTTCCAGAACAGTGTGATCGAAAATATCAAGCTGGCACCTAAAAACTGAAAAGTTTCAGATAGGGCAATCGCAAAAAAGCTAGAGAATATTAAATAGCGTCGGTTTGTTAAATAAAGCTAAAGCGATGCCAAATAGTTTATCAGGTGGTCAAAAACAGCGTGTAGCAATTGCGCGAGCTCTAGCAATGGAGCCAAAAATTATGCTCTTTGATGAGCCTTCTGCCCTCGACCCTGAAATGATTGGTGAAGTTCTTGATGTTATTCGAGGAGTTGCTGAAAAGGGGATGACTATAGTTGTTATTTACGCACGAGATGAAATTTTGCCCGAGAAGTTAGTGCAAAGGATGATTTTTCTAGATAAAGGTGTAATTATTGAAGATGGGAAGCCATCTGAAGTTATGGTTGTCCAAAAACAGAACAGCAAGACAATTTTTCAGTAATTAGAAATATAATAAAAACGGCTGCTTGACTGGCCGCTTTTATTTTTTGAAGACTACTTTTTTATAGAGTATAAGTTCCAAATTAAACTGAAAATAGTAGCAATAAGTTTTGATGGTAATAATGATATTCGCTTATTTTTAAGTAAATTTTCGAAAATTGGCATTGTGGTTGAGATGACAATATTTGAATAACCCAAAGTCAAAAAGGTTACGAGAATAAATAAAACCATTCGTGAATAAGTTCTTTTTTATTATTCGAAACAGATTTGAAGGTTATTTTCTTATTCATTAAGCTAATAATAAATGTGATCCCAGTTGAAAAAATGTTCGCAATGAAAATTTTTATACCAAAAAGGAATGTTAAAACAAAAGAATTATAAAGTCGAGTGCTGTAATAATTCCGCAATTGTCAAGGAACAAGCTTGGTTGTTGCCCAGGCTTTTTTAGTAAAGATTTTCACGCTTAAACTCCTTGATTTCGCACGCTAGATAAACTGGTCGATTTTTGATTCAATAAAAATTTTGCCAATTATTCACCAAGAATACCAATCGAAGAAGCTGAATGCCACCTAGAAATAGAATTACAGACATAATTGAAGCATAACCGTTTCCAACCGGTACACCAAAGAGGAGCCAGTGCAAAGCTTGGTAAATAAATGCACCTATTAAAATTAGAATTCCAGTGAATGTTGCAATTCGAAGAGAACTAACAGTAGGAAACAGTGATTCCCTCAACGGCTAAATTAATGAGTTTGGCATAATTCCATTTAGTTTCGCCGGCAACACGAGCGTCTCGTTTATAGGTGATTTCTTTTTCTTAAAACCGATCCAGAAAACATACCTTTTGTATATCAGTTTGTTTCGCGCAAGGTTTTTAAAGCCTCGACAGCTCGCCGATCGAGTAGTCGGAAATCTCGGTATCTCGTTGAATTTCGATTTGTGAAATAGTGTCAAGAATATTATAAAACCATTCAGTTTGTTTTTAAGCCAAGTTTCACCTTCACGAGATTCACGCTTAGCGTAAATGTCATCATGGCCCATCTTCCCGAATTGATCATTGCAGGAATTAATTCAGGCGGATCTTGGAGGTCAGCATCAATAATCACTAGAGCATCACCCTTCAGCTTTTTCCAATCAGATAAAGCGAGCATCGCATTTTTCTTTTTTGCCAAAAATTACGGCTTAAATTGATGTATGAAATTCGCGGGTCTTTTTCGCTTTGGTCGTGAATAATTTTCATCGTTCGATCTTTTGATCCATCGTTAATAAAAAGGAATTCGAAATCGTATTTTATTACATTGTTGGCTAAAAGATCTAGCCTTTCAAAATTTTGGTAGAGCTTTTTCCTCATTATAAACCAGGTATCATAATCGTGATGAGTTTTTTCATAGTAGTTATATTATAACATAAAAGTTTAAAAAAACTTTAAAAACGTTGATTTTTTATTGAGCTTATGATAAAATTGTTTCAGGAGAAAAAAATGAAAATAAATAGACAAAATACTAAAAGGTGTGGCGTGAAGTAGATATTTACTCTTAATGAACTTACAATGATTTTAAAGTATTGAAGTAATGAAAACGAAGATGAAATTTACTTTGAACAAAATCCACAATAATATTCATTTGATCTGAAGAATACTTGCGAATTTCAAAATCAAGTAAACATAGAATATTTGAACTTATTCAGAATTTTACGAACTTACGAAACTCATAACATTTCATTAATCATTTTGATTTTCATTTTTGAATAGATTTCAGTTTATGAAAAAAAGACTAACAGAACAAATATTCGTATACTCTAACCCATACAGACGGAACTACTATTGAACTTTCAACTGAAATTTTAGAAAGTCCAAACAATAAGTGTTGTAAGGCTGTTTCGAAAAAATCAGTGATAATGATCTTAAATCTGGTAAGTGGACTGCAGTAACAACATATAAAAATATAAAACAAAAACAAGAAGGAAAATCTGATGCTCAAAGTTTTACGATCGAGAAATAGAGAATTTGAAAAAAGCAGTTTTTATTGGGGTTCCAGTTGTGGCACTAATTGTTTTTAGTGCTTTAGCTGAATTCGAAATATCTCAAGCGCAGTACGCGCAACTGATTTTAATCCAGGAAGAATTGTTGATGATAGTGTTTTTATGATAAAGACTCTATGAATGTTCAGCAAATTCAGGCATTTTTAAATAGTCAAGTTGGACAATGTGATACTTGGGGTAGTGGGCCGTCTGGTAGGGGTGATGGACGAACCGCGGCGCAATTTGCAGCGGCTCAACGTTCGAGTTAACTGGCATCAACCGCCGTATGTTTGTATAAACAACTAGCAATACGTAACTTCA + '&&%&$$%%+196-(/75&&%#&.8277>997%8,)&+146:>==><<<>797;=?0,.)$$$8830003;9?A=:=>7?>;<<87;(%1&:5676@>6400188/.%-+,1((*')'%%*&).((*)))*//03(+'.-,*,(''(&'(+()*(8C=>:4*-**+)/3457DB33717?>?<::7*;12?A9066@=<8;+,898633*.()'&&)%'&,;179/$(%'&+1+,44,,=--?7++..)&&&&)'24:50/26>@B>83-43A@?:EI@A97=?88M=;5,.8558:<>9;=A:<0-,+,0/.')')/36-89@@,AA?FEAAB<,2-15$*)*)/2126>7B78FAFB;)<;01C<<:C)'$$')%#$$)$&&4(*/+270.055=;@E>6>9=C886247(&&&&(;96='(())*%9.$/1(.-9:>B:7'634176=<=DE:?C@ADEE=1015260;?,,.D=727?CC>?:349@2'-(***93*,)+,/1*/32778CD@7.+*%+..,+76,:CE?>54(%323$%/165@EEG;7546....-((%1)2>-/01))),>:=98+8:<=@8=;A@C6-&)$$878:5::B>9A=A@26>B:*137>A?C@>?9<<::1111-,(')**.2**$00,+,))%;?<<=BD@>:BB>831@@C==>>088212/-114.%.('37,;A6765540%69813247710&//(+-3<:4722;>=A66699<14;@7:..830./1::,AABBD=HFA=-35:A>A?D@72+42(*%#&*/261'&)+&+.021.(4+++2/,6-9==<;409<>?D>,:79?=7'++,=;:37BCAHHAF9@486-*<==B+$$-,.%'$'%%&3'98=?6A?=A22FG@:6?EC=@==;.CEFAK>4?8;C??AA@B997$$%'78=,5)*)'=EFD4;)*3445==@BFCB8(<=:A??@@I2BBBJHIFGECA=9:<8:::GEE=6<458@;AB?=>?9G;9:?578'546/,76:EFDA@@?C:9777464/2879A?;3,*+2:7999;=>@FGCA=?=?<9=C>=F;>00:>?6;3<88621>A>6(,959)''&'*-'/0/122589;;1&'$(75-;8>BAHJG?FFGAC=:24>?CCHC891.'7:);?GH?+5)157A??@9@?>>?A??*=A:944?45AAA52C43*(((*().0.258+*.&8'0./BB4//9B*F9;<6;,?:=@<<9'%&%$%*.4/8./131?CAKKGI@@@>:;8=@0:D?@DCFBBCC668CDE9>-((?@BCEDACGA>3.256)'.89=:C@>DFAB>>A?E379<;5;)659=:A=9<:AA<8;)899@C@HEG@C?317/0.)0**,.088368--,68)>622::;:<;?@AB:::;CLM.<6DHG@@A>>?>52155<8:4304116FA90100421=ADE@/2<>@975665=<'0:D>ED>?>=1-9<<=)('8?F?1>A*365887%'&9;>><:44247:9621/,->>2BIJD6?@C?63'$$$9BCJMCCCCG3B325:8578>>37BHAAD<1623=<3/:@;<<+;>*).-:+6523'23;5))0////CB>=>%.%%&*535==;9.)$3):59>;=>>'$*%.-1>@ABB).>A;=:EBA=3/258>79:868==+.@CJ6.0-**7=>02<8A?I=MJ@7<79A7/6::>>DNC:G,&'332*4*(%#&$$,3.69<:4(*&)7:371.89=?=;8(<9;=:%&&$33289A@0BEDC9A>FLIHI?B:'(9;><7;960+)%&&'46803347:;913<A@@:7:A+6;::'-<4%'9;9*(::>@A9,,,3D<,4452)%%==?D%*A=@AEGLA>>>8&%%*$$&)(A?5557<9&&'5)**1<<>FE9ACC=8?61@HB?75+8(++***13)+22(&4<@<>E?00558:-)3AAD9D;37(,#+%/&/3425>8:BDIGSQ\UFJGR:A*852BJFGIO?B;4:BACGG<58:CCCA8'EG<=AB5<33326<*&$*%>'.0,-/1')%&(22BAB=;%'*..3::;=AB@828GHFH?%%&2=@CAKG?57ACGH@.+5(,:5B@CDD@A?:7549;DC;/809:4():5932<:;AA8<21>@;:,398:F08B9>DGGD,12569>ABC@168::-746+:8965435330&,778:;5+(225@<266:;<@<'-/02.35&/-:8;534382/-/@@@99<=GKACD<;@C>;345+))*43:45(+*,9ADC==??2:>>=@B5/5/14211.139;>ED714?>=@49;@>>=4=06548<::?6&588*<;CD6IGB=:A<7:=CA968,0:75864**57DFB=BC>@@@BCD=C:8:;=/),/2FE=A?3;56./@@22B@A>A>:79:::96;@AD7CDDD??@?<<3238;839=><=::0#-.0%46578;C9B==86+;0@AC??BAB@33/110-/-,$*.-)'*.),1,()+/8:E?E;CBA?:A82/1:<9;?69:>+&'577B:<77:;BDE>ADA@>B=@:=2/4)1(54:7854?@?C>=DD*316530=88+.+,&#$$%%(*$3&)459>/4;:><344,1><=?3>?<5:=?@=@:;65;GID=;A>874))(//'$$%$&&)+A<;=<;@;>C>EG>@F67F:>1&2679893;645*599;B776886))'((%+),2546786&$.>=0*-2.2)1*69.=4*($,260.6:<;=:*'*577+-.13<1669?==7C=>?:853864(3''%&&'4867;6123;>><+*'(6614764549?F?@9><555++&%3657)$;<<=2++8<37.)'.999:;:B<5>0A>;@AA9.=?@E?046;7:=@8@F?4(*1@:B9=@:9B@>06(:4NKHB=0<9%&%%$'&'$%692*:@A9C:?+&-/;2068>=?A?568=8;784<76=@20/'348697?-?=8=@@=8:7&(/(:;=A>==1$)03A8CB>:C205>@=:A??<@;=A:9<:10%(+'+,%(549;@ABECC4.<>=CCFHCFFB@??;8:KLE?468<,017==*7199<@@@9;BC::444531-68:=<88;??51-50>>@13:,7-.4/3:99<)+1%%'4;9CDB??CD?9.'%+-5?;=AEHEGA<=?77?A79>;,0***48837=5><>E=--0>2@:AB?B>>=C8604?<<:981+,114872930443779=@?CHDFB>AEFE<=<;4CBB<=9<*4&,$/+-;:=*9%)69<;@G78CA@><;70:/9,?A@<<1776686$%)7<;?FGHEA@?;+.99.+2=<=>2*336.)899<@@?8<5:;:>;,.(()(+<<68,:7:6*&&7'@;=C@-&=A@AD=7>>;8448=?BDD>:-/-'7'6976/34$$+,215<<<:BFEGG<&7?AD?AA0F55&)05543/(&$$'%+:3&,(&)02528<2..)''(&$'0&&*;6688'/-$.&),--.2014=4.$%$$&#%#)(2589<1*)-,1.A77=A,9@9/:89:.232,6==A<9<5*,(&%71>CFMMJAC?*=?AAA9B;<>@?I06@=@>5%>B@CG?GFE@B><(;CF946;=@>DA:@@AAA=:'79>@A<(*2>=?04B@>@EH8(6+9;/)/??@>9+**A>=ACE9;?27;2F9CDEGID/ABEUNDDE;7??CD==7)$%018:<:>:9645<<7?<4(&%#03<;>9,9,)/%64486614135DB;;501&,>=GD?7?6>:>9;*,114&*(40.*/BDE>@DCJD@=589%01$.,.+)2+58989B4=GJ@IK>??;,CFKE?12'(+$-1/49<;@=9?@C@@??>89>=);D-(698:788=;/++.-;6'127=2<=<%<7?FEBCHHD<,18@:=:614423-,(666;788,&/06429@<=3111;B@;7D?D54*0C=111>@D:*)3>=6=(()$&')1+/82337??6+)%+333.29AC1<==@A>?@>>,+B?84113C543(553=A3355,9,-053:<;5383<>?>BJNMF:&.C8;186??B8.EEFH>0H;D@BIIEMNGFEFEF?3:1%%,.):982;9:87&4'/2/6:19;995,+.)&45/,('231115:LJ@=BB===9AFHA@@<<(3443477:<6A++6(&&(,2232-/2-$&&(>?>><,&&77866E@BA2/ACD;9?@4687ALEJIPPPG@D?/3464641(;?A@EIEE@JKGMAHCIGCFCD(,A<;=;ADC@JIC=NQMLI>?EGHCFC1-34/4#3+&$0$$&.578<6531/+629;>?D??BBCD?9@AA?;@@C>262%%*%+)-33324$)?A<:7.DDJC<068BB;4)2@<:ACCA+*&0>B@AGGL=DDGEIGIB:2$(',98./2044=BCK;@ACD@EKB:?@CC:889433))**)&$$%9'=>>:.AB=978;A>*)4542,)=>BDCB8.59D;MHGG-BCLL@6%./<@==*CBCG@LG:?IHHE:7@==HI<=>75>B7,2*.:8B::D:=918;=,C@>5'#$%$%$,,))'+++-637?C@?4*&)?-GD;?DEFF9>?=>EG37.,%''(%$$(375;('/99?DC>GHFB==B=;40%%$/5;)*47??;2(&&77:;@?;0*)5-*)+7*-()**5><9?)59:A@>@E1216<,<'$5:?FCHHIC;;>>;6:BFG@?=@A5HI;./6>E>@=>BCKB43)&)4*88=03-)'%%%.4())'399:9&477.('*8B;5'%*'21(%%$'&14:@AHIKIG@B8=>@@?EB8424<7995%%$%-<>??:5@?<@=ECJGDGKJDK;=>@8AD@@77HH9:C>=;>BEMAHMLAB=9<-'24@AGCDFLB-=:/8==<%%#0>>/1++)-/20$%-.45;2--$+.&0'?CB8:GJEHIIDK?@5:B?FEDSHCBEC:;GCO4.*<0,$'),-*'(.5?BADC874@>;;8543,:>>5733B*&&AB22>BCC434+%%)*+--,:<?9@04'$),1337>BCB5=?=<55.21((',&(0*-.1?>ACBC71=3>D=?>>@21.59:6;:2111'B0:*'(%+&89/1(&'9977(4<;A@BDD=9:-'%%8?<5@;4'--.79;GICEGGBG=<=54658A?CCG@A<;::-.&*65$&'**0/4*?A@DB?@;2857=?>5:/+115755/&2//588721&+183>B)%A@@BECJKHIIC>/97+($68:=8856>A??8@=??<7;GH@B7&;011143D?FC@7:==7&('-376?>077<'2=44<:969:25=?A:)>5;?AG@5@DF?@HBKKBFBDDA5((-<41@:675<=DE?@AF@8::;(12.521/+*)0%*5)9:EG>BA=:CD/11768:,6:<<9:+/FD<229>4)&(&&.074244,/:72%40G<;;:5C>B:<>JGF9CSQG?(5B:3?>>@?=??3,-6:<>7A=@899-76:A>7>=7%'*(1>?@C>?C@<*1,620&+..7??59'?:>B?;;/18??)*'8/'+*.).68%.*(++02214./215;=;=,-=>EE=>@CA<0*6;<029=8CDGHD<@7<>?:&;9JIH@89FB=CF;?DDB?=1=EFLHF==='+ACFHLA?B<@&(-LC=>A6=&?@>@479;;:?9)29GF?@3318>?@@CD>/>9@BF=;1($.676AABD>30/(&&224/<7))9(%:=23897<:859?E<;74650$%%%$%'$%:026;@>=/5==>:IJD@F=BG>7>0./.$((:<>??>@D=>79?DD37EI/?=9+$(=>DE@GDEFC'3BEFJC'';7$*)5>?7;7BCA(,%);6/''*;IIAJKFAF<>EA,')'$$$:?>BBCG;('*;87CGIHGHEG?@DE>D?FF>-1IOMJ68:D,:?@AFD>53@?>G@'2315=ILLD49;6&')(('%$'&'68<=>=:0%&)+'*+*1$)+*&&**,.78>:05-//8?@E+(?A:>>B>;===@E>8@7+75930,..<=>2'25346@>DIID//0/-05:7799;7>?@@=:17(@@<7/19*-///0.<I:6ABJJ>;960=<11<*/@@AB63@=9/=@87;CB:33=83;3232:<6+((7<>8CEC>?EFCC;BE?=@AAC90229567?AD?1>5158)+-*1&.//5?BBBB9BC:/3,-%(7;<)1*+,2+/=E>/;BEDG4-I?DFAB@28?DBJA9D?FD19=@EE?;BEEA@=96>89EE/.../7<>@<:6*''15.00.71442BBB>67EF78ED?<55348?CD:3$'/-=>CE5/234*'%%1052=86'*,+%6;@E-/:77-%%%%&#$$%-,/26;;??ABIF>6444862+++>BBAC@:.,0)69;93.8@=<6236;?@B>A7;;3../0&$+<@AC@<:MDDE=8D@:97+8)76?:96+/42%%#%%%=;=-0,-.-#%&)%&%&,8A@D>AB;.33;>A1>5&&78:8&'+?=5C@>>887&8AAF6EB:4=AA?>D?FD=:B>89A&104:CG@54*=6&+7=C@E7;=>:B?44<*.IMSRQGDCJGE=3')-2E==?>.-/;:4:;<@A./11(+6:AA=98D=9ED=<>DG:>FBGEFC=;=AADNMH.,=?>D=@FC625FBA>GGHBEFC:::7763%2459<;(<(AKG<.,->>>>D:1/9>=;:DDGLKC/*CD>@=CC37GG@CEHB;7>0)-6:>890+*%*$%%.;;8DF=F?DA;?<=?B>CFKFACJJ9>1/&&1))('55:6AC1A<>BA9776?=35@D>79*&2205/2,9@?34((+,/5.9<>@E;KHCECA-1>B@DDDI9=A?G@A;88GJ?CE5)=&$%$234544*%,%:97;@A=EB8;9<;<>=+%&%&*.4;DI:$CJFAB>2:=@C?09=685;/122535:>>;@4BB2..59:6:;8(''$/$&.16A=<..-=>*798+2=;0034=DFA>=/4541103;%33&6469%&%(29327@<0202CB1+EEFG?BE7,8&%%$%9=?=7::B:%$-9=990CFEIF?;:=4>A?ACEECFEGE@D9FFDFKIAA8'7$&322:FEBDF<;3E4')3>;@:,-+*+'<=4//4,/(:@=B8A=BCE15AF8+,)&(%333)####$'&)4?DBA:=88??0;;;92224,----/.-&+)#2@>@=5J=%(E?=BB===(&DIEDFFF:558(/1/9:?;3275314CABCEENLFBEC88=C>3C@>=$559B@4(9E>>BKEE7CFH??DNRCF>F7:>=+*&'(,0+/146?88?<2:DB<=?@D@>>?BECACAB8:?;>;>@>;;=:;>;9@>@*<:9'**//0911,&&'/12DB7;7>ABDB:;<:@@@668?;&01&&%&&18288:;<=@?8?&&??C?85995-410386::=@@??=9'@>8?6337$&$$%%%$%%).0.004DECE437:=24..,23=A+::;A<73B;.>=<@D>E>48B?<:6(+800%%)+(*935<=///<>9/<=:51010*$3*+(49;AB@>=A@535,.=>59AC7=DE?AA@@:;6.010/,19@>9AHIB::8>DD645?*-6720:9;<>AB>@659>>36<;800/,,,.%6AE>4;D:=B??8:B>79656;+2;:569CFDA??CB<.;;;=82**;GBD<2BFD37@BE=<;44($&*557:<<;<=:@BBABA?BB><63056/*&&6684+/*%*243>ABF:@@?A=95C><''2)3,7::7CCC==D@BD78BCA<<8?=?C?3,CHD94696$';8::?JNLFA<87@?@=6/+1/>22@@DCEC:FFA01IDGI@ADEE7C<27(15.3785@);%)121,%97%%#%%)86./233))1.'3(&$'%%&&00;9982%002(-&29??@2=?ADC<59(?FF==@;=;-(32/*++)),,686;:<=@73@328645'((*)%**4;87/'<>?@B@JHKHGDBAA;@A>46:;.3@<5),348'&(&&((,,*.-+.*(&%))++-%256:9;;;:EBA><1*-').++,+,6,=;$2-0(((;:5>C<;BC?A6+//-+-%'$$78/-//-%$+*)((',=AC<=:868;<<485;EEB@@??3IJ@8>DL@;<=@7;DBC@98$$5+'882?AKK5+(&*<8A@CEJ=IGOQKGIB26000B>>DD7639GIG457I@D-'C:D-):?D8=>@?EE933=?JIBA?A',58:764)))&$+(G<:;AA@7@A/01/2;:A9-;?=<55()**+;?:=8=356<:8D?IJJDC@DA?D@3=$';3+;>;==&.)$%##'((2435::<,97<8==BBEG51@A>;0).4;18,4@CBIJ;JFL>8==76;1<>DG>>D;<@H=JLJD-4/39==DCDEDH@IHHDCEMIB8:<:?CD8:=H6;ILJIEGME+&*+98BB56>B>A>$&&8FFEFIIHHIBFBGCBB;@DD93'7;9-%////2//%&',5:=><;B=494<<=BE>89C:=ED;;5,)(,./;IBGA>BABC:7FACB=F;JOORNDF8BA.68=DGGJ?BB?IJDIEA?@F<*IIGKLDB3205II6;==CEDKHIA=4EEDFBJLA=8E;A,9HEFA*&848@<:=@@;:65?=:=B?>8'+1-()(*4)&$('&&$&%$##%$%'(*+$$&%%&''$"&$#&#$$$$$###&'%%%$##&$'$%%#&$%$$(%$##%$#$$##$$##&'$"$%%$%$$#%%$%$$%#%$$'%%$$&&&#&%$$&##%'&%&%$$#$%"#$%%%''$$%%$$$#%#$%%#$$$$$$#%$$%&#%$#%$#$$$#$#$#$$$#$$%$#$$#$#&$#$(&#$$$#$#%)&'$%$%%$$"#$$$$#$%&%$#$#$$#$$$%#$##%%$%#$"$##)(**)(&$&$&$%$#%#$$$'%&%$7''%/'%%%78:7?A<3>??A5@58:;;&*=;@<=>0036?EFHFF;7735>=DE<89=;//54:ABB>>*687()%(($)))19<;0+<)2,67>?>,*>:=CAC@;<=0;:9E?KKHC?C<:?A?;A=>=@?860,679?;ADED<3CHFC@=;AD;7@2BCB>450)878:9%%4%83+?JHC=<66778?A@G<@A?CF=><868=70*+)+9;:75/36(3374+5763+))+)/067?AB?GEEEB;?=;62(,.969:3-/;:ADAKGAA%--559&&1,/@:MKLIA9>FEEEFFB>?@?)&'''*..95.1%4:===;*((2,))><>@BB:>88<>232==;9=?=>A>><6911?>:><;>@AAFB9??CCBCDD;-(()<%)7/5,,-7:02525<2)'(1.3;8@@23@A9+6*&&&2;B8:B@@DC>A:8,)()).....(--,,-2+# @SRR14011045.50191 35a1c940-df52-42a0-ad0b-69b6550e891b/1 AGTATACTTCGTTCAGTTACGCTATTGCTTTGCTCGCATCCGCATAGCTATTCCAAAACAGGACCACGGATATATCACCAACAACATGCTCTAACTTACTAGACTTGTTATATTCATTTCCTTCTTGTTTCCTCAATTCATCAGGATAGTAACATTATACCACTAGAAGAGAATGCACGACAAGTTGCTCAAATGTGTTACTAAGTTCCGTATAGAAAAAAAAACCTCACTAATACTCTTCGAAAATCTCTTAAACCACGTCAGCGTCGCCACGACAACAAGTACAGCCTGCGGCTAGCTTCTAGTTTGCTCTTTGATTTTCATTGGAAATATAAAAGCGCGGGGTTAAGACAGAGGAGATAGCGAATTTTCCTCCAGACAGATCACATACCAAAAGATAAACCTAGAAAAAGCAAGCCTAAAAATGAGTCATAGAGAAGATTAAGCTTATGAGGAAAAGTCCCCATAGCATCAAATAATCCAAGCGCCCACTTCGTTTTGCAACTAGGGAATAAGATTACATGGTAAAGTACATGAAAAACTAAAAAGCCGATAAAAGCCTGGATAAAGAAAGGAATCAGCTTCTCTAATTGCCAGATCTGTGATAACCTACCAAGACCGACACTAGGATAATTCCATAATAAAGGAAATTTGATTTTTTTGTTTCTTGAAAAGTTTTCATCATTCTCCTCCTTTCACTTCTTTCTACTATCCTTTCTTTTGAAAAATACTTTTTTTGCTTTACTTCTATAGTGAAAGGTTTACAATTATAATGAAAATTTCAGGAGGTTTCATTATGGCACAACGTTACCAAAAAAGATATCATGGTCAATCGATGGTTCTAAAGAAGCGGACTTGGCTTTATCCAAGGGTTCATTCTGCTCTACGAAACAACGCTAAACTCACCATCGCTCATGTCATTGACACACGCGCTCTCCAAAGCGTATCCACCTTTGATGCTGAAGTTTGCAAAGAACTCCAAGTCGACGCTGAAAGTCTGATGAAAGAGTACGAAAAACGTGCTAAAGATGCTGGTGTGGCAGATGTTCATATCGTCATTGAAATAAATCAAGATACTAGCACGTACTATTCCAGATGCTGAGAAGTAGACCTCATTCTCGTTAGCACAACTGGTCTCAACGCCTTTGAACGCCTCTTGGTCGGCTCTTCATCTGAATACATTCTCCATATTACTAAGGTTGATTTGCTGGTGGTGAGAGAACGAAAAAACTTTATAATCACGAAGAAAAGGAGCTCAGAGCTCCTTTTTGTTTTTATTTATACTCTTCGAAAATCTCTTCAAACCACGTTGCTTCCATCTGCAACCTCCAAAACAGTGTTTTGAGAAAATATCAGTCTTATCTACAACCTCAAAGCTGTGCTTTGCGACGCCTTCTGACTAGTTTCTGATTTGCTTTTTGATTTTCATTGAGTATTGTATTCTCTCTTTATGGCGTTCATAAACTTGAGCTGACGCTACCAGTTCCTTTTTAATAGCAGGTTCTGGAGCATATTTTTCTTCCCAATCATCTGGTTTTAAGATTTTGTGGGTCACTGGATCAAGCAAAGCCTTGCCATCTGGGAAAATTTTCCCCATATTGGCCTGATGGACAATATCAAAGCTCATTCCTGGGGTCCACACCATCAAAAACAAACTGCCATAGGTGAAGTAAAGCGTGTCCAATCAAGGCATCCACCTGACCTATCAAATCTTGCTGGGCAGGCGTCTTCTTAGCTACTTTATCTACTGCCTTATCAAGAGCTTGATGAAGTTGCGATACAGCTTGACCAAAAGTCCTCTTCAGAAGGACTGGCTGCTCGAACAAACTCCACCAATTCTTCTATTTTAAAGCCAGCCCTGTGGAGGTTGCACCTTCTAAATCGACTCGAGGTTCTTCTTGGGTCCGTTCGTCCATCATGTGATGGAAGGTCTTGACCTTATTGAAATGATAGTCACGGCTGACAAATACTTTTTCTGAAGCTAGAACACCAAAATGTTTAAGGCCTTGTGAATTCCGTCTTGCTGATTGGCACTAGTGGTGATGTGCTTAGCTACTTCTGTAACCTTTTCTTCTACCATTTCCATAGCAGCAAACATACAAACACCCACCAGCATTTCTAGGTCGTTATCTGAGTCACCAAGAGCCATCACTTGGTTTGAGGTCAAAGCCATATTCCTTCCCAACTCATGAATACCTTCAATTTAGAGTTTCCTTGATTGATGACATCCACTACAAGGATTGCCTTTATACGTGTCAATTTCAAGTCTTGAAAATCAGCTGCAGCCTTCTCCAGTTCTTCTGGCGTCATCAGCATCAAAACTTGGTAGATAGGCTGATTCATCAGGTGAAGCAGGTCTTCTTCCTTTTAGGGGAACAACCTTGCTGACCATACGATTAAAGATGACTCACCGTCCGAGAGTTAAAATAGAGGGGAACAGAAAGCAGTGACTGATTCGTTGGGAAACAAGAACCCAGACCAAAGGACATGATTTTGGAACCCAACATGGCATCCTTGGTCCCTAGGGCAATCTCCTTGCCCTCTTTTTAGCATACGTAATGAGATGGCGCAAAATGTAACGCGGAAATAGGGCTCGTGAACAGACTCTGTCTTTATTAAAGATATACTGGCCATTGTAGGTTACCGCAAAATCCAGGTCCAAATCGTCCATCAATTCCTTAACAAAAAAGGTCCTCGACCCGTTGCTACACCAACTAGCACCCCTTGTTCTTTGACAATCTTAATCGCGTCCTTAGTGGTTCAAAACCTCTTGCGATCGTTAAGCCAAGTTCCATCGATATCAAAAAAAACAGCTTTGACTTCTTCATCCTATCCCAATCTCCTTACTGCTGATACAATGATTATACCACATTTCAGAAAGAGTGAGTAAATCATGCCCTGAAAATCCTTGTTTTACATGGGTGGAACTATTTCCATGCAAGCCGATGCTTCTGGCGCTGTTGTGACAGAGTTCAGATAATCCCATGAACCATGTGTCCAACCCACTTGAAGGAATCCAAGTCCAAGCCTTGAACTTTTTAACCTGCCAAGCCCCCATATCAAACAGCATATGCTGGCCCTCTACCAAAAAATCGAAGGGAAGCTGCTAACTACGATGGGGTAGTGATTACACACAGAATAGATGGTCGGAAAACTGCCTATTTCCTTGATACCATGGAGAGTTCTCATATGCCTATCGTTCTAACCGGTGCCATGCGCAGCTCCAACGAACTCGGCAGTGACGGTGTTTATAATTACCTGAGTGCTTTGCGTTGGCTAGCGATGACCAAGGCTGCTGACAAGGTGTTTTAGTCATTCTTGAACGATGAAATCCGCTGCAAAGTATGTTGCAAAACACATACAACCAATGTCAGTACCTTCAAACTCCTTCTCCTGACCCCTTGGTCTCATCATGAAACGGGAAATTCGCACAAAAACGGCACGAACCTCGTGTTCGTTTGATCTTGATCACATACAAGGCTTAGACCACCTATCATATCGGCTTATGCTGGTGAGCAGAATAGAACTGATTGATATGCTAGATTTGGAACAATTGGACGGTTTGATTATCAAGCCTTCGGAGCGGGTAATATTCCCAAGGGCTTAGCTGAAAAATTAGAAATCCTTCTGCAAAAGAGTCCCAGTCGCCCTGGTTTCGCGATGTTTTAATGGTATTGCTGAGCCTGTTTATGCCTACCAAGGTGGGGGCGTGCAGTTACAAAAAGCAGGTGTCTTCTTTGTCAAAGAACTGCCAAAAAGCCCGCTTGAAACTCCCTCATTGCCCTCAATGCCGGGCTAAGGACAGGCTTTGAAAGACTATATGGAAGGCTAATTCCCTCTTCTAAAAACAAAATCAGGAAATCTTCACGATTCCCTGATTTTTTCTATTTACGTTTTCGTGTTGAGCGACGTTCAAACCATGAGGTAAGAGAACTTCACGTTCTTCCAGCTCTTCCTTGTGTCATAATCTTAGTCAACATACGCATGCTAATAGCGCCAAGGTCATAAAGAGGTTGGAAAGCAATAGTTGTCAAGTTTGGACGGGTAAAGCGTGAGATTTGTAGCGAATCATCACTAGTAATGATTTCAAACTCTTCTGGCACGAACTTACACACCGTGATCAGCCAAACCATTGGTACCTGTAACTCGTCACCTGTTACAGCTGCTGCAGTTGCGTTTGAAGTGAAATCAAGCGTTCTGCCAAAGAACATAACCGTCTTCATAAGTATATTTAGACTCAAATACCAATCGCTTCGCTATAAAAATGCCTGCTTTTTCAAGGCTTCCTTGTAGCCAACCAAACGAACCTTACCCATTGATATCATCCACTAGTGGACCACTAACGAAAGCAATGCGCTCATTTCTTTGCAAGGTAGGTCACTGCCATCAATCATGCTTGTTGTGATGTTATTGACACTTGGAAGCTGATGTTCTACATCCACTGTCCCTGCAAGAACAACCATTGTCCGAGAACGAAAACTCGGGCGAATTTTTCAGTCAGGTGGTAACCCATAAAGATAATACCATCCGCTTGGCTTCAAAACTAGTGTATTGACAACTGAAACTTCCTTGTCATCATCCTCATCACTATTGGCAGAACGATATTGTACTTGTACATTTCCAGCGATATCGTCAATCCCTTTAGCAAGCGTTGAGAAATAGCCATTAGTAATGTTAAGAATTACAACTCGACTGTCGTTGTTTTCTTGCTAGCCAAACCACGCGCCACGGCATTTGGACAGTAATCCAAACGGTCAATCACCTCAAGCACTTTTTTGAATATTCTCTTTTACATTCTTATTGCCATTGACTACACGGCTAACCGTCGCCATTACGTCCTGCTTCACGGGCGACATCATAAATCGTTACTGTATCGTCTGTATTCATTCCATTTCCTTTCTATCATACCTCACAAGACCCTAAAAAAGAGACTGATGTGAAAATTTCATTTCATGATTCTACTTATGTTTTATCACTATTTGTAAGCTTACTTTCAAGTATTTTTGAAGATTGTTTGAAAAGAATTTCATGGTATGCTATGTTTATGAAGAAAAAATCACTTTTTCTTGATTTTTAATCCTATTTGCTGTATGATAAGGGGAAAAGAAAGGGGGAAGAAATATGGCTTTTACCAATACCCACATGCGGTCTGCTAGTTTTGGCATTGTTACCAGCTTGCCTGATGATGTCATTGACTCTTTTGGTATATTATTGACCATTTCCTGAAAAAATGTCTTTGAATTGGAAGAAGAACTCGAGTTTCAATTGCTCAATAATCATGGAAAAATCACCTTCCATTTTTCAAGTCAACACCTCCCTACAGCCATTGATTTGACTTTAACCATCCTTTTAATCCTCTTTATCCATAAAAGTACTGGTTTTAGACACTGGATGGTAGAGACTATATTCCTCCCGAAGAAAATGACCTATTTTAATATATTGAATCAAAAGAGCAAACTAGGAAGCGTGCAAGCTGCTCAAACAACACTATTTTGAGGTTACTGAATCGAGATTGACGTGGTTTAAAGAGATTTTCCGAAGAGTATGAAAACTCTAGCCTTCAGTTACAAACGACTGAAAACTAGAGTTTTTCTATTTTTCCAAAGCATCATACAAGTTGCGGATAGGTTGCTTTAATGTCGGATGGATAAAATGAGGCGCAATTTCTTGTGAGACTCCAAGAACAAACAGGCGTTCTGCTATATAAGGATGAGGCAGGATGAGGTCATCTGTATAAATGACCTGGTTCTCTGCAAAAACGGGTCCAAATCAAACTGACAAGGTCCCCAATACGCTTCTCTCACCCCATCCCATCTCTGACTCAATGGCATAACAAGTTTTCTAACAAGACTGGTGCTGGTAGCCAGGTTTCCAATCAACCACCTGATTAGCAAAGCTATCTTGCTTCCCTCCCACCCCAAGGCTCTGTAACTAAGACACTGGACTCTTTTGAAGAATATGGATGCCACGCTCACTGGTTTTGTCAATAACTTGCTCCAAGTTCGCTTGTATCCCCCATATTGCTTCCCAGGGCGATAAAGGCCCGTTGCTTGCGACGATGAATGGTCGCACAGGCAAGTATCTGGCGGTAAATGCACTGGCGCCCAAGGCTTTTCAGTTAAACTTTATTTCTTGAACAAGAGGATGAGTCTCTAAAGTACGTTCTACCAATTTATAGGCTACCGTTTCAATCAAGTCTCAATGGTTTCGAAACCAAGTCGTCCCTATGACACAGTTTCTCCATAATGGACGAGAAGCTGTTAAATCCAAGTCTGTAGCCGCCTTGGTCATATCATAGGATAGGATGGCTGAAACGACAAACTTGCCCCAATTCTTTCTCACTAGGAAAAAAGGCCATGATGAGCAAAATTTCCAAATCCTTAATCTGCGGTTGATCCATATGAATTCTTTCTAGAAAAATCCGCTTGGACTTGGATTCTTTCCTCTCAATGAAAATCAAAGTGCAAACTGGGAAGTAGCCGCGGGCTGTCAAAAACACTGTTTTGAGGTTGCGATGGAAAGCTGACGTGGTTTGAATTTGATTTCGAAAGGTAGTCCCATTAAACGATAAGCCTGGTCTCAGAGTCCTTATCATAACAAATGAAACCTCGAGCTACTGTCGTCAAGGTTGCAATTCACCTGGTTTTCTGGCACCACGCATGCTCTTGCCCACTGTATCGCCTCAATGACTGCCGAGCTCCGCCGCGCCAGATATTCACATCAAGAGCATCAATGCGCCTAACCTCATCAATCGTTCTTGATTGCGCTTCCAGTTTCCAGAGTAAACTTCAACAACGGAGCAGCCAGGAACGGCCTGCCACACAATAAGCATCTGAATCATGAAACAAATATGTGTATCTCTCATAAAATGGCAGAAAGTGGGTATTTCACACATAGTATGGAAAAAGATGTCATACTTTCTGCCACCCATCATATTATGATAATCTCAAAGGGATTTTGACAAATGTTCCTCTGCTGTTTGACCAGACCTGAAAAATCTCTTGTTATACCACAGGCTACACGAGCAGGTGTTTTCTGCAAGCCCTCATGATTAGCAATCCTCTCCTACAGCCTCGATAATCATTTTTGGCTACTTCAATCTTTTGTGCATCCATTCTCGTTCTTCTTCTCTCCATCAGATAGGCTCTCACTTGGCTCAAGAAATGCAAGGAACCTGTGACAATCCTAACTGTTTGTTTCTCTTCTTTTGTCTATCCCAATTTCTTATCACGAAAAATCCTGCCAACCTTGGTAGCTGAAGTTTCTAGACTTAGCTGCCTCTTTCAGCGCGCTTTCATCAGTCGCTCGACTATCAATCAAAATCGTGAGTAGCTCAGTATCTGGCATTGCCCCAGCAAGTCCAACATATCATCCAAAGCCTTGGTTTTGATACGGGTAAGAGGATTTCCTTATGATAGTCACTGAAAAACATTCTACAAGGTTACCAATAAAGCCCTTCAAATTGCATGGGGATTGTGGGCCCATCCAAAATCATCAAGGTCTCTTGACACGACCTCCAGACGCCCTGGTACATCTTGTTTCTTCGAAACTTGAACAATCAAGTCATTGCTTGCTAGTTCTCGTTACATCCTCTTGACAAAATGTATCAAGTAAGACTGTGTTGTCCAACCCTCTATCTGGTGTAAACCAAGCAAACCTGTATGGAAGCGACCTCGTCTGGCAAGAACTGATATAATCAAATATTTCACCCGTTACCACACTCTCTTGATGACTAACTTGATAATCTTTCCATGAAGCGAGTCTCGGCACATCTTTTCCTTCCGCAATAAGTCAATCCCCCATGACTAGCGCTTCCTGAACAATCCGACCTGTTACCAAGGAAATTCCTTGTTTGATAATGCCCGCTTTCTACTCTGCTATGGCCTCCAAGGTGTCACCAAGTAAGGCCGGTCCAATCAATGGTTGTAATTCCTATAAAGTGGCTGGCAGACATTGGTACTATCCAAAAGTCGCTAACACCCACTTCCATGATGAGCGCATCTACTTGCTCAGAGGCAAAGTAATCGTAAGCTGAGCTGTAATTATCTCAAACTCAGTTGTCCCTGCAAATTGGCAGCTGCTTCTCCCTCCAACAAAGACTGATAGTCCACCATGAGTGCTTCTAGTCTCGCTAGGATAGATTCCCCATTGATGCTAATCTGGTCTGTATAATGAATGAGATAGGGCGAGCTGAATACCCCAGCTCTCCAGGCCTAGCTTTTCCAGCATCTTTTTCAAAAAAAGCAATGGTCGAACCCTTGCCGTTGGTCCACTCCGATATGGATGATCTTGAGTTTGAGATGGGGATTGCCACGCAAGGCTAATAGTTCCACCATGCGTTCAAGCCAAAATGCGGTTGGTCATCCGATAGTTAATAATCCACTGATTGTTTTCAATTTCTTTCATCTTATTGTGTTATTTTTTTAAATCTAAATTTTTCCGCATCATCAGCTGAACGAATGGCGGAGGCAATTTCCGCTGCCATCCTGTGACTGGCTACGTCATGCCTTGCGCACAACTTCCACACCCTGTCTCGCAGCGATACTGGTTACATGAGCCGAAGCCGTGTGATTACGGAAACCAAGTTCTGTCTCAGGATTGACTTCAAAACCATTCTCTTCTAGGATATTGATGACAAACCGCTTGCGCCGAAACTCAAGAAAGATTGGATAGCCTTTCTGATGGGTTATCCAAGTCCCGTAAAAGAAGGAGATTTTCTGCGGTCAGACCAAGCCAATTCCTGGGTCCAACAGGATGTTTTCTTGTGCGATTCAGCTTCGTCCGCTCTCGCTAATGCTCTGTCAAAGTCTCCATCAAGTCTTCGATTAGCAATGTTTCAAAATCAGCTAACTCTTCCTCTGTAAAGGTTTGACCAAAGCCAAAATGAGGAAGATGAGCGAGCTAGGATGCTGAGGTCGAGCCATAACTGGATTAAACATGATAACCACTTTCGCTCCAGCCTTAGCAACCACACTGCGAGCCATTTTTTCGTCACCCATAGAGATGATGATATCATTGACTAGATTGGCACCAGCAGCCAAAGCAGCCTCTGCCACCTGACTCTTCCAAGTATCAATGGAAATGAGGACATCACTTTCACTTACGAATCCCTTTGATCACTGAGACAACACGCTGGATTTCCTCTTCTATCTCAACATAGCTGCTGCCAGCCGAGTCGATTCTCCGCCAATATCTAGCATACTAGCCCTTCTGCTATCAATTTACGAAGCCTGCTGGGCACCTGCTCAACAGCAAAAAACGACCACCATCTGAAAAGGAATCGGTGTTACATTGATAATTCCGCAAATAGCTGTTTTGGTAGGATTAGCTTTACTTGACATCTCGGATACTCCTTTAAGACTTTTCACCATATTATTTCTCTATTTTACCATAAAAAAGATGGATACGATTGCATTCATCTTTCCCTAATAGAAAAGAGGTCAGTTCCTACATGAAAACTTTCTAAACAGAAATTCCTAATGTCCGACTCATAGCCCAATACGAGCTAGCAAACAAAAGCTACCCCATTGCTCAATCATGTGAAGCAAAGTCAACATTTCAAACGTTGGGTCTTGTATGCCGTCCAGATGGACTGTTGACATACCTCCGTAAATCAATAAAGAAGGTAAGTTACTTGGTTGATGCGATAAGCAAATAAAATCGTACCAACTATAAATCCAGTTCTCCCACCTCGGAAAATCTTTTTAGGAACAATCCCACGACACAAGATTTCCTCACAATCCAGACCAAACAAAACTAGCAAGAAAAACGGAAATCAGTGAACTATTTTGAACCATATCGTTAATCTGAGACTGATTACTTGTTGTCGTCTCATTTGACAGTTGTAACAAGATAGAACCAAGTATATTTGACCCGATAATGACTAAATAACTTAATCAATCGTACCAAATCCTAGCTCTAAAAAAAGAAAAATTAAAACTTGCTAATTTGCGGTTTTTACGAGCTCCAAAAATAAATAGTGCCAACACTACGATCAAAATACCAGCAACTATCAGTCCTGACTGTAACAGTGGTACTGCATTTAAAGGTTCTAAAATAGCAGTAACCCCTATAGAATCGATATAAAATTGTCGCTAGCAAAAGAATTAACAGCCAGCCTGCACGATTCAATAATTCTTTCCACCCATACTTTTCTCTTCCATCATTCATCTCCTAGACTTTGTATTAAAAAAAAAGAGGGAAATCCCCCTGGGTAATTCTATTATAGGACCGTACTGATGTAGTTAAGGATCAACAAGGCATCCAAAATCCAAATCATGACATGAACATCTTTAGCTTGACCTTTGACCAGCTTAGTCAAAGTGTAAGTCGAAAACCAACTGCAATCCCTTGAGTGATGATAGCTGAATCCCATAAAGATAGATGTGAAGAAAGCAGGAACCGCTTCGACCCATATCGTCCCAATGGATATTTTTTCAAGCTAGCCAACATCATAATCCCAACGATAATCAAGATTGGAGCTGTAGCGGCTGTTGGTACGTCGCTAGAAGTGGGCTAAAGAAGCTTGAGATCGCAAAACGAATGCTTCTGCTCAAGGCTGTCAAACAAACCAGTACGTCCACCTGCACCGATACCCAGCAGCAGACTCAACATAAGTCGTTACGTTTGAAGTACCTACGATGGCACCAATTCAAGTGCCAATCAAGTCAGAGTAAAGAGCCTTGTCTAACTTAGCTGATTGGTGATTTTCACCATTTGTCCGCTACGATACCAACTTTTTTCACCTGTGCCGATCAAGGTACCAATTGTATCAAAAATATCTGTCAATGAGAAGGCAGAATGGCCATCAGAGTTTCAGGCAAGCGTGCTGTATCTGAAATCAAAGCTCCCAAACCTTCCCGAACCAAGAGCTACCAAAGACTGTCTTCAAGTCTTCCAAAGGCTGCACCAACATGGTTATTAGCAAAATCGATAGACAAATCTGCAAACCAACTGCGATAGCAAGAACAGTCGTTGTCAAGATGAGAGGATAATTCCCCTTTAATCCCTTTAATAACAAAGAAGATCGTAATGGCAAGTCCTGAAACCCATTAAACAGCTGGATTATTAAAGCTGACTAATCCTGGAACTGCTGACGAATTTGCTGTAATCGCCATGAGCCTTATCAGCCCCTTCTCCTACAGCGTCTGTTAGTTCCTGGATCGATAGAAATTTCGAAAGTCCAGCATTCTTAATCCCTACATGGGCGAGAGAAAGACACCGATACCAGCTGAAATAGCTGAGCGAAAGGGCATTGGAATCGATTCAATGATCATTTTACGAACATTTGTCAAGGTAATAATCAATGAGATGACCCCACAAATGAAGACCATAGCCAAGGCTTCTTGCCATGAATAACCAAGTCCAAATACGACTGTAAAGGTAAAGAAGGCATTGAGTCCCATACCTGGCGCTTGAGCGTATGGCAGGTTAGCATAGAAGAGCCATCATCAAGGTACCAGCAACTGCACCGATAATCGTTGCAAGAAAGACACCCTGAGCGGGCATTCCTGTTTGCCGAAAGAATTTGTGGGTTTACAAAGAGAATATAACTCATTGCAAAAAGAAAGTTGTTAAACCAGCAAGAACGCCTCTGTACGAACGTCTGTGCCGTTCTCTTTTAGTTTAAATAATTTGGCTCCATTATCAATCTCCTTTTAATTTTTACGAACAATAATAAATTATATCATTTTATCATTCACTTTTTCAATATCTTTATTTGATTTATTTGGGAATTTGATGAAATTTCATTTTTTGTTTCGAATCTGCTTTTCTGCCTGCTTTTTTGTTATAATAGTAGACATCTTATCTGAAAAGACATTAGAAAAGGTCCATATGACGAAGAAAATTATTGCAGTTGACCTGGATAGAACCCTGCTCAACTCAGACAGTCAAATTTCCTGACTTTACAAAAAACCATTAAAAAAGTTACTGAAAAGCCATCAGGTTATTAACCCGACCCGGTGCCTTACCGCATGTCAAAAGATTTTTACCGTGAACTGAAACTAACCTCCCTATGATTAATTTCAACGGCTCCTCACTCATTTACAGACCAGGTTTAGGACTTTGAAAAGTGTTTGACGGTAGACAAAAAATATCTGCTAAAGATGGTTCGACGTTCGAAGATATTCAAGCCGATTTTATCGCTGGAGAATATCGTAAAAATTCTACATTACAAATCCCAATGAAAAAATGCAATGCAAACTATTTGGTGTAGAAGCTTTCCAGCCTGAAAGGTAATTTCAACCTGAGTTGGTAAAATAAAGGACCCCTAACATGTCCTCTTACAGATGACCAGTGACAAGTATGCCCTAGCAAAAGAAATGAACGCCTTCTACCAGCATCAACTTTCTATTAATACTTGGGGTAGTCCGCTCAATAATAACCAGATATGCCCCCAAGGTGTCAACAAGGCCTTCGCCTCCCAATTTCCCTTGCTCAAAATTAGCTGAACCGTGACAAAAAAATTTGATTGCCTTTTAGTGATGAACACAATGATACCAAAATACTCATGTTTTGTAGGGAAGGTTATGCCATGAAAATGCCAATCGAGCTACTCCCTTATGCCGGATAGATAATTCCCCTGACCGTATTAAGACGGGGTTACCAAAACCTACAAGACTTATTCTTATAGTCAATTCTGACCAGCTTACCAAGCTGGTCTTTATTATCTTTTCACAGTCTCATCAACGGTTAATCAGTTGTTCTATTTTCTTCCCTCCAAAACCTTGAAAAGGCTTTCTTTTGTGATATACTTCACATATAAATACAAGAAAACTCGTCACACTCGACTCTGTTGAAACATAATCAATCCAGTCCTGTTGTCCCTGTTCTGACCAATATCAAGGAGGATAGCTATGAAAGCTATTTGTTGTAAATCGGCACTGGTGTTGCTGTTGAAGAAAAAGTACTCCGTCCACTTGAAACTGGAGAAGCACTTGTAGAGATTGAATACTGTGGTGTTTGCCACACTGACCTCCGATTGCCCATGGTGACTTTGGTCAAGTACCAGGACGTGTTCTAGGACACGAGGTGTTGGTATTGTTAAAGAAATCGCTCCTGATGTTAAAAAGTCTTGAAGTCGGCGACCGCGTCAGCATTGTAGTTCTTTGAAGGATGTGGTATAAAGATACTGTACTACTGGCCGTGAAACTCTTTGCCGACAGTAAAATGCTGGTTACTCAGTAGATGGTGGTATGGCTGAACAATGTATCTATGCCTTGAACTATGCTGTCAAAGATTCCTGACGGACTTGATCTATTGCAAGCTTCTTCTATCACATGTGCTGGTGTAACAACCTATAAAGCTATTAAAGAAGCAAAGTTGAACCAGGCCAATGGGTTGTTCTTACACGGTGCTGGTGGACTTGGTAACCTAGCAGTTCAATACGCTAAAAAAGTATTCAATGCTCATGTCATCGCGGTTGATATCAACAACGACAAGCTTGCCCTTGCAAAGAAGTCGGTGCGGATATCGTTATTAACAACCTCGAAGTTGACGATGTACCGGGACTCATCAAAGAAGAAACCCGAAGTGGAGGAGCTCACTCAGCTGTCGTAACTGCTGTATCTAAAAGTTGCCTTCAATCCAGCTGTTGACTCGTTCGTGCTGGTGGTCGCGTAGTCATGTGGTCTTCCTTCTGAAATGATGGAACTCGAGTATCGTCAAAACTGTTCTAGATGGAGATCCAAGTCATTGGTTCTCTTGTTGGAACTCGTAAAGACTTGGAAGAAGCCTTCCAATTCGGTGCGAAAGGTTTGGTAGTTCCAGTTGTCCAAGCATGATAGAAGATGCCGTAGCCATTTTCGACGAAATGGAAAAAGGTCAAATCCAAGGACGAATGGTACTCGACTTCACCCACTAATCTAATAGAAACCTATTTTAAAAAGTTGGAATACGCTTCCAACTTTTTTTATATTAAATTTTTAAACATGGATTGAATAGTATCTTTTTCGAAAACTTAATATATCAACATTTACAAGAGGGCCTTTTTAAGTTTTTTATGTTAAATAGTTGCTTTTTACATGAAAACGGTTTATATAAAAAGTCTTAAAGTTTTCTTAAACGAAAACTAAAACAAAAAAGGAAGATGACAATAATGAGTATCGGAATCATTATTGCGAGCCACAACGAATTTGCTGCGGGTATTCATCAGTCAGGATCTATGATCTTTGGTGAACAAGAAAAGGTTCAAGTTGTAACCTTTGTGCCAAATGAAGGTCCTGATGATCTATACGCTTTAAGTTTAATAACGCTGTTGCTGCATTTGACATGAAGATGAGGTTCTAGTTTTGTGTTGCTTTGGAGTGGATACTCCATTTAACCAGAAGCTAGTCGCGTGATGGAGAAAATCCTGAGCGTAAGTTTGCCATCATCTGGACAACTTACCGATGTTAATCCAAGCCTACTGAGCGCCTCATGGACGCTACAGCGAGTGGAAAAAGTCGCTGCGAATATCATTAAAGAAGCAAAGATAGCATCAAAGCTCTTCCAGAAGGTTAAATCCAGTTAAAGTTGCTAGTGCTGCAGCTGCTCCCAGTTGCTCAAGCTGCTATCCCAGAAGGAACTGTTATCGGAGATGGAAAACTCAAGATTAACCTTGCTCGTCTCGACACTCGTCTTCTTCACGGACAGGTTGCCACTGCTTGGACTCCAGATTCAAAAGCAGATCATGTCATCGTTGCTTCTGAATAACGTTGCCAACGACGACCTTCGTAAAAAATTGATTAAACAAGCGGCTCCTAACGGAGTAAGAGCCAATGTTGTACAATCCAAAAATTGATTGAGGTTTCAAAAGACCCATTTGGAGAAACACATGCCCTTATCTTGTTTGAAACACCTCAAGATGCCCTTCGTGCAATTGAAGGTGGTGTACCATCAAGACTCTTAGCGTCGGATCAATGGCTCACTCAACCGGTAAAACAATGATCAACAACGTTTTGTCTATGGACAAAGAAGACGTTGCTACATTTGAAAAAATGCGTGACCTCGGTGTTGGAATTTGACGTGCGTAAAGTACCAAACGACACCAAAAAAGATTTATTTGACTTGATTAGCAAAGCCAACGTTCAATAATAGAAATCAATAACTATCGAAGAATTCCTGAAAAATTTTTCACTTTATTATAATTAAATGAAAAAGGAATAAAACCATGTCAGATATTTCATTATTTCTGTGTCTTGGTTGTAGTAGTTGCCTTCCTTGCAGGTCTTGAAGGTATCCTCGACCAATTCCAATTCCATCAACCAATCGTCGCATGTACCCTTATCAGGACTGCAACTGGTAACCTCGAAGCAGGTGTTATGCTTGGTGGATCACTTCAAATGATCGCCCTTGGTTGGGCAAACATCGGAGCTGCCGTGGCTCCCGACGCTGCTCTTGCATCTGTTGCTGCAGCAATCATCTTGATCAAGGTGGTAACTTTACTACTGAAGGTATCGCCGTTGCAACAGCAACCATCCCTCTTGCCGTAGCTGGACTTTTCTTGACAATGATTGTTCGTACAATCTCAGTTGGTTCAGTTACACTGCCGATGCTGCCGCTAAAGAAGGAAATATTGCAGCTGTTGAACATGCTCACTTATCGCACTTCTTCTTCAAGGTCTTCGTGTGCGATCCCTGCTGCCTTCCTTATCGCTATCCCAGCTTCTGCCGTTCAAGATGCTCTTAAGTGCCAGACTGGTTGAACGGTGGTATGGCTGTCTGGTGTGGTGCTATGGTCGTTGCCGTTGGTTGCGATGGTTATCAACATGGTGGCAACTCGTGAAGTATGGCCATTCTTAACTATCTGGTTTTGCTCTTGCAGCAATTTCTCAATTGACTTTGATTGCCCTTGGTGTAATCGGTGTGTATACTTTCATCTACCTCAACCTTTCTAAACAAGGCGGAAACAGTGGCGGAGGAGCTGCGACTTCTAACGACCCAATCAGTGATATCTAGAAGACTACTAGAAAGGAACAATCTTGACTAAGAAAACTTCCAATTATCAAAATCAGATCGAAAAAGTTTGGTGGCGTTCACAATTCCTTCAGAGTTCTTGGAACTACGAGCGTATGCAAAACTTGGGTTAGGCTTACTCATTGGTCAACTATAAAAAATTGTACACTACTAAAGAAGACCAAGCGGCTGCTCTTGAGCGTCACCTTGAGTTCTTCAACACTCACCCATACATGTGCTCCAATCATAGAGGTTATACTCTTGCACTTGAAGAAGAACATGCTAACGGTGTTGAAATCGACGATGCTGCTATCCAAGAAGTTAAAATCGGTATGATGGGACCTCTTGCTGGTATCAGTGACCCAGTATTCTACCAGTTTACAGTTCGTCCTATCCTTGGAGCTCTTGGTGCATCACTTTGCTGCATCTGGTAACTTGGTTGGTCCACTTCTCTTCTTCTTCGGATGGAATGCGATTCATAAGCCTTCTGGTACACAAGAGTTTGGTTACAAGGCTGGATCTGAAATCACTAAAGACATGTCTGGTGGTATCTTGAGAAAGACATCTTTAAAGGTGCTTCTATCCTTGGTATATTTCATCCTTGCGTTCTTGCTTCAACATTGAACATCTATTAACACTGTTAACCTTCCAGGTAAACAATTAGCTGAAGGTGCCACCATCAACTTGAAGGTCCTGTATCAGGTGCGAATTGAAAGGTATCCTTGGTCAAACGTGACGGATTGAGCTTGGGTGGATTCAACCTGAGCTTCCCTTCAGAATGGATGAACTCATTGATTGGATGATGGGACTTCTCCTTACTTTCCAACTTTGCATGTGGTTGCTTAAGAAAAAGTATCACCAATCTGAATCATCCTTGCCGCTCTTTTGCAGTAGGTATCATGACTCGTTTCTTCGGTATCGTAATCCAAGCAACTCAAAAGGAACCAGGTTCTAAACGGTTCCTTTTTTCTGTGCTTTATTCAATAGGGGCTCCATGGATCCCATGGTGCTAACACGATTGGTTCTGCTTCATAAGCCTCCACCATTCTTCTGTATCGTGATTACTGCGAACAACGATTGGTAAAGTGTGTTCGTCCATCCAAGCGTCTGAGGCAACAAAGTATCCATCTGTACGTACTTATACCTACGTAAAGTTTCAACCTTCCACTTGGTTGACTTGCCATTTTCGTCCCAGAGTCAGCACCTGTATCAAGACCATAGCGTGGGTCATTAAGCTTTCGCTGTAATCCAAACGTCCAGCCTTGTCTTGGGTAAGGTTTAATGTCCATGCTTGATTCAAAAATCATAAACTGTCTATCGCCAAGAATTCAGCTTTTACGGTTGCTAAGCCCAATGACATCTGAGCCAAACCAAACAGTCTCATAACGCATTTTGAGCGATTGCCAATTCTTTCAAGCGCTCCATCGGTACACGTTAATGTAACGAACCGCGCGTCACTAATACATTTGCTTGTCTCAACTGTATAAGATTATTTGCATAAGGTTTATCAGCAGTTGGAGCATTGATAACAGAAACGTAGTCTTCTAGAGGAAGATTGACATATTTCTTGTAAAACTCTTTGACATTACCAATGTCTTTTCGCTTTGGTAGTTGTTGTCTTTATCGCGATAAGCAAAGTCAAATTTTCGTGGTGGAGCCCCATGGTGACATAGCAAGGAAATTAAGAAAATTTCTGCAGAGGTCTTCTTTCTTATTGAACAGTCGCTTGGTCTGCACCTGACTTAAACAAGTCACGCAAGATTTGACATCTTGGCGAAGCAATTGTTAAGGATTGCATTTTGGCTCACGGCTGCTACCTAAGATGAAACAGATTCAGGATAGACTGATTTAGGTACGACACCATATTTCTCAAAAGAGAGAAACGACCATATCCCACTGACCACCGTCTTGTTGGGTGTTTGAAGTAGGAATTTAACCTTGCGGCTCGTCAAGTCTTGGTCTGCAGTCGCAATGACTTTATCCAAGAACCAGTTTGATTTCCTTACTTGTCCAGAAGAAGGTGTGGGCCTGTGACGCTCGATTTTCGAATTTGTGTTGTAGAGATGAGTTTGTGGCGGAAGGTATTGAGGGCCGCAAACATCCAGCAACGACCAGACGCTTTCTGGTTTGTTACCTTAATCATGAAGTCCGATCCAATGAAAGTGGAATTGCTAATCTGTGGCTTTGGCGGCGTTCTGAGGCTGCAAAAATCCCGTTGTGGCTGGCATTTTCAATCGTGCGTATTTTACATTTTGCTATGGTTAGCCAAAATAATTATCAGTAAATGATTCTTGATTGCGTTCATAGATTCTCTTTATTCTAGTCTATTATAACTCTTTTCTAAGGAAGCAACTGAAAAACATAAAAGACGGAGGACATTCTTCCACTCACCTTTCGAATATATAATTCAATTGACAATACTTGCAAGGAGACCTCTAATTCTTCCTTGAGTAACGACGCCATTCTCCTCGCTGCAAGTTCTCATCCAATACTAAAGTTCCCATAGTCAAACGTTGCAGTCTACTACTTCCATGCAGTAGCCCACCATACGCTTGACTGATGAAACTTCCCTTCTGCAATGGTTACTGAGATTTGACTTCGTTACTTTTCTGGATCTATGGACCTGGCTCCAGTCGCTTGAGCTGACAAGTAAGTCTTTGAGAGGAATTCCACTTAGCAGTATCTCCCATCTTCTTGATTATTCTTCCCTTGTTACGACCTTAGATAAATCTACCATCAACGTGACGTTGAGGTGAAAGAAAGGCATGGGCAAACACACTTGTCTATTCGTCAAAACAAGAGCTTGTGCGTCATCAATATCCAAGCGCCCTACTGGAAAACTGCCGCTCAAAGGCCAAATCATCCAACAAGTCCAAAACGGTTCTGTGTAGGATCCTCAGTCGCTGAAATAACGCTTGAGGCTTGTTCATCATGTAATAGACAAACTCTTCATACTCCAGCACTTGCCCATCAAGCGAATCTCATCTCTTTTTCTTCGTAATCTTGCGTTTATTCAATTCTCTTTTCATTTCACAAATACGCGCTTCCAGCCTTGAAACAGTTTTTGACCTCTGTGACTCCCTACAGCGCAGGCAACTTCAAAAATTTATCTAATCTCATAGAACTATTATATCACAATCAAAGGCTGGCTCAATGACCCAACCTCTTCCGATCTCTAAATTAGGAAATTAACTTCCTCGTCTCAAAAAATAGCTAAAACAATCATAGCACCTAAAATTGCTGGGATAATAATGACTCCACCTGATAAGCATTTCAAGTTCCAAGAAACCGTGTATTGAAAGGGCTCCAATCAACCGAGAAACATTTTTCCAAAGCAACCCGCCCACGTTTCTCCACGATTGGTCAAAACACCTGCCAAGAATCCCCACTAGAGGATAACGAAGCATACCTATCATCTCGGCTCCTTAATTTTTAATTTCCGCTAGGAAGAGGCACCACACCGTGTCCCATCCTCACGGATACCATCGATATCCATTTGATTAGACCCAATCATAAAGTCCGTTGCATCAAACGGAACTGGCCCTGGCTGACTCTTCTTCAGTCATTTCCGCACCAACGACGCTGGTGCCTTGACCTTTTCGATAGCCAAGTGGTTTGACGCATTTCCATCGAAAAGGAGTGTTCGAAGGTAATACTGACGAGAAATTGGACTTGGATCTGGTACCAAGGCACATTCACCCAAGGCACGCGCGCCAGCATTTTTCGAAGACAAGGTCTTTCGCATTATAGTCACCCTTCTCAACAGTGATATCTGCGATTTGTCCGTCTTTAAAGGTTACTTTAATGCCTTCGATGATATTTCCAGAATTTGTAGCTAAGCGGTTTGTAGAGGTTACATAACCATCTGCACGACGAGTCAGGCGCTGTGAAAACTTCCTCTATCTGACATATTTGGCAAGAATCCTTCGCCCTGTGCATTGATAGCCCCAGCTGATTCCCAAACGTGGTTCTTGGCGAAATAATTGTCAAATCTGTTCCTGGCGCTGTGTAGTGAAGCTGAAAATTGTTCTTTATTGAGCATATCAGCTTTACTCTTAAGGATAGCTGCATACTCTTAAGCCTTAACAGGATCTTCTTCGTAGACACGGCAAGTTTTGAGATTTGGTCCCAAGGAGATCAACTGCTTCTTCATCGCTCCCAGCATTTGGGAAGACTTAGCCCATAAATTGGCGCGGCTACAGTCCAGCTAACCTTGTTGGCTTGAGTTACGATACACATTGGCTTCATGGCAAGTCCCATGGCTTTAGCGAAGCCGAAAGCATCAGCATCCACTCCATTCAAAGCACCCGGATCAGATGAACGAACTCCAAGACAGCTAGCCTTGTTCTCCAAAGATGACAGTTCATCTCAACAATCTTGTATTCAAGGCACATTATCCAGGCGCTCCATCCGGCGCATGGAGAATTTCTCCCGGTTAATGACATCTGTCCACTGAACGATGATGTCATACATAAGGCATAAGCTTCTTTGGCGATTAGATGCCCCAACTCCCGTTACTCCATCGATAGAGAGAGCCAAAGTGTGCCCAGGTTACACGTTAATTCCGTTCGCAACCAACAATTTCGCATGTTTTTCTAGATTTTCTTTGAAATTTGGTAAAACCATTCTGTTTTCTATTTCTATTTTATTTCAAATCTTTGAGCATATTTGTCTTACTCAAATTCTTCCCTTACTAGTATATCACATATATTGGTAATTTTAAAAAACAAGCTTACCAAGCTTGTTTTAATTAACTATTACAAAAATTGTGTACATATCTTTCGACTTCTTTTTCCATAGATTGAATCTCACAAATATCCCATCTATTGTTTTGAAATTATCTTTGCCATCATCTGTAATTTTAAACTCTGACGATGGAATATCCCTTCTCTTTCCCGTTATCTAATTTAGCCTCTGGATAAGGTTGCCAAACCTGGAGTTCTGACTATCGGTAGCTAATACAAGGTTGCCAAAGGAATGTAAAAACTCCGCAGGTAATTGACTCTCCATCATGTCCATTTTGGATTCTGAGGATACCAATGCTCTATGGAGCGACGATATGGAAATTTGAAATTATCAAAATTAATATCCTTGTACTCTTTCTCTAATTCGGCACGATTTTGCCACATAAAACATAATCTACAAAGTTAAAAAGCATAAACAGGAATTGCCCCATATTTTTTGATACTTTTATCTTCATTGAACAATCTTTCCTCAGCATATCTCACTGCCGTGTCCAAGAAAATCCTTAAACTGACCCCCAACAAATTCTACTTGATTTAACTCTTCAATGGTTAAACAAAATTGCAATTCCATATAACCAACATATGCGATTGGCAGTAAAGGTCACAGCAAACATGGATTGAAGGAGGATAATGTTTTGTTTAAATTGTCAAAGGTATTGTTTTGATAATTAATTCGAACATATTTCCGTCCTCTATTTTCATTTCGTTGATATGTCTCATTACTGACCTCGTTTGATTTGCCATTTATTCATTTTTCTAATTGGACATTTTTTACGATAAACGTATCAAATATATGCTTCATAGTCAGAAGTAGTTGCCCAAATTGTTGGACCCATTCTCTATCTCGTCGTTCAATTTCAAAGAATTTTCAATAATTTTTTATCATCAAATGTAGTTTCATCATTTCCTTCCATGATGAAAAAACTTGAAGAGTAAAAATGTTGGAAAATCAGTACAGTCGTATAATTTGAAATATCTGTTCCATTGTTACTAGCTTCTACTTTCATATTTTGTCTGAAGTAGTGCATCATCGACTTCGTTGCTCAATTTTTTACTTATTTTTCTCAATCTTACTTTCCAATTTGAAGTTAGTAGATTCTTTACCAAGAATTTTCTCCCCCTCTTCGTCAGTATTGTCTGGTCTACTTCGGATTTGAAAAGTTTTTGTTACCGGCTTTTCAAACTCTGCACAGGCATCCCAAATTTTTGCAAACTTTTGCGCCATTTCTTGATCTTCACCAAATTTAGACATCATTTGTGCCTTGAGAATCTCATGAGCCTCTAGTTGTTCGCCTCGAGAGTTGAAACGTTCAAGAAATAAAGATTCAAATCTAAATCACGGGAAGTATACTCCGAAAATGATGACCTTCTCAAAAGATAATCAACGAAAAACTTAGGATCCAATTAGCGCTCTTCTAACACTTTTTTCCAATGCGTCTTTAGCATGCCCGTAGCCTCTAGTCAACTCCATTTTCATCGCCCTCTGAAAATTTCTTGCTTGGTAATCAAGCTTTTAAGATATTCTTATTTGATTTCTTCGATAAGTCAGATTGACAGCTTTCAATCTATCAAAATAAACTCATCATGCTTCAAAGCTAAGGCAATCAAATTAAGTGCTGTTGTTCGTTGTTGCCCATCTATATGATTTTGAAAAGTTTTTCTCTTTATTAACGACTAAGTCTTAACTAATGTTCCAATATAATAATTGTCTCTATTTTCTTGAAAAGCATCTGCTACGTCGTTCAATAACTGCTCGAATTTCATCACCAAATTCAAACAAAATTTCTCTGATAAGAAAGGGATAACGTAGGTATCTTCATTTCCGCAAACGATTAACTGATAAGCTTATATGTGTTTCCCCATTATCTTTTTCCTCTTCTATAATCTTGTCCTTGATATAGTTTTCAAATAATTCTCTATCTATCATGATCATGAAATCATTCGAATTGACAGCATATGAGATAAAAGTTGAAATAGTTTTTGAGCCTCTTTTTGTCTAAACCTTCCACCAGCAACATAGTTCCCAACAGTTGCATCATATGGCTTTAGTTTAACTCTAGGGTAGTAAGACCAAATAAAACAGGTCTCTACTATCTCCTTTGATAAACTCCTCTTTTCCAAATCTATCCACAAAAGCGAGCAAATATTAGAATATATTGTGACACTTGAGGTAGCGTCCTTTTGAGCTATTGTAAATGTTGCTATACCTTCTGGGTAAGCCAAATTTTGTTCTTCTTTATGAATCATTAGAAATCTAACTTTTATTCAAAATTTTTTATGAACTCTAATAGTTTCATGAGCAGATTCAATATATGAAAATTTACTTCCATCAATGATGTAGTAATGGACATATAGGGAGCTTTCAATATGACGATACAATTCTAAGTATGGAAAGTTCTGATTCAAATCACTTACCTTCAAATCGTCAATAAAATCCTCTGTAAAACGGAGATAAGAACCATAACTTGCTTGTCCAATCCTGTCTCTCCTCGCGACCAACGTCTCATACGGAAAAAATTGTTTATCAAACAACTCTTTGAGACTTAAATCTTTATCTTCTACAAATTGCTCCCACTTTTTCAACTTAATCACTAATCTGATCTTCCTTGCAGAAGATGATAGGCTTTAAGCAAATCATGAGGTTCTAAAGTTTCCCACGATTATTCTGAGAATCAAATAGCTGAAAGGCCTCTGATAGTAGTTCCTGTGGCATAATAATCACGGAGACAGAACGTTTTCCAATAAAAAATTGCAAATATCTTTTGCCTGATTTTCGCCAACCAATTGAGTCAAATTTTTCCCACTCATTATAATTTTCACTCGCATGATAGCAGATAGCTCCCCAAATACAGCAGCACTTAGCAGTTGTAGCACACATATAATTCTCCTAAATCATCTAATAGAATGAAGAAACGAAATTGAAATTGGCCATTGCTGTCCATCGACAATATCATATCCATCATTTTTTCATGTGAATGAACCAATCCAAGTGTTACTTTTTCCCCATAGCATCTCGTAAATCATAGATGCGGATGTGTTTCTGTTTCATTTATATGGCCTTTGATAAGAAGGAATCCGCAAACCCTCTTCTTTCAATAGTTCTCCAACCTTTTTAGAAGTAAATTGAATAGTCATTTTATCCTCATCTATTATATTTATCTAGCATTTCTTGAACTACCTTCATATCCTCTTTGCAAAATCCAGAGACAACAGCTAACTACTTCCCCTTGCCCCAACAACCGGCGTTTAAGCCCCGGTGTATGCTGACTCATGCGGGAAACTTAAGTAAATTGAGTACTTCCATTTTCCCAACTGTTTTTACATTTGGAAATTGATCCATCACAATCGTCGGATCGTACAAATACTCGATTTCAATACTGATTTTCTTTACGATAAGCATCTGCTCTCGTTACGAATGTCGCCATCTCTAATTATCTCGATAAGAAATAGGGGTTTCTCTATATCACTAAGAGACCATGACTCGATACGGTCTACTCCGGTAATATAGTATGTTTCCAGCTGGTAGACAACTAGATACAAAATAATGACTATCATAATAAAGAGAGACTGGCAAAACAGTCTGCCTCTTAGAAGACTCAGAATAAGTTTTGATAGATAATATCTAGAACCTGTTTCATGCAAAATAAACTTACTGATAAATTCCAAATTTTCTCTCTATTCTATTTTGTTGATCCGTTAAGGTAGCATAGTTCAGCTTTTCACCAATAATCTGCTCGATTTCTTTCGATCATCCAGAGACTAAGACCAGTAAATTATAACGGTAAACTAACGTTGCAATTGCTGATTACTCGATTTTCCCGTAAAATCTTTGAAATAACAGAATATCCTTTTTATTAAAAACTGACTTACTTGCTAAACAATACTTATTCGTTTTTACGGTTATAAAGCAAATCTCCACTATAACTGAGTGTGACTAGATAAAATATCACGGAGTAGCGAAAAATCTCTCTGTGTCTTTTCACTAACCTCAATTCTACAATTGATTGCTTTGCCTAACGAGTCCCAAACTGTGAACGTTAAAATCGTTAGCAGTCTCTCTTGATCATTGTTTCAGTCCTTCTGTATCTTCAAAACATCTTTAACACAATGCACATTATTATCACTTCTATAGTCTAACTACTTTATATTCAAAACGATTAAGCAAAATAAAGCTAGCCCTTAGATGATTTCAACTGTACCTCCCTTCTTAGTTCGAAAGAACTCAACTACGGATTGAGCATATTTTAAGTCTTCGGGTAGGCAGTCTGAATATACAATGAAGAGTTTGTTTCTTTTCTTACTCTCTTTACAGTGCTGCATCCAGTATTCTATAGCACCTTTGATCGAAAACTACTCCCAAAAATTGAACTCCATTCAGAAAAAGCCAATCACACTCTGCCTTCTCATTTGCAGTTTTATCCATTGACTATGTTTAGAAAAAATCAGAGATATCTCTCATAGATAATATACAAGTGATGCTATTGGAGTAGCAGGTTTATTTTTAATTCATCAATGATGTTACCATCCTGTCAGTCTCTGAAATACCGCGAATGTAAATACATTGAAAATCTTCTTTTAAGTCTATTTATATGGAATCCGGTCCAATCACTTCATCATCTTTCAAGCCTTTTCAAAATTATAAATCTCTCTTCAGGTGTTACATTAAATTTAAAATTTCTTGATCCACCATATTATACTCTCTTTTTCTATTATTTTTAAGAAAATTATAACAATTAAGTGGACATATTTTGTCCACTTAATCAAATAAGCAATTTTTGAAACAACTCATCAAACAAACTCAACTGATTATCCTCTGGCATATTGCCGAGAATACCGCATTTCATCCATCTTCAACCAAGGTTGAGAAAGTCCGCCACGCTTACGCGATTCTGTTTTAGAAAATTCTCCCTCTTCACGCGCTCGCACTAACAACGGCAACGTTCTCTCCCAGACCATCCGTGCCAACTACAAAATAGCCAGGAATGAGGTATCCCCATCGATGAGGAACTCTGTAACTACAACTTCTAAAGTAGAGATCGAGAGTTTGTAAACTTGAAACCACTCCCACATCTCATTAACAATGTCAAAGTTGTATAAAGATCGATTTCTACATTGACTTGTTGTTCTTCCGTTTTCAGAGATTTCTTCCATTCTGCGCTTGATGGCATCCAAGCCCGCACCCATGGTCTTGATATCAAAAGCTTTAGCACGGATTGAGAAGTAAGCACAGTAATAATAAATCGGATGATGGACCTTAAAGTAAGCTACGCAAGGCCATCATAACGTAAGCTGCCATGACGGGCTTTCAGGAGACATATGCTTGATTTTCCCACAGGACTCGATATACCACTCGGGTACCTTATTGGCCTTCATGGCTTCGATGTAGCCATTTCGCTCCTCTTCAAAATCTTCAGCCACAAGCCCTTGCATGCCCGTTCCATGATGGTAAAGGCCATCTGGGTTCAAGACCAGCATGCATGAAATTAAACCATAATATCATCCCGACAACCGATAACGGTTGATAGGTCAGCAATCCCTTGTTTAATTAAATCTTGGGCATTGCCCAGCAAGCGTCGGTACCATGGGACAATCCGAATGCTTCGACAACTCCGCAAAAGTCGTCGGATGGGTTTCATCTATTTTCATGCACCTCAGACAAAGTTTGTTCCAAACTCTGGAATCCCCAACATGCCCGTAGGGCGTTCCAATTTGTTCAGGTGTTACCCCAAGCACATCTGTCCCAGAAAAGAGGGCCATCGCTCCTTCGTCATCCATAGGAATTTCATTTGGGTCAATACCAGACAAATCCTGAAGTTTCCGAATCATGGTCGGATCATCAGCCACTGATACATCGAGTTTGAGGACGTTCTCATCGATATCGTGGAAGTAAGAAGTGAGTGGTCTGCCATTCAGCCGTCACATCATCCGCTGGATACTGGACAGGCGTAAAATCATCGTTATCCATGTAGTTCGGGAATAACAACGATTCCTCCCGGGGTGTTGCCCTGTTGTCCGCTTGACACCAGCCGCACCCTGAGCGAGGCGCTCCACCTCTGCGTACGATAAAAACTTGCCGCCGTCTCGCTCGTAGCCCTTGACAAAGCCATAAGCGATCTTGGCATACCACATCCACCAACCGTTCCAGCACGGAAAGCATATTCCTCACCAAAGATATCACGTACATCGAAGTGGGCGCTAGGCTGGTCTTCTCTGAGAAGTTCAAGTCGATATCGGGAACCTTGTCTCCATCAAAACCAAGGAAGGTCTCGAAGGGAATATCCTGTCCGTTTTCCCATGATTGTAACCACATTTAGGATAGTCCTTATTGGGCATATCAAATCCTGAACCGTAAGAACCATCAGTGATAAACTCACTATTACTGACACTGACCACAAAGACATAGTGAGGAGAGAGAGGATTGACCTCTGTAATCCCAATCATGGTCACCCAACAGAGCTAGATCCGACAGATCCAGAACCAACCAAATAGCCACGTTCATTGAACGTTGTACTGCTGTCGATGTAGATAAATCACGGCAAATCCATTTCCCAGAATGGAAGTTAATTCTTTTTCAATTCGTAAATCAACTAATATCTGGCGGCGGATTTCCATAAATCTCCAAAAAGCTTTCTTATGAGTTAATTCAGCAACTGTTTCTTCAGCCTTGTCGATGAAAGCATCATTCAAATACCCTTAACGACTTCAACAGACTCAAGATTTCTGCCAAAGCATTGGTATTTTCAATGACTAGTTTGCGTGCTAAATCTTCGCCCAAGAAGGCAAATTCATCCAACATCTCATTAGTCGTTCTAAAATGAGCCTTTGGCAAAGGAGCTGGTTGGGCATATTTCCCCATGACCGATGGTTCGGTTAATCATCGCTCCCTGTTTCAAACTACGGACGATAATTTCACGATAAATTTCTTCCTCTGGTTCGATATAGTGTGGACATTCCCGTATACGGTAGGCTTACCGAACGATCTGGCACTCAATCAAACTCTTGATGATGGTCTGGGTTCCTCCCTCCTTGACCTGCTCTTTGGCAATCAAGGGAGCATAGATGGCAGGTGGCATAACCTCAATAAGTCATAATACTTAGCCACCTCGACCGCCGCATCCACACCGTCGAAACAACTGCATCAAAACTTCCACCTTCAGAGCAAGCTGAACCTAAAATCAAACCTTCCCGATGAGCATCTAAAGCAATTCTGCTCAGAATCCGTGGCGCTCCTTCAAAGTACTTGGTATTAGACAACGAAACAAGCAAAGATATTTTTTAGCCCTACTTGATTCTTAACATAAATTGTCGCATGTTTAATCCGAGCTTTTTTATAAGAATCTGGACTAATCAAATCAATGTTCAGTCTCGCCAAATCTGTCCCTGTATTTTCTGCACCTCTTTGATAAGAATGAAAAGCAGGCGACCTGTAGCTTCAGCGTCGTAGTTGGCCCATATGGTGATGTTCTGAAGCCACACCAAAACTGGCAATTAAGTCCCAAACCATGACGTTCTACTCCAGGTAGAGGTTTCTAGCAAACTCAAAGCATTATCGATAACTGGCTGACTAATCTTAGGCAAATCATGGCGCTCATAATTCGCATTCATAAAGCCAACGTCAAGGTGGCATTGTGGAGGCGACTAGGACCGTATCCTTGCAGAATTCTTGGAATTCTTGCAAAACTTTGTTCAGTGGTTTAGCATTTTTGACATGATCATCGGTAATTCCAGTCAACTCAGTAAGTAAAGTGACAAAGGATGCCCAGGATTGATAAATTCATCAAATTCGGCAATAACATTCCCCTTGTATATCTTAGAGCCCGCAACCTGAATCAAGTCATTATAGATGGCTGATAGACCCGTCGTTTCCGTCCAGAACCACATGGGTTGCTTCTGACAAGTCCATCTCCCACTTCGTTAGACGATAGGGACACGGTCCTCCACAATATTGGCTTCCATACCATAGATCAAGCTGGATTCCGCTTTCTTGGGCGCCTTATAGCCGTGTGGGAAGGACTGAACATTTCCATGATCCGTGATGGCAACCTTGTCCCCACTTGTGGCTATCACCGGCAGTTTCTTCAACCTCTGGCGAAGCATCCATGGTCGACCTCGTAGTATGAGCATGAAACTCAACCCGACGCTCTCCTTCTTCATCAAATCCTTCCGCTCATAATGAACAACTTCTACATCCTGCACGTTCATAGTCAAATCCACGTGTGAAGTTATTCATCTACATTCCCACGGACTCGGAGCCAAGAATTTTCTTAATTAGATCAAATTTTTGAGCCTCTTCCTCCGTTTTGACCCACTTCTGCGCGAAAAACATGAAGTATAGTCGGTCATTTGAAGTTGATCAAAACACGCCCTGTTCTAGTCACTTTTTGCTCTACATCAAAAACAACCCCTTCAGACCAGACGATTTTCTCCGTCGTGACTTCGATCGCGGGAAAATCTCCGCCTTGTCAAGCTTAGGTTTAGCTGCAGCTTTTTTAGCAGAAAATCAAAAGCTGGTTTTCTTCCGCTGGAGGTGCCATCTGTTCTAGTTGTTCCATAGCACAGCGCTTCCTCATTGGCAGCTTGAACAATCTGCTCATTTTCAGCATGAAAGGCCTCTTCCTGCTCCTGGGTCAGGCATCACATTCTTCTCTACTTGACAGCAGTTAAGTTGGAAAACCAAACTTTTCAAGTTGTTTAGCTAAATTAGGAAGATGATTCCTCTTAAAGTGTTCCTTATCAATCGCCTCAGAACCTTCAATAAATAGTTGATTCCCCTCCGCACGAACCTGCAGATTTTGATAAGAGACTTAAAACCTTGACTAGCACATGGCCCCTCCAGAAAAGCCTCTCTATAATAGGCCTGCAAAGTTGATTTGAAAATTCTTGAAGACCGAGCCTTGATTTCGAAAACAGCTTTGTGCCTGTCTTAGAAAATTCCTCCCTCAAGCCTTTCTTTAATTCTAAAAGATTTCAATCAGTAGAATATTAGAAAATACAGAAATGAAACTCCCATACCTTACTAATTTTATGAACCACAACTCGCTCAATATCAGCCTTTGATAAAGCGGAGCCTGTCTCATTTCGAAGGCATCCCCAGTTGATTCATCAAAATTTCAAAACTGTTTGACATTCATTTTCCTCCCATTATTCTTCTTTTACCATATTAGAATATTTCCGACAAAAGGGGCTCTATAATATTTGTAGTAGGTAAATCCCCTATGGATATCATTAATAGGTCTAACTTCTCAAAGTAACTTCCACTTAGCTGGTCAAAGTACAAATTGGTCTAAAACGAATTTTTTATGGTGGAATTAAGTGTGGGACATTTAGGTTAGAAATAAGGATACTATGATAAGAAAGGCATAAATATCTTATCCTTTCGAAACCAGTATCCAAGCTGTTGAGCGCTTATTCTAAAAAGCCGACTACACTGTTTCTAAATAAGTCAAACGAAACAGACAAGTCCGAGAGTCTACATGTGATAACCTTCCTTGCCCTCTACTCAATAAAGCTCCCTTTGTTTGTAATGGCTGCCCTAAAAGAAGACAAAACTGTGGCTATCAGAAAATCTTCTACCTCGCCAAACAAGCTCAAAAAAAATACAGACAAACTCTTGTCAGAAGCTCTGAAGGAACTCCCTTTAATTCTCTCAGACTTTCTGGGACATGGACAAAATCATTTCTGATGGGGTTAAAAAGGGACAACACATCTACCATATTCTCAAAGCTCATAACTTTGATGTCAGTTCCTCAACTGTCTATCGCTCCGATTGATCTAGCTAGAGCCGTTAAATTAAAGAGATAAGAAAAAAGTAGCTACAGCCATCCCCTAAAGAAGACAAAAAGGGCATTCCTATGAGGATTTCCAAAATTATTTGGTGCTTAATCAGCTAAATTCTTGGCTGAAATGGACACTGTTATGGGTAGGATGGGAAGTGGAAATCCTACTCACCTTCAATCTGTCTTTCTGTAACTTTATCTTTAACTAGACTGCTGGATAATAAAACGGCCCTTGAGGATTTACCAAACCTCTATGATATCAAACGCTCTTCACAAAGCGGACAATGATTTCTTCCAACTCTTTCCTGTCATTCTGACAGATAATGAGTTCTGGGGGTGATGACATCGAAATGGATGTTCGAGGGAGAGAGTAAACTCTTCTTTTGTGACCCTAATCGCTCTGAACATCAAAAGAAAGGACGAAATTTGTCCTTTCTAAATCTTAACTTACCTAACTTGAACTTCCAACAGTTGGTAAGTATAAAAAGATACGTAAGTATCCAGAAATCAATCGGGAAGACAGGATTCGAACCTGAGCCACCTTGGTCCCAAACCAAGTACTCTATAGCTTCAAATAGCGAGTTAAATAGAAAAATGCACCCCTAAGTCAAGACCTCCAACACTTACAGTTCGTAGTCAGGTTACTCTATCCAGTTGAGCTAAGGGTGCTCCCATTATATTATACCAAAGGGACCGGAATCGAACCGGTACGATCATTTACCAATCGCGGGATTTTAAAACCTGTGCGTCTGCCAGTTCGCCACCCCGGCCTCTCTAAGCGAACGACGGGATTCGAACCCGCGACCCCACCTTAGCAGGTGGTGTTCTACCACTGAACTACGTTCGCACTATTTTCTTCTATTTAAAAATGCCGGCTACATAGCTGACTTGAACACGCGACCCTCTGATTACAAATCAGATGCTCTACCAACTGAAATAAGCCAGCTCATTTATTATATCTTAATGCGGGTTAAGGGACTTGAGCCCCCGCCGTTAAGCGCCAGATCCTCGTCTGGTGCGTCTGCAATTCCGCCAAACCCGCATATATGACCCGTGCTGGGCTCGAACCAGTGACCCATTGATTAAAGTCAATTGCTCTACCAACTGAGCTAACGAGTCTAAAATAACTTGCGTTATTTTAAACGGTCCCCGACAGAATCGAACCCGCGATCTTCGCCGTGACAGGGCGACGTGATAACCATGCACTACGGGACCTATGGGAGTTAACGGGATCGAACCGCTGACCCTCTGTATGTAAGGCAGATGCTCTCCCAGCTGGGCTAAACTTTCCTAGAGCTAAGCACGACTTCCATATCTCTGAGGCAACCCCAGCTCGCTGACGTTCTGGGAAGCGCTTCTGTATTTCGCTTGGTGCAGGTGTATCTCCTAAGAGCTATCGTCATAACTCTGAGTAATACCTACTCAAAATTGAATATCTATTCAAACCAAGAAAACCTTCAGCTTTCATGCTTCTCAGATTACTTTACTGGATAGGTCCCCTCCCGAGGCTATTAGTATTAGTCCGCTACATGTGTCGCCACACTTCCACTTCTAACCCTATCTACCTGATCATCTCTCAGGGCTCTTGATATAAAATCGTAGAAATCTCATCTTGAGTGGGTTTCACACTTAGATGCTTTCAGCGTTTATCCCTTCCTACACATAGCTACCCAGCGATGCCTTTGGCAAGACAACTGGTACACCAGCGGTGATCCACTCTGGTCCTCTCGTGCTGAACAGCGATCCTCTCATTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCAGCAGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCGTACGATGTGAACTCTTGGGGGAATAAGCTGTTATCCCCGGGGTAGCTTTTATCCGTTGAGCGATGGCCTTCCATACGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAGAAGCTCCCTTATGCCTTTATCTACCCGAATGATTTCCAACCATTCTGAAGACCTTTGAGCGCCTCCCGTTACCTTTTAGGAGGCGACCGCCCCAATCAAACTGCCCGTCAGACACTGTCTCCGATGAGTCTCCGGAGTTGAGTGGCCATAACACAGGGTAGTATCCCAACAACGTCTCCTTCGAAGCAGCGTCCCGATCTCATAGACTCCTACCTATCCTGTACATGTGGTACAGACACTCAATATCAAACTGCAGTAAAGCTCCGCGAGGTCTTTCAGCTCCTGTCATGGGTAACCTGCATCTTCCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTGCTGAGGCTTCAATTCAGCACCTTCGCTTACGCTAAGCATATCATAACCTTCCAGCACCGAGCGGGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCAGCTGGCAAAATCAGCACCCCTTCTCCCGAAGTTGCGGGTCATTTTGCCGAGTTCCTTAACGAGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGGTATGTTTAAACGCTAGAAGCTTTTCTTGCGGTGTGACGTCACTACTTCGCTCTAAACTTCGCTCCCCATCACAGCTCAATGTTACAGATATAAGCGTTTAACTCCCTTATCACACCTCACTGTGAACAGACTCTTCCATTCGTCTGCTTTAGTTGCTTCTGCGTCCCTCCACATACTATACTCTGATACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGGGCGGACGGCAACTTCCCAGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATGCCGGCATTCTCACTTCTGTGGTTCCAGCACTCCTCACGGTATACCTTCATCACCACATGAAGACGCTCTCCTACATACCTATAAAGGTATCCACAGCTTCGGTAAATTATTTTTAGCCCCGGTACATTTCGGCGCAGGGTCACTCGACTGGTGACTGTTACGCACTCTTTGAATGAACCAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCATCCTTTCCCTTAACAATTATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGACCATAATTCATTGGCATTCGGAGTTTATCTGAGATTGGTAATCCAGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAATCTTTATGTCGACATAGCCTAAAGCTATTTCGGAAGACCAGCTATCTCCATTCGTTGAATTTCTCCAACTACCCACAAGTCATCCAGCACTTTTCAACGGTACCTGGTTCGGTCCTCCAGTGCGTCTTGCACCTTCAACCACTCTTGGGTGAGTCACATGGTTTCGGGTCTACGTCATGATACTAATTCGCCTATTCAGACTCGGTTTCCCTACGGCTCCGTCTCTTCAACTTAACCTCGCATCATAACGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCGACTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCGAGTTCTCTTTACTCCCCTCCCGAGGAGTGCTTTTCTGCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGGAGTATTTAGGGTTAGAGATGGTCCTCCCAGATTCCGACGGGATTCCGTGCCCGCCGTACTCAGGATACTGCTAGGTACAAAGACTATTTTAAATACGAGGCTATTACTCTCTTTTGGCTGATCTTCCAAAATCATTCTTCTATAATCTTTGAGTCCACATTGCAGTCCTACAACCCCGAAGGTAAACTCTTCGGTTTGCCCTCCTGCCGTTTCGCTCGCCGCTACTAAGGCAATCGCTGCTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTACGTCTTCCTCCTCACATCCTTAACAGATGCGGGTAACAGGTAGTACCTGTTGGGTTCCCCCATTCGGAAATCCCTGGATCATCGCTTACTTACAGCTACCCAAGGCATATCGTCGTTTGTCACGTCCTTCTTCGGCTCCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACCAACCTTATTTTCTGACCTTTCAGTCATAAACTCTTATTAATACTACAGCGTTTTCGGTTTATTTTCTTGTTACTATTTGATATAGATATTCAATTTTCAATGTGCATTACTTGGTGATCTCTCACCAATGGAGCCTAGCAGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAGGCCCACCAAGACCTCAGACTAAACAAGACCAATGCACGCGGTTCCTTATCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACAGCTACCTTGTTACGACTTCACCCCCAATCATCTCCCGCATAGGCGGCTGGCTTCTTACAGTTTTACCTCACCGACTTCGGGTGTTGCAAACTCTCTCGTGGTGTGACGGGCGGTGTGTGCAAGGCCGGAACGTATTCACCGCGGCGTGCTGATCCGCGTTCTTCCATGATTCCGACTTCATGTAGGCAGGTTGCAGCCTACAATCCGAACTGAGACTGGCTTTAAAGTTAGCTTACCGTCACCGGCTTGCGACTCGTTGTACCAGCCATTGGCACGTGTAGCCCAGGTCATAAGGAGGCCATGATGATTTGACGTCGTCCCACCTTCCTCCAGTTTATTACCGGCAGTCTCGCTAAAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCGGGACCCAACCCAACATCTCACGACACGAGCTGACGACAACCGCTACCGCCTGTCACCTCTGTCCCGAAGGAAAACTCTATCTCGACGGTCAGAGGGATGTCAAGACCTAGTGAGTTCTTCGCGATACTTCGAATTAAACCACATGCTCCACCGCTTGTGCAGGCCCCGTCAATTCCTTTGAAGTTTCAACCTTGCGGTCGTACTCCCAGGCGGAGTGCTTAATGCGTTAGCTGCGGCACTAAACCCCGGAAAGGGTCTAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACTTTCGAGCCTCAGCGTCGGAGTTTAAACCAGAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCCCTCACACTCAAGATAAACAGTTTCCAAAGCGTACTATGGTTAAGCCACAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGACAACGCTCCGGGACCTACGTATTACCGCGGCTGCTGGCACGTAGTTAGCCGTCCCTTTCTGAAGTAAGATACCGTCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTCTCTTACAAACAGGCTTTTTGAATCCGAAAACCTTCTTCACTCACGCCTTGGCGTTGCTCGGTCGAACTTCCGTCCATTGCCGAAGATTCCCTACTGCTGCCTCGTAGAGTCTGGGCCGATATCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCCTTGGTGAGCCGTTACCCCACCAACTGGCTAATACAACGCAGGTCCAGTCTGGTAGTGATGCAATTGCCTTTTAAGTAAATGTCATGCAACATCTACTCTTATGCGATAATGCTATCGTTTTCTAATAGTTATCCCCCGCTACCAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCAGAGAAGCAAGCTCCTCCTTCAGCGTTCTACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAAGTTTGAGTTCTCACTCATTTCTGTCACTGACAGATTTGTTGTTTTTTTCATTGTTCAGTACAACCTTAGTTGTAGTGCCCTGCACATTGGTTCGTCTTGTTCAGTTTTTCAAGGTCTTTGTCACTCGCTTCTCTCTCAAGTGACAACTATATTAGTATATCACAGTCGCTTTCGCTTGTCAACACTTTTTTTGAAACTTTTTAAAACCTTTTTCATCAAAATTGTTCCATCCGCAACATACCATAGTCCGTACGGGATTCGAACCCGTGTTACCGCCGTGAAAAGGCAGTGTCTGCTGCTTGACCAACGGACCAGGTTGTTATTTTCAACTCTTACTATTATGCCGACTTTTTCTAACTTGTCAACACCTTTTTTTAATCTTTTTTTATTTTTTGTATGACTTCCTAATGAATACGGATGTCAAACTCTTGATACAATTCGTAAGTCTCGTAATACTCTTTGACGACCTCGAAAACGTTCATTTCTTAAAACCACATTAACTCTTGTTGCTCTTTATTTTGTTTGTTTCTATAATCTCTTAGCGTTTCATGAAAGAGATAATAATCATCAATAGAGGCCTCCCTCACTGATACGATGGCTAATCTCACCTACTTCTTCATAGGGTTCTTTATCATATCTCCGTTTTTGACTTTCTTGCTTACGAATATAATCTAAAATTCTATTCGGAATTTAGTTTTGAAGTATTTACGTAGCGTGAATATCTTCTACTAATCCTTCTTCTTTACTAATCAACTCATGTAAGCAAATCATTCCTCTTGCTCCCAATCCGATAGATCCCATAAATGCAAGTAATATTCGTTTCTACACTTGTATACAATGCCTTGAACTTCTTCAATTCTTTAATCATAATGTTCCTCCTTTCTAGATACAGTCTAACAGATTCAAAGAGAAACACTTTTGGACCTTTTCTCCATTCTGTCCCCTACACCGTCTCCAACTGCACAAAAAAAAGAAGTTGGACTCTCTTAGGAATTATCAATTCTGCCAATTTGGTTTAGGTTTACTTCTGCAACTGTGTCATTACCAAACATAGAGATAATCATCTTCATGACTATTATCAATCTCTATAATCTTACCAGTGTAGTCTGCAAAAGCACCATCAATAATACGTACAGTTTGACCAACCTCAACATCGAAATCAAATTCTTGAACAGTTTGTCCCATAGATACCAAAATGTCACGAATTTCTTGTTCCAATAATAATGGAGTTGGTTTGATCTATTTCCGTGAGATCCAACCAGATATGTAACGTTTGGTGTGTTTCGAACAACAAACCAAGCTTCATCTGTCATGACCATTTCTACAAGAACATAACCTGGAAAGCGATTTTCTTCTACTTCTTTTCTCTTTCCATTTTCAACACCACTGTTTGTGTTGGAATTTCAACGCGTGAATATTATCCAATATCTTGTAGGTTTGTGCACGTTGTAATGGGTCTCTTTTACCTTATTTTCATAACCAGAATAAGTTTGTAAAACAAACCACCCTTTATCAAAACTATCCATGATATTTCCTTTCATAAATGAAAGATTTCTAGTGTAATTAACTCCACTAACCTTCTAAAAATGTTAATAAATCGGAATCAAACCTGAAACAATCAACTGGTCAAAAATACTTAAATAATTACTACAAGAAAGCCGTGTATTCCATAATGAGACGAAAATCTCTCCAGCTTTCCTTGCGAGTTGACATGTTGTGTCTTTAAAAGTCTAAAATATCTCCAATAAAACGCATCGCTCTCTCCTATCTCGTTTCTCTGTGTGCTGAGTGTGCTGCCACAATGCCACAAATTTATTTACTTCTAGTCGTGTAGGCTTGGGGTTTCCACTGATCTTGATTGAATAGTTTCTAGAACCACAAAGCGCACAAGCTAAACACTTTTTTGATGCCATAACGCCTCCATCTTATCTATTATAACGAAAGCCAGGCTTTGAGCAAGCATCTTAACAGAAATAGATTGACTACCGAATCATATTGTTTGAGCCTTTTCCTTAATCTTTGCATCCGAGATAGCCCGACTAGCCTCATCTACTAGACTTTGCGCACGTCCTCGAATATCGAACAAATTATCATCTGTCCATTGACTAACCCCATCGTGGTTTATAGCATCTTTTTGTGTTAGCTGGTGCAATTCCATTTTGTATAAGCATTTCAACCGTAATTGCTTCTGGGGTATAGGTAAAATGGTATTGGCAATGTTTCTAAAGACATGGTACCATTTGATAGATCCTGCTGAATAATGATTTTACCATCAGTTGTCAGAAACCAAGCCAGTGACTAATCACTCCCTTCGGGTATAACCAATTGCCACTGGTCCTTGTGTATTCAGGATTCAAAAACTGCTTCAGTTGTACCAGTTTTCCCTGCCACTTGACATAATCTGCAGGCGTCGAATAATACCGGTACCGTTGGTGAATGTGCCCAACATCATGCTGGTCATCTTGTCAGCTACAGCTTTATCAATCACCCGTTTTTGTGAATTTTTATGACTTGCAATAACTTGACTCCACTAGCATTTTCAATTCTACTAATAAAATGAGCTTCCGGCATTAAACCTTCATTTGCAAAAGCAGCATATGCTTGAGCCATTTGAAAGGGTTGGTTTCAACACCGCTTCCCAAGGCGACACCAAGAACTCGATCGACCTTTTCCATGTTGAGTCCAAATTTTCTCCTGCCTCAAAGCCAACATCGCGCCAAATCATTAACAGTGGCAACAGCAGGCAGATTAAGCGATTCTGCCAAGGAGGCTTGATACATGGGAACTTCTCGACTCGTTTTGATTCCTGCATAGTTATCAACCTTATAGCTGTCATACTGCATGGTATAAGTTTATCCAACTGCTTATTCAAAGCCCAGCCTGCTTCAACTGCTGGGGTATAAACAACTAAAGGCTTTATTGTAGAACCAGGGCTACGTTTTGATTGGGTTTATGGTGCCAGAATTCCGGAATCCCGTTTTATCATTGTCTGCAACAAGACCGACAGCTCCACGAACTCTCCTGTTTTCGGTTCGAGAGCTACACTTCCTGATTGAGCAAATGTTCCCATCCTCTGCCCTCCGGAAATAGCGATGTGTTTTCATAGACAACCTGCATATTTGCTTGGTAGTTTTGATCCAGCTCTTGTATAAATGCGGTAGCCATTAATGACCAATTTCTTCCTCTGTTAGATTATACTTGGAAACAGCCTCGTTAACAACCGCATCAAAATAAGAGGGGTAACGGTAATCTGAGAATTTTCCTTCATACTTATCTTGCAATTGCGAACTCATATCAACTTCTGCAGCTTCGGTTTCTTGATTTTTATCAATATATCCTGCTGCAGCAGTGTGCGCATATTCTGCAAAGACAATGCCTCGCGACGATTGGTCCAGATCTTCTACAGAATTCAAAGGATTATATAACTCTGGCCCCTTTAGCATTCCTGCCAGAGTCGCAGCCGTCCAAACTCACTTCTGATGCAGAAACTTAAATATTTCTTCTCATCTTCACCCCATACACCCATTTCCAGGCTTGACATTATTTAAGGTACATGGTTAGAATTTGATCCTTACTATATATACTTTTTATTAATTCTAAAGCCAGGAAAAATTCTTTCGCTTTTCTCTCAACAGTCCGATCCTGAAGTAGATAGGCATTTTTAGCCAGCTGTTTGGGTAATAGTAGAACCACCACCTGAACGACATGATGACAATTGCCAAGAAGAAACGGCCTGGATTAATCCGTCATTTTTATAGAAAGAACGGTCTTCTGTCGCAATAACGGCATTATACAAACTTTTACTAATATCAGTCAATTCAACATAGGTTCCTTTTTGACCAGATAAGGCACCGGCCTCTTTTTCTTCACGGTCGAAAATAAGAGTCGAGTTTTCAAAGCATTTTGCAAATCATTGACATTGGTTGACTTGGCTACAGTAAACAAATAGGTTCCAACTAGCAAACTGCATATCGGCCTAGTATAAGGGCAATCTTTGTTAGATGATAGCGACGCCAAATTTTCGAATTGGACCTACTTGGGCCAATTTTTTCTATCACCACAAGAGCGACGTAAGCTAGTAGAATCAAACTCCTCTGATTCACTTGTTTCTTTTTAAACAGAAAAGAAATTTCTCAAATAATTTATCTAATTTCATGCGTTTATTTTATCATCTGTCATAGGAAGACAAGAATTTAACTCTTCCCTATCCAAATGAGGCTTTTTTTGTTGCAATATCTGTATGGAAATTCTGTTTACATTACGGAACTCTCTATCTCAAATGACATCAAAGCAATTGCTTGAAGAGCAACTCTCAATACTAAAGTATTCATTTTTTTGATCAAGAAACACATTTGATTAATCGGCGAGAAAGTTCATTGGAACGAGATGAGCTAAATCTGGAGATGTTGCCAATTGACTTTTGACGAGAAGATTGTCCCGAAAAAGAAATTCCTTGAAGACGCTTAAACCTCGTTCAAAGAGGTTTATCAAGATCAACACTTGATTATTGTCAACAAACCAGAGGGATGAAAACGCATGGTAATCAGCCGACGAAATCGCCCTTCTTAACCATGTCAGTGCCTATGTTGGCCCAAACCTGCTGTGTCATTCATCATCTAGACGTAAACCAGTGGCTTGGTTCTCTTTACGCAAATCCTTTTATCCTGCCTATCCTCAATCGCTTATTGGAGAAAAAAGAGATTGCTAGAGAATATTGGGCGCTTGTTGACGGAAATATCAACAGCAAAAGAGCTTGTTTTCAAGGACAAAATCGGACGTGATCGCCATGATCGTAGAAAGCGCATAGTTGATGCAAAAATGGTCAATATGCTGAAACGCATGTAAGCAGATTAAAGCAATTTCCAAACAAAACTTCCTTGGTTCGTTGCAAACTAAAAACAGGACGAACCCATCAAATACAGTAATCCCACCTTTCTCATCTTAACTTTCCTATCTTGGGTGACCCTCTCCTATAATAGTAAATCAAAATCAAGTCAGCTTATGCTCCGCCTTTCGGCTCCTTTACCCATCCACTTACTTTAGAGAAATTAAGTTTCTGCCCTTTCAGATACTTTTGAAAAATTAAAGAATGGATGATTGTGTCATCCATTTTCCATACTCAGAAAAGCAAGACAAGAGGCCTTGCTTTTTATCGACTCATGAATTATTTAGCGATTTTTGCGAAGTATTCAAAAGAGTACGAACAAGTTGTGCAGTGTATGACATTTCGTTGTCGTACCATGATACAACTTTAACCAATTGTTTACCGTCAACGTCAGAACTTTAGTTTGAGTTGCGTCAAACAATGAACCGTAGAACATACCTACGATATCTGAAGATACAATTGGATCTTCTGTGTAACAAATAATGATTCGTTTGAAGCTGCTTTCATAGCTGCGTTCACTTCATCAGCAATGCGTTCTTTTCAAGAACTGCTACTAATTCAGTAACTGATCCAGTTGGAGTTGGAACGCGTTGTGCAGATCCGTCAAGTTTACCGTTCAATTCTGGGATTACAAGACCGATAGCTTTCATAGCACCAGTTAGGTTAGGAACGATGTTTAGCACCAGCGCAGCACGGCGAAGGTCACCACCACGGTGTGGTCCGTCAAGGATCATTTGGTCACCAGTGTAGCGTGGATAGTAGTCATCAATCCTTCAACAACACCAAAGTTGTCTTGAAGAGCTTTAGCCATTGGAGCCAAGCAGTTTGTAGTACATGAAGCACCTGAGATAACTGTTTCAGTACCGTCAAGAACGTCGTGGTTAGTGTTGAATACAGCTGTTTTAACGTCGTTTCCACCAGGAGCAGTGATAACAACTTTTTTAGCTCCACCTTTAAGGTGTTTTCAGCTGCTTCTTTCTTAGCAAAGAAACCGGTAGCTTCAAGAACGATTCTACCAATCAGTAGCACAGTCGATTTGTTCTGGATCACGTTCAGCAGAAACTTTAACGAATTTACCGTTAACTTCGAATCCACCTTCTTTAACTTCAACAGTACCGTCGAAACACGGCCTTGAGTTGTGTCGTATTTCAACAAGTGTTGACATAACTGGATCTGTAAGGTCGTTGATGCGAGTAACTTCAACACCTTCTACGTTTTGGATACGACGGAAAGCAAGACGACCGATGCGTCCGAAACCGTTAATACCAACTTTAACTACCATTAGTGATTTCCTCCTTATGAAAATCATGAAATTTTGTGTAGAAAGAGTAACTTGAATCACTACAAATCACCTTTCAACAAACCTATTATATAACTATTTAAGTTTAATTGCAAGTACAGGCGTTGTTTTTTTGTCTATACCTCACTTATTTTTCTTTCTTTCTGAAAGCCTATACTGCTGTCTTTCTTTGTCTACATAGTCATTTCCCGCGCCTTTTCGGATAGCTAAAATAGAAAGCTAAAATTTATTTTCGATACCCCAATTCCACAAAAAAGAGACGGGAAATTCCTGCCTCTAGGCTGATAAATAATTATTTGCATCCTGGTCGTTCTGCATAGCCATAGTAAGCATCTGCCATAATTTCTTCCATGTCGCTACCATTGGCAAGCGTGGATTTGCAGGAGAACATTGGTCTTCATAAGCAAACGAACAATTCATGCAAGCTGTCTTTCAAGTTTTTCATCAATTCTTGATCAGCAGTTCATCATTTTCTGCAACACCAGTTCATAAACAGCTTTAGCGTATGCTTCAACTGCTTCTTCTGGAGTTGAGTGAGCAAATAGCTTGTTTTCGCGATGTCTTGGAATTTCTCATCAGCTTTCCAGTAGTTGTATTTAGGCCATGTAGTAGTCTTAGATGGACGAGTTCCGTTGTAACGGATAACGTATGGAAGCAAGATAGCATTTGTACGTCCGTGAACGGTATGGTGAACCGCACCGATCTTGTGGGCCATTGAGTGGCTCATACCAAGGCAGTGGCGAGGCCATGCCACCATTGTAGAAGCGTTAGCACATTTTCTCACGTGCTTCTGGGTCAGCTGTCTTAACAGATTTTTCCAACCATTCAAAAACAAGTTTGATTGATTGAAGGGCAATACCATCTGTGTAGTCGTTAGCGAAGTTTGAAGTGTAGGCTTCAGTCGCGTGAATCAAGACGTCCATACCTGTGTCAGCAGTAATGAAATCTGGAACTGATTCAACCAAAGCAGGGTCAACAATGGCAATAGTTGGTGTCAATGAGTAGTCAGCCAATGGATATTTACGGTTATTTTCTTGTCAGAGATAACGGCAAGTGGTGTTACTTCTGAACCTGTACCTGAAGTTGTTGGGATACCGATGTACTTCGCTTTCTTACCAAGTGATGGGAAGCCAGTACGTTTACGGATATCCATAGATTGCCCGAACAAAGTCACGGAAGTCGATTTCTGGTTGTTCGTAGAAGAGCCATAACAGCTGCATCCATTGGTGAACCACCACCGAGCAATGAATTGTATCTGGTTCAAATGCTCTCGTCGCAGTCACCACGTTCTACAGTTGTGATATCTGGATCTGGTTCAACATCTAGGGGAAGACTTGGACAGTGCCACACGGTTGCTACGTGCGTTCAATTGATCGATAACACGTTGAACGAAACCGAGTTTTTCGATTGGTTGTCCGTAACAGTCATAACGCGTTCAATATCTTCACATGTTTGAAGGTATTGGATGGAATTGCGTTCGAAGTAAATTTTGAAGGAACTTTAAACCATTGCATATTATTTCTACGTTTCCCTACTTTCTTGATGTTTAGAGGTTGATAGCGCTCACGTTATCACCAACTGAGTTGCGTCCGTATGAACCACATCCAAGTGTCAATGATGGGATGAAGGCATTGTATGCGTCACCGATACCACCGAAAGTAGATGGAGAGTTCAGATAATACGCATAGCTTTGATTTCTGTACCAAAGCGTTGCTTAAATCTTCGTCTTTTGTATGGATAGCTGCTGGGTGACCAAACCCGTTAAACTCAACCATTTGACGAGCTTTGTAAGACCATCTTCTGTGTCTTCAGCTTTTAGGACAACAATAACTGATGGTGCTTAATTTTTCACGAGTCAATGGTTCTTTTGGTCCTCGCCTCATTCCTGCAGCCAAGATGTTTGTTCCTTCTGGAACACTGAATCCCTTGTTCTGCAATCCATGCCGCTGGCTTACCAACAATGTTTGCATTTAGTTTAGCACCAGCACAGTTTTTGCTGTTTGCTTTAACGCCGAAACAGAATTCTTCAAAGAAGAGCTTTTCTTTTTGTTCACAAAGTAAGTGTGGTATGATTTGAATTCTGCTACAAATTCGTCATACGCTTCTTTATCGATGATAACCGCTTGCTCTGATACCAGACCATACCATTATCAAATGATTTAGACATCACAATGTCATGAGCAGCAAGCGAAGGTCAGCAGATTTTTCTACATAGGCAGGAACGTTGCGGCACCTGCCCCAAAGGCTGGTTTACCACATGGGTAAGCAGCCCATAACCGCTTAGCATTACCACCGATTGCAAGGATAGTAGCAACACCTTCGTGGTTCACTAAGCGCTCCAGTTGCTTCCATAGATGGCTCTGTAATCCATTGAACACAGTTTCAGGTGCTCCAGCTGCGATAGCCCCGGCATCACGAACGATTTGTGCTGCGTGAGCTGATGATTCTTGAGCTGATGGGTGGAAAATAAACCACGATTGGATTACGTGTTTTCAAAGCAATCAGTGATTTGAAAATCGCTGTTGAAGTTGGGTTGGTTGTTGGAGTGACACCTGATTACACCAACAGGTTCAACAATCTTCATCAAGCCTGTAATTGGATCATCTTCGATAACTCCAACTGTTTTAACTCCACGCATATTGTTCACTGCATGTTCCGCAGGCAAATAGATTTTTCGTTGCCTTATCTTCAAATACCCCACGACCAGTTTCTTCAACTGCATATTAGCAATACGTAACTTCG + $$$$**''59:=2-0)-501,$-++50556;(>A<57>D?,00*'''&*&+,'++-72/.21**++,69<1(%%%1$$&'$#21300/064&%%+--40;<@7=8&$%(('',/.&&&/*,./+-6019;02CD;??6/54=92--/)(-+/9A+&8:8,5-&$6235749<>.6+/0*&%%$')'252%)+''%%-9=;=<;@=BC=@AA<684?=9&4256151?@?@8<2.9>=6,**90??9BCAJH$---,32088:2546KE?==44%%((9><=GCEDEB@.057989/+4AC?:BBQL77%-:)&/7467@C<*55@<<;A83=?@;7CFA?A;?,-+,'5<<7'%(?@>ECAA<./>AC<>D710-,1846/??A0.*(6:567>=DIA58<;?6<@5115@6EAFG;?3+A@?FC75(3.04567:892CF=9@@8?;6689524760/91,*&:>?B;:AJ?8<=:5)/?GG9):>?AEACA<4668632:62;98.(2.//-)(-.+&),-+3$))$(%((4348=+.7:739?E;@@BA3335776:;:78;**?@A>3'$++/)(5&%+$$$('55457EDCH=@???/1+7:67710($&**,7$797$*$&)*)-/7=8:$$''101%%=9;67.-8;=:35584441A7>998:0<==><7'((6;;??@()),@-GB>;==316=76;=8;<55)95??A;=@;:7*&50319635:=8:CMF?BIJI9991HC>9:;=6:=?FD<92,''/%09:6<<=BC>?:>?<(6'%$#%&'14679E?G>BD?@8;EC=5<;;-+)767ACDG@68@FCGE>;G>=883;::,BE=@;8((,,.%*4-129BF>C?@E?AA<5><7?93/6600'%'7@?9$8@C@BIHLF@333;.((/5/0&/:56+/+(+:=9;EGICA5BC42/.0=A?<68C;@<898>8-)<6;M<>@B7;0*5328'*,43369;?A=DE=;A=7.0@?:79=8==:3(%$&%%$%(.10433*41==20878<;@=791*=<864445+$#$$$%'))-+(%%).,527,.%'(24A4?HKHH@;??BEAA;A335/--(-$'&'0+7):79@C56//%(73>595.%%%)*'08(((*79;56-)5D927ADCBAGFCA<7;;?DH>C?9732;@48CFFD5@A66424//*442))>B<7?AAJL>=>E=9;G???76?@B@B8<='(&##$-%%14420014><3,+$$$$$%%%''''&*/07458=;66@A84(+779=:=9DD=<<@BA0%(69?@@;2-<<>=D;=?;=:;=>F@DB9?@@:=;54*&169;.20..4;=B;@@<=G;D(%<<68>=0;3$%&0/??B<;74712<>95119:+6)00-+-*)')++,=77==FB4*-.94BAA@:8=A6A2;6?;:24&:;:3()(;8=HLE@>>>9615.8999/+--+&*8954588<4;;><00*$%(()(&*-164;>5..10898/0>)/$00049;=>=<--2.-7.020+&(*-*)12++/48>>AEEBD=B?E=56-*>>=?A9:<=EHJF2188799>AD>ABE?=D>@FEB<?78<<<<=<<2%%$(+*('60+%344.))336-:;897731%$%)%$&+-+*)'('('+-.9>=66&&%$&('5''3AAF:>//=;:630&&+6/?CCF9?:69@;/#%%&$$%89:<<,/:E>>2/<;C>79>>:9A76-3564/9:4'%&#%%&(-/:9.%%#%%%&-44;9=;?ADG@I;?=E8:=6A?CEE0+9=:/,011.=>8A;+%&1+$),(*'/88<;5=-8';>@><<@@B?709A@9@A=:<9;;>AF>.+7-20$)<**($06@=CF>@F?@FE=6&0//1;?>6=,-,,,735739A>=<8>>80,%'4,112B?4;9:F89..%59:9/=>>C;<46&-;76<99977>:)428@?=EDBCDFIFAAA78?3%((298A@9@@%%,$%&/&3,,,<:79:%34//**<=@>=88=B4($&'(*+''33(&(-216'()+87D=?DF>@BCF;??BI4C?ABE4:<;<8345(.,&(1-'')511)2<@?-;;=AAA>36:8;;=C->A>?:=CD?CC8<;<)%&%5;(411?:;<>==87<))C@<22227?:<46CD@8::7385.+.-440&''5379:/799<$$'<77664.-++***.-10.9979)+=FGC=7-91&'-#'****<6,/)/...18;846413)+)(*2?=-+6.:7;9<>D9>:59:6<;<33%*;848>A%3/.+*;::9359578@@859;:;A?=<3698684(*116;99.<:27>9:<>=(&.&')-5*(68:;=?A?@:;9=?>;<@@AAB?5:>C<=B<18>9+-/$')(,9)123(-146:*(*/)'--(,((''7=/998C>;?D8:?A<>CB:<9<:*$&&(./.',%)5:63&#'(77)&)(&72+-:;464E?9A@<844<&%+))2241.)$&&#$''*<=A79?;<.*$&(&%%(534565:(+&*(1*(%'''''''$$().334)$%%%1&(.//499@:40(%%+),&$%#$$%01)--9>??=86*//+'18@B8BCD:<=@@C8><=?@B>>@>>9;646267;.?9=A=>/3319=?;>:332$&&'''%&&*%'387=:9':;4=@@EABILDE<:;=;--((00)&&%/+2:@C6AAADF@<:?4<:*)088>>BE>668191..;*,7;..1625:*2*++5@<>@HHDA.42.89=D>6?E:A@>=C6(((-.411$$$8:9/(,:<32//144@A>@@>:A:'$&(=8<6B:<6498/.,/460-0..+.:<676;=4=55>CC*''0)00.1>>ABCF79:;=FF>9:<:B?9EEADB0-::A?2525>;=6;@AB;;2&&&)DGGE>4:89;:8:8>DE=<;?55:6/67484(),$1435:9:4+//=>@<>9::96+2-04698576+-&;>:@F;29=4;)$',5DGD?FC8<>@10@@HEA9:<9'??A=>=;<3*7<<8=?F./69<7'7:<83-'&%&04553295.:=8731*,*--.=::=5+-2/35@?C@AJMC:79A@B>CF>><;:9978;52(&%)->@@4<9><8:*4B;;85,*%%#%%'678'%::<'/+')3>>>5C=A:;165022<-*11<+648:,(($%3+5::=9$%$8;<@:8*%$%*)&'887=:.;<9JIE@>/+464,.E==GC=:=>DBCD@?57;=?A=$105=9:>/<<;;*/ABBC;>*+-+*(&)2:6--1564CB>7M=>CCA<8D@8=57;4@EF>2B<<=BAB?=/<9C;9@K?9?=>/<446:8669=;33,&$'122%276+*)((($)($%&'(()-%369<=98>AB=B>=FEACD9AC<:'--.%'&&'&$&%$#%%,76@>8:9;602/-),312=?;;;B=E@?E?4H@7?BCI?>?7602$$(,756:9=2/-1./%&&)###&*/6;2.3*+88:<@66479;D;7446.%%%762+.795=*ED@?77==>=?.+:66+1;1,')(&'(''+,,*,-/3<:88=FCDNQSLFHIE47@C?:B=765/)%$*.5@658ONPEEBDCF;HG?@EFHHBD>)17;95-4,/:983..0&')/03..:@B4&1.0;;>;2)45%%15:CC>GJ<7?6D=F96A7B:D=D=<8;.5219<:2<>A>*('9:563@?G:90JJ@@A@>HGEF=4(+-()*$&$+$%*-.>>9>59*/3424<89;?242**/%%#13=;:<71/:6684+++)))**':@A9D;>><;FCHJ?@FA44=?B@>/)**$&%)113+2;>?>?C>1899:51)),C77;5<=832'%%$'3679=(/;92,/(((44.463.%$-19;>ED<6@46.+,=<=8>??5+()*15.;6557%<;?DEBCF?A??CBDC?A@C;9:>8A7640*99:.56,,.%%%)8?@9>AED@+-AE6IH?@A><=@:@0(3,25-984579@D7927:@BAE80)(:8986?AAMIJHA4;<><87.0.0,$%$%)$'-3-%')'04532795<=<($%%%&')'54'57:67'(+(,(&*%%./0&(*-4.%$%%$$&&$))*8/0+,&702:B9<>-)+23<>?<(6;CA;?9:<=(1<;519:736=>==>=:D=+7-.%';<<=;?>A==>A645<=@?750.3:DA1(5(:>8AFCABA>DKH:=>59143'%%7CB<:BA>3/6(%3)&)9.;=BIJMKKCA48<>=CEHIC9/0,1(+8;8::ECGDC;@D?==8::8>:7:40/24<CBB????;6,+/:C>E9;(557)&&'$&276:DE==:0;',,-,'*-'0=B?95+1)'%$56=;@?@;338;6*=66<9>:6:7;9:;1.'%''($)3440()BFJ@0@CD>JK9BA736AAA>7,1..*'%,0%<932($2334:<;;;:54<<+&)()445110+3*%#$,'-%)/721>>=9+/,3>87%%%$$-2333<;10245788193..++,$10086,0:8-((')'+.,'$%#%'-,,('&*(((&-/-247?641,.'&3;<>9;?@CCBE@9>>+'%&&&1@=?9<;H>>+0:&+=@?9<315=87777:=9*7(5333/+$#(&)(1087B--$.)&/7/14<79>:+&((1142354>753-447CA20,.22>=;>><=58:FLJ@8955>@@9::@?(+2+-6754442()&'',$&''*567:4>FA2@96<>5?>E:EA=&/>?:;9$'331+,,3:;780+5;3)5913;;5;5C79=DB=<)75=<**&'&+-*0(0<1/.17A:C6201/('%&&-$$4:7::===7232+*2>A8>8=;@.*.27C68AG==1'%+*+(+%$#&++-..%()(1433,*1019<6;17@?+(+'(*'(+(*(*4?B71+++/--./6-.-*))*(#$#%&%$'(&&'-&&%$%%#$$(%%'('+%(&),-+))*(%%$&#$)*&,1$$%),.$(%$&&(&%&$%##$$&%&$$$('&*(#&*)(',%$%(('+%$-%&,$%#&(21)'&&$'(,.'&%))%%('%%)'#&$%%#&%''&')#$%%%#'&%%%+(%$''$&&()($$*%%#$#)(#%--&''%#%#%#&&%%&#$$*+.+*'&'((,+/./--%#$%962060/6.+/-,<;?AAA6,68?:6)#*$$-4558/'3211*$&$$$$')$#$%/5577@::;-)933=?FCABAEGGEEF?12=8E?A:9FHG=>9(279:>B2?CED>2=:711**,$$&+,3,(,$.(*50/34+**(**($'&%,))05759=<.:&&*&-1$$%((./),-,/2**,5+:=>68?@EEE?1@AA@/.177*/0018:@:BC=7'($,(01322F?F>=A@:>.,%%,23&'6=<948:,**8BBB=3#&&,,.+.7*+**644%426-+23=>:43::86853++0,644@D>-=JD=G;C6+&.//(556.666:9>9<6&%'%'($&&&,<:':;623@B@ADBCCA>>8=?;9:'$<=D?600;;;<)4'(&:808>B?7121$-56@@<.5>41:?35=E6=A;:856+,.5)*&,%$#%&%$''(.0309;<>:6.29957*5553808.16D<=B;885/==5CAB>?>88;=<36AEB><<9;4)*(&&&&%369=?9(614>>;2>;877B+:8:>>+'-&0/8868/9=6,))&&%*2)%%++4/4*'5369;:,,=2?@>:;610:1/-'#'-$*+,,.*')'()/24==<8@5=9**1663-46.(%%$&%001$%$$*(++(./2*-/(&53178'689067:<>;::<7875987A???:=B<@/,-(:688=>;;;8>>--0)20=>;:>=:11(679?805>:>=?*7?47D>8330%%%%244==8;A?91,-,-1&((((%%)898;1()301&'&(7:<80...:B7:;40.2099509>@D?($=D@G::98;84798>9&)-/:856''2(++:973,0$$.833242989<=8>:?@??>,'&6>>BBG6(5<28788++)*2?=5>>C7CA?4/98$D./;=>;<==5=:96==69328>6:;>;;/167:)&$''5:<>=9CDFKEBDBDC?==9<@BAH@DA@D@C?==D<:4:<>)<==@8606:5++7??12?0,-+((($?<:?;.(3.%&-//333320*/%*+,(28899;<>B?4,'/B9;A@>?7AEEF@=AB./6&=?>:A;6$),(4425-/.4477<87>>?;50GJ>;:9ABA'&'&*+8574CEEGD.,>BF@?;>8;::96<:3023<=>??55;:.1?=0+0.%((-/5-79:8)$#'&45.*467:<:1=D@/;79@BI=JKG:5?9=<396%&,60+;;CA<<;??=5(*8:9:<;1--)'(%&(*+1470088951.&278:---,24330-655464.*+-..7<:,<86;<45+)9;AF=?8:AC=:(679??816>::/+*'(9>>>>DB;FE@?@ACCG?E?@:4.,-78'$8<==ACCDCDD9)88:;0&($',2-)/9=9@::;3/?DD6=>:9=;4'1433+7-(6?G@>A@;A9<:?@0-7'22368@@41;?<=9.<=AA@B<@9C<>=8:7/%*CCDKLA<<@;+&*),0883@>?AB;9?6+++))&&4;G@BE>ADDF=?CIJHEC7598@53>1',).005;>9=?FHA?>?,58:9//3EC9AA@@A?A@BBDC=6'&&%)))(''.6:FA78=71.:36:;589./>:$(($$#&$$148;=BHNB?98>?A??=<.+$$'+-./2788*=8=BEE?:BA:?=>>19=<<<42244957:(42568::@<47:=;DB@:D>FJ?EAB953A?CE;ABC7..(+68=9=E?1==?3?%)),95//196(%%%%*+86799:**>B6894***5.1/:;JKCADF<<9=><464-&&#%()&%-677AEHCF78@:;>A=?F@9:?>:7'59<99=@:?C?9;EG@94+-',5332%)4*/)$$$$&37=34/-'3?@121,'&(&&*57DIA=6421..)&%)5/0@3B@595@>:9;FFFJBC44<>B=8AC<>BGF@05:6/)'*2,229=?=?EF?@:@IAC778@97AD;;?D<=?6=?HHC@KG:=?@EDH?B8)&.36:@<>18FF<4-))4>;7>>=.,+,6><<<7/.53455564/;<;77:;2%7-.7?B@@DG<<>=5((,*&$#45785522,//17@:::+*6343103.2:;;6'*1''''')'+'*.066439>@@?@@/')50.4:53((+$$$>89;:9?8::83-%52)),29<4>FFD;9663-B@?AF?@==62;EGGFGB7(?BAA8=<6=>@:=B<.<>A9;CC@@@:)$3,/0.723.,,+4376(''%49:<>;?:;;;9(('05498&%%$+.156:9:885+++++$&02<9BCB=4+)1:<88;7=799:5>/;;%((0*3)&(&%$%%''*+,$%('''&,'$'32'(01.19@<7=DHNKA=>BGF>15<;AC;;8785)CB>99-#$$%&$+8=:2-0,/0*,544.%',596/@@A2)(%,=;C@69>?A@78EA.19;<=?:,,(*4<=3/-/'(-14>:56=:3.EC:739?79>366=>:6*%%(%&(<;:+3/:*?<>?@AC.*CE;)0:<:%%12*85>:;:<<<@6>>4>=5;FF7764/(&+%(.+2224:2*)(%$&--259:*>455&%%01''*%%%/2224=>-=?C..(.-3'+*)/0,9AAH><45<:;78BDBIC@<:BE=CC?;'$DBFF<9$$$%11&-)+/+*+,23;=@/C;<:;:5=77:96@5&*);87:45<84954;9:=AF<;=<;<=$%$&(*.%%76=-''*56<1:0-../)--002784111643111,&%)%(%)10'::C=::862$&&78797EE@D?=:;;6>43*688;>>=<><9=>???@<=4:>AIIFA@:771?=26?H@?EJIECC@<=:==967689>?;ABBA>A3&&(&)11/:6;EH?=?EFCDCC<@C@7(&(((62389<<<=;<4*,$*(48FGGA@A9?59/228>?/,349<=@@=3-3'%%%''+,-.*896B559BF(;=?>:>@A133:04;78:==<87BDMOMMNB7>8CCA@5/.7;@A7+,,+3*%%#%-&$++3,57573.:7868)42.'&*/095'())%('+,.4:?93.118774?)32>=7?>@5('8:99;>??8:>:;C?AA8+)-4664,-,-56,64;'%-49622<;:3<6-0.567@946.?A;=>AE67<61,,+3568;=;625(&)),342:;<$134:;@AC@C<<:7(%3459/041.8<7:@CACB58747&)1,79<84-,1%%**5667-C;<;8:(//9;<=EFH9@<:<>9@@A;?@ED<9=87858A=;7.5*=>?A@:6/.2.+2,A426794&5<606-'%$%&///-%$)+(*6@HFGBCGI;40101<:(&'--=98,2?B<<;BC>:;?>=@99??;?@<:7856=<;4.2:=?CBB:>DC/5;<>@72:,1-/;?@B@JHJC@BDFC:GC?C@A86***.93AHCCE<>?B;D<@-67==EGDLGDII3B>;EAD05?9>1''6II:>?@:?=C??<9*,2&&4?77=;<@>?<A?3149-+0888'168/--02'(5=>CHEEF@A@67@?@-;*J>?GH/*'),)?@;;>9;;@57+2345)+37;79C7>579(*/0-5<,4.9BC@7*526/2'%0<=D=E:<82KF==A>3+((989=>@=@F=68;;BFF4,%+1000>CBHGBDBADA=B?D?B>'%@AHAHFKE98GE<@I>F:<-<@B=FF@=9=BHDEE?=EAA@<0'%22@CBD=JCCFH:K=8>?>.335>;94**/0::;=96/,*)*+2564888@BC;3>7801<),34330.47=@G=LHNAKLA;?CE>++-.&&,3567@B@A;E@?EHL<;JHHMC?:;;83?I8=?DDFFC<8A?;B=C>)8@>7987(+),13?@9:;:<976>?=?::535;2'(()96)64445232**12*'&$(>CC?>?71,*1=A5922322+*))(;0,08=?:./.)&.'1200(#$0%%'+8:=<7832&/$-/5'-,07;=D:;;>=:;=)+$('&&$&(%*>><;($'?@<@=57:C><=A>>B<8=A986A<:A696;EE;.589:==:>><554<:@AB:@9,1=00:ARQFH>;<=@9@99:?925<='@AG88;75>=2'(1;<-49F>@B7<>;CCEHA6B;>?>:++788:>C;03?@<=/)@CA?BECA7:@BBG;:7:;2-2*273)*'2-.,(6695:=<47<:9=48,%%::4BAACA;<><)()'+(244855;7:;86)('%$$$$'$$%$?@=?:3011176<12=H@32@/*9@GFA<@CDC7>88=?AD8@DA@@@@FEBA98,),-&(**&)34AF@<:<<8:<410%=6621+7+-''%%39;:AC@7E:@=66=-?3=8-'(4))0?/''*B+A@&&')**)%'+*5335??@IBA<9:?2;/;=9?>2$&&7A<<9@<8%%%'+)5652,742444?@@FEECBAD34==;:B??=@C>8958;<9=999><9@;68521,**$&&$#%*1;59>99BA<;B>;94,0&&%%$$1*/66386<>=796::<6;04'6>;95<<.74()0(138-%&###$$%**-<@=>=:577522-)*-4078>@635:30((&&$%%$%(31408861;;8977>BC4.208<A??0FE68;C@69?=:?CB6(;:04.16993GH>@@?;6AA5::-&&##%668@.)3(%1/188@A??=<>C<8,*@?CD;?BC@A?BDD??9)(.237@:;:<8,A6=D=C?@?=;<))-0;=@95=94@CDA3>:..-()'%*)(+0/$-($*36,2132:B<0>@504;>;>=<;;:=;5=600538A?;'&)@D:@BB@=;;96-(/><8EA?>=C>66=;;GCKBA9=<;EF?@D=57?/$$$&%6/14':=?B?8786BB==DHAGBF?;&&9=?=3+--=?A@;B@EB;@9ACD<1.).,,<866?@2DC>9DBAG?@C524:;8:;:700$6:<>:=?;(B>?E<,687:/<,/,B2.14+*%%,%(46==06B?AEA==9?BB=>=:,-$((**+);=PF>DC,241249>CDI@@@8CK6;=>EED=C@?39<@AC=FB:0/$(&%&%&32?>?IIGD8887251/0:;4>@??>HF@<<;4489@@EC;?=@?@:;=<;>/4>;735C=>?;>;=;;332>==;FEFH;689947=BDA=;84DKIJF?<=2C;53:854>E=CIGDBA?D.1?D?;>(<:;84%4C7FCE;5-EIGF;:886/1,///(23CDFF>EEE<,'*69245.,,514:?@@?>8BHGB8;JJJ?IKG37:>834210)'#$$%:%<<9(014')*2FC?A-)):7BA949>CE;4-:999;AA>-1AEJ::DDB<;<:742287351-&&*/.0*&'1445<651+)+7298955$'&%%(5?>:CECFCCFD>,=A?CJCJ?=65656;<*&'**86899;;5&+$$%'+./224,064(&&#'/01-0315,-*/&;',?@9<@>?=A?>>;68.:?HG??<7,11>>7=?>>@B=2..-/('$$%',,6*&$+*&.047:=@>;7;:;;=:8;:86%&',229=AA012;;=97<9;7:$$$031485::-.?=785-6--079F>:A?::<483)*./2(.'$38::768:3BC@AI0.+,50/-8;<;;=9+)%6&&'.&:=3?8;8C@:;;>;99>@9@:6*+/:<@>@=7@=IK>7991CCBA@@FEE=>=><<;@;C<;::A>>;68;45;;;;B8''%774?7+22$&&&%(/165CB<;;;89344;35881&5/9<:<<(%&(35<:;14/634788>BE<:3-?0:=>6&&%&('$%/18:5?@AB946:BD>CD=DEB?B@99>:;::6::;:?IE5-/81/*$$+00%())((()+(025578:B@<;;=EB5546)+)$&(4=AC@BA@-=?A9)+*&()=EHJKEC@A<:34:@JJC3898:62@=+)=DA>B=*>?9=CBA@9;8/1>68==@:;<<=:71'73,.89>96<8?A22AC<@G?<01363(&7>HH>00::<><@?>D@?=(=AB@=AA89;EFFA25'98200?:??>DEGMMEFEK8--3757F+;;>;A?FC34DNK5?$=?EEBDCDG<*ABDEBB9=8C9%5=9>AVUMO?@EE9JFAAGHDDE1''&*--0:9;+,6D;DDC?4834'2849@A?8:;A89CD>+'4>@;CF>>==:=?MC?=<;;4(400>07,71D3698.*)();=@<.F<8@>A==8C70/50;*$&)$&%$,../27:BE>@8:<@E?;12=>:>@>?@?@AE8CI@:B@G8;AAC=<:<=;=;=HH>?C<%$*=?7FD=EDC>?CGQHE=4CGDCGLFACE@@FEIF:?F=I:B:968910..00.*((14=FA?>AA@B6=B6614'#79:=JKKC:<=AA>@7HII@A?@A9;%+.6894ACD@BA<'0545998',,+('(,678>*'%-9<=0?$.047-%%(*.46457@NMDGMDBLA;@AD@4A@62($(%&(**993.3..546:=9,*<699**1(1250.***-'/2564?GD?E=@@52<8916.1+*85.=:?C8++,3/%%)43<:989)65)()+*'),.-,7==.09327:6/2:<>>8;8')398::GDCB>?83+/,'&%&%%$>?87>864266?;:8-(*+%%&$%/4596$$(-=<92248@A=>=:BCDGKI>B?89=BAAF;,11,&%'$(&..0/67@9(&)-=>::92@AF?7;;5./-3<:77;<;5,1&+-/128)645>>><9:16=+.7676:9HE=?E*&6;>=A=<*$%1328>??98?>><;16*('%&&')$%+((((($,871,?B1@:9>:=<:A@1)2111.'-1906@:;87=?922032?35/:'2%%0=C:>?DCJFA?8A>9@><0;GGEC>7::(749;51.0,-+/9??@=?@?A:9/''>:=28947?/-/-.+%..)'.0;A;=@;BDGKC=D<777448;;:4G<=-92.+*;088868957;>DFBAC>9:;3;>?3//:>@BD62>@:@=8.*$&&47?/##')385315199?:1--49+==CBGCD=A950@1&%%/%+/5-48:/'+9AD488832?5$(=::.=BG8GAH?>@85:1.143'.',+1-59;;3-&'&%2142/)'&&1''&&54/37DE925739;6+*2CC@+8=@=8J;979?=>@??+''*+$1?6+<8BC8(+.345/9=64450*@IA<<4049=<.250*+21($##&)07)&'%$$%#$$%$'1'$%%&/161+.2.28::);9=<;8;=71-1;<@@BB;==@/466/05.02'&&&&(,/1((-,+*476;F:82'%&7*+%&3-32124=((00)0@BF==C:98<710/&$%'(+:>:A@?DA?ENFF<>=BAJ?GA?A0.5-/***$&&=<;4@9)(($%$$%$$$%'$$&%'&$%%'&&6;;)?9HIML@C=BD@>8CECAA<>4>8:5;951%55;*)(*6:20,//-,*(%&:9)-,10....699748AFA1@@:3?@DFD=<@=;AA;C::AAE=@JBBD@:=<>34,+,&&)))))5KMGEEH<8>546,88977@.78;7:&9;)+64,,$$;:(%%%$$%%&%1/1+,((100053725AE;;61'-+**#%#$*'5;:8')$()+.+6;=>46;=?>@<&'''&)<:?@<1,*8<455708?:?FJHE>>MI779:74&,;>82..6)58(56:,()+/6003A>F40334.+578./)(#%(.1##$*+-(666;<86-)+-,()'$-68454>?9@A=<=2#%('((..6,/-4=927//0.&'(('+/55+157('%'#%()+)&%&#%%'))((&%(#'(*('$*.,)$$$&%'*6?==-8;;5272%%2013.,9<74>>?-165*&$&&(%&)%&&**&&.079,*,**+-)++-***&CHB?@=.4;ED9B-/-/,:&$$23;>@3:7662++/::0(,'+:<683)*$'&&&///9A?BCEIIE2-B=GFDAI=:8669:796004;@B883/('>A25=>>@;&.9*D:C@?:9@>A:B6G<91:<2A@<:A@:099??98-/'0+$352..(-0,25E>@?<=;@ABA//1'%79:8<8:995CDA>A<@>639>9%%$$$&'$&&&&'+*&)%-(15<=IJA6>,/*24133)--)&(6:518*3$'(8>CA?>=84<>A>>5+122&$92&'*'('%*'$%&$"&1/)&0066$(((-(''((*%%%'$#%%$+--)(/3336513935:9;A*5'&%)*)()=>=C9+@?8=BA.0**.%$$**,.-(.%&%%$&$#%$$,./.44,03/(((0.+)*0*)'%()+//)(()+),&$&,'1&5<>CI>A=))$0285>=7(('((76,(&,/.,/1+($%340..4;@BC>B:CG>57)%/),--&/--./28?;=2*&&*()&$$*%'(/9::;@F9;@594;=).0.-/.,1422)%&,--(/&#%&(%),>@<7>A9/6>;1.)%%-,+.>778;674$)&%%$%$&&$&('+,.56=:@;0A=99=,2-.//=:8/)=99,.49855&,17>8974:89:=<=C<@@A:(*(*,<5=98115%(#$&*+.<>6:<;677950:/%%%0%(,-,2-/5319B<=;<<:0/79:54/&)%<6<$*%&-/-*$(555614:*$(),&(%$-020)0(,--,87786/)-.&(.*.0$*%&'''&%%#*+98./4(.358./-+(&%'%%/-*+%%%%&$&*&)(((*)'$&)(/0(/-%(/*)&39+))0//))$%$%$$.&)341983*-:;=2-241'$$&)&&&'$**%$,4'%13.00&401'))*('#%$#$($%2*)%(':94%7'.-8;>=;97.,0,-,**$#$%#%+%(*$'*,/12::9=::())-/6:<8()78814;=01-+$%#&)),77:848;7$$$$%(>>A&(%$&&'%'(+)(%?=:7A4340:@>?--BAHIDAC5;?<6.+5@:998<=;;<=<>;??-&&$%(*533%2)44,3<=663*,-'$&358/)$%'%#$&$%&$$'%+%''&%&(*)02-$(+&0/10))%%&&&+261464.&+%%'%/7?;52<=:8;76/$%#&2=<<=>73,*-./244%'$$*%46'5269<6D:=82C8FC6;<=BC=8$#**A0-<9AFEA/./''&%',/579'(&$$()),--+,.,-$'$'(-06/**59:/88;GEBC;;83/66,169?@3&0210434@=9:;;7$"#$$$$)3;;;:79410/06@<7*&*(###$)('#$#((*'('$)(()($)-9BE.140$$.$$'%&&%'()'11:+/224?:()34*,.2,0'000019CFF:04/18-?=>H?8'%%&&24>ADCF@:$*6;?@;2?979958%786&&6)/120276&&'$)-,$'-,%$%%$-+$++,*,09=D<9B@C=+.?A:;@;*)()&&%&.$8>02''%$48982*)/0./.$)$020:9E<<>BG;6A=::9;B?<998C88;>?D<:59:304+7)**+//9<@<<>?;:9>>1'&$&0-77$'#&$%%%&%#%+)&##$%&&%$1'::500336AB9CL=/)&---**()&+*)+0++'%%$$%&&#%$$$$&&&+-124./%&&)12(&&$%&%(-,$((,*()('%''#%&%'-%%+*-,*-(&'$$%&%%%)9;::<>:>A;;8:=@;B9<<<@?0289:=7>=A=:;=?1:<:;>9;@A?+-(+(&7;>B=@A9BC@8$%###%&&+146<99;>;B@68562=<=?@=98%)1))+=5B99?B9=?1970+)>=B7BCA75$#$#$&B@>?:7??@?<6:DKC/9;=97875-$)(&,7:BG8*.':6<:6/$&>4++6<=GK41;>1/4>(+*-CJ@CB@=;>7B698E89EF;:C@<(995>8>A@>>::?H>:<;>9::8:7:;9;8@6325?;/05*(&%,%"%%(&(%%$022:=64=76(&')512?<<*..64,-&)%&495:99;3KFA;B@8FC674?;;=A61/98;967=5<>:95:BA:88;1:;6BF?FE<@9LMG?51//1@<9=?9?'5B:?A?BB<@?:;=49860:7335*+()',*-..'(+'6055943045(%()(%'%#%'%#$')($$#%6553/.,-+33621*)&&&8/+*0;=9;97@9:?E@:/7:0?A??:;=FHA?@FG:=?>./2?8:0/15=*&36*(,#$$%%496@;=;=5*44,,)),--6.56:?/1BJKH9BA<;3695$)257-623B@@>/,-&$&+,$.,122%&(&),575-1::?B=61243*.A9;2;:89CB811B8;BEGCLLC>>>;CB><5*4/.$%''%&*,200*((,((()(*,3338&'&+#$%&'&%&314.9>@*@C;6445:;1==8$)7:;@+//-358A9166;.*:@BAH;<9995,/)+55(+)8:@GC6012/%2@@;;;,(+)(/1($(+,,759;:;:-1,5<8+''$.;7:>726?ACEPH?CE@IH88GL@E6@D69:?89)>D<=D677998'*;;@@B2D>4;:>A=7AC>9@ECIKJBGICE=,@BD2<@>-(&((14440;2D:8IJEC5:A>A:>;>7GEA@7>?EE?2.EBB>:-%'&%%)$,+%'(('(9?<-@<9;FDEEEA43)#%'0())-9@BB9?6;>C=:<;C7@4AJE;91&*.(')0//'82'879A@@@BB34%&6:=,'+:<9>><75$:;<55=?>>@@9%+)%+&..-1)'54'5AC;5646/)*(+)'+>=DC?5>=<.(&,)4200+*')23(&6<=7:?FG@A=99:CA989LLE<8DEACBE@@9<6=84630-%$(+335:49===?6B=FH??-=?B>EH67A>;B8>565<:5A>@A=,+,#./5ABB85;=CEMCHAAGC74==D9:87/.'/&$$'188==A;488=:BB=66744++*+5775:<;B5?8<199='*8))*+,((%$%'$')+,0,6/.,*&)).(*'%%#%175>?@8/-/28::8380..*,'-6:843:>@?A@8>?:&''0/1+)(*231*%&-/1055668@>;67=.*@>D;=4$#&+,(((*5;:'?B?>??AC752/35%$)4(.8HBB4598'00>9?09DGKMIHB=8?=;7'$%32=<>?>?CCAA>JLC:4:;?C/+3;:;111@D7=?=FFCDB4C>@8<4454@A@C>C=?5/898925;=>@CJ/*&-*%:74=@=ECFCFFGGCKIFDG<;JCFG:B***5>E97:=7ABE=>1ADILI;+85&')%%(/1241(6ACDF7=>><5+(&/5;9:??9=;>16A?=?AMG5,+(**)6:BDG;2<97:-+$$&/335*3<6479>C?<<<<5212=GIKNI>>?=<-*957=871775/.+,28(+()307<;=?D>:B?9@94.?AC6?=?@<52,,+'10?>65%;7455./99;<3966?@DA@)'///2>DACDDGIKEIJCBA69<>:;IKKD6>6::9>C876.78B=?C?//32688EG9:=38ECEFHI335C696-9<@<8:?548=>8(((,3214;;8CEE@788<;();:9))4%'/0&2=B?97A:5)4---8;:<:==?EC=CC@D2,)8:@A:;CG.?LCBC8=;;;6<@B9:?AB?&*',+1;==<9DA@=<@?=??/(?@B?*=;C9BBAC=A@>9@B<;A@85<478:),4;99:<@C@64@;=7B9=;=3/)652>A@BE@@?*(*&)(&*)++;FE@;1..544482546639:.0-%$+-/:58;:<9:7MMB@DED*D?FC>@C;>GALMEGIFD5GD??&HEDGH;DEC0?A<359;=FDD88HBI>A9:<5>@>8?A4<799CA@A4553&?&AFD?>B7(%&),)(,%%)%'/4-,0>;+356<>434*+)&/30++.-+%%%*',130+-$%$--%&$*=>A=@GGEA;,7116@;7;A<'%)*((('1++)(+,.0)52;?>EE78@9AD9<@EKKKBI:2;$>C>KDFDIGH?I?%@:;=;34/;<:J=4?:3,%+$%((',.013'$&&3'.=9)))6979;:8/9DDFC;/.**-//&9:::1=;>;6(((<>:;<;AFKB>=GHHCEHKA;DG>;(''$',,-3,)781317<:@892999:?=>:=>@=>,3;;)$%*+8<78;C3=ACD==A;9;65.*+%$2/7+--7;;914>@>@?E=D<7%'568-00596=?ADA7A1,(%);D?;>B9B;@9?2?;:88>AD88<9:../.,0)-:5235)97<;:7@9&#$*(.456:5:68;CBCABA=?DEGGA:CF:?.*06-)'+53=<;?=1/'*,91$%%$);=9&&)&.1998ELLI@<>,0@AG6>8509ABD<845&%7676@BC?4765+&$$*))(*-%$&&&&)/32+,*)),&136<<2:439:,)&'%%/646>EFA*;9==>4<>?>.,?7:B-A;??5440-+7-.45>2216@@8,.-4((##$%#((&*,0:57:BA>A@AAF9DECH;AADKJH@869C6DAFD3=8+>6B77$$$$%)-.76:7<@67;9?;*-,=:=@).;;++)++;ABB-4:66:;=;3,'&&'(=D::=>02'*68=7:@A8>4F;C.<7;9(.9;=?>@>=4%,03880.$.&&&(***$%($%&&&**))//&(67.2$))*<=@DCD>@5?CEAAB1>GHEH?7B=9=;5>423.'.9<65<5.440369:=>C20(+&&;CC>?8:<679**/018200.-97'&&&&''&463-*979AAB@:2(:&735<>A?775**$,/1453=FA032236?B47==1(8:94?;>AAD=34?;AB?4CA@HDCFHNB:4;>;)''-(&.+0167=?@;=CC>:4AC@AD=44758<>%%)4:98;=2+507;9>$1+B=BCC?D9@977969>?;JAC@AB?8A>>0''%%&&-+-.<=>:=;99:'*57,,?46.-&&6BF76=>>@>AC<=CBC:35;6/:ADHC9=?>>OK;@@=:<==6BBB9?>@>?HHLJIA<7(;16C@:?<<6<<<;6;9+=@B<)><7?>;F<*.%)02.?J>1D:?:58<=BB88<;=>=5'#$%(0'3)'6)67&'%$&)*.-**)&&&*('**+/,$/?><7066722322;;??98GG:68)2$*:6=@??@>?C@@69?A@;@7?888-93%%##&'(+-)*)%&&$$&)&&&%&,//45605*/=<:252&&7:7DC@A@;=7&B@D?(&'577>9'9CD?;&=?,096@:91++,*,65//28;944)(+$0+&)573<;;:$,)))&)*-=?MK?B>B@C=D@CA>DC899@GE;B=DAE6>DC>@*.<<>77:3%%(0745)&+&&%((.041+7&,4259<8DCBC<88966$$$(:8;@83519>C@8(48;8CC=7;82646/0279:=9/(';=799;88?84/,)'0*2(.%79100.**8+)'('97><===:65>?@;-2/,$$($),357<<7;524748BFA@889'4;;49G+2=BJE;CIECE?EEGB@FH4,&)/)%+*&())*-1)?><:@8@3242367$&'%#$(**+++%%%%%,0$#$$$''$%(&&)&/.28==?D824&#$47>>95@A6$<><<><&$%''&$$07>ABA@5E?<<@6-)-.-.62.79854162-.2'5=?CA==@=E=KB6>;;<86&#)%$((&%')&2658;AB>88BHC?720/%%'%&,4432+3>C<.,40'#$&0;<86977C=;96-*(400$&'%'%'%%'<2002('/3:<863,.D;53>???:+$%$*'$%(/243/,*.35/565@:E2G>BD>@A0-86$3:2''&--(+,(%#$#&#%'%&'(%%&%$#%'%##$&$&%#$,0<:4$973/3212675;;:>AB?=$$/2,))%%(*,%%'%&&%&.1&&,@1/@@=D>46;8.1,/+/%%$#&$&&(*))21&)*754&(-,'2)))*;;C=,/;:;55001(),,,8:CD>BJDBIECA758:B:123<;<%4>?9;;0(($&()*$$$$(%(*,-54$%%'18;=@K@@BBGCC@;DA>7*5*&&)$%,)53//*))*-,11587AE>?<>9B:;=4822+.((%%&%%'*.;AG?::=97.*)$,&)'%('+%%'+*5(+1189(%-731:=8<89&8>=8;D:<39D@>>A@=::;>;==9?::8A?@B;@:69796@9.-/71%'&)),9?DC=37C:;9;9@.45*.)+-597;<7..,/0134457=?=569:6)*),35+.&&3&03::0238,557594986A<.++/3::54<;9@<=99(%037;8=<<>;598-<@>JFH,1/(+(-++,&*10462/25-,:;?@=?.,/1872A=<6227=>@<2198@>1;=?AGMF;-=;8:DF=E>@C>568AAB9<<@FICABBGGHI;:EADECA<>9<>>?A:9/4420/*%899@@66C?93?8?+%#$'3356<<==+:=585CA-3<;4<=@?>83+-#&&:;<5>B?037;80'&B8D::;6:/)(+.165;B=(0;>27(%$$#%)11*2&B'>A;)8:;=>C:>=A;-#"%#%(''%%$)*%#&&)%(%2%,0,%%')/:GGA??AE78=>,/+/8;=9*,%#&&&&#$$%%')&'()&'%$$05;=50&$&.8A;,).0..//%%*%''$67<=7(4@A@58)*2798465%&'12'(:<*''-46311=5456>6*%$/(0-*,(70%:-2?GDDF;1.>B@,5*+0,>ACG=FH@@CEC>F?>4;;9868>97=E95'*64>=6477508:?GAAQLCI>8:GC==@<;A>?ECA?1+((&+%##%).--*7@A@?=,4-,'%*..))4%%%%''&'(,4:==:($%%%$%,+:993--><=(?KJGH=3???:B<:?2233;<=CF8<:4<>@DG20924>;A>:IE79EEEFGG98553,-230)1211-9,,*:<:4EI=><12018;?BA857=::<32*+888('''45654?CA@@>B95-**,68>BC=IKFMGDFBD;:>A.=);?AA;<<?>=7779=?>:?/?HH?05835>:1243(-9?G:@=I??36874(%%$&-;>C2,;>>98?:@H@98'78CEEDL=GGJLKHMG9A<:8EB6BBBEF79A=:(CB98&(&.7:<6-(:>A?EA5:..-&-(60:<=<;:E=?=::;;:+/5+,9><790$#$')),1;AE@L@@//125?A45?@>:?4%%%%%*$$$$>97D>67@@B?CBC9888=@5.62*''):<4$&'.-+)**(+03?:>?2@E;6B8:?A=067>8BL@@EG?I2(,(&()6<2))7;;<=;??A6))&'+1;DD99;6216??&&):>?7CBB?@*?EDD28@=>;$'4B3/<<<41-00;8677714115;7@99:=976$$(%&$(/./?>=<0*?@4;:(+*(-0;6.//+$&,-/034-'&6::<+AA1133/0%%88<>46.%''(('+'//2//025;<6>171;+;60+356938(:68*5.5411?BC?7=7:B@79?BA@?D0#&3-DA69<';=16=?@?=B=DG<2>:85023=A9ABB=A:8<3/62(),,:<:=C:6:6==7@@?@=>9<3A9@IB46A-+*474,%&+:=CG<=ABC;4*23*(&*$$'))'+%35432$//142(0.&(/286.4>++.57=ABD>H>:+;.(8<<8.B>8>FFC>@@BDK+$@@>@DJG@/8=?>.()+:;:::73?4=?;<=5():6::422,0-2339&0),,078;HF>:97?(*$-4/04(&&%%)(+,34456'%)3;=EC6=;37133;?;F?>;>BE=>,07566,(''&553336.:>CB@=9;>@;8;DC><0**$$&*0/C?;-,2)((68;?A47-1255);879:510/*+$&%$$%&+-$$%-277HI9>GHJ@C?4@ACB>B;:FCAF@GKKGE9<@<<8?=CEGA2?CC?>BEE>B?@=7?AB?.A::4-.9-0556@9A>A;9;<'$%(283/*',:9=>9?>45CCA*.B>76B=6;6/23870''+,-,01'073?:<@=:EDFDCE@3$,88>=2A?AHBGI6;E><:761*(&+/9::555895-,+%#&#%#$&&%%%#$%$&++''/,($$0$-*->?BDHHC?>@GEC?EBC@61846)(48?85;:0&,,3644336<>:B>DFBC;;:;9/:-;6@@B=<>5753/39*7=@>,),,..;=:985>;9?>>;7<13/:;4)'%%$$&%(00/0,++&%,,45795,*64./'10/4()())2/4);9%%(.11:6<@:B:;118FJIG=?>?457;FMAC<=6$'$$)'-*$),1$/%))-20***+'69768;:;<8+//445,:>?CD77BD?A6-7=;;24+.EFB67=8GJHNHB6D>A<+9::08008/-'.','',,+-5=C<;ADA:DJ?HHG986:9DDIKIIE?FEE11479@;@AA+56;<>@=B=F;31.5489++./1$73B/C?542.,++>:3)+$&256A=CB;778:9$$&'-<1//(4399>9<;;=)$$:?BD741??@?3/-7D9..,.5098;69@898)252.&&(&''05..<56100&$$)$%$%&&&%#/2:;:/2>?@B7*86.**.45-'(&$$%%,8:A5870$$$'$'>;,-)'('$((,04477,,,//.143354'-/;>?@@?5:+,3-/95-3A?@B@;@AB@<58FFD4:71330151+:7::6>CDC>=94'''36761*6:;=;'&%?9:AC?;B9A9@9660')')3@65@.4.150+-0.+8,63:A47CG=;;/>BHE@KA48=A??08532@ABC>F2+145'+..11)./3+57:543:*'(((767BB@BBHHHII<9HEJLC?@49A>98G?D;=7--'../,*..057<:78GB9<@D@DD-02-,9;74/5@B@9:<=>7=>?;?>0$-/:9/((''+?79:;857462A@@AG=F@@>47<;7-6'*,;;;@+(447;9;979B:.1'77'(7>B9;ABB?;29?@=893-*%-/89=CA=6=9<<<:002?429?821.&+;9CFH@?:;9;;3<7<;89576231.03+,::=0-''.%$%*:($%(##)#%&%%+3+)&&035??;>>79:*/3-..A<;5:9:90.*(''%$&(+<7@)7:>4//+/789<-0,,++%(.9@<,9-6/:7<;89977>?BCA>6*$,+43$&510=9&<876<+%%*16=69:>>35=9<7,5;647-3&8%;:591-'&,,,><?67%$.6=::3'&*,+%'<;==:<<47;;4=>.&&&&3)(*():<=><37,+.*-25<8;5:<>?EGGC@>;:?;967())9:6-+,45<<839<07482/66;4ADIML@0FB<39=?D@A?@:799:145;<=ECE=:.1255A@IEJB>AA33=::=AHJE:@EEECD?61475@;?ADI?C:;/2(6:@F4@:4-&%&&-(*,/,)(+;8?A26<:7<70*'&%''%)1;>=<+<6@=??B>:AA=;3'','+=>B:78<;<>:;667247;AD@:=766;?;=?)--:=B:94618<;;:A?>AAA<;BA@E,3.7=;6)5946:<@'%643BCCDB>CAEDDB=<<8677;7::;99;58=12:@>@C?=>DGA@>9:=>?=>6:8,675457874'447;)67?@@;30/49;:'72+-/933..1.++(?>>@9:8/%32575;:?><5@<>54:-)(++-+,<;62067586252456+0B?=<<0$*,=<<5:<<(%;>?DDC;AB7;6+97;>@CAD=9;8;@ACA?@CB:15+*&++,+'-)1:;=E7,&)345<;::C6+5/=899=>;3B=A7=EDFH<,.=@?;,?@88:3>AE:6(7126329585,,/54099;:341/).%243<5('(3-;:=+,2<;BA?@;AEECBGIG=?:6B87;>AA=E?:>./>A=639=:9**088655<>52312:>>B@EF@39@>BEI@@000*:<@D;::6+,,.465<<:;4$&'%+,/?=80168AIFB?:>3.431--9<>9+$$(')06.$683$&)573.%*;96),(&&&)/3766'%%&)-+')*,59963%'%(*3?78>><(.:51''''11856.1/(*/64)$$%$..(9;=:;=>:5)'72121&&74=,;>:3AB@A::8-*7955><,6>04B@@=>@3C<81/--*4585)-00<685;;8,=47539>?6>=.(')1:46589>C4;EC9-6E;>A9BB@<74/)),34,247<=;A==:@CB97=:>9'&'*--.((..0524786,'%%##%%,/12;29<=:.3(&$','11,)%&+*+,98777=A>;77;C;B:><9;;7@E=0;9;46;;A?D?CBDGDD??BCGEC7;=:9:>>E>>C711/;>A?A3/0,<210;40>==@8A;?98AF@A>79:2=7;4-)7985??@79BA@3;::97<6>@*EC@<7845679..<889@<=>72)&&&%$)$%()-2?3)((54BGBE69:/8,/.**;=K:=DCEDBB556<68?====AD9A?>BB@<@@AA:12:;0+()-.387:<;<::B546:;??@ADACJ>53.-(/%0324?A@4565@E@AD@B878:87:3=?@61AD>@++.<;@5347(*5/0/8?:$$&&&(7178*%&')-034:4,0.'$$%+,.1*)'(,)*;99<07)+(%&+*#%--'-765:;;,('3564$%)),6686)%#*+*)+/158(*?B:89747)%;;9%%#*&*(&$)*5:;>.8:EC;9<>?<@>@9896E<6($$0430*&&$$+%%#+/('30$)))+(,,+))((&&'$$$$:=7.+((:)'$&-0(&;7<5I<;:;@A8732210*.-/(13642,-04:(5882/22'''&(4474<>EAC8+*')2%*;;573(3))*)'()9;=7(%%'-,899-(''$#&&%--64:/..41/=@)@437A>==<68<>G=F@@CC:51>A1;?>.187>=,9?AIEA>;;?>9>A@@AE>'60-68;54??DD?(&;:DD8)&+,0001*2327==78(&49:;78C@;28AI8H4?@BC??<*-==<7*+0---)')**>A7746@?=@:7705/(.,8990-&&&13:;;:@99?;<2:.08;596:;;?46E69=@><<=;6643/'+'$$%'145732641.1<7746=9EHBDA@=7,*;7/1.11;?A>:.;CCH@<6A>@>;40/2>;?D=7=69858:130065,+-%%"'(61.4-0:A<>A:>$'22977&/-$03<>5&&(02))17694774*$#.1'%&''3222;;0@B>CFCA>A;95(6<8@=6(AB856;??6:?9=>/3%3:8:-5..621>9H>@=*78:67654.%$$*&%%&+*.220/4,'%%%$$$234,*('%&H:;&$$&%&-#'++7:8:6;5;:.*$*$$,59;?<9<:7?:7@C;=42.,,448::+)6AD=>?8.C==;>2>=<:=BCC/<+7:=:4%&%')++0+&(**)$0038$.223012,-*5.)&..32-0(79;<=>9:C;BC<;>:8/-2,9987)798448@327;;01&-3769:9:7957B?5.80==>A=?C<6:0,+,)+-0,'%$#$$,120&(,$$%$02279399A:;:7+0)+4-<9(&)&('('&),..4550+()+(+'269;9FF?<6140#&,1<6>7>;636-=?=GDA<.5:;846>9/()6@?97768=;;4('33,%%)(((&/.8@//1:9>>;A9;61'%%%%078::?><8*42,0155'=:<;65786**1212345:;3-3:=<>=%&%&'(665-*)'*9:;;5;@@+-@>><69/4/-8878:3?A>;8:952.)3:9..6;A7420*)3'1&***()6&)+46<>6/04/-*-/./,**)&%%22:<;91DEF>9<02@@;@630+'&&2*(%'$$%'6224??;0.$501/,,,,)342010..0840/.,$'07=?<9>5;=09,1B;?;6=85A:BA@:@@('(.2):730&0:4%$(&&*883487,.'),+7=;;:=:ED;$&5(*(/02A8::?6-.-&'%)+.455:6896>C665244*566534144321+31.77)85542**,*/'369/16372&*%(74.,9@GA2*/393$$'$,(*(-..*)()7431)*&$$('39;:9+((65<715)0-12458<<>F9BEDFD99<9.78@::9B87:?AA8?2.96626;?@;=A=;37;>8+7@?9BEGEE<<9;,B>@CHFHA=2:>;68>G9=9=?C7@@A@--<:::568;:9;D@A@0//,&-(116.*)(+&%#$&)*,.*(76569+*,0/26'%&((,/2/<=@.38>@CA73'$*%#%''&-/-,089/-6('),>=2I=EDA=B667;67.**2*)49;:<8BHJGC?BCHA;020:;.&&)),:::82<>B=B62&$)%&(&&')(')+*5:789;;>=6.78'%-,8?;'/%(374456CC=787.+CD=5:**.:A>D90;6')475532,//23$221/&2;959;7<>?C>>89;26DHIC?;<@@?/186/2-==?7.%%(71::;3583++'*2232$$1.4??9D@<2,:=5479=E;?;97>;8>@BBJ>A406A;7-650((=EAB@CA:5&&55:6+*9:;>;44$$$()+:=9?:9;CC(8;?;=AC;28;?,-.-.6,::?;:287.$*'('&)%+($((&$%&*1-9=CE?IG?CEDCAHGLGJ?A3E9=?>A<6:6'.6<9937::7<,((((=8:;3455&(-'''*/$(%#(&+&()88=5;=;BFB<47?A:A443.4?8EHB9-;BDD@7>@%=;.5=>EEBD?)1120&%&%)<4&-)/9/9<56?')+15AA20;;;4./<;00+#,)-&&%$',%474B<9;8<1DBDCCAC@;*(,;<+0:=/+10158(3349;=<&+;887;$1004--+;@;AB8,+.-)%%##()*88:=?<@A/77%A.28;1=@;?=;<*76<@CE<;=1;<<66==*992-0068*..4,6665546=AA>DA?22;:DE=BCF@@;??.61(&7=>=.A=71166??04=??B80&.))('+2143%'9;=>B696*+*1,/;;;97.FCA9@775;4//5*+,<98:@/12:949<;:2=5//2;7/2/*):4G;H50%,*.13-.1789=8<5/''(/-553(57;:AA6G?016<:BCCC?=033&*/+.(3),;+8(-860,,'')95<<@<:7$#$)))(-')++$%&%#&$&$$'%',-,.+104?B:?159>9>;><;0-3328/1()---)'*,(62;><=EA?8/45BC>=5322,5>CA@<>AFA;;@CDG5-;?F>?@B:?719.***'',''(*7;?A>>,.<@21$#2::4+$%'%$#(66;45:85*$-.&376<<==98%%,6;C>?>*7-:7:>>BE?B@A98BB=:13-.5=@:108868-&-++4886'+CBE??9''.1:9?>:DJBHE?=A>BCC>@=7%%6863/,01:6<:=A57::B78AA;429/,08981@A:<>>,4:759=<18BD847@6A2;C:DGE9GFB><@?@52348?DEB?==B@>?CC2:/::7:<@A:?*7,I?<<;DDDBAFG@;/2:A@B'%.787A=@ABCA<@*,8<@99<8:;;7=56A1E@EF<>KA=;<=;DDB@5B-...:;:6888?IH=A8;@508E>599/;9<89HE:?*-5;BC<;@5<>86<898:B;LJ?;;75=9>;@B<8>**,*'%&,,%)-5;:==17:884/489628BE49?@6>@;AD;JD9;:@8=A83598BFI4C47EK>9@AC9BC@?,?DFDFHD>@BB4=>?AGKBGCD===D>IEIE6++.<>/-=?ACD@@??1@::7=:;@6,**==@>E?A>99>?4,-2;,99?>>ED13EH<:779;841))%&&+8:&>&(';8-*84:<;56873/<88@679787/29:=AC5866@=*&17&%21132<:.9:@8BA@;BC>>;?@B9,'+(::3''13/35;.5;0/,()*'(+3/,613=89;;CB889;==AGB/2@A:@>5?==4<.36848.;@7=DH;<:3?(,=@B0:=?>A?8*.$.1'*+$+'$%$$%))6:9BA4+,&*%(+(%((%(/+(25-1*477+$1301:;843;=;9;****22)+;2.2620%+)).1251).32/.,.-,=;=AC9:6;9>6?B>>9',1))&*%&,7756);<9A:943*%#-+&)(0;?BCA=<6685*6357<>@B;9266+$3+20,-/1>;684/9B3G8;<;<26%?)9<=+-&'(+-9:A=)((')./45.0433(**,;;1.$(25489))0-2071154&(%%$$&'11%%-4494*14>=H@FDC:7<76+99:1:??A<D==<:;>1,0,(05;=884;==@BD999;-/)&037=678?>0;182478697:B82+((6A03(;?E?GHFF6597;:11<>3>68EB?GGD89=??=?=:5/0;?:9=?7GK=,.9+'589<@=9+,+)5*/<=<::-)(67::>@(&9?=<=:(+233/::::<=74797.&$$$#28/3443**',+0.6648;;)7::>;=<59A?@:551490;ACI@6=<<976:;+4((&-;=<+6,2=?8D9:6%=;340789.-*&*/542??=AB@;-.98<.++:>BB63C?>?/22+32188=>?AACF.3/8E?BD@HAIHD?;=?<:9:18@==79=:A?*''*=>AA;)6-6:;>DADC@A7EC+=;=@@>>>?@HE>46=8,+.&$48@B9B97>?EIC8+%&6462:>:?@<(86;@<3=6A9=H<@@DCCD;4<@>D?>1)$%$$&)343?87<@(-;:*)+**924;D>=<<=2:91671:@D;<;1545*&5747?:45/.34:,''(5/'*+,2444:68DAB;584>;;<776?B;389B:AF.;:;A>8;9=::866?7895$$$$%.6>AB9=?9:/)@B6)43A?@A7%(8:?@@A?BCA-+45:=80,(*-4::>:CDD@@)9?EDA>>=;CGGGC=IC>C>FEHB;D<56;@9?7)'&'*'*)$+$#'+673@AD14&00(%1D?:JHEDC;5783111251-24@;IA4<498;;'923=D79:K@@@@31@8;GKCB>FFE==@B@?2'(*,1/0784+892?+/-(?:9KBACC=1;898=@CA6:8FGAHD:FA<<2(3FNI<8A>;7@;>@A+1/4<:AAED;;8=<,(&(,.)$876EJALLJF9:KH;9;1,(&%&.-///2.;18).*/41)2($#+)4((+'+::314.(()33:59CHIE;99739?=?>3/65/32643::664&+))''+5863..8<<2.;=84C?IFA@722<>IFDHF?A:=;BDGBB>3.>=8>DC@A>A:0./*-/4=6:BE<463+,/3)A<>:??:/9=>;B=:HG;>9=CA@=C=?578ECB5**+GH6:@=DE=@>>=>BG>>-@1/;/+;41:76/-,*'(*0016/0135:I9%*4A=&;756=?;823@;820)&''+-)*'798A?BEGGC;@=;9::1??152:@?CGHF:1/42);ABEG88GEECCGEBC@=?GG?<=<>EA;CC==E=>:E>H:==;:1+>G;GF<225??>?F3)7:>?=?EJ>38;55+*****$%&'&'--,21(-/'BA=;?=CGBACEG=;7'&,348?A-6*/)-+('(()*...8:>53=8/($(((*258A@>B<@@@;AC?ABAAA3544.-*-:56>?@<7@I?F=<9:1-/8=>;:<@HKCFA6AIFC-7)@ACB5FD,999?=9@@@><@AI=>==?=AC>A@>@9$&+(78;596923=A>=D99;=9+69:841**$/;>EAD<8<=96=;==?32;LDB:@?;*+#$(899=;@A=??A1,16/6/48..>=4:>>4=969660011.$%%25556*.%'&&*&444:=FIF=>B;F=?LMH?9<972?C=((338:342()/06<=;;A79<3;==>IJ@;3/*%++((+.'(,&(($(%'%&&%(%'&%%%&%)%&$%6138;@',:B@3;;>B::ADC>92<:>=?=7C;3'3>@@?:7E?;1(/194':=:<=JFHJJPLJB>BD=988>D975((?@@AEFBC<2=@6I77>>CEGBHC@=4?,,A108@CHB:-=??@==AHCEDD=/7=@76'('*((&('*13??=1==?JHI<@8:C6754*:5;;>>9B97+(#(%$+,%4)7<<>@&3*0%48879=<;<%'(/(115;>;<9:BB/@HG6@>BFEB2A9+-:=?33.0878CB=??6>>A=B>12229CCELFCJHBD9:EEA>-?>B4AFGHG7ED>=,%%,*01=>9::;214+-36;;8:=755@>78474)'++,=??@DB??*&((),++-,,.7736(%%.6).)7;6;2.)3645486;;19,2<<<;:@7:**482.,*+,+?D<>9=59;67-(),0*$,/1,)1878;=47853100&:;@95;>;69=<77-:32.>BHG?F?@5@EH;;9-=/4>>;++=:@>992;;??35)((+-(288:;@A:==?>=CE<6-.97:50*%%+/)65668<=5:98'#&(.57764/&&33348?DAA8:BBBB>@74767>:;>893;88>@212257<@C?%,-0?A@9>I@9=;?=;5..=1,-2**8<:781471??IA@?<61/303573('8;9@E9:7:9.%*'*$.')(''''066(0',5=,%%$##%77GIG<(<3>@2.:A@C7=:;A10/03$%+22.93780451,228888:89(-4367222,0,,0731,*+-,531%$'%&8:89;:77845CG88;5+,.$-&%%(1678//%&&&21,;BD@?)$'%-%%6:<68628=:=31-.'*%&)422115,)-,,***'02425&.-4684.59)1220))++.'%&&$+4&),/&#'<7<@?@>>A?;>&62140=FB;<75,34,%%87:>@ABDIEHA,(3220$$'&%/89949949AB@?@CE?8CELHD@F%9@>A@CD?ACI>:45<>@C=>>IICG/$$%+$4:887888/<=@FJ@=7:9CA?B<58<))+%+2<=A2:(9;?36$&1.3<<:B:A9:=;<;869@B;@@;11*.&47@B,.:HC??;C9C457DJCFGCCD9B?A?=H6=BF<9A?@IJGF7;1/)%$44@0396:;?;=>96C<>>6%&-+&,%'23;/&('&''*.6,(/.-.358D<;979/2,.(8<3008;:<9&1+(0221+%546$.(&&''+./14304$'240=BEBD:8=-9B?+((+6:34($),''=70;,-+)*)(&',:=@9A78.066+;B@?C63,,//+1+1*+,/-:;==/1B@7-2/+->C=GAB.2./5<=@?FHLD>?;>:*69;0$$$&*%#$$$/.38+835:5EAA98EEE;9=67<>3@5:65&)&%$%'*38A/5(>;@?@=//,:3755<1143>5>04>;31-)$0:66946?>2*;?ABE@B:>CC@;4<>;E=7B>=;?@CI<9%4>@B>9?=8;;CA:DEE/%%'+/229=@===?53C:11;==+(&&&))'+**.83?BC>=JIICC/1GE?B@BB;>C?89*%47,,7=AB>05A?AB8'),%78:>AC<900FD=A>DJG@D@@>=BC;:?A=*))+4=7764),%%&+*,))-%$%&0069;.=<3-4679:;<<9;<;;<773-,+%(036?9>0%)(34589324676/*)&0<<8267;5,-(,..376;669')*10136??A674'<8/%)-.106665828-%%$%&''''''(/000--++(%')()1261/7(/75;<7)*)):;<8::A6%'33394($$&<<9,))2>>5A;:98C;ACA?:%,$+)'29599+DA=G?DHKJCB;/,,/,,**$#&)/-6;;1>B9498:73-$$(*$$,%$$%+-46:=@=<579031<087C=BDGJCBDC.,-58>D44$,,,,<;>@B@BBFE>AA@D=0286@;DHHKF=@=8:035>78B338888=AB$(?@AA<9;>=9:?:5<>GF>AHHCB9CBKL<:943*,())+))$$('(+,.%'),348=?EHH674631<9FHBBDE07BB//8550:@--8;26@BDD?5.;)>E=>=??40=A=:78=><>ENKIA;:?<>;'20*+$&,%.49<:02@?>DD5(<57:55*'*+17718;>AHA66264896334A7/<9&0$*$<93/,.57337,12(7,563&%(($)2144-34:62395('36:=@AA?>7&=?966>@FJ@:%)<5<*4111?&%'(0(,04.&14-;>?;3@7..>;>=<;:<;56;=8(&79;:=@9->;:4694651)+,1828)&(,***222-..>?977@5:@*900*,.0;EEB85300,.3=98616678?@C@DEHDCGH@GGCC0?66=8;B@@AACC47;??@;>?=>)'(++)+93CDCB8=C;9FH>783,/1/;8@-&9EC@EG?D0@B1465+..335744:%%)56,;=4,)0':7*%-$+(%%&(+*&4+)-458'+>=F;;;827@@FCAE??BE919=@BADDCH?>/C>2&+/((/00*0;;;+:=97999**0'::?=C?A:;02:86<>@B5658.878,%))43344=FC><-77=?98=CE@F;7@B=?)),90*)**2.4?889?76>E==>6:<<82/..:@A?ABAF<=BDAGG<-444.6:;<><;BFEEEB43;<<=:-49<=6DF>98AE89AHI?=D=FLLH;@FHFDC417;<645;DE?GLBEE?@5.0/0/.88/&-//48<8@:33)'*66@?/..=>FB?C>ADHEBB*->8+(5<==B=;9:8*32136(.$%&1/69@A1BFAAO==EBILL=DG><71)6534.3'&.?)((8;<=BCAAA50D>7../.*-,'((#$$/-//0(&68:97)'+,%1*%(##$&-5?@@797))'15--..458)9=A;EB>BFGGFC13,,(/:99A;59537<=B?ABNLBDE7A0$1&)-15+&(/-0:?AB?<==C?<<:>?>ADHD?=;A87?9978,+:13(3'1DDB:;?@@DEC>A)-/0)7=?:;FGJD8&:>G@@AG0.?42378679<=576=C9CA>D=<9-@;>>ABAHEI89@6?B23?EF@B>:=@=:7'>6<8;:1CDBD><>@AC2.$'>AKF=CHI;B:96:1,256975))012380,+=5((,88'88>@D9@?7;9)$,,-35855698&)*3:=A;DEAA>==216:6=1-*.E33>=<68947C@=A<>@?>C74-6<:=:.++,$$0***'*+*1351=>@?+*58BBBD>>=1?A68469>BDD>;92,.5>?;8892.19:<(,,,6>&,BC>>AB:5549<84001/$&&'%%/--)''%%$'''7*6&&)A9?E<=29>=9,@=BG@>=@?BFG?H9>@BIC=EH@AAHGF@FEA:<@::@7>>55560(12799989:4(/40-$%$%/-,))'6:C<>7<=&'&7:88688(,-/*0#$'),;<0);:-BA;B=<;7=4=;.?=;<;35++47<9---,:)7>;<=640+9:AFGE@?D>9<;B<89?=<24;=4@@<8>6<3=%7&%14,:@?=?CGBABC:==>?555,>=><5??34655<==>@?;;B@+')12:=@CA@@7@BDDDHGE-(4'''(36('*78@?>9:..BD?EDA;=EFEAA>:@AI9<=?CEFC@><;991'-%%/02+3>>?<@BNED?>B1?9:8;:)&(287?59AGJOHG>128=;6;@?9;?EFC7FLB9=;<867:;;3<=@>>(66-)*.03A?C=FHE79;.6>5===H<9FH=76,&%%%'(.-.,$'5',)74A?DC2..;98:>?E;==37;47<@:==>?7;>5:22970//0/-0;=??B556:22(53/=;8;58@>;<(488822/2(%(&&(277<77---*,9:;>E?IG;96747-$$)&),1179779;;<??5%%*-8>;B@A8<8@93((*,(332()$%&(&%/1.,&$&)*-443?=?B,?:<4+ABB30140&(&'(&'+,-*)%))+:==9?*&).((*+''''(+&**--9))689403(//2/259566'$45,6-.+,.7;?@GJE>C@?;%1,,&0258::9;==;04BBC<:<;AADF>@957>EGND<<49;.=*=AIFB?7@@=AA2(0-/0BC<@EGCJ?A9>EE;?=CB;@BAA9869<;CE:@>B?EFDC4=>FBAB==A;:2.//(;DF>B?8:C@DKI@DC??FAAGN@GIA.2B@A9?::3;<@CF@CFCEEA==>/>>00070::<>1'&),''%%#%%,&45+,)+,+((&$$$%477;9:69CA9:==5+$%%('-47(:><58.4/@CI?<57<>854669C:BB=?@AEEIIOL@37(*>A>IGGMNF<*+957559978(*('<=@D><;>5$&=C=?DA486->>=FD>4234=+':;B;BC0,AE?+99=6'(69133@=<>;:/<;@AA>AB@AA>95?>B><97=BBC@<=C:GIIE<8=;9<9@4<>DFB=9BA>=?>7B=?CD89=GF:BCD??>A?=GCCA6(''$$$566;8@@1;;<73+,.<;77:96,-,/((8;9?C<;>9>?:99;;?<+/097>;ADDB?A>BBA2&)&-((:99E839<AA7==@EJ=:6023131)*/6@BCB,,257>FCF?FE=@E+DD@B3.;2/3$85%$%$-*%&(10>CE??:=F@D:9@B4-55DIDFF9=H@,+,02.5*465''284+*,*)635<8;;=AA/>73?:?4*.3)7)+01@AED:@E@@;9:47-((,>=CC?@.)38DC?C@=>@>=9*?A5>>=AFFE5''EF=JF=?:=?EL@324;;@CBD846;-=0@B=9E>@BKKHCCBADMKF?@?B2=GEBGI@IJI>B<)19A6-01,),,.8/BDADD>ILC3389*&@>:@H=>=:@BFO?B;>02B?6-44,'2033:7747669<;97'%7=>@7E>F<799@@>>?7HDAPG<@@DFE859=,:7=,;9:;;,(<;;::2643,89=793,%$99=>=AFGH;F@:22D<>@ECAA=,'')-.%%(.>71B@GD@-,,(&(34'&$%'$01-'.:==9:8;14B9@ECEG>>C>ABDD5DID?<4>98::;:+*8:7<=?:L;LH?DDACA243.'?<=MJID=?A87%'*)+3,+/2..-&',%;@;F;578:FA:;>CABOJG@=CDC=:9<-88+(70.4469=A69?>@@4@BB=?BDF:,1-/;@@:=77326&&)0/2-,,*0-55,01(012188@DHHB8GINLG=A@7''%&%+/55-?0*20@?DABCD=?D6JHCD?C3AIBB>FGHHDKHJKEG=?HI>74;=?F=?@7976:7$$(,()('&&&$.*4-3>B0-2766:?@AB;394-22404.,5464:557&&#$(($$$#584468.':@>9=;=9%&55/+0-'*&'*+03/48-&2449:0004$465832@>65'$$&(*=;@CE@D@AE<853(*(($(%-113535:68@=AA7;00==53565'&)-/127468++(++(),-79.844F8@H@A<@F=@:74(%&&-./158AL>@A89:?=GGG@DEEBFJLD@?7/EEB?@B?::>324/,#$&(&))230665<=@FH@=>GEMNJGFCEF/G?AH51?=C@;?>428BJ<@BDCCC<8;;>::9<>9***>A>>2697:(%)6D@@$&@DIJDJK?1IBDF>@BDBCAA>@A8AB7;@?=C=CGIIFHP=>FH@DDKMIAB>BHG@>B6AA=8>?->5*%++$(.A8=C7;&&(*;>CD<:79CFCHF=A?C614341>B@H@A>>::;29<;;>BEFA?CFLFFQOKBCCE=>'+('.%$$*''(90895+,3+# @SRR14011045.73944 4d155b02-8627-46a3-93a4-55355deb892e/1 TTTTAATGAGTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTCTGGATGAGGTGCGAACGGGTGAGTAACGCGTAGGTAACCTGTACCGGTAGCGGGGGATAACTATTGGAAGTGATAGCTGTACTGCATAACAGTAGATGTCGCATGACATTTTGCTTAAAAAGGTGCAATTGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCAACGATGCATAGCCGACCTGAAGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTAGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTATGACGATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGCAGGCAGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGAAACTGTTTAACTTGAGTGCAAGAGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGAGCAAACAGGATTAGATACTATGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCGGGGTTTAGTGCCGTAACTAACGCGTCAAGCACTCCTTATAGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGGTTTAATTCGAAGCAACGCGAAGAACCTTATAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGAGTTTTTCCTTCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGGCGCAACCCCTATTGATGGGTGCCATCATTCAGTTGGGCACTCACAGCGAGACTGCCATTAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCTGCAGAAACATGAGGCTACACACGTGCTACAATGGTTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAATCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCATTTGGAACCAGCCGCCTAAGGTGGGATAGATGATTGGGGACGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAATGCACATTGGTCTTGTTTAGTCTTGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAAGTGCCAAGTCATGCACATTGAAAATTGAATATCTATCAAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAAGAGTTTATGACTGAAAGGTCAAAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCTAGCCCAGCTGCTAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCAGCGGGTAACAAGTAGCGATGATCCAGGGAATTTCCAGTGGGGAACCCAACAGGTAATACCTGTTACCTATCTGTTGGGGATATAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCAGGAAAGAAAGCAAAAGCGATTGCCCAATGGCGGCGAGCGAAACGGCAGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCGATGTGAACTCAAAGACTATGAAGAATGATTTGGGAAGATCAGGCCAAAGAGAGTGATAGCCTCGTATTTAAAATAGTCTTTGTACCCAAATCCTGAGTACGGCGAGACACGTGAAATCTCGTCGGAATCTGCGAGACCATCTCCCAACCCTAAATACTCCTAGTGACCGATAGTGAACCAGTACCGTGAAGAGGGAAAGGTGAAAAAGCACCGGGAGAGAGTGAAAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCAGGTAGTGGGTGAAGGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGATATGATGCAGTTAAGT + EDC?;;<:84>BDBJa8>;<>F/=;;A=..2@,CCHE<=(>BD?$9:8D2=D=858?@@@@=D;AC=?A>@A6><7250-5411=;:9=ACAC;>79438<>@B:?:)&/12/11.+3944;553341-()&$#&1270::7=:::621$7$)633899:81789;1?<<;;475886441-3-/>??;;79855+&579C=<7794-+00()$'19=@78:<5>>GA;:9;9876780<788?>=@@9E>2698889885=;<>A>?<<4<<89677263-/001)%%()$$(%%'$$'-+++45354<=:00;5==;187;>@?626=?3;:.2%%&))+047=:59E;;86<;689<:7989<=BC@668;85()./20&%(031,)$''+-/0--)$%$%%'&&+*,-.+;9:7;=:9==DD=ABA<<@G>=6>BBB2B?6=>BBD>;=@BB==5AAEG=37032773?DBGJMH><>7;:1.&%$'*540413/;:=;7754(9BE?:;>84*98=>@7=>=9-6668801..,66;8;<86<=>91;687A:743'$$&&357:;9A>@@:<67)=>??=<@=?=<<633/,0222344450./306.1818;=<>>A=;77;'35/(%#$($%%%(+'((&)#$&+*,%)4668::><>?/99;;99603>?BB.24476:?;:6788:26<:@7B=?1?EDB<>>E?AHE>@ACDB:7:,/72')&*&&&%%%-124337784.0-/677;99<36>AB:@;53%&$*48?>=:9=?903<>;<;8448971798>758:<>@>7==>;65653334346:<99=>64203998->?<>,+BA@:<8;;:657%3)*::;,:97-+%*')$%.;>==><<85(#%&''/133396950018::8:>?>>CD;;*@,89?====6'9;@BA?>AA:00-&+*&(($)('&$$$#((34782@1:;?@>7DB<=@:4688;9;B>:??<463%5578:;<9>==66<71**'(19>ABEB711948:98;366=B<5;:@@A;<;<9787%<25*344;<;7762=7;9?1/40*7787<:3)$$',./>8,,465..16;<9:<78:?=;=A93,8:;A>@<><>A9;98>9:>AB:1AA;6BCKK:>CBA>BC:<<>=<668:;9:46:=7BBC>>=<>@=2/88;8:67>>7;<>77>8452>6=7<71.:877440//022*12:;995:;8114;6:<9,/'%3%'&23499==;),5/03588@867443.&$(+*+.-5&++)2.6*0*(&&.,'-43:8A@;;8=:<:8@?>?BA9:.**47BCB88565/05>>39;7;<7.%&$$%'3?C@A8AA??B@>88:;9989),>?<;;*'-'))+&0%)))%+9;79577BFCDBA;9A5:=9?ABB:1/-(((,/0,.++*$%'&%$%342453989=@>A:4-<998<;:87)$%.+'$$$('++.0($&&/-%13231.01.3-+766=48/)*45)($$%%)3//6,*257;9?<;?@?@13BE?;66)686:992-?@D>&9<-6/8?A<31-3(*,%&&&'&%$&)*+0/0/6152,+&+.-4&)(*4787741/*&$'-01-7959:8-/9697131'/155534884610/.1367428:;,.'599;766665,&(675565)&&&%+23///--*,,-1)2359:7876:)*755324;:==;9754.'*)(007724.;>=4777527889'111/085=5;8.-,..1/+'#(%*)*+,**+97;:;;::242//29;880+)-,++)..032;:;:C95554641844-0%'..111*7>7,,,,%%/114(+0,&'(-.7231-*'.;9A@C65663'*2465/,**&+1,-5?=;;<4**0-'$%%(&#)*23&)02':8:=19:=@B9<>79?AG<<<=>;=<;/>;@<777275437'%$)1685', @SRR14011045.38043 ae6d7ccd-a762-4987-9fc7-201a75d5a222/1 GATGTACTTCGTTCAGTTACGTATTGCTAGAAGATTCTTGGTCATCTGAATGGTGATGTTGGAGGAGTTTAGGAAAGAAACTTTGTGGTGTGAATCACGGAAAACGGATTTGCATGGCACACAAAACGCTGGTATAGTTGATTGAGTTGCCGCGGGAACGCTGTGGCACGACGAAATAACATGAATGACCGTTCAACGGTAAAACTTCTCGAAAGAAGTAAGTTGAGGTGTTGAATCGGTGTGTTGCTTGAGAACTCAATAGTGTGCTTTGTTCAATAAAATCACCGAATGGTGATGGAAATACGAAACTAATACCAAATATTTATTTATGTTGATAATCATCAAATGGTTTCAAATTTAGTCAGCTTGAGTCACCGCACCCCCGTGTGTGATTCGCTGTTTGGATCCAGTTATCAAGCTTTTCTATTTTTTCAACGGAGAGTTTGATTCTGGCTCAGGACGAACGCTGGCAGCGTGTAACACATGCAAGTCGAACGATGAAGCCTAGCTTGCTAGGTGGATTAGTGGCGAACGGGTGAGTAATACGTGAGTAACCTGCCTTTAACTCTGGGATAAGCCTGGGAAACTGGGTCTAATACGGATACGACCAATCTCCGCATGGGGTGTTGGTGGAAAGCGTTATGTAGTGGTTATAGATGGGCTCACGGCCTATCAACTTGTTGGTGAGTAACGGCTCACCAAGGCGACGACAGGTAGCCGGCCTGAGAGGAGTGACCGGCCACACTGGGACTGAGACCTGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATATTGCACAATGGGCGCAAGCCTGATGCAGCGACGCCGCGTGAGGGATGACGGCCTTCGGGTTGTAAACCTCTGTTAGCAGGGGAAGAAGAGAAATTGACGGTACCTGCAGGAAAGCGCCGGCTAACTACGTACCCAGCAGCCGCGGTAATACGTAGGGCGCGAGCGTTGTCCGGAATTATTGGGCGTAAGAAGAGCTTGTAGGCGGTTTGTCGCGTCTGCTGTAGCGAGGCCGGGGCTTAACCCGTGTATTGCAGTGGGTACGGGCAGACTAGAGTGCAGTAGGGGAGACTGGAATTCCTGGTGTAGCGGTGGAATGCGCAGATATCAGGAGGAACACCGATGGCGAAGGCAGGTCTCTGGGCTGTAACTGACGCTGAGAAGCGAAAGCATGGGGAGCGAACAGGATTAGATGCCCTGGTGGTCCATGCCGTAAACGTTGGGGCACTAGGTGTGGGGGACATTCCACGTTTTCGCGCCGTAGCTAACGCATTGAGTGCCCCGCCGCAAGTACGGCCGCAAGGCTAAAACTCAAAAGAAATTGACAGGGAGCCCGCACAAGCGGCGGAGCATGCGGTTAATTCGATGCAACGCGAAGAACCTTGCAAGGCTTGACATATACTGGACGCATCAGAGATGGTGTTTCCCTTCGGGGCTGGTATACAGGTGGTGCATGGTTGTCGTCAGCTCATGTCGTGAGATGTTGGGTTAAGTCCGCAACAGGCGCAACCCTCGTTCTATGTTGCCAGCTTGCACGTTATGGTGGGAGCTCATAGGAGACTGCCGGGAGGGTCAACTCCGGAGGAAGGTGGGGATGACGTCAAATCATCATGTGCCCCTTATGTCTTGGGCTTCACGCATGCTACAGTAAGCCGGTACAGAGGGTTGCGATACTGTGGTGGAGCTAATCCCTAAAGCCGGTCTCAACGGATTCGGATTGGGGTCTGCAACTCGACCCCATGAAGTCGGAGTCGCTAGTAATCGCAGATGCGGCAACGCTGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCAAAGTCACGAAAGTTGGTAACACCCAAAGCCGGTGGCCTAACCTTTTGGAGGAGCCGTCTGGTGGGATTGGCGATTGGACTAAGTCGTAACAAGGTAGCCGTACCGGAAGGTTGCGGCTGGATCGCCTCCTTTCTAAGGAGCACATTTGAATTGACCTTACCGCAGTGTCGGGTGGGTGGTTTTGCTCATGGGTGGAATATTGGTTTTGGGTTGGATGAGGCGCATTGTTGGGTTTGGGGTAACACATTGGTGTTGTTCCTTTGTTTGCCTGGCATGGTGATGATGCAAATGTTTTTGTTTGTGTTGTTGTTGTGTTGTGGGTTGTTGTTTGAGAACTATATAGTGGACGCGAGCATCTTCTGGAATTTGCGTTGAATCAATGCTTTGGTGTTGGTTTGATTGTTGATTTTAGATTCTTATTTTTCTTGATTGTGTGTAAGTTAATGGAGCACGCGGTGGATGCCAGCAGCATTAAAGAGCCGATGAAGGACGTGTGAATCAAAAGTAAGCCTCGAGGCAAGTAACTGGGCGTTGATCCGAAGTTTCCGAGATGGGGAAACCTGGCTCATCTTCATGGTGAGTTACCGCCAGCTGAATGTATAGGCTGGTTGGGGGGAACGCGGGGAAGTGAAACATCTCAGTACCCGCAGGAAAGGAAAATAAAGTAATGATTCTGTGAGTAGTGGCAGTGAAAGCGGAAGAGACTAAACCTGTGGTGTGTGATGGTTGGAGCCGTTGCATCATGGGGGTTGTGGGAGTCACAGTGGCTTAGTTCTAACTGGCTGCCGGCATGATGTTCAGGATGGTAGGTGAACGACTTGGAATGGTCGGCCGTAGAGGGTGAGAGTCCCGTAATCGAAATTGTTCTGTCCGTGGTGTGGCCACCCGAGTAGCACAGGGCTCGTGGAATCTCGTGTGAATCTGCCAGACCACCTGGTAAGTCTAAATACTTCTTAATAAATGATAGTGAATCAGTACCGTGAGGGAATGGTGAAAAGTACCCCGGGAGGAGTGAAATAGTACCTGAAACCGTGTGCTTACAAGCCGTTGGAGCCTTTTGGGGTGACAGCGTGCCTTTTGAAGAATGAGCCTGCGAGAGTTAGTGTTGTTATATAATGTACAGTTAACCGTGTGGGGTATCCGTAGCGAAAGCGGAGAATCTGAATAGAGGCGTTTGAGTGGCATGACCTAGACCCGAAGCGGAGTGATACATCCATGGCCAGGTTGAAGCGACGGTAGAAGACGTCGTGGAGGACCGAACCCACTTCAGTTGAGAAAATGGAGGGGATGAGCTGTGGATAGGGGTGAAAGGCCAATCAAACTCTGAGTAGCTGGTTCTCCCCGAAATGCATTTAGGTGCAGCGTTACGTGTTTCTTGCCGGAGGTAGAGCTACTGGATGGCCGATGGGCCTTCACGGGTTACTGACGTCAGCTAAACTCCGAATGCCGGTAAGTGAGAGCGTAGCAGTGAGACAGTGGGGATAAGCTTCATTGTCGAGAGGGAAACAGCCCAGACCACCAACTAAGGCCCCTAAGCGTGTGCTAAGTGGGAAAGGATGTGGAGTTGTAGACAACCAGGAGGTTGGCTTAGAAGCAGCCATCCTTGAAAGAGTGCGTAACAGCTCACTGGTCAAGTGATTCTGCGCCGATAATGTAGCGGGGCTCAAGTACACCGCCGAAGTTGTGGCAATGATCTTTTGGATTGTTGGGTAGGGGAGCGTCGTGTAGCCGGTGAAGCTGCGGTGTAAACCAGTGGTGGAGGCTATGCGAGTGAGAATGCAGGCATGAGTAGCGAAAGATGAGTAGAGAAACTCATCCGCCGAATCGAGTTCCAGGGGTCAAGTTAATCTGCCCTGGGTTAGTCGAAGACCTAAGGCGAGGCCGACAGGCGTAGTCGATGGATAACGGGTTGATATTCCCGTACCGGTGAAAAACCGCCCATACTGATATTGTGATGCTAACCATATTTTGAAGCATGATGTACGAGCTTTTGTTTGTGTGTTGTGGGTTGTAGGACCCGATCTTTGGAGGTAAACGTGTTGTTTCAGGTGTGACGCAGGAAGGTAGCCAAGCCACGCGATGGTTGTCGTGGTCTAAGCGTGTAGGGTTGTCGGTTATTCGATGCGCCGGCTGTGTGCCTGAGACGTGATGGGACCCGTTTTTGGGGGATTTGGTGATCCTATGCTGCCGAGAAAAGCATCGGCGTGAGGTTTCGCCGCCCGTACCTAAACCGACACAGGTGATCAGGTAGAGAATACTAAGGCGATCGAGAGAATCATGGTTAAAGGAACTCGGCAAAATGCCCCATGTAACTTCGGGAGAAGGGGACCTTGAGCGTGATGGGCACTTGCTGCCTGGGCGTGTATGGGTCGCAGAGACCAGGGGGAAGCGACTGTTTATCAAAAACACAGGTCCGTGCGAAGTCGTAAGACGATGTATACGGACTGACTCCTGCCCGGTGCTGGAAGGTTAAAGAGGATTGGTTAGCCCTTTTTGGGCGAAGCTGAGAAATTTAAACCCCAGTAAACGGCGGTGGTAACTATAGCCATCCTAAGGTAAGCGAAATTCCTTGTCGGGTAAGTTCCGACCTGCACGAATGGAGTAACGACTTCCCTACTGTCTCAACCATGAACTCGGCGAAATTGCAGTACACGAGTAAAGATGCTCGTTTCGCGCAGCAGGGACGGAAAGACCCCGTGACCTTTACTATAGTTTGGTATTGGTGTTTGGTTTGGCTTGTGTGGGATAGGTGGGAGACTGTGAAGCATGGACGCTAGTTTGTGTGGAGTCGTTGTTGAAATACCACTCTGGGTAATCTGGATGTCTAACTTCAGGCCATGATGTTGGTTCAGGGACAATTGCCTGATGGGTAGTTTAACTTCAGGGCAGTTGCCTCCTAAAGTCAGGTAACAGGCGCCCAAGGTTCCCTCAGCCTGGTTGGCAATCAGGTGTTGAGTGTAAGTGCACAAAGGGAGCTTGACTGTGAGACTGGCAGGTCGAGCAGGGACGAAAAGAATCGGGACTAGTGATCAAGCGGTACGTTGTGGAACGGCCGTCGCTCAACGGATAAAGGTACCTCGGGGATAACAGGCTGATCTTGCCCAGAGTCCATATCGACGGCATGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGGAGTCGGTCCCAAAGGGTTGGGGCTGTTCGCCCATTAAAGCGGTACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGCTGCGCGCGTTGGAAATTTGAGAAAGGCTGTCAGCAGGTACGAGAGGACCGGGACGGACGAACCTCTGGTATGTCAGTTGTACCGCCAGGTGCATGGCTGATTGGCTACGTTCGGGAGGGATAACCGCTGAAAGCATCTAAGCGGGAAGCCTGTTTCGAGATGAGATTTCCTGGCACTTTGGTGTGTGAGGCTCCTTATAGATGATGAGGTTGATAAGGCCGGGTATGGAAGCGGGGACTGAAGACTCGTGGAGTTGACTTCAATTGCTAATAGGCCGAAGAGCTTGCACTTTCAAGAAGTGTTTTGTTGTTGCGTTCACTGTATGGTTTTTGGATAACAATCCAATAGGTAATAAAGAGCCCGCTTGCGCGGGCTCTTTTTGTAACAGCTAAAAAGCTAGAAAGGGGCAGACCCATGCGGGTCTGCTTGCTTTTGCCCTCAGACCCTTGTCTATGGCTCTGTCTACAAGGAAGAATGCTCTTCACAGACACACTGGGATAGAGTAGAACCATGCACTACCCCATGTTTTCCCGCACCAGAGCCAGTCGATCGGCAGCACCAACACAACAGTGAAGAACGAACGGCAGCACTCTACCGTAGAGAGCACACTGGAGCCTCACGAAACCTGGGCGGCACTGACCGAATACATTCACCTCTGGTGGCCCAGGCAGCTCCTACAGAGCGAGGAAAGCCATATCGACCTCTCCACTGAGCTGCTCGAAGAGACCGCAGACGGGGATATTATTCCTGTCGCACGCATTATCCAATGCGAGAACGAAGACGTCCTCACCATCGCACCCTACCCGGGTACACGCCTGGGGCGGCTCATGGGCGTAGCTGAAGAATCAGAAGAAAGCCTGAGCTTCATCCTGGATGCTCTAGCCCGGAGACTGCAGAAAGAACCGTTATCCCTGCTCGAAATCAGTAGCGGCACCTACACGGGTCATGAAGATGAGGAGCTGGGCATCTACACGGAACAGGAAGAAGCAGCTGCCCTCCTTATGGGCGCCTACAGCCGCTTTATCGGAGCTGAACTCCAGCGAGAAGAACTATAGGTACTCATGGGTAAAGAGGGTTCTCAACCATGTAGAGTGGTATGTCATGAGCACACAGGACCAGAACACCCCGCAGCAGAAGGACACATGCCCCCATCTGGGCGCGGCTGCGTACTAAAAGCCACTGCAGAAGCGGTGCAGCCTCAGCATTACACCAGGCCTCAGCATTACTCCAGGGGTGACATGCTAAGCAGAGTAATATTTGGTTCCGACAGGGTGCGCCCCTCATCATTCCTGCCCGTCCAGCGTGCTCTCGATGCGTTCCCACGCTCCGTGCCATGAATCCCTTGTGGGCCGGCATCATGCATATCTGCTATATCTTCCTGCGCGACCTTCTCCTCTTCGTAGTGGAGGACGTGAAAGGTTCCCTACCGAACTACGTCAAAGCTCTCACAAGCGATAGCGCCCTCAGCAACGAAAGTACTCCCAATGCTCGTACTCGGCAGGATTTGCCTCATTATGCCGGTCATCTCCGGTGTGTTTCATTACTCTTGCCCACAAGCTGATGGTTCGCACCCCGCGGTAGGTTCAAATCACCACGAATACATTCTTACCGTACTTTTTGCAGGCATGCTCTTTACCGCCGGTGTCTTTGCATCCAACACCCTCGACGGCCTCGACTTCGTCTACGACGGCGACCGTGTTCCAACTCATCGTTGTCGGAATCTACCTCGCCATCTTCCTGGGCGTAGATACCGTACTCGGCTGGTCCCTCAAGCACGCCATCCACCAGCTCGCCTCCCTGCCGCCCATGATCGCGAAAGTGCTGCCCGTACTCATGGTCTCGTGCTCTTCATCTTCGTGAACGCAGACCTCTGAAGCTCGCCAACGGACTCAGCTTCCCGCGCACCTGGGCGGTTCTGGGCCTCATGGGGCTACTCGCCGTGTTCGTGGTCGTCACAACCTCCCTGGAACGCACAGCGCGCCTGCTGGGGCGCTCTCCAGAGGCGACGACGCCAGCACCTTTAGCGACAACGACTACGAGCACGCCGCAGCCCTCGAAGGCGGAATCTGGAACACCGCCCAAGACTGGGTCGAAGAGAAGAAAATCCTCGAACACCGACCCCTCAAAATCGCGCCTAGAGCAACCTCATCATCATCCCCATGATCAGGCAGATTATTCAGGCGACCCTCTTCATGCTGCTCGTCTTCGGATTCTTCATGGGCTTCTCATCCATCGCCATTAGCGACACCACCATCGAATCCTGGATGAGCATCAAACCCGAACACCTCAAAATCACTCGGCGTAGACACCAATATCAACAACCGTCGTCATCAAAGTGTCCATGATCGTTGCCGTGTTCTCTGAAGCCAGCTTCGTTGCAACCACAAGTAGCGACGAAAAATACGCCAAGCTTCCTCAAGCCCATGATTGAGTGGATCAAGCACATCCTGATCATTCGCGATATCTACCTGGGCCTACTCACCATGTCAAAAACGAAGTGCTCATACCCCTCGAATAGGAGAAGAGCACTGAAAAAAGAGACTGACAAAGCATAAGGAGGCATGTCAGGGGGGATAAAAGCTAGTGAGTCGACAGGTTCATCGTCAGCAGGTTGAACACCAGGTACGCCATCAGAAGAGCAGTCGCACCATCCAAAACACGCCACGCTGAAGGGCGCGCAAAGAGCGGACGCAACAGACGCGAACCATAGCCAACATCAAAAACCAGATCAGGCTACCGCAGCAGCACCCCAGGTAGTACCACCAACGGCCAGGATCGCCTGGGCGTTCGCCAGCGAACCACGAAGAATAGTCGTATCCAACCACGCCAGCGGATTCAAATACGTCACCGCCGTGGTCAGCGGAGCCGCCTTCAACGACTGAGAATCACCCTCCGCATCATCAACCACAATCGAGTGCGGAGTAAACACACGGCAGCCAGCCTCAAAACCAAACCACGCCAAAAACGCCGCACACCCACGTAGCGGAACACCTCAATAAACCACGGCGCCGCATCCAACAGGGCACCCAGGCCCACAACGCCCAAGCCAATCATCAGAGCATCCGGCAGAATGCAGAAAATAATAATCGGGGTAATGTGCCGACTAAAATACCCTGACGCAGCACAAAAGTTCCTGGGCGCCAATAGCCGCTACCAAAGAAATCGTGGTGGTAGCACCCAGAAACAGCAGGGACAGGGATGCGGACATCGTGAAACTTTCTATGTTGATCGAGCAGGGCATGAACCCGCGTACGCAGTGGCGGGTAGCGGCTCTCTTACTACCAGCTTGTCAGGCAAAAGGCCTGTGATGCAGGGATAAAGCCTGGGTTAGCGGAAGTGTGAAGCGCCAGAGACGAGAATACGGGAAAAAGGACCTAAATCTATCTAAATATTTTCACACTGCGTAAGATATTCTTATGACACGTTTCAGTACCGACCAGCTCACCACCTTCGCCACCGTCATCGAATACGGCACCTTCGACGCGGCGGCAGATATCCTGCGGTGAGGCCTCCGCCATCTCCCGGCGCATCAAAGCTATGGAACAGATTGCCGGAAAGGTCCTGGTACGCCGAAGCAACCCGTCACCCCCACCGACGCCGGACAAAGCGTACTGCGCATCGCCCGACAAAGCGAATTCCTGCAACAAGAAATGGAACGCGAACTCATGGGCGCCGGCGGCTTCCGGAAACGTCTCCGTTGCCGTCAACGCCGACTCACTCGCCACACTGGTTCATCGATGCGGTAGGAACCCTCAGCCGCGAAGACAGCATCTTCTGCGACCTACGACGAAGGCGAATTCCACTCCTCCGCTATGCTCCGATCCGGAGAAGTCATGGCAGTCATCACCTCCAAACCCGAAAAATCCAGCTGCTCGTCGAAACCCTCGGTGTGGCACGCTACTGGTGCGTTGCCGCCCCCGACTTCGTGCGGCAGTACCTGCCAGCTGGCCAAGAGCATGAGTCGCGAAGAGCTCAATCGTGCCCCCGTCGTCGAATATGACCGTAAAGACTTTGTGCAGGATGTGGCGCGAGCCTCATCGAAAAAGAGGAGTAGGTCTAGAGGCTGAAGAAACCTTCACCCAAAGCCCCACCATCTACATTCCCTCATCTCCGGACTATGCGCGAGCCGTCAGCTCCGGTATTGCCTGGGGCCTCATTCCTGAGGCACAATGCATCGAAGAACTCGAAAGCGGGCACCTCGTGAAGCTCGCCGCAACCCCCGTAGAATTCCCCCTCTATTGGCAGCGCTGGAATATCAACTCGCCCGTTATGGAGACCGTAACCCGCCGCGTCCACGAAGCGGCGCGAGGCGACCTGATGCACTAAAGGGGTCCTTGAGTTAAGATCCTGAAATTAACCAAATTGTTAAAAATATATATCTGACTGGAACTATATTCTTATATAAGAATATAAGAACTGAGTAATAAAACCCTATAACACCCCACCACACATACAGAGGCAGCCGCCCACACGGGACAGCCGCCTCTCTAAGCTCTAACGCCTAAGTCTTAACCGCCTAAACTCTAGCGCCAACGAGTCATCATCAGCATGCTCACCATCATGGCGCCCACCTTTACTCACATTCCACATACCCAAATCAGGAATCAGGAACAGGCCCTGCGTAATGTAGAAAACAATAATCCACAGAATGCCCACCGCCAACAGCGAGAACATAATCACGCGGTACCACAACGGAGTCTGCTCCTTCAGCTGCGTGCCGCTCTCCATCTCACGAGCAATCTCACGCAGACGCAGCTCGCTCGCATCCTCCACCTCAGACTTAGCAGACTTCTGAGACTTCTTCTTGGACGATGCCTTAGCCGAGTTGGTCGACATACTTCCCTCCGCTTATTGTTGTATGGGTAACCCTAAAAATATGTATTCACACCCTATCTTTGCAGACTTACGGGATGATTTCACCTTCTCCCCGCGTTGAAAGATAAGGAACGCCGCAGCGCCCGAAGAACATACATAACCCAGAAGACAAAGGAGACCGCATGAGTCAAGGAACGGCACCCACCGCAGAGCGCCGCCCCCGCAGCGTGCTGCACTGGGTCATTCAGATTACAGGCAGACTCCTCGCTCACCATCGGAGTCGTACTGCTCCTCTTCGTCGCATGGCAGCTTTGGTGGACCAACATCGACGCCGACCGCCACCCAATCCCAAGCCGTCAGCACCCTCGTTCAGGAGTTCGACTCCAATCCCGGCGAACCCGTCCCCGACTGGGACCCAACACCCTCCGCCGGTCTGAGCGAACCCGGCCACGGTGAAGTCTTCGGCGTCGTCATCCCCAGAGTTCGGATCCGACTGGCGCCCCGCAACAGGGGGCACCAGCTCCGACGTGCTTGACTCCCCTCGGCCTCGGCCACTACGAAGAGCGCCATGCCCGGCCAGGTCAACAATTTCTCCCTCGCAGGACACCGCCAAACCCGCGGCGAAGTCCTCAACGACATCGACCTGCTCACAGAAAGGCCATCTACGTGCGCACCAAAGACGGCTACTGCACCTACACCGTCTACAGCCACGTCAGCCAGCCGACCAGGTAGAAGTCATCGAACCCGTCCCCGGACAGCCCGGCGCCAGCACCCACCAGGAAGCTGCCTCCTGACGCTCACCACCTGCCACCGCGCTACGGTGACACCGAACGATACATTGTCCACGCCCGCCTCGAATCCTGGCGGCCCGCCGCAGCCGGAGCGCCCCGCGAAATTGCCTCCGTCGCAAAATCCTAAATCTGAGAGGAAAAGCAAAGATGTACGCATGGATTTTCCGCCACCTCCCGGCCCCCTGTGCAGGTTCGCATCATTATCGCCATCGTGCTGATACTCGCCGTAGTCTACCTGCTCATGGAATTCGTCTTCCCCCACTTCGCAAGTACGGCCCCTTCAACCTGAACGTCACCATCAACCATTAGCGCTAAGGACGTGCCATGACCCGCATCCTTGTTATCGACAACTACGACAGCTTCGTCTTCACCCTCGTCGGCTACATCCAGCAGCTCGGCGCTGAAACCTTCGTCATCCGTAACGACGAATACGAACTCGACGAAGTCATCAAGCTCGCCGAAGAGCCGGCCAGCGTGCTCGTCTCTCCCGGCCCCGGTGCCCCGCAGAGGCAGGCCGTCATCATCGACACCATCCGCTGGGCCGCCAGGCGAAAAGCCGCGCTGCTGGGCGTCTGCCTGGGCCACCAGGCTATTGCTGAGCATTCGGCGGCACCGTCACCCACGCCCCGAGCTGATGCACGGCAAGACCTCGCAGCTGGTGCACGATAACGTCTCCGTGTTCAAGGACGTGCCCTGCCCCTTCACCGCGACCGCTACCACTCCCTGGCGGTTGTACCCGAAACCATGCCCGACGTCCTGGAAACCACCTCCACGACCGACAACGGCATCATCATGGGCCTGCGCCACCGTGAAGCCCCATGCACGGCGATGCCAGTTCCACCCGATCGGTCCTGACCGAAAGCGGATACCTCATGCTCGGCAACTGGCTCAGAAAACCGGCCTGCAGGGCGCCGCAGAACGCTCTAAGAGCCTCTCACCCCTCATGGCCTAGCCCTTCTAGCGCTTCAGAGCCCTCAGTGGCTTATATCGCCTCCAGAAGCCCCGTAGCAGTCACGCTACAGGGAAGCTGGAGGCGTCTTCCTATCTGGCCCGTAGCCGCGAGCGGCCCGGTACACGAACAAAGCACACAGACAGACACACGGGCAGATACACGAAGAAGAGGGCGGCCGCCCCACGCCCAACGGTGTGGAGGCGCCGCGCCTATCATCTTCGCCGCTAGAACCCCTTAGCGGGCATTCGCGTTAGCGTTGCGTTATTCCTTTGACCCCAGTGGTATTCGTTATTACCCTGAATCGTACGGGTACCCGCAGTAGCGGACGCAGCCGGTGCCGCGGAGTAGCCGTAGCGGTAGAACGCTGCTGGTTCTGGTTGCCAGTGGTAGCGTTCTGGTTACCGGTCGATGCAGCCGGCTGGGTAGCCTGCTGGGTAGCCTGACGCTGCTGGTTCACAGTTTGCCAGTAGTAGCGTTCTGGTTACCGGTCGTGCAGCCGGCTGAGTAGCCTGCTGAGTCGGTGCAGTCGTCTGAGTCGGAGTAAGCCGCCACACGAATCGTCACGGTGCTGTTCTGAGCCATAGGTACCCGCCGCAGAGCTCTGCGAAAGCACGGTACCAGCAGGACATCTTGTGGTCCCTGAACGGTGTGTGGTGTTCAGCAGGAACGTCCTGGCAGTCAGACCAACTAATGGCCTGATCGTAGTCAGACCACCAGCAGGGGACCTTCACCTTACCGGAGGACAGGACGATGTTCACGGTGCTACCAGCCTCAACGGTCTGAGCACCCTTATCATCGGTCGAGCCCTTCTCCGGGAAAGCTCCACAACCATACCGGCAGGAACGGAAGCGCTCTCCACAGTGGAGACGCGGCCATCCACCAGACCCAGGTCCTTCAGAGCGTTACGGACATACGCCTCACTCTGACCCTGCAGGTTATCCGGCAACGACCTTCTCCGGACCGTTCGAAACAGTCACAACAACAATTCGAGCCCTTATTATTTATAGAACCAACACCCGGCTCAACGCTGATAACGTCGCCCTTCTTGACGTTGTCCGAGGTAGCCCTGACGGTACTCCAGCACGAAGCCCAGGTTACGCAGCTGGTTCTCGGCATCATCGCAGGAAACATTCACCACAGCCGGAACCGGAACTGCGGAACCTCATTCAGCTTAATTCTGAGCAATACGTAACA + $'+*+'99=;DG6A=?@<:8@E>>?9CEFAIE@HGH@A.DDDA=E@DGEBEIEME@@>AC?28?CA>?D@?BIK/?BDCA?D@DIDB11A422>;;?ABGGEDEB=FE>>??CEFIIG=>A?<;@CB@DGD=CD@>;8==8C((65@A@IJ>ECCECB=DFFB;DECBFIB@ACCFKB5;B?>=BDDC@BBA?)'-0'##&$3-';;<++)0289?;BBDJIJJ@:9&=653(EFHDAKFFH@EHFOPKKHIBAA==>E958<;<=8>@=(?93ACG@=>;BE:33567297350.4;7-'+//630CCEG??@>@EIF5=B@LKML==D?@>5'$$$$ADFACIJF?EFDEEFAA@+4?9EEE?EC1*??==,>GHD.1EA/BGE?HBEGIDHCCHED=<@C:<=>C?<@<;;>H@C@@>>>D@@@AECGE;59>8CC@>:D@=:94>?876($5756411*-6=??;@:?@@DEGC@<@B?A@DC?7:;<=0,3:9:=ACE9MACA;BDA=<@7;=BI@@5+&((.=:>CG=3=<7:.736?@:>;@B)+=AE;=;?;=F>ACD7'9;ICLEGH>D@AG3746?F9;<=973=?<76.-24'':)97;?@A;:B::@?A:9@DGGE<<;>>08;:=;(($&+=@:>><789;<@@-2>?A68564'9>;EA?=7-99?78:19698=><7<?;=54%*455@?@57671$#--13;ABB<98@A>?DF?885*A:F?BCI>95$$%/.%19557A1999<:9:=?;BEBFGE6/9=::;<@820A3..>58,-)44542:>889<==++064482DF8:GE<=(%$%135>BAA;D?;@F+2@=@==AEII>BBC8=B@?,,,,0110/4*@>=>>21*;6:>E1-<5,577465$79;37'%%*<76;90<3348;?87C@:8-<=9?0+07::++-06:;<:@DA.9<>5212%%,,--548/3;;6>>@4?A@CB:;?:<<=.'+2/4',8;/'686(<=6904);:9=?..+*,)))))(%$'%'.0/226469696>:;CEB9;@CE=?FEFD<<445@8.<8<109,%&*%(4892?@A<;8644;*./2@?0/?67)%%.+*'-'577879AB<<<98B?.3+&($$#')7:>>8631:8;<9:35&*266/7EE7879>27;:?69736.%$%%'$/==,.*.6&068=7:=@24=C:?CA@A>=9*-(037;AA>>@DEB976556-%'&'*3.'4=?A<0)&7;76:2057;:414;8965.,,*%&/56=<><;@;.2;=:;10/.-&,0,22*6/0:<5;8@A@?DA;:;9+5-$/*,0<<9)-218<=33559;>?;%*637EE@E@7<;<:=:3+'&22641-9::0<=88(3/2/.=;<:<>16<<><9:7<<<)486%%$5*'%$%$%$%%%%&+::><38<9?>7?C8DGEB33:8;?>?AA>:>:,*03A>ADDDFD=BFEAEG@99=:87?89<<>?95CLCEA@@BDEBG>FFE<95IIAEEAGFB?@B>@;59:711.=:BE@AE?BD??=769?B;BA@<>AC98;=7;7>:AELCEEC6797<=>=<@BGB7:ACB=@BBHECFE9AE?>=<:>:3-;;9'74%$0+3'*.$$'/03=<<>A560,,2/6@<>>@=-.39>>:BFEF:=:=78<2.*310#$&%557043%%>*(+55<>:=;9<;EE=?CDBBB>?=3.-)$*9;>@?A5:48>;>=915&(56544..79-1@C=??=<>@@74>C?ADEHLCHB@@78<<;=><(%(*+3837=578-*77:9=AB=<=BDBB===;:<<<<*+1.$%$'#&&$(,89960'(2455=E>@=>6/>C=?.*@;56%%%'0'599>@@BA@;=?8903>;799CADF<>A:AE@>?A;AA?BC@:<=<7D?F@?:9?=6857=CB;=;:7<>80=9H==8>;?<<)235;9::<4/-.733=C=A==<;95+$#&&-168?=;:8;:@7DEC;:?=B:33/@>?@=>85866%5*1<455>?CCFF;>?7?BGFB979HIF@E77<;:<::>;==>5733320.9::99899@@:415%%&();)3759($'&$#$%(()$$$%%(..+(%&&((2*689=A20598683;<;('157;=?5@<8321/%/7774%&...1::<;;=B>>B=:+(1/97;B49A?=EJI>>;,*912/2451.&8AA>>>8=&+45@BBC<7:@@B:C>:>7:.645:3)+009>A@CE@@<63%%%)76>=?7<>7@>=776>>@?BAECDB=>:=<84?566*2=8<<@C?<>?:-8>?...05:4*9A=EBFCG?>@AGC;67ELM>:62>AECD@EB:@:BA?A@>E89BFG@=:<9>F>?<;C<;<<<><7;@+7:959?>:6@;93059?CBACCB=6%$2)232-.<4.7>?3134-.331/($155(30:=%=@?8=9<,9B?@;GFF?:GD@>:::769%36/05/1984=<@<>=@?B111/26)/'6$5669=1--45,4)/2;617*==6B8:D=>@A@9;B37?CBCEECC?8>D643>::6*-)$$,013669=8'2*(012,-.4532?@989:;3533117AEA9<;9??=?BF@65468>@;?7;?8:B732766&,>9:61>879<>>B===@;2+7>B<8@A?=>=<9*((=;/2283+)(+--9<>;@7=5;@74;=;9-+253)%%#/.79<><>-*78:=>><:ABC<;?<889;@?EB>;-/AA8?>=;::>:-98>BD?MIGG?96995.2;88;BB=;9.&&&&&+*6==3;@CF8??;7C=->?:>FC>6,83446*%%,+34+'0.)+*&(11/1/20)--,**3;>>>=:;;?>DA1-79==;A=CA?;A<;ABA=;68==++-'./3?=D;<7:DEB:9>A@>/1:05F@CEB@>72(&&&$%38,05A9>VQFB<:@>E=>EM@CD+(,139++.--5-#%%.3;=A?@@ECFA?A>D?A==HHDILRIVA+91,,)3,<;??@AFIA9ABBNH-0*.5PNDEHGF:7541-556218?34%%.0967ILE')ECAAAD;>A?C>:==::-64.6./42>=>=;74688<@<7;C7(026<6:42;DA=AF<;C==94@?=C=9EII=8;:<@?:7:7947==)1.16;.+.:;;36>?B9C=GB>=?:89874A?A@@97B?B5;?AEB?;5=4*4->>@=40-%%886;?=20=<==*=;2=<=82/-*)/),2112<:;77;>;=>$':5><8CD65:<9;A@>?91;<7>=+>>CDC-/=?<:;*9=:=<@4@B<=<=EE@CDDG<279/%&445433=@C6:75(6:AA<7>=7774>ACF=D>=;9>6563)66<>EC@.33?<==E@A??FICIHDDCB<>?AA@,'*-3>:489@A;7;:@?<1-..6/9?>>9?@6BECDE)$>7:<@CDAG'$$-15179>;:@76859??645%%&&':8:-))B=967E88@CB9'2&$$&#./+)2(((),,01)4>G99:8?>7=?AB7=>::6=?<<6:@;:;8557=8<@;9?DCBE@C48==?;<@C9=<<;:9<;?:969:786;3;>;@=B84:0',)&%,%$75+.;8=?8=<<5<102=;58==9B>@B?5AHI;05468A<5;@A=?@46@@DD90=?76;68111..7?6:<9<=<=AEMCD?C;7?A>@2.9=6=>?:99AA::;<:))),-,16.4>?@A;<9>?>@6B>@=J=HDCC?:;<=:99533<=99<<78:1=K@?*)-7.>;;5:;<9795::;?@D.MID;?>=:9-%$%%'+,.3???E9B?==;=?7?02;89:>>FFA?B?8:A?@@@A@<=?C9=<;A5870'0553876*:8>==;:4-?D6?@;5&-9;<>GGMLGDE=F@15978::=9516+8::@AFCE>A8<:7530:=6*43:<;>C>A:8,1:/13?799=D>;<895363'$5412./)0(&'%&$/1<=;;5982,41#())*-/014;:;9<;110.@;@BC7676&@94>3A9,6:5:;8>.0=ABB54847@@?BB=><=?<<;:=?>>A@A+92;=5159>=:9;,/>?>8AHA>;&%%%$+)(49:9'&.73,)(1649/5>=8<=>/7<5>>BAA=;2$$$$./<<;58:>7@>9C?87<=;=6:<:678:69973526%*/7;<<<<>>??9?C>A=@=97@C???>=8>:7%'*''%,31223+97<4;<5<>>>=AAC?>9316:869443<:88:8135/%&--4866:<<=2,>'&((==>?53==6777**?;8B;63)50111-'&(+,-8=7@A?8>??AEGF@AB?@IB?767739BBCA7C=?79=C9<97:;98>=9;77=:6A;22678<,=<=:84;:=DD>/?A@J<5>C;4>;@;=88@?>:?:9:8:5((+92').+&274+;=<<;>@HH??M?@@F@BB>8A6<064:43-00*2-+/=?;+<'=?=<<=:>D:955)@?7*:?<>+$6::<@38@:9))'09=36AE?3>@E=8GH=9('$:<;5+>=BC=.&%0213231172;8((*875:<;7;8=?;:?>=??CFFA>A:85:=9CFD@=?>EG?@CAH@AG?G@;':=J<6>?:AB?CB8=-1..24268??;<9/0395346386+5<874=''('AA:<@B>,17<:;5521,04-:<946=?>CBA@A<:;<3-%*)../3<=7779/046?B>?@@$8;97:=5:7+;%,088=;=?<;:;--&.7,26)+3@><:>>;;:10.%&&%.(%%''*;9;7455778132=7>?A9:878>==?6:8I:9AAB9;::0;BF=?CBB:;>FCAA@<7=@FF?:CAB?B8=>:>:;9:;<(0(/346*.12300/2DAB@C?>;9,5:<8<77;(%A7B==@726>74>?=<9+<==DDBN@:BB-/,=;+$=<1/04<;<::?@GGD9EDD8B,557AE?DF6.>?D?>E@FEBAE@CA?@E>$'*2(+)(%&$*)*$%2.3*328:=,273467<:*'),4==9BHGBHI@@B==EAAD@?D-)=>-+*9;2.7:299@9:>CDAC=AAB>=?***4@:722:8-//0199>:=?B9DGD8>67;3/1-*('*6$++569=;EB>G<8879:9@==C>>89BE@<:?;B;:744@?B?<63-,0/-,*9%%);49678,99CC34454;AC:>K9@8:?<>>5+)*.-534.,*9:;95@??A?A;@=<)))'+.+()57;::;<522770&&'--44:+79:697<<;48327979%)658997AA=?@7>?:HIA@AB?404B?;C>8:3CEAACNEO?DIFHJ@7=+=CDCML@=><;::D>FCIF49:199?@?*,,<<;<204=BDF?4<7.&&&5@B7<@ACI>B517@CBAH@DJ;./(.+);>??@6?DFAB?>E@F=INFE..1GHI5:E==D6BA??=@%'@=8;7=:++BEHH>?;920,0'$$%$(+13=@A9E0%%)435JBD?BGITO=GIBEC;G=KNH@<:63,$5;6@HH0=@@B>A9;LEB=):,?DD?=@=;IE?B;B<:--/-0*>AC9JKN=JGIJIA;6CKSVU(C?2C5GHODFH[UZUIQQ>DCBBD9I;/->:<<>=DDF,(=BE?A93$$48C=:;<@BA@A8/EDCGB0.@<:*99..1.-4:=CBF:5'<66=9,;CDSQLE@BGVROD3?;;?9./3,%,/17<6@@BDEJHOCFQ?=>,()',8@AEAEDDB@?=@>BKK>%5CC,''=CA?9?=B@=676?B>E?=79;::@?:??>-)1:8964.27.;5942/**+4=@@EMHECBA&&644*(%$(+)7244AHF@CFID=B=F:563<;??BGE71;-.*=B;@31.-.12046<>@?>='''&-<1*695A003;CC@NNA9,ABCEFCEGPLGCD?96;'A;'/01<>?G?=A'3$7$'65@D:BFEFH==<6;A?8;:;;=::A;?4<7-6<;?HPKDFTM?>EE=>''7A:=))%/41;<@><=?8=D9??EABEEIH8B79;64449;:?>@BIBAE9CECAEH.G@=BFCE89,--//)%&)-637>8HJ5A:CBC;1;?DECCHEGDDC@BGKMJ:GFCGB?A?@B78><;893ADBCCD;8;<8BBA:)'389@?FFC6?A@F:=?B;:<9;B=?>84<=<<;@<34614=:8>0><8=;@A?GDGC6::ED==DA;HDCEGD?FG=ABHKHIB=?9;<;86>>>CB@CA?7=8,9;=:8@=?>>8A>@=A::5B>=>=?DC=99:>;;@??>G>66A:;=9;A673<=9:=16<9:<493,-<;@A<24)0.(1*&&-77488<=>7>8?;:5-/,.?@A>??/79:><=;>AAE=CA@@3:79=<75-?;=EB1=@<5521660$$)),86;7354867;A=>=@A:--)+2(,+=?;;>=?C<+>@DD36&&*()(&1.*+2=?G?;+.+/()076967=:7;@DEAAE@=85:;710B9;/,)(*./0#)88BCA&$:98<9==53.1<3366,-6488,226<97AB??=;<;B>4=?8244/;:55*65608==<;54:68%%033813870::8<>=90)/<:BCJG>?BE@>@6;'=;@CFC3%;9<;==6:>??>@)09;>?2:;;D>BBBCAH@?EF<>A9975==>:?FD8885**;<:;?2-9>ACB>??99;((&'(*+77:>B<;*69=:8<>8:?<;=4/$$'5=>,=>469@?>?369;>:0;8=434'%;2')&/;>;=:ACEICBDD7G@=8>:;01(<8:=>@I@@A?>A@9=;>=E=9265654767747%%,//568-747;79>D9/9@?=><985**28AA@@?;'>AE@HF:94()'%,0101645-5'1GDA(E?:>=,)=9;<@=6%&(/+/14,*)?@75740+*'*)%04<8ADC=8:>><=?8339.+'))31384434(91=7<>?@;235<;8>:@A/4*/,,*523,,-;>-&<'):7%6**20.0/)2357?;;;/2.5;>:BB9ABBG?:D>=:@:?7;809>>@A>:33C@B48>@@IFF=@DCAAKHBB:>??>?@=>02)%8;>A;;>7@E<=@@>C=??==A<<8<-,.(*'==@@=BE?@IMCCA?>8;?EB9;;:E=EAB??@?>22>A=A@BF8I?A<68@?CA6:;;573.98<7><=?>A>>5:7BGCA>@CA@B>D9>>;@@A@>8:;<986=?@B;==->BF88?:;?=AA744:996:<9066899;9<@6:77$&,;>>97+-/-58907)'))46=>6;;:78FMBIJHBIE=A>@BD>BC>DH<>=;43A<>>.<:;=99:0-%$.,*.02)*-6?6CC>99)-:EA>:8;;2'-+)(2)'&&$5344133=?A5B@99>B?@CC1,.663+)(*'&&&7=?;=FA,+.0/:>>DC?=:?67E>BA9AC=<>:ABCEBA6>AHE7<68:;;9.'&$*-)$<:::1=.&;99;/-??A;=9:@<<6&&&0:;AGD6=BE;F>2/...)*-?><>177;:613;62?==;%'9)//=B8C68;*3.<=@<>=<=80.*$%2)F818532,''&657:<$'';?=?=?A<99/,B@;<<;CBBD@FB=70,2,2$%$$%#''004<:8<=5055867=53))()*(26=>>AB?4/9DF8,/9-$&11+458=05(&'&&-(0/0-747A:CA=.+/844+',.-099;EDF?GK@B>???<=?:=9;*6??A=7785<=9@'?<;6125543-(&$#'%755;3/<<<>?@A9=5:?ACHA5;66;>>1.?=>?GH=@:;99@C67BBAE?;;34CFCHC:23325))-/2<<5.2<@:D@767DE@=>C>9?>;C@A:AB?8=@@@D034.+7?EFDB@HI:;@?BDCGD;;;621@ACEDA8A6>CB?>B=469BAB6B@@F@>@A>8=;9D1:,44/6<9577,--))(&'(#$)*('(--679;37::BEKLF3@/?;<<;BDAJD<>6D?<@A:75-3/,$+#%&&)%+-=@BB>=<-*-25<:+.BD=C5===BE88=>@?032&$-0$3:?DFGG7IDDF<>@DEQCB>E;=<6;;*&&&'.++41*)*;=C,;ECFE;C+EB>D>>=@E/3C>GD;>A8?=:%4@B?;9<=A@BHB@-(-028HIIA<34JD--;)DA??;AA88;:=?BE=+:>BEB=?A@JGB>:C>?;;>D??FA7<>67DF@?HC@?:CDFFEFCEIG<@BJSMEQF79-0=DFFAA>B3,,+'&(*&%67<93;/8$0-(&+*,,)=::>EEBDBBGB@?AACHA;577@CCH?HB7:>CC?;DE<;,)(-)0,136:>A?;4-99>=A@98<>>@>=6775'#&*)07:=:/;.9:66A=4998247489;8073)&&%#)*-'/022B)&7&')<8:<=;=:/4CI?>7952326?>@@CE>@B=HCGJFA<6=:11021+((*)+.6;:978;=2*78>>=00%%%*$'';3*/:>E=7:<=ACCC@ED@?722>:>)):::?A=CAD>A;;;8)++)$2539//%:2@A;9%&))))-/>48>DB@:6$6;=993*%&%((&%&+%/6205788?43JIFF68DB)9CA>>?ACFA;C9:<9A>>>B01414'(5#($%'+')-.)%$+%&%%*-..881158>@?>BCHG=/?==04>C@DD=E=8DBC@>8216:<:::231$$$&#(**=A?:69;::1--.5+544;@?;?8AB@>@9:C@=/*5*)-55@BDACEE@@>A*65:<@?C@?A<76;<566/.'/<;=8:@EH;A++''0,.-7-.>B>?E@D;<<7***2,.@=C=8CCEA??;@@BD>889=B/BAAB@:,:641189%'??@53+@B;=94/*+79==;=<0688.00,***.46&58>D:;116655+.?C25;DC>=AD;773102'&110=:?>D7>;=DA<8221833.//826+$$$#%#&),((-&'''.-&(&%)*(%77:B0-.)('+'%%%%&&322477;8+$'$&)$%&$(()')*(./.76%'&'-)&)-$$)%412+,22<;<<;<;6(,-+.-474625-6-&<739;=>=B@<);<=A?7+1;8<59:?>345),9777214196$*68=>;A?47>29:98;?BDB672,-<>;5->:==)>=@=565877<68A<<:A98>>CC??A;9@A9;679A<9=;=>>@A9=>98<:61735.*19>GGHC?8;==))989:AF@;8:+:9;<9@?:7:<;<999;7;/2;%'%%&$(4%%1880/9((*&'''%))3594;85%99:.:<8;;;9%'/1688<::>>>;?==?91/2/861*B:1>@/2928:;<:/)&++2428DHGKFFB>6?2=@9;@BJF;?><;14:577*:9+4/>@')%'')%&)/4;<>9>@A?;=233)%# @SRR14011045.17982 c5d2ac43-6c8a-40cb-9164-c73532cc2d53/1 GCTCAGGACGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTCTGGATGAGTTGCGAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACATTGACTATTGCATGATAGTCAATTGAAAGGTGCAAATGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGGAGTAACGGCTCACCAAGGCTACGATACATAGCCGACCTGAAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACGAGGCTGACAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAGAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAGAAGAACGAGTGTGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGGACGGCTAACTGTTAGCGACCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAGAGAGGAGAGTGGAATTATGTGTAGCGGTGAAATGCGTAGATATATGGGTACCGGTGAAAGCGGCTCTCTGGTCTGTAACTGACGCTGAGGCTCGAAAGCGACGCAGGGAGCAAACAGGATTGAATGCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTGGGTCCTTTCCGGGACTCAGTGCCACTTGACTAACGCATTAAGCACTCCGCCTGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATGACGGGGGCCCGCACAGAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCGGGTCTTGACATCCCGGTGCCCGTCCTAGAGATAGGATTTTGCTTCCGGCACACCGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCATGCCATTGTTAGTTGCCATCATTAAGTTGGGCACTCTGCTTGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTGCAGGCCTCAGGCTACACGTGCTACAATGGCTGGTACAACGAGTCGCAAGTCGGTGACGGCAAGCTAATCTTAAAGCCAGTCTCAGTTCGGATTGTAGGCGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATGCATTCGGGCCTTGTACACACCGCCCGTCACACCGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCTTTCGAGGGCAAAGCCGCCTAAGGTGGGATAGATGATTGGGGTGGAAGTCTGGCGGCGGGTAGCCGTATCCCGGAAGGTGCGGCTGGATCACCTCCTTTCTGGGGAAAAACGGGGAAGCCATTGGTCGTCATGTTTAGTTTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGAGAGCGCCTGCTTTGCACGCAGGAGGTCGGTTCGATCCCGCTAGGCTCCATTAGGATAGTGAAGCTATTCGCTTGTCCATTGAAAATTGAATAACTATATCAAATAGTAACAAGAAAATAAACCGAAACGCTGTGAATATTAATGAGTTTAAGACTGAAAGGTCAAAAATAAGGTTAAGTTAGTAAGGGCTGCGGTGGTCTGTGGCACTAGGAGCCGAAGAAGGACGTGACAAACGACGAAATGCCTCGGGGAGCTGTAAGTAAGCGCAGATCCGGGGATGTCCGAATGGGGGAATTTAACAGGTACACCCACTGTTACCCACTCTCTGTTAAGGGAGATGAGGAGGAAAGACGCAGTGAACTGAAACATCTAGTAGGCACGCAGGAAGAGAAAGCAAAAGCAGTGCGCCTTAGTAGCGGCAGAGCGAAACGGCGGGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAGATTTTATAGAAGAATGACATGGGAAGGTCAGCCAAAGAGAGTAAGAGCCTCGTATTTTAAATAGAATCTGTACCTAGCAGAATCCTGAGTACGGCGGGACGTGAAATCCCGTCGGGTCTGAGAGGACCATCTCCCAACCCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAATGCCCGGAAGGGAAATTGAAATAGAACCACCAAGTACGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGTTATGATGCGAGGTTAAGT + (+-3+8;8>7DE@:A?A>>,1=36;DB;<@CCBFBA;3<@@7>8@>@78:@?=:DFFECB?>6?@<>7376A@@@=7;=?B9?BEE>=5,.,->@<=:9E;@BC:9?@FG?@BDFE@=?DDB9A'@@,(+784(&.+'*)=;<;=:56''6455==9779?A7>=A@BAD6?>@EAA-4,<=?>?=-0@@96@<<:82766;AAB=<4=?IJ,@@;=FFGFB93&(622;:96<9;=:;(*<:9<>GA9?8B@A?8>>8AAB?;9:717F=9:C?AC957@DA:3=??>4ABAB>>B6542/7%''><=JE<89:=0'%#%0568+>?DB=4+)36:>89929<;:2&)/83--(((%34351))()()(&$()$&&,,+57856?A?@>81<8<:C><965;67<:8992687=>@44534=;:AIIFC;>?H=597:<>8:;=?8=524:>?FCHG?@KGD4.>:<<@?53;>8(/?=:>55=;:AB;5012$*/+,/*-,++%%%%&1/2/479;8=?845242>@FC3B>=1'&13$$)'3796,(((+-&++-8679B=<672/2+)&)%(++(7=8D?;88:86,*.&(**,.%&0&=@AC@B>ACE>$$3.&&&7;;=59D@@=<@:>B>@BCA:BB=<:?HF>426;;>>@=515.+.918-066682/5<764$%%%00/310/$000;561829C>5252%%(4)-@<89=98=BFB7:@=.;=8>DB=>18./'16/2/188;?A<450,++'.8/5@;E?>9=>@:=6AEAAG<@@5?-+<12==;3)%%'++$'2/58791,&,'*,/7=>781>>>569+:95266'4?@><;G??7?>8>:77==A??=HA?;,<469)&'&$$##(')%,013>?@BDFHDFE@?@;?BB=>=<9048'$$$4,77983-4,/54)11310>9<=++,/.5425==DB?C;=ADFGHG@CB>;=-46111)###%%'&)'')%.)(2-//323):AEEFBAE@:898?<=6978;1)355;:<(>CEB<;=DDE8><<>;(<DDE'%(5655779:1.,.'),3)+>>:<==;876.1735=<>@GG0316($00..667.;<==3-10+.-6--1&*&*698&'&*045:=:<>=:DG?A::<:8<=6;?;?=;<*2451438/$'$$#$$))+-.3<>4;,09;=ADE77=A?/&%(%&(+,($*,'677:B=<B979?@GHA@@=;;00.14096'(.610,-+0+,&&57+=?@@?@7@:2979=;7:@E@CA?=77=8;=*889<98:>;6<<81)$#)++57770.)+4433779465*671457578**,)7:;2%%1/*&%21/6)(&-17566.%,((-1/.)024B@EC=A@CAG@466+)***))42.<=AABGHA:4;FGC::??9?:@@A;@ACCCB@=GIIFH;A;ACK?;68C:;;BC:;9:,13542/76:6$*32-0;96597.0677=;56557:+-.9:=?@;8672?9,.-/2('$$$3541;5333$%&**188@@8<9+&$35,;324545'=D@:=?>75652/620,$#&-//=A7:49<8;<)%%(25))*%%#%-'*?9<39@DE@B?=??**'7;9:<:7=<646C@9:726=9<;<331*036869435?=AAADBA<=<>5<C<6>EEC044=11/(,.37@<>;7:?1466629<<@AC@@<>;8&&'751,%#.4665<6:1:4389:QK:?FE?:>?E??>BC@B;B?=535=39>@AD?:>?DNJAB1+/76@:-73)*2.1'$$*003587'67+-*&'9=:<@:>?BBB?=881,'+2070.+.16438;:?>=::=AA46983;>=13+%(/:;<<=:844;DDBC;C @SRR14011045.14742 77c66a1b-1670-4545-8533-78ab86b4ea75/1 ATTTGTACTTCGTTCAGTTACGTATTGCTCACGCAACATAGCCGCACGGAAGCGGTCCTGTTCAACCTTGTTCTTTATGGCTTTCATCATCGGGATTGGAGACGTTCCTACATGTAACTTTTCACTCTCACCTGGTAGATAAGTTAGCAGTTAGTAGAACTAACGTCTATCAAAAGCAACTTTCCCAGCATATCTCTTCAAGCCCTCCACAACCGCATCATACTCCTCTACATCCACATGCTCTGTAGAAAGATAGGCCTGCACTTCCTCTGATAATTTATCCTTATATATATATAAGGTAACTTTATTAAGGCTATTAATAGATAAGAGACAAAGACCGGATTACAATGAACATCGTTTCCATAAATTCAGCACCCAAGCAATCTCATCTAAAGCCGTAACTAACAGTCCGTCCGCACCTTGTTTAACTAAACACTCACGTATTCGAGACAGTTTGCTCTCTGTCGTCTCACCAGCACATGCTTCAATGGATGAAGACAGATCTTATTATTAGGAATGACAGTCGGTCAAGCCATAGCACATCCATTGGATCATCAGCACAACGCACCTGCATGTTCCCTTTTGTCGCCAAACTCTCTTTCAAATCAGCAACATAACAAAAGTATTGACACTTCCCGTCCCTCCAACAATAGGACTATCGTATTCTGCCAGCTCACTTGCTAACCACTCACTAATAGAAGAATGCCTTTCTGCGTTCTTTCATCCAGCCAGAAACTCACTCCCCACAAGCTCCTTTGCAGCTGCAATAGTAACGAGAATCCGTCCATAAGGCGGCGTGATGCAACGTTACTACGGCTGTACCAGCCGAGCCCGTGAAACGGATATCCATTCACGAGTCTTCCAGTGGTCGGCCGCATATTCACTATTATAGGGGTCACTACTTGGGAAAATAAGCAGTAAATTGCATTCTCCTTCATCCATCTACGAAGAGCAACAAGGCGTTCATTGATTGTTTGCATAATATTTATTGGGTTAGAGGTTATAAAACAATACAAGAAAAGAAAATCTCTCCTATCCGCCTGCTAAGTTAATCAATAATTTCATAACATCCAAATCAAGAAGAACAAGAAATATCTATAAATGCAAAACCGACTTTACAAAGGCTTACCCTTTTATAAATAATAACACAAATAATTCATTCTTTTTCTTCTCACATACTCTTTTTTTATTAACTTTGCGGTATCGAACAAAAGGGAAAATATACTTTAAATAAAATATTTATTATGAATTACTTAACAAACGAGAAACTTGTTATCGTCGGTGCAGGCGGTATGATTGGTTCAAACATGGTTCAGACCGCTCTTACACTTGAGGTCTTACTCCTAACATCTGTCTATATGATATCTATGAGCCTGGCGTTCATGGTGTATTCGACGAGATGGAGCAGTGCGCTTTCCCAGGTGCTAACCTTTCTTACACCGTTGACCCTGCAGAGGCTTTCACTGGTGCTAAGTACATCATCTTGGTGGTGCTCCACGTAAGAGGTATGACTCGTGAGGACTTGTTGAGGGTAACTGCAAGATGCAGCTGATTTCGGTGAAAATATCAAGAAGTATTGAATGCAGCTGCATTTGTTGTGTATCTTCAACCCAGCTGACGTTACAGCATTGACAGCTCTTATCACTCTGGTTTGAAACCAAATCAGTTGACATCACTCACACTCTCGACTCAACTAAGTCTACAACAGGCTTTGGCTCATGAGTTCGGTGTACAGCAGGATAAGGTTACTGGTGCACACACCTACGGTGGTCACGGTGAGCAGATGGCTGTATTTGCTTCCTCAGGTTAGGTTGATGGCAAGCCATTGTCGGGAATGGGTCTCTCAGCTGAGCGTTGGGAAAGAGATTAAGCATCATGCAATACAGGGTGGTTCAAACATTATCAAGCTTCGTGGCCGTAGCTCATTCGGAGCCCAGCTTACAATGCTGTTAAGATGATTGAGGCTGCTATGGGTGGTGAGAAGTTCACCTTGCCAGCAGGTTGCTACGTTAACGACGAGAAGCTCGGCTTCAAGAACGTTATGATGGCTATGCCTACAACTATCGATGCTACTGGTGTTCACTACACTGAGCCAACAGGTACTCGGAGGAGATGGCTTCTCTTCAGGCTTCTTTACGAGCACCTCTGCAAGATGCGTGATGAGATTATCGGTCTCGACATCATCCCAGCTGTTGCTGAATGGAAGAACGACAACGCGAATTTGTAAGCAAGTTGACGAGTTGACAAGTTGACGGAGATTAACGAGTTAACGAGTTAACAAGTTGACGAGTTATCTGATTACAAAGCAAAACATAAAAGGCAATCAACTTTTCGTTGGTTGCCTTTTTATTGTACAAAGCTAAGTTGGTTGACGGGTTAACAAGGTGACGAGTTAACAAGTTATATGTTTACAAAGCAAAATAAAAGAGGATGTATCAATTTTGACACACCCTCTTCTCTATTGTGCAAAGCTAAATTACTTCTCAAAGCTATCTGGAAGAAACAAAGGGTTACCCTTTACCTGGAAGGATAGGACCTGATGCTTCTTTCGTATCACGGTTGAGTGTAGAAGCTGTAGCCTTCTTATTAGCACTACCGAAGACTATCAAATTCTTATGCTTAGCAACTGCAATACGTGAGGATTAAATCTCCATTCCGTTGATAAGCGTCATCGTCTTTTGCTTCAAATCAACAACGATTGGAACAGATGTAAAGCTGAGGTATGGATTTGCTGTCAGACCATCAGGAGCAAGTGCGAATGAGTTTCCATAAATATATAGTAAACCCTTACCCGCATAACACATAGCTACGATATAGTCTATATGCTTGATTTGAAGAACCAGCAACCTCTGTCTTATCAAGACGAATTAGGAAGTCACGGATCAATCTCTGTAGAACCATTCTTTATACGAGCGATACCACCATTCAGTCCAGGAACAACACCGAATGAGCCAACACAGTTAAAGTAATATCCTTATTCTCATCCATAAAGATTGAACCAGCATCAATAGGACAGGTAGCAAAGCACGTACCCAAAAGACTCGCTAACAATGTGTTTCTCTACTTTATCTGTCTTCACATCAATCATAGCAAACTCTATATTATTACGAGTTGCCACATACTGAGCATTCATTTGGTTCAATCCAACAAAGAGTTTACCATCACGAATAATCATTGCAGCAGGTGCAACACTCGTATCTAAACTGTTTCAGTTATTAAGGTCAATATCTGCAATCTTTGTCATAGTTGTTGGGTTGAATACCATCCTAACACCAATACCTTGTAAACTGACGTATGCTTTCTCACTACTTGCCTCAACGATGTTACGTACTGAAGCACCTGCGGGAATAGACAAGACACCTTCTTTTCTTCCATGTACCATCGTTCATAATTCTATAGCGGTTTATCTCTGCCTTCGTATTACCCATATAATCAGGAAAGTATAGACATTGCCCGACTCTGTTACAATTGGCGTAGAACCAAAACCGCAAGGAATACTGTTGCTAACATCATAAGTACCAGGCAACAGATTTGTCTTGTAAATATACATTACCACTATTACCCTCTGGGTTGGTAATTCCCGTTGCGAAGACAACTCCATGGAAGTCCTTATTACCAGGGTTGGTTTAGGACCAGGTGTTGGGTCGTCACCATTGTTTCCACAAGCGGTAAACACAGCCATCACAACAATGGCTGAAAGAATTGATTTAGAAACTTTTTCATTGTTCTCTTTATTTAATATTAATATTATCTCTATAGACACACAAATTTTTCTTTGTGAATCACGCTTTAGCTTTACTCTTTCATATTGCAAAATAAAGTCTTACTGCCTCTTACTTCAGAAGATATCTAACTTTTACTCCTATATATCTTCCTGGCAGAGGACGGTGAAATTCTGATACCACTGGCGATTAGTGAGATTCTTTACTTTATTCGTCAGAACCCATTGGTCGTTCTTGAGAACTATGTTCTATTGCTGCATCCATCGTCTTCTAGAGAATCTTCTTATCTTGATACCGACTTACTTCAAAATCATAGTAATACGTATGCACGTATGGAAGCATCAAAGAAGGAAACGGGTATTCTGTTCTTTCCTCAAAGAATTTTCTTTATGGAACTCTGCACCAAAGTTTGCTAATAGATAAGGTACGTTTGGATACGTTTCACTTATCAGGTGGATTCTCGACAGTAGTACCAGAGTTAACTTTCTCACGTCACGAAGGTCTTGATAAGTACCATTCGCATAAAGATAAAGTACTGGACAGACATCTCCCTTAATATCAAGTTCAACCTCTCCTTTTGTACTACCAAGTTACGATAGCGAGCCATCGTAGGAATCATATCAGGCGTAGACCTTATCATGTCTTTCAACTTTGATTATAAAAACCATTAGCTATCTCAACCAAGTCACCATCTTGTTTTATGAAGTGACGATAAAGCATACCAAGGTCAAGCTTTAGGATGCGCTCAAGGCTTCCAGCTGAAATTTTTAAAGATCGATATCCATTACCTATCCAACTCCTCACTTGTAGGTATTGCACCTCAGATCAAAAATTTAGCATCAAATTGATGTAAACTTGCAGCAAAAGGCATCACTAAAACCGAAATAGATTTAAGCTACCTTTACAGGCTCTTGGCGAACGTACCAAACAAGCAATACATCTTGCGGGAATGAGTAAGAAAATAAAGTTCTTTAGTAAAAGCATTTTGGAAACGACCGTCAAAAGAGGTCAAATCGTATGATAAACCGTTGTTAAGGTTTTCATACTTACTTAGGAAATTTGATTGAAATGCAAGGCTTTATCCATTAAAGAGTCATTCGGATGAGTGAATTCTATCAAAGTAAACATTCAGATTAATATGATGCTTATCTATGGTATATCCCAAATTAAGCCTGGAAACGTCAACTCAATTCGACGTTCTTCCATCTGGAGGAAGTTAATTCAAAAACTCTCTCCAGCCATGGAGAGACTGCGAAACAACTTGTTTCCATCCAATCATAACGATTTGAAGCCTTATCATTAAACCATACTTACCTGAAATACCCTATATCAAAATCTAAAATCGAATACATCTAAAAGAAAATTCTTACGTTTTAGTGCCAATATCGTCAATCCACTAACAGAATGGTTATAAACCTACGCACATCAAGGTCTATCCCTTGTATCTCCTGACGTGTCTTTAAGAAAAATCCAATTCCCTTCACTTCATCAAACTACCATTTCGTAGCCTTAACTGGCATTTGACCATGACTTTACTAGACTTATCATGATCTGCTCTCTACTATTCTATTATCAAGATTGCAAGGTCATCTTATAATTGTTCTTTGAGAACGAGAAGGCTCCCTGTCACCAAATTAACGGAGCCAGTTTTATGGTTAGGTACGCTTAACACAGTTGACACTTGATGTATGTCAAACGAACTGATTCCTTTATCGAAGTCAAAATAAACAGGTGGATGTTCTTGTTACTATTGACTGCTCCTCCTGCAGGCTGGTACAAACTTATAAGGGACAAATACCTTTATATATCAATGCGGCATATCATATTCGTAGGAATGTCGTTTAAGGCAACAAAGTTCTCAACTGCGACATCAGGATTTAATCCACATACATTCCCATACGTTTACCTTCTAAGCCACGAAATTGAAATGCAAGGCACTGCCACCAAGCCTATAATTTCACACGTGGCTCAACCGTACGCGCGCAAGTACATCATTAATGTTGTCGCTGTACCTTGTAACTGACAGCGTCCTATAACGTTCAAACAAGCCGACTCCTTAAACTTCCTAATCTCACTTCCACATTGCTGTCATATAACTTCTTTCATCTCAACAGTTGTATCACGCTTATTCGTCTCTTGCATTACTAAGCATGAAGAAACTTGAAAAAAGCATTAGGATAATGCCTTTCTATATAACGAATAAAATATTTACTTTTGTACAGACAAACGGTATTCATATTTTTCCATCTACACTTGTTGTTTAAAAATATACATGCAACGAATAGAGTCTTAAGTAAAAAATATGTATTCAACTATCGATGCAAAAGTATTAATATTCTATAGAGTGTGCAATACCTAAAGTTAGTAAATAACTGACAATAAGCAAGTCTACTATTAGAACAAATAGTCGATAACATAGATTATTGGTTACCCAGCACCATCAAGTGTTCGCTATAAATATTACATGTACTAAATATCAGTTCACCATTAAAGATAGAACATAAAACTCTTTATAATATATAATAAACATACAGTAAGGTGTGAAATAATTGATATAAAATGCTTATCTGATAGTACTTATAGAAAATATACCATCGTGCTAATTACAAGCAAAAGAAAGAGGGTCTTCAACATTTGGGGTGATATTAATGATTTGCTAGAAAGGGAGAACAGGTCTACAGCAAAATGTCTCCGCACAAGGGAAAAGGCGGGGTACGGAGTTTTCAAAACAAAGCACTGGTAGACACGGAGGCACCGTCGGTGCGGGAAGCGACGTAGATAGTTTGTCAGCTTCGTTGAGACTTTATACAAACATTTATCTCAGTTATCTAAAGAATCTGTACGCTACACCTCTTTTGATCTTTGCTTTATAGCTCCTCCGTGCTATTGCCTTTACCTCCGTTCACTCCGTAACTCTATGTACCTTATTATATATGAGTTTTAGTTTATCATTCCATATTTTGCAAGAACCAAAAACCATTAAACGGTAGACAGATATTATTGAGATTTTTGCCACAACAACTTTCTTCTCCATTCGACAGAAGGCTGAAAGCGAAGAAGAGGCTCGTTAGTATTCAAAGAACATGCCTTTCTTGCGTGTTGAAGACGCCCTTCTTGATGCAAGAAGGGCGTCTTCTTTAATATTGAATGCAACTTATTGATTTGTTTGTTGTAACTTATATAAGTAAAGAGGTTATACCCTTGCATTGAAGCTATCTGACTCGATTGAATGTAAGGTATTTTTCATAAGATTGTAATGCCAACATCCTACTGGCAAGTTCCCTTTCTAAAGTGTTTCTCTATCCCTAAGGATGTTATGAAGAATACCTACAAAAACTGTTGATCTATCTTTAACCATCTTTGTCTGGCCAGACTATAACAGTCAGCTTCATCTCACATACCTGCTAAAAGATTATCAGGAATCTGTACGCTACACCTCCGTTACTTTGCCTTTACTTCCGTCCCTCGTCCTTCTGTGCTATTATATGAGGATTTTGGTTTTATCATTCCAAATTTTGGAAGACCCAAAAGAAAAAGGGGAAAGACGAACACCTTCCCGCACTTCCCCTATAGCAACAAAATTCAATGGTCTTTTTAATTAATCTCCGTAACCAGGAGTTTGTACCAACTCAACATTGGTTGACTTTGTTGTCTCATCAATAGGCCACAACAAACGACTTGCGTTTGCCGTTAGTACTTAGTAGCTTTATCGACTAAACGGATATCGTGCCAACGCTTTCCTTCAAACAGGAACTCGCGCATACGCTCCTTAAGGATTGCTTCCTGTTGGATCCTCATCACCACCAGCAAATGGGTTATCAGTATAGAACGTGGTCAGCGTAGCACTACCTCCCGTACTAACATCATTTGGATATTGTACCTCAGCATGTGCATTAAAGTAGGTAGCACCATAAGCACGACGACGAACTTGATTGATTTCTGTTGATGGATCCTGACCTAAAGACCTTAGCCTCAGCAATACCAAGCAGACACTCTGCATAGCGATAGATAGGTTGATCATCATACCAAGATGTAGCAGAACTACCAGCAATCAATGTTCCGTGGAACTTATTACAGATATTACCAACATAGGAACCATCTGAAGCTGATAAACATCAGCCAAAGAAGCTTTCTTACGTTTATCATTATCATTTGTATAGAGCTTCGTCCACAAACGTTTATCAAGTGGAAAACGCATTACACCACTACCTAAACGCAAGTTCAAATTATGAGACTCACTGAACTGAATTGCCTGTCCAGCATCGTTATGCAGACGATAAGCACCTACATTCTGCTTGTTCATTACGAGTGAGTATAAAAGACCTCCCCATAAAGAAGTTTCGTTCTCACGATTATGGAAACATAGATAATCTCTTTGTTCTCCTTGTTATCATAAACAAAGACATCTTTAAAATTATCAAGCAGACTCACATCCGCATTATTCTGAACATCTTGATAAGCTGTAAGTGCAGTCTGATAGTCGGCAGTACCACCACCCATCTGCTTTCCCTCCACAGATAAACCTCGCCCTTGAGCATCCTTCGTTGCAGCAAGTGACAATAGGTAAAGCCATTGGTGGAACTTATAGTTATTGTTATAAGCAGTCTCTAGGAGAGCAAAATATCTGCCTTAATCTGCTTCATTACCGTCCTTGTGACATCCTGCTTGCAGACAACCTTACAGTCGATAGTCTTTCCTCTGTATGCTGTAGATAAACAATAACATCACCATAGGTACGGAGCAACTGGAAATACAAGAAAAGCACGCATACCATAAGCACCTGCAAAGTGGTTAGTCTTCTCCGCGTCTGTCAGATAGCCAGCTTCATTCACCTTATCTATCATCAAATTGATTTGGTTGATACCAGTACTCAAAGACCTCCATAGTTGCCTACCACCGCACTACTCTTCTCAAAAGTGTATTCCATAGACGGTCATAACCCTGTGAGCCTCACCACTAAAAGCGGTTCCACTATAAATATTACTTCGCATTTCACCCCAGAGACGATATACTTATCAGCATAGCTTCGCATCCGGAAACTCGGTCGCCGGTTAAACTTGTATGATCAGGATTCTTCCAGTAGTTTGCATCGGTAATAGTACTAACTGGCTCAATGTCCATACAGCACTGTCAGCGAAAGGCTGAGGCGCAACTGTTATATAGGATAGTAACTTTTTCATTGCTGTAAGTAACATTGCTTAATTAAAATGTAACGTTTAATCCAAAGATAAGTGTGCGAGGAGTTGGGTAACAATATTAGTCATATCCGTCGGGATTGCTTCAGGAAAGCTCCGTCATAAGGGGTAAGATAGAAGAGGTTCTGTCCTGTCACATAAACATTGGCATTCGCCATCTTCATTGCCTTAACCCATGTTCTTGGTAAGGTATAACTCCAATGTTATCTCACGCAAAGCCATGTAACCAGCCTTCTCAAAGAACTTAGAGCCTTCATGAGATGTTCTGCTTATTCAACTGATCGGCATAACTGAATGCTGGATAACTGGCACCAGAGATTGGATTTCCGTCCACATATCTTGTACATTCTCTATAAGATTGAACTGGCTCCTTGATACTGTCCCTTGGAACGAGCCTTGAGGTCATTGTAGATTGTATGACCCAAAGCGTAATCAGAGTGAGCAAATAAAGAGAGGTTCTTGTAAGCAACGTACTTGTCCAACACCTGTTGCGTTGGTCTTGAGTTACCCAATACCTTGCGGTCAGTGAGTTGATGATACCATCTTCATTGATATCCTCCCAACAAACATCACCAGGTTCAATAGCCTTCCAGCCTGTTGAGTTCTTATAAAGTACGCCAGTCTGTAGGTTCAACTGTCAGCAAGACCAGGACCGTACAACTTTGCAATGTTATCAATACGCTTGTTAGCATTTGCCTTCCATCATCCCAATCTCTAAAGATGTGATCTTGGTTGTAACCATAGAGTTCTCCAGTGTTCCACCCTCGATAACCACCAATCCACTTGGTTGAGTCTTGCCATCAGCACCAGCTTTGCCCACCAACAACCTCTACTCCTTGAAGTTGATTGAATGGACGGTCATCTTAGGAAGCTGAATAATCGTGTTCTTTACGGTTGAGAGATTGGAAAAGAGAGATCCCAACGAAACTGTTCTTCCAGGTGAATAGGAGTAGCACGCACCTCCATTTCAAAGCCTTGATTACGCAACACCCAAGTTTGTTTGGATAGAAGAGAAACCTAAGTAGGAAGGAAGAATACGCTCTCACGAACGATTACTCGTATTACGAACGTAGTAATCGAGATATTATTAACTGATTATCTTAAAGAAGCCGAGGTCAGACCAACCTCAAACGTATGACTCTGCTCCCACTTTAAGGCTGTATTCTAAACTGAACGATCGTAGAAAGCAGTGTTACCATGATAGTTTATGTAGCTGGTCATAGATTCCATAGATATAGAAATCACCAATACCACTCACATTACCATTGCTGCCATAATGGCCGAGCTTGATATTGCTAACAAAATTCGACAACTTAGACTCCTTCACGAAGTCTTCTTCCATCATGTTCCAGCCCAAAGAGATACGGAAAACCCCAACAGTTATCTTTTAGCTTAAGAGTTACCATCATAGCGGAAGGTAAAGTAAGCAAATACTTCTGTTTGGCAATCATAATTGAAGCGTCCGAAGAGAGATTCTATACGATTACCAGGACTTCTCAGACTTTAGTTACTATCATATCAGCACCAGCATTGAGCGTAGGGATATCATCTGTAGGCCGTTCTTTGTGCGTATTCATCAGTAAAGTTATAATCATAATACTCCGCACCTAACATGAAGTCGACATTATGATACTCCATGAAAACGTATCGAAGTAATTCAATATCGTATTTAGCTGTATCTGTGTATCCTTCATCATATAAGCATATGCACGACGTGTCGTATTGATGCTATTAGGATTGCTCTGTGTAATAAGCTTTATTGGGCTTTCATTCTGATTCAGCACATGATAAATAGATCATTGGCTGACATCTTCAGATGCTTAGGTATTAATGTCAAGTCAAAACCTATGTTGAAGGTTTCTGAACGTGAACCATTCTCCATCGTGAGTTTATCATTCCAATACATATAGTTACCATCTGAGCTACTCCAACCTGGTGCTGGAGAACCATCAGCAGAGTAAGGATTCATGTAGGACGCTGTGAACGGGTACGATAGAACAAAGAACTCCATGAGCCAAAATAACTATCGGCTTCGTAAACCATGTGTACTGCGCACCAGCACGTACCTTCAACCAAGGCTTGATTTGATAATCACCCTTCACGCTACCAGTGAAACGACGGAAAGAAGTATTGCGTACAACTCCATTCTCATTATAGTAACCTAATGAAGCTACAAAGAACCCATGTTATTACCACCGCTGGAAACTCAGATAATGGTCTTGTGTAAGGGTTTGATTATGGTAGATTGCATCTTCAAAAGACCTCCCATAATCCTTAAAGATGAGCTTTGCACCATTTGTTGCACCATAGTAAGGATCGTCCATAACTTCTCCATCCTTCCTCGGCAAGCAGTCTGCGGTGCTCAGGATTGGTTGCATCGTAATACACGCATCTGTACGTGGGTGTAATCAGTATATCCACGACCCGAATAACCATTCTGTGCATCAACATTACTTGACCCTTCCATGACCTTCTAGCATCAGCATAACGCTTGAAACCCATTCGGTTATAATAAAGATAGTTACGGGCATTCATAAACTTATAGTCATCACGCTTGAAGTTTACACCACCTTCAAACGATAGTTAATGCTTGAACTTCCTGCTTGAGCACGTTTTTGTTGTTACAAGGATTACACCTCCGTTTGCTCTCGCACCATAAATTGCTGTTGGCTGACATCTTTCAAAACTTCGATAGACTCGATATCAGCTGGGTTAATCTCTGATAACGTGCGTTCTACTCCGTCAGCAATAATCAAAGCAGGGGCACTTCCTGTGATAGAGGCACCACCACGCAAGGTGATAGAAGGCGTAGTACCTGGCTGACGAGCCATTGACAACCTGAAGACCAGTCCCTGCCACTACCCTGCAATGCACTACCGACATTTGAGAAAATTTGCCGCATCTAACACCTTATTATCCATCTTAGAGATAGCAGTTGTCAACGTAGCACGCTTCTGTTGACCCCCATAACCTGTCACGATAAGTTCGTTGAGGGCATGCTGTTCCTCCTTCAATATCCACTTTAATTTCCTGACCATCCCATTTCACCTCCTTAGTGTCCATACCAATGTAGCTAATAACAATAATACTACCAGGAGGAATGTTTGATAAAAGCGACCGTCTAAATCGGTGCTGACTCCATTACTGTACCTTTCACTTGAACAGTATAACAACAATAGGTTCGCCTTGTTCCTCAAGAATAACACCTGTGCATCTTCCTGATTGCTGCGCCACGCTCTGAACAGGCTGACTTTGACACAGCATACCCTTGCGTAGGCACTTGAAGAATGACACACTCATGCACTTAACGTAAAACCAATTGGCTTGATGTGTGAATCACTTTTACGCATCTAACTTTTAATAGATAAAGGTGTTTTAGTTTCCTCCGCAAAGCAGTTGGCAAAGAGAGACATGCCTCAACCACACGAGAGAAAGAATATAAAATTATTATATGAAATCTTATTTATGTTCACGATATTAATGAGTCAATACGGAAGAAAGACTTTTCTCCTCACCGCTAAAGACGCTATTCGCAAATATTATATTGTTTAGAAGTTGGTTGAGACAAAAGTAGGGACTTTTTTTATTTGCCACAAATTATACTAATAAATATTTTCTAAATAATCATTAATTTTAATCAAGACGAGTGTAAACTCTACTGACTATCAGACAAAAAGGATTCTTCATCTGCCTTCCTCACTCAATATAAATAATAACTAAGTCTTAAGGAAAATGATTAACCTTTAGTAATATGGTTCTTCCCGACCAATAAATCGTTCAGAAGAATTAGAACATTGTAGCGTGCTAAACCTCCGCACCAATGGTGTTAGGCGTCCGCACCATACGATGCCGGAGCGTTCGCACGTACGTTAGAACAGGTAAGAAAACTTAATCAAAAGTACTAACTGCAAGACTAATAGATACAAAAAACAGTCTTATTCCTTCTATAGAAAGATGGAATAAGACTGCTATCTTTTTAAAATGAGCTAAAGACTTACTTCTGTCTGAATCGCTCAGCCTGACTCTGAATCAAATCGGTATCCTCGAAATAGTTAATCTGCATGGTACACCTCTTCCATAGTCTTGGCGGTCTCACGTGCTTCCAATGAACCCTTCTTGAGGATGTTATAAATCTCGGAATATCCTGTTCGTACTCATGACGGCGTGCCTGGATTGGGTCCAACATCTTATTCAAGACACTATTGAGCAACTTCTTACACTTCATATCACCGATACCACCGGCTGTATAAGCCGCTTTCAGCTCATCAGGTGGAACTCACGGCCAGGGTCAGCGAAGTCTTCATCGGTAGAGAAAGCATCAAGGTATGTAAACACAGCATTACCCTCAACATGACCTGGATCGAAACATTCAAGTGAGTCGGATCAGTGTACATTGTCTTCACCTTCTTCCATACGGTATCAGCATCATCAGAGGTAAATGCAGTTACCAAGGCTCTTACTCATCTTCTCCTTACCATCTGTACCAGGCAAACGACGTGCCGTTGCGTTCTCTGGCAACATAATATGTAGAACTCAACGGATACAGGTGCTGCATCTGATTGAAGCGACGTACGAGTTCGCAGTGTCAACTCCAACATAGGCTCTTGGTCCTCACCTGCTGGCACAGTCGTAGCCTTGAAGGCTGCAATGTCAGCTGCCTGAGACACAGGATAAGCAAAGAAACCCATTGGGATATTGGCTTCAAGTTGCGCCATCTTAATCTCTGTCTTCACCGTTGGGTTACGTTGAACACGGCACGCTGACAAGATTCATCAAGAAAGTGGTCAGTTCGGCTATTTCAGGAATCTGACTCTGTATATAAAGCGTACATTTCTCTGGGCTCAAACCAGCAGAGAGATAATCTAAAGCTACCTCAATAATATTCTGTCGAATCTTCTCACGGATTATCAGCATTGTCTGTCAGCGCCTGTACATCTGCCATAAAGACAAACATCTTATCGTAGTCTCCGAGGTTCTGAAGTTCCACACGACGAGCGGAGAGAGAGCCTATAGTGACCCAAGTGAAGTTTACCTGTAGGGCGGTCACCAGTCAAAATAATTTTCCCATTTATCTTTTTCTATTTTATTCGTTATATATACTGTTGAAGCTATTCATCATGTGCATGTGAAGATAAGGTATCCTCTTCCTCTTCTTGATTCTCTTCAACCTGTTCGTCTTCCTTTTGTTTCGGCACTTCAGGTGCTGCAACAACCGTATCAACAAGATGGAGTCTCCTCTACTTGGACCGGTGTTTCGTATGGAATCGTATCGTTAGGAATAGAATCAGTCACTGTTGTCTCGGCGAAGATGAACCCATGGCATAATAAGCCCCTACACCTCCCGCCAGTAGAGAGGAGTCCAATCACAACACCCAAAGGATTGCATTATTACCCTTCTTAGCTGTTTCTGCCTGTACCTGCTGGGATTGCGGCGTCATGCCCCTGGGCCAGTCATATTGCTGACCAGCGCTTACCAATGGCAGAGTCACCTCCATGATACCATGACAATGAGGACAAGTACACTCGATGGTCTGTCCTTCTTCAACCTCAACGATAAACTGTGTACCACAGTTATCACATGTTATCTGATATTTCATAACTTTACGTTGCTTAGAACTTATTTGTTGCACCAGCAGGACTCTCGTGACATAATCTCCGCTAAAGACCCACATGTCTTGCGGTATTCTTCATCTTCCCAGCAAACTGATTCATCAACAGACTGAAACTCTCAAGATCGAAAATCTCAAAGCCTCCCACCAACCCGTAAGAGTCCTTGTGCCTCTGCGAAATGCTTATTGTTTGGACCGAAAAGAACTGGCATATCCCATACTCTTTGCCTCAAGAACATTGTGGATTCCTACTCCAAAACCACCTCCTACGTAGGCTACATCACCATAATGATAGATGGATGACAGCAATCAAAACAATCAATAATCAACACATCTGCATCATCAACAGTCTCTTCTGTTGCCTGCGTGTAGCGTATTACCTTCTTGTCCTCAATCAGTGAGAGGATGGTCTTGAGATGGTCTTCCCCTATAACATGCGGTGCTATGATGAGTTTTCCAGTCTTTATGCTTATTAAAGTGTAAGGAAGATTTCTTCATCGAAATTTTGCCATGACGATCCTGCAACGAAGACTTTTCTACTATCAGCGACATCCCGATTGACGAAATTCTCCACCAATGGCAGTTTCTTGCCTCCTTAATTTGCAAAACACGGTCGAAGCGAGTATCCCCTACCACCATAGCATCAGAAATACCAATCTTATTCAAGAGCTCCTTACTCTCCTCATTTTGTACAAAGAAGCGACTGAAACATCTTAAGACACGACCGTAACCACTGCCATACCACTTAAAGATCTGATCTGGAGCGGAAGATGCTTGACACACTATAGACAAAGTTCACCACGATACTGCAGGATATGCAAGTAATTATGCGAGACTCATACTTAATGAAGAAAGCCATAACAGGACGTACTGTACGTAGAAACTTACGTGCATTGCCCACCGTATCTATTGGTAGATAGGTAATAATATCTGCTCCTTCGTAATTCTTCTTACCTCGTAACCCGAAGGAGAAAAGAAGGTAAGCAATATCTTGTATTGCGGATAGTCTTTCCGTATTTGCTCTATCAATGGTCGTCCTTGTTCGAACTCGCCCAATGAAATTGCGCATGGAACCAAACATATAGAGCATCACGGTTCCACTTTCTCACGTAAGACCTTCACTGCCTCCTGCTCGCCTCGCCACATCTTACGTAACTTTTCATTGAAAAGACTACCGACAGCGATGCCAGGCGCATGGCATACATTATTATATTACATACTCGGCTCAATTAATTTAGCCTTTCAGAGGCTTATCCCAGCACCTCGATGGCCTTGCGCATACGCTTCAAGGTCTCCTCTTTGCCAAGAAGGCAGATATATCGAACATTCCAGGACCCTTACCAATACCTACGAGGGTGAGACGGAAGGCATTCATAATATCTCCAAGCTTATAGTAACTGTCTTCTACCCATTTCATTACGACGGGTTCCTGCCCCTGAATACTGGAAGTCTTCTATTCCTTCCAACACCTCAGCAAGTTCGCTCATCTGTTGTCGAGAATACTCCTTCCAACGCTTCTTAACGGTCTTCTCGTCGTAGCTTGTTGGTGCGATGAAGAAAGAAAGAGCAAAGTTCCCAAAGTTCCTTTACAGGAAACTAACACGGTCTTTCATCATGTGTACAACCTGTGTTACCTGCTCCATAGTAGCCTCAACACCATTGTTAGCTACGATTGGTGCGAAGAGTTGTGCTATCTCATCATCTGACTTACGGAGAATGTATTCGTGGTTAAACCACATACCCTTCTGATAGTCGAACTTAGCTCCACTCTTTGAGCATTTGGTGATATCGAATGCGTTAACAAGCTCCTCAAGCGAGAAGAGTTCCTGTTCTGTACCCGGATTCCAGCCCAACAAGGCCAAGAAATTAACTACTGCCTGCGAAATAACCACTCTCACGATAGCCTGAACTAATCTCACCAGTCTTAGGGTCGTGCCACTCCAATGGGAACACAGGGAAACCAAGGCAGTCACCATCACGCTTACTGAGCTTACCCTTACCCTCTGGCTTCAACAACAAAGGCAGATGGGCAAAACGTGGCATGCTATCTTCCCAGCCAAAAGCACGATAAAGCAATACATGTAACGGTGCACTTGGTAACCATTCCTCACCACGAATAACGTGAGAGATTTCCATCAAGTGGTCATCAACGATGTTTGCAAGGTGATAAGTTGGTAATTCGTCTGCGCTCTTGAACAAGACTTTATCATCAAGGATATCGCTCTTGATACAGACATCACCACGAATCATATCATTGATATGAACTTCCTCACCTGGCTCAACCCAAAACGAACAACATACTACTTTGCCCATCCTCTATCAGACTCTCAACTTCCTCCTTAGACATCGTCAAAGAGTTACGCATCTGCAGACGTGTGTGCACATCATATTGGAAATTCTCAATCTCCTTACGCTTCGCATCCAACTCCTCGGCGTATCGAAAGCAATGTATGCTTTACCAGCGTCTGAAGCTGATTGACATATTTCTTATATATATCACGAGGCTCGCTCTGCCGATAAGGACCATGTTCGCCACCAAAGCTAACACCCTCGTCAAACAATCCCCAACCATTCGAAAAGAATCAAGGATATACTCTTCTGCTCCAGGAACGAAACGATTAGAGTCTGTGTCCTCTATACGGAAGATTAATTTGCCGCCATGTTGACGAGCGAAAAGGTAATTATACAAAGCAGTACGCACACCACCAATATGCAAAGGACCCGTAGGACTTGGGGCAAAGCGTACTCTCACATTTCTTTCTGCCATTGTCTTAAATATTATTTTTCCTGCAAAATTAATGTTTTTTTTGACTATACGCTATATTTTTAGTATTTTCGCAAGTTGTAAGAGGATAAACGTCAAGTTATTCAAACATTTACAACAACAAGATAATAACAATAGAATAAGATGATAAGATTTAAGAAACATCGGCAGTCCCTACAGCGCAATATGGTCTCAAGAATGGCATTGGTCATCGTTGCCGTCGTTTTGATAGTGCTTTTCTTACCACGTACGCAAGGTAAACTTTCCATTATGACGAGGGAAAACCATGGATGTATGGGCAGTTGATTGCTAAGTTCGACTTTCCTATCTTTAAGACTAGGCGACGTTAAAGGTTGAGAAAGACTCCATTACTAAACATTTTCAACCTTATTATAACGTCAATAAGACTGTCGAGCAAAGAAGATTGAACAGTTCCGTGAGGCTTATAAGAATGGTATCTGGCTTATCAGAAGCCTACGTCGTCTGTGCACACCGTCTACATAAAGTTACGAGGCTGGAATCATTGACCCACAACAATACTCCACACTTGCCAAGGACAGTAACAACCTTATCCGTGTCGTTACAGGTAAGCAGGCTGTCAGTGTACCTATCAATAAAGCCTACTCAACACTGGGTGCTTACGAACAACTTTTCATGGACCCGTTGTTAGGTCCGAAGCGTTCCGTACTTCAGCAATGTAATCTTAACGACTACATCAGAAGCAAACCTTGTCTATGACAAAGACCGTAGTGAAACGGAGATGAATGATATGCTAAGTCTTATTCCACAGGCTTCGGGCATGGTATTAGAGGTCAACATCATCGATCGTGAGAGCATTGTCGATGCAAAGACCTATCGTGTGCTTAACTCCTTTGAGCAAGCAATGGAGAAACCGTAAGGCTACTGAAGACGAGATAACATCTACCTTCCTTGGACAGACCATCTACGTCTTAATCTTCATTTGCCTTTTCACACTCTACTTGGCACTCTTCAGAAAAGATTACTTTAATAAGCCACGCTCCATATCACTCCTTTATGTGATGATAGTCATCTATCCTATCCTCACATCTCTGATGATGGAACATAACATACTAAGTGTTTACATCCTGCCGTTCAGCATGGCACCTATTTTTTTCCGTGTCTTCATGGACTCGCGAACAGCTTTCATCGGACATATCACAATGGTCCTTATCTGTGCTGTAGCCGTCAAATACCAGTATGAGTTTATTATCGTACAAATCGTTGCAGGACTCATTGCGATTTATTCCCTACGCGAACTATCAAAAGAGAATTCAGATATTCCTTACCGCACTCCTCGTGACCATCGGGTCATGACTGTCTATCTTGCCCTCCAACTCATACAGGCCGAACGACTTGTCAAAGCTCGACCACACGATGTACTATCACTTTGCTGTGAATGGTTTCTTCCTTCTCTTTACCTATCCACTGATGTTGGTCATCGAGAAAACCTTCGGTTTCGTGTCTACAGTAACGATGTTTGAGTTGTCAAACACGAATAACGAACTCTGCATAGACTGAGCGAGGTGGCACCAGGAACTTTTTCCAACACTCTATCACCGTTGGTAATCTCGCTACTGAAATAGCAAGTAGAATTGGCGCTAAGAGTCAATTAGTGCGTACAGGAGCTCTTTATCATGACATCGGCAAGATGCTTAATCCAGCCTTCTTCACTGAAAATCAAGCTGGTATCAACCCACATGATAAACTAAACGATCTTGAGAGTGCACGTATCATCATCAACCATGTGACGGAAGGACTTAAACTTGCCGAGAAATATAACCTCCCACGTGAGATTAAGAGGTTTATCACGACACATCATGGTACAGGTCTCGCAAAATACTTCTATATACATTATAAGAACGAGCACCAGGACGAGGAGGTCAATGAAGACCAATTCCGTTATCCTGGTCCAAACCCTTTCACACGTGAGCAAGCTATCCTCATGATGAGCGACACCGTCGAGCGCCTCTCGTTCACTACAAGAATATACCGAAGAGAGCATCAGCAACTTGGTTAATCAGCTTATAGATGGACAAGTTGCCGATGGGTAGAATTTACGGATTGTCCTATCACCTTCCGCGACATCACCCAGCTGCAAAGTCTGTACTCATCGAACGCTTGAAGGCTATGTATCACACGTATTCAGTATCCACAGCTGAAAGTATAAGGAACTGAGAAGGAAAAAGAGAAAAGGGTAGAACAGTAATGAAGGTAGGGATTTCTTCCCTTACCCTCCTACTGTCTTACCCTTTTATCATTACAAAACTCCCTTACTATTATTCCCTTTCGTTTTCTTCTCCCCTAAAAATCCACTTTTTAGCCTCGTACAAATAACATGCAACAATAATGTTCTGCATACGCTCTTGCCTTGTCAATGCCTAAACACCCTACCCTGCCGTACCAACAAGACCACTACCCTTCATTAGAAAGCAACCATACCACCTAATTCCAACATCCTTATTACGTTCAGTAGCCCTATTACGCCTAAACCAATACTATCTTATCCACCTCCCCCATCCCCCATTTGAGACACACTATAATATAAGGAATATCCGTCTACAACAACTTTCTACATCCTCTTATCTTACTGCACATTTTAACTAATAATGAAAAAAGTAGGCTTTTATTTGGATATTTAGAACAATATTCATAACTTTGCAACCAAATTATATAAGTTTTATATACACTTACAATTCAAAAGATGAAGTATCAGAAGACAGCTCTTGCCGCTCTATTGCTCGCAATGGCAACATCAACACAAGCCGGAGGATTGCTCACAAACACCAATCAGAACATCGCTTTCAACCGTAACTTTGCACGTGTCGGTGCAATTGGTATCGATAGTGTCTATTTAATCCTGCTGGTGTAGCCTTCCTCGACCAAGGTTTTCACCTCTCTCTCAATTTCGAACGTATATCGAACACATCAGATAACATCGGCTTTCAGCGTACCTGCTTTTGCTAACACCCCTTACGAGTATCCTTTTACGCTCAATGGTGGTGACAAAACTGATGGCAGTAAGTTTTATGAGGCAAGGCTTCTGTACCTATTCTCCATCTTTTCAGGTAGCATATAACAAGGACAAGTGGAGCTTCCAAGCTGGTTTTGGTTTGACTGGTGGTGGTGGTAAGGCTTCATTCAATGAGGGTTTGCCAAGCTTCGAGCGTCAGATAGCTATTCTCCCAGCACTTATCAACCAATGACTCCCTACCTTCTCGACACTCCTTGGCCAACAGGAGACTCCCGCAACATCCTATAGTATGCAGAGAGCTACATGAGTGGCCATCAGTATAACTTCGGTTTACAGTTAGGTGTTGCATATAAGATTAATGAGAACCTCTCTGTCTTTGGTGGTGCAAGATTCAATTATATCTATAATAAATACGAAGGTAATATTACCAACATCTCGGCTGACGTGAACGGAAACAATCAGAATCTCTACGAGTATTTTGGTTCAAAAGCAAAACTGCTAATAGAAGGGCACAACATGCAGGCTCAGGCTGTGGCTGCAAAGACCCAAGCTGATGCCTATCAGGCACAGGCTAACGCTGCTACCGACCCTACAGCAAAAGCTCAACTGCAAGCTTGGTTGCCAACCAATATGCAGCTGGCGCACAGCAAGCAAGTGCTGGTGCAAAGTTGGTCAGTGCTGGTGCTGATAAGTTAAACAGTGATGGGAACTCGTGAAGAAGACCGCTATGTAGAGGTTTCTCAACGTGGATGGGGTATCACTCCTATCCTTGGTATTGACTACCGCACAGGTAAGTGGAACTTTGCTGCACGCTATGAGTTTACGACAAAGTTCAATATTGAACAACACAAAACGTGATGACACTCAAAAAGTATGAGAATGGTGTGAACACACCAAACGATATTCCTGGTATTCTTGCCCTCGGTGTACAGTATGAAGTACTAAAGAACCTTCGCGTGATGGCAGGTTATAACCACTACTTCGACAAGGATGCTCGCATGGACAACAACAAGCAGCGTTTCCTTAAGCACAACACACAGGAGTTCCTTGCTGGTGTTGAATGGGACATCCATCTGTAACAGTCAGCGCAGGCGGCCCAACGCACACTCTACGGACTTGGTGACGGTAAGTATCTGACCGACCTTAGCTTCGTGACAAGTAGCTACAGCTTCGGTGTTGGTGCTAAGATAAAGGTTGCCAAGAATGCTCACCTCAACGTAGCTTACTTCTTTACAAACTATTCTAAGTTTACAAAGAATTACGAAGATGCTATTACGATTGGTAGAGAACAAGGTGACACAGCCTGACGGTACAATAAGCGACCGCCAAAGACACTTGCAACAAAATACTGACATCTTCACCCGTACGAATAAAGGTGCTCGGTGTCGGACTCGATATTGATTTCGCCACAACAAAACTACCGTTTTCATTACTAATACCATTATGAGGTGGTCGGAGTGATTCCGGTACGCCTCCATTTCTTTCCTCCTCACCATACTCATCATAAACAGATGCTTTACAAAACGCCATCAAAACAGAAAACAGAGACGATTTGTAAGGACCGAATAAAAGCGTTTCTGATAACTAAGAAACTACGTTTTTTTATTTCAAACCCTTCTGTAATAGAGGAAAAAATGTTAACTTTGCTGCCTATAATTATTCATCATGCTATATTATATTAAGCGTTCTATCGTCTGGCTAAGACGTGCACACCGTTCCAAAGGATTTGGTGTACAGTCGCCTTGGGCATACCGTTTTATACGATATGTGGTGAATGAGCCTTATCGCTACTATAAGTATGAACAACTCGAAAAGCAGGTGTATGGCATTGACAAAAAGACTCGTAAGCTATGCAAACTATATTTCCGCTTGGCGAATTATCAACAACCTCATACCTTTATCGATTGTCACTCTACATCCTCATGCTATAAGATTTACGTAGATGCTGGCTACCAAAGGCTCGGTATAAGAAGCCCAACTGGTGAGATGTCAGAAGATGATTATTCGCAGTTGTTTGCTAACGTTGGGGAAGGTAGTATGCTGCGAGTACCCCTCATAGAGAACTATCGCTCAATTATCGATAAGTCATTAGAACACCTTCCCTCGTCATCTATCCTCATTATAGAGAACATCAAACGAGATAAGGAGGCGGCGATATTGGCAAGAACTCGTTTGCAGACTCACGCACAGGTATCAGCTTTGACCTATATTACTGTGGATTGATTTTCTTAATAGAGATATGGTGAAGCAATCATACGTTGTCAATTTCTAAACCTACACACTGAAACGCTATAAATCTAATACTGTCATGAAGATATACTGAAAGACTGGCGATAATGGCAAGACTTCCTTGTGCGACTGACGGTAGTGCCGAAAGACGATATGCGCATAGAAGCATACGGAACATTAGACGAACTCAACGCAAACATTGGGTTACTCATCGCCATGCTACAGTCAGACACGCCCAAAGAGTCCTGCCCATGATAATAAACTCACGGAACGATTAGAGATACAGAGCTGAATTGTTCGTTATTGGGACAAGACTCGCCTATATCGAATGCAAGGTCAAGACGATTGTTAGTACAAAGGAAATGATTAAGAAGATAGAAGGCGACATAGACCTAATGGCTTCACAACTCCTACACATCATCACTTTATACTACCAGGAGGGACCCGCTCGGCAGCACAAAGCCACGTTTGCCGCACAGTCTGTCGCCGTTGCAGAGCGTCGGATTGTCACTCTTTCCCAGAGATGACAAAATATCCGGCAGAAATCTTAGAGTTGTCAACAGATTATCAGACTACCTCTTCATTTTGTCACGATATTTAGTTAATAGTAGAACAGGCGAAAAAACATGGGAAAATACTTGCAGATAAGAAAATAAATGTTACTTTTGCACGCACTAAGAAATATGTAAAAGAATAAGAATATGTATTGGACACTGGAATTGGCCTCTAAGCTGGAAGATGCTCACTTGGCCTGCAACAAAAAAGATGAACTGATTGACTATGCGATGCGATCAGGTGCACCACTTGAGGTTCTTGAGAATCTTCAAGAGATTGAAGATGAAGGAGATGTCTACGATAGTATCGAAGATATATGGCCTGACTACCCTTCAAAGGACGATTTCTTGTGGAATGAAGACGAATATTAAACAATGGAAAGAGTTTGTATCACACTGGTACAAGCTCTTTTTTGTTCAACGGAATTATGCCCTGCAAAGGCCGAAATTACTTCTCCAACTAAAATGTATATGCACCCTGTAGTGTATATATAGAAGGTGTGATTAGCCTTTATTCGCCTCAAACACATGTGCTTATTAGAGAAGACTTACGCTGTTGCGATAAGAAATATCATTACAAAACAACCTCTATTATACTTAGTTATTTATTGATACATTCCCGCCATTATCCTCTTTATAACTTCTTGTTATCAAATAGTTGTAAACTCTATTTTAGAAGGGACTTAGTAAGGGTGAAGAAGGGCGTCTTCAACATGCAAGAAGGGCATGTTCTTGAACACTAGATTAGGCCTCTTCTTGAAGCAAAAGAGGCGTTGATACAAACCGTACCTATGAAATATAATTACAAACAACAGTTCTCTATGCACTCCTTCATACAATTAAGAAGATAGAAAAACACACGTATGTTTATTCTTCCACAGCAAAGAGATAGGTTTACATCTATATCAATAAGCCTTAATATTTATAGCTTAGAAGGCAATAAACCAACCTGTGATGCGTTATAAAAGCGTGTTTAAAACGTTTCATATTCATATTTTCACTTGTCTGCCTGACAGTAATCTCTGTCAAGGCACAGTATGATCCGTCTTATAGTCACTACTGGGCGATGGAGCCATCGTTCAACCCTGCGACTGGCAAGGAAAGGATAATAAGCTGAATGTTGTGGGTGCATACGCACTCGACTTCGCTGGTTATGAACCTGTAAACACTTTCTACGTAGGAGCTGACATGCCTGTCTATTTCATGAAACAATATCATGGAGTGGGACTCTCGATACTTAACGATAAGTTAGGAACCTTTGTGCATCCAGCGAGTGGCAGGACCGATACGCCTTTCGCAAGGACCTTTTGGGGGAATGTTGAGCTGCTTTGGTGTTCCAGGTAGGGATGCTCTTTGAGAAGTTAGATGGCTCTAAGTTAGACCCGAAGAGGCAAGCGACCCAGCTTTAACACAGGGAGAAGTAAGCGGGCACAGCCTTGACTTGGGAGTTGGAGTTTATTATATGCGTAAGAATTGGTATGTTGGTGCATCCATACAGCACCTCAATGCGCCCTTAGTAGAACTCCGGTGAGACCAATGAACTACAGATAAATCGAACATATTATTTAACGAGGTGGATACAATATTAAACTACGAAATCCGTTTCTAACAATACCGACTTCGGTCTTGGCACGGTATGATGGTGTGAACTATCGGGCTGACATCACGGCTCGACTGGTCTACACGCATGAGAAGAAAGTGCTATGGAGGTCTCTTATAGTCCAACAAACTCTGTGACAGCCATGATTGGCGGTACTTTCCATGGTATCAACCTGGGCTATAGCTATGAGATGTACACAGGGACGAAAGCGACTTTCAAAGAATGGTAGTCATGGACTATTCGTCAGCTATCAAACTGATATCAGCCTGCAGAAGAAAGGGAGGAACAAACATAAAAGCGTAAAGATTTCTATAGAAAGATATAATGAAAATGAAGAAAAGTATAGTTGCCATTTGCCTTGGTGCACTCGTCTTGGGAACATTGACGGGCTGTTTCGCTGGTAAGTCAACCGCTTCGTCACGGTCGTGGCGGTGAGGTTACTGGCGTTGGTGGGGGCGTCCCTTCCGCGAACCAGCCCCTTACGGCATGACTTACTTGTCAAACGTGGCTGGTTGAAAATGGGTTGGAAAAGCAGGACTCCCTATGGGGTAAGAAGACTCCTGTTAAGGATATCTCTGTTGATGGGTTACGGATGGACGAGACAGAGGTGACCAACTCCAGTATAAACAGTTCGTTGAGTGGGTTCGTGACTCAATTATTCGTACACGCTTAGCCGACCCCGCATACGGTGAGTGATGAGACTTATATGATTACAGAAGATAAGAATGGCGACCCTGTCACACCTCATCTTGACTGGAACAAACGTCTCCCACGTAAGCCAATTGAAGATGAGCAACGTGCGTTCAGAAAGCCTTTATCTTGACGAACCCTGTCACAGGTGAGTATCGACGCACGTCAACTGAATTATCGTTATGAGATATACGACTACACGGCTGTTTGCTTGCGTCGTAACCGCCTAAATCCACAAGAGCGTAACTTGAATACTGACATCACTGTCGACCCTAATGAAGTGGTGATGATATCAAAGGATACGGCATACATCGACGAGAATGGCAATATTCATAACGAGACTATCAATCGCCCATTAACGGGTCCTTGGGATTTCCTCAACACCTATATTGTCAATATCTACCCTGATACGACTTGCTGGGTGAACGATTTCCGCAACTCAGACAATGAGATCTATCTCCGAAACTATTTCGAAGTAACCCTACTTATAACAACTATCCTGTGGTCAGCGTAACGTGGGAGCAGGCCAATGCCTTCTGTGCTTGGCGAACAGAATACCTGCTTAAAGGACTCGGTAAAGAGGCTCGGTACGTACAAGCGTTATCGCCTTCCAACAGAGGCTGAATGGGAGTATGCGGCTCGAGGAAAGAACCAAGACGAATTCCCTTGGGACAATCAAAACGTGAAGAACGGTAATGGTTGCTTCTATGCTAACTTTAAGCCAGGACCGCGGAAACTACGAAGACGGCAACCTGATTACGAGAGTAAGGTGGGTATCTATGGTGCAAACTCTAATGGACTATATGATATGGCAGGCAACGTTGCCGAGTGGACAGAGTACTATCTATGCAGAGGCTGGTGTCCCGATGCGATGAATGATCTCAACCCGTAGTTGGACTATAAAGCGACCAAAGAAGACCCTTATCGCCTGAAAAGAAGAGTGTTCGTGGTGGTAGTTGGAAAGACCCCGACATATCCGTAGTGCTTGGCGTACTTTAGGAATACGAGAACCAACCTCGAAGCTACATCGGTTTTCGTTGTGTTCGTAGCCTTGCAAGCTCATCAAGTGAGGCCGCTAAAGAGAATAAGAAAAGCAGTAAGAAAAAGAAGATAAATGACACAGTACAGCAAATACAACTTTGTTTACCATCTACAGAAGTGGATGGATAGCGTTCCAGGACAAACATTCCTCAACTATGGCTATAGCTGGGGTGCTTCGGTGGTTATTCTCGGAGCTTTATTCAAACTTACTCACCTCCCAGGAGCTAATATTATGCTCTACTTCGGCATGGGTACTGAGGTTATCGTGTTCTTCCTATCTGCTTTCGACCGTCCTTTCGATAAGACGGACGATGGTCGTGACCTCCCAACACACGTCACCGAGGGAGTATCTTGAGGATAAGGAGAGTGCTGTGGAACGCCCTACTGCTGCAAAACAGGTACAACACAGTGCCACAGAGAACCTTGCACAGAGTGTTCAACAGGCAATGCCTTCTGCCAGCATTGCCTGCGCCGTTGTTGGCCAGCAGAGTAAGGCTATCGCAGACGCACAACAACAGACGCCTGAGATGGTTGAGGCACAGACGAACTACGTCTCTGCACTGCAAGTCTGACGGAGATGTTAGGCAAGGTGAACGACCAGAGCCAGCGTCTGACACGTGATAGCGAAGAGATGGAGAACCTTAATCGTACGCTTACGGGTATTGCAAAGGTTTATGAGATGCAACTAAAGGGTGCAAGCCAACAGATTGGTACAATCGACCAAATCAATGAGCAGACCCGTAAGATGGCTCAGCAAATTGAGCAACTCAATGAGTATCTATGCGAATGATTGAGGCTATGACAGTCAATATGCGGGTGGCGACACCAGCGTGCGACCACTCAACAGGCTAATACTGAGAGCTTATAACGATGTATTATGGTAGGGAAGAGAATGCTTTATAGCCCTCTCCCCACTGCAAATAATAAATTAATGGCTATTAAAAGAAAGATTTCCCCTCGCGAGGAAGATGATTAACCTCATGTATATCGTCCTCATGGCTATGTTGGCATTAAATATCTCCACCGAGGTACTCAATGGCTTCTCCGTTGTTGAGGAAAGCCTTAATCGCACAACAGGAAATTCATCCAAAGGAGAACGAGGCTATCTTTGGCGAAATAGACCAAATGATGCGCAAGAACCCACAAAAGGTTAAACAGTGGTTTGTGATGGCATCAACGGTTAGAGAAGATGAGTGACTCTCTATAATTATGCACAAGCACTGAAAGTAGCCATCGTTCGTGAGGCTGATGGTGAAAGGTGACCCCTTGAAAATAGAAGGGAAAAGACAATATTGAAATTTTGCCAGCTATATCATGCTGAACCCTGCTAACGGACAGGAGCACAAGCTCTACAGGCTATCAACAACTATCGAGCACGTATCCACACTACAGTTCGTAACAGACCCACGACAAAGAGAATCATCGCAAGTAACCTCTCTACAGAGGTTCCAAAGCATTCCATGGGGAAGAATTGGGAGGAGTATATGTTCGAGAACATGCCTGTTGCGGCGGCCACGTAACGCTCCTCTCGAAACTACAGAGCGATGTTCGCTATGCTGAGGGAAGGTTTACACACCTTAGTGGCCAATGTTGGCTTGAAAAGACCTACGTGTCAACAAACTACAGGCTTTCGTTGTTCCAAGTCAGACACGCCTTTATCCTGGCGAGACCATGACGGCACAGATGTTTATGGGGGCTGTTGACTCTACACAACAACCGCAAGTCTATGTCAATGGACAACTTATCAAGGGTATTAATCAGATTACTGTTAAGGCGGGTGCACCAGGTAAGCATACATTAAGCGGATACATCCTTATTAAGGACCTGACCGGTAATGTATTGCGTAGAACCTTCTCACAAGACTACTGGGTAACGGGGGAGTCCGCAACCTAAAGAGTATATCAGTCCACAAGGAATGCAGAAGGTTCCTCCATTCGATGGCATGGCCACGATCGCAACCGACCTCATGAATGTTCTCTATCACGGGCTTTGATAACCCCATCACCATCAGTATTCCGAACACATCTCCAGAGTGATGTACAGGCAACAATGTCGGGAGGAACACTCGTCGCAAGTGGCGGCCATTTTATTGCACGTCCTTCAACCGTAGGTCAACCAGTGACAATAGCCGTTTCTGCCAAGGGTAAGGAAGGTGGAATTATAAGTTCCGAGTAAGAAAATTGCCGGATCCATCGCCATATATAGCTATGGGCGCAGATAGATTTAAGAAGTGGAGCCCTCTCTAAAATTTGCCCATATGTCAGCGTCAGGCATCCAAGCTGCTATTGATGATGGTCTACTTGACATTCCTTTCAATGTAACCAGCTTCCGTGTAGTCTTCTTTGACAACATGGGCAACGCTGTTCCATTGTATTAACGGTGCTTCGTTCTCTGCGCAACAGAAGGAACAGTTCCGACAGTTGAGTCGTAACAAACGATTTCTACATCACTAATGTTGTCGTTCATGGGCCTGATGGTACCACTCGAACGCTTAATGGCAGAAATATGGAGGTTATTGTGAGGTAGTAGTTGACGAGTTGACGAGTAGACAAGTAGACGAGTTATTAGATAGCACTACTGCTATAACGGCTCATCACATGCTATGTCTGCTCCTCGCTTTTAGTAAAGAACAAACAAAACAACAATGAAAAAGATATTTCTCATAGTCTGCACAGCGTGTTTGGCACTCTCTGTAAGTGCTCAGCCTCGCGCACGTCGTAATCAACAACAGCACCAATCGCCTGCTAACACCATTGCAACACGTGCATAGATATCGCTACAACGGCTCCTATGCAAAGAAGACGTTGTTTGGAGACGTGATATCTATCGTGGACTCAAACTTACCGAGGATGCAAATGCTGGTTTGTACTATCCAACAAGAACCTGTTGGTTCGCAAATGAATCTCTTTACTTACATCTTCAAGTTGATGATGAGTGGCCCTAACCGTGGTGGTATTGCGGCATATAACTACCGAATGGATGGCAATGAGATATTTACTGACTCTGCACGTATCAAACCTTTGCAGTTCCTCGATAACTATCATATCTTCTACGAACGCACCGACCATGGTATTCGACTTGATAATAGCGACATTCCATCAGGTGAGGTTAAGGGCTACTACCTCAAAGAAAGTGCTTATTATGACCAAGGTACAGCTACCTTCCATCGTAAGGTTGTTGCCCTCTGTCCGATTATGTATCGTGAAGATGACTTCGGTGATGGGGAGGTTAAATACCCATTATGCAGGTTCGTTACGATGACTTGGCTCCTTTCCTTGCTAAGCAAACGATTATGACAAGTAATCTGAATAACAGCACGCAACAATGAGTGTTGACGATTATTTCACGATGAACCTCTATAAAGGAAAGATTTACAAGACAACCAATATGCTGGGTAGAACACTCCGCACAATACTGCCCTAATGACTCTGCGATGGCTGCTGAACAGAAGAAGATAGAGCGTGAATTGGTTGAATTTGAGAAGAACATCTATGGTGACCCTGCTCGACGTGATAGCCTTGATAGTATTACTCTTTTTGCCAAGGAGGGTGAGAATGCACCACGAAAATTGGGCCGTTCACGCCGCTTTACAAGTCCGTCTACAAGCGGCGTTAGACGCTCTCGCCGCCCCGTCTTCTAACGGTAGTGCTGTCGCTTCACCAGCACGTGTCTTCACCGTTCGACGCGAGCGTCATTAATAATTTTTCTTAAGGTTGGTTCTATAAATTCCTCGATGGAATCTGCCTTTAATGAGTTATACTTAAAACATCATTAAAGGAATTTTTATAGAACCAACCTTAATTAATTCTAATTGGGCAATAATACTCTTTCCTGATAGGGTTTAAGTATAAAGATGCTCGAATAGTAGTACTATTTCGGGTCCTCTCTCAGATGTGTAAGCATATAAACTTAGCATGATGAGGTGAATTTAGTTCTTTATCATTAACACTTAAGGTTATGAAAGAAAATTATCTCATTGGCTTTCTTAGCCCTATCATTTATCTTCTCCACCCTATTCAGGCTGACGAACCATTGAAATTTGGTGTGAAAGCAGGATTAAATGTAAGTGATTTCTACTTTGATAGTGATGTCTTTGACAAAACAGCAAGCTGGCTGGTTCATTGGACCAACGGTAGAATTCACACTACCCGTTGTTGGCTTAGGTATGGATGCTTCTGTATCTATACGACTATCGTTCTGCTAAACTCGATTATGCCACGATGACATAGACTGTTAGAAAACAACAGCAGATTGCAATACCAGTGAATGCACGATACTCTATCGGCTTAAGTGTATGGCAAGTGTATTCTTCTTTGGTGGTCCGCAAGTCGCTTTCAACATTGGAGAGAAAAGAGTATCAATGGAACATGAGTAGTACCTACGCCTTAAAGAATAGTAATTTCAGTATTAATCTTGGCTTTGGTGTTACTGCATTTAAGCACCTGCAGGTGAGTGCCAACTATAATATCGCTTGCGGAAAGACTGGTCATGCTACCTGGAAGACGGCTACCGATCTTTATACATCGGCCTTTAAGAGAAGAAGGATAGTCGTAATAGCTCATGGCAGGTGGAGGTGGCTTATTTCTTCTAAAACGAAGGACGTCAGCATTACTCGTCTCAGAAATACGTACAGAGGGAACTGTCCGACAGATACAAAACGAGCATCCTCACCAGTGAGAACAGTATTCTCAGATGGTGAGGATGCACTTATAGAAAGGGGAAGACGACGAACTTTCTAACAGACAATGTAAAGATATTTCGTTAACAACTCTTCTCTCCATGCAAAATGAGGCCGAACAAAGAGACAAGAAGATGCCTTCCTACGGTCGAGAACATGCCTTTCTTGGATATTGAAGACGCCCTTCTTGAAGCAAGAAGGGCATTCTTCTTCTAATTCCATATATAACAAGTTGGTTTACTGAATGTTACGAGTTCTACTTTAAGAAACATCCCATACGCATATATTGAGGGAATACATACTGCTACTCTGTAATAATTTTTCATAACGAAACTAACAGCTTTGAAACATAGGATTAATGCACATAGCATAGATAAGACTATTTCTTCACACACGAGAAAATAAAGTCCATGAGTTAATATCTTGCTATTTGTCTGTCATTTCAATAGACGATTAAGTGTGTGTTTTCCTCATATCTCTCCCTAAATGTAAACTTGTTGAGACGCATGTTGACCTTAGTTAACCGAAATCACATGATATTGTTTTTTTGTATTATTGTTCTATAAAGTTATCGTTCTTTCTTTTTCTTTGTACATTTGTATTCAGACCGACTTAAAATACTTGATAGAATGATGCTGAATAGAATAAAGTTCTTCTTAATCGTCGCAAGTGTTGTTACTTACTCAATCATTGGTATTAATGGCATAAGAAAAACTCTTCTGATGTAAATTACATGACAGTGAATGACCTTCCTTACTCGACAAAGACTAATTCCTACGCTCGCGAACGTCTGAAAGTTGATGTCTATTACCCACAAACGTTGAAGGATTGTCCGGTTATGGTCACGGTTTCATGGTGGTGGACTAACCCGGGCATAGGGAATACCCGTCGAACTGGAAAGAAGAAGGGCTTGGTCGTTATTGGTGTCAATTATCGACTGCTACCAAATGTGACGATTGACAGCTGCTTGGATGATGCCGCCAGGGCCGTAGCTTGGGCTTTTCGTCATGCAAAAGGAATACAACGGAGACTGTCGAAAGATATTCGTGACTGGCCATTCTGCAGGTGGATATCTGACGATGATGGTTGGTTTGGACAAGGCACTGTTGGGTAAGTATGGGATTGATGCTGATAGTATTCGTGGCTTGATACCCGTAGTGGGCAGGCTATCTCCCACTTTTCTTATCGAAAAATGCATGGAAGGGGTGCACTTCAACCGCTTGTTGATGAATATGCACCACTCTATTGGGTCCGTAACTTGGTTCCACCAATGGTCTTAATCACCGGAGATCAAACATGGAACTATTCGGTCGTTATGAGGAAAATGCTTATCTATGGCGGATGTTGAAACTCTGTGGACACGAAGAGAGAGCTATCTGTATGAACTCGGAGGACGACCATGGAGCAATGATGCACCCTGCTTTTCACATTCTCTTGGATAACATAAACAGAATATTGGATAGAAAATAAGCTAATGACATACGCAAATATCATATTACCCTTACCTTTAGATGGATTGTTCACCTATACGATACGGAAGCACTGGCTCTAAAGGTGCAAGTCGGTGTGCGTGTTATTGTCCCATTAGGCAGAGTAAGCGATATGTAGGTATTGTTGCTGAGTATCCTATTACTCCCCCTGCAGCTGAAAAGGGAATAGAGAGTGGCAGAAAAGAAGATTGTTTATAAAGACATTCTTGAGGTATTAGACGCTACTCTAGGTGCTTCTTCCACAGCGGCTGAGACTTTGAGTATTGGATTGCAGACTATTATATGTCACCTATCAGGGATGTCTATAAAGAAGTTTGCTTTGCCATCGGGTTTGAAGGAACAAGATGGTTATCGACCACGAACAGAACTTTATATCCGACTGGCAGATAACTTTCGCAATGAACGTACACTTACGCTTGTGATTGACTCTATGAAGCGTGCAACAAAGCAAGTGGACGTTCTTGTAACTTACTATCTACAGCTGGCTGGTGTCGATGAAATGGACCAAATTTCGCCCCAAACAGAGTTTCGTGAGGTGACAAAGAGAAGGAATTGATGAACGTTACCCACGCTTCTATCAGTATCATTCGTGCATTATTAGATAGGAAAATCCTTGTCACCTACGAGAGAAGCAGAGGTTGGCCGATTAAATCATGGTAGTCCTTCCGTCCTGAGAACATGAAGCCTCTAAACGAAGCACAGACTGAGGCTTACAATCAGATCCTCACACAGATGATGGGGCATAGAGTGATGACTTTACTGCATGGAGTGACGTCTTCGGGAAAGACTGAAATCTATATTCACCTTATTCAAAAGGCTATCAATGAGAAGAAGCAGGTGTTATATCTACTGCCTGAAATTGCTCTTACAATACAGATTACAGAACGTCTGAAGGCTGTATTTGGCGATCAGTTGGGTATTTATCATAGCAAATACAGCGATGCGGAACGTGTTGAAATATGGCAAAAACAGTTATCTGATAATCCATATAGTGTTATCTTGGGTGCGAAGTGCCATTTTTCTCCCATTTCATCGACTTGGATTGATTATTATCGACGAAGAACACGACCAAAGTTACAAGCAACAGGACCCTGCTCCACGTTATCATGCTCGCTCGGCCGCTATTGTCTTGGGACAGATGTATCCTGAGGCGAAAACGCTCTTAGGGACGGCTGCGCCTTCAGTAAAGCTATTACAACGCAAAACAAGGGAAATATGGACTTGTGGAATTTGACTCGTCGATATAAGGACATACAGTTGCCGAAAATAGAAATCGTGAATATAAAGATCTATACCGCAAGTAAGATAATGAAAGGGCTTTCTCTCCTCGCCTACTCTCTGCTGTTCGTGAAGCTTTGGGACGTGGCGAACAGGCTCTATCTTGTTCCAAAACCGACGAGGGTTTGCACCAATGGTGGAGTGTAGACAGTGTGGTTGGGTACCGAAATGTCCGAATTGTGATGTGTCTCTGACGCACCACAAGAATGAACTACCTGTCTTGTCACTATTGTGGATACACGATGAAGGTGCCGGATATGTGCCCCCTGTTGTGAAAGTGAAGACATACGAGGACGTGGGTATGGTACGGAGAAGATTGAAGACGAGATAAGCTTCATTTTTCCTGAGGCTCGCATTGTACGTATGGACCTTGATACTACACGCACACGTAATGCTTACGAGCGTCTGATTAACGATTTTTCTGCAGGTAAAGTAACCTTCTGATAGGCACACAGATGATTACGAAGAGGCTTGACTTTGATAAGGTTTCGGTCGTAGGTATCGCCAATGCAGACTCGATGTTGAACTTCCCTGACTTTCGAGCATACGAACAATCATTTATGATGCCAGGTGAGTGGACGTGCGGGTAGGAAGGGAAACAGGGATTAGTTATTCTGCAAACAAAGAGCCCTGACTTGCCAATTATACGGCAGGTTGTAAATAATGATTATCAGTCCTTCTACAACGATTTGCTTGTCGAAAGGCGTGATTTTCATTATCCTCCGTTCTATCGACTCATCTATGTCTATTTAAAGCATGGGAGCAGTATAGTAAATACTGCTGGTTTGGGGCAGTAGTAGACTACATGAGGTTTTCGGTGACCGTATCACCGGTCTGACAAACCTGCTGTGGCACGTGTCAAAACTTTAAGTATAAGAAAAATCATGCTTAAACTGGAGATTGGCATCGATTATGCCCGTGTCCGTCAATCTCTCCCATAATACAATACACGAACTTCTAAAGGATAAAAGATATGGTGCTCTCCAAGTTTACTTTGATGTTGACCCATTATAATTTAGCCCTTCCACCAAGCAAACACCCTATATACTTGATTCTCAACTATTACAATAAACGATTAATAGCTGTTTTTCTTTAACTCCCATCAGAACCTTCCAATTTCTTCCAAATACCTCTCAAAATCCTCTCTAAATCTCCTCTATCCACTCTAAAGCCCCTCTTAATCAACTCTAAAGCTCCTCTAAATACACTGGAATCCTCTCTAAATCCATTCTACCCACTATAGCTTCACTCTAAATAACTCTCTCATATCCATTCTACCCACTCTTGCTCTACTCTAATTCCCTCACCACGTCCCCTCTAAATCACCTCCTCTACATGCCAGCCGTACCTTAACCACTGTCACCCAAAGCGCAATAAATAACATCCTTTTGTGCCTCTTAATATGTTGAAAATATTTAGGACATCTCCTAATAACTTACTAATAAAACTAATTACCCATCCAAAAACTTCTAATAGAAATCTAACCTGTAGCCATAATAAAAGGGACTTTGGTGATATAATCTATTATACATTATATTGCATTAATATATACCAATGCGTCTCATAATAATTCAGTGGTTATCCTAATAATCCCATTAATCTTATCAGCCCAACGCTATTAGGCCCATTAGCCTTATCAGCCCAACGCTATTAGCCCCATCAACCTTATCAGCCCAAAACTATTAGACCAATTAGTCCTATCAGCCCTACACTATTAGGCTCATTAGTCCTATCAGCCCTACACTATTAAGAGCTCATTAGTCTTATCAACAACCCAACACTATTAGGCCCATTAGCCATATAAGGCTCATTGCTTTTATTAGCCTCATTAGCCCATAAACATCCACTCACAACACAACATCAACACACCCATCAATAATCAACCAACAACAAAAAAAGAGCCTTGAAGATTTCTCTTCAAGGCTCTTTAAAAGGCGGCCACCTACTCTCCCGCATTGCATTGCAGTACCATCGGCGCAAACAGGCTTAACTACCTCTGTTCGGAATGGGAAGAGGTGGGACCCCGCCGCAATAACCACCTAATATAACTTCTAACTAACATATCTCTTCAACTATTGTCATTATCTCTTATTGATAACGAAGAGTTAACTGTCCAGCCGTATAAGGTGACGTATTTCCTAAACAAAACATATAGAACTCATATCTTCCTTTCAAGAAGATTACACAGCTCAAAGTCTGAGTCACCGGTCCCCACACTCCATATTTCAGAGGCGGGAGACCCGAAGAAAGTTTCGGGCAATTAGTAGTGCTCAGCTTTGACGTCACCGTCTTTACACCTACACCCTATCAACGTCATCGTCTATGACGACCCTTATGAGAGTTCTCATCTTGCAGCTGGCTTCTTGCCAGATGCTTTCAGCGCTTATCCAATCAAACTCAGATACCCAGCGGTGCACCTGGCGGCACAACTGGTAAACCGGAGGTCTGTCCAACACAGTCCTCTCGTACTAGTGTCAGCACCACGCAAAACTCCAACGCCCACGATAGATAGAAGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCACTTTAATGGGCGAACAGCCCAACCCTTGGGACATCTTCTCCAGCCCCAGGGATGTGACGAGGCAACATCCAGGTGCCAAACCACCCCGTCGATATGAGCTCTTGAGGGATCAGCCTATTATCCCAGGTGCAGTACATCCTTTGAGCGACGGAGTTTCCATACACATCCCGCCCGGGATCACTAAATGCTGATTTCCTGCCTGCTCGGCATGTCTGCCCTCCCCAGTCAAGCGCCCTTATGCCATTGCACTCTATAAGGCCGGTTACCAATCGGCCCGAGGGCACCTTTGGGAAGCCTCCGTTACGCTTTTGAGGCGACCACCCCAGTCAAACTACCCACCAAAGCAGTGTCCGCACCATAGGCGCGTTAGACCTCAGACAGCCAAAGGGCCGTATTTCAAGGATGGCTCCACGAATGCTGGCGCACACGCTTCGAAGCCTCCGGCCTATCCTACATCGGATGACCAAGGTCAATGCTAAGCTGTAGTAAAGGTTCACGAGGGTCTTTTCGTCCCATCGCGGGTAATCGGCATCTTCACCGATACTACAATTTCACTGAGATCATGGTTGAGACAGCGTCCGGATCATTACACCATTCGTGCAGGTCGGAACTTACCCGACAAGGAATTTCGCTACTGTAGGACCGTTATAGTTACGGCCACCCGTTTACTGGGGCTTCAATTCAATGCTTCCTATTGCTAGTGACATCTCCTCTTAACCTTCCAGCACCGGGCAGGTGTCAGACTGTATACATCATCTTTCGAGTTTGCACAGCCCTGTGTTTTTTGTTAAACAGTTGCCTGGACCTATTCTCTGCGCCTCATATTACTATGAGGACCCCCTTATCGAAGTTGCAGGTCAATTTGCCTAGTTCCTTAACCATGAATCTCTCAACGCCTTAGTATATTCTACCCGACCACGTGTGTCCGTTTGCGGTACGGGTCGCAATATCATTAAGTTTAGCGGATTTTCTCCGGAAGTATGATTACCTGCGCACTCAACTCTTCCCGAAGGAAGTGCTGCTCACCTCCAGCTCAAGTGGTGGATTTGCCTGCCACTATCATAACCTACGCACTTAAACGCCCTATTAGCAATACGTAA + ')0;5909:.6:7;1/A@AA>;CACD>E?A?>*1=>7+,697;251288789=28@>@DAA?69:;(6;6??:=@A??$(<@BE?@C?ADAC@B?D58:4:;=:38.:C@>8121&%$))*1(&&&*,%%%((8=;=@44==<66385998;<:,.-)$%$$+6<6570.12=@>@?>8?2?@A67:<@=>??DEGE:;@@?@=9AA>;:5+(/+,,*%+772/@<@??:>A5F;CD>:9?@D=><9;=BAB-.9;<==;:8=?@.)2(;@?7877'&*:=:7=87?<-02=(?97;@93*&&25;>B;:6*.:@C:HH:<;3/)-.59;@;=>G9;<=:@BJH@DEGLHHDGGA>DE;=>@@BCEH=;F7B625>@H=7;957>=347::C;CC95:9886)'99*))659AA>>=>?=/43621&&%&(258885*,),,-7476&-AJ@?=CA=>?>/&%$'())+24766<79>@>><;=A9;8*.;=913::086=<<;9A:@C4@?;>;3%&9<=<A>=9>>D=6BBBG@DA=?>@;=<>=BB?>:99.7<J=?@@@>=;<;<57'34.:--+==BA>HD<>89;:;7&&&/166771/(*)6891=25813630(14697;;773+1'.2/1-&)$'/15930.04-,.708BCFG9825;;/-.'&&$#35679?=B><8/,.+++5>;<7%5-244373=?A>AAC;=??9=?CBAB@>@@:=>?-:>98;3+9AABDHIHC?ED9:=673A=/'*65=8(+@9A<3,HREB6/7;<90;,*8=<==8DE@ACBA>@A=:4@BJGCA<7:<=77(7BC@22,499:=39:;@@C@6=@CDCE>E@,895847><;?BA;8:FEABFHELICC>GHEFIHEG?=?FCHDDHF9>BADED=BFC;<=;@FHB5C>7CA0)-///00/.0&-**+&'*/*06952@CFGFDABGEHJJKE''>>580/,/6:->==>>A=FHHEB=>7<=<>8675>$*99>@@@B8:=>CHHEADHE@CC-:76;;54;7;9<:(.//,%1&&4698AGDDCC>C:*99//:>ACBC:=CE?>6@=@A@=?E?:=7<74:;:4652:?@EF?@0<=9AD<@B?86021.0:8881))4),:>99=.2+/-:74:24950$23/41/)66<;<786A@:>?>9==565878)1**42472(%,-'$1,&'*8:259158117;;<+8+/)/97:5%('$##%$$)$)),670/1(($$668@B@?ABB3324:9:58;;<975;8-('%(+9;;;41:=???;:;:;=/,#$%&((%)))002$'.+'((972)6%(%%:?7=@><>,/914557?<879<@>:9>?<;>:B9C@8=B>9=>A@>EAG?G;?798:=BB?DBB?<:+.;=D8=?=DB5:CC?<;:=B189=:89/.-.2,'0/;???<88<>?7>@DCE<<7-(&,,;=A8<:E;E<;=9;BA<:88925?C>..87797/)26878?@8788)%')-'')(8?A?7:1?DEED=DCB9FLG?9C=?6@32->;=>AC/;*+'))27@7>@@CAAC@EC><>@FE?;>C@@A6;89BBEGAB?==1.0$)%%;ADD<>EE<;=@@439;;<=<4:835%%(+05DB@94>>8;569;88:99&79==C=>>?CB><;>=7=>B:98@:>?;;:-.*')7?>=A3,&'48=7?>=?@=@DB@@5BGEA@B37<7@5449;>:>ED>@?9;;;=AAB??76:=&+5>A@>8><;<75='/%'*))((0;?AB;>>FBB?3('%<@>4;:95'@@>5:8;CG;===/3EEF@DIKF5,'(?E9/008=>@7AF?BCH?5>>8*'+555;<$)9.1((*.*75<=7=??2),,.,/:>>B@?<>@DCA>2/+/2/%'/1*(345;79CA:)(448<>431>,),)A@=<=:7(865:>::8/86(&%($%$(.30&'087258389>547.0)$,/1%##002,'*525A@'-96B;>>=?BIKJHGB@,;66;A@=<;CH<0985..23669<75708*(.**6')'04/1/3:7'1)**0.9;?C===/78/8;>@?:;:9?:7=2<794$$'2,,30;;:;88535$E(*864980:@EFL@AHGJ=@ABC@@ACAB58<;3116<;:&#'*4300;;CCE0+1&.&;=97>D:>>B>;=ADDF@8,0@==;?:54917=>;784757>?@8AEECD4AD@>?GG@F@;BBCA<>A;=??<:7%%)2/0A=>B>((+87523$'.01=@>=89@B>>+/9>95=54535681.0,%%:;><=;@37*;<@?@=DFFI@?><=??@=?62541AB>56>=@AAF=:J788CAC>6=CD==?=8=8BEC;232.9<:,((355+0>@A9=>30-+0('9;4&4:;<3)$2332?@AB?9CI5:>:@;>ADB@C=D=D@OJ?ED@GAHIHD66;57<>=8;:?HL@ED:???;;A?@E?E0-54)?<=>D?LLHBA>?+;((((4>:605(+'(-/79991*+0+235=>=8;',6588>>;=B=9:???@E@BEFH<9'78A>AA?@E320,()211,,/;B=DCDFE66=?=?252639>>5?DIA9B@==>A>AA;:;DF<=A>@A;B>-.&&&&'#&$,/144404%&&&23''-'-./$.88;:>87B=:+5@<<:<221=>11.,5,-,/1?0>;???<1::9?ED@@:'345549<83>E@;.+:;A@@::=>5@EA;?C@>@99(6)''#&%$'.05<<9321A0+>9;(*+01//17%$%39;@@@AAAHFD<<>D@ABBCA5;:661)%%/*073758:;8;681/05/4591-E@MIIC@@9A<1;63@;36D@@@13434*589568@/$500+++,(319:45=;19;/<9;@DF?CC@?=>=$97:8404($$%&'$+,(113;89=IK@@0.9014=3CBEFBDFF@<&6646;=BB59CDGAGG=G:CDBDDDCLKBBBCFFFDFEEC:G8(&0&&%(739<88,(.---()0,*.-8<4/6>;56;50'&&65)-:5:?:78:((+-7=>?91;;<1C?DE;G>?<>?AFC6=@>76?BA9AEEI>ECCBBDC<8;<9423,6;>>DE;1223-''/...0.28=;979>;==858>:3,,-($'')).66@B<@989-70251534993.3.%%$&)'(+,/66?B;>EED@ABC@EH:549767<@B=ADFHGJGG:06@CD313>D>A66,;<@=;6+:67BCD?7;(,524)0-&'%)9CD@EBC>=11/78(3?7,-2*)($-++*.0454')3169:91.--1240/>A@<>8=?'$$9)('(.0333:?=-/-)#$%-2*2%$$%&'%$%&<5734:$%,*/+)5986645'+%%-+.%%$$)*(6CB;@@=;=@@H?I::0.1/04669<>>CI?742''586)%%$$&$$'&+$,&'&0)/78:6433-+:=@@D;,//+2529**-00*//8<83:<-+.-&%%$+$#$%)))'$)**-%#%&(($%%%&*)&#'$&(&)($$-%$#%*'%'(('.)***9**62370000;04028-8:;;<;7<;7888A*%$$&*0'&(('&+-+*&(*.-+4::712%%))*')268=<5)%$'(+)*,&++89:4)))+.3115/43?;11/01$%%$#$2552574,'''(&%%$01234)=+1+77$&((((',$&$$#%&$&%'(*,4B@@.)001,*/.+*.7/&*7,'''&',157<4*:EGG@9++$('(0+&&$%$&..)&$*135EECDCAFE;89498./1*8:3=26,*76;80(%$%$$&&%%&$'*.)((+')$#(&0-')$17:.)<34;?HEC<@@?@8(*+./49;3/000#&%&$%'.(()%$&./$)--1+.))-$$'&**)(&%---:8=ADDB:@8:&&%'87?841(*%&%'&$%#&#$%'((%(.&'$%$$$$2,*)('0/'56;976)()&*'&'%%.)$%',(()'&$&0*&,+6)+%%&*+(+..)--10-4)+($%/.-..-9=883()))475735<<=;99:A:9--:>9=>57)&>=?>@DDE==BD7=:-,*++*)&8,)(34$13'#$%%&012524087789B>898A?BDIEF;589:9$346=>>?&/')=A<7?=6;E:&(#$$&//(5:*($$(%,.,/2)&%%)01/2%#&&%$*,*,,/,,1-%%)+++&('$&%*%(&&$&)(,338>BHD9BD;=8A?EE>553&.,/)*66*23<>=@EA@>456*,-,387786/7,?83344=7'''''*+4(((*(%$'(''%,38;=?@3'''%.$$-387:11310,%$'$%'-("$$##).-0,&$)$(#&)$,'%$$%%%).0&%&#%(&$++-15>@ECDKHA722)'5.%%$+/)-/-4;:7/++((($,$7=;6;;.,'%%,*-'($*%&'10/8:9;A='/41(/-%*+0&)/)+-,+(,,%.6)&%$$$)->@;>9??.*((-17(%$),9CGAHDB=?7:;;8()&40830131,==A??B)$&(,23+%''''&('#"$$$&&-*''%%(*93#$%$'%$&($#&%'&&$$%&')%#%$$&''*33..&&($$$'&$$$$$%%%&(+(#$$$$#$%%$('+33*7175$65252(%((779/+/179$$:;;E?@>@>=5BBHB548/1',%&$$$$''%'%$-'(,$&#&*)''*0:::9?D>>D5<7);7@6=:8:888)&++-$'%.,+.*),-77+-8;646=AAEGE?DGBFCHIE?BGB;@?@>ADC>E?J=E?12.-.'0/20)/07::8.5.-46.)@>DC>&+))2699964,*&8=:=:+((/1,60086;<:>CC>?A6.:GG;94DCBBJFC?@>.99>9.=>@8<2::6=(699@/(*7;9/02/%%%%%.><=5.9;:27??:C:D41=BAAC>B?DGIF??&(%%%)'&$+)7422,)1.(3<9/29679?HGH=G9+-559CC;(&EIKFGBBEA@;8:96>8BC;B@=;;-*/-133:;982)102--&)''4%'%+*59?@@A=>CFGIHEC@>8AFJH?C==;:;<<:@B@(%&68@=@@?5/:<>7.0/?@CCCEDCAA89<=.''.0%+%12.&+714*-?A@AA(*322/208555:9878:*&)&%)+**'+&'#%$$'&/61&$)%28;<:6&*$%--0$$&&%&)*3215&11$$'))32=53(/EDENMG>@;HE<65000/1402,+-05?=9=::=@<9-/112)21996>=>@)%6&D@47*.%&&.&('))$$))$$&%%$)*0%&/266/51-&((24032)24+''-24>?A:<5254,'/1@A>@@2994,>312>?9@GGE2A2MDBB<88=BBBF>CCBA89,79;=798996)1/326AA8<47AD>=.(88=.297,',%$*&%$#$,,,+7@:HDD@:;69;>D@C:9:<0*44414-6003200*6=>59>?:@>=;CACB?CCAC;8?@@CHADHBAB@A5ED@?A9=;:A;46622079610C=>:>==><>FGDEBE@>AA<:G=>KMEB;>EA?77<;<78HGE>77?=@A?>>)&&'&$$'797;:6/.&($%;36BCHH>;DEE669DNA2C<>=:7979MK;9FE?EG>A&&7-42+@@BA>?/:;<..<6B9))+*-1/8==897:;AE@FBB=GC?;0,)&&%#+@D;=:8;>2;/;;=;+?=?;5:7.+012&69AA;(,9:::D@:;AEIA:A7?B>:::=:007:;.+@B6<=79,,;A=9//675'(57<=24;DEBCFFFD<;28;==@BBA+*5:=:0/7=498&)7-%),2@@?CEHF@AE<;AA*9>:A==0//,*&-/65?JIFB?5+'-048-/3:36:CD><:BECE=B=')+@?B=:@B?=EDEC=FMNJ?E??KF@BEFPMC<FF<<@>>ACC.3.//;=:.)=BFF?A=CE@E@?:=:A:8613**188<=-44953/&/$&89:;<9>:C<::>:BFCCBFPJ;>?=?E8?DA?HC<:>>?C@8=>?>-??>@?=@?>EGGEFCB?@CH:<8===AIB@?AD):%83410,3+5(9=8;=.1.&,4;>G=DA=97=@;1@?>ACEH5..0<888822//>CB?:E@ADILLB>;CCC?AE=@>@A><8;;B9?=D@:9?A/2;>>:<:690185CDH?=ECFG9AC>:432224)::;;;=9%29636?<7678AA:-4.48=<8;=A7=3679?@AC@>>=:26B@98:8%8>=B>B?>$'>=--=:?@?HH8@?@=>?ABA>?.:>>ABB=GFHM===@GEHBGKA<<;;3258?FBCFDE;>DAB<=.G4B@>B=B=>;<;?<363=1;<@EB<=>DC;=F;98=BCD:9?<99@A:7(.%$'197441*&%&5;;B=98:?,)-37)547;:?68;:4/B75156.84779&.;B=18??AA<7894:@?DCB9411.,&&*<702;:FH@B562-=DCHCC@;<@??:>@B8=>>?C>C91035<8=BCA@C?BBCBA>>;998:@<553(7)*57(,<6+*&+&2/>=;:<?BF>><=@=-&+('&($$#&+('%.+/:023,-<8;<;@>==0-132BG>>?*>>?C@F@AI;@HI=(,@B@B>;FD=?A9FG@=?=<09:>FGGC@@889IFBD:;KKGLJN8:1=;7=BIHBB@B4>6?2/=BED89<>>/4*9344934??<@@H@=:=2$(F>?>?DHC7'9/*'(&CE:;=@>;>B?9327692.5-22276;::=8-99C78FIC=@J7?EC@?76@?A>@CD:=ACDKDID?CCE90,.5>?:CF=E@>9<=;>?BD8?:8<812484//2434535*+-#&$'))/0.+'335:9;>02666678,223(A:ACDLLI1':;;@?=)/19==43.7*%''4:'*':EC<;9F?@B;ACDB=58==:<4<@8,;D;AC?9@@@;;;6*(*2331/2989<::>?<9+&(''&44(+&-##'&*66@;899+77<335AAE=;@8:4683599<>??)0%&%$%&(2;=<<=>;')'&&//:8<<())($%347+42>>>;<85'$%$&,34;B7?B@<><<67:9?AB<==?BC;9<=959>9&*;=448?A>=8;=JEFID9E9??AED98B==4$&'')$.7789774;<=11++/1123732(%%&$&%'%$$1@A;@CBBDB7'6-;48;===:9,%$*(/0%%%'*%-.,'726:==;@8;>99;?B:@9368<<><>>>?>?=8(494=9;=>:;7/..-.:1''(*)%&(&$4<<>;>@E=I:ELLIACD>=:;96AB&>:8=@9;775=<@+>8+$&$/894502610%))(3341%$**1**4***++-<:6/1?8@D<@9<>+6(111375@>@=7>?9)%&++,4458<<'$;?5573*874===:=;5143'%,:::A=>>CEDEJKG9=?CD?AEE->043($+/0/*,50D=>BD+%)::33=>;8AHAA>@B<56??7;4*2-,/%&.'$$##&2..&)()$&&&&,)%'45<::=@>7<;@8<7>A==@8@6*#+,$$$()*336;7.-)&)80*789>;A=EAB=>@?5/63>7$$$%%''/**+.07<;?@>:,$0..8(&%%06;;:=&&>66IID>BC=>D9@@9@=3%%%+,-.-%%$%&'(,.:::===:791/6624;C:83=97<:@C<>?>?@??A8*(*$'&&,(,-15+*..275,/*,2/2.:-77?DA?97682''$()&'&'&&%'&'&/23B?;FFC?B?999<@8-::<2??DD@::56@8>@@<>=&%7+,0-*+(&'&%.2322)+&&&&(&$&2200122-$'&$*+2337=>9BDBD<88:=A988>C@=E9;A=?10('&&%%$%#$$(%'$"$%+*669:*&/773,*7048665,%%''%%/99819<<<>DA:87478495;?==@?:<>;408<=6&&&'*)(/.4461,43/0457@=:;:<=;897695)*,.2:288<424=;B<69>5(9836;>@<37ED:<:<72(&('+,5468232:;@=;;?@A:><=@@0064'-7,=@ABC>;3AD:676))026751--)*.5657:=5:55-;;<8=<860/57;;>?:<=B=>;=G97D779A.3682432786593175EAFCCDCA==EGC@6'5BAGBB55332-2648./BB7B:GFKLID<87)4.*5:?:)2(--$%'*(6<9>:>?0079:@?A@;=?@>EE6'6:=?:6&'**4:@FFF?5520-'0&8:AAECAEGEAA?;??=6?:C@5<>DB@17*($5645??>?<),)7-0,-,--<99;B??;DCEC;=?=78>:98;A>DCC9:A?69C=764+8?;:;'?AAD?E>88EG@6@?C@EEDC>B673325<>GGG*A=IIFGGDEBKJIE=><@3-6:;)81)37>C=BCIHGB9C>HCC@FGE4369ACB@CIIIJ>@DBB668+@@F<@(;.>?%:<<>@:-+..ABCA*6679A6@C78499:9(BB<=@ACE=A@DC8C?FF?;78G9>GJC>M>?;;;7''')347=J==9C14'B=??B@487>@<1&',/::9A;6CCBKE/4AA==864>>>=;:7'$%-077;68%5241(4B;>?@:)%5*-C@11:51;.155+*(*60<755BB?AA?AA@9-.75520))*435;6<<=<59:;=;?4/*78?BC7<155=CC=;:@?8:>>AA>@DC@>@CAGMNLGVOH=AJIDKKI;>>;@ABCA44DEB<>=?FB?A@CJA4=69?DHHADFGA@1//0;<>F7BEFB02+-544EHCGH=BF26??=?=A>9@A<;;HLHC?@CB@?:=152;=I>7:7>?I?AFBDGD=D8E023/556EQ@EJEDHJHGGGI@=@==:???70DBEB=@:EG>??DFQRFDE@=@AB@=??<<88<=7,%0>9759(3%<=?BFE3A==3&'''&59?E8@CEIH@C<>=87*+(/7886:-64&>CE:=7466+'(-8959<;<912/))((*))))**..*%&)$-1698@A;76;@A?<;>8:?A>19@CBC@E;:?=5++,:/63*232.%346;;><:?;?9><565I<98@>@69ACAHEA1)5CJJ=CG:;=2<39599==/483=989C34BB=8:20;:DGD::B@G99=A88C9:>CBFB6>;9:AB?===<5%-'/3::;5@=><=;;2&)'%&*-*13;7112)))&)*.1.64<;)9)/0ADFHEFK>:66677:9@@E=<<<8<5>B>=:<53<5=?==;<<(((/:@>7<@?>?;6B=@B944+,&%%)78;9;;DB;ABG@?CB5++)))+6893;9?@EC*((593458A?68@<4842(;?FFCA8C?=1@7<=11,451/*0/;>>BC9&-''63:(+9;5668CD>4+6'0&<>;==?A=GEC=8(6B:7'*98><=?@?=445D':=?>GGBBBE>:@>EFEGFCEDALHHAJNJJEPOMBBIDCAACB:FGDBYY?A@?B:A=DHD@F1**+:>?80(/46BEA==:99<??DEACDFEA87755/87188@9@><818AEB>>=A@CLJKHEG@6799:C>;86?C=BDBC72989>>@AA@A<8:3'%#%%%%%0200/)'../,-4;?=B@A@CA)87;A6'+005>ADG@A<;<<:C;@F::6=C?9-*(''#10*?9:8?AAFEJLKCFGA46DB=;;C@DDAF@>COPIEB*84<>5:4251,)*,''*13;==@1/8=>EDCCB8?B?(%,(,+,--+'%%$$$((&(-32*,0/<=?@EC@EDDA?AH@IE?5BFHJDG>A@CGM@>C;85>>AA=NK>@5:CGB562+&*/3;<=;32)'%%-03259$317&++6.1788/0-::4$.,,+226(&;>@;CF@E87453;>9%*))*+-':>?CCB<;=5;;>FG;78+B9:AB?AAB@A>=9;>=A????8:*85'%%&%0./-/3$0)21&9(7646-'$&/-8,)+'%/&&#+..+8@>CF@DGA&)%%(7.:93.@>>7.?:>CGDDGGHBD@=:DAAAEFJIKH:)+-17EID@,10>?89@>8965)/9CDDA?89DD08>862'',9=@AA:8:DJLCHG@@?-588?;>><3--@;00=3675<<..0'--0AC=>I;E68>@C@A.H=EAC993...=DEEA9C<+@D;=?=<1=@?@;70**.818;;FC@31&&##'$$(.0+)*$&$,+*)-*('$$&$(%+,$$%0340356<>1<<<77<8<8*''27357)0(J;=95?=1/9=B@>@GHAB;;EGB@@CDAADD7?;;:A>;>CC9<@DBF@:<>?1>;=<87-(((*:EE@<655--478=DBFA48@A<100/2@7**468=E?>AB;=AEG=665:85.-%93448932%)7:==?:?@4?===?/'&/43228;7>A:=DDC@=/56;AC=<<;=(,=ABA>=5*-/5&75:>89:9:=@@>>:><<8>7++.D;?95&.'&<:9::=@D@=;@>@CD3;>=?<>?;B6758A=9+1542/0).8<=DAADC>:;:??:;;HH?C:;B@=4;<=5/3?@=9:;8=98:60+(,'/?>;0>00=:?CE@A?<9=BEC<<;@?2,8:81::::3150;;.78=?:;B8?B9;=<=796:?;CB>2<7CF;>=@?A=79:56;8+--58,*<29;=B16564BA=<>9A?B>;68B>:;?@=99=@B::52'025;A88DFDJICC5;;@<<0---./07<>>95:>A46?561.499:<<<<&=?78;D<=@BF$792CE==?=?A?@@;=E@G@?>???:;:BC?><9JF@<<=DE:F@@A3--976.+,$462%+,'51787>;5:<<>74;=<<=AE;;131038949;C=A56GCCBA?=.(7:EDBDBAAB:78<=)899=?8)1569:<=796<::1142(')'++*.4779::>AED8ED?)000>:;501=AB=<:>>BA@EFG>3:=:798+26:9B<,,9=:;9**2--075;=;=76,*%'%)+*,-09+&'45066<>?7EA>69>@:<<;>G@;?E>=@:>ED9<>C??B==:88938230,3,9BDB@EDDCEBDK@467@89846,.*9=84@7<;9:75?>=:02?>EFB,48@AA?6@@56EC?9BB@9;6D<=HFB@=;>E=@18*.3776<@CB@A@AEC@52:999;0,.9--523'4798=20/*/,((/0-279;>AF>CBB@BCA?AA;CE?ADCBICCCEFGCGD8:G>>9AA<7219=;@BBEH;;EJHA?.>>?<:DFEEGB@@A=>@CD@;>@C?>68DEOP:IJNE>A:=?9CAB?<@B?OE<>=?<@<546>>>??>9<68BG9A?<@;.>@DEH72A@HH@B5=AA$'>-58>?AEG::??@AECJ1CCHBD>=859*..-75;;9>>63::?AA>?=;@9==:98)&&*&48<61-,*...7=B>:=?>>7E?=CFDDHH?@B@;IA>@>CFIJ<@:<><;,%$#)(*8<=?<8<;5?;=@:+6666*.356AA>?2-.7627622':=@@4032240079ABF;DDACDB4@..;?C:::74997*B:EHFGIODC@.=FFD9//0065=>?@J@G9;:;@>;5>?>=9A(,((%'&'--%+,7:>?>@.7'*-/0:?@?=:BB>863677=6:0;>@BC1;=?<;@;?=((99<923.&%973*244=B@7.28<6969)14549:A7>>DC?63AC>?4=(?>A5*@7?>:;::<13=(9;'5105003>96@784:;?>A><77?E<6)(.24>('+;<>A<<;=AGJ@A>2>8@BB=8?@=*;>@9:14B><=@>;=@389<7>A>E?AA;=EHCC=D>A=<4AFHD@A9::99@=B=AA8332'1132.5;<6:;199982>@;050&)488*4)+/0+/7?@EEH?;44331(6GC:AA:;<;99%$#$#'-0+0GIA=?;26::>2=9GII>@C:99HEGNAF?ACDD;754:??@:ELFNABFC>FG8>??/ABE@BE@E>;;?@95))$9954)...3=8;?ABKKBHK:FGB4?>6@89<=EBCBDAH>?EFAC89?A@5>=?:>;B?AA9<<?>7765?>CFD?767;9671-'*19;=B>=BD)<<<8BDCC<;;*(3==?8=>>1.32:/33/88<;9789860-&)/,04675%%%(5949;9>;>?<;0A?A@;>::;:99>:BDDA@;=354)19C;=?;>7.9786*=;9;>@C6=<7>A?799AC9@><,@624=>:;<=>@C=9;<9%&+.45,2035=:E;DB;>=C@<64928;>=8<>:>GB4;=@:<8=BD=66@I89<><320/D6D@@B@FGE<:<796:'%@<<<69<=@<:5''9?DDCA=7&&(*(&$,4027997$'7878>CD958<>=??6)768698<<4'ADEEHB@CD?BF:9?:BC>9*,>???A?>@A@>>;@==ACCHC?AC:?C=BC@=:+/06<;;FFG5>;@D@?=>>@DHI9;58;E@E=E=78D@ID???@BDDB>BMHCBB<=;?CKGBFHHA99:?BCDBBEF>BE<=?94457686=A;=='%;=BBA4EF;AB@C8>?<(0054/,,-6<;6>*-56;A;D<@E9C=6;9<;<,>BGLB@>?@<=9656-29;=;HF@,:<8;<3+/5=<;::982./'26=6?=C91:::2CHIGA>@;2=<:?::&'30===>@><99>FEFHMGE=HC85>CDJ;E:6.&(9;9469987-7<:8AE98;?A0BD@;.478::@?@>69799=9C?::?78.+/)+;@:&'1/''554?9=<;<93/>=IA459;95<@@?,(:;D;B@CAA:;FB@8?,/89C<:>@ABA<=1:<>;>?H?A?C>=58:89088-*063:<<@@=:>ED<36;79563B;@A==<>=;<<45-2<=D6AA77=:7./79A>91399BKKEABAA@;E9GD?A@@H;4GIMED;79<<;:@6EGEG?DC@CDJFIGG??GJKFHIE9;ACC<==9FF;@=B@?@FFBDG@@A<::7,//02)**)*468D-1*7HB=B>6ODKG?F9256A???@.999778.$&$,*'.44.'+'%89785'#$&28:==?<=<7483;;DHFGAAFFHEDDBAFC@C7@@DB:?=D;>D=@?<<;'889=ADE@=B@BCBE@@F@A6<3==?GJJHFAB79;:?B<@FKHE<;==CG?CDG2/9@??4=?7CGIC1B?>AC8AFFDACHGA:7:22)0000>@GGFMKCD;FD@<'.00029:,((5-+;=:6535-'&%%$))//6A@?9>68<4$$)(,,;;>>88=AB?E?BGF<698;<;54*40/+;<91/994.(?;@>?4?;@;<;236=EF=CDECGJ@;@<:CAD;?FDADA<;AHFAC@AE7<=;53?A2..9:@@?@<=<<=6-5=CKELABD7;6868:<:HHC69CHJ=GHD<>@AB8==:>>@=?@FDAAAC=GB?=B??=?B:*-%++245+,&)687217678;>HHA:C?@;?BD0&&@?8AEF4:;A@>H?EADCDBLJA?>B:?A<;??AAA+//.;?ABGIEA?ECHD;?BBAE@?@IH?>@5A::=:6-07832+0;@A=E=<>>?<=8,-()./025B8635-167614:;7AE@DCC?=002ID@E?@FHCIFF<@FH==B4:<=96=>@==AGHM>HEAAG;FCEEGABA=336;9BDHGEEB=F.+.>62?@@GGEG?F9>A;;9<6C29FNJ1>?>>IGDCD?>?@F>FIBDGICI>ACM>?HIC6@=C=CB@BEGCH>CO@A=O>>>>H?=J:69DJAI=BB;;225;CD@-6AF<;=DH?=<>9B>AF>:;F:EHJHHIF==7;>@8EJ=9?B7A9D:98<<>65;<=<8?>BAFA<<DA8:=308646<44==>?C?>CC=<;0@=BGHCH;:C95)'32,2@C33-<;@?@ACBDE=??D?922*(*739=?=>.%-)7:;<>311<=@;A<>AC-:<:;78C66BD<@<@ABGC:+/:8-$((''*&324:::A@>@===68D82=>:;/&$$''&&**+489:=<@=5784@=9=B9;AC@>;<:07935(;94;>AC:>:+$).999A:C:8=D>16?;>37=>4<=?DI>>DB?@C@;?C4;>?CG7:379>7$&8;=:??=@8128767:321444/(2114AB=?7EFI><=>BHF9;;<==3>*34CB5=A:??@@5;<>=C?;38578;:=:;@<:>6GC;=CC<:CCB=<<24235/598:9C=0,+*(&44:=?DA@=A>>?8)>>:=8<9+532/0*1669:>ADEHEEA<==,-5@=:;:?<273:+'1<<>@A=88;>@=(+658(+177746<:3;78;7EEC>>?97/+.%:94;?>?A@?BLJFDA:AB?6BD?@96'(12>@EEC3=:=8D7BE@A?=8@@3236@9@:19BCD?25@BG?B?/ACCC<;<>745::=:6:1688($-213'&9;77:>=9;9885)49>ACMNHF=AA>884)85759>?79;;A@C@E?:B>@')4B@A=ACBG;7==/A@CB@@>:8=?C<<==2(&()-46>=956CDB;G<=4>=C>BB;=BEC=BEDCB=78337?CLL@DD5<><=87*&(*%(('(1&)((&38:=89A@C@B>AIKHA8444-,,/++//5/66479;>7@A?:=5;<=:C146B=256610,,39112011=7&*,,7:9:8409=?@3314::@BCH;:6836CADCHFA<>??GFGAF;8*+1)134=B97::<:;=;.;=><;=:5'?@A34<'):=AEAGGCA=;AA@@AC==8;==*5.6<=56AAACDA?(6BCEDEH:><9:8%57-CB?>;<>?ABA;8882(7:A>A>@>EE:>BH?<=?==;>=.,,.2&'++,-,.),)&%296>'DCEGLFE8;BDIA?EEAA?@>==5:79CA<;<<;;9AD>:;=EJKC?=59=A>@BI=LIFO;?HCAA;>?AGECCDA@A:++(')18B<@:==<<=>?;1389;=J=>?F<>BB<>;8:>@DF9:C6JJGG6FFEC<==;0@@C99BBD?JKIICB)BAFF?*+9:8?GFGGG?>?:?/;.,--96659=MN@FEF=9:@@AEEF8<,.,8;=ACEFJLJDDBBA<*,,--4663335>CDAB@;?B06=??:;9@@A5//4-.3060=GI<34<:;*-+*+-$'(?AB?AD40BB;=)25'<;;?A@=G<;64=<@@;>FGB>78CD:>I<DH>9BAA8BAC>@BDDA=4<=@?8=0,97::2*).>49?D?@EE@?B;:CA9B=?GI@@I=@B>@1:9@EJLA09F>=?@A95.3670ACA?D:--/,;=&C@AEEGOP>?>5)6;=D@GHH@HJJJH<'*;;=?:3968@68268ADLAAFHECE>?5=AMMB@<>?>:,0::9DB?:;BF@??D@GGCKCFJGG<>@BA=>CGJC@@BBLNII;79<7@@>?A8:4:<:5/1/;;;7496?=+,/<>C@N;=?><;BBFIFACDDC<%&&2'(=?>?@JBALK?C94AA@?E?<<:.4=<@HF;@FG=8?@CB@8D;>?@@G@9:<>>@A@A79HGGFDGDBAA;2<9754=>;83778:>?7>G>HA=>@DCB9=BAH=?CCGEB@@BCA??AACFLA=:'-/7:<<>B?=?CJ??BHF1?NOHG?=;+%%$00),&#"#&&%#%$778>:B=9A@BCC<;;=;4><93*4510025@;?>>)68>>954.35=9BB=<:;::69?>=?@>>*'*0'-.//(4<8-*,.;/01@@D><>AA=C@<8=@;;6;9=A<;:25=A=A??@BBAA@>>;1-5'&'*%&*24<>99<64%%1139>9(%(++)')+&*489-699<>>;@9::175.-=?;:6?EDA=;-99:7?4/;=;>=9B?=:936:>9<2.&'))+./3;;:=?>==;>;;84.9:5:4('%$&%3(8::BEHIDC;9@98>>@96:B=>?80)+9,+-265'**165@LK:??>5=E:7=?CA@4CLK6B<;:8@9:><=@<<@D89860$'34<@:F@;;)1'<;5454000/26)**,)--.25.@?@H=@=?9:-1?B>?BCH>@BBDD;=@016+68:?=ACCAA>74:?;;35:59?>C?<=AAACGDE=6>GH?A@=?C==GJ,:@3EAAB>+'98)**5979978:67:?;=D@8=>=ADFGA<@BA7:;:59-0478244:7;;=9>C9-=C?D<;;<8888778+$##%.077:>B@EB:;<@B=<<>@J>BDCC2CC>@@CBDEMMHID4@<>@>=@A=:><>D=<99BED>HJJE=78D@ACIDEF:A>A=>=;<&:9A@BFE4,BHHJC:BBC=A;BACAE?@48;@>@:=A/&325;A@?AA;?>>@B=A:;@B7?9;0*-,)888;<=C?=;8*)%<<>76<<920++?<;3>>GGMICAD@<=?<<91$$'>?@>>857579834.$$559107<<8:::/03>@C:B<230>>3;;::=A>;;CCBEE@99979?1.)=;>7010;7;*69:><;?B>@=>DA:>A:C;AE<=9,./-189777:37+2<>;;;=77:>>>*A;9A;ACC<:EFFDA?A:7662224@BB;>B?BDCABB??:A>ADE?)9=>6,*'*&65..+1&'%001948HCH>FGADBCDI>>?@89:91314''3,:;?FHG1,;@B=@FCAA9AF@,4,5>?D?22;?>?@<;A95*'/1<<9=ACB)7=G=EGFGDE=?BCFC=@<@@810.*%0:;?C=C=4DAEB;B27@JFCFFFFJGDD@?=>ABGNDHHD6AK?B>;GA:B>B6,*'+'+/59468)60?@@>9>@5=0))45<;AAB:95269883/;;?-B?EB@;93?>;7:4@87?EIKI?C;BH>EAACCD=4:4<=8:<;2/+%#$&&&4&99::;BB?ADB?=.?;9984&,47&+$&(('%+,-$%$$'47;938111969>?D>?E:E@??ADCE::<89E9EEB=:E>>BCGDAF=?637=.6567A<---.9<5)',;753'%%)@BABBFA<=<56:;<;7:C@2456741+)-+('(&$5<8<,,,/7=;355>>A@=:4>?363766;98:=@?@?79<AFIC@@?BC87A?=<<7AC?>76@>?FFE;A>:@>964/0-.$248DH?F?DEFDDC;9?@/+<:72/?>9:A@C==147;597:BCC;=@EB?BA>:??-AA62;@:=-*/0/-)$))../08,;97::8;0=>=28D:CEHA?689.@=>?=8*;===AHE??BGEEBB@3<6=><3(999<9;=G??A9BE;<9AFH9AAA6:>?BBC2((..45&)*=>=CE2..>;5CCAFA96:?;=A=DFD>F?JF;A@>8CHB--EGEAGBB:;=>1@DDFE:A=89;A??HE,8//7B:9=FGA93DBAIH=AB@;;7?:>A<<:;=A:=>E>>>0257;867+((+07;+/12/5:9-((//3@B=@F==?ABE:)%2=@78:7.+9=>74=9>;>;;;7463.)(+/'&'*3242139:54(<=3=440-+&$$%))-6822<>18078;9>==-?@>99A7:>BCD))=:8DB@@A=<<=@ED9?>8>??3,,?9>>DE@GA@C@CDFC:=:DJGHHKHFG@<@;9$(111'$)),D?=6=;&%&;<=<=6686*%%'3+1.((+6;>C@F>;@=3>BCDF@<@;9>><@FBACFE>3A877?ECGGGG@OLI@C<<9:;<%358;;E@A:67;=EFEF@75:88,-*(3011277882(,''*.6<84@;DGC:68:;956.(<<==>B@E@DFG9;9;?;CAB;<=AAG@DA>9;A>=EF?>200&%+++8/>>>EDCBDB@?+76?B40+1)+)($%&'0678:BDC?>>DDBHAC@@HBJIILJG:?;=B?BB3/%'()&02+*8:>::4A>@F@B4;@DEC9-(*-6:;=;;@<@KJ<==393AADEIA@;BDFGDD??91EFCCJJAHCGJBF=>B?765DKBBIJDDC>?AB@@DC@?86>*'6::==5:BC3?;>:>:@EA?BGALI?@4:B9AHHF/9;A@C=6?E@9?EH=BCCFIA?ABCB;8?GFI>QM=8@BCB@?312+-46;9?;47E>G>CJA@A?<>FHH@B<<<=C7)+=>EC776050*'2553567951544/54?;@>:9473?>7557>?=:@?:;@<>C@EBDAD@@AB@>@B?@?;:>CB@98<=7$2BA3<::;><:6)''2'02362*'.>@;?>;?@DF>@@CA%:))=<>BBA:<8;53*58:01/%$#)))81/4+(0/'%%$%(118:>CC:4343>EE?@;B?6CD>C@8=99=C@8;:FHGEGABEF@6=@CA84;I:J>;?@@;<CE?=;CB;1-.(./02:8<<</1679>CC??<<@@=1/)%)2059>AA:;8::;=CAA;>?6.A;H?@<@A??83;=@AA>A3B@H>DDDC?DCHJA@<349>:A;7996;<=B?<@@>(+02@99:<<8)'(59ABAA=:?@CEFBBBEFFE@A;8%:8=@?AAA=CFDCABDC@?.*&-389>?:;?I@;BLGAFFCB><;@8?B;@@E=@@E<<;:'+@CCAB=<9D=AA776FACBADC=@B?BDJ@;:<>=?;7<==>:=8=>@=:>77620.;8+,,,5@=:8(',-$)06797ABA@>;@:<9@C@CAA=9<'*((:;=-<<>E66@C@>;;=>GC79@>@B;F<=CB=F>GG9>BAB999722-$%%##$%%349.946(-@>>@@CEFD?@D*@$??CCA@>D@>?>7*<:34124DKJA:9:?><-4899::-'3468013;:9A>?8@BFHFGGGGDDCB5?7??8941AE81;@?E>>=>=H;68::78?@@<>G9>>==<@AADG?<<>8:7-1>>?>>?7,//3=:<<6><;(+;;1//*.*&%#).1?>;CDC=9=BCB85=75?66;8887104+.)'3:;DB<'3320%$&&&&48:B@A?*DBB<47:;675)26=76?@C:;=;=A;;:31581*#&*58<:?9<@;>522*19?98::83/27969AAEDC57>22<88;?>05A;;=?82.:<@@@B;=DF3>?78:94433344:4<=@AAEA>;BC?DD6:70$;?@BD=>?<::;=@A@B<=(&&5:><=EC>?FG@MLC<898968;)AE@<9AAB93@C=?F7*''--,)*35:70/'$'1/;<>=@?9>CEA:73:31)+'7980,63:?>9B>;>>>89JIMHFD=AGJBGIJ=CGEI?99=?<:=/3(*,+&&&%$$.02<@D<87:9:8:=BGQO?FAABGHI;BE9>DJH9881:;8@::?6:>BA=GJJHCC@820:CDAFHEEHE>=?A8=GGB8.2@CFF?HKA9?@CD8GFD>>;8954)=78B>><6)56147DBACB=D>AABB><:768=?:532)+?:>@L@@E=-0-,BCGEG>>?>A@:9CFF;=,LEEGFD=<@161564557@A=A>F>>89<8=EEEGB>%%%7:>737B=HBGEC;4'7??;@CG==B?==7=/-'+*(((,*0),*1787;8=>BCED@BHIADBA?446<6@7=?AB:@DEH?@C>99:GE?A<>>9;/3:;<;-)4568:8<==;>@9902$65;AFE?889AJLLNMCDA@<@>A?HEDKG@<;?AAE<=:))<<<,0,,,(242;=?FFIKJJE:A:<1;0/.'(---1-)AB:;?@9A<;<+((*&(%$$$7665/.7&?A?:<=B=A9>>B=;<:796<8:=:+5,3458<;35786(#&(/354:;>7544$&,7.08AC>3399<=<75DFF==9;AAD<8(,--%&26=<>95B>9@88:=<@>98-*'''&(2)99:=;9;:>@@@:8::-3@CD@6779>?=;<==;?=7:A>9ACE9LC9BJHDF=F>?>9AD<7?ABC):8@@9441;-$18,9A?A8;:8:547;:@@<@7CFGCEJCDC=>D@<=E@<:;7D98566;9529:6;:;<;8.9HICFF:;CDDF;;499'&295:;=:<:5865,.;27CC66A:A:<=0=AAD@:;<+/1-+$$%465@=89;>??AD?B;E?D>BFF99=/;>9.==A<@0-:98@DG<8;71=8;>A=@@A=A75CCE;9?@@C<@=3;89-4<;;<<=95;:-599?>>88*5**466A<@BDH@/-855=FA8<993,/99;79<5468;-*222231CGHFEA==8=?<7964==:>>:<<<<;>8DD?BCADC>1;0;6>=>DB=?=;91.3/1;=?C@:320699.#$&)*%),0868667==C96@<98;?72<7=<0646131),155:?>@@?@?/1311>6;>?@E>;EAF@@?@;8888+(3336:68453275>>A):9<;5&&&,826;:;68:3678;?=:;<>=4:()*7+1%)*#%%,5235;;=::;=84<57(536614==525<<><;42,4665>?@==BA729=:7:8:;9<:EF?@FAD@GE>FFG>DCA>655>:?>@'BC9<;?:DBB37=>DHCG679669:4'3(08345@@?;BGB?BBDCBDF@=A.@'FAB@DEB=:>EFD;;686$%)111.:99+98@5@@?>=-(/1:?>@@>6.<;>DDAD>?:4/-703).')-/($&$),/75:>??>C2(*-..<<<5521<=>97>:?CBDH@=0<>AADDEEEK@C@?589>:66((*.9;;>3A:=BB?I<<=?=<====?9@?=11.%..:::9858=??DED))9*477;@HFE:9<<(-$((7;;49>=;18:::::3<;921***-6@::??06,0A@<::8603;??BHC@?DH?H:;<;:875=>?>E<686525;>=F@48:;9;54241004(3333ECF>CD?B13*'33@DDHH;?D>BGG:+@B;:=CEGHFE:=AA=9@,BFCCFFCCDLK;8;>EEFEA:89DB>=@EABADE<1=@BBCB;:=?@B8<6751::479A=?=A<(?A;BB8BAACBA??@B:<@?=58696;9>JHAG<48>5;CBD:BABA@@6BE9=(@-7<;:67A<@CCFDFDA6782A=<399&7>>;=)'')'($$$%&&*01877;BDCEC>B;A9=BC;;>AA?@AAA9:;.)1/$)&$)..*562*&$$$4::;<=?ABDD=?@?:=?1AB49=<:7/%%%%,.-7:AH9:;=A9D7B9:B;=@CA;=8(;5FEE93E978BB9AFICDJ;I><;?A<42=>><>BC@2<89;17@@??=B@;'FAHD=?=69(*'3362B>?J;BC?FGC=<5335687($..31112&(*/33879>84>>C:8@@>A>=?@C?8:698698-&%8:=4)+2/)-*,))',,,4',88??B@<6=A56;>@??@<*....014;%9>=?D=<=BAAC>@@DFC@89@9:?A9;>:+;>9GEA?(.'9/++1*&86987;@DDA=;:64%)4;?DCDBB7=@8BABFHKBMIB@A=879@;95$(?@:B9<0339910+403;=8;@ECCDDFHJ=B=IIB?AEDD=@6%%&&//1315@>??@AA>@@BEE?:=%'62,013626:7651/%$$6;=<<7<:47??>4DF><=@'')(*7:>?A?@@>=%*99680.,,-9;>C@?FABBGKDBD>BI@4;>1..1115?CC4>7=41'7DA>5D:;?83/4;=@3<3-3G@B@?PRG8@CD@7::73:;=7=;CC3-;;:;BD=@I>?A9:@<,20-%$(.2889>;<=@FDA@B>7A:?C=;=,,14)-68;<>AACF@69??<.8=A77IKF%&?@DA;:?9844-65<8@A@?>>@BHKGM<<*403;1644223FB?8H=EJ+EE=GHD@@E$?*)6;EHBGGHIDE@;=79@DGFFH.&78:=?EC@>>=;(43584%$33840./1/'.019/3,.4-GF?>1+((+4-+++4B?>?BBCI;BD<6C9GFJCDDF56B;F5FCG>;DADA@:C>B>=<4-169;<:25:<:EGHIIJFLHCAEJQPJAB;<979;FGCIHEB@>242BE<:?IIEG=@@7>;*;?@:&&%$(00367DDAHG;AIMKIBI:C%<=?A@@IG?:8;<:>AC?>9A>9;=?AF@IB?)BA=CC%&&&.@>?><>FLDIK>MNI4CDCA8;CEGLK168:A:?@?AGF@=@:AA>CED?81+9<<999A>@<>7B?AB?>::;,-(,<>;<@>7DCA89A?BDCD=8?>??*836=@A@E<:@B>)%:@::DA==AE@<64:<=9*59>BD7CBC:==GFAA@B@99+011?=8:<8:661754=DJG@3;=@A>9=<?0996<<7:CAHFE@<>8+51/1-><99<>@?4=9>GJ?HIJKJ=@;D=>AB>AEC@EB>A>@>(B@CEF/,;<>68;85**94/--/205<69>D@CEB>?7E?A):79?DC)$%>>?139?;;99>@E=877;6/=.6=??@<89BC?99@C@@EA><520<=<51+,87?KH?=GFA=BCGD**46@>:A?-C>?ABBGHFCH2>55?@A>;:<<5,7?:;47;>9..)0343158+<29GCDRRHG4A59AGF=>FI=?A>DBBDDB>KGE>?>>AAC@DD=7CBE@8EGGBBFB609<@>AA?FF>>9887'%%$$-88:5=ED@@>DECB7:<<<:<:;FHHBACD;D=FD?CHHA?=FKKGD@?FFF?9KGLECA?B88+&%'%%%3;91;KKHB?=?=A@??:ACCDILMK9A468<;@?>5?<888<=;+.63307:;'8=AA55;%(6:>@>/,)<:77996//87,4;=<8A@;:<=>=99586.<=?@B>D@C898>>(+6;A?C?CD=@??@ICC;D@-./5;=A<9CCDE:AA3A3=@>B=:GF:LE@BJ<@<:+)=>>GDFCF?E<699:BBA@;8:=@;881,113120++++,,++.-58>;@>:9;>:4;A>???H8:=<<=C@:=:;-+7C415&6312102450.+)'-178425B>KHA;:::47<:7?<<::43),9>??;:?=>8=7:71--1.67739:6566&&-.,63;9337::?EF8/+?EB402?B?FJ;?BCF>89:530+3:<@ENJLAG6::>=:99=-.9<=>0-%%)24B?88D=?CAB?:/5;>=>BB;.;<<>>8::<;=B?<2/1353??>799+29>>>B:@BEDGF>>>BCC;+/:;:=3/.1A;4:8556:<;>@>>?A<<>ACEGEGF?>BB@>=DJCDGE239?B;??@<9<9?:;A>?@=?C@@B.(''&458;DJJHDB<;6@A><@DD@8;;224::=>BC@>@>:?D=>??>1:8:<:?;61710->?A5005;752/9;@;?>?@>DB@@ADA9BCBECA<66683>?>?BA=?B8@@AA???=A@CI@C7EF@<;@DEE?/6'@@B7F@?=@?47>><..4<<;<<(+(%+10'4407<;@:<;7@>>9>7-665,889;96;===<@A:7?=883%$113>?=<:50.?@>FBFMM??F6:?@A:8756//53.+*(01799:35DBD9*+&&%'*)0./00-+()+.72=;>B<<@>@A84>BEGD8:=BDDH>>37%/0)&.*5??DDBDCIMKF9>@130--0--9:7.<>69:BIC7?EAC>:=GGGHF@<9@EGGIIL>@@15:9;@==<>DB>>E>:48;;>:50,<=@<*/'+*))3@?@EBC?<=@AADEC<<;<=?869IDH)46=@><>@A35:@ABGGAHC>A8:;:8::9889442)<<>?BE:8:@=?B;BE=996A@<;I@9>@===?@@B>GC4427.-3&G'&76=;?;6773&(9<<8B?G>@9=B>BEHDIOOKJ99D;AF>45A@D??B:C>;;?59.810579047*%%%331<>C/80>?400>;BC;ACFB5/ABCACF<8???AEEIA?+==::<;;2(//12653)23549<=@CFGE9898<997%&*04@<<>HG??A<::=C=?A>@=99A(926@B8;<=DDB<5;?FC=>;8@A69'3:<>=:49>A?=6630.&')(**'))$'-/-6&328?CEBBC>:89?B&*-C<:;?A@??@CC@<:=;834561?>-132345?;?E@C.0469D==AEF/4%&..-/=A?@I?B@>?@36%6=?BEJGB@==;6G=>HDA==BEDC?DG;<8935251$'5548:8-*79?A;:4A44AA;55<;:9@BC@FELLPHD@EHHJDEE?=GC@JJ>?CDHHGE9=<<9EEF9>>?@I;HHJGDJ:7DDE?FEDE'%%D=?>?DABEFFC?8@DCDABC;ABEEDF=A:?<@?;;:;@B@;114%):=@BDBF:;@//7;7<98854C:FD@=DC@EDIIEFFF;6,;=80BC==>==?=<=>;9*??AE.8:1AA@<<;;DFDG66'*@:@>A?CABHBB>BC@B>3CB==;?>CB709HJDBAA>DIHA?==FCDCB:49732+)+%#%4799>A0,5/7,*+++.::<:86357@6?CA:?:8BJGC@;34,4+,)798;14,,099C@?CEF;?9=AGBCDFCFDHA;?):>H><;FEJFHH@;@@:EJIIE?8(%98AB@B>DHAIF>CH*H)$$(:?;250<9=8:6>@FGGH;;CA9766:;/,*$('.79255:<<:CD@@<9;?=B:@CBCC=HGC>=8@EBEGHIFCE:6>B@AA??BBDCDB7+>-(,68;@D?D@=A=<@CDDKA:DBA@=73)6=<<>78BD<<;545////++%+0.--3;G;?IKFDIFF>ED/530.-<;<4%(24:A>@AA:><=<99>79%'B69<@BD?BE<59F=@;7>>@9>89?A/+*1$..97?HHF=<<@@<<47,14579:6::%99;?>??)))-8<08?BFE::@@?BGBH;CCI@GGIH@:CJB5:A<<@>::?>;BGFALJFACIG9:9EFDBABAEE;6=AC>;?>;=D=9;:333.&&:>@CDD?5794230*5=2=IDABB:CDB;99B>;>;;;AF??@FFF@>;+5429:<=0/6669=?4?;<;7?@9=<:9FF;:94<>A;>>:?=E5.A;E?7068(:6+*0,((24722<2=<=?>BECCAA@>>DAC?B>A@A>=>A@>A?49:;=<1-875:84B?<765/$-+'((,,,223;76879502?CB=?EEC?@?>9A?=EAABBA<559;695:<:;<98:A=>@CGBD54478;995;==>??<4.0.1/..0('%(++'(467<<7:><<<><<=>;==('(()(('&1035.*/9*<;842/00>=B9:>==C>?EEC7-1B@A>A)5;?B:=AC82?@/1@CH<1E8:787468BB4.'(,+,0;;BB@BCCFC8<=;9863')&5;@8<:=419:::9:;=;;?6,?@B;:688<3+)$*$)(%%(((789<7.5.7:::6754($%$(55793/,0887B==@??7:=<.07<>5;=@>?@@B9=B==?9:;<><<889B:B@95'8;.115H>>DB6?;?@<>DDCB?80:4;525%58%$)::8>AGDF8>:B?IF;9?=;6999<<847:9/43299589:<=DFD=DE@DCAGLGHE;@I?8>@A@AD==?GHB>ED243:-(@:;<>>=I>G7A;:;:3400<<99<<9B7E@@@CD>(AD77E9>>@DB@=:B?@BFA9>G=C@=>@BB@;B>98:1.142(*.B>>@<@==AB>B7=9)*9B9521++<;;;;;@HE=1D>>>@CAH>>D<6:82;<;:ADDBED<<=@E?<<0.5/<;>7B7:;33:::<;98::>9:9167765<<<<@D73),>9=C?H?4447871.+(#45:;;EA@KG46?FFA?<876=7G?AED=@DFIC=EFD7;ADC33<786<<9>@BA@=D?B=99AACEEF=>?;7<=?DC?BAAFE;A>>B@;<>@:<<77BBI@?DEGC>/7=:>BAE?@@HDC77:58,+-6-68:;@>?6657A<=7<960025258?9<99@>A=%>?@CEDEJH@69>>759?;68=>A>-68<9<9;;;;991465;=<9;=:?:;3*B=:ABCE?HMLB?=:A?>DBF@DEB>:;;@ABMLCDBA+'8?=AAD-=HI7>;HEA=>=?B<=??<<32)%#$'--.8:7::8@A=EE7BGGE?:<=<;;786?=96(((>?;@BBC>?B;9>EC@?>AC><2./@A0./+03=>@C<>BC<9864((&()*.=:;5=69=77@85')(15<9?;:;4))).457978:2698;>??BCCDAAEAECBCEE?>:9H@@GE?636AC>?DEEEB;EC?A565255>:@AB>CEFE3>CCFD56C<;;>=;=3?<>@CF;=CCGDA=C;5.+.$%'%$%13$&%#&&&,>?@:9AGFBDC<<@H>A;?E970/--)+(00;><>>>974>A<@7,+.249838<9AA2=>;A<=::5./15)8568@A>>C==8::;=;=DB5;7444:90104>?218;>9=?BCDB>=;(:@@B::CB<37@3G7HA?<9;C@A?7610/:=866=:B?AE>6>@EFCDEG@9>@A@>@C>C@?@@C==@EEB@>A885=>=@CA;679;<)/9;9557*'++''%$<<==;<@@CGG8;??C>LAJI@B@BE>>BDC@BCC28-.5-AONJJO=KNFA;%5=;<;<:+?A47<;>@NNEA44=@>?AA=5<:;<0>CHE@@@?9ABAA?DE<9B:6<7:9475668>=5(3374676(--9:?>:?F7?GD@<<+,-3*-/23><;6622=9;7:;==BG7?DG?;7:26930<=<=8;*9=A@?078B;<5:A@4<==AJJAC@?A/4<>9BA=C>B@EDBB>=:EDBCEE=:8=CD:CCBA>?8BI9:EIFD=5;88A@CDDC?F?;?C%%(;32113?::53)>GCD89A???9754===<>DCBC?@?*$/%77379-:.=::;<7/?A>D=68;:7*<>>:FA:@:>FEFGC1>BAA>75-/-,409696@CFB@ACEI<99;<4=ACD::=@@?CCCDEH;G9@?,6&++13533243$56388=FE@A?08:ADAB:85FGD<>=:;?<=>79797@?D>%(58=?B?*%/027--485=C??C<=?B=??>82975;A=;;8AAA?>36456:=56AA:?<9:;:&&6=<=??@=8=9==<:6***-$./.$&0;@9;3);9;?AAACD:457)?>?AB<=7@?>?B7:ADC;8860*,1,;=CB6A=>=8;@@85=7;@EG?:<9;2+55'&)#&&(*/..0?71;<>>8:CDCE;<>;DFC;.,(2C=58;?:@9:<78B=CAB?;362;;:-1)(01-&%(%%(96(>?BB@H;@IE8;>?@;,6<@@?B7%)544674(&.43414)'+(--138=?@479?>@?A=C@504/C4?@@@@@<976*8029??:/.0/468989;<=?@;@;B@CHE?F8>DKKG@A?BA3-;3'HHGC=FCFHG9GKB?99EG=>;79:::BDA==73646.078527754//=6>@?7;DC=75)+0:>F?EHACECC>?4:?=014.&,+67>F@99:87=>5--&/38;9=998668+58)$29:>FFD;:=;C>>9B>AB<::AD?3;>=4HA=GA@8=<<3899:;8=:;0,//5;=:A==A<=>@,)78.///022//*'%&''1.45985;9?=CI<9;99&)86>?;558=>AA@AC73A@95965*5//879136-0,/@=;@=DA=:952,(188;GI>?EFE>20@C==G@DA?D;88:>>DE>;>B>8763..678B@B=;?=:%,,7566)<=@CEDDIAD:((*('9:>=57E>42.10:34#)%+8;D==@8AC:2+4):9:*1442+##'(%%-;=>5046788;..-').79==9A<9=>@BE@BB@CD8$$9160,33441/+343<=6-+-11'&%$$&(-.5/,./7,-69=;02-1BFIAB?;>>;89=871,132),777.*+)*'$$(+-0--97668:>@?::8<9<7DCFC8@<8<55>>=(&0>@@>>><=5*39984'-&&';>89D<>BEIG89?D;?BB<69:<<;/5/6412.(4=A459<4''',.39;B=;?=23%(*7;;9;HE>?;:89?;=3532''&)*,,.&*,-.78C>?@HBA,/>/-8@<8>AD>;A>>@@?=IHJIKI.@?=IHDABBDCA>8?9*8=:499;=8:;6*&444+..0<=??<79>>;:<9-&*9AD;;=BB@=:;.0<9CABDAB:<:;<=@EEBCFUQJ>AGIB++-&*,:B?BJGB:5=:548C==E58>CDDD=*,6CD8E7=C?>==:<;88:8:8;6:/%&+-.337@DE>ADEB9<88768BA?@@BF@9EA06-2()199=@GE7@@G8899>>&90%@;FEE=743-)''%&489>D7?:--,284%45767%465&2===>=841<:@EGCDDD9.0-&038=;>?;@C:;@;EEAAAE:K=9:;>A>53%*?CGHJE@EC8><8=>>B=E4B>A:<>?9=CFNB@9:4>=.47=68;9)/76:7798993'%%18<84>CD9;0;ABDBF@ED?@@7:;<'>8>?C?C==@ACJB:63767,.?CA11469:?>9;CDCABC4,,,,1''7606660&'&$#''(01032%&'/(''-65501=;9?@::77697596:>979)&),#$#$#+--GDFDD7C@7?BCCIHA<1>?:=?<;:<<5&+..6788828679>HG?=?=>=90)+')(''//2''(++,,41134462$%$$$'')(*(%0/..(+.,%'"&(0-010308**,(/1)+$(%%)00(+/0502,29<68//36+320765'#+566267411/&%&%$$&&$$&&*))+/'))&&%($%$$+0+$$'(&%&'$***7:075.+/,,/.5&&5(8:::734*),BEDEDCDA?001)%#%%3$#(%&$(-%0&,.,#'+,06>??@AE?B@>>(%'6'$#''*/0&,22(%%%&-+,42;;<96<=AEEG70%$(&&%-)&(),))*(-.05533&#(&%$$/13(+',1)&*.&*(%$$0)'*(*'+*(+'*863,$$$*,$.-+$&&&%&&&.+&$&'%#$$(+)(*'''*)&%&#'&')#%%)%1,,%)'&'($%(,+.+(3*362;<53556+%%&&$$%%$%%$&'%')**)'&%()&)%*()(--++.303+,.0,+$%$#%$%%%$).*%,/1-)043)$$#&'&%(#$&&('&&$%&&%&%#%$&$$$%$$$)%*)-,+(*110-&44+&'$$'5&&(%2*(+*++*$#$$&(.%%('#%#*+$*/$%''&##$/141/*078664-/76)'$%&)/'+$&55430($&%')*%&*(#&*&$$')+')$$%%'%'/(&%%%--2**)0'+*'&%$%,'-,($&$($$%&$&'('*+--,%%$#'+'-010220&./'%'(30/(0&*<2820,**-855:<;C>?B;ABB5@?A;C@CH>7C><1-4///+#$$&&($$#*%$$%'&$$),2,*./*.4:;377?;<=>>8+'3/$$5$$+8;;(,431%:;3),+)&%&#&#%&$,12*&&00=9CC&12..11..4:?8*.511*#%&$%$0)(%$%%$$/*53-+-)+28845.''*1-*--.)'(%%12($$$%&$$$$#$&&,11*'''(&$#&*$$&&)*23)%%%''(('+-'(&$&%&$$$%&)&%$%%/224>><=;.;;126=8?B1-/&&++&$'$#%*)()%%$0,5779<>2--+-)'&#%&%%$$)*)(215'5+)%%'%5+)7=?;,.84*)('%'%%%%1>A343-/;:%)%1%*%&&&$),-.313,(%&#'%&&+,,$'%###%%*/04..,8&$%$%#'+'050''(&&&)).-+<5/,1==./03526>997(*7;??/.+0-.-,.$%(,+.;;86''+/21)&,'($%%(&%(''$&.15B:.A:>:0.+.)+5,/4$$,/-../.%'**485$&&(&''%###%*&%&%$*+')./+-,&'&$)#'%+%'%%34499:77'),-9/+-0>($%''(+--,2-88:,,+:6&),+/13*%%()()(&',-*)*++*,.-*,+%%%'%+*,1/&%'$&$*03=3-'$*10.2491&'+.9<:==.0%%,/20/349;<;0#%/(%+'%%*'./.200:0,)4$$'),,,767$&1,/14,)''4/(+0%&$%,,*-77/*16330/3710*00#%26/2166'(1+.0*-89*7211+,'28=><=9<6,.2-%&&-%%%,&99;AC<>)3B928;464+-/334=7-216$4,*$&.+5570*((*&()**,((-02>=6=<'++17:1%.+879>=BD=:B>5<69:5%%+(%%$++'%('#.444?88:@@B;45:+%&(;?74/%$&-(&,,6-/81*01+.135*-%)/:7265,#)&'$5-6414588')('$&+/.005&)'''),03,,-.,,(00../(()(#$&$$#$%&'(,-('$*,*&#)-)&$&$(3.(+))+*))(++$$+4./%$$'%)(&''$$%%+(($&'(%1*$%('$&#&'$&)****%),((&'$%%%'&$$$&&'*)+%'##&)('-&%$'('(%&&842++&%$$$*.0(%&%$%$$#&%)&$$$&'-,$%*))+-).)$"$#*,*%''6<98'&)%'$6769<5($$)*,/66>559&%&&1..1(+/2+34367:;83%22)/.-/143,-$/.3),)$#$$%$$$#$$%$#%&--/(&&983C=?@D73><;>?=LBDIEJ;AD>:<;F:;>;AE:8>DECDDHJI@>?AHHHHAAADFE=@B>.-457A=ADF<;AEEFB+5()-*)'))/44758C=<;:=A;@=CEJ?23589;;@DLJA<>>B:5<09@>?@?.*)5;<9@FBBDAA@:9?@:::=B@=?CKKD4<=BCDEFD;?B@FIIA:<@FAAB=;=;@@<;*:=?AAGIC*?@C;8:=217D@DFIDC@<:>BG;ABD@@:AC955B;6AEFE<7<&BFIIIEFC>4A>D>@DBBGHKGD8540;<:BEE:@G>:><236@HEA<9(+%&.1436<>><;.,-,',=>FEELHDE=68****+=CAFHB<78??HHKH>??D:A<=:IKGE@GJ@C>A@34>=>CBDHM;=;?CCC<@AA:/()*2.@@:9B?6,'696:7;AA=;BBKL>ED>=5;@BEEF@4;5@B>*CFHJJKDFA>;69@DEA.A@DBBBA3809:BE??AG?GGDB:@7?BFHKGB,FBFF88?@C491135;ABEF9999?;=@=9;5;;'&'$%%-,.-/,/785<8=@@?GLMABE@,-0=<>>;D?<9;CDLNE@@:*7888/4.5::;>82'*67;>=@7=67;8D'4@:>HJEE6=F;;=IIHGCCCB<8?>;630';CCG@A>DCHHFE@AD;@JFGIEACFLJKDC>?D?498<<>??<69GBHGD7+$(&&%)&0-.-,%%%%)*+3--)+-+**.-.$#$&5B>-<9:>ELK@:DDF@A'<=?>@6)++:735;;;=?DBCC;?9<>3/.-.65+:0B9?F;9480:A@:=>>113(((((2.5,7/AB>B:B?B@ELNKE<:>6CBDFHID@>@?=DBDCA>PSL?A68<<41@C8>9>JLD@:;3EC?PNB>IFDA;>8:>D@A?B.?>?;=CD;=654&0@?DDEDE>BA@>:?799AAIGBBCACD:?EBAEAA@8;76*:9:75:496* @SRR14011045.71177 84d96600-7a4c-4d89-9973-a040ec723792/1 ATGCTTCGTTCAGTTACGTATTTGCTGCCCCCGAGGGGATGTGCGCCGTTAGACGAAGACGAACGAGCGGAAAAGGAGGCTTGCTCGTAGTAAGACGCACAGCACGCAGGACTAAGTTGTCCTCTAGGCGCCCCGTATCGACGGCACCGACGACCTCAGCTGATCCTCGTCGATCCCCTCCCGGGATCGAAAGTCAACTTCTAGCTCATCATGGAGCGGTATCGGTAGGAAGACGGTCTCTAGGAGATGGTAGCCGTCCGGTCGGCGTCCGGTGACGAAGAGGCCGAGGTTTAGCTTAGCATTGGGTCGAACGATCATCGTGTAGTCTGAGTCGTGGCAGAGGCATCATCAAGGCTGGATGCCCTAATAGGAAGACGACTCCTTAGGTGCTCTTAAGGAGTCGTCATCACTTCTACTGTACGCGGGATGAGATTTGAACTCACACGCCGTAACCGGCACTACCCCTCAAAGTAGCGTGTCTACCAATTTCACCACCCGCGTATTTGAAGTCTTTTACCAAAACCTAGACCTTTTTGCTGTCAAGTCTAGTGCCCAGGACAGAGATCAGACCTGCACGTCTTTTGAACACTCGCACCTGAAACGAGCGCGTCTACCAATTCCGCCACCTGGGCTAACCCGTTTGCACTGCAAAAAGGTAGAACAAAGTTTCATCCGACCAAAGCCTTACGTAAGATTTTCGTCTAACCATATTCCCCCACAGCTCATTATCAACGATTCTCGACGATCTCTGCAAATCGACCCGGTTAGCTCCTCCAATTGGTATACCTCTACCATACTAAACTCTACCTTTCTGGAAAGAAGTCTGACTTTGCGCTATAAAGGGCATACCATCCTCCAAACTTCCTGACTGGATAAAGATCAAGAAGAAGGATCTAACTAGCCCAAAGTCCTTCCCTAATCCTCCATCCCAAGCGAGCAGGGCATTCAAGCGACCTTGGCGACATCATTCACCAACTAAGGCATTCACCTAAAGCAGGCAATAGATCTAGGTATAAAAAGGAAAAGAAGCAGTAAATAGAGACGATATGAGATAGTATCCTATCATTGGACGATGGATGCTACCAGAAAATAGAGTACCTCCAACAAAGGAATAGATGGAAGATAATCATAGCACAGATCTCGCTAGAGCGATGAATAGCCAGAAGATGAATCTATTCGCAGAGCAGTCGTAGCCATACCCTCGTAGCTATCTCACGACTAGTTCGTACCCTTCAGGTAGCCATATAACAGATTTGGGTGTCCCAAGCATACGCTCAGAACACCAAACTCTTCTAAAATGGCGGCTACCTACTCTCCACTTTCGCAGTACCATCAGCACAATTAGGCTTAACTTCTCTGTTCGGAGATAAGTGGAACCCCAACGTTATAACCACCTAAATATCGCAATATCTAGACAATCGATGACTCGATAAAAACATAAGATACTCGCCACCGTAGCGCTAAGTCGGTATACAACCACTGCGCGCAAAAACTTTCGGGCTATTAGCGCTACTCTACCGGCTTTGATGTCACCACCTTTACACCTGTAGCCTATCAAGGTCATCGTCTATAACCGAAAACACCGTAATAATGAGATCTAATCTTGAAGATGACTTCGTACTTAGATGCTTTCAGCACTTATCTCAACCGAACGTAGCTACTCGGCAGTACGCCTGGCGGCATAACCGATAAACCAGCGGTTCGTCCAACACAGTCCTCTCGTACTAGTGTCAGGCCCCCTCAAATCTCCTTACGCCCACAACAGATAGAGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCACTTTAATGGGCAGGTGGCCAACCCTTGGGACCTTCTCCAGCCCCAGGATGTGACGAGCCGACATCGGAGTGCCAAACCGCTCCGTCGATATGAGCTCTTGGGGGCGATCAGCCTGTTATCCCCGGAGTACCTTTTATCCTTTGAGCGATGGCCCTTCCATACGGAACCACCGGATCACTATGCTCCTTAGTTTCCTACCTGTGCGACTTGTTAGTCTCCCAGTCAAGCACCCTTGTGCCATTACCTCTACGACCGGTTACCAATCGGTCTGAAGATGCTGTAGAAGCCTCCGTTACGCTTTTGGAGGCGACGCCACCCCGTCAAACTACACACCATGCAATGTCCTCGCTCCAGCAGTTAGAACAAATAACAAAAGGGCCGTATTTCGGGCAGCGACTCCTAAGCACTGGCGTGCCCGCTTCTCAGTCTCCGGCCTATCCTACACATTTGTTACCCAAATCCAATGCAAAGCTATAGTAAAGGTTCACGGAGCAATACGTAAGTTATGCTTCGTTCAGTTACGTATTGCTATGGTCCCTAGTATCTGTTGGAAGATGGTAGCTGGAGTCTGTAGGGTGGATTCCTTAGTAGCTTAGTTCATACGTCCTTGCTTTAATCTCTACTACTGTGGGCCAATATCATTCAACATTTCTTCTGTAACACACTTCAGATTATTTCCTTGTCTTGCTCCAACCCCTTTATCAGCCAAATGATTTCTTTTTCTGGAAGCTATTTTTGTTGGGTTGGGCTCTTTGCTGTTATCCTTTTGTCTTATGGTTTCATTGTAGCTTCCATACTGAAAATATCATCAACCAAATGTTGTGCCAAGGCCTTCAATACCTGTGCCTCCCACCTGGCAGCTGTGGCTCTCTTCTATGGCACAGCCCTTTCTGTGTACATGCATCCTAGCTCTAGCCACTCCATGAAGTAGGACAAGGTGCTCTCAGTGTTCTATGTTATACTTATCCCCATGTTAAACACTCCTGATCTATAGTTTGAGGAACAAAGAAGGAAATCAAAGAGGCCCTCAAGAGGGTGACAAATGGAGCAACATATTTACATTAGTAAGAACAACATTTGAGTGGAGCAATGTTATTTCTATAACGAAGATAGAAACAAGAATAAGTGACTCTTTGTATGTCACAAGAATAGCTAGGTAGAGAGAAGAAGTACAAACTTTACTTCCTGGATTTCTGGTGCCATTGTAGTCAGCCACCACCAAGTGATCTGTTTGAGACAGTGTCACTGAGATTGAATACAGTTTAAAAAGTCAGTTTCCATGATGAGAACCGGGTAGATTAAACCTTAAAAGGTGATTATGTTTTTGAGGACAAACGGCTGGTAAATATTATGTGTAGAGAAATGACAAGAACTTAGGATGCCATACTGTGTTTTCTTCATTTATTTTCTTTTCTTTAACTTTTATTTTAGGTTCAGAGAACATGTGCAGGTTTGTTACATAGGTAAACTCATGTCATGGGGGTGTGTTGTATAGATTATTTTGTCACCCAGATACTAAACCTAGTACCCAATAGTTATTTTTTCTGTTCCTCTCCTTCCTCTCTTCCCCTACACCCTCATTAGGACCTGGTGTCTATTTGTTCCCTTGTTAGTGTTCATGAATTCTCATCATTTAGCTCCCACTTATAGGTGAGAACATGTGGCATTTGGTTTTTCTGTGTTACTTTGCTAAACATAATGGCCTCCAGCTTCATCCATGTTCCCACAAAAGCCATAATCTCATTCTTTTTCATAGTTACATAGTATTCCATAGTGTATATATACCACATTTTCTTTATCCAGTCTGTCTTTGATGGGCATTTAGATTTCATGTCTTTGCTATGGCAGTAGTGCTGCAATGAACATTCGTGTGCATGTGTCTTTATGGTAGAATGACTTATGTTCCTCTAAGGATATACTCAGTAATGGGATTGCTGGGTCAAATGAAGTAGTTCTGTTTTTCAGCTCTTTGGGGAATCACCATACTGCTTTCCATAATGGTTAAACCAATGTATGCTCCCACCAACAGTGTATAAGTGCTCCATTTTCTCTGCAACCTTGCCAGCATCTGTTATTTTTTTTACTTTTTACTAGTAGCCATTTTTCTGACTGGTGTGAGATGGTATCTCATTGTGAGATGTGCATTTCTCTGATGATCAGTGATGATGAAGCATGTACCATACCTGTTGGCCATTTTTATTTTCTTTGGATAAATGTATACTCAGGTCTTATGTCCATTTTAAAAATCAGGTTGTATTTTTTTTGCTATTAAATATTATGACTTATAAATATTAGGTATTAACTCTTATATGCTATATAGTTTGCAACATTTTCCCCCAATTTATGGGTTGCTTTTTAATTTTTGTTGACTGCTTCTTTTGCTGTGCAGAAGCTTTTTAGTTTGATGTAAGTTCCATTTGTTTCTTTTTGCTTTTTGTATTTTGAGCTTTTGGTTTGCTATTCAGAAAAATAATTGCAAAGGCCAATGTCAAAAACTTTCCCTATATTTTCTTATAAGAGTTTCCAGGTCTTACATCTAGATCTTTAATCATTTTCCAATTGATTTTTGTATATGATGTAACATAGAGGTCAAATTCATGTTTTGCATGAGAAAATCTCGTTCTCTCAGCACTATTTATTAAAGGAGCCGTCCTTTCCTCATTGTACCTTTTGGTGCCCTTGTAAAAATTAGATGACCATAGAGCCAATGAGGAGGCAGCTAGTAAGCATTTCAGCTCCACAGAATCTAAACTTGATTTTGAATTTAAGTGATAACAAGATTATTTGAGAGACCTCTAAAAGGCATTAACACAATGAAAATACCTATGCACACATCCTTATGTACATGTATAATCGTCTTCATATAGAGTCTCAGAAGAAAAATTGTTAGGTCAAATGATGGCTTATTAGAAGCATTTTCTTTATGCACCTCACCTATCTTGGAGAACCAAAATAACAATGACAACATAAATATATTATCCAGAAGGAACATGGGAGTTCAGCAAGTGAAACAGGCAGCCTGCATGGCCAGGACTGGTCAAAAACTGGGAGTGAATCTCCAGTATGGGAGAGATGAGTGGAGAATGTTTTTCTGTGGGTCTATTTTCCCACTGATGAAACTATACAATCCAGGACTGGGCAAGCACTTTGGCGCACCAAATCCTTGAATCTAGCAGGGAGCAGCTGGGATATTGTGAAGGAACTACTGCAGGAGTGTCTCTACTCTCTTCCCTCAGACTTATGCAGCCACAGTAAGGCACCATTTTTTGATCCTATCTCTTAAAAAAATTGTGCATGATCCTGGGAACCAAAACAGCAGTCTTCAAGCATTAGGGAGACTTGGACTGTGGCTGGGGAACCACCGCTTGAGTGGAAAGTGCTCTCACAGCCAGAACTGAGAACCAAGCATGGCAAGAACTTCAGCTGCTGGTTCTGGAACCCTGGCCAAATATCTCAGACATGAGCAGGATAGTGATGTAGAGACTTGGTACTGAGCTCACAGCAGCTCCTATGGCTTGGGTTGAATTACAGGGTGAGTGAGAACTGCTGGGATGACTAAACATCTGATTCAGCTACCACAGCCAGGACAGGGGAAGAGGCCCTTTTGGGACTGGGGCATGAGAGGGCACAAGCCCCCAACTCACTGAGTCCAAAGCAGTAATTACGGGGACCAGCACCATCTCCCAGTAGAACATCAACACAACAGTGATCACCTTTCACCCAAGCATTTCACCAGATGACTGAGGACCATCCCACTCCTAGTCACAGCTGGTGCATGCACTGTTAGGGAACCTCAAACAAGATTACCTGGTCTGGGTCCACCCAGTTTTAATACCTGAGATTGTAGGATCTAGGCTTCTGGATGTTTCACAGCTCAGTCCACCACTGAGACACCTGAGTACTTTTCCCAGGCACAATTTTTGGAATACTGCTACCAGCTTGGCTGGCCTCAACTTGCAACTGTCATCTGTTGGCCTGGAGGCTGGCTTGAGCAGTCCATTTCAACCACTTCCAGCCAAAAAAGTACAGTGTGTGGAAACTAGAAGGACATCTTACCACTACCACACTGACTGCCACCACCATCACCCACTATACCCAAACAACAGGAGACAAAATAACCCACTCCCTTACCCAAAGTACCTGCTATTACAACCAGCATCAAGAAACATCATTCAAGAGCCACAGAATTGATCTTCCTGGATCCACCAACACAGGTGTTAGCATATGCTTCCCCACATAAGGATAGACCTTAATTCACCATCGCTTAATCTGAAGATGGATGAATCTGGTATTCAAACTGGAGCACAGTTCACCACTACTCCCATAAATAACTGTACCCTAACACACTGGAGGCTAGCCAAATATCATACAGCATCTTCACTGTTGCATACACCCAGGAGTAAAGCCAGAGAGTCTACACCCAATCAACAGGATTGTCACATCTTTAGAGAAAAAGTTCTCCCCTAAACAAAGTAAATTCAAAAATAAAAAGAACTGTTACATCAGGTATGCAGAAACCAACCTAAAACACCGGGATACATGGAAAAAGCTAGGTAACCCTCTCACCCTCAAAACCCACACCCTCAGGGGTGGAGCCAAGATGGTCAAATAGGAACAGCTCCAGTCTACAGCTCAGCATGAGCGATGCAGAAGACAGGTGATTTCTGCATTTCTAACTGAGTACTGGGTTCATCTCACTGGGGAATGTAGGAAAGTGGGTGCAGGACAGTGGGTGCAGTGCACTGAGCATGAGCTGAAGCAGGGTGAAGCATCAACGTCACCTGGGAAGCACAGAGGTCAGGGATTTCCCTTTCCTAGTCAAAGAAAGGGTGACAGATGGTAGCTGGAAAATCAGGTCACTCCCCACCCTAATACTGCACTTTTCCAGCCAGGTCTTAGCAAATGGCACACCAGGGAAATATATCATTACTGGCTCAGAGAGGGTCCTACGCACGGAGCCTCACTCATTGCTAGCACAGCAGTCTGAGATCAAACTGCAAGGCGGCAGTGAGGCTGAGGGGAGAGGAGTGCTCACCATTGCCAAGGCTTGGTAGGTAAACAAAGTGGCCAGGAAGCTCAAACTAGGTGGAGCCCACCACAGCTCAAGGAGGCCTGCCTGCCTCTGTAGACTCCAACTCTGGGGGTGAGGCATGGCCAAACAAAAGACAGCAGAATCCTCTGCAGACTTCAATGTCCCTGCCTGACAGCTTTGAAGAGAGTAGTGGTTCTCCCAGCACACAGTTGGAGATCTGAGAACAGGCAGACTGCCTCCTCAAGTGGGTCCCTGACCCTCGAGGTAGCCTAACTGGGAGGCACCCCCCAGTAGGGGGCAGACTGACACATCACACACCTGAGTACTCCTCTGAGACAAAACTTCCAGAGGAGCAGTCAGGCAGCAACATTTGCTGCTCACCAATATCTGCTGTTCTGCAGCATAAGCCTTTGATACCCAGGCAAACAGGGTCTGGATTGGACCTCCAGCAAACTCCAACATACCTGCAGCTGAGGGTCTGACTCTTAGAAGGAAAACTAACAAACAGAAGGACATCCACACCAAAACCCCATCTATACATCACCATCATCAAAGACCAAAGGTAGATAAAACCACAAAGATGGGGAAAAAACAGACAGAAAAACTGGGAACTCTAAAAATCAAGTGCCTCTCCTCCTCCAAAGGAAGACAGCTCCTCACCAGCAATGGAACAAAGCTGGATGGAGAGATGAGTTTAATGAGTTGAGAGAAAGAGAAGGCTTCAGATGATCAAACTACTCCAAGCTAAAGGAGGAAGTTGAACCCATGGCAAAGAAGTTAAAAACCTTGAAAAAAAATTAGGTGAATGGTTAACTAGAATAACCAATGGAGACTAAGTCCTTAAGGGACCTGGCCAGGAGCTGAAAACCAAGGCACAAGAACTATGTGACAAATGCACAAGCCTCAGTAGCTGATTCAATCAACTGGAAGAAAGGGTATCAGTGATGGAAGATCAAATGAATGAAATGAAGTGAAAGAGCAGTTTAGAGAAAAGAATAAAAAGAAACAAAGCCTCCAAGAAATATGGGACTATGTGAAAAGACCAAATCTATGTGATTGGTGTACCTGAAAGTGACAGGGAGAATGGAACCAAGTTGGAAAACACTCAGCAGGATATTATCCAAGAGAACTTCCCCAATCTAGCAAGGCAGGCCAACATTCAAATTCAGGAAATACAGAGAATGCCACAAAGATACTCCTTGAGAAGAGCAACTCCAAGACACATAACTGTCAGATTCACCAAAGTTGAAATGAAGGAAAAATGTTAAGGGCAGCCAGAGAAAGTTCGGGTTACCCACAAAGGAAGCCCATCAGACTAACAGCTGATCTCTCAGCAGAAACTCTACAAGCCAGAAGAAAGTGAGGCCAATACTCAGCATTCTTCAAGAAAAGAATTACTCAAACCAGAATTTCATATCCAGCCAAACTAAGCTTCATAAGTGAAGCAGAAATAAAATATTTACAGACAAGCAAATGCTGAGAGATTTTGTCACCACCAGGCCTGCCCTAAAGAGCTCCTGAAGGAAGTGCTAAACAGGAAAGGAAGGAGCCCGTGCAGCTTCTGCCAAAAACATGCCAAATTGTAAGAATATCGAGACTAGGAAGAAACTGCATCAACCAACGAGAGCAAAATAACCAGCTAACATCATAATGCCAGGATTAAATTCACACATAACAATATTAACCTTAAATGCAAATGGGGTAAATGTCCCAATTAAAAAGACACAGACTGGCAAATTAGATAAAGAGTGAAGACCCATCAGTGTGCTGTATTCAGGAAGCCATCTCACGTGCAGAGACACGCATAGGTTCAAAATAAAGGGATGGAGGAAGATCCAGCAAGCAAATGGAAAACAAAAAAAGGCAGGGGTTGCAATCCTAGTCTCTGATAAAACAGACTTTAAACCAACAAAGATCAAAAGAGACAAAGAGAAGGCCATTACATAATGGTAAAGGGATCAATTCAACAAGAAGAGCTAACTATCCTAAATATATATGCACCCAATACAGGAGCACCCAGATTCATAAACCAAGTCCTTAGAGACTTACAAAGAGACTTAGACTCCCACACAATAATAGCGGGGAGACTTTGACACCCACTGTCAACATTAGACAGATCAACAAGACAGAAAGTTAACAAGGATATCCAGCAATTGAACTCAGCTCTACCAGTGGACCTAATAGACATCTACAGAACTCTCCACCCCAAATCAACAAAATATAAATTCTTCTCAGCAGCACACCACACTTATTCCAAAATTGACACATGGTTGGAAGTAAAAAAAGCACTCCTCAGCAAATCTAAAAGAACAGAAATTATAACAAACTGTCTCTCAGACCACAGTATGAACAAACTAGAACTCAGGATTAAGAAACTCACTTAAAACTAGCAACTATATGGAAACTGAACAACTTGCTCCTGAATGACTACTGGGTAAATAACAAATGAAGGCAGGAATAAAGATGTTCTTTGAAACCAATGAGAACAAAGACACAACATACCAGAACCTCTGGGACACATTCAAAGCAGTGTGCAGAGAGGGAAATTTATAGCACTAAATGCCCACAAGAGAAAGTAGGAAAGATCTAAACCTAAAATTGACACCCTAACATCACAAATAAAAGAACTAGAGAGCAAGACCAAACACATTCAAAAGCTAGCAGAGGCAAGAAATAACTAAGATCAGAGCAGAACTGAAGGAAATAGAACACAAAAGCCGTTCGAAAAATCAATGAATCCAGGAGCTGGTTTTTTGAAAAGGTCAACAAAATTGATAGACTGTTAGCAAAACTAATAAAGAAAACAGAGAAGAATCAAACAGATGCAATAAAAAATGATAAAGGGGATATCACCACTGATCCCACAGAAATACAAACAAACATCAGAGAATAGTATAAACACCTCTATGCAAATAAACCAGAAAACCTAGAAGAAATGGATAAATTCCTGAACCACATATACAACCTCCCAAGACTAAACAGGAAGGAGTTGAATCTCTGAATAGACCAATAACAGGCTCTGAAATTGAGGCAATAATTAATAGCTTACCAACCAAAAAAAGTACAGGACCAGATGGATTCACAGCGAATTCTACCAGAAGTACAAGGAGGAGCTGGTACCATTCTTTCTGAAACTATTCCAATCAGTAGAAAAAGAGAGAATCCTCCCTAACTCATTTTACGAAGCCAGCATCATCCATGATCCCAAAGCCTGCCATAGACACAATAAAGAATTTTTAGACTGATATATCCCTGATGAACATCGATGCAAAAATCCTCAATAAAATACTGGCAAACTAGATCAACAGCACATCAAAAAACATCACCATGATCAAGTGGACTTCATCCCTAGAGTGCAAAGCTGTTCAACATATGAAAATCAGCCAACGTAACCCAGCATATAAAAAGAACCAATGACAAAAACCGTATGATTATCTCAATAGATGCAGAAATGGCCTTTGACAAAATTCAACAACCTTCATGCTAAAAACTCTCAATAAATTAGGTATTGATGGGATGTATCTCAAAATAATAAGAGCTATCTATGAAAGAAAAGCAAACCCCACCACAGCCAATATCATACTGAATGGGCAAAAACTGGAAGCATTCCTTTGAAAACTGGCACAAGACAGGGATGCCCTCTCTCACCACTCCTGTTCAACATAGTGTTGGAAGTTCTGGCCAGGGCAATCAGGCAGGAGAAGGAAATAAAGGGTATTCAATTAGGGAAAGGAAGTCAAACTGTCCCTGTTTGCAGATGACATAATTGTATATCTAGAAAACCACATCGTCTCAGCCCAAAATCTCCTTAAGCTGATAGGTAATTTCAGCAAAGTCTCAGGATACAAAACCAATGTGCAAAAATCACCAAGCATTCTTATACACCAATAACAGACAAACAGACAGCCAAATCATGATTGAACTCCCATTCACAATTCACTTCAAAGAGAGTAAAATACCTAGGAATCCAACTTACAAGGGACATGAAGGACCTCTTCAAGGAGAACTACAAACCACTACTCAATGAAATAAAAGAGGATACAAACAAATGGAAGAACTTTCCATGCTCTTGGAGTAGGAAGAATCAATATTGTGAAAATGGCCATACTGCCCAAGGTAATTTATAGATTCAATGCCATCCCCATCAAGCTACCAATGACTTTCTTCACAGAATTGGAAAAAACTACTTTAAAGTTCATATGGAACCAAAAAGAGCCCACATCGCCAAGTCAATCCTAAGCAAAAGAACAAAGCTGGAGGCATCACACTACCTGACTTCAAACTATACTACAGGGCTACAATAAAACAAAACAGCATGGTACTGGTACCAAAACAGAGATATAGACCAATGGAACAGAACAGAGCCCTCAGAAATAATGCCACATATCTACTACCATCTGATCTTTGACAAAGCTGACAAAAACAAGAACTGGGGAAAGGATTCCCTATTTAATAAATGGTGCTGGGAAAACTGGCTAGCCATATGTAGAAAGCTGAAACTGGATCCCTTCCTTTTTACCTTATACAAAAATTAATTCAAGATGGATTAAAGACTTAAATGGTGAGACCTAAAACCATAAAAACCCTACAAGAAAACCTAGCCAATACCATTCAGGACATAGGCATGGGCAAGGACTTCATGACTGAAACACCAAAAGGAATGGCAACAAAAGCCAAAATTGACAAATGGGATCGGTAAACTAAGAGCTTCTGCAGCAAAAGAAACTACCATCAGAGTCAATAGCAACCTACAGAATGGGAGAAAATTTTGCAATCTACTCATCTGACAAAGGGCTAATATCCAGAATCTACAATGAACTCAAACAAATTTATAAGAAAAAACAAACAACCCCATCAAAAAGTGGGTGAAGTATATGAACAGACACTTCTCAAAAGAAGACATTTATGCAGCCAAAAGACACATGAAAAAATGCCCATTATCACTGGCCATGAAAGTAAAATCAAAACCACAATGAGATACCATCTCACACCAGTTAGAATGGCAATCATTAGTCAGGAAACCACAGGTGCCGGAGAGGATGTGGAGAAATAGGAACAATTTTACACTGTTGGTAGGACTGTAAACTAGTTCAACCATTGTGGAAGTCAATTAATGGCAGATTCCTCAGGGATCTAGAACTAGAAATACCATTTGATAAACCCTTTACTGGGTATATACCAAAGGATTATAAATCCTGCTGCTGTAAAGACACATGCACATGTATGTTTATTGTGGCACTATTCACAATAGAAAAGACTTGGAAACAACCCAAATGTCCAACAATGATAGACTGGATTAAGAAAATGTGGCACATATACACCATTGATTACTATGCAGCCATAAAAAATGATGAGTTCATGTCCTTTGTAGGGACATGGATGAAGCTAAGAACCATCATTCTCAGCAAACTATCACAAAAGGACAAAAAATCAAGCGCTGCATGTTCTTACTCATAGGTGGGAATTGAACAATGAGAACACATGGACACAGGAAGGGGAACATCACACACCGGGACCTGTTGTGGGGTGGGGGAGGGAAGGGGAGGGATAGCATTAGGAGATATACCTAATGTTGAATGACAAGTTAATGGGTGCAGCACACCAACATGGCACATACATACATATGTAACAAACCTGCACATTGTGCACGTGTACCCTAAAACTTCCAAGTATAATAAAAAACCACACCCTCAAAAAACCACAATAATTCTCTAAAGCAATAAAATTCTTTGAACACAAATAAATTCAAAAATTTTTGATAAAAATTCAAAAATATAGTTTAGCAGATTCAATGGCTTACAGAAATCTGAAAATCAATACAGAAATCAGAAGAATCATTTTAAATATGGAGTAGTTTCTAGAATTAGGCTATCTTATTTTATGTCATAATTCTAAGAACTGAAAAATTACATTGCTAAAAGAATACAGCTTGAAGCCTTCAAGAATAGACTAGATTAAGCACAAGGAAGAATCAGAACTTGAAGATAGGTTTTTAAAATATAATACAGTCAGATAAAATAAAATAGAATAAACAAAGCCTTCAAGACTTTTAAGACTATCTAAAATGACCTAAATAATAAATTATTGGTATTCCTGAGGAAAAAAGGTTAAGAAATTTATTAATGAAATAATGTATAAAAACCTCCCAAGTGTATCAAGAAATTCAGACATCTGAATAAAAGAAGCTCAGTGATCCCCAGAAAATTACAATGCCTAAATGAGTTTGCCATAGCATATTATTAGACTATAAAATCATATGAATGAACAAATTCTAAAATTGGCAAGAGAAAAACATCCTAGTCATCTACAAAAACTACTTCAGAATAACAGCAGACTTATCAGCAGAAACTTTGCTGGTAAGAAGGTAGTGAAATGACGTATTCCAAATGTTGAAAGAAAAAAGCAAACTAGTAGCCAAAAAATTCTGTATACAGCAAAATTAAGCTTTAGGAGAAATACTCTTTTCCAGATAAGCAAATCCTGATAGGGTACCCACGACTAGGTGGAAATAGAAGAAATGATCAAAGAGATTCCTAAGCTTGAAAGTGAAAGAATGGTATTCACCATCATGAAAACACACAAACATAAAACTCATTGTTAATGCAATAATACAAAAGGGAAGTGAAAGGAACACAATGACACCACTACAGAATTCCACAAAACCAAGAGCGAACAATGAGAAAAACAGAGAAAAGAGAATGTATAAAATAACTAGACAACAATTAATAATATGACAGGAACAAAACCTCACCTATCAATACTAACCTTGAACATAAAAGAATTAAACACTGCTTTTAAAAGGTATACATTGGTAAGATGGGTTAAAAAACTATGACTTAACCATAAGCTGTCTACAACAAACTCATACTTATCTGTAAAGGCACATACAGACTGAAAGTAAAGCAGTGGAAAAGGTATTTCACACAAATGGAAACCAAGAGCAAGCAGAATTAGCTATAATTAGATAAAACAGGCTTTAAGTCAAAACAATAAAAGGATAAAGATGATCATATAATGATAAAGGAAACAACTCAGCAGAGAAAATAGCAATTCACAAATAAGGAACTAGAAAAGTGAGATCAAACCAAATTCAAAATTAGCAAAATAAAGTAACAATGATTACAGCAGAACTAAATGAAATAGAGACCAAAAATGATATAAAGATAAAATGAAACAAAAAATTTGGTTTTTTTAAAGAAATAATAAACAAAATTGAGTAAATATTAGTGAGGAATAACTTAAGAGAGGACTCAAATAAAGACAATCACAAATGAAAAAGGAGATATTATAAGTAATACCACAGAAATACGATATG + #$$)-000'-,&53:,619++34.34:=@@:93&64524*/(%%%%'-.1/0786849<:11=9%#279:723&9/,$,78;;:@61111456679;;92<-7/<738;;=<3:658;9742157016767<:94??>979'$(.3566643237;62)&377;88A?>=6102::<90:9:03>8;41111,34.0002%'*+'9687:=:-27614--35659@?DA40:)?;>>?;9883628344554$&9;8'10/0,,011557>755:;:<@D>CG=;<95(+,*&%$7:4',(*--.,.2,DIDBB>)468>;<>CD@487.749(()023:959:F;797'.'4//&%%'()-))60007:585&&%-1*),+18:6?<13;DECC7B@A=;=<8?B;AA-)59=8=;A>63&&+026+3/)+*1-&*1:?@<><>::7:8>:@<9=<8;>@@9>503&$1<.&%3(::6'%67:;@:5;<7<;A@:A=:5:?;0('-&*66=ACCHJJ@:B;<>GBBAF@FF;<5+8989<&762:<:67<;5575)(++55()-&/.523999:980+.*,&%$%'&,)&$$&&$2--+()&'(%')(##'%/*)+588:>&+>B@>ADDE;1=;4;@0ACIC=MIJBJED@:<:2249ABBC::9==??2*+/?;887=7%&$(%('&',378CC;@>5FJIB:958:;;;*'')1861616:9:8?/'*)+*''$$#$'#%046<8EBF:=833/++53,78838:A==977&%')#$%$%#(&&&&5=9B>::99@>99.)3076<0>89>@?MKE;*EB??<@AA:04:CGGIO?3>92=@ACCEG:F<;<:31+'%,-2;?B>>/17;:@633/&%'8:E@AA::DEBFBBD=B=8?@@AB@?<>:59)059;:=FIALG<8>A?>:<:15776=<=;@8565=C-<>CHBGLG=8FEDD-::=A;AEEH>@5;BE?@A?B,4)'&%%$'24-:<<>=74';>?<,1<(*45798-,013&6799=??:(((&,068=>8/=?;4,++'&49887=<=@C5<799?@936/(*))&%)342.9754)+))/3357:8:A???>BJE964==LKG+##);ACH9@A>KKJAC@00022,00777+(-34668,89>;BA<<=:/27843<*-<91*++$&%#$-08;:6?@8A51?<;>=>83-*//,+,+('$*//**26878/61%%%#'++++-/*./.0?<<:=C@HCHI6=B??G;324%,,-,*'#$##"%#&$$,359;99756@A>C@8@>C?:2*+(%'/%>;:$;&1123:=><<=A8@AEC>@A@??CDEMB@GBC@BE8)':?=8BAC;?C>=;6:BA>736;;=<<5*6)4688A8*'1:@267DAAMM=;??3-+/899B9A7567:@C@ABA;>9*%%&,,19;8:BC49>0-72047975797;5922,;8A=@<<:3017<:9<98<6-'&0:85;@A:78::D98=<;=BD<<86:?=9:5425+6859:+&52*5599/>66787987869&&):=CG88=@CC@?ACGFAF?A:47;>A?22'.)029<>7451262-(+*&+.?::<;:9;;;5757856FAE=;;>>@11)474.65;:746==11;79948898/,'$($%$(&$%(+0++;=?>76>AC=<@HEB?CB?@AB?BG;;C6;9;7/*,'&(0+,((,/788;DB?BB.+45903('$$%$$%''''$)129:71$45)5;B<:;9;@8AB:18<<8.<=<:7EB937?AFGJBA>6(.,=AG@9;9-37:<>>E?A?ADAJIID9>@A;;78;30,0=@=B>92>1=ABB>:488##$&()(((/.4>:=69=333;B@>@?BAB?4:F=<<@4:AFMEIDIHHCDB;>BE@?>BDAB?@=A;>+&((,657@?A@<:=7.4947:<:7,?@:,(%%&*(.%'&-034,3+..68:9=;530)),+%&4337@:;?@=,./><>B=@==.'0<88<>8=8>E<9@;;>??@89=@CA?3;---..&)226><7:>;?96=@AC>;>@?GFKKG@A@469871-6<027;613;/:>@B::ABDA)?7>?9:/5=EA<>=>545(9:=:;4@@960?>><>DA<>=::67;:@7<<;;58?>CC@CI><==<6?A79<;=;;>;6++&()(-9=3:993;;;>8<83078;IHB:CF83338:?=@?=@>6>A@FLFDA;:.68=>989=@88FDA>:<>CBB=<@C;AA-***1)><<::?A4()7:8;8@>A3-4354;9>=83%,.-+:;779=;=>==20:>CC;=??180<:7-*&$)$+(;==>?A99:FEAD?@55.(&(7??B?C:CDF:=>>:?=9::@=A;?;4:@@;?>C=.(B<:9//.->;99/;=9A;@6?@B??=8ACA=>HEB7;AAC;7?DGAEDD3%+(87:GJM>?A<<@@7<30/275,5<=:===@?@9:@><=7--6A7>@@A>88:890>>(&.0%(33:<<;878<<<>>;>42-&:9=;A>;8>C40@C?C?EHKM<;:>9@=58<1@??=<51/025:54;<8@<8462895*,@<A<@GH@C:==;3;>>923($'''&/../-,7;589659-@964<;=958:65<:=1(&'-/.,,77>4=9+'%%=>9@>??AAD:AB?9:687AE?F?@E9;@B=5.(9889:;6?B@;IIIE;>>769;:<<*+04863&.&&)=94346>=>8?=563:8.91534/203)''%/6;7667253%%%.2==@A7B?:=?@ABAA@DBB;=:CC<=1'$5@:;;=&'&%&2417;;CC7.CCG==;;;6B@=>;7CEC?;?B@;;<>@C>;CAADBBC>?=++-*9?A5@<6==84>:;:=56778>4228;DCEDD=66CA@?GG>CA>OH?;BAAC;=B9===;+6:93--05=:8:@ABFGBB,$$09<@AA=CA@AFB6==A@A;<>?C78GEBD=?=>D@;<<:9;>C===9@@A@>BEEF;:;BBC6:9?570==>?>>737:88',8:@@8C>;@:)%<9=A;@458:58?@BB<<-$$$/44:5>??:?EJF>98<7NLIKJE7<75@B;@BEBCHFEBC??@>:0A:B?=:?@B<>@A=D>@>B7-,$**.&1)**7>:,>??893:20022-(($$&&&&)&'(+2(1122?C?=;>EIJJG@?BCKE;?B@=?<;84';;A9867@-63149??=>=BBDDBBB>5/3;8?BA?@@@BFC@?:?@A@B>;86::7<:;99961-,76:>744<<=>?????A@B;=+..ABFIK>@<>EGK@A6+*E=:=D@<:7449::AE=AD>>;@C7>>7??>;59:8B9?>>897AHGA=958CBA:<<997.,25$/257=8?B@=(=GGCDCCBD?;<:DJLHGEDFGL=E==CE?9?<9;78-;:/58:<=>6=736&(),79?CC7:BFBKIICABC=A<@=7<;A*98548:6:*)4>>5(%'%'%)/./6-++3=?6&3>??A=BFFD>?>A>E@?;;A
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acc2389f-6b6c-4bd8-9bae-0e60883a5bf5/1 AGTGTACTTCGTTCAGTTACGTAGCAAAAATCCTGGATGTGGTAATGTTTTAACATCAACTGGTTTTAACGTATCAATTATTACTTACGCGCATAGTGTCT TCATCTACTATTTCGATATTTACACCCATTTCGCGCATTTTGCTCACTAAAGCTACATTATCTTTGTAAGGTGCTCCTTTTATCAAAACGTCTCCTTTAGT TGCTGCAGCTGCAATCATGTAAGTAGCAGCTTCTACTCTATCTGACATAATTGTGTATTCAGCACCTACTAATTTTTCAACACCTTCTATTTCTAAAATAG ATGTTCCTTTCCCAGAAATTTTAGCTCCCATTTTTATTAGGAAATCAATCATGTCTTCTATTTCAGGTTCTTGTGCTGCATTCACTATAGTTGTTTTTCCT TTTGCTAAACAGCTTGCCATTATAACTGTGTCCCCCAACACTAGGGAAGTCAAAGAATATTGTTGAACCTTCTAATTCTTTTTCAGCACGCGCTTCAACGA ACCCAGCATCCTGAATAATTGTCGCTCCTAAAGCTTCAAAACCTTTCAAGTGTTGGTCTATCGGTCTACTTCCTATTGAACAACCACCTGGCATAGCAACT TTAGCGCTTCCTTCGCGTGCTAGCATTGGTCCTAGCACTAAAAATGAAGCTCTCATTTTGCTAACAAATTCGAATGATGCCTCTGTTAACAACGGTTTTGT TGCATCCATCTCTAATGTATTTTTCTTCTGGTTTATAATCTACTTTTTACTCCTAATGACTCAAATAACATACTGATAGTTTTTATATCAGAAAGCTTTGG AACATTATAAAATTTAAGTACCTTCTGTTGCTAATAATCCTGCTGCCAGTATTGGCAACGCAGCATTTTTTGCTCCAGACACTTGTACTTCTCTATTAAGG TTTCCACACCTTTAACTACAATCTTTTCCAAGTTGTTTCCTCCCGTATCTTTATTCACATTTATACATCTATTATAGTACCACAAATTAATAAATAAATAA AGTTTAACTTTATATTTAGAGTAACGTTACGCAGAAAATATATTAATACTTTATTAATATTAGTTATATCTCTTATAGACAAGTCTTTACTTTCAGTAACA CTCTTCTGCAATTATTAGTTTATAAAACTATATTTTATTATAATTCATCAAAAAATGATAATTGCGCTCTTTCTGGTAATCCTTTTAGCGTACCCATTTCT CTTAGATACTCAACAACTGTTGAAGATACACTACCTCGTTTAGAAAAATCTTCAATAGATAAAAATGGTTTTTCCAAACGAGCTTGAACTATTTTTTTCGC GACGTTGTCGCCAAGTCTGGTATAGAGAATGGAGGGAATCAACGTATTACCTTCCATTATATAATCATGACTTGCTGATTTTTCTAAATCAACTTTAGAAA ATGTGAATCCTCTCTCCATCATTTCATTTGCTATCTCATAGCTGACTAAAGCATCCTTATCTTTCGCTGTTAATTCATTTTTATCTGTTGTTTTTTATTTC TTCTATTTTAGCTTTTAAGCTCTTTTCACCTTTTACAACCGTGATAATATCAAAATCACTTGCCCTTACGCTATAGTACGCACAATAATAAGTTAGTGGTT GATGAACTTTAAACCATGCAATACGTAATGCCATAAGTACGCATATGGCACAGGCATGGGCTTTAGGGAACATGTATTTAATCTTTTTTACAAGAATCTAT ATACCAGGCTGGCACATTATTTTCTTTCATTGCCGCTTCAAAATCTTCTGTAAGACCCTTACCTTTACGAACACTCTCCATTATCGTAAAAGCTAGTCCTT CTTCAAGCCTGCATGAATCAAATAGACCATAATATCATCACGACATCCGATAACATCTTTTAACTCACATGTCCCATTACGAATTAATTCTTGGGCATTTT CCTAACCAAACATCCGTCCCTTGAGATAATCCTGAAATTTGGACTAGCTCTGAGTACACGGTTGTTGGCTTAGTATCATCTAACATTTGAATTACAAAGTT TGTTCAAATTCTGGAATACCAAAAGTTCCACTCGCTGAGTTAACTTGTTCTCTTGTAACACCCAACGCCTCTACTCCAGAAAATATTCCCATAACTTCTGG ATCTGATACATCGATTGTTTTTGGGTTTATACCTGATAAATCTTGAAGCTTTCTAATCATCGTCGGATCATCGTGACCAAGTATATCAAACTTCAAAATGT TATCATGAATTGAATGGAAGTCAAAGTGAGTAGTTCTCCACGAACTTGTTTCATCATCTGCAGGATATTGATAAGGTGTGAAATCAAAAATATCCATATCA TTAGGCACAACTAAGATTCCCCTGGTGCTGACCAGTAGTTCTCTTGGCTCCCTCGCATCCTGCTGCAATACGCTCCAAGTCAATATTCCTTTTTTTCTATC TCATTCTTTTCATAATAGTCACGCGTAAATGAATATGCAGTTTTTCAGCAACAGTAGCAATTGTTCCCCTTTTGATATACATAATCTTCACCAAAAATCTC TTTTGTAAAATTATGTGCTGTTGCTTGATATTCTCCAGAGAAGTTAAGATCAATATCTGGAACTTTGTCCCCATTAAATCTAAGAAAGTTTCAGGAAATGG AATATCTTGTCCATCTTTTGTCATTTTAACATCACAATGCGGACAATTTTTTATTAGGTAGGTCAAATCCCGAAGCGTATTCTGCATTTAAGAAAAATTCG CTATGTTTACACTTAGGACAAACGTAGTGTGGGGCTAATGGATTCACTTCCGTAATTTCCATCATTGTTGCTACTAATGAAGAACCAACAGATCCCCTTGA TCCTACTAAATATCCATCATCAAAGAGATTTTTTTACAAGTTTATGTGAAATAAGATAAACAACCGAAAATCCATTACCTATTGTGAAGTTAACTCTTTTT CTAGACGTTTTTCAACGATTTCCGGTAACTCTTCTCCGTATATTTTGTGTGCCATACTATAACTTAGATTTCTAACTTCATCAGCAGCTCCTTCTATATTT GGAGTATAAAGTTTATGCTAAGTGGCACAACCAATTCTATTTTATCAGATATTTTATGAGTATTTTCTATTACAATCTCTTCACGAAGTTCTTTATCTAAA AATGAAAATTCTTCTAACATTTCTTCTGTTGTTAAAAATGTTGTTGCCATCGGTTTTAATATCACGCGCACCTGGATTATTCTTAACAGAAAGGCGTAAAA TTTGACGATAAACATGTTGATATTCATCTAAATAATAACAATCACCTGTTGCCACTACTATTTTACCTTTTTTTCTTTGAAAGACTTATTAGTTTTTTCAA AATAATTTCTAATTCAGTCTTATCAGCTATTCTTTCATTCGTAATAAAACTTTCATAGTGATTCATAGGCTGGATTTCTATATAATCGTAGAAGTCTATAA TACTTTCCACCTTGTCTTCTTTTGAATTTAATAATTCTTCGAAAACTTCATTTTCGCTATTACCACTACGATTAGTAAATCTTGACGATACTGTTCAAGAA GACTGTAGGTGTCGGCTTCCTGATGATAAATATATTCTGTACAACTATACGAAACTAACCTAAATAAATCTTTTAGCCCTTTGGCACTTTTCATAAAATAG AACAAGGGAATGTTCGTGATCTTTTATGTGCAAATTTCAAATCTATTTTGTTATCAATCTCGTTATGATGTTCAATACCTAATGCATAAAGTTGATTCAGC ATTTTTTATAAAAATTTCAGCTGTTGCTTTAGTATCGTAAATTGCTCTGTGGTGTTGAACTAAGCGTACTTTATACATTTTTTTGCCAAATTACTAAGTCA TGTCGTTTGAATATTTTTTTTTTTTTATTTTCCGCTCTTGAAATAAATAGCGTATCGAATACTAGCATTGTTCTTATTTTTAAACCTAAACGTTCAAAACT CTTGTCTATAAATCCTAAGTCAAATTTTGCATTGTGGGCAACAAGAATATCATCTTCGTCAACCAATTATAAAAATCTGATCATTACTTCTTTTTCAATAG GAGCATCTCGTACATCATCATCTGTGATGCTCGTAAGTCGTGTAATTAATTCTGAAATTGGTCGTTCTGGATTAATATAACTTTCAAAACTATCAATTTCT GCTCCATTTTTACTTTTACAGCGGCAATCTCTATTAGTCTGTAGCGTTCAGCTGATAATCTGTTGTCTCAACGTCAAATACTACATAAGTAGCCTCTCTTA GTTTTAATTTTTAGGATTAGTTGTTGCTGTAATACTATCATCCATTATGAATGCATTAAGCCCATAAATAGGTTTTTATATCTTTTCCTTTCGAACCTAAA CAAATCTCTGGATATGCTTGAACACCATAAGTATCTGTAAAAGCAATCGCCTCATGCCCCCAAGCTAGAGCACGAGCTAAATAATCTTTGCCGTAGATATT CCTTCCAATTGACTCATTTTTGTATGAGTATTTAACTCTATCCTTTTCTTTCCAGAATAATTATCCTTTTTCTCCTCTTTAGCTACAACCTCGATAGCTTT TGGTTCAATAATTGTATCACGAAGATACGGATCATTGCTAACTGTTCCATGAACTTTTATCCATTGACCTTTTTTAAGGCCTTTAACAAGTTCTATTAATT CATTACGGCGTTTATTTTGAAATTTTAGGATTTGGATTATTTCCAAATAATCTAAGAAGGATAGAATCACTATAATCTGTGAGTTTTAATCGATATTGAGT AGAACCGTTTCTATGAACTATTTCTTCTGTTCCAAATACTTGTGCCATTATTACAGCATCGCCAGCATATCCTACTACATCTTTTATTTCCACTATATCTT CATCTCGTATTTCTTTTCCATAACGATTGCCGCCACCATTCTTAAATACATTTTTTCTGTTTCTTTAATATTTTTTTTAATTTCTTTTTCCGCTTCTTCTA ATTTTATTTATTTCTTTGTTTATTTTCTCTTCCTGATTTTCAAGAACAGCATCTACATCTGTCTTTGAAAAAAATTGGTCTAATATCTTTTAAAGTAATTC CTAAATTAGTATAGCTACCTAGAATCTGTGATTTTTTCTCATTTATAAAATTATTCCAAATAGATGGGGCCATAATATTAAGAGATAAAATATTATCCTTA ACATCAATCTTACTGAATAAAATACTCTCCAATAATACTGGAGCTAGCTCAGAAAAAATTCTCTAATATTACAAATTTCCAATACTCTTTTATTTCCTCAA TAGATACTTTCTTCTCAATATTTAAACAATATTTAACAAGGTACTCTCCTTGAAAACTTTCTCTTAATTTTTGAATAAATAATGCAAATTCTTCTGAAGAA GGCAAACTTTTACCACTAAAGTTAAAAGTCCACATTTTTATTTTATTATCTTTTTCAATATTGTCTAAAGAAAAATTAGTAAAACTTTCATTTTTAATTTT TTTCTTCTAATTCAAGTGTTTTCACTAACAGAAAAATGTTCTTTACTCATAATTCCTCCTAAATTTATTTTAATTCTATTACAAAATACATCTCCTATTAT ACTATAAAATACCAACTAAAAATAGGTTTTTTTAATTAAACTTATTTTAGTCGGTATTTTTTACCTTATTATTTTTTATTTATAAGAATTGTTCTACCTTA GATAATACTTCTGTTATTGATGTATCAACTTTTTCTAAAGTTTTTCTTTCCTTAACTTCAACAATTCCCTCAGTAGCTTTTTTACCTACAACAACGAAGTG GAATACCAATTAAATCAGCACATCGTTGAATTTGACCCCTGCACGTTCTGCACGATCATCATAAAGAACTGTATATCCTGCTGAAGTCAATTCAGCATAAA GTTTTTCACTAAGTTCTAATTGTTCTTGTTTTTTCACATCAACGCAAACTAAGTGTACTTGAAATGGAGCTACTTCTTTTGGCCAAATAATACCTTTTTCA TCATTATGTTGCTCGATAATTGCAGAAATTACGGCTAACACCTATACCATAACATCCCATGTAGAAATGATTAGCACATCCATTTGCATCTAAATATGTAA TATTCATCGCTTCAGAATATCCTTTTCCAAGCTCGAAAACTTGACCTACTTCAATACCTTTAGCAAATTTAATTTTCCTGATAAATCCTCTGCAATATCTC CTTCTTCAATCATACGAAGATCATAATAAGCATCGACTTCATAGTCACCGAGATTTACATTAATGTAGTGGTATCCTTTTTGTTAGCTCCACAACTGTGAT TATACATATATTTAATCGCATTGTCTCCGATTACTTTACAATTTTTAATACCAAATGGACCCATATAACCTACAACACTTCCCATAACTTCTTCAATTTCT TGTTCAGTTGCCATTTCAACTTCAGAAATTCCAGTTGCTTTCATGAATTTAATATCATTAAGTTGGTCATTACCACGCATAAGAACTAGATAAATTCTCCA TCAGCTTTTAGAGCTAATGCTTTCATCGCACGATTAACTTCAACTCCACAGTATGCTGCAATATCATCAATTGTTTGTTGATCTGGAGTTTCAAGAAGAAG TTCCACGTTCTTTCTCAAATCTGAAGGCATTGTGTAGTTTGTTCTACTACCGCAGCTGTTTCTATGTTAGCCGCGTAATCACTCTCTTCAGTATAAGCAAT TGTATCTTCTCCGATTTCTGCTAAAGCCTGAAACTCATGAGTATAACTTCCTCCAATATTTCCTGAATCAGCCTTTACTGCACGATATTTCAGTTCAAAAC GGTCAAATATATTGCTATACGCATTATAATAATCTAAATACGTTTCACGTAAAGATTCTGGTGAATCATGGAATGAATATCCATCCTTCATAATAAACTCT TTACCACGAAGTAATCCTAAACGCGGACGCATTTCATCACGGAATTTAGTTTGAATTTGATATAAATTCATTGGTAGCTGTTTATACGAAGTCAGCATATT ATTTACAGTTTGACAGATAATTTCTTCAGCTGTTGGGCTAAGTGCATATCCTGCCTTTTTCTGTCTTTAAGACGCATAAGCTCATCGCCCATTTTGTACCA GCGACCAGATTCTTTCCAATAATCTTCTGATTGCAATAATGGCATTAACAGTTCTACCGCACCAATTTTATCATGTTCTTCTCTTATTACTCTTTCAATATTTTGAATTACTTTAGTAGCTAAGGGAAGGTAAGTGTAAACTCCCGCAGATACCTGCTTCACCATCCCCGCCTTAATAAGCAACTTATGACTGATTGCCTCTGCAGAGGATGGTACTTCTCTTGTTGTTGGAATAAACGTTCTTGATTGTCTCATAACAACAATACCACCTCTTATTTTTAAAATTACTCTTATTATAACATAAAATATAGTTTTTTTACATAAAACTACTCTTTTAAAAAAATTTATTCTAATATTCAAAATAAAATTATTTATTTTAATAATAACTATTTTAAATTTAGTTCATAATATAGTATAATATAAGATAACTTCTTAAAATTTGGAGGGATATATGTTTAATTATCCTAATAAAAAAAATACATTTGTTCAAAAAACTAACTATGCTAATCGAGGGATGGAGCTTGAGGATGACATAAATTTCGCGAACAAATATTACTTAAGAAATAATAATATTGCGATTATTCTCTTAAAAACCTATTCCAATTCAAATAGTAGAAGTAAACTATCCAAATAGAAAAAGTGCTATGATTACTAAAAGCATTTTATAAAATTCCTTCTACAACAGACTATAACGGCCTGTGGCTTGGAAATATATTGATTTCGAGGCTAAAGAAACTAATTCCACTACTTCATTTTCTCTTAACAATATCCATAAACATCAAATTGGTCATATGGATAAAATTTTAAGACAAGGTGGAATTACATTTATAATTGTTCGTTTTAAAAAAAATAATCGTACCTTTATTTTGCCCTTCAAGAGATTTTGTATTATCAAACAAGAGCTGAAAATGGCGGACGAAAATCAATTAAACTTAGCGAGTTCGAAGATACTGCATTCGAACTACCATTTCATAAAATAAGATTAGATTATTTAGATGTTATAAAAACTAATGAAAGTGAGTTTATAATATGAAAACTTTGTTTAAATATATAAGTTCAATATTTTTCACGATATGTTTCATTTTGTTTTTTGTAGTACTAGGCTTTTTATGCAATCCAACTAAAAGATATACCTGATATTACAAAAACAGCAACTCCAAGATCCATTATCGTCAGAAATATATGATAAAAACTTAAACTTAATAGCAACTGTTGGAGCTGAAAAACGTGACTATGTATCAGTATCAGATGTTCCAGAGAATATTAAAGATGCTGTTTTATCAGTTGAGGATTCAAGTTTTGTTACATATTGGTATTGATCCAAAACGTCTGGCTAAAGAAGCTGTCCTTGTTAATTTACGTTCCAATTCTGCTCGTGAAGGAAGGAGCTAGTACAATAACTCAACAAGTTATTAAACACTCTCTTCTGACTTCAGAAAAAACGATGGAAAGAAAAATCCGGAAGCTTATTTATCACTAAAATTAAGAAAATAAATATTCTAAAGATGATATTTTAGAAATGTATTTAAATAAAATTTATTACTCAGATGGTCAATACGGTATAAAGACTGCTTCTAAGTACTTTTATAACAAAGAACTTAATGAACTTACTGTTCCTCAATTGGCACTTCTTGCAGGTATACCTCAACAACCAATCCAATTTAATCCCTATGATTATCCTGAACAAGCTAAAAATCGTCGTGACACGGTTTTATATGCTATGTTAAATAACGATAAAATTACAGAAGATCAATATAACGAATATATTAAGACTCCTATTACTGACGGATTAGTTAAAAAATCAAAAGAAGATAGAGCAAATCAGCACACTTATAATCCTAAGTATGCTGCTTATATTGACGGAAATAACAAAAGAACTAAAACAAAATAAAAACTTTGAAAATATAAGTGATCATATCTTGGGTTAGAAATCTACACAAACTTGAATTCTGAACTACAAATCTATGTTCAAGACATGTTAGACAATCAACGTTCTCCAATGAAACCTCACGCTTCTCAAGCAGCTATAACTGTTCTTAATACTAAAACAGGTCTTATCGAAGCCATTGGTGGAGGAAAAAAATTACAAAGCTGGAGGATACAATTACGCTGTTGATGCAAAAGTACAACCTGGATCTGCAATCAAGCCTTTGATTGACTATGCACCTGGAATAGAGTATTATGGTTGGGATTCTCAAACAACATTTTCTGATAGCCCATATCAAATTTCCGGAACTAACTTCTTTATTCAAAACTGGGATAGATTATATCACGGCAATGTTTCAATGGTAAGAGCATTATCATGGTCTTATAACGTTCCTGCAGTTCGTGCTTTTGAAACAGTTGGGTACGAACGTGCTAAACATTTTGCAGAAAAATAGGAATTCCTGTTACTAAAGACGAACCTACTACCGCAATCGGAGGAAACGTTGATGGTGTTTCTCCATTACAAATGGCTGGAGCTTTTGCAAGTTTCGGTAATAAAGGTTATTATAATAAGCCATCAACTATTGTTAAAGTATTTAATGCAAATGGGAAAGAACTTCCTAGTATGCGTGATAAGGCTACAAAAGCTATGTCAGAAGAAGCAACTTATCTTATGACTAATGTCTTAAAGGGGTACTTACTAGCAATGGTATTTCTCCTAATGGTAAAGTAGCAAACTTTGATATGGCTGGTAAAGTCTGGTTCAACTACCTTTGATGAAAGTGCACAAAGAACCTTCGGGATAGATGTTACTAACTCAACAAAAGACAGTTGGATGATTGGTTATACTACAGAATATACAGTTTCGGTATGGCAAGGAGCAGACGTAGTTGATTCTGCAGCAAAAGCACTTTCTTCTAATCAAGCACAAACAACTCAAGTTATAATGGCAGATGTTATGAAAAAAGCATCTGACAACAAAGCACCTGCGCCTTTCGAAAAACCTGCAGGAATAGCAACAAAAAATGGTGTAGAGTATGCCAAAGATAGAAATACAGAGACTGATTATGTATGCTGGAACTGATAAAGATGCTGTTTATCAAGCTGCTGTAGCTACTCGTCAGCGTGATAGTCGTTCCGCATTAACTACAATATTTTGATTCATTAGCAAGCTCTACTAGATCTACAAATAATAGTAACAATAATAGTAATTCTGCAACTTCTCAAAATAGAAATTCAAATTCTAGCAGAACTACTACAAATAGGAATACACGGCGAATGATAGAGATAAGAAAAGACCATGGAACATTTAGTTCTATGGTCTTTTCTTATCAATTCGCTTTAAAGTCATTACATATCTCATTTCTTCTAATAAATTATTTTCTTTTTGTTCTAGTTTCTGGAAAAGCAAATACAAAAATTATATAAATAACACTTCCTACTAAATAAAATGAAATTGATGATACATACCCAAAATCATTTAAAATTAAACTCCATATAAAATTAAATAACGTGTAAATAGCATATCAAACGTCCAAACATTCCAAACATAATAGTTAATTTTTGAGAATTCATTTTTGAAGTTCGTAAGGGTAATTTAGATAAACCGGATGCGAGAATACATCACAAATCGTGATAATGCAAACATGATGTAAGAAAGTATAGCATTAGTTGGTACAATATATAAACCAATAGCCATAAAAACTATCATGAGAACTCCGTGGATAATTAAAAATGCTTTTCTTCTAAAATCAAATTTTCTAGTAATTAGTATATTTGATAATGTTCACCTATCCTCTGCAGTCACCATTAAAATCATAAATTCTAGTTTGAAATTCGCATTATGAGAATGTTCTGATACTACTCTTAATGATACCAGAGGCATTACATATAAAAATAAAAATCCTCCAAACCCAAGAAAAAGAAGTAAATAAATTTATCTCTAAAACCATCAGCATATGTGTATTCTTTTAATTCTTCATCTTCCGCTACTTCTTTTGATTCTATTAATAATTTATAAACAAAATAGTTAGGGTGTTCCCAAGTTATTGTTGGCTCAAAATCTTTTGCAACTGCTAACCATATTATAAATATAATCATACTAAAAATACTAAATCCAATCATGGTGTAAGCGCCAATCATCTATAAAATGTTCTTTAAAAATCAAAAAATAAAAACCGCAACAACCGCTGCTCCAAAATTATATGATGCTGTTATAATCGCGCTTGTTAATATTTTTTTATCGTTAGGTATAAACTTTACCAACATGAGTGATAAATACCATAATCATCCTCGAAATAGTATATAGCCAATAATTATGACTAAAAATTGCAAAAAATAGAAAAACATAAACAGAATAAGGCAAATATCACTGCCTTCCTCGGGTGTAATTTTATCAAAATATATGCAGCTAATAAATTAGCGATAATACGAGCTATAGTTATAATATAGTTCACTATCTCCGATATTATAGGGGTTATTTTTCACCATTAAAATAATGATCTGTAAGTTGTTTTGATAAATTTGATCCTGCTACTCAATTTGTTGCAAATATTATATAAGCACATATTAACAATGCAAACATAATAACGCCTCTCTCCTTGTAGGGGATTGTAATGATACTTCTTTCATTATTATATTTTTCCTTTTATTATATATTTAATTACTACTATAATAGTAATATATTCAATAGAGAAATTTAAGTTTTAATTGCTGATACTGAGCCTTTTCATTTATTTTTCTTTATTTATTTTTTAGTCTTGTTTTCAAAGATAATTGTTTTAAAATATTTTTTTATTATCTTCTTTTTAAATTGCTTTTGTTAACAAAATTATACAATGTTATATTATACTATATGGGAAAATTTAAACTATAAAAAGGAGTTCTTTATGGAAATTTTATTTACTATAGCCATATTTATTGTTTTAGTTATTACTGGATCATTTATTAATAGGTATATTCCTTGTATTCAACAGCTCTTTTTCAAGTCATGCTTGGTTTTTATAACTTATTTACCTATACCTCTTCATTTTGAATTTGAATCTGAAGCATTTATGGCTCTTGTTATTGCTCCATTATTGTTTACCGATGCATATAAAGCATCACGTAGTGAACTTTAGCTCTATAAACGTCCTATTGTCTATATGTCTGTCGGTCTTGTTATTGCAACTGTTTTAGTTGTTGGATCGTTTATTAACTTTATAATTCCATCTATTTCACTTGGGGCATCATTTGCTCTTGCGCAATTCTTTCACCTACCGATGCTGTTGCGGTTAAATCTATTACAAAAGGTATGAAGCTACCAAAAGGTCTTGTGGCAATCTTAGAGGTGAATCACTTCTTAATGATGCTGCTGGAATTGTTTCATTTAAAATCGCTCTTGCCGCAATTATTACCGGGACATTTTCTTTCGCTAATGCTTCAAAAGAATTTTTTATAGCAGCTATTGGTGGAATGTTTCTTGGTATTATTTTAGGTCTAGTTACTATTTCTTTAAAATCACTAAATAGAAAATTTTTGAATTCTGAACCCACAATTCTAGTTATTACTCAGTAATATTGCCTATATTAGTTTATTTCGCTGCTGAAAAATTCCACTTATCTGGGATTATAGCTGTTGTGTTTACTGGTATTCTTCTTAACTTTGAAAAATATTTATTCCAGGAGAATCACTTAATAATCAAGGAGTAGTATCAATAAATTACAACAAGACACTGTAAGTTATATTCTTAATGGTTTTGTATTTGTATTTTTAGGATATTTATTACCCGATATCTTCTCTAATATGATGAAATTCTCTGACTTGGACATTAAAACTGGTTTACTTTATGTAGCACTTATAACTATTGCACTGATTATATCAAGATTTATCTTTGTTTATCTATTTTACTTAAGTTTTCAACCACATACATTCAACACTTCTAATAAAATAATAGAATTTTTAAAAACGAAAAAATTAGATATTGGAAACTATAGTAGATTTGAATATGCTCTTATAAGCTCTTTATGTGGTATTCGTAATTTCACTGTTACACTAGCCACAGCCCTTATGATACCATTAACACTGGAAAGCTGAGCCAACCCTTTCCACTGCGTGACGCTATTTTATTTATTGCAAGCGGAGTTGTTCTTTTAAGCATGATTATTGGGACTATTTTCCTTCCCTATCACCATAAAAAAGAAGAAAATGAAGAAATTTTCCTAAATAATGCTCGCAGCAAAATCCTTAATTGAAATTATTGACGAATTACAAACCAAATACTACAATAATCTAAATACTACACCTAATCGTATGGGCTATGCTATTGCAATAAAAAAACTACAAGAACAACAAATTTATTTTTGTAATGATGAAAAAGATTAGTTCATTATAGTAAGAAACTTGTTGCTCTTATTGAGAAGAAGGAAGAACAGAAGAAAATTAATGAAATATTAATTGAATATGAAAATAATCGCCATTTGCGGCATATTCTAGAGGTAAGAAAATGGAGGTTAAAAAAACTTCTTACTTATTCAGTATTCAGACAATTATTTATTGCTAAGACTTAGTGTTCTTGAAGGAAGGTTCAGGAGAGTTCTTGTAATTTTTAATTTAGCAACTGATGATATGTCAAGCTCTACTGTTAATCAACATAGAATTGAAAAACACCTAAGAAATAGATTAAAAACTAATGTAGAGCTGAGACAACAAATTAAGGAGTTTAGACATAGTATCCTGATATAATTGATTCCCTAACCTATAATGCTATTGATATTATTGAAAATCAAAAAACAAAAGAAAATATCCTTGTTATAGATTTTTTTAAAAAATATTTATGATAACTTTGATTATACACTATATAATGCCCCGTCTAATTCGTATGTAGAAGAAAGTAGAAAATTTGAAACTGAGGCAATAGCTATTCAAAAAGAAAAAAATTAACAACCTAAAAATACAGAAAAAAATCTCCACATCATGAAGCTGATACTCTACTTCGTGATTTGAACCACAATGAAACACTGCTGTATGCAAATATAGAAGAATAAAAAAAGAATTAGTTAGCTATGATTTTTATCATGAAGCTTAACTTAATTTTTATTTCTTCTAAATAATTTTTTCAATGAGAACAGTGGTTTGTTACGTACTATATTGTCATTCCCGACAAAAGTTCTCACCATCTCTTTAAGACACCTGCATTTTTGACAATAAAATTAAAACTTCCCGAATTTTTTATATCAATAAAAAAATCCTCTTATATACTATCTCTAAAAAACATTTGCGCACGAACACGCTCAATTTCCTTCCATGGAATTTGGATATAGTCTTCTGGATTTCTATGATTATAAAATTCAAAAGCCTTATCTCCGACCATAATATCTCCATGTTTATTACCAATAGAACCTGTCATACTATTTGCCTTTGTTGTATAAATTACTTTAGTAATTGTTGATTTTACCACTATAACACCTCCTTATGCTAATGGCTTCTCATAGTTTATTATACTATATATTTTTTAATTAAAAAAGTAAGCTGGAACATTTGCTCCAGCTTACAAAAGATTATTACGTTATTCCTGCTACACGAGCTAAAATACCTAGTGCAAATAATCCAAAGATAATAAGTACTGGGCTTACTTTACGTTTAATAACCACATACATACGAATGTTAATAGTAACGCTGCAAAACCAGGAATAAGTTGATTTAAGTTATCTTGTAATGTTGTAACTTTTCTGGTGACAATGAGAATTTACCACTTGCTGCTTTTGTTACAATATCTTGTAATACTCCACCTGTAACGTGTTCTTTTCGCCTGGGAAGTGAATATACGCTTCGTCAGCTAATTGAACTTTAGAGATTACCATTGGGAAAGCTAATATTAGTCCAACGTTGAACTAAAATACCCATTACGAACATACCAAGGATTGAAGCACCTTTAGTAATTTTTTGTAAGATACCACCTGAAAGGTCGCTTGTAATTTCTGCTCCTTTTTTGTACCCAAGTTCTTGTGTACCATAAGAATCCTATACGGATTGCGTTCCATGCGATAAAGAAGAATAATGGTGCAATAATAGAACCACCTGTTGCAAGTGATGCTGCGATAGCTCCTAAGATTGGACGTACTGTGAACCAGAATACTGGATCCCCAATACCTGCTAAAGGTCCCATCATACCAACTTTAACCCCTTGGATTGCTGAATCATCGATATCAGCTCCATTTAACTTTATCTTCCTCAAGAGCAAGTGTTACCCCTAAGATTGGTGCTGCAATATATGGGTGTGTGTTGAAGAACTCTAAGTGACGTTTTAGAGCTTCTGTTTGCATCTTCTTTATTTGGATATAATTTTTTCAATGCTGGGATTAAAGAATAAGCCCAACCACCATTTTGCATACGCTCATAGTTCCATGAACCTTGAAGGAACTGAGAACGTAACATAACGCTACGACGATCTTTTTTTTACTTAATGTAATTTTTTTCTCTGACATTTCTAGTTCCTCCTTATTAATAGTTGTTTAAGATGTCCCCTAGTGGGTCACCTGATGAAGAGTTTCCACTTCCTCCACCTTTGTTGTTATCTGAAAGGTTTAAGTATACGATTGCGATTACTAATCCAATGATACCAGTTGCGATTAATGTAAGTTTAACAATGGTGTAATGCAAATCCTAAGAAGAAGAAAGGCCATACTTCTTTAGTTGCCATTAAGTTGATTACCATTGCAGAAACCTACCACCAACTACCATTCCGCCACCAACTGTCATACCACCAGTAAACCATGCTGGTAATGATCCTAATCCTTTTTGAACTGTTTCTGAAGGAATAAACATTAATAATCCTGATGGGATAGCGATACGTAACCCTTGAGCTGCAGTGCTACATAGTGCCAAGAATTCAACTCCACGGAAGTTTCCGTTTTCTGCTGCACGGTCAGCTTGGTGAACGATAACTACGATGGCATTTAATTATCATAGTAAGTACTAATCCTACTGTTGCAAGTGTAATAGCTGCTGCAATAGCGATATTACGTCCTTCTAAGAAGTCTCCTGCTTTTACGAAAATAATAGCTGATGCTACTGATGCAAGTGCTGCGTCAGGAGCAGCAGCTGCAATATTAGCCCATCCAAGTGCTAATAATTGTAGAGCTCCACCTAAAATAATACATTCTGTTAAATGTCCTGTTGCTAATCCAACTAATGAACATGCAATAATTGGTTGGTGGAATTGGAATGGTCTAAGATACCTTCCATCCTGCTAAGAAAGCAATAACAAGGACTAAAACGACTGATAGAATACTAAAATCCATTGTCCTCTAATTTAAATACTATATAATTATAATTTCAAACCTTCGCTAGCTTTAGCTTCAATAAGTTTAAATAAATCTGATGGTGAGTCGTTAGATACTTTTCTTACATCAAATTTAACACCTAAATCACGAAGTTTTATATGTTTCAACGTCATCTACTTGTGATCTACTGATAATACATTGTTGATTTGAATTTTACCAACAGAGTGCGCCATAGAACCAACATTAAGTTCTGGAATTTCCACTCCTTTTTCAATAACTGCAAGAGCATCTTGTGGTGTTTCAAATAATAATAATGCTTTTGTATCACCAAAACGTGGATCATTATAAACTTCTACAAGTTTATTTAATGGAATTACGTGAGCACGTACTCCTGGAGGAGCTGCTTGCTCAATAAGTTTTTGTAATTCATCTTTTGATACTGTATCAGAAACTACAATAATTCTGTTTGGCTGTATTTGCTTTTGTCCAGTTAGTAGCCAACTTGTCCATGTAATAAGCGTGTATCAATACGTGCTAATACAAATTAATTTTCCCATCTCCTAAAACTGTTCCTTCAGGGATAGTTCCTTGAGTGCAGCTTGCGCTACTACTGGAGCAGCTGCTTCTGACTGAAGTTCTTCTGGACGAACTTTCACCCCATCGGTAGCTGTTGCAGTAATTACCTTAGCTATTTCATGTGCAGTTGTCATAGTGGAAACGACTTGCGTACGCTTCAATTAACATTGGTAAGTTAAGCCCTGCTACAATAGCTCTTTTCTCTGGAGCTTCTTCGAATAATTTATTCGCTTGGTTGAATGGACTTCCACCCCAAAGATCTACAAGGGAAAAAAATTTCTTCAGATTCTACTTTAGCAATAGCTTCTTGAAGTTTTTTCTTTGCAAATCTTCTGGTCCCTCACTCGGCATAAATACAACTGATTCTAACTTTTTCTTGTTCTCCAAAAATCATAGTTCCAGACTGTTTAATACCAGCTGCAAATTCACCGTGACTTGCGAATGATAATTCCTACCATCTTAGTACCTCCTTTATAATAATAAAAAAATATTTAATATGACGTGTATACCTTTTGCATACTACTCGATTATATCATTTAATACTACGTTTGTAAATGTTTGTATTTTTTAAATAGAAACGTGAATACGATTTCTTATGTTGTTTTTTTAGATTTAAAATATATTTATACTTGTTCCTTTATGTAAAAGCCTTATATTATTGTGTCTTTGTTTTTCTTATAACTACTTTTTATTGTTCATTCGACTTCTTTATATTTCATAATTTTTCTTAAGAAAATAATATTTACATTTTTTCAAAATATAAAAGTTCAGATATGAGTTTTTCTACTCATATCTGAATATAATAGTACTATTTGATATAGATAATTATAATTTTTTAAAAATTTTTCAGGAAAAGCATTCTTAATATATCCAATGATAATCTTCTACTTTTTCCTTGATGTGGATAAATATGCATCATCATCATAGGATTAAAGTTTGCTTCTATTACCCCATAATTTTCTCAAGTTGCCTCTTCTTTAATGTCAGGAATTATTAAATCAACTCCACAAACTTTTGCCATCATAGCATCCGTTATCTTAACAGCGAGTTCTTTATAGCTTTGATGAACTTCATCTGTCATATCAATAGAATCTCCTCCCTGTACTTATATTTAGAGTTTTCTCGAAGATATACTATCTCTCCATTTCTTAAATTGTCTCAAAACTAAAACCTTGCTCTCTTAATTGCAATTTTTCTATCTCCACCTAATTCTATTTTTTTTAATGGTGTTTTTAGCATCACCTCGAAGAGGTTTTTATTTTTTATTTCAACCAATTCTCTAATTGTATGTTGTCCATCTCCTTTTACATTAGCTGGAACTCTTAAAAGAACTGCATGAGTTTTCCTTCTATAACAAAAAACCTATACTCGGTTCCTTCTATAAATTCTTCAATTAATATATCTTTATCTTTTTTAAAAGCAAATTTAATAGCGTTAGAATAATCATCCAAAGATGAAGTTCCATGTTTAAAGATAAATACCTAACCCAAAATTTGTGCTTTTAGGTTTTATCACTATTGGTTTATTTTTTACATAATTAAATACTTGTACAGCCTCCCGCCAAACTTGAAACTTCGTAGCCTCTCGGAACTCTAAAACCTTGCTCACCTAATATTTTTTTGGTAACAACTTTATTTTCCATTATTAATGGAGAAATATAACTATCTTTACTTGTCATGTTTCCATTTTTACATATTCTACCTTATCTTTGTACTCTATACGAAGAAATTGATCATTCTCATCTATTACTTGAACTTTTAGCCCTATTTTTATTGCATCTTCTATTACAGCTTGTGTAGAAAGTTCCATATTGGCATAGGCATTTAATGAATAATTTTCTTTTAATGCTTCTTTTTTATATTGTTTGGCTAACTCATGCCTACAGTAACACTATCAGTTTCTTGATATCTTTTTTATTAGTTGAGCTGCAATAGTCATCGATGGATCCTTAAGCTCATTCTCTTTTCTTCGATAAGTAGCTTATCGGATTCTGGTAAACAAAGTCCTTCTGCTAATTCTTTCATTTGTTTAAGAATCCACAATCCTTCTTCTAAATATTCTGACTGCAACAATGGATGAGATAACGCTGTTCTTTCACTATATTCATAACCTATCTTTTGAGAATTATTTCTATCAACTTCTTCTATCAAACTAAAGTTTTTAAAAATAAATGGATAAATCTTACATCTTTTTCTAAAATACCAAATGGTGCAAAAGGATTTAAGTCAAATAGCCTAAATTCGATATATTTAATACCTTTTTTTCAGGAAATTTCGCTACAGTATCCTCACCTCTGAATCTTACATAAGTAAAACTCTTTTTCAATAAGTTTTTTATTTTTTACATATCCTGTTAAATCTTTTATATAATCTTCCAAACTATTATGCGAGACAACAATATCCTGTTCATTTACATAGCCATATTGACTGGTTCTTAGACTACGAACAAAGCCATCTGGTTTATTATTATCTGAAAAGTACTTAGACTCTGCCATAGGAAGCTCATATAAATATACTAACAACCACTGATAGCGAAGAAATTGTCTGGCAAGTTTCATATAAACATACTATTTTTAACCTCAACTAAAGATATACTAGTTACTTCAGAGAGCTTTTCCATAAGTCCATCGTCCAATTGAAAATTGTAGTGAATTCCTGAAACCATTTGCTTGTATTTGCCATACTTTTCTACAAGATATTCCCTATATCTTATATCCCATTCATTAGCAAACTGAGCTACTTGTATATCTTCCTCGTTCGGCAAAATACTTGGCATACTTAGCTGGCCAAATATATTCATCTTCTGGAAGATTTTTTAACACAACTTCATGTATTGCATTCAAAATTCTCACAACATCTTTTCCACTATTTTCTGGTGTTGTAATTAATTCCAATTGTGATTCTGCAAAATCAGTTTGAATATATGGATGTTCATGTCTATGTCCAAAAACTTTTGGATGAGGGAGTTTTCGATATAGTTCCGTCTTTAAGAACTCTTTGTCCCTCTTTTTCCAAACCGATTTTCACTTTAGAAAATAATTCTTCTAAATTATTTTCTTTAATAATTTCTTTTATTTTCATACTACATCACTTTCTATAAATACAGTTACACTTTATATTATCATAAAATAAACAATTATAATAAGAATTAATCTCTAAGTAAATATTTTCAATTACTCTTACAATAAATCTATAGTTTTATGATATAATCTAATTACACATTATGAAAGGAGACAGAAATGGCTATTATCATTTCTAATACAATATATGATAAAATTAATTGCTAGCGATATGGATGGAACACTGCTAGATGACGAACATAGAATTTCTCAAGAAAATGTTGACTTAATAAACTACGCTCAAGAAAATAATATTATATTTATAGTCGCTACGGGGCGCGCTTACTATGAGGCTCTTCCTTCATTAAATGAAAAAAATATAGATTGTGATATCATTAGTTTTAATGGTGGTATAGTTTATGATAAAAATGGTAACCTTATTAGTATAACTCCAATCGTACTAAAGGATTTATACTACACTACATCTGTACTTAAAAGCTTAGATATAAACTTTCAACTATATACAAAAAATACTATTTATACAAACAGTATAGAGACTGATATTCAAGGTTATGCTGGAGGATTTAATTAGAGCTACAGGTCAAACTTTAACATCAGTATCTACGAAGGTAGCGGATGAAAAACTAAAAGCAGGCCACGTTACTGAAGTAGATGATATTGAATTATTCTTCAATAAAAAAGATAACCCACCTATTAAAGTTATAGGAATTTCTAATGACTTAGAAAAACTAAAAAAGCAAAAGAATTATTAGCAGATAATACAAATATAACTGTAACCTCATCTGGGCCAAACAACATAGAAATTATGGATAAAAATGCTACAAAAGGGCATGCTCTTAAACAAATATCTGAGATATACAATATACCACTCGATAATATACTTGCTATAGGCGATAATCTTAACGATAAATCAATGCTTAAACTAGTAAAATATAGCGTTGCTATGGAGAATGCTGTTCCTGAGTTAAAAAGAATATCCAGATATATTACTGATAAGCCAAATTCAGAAAGTGGTGTTGCTGATACAGTAACGAAAATTCTACAAGAAGAAAATCCACATCTTCATAGGAATATAAATACAAAATTAATTGAAGCCGCTATTGAAGCCACTAATTTTAACTTATGTTCCTTATTCCTAACTTTAAAGTTGGAGCTGCTATCTTAGCTGATAATGGAAAAATATACACAGGTTGTAATATAGAAAATGCTAGTTACTCCCTACTAACTGCGCTGAGCGTACAGCTATATTTAAAGCAGTAAGTGAAGGTGTGACAAAATTCAAGAAAATAGCAGTAGTAGGTGGTCCAAATGGTAATCTAGAAAATTATTGCCCACCATGTGGAGTATGTGAATCGAAGTAATAGCTGAATTCGCTGATAATGACTTCGAACTAATACTAGAGCTGCTAATAATGAAATTCATATAGGAAGTGTATAACTTCTTCGAGGAGGTACTTCCACTTAGCTTTACTGCTAAAGAACTTAATAAATAGAAAAAACCTGAACATAGAATATATGTTCAGGATTTTACTTTAATCATAATAAAGCCACAAAATTAATTGTAGCTTTTTAAGTCAAGATGACCCGTACGGAGTTCGAACCCGTGTTACCGCCGTGAAAGAGCGGTGTCTTAACCACTTGACCAACGGGCCAAAAAATATAAAAAGGCTGTTAAGCCTTTTATATAATAAATGAGCCATGAAGGACTCGAACCTTCGACCCTTTGATTAAAAGGTCAAATGCTCTACCAGCTGAGCTAATGGCTCATGGCTGGGATACCTGGATTCGAACCAGGGGAATGACGGAGTCAAAGTCCGTTGCCTTACCGCTTGGCTATATCCCAATGTTATAAAAGAATGGTGGGAAGAAGTGGATTCGAACCACTGAACCTAAGGAGCGGATTTACAGTCCGCCGCGTTTAGCCTCTTCGCTATCTTCCCAGCTATTAAAATGGTGGAGGTTAACGGGATCGAACCGCTGACCCCTTGCCCTTAAAGGTGATGTCTCCCAGCTGAGCTAAACCTCCGTTCAAATGGTGACCCGTACGGGATTCGAACCCGTGTTACCGCCGTGAAAGGGCGGTGTCTTGGCTACTTGACCAACGGGCCAAAAAATGGCTCCACAGGCAGGACTCGAACCTGCGACCCTCTGATTAACAGTCCAGATGCTACTACCAACTGAGCTACTGTGGGAATAATAAGTCTAAAGCATTGCTAAAGACTTCAAAAGCCTGGCAACGTTCTAGTCTTGCAGGGCGTAAACCCAACTACATTCGACGACTTAACTTCTGTGTTCGGTATGGGTACAGGTGTGTCCTCTTCGCTATCGCCACCAGACGAAAACTTCATACATATATTATATCATCTTTTCTTTGCTTGTCAACAAATTTCTTCAGAACTTCATGATTCAAGTCCTCGACCTATTAGTTTAGTCAGCTACATGTGTTACCACACTTACACTCCTAACCTATTCTCCTTGTCGTCTTCAAGGGGTCTTAATATCCGTGAAATCTCATCTCGAGGGGGCTTCATGCTTAGATGCTTTCAGCTCTTATCCCTTCCGTATTTAGCTACCCAGCTATGCCACTGGCGTGACAACTGGTACACCATTGATACGTCCATCCCGGTCCTCTCGTACTAGGGACAGCTCCTCTCAAATTTCCTACGCCCACGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCACGTACCGCTTTAATGGGCGAACAGCCCAACCTTGGGACCGACTACAGCCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGGACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATAGCCCTTCCATGCGGAACCACCGGATCACTAAGTCCTGCTTTCGCACCTGCTCGACTTGTAAGTCTCACAGTCAAGCTCCCTTGTGCCTTTACCTCTGCAAATGATTTCCAACCATTCTGAGGGAAGCAATACGTAACTA + %$'&(*<>B=>CGA>=C@43&+('':377748A>E8GJDIM?KHDBDCH-4?BCFFGJD@B9;CDLKI>88BIMKLIC>FJCDC:ID?;?%(/)),@A<778)2446:>7;F?<>@EDCHF=@GCAEHAB>A?A@EFFFCAEFHAB?BB?8=E==>LFHBADEOGHIH@G@HGEG:>>?BBCGH@EE@BJGD36/3-):;?@?2?>EA>DIHHJDC>@D?EH<:7:A86*,'298BDEC?A;C=:7JHHDB>@GF?;>DA@BCCGD:@A?H@DG;EG?CA?8=?GJAFJCC@B@9;:>JKKK>C>>A?JCCDGFA0889;:=DG==GEGIEEDF>AHC;H=@?A?@BA=EAFIFBA==BB9DD.=??A@A82122()?A?CA;+;?B>9<:<@FGDG@CC27+)&)*-89;5-45987D>ACCCCEHI=@<>?;?=9?=7@C?@??C923;CE=?@@>5&76?BDGID0<=:@GI@?GH?J?AAACA@CCEMKHAMMCGD>==8BC:@<@EC777/77956@@>DDBDD@@BDFKLCBAD?@>GGJJF>FEI4C996?0=CDED@@90')779A@=::;/1-&:;>@DD?GABLEEA@@?LIL??AA==-78=>KEBEFCCDD66899;667=;=9383479;?A<9<804:?FKEA<.2==96-24A=<9%:;:=BA=D=BDJDAA1:7A7>;<==A?=BB?>?AHHCFEIFDEB@AGE<@CB6/FFCEB?BC?9<001*38,@BB&?>?AE:7:@@DFE=?CGA@@IJ@GEFFDDFBF?DFCB;;999.;;6(4@C@C<6<:>>>F?IJ?4>EGE?CCAHHEB?D>;;::49DE=?67:BFC=97;???BAAF;>@>CBD:,99JJHA7BFEA9@CA7DDJKGGB?>,9>DE8$?FFF?=C=DFIGML>ABFCH?=>?@D>;=717;><6/+-,-23.,));0;D@GDBECMF=38;>4EBGGB;=6=A:ACDG6=BAFEG@KLKLMJF@G@CGDFD?@DEPM>==HD@>?BCBCG>?K9J@AFMGNOSJDGGINEBDDLDF2<:;D::;:;:=<<(6?C56=8630?=?IDC<>?>=6=A=@<;;DE;D<9@9.,:31?=;?A;@CB@A?DC<=@DA5=CDDF@=IHGIA:>KLGF;<3<$$652.39:*4;<:>:<:6/:>@@BE6;@A>@A<=>=B>CDD<>HEE>:-9)7;@<>>EE;FDE6:A>CJC=;:(=4352&-<<0DDA?2247575<;A5<>::=99;;BE@AGGAGFDHH8FA>8B58CBGG@7.?GG??7D?@@@=@?HGBAE?2>;?486845:<@@:;H?IHKBGE:>83>66+';;;:>20038?957AA29=;>77?F@==E87(%?=B?CE@@F;>A?=8=>'11BCAFH@;CAB?@AC@C:BI>??<66=?D@D=/69DDGGEGCBC@@EFCE=?CAFDFG;;;;77BABECLEDG?>C<>?A;9@@?A98>?=>6668:@BC=HIJHEG=9BG@B<8EECBB?GC;?744,+'':EF:?C>>=CDFCAF=<>><<52?<>7:9ELC?;82>;CGDDDA@>C;:;@=F?AEAF@HKFD:CEK9::J;HEHIIE?<;;8=88:;:/>ADG:B>*,;A@>AB;:?CK=>G@A?>BOP@HE@:>?@@;899@=454)8?B;A9=@CDHEFH<@FONHI?F=I@CD5FHHAHEFJHJD=@9?>@BDF;BB24;BDEBA,;?B@GDEB>@F>@F@KFBC=><@:CD;44305ACCG:B?=KGICJHDGEKK=AGFAHEA<>;?JGH;=EJ=FKKF8>;@ELKBCECLLAEEEFIA<8:>A?AHJGE7*4751+'&&&.567;>?=;0$%$%&$*%6:,9::=?C?<@@@AFD:6B::BECG@FFAC-<9>@870/5CD337@B;>;%%(59:5;==:98=??>@GE:=55;=ALF=>EJ>ACB7??==8/9@CBD<4=;;755768;979<:<>?>>B=AA@JBGDCGG932<=EGIH?>;CBFG>CKIG?=@:9>;2<>@@>@?92??DB9>>@EGEC@AAD9;D>=>.0/34/'<>@<@>EIIHE@C@8A:6EHKQ7<.00:>@BA8<369?@9?8:5@AB>??D<;>DHF?;;<=;<>8@BFFGHCEHF6??9@B736;>=8:?:>@/,,/@A/-:?BBA?<590-++>AAC===1>@?DF?9>6CH?:5*424;E=ACD,*:A=>AA=:<<4A@0EHOG=FKL:EGHJ@KI72/'.113:?525?@<>C>($=<=?D=@B@=?>@DA<-A;@>A@B?99B:=<=EHLJCDGCEA=CAAF@DDFO?EBC?>>4,9;<@?B?>?@A?EI>5634,83,)27A?=;BCC<;735:?>>C?===>?>>DECBKHI?AC>=959=??679&695333;<4+643'4-56-55915BB@>>@H@<6',:69<87./($,568:06;>=9878/312;=?>@=9;E@;@A>:?A8:&;7;;<B>>?;449:=?@;<>,???KL=BCDA:*2<;<;@AAA;CC@?GEACB9;<<9C?=;;:FAAB88A=@@:@FB;44(&(:@A?BIFDIJ@G:FEKKKFBAJ@AC?A=;K80<>BC;CDFFH>FHEB>@EBCE==:>CA@1AECBB<;3+,*9:::;9<;@?BCDEFE;:5%(=@C>=CBD;9=AB9=>;927;>:B=D=;>:@?@D=DBBDEC<7:88569888>@?A?BA?>=;:AAB==;(#&3317/$%$%'+271&%%&&-.-+)))))(((((4:7;369;A6<:)<@@CDC=;7@;?BAA6#$%$)'*4,4:;>>?C:?B?CD>:7?@A;?C<@BHFA:1C6HDFEEB;:>FFE;?CCEGGHFA=C>@?6)-;@BC<:8C89C=?CCA?8:8D9;4;;>?AC;5/.:<<566:DACD@F@A?BEFJJA?DB@?>868:111359-.67<><4<;6*'''+655=;>7<400;GF<-78>A?><>EQQ4A=@CE@:8@;<=DDBA9@<>9A>66:;BA>?ACAG@ADDA@DFCAJ>;@=?=>AE76+5<@IF?@@@4*..'-,9==@??/5:129><=;=:ACHGEA>=>B78:<:155834//2<9=EE>?MJAE?I:;F=E>BB;@BC?<>4>=?BGDA:<>FB;>;=>7>6A@B<6/9:8;>?:IGD<9?A:=@>7<:>@6<>DC?>?;;>@?;?ED:691>@;>CCCF9;CF+7A?>@<;4:88=DDA;0538)'**)195<;;A7>>A66<>GF7>DC.2:7@CBEDDHEG<=DGGM@7?55>AGGA.;;5:A?A??C74ACA9>CDDC2=@A<68?CA??<@9A;<0>G:4><<636??:<=B>;*==;;=>=>>>BEEE=<=<771456.(')136B>EDFEDA?EDE=:36;>AB><<@9546+;798?>@878514@@A8@8<119BCH;=>>868520-*-,0/7<<77;?@A<;>A=>?:;88:A71259;=DAEH=>GC>ABBBG=CEGDDEGE<42A:=19;><=74<78E85=E;:37;=:?>=BCD7:<8<=C=>ACHBLGEABBC:BFKHPFC5D9BI>8@GC:@?>:8A=C6BA>BE;F>>5>F9@ECHNDB&*?@BD@BCDDIHCBF@@=>77@::8=:=9?>>=883'0/7AFBIIFDB:<<=?A9BGG9A=@H@BA=0356<5@9;/3<4(77=6A<=?FH=-'<<><><).(3535@>@?AICDCD@=:A5:>;2--6/'&.1=>GGI:>@;A@=?=EFHGHHC@EFAFEEJIG>;)/8>??B.D<207=CCEE8BC>>?7C@?@@FKNC>FEBIGBBAA?AAHH?ACADF897228EA79@DE?FKJJGE<=G@FDD;:973?88>;><<9899==?A?AABD;A@?C67;=78:::950?DBB47@89BCB=7;@B<166821.%&'//5CIC5AD@:<8?>712'9;BLRM8@>GJG35681ED9BGLNDTIOHGJ9@B?@AD;>E9::HBBCDDCCCEBCDGH@CBA?@0?>?@7ACDJ=1**+48?><56;835::;6:<=<<<=DF:?AFKG@AB:>@CGAB97(>(?AABE6=A66AA:9FDHBA=9CB;@?CDHJJD?ACGCC?GHAFFGD8;=A?=:BFEH@;FCC=89ADA=CD*?<=8;5;>=79,(8;=;:?CGIIH2=>,)+:=@C'%752@BBCA@=?,5'(%%5768:;3188@;9;?C;=@14A:>DFBCA<=3;@D=DJGABD;6>BA=>?DIFHPCBE@@=:;;5?<@CCHB@@AAD@?57CGGAC@GCBGD>CB;?GGKHBFJ@LGDC@DMB;<9838;;?:8:7<8;;;<;@>8983:?BD:EE@=GFIJ=DFLLCBAAABDEJNOMIA?IAEFBGC?BKGAF99:5<<@>>3D?HG@A@1.&&%622-C>AECB@??8>==:BO@?;FGEA>;BB:AABA93.0.5%A@?A@BCC?GG6EHDB?@>29<=A<=957<5''0+15>DAAGI:7=@BC:>;=;;=+++,,+/@CFEDDC?=A;@?ABBABHK46&&&'$'))677=@?(9@DDDBA=N>74;@7=EG@FI9F5.::8;(0*,+.+212-5874A>@?@:896$#1139:9@BA?+(+:?FHJLLHMHCEOEEAGHFIICJKA:67;@)<>><<99<99;8823>CCA9<+/@@?B6&98;G=?CCCD9=DD@DB:><;=>DC899AEEBCA><<>BABA>981(BAFK73>HJJGD@>=GJ@CCE6167&,0.3455=?FGJJA6DC@34EF::A=:?@>>5)+3;:<;AFDCIDHJIJAIKED>DA22+4@A078;+$$,--7:957359;9.774.7?ED@AEACED:8AD>@:B;;:>6BB?A>;;?;E=?;HJOF@CC;BDA:?@?=9@BCA=&9;9@@>A3/=A=HNG>EFGCCDEDF9KF>OG@7@ACE=JCECFFE;58F;LB<,548BECBC>CECAE8:HJEJLMLDBKKOGGHFD?AHJKIDDB:AADHCHFICEAC@??CEFG75/*8:<<:=B<<9&8;@?==:==AGBBFFBAB>8)441;94;@7;6CHGI4GIJCB;=@FMFF>:;<4BCE=?BFDJ??BK;;AG?@EHIHJE9=?=>>3:>;9:/00<>@@=9>BCDFDFE99/9;AD2///'')?788A>7<723349=HJLE?@?CAIG8?@>=C55FFFD>CC@CE>%%%*JKLFF=AF?A>:;;;=@F>DDC;:-076?B@?<7=FDGG)--=BKED:8844C>B=?>@C@>889/587@9FD((+=:<:EKGECECA@CGBDFFCGJJMLJ:;DH@=FNNJA67(+58;6;=<<=<68FA?'(/11<;:9@@@GNHE<;/1//2>>?9:,>DE<>CCHABB:7:ACAEGIAH=4...7:>C2+/29<>:?<=97<>@BDDEIIGIH@=;AD;?<;>ADAC?AE95282:?@B>BB?9:>BFFHF>=@:21?@FL@@@=9):;<76>=;E3B@?79;<<6)$,7:9HBDEHINQEIE9CAJKJHJKJHFGALI@A@8BA:=AC68388<>@A?&&<'@FJCEECEFD>FHDAICBFFBDHKEA>@B@=@@6CEFLJMB<<.-=?95>H@88E=DF9<<1-653.24=DM>GFE7)--4;E@BDC31/0.18;<=<=9CFD@A@AD;8:9@A:EE?A@>@BDDE:;4:;<9/;??;ACB+AG03;<99AJKFFB9SBCC?;B?BAEC?CCDA>@@A?*/:@CIEDBCFFHF@CBDCC:>=>455<65EAECDE8=@CEEE?<2****.7952BFCEE=@BBB.8>:BAAEBC5==>@:ABCE@BCCA=9A?6BILK:4A=CAGI?EGINOIHFHIGDBAMJEF@BCJ8CCBEECD@CDFD>FEEA;=..<;@A00:0>>ABGGLLHG=78FJMB5?<9-.:@BC8ACBEJE<55.+--...76'35;52=?D39?DCGGNNHBDFEDCC75886=><9<=?9:MGCCDE9?@FCDA8=>@?:A>?A?@41'),-@?@EF9@CC@26=A66<,''&7:EGEILKLGC,6@AABFDF;LCE:HHEBBBBAHC:@>JE?HHE=II=ADFHCB7?B;8:AC?@=8C))))6868>E:=F??CFFD@=75*,*..89(CAGEDABF?BIKE>:>DHF@=?AI<@E.=ABI>C@B=:9A;;8<:648/4BBEDB95=?AEA:@AIHA-/05::9'=*39<;++74/4//('&*+,13=<8<><9&,15:;()'&.366@56AC??=>??A>4/9>G8>IIJG?=:*.:3423,'&*)/08:>=@<@EB=?>>8)+=67;=95=@768@@5;395.A:EF@E@C;DD>9;;@AFHABA=???=?BB<=BBCEBAA>;=3+,+-BAGGB==.5318>=A;FG;F99;AGHJFD5:6>:2:9-485*;=;AD=B@?@><>@->>?>>?IGHGIH7=?=A8@'%>@CA68?68:@-=?@@GE?72)<@CCCC?56(269>GEC@IONJFEL>EKC<@?>8A=:>CDDC@DCADA8@E?GCHD9@EB=?>E??@>9<;@@C@>?@CAB>?66:6;>B9=<<;57@CA8:;;AAGJ:23?>>67/3-0>>?>@B?=;97>DC>?BA=>=A9@?>=9;=A@>4-;;:;>HILICPPLIFFEGGC9>=;/5551'$(--'=:;=7%%',%%%&(<>>;$-?<09>@FA??@?@BC@BB?@>A<:59:>=CC?A;=B@9B+5&)/;=CD<@C))/-??>=466CAA?><=FA/939=@<>A?;28-285AG@ABMN@D3.<9A8IJJG@6B@8BDGAEC:;78=51>9BC5'$,37=POI3IG@@?;<@(8?ABCFG;<66+023//,CHCEF2ACD@HE?=3..78:FF>@BDFEA@CFCB=GC?EE@??0++37@>=>>D@;@DE?=B@?=BBBDEEJD8117:0;;@AAF@AC?1B>ECKKHFHA=5(77767544:@8EFGDC858983-5)/;?@C8IIGEE@F1EC:=?BDB>'B?>8:@2+3421-:?>@?>?:6737A:BCCGJJ@DF>>BDJ<>B>>EC@5543(&%)02/18:88'';:%1$%'+4.-+*9><212/13:9//74,ACBH@BDA?@'.0665149;87>?<85;>C=28@BB;794;>=>C99AFC@CDAIKJKF9HEEDGKGAOLBCDAHBDEF=;.:;=<>GH<>=:<79==@@:A?DFDBC>::>?:8::?BA>3**##$$&'-*8:<4<=?>@@FE:DHA9487:=:C>CA??>C:BC;8/%*-(%+,0:9BC?EBC;8?GFDD;EA=>32918=>=DEC>?;=BIGHB;AEFFOGIB1EGHFDAEFEA3440102079DCA@?F@27AC')879:/89A=44ADAC=GLA@FF?BDIAFDD?@64()(24-D?BCEE747CCCA?DHABBA:@A=8AAII6-@B9:F60?CE@>??678;979?ABE;A99>?A>?JJ><><>@C?23333:68JL=??/534/)$&&'25679;<=1<96;CC?945(%8783;/92@@AA6926??>>?=;<9?7)*/<==@CDC7;?B=@D@E@BA;IKNHI.6IKO?BAA>;<9/43&22;<=6>=>?@JC?8A>AB<9@@655;3;@<@;>68/IIGC**BNFB>A=/=6=@==?@ACEEB;-*09:;8>;B:>@?*4609::C=?@=;>DB=8DDEHCA=;9:GIIEFHDE>AA=:=B@@9;7B@>@A?<78>:>=>848;8;<<5;9/,=>@?38;8:98''(*),)*;9>??78:;=26?:?A4;=>AC:5=?2BB;A@EFGB9CCIGHFIBHKEEFB@8??==;='79AB?<>0,/.*,-(+*)'./,0++6==B:A>94===:4=09989>@C==:>=48667.,'(122&.74::?>?:@5;<=879:8?=ACCCBGH@E<>9<@EG3EB9@FFDHG@AA?EGD63@IKFD3GH;AB?BMG@:=@C>?91CDE>==0>>3>@=@AA?BB;BAEFFCBDBB;<>ABACBF@=?A@@>J:;HGEIKIJIGFEDB>>>==C=AFE==@6>DEA>=AFA9?A=<47;724@1>>A?=@LNKHE?DCJHHKFA;71*0)4844@IHC??>5:GF@BD>BBCC<88::=>$$&&(235@=;D?6:EGEH?;CCJIKGF5AJJDA=9=?B=<<:;A=9:@=<7/632>68;<1499:8:==8(?B@>789=9B@HC:;4AC>CDFFOMED><>9<>HE?9:GL.,?CCA?>7?AFAABBACCBCFB@/4(-))*&&(111486=C;B>?CEGMLHF=0&&EFCDEDHG@AI@CDAGFF@8@ACB@D66;2>?2;*()29:;43**&*-0)8=?ACGJGILIC3333&687;92<56GH=;>@CC;@/=8%'&%.8@?=?LHEEGKJJALBIOMDB?DEJ>9F>INGC=?9DFFH@FHJ=CIFKBDD?EL>EJA2259;AD@?BHILJ@CECHGG>FED=IRNBE@=F=>@C>?<97*:2'$#&-.111+748;?@?:CD:9;9;;<;:6AB6<>6EBBC?A?DF>D>'*@@:(&'=8:8;;;=;<::@9>>=?DFEDCBAA1@ACCD@C:FGHFE>C=;(35;=8CEEBFBEEPLH@@FJ>?EGF@:DKLKIDABA8%$(()*22'')%1789:=;;GJECDEE9CH54:58=:-,,24..)%4245>@>@BABDFCCB>@@=977+76(?ACA,-))<=@?:6FJHFAAE?B?(;,-/-=NLKJLKKOAGHEFCD:IH>CG.HDIH?KOMDE@:98;;A?DDAJHDGDDB@DK=DFCA@BBE:A898;?C<89$&*'(((975/(-47BBCGGFC=FBA@?G>J@BBA4A@2GILHBCA<5AAA:**A78B?.16=:7?BBFD9BB/?BDA@G@7=DFED*<269@DDCCGFEIJJBBFGC:@FEDDA:9-.0+:9;C@=B=9400/'-()-3679<8;<867<=CLGCDDDFHFB<@8ACCCHEBFEAAB?859'>D@:99:DE>?IGHA1IF6/.//**BCKHD><>4?>0ACE1@;<,-,?FEC?@HGIF@@CB=BFCHGKIF<<>7B;CD03662%&%',+,,59:9@CB@F?;B><-4579C9>86;-;<=@@(@=?E2,0--?;>@A>BCB7473>>?<17759:?>9?A:FD:CGIK=>???=?;;ADD99483+.+-&''($&-879<>CHG@2@<@>B97979=?DBDGE=?GGII==>:CC@DEFHFFGGHGFAKFNCGDHC7)%<>=>@?A=G=IGGBD@B8EAHEC@ACFFHAGHGA=5145-;==>?>=<84AC;58;>A8./2(45763?HGB93065:<=A;@789GC>=DAB@:5@DCBEB<9)9;)'*)%($661?C>=<32++(',+.277>AA7>A?>=?BE9CFAC@CIH>-46CC=@?025DD<459HBC6+&),4=>=:=6*)'$01/588>B:ED=D?DEBCB?@AA@>?7243320;B=:5<>:8@A<><8<@=G;B<>0;BD?BGHDA?:/5<:9IILKIAJE76:@DMCDE:F?9?@7&;;?DAA8ADFGFDHA@;><>=8::>977>A9=6==D?8>;ABDDELBJKJMJDKFOYPFBH=A==A@B@BD>>ECD@FDDIKF@@AIIIH@G>7?BCCD;<=)%%23-25,479;>@B<<=4<5J@>>MC0>AE@??7?A@@0;B;@C8FFFFB><=6BD?<)3@BCB960:9:C;?@<9?EBE@;EFGDBD?7.01107;>>F488@ECBEFD@0?:87:>?)CAABDFBKJEEE?DGFBMO9BBGACCB<>9FGGG?>?:BA66F;A?AA<891A@D@@9@>A>BAFGGABDB;DCGEFADA@;=CAB?HFGDG?BCEBLM@AFFCEF:ACB@GKI=E<>EIGC>=F<10+-1>=;'-?D=ABA;88->@>=GFC@@BA=CCBA?A??A=5@8744373+$,,+*+),(47-71079)/@ABBMI<6.%(-12/++9??67>97:=+667?>;5/+0:@AC?DDDDBCC<@BB<;68=><@>IHCK?;:614?AB@?@@ABD=?78-(%,8?@68>?>A@>=;>@B;0&)6.?BBB==;D?.<::<@?+13>CCBBHGC>A<83*?(>BCIJGC?:;((%&.-)''%$.0100**/)0/0@B.@DJJCAE9;@BAC>BB9-&%%99;C;:@CCC6:EBC7886>>;;::98:=>?A9=>@AAB@ADIH=8=@=C@BC62@5/%(-86@>CG:=?DC@?4;@>E<;96=63;<38=??@?GB('%9:;++5/:>@BCD:6?BADGBA@B=ABAB>>?>99:''>IID>=6>99:B?C;@B?DCDAH43CB?=CDHEDB6+-26?A>?EGGADCGE>=:IF=@?5@2224:ACE@89GCBDC>8A@>A?=FFFOMBB=ADNLGCD@;=BIEB?:<@;=:;7<>?DF8&;?@EG@:BBBA@>AA=:4(-.2?ABCCD?>@G::BCDFCDEH=CC>9=20089??@BAA@BDGIHE9A@B,;CC>()0000:FGD>>?;59:::9:DJJHBB:;;>?84*EDFDFHEEHFD=AE@<::,CCA?C=FCDECA@C>>@89<>?>EB>B96;@7849@GC:@;78=?2:;CCAAB?EEA@A77/.:898<89:?ACEFGA3)4>3FCA8,(:=:99::=BF>8@20>744BAHJDB868?21'09:88<2.,->?@?BE>LA@ED:8ABBAA>A?H:AHF;CD=2*&$&&%('$,'11+.0=@BFHMLFBCC??A@A@<<;39----555876/**)2+,423;<1A>964>;=@AA>AA-;974>7;=?62?:556(#$)//+68=39*,)(7==?A>:?CCC;@A=JKCI@?=/ACB956?EIF;5=4'@JECB?BBF@=>377)(/3,->:A;><76).25;>GDF1:FFIBB09<@H4<;4;?:3;<7E;;8:,7>7A??65<=>;<=?BDDBAA@@>==>;=>@LACC=AFLEE;BABCB8::C>:94F>ACA)1'5AJLKAF>>DF>=5KIJNEQ8P>@FK?JLGFJEC?AFHDA@==;AGIH;>@@BG?:?MA@BFFE<<:114?+66<>5*,&')%$%#%$$*024348>C9E9.;?>9CEMKEGCGAABA>?C?JJICKFK@ATRPDB;974?5:?CC@=7G>?ACGHI==GGHEBFHHC=BGI@?AAB>;HIC;974<5CDDC&&6-((468;.-8BBF<@ACFDCD8CA;>>>BFIDCAAF.BADBC@@>=*;?CC@B=;CBJC>?BB=DGIJ>FHC@BCCKRIJH:4<:5335.4@;=DFIJJC6B=ABCUOHJ@@BDIPJCOIBH@GJJ7;(?8&;DAA9:D@<<:85:@>ACCCJFC4AHBCCFJIDA:>=BIF>>@1>=,+>=66623(*,/064=?EFEFNJHB@AA=,6@D:EDJC=;7A21154*+89:=DAD;>F<:?EG?><889?>HIH@GE?149554)16?CA@=>5GG3>-E:9::;?A598>@D:?>8<4>@JJJAAA>A>7LEC?>DABDEBACEAFJECDEABHECG9?;>>?=:AA=C9D:;FGH>B?=AC5?BED=BEFDEAA<=>F?GI@A@<>BIF?FH>J?D>8:D@=<@DIIC:7<6<>@=493A609<;8<>;>@B@@B?76=@GCDEJLONI;ECEGECE@>>EBBED44EFAB@<@B9)+*)69922@=<4:?KKAC>EBAEA?BGDFGB=?ABDJEGJKEDNGDB@C?AB>;B@DBCGED=8=AB??A;68:4CEBA?==><>A@ABA?;==>BEJMMI<;??BDCAEFI447>@C:@,*A>;FA>AA9>B@@?ELFD@18@=ABO897:;<>97,./6:;<=HEPIJ?>BD@C@74CII>7ACC>82BDED::@CB>@>@4B@@=:.*9@BB;:@@BGHF@?<8656++*+0'1107(&+13*7BCCEBAEHG::CC:7.&7CD=?DF:E@CBCLG:9=DDDDDDDFEBEE3?=11;*(((5CB?ABAEA''+(257::;;:=>6,,-888>?BBAB02=GHCAA>>(DECA@ABDA<@)>EDGH@FJGLJE@?C?ACEECBDGCB677;689D?=B>:66<@A?>9@B?@=?B=+2.B@EC?58$/+477;@BDCJ<=55<,)+1@BF:>BB=:73.(3./(()))(&'''*.:<56A=>AB;>:??:AE;BBD8==>FDF>E@DB@;=:;59925:<>7@B>=8<::A@;:7($,--0/?;;@>>ACA@;7++++*+9.:;66:=@=C@GDBGGDDGEAB;HGJAB3?C20@6<:-0+).'$$#%456778>=>@GMO@A@A3F?B6>>=@?=='&%$/#69<=8ABBBCDEEGDGD=FHJ?C=CDEFCCC>88;;BHKGEIHL@ACE:8&>DDKJEIDDDKK4F;?D;3:5&&<=CABAD998&:79=@@DD>?HI>>=<@>A?=*1**/010&888FK<>@E@LIDB99:9BA?6889/;?<677<<<:611*,B9;FF?F>LNFNFAA>?CACFD?:.5+>=>?AA=GH<BABBFGKJBHDHCGJDHIEFHFJKBKJHKQLFG@@6>MI>HLKCCFMA3<:?==D<:>BFHD@GHBA=-.28:?=>BC>:666B@BE>>=?O;<@@@I48.01==AD;=<;)A=B@?EFE<4=??;>H=?>@>=00);?;BCBC?DLFF?DIHA@?BABIED>B>:98?GF=FE<212489<;;DKLKFB>A>B9@C??A@5857;>>F)8=1-=7==8878.62<91(&-0:0><7H>JJIE;;795@;B@?>>AEGEG>BDJLAFHHI@B@@A?+-580///DE6=AEEHAH>@C>>;962.%#*78=@B?F@?BBCB>=C?=%=0,--9==@A>C??C@@;B@?=3872%+&5%38:):<3C7G?@GHHED?@8@B:8?;<=@;79:&1386452*+)($*+(09B:@I>AA9;61248;?@::731+(55')89348:<@=768<9226,789;=?9@=DH==?@<6B;8=BC?JEBD=:?>(@=34<@>@B<;;BBA529542((*79=?./=><9=>E>=8;4++('&(-7<;CFDFBB2426&3677122,1%-7=7A9=?=>E>=?9JKJ@>B9@>?GG:<0>@B748$1?=;?-8:5/9;;<>>BD@?:?DEC>8CDH:@>=>>9@EEFDB9<@>*3/0*75BEA=A=HB><9;<>?7:=;AFJIBA@7E?AJNLGCC@FFA?DE:<;;;:9163-0)''+4:99:7:FGF@J;GBB>B8<983-($$.(225AA=A5<:?>>=@7<@><>=<9MHAEGGFGJHCHA>ID?71-%)???AIHAB8465$($$+3?9<=BDA;E=;>@>5=??@DBK=?@BI>CD:6:@EFJFGGGEKLH>B@HHKIEEAA>=56@?44+70<=8;;:BBEIGH?DC:A>7B?DJGE@:DEDAA??CBBFB>@@AIKEFDIA9<5>=/JFCAD<;=D)3;>>=BEEA8BAAF8AA@>@HH@GEEDGHHGGKGE@CFGIF>FGPME>=577>FD=69=8>=>:.?A@B3=>BA9)D;C@<+-&004AFE@B@A?=71%%+,*,2,-:;<;AGCB>.,>?@89@??8)+4=81?@D@@?FDBDE<=6@A?AA=/-*+'(,2A58:?@=+(40=4<;;=AA??ACD>45EEB:45AC<:AHOE?CDAH@==2:964439=CDF:BDBB<:;94;44)7@A=CA7;:=A@=:<3CFFEG@><076>0@BA<:@C>ECB*'240+'%%L=<=;@:6$6;4?5E32,,A=+;-89998389;;:8<<=9:<89+56<686332)/(),4+894B67AA7<@>A@=;A=111+36;>@GG>BGG256A=735ACA0DEJKIA/>A==D;=FDA??7>:;=>:<0.4657AB>A?@55=C?DH8HGGD>>@A@'3>==;<@A8695.52+,.>675507976A==FG??A?)>>>GGB?>@5*A=;BGLE4<797/2:236:<<=:;;>A?DJE;=@>:;=<<=879;?GO;IJKHC=?JIC@KG82.+9=>EDEG@HHD@?EGF9;==?@AA>IGJ@@BBFCBA<;DAAB45;:=<86,+0/01=??<:@A>F?CC?ABEDA?>BHF6653223856(,&('&.2>>@=ECCG:67FG;;GED7656549:9<>A9@;=B<;5550,+,A@@<>BC=DE?HB=52259?BC9CB@A=35,)+-00/.,&(*+9>:ABE@CFHG?:9>)DEAFKF;ADDAFCA9387,?7@CA@@ED;JILLID@BAA:=>>;9A:C<:<>/7><.;*++4>:?@;878<6=9A?=@B=F8CGC93=958;;:912/++23::6,/,?>?++-8;<;5&67/?::CDBBA?>BBAB<<@B<@GDCEECECBA=68=<8A>FFGIID;<>DC7>?BGD>;9>>BG?CFF>D?C@E?FD?9AFFB;@?B?<<=<(+;>@=@D=A=?@=>=1.8:5(,>@@?GEEGDAPMEGFEHFLJA>=EC;>AI@EADKEGGAAECAL=AIIEB@;=:9AA?&5.-?7,>?;9;BCD>D<=@@GFHFF;9?@ELKILLMFDH>@GHEJHFE6?>CEACFHK@C@AA86=HFL>8HJD<60%):@<;??@DGF>EEHFB851%,,65789;=AB?@9GGD?GIJKQNK;KNDEHJCCD==??A*7177:A@B9DFCFD==86@?<@@CDEDFGGD@AAKGEE@A<<=>>@B@@AB>CCDGA?,HHGA3@F@FEB>C?C?A8??<;*2,+(+;@<2:@AEC@@BEEC?AA><=11=?>=<75.-'+:,,;89;<@4*)*-%*)*8:86DEEFD=?5&;7?@>EDGABD>>AB?@?DC?8.7:=A>=794@0&6685;764:6AEGFH?BCB>:7:72'567A>@BC@FDJEEGHHCD<9A8869;<=<=57><@CAB?:<@ABECBCE>>@HFEDJLK3+98;@C;>9><>$:83457A>//?;<;<+@BB@$9@;:9B@FM2=ED>>9C6<:>,))-?AB;DC=?:6)3;@ABHH>>DCA>23;:445@BFG,ACD?<333@?E@H<>AH=JKIC.=:EJFIIIHHEEEG>AACCE@:;<;B/A=??AC@@CCADF@>FA@HIA@A@EIBD?@FGGF>>A>@G8:=FBDE?HIF=@@CD=>+.;;ADEE=8:B@;9:CBBDEAE:D@9?A><<>?CMJ@8559<<=;7:<<9=IFG<<<2...257CC@2@?@4???ADHK@HIHIHIBPLFHHJGEFE>:(+%#2225=?C@?D@=B7<:8=ADBGC?B:-+&+*1CAC=@<<:@:FFFA=@@CDI:D9-**+<:DGHFCB?;AABBE@DEII@CCCCFAKIFDJLPMIQUVFC:=>==>;9=<=;7<=:::+55679.;D=DB;<:8<;574112,*66:6>==94.5(2;;:><>.:=@A@BDMMMMF=>2,/.:9798$''&&,%%/A?AABEFGJBKE;I<;B>C:57<>D?&4;A88&*:;*-5:@>??FEDGE;DEDONIKLTNPID93=GCA8@A@BEECIEHC@@B>,CBDAABDC?AA9=>=(=(;47/&%&65454585?A.53=??C@A=BDEE>@D:AF@A=H>FA?E:BEPM?<9;BAA=GB<>7+:5IIGCDG>DEAHFD@CA=61'5=9=>?BEB+>GHB@A=5@@CBC@94412--+2+45&&1,,)$%#$66;;:7)33+1)846389952&)$#%+*)**)')56565;6250:A?<197:?C:@?=E@;6:<;'0+++0A<=9=DGDE@CHG?BA;DEA?E==@<=EFD+;AHIEADCEGD4BKHFE@>=:6+=>=A?8@BBHG85>EEJC212DIHC)7::<>@%(=9:?>;/3758A:7A@BCABFH@BGCA?E?B==?=DCBCG;DFGGA;;DLKHI4*.@>68<6616-489EJBB,59;?@A@B''3DDC@A;)&&/996-7873788:097=@HEFEH9;DJGE:=@:AACGE@AC@,).:<5=((36:CE@BE=7:+DAA?;;=B=7A?B?07;>?4:=B==<:886/%%%%%-/+4(2/2422<%5:?ABEFBLLG<=?GF*9CG@B?DB=EGA@=>AHIJGHGFNHEAEHEHGCD76)(/0E>;DD;8>A:@9:DE@>A?IOKG@F>=?>;&8:=?<)9939@=>>:<<:1431%%$&&'01+0*1,/-+*76;>EGDBEBCBFDABCC@@?GD=+,16:9>A9-KN?BA=?IHAEHHGH>?D@>DFDA<:;;;5516>7=77&'<=99@?@76/:9>?;<73CCABDEE@'%>B:::3056.*+/224621.46<*701:<8*3879;B0*)?;;8G=9@B@;>BGCAHA:7A@9;..,)$')+59@@@ABCBDA@ID8%+025=<75&&&&(26-<';==:=B>HE=@=::70/75:<>BGBAJI@:910$$%&9<@@BC@9::;;CAAB=5D=>?<=8?DGEFHH66.LOFDCCA@BA:92276:+-%&:9;>=>F>>@@BCA5FHCD::=?;GE<:9?DH;CF?BFCBA>:ABCDGG@F?A5GA@>:979@>>?<--A<>6><=>=9<>A>57>.7:7-52-5//..6()457=>>@A=<958:GB@=<9@??6;;;?B@FE@B.$9))455<=<5>?<9B=?:=??@@7@BCEA?;1-+/;9C?:<9>?@>5322/434?B<1<8=BAAC@**692)*01234613:;:B9AC=:7;<975=:;.=>=../-).7:>876(00020&($$9:=;@@>A9:;>AA476<>;8??><:>>869=CB;:>=CA<;9;C9@>D9>A=A@DB?@:5756;2&496;86:57::>E==>$$*@=97<?C?55127769;@:/@9BE@B,4=@;A8@D@B;CD?967-%)=78B=<=:=AFG>;;5>@B@>@A;>AGFA@A?B=E?@D?=99@<2//.06,/6:5/69.7+6/6:79855998=:>@@>=>C=;<9?7/=;'1:99;<87==536793&):958=@:::.*+-%6:9;=<?848:9>@BBFE=<:CB=$$''(12./39644;::@<<9;=:=:1*-5:846+*167@@>:6(8679:8@><=>B:>DJ=?A4F@C>93-2:;?ABDCEA898:-<=B+8:;;8>=:9;:8=><<56.*%%0<9>:<45&&24948:?7869>A=G=?C@:@=0/=DFJF==@F79CD=B9851...061580622333:<9;:9>>>=DC@A:79EIJDB8;602?BEAEEBFI@9?/2?@AADD@<$'(39:4>@B31'684/('$ @SRR14011045.5683 5d0d0060-1d3c-4fcb-b383-13e97f5ea6e3/1 TATTACTTCGTTCAGTTACGTATTGCTGGAAGCTGAAAATCATCATTTGAAGGTTACGATTAACGAAGACTTGGAAGTTCACTCAGGCGATATGAGACAGCGTGTCTACCCTTACAAATTGATTCATTCCGTTCACGATATACCACATCACCGCTACTGCAGTAAAATTAGAAGTGAACAAATCCGCAAATGTCCCCGTCTTTCAAACTTCTTATCGTTTGTTGCACCGATGCAAAAGTTTTAAGTTGATGTCAGTGTGATTGGTGAAGACAAGGACAATTGAGTAACTTCGTTCAATATGTTTCATAAGCCAAATACCGAGATTCTAAACATAATCGGTATTAACACCATACCTGGTAGCAATGCGGACAGTGTTGATATCAATCAGTGGATTTCAGGACAAAGCAGGTTACTCTTTAAATGTTCGTCCTAAAAGGAACAAATAGCTGTATTACATTCAGACATTGACAAACATAAATATTAGTGTATAATAAAGCTATAAAATTTAATATTTTCGCAACTTTCCAAGAGTGCTTCTGAGAATAGTTAATCCTTGCATTTGGTAGAAAATGAAACAATCTACCGAGCAAGCGTATTTTTAGAGGTAACTCACATGTATTCAAAACGCTACAAACAAATCATTTGGAATGATACTGCAGCTAATCCCCTACTCAAAGAAAATCTTGCTCGTAGATTATTGACTTATACCGATGATGCTGAAAAAATTCAGGCATTAACGAGTTTGAGAAAAAACAAGAGGCTTTAAGAGAAAAGAATAGTCAAGCAGTGAAAGTTTTAACGATTTTCTTCTTCATACGATGGTGTCCAAAATCAGGTATTGATTTCAAGTTCCAGAAATGGAGCAGATTTAGATACCGCTGTAATGGAAGTTTTAGATTTGAATGAAGAACAATATATTTTGCATAAACAAAGTATTCACAAGGCGTTTGACGTAAACAAAATAAGCGTTCTGTTTAACCTAAGATTACCTCGTGGGTCTTTTTATTTCGTTAATTTTTCTCTAAAATATAACTACCTGCTACAATAGTAAAGAAAGGAGAATTTTGACAACCCATAATACTAATAAGCGAAAAATATAGAAACCATAACCATTGGCTATGCCAGTTAGCTCAACAGATAATCGGCAAGAGTGGAGTTTATCCGTTCAAAAAGAAGCTCAACTTTGCGACAAGCTCTATAGAAAAAGATTCTGGTAGCAATCCAAGAACATCCCCAACGAAAAAACTTTGAAAATGGTGAAAAAAATACGCTCAGCAAGGAGTTAAAACAAATTTTGTCGTATATAAATTGGATAGACTTACAGAAGATGCTTCACTTATCCACTATTATTGAAGTTTAACCAAACATGGTATTCATCTTCAATCTATTCATGAAAATATTGAAACAGACTCCTTAACTGGAAGCATTCTTTTTACGATGTTGGGGTATGTGGCGGAATGGGAGCTTCAGGCGATTTCTGAGCGTACTAAAGACGGACTCCGTAAAGCGAAAGAAAAAGGTGTGAAACTTGTAATAGGGAATAGCGAAAGATAAAGAAAAGCAAATTATTACACAATACCAGCAAAAGAAATGTCGTTCGAAATATTGCGAATCAGCTGAATATTTCCACCACTATCCATATATAATGTGCTAAAGCGTAATGGTGTCCAGAATAAATAAGAAGAAATCACCTATAATTGATTGACAAATCCTTAGAAAAATAATCAAATTAAACCTATCAACAGTTTTAGCAAACGGTCGTTTGTTAAAACAATCAAGATATCAATAAAAATATTTAAAAATGCTGATTTAATAAGGTTTAGCTACCTTGTTGAATTGGCATTTTTTATTTTTCATTGTTTTAGTTGACGACCGTTAACTAAAACAAACTCAACCCTATTGTAGCAGGGATTTTTGAGTGAAAAACAAAAAATGGAGGTTCTTTATGGGACTTAACGACTTAAAGCCGACTCAGTTGAGGTAACAACCAAACTTTCGGTTTCTGATATTGGCGTGATTCTTCAAAAGAAATTTGCGCCAGTGGCGAAGCTATTCAGAGTAGTTCGGGTGTATTAGCTGATTTTGGTATTAAAACGATATGAAATCGTCATTAAAGGTAAAGCTGACTTATTCTCTCCGCAATTTTATGCAGTTCAGGTTTATGTTTACCAACGAGAATGAATGTGGGCTTCATCTTATTGCTTTAGGTGATTCTGGATTTTCGAAGATGTGGTATGGTCTTAATGGTGCGATAAAAATGTCTGAAAGTATTAAACGCCGTGACGCCATTGTGGAACGAATTATGCAATATAGTTCAGAGATAGAATAGAAAGAGGCTTTAAAATGAATACTCGTTTAGAGGAAACCAAAAGTTCGTGGTGAATTGGTAGGAGTTGTTGAAAGCTCAATTGGTTTTCTTGGCGGAATTGAATATCAATTAGTCGTTGGTGGAAAATTAAAAGAACAATCAAGACCTTAGCTATATTCTTAGTGCCTTTGATAGATATTGGTAATTTATTAGGAAAAGTGTCGATGAAAAGAAAGCTATTTTTCTCATTTATAATTTTACTGTCATGTATTATGCTTTTGGGTTGTAGTTCCCCTATAAGAACTTCACAGGTAAAAGTGGAAGACCGATATCTTCGACCAAAAGGAAGTGTTAGAGAAGATGGTGCAAAAATTACCCAGGTAAAGCAACTGGACAAGCCGACCTTGCTTCAATTATCTCTAAATATATTCACTGGAATGCTACTATGGAGATAAAAAAGACAAGACTTCAACAATGGATAACGGCGAAACTTTCTCCGCCAAATGGCATCAAAGGCGACAAAATTATAATTGAAGGAAAAAATATTTCCGGAATTGCAACCACGTCCGATGACCAAAAGACTTTATATTTCGAAAATAAGCCATTGAATGATAATTCTGATAACCAGAATGGTTTTATGATTGGAGAGAAAATTCATTAAAGTTTGAATTTAAAAAGGTAGAATAATGATGAAAAAATTAGGAATGGTGATTACATGTTTAGTGATGATTCTGTTACTTGTTTCTTGCACAAATAAGAAGGATTTAGTTTTATCGAATTTTCCAAGTATTCAGAATAGACTAACCGAAAAGACTTGATTAAGGCAGTTGGAGCACCACACGGGAAGTCTTCTTCTCTTAGCGATGTTTTACCCAGCTATATGAAAAATTGCTAAAAATGGACTTATCCAGTAGTGAATCAATCCTGTCTCAGAAATCAAATTGGACTATTGGGGATAAATGGGTATCATTACAGACTACTACGTTTACACAAATTAAAAGACGGTAAGTCAGTGATTGTTTTTCTTAGTAAAGGAAAAGTCGTTGCGATAACGAGAAAAGGTATCGATTATAATTAACGTAAAAGGTAAAGTAATATGAAAAATAGCATTAAAATTCGATTAGCAATTATAACAATAGCCATCATTGGGTTTTATTTTATGGATTTAGAGATAATGGTTCGGTACTTTATTACGGGCAAGCTATACAGCGGGTTCTGTATTTAACCTGATTCGTATCTCGGCTGGGCTATTTAAATCCGCAGGTAAAGAGATAAATAAACTGGTTTCGAAAAAGCGTGGAAGTATACAGGTGTGATGGTCTCTGTTATAGTTGGTGGAATTGCTTTTTTCACACTTTGGCAAGATGACGATTTTAAGGATATTTTTAGTAGAAGAAAGAAAACAAGGAGAAAATAGTACAATGGCTAATTTGGATAATTACTTGATTTTGGTTTTTATTGTAGTAATTAGATTCTTATCGCTATTCAATTCGCAGGCAGACGTTTTGCAGATTGGCTGACGGATTTAACTGAAGGCAATTCTTTTCGAAAAAGTCTGGATAAGCATGAAGAAAACGTAAGGCGGAAAAGAAGAAAAAATAAGTTAAGGAGTTGGTCTAGTTATACTGCCAAATAAAACTAAGATTATCTTCTCTTATTCAAATCTAAGGTATCTAATCCCAAAAACCAATATATATTTGACGAATAATAGAAAAAGACGGCTTGACGTACTTTTTGAACCGTCTTTTAAATTCATCTTAGAATATATGAACTCAGATTACTTTCGAGTTCTGTGTGTGGAGCGTTTTTCAGCTCCACTTTGTTATATGGCTATTTTGTATTTACACAATATTTTTTTCAAAATCTAAAGAAAAACTGCGTTTAAAAATGTCCCTAATAAAGCATAAGTTTGGATAGGTGTGATGTCGAACGATAGTAAAAAAATTTAGACTTCAATACTTTTTTCGAAAAATTTTTGGTATGAAGCAAATGTAGGCTCAAATTGGTATAATAAATGTATAGATAGCTAAACAAAAGAATTAATTTATCGTGATAATAAAAAACTCTTCTAATTAAAGGTTTTAAAAAAATTTAGAGAATTGGAAGTAAAATTCAATGATGAAATTTCGGTTATTGTAGGAGAAAATAAAAGTGGAAAATCCAACCCGGTTAGCGTTGGATATAGCTCTAAATCAATCTGTTTTCAATCGTGCAGATTCATCGCTTGATAGATATTTGAATAAAGAGGATAGGATAGAAAATGGATGGCGCATTGAAGAGATAATTATCTGAAATTTTAGCATAGCCTTGTAGGAAATGCGAGTAATTATAGGAATTTGCATAAGATAATTGATGTAGAAAGGTTTGTATTCAATGATTCAAAGAGGTTCAGAGTTTAGAAAATGGGATTTACATGTTATTTCTCCTATACAATTATTAAATAATCAGTTTGATAAGCTGTCCGATGGAAGTCAGATGTGAAAGAATTCATTCAAAGATAAGGGATGAAGGTATCTGCTGTTGGATTGACTAATTATTTTAACTTTAATGATGTTTTAAGTTAAAGGAAAGATTGAATAAAGAAGGAATTGCAACTTTTTTAAAATCTTGAGGTTAGGTTATCAAATATTAATAAATCTGATGAACTTTTTGACTATCGTAGTATTTGATAATGAGATTCAAGACGACATAGTAAAAAATTTACTTGGTCATAAAGGCTAATATTGGTGATGGCGAAAATCATTTAATCGTTTAAGCAAAACTGAAATAGACAGAGGGCTCACATTCCTTTTTTAAAGATTTATTAAAGTCTTAAATAGCGATAGAGAACTTAATGGTCGTTTTCTAACTGGCTTTCTTTCGAGAGGTCACGGTAGTGCAACTAGTGATTCTGATTCTAAAAATAAGGCAGTTTATGAAGATATTTGTATCAATTCTGATTTTTGATTCATTCTAGTAATGAAGTAAATATCACAAAAGATAGAAATTTTGGCTTGATAAATCCCCGCATATAAGACCACTACTTCAATCCTCAGATTCTCACTCTTTGGAGCAAATAGGAAGTAAATATTCTTGGGTGAAAACAGATTTAACTTTTGATGGTTTGAAACAAATAAAGTATGAAGACCAGAATATCGAGTAGTGTTGAAAGAAAAACCAACTCTCGAAAAGAATGAACTTGTCATTGATAAGATTCTATATAATGGTCAAGATATTTATTTATCTGAAAATCTAAATACAATTATTGGTGGACGCTCAGCAAATCAACTTTATTGAATTCTATAGCTAAAAAACTGGGACGAGAGCTGAATGATAATTCATATTCTTTTGAGAATATGGATGACTCATATTATTTGGAAAGACCAACAAGAAGATAATTCCAGACAGATAGAGTATATACCTCCAAGAGTATATGTTTGCTTTAGCCAGAGACAACAAAAGGCTTTAAAGATTTGGTAGGAAATATTATTCAATCCAAGGCAATGGACTCTGAGTTAAAGAAATATGAACAAAATTGCACTGCTTTACGTCTTGAAATTAGAGGGTTACTTGATAGTTATAAAGAGAACCAAAAAATATTCATGAGCTAATTAAGCCAGAAGCAAGAAAAGGAAAAAGCTACTCAAATCGAATAGATATATATGAATCAAAGAAAAAAATTATTAAATGCTAGTGAGATAACCCAGGTGAAAGAGATTTATTTGAAAATCAAAATAAAGAATTGCAGTTATTGAAAAACAAAAAGAAATTCATGAATCTGACTTGCGATATGTATTGGGTATTCCTCAATTACATTTGAATTTCAAAGTTTTGATAGGAATAAATTCTCCTCCACCAGATTTAGAGTCAAATTGGTCAAATAATAGCTCGATTGCATGATTCTGTTAGAGCTCAGCAAGAAACATGAAATTAAGGTGTCGTGGAGAAAGAAAGTCTGATTAAAGATAGTGAGAATTGCGGATATAGAAAATGATGACATATACAGAAATGTGTTGGAAGCAATGAAAAATAATTCAGAGATAGCGAGGTTAAATTCTTTAATTAAGAATGAAGTTGATATTTTGGCTAAAGTGAAGCGTTTGAAAAACTGAAGGGATGAATCAAGATAAGCAACCAGAAGAAATTCAAAAAGAGATTATTTCGAAATATAAGGAATACTCTAATATTAGAACTGAATTATTGAATGATTTCAAGATTGAAGATGATGATTTAAAGATTTCAGTCAAGTTCTCATTATTAAATTTGGAGGATAGATTTTATTATATTAATGCTCGGGTCGTTCAAAACAAAGATTTTATAGAAAAATGATAGGTTCTTTGAGGAAGTTGTTGATTCAATATTTGACGGATAGTCTTGCGTTTAATGGAAATAAAGATAAAATTTAAGTCATTGAGGCATTTCTCACTACTAATTTTACAAATATAGTTTTTGTGATTGAATATCAAGGTGATAAATTTGATCAAATGATACTCCTGGTAAAAAAGCGTTTATTGTATTAAAATTAATATTAGAGTTTTCAGATAGTAAAATCAGTATTAATTGACCAGCCTGAAAGAATAGTTTGGATAATAGGGCAATATATACTGAATTGACAAAATACATCAAAGAAACTAGAGGATCGACAAATAATCATAATCCTAATATAGTTGTATCTGGTGACGCGGAAAATATTATTGTAGCTAATCAGCAATCTGATAATTCTCCAAATCAAAATGGTAAGAAGTTTGATTATATAAATGGTGCTTTAAGAATCGTAATAATAATTCTAAATCTGAATTCATACTTCAAAAATACAACATCAGGGAACATGTATGTATTTTTGGAAGGTGGAAAATACATTTATAGGGAGGAGAAAAATACAGTATCAACCGTTAACAACAATTTATATCACGCAAAATAACAAGAATAGTTATTTTTGTGTTAAAATCTAACACACATTTAGCTCGAGAGACTCGGGCTTTTGGTTGGGTGAATGCTTTTACACAGTAGAAGGTAAAATATAATAGATTGAATCTGGAATAGTCCACGGACTTTTCTAAAAAATTATTGAACTGGTTTGAATTTCGCAATTAAATTGTTCAGTTTTTATTTCGTTTAACTATATTTAAGGTAAATCGATAGCTTCTTTTACTGAAAACTACCTTTCGGTTCGGGTTGCTTAACTTTGCACTAGTATGCCGCCGTTTCTGCCCAATTTTGGCGCACGACTTATTGTATTTTATACACAATATTAGTCTGTGTAGAGGAGAGACGGAAGGAATCTTCAAGAAAATATTCTAAGCTTTTTATTTCCTTTTTTGCTTCTGTTGCGATGGATTACCTTTCGAAAATCTCCAGCAGTTGAGCTTTCACCTTCATTTTCACAAAAATACCAGTAAAAAATCTTAATTTTTGTAAATACTGATAAATTAAACTCAAAAATAGAGCTGGACTTCATTACTACAGGACATGATGGACATGTAAAAAATTTAACAGATAGGAGTGATATGTATATCGATTTAGAAACCGAAATGTATCTACAAAATTAGAAGGTGACATTCGTAGCCAGTACTATATTGGGGTGTTGTGCCAGAAATGCCAATTGGATAGCGTGAATAAATTGGGATTTTATCTTAACGACCCGATATCTTTGCCCACATTTTTAACGAAACTACGAGTGTTCGAAAAAGGTTTTGCCTTCGATTATGTTGAAACTAATGTTTTTAAACGCAAAATAACAGTTTTTGCCATTAACGAAAACAAAGAAAAGTTTATTGCGAAAATCGAAAAGTTGCTCACTTGCCAAAGTAGAGGCGAGATGTGCAAACAACGCTATACATTTTGGCAACGCCAGTAACTATATCGATGAAGCGATTTGTTAGCCGAAAATTATAACAAATTACCCCAGTTTTGCGACTGGGGCGTTTGTTTCGAATTGAAAATATATAGAAAATTTTATAATACAGTGTAAAAATGTCAGAAAATTAAAAACAGTTATAAATAATATACTACTATTGACAAAGTGTAAGGATATCGTTATATTAGTAACACCGAAGATTTCTTGTTTTGTCTAACCAACACATTTTTAATGAGAAATTGAGGATGGGACAGATAAAAGATAAAATCAATGTTGACTGCAGCAGGTGCTGGTGGTATTAGTATTAGTCTCTGTTCATATATTAAAAATACCGTTCGAAAATCTTACTGTGATAAGTGTAGTGATAGTCGTTATTTCACTAATTATTTGTTTAGCACTTGCATTCTTGGTTATCAATTCTAACAGAAGAACCAGAAATTCAAAGAGCTGATGTACTTATTTAGAAGGGTAATAACTATACTAAACCTAGGAATAAGCTTCACCAAATAAAAGAAAAAATCACCACTAATAGTGGTGAAGCTATCCACAATCAGTCTTATCGTTCTCTTTGTTGGTTAACTTATAAGGCTGATAACTAAAAATAAAAATCTTCTCCCCAACGGTAGTACAGATATCGTTGAGTTTTCTTTATCTCAAAGCATACTTTATAGCTACTTGAGATAACTTAATCTATTATACAGACTTTAAGTAATTGTGTCCTTGGTTTGTTGAAAAAAGCGTTAAAATAACTAAAATTAAACTTAGCTGCAATTTGTAATCCTAAACGGCAAATTCGTCCAAATCTTCCATTCTGCAACAAGCAGTATAATATTTTTCGACACACTCAGGATTAAAGAAAACAGCAAGTATAAAACCAAGAATATTCGTCCGTGATGGGATTTTCACTTCTAAAATGAGAGTTAAACACATCCTACACCGTGTAATAGTGTAATTCTTCGGATTGTAAGGTGAACTGTTTCAATTTGGGGAGTTTGGGTTCAGCTTTGAAATTTTGACTGCTTTCGTTGTTCTGGTTTAATTTTTCCATAAAATCCTCCTTTGCCTTATTGGTGTGTCCATCTTAACTCTCTATGGGGAAGAGTCAAGCACTTTTCACGAAAACCCCAGCGACTTGAAATCATGGGGTTAAGGGGCTAGGATTGGTTAGTTATTGGACTGCTGGGTGAGTGTGGACATTATATCATACTGCGCCCAGCAGTCCAATAACAAGTAACCTCTAAGATCAACTAAAGTAACCTTAGAAGTGCTTTTTAGGTTCTGATTAAACCAAACCAATCAAATACAATATCTTTGGATTTGATAACTTTAACAACTTTAAAATAGCTCTGAACATAAAGAAAGGAGGACATCGATTATCCTACAGGTTTTAAAATTTCATTAATCCATTATAACTGACAAAGATACCTAACTTTTGGGATTTAGATCATTTTTTTGGAAAGTCTCTTTTATAATAAATTACGAATTTTTTCTTTTATAAATGCATTAAGAGGATAGTGTTTATCAAGATATTCTAGGAGTGCCTGAGCAGATTCAGAAATTCGTTCGTAACCTTGCAAGAAGTAAGGCAATTGTTTGGCCTCATTTGGACCTTTTTCAAATCTTCTGTTGCTGTTAAAAATATCTATAAAATCAGATTTAGAAGTTTTTTCCAAATTGATTAGTTCGGTCCAAAGCTTGACGGATCTGTTTTTGGATGAAATCATAAAAGCAGCCAATTTTTCGCCTCGTTGATAGCGACCCTAGTCCTATATATAGATTGCATAAAATTTCTCCCAACAGCCATTCACGGTCTCTATTTTCTTTTTTGATGGCAATCTTTGGCTGGCAGATTGTTCGAAACCGACAGAGATAATCATTGCCTTCAGCGAAGGGAATGTTTACTAGTTCATGAGCTTCAAAGACAGCAAATTCACAAAAACATCATCTTCAAATAGAACTTTATGTCCGTCCACTGTATTTTGTTAGTGAAATGCAATTGGTTCTAGATTACTTAACCAAGTTAGATCTGGTATATAGGCCTGCTTGCCCAGCCATCTTTTACAATAACAAAAAAATCCAAATCTGAGTATTGATCAATCGGTCTCTTTCTCCGCAAGAACCAAGTGCCAGCAAAGCTAGTGCTTGTCTAGAATCTTTAGAGACGACCAATATCATCTAGTCTTTGTAACAGTAATTCTGTTTTATTCATAATCGTTACCTCATTATTTCTTGTTTACAGACATTATATAGTTAATGTTTTCCAGTCCAATTTTCATCCCGCGCAAATATATACTAATGTAATATGGGATTTCTTTCGATATTACACCAATGATAAAGTTTAAACATTTTGCAGGGTATTGCTCATATTATCAAGAATGAAGAAATTTGAAGTATCCTTTGATTGATTGAAAGTGATTGTATCTTTAAAAAGATTAAATAATTTGGAAAATATTTAAGAAGAAAAAATATATCGACTTAACCATCAATTTGCAAACGGTAAAACCTTTCCTAAAACGATGAAAATACATACGACTCGTGCAAAAAATTGAACAACTCATTAGGCATGAAACAATCATTGCAAAATATGCTTTTTAAATTACCCATAAAACGATGAGCTGGAAGCGATTTATTCAAAGTCATATGTATTGCTGATATTTGAAGAGTGACCTGAGACTCAATATATAATTAAGTTTCATAAGTAAAAAGTTTGGACATTATATCATAAAAAGAGGGAAAAAGATAGATTTGATTTCGCAGAAGCAAAAACGGGCTGTGAGATACCAGAAGTCTCAACTAAATCGCAAGCATTCAAGTTCTCAGCCAAGGTTGGGTGAGTGAAGATTTATTTTGTGAAGTAAGTGTAAGGAATCTTGTTGTCCATCGCAACAGTGATGATGTTGATGATTTCTTGAGAACCTTCTGAAGATAGTTGCACCAATAATTTCTTTTGTTTCAGTGTTGACAACAGCTTTAGCTCCGCGAAGGTCGCCATTTACGTGACCACGAGGCATGGCAGCAACAGGGATTTCCTTAACAGCGTATGGAAGTTTCAAATCAGCTGCTTGGCTCTCAGTCAAACTCAACTTGTGAAAGTGCAGGTGTGATGAACATGGTATTGGCATTGAGACGGTCTTGAAGAAGTGTGGCTGCCATCTTCAACAAGATAGCTGTAGACAACGCGGAAGTCATCAAGTGAAATGTGATAAATTGAGGTCCACCGTTGACATCTCAACTGCAAAGACACCAGAAACGTTTGTTTGACAATGTTTGTCTACTTTGATAGCACGCTCAGTTAGTTCAATATCCGTATTTTCAAGTTGAAGTGGTTCGACATTTGGTTTACGTCCAGTTGCGTAAGAGAGAACTCGAAACGGTAAGTTTCGTTTTCAGTTACGACGAGAACTTGGCGAATGCGTCGTTTTGATTCAGTAGTACGGATGTTTTGAAGCATTCAATGCCGTCTTCTTCATGTATTGTTTAGCAAGAGCTGCGATGGAAGGTTCTGCTCGAGAAGTAGGAAAGTATCCAAGGCATCTAGGACTGTAACTTTGCTTCCAAGTTTGTTGTAAAAGGCCAGCAAATTCAAGACCGATATTTCCACCGCAAGGACACCGTTTTTAGGCAATTTGTCCAAGTTTTGAATACCAGTCGAGTCAAAGACATTCTTACTTGTAGCAAGTCAGGGATTGGCAAGATGTTTGAAACAGCACCAGTGTTGATAACGATAGTTTCAGCAGTCAATTCTTGTTTTTCATCACCAGCTTGGTTTCATTGACTTTGTTTGAAAGAGTGAGCTTCCGCATCAAGATATCCACACCTGTACTCGCAACAGTAGCATAGTTTTTACCATTGAGGCGGCTAGTGATAGTATTTTGGTATAATCACTTCTTCAAAGACGTCTTTCTCAGCAGCAACTAGCAGGTTTAGTTGGGATACATCCGATGTTGATACAAGTTCCGCCATTACAGCAGCTTTGCTACGTTTGAGGGCAACTTTTTGCCGGCTGAGAAGCTAATTTACCAGCTAGTGTTTTCCCAGCTTTACCAAATCCAATAACGATTAAATCATATCGTTAACATTTATAGTCCTCTATTCGTTTTCATTCTATAGAAAACACTTTTGCGCAAATCTGCTACGGAAATGATTTCCGGTCAAAAGGTCTATCAAGCATAATTCTAGTTCAATAGATAATAAATCGTTTACATGATTTTCTAATGGATTCTACTATCTTTGCCTCACTCTTGTGTTATGCTAGATAGGTTGCAAAGAACTAGTACTTTTCTTTCGTGGAAAAGAAGCAACACGGTATCTCATTTTTAGATGAAGATACGTCATGAAAAAAGTATATACTACGCGCTATAGGATGAAAGCCGCACCATCTTTAGAAAGAAGAATAGCATTGAAATTTAATGAATTTAACTTGTCATGTAGTGCTAGCAGAGATTGAAAAAGCTGGATTTGTAGAAGCCAGTCCCATCCAAGAACAGACTATTCCATTGGCTCTCGAAGGAAAGACGTTATCGGTCAAGCTCAGACTGGTACAGGAAAAACTGCAGCCTTTGGCTTGCCAACCCAAAAATCCGTACAGAAGAAGCGACCATCAAGCCTTGGTCATCGCTCCAACTCGTGAACTCGCTGTCCAAAGTCAAGAGGAACTGTTCCTTTTGGTCGTAGTAAAGGAGTGAGGTTCGTTCAGTTTACGGTGGTTCAAGTATTGAGAAACAAATCAAGGCCTTAAATCGGGTGCCCACATCGTGGTCGGAACACCAGGCCGTCTCTTGGACTTGATTAAACGCAAAACCTTGAAATTACAAGACATTGAAACTCTTATCCTTGACGAAGCGGATGAAATGCTCAACATGGAGCTTTGTGAAGACATCGAAGCCATTATCTCTCGTGTTCCTGCAAATCGTCAAACCTTGCTCTTTTCAGCAACCATGCCAGATGCTATTAAACGTATCGGTGTTAGTTTTATGAAAGACCCTGAACATGTCAAGATTGCTGCCAAGGAATTGACAACAATTTGGTGGACCAGTACTATATCCGTGTCAAGGAACAGAAAAATTTGACACCATGACCCGTCTCATGGATGTTGAATAACCTGAATTGTCCATTGTATTCGGTCGTACCAAACGCCGTGTGGATGAATTGACTCGTGGACTTAAAATCCGTGGTTTCCGTGCAGAAGGCATTCGCCAATTTGATTTGGACCAAAATAAACGTCTTCGTGTCCTTCGTGATTTTAAAAACGGCAATCTCGATGTTCTAGTTGCAACAGACGTAGCAACAAGTGGTTTGGATATTTCAGGGGTGACCCATGTATATAACTACGACATTCCTCAAGATCTGAAAGCTACTTCACCGTATCGGTCGTACAGGTGCTGGTAAGTCAGGTCAGTCTATTACTTTCGTAGCGCCAAATGAAATGGGCTATCTCCAAAATCATCGAAAGCCTTAGAAACGGATGAAAGGACTCAAAACCTGCTAGTTCAGACGAAGCCTTCCAAGCTAAAGCAAGTGACTGGCGCTCAAGAAAATCGAACGTGGTTCGCGGACGAAATATTCGTGGGGAAACTTTGAGAAATTTACTAAAGATGCTCGTAAGTTGGCTGCTGAATTTGGTCAGAAGAATTGGCTATGTATCTTGAGTCTGACTGTCCAAGATCACAAACAGCCTTCCAGAAGTGGAGATTGCGCGTGAAAAAGCCACTACCATTTAAACCATCGGAGTAATGGCTTCGGTGGCAAAACTAAGGGAGGTCGTGGAGGCCGTCGTGGGGACGACCGTCGAGACCGTGATCGCCGTGGCAATGGTCGCCGTGATGATTTCAAGAAAGGCGGTCATGGGAACGATCGTTTTGATAAAGATAGACGTTACCGTAATAAAGACAATAAAAAAACCTCGCAACACTTCAAGTGAAAGAAAACAGGCTTTGTTATTCGTAACAAGGCGATAAATAAGAAAAAGGCGGTTCAAAATGAATCGCTTTTATATATAAGGAGACCGATGACAAAGAAGATGTATAAAAAGTAAAGGAAAGGTGAGATGGGAAGGGGAACTTTAATCCATCTTCTTATAATATTATTATATAAAAATCAAACAGGATGTCAATAAAAAATTGCTATTTTTATAAAATATTTTTTGCTTTTAAAATTACAGTTCAATAAGCAATTTTCAGATAATTATTGAAATAAAGACTTTTCTATGTTATAATGGAAGCGATTATGCGAGGTAAAAATGGCACATTTATTAGAAAAAACAAGAAAAATTACATCAATTTTAAAACGCTCAGAAGAGCAAATGCAGGATGAACTTCCATACAATGCCATTACACGTCAACTAGCAGACATTATTGATTGCAATGCCGTTGTCAATAGCAAGGTCATCTCTTGAGCTGCACATGCGCTATAAAACTAATACAGACCGTGTAGAGCAGTTTTCCAAAACCAAGACGTTCCCAGATGACTATGTACAAGGGGCAAACATGATCTAATGATACAGAAGCCAATCTTCCTGTTGAACATGATTTGACCATTTTTCCGGCCGTGCGGATTTTCCAGATGGTTTGACAACCATTGCTCCCATTCGCCATCAGGGATTCGCCTGGTTCCTTGATTATTGGCGCAATGATAAAATTTGAAGATGAGGATTTGATTCTTGTTGAGATTGCGAGCACAGTTGTCAAAATTCAACGAACTTCCAACGCAGAAAAGAAGATGAAAAATATCCGTCGTCACGGCTGTAACTATGTGATCAATACCCTTTCCTACTCAGAACTTCGTGCTGTTTCAGCTATTTTATCTGAGCTAAATGGAAATGAAGGACAATTGACCATCTGTTGCAGACCGTATCGGTATCACGCTCAGTGATCGTCAATGCTCTCAGCAAGCTAGAGTCGGCGGTGTGAAAGCCGTTCACTGAATGAAGGGAACATATCTCAAGACATGGTGCAGATATCTTTGAGGAAGTGAAAAAAGAAGGGACTATAATGACAAAGGCTTTAATCTCAGTGTTATACAGAGGATTTTTGTAGCAGATCAGGGGGAAATTGACAGCGGTGCTCTATAAACCATATCAGAAGGCGATTGCTCAGGTGACCAGACTGGCTTTTGATCGTGGGGGAATATGTTTTCTTCTGTTGATGCTCATGAAGAGAAGGATACATTCCACACCAGAAAGTAAGCTCTTTCACCGCACAACATCATCGGAACTAGTGGTCGCAACTTGTATGGAGAACAGCAGATTTTTACCAAGCCCATGCTTCTGATAGTCGTGTCTTTTGGATGGACAAGCGTCACTATTTCAGCATTTTCAGGAACGGACCTCGATATTCGTTTGCGAGAACGGCGTAAGAGTTGATACAGTCATCTTAACGGGTGTTTTGACAGATGACTGTGTTCTCCATACGGCTATTGATGCTTATAATTTAGGTTATCAAATCAGGGGTTGTCAAACCTGCGGTTGCTTCTATCTGACCGAAAATCATCAGTTGCTCTTGGACATTTTTAAGAACCTCTGGGAGCAAAAATTACTGGATGAAAATCTTGATGAAATTAAAGAATGATTCCCTTGGAAAAATGAAAAAATCTGAAAAAGTGTTGACAAAGATTTTGAAGAGTTGATATACTAGTAAAGTAATCGACGCGGGGATGGCGGAATTGGCAGACGCGCAGGACTAAGAGATCCTGTGACCGCTTTAGGTCGTGAGGGTTCAAGAATCCCTCTCTCCGCATAGGATAAGAGTTAGCTTTGGCTAGCTCTTTTGTTTTCAAAGAGGCTAGAGCTACAGTTCGACTATCGGAAGAGCAGCATCAAGAACTATCATTTATGGCATGGAGTCGATTTTTGATTGGTAAAACGTGTTCTATATGAAGAAAAGTTGGCGCTTGCTAGCTTTCTTTATTTTTCAAAAAAATAAATCGAAAAATTTTTTCGATTTCATAAACATTTCATATTTGGATTTTATATCAGTCTTACAAATATGGAATGTTAATCAAAGAGCTTGGAGCTTATGTCAGCAGAAAACGACTTGAAACATTTTTATTTTCTGATTTTATTTGTCCTTTTAGCAGAATTTCCCAGCCTGTTTTGACGCTGATGAAGTCCAACAAAACAGTAGAAAGCAATCTTTACAAATCACTCAATACTTCTTTTTCTATCAAAAGATAGAAAATGGACAGACTTCAAGTTGTCAGACCTAGCATCCGTGAGCAAGATTAAGGGACTGATAAATGTCTCTCCTGAACTCGAAACGGTCGCAAAACTGAAAGACAAGGAAACAGTGAGTGGTGAGCAGGAAGCGTTGGACAGTGATGATTTGTCAACTGCGGACAAGAACTTGGTTAGCTTAACGGCTCTTGAGGATTCATCCAAGGATGTTACCTTTACCAGTTCGGCTTTCAATCTAAAGAAGGGCGACACCTTCAAAAGGAGATTCAGAAGAATACTCATCCACGAGTTGGCTAAGAAGAACGGTCTTTCGCTTCGCTGACAAGATTCGCGCGGATGCTGGTCAGTCCGAAGCTGGAAGGGGCAAACAGTTGATTTTGAAATTTGTCGGCATCTTTCTGGTAAAAAACAAGAGAAATTCACGGAAGCGTCTTCTGACTTCCAGTGAAAACCAGGTCTTTACGGACTATGACAGCAGCCAAACCCTTCTGAAATAGTGAACCGCAGGTCAATGCAGCGCGCTTCTAGTAGAAAATCTAAGGAAATGGACGGACTCATGAAGCAGGTGGAAAACTTGGCTTTGGAAAGTCAAGGCTACCAAATCCCGAGAAGGAAAACAAGGCCTTTGAACAAAATCAAAGACTCAGTTGCAACCTTCAAACCTATATTTCAACTTTATGGGATGATAGCTGGAACCAGAACTGATTTTGGTGTGTCTCTCTGGTTGAGAGAAAGGGTCTACGAAGTGAGGTTATTTTGGCACTTGGAAAAAGCAAGATTTCGATCTTCCTACAATTCTGTTTAGAATTAGTGTTGGTATCTCTTGGAGCTTTGCTTCCATCCTTTATCGCTGGAAATGCCATCATCTATCTACTCCCATACTTGTAGTGGAGACCAGGCAACCTTACAGGACACGCTGGCCAAAGCAAGTGGTCTATCGAAACCAGTCTCCTATCCTTTGCAGAATCCTATGTCTTTCTGCTCCTGATTGGTTACTTAGCAGTAGCCCTTTGTTTCGTATTTCTATTTAGAAAATCATGAAAATTTTATCATCTAGTTAGAAGGAGAAATCATGACTTTATTACAATTGCAAGATGTTACCTACCGTTATAAAATAGGCAGTTTTATATCAGATCAAGTATAATTTTGAACCTGGAAAATTTTATAGTATCATTGGTGAGTCAGGAGCAGGAAAATCCACTCTCTTGTCCCTACTGGCTGGTCTAGATAGCCCTGTTGAAGAGTTCTATCCTTTCCAAGGAGGGACATTCGGAACTGGGGATACTCTTACCATCGTATGCACCATATTTCCTGGTCTTTCAAAATTATAACTTGATAGATTATCTTTCTCCGCTGGAAAATATCCGCTTGGTCAAAACAAAAAGGCAAGCAAGGATACGCTTCTTGAGCTTGGTTTGGATGAAAGTCAGATCCAAAGCGGAATGTTCTCCAGTTATCAGGTGGTCAACAACAACGTGTGGCTATCAATAATAGTCTGGTATCAGAAGCTCCAGTTATTCTAGCTGATGAGCCAACAGGAAATCTGGACCCTAAAACTGCTGGAGATATTATCGAACTGCTTTCAAATCACTTGCCGAGAAAACAGGTAAATGTGTGATCGTCGTCACCCACAATCAAAGAAGTGAACACAAGCGTCAGATATTACACTTGAATTGAAGGATAAGCGGACTGAAACTCGCAATACTACAAAATAAGATGTTGTTTGAGTAAATTATTAAATCAAATCTGAAAGGGAACCTATGTTACACAACATTTGCCTATGTTACAAGGAAGTTTTCAAAATCGATTGTTATCTTCCTGATTATTCTCCCTCTTAATGACTTGAGTTTGGTCGGCTTGTCGATCAAGAGATACAACCAGGCTTCTCAGGAGACATTTAAAAAATATCACCAATAGTTTCTCATGCAAATCAATCGTCGCGATCGATAAAGGAACGCCGCGTGGTTCGTATCAAGGGTTGAGGATATCCAAAAAAATCACCGAAAACAAGGCCATCGAGTCTTATGTTAAACGGATCAATGCTATCGGAGATTTGAGCTGGATATGACCTCATCAAAACACCGAAACCAAGAAAAATCACTGCTGACCGTGCCAAGCGTTTTGGAAGTAGTTTGATGATTACAGGTGTCAATGACTCACTCCTAAAGAAGATAAGTTTGTCTCACCCGAAACCATATAAGCTGGTTGAGAGGTGAGCACCTAACCAACGACGACAAAGACAAGATCCTCATGCACAAGGACTTGGCAGCTAAACACGGCTGGAAAGTAGGTGATAAGGTCAAATTGGACTCCAATATCTACGATGCAGACAATGAAAAAGGTGCCAAGGAAACAGTCGAGGAAACAATCAAGGGACTCTTTGATGGTCACAATAAGTCGGCAGTAACCTACTCACAAGAGCTCTACGAAAACACAGCTATCGCAGACATTCACACTGCTGCAAACTTTTTATGGATACACAGAAGACAGCTATTTATGGGGACACCAGCCTTCTTTGTAACAGCAGACAAGAACTTGGATGACGTCATGAAAGGTTGAATGGTATAAGTGGTATCAACTGGAAAGAGCTACACACTTGTGAAGAGCTCCTCTAACTACCCAGCTCTAGAGCAATGCATCTCTGGTATGTACAAGATGGCCAATCTCCTCTTCTGGGGTAGCTTGAGCTTCTCAGTCCTTCTCCTTGCACTCTTGCTTAGTCTTTGGATCAACGCCCGTCGCAAGTGGGAATTCTCCTCTCTATCGGTCTCAAGCAGGCAAGTATCTTGGGACAATTCATCACCGAGAGTCTATCTGATTGCCATCCTGCTCTTGTTTCTGCTCTAGCCAACTATACAGCCCGTGCAATCGGAAATACTGTTCTTGCCAATGTCACTAGTGTTGCCAAGCAAGCCAGCAAGGCTGCTCAAGCCTCTAATCTTGGTGGTGGTGCAGAAGTAGATGGCTTTAGCAAGACCTTGTCGAATCTAGACATTTCCATTCAGACATCAGACTTTATCATCGTCTTCCTTGCCTTGGTTCTAGTCGTTCTTGTTATGGCGCTTGCTTCAAGCAATCTCATGAAAACAACCAAAAGAGCTCTTGCTCGATAGTGAATAAAAAACTTGCTACCTATTCTCCCTAAATGAGTATATTATATAGGTAGCATTTTTATCTATTTCATCAGAGCTCTTCCTATCAGGATGAAACAGAAAAATTTGAAAAAGCTTAAAGGAATGTGAAACGTTTTTTCTATGAAAATTTTGATGTAGAGGATGAAGAGATGATCCGTGAGGGGATTAGTGACTATTTGACAGATTGTGGCTATGAAACCATTGAGGCGGACGGTCAAGCTCTGGAAAAATTTTCCAGCTGTGAAGTTGCTCTAGTACTGCTTCAAAGACACATCCCAGATGCTGCAGCTTAATGGCCTAGAAGTCCCAGCTGAGATTCGTAAAACCAGTCAGGTCCCTGTCTTGATGCTAACCGCCTTTCAGGATGAAGAATACAAGATGAGTGCTTTTGCTTCTCTGGCAGATGGTTATCTGGAAAACCCTTCTCTCTCTCCCTTTTAAAAGTGAGGGTGGATGCAATTTTCAAGCGCTACTACGATACGGGACGAGTCTTCTCCTATAAAAGGACCAAGATTGACTTTGAAAGCTATAGTGCAAGTCTAGCGGGTCAAGAAGTGGCTATTAATGCTAAGGAGTTGGGAAATTTTTGGACTATCTGGTAAAAAAATGAAGGAAGGAGACCTTGACTCGATCTCAGATTATCGATGCTGTCTGGAAGGTGACAGATGAGGTGCCTTTTTGACCGTGTTATTGATGTTTATATCAAGAAACTGCGGAAAAAGCTAGACTTGAATTACATCCTCACTATTGCGCAATGTTGGTTATAAATTGGAGCAGAAAATGAAGACGAACAGGTTTATTTACAAAGAGAAGATATTTATCTATGCCTTCTCGATTTTTAGTGTTCTGGTCGTCTGTGCTTCATTTGGCCATTTATTTTCTCTTTCCTCTACTTATCTGAGCCATCGTCGAAACCATTGGTCAGAGAAAGCGACAGCTATTTCCCAGTCCTAGAGGAAAGGATAGGCAAACTATCGAACAAGTGTTAGACTTGTATTCCCAGACTAGTGATATCAAGGGAGCCGTCCAAAGGAGAGATGACCGGGGACAAGTTAGAAGTCAAGGACAACCTTCCTCTGGACACAGACCGCCAGACCACCTCTCTCTTTATCGAGGAGCGTGATGTGAAAACGCAAGATGGTAGCACCATGACTCTTCAATTTCTAGCTTCCATGGACTTGCAAAAGGAAGCAGAGCAGATTAGTCTCAATTTCTTCCCTATACCTTGTTGGCGTCGTTTCCCGATTTCCTCTTGGTGACCTACATCTACGCTCGGACTATTGTTGCCCGATTTTTGGAAATCAAGCGGGTGACCAGAATGATGGGGCTTAGATGCTCAAGTGCGATTGCGCGTGGATTCAGGATGAAATTGGTGATCTCAAGGAACAAATCAATAACCTCTACCAGCACCTTTTGACTGTTATTGCAGACTTGCATGAGAAGAATGAAGCTATTCTCCGAAGCTTGAAAGATGAAGGTCGAATTCCTACGGGGGCCTCTCATGAATTGAAAACACCTCTGGCTAGTTTGAAGATCCTAATCGAAAATATGAAAGAGAATATCGGTCGCTACAAGGATAGAGACCACTATCTGGGAGTGGCCTTGAGTTGTGGATGACCTCCAGTCGCACGTTCTCCAATACTTTCCTCTCTCTTCTGTGCAGGAATTGCGAGAGGAGGAGAACATTGACCTAGTCCAGATGACACAAAGTCTAGTCAAGGATTATTTGCTCGCCAAGGAGAAAGAACTTCAGATTGACAATAGTTTGACCCATCAGCAGGCTTACATAAACCCATCTGTGATGAAGTTGATCTATCCGAATCTCATCAGTAATGCTATCAAGCACTCCACTCCAGGCGGCGAAGAGAAGGAGAGAACTCTTTATCGAGAATAGTAGTCACAGCAGAAGAACAAGAAAAACTATCCCAGTCTTTCTGGCAATGCTAGTCGCAAGGCCAAGGGTTCGAGGGATGGGGATCTTTGTGGTCAAAAGTTTATTAGAACATGAGAAATTACCTTATCATTTTGAGATGCAAGATGATCGCTTATTTTCATACGTTATCCTAAAGTCGTGCAAGACTAAGGAAAGAAAGGGTTTATTGGGCTGAAGAATTCAATCTAAAGTGAAACTGGCACGGTAAAAAGTGATAAAATGAACAATGTAAATGGGATGTCCCAAAAAATATATAGGAGGCCTGACAAATGGCGTGATTTCAGCAGAAAATTTGTCCAAGCAGCTCGTGACAACGGTTATGCAGTTGGTGGTTTAACACAAACAACCTTGTGGACTCAAGCTATCTTACTGGCAAGCTAAAAAAAGCTCCAGTTTTGATCCAAACTTCAATGGGTGCTGCTAAATACGTAGGTGGTTACAAGGATTGCTCGCAATAACCTTGTTGAATCAATGGGTATCGCTGTATGGTAGCTATCCACCTTGACCACGGTCACTACGAAGATGCACTTCTTGAGTGTATTCCAAGTTGGTTATACTTCAGTTATGTTTGACGGTTCACCTTCCCAGTTGAAGAAAACCTTGAAAAAGCTCGTAAAGTTGTAGAGTTGCTCACGCAAATGGTGTATCAGTAAAGCTGAAGTTGGAACTATCGGTGGTGAAGAAGACGGAATCATCGGTGATGGTGAATTGGCTCCAATCGAAGATGCTAAAGCAATGGTTGCAACTGGTATTGACTTCTTGGCAGCTGGTATCGGTAACATCGGTGCATACCCTGCAAACTGGAAAGGTCTTCACCTTTGACCACTTGCAAAAATTGACTGAAGCTGTACCAGGATTCCCAATCGTATTGCACGGTGGTTCAGGTATTCTGATGATCAAATCCAAGCAGCTATCAAACTTGGTGTTGCGAAAGTTAACGTTAACACTGAATGCCAAATCGCATTCGCTAGCACTAACTCGTAAATTTGCTCGTGACTACGAAGCAAGCAAGCAAGGCGACAGAAGAAACTCTTCGACCCACGTAAATTCTTGGCTGACGGTGTAATAAAGCTATCCAAGCATCAGTTGAGAGAACATTATCGACGTATTCGGTTCAGAAAGGTAAAAACAATCTGAACAATACAAATCATAAACCTGCCCATGAGGTGGGTTTTTTGTGTGGTGGAAATAAATTATTTTCAAGTTTAGGAGGTGGAATTTAATTTGATTCTAAGAAATTTTTTAATTATGAATAAAATATCAGGCTTTCAAAGGGAGGAGAGTCATGAGTTCAGCGGATTTTATCTTTTTTAGATGGTTATAGAAAATAAGATTTGATATCCAAGCATTTTGTGCTAGCTGAGAGATAAATTATTCAGGTGTGATTATAAGGAAAGAAAACGATCATGAAAAAGCCTATCGTCTTTTATGGGATTACCAAAGTCCCGAGGTCTCAGTTGAGGGTGCTTTGAATCGAAAAATGATGTCTTCAGTTATAAACTACTTTGATTCAAAAAATCGGTTACAAGATTATACCGCCTATATCCTCTGGCTTCGGGAATGGTTCCATCAGATCAGAAGGGTTCTCTTTTGTGATGAGGAGCTACACAAAGATATTTCCTCTTTCTCACGACATATCTACAAGGAGATTGAAATGAGCTCATAATGAAGAATAAAAAGTGAATCGAATAGATTCATTATTGAATTTCAAAGTATCAGAAGGAATCATTTGAGGCGACAAAGGTCACCTTTTTGTGTACTGTTGAAGTTGATTAAAGATAGTGAAATTTTTATCGTATATGTATAACAATGTTGCATCGTATTGGAAAGGTTTTATTGTATAATATTAATTAACAATAAAATTTAGTACATCAAAAATTACTAGAGATGTGGGATGTGAGGTTTAAGATGAGAAAGCAGGACAATTTGATTGGGTAGATTTTTTATAAAGAATTTGCGTTTAAACTTGTGAGCTATAAAGAGAGAAAGGGCAAACTCATTCAAAAGGTTAAGGCAATTTGTCAAATGACGGGCATTTCAATGTAACCTTGGACAAGGACAACAATATCATGGATATTGACCCTTTTACAATTTTTGGTCTATTCAATAAAAGAGAGATTTGAAAGATGAAATCAGTTAGAAATTTTGACTGCTATTGCAGAATTATTTGAATTATCTTGATGTTCCAACTTCATTCGACAGTATTCCCGTTCTCTCAATAAACAGAATGCGACCTATTATCTTTTATACAGATGGGGGTTAGTGATATTGATGATTTGTGAGACTTTTTGTAGCGGCATTATTATTCCGAAGATTCATCATCTGAAAATAAAGGAGAATTTCTCTCAGGCTATTTGGTAAAGTCATCAATAGAAAAAACAATGGAATGCTGCTAAAGTTACGATGGGTTTATATTGGATTGCCCCAAATTCATTTTGAATCTAGATAGTCGAAATAGATGGTATATTTACAGATCCCGATACCTCTAGAATTAGTCCATAAACTCCCAAGGTGAATTCAGAAAGTTTCAGCATCAGACTATTTTTCTATTGTTGACTCACTTAAAAAACTTTAGATAGTCCACAATCTGAATTGAAAAACTTCCAAGGAATTGTCTTTTGAAGCTTGGAAGTATTCACCAGTGGTGAATAAAGAAGAACAAGCGAAAAAGGAAGTTAGTGAGAGTTCAGCACCACCACATACAATCTAGCATCCGGAAGACACAAAAGAATTTGAAAAGGAGATACTAGCTACGCTAGAGAAGATTTTCTAAAAAGAAGTTTTGTATCAGCAGAGGATTATGATCGATTGGCAACGATTCTTCGCCTTAAGAAGAACATCATATTGGAGGGCTCGGAGTGTTGGAAAAACATTTACTGCTGATCGACTAGCTTACTCACTGATGGGTGAAAAAGCGATCGATAGGGTAAAGATGGTTCAGTTTCATAAGTTACTCATTACGAAGACTTTATTATGGGATTTAGACCTTCTAGCAATACGTAA + &%$++,.3..7:88:9;*:877=8E@AC9@BEE=<);:?CA>A;>BA<65:=A;=>===?=AACBBBAB9:-64/57-B<4<35503*&*$.,-.6015:879<><.56('$%19$5>AB:+):325B?=5+(+)+2////0>@@86228-+9>>>=><>=;2426326>;;9?:.)(%%'%&&&'.+46=?>EI@HEAFDDB>BB@;@976>?D90'')/<>@2.2;?9=@>B?;46*,--68;<>87147%&47798659)/1125@>>8(6;=%628::2;;9:7856:;BB@-)*//38>=73)0+-4<:%%'$'*668>>::??>>@97:<77::A><<>@:856,-.296:C??81++'$%#%'+$%$((()+*')*)'''()*+,,-,*)234515<92.'&-$$$,2)9A>7767AF?=9::55:76+5758@8@>>?92'(()24371*::8647@F?=C?;<<:99:89<:86:8<>==<;;=?>?428696DF@,+31/1+)##%(&$%'76;/(5&9A<70$%3/03(389;8121*&,94()-,177<502-*)/624+,624.&:;;9::@C>77G>@GCB@A?@BAB+>=><<3=;94,.),.)-,..21*(0*4481'++15;<>=*5568:;<<;;=>?;:2<@;:><<<3489;B@=)32394-011.-.*(%')*,+..3663,*&$&&%$'$$%&%'$####%***+0698867<>?&79;BBCDC>@@B9<<9=@24020/1($%&(&%),,-804@A@@JEA4.0:B<=F=HA>422124;?9;<;;A8;@;72368<>@@><<=CB@+B;;@25.6769756::679750899985265175&213??>-854-,0;28:,)@@<>;BA<;>A@=89-1)<=?@:BB<<:A:::;=<:-1802+,0066)66?7=C@?A>;8=>;1'*02*79>?@ACD?.<:9>>=67::8.0'&/>;6)+,50'%%%$,+.1/..%/+$%(&.;>=<;554172.21*.7<88;;??;@;@?A'??=,&+686990/,.8<7*4;AB:HH@ABB@=G<5@A<9<@1+/B>A>=65;.889'104<13410153378;<;<9+++**-)),)'%&1=>>@>><=<9:;44779;85668=>@><<.BCB?;;?BDI@25;>7=>>C?79;@<<@@??896+0,'%$+-('0122&&6789@'444BABD@=?<6:=D??@@:-/88>5;;39;>>C<;6117;13310;6,./541:7><=3<=;62:5---&'/40')4<355683456.&7857(9889-0(-458;:BAHE@<>=8:)5:51182362,+,7776553(2340.)0/.1,*,2241);2041.1-833CC96&57665557;;;6+**%$%'#&(2354555944@:76542-'*/3564+?788+('652563+.*#)&#'))///09773(<(:989==?@DC86601;<=>;;<=>78015423=>ABCCDAA@ACFF<><;::6698;?:><9%%%&(%/11/)&%+''(0.%,'.0.2182*-037:;<>=A<24050,,-5:;><:43779<1,,1-*2442-042101568639/4)$*31.%&.1+..2302./(1/4&(.0066<9>B@>=>?<;BGE'.69:9?739+8+.'4898:7669==:AA>88?@=D@HC68A8*+,-,/14,*:@<:421)*&**/6642>,:6<6-/::85(*(7666<>64459::?<4+-$##(+*.%$&&&77';C@<978:=?;AA=<31872*1+5'56>99E;C===81:90@<=>A@KI>ABH(&7)799><<;:-?=<;7;>8?C@A>>GDDGKJ<>;=ACBA<;<062:<9<>89<:??;@;A9DEKFBA>B7;;BDCDB>580,9<=C><;>99@99(&;>?@??><<8:=CC>BA+*))+661949;?74=BB(%%77980//0223838()%&((,)%'8689;>A9;?:0>>81(2&'120169;7-(7)(/;05&.,,,/2&&$+*$(4+4824868,:7+655=87:BA<490()++,,--:3143-0.4647:?:3'.3(58:>8;870/4;9(+4++0,+')(%&&/.1.%&&+344?=928+:;=D=KHGGFB=99(865&,,))6544DGB7**,57<>?;8><8&3.'9=??@?B@14?ABA;B:EIHCCE@9964/1(6:?@?@:ADC@D?JG><=>FEA=4/))+$&*/1&%')++65:@@B,;0974309:778@>;CFEADBBB;:9:<>>===0.-7;==F?ACABCCBBBA110-48ABB>,6@CHFBA?AIDAA3=.-1.#%$4251444;;=;4488:6448686'>=BFC?>?8===??B;=46::733003*166:;<%(9?:6667-53?DD94;@>3000.+*)*.)'**7-6)97020.$(40,,78:<>?;;=<>AFA><6@BE610'*%%%%''+'&...515.4-'%%&&&&'&%%((*%/&-...-'(.47801*#'49:>?=7?=B5;ACC@:8+),(,,+56657554ABECD>>>A5D&(=B88FA;>99+++458.,166889555554+4?;@>699:A@;169E@EGJKB8+7-32;;<=<=8,)++5.0')),<<:8=>=::DHDFFGECBD=?@?=>?;1-,/%&&'')*2+101697317'+4(67:9??CACCBB;7;;:<8-578,8945;677<:978<762))1*0*(+.5?>=7)*,79:979::E?;79@=;6<8@B=388<9645-/,*+,-2:A=<><>;7644432/1115.2:23<332+*(((046:@>.==7156-:56=>=@@..-//6<@@@A;:DCDFMOLH?AB?AEA?AA%(11101->:==7BDB>=:$93*55:;==><<89+/,-0598:<;@??BBD@@HFNNOOH::;0<<67800=''69;99;=411AA;BC?4/056:::*00000-&&$'1502/0020')0242:7@=7)'07653%/13>??@=?=<;@>8=8/61,'+*+366966:7<9.*50/@A))69;=37???;;;:6101+8;=9.=HGAEEFFBDED>@A;CB:.-/276&*00&&)-'%%%$&#$%'55%6679::::A?;9&)%2-$&+()&&'.&&'(.11239<731..&&'-200211:<767<=89345,.54<=>=;82-99<6$$$,&%&)13336/,9//=<<79,,10#&'23831179=@>02:CCA9=<==/-34132..198@GA<>AB?4BHD0>+>?538<<*6;:84<=>:;0-.77557/..378/,+($&.,.966036/2215A?@3&66:>4;(7;A@<81:@929>A7-*'7=;:0-0278<;8C>A>675'8@@D@;@>>=@?;<>?@AEC@?144658?B67;6/,%)&*,.,)&+*+''(&$#%#$%&),/122776,469/122,*,1:14;;=???BCDD=?>>-::6+01/6678;@EB?BEEJHHHFA0=;6816/57)%%*875(77872-'+'%%30<=61/./-)%(-,+,.7;@?BEF?:>>ACC8:?B<<=4<=::986&&55665;;5:5466680+,++69>B?BB>B?>@;;78@@86(:<;(677B9=B>=>>?:@A;*229?A0>9.'580.046521,+.)).,)%&&&0'.3=&5@;<<=:=-)%%8223:<18;A79;@@D=>>=<;154,636;<>=9>84=300012'&%-.%//*3323728:6&,(&&977;=>GC<6CCD5@==B1??@>ABDA@7797.56=CC?69>AD@IFD)6-)+523647;;BDB,9=E8*46764=:>?C@??;BCA>><8)*+99=AAC@>D99>??CCAAC?;998;<;:49<992'314235))'++-'-$%&&%&&'$%#&(*((((6(16286+.1/%%++0,><,;<<=7=?=>?B;CAB>?A@FC;77;==:/./111**7,*'&*3--,-*-128533106749=/(67849/;68:>A?>?><>'9=?>;DEG=B?@>79;:=78>>:784.**>@E>;<67=6:;?9;:1::>95-,'('113;51040,&''(-0(0*)&&///32289,,=>?=@31/$;889==;C?--$40*4448;3/247;;?><96'**%,)+4502,)3-18/@B?6@@B;>9>25;;>7/?=@6<>=@;:==:@@;?;56C@?@3*8867:<;3748/7=;;8?AA>?=<==8<;982;@>7694::,77820//+-)*----866=;:6((*<998621/03210/2/(%%##(++47827659++0-1/444@;<:5675FFJCCLLA=BHHE=;?;@(%112<2;:7+542:@C>>8?BHB?<=;&(<999<23553)3.71*,@ADE>1*@>B>:9>A5<>=;>?@678678=;/4%6..0,,(*--,-+)54741/77112+,.+--,.312'((+35569>1*>KFCA6('34:8;B@?<5510863222%-$%$**'/)*87&41==>:++9:00)7757=?CB8DB?7<99(:999?@=>=&&3+6&27<91./666=>8110*''&*//067875:;878:889)+(%%6445<912-.'0139?8>>;>?<>?59;>=7555-1'64-42,333//'(''$$/4,,796-%/+22./1.61*-+5=>6786463886779;:9;76898<:<96574988723%4&0/.1026:8666411&'&)%%,+5*5<=;1288+728698:<9=9855890,%14..008;=963'3?6;9E;=;:79=>=;9-21<<@B@>@?@D)B?7ACCB?@GFE<@BCAEFGD11C?>98598?BB?A<:EDFI>AA@@FH9C@A9=9AAB@=@CCEGE>><>;:.-,-.//%2%.--;0;@>;;;B?=AF@<;=0866>=347CDGJFJE60/7623///(/&'6)***(.''&($((&*'&&'/313$$21131%%+(+-03090.-,0.+023:@?:DA@311,7B9:EAB>>>>?=;<:9899//,(&(('))%(%))*+3577660:91/2,'&()%('$*.'*$'''$$*($%',*+.()****+**,/3.4/*,3232(+)323?@?<7;77:61177554(9*46223>766;42./,&'(('%%%276:5=;?ACH:52.;?ACE@CFBBEE>@<>FHGC:56''*)<=-,%%'(($$$+5()/4;)**67=>>;;9@;904<=CGEGIL+HF?87>'*66<><9=DHIICBB?4-1:==@@?>?7BDCAACCFJFCBA8C=A=<449@=;:BCBB135227551,745<3:;<<9211@@H>F@E@BHJHIGJKGH=EA@:,'(*;CDD>BDDAD?=<5+-)+9988;50)(53(7)';'&8899E8D8BCDBBBDEEDCDBD?0HD?A=IJ-)8=87==AAA:97:>99EB??>1:/5253*),)''#))*,+*)%&2.&4==,/@?4448,*:)&/8/;>;=;:3&&&.-:BB>AB=4@8:,;=>BCBIHF=:';786<4+%()--,,'%$'44810%258.'&&,,*)+%&489:84.)4('*+.+3788?AAEBFJ=0,32(&'+/36<;A=97*'$466;8:3*;9>GEA5@JIE5909:746+*.B;A@>HC?BC;=-4.-'**=B>ABCBCE549,0.-*-+())-*,-($$&%&,+*&'1.7:=A>?=>9>:.0-5&-:;;?>=AA:55+-&$%"$%%'156278?>;8/555898><;?6434=?715/>=>=?@<HE=8CCA=>=?>;<>=A86@;=>:6:944233376,***./+&#%&%)&$$5=<84>CDCB;=A?,*:;@DA?:(/623&3&4:8*&$'40++(&'&%'08487><778=;=:+:+8/884-(+%&$%$$%'%&(%'-,01(&'&(-8;<979976;;<=;959-+,**2-+367?A::.:DED@BC5*'..07:7699=?5(2>>93569:<;?DGGD=<<811-.9=?G?;>DADIH?8@>3$'372,-64-)672))2/.*-762.-*+333(,31112&&&<(:::A6-46/.++)-*'24'%%$)1('223-/14<9;:=A==...9+4,-,,&&.&&&02343221//+''769CA@@A@A@<5@;>=:==;:+6;8002+)3557:;?@;95356654,())//,*'+,'(...1/:??:7;>B'%$9:=<98110/+$.24=;.8<511@B@:46=B@804:88>>@GHEBDBCEEE8@>8?..39<=CC<076/'%49:=AB=A?>6//1%()440-.5569;A@9;689;75)&,18;>=57=A=<=@@BB?233%&&&&2-0112764;54*'((&(22457B;=932,+.18773;=<92(****,1..477769A@D<@9>>@@@<=A=>?58226;>A@><>?/=>99B<2892-,+()*+,/./89;872D?43)7<7=::<=<===;EGGI=D@FE>?=856/+04596660%)--/---+)12658=CIFDEF@?@+);>@@777-;>;>A@@;(**<511>=?;452'%)*1002*+,020+026-,0*<,/=2732332&*+-.12/,,,9976;87;>522;=:++657-%%&.000/$#(/42+))82456895888861/+&&$%+$2.>=*<5896=?6(-%&/(47;9+,.))*+//-18:=7=;<<=9A?FFGJJ@@EB>:;2?;;<-088633?68998,<<-/9;)8=<>=>@892(@A,?;8@9:>;<55>>?<99;7>?6>?4191288?>).A?B?875:2:3=C>CDIJ>9:E@CCCB@D84A=5265573466:?<86@=B?:ACA@A;759%%4494/-28DEAAA@0==:;941//'*5567;983///.'*&/0(&0**&'--55847=;74;46.*.7849:@=&3>AA?@@:>?989:9::7**''1'8:>?669856(15799CB?DAGB@3&.(266854525768:@8=?DC348%%+&%%'-,.-.'+;?7:;C:A??),:<;1<89<87:.4289;:926307775:53)3'1322058:<37'*0-6;:>???=:89443297;>;89<16AE??8C?@=<+6>;>@C1$+ABD=;;:?@AC>8C=AB?8<9:6457=477;=<542)+&'+**)56;9<?;;=9.0%'9<6&77(779<=>?<7::598:@AD@AH@BB>=?AAA5DD@D?AA;CAA??/-<751/0&(''+),*,)&#%%'--./0.07ED76343(&&042189789898:7523*(22->;9477-;3/0052=22?:11>=9:<353369=6343*-,(3127<<8+420,89768977;=<@HE@A<-.74A?A=<)>ABB??CC=;52$(-56*,9:=;)7<<@A>;85&-:>?A>@78355/3?97854357??CDE8+0<@:<;:78?:>B?;*:;:+//0.42&+''/.008091>@>A:9;;1.34.')&%$&+374&48801585>>BD74:6:;;1:4=554689?79;?=EEEA<2983/95451%/(0..006:;:;=?;49<75353+))),,/)-,,+,157966,;;?8;9971**-45,.448>>:<:>@C=5:>=?;::31123155567$&1123//,%)24441457'%&&2,/(*'%&%2.2170/-.3322/&$-024;6A::AA=:9:CA@<>?><:7BCB.11997=C=*.35.6>8@A::7CD6<;=7450/&1;@@?B;1+1+66()567<=;>@>?@7<5656=AFC4:;:82365037;:@AAGD;4&'%/43354626887;24?=2/4B>472)$$$-)2133-8985/0464=8;<><=.-*)39??770(((&5551///75:44-5?;=9=:1///.),08=<346=:6GB;(9$2ABB;=86;@;9<<<:79502-?8>B>8000.*+%%&224984231&(/337=:*89<8<899B9A9:52GGCDFGE@@BAB68=@>9*',%%2./86/7<:?@BC<=D?<-0;-*@@B68<=@=FB=611)''/&&($-160((-.70,=B>@<<87;AB<8.++&&+''7,-02,811)4466B@F@@1.47<=99>=1/(-=>;=7;;988:300;6,033(02289#&4545?+56-+&467=>?;8===@>368647:;@;;CED@<(****,..0>>@96:87*3546=67:8=84108:>0336:890-..00,99:,69:5.24889423424*(%%',*&&$#%&%%$$&%&$%%%'')%$$$$32&'8'*2296=BDC?711(46544/$/)),//%$#02;<<6;=@?=8;76'2'$%**)973398:9+(12/:<<;B<67,,;:;=AAA@32+-;7IBABA?DA6<87:>@B?9(%/-0..*-)5*$$**-))-12&%-4<>=>>;//15B>6>;//::+)49899?BI;?:9?777357C@HE:@@A=;<8@:3IECE?@?57/3469=>9;2;0//++-+&%'''1120020<>:665447668::;::>@;1)6/4:9**+%%%*,(((2124:43/,06*53&117988<<-78?,0441/-/*.0,.--+05122(%%$$%,')$*3596:3;31.,1:6/,>?=9:;;:4797688/,,,.$&)''6267<<7;=6;3..*)*(%+&%&%$&(29222214..0521-.341699@9?@8:7)):9934B??@9222;;<:./$%%$&*,,,-11;<>=1..,.000/0000/0)+((*0002334447768?;>;>DC?:==6628@88A;:12.$$$$'*++%&#''')))-57760/9004.&&&*),0069821()&4&..)076<==69<<@CCDG>FEC>>@?863330-21134/-('$####&1399957685:=??;7;:73/,--'%'//21//?;=78///32,,8@B>>98=;233482223+366:79>@:DDE;528)(-(3649,,(7+78:<9:92444;;:=>;<886;FH9;<@?878<;=+4;69CB)')$&+*'($#$$./2:53.,,--6/578:=<:>?85;::5?A=>AG:8:<-:257&7?A8=B4/77/%,5;.<*35455)4/2%%%0%%%%%03%6%%3$+,-03-077$&,40/0&'&$)(/<=?>=9468:DB>;;:?<6686A;535??EEB?BBCCHCFG6BADB@?=//0011:>=AB>6681493?7=>=;=222--223+3552346-+/,0/000$+$,&2/12;;?:///110'(''''('*83/&&,6654?=;@E?-80.-,2;88:=;<;853478>>7?4889*''&597=ED<=>4;=C>A@A@0<::)8=??>??5),'+?>@CC>A@B>>=89:;3/--)188=?=06;=03=?:+98>889:=><;7668=998EH>?8;8++-+-$#$'%&-11+2577303+'.)77:89;<>==?9;73340(($&'%*08:=@A5=<;<::35=BCGHOC@BE>=>DC86=.:=@ACB?=E??<@@@A?;;9,,*$#(),56443=)3479=44>95393+)1<9533443$(*-(-)((+<;>>=34)#%/16-/8-2444/1242@=>;>A>===AC:24378887;;1:<;'..6677312A069.4':=B>=77=:8;<<53;<87=>?<986)363)6332(.,+2/./53*489>=9<=+:B>=?>@><ACC>9358=C@2;<;;=<:99:64(2.3)(1/2357:<98444/+);;<99;:52975)662><>=<)4+,:;97;<=:;:978=;42;;'<>@<2?38;*6:<<<<;8:8.3+1%(&#$(+-+$#'(34-97<839:232478899<6563.6186524--01242+)1+-:9:;<=:31*7?:;@A48;:1139=@A?=B?;:4.=1668:=@>>A@BD;ABFFAEB=..'%%''$-+18:;79AA;><;:245>>>@@>35<>@EE5A:BD?<@;BCA<593:24>://,55;88631:89:::33.,--,*'&%'$$%$,&%%&*+,,)3761512:8277;;2655454**,/2-;.;<;:611+2($$$##+)*><<=?>87<5:9<>@@<;7?644(5%,+0&%$&675*)/-../23412899=;5678544;:;<6,6.-1%-6->=?DF?=2248<::IGAB@>556==>@CFBG;8:7B???B::->@=<;=90EB8C;;8;><=>8:=;>BB=45=?<=94557:49995,4++,10+-012334?B=5=;=>;;136<;;9200'%&$$'(%(&57:;<=?A?AEE83=<649999=:@@4<=71664(*8877646'4677)22568(+72213.+$$)$&(%03;;<-;<::9:200&411,432998<3/88:;=;?96651+)*10(3478975544//.34+216=<9;<<@@?/113//--.(''%($+%(-)23.//234(776...('()()($$).125:=A<=;=>8:32210&4&7;399;:2%--*&(*%&&&-,.688)1/7<;5-023232%&&)1(+761-(%(//-44;4272'%%2;33?B;6*%464458)26:;<6:;;C<:42631@A:)%BA:A?>??@@-1789:74'1&()100765()**,341(6122<7==<:;>.76>?:0-.3,13//4:56,9*=15=980%+,/7:7:;<015+1*%/1--0<;>@?B?@A<>JHG?698>@F?@7787:6(3:89:<=?0=5335;@><=?93@9?=<>:9))+0)'*9863115+-.)'(0)789?@B@@B<;9*87+7;;::9;6((&)+31'(084597*4.645-22/009=??5646459*65.-984=??@AB@EF?DB@>=;4=;==?;72(56<623??=8,++)*%/11459:=1.;;52'*+119???;<7>@:<;99',-/-()+,$)'-).'00792//2('%.2,,,,4677>?5<;8/%)*++.//0.3548<<89963',&(()&%++.31/4--89>>=E;@:8760'%,0,.&11114633,/3=?=3>;=CE>@EG?7;43944989AFFC7=@@><28::9;><58=@>4763.-6%'++-225845767473AA=.;7::563,$$-,18:9;=82169;:0+)202=@B>???C<:900446787353.0.,8C?A&)(,**=>>A@ACJJIG20/;39405..0--,+*---5=>46<<923520,'::82,+9;-/558:;5+,++*+237789DA?2*5439BC=;879-,-(%(-3-.1@DA@A42276-26511./&(,257788&%%%**355$026535+&.450-,0,,&((*-239??A<93:98/10877<9,(((022358><7$3010*++,--.,013788=::7;;@C?EH<>CN:4:*)(1>3'&'...0+68988920&%&2'/02364:<==FA@=114;A&2''*,++1867?A@6+.&(,023368;?DGGA5:?A:89.-*+---##%%&(08857;9725984.45$().000.%%%',2/4:<<88462,0&37*541>=2688;96(&&)6><:<<=+7.,998648-18(:;:98../.0/.-<<>=<@?>>=<:62;21..,+.*,)%$&))+1()$**2234*++-.00-++&''()-0419>;8:74')8875695:*%(-665660/342.')*)&-$,&$%$$%'&,,+-.&+2366<=A>:<=9<72/0/.,%$('(1*377AAA=;??A=:$('0/627.5,'$/10)/(&%%%%233124>?746>>?15444$)1(4+03*+'',-+14389520(%#')))**)(-))*(,-++,&%%#$()'100/0%$&).&(+'''&(**2/15::;;=<;91--7:7564..947563553167775766('&%'...-,:;83630-,+.9:9:9>=@BDHDAD1@.9::<===<<34(.+,677=40+*)-)../(-*-/066=<<>?;>?7363.04=>8?>AF=;9-99:;<=@>7681('+&%%#$&(*14221689=?2>4;;;:8971477777;96<<:7;;:45445654///%),--*,,').%(0'.3579&3254?@>15;11599?>?;B=6@BE:745&'(+(%()-.10/11('&-)***249:;ABA?>)-4139@=8789:799>A??<;;1&&-(57678%%4.696<<;;22+''&)+00(11)/&.8....05/599><9478(.%-$%*40%%%%%%%%5&&&&2/0;9;986853-*&%,$4(+,-40('%%&)'(&-''&(,'$$$-072+(*1*)*('*+((),)'&(%%%$(*-+&((,,559+/-.5=<2*(*9:=C>C?)68>A@>?HH@;>B?B568.*%%24888>@@?;+(7;<>4@CDF<<;:85:;=3324128'87088867567+321179860012'58>;;<>=8;91037<50//98,90,*+4664&,$$%,/03*-;9E@@98B96<;>@@?6../14-/0013560:=?C>DHAB9=?@-122,)&&3:5@<,>9;;7779>88<:>?A;8:??4:62075785;43935=A@@FGIED>98AB?929:@A>>B?BG?B@>553:-.121-),/%(++++-&#&&'.05011;70434656>@;49?;?5-43;><3789B?>99=:7487?5548-165+(&7/0.*)%$#(-0.//-4>>:=884//','(%&'%%$%%######$$%&$##))+++,$,*-/980'###&$%$''')--,($$&&&%%(++,/3501=DBA:5;?@<33)'/56786,97489)'=>@?<;;<;:?>=;262-%%955(A@@A:59742663-79:;>FGCBAFGAC+8:=847746;63@B??7532349;<0.8<77ADIHC>=<*3'''&+6<;<>A@B69;D>@E<46?IAA=E78:=<=:0/1.-31..-(&%$%&%$&'&%&&&2*+.;;;4),=8<69;:6699800+;>;..?=:058<8)((8510244+)**()(,%%$.22451*(%$&(123755@C77:6067612>@@2C12786702;11$$$$33377;:84677:4:BE?@A;019<=@A?;?<@A:==<>@;=>><78??DB=<>>:<=>3..*0-./+,/@<>F<>AG2(/9)667-''*),',+,&&&'($%311**.;<9;;<<;565)*7)*-1047.''267@76<>@=BB:>=<71'))49;=A?D@?=85:=;96=83<7:?<0/)6+.1583630%&&$$%(&(.-/)-*))''.&/*,229==4520*056;=???:<=:84278:89<>0>A;=8997:;989%1=2/5=688A=;@=8:<=>;<:<<:A=9@>>>=46:::;5*0.$3$)/10880913/0'(()*.02*899:9<:678:;65:0')')-/5,,778>57?B<7>>9:@A?IF->E>:<3:::@=@A?B@=;:<5-)-('*11106/1052427:9=16'566982>AIDB555>>ECEB?=;:9(&&(/66/+#$%'&$&$&&&34732<>??9>B=;==;><;4,,.'$98741-+/19:;<99;&>=?;;64&(////$&,&$&'((+<=81-+4.32:2-9<=B@AA;AA<=9=EA@9;8896655>79///$$$$&&&'12106;>1C@4DHB3651;A<8745<-%2329:74%%$--,&$&$$567=>9525;=@776<=89BB?@:697:=9<8**-41585;9>??==<,1,'*/8;>40;310/+*(&$&'+.05::8:9:3465;:97=.;::::4<6846566796;9@@CDA0875BCF?@77C641..9922675111979577<:85;>74/&,,%%7594::943-.198534656(DA@>=>B190-&)).35966/120.06:38>5-:8:;<<82321)&&'310.-%'117*87768@GB?5)))6:<==B*;9:7>65;=:3()0&&(573.(((0+&+0%%3;76;>,.774)';;4>AAA?=<:+(/445540$&0+.895.&5268:3>8=<:;755).0624721.54499?A?4311./-/*,2634446/0*+,5>>=;;=>7G92-09/*::@A>98578@HAFE@B?@@@B8:;990;ABDB;?<=<95.:;>==<464<;87/0+,0324(%%%&*08824,33-4552319??91/598=>@?>9676562030003;;7533%'%$072.++3''(%%'+)4266547788,++(%333584;;?9<8867(3(#$$-%$%',..../$%//111577:>98+89312',2/246.2(67)5250)*01;87/65634%%983:;?@@@>?=;?@A0:;@B'9<>??8;1989782<>@CBC?9><8:605,,7028441711++77775;:84?6106%(1.---,)&((.(1.'((.'&&,-/636773('$%&((/56.5(--8869::2.:;2::4;(8<99A@@@979=7::96-')1378;<9,**2544994&(9669233;>1<@%;;?BBI==4;8:==6@DE><=A@@@7207:<:88898;9806&75<<;?B?-21130*12293-53:1))***+++*/2;;9><<=<;6550'(#$&+.12@=9853*-*--2333337981(35:@==B<;C;AA=B50=B>:<::=9876:98>=76/1(*102110*11.334534...588<<--<@>A99>>:=BCC>><78;:79@9?=C@A=A>@>2,9:55436200/),*,+*)(&%((&#,+%%$)/-,-/324265554643../,$$()0134799;=<67>98<7865600.9862)/,*060))*&++++++$'+,245:54(.(+-%&''-)--659=:;7899883/.&$$+**',1,4777<766767('')+23(231+'%'0-57:6748A88=6<4:0046=>?=<;49>845)(-)&'(/,22024256;:=@B?A==>:;8793%85/95<+'$$1.79=<9139+-122560178125*01../579==8;06:?=09;:759;>;@E?@;=;6989:./,,05*-4//23452:<<;799)))).+*17=221277558@?:9;?CA<@>A<;>300/-00298=9;:;:@@;<@A=<<:67/',;;:79<541:87<;:-+++,*.6677/:($$623249@CGBCC479@??C>=:==<331&&$%$#$$$$,+*)*1+7;<=?;52./-((&2/)'/'''*+....@:;>6@?8@@9??=?CB?>9:2(+88@:7:<@@34366=19,9=75681///'%&$*,026CCBBACG1=4-CAA??*2,0548:9=?=<:79730789969;ACCA?DGEFAAA>=<?6328??@@??>5@:AA;?=:6-(6==CE=;<8*((&%'-/153776-+%-7=:;<>97:67@:7<6**2/+,(%**.-.%&**'-,.-)(*++/9;84.322:572-,,&($$$))+38<=78799=:DE@:C>-**6132$-/,$-0/%$$---.,*-24559=58<62.1932/+*'%%/4:;6564*$#&$&0/857765(6*55<>89554/3)$-,+++5769;9889334443577644/9:88-568;>;<:7/201/*,-+620/9:7>@EE??A9:5:>9A@>B:=?A?<77885@==9?=868-594)*46)5232*+(::?865677=>>2,.1.+-))0*)1/4:>;>>=;57,'+<>=?B@8779:7440/'(&*/1<;+&&#*-/&---$'$+,&&'-&'*1688;04888965><=@@9:35447+.8>346&'/.;9:<<=;;?@@=86=017)-=@77196:7;@AA;<=457:=?>;;ABA;74&(101313''%&0&,&(*,,-010210*17778631/,,30/101345(0%%+-,,,-,,-0007:6333520112454=>>A==86756>=A>>>=95.'5426952958:=90**)22139;,+,-,$(342.25476/.02.'/579;?DD;<<;=/*((+13+1'%%-74-*+-+&,,()**'00%<=$$@<08;A8**$'&347>?EA:>30)(****/'4479BBB?84585<421.0-/4651/,%&(*((*+*$&))*,+.&&'&&$%((.1.7$'8387;>>;;<<;GGAF9;=7-,036778<7870*%')-3-,<;9<<,.-73<9*38?<985;--35@F99442'%&'-5/;99A29763;;9:<;663<:<:?628<6<63542&4:+1)6<>@?::831166999;9;21)310675>:4=:::73131435?;6:<81...52('*,+,-0''+'((,00->5323377-.12229589<;:5;>@?=@=07447788554434324.,.,88769744=778/-79,%8897/0&&&*5;89;:645:758;:C??0=0?978=743355774,.///-24,%.)002><:9;8734,(8%02349;<4)881453.:994:9?<>?8&,/588???866;<:;98999;77723.)('&&0./023'&%%+/320-*46621==;8:<<>9:8*8-/031)(-)$$'&&&&)47=<<=9:7%(3449;@D?<=1.$*&*.332479<;5;=;DGA8441*./('').)&&<89;;<.56400>9:38569(%355<8<;0++&0223474>.5899;:<@9,L6HF<:69<83>=:7><<<;;%%5+8769731487.&(-,,37<<;<9-7-241;6=<;;:88568<5/(),(()1+,.-1////4116/-...%'%&+1...1-+$$#%%,.*'',&(&(/3654312279:.02)843517:+(.*/110,066655855990622455566;?2+4880991'/-))0/&$)*+-44474-05953=?5(8567:8>==899249==:8884470-8;<5;477876111+-)%'+,33001106006)(''-43324/1=98;9>=73=:@DD>=:<<607*-.00468:=67668;464.-/(('4021.&326<342488::857444202/&',+%%#$$%%0744*6/?;=>BCA>;@D??;9455=D8<@B?ACC>8=+10%''$557376.<8798/.*%,/88913=9=;58:;76;:;1883%/3?9678421/6@@>?6A>;;;<>).6;=>>>;989774($$$#&%(2/,///17;@?B::DC@?:==>@DA7>>>:8::$476+))+$'&&')'$&+%'...*+5/4+195;:<8<:9/*('%+.''(*+05),8;;6*(1:=@>>?DEA9>B>AD<::78:998>>>6:95489+6''2545'/5622645+)*',-&'&$#%''$$//*/0322666405;3989<<686653*'//.50+,(+531%(442,7,,+((0/07;69=>>:???3=<=7289::;=2-,77660/4$&&*+-***4444555,$.1..2<=?A><::=<;::4872656:88:?>>??=::90+,*&%,+'55300-/7,,'$&31775'./(/.*.'255:48<1/1.-%&*&%%%&"#%%%##(*+'''6:9<821//:3333..&'&&.153(+-9;;<;+*((($&&,249=<55962,)(,(04:;<96689)-%-8??>A>+(((5:;;*66568789777;8<;8>2>;7778;DEMJC(>@=??>?B9AA@=*20%4;67:A><4::;77005221,*,,,/).$$$*.''25>=<=ADEFE>BBA81(-&#*%*367667:<=>?34511876746(%44544&;A<<:45545;<<>DAB2>EDDC/37485768769<<;>?=@>71123'#(=>>?A@@<'+445,)))&.73>4;:@=<:98568=>>;D>9';=>>A=87202*$%%7=?BB3878')0037773854.62*.,.55:<>>@@AA9==55653%%:;BB@DA/778;96?62;<=?>?>=>B@??783756;:CCA@@<>>AC@@<23,-;<>==<=;==;@?@@@BE9CD@;<:84?56744/.0-0-,(&&%#&+*'01'()*77>@@8>2;;<@<175-86)435())+())%&',--.,,;=;>?;?@A=>=?6<:B><@5446333..3)')%&'-('(+++-+10/4457567B-/%//110./EB?>=@:737/;:093,,.6**101;<8>@??@D<32'&13<=>@CFC<;::;31207776&&3400221,)((&)&+,+%')+0.+--0<:=>BJG=AB?49:875--69;9-2/.,0+/%%)''%&22/+-,3760-,+,443111)'$$(+3..,$$''222259988;<568<=<9360-0*''*'&$)(+('%$$300;14AA?AB;:@==>>>4;<8$9>A=&14>=@>+.4:>BA=?B6DFD<@999>@>>AABAB;>FCA9/,:;=:<)%)+4.1;;:@7<=>==:=>:4;;<:9)-,-',+-*%#$$)$)/3..///05699;:<3>B?0.++&37186;2--./%*&6<55<;;&''796643899=9$*$$)+)*==;830.,+++&'(+))2)11*&++,+.(/.-.(*$$$%3335+,%(%%1/.0629>444E?354,0446=@2;6'01>=3433332'0/'%%$++,.762118;22(-,)*+(*'434?@=6;<6,*)4;&$$2((+0:4:@1/76)(***/./74$.365205::60/8310'230+7<=?>?@>>>?32388664/>7:;8=@<:98:9,+'*5635>?A?9B766((812440,(70/*$#($&&'1733<>AD??>715949=;;+;4'***---45766*)-/59A9?7;?78038::8=932BFI<;;827+&()-*&&1558<;19;25((83,32***349<<:43(4.'+,)./)436>3;>=6650112**;;<==9+0+2.642()(&$%,,+.22;:<=;'8998=<6859:8;*$//240-+++$+5=>>B:3<982/8/,0#($)775@-4//01154'%#,679=?>::966;20/.*)00//(6:785888><<=:<=6664'+'%#&%%,0-,53/''&/1--&$$-)($*+(',7:689=>>A==>56:A7428:<@B=A9F<88+*+..455A6;=:))71587301/////-767:99?;;$)3579BEA;;7@8:;<0672/+*****'6$'%*)02.()))))7889>C?5./$$&,-:996)'%%$&$&&&%$#'))3(2*-8554909>=@A<;,187)))1%.)'%%%%&+)-,,,,-,$##$'&$&(02,)))))*&'&''(4522*(.1..+$#&%''&&))+567:2356<459>@/),33:=>>@@<'@9?IHAAE41775)36??:?;;<;<9;8'3333215642223((0'%&%%1-(''%&%+-,..0;19768::D=>;;;;89=8666+86999<>>3,,:<769<+-%$%%%(225784/589.,-31855767::7723162-*)&%'(%())+12:7415=@==:6982334>8<2-121(597;=7;;:5343$$$$&2//2026:0)((*+2/7/1331&25.,+6>>9<=781;544-,3784>235900424==-7)89:2$$%)*%&&&,6,,-2*.222007669::=AEE7(1?;AB>89@50(@?59>BA><;:=@@556.-1'4;69==<:37=>@4)'955;980-)--/24.?:A<5&&;@B;:;;<%9=??=8;;?=@B?6<61199>>=?FF<8987=7<*3.&--04418;89<:<@?AC<5BDD?=<=<995445;?>;<98:=?;>9@AC>>=898>361<;1*+)(45445461348.$$-.&(46)($,6,,*///&&73879++?27&203;=;>==<>A65630/11/6;;7;841100212)('((' @SRR14011045.33509 066073e3-f07e-4748-8685-8dc742f9ce89/1 TTGTACTTCGTTCAGTTACGTATTGCTACTTTTCAGGTTTCCATTCAGGCATAATGTGAAGTAAAGTCTCCTTCAGATTTTTTATTCATAACTTGGACAATCCCCTTCTGTTCACTCTCAGGCTTAGAAAATTTGAAAGAACCACGTTTTTTTGCACGGCATATTTGAATTCCCATCACTTTGGTATCCTTGTTAAATGCAATCAAAACTTTTGGCGGATAATCAAGTTCCTGGATAATCCCTTTGCTGAAGGTGACAAAATTCTTAGTGATAGTCATCAGCTTTCAAGTTTTGATAGCGTTCGTTCATATACAGTCCTTTTGAGCTGATTCAGTTCATCAGCGTAGTAAACGTAATTTCCTGTTAGAAAGTCCGTCTGTGTTTTTCGTGTTTGATATGATGAAAACGATAGCACCAACCATCAGGATGTGCTGTAGCTATCTTCCTTGTCATTATAATGCCAATTCCCTAAATTTCTAGCCGACTGTTTATACCCTCTCTTCTGTTCTTTATCAAACATGGTATATTTAATCAGATGGTCCACACACTCCTTTTCATCTAAACGAAGGAGGTTCTCTTCACTTCCATATCCAGCATCTGCGACAACTGTCTTCAATTCATGCGGATAGGCTTCAAGGAATGGCAGAAGAGTTTTGGTGTCTGTCCAATTTTAAAAAATACATCATAGTGAAGTACAAATTGGTTTTCAGTAGCGATTTGAAGATTATAGCCAGCCTTGAGTTGGCCATTTTTTCTATGGTCTTCTTTCATCCTCATAAAAGTGGCATCACCATGTCTATTTTGGAAAAAGCTGTTGCGCCCTTCAAATGTCTCTTGATACTTCTCATATTTTTCAGCACGTACTGAAAAATCCTCCTTGACTTTTTATGAGGACTTTCTTGAAGTTTACGACGCTGGGTTTTACGTTCGTCCTTTCCTTTAACGGGTGTCTCCTCAATGTCTTGGCTCCAATTTTTCTCATTCTTCTTCAAGGATTTGGTGAATACCAAGCAACTGTTCTGAGGAGATAGGCTCTTGTGTATCAGTTCAATAGCTTGATAGATCAGGGGAGTGATTTCTTCTTTGAAAATAGACCTGTATCTGTTCTTGAGAGGTTGGCGGAGAATTTCTCTGTCCTTTCTTCCACACAAAACTGCTTGTTGGCATTGGCTTCAATCTTACTCCCGTCAACCAAACAAACACTCTAAGGTCCGCTAACTCTTCCATTTTTAACCGAAGATTGAGGTCGATGAAAAGATCACTAATGAGTTCTTCCATCCCTTCAGCGACACGAAAACGATTGATGGTGCGGTAGCTGACAACCAACTGTCCTGTTGGTACTACAGCGAGATTTTCAATCATCATTTTTTCAATTTTCGACCAGAAAATCCCTTGTGAATAAGGCAAATGAAAGTGAATACAAGCATTTTAGGGTGATAAGACGGGCGACCAAAGGCATGATAGAAGGCGTGAAAGTGACTATCTTCCAAGGTATTCACCACTTTTTCAATAGCAAAGACGAGATGGTCTTGTGACGAAAGAACTAATTTCTAGTGGTAAAGTTGTTTGATTTGTGTTGTAGTGAATATGCATGAGATAGCCTTTCCTAAATGTTTTTTGTGCAATTCTATTTTACCAAGACTATCGCAACCATGCAAAAAGCAACGGCAAAAACCGTTGCTTTTTTAAAATAGAGAGGACTATTGTCCCAGACTCTTTGGCTGCAATTTTGCTTCCATTCTAACAAGAGGTTCATGGCTTGCATCGATTATATTGTACGTCTACTTTTAGCCAATTCTGCTGAATAGATTTTCTTTGCAGAGTCAAATAGGAAATTTGTTCCAGAATTGCATGTTTGTTTTCATTGGAGCAGGACTTTCCTGACCTTGACTCTCTAATTAAGGAAGTTAAATTACTCTGCTCTTTCAGCAAGTCTGCCGGTAAACCTGCAATGTAGCTACATGAATACCGTATGATTTATCAGCTGGTCCTGCTTCGATCTTGTGAAGGAAGGTAACCTGTGTTGCTCCAGCGTAGCTACGTGAACATTAGCAGGTGCTCTGAACAGATTCTAAGCTAGTCAATTCGCGATAATGGTCGCAAAGAGAGTCTTGGCTCCGATATGTTCATGAATATACTCGATAATTGCCTGGGCCCAGGCCATGCCATCATGATTTGCCGTTCCGCGTCCCAACTCATCAAAGAGAATGAGAGAATTCTGCAGTCGCGTGCGCAATGGCATTATTGGCTTCCATCATCTCGACCACAAGGTTGACTGACCTGCCACCAAGTCATCTGCTGCACCGATACGGGTAAAAATCGCATCAAAGATGGCAAGTGAGCACTTTCTGCCGGAACATAAGATCCTATCTGGGCCATGACTGTCATAGCTAGCTGACGCATATAGGTTTGTTCCGCTCATATTAGGCCCTGTAATCAGCTGGATGCCTTCCAATATCTTCACCACATTGAATATTGGGAATATAGGTTTGGGCTCCCACCTTGGCCTTCTCAACGACAGCGTGACGACCTTTTGAATGTCAATTCGTGATCCTCTCCGAACTCTGGCCGAATCAAGTGCTGATTTTCTGCTACCACTGCCAAACCTTGTAAGACATCGACAGTAGCGATTGTGAGGCTAGAGCTTGCAGGCGTTGGATATCTTGCCCACCTCCTCACGGATCCACATAAAAATTTCATATTCAAGATTGGCTGATTTCTCACGCGCTTCTAACATTTCTCCTTCAATACGCGCCAACTCCTCTGTCCCAAAACGTTCAGTTTTTTGCGTAGCCTTGCGGGAAAAGTGGGCTTGGTACGGTCCACCAAGCTGCAATTGGTCACATGGAAATAGTAGCCATCTTTTTCATTATAGTCAATCTTCTGAGCGTATTGATGCCAGAATTTTCTCTAGCCGGCCTCAATCTCAGCAATCCAGCTGGTTCCTTTCTCTCAGTACCCGACAGTACTTGTCCAAGGTCTCATCAAAGCCAGTCCGAATAATACCGCCTTCTTGGTAATCCGTGAGGAGCCTCAGGAGCAATGGCTGCGCTAATAAGACTTTCAACTCCAGGAACCGGATCTGTTCAAATCAGATAGGCAAGAGCTGGTTGCTCCATTCCTTCTAAAATTGCTCGAATTCGTGGAACGCTTCCCAAGGTAGTCGCTAATTGTAAGGGGTCTTTAGGATTACTTTTCCCAAAGAAACACGACTAGCCAGGCGCTCAATATCGTAGACTCGCCCCAGGCTTTCTGTCAAATCACTACCTAAAAGAAATAATCCAGAAAAGACCTGTACAACCTCCTGACGTTCAGGATAGATTCTGCATCAATCAAGGGACGGTGGATCCAAGAACAGAACGCATTCCCATAATGAGTGTAGTTTCATCCAGCAACAGAATAGACTCCCTTGTTTCTTACCTGAGCGAGCATTTTCACCATAGATCTAAACTAGCCTTGGTTATAATCCATCTGCAAAAAATCCTTAATTTCATAGCGAACAACTGGCTTCAAGTGATTCAACTCTCTCATCTAAGTCCGATGAACATACTGAAGAAACACTGCTAGCAGCTTGTTCAATTGGCATAAGCGTGGATCCAGCAGATGGATGTCTTCTTGCTCACCAAAAGCTTCCAAATTCGGTGACGGCTGAGAATCTGTTTCTTCCTCTTTAGTTAAGGCATAGCCGATGACAACTTCTCTTTGCCTTAAGATTTCGGATTTCACCACGATTGATAAAATCAATAAACCTGTCACATAGAAATCACCTCACTAAGAGTCCATGTATGCCAAACCAAATTGCTGACCATCACGGTCGATAGCCACCAAAAAATTGTTTGACTATCTGGTTTACTACTATCGACGACTGTACCAGGGGTAATCACCTGCACAACCTCGCGCTTAACAACCCCTACTGCCTGCCCAGGATCCTCCATCTGCTCAGCAATGGCAACCTTGTAGCCGCTCACTAGGACATCAATATACTGTTGTGCTGAGTGATAAGGAACCAGCCATGGGAATAGGATTGTCAGCATTCTTATTGCGACTGGATTGTGGAAATTTCTAGTATCTGGGCAGCATTGACTGCATCTTCGTAAAACAACTCATAAAAATCACCCATACGAAAGAGCAAAAAGCATCTGGATATTGTTTTTTTATATCCACATACTGTTGCATGCCAAGGTGATAATTTTTCTGTCATCATCCATTCTCTCCTTGTTAAAAATAGAGAGTGGGACAGAAATCGGTAATTCGTTAAAATTCGATTTCGTCGTCCCACCTCCGCACAGTTGAGTAGGGCTGTAAAGCTGATGAAATCAGCGTAGTAGAGCCTACTCAACCACTGCGGCCTTAACTCGACAATCCAAAGGCAATTGGCAGAGGCTAGGACTTTTGTCCCAGCCTCCTTATCTATCCTTCATCAAATCTAACAAACGATCTTCCATGAGTTTAGCAACATGCTGATCTCGGCAAATCACCAAGAGGGTATTAGCACCCGCAACTGTCCCTAAAATCCATTCATCCTTGTTAGCATCGACAACATTGGCTAAAACTGCGGCTTCACCCAATTTAGTGTGTAAAACTAAGGCCAAAACAAAGCTCTTGCTACCTTCCAAATGATGAGACAAGAACTCAACCAGATCAATCTTCTCTGTCTCGTTACGCTGGTACACGTAGTAGACCTTATCATTTTTCTTAACCTTGGTCAATCCCAGTTCGCGAAGGTCACGCGACAAAGTCGTTTGCGTCACAAAAACATTGCGTGCTTCCAACCGATCCTGGATCTCTTTTTGAGTCCCCTAATTTTTCCTCAGTGATCGTCTTGATCAACTGATGACGTTCTCTTTTTCTCATAACATCCTCTCGAGTGAATATTTATAACATTTTGCAACTATTTAATAAGAACATTATACCAAAAAAACTGAATATTTCAAAAAATTCTTATCATTCCTCAAAATTGTGATAAAATAGAAGAAAAGTCCAAAAGGAGTTTATAATGAATACAAAACAATTGATTGCTAGCGAATTGGCTAGCGTCATTGACAACCTGGATCAAGAGGCTATTTTAAATTTACTAGAACAACCCAAAAACTCTGACATGGGAGACATCGCCTTCCCTGCCTTTACTCTAGCAAAAGTTGAGAGAAAAGCTCCACAAATGATTGCAGCAGATATCGCTGAAAAAATCAATAGCCAAGCCTTTGAAAAAAGTCGTTGCTACTGGACCTTATGTTAACTTCTTCCTTGATAAAAATGCCATTTCTGCTCAAGTATTACAAGCTGTTATCACTGAAAAAGAACACTATGCTGACCAAACTATTGGTAAACAAGAAAATGTTGTTATCGACATGTCTAGTCCTAATATTGCTAAACCATTCTCTATTGGTCACCTGCGCTCAACTGTTATCGGAGATAGCTTGTCACATATTTTCCAAAAATCGGTTATCAAACGGTCAAGATCAACCATTTGGGAGACTGGGGTAAACAGTTTGGAATGCGATTTATTTGCCTACAAAAAATGGGGCGGCAGAAGAAGCTGTAAGCTCATCCGATTAGGTAGACTTCTTAAACTCTACGTTCGCATAAATGCTGAAGCTGAAAATGACTCTAGCTTGGATGAAGAAGCACGCGAATGGTTCCGTAAACTTGAAAATGGAGACGAGGAAGCTCTCGCACTTTGGCAATGGTTCCGTGATGAAAGTTTGGTGGAATTTAACCGCCTTTACAATGAATTGAAGGTTGAATTCGACAGCTACAACTTGGGGAAGCCTTCTACAATGACAAGATGGATGCAGTTGTAGACATCCTTTCTGAAAAAGGACTTCTTGTTGAATCAGAAGGTGCCCAAGTTGTCAACCTTAAAATGATATGGAATTGAACACCCAGCTCTTATCAAGAAATCTGACGGGGCAACTCTCTACATCACACGTGACTTGGCCGCTGCCCGCTTTACCGTAAAAACGAATATCAATTTGCCAAATCTATCTATGTCGTTGGTCAAGAACAATCTGCTCACTTTAAACAGCTTAAGGCTGTCTTGCAAGAATGGGCTACGATTGAGTCGAATGTATCCATATTCCCTTTTGGATTGGTAACGAAGGCAAGAAACTCTCTACTCGTAAAGGGAACGTTATCTTACTAGAGCCTACTGTCGCAGAAGCCATCAGCCGTGCCAAAGCGCAAATCGAAGCCAAAAATCCGGAACTTGAAAATAAAGATCAGGTTGCTCATGCTGTTGGAGTTGGAGCCATTAAATTCTATGACCTTAAAACTGACCGTACAAATGGATACGACTTCGACCTTGAAGCTATGGTATCCTTTGAAGGCGAGACTGGTCCTTATATTCATCGCCTATGCTCGTATCCAATCTATCTTGCGCAAAGCGGATTTCAAACCAGAAACAGCTGCCAACTATAGCTTGAATTGATCCTGAGCTGGAAATTATTAAACTCATCCATTTCCACGTATTATCAACCGTGCGGCGGATAACTTTGAACCTTCTATCATTGCTAAATTTGCAATTAGCTTAGCGCAAGCCTTTAACAAATATTATGCTCACACTCTCGCATTTTGGATGAAAGTCCAGAACGCGACAGTCGTTTAGCCACTCAGCTATGCAACTGCGGTTGTCAAAGAAGCCCTTCGTTTGTTGGGTGTAGAAGCACCAGAAGATGTAATTCGTTACAAGAGACTGGAACTAAAGTTCCTAGTCTCTTGACGGCAATCGCTATCGGGCGATTTGCCTAAACGCCTTACTAATGCATCCAAATAATTAATATCGATTTATTTGGATGCATATAGTGATATAAATTAATTTATTACTAAGCAGTCTATTAACTAACGCCAAATCCTATTCGGACTTTGGCTAGGCACTTCACTAGTTTTAGGACATAAATATGATCGATTTATGTCCTAAAACGTCGTAATCTTGAAGTTATTGGAACTAAAGTTCCTAATTGTTAGACGCTAGCCGCTTTTATGCGGACTAGCTAACTGCTTCACTAGTCATGGCCCCTAAATATAATCGATTTAGGGGGCCATGACGTCGTAAATGAGGCGACTTGCCTAAACTTCACTAATTCACCTAACTAAATAATATCGATTTGGTTAGGCTCGTATCATAGGCTTTTAATCACTTTATTGTAATGCATTCTATGTAACTAACACTTAAATCTATTGGACTTTGGCTAGGCGCTTCACTAGTCTTTCGATAGAAATATGATCGATTTCTATCGAAAAAGTCGTAATATTAAAGTTGCTGGATTACAGAGCAATCTAACCAACCAATCCTAAACCTCTACGGACTTTTATTTGGTACTAGGGGCGGAGTTCTTATCTGCTTTAGAATTAGCGATCACTTGCCTAATTTCTATATTGTCATTACTTGAAAAGCGAAAAATCTTTTTCGCTTTTCTCTTATGCTAATCTTCTTTATCACTTAGGAGAGATTTTATGAGCCAATATGCTTATATTTTAGTTGTCATCAGTCTTGTCGCTCTTTTTCTCATCAACAAATACGAAAAGGAAAAACTTCAAAGACTTCTACAAAGAACAGCTGTTAAAGGATGAAACTTTTCGCGCTACTATCAAAAGGAAAAATTCAGAGTAACAGAAAACATCAACGATGTCATTGACTACATCAATAAAGGATATCGTTTGGGAATCATGATTTCAAAGAAATTGTTGAAGACATCAGAAAATAAAAAAAGGATTCGAGATAGTACTTCTCGAGTCCTTTTCTATTTTTTCTGAACTAAAATTCCCACCAGTATAGCAATCCCTAGTGATGCCATGGTTCCGTATGCTGACAAACTTTCATCAAGAAATTTCTTGGAGAACTGCAACAGAGCGAACTCTAAGAGTAGCAAAGCACTGCAAAGCATAATATCCTTGAAGCTTGATTTGTGTTTTATATACTTTAAAAATGATCTCTGTAATTTACTCATTTCGACTATTCCCTTTTGAAATGGAAATCCTTTATTCATGGAATAAAACTCTTCCTCAGAAAATCTGACCTCTTACAAAGCTTCTAATTCATAGAGTTCGCAATAATCCCTGCGACCTTCTTGATATCTCCCAGCATTCCACGCATCTCAAAGTCAGCTAGAACGGGGAAACCGAAGCGTTGGCTGTATTGTTTAGCCGTCAAACAGTATTGGTTGTTGAAGTTCCGATTACCTGATCCTACGACACCAAAACACTTGCTGGCATTGTCACCGTAAGCGATAAAGTCCCCTACTGGAGTGGTCAAAATCTCCACATCACCATTGTCAACTCATGCCACCTTCTACAGATAAGTCGGTAGAAAAGCGACATATGGATTGGTCATCTCAAAAGAAATTCTCTCCCTCCTTGACCAAATCTTTAATATGGATCTTTTTCAACTTCAATATTCTCATACTGTTCTAATAAGTAAGCTTTCAGACGTGTGACGAAACTTTCGGTATTTCCACTCAGACTGATAGACTAGAAATTTTTTTCATGCTCTCCTCCTTCTTTTTTGAATTCAAAAAAATAACTACCAGATTGTATCTTGATAGTTATCCTTTGTCAACTCTTAGGCGAGTTCTTCCTCTTGAGATTCTGTTAATTCTTTTGCTGACGCCATATTTTATAGAAGACGATTGCTAGGAAGATAACATTGAGTACGATCCCAAAAATAGCTGAACCTTTGGCACCAGCTCCGCTCCCATACGGATGTTAGGGTCTGTAAAAAGTGAAACCGCATCCACAGACGCCGATAAAGTTGTAGATAGAACCAACGATGGCAACGAAGACATAAGCAAGATAAGTGTAGTTAGCCAATTGAAGGTTTTACGAATAAGGAAAACCAAAGCCACAACAACCAGAATAACAGATAAGACAACCAAGAGAATACTGAAGATTGAATGGCCATGCTCCGATACCTTAATGGTGTAGCAACGAGCTCCTTAGCATAAGTAGCATTAACACCTGATGCTGATGTTTCTAGATTGTTCATACCCTCCGCAGTAGGTACTGGAGATATGATTCCAAATAGCGACATTGCTGAGAGTAAGGCTGAAAAAATCAGTAATACCCATAGATAGATTGGTTTCTTTTTCATCAAAGCAACCCCCTTGCTCTTTTTTAGTTTATTATAGCATATTTTAACAAGCAAAACAAAATCTTACAAGATTTGCTTCCACCTGTTTACGGTAGGCTTTAGGAGACTTCCCACATAGTTTTTCGAAAGACCTTATAGAAATAACCAACATTACTGTAACCAACTGTATAACAGATATCCTCGATACTATCATTTTGCTGATATAGCAAGAGCTGTTGGGCAGCCTTAATGCGTTGCTTATTGAGAAGCTCTGCAAAGGTGGAATTGGTTTCCTTCTTGATCAACTGCCCCAAATAAACGGGATTGATAAAGAGATCCTTGCTGATATCTTTAGAGAGAAAGCTCTTTTTGTAGTCTCCACCAATAACTTCAAGCACACTGACCACATTTTCATTCATGCGGTATTGACCAAAGAAGGATGTCAAGGTTTCCTTGGTATAAGCGACTAAGTCCTCGAAAGTTGTAATGGCATGAATATTCTTGACAATATCTGTCATGTCGTCTGCCTTCAGATGTTTTCAAAAAGATGGAAGACATCCATGACAAACTGGGTAAACAACTGCTTGGTAATGGATACCCTCGGTGTGTTTTCTAAGACAATCTTCTCAAGTAAGGTCAACTCCTCGATAATCTGCTGGAGATTTCCTTGAATAATCACTCGATAGATGGGTTCGTAGTAAGAAAAGAGACTTTCAGACTGATCTAAATTGACCAGATCCATAAAAAGAGAGTCTTTTCAACATCACGCTTCCACTTTTCGAGTTGATTTGATAAGGTGCTTCAAAAGGCATGACCAACAAGCTATCAAATTCCTGATCAGCAAGGACAATCTGCCAGTCTTGACCTAGAACGTAGTAAGAATGGCATAATTTCCTTGTTTTTCCTTGAAAGTCCAATCCACCAGTTTTCTTTTTGGCTGAGATGAGTCTTAAAGGCTTCTTCATCGAGTTGCTGACTCAATATTTCTGGCTCATGAGATTTTCACACCAAGCTGACTGGAAATCTTTTCAAGCAAACGTTCCAGTTCCTTATCGACCGGTTTAACCAGATAATCAACGACATTATGAGATTCATGGCTTTTTGACATAGTCAAAGATTCTTGGTAGCCTGAAAGGAGGATATAGTAAGCATTTAGCAACAACTCCTTCATCTCCCCAATCATTTCAAGCCCTGTCTTGTCAGGCATATTGACATCTGAAATAACAATATCGACAGGATGTTCTCGAACGTAGTCAGAGCATCGTCAGCATGATTGGCTGTTGCAACGACTTCCATATCCCACTTATCAAGGAATCAAACGTTTGAGACCTTCTGTAATCATGTACTCGTCGTCCACTAAAAGTACTTTATACATTTTTATCCTTTCTCTTCATTTTGAATGGTAATTCGATAGCGAACACCTTCTTTTTCAACAGATTCTACACTGATATCATACCGGTCACCAAGTGAGCACAAAGCGCTCATGCACATTGACAATCCCAATAGACTGCCGTTTCCCACTATAATCCACTGTATGTTCAAAGGTTCTTTGAGCTAATTTATCCTGGATCTCTGCTAGCTTATCCTTGAGCATTCCACGCCCATTATCGGTTACAAAATCTCAACATAGCCTTCTTTTTCAAGGCCTTGATACTGATAACATTATCCGTTCTTCTGTGGTCAACTCCACTTGAGCAAAATAATTCTCCACCAAGGGTTGGAGGTGAATTTTGGAATGCCATTTCTTCCAAGCCAGGGTCGATTTTAAATCCATAAGCAATGGATTTGGGATAGCGAACCATACAGAGATCTTCATGCTTTCGACAAAACTCCACTTCTTGCTTTAATGTTGTTTCTCGCTCATCAGAGATGTTGTTACGCAGGGAGACTACTGAATTCGTAGATAATATCCGCTAGTTCATTTTGGTTTTCCATAACCGCGTACATCCGTAGAAACTCCAGGTATTATACATAAAATGCGGGTTAATCTGAGCTTGTAGAGCGCGCATATGGGCATCTTTTTGACTCAGTTCAAGCTGGTAAATATCATGGATGTTTCTCTCAGTCGGTCCAACATATCATTTGTCGTCTCAGCGATTAAAAGCAATTCTGGTCTTTTTTCGTGAGATCAATTCTTTTACCCTGCTCCCCTTGCGCAATATCATGGATTGTTTCCACTAGGTCAGCAACCTGGGTTTGATACTTCGAAAATGTTTTTTTCAAGGTTACATATAAAATAACGATAAGGGAGACTCAAAACCGAGAATAAAGACAGAACTAGAGATACTACCACTAAGGACATAACCTCGCGGAACTGCAACCTGAACCTGATATCCATGAGCAGTCTCATCTTTTAGCCATTCCTCCTCGATCACTTTTTTCACCTTGGTGAAACATTTCCATTTCAAAAGGAGAGGTTATGCTCACAGCAATTGGGATATTTCCTCTGGTATTGTCAATAGCCTTATAAAAAACATCCGGAAGATACAGAAACATAAATAACACCAAGAGCTTGATCCGATACTGGATCGGATACGGGAACGGCAAAACTATTAGCATCTGGCTTAAAGGCGTCTGCAGAAACCTTGTAACCACTACGATTGTCCCTAGTCGAAACATAAACTTCTGTTGAGTCTTGCAGACAATGGCTACACCAATTACAAATGTTGCACATAAAAAAAGGTCATCGATATTTTCATAAATGGATACAGAAATATAGGGTGATGCCTTACGTTCCAGTTGCCAGTAAAAATAATCCGGTGTACTAAGACTAAAATACTTATAAATTCCCTCGATTCGCGCTTGATTATCTACTATACCACAAACTTTGGGCTGAACGCGCTGATTCTCGATGGCTAATACTCAACCTCACTCACTGTCCGGAGTCAAAACCCGCTGGGAAACTGCCTTGCTTCTTTTTCGCGACTATCCCAGTTTACATGGAAATCAAAGAGCAAAACTAGCAATGATGACAAATCATCACCCAACTATAGGTTCTAAGAGGAGCGAATGAAGCCAAAACTGTTTCATTCTATTTGGACGCCAATTTTTCATGAATGTTTTTCATAAACGAAACCCAATATAAAATCACTAACAAAATGCCACGTTCCAATTCCTACCAAAAATAATGAGGGCTGGCATACTGAGTAATGATGGCTAACAAGACGCTACCAAGAAGAACCTTGGCCACTGCTGATAAGCTCATAAAAATTCCGATAAAGGCTAGCTTCAAGGTGTTTTGATAGGATAAGTCAAAATAAACTTGCAATTTTAAAGACACAGTATAGGCCAAAAATACCAAAGCTACCAGAAAGATATTTAAAAATGTTGCTGCCAAGTGGATAATGGTCTGATGCGGCAATTGGATCATGGATACAAACCATAAATCAAAATCAAGTCAAGTCCCATAAAGGTGCTTGAAAACTGAGATTGCTTTTGATAAAATTGCTCTTGTAAAGAGTCCAAGCCTCTTTAAAACCATAAGCACGGTAAGTATCCGTGTTCTGCAAATAAACTCATGAGAGTCGCACTAGCTGGCGCTATACCAAAAACCACCTCCCGCTAGTGTCAATAACCAAAAATAAGCTGTAGCTATCATCCCCAAAAACGATGAAAGACTAGCTCAATAAAATTTCCCACGGTTTACCTCCAAAAAAATAATCTAGAACTATTATAACATATTTCAAGCGCTCTCAAAAATAGGAGGAAAGAAAAGGCAGCGAGAGTTGAACCTGCTACCTTTTAGAAGCAAGTTCGGAGCAGGTATCCATCCTTGTCAAATGGCCAAATGTTAGTTTATAAAGGATAAATATAATTGTTTAATAAGGATATTTGTGCTATAATAAATATATATATAGATACCGATTAATGACCAAAGGAGTTTTCGGAAAAAGATAAACATATTTGCAGATTAAATATTGTTACTATTCAACTTATTTACTGGATTAACAAAATAACGAAAGGAGTATGAATCATGACTTTAAGAACTACTTTGTTTTGTGTTGCGCTTGTATTGACTCTTTTCTCTGATAAATTGTTCAAACAACAATATGTAAAAAATCGGAAAAATAATTTGCGCTATAATCTTATTAGTCGCTTCATTATCATATCTGTTCTAAGTTATTTAAGAATACAGGAATTTGTTTATCCTGTATTCTTTTTTCTCATAAAACGTGCATTGATAAAAACGAATAACAAAAACACCCCGTTTATGCGGGGTGCAGTAAAAGAATTAAAAGGTGATATGATCTAGTATTTTTCTTCATCTTTATGAAGCATGTTTTTTACACCTTCAACGACACCTTCTACAGCATCTTTTGCATCTTCAGCAACTTCTTTCACTTTAGAAACAACTTTTTCAGCAGCTCCTTCGTTTTCAAGTTCTTTATCGCCGATCAATTTGCTTAACGCCTTCTTTAACAGATCCTGCTGCTTGATTGAATTTTTTCTTCTGTAGACATAAGTATGTCCTCCTTTTTATTTTTTTCTAAATTAGTAGTGGTGAACACGTGGTTCTGCTTTGGCTGCAGCGTCTTTAACATTGTCAACACCTTGACCAACTTTTTCTTGAACGAACTCAGCGCCTACGCCAAGTTTTTCTTGTGCTACTGCAACACCTGAACCGATACCAGATTTCACTCTGAACAATTGTTCTGACGCGAACTCGCCTGTTGATTCTGCCACGTCAATTACACGATCTTGAAGGCTAACTGAGTCTGCTTCGTATTGTTCTTTAGTTTTGATGTCAACAACATTAACGTTAACTTCAACTACTTCTAGATCAGTCATTTTTTGCAACTTCTGATACGATAACATCTTTGATTTCCTTGTATAGAGTTGGAACGTTTTTCTGTACTCTACAATAACGTTCAAGTCAACTGCTACTTGTTCTTTACCAACTTCAACGTTAACACCGTGTGTTACATCGTTAGTATTCACAATTTTTTCTGTAAGATTTGAGAAAAATCCGCCATCAATATATGTAATAGTCCTGGGACTTTATCTGTTGAGCCGATAATTTTTTGAATAACCTTTATCTTCGTAAGTTAATTCTCCTCGAACATCTTTAGAAACAACATCTTGTTTTTTCATTGTATTTTTTCTATGTTTGACATATGAAACTCCTTTATTTATTTAAATAATTCTTCTGTACATAGTATCCAACCAAATTCCTAAAGCTCCACAAATTAAAACAAACATCGTTTTAAAGAAACCAAAAGGATAGGATGAAGCAAGCTAGAATAATACCTACTACACCACATAGAATTGGGTATTGATATTTTTTCCAACCATTCCATTTTTACTTCCTTACTTTACACGACTAACAATTTTCTTAGCTGCTTTTTTGAGGGTCATATTCTTTCCTGAAACTTCCAGTTTAACCTCTTGATCAATACCAAAGAATTCTTTCCAATCCTTGAGTGATTTCGTTTTGAACTACTTCAAATTTATTGTAATGTATCTGAAAGAACAGCTGTACCTTCTACAGAAACGAAACATTTCTTTTCCGGAGTATGTACCTGAATTTTGGGATTTTTGACCATCTTGTGTTCATCCAATAAACATCGAACAAAGCCTTCGATAGCTAGTTTTTTAGTTTTAATTTATCGTCTTTAGTTCCAAGTTTTATTTCAGATATTGTCTAGGATAAAACAGGATTACTAACATCCATAATAAAACTAAGATAGACAGGCCTAAAGCCCCCCAAAAAACATATCTAGCGAGATAATATTCAAATGATGTCTGTCGCCAACTAGTCAATTGAATCCTAAATCACTAACCTGGTGGTAATCTATCAAAATAGGAAGGAAAATTGTCAAGATTAAAATACAGAAAATAAACAATAATATTTTCTTTGATTTTGACATATAAAATCCCTTTCAATTAAAGCACTAAACTATAGATTTACCCGTCAATACTAAATTTAAATCTATAGTTTATGATTTAATTGAAAACTTAACCTTTTTACCCAAAAAGAACGATACCACAGAAACTACAATCACTGCACCAACAATAGATGGGATGATAGCCATACCAGCTAGTGAAGGTCCCAAGTTCAAGGGTACTTGCCCTACTGATGAACGATTAAACCAAACAAAAAATATTAGCAATTACTCCCATTGAGCCACCTTTTTTAGTGATTGCTCCTGCAGCGAGGCCGATAAAACCTCCTACAATAATGGACCACAACATAATATGCACCCTCCTTTCACAACCCCAATATATTTGGGTTAAATATATTATATCATAATGTGAGAGCGCACACAAATTATATGCTCACGAATATATGCTTTAATAAATTTATGTTTGATTTTTAAAAAACTACACGAAAAATGTAATTATTTAGTTAATTTTTATTGAAATTGAAAAAAGAAAAAACGCTTAAAATAAGCGTCAGATTGAAGACAAAGTCCTTAGAACCCAGGATTTCTAAGGGCTTTTCTTTTTTGTAAAGTCGTATAATAGAGGTAAGAAAAGTTGTGAGGTGTTCCCTATGTTTCACAAAGAAAAACCTGATTATAACCGTAAGCAATATGGTTTCTATACAATAGACGAATTGGTCCCCAAAGACCACTTTCTTCGACAAGTAGATTCAAAGGTTGATTTTGACTTTATTTATGACTTGGTAGAAGATACCTATAGTCGAATAATGGTCGTCCTAGTCTTGATCCGTGCATGCTAGTCAAAATTCCTTTGATTAAATGTTTTTATGGTATTCGTTCTATGCGCCAAACCATGAAAGAGATTGAAGTAAACGTTGCCTATCGTTGGTTTCTTGGACTAACTTTAGATGATAAGGTCCCCCATTTTACTACCTATGGAAAGAATTACAGCCGTCGTTTTCCAAGATAAAGAACTCATTTTCTGAGATTTTTCCCAAGTTATCAACCAAGCTTTGTATGCTGGCTTAATTGATCCTTCTGAAATTTGTGGATGGTACCCATATCAAAGCGGCAGCTAATAGTCACAAGTACCGTAAGGAAATGGTAGACCAACAAGCTAAATTTATGAGTGAACAATTGGCAGTTGAGATTGATTTAGATAGGAAAAAACACGAAAAAAGTCCTTAAAGCCCGCAAAAGAAAGTGAGGCTAAGGAAAAGAAAATCTCAACAACAGATCCCGAAGAGTGTGGTTGGTTCCATAGGGCGAACATAAGGAAGTATTTGCCCTATTCTGCTCAAGTTGCTTGTGATAAGCATGGTTGGGCCTTAGCTTATACGGTTGAAGCAGGAAATGTTCATGATAGTCAGGCTTTCCTGCCCTATTTTTTCAAAGTTAGAGCTTCATTCTCGCCCCACTATATTATTGCGGATTCAGGTTACAAGACTCCAGCTATTGCCCATTATTTATTAGAGCGAAACATCATTCCTGTCTTTCCTTATGCTCGTCCAAAGGGAGTAAGGGAACTTAAGACCTAGTAATTTTGTTTATGATGCAAGTTATGACTGTTATGTCTGTCAGAGAATCAAGTATTAAGCTATCGTACAACCACTCGAGAAGGCTACCGTGAGTATAAGAGTAATCCTAAAGTATGTGTTAACTTTGCCCCCTATTATCCGTTTGTACCCAAAGCAAGAATTTTCAAAAAGTAGTAACGAGACATGTCTGAAAAGATGCTCTTGAATTTTGTAGAGGAGATTCGTCATCAAATAGAAATGAAGGAGCTCTATAAGAAAGCATAAGAAACAATTGAACGGCTCTTTGGAACGGCACAAGGAATACCATAATTTGAGATACACTAGAGAGAAAGGAAATTCCAAAATGGAGGATCAGGTTGGGCTTACTTTGGCGTGTTTAAATATCAAAAAATTGGTGAAATGGATAGGAAATATCCCTTTTTATTTTTCTCAAATACAGATTTTTGAATGGAATATCAGATGATGAACAAGCTATTTTTGAAAACAGAAAAAGATGACGTCATTTTGGCGTTTGTCTTCGTTCTGACGCTTAAAATCAGCGTTTTTCTTATGTATTGATTCGTATTGAATGCTTACTTCACTTCTATAAAAAAGATTAAATAATTTCTATTTTAGCTGTTAGAAACGTTGGTACATCAATGTTTTTAGAATGCTACATAATAAAAGGTAGAGTGAATGGTAAAGTAGTAAAAATAGTTGTTATCTAGTTGATTAAAAAAAGTCTTTGATTTCCTCATCTTTTATAAAATAATATATAATTTTTCCCTCTCTTCTAGTATCCAAGATGTTTTGATTGGCTAGTTTACGAAAGTGGTGGGAGGCAGATGCCATACTGAGATTTAGTAAACAGGCTATATCACAATTTTTTAGAGTTCTTCAACAGCAAGGAGATAAAAGATGATATTTATCTGTTTATTATCGGTAAACTTTGATAAAATACGAAGTGATTTTTGGACTTTTCCTTTCAGGTAGTTCGTTGCGGTTGTAACATTTTGTTGATTTATAATATTCACTTGGCAGATACTATCTTTTTTCATAATTTTTCTCCTAGCCGAACACAGTCCTTAGCATGTCAAAGCTGTTGTTTTCAATCAGGATATACATCCCCAATCCTAAATAAACAACGGCAATAAACCATCTGCTATATTTTCCAAAGTTTCTCCAACAGAAGGGACTTGTGCCAATTTTTAGGCAGAAAAAACCAAGAGATAAATCATGACTAGAAAAGTAAGAAAGTAAAGCCTATCCAAATTCGTTAAATTTAAGGTAATAAAATATGGGACAAAAACACCAATATTGTCAGCACCACAACTTACCAAAAGTAATCATAGCGACTAGAAAAATCAGGTTTATCATCTTTGCGCAAACCATCTTTTGCAGTAGCTTCTCCATCAGAATCTCCTAAAAGCAAAACTTTGAGTCCTAGGAAAATTGGAATCAAACCGAGCAAACCCTAAAATCTCTTTACTAGGAATATAATTTAAGACAAATGCAAAAAGCAAACTTAGCAATATTGAACTAACAGAGCGAAATTGTCCTAAATAGATGTTAATGATGTCTTTTCTGCTTTTTTCTTTTGGCAAAAAATAACATTAGGATAATAAGTAAGTCTACGGCTGTCCCAGAATACAGGATTATTGAAGTAACAACATTTTGAACCATAAAACACCTCATTCAAATATATTTTTGAATGTATTTTAACATTAAACTTTGTAGATGTCAACTTCCGCTCCATCAAAATATAGATAAGAAGGTAGTGTACCAAACATTAAAAAGCCCTGTCATCGAAGAAGTAGCAGGGCTCAACTTCAATATCAGATGATATATTTATCTAAAAAAGGTAGAGTTTGGACTGAAGTATAGTGAAATGTATTGAAATTGAAAAAAAGAAAAAACGCTTAAAATCAGCGTTTTCTTATGTATTGATTCGTATTGAATAACACTTCACTTCTGTAAACACAACGTGTTTGCGAAGTTTTGGTGATATTTCTTCAATTGAAGACGGTCTGGAGTGTTACGTTTGTTTTTAGAAGTAAGGTACAAGCGTTCACCAGATTCTTTGTGTTCAAGTGTAATATTTATAGCGCATGGTATCTCCCTTCTATTATTCAGCTGATGCAGCTTTAGCGATCTTACGTCCTTTGTAGTATCCTTTAAGTGATACACGGTGAGAACGTGAGTAATCTCAGTAGTTTCGTCAAAGTTTACAGATGGGCTATTCCTTTGCGTAGTGTGTACGACGTTTGTTTTTCTTCGCTTTTGAAGTGCGACGTGCAGGTACTGCCATTTTGATTTCTCCTTTTTAAGATATAATTCAGTTAAGTTTTGATTTTCATCAACTTTAATAGTATATCAAAACTTTTTTGTAAAGTAAAGTTACTTGACAAAAGATTAAAAAATTTCCTATCAAAGTTCTGGATAGGAAAATGAACTAAATATCAATCTCCAAAGGTTCATCAATGGTTTCTGAGACATATTTCCCGTCTTTTTTTCGTTGTTTGACGCATTCGGTAGAAGATATTCAATTTGCCCGTTAACTGATCCGGGGAAGTCATCTTCTGCCCATGATGCGAGTGCAGCATATAACTTATTCGAAAGTCGAAGGGGATTTGCTTTTTTAGTTTCTGCCATTCTAATAAAGGCTTCCTGTATTGACAATTGGTTGTGCATCATGATTGCCACAGAGAACGACTGGAGATTTGAAACCATCGCTGCTTTACGCTCTTCATCTAGTTCAACCAACTCTCCTTCATTGAGACGTTCCAGTGCCATTTCAACCATTCCAACAGCGCCATCGACAATCATCTTACGTGCATCGATAATAGCAGATGCTTGTTGACGTTGAAGCATGACGGCAGCAATTTCTGGTGCATAAGCTAGATAGGTAATACGTGCTTCAAGGATTTCCAAACCAGCATCCTCTACACGACTTTGGATTTCTTCACGAATACGCTTAGCTACAATCTCACTAGAACCACGGAGGCTACCTTCATCTGCTTGCCCATCACCTGTAGTGTCTACATTAGGGGACATCGTAAGGATAGATGCGGACAATATTACGGAGGGCGCTATCACACTGCAATGAGAGATATTCTTTATAGTTATCTACGTTGAAGACTGCTTTGGCTGTATCAACAACTCTCAAATTACCGCGATTCCGATTTCAACAGGGTTACCTAAACAATCGTTAATCTTTTGACGAAATTACTCAAAGTCATAACTTTGAGAGAAATCTCATTTCTTGCCAATTTCAAGGTTTACATCATTACCATTTGATAGTTTCATCCCTGAAAAAGGACTTTTGTGCTAACATCACCACTTTGACCAAGTCGAGTGTGAATTGCAGGATTGACCCGCTATACTGAAGGGATTGACAAAGTAAAAGCCAGGTTCTTTTACGATGGTACCTGTATAGTTACCAAGAGGGGTCAAAAGCCGACTTCCTGAGGTTTGACAACTTTTAAACCAGTATGAGCGTAGAGCTGAACTTAATATTAATAAAAGCCCGATAATAATAATTCCAAAAATGTTTTCTGAACCAGCACCCATAATAAATATAAAGAAACCAAGTACCAGTGCCAACTCAATGAGAATCAATGCTACTACACCATTTGGTTTTGAATTGATTAGTTTTTCAGTCATCAGAATGACCTCCTGTTTTTGATATCTAAATGATATCACTTTAATTTTAAATGTCAACAAAAATATGCAATCTTTTTTAAGAGAGTTTCAATGGTTTTGAATTGTCTGAAAATTCAAGAATTTTCTTCTGTTCATTGTTTAAAAATGTCTGCTATAATGGTAAGAACTGAAATGGAGGAACTCAATGACAGAATTAGATAAACGTCACCGCAGTAGCATTTGTATGGTAGCATGGTTAAATCACCAAACCGTGCCATGCTTCGTGCGACTAGTATGACAGATAAGGACTTTGAAACACCAATTGTGGAGTCATTTCGACTTGGGCAGAAAATACACCATATACAATATCCACTTGCATGACTTCGGTAAGCTTGCAAAAGAAGGTGTCAAATCTGCTGGTGCTTGGCCGGTTCAATTTGGAACCATTACGGTAACAGACGAGGTTGCCGTAAAGGTACCTGGTATGCGCTTCTCTCTAACGTCACGTGATATCATTGCGGATTCTATCGAAGCTGCTATGGGTGGTCACAACGTGGATGCCTTTGTGGCTATCGGTGGCTGTGACAAGAACATGCCTGGTTCTATGATTGCTATTGCCAATATGGATATCCCAGCTATTTTCGCTTACGGTGGTACTATCGCCCCCTGGAAAACTGGATGGCAAAGACATCGACTTGGTTTCTGTATTTGAAGGAATCGGTAAAGGTGGAACCACGGTGATATGACAGCTGAGGATGTGAAACGTCTGGAATGTAATGCCTGCCTAGCCCTGGTGGTTGTGGTGGTATGTATACTGCTAATACCATGGCAAGCCATCGAAGTTCTCGGTATGAGTTTGCAGGTTCTTCTTCTCACCTTGGAATCTGCTGATAAAGAAGAAGACATAGAAGCAGCTGGACGTGCTGTTGTTAAGATGCTGGAGCTCGGTCTCAAACGTCTGATATCTTGACTCGTGAAGCCTTTGAAGATGCCATTACAGTGACAATGGCTCTCGGTGGTTCTACAAATGCCCTCTTCACTTGTTGCTATTGCCCACGCAGCTAACGTTGACTTGTCACTTGAGGACTTCAATACAATCCAAGAACGTGTACCTCACTTAGCTGACTTGAAACCTTCTGGTCAGTATGTCTTCCAAGACCTTTACGAGAAATTTGTTGTACCTGCGGTTATGAAGTACTTGCTGGCAAATGGATTCCTTCACGGAGACCGTATGCATGTACTGGTAAAACTGTGCTGAAAAGCAACTGACTTTTGCAGATCTTACACCAGGTCAAAAAGTTATCATGCCACTTGAAAATCCTAAACGTGCGGACGGTCCGCTTATCATCTTGAACGGTAATCTTGCTCCTGACGGTGCAGTTGCCAAGGTGTCAGTGTTAAGGTTCGTCGTCACGTTGGTCCAGCTAAGGTCTTTGACTCTGAAGAAGATGCTATCCAAGCTGTCTTGTCCAGATGAAATCGTTGATGGCGATGTTGTCGTTGTTCGTTTCGTTGGACCTAAGGGTGGTCCTGGTATGCCTGAGATGCTGTCTTTCATCCATGATCGTTGGTAAAGGTCAAGGGAGACAAAGGTTACCCTCTGACAGATGGACGCTTCTCTGGTGGTACCCATGGATTGGTTGTTGGACATATCGCTCCTGAAGCTCAGGATGGTGGACCAATTGCCTATCTCCGTACAGGCGATATCGTCACTGTCGACCAAGATACAAAAGAAATTTCCATGGCCGTTTCCGATGAAGAACTTGAAAAACGCAAGGCAGAAACAACCTTGCCACCACTCTATAGCCGTGGTGTGCTTAGTAAGTATGCGCATACCGTATCTTCTGCATCACGTGGTGCCGTCACAGACTTCTGGAATATGGAACAATCTGGTAAAAAATAACTAGAAAAATAAGCAGTCACTAAAGGACTGCTTTCTAATCCTTTGTGTTCTCTCGTGAAATATGATAAGATAATTGCTCTAACTATGATTATGAAGGAGAAACAATATTTTCAAAAAATACGAATTATGCTCTCGTAGATGATGTAGCAGCTGAGAGAGACTTTTGGTCTGCTATTGGATTTGAAGTTTTAATCAATCAGAAATTATGGGTTTTGAAACTTTGAAATGAAACCTCCACACGGACAGTACACTGAATTTTGCAATACCGCCAAAGACTTTATTCGTCAGGTATCGCCAGAGAGGTAGTTGATATGAAACCTAGCCTACTCTTTGATTAGCGGACCTTTGCAGTCTTCACGAGCACATAGCTGCAGTAACTAATACCACCAGTCCGATCAGTACTCAACGCTTTCCTAACTTTAACTTTGCAAATCCAAGCGGACACTATTTCGCAGTTAGAGGAATCTAATAACAAAACAGCTCTCTGTTCATTAGCAGAGAGCTCTTGTATTTTAGCGAGGTGGTAGACCAAGTGCTATGCAGCCATAGCGACTGATTCGCGTAATCTTCCAAGCAGGTGACCAGGTAACTTCAACCCTGACATCTTCAATCCTTCAATCTGTTTAAACCTGCAACGATTTCGATGGGTAAACTTTCTGCACAGTCACGGGCAGTATCGGTGAAGGTCATGACAATTCTTCAAAGACCAGCCTCGTCCAAATGAATCTCGTAAATCAAGCCAAGATTATAGACATCTAATTCCACATCTGTATCGTAAACTTTTTCTAGCTTTTCAATGATTTGTTCTCCTAATGCTAGAGCACGATCATTGATTTTGATATCTTCTCATTGCATTCCCTCCATTTGTAAACTGCACCTATTTTCTCATAATTCTGACAATTTGGCAAGTTTTCCCCATCAAGACTGGATTCGCCATAAAAACCTGAACTAGAAATTAGTCATAGTTTAGCCAAACTGCTCAAAGACCTAATAATCTAGAGCAAGAGGATATTGGCATAGGTTAGAGAGATAAACTTAGAGAATGATTGAGCTTCTAAGAAATACTTTCTAAAAAGAAAAAGTAGAGAACAGTCATCTCTACTTTTAAAATATTATTTTGACTTCACAGGCTTATCTGCCAAGGCCTTGATAGCTGATGCTATCGTTTCTGCGTAGAGCTTAGCTCCCTCTTCTAGTTTAGTATACTTCCAAAATGAACCTGGTCCGTTCCTTTCCAGATGTCTGGATGATCTTTAGATACCTGATTCCAGTCTGCAACCTCAATGTAAGGATACTTCTGAGCTACTTCACGCACATAGCTAGCATACTGTTCTACATAAGGCTGAGTTGCTTGAGTTGTATCACCCTCATAAGGTGTCATAAGTACAAGTTGATGCCCCTTAGGTAGATTCGTTATCAAAAGAGATCGATGTCGGCCTTATAATCCTCAGGATTATTCACTCAGTAGCAATAACAATATTTTAGGGAGAGCCTTATTTTGGCTATTATTAAGCATAATAACATTGGCTTGCTTGGTATTTCTGCTGACTTGACCATCTGTTTGAACTCTGGTAGAACCTCTTTAAATCAAGGTGTTGCGCAAGGTTACCGAATCTCCGACGTTGCTACACCTTCAGCTACAGTGTAGCTACTTGCTTCTGCTTGATCCGCCATGGTTTTTGTACGGGTGATATTGGTTTGAGCTTGATTGAGACCATTTACCATCAAATCCGTTTCAAAAGCACCTACTTGAGGAGCAATAAGCATCACAATCGGTGTCAGTAAGCTAAGGAAACCAACGCTACCCGCAAAAATTGGTTGAATATGCGGAATTCCCTTTACCTTTTGCAATAAGCCACTGTTCTTCCCTGCAATGAAAGGTTCAATCACATAGAAAGAAAGACTTGCAAAGAGAGATAAGAAGATAGTGGTGAGAATCACTGCTGGTAGATTGCTCATCAACTGCGAGAAAATGATATAAAACGGCCAGTGGAAAAGATAAACAGCATAGCTGGTGTCAGCTAAGAAGCTAATTACCTTTTTGGCTCTTTTAATCGTCCGGAGTTTCTCATGCAAAAGTCGTGCTGCAACGATCATCAGAAGAGCAGCTATACTTGCCAACAGAAACCAAGCAAGTAGGCAAAAAGATAATTGAATTTCACGAAGAAGGTCAATAAGAGCAAAACTCGAGACCAGCTGAAAAGACTAATAAGGTCTGTTTCAAGTCCAAGGTTTTATTCAAACGTTTGAGAAGAGGTGTCGTATGACGGACTCTATCAAGGTAGCTAGGACACTACCTACCTAGGAAGAACGGATAAACATGAGTTAGACTTGAAAAGTAAAGCGTTAATTAGGAAGAAACAATGAAGCTACCAATAAACATTGAAAGGAAGCTAACAACAAAGGTAGCTGAAGATAGTAGAAAGACCATTCCCCCGTAGTTGCCCACCTGTTTTGGCTTGCTTAGATATGAGCCAAACTGCCAAGCCCCACAAGACATAGTAATGAACTTCAACCGCTAAACTCCAGTTGTGAACAAAGAGATGAGGAATGAACTGAGATTCATAACTTCCCCCTGTTAACATTTCATAGAGAAGTTGGTCATAAAACCAAGGACACCAGCAATCTGACCACCAATTCCAGCTATATAATCCTGCCGAACCAAGAAAGTAAAGAAGCATAACGACGAGGATCATTAAAACGACCGATTGGAAAAATCCGATAGAAACGTCTCCTGAAAAATCCTAGGATATCAATCTTTCCTTTTTGGCCAAATTCTTCTAATAAAAGTGACGTAATTAGGAAACCTGAGAAGGTGAAGAAGACGTCAACCCCGAAAGCTCCTGGAAAAACCGTCTGAAAGAAATGGTACAAGAGTACCAAGAGTAAGCCTGTAATCCTGATCAAGGAAAACCATTTAATACGCATACGAGTTTATTCTCGTTCATTAGAGTAGTAAAAAAACCATCTAATGTTCATTCCATATTACCTTTATTTTATCAAAAAAAGAAGAAAAATCCTAAGAGAAAACTTAGGATTTCAGAACGAACAAACGCCAAAAATGACGTTTGTCTTTTTCTGTTTTCAAAAAATAGTTTATCTCATCATCTACTAATCTATCCAAAAATCTGAATTTGAGAAAAATAAAGGGATATTTCCTATCCATTTCACTAATTTTTTGATATTTAAACACATAAAGTAAGCCCAACCTGATCCTCCATTTTGGACTTTCCTTTCTCTCTAGTGTATCTCAAATTATGGTATTCCTTAGCGTTCAAAAGGCCGTTCAATTGTTTCTTTGCGCTATTTATAGAGCTCTTTCATTTCTCTTTGGTGACGAATCTCCTCACAAAATTCAAGGAGCATCTTTCCAGACATGTCTCGTTACTACTTTTGAAAATTCTTGCTTTGGGTACAAATGGATAATAAAGGACAGGAAACACATACTTTAGGATTGCTCTTATACTCACGGTAGCCTTCTCGAGTGGTTGTGCGATAGCTTAATACTTGATTCTCTGGACAAACATAATGATCATAACTTGCATCATAAACAAATTACTAGGCCTTAAGTTCCCCTTTACAGCAATACGTAACA + %.*.&';A?;A>55**,073CCD<>;B95EAJ=>CA/8?@678ADID@:GE>@9@33>7:9:9412;3999BCE1?D>F654+6<@BFFLICBA3848;3A767AAEBA@=997B=B?FEFD9CBG88@@@CBGE@DA>KKIDHJIH>FGGCEC=7;DAHDCHDD?CD>ACEEBD=<(,'%&%%53443'%:.@@?A=BEEG;=88%*',.A:48;9>>''64.-@865@6@16,24452(&95FEGDEAE>88*(BBIH??@<75>96:%&>>EG,'A@>@==*''-:9<88>B>@E<;DDCD=BDB74;<=95?:<>=A;12<<<>@<84875)&&&0(46-'&.319?@N=CB:@@AB);ABCKDJKE??G>>DIJFIICJIK?<>?B@;::1$%%*$//98;?>228::EFHC@4:6:?<8=FJAB@B?9)57:E=,69A>:8;A=A-''*%&'%'01+(&+(9:5.=.6904??AA?;>5BC<7@A797698756A:41,5772234.,*+&&$**6*970<=>=.-7?BBEB?EC;BA=>99??BIELH;EHHBCBA@??;:<@EB??@A822)/24@LH<7/.-05<>DLGHNB;774487+';:8<1<.#$'$$#$$###'&&$+++++$.445=C8507:@@;=DEDACI?C9;>?=1+88<>>@?7/%$$$)0-013)*-0','*-=2/044.)12/1557;B669960/0,.39694B=<@>;=:<@7==14778:@@>B@@/0'%/*95897669??9649;>@6866543,,'*'*?=;04>8?@B=?BB@EC9CD:6;88>;9<=<>?B?9@))9&008=:/955;<@>>5GB@0;?<@=-+/%%'<5433).??B?@BC>FABB?7)'><3:=322622220,,+$#+,)2431299:(*..-.%'&1<<9GCDAHIFDAAB@?CH>=?9;)+%*+%%*,5;>?>8:;;<9CD>:>=926BC7:A@9501/:11225;?>66)79<<;:;578;55349-6<:)=97+*4**28885&-108E2?EC8<><<>1798433FCF6:9:2/+-32/-.(%,-/189???@HACDFA4?3/)%%%'>>BB?BAB?A:;:224:;:<:B<':6FECD?FBFIFD7B:;DFBF>=:BC@6'(,AC:>86CD72=.0<=D9')+-<=2-B?A=37?FGFHFAA?+A>>CFCB;2*++)'&$''%3=:>A;:C>FE6)+)++.569><4#%&/3422;:@>?>B@*,89HKEAE=?@CJDEIC))#$&(0&&'*+%%$00'%''('(.12346>?78565***.,*)-432,+-(#*-)*.23,5201,.%(%%(549<*8:7+*%'*657,6@,27?B>BE@@@?=GA?742.*')&$$$,7<8-./$)0/+*<=DGG871+<<<04=AA=<<;///00+()126,*&'&9;<;7/0;@BE?HE<>),-)+)'&%%&$+()&#%(/'#&459:=:=0@B>=;,(&&+,##')#()+(2,(-.#%$&%#%#'/&&,.5:;98;>AA?4)#$($%(('%&-.'*$&&&1,/0:2:939C,=(&$&336AD<78;H9;DDB><>B9<8%(%9;,66?CDDC@D;556-*$$$(9179:;A>?>8+>@A?A810'-&+*,/38?>=2.'&(**=?<<80*'#&#%6245..1**+8799?79;<4453))$$('(,265;;)%$%')&'01,44223$39;?BA>@@D:B@F<:45524,,,+=><;,79<<=C@<>9-44$'(,..>8;7ADI?E>=;GFBB@>=>).7<760*&546=>?AB@@>=62..01($%&(%$&%%%)+.4+'%)$+)*.5796'+.'*129.+%$&'*:>=:668:7,%''''%'45A@9<=9;<9;;:9<<<>>7;>57@CB>58<<:3//1+9879;:8@G>AC=<-+('$5'98274>9=>?@CDEA(><;@?68BCB>;A;=7;;575-+,0107:>=>B7;=-=6-2:D:D<=EF;;=411.+*&,495647CAA>GC@CBDD?:9;)*'(-3??A;,67:;<66-)%(+-45311'.)&###%&((#%&$*)%''+*-033*'&(#)4597786<<;>:4(&(13)+,@@7@310&'$$/065678687)%&$'$&,36CAAC><=796>3;>@DED>>:9-)%&%')-47@B@=F:@ADDFJ;733119263&+)0528/'70787<9(+.('),,79;;::;2163=8D?BD@@B<9/,0.455;83.,./,566662/+3,,2(+%/+,-+&5$5/1/8;:<=GHCCHHJG=H:8B95=?EF@7C>B?A?(3594691138>=7:;@DHFFEE87;6%**%++'+$$%%%8:;BC>?;@B@@?@=>?:ABC<=B25577565$.&#%&*%#$$'&3%&#$%'&,+,/,:.85:<'+:<;)&&3*,;:4?@;ENC=KIH88<71>:886=8:=9..$$%&0355;;B@A?;:9'4456./;1*-35872;=:=/9FHA?3(-@>=@@?@DKC>97364?E9FGE@@<>E7;;>:A@<7><+.88+%1(4:?1%$&-A>::>?<=7(BA;<;>?@4=:'*)'+(&((06;9=BFCHGF8:8;>?:;@A5;73'%$%&$$$#&(&+)+(,-+$$5:<938CD<9<<==@@5:=5*)<,.--3-'026&*-,-.;>;>??0.())89>9+22-.%&%*.0-9;@>9:24-77&7777::;<-.6&>B=9;?;=21?BE@AC>E@?B>?@A<96BC?<7@=ACDD,29ILEEG,*&9:<9<=E73.,457ABC<=A?D3787/2,/1**+'%123>;9=;;3+2572=?<>8>?CC;,,-.>C@@>>E?FID854.<@@1..87)%'/789<>CCB7DB=C---;;=@<=7<:=B<>?=?@>92;=;;;$$(&322<8=?BAA;???G?F?7C=F@@@D;:'*02/(=8:GGE;,2?CF@C==@><:==78720358125,/55=@;6$&'++().897=A@/4<KH??ADC=;4944<2<7@A?=@?--;B?A:(,:=:78-)(+0/3638688;<9.1/2:C<:98;437614144189+&+++452--&&,+'%#$&&(3==;<676630(%)$%1$9:;3;=51287-*,**$%$$#&**3455@=CEG>>HID*=E>@F8=6#%%,/38<;7658=>A?;@>:66403<86<=;<89:=82HGF=7BE:D?$:AB:9?GGB555688,9=>@/,;:1>?AIBCMIEA:A@E9B@AFGGFEM;=GF?AAD=E=FA6FBBD?>B=>:EBGFBA;C<;;@ADG?F>??FHKJA)>>AA>9:;<78-,-81%%-11'(01/565(&'#"&)9:@D?ADFDFHCDA236;9;869;DD579;87%''3502A?9>5$%&%%&%3-$&$(2$(277&42441572=<;<<9<<;=BFHC;A67/+.&69>79;?=;99=;<=9228176;2<>BE@B@;<<9797;:952129>@@???8=?9HADFDDD7;8@6683)-.06AA@=;78/.3,0/*37@>@/:60+154EK67DAG;:9>>=AEDGDDA@HAB@FFQILE>?A==HHIEDB???536BCACBA>49CGJI?A?4?>,C>GHMFDFIJA<1)?>GC??;@GHBB>=8C?>>EEFFA<9ECFA?D344:EIJIEEECCBEGKJAMLII@@@CC<::=;?E@?@>>;:7F>>CB=@=;=,136769:88---%&'69:?@@@<60=;<3-,;>;>9????=>@@>:55J9CCAACA-0@?9;;=B<<;<@C9=>9G;>FH@:6@<>:=ALKG:8B?:*&+%&)4348<:701237)754)4185?E?CB>A9=9BBSOHJH@6C:<;>::AAC<79::9,>=AA>*.B9<;@97::8>=>=<9B?@GMF@EGHHDDB:9:;BD?9;A6>=:C8BCBAAC:<;DB?ACDECAE?D?7-=@+6872+6:688.-6878<<<>@7EKHDGJH88;GDCFCEDE@CC:<=3?A697@44A<=E;:FBGJ9BGGFECFADH=E>D>==>@>=@DCDB==?D?:C>>:,=>L=?;:AA8<;A>@@+>84=<::@CFDEBE?<@7>>=>;?@>DE<<>;B9DC97>@75>?A<4'))355857;*;>AA?B@?:B=8:09;;:::=;@>5@?8=C4<6>D=@;<@C67<<><8981588A>;A?E365:943445;>:A<9?:<@@?ABBAB=I>>C:97A;019=+67BE>69>;:<6AA@@;??857;=D:=661::::9;A<;9CE@A?B=,-&&2.320000)((&'5;>>647DJB@<>:<<>>?EAAC@D@=@<8:;=@<56;=4*87>73,1;:666D=@51173,*0.347885:?860-,-0.,+(*('&,&35@6=;?=;;=A@@=<;?;@8?69@=A<:;+.3:>89?>;8=848BGB6CA>>DA@=<<579<>@?=798$+-49:<<8;=?EFG;:FDCB?>G@HGDG@FD@>@E:DB;==8--GGIH;?D@8=9AD=<>C?A=CB282+%0'1'')0,$&99:86$%&$&(..&&)65.++(').,11322,2().**),$%&,1-.5462>A?A>8*;C9?F69::<67478879AHAE@CGE>16:>A))1)41%,-/15?39<7>AF=?45EED::H/*3>@@-17<=DAE?@@D;;<:AB:?=CC@BDAA??=?:8::<;39-;:>96,9;;GGEA<9==:AB===353;?/+:>@?<87'*012560+%&41./+)688))799%)))-47..,0;87897FFHCDD?89<>?A778789><=:/>@>FEEFDFF>=6:8=@EDDCCBFG@?=>?A?==?<68,667$)35448:::=;17<7=;B@),,-,-,-,-067;:7;@.3263+,2376856719@@@A<6758886556/+&&369<4<:=DGD>@EE@;@65;9B335+)2228*334*'',*1:8:?;<:8&0688.>@IH>EECC=BE(?C8>@=G::9AB=368@C5744EA??8:@==?@AI@71?AA;<9<<>>?C=DCEBDFIABHICCGDDFGHH@=::ABBH>?@E=MNIJEDEE@7>DD:=++:625*+BB@;B@:9:;BD=A==89=1<9:>A<88,(46?=5=<,DC;5;?CA@:;=<8>?6>864300*+&&&85;=:9>?BCDB?HCEA9>>8.36='=8@@>@>BC..<=;86<:;>@>EDBFDA>B<@A9>6;9::)(5(05?@?B89=?:1.23?@CC6IG=?EBA>?*669<<8817766/,,&$%)1.&&**0-2015<:?:;688'-44.%%,1@@7?@=A??D?$301'%%&&':<@EFEFFBB?DD=9<<5;<=<>9CEJEEBCED@=:+.%*)+,/+-.79;7%&-19:>?<<<>6<=CD>00=><>>;8=5DIEB?BADCLGAEHB@@E?ADDECCIA?1245;:-'60''$59?AEONH<@GBDBD(678;>@BC8<5$)')+(')(*6:BHF?;<+..27<;57799>?B>7?>>CCDGJ>A?5;<>@ECGHFE@AGKBIFAF=<>B8>A@B8:7@8DEDB7.4>>?KAC57B:BED:5B>EB>:75+9;:568038D74-$$''-+114:857)%78@><=6(1*)$)$%/0168?=EB6DHBBCC;?B=@@=EE@A??@?DGBIKDKKJ2=BCCE?>DFE;756+=8),=?HKFC>>C-EEDFECDI?C=7FAGFBA@EDHEBJGK610(+.'.=2:>BD>?6>@;DG;>7;<6E88BGC<766898:9,01)405113<59<<>A:<>>?@?GFCHK;;=B@B@3==?>BBA:DE?DFHF>C=@@B=<=<++5>D=@=DE88=@??'<?ACBA@G@B@E@87<73**8AA@?DA6*/70...(,6:GBBDAACDCEFNGKIADB@=?>9=@98B:;;@AA>74'44653.?@BDIG@8?CJC>BBBC8>?12095,7.5;>=>?FC?;:79:>;@AD?CF?8961BB783.70=95B@-AAAC>?DF<=9CCC4>?ABFJBBFA?>=?58DJLJI?A<>???CBC79@JFD;@;?BHGA9A>;95:77133/8>@@BE;=EFA>K?@@>FL?E@?:@@<77)+)%(%%$'(;=>@<6/,$''2*11)%(DCK=AA>=4=>D@?AABBKIC8DBCF9IDCC?(:13;@F<=6FCAF=?6BDC@?@;=9:??4=G9;:+?>B???,+(&%8(;>;;2674>B6:A@=?>8?DC>=@?>AA@//1:FFB;EEH?==>BFHI??C=A0/+--**)&$')(13,(+2?AFCHF8==B?=B;@;9E?>?E9;DLJIE>B@@@<@BHE:*)8GB<;:8'-,145>B@D=?FA?>2,<<>E99@@8(*()*67;EAC>>>=C?AC:BF=;D@B?DE?CBB>;8=<<987CDKEC<9A@B418;FJGHIKA>-?CA@CE@:ABA@A@@BEEGI?8,*3)%..1697->89>@D=BIGD..9E==><>1464331$$&&*(38;:DF@BDAFF?AA@GG?7DEAA;9,)%**4;=>60>85;:))73(3+.24(')1;?=?A@:;>:>:EFA?<57?<:.3+)*A?=@DEA,==>CACF>?<:;641$$#%--/59<:>>56:='C=?=>ABC>?C?2?B821.5606=<5471:>6537008;<93,=>;=?CC9=7330*2A02<=>@?@BCFB;@=B>>?C:9;97D?HDAFIKGGKKF=9>=5;GG>>>C@;3.=>;@@@?EDGFBA>>0=BAC8<;=8=>A'=*-84>:9.2-'(%&0;==>9?@AAACAACF<7CIDESPHKKB>A->?AHE=@=>;89>>=<)*($,12,*/0,-&''.6@IBC=6:BA:=9@AA?:?@<::@DF?BC:EF<=6;>@EHCDC9FECCA@-@E><<=CEEADJKII=AECHHA=:BEFGA?A4=>=9;CEE:4673-)#),',/%4563;9?>BE?>BD9=BB<69=?DEA:6478.--0).1+-/-/2>CA@BFNNE<@EFBFE==755B<;:CF;G@?@A=)9;=<9:=?@?76867-&*.(//0/7;==??>BF;8=BD<=>?ABB9@@0))0'-6<853<57?BFC?9;19<.,$$$%(')'57AGG@@B27:>:;==?<9D@ABEGI8@AA9&1649:ECGIAAABJKB:O;27=B>996=:?59A?GGBB737>AA@;=D@HHBCCAC@/%8AA@/@<>A@;>7800:>AFF=?>?;=?BBD5=@D?:;AE@?=A@C@;=*'*775:13<@;36;:53.9::9>CCI>FG@:;04*2356:BAEFEMB@D=4CGGFD>@C@7C@E>EDCC88:99.088:<52:>1478837:56:6<77:=9><=@>DFGA=:??>=?A=<<512-*)+%#())-/>B@@?1%2,,.1<8?C=?9=?:@HA665BHJBCAAGFE62%(&6:=A@A>:<=??;:AE
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c533b7-e775-4d6b-bad4-9d65109d2b06/1 GAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCTAATACATGCAAGTCGAACGAACCGCGACTAGGTGCTTGCACTTGGTCAAGGTGAGTGGCGAACAGGTGGTAACACGTGGGTAACCTACCTCATAGTGGGGGATAACAGTCGGAAACGACTGCTATTTCTTATAGGACATAGGATCACATGATCCAGTGAGGAAAGGTGGCATGACTATCGGCAGAAGATGGACCCGCGGTGCGACTGGCTGGTTGGTAGGGGTAACGGCCTACCAAGGCGATGATGCATAGCCGACCTGAGAAGGGTGATCGGCCACATTGGGACCTGAGACACGGCCCAAACTCCTACAGGAGGCAGCAGTAGGAATCTTCCGCAATGGACGCAAGTCTGACGGAGCAACGCCGCGTGAGTGAAGAAGGTCTTCGGATCGTAAAGCTCTGTTGTTAGAGAAGAACAGCGCATGGAAGCGCTCGTATGCGTGTGACGGTATCCTAACCAGAAAGCCACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTGGCGAGCGTTGTCCGAGGATTTATTGGGCGTAAAGGGAGTGTAGGCGGTCTTTTAAGTCTGATGTGAAAGCCCACGGCTCAACCGTGGAGGGTCATTGAAACTGGGAGACTTGAGTGCAGAAGAGGAGAGCGGAATTCCGTATGGCGGTGAAATGCGTAGATATATGGAGGAACACCAGTGGCGAAGGCGGCTCTCTGGTCTGTAACTGACGCTGAGGCTCAGCGTGGGGAGCAAGTAAGTTAGATACCCTGGTAATCCACGCCGTAAACGATGAGTACTTTAAGTGTTGGAGGGTTCCACCCTTCAGTGCTGGGTTGGCGCAATGGCACTCCCGCCTGGGGAGTACGGCCGCAAGGCTGAAACTCAAAGAAATTGACAGGGACCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATTGACGACCGCTCTAGAGATAGAGTTTTTCTTCGGAACGTCGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAGCCCTATAACTAGTTGCCAGCATTAAGATGGGGACTCTATCCAGACTGCCGGTGACAAACCGGAGGAAGGTGAGGATGACGTCAAATCATCATGCGCGCCTTGACCTGGAGCTACACGTGCTACAATGGATGGTACAACGAGCAGCGAACTCGCGAGGGTAAGCGAATCTCTAAAAGCCATTCTCAGTTCGGATTGTAGTCTGCAACTCGACTACATGAAGCCGGAATCGCTATTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGTCTTGTACACACCACCCGTCACACCACGAGAGTTTGTAACACCCGAAGCCGATTATTTCCCTAACCTTGGCACAGGAGGAGCCGTCGAAGGTGGGATAGATGATTAGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCCTCCTTTCCTGGGAGTAACGGAACCTCACGTAGCTTGCGTCTTTTGTTTAGTTTTGAGTGTGCTAACACTCAAACTTGCGTGAAAACTGAATAACCAAACAAACCGTTTTATCATCCGACGGGATGGATGAGGTAAAACACATTATTTCCTAAAATAATGAACCGAGAATTGACCGAGTCTGTAAGAAATTACAGAGTAAGAAAAAATAGCGCGAAAGTATCATGCATCAAGCCTGATCGTGGTTAAGAAACAAGGGCGCACGGTGAATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACGAACGACAGAATGCTTTGGGGAGCTGTAAGTGAGCTAAGATCCAGAGATATCCGAATGGGGGGAACCCGGCTAGCCGTAATGGCTGGTCACACCTAAGGAGTAAGTGGGCACAGAGAACTGAAACATCTAAGTACCTGCAGGAAGAAAAGAAAAATCGATTCCCTGAGTAGCGGCGAGCGAAACGGGAAGAGCCCAAACAGTGTGCATGCACACTGGGGTTATGAGACTCTAACGTGGACTCAAATGAGTTAGTAGAAACTGGTGGGAAACAGCGCCAAGAGGTGAGAGCCCCGTATACGAAAACTGATTTGTACCTAAGAGTATCCTGAGTACGGCGGAACACGTGGAATTCCGTCAGGTCCGCCAGGACCATCTGGCAAGGCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAGGTGAAAAGCACCCCGGGAGAGGTGAAAGAGTACTGAAACCGTGTGCTTACAAGTAGTCAGAGCCCGTTAAGGGGTGATGGCGTACCTTTTGTAGAATGGACCGGCGAGTGACGATAGTTGGCGAGGTTAAGT + &&3@JDBAC9:FE>9@;6E@C@CD6@;B?EC@27<9??>,94>?B==:ACD7>;:DDB;;;,*'03515;><>?=?ABC9--0:<>@218=B<46??;8&%%$',395(36799>@E?>;@@@@A>LC@<<)567<:=;9<;<993267968>@:6689>78/,%&'%#$(&/569=A@;:::91&7=??@A>>=?:;=77('56996<>8=1-65$,(76734677(&2489??>>CDEF@?>/1855$$//16513+-/3438-/:9-(&'&79979:981.00.1'18<:BD:><=B@EEC?6).67<;8?@=9;>8:@CE=BHAA>>=.'('10>;<<<A;6:;A@EDB;8A8.833&%%)$%%%)#%44668050.-..04646887?=;=)**.54;;77.278<;:<<=7B8?<>7:8@6:=?*08:854-;98528898?@C=><4(842/32.1534056:9:96=CC?=<675@@@@>?8;<;8:0.$&*/135)*%%%),-&')'&,$$&-6878>;<<25=922920-%45584;-9==78>6;=>AGACA.-+471?:704>=.,-<@8=@9=5=<;::>:@?>ACDH>>=B8A??<=?FE@,%'46757<<45998--0*)14019;=:<>A?<:7)@67@7<9;BEDD>1,,9/0($$%%(:;;2>=:9=9;757844.0(*%&%%')/..3*,1387<:8433%%&3325<68255'+*1..:==;?=>CACHI@8:<=@CBA)%<941:C;D?=9;:70+&++*,8443'379;;:@:?;AKG;<99(,698;;;5?>?A<>411((''),(*&&'899<;:=C?@3.@:0/0>>>@7?BB@?@FD;=AD<3<:AFFIB??@AB?FFD@4GFG;C9;1)&1/)+7'=>>5;;@=;=<=?HCABA@@;BEHC>??89:=9::3%&&%&&'1187;<@AAC?DAEA5'78556-1+8>B?=?6<@AGGAD=9;/%'($'%###%+22+),0/).668:6?=B?@8+.56AEJGG@?CB>>-8>B?<:C>7DKMJ86>:<@>C?>=?A?:<<<;22003)12923AC6333)/3/;;<;8??GIPK?B<310))7?:6B>@CD5>A>DF;A@@A==>>@A?:;<99?8<;36<;;=?;;5(--+*)%,497?EE?:::EA>7.889>DAEGC?GBD2AHF;7;CCA>FIAHFABCF@@=;,44:9==5<9)(('(46488<&:;;448;ACIF=:<=99:@>@?=>3(*6304:567(*5.5:94&44748:9=:C=CHD?>DEEEF@BB@++2<9=?DADDC?AK@EF@;<7%,&35756553;=99<-*??@?><>&:AA=A=+$-/-./>?<.?@EE>>AD<:;;=FEBIFC=?A>++1199:<9;9:;=8@;59753#$-%$',/98:;@>:9CALJ?68;:=658<:95CCD:143<==<),'$%+++.:>DD>A>6/**.BA@>;5<90,:<69;=@@@A89>@?=22'674.%%.244;:&<=>>@@>1,++5=8B@::<;-((&&<>BD>8=CC:013220/66<2-.$&'($'&&**2+-/.$%45487733561.$.&-)%,%%$%$%''-''/267:<;7;;9:@@676111577<@F=59)1%7<5BA9.99ACFB?=E@=;699=>>9..8>3:BCB+.=8<;;<:>@??:0./6/'*..0.21,)))),7855)*%#578<=?@B>9?=:B=>@AC>9004046659$:2&)367?D>:DCA?@A<8=82:4(,110.'/.6;865??=1349DEB??>??AC<;9152.-*.4488661/)&(%)&(/4994:*06:895458=/*.1:8:=<;=?>BC?::>7;7CCGE<=<8><85*%%$6846;>?=,5>??>?>:97::2931+);440;28:<90926653587*'$%-9;@;523.=:334;?@;6?<>?;8>=@EBE:8664&(*+0294::=?B<4?AFFGC==8?>E<=80$$'36--BBCCA?CADG>;>=?@:7;85)'''(--0?@9ABC@I@K?BGE<=6;63:;;>;>>9998+>A:>=A>>BC=>A@===><@@<8:=@67>?::@8/,25?;>DB?CB>'==AB=@EG6324%&68399;=;B@@CEGH?@=:<==:/)%.:99;7,,/,.0:@:><<>GIHBJH9HGAMGGF@>AC>AGJAE@8425-/.()-'626=?:9@C7:8-5AHH=<78*'&&0888<>>:>=41,*++686,&=CE?HF<=>8564&00,=;,C9078::<3(&$&&&./00),($$4678:4210*-(%%$## @SRR14011045.59394 58963ecf-ce3f-470b-8360-40871c315f4c/1 GTGTACTTCGTTCAGTTACGTATTGCTAAAACATCAAAAAACAACCATGAAATAATTGTATCTGCCGCATAAATGAAGGCTGCTAAAACTGCAACGAAGATAATCACGAATACAGTCATTTTGACCGCTTCATCACGACTCGGCCAAACTACCTTCTTGAATTCAGTCCAAGAGCTCTTAAAATATGCAAACAGACCTTCTTTCTTTTTCAGGAGCCGGCATTAACACCACAACTTCCTTTTTCCGCAGTGGTCTTCTTTGCGTCCAGACGGATGTTCTGTCATCTTTACTCACTTATCAATACCCACGCCTTCATTTTAGATAGTGGCATTGATCCATTAATTAATTCAAAATAATCCAAAACTTAAGTACAAAAAAAATTAACCAGCACAAGGCCGGTTAATTTTTATTTGGCAGGCCAAGAGGGTCTCGAACCCCCAACCCTCGGTTTGGAGACCGATACTCTACCAATTGAGCTATTGGCCTCTAAACTTAAGCGATTACAGAAGAAACCACGCACCTACGGTACGACCACCTTCGCAGATCATAAAAGCGCAGACCTTCTTCCATAGCGATAGGCGCAATCAGTTCTACAGTAATGGTTACGTTCTCACCCGGCATTACCATTTCTACGCCTTCTTCCAAAGTAACTGCACCAGTTACGTCAGTAGTACGGAAGTAGAATTGTGGACGGTAGTTAGCGAAGAATGGGTGTGACGACCACCCTCTTCTTTGCTCAGTACGTATACTTCTGCTTTGAATTTGGTGTGAGGTGATAGTACCTGGTTTAGCCAATACTTGACCACGCTCTACGTCTTCACGTTTAGTACCACGCAGCAACACACCTACGTTGTCACCTGCTTGACCTTCGTCCAGCAGTTATTTCAGCACCGGTACAAGTGGTTTTTGAGTTTCTTTCAGACTACGATTTCGATCTCGTCACCAACGTGGATGATACCGCGCTCTACGGCATTCGGTTACTACTGTACCACGGCCAGAGATAGAGAATACGTCTTCGATAGGCAACAAGAAAGGTTTGTCCACAGCACGCTCAGGTGTTGGGATGTAGCTATCAAAGCAGCTGCCAGTTCGAATTTTTTCTTCGTAAGCTGCATCACGCTTACCAAGGCTTTCGGTACAGAACCTTGTACGATTGGGCAATCGTCGCCTGGGAGAGTCGTAGCCTTGACAACAAGTCACGGATTTCCATTTCCAGCCAGTTCCAACAACTCGGCATCGTCAACCATGTCACATTTGTTCATGAATACGATGATATAAGGTACACCTACTTGGCGAGCCAACAGGATGTGTTCGCGAGTTTGTGGCATAGGACCGTCAGCTGCGGAACATACTGATCGCGCCGTCCATTTGGGCAGCACCGGTAATCATGTTTTTAACGTAGTCGGCGTGGCCCGGGCAGTCTACGTGTGCGTAGTGACGGGGTTTTTTCAGTTTCGTATTCTACGTGTGAGGTATTAATGGTAATACCACGAGCTTTTTCTTCAAGGAGCGTTGTCGATTTGGTCGTAAGCTTTTGCAGCGCCACCGAATTTTTAGCCAAAATAGTAGTCAAAGCAGCAGTCAGAGTGGTTTTACCATGGTCAACGTGACCGATGGTGCCAACGTTTACGTGCGGTTTGCTACGTTCAAATTTTTCCTTAGCCATGGCAATATCCTATAATCTAAGCTTTGAAAGAAAGGGTAATAATGAGATGGTGCCCATGGGCGAATTTGAACTACCGACCTCTCCCTTACCAAGGGAGTGCTCTACCCCTGAGGCTACATGGGCAGATTGTTTGGAGCGGGTGAAGGGAATCGAACCCTCACCGTAAGCTTGGAAGGCTTCTGCTCTACCATTGAGCTACACGCATACTCACTATTTGCTCCAAGTAAGAATTTTTGGTGGAGGAGAAGGATTCGAACTGAAGCTCACGCAACAGATTTACAGTCTGCCCCCTTTGACCGCTCAGGAATCCCTCAAAAGAGAACGCTAGTTTATTGGCAACTCAGATTTCCGTCCAAGATTTTTTTTTTCATTTATTTCTTTAAAAAATATCCAAGTTTTTGCTTTTAAACATTATTTACTTAAACTGAATGATTTTCGTACTTGGCCATCAGTTCTTCGTGCGTTTCAGGATGTTCTTCATCGATCAAGATACAGTCGACAGGACATACCTGTTGGCACTGCAGCTCATCGTAATGACCTACGCATTGCGTACACAAATTTGGATTGATTTCGTAAATTTCTTCACCTTGCGAAATGGCATCATTAGGGCATTCCGGTTCGCACACATCGCAGTTAATGCACTCATCTGTAATAAAGAGCGACATTTCTATTTCCTTTTTTCTTAAATTATCAAAACCGATTGGGCGCGGATTATAGCACAAATGACGTCGGAACAATCCGTTTGAAAGAATGTTTACACCTTGGGAATGATTCTCAAATTCTATACTATTCAGCAACTTGCAAATAGAGCAACAATTCAAACCTACTCATTCCCCGCCTTCCCTTCCCGATAAACTTCCAGCCAATCCGGTTTTTCAGGCAGCTTCCCTGCTTCAATATAGACCATTGCCCCATTTTTCAAGTGGCTTTGCAATCGGATAAACAGATTTTGCCAATCTTCCCATGCAAACGGCGGATCAAGGAACACAACATCAAATTTTTCAGACGGCCTTGCCAGACAAGCTATGCCGTCTGAACACACATTTCTACTTGTTTCAAACCTAATTCACGAATATTTTTCTGAAGCGTTTGAACAGTTTGGCGGTGGTTATCGACCATTACCACTTTTGTTGCATTACGGCTTGGCCTCCATTCCCCAAGCACCGCTACCGCTTCAGATAAATCTAATACTGTTTTACCGGTTAAATCCTGACCCAGCCAGTTAAACAGTTTTTTCACGCACGCTGTCAGGCGTCGGGCGCAGACCATCTGCAGATAAAAATGTTAACTTTCGTCCCTGCATTGTCCGCCGATGATGCGGACTTGATTCAGATATTTTACTGTGTTTACTCATAATTAAACGAATCGTCCGACAGTTTCAGACGACCTCTAAAAGAATGACAAAGCAGTCATTATACCGCAGCGTTTTTTCATTTAAAGGCGCAAAACAAATCTACCCATCGCAAAAATTTATTTTTTATGATGGTAAACTTACAAAATTTTATAAATTATAAATATTTTCTCAAATCTCAAAGTTGCTTCCCAGTTCGCCGCTAGAACTTTCCCCTCGCTTTTTTAGTCTATTGCCATAATACTTAAATGAAAATATGGATGGCTGACAATACCGCTTTGGAAGAGTATTTTGGGTGTTTATATCAGCGGTGTGATTGCCTTTACCGCCCACGCCCATTTTTGATGAATATTACCGCCACTTGGGATTGATACCGAACTTGGAAACGGGGTCTGCTTTGGTTCGTCTTTTGTCTGCCCTTGATTGGCAAAACTGTCGCTTTGATAGTCAGTTTATTCTTTCTTGCCACGTTGGTTTTCGCGCGGCGTTAAAACTTGTCTTTTACAAAACCCAAAGGTCGTCTGAAAAATTTTCCAGACGACCTTTGGAAATTTTAGTGACGACATGAAATATTGAATTGCGTTTCACCGTGTGAAGTATGTTTTCAACTTAAACACAAAACTAGATAAATTACATTTTGCTTATTTATAATGAGTAGTCATTTTTGAAACATTAATGTAAGGCTACTATCATGTCCGATCTGAATCTCAGTAACAGTATATTTCAGAGTTACAACGACAAACATGGCTTAATGATTTGTGGTATGAATGAAGGTTGGAGTAAAGCCGATGAGGCTGCTTATGTAGCAGGTGAATACAAACTCCTGAAAACAAAATCGACCATACATTTGCCAATAAATCCCTCTATTTCGGTGAACAGGCAAAAAAGTGGCGTTACGACAATACGATAAAAATTTGGTTTGAAATGTGGAACACCTTAGACGAAAATGAATTGGGCGGTGCATTTGAAAAATCCCTGGTACAAACCAACTGGGCAGCTACTCAGAGGCAGCAAAATCGACAATCCAAACAAATTTCTCCAGCCTGAACACGTCGATAATTTTCTCTACCACGTTGAGAAACTACGCCTAAATTGATTCTCTTCATGGGAAGCAATCTGACAAATTATCTTAATCGCGCAAATGTATTGCCGCGCTTCGAGCAACTTGTCGGAAAACAAACTCAACCGCTCGAGTAGTACAAAAATTTTAGCGGTACACGTTTCAAAATCGATTCCAATCGTTTGAAAATTGCGAAGTCGTCTGCCTGCCTCACCCCAGTGCCAGCCGCGGTCTATCTTACGATTACATAGCCTTATTTGAACCAGAAATGAACCGTATTTTATCGGACTTTAAAACGACACATGATTCAAATAAACCAATCACAGAAAAGCAAAAGGTCGTCTGAAAATTTTTCAGACGACCTTTTTCTCTTTCAAACCAACCTAATCTCACTCTTTCGGTGCAGGCGGTTCAATCTGCTCTTTCCAGCCGCATTCTTTTTGCGGGCAGACTTTTTCTACGCCCCAGCGTTTGGTGGTTTTGATAGTCAAGACCGGTAGTAGCAGTTCGGGCATTCTTCGGCGATGGGCGGATTCCAAGTGGCGTAGTTGCAATCCGGATAAGTGCTGCAACTGTAAAACAGTTTGCCGTAAGCGGGATTTACGTTCGACGAGGTTGCCTTTTTTGCATTGCGGGCATTGGACGCCGGTGTCTTTGGGTTTTTCCAACGGCTCGACATGTTTGCATTTCGGATAGTTGGCGCAGCCATTAGTTGCTGCCGGTACGGCTGTATTTGTACACTAGGCGACCGCCGTTGAACACTCGCGCCCCGTCAAGTTCGGCTTGCTCTGCTTCCGCTGGCGATGCGTTCGGCAGCTTCTTCGGCAGTTTCATTGACATTGCGCGTGTAGCTGCACTCAGGATAACCGGCGCAGGCAACAAAACGACCCATTTTGCCGGTTGATTTGCAACTTGTGTTCGCCGCATTTCGGGCAGGTTTCATCAAGTTCCTGCGTGGTAAATTTGGCGCGTTCGATACCCTCTTTTTCTTCCACTTGCTTGATAAACGGCTTCCAAATTTATCCATCACGGGAATCCGTGGCGTTGCAAGTTGGCAATTTCGTCAAGCTGGTCTTCAAGTTTGGCAGTGAAGTGGTAATCGACGTATTGGGCGAAGTGTTCGGTCAAGAATTTATTGACGATGTCACCTGTGTCGGTAGGCATAAAGCGTTTTGCTCAAGAAGGGTAACGTATTCACGGTCTTTAGTGTGGAAATAATACTGGCGTAGGTGGGCGGCCAATACCGTGATGTCTTCGAGGGCTTTAACCGGTGTGGCTTCGTTGTAGCGCGGCGGCGGAGTGGTGAAGTGTTGTTCGCCGTAAGTTTGTCTGAGCAGTTTGTCGCCTTCGCTCATTTCGGGCAGTTTTGCTGTCTTCGCTCTCTTCGTCATCGCTGCTTTCTTCATACACCACGCTCAAAAAGCCTGCAAAAGTCTGCACTTGTCCGGTTACGCGGAATACACCCTTACCAACGGTAATATCGACGGTGGTTTGGTCGAATTTGGCGGGCGTCATCTGACAGGCGACGGTGCGCTGCCAAATCATTTGATAGAGTTTGAACTGGTCTGCGCTCGGAAGGGTTTGACGCTTTCGGGCGTGCGGTACACGGAAGTCGGACGGATGGCTTCGTGCGCTTCTTGGGCGTTTTTGGATTTGGTTTTGTACTTACTTGGCCGAACTTAGCAGATAGCAATACGTAACTTG + $)*30BGD;?LHB?@BDHA>EGHH;?FSQLJDIIFAC=CA>B<=>=@B?BB@@BB@CDFC99>>B@.'(9GEA?/31;;=>53:@ADA@G18-/13;56BBFGJ=38=BCIFD>=DCGMMJ@DB??422GEDI@3AB7902C==>@F>?1/(((*7@AB890B<=79<7BCEFEA70?=@EFC82852'((##$&%'&&+%)*%'$$$+.02;>=<812%&)(:-3:8AHAFFD<@FEJEF>>8@=EGGEF;C>F@DD=BFH6?=,=@EEFC=@B?8<71'()23:9;>?@?BA9CE@9<:::AEBBAA@A35(*,-*('+(%46=<9?::89A@AFIA>@=2%,CD*.::<@;BAC>8=>=?AEFEEDGADBDEDA>D@CA7=9HJC;8A>:C;<=>;43032366,C>=?AGA>A?8=98<@A@;I>LF<@@BB@:52(-;>AB;<@HAECD@?>==;3:8::;A>BCOMGJD?==91,15?AD::13:A==A>?874/1'##$$/0(((,-361A?CC;7>CKG>1@689DBA>BB<+*4=6:8ACBA--7>B@@8:5)796@DFHLKEACBGLF>?AA=BCCCAFJDGGJC94,7BDC>IFDCBGCF@BB:6<>;::80,.,&);<4;29<==B9@<58>C;BB6?9.-,,,(-%%%$$3=><@B<=>>28=959>>?=C>:5;=A@@==BFDEJJIIIH@?=C7(+.===.>:ADABBK?>E@HB@AGI<;::;?888;AA@EADA?;E@EAA<@BJ?@??B=:CDEE>==>??B?D@>=?D@=A<;99/)<-)%'/2*;$>C885:EB?5@:=D:84853,67=>@BD<=>?6@><;2<;?,/..21=<+898<<==???B83*%%&,%$%(*+;+9;>@?CBAC>-:8:=;@:939<3.5(88;>C=7::;>@=9;>9<;=>@?C<99A99)),.37:BA9>@>++//(//+3=>>;=/%%%#&'7:7<<>?:9&(&%+::;CGHJCABB>@CFGDBCA@BA@6?90&22333+&-.34,,+&$%((234'&7:<@A@8>*-*:@>=>@CDG?>B:B<9<8:%3../9=FH@A@F@:@=?CD7AA9,7;@@BC@===:91.///08:=7<=>5?;?@DA<@//01001,*,--+-.)*-,-('(((+-((/.+--/10BHFBCDE@9=HCFE9<<=6=IFHCELMQOPHCFGEGEDACA6<3:A<<;>?8*:BB=@BCAC=DA:AC7BDBD@>>;8>AFC@==6A?FDI1;:B@BA;903BEA9BAADCIF7FPLF8A;448:3ABEFHE@D<8&2/#%$47:;E09D=<<90-?BEEB9>?AC<8:%*+%%&$BFB?1;>:>>9A@::>BCCA?=;;6::;<>@BBFJB<A=67<<20662168533.)--/5578120)(-+*/'4;=9761;4:A@=<=7%$-+*&,),,3*018<<;><><9:@?>;=2C<==A?A?9>:68??331/>.?9<=>@FC>A+%%1.1%++*./-.347=@?8;>E@=2:<,02=ROBMDLLJDAA:5+++(+*$&-%,,-><;34+,005<:>>><-798<9=?BFB??@@5768,387*'2=ABAB>;@;<=0.))=@@@@<=<;BE?<=>@;:68=??@D>=;:672?;AC?=BGEFEA=49?>BDDCF@BMFDABA>>=@ABBDC8BHIGFA;D:DABCCDAGE99=65))+49<@@=;F@:=+;BH@DE;B;7;:;=>8>=9=;AA=>;;<9>=@?><887',+38;99B>;>?@@>??@HGD?>:;2.59>94;=@@<CC<=;;&<:?:EGCEBBFCG@77<@9/BEFJI@A:;<@643)'(*9=:*;AAGHGHDEEHE?>DFHHHG>ECFGHHEJLKGH?8:ADGHHH=<@E:ADKLH>0/==4=@BB>9:0999;=DF@GIK?@:ACABF9H4HDCBGG<85A??>>DECFJCBGGJBMADECFHAEH@G>D?@FB?=@DE?IDBFEE>=20+8?>B>ABABDBC????97=623/0(%$&)*(-=>=?GDAA>ACBD464<+:B6DAACGEB,2:DB9--))2(%%%:>?A?A?DD?CIGJI>AD=?6B;?=<3686%*7?@BA;&724=A:::AD@DH<7?;@;7978;:96+'''$/005669+578:61*''898;<@CA@DF?9?A>?CD@A@<:343/<;<<=B9--+/=?,1?43B?;B@:=?,;2@CB@DEA?<9(&&&46:>95>=,&&-%$&$##%%13:958:EC378@>ABB?>===C9;<;:,4;<>>856?>?91/3>BGH>)4$&),8;<:D?@948?>8A;)+46/(%%:@=@D??:(%%2'&'7;;98:8/8:?I;96:<6/'.=>>A>=BBD;<8=@=?>9712..-548>=86//89FGGGDEDBAA==123+**-'$##042.5745450-*(*$(-,',,-))(#.2644>;7881101=AHA<8<319')++))(&)-34;(&,'44*(0041667@A@>>FBEF?>>IGCCC:95::5%&%%10**/64604)$*'324?A?>>;?@DDDCDAD=<=A=@?DD>ADFDCEHH?C>>?AB><@:79<:CA>C@?;7<>=BA>:7,+.-$$#%'+47:8;369<=+-@A78>;D?88A=@C>53133*/1:@=@=7AF789@A?;=CBA0;<>332,-68917?6=EE?6>;52-07;6,4?@A<:96066-1).,*1330*+002-310;?@EIFC@CCBCIEDD>=KMJCH?@:DHE=B@ADCB>EGJ9=BDBB=IHD?C@?@A<;>DGIB@?>AFFH9:BCFABBEDA:5*&(02),47=@B@@C>1/,*,<5&?<+98;2=;==:EE>EGAFAA>;<=7($%'$))&&))$'(%/,2--&'.//2.<>>AC?;<AA=6360.-537EEEHF=ECD=AA>BA98>;E@EFG:9<;GDC:77@DNNGB5,.>;;A>CB//7;/:6864776514;98:?B>GIBB;>88*))+$(+3998;<<=64B=@AAAB>DA()1946==?36A48>:=>77@=;995FEFFGBDEACC@>4920107.67++)&%$%'#'68?>7:<<44/7:>>BB;:<@BA>@??;>@HC9=99?A@ACFIEA@@@=F?AF=6A=@@@BBDA@;99<>A@FDCDA7;=A@DEDDFC>>AC;>?B=9CB<+%#(((%%('/1*=BDIF=EF;@AA7:CB:9>1%&)799=>7688532&$,-:(;;=A:=AGAAIFKMMLB<-/A:@:>E>E?DFF?19C;>B>=737@<@?@A88::9JEBK@>KIGBGQSH@H7@6=6653BFG=*89G@3+/B@FBAGHCHA@5768<@AA75?4;><9>@,66BAAB8<=60;;<8D9ONL<:=<(*4>=?/22C<;=?=D@A=5?AB@?@=<>4CDC?9;;965(%()2>A?=;>@BB766<>CAE:3*&+'&%0/+35:::7<==?D?AE>@C>>A@B<@=CB??>>>37,<68<98;>=<<=6@AB;>??@86.-&18:<6A67H?==876.++),4,,4:27CEGBBB;41;;?@>6:@ABGF>=>00148:651681(;;<:<==?BF<2;?<'=@KHKLC8=5777;9B772CHFAGKA99249948:894>BECA;?97==;$$&$%9:04479::>=>9?982:8456D@B?@:<=;>?@>D>>:5-/06-'(&-777;@ADE87@>>6:7@56&(.661;>D@>B:9BBFA???@CC@@@@0=4@==<<98?@;?7CA)%=:<=<54$$'--54:?A8:5FGFA6-,-&)3/6335.)3(($&&%+(@ID@CDFEJHHJ>=@>0,-45FA:EGG>?>FJ>@EB<;@=79;@=;=842:4:=><96638==9>@HGGND7AFDA>7<7)..1=>@B=24&*00).*(+*)+8@A;5>@>7.79@J<@A0%3'6:579,7+,*9:BAIJLJR6>AC>.:.A@><97<><8DCGFFHGDA>A;EB6HCHIEGGFI?<HHJHBCGD;HDIEFDFAFB=8:DECD@DGOKH7HJNLNLBG@B:B+%%38=>EHC893&(8:C=;==:?FD56==;:<88:(('2?>A*(%($$:$A9;?8B@BDJF;BBH=HAGCB=?BC><272:9933,(98'.1%<>CDC?>FPOHAMCBBG7;CD>=?G9:AA//2=@FH-'98?0>?:=?+(*4,,+7+<>BA:CBBB@?<66>BHB@C?=5/7=;?@?B<@7)%$+3258;=::;/@@BDA78ECE?483,7+-%*122/3;<67==(*34,/328*:>FC>@HJ>BF<=:::B55525=@B3?@-1:88>79*&&26@6:9;@:8>55.0/011%.26?A=5..3396:9>@A:95$$1$579:8;>A@?:(:@D5G>EEAFGHGFEH:>GB565586/.+*$$%4::DB:EACA777>C%1468EDMMD?AD0:://2ABD@B>@>=;AC?B?FL>BCC86FFHDD5%,)*));A=994-,/)&0;BDH=?@@96<9D:;CA@GJHEE>?7;@>?A::8@BBDC@6;?GA@:>:6=%*(-%+*)+$,+*27<<:631+-&&&%%&*))9458?:'&2&(%)$,0.,&$$'))2&6:@@@;>@1'&(+(?>CCI<@??BBBECE>@@DC=>@@BD?6600488CA3737>;>>@98)'%%+%*,+*09:;ADB<=DD,:D@@A<@B9EBD@C>A>?;?,73<>?==>@?,DBCI9'%,@FG>?@IG?AJLCHFB=<>;DCEKGBGCAH@:?BA>??ADG>HF?0396FABA@FHK?C?BB=>CFC*=>CE@@?<>:@:B<;=69;A>4-''4//(($#(669ED@A<119<@<>=>>?61.45/0/3.*??=??BA=9=%4;9FF@>6.++)'&6B@IBC@A?,&&047748:?@@@>8&(13015.3$)%+33457;895(%&(+*),428>EECB?=;AE=>@;=??@@+*?<9=:BCA@??:<>?=@;BBFD>D=HC;?88?ACBF@A>65)%&(/'?60/.&$(*7:6:;@?=<1,@GDCCHI?A;>03<<7%15*59434..--+&9;95139AG?:A9737EBG=ADAAGCED96AADCCAJD=C*?&;*?BCEED=HEBFE26=@>B@@EDB598;=*>:;;79::'6<<:78DHHIDCHFCDDEE@C@HAANNOJ;FCDAADBD*9;@@ABBAHHC=ADB>9/ANNBA;1.8-79@HLKC;;$9:>;;>??C8:7AAG>;::934?=IHIIEDD37)E46<+>EF?;4<@DJ?:'2,AD);DEFGFBA=>JIN>?@9@ECB75CDFEC?DA?30?DLEIEEEE05GC2+*'%--99:CDEJKC?A=A,D94>;::23-)66;?AC<@BHJJEKLEA7:1/3>EC@?7:@?>/6;9DD@A)))=CGG@1-99@>@@BCE?@:8=2?ABE-8C?=@;9;935?A>@BFDCA2@>?@BHAD==?;ADF<:9;@AHF@=;+47;68'@GHF?<;=BDGIID@A=@*-9<38(<8<<<7/31#"#$$*-1>@97<<>?=AFIJBDE=<=785/($%'&*777@E=BA=1A?@@BC=0*:63'>?B?>=@CH?>8;8;@=?BABE>E;@AACE@4@CB69';8:7.<2=<=?5CB?>F>).@EEDC>@HA7--07>DEC<=+-FAA@E>GCE??)8;:?9><=99(.63732,$%0/::;EC>BC@@6:30757629=BHIFF>?C<78<@4:;=?AA.143;:(<4@>,245A?>CAA@1<@C>?@?>;903),%&,)79@CJKF=?:145:19;9:7768*,9:9@;?H5=9C;35=<>><<=DDMMAD?:A<>89:<)$&++-29;@A:@?DCG0;=?DEF26>@CDF@@ACKCI==4HPIEHH6=92458;>>:94>BC9F=>?B?>@BJ?57ACEFI>IEE><-$+/34<8::@;./++-.134;7344101)//,98GEH><<82;==-1;C?A@7>41<@D?AGFJLE>?@?;857697<<>;,*',0,07/4@=A@>7D>9;99E;;<=8<>>@058@@=@<19E;;D9C??=B3:GC@>DIJH$B?@A:?EENMN@ACD,;=<9>@?H=>29:>8>>?>E>@GIBKF3?C<))'&&623:==<39@CA51156A?>CC@BCCEDAEFFDA?C-GM>=JLQF>422(%0-36=45AG>>;=BGDC@<@;9/0'+..*)))'344*35@86/')(+&.-.8BCEA++*(BDH7:>=EA:?>FAA@8D=@C@FHH@B9,007AA;=8,-;<>AB?H<=CCAC=8@:AEKKBKBB<3<@BBB>5;=@>53?>@=?@A@=:B?<=46?@=?ACD1FC?=C:3EJ>>@BC?@CE@;<@=B6>?CCC;?;GLDMMCC?HJK;:=CCC;55797(#$%B@GDEEFFA;>@B?@E@?=DCBCDAB?>:;)&&('*,./69<=EEC;767779A>>=<>BJEF<>@4C//1JFJ<>03=:;65998779.)78::?>?/BA;7:::>/<++-)*,-***&$#*//?>@@@@?@***$'$'9636881-35-69986>D77:?HEE0BGDF@?B><8=6@A=<225>?=,46*,673548:9;CC<@CD;/3*$$$#$'.=:;>CAFEGMPBC?;<%%8ABFBB=>>;>>;)-176687@AC?=:2**AEIEG?FHA<7=FCGE?>5IIMKDBC?AB><697:@B@EDF79=A;:>A7<98AEEGG@@>?A?8=BC?@FFE=AA?B4??>AEDA79<,1&1+$0/--)*.+,-,&$$&'*/.((3228;@B78;>>C=::<=?8+&&&=:CDDEEBA=IJ@HE9:;=<>@59>7=@3->??AAB:?A<9BFDBDH9;CAIIBDDNAB78>-AB>@7BCFEBB>@;AA@9:=6CB:2@BDCHE/2BFGAED@BE>DIJEEEHF><<=<>C>CEB585819;@@>IKIJBFFC>;:41.153=CJKNK>==A>9>0=-GB>=93.-/7>KMDED8,78:9>=*';<3158::>8A=:77:.),$%&))(,554/*,-)'&%%$39::=B9<9DAE?BCD)'7A@?F&0&%3-*-9@@><:>:HNCDKBJLMMM2:<A?A=+-:4('=E:DA879CB?B>:=?>9<=?E99?A7:9:H@B>ALKQNGI/9@AD7?@@<)),7=BA<8-1&(%;6?A>EEED>;9:027(+-;72/;@:9?69AF@36:A>484;/1.<;9;@B:<?ADA>>B>+0<78:84'%%&)%*000&$..04=9DHI;@C@8?;42=>B>?=?A@H?=EFD>=CEG:A;)+96@9>BACKKFII@BB84855*2-48>@:CBFD8DF>===?;9;>>4+8?EGKKDDC@DECDDEE>A?A>)7@<2;>9<<@BACFIB<>4/07*(4@BB>:AB?=@CCCDA=5MKF6;?8;;;?FICE;F?;8;B?D66BFFB*A?:B.?@BFIIG@ECCCC?:B9:8)268?:DIEEAC@<;@=>C8>>;=@2=>@9=42:;;=EE>H9A<)4?A>=??BABCIJB===.+8>98E@?<>?DAA<9<@<5757,%%%&(8-6/:=DE=@CCEFCB=F@@B?>>AEB:;=.=&A@DB@AB>039:?>EAAFAJJ<03;<>:(BABACFGD?3:AJKLKFHGFB@DABDCENMB3./=ADF==47GKH==A@<8=?C38EA>;:?24DDF:9;A?99.,/1/BGIBGHIHEHKIG24K@A=?;>A>BCAMKJC=>@??0;?;8=/;==?ABGHECA@><>9795>=>C=:>:00/2*%###$&*()-.35.7983/''):;=8:9DIGE?/8970:DCD@LD65:<<>C>:1.75:>EG@@=@>?3.-).73?=5:7>EFBD47@GIC@?GFEE>@A=*,779?1EF==?B=79>CE@;=B?@EEHF:>?B@A8<@BA<7=4=?A@A??AB:=;<;;-*)((96::=:+?=>C?DB:<:667;<<981%%&&'.1219@=6=@(,BD>?>=>:>9575'*-.)-65+6<:;7;66&&6/2*,0()))+*,(/.34=78666542''''())')'1'4(+,++-<>C94>@FIA78-'7:91;+<>?:DEE9>??96<8?DGGBF7?>B?AA@B:89'*(@ACEC6@@DHGBJLFA@;;:@>83(9::6>8-*&((23346@>AAB=63==?BCDCBEC?@GDHBC2D>@<>>::=7:648BA@:HAFDHH>2552656/,1)-569<>5GD;48>8CB>=?D;<;@>==3456CFF><89:7>?DABI@IF??;BB;B<2214>CEBE=:CGG=<=>9.1:=AEF=A@BB===<@=<7;>@=BA469B812E:=58;D=AC7AB?4)''1:7BFCGCDAB/:;C89/=<@;;18;@=EE79?>15?A:=8@?=734**-75788:;CCA;:D@C:?=2F>@<+.2102>B+=9>@BA>@B=>B?I@;>7ABB@E@><=)$$43=>:;9;8:;==<==?ACBFFH=EGID@<=DE?DCFIJEB*B=?@CBA>?=<55'3<8=875674564799:?:9;4(.465>B=DC@HJGF@B<5@=AJF?AB9>E??@:7CEFC34C@HB@>BA>?ABBE@ABADDDDA?;AC>;HHG@>@L>:DBHB=BDB@5%=ABC=;<>B;AIIFDGHEEALHDEA85>:BC689EEEBC?>?BA@;?;<>@C>=:=IB>BC@EC@?CB?>=BDKHFE;;9=>=><>BBEB9>EHDP3ACABEAC<@@46/+53443)7++%%*%&'&)24.46743.<5<<8@>?BGG:;CCB@A@DCA;:9032.$(0.77:=8;<;;>ABBGJGKOI:;BBB:$:==<7<>9;8:?>DB>B@BCIIBC8BCBAA==E:D@>B=>D>DA=>FLF=:?G@E<4AI==HK=CEAED=@ABA+/;03AC>>@A@DCAC<<;7&)):>B@A>66.,''(('0667:%,6,-06+)**)*/87788737;:;=<=@AFF84,)68<38BCIG>6=>=?A:B=<>36%$$$&#$')<9121**,+?<=<=8:9625<9&)''%%(#&$%'*/2251+-*+-(%557B?*(@;A<>>@>44=23269B32@2?@;(***.0;,.8)@5?>==:;<$&;BC=8BCCD:<8<5<>BJACCHEC>.>=>D?75<>8).1279..246894)*&'*.%$&)6888+567GFE=98=>>;+438=@BB@@C5:D=?D84B<<(88:AA9;A?>ADE>-65;ACB<@LEGE3(33@6659C@AEGG=??9>88<=C=022&=<6=>>CB(C=;F==%>7<:=>BA@FE@?C4@;?B?->:E@@@3*+,-24156//01/.;9:47.*+*'(*3=?>+.&+;3A@FMI=9>FGFLJIHFD:9?A3@6%%&*&%$()44*'-)0,0::>CF>:<=@@A94700//23AALH@CE??>;;;9@?@:?@BC3::88>>CD@@;2$'(*&74@B3B@BCDABCD>>AA@DE@<46?@=?=:F;=CABC36HEJF>-057>AFA@@>>=5);=9668:8:60),5:==E@&(74759?@A/2ACCEE?>=<;-/08;@AE>0@D=F7JFIK@BCE@;@C>9?@:-1((?:;<@A@?B>>/3;;?9>>8==E>>>DGBA8:=:B='+:98)3789367=CA@ECE:9GEE:::=?@A;=DF?GI@>@>*?>=??153=A@DFEDEBBBAABIL@>9B=@B???9BDEH88?>:96=?A;:2*$%.1?;:8<69:;5568DDBB%)E@C:8ADF:7<;?;>;=GGB>E?IGECJIJ@?BECB=1,254500.))$&'(/561%:BBCA;B??@<@;?B?FEE=EC>DAFGE:>>BDG?EE@8;BKK@G;=C@ACFI?==4.,$9+-7@'++B;<>>;:?CIBCE@BA=?=>>:=479:9;512462/45568=?>8%%%,'1''(0*6D>=FB=C<779=>9@??>>@D?@?:8:>>35AAB?8?FB364:/202@A><>1-'%2$57:;;9EGHBA31199998?>;?>@<;>3%)32>/14<5670;<<83('869@8:0966-033:;:;8:;>7:7;=E?<97CEFHIKLA?:A?:=A<>>=?<;7>EFB=?CCB@67<=879=9790&.77>B@@EFEE:9@FD@AC?@B7@@=CEA3=><689;&*:9A%571=;=>B:99*66/.3352>=@>>CD>BBC=::*2&')+,//-117869F??-00-0=@ACBCBAACCD,>@CF<2;<8-+,78771&B@7:A0@::514368*2,,7:;.(&--34.8:@C>82)*8897A@GFGB@B=?EB@>;>?AFA>7C=@FFA2579<@A@719*,-&$(67*3*+%%8;@=8<4801;B3)+J=7F=<+)'6:;<,8.9>@CHFE@?8<<@BG>8@CC:=?ADDHHDF>EHC59?ADEBBAA::)-'7:99;EB=EE>>???H@GB1?BCHB,;A;=>?CCDDJID9>?FA)+;**;<>:=?AD9A@HD?4;?CDADD?A=B;845BB>9C9>B@?ADAE:567,'/4265,-6.077=><>7)&%$$--'536A@9:7AA6A<>?CLEIHF6,?D@???<'''';:;GEC8>97%0),57788:552(&'//20043362>>8898:>9117330219E?8:=41;?BB<;<7+)'298969578@BCGC=:6><103=?;HEB?A?B?@C:=@>=;6-1;BJL:@=DCC354009DBA79EFB@><7>DA;>BFGFG>:E:==D@DCDAAEBAEAE<6?7@=:'*&259A>BCBICF?28KC@@@>BD=C?:9..'==>=ADFE+IE8?>@?7CE?QLBF:8:=BBII>DABG@I>+/2*:9A/238ILJHA<:20/6'&$///41;9+/6:FD;=BGHI2B@@>:=@=@GCA;'7B89/)$$%%)$'56%$&55;>>?=ABAB?B?@C=@??<6(67*-025)89:;:6/439391''+++*331068<@CDIF@8,*<89::;:<9*8.66990+&((2:;>?AA<>CA@A<<<;EEF?CCCF>/<@BCBE>9887*+9@DDABC?AC>9=1=HGD8-3.<<;4IE=6AA?;?(%9A>HM?FHD;BDC>786)'<>>5<=ABA;>@JJF90@;89@>>CBCA;A@;<9:'(-/-144?>D?<77@?AB?0A<853%718==;===987:6ADFF?>6517:;/,555CA:.2A=@>DNMGHACHNNJDE:<@=BIHLLI=EEC7EIHIB@CA6),*(++&%*#%$+.4;<:B>@AB>C;?9(96/2,.,:@>7;:=4GECDF>>A;@?===?>@BGD5@?BGIE@FG?F>@=LJC>DDACENI>::9;;:67511/133*''&&*/,9:@A=B08-9<==>=>0-?FE=9@A9@=;:;03+-%&$'',1)123;7:B:@F>??HDDE@>>?>=9<5/0*/89=AFFQIDD>;5597>ACC346=?C@;E90AEJF>@64,(3%%#&&&%)+-)(%#&)%$*+,,2-.1+'),.0002@9=@D@@?@AEKJF><<>@*--;97787769:?>;6')(*)'&%&%$.-#0.2A?79>@>?06877::::=>81%*42';>AAECEC@AF;97>BF>AC>>?>>?>=<547-&201/%%-(')((%43%87::><7@@?<;;CB>@B=866??AJACHBADD@A>?HE9???;1789=<=889:.9?@?>85244&1-064@@@79;C=:<>@?83334799>=AEDA>=5>@KK:32-;A:8@D>?A?;=ADAGE8G:CE;?@C=95890.1**&'8;=??3322)CEFCD?;793>=:;7=(&3:AA=?=?GDB6:5?A8/175)*''$,*22-9@F8DGD@>>DKLB=BBMPDFIHACG4:?B83<18552087)*24/40*+;>BA;=DC,,>:()EDC=@E??DCED82B>:::7(&08;5CEG99CDCECD55+FGKHHG:A;>DA>AAFF<,/JHI7D<=>=???2=>9BC@B=>:614&$#$9AEBCDECIHEEFGHH?HJJAHFC7@A:CG@AC0,,(*4268<<1$'%:?GEIF>>**9<;55+::948794-/,..@@>?D:11100/8=:878<=&*4<;8<>CCDBCEBCE?.*1%303=;:<:97$*(''(&-2=<;;9<=@B@A?AD?;17?=9;ADC???8@CBB;;HCBB5/4<79?<8<>==BDGHF@?BLH?639AAB@<:@DC636*&6?@99==@ACE@GB:CG>?EFLKBG?8DIJCC9:<:>D?LI?@FIBCCED=?@ABHI>IJFA=>6;8=9=>>>?;??<>4<<;9?2;.,0&&&%'.421679>?=<70272458&&($$#;<7>GCD<=?BA96213@CEB8B>.*768=FFHP>;4'***)+))'8?>D8:<=7337/0.'&1:CCBCC;:AC=@BGG?>?@E@B7??AFGJH95:2A<39:8<==;95;=?DGF:<@D>=@@?BAA@C<337<=@;54)124<=><97;8:99@BQQFGC;?A>?HHBBF>CH>D@BJF9=@C;BC@B9:;9(((00469<;>?FJJ:::<>BKRD3499,('($$$('*('.,,8?==?;DDDCEFCHHC8@??C=?D@>3>AB@EJ>@:?8(&&&$/15FFFLA>@IID>;9;=;>9G>>@BBGG?;==@@>=B@AECG>DC?@>A<@<=:<-4EA?>758?E?=3:3<@;76;?:=5441/11*)+./00'*#%(,&)*0%-437=EE>EEA@B?;8;2&5798;>4;F@C>=BD>89>5>>;6>GF?=AE>>=7..%'%+(/57.<47;975;A<9:DCD?<>B;DE@JLEG?CDEBGD>BHD=@7;5;:;B:<<<225351-(--.&.+14?>2,9?=AAE>?>@BE<8*-/84697443473,45*&2/&&'%,.1,'$:>A@??;>;BBHJ?@E>=::6BEEHA?AACDC@<=C:3BDB0@?112:<;A=144249;?=<;<9.8:<<685<77CA64;1(;C?@>?A@<<;9321.325@CEF;>BDC:7>DA0342-*%%##%$"%$%5<;AE8?DEBA=96=>=FFIAG=?E<;:99;;B?@AA8@?@@=?>=:<<;?99FDLE@6FD4AGF?@A@BA@C@CBE46:=DEFDKB>54)).(1005628-..+.+**041.(6/,,)+7++)'37@748@D?9=@A;42:*;?.0646.001,;87:6=<+&%(*/:<;F5A>C8:G=?BH?==?<022'+,0$$-/377096?>;;7077668<=>=A<9:;8*0$%''+*)+,-..+9<@B<8>>=?>>BA=AE7287?>93++6899:KBAF<;@?@AA?CHEA@E==@DH@=?=??@=;>>=:)3+///-'/42487402/08/)7468<7976/62&*19785'7?9<?3--41::?BACAB=:@E=@>;><8?@@9:0.%$,,+576%&&88;::7:;%&%1-+4,0%%(=>5:C@45447<8??::<2''')6=@@C<<;?CEC><;@=>=:::888;:758<<7::DE;B9BE.*>889)-8CB?7:?<5:;77=8:<><<;<<<=7389.)560-.,&$)4;==?=4:5668:;:<;<=@=<8:=5'%*'')$/0%588DD4:?EDEB?;822=AD>:37;6AGIGC9?2=7@BFBAJJ?FF;:<8==AB@AABGA=:499A?E=9<7??>FGB=CDQDF;;::81%$%+)&#$-8388:<7>:+;5C?99?4@?A@:97:@AA:14=ADB08;=CA8366))*(-,)($&&&3--16688466''*///*+*(*+%+.<>EEGFFBA76:B@B=>B>BI=:=A;9>?A?E<558;;;377880.&$':;=:AA;=9IC5?58A<:;9<>36=5?7=45=;9:=5;;<=77>:980-.837:ACBDFJA79<>:@<===34,$$$--,/47<=*/:;;@>=>@9FD?>=?><(.&&&$/'.3384$$'+452:8>DG?F=9?A?9448:466;==?5BCB><98>:?C@>?><;>>86<=<71//(/445;;;/*454;645:54--419:889:<=ADE?A3?B??D?=?8@::@AB==>B>BE846;:::@BDED@=>@>5A&7ABB7?9@7>E==/6==@<==ABB>7)'$$$%0.2,)7667;*66610011;<8E8EF39?BA?3(')(+*381,'&($&)&*(+-&1,+021)-(1(*8:8:?>BB8;A>54:<864::4&).34856<<1?-A@>A5>2220558BEJGB8<@@A1D76==66>9<9:/27;/-,-.-1048647<<>?=A:@9;;6:88BEA>@A@==CBEE>C&03>EAC9CGGG@A86625545+A'<<<818./%*'6:><=5>A?=FF;;'=?BD>?@AA:=8@@=B.??-(,@?BFBC>BF9;:78@>:698/.559*,$$%**/;=KE>>@?CE>-7;DOA@?@B8/>?B:?<>EFD=B7<9:9<>=?8?AC9@@D>BIK@@A>?CEC?4>?AA=86@0988==<89-17541)326=>:<<:<93?@?@67MHG@EGEGF>FGBA;5.8=8?>AE?BBA8<59<FFA7A%'<::8+.';685??@??:,855;:..*',%$1,.6549?=%@<8@+'363483101&%00132476:3+(,,-.013+%$+..49<;=EC=BBC?@87+-BA9=3@=><;5EBB4?=BB=@>8=<@@>CE8844.5$&5788;;/634.*)*'789<;7=69;:+&**-749;?;;:68>>75@D:.>;:'%:99;49=(9:=AD>?F:4;88:89:4;>?344>>@B=8:.951*),&&&%()./7<:99<@9?A<9?B:7<<=><@C@>=:999=9?8;)$'..//778::,35485/<>=<9<;::>ABA63CC>BC=DH9+--77787D=9=:0/14:67.-578:<>=A<<@=;;9?B;9<>CA:97:6FC8A6<=GH@CDBFBGIE?=;=09974226967=?AA<>7=?:9?A=9A@GJL?A=@<>?A687=>:?DDFE>;=<5;3/0247?;8:53987<;98:A;89:7%&(<87>7=?,8:;<@D>=57...?AA?HG@CD;?A><>=B:=@CAAACDAACCBAAB@9D???@<;:)(5675<;>?B?ACCFA%''FD1??;?69@==76<9<:DDKHECFK=;>?CED@DDEEADE=986+----3.49-:;4.0-666>44%9<;ACC@IDHJH<:5<71185,'2833;264)0?@CC<&)4,,4>47BBBB@=7*=@>:8BEA=;>C?>>>@;>@?C@C>>?AB=<>F>@@EA>=BCDB+7>ABJI<;;:-1;8$$$$*666485=@GF?.9>:=;>?BADA@@>G??@*<'14=A:>EEGGA>;:<<85$4>67;?<>?=D68:$652377?;A?;<=??7BBC?=>FF<@I<==;=68:F=9BB.5<;75/2578)'.4;'$52-*-767?@A@A=@B>=7AB@H:F?SOH>0-78FB<;;@<=8;;=>B8:;<<::CDD:A>:8;7<=C>H;<7ABLGEG89:<=?B?@?2=>AH=@>(=:=B<::97;/4>===AA65:9)>ADCFCD1111;>>@>9)4+3664:=AB=:CC>>CBEA?<;D;5@E>7C6;6==>D>?B>@GHH?>7ABEEAA*->CCBEEB)5&38>B@E:9;9<))';:D>;9892?ABCI????:>AAADE;D?A<0005:997<;>*$,75619($$$#$%$,%(+''&)334679>?3@?A=C@>?+@ACC8@E@7>C87;:FCB35;?8@<>HBA<=;;DE<>:?<7768CH@CD@B37<==;,<9:3+&$/8:?@CF@?><0,,)'()('$,066<24:8BCC<@@>46/62-+@.?>=;2''++,.'(,*)7<;CEAAB>>CMDB?A>C21-*%+..46:8987869=;:/7<@:??FF@CE>:ACG=BEF5%'0./7:=?AC?@;?88958;==99A>1=@>=;4''776<>9?CECDDC?;8BAEGDE@?78:3324***,+$#$%%%'-/,/,,,---+'78>79ABBFG>HEDA>9=?(?8?A;:==CD;9=?=:554@>;EDCD88>BCCFCB8>?=@A:>?6<@B=<>;<:A9:LHD??=@FE;:77'%(366>:>=.5,/+1)**6<?EBD@FGFK:EGI;;C=>;:4'68@:877B8698<<=G?6:;4<9:96=D@5=??&?79275::98467389:?>@?800017466DA<8=9;;AE?:B>>?AAAIA?F9<7<;<;@=65?:435/.0.A=C=D@=@=5'<;:;;:>EEFD@IB>)DABBA=B:22499778..8<3-@AFK>=4<>?CB<>>8AB@9>BBA;-6=;<;;78JCAHFFAAFHGH);97(*,,+4955447;8:@BC@>:5>;>8CG@:D@A;03=BB5:8:,74;9;8:AACAGE@9?978<2,.886556AEA<.&&)9><3*,BA)60C9<9?:;<856@>=2320(**>?:?@DDFC.A>9BB?@???;=>:01465933A?=DD?CDIIG=@EEE60,(;024:;924486772)/1:?@/))*)('-*+,F<>C.B;CG@BGGH7:9B@?@7>/1389<=6767=;6>?9>?A=A88E?BBC9?ABB89AAEE>>;8678:1<9335>9??FA;?;?A343-9A>::=7BB0==8>BDJIAI?@=.<(?9@8:AD@D=<2+68:??:8&6;<.,+$%3386==CEA::7;?@'45=8=<@D?:;;<9>>6@>=5577*-*/@?B@C@@@GADG>?;?>98ANOC=?C=AA?AD<68<<3@9:9496:>CA===;<31'04445>89:=;9=>@A>97@>:=/59958@63/63<21113%461.537786:710/1:<=:<@FKJCB;=B;ACEAA=@EDBID?068@?775435$)+86::>BDEA@MKLGA8?BA=79@?@;;?EC;AFAFDD?:??AG7:;7676657898CBEA>66.,9:;?C8?62-8.**<<600++-2228:;;=>>=>ECB?DG:=?<70919BBAA57<@AB=6)'))978:>678#%767(56(8CD<;3.9665AC:<8::;669754:3:A:6ACA:B6;;??<*95//9<<=7>DA;==@>DG?@@BA@DAFF6@DC7BA:9=BDFC>AB9040575658/',,,0456-##$$))'34273&&)894595176;=?A3728>DBAMLQNMMK?NNH==B:;A@B==AAACCEKLFIIIBA(=BDDEDA@;>:117;GIC=B@ADCEG?CCA?BL?APODA??@B8B>:?=:9=;9:61'*>>=ABE<>HIGFFDI<>@AF>9/(:@@;BC82CCIIB@ACHGI?DL>?DDDHD19;><=?BDKF>ACB>F@@<3/<==@89<;B<8>?A=315'$()636979<898>=DGEA>ABG<=GE@F8A@=GNKLG=D5<3332/$%%'**()+--*.5>;>@;=?BA=AB@A:>=.*0.49;=ADD6@CCCDE<7$8..,88923))-?BBDB=@@><;8%(6;?CBA;@H-@9AG@EIIB7-6>::<>9=>?@FF3<@=7379KN@HEEIID?H>?;<@D??BA@=FIFGACGB@>BB<>GF<>==>==?BFFFFJFCAAC9;::7:::47;;;=69<;/*+%%,'*.0978:?CEABE?;76:BB=>%'9=HG8+&.''',+&'(&,/=67@:A=<(4568=;7,FJ.@79:66:5:9.47:7;>17355377DEFLE@??<@A36=7++(+''&&3),*0%6661+?BFD?DJJ;?>KB@AA?AA7=7:G:9@-A::<;A@B8;@@74B>73;==?<7%.)'*,,75@B?=>)176;5=?>;;<;8:87336C@B@>=@19:B>A@9<*>;,>?<@7<:345/1?8/EF))<3,>;CDC@@>8C9IIBFC8IK:J?=<;467**,-+<@ACB5*567C?:AC7@@8BD@>8>AF=SSSF===/)-5.-($&$-+&%$&$1265).1--1(*'&+/4571/$%%%&$+,,..6./)D<8C:5CDG=@>=+.9$:;<:4@FKH5>=:B=>=A>9.*/'%%%,-089;@?;<==;7*6<<=?<>?;38*9@?<;=;=>=*-:@<=EJB06=CDHHBB33?<=<*++2<;><>:72.)8;<<:*ADEE=??7?@HIGG::GBC?,@@@<7<=>69ABBDB<>=?EA:==>>(+%(+)*))))+;>8CA<:3-6=;7?DFH>AHF??=@B;7,-70*04<01489>@H=7'>>@@>??@B878:9;:(*?FGFAB;B:6BBKF@A8A4@<=7?FPMLI9>>==,222/?45942:=<7<>?:*:.1@>EFC?;7-'/5;?;<=DD@99:>6198378:A==@@D>A@@7A@FH@:EDEDDC;;@A>A=9;91BE;78:;=74232/.$'*+-))%((%&,'(%+,.$,.*,%$#$#$&#'$$#&&&(&$%#'&+.+6>;?@;=A@DFCINOG::5:>CCIAAC;?AA=><.13;89940,*%%'56::01167HAFIKHJHGKJEOM@B<@2><;CD@DGAHHGEF:;8C?>@IB?@=;;=>:95<=*&(-1$$$%&#)78:.02441,.,++78=9A;??A@B=BDEBCE@>C@FCAC?007)/=@C=8CEBEDHHHBHGHFC6=EK>CIJFC9<@B7;35?@@CEL:;CB845=?>?B??@CFGE)>?<>>>ICHE>=?@NLK@IGBAGLJCB=>JBB@A@@CHHH@CFHIHC=><<@1*-;-110429;DCADDABC??B>=;7)CFDFEIDAEICEEDAC>?AA;>)/*,2*/+468==EB@LH@@AC:=?>>C@=D=NGJCHBDF?;CFEEC=H<=E>ADKDDDILHHDA>>+.1A@IIHH=C84;<='*+EGDBAE<;C>=;:3+//27,''98>BCEAB@C;DB<@@@E@>?31992,1ABCC@A=>=C<9:@?<><%,4:<:>?@@ECBBB?<>=5=?8:;C=7;5883447789:/3,++$6696=1=-8:<>>>>=?;477:+)).)'36>?CDEG?E;:=@LMEE<>=188:AA?8<=+:/=>=::=HHCCEEEDAGNHBCF:C@D@B>B>23$.0,(0.,''47:?<99>>89<>IKEB@?:67<41:4.A@44=GDDGB<=A9--/4,;57>@?A8776121--,')%/+:;89>CEB?//B==760>C?@9AII@GBGIIACFEDE7)3???BEAE=?>>CFIOJ621PQIE9,3FEB;;CECB>>6??CBC@BA66;97;?>:5>;:.?-2>?@BA6:67C@?>BCADGDB8:CDA2?@@>?A?:=?@@B?@GEDFC(CE=>:?=9>DDD@<;19:;?BCE@?E61@AB;8>D<;=$3,)*%2468>>9788;:77201-('&'.-((85<=>:<<8;=?C?IFH@EIKGBCFC?A>>FHIF8222921%&'0')AB>@?=:8@?@=AD=?D>?:;GA:@EB=;>>&:FEE?@9=EIAB@@>,)/%%&-343659:BA:@@DFH):;:;=JDB<=9IIFHIGI@A?C?DD::>=;=@>:8>>?B;?@>AEDAA8?BABCC@D12>A>@D?;633>?>?>1676;;===?:9=?FF@=>>C>><<<>?81->@;>BAB;77).&../:988+77<@9BLJAB>EHIEABCCGFNHHABJIHEDC?@EE@5:BB;CD>F;-5%((1.468799==>?;=@>?B?>>@?==88-<>+-DEF>@CJAKFF=014.0)''',01.68>=;;-5468157==2:>6:7?BLIBC9:A==A?=?AFGCBC?8?CDCCABC97&*2079>?@@7/:9<@>@?B9ACB@CDEIFABA@?<<>ABBA>AC=;?>?CB;;DG:@B8:8A>D>?H=>?DGGB9>==?GGGJA;;BC@BBEDGFD=AE@B>;BACLJH;AADCBDECD<=??BFGFFGABK9:8;@?B::=@C>DE==:31+=?>185558>=@C?CAB7+;;+%$$#$,05'$&5$$$%58:898>?@GCDA<9@BHJID8>CB,--..5::;:9(3$%'03),79;>C=>:FHHCC=?;7@<:75><<=@65BBABDEEE>6--)+*=:BDFIEBCF>0%'&78:;8>A>CECA;7535435>9KGI?DFFCCBC?C@9@'7>>8@?AB?:A;=<258:<=>=BED;B@@()+201?A;CEGHC9;BB?EEGG@IHDAEAD>@DF>BEHFC?DCD<=51;:;??C>=/?:A;D?@?FB58C8>GCDHLDD=@:76;><9*)-%%61CEB=CHGD4*$%(&)052546;>=@C=;8217867;9::2.7728:GIEH;77><=7.<@C?8;)))/2ACA@9EI=BC?;<111-,.;31400.+%(58?<>??BA:;H89:)28B@=>@HLGDACBFCAB@BHIFKIDD@98BCD.(+15@=?DHB>;;=%.**;=>@=?A(-DFAB?(.>B?:??<47;;:?J?;DBCAHGECG;;685897?C>DE8:EE=B1?:?8;@A13@4DEGHD@B>?ABDDGGGH><=1<>>.)$$$-1D?@,++-'&*$$&))-571.1'34:??36A9;5ECF@@5))ABDFIKADB7DLMDHAHHB9<@7;663::('$0;8+*%&>?<99DADCCCCC=>A1==BBFEEH@66=<14DFIJ1DMMOKRPLKE:7F7KF@CECKO1A>911888/6BA@@>BH00EEG?>,0EFCDD9>>BEE<8@B>>FEC4855=>5155>:<<8;<7;989985=>*8;AEHJPLHG=;35BEBAKGEBDC56@IG/--@ACA?8;>BEIGD443250.75;=8//<1//44++%&'('*-777>?@@>B>??B;0CC<==E;BE==:=>90147@;A444@@>?;>?LE8<8<224:67=?BA<;5@;A>FDDDCBE875>E79@<68:9>;=;6($7D58:>@AAB;===?96::>?A99FFCCC((<>?@@A??@?<9B@>3?6;<:6:059:8:<:9*,797;7<=IE?DE?@;5166?CEBAA*49<6598+&%19?A99>=99896<@ABB?>@AE8:AB86>??699@@.*222)'1**6;88*$&&43357?:69:<@@14'0741246@AA=60-&565/6-%)+-1297:2/2&&(,,$$413:<:<1=:6::953@>8===3=;<;97::9=:6AIK=<4@C8:@GACIIC/??>DDBA9A=BB91@;C99GHJ?@BEHIH@@?>==<%(22-/<;9<><9<799>>GDF=FE?D<>>D?(*9>?:<8>@=?;31('/-*/9>BA<==87308<@E?9E@:EKHA'@40>9A8AB=A5>CBEC?*>02@<@B>BEGB=?<14>22=@3363>@8=BDF?9/)1125*/-,--3==?A>98;;;3/00.-)()*(()%,&,8:>8,);86C?<9AC>C88AF89E>8??*B*87>;;;<>:==?AB@A=<<68::6010220++1<>BA7@DDB8:CAAEGFD?<:1;A:@@BD@G=97/6&#'&'&,)-3@<:B8=D?CD*@?D<@;>>ACB:B=EHD>=EIJF6;>?FABE<;?==28,%$$#%1521*11760,.)(*47;:==B@,08343:120++,-01;2499=@DFEC>2:@BBBDDEBA/'$%$<9E???2::28<12*,.00246>@@;=B=IFDG@=77-.;>'+5:>DF=D<:A>92;<<=G::.>9>898;>B2;-.(57;9=>;<(*)$/')44=>??BA.62410-((9>@BF?CD?34.,<<;5C?C;@AA@1((?@A>B==@@CD>EF@EGD@D9M?@@BGC@DEA>LC<.4700>D=1-.,$,40:@AA12-10/3,+;=>CA:9B>>@C;;=>.C6>>@AD?>;:;<;,69=?,:=59;?AB*-<.--,0.*+*0457538<868>@@:BB@A?>9<>LD99=:D>6807>;==:>=CJHG@AACFB,.:979:<@A@=CCG;;?A.3<7;>B9>>;9@1,/346>:77:@@=C?>8;A<:898'(('2375:'+#'7=@B??@DEC880;;;<><>FCI>AHGIEB=BA%&5890-($66)+8:36889=EEE<<:8677<@?>C.GLICA>=::6:8?DE?B6:8FG89BIICBFF@BA<;9.%%6?9C@?D<E9@FFB9B?>A===;@<;AAC<300/,759:;8;>;9::97>:<:2,+)898;>DD@=*3>DDF9D>=;A=;99BD=IHHGDDE>5<>294CA;5(.2387*)*+347+69;:;32338+$$9$$019:>31)-4;@>E?F?99<:8;C?CDC=@;B>;@??;A6:9?AADGC8@644AB;568>7@BBBBC@;=EGF=JB352:BCFA?CE<=@B;36A@@A??<=?<:@DAACC=@6=5$+'6-+&&)$*+&%16+/'%(,&#"$%%$$$%%>=>AEFABDA@?E@<@=>4344.<>=CB?>*'.1-..&0496444==BJKK0>?>A>B>?BD=>ADD@BD/>55++-((%$%($'*-<<52;@>C?>==/16=>>>;8,@48@HA8A=CBBE;?CCDFEB?A;9/)*7*39;::-**+,8:3=@CF<=;.+(+58=<>=;+*''46A@?:0=4<<;,+5*1*0*7.$''*'2*)+3.9:+74011<@CCGMK>A=@CCEHP?HMMLLEHAED??IJJIGH@:;=>9=HGA<*+))561,$--)%%9;A@;CKNJCB=DABDAHIGF<8&<:FHH<1;:>?>A@AGFFDFDCBJ=MKFJEEG;:<=?@:989%85/389?@=>BB>D<@8DEHKCEAKJIFGHIFF@BCCIDJKEDDHC)*B=BAILDG@FGFJLKHDCFDE;>87>7EA@9+,)*48ADEHFEFN@ABDGFH=/+11;AB=AEFGB=ACGFA8BDD@=@?>@>@E>AAFC9EADB?=62729:?@A*-$%966*'$)4689;;@<<071<>BB0::;:D>AADCIED;AEB=AAALD?-.,>=9;<8<9:>==>BEDGIG@;99;BC:=;CKEE@:=>?=?@==99::7:7:37C==E==><>-6<>1/*43;-889:=;)**&=>A>==.'472,56EFB::>@>D@:*6:=<@GH?9=58DF?6764'',5148;>=77855:413,2>69>D445-:?EE>1-=?@BFGACDE<5:+%''$&&%&'2/3==)Ű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c881-4820-acc5-57617852f7eb/1 AGCGCGTGAAACATACCTGTTTCGTTTATATGCGATCATCATATCAGTTTCTCAATATCATTTTGAACATCAAACAATATATATCAAATATCGCATCTCATTGTATGATTTTGTCTTATTATCTTACCGCTCATTTCAACTAGTGAAGCCGCAACCTGGCGGAAGATCTGGAAGAAACAAAGTCAATTTTCTGTATGAAGCATGAAAGCTCTTATCAAAGTCAGACTATGTGAAACCAAAGTGCAATAACAAATATACAATACAATAATATCTGGCGCAGTATCGACGTATTGTGCAAGCGATCTCGACATCTTTGTAGATATCATCGTAGATATCATTGTTATCATTTATAATCTTTATGTCGCAGCGACATCGAAAATCTCAACATCTTGCAAAGCATGGGATGTGATCATGATAAGTATCAGTAATCAATAAGCTCCTCATGAATATCTACATTTCAAGGGTATCTTATCATCCATGTTTGCAAAGAGTGGAGGAATATTTCAAGCAAGTCATATAGAGTTTCAGTATATATTTTCTTGTACCACCTCAATGTAAGAAATAAATGGAGCATCTTTCAGTCATTCTGACAAATGTGTCATTGTGGAAATATATCATCATTCATTTATGCATTATTTATTTATCAGCAGTGTTTCTCATATAATTCATATATTCGAAACTCAAACATTTATCTTGTCGTGGCGGCGTCATCAATGTAAAGATAAGTACCATACATCGGTGAAAGGAAGCTCTTCATGGCAGTGCATGTAGGCAGCATGCAACAGAAGCGATGTTAATATGACTGATGGCGTAAAGGCATACTGTAAATTATACAAATAACATTAGATCGACAAAGCTCAAGATTAATGCTCATATCTGAAGAAATCAATATCATTTCTGAAGAAGAAGATTATATTATTTATAAATATTGTATCTTTGGTTTTCTATGTTTATTCAGTTAAATCATTTATCGAAAGTCGATGAAGATCTTCTTTCATGTCATCAATCTTTGATTGTTATGTATTTATATATAAGCATACTGGAAGGAGATCGATCTGTGTATCTTATTTGCAAGTCATCATAATCTGATTATATTAACATATTTGATTTATACAATATCAAGAGATTATATCTTCTTTCATTTGTGTGATTTGCTCGAAGATATATCTTATATCATCTTTGTGACCATCATGAAGACTGATTTTCTTATCTTCGGGTAATCAAATTGCGATGTTTCTTCATTTATCATAATATCACTAAGCTAAATGTTTTGAGGGCAGCTGGTTGGAACTTCAAGTCAATCCTTTTTCGTGGCTGATGCCAACGGTTTTTACTATAATCATGACAATCTCACGAAGCTGCTCTTCCTCTAAACTATGGAAGACAACCTTTTCATCAATACGGTTGATAAACTCTGGTCAGTGGCCTTCTTAAGCTCTTCCATGATACGTGACTGCATAGCTTGGTGATTATGAGAAATGTCTTGGACTCCAAAACCAACGGTCTTATCATCACGAAGAGCAGTCGCTCCCAAGTTCGAAGTCATAATGATAATGGTATTTGAAGTCAACTTTACGACCTCGACTATCCGTCAAAACACCGTCATCCAAAACCTGTAAGAGAATATTGAAAATATCTGGGTGAGCCTTTTCCACCTCGTCAAAGAAGAACTGAGTAAGGCTTATTACGAACTTTTTCTGTTAACTCACCGCCCTCATCATATCCAGCATAACCTGGAGGAGCACCGTTAAGTCGGCTAGCCGCAAATTTTTCCATGTATTCTGACATGTCAAAAGCGAAGCAAAAACTGACTCATCATCAAAGGCTTCCGCCAATGCCTTGGTAATTCTGTCTTACCAACACCAGTAGGTCCAAGGAACATGAAGGAACCAATGAGACGTTTTCCAGTACGAATACCTGATTGATTACGACGAATAGCACGACTAATCGCTGAAACTGCTTCGTCTTGACCAATAACACGTTTGTGAGCTCTGCCTCCAGATTTAAGTAACGCTTGCTATCTGCCTGAGTCATCTTCTCAACAGGGATACCTGATAGACGACTAAGGGTTTGCATAATCTGATCCGCATCTGCAAGGCAGGTTTTGGTAATTTTTGCTTTGGCTAGCCTTATATTGTTTAACAGCAGACTTCATATCACCAGATAAAGCGCTTCATCCAAAGGCGTTATCTCACGTTTGGCTTCTTTTTTAATACGACCTTGAGCAGTTGCACTCGCTTCATCTAAAAGAGTCAATGGCAGAGTCAGGCAAGTTTTTACTCGTCAAATAACGATGTGCCGCCTTGACCGCTGTCTCAACCGCTTCATCAGTAATCGTTACACGATGATAGTCTTTATAAGACGAACGTAGGCCTTTTAGAATATCAATCGCCTCAGCTACACTTGGCTCCTCAATTGTAATCTTAGCAAAACGACGAGAAAGAGCTGCATCTTTTTTCAATATGCTTCTGGTACTCAGCTTGAGTAGTTGCTCCAACCATGTGAAGTGTTCCACGTGCTAGAGCAGGTTTCAAAATGACGCACTATCTAGGTACTATCAATACCTGAACCAGAACCAATAATCGTATGCGGTTCGTCAATAAAGAAAATGATTTTTCCATCAGCTTCAATCTCATCGATGATTTGATTCATACGTTCTTCGAAATCGCCACGGAAACGTGTTCCTGCTACCACACTCATCATATCAAGCTCCTAAGATACGCATATCAGCCAACTCAAAAAGGTACTTCCGCCTGAAGCAATACGCTGTGCCAAGCCAAGCGCAAGTGCCGTCTTACCAACACCTGCTTCACCTACAAGAACTGGGTTATTCTTCGTTTACGACTCAAAACCTGAATCATGCGTGAAATCTCTTTCTCACGTCCAATAACAGGATCAAGAGCACCTGAAGCTCGGTACTGCCGTTAAGTCCTTGGTATAATCTGTAGCTCCCAGTAAGTGAGGAGGCTGCATCGCCAGTAGCAAAATTTCCTGATGTCTTTGATTTTTTAGGCTTACGAAGATCATGAATGGTAGCTTCAAATCTTGCTTACTAAGACCTGCATAACGCTCCAAAGAACGTCGTAAATCGATAATACAGGAAGCATCGCTGTCATCCTTATATTGAAAACCAGCAACTTCAAGGAGACGACAAACCATCAAATCATTATGAAGGAGAAAGGCCATCAATACATGTTCAGACCCTACCTCTACAGCACCAATTTCACACCAGCAATTCCCTCTGCCTCTTGCAACATAGCCTCTAAAGCATGTGACTGTGCACGTAAATCGATAATATCTGATTCAGACAAGTCTTTTGGACTTTTCTCCATCGCTAGTACAGCTGCTGTCTCAATCTCTTCCGCACGAATACGGTCCTCAAAATCAGTAAATGTTAGGTAGGCTACAGATCCACTGGAACCTCAACCATAGCCAGAAGCACATGCCAAGTCTCCAGAAAAGGACTTCCAAAACGCTCTGCCTCAAGCTGCACGCACGATGGAAAATGAAGCATGCATTTCTTGAATATGTCGTCATCTAATTTCCTTTTCTATCCAATCTAAGTAATAGCGAGCGTAGAATACGCGAACGAATAACAGCCGCATATCTGCGCCTAAAATATCATCACTAGCAGTTGCTAAAATCAAATTTCCCTCACGTTCTGTGATGATTTTTCATCAAAAAGCAACTGGATCAAGTCTGTAAATACCTGCTCGCTGAGTTGATCCGCGCTAAGTTCTGAAGCAAATCATTAATCATGTGGTGCTTGTCAGAGAATCTGACTTTGACGATACGAATATAGCCGCCACCTCCACACTTACTCAACAATATAACCACGACTTTCTGTAAAGCGGGTCTTAATAACATAATTAATCTGACTCGGTACAACTTGAAAAGTATCTGCTAAGTTCGAGCGTTGAATCTCAGCAATTCCAGACTGAGTACAGCAATTCTTTAATATATTCTTCTATACTATCTGATGTATTTCTTGCCATCTTAATTCCTCCAGTCTAATTTGACTATAACTGACTATTATTATACCAAAAATGTCAGCACAGGAAACTATACCTTCAAAAGCTTTTTAAAGTTGTCATTAGAGACCATATAAGATACAATAAATAAGACTAAAATATTAGGTAACTTTAAGTGTTTGATCCACTTTGACAGGCTGAGCCCCACCTAATCCAACAAGTACTTTTTAGCACTTTCGCAGTAGTATTAGTCTTATCACTCTTGATAAAGCTCTTGTGACTTTTAGTCTTTATTTTATTTCTCTATAGAAAGGTTACTCATGAAATACATCATTGCATTCTTAATCTCTATGATTCCCTTGGTTGAGCTCGGCGGAGCCGTTCCTGTTACTATCGCCTCAGGTATCCCTTGGTGGCAAGCCCTAATTCTTTGTGTTATTGGGAACATGATTCCAGTTCCAATTATCTTCTTCTTCGCCCGCCGTGTTCTCGAATGGGGAACAGACAAACCTCTAATTGGTGGCTTCTTTACCTGGTGTCTTAAAAAAGGTCACAGTGGTGGTAAAAACTTGAAAAAGCTGCCGGAGATAAGGGGTCTTCTGGGGGCCTCCTCCTTTTTATTAGAATTCCACTTCCAGGAACAGGAGCCTGGACTGGTACCTAGCAGCATCTATCCTAGATTGGGACTTTAAACGTAGTGTTATTGCCGTTATGCTGGGGGTTATCCTTGCAGGTATCATCATGGGAACACTCTCTCTCTTCTACTTGGTGTAAATACCTTCGCTCATTAATTACTTTGTTAACGTCTGGGGCATACTCAGATGTTTTTTAATAACAACAAAAAGAAGTTACGATTCATTTACGTAACTTCTTTCTTTTTTTATCTAGCAACTAGAATTAGTTGTTAAGGGCTGCTGCCATTGTAGCTGCAACTTCTGATTCAAAGTCGTTGAATGCTTTTCGATACCTTCACCAACTTCGAAGCGAACGAATTCTACTACTGAAGCGTTTACTGATTCAAAGGTAAGCTTCAACTGTTTTGCTGTCGTCCATGATGTAAACTTGAGCAAGAAGAGTGTAAGCTTGGTCAACTTTAGTGTTGTCAAGCAAGCGGTCCATTTTACCTGGGATGATTTTATCCCAGATTTTTCCTAGTTTACCTTCAGCAGCCAACTCAGCTTTGATATCTTCTTCAGCTTGAGCAAAGAACAGCATCAGTCAATTGAGCTTTAGAACCATATTTAAGGTGTGGAAGAGCTGGTTTGTTAACCATTGCACGGCTTTCGTTATCTTGATCGATAGCGTGGTTAAGTTGTGCCAATTCATCTTTAACAAATTGTTCATCAATTCAGTGTATATATGAAAGAACAGTTGGTTTCATCGCTGCGATGTGCATTGAGATTTGTTTGCAGAGCACATCATCTCCACCTTCGATAACTGAAACAACACCGATACGTCCACCGTTATGTTGGTAAGCTCCGAAGTGTTGGGCATCAGTTTTCTCAACAACTGCAAAACGACGGAATGAAATCTTTTCACCGATAGTAGCTGTAGCAGTTACGTATGCAACTTCAAGAGTTTCACCTGAAGGCATAGTCAATGCAAGTGCTTCTTCGTTGTTGTGGTTTACCTTCAGCAATTACTTTAGCTGTTTCGTTTACCAACTCAACGAATTGAGCGTTTTTCGCAACGAAGTCAGTTTCAGCGTTAACTTCAACAACTGCTGCAACGTTACCGTTAACGTAAACACCAGTCAAACCTTCAGCTGCAACACGGTCAGCTTTCTTAGCTGCTTTAGCCATACCTTTTTCGCGAAGCAATTCAATCGCTTTTTCGATATCACCTTCAACTTCAACCAATGCTTTTTAGCGTCCATGACACCAGCACCAGATTTTTCACGCAATTCTTTAACAAGTTTAGCTGTAATTTCTGCCATTTTTGTTTTTCTCAAATTTATTTTATCAAACTAAGGGGCAGGGCTGAGCCCCGCCCCTTAGGTGTTTGTCGTATCTTAAGTGGGCATATAGCCTAACCAATCTTAAAGATTAGTTGTTGTCACCTTCGACAACTTCAACAGGAATTTCTTCGATTGAATCAGCTGCAGCTGCTTCTTAAATCTGCAGAAGCATCTTCACCTTGGTTACCTTCGATAGCATCAGCCATTTTTGAAGTGATCAATTTAACGGCACGGATAGCGTCATCGTTAGCTGGGATGATTACATCGATCTCATCTGGATCAGCGTTTGTATCAACCATCGCTACAACTGGGATACCAAGTTTTTGACTTCTTTAACAGCGATTTGTTCTTTGTGTGGGTCAACGATGTAGATTACATCTGGAATGCGAGCATATCTTCGATACCACCCAAGAATTTTCAAGACGTGCACGTTGTTTGTTAAGAAGTGCAACTTCTTTCTTAGGAAGAACTTCGAAAGTTCCATCAGCTTCCATTGTTTGATTTCTTTCAAACGAGCGATGCGTTTTTGGATAGTATCCCAGTTTGTAAGAGTACCACCCAACCAACGGTGGTTGATGTAGTATTGACCAGCACGAGTTGCTTCTTCAGCTACTGCTTCAGCTGCTTGTTTTTTAGTACCAACGAACAAGATTACCATCGTTGGCTGCTGCTTCACGAACGAATTCGTAAGCTGTATCAGCCATTTTTACAGTTTGTTGCAAGTCAATAACGTGATTCCGTTACGTTCTGTGAAGATGTACTTAGCCATCTTAGGATTCCAGCGACGAGTTTGGTGACCGAAGTGAACACCAGCCTCCAAGAAGTTGTTTCATTGAAATTACTGCCATGAGTATTTCTCCTTAAAATTTGTTTTTCCTCTTCTAAGCTTTAGACTTGCAGTCCCACCCTGCAGCAACAAGACCACAATCGGCTTAGAATGAGTATTTGTCACTTTACGCAACTATAGTTTATCAAAAAAAGTGACATTTGACAAAGCTCTAAAATCAGTCTGACCATTAGAAAAAATCCCCCTCTTATTAAAATTGCAATCGTTTTCTTTGAGGTTGATGAGTATTTTTTGTTTTATAATTAGGCTATTAAAAATAGAGGAGGACATTATTTTGTCATTAGTCGGAAAAGAAATTATTGAATTTTCAGCACAGGCTTATCACAACGGGAATTCATTACTGTACAGATGAAGATGTTAAAGGTATTAAATGGGCGGTCTTCTGCTTCTATCCTGCAGATTTTTCATTTGTCTGCCCAACTGAACTCAGTGACCTTCAAGAACAATATGAAGCTCTTAAATCTCTTGGTGTGAGGTTTACTCTGTCTCTACCGATACTCACTTTGTTCACAAAGCTTGGCATGATGACTCAGATGTTGTTGGAACTATTACTTATCCTATGATTGGGGATCCTCACCACATCTCACAAGGTTTTGATGTTCTTGGACAAGATGGTCTCGCACAACGTGGTACATTCATTATTGATCAGATGGTGTTATCCAAATGATGAAATTAACGCTGATGGTATTGGACGCGATGCAAGTACTCTTATTGATAAAGTCCATGCTGCTCAATATATTCGTCAACATCAGAGTGAAGTTTGTCCAGCTAAATGGAAAGAAGGAGCTGAAACACTTACTCCTAGCTTAGATCTTGTAGGTAAAATTTAACAACCAGGGGGTATCCATGGTCTTAGATAAAGAAATCAAGACTACAATTAGCGCAGTATTTAAATTTACTAGAATCTGATATTGTATTACAAACAGATTTAGGGGATGATGATAATTCTCGTAAAGTAAAAGAATTTCTAGACGAGATTGTCGCTATGTCTGACCGCATTAGTCTTGAATCAACACATTTAAAACGTCAACCTAGTTTGGTATTGCACAAAAGGGCCAAAAAAGTCATTATTTTCTCAGGCTTACCAATGGGTGCACGAATTCACATCTTTCATTTTAGCTCTCTTGCAAGTTTCTGGTCGTCCACCTAAAGTTGATGAGGATATTATCGAACGTATCAAGAAGATTGATAAAACCATCGATTTAGAAACTTATGTTTCACTAACCTGTCACAATTGTCCAGACGTTGTTCAAGCCTTTAATATAATGGCTGTTTTGAACCCAAATATCACTCACACTATGATTGAAGGTGGTATGTATCAAGATGAGGTCAAAGCCAAAGGTATCATGTCTGTTCCTACGGTTTACAAAGACCAAAGAAGAATTTACTTCTGGTCGTGCAACCATTGAACAGCTTGTAGAAAAATTGGACGAGCCACTTGATGCTGAGGCTTTCGCTGATAAAGGTGTCTATGATGTCTTGGTTATTGGTGGTGGTCCTGCTGGAAACAGTGCTGCAATTTACGCTGCTCGTAAAGGGCTTAAAACTGGGCTTTTAGCAGAAACTTTTGGTGGACAAGTTATCGAGACAGTTGGTATTGAGAACATGATTGGTACGCTATATACAGAAGGTCTAAGTTAATGAAATTTAAGTTGAAGAGCATACAAAATCTTACAATGTTGATATCATCAAAAGTCAATTAGCTACTGGCATTGAGAAGAAGAACTTATTGAAGTCACACTAGCTAACGGTGCCGTTCTACAGGCTAAAACTGCTATCCTAGCACTAGGAGCCAAATGGCGTAATATCAACGTTCCTGGCGAAGATGAATTCCGCAATAAAGGGGTTACTTACTGTCCACACTGCGATGGTCCTCTATTTGAAGGAAAAAATGTTGCTGTTATCGGTGGTGGTAACTCAGGTTTGAAGCTGCTTTGGATTTAGCGGGTATTACTAAACACGTTACAGTCTTAGAGTTCTTGCCTGAATTAAAGGCAGATCAAGTCTTACAAGAACGAGCTGCTAAAACTGATAATCTAACCATTCTTAAGAACGTTGCAACCAAAGAAATTCTTGGTCAAGATCATGTGACTGGTTTGAGTTACGTTGAGCGTGATACAAACGAAGAAAAACATCTTGATCTTGAAGGTGTCTTTGTCCAAATTGGTCTTGTACCAAGTACTGCTTGGCTCAAAGACAGTGGTATTGAACTCAATGAACGCCAAGAAATTATCGTTGATAAATTTGGTTCAACAAATATCCCTGTTTGCCGCAGGTGACTGTACTGACAGCGCCTACAAACAAATCATTATTTCCATGGGATCTGGTGCTACAGCTGCTATCGGAGCCTTTTATTACTTGATTAGACAATAATCAAAACGGCATTAGTAATCTATCTACAACAATTACAAGAAATATAAAGAGGTTGAATGTCTTTCAGCCTCTTTGCATTTCTTGTAAATAGGCAGTTTGAACAATCAACCAGCCAATTTGATGAAAGAGACTACGACGAATCTTTGTTTTTCGATAGAATGGTATCTGTTATGGCGGTATAGCCGAAGTGGTAGGCACGGCTCTGCAAGCGATCGTCGGTTCAAATCCGTCTACCGCCTTCATAATACGAGGACACCTTAGGGTGTCTTTTTCATTATTGCATATAAAAATACCCGAAGCTAGATACCTCGGGTATTCATTATTCTTATTTAATAGGCCTCAATCAAAACCTCCGCTTGAGTCTGAAGGCTTTCAAGAACTTCTGCTGTTGCTACGAATTTTCCATCCACCCAGGCTGTATCATTTACACGTGTCGCTGTAAAATCACCAGCCACTTGGGTACGGATAAATGGTAACAATTCTTTGTAGACATCAAAAAAGTTGATTGTGACCACCATTAGCAACTGATGACACAGTTACAATCTTATCTTGAAGAGCTGATGGTCCTGAAGGATCTGATAGGTCAAGGGCGCGGCTCAACCAGTCAAGCAAATTTTTTACTGGCCAGGAATTGAAAAATTATAAACCGGTGAAGAAAATCCAGATTACATCTGCTGCCAAGACCTGCTCTCGAACTTCTGCCAAAACAGGAAGAACCGGACTTTCTAAATCCTGATTAAAAACAGGTACTTGACTATAGTCAAGATAAAGAAACGATAGCTTTATCAGCTAGCATTTTCTCAGCTTCTTTTGCTAATTGGTGGTTAAATGATCCCTTACGAAGGGACCCAACGATAAATAGAATGTTTTTCATGATACATTTCCTTTGTATTTCTAACAATTAATAATTAATACTACATAGTAATATATGTGATTTCATTAGAAATATAAAGAAATATGCTCAGACATTCTTAAATTTTTTCAGTAGCTCTACCAACTGTGCCTGCTCTTCAGATGTCAGAACGGAAAAAGTCTCCTCAATAGCTCGCTGATGTGGGGGGGATTGCTGCTTGAATAATACGACGTCCCTCATCCGTCAAATCAACCTCGAAAGCACGCTTATCTGTTTGGCAGGCTTCTCGCGTCAGCCGGCCTTTTTCTCCATATTTTTAATGGCGACAGTCATATTACCGAGGTAGCAAGCATACGATCAATTAATTCGCCAATTTTCATACGTCCTTTGGCATTTAGTACGTCCATGACCCCAAATTGAGTTGGTGTCAAATTAAATTCTTTAAAGGTCTCGAAACCTTGGCAACATCGATGGTACGAAAAGCCTTACGCATAACTACCATACTTTTTATCATATTATTTTTTATCTAAGTCGCTCATTTCTAGTCCTTTCCAAATGAATGCTGTTTTTTATTACTCTACCACAGTTTTTCTAAGTGGTATATGAAAATGAAAAAAATAGAAAAAGAGTCCTTAGATATCTAACCAATACCTCAAGAACTCTTTCATTTCTAACATTACGATTCCAAAAAAGGGCTAATAAGATAGCAGCACCTAACACCGAAGGGACTATAGCAGTATCTGCTAACATCGGTCCCCAATTTCCAAAAGAAGCTGACCAACAAAAGCACCTAGCCATCCAACAAAGTCTTGCCAATACAGCCCATACGTTCACCCCTATTTGATATAGCAGAAGCAATAAAAATTACAAATTAGAAAACCAACTATCATACTTCCAATCATGATAAATTCTCCATCATACTTAGATTACCCAATCCCCATTTCGGAAGATTGGTACACGACTACCATCTTGGCAGATACCATCAATATCCATTTGATTTAGACCAATCATAAAATCTACGTGTACATCAGAACGATTAAGACCAGCTTCCTTAAGCTCCTCCTCTGTCATGTCTGCACCTCCTCAACACTGGTAGCACTCCAATAGCTAGGTGGTTAGATAAATTCTCATCAAAAAGAGTGTTAAAGAAAGTGATTCCTGACTGTGAAATAGGACTTGGATCTGGTACCAAAGCACATTCACCTAGAGCACGCGCCCCATTATTGTTGAAGACGAGATTCTTCATCACCTCATCGCCCTGGTCCGCTGTGATATCTACAATTTCACCGTCTTTGAAGGTTACCTTGATTCCCTCAATAATATTGCCATTGTAACTTAGAGGCTTTGTATAGAGGGCGCAGCCATCTGCACGACGAAAATCTGGTGCCGTAAGACTTCTTCTGTTGGCATATTAGGAAGGAAGCCTTCACCTTGCGCATTGATGGCACCTGCAAGACTCCCAAACGTGATTTTTAGGCAATCCTAGAGTCAAATCTGTTCCAGGTGCTTGGTAATGCAAGGCTGAAATTGTGCCTCATTGAGTAGGCGTGCTTTACTTATCAAACAGTCAGCATGTTCCTTCCAGGCACATACAGGATCCTCTTCATAAACACGACAGGTCTTGAAAATTTGGTCCCAAAGTAAATCTACAGCTTCCTCATCACTCGAAGCATCAGGGAAAGACCTTCTTAGCCCATTCATACCAGCTGCAGCAGCTACAGTCCAACTAACCTTATTAGACTGAGTTGCCACCTGCATGGGTTTAAGAAACCTCCAGTAGCTTTAGCATGGGCAGATAAACGTTCAGGAGCTACACCATTAAGGGCACCTGGATCTGATGAACGAACACCATAAGCGACTTGCCTTTTTTGGCAAAGCAAATATTCCATCTCAGCAGCAGGCTTTTTTATAGGCAGGAACCTCTTCGATGCGGTCCATATCAGCATGCAGGAAGCGCTCGCGATTAATAATATCATCTGACCATTGAACGATTACCTCAGCTGCTCCTAAAGCATAGGCTTCTTTTACTAAGAGGTGAGCTAGCTCTGCTTGTTCATCAATGCTCAAAGTACGCTGACCAGGTTGCACATTAATCCCATTAGCAACCAGTAATTTAGCATATTTCTCAAGATTTTCTTTAAAATTTGGTAAAACCATGATTAACTCCTTGAAACTATATTTTTCTATCAGTATACCATAAGACGAAGAAAAAGGTTTTTCTTCTCGAAAAGAAAAACACACAGCTTGTTAGCATCACATGCAGACCCCTAAACAAAAGAGAACGGAGACTGACTCCATTCTCTCAAAGTTGATGACGATTCTCTTTAGCTATTAAAAGAAATCATCAAAGACTTAATTGATTATCTTCTGGCATATTTCCTAGGATTCCCATTTCATCCAATTTTTCAACCAAGGTTGATGATAGACCTCCTCGTTTACGCAATTCTGTTTTGGAAAGGGAACTCCTTCTTCACGCGCAGCAACCCGCGCGTTCTCACCCAAACCTTCAAGTGCAATAAACGGTGGAATCAAATTATCTCCTTCAATCAGAAATTCAGTTGCCTGACTCTTATAAGATCTAACTGAAGTAAAGTAAAACCACGTTCTAACATTTCATTGACAATCTCAAGCGTCGTAAATAAGTCATTTTCAACATTAGTCGCTTCATTTCGTTGGCGCTTCTCCCTTGTATCTTCCATTCGAGCTTTAACAGCATCAAGACCCGCAGACGTCGTTTTAAGCTCGAATGCTTCTATCGAATTGAAAAGTAGGCGTAGTAATAAATAGGATGGTGCACTTTGAAATAAGCTACACCTGAAGTATCATAACGTAGGCTGCCGCATGAGGCTTTAGGGAACATGTATTTGATTTTTACCACAAGATTCAATATACCAGTCTGGAACATTATTTTCACGCATGGCTTGAATATAGCCATTTCATCTTCTTCAGAAATTTTCAACCACATTCCCTTACGCACACGTTCCATTTATAATGGTGAATGCCATCTTAGGATCTAATCCGCATGCATTAGGTATACCATGATATCGTCACGACAACCGATAACGGTTTTCAGAGTGGCAATACCTTCCTTGATCAAATCTTGTGCATTACCCAACCAAACGTCTGTACCATGGGACAAACCAGATAACTGTAAGAGTTCCGCAAAAGTCGTCGAAGGATGCGTCTCGTCTACCATACCACGAACAAAGTTAGTCCCAAACTCAGGGATTCCTAACATTCCCGTTGGTGTCCCAATCTGTTCAGGTGTTACCCCTAAAATATCAGTCCCTGAAAAAAAAGTTTCATTACATCTGGGTCATCTGCTCGAATATCTTTTGGATCAATTCCTGATAAATCCTGCAACTTACGAATCATAGTCGGATCATCATGTCCTAGAATATCAAGCTTCAACACGTTCTCATCGATATCGTGGAAATTAAAGTGAGTCTGCCGGGCAGCCGTTACATCATCAGCCGGATATTGAACAGGTGTGAAATCATAGACATCCATATAATTTGGAATAACAACAATACCACCCGGGTGCTGACCTGTGTTTCGCTTAACCCCAGCGGTACATGGTAAGACGATCGACCTCGGCATCACGGTAAAACTTATTGTAGTCACGTTCGTAACCTTTGACAAAACCATAAGCCGTCCGATCTGCAACAGTGCCACTGTTCCAGCACGAAAAGCATATTGCTCTCCAAAAATATCACGAACATCCAAGTGGGCTGATGGTTGATCATCACCGGAAAAGTTCAAATCGATATCCGGAACCTTATCCCCATCAAAACCTAGGAAAGTCTCGAAAGGAATATCCTGACCATCTTTTTTATACTCCGTTCCACATTCCGAACACTCCTTATCAGGCAAATCGAAGCCAGATCCATAAGAACCATCTATGGGCTTGAACTCTGAGTACTTTGACATTTAGGACATAAATAGTGTGGCGGCTTATCGGATTAACCTCAGTAATTCCAATCATCGTCGCAGCAAAACTAGAACCGACAGATCCACGCGAACCAACTAGGTACCCACGTTCATTTGAACGGTTAACCAGCATCTGCGAAGCCAGGTAAATTACGGCAAAACCATTACCAGAATTGAGGACAACTCTTTCTCAATTCGCAGATCAATAATATCAGGCAAAGGATTACCATAGAGCTCAAACGCTCTGGCATATGTCATCTCCACCAGCCTGTTCTTCCGCACGATCAATGAAAGGTGTGTACAAGTCTTTTTTGACAACCTCGACCTCTTCAATTTGGTCAGCCATAGCCTGCGTATTAGTTACAACAATTTCGTACTAAATCTTTTCCCAAAAGGCAAAGTCATCTAGCATCTCATTCGTTGTTCTAAAATGCGCTTCAGGTAAAGGAGCAGGTTTCGCATTTCTCCCATACCGGTGTTATATTAATCATTGCTCCTTGTCCCAAAGCACGAACAATGATTTCACGATAAATCGCATCCTCCGGGATTGATATAATGTACATTTCCTGCTTAGCAAGCACAGGCTTGTCCAGACGATTAGCAACTTCAATCAGATCTCGAATCAGTTGTTCTGTAGCCACCTCATCATAATTAAGTCCTTCGCAATCAATGGTGCATAAATCGCTGGTGGCATAACTTCAATAAAGTCATAATATTTAGCAGCAACTTCAACTGCCTTGTCAATACCATGAGACAGAAGCGTATCAAAAAACCTCACCATCAGCACAAGCAGAACCTACAATGATTCCCTCACGATACTCATCTAAGACCGTACGAGGAATACGTGCTACCCCCTCAAAGTATGAGACATTTGATAAACTTACCAACTTAAGATATTCTTCAAGCCAGTTTGATTCTGAACATACAGTGTCGCATGTTTAACACGAGACTTTTTTATACGAATCTTCAGGAAACCAAATCCGTGTTCAACTGTTCCAAATTAGTCAAACCGTGCTTATCAAACACATCTTTTATGAAGATAAACAACAAACGAGCCGTTGCTTCCACACCATCATAATTGGTAGATGTGGTGGTGATCCAAAGCCACACCAAACCGCTTCGTCAAAGGACCCAAACCATGACGCTTATACTCAGGATAAAGATTTCGTGCAAATTCTAAAGTATCAATAACTGGTTGTGAAATTGTTGGTAACTGATGTCTTTCATAATTAGCATTCATAAAACCAACGTCAAAGGTCGCATTATGGGCTACTAGCACAGTTCCTTGACAGAATTCTTGAAACTCCTGTAAAACTTGGACTAAGGTTTAGCACCTTTTACATGATTATCAGTAATACCTGTCAACTCAGTAGTAAAAGCAGAAAGAGGATGCCTGGATCTATAAATTCATCAAATTGCTCAATAATATTACCTTTATACATTTTGATGCCGCAATCTGAATCAAATCATTATGAACAGCAGACAAGCCCGTTGTCTCAACGTCAAATACAACATAAGTTGCTTCTTTTAATTGCAAATTCGCCAGAATTATAAACAATAGGAACTTTATCCTCAACAAGATTGGCTTCAAGACCAAAAATAGCTTTAATACCAGCTTTCTTAGCCCTATGGTAGCCATGAGGAAAACTCTGAACATTAGCGTGATCAGTTATAGCAACAGCTGGATGCCCCCAAGAAGCAGCAGTATCAATAAGCTCTTCCACAGTTGGCATAGCATCCATAGTCGACATGTTAGTATGTGCATGAAATTCCACACGCTTTTGTCCCTCAGACGCATCAAATCCTTGCGAGGTGTGTGCGAAATCTCTTTGATATCTTGTACATTCATTGTCAGACTATGAGTGAAAAGGATTATTCTCAATACGACCGCGAACTCTTACCCAGTTCCCCTTTTTTATCATATCGAACTTAGCAAGCTCATCACTATCTTTTGCTTAGCGCTGCATTGCAAAACTAGAGGTATAATCGGTTACCTTAAATTAATAATAATTCGACCCGTCTTAGTTTCACGTTGCTCTACATCAAAAATATATCCTTCAAAAACAACACGATTCTCTTCAGAATTAATATCAACCATTGGCGTTATTTCCAGCCTTATCAAAACTAGCTTGACGTTGACTTTGTTCTCAGCAAAATTTTGGTAGGTTCGTTCACAGGTTTCGGTGCTGGAGCACTATCAAGAATAGATTGAAGAGCCTGTCTTGCCTGAGATTCAGCTTGTTCTTGCAAAGAAACCTTGTTTGTTTCGTAAGCCTCTTCTATAGAAGATGACGCTTCCTTATCTTCAAGAACAGAAATTGATACGTCAGATAAACCAACTTGAGAAAGAGATTTAGAAATCAAAGAAATAAATCTATCCTGTAAATTTTCTTTAATAATATGCGCTGGAGTCTTAACACAAATACTATTATTTGAAATTTCAACCTTTAGATTTGAGAATAAAGAATAAATAGAAAAGTGAGAAACTTTTAAACTATCTAAGGCATATGAAAAATAATCTCCAAGTAAAGAATCATCGCAAGAAGTAGAAAATAAACGAATCTCAAAAGAAGCTTTGGCACCTAAAGAATCGAAGGAAGAATGAAATAAACTATCAAAAAGCACAAAAGACTCTGGAAAAGAACACTAGGGAAAGAAAAAACAAAAAACCACTGCCGTTTTGATTTAAATAGTTTACTGTTTCGATAGAACCATCTTTAATTTCTTTAAAAACATCGTGTTCCTCAGGAAAACGAATTTGTTTTAAGAGAAGCTGAAATTTATCAGACATAAAAATTAAACTCCTATAGACAAAAAAAACACTCCTAAAGGAGTGTAACTTATACCGGCAGTGCAGAGGTCGAGCTGGCACGTCCTTGCGGACACTGGATTTTGAGTCCAGCGCGTCTGCCAATTCCGCCACGCCGGCAAAGCATAACTGGGGTAGCTGGATTCGAACTCCAACGCATGAGGAAGTCAAAGTCCCTTGCCTTACCGCTTGGCTATACCCCAAATATATATAGGCGAATGAGGGGAATCGAACCCCCGAATGTCAGAGCCACAATCTGATGTGTTAACACTTCACCACATTCGCCACTTTACTAACACGGGCAGTAGGAATTGAACCCACACTGAAGGTTTTGGAGACCTTAGTTCTACCTTTAAACTATGCCCGTAACTATGGAAAAGGGGAGGGATTCGAACCCCCGAACCCGAAGGAGCGGATTTACAGTCCGCCGCGTTTAGCCTCTTCGCTACCCTTCCAAAATATAAACAAATGGCGCGAGACGGAATCGAACCGCCGACATGGAGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCATATTGCGGGGTAGGATTTGAACCTACGACCTTCGGGTTATGAGCCCGACGAGCTACCTAGCTGCTCCATCCCGCGTTAATTATAAGGAGGATGTGGGATTCGAACCCACGCACGCTTTTACACGCCTGACGGTTTCAAGACCGTTCCCTTCAGCCGGACTTGGGTAATCCTCCATAAAATATAGTCCGTACGGGATTCGAACCCGTGTTACCGCCGTGAAAAGGCGGTGTCTTAACCCTTGACCAACGGACCATATAATGGGCACGAGTGGAATCGAACCACCGACCTCACGCTTATCAGGCGTGCGCTCTAACCATCAGAGCTACGCGCCCAAGCTAATGCTTGGTTATTTGTTACCAAATAAAGCGGGTGACGAGAATCGAACTCGCGACAACAGCTTGGAAGGCTGTAGTTTTACCACTAAACTACACCCGCTTAATGGGAGTTAACGGGATCGAACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAACTGAGCTAAACTCGCTGCGCTAAGCGACTACCGTATCTAACAGGGGGCAACCCCCAACTACATCAGGCGTACTAGGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTGTCTGAGTATTCTCAACTCAAAATTGAATATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATGTCTCAGTTACTTTCTTTGGATAAGTCCTCGAGAGCTATTAGTATTAGTCCGCTACATGTGTCACCACACTTCCACTTCTAACCTATCAACCTGATCATCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGGTAGGCTTCACACTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCTCTTGGCAGAACAACTGGTACACCAGCGGTAAAGTCACTCTGGTCCTCTCGTACTAGGAGCAGATCCTCTCAAATTTCCTACGCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCTTAAGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATAGGCCTTCCATGCGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTTGGGCGCCTCCGTTACCTTTAGGAGGCGACCGCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCCGATAGGGATAACCTATCTGGGTTAGAGTAGCCATAACACAAGGGTAGTATCCCAACAACGCCTCACTCGAAACTGGCGTCCCGAGGTCATAGACTCCTACCTATCCTGTACATGTGGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATAGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACCCAGGTACTAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACATTGCCGTTTACTGGGGCTTCAATTCATACCTTCGCTTACGCTAAGCACTCCTCTTAACCTTCCAGCACCGGGCGGAGGCGTCACCCCTATACATCATCTTACGATTTAGCAGAGGCTGTGTTTTTGATAAACAGTTGCTTGGGGTATATTCACTGCGGCTGACCATAAGTCAGCGCCTTCTCCCGAAGTTACGGAAATTGCATTTGCCGAGTTCCTTAACGAGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATAATTAACGCTAGAAGCTTTTCTCGGCAGTGTGACATCACTAACTTCGCTACTAAACTTTCGCTCCCCATCACAGCTCAATGTTATAGATATAAGCATTTAACTCATATCACACCTCACTGCTTGGTAAGACACTTCCAATCGTCTGGTTTAGTTGGCCTGCGTCCCTCCATCACTATATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGAACGGTTAAGCCTTCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCCGCCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGCTCCAGCACTCCTCACGGTACACCTTCTTCGCACCTCAGGCAACTCTCCTACCATACCTATAAAGGTATCCACAGCTTCAGTAATATGTTTTAGCCCCAGTACATTTTCAGCTGCGCAGGGTCACTCGACTAGTGAGCTATTACCTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTGGCACTCTCGCAGTCTGACTGCCGATTATATCTCGTTGGCATTCAGGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAGACTTAACATCGACGCTAGCCCTAAAGCTATTTCGGGAGAGAGCCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCCGGTCCTCCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATGATACTAATGCGCCCTAATATTAAGACTCGGTTTCCTACGGCTCCGTCTCTTCAGCTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTTCACTCCCCTCCCCGGGGTCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTGAAAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAGATTTCTCGTGTCTCGCCGTACTCAGGATACTGCTAGGTATAGAGACTATTTCGAATACGAGGCTATTACTCTCTTTGATATACCTTCCCAGAGTAGTTCTTCTATAATCTTTAAGTCCACGTTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGTTGCCCTCTTGCCGTTTCGCTCGCCGCTACTAAGGCAATCGCTTTGCTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCTACATTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCCATTCGGACATCTCTGGATCATTGCTCACTTACAGCTCTCAAAGCATTTCGTCGTTAGTCACGTCCTTCATCGGCTTCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTATTAACTTAACCTTATTTTTGGTCTTTCGACCTAACTCATTAAATATTCACAGCGTTTCGGTTTATTTTCTTGTTACTATCTATATGTAATTATTTACATATGGAATTTGATATAGATATTCAATTTTCAATGGACAATGCTTGAATCTTTCGATTCAATGGAGCCTAGCGGGATCT + (#&#$%$&'&$$###$$(''),($$$$$#$##$#%('$,*##$%##%%&(%$%#%$%'$#$%%%&$%##$%$('$$%$%$####$%&$$#$#"$$%#$$$$$###$$#$%$%#&%#$&##$+)$$##$##'#$#&')#$#$%$)')&#$$##&%&'%$%$$&%%$$&$%&(''&&&#%&&%#%&$$##$&##$##$$%$###%$%$$##&%#$$#$%%&#'&$&%$$####'%$##$%%&%&"$&%#$%$('$$$%#$'%%$$%)&$%$$+*&###"#$#%%$&%%$#%#$%#$##&%#%$'',$&%$#$('$%%$##%##$)(%$$#$#$%$%&$"&$$$$#%$%####$$#'$"$$#$###$$##"$$$$*'$&%%%&'$'%$$%)''&"$&'&#$$#$%$&####$&$#$$$$$%#&$('$#$%$&$$%$$$##&&%(%#%$&$%$$%####"#%%&'$$$$#'%$$$$$$&)&##$#&##$%'&#($,%'$%&%%$%#$%%$%#$%%#&$####$%#$$'&#$#$#$###$$&%$###%##$#$$'&%$$##''$'&$#$$$$#$$#%$&$$$$$&$(%$#'%#$#$#&%%#&$'$##%#$$%&%#%#$#$#%(&$$%$$%'%$##$&(%%#%%##$$#%$$#$#$%$#&'%$%####$%#(%#$$$#$%#%%$$"$%$&$$$"$%#$$#$#$##$#$$#$$$$$(''&%'$#())$%%%&#&&#$($$#$'&%%'&)(('$&%$'&$&(+&)('#$%'$#$&%#$'$$$$%'$$'$&%$%,)$$%#)$%'%%&$#&%#$&$$$$'$$$'&'%&((%'($$'($$+&&%$$%#&%%$$#%%%'&'$$#'&$##%%%%$$$%$%$##%$$%%%$#$%$$&$$%&$#%%&&$&''%$#&&%$$$%$$%#&#$#%%##$&$$&%#$#%'#%$&%$%&#%$%%%%##$#%&%$$'#$%%'$$#$$$"$%$'$%%%$#)%$$#$&$$'$&#$$$$%$#%#%##&($$''&'#%##$$#%###$#$%$###$#$$%###'###%%'(&$%#%%#$$$$"#$"#%&*#$###$#$#$$.'$&&#$%%$##$$&%#$%&%#$##$#$&(%$&&$#$##$$#$&&$%'$$#$%#$$'%#&$"%%$##%'#$#$$$#$$#"$#$$$$#$$$&'&$%##$###('$#%####$##()%%$%%$$#%#%$$&%$##$%$%$$$%$#$&&+%$##$$#$$$%#$%$$'$$$%$$&%$$$$&%'&$&))))).(*459040-&#)385=1A987BCHEF?=?@<25;B@45687BFEA1-%$&).*,*,)$&*+-&*5:4/,'#$(.8:@;3>>@>IFI=KF>@:D<)272@>?AEAAJDLNKHCDGD54A=:FCBDFEEDHG@EOGFD>AC04BAD?CHG?CPCBH?@)%0%$(#%%(.'7<:4DE:>AJHEIEEAACIC@>=><91.?@CDFDJHE?GEDDEF=KHGH=DE=>KLEEDA36:B@IHHLOOIFRG=8>D>GGKLFFJIFFGID>>)>?>?/3&+99/1BBFJB?ACB?>8BDABAKECB433;<;:;>?@>BFA=<:.24+-1,*&$$%,,)<$DIKG>FDE><=;:=>>8>:<5:7:@FJKEF<=BEFAETMLJMF@>GEFBEE>*7:)>;-9ACF6&/-678G;2H>:IB@B4.%**1=?<79<>=?9<<9*+(*,9892268<==F>@FIEBDDBBC>DFCACJ:;HJG)(>?::KLNH@>ACJFDBFE@AACFDCGFBIIG9::@C+KKGACF>;DGDFNOD;>AB?9847?9ACA>>GBCGADG:++)*)'17=?AB:8567>?EC<&)C79EKLLJGE848?805:?A1LBHODHE?D<6$=<@IJ?PQEEE?,@DDB@MGFHILJEH>=F@AE@C61-'ACKJAA;035>?%&%'563-;CFECGF9BPNKHBEE9?@<@8?B@9222@A8BCDNNFOFJAJEGFF?6->@EAFGMLJKJJFD==DEEECFE3BCC@@FDBIK=2=LOO>@BADB9'8%40>@?)@C;33>?F:5:?A??=EBDLH?EL>?BFBDDHN5C?CBDA5=?6;@A47;A3BBCGIK@:=LYXG@DJJMFHEF6??DA>@GGECJB<=>?HHTSFHKLC?FI@GEA=HNJ;=BA>>?A?0+++00,-&578'$3:=<>??ECCED?ACIJKIJ-IAJACGGBAD39%MD>FDFHC@@<5*(548AA?=;@,:;CD:@=@CC;CEGBDFCJ@BCIC@<:=56GHA113BBCH=CA9<@>GOACEED=84=?;A=D=FB9;KIOCB=>C?,)8EKNIBDDCB:=;9D@?6FGEEC>B>G=>9C<86>=FGCJ@9;*)%,.1+//3&*0<=;;:2<6:.1>FC@ED;@EBHRQC??>CAG?PPKICAB@A4IA::9G*5+,>;GFCBFKICBDDBDGAC<>@CC:6?FEE=0/%%6976-+43-089.22123339;?CC@ACL?;7806=<<<2>6)(%%$73;865<>7,-+/.('003;6437;)%$$%%*%(&,.@AAHL@1GEEC=A5CDCDDABD@::>=DBBA9BD5=CDA;AHI@>EMICEFGJKC?6=?<3='/A@<=CEM@@IJDI=;=?DCGBDB@AD>@EDCD,9=*>=??AEDJEBAA<;-(//(,058CD7=B59=><1703016(+()0+)$()/85C@ADFAC;1EID@AK>MJA+?=94FGB58E>@@1=@CFIHHGDFJJ>B>OMLB;55GLOKJEC?EGE;7??>692532;B>;:>D;IADFI@L=HJ>?>>?79<9>-((:;:;=>>C=;4(5LG?:@B16<<:<6<@<@AD-8:?9EJBFPPKFD>BDCBC8;CFFF=JBC@45?=C(.('*+2%%&4;@??B?=??;AHA:118:8.-./55+++%%%2242//60::??AFFFEK?BBB??5D@>BAEA>;:<;9778:@A>AJNJSSNID3B;<89?95?77;D@BB@>E<595/.2+'=GD?FICBA)1AGP@8EHA<*018?EF??=EFEAAJ@788>;4>:;95,>@$<<8;7>@?@?+*2%&&'',./9;LSQEOGKC;HGD=EBDAE959=>A:=>AEFNHD74EFJAA;9ADDCIF?<@89==@ENLFAI@>>@CEJL@;?6/A>/'%&&*$$4?AEG@B>MIHDLKGLMESQ@FGHJADHS?GCEEAD=?A?;@C;DGFJ=FGMNIL<>JGDA>C?>-@@CD?99@CDA?EG?;34333$();====?42;88:9@A8**;?>;930143=D;B?8GBFAE@AFIEDCEII;KLEJHDFAF8CB:<8?=?@@AA@;BNGBGI?@?<8:>CKA%**.4@@6.<>?8.$15554874=OMC>?9:><>?A>>ABA>ABD@.6:78+&434:C>=>@@AB?>5=C8@>79==8CDDC=CE?MKE8%EF?GJHN?K>=76$%89E3@EEFBH:<>7@D@=/7>B;11348;9D:<=BCF:E50(CDBCE@@DCGA7>?BEACB:#%&'*(1@@?BG<>?<91':/,@76557(%.;B=JBBAAJE;>ABB:>746=::5EA?GFEEHBBC//2<CA5ANPKKJLBKHFKFDJI?GDE?+45893,JEE@234212(4?C?A>?FLLA<?9>@EJ<=F@8?=J6HKXQHM>;5<@>?=E<@;98DB@<6GIDA>62+003:::?8547878%%(%&.//-:;:<@F8>@C:@;66=>@IF9AAFGJHHD<=D<9B@><:<;*<;9??=CEE?C:===HKLG>=@?=44;=;0H@BG@@@DB:I?:0-/9%/<>C>JGBC@EEDFC=>=CC?@G:;FJ>5:C<@B;<;:=29=@4468=>:BB>=867+,423+6*=@:@EHBDBHB/97?A9>==9=BDIFA?>@=:A65GFD4:??@ABGGF:I@EFC44<6.98:<>C=BF+&>=06<@A;?@BMK=JIG>:C=>BEKEDNMO?F@??@@=57-.7>>10<;>==?DLGIIIDAD=>C>AH;;*7A@;=8@+;-/($$1ECEFB7:B9B6FBBCCDBID;DHBBAF?>A-322/:7:C<=CJLJKHBBHJG=@0224BGFBIAAAEFGJGKF+7<*(46>*#%%19/+4?4-538.163794228;86>@ACIHCB@BFKIDFI.9;IOIJKBRPA=DJFDMVM?0@A@;::J>1845;ABEJK9BJLLGIF4139??BHHLEM@GAILNDJKIJIHQRNDK??;.@/+?CA@@*)(&#(&&&%967@DHMK-JNHJDRBECFL@?GHE>;;004-*$$(*A@ACA/4558-8)2@FFHOB>EB>3ILNCCHNNLIKFNMJAHIEGFHBHLJA@G<=AEEDHDBE:BF:74424DE=>;><;DBD=%',2<;978:@A@8DD36?CCG><=>?A-/?@>>@HHH=CCEKAQOPLBGCCDJHG>CHEE?@/B>?=DFGFGD<>60;;929%%-6;B;BB@BHAF;HKMLL1@HIECFHGAGNRE<;*?;BC=(*,''''9/.//0:?GH2C.;8990B>@BA;DHFEADF?DIEB688BK;ADGIL@AOLA9:<1-5CFJJD<;+=8ILHDFGGF1.BBHHLOL?>AEA?GCGIIRP@?@CJIBNOACGF=AJJKIH=AGBB<>@FC@B@;A;E6BFKF?BEFEHD=@?@=?IKPLFILFHEFFIFGHIBHFC?@HGIJBAB>5=CDHJEA=75<=BBB9(*258@9EGIJIQGEFA7?FE?<;441;<787686'+++))/46=>;>=+(C=DKLK@B?=;0A?7;,2@B@=5.7C655679F7<>KHF2CH?,-CE?JM@>CDAFKLBBH@69D@@;4;'$%%%'/3:;;=<@BDFDG@A0)1FC?::8=21))*(''%'%,0=921478%9?B>ADE<:;BE><>E<@ACE'+,(-$)+140>BC1MNSP2@@:6ADFIH?AGHFCD87I7AFF=QEBFG;>?C=?8ACCBBB?D@C81;8;?B@LDDFGIH341=;:B@?;7@@78@BFL?AE?:C:<@A??;FDGBCC?FHEOI,'%&DHEGDGADBAAAFGMMJEDJ=GCB2;4D8A@HJCFD@AE5161GI;9A:JB@010?114%$'(27736>D@>@HBAB>C@C/?8=32IL@:DD6--(549B;AABBDGBGIHBBC)=AFFGIEAE)3+..56JMEHAG>6;9:FE<212/.))63777%1.DI=?AGECCB>F=OFF:3E559)))*'+09968JCB:DEONA;@BACEBGIB@AG>/@JEGLBGHD>1..*BD?GHB@EIE<=,A'71*::>DFD@57<=2<89HHE<./14:<==;;ACA>DDIFFLIA>?:H:;CBGLGE@@AFDQRMUQL:-525C1@FJGHGCFLFC<:AB=7A;<:5BCF@>EDAC8573;;?EHBBEC?99>:A;DE.9;@B@>8(88;B322,06EMD<@HHF5;B@AC88HCAABHIG?=AG9IIOSH=<@AMMJFDC7>DDF?>EAEE9;78D?????A>BE?=;HHJKSQ:CBCHBBDE>+.115<@HDG?B4CDBC<+?:8?ADGFG:>79>DD@.5:ACGFD@@8910)*DB@ADDDAC?<89-*;:8003CA@EA=E?HBEC?8DA@7BAHD8,=KDK93,?DGHJGRPG@:><=NONCGSTQJ;EC>>A1>B?;;E>B<@CBEGHND?>>:229===?B?/&A@FIHD;:8*&&>A@@3:DDDHI8=?>15>:<89:8779CFEEMHIIHC2@,;9:=9;@BGDFE<8>AH?IGBECCG-5EIL==@8DBAHKKOH=;=DKIBC=EGBC:8ACBBDEB',(3B>=GIRPI@D@>=C>>+-/1.--556<:?=&&*,:BBB@=F?AFFKIEGDA@>AA?@D>7:BC>9>CDJLAAKDJEDE41,:?==8*,7)'(-5@C@B=@8-7:?HIJG:>?GFI?CCC??>>?=@@?=B9?9&=AA@B?8C7758B@CDAEDGGIG99=657:?<:>@@@=A;1=5<>@BILJ>EDCA=DGFADA8;B;EBHIJGE>=?0=C;+-7C>8($$/@<::=;=H:>57>;@ABCGF=56BA=>ED<@GIE=IAGD=?BHQQD:DCFFA;?;-**,,*+'5/A==:4?AEEECCLKBA>=94B;CFE>34EDBC;5-38;;8>9;@D<@835=@BBGB=(79?0>A?><9==>=BFGDCBCE;<155>EEG@;B@?MI?@IB?BEB@>CB8@I>>=MM?2+,(%+EFE?744>9((0DHJLL?GDB7*%)(044--8=A>?;CJDABFEGLJIAAINFDDGD8;ID?=>4A;;?<=<:?B=?AADDEC?CHBQND.$CFN>DFFIF@68?AFFBD?;77?@:DF;D*CAC.@DFHLIJDGPLJJMM>FIKLLHJNB>''CECD<@>AORTGGK?LH:FAA89BB<==09:;:?ABA;89?BA=>62?=?KQSRED;CBEKVQHAA;@@>2;K;;?K?FGCDB=GAA1HA;:9EFBA7@EILCBHIKPPJHFJIBIHLFIBNO::@E54454)()K<9?CGIGA67)%%63&'@CLI@A?ICDGBDDJF=>4;@E=??:BA2/F@ABCEDBFFGCJHOLAEBKMH@2ICCEIHEC>GGBFIGCMRHGA=PK><:)C@BCI@@A;<6A@?(*6:::334/''&(3126<>?>A@<999A?GF<-/<@HEDT?@E2@C)7'$6359:ADF@?CC<6FHEFFNI?A?9GI>?ICDADK/:?@===AC=GA?GIILKH?6->@@@?CDA>87744>7>G@@A>E?C;IEEM7FCGHGDRMIA@@GHE21FDED@>=-A;>??DFG?DAEEE@AAB64EHH>ALKMLJIMIE5?:9FEFEEF9?;@EAD6?DJE=/0CG@@E@GFB@@>EC?@AA44CBFDCIF?GLOMEIHE?FJCF@A?EGHD:A@DEGBCGI>DFDJIHONLMI?<>ABKEHIHF?FELFDFE,33;ABCIDI?HLMFAHX;DFDJGA>EI=?1'$$5>>BGGA>DF=9CDC4/;;>?))+,;@ACFCID@:BA6-)DKKIB4560@FE1--/1@GG@@?B?@99:77@AGOJACGHIAIMQ@@?@(+85835<<;;DBDA=?@AA@EGFLOHOTRNCDCFBDHBPKKE?EC=@?;4<>A?CBCC1-17/48=?=:/487779:;?AA;:BHIBGHDBBCA=+#$)%%'*+.79:8?;F@;FGGGDHJKGC?EE1544EHIJH91*@9D>D66A:94GG@B@5<52/&-#'&$$+('589B@DGFEMM?BC:88;D9=?D:7E=8:A67800235-/33)%)%+$1/4<73//)&$%%%2C=/3BBADE6;8=>@<:68;>=4AGD?D;?BBDDBH:C@;A=>@?7:;=>=@899>>FKJA=;2.1966;;8>;64<>@<:@:039B9873<>A>JK:EADC=@@EE>DCK?GEFGJDEBD@@FJ:B@A=KCL96*6<@>>:FHAA?CACCCHFFA,309;=>788DE@>?A910*69:BLKEOMLK@EG8?E22BBEJFOTFB9+445&%1?AEFDJHD?@.+3HD;BHJG>HFIKBKIFKC>>;FDFEFD>M?@IEJ;9BFKDEECEHB@HICJJAB>:G58AEA12<861,'./*(&('5-749;689FA2-CCGJJB<<;=B@HF;=AF?F?IHA>7BFEJOLSOFFE4-..=?A@EDCCC?B?>DD6B=DA@;'/5512&#%%5DGKMGQE?>B>@;ADGHKF;CEECCB,?CEBGHIHB=>AB=?@@@BEFDC'B>:HFCF@F?66B>BFG=HAD@ADEMOJA@E=POE@AEHBFAIBI<><>HGPJ?4FBFJBHKJODHF@G;BC@BDFFC>==>6:CFE@?;C?FJJHFD==5981-*65=AFDNCBA?<*+.ABAD<=IAFLHF@G@AHKGGKI:A=GLIID1-=?;ADFI@==/>6>.88%'=;<879.*$*#,,/6<>>AB@947444,:=CAFD=AEECCCDDABDE?EIHD@.%&',--788@AFFIG8L?DA@;G84BG=;??AB;;EMD/@EFD<++;;;BABGGHL@=@ED?DD=>4:912.1A<@CEDIJH=&8A667A6,.=?D><-@//A?=A;8=>39$:797=;5DDB;<>A;8(,$#++039;FHHADEG<5.&48FEAHHGEFBC:=<97>=>IJRALAKBPK>>B8/66A>50:9=>F';,;41*((8>EEDFG355NM>8=2;=>AABEGGI=>;<CDHHDE:66>CB672-,*8AAC@G?GFHE@BFBMK;EDDAA;5&%%'#&(6(47=AG6>MGH?)?A@2''CGHBDA@>@JKFEG;=99/8=@A>EMJIFI:=:>A?>?>>@>10;322/02:A<.//:<60+-89CA?>?<.*.,,6DCA@56@;ECBA;?@C?@G@;AB=@C>@B@?34?>;?C24=ADGHIDAF=>98>>AF:?BB36A;B?1/2:6:>?@>?9/+-:@:FB66(:7FBBE>?C=99D=A?>D566;@9;:1@?9;:17:;>>9=:>>.:@ABAC:?:)6BCD?1-&-&%%-'&%"$$&&&;@@>1,,0@?:2<@A?=?HI>C9=>''''$%%02-379B?GHKJL@JGCE>;9A:4(857>AGJ;A<=EGD?>D==ACCFHCADJD/561*+,+9;;FEGD=CFIIJJJH?59?9ACGED<9334;>EGBDFG?ILCCAHHCDFJC:<::A7ECA7($%%)(6:=@CB>>AD8:<==ADEJB=IJ=2///2>+))5=;@@9:7=1DBGI?AHKDF0..@FHME7FFNOMKMMKGA98@C945@F;DHCC:=><>C@;EB=;8;47>MMGM>+%?>;FC%&13;?<5?>8>>>FCE27)L>CEFFABE'>$16.7<5227<79?A>FPNEDGIHIFIAEEIF;:JN=ABIFGHHC7?>:=DE./2+*($%*1350?BDBBEGA:9==CGCEDA@?LONDAFNL95DB?=CD@@IEDFHDC>9(9;<;=9CGFJAECD;BEC@((=9+$%%+-.7;7>9><<0BE@8>?=@>GFDCM?>?83/0)479;7:@?CFDBH?B;?DHCGD;EA8@>>8637DB?<9AA<=;DGK>;;<:5/&/486<9:96<;?@=:3347??,=??FFHHE?=A@41+2A=ACEE=AABAA18AIGHFIHHH?8/JKIB<>GFBB@BB=99/;<@AEBFDGBOIJJFAE@BFJB;;675+31/.?>@AKAFI@=DE;9>=;?;8<;;>@D?KFLKF@HEJCEEGGE(,GFDI?FNDHG?,=>FAEEGIFBEC7K=II;ADDJAMDFGHDGGD<=FKL@ABCCD=84@>@BDJKKPKDAB;.,69;<@?>A@AF?9>:DHHEAD66FGEJBCDFGG@CCCDF=@<:==57??<(((378E:?>?IGA:B>AJK;HII>@E?OSGPLIB=9F45@9>@=ADD7>A?<:8850$#$%$%#(./.1&+(17@=?<;FG<7::)289>@A?FGG?CFFHHDEIB8:DF3C:9**,%'5>:=?C?>>A>BA@A><=+):55<4&><=FJG=;;BED=>>+;@@@DF?<:;77?@B@B@ECA>20=6;701$$%$#''(6745BDDAGGHJSBGGM@HM?,$3=?CEABDMDFFGDG5DDGHJHGONHIHC<=?A=H?@LMGEGAA37>60=?9HLQWR=@CC488;?@>=>A=0<:-76=?C?7$0/)+*510/45AEILPFIBCK?2A?FL@B@EFIKEFAFD>??@+/../*+=JHJ>=HNNNIDL2CJ=E@+>CHH@A@B?C9(7:<;?))*)8<<<75:0.11157<6)3@>FBCG12JHCG7GED9>9ML>?D?>CDH?FLMD@78'?09=;FFGG;;?JAKJ>>?EOJNFCE9=??@369;CE:3EB:?@<;66>CDFE744>BEDFDB9:=HF>:?FH@@;:?@0'+@B=?1)&&+-.0/;?>@?DBE@;8@@8F@78<=E?B=;=A8.//=HH@HFHCCB?DEC<@FIA=AEGJECCGF1++/>?D>DJEC*JOJHFEKI=9:G88B5AXSKJGA/-,LOAFKKKFEEMEFEDEIAEG?A>;=2+,.@GL@HGECBCDD?::EJ?CJHIDLHDLPK67B@ABFHJE:637:;36CGEBC?*IKNAAOG>G@=7>@<>?@@@CDFCIGBMJ>7EEELD:==B85/50(470('$%$&+6=5BDAHKABFK8BB5?-89043)':A;<(-'(%+*%,354056=:8<99EB@=?;9CKGGDKMKO=KHD/2/JKEEGCHHGB15CEGFD@22,9A>8/.//778;::>?B79;@768((%'1178@ADBB@=;A=%'+0/3=:<=EHA97114.9+1-43-32/BA8;EIC==AOGE64?>>9;A;BF7CBCHI/:.9@IEA<65669B=?(,/EFFAIDEHIA3>8@ABC?HAB97$4;990*8AGDCEB<>=6FEG@8<984+#(,=?ED:;?>:;=0G?>8C;ACA43->>>CAHE=<<;A@G?6DIJIBA=3>KDCFEE:57<<>::A@6858@5735:..)**>?:9;AEB66>?C.)@8DB@>;978788=<8?@$,4'/%)BBCI55EFGA=?ABAJPKEBD>=<=?42>>:7.-,11HIA59@BICADF=DGA?*-><=331****)7:;;6?<88.)8511,)'*89-2>@AA@:7>>D?>.B/>>=>>?>>GAGFDHEMMJ=DA?BDH??:1449=6@?=A@)$$*.'',45BB>IF?EGG??HLLIACEEF@:1?DE6A:NKRPOIHGF47BBIB@D?>GEJ@>@EFIGD?OEDBGLEB:D%2:%78'/8?@A:;CEBJ:94*,:>><6258?9:BDFG@@>>C=:;C<=JK0)5?;?40/,*,75CFAB6;+&(-,,08ACDGA>@F@L::IHEKB?==?;%=>=>GH?DFKHDGHBC@@=FB@?7B1%(*8825<>&(<<8EB;;:?A>.AA-)>DB?AD:;;HIH<6?HJLB=BGB>DE9I??KK9;AKLDDFHD@;B43''%(??:..3C=<96569??ANDDEBA444??:+695F23=MNJIJGIIEFGF?F@?@;5<?FI@FEIE>@A78IAEDEF/+.IJC??AA,::B847<=@><8:293HMOA@A=;GDBAOC@=,;47A;<8BCFII0=BHDEEEGDEFC78<<;FF:G@DCB=FHC@B3GDGGKJF=>?>83>FHBGFHA<>E<:=8?@FC?BDCJ@DD/+/$0102@GIBGB9);;DDB@AID>IK5?;=ACB@9GDIJA;;;CA9AHGGHJKCB@-CDEKLJEFBFND>CEJFBFACBGGD>989;;FEC1'+,,*)),6:<762%)*&#%''371+;9?BFJCCDEC1BD=B--DGH?>>CEONH?IFBB/.GFKHCAB,.?FEBB?==?3J@=@HJHCEA@AND>WRIHBA=0--%&$%%3@@CIGA@?A=>@BD>GHK?=:0020?EBB48/00.86>=C?EC?B>A96-96=>B=>HB?@>@A?JJHDFFHKC9)&&$$%$$/331979;CDCA=<<@G,EF:BC?CCCBBDB@@>-+++/%'$;>;?BIDG3GFAEGHGIPO>EBFJLGHIFFAEGGFCAC>>@BHHANOKFK:;JKEFB?G@IGE36CJKBIM:(%26=;:94<=D@GIBGHE@=92?DEFB>6G>OJE;HBD@<<53(255-445570;;@?+/.:74>>9%+?AB@?5IKDOJ>=?4/;<9>::4)'320/86:=>?D<>BDGJD@BB6??GDC7=??1&-.;=::3;@A;=ADE>)<93*(($&''&*,-/<>FK?>BEA>56)7C?64>9<6>=96=B4355>?>=D==><7(7:;@@@ILEGDCHE?E?B;16C=IEI%96>IFCFF=CDPMHG=;@?A5715>:=8=7:<=.13;@;C<;AA;CH@BIC@>6:?3./.('$$*.<<=@<=A9,'8:9A?AC=68B=;8970%(135866=<;CDGG<;>89=>C>7>?AFK@E9<?AC?CC2BC9?=<=<<2C=DH9C9;+=?KK<@EDIKC;,,-01*3,1>??<&7/;8:>DFDB<>B<=A;A@DFA@7FA?6AA=A<=:?@A@7/'%$)*486:DH>@K?FGHE>A26B<@DEGA9?GA?BB@><@DBGCA=>A>?<>>F>0?;.+@:FFFJ>8FGA?743++..0@HEAK?GDJ???:@>4EDDH?9@@DPOKPI@GFA@CCGIIJ?KGKKDGGFDNMA858>=62D?=>DFJH@HHIGHF>CE@JD40D@=QK8-+,;968-)4FDFFBHKJHFGF>-.-/<>?>>9==2(A/68EC65DFMBJGGFD78:<::LGFFFJ:7<@F///=?:6ABG?BLID>FRCB=GBIJ@.+C>8;BA>:=;/'5CQOE=MFE:8IDNOWLAJGB@GD>AEFH7>IEEHHH5,=1+)$$%&*8%9887B??:;84@?C,DBEF;/4OVIIE945>CC=4;;CFKG@AABFEDABBAEHJCA@;BFC9:F7599FHHG=AGFBCC2EFI=?B765A<9;8>4GCGGFFGC>=CA008;9?;?>GG;>HFDGH31096661110+'(5:678@<=/.*)1A><8,%.,'''+02.)&'$#$%'%4;93&'$%$((3)66D?=<@.B;>:@?HCI62BBE.99;<:;?CDG=BC=:20679=055>E;B@=D@42223&($*1::A@@=?>;08::'*%472665((+-',,;>=B=B:1$'5A:@AC=B=:?=>.BCIID>=1&&&+.39=AEGG>7*68=+BA=%*1@B@=FHH:;+55.*)-66;'A>=<9?AB?;:8773/@829=?B7+5567''1(365<<@E>@<>A@?EKE:9:A@GHJH?AKE=@59;9744DB?;FFGJ>HI=>63??G;78:8AOG<;8;88776;;9?+,A@9<9@A>-749DAA<)69@9>BA?DC?GK@A3;?8,7,;9;HMK@903B:=@L?E?;=?5H>@>:<;:567;@@HBC?@B?@IE@B.*+%%&:9>=<9600244&'/847355:<=CA1HG1/<>ACDF@<48AE@?B.-8?=7<<;33.%)9==;=6>>>:CEEEMKJ=@<'<>=>FMJ?@F>>>DFHDD;IJG;<@ADD7/&)*(%%-0232341357799:0*.893;<>9<@E:DE%=EIQD?>;A?B?A@A(+:<=?HFEH9;44=>A@CBFB;BCA3863&(57>?7<=>VKA5BAB=9:;;;<:E<@5;).F<;?@?B::<;1:;>.4,B9:>@EF?@@ACACID44:DFFJI><>AEDFDC=9H8875/=>>/%%%->;GCBCG>>-356@;KKJC;AF@=AA678C7DC79@ADBELJDEB@B><=<%%;;=B5=@@D566B3;:;@?82)1;9/:4@AEE3,/=:CIFEABD9DCDD?>@@>HEHFBB;EDDCE?-/;AB;@BEKE:%+BBCEHI@0?<>;.--+-&%$$*)14<9:AA+458;44>E>@A99;4?BG@FDAJBNAFMM.1.)8<=BAAQONMC@@>947AC>A@@D;879;:<2<7@A@?EGC<;9536/;38A@EDD9FB=?@?=GHDI;L@?8347$%%#)/+++3A@AF8DD:???CCBD@..DE5CCEE?4+4<=BAGF?AAHGFCNCAE87?>:?ECCDJ?EA47EEH@AGDDIABGMKJCAIAGA;<=DNJ@9:EFF;GE@=?9..=?*00377,;>@EHKBADJDF:BEE=KGFAAB=E<=@A4CEHDENFAC3,+,+.0288:@9<<998:@@?/=B?D?:9<@9;:<*@?BB=>BCCD>4+58B@9;966;'..HC?DAACD<9@9:A1299+),%%98:=??>B?=<;<@A=:7?ECC=;I.7;==@:?AIGGA>AC711030<>@@?;=<;'&?0A@/7<8DA?<3/8;=+))2,+39>@HG<@;>;:;:4.9>ADC>=?=8>?EED?=G<:-0?9B5>0=@B9-(+/=EC9:::<76679CCDD7@ECD896:<,7?903AG@<=HJCBCDEMGG;110-0>H2?@>?:./9*:;?CBAA@@>B<881,67:?9:567?>G@EF1@AA%%39?>ACE>DHG=B@*;887=:;B??;9;+./@6A7=>E==C:;1>;:>@>>4:GBA9=9/<<*//8;>?H>;64:;9=A=<<;9/2:8:EA=AA?<>=820<;8:@AMKKLF>?=:9=@KLH>7@9:A0,6;7=9DFH@?5G?@>??68;:0>1:;=;2-1,-/263..6549;=@;>;6?CIGB2202179;BDA8;9:;5;;97=A=%01BCCE>DIFC>534>AG>9?>88::A=4;GH=CCHDDE8=>;?<8ABCFKGAE<<=1,)$$$6;@=@GDDFBGABFD<=EE<<<><=?5=?>?8607<><=<=<:930).<@@DI?<;888:&*%''::E<7F@C>:I>;@FECBG==@F:>AAB?;7335+**;;8@:ACCC@;=;;.*(05246///-,%%$$2259;9E=B7*,:?B?>?BGFD@A8??:87715*8=97577?EC8:57$&656&,+-+G=:<==;ED7;@<9:4;>-8:BINAB@M>99:86,-():=>F;5667<>@@AC',CCC><67=CEGD<@AGC@96A>787<=36BABB=;=/->CAFC?=EGKA-3;=@B@@>9$(>69<'*--.7=>=<@E>>FIH:;CCEA@C:FB<;78GI>?GJIKDH<=?J:136?AAI;E?GALDACA==>JB?:9=::A@?=517%%34368/0368;?<<9846-32113698:<9FIDA;=B??@=9?G>?-B9CJA??8AC=H<=FHF=;?8)+%)$%'%(,,,*>CDLLLMB=?A@G=>?>>@?3-=DFC?;@??<<;=*$3;>.**35??>87?FH8-%>>A@7@@E?,%)"#%(%555,;;@5:E;@@B=:7>:>:@?A>?=>(25CD9>D@E??BA@<<;.56;;77/2AAAA?DJ<@MJ<FK77;@EE==?++4IIGEGNO5@@+'*<9:<88;&((&)+6'6,97:>7B@?=@?@ACHGEDE@CE>?8A5($''7759>>DH;HBKFG5D8:3CGA;@C?>0@EHMD;@B?EAFA9=<@@@90329%552%<=A9;;DJCG7.667766JKKBO=>.:;A9:@CCEE>CADD@<8:8AA00BCAANM8>=@E;==BCE=*65@@ABBIKF<=34EE=BA=?>8BA>?:DCIGCC<4DF>A9>?EBGCA;>D8ACA><&&&%)9:49<<;*-49AHHGDE<>EE>=CD:I=DD.=*65698:6:4$$('**,.0>>?JJHK?D68=BEMEGGM@F?BJJA09;@B=CDC:.JK559FEEG>A16G==;@SMB:A@EC@C?B<;??B/+..>FF@ABHIIB;A@FD8::>><:55((((()469=>>CFKF@;DA>>A@CDIEH>?>:((0@B9:>?@048%%158FCCEB>B=DB@J?CF=FGB8KFEM??DBBCED>8=@@2>?GFGI?C9>F@D:E>@CFAA;<;22C8E>A:?7;3:89ACC>%766??==A=6.5*)*$&11/78AI@@:87&:73+:>AC>A?EGDED<@@:==5<:=D@>5?CBC??;:9<04*,4<?9@?=F==BEIII;HJJ;;BJKG98786)'-7<<9B?HHHGG-@ACDIE=MDA?CEHJK>C@B@CDCB?-@?E>[PJF)?J@=@AC,>><=B446/9<@;:?<9C@:@?B@G;?DF4=>DBF0:GEDHHJJ@LM>?CA<66:HIGH?>>F<./6,9DDD?=AKDCKHE=KGG@GHB@JLJLKA7=CKF<>7:=:45()%(.:?:8;@@=>C??;<,,4--.$1211449CD?=>6'&5<*AC=>BEJH>=>B=BACEFJ?:HE6IEEB@FGB@DGCBBC99;C?0479-<>=8BB?<;04;>=DEDFJGIKHFGB?PQEFF?FJJA%...43=;<>@BAB;:7-*$##'389'' @SRR14011045.49089 27233851-1c0d-494b-a78a-fbebeb233e52/1 GTATGCTTCGTTCAGTTACGTATTGCTCGACTTACTGCAACCTCCACCTCCTGAGTTCAAGGGATTATCCTGCCTCAGCCTCCGGAGTAGTTGGGATTACAGGTGTACGCCACCACATCCCCAGCTAACTTTTGTATTTTTAGTAGAGATGGGGGTTTCACCATGTTGACCTGGCTGGTCTCAAACTCCTGACCTCAAGTGATCTGCCGGCCTCGGCCTCCCAAAGTGCTGGGATTACAGTTGTGAGCCGCCGCCTGCACCACGGCCGATTGCTCCATTTAGAGATGGTGAAACTGAGGCATCCTCCCAGATGGCCCCCAAAATCCCTGCCTCCTGGTAGTCACATCCCTGTGCTGTCCCCTCCAAGAAGGGGGTGACCTGGTGACTCACTTCTAACGAAGAGACACAGCAGGAGGAATAGGGTGTCACTTCAGAATTCAGTTACAAAAAGATAGTGGGATATGTCCCATCGGTTCATTCAGGGCTGGCTCTGGAGGAAGCAAGCCGCCATGCTGTGGGCAGCTCTCTGGAGGGCCCAGGAGATGCCACCAGCCACAAGGCTGAATCCAGGAAACAGAGCCTACCTGGTTGAGCCATGAGCAAGACCTCAGCCCCAGCTAATGCCTTGGCTGAAGCTCATGAGGCTTTGAGACCCCCAGCTAATTTGCACCAGGTTCCTTTCCTGACCCAAAGAAATGGTGAGATAATAAATGCTTTCTAGTTTTCCTTTTCCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTCTTCTGAGATGGAGTCTTACTGACTCTCGCCCAGGCTGGAGTGCGGTGGCATAATCTCGGCTCACTGCAACGTCCGCCTCCCGGGTTCAAGAGATTCTCCTGCCTCAGCCTTCTGAGTAGCTGGGATTACAGATGTGTACCACCACACCCAGCTAATTTTTTGTATTTTTAGCAGAGACAGGGTTTCACCAGGTTGGCCAGGCTGGTCTTGAACTCCTGACCTCAAGTGATCTGCCCATTCAGCCTCCCAAAAGTGCTGGGATTACAGGTATGAGCCCACTGCCCTGCTAATTCTTTTATTTTTAGTAGAAACAGGGTTTCACCATGTTGGCCAGGCTGGTCTTGAACTCCTGACCTCAGGTGATCCACCCACCTTGGCCTCCCAAAGTGGGATTACAGGCGTGAGCCACTGTGCCCAGCCTTAAATTTTTCTTTTAAAAAGTCTTATTTTTAGAAACAGGGTCTCACTCTGTTGCCCAGGCTGGAGTAAGCGGTGTGATCATGGCTCACTGCAGCCTCGAACTTCTGGCCTCAAGTATCCTCCCACCGCAGCCTCCCCAGCAGCTGAGACTATAGGTGTGCACCACCATGCTGGCTATTGTGTTAAACTACTAAGTTTTGGGGTAATTTGTTACATAGCCAGAGACAATGAACACAGAGGCCTAGAGAGCTTGGTGGGCAGCCCAGTCGCCCAGCTGAATCCCAGAATGGTCCAACCCCAAACCCTATACTCATAACCCCTACCCAGCTTGGCCCCTCACTTCTGGGCATCAGCTCAAAGGGTCATTCTAGGAAACGGAAGTATCCCGAGATGTTACACAAGACAAGGGTGCCTGCCACTGGCCTGGTTCAGCATACACCTGTTGTCGAAGAAGGCACGAACAATTTTGGATCGGATGGGGTTGAGCTCCAGGTCCGGGACATTGTTGAAGTTCTCCTTGCTGGTTTCCAAGAAGGAGAACCACACGGAAGAACAAGGAATAGCCAGACGTCAAACAGCATTTTCATCCACAACAATAATGCTGTATTTTGGATCCCAATAGGCTTACAGAATATTGTTCAGGAAGTTGGAATGGAGGCTGAACTCGCTTACTTCATCTGCCCACCACCATTTAGATTGGGTGGCGGGCAGGATTTAGAGGCTCAAGACCTTTCTTTTGAGACACTAAAATTCACTGTGCTTAAAGGCTAGAGTGCAGTGTGATCTGATCCTTAGCCCAACTGCAGCTCTTCTGACCCACTGGGCTCAAGCAATACTACCTTCAGCCTCCCAATAATAGGTGTCAACTGGCAAGTGCCCGCCAGCCTGCTGGCAGGCTGTGGGTGGCAGTGCCTGTCTTTAGCAGCGCCTGGGACAGGTGGTGCCTGCGGCTGGTGGGCGGGTGTGGCCCTGGGTGCAGGCTGAAAGTGCAAGTGAAGCCTCTGGGTAAGGGCAGGGTGGGATGTGGCTGGGTTCAAGGTTGCGGAACTGCTCAGCTGAGTTTGGCAAGCCTGGGCACGGTAGTGCAGGATTGGCTGAAGAAAACAGTCAGCAGGTCCTCAAAGGTTAAACATGGAGTATTGACAACCCAGCAACTCCACTCCCTCAGGATATGCCCAAGAGAAATAAAAACCTGTGTGTGAATTTCACAGCAGCATTGCTCACCCCGTAAAGCAGAAACAACCAAACATCTGTCAACTCTTAATTGGAGAAATAAAATGTGGCCCATGCAATGGGTTTTTTTGTTTGTTTGTTTTTTGAGATGGAGTCTCGCTCTGCCGCCCAGGCTGGAGTGCAGTGGTGCAATCCTGGCTCACTGCAACCACAATGGAGTATTTTTAGCGCAAAAAGGGAACCAAGTACTGATAGATCACTACAACACAAATGAATCTAAAAAACATGATGCTAAGTGAGCCGGTGCATGGCAGCTCACACCTGTAATCCCAGCACTGTGGGAGGCCGAGGCAGGCGGATCACTTGAGGTCAGGAGTTCAAGACCAGCCTGGCCAACATGGTGAAACCCCATCTCTACTAAAAATACAAAAATTACCGGGTGTGGTGGCGCACATCTGTAATCCCAGCTACTTGGGAACCTCAGACACAAGAGTTGCTTGAATCCGGGAGGTGGAGGTTGCAGTGAGCCAAGATCTCACCATTGCACTACAGCCTGGTAGACTGTAGTCTCAAAAAACTTTTGAGTTTTGAGACTCCGTCTCAAACTAAACAAAAAAACCCATTATGCTAAGTGAAAGAAGCCAATTACAAATGACCACATATTACATAATTCCCATTTACATGAATTATCTGGAATAGAGTAAATACACCGCAGTAGAAAGCAGATTGGTGGTTGTCAGGGGGTTGGGGGAGAGAGATGTGGTGTGCCAGCTGAGGGTACAGCTTTCTTTTGGGAGTGATGAATATGTTCTAATATTGACTGCAGTGCTGGTTTAGAACTCTGTACATACAACAAATGTCACTGGTGCATTTTAATGGCTAAGTTGTATTATGTAAATTACATTTCAGTCAAGCTGTTAAAAAAAAAAAAAAAAAAAAAGCAGCCAGGTGTGATGGCATGCGCCTGTAGTCCAGCTAGCAGTAATGCGGGAGGCTGAGGCAAGAGGATTGGTAAGGCCCGGGAGTTCAAGGTTACAGTGAGCTATGATGGTGCCACTACACTGCAGCCTGGGTGATACAGTGAGACTCAATCTCACCAAAAAAAAAAAAAAGGCAAAAAAAGCTTGGCTGGGGAGAGGGAGAATTGAATTTCACAGGAGGACACCCTGTAGCTGGCACAGGTAATGCTGAGTCCTAGAGGCTGCAGGTTTGCAGGCAGGGGCGTCAGCCACTCCCTCACCTGCCTGCCTCCTCCCCTGCCTTTCACAGAAGGCCATGTGGGTTCTCTCAATCTGCTTCCTGCTCACCTTTTCCTTCTGCTCCATGGGCCTCCACGGGCAGTGTCTTGGGAAGGACCCAGCACACAGGCTGGTGATCCTAGGGAAAAAGGTGTCAGGCCCAGGTAGGAAGGCAGAGGTATCCAGCCCTGAAAATGAAAGGCAATCCGGGTGGGAAGTGATGACGGGACAGTCATTGGGAGTGGGATTCAACACTAGGACAGACAGATGCTGGAGAGGAGGAGGCAAAACAGATGCAAGGGACTCTCGCCGTTTGGGTTGGAAGATTCTGTGAACGCCTTGTGGCCTGTGCTGCCCTGCCTTACGAGGTGGAGGGGGTGGGGATGGAGGCATGGAGAGCACAGCAGGACCTGGCCGATTCCGGGTCCCTCTGTGTCCCCCGGCATGGCCTCCTGTCCCTCCCACCCAGGCCTTTCAGCTGGGCTCCTCATGGCCTCTGGCCAAACTCAGTAGCTGTGTCAGGGCAGACTCATGTTTTAGATTCCCAGAAACCCAGTTCAAAAGAAGGAGGTAGACTCGGGACAGCTGGCCCAGAGAGATGGGATATTATTTGGCCATGGAAAAAAAAAATAAGATTATTTTTTGGCCATAAAAAGGAACAAGGTTTTTGTTTTGTTTTTTGAGACAGAGTTTCACTCTGTTGCCCAGGCTGGAGAGCGCGGTGGCACAATCTCGCTCAATCTCCGCCCAGGCCTGCTCCATAGTGGGATCTCGCTGCAATCTCCGCCTCCCGGGTTCAAGTGATTCTCCTGCCTCAGCCTCCCGAGTAGCTGGGATTACAGACATGTGCTACCATGCCCAGCTAACTTCTGTATTTTTAGTAGAGGTGCGGTTTCACCAGTTGGCCAGGCTGGTCTCAAACTCCTGACCTCAGGTAATCCACCCACCTCAGCCTCCCAAAGTGCTGGGATTACAGGTGTGAGCCATTGCACCTGTCCAGGAGCAGATTCTCATCCATGCCACTAACCCTTGGATATACCTGGAAGACATGATGCTCAGTGGAAGAAGCCAGACACAAATGGTTATGCGATGCCATTTATAGGAAACATCCAAGAAAAAGACAAATGCAGGGAGACAAAGTGGAGAGATGTGGTTTCCAGGGGCTGGGGACGGGTGATGGCTAACGGGTGGAGAGCTTCTTTCTGAGGTGCTCTAAAGTGGACTGTACATTTTCAATGGCGAATTTTATAATATGTGCATTACAGCTCCATAAAGCTGTTAAAATTTTCTAATAAGTCTTTAAAAAAACAAAAAAGAACTGCTGTGCTACTGCACTGACTCCATTTATGTAAGAACAGAAAGTGACAACACGAACCTCTGCAGTCAGGGTGGTAGAACCGCCCCAGAGTTGGGGGTGATTGAGAGGGAATATGGGGGCCTTTTGGGAGCCGGGAACATTCTGTTGCATGTTCCGTCTGTCCAAAGTCCCTCTGTGTGTGACATGCTTTTCTGTATGCAGGTCACACCCTCACTGCTCGGAGACAGCTCGATGCCTTGCCTTTTTCCTCATTGGTGGGAGGCGACCACAGGAGGGGACAGAATAGAGACCAGAGCCCTGAATGAGTCAGGGTTACCAGGGAGATGATCTACGAAATCACGATCGGATGACAATGACAGCTACAGCTCACAACCGTGCAAGCAACTTGGCAGGCCACCTCGCTTCCCAGGGACCCCACAAGGGCTCCTATTATCACGACGCTTCAGGCTCAGCACAGACAGGTTCGGCAACCTGCCCCAGCTCACCCAGTGGGGCATGGAAGAGTCAGCTTGGAAGCCAGGTAGCGTACAGCCATGCTCTTACCAGAATGCCCTGCTGCCCGACTCTCCCCTGGCCATCCGGGCCAGAATCCATTTTCAGGCCCAGATCCCTGAGAAAGGGACCCGTGGAGCTCCAGAGAGGGAATCTGGGAGAACAGAAGAAGCCGCTGGCTGCTATGCTGCTAGCCAAACCCTCTCTGGCTTTCACTGGCTGTTGCTAATCCCTTCCTGAGTCTGTTTCTCTGCGTCATGAGAGGGCACTGATACTGACAGAGGGTGAAGGGCACAGCCTCTGGAATCACAGTTAGGCTCCTACCCTACTCTGCTACCTGGGTCAAATGGCGTTGCCTCACCCAGCCTCTGTCTACTCCTTTGCAAACAGGAACCTCACAGGGTTGCCGTACAGTTTAGAGGAGATAAAGTCTGCAACATGCTCAGCACGGTGTCTGGTGAACTGGGAGTGCACCACAGATGGCAGCTTGCAGGATGGGGATAGCCCTGTGATGTCCACAGCACCCCGTCCTCAATGCCTTGCACTGCTGGGCTTGGCAAGGTGGTCAATAAATGGTTTGCTGAGCGAATAATGAAGCGAATAATGAAGATGGCTGCGCGGGCTTCCCTCTTTGTCTGGCCCATCCTGAGGCACTGCCCTTCCAGGGGTGCCTTCCCCAGGGCCCAGGTGTCAGACCCTGGAAGGAGAGCAGACCCCAATGTCCCAGGAGAGAGAGGGAGGAGAGGTGGGGAGAAACCACCTAGAAGAGCCTGACCCATGTGCCTGGAGAAGAAATTAACTCAACACAGAGGCTGTCCCCAACCAGCAGCAACAAGACATGCTTGACCTGCTAGGAATTGAGCTGGGGACACAGTGTCCCCAGGTGCTGAAGCCCACAACCCCCAGTGGGTGTGTAAATGGCTCTGAAGCCCGACTGCCTCTGCTCTCTCTCTCTCTCTCCATAGGCACCTGCTACATCCACACCTGACTCTCACTCCCCCTCACCACTGGTGCCTGACTCTTGGAGCCTCAGTTTCCTCATCTGTGAGATGGGTGCCAGACCTAATCCTTCCCATATCCAAAGGGGATGGTTCAGGGTCAAACACAAAGGTGGGGAGAGGAGTGCTGGCCAGAGCTCTGCCCTGCAGGCACATGGTCTTGAGTAATCACAGCATGTCTTCAAGCGTGATTTCTCATATGTAAAATGGGGATCTTAGGAATATCCAGGTACCATGATGGGGCTAATGAGATGATCCAAATGGATAAATCCACATAAGATGCTGAGTAGGCTGCCTGACACAGGATGAGCTCTTAATTTTAAAATAATAACAGTAATAAGCAGCAGCAGTAACAGTAATCGCTGCAGCAGTATTAATAGTAGTAATAATATTAATGTAACAGCAGCTAACCTACGTACCCTCAAATGAAGGAACTATTCTAAGAGCTTTACATTATTACATAGGGTTCACAACAACCCTATAAAGTAGGTACCCATGCCCATTTTATTTTCTTAATTTTTTTTTTTGAGACGGAGTCTCACTCTGCCGCCCAGGCTGGAGCACAGTGGCGTGATCTCTGCTCACTGCAACCTCCACCTCCTGGGTTCAAGTGATTCTTGTACCTCAGCCACCCGAGTAGCTGGGATTACAGGTACCTGCCACCATGCCCAGCTAATTTTTGTATTTTTAGTAGAGATGGGGTTTCACCATGTTGGCCAGGCTGGTCTCGGCCAGGCCTCAGGTGATCCGCTGCCCTCCTCAGCCTCCCAAAGTGCTGGGATTACAGGTGTGAGCCACTGCACCCGGCCTGTGCCCATTTTAAAGATGAGGAAACTGAGGCAGAGATGAAGCCACTTCTCATTGTTAAGAATGATACTGGCGGACCCAGGCAGTGGCATGGTGGTTGGTGCTAGCCTTCAGGGACTTTCCCTAAAACCTGCCAATGTCCCTTTTCAACAAAGGAGAGCACCGGCCTTGGAGTCAGCGCTTAGGACAGGCTAACCTTTTCATTTCATCCAGTTTCATGCTCCATCAATACTCGTGTCAGTTTGTTTTCCTTCCTCCCTAGGTCCCCGCCGGGCTGGATGAACCGGCTTTTCTAAAGGTGTCGCAGCCCAGGCTGCAGCCATGGGAACAGGCTCTGCCTCACCTCAGAGCCTTGGGGCTGACGGCAGGTCACTGCCCTCAGCCAGAGCTGATTCTCATGGCCAGTGGTGTTGCCCCAGTGACCATCAGGGTAGCGGGGATTGCCCAGGAGGGCTCCAGGGCCACACACCTTCCAGGCCTCCTGCGGGAGAGCTTGGGCCCTCGGGGTGGAAGCTGAATGTCCCCCTGCTGGAGTCATGAAGGGCTCATGTGACATCAAGCTGTGCTAAGCACTGCAACACTTAATCACCCCCACATAATCATGGTGGCAACAATGATGATCCTATTTTACAGACCAGAACACAAGGCCCAGAGCAAAGACTAAGCCCCAGTCACACAGCTAGGTTGGCGCGGGACTCAGCTCTGCCTCCAGGCTGGCTCGAACCATCTTGCACTTCCTCCTCTCACCCTTCCTTCCTTGATTTGCGCATTTTTACGTTAAGAGAGAAAAAGAGCGAGGCGTCTGCTCTCACCCAGCCCCCAGCCCTCAGCCCAAGAGGCCCCATCTGGGACCCAGGAGAGAGACTGGGACAAACACGTCAGGCCAACAAGAAGGGAAGGACCAGGCTCAAAAAACCACCGAGGACTGTGCTGGGCTCTTCCTCAAGCCTCGTGGTGTGGGTTGGTTTCCGGTGGCTTTCGGAGCCCAGCTCAGTTGCAAAGTTCTCTCCAGGGGTACTGAGCATGGAGCTCCCCAACCCCCACCAGCCACCACAAGGCTAACCGACCTCCAAGAGTAGGGGTGCAGCCCAGGCCCCAGATTCTCAGGCCGGAACTTCCACCGCTCAGGGCTCCCTGCACTGAGGGAGGCCACTTTGCCGGGCTGCCTGCTTAATGTCCCTCTGAGTTCCCCTTCCCTGCACTGCCTGCCCAGTGCCCCTCTGATTCCCCTTCCTGCACTCACTGTTCAGCATGTGGTGTCCCCAGTGGGGAAAGCTGAGGCCCCATGGAGACTCTTCAAGGCAGAGACTGCATGTCACTCAACACATGTCTTCCCAGTAGCCAAGATACTCAAAGTGTGGTTTCTGGGCCAGCAGCATCTGCATCACCTGGAGCTTATTAGAGATGCACCATCTCTCCTACTCCAGACCTACTGAATCAAAACCTGCATTAATACAGTGGTGCATTCATGGCTCACTGCAGCCTTGAACTCCTGGGCTGAAGTGATCCTCCCTCCTCAGCCTCCTGAGCAGCTGGGACTACAGGTGTGTGCCACCACACCCAATTTATTTTTAGTAAAGACAGGGTCTCACTATATTTCCCAAGCTAGTCCTGAACGCCTGGGCTCAAGTGATCCTCCCGCCTTGGCCTCCCAAAGTGCTGGCATTACAGGGTGGCACAACACCAGTCCCCAGGGCATTCACGTACACATGAATGCGTGAGAACTGCTGGCCTCTTAATCTCTCAATGTTTCAAAGCACCTGGAATTGTGCAAATGTGCTAGGCAATTCTCCTATCACATTTTTGCACAGAAGATTCTGTAAGAAAAGGCCTGGTCCTTTTTGCTCCTGGCAAATGCCTCTTTGAAAAGCTGGACAACAATCGCCAAGACCCTCCCCAGGCAAACACCTTCTCATCCCTGTCCCTGCCCCATGTCAGTCCCCACTTTCCCCAACACCTGGAATTGACTTCTTACAGTGAAAGCAACTCTGGCGACAAGCATTCGAGGCCCCTTCAAGGAGCCAGGCACTGTTCTAGGTGCCAGCTGCAGAGTAAGAACAGACGCGATCATACGGGAATCTAGGAGAGCACAAAAAGATGGGAAATAAGTATCTCAGGGAGTGATGAGTACTTTGCAGAGAAATTCAGCAGAGAAAGGAGGGGACCACAGGAGACCGGTACAAGTTTAAATGAGGTTGACCACAGAAGGCCACAGGGAAAAAAAGTGACATTTGAGCAGAGACCTGAAGGAGGGAGGTTCTCCCACTCCCATGTGTCCAACTGGTGGGAGGGTGCTACCAGCATCTAGTGGGTGGAGGCCAGGGATTACACTGCTCAGCACCCCACAGTGCCAGGACAACCCCCAGTGAAGAATCATCCAGCCCCAGAGCCAGGCTCAAAAACCCTGCTCTGGGGGAAAAGCATTCTAAGAAGAAGGAACAGCATGAGCTAGAGCCCTGGGGTGGGGAACAAAGAATGTTCATGTAACTTGGGCAAAAATAATTGGAGATGGGTGTGGCAGGGGCCCAACCGTGCGGGGCCAGAAGGACACTGAGAGGCCTCAGCGGAGGCTCCTGAGCTCCCAATAGGTGAGACAAAACCATCTTCAGCAGAGAAGAGACAGTCTCATAGGACCCTCCCACATGGTACCGTGAGCCTGGATGGTGGATGGACAGTGAAGACAGACACAAGGGGAACCAGGAGGAGGCTGTTGGGAGGCGCCCAGGCCAGAGACCATGGCAGCTGGATGAGGGCAGGGGCTGGCGGAGCAGAGGAAGAAGGGGAGAGAAGTAGCAAATCCTGGGCTCCTTGGGAAGTAGAAATGGCAGTGTTTGCTGATGAACTGGGGAAGCAGGGCTGAGACAAAGGGAGGGAATCAAAGGTGACCACTGCAGGGAACTGTGAGGCTGCCGTTCACCACAGAGGAACGGGGGACCTCTGGGAGGGATGAGAGGTGCTTGCTTTGAAAGGGGCATGTTAAGCGGCATGTCTTATTGGATATTAAGTGGATGGGCAGTTGCTACATGAGTCAGGAGCTCAGGGGAGAGGTCCTGGGAGGACATACAGATGTAGGAGCTGGCCGGGCACAGTGGCTCACACCTATAATTTCAGCACTTTGGGAGGCTGAGGTGAGAGGACTGCTTGAGCCCAGGAGTTCAAGACCAGCCTTGGCAACATGGCAAGACCCCATCTCTACAAAAAATACAAAAATTAGCCGGGTATGGTGGTACATGCCTGTAAGTTCTGGGAGGCTGAGGCAGGAGGATCGCTTGAGCCTGGGTGGTTGAGGCTGCAGTGAGCTGAGATCGAACCACCGTAATCACGGTGTCTATAAAACTGCTAAAACAGAAAAACCGGAAACAGGTATTCAGTTTTTTCCACACCTTCTGCAACAAAAAGTAGAAAAATTTACAAGTATTATTCTTCCATCGGATACTACTGCCAGATTTTTAAAAAACTAGCTGGTGAACACCAAACACAAGTTGAAGTCAAAGCACGAAGAAAGCTCAAAGTGGTATGTGGATTAACATCCTAGTTTCGGTAGTGCCATTTGCTATTTTATTCTTCTTCCTATTTTCTATGATGGGAAATATGGGAGGAAACAGCGGACACGCAATCCGATGAGTTTTGGACACCCAGTAAAGCTAAAGGCGCTAATAAGGAAGGTATCAAAGTGCTTTTCCAGATGTAGCAGGAGCTGAAGAAGAGAAAAACAAGAACTTGTTGAAGTTGTTGAATTCTTGAAAGATCAAAACGCTTTACAAAATTAGGTGCTCGTATCCCAGCTGGTGTTCTCTTAGAGGGACCTCCGGGAACTGGTAAAACAAATACTTGCTAAAAGCAGCGGAGAAGCTGGAGTACCGTTCTTTAGTATTTCAGGTTCTGACTTCGTAGAAATGTTCGTTGGTGTCGGTGCCAGCCGTGTACGTTCACTCTTTGAGGACGCTAAAAAAGCGGCGCCAGCTATTATCTTCATCGATGAAATTGATGCCGTTGGTCGCCAACGTGGTGTCGGTCTTGGTGGAGGTAATGATGAACGTGAACAAACCTTGAACCAACTCTTGATTGAAATGGATGGTTTGAAGGAAATGAAGGGATAATTGTCATTGCGGCAACGAACCGTTCAGATGTTCTAGATCCAGCCCTTCTTCGTCCAGGTCGTTTTGACAGAAAAGTATTGATTTGGTCGTCCAGATGTTAAGATGCGAAGCAATTCTGAGAAAGTGTCATGCTAGAAATAAACCTCTAGCAGAAGATGTGGATTTGAAGTTAGTAGCACAACAAACTCGGGTTTTGTTGGTGCTGATTTAGAAAATGTATTGAACAAGCGGCATTAGTTAACGCCCGTCGTAACAAATCAGTCGGTGATGCTTCTGATATTGATGAGGCAGAAGACCGCGTTATTGCAGAGGCCTTCAAAATAAAACTGTTTCTCAAAAAGAACGTGAAATGATTACTTATCCAAGCCAGGCACACTATCGTAGGTTAGTCTTTATCAAATGCGCGTGTCGTTCATAAGGTAACAATTGTTCCACGTGGTCGTGCAGGTGGTTACATGATTGCTCTTCCAAAAGAAGATCAAATGTTTGCTATCTAAAGAAGATATGAAAAAAGAACAATTAGCTGGTTTGATGCGTTAGCGTGTTGCTGAAGAAATCATCTTTAATGTCAACAACAGGTGCATCAAACGACTTTGAGCAAGCTACACAAATGGCGCGTGCAATGGTTACAGAGTATGGTATGGTGAAAAACTCGGACCTGTTCAATACGAAGGTAATCATGCTATGTTTGGTGCTCAAACTCCCACAAAAATCTATTTCAGAACGTACTGCATATGAAATTGATGAAGAAGTTCGAGCATTGTTGAATGAAGCACGTAATAAAGCAACTGAAATTATTCAATCAAATCGTGAAACGCATAAATTAATTGCGGAAACCTTATTGAAATATGAAACATTGGATAGTACACAAATCAAATCTCTTTACGAAACAGGGAAAATGCCTGAATCAGTAGAAGAGAATCACGTGCCCTATCATATGATGAAGTCAAATCAAAAATGGCTGAAGAAAACTAAAATATTAGTAGACAAGATACAAGAGAGGATACTGTATATCCTCTCTTTCTTATTTATAAAAACTAATCTATGAAAACCAGTAAAAAATTTCGAGAAAAAAACAAATCAAACTAGTTGACAAGAATCTAAAAGTAGGTATAATGAAAGAGTTGAAAAGCTCAAGGTCCGTTGGTCAAGGGGGTTAAGACACCGCCTTTTCACGGCGGTAACACGAGTTCGAATCCCGTACGGACTATGGGTGTATCATGATTGATGGAAATAGGATTTAAAAAAAGTTAAAAAAACCTGTTGACAGAAAGAAATGACTGTGATATACTAATATAGTTGTCATAAGCGCGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCACTATAACTTAAGGTTATAGTACTGAACAATGAAAAAACAATAAATCTGTCAGTGACAGAAATGAGTGAGAACTCAAACTTTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTTCGAGATGTGATTGCGAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGATAACTATTGGAAACGATAGCTAATACCGCATAAGAGTAGATATCGCATGATAGGTTTGCTTGAAAGGTGCAATTGCACCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCCACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACAGGGAGAAGCGGCAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACATGCCCGTGGTGAAGAAGGTTTCGGATCGTAAAGAAGCTCTGTTGTAAGAGAAGAACGAGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCGTGCCCGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTGACCATAGTACGCTTTAGGGCTTGTTTTTAACTTGAGTGCAAAGAGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGGCTTACCGGTGGCAGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCCGAAAGCGTGGGGAGCAAACAGGATTAGATACCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCGCCTGGGAGTACGACCGCAAGGTTGAAACTCAAAGAAATTGACGGGGGCCCGCACAAGCATTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGTTTTCCTTCCGGATACAAGAGGTGACAGAACAGTGCATAGTTGTCGTCAGCTCGTATCGTGAGATGTTAAGTTCTTAAGTCTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGCAATACGTAA + %$$%$0011145-''9<27----1392/1*-,,,882=>>/@8GD;@>;9+%11>P<6=;2;ACHIIFJE60ABA=B?@;5BDJE63;/0661284;6786=AE@3AAFCOLH?>KPGRGEE@@++<8AOPBHIJI/8<>;B0HIFIGJGOLKE79)FHLI.GEKOPRI0@DIIOI@A>388MHJN9;??1KKJDFC3')(+CEGE=<687FCB7*76;=839=:GFCAIACDCF88=-579@<>GG9@==;;1?;H::=.74420>E=<>>A>/)5,,39,4143435=:.299785459=>-=>>83,(285843((()(%&'':95=@A48=<9'$4:=>+=+/0,0;<=G<>1-2;@;:A@9@@9-)8;;9>BB>@>;3=@8:79-9:268;<0522/+13959>A8;=8=?>A>=:A=543566?;<=,&98583-=+82;<@;9;?A<=A===@B;;,&(19:<4;=B@?><556?9;:55):BDGF>?=:)958<>746((,*12414:9<@DDB2?/<85/58@9>>>2076?D:=>GGB;A7=?=9?CC=EEBB?>;.866;:=?A@9877ADEG79CGDA.6:;7;<;A@@?BBCCCCD@A=>;;999:::2:;668;EJ?:968?;64-$&)),<7&'7;:64=@EGBA84>7=26@=;77=FHC?D08>FBB75=CBC&23B>==?A@GDGIGGGBBCB?BBC>;=?EGE56>?DFED7136ECDDA40?8HLMAHC@?@>B=@HFB?IGGEDFAOPRIFDF799OIKBKLIMHLHEC>>===:FHLMLJGDE?+=5.-..&5;4&,*+46:.6@<;;:>3@CCA7;CCA???@<1AD@51<:GGGKH?ABGF<'B9;QEABGBHF>C@EE84H>&5D8F>547JI+A@E?>A>A9@I>LB3JOJIGMA@KL@FGGAC)40-(('-7B@D4>>?A43=8?JL6CJELE=CJPMK@GDIIG.DFB?AMMHI?KMK@APLG5/31'./:8??@>A7<>AC>FEIE9C?==<;8:9>B=F><>>,>:38))/29::5(,(&576BFB9;5B@DKJA??8924.A?>9??15,0?9>;:>?9824*+7--%'$$18:<;:48;BA??>46@=>EG84604768:9>::>=<=?>;<;7,*+.&%#'+68?>AD<<=?@@D=8;/7-++)*&((($%((+-)*/(%').$%-4'0(+.%*&,&%++*&(%&&.,.))%%'.*+-&&)'$.($+)'%%&'&$$-/-2.*&&%$%'$$&%&''(%.1.)%#$$'%-%*.(().)('*'&$#&&%$&(),/*+((.)$$#')$(/0*.,0*$%('&')&',$.'$'))&'&($%&-*&-&%&+*%0'&+*)$),,'''+-//''(')*0'%##%')+*+-''%'&(%##$$%&)&#&$,%)4.*'&$%'&%&#$)&)1*$'(''&'$&')((+$((%$%($'$$$$%'+''&$%&%''%&$%$%%%$&#'*)*(+/3('&(%(&$%)&)$)*%%$'#$##$$'&)*&$$)$%$%$%+%*)$$('$#%#'('#$$$#&%$%$$#$$#$$$#%$'#'#$''(*###&%$$'%')+%%%'*&%''%$'%%&*)$%$&&#%$#$&+(&$$,'##$((&)#$(%%'$&$$&#%#$#$$(&''&('%$*%&$%''%$#&%&&#$%((,$#$'*#$#%$'$%$&%$%%%%%$$%('++('%$$%$&&%%$###%'$$'#&'%1.%$'+&#$%&%&+*4017;80''+++7>45?>;>6+4>>@A@>=88>A9=<=AA?:32/0.1-7899:88/::92&)$%*),-(20-8<=CDC>?8461;=<@3,69;BC>0+)-*465=:9B=9=4**+./+4778/'4''216,.@<<;9;><=::9658=>B=A:>=<;=>4,19>GILHF<@BE==?E;?==EK>H87,...-)<>?BKN4BH@@>@HOBDHJK?C9AAMG>A9;=4(%099?>;99'(*%$12-*&-398976')+--2,55//-*%$%')-4>;?:=9@?@:=3+-;?@CA?=?=@HFFE8BCKA(=@?74D6;JKJMFDLNHJC'D?84:I??OMM>@KIGIHBEFE@A999<:>9IEEAJI>@GKADCBEFJIA=AAEC;)%-23CB?/1)=@EGAGD@9:..3BHM4GED=AD@G@CGKKFC.BDGC>BDA@>4HF8:CB@=EKHGLJ=8,.73*4=@HLBC@A@DC;7EGJNG41;>CC789?AA<9@9<<=<38>;;445*%+002*13554-((968.1>??BC>>==B27/+../2/17:<=?B?@AA/@>??DCF=?=;<9=89=@;E;9>@HA@FBDHC9>?;?;1.-,0/:9558-/;8485905$$./&=@>???B=EC:=E?>:7>9;:;?DFD66C>475..:=9:<7<==@786>@=93.5765:;74:?C???@?=>>?A>??=;:564<6@9;,')%$-,.8<9=58)28?=8785<=>>?E>;A59(:)(.79:8877659<>:7CA8=<>@>@74=??@?=<30,*('&%$$%(+.7779@==<><2++&&*)78DECB>==A6535(,+%)*('566/.%'IIBH>EDNB:F752450**6'$%%'&1151$'>6:=32:;D@54598=:?==<25?HEAH@G>IJIF9;<>-++:B==@EFGB<;>8@;9B@@AACB5?9:97%&"%&IE@=:8;9<94.)%*2BFEA<2(%,@?A=@D??:6;=-+66985)*',8<.5;D=863>5.,429;<<>;:3-/,-*-/0568=8DBA5/9@>:;5659>;2;-==;=@<9<;7)))',.,%%$$015/<:1%16;?EFID<777<18A;>8<>B:C<8<=<77>:@:>@==BDE8:BI?@B;D76)999<69>7792047;;6;=?<=9537.,59<@418:BCEDC@:>=;?;;:?>;??;=@5:85431825/155659:($)55:883/,%&&'./-74$(.88>>A=9E>=<)'.<8990)8;;99:<=;?=?:6:66:;.0;>@AC=;CAD?=<<5?AB?0=?8476:<0.&65@FHHC@=B>A681?=:74,@B:47:;<:8@614611&16:;>@970$3*2*:+8/229?BC:@9?D=62<>:=:()$)+4799<03:AEDAFB368>:?<989?99;676,5:;<;7;>@9;<788>;7<=A<=:966B0<9989?=>??BE>=;@AA:93369<=?C?>9;<<==-'28887($4:=9==+);<3;8:4-/:;CC?><0&39A?<9;>;722**:;;978>?BCE:CB@?85/(,DC9?@@EGDB;CDA76787::4*',6:?@=@:9GGHKICAEJE=G;83,;;?;=D=/54#$$$&5?ABC@=AA>5.+/.+%,))+=(59@?FHGAEC@@CLNLJJCCFDGCHF4?=?GDFJG=A==1<&68:8<:<;9=?CC6<>>?.8/>:FFHBKPC=36:;@BKGB=C@C9EHELKI50B?@KCCJEA=DIA<;>?:(%EA9><944><>D7.BKLKHBEC?HJMEFIJFUAG@=E?HF>;ECCCC9>>=790%%$'&4-..>8>@>?@?;=83++,*-889@@99->:557'%+::AA<;9;:=9<92900/**4/78.4AEDB@D?GIGF>2775<<<;.-3))')5:@=A?930?7:998;891))19;>8:>C810-65A>;C;@EED@GCA=DB9HE?;;D;7+*%133887;9<-3;:=CC6?B;KI;>9<4+@C?98/5E@?@<:?<@;;A@8;8<6$+8:;A::6786%).167>:;9:;>55*<=>=9<==<158@@E>CB@<;B>8;<9942*(*35C:A?<7756/:893)).9<<<;>@4:334?CD??<1189)//56:=@=7&1,:,,.13:>;07857A:=AB>B@88?>8:;:778:84?77=.<@41=74>;:2887;?AB?6<:85>66899;<)77:47;;8:<89=B.B46;;9?>;-(%'0469+?A?;?DDCHDF@?::?=A=8C@D<41:88==?=:::3(-.-24426<>BBHG*>ABA??;>>>><==@<;7698285<8:<==A<=2489,----1+'%(.46083)(0119@B;;<:A@779<B>=AF;C@?=>C;75>98;2?;1-.*3-3569<;<;:;@C9@8:>=8=97487<@FDG>843327:79>FEID<7868761-3/--0:;;=@AA>@<<7.$('%%8//@>563')//<94+-5<@>=4$6(,988971(+)1*%%%21448;?@,-**5:;??;AF><<<:07%*617:596+1==6;97:96<<5%'-8?A@D:<<<5;,4%'3,13'456*:@=<<3/;<=@?>;57:9.7?@B;=24>9?;.5=><;=<@94487;@@@>=88<=;<=CIB9@5$$93<,)22'-0.)(&04899(&'&.-39>/;98;;<6:74953709>?BCD@C>E=74277.$(0,-53%%&&%)+35>A>??;AB=<;@?>@@><9:57;>A@A91((3:<98<>;=?A:>:>>94353/==>?BHB8EC??D?>:9?=?BE;2426142>=A><=5;D:>D@FFB?<==DC=6@;?5=;4(,:=9<=>8B8(((&*,39<>89676?@>64;88,=(8==9:8=?99<;A8:><9=>99:3,5?95?=>@?---00(&)*+*,+,,&%&&(,9.378>?8=<>?>KFA@A=CEB0.<72.:8164<:;<87026:D?B@BBH@7><7($,&/++'+,(%&%.1-4595+10/34779<<64(558=@>?>5457721*'*&,2227968?>:>?>=<2'<;<78'12+C@>>A><>=>A;;;897;=>>8>CB?:7=?64::9>?><=?@>@>?0,/+(('&)=@?78**75;<8:AH=4A;9<;433=4@A@A>9988)&')20??BBAB:9>;757=@GHHB:784<4/.$*(#)+,-9./CEB@2-59==<<;=;8==9889?>+;9-%%(799:>?AD>?7+7-(*6-4$110,773848;8;<=@>%,9:;G=:4:@BA.<=?A=<+')&)*222+:778?A;=989:;HFCA>:<;.303?A@<9::>@<=E>?F@>=@BG:FF=054/&4879>>;>41HDBDD>@B+==@=?@?EE6A@?CB1/=?AD7@>:7;0%57+.0)**))'&)::976,1++(***7=(58;9777:<@&?@HHD9;<>9::?>'*826<<;5?90,../-)'+9:;>DD87;:55@9;BC>==<7:DFC=0*77??@C9:>>E>::>BA<<=::77732@===?DB?<77=>>=@=9AAA8CACDCEJBBCDA?D8470-2***(*)(%%'&'*(33>=>9+*65'($8>@::05.@>@G@==IH;;9B?@C404(*:::5>A@?>6@;=:=CB4=@6-.-'157-9:<989'+--7899<:;8<<<64;<>@,,.**3*'688;?=65.0?:=GH@A>>BA>:55308($$$*8566::;<@@GF>9988877=I9@JG98)-8HG8DLD>J1PIEJJCLKICCEEGA@BIFFC?<AD@A7MIHHG@?NNKYRQGMHCHFNGEHIEMJ8BBD:C<&(C:MMGL>D8A=;315<>=A<6697;=@?;BCA8><5;/1<;:>B=??:@?@4BDCHGFA=:6>AEAC:=>B=B=PL?FBCBA?;?=<7<167:00<>>A=:=96)6:46??>DICB@*&($5<>A<20E@58BCEHC<:7@@><28;::<=?@@D34AEEA/@796<6%-+0377>>>7469514--(3;04044<=?7=86:;>:@>A8??CIJA;ACEA@BCAA@A@F,:=B=DJ??=E<68+(46304233.2-1>8BDAD==?E?>GJH=:0==CBA:79:922(-.0:>B@=?<2)+:9==:0220&+%5(:8&$$5/7207>??B58:BB@A@C@?B512<BB9:;E27;28+0%%&)46&+A>9,**(/<9:8A79@A97<85+26.6.=<<=AA>8=7CE@9;:;?C<8IAFC9=796;<=>BE?B61>/9674=78<;:@C<9:96@=:18;=??839:396102==@3@DAA@AB?@;AB<2:%(1()$.'''&&4>;1076)'%$$&%$$'+$%2::@==B@9-9%%;;0<4++)9??>?DEFG6>><=3;877,,,---11/.-,-/-+1384;<:82,&&**0)(*-)99;<8:<<=;6%%77/68;<=@HB;?>===?E@GCAA;?>65;=-77'5=BB928>=:.@E<:998;;.>144==5.-6:84604536<;A73/0=DABA9:4&3/4790.3:819;;=<@A;82'%%66987;9)&)377:3436$6799620.-+-+(*'/4;@BA<=4268AB84.72A@?/(9::7)'*+.%45<;?2=A@@=;9=6GGE@:98=>B3@A;=<;&4$):><>:<>D425/,=76+>13*983:;5105?;:D@=>=33;;89999900061)-/48>87C>:=@///82?39@EBA>8;@A=BCKF<2313;>-+,>:,).)/5?BB>;BC>@84:(%'-+),,/,,$3%%%',)7B7;;@:889<<9=>@BA?59-(14<<:??8:9;9*)*'''%%(/*97@BG;@A@>17')6<:6=520%%$557>G<<<:;;869>A<@?@8:*=;79A@BA?79688;:;<<:4=>,,.(09:860?=@B7:;<>;ACA@@A9<<=522%$/8<>=ACB8A99$9A:>9><@=;88><>7<<6:;4(=>967/%186?>+/9:@<<=98?>75383/68<5<88?:648;=771-35?1<=31::<;=?>8+987>@?AA?>;;6=C<:5?=BC;;>CB9?D?@:><96:;9<9;)'=<IIGD=G8232678:=>@?CA=%)23.))&),=3;?=FA=>=@5116FEFC>@>A??=GA>>441))+4++<:>8:.)+ABEG:;76D*3:;<<;?ACDBA=5?@=F>A@:85?>;9*.%'('%%&(()%$$$%%%<87685<9;;;;@>=.-16*,:8:7665860@10457:;/;3789;BCA@1210=A:;BB=@?:453//8;ABCF?8B@??=8/39;?<79999864?@>7'&.6964683-540//.-224869:;:B;<@@559:73-:;><:>:@D>>78995)(%%%$#%%&,./;>:;<2),:(%%((*678538:86.5>;BD:;;3?@A>>=88::<999C:7@DKBD>5;@H@?;;>CDDFDEE@=//)(*11;@>?<3;9:64876)4,.961$.(&-//./',,,0&(,(57::76/9:=87469,(:9;@EF@CD==::=AC???AB<;7973510(-&145733*,1255&*..(29<+?&422:)2://9>A6<<:44>?@AB;9<:747=??@@=CCEGA;;63:96=>?<=:944A748:<:/-178@<=;9<>77740003=;<6/=8851-//(177:'(38C;=>?;(3-7?=<<8<;A;3?A;<1:63+6@<7878==<:8567+&&)&&$/./.681;=@@<98;61',089<>@A6=IG@;=B6LAAFC?@ADD58,><7/))$3/+&;<69A?@A8%1>B@>8>>>%(+33*;85299>A95<=;>?EKC32:G3>;@;:;B;=8>=714>887;;?2A>>DDFB>@:<=;666-.55?@?>6=??==3@@?A6;:=>9)2563;;7>:((&&537;34%&+25---2+<:==?<<6/358?:=C;9?FJ?.-,10$+$%&'9=:2/./(')1++&+&)%'**,/('&'+773,007(:4&*8;;:7:7>>5<17:=@:+0:76-,5>8865506:;=878CG>:2@73B?A@A>53$(239;@@;8450)-%0159<::9134%(&'+.'''569;?A877;<;;<=??>))5+<;;<<3?>99(:;??><=A>34:5(+))),)3975799:<:GDB>;75:??98&%87:=9;97:=@5@;AKI:377?/241/*2670079:98::<=::777??8>4<>@9=;D>@13+7::6585888-63(42$'7972==BAA96?8(678:3-'*65819=>99>A=BMGBA9=<80-.)1<B9?B@ACDB=B;77;:9=;7;?@:AA>@=B<;;>>7?=8J>:97<>>>*&.98>66::7;+2732)9::<;07B@@='>=A??@1.@AA*&;522)2-869CDJFDHEEHJHLGCVNHFF==-FDDA335$(3=E@?0B@ECBCOLD@OA-1H0.4<>>49D@>@@DCFKGHIG=CHGMN9>;6;4+>@ILKF>RPMJB.:G>NRNKF;HC?BH?=2/.26;>A>@BA?AA9===135B=A::A@=LDBFFHF1DEBCI?/3D+IJGIGHF=@BD>?A8=79::356?<45;:(,8694330.0;.++32655))('3<%%&)1382'3467103?97>EDCA><9;;9;/&29:13@>=;0--:::836681./,/477:9@?9;39;7--31:A<===?6@FD;;,=589;>E68549&$*-./59A>8;=EF?36,79CDB9@HFB9889DE><=+==861*$'&&.8?=:90352-,732689>CFHI@HI;<>=EDFF@$*B@>C><=;ACGD><?B9>CCCLLI?E7G?CBI@FOKDEAD:;?<<%>>;:68<8:=9151;DFJ@@;DEBADKIGDC:7=''???;?DCA1<9<<7-3.7:*98<>>)8>72%656651+.(%003B?.748;>0--'14:?<;HCB8:1B9?7&.0BD271AD@B==B7@?5@95AC-HA=<>:;.6;<5,>-@J;DGHE/=>?EJ=DFD;0,5++922;C=:DBDA8::;0333:;BADCFHA8.DBFJG1,8CBF?@?C>EA?00;=FF>@0?B6??@FEC@87+71?><1/C;@B;?@==B5+39673.,(/6.(727;;=>7,).;@>CE:EH7:;;DJKLMH;ICADD=904D:>>=AGBJACIJDADI@CCHJF68:=0+223=?=DFCFJK=AC=DG?EKIGHEAEEIHFA=9CEGHJI@DC=B:6B25=9..359::8=;>==?@89DA<:>AD@8:6=@DDF8=714A?8;69767?BHD@;:88861(0=:@28**:+(*,.055-)/*(%,./(+$'$&-0.6>68BA:/+*&250/+%%*0222547>><3AB<>=E@2/@FFBJ@?IBC@>0?CC>-&&,:84;=::?FDJGCGF?=?:*,=?A80&/1'%)&'-33<=*68;A?>;<1350&),41/-$&)$%$*%$$&-.-*;<::::=GHBG<7<@+%%/47925585::;<;?@?>;0/2;?A?C8;D>=(((==446)((+%*.*/..(*+;-&46815?7EL@8=;===+%5<<>0;25=;9*$#)*335.>>/('16-&2+;4@<;<CGH??A?B?EFBC@26D:=GC7C<:5:@B61B=78279::<;:>EONG;?:;0,%%%-$**7CCFQRLJJJDBGDIKGA8:IDF>E=?GHD?9/-BGHJDCDEB23D:).B<<:HGB<<=BF9(>79C>>61=>>>>68GHGEDCED@@8B.*9;>=B?0@@H?FF?CC189664EDEF68H@@&-1;=9=+7:EHMND:D=HGDCK9<;=C>?A?ACDAIJJGICA:.138IGA>H=BFHGB;9*21;;<93300,6;;;AAC4GBC>ABFC?ADEJJBHJH=FHFNCDLCGJE>A?FEHC>??=;6>-0&&'*$14/4-./)9BBA;;8*3,-;<=;=;8.A@LGF?EGC0)748=>?>;%ADJKQNF<6?=54431*333(50:;F@EIDODGKHNHKHGGBCC;BGLMCMKPOHE>FLGFIJWB1D;><A2/;,978848061.-1&)+28B<;G7?8IIFAEEFGB15?AF9*%%27?C=:;9>:IGB850,J3:%*3C@FID9,0JIDBBEC@:<9>BFC@@-CEFHE<@BBA85DC>;GEJB?>%);09CAFH@@@><,?>E6B;>C@AFFG=>=8+23.42:BA@A<9?F=?A>@MLKG>A=0/>.3EGFC79%%9<<=:FD=@@?3DDB8@AD?C?%%)$$(:E@<>HI>IE<2/*%*==ED@AEG?=+=0?BA?DFF1@9%%:;,<8;???/..:<96=@AGCC)%''689>EFD;/BABG>?BC?=>;;>?JDF<+BCACB?>=88>.(9C?>?///FAA886<@AAJJ@GA;642AB@?FDG-/,-1:>7--/;>;1.:9>;58;>;<<82%('(5576686<;=9CDC)104=BB?II>9:ABHC::4'0-/:;@><@;CEB8*'$%&$$'&&(%)39::%(7=?5=DLEB;=>?89???>AC@B?BF7M=:@EGN/,'66,/40:8:?GD>D;>G?C6695>=?F;::B11:=99@<-19:3<=;/'(BA>7+',444124+&)6;<:*88@?9?<30>=;;79?=840343*%$17@CA??CCDED:;;GB@GC>&'5%'&&.2;6:87799;7?A@D?<@;?98:<=:=7809756.$&&$&&(4=@?.-=<:AC@=5999@AF9>AB;;?8GEDBA7;AE=:746;<05BC8;;380.15GA323DCIE43=@><=;022-&.--+5297;=66==8'8'%%&*3;>@=8<<<<;:16)/AFF<2:E9>72446;98BCFIEEG<=8075<::;?@ADC<>>96+8<=<1.5A>*2(%##$*5969961,,0>58>@?<67:8>:/(+))288//036+9>>>120C??@B@;DAD@??22<56<68048DFC==A@<39CB?>=;=<8=B67>??@FJE@14>?9E@8=?>;/0414;*971.%%%2477C@?KJE>DEB'::05==9=?=9'.0&59;9(7;>=A;//+*,,().;;;13;;9>@><;64,-&%%&(,0,->=;>AF@EB86:>*<@CB;=?ACC<:::8//+-***.-./:A@EAB@>::@68A>G?82.''('&*&&1;?:978:4:*+%'''$''),1232)+'$$$%('%$$&%):=;A?<=??:AA:'%%%''&%#645/1+&*,.*%&#$%$*)$%)*,3244204::<<<<+*&*'/-').**5:5;:;<>@>>:=@IFGGGAB?C==<9BC958.,-& @SRR14011045.76018 582afc8e-2e83-428e-a323-fc8418bde1e0/1 GTGTACTTCGTTCAGTTACGTATTGCTATTGATTTATTCAATGAATGCCTCGTTCTCTTTGATTCTTTTTTTAATATTTTCACGTTAGATTATCAATAATCTATTATTGATCTCTTATGCTCTTTATCCCAATATGTCAATGTACTGTCGTTGTGGAGAATAAGGGATTCGAACCCTTGACCCCCTGCGTGCAAGGCAGGTGCTCTAGCCAGCTGAGCTAATTCCCCATTTCTTTAGGTGTTAGGGGTTAGGTGTTAGGTGTTAGCACCCTAGCTCTAACTTCTTTCTCTGCTTTGTAGTCCCAGGCGGGCCTCGAACTGCCGACCTCTACATTATCAGTGTGGCGCTCTAACCAGCTGAGCTATGAGACTATTTTATAATGACGAGGAACGAATTACGATTTACGAGTGACGAATTACGAATTACGTATTGTTGTTATTCGTTATCTATCATTATCAGTCGGTTTTGTTGTCAGCAAGATTTAAAGAATGGGTGTCCTTTATAGTTAGGAACTCCAATAACTTTTTGTTCGTCATTCGTCGTTCATAACTCGTCATTAACTTTCGGTTTTCTCTAGAAAGGAGGTGTTCCAGCCGCACCTTCCGGTACGGCTACCTTGTTACGACTTAGCCCCAGTCACTAGTTTTACCCTAAACAGCTCCTTGCGGTGACCGTCTTCAAGAGTACCCCCAGCTTCCATGGCTTGACGGGCGGTGTGTACAAGGCCAGGAACGTATTCACCGGATCATGGCTGATATCCGATTACTAGCGATTCCAGCTTCACGGAGTCGAGTTGCAGACTCCGATCCGAACTGTGACCGTCTTTATAGATTCGCTCCTGCTCGCGCAGTGGCTGCTCTCTGTAACGGCCATTGTAGCACGTGTGGTAGCCCAAGATGTAAGGGCCGTGATGATTTGACGTCATCCCCACCTTCCTCACGGTTTGCACCGGCAGTCCCCACTAGAGGGGCTCGACTGACTCGTTAGCAACTAATAGCGGGGGTTGCGCTCGTTATAGGACTTAACCTGACACCTCACGGCACGAGCTGACGACAACCATGCAGCACCTTGAAAACTGTCCGAAGAAGGAGAATTTATCTACCTCTGTCAGTTCCCATTTAAACCTTAGTAAGGTTCCTCGCGTATCATCCAATTAAACCACATGCTCCACCGCTTGTGCGGGCCCCACCGTCAATTCCTTTGAGTTTCACACTTGCGTGCGTACTCCCCGAATTGGGATACTTATCACTTTCGCTTAGCCACTCAGATTGCTCCAAACAGCTAGTATCCATCGTTTGCAACGTGGACTACCAGGAGTATCTAATCCTGTTCGCTCCCCACGCTTTCGTCCATCAGCGTCAATAAATTGTTAGTAATATTCATGCGCTTCGCTATCGGTGTTCTGTGTAATATCTAAGCATTTCACCGCTACACTACACATTCCAACTACTTCACAATCATTCAAGACTGACAGTTTCAAAGGCAGTTGCTTAGTTTGAGCCTAAGCGCTTTCACCTCTAAACTATCGGCCCGCCTACGGACCTTTAAACCCAATGATTCCGAATGCTCGTCCTCAATATTACCGCGGCTGCTGGCACGGAAGTTAGCCGATGCTTATTCGTAAGGTACCGTCATCAAAGTACACGTACTCCTTATTCTTCCCTTACAAAAGCAGTTTACAATCCATAGGACCTTCATCCTGCACGCGGCATGGCTGGATCAGTCTTCCGACCATTGTCCAATATTCCTCCTGCTGCCTCCGTAGGAGTCTGGTCCGTATCTCAGTACCAGTGTGGGGGACATCCCTCTCAGAACCCCTATCTATCGTCGCCTTGAGGAGCCGTTTACCTCTCCAACTAACTAATAGAACGCATATCATCAGCACCACCGTAGCTTTAATATAAAAACGATGCCGCTCTTATACCATTAGGTATTAATCCAAATTTCTTCGGGCTATCCCTATGTGAAAGGCAGATTGTATGCACCGTGCGCACCCGTGCGCCGGTTTTGATTACCCGAAGGTAACCTCTCCCTCGACTTGCATGTGTTAGGCCTGCCGCTAGCGTTCATCCTGAGCCAGGATCAAACTCTTCATCGTTAAAATCTTTAATATCTTTAACCGATTTGTTGTTTATGTAGCGGGCGTATGCAATACGCCTACAATTGACTGGTTTCACTCGATTCTTTAAATCTTCTTTTTGTGCTGTACAACATTATGTCAATGTACGTGTTGTTTCTTGTTTTGAGACCGTGTTTTGTCTCATTTGCGAGTCAAGGTACGGCGTTTTTATCCTGCAAATTTTTCGCAACTTTTTTTGAAAGTTTTTGTAGTTAGTTGAAAATGAGAGAAATATTTTTTTGATGAAAAACTCGGAGAACCGGAGAAACTCAGGAGGGTGCGAGCCGCACGGGCAGAGAGGGTGCGAGCGGTGGGGGAGTGGAGGATGGAGTGCGGTGGGAGAAACTCGGAGGGACTTTGAGACACTCGGAGACCTCGGAGAGACTAGGAGTGAGAGGTGGTGATGGAGGTTTGAAGGTTGGAAAAGAGATTGGTACATTTTTTTTGGGTGGGATTAATTTACTAGGTGATATAAAGTAATCTGCCGCCTTCGTCGTTTGAGAGTATTATCTTTTTCTCATTGGTGAGCTCTACCATTGTGCCAATGGGAATGGGTTTGTTTTTCGGTTACGTCTTTCATATCGGGGAGGGATTGATTGACAAGTACCCATCTATTTTGATAGAAGGTGAAATAACCTACAGGTTTTTTGTCGTCGTTAGTGAGATTCTCGTTGCGGATGAGTTTGCGTGATACGTGCCACTTGAAAAGAAATTGGTTGTGATATACCATCAAGCGGTGATTTTTCGGGTTTCCACACATTGTTACCTGCATTATTATGTACAAATCGGCAATGGGAGGCTACCGCGATGAGGGGTACCACAAAATGGACACTTAGGGCGAGCAGTATTATCGAACACATACCACTTTTTTAGTACAACGGGTTATGCCACAAGGTTGTATCAAATCTACAGTTTTTGAGCATGCTGTTTCCATTCATTGGCGATAGGACGCAACATTGGGTTGTGCAATCGTCGATAAAAGCGCGGTTAAAAAGTTCAGTGGTGGGGACCTGTGATGTTTATCAAAGGCAATTTAGCAGGATCGCCCCAAAGGCAGCCCATTTGCGCAACTGGTCGGGTTTTACACGATTGGTAGCATCAGTGGGGTGTTCTATAAAGTGCCTTCTCCCCCATCGCTAATAATTCATCCTTTTCGGCATCTAAATCCCATACTTTGCTACCTTTGAGCGGTGGCGACGCAAAAGATACATATATATAAGTACTGCCAAAGCGTGCAAATCAGTTTTTTTGGTTAGGCAGTGCACGTTTAGGGTCTTTGATATCTAAATGTTTGGTGCTAAGTACTTCAGGAGCTATAAATCGGCAGTACCTATAACCTCTGGGCTGTTAAAATTTGTAAACCATCTAAATCGATGATATTTGCCGATTTGGTTACAGGATCGACGGAGATATTATTGTAAGAAAAGGTCGGGAATATGCGAGCCCCACATTTGGTGCATTTTTTTGATACGACAGATATTGATAGCAGTTGGAAATAGCTAAGCCCAATCACCTAACTCGAGGTGCCAAACAGAGTGGATACTGAGGATCGCGGAAGAAGAGGTAGTGAACCACTTACCTTTTTTCCTCGCCTTTGAGTCCGTCATCAACTACGACGTCCTTTTCAAAAGAAGAACTTACGGTCGTAGATAGGAACAATCACCCTGTTTTGCACCATCTTTTTCGACGGCATCGTAGGGCCGACGGAAAATCTCGTTGAGGAAATAATCAGAGGGCGTTACCTTTTTTGATATTCTCCAAATACAGAGACGATGCGCTTGATGCGTTCTTTTTGATTAAAATCTAAGGGGTCGCGGAAAGCTACCACATAACGGCGATCGGGAAAGTACACATCTTTCACTCCTCCACGTTTCGGGTTGCCATCATCTACATATTGGTAGGATTTGGAAGTATCTATAATTGATTTTACGGTAGATTGTATTCATTTTAATAAATAATCGCGAGGTTCTATCAAATTCGGAATTGCCTTTGCTCAGAAGTCGAGCCACTGGAGGGCTTCACTGGTCTATTTGGTTATCGTTTTGAAATCGACTTGACAATGGTCGTCGTTCTCTCCACATTGAGATCGGCTAAGAAATCATTCCAACGTTCTATTTTAGTAAGTTATTTTCCACTACAAACTTAGGGTCGTAGGTAAAGTGGTCATTAGGAATAGTTTGGAAAAATCGTTAAAGCGATGAATACAAAGCGTTTTAGCAGGTATTCGGCATCGTTAGAATAAATCTCGGGCATAGTAGTGAAGCAGCATTACCTCCACCAAATTCACCTATATCTAACTAGGTTGAGCAATTGCACTTCGGTTTGAGCTTCATTTAGAATACAAATAGGGCAATCGCCCACACCAAAGATCATTAACTTTATAACCAAAATCGTATTTTTTAGCCAAAGCAAAATGAGTGTTGTATGGAGGTCTTTCGGCGCAATTTCTGTGGCGTTATAAAAATCTTTCTAAATAACGGAAAAGTTCTCGCAACTTGCGATAAATGGCATTTGTGTTGTCTGTGCGTAGGTCTTCCGCTGTTTGCGAAATAAGCAACTACCTCTTGGTCGATTGTGTTTAGAAAACCGCTATATTAAAACTATCACAAATAAAACGAGTGGCTATTTCGGATCCTTTGCGAGCAAACTTAGCTGAGCCTGCCCCATCGGCGACGGCTATCTTGCCAATCGTTGGGCAAAGAACGAAAGTGTAGAAATCGTCGTCACGAGCACCTCCTTGGTGAGCGTGCGACCTGCCACGTTTAGAAGCAACTACAGAGTTTTTGTCTAAGAAAGAGGTTTTAGGGTAGCTTCTTCGGTTTTTGTAGAAACGCGCTTCTTTATCTAAAGGAATATTTTGCCAAAGGTCTTTAAGGATCGGGATTGATGATGAAAGGCACTCGTTTTACCCCTTTCAATCAAATCGGGGTCAGTGGTACAATAGAAGTGAATTTCCAACTCAGTACTCGCTGCCATAGTAGGTTTTCCCTCAATAGTGCGAGTATCAGGGAAAAGTGAGCCCCAATCCCTCTAAATGACTGAATGCGAGAGATGTGTATATGTGGAAATTCCCTCTAAATTAAAACTGAAATTATAGTCCTTTTTAGCATTACTAGCATTGGCAATTGGCAAATGAGCTTCTAGAAAAGACTCAATTTCATAGTGTATTTGATATTTTTCTTTCACTTCTTCTTGTAGTTGATGTGCTAAACTGCTTATTTTTCGGATTGAAAGTATAGAGAGCACTTTGGCTACTACACGCGGATTAGGTTGCCCATTGGGATCTCCCTTTGATGATAGTTTGTATAATTTCGTCCATTAGCCACAGGTTCTATTGATGTCAAACTCTTCATCGGACATGCCGTAATTAGCACTGATCCGCACCACGGACAGCTGTTCTCGCCTTCGCCAGAGATGCAGTGCACGCCGCCACAAGAGCAGGTTGCCAAAAGCATAGGCATTGCCACAACAAGAACCAAGGGTTGCCCCATCAGTTCGTCCGACGATACTTTGAGGGCTAGTTCGTTTCGTTAGAAAATTCTTTATAGCTATTCTCGTCTATTTTATAAGCTCCTTGCAGCATATAGATACGGGTTTGCATTCCGTAGATGCCCGAACTGCGAGAGCTTTTTGGAATTTGATAAGGTATTGTTTTGGGTATTAGAACACTTTCCGCGAATGACCACGAAGTTTTCATCGGGAACATCGTGGCGCTTGGTGAGGTCGATGCTTTCGATGAGGTGATCGGGTTTGGCGAGCTTGATAGCATCGGTATTGGTGTTGTTCACCTGCTCGCTGGTGGTTTTGATAGAAGGCTGTCAATCCACTTAAGATTCTTTGTAAGCAGCTGCATTGGTGTTGTTGAACTGCAAGACTTGATCGGTGAGTTGCCCTAAGAGGTTGTAGTTTGTGTTTCGCCCAACAGAAATTACTTTACTAAGTTCACTTTTGCAGCGGTAATGAGCATTCCAGCGTTCAATAGCTTGAGCGGTCATCGGTAGGGATGCCACCATCGGTGAAGAGGAAAACGAGAGAGGTTTCCAGTCGCCTTTGCGTTCGAGGGTAGTTTTTCACCACCTCACGGTCGATGGCGTTCATCAGTTCGTTGAAGCCCACTAGCGAGGGAAGTACCTCCGCCGATAGGAATCTTGGGCGGATAGAAAGTGATGATATCCTGCAAAGGCGTAATGACCTTGCTTTTGCCCGCAAAGCCAATGATAGAGAGCCAAACGGTTTCGAGTGCAAAAGGGTCGGCTTTGAGTTCTTTGATGATTGTAGCTATACGTCTTGCGTGTTCTATAGGGTCGCCTACCATGGGTCGGAGACGTCGAAGGGAAATAAATGGGGTCTGCGCATAATATCAGGTAACAGGTAATAGGTTTTATACTACTAAATTGAGTTCACGTGGTGGCGGAGGGAGGGTCATTGATTCACCGGTGCCTTGTGATTTCTGCCACCCATTTCTATAGATGAACTCACCCATTTGAAAAAGGTAGTAAGCATATTGGCATCGGTGGTGTCGAGTTTTACCACATCGGGAGTAAGTTCTTGGAGGTAGGACACTTCGGCTTTGGGTCATACAGCACAACCTACAATCACACCAAAATCTAAGGCTTTTACCTTAGGAATGTACTCATGACCTTTTTGTATATCGGAAGGTTTGCCATCGGTAAAGATAAACAAAGCGGTTTTCAGTCGCCTTTTGTTGCGCTGAACCTCTGATGAGTTCGGTTTTTACCAAATCACACACCATTTCAAGGCTCGCCTGTGTAGGTAAGTCCGTTTTCAGGACATTTGATTTCGATAGGCTGAAAAAGAGCTAAATCTATCAGCGGGATGATGTTGCGCACTTTACGGTCGAAAGTAGTGACACGCTCAAATGGAGGAATCCATCGCCTGAGGGTCGTTGCGTAGCATATTGATGAGCCACATAGAAGCCGTTGTTGAGGGCTTGGATAGGTTCACCGCTCATTGAGCCTGAAATGTCTAAAAGAAAAATAAGCTAAGAGTCGTCTGTTCATCGTTAGGAAACAATTACTAATTCACTTGGTGGAGGAGGAGTTGGTCTTTTTAGTAGAGTCCGATACCTGTTTCTTCTACTTTGGTAGAGGTAGTAGCAATAGAGGCTGATACCCATTGGAAGAATTTGCCAATGCTATCGGCATCGGTATTGCTAAGGCGCACTACTTGGTCGGCTATTTCCTTAAGCACTTTATCATCGGCGTTATTACCAGCGGCACATCCTACTATCAAACCTTTTTTCACGGCTTTGAGCTTTTGGAATCCGCTTGCCAATCGTCGGTAGGGACACCATCGGTCATAATAAAAACGATAGGTTTCCAGTCGCCTTTTTTGTTCGGAGTTGTTTGGTAACTTCATTTTCCAATTTATCGGCGAGGAGGCTCAAGGCTGCTCCAAGAGCATTGTGCCAGCATTTGAGGTCTATCGTTTGGAAAGAAGCTAAATCGGTAAAGGGGAATAAGTTGTTTGGCTTCGGAATCGAAAGTGATGATGCTCACAAAAGCAGTTTCGATAGCCTGGGAGGTTTTGGCGCAGTAGTGTGAACCATCATCTGCACGCCATTTTCACTGCCTCTATAGGTTCGCCCGTCATTAGGCCCGAAAGTATCTAAGAGGAGGTATACGGGAAGTCGTCTCATTGTATTACATATTTTAGAGATTGTTCAAAAAGATTATAAGACCTTTATTCTTATGAAGAGAAAATCTCGGTGCTCATATTTAAAAGCCTGCCTCCGTTGGGCTATACAAAAAAGTTTTTGTGTGGGCGTTTGTAATGGGCGTTTGCAGCACATGCCAGCTATCGCTGGCTTTCCTACATAGCATAGTCTAAAAGTAATTGATTATCAGAACAATCAACTTTAGCAAAGGTCGTAGCGACGAGCAATTAAAAACTTTGGCAAAGTGTGGGGACGCAAAGGCAATTTTTGTACTTTTTGAACAATCTCTTTAGATTATTATAAGTAACTTTGAACAATACGGTGGATAGTTTGACCAAGGAAAGAATCGTCTACGGGATCACCGGCTAGCATCGAACTTCCATTCGCCATTTCTCTTGTAGAGTTTTGCCAAAATAAGAGCGCGTTTGCCCAGCATATGACGGGTTCGGCAGCTACGTTGTAAGAGGCAAACAGAGTTTGCGCTGTGGTGTACCTTCGAACATACGAATTTTAGCATAAAGGGATTTGTGAAAAGTCTTCTTTACCTACGTTGTTGAGGAAGAAGAATTTTAGATACATTAGGAGCTACACGATCTAAGTTTACAGTGATAATTTCGTTATCAAGACCATCGTCACCTCCTTTATCGCCTTGCAAATCGTCACCAGTGTGGTGAAGAGCCGTCATTGGAATCTAAATTTTCCTTTAGGAATCCCCAAATTGTTGTAAGATTTGAGGGTTATACAAAGGAGAATAGAGGTGGTCGCACACATTGTTATTGTCGTCGATGAGGATACAACTAAGGTCTAAATCGACATCTTGTTTGTTTTTCATCAAACCAAGAGAGCTTTTAGTTTCGATAGCGCCCCAGTTCACTCCAATACAGAAGTTTTGCAGCTTTTCGCCAGATTCTTTGCGTAGGTCGATTTTTTGACCTTTTTGTAGATTGATTGCCATAAAATAATTTTTAAATTAATCAATTACTTAGAAGTTTTTGCCAATTGAGAGGTTTATAATTCAGTTAATTGTATTTGTTAAGATAGTCTTCCAAGCCACCTTTCATTCCATACCTACCGCTTCGAACTACATTCGCCATTGCGTTTGTAGATACGACCGAACTCTACAGCTGTTTCGATACAGAAAAATCCTCTTCAATTCGTATTTTAATATTTCTTGATTGGTAACTGAATCGAAAATGCGGATGAATGAATTGCGTACCTGACCGAAATTTTGTCCGCGTTGGGCAGCTTAAGTGAATAGTTACTACGATGCAATTTCAGCTGCATTAGGTTCTATTTTAGAGAGGTCTACAAGGATTTGCTCATCGTCGCCATCACCTGCTCCTGTGCGGTTGTCGCCAGTGTGTACTACTGCTTCATTAGGAGATTTGGGGTTGTTTGTAGAACACGAAGTGGCTATCTGACAACAATTTTTGTTTTCCGCCTAAGATAAATACAGAAGCATTTAAATCGAAATCCAGTACCTGTAGTAGAGCTGTTCGTATCCCAACTAAACCTACGGTGAATTTAGGAGCATTGATGCTCTCTCTTTGTCCTTTTTGTAAGTTGATTGCCATAAATTAGTTTATTTAATTAGTCAATTAGCAAATTTGCCAATTGGGGTGTTACTTGTTTAGGTTTAAATCAAGCATAGAGGTGAGGATGTTTTTTTCTTCCTCTATATTCAATTGTTCTTCAGTAAAGGTTGTTGTTATCAATGGTTTCACGATATTTTGCCAAAGAGTTCTTTTCCCTTCCTCAGGAAACTGTTGTATCTCTTTGCGTTTTTCTTCTAAGTCTCTTATTTTGCGTTCAACTCCCCTACTAACGAATGACCATTGCTCACACGTTTTCGCGATTCAGTTGGTGCTTGAAGGCATCTTTTAGCAAATAGGAAACCATTGGTTTGCAAGTTCCAAATAAACTCATCATCGGAACCGAGGTCACAAAGAGCTCAAAATTTGGAAATCTACATTGAAACCACACATAAAACGCACTTTGAAGTTTTTGCTCGCCAAACAGGAGAGCAATAGGCGCTCGATACTCAGCCCCTCTAAGGTGTAGAGTTTCGTTCCTGGCACCACTAATAGGTGTGTGATATCATCGTCGTCACTTGAAAATATTCCTCGGCATAGTGGTTGGGAAAACTGCGGATAGCTGTGAGATTGTAAGGCTTGTAACTACCTGTGAGCGTACTATAAGCAGCTTGAAACACCGCCGATACCTCAGCCTCGTGATACCGCTGGTCGGTTTCAAAACGGTTTTCAGCTTTGCCTTGGCGTACCAGCTGCGCGATATAATCCTTATGGGCTGCAATTTCGGTATCAATATTGGTAATTGCTGCTTCCTTTGCTTTTGAGTTTGGTGAGTAGCTCGATAAGGCTATCGGTATACTGCAAATTAGGTAATTCAACTTGTTCACATCTAAGGCTTCGGTCATTTTTTTCAAAAAATGAATGGATAATCTCAGTACGTACCACTATACCTACCAAGTCGGTTTGTTTGAAAAAAGTTCTCTAATATTTTGAGTTTTTGCAACCTCCGTTTGCTATCATTCAGTATTTTTGTTTCTGTTCCCAAGTGTTATGCCTTTCTGTTTTGCAATTGGTTTTTAAAGTGGTTTCTAAGTTCTGCAATTCATTATCCAACAAGCGGCGACTTTGTTCTCCTTGTTGTTGGATTTGTTCACCTCGTGAGGTATTGATGAGTGAAGTAGTGGTTTCCACTGGGTATCGATAGACACGATTGTTTGTTCGTTAGCACGAGCGACATTCACAGTATTCTGTTGGAGACGCTGAGCGTTTTTGCGCAAAATTTCTTCAGTGGTTTATGATACGCGCTGTTGTGCCTCATTATGCTGTTGCTGACGGTGTAAAGCTACAGCTAGCGTAGTTGGTTTTTTCCAAACAGGCAAAGTAGTAGTGAGGATGGTTTGTGCTTTCTCGGCTACTAGACACGTTGTTGTTCTGTATCAATCGGATTTGAGGTAACGATTGCAACATAATGAAGCGCACTACTTTCAAATCAGCTAAACAGCGGTCTATAAGCGGTTGGCGAAGTCGCGTTTATCGGAAATTTGATAATCTTGATACGCATCGGGGGTTGCTTCCATCAGAGCGAGTTCTTGCTTGGTTTTCTCATAGCGCAAACTACCTGCAATGATGTACTCTTCAATCTTTTTAATCGCATCAACATTGCTACCGAAAATGGTTTGCAACACCGCATTATCCTTAGTAGAGTTGATAACTCCTGCATTCACCTTATTGGAAATATCGGTGATGTTGTTCACTATTTTGTCGTATTTGGCAAAAATATTATCTACGTAGTTCATACGCCCCAAGAGCGGTATTTTGCGCAAGAATTTTTTAAAGCTATTACCTTCGAGTTCATCTACATCTACATAGTTGAGTTCTACGAGCAATTTATTGATGAGCTCACCTACCTCACCAGAGTTAGAGCGGCGTACATTATTTAAGCTATCACTTTGTGAAGCCAATGTATTTTGTAACTCAGCACCAAAAGTTGATTACCGAGTTAGGGTTTGTTTTCACTACTATATTGGCGGCGATGAGTTCGTACTTAGAGGTATCGGCAGGTCTGTAAGGTTTTTTGAAGGGTTACATTACCGTTCTTATCGATTACTTGAGCGTTTGTATCGAGTACTTGTAGTTCTAAGGTTTGTTCCATAGTGTTTAAGATATTTTGATGTGAGTTATTAAAAACTCGCACTAATTTGACAAATGAATTATTAATTATATTTGTTAGTTAGTTATTTAATAATTTCGCCTTTGTAGTATTTAGAAAGGAAAAATGCTAAATCTTCTTTGTAGCCAATGCCTGAGGCTTCAAATTTCCATTTGTTATTGTGTTTATAGAGACGACCAAATTCTACTGCTGTTTCTATAGAAAAATCTTCGCCTAATTCGTATTTAGCTACCTCTTCGCCGTTAGCATTATCGACGATGCGGATGTAGGAATTGCGCACTTGTCCGTAGTTTTGTTTGCGGTTGAGTGCATCGTGAATAGTTACGAAAAGAATTTCGGTTACTCGGTCTACTTTCGCGAGGTCTACTTGTATACTTTCGTCATCGCCATCGGCACTGTTTTCCTGTAGGGTCGTCGCCAGTGTGGTGGAGGGCACCATCGGGAGAATCGGTATTGCCGTAGAACACAAAGAAAGGTTCAGAAGGGATAAGGCGCTGTGCATCTATCATAAAAGCTGAAGCGTCTAAATCGAAATCGTAGCCAGTACCCTCATTAGGATCCAGCCTAATCCTATAGTTAAATTTTGTAGACCAATGTCTATACGTTGTCCTTTTTATGCGGAGTTGATTGCCATAAAAATAATTTATTAATTAGTCAATTAGCAAATTAGCCAATTGAAGAGTTTGTTATTTTATTAATTAATACGGTGCAAAGATAATAATAATTAGGTAATTTGCAAATTTGAGAATTAGCAAATTACGAGAGTCCCGTGATAACGCCTTCATCGTCTATATCCATACCTTCGGCAGCAGGCACACTGAGGAGTCTGGCATACGCACCGTATCGCCCAAGATTGGGATTACAAAGCCCGCTCCTGAGGCAAATTCAAGCTCGCGCACAGTTACCTCAAAATCGGTGGACGAGCGAGTTCTTTACAAATCTCACTCAGCGATTTAAGGGTTTCACCATACAAATAGGCATTTTATCAACCCAATTTGTTGATTTGCTTTAACTGACTCACCGCTTTGCCACTGTAGTTCACCTTGCTCGCTCCATAGATTTTAGTAGCTACCGTAGTGATTTTTTCTTCTATACTCGCCTCATTGTTGTACAAGGGTTTGAAATGACTCTCACCACTCTCAGCTATAGCAACCACCGCGTGGGCGGTTCTTCAGTTCCTTTACCTCCTTCGCTAAACCCTTTGCTCTGATAACTTGCTCCTTTTTTGAGCACATACTTCTTTTATATAAGCGATTTCTTCCTCGCTATCGTTAGGAAAATAGTTAATTGCTACTACTGCTTTGAGTCCCGAAGAGTTGTACATTCTCGATATGTTTTTCAAATTGGCTCAATACCAGGTTTTACTTTTTCCGAAAGCAGGGGTGTTGTACTCTTCTTTTTTAGCCCCTCCGTGATGACGCAAAGGCGCGGATGAGTTGCTACAATCACCACTGCATCAGGCTAAGCCAGCTGAAGTACGCTGATGTTGAGGAATTTCTCAGCCCCAAGGTCGGCACCAAAACCTGCTTCAGTAACTACATAGTCGCCTAATAGAGAGTCCCATTTTGGTTGCCAAAACAGTGTTTGTCCCTTGGGCTATGCTGGCAAACGGACCTCCGTGCAAGATAGCGGGATTGTTTTCAAGGGTTTGCACAAGGTTAGGCTTAATGGCTTCTTTGAGCAGTAGCGCCATTGCCCCTACCACGTTCAAATCGCGGGCAAATACAGGAGTACCATCAAACTTTTTGCCCACCATAGATGTTACCGATGCGCCTTTTCAGGTCAGAAAAACTTTCTGACAAGCGCAATATTGCCCATAATCTCGGAAGCAGGAGTGATATTAAAACCATCTTCTCGAGGCACTCCCGTGTGTAGCACCGCCTAAACCTACTACTATATGGCGCAACGCGCGGTCGTTCATATCCATCACGCGCTTCCGCACCACTGTGCGTGGGTCGATGCCTATAAGAGTGGGTTTTGCTCTGAATATTATCGATGACAGCCGCCAGAGGTTATTATAGCCTTCTCAATAGCCGAAAAGTCGCCCGTAAAGTGCAAGTTGATGTCCTCCATAGGCACCACTTGCGAATAACCCTCCACCAACTGCCCCTCCTTTGATTCCAAAAACAGGTCTTAACGATGGTTCTCGCAATACAGCAATCGCTTTTTTGCCTATTCTGTTAAGTCCTTCCGTCAGACCAATGCTCACCGGTAAAGGTCTTGCCCTCACCGCAGGCGTAGGAGTAATAGCCGTAACCAGCATGGCTGCTGTGTTTCATCTTCTCGGCATTGATGAGTGCAGCAGCAGCTTAGCCTTGTATTTTCCATAAGGGTGAGGTCGTCCTCATATTGATGTTTAGTTTTTTAGCTACTCTCTGATGGGGAGCATCTGTGCTGGGCGATTTCTAAGTCGGTCATAAATGATGAACAGTTGAGAATTAATAATTTTGTGCGACAAAAGTAGTGTTTTTAGTTGGATTTTCCAAACACAATACACGTAGGTTTGTCTACTTCTATCCCTTGAGCGGTTTCAGTGAGTTCGCCAGTTTCTTCATCACGTTGAAAAAATCTGAATTTTATTATCATCGCGACAAGCTACTAAAAGGTATTTACCATTGGGGGTAATCGCAAAATTACGGTGAATACCTGTGTGTTGGTAGCCTATTTTGCTTAAAGTACCTTTCTCTGGGTCGATAGCAAAGATTGCGATACCGTCTTTCTTTAATCTGAGAGGTGTACAGAAAACGCCCATCGGGACTGATATGTATATCGGCACTACCACGCCCGCCACCTTCATCAGCCATTATGCGCTGTACTTCTTCAGTTTTGTCTTTGCGATAGCTGAGCACCACACATTCACCTCTAATTCGTTGATAAGACCGGCAAAACGACCGTCTTTGCTAAATGTAAGATGACGAGGTCAGCTGTATAGTATCACTAATGCGATAAGCAACTTTCATATCACTGAGTACTTTAACACCTTTTAAGGCTTTCCGTGCTTTGTAACGAAAGCGATACACACAATTTTTCCCTAAATTAGTAACCAACACATAGCGCTTCTCAGGGGTAGGAATGATACAATGGATATGAGATGCACTGCCGTGCAAAGCCTCTCTAAAGGATATGTGTTGTACTTCAGTTTGCAATCTCCCTGCAGCATCTAATGAGAAAACACTGATGTCGCCTCCCGTATAGTTAGCTGTGATAACGTATTTGCCGTCACTTACGATATGAGGTCGGCTCCTGCTCGAGCAAAGGCTTCTTCCAAGGCCGTAGGCAGATACAGGGTTATAGTTGTAATCTATCTTCACTCACATCAAAAGAATAGGCTCCTTGTCGCCCGTCGTTATACTCGCTTACGGCGCTATAGGCGTTTCCCATCGGGCGATGGAGTTACAAAGGATTGGCAGCGGTAGCACTGCTCAGCAGTTCAAAAGTACCGTTCTCCTGATTGAAATGATAGGTGTAAATTCCTTTAGAATTCCCTCCTTCGGTATGAGTGCCTATGTACATCATCAAGTTTTTATAGCAATACGTAACTTCG + %:0<6=BGC>HND@=HC=85=98:A>=>BCG??AB;A?9686))(,&,8<:8>C8<0*12.../1<:@@A=:899=4CG?9/8<@A./=?://+6967B;776909<>8A:;42&&-02:=@BI@@DNODEG<@@GIHBIF:CAF8;=E>@<65459;*-8652/3*568D;96:;:0/87:02>>>D>@?8:9-2*:(;:>CEF9?=BAAABDC=??C98=@B=-019;=<4--45:6;>F:B=C<7:BC@>=>E=9A:=CDAA=C8:))5FA?BBBGCG>09///+7354589,,6=;;:003GFB<>DDC@///?==;8>CB?FBEH<=AJGM@IEJEJFF4A72;?;26?GE@+186=998B=>A?8=DC<8<=9250093-;A5568565>FHDFECEF8CE<@D>?JI?,BA@=IE:EFEHIKC?IHG=4677@GAF@?CAD<7/0=;9;=CH5:A=><''<;:68&410//5/1718;:8:1+/$$353784=EH??=?>>:?<+6.B>4+48=0MI@51B@GBBIG;=,0>@B???DAA:/(0%%+*-=;?<9>7<=@;;:AA<9:99:4&(97:;>:9AABCD(749A9FKAC@<;><733><>@6<;<>>@<79>88;>BDA99AB@@=G7JLDHGDBHHHCCIH:A?;=3013=6799<@@:F/CEGDE?9;HHEFFB?D;B>B@>90+)++0>>FDF>ACID;;99>ADABAAB@BABA?@:>?@%>=;<=(57:<99E=;=DDEF?43257<<517>=@=;;=A>=CED:;9744;>=D?<=:>==.+/41--%(((+-7?*@D;:;@;8@BB86-&''/22.-.*(##$%&&76<,:A6AC>=?A>>E?.4757:=67?A;:<;85:??DB@A8:;>>=CDEDAFCDBC@=:=@9<<>AG>??C87<:($$&-47?AAB::><75:,(,C@C?FCEDFFGD?<@0I3BA@A-<:CLKK@?KDCAC@>?B<=*=4B:;2<<430$%&(''($'##*%%$,,3957<>>>58=9=6<@1<9<@?CIF@FDCA@:EFF>@<;56;9);:;+667=:98971&(798=?B97$&+&&#%$'++=B;;DJJ>@:79@C2488@A>8779:+:91902*''.(,,('---22&')*+06>9::59CB4+,,./))446/4<;2/;<96>;9>B76<:4422'35;==BECEI><=;,6.-.25=:AD98:?9:<<=8?<0//1/445:A<9<>304:*74**469>;=>@29;A=@<679@@;''')+<62:=?><8?987>8B=8A@FAGE5)*9?>;3:74>=42453(&&0(-2($&:805:9:,28:8:/71<;=>=>:A>3&$$$#''((($$%.34473037<;@AEEFBHOPOHEA??BB774.8=4D1&$)4955<.335763$:<@AFHGIILAAB@-0448BJGE?=EB=A>H@42)(575596067&%$#)&0&$&35988<>;+.E?049?8/9<@>@@;77-,99<>>?@CEE@HJGML@@?IHIE9EF@CECHA@CBC>:C;>ECEE:;CEBFFHEFE:B<7CHBHMJDAD9A?CBFK?;3%+,%$&49<79+-78:CCJGBE<;60/$'.45B=96128869617786:<89-:HKFC>@4;?B8AC@GFI==C<57*&*(&*360/00/68,-670*,6@B<8<:?A?AB;'):75;-)*213:==;>C>:;?=:=9941=3B=9==@HH,DC7<.3@??@GHEC@>>8<=?@548221.5**86%678031&22,99+/D=AA@=>@42+4:76:-10=2>B@?DHC)38=A@?CC;:@BE=?:1$=*:11=-05?@@DFEEIA@><861-09>1ABEDBGI=GA?FFDCA@@=6A=75%+::??;A:?8CCFMK@898=@<:BE89./5;IHKBD9>DF?;<>EDD@=@@D?:7@AABA><@*111779::94&.$'1258;><=<9;>A@;:=?G@9;9>@?CCEIIG@+96:BKLCD9*3263=?(=9:AB???457&$&$$$-/6>?CB<26?ABCABB:19975.7558:;78555451;7@BKLEGGFEEA;**.5952:&&8*%=>54>?D:7780+69::;:'((99984*+734)'%&&(.*%$"#%(+3**)@39?:BCAC>C?6274:@EGE<1..2$))/212=;//55@-(.47788<1.<@@915:;>;;A14;BHDCDEEFE9%;757:76+$457<(,2.:;@@9)9<1CLNGJKHOHDBMBFLGSQQMKDA90J;;CGGA8:<>ENAIGG=F?4,(0()130399>@?=@B?>;>%)<7;9?A@+2+//)(753@DEAE2?@:@=:ACFEC/*8837@DD@=:CB7<@.8,A.D;AAD=>8BB<=89:467;4>6<>;;@ADEB@E:8@FC@@BBACAGFF?C>;&*.,5*%&'&())##594479;:AEFGGA6DDEC@558C?90=++,;<37(+11)%%30878=DF<;%==>C@@@@779>?@A99:;::(8;>?>@>FDIG?=<:7(%,8+:(6A=:5=9453$3668:>>9>?E?>@95.'+6<6-2//-.*%+-<5676-*775:;7'5((((87878.&,8<=8+.9*77=?A@*0257<<7704;@=;E@ACGFEH?''%%$(0/*200,),346258+*<:DNHHMHB@BCKF:D89@>>')'&)46678>=>,12;<;1+,36?A@DB>=.113135=CG@8+)*$$%%#&,2666<,;;+:+>973:9249:<=:1.4&'9;;9;08?<>>>>;;=<@=877669BB8,,//-%&.*'**360222+()6@ACB2?><,81=?@3CHLGOMJCCFMDCHA@??:8B>?=&$$$/)+9:;GFD:;$&%'&$(2.058A:?ALJGFDGEEBFB0+865,&/2>>2=;;2&'%$,&#&$%&1)67;@=6C;0/-,,1A:=A=@@B@=CA5&')//-23<556>:B;;=HGAFBHG;@IH<:<2>4B;@B:02777:><;98?:7%1.043-+77937?C?AEFECGD?EE8B9;97A@0,*,;>8/,(&$%%$),$*%&/1158;=CJKHJJ@FJA7:&$>:83*%'%=;CFAE9EEHIHA45?A?757CE;=14:;=1()179;@<7@:=DC@9;@;ABBBE@02.2))(/3;=98(,-6;5>?ABAFEE@<;>4993'$'5.6=;9660.&&%(.033&$.:<;..07?534780+)&&,./.*'4=;/48<=BD>CE=>@DADB?A,.57993$$%,&&+$+.,-=>?<;8B=IMGD=;A=>?@<=/03>8==(>79:<@>=?>;>?::54445:C>ADHB=HHD><1..1.-(0;*,6775:<=?:&7?>>@>49@?669?A<8;<<<<@5*-2924/091-7-+,+.,**%%%*)$&%%$&&%&'(%$$$(&&',333EDA@<=9@+008;7>3::<;,),()+-)'-%4*<@=<==4128422,7BBBLJ@12)9844@>A=?B@9FJ:@DF?E>DFE483=BDEHJD=95@@B;/>?797&$%/35787:;JBDBBC?@CC?;07(+2:@89<>;2-778638;579<9555;6&)-/4(&0++/=<:??:84?6?>99:ACB?BEF>=;6;A;B09:@A?BE>BCDE<;@CGEF:==/A?@?479C=++7??A,&<<95.:&,5431849<=?A::47<,767AA=:<9???::<)?AB@ABBGGJI?BBHC@@AECB:@741=A@963622/$#-/&224;;;AEFFEDBFGG@@?0.5567<99JIE5+<=@<@A?CC89=?9?;946;)-&)68=BD=,CGG>B?FD@B?:=@E?=<@?D>ACE<>=;:>BBAFFHLA96:BFE78(,/==9325.4/0078:935:(%%??C@?A@<)8CD99AAD68;4/0=47:<;%$'+++-57359<=968>D597??@BFC:>FB7699-----+'*9;-5862499;715<=(+,+,6-3>?68:732,5-++,%1/-&&'+*002:8#3,79>;;<=-&,@67:D<@<22/4:8,--344(3<7994;,*49:;<===@;4/&&2023:=;,))'('&*466$;<<<<=8>=7?:>?$:0+,*+()&,38946247;?@>AAD<;DDB>EB@BC;-+.(13;?A@;888:9:8C>@B9-,,.665644)6A@3=9:;<::<64442243:45@=CD@A>?;='7;<:@@COM=FHDCE;@6..79?FIF?5CDNFGDC<;DA@9;;755)@BFE<:?B<>./56=:ED;=F?9D8;B@@:934+(*+-34:A>8>9@/*.<43&,89<7:B66GKC>@B998=<0:=:(+@CED?98;=>ABCEDEC><=C=>CFIJMBB??/+''..1/)&&&.00A@7..1<7-&&('(4:6?>=6=A=>=9<67589B?=FBCCCEDD97?>@=>AABDCA=),(&$%'67@B@;8-)2;BEDFF=@BED9?>BE@;@EE@-/2%),+*+.&&&)448-358@A>ABIJE??*%><).77//0/49;=:%/=(?@D?C:;54?322<368-3A?@C:&*-,%06<=649/:9>D>&(88>:2<1.;;=<:87/+$*165?E@?=@@<=BB;3-5&)((10BDED8E<:?;@CB8:341=54<77=@:;77876*0,89C@@BBB9=>:=8::9$7-<:<99;CC>9<779=:2199DIKBC=B=;;CDB:;<791DC>21.$$61BJKF>?CDF33:<?@=7:9327@EFF60.@>GC:999F@)97B@-;79979?;23((.10289;;;<@<:==57<=69@?<=DH?99;46<>>B7578)1;==BC8'*963))))*2336;<75810?ACB?7=8@GHDBF=FDB@FDGJCB2>>BA3?:AADDA85?*%%&'*,788=?<>E74E258BCB@GM@@HIHK>36;FDD9BBEA/5>@@+?7;DOH'=9;D?9;>EGGA6FH<8:9=>JJHDD>@;<@3<>A@5>?HHGB:0/?..9=9;;B80)'&*')(+////-&+#&(()*032*$&/2).37=?=;<=AAEGIE=>A8******8:@60'0*:=HFC?*>:=<8AD69BDCAB@9:,++''?@DHE:':=E?9>3:786$:9:5'#%43,+*0+'0&()*,=FFEM:C:DFAA:59><384?:3C8-2421.22:63+=7AE+GD:<>CED@<>94*52147CDD=0/66**/262:>:--/2/0-0-$%&#%%*(+459&.77:6$-?6:=>>;6;9:6@E@EADE=CE>>FC24BEDCABDCD9;?A>?DDF>G?A:>364<:5>B7<@@*++'(,+,+$%$)$+/333679;<9++3950AA>/,236;:?944144)?AAAC@C=@EA9,/6779;=?=C@4&*3016>//9A:529:48A?7:?>?BCD07+.57/98=>?:2C96?7/3=<<;+.157673:79:BDEG==?@;7346;=25DJHFJ=89/2,/658+/(386673<=BBDB?545)0.-$&<>>A?95A@<:;BDA:>DH<26=?(<<=A>:8:>>=>ICBFC?FJIH9:DALL;;A>:<<;43-/:>:BC<@=+(3.9<;=7?-/'&&&'$%#$%((+$$%%&%(+/1:9::=?AA=9@?)1739)-;?@;-3;11*//25CBCFHB987A?AJ@?C?<.0201'(&,/4:;:432*15+**,,))/.0.0,57<==?6'*59=>>DHB931688<>A=@>=757>?6598998;9?>$%88;1#%&&4=??:852.49=.58=BC88139<>4?86AEFC>=@:@>=?3((14/31-,(,,+,2.;?8>AC9*9ADE@BBA=FA?BB@;;<;;==?1478-1>>>99=D;6745?7?@GCFA4C?:?>.=.)2=4>?@>>=99;=FG:6552224=<=@@@86::=;5846766*(().-,.)+70,,IJHEDGMMMCDB*+/:<<;$'"#$$04898::787578;<><989:BCEE>J=IGE@:FBA88<>>67$-5//099EFHGIHF(7.0737<1&&3>.44688:0=FHI<$&E=1K=B;=58FFC@263&'('&37872)*2+*/@AADFC>ACDBFC>D<>688*-&3%?ED=;B9CIF@C<<:;;985;;3(('%$###$%'$''(+@=@<'+;:?A?;;;?B787<3.05;=>5*%/*3:=2%%&'23;;4-)%&4677679>:8;6:34440((657<;<;86541132(,*:=978@>@A=CDDCDD@=>=BGD==<<;/A.+2-)>@;99?=9;&03-/,0+::;:(3@ADGC=7:FHJC/+/CB>BDD?AC;AED@@@?A;;;E@DHBB=@A?AB=71FDC<83:@?>???>>6/*,9:5*,,3>AIAA=>4:917=;@;66=ADCC?B>6@HH>BEE/:/<=<>EGHBEED:2;E6OJ>>7/-7@:9?<45::6BDAECEDDGIJLFGECIHI@?8BEFFA()@:ED8B?@E>LIDGN,:?DJF>?BGC@A;<+73$%)(011644;??GDA:E>B:><>?>?@;B?=->B78=?C5-+)4+)9<>==?B7>CHIJ:BAC<=B:CFJBDDF@>DD>7:9=>@;/9??CBAB??LHB;:63355660-2.0'$$$%%+)&3995477:B@@;:;;*7:AF?>?ECCD83BB=0/*&''''8?8<;<>@65+.*,+389;>8.%%2-16<>?ADCC?753022778=%+<;A>8:CC>DJKCK=EB>='#-,49;5(3355&79:>?>@<=@AGJKC?@D8<=9/('($')87<>:;<=?GA;3B<=9:9==78*;294885<>?<>;9<35$'$63%&-/0,887=29>A@:219920(/.$.<9DC<==?@,-,14>?;AE<==336==>DC;=AC2=@7006FC:E?=AA?@BF?AGLAC;=FH>IFBHFF;:8I9DFF@9:-<@@>?C=37?@BE?B>6@@BB@6-+79<=<;0.1+&%,32221BBCF@==:-(+(%+*&&%&'*(,-34+@BA>><;9;9EFHFA@?BB4@:;<9?3.,5:;;96.--&02322+-059B>CJDFC;<243<>@A?BD67FGGDD@@:;6-A=ADD69/-021))+#%'2)**-398.2237/388=95AHHEBC?,+1/10146?7<>?8/(()(.11):4:@?;>?BC;=1:>?=GDEFJ=BB><>CD@D=BDHE=556=-?:<>>A><=*5ACFDA:DD@ABCC@?B;;<>9C(9488(%.24>??A=:><=44=;?B8>FB>?=BC?@?<;H@@E:259&/30&'+..(&9964:9<>;937346343BGE?>C>@477*0787665+;??A5644@DIDC8?=22==GHC,%A@A>79<9:<@;D9FH>=?;@??>@>;9CE*:=77B@CF=ABAAAF;=D<,++,=>A?<9>FHDDCC7;<>F@;G?-?4$'9B<;:BB95,//5?/>:**57:8892:<64;:;?6))54-;>@D;2(((0$..<;>>A=*888>??>47;:BCB4:::<>@?>D:=3;9=<=>C9;BCA@@DA/37=C8CEIF=59CBC9AC?9@BH?>@C>:<;%%%3-6&354A51027CHGHFB@=?AD<<GE:-09795357>>@>@BEE@EEBDB=CD<;:<*)28:BB;6BDGDH=;:<8<==LJE4>99=@@))<)*'&(7(87;=BBEFHA;?A=F?EB?==>?=:1.*%%5:;=::;5?A?>-%:>EEFC@GCC=B:;,(***,69<=?=59:66ACC9=?@A4=<47DJ@DFD;37876.%,AG>OOIF749BA6=FA>:?@3&&47;656+603CDBJF@=/=H=</C279B186?>=EF?965.1/89<8:<>;C8;<8;;>?:0;A:C;59<9<5'*0')$&881;44====;%>&%'(:447==;=A9(-556+,4;;8677<63>>CC>?>@@CE;%(*7=C>845>C;AC;<;967B@DEC<;1>69<=60(4>3?E,(>BB=DC<'5768;@3',-+-797(%:;A,#&559?EBCCFII>C@:?A?DDB?;>C>;<@:=;9E;6;A)@>7:@CBHOH>@?D><77@?A@8/56=A>2@2/8>A@69=F;7++123/-(*/0152+259=9<+68;<>EDCIED3GBC?HJK<;?EGIHC6:@ELIDCNSRJD>@@8?FDD@B<=>;<8><<@DE?<=>::,&(.3==;-)?A47;65/+;5&%%3A=BFGKLD5GD4812*4=:<;:FHNDGHEE>FGHKLC=+-437??FGAGHECAA:GCCBCE;;5,@;?=;&:?DBB@@7BC=F?DGIG@CB=?=?@C=>ADIFCLEE?@;:1010.;:>;;KC@BDFCJK?=AAECFIHAACADCEDGCAB><78..2;;:;<>233@DCD>D>?(7,,*'))/+18@/HIA<>=13(;:=ADHGLG@B;@->;CFDEIGA:A?60.6=8;:>@IG833>FG<659D?EAPEGDEC95>?A0)0/>.<<<9@:AFHLLI449DAF>A8?<>BBF=A@=<.?ABACC>=<,<=AC>;>BC=587CD?@=?BA974FKAD@DFE=?@B:?54?>@<%0AD@BEE9<:?8=FE6=F>6*$$&$-061//3'&&$'/..82799<88=>:640/1%&4587,/47:;101=ECD9CINNEEA:9.(*4>=?@????BBCEGBEGFE733<@>::933AE;DG?:>>D;%%3?@=>=.'%9<:8=>>6CCNCEB(;2,:=CEGIG:?@A<77=GHCAEGGDFD6BA?>>>DA>C:JKGF?EFBC??@FFGEIB779E7>A9:<:((81./12//403)7:6617;=B=?DGA6*()-',6884>@D=7?H@@EEGE;;<99;>=>DCENMLNNBJBB?CA>@IKJBB7B:9:2KHG7DEG>=<-63<>==DE@GK>?@@ED@8==>:(F:?C<9<>EGAA/3)10034,23(&3+8B>?DDEGJLH>=DFGD?7:DCCB?>8:ADB@A?<=/-'79709D@:4'))EHB9++C@<>?6#'25:5;:;31,+-+-:88=2014'$&'&589976644;;=44(6@D=A?<=CAC@I0>BDC>>E<>;7BB9AH;4GB>JG@BB=?83;B@??47@,@'5.777)49?A.,<@B8.554+,,.7=@BABDE=>=59@?.=>CAI99DKJ?;&&%$&&*+=869;=0=66:??@@05EBGINFFFGGEG<:BABDBC?=DGIEFHA:@B1=@B67<;<9BDG@DEDCCH=CCFKKA@?(',:89A:=GH?4;;>4553';6=CD?=CCD60/85=2211678<<<<9>AIE;<@?>&*87;8'78866>767;;;,&&*19<:==?=459=/:;=;9+('';=6=?<:;79)+=?@??0339=<99:DA?@3?C@<>7))+.5,:=:;?@;@CCE>,/+*-8:1227)(-.,0((%$$'''20.+166:8?>8::;,=44?::FJ@E9:4)+8CE@@@??BDLJH?=5)'&&&&8=@BGABED??@@1??ABGBB>=@>9>@B;9>BD:<<;=>K?@BDB?GHKKE<=??:B>BCCBF8673113;AI,@D>:F@F:==758:>5<@@@BH@@EDGC?8-58.)00..--333)/;;<;;A9/7;459;;;7:78:9B>:<;:=7-(+&(46358.68<<9::<=?<;<;66'(&&'&)1*5;1:1(*55%0048%&&%$>B<A@DEGDB@A38IA=>B=J'=19>>=:5>CA994:F?@FB@0??)$/3+5544742((-(-68D?DB?8()+.((-4/2-)%/%$&%40574<<>@:=768>@=?2?)%(*)(()/81+.'*13+&(''$$189;=@>('))'-1=B==*;%279?<)+1229+.541020226*(*&3336292>98A:=:BDC@41=A;7??BA>=::>AEG8:==8000/-71/697;>;;==?;;139637?CA=HHDG;B@2=>?@BJBA;AII>:7>899ADGAD:(5@;?CFGEFAB@ECIA@8=@BCGGHIA@A02AB8;>?:2/=>?=?A@BEFBACD@BGHECAFG>998>DBBC@CEFH?>=?@>?7D==;?<997.?A?:4557$3&)%''%$$%1022/')0535<:9;77-.-;637/,-13<;9;??@@DC;>>?@>:0;=8'%$%)2/225639=:%(025CAC8IHE;:)=;56.0358;=:'49??<>.3?::6D:DA><:<@;:;C=:71%0.;/157:64(&33)('/20//>B=9<>A?3,<=A;C1<9-9:>>9994&&545<@;@C<>=;8.47>>@>,<9>EGBAACB:5,/3/0<=<9:;,@;9;>FE<<=?@@@AB?FG?@674614+(-11289A<>DI=E@@>@AD@=?:AABE:4:>?EBBB9:>D=BA@AK?A113&(&#%%)/546<<:8/;<:424?A?AB=DE2BEF?+'<=>=,/12,;06<9=@/=;BCEDAB9:A53489:960-5947;97:.(+&')++-=DD=4-=@@@@<455.'1=>G==33EDBCA>99CI=E;9'$44/578889?:7;;>?:48@A<=IIGDCCA38;@>GGA=3=;:ADEC>?@CDABA@=E?@=@E5;=?>@GHH=BB?97))><8(7;9752-8:444355:;;=><6&%''24402356BBD=F>AA9;G?=>6455@B755568A9:>>?;7<;@A<5/:8;<+,(79=@?BB?A@EBFH@B;?A>B?,.:9@@CF>@A>BBDDCB*.,>?2EEB>@AIJLTOEEG9;:?A55EAD;@;=@55134-%%)./15=>4762)3A;>;>>??753,>>:@=7-/<55@;B==?57;:<699:677744.0*(#$)4685)576:?=;EGF;;<@@9;.%010;95548266:1+,86955343?BD?;BBPMAD=@CCDC=?=?A?@>:14>AAE<<>>6@@;=C<=>=B99$??;@@8>9@?7<4<@;9=@BACED>-799779962.24&'567;A@,8892GE668.6>@>=:9.+'$&&&-./3=:8:-'<69:<9;5@BCCABCBCEB>?@><<@C7BA;@?@ADA@=C//./<6;><.',$%09'A>>?79;;@3233>8E?IG:ABCC==7A5?3ABCBDEEC27*@FB?;?BAA=@:DA;46@=>8<=<;AB?@;E@=>G>;=@D?1122;=8870***85;:+12599>>B8:6+,721-*498;:66.//0/*7;::778*&(567.573/5++/25=84667.>CDH@FHDDC7>3DEEDACA07D@,++:=BCBIIEB:CCD9677)*(26:8952:77>CAAHECG?>B*$/23BCH?DED>5:/C@=BG>L??MLGFG=<<<;=>?B86.>:>A@1120'&'&(41378;;@=8..,-/$/(7,=?<=>@CBEHNCBFEFG98JKFFDAC6;=>E<>:877%&'%# @SRR14011045.6257 3aa5bb3d-64a8-4cd5-b5f0-3da73752bd0a/1 AGTATGCTTCGTTCAGTTACGTATTGCTGGATGATGGTAGAGAGACTTCTGTCCAAACTGACATGTTTTTAATTCTTACCTGTGATTCTTTTGAACATTATCTTTTAAATATCCATCAGTCCATCCTGCATATTATCAATTTTACATTCTTTCTCTGAAGAAATCAATTCATTTAAAAAAGATAGAGAAAGGAAGAAATTTTGTCTCTTATCTGAAGAAGAAAAACGATATCTCCTCTAGTGTAGATGCCGTTTTAATGTTTAAACAGTATGAGTTTGTAGCAGCAATCCTATGCAGATGTCGCCAACAAATCACGTGTTCAAAATAATGCAAAATGAAAAGATTGAAATACCAACGATCTCAGTCTTTTTGCTTAGTCTTATTAGAAAGTCCAGCAATTGAGGCTCCACATTTCTTCATAAGTTTGATATAATGAAGATAGAGATTGATTAGGAAAAGAAGCACCAGAAACAGGTACTTACAGTCAGAAAAAAATATTATTAGTTGATGATAAAAAGCCATTTGAATATTATTATCAAATTTAACATGGCAAAGAGGCTATGAAGTCTTGACGCTTGATGGCCGGGAAGCTTTGGAAGTCTTTGCGGCTGAGAATCGATCTTATTATTAGATTTGATGTTGCGAGATTGATGTTTGGGAAGTAGCGCGTACGATTCGTAAGACTAGCAATGTGCCGATCATTATCCTATACTGGGATACGGAATTTGATAAGGTCATTGGGCTTGAAATCGGGGCAGATGACTATGTAACCAAAGCCCTTCTCGAATCCAGGAATTGCAAGCGCGTGTTGAAAGCCTTGTTGCGTCGTTCTGAGTTGCAGCTGATCCTCAGCTTGAAAATGAGGCCAATACAGGTATCATTGGTGATCTTCCCATTCTTCCAGATGCTTTCTTGGTTCAAAAAGGCAACAAAGAATTGGACTTGACCCATCGCGAATTTGAATTGCTCTATCTGCGACCCATGTCGGTCAAGTAGTGACCGTAGCCCTTCTTGAGACGGTGTGGGGCTATGATTACTTTGGTGATGTTCGGACAGTAGATATGACAGTTTTCGTCGGTTGCGTGAAAAAATCGAGGACACACCGGAGGCGTCCGGAATGCTCTTGACCCGCTGCCAGTCAGATCTGCAGAAACAATGATTGATCAACTAAAACAATTTGTAATGTCGATGAACTTGTCTTTGTTCTGATTACGGTTGGGTTTATCATTGGTAGCCTTGCTTTTGCTAAAACCGTAGACAATATCTGACTCAGACAATTAAACACTTAAAATTAAGGATCTGGAAGACGTGCAGGGGACTATTTTGAAGTGGTCGACATGCAAGAGTCAGAGCTGACGGATATGACCAATGAGTATCAGTCTGTCAGGGTTTATTCTTCTGACGCATGAAAACTGGGCGAAACCAAGCGTTTGACCAGTATTCTCTTACATGACAGACGGGGTGCTTGCGACCAACAGACGCGGTCGAATCATCATGGTCAATGAAATGGCTGCCAAGCAATTGAATGTTAATCCAGATGAGGTGCTCAATACCAGTATTCTAGATTTGCTTTCGCTTGGAGATGACTATGATCTGCGCAGCTTGATTACGAAGTACCAGAGTTGACTATTGATTCCCAGGATGAAAATGGGGAATGCCAAATCCTTCGTGTGCGCTTTGCCTTGATTCGTCGCGAGTCAGGTTTATCTCTGGTCTGGTAGCTGTCTTTGCACGATGCGACAGAGCAGGACAAAGGAAGGCAGGAGCATGCTCTTGTCTCCAATGTGAGTCATGAATTACGGACACCCTTTGACCAGTGTGAAATCCTATCCGACCCTTGACGATGGCGCTTTATCAGAACCAGTAGCACCGAATTTTGTCAAAGGTTTCCTCAATGAAACCAGCCACGCGTTACACATGGTCACAGATCTATTGAGCTTGTCTCGAATCGATAATTAATGATCAGTTCCGGACATCAAATTTGACCAACTTTACGGCTTTATCACCTTTATTTTAAACCGGTTTGATAAGATCAAAAGTCAATCGCAAGAAGATGCAAGAAGTATGAACCAATCCAGGAATACCCGATCACTCCGATCTGGGTGGAAATTGATGCGGCGGATAAATGACCCAGGTGATCGATATCTTGAACAATGCCCATCAAGTACTCACCTGATGGTGGAAAGATCAAGGTAGGGATGAAAACGACAGATGCTCCAGTTGATTATCTCTATCTCAGTTGGGGGGGCTTAGGAGTCCAAGAAAGACTTGCCACGTATTTTTGATCACTTTACCGAGTGGATGAGCGCTTAGCCGGGCCCAAGGTGGGACTGGTCTAGGCTTAGCCATTGCTAAGGGAGATCGTTAAGCAACACAAAGGCTTTATTTGGGCCAAGAGTGAATATGAGGATCTGCTTTACCATTGTCTTGCCGTACGACAAAGATGCTGTAAAGACGACTGGGATACAGAAGAGGAAGAATAGGAGTCAGCAGCAGAAGAGGGATTTAAGTATAGTATTTTAGCTTCAGGTTCTAGCAGTAGAATTCTTTCTACCTTGAGACGCCAAAGAAAAAACTGCTTATTGATGCAGGGTTATCAGGAAAAAGATTACGGGACTATTGGCTGAAATTGATCGCAAGGCAGAAGACTTAGATGCCATTTTGATTACGCTACGAACTGTCAGACCATATCCATGATGTGGTCTTTGAAGTATGGCATGGATCCTGTGCTAATGAAGCAACTTGGAAGGCCATGGAAGGCGCAAGTATCTAGGCAAGGTCGATGATGCTCAAAGCACCGTTTTGAAATGGGGAAGACCAAGACATTTGGCGATATTGATGTCTTTGAAAGTTTTAGGGGTCAGTCACGATGCTGCTGCCCCTCAATTCTGTCGGCTTTATGAAGGATGGCAGGCTTCCCCGTCATGCTGACGGATGCGAATATGGCGAGTGATCGCTTGGCAGAATCGCGGAATGTTGATGGCCTCTCTGATTGAGTCAGCATGTGATGTAGAGATCCTTCGAGCAGGTTCGTATGCGTGGCGCTTGAAGCAGCGGATCTTGTCAGACCCTGAGCCACCTTTCTAACGAAGACGGTGCGGATGCCATGATCCGAACCTTGGAAATCGCACCAAGAAGATTTATCTGGGACATTTATTAAAAGAGAACAATATCAAAGAATTGGCCCACTTGTGACTATGGAGAATCAACTGGCTCGAGCAGATCTAGCTGTTGCATGATTTGAGGTGCTAGATACCTCGCCAGATACCGCGACTGACGAAGATATAAGATAGAAAAGCACAGCCAGGGTGGTTTTATCTGCCTATTTAGAAATCTATATCTAGTAATTTGCTCTTTACCCAAAATTCGTGTATGATGAGCAGAAATTTCTGAGTAGAGAATCACAGTAGAGGAGAGATAATAAATGAAAAAAATGATGTTATTACTGGCTGGTTTGGTTGCTTTAACTGCTTGTAGTCAATCTAAGCAAGCTACGAAAGAAGTCGACTTTCCAATCAAACGACGAAGGAAACAAAAATATCAGAGTCTTCTAAAGATAAAGAAGAAAAAGGTTTGAAATTTGTAGTAGCACCTCAGTATGAAGTGAAACGTCCAGTCTCTCATCGAGTAGGAAAAAATTGGTCGAGGAACATGAACTCGGAAGTGAAGGTAATATGGCGCTCTACTTCACGGGAGCTATTTCTGAAGGAAGAGCTGCTGCACTCTTTTGATCCAATAAGACAGATGTATATCAAGAAAGATTCAAATTTTCAATTACGTGGTCTTATGATAGCAAGACTATTTTGAGAATCAAAAGGTTAGCTATTTCATCAAAGATGGTGAATTACCCTCTCATACAACAACTTCAAATGTTATTACCATTGAACGAGGAGCAAATGAAGATTGTCGATGGAATGCTCAGCCCATCTAAAAGATGAAGCTTCAAATGTCAGACGTGAACGCTGTGTAGAGTGATATTAAAAAATGGATATACAAAGGAGAAGTAAATGCGCCTTGTTTATCTTACGATTGGTTTGTGTCTTTGGGATTAGGAATTATTGGGATTCCTTTACCGATTTTACCGACGACTCCTTTTTCCTGCTATCTTGATGGCCTGCTTTGCTAAAAGTTCCAAACACTTTGAAACCTGGCTCTACCAAACCAAGCTTTATCAAACCTATGTGGATTACCAGAGACCAAATCGATTGCCAAAGAACGGAAGAAATGGATCCTTCTTCGGATCCACATTCTGATGGGGATTTCGATCTATCTGGCACCGATTATTTGGGTGAAGCTTGCTCTAGGTGCTGATTTTTATCACCTATTATCTCTTAAAAGTGATTCCCAATAAAGTCGAAAATCAAACAGAAGAAGATCCTGATTAAAATTGGAATTGAGCCCACAGAACACGAGGAAAAAGAAGTGCGTTCGTGCTTCTTTTTGGTATATAAGAGTATGAATTTATTAAGAAAGTGAGCACCCCTGGAGGAAATTACAAGCCCTGTTATCGGAACGGTTTCAGATCGTTTTTTCAGATAACGGCAGTTTATTAGATAGATGCAGCTTTTACGCACACCTCTTATGCAATGAGCACCGCCTCTTAAAAATTTCACATAACGAACGTTTGGAATTTTTAGGAGACGCTGTTCTTCAGTTAGTTATTTTCCGAATATTTGTATAAGGAACACCCAAACAGACCGGAGGGAGATTTGTCCAAATTCCGTTCTATGATTGTCCATTGAAGAAAGTCTGGCTGGTTTTTTCTCGAGATTGCCGCTGAGAGCCATTTCATCAAACTGGGCAAGGGCGAAAAATCTGGTGGTCGGGACCGCGATACGATTCTTGGCGATTTATTTTGAAGCTTTTGGGTTGTCTTTTACTGGATCAAAAATTGGAAGCAGTCAAACGCTTCATCTACAGGTCATGATTCAAAGGTTGAAACGGGTCAATTTTTCTCAAGTCATTGACTACAAGACCCGCCTGCAAGAACTGTTACAGGTTCACGGAGATGTTGGAGATCCAATACCAAGTGGTTAGCGAGTCCGGTCCAGCTCATGCGAAGAGTTTGAAGTAGAAGTATTCGTATTGAACGGTCAAACGATGGGACATGGTCATGGTCGTTCCAAGAAGTTAGCGGAGCAGGAGAGCAGCCCGCAATGCAGTTGAAACGAGGGAATGATGGGCCATGTATCTAAAGAGATTGAAATCCAAGGCTTTAAATCCTTTGCGGATAAGACAAAAGTCGTATTTGACAAAGGGGTCACTGCTGTTGTGGGGCCTAAAAATGGATCTGGAAAATCAAATATCACAGAGAGCTTGCGCTGCGTTCTAAGAAGATCGGTGTCAAGAGAGTCTACGTGGGGGCAAGATGCCCGATGTTATCTTTGCCAGGACAGAATCGCGTAAACGCTGAATTATGCCTGTGTCACAGTTGTCTTAGATAACCAGGATGGTTTTTATCAGCCGGAGGCAGGTAAAGAAATTCGTGTCGAACGGCATGTTATCGTTCTGGAGACAGCGAGTACAAGATCGACGGCAAGAAAGTACGTCTCAGAGATGTGCATGATCTGTTCATGGATACGGGATTGGGACGTGATTCTTTCTCTATTATCTCCCAAGGACGAGTGAGGAGATCTTTAACTCCAAACCGGAGAACGCCGGGCTATCTTGAAGAAGCTGCTGGTGTCTTGAAATTTAGGAGCCGAGGCGTAGAAACCGAAACCAAACTCAACCAAACCCAGGAGAATTTGGACCGTCTGGAGGATATCCTCTATGAATTAAGAAGGAACAGATCCAACCTCTTGAAAAGCAAGCATTGTCGCTCGCCGTTTCTTGGAATTAGACCAAGAACGGCAGGTTCTCTTTGGATGTTTTAGTTGCTCAAGTCGATCTGACAAAGGACCTTTGAAAAGGCTGATCAAGAAGAAAAGGCCATTCAAGAACAGTTGGCTTCTTGTACAACGTCGTCGGAGTCTTAGAAGAAGATAATGTACGTATCAAGAAAGCCGCATCAGTTGGATGGAAGCTTAGCTGAGGACCAGGCCAGCTTACTTGAGGTTACTCGTTTGATCAGTGATTTGGAAAAGCAAATCAAGTAGCTAAGTTGCAATCGAGTCAAGCAGCCCATAGTCGCAGGGAAAATCTTGAGCGGCTGGATGCTGTTTTGGCCCGTCTGGAAGAAGCGAAACAAAGAGCTGGCTCAAAGAAAACAAGAGACGCTAGCTGTGCTTCAACAAAGGCTGACAGAGAACCGTCAGCAACAGAAGAGTTGGAAAAAGAATTGGCCAACTACGAAGAAGATCGGAACAGTCATTGAGCATCTACAAGAGCAGTATGTCGCGCTCTTGCAGACGGAGGCTGAAAAATCAATGAACGGACAACCATTGAGGTCGGATCCAAGCACTCTGCAAGAATCTAGCCATCGTCAAGAGGATTTGACCAAGGCACAAACAAACTTCGAAGCTGCCAAGGAAAAGAAGTCCGACAATTGGAAAGTTGGAGCAGGCACAAGCGACGGTCAAAGGCCTATTAGCAGAATACCAGAAGCAATTGGTAAAAGTGGAGCAGGCCAAAGCTGCCTACCAAGAGGCTCAAGCGGCCATGTTTGACTTGATGGATGAGAGCAAGAATAAGCGGGCGCGGATCAATGACGATATTCAGAAGAACTATAGTAACTTCTATGCAGGCGTCAGAGCGTTTTGAAGCAGAACGGTTAGAGGCATCTGTGGGGCTGTTAGTGAAATTTGAGCTTCTCAAAGAACTACCAGACGGCGCTTGAAATTGCTCTGGGGCACTAGCAGCCAACAGATCATTGTCGAAGATGAAAAGGCTGCAACGCGAGCGATCGGTTCTTGAAACGCAATCGCTTGGGACGGGCAACTTTCCTTCCGCTCACGACGATCAAAGCTCGTCAACTATCCCCTCGGAATCTAGAATTGATTCAAGCCAGTGCAGGATTTCTAGGAATTGCGAGTGACTTAGTAACCCTATGAGCATCGTTTTGAACAGATTTTCCAAAACCTGTGGCGTAACATGCATCTTGTACGACAGGCATGCGCGTGAGGCGGCTCGTAAAGTCAATTATCAAGTTCGGATGGTGACCTTGTGAATGGGACCGAATTGCGGACCGGAGGATCGTATGTGCCGGTGGTGCCAATCGCTCCCAAATACGGTTTTGTCAAACCAGAATTAGATAGTTTAAACAGGAAATGCAAGCTCTGGATGCTCGTTTGAGAGAAGCAGAGCAGGAGGTCGAGACCAAGGACAATCTGCTCAAGCAGGCGCAAAAATACCTGGCCTCTATTTTGAAAAGCCAAGGTGAGCAAGCGCGTCTAGAGCAACAGCAGGCCCAATTGGCCTGCCAGCAAAGCCAAGAGCAACTGAAAGAAATTCAGGAACTCTTAGAAGCTTTGAAGTCAGAATTGGCAACAGATGCGACCCAGTCTCTCAAGAAGAGCTGGAATCCCTTACTGAGCAATTGGCAGAAATTGAGCTTCAAAAAGAAAATTTGAACCGCGACATTGAAACAATGAAAGTCGGACAGATGTTCTGCAACAAAAAGTACAAAACTTGCAAGAGCAATTATGGCAGAATTGCGACTTCAACAGACGGAATGGTTGAGCCAACAAAGCTATGAGCAAACAGATGCTCGTCATGGAGCGATCTCTCCCAGTTGGAAGTAGGCATCAGTTGTATTGCCAGTGCAACAAATGATGCTCAGTTCTGAAACAATGAGTGGCGGAGCAGGCCAGTAATCAAACTGCACAGGCCAAGCCAAGAAAACGGACTTGGAACAAAGGGGTCATTCGGAAACGCTTTGAGCTAGATGATTTGGAAGGCCAGGCCGAAGATGTGGCAGAACAGATGGAACAAGCTCGCAAGAAAAACAGAAGTGGATTCGTCAACAAGCCAAGGCTGGAAGCGACACGTGAAAAGCATGCGGATCGTTTAGACAAACTCTTAACGCAAATTGCGATATGAATTCATGCAAAAGCTTTGACCAAGCCAAAGAACAGGCCAAACCTGTTGAAAATCTTGCAGCAGCTGAAACAGCTCAAGAGCATCGAAAAAGATATTAAGGCACTTGGTCCAGTCAATGTGGATGCGATCGAGCAGGTGACGGGTGAAGGGCGCTTTGATTTCCTTTCCAGCCAGCGTGAGGATGTCTTGGCTGCGAAAAATATGCTTCTGTATCTACCATCAACGACATGAATGACGAGGTCAAGGAACGCTTTAAATCAACTTTTGAAGCCATTCGTGAATCCTTTAAAGTCACTTTCCGTCAAATGTTTGAGTGGGGGTTCTGCTGATTTGATTCTGACAGAGCCAGATCTTCTGACAGCTGGTGTTGAGATTTCTGTGCGGCCACCTGGTAAAAAAATCCAATCCTTAAACCTCATGAGTGGTGGAGAAAAGGCCTTGTCTGCCTTGGCTCTCCTGTTCTCGATTATTCCGTGTCAAGACCATTCCATTTGTCATTCTAGATGAGGTAGAGGCTGCCCTAGATGAGGCCAATGTCAAGCGCTTTGGAGATTATCTGAACCGCTTTGATAAGGAAAGCCAATTTATTGTCGTGACGCACCGGAAGGGAACCATGTCAGCTGCAGATTCCATCTATGGTGTGACCATGCGGGAATCACGGGGTTTCTAAAATCGTCTCGGTAAAATTGAAAGACTTAGAAAATGAAGAATAATGATATTAAATTGATCGCTACGGATATGGATGGAGACAACGCTTTCTAAATGACCAACATCAGTACGATCAAGACCTTTATAAAGGTGTTAGCAAGCTGCAAAAGAAAAAGGCATCTATTTTGCTGCTGCGAGTGGCCGTGCCCTCCTTTCTCTCAAATCCCTCTTTAAAGGATTTGAGGACCAGATGATTTCATTGCTGAAAATAGTAGTGTGGTAGAATTTCATGGAGAAGATCTTTACAGAAGCAACCATGTCCAAAGACTTTTATTTGGGTGTTTTTGAGGCTTTGAAAGCTTCCCCTTATGCAGACCCGAATAAGCTTCTTTTGACTGGGAAAAAGGCTATGTCTTAAAACAGTAGATCCCGACTATCTGACGCTTGAGTCAGCACTACAATGAAAACATTCAAAAAAGTAGAAAACTAGCAGATGTTAAAGATGAAATTTTCAAATTGACCACCAACTTTGATGCAACTCTTGTTACTTGAAGGTGAACAATGGGTCACTGACAAATATCCCGGTGTCAAAGCGATGACGACAGGTTTGAGTCAATTGATATTGTGTCGATTATGTCGATAAGGGAGTGGCTATTACTGCCTTAGCGGATAAACTAGGGATGTCGATGGATCAGGTGATGGCTTTCGGGGATAACCTAAACGACCTCCATATGATGCAAGTCGTGGGCCATCCAGTAAGCGTAGAAAATGCGTCCTGAAATCTTATTTGTTGCTGAAACAGTCATCGGCCACCATGCGACTGGTTCTGTCCTACGCTACATGGAGGAAATTGTATGAGTCAGATTTCCTTGATTGCGCTGGATTTAGATGGGACCCTTCTCAATTCTGAAAAAAAGATCTCCCTCGCAATAGAGCAGCCCTCGCTGCTGAGCCCAAAGGTGTCAAGGTGGTTCTAACCACTGGTCGCCCCTTGAAAGCCATGGATTTTCTTTTGGAAGAATTGGGAACAGCAGGCCTGAAGAAAGTATACGATTACCTTCAACGGTGGTCTAGTACCCAGCGGAAAATAATGGAGAAATCCTCTCAAAAGTTGTCTTGGCACCTGAAGATGTCGAAACCATTCATGATGGAAACAGCCCGTCTAGGCCTTCCGCTGGATGCTATCAGTGAGGGAACGGTTTATGAGATTCATGCAGAGCGAAAGTCTCTCTATTCCCTTTACAATCCCTACCTAAACTTTATTGAGACAGATTTTAAAGACCTGCCATCCACGATTTCCTACAACTTTCTAGTGTGTGACAGCCGTCGATCAAGACTTTTAGATGCAGCGATAAAACAGATCAAGCCCGGAGTTATTTCAGACTATGAAATTTTAAATCTCAGGAGATGTTGCTGGAATGGTGTCCTAAAAAATGTTCTGAAGGCGACAGGTTTAGAGGCACTTTGGCAACTATTTTGGGTCTTGAGGCAGATCAAGTCATGGCTGTGGAGATGAAGCCAATGACCTGTCTATGATCCAATGGGCTGTTCTGGACCGTTGCCATGGGCAATGCGATTCCAGCAGCAGTGAAGGAGACGCAGCGCTTGTGGCTCCTGTGACTGGCCAGCCAGGATGCCGTCGCATGGGCGATTGAAAATTATGTGCTAAAGGAGAGTGAATAAATGGGATTATTTGATCGTTTATTTGGAAAAAAGAAGAAACTGAAAAGTGCTTCCGTCTTTGAAGAAGTGACCCAGAAGAAATACTGAGGTTGAAGAAACTATCAAAGAGAGGAGCCGGCGGCTACCTTAAATGACAAGGAGAGCAAAAAATCGCAGATATGGAGGCTTATTACCAAGAGCTTAAAGCGCAGATTGCAGCCACTCATCAACCTGTTTCAACCGTTGCTCAAGAAGAGCCGGCAGAGGAACCTCTTGTTGAAGAAATAGGAACATTGAAACTCTTGAAGTTCCAAGAACCGGTAGAGGAGTCTCCAGTTGCCTTTGAACCTGCTCAAACAGAAGCAATTCCTGAAGAAGTTTCACCACTAAGCTTGACACGGGGAGACTGAGTCTCTTGAAGAAGTGAAAGTGAAGCGGAAGTTAATGAAGATGGTGAGGAAGCAGATGGGGCTAACGGTTCAGAAATGGAAGAAGAGTCTCAATTGCCTCTCCATCATCTGACGCTGAGCTAGTAGAAGGGAGCACGACAGAAGAGGAGTCTCCAGAACTAGTAAGAGAAGCTCAGGATGAGGTTTCAGAACCTGAAGTATCAGAAGCGATTGCTCAAGTGGAGGAAACTTCAGAAGTGGCAGAAGCCGAGTCCAGACTTCCGGAAGGAGAAGCTGCATCAACCGTTGAGGAAAGAACTGTTGAAGGCAGAGGAGCCAATTCCAGATGAGGTTGAGCCAGAGCAAGGCCATTCAGGAAAAATACGATCGTAGCTTGAAAAAGACACGGACTGGATTTGGAGCACGCCTCAATGCCTTCTTTGCCAATTTCCGTTCAGTCGATGAAGAATTCTTTGAAGAATTGGAAGAACTCTTGATCATGAGTGACGTAGGGGTTCAAGTGGCCTCTAATTTAACCGAAGGTTGCGCTATGAAGCCCGTTTGGAAAAGTACCAAAAACCAGATGCTCTCCAAGCGTGTGATCATCGAAAAATTGGTGGACTTGTATGAAAAGGATGGCCAATTTAATGAAGCCATTCGTTTTCAAGACGGTCTTACGGTCATGCTCTTTGTTGGGGTCAATGGAGTTGGTAAAACAACCTCTATCGGAAGTTAGCCCACCGCTACAAACAAGAAGGCAAAGAAAGTCATGTTGGTTGCAGCAGATACTTTCCGTGCAGGAGCAGTAGCTCAACTGGCAGAATGGGGACGCCGCGTAGATGTTCCGGTTGTAACAGGTCCTATGAAAAATCAGATCCTGCTAGCGTCGTCTTTGATGGGATGGAACGTGCGATCGCTGAAAACATCGATGTTCTGATGATTGATACGGCGGGTCGTCTGCAAAACAGGACAACCTCATGGCGGAGCTTGAAAAAATCCCGGCCGCATTATCAAGCGTGTGGTACCTGATGCACCGCATGAAACCTTGCTGGCCCTCGATCATCAACTGGTCAAAATGCCTTGGTGCAAGCTAAAGAATTTTCAAAAGTACACCTGTGACAGGAATTGTATTGACCAAGATCGATGGAACAGCTCGGTGGGGTCGTCCTTGCGATTCGAGAAGAGTTGGACTCCCAGTGAGTTGATTGGATTCGGAGAAAAGATTGATGACATCGGACCATTCCACTCAGAAAACTTCATGAGAGGCCTCTTGGAAGGCTTGATTTAAGAGTCAAATAGAAAAAGACAAATTGTTTAAAAGACAATTTGTCTTTTTGTTTCCTTGCGCTATCAAAAAAACCCTTGAAGCTGAACCACAATTCTTAGGTTCAGTTTCCAAACCATTTCGGCTCAATATTACAAGAGATCATCGGATGCAGTTTAGTTATCTTGTAGATCAGTTTCCAACGTTGTCTCTATGAAACGTTTTCGATGTTTCAGCCATGGTTTTTCAATCCGTTAATCAATTTGCTAGAGCCTTGGAACTGATGCAGTAACGCAATTAGTTGCAGTCATTTTGTTCAAAAACGCCAAAATTATAAATTTCTAACAAAGAGCTCTGGTGAAGCCCCAGTTGCAGTCGCATCTGTTTCGCCAATCAAGGAAATTGGTGCGATGCTGAATTTTTCTCCGACCTCTTTTCCGTTGATGCTCAATGAGAAACCTTCATTTGGTTGGATATAAATTGTCCAAGACATTTGGTTGCAAGCTATGTCAAAGATGGAGTCGGTTTGCTTGAAGACCCCAATGACCATGGTTCCTTTTTTTGCGTCAAGCGTTTTCGGTACGGAAGAAGAAAGGCACACCGCGGAAGCGATCGCTATCAACAAAAGAACGTACAGAAGCATAAGTCTCCGTAGTAGATTCAAGGGTCGACATTGGGCTCACTGCGATAAGAGATGTCTTTTTTCCCTTCGATGGTACCTGAATGGTATTGACCACAGGACCAAGAATTTCTTTAATTCATCTGTTGGATTGTGCAATTGCTCAAAAACTTTAACTTTTTCAGCTCGAATCGCATCCTTGGTAAGGTAGTCGGTTTATCCTTGGCAAACCAAAGACAAAAGCTGAAGTGTAGTTTTGCACCATATCCCGGAGGGCACCTGAGTGATCATAGTAGCCACCTTTCTTCAACACCCAAGCGTTCAGCGAGGTAATTTGGATATTGTCAATAAAAATCTCGGTTCCAAAAGATTATCAAAAATGTCAGATTTCCAAAACGAATGGCAAAGATATTTTGGATCATTTTCTTTTCCAAGGTAATAGTCGATCCAGGAAGATTTGTTCTTCATCAAGGTTTCTTCCAATTCCTTGTTGAGCTGACACCCGTTTCCAGGTCTGTACCGAAAGGTTTTTCAACAAGTCGGCGCTCAAAGCCTTGCCCATCCACAATCCTTCCTGATTTTCAGGTGTTTGTAATAGTTCCAAAAATTGAGGGCCATAGATAAGAAGAAGACCTTGTTGTGTTCTGTTTGGTATTTTTCATCCCAGAGTGCTTTGCAATTCGCGCAGGGCAATGTAATGTTCGGTATCATTGACATCGTGGCTTTGGTAGTAGAAATGGCTAGCGAATTCTTGAGCTTGTTGTGGGCTATCTGCAGATCTGTGATAGATTCTACGACTGATTCAAAGTATTCCTTACTCCGCACATGGTCTGCAAGCTGTTCCGATAACCGCAAAAGTGTTCAGATAGATTTCCTGATTTATAGAGTCTAAAAAGGGATGGGTAGAGTTTGCGCTTGGCTAAATCTCACTAGCCCCGAAAATAGTTACAATAACTTTTGAAGACATTTAAAATACCTATTTCCTATTTTATTAACCATATTTCACCATAAAATCCACAAGATTTCTTTGATGGAATCGTTGTTCCGAATATTTTCCGCTTGGATTGGAAGATCTGAGAGGAAGCATAGAAAAAGCTAAGAACCAATGTGGATTCTAGCTTCAGCTGCTATAAGCTGTTTGGATCGACCACAGAAGAAACTTGGTAACTCCATCAGAATACGCGGTGAACAAAGTTATCCGGTTTTTGTAATGGTCTTACAATCGCTAATGTGGAGGACAGGCAAGCTTTGTTTGAGCTGCTTGTGGTATTCAATGGACAAGGTTCCTTTAGCATGGATCCAGGTATTGTTTTCGAAATGCTGCGGAGCCCCAATCGTTAAGAGACCGTAGGCAGCACTTTGGAATCTGCGATACAGTGGATGATCCCAAAGCGAAGGAATTGGCTGTCCTTGTTATTGGGGTCATTGTATACAAAACCGGTCAACTCGATGGTTTTCCCCGCAAATTGATCTGGATAATCATAAATGACCTCCATGACTTCCATGTAATTCTCAGTGGTCACCTGGATCACTTTTTTATCAACATGTTCTTTGCCACGCCTGCTTCATTTCTGACTCATGAGCTGACTTGGTAAAATAGCTACTAGTATCACGGTTTGAGATACTGGGTAGTTGTTCCTTTTCGTCCTGCTGGATTCCTTGGAAGAACCAGCAGCAACCGGGAAGTGGTAGCCTTTGGCAGAGACTGTTTGGGAATCCAGTGTCACTGTAAGGGAAAAATAGCCCGACAAATAAAGGAATACAGAGCAAGAAAATACTCGCCACTTTTGCCCAGAAGCTGAAGAGATGACTGTGGATCTTCATCTGCTTGACCAGATGATCAGCTGCACAAAACTAAAACAAAGGACAGAACATACTGGAAATACCATGACCAAGTAAGAATAGTGTAAGTTGATGTATTGATTGAGCTTACCAGATAATTGCAGGTATAGTGAGCTCAAAATAGCCAGCTAATATCAGAAACGAATCACTTAGCACTACCCCCACAAACCAAGCATAAAGGAGCACAACTCCACTCACAATCCCGATAAATTGCCAGATAAAACAGGTTTTGAGATAATTTTCATCATGAGGAGATTTTGACACATCAAGCATAGGCCCAATCACCAGAAAGGCAAGATTTCAACAAACATCCACGATAAATCAGTGGCTTGGCTTAAATCCGGCGTATCTGATCGCCTCGACATCCATATTCTCCGCACCAGCAAAAGCAGAACGCATATTTTCCACTTGTTCGTACCCCATTGATCAATCGAAAGCAGTTTTAACCTATCACCCCCTACCATTTACGATAAACCACGGAAAGGCGCCGCCAATGCGTATAGTGTGATCCCGGCGTAGCGTAATTACAAGTATAAACTTGATCTGCCCATATACCTCAGTTACACCGTCATTATTGCAGTCAACAATATAATTTGTATCCTGAACCGCTTGTCGGAATAACAAACTGAGTGTCCGGCGACCCCGGCTTTCTGGTATCGATAGTAAATACGAAGTCCGTGTTGTTGATAGCGTCAGCTGCGGCTTTTGGCGAATAGAGTGTTGGCGCAACAAGTGCCGACAAGACACCGAACGCAGCAGCCAACGTTTTTTAATGGTAATTTGAACTTCTGTATTTTGTTGTTTTATCGTGCCTGCTCACTGGTTATTAGTATACTTATGCTTTAGATTTTTAGCAATAGGTTTTACGACGAGATTATTTGACAATAGAAAAATTATATACTATAACAATATTTATGAGGAAAGTCGCCCAACTACATAGCCGAAAGGATTCCTTGTACTATATTCTCAGGAAATAACAGAGAACCTACTTCTGGGGTAATCGATAGAACTCCTAGCAGAAGAGAGCGAGCAGGTCTGGAAGGATCAAACAACATTTCATACCAAGCGCTCTAGGGTATACGGCGATAACTTTGGTTGAATTTGGCAATGGCCCGTCCGGCAATACTATCGTCTACGGAACTGGGTTCATGGGAAACCCTACAACGACAGCAGCACGGCTAGAGATGGCCGGGAAATAGCCAAGGCCTGGTGCGACGAAGAGAAATCCAGCTTCAGTCTTGACACTACCAACCAGCTCTATGAAAAAGAGCGTTGCTCATAAAAAATTTTAGAAACGGACAGTTTCTTACCCTTAGCAGAAGAAAATAGGCGCCTGAGCTAAACGAACACCTAACTTATTATAGCGACCGGGTAGGTATAGTTGGACGTTCTCGTTTGGCGGCAGACTTGCAGCAAGCGTACCCGCTGTTCTTGATGATCCTGAAACTGTCAAATATATTTCCATAGATGATGCGCCAAGCTGGCAAAAACCGCTGAGGCGCATTTATTGCAGCAGCGCAATTGGCAGAAACAATTGACCTGTCAAGATATCGACATTCACCCGATCGAAGCTCAAGCTTGGCAAAAAAACGACGGAGAAAAAATGCCAGCCATTACCGCTATTAGTCCAGCTGAGAGACGTCATTGCGATGTCGCGCAGCCGTTTTGTTGAAGATCTCAAGAATTCACTCAATAAACTGCAACCCGGCACGCCCGTCACCTTTTTGCGCGGAATTAAGCCGCATGAATTATAACGGCCCAGAAATATACGCAAACTTATAGCGACGCTTATTGGGAGTTCCCTGGTTTAGATATTCGCGGCGTACTAGTCGAGATAGTACGCACAACGTATCCATGTGATCCGGCATACTTTGGGCAGATGATAGAATTGTCCAAAGTAAGCTACAATATTGACGACACTGAACAACCGTCAAGATTACTTTAACCATATATACAACTACCATTAGTATCTTCGTTTAATCAGCTTAATCGCGATAAAGCCGCTATATAAATGCAACTGCTGCAGAAAAACATTCCCGCATCCACCCCAATCTCAGCCAGCTTGGTCGATGAGCTTGAATTGTTTTCCGAAGCACCACTGCTTATTGCAACAGACTTGATTCTCGATCCACTTTGCATATAAAAGTCAAATTACTGTCTGGCATGGTATCGACAGCAAAGTTCCAGCTCTCATAAAAGTGTTATCCCGTATACCACCCAGCAAAGTATAACCCTGCCGATTTGGGCACAGCTGGCGCGGTAATTTTATCAGTAAAGAAACTTCTTGGCTGGCAATTGCCATTCCGCCCTGGGTATCAAAACTGCAGTATACTTCGGACATCCTTTGCATCGCCATTGATGGTCAGCCATGCCCGCCGTCGGCGACAAGCGATTAAATTTTTTCTAGCCGCATCAGCAGTGCAATGTTCAGCCCGGCCCCTAGTATAAGCGGCGAGAGTTAGTTGATTGAATATTCCAAGATATCAAAGTAGCATCATAATTTTTCATAGATAAACCACTATCAACATCCTAGGGGCGCCAGACCAAGGACTATTTGGTAAACCAGTTGTCGAAACGAGCGAATCTAGCCGCCAATTTGCCAAAGATTGATTAAAGGCGCGAGCGCCATTAAACATTTCGCTCATCCAGCTCGGCTTTCGAAACGTTCCACGATCCTATCGGCTGATTAAATTTAACTGCATTTTTGGAAATATTGCATTCATCGCAGTCATCTTGCCAGTGTTCCAGTTTTTAATTGAATCGCTGCCGCCATTATTAAATGCTGTCGCGTTATTAAATAAACCGCCAGCAAAAACAACGTTAGAACATCCCACGATCCGATGTTTTGATTGAAATTTTCAGTATCCTTCAAACGCACTACCGGCTATTAGTAATGGTCGAGTGTTCAATTCCAGTTAGCATTCTCACCCTTGAGAAGTATTGCCTCTAAAGACAGAGTATGTAGTCGGTCTGCGACAAATCGGGAGTGTCAATCACTCTTTACATCCATATTTACCTTTACGTAAATGAAGCCTAACGATCTCCATTTAACTCTTACTGATCAATAGAAATCATCTTCAGTTTATCGCCACCGTTATTGAGATAAAACTCTGGAAACACACCTCCGATACGAATCGTATACACCAGGTGTAGCGTAAATACAAGTATAAGATCCGGTCTGAGCGGTTGCTTCGCCGTACCATCGTATACAATCGATAGTATAATTATGTCACCTCCTCTTATCGGAATGACAGACACAGGTATCTGGCGACCCAGATTTGCGCGTGTCCACGGTAAACACAAATCTGTGTCATTGATGGCGTCAGCTGCAGCTTTTGGCGGGTAAAACATCGGACCAGAAAACGCTGCTAGCACACCTATTGTACAGCTAACGCCTTGATGGCCAATCCAAATTTTAGCCTTTTTGTTTTCCAACATCTATTCATTTAGTACCATTATATATGCTTTATTTTTTTAGCAATATACTAATACTAATCAAGATAGCACACAACATTGCCATGACGTTTTGGAGCTTATTTAGTAGATTTTATCTCTGCTAGCACTGCGAATCTTCCCCCTGCATCACCAGCTGAATGTGAGAAATAATTTGGATCATCCGCCGCTGTCAATTGGCGAAATGAAAATATTATTAGCCGGAACACCCATTCGGACGGCCAACGAACGATTTAAATCCTTGCATATCCAAATAAATTCCGTCAGCCGTTTGACGGCAGAAATTTACGCCAATTTGTATCATTTGTATGATCAAAATAATCCATACGATAATTTTTCTGCGTGATGCTCGGCGACATCAAATTTGTAAATCTTTTACCTGGCTGCCGCGCTCGACAAAGTACTGAACGGCCTGAGACATCAACTGCGCAACCGTCGAATGCCGGCCCAAATCACACCAACATAAGCGCCCGACGCTTTGGATCATAAATGACAGTGGCGATACAGTCCGCCACTGGCAGGGCAATCTACACCAGCCATTTCGGTATATAGCGCGTCAGCAAAAATCCCTTCGTTGTTGTGTTTAACCGTGTCAGCTTCAGTGACTTCGGCAATATTATCAAAAGTTTGCGCTCGAATCATATGGAAATCACGTGATAAACAACGTCGTCATATAACGCCAATTTGATCGCAAAACCGATGCCGATTCTCCAATACCTCAGCTACGTGGCGACCGCGAATACGATTGAGCATGGTGCCGTCGTCTTTCGACGAAACCACCAATGAGCAGATCAGACGGAAATAGGTTGGCTGGTCTGTCCCTAATCATCCTCTACCGCTCAATTCCATATTGTCGCATCAATCGTCTATACGCATATATAATATAACAGCTATACTTAAGCGTCGCCGTTGCACCACCCGCGCCAGCCACTGCGTACAACACACCGTCCACGGTTCGTTTGTAAAACACCCTAAGTAGATAGCCACTACAGCAGAAAAAAATTGGCACTGGCGCCTGCAAATAATCAATTTTGACTCATGATTTTCGCTTGCGGCACAAAATGAAAACCAATTAGCAGTGTCACCATCGGCATGATAAATTTTGCCTGCCCAATGACAGCCAATATGAAGTGCCCAGCAACCAAATCGTGCTATATGTAATACCGCTCAAAATACCCATAGTCCGGACGATTCACTGCCCCTCAGCTGTCTGTGCTACGGAAACTGTTTAGCGTGGCAGATATTCCTCACGCTAAAGCACCACTATAATCAACGCCGCTACACATACTAGCCCGAGCAGCATCCAGCCAGCCCAGTCAGAGCAAGCCCAAAGCACGCGGCATAAACCAGCGCAAAGATCGCCATCATCACGCCGTATGGCGCAGTATTCTGCGCAATTGTACCAAATTGCGTCGCATTAGTATTAGTTTGATTGCTCATTGTATTTCCCCTCGTTGTGTTTAATATTTTTTCTTAACCGCCAGCAGTCGCTGCCAATCGTCAATCGCCAAATCTTCAGCACGGACATCAGGTGAAATGTTAGCCTTTTTCAGCAACTGTTCGGCGCTAGCTTTACTGACACCCAGTCCGCCGCTCAAGCTGGGCGTAGTTTTTACGCTTAGCTGAAAAACCGGCTTTGACAACACGGAAAAAGTCTTTGTGGTCTTCAGGGGGACTAGTGGTTCAGTGCAGGTCTCAATACCACCACCTGCGAATCAACTTTTGGCGGCGGCGTGAAAAACTGCCGTGGCACGCCCAATGTCTAGTTCTGCCTGGGCAAATAGCTGCGCGCTAACCGCTAAAATATTCATCTCGCCAGGCTCCGCCGCGATACGCTCAGCAACTTCTTTTTGTACCAGCAGTACCGCCAAGCTCGGGTTATTCTCCGCCGTCATCAACTTTTTCAACAATTTTGCTGGTGATATAGTACGGCACATTGTGACTACTTTATAGCAGTTGGTAATTGATTTAAATCAAATTGCAAGATGTCTTCGTTAATCACTTCCAGGTTTTGCCAGGAAATTGTCCTGGCAACTTGCGCGCCAAATCCCATCAAACTCCACCGCCACTACGCTGAGCTCGCGCCAACAACCGGCTGGTCAATGTGCCAAGTCCCGGCCCAATCTCCAAGACCACATCACTCTTGCCAAGTTCCGCCGCCTCGGCAATCTCCGCCAAGATTTCTGGGTCGCGCAGCCAGTGCTGGCCTAATTCTTTTTCAGCCCAAGCGCTGACATCATCTAACGCCGTCCCCGTTCGTCCAATCCAGTCGCCAGGTCAAACCCGTGCGGATGCCGGGCGCAAACCCGCCAGTATCATGCACACCTTGCCAGGACCCATGCTGGTTTCCACCACTGAACGCGTGGATAGTGCCATAATTTGCCGCCACTAAAATATAGCCGTCCTTGTCCACCTTGGCGCCATCTGCCCGCACGGTATAACCACCACCGCCGCAGGCGTTAGCAACAATATTCATCGGTAAATCATAATAGGTTTCGCGGTGCGCCACGCCTTTTGGAATCAGTAAATATCACGCGCCCATGGCTTTAGTCAATGGATTTTTCGGCTTAGTGCCGACTACTTCGATTTGTTTTTAGGCTGCTGATAATTTCGCTAGAAATTTGCTGACGGCTAACTTCAGCACCATCGCGCTTCAACTTTATAAGTCAATTTGCGCAGCCCTTTAGCTCCCGCCTGCTTTACCTGGCGATAACCAAGAGGCTGGCTGTCGTCGCGTATTTGCTCAACCGGGAAATCAATTTCTTCCTCGGCGGTCCCACAGTACGCCTAGTTGCTCGTGTAATCCTCATCAGCAAGCTCGACCCATCCAAAGCGACATCCTCTGGCGGCGTAAATCGAACTTTATCCTCGCGATACAAACGATCCCGCAGCTTGCGCAATCTGCGTTGGCGTCTGCGCTGCCGTATTAACTCGCATGCGGCGGCACCTTCGACGATCGTTATCGTCGCGCCCGATAAATATTTATTTTGAAGCCATTGTTGGTAATCGGTGTATCCAGACCCGGTTCGACAATATCATGCTGTTTATCTAATCTTGCGCCGAATTCTTCTGGCGTTTTCTGCACTGTCGACATAGTGATTATCGATTGCTCCCGACCACCGTCGTAAATAGTGACTATATGACTAGATGGTTGTGCTTTAGCCGCAGCTGGACTATCTGCCGCCGCGGTATTCGCAAAAAACGATAACATACCAGTACTAGAATTGCCAAGACCGCACCAAAGACACAACAGCAAATACGTTGATAATATCGATTTAAGCTCATTTTATTCAAATCACCCACTGTATCTCTTATATTATAACAAATTATATACTAAATGTCAAGTAGAGCATCCTACCACCAGCCCTTTGCCTGCCATGCGTTATAGGCACCTGCCCAGCTGCCGTAGCGCCGGCATAACCATTAAATACTTTAATTTGACAAACTGGATCAGTCTGCCAGTTCGGGCAAGCACTCGATAATTTCGACAAGCTAGTCTGTCCCAAGCCATAGTGCGTGCCATCAGTCGCCGTCATCCGCCAACCAGACTCATTCGAGAAAATATAGTTAGCATAACCATAGTCGCTCGGCGAAAGACCAGCCGCCGCCATCAATCTTCATGCGAGCCGCCAGCAGACTAACTTTAGTACCAACTTCTACCTGCTTAACTGGCTGCTGAATAATGTTGCTATTGATCATTTCAACGCCGTTTTAGACGTTAATCTGTATACGTAACTGTACGCTTGCCGTTAACCCCTTTGGTTTTGAATTTCTTTGTATCCTTTATCGCGATTAACATCTTCGGTTGTTCAGTCTCAAACTGTATATCTTCGTCAACGGTAACTGTCTGCATGCCGTTACGATACAGGCGAACATTCATGCCTCTGGCCTATTTTTATATCTTTATTCGGAACAATGACGTCATTGGCAGACATTTTGATATACTTTTCAGCTAGCATCGCCAACGGTTTTTGGCTTGCGTATAAGAAATGGTTTTTTTACCGTAGAAATCAAAATTGAATGGCGTTGCTCGCTTAATGGACAGCACTTCTGCTGCGCTATCGCGCATTAGATAATGAACTGCGACAAGGTTAGAATATCTTCATCGCGTACAGCAATGCCAGCTTGTTTAACTATCTACTTTCCAGTACGGTACGATGTAATAATTTTAGTGAGCGAGAGCCATCCTTGACAACCACCGTTCGGGCTCGAGTAAATATTAACGTTATATGAATTTGCTACCAAGCGCTCGTCAATATTTGGCTCGGTCCGATCGTTACGATCCTAGTTTGATAGCTGCCTCAGCGAGAGCTTCGGCGCGGTCTGTTTTTTGGTAATAAATCCTTACTTTGACGACCGTCATCATGGACGGTAATATTATGCTCGCCGACCGCTAGGCTACGCTCGTCAGTGCTTTTGGCATAGTTGCACTTGTAAACTGATACTCCGGCCAAAGCTAACAGTATAAAGAAAGCTGGTTATCAGCCAACGTAATTTCATTCTCACGCAATACTTTTCCATACGTAGGCGCGCAAACTAGCGCGCAGTTGTAATTATAGCAAAAGATTGATTATTTTGCTACGGCTTCTCGAGGTGGGCGTATTCAACGTTGAGCTTTTTGACAGCACCGTTATCGAACTTCACGCTAACTGCTAAGCCGTCAATGTCAATGATCTCGCCATCGCCAAATTGCAGCGAGCGCACTCGATCGCCAATATCATAGTTCATCACCGGCTCGTCAAAATCATTATAAGCTGGATTCGAATCAATAGCGTTAGGTTCAACCGCGAACAATCCCATACCCATATCGTCGAGGAAAACGCGACGGCTGATTGTACGATCGCAAGCCGAATTGCGCACGGCTCTGCGCGTACAACAGATATAACTCTTCACGCCCGCGTCATACCCACGTAGCACAAGCGCCGCTCCTCCTCGAGATTGCGCGGACCCTCTTCAAGCGCTCGCTCGTACTCGGAAACAAGCCATCCTCCATACCGACCATGAAAACCACCGGAAATTCCAGTCGCTTTAGCGGCATGCAAGGTCATTAATGTGACCTTTTCACCATCACTTTGCTGATCGACGACGCCGCTCATTAGTGCTGCCTCTTCAAGAAAGTCTGGCAACGTCGCGAAGATTTAGCGTCCGCTATGAGCACGCTCAAATTATCATCGCTCTTCAGCCTGCGGTGTTTCATTCATGACATAATCTCGATAAGCAATCTTTCAATTAACAGCTTTTTCAATGATATCACTTGGGCTAGTATCCAAAGGGTGTAAGCGCCTGCAATTCGCGTAGAATCTCGCCCCAGACGCCGATAATGATTTTGGCGCGCGGCGTCAAAACGCTGGTTGCTCGACATTCACCAGCAAGCGATGATGTCCATATTGTTATCGTTTGCCATCGTAAGAATTTCTCTGAATAGTCGCGCCGATACCGCGCGCTGGCACATTCGCAATTCGACTAAAGCTCATCCGGTCGTTCGGTTGATATAATAAACGCAAATAGGCGATAATATCCTTGATTTCACCCGATCATAAAAACGCACGCCGCCAACCAATTGATGTGGAATTCTTTGCTGCATGAAGGCACGTTCAAAAGCAAAGCTCTGCTGCGCATTCGTGCGGTACAATACTGCAAAATCACCGTAGCGGCGAGCACCAATCGAGCTTGAGCCGCAATACGGCTTGCCACCACGTAAGCTTCCTCGGACTCATCGCGTACCGCCTGAACTTGCACTGGCGCACCATTGCTAGCCGCTGTCCAGAGTTTTTTGTCGGTCCGTTCGACATTCTTGTGGCGATAACCTTTTGCGCCGCCTCTAGGATAGCACCTGTTGAACGATAATTTGCTCTAGCTTAATCACCTTTGCGCCGGGAAAGTCTCGTTAAAGTCTAAGAATATTCTTGAAATCCGCTCCGCGCCAGCTATAGATTGACTGCCAATGATCGTCACCGACCACCTAAATATTACGTGTATCGTTAACGCTAGATATTTAACGATAGCATACTGCAGCGTTAGTGTCTTGGTACTCGTCAATGAGAATAGCGAGTACTGGCGATACTTTTGGCGAATTTCACTGGCATCGCAGCAGCTTGCACCGTCTCGATTAACAAGTCATCAGAAATCTAAGCGCGCCAGCCCTCGCTGCGTAGTTGTTCGTACATATCGTAAATCTTAGCGATGTGCTGATTCCGGATATTGCGCAGCAGCTGCGTAATCATCTGGCGTGATAAATCATTTTTGGCGTTAGAAATTGCCGCGCTAACTGAACGTGGCTTGAGTTTATCTGGAGCTATTGACAGCTGTTTCATCGCTTGCTTGATTAGCCCTTGACGGTCGGCTTCATCATAAATAATAATAAATTCGACGGCACGCCAATCGCCGGCCCGTCGCGCCGCAAAATTCGCACACAAATCCCGTGAAATGTGCCCATCCACGGCATGAATTGCCGCGTATGGGCTACAGTCGATCAAAGCCTGTAAGCGCTCGCGCATCTCGCGAGCTGCTATTGGTAAATGTCACCGCCAAAATTTCGTTCGGCCAGACTCTTTCGTGTGTCAATAGATAAGCTATGCGGTGGGTTAAAGTTTTAGTCTTACCGCAGCGCCCGCCAAAACCAACAGCGGACCGTCCGTATAAGCGACAGCTGCTACTGCGCGTCATTAAGGCCATCAACACAAATATATCCATCACACTCATTATATCGCGTTAATAGCGAGTCAAGAAGAAATAGCCGGCGCCCGCCAGCGCACCCAAAGCCAAGAATACTATGATGCAAAAACCATTTCAAGCCCGAATGACGCGACTGCTTGTGTTTCTTGTCGTCCTTGATTCGGTATAATATTCCAGAAGTATCATAAATAGCGCCTGATTCAATTTCGTCGATAGTTTGCTCGCGGGAGCAGATCTATGGTTCTGTAGTAGCGGACTGTACAGGCGAATCTACCGTCTGATTGTCAGAGGTTCAGCTAGTTGCTCGAGTTTGCTCGCTCGCATTTTTCTAAGTGGCAACAGGAACTTCGGCAGCAGGAGGATTAGTAGTTTTCAACAGGCTAGCTTGCCGCCAATTGGCATAAACCGATGTTTTAGGAACTGGCGCATCTTGTATTCTGACATCATCTTCATCGTTCGGCTGAAGCGTCCTCAATTGATTGAATGTCGTTAGCTCGCGATTCTGCTTGCGAAAAGCCAATCTCGTTGCTAGCATCTTGCGCGTCTTTTCTGTAGCGACTCAATAAGCTCAGCAGACGGTGCAATATCCCTACCGTGTGTACCGCCGATAGAATACGATCTTTTTCGTTTTTGCTGTCATCTGCTTCATTATAATCATTTTTGTCTTCAAAACCAGGATTAGACTGTGAAGCTTGAGACAATGCGCTGCTACCGTGAAAAACTCGCGATTCAGACGATTGCAGTTCGCTAGAAACGTTATTTGTATTTGCTGCTACATTTTCGTTAAGAACTAAACTGAGTAGAATTAGCAGCAGACGCTGAGCGCTTCGCTGGCCGGTTGGTCCTAATTGGTGAGACGAGCCGCCAGAAATATCAGATGACACATTACTTAACGACTGTGCTGGCATCGTAGAATACTTAACTTTGCTGGCGGGATGTTGTTGACACCTGGCTGCGAGCTGCTATGTCCATGAAACGGCCGCGACTCTATAGTCTTCATTTTTGGTAGTCCTGATCGGACTGGCACAGCTCCGCCAATTGCCGCTACCTGCGGCGGTGTTGCGGCTTGCGGCAACGGCTGAGGAGCCGGCGATGGTATTGAACTATTTAGAGCTGAATTTTGAACAACAGTAGAAGCCTGAGAAGCGACGTACCAACCGAAGCTGGAAGCACCGTTTGTTGGCAAAATCTGAACCTGAGCAGTAGACACCCCAACAGCTGGCTGTGCTGGAACTGCGGCCGAAACCGGTACACTAGCTATTGATACAGATGAACTTGGCTGTAGCGACACCAACCGTTGCGGCCGGCGAGGCGAAGCCGTCATATTCGCAACTGGACCAGGACCAGGAGCTAATTTACTGAAGCTCAACTGAAACTGGCGCAGCATTAGAGGAAGGATTTGAAGGCGTAGAGACAGCCGGCAGTGTTGGCGCCTCAGTATTGGCCGTCCTCTTTTAATAATCCGCTCTTGGACATAGCCTCGGTAATTGAACGATCTAGCTCGTCGAGAGTGAATTCTGTCATAGCTATTTACCTCTCTTTACTGGTAAGGATGGCATATCTTCACATTTTTTGATAATGCCAGCAGCACGGACCCTCAAACTTGATTCCCAATGCTTAAACCATTTACACCAGCTGTTTGCAATCGTGACATAGCGTTATCAAGATTAACGCTACCGCCGTAATGCGGACATTCTCGGCAGCGACCTTACCGAAAAAGATGCTCAATTTGCCGACGAATATATTTAACGGCGCGTCCAACGTCGCGCGGTGAAGCGAATTTACCAGTACCGATTAGCCACATGGCTCATAAGCTATAACAATCTGACCAACCTCAACGCTCGTAATATTAGCTAGTCCTCCCACCAACTGATCCGCGAATTACATCAATTTCCCTTGTTGGCTCGTTCTTGCGCTGTTTCACCAATACACAATACAGGCGTAATATTATTACGCACTGCCGCTTACACTTTGCTGCGAATATCTTTACTGCGTTCAACAAAAAGATATGCCGGCGCTCGCTGTGGCCAATTATGCCATATTGTACGATACCGCGCAGCTGCGACGCTGATACTTCACCAGTGTAAGCACCGCTGTCACGCCAATAAAAGTTCTGCACTGCCAAGGTTAAAGTGATGATGTTGCACCTGCCATATTAAGCGGCTGGAGAGCTAACATGGTCGGTGCCAACACTACCTCCAGTATTTTTGAAGCTTGCCAACCAGCTTGTCGAGTTTATGAACACACAAACTCGCCTCATTGACGGTAGGAGTTCATTTTCCAGTTTGCAATAATAAGTTTCTTGCCCACGTTTTATACTTGCTTATGTTTACCCTTGCGTCTAGTTTACTACCAGTTATTAACGCTCGTCTAGTTTTTGCATGAAAACACCCCGCCAAAAAGCGAGGTGTCTATTAAACTTACTGCTTTTACTCAACAACACGCACACGCAATGTGTCGGTACCGCCAGCTACACCCGACTGGCGGCCGCTGACAACAACCGCGGTCAATTTGTCGTAACCCGAAAGTACCCCAATCAAGCAATTCTTTGGCTAATTTTGTACCAACATATGCTCGCCTTCCTCGCGCACATAGGCGGGTAGCGTATGACAAAGCTAACTGTTGAGCCACACGCAACTTATTCGGTGTTACTGCAGCGATTGTGGCAACTCTGGACGGCAAGCTGCAATCCGCGCGGCTGTTGCGCCAGATTTAGTTTCGGCAATAATCACATCGGCGTCTACTTGGTTGGCTACTACTACAGCATTAGCAATCGCATTACGGCGGCGGTTCTTCTCATATTCAATCGGCATGTCGTTCATCGGCCAGCGCGACTGCGTGTAGCGCACCGTCTTGGCCATCGTTTTGACTGCCTCGACAGGATAGCCTTCACCGTTAGCTGTATGCGATAGAGCATTACTACATCAGTACCGAGGATTACTGCTGTTGCTACATCCTTCTTCGGCGCGAGTCGGCTCTGGATTATCGACCATACTGGCTAACATTTGCGTTGCCACTATTGATAGTTTACCGTATTTGCAGCACAAGCGAATTGCTTCGCCTCAACAATCGGTACAATCTCGGGACTGGTCTCGACCGCTAAGTCGCCGCGCGCAATCATCACGCCGTCAGCAGCAGCCTTAACTATTTCTTTGAGCGCTTCCCATCTCGATAGCTGCTTTGGTCTCAACTTTTTCGCAATAATCTGTGCTGTCCGAACCGTGGCTTAGCATAATCTGCCGCAAGTTATTATTAATATCGTCTGCGCTCTGAATAAAACTGGGGCACTACAAAATCAATATCTTTGTCGGCGCCAAACTCTACGTCATTAAATCTTTTGGCGTTAAAATATCGCCGCCAAAGTCGGTGTCTGGCGGGTTCAAACCTTTACGGCTCATCAAAAATCCATCGTTCGAATACGAATCTTGATTGCCGTATCACTAACCCGCTCAATCATCTACGCCGCGAATCTTGCCGTCGAACAAGTAAACTGGCTCGCCAACCTTGACTTTGTTAGCTAAATTGTATTGAATCAGCGGCAAATTCGTACTGCCATCGTGTTCTTGAATTGCCCAGTCGAGAACGATCTCGTCGCCAGCTTTTAACATCTAAGTGGTTGTTCTTTAGAACGCCGAGACGAATTTTGGTCCTTGTAAATCTTGCAAGATTGCTACCGTTCCGGCCAACTTCGGCGCTAGCATCACGAATCCACTTGATCTGATCGAGCCGTTCTTCGTACGATCCATGGCTAAAGTTCAAACGAAAGCCATTTGCGCCAGCTTCAATTAATTGTTTGATTTTCTCTGGTGAATTTGTGGCTGGCCCCAGAGTCGCCAGTATCTTAGTCCTTTTAAATGTATTACTCATAGATAGTTATTATGCTCTAATATGTTCTACAAAAATAGTACGCCCAGACTAGGACGTACTTGACAAGTGCAAATTTATATTATATATGGTGACCTTACCGGGAATCGAACCCGGATTGCCAGGATGAAAACCTGGTGTGTCCTAACCGTTAGACGATAAAGGCCACGCTTACAGATATCTTAACAGATTAGCCTAATTTACGCAATAAACAACTAATACCGCGGCAGCAGCTCGATTGTGGTGTCGGTTGAAATAGAACTGTTTGCGTTAGCTTTATTATAAGCCCTAGAAAGTACGTATCCATCCGCGCGTTAATAATCTCCGCTGGCGTGGTATAACCATTCTCATTACCAGCCGAACCGTCAGCTCCGTGAGTACGGCGCAACTGCAAAACACGCGACGACACTACCCATTAATCTATAACGGCTTGTCACAAACCGTCGATCTCAATCCGCTAGTATAATCAGATCGGATTAATGCTGATCGAACACCGCTCTCGTCAACTTCACAGGTAGAAATTACACCGCCCCGCCAGCATTAGTACCCGAAGCAATCAGCAAGCGTCCAATGTGGATTACACTATCCTTAACAATAATGACTGCCGCGCGTATATCACAGCCTGCGGTAGTTGGCTAGCGCTAGAGAAGCTACCAGTATCATAACGTATATCACCATCTATAACTACCGTCTTGTCGCCAGCATCAATAATAACCGACCTACCCATCCCAATAGTGCCACCCGACAAATTCACGATTGCTCGCGACGATGACAATTTGTACGAGCCATCTAATCCGCTAAGCGAGATATTCTCGCCCGCCAACGGACGCTGAGCGCCAAAATAACTAGATTTGACAGTATTTTGCGCGCCGATAGTTCCATTGCCCATATCTAGCCTTATTATTGGCAAATGTTAGACCATTTAACTCGCTATCTGCCGCTATGCCCAACCGTGATGTCGTACCCATGCCAGAAGGGCACCTCCTGATGCCGACACAACATTTGACCGGCTATACGAGGAAATTTCTGGCGCAAACATGCCATACTCACCCCAGCTGCCGATCGAATGAGTATTGCCACTCCACTATAGCGAGTCAACGTACGCGCGCCGCCAGTATAGATGCCCGACTATACTGTTGGGTGATTAAAGCATTCGCGATATTGCTCGACCCACGACACGCACATCGCCACCCCAGATTTGTACCATTGGCCTCTTGGAAATACGGTAGCAACGCATGGATACGATACGCGGCGTTTTGAAGAATCTCATTTGTATCCCAGTTATACTTATTAACAGTAGCTACCAGCAAATTACATCGCCAATCTTGTATCGTGCCGTATCAAGCGCCGATGTATCAATAGCAGTCTGTCAAAAAGCACTCTGCTTGTTATTTGTTGGCATTACAATCGCTAATTTTACCAGACAACTAGAGGTTGAGGATTGAGCCAAAGAGCATGTGTTCACGCCTGTGCCATAGGTCGTATCGGCATAATGCGTCTCGTCGTCCTGTTCTTATTGAATGTGCCATTTAGTATACTACCCAGTTGACCATCCGACATTTCCGCGGCCGATCCAGTAGAAAACAAAACAACGTAAAGACATCGGCATCACTACTGCCGCCAGCTTCGCGACGCCCACGCCCGTATTGTATATGGTGCTATCTAGCGTTGTCGCATTACCTTGTTCTAGTACGCCAATAGCGTTGACCCGCCCGCCAGACCGCTCCTGGCACCAAATTAAAGTCCGAAGCCACCCTTGCGCAGGCAAGGTTCGCTAGAGCCCAGTCCCTACGTACTACCGGGATCAAGCGTCCACCATATCTGCGTACATATAAGACCCCGCTCGGCTACCGTCGTTGGTACGCGAATCTTCGCCACAATCGTCATACCGTCTCGACCACTCCAAGTATTTGTATTATTAGGACTTTGCACCTAAGTTATTAAGCGCCGACCGGCATTTATTGTTATAAATATTGCCAATGTCATGATACAGCCAGGAACTCTATGTCCATTATTGCTACCACCGCAATGGCGCCAATCCTTACCGGCACAGCTAGCAACATCGTGCAGATTATTAAAATATGCCGATTCTATAACTGCTTCATACGCTAGAATTTGTATGCTGATAATTTGAATATGGAGTATTCCGAAGAGTCGCTACTCTAAATTCGGCCTGTTTTCAGGAAAGACATCGAACACCATCTAGATGCCGCTCGGCGTACGGGCGAGGAGAAGTACCAAAAGCGTTAGAATTGTGCCATAATTCGCATAAGTCTTGTTGTCGGAACGATTATAGATATAGCTTTCGCCTTGGACTTTCCAGCCGCTGAGCCGCCCGGTTTACAGCGGCTAGTGAGATATTATCGGTACCGCAGTTAACATGAGAACCGCTATAAGTGTATGTATTACTCATGACTGCCAGACAGCTTTTTCGCACCAAACGTAACCAGCTCTGACGGAGCCTTCAGGTTGAGCGACACCGTTAACGTCAGCTCCTAGATTTAATTGATCCCATTCGCTTTACCGTTTATCCATTGATATTCAGGACCACCGCCGCCATAATAACCCTATTAAAGAAATAATTGCCATTGCCGTCTATATGACCTGCTGGATTAGTTACCCAAACAGACTGCCCTGCCGTTGAAAGTGAAAAGAGAGTAAATCCCTAATTGGATTACGAAATCGTTGGGTATTCCACGAGCCTCGTATGGTAAAGTATAGTGTCTCGTTGCATTCCAGTCCATCTCGATCAGGTTGAACGAAGACCCACCATACTGAAATAGTTCGTATTATGATAAGACGCCCACCAGACAGCGCACGGGTGATTAATATAATCGCCGCAAAGGATCGCCGCCCCAGCTTGCTTCTCCTATCGTTACGTCCAGAATTCCAACCATAAGCTGCATACGACGTATCGCTTCTCAGCAAGCAAACAATACCTGCTGCTGCCACAATAACAAAACAGCTAAGCCACCACTTCAAGCCACGCAACCAGCCCCCTCGTGCATTATTGCTTATTCTCCGGAACTGATTGCTTGCTGCGCGGCAATTTTAGCTGCTCAACATTAACTGGCACCTTCAGCCTACCGCTAGCGTATATTCCTTTGTCTGACAGGTTTTTTATTTGTTATATAAATCGTCCGTCTTCAGCTATGACCGTTCGCATCTGCGGTCAGTATGATAAAAATACAAAGCAACAACTTACACGTGGCGTCATCAGCGTAGTGATTCTTTTTCTATTCGCCAGCAATCTTCTTCAGATTATCGGGGAAGATATACCATTAAACTTATCAATGATATCATTTCCGCACACATTATAGTAAATCCAGCGCGCTGTTCTGGCGTTTTTACGCCGCCGTAAAGATATCCCAGTGCTGCCACCAGCGACAACAGCTGCACTATAATAACCGCCAGGCCGCCGCCTATGATAAATCCCGTCTTCCTCTTCATAAATAAAAGTATACCATTTTATGCTTTGCTGCCGTCTAGAGCTGGCGGCGACTTTAACTCCGCAATCAGTAGCCGAACCAAAGGAAGCTACCCTTGCCGAGCTCCGATTCGAAAATCATCGTACCGCCATGCCCTTCGACTACTTTCTTCGCCAGAACAAGCCGATCCCCGTGCCGTCCAGCCTGCTGCCGCCGAGCGTTGTCGCCATGAAAGAACTTGGTGCCGAGCTTTTTCTTGGCAGATGGCGATACACCCATTCCTTGTCAATTACCCGCAAAACTGCCTGGCCATCTTCAATTGACAATCGGATCTTTACCGTATTAGCGTCTGGTGAATAATAAATAGCGTTATCAGTAAAATTCATAATAACTTGGCGAATCTTGGTGTCGTCTAGATACAGCAGCGGAAAGCGCTGGCTGGCGATACGTAGCCTTGACTTATGCGTATTTGCCACACTGATCTACGTTTGCAACCTCTTCGGCAACCGGCTGCGACAGATCAACCGCTGTGCGATGATAATAAACTTTCCAGTCTGCAAACGGCTCACGTTCAAAAAATCACTAACCAATCGCACCATCCGCTCGCTGCTGCGAAAGCCTCTTCTAGCAGCTGCCGCGCGGCGGTGTAATCTCGCCAGCGTCGCCCTCGAGAACCATACTCAAGTAGCCTTTTACGCTGGTCAGCGGCGTCCGCAGCTGGTGACTGGCCATACTGACAAACACTCATCTTTAGTGGCATCCAGGGCCTGCAATCTTTTGTTGGACTGGCGCAGCTGACTAGTCGCCTCATCGACTTCCTTCTCTAAATTTCCGGCTAAGCGGCGAATCTCCTCTAGGCGAAACATGTTCAAAAGCGCCACACTGATAGATTACGCGCCAAAACATCAAACAGCTCAAATTCGCCGCACGAATCTCGCAGCCATCACGCCGCTCGCCAATTACTAGGCAACCAATTTTCTGATCAGCAACGCGCACGGTAAGATTGCTGCAATACCATATCGAGCATAATCACCAATGTCGCCAGAACCAAGCGTCTGTGAATCAACCATGCCGGCACATTACGCTTGCCAGCAATATACGGCTGGTGATATTGATCGCAAAAAGCCACGCCAGCAAAACGTACTTGCAGTATAACAAAGAAGTTTCTAAATAGCTATTTAGTAATGTATCAATGTCTTTGGCATCAACCATTTTGCGCGTCCAGAACATCCTGACTTGCGAACGATACGATGGACGACGAACTCTACCAAAAAACCTTCATTGCCTTTATAGTACACTTTTTCTCGACGATAACGCTAGAGCTTACTCGAAAAGTAACCGGGATATGCTATTATAAAAAAGCATGACAACTATCGCTATTATCGAGGACGATCAAGTAATCAGCAGCAAATGTACCGGATGAAGTTCGAGGCGGCTGGCTTCGATGGTTACTGCCAGCGACGGCGAGACTGGCGTTAAAGTGGTTCAGCATGCTAATCCTGACATCATTTGCTTGATCTGCAAATGCCGAATATGAACGGCACCGAAGCGCTGCGAAAATCCGCCAGCAGCCTGCTAATGCTAATACGCCAGTTATCATTCTAACCAACCTAGGCGAAGAAGAGGCACCTGCCAGGCTGCGTAACCTAGGTATTCATAGTTATATCGTCGAGCTAATCTAACACCTAGCCAAGTTGTCATCCACGCCAAAGCGCACTGAACGATCAGCGATAGAATTACTATAACTTACCGACTTGCCGCAAGCACGCCTCAATCAGATGATCAAATAATACTGCGTATGTCAACGGACCGACACCGCCCTTTCGCGGTGTAATCGTAATATCACTGCGCTTTGCTTGAGAACCACATCGTCAACATCGCCGACCAACACGCCGCCTTCGCTCGCCGTACCAGCATCCCCTACTACCGTCTCTGGCACCGCGATCATTTCGGAGGTGATCAAGTGCGGCACACCTGTCGCCGTTACAATTACGCTACATTTTTTGCAAACTATCCGCGGTAGCTGGATTCGTCTTGTCGTAGACCTGCACGTTTAGACCGCGCTGCTGCCACATTTTTTCGAGCGGCGCTCCGACAAGCTTACCGCGACCCACGATAGCAATTTGCTTATCCGATAGCTCGATATTATACCCAGCCAATAGCCAATCGATTGCTTGCGCAGTAGCGCTCGGATGAATACTACTAGACCTAAACCATCAACATCTTTCTCTGGCGCGATTAATTGGCACAGCTTTTCGGTCTGCGACACGTCATCAATCGGCAATTGCAAAATTATCCCCTGCACTACTGGATCGTTGTTAGCTTGATCAATAGCACCGCCATCATATCAGCTTGCGCGACTGCTTGTACGTCAACATGATGGAATATCTGCTGCGTAACGTGTTTTCATCCGGTTCCTTCGTTTGAATCGCTTGACTAGCGTTTTTGCTCATTATAATAACTAGTTTTAGTACTACACCATATTCTTGGCGCAGATTTCGTACTTGACGCGCTTGGCGCTGCTTGATAAAACCTTGCAGTTCCTTGCCGTTTAACTGTTTCATGATATACTGTCCTTTCTATCATCAATAAAAGCTGCCCATTGCGAATCTTACGCAAGATGGTTTGAGCGGTAATTCAATTAACATATCCAACACCATCGACACAATATTAACCTGCGCGTATTTATCACTCATCCACCGGCCAGCGACTACAAACAGCAAATACAGCGTATCGCGTACAAAGGTAAAGCCGTTGCTAGCACTGCGCACAATCTCGAGATCGCGAATCCAACCGGCTCAAGCGAAAGCCTAGGAAGCTCGCCGCCGAGGAAAAATACAAAGAAAATAATAATATGCACTGGTGAAAAAACCAATCAACGTCAGCAGTAAGTCGCCAGCGCGAACACCGCTGAATATTCGCCGTACATAATCGAAAACATCGAGCTATACGTCCGTCCCGCTAGTGCCGCCGCATCAGTACAGTATTATCGCCGCCGTAGAGCATCTGATCGACTCGTTTAATCAGCGCTTCGGTATTTGCGTATCGGCACATTCAGCGTTAAGCGCAGCAACACCATGTATATCGGCGGGAAGAACAAATTGATCATCAGTACTAACCACTCAATTTGTCCGTGCGCCCACAAGGTCATACGGTACTTCAATAGCGATGCCAATCAAAAACTTAGTAGTGCAAGAAGACCACGCTGCGCATAATAGCCCGGTTAATTCGCGCCATCATGCTAGAATATTCACGGTTCCCTTGCCGCTCAAATTCGTCGAGGAAATGCCTCGCGTTTTTGCAACAACGCCAGAGTACGTCTTGCGTCTCCATCATATGGCGAATAACGCGCAGCGCTTCCCCTGCCGATCAACCACGCGGCAGCTCTTCGACCGACATGCTGCGCAACGCTCTTGTCAATTTTACGATTAAGTTCAGCAAAAGCCTCAAGCGACTCAACGCTCGTTCCATAACGCACCAATAGCCCTGCGCGCACCGTAGCTACGTCGCTCTTCATCAGCGCCTGCTGGAATAGCCCTCAGCGCAGCTCCATATTCATCAGCCGAAGTCGATTGCAGCGCATCCCGCGGAATTGCTGTCTCGAAATATTCATACGCAAAATAATAAACATGATCGCCTGCGTGATCAGCCAATACATTCGCCGCCAATACCGACAGAGTTTCTAACAGCCATGCCGAAGAACGATCTAAATTGATTGAACGATCAGCAATCAGCTTTTCATACCTTTATAGTGCGCTGTTGCTAGTTTGAAATCTCTTTGATTTGGCTGCGCGACATATCGTTGGGCAAATATCCCGCAAAAGTCAATTCAACCACCAATTCTTCGCCGCTTTTTGCAGACCAACGCCTCATCGCGAACAATAAACGATTGTTTGAAAACCATACCGGATAGCATTTGTAGCAGCAAGTGCTCCTCGGTATTTTCAGCGGCGTTGCACGCAGCTGCTCGTAAGCCGCCGTCAGCACACGCCAGCACCAACGACATTAATTTTATCCAGCCTGACCGTATTTGCTGCCGCTCATCAGACTGCCGCTGTGCGCATATATAGCACCTGCCCGCAAGTGGGCGCCAATTTGATTCAACTCTGGCATTATTCGTATATTATCGTCGATTTTCACAGAATTAGCAAGAGTAAGCGTCATCCATTAAACTACCCAACAGACCGAAAATTCCTAGCGTTCTTGCTTGCCTCTATCTATGCTATAATGAAAAGATAAGGGCCAGTAGCTCAGCTGGTTAGAGCACCTGCCTCTTAAGCAGGGTGTCGAGTTCGAGCCCCTCCTGGCCCTCCACCGAAACTCCATGTAAAAAACTCATCATTGCGATGAGTTTTTTATTATCGGCTAGTTGAATAATGGTGCCCCGAGCAGGGTTCGAACCTGCGGCCTTAGGCTTAAGTCCTCTGCTCTATCCAGCTGAGCTATCGGGGCACTCCTAATGTATTTAGTCGCCCGATTCGCTTAGACAGAAGCTGGATAGAGCTATGCGATTTGTGAGGGATCACCAGCTGAGCTATCAGGGCAAATATTTTGGTGCGGGTGCGGAGAATCGAACTCCAATCTCGAGTTTGGAAAACTCGCATACTAACCATGTACTACACCGCTTGCTATACATTATATCATTTCGTTAGTGTATAATAAAAGCATGGGACGTTTGGCTGACCGCTTCTCAACTAATAGCACAGAGCGATGCTATGCATTCAAGCGGATTAACCAATAACCGACCGCAGGTTGGCGGCAGGATTGCCAAGAATGGCTTTCAATAACCAAAACACCAACCGGCAATATATCGGCGCATACAAAGATTCTGGAGTCAGACAAGATTATCGCAAAGCCTGGCAAAACCAGCAAATCGCCGCAGCCAGCACCAACGGAACGCAAGCGACTAATAGTAACCAGCCGCAAAGCTCGCGGGTCTCTGATGCAAACTCGCGAAGCGCAGGAACCACGCAAACAAATAAATCGTCGCTCATTACCTACGGCCGAACCGACTGTTCCCGTCGCGTACTTTCACCGAGCCGATCAAGCCGTCGCGCGACCCGTTCCGGCCGATAGTATTTATGATTTAGAATCAAATAAAACACCCGAGACTAATGAAGAAAACCGGGTGTTTTATTTGGGAACAAGATGGGATTCGAACCCACGGCCTCCGGAGCCTGATCAGCGCTCTAACCAACTGAGCTACTTCCGCCATAATGAATACTACGGTACTGGCAGAATCTTGTCAGTTGGTTAGAGCGAGCGCTATTTTCCAGCGCTCAAGGCTGTCCAGCGGAGCTACTTCCGCCACATACCCCTTCTCAGGGCATTTATTACTATAGCAGACAGGCGCTTGATTGTCACTATTCCCAAACAGTTTCGATATCTGCACCCTAGCGAGTTCAGGCGGTTGGCAATATCTTCGTAGCCGCGATTGATATTGTAAACATCGCGCAGTACCGATTTGCCAGGCGCCGCCAGCATCGCTGGCAAAATCACACCGCTCGGACGCAGTGCGGCTGGCGCTGTGATATCAGCCGGCTTCCAGCGCGTCGGGCCAGAGATATAAACCCGGTGCCAGATCAACCATATTTACTTAGGCATTCATTTTAGTCAGTTCAGTAAAGTAGATTGCTCGATTTTGTAGCTCCAATCATGGATCAGTGTGCGGCCCTTGGCTACCGTAGCGCACAATCCCAGGAGCAACAGGTTATCCATGTTGATGCCCGAAACGGCGAGCAGATCTTATCTTTCCGGAGCATGCAATTGGATTTTGAGCACGATATCAACTAGACAGTGCGACCATTGCGCGCCATGTACTCTTCGGAAATATCGTACTGCAGACCCATACCCGCCAAAGTCGCTAGCTCTAGCTCCATAAATTCAATCGGCACGCGCCTGATAGTAATTTCTGAACCAGTCCACGACACCAGCCACCACGAAACTCATCGCTTCAATTGGGTCTTCGCTTGGGAGTACTCGACGTCACAGTCAATTGATTTTTGCCAGTAATCTTGAGAACGGTGGTACCGATGCCCTCTATTTTTGACACCTAGCTTTTCTAGAAAGAAACAAACATCTTGCACCATATAGTTCGGGCTAGCATTGCGAATAATAGTCATACCATCATAAAGCGCTGCCGCCATAACGACATTCTCAGTGACCCTGTATCGCCGCGTTCAGTTAAAATAATCGCCCGGTCGACACTCTGCGGCTTAGCTATGGCGAGATAATAGTTGTCATTGGCCGCCTCAACACTCAAACCAAAAAGGTGCTAAGCCCGCCATATGCGGTTCAACCGTCCGCGTGCCTAGGCTGCAACCGCCAGCAAACGGTATATTGAACGTCTCGTATTGGTGCAATAGCGGACCCAAAAACATAATGATACTGCGCGTTCGCTTAGCGGCCTCGACATCCATACTGTCGAGCTGCAAGGCTTTCGGCGGATCAATCTCTAGATCGTGTTCGCCAATCCAGCGGCATCGCACGCCTATACTTTCAGAACCTCAATAATTCGATTAACTTCCTCAATTCGTGCTACCCGGCGCAGCGTCGTTTTGCCTTTGTTGAGTAGACTAGCACAGCAATCCAACAGCAGCGTTCTTGCTAGTTTTGATTTCAATTTCACCAGCCCTGACTCCCGGCCGCCGTTGATGCGAAGAGATTAGATTTTGCCCCGAGCTAATCCGTACTATTTCGCTTGACAGTACCTCGCCGATACGCGCCCGATCATTTCGAGACTGATATTCTGCTTGCCGTTCTCAATTCGATTAATTGCCGACTGGCTGGTGCCAGCTCCTCTGCCAGTTCGTTTTTGAGTCATATTGCGTGCTTGGCGCGTTTCTTGGATGAGCGCGCCAATATTTTTGAGATACTTCGCCGTTTTCATGTCACCATAATATACCTGATGAAGTATATTGTCCAAGAAATTTAATCGCGACCAACTCTATTTCAAAACGTTACAGTGATGATTATAAGATGCTAAAATATAGATAAGAAAAAGGAGGATAATCATGACAGACATCGCAGTTGCTGATTGCATCGCCGGCGAAGAAGAGCGCCAGCGCAACGGTTTGAATAGCACCAAGCGAAAATTACGTCGGCAAAAACGTTCGCGAAGCGCCAGCAGCGTTTTTACCAATAAATACAGCGAGGCTACCCCGGTCGACGCTACTACGGCGGCCAGAATTCACCGACCGCGTCGAACAGCTAGCCATCGACCGCGCCAAAAAATTGTTCGCGCTGACCACGCCAATGTCCAGCCTCACAGCGGTGCGCCAGCTAATGAAGCAGGTTTACAGTGCTTGGTGCCAGCCGGGCGACACTATGTGAATGGACTTGAGCCATGGCGGGCACTGACGCACGGCTCGCCCTGTCACCCGCAGCGCTAACTTGCTTTGACTTCGTCCCGTACAAAATGAAAAATATCGAAACTGGCGAAATTGATTACGAAGAGATTAGCCGCTTAGCACGAGCATCAGCCGCGGATTGGCTGGTTTCAGCGCCTACCCGCGCGAACTGGATTGAGTAAATTTGCCGAAATCGGCCGCGAAATAAATAACTGTCTGCTGATGGCCTGATGTAGCACATATTGCTGGATTGATCGCTGGCGGCGTAGCTGAAATCGCTTGATTACGGCTTTCACGTCATGACTACCACCACCCACAAAGACACTGCGCGGTCCTCGCGGCGGTTTAATACTCAGTATGGGCAAAGGTGACTAACGTCCCTTTCAAAAAACCCGCCAAAACGCTTGAGAACATCCCCACGCTGATAGATCAGGCGGTATTTCCGGGTATGCAGGGCAGCCCGCATATGAATACTGTACTAAGGAAGGCGGTAGCTTTTGGCGAGCGCTGCAGCCGAGTTCTACGACTACGCGAAAAATATCGTCGCTGCCGCACAGCTAGCCGAGGAGCTGCAAAAACGCGGCTTCCAGCTGGTAGCTGGCGGCACTAGCAATCACTTGATATTAGCCGACATCAACAAGAGTTTTGGTATCGATGGCAAAACTGCCGAGATCGCTATCGATAAGATCGGTCTGACACTAAACGCCAACGCCGTACCCGACGACCCGCTGCCACGATGTTCCGGCCCAGCGGCATTCGCCTAGAGCACGCCCGCCATCACCACCCGCGGCTGCCAGCCCGACGACATGGCGCAAATCGCTGAGTGGATTAAGCAAGCGATTGACGCCCGCGAGATTGAGAGGAAATTAGGAGTTTTGCGCGAGGAAGTGAGAGAGTTTTGTAGAGAGTTAAATCAAATCTAGGGCATCATCAGCAAAAACCAATATCCTGAGCAAAAAATGCTCCAGTGAAAACTGGAGTATTTATGTCATCAACA + $%%%'&))*+-1*/.+B:7=30...@<<;9?E:;=A5@9;5%-:78A;8;%:6657;6>@BG:@B<5@B>?===>:@??>**,A1CD?G=::G>?CM9:<3,,,+)*)/,,-'68.2523$$,7;;C<)$6?B66?'<=0/5?;:02>>BH@9?:*88=<@=<57;;=29:K?B<39:<1;698681%%%%$#&&47%1349;BAAB@@DKIHIB=79C:CAB?DH=+%%748/>=?>:94)'%#$&),$$2(((&'-BCGKD829,*566:>?91?.0/445CA==B;C4,483%)'&''#'3458CE>H:97A6?4:44>?>=CD98<@;E837123,)*))*.;,$%%($$$&$#%$%#$478><7*%-+-/)&0$-?:998(%&&&%$$$%&,.43148*&24$36;<3)*))*-993%?:;=>?((.78:://<@<:A:>6772,,6'+%--.*)67<;88==@-6.52:?,:?;89'(&&'&4579,(&%'%$$%&&$)&,''('244===.5*$&%''$$%$$()%%)/-.0+1<:A?>8>99-/-(),018>@<.24$2;:=8+('&%&15*$$+,5778A@@AF@1:=886?=@B=EEAG;$'48)$7;<223=;3.34,*)(+)'78$9<4/.%-%')(-,/1=>E>,'$&.30:88<>>(499;:A<8BG>33*%9=)%%43844599;1,-33354-B?BA>78.5247*%#'%%%)'%+485??AB9@-&&%$(-667)+++?A?D=@B?1*1<>==7---079?<;8<(&&9;B>?<9;%;87:A=*-%$%*''#&&''&$''*2;<<<5E;C@26=:9454<;53)**,H;A??=-3=?@AABB<26;=5;6%%=&%%($%#'*.-,'$*+$'A>9:586EDIIK@28/.8=<709:90-/(*8;;@97%(&(,$$%%%%$$&71$####$$#$$$**&#$%'-+<;798:4/.>6599-.:;=:>+&%''').9:9?6?A@7DC9BCFCA+<04??(+;DGIBB87BC+;>5<24:;:@GEFC:60'*3,-7**)*'%%%'&%%#&'(6@@A?B?A?94.&&##$$::753610-&%.+%(('&&##$&$'%(-/9976202.&#'$'C67=6<;6**(+++'0//6.3399100235973+333767:%%,//;(''65)*:*%&&0%53#$%$#$(()*+1/..'*'2&&%)('(%$()*812397ACA==5114:6;=--*3.--+,/,//8:8*+*4544451:=@>=**+.3/+.00365%%;>87B@?CA@;A;=AB((<)(7/*,>B=7:FE>57;>77C=;=;678739;?@<<=>ECC>06;=8;(667CEK8GECB=:B<<:B?E7>121/-,,,,:;.0%&188+51&*03BDBD?3*64A>AB'3:7B?;=5:@1(75'47==?=<<:96<<7;B7AA6*++-/,+$&,/,01+.-(?;94,.&,30++1)%+**%%&%$$',#')12)8<6866$%%9A5157:80>3568?96A>779B@??=<;=1135<;F;;96>8/,/-69-99:9:<<(,5/$$'$$&'*6<@:5.:,17:863'$$#--168;47/0/;@<7-59124%%/&'14150'%$#%$'&%$(+6-6BA=613AB=/*/2565:<>7;9>0;@;>0-62.'$#%&$%&%%$**+&%%(0.*(-%%%(397<=;65(((((*.0'''4793$-138?4=?HGGGC::7:0+=45:;)<(56:3331)&%'%'&)*0.$:44<@@98:%&$%1575:CC?BBB?@869@??>=,$0.)'9:80%%%786/67:8>8-+,<7:D;@89D@DCA;=>ALGA8?H>9./)%$37=CA@JIHF.40-(525--36,(9ABB:@A=97798)++,-,014$5@AADA*(*(#$$($306%)3.0/03211.3<<==8A;@>===5?A@9:;+,1125?67>6*>@CGA<=?9./7-8*734:@9>A<.0/:8/,0.9:;7;:365.9CC:8::7AB;?BC=-'->?>4GEB<<<<>A@6)(2883-3520+((/12($**')+20).9;?<;JDHLHF2<@'/6:;/(&+4468>?>22A1<=<5<7736+%%$&#$)*)788>:DC>A@A928=BDJC;@C>)(($$''-+('(#.-+-+->:?*G;<3(+&&&$%',$$%$%)%%)**&*14>>>AA7('&&,48BBGDG??:?@?AC;7;68<:<12-475469%<'+*/-@:(&',7122-536;?=>@7'<;22-,002&$%'(()/424&)778.9:<@AD=B>9EFB;;7:>:7,+227&,--.(254./:?>8'*+69<.*:BF<>:6861>:%.2''%')+,'1>=9>G?03*%%/:;=00/0/6978.899899;;8%+$$'%$$#%&&#$)((+=2:;:26*(''%''$&$&$+)'$+-+1/,()'%*-899>>228@+-$$%%#--+0)(**58@@<;A?87;>=:=BCB88@76,;6@46=86662*),+.368:;>9<*+26487896)%%-'%)126F>8BFFH><5-:;6@677<7'')8962*5258?@@:6-,10/94=:;>A><79A:-*(-67@A@@@<@:;;B6:=::FC?8765919;8>3)//))3../124()5>>=:<>?5>&%%2/1%*($%%#&&%((%+*/9>=:*=221+1(&().'$&&+99>=<7E<.-+44-,=@14=:B?7=BACAAB>?A79E713,)0.($#$&###$,/41%'&%%$$%6=><54($';291:<>::9>>>;2?:>BD;;9:9>=36:F:63B6-)*+&%%%)-255781<=<(*C==>=5<78994/20783*.&0=7&%&2??389;><797*147--1'&2915IJAC7-3A.43:9B:C<>AJI?9?AEE:1=75>9=6(.=DE=169B?@;*('12/89876<)&'&$*(/*1*)26))'+1///==&3&:3@5+*&&&<8';6)/36>;ABA0?;=97>94-/594131,-*'%%'396889:9;965@@58('777445:7%,*./+$%'()('(;6G?CFALCBDA34;=BJJ;?821232099'68,8>@4$17A<<21(&=F;-:D?67'(-0)/(//4?>0;<;=0@@2:-9$%0$&&&/&$.&&$%)**05<;//14476==&(79?CDA@.()(0468:+)&*-77.A8$7+3''(**11&'(2$,6:BB=5>AB<>@=<)*/+2//6))233012)/2343-8.9:*'$%$*53+%+-.'%&*),:;;,>C4:?+33421-)('',(--4C?A>GE=@?IIHGALLB4E@D;GJA?;;B?=;:COFIGAGG7678IJ>>BE@F;<+*(')(//+)5-120/-$%'676,71)+..00011959>B@@F7FF>:6BC19EGA6%9>@=;8B:97=>CF@CCGEG>>@0,%&$%*&<;/0($%&('&*-./;3&&&-8?=5152++++*,677;::@E=>>:(+66'&'.-8;)$(&(0152''*5;:>A=>8617979A==;=661138)+6,.7769>>99>7.-.45,%'2257;:8%@>:=><:8,-.3//&('*49<4ABDE<85:4/5C=:BD??=9:=>881'$'%'&%%(%%&&&&"$%*)*&%**(&11.61(/107AKKKFFA7B@B110-)4-846(('()0,)*-.'((')').+-5681*&)32'&-0667400/(14.76==7?:57:63*.501A3$'-+-11@FIE987%)$$(++.,330>6765.3%%*67:I@992;DFD46;;8==845EB?:@=ADDC=ACF?C?GHG;<@@258875655'5::8;>E:EIAADD@>7+&48@C:<9'$&(,-)).+(-::779>A>88=??;3.+528**@A;35)*+((%&&.5:;>;-9A??A@:;758:?=249758,71%*97,,?.464'*37;7&&45406AAD604;AHJJB134=82335>@A@6)'$$)$)(./795>=CEGH;71''&')%&222+'5;>>?7536689:C<<64008C<2A@BC'=AB70:B@:@B1203:===A>BJE;+@@:=3>/1==<:9/>??A878DA8=>CAF?FAEB@C@<95417@BD;83,36<:<716)'+59<;:483:@<8;C@*23+/.+,$142)*3/-+$1-+445.+1.;??-,/133514;CB>777@686:78:A@G>CCD?1778=><:<>=;;795=>@A:@=;9,<795/534:'(;@@>0003468%)0A4>>=0$.(;;5+-()195/635::9702441334(('$$%'+3><00.0=B>@7CD89?=>,&-34357'*,6C>=5<&*&&4')&&.*%)1=>>?-=:>AA8:B<@6;@B8,.2/;%E81A77@B*'(20$%4+,3..1ADC;FACF:8B:;>?871CA@79:86:8A96B79C@2;88+58:;;A;LE68;74=1,+89B;;B4::9A<))4('%/26;AA:=>:@@><55<=*+..1/&.*;65703:*&*=9>2=9@1CB9:A6=<;5<@<=?KG3;??IMPIIH=24...5;>,28;:+*::=<>AB?++<<&#%-)(4=7%6:7@;>>==64;<=<1A<<8:?>A3*:86+1/(-/++)('&9/(**+1++',//@@@>=;4)81%%%3@=BFB?I@DF@7A@404CBBDCG==GC@=,889//)$%+97=ABE@<>A1@8:<.((4>>577>;759.+80=C=-,)0+*=>A5,+2<17>AIKJD68<8;=>5:8<=;:=?@>@D>BC9=://6>,';A<>*7269:-7>?F>H:D@43=BB<9D?<@.+25-')'/(0,;<267?A:98E=/**%**3,53655>=9+5;<=A*%79=;>>:-/-'*037=<>@38**'+01682229$&67-.13)'0=;46?A5602)0)%&%"$))*'5569;9?=@:I>>DB2;92;878BF?><<,1/41,0AB?C:9-+-;@?7D9BAC507?=:;@><=B+??B:?88)0,(402586**$$/+9?@?B>=:QN=>3EAB49310<2?DEJB>;?A??@<<9+'84?;GH@B8@+,<;7:6>A=;98<=:;:??HB;5376?.=<@&&%%8<=A13251'6AB@.','@HB7BB==@B=&)(+0=AJ?B573-.B=@;:=26;98+778:;/;ABB>E@GI(<<7F@C?>9;?8;<;=?EC71B336A9J?7**)+/#*)'(()&%&+,/489;>3@D>=5.859CB@A:A4(;==;CEF;84<::3$$'<03;A9;0(A<<22?@@13%(**69;98&&''&$*,/).05<7933@:(67=9:?EB>??7?B?6CA88989A??837967'8DA@A:F9<;45G0=345574;=7-(2++?@@DDCAFEB@A26,(3><;68)9?BE@A@A.13;?85<@:*?EE9=>@<==LKJIF4;B>:1.65-3(7756;::***;=C=$$$$/6?C-%06C-:@@=9=75/./-02<>67998<3?97:=;7@=+/.?@:68C?B88<66899<6:@ED40;;>@D=F=EE>?@42;;>2/),',:>FB99*72339;:>>AEB=CE?:EFA3&'2/<6:AA7>=62@734466259<=>;IB@F9@DB81;<9/++6718;;())(&97:788:;<8512'$$)''&%+16739245;5$+7--=9:2;:8-=>2/,/5+))-2.503;=*.264)5->$:OOIC=D@G?B:(@)D@BIGB@65>?A-21):BCK;IGA34=:=AB?==<6<170778:36:7897>=;+$$/&5331,1B=FF3DD@?B>DI9EDHFCHD>=E84;==56=??B;:8/024A>>6-44445=?=,%-:999:;6/./>=/26B@:?A6=>12-,,++''&./,02**+'('&'%%+8.18;<3+%353?HIEH@>?,:,/137>899;$'+.---'(&'1;>B>BDB;<5018679FDI?=A>'%989>C@AB<6=:./=;;=@@24:?AB<:@9-9'$)*+)#%4569*3+9:766<>3/--')'')-*%$&%&*-$+*..+(((%%#$%''(&&-*&$%'$$%+*'$$$)&$$%&'%%*$*(,'*,')'.$$#%$+-72#%#$%##&'&175:,2243(,%()73325>9=A56?<@:<)*016::+93(%%,630255<>;4>HHAECKA@BDFE?@>8<5300;88;EA?BB<@6.3/>>?:?8CDGEMLCLK<;D=--BE:=985.'$$(%*7-74CE???5&&(1;(...1.;<8:(5534<@?&<..'4;=9';BDFB@AFE@C@AEGHD59=505<:;DE98:86BDAD=BBB7?9:.,70.01(%$$$%,,=?4-...388?0:GAD:2,?;8>:3326/*223@=@<=99>;=??35.@@>9924<:.,.-((*'455%'362*54085669=<@ADEF8:9=C68:>A@@B=AA:=?<665?986*%.0/114120CAIACA>@DHG=?8FFC8A@A@4..-,,75=C>?:>BB;/99?;ED=;9FHCBDCA9<.5<===A7..>EMMFCCCBIGA8?AB@FIHCACBFAD@DGIGA5%31226574??F@::FC<==9987*9184;>;3??1.',,-))+;:BBB9@FF99/.)3>A5873/,.,/5-<==/+33<@<7:B;>>:?;798@DE;@7=@68=BB@:<@;822<7@@<;569-1/8?@/@EHEB0*;>;+,''&3<==@G=501/385:::>4=@?>>@B=C>>84IIHFA>>:;F=95;>?79DA1287;A@>3')*%#%%$%%%%,;::85511/134?,%#&$%%$%0&+-)85450,*11%09BAC<(0056433.;>?@&/A:B5&&:;1C>H?EGDCA@;>BEF<%%0--168.%%&'&*4,,/.0..(3&&80694>?HFFJB8932891--6:;9:;>B@;=HIC9A>@>)$1--6:8459B@3?(%&%196-88:>?;@>@79899,7;EGGDBBD?349<:661/,&'+9:==800005=676@=>4.*=:>>956;?B@<=AF8:67;<8%&$-$('(1.5>=<:>AA>?>9$(/7984774934;7@CBE<9@94;=IJA>3?=<+..220*(&*#%#(+-;<=3(':3451&.067$4005=73=@=DB;<<;;(1379>A>=7846.425/$,17?B?CEE60C>;ABD@AAEF@9')8=;99+>62CD>6;<<;?E?A?C88&(.7>=BG>4.,(()('$$$$*+,$$#$&855327:6;3&%$##%%)))%'4=<<<78442937<=:>@JDD@?@;@3/26A13);1<;;EHA>3:948ABBJJEDQBBICADAC@?+799:,,-@988:;=7>B>;586534:4<811;=B?3'%.3??@;>><<0-'-++'&&+,&&,@1;,(-'-416A7::81>>8@:=3<9=44=ABC493:3<=?FEEBHGGF>FFD;LLQC483A124=?>3--($12--%&%%&''%+97203<@<=';@>@).>@=0;=E:DAA7/11///(65+5214?:;//:>:>CA>@BGE9<79;;:9528>?K88==8A?A@(:89:*+%%%%%%,/8.:3;8?=;>A?1E>9=@<;@9>:@BHGA;C@>B<<:5=BJLCFEB>AC=20753/%'&4CECCD04013400003.>?EE?ED@B>DI?B9=>=46AHGA<5+4->3.*'*)%234;7119DC9**5+220$$+$'.6&'<98?@A8;89<:AB??8;9781<9-/3@6-&36776/>>A9AA=A>:55)+,211;=<92978<<<55((+++.,.+13129;99()4@>9:56478;=><::29=?7610*&'56;=?D<7/,31-)+-25589=8>9=:><;<@=:63+&'''''<;9;:@>>782?55::901<3,,6855*+,03587;7769:8*1,%'1)))+;;<:;;=>979CD=<=>GA>H;CA5'.996998?8;?4=9-983713248474%')*)++,-3/03(+.673021/-87<67<<;5:+.<<:E<5B>:>=3-'*-..849/2;*090--+''247::@00/(,*:@@A:/-02+022>=7<99*-09>CFCA=<=B==>>CD-=67>>=AB17DFAHHF26666947>A>I29C@88>8>?99>A>=:=<9357:@@CDF893:<9>?)(%%*-2<;=AE:;=;@4<;.=ACFA?77*%46(69%'9468:35*$46;?AFA:A>,:>A@;44624E@<9;$>&:9>@ABE=;@>DHCBMD=G@G@CHGB?EE9@===AB6639;803+1;7'<569@C;<@::>99;8)+5&28@;.-/3?=@=;:GE<99B>@C=?=(,8?/-)%&(('*25..(''+@;22./2426;80:C<>@<@7:=992375-B;?GFA?7@;=B@9;BC;AC9:,4=>@2EAA<4*0//+&.-+.'&%)/,?@?0A=76=D=><7/&&-5C9>>'1;;@@59=;;9968:=//.:CC4>8:??:<:::=DE>;=A=;??BBCF;:,;30*=?79;>>@/BIBGF<=C9?;DAA5<21/)('&.56;720,85>>3>?=@;;03>;;D=BCCD>9J9:G@?@;3BACD,=((+,9:7H/62EGC>?B=?=ICDBEGCA@CC>>=3,>@<;AIK7=56:E=CA2759@:)223<;?A<8?7.0.5B@=?>91%6:;?0565&&'4679@+1?C8.0%-;@A>:;>A>:<;?>?;;;9@*'8:=?==466A;<;B<<9;@<@8>;,+&03;;7:<@?=988A5625?<@B62C9>B?945EHIHD=2<77<;56???;4:9;@>3CBEC@<><;(&7.><@,79=:769;8:<;?@7@<5/A5:@<;.A@?>A?=?@>;;87,'+1**9DB;CDAADIKHD.3;;>@///?E=@A/4E9:*;<==::BAA=B<@>?<<298356517'*:>.0<825>A23DCCB>@GHC=9?B;==>@AB9(10$BF=8(,,(&7<@MCCDE@>A<88<***-9A:AEAI?@?74>:4897<@B=-05FFGC>>446?EFGA@>FDAAC=EF>ML?5->>7888<9;4BEFC@=D>-3,15<>;=@?D=JL99121,9$$'#%&)$$&&(++'$$(4321*$&0'0++39;'''+,,&&(&'&($''(-+,*&'*#%,+&$(.02.82$%#&(&'),/'$'&)#$%(&&'&-+')(,%(-$$%%%*#&&(&$#$#%$)*&$,#*(*(#$'$)*+)('('$$$*6@;:2,**;4.&#&-.03'((05)+%$%(%$%$$)'(%%%*$($%%()$#$$()%%%&1/0$"&%54&*/0+'-3)8:-'$$'$&*+)%%'&%''%&(('%%$$./%%%$'001+*82<=8DF=83>FHC32078:=<@?BCGLJ=)))<>>6'-7831::<;:=?367=2-323458<<80.457:9=A8CDJ>AC?IMDDD=LNOJGCHFEBCJF+3BF?&+EBGACFJMIC>=7%79:477>>668>=:AD;@BB7BAC>>CC?@E1DDFD>AAD/>-2;;:7:<<'9912/:29,/(5:::9565+0/0./0.146;:67;6=?ABC;24:<;8>;E98@;><96/+/($:88))/8&:'ABC:///5540'6;=97;HI?BB@=<2,,-,077<=CEFHE9GCEN<5EEC?6?:>;>2-2-155:88=<=81.//+&*865A;/3>@6/33'$'&)*)($&3141.17@@;267569-.()$$%/6<>;B@>=6A5H==80):*,6=A=9=><<>>BF@8747<9997571///-?B;;;<66:<4=AAHG>:CD:ED?9,38;61=AF?8@@B>/7)-'.//,$%.612296)&,4<:5;ABFCCLAF@@@B8./28;C=';?)4DEIM:@GG:>6/15:111&(2579@BD9+339A=BA<2866/2219@EDC)<%&*/1272#$%&:=>79%&43178)8?>A87-/25B;8%A;-0++;@89:<26&,C64')88;DB<8EAB?344%%$7:67BD=@<-')@@@DAGIA=6H@CFJA2===/4088?@@BF@532220?7=>>?:;A-CC@;>>4%*7368-+,7($''69@><9B?>?:6,00-:669==:6'-48BC=1;C<:9;DDDC=2376C>;>AA?B6.73601;<>545:992&$&0&/3;?=GC...++2432?:8992/02&1063'%&'<;;I;<8?@AAGJ;CE?GHDD:12,,*2.)04=C;<>44=C>=BHGDF=?76:==;=CCDGLI=BH&%%1/:1%-0050+++>@CEA<*.;=AB;/+;=DE-+&?;7785753*;.&4?<;8=B27?@?2+//<=3A?A@=>:8;;8<;.BEC76-225:;4637B///143$&.4575848EEC>1>DC@AA:C>BCAA@AA61/7==AA@9:85<<=9:?BAB72;=;<>>ECGAD::9<@>E<:C>GHCBDHH?D?BC26?<$03678:@;<@>GD874;;D==/3?==094=>>9?C?==<:,87:=8''<9=B?=:40167>))(+&&&),-,--)*-9.B7-8735-()';BGKEFCFLDBA>A>@526)$%++.069<@6B;8=>-&()-102=:C?8FE?=853(47=>;957BC79>@88<830914FDCGIB=9:CB@>@?97+20/7../6:(2/+)/;?;A7>++)1,189168;>:=?<4BHFBCCCKQ?:.6>C%F>BF@:5/0456<>?75?=30787?>889C9&%&&%0;=<9?=C7=IIIF?)*>2.885/-,**$(+0=@AC9;BD==>?572/-31$1431/0..37:863215')%15-1.==?J?MOG7832:88:/1<=-*((*'/.4A?;8;ABC<89:<090/0-584.-,-:<=>?6@EB9;EA?;22196=9BA97A<1455BG;;:9458CA?8781;,641*-%%,)2350*.*/'%.0'*7?>21@?>..(''%&+.1.84592?,C?9922.//+,7<<=54%34-:<3BBHHFF41133(24:82%%$%'+(:&+0;;6-32:;8:97235.8=?>>=-@E@BEE;@79AA/0,<1)80..>:9@<=C?8>==07,3$%;:59CB@<&%%799>BB>@4??@*-:CE9;@=??6**(1;>>AB?I>>=;C=59@BBCA73=AJGDCC7;,<<F=,%>50345=00=20/-0326?A-*:+1)+*,(()/0778(;348<>0647716889.-::12:5591429CEC6669/<.0323550<;5016:DLLHH6,.8;<>>@9>>@BBA7DB;25<,+*=9%&&<69<=B98=53C;=??8>E>E<;4BDIDD:CGGF9/AE:LKB>B2E7HGFFKF=:DB6@B41-/<<=@55?;=?@E@111.;<7<=@DB@>>27782255790::1:4335666&0/788>9-*//+*$$&332*-:+77+:9>TSPN;@>?8@<=2)%($%&&(;77/2<)<:5366?><KB@8JE:CB;;?@;66DB=?D9;)*7778;?+;@D:7=@AB329<+=:???BACD@9,+07EFFE@AC?CF?:504@BA?0746CEGH??9((=75@<699CC:+7=3EFEA(2?1<;<:69*%:6?BA?9C=?F=@;?HDCF?7DEG@8B@7@62CFI=>BEDHIA96=;=*'4=@BNA>=>C>7:=;@A9:A?AC;./FDF@;-A/>:92>?CC9:?2:-88;@=3>C;;)%&&?CA>EDA==?6@A;FIC=FH=>;328?=?E747786568478506-**,+#,'(.3('&'+%&5**49;),76<4'))'140:=@;:&%$$-./533:B:@:<8:A=-*.8=:8:>@6<=?@??FAE7:98@922<;-,12)*4;><8=CA?9478'$;?=>:+.7484;0AB24;988=00439,%496-;9:4>?=;;<70)9:;>B>0/57038>>?@A@;796JG?=,00><=?F@-&1CEB;7BI@F@8%+.10)((%%31*1/0**(+1,546413(93<<=93??BA?8?=;877A%*=64;:7<43*.0.*,168:/3*65556&36+&;<@DB:;=%*=>;:?<;.*%$%878C??C@BKAAB@A==BH====CDD<<>CEAC:;>;88:8D<;B=:DBBDB<<6789--A?B;6>?:<77;<-,%''7<:?@BDG77:=6;04=5:5G58@B&*99<-/?+=?BGAA?AHKAD-(,).:?=%)'99;C@EPQKKE@;47;?8<8,):=>D3:=>?>B8:(-B@=(37>CE<588><5%590?AEF<4?E=BD>HH>>>89(((66+/69=8?AA?B@2CCHEE>@0045+-,144?8;<16:90$$65469../-4:<;9=:;F@;;8;<5698&#%%(++7=@88CBJ>FG@2;BA:DH@:;6=7?A:0**5;8&,-:314<8A9512%+;DG>@=8**&***,62))%&%$$45/)/9:4AA;11977129:AA46;:*)<802)1>BFGCEKI65;;>9966;C4=89<=CAB@A4AA@3127693450)'(1006449.5:=45;1-69D37,**+>??5*9<=95.+$,089?>=1(BA>@>?EE><6,,82..)*CC9DBC@=>>?<@J=>?<=74/2,:<>A?CBE@;AC=8?:>BC<:;FI?@:76<>FHD?67-6559=??;441111$%(:>362//;5))(''22-+'(003()***+*26:<=<,&.DEMNGFHHC;=()%'33-<4((576).<4AED=:::8=@D?47@;=;;9DFEA->=CJHA>>=;7234<=:+*,(/396?;<<;4827?AADC?7*2/(5<9:7,82<@CFE>?=<><:77@A8HA=85??>/9<>@;9-=C=D?69A9::(+,..(%%3497-8:.)--026:7(EI98997@C=>=:++($##(-.+/0.)',-50031.00,/--1-5<@;BDDLB925:6/6<5:<@966732>.-59:%=+/?)4:,&';<<1-0D3:/0--/2A@<>@:<:;?@F>:>@B>BLJ;5,C>>D@EA@>?:;/,?9<>9A?>==33019>9=?AC?=:-+&=;>>;BDD(.AHA;<<2>:<CCDBD=IID:8=430@CG=;AA54*8.,'==559>?@C@2;>;9=DF<=@CDCA;9?69=DB@;DJH9;E@><@=<>>GHJH==(DE@H@ADEA=BB8:E94655;4$%*0/3&79;@@HJ;@><<@HGFFFLJFUVB<=>?;:>==-'>?FJIGB;8(?>@>7?A=CBBGFFE?999)&(2==9@C@CAE9FFH>?DE;;74@HSHE<:=DFH@>8CDCEHH:<@@A112=@CA9<:;779==6/,0,3><:;;4774=<;62-+$#($(/0++*,')&)*,9-()54DEA?5*-965=353/.12'&'(5989>A==;02../5'%%#$$#+%'()('$&(%2'&---6;8:A98/;<3&%%-%$%&'''')112045.0A@5;EGFD:2?CEE:F5234,22@CD=>@CE=FHKJJI>LBF:)CA>:@LHA8FC>=5?A=62@;DA+@=:>@=CD@3898?@>322(351?:7:848<7?5*=;24AD69;8/%%'$%%-*58.%/'%5:9;?7:CFF7HHE@:A>?75<;@;C75304:?;889=@BCGD?ECAI?HBAAB'+DMHD?A<36;919?>=@:7?<55736:;=0-8?E:;A5@CEGD<9824AACMKMG6<=@::;6::(@EF=2*++%$&,-7=88*+101,,79<1559689676:<<=B=9;159?IEE?EGE=),-'&1>6-+?3*'0384@A@5(324'9;BG?HEGF>;9.77:=<>??3@HDFGD?B?A:/35=84@ECC>@EFE@D4;8=@F@B57?FMAEEC@?E=IBD?@<97@EBC:=3=JC;EC7>?;9/;=;=5+7:;=>@:;==7%&(%6525=7@D?EDBA8&DE10..%#%%%-23482++&&)))*5010@;;@:CE=;567:CBAA=>+%$.157:98;?ADE<./01((0;'%%%&7,6/5:;A>C<>BC=@::8>?9=?:6-:7@AKMIB??05:98>>?@@;4/62<57CDA@E>G9/?BG5@6068;=CC>60LMI;AC;;A@@@8;A937=<>=:=BAC@ABFABA@:?:CDEA=@@::=<@?46@?@@B06::23-%11;=;?@A25>B,AB;A??>BA;=:89;98??;>=?:)))*'$2265/10*+68<>@;>5;@<:33<8?>BFIBCFC?;58,%1;2:>?>;'898E>??894D:?>401&%579<5((+())*&<>ADED:1256,'%&)$$3462/4E=;@A.CEA?B3,0&&&($*756<@C@*.;:;;<7:CG?;<7%2=@@5=3=B7$+%03065433;;8@@=:=9556FBB?OICDE>8B=**1<:7((/51389100==,,;<2));:;;=@A;EFC2.358:AAA??:38?8>@AE7::7?@>:77C34//;?HAAC65B=?=A@318::HA>=C=78%(?C877>@;5<<>6B9=>?@67<==.;==C@A@B:8=:>:7EF;EF<9BDF?AKKHG?:=>C:GCJKD6*-*56)245E<66(('IL@B8>@@86$()-/011,()364103466>7=?64,&'(178,2>CFAAGD=DEFFC>9;BAHJGEGFA@93>BE58<,+*+%$-&78;<8>*+8@>?@JA9B>:BCGAE?AJIGA8;527=,.=<=E0;,310EFBBB:69B5;;9;8/1'+<>DAFF?9=<>AB9:8;/,;667?04;874''3.2)'$..9;683,/++*/,4-0&&&)'(./++DEC:@>>;:7;=>AGF46=@B;?=?A04441779BG?@C;7=24<;:67-.5)&&&0./9;>:8,?58>?B=4=?+///*:83576;<@95'$$&($)%(.343@E>K=,?A.F==@C=:>;C.>DA0E=AE3.==C795-))4=?5044ACD:;>@EFEH?IC71:8<@=?DB?A828;56:AFCDBC-86:ACF?,810>,-?99EFC79@<;:9>7;>739666415997?F@@<>E93@4/2597=7D:><3BFINP@?>989>B><@BCA>;7.-++**,13:88836=)789;=>KIA@6:IGJJHGC333B7:?531**:746@@AB?>>89(#'&'+<>?@>;:*-:?;:.AB@@<>?CD@>>1>571-8;?CFECA8<:@ABBC;=9=@:;<3=<;8=<6B=?B/3+.*+@BC<<>DBA?<;?;8729.)%8957:<>>;B>&(66)%%*=KB=:68,DGALC?AFGEEG?>/0@.17>@:=<>E<933?>?@::%%')+&&&5556892*'&&))/:5:CDBEGFGJKGONCHB9=FDECEIK=DA-F@KMACJHD=J=>:C1;6*2;>?@::11.0-10,#'4@:;88<=AB?BACE;AA<@BFB@L@?6@?;::;>676&'+'%$'25'1699.0467DC17=>27A?@BB;>5'-*./:?>957?AG=?C>>8D@B@7<9'24658>B?=DA;G:<;GL<;655%(00>+00DFL>B?@D>B5:9GCDBC=@?7+0''*B=>7-&0;3591($&,CDDFAGE?>3309D?<.0:?999)(:2:06C>/00/0577B>>870@@;544<-0?9857=602-'75AB=?02AD@;B=49DEC>9%'5933==)).A9:95>?87::?9;88=907553'(*%+.3('.29@<50%-%854:3367=89@KIEBAC*)>29245*$(;K?@===BB7<=>;434,()8=<7711&,58:92668@?@??BAB.::AB5&-1012&(+;=><<;BDK*<1/6798?9:='''''()''9;BEB/(7@C=6=AA+'(,0.*--*815;AA;18D?=?DBB?DCDC7>/6444./<5348@?>=D@D>BCBBC6BDJJAB?EH>;6/6<8857=I;AB:9:+-?DDD=>:&&(-(($&&12-A?=>=E<(),6;=;7:>AB;5<:657:36576%01888GH2/1<)BFGABCBDC@?AEGFA@@33*/:<4FF=A$:4//.,/05@6,9C>E@<&(6:@;?;-08=F>@B;D@<9?A.(-=@<>?<<=BBCDNMKHGGK@9@B47>>H:;K>:-3@))778<>=?79<:868/*@>:LC8988:8:13.8657NF*/+:&<<<;C@A:&,8394640143=GD<@BC>?8:A',61<@@?=67AD8:<>A?A@:.,(*0.79A?254*68=@F>;A>BDGHKE;?EAGHE>=??F>@DBKM?*-8HJDFB.&$%,..7<6J)AA@(,=@<575&./39//@A?A8=446:2*$)-79?><9>6;:BDJD>A<8:3.A>965*;=1*A>@8>:64@55@FGD29?9B;>D>=>3=>??='>@ABDFBCB?),$1==???9D::9:>?=?50&'++88CC?9;:8A>C8@AKLCG>IIBH@BBJJ>A?2(&%&$'24>6:;2'('-//..=CM>>>3+-%()/0+0.0-&&&&*-$(%*:;<1?@,<=>>DF;54B>;9@5-9;;21)5::<9I7;CDHHEFO;9@EAB4+/>;C=A>9<97%;:=<:?7=9;DHH?ABC;:<:8:;8-0))*)'-2'''(8:==?>@BGIBDEH?B97330:&&19822/.09:7>9@@@++722464&&''DFHCBCABE>BCFJI??889D78==EHCFB879<*%*'*-0-0+#$+-456=95;?GGF>&*.,3233356*(%$+5945::<;0,,,';9>:7==DC;4)5?=2A><*?D>9;@BGGF@GKE?FCI99>BCBH=53=BDFNGC=03+*),.DD?DF71>D9ICGI==C-88DBCACC::=B=:;8959**-<6@D:<><=?@=>$%.&1+%+AA??C@F:HHI;C>C?@CB@=C9>D=B?>@LGNIHDCACB><<86('9:?BB<>?B?=29BC26;@GC<37EFDB=8=?@A2B:CCD@5;<?ACAA:9>@?@DJE@=9BC?EIDCCC7===9D@?$.3.:=4=;*(((()$/%+<;7548:?>AC<:FF=A?IJG;/:----).+(2-AB:H;;BEA>>4679;89@A8@*,889.**$27:9;=43=;2-78(**-.04,//9<37@98446;,<:38225:*+%*5:7><=45<1=:=D2-9=30.13CD=/%)1'2',?;;>FHNLC@(/ARLCFF=M78FC345673-,:>=><@=>G<:D@?>;./++-6:%('&&,/8::;>>=;/>D;D?&&7<9;=><>;65+6.97:7932:?E<:A9>EA+*>1+759468?=<>;>CDF7E@@IC>CIB;A<:BG5::C:;>=9<=AG@;('8'/>=E8;=859ABB<89B<9ADCDD651GF>34<9*-)),?DFG@@@?709:G>HBL@=B:58.6=>HI?;<+,--10)(*0068;@==A?C@BC>H>?=:0=?EBA9;:9A:@?@<=DMB>../66;@?9D3:$$#1263,5747@A?EEEM@;LI85B=B?=EHMCFDLHKH;:***..3599195/:7*)),0*&(('(014(AAB<:CA7GH@?EA?::)./320&()(64683++-6<<>AFC=CB99C<=:947?8>1<8A8;779=5+17=:7++,,%38??=?<><4*89=C99;CHD8@A?:8<;>ABA5.EA.667??=857(,.987$($.)+:-///3<:;;=5<-0./2*(&11414B7%8200*&%'$%%#$$54<>@@@BGDC+1DF89@.2C>B;$&1.1>>A&'@:*15<>CC;;5<68.(**$&(-+&+78;CG<@@F:9<==5H5ONMCH3>3/2/,+66.15==AA81689&146,0:==:0.5150?ACHIC@C?BJIF==0:8NOM7:DA>JE=:?JFCD?;A>79;;7C>BDE3;74477:;.=8<=8,((()*>.6),.*448.(-2/27'4:<1=990)7756>A>AGD@@B(,---'?@@BD>>J@C?=ICEC?G@@F)JMACDB6=;:95/%$44/&%*-13+06:?:@B:76('+)$)(0216*'3??CECB?A33)+'$%'+000///*01./*1320<=?8(?<256?=CDCDD=??FOBB;=><:5-;;?DF@?>@;674;BDFGJD2:;%*@;:BDH>9A?=AC88,+(*&%*+8;:69<>A@.;4=>?;=G9?3:>A2*365<=?C@>EFJA258CAACB:8>7,=D?BCEE>/9==@CAB=EGD;AEDA=99<;:-1-&&.09:8465670,*(%+::86377)*&+'%&;:>?B@3+67737;1.%++984?@<6:@9*('''32112,2(2=9@=><72ACE?9>ABBDDE;6656.00)*&44>@?=>MRGC>696:878:.=$$$''((50$&'%&(+447;=BGFD470:1,70,),867:98+9DGCAACDE:A<92CG>=>89347H:BD6431.'2;>=7?GF@G=DF8=>ADEBA7EECCIB??48@A7?CCB:8=343@@31:9:<=967HF>>@@+%'$$%+@I?>JJIFB*0@@EH>@GF??B=.3';:@AJGLDF@ADBH<+&&&12:CDA@G8949=<>:7ADHDGDEI>?LMCFBMG;BBGA?EE@CDF::88*69;EF@C;<>?GE>DCE/''*529F975=02345,)(,.:.<8:51&,&%%%)''&'=;>?>8014/2-(&$''78;BB?BFCLBC<8&;3<80,0)3+.,.**>8*8:935,++&+7835387?=::8>,066B%*'')8BFIF;CDD32;568764'(-54>9;@==AN@A;EBBBCB>;C=6:A9($)$&'-B@A@<;999=<4&?824+$$"%&4367=DFD568>:-28AB?7B=@A?A9+89??:8)';;01:GG)@79>4DDCB?56:29?@DEH<>><2<*''48879>;EHDG7H@D@@<85,,1'9;<<4(+8=?B;7*+0BF=B:1/1?:7995025;6H>:;:5',57;89:DEFBB0/2/AI>@?;:<2/9),:8).6-*%((#1+%(169(&(-1473&-97<@:<9/19;D>B@967:86,0/,154C<<=--=A,)=59;?=<@14/*)+2'%/..5==A><@255?>986@C??119=;2<;71**59A@A>@=;<>E;FDA?5964$%#'/:9&'4=AB592,*++$%-'-1(9?5*87GE;>JHHAHF?<488GC<@C?C;D;79AAAFAE@=DGC:7?5?449=>AA8<:;::3349:<@FAF17E;88=4:=@7;<-')669?AL@>@?JGC;+',6:?9CCC@6/(>AMLC9B?>?3/G9>;DND@FKG=CEGCF>EHHGD=C>DC3:C@7FA?:,/>A@C=<>>DD@AIIDERGID:@8><>DFG95:873(55++'4@B?76/-/%&775:>'(.0-.(*,G?@>=2&$),/198<=B=FB87733-=;>=416.0G?)&::6../),8=36C?08;45>ABCFA*<13<@922A@B;A808601/,&1)):&''*MM9:DB?BC<46-85'A<8/779/-(''-CC==A>62<2.A/240=-:4&33:::;CC?10/<:475+'&),,482C89AC=BFB<,1;;*+;@@A9<:63;>89;3/@@BE?22429?;<556:655=;<>,2/25:=J9994702010=A+B>>@@;?;*1:'(5)86<;/375217--.$$)*+'$&$*+%%*+-*(023*+($#$/9::622301&.&%%*29==F<899CBA;3?E0+=96EEF:>:*.6?AEAH@@''-%1.,):($0..,686>@;:9>3/:@;8=A=?;8<5@EH<@<7=*0&1.4:7;=26::5-:3.9=2-33<>?9:IGDGDFE;@CBCB:(')(13:44:=@CGB=DEG?698:8<64-,;5555(/0...%2/>@<3BABIJHBHGFC>;86-(;7.:=><;ACD542..+,9B?57679;=?<@A92>?A78?=IBF;<>=6(00,/0<9/32;7>B=BC2//29<7FE<+8?422%'',',:7E>BAG?6<6B>4/01EB==A@??>@=992$(5553@G;8<>:',&&$%&&./,1>;8;>AD3CAAC>AD8C@=>.,<>;=6349<54;A;A/*4@CB8F9?BCCHB68D>CBF@>@AED7;=@;A@B??AB6CH@.2;C17=DEC=;3)()*<88,&7E;;;?;;9$#$%()$%038987<@<;A80@D>=:;<>6789;EEE@EA78;=;>78<9=@B<>=8DBBJPOH<:?>>A7=<;==66AE@=46:;<1$&$&%)-/.65=A788@:9CE3:;1627;,?8?A:?1-:A<>FGFA:93'299<4?8:<9+$()**+(377;++.AFG9?BG3??=::@?B%'*565.$20)&%'4:29C@DFCEE<=849;<46@CDC9DHFD=EF=DGA=>>:D>@AC2:D?AED=><>=3128:BBGC:<;5?33:8CEILFFF:*:IJD?;<@;;/$$$'%2>>GGD?E<36;??@357680//+/-/6@BJI>:A>9;84//5:<33@7A79D?=D@?;2%(%$$%$6;><6CDJG-/(+-/?:;0=<==.@5==>*/7<::=>=>@EEF?:>?=A@>229@B=DIJ6787,01?;B=81B@B<4.-(*.)9@?87:=;+..3<=69AENMD9E:CBA?811,-'%*5683'05339==@G;:58>CC@B>:*,6-=ABDHCCH?D6?786$45;.7'3(:-0-,%%777:?=BB?BB?A@<@>:>?A59=@33=)(=-.2&'65-.02>?47=DKCJA233.?A>7<6>9>8KH;=CE??47+?DFI?:BE>:;<9>:@CB=&&'11894%%%%'9<2+23>A6;+8,)'')&&'%'6:&(9;<=<;>76788;;<?@>())263==>BCB/&1:89?:<<:4254;%*=52;94=<6=:;B958=;AB61399,1B:'+37,2@A9?C:;/:5$8A==CB'.186=>679>-&&:64;95416500//*.+7/$%%&&+,+3)89A@<@-'244)%($$#$$-24::<%12.-$%%$#$%$%&()9:=@373'/2?1*<:51($(88BKG?%)6=:76>71($%$.+++-+-,1)+443426;;/4?=A888;DD,D<@BBCCECOGC@9:9844452BA@DJH>A>F78;>A@.+1AD?C;;DD;;46<79=;-2<889:>:;;8===;H>CCGA>A?AABDJBCTMHG(?>;?=<:?9<>;>:<=FEA8'667B@BE450,.&/1<GGE>@?G9C>:@78BEFD>-+7:9>>,8::;<>@A@738368:>FC9*)(777/74@9;))59&,0<=B@:79@<=<5C9@AF>C=19=;97,/,-./-*=;<8##%*+.40%))**1?=?BBCIJKFK@B=?@?@CD?2?>*+C8=6$$&'%';@B@@CA@CGG;4?58;<:7@B@B=C6=?8,E=7:<)-1;7;=;>??:ED@BBC>9<(*AB>;@AQPFE@6>E@@BFB=G:0*DCCEF:=AJI=EJD:@524EJ@A?@>>DEFBEDG>J:;?@<=:%;CDC8<>BD@@CD>E@59846B3((44;DBEBIJB89720.;<A+%+1/,''6748=8('0-54,G@<<&*::<=>CEIJFJ@IMBEJL>GHHA>;69:AC?973:;357ADE<9>E-=76/;=C=;9..0?>>0%%>2B@>C?@G5@C@6>7AC=?G>33359DIA?*:<>7:=:-09:78321).5<=?=**8=<=4>@D=FCA?=>FF==>@-0044,9<>;8?<,$+A987773*%)++0)5>?:8B9A>;HB>3<=.698400////.8650010@F>9969>@D;GE;=?=?%%50299=DE=CF@>@===>=-6A;;99;;=6375984614;641445:<;03+<-:>>*>@A=93HF=0,%((5:ACBBCE@:=>0*89;<9359@;;48BCB@885A@>;?;89533/-))&&'&57;><87@DEA209?@9<:CCHEB>?>?>C6=>LL;>;9AB4A9@<999;80.&./19:@>;@B5*:77/>:7:*1*%1,4'33.=??>*(//;6<>,2>0893=96@?GFBC::599,&$$)&$+8:>9CDOI5)E4/53>>>EHGGFF@@554)%.2,-+6<96968<3:;@FI>H@@ECH;5G>;:BDD4>?@CB;D=:=?<:/5?:?68EA@@;=/10'')3261/-.*<38C?9558:;99+&%%$##$%%%%>=9<>@;:>>>77;=9D6>@B;<5969<<=CCD>/)8;A6<=EC?@?>050---+-/2)(64&.=@GFD618>>A?38..1)9259868:(089;;?@??95<;99829:8>ACB,,%913:89<66,.,''&)#)1306;5179524A@67683&'%##$%&-/.6<.@BD>@:71,4'54,302848=A7>B5.7:7<9776.CB6@;3862:79?866DB>@<@@6A=89:98>@@IG@?AGE;<154379:=1,8>CC=:?@IKF,.B96=;<><<79?@@<104/1/34<;;=>>422A=EHFC8570;;85<-'.9.-/8>@469>:B:A?:<89@AABA9,32;:79:5-*''2,),&55CB;>ADB?8+$&&%$$'FF>5;CGB?)*/926;<5500-,+'('458;3=99=9@8=9;AII@1223104:99>69:6=A=8)'%$$%#%,.0,29;74<7@:A=>9>???<9.32>>DC<=<8@B?:?9?I<::;D<>9?BBBDEJ>@:>>8=A>>@@H=F<-9=<<879'*++++,,+,+(((+28><:@EFD:>48?CEGPGCIAA=:>8=>AB;>;?9A7*.9%%-6;>AC::5710+09<9<&%3%>?,&8-=%46344<;/3241-<%55?A><)-79;801A<87A980%&&''3376/%+'('*74/+*,'&9879;113,,/,$A-?@7BEB59EG08;?<>?84>?DHC?ADL?=8@>?BD@;05435,0;@A:1)643142'$%$%%,($$*,2888--21@=579?@:<:995::259>86574&,7886590:;2-1946%*5686/<9'%268=C@B;;ACDF>=4:;5)66:A8?EA?<9*6>@3/;@?;.&%(,*+.&&*.('%%'+$'$&(557766@?@E8;10.576/4)*)2123BB>3DF8'.))+35=FB9B=(,/.6648<>??DH?5447868685?>-/789=@9ABEEC?>680@C>*,7**::13;CCC=BEC8BB@@B91()&*)>?99?@B37;58:=???<>A;<4245;>D=@9<;B;==DJ?=B=968EC?3FGGGHGAC=<@B<:777820??@=9,,*$&'4<;9?G6J7DDF:9=@EGFSRKICBBC/,3783.**),$-075+<6E:+%+)$$$$1/22B<15E?=@JLB-(&,279;,973=6+*++;86>F@8./39.,+,/**++%%%12((1*-;;=??'<(:;''#$$'6:<>D?:A57<>5;B@AD.@7?DAAA>DHII=;=+./>;@AJKH?>9?=6983DC>>;=GJPP<86<=:HM?><;C=;>;9A1+*3#&&%'&&4877<:4=330*//2/09=>BC:90115;;<346<=@G0>(>=99;77.-&33+&&%&(7;:0'$%*/.B=@BGGFHE?B:4?:?;.(((,0<=??<;114@?B@==7*&&5)/22.9D>:;:;A>>=@>?7>+0AAD:EB=@B?<@B5>9:=+674>B<2%?44485.0--,,1-(*03524598@@&)'(-=;A@=,,:3;:?DD>K@@A;>?@A:<$+(&((-,'*05=?,.9F;<5759689=9;B>4722=8CC>99=<>853285+:>D39>9DF*809A?@=JAC>=@C-%<0:5)*)+'+**/*:;432'85??:/1=<7=AB76@?BGBFAA@D<9?8:?@<44-''(5/:=;=7678<;9IEH8=AD3<;<%46799.45879:,9-AC?:9>@6::$&(&/1;403=A?30/:8:B5:@AC@%%56'=7*&&++2=??:@A<48860),.421((%)(+7=55@CII82>>@B>1+88==CCLBA:<5>:34**+*'(/+;=B@714('%+,46443;:@C?HJBG??CDH9?854..,$%%@?$$*;=IEA>1;==II<@99653>;87;=8=;4?C;AF>?BDJ8F<-//577ABCDFK@--.1154*,(B=???B-0:(%12/6550::98,1CCDD=$?;=B78&&&13599A;>@@JE=I;?49;:4>C>:?A>CB?C56$$*)9:BAC35=7>=>BBC>(00%%(AB@6?EBI=<=6AB?8D;9>OA.<:>,@&5AA?07;=<<<8);5:;>='+61.221)'-07>AB@<0?8:;*7655>)&&,-1::;876=;EAA;=((66/1*+/&'),8=:+$$$6:;;5,;=@47848EIE?3/.03=;:;A289;A:=>7<;AE9:53>@9774=:>1BG<996CA:89888FA-?D=>D?.*;),-+'+978?A?:?=9&&/749084044%'$$.47=8=>AEDJ?>4@B74:?7:>&(&(,BA?BJMMICD7;89:;>,3CG>DDA7:BDDE>EFI>@DFJ@DC3.??-//7:47>==;=22,>ED:@>6@A79=6)'()(.''$$'(()149-//)()(%&&')*25:D?EB68>=B<;@;)'('9;2+.//>?5693%<>>D=B6';9=98?D;?53%*44%+?65''587/8;8;>F>23(265&45E955::0.*,'''''><,$7;=B6-4=:==?CEFAFHD8/)0;8;1<57;>?:8?0=>?II;<8DG@>H=<=8460><887;@8ABD607>>;D3,671-7>23>137)66/09*>8:0,7=';6:=?=C=@A>FIABD<:@BAAACCC8B5166(,.9CA<5;;8?8@7;;<879>;71200//33.0-%$%+5659FH;18B><@EH@;7:;==AA>7CD@8CEGB?;DC;CA??;9.+'&69<>;4/0;:2<;;85787:6=@;;DD:@><>-BGGH@=37BBBB@7+(2((*D=>9<7?FGAC<;@FG=@@D?.=EFJF8GLB46--:32CA,//0,5&&'&*+-8<8F;G:?9;5%9>B3$)/243@DCEFC<>HEFAHH:<48<8:=<>=?>>CH8A:3''0:7),45)))8<37=@<=ACG>>?ACCCB>>EEF@B3.1.5;9>;C@@E@IA<79A--CE@9-5886:452;+;<>HC?@?<8:>=*%.-(,1((35*),,0?AD>666811)5'&&(**4D9A?9;8BB>JKICDKAKBNOKGCAHGE6A8A@?=/8>@>ECIA=)3-/41-9;F=9<<>;1((<*?@;;BA3AEBE>A''>>?=92+0*1;@:EE@8:AD6:(76DD==FHIDFC<@8:A;3;>0932=>=84&');;:?71<:,.8:@@B4,+105=><;-.69=?AIDHKI@FE<%%*21-,'-+0++-=A:2:=@@A@:AEBDDA6B>>?01+21--(8==?C?@==A<?1')*+,,/:@4@6>@=;==8A;<>A;=@.07AB8:=HB9@;<@@>)((;99BB?B@=@A=B7;<;,0;=C?:<><@@>/&&)..747<13AC5062415/%&&%4/331>?;=8-''*$4984463<;A648=;?A?578-CCAG?;;?78::010AB;@7>KBB3AFE@>?@?25?=99AB66EB?BABC?300/7=;@??;@D;?A269=<=E>B<>AGFE:0?<=.DFG7AB=?8--/(%%%%)%&$$48$&)+9*;8-/*5981324112-.00)=72686;?B=C@:29;896C3.6<2>50(%$$#-+-.$%%&)41/1''&&,5:<7(8@;=12)))5;AG@.25<442+:7@B;=EKCB4;8<;80:9*-*@AB??;BC7A;19>9@45;<0/46?A0??3889;A9==9@,>A=CFD<8:?DE<169=73689:/55BDD3*;8**..,+9=9.AAB@AD:A;GHFMLI8<6522/7>=FC7;-.<8-+-/22280>@GK?;=G?,1GB@BD(88598-B?>FIHDBEHDCE@B@AEA@AC?@<7-&&/5IID8B><85+(&&$$$*'4572.$2A;99-44;;:@IHC=6:@?CD=@@<9=<;06;;;54%)76==&84BBEH<>D=BC=?>>@<>DCD>>7?=::?@?8?@=ED=68=BF::CC746>EHC<:G@:CCA9%%+')78,,,5B995BK<=?D>BB>@B<5>E01AA=?A>?>@08;B<;<@+19===?<:<89556./*+)04>==66776@:5:?4DI??>>>&-413,9;@<78113'&$$$$%$$$7;<=7;5E:;C-))/1260:9>/3*,36:@7>96=DA?ED@2<589<>BE>@:7<:(86/1AA39>BF<>C>:>;>7;>:784--?<=8>51<6DC?A7*%)**)121638GFAB:=@C<:6EA==CFHEA>7&+C@CF;'(*+723))'%%'',>=8686=?<=((*81(+325.*($%+,,.%0'&&,18?AG028;BB;;E9/.,==:4067F>?=GONB<932',)<=>1>644B)$1,1+&8<969CJ?@@D?=<-?@;E>4:C8<<=>7;A?A:9LKBGGK>8F=;@KI;58B>ABDBA>>7C>',:=?1?>9=<<>??C>8?>BD@C455;45:<);;25@;/03(+GK,AA=167)))((*==>1)<>FF:4+&5779@DB@B6:6?/A79=-((&)*4CGA;7:;:87EFG@69:76945;312;@2765'=*BCG=?>DH>%%99<916?:<=AE=4522226.+22=3=9A;@=<.:7:-/<>64ADF@:=DILJ8<@ILHA@90.-'./.97;<>;CJ@EFJCC@E*/@881882,6%*0072:;AEBB7/4C=@A@3'+6>9==?CDFUSFJ@95;/-1$$%&&&%$$>B?BDB-->==?31%(1/3;>AE?4>945769'-*++4=24&(%%3875/%((1.6633:=:EHBC4+12,4&4@B>)7=AED-/-0&&'96,,+9AF<>G67<6@CDA;<::=@C>?=9=A7:CG3&447<>>>?:5+-()'/6/00,-*6608+AA:85IAJLJAF/):=F@6=;A89>>F@@7::))''''9@978231;<=>?ACEG=<;;.@@,:%8B,//598:@:9;>648AB>???>?>@:-?AC?4/:=?ABGJGIF;<EDDFHF=>C@*@A@?DE1.+346:972HHIG>,8&$.&&18:73:=>=<;>KFE<,8?@;77D=:<8>78IJLJD>1-5<8821,))*/-(+&%&1567CE?;?B=66HG@DC:)3,*)20$$%,349:.-&44:=B75/:;:7?<>2G=8F:::3+.43<=>0.%&)%%119;)%$(0;=9E:99C;79?=6=B?BA>;,**('&(2569=>A7@@:;@?C<:9FHIGFABDG<<;:.5342'&#&**+:)&2+;;4BDB?F=8;C=5959=&(-+*)()+7:20:8$>?CC;:RN*>@GC8@=9?=002%'8?A>@;@@78=><4.0<;@CBEG>9?AK@BF6H??@5=EEEE:?C=672*=>19<51+*4)2(498??>D@0%%))&$#66;=?=?AD?<40;=;:;>A0:85;><>2'01%$%%#&(->?8?774:6;2?;0;B=0+*,22<:7)=93@>6;=A;;4132*/746>44221;CC>,'%&>6%><5AEB<4>??32A@8EGA+0%%:>22?A98782::./&&&>?>84-079=A'/98=AB:;B:857;>:E>A9>:,'*@=<;,%58:8$'3583==992*'%&*+.36.2B:97::;BBD?;;;?<;A?E@=:5?745:?A6@<=;=A=76;=<-$%(0/39CB699@==9766A>7:9*%,158;<5@ACECB<;>2:..453:577699=6:?AB=<>?@A9B45,8>JACC>;<99@8:C2999;<95**&'(,:::<>A9-%%%&269.--,,0')-;727;478=;16<=C>EFGCGE??7><>9:6>96=?9''')&56:6=BG;A>:<=7@1,+.*24.../73$C<>:<;4;77;,')+6915>7?0394-283%((357685<@=3E7;BLMF=<=@BBFSSGJ=:78:;>*:,3565;;:?<=9=3?A**12534>A>>@:9356)%$''--2'3847@A==IJH47:F?J@@GA>>@GHD@E3<:?NKBC+0*32.*75''5/;=;4AA@?JIGJ?CB*?>6*&&'88>JK;<8>>@;A<335/111022<8:%%)(+,88?@DC01+DA;F><96779:@:-D5&1$&675>;<=?<;=??@?@BC3*&)&&4DEDCBC98,1998;B%%%1--+&%*(/*.>35:=DC::?F5E0),9<9<@73'++-;30/0'58B@=>HA<@A88BCE>CB;9:<9<27;9FD?F>?@A<8123)%%%%%&)./597<:;/'74.>@@55??86&56((+955588><8>@><::=@=464.5----8=;0%5-08?;?@:>/431(459.*323+0,+6:8>?<>@?@99DGDCG=GA:4<<@?CA=@EIF>>('=9:4-)48,,+)&'234/36%%/4+2<>A371861+7667-2-0;@<9+,,=AB*$91-:=?D89=6:<0'$$%#,4;:BI@3HJLF>@>=9=EF:665<:402,+*6B=;@652342,130>:B9;46<;/768@A:59;6<10+,,,'''%&41/35?=6;<::<9:;'750/2%*&'%&'('.64,421):9?@=?<=8;6)'/+*&)/&$$$#$'335@6A9@B=(9(+'375-'*(*(&1:@@@8<=9>?>855,9/.-DL?CF<.-:>=?=G>:B@@?CBA6B=::86:<68?;F=;B<;<<75467=@?*0033.57;12=>+1;@IGHH>D@CCC;0+8:5204?BB6036678154'4*8;6;A5,.(''/133549017>;FG?8865434-2=8.33,768==>313FDLLGE>GJJILDD9<:=DEFI?EFEAB@@A$()'*0+1/89;;9>@>@-*;<<<98653:+;?8;;;985:;6@:88>;;A<=468B8$$%38330-77:7>;;26:7.+-..49=8''(11/-$$<3'(&68G..)4876,(+&62C:;;=7<449>C>8+38;:/'1'%,0629/<4'%&('/?>7;;57;.157>88@>@B@;=EC><;5?=@?5++4D7)1EE??BE959>8595C$*=-=)*8;:D@9/@6A@<@:+,8>;;=<<6:2D;>6=.98:-2?B>8:>DFF>@F;D>DHDGF@;>>ECKB?EB;>;?HDCC:>,=-660+(*&7?>9<3>=C3>9>BA;8;=99BD;4@:CD=)))9;@@@?BA9=@;>@>?6A7=?><956:=1?FGFEB8>C?:D:8;8KB5=0=@:9;73692?>>@979>DB@>?502?<:79,)))))-45/1<::-8:5;:6B9:::0,,*027=AEKGCGEG+9;>BDI>AB:=,,,-+/*)7=6.39;C,?AEGHCCB;<212%3''33,.$.6@@=8:56<<+D?@9:9:91>CD<>=@HEC3/8=B;::<<<>DE=DED<7:==?BG?8AB5,'*58:?>@=:D>@?DFEFHAE@;<;;?)99@5)+9/%),*;=6474&',+)+7:;>HKHF?C<8B/5'%%*CD?GA<@@A<;/>BCDE3CE<=B-()5;5)??AFGFAJKIE:===FD:.77668:>EQO=??D@F5498**-(+6+(48>:;5&/$%=@G>AECF9:(7BB9?CF>=<+@CA8=BDCD>AAE;<=A=?BD:9/01:7)+($)/55@@.)'''%'*2566&(%+,22;778/301)',?35;?=<7@<6<=C99@=11/3@E9=;;;:<>?>G=:9<:+)+;8*-(/-28899@G?C@;?*)$('&-/((433130861-+37:=C=',@:>FBB68CFB8>=CAA?+*,(4/+-351>BBB;;95<@=;5967801+9:6<=@D8<><049754*,13(/(538??<<>@346CA:DE;@<:@<:6753(((%$$&%&$-34;>H?@>EEADLLIFAEIGFD>2?F9(455,<>B<3=55>?99:A>=9BD>4532&#/786234$)'%%()--AE2,0&4'137;>-46:<;>@D0>;?B><=@=DC;:100DB?;AD?2((,=9CCEC>A?:?A@H?&(:C<:1>@ADHF>>A8438D@E@>FHGD=<3*JFFA987:<5;4B;DEA?AGEAIF@BA=67B;>D)0>;6.0.(('&&&-#$00:<<<,<&)69;==9:1B@68;75,(1/547=>:,))33+*941<<@B667:=79GG:9*.@59@HIDF@:>C:12B@D-/5/45426<654,/($%-1,$$&44DFCC;+3>;1:>89<;:1765:>569ACD=><<:/,0/,&$&+''+-3367<69;2./33464+*(*7<-,+221?:1235@C='$(:8--1;:08/3+(57>7%$$%&,*053:=8C<%+B=?B;>?C&*8'$)&77:<5:----113969>;CC>AFAC@HIB(91;>?>71B?FBF;;CB:=?57<<91>33><8BB92262;96=BJC78:4+)66;<@<7=@CB@:7;84$)+.04@B@A498;1-33'',%19>:;;@)*,*1)$+:;AB?@?<05?<574A1AB>8>:6<=./.4<4434,2-5599.9:>?@GGEC9E=?=?=BE89))1:1*3%788.'044@9E;;>?<75=5=>=>84,/2@DEGB?EDAG?G5CB8@8;>>A@9>=?BGD8IKJDFBE:AABBHKB?20$)),.0/.&142-<<@AF>@G>@9@;B?0-8-;9;=BBC<*656.AD?GB=(9DDD>D3A??9>967F9:AF8?48:BA>@+ABA;-4861../)-1/('+.-./011:;;:AD>977=H65;?83<88@=CCCD>>@@E>@DA@?<.FHM@>>EF=D?;CGBEDFC<@?E@EDF@C?@>CEC@@@@:@GC@9<8DF@@BCDCGH;:?CEF8;7''*30&&)-19733::?>;@91+.1?D=ACED8:E>ACC??5??>7<9=>FFCBFD;?@:;;<>A@@;>;9>@HRRPKG@JACCE@=>744=A?>BFA<=9AB?@><;;>;8>?@/468-*6==27@@>2>>=/2>>AA67??B>,5B>CCB?@@;<3C5B6A1.5:+.58>9;:;1;;<668<:;A3/78488;:''#$)340@B;1HH@D?KKH@C>@BFFDBCIEBILLKC<=DDC>AFADF=>>EDADEE?BDDGCA@B@EECAC:JJKFBACGFBBNJHAEK>DA;==@BIPKJIBGG@BDF=8=@6:;7B@ADA>=?5CDCFHB57AA+>@@>CA?<99(/+78<@E;EGKB=;;CEF<<=;485A>01645;><<=>7::89984::;5;JMMIB;EBEA;?AA>*&%%987=;=GIJ=D.BFGB85-E@GKLMAFG@HLJH?4FNJEHAFFHBBGGJG1LC@EKLIBCGMEJJJA279<<@>;:>BFIGGJHI<=CMEJDTQFEJKLF?8>AGDA@?,$$#'8::DD:''+14BC@>;9<@;=.-'0(%%%==BFTSF?IG6BCI>>CGEJJB?:728<<=7888=:BGJIG>BAFEHC:GFGC?>?JH9M9;JJDH:?@CA@BB;8GEID:=GG8>?;51+5.*.8.:?89//1<>DA4?B469;=EIJB<432.0BBA;=FCKLE=9IJH<7@BED9JNHEA7<=5>A109GAAC@D;?6EDKG:9?D;@HG==>:99;<67AK=GAJHFBC=;CEGIH<>?BHN;@H?CD?39%%,137:;?D@9CB>==:;:70*4>>B75=;?IF>>=B>CFGDF;B;847<0%--+,:;=;886@AAHCEJKGEC<:@FFIMK?@AB@B9?FEF:>>ABA;7465369>C@<:<;:4.()))+&)'&/23,7>?EAABDE6))-<=@CCBB@FEGEFHHHHAADDFA78EHB@>13ICGB>ACD;=B@?D@B@<@@AB@7;@>9:8:.*A?AB?A@//>@C<<9;5A@<>8>&@BFDCC?9;:=D@BGHDA;;92(++,...4::::9@<=>75@;>BDC>=;5('#//?9AA?C>7=@?7;;:''*01,645/'+50=?ABH@BEFC8&-0919<=0/59:011*;A@497;?;>C@346>20.3A@?@=<%*6981,207A;=FE?47>=A:BB?JKIBDB=011.7119?B>ABA>?1?9;=124443*;9)+(**/8:@BB44DHLLEG<;7:7=CC<::7<28-/9;;:>B@?@BB62;?:DB=4;<:9*+*/..4=;;=FIF/+576-.0=8@AACDFH;=JA@DECDGFD5DA@FB;?O?A@@';?@C@DDGA?<>56;5@HIE::;>422136595789::;=-<9BD::=ABA@8CC:=@>:7)?>BCCC>,799476<877.;6>B=CHKIHAA@B@B;DEAA>B65;>9:?580035@A@@GDB8>88;:>B@GJHGBA=BD@+<==:?E>B879CB?9@B>?9D8,2-58;22:6=ECCAFEGGDC?A;@99@B4-(& @SRR14011045.83219 33c9781d-65a4-437a-9376-8dd7c31fec5f/1 GATGTACTTCGTTCAGTTACGTATTGCTAACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTACCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACAGGCTACAGCCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTATCCGTTGAGCGATGGCCCTTCCATACGGTACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGACTTGTTGGTCTCACAGTCAAGCTCCTTCTGCCTTTACACTCTACGAATGATTTCCAGCCATTCTGAGGGAACCTTTGGGCGCCTCCGTTACATTTTAGGAGGCGACCGCCTAATCAAACTGCCCGTCTGACACTGTCTCCCACCCCGGTAAGGGGTGCAGGTTAGAGTGGTCATGTCACAAGGGTAGTATCCCACCGTGCCTCCTCCGAAACTGGCGTCCCGGATTCTTCAGCTCCTACCTATCCTGTACATGTGACACAAACACTCAATATCAAACTACAGTAAAGCTCCATAGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAGGTACTATAATTTCACCGAGTCTCCTCGTTGAGACCAGTGCCAGATCGTTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCAATTCGAAAGCTTCGCCTTGCGGCTAACCTCTCCTCTTAACCTTCCAGCACCGGGCAGGCGTCAGCCCCTATACGTCATCTTTCGATTTTGCAGAGACCTGTGTTTTTGATAAACAGTCGCCTGGGCCTATTCACTGCGGCTGGTATTGCTACCCCAGCACCCCTTCTCCCGAAGTTACGGGGTCATTTTGCCGAGTTCCTTAACGAGGATTCAGCTCGCTCACCTTAGGATTCTCCTCAACTACCTGTGTCGGTTTGCGGTACGGGTCCTATAAATCTTGCTAGAAGCTTTTCTCGGCAGTGTGACATCAGAAACTTCGGTACTAAACTTCCCTCCCCGTCACAGCTTGTCGCATCTGTGATAAGCATTTGACTCATCAGCCGACTCACTGCTTGGACGTACACTTCCAGTCGTACGCTTTTCTTAGCCTCCTGCGTCCACTCCATTGCTCAAACGATTTATAGAAGTACAGGAATATCAACCTGTTGTCGGCATCGACTACGCCTATCGGCTTTCGCCCAGGTCCCGGCTAACCCTGGGAGGACGAGCCTTCCCCCAGGAAACCTTAGTTATTCGGTGGACGGGATTCTCACCCGTCTTTCGCTACTCATACCGGCATTCTCACTTCTAAGCGCTCCACATGTCCTTACGAGCCATACTTTACCGCCTTAAACGCTCTCTACCACTGGACCGCAGGTCAATCCACAGCTTCGGTAATCTGTTTAGCCCCGTTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGATGGCTGCTTCTAAGCCAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACAGATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCTTTTCGACTACGGATCTTATCACTCGCAGTCTGACTCCCGGATATAAATACATGGCATTCGGGTTATCTGAATTCGGTAACCCGAGATGGGCCCCTAGTCCAAACAGTGCTCTACCTCCACGATTCTTGATTCGAGGCTAGCCCTAAAGCTATTTCGGGAGAGAACCAGCTATCTCCAAGTTCGATTGGAATTTCTCCGCCACCACACCTCACATCCAAGCACTTTTCAACGTGCCTGGTTCGATCCTCAGTGCGTTTTACCGCACCTTCAACCTGGACATGGGTAGATCACTTGGTTTCGGGTCTACGTCCACATACTACATGCGCCCTATTCAGACTCGCTTTTCGCTACGGCTCCGACTCTTCATCTTAACCTCGCATGTAAACGTAACTCGCCGGTTCATTCTACAAAAGGCACGCCATCACCCATTAACGGGCTCCTGACTACTTGTAAGCACACGGTTTCAGGTACTCTTTCACTCCCCTCCCGGGGTTCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGTAGTATTTGCTTGCCAGATGGTCCTGGCGGATTCAGAAGCGGGATTCTCCGTGTCCCGCCGTACTCAGGATGCTAGTAGAGTTCATCAAGATGTCGCGTACAGGATTGTCACCTTCTTTGATGGGCCTTTCCAGACCACTTCTGCTATCTTGATTTCTTCTCACGTTCTAGTCCTACAACCCCAACAAGCAAGCTCGTTGGTTTGGGTATCTCCGTTTCGCTCGCCGCTACTCAAGGGGAATCGATTTTTCTTTCTCTTCCTGCAGGTAATGAGATGTTTCAGTTCCCTGCGTGTACCTCCTAATGAGCTATGTATTCACTCATTGGTAACACCCTATGAAAGGTGTTGGGTTCCCCCATTCGGAAATCTTTGGATCTTAGACTTACTTACAGCTCCCCAAAGCATATCGGTGTTAGTTCCGTCCTTCTTCGGCTCCTAGCAAGGCATCCACCATTGCGCCTTATTCACTTAACCGTTGGTTAAATGTCGCATAGCGTTGCGTTTTGTTAAAAAACTCTTTTCGTTAAGATGTTACTCTAACTCTCGGTAAATTAATTGGTTATTTGTTGTGATATAGTATTCAGTTTTCAAAGAACAAAATTGAGAGATGAACCTCTCAAAACTAAACAAAGAAGTCTAAACCCTGTAGGGTTCCGTATTACCTAGAACATCTTGCGACATTCTGGTTTATCCTTAGAAAAGGAATTGATCAGCCGCACCTTCCGATACAGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTAGGCGGCTGGCTCCAAATGGTTACCTCACCGACTTTGGGTGTTACAAACTCTCGTGGTGTGACGGGCGGTGTGTACCAAGACCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGGCTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTGAGAATGGCTTTAAGAGATTCTATTACCCTCGCGAGTTCGCTGCTCGTTGTACCATCCATTGTAGCACGTGTGTAGCCCAAGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTGTCACCGGCAGTCTCACTAGAGTGCCCAACTCAATGCTGGCAACTAGTAATAAGGGTTGCGCTCGTTGCAGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTCACTTTGTCCCCGAAGGGCTCTATCTCTAGAGTGGTCAAAGGATGTCAAGACTTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGAGTCCCCGTCAATTCCTTTGAGTTTCAGCCTTGCGGTCGTACTCCCCAGGCGGAGTGCTTATGCGTTAACTGCAGCACTGAAGGGCAGGAAACCCTCCAACATAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTACCCACGCTTTCGAGCCTCAGCGTCAGTTACAGACCAGAGAGTCGCCTTCGCCACTGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCAACCAATACGTAA + &&(())89:;>>C?;@ADH=>DBBDCCB;899:?=;:87<;98;:2A=7AA?>@@EA=>>/0*'9%:;=9998544&1;9('#$$&&%)'+-.,-:<>???=CA9?AA@@()()69CD018=>DECC:9=5..:6?<<=?5:;8C@:BA24C@GF=?=376+74364=?@:K>===B?AAD@@>@DGB??,:8988>?=@554;<9=;:@=+>C?9:>DEEA?H;E8>BCA@>@?()*(55*+++96%(79;9:<@7<>ACKML@;?825A>:=?IAB@IEFAGEFFC?:7<;;99<:9(''$%'(3=>7=>==?8;>=27788<<;FCGGD=CJK<9--*0/3/.5>2)%/;8;,+-4?@=>=354>:$$&&/69<<>GHGA@8<>93=6<>C;;CA659;;)77/19ACC75733648.<:=<<;:?EFLBDEC:<::*8:9931.-2/244:>=BGE??A3/3::9(/<===-((879>FL>FEB22269?;:99=BC;7753'1.2>CB>/A889315704<;;@?@<84/03*-''&()-=95<9?@@AA>;8@?=AD@IHF>D@9;.3BD9:;?ADI9<6<=9=9:<56768.&&&&((((>::<@A@@>5A;78E@B@GAJFD=BEDECE5733=?=;=C;@742:?CBA>B?9:9;<915/8;4A4B6334BGFCF<;?BE?;CABA?<21.32-5-4(25<<<@?B>?ABJE@DA521):6>ADIMLLBA>-1=BD>?FAAA:0+3//9*/*7A=96;;>799?=557:EE@HB40D=??>1879:34788=JKD=;>?:@E.1??=>F?DEE?D:9:=8A>:AGB?,07896=6'2-2252/ED?>CDD:;A9>?@=B>*98<=>;0;::7>(24459<9:<:=?94;BBDAC>@@@@@=C<95<;7+((:9>BDB@;>4;:<$8BCB<==7>CB:?997<<>A9A<8=.79=,854;;:=@>;=FEA=;;:7<&')/014221.8345;5;21376A>:--%$%%=?873&(+-289=@/999*274*&$%?AEE:GC@401-AB==?AC:>GDDH4624==<=>/23=AB<>;8>@9:>9<=.(9;=<@C5AHFD7C/;=?@8@B@CB8+8??@?:965++*##$$$%$$$&'$''--+$$'''&%024%'(()*%6;<;;<74/0;><=:<=9=817*769<9=>>?F>GDJDCA==@@:;?B3<5>CE71&*6997:49D>7AG7??=?>8@BFFBA9=>=<4(78C8CFFDFNDACBCDDB<44.)%'/-//134=B@9.*@BDC2),<;;::;-09;:A9;;8210))3764/8:6+5594999;<98=@KME==DB7=?=A?BB==:C@>:=A382+*>=9;77@CB@B?35=CB=4483.1724;:;9;@<<98=CE9?=>@=4;G<@;8359<=/142.89AA=?>=@<=@7?AD588AC;6@@A@;<>-A=7;?<..%&1,()113;9;EGL?@CD5?@LJIB@==>.37988563::.%$'43772;?@@:@CH=;<46@AABE=>85:8BBAC;826;?8A<;7C67?>>CC@:=B?>8=>@B?@AEF==;?@C;<=;=>54*(//302=@?>;==??<:AB;;9>CC?A6868'+8>8B@?A?05?IA0>ACG?FED?<@?@@@;5<7?<88::879?@@9;81+44.:C;<=?:A<9?1BA49->@?>44-<<6554.10*26786,,)*/(/.03@;93574ADCADF;>@A3>7<;?89:@AA04?H;5)'-++1*,77C>65740;4:?A9::;8.6=B1=@?HG.%0+.3894?GHAEHE6E@?A:>6--767-*51.(&*026,2ELEHKC??A;<7:CKEA?'1257413:=;>BD?ABH??>7:E=?<4/'%'*)--678=?@66:53/1*297:B?*9:9?DBBG?DGGLDCB=KUG;F8CG?>EE62@744.,EG=@B==8;+67862-78C<A0?>@KDE=9=@=:9:;?@>:=AA?A@<@A)??=<<@>872*')32310.%.*058@;C>9-36$$%6>65:BE;H?.2BF8=>?<;.>?GHIA;GADBAA@<;39=@B;C@B>>>)9<=6=;==ECFGFD8,)49A@5@BC>ABE@PSRJJTPLB?EF33DE:CAG@@:LG??D@@C::6::<=+:><5;@DBE(7?D>9@>;)9.('(+776/3+/.-4-89@C=63222+*-58:<9=:7>;5;=?AAB;@>?6>=?F<8C>DCF?@=><8?=<:DA87><:AB>BIBDCC03=63/1/..1--:/07?>@747;EG;=A?EFA>B@77-2?<<=??CBHGH378@>??;98>78@EFA<=@AEHE?@?><>?689=?A@;8==5:=?@BA<:67<2AAG8HGCBA<:?87:9,9,,,/$%#%8<>;C?)0%%5:D988?=;D=ACFBB@57DK;>EEE?><=:=BHICBD:>.==?@FBBDED9;89-&':?:=>;*'&7::667==;:C;<513;IG@8>BLEDC>88B@;6400$&<@>A<=@@EA9ILLKBH@A::A>:-*%$8:@>DE:BC>C6<=@)8:A&BC8@9=@FGDFB:.-;ADINBFA>@=;888:34).2%.?@BAB>?8-0-C?@EG??>AJM=2@*8:A@@?;)<==D>FD?-<=6>9?>?AHAAA?/7B88@>IDAFC<>89;==0+0255328;@2(&&C;,/)06>?><@G=;?AA;:;@99AEH<=4=G;=<099BBCDB<8511(#&%&*9:;6:*%;ADH>A@@>?@@2*1;:?/?B8=;=<:4<>87*+*)((34CD==AC<7888:<;53)13+)/?>=778:1(=EA@I@F@B<?=<79==?BAE>HGA<>AA=68/<3..&.%%;BBC=:9+-+$)*'+044630234.55<:75//6&&*325>@GII>DLFD@4?;@/.,;DB@;;=7A?><===F?22<;:=EEFA9,&0+''7:5'''+)*-;?BBBB:;-A0,+4,$$%&+5:ACFK@A@CBDEALEUOBUSJG@CKCACJJE98:BA=*&;6@6=@ACC46;EHKHAEEGD@=>CCCC:?A=0.3,3*42;49;:=:>--.EC87648:;)+)18=?897)72&*&0-)209@:==3<9==::0199>>AEC8:FEAFGG6C0ABBB@FDB>CBBGDFFDBJB82//,%&$&')($#$&'++$+789758/.-+169=B>8@8<513,'%%,%+<<;<5=@:7,/?D=7/;;=>69DEBCB-(/8??>:>D?BB><>@A.<=<34435,.A>==>BA7:BB@AIHEWLLJLD5467::++++&0),'$$#($$%))*+)(%'&%$$&$$%&'17455==-2>9;8::7>?BC?C=3@F>8L@KMN@@?;>;?1+*($%%(*97>?A;?BC0;?>>7B@BKA7788<@A@@DG>A>>>@?;7.58332:===8*;225;89=>2=<<@?DGBB8/0=5255??;9$$%%44385>?@<62243:29<@86A:JI>@&ACEB@>:98'#&-%$)*'+++-4211,(68:6>@,<;:DED3,,,436<.3$#'%%$#$''*'(71$01:-:<=;>>F>FBC@?@>@A@KCBA;A?BEFC<8@?@=BB@B8H>AA97<;===<=53:>EFB3=<8:411?<%%$/1;'*,:;:;;7599658:==?:1(+1572..1,0@@;D=735200030-*2179::;;9;)54.620))7766@>?9:B;>BBAEHE2;>-'%#1@88EDA:557)245%#&&*89:)&&9&5,2589@<;=;6)3BE>:/55678:8C?5.-.5)&'-?=?33268:55A;<;8-9;?;8:875:;=?DGFCC:,2&&%%)*).18346*)(3:9<=;:;;7;+>=>5=?B2,9882.%-',.-23.%&%$%&128=8;CFA0?@?36625<7*=;C=B?==DA?+35>9664')44<9:;;A@=:;=2)3:>=;90-%$&%%'(-&,',<@+/')')(1***-+7(.07554566/'/%%((%%%&)$%$%+-56?89<<>=>@CGAA>89:;:44)+%&.1*-..445,,)-369<<55=8773,++*.2/0463(,:88DDD;@><;CG@GGFA=<>55/32;96=BB;8;@A/4;AD;???=86)-664<45CBFICE@99?A:,+%4767@7B6:AB77<>@>36--870@BBI9>HIA@>@?=4E@><8GDCCA>+>822*,./57003<@@A=C@@@59>;@?=@>>A9=<7)+:<@AD;:9>>>=957.*)+,1111347?@@<36(-77?>;9:AD@;9B;G6@B;=-;CDA;8CJA?=:??7)879699?<:4+**-23<>??AED?CGC@BBAAA22457($78A78<>@F><==,,5,2:=<>BB@A7>>ADC?=93000,%#&,,/034-+2;===98;=6=96.+-0)$$+-..-,,./2+(&$$-.77:=C@CB@8:@E=GAAAA,,=59=<<:5=69077..-0/-1%%)((2311+/9;8938><9GA53978<=:<5:;AA@?BGCIHCBDE25ECEA656%(-0448:<;>?4763ACD33A34009-*2*$$%%-,13978846348>A:=?@CBD?A=),ED;;9==>=9BB>8400/(>@?AKKBB+-<:?GCDDCA9E>B:>957CHDFD6>36A;=:7<>?>AAHIB?@;83:>??;8<;ACHJLIFIJGM>@?AAHJLEEBF=BAE=>G>;@@AD:8:?>>;<88*65166;:87;1**)''&&.+(02323+/*&()$$%%#&%$'$1,$(&)..**'--'*+*)%$$#$%*))*-(,./3686676:IDCKEGK?:ACHHLCCLB<=JGB8DC'+4*(49:@C<:==7+++/3<<==>,/?D@IED9901;ADF9;DADACF@BE8<<<5<=>:<@<@EDGCB;:9;>?CE:<;<<9'*=BBD@;:<;<9>=<@=695(0(##%%'''#%%(5+%$%$+(((/+$&&$&)+*#%'++24423670.)')83/'/=9<;?@@F>16.1<6>?>(,;=EC=;;?BDAEI<''.0&$&%&$%$$#&%&,-3/@H>D>ACFFIG?:796:;54(**35<<;8:=ACIB?57@@CDAA>=868:?C@=67:0/21-;A=?=71&'7<6646*+*&'118:<9//6<=1.68-+,*)5)+/6;9:A=@<<@?>>/276$#%$%,-:9012+8;CCAABGC59:7++)**'0053+-)%*'$'*,-6748:7.+*/;A/4994/..0@A247-'$%&))'+%$#''$.03/6&*2221&&$&--/,448:=;;C=LSMFB+=@@8)166>?GFH@ABBA>:01:3?BDC@<8=:21403::;79?:8?A:,4*876,&*%+*,-216:@@@8.(3-/./''&($$%+&&%'(.441)'2>@;7780<+%(%(++)())#0*++%#0//%'1(<>4<6:84('06;?>=;5.A->:+87+&,-59B8=037497??A=A@ED:=@@A3??<:D6*0++.+.0$%)#'#%*-./)%$&'*<7;:<@EFAA:;907?AEB7BB?DC@B@=MNHRQ=SRKLBC:;ACBCC;>E8ACDBB;8<;?-DDDC(*<<9/00/-).263++%'*+/0+.859@7?1$$'$&((('*$%&$-/57>>;8A@GF;>=784*6(&%#('&%()',2865;.'-/535)&.51+*-?C@<986'1=--/<4.2>=9566821498973<89:;;;7-@;?88,?DF9@<>):98A=;45G@A=>>0--./76/1/4.0/-,951=D:;:97=:<;>>3./29;<>6A7@A9AI7ACIGDIE=D9:A@AIHA6:@??;9B%)22.+&&&,+-0/247?;;*..68;<7@:7:699:5563%.4=<9@@AB@C/*13<43;,-/@9CA::?CA112681>?>:,;:;>?:@@A:<>?>D:B@=9;:459:8::7;A?=<;<<10045;=:<:7:75860)-443*+/.->D@NMJAFF@=DDMDC>EECKFMNJ96%%@?8<;>@>A;BA@7D=;@CGLLGEF9GDDGECGHDD300G<=9>:&(;=?BA,')*/,==>:54.,1804<689>C<967>))*0%'82CC?CA>CC9@>;G:=G@BE=C>@(9>FCCCFHIDHI;FA?B=-0(((9??79?>17;&AD@EGMIGEF@FB=A@>(,<645A@8:0;@??BBB?0-@=?8;8:)&&'(<>?A<@BDEIJFJEIECB@GABMLNLB=<>@EDAGCBFKNPKGH@@?<==4CCA?>CDGD>1DH>9?EA@2/:>?@8>D=>D:<<>=EH=<79EEGAFA>D=;B<;1)./88BB7A?C:FCEFGB0BCJJILEHDGB>:>ACACDIC;:?875DCHIB<948?B@=>?;<<8:<:;82389:::.366;42320*.05?CA::D<=ADHCB9**.5264A?;52=479=<>@2//=>,79>CCBBCA737,'&&&539><97244755/*5)+($&%)6;88<=;<-:<@853)>?BB?<44236880/04>>;::ACGG7B-06?A<@?;7:@BBECD@+-<>99.&'(@BE<')<646;6-,'*::<<=BE2*(2;JDENMEB715?=9(4><2+:;?BF5FIFA=<*2+15.%3%%%$-$$13,>?:=9C;0:44-1<@A@462:',9;79?<<>=<>DFEG?BB&<=:>99;<;@>?;<::=EAF=@B<=F><60*+%/65==::<>G?79CBE0+026?@@965/3>CICBFD>7F@?=<<,''45-,&57;6>==<;,,,'76:?CEE99,.;--%'8.,*01./0%$$.895>A:8433:?B=8:>><94)(+)##$%-1:;799.+79:77==?@?>:<6''0233.)*<<9:7AA>BA=>;;8)78;<>DB=A@CEFIO;;A?E9ABA=?<(((EC4739;;=?BKM:;@DB>CC,,,:=>9<@8@B86:79:;>,.:<331,4;5'1>A7C==(<9EA@=6?05CB?6?D:23794:<;2,*+'5../.,(%&%%%+350;7,,6458AEEB>CHCD=?BAA@9A@CBBEAC?ED98@2@D8B>7<91=><6646/+@6>AA5??@@?;FHHI89==>=>@83@D@B:CCC?8:3:::AD9:;820;GI==988@JO3/D>KCJIEEIJ:GEDDEEGH=BEC>@CB&?GG4-AHKJI('2&&((),58B@?A@AIKBADKJIEBDGHC:BB?@B?BNFGJGGBF<'?=DVJ?06BDDFFCBAIABLABDBB6:;)&'&((-+-(;=<)/-0310$;37DC>((,'85$%$%('(()49:=DAA>07:6131,69=;=.+8/2935E>22-*%-&&)&%%&,').56%<99;A9<-B>;=;:2233++&,1/.6''&:69;32.,/10++*:<<>C?DFCDC@HC>==CAB>:=;45CFE<45;?;1132-.(6:=AAFCDFABABG@@IK@=@EFGE@HSKKJOI@C@65:?::*1,20%'*)+,2&%'(&*&&'&('&&'&(&'&*$#$$%#1&'*25468;82:::5>19>>=16;;=B@0)+:<;9=8BBAD>?4%%%'0+3&'&'&$&$%*$&%%&)('(($'*(''':477724//11645/32333*$*&%&.5,6200000;5',*%'<;A2375.,,/695;:7778<=::>9<-<2$)'%%)(3#$$%)&0)+)%)$$01.+&%#$&'%),26?>B=F19-A:;A3@??>9-=>D>GF=>C<@7>=77=?BDBB<,/37877;90EF=>@+/$%'*8;>43'<.+*(**.'+-'$%&&%"#'59;80655,36<9AC?A=2,*4010/19:CBAB;11,&39>>B=<>(17:1CFIL@BAE>BAC>:7A@9:6::;;:>;>@?17;086<0<;>>(*&)((%'*,,1178@=?ACA9,.&'$%*3,&&&$&,%$%#&$%'&$&%&$$&')+24+-**+)/01,018:4;3.3AC;1>AC76:(956->@?8?HGADADD@;)''5-57<=<3@@=8A:C?EBA8BC5973?@BC7%**+,/9:;A@CB>>AELBC6<=?'&44)64*78DC@?<@FGB-)):;BAK99:)4;9=?CICCJB@>/.2:<:@;;=>A;C>ABDC;B@<=??A;=EHD>D>)+=LKE@<>;=:A;=EIA89@DDD::1BDA>A@B<9;448DB<@CGFB;>?85031&)346;:88528AB=:928;>-(/56/&"#$$$$&$&$&%%%%&%%'$-3443&$%%%,<8@?>99>GC:@?BC?5..2,.72.%-1/1)()%&,,&0'$$%%('((',+(+'(/)))41#&&(%$%$'&$###)*,/1,*(&'&-,-*($%.11+''&)*,15+$#$"$$&$&$$(&-#%%%%+'$%))%'&(&&&#$$%%'+&%$#$#)))150;799+'++.@@<,/<:6>@7<:83$2=?B@FAEID<8?D7,&..5'$35==@;75::<<;>.')11857575>;(;%%0%&*'&'$$&9;;::,5)(+-*)*%$$''%$$(%$$%&#&$)*)&$'(<<=C7&*%&:;336*+4,,2;;8$$%$(-1+'(()&(%%&'$&****23257==<?F@>=,36:A@FDFFHIE>87$$>@9:*46=AB?AF=;9876.,+(%3-057@DF?AO@@>ADFC4?EACF:?:866;?6CODJHE6=B>EA7AH<@6813<>=/8EBA9:3,($&5005)-1'%(#$$$%&-%($%$$(')++/-6/+16;@@==+;::81'1+599<==B:99>13(@=9:87:9:)(*<=<;83029BB;<><=-(;?6499465;96%.??>:BBDBFKCG@?A8EC;B=>@<@>>>9<<@FB?:AB'))ABHJ646576(2$566;=?A@?F=))>455+==FHC@ACI?*-A=@=6;EB?BBDB><3-0%&'&'*(,-+.341113:;A=9693;1;==<4+*:56>9;>?68==88*$%&&68>-;=:BB:(#'./01+))%'&'&&#(%68:1+;;=A=C*:=A+9=B89579?>74<6467'('(35417>@=;9>7-,)%,0)$()*+%)45*'937%##$)43885./)*'(')#$$#$%))+#+20+,8.$$$$$%#$$%%&#%&'01+*'$$#$'++''%%'%146)36'',9=961;*.%,,-1851=<>?:AC<%;6(($$&2+217:%);>:<2(':>?BEI??A@GBD7:1>CBA=<>B@@B<;42783*&(+$&$$%)(%),**+,,-+)(%$&&*++,('&'1-59:8*).,2+*0),*99:@>3;;9;C<$'1$0.,-,3.##,)/9<6?:988><4+-1-52;96%&%$$$(%&#&--/0)('**(+/////,'$#*4>=>?>>??&-3658<:??0336?C@@27?4871(&11<:<81C@?:;<9&&%(#)+%'/0.%&&&)6576-++/6A?BG<:<>;=@=9@9<@E?C?0=>99205+=*/88@@/,7;8?=6:>>=A<>?=@;<9::9*9:)''38-)+4517>*3>=<;>978888619:94'(244;9>==@;<<835443556007:;9;A;91<><=8C;??>AD===@A?@.32&&$%%&$'$%%(,332*-7)&''+2%('.1/21$-/11619=>A8912?7888:A(/.-5842'&34&%;2>68>@?*%08@;CG@9<>A:4>@9&(5*)((('772/8;5./(-',((64/1/*''+'+%-/15.&546:::086=>?EB8A;AA75))(/11141?:B@<;@$%&:A89:@B>>DD:56<&')),8904CCAE?AA=9<:'')&$$-:ACJ?=5?BDBA;;>CC<>>AHA<:A@D??;::+-,,/+*)'.44;=>B@>?B>;7>@>>97==>=2-7:9;=>=<:99:BBA;<8*128@AA@>AADFKDBC<;2($$+*++.,*,::>B;EFHD>BC@KICICCD8@ACCAE?CBC97288:;9;9/,)-9:=0+*/-.#''4@9:DF6B@;:;==A=@DAE<,0))+'00011&)%(56,243*3,0,+50000$,(**$$&''/.*(#$..$$#$*)''311AEGGKABA@=K<;=??7;EG:>F=?=4()(::;?HGJHJFG9<;7?B;;6@IJ>@2?=BD?=764.35-/++56:<8<>>7@B=>G>>ED+,19;:0@(DACEIF::@<8?;:802$%)$#$$%%*5:12&&),3./>=6%##%%$#$%$&(''((&%'&'&&%%&$'$#$#%%#%%$*&&%&'(,$()16=7>;<<'&&/33:9(++,((03*%$&%&6>524.$,+*))(73671+8+)+=0$&$%$(&&'.0'320455+221%&%*%&-%%'%&+$&$0156766#$%.-1/''(9BAFG?@;6IAADIGAEEGF<8EBAE=>;=:3F?@@=?==81)/&$($$#'*))*)&1,/)*'('&&%%$#$')/,/&($()1-3@ADEEBD=CDAGIIH/H@78288/')(%#$$#,,,/56+'%%%'%,-/0$(.5889;9'$%'&'%*,0,,5;876679AA7B;546122*--;3BA?>>BACD9300>?DBDA=.+-*,)()())&)&'%%+*-034<612/(('30..9<:CDGBGHIKN@:>AMDFBJLCDEFIHCCCFHEDF:D<@-.9:>9C@CC==IBFHEEA;<=HCHHCA=@@C<=47FB?CHLC>K:@;=GHEI@ACA>FHIF:3ADGCE@EAD@@BDBCDHJ;;EGC@5AA>D;FD-15,>?<992277609@GJDEABIEIKHA?>ADCD=9AKAECBGDDD2CD?=>7LKJ@1-=>:>:@EGAO==%%'0.844?=>/20,'&;=:;B65AB>B;3,8-%800$$&)()07J;-16>C9777BB-00;FB<=2%:<;9ALMII<9@ACCC>>ADLHGGIEI??**AABAAIA:I?@ICBHH>:=C:FB8DEEFIC?A:8?BA=E=;<>(,1%1::>792879@8=6/+5:AAD@900?:<4E=8B@FB<@@:>:==:,,HFBG@CE;86>>;A@C7?@=5$$$9:1;@BA:=AB@448@4CCDB/@?>,5/(*/&$#'/320-9768CBGIHEDC<9035=@52/9?>5?/0@E>AB>--/@DGI0,:@A=;>C?LFBA?CC1>>DBAEHQGCBE>=BCE>8<79<6.8A?;;?==<<>8+.48:==BE98>>88:?AA@?*26:99312+19<97.7,(4889841(''(,0((.04.299;588,.,$%$$$&%#%$)$%)#&&)+2*,2470&&)566,'(+-,89/*$&%(*,*1**1779?>5;BFBFA>J??<@DF>3/=8+..,.*-'%$#%$+23451001;=?B;<7><@GADFBAA3.9+%%&29;6?=858<<.9:@>@@?8=4;116;:@EA559?9?@C;DAA?=<9=2B>BG49@;AA?@A?B<:=A;B<<:8?A=622665:8:9)$$%:)<@<,18,1,*,%/55<847&(*3974&&'$$$$&(-/-159-@7;>0-7<<=;:;C@=@D?>C=H?><=8/,.8878)('%&%)%&&+,%*'/08:<9;@77738>?CE@:)+A=<./')$#$$'&*5*,130:=:>;>A9689:<C::;@==A>@<=?D;=<@9:1-99;AE@>24INKI@A7DE=9:49B?J;BG;BBDGBA??@FBE@EDEHBC?9??BCA9@$'6.,3&9(()*-17::??:135AE75342718:988'&$%,/=<>8C469>5?AC>:%%-<>8@@-000/977<87@/>A>C;>GHED09:999:8;;<653/)&$#$&%(%$&.911825A:;;;:CAAFCA?D:;ACDBHJE?=>@?C<;.*;6:CJ8?><:;<<=?;@<=<>A@787876+%##%(,877==@CCIJL;B=@EGFEIF;6=?8OMPR@@99CA?AA?2F@<8;;=>;<@@08D==-1./=3'(?7787-9;65$&''&*-/8860+3//1:=59>9<@?ABA?C@;3A789455(3,+)/)))24451$2:A<;?D>FEB1@=>>C:202781;,=<773=@9BCBC%)A>?9688&&#)--//33578>?@FD<<&'?<;=:??8<<;:9;:?;;($9:=@A>,,,--?A><55./7-.1.0:3==;<66.&&%%&(/173&),,/5707966*1$-&&47??@?>@A;;?BDD<=6;:=A7==:??@>,&056*6GG=8@AJD?BIHF@2:=>>:9<59):%,9)=;9==;:BEDIJ:8;;BA6>9ED=?:<..<<8?@?@AE>?432%'#$('376?=9;A?BF/;EC@@LGH4>.;<;??@=@:643@A9:@@?C;8CACC;BA:<=9B?;@,/BEILEF@A:@GE@L;;@9<@D?GAADG@BB@@?>76K<;@AC:5>FC91'789<)#(/,#&)341.50.,03& @SRR14011045.26481 6348da6b-3ba5-4dea-bddc-90a80b3080ab/1 CTGCCAGCTTTGGAAGGTCGCCAGTGCCAGCCCAGCGGCGGCTGCCACGCCGCGCGTCGTCGAGGAAAACATCATTGCTCCTGTGCAATTTTTCGGGTACACGAAATTATAGCCACAGAGAACAATTCTCAAGAGGCTTGAGCTGAACATTCTCTCCCAGTGCGAGCGGATGTGCGCCACGCTCCTTTCAGCACGAGAGGGCCGCTAGACTCGGATGCGATGGATACTGCGAACACACACAACGACACGATCGACAGACCCCGGACCTCCTCGAGCAGGGGCCTCGGCGACCGACGACGAAACCAGCGAAGCACCGACCGACGATAAGGCCCCGCCCAGCCGCAGGGTACCGTCCACTCCCCCGGTCAACGGATGGGTACAGCGCCTGTCGACACCCGCAGCGAGGGGATGGATAGCAGCTCGACTGCCCGGACTGGGCAACGTCACACCCTCATCGCTGAGACTTACCTACTACGTGAAGGACGCCTGGTCACTCGCCCTCGGATACGAGGAACGTGGGCGAAGGACGTCGAACACCGCGTTCGCGAATGGGGACACCTTCCGGCGTCCGCAGTGGGCGGCTTTGCATCCGTTCAACACATCCTCCGACGAACGAAACCGGCTGATCGCGATGGGCTGAAGTTCTTCGGCCAGGCGGATCCGCAGGTTGGCACATCGCCGCGGCAATACTGCGGCGTCATCACCGTGTTTCTTCTCTGCCGCCTCGCGCAGAACCTGTTCCGATCCCCCGCCATCGCACTTCTCGCTGGCCTATTCCTGGCGACGGACGGCATGGCAATTGTCATGAAACCGTACGTCCATCCTCGACGGATTCCTCGCCATGTTTGCACTGGCCGCATTCCTGTGTGTCGTGAAGGATCAGCACATGGCACAGCCGCTTTCGGCCGCTGGCCGAGTGGGACGGACTGGGCGAGCCGAGGCAGGGGTGGTGCGCCGCCTGTACCCCTTTGCGATCGGCCCCAATGGGGAAACCGCCCGTGGCTCTCGCGGCTGGCATCTGCGCGGGTCTCGCCTGCTCCGTCAAGTGGTCTGAGCGGCCCGCATTGCTCGCCTCACTCCGGGCTGTTCGTCGCACTGCGCGAGGTGATACCGCTGGCGAGCGGGACATCCGACGCCGATCCGCGGAGCTCTCCTCTGGGCGTGTGGTGGGCGTTCGTCCTCATGGTTCCGACCGCGATTCTGTGCATTGGCTTCCTGGTTCGGCTGGTTCACACTCCGCCGCTCACGGGCATGGCCGTTCCGGCATTGCGGGATTCGCCGGACAGCTGGCCGGCCTGTGAAACCACCACAGGAGATGTGGACGTTCCACAATGGACTGAACACGCCCCACAAGTACCAGTCAGCCCATTCGCATGGCTCGCACAGGTGCGCGCAACACCGCGCGCACTGGAACAACGGCGAGGCCGTGATGGGCTGCCGATCGGGCAAGTGCGCGAGCGACGTCGTCGCCCTCGACGTCCCCTCCTCTGGTGGGTGAGACATCGGCGCCCTGTTACTCGTCCTTGTCGCCACGTTCTACTACCGCACCGGTGGCGTGTGGGCATCATTGCCCTCGGCTACATCGCCCTGCGTTCCATGGCTCGCTTATGCGCATCGCACGATCTTTGTTTTCACGGTCGCGTTTGCACCTTTCGTCGCCCTGGCAGTCTCATGGATGATTGGGCTCCTCGCAGGGTGGGCGACGACCGACGGATCGCCGTACCCGCGCCGGAGTACGTCGAACGCAGATCACCGGATGGGTCATTGCAGCGCTTGTGACAGCAGCGATCGGCTGCGCCGTCTACTTCATGCCGCTGTGGCGCAGGGACGTCATCGACTACGACTTCTGGCGTGCCCACATGTGGCTGCAAACTGGATCTGACGATCGTCACAGGCCCCAATGCATAAGGGTGTGGCCCGGCCCTGCCGGGCCTACCAGACGATCCTGCCGCACCAAGTCTCCAGCGACGCTGCACCAATGCCGTTCACGCCCCTCGCAGAGACGATCAAGACGACTGAGCAAAAACGCCCCAGAACGGCCTATCAGGCAAGAGAGCGAAACAGTCACGGATCTGGCCATTGAGCTCCTCGGAAGGCGTGAAAACGCCATCCTGGAAGGCAGAACCCAGGTTGATGCCAACCTTTGATCGCGCTTGGCCACCGAAGGTGAAACAATCTCGCGCAGGTGCTCAGCGGCTTGACCGCGCCGGTGGCCGGGGGCAGGTAGTCGATAGCGTTCTTGAGAACCGCCAGAGACCAGTGGTTGTGCACTCAGGCGTCACGAACAGCGCACGGCATCGGTAGCCTCGAGGTTAGCCTGAAGGCGAACAGCCTCGAGAAGCAGCTCGGGAGCCTTCGGCGGGGACATCTCCTCCGCGAAGAAGAGGGAGGTTGTAGTCGCGCAGATCGAAGAACACGGTCTGCACGCCCTCGCCTGACGGCCTGATCCTCGATCGAACAACCTGCTCGCCGGCGCGGCGAGGACGAACGGAACAAGGACGATTGCAACGGAAGCCAAAGACGTTTCCTTTCAAGTCTTATTGAAACATCAACTACTATAGATCGCGAAAGTACTAGCCACAAGAACATCGCTATCGCATAGGACACAGGTCCCATAGTGTAGCAGCTGCGATTCCCGGGTGAGCGTGCGTAGAAGGAGAGGCTGTGCGCATGAAACACGAGGGCCTCATCCGTTAGGATGAGCCTTCGACGAAGATGATGTTGTGGCGGTGTCTACTCTCCACAACCTGGCAGTACCATTGGCGCTGCCGGAGCTTAGCTTCCAGGTTCGGAATGGAGGCTGAGACTTCCCTTATGACCACCACAAGATTTGATTGTTCAACACTGTTCCCGCCGTGTTGTGTGGTGGGGGGTGTGGGTTGATCGTGGTTTGTATAGTGGTGCGGCACGAAGTTTTTGTTCGTTTGTTTTTCCCGTTTTTGTTGGGTTGTTGTTTAGTGTTGGCCCATTAGTACCAGTCGGCTCACGAGCACATTGCTGTGCTTCCACCTCTGGCCTATCAACCGCTAGTCTGGCGGGGGCCTCTCACTGCGGGGGCGTGGAAATCTCATCTTGAAGCAGGCTTCCCGCTTAGATGCTTTCAGCGGTTATCCTTCCGAAGAACGTAGCCAACCAGCTTTATGCACCGCAACTGGCACACCAGAGGTTCGTTGGCATCCCGGTCCTCTCGTACTAGGGACGGCCCCTTCTCAAATTTCCTGCGCGCACAGAGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTACCGCTTTAATGGGCGAACAGCAGCCCAACCCTTGGGATAACTCCAGCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCATGCCGTCGATATGGACTCTTGGGCAAGATCAGCCTGTTATCCCCCGGGAGTACCTTTTATCCGTTGAGCGACCACGCACCCACGTGCCATGGCCGGATCACTAGTTCCTGCTTTCGCACCTGCTCGACCCGTCGGTCTCACAGTCAAGCTCCCTTGTACACTTTACTCGCCACCTGATTACCAACCAGGCTGAGGGAACTGAGCGCCTCCGTTACATTTTAGGAGCGAACCGCTAAACTACCACCAGGCACTGTCCACAACCCGGATTACGGGCCAAAGGTTGAGGTGACCGCTTGAACCAGATGGTATTTCAGCAATGCAG + )//1-**&$&&3.31777768,()35899:=;,/)+346455513/)%&)),214670..-&$9876A;8853322214>>B;6.-*+*,/01234133-//695689;8(%/-(&-%)28876869:65$4***)*))55566/1.+)()''2:>:,*.589715?9;:449;@:<5.2-,+,)&)79:7=673,*.3-0684200235452323101139;:;8;995222-%'$/'1-//../+((()+&#$$$0279803379=><9870600321*%%*./032248:;:888764-+-+*('+%$##*.0020/../.)455488789@?885<:0,).'')),.1446.8;:7@>;6755/11<<;3:5-+&'*,959747841021<<8654//(%+*---.000,)('*$%-+-('(,/775553477::465952+645111-))&$%&'$&'%$$"%&''$$'/.-,)()&%%)*1+0265144/8;:4111*23147272.04687++57:/335796*(()+13237447@>>CFADD=8551000*0.00,%-336999::;43./*$##$%()+,+*,-))*$##$%0'360.-,+&%$$*)&&')2457:?><=<=<;43&%***36<<@A>>=:0-2-,--,-.,$$$'-(2310$(--,&+'$*+,+$%%,012:47388:??==?:=@@@C==:>7581.*.*$7:98;53'''21:-/9<086::93==8/67672,-'$./.11..-2228844986)0120007865/+-246789::=<:7;<7.)$%*.014222,13300131((**/357<:43522245=@9412548984117=>A@>::@::8=<0**.(,.21,'796:/*0///2-&%&&&..,,'$(+,-.1434:B>63743410/&'*.*-11.+*6:9;:834648;:><85343)%$'(((()+)+..01+,/*)*+,..00277(01470016822/4404741578476653-+.0*,1//946<9459;<;97434356...$'&(+$&-/0++%%(#:;87760+(((&&&),,.08?<:??:=5/,+-++/%)&(++%*.78:@@==;:;99<:9B?@>5<=?965.(*(279>=6@:<>9B>=<@==>:19?=AA:<:88:7<<>26...+(.+&'%$'.046>@AC@??E<<====<=?:7;54788991-2<:5:=/<<;989;;=7<<=/087980515236:;;?<8:876::77545),::8893)'$%*$33$'-,0.,,31%(33499:/2-22204-*&(-.13;5:?@@DAC@><965-)097;3<=:9882+-/21--,*+-../022,/',())%###%#$)*)).68A?BD??@=;999,-06;;:=>=BA?@>;:5158:@A>?==:74'(''+&..-+0(.==>=AC>;'-%)$69;>98?732%,05654..+)')+,.'-<2<<&478981649=767@CFA<58:982,+,+-(&),(/,1,67879>=:79@=?B:;;>@;:99:78;76942210.**)*//01271+,/)&'&)+/33..136467330.02-2347=?@>@82/066(/=?@:=8976:852153364589=9::8222786369:<;90'843$./(*)57143373(&&$$"+,020<47<;4A88889725545682,*+5348,5:::644'%&-+++)(-113:5955879;====<<8:5*(420/1.-,*+./-056533*)'-/43');9@<;+82036;9;:7695%3143775221498::;DA851237655792993269;76=A88223.+)),-124513353('*(((**02003332)$%%'(/-.668745577784/.(+,-0./-.2221*0*02:;95+-&(-(()(+..56366.4434645(+/+(((((()++133369;<=>??6676=9<74-&+,$'/)(0134+,/,*).440321120032898D=9??9?9=D9:=97632011,.2%557767&'),.23301;<<===778-*-,()20099959:7;7<==<:949300&%14-2*)+1,--+1(599889;;=<:9:763--()(-*)*'+*,/,--/241(/.116400155945871234-12-1387;@;B=;@;989>=6756567.31.+,+00,,788723462211,(),,175472553793/0)1&1010/--0235),-,-+,,.-(%&)'''*-.,%(%%%$&%%//5653450289337<:8:67<=;3110(/111*#%%%%,,%%&%(%%#&''***+)00-0./43-*&'&&&)9945510.*+)&(-127798;;>69788870/%.//20-1/2221543-1039:9:932.-,+%%$$()))'$*/1324448+(4585113',$$&)%//035@=>8493477/+'/81649=@9<>???GD?CD=>>=;;9;;+*55;53%&&(,15;=??<=;634:5/67:=B;=;@ACEGC68:>,?@?>94??@<:8:;:9:1::420,+*.*1212>:685;>;6427984559<<785400./,)+,-/342457;89')68789;;<7:=69=>985*377-6-++%$%%*)&)''(*%)**.-177435650,--.3336771,++,),+./1032,(/2238;:944-431,,+'()'.01566125203'&(%%''+'1)()))..01+%%(-,++)1.2./,)$%%)(*+/*135533766>>::89;4899,58:3959888-020431-,,+,45668;;,6//,/666155,++2566586+&#&)218:;;:998/8-:::>==9:990-6&&,-02214**.-&%%#$#%%&'&'%%%'(+*%/-%'.*.%57757835569987=:4434334-199-89897:?=<:<;==+'')#*/24361(8??:=;=656,0(8::8>??@<751,$&&$024?:<;??@?;;;>>;:178997+088978=*<:;:7<7753-%*+-$078943.-/-+*())**014102046542311/''&' @SRR14011045.9858 d4bc7228-f519-4f14-a906-0fd4da4aee1c/1 ACTTCGATTCAGTTACGTATTGCTCGCTGGTATAGTTGATTGAGTTGCCGCGGGAACGCAATAACGACCAATACTTTATGATAACCGTTCAACGGTAAAACTTCTCGAAAGAGTAAGTTGAGGTGGATCGGTGTGTTAACTGAGAACTCAATAGTGTGCTTTGTTCAATAAAATCACCGAATGGTGATAGAGAGCTGAAACTAATACCAAATATTTATTTATATTTGATAATCATCAAATGGTTTCAAATTTAGTCAGCTTGAGTCACGCACCCCCGTGTGTGATTCGCTGTTGAATCAGTTATCAAGCTTTTCTATTTTTTCAACGGAGAGTTTGATTCTGGCTCAGGACGAACGCTGGCGGCGTGCTTAACACATGCAAGTCGAACGATGAAGCCCTAGCTTGCTAGGTGGATTAGTGGCGAACGGGTGAGTAATACGTGAGTAACCTACCTTTAACTCTGGGATAAGCCTGGGAAACTGGGTCTAATACCGGATTGACCAATCTCCGCATGGGGTGTTGGGTGACGTTATGTAGTGGTTATAGATGGGCTCACGGCCTATCAGCTTGTTGGTGAGGTAACGGCTCGCAAGGCGACGACGGGTAGCCGGCCTGAGAGGGTGACCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATATTGCGCAATGGGCGCAAGCCTGATGCAGCGACGCCGCGTGAGGGATGACGGCCTTCGGGTTGTAAACCTCTGTTAGCAGGGAAGAAGAGATTGACGGTACCTGCAGAAAGCGCCAGCTAATACGCTTGGCAGCCGCGGTAATACGTAGGGCGCGAGCGTTGTCCGGAATTATTGGGCGTAGAGCTTGTAGGCGGTTTGTCGCGTCTGCTGTGAAAGGCCGGGGCTTAACCCGTGTATTGCAGTGGGTACGGGCAGACCCAAGTGCAGTAGGGAGACTGGAATTCCTGGTGTAGCGGTGGAATGCGCAGATATCAGGAGGAACACCGATGGCGAAGGCAGGTCTCTGGGCTGTAACTGACGCTGAGAAGCGAAAAGCATGGGGAGCGAACAGGGGATTAGATACCCTGGTAGTCCATGCCGTAAACGTTGAGCATAGGTGTGGGGGACATTCCACGTTTTCCGCGCCGTAGCTAACGCATTAAGTGCCCCGCCTGAAGTGCAGCCGCAAGGCAAAACTCAAAGAAATTGACGAGGCCCGCACAAGCGGCGGAGCATGCGGATTAATTCGATGCAACGCGAAGAACCTTACCAAGGCTTGACATATACTGGACCGCATCAGAGATGGTGTTTCCCTTCGGGGCTGGTATGCAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCTCGTTCTATGTTGCCAACGCACGTTATGGTGGGGACTCATAGGAGACTGCCGGGGTCTAACTCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGTTGAGCTTCACGCATGCTACAATGGCCGGTACAGAGGTTGCGATACTGTGAGGTGGAGCTAATCCCTAAGCCGGTCTCGGATTCGGATTGGGGTCTTACAACTCGACCCCTTCAGTCGGAGTCGCTAGTAATCGCAGATCGGCAACGCTGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCAAGTCACGAAAGTTGGTAACACCCAAAGCCGGTGGCCTAACCTTTTGGAGGAGCCGTCTAAGGTGGGATTGGCGATTGGGACTAAGTCGTAACAAAGGTAGCCGTACCGGAAGGTGCGGCTGGATAGCCTCTTTCTAAGGAGCACATTTAGTTGGCCATGCTACCCGCGAGTGTCGGGTGGGTGGTTTTTGCTCATGGGTGGAATATTGGTTTGGGTTGGATGAGGCGCATTGTTGGGTTTTGGGGGTAACACATTAGTGTTGTTCCTTTGTTTTCAGCATGGTGATGATGCAAATGTTTTGTTTGTGTTGTTGTTGTGTTGTGGGTTGTTGTTTGAGAACTATAGTGGACGCGAGCATCTTCTGGAATTTGCGTTGAATCAATGCTTTGGTGTTGGTTTGATTGTTGATTTTAGATTCTTGTGCTGATTGTGTGTAAGTTATTAAGGGCACACGGTGGATGCCTTGGCATTAAGAGCCGATGAAGGACGTGTGAATCTGCGATAAGCCTCGGGGAGCCGATAACTGGGCGTTGATCCGAGATTTCCGAATGGGGAAACCTGGCTCATCTTCATGGTGAGTTACCGCCAGCTGAATGTAGCATAGGCTGGTTGGGGGAACGCAGGGAAGTGAAACATCTCAGTACCCGCAGGAAGAAAATAAAGTAATGATTCTGTGAGTAGTGGCGAGCAGAAAGCGGAAGAGACTAAACCTGTGGTGTGTGATAGCGGTTAGGCGTTGCATCATGGGGGTTGTGGGAGTCACGGTGTAGTTCTAACTGGCTGCCGGCATGATGTTCAGGATGGTAGGTGAACGACTTGGAATGGTCGGCCGTAGAGGTGAGAGTCCCGTAATCGAAATTGTTCTGTCCGTGGTGTATTTTTGGTAGCACAGAGGCTCGTGGAATCTCGTGTGAATCTGCCAGGACCACCTGATAAAGTCTAAATACTTCTTAAAATGACCGATAGTGAATCAGTACCGTGGGGAATGGTGAAAAGTACCCCGGGAGGGGAGTGAAATAGTACCTGAAACCGTGTGCTTACAAGCCGTTGGGAGCCTTTTTGGGGTGACAGCGTGCCTTTTGAAGAATGAGCCTGCGAGTTAGTGTTATATCGCGAGTTAACCAGTGTGGGGTATCCGTAGCGAAAGCGAGTCTGAATAGGGCGTTTTGAGTGGCGGCATGACCTAGACCCGAAGCGGAGTGATGTATCCATGGCCAGGTTGAAGCGACGGTAAGACGTCGTGGGAGGACGAACCCACTTCAGTTGAAAATGGAGGGGATGAGCTGTGGATAGGGGTGAAAGGCCAATCAAACTCTGTGATAGCTGGTTCTCCCGAAATGCATTTAGGTGCAGCGTTACGTGTTTCTTGCCGGAGGTAGAGGCACTGGATGGCCGATGGGCCTTCACGAGTTACTGACGTCCAGCTAAACTCCGGGTGCCGGTAAGTGAGAGCGTAGCAGTGAGACAGTGGGGGATAAGCTTCATTGTCGAGAGGGAAACAGCCCAGACCACCAGCTAAGGCCCCTAAGCGTGTGCTAAGTGGGAAAGGATGTGGAGTTGCTTAGACAACCAGGAGGTTGGCTTGAAGCAGCCATCCTTGAAAGAGTGCGTAACAGCTCACTGGTCAAGTGATTCTGCGCCGATAATGTAGCGGGGCTCAAGTACACCGCCGAAGTTGTGGCAATGATCTTTGGATTGTTGGGTAGGGGAGCGTCGTGTAGCCAGTGAAGCTGCGGTGTAAACCAGTGGTGGAGGCTATGCGAGTGAGAATGCAGGCATGAGTAGCGAAAGATGAGTGAGAAACTCATCCGCCGGATGATCGAGGTTCAGGGTCAAGCAATCTGCCCTGGGTTAGTCGAAGACTAAGGCGAAGGCCGACAGGCGTAGTCGATGGATAACGGGTTGATATTCCCGTACCGGTGAAAAACCGCCCATACTGATATTGTGATGCTAACCATGCGAAGCATGATGTGCGAGCTTTTGTTTGTGTGTTGTGTGGGTTGTGGGACCGTCTTTGGAGGTAAACGTGTTGGCACTGGGTGTGACGCCGGAAGGTAGCCAAGCCACGCGATGTGGTTTGTCGTGGTCTAAGCGTGTAGGGTTGTCGGTTATTCAATGCGCCAGCTGTGGCCTGAGACGTGATGGGACCCCGTTGCAGAGTTGATACCTGCTGCCGAAAAAGCATCGGCGTGAGGTTTTAACCGCCCGTACCTAAACCGACACAGGTGATCAGGTAGAGAATACTAAGGCGATCAAGAGAATCATGGTTAAGGAACTCGGCAAATGCCCCGTAACTTCGGGAGAAGGGGACCTTGAGCGTGATGGGCACTTGCTGCCTGGGCGTCTCCAATAGTCGCAGAGACAGGGGGAAGCGACTGTTTATCAAAAACACAGGTCCGTGCGAAGTCGTAAGACGATGTATACGGACTGACTCCTGCCAGTGCTGGAAGGTTAAGAGGATGGTTAGCCCTTTTTGGGCGAAGCTGAGAATTTAAACCCCAGTAAACGGCGGTGGTAACTATAACCATCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCTGCACGAATGGAGTAACGACTTCCCTACTGTCTCAACCATGAACTCGGCGAAATTGCAGTACGAGTAAAGATGCTCGTTTCGCGCAGCAGAGGACGGAAAGACCCCGTGACCTTTACTATAGTTTGGTATTGGTGTTTGGTTTGGCTTGTAGGATAGGTGGGAGACTGTGAAGCATGGACGCTAGTTTGTGTGGAGTCGTTGTTGAAATACCACTCTGGTCAATCTGGATGTCTAACTTCGTTCACTTGATAAGGTTCGGGGACAATTGCCTGATGGGTAGTTTAACTGGGGCGGTTGCCTCTAAAGTGTAACGGAGGCGCCCAAAGGTTCCCCTCAGCCTGGTTGGCAATCAGGTGTTGAGTGTAAGTGCACAAGGGAGCTTGACTGTGAGACTGGCAGGTCGAGCAGGGACGAAAGTCGGGACTAGTGATCCGGCGGTACGTTGTGGAACGGCCATCGCTCAACGGATAAAAAGGTACGCCGGGGATAACAGGTGATCTTGCCGGAGTCCATATCGACGGCATGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGGAGTCGGTCCCGGGTTGGGCTGTTCGCCCATTAAAGCGGTACGCGAGCTGGGTTCAGGCGTCGTGAGACGGTTGGTCCTATCCGCTGCGCGCGTTGGAAATTTGAGAAAGGCTGTCCTTAGTACGAGAGGACCGGGACGGACGAACCTCTGGTATGTCAGTTGTACCGCCAGGTGCATGGCTGATTGGCTACGTTCGGGAGGGATAACCGCTGAAAGCATCTAAGCGGGAAGCCTGTTTCGAGATGAGATTTCCTGGCACTTTGGTGTGTGAGGCTCATATAGATGATGAGGTTGATAGGCCGGGTATGGAAGCGGGGACTGAAGACTCGTGGAGGTTGACTGGTACTAATGGGCCGAAGGCTTACTTTCAAGAAGTGTTTTGTTGTTTGCGTTCACTGTATGGTTTTTGGATAACAATCCAATAGGTAATAAAAAGAGCGCTTGCGCGGGCCTCTTTTGCTGTAGCTAAAGCTAGAAAGGGGCAGACCCATGCGGGTCTGCCCTTTTTTGTGCCCTCAGACCCTTGTCTAAATGTCTACAAGGAAGAATGCTCTTCACAGACACACTGGGATAGAGTAGAACCATACACCTGCCCATGTTTTCCCACGCACCAGAGCCAGTCGATCGGCAGCACCAACACAACAGTGAAGAACGAACGGCTTGGCCTCTACGTAGAGAGCACACTGGAGCCTCACGAAACCTGGGCGGCACTGACCGAATACATTCACCTCTGGTGGCCCAGGCAGCTCACAAGGCGAGGAAAGCCATATCGACCTCTCCGCAGGCTACTGCTCGAAGAGACCGCAGACGGGGATATTATTCCTGTCGCATACATTATCAATGCGAGAACGAAGACGTCCTCACCATCGCACCCTACCCGGGTACACGCCTGGGGCGGCTCATGGGCGTAGCTGAAGAATCAGAAGAAAGCCTGAGCTTCATCCTGGATGCTCTAGCCCCGGAGACTGCAGAAGAACCGTTATCCCTGCTCCAGAAGGCAGTAGCGGCACCTACACGGGTCCTTGAAGATGAGGAGCTGGGCATCTGCAAGGAACAGGAAGAAGCAGCTGCCTCATATGGGCGCCTACAGCCGCTTTATCGGAGCTGAACTCCAGCGAGGAAGAACTATAGGTACTCATGGGTAAAGGGTTCTCAACCATGTAGAGTGGTATGTCATGAGCACACAGGACCAGAACACCCCGCGACAGAAGGACACATGCCCCCATCTGGGCGCGGCTGCGTACTAAAGCCACTGCAGAAGCGGTGCAGCCTCAGCATTACACCAGGCCTCCAGCATTACTCAGAGGTGACATGCTAAAGCAGAGTAATATTTGGTTCCATGAAGCAAGTTGCGCCCCTCATCATTCCTGCCCGTCAACGTGCTCTCGATGCGTTCCCACGCTCCGTGCCATGGATCATGTGGGCCGGCATCATGCATATCTGCTATATCTTCCTGCACACGACCTTCCTCCTCTTCGTAGTGGAGGACGTGAAAGGTTCCCTACCGAACTACGTCAAAGCTCTCACAAGCGATAGCGCCCTCAGCAGCTGAAATTACTCCCAATGCTCGTACTCGGCCGGGATTTGCCTCATTATTTCGGTCATCTCCGGTGTGTTCATTACTCTTGCCCACAAGCTGATGGTTCGCACCCCCGCGGGAGTGGGTTCAAATCCTGCAGGTATTCTTGCAAGTACTTTGCAGGCATGCTCTTTACCGCCGGTGTCTTTGTCCAGCACCCTCGACTGACCTCGACCGTCGACGGCGGCCAAGTATTCCCGCTCATCGTTATCGGAATCTACCTCGCCATCTTCCTGGGCGTAGATACCGTACTCGGCCGTCCCTCAAGCACGCCATCTGCAGCTCGCCTCCCTGCCGCCCATATTCGCGAAAGTACTGCCCGTACTCATGGTCTCCGTGCTCTTCATCTTCGTGAACGCAGACCTCTGGAAGCTCGCCAGCGGACTCAGCTTCCCGCGCACCTGGGCGGTTCTGGGCCTCATGGGGCTACTCGCCACGTGTTCGTGGTCGTCACAACCTCCCTGGAACGCACAGCGCTTGCTGGGGCGCTCCAGGGGCGACGACATCGCACGCTTTAGCGACAACATTTACGAGCACGCCGCAGCCCTCGAAGGCGGAATCTGGAGACACCGCCCAAGACTGGGTCGAAGAGAAAATCACCCGAACACCGACCCCTCAAAATCGCGCCCTGGAGCAACCTCATCATCATCCCCATGATCGGGCAGATTATTCAGGCGACCCTCTTCCATGCTGCTCGTCTTCGGATTCTTCATGGGCTTCTCATCCATCGCCATTAGCAGCACCACCATCGAATCCTGGATGAGCATCAAACCCAGAACACCTCAAAATCCTCGGCGTAGACACCAATATCCCAACGCCGTCGTCATCAAGGTGTCCATGATGGTGCCGTATTCTCTGGGCTCAGCTTCGTTGCAACCTGTTAGCGACGAAAAATACGCCAAGCTTCCTCAAGCCCATGATTGAGTGGATCAACACATCCTGATCAATTCGCGATATCTACCTGGGCCTACTCACCATGTCCAAGAAGCAATTATACCCTCGAATAGGAGAAGAGCACTGAAAAAGAGACTGACAAAGCATAAGGAGGCATGTCAGGGGGACAAAGCTAAGTGAGTCGACAGGTTCATCGTCAGCAGGTTGAACACCAGGTACGCCATCAGAAGAGCAGTCGCACCATCCAAAACACGCCACGCTGAAGGGCGCGCAAAGAGCGGACGCAACAGACGCGAACCATAGCCCAGCATCAAAACCGGTCCAGGCCCACCGCAGCAGCACCCCAGGTAGTACACCAACGGCAGGATCGCCCTGGGCGTTCGCCAGCGAACCCAAAAGAATAAGTCGTATCCAACCACGCCAGCGGATTCAAATACGTCACCGCCGCCGTGGTCAGCAGAGCCGCCTTCAACGACTGAGAATCACCCTCCGCATCATCAACCACAATCGAGTGCGGAGTAAACACCACGGCGGCCAGCCTCAAAGCCAAACCACATCAAAACGCCGCACCCACGTAGCGGAACACCTCAATAAACCACGGCGCCGCATCCAACAGGGCACCCAGGCCCACAACGCCCAAGCCAATCATCAGAGCATCCGACAGAATGCAGAAAATAATAATCGGGGTAATGTGCCGACCCATCACCTGACGCAGCACAAAAGTTCCCTGGGCGCCAATAGCCGCTACCAAAGGAAATCGTGGTGGTAGCACCCAGAAACAGCAGGGACAGGGATGCGGACATCGTGAAACTTTCTATGTTGATCGGAAACGGGGCATGAACCCGCGTACGCAGTGGCGGGTAGCGAAACACTACCAGCTTGTCAGGCAAAGGCCTGTGATGCGGGGGATAAAGCCTGGGTTAGCGGAAGTGTGAAGCGCCAGAGACGAGAATACGGGAAAAAGGACCTAAATCTATCTAAATATTTTCACACTGCGTAAGATATTCTTATGATACGTTTCAGTACCGACCAGCTCACCACCTTCGCCACCGTCATCGAATACGGCACCTTCGACGCGGCGGCAGATATCCTGCGGTGACCCCTCCGCCATCTCCCAGCGCATCAAAGCTATGGAACAGATTGCCGGAAAGGTCGTACGCCGAAGCAACCCCGTCACCCCACCGACGCCGGACAAAGCGTACTGCGCATCGCCCGACAAAGCGAATTCCTGCAGCAGAAATGGAACGCGAACTCATGGGCGCCGGCGGCACCAGAGCGTCTCCGTTGCCGTCAACGCCGACTCACTCGCCACCTGGTTCATCGATGCGGTAGGAACCCTCAGCCGCGAAGACAGCATCTTCTGCGACCTACGACGAGAAGGCGAATTCCACTCCTCCGCTATGCTCCGATCCGGAAGTCATGGCAGTCATCACCTCCAAACCCGAAAAATCCCCGGCTGCTCCGTCGAAACCCTCGGTGTGGCACGCTACTGGTGCGTTGCCACCCCCGACTTCGTGCAGCGGTACCTGCCCGGCTGGCCCAAGAGCATGAGTCGCGAAGAGCTCAATCGTGCCCCCGTCGTCGAATATGACCGTAAAGACTTTGTGCAGGATGTGGCGCGAGCCCTCATCGAAAAAGAGGTAGGTCTGAAGGCTGAAGAAACCTTCACCCAAAGCCCCACCATCTACATTCCCTCATCTCCGGACTATGCGCGAGCCGTCAGCTCCGGTATTGCCTGGGGCCTCATTCCTGAGGCACAATGCGCCGAAAAGAACTCGAAAGCGGGCACCTCGTGAAGCTTCGCCGCAACCCCCGTAGAATTCCCCCTCTATTGGCAGCGCTGGAATATCAACTCGCCCGTTATGGAGACCGTAACCCGCCGCGTCCACGAAGCGGCGCGAGGCGACACCTGATGCACTAAAGGGGTCCTTGAGTTAAGATCCGCGAAATTAACCAAGTGTTAAAAATATATATCTGACTAGACTATATTCTTATATAAGAATATAAGAACTGGAGTAATAAAACCCTATAACACCACATAGAGGCGGCCGCCCCACCGGGACGGCCGCCTCTCTAATAACGCCTAAGTCTTAACCTTATAAACTCTAGCGCCAACGGTCATCATCAGCATGCTCACCATCATGGCGCCCACACCAACACTCATTCCACATACCCAAATCAGAATCAGGAACAGGCCCTGCGTAATGTAGAAAACAATAATCCACAGAATGCCCACCGCCAACAGCGAGAACATAATCACGCGGTACCACAACGGAGTCTGCTCCTTCAGCTGCGTGCCGCTCTCCATCTCACGAGCAATCTCTCACGCAGACGCAGCTCGCTCGCATCCTCCACCTCAGACTTAGCAAGCTTCTGAGACTTCTTCTTGGACGATGCCTTAGCCGAGTTGGTCGACATACTTCCTCCGCTTATTGTTGTATGGGTAACCTAAAAATATGTATTTCACCTATCTTTGCAGACTTACGGGATGATTTCACCTTCTCCCCGCGTTGAAAAGATAAGGAACGCCACCGGCGCCCCAAGAACATACATAACCCAGAAGACAAAGAGGTATATGAGTCAAGGAACGGCACCCACCGCAGAGCGCCGCCCCCGCAGCGTGCTGCACTGGGTCATTCAGATTACAGGCGAACTCCTCCATCACCATCGGAGTCGTACTGCTCCTCTTCGTCGCATGGCGGCTTTGGTGGACCAACATCGACGCCGACCGCACCCGTCTGACCGTCAACACTCGTTCAGGAGTTCGACTCCAATCCCGGCGAACCCGTCCCCGACTGGGACCCCAACACCCTCATGATCACAGGCAGACGGCCACGGTGAAGTCTTCACGGCGTCGTCTACATCCCCAAGTTCGGATCGAGCCTGGCACAACCGGGGCACCAGCTCCGGCGTGCGTGACTCCCTCGGCCTCGGCCACTACGAAGAGCGCCATGCCCGGCCAGGTCGGCAATTTCTCCCTCGCAGGACACCGCCAAACCCGCAGCAAAGTCCTCAACGACATCGACCTGCTCACCGAAGGCGACCACATCTACGTGCGCACCAAAGACGGCTACTACACCTACACCGTCTGCAGCCGCAATCGATACAGCCGACCGGTAGAAATCATCGAACCCGTCCCGGACGGCCCGGCGTAGCCACCGGGCGCCTCCTGACGCTCACCACCTGCCACCCGCTTCCACGGTGACACCGGGCGACCGTTGTCGCCGCCTCGAATCTGGCGGCCCGCCGCAGCCGGAGCGCGCAGAAATTGCCGCCTCCGTCGCAAAATCCTAAATCTGAGAAAAGCAGATGTACGCATAAGTTTTCCGCCACCTCCCCGGCCCCTGTGGGTTCGCATCATTATCGCCATCGTGCTGATACTCGCCGTAGTCTACCTGCTCATGGAGATTAATCGCCCCCACTTCGCAGAGTACGGCCCCTTCAACATACAGACGTCACCATCAACCATTAGCGCTAAGGACGTGCCATGACCCACGCATCCTTGTTATCGACAACTACGACAGCTTCGTCTTCACCCTCGTCGGCTACATCCAGCGGCTCGGCGCTGAAACCGTCATCCGTAACGACGGTGAACTCAACAATACGTAGCA + $"##&$$$*$%&112:689;?C=J>@=HE@?ABCC:<>A:<;?419==:+,'('(*.--.++$#),/2,$*'%%&&)247:8010-)(()743'=;<6=?>;*(.3742?;?;;<6,*9<;58;>@770%$%,30&5477::9D@;?DDD;BEFJMJAHI=KKCEDDC:9HLHG>*'+&*%&%%)$$%4>A>>A@@=76:DDAA@@BHFGFKH?5=>;<>=BCGFEDA@ACA@=GIEEFFDCBAAB@969336.17E?BB4@IHHCB>=775)@:8-'32226<<;;/<=FCFE;:>BJHEIOF?DGAFFC<<;@F@<=?CBAEAA>,2;:;?>HI=CCH@AD=>8>EB336IIDC>7>>AEE9==88;7;44/20)43$%%%'...4--9=AC=?<=?:;C;<@KC=>8)%-74;?@=>>=?425;?9?@:;=8675-,%'++;=>F?@@9>@:=70:;:B?ED:A:6A@A?@400&(/;=@ALKIBA@@?@BB1?9:5445+()(')'01::<;<39B>8>=?9>=AB<>C?2=;9?ACDC:D?=9<8<8=8/)7./+66;;9:+%;8';AC>9:9<8;<=.3@@>A::68@GB;56/*+39;;<>79:<8??CAEF;@>;200(&%)+0556/,-?F7>;35<=<<@:%BGGDGAC=:CB<9?7>7=@BB=AG72,89@BBC<:<=?EF@36<@A87BB>=;A3>7>@@;:99058/(++/-89@BA?>=??=<<:1/-0(%%+.(($$#$%(&$&'$#$$&'%..9:19<=B?>5)::9<8::;5;<>A<=??BC=>GHHGBB==>B?A:221365999<@77<@8;C==839;898<63;GB;<04?==?ED?:BG8;9'%<%'*&&)2;974<:22.(&468;=;8B@A/>GB>A:(89)37@>;83?BHEGDA@JGG>=;@@?<9;AA?A==>EEEB><=>?B<>AD@69>@>*,F@:EE@:@DCJ@D@9HDDDC4HH6AFFD;<><0%07'3578<4''*2495;<=AA>1;;>;<<::/+0,56<78/.355/414.+*,..-,&&)&$%$%*-$'''-+,%&/19:>CE;*@??DEA?>3-1>BCE?HBB@A==2-779-8=56<=>??>/144121<<@7552()&''*--0@CACDG=@AA658?AHJJFB;DDE:<=<>@@A99.9;<:>>?A=:8;&6.A?=<:.2AE@?@=BA=<@EBAB?>:>@<<@HEA?@D27>;62:D>?*=>DDA<=:@?;EFB+9:??>>9<==;=841122,&=B@BC@ID<:9876?=?MJ>B<@7:;;9;3<;../242(++:;<58:BB>;9?DA>8@??A?8;?@BB:A<;?<789BB;533-.%$&+()//5>C*8.79BB?/3;B8;<>;;7)/+>?.4345>::5',:;:AB=>;;568A::-(()(=?BAA=>.,+&465664:>886$''()##%&&,/01063,&)(*1252242@<6<6888:985$$$$&%&'(+,,,()6,)(+51,2.-1)14%&&(+34678=A:84B;082246(=>6:=CA<99=941==>9;74=?<<)555858;=A;.8%/74412>@>79A<>;999DD?@3?//5>>B>>HEEC?6=AH@G68,-3:;979<=C=:B<:999>:9678%'.))'$')--4?93<==?<9=<@@=CEB26;:/5??GG=E7@9@<@@C@6:AEB>72;:;ABC=58A@B>ECCEH>HID,/;=CGDFC;A3=>@AFAC@EAC?CGGF;?:@>6=A4/B=@@A09?110./44**,'(-/,)(%'++66;DBBE@@?BEHICA)BCDE9CE44ICEFABFBILIFBEEDE:,>5:=CJGBDD=;<<5:59)98@9999358=3+BF@HA9+FEACAEHA7<ACC??76.*4301175>@CFIFLFC?E>AJGC@?BPDGEFC@CE>>==<:))66;(=>>@1>%&$&)).06%771//))*)34,;==>@DEFDJDFFAGKE>C=E>IGK==@AB@CGEDFJD41+"$$#$.1260.;8.4&&&&2&*(%5:98?;5368851$.420,@AA;ACDDCEDFBABD6''&&&53434-*(%@A@A>?9;=;(1679BBB>9;@EB:=<@?@BA@A?::=?66.,+28985*68>78:46@BB>>HCABFDGMA>?988,1/1/'$%%%%%%'(&&'%'&&)&,-+9.8E?HD;B7E;AEGGEFHOEB7:+)'644;553')%,+341135788ABBIGKLEBBABDBACFED@'2,5:9C6==<:?=@DDCA<5757=?;9=9>?>A@BGE?<<;3288-11->@><:4-1A?9:@>;;**)/,)..(.--%(+-$./.))+367-+:;>@4674813./-(2=:=;?;5466968<;<6-',&%%"%'+*,*+7:5',&7;7$$99=:9(54201*,4C@?>79;2+$(3@CFCB98**;)*(('/576;5/:/.-(4(-3)*129;3;;:;9?@8B?:ID@DB4>?==CDA?>>=;@;;B>86-/4:8<8>-8>@:<;BE3><474:>=<<7472;A?>>C@)(;=96-+4:<>@>D6>ACD@:=@968=@.23300)*,145678?B>97797;99:3518-%&%#*324:2887:;:,'56346123421.)%&%/*-88%6A<:;;@<96/.)(+A>;=:>:>?@8@=ACAA<8BHGCADCA95AEBICA@CD7865*/-3579;AC6A1:?@?1/)+677ED?<>B??=B9@??FA@EIA??B<4@C?>B>::546*8:09829;=C<;>@?D<81+895&*:9>9789>;1@B?6>><=:FE?AF@A?;879;AAA@C4**47-/8;<=<),7:=<<:;>>A>=@AEF@<<;=6>>/487;7=BB>F@@B@;BF@A>=;:;<<:=?ED??@98=E?@GEF>BEAAB9;337=?@;A@><*'++0./,,398;;EPHJ8HC?;9DBA@D@>>;9>:669.((787)20634-*%$#(2357>?67?DB4AHE9<;62..*-*(0)&18-00-323:91/45;(56>=968<>;9388:35>?;:88?<>6B=<:;>A8>:>63=>:;<=FC?BAE>CACBCAA?@C4?EEGAA@A=>?:43**,9=)%4+-.&%)&-,-1/57757;<;/3*%%$'&&%#%/,.9?8997*%',),(())**-(-685=>9B:43//(%')&9/&0.'>(7>>?B?B?EAC?8=99?<499.394*,.#')$$&''%%'&%%$$$#%%%'%&//:;;=45+,)+&(%#%$$&&(+2&',/%*-,&*/29994),0&.AFD::;EAAKK89/**8=GBCEB>>C3/<.***6-;=?CACSSBEJSWZM/(*2;A@B@:AD361....;;BB<:;=9<=::CA?2++)'5578%(1)'(*&*77;>92HBIBKE@DE>>>2,2-''$&('%%(',/0/1436@>;E?66.))%----*23&)CA?=ABHGBA>BJCBCABHIFD7,*82;0@>;;(+GICCA<92)$$-->CBILAA<7353)43-@<=80-:10367=?A<:J@<<=&&&;889+%89ABD;=>3/=:?CDMC5=8666+)-%59978:@@C:;BG;;@ACBEGKI?GHBHHHDEDIF=A>7A@CB;:ED'?C8>?F<=<;?B<@CD??=F9>BDD?BAFE??:89?A@9:-,02(++?CDDGEEB<=87((6'%$+'&10100-+%%*<65$'=>;?5757=:@;4.+*$%'32;;;ACB;>=78:84:79:=56&'%%0;77755931;=<9?@>;:@;DAA9AA?@@EKA@@?>@AC??=;-'.399;;A?=9:9:5;>A:7?8461.*)(&-0&(&-'027>87EKD@B@>@?9*@??DHH>HG:47;;5;>=>/)++$$$&$%(*&)%').B9:EKAE=;A;8;8BDD@AD@EB=?24@>=@@?;:7;>A>@F>?A@;(2D?>?-4D002556.022'4(3875514@5::?99;<<<<>?;7:=>;.-.*($&(1+'&'%1203$>'77:<%&1$&(&,))5=::@?AA><$&1<=:@><<=;556469@>?DF:=>69;<>LE?@GF??/=>B?=?AA@C644?>7<=<:=AB?JBCC@>FKH=8;>>>??=11AHC?:6;>DBAAB<541/00)(&%$)+-(%6/0566ABCBBED99>A>?@;3645%)9@BFF?.08?<=8::>9=@<>;;>74992&,1346797.*&&720.2'(12,$%)049;=8=??8<2='22;=?EGFC99<@@BCD56DFDB<@:5/EA@DGIHB?=@>:887:96884(&(&%$$.0012/+(+211567?=:203&&(-38>=;5<==B@@348:::930.)$''/59=;;89/066'55433*1049;88=><=8534471''&',,98=;9&446;5,*$-'$,,/0-,)+-'&%$23212%2:?=4;4261387+4&)7;;:99-((,%$$)13<<;=?BF=A36538=>CA<>:64799(+///24255@@<9;<54,'(7959>=?@A=/8;<==;23567;;>=:9+/:B??>A<=AHFBCBDDB==:;BCCA;++-58678<340>79&'-018801''-,:8??1756179:26:,;/&((*5;=9;@=<@:5C@2D9::;A?A>=?-0>5=8%%3466760074(''&$&$+-2256854+:<8A@<0,*'363554%)20/+95=CD?B?<8;:<13:<+:6=6DEB?;;C?C<=;DA@BCBBEIDEC>.,+22--(*'((((&+##%$)66=@EBHHC<8<=C98=<EEEMAA?BD;:7/)),)$'%%.356?@=<0907>A?=AEGE?AGE>=36<<>=?::;?A:@(;>?;<>?;<;9>9.241;;;=9835?@3><==5@7866;23:1,/-49=?3/1;>>>ABCFE;=86&&98,(7=BB?@=?:=53>>@DB>@G??=8?855';:=8:;'(<=:==>?;A=*&))378;:=67:22-,,,-*'(+,.2),99;>@?<06699;AE>?@@@:>468<>B@?<=<>DCA5=@>DA@HEFEE<=13:<0;38:=AACA<>==;A>7<9:>>@?><88=>?42*(&)$+/.113786:>==8+DD?8=>>><;;=@=<<>8:**)(-&)$%+&:.97/;7935>?=@?B?@<8&-3698/114///1-360-/767<;9:4$-59?>B17;A=A:BB?BED>CDD=;5)$&#$**,**0&1///18>B:8>?:?A<=(0::AF?C4636?@78:9);;>BB:>?;=BBFGF9@EDB;;BAC<;8=1.>9;<;65,,%')*++**'$$.+-@==<2397>:6;=@B@922'5'*;:<>FC8;=;583(('%'4;;<DA9D98B@BB7:.5899::8:59AC:(8EBAC:%&&')*#%3')042*24/88&$$&%552:8;;??&<&&/:8999;63239:ADC1;78/5,(333-**)(00'$$-,<;+-958+(0(7$&++,)*---55659?/2<=33223<@47946&06?@>=A<:B;99<:A;:;=<==A;;*,*#*5340)<-0/;2923,())$&*(&11-.449:BC80..&87<('')C7974BA@5A@;:9BC?@CC@H>;;A=;9D;=CA>9?5=@DFH@<<4+FCHMABGD:8@ADB>A>?<9>EJB9?@A?7<;<61?B=@=82***856:;>?EA95,&)#++1,369:?@9;;:AA;???:7AA?A8HEGFD//,;???+&%%'+//29A;9468::6@A:AB>CB2889617/<:'4$$677;A9D;;680.((249;460/%..6964-AB=CHI>@IE;D?BFCDJ99=:06CCD4BCAB@?DGHCFAB>@FBD@>?7/;DK<:22)-/:ABBGGCGHD?=@BA:8+*%'%'-66=;588GCDMOCPQGFG:/2)1&34'9:<7:5-&''&%,+@CCDC<;?BD?,,;=7/,4+(%%'%$%$##$&*35:<9@EE@B9<==IB??;@1*:@EFACHIC?,-4)%$*18>=CB=0<:88&8=>*(*&('48=87;:6@1@@CFHEF?@,,.04@><2=9<;9@BDFA@;>;?<:.1$,&(+03).+55>;:'@;?6;@C8,522=;/996EEF8@@D77<5C>>1(%;A;=@63:AAI@EME?C73153;?BE<=?@D?<6<=?E@;AA@A:660)).(+**56/6569FF;<;=?>;&7<=>DBBCAHKH<3=@9:83*+2/.;;<9<8AML@B?+(>6:,3(1+0,%(0***$&,)&(+*(*$$$%$%%(.-/3231--.531-244634?35>0))*-588.5:>7BDI??.0;<<;=ABACB9=8F;645654?:@?F=,;??,:=>DC?=4608@:@;?<2;>@C@47:79CAD@AFFF=@GCAFBBB783'$%-48A@6=C>3-00/-0+677>?8>1B??D9?B8:?-*-BCCAB4?A@BC@>C<9;45DJM?>==?;=ADCB878=:HF>GEGQNC;&(9776101;.437821*+'&(25*8:5-:>;=??;979$/%...::<:?9:HADB;<;EA:AA=7-/.-('%'55FD@@?;9CAA?5*2;0/*'+*''&01..'&(*0.*<=<>CAE?C:78;>A@;:8EHFCAA>A62'';:?>CFF@4BBB=/AB?6?;%2=C/2>A:=AB49;)DB???GIL@*+DEEFIKJAG=DBF6*)+)18;AC>1/53:<8;;:9<*:AA;40;879:8;?@?7>>@GIFB@-099ACD=A<979D?>A?DEA?ABAAFA==DBF;ABFCD3/<>><3$$'-,,$4.,69?7CGGLMIDC?BA<9:>;=9=;<9BDDHJC=>;:')20>9>??BB;?57?A>7;;<;?=DEG???A>EG>@@@C?@DB>>?39;9-($%/0+45?:B;977B>?B?ABCD@B@FGA=68<;1477,//%9=?@CFEICH@<@A>>@CCC@CCFDC=GILFDFA:7@:=;2;.2@?=@DB>D?;GAA@FFEG=0/($?<@=CGIGG<@:?FFCE=6//5868CDB?:896424)(,43-/+.122::=@8370;:<9;/9@:668AA<7@@8;'+58<:G@@B?=3B=;>:<=866@?0;><<;>BC<?@C',=@@@=85++#$(,76&9@,@@@>BBA@99D>?>>I<64=?:A>>665CA=>=>ADFF?=<7DA8RKABHG7BABID@=BDG>>@D>A;&)==?@GD<31>/<4'09=89A@85+/56;@A>>A7934*)5>?@@>97/6*6876=;><@@>;EE?79ACGE>D>?>?=55-.6;A?DA@:?A>6E?)$;9<<9:8<>;;9?<=DD>=87630:96A:IBDCDF@@35?E???AE=@DGDD>9/-;>=8JGDDBJE?97,-+1824$&''&&()+($$)2:><:4=@:3345528>998@BC9AB@AA=:;*(&&'135566653+,',*,4:<<=::A?F@9H<<;<:9<8>@DEF@AB?EFEIEIUJGEFD45BBAB:6;=>>;<8732?:9:@?4+)'''/('&)*%'$$&650%33502403690'+492<=A88.&&%((+0779::66A<:9:)&&)'1:=965B;99=61,.&&'&(,(&*)*%',&,/12566((433.)5$(==BC>9:;:<@+@CE84-6)+67<;88/3/(0(231-@BG3796;BC;BD<>=;:7;>@BED88;A=>>?75*613*/.7>?@FGFB@6>?CBEFG2,+*@0A7@C43;7?BA>9A<=?@=<>DFA?9:=3@??5756:=@EE>9=50'?@AF=?>AHIG?@KI@B;;;:>8:98)-775;>@@:/)-/2..'')'#&0**&&&%*))++-,*./:=313/-261:=;=7.,$&%'&'+&&)*/23<43:=7;>BC>>DD<;>B<9=9ADEA>58:6=BIBL;9;=A699=80*01%&',-/0,0/:::84520&)515446((373:AA:>?02;?@>>ABB<975;E?8@?44<;-,)*,*%&0$%&&.)**(&&&)%)899;F?HJIC@D?D:24;75&&&22568-(/*#%)&0-((-/8'%%%(*.9:)+1486()8:7873%),.;/7766+(&/7>=<<94+5;6B7:8;*$%$+&%%%$#&$%',%'-466587;EFG?&'-&%$&$%.&9;<9,(,$&(.37/131+-((0988548>?=>B?>>A?DBA>=C<@=*.@BDGI>9;B=;952;>@>?:998/EDFGDDIB+)').+,.*:9:FHAB>::D2I::?01=D=H@.17856:<9.,(%(,$*(''017>>%-09.8520&%'&'&&&#(#&#%(*-%'/)3369:)@::<=<8368,&&%%%$'+()*$&''-1%'29.//../-,,(5;<>000,7@67=>=GA90**7(*'504?;<<981*'%$$$$%%$(&+)'/44&575(%$#$&23803DF;59::2/012*,((/)2,246224797<=;>=DCB>A=9AFHKJJGGKNMEIFB:26++@;9>?FAC>=6<9965-,-5;@=;:::5442:8531$+?:;367@@?DBA.%89886638>-=CC??=6A;99;;;@@AEC@BAGE;C>@=<=CCJA>+.')'+&&&$$('$%)>?>;;AD77(*&06:6?49@BA;=:1)*$)(.143:<>DG;;=FIBPQUPED@>::::9LM@?FA@CAEF37:9CB6'&'1<<;9:=;BB8FC>CH=@A;;452)*''''**35;<5;A?B,DB?<&)3)&AAEBAAAC59ACE74-,2==;>8=+;DCFG=:-*,'&)&*%''-16@B@+-.;=:*4$$'*,$ @SRR14011045.15485 1d918c9d-4b83-4989-8c05-6ba7c274eddc/1 ACTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAGGCACGCTCTCACCCATTAACAGGCTCCAGAGCTTGTTGTGACACACGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGGATACTTTTTACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGTATTTAGGGTTGGGAGATGGTCCTCCCCAGATTCCGACGGGGTTCTCGTGTCCCGCCGTACTCAGGATACTGCTAGGTATAAAGACTATTCGAATACGAGCTCTTACTCTCTTTGGCTGACCTTCCCCATGTCATTCTTCTATATTCTTTAAGTCCACATTGCAGTCCTACAACCCGAAGGAAGTAAACTCTTCAGTTTCCTGCCGTTTCGCTCGCCGCTACTCAGGCAATCGCTTTTGCTTTCTCTTCCTGCAGCTGCTTAGATGTTTCAGTTTTTCGTCTTCCTCTACCTATCCTTAACAGATAGGAGTACTAGCCATCAGCTAGTGGGTTCCCCATTCGGACATCTCTGGATCGTAACACCTGACTCCCAGCATTTCGTCGTTTGTCACGTCCTTCTTCGGCTTCTAGTGCCAAGGCATCCACCATGCGCCCTTATTAACTTAACCTTATTTTTGGTCTTGCGACTAAACTCTTTAAATATTTACATGGTTTCGGTTTATTTTCTTGTTACTATTTGATGTAGATATTCAATTTTCAATGTTCAATCTTAACACCCTTAAAGTGTTAATGGAGCCTAGCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGCGCTCTCCCAGCCAGGCTAAGGCCCCACAAGACCTCCTCAAAACTAAACAAGACCAACGTACAGGTTTCCTTTTCCTTAGAAAGGGTGATCCAGCCGCACCTTCCGATACGGCTGCTGTACGACTTCACCCCAATCATCTATCCCCTTAGGCGGCTGGCTCCAATGGTTACCTCTACCGACTTCGGGTGTTACAAACTCTCGTGGTGAGACGGGCGGTGTGTACAAGGCCCAGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCGAACTAGACTGAGCTTTGCAGAGATTGGCTTTGCCGTCACCGACTCGCGACTCGTTGTACCAGCCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCGCCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCATCAGTGCCCAGCTAAATGATGGCAACTAACAATAGGGGTTGCGCTCATTTGCAGGGACTTAACCCAACATCTCACGACACGAGCTGACGACGGCATGCACCCTGCATATGCCTCTGTCCCGAAGGAAAACTCTATCTCTAGAGCGGTCAGAGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGGCCCAAATCAATTCCAGCACGAGTTTCAGCTTAGATCATGCTCCCCAGGCGGAGTGCTTAATGCGTTAGCTGCGGCACTGAAGTCGGAAGGGACAACACCTAGCACTCATCGTTTACGGCGTGGACTACCGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAGACCAGAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCTTCTGCACTCAGGTTAAACAGTTTTCCAAAGCGTAACTATGGATTTAAGCCACAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGATAACGCTCCCGGGACCTACGTATTACCGCGGCTGCTGGCACGTAGTTAGCCGTCCTTTCTGGTAAGTTACCGTCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTCTCTTACAATGAGAGAGCTTTTTGATCCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGTCGAGTTCCCTTGCATTGCCAGATTCCTACTGCTGCCTCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGATGGCTATGTATCGTCGCCGGTGACCGTTGCCTCACCAACTAGCTAATACAACGCAGGTCCATCTCTTAGTGATGCAATTGCACCTTTCAAATCAATATCATGCGATATCGACTTTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCCGCTAAGAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCGCTCGGTGCAAGCACCAAGCTTCAGCGTTCTATACGTATATTGACCACGCCGCCAGCGTTCATCTGAGCAGGATCAAACTCTCATTAAAAT + /&&&:;<*<6:CJIE??@?:+6>@E@?945BD??'9=:74<<8>@==:.13%$&(++,,,'$&&.1?==@B?5;0455;76+<88><:;:8&*<:5/&$$//7:;;=;=<>:HJADI?CBC8>56C>CED=<9<768=,@=?=:3>?AA@8(238<@D4))-053054245471((0573.//*2244<>A59@BCB>FC?BGAHI<@CC:@C=;=77796:-69??@@98ABFBCEB3441.&&&8:>@;,899//8;73<'0,/==66687:9=C@:?:>B==GDK=>FIPO@BDDBF?9?8;9:;=?D1<,:4++===?:A@>D>994:51.23322/6568+4('32)$'('%%%'1+&'%%$)25145=;?DDAA878>BCCGL>A@47<@CF;>@>=<449:B@3.5-*48466CEGFIIEDFHGFCGFDKGFC@:9958;46-./(01)#&124676:<>=?2-.(('*6>935;AFA@CEGE8BB?ACD:9<<=:551$%((&()019=>AA@97$,$':=:=?F@GDDCABD>;=@DCA;C@ACFEAA=565789=:/2:;<7&&2//'&,6879767;>;5=*.344(%5.<=<>4-72(4%4'''=;;>:9193892:6:65728963?@A><77CD@?HG9=>?><532456556/$%$%&%/266:<:4;A>>=B<:7=7(%11/0.57+;;857:7(000$1++,*)((&*+(**(16<+02,%&$&&**0-((*315*4155;87+'?CDB<=;;=<33=?A873<<9=C-><8@@=?8'47988=9/&,&+7?<<<>;;?AB9::=B<6255533'*'*,.'&1,)*+.1)-55=@=<>:DC>9:9?DI9<;8=<>5;;;@<@CD@>BDDG<.457688:BC>@=<;25??F<2768AJF699;83:969434344134-$&)47:<:;=B?@E:;;@EF@-***4520/'0451/'%&(&')140;.;@@>B=@8;@?C<:DFDD?:;@E?A976?7$(6*%%&)5791&&9;BB?C=1:@@GE@@D?BB?<>91.,+,321),6=A>;;C-((&#&%%'$*//0/1B>=<>A:72:56*-@;A;LBG=DDB>C>:=F>>:=B>;:??@<7>:;;<<=>@A>77@FFEC?F==>HFBFIEC;C:7/1./)***;8<==>,5.&%$$8/6?A2(+%%%%$%/1311.46;?<0,4&86535@5**.:;=B79;@FAB?C>6;<>@9;:787/*+**&.---./,67.12((7:A>=@<599:$&&+/3996-'0''')*,AAE8;:>@;09;C?<<&54=?D<4<>=BD=0,?DB>84ABC>($%66+(&*$%+.34:?CA7;ECDNF<>?C@IA@JIGCB>:A@;?=1(<><=20*('2278;1))'&'.//121(.163=2320&&$%&*'$&,-678510.)7;917+.866+''%%(+,98%%&4355<>:BC<:=A@)-/..17<=;===EDCFIH9;>/5<>D;EF9>EGJCFF0...?C@A8<977479:<;65&)49=@BFGCAHDA@,>;C79=AE?BA<:1.=:>;<@?94@@?C:9;@FB<=@:FDA:777=&6984-3110**565%&(((&(*)$$*3233/'223479@@DA8=@E860.(0,0,'9>BB7?CE=D?89;;7%$207%%%%%%'%%(*-*$%(+1#'%'-/+14057>=9:=63165@::460%2%2--45??=KC@<7:@AA>>.19<=<5+0<>:6*%/'('%'(&),,+09745.$%&).1.0-/00/$'&&((15)('+&%'550:8(7367/35>A?ACE@?6B:..=;;=542$'*59>>;9:(.$$.39;=?AE@<;*;===<;7078BBC@DDA@69GGFFB><=>@@=PPN>I@A969?B>GGG=EDA@?<>>;3AACBEA;+$ @SRR14011045.70683 cf6f6c7e-4868-4afb-9c3b-c1303cbb9459/1 GTGTGCGCTACGTTCAGTTACGTATTGCTGCTGGGGGGTGAAAGGCCAATCAAACCGGGAGATAGCTGGTTCTCCCGAAATCTATTTAAGGTAGAGCCTTGAGCGGACACCTTCAGGGGTAGAGCACTGTTTCGGCTAAAGGGGTCCATCCCGGATTACCAACCCGATGCAAACTACGAATACCGAAGTGATACTCAGGAGACACACGGCGGGTGCTAACGTCCGTCGTGGAGAGGGAAACAACCCAGACCGCCAGCTAAGGTCCCAAAGTCTATATTAAGTGGGAAACGAAGTGGGAAGGAAAAACTTGGAGCAGCTAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGAAAGCGTAATAGCTCACTAGTCGAGTCGGCCTGCGCGGAAGATGTAACGGGGCTCAAATATAGCACCGAAGCTGCGGCATCAGACGAAAGTCTGTTGGGTAGAGGGCGTTCTGTAAGCGGATGAAGGTGAATCGAGAGGTTTGCTGGACGTATCAAATGCGAATGCTGACATAAGTAACGATAAAACGGGTGAAAAACCCGTTCGCCGGAAAATAAGTTCTGTCCAACAGTGTCGGGGCCAGGGTGAGTCGGCCCTAAGGCGAGGCTGGCGTAGTCGATGGGAAACGGGTTAATATTCCCGTACTTGGATAAACTGCGATGTGGGGACGGAGCAGGTTAGGTTATCGCACTGTTGGATATGTGCGTTTAAGTTTGTAGGTGGGAAGTTTAGGCAAATCCGGACTTCTATTCAACACTGAGAGATGATGACGAGGCTCTACGGAGCTGAAGTAACCGATACCACACTTCCAGGAAAAGCCACTAAGCTTCAGGTTTATCTAAACCGTACTGGCTCGTACAGGTGGTCAGGTAGAGAATACTCAGGCGCTTGGGGAACTCGGGTGAAGGAACTAGGCAAAATAGCACCATTAACTTCGGGAGAAGGTGCGCCGGCGTAGATTGTAGTCCCTTGCGGGCGAAGGTTGAACCGGTCGAAGATACCAGCTGGCTGCAACTGTTTATTAAAAACACAGCACTCTGCAAACACGAAAGTGGACGTATAGGGTGTGATGCCTGCCCGGTGCTGGAAGGTTAATTGATGGTGTAATCGAAGAAGCTCCCTGATAGAAGCCCCAGTAAACGGCGGCCGTAACTATAACAGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCTGCACGAATAATAATGATGGCCAGGCTGTCTCCACCCGAGACTCAGTGAAATTGAAATCGCCGTGAAGATACTGCGGTGTACCCGCGGCCTAGACGGAAAGACCCCGTGAACCTTTACTATAGCTTGACACTGAACATTTGAATTTTGATGTGTAGGATAGGTGGGAGCCTTTGAAGCAGTCACGCCAGTGATTGTGGAGGCGTCCTTGAAATACCACCCTTTAACGTTTGATGTTCTAACGAAGATTACGAAACGTGGTCTCGGACAGTGTCTGGTGGGTAGTTTGACTGGGGCGGTCTCCTCCCAAAGAGTAACGGAGGAGCACGAAGGTTTGCTAATGACGGTCGGACATCATCAGGTTCGTGTAATGGTATAAGCAAGCTTAACTGCGAGACGAACAAGTCGAGCAGGTACGAAAATAGGTCATAGTGATCGGTGGTTCTGAATGGAAGGGCCATCGCTCAACGGATAAAAGGTACTCCGGGGATAACAGGCTGATACCGCCCAAGAGTTCATATCGACGGCGGTGTTTGGCACCTCGATGTCGGCTCATCACATCCTGGGGCTGAAGTAGGTCCCAAGGGTATGGCTGTTCGCCATTTAAAGTGGTACGCGAGCTGGGTTTAGAACGTCGTGGAGCCAGTTCGGTCCCTATCTGCCGTGGGCGTTGGAGAATTGGTTGGGGCTGCTCCTAGTACGAGAGGACCGGGTGATTTTTGCGGAGTATTTCCGGATTTGGCGTCGCCAGACGCATTGCCGGGTAGCTAAGTGCGGAAGAGATAAGTGCTGAAAGCATCTAAGCACGAAACTTGCCAAGAGATGAGTTCTCCCAGATTTAAAATCTGTAGGGTTGTTTAAGACTAAGACGTAGATGGAGGCATGGTGTGTAAGCGGTGCGAGCCGTTGAGCTAACATGTACTAATTGCCCGAAGGCTTAACTATACAACGCTCAAGGGTTTTGGGAGCAATACGTAA + %%$&"%#$/%77;A84>D?15BF@>?BB;BE<<278:=<96-;0<=>:?=?11?>98<;;41/-.*+776769<88A7=2;9@C;:8==<::@(57CED:?B=AD?;=@A@CIF<=?:;.-/541-+***)')&(+-,+69:>74;7FEDACEA::9>8C:;31//1@C@???CBCB5:86?8>>;83.<>;;7@BEECCC=<349@?FDCD>14@>;>44,,4==>83>8=67;A>BBB@@?==?HF@BDA?=><>G864;@=>FGOFG>D<@A79:7/)*'&%'/1%60>DCCDEC?'+=;?BIDE=/CAF@C?9671*5+)+(-*50(144;95,,&&$3'0/),24*)%2.532,57602579)71146,,49<4*-,21/04388:95/;@<;889?CB@???@86%$&&'&'3546;8/&&(2;<@:A=<76<21,%4'%%/<<(=0.59?:567?=>?BB=CAC<8>C@7EF?@;87@@@:<;@=@CKFC?DFB=;;>@A>G:9==E9ACAFCAHD9;;AGAA;7;=:>AAC@:<2-4=A?A;:=;-BG=BA;CA>78A>9:=EA@=SOFGMI>>98:B<=A?=78>;<=%%(;41<>9)+=2)JI>=@B::686:8<>9.6668?>=564;DCCA20:8166;68;EF?A@14>;AJD>HGI=>B?@9DC>ED@<>@>;ACDFFDJJ>@?6BB?>BDKHJB6<=>G?@9=80&.9=<>EE;=EB=A@B?/.+3)E@EAHC;:ACMPOIAAAF>C=?A?A90/.)1'6@7@CCA=>CA@80:H>>=FG<=B9@67>ABBD?@IGA>=30C@DD@CH=?=<>>AG?=5&&&..2<;:/?@B??>92?E@5394;:<)*::;@>=>=8198622,,,.<>@:>7188:710'-'%%%-5-/3/003:<4>5<96?8;::89;9:,35>;7868BD;;AA1<@>BCC@:CE<@DDA66639?@GFHB?>>?6147055&$(08314598'284A@9<=958:=DE?@=09>J@568=6,=CA>CG@;==79:<=?8;=:>55C@=;@?4=>?:GG:@BG;C9;@?5<>=>;:5689:356@>>(#*%#&/24(*,*'7;415@A7>5=B72019>>7)112/-)+9<=6984=677,,/=>CACK?D@E?JHKJ>?;?@CE987EA9<=:>?8==4)+*619?;=699>DBABAAA4=><8;9377:7JCDFB=-3;:==9=EC@;@89CEFBE>9;B:07<;:7:<:;CDEHGIB7<<;;<<:1<1)&&$,778>=?@@:;>??IA@B9<>CDE;A,,(-79<9589;67<9;88<15755@BBD6:>@<5'-%%$'***-+/1303545D=<;79117'$%$$++.2656;<121141%0(*69;@;4C@;A7A;=IGEB?CFGF8CECDGH>98>@=B6CB7E?7/7887%%*&,3<9;AGGFC;FCBAA>04;;ADAGFECADE=93.*-@@;CGF:=>:9-'+240-(+58777>:656689=;;@>8''9<>:>;?=302;;=953'%7---& @SRR14011045.45553 e62755f2-cb4f-44b2-b41b-d3fb2cc8f9ad/1 AATAAATCTGTCAGTGACAGAATGAGTTTAAGACAAACAATTATTTTAATGAGGAGTTTGATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCGCTTTGAAGCTTACGGGTGCTTTTGCCGAGCGGATGAGTGCGAACAGGGTGAGTAACGCGCAGGTAACCTGCCTGGTAGCGGGGGATAACTAATGGAAACGATAGCTAATACCGCATAACGGTCGACATTGCATGATGTTGATTTGAAAGGGGCAATTGCTCCACTACCAGATGGACCTGCGTTGTATTAGCTGAATTGGTGAGGTAACAGCTCCTGCGACGAAGCGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCGAACTCCTACGGGAGGCAGCAGTAGGGAATCTTCGGCAATGGACAGGAAATCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTAACTTACCAGAAAGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTATCCGGATTTATTGAGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAAACTGTTTAACTTGAGTGCAGAAGGGAGAGTGGAATTCCGTGTGTGGCGGTGAAATGCGTAGATATGGAGGAACACCGGTGGCAAAAGCAGCTCTCTGGTCTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGTCTGATGTTGGGTCCTTTCCGGGACTCAGTGCCGCAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACACCGCAAGAGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGAGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGCTTTCCTTCCCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTTAGTTGGGCACTCTGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCAGCCACCTTATGACCTGGGCTACACACGTGCTACAATGGCTGGTACAACGAGTCGCGAGTCATTGACGGCAAGCTAATCTCTTAAAGCCAGTCTCAGTTCGGATTGTGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCATTTGGAGCCAGCCGCCTAAGGTGGGATAGATGATTAGGGTGGAAGTCGTAACAAGGTAGTATCGAAGGTGCGGCTGGATCACCTCCTTTCACGGAAAAGGAAACCTGTACATTGTTCTTGTTTAGTTTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTTCTGGGAGGTCAGCGGTTCGATCCCGCTAGGCTCATTAACACTTTAAGGGTGTTAAGATTGAACATTGAAAATTGAATATCTATCAAGTAGTAACAAGAAAATAAACCGAAACGCTGTAAATATTTAAAGAGTTTAGGTCGCAAGACCAAAAATGAGTTAAGTTAATAGAGCGCACGGTGGATGCCTTGGCACTAGAAGCCGAAGAAGGACGTGACAAACGACGAAATGCTTTGGGGAGCTGTAAGTAAGCGACGATCCAGAGATGTCCGAATGGGGGAACCCACTAGCTGATAGCTAGTACTCCTATCTGTTAAGGATAGGTAGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCAGGAAGAGAAAGCAAAAGCGATTGCCTGAGTAGCGGCAGGCGAAACAGCAGGAGGGCAAACCAAGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTTAAAGAATATAGAAGAATGACATGGGAAGGTCAGCCAAAGAGAGTAAGAGCCTCGTATTCGAAATAGTCTTTATACCTGCTTGTTATACCAGGTACGGCGGGACACGAGAAATCCCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCTCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAGGTGAAAGCACCCCGGGAGGAATTGAAATAGAACCTGAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGT + CEDGFCF9G;;)%);9;55580/,06@C2=?;<11786=?>CIQPQ<669+*()$/>D<==;<>@=9D>8@C:<:>?7?:9:9;;,(,6707622446748)#))-8:==;9563$$$&+&&$$%##$&/+//=79:;:@9;<=;A;:(%&&%0+24328>B?:=;?DA(&A8:03455<(,?:9?<=;94,.377=@@;@BDCFD>J>?@==F973>@@<3:;<:89>9BCDH??A=@=>0&)24/;41)%&$&$&*,)-+*+.78:=8<<21@8741<<876533/5DEJBEG@:<=@@BE=>DA,;?7=>9555;=@==76-15:527<=?ABG48:710,:;??@?>E;@8@FNHI@>B<(;9<%);=<4=BB====HFBA9=B:9:6:><>=798=;>==:?<:>@;C@ACDCD;9<<8<9@@><7+:9/930<879;??@@;99.'..,.;==>4:''98686=8:(,:>667410:F?FEHE?JDIJG;AAC8;<=>C<=/-0-566::>&&@:36+(,*&2;=CD@@<>ABB@A>>:77;9?-/)(74D7@DAIH<=(8+&,$$)898;;<@?>77.5123(%16:+3;<1=68<641%)&&*++/85,&3++.-,%':D?9<;<77971&:;6<56><87>:?>=8>;??<52>;;ACDAED@DC5BA8>>?EA@H=>?@C>AAC>:ACB::@3('%&%%2)(&(8<:9>A<:<;<:59;868>B9;:??629>==78-.0/.&-&*,@@9@A?351*(('/3,2504(9/*:;<2<>=6)(/46AB74<>B<==>48B@B?;<=B=38,1(*7>87./1+*><9878@@D;;::E8CA@9=<.))2298=A:9:ACFB0;?<7/1+69A?=94?>?;68867>=8CC=@;9?:8B?C94;-57;E@;AFD@CHL>==AB?>@558<=89<..=;=7;;>9<3'+35243%&,/88:=DACED;5:@AD=B>@=>@=>A:BA2792;6EC==<:*7:=F<7<>57((%)8;429?939('%$$'-,),5?BA@BD?-<=88@2<.89EE@;8@CF>EEED><=@>?B49>8FA;;<7;B@76:D@>/16$*19643A9E*'(***$;;:8&):=B/-,0;==@BBFD@=?A4168?<:6596(+;?568;::8;<87@92GD;<<9:;4/714=.0053&%%0&**.>?<<@CE=9DECED>CC:89979@>=8:==@B11;:>:;5C<97>ECD@;%(,3''++++78:54;,%%%*-+++.393613=?<@6699;89447::0$-35625/1*:::A>>,'&1%%3)$,*3;(JJK<>IKLCB3251:90.;>CA?A969:;:<6@><13?@;29::9:<:574,("'$(*)()2459<59@E?:<@=7:;9('9:98$&'&1:6ADCAB=@;=HF=935:9742=A?:EDBFDCC?DA=299AHA(29:=9;EEA9977E@;48((755:;=??>;9(('+9,+,.69?<=D>*A<=:A9299;:@AA;8<56:<<<:;AFI?/65<@?<;?>;/000<=83378998:;56CC:A67-.../2/+.1/9=;;<<&<=<<:@??978;>?GG;<<@>==>::79;540@6.86@?FIEB>>6A>>-'FCC>ERQC2?75?ACB25376/1*88,/(&&+9$$-*&+221=:30*4A@A>86'(,-0/005A?<:A9B1?27=7-<>=584???=@:CEBAB?==C>:DA;9D@@A?B?A62:/57?BB5=647<98=89,3/1*==8797>C=;+478'#$$$$%(&$%--,.255012>.13;;:7/-*-.-1<<>:C8=@=8A??=<<55:;/2;;6D99@07&894?>=:<@B:?;712AAB<69B@,,=8.+.96<<5@A;B<*8:;+56<8:84-53448746:@-/%$$&,*(().02(300-**('$*$9178=AB:=?><99076<@<@3>FFLJJBB=<9121.,(/%.025<=5=B?GF>=EFB=9<88C=DDB::?<:;=<:883-),::?;:?DE@?>?=>:??>@FB@?8?B<;=CFA>?4;GD@C@A@?B6:89:;;;=A45788?=?A@@BCB?@HF6D=@:=?>;:<1-)'155*:=?=>D;@9>93-2>=<=?>?:?F@?/:224>A=<:2$(%&46<)-<<;;=A??==DFGE@B@77+++15<3:9::98643<729>=.++9:;:>@?<:@=>??86>;)),0<=BDEECEC9=BC>>??>C?CIB?6:<;CF;010528792)&)5441/44*&*$(&33437:;>;49562,))+)177949;2/0+-625:=CCCBCD;:/7?99A@@H@1:9$:=>9??=AAC?A?4;<@?@?CB??>9=;:=9=>DG=?.(=:::1<9<>@&A>90,?;69:?>23;;22491197675/-(:??;=;:=BBC311IACD:9.:?@?EL:3A3%,/:::9/348<44(/0/.6<@@@<@C@C@@<@6(*@?>@834433111%027;;;9123874<;::4@@E=CA30/0103=?AA;;;785)476>>;;=;@DC5CE6A9-,*+/28:>>=89@@A33?@6>A=D?@<::;?47=>@>C>C=;67:?>=B=>>CD-?==H<<:-0)$6754210'(((&%&$%%)+=<>;;9855>0>>;:*:==847687>@;=A3A@BA67BD>B9:3:9;A56:77%%*?;<@?9;?=@==<<9870<=;?B:D9:>:>BB6=:CDHGG<@A=E8>9799/**)15:4784216:B<=77+'&%#$&$')#')+478;67455@@?>@AB?@<66:>9;7:=B?@36;:29:;?=0.0947')+('%&)3($$&'&)&&#'('%%%000242/125/9?@B>874>@6+/BA=>A>89631128998@=;=>CB;==;<0<=89355<9=:A@A8;985;553,@BB;097::) @SRR14011045.43867 aa413f58-4d9d-4a72-8048-7daa8d6065e2/1 ACTTAACCTCGCATCATAACGTAACTCGCCGGTTCGTCTACAAAGCGCGCTCTCACCCATTAGCAGGCTCGAACTTGTTGTAGGCACACGGTTTTCAGGTTCTGTTTTGCTCCCCTCCCGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGGGATTTCTCGTGTCCCGCCGTACTCAGGATACTGCTAGGTACAAAGACTATTTTAAATACGAGGCTATTACTCTCTTTGGCTGATCTTCCCAAATCATTCTTCTATAATCTTTGGTCCACATTGCAGTCCTACCTTTAGCGATAAACTCTTCGGTTTGCCCTTCTGCCGTTTCGCTCGCCGCTACTAAGGCAATCGCTTTTGCTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCCTCACATCCTTAACAGATGCGGGTAACAGGTAGTACCTGTTGGGTTCCCCCATTCGGAAATCCCTGGATCATCGCTTACTTACAGCTACCCAAGGCATATCGTCGTTTGTCACGTCCTTCTTCGGCTCCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTTTGACCTTTCAGTCATAAACTCTTATTAATACTACAGCGTTTTCGGTTTATTTTCTTGTTACTATTTGATGTAGATATTCAATTTTCAATGTGCATTACTTGGTGATCTCTCACCAATGGAGCCTAGCAGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAAGACTAAACAAGACCAATGCGCAGTTCATATCTTGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCTATCCACCTTAGGCGGCTGTCCTTACGGTTACCTCACCGACTTCGGGTGTTACAAACTCTCTCGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTGAGACTGGCTTTAAGAGATTAGCTTGCCGTCACCGGCTTGCGACTCTGTACCAGCCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATTTGACGTCATCCCCACACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCAGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTCACCTCTGTCCCGAAGGAAATCTCTATCTCTAGAGAGGTCAGAGGGATGTCAAGACCTGGTAAGGTTCGTTGCTTTCGAATTAAACCACGCTCACCGCTTGTGCGGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCAGGCGGAGTGCTTAATGCGTTAGCTGCCGGCACTAAACCCCGGAAGGGTCTAACACCTAGCACTCATCGTTTACGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCGCTTTCGAGCCTCAGCGTCAGTTACAAACCAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACGCTTGGAATTCCACTCTCCCCCTCTTGCACTCAAGTTAAACAGTTTCAAGCGTACTATGGTTAAGCCACAGCCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGACAACCGGGACCTACGTATTACCGCGGCTGCTGGCGTAGTTGGCAATCCCTTTCTGGTAAGATACCGTCACAGTGTGAACTTTCCACTCTCACACCCGTTCTTCTCTTACAACAGAGCTTTACGATCCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGTCAGACTTCCGTCCATTGCCGAAGATTCCCTACTGCTGCCTCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCAGCTCAATATCGTCGCCTTGGTGAGCCGTTACCCCACCAACTAGCTAATACAACGCAGGTCCATCTGGTAGTGATGCAATTGCACCTTTTAAGCAAATGTCATGCAACATCTACTATGCGGTATTAGCTATCGTTTTCAATAGTTATCCCCCGCTACCAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCGGAGAAGCAAGCTCCTCCCTTCAGCGTTCTACTTGCATGTATTAGGCACGCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAA + 3.$)A@@@B.*AAE@:=AB;9@EF>H?1*4-,&&''./134776+%&'-68365+865-./-#&'//148=>?:885?9)::6:>A@DD=0<.15426:2FDC@B?@C:6:5=FD?=><280+(??@@=EFGC?;=;),::@AA==7=AD>?<9B=;<>EH;=9;@@EFFD-B>EHTPPKDB>8?8;A?:15?@?58:;C@EE9'+;ABAD;EGC@BDECC>2;BBCC9>@@=>B6A@3(,+2%/,6:<4533<880--('''%$$&'%895FGC8792156FHE:>?@:><=649C9BKI<79::23.47744-,0/46@C===;/3,98:9?<8=CDDBD31=>@A?>@8;9>E@BK=6G>=G;EGNS==DEF@<==?>@9:=AEFC.*-,++/82;>B@@?99@CA@@=;;>?B?69?A@C@?=7C=?D>;H:3;>EB@DDAA==J>E@G>9=97=?D?><.98666;@BBD>26<>4495:>>@2&(59ADJCA<65:;?<4679:?AAAA>;::GEC>A@*-1CHHH?D?>KLK=8=F>?HGC>9B=ACDFEFFA.+=;2/7;7?=:8&.89@>:<=9@BFIJB??@@>,2=<<>65:==;?A=B:<=+<=9=?AB?A=3=0:97,)?;?B969BA?8B>>=882)5>=>>AAADDE=847?=;?A>@CA:@6<8:>9>=?;4<4?<>@A6>3653($$.845/+-08?@@C?==7697:;89?974==<>?;<;8>685:;64521;<95345,(.055>97110133>;.-1<;0255=<>B67CA'9:BA9A98;=*++%+,86=99<@@9;@;$()<8E?:BAA;;7@A;67:;@??A?;=<@A=8<@>;632)&)59A@99;445./75386612*379;:;><:=;<;==?>8412061%)++(2=-@ADCFECD=DE57764*$24067:=;FE5?=;>322:;;998:7894:>?@KCA:;)5667@D=<@88:>FHDDFE==9:>;<:>5;;6;5:44<>A@><)*%)?CDA;?>E=EIL?DE1=GHBB@<=EAGF?FA>B@><522-2@?@6@EBBD7<@HH@89<670298:HAJGM6CBD=;6%,7FH<40<>>:14,&#%$&%&)*+284(079//0457>F?CCCC991)$%&'(')*$%%%%*(9)+7@@=>>G@?ACF::CC?;3;@D<@:>;<8=AC35=;?HAFGDBA0>DB<<=@>8::1666<89@?=?<:<=6E?>I<;C16:;;34/;=>@@9=AA?<76;:<701222-*),62./22*(-01/-*+%:<:746;=%&8;6+.465;?DC:<;>D@?67A>?FB9?=A@>8'067;>;7,//87=<@;?@<:B7;=<=7?577&.)*0'*:9<<3/1064+.2:<<=7;E=DK?CF255%+95&%-'')1*&&:>9<,&=>CB>=:D@?,),/./0)*118@=?CFB=G??@B676;?A>DC>D;>C7:7-*-.*)/023-3:728:@=78DD>A?7AGH>2766;>=B<;>?KA?DDD>>?@<=>@@>>@B8EE>@<<@C?B9786;+&&&%#$%$%64189*')$1,0>>>=D>:CBB@A><>9>:78=J??EG1<<995'2-<27CBAA8HF9>E?=FGC/',0--4<>>E:9<;8>>EF=><:@@<=?@CG8:CBA7-@F@>?<;>;1;@C>=92965>?2,<==J?37,/>>E;@DEIH?= @SRR14011045.52786 6a836005-7ad5-47fe-96cb-a8654e4e3376/1 GCTAAGCGACTACCGTATCTAACAGGGGGCAACCCCAACTACATCAGGCGTACTAGGGCTTAACTTCTGTGTTCGGCAGGAACAGGTGTATCTCCTAGGCTATCGTCATAACTCTGAGTATTCTCAACTCAAAATTGAACATCTATACTGTATCCAAGAAACCAAATCGTTGTCAATATGTCTCAGTTACTTTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTGTCACCACACTTCCACTTCTAACCTATCAACCTGATCATCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGGTGGGCTTCACACTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCTCTTGTAGAACAACTGGTACACCAGCGGTAAGTCCACTCTGGTCCTCGTACTAGGAGCAGATCCTCTCAAATTTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGCGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGAGTTGTAGCTCTGCAGTCAAGCTCCCCTTATACCTTTACACTCTGCAGGAATATTTCCAACCATTCTGGGGAACCTTTGAGCGCCTCCGTTACCTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCCGATAGGGATAACCTATCTGGGTTAGAGTAGCCATAACACAAGGGTAGTATCCCAACAGCACCTCACTCGAAACTGGCGTCCCGAGGTCATAGGCTCCTACCTATCCTGTACATGTGGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGGGGCCAGTGCCCAAATCATTGTTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCCAATTCATACCTTCGCTTACGCTAAGCACTCCTCTTAACCTTCCAGCACCGGGTGAGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCAGCTGACCAAGTCAGCGCCCCCTTCTCCCGAAGTTACGGGGGCCATTTGCCGAGTTCCTTAACGAGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATAATTAACGCTGAAGCTTTTCTTGGCAGTGTGACATCCGCACTAACTTCGCTACTAAACTTCGCTCCCATCACAGCTCAATGTTATAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGGCCAGACACTTCCGTCGTCTGGTTTAGTTATCCTACTGCGTCCCTCCCATCACTATATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCGACTAACCCAGGGCGGACGAGCCTTCCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGCTCCAGCACTCCTCACGGTACACCTTCTTCGCACATAGAACGCTCTCCTACCATACCTATAAAGGTATCCACAGCTTCGGTAATATGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGATTATATCTCGTTGGCATTCGGAGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAGACTTAACATCGACGCTAGCCCTAAAAGCTATTTCGGAAAGACCAGCTATCTCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCGGTCACTCGAGTAGGTTTTGCCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATGATACTAATGCGCCCTATTAAGACTCGGTTTCCCTACGGCTCCGTCTCTTCA + ,,286'1=B>@FEG?1.013.,,0057;68::773/%&))2259749==3:=C:>==588;?FBFI9BAABHE7;;3AAE@9:;:=@=@*BA=>=:=BCCD8(1:?DBACBB><;:7)1/9A@98*0815A=>>782.0154&-1521.3798:==74-)15<<<;>;::>FLDF=F51657A=??D;?@A@@@MLKEB93?C58EADAB?B;8@5<8-,.4;<;;9;=;:;:3367<<<8:;=;:?847?@88D@BBHK;?;A>68:6=A<;>>A9@;FC=48:>8900B@@=>>D=<.8&9-38:61;87&(43250//'-/183639:;=8DB>EI?<=4'?EFHDFL@@FA849:++-3>;1,;=<298<99@HG?C?A;@@68?A6=A@;---1<;?C<@E799=@B<21D<98%(0@77@BEB;=A?:;<77;5BE:?<>><=:>=D?5C?1:78<;=7=<>?A???A?9CIJAEK?@DA8>9>'6BEEGG??<697.,*&&-./29;BIA?=>=6*1*&$%1234164$,677;9;@A@?>?877894'30'137;72537;>:789=:-;=;5,)$,-/40.07878&$()*02(++;;86/*(+9?AC?DE?><@6;42&$%%%$%&)'/85<>?>?BGD=<;,7:-/*7/0()&':4<>FIF@DDC??A@>8:9=7474=;<@5346689>?BC>;C@=@C:=<:8@D@;<?ACB:@:>=C9;3D=AD>AIG;<>A?7ADDBA?670//.-337<(>>;5;<;;CFB??FFFA6;<@=<66456=;86:;==EAE;@<;H<>597)(8A:BD798=A78D@C877++5?AB@ACBBBI?DF=A:?>=DBHGKBEH?LH=99:66?@9<9A;DCCB11''((2:7788>@>?4(()'%)(168:CEFBB=?BF@776B88=9<(--+>9FGK<:@AA<:CC=;:EABGLKLLG@I<97=ACE<89;EB?:;6-/8887@:>?ADG@?B@==A<76610;=;;=@@;?:?@77/>@=.?ACCD?@BBBCB>8<7:>@@796@?E=A>=7?A?:ABBAH>DEHAB<=B@77;7AB7@?BHJD@::=ECBDBAB@>8;561///-%$'-&&-(%$%$#%%$'$',/213589>?>:2<;:GGA(((4;<01$')++.)&-8;267137EEB727DF;8B<<=?H@E9=?<=E@EEEF=<@@BBAB=8E7;C88AGCE?@B@?>==59HNFA;7<>>9.3>96778B?75501010*(,%*-28:>BA7;<@;859?@B<<45--($%.0:BC?CE===A@B>=<,+;?57BD==@?H@<=A=9C=FHAEADFLB9BEOLKIA:B<*;D@9;EB<069:-+8;7:A:9:3A<1/)..-09DC<6@E;@<=B?3(;?DGBHC@>@?@ECAJDCC)%%6<>EFB@@79AKC=15>:+66D@;888?HE?=DBD=<;57683377:606<;;:2C@CA<=>GF;9=:?BCB=?A?8<*(899;:44,()''-/9=<:65<7@B:.*78<;;<9:6+.5496:A47DF9CDCHH:C@'+3%-)++ADDGB;4GKE?59=HFEJHH::9<;9<<=59EA;7><6?AC><,.3;??A@CD@167598AD?CCHC8>BGH=FLFFD8;<;=??E>C@KDEIG87.@DI67ADAF=;022CIHCAGDD=FJKGF>BDA?BB?FABB9BA=FGC<=:;A?;>B<<:4A9?AHI>@B>8=B?D=8?=;?8@?>:;:7=:<=55<9:4%19:??=>;?:=*-)6BA81::<<966=?C6DA3><8CDHEBC9748?>9=9@@@>GHD3?<64DIC>FBE@?:9C9@?8;=A@=676*%-+-45698341)%%+25>6B@>F=B'59BKNMKFEBD:9J2526>DD=?D5ADAE?:6;7<8:AB?E@<:B@<:9:,%$%%$''977;:)')+59;>?B9<@BJH>>@>?;.2:=::<@?@;C2?. @SRR14011045.16218 e978feb1-9f01-4b5b-b184-dad5a9dac76f/1 GTTGTACTTCGTTCAATTACGTATTGCTAATTTGACACATACATAAAAATTCTTATCAAATATTAGTCATTACCTATCATAGACATCACTTGCCCAGCCAGTCTTGGGAGTATAATAATAAAAAACTATAAAAATAGAAATGAGTAAATATGGATAAAGTGCAATGATTACCTATCTCATAGGTAGACTCAAAAAAGAAAATCTAGAACTACATGATTTGATTATCCCAGAAGAACTCGAGGAAAAACAAAAACTTCTCAGAGCACTCTTTAATACACGTAAACCAATGGCAGCATCAACACAATTCTTAACAATCCAAGACCTTTACCTACAAGTTAGAAAAGGGGAAGAGGATTTAATGCAAACTCAGTTCCGCTCCAGCCCATTCCACAAGATGATCGAATCTACCTCTGGAAAGGTGATATTACAAGACTCGAAGTAGATGCAATCGTAATGCAGCTAATAAACCTTACTTGGATGTATGAAACCACTTCATGATTGTGTAGATAACGCTATTCATACATACGCAGGTGTTCAATTACGCCAAGCATTTCGAGCTCATCTTAGAACAAGGATATGAAGAACCCGTTAGCGCTGGCTAAATCACTGACTTACAATCTTCCTTCTGCCTTTGTCATTCATACAGTAGGTCCAAAAAATAGTAGACCAACCTACACAAATTAATGAAGATCTTTTAGCAAAAAGTTATCTTTCAGTATTAGCACTAGCTGAGAAAAATAACATTGAATCAATTGCTACCATGTCTATCAACTGGAATTCAATTTTTCCAAAACAAGAAGCTGCCAAAATCGCCATTCAAACAGTCAAAACCTTTATTGACGAGTCAAGTATAATAAAAAAAGTAATATTTAACGTATTTGATGATGAAAATTTGGCTATTTATCAAAAACTCCTTGCCAAATAAAAAGAGAAAATAGATTTGATTTTTTCTTCTTTTTTATTACATAACTGAATGCTCTTTTAAAAGATTAAAAAATGACGAATAATCTCTTTTAAGATTGACAAAACCACCGTCCTTAGACAAGAAACTATGTTCAGAAACAGCTGTACAAACAAGGATTCCGTTTTGATTTACCATATTGTATACAAAAGTAAGTTTAGCAGATTTAACTCTTTTTTTAACATTAATCTCGATAAGTACATCTGCAAAAGTAGAAGTAGCTTTATAGTCACAGGAAATTGAAGTAACAGGAGAGATAATTCCTCCTCTTCAATTTTTTCATGAGAACCCTATCTCTCTTAGAAAAAAGTTCTCACCTCTTCCATCCATCGAACATAATTAGAATGATGAGTAGCCCATTCGATCTGTTCCATAGTCACTGGACCTCGTGTTTACAAATAAACATAAGAACCTCCAAAAAGACTAAGAAATAAAATCTAAAGAAATATCATCCTCGAAGAGAGAAGAGTCACATACAACCTTGGCAACTCCATTTTCCAAAACAAAGAGCAGGAACTGTAGCAATACCATATCTTTTACGTAAAGCTTGAATATCTTCTAGTTCTTCACTATTTTCGCTATTAATATAGAAATGATAAGATTTGAATACGTGCCACATTTGATAATTTAGGTTCAAAAAGTTGACAATATGGACAAGAAGGACGTCCAATAAATAAAATAAATTTTTCAGCTGTATCAATATTCTCCTTAGCCGAAGAAACAGAAATAGGTGTAAAAGCAGATGCAAAATTTGACATAATATTACCTCTCAATTTAAAATACAGTATTATCATATCTGAAATTTAAACTTTTAACAAGTAAATAACTTAACAATAAAAAAACTGAACCTAGGTCCTAGCAATAAAATTATACTCCGCCAGTAGGACTCGAACCTACGACATCATGATTAACAGTCATGCGCTACTACCAACTGAGCTATGGCGGATAAACGTAAGCGACTACCGTATCTAACAGGGGGCAACCCCCAGCTACATCAGGCGTACTGGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGATGTTATCAACTCAAAATTGAACATCTATACTCTGTCAAGCCAAATCGTTGTCAATATGTCTCAGTTACTTTTTCTTTGGATAAGTCCTCAGGCTATTAGTATTAGTCCGCTACATGTGTCACCACACTTCCACTTCTAACCTATGTCCTGATCATCTCTCAGAATGTTACTGATATAAAATCATGGGGAAATCTCATCTTGAATTGGGCTTCACACTTAGATGCTCAGCGTTTATCCTTCCCTACATAGCTACCCAGCGATGCTCTTGGCAGAACAACTGGTACACCAGCGGTAAGTCCACTCTGGTCCTCTCGTACTAGGGAGCAGATCCTCTCCATTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCGACGTTTCACAGACCCAGCTCGTGCCGCTTTGGGCGAACAGCCCAGCCCAGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCAGCCTCCAAAGTCGATGTGAACTCTTGGGGGAGATAAGCCGCTAGTATCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGCGGAACCACCGGATCACTGGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCTTATGCCTTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCGCTTTAGGCGCCTCCGACCCACTTTTTAGAGGCGTCCTTAGTCAAACTGCCAGAGTAAGACACTGTCTCCATTGGACCAACTATCTGGGTTAGAGTAGCCGTAACACAGGGTAGTATCCCAACAACGCCTCACTCGAAACTGGCGTCCCGAGGTCATAGGCTCCTACCTATCCTGTACATGTCGTACAGATATAATATCAAACTACAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAGGTACTAAATTTCACCGAGTCTCTCGTTGAGACGGGGTGCCCAAATCGTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGAATTTCCTTTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACCTGAGGCTTCAATTCATACCTTCGCTTGCACTAAGCGCTCTCACCCCGGCCTTCAGCACCGGGCAGGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGAGCTGTGTTTTTGATAAACAGTTGCTTAAGGCCTATTCACTGCGGCTGACCATAAGTCAGCGCCCCTTCTCCGAAGTTACGGGGCCATTTTGCCGAGTTCATAACGAGTTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATAATTAACGCTAGAAGCTTTTCTTGGCAGTGTGACATCACTAACTTCGCTACTAAACTTCGCTCCCCATCACAGCTCAATGTTATAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGGCCAGACACTTCCAATCGTCTGGTTGGTTAGCTACCTACTGGGCCCTCCATCACTATATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGGGCGGACAGGCCTTCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCCTACTTCTATGCGCTCCAGCACTCCTCACGGTACACCTTCTTCGCACATAGAACGCTCTCCTACCATACCTATAAGGCATCCACAAGCTTCGGTAATATGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTGTACGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCACAATTGAGCTGCCGATTATATCTCGTTGGCATTCGGAGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAGAGACTTAACATCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCGGTCCTCCCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCAGGTCTACGACATGATACTAATACGCCCTATTAAGACTCGGTTTCCCTACGGCTCCGTCTCTTCAACTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTTCACTCCCCTCCCGAGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAGATTTCTCGTGTCTCGCCGTACTCAGGATACTGCTAGGCATAAAGACTATTTCGAATACGAGGCTATTACTTCTCTTTGGCCTACCTTCCCAGGTAGTTCTTCTATAATCTTTAAGTCCACGTTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGTTTGCCCCTCTGCCGTTTCGCTCGCCGCTACTAAGGCAATCGCTTGCTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCTACGTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCCATTCGGACATCTCTGGATCATTGCTCACTTACAGCTCCCCCAAAGCATTTCGTCGTTAGTCACGTCCTTCATCGGCTTCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACGCGCCTTATTTTGGTCTTGCGACCTAACTCATTAAATATTCGCGTTTCGGTTTATTTTCTTGTTACTATCTATATGTAATTAATTACATATGGAATTTGATATAGATATTCAATTTTCAATGGACAATACTTGAATCTTTCGATTCAATGGAGCCTAACGGAGTTCGAGCCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAATAAGAAACTCAAGTACATTCCCGTTTTCATAGAAAGGAGGTGATCAGCCGCACCTTCCGATGCAGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTGAGCGGCTGGCTCCAAAAGGTTACCTCACCGACTTCGGGTGTTACAAACTCTCGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTGAGATTGGCTTTAAGAGATTGGCTTGCCGTCACCGACTCTGTCGTTGTACCAACCATTGTAGCACGTGTGGCAGCCCAGGTCACTTAAGGGGCATGATGATTTGACGTCATCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCATTGCGGGACTTAACCCAACATCTCACGACACGAGCGGCGACAACCATGCACCACCTGTCACCGATGTACCAGTAACTTTCTATCTCTAGAAATAGCATCGGGATGTCAAGGCGCCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCAGGCAGATGCTTAATGCGTTAGCTGCGGCACTGAATCCCGAAAGGATCCAACACCCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTCGCTCCCCACGCTTTCGAGGCCTCAGCGTCAGTTACAGACCAGAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAGATTCCACTCTCCCCTTCTGCACTCAAGTTTGACAGTTTCCAAAGCGAACTATGGTTGAGCCACAGCCTTTAACTTCGAACTTATCAAACCGCCTGCGCTCGCTTTACGCCGTAAATCGGACAACGCTCCGGGACCTACGTATTACCGCGGCTGCTGGCGTAGTTAGCCGTCCCTTTCTGGTAAGCTACCGTCACAGTGTGAACTTTCACTCTCACACTCGTTCTTGACACAACAGAGCTTTACGATCCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGTCAGGGTTGCCCCCATTGCCGAAGATTCCCTACTGCTGCCTCCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCCTAGGTGAGCCGTTACCTCACCTACTAGCTAATACAACGCAGGTCCATCTTGTAGTGGAGCAATTGCCCCTTTCAAATAAATGACATGTGTCATCCATTGTTATGCGGTAGTAGCTATCGTTTCCAATAGTTATCCCCCGCTACAAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCAAAACAAGCTCCTCTCTTCAGCGTTCTACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCTGAGCCAAAGGATCAAACTCTCATTAAAAATCTTTAATAATTGTTCGAGCGTTAACTCATTTCCGTCATCTGACGATTTATTCTTGTAAATTGACAGGTTATAATTCTTTTATCCTTAACCCTGCACTTGGTTTCTTATTCAGTTCTCAAAGGTCTAAATCGGGAAGACAGGATTCGAACCTGCGACCCCTTGGTCCCAAACAAGTGCTCTACCAAGCTGAGCCACTTGATAAAATGCACCTAGAGGAGTCGAACCTCTAACCGCCTGATTCGTAGTCAGGTACTCTATCCAACCCGAGCTAAGGGTGCTCATTATTTTATTATGCCGAGGACCGGGATCGAACCGGTACGAAGTTTCCTTTCGCAGGATTTTAAGTCCTGTGCGTCTGCCAGTTCCGCCACCCCGGCTCCTCAAAACGAACGACGGGATTCGAACCCGCGACCCCCACCTTAGCAAGGTGATGTTCTACCACTGAACTACGTTCGCATTTATACTCCGGCTACATGACTTGAACACGCGACCCTCTGATTACAAATCAGATGCTCTGCCAACTGAGCTAAGCCATTCTTTTCTACAATACGGGTGAAGGACTTGAACACGCCGTTAAGCGCCAGATCCTAAATCTGGTGCGTCTGCCAATTCCGCCACACGCATATGACCCGTACTGGGCTCGAACCAGTGACCCATTGATTAAAGTCAATTGCTCTACCAACTGAGCTAACGAGTCTCAAATATTTCTACTTGAACGGTCCCGACGGGAATCAGACCGCGATCTTCGCCGTGACAGGGCGACGTGATAACCACGCTACACCACGGGACCTATGGGAGTTAACGGGATCGAACCATGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAGCTGAGCTAAACTCCCTTTGTGCTAAGCGACTACCGTATCTAACAGGGGGCAACCCCAACTACATCAGGCGTACTAGGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAGTATTCTCAACTCAAAATTGAACATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATATACCAGTTACTTTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTCACCACACTTCCACTTCTAACCTATCAACCTGATCATCTCTCCAGGGCTCTTACTGATATAAAATCATGGAAATCTCATCTTGAGGTGGGCTTCACACTTAGATGCTTTCAGCGTTTATCCGCTTCCCCTACATAGCTACCCAGCGATACTCTTGGCAGAACAACTGGTACACCAGCGGTAAGTCCCACTCTGGTCCTCTCGTACTAGGAGCAGATCCTCTCAAATTCCTACGCCCGCGACGGATAGGGACCAGCTGTCTCACGACGTTCACAGACCCAGCTCGCGTGCCAGCAATGGGCGAACAGCCCAGCCCTTGGGACCGACACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCAAAACCTCCCCGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCGCGGAACCACCCGGATCACTAAGCCCGACTTTCGTCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTACGCACTCTGCGAATGATTTCCAACCATTCTGGGGAACCTTTTGGGCGCCTCCGTTACCTTTCGGAGGCGACCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCGATAGGGATAACCTATCTGGGTTAGAGTAGCCATAACACCAAGGGTAGTATCCCAGCAACGCCTCACTCGAAACTGGCGTCCCGAGGTCATAGGCTCCTACCTATCACTGTACATGCTTCAGGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATGGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGCATCTTCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACAGGCACAATTCATACCTTCGCTTGCGCTAAGCACTCCTCTTGCCCCGACACCTTCCAGCACCGGGCAGAAGCGTCACTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAACGATTGCTTAGGCCACCAGCTCACTGCGGCTGACCATAAGTCAGCGCCCCTTCTCCGAAGTTACGGGGCCATTTTGCCGAGTTCCTTAACGAGGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACCTGTGTCGGTTTGCGGTACAGGTAGAGTATAATTAACGCTAGAAGCTTTTCATGGCAGTGTGACATCACTAACTTCGCTACTAAACTTCGCTCCCCATCACAGCTCAATGTTATAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGTGAACACTTCCAATCGTCTGGTTTAGTTAGCTTCTGCGTCCCTCCATCACTATATGCTCTAGTACAGGAATATCAACCTGTTGTCCATCACGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGGGCGGACGAGCCTTCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGCTCCAGCACTCCTCACGGTACACCTTCTTCGCATAGAACGCTCTCCTACCATACCTATAAAGGTATCCACAGCTTCGGTAATATGTTTTAGCCCCGGTACATTTTCGGCGCAAGGGTCCTCAAACTAGTGAGCTGTACGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAGCACATCCTTTTCCACTTAACATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTGCTCGCAGTCTGACTGCCGATTATATCTCGTTGGCATTCGGGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGGGCCAACATCGACGCTAGCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCGATCCTCAGTGAGTTTTACCTCACCTTCAGCCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATGATACTAATGCGCCCTATTAAGACTCGGTTTCCTACGGCTCCGTCTCTTCAGCTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACCCCATTAACGGGCTCCGAACTTGTTGTAGGCACACGGTTTCGGAGGTTCTATTTCCTCCCCTCCCGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAGATTTCTCGTGTCTCGCCGTACTCAGGATACTGCTAGGCATAAAGACTATTTCGAATACGAGGCTATTACTCTCTTGGCCTACCTTCCCAGGTAATTTCTTCTATAATCTTTAAGTCCACGTTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGTTTGCCCTCTTGCCGTTTCGCTCGCCGCTACTAAGGCGAGGCTCGCTTTTACTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTCCGTCTTCCTCTACATTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCATTCGGACATCTCTGGATCATTGCTCACTTACAGCTCCCCAAAGCATTTCGTCGTTAGTCACGTCCTTCATCGGCTTCTAGTGCCAGGCATCACCGTGCGCCCTTATTAACCTTACCTTATTTTGGTCTTGCGACCTAACTCATTAAATATTCACAGCGTTTCGGTTTATTTTCTTGTTACTATCTATATGTAATTAATTACATATGGGAATTTGATATAGATATTCAATTTTCAATGGACAATACTTGAATCTTTCGATTCAATGGGCCTAGCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAACTGAGCGGCTAAGGCCCTGAGGACCTCTCAAAACTAAAATAAGAAACTCAAGTACATTCCGTTTTTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCAGATACGGCTACCTTGTTACGACTTCACCCCAGTCATCTATCCCACCTTAGGCGGCTGGCTCCAAAAGGTTACCTCACCGACTTCGGGTGTTACAAACTCGTGGTGTGACGGGCGGTGTACAAGGCCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTGAGATTGGCTTTAAGAGATTAGCTTGCCGTCACCGACTTTGCAACTCGTTGTACCAACCATTGTAGCACGTGTAGCAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCGTCACCTTCTCCGGTTTTATTACCGGCAGTCTCGCAGAGTGCCCAACTGAATGATGGCAACTAACAATGGGGTTGCGCTCGTTGCAGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCGCAATCACACCGATGTACCGAGTAACTTTCTATCTCTAGAAATAGCATCCGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGGGCCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCAGGCGGAGTGCTTAATGCGTTAGCTGCGGCACTGAATCCCGGAAAGGATCCAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGAGTATCTAATCTGTTCGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAGACCAGAGAGCCGCTTTCGCCACCGATTTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCCCTTCTGCACTCAGTTTGACAGTTTCCAAAGCGAACTATGGTTGAGCCACAGCCTTTAACTTCAGACTTATCAAACCGCCTGCGCTCGCTTTACGCCAATAAATCCCGGACAACGCTCGGGACCTACGTATTACCGCGGCTGCTGGCACGTAGTTAACCGTCCCTTTCTGGTAAGCTACCGTCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTGACTTACAACAGAGCTTTACGATCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGTCAGGGTTGCCCCCATTGCCGAAGATTCCCTACTGCTGCCTCCGTATGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCCTAGGTGAGCCGTTACCTCACCTACTAGCTAATGCAACGCAGGTCCCATCTTGTAGTGGAGCAATTGCCTTTCAAATAAATGACATGTGTCATCCATTGTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCCGCTACAAGGCAGGTTACCTACGCGTTACTCACCCGTTACCAACTCATCCAAGAAGAGCAAGCTCCTCTCTTCAGCGTTCTACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCGGATCAAACTCTCATTAAAATCTTTAATAATTGTTCGAGCGTTAACTCATTTCCGTCATCTGACGATTTATTCTTGTAAATTGACGGGTTATAATTCTTTTATCATAACCCTGCACTTGGTTTCTTATTCAGTTCTCAAAGGTCTTTTGTCTCTTAAGACAACTCCTATATTCTAGCAAATCTAGAATAGTTTGTCAACCCACTTTTTCGAAGTTTTTTGCACTTCTCGTGTTCGCCGCCCCTTCCCGGAAACAGCTTATTTATAATATCATCTCTGACTTATCTTGTCAATAACTTTTTTAAGTTTTGGAACCTTTTCAAGTTTGTGGCAAGTCTGTTAAGACTAACTTTTATATCTTAACACCCAAATCAATACTTGTCAATAGGGTTTTTGAAAAAAATAAAGCAGTACAATCATGTACTGCTAAATCCATTGTCTTAAAAATTTCTTTTACTTGCATTATAACCATATTTTTCAATGAAATCTTGGCGAAACTCAAGTAAATTGTCATCTATAATAGCTATGTGCGTGAAAGCA + #')$%$45635528)+59<9=@;;=<>:(68<9;99;AABF>5=>A6774496?@HEC@>@?534)'#&',/4366.1:06/:CB91+=>?@AE@6:5+:2-0101,=>>>C=DBB=@>7(;999:9;=?A?BAA@A@=>>ADE?>7=;@8./4179;=.:>?>A4)<;:4;7743?B?@9DE@GDD((8434?ACGFDBA75/8-@BEAC=;12???@B?BH:<;A@??:?F>?:;:;<>=*<34123=3/777?=.17;=>;.*''&&+'$))*+,7<*716<;8=5<>FEAECB>=?@<<:89:3''<;85C@<=9;:-4.568><=9<=79;;=,$$),/19977-(:<>?*==FEB>C<;;A@6<>>9;>>:;<;==>;F@AABAB6677/887358@7:?999@BEFC<2+)(4>;;=;&,*'&3345956.--'3)++*++7;?@==DD??EI==::<@IKBE@9658>?E:91.338@569;>;;)296<,,;:9:??A@BB:;ED98>425//&$--9:@/-/...>>38C@2>59FF>72-//111671+=9;;<>?@@A@CGCDB?97,*CCEIF;<977<=DEFIJO?><)/BECA<=?CFGD?D>CDGA>?EA>6;9988:3%565FDKH?G;:AJDC9((%&))*'%%()),989371@:3A@820-(#&$',3<<;?32=:89<:=A>/154,(9<ED==>;:917/+&DBAB@JJKBB@BCA7=953268,-1/.5<;8(5>;;56BB48<>>?ABC@>@B::2+))))/19<=?>>:)&&&#./835*'+'.-+7:;<1-;81>;6@D)9;=?=0-=@>@=>=*8A?;<9<9:;=<:;<:;-0>CF@?A?16596.0<@<<=<@D>6,201%$%#%',%3676000/@>>::4F@=+,;A:9+&./028@==DD;<<;5,).1>ADEBD<9<>FC@@)):==&&&(12:549@<>:<='(13.,%#(325<>=;:5:A=BFD57@D>?FED=ACHE???:@@1,+><.64*6;,4<95)--(%%%%(/,+''(232'0624#-$<-+78>??=<11968=?D>640,.>G@80120/(()+10&97+*/)&$)),:<1156;>?@>A7;?C==7==BAC87@BA=7))2,,3);=8DE;;4=?3/.)16<669=:/&'63145552)'&%,.)'$$-,1+*.8)&&1009684?<7=?=>=;<@@@AF9.:64?3C:;?;8:/4<:<:DAEBKKH@>><@>;=>A:@BCC@DAC78@=:000/67..-00/7@B@>?@A@BBDE@-1;:94:#%%543357976676&&&#%(./9;35;D;FB?@A:9.89;CA=A=B85===96//<>>?<22486/0228951.+(+.))+34'#$(++3.+5;==>??/3(:CC;@B?6%%%00209;9887$$>=@A><:@><@=HC>>BABC>;:AA@D5A(388-/8>>=71=@A.59:=9?>8577>=5;9>A;4'+;=><=766@7630-;:7+-0%&%(**::>;>A::'%498.2(),3356+-11/))-4/.771--0+5-$)+=>69>CDCA?+@C8>DC9?/,./1&&(..()';=AB2@6<>DB@;::A?<:?:>1/7>B68996798>>C@BB@CA>AA)<.)))37;,.66877759?;7358:@A@>>>?8/0/DB:BED==;:=;8:@==6977(%+'12355/=2+;13520,0(*-.)356*&+1-,*%&$+%))(-98968799505+,*,/,/8>==<''$//+3347'$-+&-2239@<>;155:;60.9;446520:7;;;;<7A79;9:846:;;=*B7:GFE<;4(@;8=4;67995;<846;;;@@?>459;-=;;1:8&222/05:8:<68>:8:878=89<>;0017'555887:6%%6;33'502458740/10/-..+*&(*+'641132/)(./0.)('%%#)//001235:;)+&*&%&.472388972-+49:<:.<;?CB9:9?34*9:8;622<)())+''+%,*)1/&&%$-/879:=78:88,1335.4/017*(')),$%%#$'&33689:2/-49<<=>@@A>:<<@=<.=7=>=>9:<>IEE:;@6@BDF=>C<:<>=<,(.(&)24236<;<:9:??:''&'&)&&''(12>>;=<;CA,#$(%''$'/*0';;4733-4#%)&/00%01$1666-)+.,-/+'2>@<=?24?,(:8:;;6$016034<8:<:45>;;6540<<;KEA>>>?845/1&$($&(('($$,*+02.$'$%%#$%-789<:7>;9210)(1645<=58:B<=BB>8:>567BBBA?=85-=;:<<;41848=932):?AGE777:;773/>?38::955,,$%&''%&()'673/%=<;>=?GGFC?@<<14115.::<9=;=<<411*3759;:<<:)&&0//(%%5:2=78<79;6%),)+-4=:8>@-*,'./(1%<;6<<>?CA=>:;764&##%%$$%'(66+4.78;>82244)%&.'-228140=902-*).597789>653*16'$/224BC?BED;=>AB+154434$>66=<:<>=GHBEA@?CEDB>;::<4--(&&'0147674:)79-=38=?CCFIAA<;,,.2;;78:8>;>9<:8/222?@*..0;==?FFMI;<25946?53%(./1757BD,;5600;=>?=<46@AC>?D<?=5:>?D5A%+:ACD=6<>?@>>AB88884*;;;+4<88;>CC?=>?74>D>=7;AE?;;::7?>?A=B>+DEA<;@<757;7<7:@8:D<8:)6-%(2+*&&)%%/(/,,()/69?99A?FA>::=CDDC=F8<96HI.?:6>??A@E<6:?>6<;;:>?9A>;=,&').*,;?=4;CBCB:>CC;>>@8843-*+,8:A>?B:::,,)$133-%(&&29:=959A@=?C@BKKI>4C=?=<69AHCCEHE=8233348:2:BA8=C59:*/186851))(.-5--2>C><::AC8:>>=DC;AA>=@4;446?87;127?9F>=1?6>9;C=7,1==?;44555%51--(-7>A:@EE?996%'=@B>95@E=:49==CA>=996;EED@;:?7345-4*:7::;9==454)A?98<9<<==9D=7??@@?=D98;=;8<=<;<9932'&2.66;<<*6-'2')+/57897778?:<322@F73<>9(('20<;23350244:7814>@=@?@HD;7::@@??C@5C+,.7?23::,-288:&'$20184)((646:>?BC7::=4393@=@<;3;=8;;EAHFA@AC?-'=:@9BA;6<=KGECA;A??;E%<:=:667;AFGAB=51:46=A@8568?=CD@8:B=BFEEDDA>BEG>?BHF:<<)/EEAAHJ89@@OOD9=>>A?8<=:-88<=7;=?<<848=A=8;GFC@C:<<,1/6:>@D,307=D;)%+08?8A779;?1>C::2,.52-'%0969:;:+60456C@=<;2>;=9::=@:>=>A@2-)..9<@;>66EB<<;9??@<;6;6111=@BE??.7;>=:499<<>A?>=-)/0-+3345:477?C@C@>:-;>778:;3346=A>066;<97:5('+.-0;;>F;;B=A>:;?DAB568;>7>>B>@G=DF<=<=B=5''(*316768:<1BEEDCB56(89''8:@@@>E<@CC48BH0456/'$%,'.++6@))((;B<@ACAC>:>992074587((,/-0:C?@C>A@@EE?@:-++7>C>?;C8;C;CB)9>8644(&&4665,9,'AEBBC?.;<<<152:@A@C>=;872945;>9:8:84012358::?A;8.('3788>@CB=@@9...03986;9:7;<>@A399?C@:7<97>>>9==9'*F@?IH9;979667-*7+++&)'**+')(+55:<>>7DCFA9;44+(/0:;=>@ACFE>:3<6-*248@<:5>CKA9:JGB*DEEGE><;9@?=;6650)'99EEFA=AB*<78896'010/%$$#&%)(,)+*(:;239<=:601128<9=798997206:;ABFAC<<7B37954@@?:21;?A=803>?8961'8ADCEFGD;DA78>:DB@@;=:49:>6870>FD-6$011?:55B6==@::=+=&>@>C===D@;-((,$$$/-23716;;BB:;9<:>B?778;B;=>?0D>=>@?;51667;55:=%%>=>BC:ACLKD;-9D@;78=CF>=>=EKDF==B==ACCEGH:=E=B?>)575D28:BAAA6@GF;ACB>:=>EF<AD@BF@:=365?>;CFG8=:A:?A@9/8>5489@AB@89:>A?@<>;BB;1+(()((,,78::<.,2938645<>;:898=9/%%-0359;==8-719;><=:?8AB?>BAABD?>>8334;;;3=>8402)/4977>=:FF;=898<5>70.20(5:A@DCDDEC>=FEDHE?A@GQK>GTQJFGE3:888;:%/)*2,'*20)(.6:69@C9777.02EJ@G;C8AB?><+&&)%%)679<>@A::976<:ACB;8==C;8;;A:72A.,777(&773119<?:8<:B@&)?FD>74+-(&+*2545+5.--:CE>AD=68:9?9>=53.69;C=>A=>>9-/9;=/<:>;>;5$#$'+21,,.''&($,++65:::87:@AA9=;6.-09>@<8.36770/%767BAC;=?AA<99=:.238:<;.9.)451-20089448;8=445$6??8:,246;993&'(&'**+$&',*'$%',43458:>A@622?;49>D?@;:<:ACK?@7BA76868<7>69./:;=;8>=@:@<:499:AGD?=<5@@B?A>:>95.*&&-)49;<5:::>>?A<;=B::JB>AFCDD@:5+??B3989:9/;9;>8:7610=:987+)51724+6766;8))-<;<8?ADE@DD9676-&)9>>8<=?8=1+++('-..016875069868==9043-.80.''*4=;;73699?=9>=<8=<@=<<><842BD>,'2<;7CAEE9@@?4>GC7:<:68::BIA>GA8<>8:;>>@C:GEE<>@H>G51@==;-01577>E@F;774223214;=;>2>@=-337;.06:683001,/(196;:==7ACG?.:>E=KIDLI788/115778'$%1@BA>8:5::;6:@?;<;?AB367;900:9@M@<@=;--(%%)*++,42:><>>;8441(*(,3413,),(),/0166669>>ABA9<0666HGGG>JHE?;8@<>>3?=DJKIGKGCFIMAAFDGHG@C@@:;==IC>=I>AJCIFED?@;8598=??3:<4;=2;925///'&@9?89:24)2+)())&&&&&66==;>??6&::9/3262;86?<++C>=?;6:89:0,.>>ABB@////''&&&&&+3'/..62=24:;8;?CJJH@;44667<;7548;;<18;?>>;>C=?8<<76/5/:A@E679=C(85*?>BCDB;<<=D=>D?*?ADA<:/&(2,(./129:;&(--@@=;<<;;.-8:<<76358=798.8:*55==<74676010(25<;9:9=<838/;?83/,'((+.0135?BA?A955//2)DA33:?B/445A@ABDFDDF>99537669=12&..78:3228;9:;6=9%%&##%&)%#%$454'546:=7:.9<;<=>54481=:<=AEBCA>@26888=B<<197067?>-6178;9;11-.'-/&2989,,&/&4542&6%(?;)&&2(14?66:5579504><<4429;?EFFC?5&'82,7.6;=98;@;A58@@>?GO7>@@=;6AD>FJL@CAEHB>>733+/545*.E@84989%(*),)'$%'&-(...*7EFE@DFDE<@0.=::99:=:=9932'(-$)*-5/<>==<>:8848:.1;9;@CA>D<>@<=8;@>:2%(9;>:764235,,-/0)'/0208742<4<@14;8>=666CCD@;(@@>B@A?:@864A=065:94=:./:8>:1+**'*&878?<;8A@@<>@AA=A?5..6:7;<860+178856,+-/-(*',?@=48<7779>?@:8;@<=AA;7>58B*78:9@?;:=?B>BABB@E?6%%%?>=B;AC=?A@EBCCC?*56+8?@@:643)*0.0<<=:@@=:59:689>>7738BE<>H?AB=<@71225649,58>7C@@=BAC=AF=><7687765:>>F?:=DF<@>1%..54(),,87A>44353<=><<=B;221536:97853%389997&,'&%')%''+,3556779*(9=8=?45)858<>9:?<9125*&51/-,&&%%.2214(&&:7::89;9/9,:3=3=;<;<796<<@C=9<8),&(%04867>:5;<606458987,()0213'(&(*489?><=;;4022,')**9;;9;87(=>?941;=6552?>78>DD?916>>.76:9368CICC?=>=;:;*(.24678:8897;=<8?AB<:7:?>79;::?@EEHBCD88=>A992>;?@66<=:=872%/+89:@>>:@<67651C>,LK?CD:===CDA>;>=;9(.130-6=?865;;95<=;038;:A<>:>ADH?@GHB3<.11689:+,)%28==>@A;<23>?;;<81+++,-+<>??98'+>>@A+-$(153:?A;CC@?><<><=;84A,;9<732%%09>>8>A8@=8?<:>?><@>6%'6+')0+&###&%%3///000:41<>>=?DCCCIIA@@:<<>BDB..=C=>BA1378622;B=5>?;67?>>712204AABDEF;88(*.,/)++57>.7649911>.::=>;56-+80*01'/74&/.23,01785@42/4.*)-7;;8:<::8653''355??+-??CF<6998;:.0*076==>@JHG<<@A@@?/1GF?@=:<>4%$#%%''+'5'/7185>?CD=8:;:%856877)'(9;?<<097+,/,(+&$'-/02':??D==:69/(&($$((/1249':42=?D:3B==99;>@@>65;;9/7/7964.,&&'&$))021,,-&/*,*((*(#$%%%),*1578?ADDB56<99;85>>28:9985./49586;@:-11%87<<5:@;@@99??::D@??-%&'%.>C9A>E8>ECD=CA75/0;=A@?ACD@??:;EE@DC;A56:;CA;=589CB>=?C>@BC@@HF975A??;2@BD=?;==;<<%6998??::7@62-9@<99@=>?><>=4--*0'))+/*.//%8:>.B::=;@BAB$6;9644@D;??9@C=@?;8:ABF?FEEEA>;;/$/3669==B9;CIBG;=A?+*))000*295>:<8>?:<1/010;9?;9;:<**19:?@:<0#765491220797A8BFBB48@A639?A??HMAA242./+.('7786;;>DB?9<&'9575=>DCJ=8@CB?722.06;>>CC??A?=16.4C@>=;==B@BC,1AAA@:CDKKOE5;7=<:&+?ECBGKLG=.1;-:%<87;?=(13#$'6:66<@A1B?$2&,+:77>7BB=<=0>7>CA=C?B<;A>40544?DFC@CB;7205==6>;6*21'3%&*,/>77:=<:47)%%'*(),5>?@GIGA<=;@D>=A)=?79888/,)*-(4:9::BB9;<688:8')*1290889:<>?@<485@B@B>B<=:?;8.96)+.$$&98872234>A<><>=AA;,=;:9C<;8;A6>:J@9:9884:@?9CI99/AC5:EEFHI=LA@;CEB@A@?1347BACLCA;=6CDEEC?;:67720'/6)056<;+)$'478)%((''49@>:+6:=?66543')(2447<49<>.6*-)'%4(54)*0>??>768-0;<981?;G0<,4;4:::??CAE>3;@A;?DAF=>@F=257=>5.023*32'''%41455678=??;)+C647797;:=<;:82188>9B@&<36;?.)%)$''5<:://A>3*?;:?>C<<=-/4;51458::9>987=B@@98<;>69?D>A=<>3//4=<==642:A>FGG@7,,7455@78J=?=?>CEEB=;=<;A9AC?A?>7;>@:7=:E@)==877337::;3463;<50/187699@;9*,0)4877>=2.144((<>CD@=/,-114,,;5..,,*%/966;>H?=;:''/-/3<9C:=BACCC?67455,1*1<=>8:>876336=KB7:=9.:>@;9<:DJD;=@@>:?@=>;:2'$%&)(%%%%$&&%)/221)25IACG?>>8@=<9<8:>@C9@@2'#'2/,%&'*,.02:>9765*+998,::;>ACC@==DH@B:,/3662.77755')11046601:=I=>A??@D@=A@>@A:=?@D=79;:9<=<=?;::=FAADD=;;0**$$*#%&(.)$$&&$))*,./75?5@>AB;;<@9A8<@F<>AB??@644181//;;>198?A>IHE7JKI?9A?CDD@7@@=;;>;9A:=A7@D>>A?88=@BB@GJIC696285:9:5@CAC13AC44@?''78;;528-,+&&',,.01=EA9=?>:;A@>>(37'5**<=<,./67997.5)'19=@@81<4,*+42)4200<8:8>;;4;<69:3555+().*'*028+)1-682;<9::@<<58+%57>;;78;==>86572.0%(9:9<<-1=?925770&(;9*518:=A?:<=?==>;:B76;?>BB=/8348;1:<667;?BFAA=?;BC>AB:9+955%%1=55664==;=@68G?>3754047=CBB:<<@A.1630,-785;8:=<85/7.(((+()**)$*56466;>BA>=?A@AGF=?@=;;@A??;=68::575*-.()+&'1002-56,/02+4..'-,-%,07'+7=B<;==?@?30..-89>,$$+*01A0::AD?C=CIEBEDAGBGFF?;C=A7=<+,:;8;4?A@C>>;.444;@=BAB@<;:>347BB?ECB9=?;/;=;;>?AA=78C>@KFB@2,)(&$$))$$$%*.3499542742/.3712::/57=?@C9DACCDBA@;?CC@?'*;@@;=:9;;:>DAHBAB<58@<46=/*9:=>B;=A:,82::<=;56A@DCCFA>>@B>?:B==8;868;=>9:7725=?>D9:=>:>:27B6-.19;>>88-864=99:@A=?69>>@EDHHF@<>@B9;?A=;47=;G?;/($CB;7=@HF>><=<465056;=>BBANB>EE=AA),;>@CB=:4>;3087(5=CC><<;<8<<497==@:<9:<<>=;8E?CE?;@@A*,-/1:10/7(.5<>:=AE9:/.'%('$$#&##%()*7';>==<6>98*)(37:38;;97873(+;=?>ABAB);;B@;>?;=?BG?>0;086*/48:C=>?=>?AG>C89>=8=ED89@=>?;<<<8:=??<69;;A@B@;:>;*->46>5,*?FECDCFGG=68>?27:@>>6'/1,8:=;(;;8D<;;AFEECGAAC?6EDA>87<;%%%3:9;58AAA@D;=8=B9773@:9C<;@:=>@C:8:;21@?AD7>>=:>?1.4:<-1@9?CBBC;7982.@:8<:28=AA@:9?967:@<=A?>;?B?-222-*-//564*'&%+./<8><9?CE1C@DAE/)?D@A:7:BBE@?9;ADF@;::?7=A.)/523368;;;>DDE<9DA:=@D=>C?98(.<66D>BBJG;>@CD=8>4?7?A=%=-0;41.;7:91..46:;44-;>><::;<=;<157,628**69:<@.=>@>>>=;:@98?>>==,667=4>36?>8:;6EA>D=:GJE18DBC52===A568;;0:ACE@A;<5389CAAC@<9>78;89%572.09933)$%6'(77*=B??3B=C;119B8:+;;:0C>EBHF?@?;>AHF30ABGF>FDACAGF@AKD?@3@@<>@BH:?8LBC?<>;75B@:8<>B94;;<<=DCDFHMLMF@BMNIFGGMLHEC>::=@D?7@BC@CDEFCC@;:B?AAHB=?A:;99D;16B:99<=AA>=A?>>%'<:>=<;.9.*).-//48E:5>B@B@C@BDD6><112*(87?BA8';:0+?>@75;@34>@<<=BC7DB7<93=DFFI;A8:>>>3?BGF<:9'(*,+78CC;62*%((+-2-,+)#&+79@8:9:>=?J9BEC@LI?AAC4=8,(8=4,''%&'('+2,577;@IEAFBI;>=>BG=A?>;'4123FDCB?>>*0GHD?8=>-<>@B<=6889DC69668365>KKL@LMHJABCA?/.,-2,----+-.-.)+++./.0+))%$$%$'(0)&&.0--072451'$$.*&668?=>A;@>3=>AAJM=7:<<9=;,-+**'*47?GFIBG;?/002:<=:?A>L>FHD@>7256/,%%$%&&&&%$#%%% @SRR14011045.18582 b1e6a0fd-4636-4a8b-b37c-b47fe7bd0968/1 TAACCTCGCATGATAAAGTAACTCGCCGGTTCATTCTACAAAAAGGCACGCCATCACCCCCTAAAGGGCTCTGACTACTTGTAAGCACACGGTTTCAGGTTCTCTTTCACTCCCCTCCGGGGGTTCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGGTAGTATTTAGCCTTACCAGATGGTCACGGTAGATTCCGACGGAATTCCTCGTGTTCCGCCGTACTCAGGTGCTCTCTCACGCCAACTCAGCATTTCGTATACAGGACTTTTACCTTCTACAGTCTAACTTTCCAGCTCGTTCACTACTGCTTTGTCATACGTTTTATTGAGAGTCCTACAACCCCAACATGCAAGCATTGGTTTGGGCTCTTTCCCTTTCGCTCGCCGCTACTTAGGAAATCGATTTTTCTTTCTCTTCCTACAGGTACTTAGATGTTTCAGTTTCCTGCGTTACCTCGCTTTCGCGTACCGCCCTTTTAAAAGCGATTGGGTTCCCCCATTCGGATATCTACGGATCTTTGCTTACTTACAGCTCCCCGTAGCGTTTCGTCGTTTGTCACGTCCTTCTTCGGCTCCTAGTGCCAGGCATCCTCCGTGCGCTCTTTCTACTTAATCGTGTGTAGCTTTTACGCTTCGTTCTTCTTCCTTGAACTCTTGTGAATAAGTTTTACAACTTACTTACTTTTTCTCGGTTTTGTAAATCTGTTTCTTCTAGAAATAAATTTGATCTAATTAAATGTATTCAGTTTCATTGTTCAAATAAATGGTGGAGCCTAGCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAAATTTTATATATAAATATTAAGTTAAAAAAATAAATGGTGAAGTCGCAAATGGACTTGAACCATCGACCTCACGCTTATCAGGCGTGCGCTCTAACCAGCTGAGCTATAAATTTTAAATATTTATTTTATTGAATGTTTTGAACACTCAAAACTAAACGAATTGTCAACCAATTCCTTATCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTCCCCAATCATCTGTCCCACCGTGACCGGCTCCTCCTTAAAGGACATTGCCGTCTTCAGGTGTTACAAACTCTCGTGGTGTGACGGGCGGTGTGTACAAGACCGAGGAACGTATTCACCGCGACATTCTGATTCGCGATTACTAGCGATTCCAGCTTCATGTAGTCGAGTTGCAGACTACAATCCGAACTGAGAATAGTTTTATGAGGTTTGCTTGCTCTCGCGAGTTAGCTTCTCTTTGTTCCTATCCATTGTAGCACGTGTGTAGCCCAAGTCATAAGGGGCATGATGATTTGACGTCATCCCCGCCTTCCTCCAGTTTATCTGGCAGTCTGTCTAGAGTCCCCATCTTACTGCTGGCAACTAGACATAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTATCTGTGTCTAACCAAAAGGTCAGAACAACACAATCTCTTGTGTCCTCACAGTATGTCAAGACTTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCGCTTGTGCGAGTCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCAGTACTCCGGAGCCGGAGTGCTTAATGCGTTAGCTGCAGCACTGATCTCTTATGAGACCAACATAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGCGCCTCAGTGTCAGTTACAGAGCCAAAAGCCGCCTTCGCCACTGGTGTTCCTCCTAATCTCTACGCATTTCACCGCTACACTAGAATTCCACTTTTCTCTCCTGCACTCAAGTTTAACAGTTTCCAATGACCCTCCACGGTTGAGCCGTGGGCTTCACATCAGACTTATTAAACCACCTGCGCGCGCTTTACGCCCAATAATTCCGGACAACGCTTGCCACCTACGTATTACCGCGGCTGCTGGCACGTAGTTAGCCGTGGCTTTCTGGTCGCGATACCGTCTCTACTGTATATAGTTACTATACAATCATTCTTCCCCTAACAACAGAGCTTTACGAACCGAAATCCTTCTTCACTCACGCGGCGTTGCTCCGTCGAGCTTTCGCCCATTGCGGGAAGATTCCCTACTGCTGCCCGTAGGAGTCTGGGGCCGTGTCTCAGTCCAGTGTAGTGATCACCCTCTCCAGGTCGGCTATGCATCGTCGCCTTGGTAGGCATTTACCCCACCAACTAGCTAATGCACCGCAAAGCGCCATCTCATAGTGTTAGCCAGAAACCAACTTTTAAACATATATCATGCGATTTATGCTGTTATCCGGTATTAGCTATCGTTTCCAATAATTGTCCCCGTCTGAGGCAGGTTCTTTACGTGTTACTCACTTACGTTCGCCGCTAAGTTTTTCTAGTGCAAGCACCAGAAGAAAACTTCGCTCATTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTC + 39985<8//AA??=FFB/>GD@?47:;@BFGCAE2?>C?DD4-%)9@?8:;;?@9@CBFF<.>?716:=?>;@@:<>>B;&'',+179?;76$D'=HI6969>AB7=BDB@6644)+//0%0-6631528:ADGA@><@-5-01/4&$&<77?6<>?;&.9@;<3><=A=9B88;66:46>;>99899:0++*%%)/8=;ABB3,))'72=DED:;D@8>@AE:;<>?8:=>C.)4<@;;>9@=9<;;8?AACA96:-88>@:+'&&((5=<9@=BBB>:8:;>/.%)'*276:6<>?@;:@8@?69?)4#)00-.$69>;9HD@?E@B>GFC;:<=BG512<=7@A;AC=6;668$:@>@8;>CFFK?6CFJ@I;DF:;F@<9@=<=<=?=?CD@AA1<8?BDC??A516<>5;<@>5?B@=998&)&,%%&8:A=CDCIDB?C@97;E=;@==/9ABHLCIJA<=?<BC@=BD77B9:)((:A9844<<;3@>;5?F;CFI?M=KKMOOD@8@=>7>3D?CJEGG=6BCJKFEB>DC=?=@ADGC;FGIBC>GE?@ADAKEEGNKGHI<8:37COKJCCGHEE@ACDFB@JMCEA?FFCAB=12949975@E>ACDC@7>>7:.99*'04%(;<@3--3AB=*.=;13=DDC847B:AJKIB=:?90-&2D=AA:89602&'(&&23355,(2459>?FGBE::@8:==4:::6@@?+44?592/,*3880,,@<=7<:12497(&&'%*,**@ABAGGHHDEEF<>?CAEHIDFGJA?DH9;;D<@BG>=DFE@:1122:=<>03ACDFFG:=@?CK<.1,9;3AD=?HF<8221/15:>?A:;A>;C=<<9<=:<994;<=83/&&$$&'6:;AEDJB;HJB@@AD@?57<8+3;7-/*&&%)'254+$86=C?88;9?=EA<=9:=;??>@IJI8858<@?CC:KIA7=DD@2EE8:=;NACD?:.:;7;:98;876676%1258??A8;BC91000/@=;9999<421+6;>DSJGAF;59>@<515-&1%(967-+2-+++55:9;;67&39A;8;ADGCKQ>@63<:9<<>>&(:;>DA?;222/03'?BA??=:97>=<559@A>A@<8@B<===@A@E?;9;5)6;=@:::*)7:<7.,:=7;;B<@=?8.2:=B8G;DC>AAG::IE?:7=B@@FHLFK7;;=A;9CFD71?2@GJH?::9,DNJEG=<;@@>87:9??>%#)A><;=<<;:;984001/1.>BDGA=>=<=>37>?=+'210?A>>35,2&<)*)87%(((57:=8>DC<>F@:;<;?6=?@AF>C4C>;?//0?@HHH@->:(=GIE@=E>;FFBA;17><9BDF80*)%/',;=G(*?@=36:;4?;>5>@C:=>BG89C<<;=;?828-,=>BEBEIF?9:(667=??9>*%';=-<5=BCCC=?;(-..;<<=FAB?A=??<?G24EADE4,&$*'46>4510+::?>(A8DE@<>?BA:8561532'&$%28:8;>?BC<;=?BEBC>;=;=5;>>DE?BAB)65=9=EFB7-91=6?HDH=>:)((###&&&&/76;:?7@=>76@@A?@9BAD@<562);@>B=>97<6:<;<>C<+2/1%#7>?A=7::;96679:14<7;:=>-779:4,,,$$&&(1+,,118:?:7-*((%$$%%,++-38:61005,+(.$$&(.3464476'>;@6=858>;=;1-(%+0;=<<>?@B>:13+.#$$$$*000''6887529;9889)##$$%3343('$+-7;9A>7:25?<<=6813%57;:;;,@=AA@B=?<:B?42148:=<710057275<<+>;A@>=9;CCAAB@C;?C@@FE>795657)&,@D<<86=A;8($,+/22>5BC?=-+($(:0=?A>C<<977;:&(+21*?@><=E9$$''0/0,,-.0,3GAE?8=???8>><>C>;CA?=0,+6/99ACD:@C;BA @SRR14011045.13418 da60de2b-c65e-49a1-aab4-188bd946da7a/1 ATGCTTCGTTCAGTTACGTATTGCTCTCTCGAACCATCTTCATCCGCTTACACAACGCTCCCCTACCCAACAGACTTACGTCTGATGCCGCAGCTTCGGTGCTATATTTGAGCCCCGTTACATCTTCCGCGCAGGCCGACTCGACTAGTGAGCTATTACGCTTTCTTTAAATGATGGCTGCTTCTAAGCCAACATCCTAGCTGTCTAAGCCTTCCCACTTCGTTCCCACTTAATATAGACTTTGGGACCTTTAGCTGGCGGTCTGGGTTGTTTCCCTCTCCACGACGGACGTTAGCACCCGCCGTGTGTCTCCTGAAGTATCACTCTTCGGTATTCGTAGTTTGCATCAGATTTGGTAATCCGGGATGGACCCCTAGCCGAAACAGTGCTCTACTGAAAGGTGTCCGCTCAAGGCTCTACCTAAATAGATTTCGGGGAGAACCAGCTATCTCCCGGTTTGATTGGCCTTTCACCCCAGCCACAAGTCATCCGCTAATTTTTCAACATTAGTCGGTTCGGTCCTCAGTTAGTGTTACCCAACCTTCAACCTGCCCATGGCTAGATCACCGGGTTTCGGGTCTATACCTTGCAACTATTCGCCCAGTTAAGACTCGGTTTCCCTTCGGCTCCCCTATTCGGTTAACCTCGCTACAAAATATAAGTCGCTGACCCATTATACAAAAGGTACGCAGTCACCCATACGGGCTCTGCTTGTACGTACAAGGTTTCAGGTTCCTATTTCACTCCCCTCGCCAGGGTTCTTTTCGCCTTTCCTTCACAGTACTGGTTCACTATCGGTCAATCAGAGTATTTAGCCTTGGAGGAGTGGTCCCCCATCTTCAAACAGGATATCCGTGTCCGCCCTACTTCTCGTTAGCTTAATTACCACGACCTGGACTTCGAGTACGGGGGCTATCACCCTGTATCGCCAAGCTTCCCAGCTTGTTCACTCTGTCTCTATCGCTATCACTAACAGGCTCTTTCGCTTTCGCTCGCCGCTACTCACAAAATCTCGGTTGATTTCTTTTCCTCGGGGAGTAGATGTTTCGGAAGTTCTCAAGTTTCGCCTCACTTACCTATGAATTCAATGCGTGAGTAAGTAGTCTTCATCTACTGGGTTTCCCCATTCGGACATCTTGGATTAAACCTCTTATCGACTCATCCAAAGCTTTTCGCAGATTAGCACGTCCTTCTTCGCCTCTGATTGCCAAGGCATCCACCTTGTGCAGCACATGCTTGGCCATACAACCTAAAATGTTCAGGATGAACAATCTGATGAAGATTAAATGTGATTCAAGGTTAAAATTCACTTTACATCACAGATTGACGCTAAAAACACGTTAGGTTTGTCAGCCGTAACAGTTAATTTTATTCAGAGTCGTGCCTTTTATCAATGACCCTTACTCAGACTTTCTTGAAAGTCTCGTTTTCTTTGTTTCCAGTTTGTTAAAGAACAGTTTATTAAGAAGATAAAAAAATCATCTTTAAATGGCGTCCCCACAAATTCGAACCCCAGTTACCATAAATGAAGGCGTGTCACAAACCTCTAGACGATAGGAGGACAACATGTAAAAGATATTCACATCTTGCTTTATTTGCTTATTCTTCTTTTGTTTACAATCATCGGTATTTGTGTGGACATAGATCAATTCTATCTTTGGTAAAGGAGGTGATCAACCGCAGGGTTCCCTACGGTTACCTTACTACTGACTTCACTTTGATCATGAATCATGCCGTGTTAAGCATACTCGAAGGTTAAGCTATCTACTTCTGGTACAACCCACTCCCATGGTGTGACGGGCGGTGTGTACAAGGCCGGGAACGTATTCTGCGGCATTCTGATTCGCGATTACTAGCGATTCCGACTTCATGGAGTCGAGTTGCAGCTCAATCCGGACTTAGACGTACTTTCTGAGATTCACTCCACCTCGCGGCTTCATCCTATCTGTATACGCCATTGTAGCACGTGTGTAGCCCTACTCATAGAGGCCATGATACGACAAACGTCATCACCTTCCTCGGTTTATCACCGGCAGTCTCCTTTGAGTTCCCGACCGAATCGCTGGCAACAAGGATAAGGGTTGCGCTCGTTGCAGGACTTAACCCAACATTTCGCTACGAGCCTGACGACAGCCATGCAGCACCTGTCTCATGGTTCCCGAAGGCACTCCCGTATCTCTACAATTCCATGGTCTCAAGAGTAGGTAAGGTTCTTCAACGTTGCATCAATTCATCCACATGCTCCACCGCTTGTGCTGACCCCAGCAATACGTAGCA + &'$7793=>A40;BBA;<=99929C;=>+9;=<>@@@C;8)))*(,179:41>B<<:+.=CB<792;;=?DCBA@CA@@A>7>>*0-+-492(*7;:FCG==G<638@B98865'41=9CDFG?>C;8;6979=7<99??A<;>303=5--.))%&&9@56@':9880014//8:8=5??<<><721:5;@B@>GC44:878:FF??:4578=?>9:9@G<::3',*+-/4+.11).-,=?4>CB?B=>1@A,58<@;9:9.:<@??<<>;G;:8+*(--.*+,,.7C>:(-=<:=0$&'0):509;=61511@?<;????98/2645,.,*48$9>0;>;EBB3.>EH@A@3.3#(44569>>EA>9>==0.)2;>@HCJIGJIEDD9DBCG>015B?8EGG<=997:@?B77>?=?A@@9A;;B@>??AAAAF?:?A;=CE>A<=@CA9&$$8260:9)*52=84&*6771121>>=747:@7:+889:35=@<<85:@CE<=@BB?A@AJDB?CCABABA7C??=<@@>??3=??FDA-458627>D?3366@;=C?8*968$(757/08:=>=@@?;>68@=F@@E>=<2(,(6:>>@7@BCA;;<=?CF@AGD8<535@ADC@;=EAF=ACE76:?<;=:-'''%();=<52-0,5<:84-/.%%&.,/441><7@8D?:((57??B;4&;<>-=@BA=A<<=>6+,,,/-+..:956;<;:61@CDHC<:61=:;'*<;???9BA5@@?<>===98<:576;>CCA;@89999>*/&*0745<<<=C>F@79<<=61$6612.<;6?>>;/(':?>)-447:7=A7=@EC97@8(&))&&&%%88.9<62$('$%)*%%$&&)(73/69;AB%&&5;?@EACBHACGD=?@811630+..'&&'%0))/=DEAA<=>>6:6A@<<=<68976782477:8?>?BA;7),'6609C?;;>@E:46<83475EBCD@7/-,+-/+-/,-9AB:;HF<>;/1<867()-,1=>;/-./242%%%%&%%$$(%%%(').,%&%%$$*+&--.%&(24%&,211,01??G@<911//+,'())%0'%*%(1(()667.-(''''&*-82,'&%%'))&'&$(%-71132<=?>67>BDH@?==<0;0?<<-):8<:;>@>:,,:,*5&7:-%C78:?@?:98543/.070&&+157224349<>8<==C>@9@A?C>5334;B@CFF>B?9989/;@AIJCD98).ABA=DBA8641(-410=;:8.4&'/133''((.-+'+)1+++&&$'(*&(&%%'$&%+,&&$'&*)(48327-''&$,*$..-,*-,.315;<6'+/*'&%&$'%017879;?B..FB7??A=BA=DIDJJHFCGHLAH;FCA82./0))2/00688:7$&&/&&(-/,491353;>.3@>08:;=%&'''/0001-.(#$'''')<7CEHHLE;<&+($*%'-/.%((++324C=EG:75,.57?46?>=1.?:;2>B?<@=B9=;:/5A*0=E@C?;@FF8@<@57ACG;BB>=5.+%'$&)(354:=@AB649=@AC957,,8:?DHA?=BD<;:)%%%$842$#.*-(()$01557<98$46699$$3-8B:DFI?520**;=?@8DE9:9=>8412+-(()&%''&&':<>4739&20=>=A>17,32&')/.*%.00>A@9:8>*$%%&$&,+*'(,*+$%&%%#&%%*--*-./466:@BGA78/FBCC@AB?+0=>>A8=8646/32<>A@FB@>FHJF9<=0126-/1+576;>+9>;:?A>==I:=D;(&$:73>:7<1>@>/1>9:A4-$$),.00914/6,778-.):5/5).2.59=<:7:62:78/2C?)3+',+%(22:><88;?8<8E<2./%'&8878;-'**.1,0$'')((+,3-(01/..''&%$&(/$%&&&&+%*'()-''*333-0;=C==978;87-$#+&*/-031767)&(()'$%$ @SRR14011045.52613 42c51754-4d64-4801-bdf7-86898fb63371/1 AGTGTACTTCGTTCAGTTGCATGTTGCTATAGGATCTTTTCTTGTATAATAGACGCAAACGGATAAGTAAGTTAAGAGGTTCTTTCAGAAAGTCTGCGGTTCTTTTTGCGAGCAGATAAGAAATCTTAATTGAAATTCTACCGTTTCTTTAAAATACAATATCGAATCAAGTGCACACCTGTGAAGTTGGATGGAACCGTGGCTCTGCCACTCCAACACTCTAACAGGTGTGTTTTTGTTAAAGGAGAAGCTATGTTAGATATTAAACGGATTCGTACAGACTTTGATGCGGTTGCTAAAAAATTGGCAACACGTGGCGTAGATCGTAATTTTGAATGAAATGAAAGAAATCGATGCCAAACGTCGAGATATCTTAGTCAAAGTAGAAAATCTCAAAGCAGAGCGTAACACTGTATCTGCTGAAATCGCACAAGCTAAACGCAACAAGGAAAATGCAGATGATAAGATTCTTTCGCCATGCAAACCCTCTCTGCAGAGGTCAAAGCATTGGATACGAATTAGCTGAAATCGATGCAAAATTAACTGAATTCACTACTACCCTTCCAAACATCCCTGCTGATAGTGTCCCTGTTGGAGCGGATGAGGATGACAACGTTGAGGTTCGCCGTTGGGGAACACCGCGCGAATTTGGCTTTGAACCAAAAGCTCACTAGGATTTAGGTGAAGACCTTGATATCCTTGACTGGGAACGCGGAGCTAAAGTCACCGGTGCTCGTTTTCCTCTTCTACAAAGGACTTGGAGCTCGCTTAGAACGCGCTATCTACAACTTTATGTTGGACGAACATGGCAAAGAGCTACACTGGAAGTCATCCCTCCTTACATGGTCAACCATGATTCTATGTTTGGTACTGGTCAATATCCAAAATTCAAGGAAGATACTTTTGAACTTAGCGTACCAATTATGTCCTCATTCCAACAGCCGAAGTTCCTTTGACAAACTACTACCGCGATGAAATTCTTGATGGGAAAGATCTTCAATCTACTTCACCGCTATGAGTCCATCTTTCCGTTCAGAAGCTGGTTCAACTGGTCGTGATACTCGTGGCTTGATCCGTTTGCACCAATTCCATAGGTTGAAATGGATGAAATTTGCTAAACCAGAAATCATATGATGAATTGGAAAAAATGGTTGTCAATGCTGAAAATATCCTTCAAAACTGAATCTTCCATACCGTGTAGTAGCTCTCATGGAGACATGGGCTTCTCCGTTTTTCAGACTTCGACTTAGAAGTATGGATCAACACAAAATACCTACCGTGAAATCTCAAGCTGTTCCAATACAGAAGATTTCCAAGCTCGTCGTGCGCAAATCCGCTACCGTGACGAAGCAGATGGTAAAGTCAAACTTCTTCACACTTTGAACGGTTCGGGTTAGCTGTTGGACGTACCGTCAGTTTGCTATTCTTGAAAACTATCAAAACGAAGATGGTTCTGTAACCATTCCTGAAGTTCTTCGTCCATATGGGTGGCGCTGAAGTCATCGCACCAAAATAAAGTTTAAAAAAACTGAGACTTGCAAATTGCAAGCTCCAGTTTTTTAATATTTACGAAAACGTTGGTAGCGTTGCTCAGAAGCTCTTCGAGAGGTAAGGCTTGTAAAACCTTTAACTCTTCCTGTAATTCCTTCTTCACTTGAGCCAGTAGTTCACCATTTGAAAATCCATGCTCTGGAATCACCTTATCGACAATGTCCATATTTAACAACTCGTGAGAAGTAATCTTCATTAACTCTTGCTTCCATAGCACGGCTTCCATCTTTCCAAAGAATAGAGCAAAACCTTCTGGACTCAAGACTGCATAGATGGAGTTTTCTAGCATCCAGACCTTATCTGCTGTGGGTAAGGCACCACCAGAGCCACCTTCTCCGATGATAATCGCGATAATTGGAACTTTTAAATCACTCATTTCCATGAGGTTGCGGGCAATGCTTCACCTTGTCCTCGTTCTTCAGCACCAACACCAGGATAAGCACCCGCTGTATTGATAAAGGTCACAACTGGACGGCCAAATTTCTCTGCTTGCTTCATGAGGCGCAAAGCTTTTCGATAGCCTTCTGGATGTGGTTGTCAAAATTACGTTTTAGATTATCCTGAAGATTTTTCCTTTTGGATCCCAACGACTGTAACCGTTTGATCGCCTAAGCGTCCAATCCCACCAATCACCGCACCATCATCACGGAAGTTTCGATCTCCATGCAATTCGATAAAATCATCAAAAATTCCTTGAGCAAAATCAAGAGCAGTCAATCTTCCTTGGTCACGTGCTTCTTTAATAATCTGTGTTATTTTACTCCATGTTTACCTCCATGAAGGGCCAATAATTGTCCAACTGTTGCTCGGATTTGGCTTCTCTCCACGATCAAGTCTACAAATCCATGTTCTTGTAGAAATTCTGCTTTTTGGAAATCATCTGGCAATTTTTCACGCACAGTTGATTCGATCACGCGACGACCGGCAAACCCGACCAAGGCCTGACTCTCTGCCATGATAATATCACCTTCCATAGCAAATGAGGCTGTCACCCCACCAGTTGTCGGATCTGTCAATACTGTCAAATAGAATAATTTTTCTTTAGAATGACGTTGAACAGCAGAAATCTTTGCCATTTGCATCAAACTCACGATTCCTTCTTGCATCCGAGCACCACCGGAAGCGGTAAAGAGAACAACTGGCAATTTTTCTTTTGTCGCAAATTCAAATAAACGAGTAATTTTTTCGCCTACTACAGAACCCATTGAAGCCATGATAAAGTTGGAATCCATGATCCCAAGCGCAACTTTTTGCCCTTTAATCAAGGCAGTTCCAGTCAGGACAACTTCATCCCAATCCTGTCATTTCCCGCACTCTTTGCTAGTTTCTTCTTATAATTTGGGAAATTCAAAGGATCTGTCGTTTCGATTCCTGTAAACATTTCTTCAAAGCTAGCTGGATCCACTGTCAGCGCCAAGCGTTCTTTAGCAGAAATACGGAAGGTATAGCCACAATTCGGGCAGACACGCTCACTACCTAAAATCCTTTTGGTAAATGGTATGTTTACAACCTTGTGGGCATTGTGAAAATAGTTCATCAGGAACTTCAGGTTTTGGCTGAGGCTCCTTCAGAGCTGACCTATTCGGATTGATCCGAATATATTTATCTTTTTTTAGAAAATAATGCCATTACTTACTCCTTATAATATGCTACAGTATCTGAAGCATTACTATAAAAAGCCTGAAACTGTGAAGATGATGTTCATACTTCCCTCACAAGTCCAGGCTTTTCATCATTCCTTATTATAATTTGGAAGGAATTGTTCCATCAAAAATGCAGTGTCATAATCACCAGCGATCACATGTGAATCTGAAATCAAATCCAACTGGAAACTGCTATTGGTTGTGACACCATCGATTTCCAACTCATAAAGAGCATAGCGCATTTTCATCAGTGCATCAAAGCGATTTTCTCCATGGACAATGATCTTGGCAATCATACTATCATAGTATGGTGGAATCGTATAACCAGGATACACAGCAGAATCCACACGCAAGCCAACCCCACCACTTGGAAGATAGAGATTAGTGATCTTACCTGGGCTTGGTGCAAAGTTAAAGGAAGGATTTTCCGCATTGATCCGGCATTCAATCGCATGGCCTTTAATGACAATATCCTCTTGAGTAACGGATAATTCTTGGCCGGAAGTTGCGATTTTAATCTGTTCCTTAACGATATCAACTCCTGTTACAAATTCCGTGACAGGATGCTCCACTTGCACAGGTATTCATTTCCATAAAGTAGAACTCACCCTTGCCTTCATCATACAGGAATTCAATCGTTCCAGCATTCTCGTACCCAACTGATTCAGGAAATTTGCACGAACGAGCACGCAGGGAACCAATTCGATCACGAGCGTTTTCCCAATAGCAATCGAAGGGGGATTCTTCTAGAACTTTGGTTATTTCGTTGAAGAGAACAATCGCGTTCACCTAAGTGAATGACATGTCCATGCTGATCCGCTAAAATCTGTACTTCAATGTGGCGTGCCGGATAAATCACCCGCTCCATATACATGGCACCATTCCCAAGCGACTTGAGCTTCTGAGAAGCAGATTCAAAAGCGACAACCAAATCTTCTGGTTTTCAACCTTCCGAATTCCTTGCCACCGCCTCCTGCAGATGCTTTCAACATCACAGGGTAACCAATACGCTCTGCAATCTCGAGGGCTTCTTCAGCAGTATACACTTCACCATGATCCAAGATAACAGGCACTCCTGCTTTGATCATCTGTTTACGAGCATTAATCTTATCCCCCATCAAATCCATTACTTTAGCAGAAGGACCAATAAACTTAATGCCCACTTCCTCACACATGGTCGCAAATTTTGAGTTTTCACTTAAAAATCCAAAACCAGGGTGAATAGCTTCTGCACCTGTTAAAACGAAGTTGCGGACAAGACAGCACTCATATTCAAATAAGATTCTGTTGATTTAGCAGGTCCAATACAGACTGCCTCATCCGCTAGTAAGGTATGCAAGGCTTCTTTATCAGCAGTAGAATACACCGCAACCGTCTCGATGCCAAGTTCTGAAGTAACACGAATAATGCGCACTGCAATCTCACCACGATTGGCGATTAAGATCTTACGAAACATAGATAGGCCTTTCTTAATTTCCAATTGCAAAAGTAAGCGTTCCTGAAGGCTGCAAGCTTACCGTCTACCTCTGCTTTCGCTTCAACAACAGCAATGGTTCCACGACGTTTGACAAAGTAGCTGTCATCACCAGTTGATCTCCTGGAACAACTTGTTTTTAAACTTCACCTTGTCCATCCCTGCATAAAAGACTAATTTCCCTTTATTTTCAGGTTTTGACAACTCTAGTACACCTGCTGTTTGTGCCAAAGCTTCCATGATGAGAACACCTGGCATAACGGGATATTGTGGAAAATGTCCATTAAAAAATGGTTCATTAATTGTCACGTTTTTAATGGCAACAATCGTATCTTCGCTTGTTTCTAAAACGCGATCCACCAAAAGCATTGGGTAACGATCTTGGCAAAGCCTCACGAATAGCATTAATATCAATTGTCATTTGATTCGAACCAATCCTTTTCCAAATTCAACCATTTCTTCATTCGTTACTAAAATTTCAGTGACTACCCCATCTTTTGGTGCTGGGACTTCATTCATCACTTTCATGGCTTCGATAATCAAGAGTGTTTGACCCTTAGTGACCTTATCTCCTACAGATACAAAGGCTGGTTTATCCGGAGCTGACAAGTAAGCCACCCCAACCAATGGACTTTCAACCACATCACCTTCTCTTGACCTGAGCTGGAGCGACTAACTAGTTCGAAGTAGCTACAGCTGGAGTTGCTGGTGCTTCAACAACAGGGGCTACTACGGGAGTTTGAGGGGCTGTTACCACTTCAAGTGCAGGAGCAACCGGTGTAGTAGCAGCTGAACTCGTTTGGTTTTTACTCAAATTCAATTCTTCGCCATTATTTTTATATGAGAATTCACGCAAAGTTGACGCATCAAATTGAGCCAACAAATCTTTGATTTCAGAAATATTCATGAATTAACCCTCCCAACGTTTAAAGGCCAGAACAGCATTGTGTCCTCCAAAACCAAAGGTATTTGAGATAGCATACTGAATATCCGCTTCTTGACCTTCACCATAAACAACGTTTGCTTCGATATAGTCAGACAATTCTTTGGTACCAGCAGTTTTTGGTACAAAGCTGTGACGAATCGCTTCGATAGTAGCAATCGCTTCAACCGCACCAGCGGCACCAAGCAAGTGCCCTGTAAATGATTTAGTAGATGATACAGGAACTTCTTTACCAAGTACAAGAAACAATAGCTCCGCTTTCACCTTTTTCATTGGCAGGTGTTGATGTCCCGTGAGCATTAACATAATCAACATCTTCAGGTTTGATACCCGCTTCATTGATCGCTAATTTAATCGCTTTAGTACTTTGACCCATCTGGTGTTGGTGTTGTCATATGGTAGGCATCACAGTTTGAACCGTAACCAACAATCTCAGCCAAGATGTTAGCACCACGTTTTTGAGCATGTTCCAAGCTTTCAATAACGAGAACCCTGCACCTTCACCCATCACAAAACCATTACGGTCTTTGTCAAATGGGATAGATAACGTTCTGGGTCTTCCGTTGTTGAAAGGGCCGTAGAAACATTGAAACCACCGATACCAATCTTAGTAATCGAAGCTTCAGCACCACCTGCCAAAACAACATCATGCATACCAAATTTAATTTCACGGAAAGCTTCACCAATGGCATCGTTGGCGAAGCACAAGCTGTTGTCACGGATTTACATACCCCTTGAGCCCCAATCTTAAGTGCGATGTTTCCAGCACCCATGTTTGAAAGAGCTTTTTGGAATAAACATTGGTTGGATTCTCTTCATCCCACGTTCATGCATCGGATAATTTGATCTTCCAATTCTTGCAAACCACCGATAACAGATGATACAATCACACCTACACGATCGCGATCTTCTTCTTCCATGTTCAAGCCTGAATTTTCAATAGCTTCCATCGCGGCATAGATTGCATACAATGAGTAAGTATCCATACGATTTTGATCTTTTTTCACGAAATATTTATCGAATGGGAAATCTTGAATTTCACCAGCATTAAAGACTGGAATTTCAGAAGCATCAAATTTTGTAATGGGCTTGATTCCAATTTTCCTTCTGAAGGCTATTCCAGAACTCCTCTGGTGTATTTCCGATTGGTGAGGTTACCGTAACCTGTAACAACAACACGATTTGTAGACATATATATTCTCCTTTTGTCGGATGGATATTTAAGTAAGTGATTTTCGATCAGTGAGCATTCATTATTGCATAGTCATGCCACCATCAATGGCAATTGTTTGACCAGTTAAATATTCTTGACCTGCTAAAGAAAGCAACTTCAGCTACTTCTTCTGCTTGACCAATACGTTTCATTGGCACTTGAGCTAGCATGGCATCTTTTATTTTCTCTGGAATAGCGTCAGTCATATCTGATTCAATGAAACCGGGAGCGATAGCATTGACACGGACACCACGGTAGCAACTTCACGCGCTACTGATTTGGTGAAACCAATCAAACCAGCTTTGAAGCGCATAGTTAGCTTGACCGATATTCCCCATGAGACCTACAACAGATGACATATTGATGATGGCACCTTGACGCGCCTTAGACATTGGTTTCAAGACAGCTTGTGTCATATTGAAGGCACCAGTCAAGTTGATTTTCAAGACACGTTCAAAATCTTCTTCAGTCATCTTCAACATCAACTTGTCGTTTGTAATGCCAGCGTTATTGACCAAAACATCAACACTACCAAGCTTTTCATGCTTCAGCTACCATACGTTGAGCATCTTCGCCATTAAAAATATCCCCAGAAATACCAACAACAGTCACACCATAGTCAGCAAAACTGTGCAAGCAAGTCCTCAAGAAATTTCAGAACGTCCATTTAGGACAACATTGGCACCGAGACTCGCAAATTTATGAGCCACAGCCAATCCAATTCCGCGTGTTGAACCTGTTACAAAAACATTTTTATTCTTAAGTTCCATCTTTACCTCGTTTTAAGCATTCAGAAGTGCATCTAGACTAGCCTGATCTTCAACGTTATGAGTTGGAAGAGTTTTATCAATTTTCTTCCAAGAATCCCGACAAGACTTTTCCAGGTCCGATCTCGATGACCTCATCTACACCAAATTCTTGAATCGTAGCAATTGAATCATAGAAACGAACCGGTTCTTTTATGACGGAGCCAAAAGTGCTTTCACATCCTTCTGACTTCATGATAGTAACTTCTGTATTCCCAACTAAAGGAAGATCAAAATCATTAAATGATACTTTTTCTAGTTCAGGTGCAATTTTGACTAGCAGATTCCAGTAAGGCTGTGTGGAATGGACCTGAGACATTCAAAAGGGATCAAGCGTTTGGCACCTGCTTCCTTCAAAAGTTCCACAGCATAGTCCACAGTACGCAACCTCACCACCAATAACAATCTGTGCGGGTGTATTGTAGTTAGCTGGTGTCACTACACCCTTTTCAGATGCTTGTTGACAAATCTCTTCAATCAAACTTGGATCTGTATTCATAACAGCAACCATTTTCCCACTTCCAGCGGGGCCTGTTTCACCACGTTCCGCAATAATGCTACTGCATCTTCAAACAGAAAGAGCTCCAGTAGCAACCAGGCGAATATTCCCCCAAAAGAAAGGCCGGCAACAATGTCAGGAGTGATACCATTTTCTGCTAAGAGACGATAAATAGCTACTGACGTTGTCAAAGCCTTGGTTGAGTATAGCGGGTCTGATTCAGTTTTCTTCGTTAGAATCAATCAATTCACGCAAGTCATAACCTAGAATACGACTAGCCGTATCAAAGATCTCTTTAATAACAGGATAAAGTATACAAATCGCTCGCCATGCCCAATTTCTGAGCCCCTTGACCAGCAAATAAGAACGCACGTTTGTCACTATCCTAATCCTTTCGACGTTTTTAGACGTTTACATCTGCCCAACGAGCGACCTCTCTTTGAATCACCTTGTTGCACCATAATAGATATCTTCTAGAATTTCAGCACAAGATTTCTTCCTTGCTTACAAGTCCAGCAATTTGACCCGCCATTACAGAACCATTGTCAACATCTCCATCAACAACGGCATTGCGAAGGGCTCCTGCTCCTAATTCTTCAATTTCTTCTTGAGTCTTCTTACCTGCCAAGAAATCTATTTCAGCTTGGTTATAGGCAGAAGCCAATTTATTCTTGATCGCACGAACAGGGTGTCCAACAACTGATGCTGAAACTACCGTATCAATATCTTTCGCTTTCAAAGATTTTATTCTTAAAGTTTTGTTGAGCATTAGATTCTTTTGCAGCCACGAAACGAGTTCCCACCTGAACAGCTTCGGCACCTAACATAAAGACAGAGCTGCGGCTTCCGGCACCATCAGCGACTCCTCCAGCACCAATTACTGGAATAGAAACAGCTTCAACCACTTGACGAACCAAGGTCATGGTCGTCAATTTACCAATGTGACCTCCAGCTTCCATTCCTTCTGCAATCACTGCATCAGCGCCTTATTTTCCATCCGTTTTGCAAGGGCAACAGATGGAACAGCAGGAATGACAGTGATCCCTGCTTCATGGAAACGATCCATGTATTTCCTGGATTTCCAGCACCAGTTGTAACAACCTTTACACCTTCTTCAATCACCAGGTCAACAATGTCATCCGCAAATGGGGACAAAAGCATGATATTTACACCAAAGGTTTATCTGTAATAGACTTCACCTTATCGATGTTAGCCTTTACAACTTCTTTTGGAGCGTTCCCACCACCAATGATTCCAAGACCTCCAGCATTTGATACTGCTCCAGCCAAATCACCATCAGCGACCCATGCCATCCCACCTTGGAAGATTGGATATTTAATATTCAATAGTTCAGTAATTCGTGTTTGCATTATACCTACCTCTTTTTCAGCGCTTAAGTAATAGTTTGAGTTCAAAAATTGTTTCTTTGAGTCTCAAACTATTACCTAAACAGAGAGAATATCTTTCGATACTCTCATCTATCATTATTTTGTTTTCTTCTACGTAAGCGACAAGATCACCAACTGTAGAATAATCCTTCTTCAGTTTCGATTTGGATATCAAAGCATCTTCGATTTCAGAAATCACTTGGAACAAATCCAATGAATCAACTTCTAAATCTTCGAATGTAGATTCAAGGTTACTTCCACCAATTGGTTCTTTACCAAGTTCTTCAACGATAATTTCATGCTTTTTCAAATACTGCCATGACAGGCCTCCTTAAAAAATAATATATAAATTTTAAAATGTGTTTCCACATGTTTAACTAGATTGTAACAAGAAGTGTGCCCCATGTCAAACCTCCACCGAAACCTGTAAGAAGAATTTTTTGACTTCCATCCATCTTGATTCGATAATTCTCGACACACTCCGATAATAGAATGGGGATACTACTTTGACACTAGTGTTCCCATATTCCATCATATTTGCTGGGATCTTCTCTCTAGAACACCCGGTTTTTGACATCTTATCTAACATTCGGTCAAATATGATGTAAGAAAATAGTCAATCTCTTCTGCTTCCATAGAGGCGTCTGCTATAATCTTTTGAATGCTTTTCGTGACATCACGAATAGCAAAATCAAAAACTGCCCCGCCCATCCATCGTCAGATATCTTCGATCGGTAACTTCCTCTGAATAAAGGAAGACAGACCCAAATAGCAAGATTCAAGACTAGAACCACGGCTACCATCCGTAAAAAGACTTTCAGCTAAAAACGATTTTTGATCGCTCGCTTCAAGCAAGACACCGCCAGCTCCATCTCCAAAGTACTGAAGTAGAGCGATCTGACCAGTCTAATACTTTTGAAAGCGTCTCACTACCGATCACAATCCTCGCTGGTACATCCCTGAAGAAATGTATTTTTCAGCAGTGGCTAATGCAAATACAAATCCGCTACATCGCAGTCAGGTCAAAAGCAAAGGCTCGAGAAGCTCAATATTGGCTTGTACCCGAAGTGCGGTCGATGGCATTAAGCTGTCTGGAGTAATTGTAGCGACAACGATAAAATCAATTTCTTCAGCGTCTAAGTTTGCTTTTGCTAATAATCTTTGTGCGACAACTGTTGCAGAATCACTGGTCGTCTCATCTCTTGAAATGTGACGACAATGCCTGTCCGACTACTGATCCATTCATCACTTGTATCCATAATCTCAGCTAAATCATCATTCGATACGACTTGGTCAGGTACATAATGAGCGACTTGACTAATTTTAGCAAAGACCATTATTTAATTTCCTCCAAGAAACGATACAGATTTTGCAATCCTTTTTGCATCCTTTCTTCTCTTCCAGGACTCATATCTCCAATAATCTGGTTGACCATCCGTTTATGGAATTGTTGATGAAGTCGATAAAGTAGACGACCATTCTTTGTTAAACTCAAGTGTACAACCAACGATCAACTTCAGATCTTCTTCTTTCGATATACCCTTTGCGCTCAAGATTATTCAAACTTGTCGTGACAGTCCCCAAAGTCACCATCAACTCCCGTGAAATATCACTCGGGGTTGCATTCGGTGTCGAACCAATCACGTCGATCGTATGCATTTCTTTAATAGAAACATCTTTAAATCGACTTGCTCTTGAGCTCGTCTCCTCATTAACCAAAACGTGTATTAAAGATGGATGTTAAATAGTCATTAACTAATTGGTAATTCAAAACTCCACCTCCTAATTTTACTTTGATAGTCAAATTTTATCAAAAATGAAAATAATTTGCAAGCTTTTTCACAAAACATAGAAAAAATACAAATTTATTTTCCTTTAAATTGTGGCCGACGTTTTTCAGAGTGACAATAACCCCTCTTTAAAATCTTCTGTAAATGCTAGTTTCTTTTGCAAATTTAATTCAAGATTCGCATATTGATCCCATTCTTTCAGAAGGCTTCCCAAACCATTTCTTTCATGGCTGACATAAAATTTGAAGATCCTCTTCTTAATTTTTAAGCAATTGATCAACCGTTTTCTCAAGTTTTCAGATTCACAAACACGGTAAGCTAGGCCATATTCCAATGCTTTTCTGCGGTCAAAGCTTCACCGTCATTACTAAATAGGTAGCCGAGACATACCAATAGCTTTTCCCTAATAGAGAATAACCCACCCGCATCTGGTGCTAAACCAACCCCAACAAAGGCTTGAATAAATTTAGTACGATCACTAATAATACAAAAATCAACAGCTACTGCTATGTTGGTAATAGCTCCTGCGACCGCTCCATCAGCTACCATAATAACCGGCTTAGGTAATTGCTTAATCTTCTTAGAAATAGTATTAACCAATTCAGCAATTAAAACAAGAGACTCAATGTCATCTGCATCGACTGCGCGTTTCATTTCACTCAAATCTCCACCAACTGAAAAGATTTTCCTTCTGCTGATAGAATAATGAATTTTACTTCCTCATTTTTTTCTGCATCTTCAAAGCTGACTAAAATTTCCTGACACATTGGAATGTTAAAACCATTGGAAACTTCAGGACGATTTAAAGAAATTGACGCGAGATCATTTTCGACAGAATACAAAATTGTTTCAAACATCACAGACTCCTTTTGTTTAAATATAAAATATTTTGATATTAAAACTTTTTTAATTATAACATATCATACCATAAAAAATAAGAATAGTAAAATATATCTATAAGATGTAACAAAATTGTAAAATTTAAATCATGACAATTTCTAGCCTCATAAGATCCATCTATTCTATGTCCTATTTATAAATACATTGTATCAACAACTGAAGTTTGGTATAATGTACTAATGACTATTAAGGAAAAATATGAAAGTAACTAAATTCGGTGGGATTCTCTAGCATCAGCTTCTCAATTAAAAAAGTACTTGATATCATTAAAGATGATCGAAGAAAGATTTGTAGTTGTATCAGCTCCAGGCAAACGCAACACTGAAGATACAAAAGTAACAGACGCTCTGATCCGGTATTATAAAAAATTTACTTCAGATAAGGATGTCACACAAATACAACAGTGGATTATTGAACGTTATCGTGCCATTACAGAAGAATTGGGTCTCAAAGAGTCTATTATTCAGGAAATTGCTGAAGATATCTATGATTTAACAAATTTACCTAAAAAAAGGGAATCCGTTCACATACGATGCATTCCTAGCGGCAGAGCGAAAAATAACAATGCTAAACTCATTCTTGCTTATTTCAATCAAAATGGTTTAGAAGCAAGATACATCCATCCAAAGAGGCAGGAATTACAGTCACAGCTGAACGGCTTCCAACGCTCGTATATTACCATCTAGTTACGATAAAATTGAAGAACTAAAAGATTCAAGTGAAGTGATTGTCATTCAGGATTCTTTGGTGTTACTCAAGATGGCGACATTTGTACATTTTCTCGTGGAGGATCTACTGATATTACTGGATCGATTATTAGAGCAGGTGTAAAAGCAGACTTATACGAAAACTTTACGGACGTAGAAATGGTATTTTCACGAGCACATCCAGGTATCATTAAACACCCACATTCTATCCCTGAATTAACCTATAAAGAAATGCGTGAATTAGCCTATGCTGGTTTTCAGTCTTACATGATGAAGCACTTGTTCCAGCATACAGAGGTAAAATTCCATTAGTCATTAAAAATACAAATAATCCAGACCACCCTGGAACCCGCATTGTTTTGGAACATTCAAATGATCATGTGACTGTTGTAGGGATTGCAGGTGATTCAGGATTGCCGTTAGTATTAACACTACAAAATACCTTATGAACCGCGAAGTCGGTTTTGGTCGAAGTCCTTCAAATTTTAGAAGATCTCAATATCAGTTGGGAACATATGCCAACAGGAATTGATGATTTATCCATCATTTTGCGTTCACGTGAACTGACTCCAATCAAAGAACAAGAGATTCTGAAACAATTAACACAAAAAGCTAGAAGTTGACACAGCCGAAATTGAACATGATCTTTCCATCATTATGATTGTTGGGGAGAAAATGAAGAGTCAAGTGGGGGTTACCGCCACTGCGGCCAAAAGCACTATCAGAAAATGAAGTGAATATTCAAATGATCTCGCAAGGTTCTAGTGAAGTTTCCATTATGTTCGTTGTAAGTAAAGATCAAGAAGAAAAAGCAATTAAAGCCTTATATCAAGCATTTTCCCAAATAACTAAATAGAGAAAAGCTCCGTTAACTAAACGGAGCTTTAATTAACATTAAAATGAAAAGTAAAAGAGATCAATTACCTGATCTCTTTTTCTCTCCGCCAGGACTCGAACACGACATCATGATTAACAGTCATGCGCTACTACCAACTGAGCTATGGCGGAATCAAGCTAAGCGACTACCTTATCTCACAGGGGCAACCCCAACTACTTCCGGCGTTCTAGGGCTTAACTGCTGTGTTCGGCATGGGTACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAATGCTTAAACATTCAAAATTGAATATCTATATTCTAACAAGTTAACCTTTCGTTGTCAATATCTTCTGACTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCATCATTGCTCACACAACTTCCCTCTAGCTTGCTCTACCTGATCTTCTCTCAGGGCTCTTACTGATATATAATCATGGGAAGTCTCATCTTGAGGTGGGTTTCACACTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCCTCTGGCGAGACAACTGGTACACCAGCGGTAAGTCCACTCTCAATGGTCCTCTCGTACTAGGAGCAGATCTCTCAAATTTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTCTTAGCACAATGGGCGAACAGCCCAACCCTTGGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGAGATAAGCCTGTTATCCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATACGGAACACCGGATCATAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCGAAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTTAGCACGCCCTCCCGTTACCTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCCGTAGATGATTAACCTACCGGGTTAGGTGGCCATAACACAAGGGTAGTATCCCAACAACGCCTCCATCGAAACTGGCGTCCCGATCTCTATGGCTCCTACCTATCCTGTACATGTGGCACAGACACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGCGGGTAACCTGTATCTTCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCAATTCATACCTTCGCTTACGCTAAGCACTCCTCTTAACCTTCCAGCACCAGGCGACGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCGGCTGACTAAAAGCCAGCACCCCTTCTCCCGAAGTTACGGGGTCATTTTGCCGAGTTCCTTAACGAGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACAGGTAGAGGTATGATTAACGCTAGAAGCTTTTCTTGGCAGTGTGACGTCACTAACTTCGCTACTAAACTTCCTCCCCATCACAGCTCAATGTTATAGAATTAAGCATTTAACTCAATTCACACCTCACTGCTTAGACGTGCACTTCCAGTCGCACGCTTTAGTTAGCCTACTGCGTCCCTCCTTCACTACATACTCTAGTACAGATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCGGGGCGGACGAGCCTTCCCTGGGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTACGGCGCTCCTCACGGTACACCTTCTCCACATAGAACGCTCCTACCATACCTATGAGGTATCCACAGCTGTTAAATTGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTATTACGCACTCTTTGAATGAATAGTACGCTACAGCTAACATCCTAGTTGTCTGTGCAACCCACATCCTTTTCCACTTAACAATTATTTTGGGACCTTGGCTGGTGGCGTTCTGAACATTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGACCATAATTCATTGGCATTCGGAGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAATCTTAATGTCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTCAACGTGCCCTGGTTCAGTCCTCAGTGAGTTTTACCTCCGCCTTCAACCTGCTCATGGGTAGGTCACATGGTTTCGGGTCTACGACATAATACTAATGCGCCCTGTTCAGACTCGGTTTCCCTACGACTCCGTCTCTTCAACCATAACTCGCATCATATCATGTCGCCGGTTCATTCTACAAAAGGCACGCTCTCACACATTAACGGGCTCCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGGGATTTCTCGTGTCCCGCCATGCTCAGGATACTGCTAGGTATAAAGACTATTTCGAATACGAGGCTCTTACTCTCTTTGGCTGACCTTCCCATGTCATTCTTCTATAATCTTTAAGTCCACATTGCTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGTTTGCCCTCCTGCCGTTTCGCTCATGCTTCTCAGGCAATCGCTTTTGCTTTCTCTTCCCCTCATTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCTACCTATCCTTAACAGATAGGAGTACTAATACATCAGCTAGTGGGTTCCCCCATTCGGACATCTCTGGATCGTCGCTTACTTACAGCTCCCCAAAGCATTTCGTCGTTTGTCACGTCCTTCTTCGGCTTCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACAGCACTTATTTTTGGTCTTGCGACCTAAACTCTTTAAATATTTACAGCGTTTCGGTTTATTTTCTTGTTACTATTTGATATAGATATTCAATTTTCAATGTTCAGTCTTAACACCCTTACAGTGTTAATGGAGCCTAGCGGATCAGACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAACTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAACAAGACCAACGTACAGGTTTCCATTTCCTTAGAAAGGAGGTGATCGAGTCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTAGGCGGCTGGCTCAAAATGGTTACCTCACCGACTTCGGGTGTTACAAACTCTCGTGAATTGAGCGGGCGGTGTGTACAAGGCCCAGGAACATATTCACCACTTGGCGTGCTGATCCGCGATTACTAGCGATTTCCGACTTCATGTAGGCAGGTGCGACCTACAATCCGAACTGAGACTGGCTTTAAGAGATTAGCTTGCCGTCACCGACTCTTGACTCGTTGTACCAGCCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCACATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCACTAGAGTGCCCAACTAAATGATGGCAACTAACAATAGGGGTTGCTCAATTTGCGGGACTTAACCCAACATCTCTCACATTCCCACGACACGAGCTGACGACAACCATGCACCACCTGTCACCTCTGGCCCGAAGGAAAACTCTATCTCTAGAGCGGTCAGAGGATCATCAGGAACTCTAAGTAAGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCACCATGTGCGGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCAGTCGTACTCCCCAGGCGGAGTGCTTAATGCGTTAGTACGGCACTGAGTCCCGGAAAGGACCCAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACGAACCAGCGAAACGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACATGGAATTTCCCCTCTCCCTTCTGCACTCAATTAAACAGTTTTCCAAAGCGTACTATGGTTAAACCACGGCCCAACTTCAGCTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCGGATAACGCTCAAGGACCTACGTATTACCATGTTTGCTGGCGCAATAGTTAGCCGTCCCTTTTCTGGTAGATTTAATCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTCTCTTACAACAGAGCTTTACGATTAGAAAACCTTCTTCACTCACCTTGGCGTTGCTCGGTCAGGGTTGCCCCCCATTGCCGAATTCCCTGCGCCTCCCGTAGGAATCTGGGGCGTGTCTCAGTCTGACCTTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCGGTGAGCCGTTACCTCACCAACTAGCTAATACAACGCAGGTCCATCTCTTAGTAGATACATTTGCACCTTTCAAATCAATATCATGCGATATCGACTTTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCGCTAAGAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCGCTCGGTGCAAGCACCAAGCTTCAGCGTTCTACTTGCATGTATTAGGCACGCGCCAGCGTTCATCTGAGCCAAGTCAAACTCTCATTAAAATAATTGTTTGTCTTCAGCTCATTCTGTCACTGACAGATTTATTGTTTTTTTATTGTTCAGTTACTATAACCTTAGTTATAGCGCCCTGCACATTGGTTCGTCTTGTTCAGTTTTCAAAGGTCTTTGTCGCTCTCGCGCGACAACTATATTAGTATATCATGACCCTCTCCTTACTGTCAATACTTTTTCTCAAAAAATTTTATTTTTTTGAAAGTTTTTTGAAATAAAAAAATAGAGAGGGAATCCTCTCTATTTATATTCTTATCTCATATTTGTTTTCTTCAGCTTTATAGCCCATACATAATGACATGGTTTAATTTCAACCATTTGTGGTTTATCTTAAAATAATCATATTTTGTTCTGGATCGTAGATTTTAGAACTTTTACGTTCTAGAATTGGATCTGGAATTGGGACCGCTGAAAGAAGCGATTGCGTGTACGGATGGATTGGGTGGTTAAATAGCTCTTCAGTTTCTGCTACTTACAATAACCCCTTTATAGATAACTGCAATACGGTCAAAATGAAGCACACAACTGACAAGTCATGGGCGATAAAGGGTAGGTCAAGCCTAATTCTCTTTGGAATTTTTTTCAAAAGGTTCAAAACTTGCGCACGTACTGAAACGTCAAGGGCTGGGGATTGGTTCATCCGCAATGACAAATTCTGGTTCCATGACAAGTGCACAGAGCAATACCGATCCGTTGACGTTGACCACCTGAGAATTCGGCTGAGGGTAACGTGTCAAATGTTCTGCAAGAAGCCCAACTTCATGCATAATATTTTTCACTTTTTCTGGCGTTCTTCTTCACTGTTAAACAAATGGTGGTTAGGAGCCAAACCTTCAGGAATGGCTCTAAATCAACTGTTGCACGTTCATTCAAACTTGCTTTGCTGGGTCTTGGAAGGTCATTTGAATTTTACGGATCAACTCTGATTTTTCACTGTGAGTGTTTTTTCCGTTGATCTTGCGACCGTCATAAATAATTTCTCCAGCACTTGTATCATTCAAACCGATGATCGCACGTCCAATTGTCGTCTTCCACTTCTGATTCACCAACAAGAGAACGTTTCTCCTTATTAATGAAGAAGTTGGCGTTTTTAACAACGGCAGATTTTTTACTTCCTTCACCGAAGAAATTTCTAAATCATCTTTAATTTCAACTAATTTTTCAGTCATTTCCTTCCTCCTATTCTGTAATTTGAGTGAAGCCCATTTTGAGCCAATCTTTTCGTGAAGGTTTTTCGATTACTTCTGGTTTATGAACTGTTGGTGCATCTGGATGGAACAACCATGTCTTAGCCCAGTGAGTATCGGTTACTTTGAAAGCAGGTGCCTCTTCTTCAAAATCAATCTGCATTGCATAGTCTGAACGAAGTGCGAAGGCATCTCCTTTGATTGGAGCATACAATGATGGCGGAGTTCTGCGGAATAGAGTAAAGATCACCATCTGAGGTTGACAATTGAGGCAAGCAGAAAGCAAGCTCCATGTGTATGGATGTTTTGGATCGTAAAATTTCTTCTACTTTACCAAACTCAACAATTTCTCCCATACATAACGGCTACTTTATCTGCAATACTTGCAACCACACCTAAGTCGTGGGTGATAAAGATAACTGTAAATTGGTATTCTTTTTGAAGGGATTTCAACAAATCAATGATTTGCGCTTGAATGGTTACGTCTGGGAGCTGTTGGCCCAGTTCGTCACAGATTAAGATATCTGGACGGCAGGCCAAGGCGATGGCAATAACGATCCGTTGACGCATCCCACCTGAATATTGGAATGGATACTCATCAAAACGACGTTCCGCATCTGGAATTCCAACTTTCTCCATATAGTCCAAAGCCATTTCTTTAGCTTCTTTAGCTGTTTTCCCTTGGTGTTTGATAATGACTTCTGTAATTTGTGAACCAATTGTGTTGATTGGGTCCAAACTTGTCATTGGGTCTTGAAAATTGTAGCGATCTTAGATCCACGAATATTTTCCCAATCTTTATTCGATTTCAAATCTGTCAATTCTTGACCACGGTATTTAATCGAACCTTGGGCAATACGGCCATTATCTTCTAACATTCGGTGAACGTCTTTGTCAAAACTGATTTCCCTGAACCTGACTCACCAGCAAGGCAAGAACTTCACCTTCTACTAGCTCAAGCGATACGCCACGAATCGCTGTCGGTACGATCGCGCCACGACCAAATTCCACTACGATATCTTGAGCAGATAAAATAATATTGTTATTTGATGTCATATCTACTCCTCCTATCTATGTACGTGGGTCGCTGGCATCGGCCAAGTTTTGTCCGACGATAAAGAATGACAAGGATACTAAAATCAAAACATTAAGTGGAATCCAGAATAGGTAGGCATTTGTAGTCACGTTTTGAGAATAGTCAGAAATCCAACCGTCCCAAACTTGGAACTGTGATTGGAAGACCAAGTCCGAAGAAGGAAAGGAAAGCTTCGTAAGAAATAAAGCTTGGAAGTAACTGTGATGTTTGTGTCACATTAACAGATACCAATTGAGGCAAAATATTTTTCGTAACAATTTTCAAAGTTGGTGTTCCTAATGTTCGGCTGGCAAGGTTGTACTCCAAATCACGGTAACGCATGATTTGGAGTACAACAGCCAACAGCTGTCGCACCAACTTTGAAAATTGTTACAACGCCTCAATTGGTATCTGTTATCGTGACAAACATCACAGTTACTTCCAGAAACTAACTACGAAGCTTTCCTTTCCTTCTTCGGACTATTCTTCAATCAGTTTGGGACGATTATTCGACCTATTCTCAAAAGGCGTGACTACAAAATACTACTATTCTGGATTCCACTTACTGTTTTGATTTTAGTATCCTTGTCATTCTTCGTCGAATAAACTTATTGTCCAACATCCACAACCTAGATAGGAATTAGATATGACATCAAATAACAATGTATTTTATCTGCTCAATCTAAATAGTGGAAGACGACGTGCGCAATCAACGATTCGTAGCG + %((*.2<>?;>@F@=C;;%%$&#'/+267;8:8AC;?GH@8@CEAFJ>*=;;/@<@?@7565;8198532'2040487:.+&$:A>?;?:0101:;6;8:7.;;=?CCD>G@:FGKJGHDCE;BC;=GNIEACA@;?A59??>9+0A87::CCH@IDGHIDBDA7;<?I>>4577-12666:=?@?/++9>>A>.08@@B@@FCFE118:;4@@A?EFBCDHHD<79733*4:5<;8<,68A?=9<88=HD@GAE?/'''(,9<>@BC;<@@C:8:99435%%++%2:7;@CBF?=:GFFTQSFLCE5C=@@<>??A59A;5>89EFIK>IE>=D=858:4;8>>?:>>9@CFG?BHC?=AGG/,+'++%(0*,2*./-1288:9FIFC?9CB8F@BCABB>0=0=A7?B@ADG2A5?<>46;;;;=CDG?7><>@A<6::A:;759>7=@A?@@B779>>=78>A6AD<;:B@1?@?CC@9A>@:8%)=;7:,<>DIHB-EBC@96>=DD=,30176-<>@>=.79;<:;@?:.+,.1<<::8796<=?@@C@?A?/7,'''3';655;<3))-3200('((((,-<97D>:('88;?>??@C9?@?@A>;A>>AEBA<=+8<4/5::;@??B????BE<=;=ECD?8>:5=<0,2//:;>?A=@?@=;)70%+//1$)$)69;A87FHFCE>@;>=><895>?5<35//1:=?4<>84=A=9=<<=99==DSMHIHFKJBECA@;B@B+:;58<;03;7=399=7798;=B=:33@E?>@@9A?A/=<=2BA@C5BF:84@CC&)C?A9?98ECBF@EI4;D@AGFECAC;;3BDA:?<:;:57?376=629?@?0478('$##('&&'&$$&.514-0--+4595-A@>00(+++/:4?>CDC*5EAHIFGFACC>?/=B@DBEFG;8796<=81(-14299?D=,:;D>>DC<@:6@CB=@-(2*0$&(+*(2533B<=E>:9+$#$%%'+24989<07?9:9E@>2871'69>C:(*,56<=C?>@=><54*1878;=95(;8:9>CEBEA9ABA@62()13455<7,?:A2:?@=???>>AEA@6?>>8>NC>D<=HGHA@H<559CIBE;B@5@PPPI@?B@ADC?D>:;;:>ABDA?ED;@DJKF@H68:54,7:7>D@AA<4'33;;;;=A?44469<@ABC754=B?GD?<=1-674:CERLHIIBHADHED?9><>@?=DB7=@;=<@PDDAGIIIDGG3?@=BC129.>@GHCC5/>>;><9=-FF>BH@FA=7*A:86/E;BEA>DDD>/2BCHD6856:;;68?=:=ICD;22,,%&<9AA7;=E?B?=9F?:@ADG89PS=F788ADAABFGH=>=4ACJIFEB?JAGJJGEEFCIB??HEHKJ?=:3/<;:;A?.8*%$$456)<=@??>?FEF>98FDAIE=?E=?EEGC9?=HE>>=:5887:@?DGF@;;A@??8:A@A:A<3939>A@BCLDMEBBDI:AGNHJ@9CE=G<>CNL@3FJIGC8<@@B=:9AE?@>=?@=5::<:ADE@48679?I==@AFBLMEFCB<7=ABE>@257+222BDGD@:;>BBDCEGBAA40::6336@D=57:@;D:;BBJGEFJH:C=:7:>=EGH=DLFKOOIAMHHBDDJKFG@>?<(7<=DDDCE?C::-;AI9;CCDD@BJF?D:=>CCCD>=;;:9<@BCA.--FFEEJPQ96;:;BDCFFGE@>B@H?BAAB+8@@EC=@59;?<8CCHLDDBB=BDOOHHHG1AE>ACDIRM;::>AA=@9@AB>>>=?>>@B@DB=>/247>D@FHB?@@A=B>C@=CA6776(76*&($$),.?BADC?.<==5%//3;:==ACDE,;GH=B;=:BG:98;6>C>?F99IIJGA?=?>=;3/*3023DFCCC>DIJIKKI@?LFGF>B525?BGIICDFAIQMB?@;=6CHBGBC?=9;ECEC@D?FAEMHCDFGD@552,$,>B@@>?@:)<==26=;?@>><;=:9;>@@CA/41ADEFGE9>8?;96AA?@$'><=<<<9/,*34268=CEELJC>;6-0'%)&')-*10*-<:8=??9=45<>?><4>=<>:@9@@BC;:=<;:;?;6;+')DC=:?EE>=A=>AADGGDFECC<;'&%$78?BFLG;36:?B><77(*+9?:794)&&#+%%%%(8>>>>:<4-479@52249:BC?ACDE==@KD:=3459<@55=@EEKH?7HAAC>;;:=@E=B9>?9C@?DK?G:GHBCDDA@>?408@<>?BDFCEDKGCFD=D==>>9?DJFEFKLFA(8:;;62>CC@=A@+&78775?AFGCD;;<>F=?BCCDD>?@?=)&)++*'(/4=:9DMF=@CC?@=8?DHDDED67:?EDFAA>>@HIH5;LBKGGKE=1-29;;9//14FFF;:GHFIIF78:9@-')::8<<@;<6777026?8==?7??9:8728<;=@7BINJS>=EBE;@>A@>/1:863798?=63346222/3?>@=71789@?43,6;87=FCGB::?@B>=6<:ADB=:<'=8B?@=:=?AA9??==AAHII@>43<<9=B@=9?C?D7DEEGGD7>?=61,$%##%01/:>89=BDA>DC??AGE<6;AA=AAAB>A@A;C89>@IEC?HGACE<=:B>?:795ADB<<8/$$1.&&'*(>:<>AB;533*)()*+-67>A5?@9:@D99GH?AG?BA?,81(C?>@?>?><6CB58>=?=>@=B1477DB<223&&&(6,$%%#%%%)+)233;<;:)(+$%$%%%&&&&&,/47;<<1100,-%'&41;GPPA86;7=/2359>?>@B<=6<78<<>?C;DB@BDD::=A:@9.4:B>9=?B9>A>DIGBE>?<9:A<><;-4)EIHL=>EGDGA=>E>>AFFEFHGD;DADF>GJEEGF@3397??=889;@=A>=AAC?A9DE?AA=AFBA?;,.57?ABCDA&8421(&+$%:=?A>CHNBB<02GE>@9<5.+*2'(;<@B:CBH:BFB@>=GHJ4A78;=BA>3,60;=9<5>9:>A;;68:A??A?2./1;)22B=?==;:6@@A>@;=BC;0>@;F?8;=BBIE=<;A>:A;:CDBA98)222041',(%)236;:=?:7D<=EA=@FD@B?8>LCGBJKCA?3=8:8;<<==;=FMTEC=;??IEGHGE<@F??A?EF?=8:89JIA?GJ@JJ8GHEMIH9CCCA:DBB=B<9<664:98>>0<>>=<>A==<>FEF=:0//189C?+6;;>AC?=+,221<;;;?6675-(*(&$#&&279:B??>:AC?BLK9AFFADC@E<<<=B=2766>@;<:<304A;><769<@@CH><=9BF;DED78BFH@-4;=?=??=8)313,*057CEF:&&$#%%%$&((=A>9GFFA@=B;$'9@>@A=L>?9;C?=EFE6:;6<=?DG?4B<68B=9:=@B7;58AD@?@BGHIKA9<4649=AFGB89=??.;@IJBCG:**)()$,1478;@D5BC:>:1/)%)158=CDE-3:CIA;=@;;/B-AACEA;::->25@C?ABDAED>KKC0CEGA>@FCD@=/>FB@BC@@A9M:>BF=?CIJD9@336FGE8=DHFEC?<=<.12B?879?@=:@983.3-<=DGHLKH@0-2GFGNP?<9/A>B69@JJE41>IN;EI?<;CDA-.0DH;BEEEFEDKH@0>=@EID@BDEDCCC=99KJJIIBIDDC;D?=A=3CFBONNONBDA70+,:<@GIEBJMBBNDIOSBB>+<<@8@GHJHBBCA9>@?@@>B>?BB2CCNBDLCDGFE>31;;1&;==ABGHMBG<=9=?854;=9;;++,-2;=>C@=;.14?79BA<><9;<;79<?=62($$$/&)2:789BBA<40''%%$1176/763/)&&%%$+174429?9==5>GFB???0+6111=-00%48=968;9>;=AB66884;977:;B?=NIIDECMLRG@C?AFI@E<=BDC@?IKIE>-;A=??B=DC>@'E>D.A9@CNKLEJILJFGJIMFBBU;LKAH@.EIIDG;FKNMKHEAEGJRBBBEHF==>A><9JLF?BA9LJJEA=37;ABB=;5CGEEFB?>A?:AADDEHABDD@2079*''65=DC<2;>=FGGLOEMNKG>EC?=C=;64(89DDA,869=;>CE>:=>C89CCAD@FEFK=5B,/>AE>=@ECIB:A@BACIJPJNHBLFGHJGGA=;HCJF4@GGLQ>DIHDFEADIADH?1?->8AAEFB5::63CFGDJKIGELD@9>?4,-**'))72476<@EB><==@>@@4BC<;B(7E?@FCDDBA;?=@IIHDDEF?-BSMK6B;9;,,,%%,&&//291314CG?@@C>F=>HKLCG>>D@BEAH=E>@BBEAGDEJBBUUELIAEO?:FEBC=''@@><>@B8?B;?>8DB79?A>>?:/:EF@>=?@BKCB=EE<@IKN;H=D<@FA-1C>?EC><9A8CDAJH9;>>@E@FA@=BDFG;BF:@EKGH?=ACBD?BA>?CC7-/>=>8=LIM9:JKB==FHHKA;<;>CDDHJIH=8=HH?EJKJIGM=DEEHFBGDFBA<FBLKHEC;>DDDFFGNLGC>HAD@HDMKFFGDGG4AHGDMOMNLCC=DHIJEE?;DFDCJI:99<:DIH@@BE8+@GE;A8>@DF8;>A?166.316?1;@CA=>?NHE;GEA/19>?8:?=/;;:IGHACC+085:462AFE>6>::=H@>@>BADFFCJLFGHAI9:FGJKAE=:>BD=*&?BCC=>;>CBA=B=?>>EC:6?A@>CGDABC9=2?7=ABFE>=?G@DHLDEFH26:9>BC?AAC@B@@A??CED>A==???E<<@4&&&%#%277?ACAACEDFBHMFGH>=+$&4HLGGKOKDDBGH8)4=>C<>8--:;8?BEB?@;C68JLNEAJJPM>NDNLQTLE=P>HHA==JKJLHMEIE@KLGRNJLIMD77=@AAF9:255)'(*43463-58;=.A:EHGILKNJ=>A>CCJFFFHC@CDEH?EF=>B@=DDFGN>QNHLNCBFBJHHFL?JD9EGDDDC8?BBDHLCCKLKLKECCBDE?DACED<>9?>7=3444=7*.,+++/9ABFDE<@JJ@>?ADFD=H;G>JC7CEF;LKF?BDAB<;GHB=@>KH>9EGHHJCCF=7?CAG/4ADEA>E?/7*<;=6$*8;B;ABC9FBC:@9:B:$81116;<87+=LMHAJDD?AAA9=2:;>>6DEIFGC?ED?I=F:C>?HGIIJKC;DC?<>?B=>;CCFFD:;FKJH=;4DCGECC448;9@DJAFENNGHEBIJNNJB?AECACAB:BE:0CJ>IFFG::G<ADN=FBBECBCCACGECKDQSLOP;?BDFPEA7:5ECJD?>?FFD:B=??AAFIHHMC;B.CGC?IHI=6;CRR8?;;>EIBA9=>?;>@<9::1(87$??F;<@BB@A:BGE@AA@@?2,%%(6;73;;=<3,)/%&(32329<8==0<79EGEFGF27,418442@B??>@=?AKGGCCFFHDI:CEBD,6$;-%24ACE:4=2<:@BB?>=??>@<9E>>6A<9<9A@?C<6/&$&###%*2)46468<=1,5=?;>=97<><@8??:01972+)),##%%1476<=87=><:7812:@<=;=>>>89:;=<49.57AAB>BDCG>A;:/79957<>98>9-%665/<@AB4-1'0%&8647=:<:<>>?=*0B?>6:6757;EGGJLEJA=@?AF?BKEFCB:@>-5-.344+457'644-,5876?@??;7013))*+)59<<3)4:;>4)5(+:?<112?@:7;:BFC5AA=1B@0@HFJB>@C@CEFDA9??BC>9EDBAF>ED=5<=:=;BFHAAD=,.4=F@JJKHEC=(''531+%&$%&*./2CDAF=C=EF9@DDD==1777745.+-3/-0197857;8:A:@ACE'C@A?BFG?==HHE?ACFGA?>B<:;<:/3=?5+*)))332()&,,,03;;EAIGDAIFID7:;=:-//59644(<@AC<7@FGJ<@8ABBACD@@CD<6=@LLL@FG@GF@AFHF@FH=?:=JGKBA?FA67:DE@7<>DJL<75IJE>64B::>97<27;??BC?CH@BDFGLBFG;AA8/:35HMEEB@@AC<<>ACDBD?6IIEBDED40+7)1355*+;;87584A%6@C@AD@ACCCDBIG96:@GA?*:<><=EC<43*,'''&+('((&'&15',-0:=BA:B7=>>B>=8<7*-BAJDDE=DC<5=5:;/1>>DDBHD<>>:7BCBCGG?=ML?E@;:6,@BD4FG@;7789;<;:;<735(*%./356A@B;>70646A<<6956+,*%'')145;::=;-&.@BC6E?G>7BCD-<@CD@868=0/$*-),40//0245B@@B<<;4:476322--..-8;>A=?AC>CCLMIEAE;:@CF9AA?=B<=@=>?:64978>;=:;>B<@J=?JM?IC@8:8*65446'%8023::=DHEKSGG@;JKHBGD=:63-398-**<@BB:BHFG=G;B88==>?<>3:<1;;;=DG>83:<:@C=BBFEAA46<:9912<@A==BEE?A7B=F;=C@<<;99:;)**+&'(679798<=@8;6>><:::?>>:<5=79*<==DEEI:9@<;=?<9=71154..('-89;=>9:?AHF?>91B?;@A9AGFF:E>>>(%54;;DFC@42%%##/5566=BCA=8669=@)><3=CHAED8F?HKC;DECB<7:21=@@>;:674+$$(991+4-0'+-/20.:532+)(++037:ADCL?D:68GHH5B44IJ??BCBCBGHE0A@I>=ACKJGI:?A?>ACCDEBCKKC)+>AB>CGD<=999-BIFEGD?>BB380119:9*(854,$%%(''/*/,A;?>2<:>AA;CE>@@>;>>9'$%$56999.6FGAA?JH4@ACC=>9;:9>AH<?=;FD>@4@>?HA@ACC=>?33:5,2&5?B=DF>B8A+&&..0,,338=6$(%/349:@@>,*+78;CD>::G@@??:.>>=:;;73-'%1./31:=FLIB<>9AF??>?<=>D;BE=<@A<6@AGIGPCC9=?9AD3@K=2.7+-**-&8;8EA>;CC>752%%&&566=>)?8C:;>E;9986.8786B98:<>C@?=999;BF980)+(%(&&'%$''%(6AA?933'==:ADGKAGEE>8<:7$'*($$##$/556:?@;(>=?>A;9@@@AB;:99>9986=63A;;B==8386=>>=:ACDA<=;92)868:;DA,:6:;:87>BC:;8>BCA554114585000,>E=>CL>>?CGFBDDD9>@;8;@<)-6;6--0.,&-11259@9-0*1()8+>8<>>EHKJAD7=DHIABF@;)1(,:6;<:?A>(23579+(3=@BC<<:;<79-*75/@FIHIH@@>A89;D?;7>E@<<$5BC=?AC@@;@=>?8;=>CI;E<>?C?+7;5.7777;7;:;<7<<9=;;4356:6==87>?CA?;<=;=?ABE@E@<>:+799:;;04:@A=:=>7;C?>?@;FKC?=:5850,48=0>@@@=>42.<30>A<>GCFFH@GGGCFFFIG?==<888+545'*/.5::<<=DB?AB58DHID2?=A722'000;D>BE>;:2$'+,/4;;FA83/)(&+,-;9:9<==>=?@DE?9>>@F?D>8:;CDEAB9D<GF@@A@B?=@EFJDHG=??9=>;ADA@EEMA@MNMF?=@A@>@<79GHIE@>>>?G>==@??GD'<%%8E669=5303:;;F+>A;4@DB?59AA;CBD989601/,%:=EC=?>DD631=::M<>B??HGK?FBDJBEHLB=EEDD>C;ADKBF?=>BCD@@EIHK=D;A7?I1.;8=EDFGJ@:?'?/3BLKD>;>@HGG@KLKH@@=BBC=;F@?A=D::DLPBKDFEG>><76+99>C@BBDKS??HFIE@ADGEDAA>&(EAA@DD?=<>>;GIIIEACFE;252.'&'227867330265775BC=DE>GGH<?=;>@EEEF>E<=4=?:?A>AHH@=78/24<>>IFA:=94-/)&,/57A@BCED73?AB@9CF>:BHD@@?AEE?DE<)(05+==<=GLEMGCLJCC89>:?CB>A=60(#$%%%%454889>225+'0<9;=?2/5./--4BCB:ADBAEE=<;2/,-/48:CFEB,'4)+)F>?@HEG;:=?AD=@;:==9>?=8GGDDDA?BHHD337328:CDBBDKEED9?<:D??ALKGDBIGDD9;;D6A=><<;<;:@BC<>???CA?HEA?::><=DEFFDIH.7>9@B;;;@>87@C>=BD<:58+))%-%..36,54461//*++=;:B4;B>DDBBBCCC>?@4BDFGGCBD9./.+(6=BD:@C@C>EB>8@>@=024>@?164::=<@?@@7:=?69<;<>CKLK@CCCC;;@FB>9;+'@G?FEA=A5>E@DD588JFG5?=AC>DB;..0?G>/BAALFC@;DE>>&;;-/-,)%$%%)*666<1043//1***+:<78<8>===/+.78;=:AB<==ADA?GHGED,++/6542;<;9>?>D2.1;CCD?FE>?2&$CA?<@=@>=<<)%%%*)6).,1>F=DDEEEBIH83;AFF==??ACA;C*53=GKC7AEDB?1A?DF?<=FHFGGH@CJHHIH<AA<::3333=@?861EFCD?<<<=ECCBGCA>DFCBJH==8;?>+:<@BAFOLBB@E?=>EHHEFD80>?ADFG@<76*+.:?;'?@D@:=>>@<>@>?=9/12079CJFEHIB:GL=FCECA@I45KLBC@GKJEFA??;;;;61114><;>@EIFGHIGCLFBEH<:;:CG>EDBDGHKEFF6>CIHEA7<9(;HHAFA>@???8:<14?=1CAABAA:BFFHF@CGIHGF>=@==:8?;FC=A?B>@KH>AFF@AK9<>AA?BAC8:+?@A?@CE?=>>ACCFAIEJ?@C?HHEGDD=@DJDA9?AFMLJDD<;;:.(&0')444108@@.<>272,)**;1=A??DG?>@597898.((;>5:4.336:;:?29;A9DCCEEEECF20()=>@CCBA?CC:224;:43841221'.89<:@7>B@F>E@=>B??3A97::@:3,,*4?A>58@IIC?D?=CCF===9:?<<>?:<<8:@FCCACEE=',//A<,:C>DB?98:?B?@48;A@AB7$09=>?:CA<@=?BCD5*33@:B?BBABB+%%%3983;=7?DFC=GAEEGGE@DCBACGGGGJPOF:82'05796(;;<>>3)=B=E=<=?;;8;87*&&%'%'133.>9367:851@???AD;?9AA=:A@@D>?>?BEGHI:C;@>8(%%%%%(889>75?81'(-..1121)+(-0.59:65:97(*021;<6:BB<76B;;68<:7(5%(14125$9@?;B<@CGFB7*$$&-#+11>>;73==<>C:8;775*-675458?=A<DDCA3;9;2C8A6314%($%.59==A?=?<8BB>EF@CF?BHH<>>@4;:<@?CA@D?;<>C79>BGGJJG@@?AGHIJFEGBA=9<99428EDE:F<@=>>;51?>@?@DHB>?>CB@CEBIJEIFFHBAE?CACA>?@@@>9B;>=?DB;D9?11@5722224%7836??<=D=96,(4,./8,-/9@=?GHDFED@B?FC:,%;<;:A;>BCA:6+,-08:7*/:<>;CC0;89:@?CBAB>DA@A:8:DGDCB@=.8::8414CE?4/2:86/56;<*:=:8*3223,-7>>9989=;?ABBCBDB@BD:=DDFG9668.--22;:5)*;:>1;B85557=D7B;55+*''+++)*(%232043''(.&(577=EDAAACDEJ=;>?B899:955@A9:D9:6117;=AFA@JADA:8>?B>=7).6C@<;:*%,88>>25IIE?963310,24;57;<@F=C?=7?AGB=:CF>DCBACHHA6:HEBHC?CA:7=DFHDFIEEEB9:-;?@=EFDE=?DEC84;3;>?CF@BJ@PI>A>BEF=EDG>=@??=6B67A3-..8::;;78<>?@;=B80')-44/;<=D<<5.;;;*/6532.8961<<;9>:9?><99A?@=<:635>;-.>=:;;(023652702598:<93,,('#(1158:945=>(::??>=9=:/4554:<889AA@BBAAC87<47.-12*+0331885@96<<66BBA;>:A9B783=989:B=;;4,356677997:8;/--'%#%'46:57:89<>??@JJF896:412/0*'55:ABBCCA=DG>>AFB><=:8?;8;?8:7<@=?5714:>:?DDE@>?BHG98B?:<::;=7???A=??971)(7435+;==9=?96<)'*)*00176:7?@FFAI?@;CH>@?=876'+%(*-/&.&+)&,.,/9>D>@@A?6%%+,&+.-477:9339>;;:;:5@7.99;;:A;5>???@?4%/)'$0;::>>9=?9@AIFFCDC>I?B?2013FGFFHFAB=??@:A4950.37:9:77570&&)##%$(&&;?>@>708:<=91/8917:<;?6739:6=:?A;;7%(<:?AD9=645<;DB=BA6DD'7=?;7&(254%%1212025=@A@??-;8:68253?@@=>58=14=8:==8/1:;CA;59:<9),:<>14>>;;?@@?:>C?870-)467499=CA<::B@ADE;:>8@FEDE99=4+):8BAA5BB?>>??>A;=9IGJB:3>7777??==24====;53/$'-/7:8'/06654847.2338+0#&&+&&'1*8676??@E8;>CDCB2,/97:ACA=7.4=CE??<=@G>@CAE<<<9<@=>&158:=?89;>:77:<@@@@@B:=7877<7;=:<>9<++*(33)026;@>>:?@CAA:A=666535,3541679:FD=;866525225A@>>=?;?@@B>CDJF@;<=E>=;@>?E=;4?>DDB@1/578?@?:;ED?>5=<;669@?F?:??>EC-<@C?<:>988,8?486??=<;7)&-+795<<<;4335468782&$'&$(0E=99::<;5&2:<>CEDELNAB??@?@>433349568-/57=>C@>@;:98538878;050021656703152('=>;.>A<:;7656;/579>@DBA68<=<<<,;=>@ACC?B:103;8=A>;;B@DC=>;=A@>??=:/0/BAD?A?;@:?BE5=?CDA29;??0;>;:876,*-*343*,//,35/.&%'%$$$'((-0'&-1-.3B:DHE943874664<>><26>=>H@GC46996)%,*,&(399679@@57;5:=;:348=?::13;:CGEFJH713<4,*:98@@C?G<<;/1.8;=@7DA;?9=A5CE?6680<@>955)*.++/&$'(61>9>EKA@E?AA89AFE?/;%((+5*'**,0;1><69:>8<736;>?F5:366;8@AA<=7>?>?BB:<<9884116@?>>@<87:=;BGI?D?DAC@FCC?:=EB@9924EBCB?B><=;>ILKGABA6417:*(&%)7<2>>@9EEHEF>=>CD@B?9;A9440;A?D??CCAEMGCEI?;79D>5>@A@7=2<<>>945-+2=?;;GIED?F6IHF:4<7..*)'+-*-799C?AE@?@A3=@IIIF@<=?>GBBE?BCB@B515>989++%$%#&$./-$./../&-..;:+->?@>>C=:<6=?@?;:D<;BCCHBEG>?/1>D8=.;6<<67=?@C<<55;:78BD@BEF==C>@9==:<@LD;=8/1+1(767211211:;9+-)*($%).(4.9;:93446,'.%--34969@BABBG@<66<=4--+-(6189<>6&($($#%).))-*)/:=7@>7?@:;9;>:<7>CCD:ABE>KEAI>=?=<+33.,$$+0+(()-002667:44578@DH??=>:%%05@@=;;=;323445:4<>??=*>@.<)*1@CCDC?=?A@B@.)'(B<=6;34FGDCD9@BB=:;>:.155EGG=B74?>=;0/'((&2'9<:<>=B?<7779?DCF?99?;BF?ACA:AB::(%&-/<<;B?>=C?B9?>6+-,:@??@E?A9?=A>=6;@F;EE<;3065579;8,3''7<::=8+==@79=:63=@B483/20015899;68>?;4332-412249:=A>2169:66433305.+15/DEB;);=EB?2''),)3433$%$#%.111$1227;=A@@B7=:;BG?@<:0::>:@B1246/4452==<@@>CE<;BC<>A@>>>:99;?;<>:<=CDC<>:>?::6><9<=5374/:9B<;>A:<@?CCJJK>C8:@>?@9359<@J>:??66=2=7;=7:A?A::/.)%''###++/00058@>CB5858?@AJHA?L=GDCFF@?>>?9:+0):;?@C89=FQKCKINJ=DG>D=C@B>DDEA>DFHE=@FC@C@CDCCC;,111-;*646986>=;9(65;>EB/*=@F@BDDDD@?3/%+1-5;?=;.((>88,,;=<89>>:45=>::CCCB<=;:=;>>@<<>93%%8975;7=@?5>9;58;>BE<798=?EDIIDB@?BBA?ML68@A?@=,)<66;?E@9;:6/:<5:?:1<9;=@CC=BC><=D9;(8>:<69(.0;<=,,4089:=/*67399=66'3;=96:-800,7450+(3,**%+.('3+-34149>99727=?7ABA*'255:4%./02214.$$#%++/2:::=88?76474:;;284+75211=;685:=??:?@8=077*&).1)'+)*3/3;79:87587<52.6:;@@:;=@9<:2468=>?D7@C>;=;B?6;967985**33105=@E>ACBA@BC;:=?DFCD@>AB:68+489$+(:::83)))(''0569588@?;<=5=<79989>7<0%+25293.*///%':9=>;79;?@?A:;?;?21<<'8?<1%,&&#$##$(*&$/388<99<=BDDF=:BB899)%$$&,79><7:;B?79//:76.681@88A:>==97C-??GFHBHE;E<468<)+()&2,',%,,.&'%''*%$&'$$$#&&..47249:A??3:E=<>:,))%-/4)(,;=:99:679<@>=<3-4+8@F?D;<84583%'+++1--*%/():09:=>>F>@FD@DA==?==2/379=CFC>;A@H>>G?;:;9;<>.(&)0899D=:1;;9=8;+-->;;99;(/2+'13590-,.+23=5694$&/6@A>>:;<>HC8=?@%6==?:8.12.377//$/-'2%*6::$&$%%)/%3223?:@@BEHDCBCECDA<>?=;7<<>9<>@;>9@79@BD@A@67+%98,/)62285#%;9A==:87:EC@@9:4.,,&))*+++'$%)(().2:?>;=97@==89>A77;=9:8)&'($&%./-.14<;>9?4?AAFEA)),;B>BHACC94<>;B@?>?EC/>@<7<::9@>AD@;322((24694A>@A:?B=;78.0/*$$&(989=@=F;&)864;9:9;<>@@?C>;;@9><44):432-%%*2-14<=444,4-)&)'&(&*(-(*$++++(*,'$'($''+68>?>@A=7?;8=97)/9<:E;64/5896788:GCDDJBM<;;6))('(.'*45D@<>87697'$''.;<=D@99AABCCCF??=7<>ABB=<:=BD;9CCIFF9<:2>BGBF@>?7319:>=4:<=:=?D<(,148<>CC=FDCE9AA@CDC=@A041176:?;+).//+5989AAB@07;<981.9=2>.789<.));>;:AD@4000<===<==@==BCGFHHGGFDE?BA>;>965$/#256<:D@@@DE@?@?>>>>>A><><@7:33>B?<@B?:9>BAI>DCDDFH8=F;?E=<=5069,)*%%')--/43%'77.9?46898+)0597755=>>D763?0@?8;9993512>GCB3=?BE:@;(,AEB6463314=>>A;9>><@JC=B?<%.330'*,669=@>>?>7:;;?B<==661.8/',+($$500F>8=HKKBHA86789:-$))48;>?>;)(10/./-&'(049B-466<*3*+3328>=5767+D?>?86*%$&'&$%%'%)(*7:>8AH@CBBFI=9=F@DDEB2-879<@E?4179=A=@F:@<>@E?FLBEAB?FBAA@@?BC>:>DPML;EC<48;<>B<@<;>9:9;ABG@@FE:9>CB@DDBBAB@4;@AHG949>B='$%))'$$%%):9;99:;>>???9><;?CIGB;:BEF@DF>AA5,+::88=4/.&9;6:;;536748<>DDDA??>7BJAAB*%+1//9::4524:64)8:=A?DFHJCFDAA948?*KEEGFGGF9EADF1A>C>;6+(('27))733165;0=>?DBB@D?=>@<>==CG@B9887424+;*'&&$&%0?AB<>ECBDAA>AA><>B:;=:*+53995%$#6(-388<:;=BCB@@DDD@@@EBC>CCE::.8?A?)+FHHJNFAF>E?AGC@NDB(>B9;<>>8:BB78-.1-,3,$$%&$#%5778BEB),%+'&(,*$&')*33/2=>BB?@.=9887;>:99(0121*)'&&&''-0../;B=EB;?@DH2=,.0612*4@>>@ACG@58DF//?D@>?<;HB6OEB@=:A?ACE=>AHADF;98>?><>B>9:B=7A92%.%(21*244<533(((.)/678:9EDF9;;%9&(;<=95:D:@;>322)&&;;:9A>?DB=ED=@A00&$$45;=BCACAEGHF@HG@<)',-AE=@JIIE@51/;>A952?B@<=6-9168876,1,(,+,<=?=;;<>A8A@A>.9<=<9;?B@?>@@DB<>A=GEBFB=8>AACD@BF9>9E44B==9('(388*;<8B77>?@AB@@3433:>=@AACEABB@6=>9>=;,-"$&.:@:>4APNK@>HB>?>?C@D?1::>>?C8NNIG@>:6;:420/.122,/251CBCCFF>>>@;AG?ILAHKNGC9>?7**+*0//@:6<@?@AADE2((C<>?6DF@C9ABAEDEG>?7,:DFMIIIC>A@IJ?CLLJDAGJI>GA=;;99GIFA?=A>D8@=:;((.$)*($#'%%&(**/0128A@9CBCCC@CD;BDC8>4>>?7@C5//@;@A>3106==E?FILHJB:<=334<<9;@@6=;D;;JB;>@@889EHGJ@@B16=?CG?LEB>C>AALNKI<BFGJFGACBJQGGJADEHHI7@CCCBC:OOMAA?=@A?BB>;;@;:>?30.38?;//4=<:>9>>966C;DC>5;298;<972**03<954,58?EDEIJ=>H@B<>HDA<;577BEEGFKK>H>CD@B<=,CDIGD@AB1526@FHJGLKG;=HEFEL8J9?@<=AAB79BCFFJ?IAHDD@=A@ED*:58:?B@;?@;@GAB=9+-6''&5&)=IGGC2''*DBB>=;E;A@-2%8::64>FHCED?GLC@@ADB=D@<=B/5A@BDE@;;<:0,+*14>?=<<4-00%%$%(2%%%#$"%&%%'')+.0:=4:79;>ADCF3G=DB@?B=?CHFJIEFEC@>?>=@4568==?@<87=<@91.9?;33021@F?FDC)/;6=C?>?CB:8(71/$.0+-45849:EDA@<889>=8@?AB<7<45:<=GI==CA<@DLHFF;BIJGG<446DA:?BAIGBB@E=GF=@<>;88<<222?@@@;?=E<@CCIH>G6HEE>8A@?BDECA87'*457?>>B@B@B?A>@>@@AE<@1;:7;>@9E==9E:HREF@H@/1>A@<;;CGA;;;2/,($'9:;58;:7'64:?EBBC9=@B@>/2@;><91;;ADBBAB?88/55652&%''*)%%'%#%%'..,/)/12-)$%%*+*0'$)+$'%'&(%&%&&($&#%,.24,*'(//.-'(*++)*+&)**($&&&'(&((+*($#%$##$$$$)%'%+&$**-)*'%))'#%%$%((&&'&'$#)-2;6:99/,/./.%',),///1,,/))&%$(&'(&'')*)&#$&%%%%$%#"%&'&%$#$##-017253.&&10/,%%.),)&*,-+'')&&&%-.*(**%-+..(.&$+*''''&&)$*,,'()(*(-,,'$&&#%&'$$$$&&'(++)'($'%%(&'&&*)+++%%'31.*,,)*(*)-----+*)(*&&&#&%%$&%&%'+).*(%###(,,,/1($('('.-))(/0132+**'(& @SRR14011045.70134 79b60e38-ed3f-4da2-9ec0-28d50c903425/1 GATGTACTTGATTAATTCGTATTGCTGAGTGTGCGCAACGTAGGCGGAATTCACGTCGTGTAGCGGTGAAATGCTTAGATATGACGAAGAACTCCGATTGCGAAGGCAGCTACGGGAGCACAACTGACGCTCGACTCGAAGGTGCGGGTATCAAACAGGATTAGATACCCTGGTAGTCCGCACAGTAAACGCTGGATGCCCGCTGTTGGTTCATTGGGAGTCAGCGGCCAAGCGAAAGCATTAAGCATCCCACCTGGGGAGTACGCCGGCAACGGTGAAACTCAAAGGAATTGACGGGGGCCCGCACGGAGGAACATGTGGTTAATTCGATGATATGCGAGGGCCATACCCAGACCGGTGCAGACGAACGCGGCAGAAGATGCCAGGCCCCTTCGGGGCGTCTGTGAAGGTGCTACATGGTTGTCGTCAGCTCGTGCCGTGAGGTGTCGGCTTAAGTGCCATAACGAGCGCAACCCCTTTTCTTAGATTTGCCATCAGGTAATGCTGGGCACTCTGGGAATACTGCCACCGTAAGGTGTATGAGGAAGATGGGGATGACGTCCAAATCAGCACGGCCCTTACGTCCGGGGCTACACACGTGTTACAATGGCCGGTACAGAGGGCTTGGGTGCATGTAAATGCGATCAGATCTTAAAGCCGGTCCCAGTTCGGACTGGGGGTCTGCAACCCGGCACTCACCCGAAGCTGGATTAGCTGGTAATCGCGCATCAGCCATGGCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCCAAGCCATGAAAGCCGGGGGTGCCTAAGTCCGGGTACCGCAAGGATCGGCCTGGGGCAAAACTGGTAATTGGGGCTAAGTCGTAACAAGGTAGCCGTACCAGGTGCGGCTGGAGACACCTCCTTTCTGGAGACGACATCTTTACAAGGAAGCTATGAAAGGCTTCTTTATGGATATAAAGTCATAGCGCTTAGAGTAGAAGTTTTGCTGTGATGGGTATCATAAGGAAGTTGAAGCTGTTTGCGTTGAAGAGGGTACCGAAGAAGAAGATGGTACGTTTTCTTCTTGTGCTACTGTTATCTGTTTTTCGATAAAGCGAGAAAAAGGAAGCCGGGCTATGGATAGATGGCCAGAGTTTTTGGACAGCCACTGAGCCCGGAGAAGAAGTCCACCATAGCTCAGTTGGTTAGAGCGCCACACTGATAATGTGGAGGTCGGCAGTTCAAGTCTGCCTGGAAGACTGCCACTGATCTTTAGATTGAAAGTATGAGGTTGTTGTTGATCCCGTATGCACCCGGATGTTGCCTGGTATCGATTCCTTCACCTCATGAGAAAAGGGGATTAGCTCAGCTGGCTAGAGCACCTGCTTTGCAAACAGAGGGGTCAACGGTTCGAATCCGTTGTCTCCACATTCGGTATCGCCTGCTGGCGTTTGTCGTGCAGGTGAGATTTATCGAAGCGATCTTTGACATATTGACACAAGCAAAACTGTAGAGTAAACTAAGTTCAAACTTAGAAATCAAATGTCTCGAGGCCTCACGGCCGAGAAAAGATTTCATGACAGCTGAAAACGAGCGACGCCTCTTTATATTGATACTATTATAATGTTGATAACAGATGAGGCGAGAACAGAAGAAAGTAAGTAAGGGCGTATGAATTGCCTAGGCTCACAGAGGCGATGAAGGACGTGATAAGCTGCGATAAGCTTCGGGTAGGTGCAAATAACCCTTGATCCGAAGATTTCGGAATGGGACAACCCGGTTGTTTGAAGAACAATCACTTGCGCGTTGGCGTAAGAGCTAACCCAGAGAACTGAAACATCTTAGTACCTGGAAGAAAATAAACTAATGATTCCCTCAGTAGTGGCGAGCGAACGGGGAAGAGCCCAAACCATGACTGTAGCAATGCAGCTGTGGGGTAGTAGGACTGCGCGGTTGTATACTTAAGGTGAATAGAACCCATTGGAAAGTGGGGCCATAGCGGGTGATAGCCCCATATGAAGCCGCGAGTAGCATAGTATCCTGAGTAGCGCGGAGCACGAGGTAATTCTGCGTGAATCAGCCGGGACCATCCGGTAAGGCTAAATACTCCTGTGAGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAGCACTTCGACAAGAAGAGTGAAGAGTTCCTGAAACCATACGCCTACAAGCGGTCGGGGCTGCTTTATGCAGTGACGGCGTGCCTTTTGCATAATGAACCTACAGTTACCATCTCTGGCAAAGGTTAAGAGTAAAGATACTCCCAGCCGTAGTGAAAGCGAGCCTGAATGAGGCGTTTAAGTCGAAGTGAACGCGAAACCAAGTGATCTACACTTGACCAGGTTGAAGTTCCGGTAACACGGAATGGGGGACCGCACCAATAAGCGTTGAAAAGCTTCTGGATGAGTTGAGTGTAGAGGTGAAAGGCCAATCAAACTTTGGAGATAGCTCGTACTCCCGAAAGGCATTTAGGTGCCGCGTGTGGTGGTCTGCGTGAGAGGTAGAGCGACCGATGAGTCAGAGGGCTTCACCGCCTATTGAGACCTGACGAACTCCGAATGCTCGTATAGCAACCATGCAGTAAGGGGGCGGGTGCTAAGGTCCGTCCCCGAGAGGAGAAGAATCCAGACCGCCGTCTAAGGCCCCGAAATTCTGTCACAGGTTAGTCTAACGAAGTCTGGTCCCCATGACAGCTAGGATGTTGGCTTGGAAGCAACCATTCATTCAAAGAGTGCGTAACAGCTCACTAGTCAATTCCGGGCATGGATAATCGGGTATAAGGCAGATGCCGAAGACGCGGGATAGTAATGATAAAAGTATCGGTAGGGGAGCATTCCATGTGCGTAGAATGGTGCAGGTAACTGATCCTGGAGCGCATACTGGAAACCTGGAAATGTAGGTATAAGTAACGATAAAAGGGGTGAGATTCCCCTTCGCCAAGTCCTAAGGGTTTCCCGGGCAATGCCAATCAGCCCGGGGTAAAGTCAGGTCCTAAGTCTCAGCCGAACGGTGAGGCGATGGCAGAAACGGTTAATATTCCCGTTACTACCTTTAAGACGATGTGGAGACGGAACAGTGACACTGCCGCGGGGTGACGGACCATCCCCGTTAAGAGTGTAGGCGTCGATCGGAACGGGCAAATCACTCCGAGAGCCGATCTTGAAAGTACTGCAACTTCTTCGGGAGCAACAGATAGCGCAGGTAATCAGACTTCCAAGAAAATCCGCTAAGCATATCTGGGGGTACCCGTACCGCAATCCGACACGGGTAGACGGGTAGAACATACTAAGGCGTTGAGAGATTCATGGTTAAGGAACTAGGCAAATTGACCCCGTAACTTCGGGACTAAGGGGTCCTCATAGCAATATGAGGCGCAGAGAATAGGTCCAGGCAACTGTTTAACAAAAACACGGGGCTGTGCAAACTCGAAGAAGATGACGTATACAGCCTGACACCTGCGCAGTGCTGGAAGGTTAAGAGGAGATGTCACTGGTAATAGGAAGCATTGAATTGAAGCGGTAAACGGCGGCCCGTAATATAACGGTCCTAAGGTAGCGAAATTCCTTGTCCGGGTAAGTTCCGACCTGCACGAATGGTGTAATGATCCGGACGCTGTCTCAACCATGAGCTCAGTGAAGGTGGTATCGATGAAGATACCCGATTACCCGCGATGGGACGAAAGACCCCGTGAACCTTTACTACAGCTTAGCATTGACCTTGGTCATCCGATGTGTAGGATAGGCCGGAGGCTTTGAAGCAAGTGCGCAGCATTTGTGGAGCCATCCTTGAAATACGGCCCTTTGGCTGTCTGAGGTCTAACCCGCGAAATGCCAGGACACTGCTTGGTGGGTAGTTTGACTGGGGTGGTCGCCTCCAAAGCGTAACGGGCTTCCAAGGGTGCCCTCAGGTCGATTGGTAACCGACCTCATAGGTGCAATGGCATAAGGGCGCTTGACTGGGAGCGGGCTTATGCCGAGCAGGCGGGGAAACTGAGACATAGTGATCCGGCGGATGTGTATGGAAACTCCGTCGCTCAAAGGATAAGGTACTCCGGGGATAACAGGCTGATCCCCCCCGAGGCTCCTGCTATCGACTGGGTGGTTTGGCACCTCGATGTCGGCTCGTCACATCCTGGGGCTGGAGAAAGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAAGTGGCACGCGAGCTGGAGTTGGAACGTGTGAGACAGTTCGGTCTCTATCTATCGTGGGCTGCGGAGTTTTGCGTGGTGCCGTCACTAGTACTGAAAGGACCGTGGCGCTGATGGACAGACCTCCGGTTTACCAGTTGTGCCGCCAGGTGCACCGCTGGAGTATCCTGAGTCTGGAATGGATAAGCGCTGGCATCGGTAAAGCCAGCAAGATGAGAACTCTCCATTGAGGGTCGTTGAAGCGACAACGTTGATAGGGTGCGAATTGTAGAGACGGCGACGTCTGGCCAGCACTACTAATTGCCAGAAACTTTCTTCTCTTCCTCGCTTCTACTTTGAGTTGTTCAAACCAAAAAGAAAGAACACAGAAGCAGTTTACACCATAGTTTACAGCTTGTGAAAATCATGTCAACCCTTTATCAGGTGGTTATTGCGGTGGGGTTCCCTCTTCCCATTCCGAACAGAAGTTAAGCCCACTTGCGCCAGTGGTGCTGCAATGCAATGCGGGAGAGTAGGTAAGCCGCTGCTTTCTTATCAAAGCGTTCATTTGAGCAATCAAGTGAACGCTTTTTTAGTTGTTCATTTTGTGCAATATGAAATCGCCGTAGCCGTACCATCCATTGCACCGATGGTACACCGTGTTCAATAGGGCAATGCGGGAAGTGATGGCCGCCTTTTTCGCTAAAACGTTCTTTGTGAGCAGTAGTGAACGCTTTTTTGAACTATACCAACCAACTAATAGCAAAGGAGCATGTTTCTTTCGTTTTATACGGTCTTGAATAGTTCCAACCTCCTTTCGCTGACTTGGCTTAACCAAGGTATGCTATTGTTCATACCTTCGACAGCAGACCAAATTGCAGTATCCAGCAAAAGCGACGTTTGAGATATATCGTTGCTGTTTGTGTTTAATGAAAACCTTTAAGGAAGATTTATTTATTTTCAGGCTGTATGCGATGGAAATCTTCATGCGATGGAGTTGTTTTAAGATAAAATTCATCGAAAAAATCATTGATGAGGGAGTTATTTTGTTGCACATTTCAATTGTTTATGTTAATTTGTAACCAAATAAAAGGAAAACGCATATCTGCTTGTTGTTGATATTGAATAGAGGGCTCAAGTTGGTTTTGATGAGCCTTTATATGCAAAATAAAGACGACGAAGAAGAATGAATGATTTGAAAACGAAGAGATACTTGTAGCGGCATCTATTGTTGCTCTCTACTGCGGTAGTATTGGTACGCAAACGCCTACCATGATGCGTATGCCGGCTGGTATAAGCAATGGAACGACAGTTTGAAGGTGCCCATATCGGCAGCGCAGCAGCTTTTTCATTTATTCATTTTGTGCAATATGAAATCGCCATAGCCGTATCGTCCATACACCGATGGTACCGTGTCAAATAGGGCAATGCGGGAGAGTAGGTAGCCGCCTTTTTTCAAACCAAAGCGTTCATTTGAGCAATCAAGTGAACGTTTTAGTTGTTATTTTGTGCAATATGGGAAATCGCTGCCACCATGCCGTCCATGCGCCGATGGTACACCGTGTCAAATAAGACAACGCGGAGAGTAGGTAGCCGCCTTTTTTTAGACAGAAGGCTTACGCCAAAGTTTATTTCCTCCGGCGTGCTGTTACGGTGGTCTTGAATGCCAGTCATGACACCACGATTATCGGGGCATGCTTGATGTGGTTAATGTTTGGACGGAGCGAGCATTACTGTTTATCTTTGCAGGTGCAAATTTGAGGGAGTAGCTACTTGCTTAAGTTTGCTTGTATATGTGGAAGGGCGAGGAACAGCTCGATAGATTCATTCAGATAGAAGCGCCAATTCCAGAACACTGGAGGAACGATTAATTCAACGCACAAATGTTTGGTGGGCAGCTGCCTGGGTTGCCTATCAGGCTTAGTCATGCAAGTTTTTGTGGGCATGTGTACGTTTAAGCGGCGCCGGCTTTTGGGCGGAGGAATGGAGAATTATGATTTCAAACTGCAAATCAGCACGCAAATTGATTTGAGCGAATGCGAACTCGAAGACGCGATCATTCACGAGATGACATTATTATATAGGTGTTCATCAATGGCGAGACACGAGTGCGCATGGGCGGCTGTTTCGGCAAATGATGAATGATATTAACGAGCGATTTGGTCGACAGGTCACGGTTTCACATCAATCGACGAAGGCCCAGCGTGAACAGGCGGTTGACAAAGTGGCCCACTATCATGTTGTTGCCGTTGTGCAGTTAAGGATGGGCGCGTGGGGATAAAGGTGTTGCCGAGGATTTCTCAGCGCATATTTTATTATTATCAGCACGTTGGTGCGCATAAGGATGTGGCGCATGTGGCGCTGTATGGCGCATGACGCATTTTTTCAATTAACTTGAATTCCTCTGCGCTCAAAGTGCATTTTTGAGTGAGGAAAAGTTGGGAACGCTGAAGAAGGGCGAAGGTGATAGATGTGGAAAGGAAATATGTTGAGTATAGCAACATTTTTATTTGCATGATAAGATACCTACCAAAGATTTTTTTACTGTATTAAATGAAAATGGAATAGAATAGATTGTGTTGCTGATTTTTATATCTTTGTGCAGATTTGGAGTAATCCAGATCGACATTTTTGTATTTAAAAAGAGGCGTTATGTCTTCATCTTGCATGCTCAAAGTATAGGGAACTTCTGGCAATGTTATGGGAGGAGGTGTAATAGTCTCTACATTTGTAACGATGGGACTGCCGCCCAATATCTGTCACAAAAGGTTTTCCTAGGGCCTGAGCATCGAAGTGAGCATACAGTTCCACGCTTCTGCATCATTAAGAATGGTTTTGTTGGGACTGCACGACATAAACATAAGCGATATGGCTATATCTATGATTGAACCTCGGCATGGTTACGGTATGACATTATCGGGAGCAGGAAAGAGAAAGTATATTGTCACAAACTATTGGTGAAATTGTGGGTTATGGTTCATGAAACTTCATGGAAGAAGATAAAGATATTGAAGATGCAATAAGAATTTTGAAATCTTTGATGCCATGGCCGTTAAGCGGAGATATGATGATTGTAAAGATTGAAAGTACTATTTGTCTAAATAAATAAAATATGTCGGAAAACAAGGTGGAATTAAATCGGTGTCAGAACTCCTAAATATGAAGTTCTTTATACCCGATTATCAGCGAGATATCGTTGGACAACACAAGAGGTACAAAGATTTATTGGAAGACATTCATGATTTTTCTACTAAAGAATGTAAATCTTCGGGAGAGTTTTATTGCCTTCAGCCACTTGTGGTTCGCCAGATGTCGGAACAAGAAAAACAAGAGTTTGGTTTATCGGTCGACGTTTGGTATGAAAAAATTGATAGATGGTCAGCAACGCCTTGCAACACTTTATCTGATGTTAATTGCATTAAATAGTGCTATAAAAACGTTGCCTTTACCAAGTAATCTCTATGAACTTAGGTATCAAAGAGACGCAAATCGTGCGGCCTCTTTTTTAAGTTCGAAGTAACAACGCTGTCAAACAGATTGCACACAGATTGATTATTACCACATGGTAAGGCTTATTTTATATAAAGGAATGGTTTGAAAGGAGGATAAAACTTGAAGATTTTTGCAACGCTTTTGAAGCATAACATATGAAAATCCTTTAAAAGATACAGCAAATAATGTACGATTTATTTGATGAGTCTGTCGATGAAAATCCTATAAAGGTATTTACACGCCTTAATATCGGCAAAATTGGTTTGACAAATGGCGAGCTTATTAAAGGCACTTATCGTCGAACTCTTAGACATAATTTTAGCAATGACGCTTCCATTGAAATTGCGGCAGCAGAAATAGCTTCACAGTGGGATGATATCAATTACATTACAAAAAAGACTTTTGGCTCTTCCTTCATGATAAAGGTTATACGCGGCCTACGCGTATAGATTTTCTATTTGATTTGGTTTGCGAACAGAATAAGCTTCATCTTTCAGATGAGAGGTTAAGTCTATTGGCAGTGATGAATATAAAACATTCCGATATTTCAATGCTTATTTTAACGAGATGGCACCAGTGTTGATGTTTGTTGGAGCGTCTTGTAAATCCTACTTTCAGACATTTGTAGAATGGTATGATGATTTGCAACTCTCTATCATTATGTCGGTTTCTTGATAAGTGAAGAAGTGAACAAACAATAAGTAGTCTTCTTGCTAAGTGGAATGATGCCGGTGACAGAAATACTTTTCTTCATTTTTGAAACAAGAAATAAGAGAGAAGGTTTAGAAGATTGTTGTATTTGATGAGAAAGAAAATGACGATGGGCATTTGAAACGTAGATATAAAGCCGATCTTATTGTTCCATAATATACAGACCATCATTAATCAGAATGAAAATGAATTGGAAAATAATAAGTATAAGCTGGGTAGTTTCTATAGTTTCCCTTCCACCCTTTACAAAAAGAGCTGGGATGTAGAACACATTAATTCTGTAACGGAGAACGATTTGGATGCCCAGAAGCTGAAGCTGAATGGCTGGTCAATATTTATAATGGAATTGTAAAGGAAGATATCCAAAGAAAAATTTGGTCTTACTTTGAAAGCGATAAAGATAAGAAGAAACTTTTGGTGAAATAAAGGCATCGTTCCTTGTTCCTGAGGGCTGGAAGTCGAAGAAAAGAATAAGCTATGCAATTACACGCTTTTAGATGCTTCGCCAATCGAGAAGCTATGTAGCATATTCTCTACTCAAGCATTATCGCTCAGTAAGGACAGAAGGATTTTCAATGCCTATTCCGGTGTAAGATAAACAGCATGTAGTTTTAAAGATGAGGAGAAAATTGTATCTGCTTTTGTCCCGCCATGTACGAAGAATGTCTTCATGAAATACTATTCGCCAATGGTTGGCGATAGTAATTATTGGACAAAAGAGGATGCAGAAGGGCCCTACAAGGAAGATATAATGAATTGCGTAAAGAAATTGGAGGAATAGAAATGAATACGAATAAAACATCATTTGGGAATTTGCGGGGAAAAATGATATTGAAGTTCCTATAAATAAAGGGTTAGCCACAGGGACGACTCAGCAAGGAAAACCTACGCTGTAACTTCTTGGTTGATCTTAAAGGCTGTAGATGGACAGTTGAGGATGGCGGAACAAAGGTGCTTAAATTGGACTTCGTTTATGGTTCAGTAGAAATAAGTTGCAGCCTCTTGATGGACAGCAACGCTTAACAACGCTTTGGTTGTTGCATTGGTATATTGCTTTGCGGGCAGGAAAACTTGCAGAGGCAGCCTCTCGACTAAAGAAATTCAGTTATGAAACAGAATCTCATCACGCGAATTTTGTGAGAACTTGTGCAATGCTGCTTGCTGAGACCTTTGATGCACAGGGAAAAATCGTTGATTTTATCCTTAAATAGCACTTGGTTTTTCATGCCTGGAAGCAAAGATCCAACAAATTCAGGCCATGTTAAAGCAATGGTTGAAGCCAAAGTGTTATTCCACGGCTAACCTCCCTCCTTGCTCTTGAGCACCTCACCACCACCTCCACAAGTTACAGCAGACGTTGGCCCTCTTGGGACCAAGCATACCTTCCATCCAGACACCCAGATTTTCCTCTATTCCTTATTCAATTATAAGCCTCCTCATCTTGATCAACTTCTACAGACAGCAATCGTCACTGCTAGGCATGAATATTGTTTGCCTGCATGTGCTTCTCCTGATCCATTCCCCACCCACATCTGTGCTACAAAGAGGTCGACCTCCATAAACTGTGTTAACCACACTTCGCCTTTGCTGGCTTCAAAGCTGGATTCCACCACTGGGAGGCATCAGTAGAAGATCAGAGGAGAGGAGGAGATAGAGGCTGGAGTATTTATTTCCCCAGCTTCCTTTCTGCCAAGCCACAGTTTTTCAGTGACCATATCCTTCACAAGGCAGCCCTCCCTACAGAAATGCTTTGAAGTTGAGATATGAAAACCACTCCTCCTTTTGCCCCTTTAAGGCTATGGGTAACACCTTTCTTGTCCCTTCTGACTGTGGCATTGCTGGGTGTCTCATGTACTTTCTCTGTATTCTTATTCCCTACCACACTTCATGGTGTCCTTCATTAAACTCTTTTCTGTTACTACCTTTAAATGTGCCATCAATTTCCTGCCAAGACACTGATTGGTACAATATCTTTATCCTGGATGGTATCTGATTTTGCATAAGGAAACCTACCCCTCTTGCAGTCTTCTCAGATGAAAGCACCTCTTACCCCAAATTCTAAGTAAGGAACCTCACAGATTTTAAGATGCACCCTGTCCTCCACATGCATGACCTATATCCACATCCTTCTTTGGAGAAGCACAACCTAGCTGGACAAACTTCCTATGTTTCTCTTTGGTTCTGTCAGTTTATAAATCACTGACACTCTGAATGTTGCCTCAGAGATGTACTCTCCATTTCAAGTGGTGTCATCAATCTGGAAACCCAGAGCTCATCTAGACAATCCATCCAACAGGCAGCTATGAAGTTCCTGGAGCTCCTTGATTTCTACCAACTCAACTCCATCTGTTTTGTTGTCTCAGCATTCCCTCCCAACCAAATCTGGTCTCCTCTGAAAGTCCAAACTTCTTTTTTTTTTTTTTCTGAGACAGGGTCTCACTCTGTTGCCCAGGCTGGAGCACAGTGGGTCATCATAGCTCACTGCAGCCTCAATCTCCTGGGCACAAGTGATCCTCCCACCGAAACCTCCCGAGTAGCTAGGACTACAGGTGCACACCACAATACCCAGCTAATTTTTTTCTTATTTTTAGTAGAGACAGGATCTTGCTATGTTGCCCAGGCTGGTCTTGAACTCCTAAGCTCAAGCAATCCTCCCACCTTGGCCTTCCAAAATGCTGAGATTACAGACATGAGCCACACGGGCCCAGACTGAAAAGTTCAAAATTCAAGATTGACTTTATCTGCAGTGTTCAGTTCCATTATTCCAACTTGCTTCTGACCTTATGGTACCTCAGACTTTTGGCCCTACATTTTCACCCCAGCCATTACCTACCTCATTCTCCTTCTGGATCTACTTCCTTTCTTAACCATTTTACACACTCCTGCCCATCTTTCGACCATCTGGTACCAGTGCCTCCCTTCTTGACCCTCATTTTCCAACCTCCCACCATCTCAGAATAATAGCTAACTTGGTTCAATTTGCCCATGTTCCATGTACTTAACGGCAGACTGAAGTGCAGCTGAATAAACCACATGCCAACATGGACAGGTGTCACTGTATTTATTCTTTAACCACAGCTAGGCCTTCTGCAACACACAACTCAACTTTTATATGATGTTGGTCAGGTTCTTATTCCAGTCTCCTCAGAGGCTAATCCAAACTTTGCCACTCAGACCTTGCCTTGAAAGACCAGAAAAAAATGGAGCCACCAGTTATGAACAAATTCACATCATCCTCCTCCAAATCTATAAAAGTATAGCTCTAGGGCATCCTGACTTCATCCTCCCTCCTCCCTCCTCCAAGAGATTGCTGAACTTCCTCCCATCTGGGATGCCACTCTACCTGCAACACAGAGGCCTACCCCTCTAAGATTCTCAGCCATCAGTTATGAGCAATACGTAACTTA + $$%#'$$$$%$#)%&%'%)(''+)&'($//-72@5ABDB>?CC@<89@CA@8%*===6?@A7>9,-1*4,<=?9?@?>A-*-;<8;CCA?AB>C@A=<<7:,-./6)2''()/02:,5312(/53:950..$/$%9727345:;<58;AA>=???83B::@A@<@;7>@DA@68$$761)248;<>>>'4653?=<=??35AB78?83,665527/78<><=;=>DEE&(>;<@??B@:<36'<:>?=<8**//4;<:8:8)26:166;2,--46+12.8.3122-,,-'#$($&%'%'(#($$,'%'&',$$64:<<;:@D@>76:0--+20((1,('&&&#&%$$%#&(4684:.4563./+.538)%)69=:>>615,*::=?C>;A98:=D?:==%%%1,2,,41)*222+*7;9ABB?>A;DFD<6670,367@@AB??6/@<47376B>F@D84<=;658346.635,;8;9:8;71&$392;6:9:78;:<=;?6858EG@B<+-55---+07>7@?;;6;;;<1',069B::??<8:;:=<86<;438?>;89<466:8:7:+*011&%*1022:>?A<684:99=:0)&$16BA?A:047>A=+,:>>$'469;<;8)3A=>@AABC@:?===:%768<9.027798.&((22$$);<8)(+56=8:C87=@@=;2557:61558?::<)*+$,35775=5<=154-//'&*&')/0:9;;;=?LIDAG??0./,,8765$$+7:%=,;=DB@;9><@CA>C:>=7=9/'%%($++022*889;>8;:??98<<000$216<;=98ED?>DG9@@>@=:>C?A9281AGGIQF@=DCDD@?::<*GB=5+0)64.2645?6:ACE=C?;78;<723/0-2ACBABB=;58275))(''()9>9=:;76%&&0672**(((&)246756@34:632299675).+%0>AB?=297?755663<9::<6<9:5?><;:/-,365*+*$%(/275=@B>:BACDK<@?>439>;5%%-5;67<<800//4.*$%(-:HF>9??>//30--?<,7:??><;==<9><7>9@I;B?><8:&(+0$11354302948:99$$779(&)/$''668+.01.778@AE;;@B?;@;:<>5?AA3<5...'6:913;:<<==<6;<@AB5AKLMGBC@>776<:DCB>CIGAIGDHHCEEEBAGFB@A@CBF?A?;96?79;>JF?>>=?=BC@A:>;@CEEB=?AA5-8>97;=BC;9;?1:E@@6=BB:BIG=7<<<<87'&%%2/258.096=:=9<:518979:9=A987:8>?A@@5:BB;;6:1:9033+5+---,'*.*33=>4@@>?3;=;=<98599>??@0:-)/::::08;?9=<=?<;+>@ABEA<<>>>055547<<;70+*05*7156-*)$189<<8359:@D;9806:.::>9:1)'++308CA>7?B=BDFCD>>DG?:>?;;C>0<9?=7:D@;;17AD@><@AABFFCACJFA@=@>A=;@@BB@97?:9<=;338:96>A67A@CA>>79=FI@?C30000<152@7DBB69ABGF?CCF=>D@?;E@=:A8:0/04/155;<=?87==90%''#':6-E=98828==54+-&6>A@;=AEB>,<<>;9B=>=65,)$&&-022:;<;:9HEFIH;57688;=>9=<8<:6FE?B?FD??C??:?8799<<=9;?AML885:IEII:A@A;<+190**,-276446;;>C>8>?<;=D?>@@?>8:;6--((..-78::==9)&46977'(65877989;;2555522/-('&'&'03>>=>?BC?67?A>BE@16>?;@?4188=90*;/+=:;9542;<4@==CBFF@>@=@??@GE@<8%%589;<>;97<<6%%&&)'')63,14:9:0825@?>B:>75(:99=;9-)07;=99((9;-7+-121262544441'()+$'24>><4-.,99897?BAEBB@8DJ;?DEDBFEC;>?556;-%%%02;<36,906/.798903,,4:<67=5298995:61220//03588/;8=<:>B9ABBA?<<>;<38760..-,-,..8+,+&00&,+)(..5560)+++2+*$#$&+446:8<@8=C>@<;:4:?59:75>9JJ5<;9>=;0;@;..611;D;>BF>=53/-/,;08975,1(+-0999;=;JF?GC<@77:=<40-187::8>>C@$$$%73<+:A9C?9?2513681B?<347;>B>=84=FA<:8ED@BCA>AA@>=?=,7/164<CFIBCC35>DDC>B>B0C6&%%668576FFBA:?>C914,*88?>:865>><:385@<>>=BADECK;<=,*97::6?CDCH<=GH<9?4*'%%'##$&&'&'&&&&.////+(6=>?@=79GJJ9(@@BB:-335967&&//3=>=?AB98:<=82--62*+%09;CC<=8)-27:::69;468998=@067;=:<;3+&-(+:D7:>84/+/?=@5998@C:9:1)&;678@?>@<=AAC?98200.,%%+0+,..-&$%*$$'0??=957/,(/(++,5555+*))&)'-,.357889220))15557947944+389;;;8698:78:;6344''&)2123397*5??<11043=>=AB<<4243=6=684+%%$$*3,254-6>,0256;>:<85:;:<8;9:?@A@@;=A@B95<=2=@@<;?*8;%*=>=>;9>@;:>CEGCBBA>*%%%%%)117/,36;$'<<:566.3::98667:629655786<=0<4;==<4997''9278696:DK>>;7117;10428,'(+>1><<:894?;7;<6::;=B8A<'*CCCC=(588(,(.-22,0;359<9(7%(6:9;>?CHE:=:9::/154*#$,4)1582/+5157EFEOMGGA@=@:999:852135333(688<<3G?>:;>@::?<=8BA26167@A=8>6674501/2+-1456,0301++.53<:<<:?B;;95278;77232,/07776,/$$<=78+7&73<;BA<<2/72:99@@C<73>.9:=>67C<22)'-B:32555==<@>DB@@>@;:<937<.-,)()&%*(+)&%%)-:9*+,$342379*0-.@?3:A?@>=9/3879BA>;;B@;?DBCB@@<<>=:9<*'.00*879657.$%%$((+*&$#&)-0268488<:>=;><<97787@:;>AAB=259;<;;;6>?E<624682424783.9<<9.$&$'353,-7569=>76:<54:?@130)),++$00.93676562-*$%$&1137;=1+-*14<GGJF9988:737/011576;=::;69+*%$$(%(345579<<8<;?@@FGAG?E:>1:91$%)&/16)&'&&(0-721-125589+,--*)-3(88=>>>/)3+*%&/50.&'+,*,57758:8967204954$$$$%+(,-.:;7+,78<57872488-)&3.7630,+'$'$/+&%***'+15386;8=DF8:=;/58>352<>>6'%&'*,9:703&)/%'8.('.-+/0,,$%$%&&,.%().326;:;<=897:6;8:3.999?17;88'+''&3,5(162)<;<:4230/8-0-,2?C;>0;(+2/)42101222((,+&#$$&-055:9:<>:;=3+AA@<7?DFBD?DGIJC=@;F;@---468@;<2**&&%)..34697-+-0.2046'.2=@;652/0,()*'%&/0(:85%%6377???BA?=;?BC??AF?@GA:<<>;8?>@BD*6'*22,05300)($/&112311)(''*''+%'/501..(%%+-((.&),/3248=:<@=841+$$,)*(-1;?D?B?347:BA?@84*-++/+06??@CD=344...134//((204<;>DBD@BA?BE6<:A=568&5$$/0/)#$&&%&(7659->=<::.**&.$())100(,,,)%&*%&&%,'(&-*-(&$133)-6E:=B?EFGM?J>;BDLFJBCD3>>C?A@C7?1@@;//49=:=FKKJ@?AFHGJJEFC;>AD9=F@@<:??659A@<BC63JDBF?+(*$'(.//'&)))96=A@BLH?.58;=:7455),.''('$()(*7?@'&,%('$$#(%(%+/5+-93),')/045;7>CC6221757:5566755/6:8@F?,,,/JHH??796A@ABAJGHJ@;<3?B:@41000)/+,&%%%&&'+%%''65,9=@<=/22-0:368=AEDC@CBCEIMNF<=DAC?9?@CAB93>><)32//59+)3&((034:>B;.4EH@;BCB@EJHDB=8;<:61087=;77*67?::$677=;;*7>@42.,)'$(''(**0+,/&2/<<>@76--.121178::@34BGIG=>=BC@?BJ;AC@ABB8C><;=><=92%6?:6712/:9;=:8;6+%;9A=<332B;@@>?;?<>>8(32,84;=AB@CFB@;767:%%&&+%++,,'.10133534459:664*,''&''''&(((2.'%'$%$$036--0.(,+,)&*107225,&*##$(119735600240-000681294<;89??=CDB798(*36633,++,201*''((2.2-19=481**'),$))&'*))+(&.-39<;@7=AB>@A,:?>==:;=AB>71++)3'4%:8422.''*),,248:=)$'432414:50/,+&%-)4;<<7;>=8:CBDA>=>=6?A=>>?@8<<>??6:@ABA@359@=?H?BKHBAF26:?BDAE@AGG69::33=4>FAC88:5443>=:;:>@?;/;=<:9874<@4<69=@?@::9>:2?7988<9:98/*))(,:97/118.-68@>:<=CGA;1.89;BDG=>><5=;5-298;><>?@31767=C<<@BA??FFB4@B=:254>=>AC@A>>69376***4279;:ADLCDDBA@HFG?DADEFA<::6=9/.*33222>@HC@75:>@>DE??ED?<@CBBA8@949GE;:@B==?@99=@2/.4<:<<-.3<22,54739;?@B:945(,634764758=>D@<;9-/)'*,+'&'+*/18=99;7:;:.8@;9742<8<9=<;;5(*(+.79?>=6:3;<0//3-/')1.23)+..,41.132=>99+$$0()',1..',1/058DCB?7229>31+%+%'446;?BA:9::$###,(().-2*2:82:?CD>B>AC@:<002>?=67899476,''<=9:=:22544)*..004BB;/%0).488@C@?8;:=B?BE9=A?>99*%=;;:6*()(+4;:>;79=A=><88::987$''*;<-.289=<<9982350).*'*435:(0/+++'*6887:><>?.,,,7:9@B<68CA56;;6&8:AEGA==0;;75:;9+<=B::(%14,7+$-77<8;<==@;<=>6AEICCE?.=;>>894%/68:=BCC?9:<-7??,58==''9<@?=9;?CDC8:=?CDAD@D?CCBCD0FA==C@8:<8:5*5+$%&'*3;?A?EBB=B1&(8(''),354..3(332339775<7<823798:>A>B:69AE=CACA9@<@DDEB:=BG?437<9>?KCFB@DB@8(((7==@??9<::==:9/4;=6A;;BGMCCIIJL?GJ@<>><>@=>C=;>=GC7746,%)('''&358<<;;'-.0659;9%&&)+0+,1..6/%-((,3+6<<<=<<::9@E)<;.44??;@<-.<99:=:?>;E99>AA=;66.1(19<:=?<:=>?>B=INJEF//)40()748@@ABC99=:=?::439.*%&(&*%)0)--/=78=@@@<4=49;<0*,0015=B@<=?=>@?<8D??DBBA?6791,:=??>94687842*)-/962C3869=JGB?DF@7<9(*2&)())6?>?;;97))(((&#$(..5869=C58:421/)$%40,68<@A?E=<>??;<8887:@?BA@GHCBD;HEID>EMIJHE5<:@;@FFGG%%?8::<9*B=M?AD@@@DHED?9:>>>:%;6)8<::?BEE@??.=4;&)8:?=CAB>@F5:<('&'&'(''',,,--0?ACBAC36<8>AB@D:;$$1533C<4@<4=:?AA.-CC><=;BDF<=@AF?;61/002<$%&)$$&%(/51.'210248;8@;?<7:<>><2),31035**%/3118=A@BCB811493/&$%6:EFC@@BIJD?A097268<60&./5=<;<@>?,5593''+8998:+78;=@C>5;:95-6+:>;<;*?>@:=7677;5*'=>>=;:,7A8:?9@GB)-DD>>8/,<8@DJA;=?D>FB<=JG8FB:;8*;7--6:9=;=864659::>F==@><;6>@B==>?EC@7I>C9>;?52)&%(,-,765<50.-/77888@:?A<;<96DDDD6==@@AA:@?6684:)),,,,,'')(%**)$*7:;5001+.31>:=?;@@CGH>9;:;:)%*+-&%%$$$6955:39=A@>400;,)136.44;>9:6''+$$$'889:8/041556&/4341;<;78,2.&*4>?:>B>>B<;.>4AA<+/7A89=A<;:;-3099087;;5:,5:>;9;<3,:/8<1<@>?=<:=AA?BFBEA?:=?BGFGE9??:=CFFM@;=9<:89%40/2..&'#+&CBABDHB44>.7ABEBCD::112>>@AAA;11(+,,,,9@?78>@??=ADDEFCCG@@9C@<@C?@>??:??=DGDI@DFGCFH8;8:=;*')..10226??:BA@B@=<<;@?>)-',-.01457A;B>@<7778A@;-,/69958888:?=;<:9+=;BEBBDGGI@C><59=>DDEA=1:6$-0+'&/,+;:7715??;=?+>8C@A878=A;569;464=588,'.19<:?:3;86:ADGA;7@978:9;<>=?=8=:6;2%87($4A=666-88:B;=DEDEDC<+>8EB=<5554&'')&%(.022-/*$%)56766*,)%$%%$$(26;+'*+.))%'89=??.%%-.-/011)00,$$$%'&&.331;=>>==>?;<+600./&%%'+'&/18;?6097<>5<8BCBA@48BFAD.?>6AC8;,:11=A4=8EHJFE@D?A>B89<)76>9<3::96<913>:47:8619)))9:<>5=9&47;:4-+'231379;>8?9CD>/0<6@>@,'$%)''(/466466:;8:B?;;AA>::+.25340/'(-/)+-,,253@B=9AB=3>:8=DA><=AD>>.(-,30'-)-4.0=079'#$$,23--0-.-),;877<=>:<5)&*.(')*/889::32,369$2=24=<8359(,GG?/><>68-3*789B>@;<;:8BDC@@D>?C97@?70+/:;9*5;>;06,377;<>55<@;>>=<>9;:89<8;()/2/)--1=::?A?>@6/$$':9<@B=;=767:;-74+1*(44.;?:8<<*(''''1./,468:=79;<;GD-)34BDD?BG:*&--(-3/8655043%<>>>?>A;=>@>>;;5889$$.31222+&)78:8:??<<;57:+7;1843:710.21/234&&9%226;7;@4:9<669:4988)-4?;:/2(($$-03339:85439@@?=<@BAA9ED@>=9>?9;7<=><9(+6*8<=B=<>@C@>>@<;;6764:8411=;:9;68:73@A77:54,%%(&%0010;99:8:<,(((('#%,-),=?C@@75())(2778=;=>>0=<9319;/+*22776<=<./--&0)),+-883(%(,07751+8-/,-.((0130-%)+).735.-)$$&%)+('6;48:;:63+24>?>;=<<@<7.4+')376+-0/..-,')198'45578DD>003>A?8:97::=::BFC9483;6834(7414&7?@@=>;BCHFGCBBC66@B3;;>?57?>>=???679/<=;<049<126843/%%,/::9=<<@6?@@:;997>8/>897767:4:8<;:(:85;><@;?><8:<<<3.'%,%$#%)++)2./$)+*'//3(((())+4669<7343-$)-+2-866;=8<<<;<;7?=BEEA7;*?:536;;;;:2'&25/;E>>B>28?A8=;<=C@>=>:9;899:C?H?IDA6G=>8<=CC?:<@>:@.@?ADC=4@?=?D9<>9::;;994=;@A@;:96A6>DC@BB=?@>@?=4?>;9A<@::<>A=?=<<20'/0,+)*)*/385:775A9=AAB>6=@:;?<<<>>BCC997>?B@B:668::;?@AB@54;33;9'23/,,(*-)),*+-*&*)++,,,15693:;:9;;/6::===4/(&,0/.../,)&%#&&%('$&&(88/654+%&'4<=@89IL8:9;665,*()34''.618=?8*'=?=<6C9:CC=9<<:87=48AB6,;>?AF8:DB32389;:8;D>=41,+798:;9890227137=00/:7<:65/3/6>::58781@9:AA>36849=;50-,*******-4;A8B>:B;/4365D8CEI>98E@@:8,2>?<>>GJEDFFCEE;?A=85-/.7=9=97>><86;CC==?A>:EGFBH;?E;G?C?:41+1/,,%*%35888;BGKD?3?AAFCJG=,9DI?JGC@FB<9H>@A5A;B:>A?;4A:==CEIDEEF49;HJUSFFH;:FNMHED@?CEEAAHPH648**(---*1618?:=<9?AACB>?=7:;CBDBA74.&,)'#$&().034/0..&2?B@;6B@<=?7<:CDC?=:??;6*+=:554?=@C@@=@E@@<<945838>>-//*'243:<<:9;EB@0::?8B'$@@DE;;?<8:;<>@@DCF890,/--137;9A;65:7;99:=<8;=>=;;CE>:@EFE;=BBCD7:)6<16;85229:;;>;ED@'3969@G?F;<;F76459.5:?D?@=4<=AEDA,7:<@A?C?;;;==@9A?AAGBBGD=99<9>)67<;;:<6:;<=C=8:;;?;?BB<88../333<;5(.:=9;..>B86=7544.1>BA>@@0865977%54%'64<;;;:7?68;=:<;8<<;=?B@>?9;>4;;99>:;8689:8CCBI@?<7689461+30:98;=?=>=;?@89769*(0246-,,8877:;:>?'94<>6;007<>>;<8<8=?B9;<>97<=7479<8?746183370.-..00/01356;7AACCA?50970-'2:799A47<1*(%4<=7>7661,'423***&730<816881=+07:=@?9>@BA==@>=:=<223)'%(8::2+1$12*;=9:<9=79;:755&453459>?@@=@A6>=<8?@BD82>@?85,1783?>91/320$$%& @SRR14011045.23852 e3488639-df84-40eb-b52f-20b5355db8df/1 GTATGCGCTTCGTTCAGTTACGTATTGCTAACCCACGCATTCCATTGTAGGCATGTACCCAAACACTTGCTCCAGCATCGACTGCTTTTTTTAGCTTCATCAAATGTCGCATTTGGTGCCAAAACAACGATCACCTTCGCCCGTAATCGTACGAGCAAAGTCTTCTACACCTTCGTTCTGGTGCAAGGGCAATTTTATTAGGTAAACCATTGGCTGCTTTTTGCCAAGCACGAAACTCATCCATACGAGGGTCCTTCATATAGGCAGGATTTTGAGCTCCTTTGTATTTCTCTGTGAAATAAGGCCCTTCAAAATGGAATCCACGAATCTTGGCTCCACTTGCTTCCTGATAACGAGCACCGATGTTGCAGTTACCGCAAGCAACTGCTCGTGAAGAAGTCGCGTCGATGGCAAGAAGCTAGTAACACCCGTGCTAAGCAATCCTTCACTCATAGTATGAAGGTTCCTTCGATGTTATTATCGTGACATCATACCACCAAATCCATGAATATGGGTATCCACAAGTCTGGGGCAATGCTATAACCAGTATAGTCAATCACCTCAGCTCCTTCAGGAATCTGTTCTACACTGTTTGCAAACTTGCCATCCACAAGTTCAAGTAACCCGCCACGACGAACTTCGTGTGGGTAAGAAAAAACTGATCCGCTTTAATATAATTAGGCATAATGATAACCTCCTTGATAGATTGTTTCTAAATTTATTATGTCAATTACATTATAAACCTTTCTTTTCATTTGTAAATGGTATGAACCTCTTTTCAAGATATTTTAAAAGAGCTGGATTTCTCCAACTCTTTAATTTTTATTTACCGATTTTACAGGCAGTTCTTGAGCATCATAACAGCAGCTGCAATCGTCTCTGCGTAGTTTAGCACACCTTCTTTTAAATCCTTTGCTATCATTTCCAAGTGAACTTGATCAGTTCAGCCCAGATTTCAGGGTGCTCCTTAGCGACCTTATTCAGTCAGCGATGCTCACATAAGTTCTTTTCAGCTAATTCCCGCGCATAAGCCATATACTCCACTGATTTGTAAGTTTCCTTGCTCTTGTCACCTTCATGGGGTGTTACAAAAATCAGATGGTGACCTTTGGAAGAATTTTTTAACGATCGTATCTAAGTCATCTTTATAATTCTCTGGTCCGTTTACACCCGTTGCAATGACAACTGTTTTTAGAAGTACCTTGTTCTGGCTGTTATTAGGCATGATGTCATTGGCTTGCTTGGTGGTCCGACTAACCTGACATTGATATTTGCTTCAGGAAGGTCTCTTAAAGGCTGTAGCACGCAAGGCTACCGAATCTCCAATCAGACTCGTTCCCTCGAAGTTGATGCGGCTAGCCTCTGCTTGCTCCAGCAAGTCTTTGTTTGTCCTATATTGGTCTGAGGCTTGTTTAAAACCATTCACCATCAAGTCTGTTTCAAAGGCTCCAACTTGAGGAGCCACAGCTATGATAATCAAGGTAATCAAGGTAAGAATGCCAACACCACTAGCACTAATCGGTTTAATATGAGGTGATCGACTAATCTTCCGTATTAAAGGATTGGTCTTACCGACCAATCAATGGCTCAATAATATAGAAGGATAGGATAGCAAAGAAATAGAAAAAGATGATTGTCAGAATAACAGCGAGCCAAATTACTCATCAACTGAGAAAAGATAATATAAAAAGGCCAGTGGAAGAGATAAACCACGCCAGCTGGTATCCGCTAAAAATGTGATTATCCGTGGTTCTTGTATCTCAGACGTTTTCTCATGCAAGACACGCGCAGCAAAAATCATGATCACGGCCGCTAAACTTGCCAGTACGAAACCAAATAAATAAGCGAATAAGTAGGTGAACTTGACAAAGAAAGTCAAGAGCAATAACTTAAAAGCCCCGCAGCAAACACCAGTAGATTCTGACGAAGATCCACGTCCGATCAAACTAGCGACTAAATCGCTCGTCTGACGAACCCCACAACTGTCGCCAAAATACTTCCTAAAAGAAGGGATAGACATGAGTCAAACTTGAAAAGTAGACAGATGAATAGGAACTAATACATTAGACTACCAATAAACATGGAGAGAAAAAGCTAATGATAAAAGCTCCAACGAAAAGGAGAAAGACCATCCCTCTCGTTGACTACTAGATTTTGAACGTTTGGATAGAAGAACCAAACCGCTAAGCCCCAAAGAATATAGTAGTGAACCTCAACAGCTAGACTCGATTCCCAGCGAACAAAGAGATGCGGAATGAACTGGGATTCGTAACTTCCCCTGTTAACATCTCATAGAAGTTGATATCAAACCAAGAACTCCAGCTATCTGGCCACCAATGCCAACAACATAGTCTTGACGAACCAAGAAAGTAAAAAGGCATTGTCACCAAAATATCAGCACCACAGGTGGCACGATGCGGTAAAACCGTCTCTTAAAAAAGCCCAGCAAATCAATCTGGCTTTTCTTCAAACTCTTCTAAAGGAGGAGGTAATCAAGAATCCGAAAATGTGAAAAGACATCTACCCCGAAAAATCCTCAGGAAAGATGGTCTGAAAGAAGTGGTACAGAAGCACCAAGTAAACCTTAATCCTAATCCAAGGAAAACCATTTAATACGCATACGAGTCTATTCTCCCTTTCGTTATACACTTTATTCTATCAAAAAAAAGAAGAAAAATCCTACGAGAAAACGTAGGATTTTTTTTTAGCTTCTATAAATTCCATTTAAATTGCGTCCTGACTTGTTGTAGCCATATTTTTCCACAAAATACTCACGGAATTTAGAGATTGTCATCCACGCAGTGGCTTGACGGACCTGCTTCATCAGGTTAAGCAAAGTAAGATTGTGGTAGCTAGTCAAGCGGATACCAGAAGGTTTCGTCAGCCTTGAGCAAGTGACGAAGGTAGGCGCGTGTGTAGTTCTTACATGTGTAGCAATCACACTCGGGATCTAGTGGCGTAAAATCCTCAGCAAACTGAGCATTTTTTGACAACCAAACGTCCCTGACTGGTCATACAGGTACCGTTACGAGCGATACGAGTCGGTAAGACACAGTCAAACATATCCACCCACGAATGACCCCATCAATCAAGCTATCTGGCGCTCCCACTCCCATCAAATAGCGAGGTTTGTTTTCCTGGGAGAAGTTGGGTTGTGAAATCAAGACCGTTCATTTTCCTCATGCGTTTCTCCTACTGCCAAACCACCTATAGAGTAACCTGGAAAGTCCATGCTGACAAGGTCATGAGCTGACTGACGACGAAGGTCTTCAAATCCTGCCCCTGCACAATTCCAAACAAACCTTGGTCATGTGGACGACGGTGAGCCTTTAAACCACGCTCAGCCCAACGGCTGGTACGCTCGATTGATTTCTTAACGTAGTCGTAAGGTTGATAAAACTGAGGACATTCATCAAAAGACATCATGATGTCTGAGCCCGAATTAATTCTGAATAGAAATGGCTTTCTCTACCAGCGTGGGGAACATCTTGGAACCATTGAGATGGTTTTAAAGGTTACCCCTTCTTCGGTGATATTACGGCTATCTGCTAGAGAATAAACCTGAGAAACCACCACTATCTGTCAAAATTGGCTGGTCCCAATTCATGAACTTATGGAGACCACCTGCGCATGCAATGAGTTCGTCTCCAGGGCGAAATACAGATGATAAGTATTAGACAGGATAATCCTGATCCCATCTCATGCTCCTCTGGTGACTGGGTTTTTACAGTAGCTTGGGTCCCAACTGTGTAAACATAGGCGTTGGGGAAGGTGCCGTGGGGAGTGATGATTTCTCCCAGACGAGCTCTGTGTGTTTCTTTCTTAATCAAACGGTATTTGATTGGTGAATCTGACATTCTACCTCCGAAGCTGGGAAAAACAGTCCCAGTTCATACTTTGTGCCCAAAGCATACTGTATGATTTTATCAAAAAAACTAGGAACTGTCTGAACTGGTATAATGAAAGAATGAGAAATACCCAAAAATTGATTTAAAAAACCATTCGTCTGCAGACTAGGCAGTTTCAGGCTGAAAACCCCCCGCCTCTTTCTCGTCTATCTCTTACCTAGCATACTGGTCATCTTATCAGGCTTTCTCAACCCCTTGGCTCGTCTCCAAGAAAGTGTTTTAGAGCAATCCTTTTTCAGCATGCTGGCACTGATGCTCCAAGCCTATCTCTTCCACTAGTGGTTTCTTTTATGAGCACGATTTTTCTGGTAGTTTTCCTTTTGCGACGCTCCGACTCCTCAAGGATCCTGATACGGAACTCTCAGTAAAATCAAGCCTGACCCTCTTTGCTGAAGAGCGCTTCCTCGCAAACCTTCCTGACCACATATCAAACGTTTCTACCCTCTTTTTATGGAGCATTCCAAACTTAGTAGGCGTTTATTTTCTCTTTTATAATCTCTTGGCTCGAAGTTGTCGCCTACATCCTGAATTTCCAAAACTAGACCTCTCATCCGTTGAAACCGAGCAATTCCTTGTGGCCTTTGTGGCCTCTACTTTTTTCGCGAGCCTCATCTTGATGATTGTAGAAGGCTTATCCTCTACGTTCCTCAACATTATGCCTACTCGCAGGTAGAATTCCTCCTCTGCGACACTCTGGATTTAGGACCAGGCTAAACCCGTCGATCTGAAAACCAGCCGTTTCTTGATGAAGGGTTACAAATTTCAACGCTTTGTCCTCGACTTACAACTACTCCCTTGGTACTTCCTCAACTGCGGATTACTTTTGGGATTACTGGATTTTCCAATCCTTCCCTATATCCAAACAATCACATCTTCTTTTACAGAGCCCTACTAGTAGCGCCGAAATGGATAAGAGCATACAAAAACCCAGCGTCTTTCAGGACGCTGGTTTTCTGTTTTTCAAAGTAACATACTCGGCAGAGTCAAAATAAGCGGGTCCACCTTGCTTCAGAATAATCTTCTTGTCTGCTGTCAGAGAACCGTAGTCGCTACTGCAAGCACAAATAAAACAAAGATAGTCACAATTTCCAAACTTTGTGAGAAGGCAAATCCCGTACAAGAGAAACACGCCCAGCAAAGCATTATAAATCCCTTGATTTTTAAACAGTGAACTCACCCAGAAAGACAGCCAGTTCTTCATATCCACATTAAAGACGCGACTAGTAGTGTCTGGTTGCGTAACCACACTTTCCAAATAAAAAATGTAAAATGCTCCAAATAACGATAGTTATAAAATAGTGTAAAAATAGACATATTCTTCTCCTTAAATTTCTATCTGTACAGCCAGATATCAACTTTTCTAACAAGCGACTGAACTCTTCTCGCTCTCTCTTTTGTAAGTACACTCTCCATCTGACTCTTTGGTTTATATGGGTGGTGAGGAGAGTTGGTTATTAGTTGTTCTCTCGCAAAGTCTGTCACTTCCACCAAACCTCCTCTGGTTTTCAGGATTCCGACGTCGATTAACCAAACCTTCCTTTTCCAAAAATTTTAAAGTGCCTTGTCGAGCAGCCTGATCAATCTTCAATCTATCCTGAACTGCTATTTGATTACACAAAGGACTGATCAGTTAAGAAACATAAGATTTGATAACGAGTGAGACTAATCCCCAATTGGCGTTCGAATAATTGTGTCATAGACAGTCTACTAATCGTAACTGATACGGTAAATCATGGATTGCTACCATAAACCGTTCTATTTTAACATTGATTTTAGCCAATAAAACAGCTTATCAGTATAGTACAATCCAAAAATAAATCAAGTAATAGTATATTCTTGAAATATTACTCACTTCCTCATATTTATCCCATACACTATGAAGGAATGACACACAAAAAATGAACTCAATCGGTTCCCAACACCGACCACAATGATTAGTTCGTGATACATGAACGTGGTCATAGTGGTTTTCGGTTGCGCTACCACGGTCACGGCATTAGATTCCGTAGCGCAAGCTGGTCCATATTTACTATCATATGGAGCGTAGAAACGTTGTTTCCAGATGATGTAGTTGATACCGCGGCTAGCCATATTTTGGACTGCATGTTACCGCGATTTGATCTCGAGTGCTGAACTCACTGGAACCATAAAGTCGTGCATTGAAGCGCTTTACCATGGTCCCCACTGTCACCAGGACGGTAGCCACTAAAAGATGTGATGCCAAACAAATTAGCGTTCTTCTTTAAGGCTGCCGTCTGTGGTTGTAGACCAGCGTTCTCAGACAGCTGCAGCAAGGCCTGCCGTCAGGAGCCGCTGAACTGGATAATTCTTGAAGGGATTTGGCTTTGCTGTGATAAGTCGAAGTTGCAGTGTCAGAAGTTGCTGTTGATGCTGCTGTTTCTTCTGTTGCACTTGTTCCTGTTGTATCAGCGAGCGTTTCGTTGATGGCGCAGCTACCGCAGTGCTTCTGCTGGAGTTGTTGCTGCCGTTTCTTCGGTAGCTGGAGTCGCTGCTTGAGGAGCTTCTTCAACTGGGCGAGTTGTTTGCTGCTACTGGTGCTTCCACATGAGCCGTTTCAGGTGTTTCTTCAACTACAGGTGTTTCTGTAGATGGTGTCTCTTCAGCAACTGTCGCTGTCTCGAAACTACGAACTTGACGCTACTTCTGTTGTTTTTCCGTCTCGGTTGCAGTTGGAGCTTCCTCAATTGGTTGAGAAAGATCTTCTACTTGAACTGTTTGTTCATCGACTGTTACTTGATTCGTCGTCAAATCTGCTGTCGCAGTGTCTTCTTCACCATCTGATTGAGGGCTTGGATTTCAACTTCCGTTACCTCTTCTTCCTCATTGACAGTTGTAGTGAGGACGGTATCTGGAAAAATCAAGTCATATTGGTGATTTTGTTCAAATTAGCAAGAACTGTGACATCACCCAAGGCTTCTGCAATGGTGCTCAAGGTATCACCATACTGTATAATAGCTTGTTTTGTTGTCCGTTTTAGTCAAATCGTTTTGGTTGCTCAACACTACGATACAGTCCAAAGGACTTCTTCTGCTTGGAGTTGCCAATACTGGGGCAAATGACAAGGCTACTGTTGAGACTAAAATCATTCTTTCATACATTCGTTCATATTCCTTTCAAATGAGTACCTGTCTGTCATAACACAAAAAAGCTGAAAAAAAAGCCCTCTCAGGCCTATTTAACAGAACTGTCCATTCTTGTAACAAACTCGATTACTTGAAATAGTTTGTTGGCTTTCTGTCACGCAACCAGCCCAATTTTTTCATTACCATCAAAAATGTAGGAATATCTGCCAACGCTTGGATATAGATTTCCTTCATAGAAAGACTCTAAGTTAATGCTTGAATTACTGTTCTAGGCAAATTCCACTAAAATCCGATCCCCTATATAATAGGTGTCCACCAGGATCCAACTTATACTTGTCTAGCAGATATGTCGCCGCTTCTGGACTGGGCTTGCGCAAAACCGCTCTGACTGGTTAGAATCTATCTGTAAATAACATTAAAACCAATTCTCTTGAATACTTTGGCATTATACATGGTATAAACAAACTGCTGAATCCCTGCTTCATCTGCCCAAGCTAGCACTTCACGCGCGCCTGGCATCAAAACTGAGCATTCTCAGCCAGACTTTGAGCACGTACCTGATTGAGCACTTCCGCATCCAGTTTTCTCTCTTCTGCCACCTGCTCCAGCAAATCCTGCACAGAAAACTTGAGGATAAGCTCTCTAACTTCACTCCTTATCATAGGAATAAGCACAAATAAAAGATCTCTTCAATCCTGACAAAATCGCTTCGTAAGAATCAATAAAGGTCCCGTCTAGTCAAATAAAAGCTGTTTTTTGCATTCCCTATCCTTTCAACATCATATAGCGCTGGTAACGATAACGTGAAATAACCAGCGAAAACCATTATCCAAGTGTTCCTGCCCAAATACCAGGTAAGCTAACCAGAACCAATGCCCATCAGATAGCTGTCCCGATAGAATTCACACCACATCCCGATACTTGTCGCATAAAAAGGAAAGCGAGCATTTCTAATCCTGCCAAACTGCCGTATAGATGACTGTCCCTGTCACATACTTAAGGTTCCTAGTAGAGAAAGTGTCACTAGAACACTAGCCTCAACAGCTAGAGAATCCGTCGTATAGAGATGAGTTAGTAGTATCCCTAAGGCATAGATGCTGAAAGTTAAGGGCAACATGAGAAGTAGAGAAAGCCAAAAGGTTTGCTTGCTCAAACTAGCGACTCTTTCCCAGTTATCCTCTCCAACTGCTCGAGCTACCTGCATGACTGTTGCGGCCAGCGACGCCAAAGGCGAGCATGTAGTTAAACTGGGTCAAGACTTCTCCGACTGCATTCCCGCTACTACCTCCGTCCCAAAAGAGACGACCAAGGCAATGATCACTACATCCAGCCCGCATCATGAGACGTTCTCCTGCCGCTAACAAAATAGAATCAATGATTCATATCTAAACCAAGGATTGGTTTCTCGAAAATGAAAGCTTTAATTGCATACAAAAAATCACCAGACCGACTAAGCGAGACAAGATAGTCCCCCAAGCAACACGCTCTATCCCCATGTCAAGGATAAAAATAGCTAGACTGGAAAAGAGAATATTCAAGGCATTGGATAAAAAGACTAACATAGAGGGGGCAAAGTTATGCATTGCACGAATCAAGGCGCCCAAACTGGTCATAAAACTTCAGAAGAACAATCGAACCTACTAAAGAAAGGTAAAGGCCCTCCACTTTCGGCCACAGCCTGATCAGTCCCCAAAAGTTCTATCATCTCTTGACCAGCAAAGATAGACCGGGCCCTAAGCAAACTCTTAGCAAGGTAATCTTCAACGCCTCAGTCACATGGTAGGCTAAAACGGGCTGATCTTTCTGCCCAAACTTTTTGAAATAACACTGGAAATAGCAGCACCCAGAGCGATGAAAATCGCCTGATAAATCGTGATAATATTGCCAGCCACTGAAACACCTGAAATAGCAGTTAAGCCCAAGTGAGCGACCAAGTAACTGTCTACCATTTTCAGGCATCTGCAAAGTTTTCCCCATAGCTGGCAGTGCCGTATTAAAATCTGTCCTTTATTTTCCCTGACAATCTGCTTCCTCCTGATGAAAAAGAAACTCAGTTGATTTTTGACGATTTACTTCCTCTGTCTTAAAGTCCTAGATAAGCCTCAACCGCTGCTTGCATGTCAGTAGCTGCCACCATTGTCTTGTGACGAACTGGCGCAGGTTTCAAGGCCGTCAACTGCTGGTGGCACTGCTACTCCTGAAATGTCGTGTAATTGAGCCAAGGCTTCCAAAGTCAGTTAAGCTACTGCCACCATATTGCAACTACCACTGCTATCTGGGAACTTGTATGGACCAGCTGTTGGAAGCAATCACGGTCTTGGTTACATCGCCAGTAGCCGCTTGGTATTTTTATAAACTGCTGAGGCAACGCATCATGTGGATCCTCGATATAAGAATCTGACTCATAAACACGCTTGATTTCTGTTGCCGTTTCTTCCTCCGTCGCATATTCAGCTGCAAGGTTCCAGAATCGCTGCATCAAAGTCCCTGTCAATTCATATTGTCCTTGTACTCAAGGCGTTCATGAGTTCAGCTGTCTTAACGCATCATTCCCAAAAGATGGAAAATCAAACGCTCCAAGTTTGAAGACACTAGAATATCCATGGATGGGCTAGTTGTGACCTTAAACTCACGTTTCTTGTCGTAAACACGTTATTTTTAAAGAAGTCGGTCAAAACATTATTATCATTTGAAGCACAGATCAATTTATCAACTGGTAGGCCGATTTGTTTAGCATAAAAGGCAGCTAAGATATTGCCGAAGTTCCCTGTTGGTACTGTGAAGTTGACCTTTTCACCAGCCACAATCTCACCAGACTTAACCAATGGGCATAGGCATAGACATAATAAACAACCTGTGGTACCAAACGACCGATGTTCGCAGAGTTGGCTGAGTGAAAATTGCAACTTGTTCCCTGCCAATTTTTCACGAAGTGCATCGTTAAACATGTTTCACATTTTGTTTGCGCATCATCAAAGTTTCCATCCAATAGCGATAACATGAGTATTGTCTCCAGTTTGAGTGGTCATTTGCCGCTCTTGTACCTTGCTGACACCATCCTTTGGATAAAAGACGATAATCTCAGTACCAGGTACATCCCATAAATCCAGCCATGGCTGCTTTTTCCCAATCTGTCACCCGATGTCGCTGTCAAAATGACGATTTTGTTCTCCAAACCATCGCTTTTTTAGCAGCAGTCGTCATAAAGTATGGCAAGATGGACAAGGCCATATCTTTAAAGGCAATCGTAGAACCATGGAACAATTCCAGTTAGTATTGCCCATCCAGTTTCACCAATGGCGCAGCCAGCTGGGGTATCAAACTTGCTATCGTAGGCATTGTTGATACAATAATCAACTCCTCCAGCTGTAAAAGTCATCTAAAAATGCTGACAAAACTAACTTAGCCCTTCTTGGTAAGAAGCATCTTTCAATTTTCAAAAGTCCAAATCTACTTTTGGATAAGTAAGAAGTGTAAATAGACCTGCATCCAATCCGCCAAACCTTGTAAAATAGCTTGGCTGGCGGTTACTGTATTATTGGCATCACGCGTTGATTGATAAACTAATGTCCTTGAATCTCTATCCTTTATCTATAGTCTCTTCCATTATATCATGATTTTTCGAAAATTCTCCCTTTATAAGAAATTATAGGCCCAATTCTTCTTTCAAAGGCTGTAAATAGGTCATTTCTTGCTTGCCTCTCTTCTCCAGTCCTTCCTCGGCTAGAAGAGTAATTCTTTTGAAAACTCGACAATTGCAGTTTCTTCCTCATCTGTTAGCCTTTTCTTAGAAAATTGTCGCCTCAATGACTTGTAATCACGACCAAATGTGATAAAAAATGGAGCAGCTCTAAGTAAGCTTCTAACTTATCTAAATTAACTAATAATCCCAAGTGAAGAGCTGACGAAGCAAAAGTCCTATCAAGCGGCTGAGTACACACACTACCGAAACTCAATAGTCCCTCTAGTTGTTAAGTCTTGGTACTGGTAACTACGGTGTGTCTGAAAAGTCCTTCTCCTGAGGATAGATTAATACTTCACATCCCCATTAAGGGTAAATACCTGGATTTCAGGTGTAGTCAAATAGTTCCTAGCCTGAACAGGATAAAAATAATAAGTCTGCCCATCACGCTCCGCTGTGAAAATCGCAGAATGATCTAGATAGTCAAAAAAATCCTCCTCATCCTTAAAGAAGTCTAGCATTGACACCTACATTCTCTGGATAGATATGTGTGCATAGATTCTTCCCAAAAAATATCTCTCAATTTTAGTCATCTCTCCCAATCTGCCCCTGAAAACTCAGAATTTGCAAACAAATAAGCTTTTGCTGCTTCAATTTTGGCGAGTAAAAGCATTGATAACACGCAGAAAGTTAGACTTTGAAACGTCCAGTTGAACCTGACTTCACAGATAAAGGCACCATACTCGGGGAAATGATGTAAATCTGATTTAGTTACATTTCTACTCCAAATTCAGACTGATCGCATCAACATCTGATGGCGGGGATAATCCACTGGACAATTCTCATTTTTATCCCAGTTGGGATGATGCAGCCAACAATAGCATGATTAGCTTCACCCAACTTATTCTGAATCGTAGCCATATAGAAGTTAAAGCGTTCTTCTACCTCTTGGATAGATTTAGCCCTACCAAAGAAACCAGAAACTCAACGGTCGTATAAGCAACTTCAAAATAAAGATTGTCCCGACTGACCGGATCTAGTAACTGAATTGGATTCCAAAATCATCAACTTTCTCAACTGCTGTAAACTTTGAAACAGAAGATAAATACCAAAACAGTTCCTTAACAACCTCTATCCGTAGCCTTGCCTCTAAATTTACAACAGGATACTCCAGCTCAACTTCCCCAACAAATAAATCAGAAAACTACTCTTTTATATTTTCTAAGCGTCTTAGCGCTTCTTAAGCGATCAACCGGGTGAGACATTAACCACCGACTCTTTCATAATCTACATAAAATGTGAATAAGTAATATTATGCAAAAAACACTAGAAAGTGATTAGAATAAGAAGAAAAAGATCATTCATCAGTTATCTGTACTTAAAGAAAAATATATCAAAATCTTCACTAAATCAAAAAACAAGGATTACGAAAACCTTGTCTTTCGCCAAACTATACCGGCGGCCGGGGTCGAACCGGCACGTCCTTACGGACACTGGATTTTGAGTCCAGCGCGTCTGCCAATTCCGCCACGCCGGCAAATAGTAACTACTGGGGGTAGCTGGATTCGAACCAACGCATGAGGGAGTCAAAGTCCTTGCCTTACCGCTTGGCTATACCCCAATAATATAAAATAGGCGAGTGATGGGATCGAACCCACGCATGCCAGAGCCACAATCTGGTGTGTTAACCACTTCACCACACCCGCCATAATTCTATAAACACAGGCAGTAGAATTGAACCCACACTGAAGGTTTAAGGTGTTAGTTCTACCTTTAAACTATGCCCGTAACTAAAAGGAATGGAAGGAGGGATTCGAACCCCCGAACCCGAAGGAGCGGATTTACAGTCCGCCGCGTTTAGCCTCTTCGCTACCCTTCCTAGTCATAAGTATGTCATGCTGGCGCGAGACGGAATCGAACCGCCGACACATGGAGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCAAATTGCGGGAGCAGGATTTGAACCTACGACCTTCGGGTTATGAGCCCGACGAGCTACCGAGCTGCTCCATCCCGCGTTAATAATAAAAAGGAGGATGTGGGATTCGAACCGCACGCTTTTACGCCTGACGGTTTTCAAGACCGTTCCCTTCAGCCGAACTTGGGTAATCCTCCAAAATAGTCCGTACGGGATTCGAACCCGTGTTACCGCCGTGAAAGGCGGTGTCTCCAACCCCTTGACCAACGGACCATATTCATAAATGAGGCACGAGTGGACTCGAACCACCGACCTCACGCTTATCAGGCGTGCGCTCCTAACCACCTGAGCTACGCGCCCAAGTTAAAAACTTGTGAATTTGAACAAAGTTCAGCGGGTGACGAGAATCAGACTCACGCGACAGCAACCTTGGAAGGCTGTAGTTTTACCACTAAACTACACCCGCTGAAATGGGAGTTAACGGGATCGAACCACTTTGACCCTCTGCTTGTAAGCTGGATGTCTCTGACTGAGCTAAACTCCCAAAAAGGAAGCCTCTAAACTTCCTATTCTGTAAAAGCGACTTCCATATCTCACGAGGGGCAACTGTACTTCCGGCGTTTAGGAGCTTAACTGCTGTGTTCGGCATGGGTACAGGTGTATCTCCTAGGCTATCGTCCATAACTCTGAGTAATACCTACTCAAAATTGAATATCTATCAAATAATTAGAAAAACCATACGCTAAGTTTCTCAGTTACTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCTTCACATGTGTCCCACACTTCCGCTTCTAACCTATCTACCTGATCATCTCTCAGGGCTCTTACTGATATATAATCATGGGAAATCTCATCTTGAGGTGGGTTTTACTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTGCGATGCCTTTGACAAAACAACTGGTACACCAGCGGTAAGTCCACTCTGTAATTCCTCTCGGCTAAAGGAGCAGATCCTCTCAAATTTCCTACGCCCGCGACGGATAGGACCGAACTGTCTCACGACGTTTCCTGTGAACCCAGCCTCGCGTGCCGCTGTGGGCGAACAGCCCAGCCCTTGGGACGACTAAAGCCCCAGGATGCGACGAGCCGACATCAGGGTGCAAGCCTCCCCGTCGATGTGAACTCTTTGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGCAGGACCACCCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAAAACCGCCTTACCTTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACCTTTGAGCGCCTCCGTTACCTTTTGGAGGCGACCGCCCCAGTCAAACTGCCCGTCCGGAACTTTTGTCTCGTCAGGATAACCTATCTGAGTTGAAGTGGCCATAACACAAGGGTAGTATCCCAACAACGTCTCCTTCGAAACTGGCGTCCGATCTCATAGACTCCTACCTATCCTGTACATGTGGTACAGACACTCAATATCAAACTGCATTAAAGAAGCTCCATGGGGTCTTTCCGTCCTGTCGCAGGTAACCTGCATCTTCAGGTACTAAAATTTCCTGAGTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTAGGCTTCAATTCATACCTTCGCGTTACCTTCAAGCACTCCTCTTAACCTTCAGCACCAGACAGGCGTCACCCCCATCATCATCTTACGATTTAGCAGAGAGCTGTGTTTTTGATAAACGGTTAGCGGGCCTATTCACTGCGGCTGACGTAAAGTCAGCACCCCTTCTCGAAGTTACGGGGTCATTTTGCCGAGTTCCTTAGCGAAGTTCTCTCGCTCACCTGAGGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATGTTTTTAAACGCTAGAAGCTTTTCTTGGCAGTGTGACGTCACTACTTCGCTACTAAACTTCGCTCCCATCACAGCTCAGTATTGCTAAGAACTAAGCATTTGACTCAATTCACACCTCCTGCTTGAACGAACACTTCAATCGTCTGCTTTAGTTAGCCTCACTGCGTCCCTCCATCGCTACATACTCTAGTACGGGAATATCAACCTGTTGTCCATCGCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGGGCGGACGAGCCTTCCCCTGGAAACCTTAGTCTTACGGTAGATTGGGATTCTCACCTGTCTTTCGCTACTCATACCAGCATTCTCACTTCCTGTAGATTTCGCCTCCTCACAGTATACCTTCATCACATAGGAACGCTCTCCTACCATACCTATGAAATTATCACAGCTTCGATAAATTGTTTTAGCCCCGGTACATTTTCGGCGCAGGTCACTCGACTAGTGACTAGTACGCACTCTTTGAATGAATAGCTGTACCAAGCTAACATCCTAGTTGTCCTGTGCAACCCCATCCCTTTTCCTTAACAATTATTTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCGATCTGACTGCCAGAAGCCATAATTCTTGGCATTCGGAGTTTATCTGATTGGTAATCCAGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAATCTCTAATGTCGACGCTAGCCTAAGCTATTTCGGAGAGAACCAGCTATCTCTCCAAGTTCGTTTGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAGCATGCCCTGGTTCAGTCCTCCAGTGCGTCTTACCGCACCTTCAACCTGCTCATGGGTGAGTCCGCATGGTTTCGGGTCTGCAGCACTTGATACTAGCGCCCTATTCAGACTCAGTTTCCCTGCGGCTCCGTCTCTTCAACTTAACCTCGCATCATATCTACATCAACCTCGCCGGTTCATTCTACAAAAGTACTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAAGGTTCTATTTCGCCTCCTCGAGGCCGCTGCCTTTCCCTCCTGGTACTGGTTCACTATATCGGTCACTAGGGAGTATTTAGGGTTGGGAGATGGTCCTCCTGGGTCCGACGGGATTTCTCGTGTCCCATAAATACTCAGGATACTGCTAAATTTAAAGACTATTTTAAATACGAGGCTGTTACTCTCTTTGGCTGATCTTCCCAAATCATTCTTTCTATAATCTTTGAGTCCACATTGCAGTCTACAACCCGAAGAGTAAACTCTTCGGTTTTTGCCCTCTGCCGTTTCGCTCGCCGCTACTAAAGGCCAATCGCTTTTGCTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCCCTGCGTCTTCCTCCTCATCCTTAACAGATATGGGTAACAGGTAGTACCTGTTGGGTTCCCCATTCGAAATCCTGGATCATCCTTACTTACAGCTACCCAAGGCATATCGTCGTTTGTCACGTCCTTCTTCGGCTCCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTCTGACCTTTCAGTCAGTAACTCTTTTAATACTACAGCGTTTCGGTTTATTTTCTTGTTACTATTTGATATAGATATTCAATTTTCAATGTGCATTACTTGGTGATCTCTACCAATGGAGCCTAACCCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCAGCTGAGCTAAGGCCCCACCAAGACCTCTCAAGACTAAACAAGACCAATGCGCAGTTCTTATCCTTAGAAAGGTGATCCAGCCGCACCCTTCCGATACGGCTACCTTTGTACGACTTCACTAATCATCTATCCCTTGAGCTGGCTCCTAAAAGGTTACCTCACCGACTTCGGGTGTTACAAACTCTCATTGGTGTGACGGGCGGTGTGTACAAGGCCCGGAACGTATTACCGCGACGTGCTGATCCGCGATTACTAGCGATTCCGACTTCATGTAGGCGAGTTGCAGCTACAATCGAACTGAGACTGGCTTTAAGAGATTAGCTTGCCGTCACCGGCTTGCGACTCGTTGTACCAGCCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCAGTTTATTACCGGCAGTCTCGCTAAGTGCAACTGAATGATGGCAACTAACAATGAGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTCTGCCTCTGTCCCGAAGGAAAGCTCTATCTCTAGAGCGGTCAGAGGGATGTCAAGACCTGGTAAGGTTCTTCGCTGTTGCTTCGGAATTAAACCACATACTCCACCGCTTGTGCAGGCCCCGTCAATTCCTTTGAGTTTCTTCTTGCGAATCATCTCCCCAGGCGAATTTGCTTAATGCGTTAGCTGCGGCACTAAACCCCGGAAAGGGTCTTTTCGCACTCATCGTTTACGGCGTGGACTACCAGGAGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAAGCCGAAGCCGCTTTCGCCGCCGGTGTTCCTCCATATATCTACACTTTCACCGCTACACATGGAATTCACTCTCCTCTTTGCACTCAGTTAAACAGTTTCCAAAGCGTACTATGGTTAAGCCACAACCTTTAACTTCAGACTTATCTAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGACAACGCTCGGGACCTACCGTATTACCGCGGCTGCTGGCACGTGGTTAGCCGTCCCTTTCTGGTAAAGAATACCGTCACGAGTGTGAACTTTCACACTCTCACACTCGTTCTTCTCTTACAACAGAGCTTTACGATCCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGTCAGACTTCCGTCCATTGCCGAAGATTCCCTACTGCTGCCTGCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCTCTCAGGTCGGCTATGTCGTCGCCTTGGTGAGCCGTTACCCCACCAACTAGCTAATACAACGCAGGTCCATCTGGTAGTGGTGCAATTGCACCTTTCAAACGGTTATGCTTGCATGTGCTATATGCGGTATTAGCTGTCGTTTCCCAATAGTTATCCCCCGCTACCAGGCAGGTTACCCGCGTTACTCACCCGTTCGCAACTCATCCAGAAAGCAAGCTCCTCCTTCAGCGTTCTACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAAGTTTGAGAGTTCTCCTCATTTCTGTCACTAGCAGATTTGTTGTTTTTTTCATTGTTCGAGTACTATAACCTTAGTTATAGTGCCCTGCCCACATTGGTTCGTCTTGTTCGGTTTTTCAAGGTCTTTGTCACTCAATCTCTCAAGCGACAACTATATTAGTATATCACAGCTGTTGACCTATGTCAACACTTTTTTGAAAATTTTTTTACTTTTTTTCATCTGCGATACACATAGTCCGTACGGGATTCGAACCCGTGTTACCGCCGTGAAAAGGCGGTGTCTTAACCCCTTGACCAACGGACCTGAGCTTGTCAACTCTCTATTATACCTACTTTTTCCTCTTTGTCAAGGACTTTTTTTAATCTCCTATACAAATTTTTTCTATGATAATAGAAAAAGCCAGTTAACTGACTCTCTCTATTTTGTTTGCCAATTAGTCGCGCGTTCCTCTCTCCCCACCAGTAAGGATCAATTCGGCAACCTTGATTGTTTTTCTTGCTTCGTAGTCCATCATGAACTCTGCTTCTTTATTTTCAGCATTCAATTCTAAGAAATTCTCTGCATGCGCCACAGAGGCATACCCGAACTTTCACCGTAAGGCGGTTTATCTCGAAAAGCGAAGTTTTCTTAACTTTGGTTTGTCCTGAAAATTGATACATATTGAAGAGCTGCTCGTTCTGCACAGAGATGAAAAACGCCACAAATTGCACCACTCCACTTCACAAAAATCCTGTGAATATCTGACCATCTTCCGCTTCTACCGCAGCAACAGCATGGTTAGCATAAACAAAGTCAGAAACTTCATGAGATTGTATAAGGTTCGTGCTTCTTCGTACATCTTTTCCAGATATCCATTGGAAGTCCTTTTTTATTCCGGAAATCTCTTTGAGCATGTTCTCGATATGCTGGATAGATTTTCGACCTGTCGGTAAATCGTATCTGGAAGTTCTGGTCCATGCATTTCCCCTGATACAGCAATACGAATCGGCATGAAGGGTTTTACCCTTGATACCTGTTTCTTTTTGAACTGCTTTGATTTGTGGGAAGATGTTCTCTGTACCAAATTCCTCATCTGTATTGCTTCTAGTTTCGCTTTGAAGGCTTCTAGAACAACAGAGACAGTTTCTCACCCATAACCTCGCGCTCAGCCGTCTGTCAACTCTGGGAAATCTGAGAAAAGATCTGTCAATGGAACGATTTCATCCACTGACTTCATTTGTGGCTTGTAGAGTTCTACCATTTTTTCAGACTTGTCAGTCAAACGTCCTGCTTCTTCTAAGTAAGGGTTTGGCCATTTCAAAGATAGTAGCAAGTTCTGCTCTCTTGATCTAGTCGTTGCTCATCCAGTCTAGTTTCTTCTGATCAAAGGCAGCAGGTGACTTGCTGAGACGATTTTCATCAAATAGTTTAATCCAATTCCTCACGAGAGAAAATTTCATCTTCGCCACCTGGATTCCAACCAAGAAGGGCGATAGATTAAACACAGCTACTGGCAAATAGCCTTTCTTACGGTAGTCTTCAATAAACTGAAGGGTATTGGTGTCCCGTTTAGACAATTTTTTACCCGTTTCAGAGTTGATAATCAAAGTCATGTGACCGAACTCTGGTGCTTCCCAACCAAGTGCTTCATAGACCATAAGCTGTTTTGGTGTGTTGGCAATGTGGTCATCGCCACGGATAACACTTGAGATTTGCATATCATGGTCGTCAATAACAACGGCAAAGTTGTAAGTTGGGTAACCGTCTTTCTTTTGAATTACCCAGTCGCCACCGATGTTACCACCTTCAAATTCGATATCTCCTTTGACCATATCATGCCATTTGTAGATACCAGATTCATTACCAGCCGACGAACCGTTGGGACGTTCACCACTTCTTCACGTTCTGCGATATAAGCTGCTTTTTCTTCTTCGCTCATGCCGAGATATTCATTGATGTAGCGTGTTTCGCCAGCTGCTTCTTGGCGTTCACGTTCAGCCGCCAACTCTTCTTCTGTAACGTATGATTTGTAAGCTTTTCCTTCAGCTAACAATTGGTCGATGTATTTTTGATAGAGTTCCGACAACTCTGATTGGCGATAGTTTTCATGTGTCTCAGGCTTTCATCCCAATCCATGCCTAACCAACAAAGTTTTCAAGCTGTGAACGTTCACCATCCTCAACATGACGTTTACGGTCAGTATCTTCGATACGAATGATCAAAAGTTCCGCCATGATGGCGTGCGTAAAGGTAGTTAAACAATGCTGTACGGGCATTTCCGATGTAGTAGTCCTGTTGGACTTGGTGCGTAGCGTACGCGGATATCTTTTGACATAGTTTCTCCTATAAAGTCTCTAGGCGTCTGCCTTTTTGCTTTCTATATTATATCACAAGTCTCGCCTGAGTCCAATGTCTACGAATAAAAGAGGAGTAAAAAGAGTGGACAAACCACTCTTTTCTTCTATTATAGACGTGCGTTAAGTTCTTTACTCAATTCTTCCAAATCCTGGTTTTCCAAGAAGGGCAAACATGTTACGTTTGTAAGCACAACACCTGGTTGGTCAAATGGGTTGATGGCATTCAAGTAACCTGAAAGAGGCGATAGCCAATTCGAAGAAGTAGATAGTGTAACCAAAGGTAAAAAGCGTCTTGCTCCTGGAAGAGTCACGTACATGTTTGGTACATCACCATCTGTAGGCAAGAAGAACACCATCAGTTGCTTTTTTGTTTACAAAGTCAACGTCTTTTCCTTGAAGAGTAACCGATCATCAGATCTTCTTCCAAAGTAGGAATGATCACGTTCTTACGTGGTTTGTCAACACGGACAACTGTTTCAAACATGATGCAGGATTCCTTCTTGGATAAATTGACCAAGTGAGTGCAAGTCAGTTGAGAAGTTGGCTGAAGTTGGGTAAAATACCTTTTGGTCTTTCCCTTCTGACTCACCAGCCAATTGTTTCCACCATTCTGAGAAGTATTGAAGCGATGGCTCGTAGTTTTACCAAGATTTCAGTCGCATAGCCTTTGCGGTAAGGATGTTACGAACTGCTGCGTATTGGTAAGCTTCATTTTCTGAAAGTTTATCTGAAGTGTAGTCTTTACGAGCTGCGTTCGCACCTTCCATAAGGGCTTTAATGTCAGCACCTGATGCAGCGATTGACTTAATCCAACTGCTGTCAATACTGAAGCGTCCACCGATGTCATCTGGAACCACAAATGTTTCCCAACCGTTGGCATCTGCTTCAACCTTAACAGCACCTTTTTTGGCGGTCAGTTAGCGTAGGCCATTGTTAGCTTCTTCTTCACGATAAATATTTCTTAACCAAGAGTTCTTTGAAGACACGGAAAGCAATTGCTGGTTCTGTTGTTGTACCTGATTTAGAAATCACGTTTACTGAGAAGTCTTTGTCAGCTACGTACTCTACCAAGTCAACAAAGGTAAAAAAGTAGATGAGATTGAGTTCCCAGCATAAAAAGTTGTGGAGCTTTGCGTTCTTCTTTTGTTTGCAAGTTAGCAAAGTGGGTATTTTCAAGAAGTCGATGGCTGCTTTGGCACCAAGGTAAGATCCACCGATACCGATCACAACCAAAACATCGCTGTCTGATTTGATTTGCTCGGCAGCTTTCAAGATGCGGTCGAATTCAACCGCGGTCATAATTTTCAGAAGGGTCCAACCAACCCAAAAAGTCGCTACCAGCACCAGTTCCTTTACGAATCAAATCCCGGCTGCGGCCCCAATTCTTGTGCTTGCATGTGATCCGCTTCATGTGGGGCAACAAATTTGTCTAAAACTTTTGAATAATCAAATTTAATATGTGACATGATAATCCTCCAAAATTTCTTCTTTTTTCTATCATAACGCTTACCTTCGATTTTTCCAAGCTTTTGTGAATTTGCCCAATTTTTACTTGCTCAAATTCAAACGTTTGCGTAAATTTTTAAAATATAAAAATCTGAAAGGACGAATAAAAACGGCTAGAGTCTCTAACCGTTACAATTCATTTAATAAATACTCAAATAGTTCTAAATTGCCATCTTCTTCATTGACCGAAACTCTGGATGCCACTGCAAACCGATGATACGGTGCTCGTCGATAGACTCAATCGCTTCAATAGTCTGGTCTCGAGGATCCTGCTGTCACACGGAAATTAGGCGCCAGATCTTTAATACTTTGACGATGGACTGAGTTGACCTGACTTTCTTTCCGAACAACTTAGCCACCACCTTCCTTCTACTGTCTCAATAGAATGAGAGGTTCCAAAGAAGCAAACCTTGCCAGTGACCTTCAATTTCTTGGTGAAGAGTGCCACCAAAAGCAACATTGACCAGCTGAACCCCACGGCAGATTGCCAAAATGGGCTTATTCTGATGAAGTGCTTCTCTCCAAAGTGCCAATTCAAATTCATCACGGACTAGGTTGTAATCGTCGCTCTCAATGAATTACTTTTTCTCTCCATAAAACTGAGGATGGACATTTTGCTTACCTGTCAAGATGAGTTTGTCGATCATTTCCACATAATCGCAGACAATGGACTCATCTCCTACAGGAATCACTAAAGGGAGACCATAAACAGTGAATACTCTGCGAATTTACAGGATACAGATGAGTGGATGTTTTTCCCTTCTGCATCTACAGGACATAGATTTGCAGCAACTCCTACAACTTGTTCTAGCCATAATTATTGTCTCCTTTCAATTTTCTAACGATAGTCTATCTTATCATTCAAGCTCTCTGCTGTCTAATATGTTTTTAAAGACCGTGATAAGTATTTTTTATGGATAAGAAAGTTGCCCAAGGACAACTTCTTTCTTATTCGAAGACAAATTGATTGTGATACAGTTCTGAGTAGAAGCCGCCGAGCTTGAGCAACTCGTGATAGTTTCCACGTTCAATGACCTCTCCATCTTTGAGGACAATAATCTGATCGGCATTGAGGATGGTCTTTAAACGATGGGCAATGACAAACTGGTTCGTCACCTGCCACAGCCGCCTCCATGGCATGTTGAATCTTGCTTTCTGTTACGGTATCCACATTGGAAGTCGCTTCATCTAGATTAGAACACCCGGGGATCTGTCATCAAGGTCCGAGCAATGAAATCAATTGTTTCTGACAGTTGAGAAGATGTTTTGCTCATCATCAATAAGGGTATCATACTTATCAGGCAAGCTTTCGATGTAGTCATGAATATGAGTTGCCGCCCAGCAGCTGCTTCGACCATTTCCTGACTGGCATCTGGCACACCGAAAGCGGATATTGTCTCGGATTGTTCCTGCTAAACAAGACCGAATCCTGCAGGACAATCCCGACCTTGCTCCGCAGGCTGTCCAAGTCGTAGTCTCGGATATCTTTGCCATCAAAGGAAATGCTAACTGCATCCAGCAATACATAA + %'%''$#%/-577<,'=:B=9>=9CIHD=GGFE8-*1CAEM@A@???CA<;?9<0*.<<<9<.20&&:>CD<-<'DDG=:?@859=>=<;8+(35?>?===---96956=6;>;))%'#%(+;;982(,&)079==@8*56=?==>=7(&''(.$@??55=>DDBA?89>?GJ@?EFBGDDBFI6B=*0/8+9:<61+-&'.&<>BBG@EG>@DC;:EGFC?3;A;?4633',:7<69=?:42078+*&)4''4:7:-.0)'',..232CC?;426:8:-'.56=<=@EAEBD@C612/%$&'4785:71&(-***'%%=99258=1?;@@15<>=>B@E,5GD9%'',27577;&:.-98:ECECC46;<=B35AB<=A78.,*('484;0)&*1+*&,&','*$---55-())(*5:71-.16666&7<><:(-548>JA8A65;779543,2856993--0$30%%(&.'#(01229+$$'-.449;;4H;;=;23/298**000:65+38=4<<2&)49:,/60/==ACA@5+=?ACA;@=33:8644>521CCA<@=/,++4;788*974'&1377(//(&4?B?A.?1933/3:6665*--.1*+()*-./01):56515*'**8/CD3&-?==AA?6CFHGB@>?A>=AA;-4.=DEA?=@E8.45/,386&5;?=5BCBDDEGEGDA>3?@168BGE:FHH?4(();9CHF>?77;7=&&8$)9+=@@>><;@;<:AA45=?=76?;A98*$&&('*.0(&&$.1221-+*+)%$/-((,((907:>B<,:L@?@/'-434567<89-0,.=2.6><9:*7;<%.%%&%&,A?A@@=0*;<:?<=@7?5+*++*())-/'#$$#%244;:<:48=8/>D@9:::@D>CD>.>@BCF;ECEG9?985BD=;6<8::899+665;;=<01-/27DE;8**,,4AB??EDAAE=>?<>969;34:>;1((())'&'..437:6:.,.'&&%215>=>((+>6:9696?:B'7074;40+1.))/.4.(%'&'%'(--,-/$&14014?:A==<>=<:9A=>97;2;:;9'$&,(6.2232,+/888:-7:8-*&&&&'-,4034+.9?6;>C@DFHAD9:EGD2;>>6?=9)%'7;>>9>:>AA??;==?=+2:;==>8<<:=+4583-+-21668:9>>;=9@6%8<>9<@>:<@D=/)9<9?BGFHB)5BGEDCC:7**388,,/3584-11%&35-68??A?CC<(-).:))54;>66,)0.346<<:)&3359>8:=EEFD<:<9.5=>@8:5C>:68HHB>>:AA:33DD=)3>CCAEE@=6*'-6;>=;:(2;@?>863HHH=+63?=<9=AAFELA?;@BCBB>@=DA@>>;8=48@>:CE=GE<<)=?@:A1,,96<53'3.-56:/89?=CE=A<8;8:>;*&DAB<9AD?>BGHFDEE;>F;;8=DE>A<11002:@?@+%%%79=4(4633').08BCD?F=>>?=:36=>4$2&(26746::9,27@79@BC=141-,--.:<>4>?==F=;E8KC:914BB@?>?=20646>>:;8>>,5<@A>&,<<64:B@A8@;GC448>>AB,?:CCB?><6:57BA5-//0>=7::<(46)-1246;=>:A<=>$9@>+-+8(B.12:;;/-*+>/0*2''((*:@9+:-36:-39;1&&&&$*256993:>ACB>7EB@-03/.5-1:)*#$$$$4999A7A?BA?><=>;:@>HDD6:=19<@>?9@=='));=<<;9:<-:9<=;+,>49%74442.3:C<)%24=HHGGBF=:-4,1/&321/69:=36529><6323),'3(5(,224<,-19@=G@?B?79:6442,+*)*(./'463;58@@:<>?C'67:==9:@B:<,-*).7.-<76>7<<=?678A@A@79879)%5(66=,>C=;<7:C>===;9865931-087367.(?@B@?8?:?;;+87&09725=8DGBDC@?8'6=??<16<<=D;?D9E>>=@FA4230(0;=B=BB<;AB@B9D?@E>?=9/%*>>@F@<:7.02286*89?>:7;370;<45(2/5@E??>>:>@?@@6=FFDBACC=@5GFEJB=26:@B@?;8;@;9=8:@?45@BA@@?3==91/8;;366:-'15@A70:=;CG9<>===FA665$335,59;588<998242;:97:,15;88/)1227675AA??BDB<:>8;>=BC84276,.4564EEC=?>D1>.=??>6::B8B@ELG@?===;9:1677')')(09)?A>?:8;=56(&%-),,5777=D>45>=:@BA879:@;*,4--,;<9744@@IJ@.)@AB86.-,'&+)+)+++9=EECDB:CDG?76448D<434.:9=3:>=)$#/&$$0)-.0*+(3<9;;=D=<;A<>>.;9=EF=F;88*78;<<:;;:9A<=3<6<73AC?AJHFF8;77/C??BA-':??;CC7:D<2734=?>B@;7<=;6;:7=>>;A6BC9BC;FBC?>GI;<3:667697<689;;;6700ABF:;89=CC?@>BA9=<),)))7?=;<3BC5?=?<4475>299657=57A@44>>@269/1:>4:>42210-,&%%%$0557@F=DE@B5B86BFF1/4559//(-(.6:55769:;FHJ?>>3;=05036)6<;B;77,:@359+;6*89901$3323)&67<;=>?;@/)D=FAC>=543554*5,.6185$*&59:8<::73A?=>8008@B@:895227+*&::<8<88AD7;760&%*'(((1<44@5=>A<9?=;/*.67=<37349=)74/04679?A8A5217695,)*))6;;::A722?<2;;<=;BBD<;36>AGIE=@AA:0=21=B>;54::;?<,*446>4=422223-'*0588::;=D@A@AA@<:<@BAE?<136;968866267%***'<67<>CD?F:9DE9-1?2.&9868&'649:76*&45106++==:5-6533?=7?@DB=D<=?7&&875<==?:7;=>,,.31,->C8425@?@8GKE<=49A8*';:C7@??E@7(':>B><;>;B?A?;53,84173BEFB9C:?G@@<>@C68339?8?B=1--1*;EFG89@ECA2798:;4*#$')()+&()+58=<2*/14:75=9.2ECA?7=-.1<;;=@C>AAG>5:($2:;=<>>ACB5+3%(*((&+++'%*578-7589)>@93231667BA2433:B>8=>>>:97:CCC>9:FD?C:>:*?@B<=>.*8<03?B9:78++78,.6:;6-255/+&'%##%,9;1116;+&%$,,,,*%%&%%&088;7?@E@*6==BDE=897..364;F419??<9C9BF@?833(-/?=<;1388*&-*49@;<:?A887A?::7<:;;6-(*(($&*(&&)'%%(+2077@B9@@=;850//56658@<2<8;=;41'')6*'&&&)%*445@B:864))8:AC99@DDECFEEDD9@@A:;A8(&)*78768.7;7;?BBH=B<=446-(-*+$))/02/-*$(-*%'&#'),79<@?>;8>3:;<:?;79;:;<896%4.>534/257<;5/1//57:<;<<,433:8994:6'%3$;B><=;=44417:<*4?<3/-8*%357;:'89;;6%(0('),33+-%*354-5>>C?>;?2:4.513340%''(566749?G=@B;;7==?0=90=?B?96:3.+*(26<;>.=?8=:6?9@<=9;659@B6.,$'2<;86682,BAC?FHF=D:),)7$23;<>>;5-<61;:7;89:ACEKC6ADE7:;ACBB?=;B>=>C?A:E-,@:=968;145651+&+),,-.,-+-)$%($&.7=866-026;>,..19AE?DCACFHE4:BD?8>=+'(/0%2-''(01+225(-97;=?75(554/&%%%%%&%';==5>?A@=@C:CDB;5-4?BEINMDGHB42389EFB-6+(((&*==9.8/*)**+,174;.5&C;@=9/6&&08:9+25-73;=9,26;72&&#%-(.,/.,&8.&,5.064;'=49@B?EC0=?CHBF>@D?>F:7)';43$*#%&'*+//22--0))%&)5589<=D9;+)+++&(,+/0&&+%&'&&'($''((.6775::,=:8=<>6&&8>C<<9:?;9C?/$)(2,+2'''&,-)&0'#*601&'7911<4&&(*/8@5=A8B@@@**@?A5668*035@AC,>9:@**1:9A>;=>DE98EA,-);8>D@C8<@=>?;8@GHLJEDAA5==DFBBAIG?3<79<<&0CEFIGB9?:::.&'3)%5699557JGJ9=3B?-=9>EC?=><>BED@AB;*)$(&&*'/16644:*%$203756767*)146===B?@DEB9,,-+14@<:7;1.$,++$1$,*-66:863677:57;@BEIG8D3471-/@8*(>BAB:6:<;:3(93.,('210&&*+)%&&&$&'+,013303+(98122&%#))(2135+$$''+*',)&9==<?<;=9)/:@:FF=>E=@5113FBB;5+%&*//4)&&,+7,.-/+*)-6-<=@=41.'$))2.0:;>=;$)@>46/%%%%(&%%#(')55:78?A6>?@*%&6780/$*'')))53010)99:?AABFH7<,)62%8,,:7336;-/<6&&-12**8*+215/&#%%$#$$$))6679?:0'+(%..067%=A:=;<$$$'.+&*&'$)%)+++24344&)(,%$&$)*+4888@>:9:423,1'&.,&'/1.)5-&($(%$&''&%%$.2636863:7:CA<76*.2.2-@:@A@CDF>?A=>=@@A;:BC@@=?A8::BCBA??556#%*-:A9=C@>=,022:@>>36BEBE>64+A=3755>920/:;,*'*&$,-*(7'(*&%'$(&)736533'$&'#$&+839<>A1>=5233@B>EHD?HKC;>=21,44419;<:79800/.3-0,,22:,5+<+->CC@B;<>8BH@A?BACDEAAA2.;>DJKLE??9A>A?35CE866;CH:9<6DFG;=A@24;?8:?;;=0@?0'19@BCEOG@F=:>?@=GA9:AD9:EL=89878=>@@>AH>B88::/:89;,,$$+'00#$$#%'))((12%(%'1988<>114;C9::?2/+(-+.8--0217258<+(026334543&'&&')*%)2656)89-.-565?;ACC@><;65))(01)&#&1-/10;;GB?5@9;96+813;<89335378<:>=;=8=9:'))),0-6:=:?CHC34:><>>B:>BC@6.'=;*(13&'(()&(($%%*,02:45<>9(0/0'**-1($#$&+*,*<8*+,--111)1/%$00,,++'()8:A8)'.0+.47==<.+%%969?@A-*9?<>B@@A7@(5=5:==>;B651<(/-'&)(&$344:;46;@B<<:9;ACD@>BBG=/)-&),687/7045,,)(-%*%)$%('+-/200/-$&')).+-/002761.-*$(''+4577$$-6>@>1,,1*&'%%'%%#$-9(27:1,/-)**&//1B521&&,1001/***&##$''%(0>BB6./7=<=7:1-(##$(*0-00)%&%78>%/+1-9;520)953=:2'***6=>?99;7$$$)-*///.6)$&$&&&5-*%$568<>=DKPHBDFD<@=7>;ABA=:@CEI99=9<@;;<82,+)7*,./12/%#&%%$#(-&&*-.00+))+(/())$6321+''&%$$$$%%%$'&'-&)%##&''69>B@9D:<'?,3'*14553*%%#%%,/598>3'8835%//-3459:85+27<<9<=@?A?:B>/:*;BEBF>97+'&&&&=EB<38982<9>++,%**-57B;:=?8<&=@=/+A9<5+-...359,*(&#$#&'$/0-(%$*()'$'%%'.1)((1-:;97-4489>A98)($%/+0*+*$&$%()(*+(**%'$+(%*&%-0/%3:838BBB@30+/4(2433:C::ADC=>@=EFBDB;;87++-0:;;6>>;B?A7;.%$%&8':/<756@+6@>7??::=+;:8<6&+99<77CE:=<=CECB<>*:0*-)*%$$''&)-23$-+.+---2.6-7+;;A=.<8;:;-;:>)20:4<>6A8771300.(>??922:87AEHD@A:;<<82?==8*4*9577::1/26.*++&'$*++)+2792(.6>@:622(8==;/4>@6@987@?E6?BI><6019BAA;82.*6:;383.6:554471&=>@A=6??>>@7())%#&&&4677<:897./,%+.()1266489>CAA@0?;9)69:=>4&-++=HDA::<65@6697:83366640&&?<;)A@?BEFG)?,+9/,*(+)+)+39:93395+,*),+31019>@4257898;03<:59>A===76(.$#$%%%'',,'&##%'%'%#$$$%33(-+<7>@A975<<$'$9:.96;.#*('%&%,'%#$266==;@31(&,-:=@?,*93?<@@@>C=9<<<=<1%&/48:*96872>G??A=;9;3:.0958&028H>ICA?<99/;?3C>9C?=;83++)/8;=;@C836,7:+17+<:9;>:<;<7:=>@@AAB/DFD2%:CDBIH;I60,(%%&'$%$&&':<23)'$#&%##&-.2),587@:<<=BDD@CA%>B9-'68?92((9;;?@><,<>??8;CC?*=:8>DC2485+'&%%&''/20/:;>:DDDF>13@??>@:?B>;;=5/71@:;?EGB*&A;<;;==7;8((5?DAC>667AA4++(&'5/2&(/07'/54$-&*&--('&)&-/8;@BIGJ=?A<25*49;?;;=@>5:>?B:;346-'(&%%%$&&%*/2705@;52*(&)-152:>DC>8@>DBKH==E?G6CECCA:=;:D@BD8B43*+4*,,/..-,0*$*+:=>AA>GA);=?A@>G:>>??=?<512.*240,,:?>972/$$43:9-ADC<<:A65/737=6&-$(0**0)36@>B<7<@97($$*.113958@?2.>BF<87555)(661/(%&$-%*,*32014*,.&+'$20/.0<<<:=A@25:<FEC:<9,9?;/19==5965*482:C79EAEFCC>?:(4256667308'A9=9?:@6+/:7/&+)(39:10/6*)'%$%&&'+*./-0*4&'&*%$#%''%)+$*&&+-119;5500..1@A;474DE9>;&&$*,<<:<48?9<@@FHHC?=H>DK??E2-2>?6097BB>;5,0.&&%2,6:;<;72/.45BDCHFIF8@>A567>AA@:>==7'D%B>?=KNJ@FI:=<577>?<>FDDJ@7>1BBLNC<;<7?<:?@::-.:70,*8<:6,9?@@GACDA?=*&$(($%&'58;A>00/&6@D875<8;EDB:=67-9<>;;@;148,88*1986?DDED@;293210463$$&&,8<@>;B;CEC=9ABDJRA@@CEBHE449;<6;@CC>;B??6>@>AA=FN@DEE=CD6-=@A:?A?DDBA?@D79:.,0786*6=))+++'%:>?:=>==@:176=>=+=';;=<)+,2(:110/65;=?=38==64),8>=<99:<8?:ACGFAA?45$,CEB;42.,+,8@AB88@>?:BD@DH@&%969;CD%);:&%%'',,111?:=A;;6<19B058?>==<>BNJF88;5/*)#&%74?A?HGFC:&-./:BA=>=:KIIH;DJA9A?DCDGAHBBC=:IMKDF9@?>?BCBCEAHJJKA4@:9-6559BG=52%$%/0=@B6407:::33;=>@E<==<9,,.(839;>;8,2?=9677;56?<:=IED-80<@C<::>71)-5/=A@*3&/1,$$'+.+&(/.-,+&%&'%$##,./45,7;;8:85=@6:3)+:7*202>?@B@7-A?9B=:98+)%,$$%&///..,...21007><@C2-2,./&$$$/11)65:@851,(-,6851D?E?GD<@@4+;>>>B7+./9<<;:3=>>BHDDHA@70,-.9%*'67<3;:=6D89;?BD5>((700/)-:8)1$$$)7=<69;@A?CCIJF?@;<<87444/00(&&&,./*06569;;.?.7CHOEMJA5>EDLL?:=@>*;G>@FHCE;DBJPMD@EBF>C?6BEC.1/26+DOE;F/B=DC=>@5&$%&,&&335:285;@44.9=BCIE@-.$$).)2/,1477'60/6:;***()*.=-28;<>7:FG@CG=?AB814+*9@B=DFF@/@8:EDBFJE;?A;;<=;6856;8;A=GD<8:C9;HI8CJ@:(::667/165>:?9A-@D@<:=;<9AB@<@A?ABD47<6ACFEIA56>-=??C5?B?=9B@EDCB=>6@:.--.4334;>:AB8HLNIEE5;:CCAFDB7ACEDHGD?0+8=,(=9:8=?+%%%'8:95:CGFGMJDDGE@?BHJDDHNCEHLJED88AA@;<7;373$%,,%%%'(7;4=FFA2.A:973=;570;665<7169'1,2%.0510/-$1/.19;8>96(&56;B=>69G?:DBD@>E;C-.+54=;97?D<46<;49=E??>=92/.4'3834>C;=8:=78)<35?6AEEBA;=9:8*&2C?@<76*446A::42@A?A>>>>??;:;?5?8<:'78:;6?-,)8>>A:33031**((.35:99:?>BAA?<<<65-.08:@9;<;A3=779687*#$&',44(//55;<>?:<;>?;586;:CB<<)&%'''02(,+-.>AB?=?<09>CED;=B<9??:46?CC>$$$%&5==>?5;@??C@@=HB>=4,,--==?;?A8;@=>?;A?D?57<889:==)*+57&(,)%%%59>9=795*.)88856758=4%%&&;<:<>?;7,==<,4=?>5:=--B<;<57A;-$%(;?<79555-,,/*$&'*1)-46:>?75A9:878$(7/1861767.*+,($%$%'1$0128);886',-.-0--)%''+&278968...$$'9://B@=4=<434;=:86673;CBFFC=:8>B>CD:@?98?9>B?AA856558;:9699)(**..&')((%%(%*32118')7049+%7777''0*(')2+,..+-3640069&115.410,--::69@=;448><246565-8B;<=9)$)$/5663&2#&'26;B@GC;CBDB07A@BBDF@*$5@D2726?=>.152.*'+,,-*1//01./&)0161DAAAGGAA=?1259<2/7H:65698:13$$%''''8:=EFBGKJ=@FAEDB5644-)(&(")$,-+2....--//('$1*4,4,4&(')04571.551;;;;=63<=D8ED@745@BC:>-7?DD=DB<=BCC?=@BB(4>AC@5,6*231%.'%))&&&;:7BA?CA77-58775&3>C=4AG@?A2-+:??IA@/----4:;5)5GDC4;>@B@?;C@<9:<>6)889@AA8<;:A??>952200,*))*)*'<@<''*EF8:861%*#&)+03A?8*-43?9:AEC6*544@;45>;)2;>BB@A??@DE<<=::5<=:,,.BAA@C=B665?>A=@8@<9*=<@9>BDC?@>98=3-*)1128-1:BA=C?A=DE'?EF=0-1+--11./1>;BB>>BBAA@<9=?>4688()('&0/00'2/@=@B9?)68:+5=>HI@++-A>986'&%&.-.89000/99<EA258:9;>>C@@GC:GD14434C<:/93,1%$$$&117814;;;;@BC9..6;:9?<<:::-(*)/237452<==;;3),4)2.+41))0220/841-14539=;@+.7;<6A8::HF5;;7729;:,(31259:@BFCDEQ@@AB<@DFFE>&0)55>*&65;58>A;48<00DA811(1264224+((239:::::+'/56/2&)4579;?J?@=9@/0&$%01/6;<478CCEH89B?<78<;.6;A:;7745%+;9E3::22=66:?;:+)%%.)(,-*)(335A9;;AAHIF?F>ECD8:=<22&%&1777123=89>>=7:@7?978449:1>7'2-08689-''*-/713597<*+%%*5558=?@?>7:8425>@BA<;7;962%%%%%('-036>>:69+(%&%$'$'.-.(&&&&$+''9668&&8<:=+9'5(((),*/22257=;998;=<3%(55740163/$$$++101//2:?5899,.$$'%%#(+0''$&'##%-(''070:=6?<9:?BD@8(--'+&'**+$'(077;5954>ABC;::<>(76199=@;9,))98':(('%('&'40002,*-6;<<5-.2/1+('('$#$%'$$$2,9?44+129::7:93?:>E;9&<;:;72/&$/252-*57:2;A<@9AB1B=@>@9E:=;FEDEHADCA?>5C?FG@3:=><=23=;9:CEI6;0,0=766>@A>=?>?=7B67>7''+2=:<=8;<98;/885,%'+/069/4666,,%,%$----#'(64:98:;8:B'.+6779E@9?@=8:766@@>?8E9;C9>:/%(+250,6<4%$.13.9=<627<87$/043)$%%$&()+.23$&)-353-4'/@>(*1;=@;:2&$////'33676678'.689:FIE?;<@>@=8:>>979=5$5%%&+,.59/,./&,9<>9=767,*-(-/5846??'%,,,%+#>;746.165,&%&&$#(-36897=>@=2/,*,317;:7;:9=)%/.7<1.21$8:CD@:89:841?@15EB?A4AC789>>;6=<<)7EFFC9E;:A>B=8.3223*,079:B:9*,**'1/2*(-/6679AD?5;,99<=<0/-,$%%'2447)9;=77''2:8&,%6<<93=4557;9(+''(0)***+006.95548:5:7>8223CC<99;8.2ABB>=>3C0:25:;>C>>(=.)$3;,57?>9;@=$$($$$&*/,9:<8:AB:?A=512987734$%&++,/42,-&%:;;<9+,**)&%#$(+;56/.0*-'&&%#6;9)*-0:9::85;757..*.146==6BEHAA<*,.8978;=B>>>>8.9??BB>:87>:85===B658<9>@E=>95>?EG9ECCCAC=?$%1676:=>9:/366@:;47:<6'.&7*+$#//3858<29:;AK=>7;74<<<7(571;8565>:5=:?6/-*%&%')&+&111:686HHGFEF=?==>77(%('%$.388747:97+'(')8<9;CD78408..17---122000;B>C?GLGJBBA;<700+*@*%%&.05<;28(-:,+00324;9=?@BB?>=7;988937<;;;@;)9)(,29=45(+07@<7::4*&'69/,-05:=?J?ABG>200-*$$)6/310/-0-&.*-##$)'*.22*39%**.()6;88=AA<,1/:;>.8(123679/:=>@@>?CB?ABCDGDA:<@9>=7:555/*+--)%$01$$'*&&&'($$459<:=6347')'7,),/0'&'254:633=70;;3=0&787+<;7;E=,*6=88$'(=B@CB:;<>?23462=:7=@:59ACD@=;==>?ID57:=CFEC<51;87>/124***%389-67582)./-2/+1.=+3312-.())2..0-+$&)5;8;.*'$*;=;7<=AA<:;4).+/),-546+33+9::>@>??=<><8%#%&+%%(%,-%)/%'&'&$#(#()$.'.:7-((()),$*<;>6MNE9;1-,-,%,1=?28A83:84/3))*'(%%%$%%,,3:,DC-2=@BEDA?<1*0&&$$%#$064.,,%(57=;=CC';;998/-.''>5*;B5CGJH<:9=>=<;A+<::88::3B<=,06,0;;>@:765706342/+.7:=95/5$:;9;B;%%&%(2&*+(*'%&$*/%#;;8:0***().79<8?48,,(4=G7+2+&%$#(%&(''//)%18<=778974+-19?>?59:536>86=>'<111?:E.=>:@;:1233(),26:430..97446-64+('-546C=><==9D8?GFC:+8$+*98@C<6><@C0-;C67G?<<9=9>8@?FA888%%-<<=>9),77?8BAA8=68)%'&&)0-&((***./45'*<>;1%&'$&%##$%%'/42($$(/22/3:>63382A-(67:DB?>>9=48?A97;@>>064(%&#$$..01481:6B=68174+$$(..*+-,/-'+,'*//$%)+4'''56,(#%$124).1=;?DADC48AA7;;DF@A@3>E-)4776'6=:138;9>AA')9/969?9@87?<*%$&$94101/$&)(7DD=E=>EDF999CBA?476:?,+-2195:85:73*%%&%795182*((*87DD;3/.))8799)GF@AC7<=BB?9669@A=?DC<,-?A>A;-:)7$*,+((%+,),/43;68H;<<<;;;(&'33)'9@8:.32)+,$$*6641/1'/(747>?<81&&&%--*)2/3>LK@?DC;351'$(&%$(()+3188;>;9;?CG>1?@FG>>?JHEDGAAB/AE@ADAGD=979<;=79<8>?B?BFA>J<=D1CKB@DBCA;A@DAAD@>ACJ6429?B@;<>?>@35:57*6871472#'$#&/33?ACD9798)&)*(((3477?A=801:<79@FEDG>=IC:AB<9:8./1.%()&%'0)'.---*36:=;;99=@=@=8>73564.4>:A?C?<>==C>@8>246:?A=27?IFA@GDC?B?9@D<8209<>=<;BA>;BB>?B=9;BII/9>@A6=/=7:<>=>A8:FECA<77.16>:<@?<975963+'(+)+367,$$.>::;?@@:9?67:<<621199=-312);46;5*2<8>?:8=E=<<==9@98/,6.3719866/2=;:?A=:9::@@932;<=-080,,&$%+%)*++.08:62.$).'-=C@@;A=4(,+-+18:99;.<2-111'25:801/53'22166%)($'2:35)*+24%'28)5//508==A?<@+.C<-/?;6+,,.5830*,+%)-(($$$$)$'($&$$/+0-.5118@<0367::179+.646>@6<>A;@A=341/(:)(&&1:?4+)(&('*89960301-353;98==>@A889//..189@?A.<<>?BB=?3')6377<<>EF:8;+',)&&7-679<>3<7@?B>::@:>=;58C>'&)697:'(('%96?@>@D:><5787:@;()$$%##%-%*(*1./-/<99;-1>991;A0?787&&.8AC4=;7<7DDDFBEB?&'::H>H>)0=?755&''(%%&'226<<<.44,*+:=@<9::>830047:<=A77;89.2./+-'@<<=B@7(34/3'377:>;<<-*4;CFBIGEG@?C:9744224(;87-.1'$$&&('+++*+(,,.066487)2,)(AA=9<=;'77;68(&&)*69976689;>C?=BH:5;=7-$($&*%##%))((76<>>-987:3/(+)/23'7:?>77865,/98($%'('$%,5666698BD=D<;>>:@=?=:>989*2:1676?F:1?=:582105645,))...,-/6;;;?,,7*/+.066,;,9;7@=:14;7&..*')+&'>>ADGDD?=?GGFJKI;A=9;99+..:8082&--.14:43@;;?2211;;<>8)46571BA:9::79;>9986657,/<<=<.,..(+.'*-448;136<7789(&&('+,11177::7@=854:'96669B=9$$58=@?;A@A9%%4:8/19>@AD=:.:69@9*76:%4922:;9:<3/?DD@@9F@>29:;>FC<>><9=::AC@=:2<635A:8:;=7>BBC=??B3549>8.$%%$:683'0(*87=::9AB=A>A<<=B?A?<;@BDD>EC5@??;:AB?@B:6:;78244599;6336-D@A@E@@<8><=BB8<=FIJHI>21378==>8976&*19/2(%%&$##$#$#%%#*+*)+*+..),,/683::9AH?.5502;'4AC'%%=:<7-A?,),((3+=;=5:@;=CD<@A<>EC=BAHJ?FEAA57>@BB;CF9B3>>>6*(==47A8=>55,56?@74;:8;>=@;?<9F>?DCGG<3/=<30%#+8?D=EC7:<6=A888/%'('$%%7=;?@?@8?@?GAEBGGC24?A>?=:$$'--*+-+>=;<=<0;3:&*@BFE=7BD;=C6B@@>JA;=G;?A>*).9BECF?A@'@B?;9A=-444=:68@@@?BE@;994*-)9=;9+)-8:>>>:6177))5;9<<(%)*,><;9')/.=>8679@?5@BBEEBC<5988=<=7>4)52259;@DBB@7:=:=?B?A?@?AEDA?>;;::)%%(--0DA<9;>87>GCHG6:=?DGH>AAA<49<8BECHMKF?@B?A6?78:<@?<3)0',.115>>@6./0'&%'7.)693%%'/878?7B2,@B<**5556:*22<>;-0-=A',@>?CEFIA@GHBBIHIF:?C=9<:86B<9J;>KJ84602GHLHE1BCE@EIF?@FD;*(./5594%(9>:7H@):,,CE;@9A>B<=CB164+*))#--+))));5+,-;9<:4::=19:22;;7:@HD@@51.&***&48..)(6;=:6<8>=,,>=>@BIA'?;=DBD=DBCBB@=:4('%$&(*,--3<>8:@99=:8,&))/0/32=?*=>:7'80;;;:,+%$'%#'12$,1@2+&&%&./01?<&0A=:7D>DB?HIA=<%@8<@:C0+4+-50/-?@>3>FI47B<:?<66)(3<862.1=AF:5379A@EL@@?AEA?@47C<7:;@?=<6=894)/<=@DBGEA?>BBEA=2@FGG:6<==53$84)-:ACAC?@GBJ;7;;=67=:71105940)'?@BEJBC?@CCC<88:F<<;C@7'6:>??;=5?AH?;<=:FA<1/3--$56:965:>BG=:;FHAFIE8ABLG@A?CDD?3)6*7$$3(%@=I=7=*%%*-+1>>>=B<86A;<(&%&&%++--029::;=B>>8IGEE@=/&(,*7(+8@BC>@=+/AAB=;5CEFIHGGL784D:=?@EB=CGIE*&68=??+((('/$:$$%%/78FFHD?-((663638:8>=A?@>5*45949BFHAID=;73)))))68@CA>>9;FGQCD>A,+<852A<5=445?F;B;9@>8?&%+,<;>CC<@B>;=>625<4A;?ADCAAA3B@BEEPPKF=977-*D<@AD?>><2599=97=CDIHC9@GFCCB><8;C279;:??BEC%,?>>969=7@F;:D?KEC<@@=EE>??EEBFI>BED6<348:8?9?>ABDHNALNA?/3B,6=;;D+;=@E@=<69;;2,***$585@+EB@?:DF/159=.9.ANNEAD?=:<<@CDCCEB=>>7IAEHHDFE>?:HH:>A?A>D>==A=-1+3DDD8E78A?CDMQRL@A@CC?AJJQH9,&&,*/9;==82/(5;@489?7<4$5?>@AD=A-/0.3;BDC=FC75153:CGA9BB?:FK<*;EJF=@;9I==?:76(-?BBFBD6CFAG;GDECA;&2:>DGHH?QC;9@@?6**.*$&/-///61349-9;=<'*2/$%&4&$$$#,.31>643<=CA7:-7;=<:,12<>@E=@;44=,BAA;>0>@@8=??:@DGGFIDDC-))4624/778*)(8>9D@=;;@<=;+.458607>;DKCA>;=<<=JJFE8BB=<>=078769:=:0-/.)$&7;?BC@BEDHG@D@>@A(*/(8DB955535+98=<1')*..AE@=?>BB=87=BE:AJKLHB9:8%%35)('2888>7537EA>EFFA<9:06ACD>;<78;<7$.:?=41*,25)2/?@A==FHCB;@GQ><:=;3-/...:681002891.)'&&%%$))&*9A=@@DDGG@EA<:97@@?-255/&-/.9=>@ADBIJG4,41I@B68?=?CEE799;@&$$$/-7875<:?>@=C@CGCB;B=;;:@>'/2489=?F=JD?H;,B+>99;AB>@@:B@8@EE;A>8),0*($*)01,($.++..54:>?:=<:<<:CBCDEE'BDEAH9;EE>BDJC.;GIA><499;A@;AEE5BBA?CFFAIFHHEEA9;6'22823543.4745ABAHE>15652,2>>9>@?AA>IBD:9..,*887?A:??<;>ECC<3<24%%)%%%6-%/:9:2062=@>.5;4;8+)9:>%8470BDEADG=C=JGAHNACMIB@C?H<;>DF=8FG=975(183)+785*;<89:889BEFEABF5,1*%'&&'&#$&&.-+,*++?A@HC8>C?:?@A;=>D;?=.*++2%'9=@=DA2G?FGIIKH=@913347024:===@BFLGCGHG@<<7898)'***9>078HBFIDBHJOOCF;<><<6D?=?00035-,'794@A7:D??E>>?>/,22221*'266899;-/B>?;7:9:<:GACBD?&&?@A?A:=H=9@F@AIL?>&%/167ABGHFDDB9%).922<;CEEA>A?9<:;<631-68>7G@@CC?><<8.B8@<1.,,),,*=EDDDGAAAEIBEEBHDA=;A@9)1=CDF?@FIK@A@687*&(*0046769.=>?(B-3;7:CCCCA:>@ACA?;:6:9;679(%(')$(2+*'-(%'))6.1.-*4589:<61-$$$%#$$$$(--D@:A@B@?>;?6;8@C<@A=;;:6B>00646452<797;>A?A@BKCEAEC=AFFB;GFAEB?A6:ABEGNGF?9@AA6>662,8:387?BAAC.)/==BA;D<@E3(..0(+<=;&));=669=A@+*%$3=8766552267536:<4=8A3=<;;<:(%(=;:?@>?@FFJA8(+:D984,)$##$*66614,/*/@<67>)+>>8113.&&(,3815897>?93=83'344;=;<;:=DB>?&),2?AD@@?I:?BDB@8CCBAD>999;G?=B=-3>?CGIKF5-4<7=3..089,,<=/+&%'&$&&001.(:;=BA-0#(&3%+*67?=??BE2IFHJK>5,4:78AACB@@@JE779=G><;<>544((669@B@D>=5+-.0'&#%'&%&$&';%%(073?A>3;=@;9$$/$'$0040,:9@>A8>B>@8A@?@@C7;2.3483-;ECBBFFEFGFB=>;<>.68563>C=FJJK;32:7%&=>>?F<=<1CGEB?:4(?;FDHPNH<9@=@@?H?9CCCGOW9&:=>8:BEGD/<5599:=)65)594961'%''(%(415(<7;=DD?98=?9.+258:76=6+():;:2:G0@C;22=6=>B<0@=>;AB9C@C>A7643(.,:98;;>CH?8CECFFDA>8<;CHBFHBCFDDBACLFB???BD?J)FJDIDA9GEFFE0)/533B:=CDDC7/2+*./3>?1<:,,;9::87<ACCF@;C=G@BDC93?HFABD=9?7C9B;C9>91*5:==8,))$56@;>7885234--/*99=928?;BG?LMC?9(&##358::6DCC?@>>67;?AAAB@A>:<8884;A=.56;'11330$+*0?<45,0(%$&%558959DFA>>>=B<@;=CB<8:AD<*7===?==824976::<=(')(&0::88<:69/,+*23;6?68?:<@63(()$$36@=?@@?;6-//A>8,.2);-4/271@;9?@EFHDLG:2<=@:@A=AHF?@=96=K7A>;<:,)'*+%01>;=:7B9D>@;;>>><68=<<=FDB?A<=@32>@N=<>3$$&>9EG9240547EBB@&%$$=:EFEEAC?<97C<:+**%%%511<=>B:6@@><=@99C89<<DG?CEFFKF:@=6/,/3/48;8;F;AB9>?=DC3?@49E@A;>27=:<8=@@?ACBA==:=F@@@D<;>=696*,124:;1>%?ECDFBDFF;7?A?@:7@EE:+*(,(7:D>9:<@97-''&$%3A=89:<;??2800-,8;;:J@BHHAI@33&85?.652'689?@9<235<==?@A:?FD=:>6,)*.(,)-8;:?:?+=A=<>A;-.4236<=.D>>>?F6B@378@J;B?B?B@79ABE<<5<7=?<;>;7A70;?>=4353;?AD@?=<==<<<5/=1=52@D.?CC?<:D?:B::D<;=;986;>>>G@9@AAEBHK9759:572;FJEA9?@23=:=86=@1441.)'8;@?:3((((,,6=>=:4;;7//.,578>FBFA><;CB;FD/0+*.-;:15@B<9==7:BI>985448:><9;=>4(?76321.+,.22)-?:?=?B@==D=*.88=C;>@@8$$378::8)'***9;5=D?B>61:;?<=:A><<65#**( @SRR14011045.51095 49d1c1cb-42c1-44ce-bf43-ba9dbaff9f70/1 TTTTTTGTACTTCGTTCAGTTACATGACGCTTAACTAGGGCCTTTTTTGTTGTACTACAAGTCCATTACTTCCATCATTTTCCTAAGTAGAAGTAAACAGCAGCCCGTCAATAAAGAGCATTGGCCTCAAATCCAACCCACCACTTTCTTATCTTGCCTAAGCTTAGAAATTCTTCAAGTCCTGTATGGTATCTTTCCATAATAGTACTTCTTCCTACCCACTCCCCTCTTCCATGAACAATCATCTATTAATGCATATGCCTTGTGATACAGTTATCAGAAAGTGATGTTACCTGAACATACACATACAAAACAATATGAGAAGATACTTTGCTAAAATAACAGATAACCTTAAACATTAATAAGTGGAAAATCTGTGAAATCAAAGCATTTTTCTTTTTTATATAATAGCCTTTCATTCTTTTTGTAAGTTTTTGTCTTTGAAAGCTCTTTCTGCAGATGACAGATGATATTGTTCTTCCATCCTGCTTCAGACAGAATTAAGGGAGGAAGGGGAAAAAACTATTGTAGAGCCGCTCTGCTCTGCAACATGATTTTTATAATTAATATATACAACTGAGCAGAAGGTACGTTATAATGAAATGCAATTAAGAGGTGTTTGTTCTTTTCCCACATGATGACTATAATTTCCTTGGCTGTTTAAGAAGTCAACCATTATCATTATTTTACTATCTTTTCTATTTTTTCTTTTGCTCCCGAATTTGTTTATTTTTCAATAAAAAACAAACATGGATTTAGAGCATTTGATATTCAGATAACATCATCTTTTAATTATAGTCTTGTTGATCATTAAATCTATAACATATTAAGCTCCAGCTTCAACCTTAACGTCTACCAACCATTTAGTTCCATCATGTGGGTTTGTAACTTCGATTGTTTGGATACCAGCTTCAGTACGGAAAGTACCGCTGGCTGGCTACCATTCCAAAGATCAAGACCTTGTGTGAAGTATTCTGGAGCTGGAACAGCAGTCAATTCTTTAGATGTATCAGCAAATTTGTTTCCATCGTAGTTTGCAGTAGAAACATCACCTTTTTTATCAACTGGAGTACCTTTACCGATAGTTGGGTCTACTTAGCGAGTAGCACCTGGGTGTTTTTCTGTAGCTGCAGATGCTGGTGCGGCTGGAGTTGCTTCACCTTTAAGTTCACTTAAAGTAGGTGTGTCTCCACCTTTTCAGTTTTACCTCAAAGCTGAACGTCCTGTAGTATCTGCTGCGAATGCTGGAGCTGCTGCTGCAAATACTGCAAGAGCTGCTACTGATGATAATAAAACTTTTTTCATTGTTTTATCTCCTTTTATAGTTTAAAAATATTCGTTACTTCGTAACTATGATTAGTATACTAGGATATTCTGCCTATGTCAAGACATTTTTTTGATTTTTTTAAAAGTTAAATTTCTTATATTTGATACCCAAAATTACGATTTATAAATATATTATACTAATTTTATTTTCATAAACAGAGGTTTATTACAGAAAAAAATCACCATTTGGAACGACTATCTCTTTTCTCACATCTTATATAGTCTAGTTAGTAATAGCAAGAGTACTTCGTATTCCCTATTTCACAGCTTATTTTCTGGCAACCTCTTCTTGGGTAAACTAGGGTCTACCTTGGCTTCTAATTCGTGAGCTGACTTGACCAGTTCTTTTCGCTTCTTTTCTTTTTTTAACGCTTTCTGCACCATTGTCTGATTCCCATTTCTACTTTATCTATGCAAAAGGAGCCAGTTTCCCCAGCCTCACCATTGTTAACATTTTTGGCATTTTCGGTTTCAAATAGGACGAGGTCGATTTTCATGAATACGCACAATTGCTTCAGCAAGTAGTTTAGCAATTGAAATTTGCTCAATCTTGTCAATTAATCGTTCTTCTGGTGATAAATCGTATCGAACATTAATTTTCTTAATCGCTGATTTTGGATATTATCTAAGGCTGGCCCAGATAGACAGGTGAATTTTAGCTCGCCTTGAACTTCAACTACACTTCTTCTGCAAAGAGCATCATATGACGAATTCTTCGTATCAATCATATCATCAATCAAGATACACGTTTTGCCTTCAACATTTCCAATGATGTTCATGACTTCGCTCGTATTCATCTTATCAACACTACGACGTTTATCAGCCAATTGCAATCAGGTCTTTAAAAACTCGTACAACTGCGAGCGCGAGTCACACCATGGTCAGGACTGACAACCACATGATCTTTTCCAATCATTCCACGACGTTCAAAATAATCAGCAATCAATGGAGCACCCATCAAATGGTCTACAGGAATATCAAAGAAACCTTAGAATTTGAGCAGCATGCAAATCAATAGTCAACAACCGATCAACTGCAACTTCAAACGCCAGTAATAGCTACTAACTTAGAAGTAATTGGCTCACAGACCCGGGCCTTCCGGTCTGACAGGCATAACCGTAATACGGCATCACAACATTAATCGATTGTGCGCTTGCACGCTTCAACACATCCACCATAATCAAAATTTCCATAAGATTATCGTTAACGGGTGAACTAGTAGATTGTAAAAAATATAAACATCTTTCCCCACGGATTAGTTATTTAATATTGACCTGAATTTCTCCGTCAGAAAATTGACGAACAGTTGACTTTCCAAGCGGCAATCCCATTTCACGAGATACACGTTGAGCCAATTCTTGATTTGACGACAAGGCAAAGAGCATTAAATCAGAAAATGACATGATTTCCTCCAGTAAAATCTAAAACCATATTGTACACTCAGTACAAAATTCTCCTACCATCATTTTATCGCTTTTTAATCAAATATTCAAATATTAATTTATGGAAAATAGAAAAAGAATCCCACCTCCACTCTCACAAAAAAGAAGCAGAACCAGGGTCCCGCTTCAAAAGGAATTTCTTAGTTTAGTTAGGATAGATATAAGTAACAGTACCTTGAGCTGTTGTAGGGTTAAACCAACCACGGTAGTTACCAATGCTACGAACACCTAAATAGTTAGATTCAGATACTTGGATGCTTGTTGTAGATTGAACTGCTGTAACAACCGCTACGTGTCCATATCCACCATCATTCCAACATGCAATTGCTCAACTTGAGGTTGAGAACCTGTACGGAATCCTGCTGCTGCAGCGCTTGCTGCCCATTGTCCACCATTTCCCCGGTAATCTCCAGCCCATGGTGCCAATGTCTTGCGCACCCCAAGTACGATCACCAACTGGATGAAGATGCAGATGAACTATAAGTAGGACGAGAAGTAGTTGCTGCTGGAGCTGCTGCTGCTGAGTTTGAACAGCTGGTTGAGCTGTTGGTTGACTTGTAGCAGGTGCTTGAACTGTTGCTGCAACTTGAGTTGTAGCAGGTGTTTGAGTTGCTGCTTGAACCTGAGCTTGAAGAGTCGTATTGGCGAAGCTTTCACTGCTTCTTGCTGTTCTTTTTGTTTTGCACGGTAAGCTGCCTCAGCTGCTGCCGCTTCTGCTGCTTTTTCAGCTTCAGCTTTTTGTTGCAATAAAGCATTCTTTTCGTTCTCAGCAGAAGACTTTTCGGCTGCAAGTTTAATTGTGTGCAACTTTTAACTCAGCTTTATTTTGTAGATAAAGCTTGTGCATCATCTTCTAATTGCTGTTTATTCGCAATTACAGTATTGATTGCATCATTGTTTTCTTTTTTGTTTCTGCGCAATATCTTCTTTATCGCGTTTTTGCTCTTGCAACATTTTGTTGTTAGCATCTGCGATTTCATTCATAGCAGAAATACATTAAAATAGCTTCTGTTAAAGAACCAGAGCTTACGATCGCATTAATATAGCTTGTAGCAGTTCCAGTTGTTTGAGCACTACGTGCTTGATTTTTAAGTGATTCTTGGCGGTAACAATATTTTTCGACAACTCATCCCGATCTCAGCTGATAATCTTTCAGATTCTTCATTCAAACGATCATTTTCAGCTTGAAGGTCTTCCTGTTGTTTTTAATTTCAGATACTTGACCTTGGTTTGATCAACTTGAGTTTTGTGCACTTTGTTGTTGTTGATTAATACTATTGATTTTGCTATCTTGAGCAGCAATCTTATCGTCTGTAGAATCAGCTGATACTCCAGCTACAATAGCTCCTTGTGATAAAGCAACTGTACTTAGCAGATTGTGGCAAATAATTTTTCTTCATTAGATATTTTTTTCCTTTCTATTAAGACACTAACTAGTATAACAAAATTTTCAAATTTTATGTTACGCTATTGTTACATTTTTATTTCGTCTTTATAAATAAATCTTTTCAAGTAAAGGTGCAACACTATTAATAAAAGTAAATTCAAATAAGACTTGGTGCAATTTGGTAGACAATCTATATTCGCATATCAAAATTCATACCATTGAAAAGAAGCAACAGAAGACTTGTAAAAAATTGAAAGAATAGAATCGTTAGTAAAAAGTAAAAAAATCGAGTAAAACGATTGGCTAGAACGATTTGATTGCAACGAAAATAATCCTGTAATAAAGGCAACAGTAGAAAACGAAATTCCAATAGTATTTAAGAAATACACATCAAAACAAAACCAAAAAAAAATCCCCAACCATATACTTGCTATCTCAGAGAAATAGAGAGTCAATAACACAAACCCATATAGAAATAGAAACGAAGTAGGGTGTAATTTAGTATCAAATGAGAAATAATAAAAAAGAGATTTGCCCATCAATAAATAAAGATAAGAACAGGATTAAAGGGAAAAAATAGTACTTACGTATTACTTTCAAACTAGTCTCCAATCAATACCTACAAAGCGATTCACTTCCAAATTGGCCTTCGGTTTCACTCCGAATTTCTTGCCCTAATTGATCTGATGCTTTTGTACAAGTGACAGTACCAACAGGTAAATCACCTGATTTGTATTTTCCAACCTTATTGAAACAAGGGAACCAGTTTTTATTTCAATCGGATCCCCAATTTGGAGTAAACGTAACTCACCAGATTTCTCATCATAACCATTAAGTAAGGCAAAAATAGATTGCCCTTGTCCCTCAATTTTGAAAGTGTTAAATGTTGTGAAGAAACGTGATCTTCAAACAATAATTTGCTTTACTGGAATTCTTTTCAACACTTTCCACCAAATAGCCAATTACCCCACCAGAAGTAAGCACAAACATGGAATCTGAAACTCCCATCTGAAATTCTTTATCAATAATAAATTCTTGATCCATGAACGATAACTTCTATCAACAATTTCAACGCTACTAGTTCGATCTGATACAGAATTTTCAATATCGAATAATCTTTTAATTCCTTATTTTCTATTTCAAAACGGCAGTTTTGATCGATCGACATCATGTTGGTAAGAGTAAATTTTAAAGAATTATTTTCATCAATTCAATCACGAACAATCAAAATCATTTGACTTTGATTCAAAAAAACAAACGGAAATGATACAACCCTGTCAATACTTGATAGCATATCTGAAGATTTTTTAAGACAATCACATTGGAAACAGATGGAAAAAAGAAATAAAAAATTCCTGAAACTAATATAACAAAACAAAATACTAAAAATTTTTAAAAAACGATTCAAGAACATATATATAAACCTAAAAAATATAAAATAGTTTGAGATTCCATCTCAAACTTCAATTTCTCTCTGGAGAATGTGATTCGAACCCCCGCGCCCCGATTCACCCGACCTAACGATTTAGCAAACCGTCCTCTTCAGCCTCTTGAGTAATTCTCCAAAATGGGCACGAGTGGACTCCGAACCACCAAAACCTCACGCTTATCAGGCGTGCCTCTTTCACCACCTGAGCTACGCGCTAAAGTTAAAAACTTGGTAATGAACAAATGTTCAAAGCGGGTGACGAATCGAACTCGCGATAGCAACGGAAGAATGTAGTTTTACCACTAAACTACACCCGCTTATGATAAAGAAAATGGCGCGAGACGGGAATCGAACCGCCGACACATGGAGCTTCAATCCATTGCTCTACCAACTGAGCTACCGAGCCAAATTGCGGGAGCAGGATTTGAACCTACGACCTTTGGAGTTATGAGCCCGACGAGCTACCGAGCTGCTCCGTGCTCCCGCGAACATATGGAGGATGTGGGATTCGAACCCACGCACGCTTTTACACGCCTGACGGTTTTCAAGACCGTTCCCTTCAGCCGGACTTGGGTAATCCTCCAATATAATAATGGACCTTGTAGGACTTGAACTACGACCACTCGGTTATGAGCTTGAGAGCTCTAACCAGCTGAGCTAAAGGTCCAACAAGATCAACAATATAGCGGCGAAGGGGATCGAACCCCCGACCTCCGGGTATGAACCGGGCTACTCGTAGCTAAGAACACCGCCATAACCTCAGGAAGGCAGGATTCGAACCTGCGACACCCCAGTCCTTCAAGTACTCTGCCAAGCTGAGCTACTTCCCGAACTAAAGCTTACGCTTTATGCACCCTGAGGAGTCGACCTCTAACCGCCTGATTCGTAGTCAGGTACTCTATCTAGTTAATTAAGGAACATCTTTCTTATTCAATTCTTACATAGTCTTGCGACCATGCACCCTAGAGGAGTCGAACCTCTAACCGCCTGATTCACGTAGTCAGTGCTCCTCCAGTTGAGCTAAGGGTGCTTCTTCTCTAACCTAAGTCTATGCCGAGGACCGGAATCGAACCGGTACGATCGTTACCAATCGCAGGATTTTAAGTCCTGTGCGTCTGCCAGTTCCGCCACCCCGGCTGCCTCAGCGGTGACAGGATCGACCACGACCCCCACCCAGCAAGGTGGTGTTCTACCACTGAACTGTACGTTCGCATCTGTTTCTTTATATAAAAAAATGCAGCTTCCATGACTTTAATTTTGCGACCCTCTGATTACGAAATCGGTGCTCTACCAACTGAGCTAAGCCGGCTCATTATTATTCTTCTATGCGGGTTAAAGGGACTTGAACCCCCACGCCGTGTAAGCGCCAGATCCTAAATCTGGTGCGTCTGTAATTCCGCCAAACCCGCTATAATGACCCGTACTGGGCTCGAACCAGTGACCCATTGATTAAAAGTCAATTGCTCTACCAACTGAGCTAACGAGTCGTATCATTATCTGCTGAAACTAAGTTTCTACGGTCCCGACGGGAATCGAACCCGCGATCTTCGCCGTGACAGGGCGACGTGATAACCGCTTCACTACGGGACCTATGGGAGTTAACGGGATCGAACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAGCTGAGCTAAACTCCCAAGGAAGTCTTCTAACTTCCTATCTTGCTAAGCGACTACCTTATCTCACAGGGGGCAACCCCCATACTTCCGGCGTTCTAGGGCTTATGCTGTGTTCGGCATGGGTACAGGTGTATCTATAGGCTATCGTCCTTAACTCTGAATGCTTAAACATTCAAAATTGAATATCTATATTCTAACAAGCTAACCTTACATTGTCAATATCTTCTGACTCTTTGGATAAGTCCTCGAGCTATTAGTAACCAGTCCGCTCCATTGCTCACACAACTTCCCACTCCTAACCTATCTACCTGATCTTCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGTGGGTTTCACACTTAGATGCTTTAGCGTTTATCCCTTCCTACATAGCTACCCTTGTGATGCCTCTGGCAAGACAACTGGTACACCAGCGGTAAGTCCACTCTGGTCCTCTCGTACTAGGAGCAGATCCTCTCAATTCCACTACACCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCGGCCAGCAGGACCGACTACAGCCCCGGATGCGACAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCGTTGAGCGATGGCCCTTCCATACGGAACCACCGGATCACTAAGCCCGACTTTCGTCGCTCTTCGGATTGTAGCTCTCGCAGTCAAGCTCCCTTATGCCTTTACACTCTGCGAATGATTTCCAACCATTGAGGGGAACCTTTGGGCGCCTCCGTTACCTTTTAGGAGGCGACCGCCCCAATCAAACTGCCGTCGGGCGCACTGTCTCCGATAAGGATCACCCCCTGTCCGGGTTAGAGTGGCCATAACACAAGGGTAGTATCCCAGCAGCGCCTCCATCGGAAACTGGCGTCCGATCTCTATGGCTCCTACCTATCCTGTACATGTGGCACAGACACTCAATATCAAACTGCAGTAAAGCTCCATGGTCTTTTTCGTCTGTCTTGAGATGACCCATCTTCAATTCTTTAAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTGCTACTGCCTTTTCTGATGCGGGTCGGAACTTACCGGCAAGGAATTTCGCTACCTTAGGACCGTTCTCAATTCCGTGCCGCCGTTTACTGGAACTTCAATTCATACCTTCGGATTATACCGGCACTCCTCAACAACCTTCAGCACCGGGCAGGCGTCACCCCCTGTCATCATCTTACGATTTAGCAGAGAGCTGTGTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCGGCTGACATAAAGCCAGCACCCCTTCTCCCGAAGTTACGGGGGTCATTTTGCCAGTTCCTTAACGAGAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATGATTAACGCTAGAAGCTTTTTCTTGGCGATGTAGACGTCTTAACTTCGCTACTAAACTTCGCTCCCCATCACAGCTCAATGTTATAGAATTAAACATTTAACTCAATTCACACCTCACTGCTTAGACGTGCACTTCCAGTCGCACGCTTTAGTTAACCTACTGCATTCCTCCTTCACTACATACTCTAGTACAGGAATATCAGCTGTTGTGCATCGGATACACCTTTCGATCTCTCCTTAGGTCCCGACTAACTAGGGCGGACGAGCCTTCCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGTTCCAGCACTCCTCACAGTATACCTTCTCCACACATAGAACACTCTCCTACCATACCTATAAAGGTATCCACAGCTTCGGTAAATTGTTTTAGCCCCGGTACATTTTCGGCGCAGGATCATTTCAAGCTAGTGAGCTATTACACTCTTTGAATGAACAGCTGCTTCTAAGCTAACATCCTAGTTCATGTGGCCCCATCCATACCGCTAACAATTATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGACCTGTTGTTGGCATTCGGAGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAATCTTAATGTCGACGCTAGCCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCTTCTCCCCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCAGTCCTCCAGTGAGTTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCACTGTGGTTCGGGTCTACGACATAATACTAATGCGCCCTGTTCAGACTCGGTTTCCCTACGGCTCCGTCTCTTCAACTTAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAGGCGCTCTCACCCATTAGCAGGCTCAAGACTTTATTTGCTGGCTTTACGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGGGTGCTTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAGATTCCACGTGTCGCCGTACTCAGGATACTGCTGGGTATAAAGACTATTTCGAATACAAGGCTCTTACTCTCTTTGTGGCTGACCTTCCATGTCATTCTTCTATAATCTTTAAGAATCCACATTGCAGTCCTACAACCCCGAAGTAAACTCTTCGGTTTGCCCTCCTGCCGTTTCGCTCGCCGCTACCCCAAGGCAATCGCTTTCTTTTCTCTTCCTGCAGCTACTTGATGTTTCAGATTCACTGCGTCTTCCTCCTCATATCCTTAACAGATATGGGTAACAGGCATTACCTGTTGGGTTCCCCCATTCGGACATCTCTGGATCGTCGCTTATACAGCTCCCAAAGCATTTCGTCGTTTGTCACGTCCTTCTTCGGCTTCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTTGGTCTTGCGACCTAAACTCTTTAAATATTTACAGCGTTTCGGTTTTTTATTTTCTTGTTACTATTTGACTATAGATATTCAATTTTCAATGTTCAAGCTTAACACCCTTAAAGTGTTAATGGAATTTACTTGGGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTGACTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAACAAGACCAACGTACAGGCTTCCATTTCCTTAGAAAGGTGAATACGGCCACTGCTTCGATTCCCGGCTACCTTGTTACGACTTCACCCCAATCATCATATCCCACCTTAGGCGGCTGGCTCCTAAGGTTACTCACCGACTTCGCGTTGTGCAACTCTCGTGGTGTGACGGGCGGTGTGTACAAGGCCCGGGAACGTATTCACCGCGGCGTGCTGATCCGCGATTACTAGCGATTCCGGCTTCATGCAGGCAGGTTGCAGCCTACAATCCGAACTTTGAGACTGGCTTTAGAAGTGCTTGCCGTCACACCGACTTGCGACTCGCGTTGCCCAGCCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAAGAGTGCCAACTCAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCCGGGACAGCAACATCTGCGACACGAGCTGGCTGACAACCATGCACCACCTGTCACCTCTGTCCCAGAAAACTCTATCTCTAGAGCACAGGTCAGAGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCATGTCCACCGCTTGTGCGGGCCCCCGTCAATTCCTTTGAGTTTTCAACCTTGCGGTCGTACTCCCCAGGCGGAGTGCTTAATGCGTTAGCTGCGGCACTGAGTCCCGGAAAGGACCCAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGAGCCTCAGCAATCAGTTACAGACAGAGAGCCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACACATGGAATTCCACTCTCCCCTTCTGCACTCAAGTTAAACAGTTTCCAAAGCGTACTATGGATTGTTAAGCCACAGCCTTTAACTGAATATCTAACGCCTACTCGCTTTACTTAATAAATCCGGATAACGCTCGGGACCTACGTATTACCGCGGCTGCTGGCACGTGGTTAGCCGTCCCTTTCTGGTAAGTTACCGTCACAGTGTGAACTTTCCACTCTCACACTCGTTCTTCTACTGGCAGGAAGCACGATCCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGATTAAGACTTCCGTCCATTGCCGAAAGATTCCCTACTGCCTCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATGTATCGTCGCCTTGGTGAGCCGTTACCTCACAGCTAGCTAATACAACGCAGGTCCATCTGGTAGTGGAGCAATTGCCCCTTTCAAGCAGATATCATGCAATATCTACTGTTATGCAGTATTAGCTATCGTTTCCAATAGTTATCCCCGCTACCAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCGCTCGGTGCAAGCACCAAGCTTCGGCGTTCTGCTGCATGTATTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAACTCTCATTAAAATAATTGTTTTGTCTTAAACTCATTCTGTCACTGACAGATTTATTGTTTTTATTGTTCAGTTACTATAACTTCCGTTATAGCGCCCTGCACATTGGTTCGTCTTGTTCAGTTTTCAAAGGTCTTTGTCGCTCTCTCGCGACAACTATATTAGTATATCACGTACACTTTTACTTGTCAATACTTTTTTTAAAAAATTTTACTTTTTTGAAAAAATCGTGTATTCCCACGCCATTAACTATATGCTTGTTAAATGGAGTTTTTAAAATCTTTCAAATAATTTTTTTCTAATTTCTTTTTCATCTTCGTTTTCCTAGACATCTTCTATTGGCTAATAACGATTCATATTGTTCTTTTTCTTCTGTTGTTAAATTCTCCTTAAATCGTTTTAAAGGAATCTCTTAATACTACAAGTTCATCTAGATATATTTTTCTTGATGAAATTCTGTGGCCTAATTTCTCCAATTTCAACATACGGCATTCTGTTGATTTTTCGTTTATCGCTTTCTTGCTGTCTTAACTTATCTTTAATGTGATTCCTAAATTTTGTTTTAAAATACTTATATATTCTTCATTTGTTTCCTATTTCAGGATTTTCTGATAAAGCTCAAAAGAGTGTTAGTTGGCCTTCTTGTTCCCAATCATCTTTTTCCCTGACTGGATATAGTATTCTTTTTCACATTTTCGAACAATAAATTTTACTTTTTGATACATCTTGTTAAATTCCATAAGCTCTACTTTACTTTTCATATATGTATTTTATAAAGTAAAAAAAGGTTTTAGGAGTTTCTATTCTGCTCGTTTTTTAAACTATTCGGTCATTATTTTTAACTATACTGACTGAATGCACAAAAAAACTGCCACTCAGTGACAGTCTATCGATAGTCCATTGCGGGATTCGAACCCGTGTTACCGCCGTGAAAAGGCGGTGTCTTAACCCCTTGACCAACGGACCATTTTTACAACACAATCTATTATACAGAATAATTTTTTCCCTGTCAATACTTTTTAAAAAAAGAGAGGAAAAAATTTCCTTCTTTTGATTGAATTATTTTCTTCTAATTTTGATTTAATTTCATCATATGATGGTTTAGCTTCTTCTTTAATTCATGCTCTGAATTTTCAGGCATTTTCTGTTCATACAATGATTTAATTTGAACACTATCAAGGTTTCATATTTTAATAGAGCTTCAGCAATAAGTTTATGTGTTTCTCTATTACCTTGAATAATTTCTTTTTGCAGCTTTGTTACGAGCTTCATTCAAGAGAGCACGGACTTCTTCATCGATTTCATAAGCAGTCCTTTCAAATCATTTTTTGTGGACTTTGAGCTCCGAACATGGCATGAGTTTCCTTCATATTGAACAGGTCAAGCTTTTCACTCATTCCATATTCTGTCACCATTGCACGCGCCATTTGAGTGGCTTGTTCAAAGTCATTTGAAGCACCTGTTGTTTGTGAATTAAAATAATTTCTTCCGCAACACGTCCTCCCATGAGACCAGCTAATTGTTCTTTCATATCTTCTTTAGAAAGTAACATTTGATCTTCTTTAGGAAGGGCAATCATGTAACCACGCCTACGCGACCAGGAGCTAATAGTAACCATGTGACCACTCGACATTTGATAAAACCAGACCAACGATCGTATGACCTGCTTCATGATAAGCGACCATTTTCACGTTCTTTTGCAGAAATCGTCGTCTTTGTTTGATGGTCTGCAATAACACGATCTTCTGCTTCATCGATATCAGCAGCATCAATCACTTTTTTATTTCGACGAGCTGCAGCCAAAGGCTGCTTCATTCAAAACATTTTCAAGATCGGCACCGACAAATCCTGGTGTCTGTTGTGCAACCAATTTCAAATCTACATCTTGAGCGAGTGGTTTGTTCTTGGCGTGAACTCGAAGAATCGCTTCACGACCTTTCACATCTGGACGCCCAGCCAATACTTTACGGTCAAAACGGCCAGGACGAAGAAGGGCTGGGTCCAGAACATCTGAACGGTTAGTAGCAGCAATAACAATAATTCCTTCATTGCCTTCAAAACCATCCATCTCAATCAAAAGCTGGTTGAGGGTTTGTTCCCTTTCATCATTTCCACCGCCAAGACCTACACCACGTTGGCGTCCAACAGCATCAATTTCATCGATGAAAATGATAGCTGGAGCAGCTTTTAGCATCTTCAAAAAGTGAACGAACCCGGCTAGCGCCGACTCCGACAAACATTTCAACAAAGTCAGACCTGAAATACTGAAGAATGGTACTCCAGCTTCTCCAGCTACTGCTTTTGCTAATAGGGTTTACCTGTTCCTGGAGGGCCTTCAGACTTCTCCTGCTGGAATTCTTGCTCCCAATTTAGTAAAGCGTTTTGGATCTTTAAAAATTCAACCACTTCAACGAGTTCTTGTTTTCTTCTTCAGCTCCTGCTACATCCGAAAAACGAACTTTTATATCTTCTTTATTGGCAGCACGCTTTGTTACGACCAAGTTCCACACTAGCACACGCGTTTCTGCCACCACCTTGATTCATCATGGAGAAAGAAGAAGAACATCACGATGACAAATGGAACAATGGAAGTTAGAATGGTAATCCACATCCCACTTGAACTTTCACGTTTGATGGTGATTTCTGCTTTGTGGTCAGCGGCTAATTTTTGTAATTCATTGACAGTAATATCAGATGGAAGGATGACACTAATGCTTGAGATACTTTTTGAACACATAGGTAAATTGAATGCCTGTATCTTCTTTTGATTCTTTTGCTTTATTATAGGTACCTGCAATTTCAATCATTACCATTCGGTTGGTAACTAATTGTCTTTACATTGTCATTTTAATTTCCATGACCAATTCTGTATAGTTGATCTGCTGACTTTGACCAACTACATTTACTACAAAAAGTACTGGAATCCTGTCACAGCCACTATAATAATCAACAAATACAGAAGGATTTCGAACAAAACCGTTGTTTTTTCTGTTATTCATCTAGTCTCCTCTATTTGAGTACACTTCTTCCTTTAATACACCTACATATGGTAAGTTACGATAATTTTCATCATAGTCTAAACCATATCCGACAACAAACTCATTAGGAATCGTAAAGCAGGTATAAATCACTTCGATCAACAAACGTCCTTCAGGTTTAACCAATAATGTCATAATCTTCACAGATGCTGCATTTCGTTCTTCAAAGAGTTCTTTTAGACTCTTGAGTGTTTTACCTGTATCGATAATATCTTCCACAAATAAATATAACATATACGATCGAATATCCTTGATAATATTAATGATACCTGAGCTTGCTGTACCACCATGATAACTTGACACCAACATAAAATCTAACTCAATATGAGTATCAACATGGTTGATCAATTCTGCCATAAATGGAACAGAACCCTTCAAAATACCAACGAAAATAGGATTTTTCCCTTGATAATCTTTTGTTAGGGTTTCACCCAATTTTTTAGCTGCTTCTACAATTTCATCATGTGAAACCATTACTTTTTATCTTTTCTAACATTTCGTTACCTATCTATTTTTGAATATAAAGTCTATCTTTTATTATAGCACTTTTTGAGGAACCTCAAATCACTCGTTGCTAATCCTACAGAAGAATATTTATGATTCTGTTCTATAATGAGAGCTTCCTGTCGAATAGAAATTGGAATCTTATGATTGATAAACCACCGTCTTAATTTTTGATGGTGGCCATTAACAAGCAACTGATCTCCTTCTTTTCTCCTTCTAATCAGAATGGGTGTTTCGCGTGAAGTAGAAACATTTCTCTTTTTTCCTTCTAAAGGGATTCCAAAAGATAGTTTATAATTTGCAATCTCAAATATATTCCCAAATTCTAACAAAAATGGAGGACTTGGCCATCCGACTTTTGACTGATTTTCGTATTTCAAAGAAATCATATTCTTGATCTAGCTCATAATTTGATTTTAAATAATGAACGCAATTTCTTTTCTTTCTTAGTAAAACTAATAATTCTTGAAACTGGACCCTTCCAAGTTGCAAATCTGGAAATTATTGCCAAATACTCTTCTAATAAGAAGGACTGTACAGAATGAGAATATGTTCTAAAAGAAGCTAAATCTTGAATGGTTAACTCGCGGATAATTCTTTGATCTTGGTGCCAATGATTCACTTCCTCTGCTAAATAGCAAAGACTTGCTTTTACATTTGAAGTTTTCTTTTTCAAATTCTGTAAGGTATTGATGGCGTACACGATTTCGGAAAAAATCTATGAGTGATTGCTACTGTCTTCAAAATGAGGAATTTCCATCAGTTCATTTTTTGTAAAAGCTAATAAAAGGGCGAATTAACTCACCCTTCCCAAATGGTTGGCATGGGAATACCACTTGGTGACGTAATTTGGTTCCTCGTATCAAGCGCATGAGAGTTGTTTCAGCTTGATCATTGGCGTGGTGACCTGTTACTAAAGCGGTGCAATCCTCTATCTCCCCAATCTGTTTGAAAAAATCATAACGAAAGGTACGAGCTTTTTGCTTCTGTAAAAGCTCCCAGACTAATAGCTTTCAACGTGGATACGCGTATCTCTCGCTTTTTCAGCCAGCTTTCGAAGTTCACTTTATCAAAATCGATTCTGGTCTTTGTCCATGATTGACATGAGCGAGTACCAATTGAATCCCCAATCGTTCTTTGTTCTTCTCCAAAAGTTCATATAGATTCATGGAATCCAATCCACCAGATATGGCAATTAAAATACGGCAATGGGAAGTGGGAATAGATCTTTTTTTTCACAAAAACTCTAAAATTTCTTTCCTTCTTTTCAATACCTCATAGATGTCTTTTGAAATTTTGGAAATCGTATCACTAATCCGAATGAGTCTATAAAATCGTGATGACCACTAAAGGCGGAGTGGTGTATACAATCGCAATATCTTATTATCTAAATCACATAGGCATCCCCAATTTTATGAGCAACCTTTACTGGAAGATCACGCGCAATTCGTTGATCATCACCATTTTGTAGGGATAGTGCGTCAATAACATCGAACCAGTTCTTTGATAAACAGCTTCCATCACATTTCCAGCCATTTCAGCAGATGCCTCTCTTTTTCAACTGTCCCAGTATTTTGCTTGATTTTATCAAATGTTTTTTGAAAAATCTTGGTCAGTCGTGGGTAACATAATAATTTAAAATATTATCCTCCACTTATTATCCGATTCTTTTGCAATCTTATCTACTAATTCTTGGACAACTGTATTCCTTGCCATCTGCTGCCTTTGAAAGACTACCACTTCCTTCTGGTTCCTGCTTACGCTTTGATCATTAACTTCTGGAATATACTTATAGACTGTCGTTGGAGAAATAGCCTTTTTATTAAGCTGTTCTTGGACATAATTTCAATAAGAGTATTTAAATCCCTCAAGACTTACATTCTTTGAGTTCTGATTCCAGCAGTATTTCTGTCTCTAATTGTTTTACATAAATTCCATACGAAGAGAATTATATTTACTATTGAGTAAGTCCTGGACTTTTTCCATTCGATTATCTGTTTCAGTGATGAATGCTTGGTTAACCCATCCTTGGCCTCAATTTCCACAAACTCATCTCTATGCAGTCAAGCTGTAAGCAGTCCCTTTTTATGAAAAGGAGAGTGTTTTTTCCTTTTCATACCATTATTAAGATTAGTCCTTTACGCTTTAAATCCAGGTTTTAGCCATATGTCTTGTTTTTTCTTGTGTTTTCTTGTACAACATCAGAAAAAATGACAGAAGAATCTGCTAGCACATATCCTTTATCTGCTATTTTAAATACAACCTTTCCATCATCGTTTACAAGAGTTGTTCAATTGTAAACGGTGTATTAGGAAGAATTTCTCCTTTTCTTTTTTCAACTGAGGATCAAGAAAAACAACAATTTTGCGATAGACATTAGGGTTTGCTGGGAGTGAAGAAAAATAAGGTTCTGATGGATAAGCAATTGTCTGAGAGGACTCAGATTGCTCAATACTCGCTGCTTGAGGTCCCAAAAATAAAATTGGGACTAGCAGTAGGAGCAGAAATCGTTTAGACACCTGTATTCCTTTCCTTTTCATCCTTTGATTTGAGTGTTTGGTTTTTCTTTTTAATTCCTCCTAATTTTTCATCCGAAAATTCAAGGAATTGTTTAACTGTTTGTAAGATATTTTCCATTGATTATTGGGGAAGTAAATCTGGGATGGTGTAAACAAATTCACCATCTTTTGAAAAGAATATTTAGCGCGTGCATATTTTACGACATAGTCATCGTCTTTTAATTTTTTAGCGATGTCTTGCTAGACATTCTTTTATTCTTGTTTCCTTGTATTCTTTTTTCAACTGTTTGTATTGTTCTTTTTGTCTTGTAGTGATTGATAGCTCTGGGCTAAGTTATAAGTTGGAAGAATAAACAGTAGTATAACTAGAATCAAGACAAGTCCCATAAAGCGATTACGTTTTTTCTTTCTTCTTCTAAAAAACGTTTTCGCTGACCTTCGTCTTTGATATATTTATTGTTCATTTGAACGATATTTTTAGGCATCTTCTTCTATCCCTTGTTTCACTAGTATTTCCATTACATTTGGATGCATCTTCTTTTGTACTATCTCAACATTTCCAAGACTTTAACCGTCAATACTTTATTTCCAAAACGAACTTCAATTTGATCATTCACTTTCAAATCCGTTGAACTTACCAGCTAAATATAAAGTGACTTTAATTCGCCCCTTATCTGCAACTTCCTTTGCGACAGGGCGACGCTTGATAATGCAGCTTTAAATATTTATCTAATCTCATACTGTCACCTCTAACATAGTATTGTATCATTTTTTATCCATAAAATGCGAAAAATGAGCTAAGAACTGCTAGTTCTCTTCTTTCCTAATTTAATTTCCAATAAGGTTTGACCAAATTGCTTCAAGGCTTCTAGAATTTTCAAAATCTTTCTTATTTCGAACATCAAAGATTACTTCAATTAATCCCTTCTCTTCTGCAAGCTGAGCTTTTAACTGTGTCATTGACAGAGCTTTAAAATAATCCTGTGTCAAAAACAGTTGTTTGTAATTGGTTCTTTCATACTTTTGTTTGCTTTCTCTCCACTAAACGAACAAATACTTGATCCAAGTAAGCTTTTACTATACCAATTTCCAAGTGAGTAGGCGACAACATCTAGAACATTCTCCAAAACGATCCATCAGTTCGTCTTGTAAATATTCATAATCTGCAGCAGAATTCATTTCACGGATTTGTTTGTAAATTTCAATTTTGGCGTTGATCCGAAATATAATCATTTGGTAAATACGCATCTATTTGTAGGTTTAACTCCACTTATTGCTCTTTACTGTCGACGATGCTCTTGGCCTTGTTTTTCAGCAATAGCTTCTTCTAACAATTGGGAATACATTCAAAACCAACTGAATCGATGAAACCAGATTGGCTTGCCAGAATATTTCCTCTTCTGGATTCGATGGTCTCGCATCGCAATTTTAAATCCAGACCCCAGTTCAGTAAAGCCTTTAACCAAGCTTCTAAACGCGTTTTTCAGACACTTCTGTAGGAGATTTGTCTGGACGATACATATCAAATAAACGCATAAGCAATTCGGTTGCTTCGTCCCGCGACCTCTTAGTTGATAAAGAGTTGAAAGTCCCATATGATCCGCATTTTCAATAAGAGCGTATTGGCATTTGGAATATCTACACCTGTCTCAATAATGGTTAAAATATGATATTCGACATCGTATTCGCCATTAATGAAATCCAACAAGAGGTATTTTCAGGCGAACTTCACTCATCTGGCCATGAACAAATCAATCGAAGCCTCTGGAATCCAACTCTTTTAACTCGGATACTTTTTGCTCAATCGTATCTACCTTGTTGTAAAGATAATAGCGACCTCACGATCCATTTCCCTCAATACATCTCGAATAATGGTTGGATTGGTCTCACAAATTACAAAGGTGCACTGGATACCGATTGGTCGGAGGGGTTTCAATGACAGACAAATCTCGAATTCCCAGCATAGACATATGAAGAGTTCGAGAGTATAGGGGTAGCTGTCAAGGTAAGCACATCACCTTTTTTCTTTCAAGGTTTTTCTTTGTACTTCCTCCAAAACGTTGTTCTTCATCGTCCCGATTAAGCCTAAGTCTGAAAAAACAACATCTTTGGACAATAACCGGTGGTTCCAATAATAATATCCACTCGTCCTTTTTCCAATTTTTCAAGCGTTTCTTTCTGCTCTGCCTTACTCTGAAACGACTTAAAACAGCAACCTCTACTGCCAAAAGATTCAAAACGCTCCTATTAAAATTGGCATAATGTTGTTGGGCAAGAACAGTTGTAGGAACCAGCACTGCTACTTTGTTTATGATCATTTACTGCCTTAAAGGCTGCTCGCATAGCAACCTCTGTTTTCCCAAAACCGACGTCTCCAACCAGCAATCGGTCCATCGGACGATTTGATTCCATATCTTTTGATTTCTTCAATGGAACGTAATTGATCATCTGTTTCAATATATGGAAAATCTTGTTCAAATGCTTCTTGATTTTCATCATCTTTGGAATAGGCAAAACCTTCTAATTGACTACGTTCCGCATAAAGTTTTATTAAATCATCTGCAATGTCCTCCACCTGAGTCTGAACCTTTTGCTTCGTTTTTTGGAAACGCCCATCATTAACTTGTTAATTTTTGGCGTTTTTCCATCACTGCAACGTATTTGGACAACATCTGAATCTGATCGACAGGAATCGAGATGCGATCTCCATTTTGATATTGAATCAAAAACATAATCACGATGGACACTAGAAATTTCAATCGTTTCAATTCCCAAATGTGGCCAATACCATGAACTTGGTGAACAACATAATCCCCTTTTTCCAGTTCATTATAATTTTTTAGACGTTCTGCATTGGAAATATTTTGTCTGCGAATCTTTCCTTGATCTTTTTCTGATAAATCTCTGATTCTGTAATGTAGACAATTTTTTCATCAACAAATTGGAAACCGTGAGCTTAGTCCTCCAACAATTAATTGACTAGCTTGAGAGGATGATCGCATCCCCATCGATATAATATCTAATCAATTCATACTCTTCTAAATTTTTATGGAGCTGTTGAAGATTGTGATGAGAACTTGCTTGGACAATAACAGTATAGTTTGATTTTCGATACCGTTCAATTTCCTCTTTTAGTAAATCAAATTGTCCAAAAAACTCCTGCATTGGGTATTGATTAAATTGATACAAATGATCAAACCTCAGATTTCTAAACCTTTTTAGAAGTTGAAAAAATAGTTCACGATTATTTATCATTCCTAATATTGTACTGGTATCACCAAAATACACTTGACGAGAGGCTCGATTTTTATGTAAATCTTCCGTCAAGAGATTAGCTGCATCTAGTTCAAATCTTGCTATTTGATCTGCTATTTTTTGATAATCATCTAAAAAAACTGGAGTATGTTTAGGAAGATAATCAAATAGGGTATATTGTTTCTCATAAAAGAAACTAATAAATTTTCTAAGATCCGGATGAAGTTTCCTTTGAGAAATATCCCTAGAATTTCGGCTAGATAAGATTTAAATGCTTCATTCGTGCTCTGTTCTTACGAATTGTTCTATTTGATTCTGACCACGGATAAAATCTTTATCTGCAATAATAGATGTTTTCACTGCTGAGTTGAATTCTTTCGACATTTTTCAACAGAACGCTGGCTTTCTGGGTCAAAGATTCAGTTCATCAATCTCATCTCGAAAAATTCAATCCGATAAGGTTGGAGTTGTTCGATCTCAAAGATATCTAGGAATATCTCCTCTTAGACTGAATTCCCCTTGTTGCAAAACCTGGCTCACCTTTTGATAACCAATCTTCTGTAATGTTTCACTCAGGGTAGTTAAGTCGATTTCTTAAATACCAACCTTCAATTTAAATATGATACAAAAACTTTAGGAGAAGGTAATAGTAGTTTGATACCACTCGCATTGGTCACAAGGATACCTTGACGATCCTCTTGACGCAAAAAGTTCGAAGCCTCTAATCGTGCAAATTGCCTTTCTTGTGAAGCAAAAACAAATTCTGCTAAAAGGTTTAATACTCTCCCAAAATGTATGGACTTTCTCTTCTCCAAGTAAGGCAATAAAATCACTGGCCAATCGTTCTGCTTCGTTATAACTGGAAGTGATGAGGACTGCTTTCAATAGAATCAAAGGCTGAAGCCATTACAATAGCCTTTGTGGTCGCAGACAATCCTAAGATCAATTCCCTATTATTTTTGCAAACCTTGTTGCCAGGATAGAAGGTTGGAGTTTTGACTCACTAAATCAATTACATTCATCTACTTACCCGTTGTATTTCTGCATGCTTCTTTTTCAAGGAAGAATTTTCTTCTACCAAGTAATCGTTAACCGCTTCTTCTACTCGATCGATTGTTTGTAGAATAGTGATGTAATCGTCTTTATCAAATTTTCCTAAGACATGATGAACAACTTGTTGTACCCTGCTTAGGTCTTCCAATTCCAATCTTAATTCGATAAAAAGTCTGAGTTCCAATATGATTAATAATCGATTTGATTCCGTTATGACCTCCAGCTGATCCTTTAGCTCGAAGACGAATCTTGCCAACTTCCATATCTAAATCATCATAAATAACCAAAAGATCTTCAATATCCAGACCATAATAAGTCAGAAGGGCATGGTTGCTTTTCCACTCTCATTCATGAAAGTGGTTGGCTTTCTAAAATAGACCTTTTCGCCATTTAAAAATGTTGAGGCAATATCAGCTTGAAAAATCTTATCATGGGAGAAAGTAAGATTTAAAAGAACTTTTGCCATTTGATCAATTGTTTATAAAACCTACATTGTGTTTCGTTTCAAAATACTTATCACCTGGATTTCCCAATCCAACAATTAATTTCGTCATCTCTTTCCTTTCAAAACACTAAAGGGTTGGAAATATTTTTTCCAACCTTTACATTTTTAACTATCTTGGCTAAACGAATTCCATGATGTCCCCGTCATGGACAACATATTCTTTTCCTTCTTCGCGCAAGCGTCCTGCTTCTTTTTACAGCCTTTTCAGAACCGTATTTGACCAAATCATCATAGGACATGGTAACGGCACGAATAAATCCTTTTTCAAAATCAGAGTGGATGATTCCAGCTGCTTGAAGACTTTCATGCCACGTTTGAAGGTGAAAAGCACGCACTTCTTTTTCACCAGCTGTGAAATAAGTGCCAGAATCCCAACAAGTGGTAAGCTGCACGCGTGAGTTTATCAACTCCAGACTCTGTTAGCCCAATCGCCTCTAAAATTCTTGTTTATCTGCATCATCTAGCTCAGAAATTTCTTCCTCAGCACGCGCAGAAATCACCACGACTTCCGCATTCTCTGTTGCCGCAAAGTCACGAATTTGCTTCACATAGTCAATAGAGAGTCTGGATCTGCAACAACATCTTCATCCACATTTGCTACATAAAGAACTGGTTTTTGGTAGTCAAAAGGAAAAGTCCTTTCACCACTTTTTGTTCTTCCTCTGTGAATTCGATGGTTCGAGCGTTTGCCATCCTTTAAGATGGTTTAATCTTTTGAAGAACATTAAATTCTGCAACGGATTCCTTGTCCTTTTGCGTACGGGCCATCTTTTCTACACGCGCATATCGTTTATTGACAGACTCTAAATCGGCTAAAATTAATTCTAAATTGATAGTATCAATATCTGCTAGTGGATCAACAAAGGCATCTTCACGACCTTGCTCCCCGCATGACATTTTCATCATCAAAAAGCACACGCACTACATGGACAATAGCATCTACTTCAGGATATTGGCTAAATTTATTACCAAGTCCTTCCCCTTTAGAAGCTCCTTTCACAATCCCAGCAATATCTGTAAATTCAAAAGTAGTCGGAACTGTCTTCTTAGGAGTGATCATTTCCGTTAATTTTTGGAGACGTTCATCTGGAACTTCTACCATCCCGACGTTTGGATCAATGGTCGCAAAGGGATAGTTTGCAGCCTCTGCTCACTGCTTTTGTAATTGCGTTAAATAGGGTTGATTTACCAACGTTTGGTAAGCCAACGATACCTGCTGTTAATGCCATTTTCTTTTTCTCCGTTCACATTTCAATCTCTCCTTCTCTTTAATTCAAAAAGATGATGATGAAAAATAGACTATTTCATTTTCCTTTTTCAAAGCTAGTTTTTTCCTCAAACTATAATGTATGAAAATGAAAAATATGGTATACTCTATTTAAAAAATCACAAAGGAGTTTTTTCTGATGAAAAAACAAACATGGAAATCTATCCTTCTTTCCTTTATTGCTATTTTTACTCTCTTTCTTCTTGGAGCTTGTGGAAAACAATCTGTTCAAAAATCCTATCTTCAGGGAATCAACCAAGAGAAGAAAAACTGACCGTTCAATGTCTAATCGAACATAAAGGGGATAAAGCGATCAGTAACCAAAACTCTATACTCTGTTTGCATTACAAAGAGGCTGGAGTTACGAAAGATCAATTAAAGGAAATAATCGATAAATACGATGAAGACTACAAAGGATGTCAAAGGATTCACACACTCTGCTGAATACAAAGACGATTATATGGTTGAAAAAACAACCCTAGAATTATGAAAAGGCAGACTTAGATCAGTTAATTGAAAAGAAATTAGTAACGACACAAAGATAAAAAAGTCGACTATATCAGCTACAAATCAACTGTTGATATGATGAAACAAAGTGGTTTCAAAAGAAGTTAAAAATGGAAAATTTGAAGAATTAAAATAATATAAAGGTTCAGTCACTTTTTGGCAGGCTGAACCTTTTATAATACTCTTCATTTTCTGTTCAAAATCATGGCGACTCATCATGACCACATGATCACAATTACTACACTTAATTTTTATGTCTGCACCAAGTTCGCGTAATTTCCCAACGATTTGCCTTTTTCCTGTTTCTTTTATCACACAAGCATGAGGTTTCTTCATTTCTACAAAATCACCTAACGTATACATGATGATTCACCTTTATTAATTTGTGCGAACTGGCGTAATCAATTGAATGAACCCTTGTTCATTTCCTTCTGGAACCAATGTAAACGGTCTAACAGAAGAAATAAAACGAATAACAACTTGACTGCTGTCCAATAGCTTTGAGCGCTTCAATCAAATAAGTTGGATTAAAACTGATGGACAAATCCTCTCCTGAAACAGTGCTAGTATCGATCTCTTCAGCCCTCGTCTACCTTCTGGTGAATGAACGTGGGCGAAAACCACTCCATTTTTGAATTCTAATTTGACCGTTCCATTTTGAGTTGCATTTGAAAGAAGACGTGCACGCTCCATGGCAAATCGAAGGTTAGCAACATTAAGGTTGCCTCTGTATTGAATTCTGTTGGAATCCAGACGATCTGTATCAGGGTAATTTCCTTCTAGCAAACGGGTATAGAAACTAATGTGACTACTTCTAAAGAGGATTTGATTATTGGCAAAAGCTTCTTCAGCTTTTCAACTCTGTCAGAAAGACAGAGGTGAATTCACGAAGAAGAGAACGACTTGGGATGACGACATCAAAGTTGTCTCCATTTTTTCTCCAGTGTAATCACTTTTTGACTCATACGGTGAGAGTCTGTTGCTACTGTTTTTAGCTCTGTATGATCTGATAAAACAAAGTGAACGCCTGTCAAAATTGGACGACTCTCCTGTACACTTGCTGCAAATGCCGTTTCGATAATCAATTGTTTTAATAATTTTGTTTCCAAAACTAATGGATTACTTGCAGTAATTTCTTGGATGCGTGGATATTGATCTGCATCTTTTCCTTTAATTCGCATTTTGATTTTACCACTTGTTAAGAGAACTTTGTTTTTGTTCAATCTCTTTAAAATCTAAAAGCAATACGTAACTT + &''''(*//455139>97<=8&-((*'%$$$',+1)&320$)-5=189>A@?AB==@IKC,:==;:??3?@7:@>>:@9877;;2887>A:@@?805=A?B;;;=?1=@;@;;%2FF@<34?8CAA?>.5=3774(*)-.1666857635>;>B=9:>B57<:?@>,+)C7%0A?8:<=??723-8:;@>>B:=>B;ABC876:;A@?BC9;31246<>GCBBB;EDFFEEJF7DA>BCCB><<==47<==<88776)67:>>7:HGD;=>@7=94,*%&%&).5@;;5859?:8=<=:;;8879<<>798,7??=;<.448/+2)(,%2'3:@@B>FK@9B?;/=>BDCEC71:4:<354&&*(*%%,+)23<9??>-//;;1004313'=>C@FH<8:>?>@=;1:<7911389;9:=,-000/0.1.7,++//2519>=:=?6+ABE;<(::BD<78==B::CDB>5?8?C8=3)*+05836>@>==:*-&&*-.410&%(-+-6:?9:<925==A>5B><:43?9>?IDDE@?>>:78.,+/$)8;?@;<780*$#$$%',*&(,//3-205,,,-;57;:=AAB43@==@78;=<=CCDD??FLA?>($687@BC7<;-%8:66??>=ABB<;?=7;96:9::3188*/$'%%%%*,,-%%$$$#&)*4659:>@J7?@?78>FEIJ86;@BE><:89<83@?==7860+*$&&77:*3(56678<>@GACF868?A7C9:;IJQG55:<=>:?>@646>D>B?C>>C26:<<:814@C:7;=?;:9CCADDCBC;;0<:@@>456?7<4,-5039F@D6B;446A;:==5;0*+;?AE@@B<926=@?@<<6<;;3BFD.AFAL67BIFACA><=A78:?>9=CCD=48;C??6@FHFF:;EA=BCA@B5>;CGHIHA;2''2?B?;9/56,&(++-)+)12$&%'//1:)&'+$%%&473-'<81;..A;<@ED@>@<8?=03/&2$%)A@:;=BF>>468270..)/9>C?76/%%'-35@A;4*&*&+-..3/*)*(&+,).9>>E>CG>FDED@665@;AB=AAA;?ED<334*-,-,968:94,9;?E@>;CFEGC:3,0+204<>>B?D@@<@>?:0BBHI?ECF<:;IFCDB<<<8>70/114557:@@B6DDEE=3<:<7==<@ADB@@CE>??@=CBDC776@D>AEC?8>ABB95&&$#$&).-+$#$%%&%.2()'&+)0;-1324>/5)%$'/''.)&&*$,01+((%%)*'')3<0-+%')&-'.)%#$&&)*,/''''%544432$#$&,.*)09@)357331,(&%%$+%)'%%$--')'(/477BC2BA@;=?:4///--*-%*/3/6/=9;:=><;;+033359/:?@BDD?F/?A;788?IIH<=>625670@74569BBBC?=?>>8<2,#(1%*999@@@??G==GE>@?0;9789==:AB95<*)())-5,2*/==<)%)&%'-/)*%//.10($%$'-*(-$&%%&'+&(28DA76361,/+0/197*(?CDGFGHIG312>A969AABEJIEOO@?E5BABB7GGE=85-3B?@?ACDACB?9>=74=4>EDEFDIJ@=<600'()/&9268;>?222283;'1)97=>?ADEFA;<<,*/(('666,+-+''$$%%&#%())128<=??-<=?;:FFCB@=ABCDC?;E>8)&-%'%%')$$%%6/9:<<9,('#$('')+++68:>;:.*'56@AA=15035>>?@?D<;FIH8C>===CFFCB>16:2:'*:'1DEC@./:32.-+=7?;??>511;=;FEE?>;@>BC<=:AA<$<9;:<+.;<=<;5.)(+;8;5@D>E==:+69:<:6;CE;=FH@GFCBDB47::7??MJ?8CLJK66:?AAACED?<:8::?==>??.AABILH88@>20?=CDGE;;CHHIE0EFDDDD>@D:A9G40B@CCF@DHBD8E;46AFDA=:?AA@DF@DD;@@BADEGFBA@CBC<93372A3&0>A>E@?<;;E<<(%::7A?>GE&%%$-=9:@A@D@::;9:=AAA@*%22'45-'%%%&25<8?@+;/D148;;5=7==:8:9861/-3544>6>8??AB999>>7:<.**75:@=;;:;@HJ>?CB<>;A=ALG@CDECBA6?>DRKENHH4D<2:@>@<349>=78JA=??A=>BJFC@7DD>:/%/2889--,013<:<8934:;95:)3*0,.6778:88=86:=?@=?DB><=:652-,%'('%%,38:DMNOJF?AA<:43;=6;85,1<<==+-:FEFCBD<;AFC6862+,'&%%'$$'%%%%(''+/((14<@@01D@D@HF'*,9>?=>C?@DCABABCHGC=AB9G?A8:&>::?C@EFFE?DB?E@?ABA=E=AA>:8.=7;<4BE13::?87:A7;:=EA?>AC=BHBLLDC>CK>><7735$$$%%3@B?0,@9GCDFLAA;>@;:>;89;>=86$$88ADG97/345==B>;<9:25BCCNKGDBAJKRK@@:9:5889@@;;5%%)77:ADH:EDDFJ@BD?JKKIHBBB:>@BADB@9=22;;ACEB::@B49)7$53;C><@9:>A75%)24'8/01:<=---,(,&'.01)(()++678?+5'(((%$,47859;>B>DDF9<='@?=?BJCIODOB>A>;;?A>?CFIJ@ACI6@,/03?=8>B<<>@??*)8BB>>C?;496:==?=71*-%&$&'/35;<$$%$&4330.66=8877=A;BA>BG7:=>>AEGHBB=5>@:757?C?=>DEDEF($$-.2(678<717$%&$&$)(+685;=@DI@:59494:=1234-./015::8<@?@@CIJKADF:@?@ACB;DC@GIL@FFD:;AE?GIHMD<>A<+).250028>?<=@A;:5.$35E=ICAGFGGGHH=B=FK;DDC=5,6(/)'02889986?<<;?:8;7E1F-?>8<;;9E9:?>>BA?B?>9B?G<:><25515439.:=7:7(%$&&'(##%$()3)+*)1-.528<8B>96-24321'66;?DGD9?A@;/3?CE:7('+=>=B?G?;B@9?A@D?EED>;;:+5:>=6*58:9BBDA=C95:69:<<>=AB7=CCFMLD@DEB;7>8GFA5998.+$3;<E>??@=;??@FG==BEHEF=@@EFHHH@@?>6<;785)##$#%%'(-/1635/D>K:0KA8ADFBCAC89>9;=;7AB;A53-BBG@I.ECC>+;+7433).0335>3./?FEID30$6=?>:ACPMI>8B<>515:8/50%$$$8$$8;5;>>504@>>DDJJ0B8.>AB@BHHB<>A@FG:@??9.,/B?..68?<:=>1...)87<0.7>8;=9366<7..0.8.+>AD?IG=>BDDDGL>NJGIQNFRJH752(88;;<=:>A?CCDIKBBG=:A/.7>EA387?E@AFA1(8+51012&7/62/28AEHFBAB2800121&)(2335015::3.,/9:958:=>');=D678?DBDFACEB:=;>=>=>???=<88:<>DFIHA?67%))A>@@@CAC?DF@9.)'(''#(%%,+::8;;0337?>=514@CHGICEGA?BCH7:>EF@>;AABBC=::78:ABD=?CF?>::<79:6>??H?D6&31&,??;>=C:9)*,:9801..6>8+84;;<112/.0,93017:0202**')&&'46AACA@?>C?<@AC>7B>32088<<7>C=4679-/)99573&,,..1310241BB::A@@<&)*:2;>;8233545%'0178=>?CAFG68:64&$''*5>>;:ABGH>>A=>:;80824A?@?E95,+/)$%+'(-'08;E@6@?>EE<<+/'%:?>><(),8@8A51/+%$"&&'$&&(0%%'%*,4454,'(()(+*+$('*''%$%$%,.'(387.'('-)'&',)7:618==E0.+.'&&&%&$(*9;544467<>;7?:A?>A@@AC,/011)+378,=;C@=?=/'9'999?F=5222/$$1+)+,--#$%%'&+3)+$'410)'%(0232441--)+'*+1249)-@A/1::;9:654%&,.-/07544044236778::=;81(()%$$'',69>??=A9B@,%)111-==DB&%*95(##<<7@?CC>>B=98@BFD;DE<21,+/85651)6<;<@BA@:608:<=3/95<;8?EB@>A?BGGA?A@A@>:)$9:;@A?='9997=@<9876&/7688H=>>5995/1//(''0(356.55///&%*&&,.''*>=:;9+('''$)$$#)(258:8790(245>;<>2224=>:;>8F@=G?MD??B8BDCBAA*26868;9=;953,&4568:6'%(&&''*4.;2;5477/5*$)*222-+%&'(**)$(-98:>>>BB@?>.*-%'**/069:6;==6..);;6:=<:9'*%32**3332%(%&'-3359C2;;;:?BCBD7:<@3:<40&&278<@9A:--:998;:8;3710799-0;FGB<114ED=<4>@@?C9<9.&)8:=<@AB<6=<;88<:.2<=78@><89<>;?8122/9::669*5:<<753111747>8;14990698865&)0079899:,0594-,,--?<<>B;8+--273>8:=?A@@D??A?C9F=>HDA;74>?<9/987/1/'$&(%22;=;=>DA:98=>@@72:<<::C=2>>:A>47::=<8A@@5::<>?@AD>;688::<;366>;;32464(&$$#$&'&$#$%%$$%&$#'#%$%$%$$'$&&('%)&*)(%%$+**/1*$&*4542865*'''&%%%&#$#%10369839:7',;;<88<>?652435/*44;@A=AFFC=978=CBA;=66))$$%%%%$('&+'+(+&''/03676549:98@>7=969:8>;A;B>@;'&*&-(((*'''%#%%$1*2?=+;;57+0'*8?=@;92=B@7>9?A?<<=;4..)(/69@=54+11:97699DA@??9?@75=:;A>@AA=$(,:=:8*$'$$-/.'+/1&&31798CA=>:>:AB>ED=;=DD:CA?C>>793B9;@BCA7AGB=BEGA@BACB9;>B:<@=A:540<;=??C<9FFFCBA??9:;<:<9;?<;7'(%%2;<==<>@HFAA58><8266+*).$%$##%#(0&'(''&)$',,+;8::$&&%%87,/3//0+(&*),*%++.:76:6())+6==AECC;FH9?;>@?8>A@BGBDDD9820*1-%'%&&(%&'/0-,)1%''%(%%%&-,-44'90***+&*),++-&#%/,/257.2469?<=<95420'0257;<788??=>ABDBC82256:=46:;68(#599>9>>?@CLJ@??/?10+%&$%*+->>?>?=CDABHGE@?:690938:=96('-)),.54?A>?9264',272444BA?AA@B@8899;=>?@=BA=BA@*2>@=AC8/0:GFF948;;A@B4<<1:=>@CB;AF<;?=<<>=?GH88C03,47>==<99?>@?9<=<<;;985;620.5663884<5=5))7A<@?=>@9::;:,8;7487>;:*,)9@FHFDBE=GI<@?;<992:;<=??FF9H>D88/230=;>A<=@>;/'($$)'4088;<28:8=>745465()(12499DC=049896.645(&55832-.*(&*57:=:?>:15ACA9=@><9<>BDDBA;@C:-545:>>CFE3B=CEABFA@?A@@;>@AB@DE>C@<;;;8:<>;=A;9;?;;C88=77@9@<@A:2266%#%**:9933><::9><2%%%)01/64389FE;<>@G>;>:;765,8@E@A@?:GEC>68E>?H<>91**2*/<=E=?<32988610-,+++*((-,/')+4455+($&%551299368==:99821--+++.224'336=66<55@:?66@@<5137,4<=::;32,140%&))''#%')*$%'$%)*-8:><:::>930-.=46AB8?5599;+7:===56:DB>98:9:946:>9;8;?A4;@>53=CC87>B=;>@FA=J7G?8AHGHBDOOCFCAA769<;>?>><85*&6-..1(8:996;;436;;3..-,,7+:979=3;=*()029;99;91*/8887;&779;>6:99==:/(+&#$*'#(($'$(+%$$'(47>8>989672146584+34++%)257734+,AA:>36:8>>ABC==6)*(*&$%$$44????=>BD=7/@>=<>HDACHH@&<<;92,4-),,49:8;8=@@=751-3.-%&+++(%((102%)599''64>><<<8;><=A>;A99<:=4EGI:;'5$7....066@=B@8455223)/1950/.5:??'+-(%(9;=?AC<<=>C@@EF:>>ACE@=?8:98>>>:+;?<5/'''(&+---,.,0-)',+#%&$&%%%)%&+%*(&$)%'%++,4:?323)?E>C::9>:>7@:<9:=?D?=6.*.65;=A@ACA<97;<2('(&'-&)8:9;??9,4.''$$$),#$%$$')08:?A?;;9;.0&$%%-(898;>9?@@@CA534094))++)')3--//,(%)('.&(*)(&).358669<,):;;AD@===66.,&&'(,.5<<@F<88==>=@75228350::+'-.78/5/.00,-(;(,5589:7B?B66935.*+&%&++.:9+((259-'::8:;=>=>>D@=IC>@GE@FE=<1398:@7574:@C:62/8<$657828:?3<;>E9:85;<>E7A<>A=9@>BCEEDDAA=95;BDG=:>?EB8D>2%3+361)??>CEJG<>=@C:A=,8=BCG@9?;72&&#&%#$&'+(+,*.31'':7=A=C;:BB?9?D:;>D>;=;AF??6789;>?A<C=;=:93;7=AD<;B<92(&(&%$''&-+(1*?CF@ACE=B?8DB?G8(($'85;C=;<;+97:88=9:9)*'%(+43422566.032)4/2530%,-*.01279;75:42.,+&&%3.68??>83:59;;.;>>G>H9CDB>:8<=@AC;@=0;DFB<@::5;:;:/'%39;?@>>DF;CA?<='(+88;<=<$=<;@>==AABCEDFCH;;>>2410>@?>604/549604>B?;:0<<<;<@>>@@@)*5+/69B@?;++)%$##'(((*+$$'%&(775162-'%%')$$)$$$%+,,)001(&'&'((*+99:@BCEFHFFDCBCE>?GE=BBAD:B<:<73*:578(15688>BED<7><@A>:?CE9=A>6BA=D;-0248603,3.'''%&$%#$$'$)2,-/643@<@@DDJC?B>77A=D8585528:86/2555345344423.@?CFG951>EC??98@>=HBD@I@DHC>EIOKCGB@?C>;:@=:=@-9??=2@=>?A@B24(.98E=?9A1?476+&2<>?>AD>:CE==:@FCCG?B92-,&$''''(/0<=@<,((=56:BA@LQJKJEDF5C@C;@@>?@??90167;**03B?9>5536;CD:278?;8566=??>DEDI<=AAC9;9BC=?FEDCBB<=92)+-1?A@86(706<><;=D@G9@E?45;;;@?>9:97>==:?BBD>@GHGBB8<>=,1?ABDHJ>11799/1'%&.19;;4>>>:<>5)'%%###%$&&/89:3))+1,%.&%##%$*--29;:27<;B@:::<>A:<@;KEDB0>=?=><1/$$%)/:5'44829BDAA<80356:CB>>8=<<5+357;?2,,,$005677DHHA>>=9:B8CCC>9;;6:;6+;>?9@:9B-(B9CC>7==E;),<>@HMGA<=:<@?AACA>=?@BB>BE?H?;?BCE?FA57<=?A@??91,*(/5<=@@C:>96039D32111/44./136;BG<9:@5----0)-/...36716<>EBCA?8;A9:F@9<2+66>666BFD@@88:441379::456<;FGHCEEBDAA<59GH;?>=744864.*:@C:6;<@BBH=AB4/542%%#$('5689EGGD3<=>?687<;7;;8;=;;=57;;8FG>@58==FFK<>;98;796579<<0<:>?=@@=@D=77IJID?>=9><28:@CEEKH@?H>CH?CC765AAABEB>B?C?>D419112/&&,)'&$(+./4<<87;6353D:77:7917<(&.&-.-<>;@==7=>CCA6?8@0))'&&#%$$''$$$((-8=:<;;DGBC>@6;;=B5?=*0?:?ABAAA74224(*(%$&6887:?>>==8JJECDLDH>B=>B<>4:BD=6DCCCFQM8D@CACB>C@AC@=?CB8;AABD@>DD@=62))%&&&$##%%/00&*')()+%###%%%&$&'(&46:;4;;:,1*443478<<0://322*()<=78@;<=A;,,80/./++%$'*)&21/34-+$&.59;::8=<6)01./'&$($&'56(+;:?<:>A<=9=?6=169;<<89DA=:;;E<:699==@>83092/.14))$%%&+'%%##%*+(&'&=;*36+:<78::;:54''&)',.-277.:>>>>>5)$/*48;;?BC7975;&&8=;7656(087931/$(&#%$#$&4+<<;B?::569134B.6+*-67;-)4<743066<9<=B=CBA76235;7631$)BHBA=?178>?<=??>@BCEGCDCE??8:===<3@8750//&&:;/-,(),',,.7<=<@=:<=4./016*'()77;8>;9;;?8:AA<%9.13*(&%*&(*7988+82797743340(*-077>ABJHD@DACABE>?@@B988-37766<=,**0.0-/:78;DAB<222.'&%$$&559><>%88BC>>??A>>;:?CBBA?;???2;A46<>@C*?B@7;@?;;=;8/-+''0/,%),.5788720048742355:8242485<@70(36B@82-/23:::87;<36:;;=<;6.'(29-0-9:@=B@EEEA6<=A?==>B>:=>9?:716=67:9;=8/76679<9;5C6672+/:>:?2:9:<=<5+3268@=9>?=:)509<=;6..'464(($%*(5549<:*9754+',2,1,68/1A@<2-:;DBA<>>>GF7=8A98;;2()3:8;=<>AJFEC;)/597,9:?@AHEC@=D5@@CC@EC@@574?@C<69FGE@@8A=7<>=C.&0.&&%%)'**%-,,6::<8:2/:&'(')))#$#%%&''%/12'(-/*$$$&(&%57;=:98?8+@<;@:%%/03&(1.-(-15=78>>BB@68=68/,DBEB<?89A8;>C>D<*)#$&$',8:=?>B@A::;;;6:=8@@;4?IIAF@@7=='%&-45;:4110:8A;:>B@;A:<=@/39HDA8<3:==<9:<8856?899@<05,99<<246<>;>@AA8;A:2>?CB953<;9A@7;1'+'(%#%&&'+*&%09:998@AA698<5@>@?GA??9?@4?>B?>B=>9<>9=>AJOKDCE9HE@CBGL?@D>@GIFEGB:4A?>??@;965:@AAB?=8?@>A:IK9?:?7>??G88=3D:897@FDF7=@<>7;<8885$&97901*$#%%434411039;:AEB;98882/--34;?BC:;A><8@;=?:?AB@B<;47C:++-@ADEDCCABBAIG@:A9DBCC>B>@>C?FHIGB=<=CEF2/:>;A?@AC@CD8BGCB?AA>9=:;976AE?=;<<:;9?9?9;==>>39547=>?D?:?=;?>BA70<==>=7<<;-497?CA?E?9?HCLDI=>=3>@AAAF@C=9;9(&:?;?=+46??>>;CDE@8:;:355)(*.169;???>ABGE?.7FGC6?EGDA><5>@=GE@AEGEF@B;;7>CHHC=?B@?9>CE=CFC?A=>ECG::28:<?;EG;?D1?CJT@,0>;7@:AH;CDFBD@A8)8(42-60/=?BKA.?99<>>A1-'1)%300015::A=887/1358AA==::;,59ABCA;>C>D?=AC?A=;C>KIIDI8GJAECJECJLNRJBDHD@HCD?@EDFHE?AE<=A?DGH=C@@@<:<<<5=ADE>EGC@B?@@HBAA<@AEJAOKBBCB:A=?@A?75@?DCFFB?GFKFCDFF@=<=3(,.0&()$$)).25/.;>;3A?>9?@?@?8?>6'('.226?@B<@?@EE*&.+78,35579>>;:>>>89.''((:=;>@>=<6?<:AEFG<;;@EABIJCF>9887<<>FMJE@:::=?DC;CD<>=:62;=;&%$&&$$43&$'+-/%-5<<85>CCD@>BFIIJH@DA>9.*5?@:320%.7;;<8<<:99898336;6<46<>9@EFJIHC@A@69?=DIFFIIE<3700412%%('('*01831324>@<>8/,-B><=5GA@>CD;;980-76<<;:>=55?;:%%7*&&)56554:JHHH<:EHF=F89=893G5A2=;*:110:8>:;97-)0/*)*348<+-*99;?@EFGPH<-1580+$67-0@@<=?>@<=;HDCGFGHLNNH896=9>@?A=8BGFGE;?@>53-%-)&%00>=GJC-.GG5595995'((63234><1:@:6;@4;<89:;@BDEGKJ?=@64-+*&&+'(-8()&#$)$&*'27'898==:<;;?63262@=97'&&,72477)--(,046653*279:7?9==;?=@>A:F@>A@>><9==>7=97%%+5<<>BACHFBB@AA7%*00079:;9>AB=AD5:987:>D<==>>)@965:8;>99:===DA@BFDI>;HKLEBFFBA531296,)*+('&%<=>FIHGGB?@>:97;251>@BCC><:D===B>;>?57<6:5:3,--114;?AB?>=:=55B>:8=9<<;@CEHH@FFB89?=GI;:C@=>FFC?>ADAEL@9@:645667<80@>?C@=:*5,#'***67=??.'05;>A;<9>@C>;05>??C@FIGHQKH?B7@9=/8<>9;:HGGBEKL@6BE?@AA?FMHIKHB:HLFC9=;=?C85A@B==?2&&$%%#$&#$&&$$%&&#%&&5411113($(%($''%&')%'%#$%((.-568:?;<@A?=DD@>FBFD@DK6=@@A=BC>>:;?CAFG;>=AHGADC5677:A>A9B@:=GFCDEE>C>EFFHIFDIIH@?:7B:996<><>?ECAKGE<>AFE83?@AAFB/7DBDA<<=@=;<;99>>?EE?D@C?BC8:34=>AB>FC@ACBIC>D@FH@>>:>9?>24:76-/0+-1430;=<=<68>;4.*1&'45795*9;;*>'6:DFD?BFFA79<=CCEGJD;DEEGFB@@?8D==98;8<@8DEF5657876'%%);;AC>;;BB:>F@9=@B@E>8:;-32336<=?8472('(+68>CB.68:@BB:3501,%&1/--0?@CC<=3666;=CE:9DEF>;7<8:<9:@>?C:@@?(*&%*,45/$$+7:=CE;89?=GCJGJJGF?E>;9:45*6'%%'&&&/8??<8.4460'25A=AB;18:>>7:5182378::8:DB?A?<@><:411;9;8:7==909)%$&&&%$/0/1/336<73GFFI>>=781=>ADE:;:<==758=?E:=CEDC7,38942)&%%*)((,1(///0./1..048:15;338;=;>:88<>??2=;>AEGGA?>6146FEC>4*@C>>==:7CA?>@6424@E8?>?FGFB7GH@CHCBC6=::>>B76=?@<7?C@AB@7;D?BEGGB37>??@<8(.06<3?;59;@B>:87863..20%)/33/4%$$%%*,,,,,2/&-0::;9FHDHOJKK@GI@HAE=CEGA?IIHH>@ACF>=/3HHDEB9ABCCA>B@DIIE@?ACC??B>=CE@DDKDDB;@CAB@@;@:4?=8;?=AABCEAC?@HKIH@FGGD@@=;?FGCHDBAECCDJKFC5HC=>;:-1)))&#"#$&')'&01111/'%(1,)$#%'./10768<>?AA?A;5*>?:CF=EDD<879<=G>DC1AEFC;@BCED@:IE@CHH@JKIK@;9995%#&&69?>C>;8;??1:@CCCD>D:768=2&)%/5756EGFB90/,*68<@FE@F:E><<9<635-+)%%&'$&$)(+-+&%%%'672/*'?:;;B?9;<9(3$&'%%'-224:<9<;GI@A?)$$+.(..DFB?>?=?GG,>>@=HGCGGLQI@790128=B>AB7<>8=@=;76<<'AAIE@FJ?AFFFDB?>)>FFHEDGGFF:>BGB>NKFAAFDJKJOPA:@@CJIGDE9JKKHDFHJGK@@9>D>A>=?=;>=BCDD;8;EEA>@FDD5;<<88.,45(/0'**,)$$+(''&-34731023(+,/:9B;2++014*33/-++$$%'$%)(-$+554<787+*,47857@E>HE>DD17?;FMCHHHC89>;=<=988?>>?BCB@??BA6=@7>CEED:=B8:IA>AGLGLO6@@BH@BEF76:<>CCC>>AB@EDGIDCGCE@JEHB8;DIC8;<;>>?BDEDA<831,*267:9<<<@<<:8AGF9A@9?@><:=9:,///:8:8<>93>AACEE>@CEC@=;<<+;LMKE=;<23-5@@C;3(249=9=AFF@48;<;:@?:?B@798F922=;AE@;96<;9>BD:A9CFE>DGHC976*;:<38459753..(%%&%'-+,.+468=@:>@C:9:=<001'%(2+75.33'%#(85;=>@98:8A,?>@H@:B;=1824:=562395<=>=<9?9(()=>EDCCDEEAACED?@>?8111'97;?:FHNNJLLGA:=89:??680*)94B@0>=>>B9B9:A?9<=<@=CC>DSR>:A=@A@@>8A?@B@<>:>:4-++***/(%%+.5.+*$&19<@=662;85'6829;>EC?AEGA.)>B<;9::?EGGDEC?=@@04C?>?862@@?D@>:,..122342+7:6:77-081879<>A?=@>:>>8>HIKOF?@C=<@@FC<,7>DHJGCHJI9CCAAA>@EAB;DFEAF;@=:6A;8<9':=@=ACJIGEFDGH0I==;;,.:<;@F<->A49CDFFGCAA);>??*48<:AEB>B85%)>@@<@?0+.3:64<:0(+%%03*8=6<9=1216A?;CDFE<;:**(*%%(&).)*--%#2,15.7<===?AEEBFF=D:A?=<@>=9@AECBAA0>FGB9<844/*))&$$,*156+-$$066537:=CA:BC@AA?@223355911.,,+6/9;A>?878<=>8).277683'*2'%$$%1:8<;=>>630019:DE;@CEEC85112(+779;@E=8=<>>@AACEDA789:=.5<7@A998=+)7:9381>?==?@8@89=?JA@BDFCED;;<8*)))&(-887244()))'+8878110(-15'*44116=?DJIHCEAEFD:?><265?ADCD;74>:@B@>=?CE@0181&&(&)')*/+580.8@A@7?;==>0-=;93'$%397>><:)**+',/115?54:1**&&'$$&:=@D:=;ABED=40:DE@?;DIK>=A?:@E:8674+'&%./9633..7?A?A;A?ILMKHCDBB>IG@CDF=9:9?:>>@:;:;7899755B8754=>?<>@7*8DH?FFA;:<=?<*3AG>;=>=65A@><))*..1?<=EJJ<=5?844?A@A?==@A?@@;AA:=<8;=EFHGECF?*9,'%&/1+,.6373/47120+((+444,)122441($-%'+++#')/).773.9.6756;6102/<;5=;?EE>56779<8,)(6<77)',-.+($%$$00'+*,++%%,+)'&1/*)'%#$'''%(%&*%+066465++&)43*=:@@@<<>=:-&&''$&&&%.(%&%()(86810'*76162==GJ;?>@BDHHFJEBDCBDHIJCA?AIB<>D?226-5:;;=>8578556*%+'%$%(-440%)%%%888*9A;85732*&%'$'('&&'%%')+.'())*%&&*%-*+**=<>FF<72BEKI28>7;=@=>>621112/)).-,';<=@??1**('&%(()%$#$',552)&&&$')1-*)00)+&2%387984*/5880,,)8&)*(%%&$&&%(1557338DBGFEEMCAB@@*&&1'/)&()(&((*%%(4:9:<;<002@;E=92:<>:?75)'',8<;:<8AB;06+<4355347:>F=>?9;9>?AA8@CC=@A9:::(3+)%%%*(%$&((&-''''00.,%$$%&%&&'#$$,/'''%$$,+)'(236;897:878;9:@2477=7A9B??>?@AAG9==BEEDBA@;99:((.-.,,0%';<35ABC=B=@BBC;)//)4=?<=B@;>5?<;DEEEFD:772274/&$&)((5*;5$0'2;=5:9:<><;-'&$#%'%*($'$$$$%$%#$&$/.*'()&&%$&%'(+&%))%$&2(.7320.&'*+*,*'(&%%(')+&')))*,*)*01226300+48<:8.:=6766>GHC<577::BE?AA8DEBHJJFDD6@A3@;>EFA;=F@@@9B>?<;;<:IEIIB+8::*'.0<.2886?<:8:89632BFE>=BFE?J:A<2:==GG@<8*-,+3'242<==6,4&#/-,5<658(4&),3>:=A:<==?>??@:8*+=;=>?9/1597&528@;8@BAEJH>DE?=AC<:DC2'1--.EC>+4.:A@DEEE;8120(&12&&938;;@F;600.1($%112-;?>BE;.C?38>?9C>>@EEC=>=@BD;A92245:;:5(21556:7B?=?<;7B729@:3376'&8>:9:@B?8<:>4:.:@@=?;<=?;663579:789;8%249832227*&&&'($)4485C?A@F<=ENLD807B@@9;<=?5=;805;:9=A>0/-41/596752,'&+*+..0:6:=HIJ?AABE?CCDFB2,.3221+5=9999../@BD???@?C?>=;'33:<@A<9@7,''$&#$&182596/$$(((+'.0/+./0&&*)168=GFMG47:9>9?C-7D@EGBC@@@GBB;<@9=?A@CA?-1?ED@6<:@ABB:6?HIK@>8?N?5DF@FG?CGIIE;559ALQN8@<:CA;8<086G>CFC<=;BF>=>4.0<38C><=FE:A+9<>@>BDB;)..9615947*--)*+$%$#&20/7;>9<7<'=LORIEFGB@<8'73+''%$$$#$###)%'#$$##$#$.678@@@<=>C>>EEC>1A?FAD7268>??,9<<;>AECD@AJB><==94.2)&'%((+,),4<::@IFIBCFGJ>GAFG>98(66?8862(5424><=<>?@;::E?=IJMMKIEG:7.678FDBB<8;=>=&55./93:?78.-2(438=?G>C781,=90-.(&)->?BGDOF=@;==?=;7>A876117922469:;<462/?;><<<*C?6AE==@AA?9:GB<9?EECEGA;FE7?JAGHH;558'56<:>?>@A??;,+,1.1381026=:;16321=AFGH@:9==;)5:;@?@?=685?7EHGDB?DFCDEH@<=9A;HEQOIB?A@?@36;:3&#+',3*,3,'$(*&#$%26@?>/.HH?>?DE9A8>:6(*('4-5/0/.;<=>C8AEDAB4524/.%/69@EHG<<;8'$()13=@>;7*-%)(%/1010>=CB>?99<6,&&&$%&&+0,'*35515::G@A@L=9??D=9?@I@BEGE??@EG:9;A@A88%%+*3;;FDHFIKKQC<@=9;EC?FBEEG@B;<@DFD==EEB5:AED<8:+&89@@<,,4<'&&&0).&&&$%'0&#&'$$($',)$*(#(1.:11))125;;B>DCA2<>EJEGH;5.%123@<3;3<>C@GG>>IHAEEFE79@CGCGD@B?*ADED=@03:>A@KF=55=@@A@@77;:A<9;-;*39,.)*.03.?B?<6%$#%')$<=?@C@6.7677*).)-())*(%$&$'1235:FDAA=9%(11#$)*-)-6144,-$$:?@FFHCBLF;7*079;D@:BA?@ECA?3<<:115@>:>=>4B@><9;<@?AGA@>ADCGME>@A<85).1<<=:>CDB>@GG?B=@@471?>=:59,+*'#$$%&$$$$&$&%%3564:=>@B=G?;EF=<>10*14/2()%'%'$)'.+,>?;,99:=AHC;?C?914AEF@>42,,)./37@CD?@?>D?<'BB78:=8-8/06&&6,/??;FCA>@@@9;9;:741326@D=@D=BDA:+?;;9;<;//8-9?><8312921.0'%%/+&%*4%&&#%$)-5::6469=-*./&*.045;BB?BAA;4;;9::?A9;<<;EFE544,,586+63:@<=<=?><+''878:779B?.8/<='//99AC@888>69*)*,/075=B:2*&%-7889.0*+15+41016.32::=6-33::96899A?=??2)4=;+.;98=DD;25472)()/2<5,??:68<638@BACBFJF'3:*%--)&$#&*-/'+/5@:7:>;B=%:??-0)(*8;/;;=;C@6>A1@@MNKE<478;7?BA<<@=8;79CACCFF@D:88>=>997)0...&$*?@8(.AHG>BEIH=7ECA@NJMCADC35A:?A=<3'$%$$%$$*%$14001/,)379;<;?BH9:916527>>985;>76>:..7>:27/2=?B>AEIJNE@?B;>@A@A:@;=@;J<=?AD>@9DGIO99;DCDBA@;=?==AA=F?BAB.-.9:::DFHCACCFI@EH=DF?D;A>8>?AB@@<:>=AK@DDKKB@DEBCB9CD8@?C@A=AGBCFAAC?DA>DD;AEEHIJL@ACDD><:71/<9<'48)/111348=@@CAGGIIBBB>REBC@C:;=H=9,223+%(,+*''0.27;?@6>AE?=ACGJB<884=:+9=8526+((*+*233*-.666CEEA??A<@A=<)41354./1&68:;<@>>@B87<>ABCAMDBAE@C:<9:<>;@@=<>B?<3@F@?@:<9@C?HA@?>@EA>;=<8:;>=?1'',(%'.08897<>;E?A?CBEEDI;GDFIJAE@BDB6@@40==<@+/-()&$#)'*(*+(&&%')0,45774%'-,------)048;;;<6*@DDB3:DCBDDGLDF:ABAIHKA@:9>;?HI?=7*<;?C=EA=C?>?A9/10459('*706:6.*8A@?C6EEHH,?=@@@BC?B538>=>@@=>;:66=;@9698;>>A>KKI@DGB<>;AA339>7?@545*6-**')4+2?67@@<$''<<;:+,),---1/977755*%*0-1%#20''&&0(''03,+)+#$%%%)())+(&1%'&*1*18:>6?@>AECA<:8786::::;=:133/0032;9;:9;2?@=@CA>;AB::7;>::;=AE:8664,779B=77C=CDCC<:>FFB@956::<>>99@A>B>'1>8:<;?B?<578=>?C9ADDG8CDFCBBA=EF@===@DAB?><:-))11.)$#,.&-##%%%&$&.(&3*(3421,$#'&&(##$&$$&##$*&'&#&&$%*).,,,:8=8=>722-(9=>?68>;<@?>:B@;;*#))11;>E9>CCDH@?<<<>DFBD>BG>?C;=*B6500AB798:2BED;<9<=@?@A>C8>CBBGAFHE??C;B11-*258776889@@A8=B@ACCDE=;50>?=,6BDDEA>?@=::22<>EBCD<>=?9@B88:<:+-2..69:/1=:==@>537==87>:968>@@CB5@BG@@DF:64/421:@J:;C;?@7=E=BDF?9C@9C>E@GG?D4'''8'5787625447><<=>;9<=9668;>C?@@B@:52-'*,,(##)&$(&$$$./%'32..7=<63=375770KGHGABGB;8???BAFB:>9;/4BDA:=?CB?=FGKGF?@7EDEFEAEF>0,16.88:73539%@>?><62:<::65??CEI<;?EHDE9=A?<1/7C>ICBC<78A=98;5-,0-0<;;:96;:01*:::@<=;?ACE;F=9<:GMRJIKMF?DCH1/6589=<><:;6=73365500-)+((,.69;;BDG?@A@=832*)&&#$#$,,/961:8;><<8:5.28:;<7,557;>@C=;:9?;;@?B4$,'+()1*)08CD>6?<:<574332''''.21//..+$'57;5(-;92'6567:<=5;<=77=:=CD@>A?8;@B8:=>6?=6:2ADEGB@=IH=A@,'&0(5.&&%($%'),4;??@=7@?CB<8<:?BG@?:=A7E=?BC4;@>:09=@>GGGGFADC@A@??>@B7=GG>BB>D?5@CDNMNLCC?=@@=ED@DAE::@A=;5;;>8PRFB9JFICHH?8??84?:=CCGIHJHB<=78:==F@7:FC9HH>=EBE@CC?:?AFIJB<;?C@((;9;9;;=>=?=?J?BC@LBB>@5BBAA=<.=CE>AE?>39??9AG9:<<<967)/4.7<97/'244607=>@=;A?HICAAA:;)>78?4?>8.-'''(((4...+$'#$$%#%%%%259<*67:24FIF;@B<=3=88:;@AB1%:C+'''<>G=@JLBBFEFJJGHIMLH?>AAA>:@BB.<=AD@A??:7A<:>6;A@BD;=;889@9;?@>>><=>BE>@EEGBAAKJDHFHNF:;1;:=A63=@EC5-=?=@GA?AAHKDEC@347..>BAEB7C9BCGFA78:,*-)''$**,**'.&*+./1;>9<6?<5(8CFC@@DEC>D=4AB=3<<<:4()+'(*0''++++(5<;C<987/454/.%%%%%-0976D>@@C@A;@FB?=9687869=.11>OQI<=.00,/,-*,)/988:<8?:23)/21-.19+79;:;1.-240+'-)(%&''%&$,.0374&27224<@@8?<9:;.79312&%%+575255<=?=:=?::<5D<;78@B3$<(/33502=?7;><;:86+366595<-)598:263GA@<5;;A=?C999895'&&&*@<16<55==9)))=???>>%--6418;.59;>=>;@A>=??;%&688?CD@GC>D99@FCA46=>DA:,0%87A9:B>489<.+(()*=?@7BCA%9F=>CC?:>/0.0-.--*&&,.)118=C=>CIG>6989=?:?=ABDH@DB::<8/%1%-%22;;<>@;=@G?9=@?0@5,%(-8:5>4$27=0&-/>??=79@=?9A>A?>?;;8:<=?<6>@A<5$%&33055<>;@A<1,/ACAA9B4:1/:<=@ABCGD@A>=35/0345:65:<976889<9771*.0.0DDA<@??9=D>>??567AAB>=BA?CA<>0,.-(2125@=>8;;?@?BB?@989?AB@106458%4;56=BF@=@?>=EHEDAC=?=;<<<3934.)%#'%485;=AG82//))*'&%$'132@@C=>;BD8>?@?>;:>9-)88DHCCD=?E:?>?@CEJM>PRNB;980'+<<<:942*$$#'14@D;DMGLNIDJFGFGCD<=;AFEBDE@DH?ECA?B8@;>BH?EG8HHHA61**6;>>@D@?-996(&4494/,0**&&&'..//((,,,7==8A88=:%08;BE677>;)'=98:<>C:H@@BB=HGGFJDGGC9;A@:B;79@>=>9=;:;06:)?;1;:9;=:?CBHCA<>94==EGC=9421:77<>@>G>CEAB>CBF<6;=CGH??A;??=??>>8<@;>@9@:A=48@A;<8=?72?25B:-+@;>DB=6588&&0*57>:@=9225*,,0(,-<>@>;<=@DCFGD?CACHG6H<=:9<=2300**-')&()))('&-+&(+.*&#%$$'%99@@E??A=B=:@=@=<;:EGBB<::5B@==AAC;8>90,,A643?;0/1=B>@A9.9,49@?CF>8>>B>@JHLHC10EGB;)9:88>>B<@?B;;AB;BBB=>GF@<=>%.66:<:=@=8.,><=ACC9BEEK=CEAA77:289969?*&8(((377+,+651,5+63+5245/*10/(&*/-)(%%%)&$1/,)'%$&'246&.389=ADCA&<7;=35366++8134-'''$#$#$&%&%$&$"%'*.47@A1+636=>/2-=??A8@A>:7?<:==>>42-//00:;<9CCEHB6=7=?A??&.=HB?>:@BD*<:C=>=90>==C=92240,1((.95+&&(7<<;<79935:;8@@LJE39CE@D>?9$4668:=?<>>>JC?56EB?A@<894,*43367A@:.=>GEE11.+>:3?7@BDHFD>>?6AAHHFJEDECB@=@>?BAE=AA<;FC8FE93A;?>BB@@;4'&%$7@:DBD?:=FDH@CI?BDEONF><>78:EC><:/-/8<5&4>:657;;>AEEB=;:1---.7:76:EBCCA@9/11.-'(%59.<=ACB;>*98578?@><@C69953310;<<9;;>>?F=DD?@@:>;;;:@>;:?8:?C0<;:@B@==;BD8>D@CA>FHGDCE?@9DDGH97@?@@@?@CAJ@AJKF@CA?>5AC>A@<24246+.,,,>?777;;BC>7=A998AD<;;=?CBC@B@?:=><=52.5<<6999D?6:867985+,-&%%''&++$$%&$#+$()(%%4355<;9;>)'':=98=BAOP>?>=<;A@?DD>>GJILLE?>?CBCD=@ILLGMBANDL@<;@G?2,':>?:877>AC9;:=531/.#$&(*/./042%&)&)-**02;:=?A78***,''')+,+-,-558D9;>@IGEB>=CB?96BBACEAA>=ADB@AB@@89<@?=>B>ABCF@B+;:A=>=:--*97CKB:;<=89<8:?<<8<7279A>57BACC98=CDA>1:??A@@?8.&&4089;8?>;=;157'*;@AACGC=?;777<@FGC>AA>9>HHAJIAC;@)//2*%%((..1.-.1:,%---=>@<99:-/1645*(--('%&###$)1521-.)*+'%.374><3(::;<4>AA=?B?@*$&+36&**475:<;342+*)+34/9;88;:1=?GFB2AD?C9H?==?GCD<:2,5698A??>?B>/2233338;;?B=58:26A=7487B9C>KFF>@A?>A>@>;,?CDNKMKAPO@=B9@4789<8A>/80=;:;@=A@<:897629<;*',.379A@>>>;?=2+$$&3758?@ADEFBHBGHBFDFMKDDFMI5DHKKFBCLIFFAA?=(>GGB=:>BDC:CJC?=2++(%68@<>EE>?A>=>;A:=5GB>HKPME@DIBFHDEE==B)9@>@<97.1/.%%' @SRR14011045.14311 567de3cb-a0d2-4670-a58c-ddcd26de4ba6/1 AATGTGCTTCGTTCAGTTACGTATTGCTATTCTACGGCGACAAAGCTGCCGAAATGGCGGGACGATACAGTTACAATGAAAAACAGGTGATAATATGGCTCTTCAAGTAACAACGCTTTCGGTGTATTCAGCGGTAAAAAAGCAATAACCGTCTGTTTAAGCTGAAAACAAACCGCCTGAAAGGGCAGTTTGTTTTTGGTGGGTAGGATTTTCAGATAATCTAGGACCTTTGCAAAATTCACAAAAATCTACAAGTTCCCATCAAGACATTAGGGATACTCATAAACACCTTCTTTCTAATAAACCGCCCAGAAAGCCATGATTGCCAAACATCAAACCGTTCCCACTGTGAAGTTGGATCAGGTATTGATTGGCAACCGATCGATAATGCCTGAATCGTCAAAAAAACCGTGCCTTCGAGACCACATGGCCGTCGCCTATCCCTGTTGTCCATGTTCAAAGCCGTCCTGCTCGGACAATGGCACAACCTTTCGAACTCGAACACAATACTTATCACCCGCATCGATTTCAACCTGTTTTGTCGCGTGAACTGGGCATCCCACGATTACAGTACCTTGCCCGCTACAACTGGCTGGCGCAAGACAACACCTAACCGAACTGCTGGAACTGAGTCAACCGCCAACTGACTGAAAAAAGGCCTAAAAGTAGAAAGCATCCGCCGCCGTCGGCAGCACCACCATTATCCAGACCGCCGGCAGCAAACAGCCGGGCCATGAGAAATCGACCGAGGGCAAGTCAGCGGCCAAACGCACCAGTAAAGACAGCTGAAACTAACGTTGGATAAAGAAAAACTGGTCTCTACAAACTCGGTTATAAACAACATACCCGTACCGATGGAAAAGTATATCGAGAAACTGCACGTACACTTAATGCCCATGAGTGCAAACTGTCGCCTTTGTTGGAAGGTCACCAAAAATTACGACGACCATTTATGCCGATAAAAGCTATGACAGTGAGGAAAACCGACAACATCTGGAAGAGCGTCGGCTGCAGGACGGCATTATGCGCAAAGCCCACCGCAAACATGCGCCCGGCGGAAGCGCAAACCAAACGCAACCGATATTTGTGAAAACCCGTTATGTGGTCGAACAAAGCTGGTACGTTACACCATCAATTCCGCTATGGGCAGCCCTATTCGGACTAGGCAAAGTGAGTGCAGAAATGCATCAAAGGCGATGTGTTTGAACCCTTTTGAAAGCCGCCAACAGGCTAAGTGTGTCTATTGCTAAAAGGCAGCCCGGATACCCTGGTGTGGGTATCCGGGGAGGATTAAGGGGTATTTGGGTAGAATCGGGAGTAATTAGGAGCGGAAATAGACGAAAACCTGTGTTTGGATTTCGGCTGTCGGAGAAAAGGAATTTTGCAAAGGTCTCATCAAAACAATATGAAAAAAAATTCAGGCCGTCTGAAAAGCCGATCACTCGGACGGCTGTCTCTTCCTGCTATTCAATTAAAACGTATGTTTAACCGTTGCAGTCACACTACGCAGCGTGCCATAAACGTGAATATCCTGACATGGTGCGATAGCGTTTGTTAAACACGTTTTCCGGGTCCAAACTGATGCGTGTGGATTTGCCGATTTTGTAATGACCGGTCAAGTCAGCGTTGCGCTTCACCGGACGTTGGTCAACGCGGCCGCGGCGAGCCGGATTGATGTCAAGGTATTCGTCAGCGTGTGGCTGCGACTTTACCAGGTTGACATTGGCACCCAGGTCAAACGGTCGGTTACGTCATACGCGGTAAAGAGTTTGAACAAATGAACCGGATAAATTGGTCACGGATTGAACCCCTTCGCTGTCTTTGATTTTGGAACATTGCAAGACGCATTCAGCAGCATTTATCACTCAGGCGGCGCCGACGAAATTCCACGCCTTTTTGTTGGTGTTGTCATTGCTGGTAATGCATTATCGCCATTAACGAATTTTGCGCGACAACGCCCAAATGAATAAATTTGTTCATAAAGACGGAAGCGGAAGCATTCAGACGGCCTTCAAACCATGACGCTTTCAAGCCGGTCTCATAAGTTTGCCGCTGGTTTGAGCGCACGCCGTCTTTGGTCAGGTAACACTTGCGGACGGAAAATGGTGGTGTAAGACGCATAGGCAGTCAAAGATTGCTTCGCCGATGTCAAGCGCTGGTTTGCCAAATAAGGAATGAAAACGTTTTGTTTTTATTGGCTGCTGTGTGCCAGGCTGACGGTCAGTGCTGTAGCGAAGTAACGCCAATCTGCAGCGGCTGCCGCCACGACAAAGGCAGTTTGTCAGTTTGAAACGGGTCAGGCGTAAACCGACAGGTTTTTCATGCGTGAAAAACCATCGCGCGAATACGGCATATCTGGTTTGGCGATGTTACCGTCAAATTTACTGCAATCAGGAATCGTCGATTCGCCTTCTTCGTAGAAAGAAAGGTTTCTTTGTGTCCTGATAGCTGATACCGACATTGAACTCGTGCGACGGCCCAACGCGGATAATCGCATCCAGGCCAGCGTAAATTCTGATCGCGGTATTTGCTGCGGTCGGTCGGATGAAGCGCGGGTAATCGGAATTAATGACAAAAGTACCGTGTGCCTGAAACGATGTCGTTTTTGCGAAACATGGCTGTAATCGCTACTGTCGGTTTCCAGCCGTTGTCAAACTCATGGCTGAGAAGTGAATGCTTCGGCACTGATCATCTTTGTATGCCTTGTGCGGAAGAATTGCTGCGCGGCGAACTCCGACAGGCATAGATCAGTACGGCGAAACCTGCTGCGGTCAGATGGCTGAAACGCGAGCTGCCGTTGTTGCCCGGAAACGGTGTATTTCCGTACCGAGCTGTATTGGGTTTTTGCGGCGTGATATCGTAAGACATTACCGTAAGTGTGATTGTGGCGCGAAGTGTTCGGCAGGTAATCGCCGCCATGGTCGCTGACCAAAACCAGCGCGGCCGCGCAAGGTATTGTCTGCATTCAAAGGCTGATTGGCATCAAGGACGACGTGGTGGTTCCACGAACCGGCACCGGCTTCCACGCTGATGGCTGGCTTGGCGATCGGTTTTTTGCGTTCCAACGCAACCGTACCACCAACTCGCCCATGCCGCGTTGGACAAACCGCTTGCGCCGCGTACGACGACGACTTGTTCGTACAACGTCACTGTCAGATTATTTGGTACCGCGGCAGATGGCTTTACCGTCGTAAGGAACTTGGGCGCACCGTCCGGAAATGCTGTCAATCATACAAGCTGCAAAATCAGATGGCTGGCGGCCGGAGACGTTGTTGCCCATTTTGCTGTGGAACACGCCCGGTATTATTTCAACACACGTCCTGCAAAGGTATCAAACGGTCGTCCATTTGTTTTTTTCAGTAACGACAGACAGGGACTGCGGCGTTTCGCCTAGGTCAGGCGGATGCCTGTTGCGAAAGGAAGCAGGAATGGTGTAGTTGGAAGTAGTCATTTCCGGCTTTACCTTGGACGTAACTGTCAGTAAAATCGACACGTTCTTGCGGCTGGTATTTTCTACTTCGGTTGCGAAAGAATACGCCGAACACAGCCTCAGAACTGACAACAAGCTTAATTTGCCATAGAAATTGAGTAGTGACATAGCCTCTCCAATTAGCTTATCTTTAAAATTTGGTCGCAGATTCTATCGGAGTAGCAGTCGATAGAGCTATACTCTAGCCCCTATTTTCGTGGTTCGTTTAATTCAAAATATTTTATTTTAATCTAGTCCTAATTAACTAAAAAGGCCGTCTAAAAACGCATCATCAGGTTTTCAGACGGCGCTAATCTTTATCGCAAAAAATCAGTCTGCCAATTTTCGTGCCAATTCTGCCAAACGTTGCCGTGCAAAAGCAATGTCGTTTTCTTAAGCAGTCAATGCCGGCTTGCCGTCGTGGCCGGAAACATGGCTTGCGCCGTAAGGCGTGCTGCCCAGGTATTGCTGAGGACCTTGACTCGGTATATGGAGGTTGCTGATGACCGTAACAGTGCCAGGCACATCATGGTCAACGCGATTAACTTTCTTGGCCGCCGTGCAGCAGATGCTGGTGAATACGGTGGCAGGCTTGCCACGACGGTTCTCCGAGCAAAGGGGAATAGTTTCCGGAAATCGATCGAAATGTTTCATCGCGGCGGCCATAATATGGCGTTCCGCGTCGGGCTGAGCGCGGGCGAAAGCAATTTGAGCGTCGGCAGTCGCGTATGGCGCCTTCGTCGGGAACGGCTTTTCAACGGCTTCGCAAACGGTGGAAACTTTAGGAACAGTACATAACGGCTTCGCAACCGATCCACGCTTTCGATACCGCGTGCGATTTGGCTGAACAGGTTACGCGTGCTGCGTTGCAGAATAAAGAGAACGAGGTTTTACCGAAGTTGGGTTCATTGGGGTTTCCGTACCAAATGCTGTCAGGTTTCGAACAACTTTTACTAATACTCGACGATCTGAAAGAAAGTACCAATTTAAAGTGGAAAAGTTCTTCATTTTAAACTATTGCAAGATTTTTGAAAATAAGTTTTCAACGTTTTAACAGTTTGCAATCATTCATCGTTTGGTGTGACGATATTCTTTATGATTAACAACTGTTTGCTGACGTTACGACTTGCTTTATTCGTTTATGTTGACGTTGATCGATTGATATCGCTCGACACTACATTTCGATAATTTGATGGAGATTTCTCTTCTTTTATCAACACTGACATTTTGCGGAGATTGCGGATGACAAATCAATTGTTCGATAATTGCGGTTCAAAAGCGTAAGACCACCAAGCTGACGGCGATCGACGATGTTTCATTGTTAACTCAACGAAATATGATGGACGACTAGATGACCGTTATTCAGTTTAAACGCGTCGTTCATAACAGCTTCTGGATACGATTTTAATTACTAATACAACATTCTGGAAAGCCACGTGTTTTGGGCGTGGGAGCGTCGTTATTAATCAAAGCTGAGTTTGCGAAATGTTGGCTGAATCAAGTTAACTAAGAAGTTGTCTTTACTGGTTTCGTTTCTTTGTTCATACTGAAGTTCTTTGCTTTGCACCAGCGGTTTCAGCATATTTATTATTGTTTGAGTCGAAGCTTGGCTGTGCCAACGTTTTGGCGAAACAGCACGCTTTTTGTTCGCGGTACATGCGACGCTTTGACTACAAATCGATTTGACGCATTTGCCGCGGTACCGTTTTTCCTGTTATTAGCTCAACCGTGGGACGTAGTGAGCGCCAGTTTGACCTCGTCCCTGTCCTACTGGCGCGTGAAGCGTTCCGCGCGATCTGGATACGCGCCGTGCTGACAGATGTATTGAAAATCCGCAATTTGCTGCTCGATTCTGCCCAACAAACGGCGAGCATTGCCGGTACACCGGAATTCAGACAGCATCAATATGACTTCCGACGAATTGAGCGACACCCAGAAAAACTGGCACGGCACAGTTATGTCTGTTCCGGCAATCGGAGCTGGTCTTGAAAATGCAGGCAGGTATCGACTTGGCGAAGCTGTTCAAACTCTTCGTCTACCGTCCTGCAAACGCTCAACAGGAACAGGTCAATCAAACGGTTAACCACATCCTTGCAGTCCTGCTTGAAACCTTGAACGCAGCGCTTGCCAAATTAAGCGCCCATACGAAAAACAATCTATCTTAAAACCTGACACCGTCGAAACCAAAAATATCAAGTTTCAGACAGCCCTTTCTCGTCAAACACACTGAATACTACATTCTGAGCCTGAGAAAAATAGATGAAAAAGGCCCCTACTCTCTATGGTTCCAGTTCCATCACCGCCTTTGCGCCAGCGTCGGCGCCGTAGCCACCCGTATCGGCCAACTTCACGCTTTCGAATACATCCAATCCGCGCCCCAAAGAGCGGCTCATTTACTGCGCCTTTCCTCCGGTGCTTTGACACGCTCAACCCTTGCCTCAAAGGCAACCTGAATGGCATCAGCATGCTGACGCTCGACACCCTGACCGATAAGCAGCAGATTGAACCATACGCCGTTTACGGACTGATTGCCGAACATAACCCTGGCGCCGGACGATCTTTCATTACCTTTAAAATCCTTCAAAATGAATTCCACTGGTGGCCCCGTTTGGCCAAAGAACGTTGCCGCTTCATTTAACATCTGACCAAAGACAAAGCCGCCGCCCCCATGCCACTTCTACTGGAGCGGCAATACCGTAGTGGAAACGCCTGAACCGCACCGTCATGTTCGCCAACCGGCGCAACTCAAATTTACCTGATTCTCGGCAACTGCCCGTCTTCTCGCATAAAAGCTATCCCAGGCCTGGCCGCCGCACCGCCGCAGCCTGCCGGTCATTCCGAGTCCTGATTTCGCTGGCCGAAAACGGCCACGTCGCCGAGTTTGTCCGCGACAAAGCTGCTGGGCGCAAAATCTGCCCGTGCGCAAAGGCCGTTCTTCGACCGTCACGTAATGCGGCGTCAAAGACAAGTTGTCCGCATCGAAGAGTCTGGTAGTGTATGACTTCGTACAAGAAAACGTCGCCGCAGCTGGGCGCCTACTCGACAAAGTCCTCAAAAACGCAACCTGTCAAGCACGATCGGATACAAACAGCGTGATATACAAGGCTTCGTCATCAATATGCGCCACAAGCCTTGATTAATATTTACGTCCTTAACGCCTTGATTAAGCTTCGACTACCAGAAAGCGTCGCAATATCTTCTACGGCACGCATACCGCGCACCGACAACTTCTTCACAAACGGCACCATGGCTGTAACCAAACAGCCCGACCGTGCAGAAACCGCATTGCTCAAATCATTGGGCGCAAGCTGCCCGACGGCGTATTGGATCAAGACGTCCCTATGCCGCCACCGACCCCAAACTGGAGAAGTGCGCCCGAACCTGCTCAAAGCACGCCCTGCTTGAAAAGGCGGCTATCAATACAAAAACGGCAAGCAGTCTGACAAACAAGGCAAACCGCTGACCTTTGAATTCCTCGCCCCAGCAAAAACTACGAGCGCATTACCGCCAGAAATGGCGGCGCGACCTCGCCAAAATCGGCATTACCATGAACGTGCGCACCGCCGGCTCCGCCGTGTACCAAAAACGCATGGGCGACTTCGATTTTGGCCTTCAACCTGACTACTACGGCAACAAAGCCCCGGCGGCGAACAATGGAGCCTTCAGCTGCGCCTCCAAGACCGAAGGCAGCGCAACCACCATCCCGGCGTCTGTCATCCTGCGGTTGAAAAGCATGACCAGTAACCTTTACCAACCGCCAAGAGCTGCAAACCACCTCGCGCACTCGACCGACTGATCCGCCACCAATACACCATCGTTCCAAACTGGTTCGCCGACCGCTACGTCGTGTACGTAACGATGTCGGCCCTGGCATTCAAATCCAAGCTGCCGAAATACTACGACCCCATCTTGTCGCCATGACCGCAGGCTGGAAGAAAAAGTAGTCGCATTTCGACAACACGTCCAAGCATCTGACAAGCCCTTGGCGTGTAGTCCTAAGCATAGAATCGCGAAACCTAGTTGTTTTGTTTTTAAAAACAATCAATCAGCGATTCAACACAAACATAAAAGAAAAAACAACTTAAAAGCCAAATCAAAGGCCGTCTGAGACATCCGTCAGCAAAATCATCTGCAACGGAACATTTCAGGCGCAGCCTTTCGTCTTTTTTCAATCGGTTCCCTTGATAAAATCTCGAAAATGAACACAAGAGGTACAAAACAATGCCCTCAAGTTTTACAAAACTATGTACACTGCAAGGTAAGGTTGAGATACAAAGGTTAATCTTAATAGCTTACAATCATCAGTTTAACCTAAATCCAGCATTCATAACAAACAAAGGGTATATGTAAATCAAGCGTCTCTCTACCATTCTCAAACTGATTGCCAACCCGACATGGCCATCCTTTTCTGCTGCTTAACGGCGTGCAGCATGCCGAACTGGCGCAAACGCTCCGACTCCTCCCCGACCGGCATTGCAACCACCTCGCACGCCTGCGCGAAGGCATCATCGATTTTCGCTACCACGCATCATCGAATACCGCATCATCTCCAGAAGAAGCACCACCATCCCTCAATACCCTGCCGCTCAAAGACCCAACAGAATAAACAAATTATTCCACATCACAACATCAAGGCCGTCTGAAACATCAGCTTTCGAACAGCCCTTACTCTCAGCCATATCGAAAAAATAAACCAATCCGCTATACAATACCGCCCCATTCCCACGGGCGCAATTACCGCCTTCCTCCAAACAGCACACGGAAACATCATGAAAATCGCCACTTGGAACGTCAATTCCCTCAACATCGCCTGCCCCAAGTACAAAACTGGCCACTGGCCGACTACCAAGCCGACATACTCGCCGCACAAGAACTCAAACTCGACCAAGACAAATTCCCGGCTGCGCCCTGCAAATGATGGGCTGGCACTGCGTCTGGAGCAGCCAAAAGCCTATAACGGCGTCGCCATTGTCAACACATTCGCAAAACGTACATTTGCGGTCTGCCCACCCTCCCCAATGACGCAACGCCGCGTCATCGCCACCATCAACGGCGTGCCTCATCAACGTCTGTTGCGTCAACGGCGAAGCCCTAGACAGCCCCAAATTCCAATACAAGAACAATGGTTTGCTGCATTGACCGAATTCGTCCGCGCCGAAATGGCCGCACACCCCAAACTCGTCTGCTCGGCGACCTCCGCCCCGGCCGATGCGCGACTGCTGACCCCGAAAAATGGCACGAAAAAATCCATTGCTCATCCATCCGAACAATGGTTAAAACCCTACTCGACCTCGACCTGACCGACAGCCTGGAAACTGAAAGGCGCGTTCTACATGGTTCGACTACCGCGGCGCCACAATTTCCAGCGCAAACTCGGCCTGCGCATCGACCACATCCTCACCAGCCCCGAACTCGCCGCCACCCTTACCGACGTCACCGTCGACCTAGAAACGCGCCCAGGCGCTTCGCGTATGCGCCGTCAATCGCCGAGTTTGACTGTTAGATTTTTAAGAAACAACATAGTAATAAGGCCGTCTGAAAACTGGATTTCAGACGGCCTTTCTATTCAAAGTTCAGACGACATTTGCAGAGGTCTTCTGAAAGTTTGAAATGGTTTGAACGAAGGAAAAGAACGCGTGCGTGCGTACCGCACATACGCACTACACGTCGGTTTTAAATTTTGTGCCACCTGCAAGTAGAGTGGCGCAACCGCAGCATGGTTGGTGGAATGAGCTACGGCTTGCTGGTAGTCATATGAAAAGGCGTTCGTTCTGTGAACTCTGAATAAATTTATAAACTAAATCTTTTAAAGTTTCTTGTGCAACATTTTTATTTTTGCATCATCTGGTAACTCTGCATGCACCAGCTATTCAATTTAACCCCAAATAGACGCTGTTAAAATGAACTCTTTGCTTGTGCACAGAGCACATCTGCAATTGCAGTAACTTTAAACTCTGTATCAGATTTCTTTTCTATTTGTGGTTGTGCAAAATTTACATGTTCTCCACCGCCAATATCATCTCTTGATATTAGGTCTAAGGATGTTTTATAAAATAAATCTTTAAAAAATATTGATTTATTTGATAATTTAATATCATTCATTTTACATTACTCACCAAAGAAATTGTTTCCACAGATAATATCTTAATTTGATGCTGATTATTTGGTAATGAATTTCCAATATCTTCTGACTTTCTAAAATTCCTGAAACTCAGAGTTGCAGCATAAAATTGTGTGCTGTAACATTAACTAATTTTACCGATATCGTTTGCGTGTTATCATTATGTTTATAATGGAGAAATTTCTAAAGTCTTCAGCTATCTTTACCTCAGGATTAATATTTAACTTCACGGTGTGTTTACTATCTTCTAAATAGCAAACTTTTTGACCTTCCTGCAGCAGGCATAAGCAACATATTTATTAAAAACAGAAAAAATATCTGCCATTCTTTTTGTCTAATATTAGCAAAGCCCTCCAATAAACCTGTCACATATGCCTCATTTTTCCCTAACAGTTTTGCAATTCCTCAGGACGGATTTGGGCATATTCCATCTCTAAAACTGATCTCTGACAATTCAATAAAATATCTTCTTGATATACTGTGATCAAATTCACTTCTACTACTTAAAGCTAGTACGTTAGTCTTCATAACTGAATCCATTTTTTTCAATTTATCTTTTCTTGCAAAAGAAATTTCTGTATCTTTTGGATGTAATTTTTCTGTTTGTTTTCTCAAAAAATGCATTAGTTCCTCGCCATATGGTTTGCAATCCCAAAAATAAGCACGTAAATGAGCTAAATCATTAATAGTCATTTTCTTCATTGAATTTATCCCAATCAGTACAGTGAGCATATTTAATTGCTTTAAATGGATATTTTTCATTGTTATTGCTTCTGGCATTTTTACAAAACTTCCCCATTTGTGTATCCTACGAATCTAGCAACAAGCCCAACGGGCGTTCCAAATAACTCGTGAACTTTATTAAGTTTATTTATACCATTTGTATCTCTTTGCGCTTGCTCAAATAATAGATATTTTTACTGTCCTTTATAAAACAAATGTGGTGGATAATCATTATAACTTCATACGGCTTTGTTTATCAATAAATAATTATTTATTGAGAAATAACATTTTGAAAGTATAGCACAGTTAAAACATTAAATTCTTTAATCCACAGGTCTATCCTGCTTACAGCCGCTTCTTCAAACTGCAAATCCCTAGCTGCCTGCTGCATGGCTTTTTCCAGTTGGCGATTTCTTTAATCGCGTCTTCTTCGTGTGAATCTCGCCGACTTTGACTTTGTTTTGCCTGAGCGGCCTTTGCCGCTGTCTTCTTCGTGGTACACGCCATCGATAATATCTTTGAGAAAACCTGTTTTTTTAATCTGCGGCACGATGTCGTGTTCTTCGTTGAATTTAATCTGTTTTTCGCGGCGGCGTTCGGTTTCATCGATGGCGGCTTTCATAAGGTCGGTAATTTTGTCGGCGTACAGGATGGCGACACCGTTCACGTTGCGCGCGGCTCGGCCTATGGTTTGAATCAGGCTGCGGTGGGAGCGCAGGAAGCCTTCTTTGTCAGCGTCGAGGATAGCGACGAGGAGACTTCGGGGATGTCCAAGCATCGCGCGAGGTTGATGCCGACGAGTACGTCAAACAATCCGGGCCGCAAATCTCTAATAAATTTCAGCACGCTCTACGGTATCAATGTCGCTGTGCAGGTAGCGCACTTTGATGCCGAGTTCGCCTTAATAGTCGGTGAGTTTTGTCATGCGTTTGGTGAGGGTGGTAACAAACGCAGCGTTACTTTTTTGGATGCGGTCATTGATTTCGCTCATTAAGTCATCAACTTGGGTGGGGCGGATGATTTTGGGATCGACCAGCCCGGTGAGACGGACGACTTGTCAACTACTTGTCCGACGTGTTCTTCTTCGTATTTGGCGGGGGTGGCGAAACGAAAATGGTTTGCGGCATGACTTTTCAAATTCGTGGAACTTGACGAGTCGGTTGTCTCGGGCAGGCGGTACGGAAACCGTAGTCCACGAGTTTTTGCTTGCGCGATGCGTCGCCTTCGCCGCATGCCGCCGATTTGGGTGACGGTAACGTGGCTTTCGTCGATGAACATGATAGCGTTGTCAGGTAGGTAGTCCATCAGCGTGGGCGGCGGTTCGCCTTCTTTTTTCCGGAGAAGTGGCGGAGTAGTTTTCGTGCCTTTGCAGCTCCATTTCGTAGAGCATTTCGAGTCAAGGCGGGTGCGCTGTTCAATGCGTTGTTGACAGGGCGTTGTTCAGCGAGGGCAAAAGTTCAATCTTGTTCGCGCAATTCTTCTTTGATAGACTCGCAGGCGCGCAAAGCGGTGTCGCGGGTATGGTGGCTGAACGAGCGCGGTGTAGCCGACGCGTTGGTGCAGGCTGCCACAAAGCGGGTCGAACCCTCGAGTCGGTCATTCGTCATCGAACAGGCTGATGCGCAAGGCGTTTTCGGAAGGCTTTCAGCGGAGTACGTCAATTGCGTCGCCGCGTACACGGAAGCTGCCGCGTTTGAAGTCCAAATCACCGCGATTAATACTGCATGGAAACGAGCGTTGCGATGATATCGCGCTGCTCGATGGTATCGCCTTCTTTGACGGACAACACCATTTGTTGATATTCGGTCAGGTCACCGATACCGTAAATAAGCGGACACGGTGGCGACGATAATCACGTCGTTGCGCGTCATCAGGTTTTTGGTGGCGGAAAGACGCATCTGCTCGATGTGTTCGTTAATCGCACTGTCTTTTTCGATGAACGATAACGGCTGGGCACATGAAACCGGGCTGGTAATAGTCGTATTAGGAGACGAAATACGCGTTTTCAGGGAAAAACTCGCGCATTTCGGCGTAGAGCTGGGCGGCGAGGGTTTTTGTGCCATGATGGCAGGGCGACCGCTTTGCGCGATGACGTTCGCCATGGTGTAGGTTTGCCCGAACCGGTTACGCCGAGCAGGTTTGATAAGCAAGGCCGTCTGAAAGCCTTCGAACAGACCGGCAATGGCGGTAAATTGTCACCGGCTGGTGGAAATGGCTGGTGGAGTTCAGCAAATTGGGATATTGAATGACTTCCGCATCCGGAGCGGCCTGTTTTATGTTCAGGTAAAAGTTATAGCAAAGGCCATCTGAAAAATTGATAGTGTACCAATCTGATAAGACTAAATATTTCATCTCCCGAGACGTGTCCCCCACGTCCACTGGCATCCGCTTCCTCCCTTTCGATCAGATTTCTACCCCGTAAAAAGGCTTACACTCCGCATCATTGCCCCTAAATATCTCCTCACCGTCCGTACAGCTGCCCTTCACCTTCATCTTCCACAAACCACCGCCGTCAACGACTCGTTCAAGCGTAATGCTCTCTCGGCTCCGCCTCCTAACCAATTTTGCCTTCAGAATGGCTTCCCCTTCAGGATCCCCTTAGCCCTGACCGTTCATCCGAATGCAGAAACCGCGCCTCCTTGACGGCTCCGGCCACTTCTTCGACGTCGGCTTAAAGCTGCCACTTTTTCATAGAACTGCTCCATAAAGCGCATTTTCCAGTAGCGCGGCATGGGTACGCACGCGAATTGGCCGAGCGGACCGATTCCCGATAGGCCGTAAAGGCCGCCATCGCCAAGATCGAAACCATCTACCATAGTGCTTCTGTACCAATGAGTAGCCCCTCTGCAGCTGCCCTATTTCGTTTTCCGTCAAATGCTTTTAAGTACATATCTTTATTCCCTTTATCTTTATATCCCTATCCGACAGGATGGACCTTATCCGTTTATCATCGCCCAATACGGCCACAAGTAGCCCAAGTTTCAGTACCTGCCCATACAAAGCCGCCCAGTCAGCCCGAACCGGCAAACGGTTCGACGCCGACGGCATATACAACACAAACGTCCGTCAAACATTTTCACGGCAGGCTGGGCGGCCTTGAAACAGCAGAAAAGGCGTCGCCTCCGCCTTCAACTTTATTCAGCACCGCATCACCGATGCCCTTCCGTTTTCAGTTCCTCCACCGGTTGAACGCCGTTCTTCTGACGGTATTCCACAATCGCCTTCGCCTTAGCCGGACCGATACGGCAATGCCTCCGGCAGAAGACGCGGTATTGATGTTCACGGCTAAAGAGAACGCCGCACAGATTAGCGGCAAACGCACCAAATAAAAAATTTCTTCATCAGATTTTTTCCATAACATATTTGATTGAATCAGTCGAAGTCTACCGAATGGTTTTATTCCACTCTGTAAACACTGCACATCTGCAGATAGGGCAACAGCCCGTACCCACATAAATGCTTACGACATATTAACGCAAATATCGTTCAATTCAAATATTCCAAACGGTTAACCGTAACTTTCAGTACTTTTGTTCAAGAATAACAACAGGTAATCATAATCCCCCTATCGCCAAATCGACAGAAACGACAGGCATGTAAGCTGACATCAGTCGAAGCCAGGAAATGAGTGTTTGGCGGTGGAAACCTGCTTTCGCATGGAAGAACCACTATCATCGGCAACTGAGTCGTTTCACAGAATGCCTGTTCGGGATGGGAAGGCGTGGGACCAACTCATATAGTAGCAAACTTAAACTGTTACAAATCAGTAAAGCACCCAAATAATTGTTGGTGATGACTGAATCAGTCAGTAAGCTTTTATCTTTTGAGATGCAAATGATGAGTCAACCTCACGAACAATTAGTATGAGTTAGCTTCACGCGTTACCGCGCTTCCACACCACACCTATCAACGTCCTGGTCTCGAACGACTCTTTAGTGTGGTTAAACCACAAGGGAAGTCATCTTCAGGCAGCGAAGAGTTTCTGCTTTTAGCGCTTATCTCTTCCGAACTTAGCTACCCGGCTATGCAACTGGCGTTACAACCAAGTGCACAGAGGTTCGTCACACTCCAGTCCTCTCGTACCGGAGCAGCCCCCGTCAAACTTCCAACGCCCACCCAGATAAGGACCAAACTGTCTCACGACGTTAAACCCAGCTCACGTACCACTTCGTGGCGAACAACCGTACCCTTGGGACCGACTACAGCCCCAGGATGTGATGAGCCGACATCGAGGTGCCAAACTCCGCCGTCGATATGAACTCTTGGGCGGAATCAGCCCCTGTTATCCCCGGAGTACCTTTTATCCATTGGTGATGGCCCTTCCATACAGAACCACCCGGATCACTATGTCCTGCTTCTTCTGCTCGACTTGTCAGTCTCGCAGTTAAGCTACCTTTTGCCGTTGCACTATCAGTCCGATTTCCGACCGGACCTAGGTAACCTTCGAACTCCTCCGTTACTCTTACGGGAGGAGACCGCCCCAACTGCCTACCATGCACGGTCCCCGACCCGCGGGTCTGGGTTAGAGCCTCAAAGACACCAGGGTGGTATTTCAGGACTACAGAACTGGCGTCTCTGCTTCAAAGCCTCCCACCTATCCTACACAAGTGACTTCAAAGTCCAATGCAAAGCTACAGTAAAGGTTCACAGGGTCTTTCCATCTATGGCGGGTAGATTGCATCTTCACAACCACTAACTTCGCTGAGTACTCAGGAGGAGACAGTGTGGCCATCGTTACGCCATTCGTGCGGGTCGGAACACACCCGACAAGGAATTCCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCGTCCGATGCTTGCACATCTTCAATTAACCTTCAGGCGTCACACCCTATACGTCACTTTCGTGTTAGCAGAGTGCTGTGTTTTAATAAACAGTCGCAGCTACCTATTCTCTGCGACCCTCCCGAGACTTACGGAGCAAGTCCTTAACCTTAGAGGGCAGCCACCTTCTCCCGAAGTTACGGTATCAATTTGCGAGTTCCTTCTCCTGAGTTCTCTCCAGCGCCAGAATTCTCATCCTGCCACCTGTGTCGGTTTGCGGTACGGTTCAATTCCGACTGAAGCTTAGTGGCTTTCCTGGAAGCGTGGTATCGGTTCTTCATGTCCGTAGACATAAATCATCACTTCTCAGTGTTAAGAAGACCCAGGGTTGCACGATCTTTTACCACCGGCTTAAACAAGCTATTCCAACAGCTTGCTAACTATTACTCCCGTCCCCACATCGCATTTAGATCAAGTACAGAATATTAACCTGTTTCCATCGACGCATTTCTGCCTCGCCTTAGGGGCCAGCTCTTCGCCGATGAATTTGCGTGAAACCCAATAAGCTTTCGGCGGCCCGGGCTTTTCACCCACTTTATCGCTACTCATGTCAACATTCGCACTTCTGATACCTCCAACCACACTTTACAATGCACCTTCATCGGCCTACAGAACGCTCCCCTACCATGCCCAGTAAACTGGCATCCGCAGCTTCGGTTATAGATTTGGGCCCGTTACATCTTCCGCGCAGGACGACTCGACCAGTGAGCTATTACGCTTTCTTTAAATGATGGCTGCTTCTAAGCCAACATCCTGGCTATCTGGGCCTTCCCAGCCCGTTTACCACTTAATCTATCATTTGGGACTAGCTGGCGGTCTGGGTTGTTTCCTCTTGACAACGGACGTTAGCACTATCTGTCTCGAGGAACCGCCGTGGTATTCTTGGTTGCCATGGGTTGATAGTTGCAATAACCCTAGCGCCAACAGTGCTTTACCCCCATCAGTGTCTTGCTCGAGGCACTACCTAAATAGTTTTCGGGGAGAACCAGCTATCTCCGAGTTTGTTTATTGCTACCCTATCGCTCATCCCTGCGTTTTGTAAATGAGTTCGATCTCAGTGCCCTGTTCACGGCACCTTCAACCTGGCCCCATGGATAGATCTTCCTCGGTTTCGGGTCTACACCCAGCAACTATTCGCCCTATTAGACTCGGTTTCCCTACGCCTCCCCTATTCGATTAAGCTCGCTACTGAATAAGTCGTTGACCCATTATACAAAAGGTACGCAGTCACCACAAAGGTGCTCCACTGTTGTATGCATCAGGTTTCAGGTTCTGTTCACTCCCCTCCCGGGGTTCTTTTCGCCTTTCCCTCACGGTACTGGTTCTATATCGATCGATGATGAGTATTTAGCCTTGGGGATGATCCCCCATATTCAATTGGGATTTCACGTGTCTAACCCTACTTTTCGTACGCTTAGTACCACTATTGAATTTCGAATACGGGACTATCACCACACGGTCAAGCTTCCCAGCTTCTTCTATCTCGACAGTTATCGCATTTTGAGCTCCTCGCGTTCGCTCCCGCTACTTGCGGAATCTCCAGATTTGTTTCTATTTTCCTCGGAGCACTTAGATGGTTCAGTTCTCCGGGTTCTTCGCTTTATCCTATGTATTCGAATAAAAAGGATACCTCTAAGAGGTGGGTTTTCCCCCATTCGGACATCAACAGGATCGCCAAGCTTTATTGCTCCAGCTCCCCCGCTTTTCGCAGGCTTACACGTCTTGTCGTCGCCTATCGCCTGTATGACATCCACCTGATGCACTTATTCACTTGACTCTATCATTTCAAAGAACCTCTTTGACTTTGTTTTTACCCGTTGACTAGGGAAGCAAACTTGAAGTTCCTACTTTGATAAAACTTACCTTTGTTGTGTCTTAATCCTGCCTTTTGTGTTCAGGATTAAGTCGATACAATCTCTTAAATACATGTTTGTTTTCTTTTCTCTTGCGAGATTTTTCATCATATGCAAAGAACAAAAAATCTCAAAACAAACTCATTGTCTTTGTTTGTTGATTTCGGCTTTCCAATTTGTTTAAGATCTAGTTGCGTCGATGTTCACTTCATAATCAAAATAAGCTGCTAAGTATAGCAGGCTTCGTTCGATTTAGCAAAGTTATTGGTGGAGGCAAACAGGATCAGACCGATAGGCCCCCCTGCTTTAAGCAGGTGCTCTACCAACCCCAGGCTATGCCCCGTTCTTGGTGGGTCTGGAGACCCAGACCTCCGACCCACGCTTATCAAGCGTGTGCTCTAACCTTCAGGCTACAAAGCCCGGATTCTCTTCTTAAGCAGATCTTTGTCTTCCTCAAGCACTCTCGCCCACATCTTTTACAGTTTACCGATAAGTGAATGCATCAGACTACCTCTTCTTTCTCTAGAAAGGAGGTGATCCAACCACCAGGTTCCCCTACAGCTACCTTATTCTGACTTCACCCCAGTCATGAAGCATGCCGTGGTAAAGCCCTTGCAGTTACCCTACCTACTTCTGGTATCCCACTCCCATGGTGTGACGGGCGGAGTGTGTACAAGACCCGGGAACGTATTCACCGCAGTAGCATGCTGACCTGCGATTACTAGCGATTCCGACTTCATGCACTCGAGTTGCAGTACAATCCGGACTACGATCGGTTTGTGAGATTAGCTCCACCTCGCGAGCTTGGCTTCCCTCCTGTACCGACCATTGCTGTGCGATGGCAAGCCCTGGTCATAAGGGCCATGAGGACTTGACGTCATCCCCACCTTCCTCCGGCATCACCGGCGATCTCATTCAAATTGCCCAACTAAATGATGGCAACTAATGACAAGGTTGCGCTCGTTAGCGAGGACTTAACCCAACATCTCGACACGAGCTGACGACAGCCATGCGGCACCTGTCCCACGGCTCGAAGGCACTCCTCCGTCTCTGGAGGATTCCGTACATGTCAAGACCAGGTAAGGTTCTTCGCGTTGCATCAATTAATCCACATCATCCACCGCTTGTGCGAGTCCCGTCAATTCCTTTAGGTGTAATACGTAA + $$%$&&<>D;>@A+4(?-)/07358::<98B8757-/-)378891.68<:565423(&')'')''53758=B7>689-0032/)&/4)(&&&%%#)68=A=CG??A76@=@12-855@;>-.>;=325,).3*-24694&%06789;<>656:7-177789>988;675CD7:C>DEFDCD;/9;3/A@I?2:<=;5,(64,)++/.-0=6/(4349:::-'(12665798*,4862*(5%%,,..-00#%&%'$&+%**6?78?35:4/10)$$$+.,(0101/08967:FHIF>H<;;/2./0-1(15:730*+%''+0323/*353-+<94*&*-4652,/'1-5,.%%<>@F<>@A?@?79??GGJBB@59%'.13640*+2---+759/..-**215>>7/6970?DD@ADDF>=8:??:;???435/%(,%%%'*#$%'//3331$./.-321/785<889.26611+()%'99:>B@=<;=A9??675&;?>-0)6+78))''(''//4:73-&&'))&,-.''$$+7+-.'/562&&&$$%%)*(%'%$$##$&(*+4?@ABB@?>@B:>@8+%%48780,(1/0+(131,+'&$.-'&%)('*$&&).1.0<<*%6<')4601$'4754*44;;8734-+,%#%((%(''$'+9>@AA<664/5*501'/58;84;635;<:=7>A90..<:;;<30/'1$&(,-,77244(*<9D>A/6*1031))464/(04>88=69;67;;>7>:58?>A>76*('-6773B>:8BB:;<<73&&#+)&'(#$&'2127=3;;<%@199/4)*7(;<@>?4468-.2.,)'(23:>@@=AA<:B<;=-8;:8(&3'289:6:74)0,',%%%-'-()%%&++$(,/087><)&--53136.(*-589@=BCD;<($&'0)$$$#'$$/03&257995:5;<37478/---*)+.22-<;35+'()%*+(19438970-22%,/431&(40.:2=:68962>:88/,2+)+7?D=F?>788?066655((((''+))-:82<9><=@>4$&./88;<4:;231/9-.$'98225?/0542'&33:7<=3.2.4@@8+1<;=>;45(.++($,,2218:6,5,3438A=2>-A?>@AC@>?7''+6(>=;7.&+65675?A5>:++,'2%+*&1466377/%)%%&(%##&'$&#+***)&,.394),*-455/24=ADB@B;:.#,%'"$%),)556)'0535:7*()67422:79A>6&-#%$%''3574.234)%7;434549:3279<>>?@@>;<<;;>;,$(*+$&,8976:;<7-&+%%+'%&&/2776578535)*/2-+-79+)$(')%%)1344=:==@3:)'(++..-3*,//'(*++%-$&'0()//079*$((&))&)32;:<8B::=CE>@9<47:<;*+*..0*-.38EFHD=>@EF7.*01*('(-,00**(+(<;@@BEC:<99230%,%%6954430/$$%%'-..($$)(+*(&$$#$'&&)22960=:+%%(+$%,%%&+''$&-'%0%03446765++,&.)*'/)*,#('$),&&$%''**(%%#%&&'+$%'*.($#$&$%#'%%'('55?C?A@<8:<;=<74('&&&%#'(%386'6<=7365('%'+3-1000==:<<;;<:<=>78>CB;922&==&'6((($(((+%.-(+-'*,/,1210'29&)'+.24*76:=7&'%++:7AFC)(22C;.-,)12489;:C/0<;9<643&6;9&&4:7783,/83/125235)((.*'67768),+$&'*('*)&$&$%(,465372%++,++5?:6.BFGE;;A@=87-*,14;970*4(,-*%/*,)(+..*'*/)&330//(%+#&%%$&&&&+))*'*%)%$$,'1).==9B9)0.#)2,))*$&)'('3A;1/55479;77<68)*65-))1;/8@@88'%%/.3=EFHI;9))(4/00$..-+'0166&%.0(',('%$')'&99:?:=CD>35=:::8>4*;<@><&*--.,)'#((+23+&:>??B;:>)'#$(%%%%462331341453/(43+'.3@:645+),,5454774)4337652AA8:A,>;(5*)(''*9;@8:=%(9,)+56,+('$%%*4/1.(,688931545CE@?;9=>?*:;<:<709;??>*2'5211/045,,.,,7,,%#$#')*,/5<>F;9.)12578?;?@@?:44856=C;79<=%'5,)+/2496%%295693789288*$31237755,09<@8,''&&(/.06@>ADB@?>;??B;C=AEBA@=./+0112'',':.57:./:D?>@DDBFDCAC>8GC9>ADF=+.-+945><@;BHGBFE@AB;57=@@B@@>135-&'%763502;78?AA;5-4774A5H@A>?5@=*;?=BDBC;<@FIA39400)+*),-++.+->I>=6654363*'$&2;68>3*:??=36A:;*/00---$$%)8:6;ADEB>?==414/)?<=-0<:45(++$$$%#$%&&())54.'($%%/19<>>BD?CF8004(%)()+5)&'+97,))(&*&),,=:6*7-2$%%&&%)*+49:8<789('*3:<===<1)))''.$%#$%%'&%*,**,,+,,0117++346*56A;<<6A=722'+663=1379>><:++++#&&,,$%&'&%$%'.&0..4/++'(+35*()*).'77*890130*:=GGC@@ECLCA6)''0000'&%$-)%+072%%%%%38-5<@@?602+'+.533334<<@ECFGEB95*3-:;:5-341..9'%'*:;44/:.1<>AC=4%))($(372-.:<;=?=3-..&.'(,&&:;0)+///,85<;:)+$#$(031)+)((.2063-.0.$%#%****335:;=8:,$%(('*00,'699;A>779>8:78?B?FA86&(>9/2<>ACB9,1.6567/1A>;59F@I9BGAA85;;4031/).%%%%&%('*)*,+(,'*341//1+)(*77897'%%&&&%%&$***)666/,*(.-.502;-:(''%2457=?:<;&/12/,.73765++135@E=>?8++-,***%',./-('&&%)'0-3.+76754079<9>@?E@--'&&*:;2=:75551--($%(**'*28?9;9&&HIGG7-1.,1542*$&'.%5@>825:ACAAA@34814;=330'&&)(*($&,34--458=HE?5:('(--+-6000=<>?58=<===96;;5>99079=A@>=-+..+++''%%&"$$%%+-++($##&&&(278793./4('$$#$%$%)$&57010+))'&&%%&%''),,+/-2-*##$###&0)++&-,$$)/231.-1;<798-+'%%&$$**32-,0-//389;BC>+(12069>/%16:<..A>=;6780)++04444&&-$.423$&0:+68853'557,)778:A)&(047'3$'++).+*$$&'*+%**2==491'@A>7699./3(($'./))/37;/2'*'11179*,-%#$,'&%)+%('(&+'($$'(*/1037;;=>?;:$$$%(/:4?><;?:>@A25/).+,+),2402),5005=9*$%&&#$&&$%%%$(#$%)&'$('%(32.,',,+'*$0279543&,)&++**%$%%%#'(7753).1,+%&$%$"$$%-*%%%..%&01%*$%+$$..$*&+1/2-/../()''&*%##&$$$()'(5546811,($$)%&-1,59&,24;==??931/+++*))$$%%('(++5:;9')+/0114.*)*,./0/0%%03-.9/'$'*+.788+&'$%%##&&%%###&0624300%%**$#$%$$$$$'%)&)&'%&''+(+-*'-+,+0///)/,+33)*%%,345633.(0.3$(,*))%'(,+*67;<1:<:7*,5=BB7323)&*./,'1231&$,/$&$,)*(20*;>>?@75;..//*')(3.,%&*3555)30/,.))'(&$%-.694.97487+&&)',2<%''(%534)3)$&&$#$'+,&%$$%%-/*'$*&&$#%$$)$&'+'.'#/./1')(-(***+))-).075069=:;4.34.2311)&&,33318??CB./0&(%'&)%&)('*&&')''$$57/-9:>43:5543)*.)*+%(%$.&-+)*%%%&%--)$)+'))%$#&()74-#$())**+---)')3540.0/01'&8614:=;>.3GIA?EKE??:?G:>9=:5(--156221**4'33*65786((&,*%-.7472>9<;.44')1$$%#$'$$'&534/4/%#$$%#'03518=A@@>:%'$03-++*,&%/$$&$'''$%&&&$&**%%$$,&&9658-.0(&3&(+6508:70*-2*/'*+)3*.:554,/''*)&%+')$*/2/(%'**(%*#+0/111*-.$&+)##$(+$#)+*.$%%$43-$#&$)33/5+.())*.*$%%*'$%**)55=@109566'&()*/)$%%&%#+&%+%)''44342&((#&$$#+0.1/%(#$$%.0130(%&&(&$+.681.=;50/00/++)*,*69>=::.()&&&&%**/+123---))%%%%-*+$&%+0974994332;?=9?6:><;@>1114959>=;>9%;:<:D?@BD>C;>35;93+--339<>;<8@?A=@<97210?@377*35<84-33''65%'(''''(*/=:>@57937'%#%)+99:-4:<*?A=>,(((+&&&$((+*-3698;BC303?ABF>;-.-(,233;?;$/,.24E3FG>755<<>=?I@CB><03><<==D/5=:?FAA0;,=FH@DC@937,(5@>@?>@2DB;<*((-(*-,.8%);21622.7>4443;B;49;EB1?B@>.&22')0/55344'(;7<;<8,+.*,()+'(('''$##%117536::9*3))+1.,,&'%&$&#++*-,*(##%%%'&&(&-#$%'15/3,0:((413=7453''$')++*/,365*&'..2<=)*5;94+3/'63-(;0482?<1215754/+-07<;7<>,''0*$#*.142.***)&((,111*%$$#$%%)132=?8:?=84;552;34=39>A(?<8::A<,;++6:;2;.;76658@@C?2:==++6?EBCDC;>@E>=BD8:=?;:++*%%+-;<9>@@>C76*5?B=64/+502555432,/.,-$,$''-46767&&&65:687A;>C@B57:0..,)7:FJ:1FD<;1,65598'458==95<656337+)6701+(',08;<@CC97:AB@788:=><6<>65;?->@=>>78);1('-1765'6-8;BAAKG=9BGG@<>?A?>8>@<<89=/.,)'&(+9>529@ACHFIG>G=E2>=?=876099BC7*$$&%%'&,++*/-*$''-033415/103%'72,+%%%%%&679956>:9?=CBCDFD@C=%*&+%%,%,$)267:<<57;3=<+-/56-&(/9;:56)+*'%&**/07;?<=9:6(*$%%'-%%%01254*-)+,/107'176;959=:BA7855///68*(**,))'(+('8*-9;@B;64545.3&&&&###()(%)+%$$($%$$)&/99>BB<;95#)))$)%$&$%'((-203252'&.+<466351%2&(/'$+(/1045;966,)''2(),,49>B=:?824;@>6+%'*())&&())36;<369??7@>5?=B?:A78<(%%42&0()099;772)00,&*3<==@8:>0.%*18/;<;8.9<;3$&,.---(./019;6?0A?>;?;99AC756))4.($$&($$($$##$)*&-*/&:908>C;8DB@C<%:=>6:;9;<:,16<=<;;?9734,/)120)13)'&*-$&+9.001&'(,'&'()/./053/1'7(($#&$$;<===;BD=--0766363(*-)+++;:<:8442'*)479;0;%'%%++(&&%)<=;66820*-23521$,%$%$'&+7<=><<-.-//0'%'%..70124<:)'%&-//045;==:/6,98;<><>9?:@ADC@?:85+$''&&,-...*./&),-33@;9?>@CAA8AA??D?=FD=88)&177%'2.)361+01'825@?828?>334&,1$%%&'%**),.9;;12,2/3/8<62%%)CB=7;?=997<>FD?><>B@C<:=@AE8AA44)7'4>?47&(+,123')315;;'&$$,/375$*+012)%'2,00214192332>>77B>>=AEIBFA?34:;>>:/)343966.?@@?9868,;?644-**13:2523/+&664.--8:588;448.)%-/0/:*)'899<978>=<=-5>?>>8;IIEGD1.E@.:>>7B578=*'''.*++546869<97:EADC:54@CD@<7;.../,+('&($%&$-0('0$$77=3<89<8@BFFI?=CDC331'336;0(/&'$%&'('--)9.568)35+77:;:8=9,&0&/:A@C7:65A?>;.*/'/&$$1<+$#%%$$---75=71)*)&##$4,.2.-0131111;9><>9<<9/.*&'%;>889;9442$$;<<;:4(=??>;91.2222<9;)6>;165><0293;83'$$%&(/0.*2.+65:5%%2)),/%))+&%4::@@;.00)/..6/-,*,2,99==1135-&&&&34/'5=78&)12.<(%5:0:1<=897>=<;=$$-.067)58:@2=AEH=C>?BE=<3A;<>EECB==;;444&''+'29=>C)?2(-.-3&-*,9*278=54'8,+6<9;<7;==C@@6/3:84;<.D@A853&$$79;<:=>?B,)*.0---.49$$<8C=779;?>;<9=?@?<46?E<%.0**C;9?@@@GLGF?<=@<77+)))DAB+'*)&*(,)*)33+-6;<<87101->=4104=52902668;2)7:=@B=DFB;<=<=2.(%%$%)%*)+04/2->???C?=<+*,())1..(&'',/-++==??9DMGCCE++.=.0+&C;53044154442$$#$%A@6<:?=F>@>8CB65.74=BD;6<<+9CA><>A?AC>FECJ@PNJHIJA<58A><8;FF@99:/0)(,--/5888:?;:?E:@BGH7)/++,5BB4(*161)#*,)((#164+2.0733,1(..0-&%&&,90..0(&&''17457C;;FLFA>>@??52878'/0%)/'&.)4588*%-/<>:G8/(*-/4<=;5;BC:8D=1?26-&///03;:;=:7+A?@@97/:?;=?950())'$,*,-.8:6:95&)5/+6555=C>>@GKB@?4811110*#%*/,+('($%,/1421'$/*/1/40%./.5DD?5?@:77;EEA=>C?C?00(71925:349=0,/@KMH9A<=?@:=EC<35)%''%.-&(;?A@?@?@==&(($*,,.246::>*88A<6))1&&&&&9:85??A??=:58962'+5-0(:DC@B@@?666=ADHKB@-.,.,2/-92;A?94AB>F>>;>=C6CEA@>1-6**788<@C;+,,9=908B?;498.3,+*(+'%(/245:<558*#&(.0,$$'&>600.*((2-,-272-/0-<:<5?JIC?**3@@CA=A<))+*)%$&$'005=@6>?6*+'/&%,&6/0-39*')20<===<99:AC;80%%&(&$%39;;<;3577'45::9:;4;>9=>B;0-()8>8>?9>?A<>(-+-57<@33(*(+33230078;>ACD@;AA<8;BG>$$:?.0/=>@?D=++8?=.;A@401.12201;3&*,,,+)+*:424<=;C;=B?J<6:GAAEKKIGDBD9?;;76=88;;CDC??<4/(2-%%%1/1)++(/4?:46B;886$%%%*565(&'&&72''(:=5ACCEG===>CA;47521<<-)++++--;424988&&*-.678+6:=??@63&(%&$&&&(993,,--->>DA=?8DE6A;/4+66FDC?;66=B@>A@ED:D.57.2?@BEB?%4/569:=98=>@=8:2&5889>=?@;GJDEHA'@(201;98/<:<=;?;@C@?;:++**+9=:)./2/2/;8167;<@13.0//21,(6364&&&,,-)*$'3/*+)&%(,-.-2116=<==;;978:1$%+/39:>?CA?D?AC@EDDDI?ABGB>>>>:8,9((67>5-%&)&&5(.89:==A=*'%$$%&**%&.454=E<26DEA@:7?EGB98>?=:ED;79@B?;957<::7,<==438,:4(455879@>@@95B=DB:5./14/),3;:>,'3&64999;7+,95;<5652)*&%%%(&%&&#$0*/-9998>>@><--//7829:;=2<8941+&%((0).&4611-0998,*,'-73'1$**##%01(/2699>=:004:A?206:82/+>::8<>*(%##$#44.7:=3./;56%(((+==B<==>2664))(**)$'(%+-<6=>>86>DB==9=;;<<75%(&%#%%'-$3($%%'()('0/35-88;=<*/998=ADFC01--*,.-/*)#'$))-.=ACAC>=:F82<:9,1<877ACH@-9<9985';DBIGC?CA@2)(245&(8;7?:9;'((&%)(,'(($#$%%%$)5,50/$$,123(168<<;022698.045<?<=BKJDA9:=ECA,*D733200;;D?;B:+$$.14$&%.9847/,)=A:;<889;98@9;@59254.*557:>=E?=:-%(&&%'*+/-..*$*(&$%'&$%+.13.*#%%'%*+,-+*,)12797?<>=<8/301.)6.223>>;>9/22,/(*//-2$$$&%&#%%+.,-8(&%09:>?;+'53626:)%%*48645.$&')%)0/0..-%$$$'(.01089;'(%)(-4/0===E:''<4106?>AA>*%,2+.1677<><7)(*&&'':=AB.*6%$'#2+578;.1/24/-'134778??<79,+0122>@;5CB@A<;<14787;8;?A-B;%23,,%$)($$'*-24=;B@,=>9:(')6)(1,355421-$55+--.7336,,(&%)>A@?@;<><9682:9<:>=C02@==ABBC.&*-00:25790;<,(>A>?BC>8CF:<::/&##%%$'+,1@7:?@<==DCCCA@9?>8//86552/GCBG?EAJ94>ABBABCE>DAAC<>GB?;>;8?;DB@86=.%%&7A?GH?BC@BD4>...<>::=7@AI>;;65&$#$%'%((+45.176882+$#$(('(*/1?@=<3.:5406<931'&)152)3872775(%*-238:;,.)-*./-ED:4@44'+,'68;:''.4-36*:<0:68;01,$$*,99=ABA:9)5741%<=9:,*?9=?;C==0@?DB=>?=9:>?>2%+/&':<5=04715*1>>EA=>@;-.8EB?>?@7A>=8/1'&&778=8;=?@@;@>:48*2199<8::<4<;8.4/-&)00A@@79;>@B=4>*,,,)&(+7==>>@:<><3<:+8.;96453$/'''-.(*00+*+-660'5+3532..3DAAF<>@4<;8399;;*%%(%(238799;==45A?>DBIH;=BCD@@C=>>=/+7788;;<=;3(//8338=%AA@>9>AC97891244*476,,++-*'*+-131.4;9895*''23497331041045,')),2469;=??AD@A@@<9;::02223<677A88'32;.//.++'((/6/817656-))012$&$##&#$#$$$&('**'&'++,*,)*358>83,*%9989:;4-*-$39;ACCB<77@D?=?>;27<;;03237A?@;@73452.+&+$%%+8:=847:;64;98%&&00/265',-''***(/-(,-$'(377-.)()35((*+:A@@5699:10'<@>7?;19533(),/$)++%$&$####&%%-0-(((*&&%.0049:=9=?C(78:988?B@/+130314;:<@=5-2?A655...-,353::>::)?9@B23-2264'9;?C?=?=:50>@>9<=:6300)&1$+.+.3*2//29777:=(%0.&2-$$%%,,&%$%&''%($&&+)8;=?9;8;;3%%%*$&&&**,-,5-1899'0/'&'$%#*,/0/588=>39<=>CDCC;>>?&,#+$$(*)+%)63;:.-3$%%$%&*..;A?<7>4(*63;<;D>B658<.),8??.01;&*2133%&&%&%%$$)))'$%$'*1126633.#$%)*'$%(,4:8:5?=>ADB@D=@E@;@<589;EB>=A=9:-)%85<89=26)))%%($($()$$&&96/883(+,,%'4+30137(=;>?>BDEE><:;=<=1;<6:>:9;88<;0-.88<86827*(/=>=D@7???=>>:=;37:224-,)*''/'+-11+.-,.$'%,-');;<88*+++.>B@=EC665'.=B>EG=@FA@?@EKHHGB?>39==97*()=656>:1132-))40$$'-<<@>77346<:AC>?13367-/0,**46563,66@<==-))+))335:/2/3,<=;774648%59=DD?>;;BA9:8:61/9==@@@2<><=2AC9;=:6&&+-4CD@52>;<=EFF589E<97;=?=(,0/$'%%&&9942673'))+%*&+'(&%*124>@?A@8::&*4')''$(,.$67;8<%;;?FCJ==@>85+7655,/6.%%%##$'$#7:9;86;7<:><4/69:859BEFD@A:BA>9-*'%)#(,695///&-09925<;<93410*)0212&,,..+&195)577:95<;887.*-/)))++/)++,+32*%01598>A<=8:<8722+,,,.235645524::-&(+(0*;>=77622-..0%%%%%)7.?@:D7@<<:9>>;68:;4+0,+,-+57878>@?:7>:<7&'')$$+,8647-'')67*22:-,,--/9955;?A;442?DE988>AFCA>@@@5549;=>?>D<4*55;=>?:;7:;=@><<:229ABAG?;@9;<=46CEE1;'4;4&556=9EED?48736:9:759=?@C64(*3/)&-4,/3;:;=A<831-/3763'68771./26=::430+,+','$$*('&,,+57457.<==;0,872(5/99:><7;=;:3/*4,).,./111(..'234C?47<<+7;5))%').166:33786'322+./31.80779:9;8&%/*.:;797:==41+0%'/(*/+,6)4-+0'89:=>?6/>=;1.,82:=9::<>=7)#'&%$&$('(''+')+5899@::-,,.*%%&'.04397122,)1-(''0:<=>*%'/0/+0?@;3<9:>?;::=??-?=>622>@?=@963%60*))(')**3306-->1&&&(ADD92>5B?72*//$$/-&$,%$&%%'('(487@@>?B++82413246*0/0/&'38;;/66AD6483':$*$#$(+*+82:;BA>;831074225,#98887;5((*$%$('$%*+(/1*210-,.-()**1458(?=:9/22(),+<>;:?>942==>??BCB@55@>;A>=-<;;;;=9;97313>;((2%*%089<6=@989?=:9;=<A:11(&%+-,$$%134362?:73-35;==A>=?C9?82424-&)-/06;22/223132,)*8;67100),**$$$54A7@C=@?4880,-12+786*//.6,/9D<0:3543=14>B74669(0.:5;65$021(&&.-))%(51339:664/07;6550.$&+''''3//*(/./7--67*'()(-079914660.+&,/)**44020048:'$+.'61'*'%#&$&('$$#$$'*(&(%%,01.6;<7@@<;=3523)/%&&&(&)+++*&%%#+-.,9:=>=>>=BA?;/1../*$%9;<440881.:8:?A;>A?<<>A?BCF70.-+,(%)/020//'::<:2/002%%$1),'$&./%$'&'''663($$#&0.&$&&%&((*(&$%%&(479==46:,'%),%'3;;=A<46;1'&(),/076+.-/*,(,1,.179==>A859:568414524:+=;6&'%'-*58;>B>@BD;?B;=>FG=CD<,/:7,''+/02:58>CB@323*()++)9/+>=@@<=A=>@9IA@@:;8668=68?<95(435;<4'4.+.-//-24::@AA7,*'0$('#'&&886727868:8=6:<:045:55DH@?AG;>><<<:;0010*'''&344333=B>=IDC<<99.,<:A/14.11168-//79=@CE>=66,..-,.44,.113778;923**6:=@=?=A@C?B<==FB?CFE>50060108649:4:;-449;JJB5),3CH@NKHA?=9;;97.5624:6H7/.=3$$%$%%'(*,,/%%%((57=93&$$20458*&'((%&&&4580+*.+)).+%%1235&%($%*'*-.45;>99:=>9/.)..-%'032&&'+1201$%(5+-;GA8),8?;.>89;@::<<::72)+<=8*96,2(*'3236979@ID=?8=87<:9866=5/7+,/882,*<,?=>>666*4;79752+))2/9).0/',,'&>(>%E@;4?B<;242;<778/9<:4;>:25++,2;978788/0()A@=;:79(.#$'+.+)')5=?B6;A9:/--=?80212335'-$$&$%*)0663'*1278'*().09;EE>7/2),+11/449;006=A@?@87=>=:5=8632.,.')-5A?43(==>=14C=<=;:;:786:7331.,',.224'*&++33825/11+*79433<75-34/+-1/.76$,++1+)&$*76766)'(),60%-//.&$$&$$&&$,.4<<=9=6)%'$%&'(%,31(&&(,*.*97/.',&1=?>99><>?DB<<5@B8@20-/5:<;:93*'064,)4259:1//<65&&)886.'$*.(((98==354(%'2--/99=<<@A;7;:;@A9$%&$62553,,./28=?B9-9+'$&(*++7775..().7:>@8--//433.,')2/2%**)525C=;<>>==,%$$$%$%#$$'(22*5799999&'%125;>>=AACB:>:C;>:E8(.1/%**$%*;@=?7<<452211&$.22/**-.08:?=>>::;22389??@?<=;../&6)2-,-9:<7:9/233%)&%%%%,.1-33,'%$%((27967>>><:8<2+,04468;-**((686'%'.76@A64:@DC8CJG@8?8>923*-+.48:84.8:/*+&(+22A5(9:>>H6<%#13&/@A>4=>@;?7955--.;32/0.1;2;<11438<5'&$'&$%%0.*%%#<82...0-$#-,777:CB?<1,8?789<:372,.0---)%%,%$$&$2//0,$%%<=5-6:**+/1:;;447;<<4/.379:955>=100,')*@@>=;&02++4%'.%-12988=>6(()0014''%%*./+3.(23568<@=><>*--/5&(956&(%*'&&'(%),-'($+0/$,$$&-/9;7974163-$54863&&.$&#$((*)$%,.-$)*'#뼂<=7850/+&%$''/,./)048>;752)+'$$"%&#$#%()%%**58?87657*+-13--/01##$$%&&((($++.6'72217?>=::;<9:>94?>B::<<923<<>7643::6(.-*-+$%'&&%%$%2550+1556:;333+*%)&&03997;;56/22)6(995-+076''''367881168;;652+2686&)+:/*&)%$&77&7:?@9;8=>9772%$$$$$&$%&%+/..3(+,.00,0177893+,(&$&('(*'00//7:?:=;;5$/45=4<>5+0/0/888:;;;8+;;5C@><=6@A;=65774'%$$**'&%$&&&&$0*1''(&%'&&)/++-,,.$+,+*((201267<7>=<<@@A<859>>69470,4/(%%#$36544210+,-(*:998<+;:1342314:>?;8@8759=;<=A$(<4;941121,&)*(&(1())*/33897)--'#)*'(-5696;>;:87742>=@@AB8<9>><=<><<:7687)490,<<<<&&877$'$'44:77.-79+44::;:85585;9034(+85.**010447<:78,%'(2'(<<:=<443& @SRR14011045.69583 e6e349b8-c5a2-4d86-91fd-2d0a6cf640f3/1 ATTGTACTTCGTTCAGTTACGTATTGCTAGAACCAGCTATCTCCGAGTTTGTTTAGCCTTTCGCCCTATCTTTAGCTCATCCGCATTTTGCAACATGCGTGGGTTCGGTCCTCCAGTACCTGTTACGGCACCATTCAACCTGGCCATGGATAGATCACTCGGTTTCGGGTCTACGCAGCGCAGCTATTCGCCCTATTAAGACTCGGTTTCCCTACGCCTCCCTATTAGGTTAAGCTCGCTACTGAATGTAAGTCGTTGACCCATTATACAAAAGGTACGCAGTCACTACCACGGGTGCTCCCACTGTTTGTATGCATCAGGTTTCAGGTTCTATTTCACTCCCCTCCCGGGAGTTCTTTTCGCCTTTCCCTCACGGTACTGGATTCACTATCAGTCGATGATGATATTTAGCCTTGGAGGATGGTCCCCCCATATTCAGACAGGATTTCACGTGTCCTTACTTTTCGTACGCTTAGTACCACTATTGAATTTCGAATACGGGACTATCACCCACTATGGTCAAGCTTCCCAGCTTGTTCTTCTATCTCGACAGTTATCACGTACAGGCTCCTCCGCGTTCGCTCGCCACTACTTGCGGAATCTCGTTGGTTCTTTCTCTCTCCGGGCCTTAGATGGTTCAGTTCTCCGGGTTCGCTTCGCTTATCTGTATATGTTCAGATAAGGATACCTCCTAAGAGTGGAGTTTCCCCATTCGGACATCAGCGGGATCATAGCTTTATTGCCAGCTCCCCCACGCTTTTCGCAGGCTTACACGTCCTACACTTCGTCGCCTATCATCGCCAAGGCATCCACCTGATGCACTTATTCACTGACTCTATCATTTCAAGAACCTCTTTGACTTTGTTTACCTACCCGTTGACTAGGGAAGCAAACTTGAAGTTCCTACTTTGATAAAGCTTACTGCTTTGTTGTGTCTTAATCACCCCTTCTTTTGTGTTTCAGGATTAAGTCTAGTACAATCATCACCCAAATACTGTGTTTGTTTTCTTTTCTCTTGCGAGAGATTTTTCATCCTTTGCAAAGAACAAAAAATCAAAACAAACTCATTGTCTTTGTTTGTTGATTTCGGCTTTCCAATTTGTTAAAGATCGATGCGTCGATATTTCACTCGCAAATCAAAATAAGCTGCTAAATATATGACTTCCTGCAGTTGTAAAGTTAATTGGAGGCAAACGGGATCGAACCGATGACCCCTGCTTGCAAAGCAGGTGCTACCAACTGAGCTATGCCCCCGTTCTTCAGTGGGTCTGGAGGACTTGACCTCCGATACCCCACGCTTATCAAGCGTGTGCTCTAACCAGCTGAGGCTACAAACCCGGATTCTCTTCTTAAGCGAATCTTGTCTTCACTCAAGCTTTTCTCCCACATCTTTTACAGTTTACCGATAAGTGTGAATGCATCAGACCTCTTCTTTCTCTAGAAAGGAGGTGATCCAGCCGCAGGTTCCCCTACGGCTACCTTGTTACGACTTCACCCCAGTCATGAAGCATACCGTGGTAAGCGGGCTCCTTGCGGTTACCCTACACTAGCTGGTATCCCCCACTCCCATGGTGTGACGGGCGGTGTGTGCGACCCGGGAACGTATTCTCACCGCAGTATCATGACCTGCGATTACTAGCGATTCCGACTTCATGCACTCGAGTTGCAGAGTACAATCCGGACTACGATCGGTTTTGTGAGATTGGCTCCACCCTCGCGGCAGCTGCCCTCTGTACCGACCATTGTATGACGTGTGAAGCCCTGGTCATAAGGGCCATGAGGACTTGACGTCATCCCCACCTTCCTCCGGCTTGTCACCGGCAGTCTCATTAGAGTGCCCAACTAAATGATGGCAACTAATGACAAGGGTTGCGCTCGTTAGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAGCCATGCAGCACCTGTGTTACGAGCAATACGTAATGACA + )5788;9@8;?<<=AACICKG:;AB9;?D/+*)))*($&'(&*+/+%&&&''++*:978ABKIIGC=@A>AAB@;@9*77,6*,/99?HC@AGCCDGFBD8:,*&&*(8-8?:;<=FG@;=ABC@C:14@GB77?658;92(%*033652&/,---/*%<;><<6:BB7740268;AC==7;?@<$870?@;46==6%'%$'%%/511.&%&%(16<;>;CDD>9;9@@8:?C@>?B9?=>DCACNM=:>=>:8'53:?;::.0,.((#&')*:?BBC?B@>BCC+FBBBAHJE?@EKJI62E@EG;>EGG@60:A44451>=2/+2'29=13:84+$$$$&>>@8<>;30--,+(')#%6%+&*)+)(-60-7<=<<10%&&.%$')))..34784'%&+*086:9AC<;4.522(%%&/47:=B88CD::8>>;6CG89CD>??<<=3B@C?=B;9A<;=88AFI;=>55>@?7<@9<>CBB03>=@E:@C=>;GGCD<8:786-)6748AA@<>F9856&+;B@@@?@=<833:<;(%4-+3(%$'&#)$#437ABCEPM:9INE??HIL@91,&-64.)26>ECC<>AAB85789@@:%%4136=9<:@AB@52758<8=99=76655*$%'*2246:?=59:=AE>EEA441+-23=BI=>GFGD?A?,90/?@@A?=,,7:<;?9ACG?@?><@D:974?@78>AGH?<>CB@;A>89:.597==??;>99643&%&&$'(%*/122<37?7&4)))784/467'($/$%5683>A;EAAEGH@BA7;9EABB?1<:AB7=@DG@B7BA>:;<58<<<=?=>CAD99BDA8?@B95<:.HI=E3)2A@AEB:GF2:C=>A<;?;EEF=CCA@@BA@EFD:58///,6;BDFFDCB=?>=A?F8=;2++355630''&,.19:9DDDEGD>;/2<;73()%$$$$$''&$#'&$%$&$$>=;7-7;///020.)0;>?@59:?C>;=A?C?479;;86..58=@?5:<=>9/*0/5,*)))*335/2+.&*///;7:8746<(.4'%1/.)*//()/)9754))0+*,2300-%%18;;>@=:=2<=B>>=?=>7+*((()-,((5;9=<>@3D?<688975=9>@8%,-.4528999?B?B94./0;;<92((*.0'16?@@=??=8?CC300@>=E=EE;@BJ?FF==>@>4/4102>>>B=2;+79+:8;;=E=>F7>7>47<<@<9@53324>@C9@@B=0696**64:8=::@=24%)?;49;;2*))/)(%(%''(%(',12739<88=44/4<=@;<;2630,593++)$$$&'9.&'2857,-,*/+%'(('$&&*-.'%$*+/+1407688841.%2239<<67..:9;@;=EM@IFDHQQH?97879AF=>A998<>:9@?BIIH::369?A=.4536<:7A9F?ADB==<>?BJJC66;ABB@C@@>A?DGL7;@ADEB7966-.0('195266:?<633-.)*.*@?BF:5,B=B><>=9<:56;=?7=;:88>;>IKB=65;::98:7( @SRR14011045.54233 32f5b935-1267-467b-94e6-f02ef813624e/1 ATTGTACTTCGTTCAGTTACGTATTGCTCTACTTTCACCATAAATCATATAACTATATAGATAGCCTACTGTTCATCACGGCTCGCTCTTATATTTAACGATGCCCTCATAGGTACTAGGACCATAGAGCCATTTTGCCATTTGTTCCATAGCCATGTGAAAGCTTTCCAGGAATAGCTCATCACAAATAGTTCCTGAACTGGATAGACATAGCCTTTTTTAACAGCCGTTACGTTTTGTAAGTCTGGATCGTTCATAATGGCATCAATATCTTGCTTGTAATCTGGTAGTTTATCGATAAAACGGGTAGGCACAAAAATAACATCTGGATTAATGCAGATCAAATCGGCTTTTGTCCCCATAGATTGGTTCATATCTACCGTCGTTTTATGATCTCGGTACCACCAAACATCAGATAACATATTAATATCCTTGCCACTTTCTGTTATCACAAGGTTTCCCGCTCCATCAATACCGTGCACCTGTTCAATCATATCCGAACGATACCCGACCGATATACACCGTGAGAGCTATTATATAGAGCAATAACGGGCTTCTTATCGCTTCTCGTAAGGCTCTACAAGTTTCTTAACATTACGTCTAGATACAATAAACTCCACGTTCGGAATCTTTATCCTTGAAAATCTTTCCTATTGTTTTGAGTGGCTAAAATAATATCATTAAAACTGTCTTTTTTTTCGTATACACAAAGGCAGGTATGCCTGCGGCGCGCAAAAAAGGATGACACAAGGCTAGGAGGCGTAGAATCTGGCGCTACGACCACGTCTGGTTCGTAAGACTTAATGGAGTCTACTGTTAACTCTACGGCCATTAATATGAGTACAACAGAACTGGAATAAGGAGATCCATCTGTAGCCACGATATAAGGCTCTCCACCAATAGCCCCCATAATATCACCGTACTTTCACCTATGGTAACGACGCGACGTACATAATCAGGGACAGTCATTACTGTATGTTGACTATCCTCAATCTTCCGTTCATTCAAAGACGTCAATAATTTACCTACAGTGCCATGTCGCGGTATCACATCGCCCAACAAATCTGGAGCCAAAGCGATAAATAGGCCAATGAGTATAAGAATGCCTAAAAATATATAATTGAACATAATCCATTTTAAGGCTCCAAAAAAGTAGCTGCTCTTTTGATTCATAAGCGCCCTCTCTCATCCGCAACTTACGATTAACCGAATATTTATAGCTTTAGTATACAGTATCTATTGTATGCGGTCTATACAAGAAAGAGGACTAAGCGCATTTTGCTCGGTCCTCTTGTATTTATAATATATGAACGATAATCTGTCTTATTTAGATTATCCTTCTACACAACCCACAGTCACGCTGTATGCCTGCTTATTTTTAGCATTAAACATTATTAATTTAGCTTTAAACATAACTAGTACCTTTATCTGCTTTTTATTGTCTTTCGCTTTTTTATTTTCTTTTACCTTTTTAGGTTTTTCTTGTTTAACCTTAGCTGGCTTTTTACCATTAACAGCGGCCCCTGCAGTTTCACGAAAGCATTATTAAGGTTCGTCGCCACTTGTAATGCTACATCTGCATTTAGATAGTGACGATGTTTTGGCCCCGCAACGGTTACTGTGCCACCGTTATAGATGCAGAACCTGGTGTCACTTGATTGTTGTGGTACATGCAGCTAATTTGCCGGCCATGTAAGAAGCGCGTTCTTCCCCTGTATAAGCGGCCACTAGCGTAGATATAGATATTATCACCATTTACATACACAGCGCCTTTAGACACGTTTACGTGGTTTCCAGAATATGTGTACATGCGAGCAATATTATTGTTCACACGGTCTGTTAACTTAGGATGGTTATTAGGCGCCACTACTTGTGAAAGCCCTTCACGGTAATTTCCCCCTACTTTATTGCGAAGTACAAGCATAGAACCATTTGCACCGCCCACATTGTAAGAGTTAGCTTAATATTTGGAAGCCCAACTCATCGGCTGCTTTTTCTTGGCTCATTGTAAATACTTGATTAGACAAGTAGTTGCCTGCTACGTTGGATAAAATGGCAGTCCCTTCGCTACCGCCTGCGGCGATGCCTACCGCAGTAAAGATAAGCCAATTTGTTTTTTAGCACCATTAATAATATCTTTGTGCTCACCATGTGCAATTTCATGGGCCATTACATACGCCAATTGATCATCATCAAGCGTATCTAAGACACCTTTGTTGATAGACATAACACGGCCAAGCGTCGCAAAAGCATTGAACTCCTCATCCCAGGTTAGCATATACAACGTAAGAACGTTTTACACTCGGCGTAGCCTCTAACGTTTCATAATGCGATTGACACGTTCTTGAGGTACACTATCGTTCAAGTAACCTGTTTTTTCTTTTGTACGAGCCAAGCTTTCTTTTTTGGCCTTGCTCAGAATTATCCATTTTATTTAAAGCGGTAGATACGTAAGCCATAGCAATAGCACCACCAGCTAGTGATTGTACCGCACCAGATAAAGACTTGTACAGGCGCTGTTTGCATGATCGCCGGTGCCATAGTTACCGCCATAGCTACAGATAACGTAAGCTAGCTGTAAGTTTCTTGTTCATTATATTAACCTCTCATATTACTCAATTCTCTCAATACAGAGAGACTACTAACAATAGTATGTACACATTGTAACAGCATCATCATACCAATCACAGTATTTACACTAACCCTATCTTATATGTTCTGCGTAAATACAAAATGAACGATGAACAACTAATCATATATTTTATTAGTATAAACCCGCATACGAGACTTTTACTGTATATAATAATTATCCTATTCCTTTACTATATACTATAATAATTGTTCTATTGATACCATATATAATTGTTCTATTGATACCATATATAATAATTGTTCTATTGATACTATATACTAACAGATTAATAGTTCTATTCTTCTACTGATTTTGCTGAAAGCACAACGGCTTCTTTACCATCTTTAGAAACAATGACACCATGGGTATAGCCTACAACATCAAAACCTGCCTCAGCACACTGCTCTGCGATGCTTTCATAATTTTTTCATTTTTACCACGAGTACACGTGAAAGATGAACTGTAGTAACACCTTTTTTCTTGAAAGACTCGATTTTCTTGGCTAGATCCCACCACTATGGAGTAAAACCTACCAACTCAATATCCTCATCAGCATAACGCTCAAAGGAATCTGCTTTATTCATAAATGCTTTTAAGCAACCGCCACAAGAACAGCGGCGCATTGTATCCTCATTCACGAGAACCGCAATTTTTTTAGACATAAAACCTCTATAAAAATATAGTATTAGAATTAGTATACCATAGCTATAAGAAAAAAACGTATCTTAAAGCACGCTCATTAATGCTAATTATAGATAGATAAATTGAGGACACAATCATAAAATTTTGGTTTCCTAATCTCTTCTTTTACCTGCACCATCAAATTAAATAAGCAACGATTCAAATGAGTCTAGTGAAAGTCATAACAATAAATGATATAACTTGATTTCTCCTATTTATAGACCATTAAGGATAGTTAAATACTTTAAGACTTGAATAGTAATTACAAGCCTAAAGAATTATGCTCATTATTTCTTTTGGCCTACAAAAGATTACCCTCATATCTATATAGTAAAGATAAGAATTTGGATAAGCAATCACTTTATAATTGAGGTTTGAACGCATATATGCTATCATAAAAGAAAGAAGGTTTAGGATGGAGAAACCTAAGTTTGAGTTTTATACACGACCTAATGGGCATAATGAATTTCTAGAATTTTTAGAGATCCTTGCGAATCTGATTCGGATACAAAATGTTTTCATTAATACATAAAATCCAGGATTCAGGATTGTTAGTTATAATATATGCAGTGGGTAAAGAAAGTGGATAAAAATCTATATGAAATCCGTCTTAAATGTCCTAATGGTATTCAAGGGCATTATACTTTCATGTAATTAATAATAGATATATTATTACACATGGGATTTACTAAGAAAACACCCAGAAAACACCTAAAAGAGATATAATTCATGCCAAACAAATTAGGCGCGAGTTTGAGGAGGAATATTATGCCAACAATTAAATTTGACGATTTTTCTGAAAGAACAATTAAAAGATCCAAAGTTTAAAGCCAGATTTGAAAAAGAATCGGCTAATCTAGAAAGTGCTATAGTTATTGCAAAAGCTCGTGAAAGCGTCGGTTTAACACAACGTGATTTAGCTGAAAAATCTGGTGTCCCTCAATCCACAATTGCAAGAATAGAACAAGGTGCAAATACAAGTATTAGTACTCTCTGTGGAGTGCATTTGCTTTAGATAAACAAGTAAAGATAAGTTTAGTATAATAAAACCCCCTATAAGCTAGTTAACGTGGCTTATAGGGGGTTTATATCTTCTTTTTGTAGAGTAAGATTTACGTATTACATAATATCTTCTTCCTTGACCAAATTTACCGTTTATGTATTCCCCATAAGCGAGGAGAAGCTCTGTTTTATTTATTAACATATGGCCCTTGTTTACCACTGGTTTACTGAGTGGTTCTCCAGCGAGAACGAAGATTTCAAGACCTTCATCACCAGACTCTACCTCAAGCGCTCTCCATCATTGTTGAAAAGTACAAGTCTCCAGATTCTATGCTTTCACCATTAGCACTACCTGTACCATTAATCACAAGGAAGCCTGTATTCCAAGTCATATTCTCAAGAAATAGAGATCATAAGATTAGGTTGAAGTTTTAATTTGTAAATATTCATCGGTGTATGGGATTTAGCAGGACCTGTTATATGTCTGAAAGTACCGGTGTAAACGATGGCATCGATTGTTTCATCAAGAGATACCGCCCCATTGTGGTAAGCAGGTATATATTGATATGCAGGTGCATCATTTTTATGACGTTCAGGTAGATTTACCCATAATTGTAAAGCATGGAACAAGCGTCCCCGCTTTGCATATTCTTTCATGAAATTCTTTGTACAACACCACTAGCGGCAGTCATCCATTGCACATCACCAGAATAGATAACACCACTATTACCAGTTTGCATCTTTATGTTCAATGGAACCGGAAAAAAGAAAATGTTACAGTTTCAAAGCCTTTATGGGGATGTGGAGTGTCACCTGTATCAAAAGGACTGCCCTCAAAATAATATGGCTCATTATAGTCGAGTAACAAAAATGGAGACATACGATCAAGCATAGGTGACTCATCGCTATCAGGGAAATACTGACGTACTCTAAAATCCAGTGCTACCCAATGAATATCAGGAGCTTTAATAATTCTTTCAATTGTTCTTACAGGATTCATTCTATCACCTCTTAATCGAACAGGATTCATAATAGTTGCATTAAGATATATGAATATGTTCACATATCTTAATATTATTATCCTATTTTTCAATATGTCAGGGGGGTAGTAGAATAGTAATTTACACATAAGTTTAAAGTTACTCAACTGGTTTACGGAAGGATGCCTTATGTGCTACGAACTAAGGTGTCACTTAAAACTAGTTTATTTACATAAATCTAAATTTCTCAGCTACTATACGGTTCGATACCATAGGTGCTACGCACCGCGGTATCGGGTATATAAAGCGAATGTACATAATTTTTTAGACTTACTCAACTGCTTTACGGTTCGGTAACATTGGCACGTTGCTCTTAACGTTACTGCAAATGTATTAATTGCCTCCTACCACTTATTGCATGACTTCCTATCACACTCGCCCATGGCAACATATAATACATTATGCCAATGTACAGACTTAACTATAGGGCTTCGTCGAACCTGATGCAATGGACGTACGCGTCTTGCGCTCAGCACGCCCTATTGCCTAGGTTTCACAGTCCGTCTGTATTGATGAATACACATAGATATAACCTCTACAACCTTGGCTAGAGACGGCTAGCAGGTATGAAAGCTGTCTTTCGTTAGAGCACAAAAATAGAAGGAGCCAACCCTTTAGGGTTGACCCTCTATTTCGTCAATCAACGAGTTCTGTGTTACGGTTCTTCCCTCCAGGATACTGGGTGTTCGTCGCTGTGGATGGCCTTATGTAGCTTCGCTACATGTCCATCTTACGCTCCAGCTTAAGCGATGCAGTGAATCTGTCGTCGCTTCCTCCTCCATCTTCTACTGCCCTGCTCACCAGGTACCCTGGGAGGGATAGGAAGCCATACAACAAAAAAAGGCACACCCTCAGGTGTGCCTTTAGCAGCCAGCGGCTTCCTAGCCCAGGCTTCATCTCCAGCCAAGTACTTTCGGCGTTTATGAGCTTAACTACTGTGTTCGAGATGGGGAACAGGTGGATCCTCATAGCCATCGCCACTGAATCTGTCAGGATTTGTACTCTGAAAACCACTAGAAAGTTATATATATTTGTTTGCACATTTCTGCTTAATGTTTTTTGTTTAAATGCAAGCCCTCGATCTATTAGTACCAGTCAGCTCCAAACCTCACGGCTCTTCCACACCTGGCCTATCAACCATGTCGTCTACATGGGATCTTTAGCTTATGCTATGAGAAACCTCATCTCAAGGCTGGTTTCACGCTTAGATGCTTTTCAGCGTTTATCCGTCCCGAACGTAGCTACCCAACTGTACCCTTAGGATAATTGGTACACCAGCGGTTCGTCCTCCCGGTCCTCTCGTACTAAGGCGACCCCCTTCAGTTTCTTGCGCCCGCGATGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCACGTACCACTTTAATCGGCGAACGAAGCCAGGCCCTTGGGACCCTACTTTCAGCCCCCAGGATGTGATGAGCCGACATCGAAAGTGCCAAACCTCCCCGTCGATAATGGACTCTTGGGAGAGATTAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCACTCGGCACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGACCTGTCCGTCTCGCAGTCAAGCTCCTTCTGCCTTTACACTCTTCGAGCGATTTCCGTCCGCTCTGAGGGAACTAACTTTGGGCGCCTCCGTTACTCTTTAGGAGGCGACCGCCCCGACTGCCCGCCTAAGACTGTCCGGCCGGTCGTTACTCGGCCCGTTAGAAATCAGTAATGAAAGGGTGGTATCCCAACAGTGACTCCTCTAAAACTGGCGTCCTAGATTCCTACGTCTCCCACCTATCCTGTACATTCATTAACTAAGTTCAAATCTTAGGTTACGGTAAACTCCATGGGGTCTTTCTGTCCAGTCGCGGGTAACCTGCATCTTCACAGGTACTTCAATTTCACCGGGTCCCTCGTTGAGACAGTGCGCGCAAGTCGTTACACCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTCGCTACAGCAGGACCGTTATAGTTACGGTAGCCGTTTACTGGGGCTTCAATTCAGAGCTTCGACCGAAGTCTAACCCTCCTCTTAACCTTCCAGCACCGGGCAGGTGTCAGCACCTATACATCAGCTTTCGCTTTAGCAGGCACCTGTGTTTGTGGTAAACAGTCGCTTGCGCCTCTCTTGTGCCCACTCATTCATGCCTCCATGCGTTCTTTGCACTTCACACTACATGAGTCCTCCTTTTCCCGAAGTTACGGAGGCATTTTGCCCGGGGATTGCTTAACAAGGGTTTTCCTTACCTTAGGATTCTCTCCCCGCCTACCTGTGTCGGTTTTGGTACGGGCGATGTGTCTCTACCTAGAAGCTTTTCTCGACAGTGTAGGATCAATCACTTCGTTACTATCATGGTAACTCGATCATCATCTCAGCTTTTAGAGCTACGGATTTACCTATAGCTCAACCTACATGCCCAAACACGCACTTCCAATCGCGTGCTGACCTACCTTACTGTGTCACTCCATCGATCAAACGATTCACACCGGTACAGGAATTTCAACCTGTTGTCCCATCGCCTACGCTTTTCCGCCTCGGCTTAGGTCCCGACTTACCCTGAGACGACGATCGTTGCTCAGGAACCCAAACTTTCAGTGGAATGGATTCTCACCATTCTTTTCGCTACTCATACCGACATTCTCACTTCTCATCAGTCCCACAACTCCTTACGGTACTGCTTCAGCCCGATGAGAGCAACTCCCCTACCCATATACATTCTTGCATATGACACGACTTCGGTTTTACACTTTAGCCCCGGACATCTTCGGCGCAGAGTCTCTCGACCAGTGAGCTATTACGCCTCTCTTTAAATGGTGGTGCTTCTAAGCCAACATCCTGATTTGTTGGAAACTCCACATCCTTCGCCACTTAGTGTAACATTTGGGACTAGTCGGTGTTCTGGGCTGTTTCCCTCTTGACCAATGGACCTTATCATTCACTGTCTGACTCCCGAGTATAAGTATAGCCATTCGTAGTTTGACTAGGTTCGGTAACCAGTATGGCCCTAGCCCGATCAGTGCTCTACCGCCTATACTCTCAACCTCGAGGCTAGCCCTAAAGCTATTTCGGGAGAACCAGCTATCTCCGTGTTCGATTGGCATTTCACCCCTATCACAACTCATCCCAAAGCTTTTCAACGCTCACGAGTTCGGTCCTCCACACAATTTTACCTGTGCTTCAACCTGGCCATGGATAGATCACTACGGTTTCGGGTCTACTATTACTAACTGAACGCCCTGTTCAGACTCGCTTTCAGCTAGCGGCTCCATGTTTTCCTTAACCTCGCTAGCAACAGTAACTCGTCGGTTCATTCTTCAATAGGCACGCCGTCGTCCTGATATATATACAGACTTCGACTGTTTGTGAACATACGGTTTAGGACCTCTTGCTCAACAGTTCTTTCACCTCTTCATCCACGATTTATACTTCTCGATGGAAGTCGTTATTTTAGTTTGGTGATTGTTCTCACTACAAAGGTTTGCGTGTCTCGTGAGTACTCTGGATACAGTCCGGTATGCAAGGTTTCGATTACGGGGCTTTCACCTTCTTCGTAGACTTTCCAACTCGATTCTTCTACCTCATTTACACTTGATGACTGTCCTCAACCCCGGTGCGGTTGCCCGCGCTCCGGTTTGGCCCACACACCTTTCCCGTTCGCTCATGCTACTAAGAAAATCTCGTTACTTTTCCTCTGGGTAATTAGATGTTTCAGTTCCCCAGGTGCCCTCCTCATAGTCTAAGCTATGGGTGACAGTGCATAACCACTGCCGGGTTCCCCCATTCGGAAATCTACGGGTCAAGGTTGCTTGCACCTCTCCGTAGCCATCACTTGACTTACCCGTCCTTCTTCGGCTGATATCGCCCAAGGCATCCACCGTACGCCCTTAAAGTATACTTATTTTACACCATAATTTGCGGCTATCTTCGTTGTACTGCGTTCAGCTCACCTTGCGTAATACAAATACATGACGGTTTCGCTTCACTGGTACGCCTCGATATCCATCAAATTCTGATGAAAATCATTACGATTTTTAGACATGCATTAGATACATTGTCGTTTATTTTGTAGCCGTACATTTTCATGTACGTCACCATTAAGTCAGAGAATTATTTCCTATGTGCTCGGGTCAACCTACTTAGAAATTCTAAGAGATGACCTTACAAATATATATAATTATCTTCTATGCAGTTTTCAAAAAAGAACAATAACTGACTACATCTTGCGATATATTCATTTATGTTTGAGAGTCTTTACAGATCTCTCAAAGCCGAACTAATGTTAGGTTGTAAGTACAGCTAGCGCATATGCTACGTCTACTTACTGGCCAAAGTGTCGACCTAAGTGACATCCAAGCTCTCGGCCTGGTGTATGTCTCCCTAGAAAGGAGGTGATCCGAAGCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCGACTTTACCTTAGACGGCTGGCTCCCGAAGGTTACCCCACCGGCTTTGGGCACTTCCGACTTTCGTGGTGTGACGGGCGGTGTGTACAAGGCCAGGAACGTATTCACCGCGGTATGCTGACCTGCGATTACTAGCAGATTCCGACTTCACGTAGGCGAGTTGCGGCCTACGATCCGAACTGAGAGAGTGTTTCTCGAGGTTTACCTTCCATCTCGCGATCTCGCTTCCCGTCCTATTAACTCCCATTGTAGTACGTGTGTAGGTCATAAGGGCATGATGATTTAGGCGTCATCCCCGCCTTCCTCCATTGTCACGGCAGTCTCTCATGAGTTCCCACCATTACGTGCTGGCAACATAAGATAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCGACACGAGCTGACGACAACCGTGCCTGTTTTCTGGCTTCGAAGAAGAGGAACTATCTCTAGTTCTGTCCATCAATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCGTCGAATTAAACCACATACTCCACCGCTTGTGCGGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCAGGCGGGGTACTTATTGCGTTAACTCCGGCACAGAAGGGGTCGATACCTCCTACACCTAGTACCCATCGTTTACGGCCAGGACTACCGGGGTATCTAATCCCGTTCGCTCCCTGGCTTTCGCGCCTCAGCGTCAGTTTTCGTCCAGAAAGTCGCCTTCGCCACTGGTGTTCTTCCTAATATCTACGCATTTCACCGCTACACTAAATTCCACTTTCCTCTCCGATACTCTAGATCAGCAGTTTCCATCCCATCTGCGGGGGTTAAGCCCCGAACTTTTAAGACAGACTGACTGATCCGCCTGCGCGCGCTTTTACGCCCAATAATTCCGGACAACGCTTGCCACCTACGTATTACCATAGCGAGCGTTTGCTGGCGCAGTAGTTAGCCGTGGCTTTCTCGGTACCGTCAATTCCTCTAACTATTCGCAAAGAGGACCTTTCGTCCCGATTAACAGAGCTTTACAACCCGAAGGCCGTCATCACTCGCAGCGGCGTTGCTCCGTCAGACTTTCGTCCATTGCGGAAGATTCCCCACTGCGCCTCCGTAGGAGTCTGGGCCGTGTCTCAGTCCCAATGTGGCCGTTCATCCTCTCAGACCGGCTACTGATCATTGCTGGTGGCCCGTTACCTCAACTAGCTAATCAGACGCAATCCCCTCCTTCAGTGATAGCTTATAAATAGAGGCCACCTTTCATCCATCCTCGATGCCGAGTTGGATCGTATCTGTTATTAGCAGTCGTTTCCAACTGTTGTCCCCCTCTGAAGGGCAGGTTGATTACGCGTTACTCACCGTTCGCCACTAAGATTGAAGAAGCAAGCTTCCATCGCTCTTCGTTCGACTTGCATGTGTTAAGCACCTTACTCCAGCGTTCGTCCTGAACCAGGATCAAACTCTCCAAGATATCTTGAAGCTATTTGAATAGCTCATTTGTTTTTGTTGTCGTTACATTTAAGTAACTTTGAATTATAGTTAGTTTTGACTTTGTCAAAACCACTCTGGCATATGTTCAATCATATTGATTGATTACCTATCATTGTTCGGTTTTCAAAGATCTGTACCAGTCAGACTAGGTGCATCTAGCTTCGAAGCACTGTAGAAGTGTTTCGTCAACTGGCGACTAGATTATAATAACATGTTGTCATGTTCATGTCAACACCTTTTTATAATCTTTTTTAGGAAATTTGTAATTTCTGTGTTTCAACCAGGAATTACATTTTTTATTCTAAACGATTATCAACAAACATAGATTTTATCTAGTGTTTGCTAACTAATAAACAGTCGCTTCGAACAACTGTATAGCTATTATAGTATTAAAGACCCGAGAGGCGCAACCCCGAATTTTAAGAATTTGCAAACTTTTTTCTGACTCAGCTTATATAGTATATCTAGATACTTTATATACCATATACAGTAGTTATCAATAATCTAGATAATCAGTATTACGCTATTAATCTATCATCGATACTACTTAATCATCACTATCTATGTTTCTCTTTAATTTTATATCATATCTGATATAACTTATATGCTACATTTTAATTGTTTTATTATACGTTTTTATTGGAATCATTTATTAAGACATATATACGACATTTAATATTATATATATATATTATTGATCATATTTTTCTTACTATTTTCAATTTTTTCAACTATTTGTTATTATAAATGCTTTATAGTACATTTTTTATATTATCTACTTTATTAAATGATCGTAATACATACGTTTATTATTTCTAATTTAACACTCATTGTCTTTAGTCTTATATATTAAAGTAAAAAAGAGAAGCATAAGCTTCTCTTTTTATTAATTATTTTTACGTGCCTCTTCTAATTCAGCTTGTAATTTAGCTACGTTTGTTTTAAATCTTCTACATCTTTTGCTAATGAAGCTTGACTTTTATATGTACTATCTTTAGCTCCAACTTTATAAGATACACCTGCATTTACAGAAGAATCTTTATTCAATAGCTGTCCCAACAACATTAGTTTCATTAGGGCTACGCACCTAAAGCTACTGCTGTTTTCCCACGATAATGACCTACACCACCCATAACATCAACTTTATGATCAGGGTTATAGTCAAGTGGATGTAATGTTGCTAGCGCAGAAGCAGATGCAATGCACGACAGGCACTGTGGTATTACTAATCATATTATTGATTTTAGTATCATTGTTACCAATTTGATTTATCAAGTTATCAATTTGAGCTTTATTGTCAGCAATATCAGCTGTATTGGCTTTGATAGCGTCTGTATTAGATTTAATAATATCAGCGTTTGCCTTATACCAGCCAATAATAACACCATCTTCATAGATTACTGTACGATTCTTTTCAGTACTAACACCGATTGAACAAAGCCTGTACTTCAGTATGTACCTGATCTTTATCACTTTTGAAAGTGATTTCAGTACCATCAACTTTTGTTTCATTATCTCCACTTACAGATCTAGCAGAATTCATATCTGTCAAATCTTTATTAGCCACTTTAAATTCTTTATTGCCAGAAGCATCAGTTATACCGGTTACAGTTGCATTATCACCATTTGTGACAGTTGTATTAGTGTTAGTATCTACACTACCATTTCTTTGCCATAGTCTTTTAACTGTTTAACATTAACAGCATCAGTATCATCAATGCCTTTAGCAACATCATGAATTTGTTGACCAGCTACAGTTACATTATCAGAAGAAAATTCTAAATGTTTTCCATCTTTAGTTTCAGTAGCAAAACCATTAGCTCCCATAGTAGCAATATTGCCATCAATTCCATTAAGAAATTGTTAAGTGTGCCATCTAAAGAAGAACTACCATTTTTAGTATTCATTTCTAAACTATGAGATGTTAAAGCAGAACCTTCCATTTTGTTTATCGTTATAAAAAGATACAGACGTTTGATTAATTTCAGATTTTGCATTATCATCTTCTGTACCAAATTTAATAAATTCATATCTTGAATCTTCATTTAAATTTACAACTGATGTATTTGTTTCTCTACCAAAGAAATCAAGTTCTTTTTTAACTGTAGTATTGCTACCAGATGCAACATCTTTAATCTTATTTTCAACTTCTTGAAGTTGAGATAAGTTTACTGCATCTTCTGATTCAATGCCTTTAGCAAATTTTTCTACACGATTATTATTCATAGAAACTTTATGCAATGTTAATTCTAAATTTTCTCTTATTAGAAAAAGTATTAGGACCAGTTCTTTCAGAATAAGATAATGTTAAGCCATTTGAATCCGCATATAAAGAATTATGTTCATTGCTTTTATGGTCTTCAATTTGAAATGTTTCACTAGTAAGCTGAGATCCTTTATATTCGTCAAATTTTTTGTTTTATCCATAGTGGAAAATTCAATATGACGTTGATTAAAATTCATGCATCCATTAACGTTGCTTGGGAATGCTATATCTATCGGTATAATTAAGTGTCCCTTGGTCATCTGTTGTTACAGCACCGATACGTTACCGCTAAGAATAGTTAATACACCAGCTACTAATAAAATTTTATTCATTTAGTTCATCCCCCTTATTTGTTCTTTAAATAAATAATATTGCCTTTTTAAATGTGTCGACAAATAATCGACTTAAAAATATTAAAAACGGCAAAGATGTAATAAAAGAAATAGCATAGCAAGTATACATTAAATATTTCTTGTTACATCTTCACACCATTTTGCTCCGAACATAAACAATACCGATACTAAAATAAATACAAATCGCCATGAAAAATTTCTTAACCAAACGTATACAGAGTATTAAACGAATTATATCAATTTATCGTCATTATATGAGCTTTTTAATTATAAAGTCAATGTAAATTTCATTTGTTTTTCATCTCTATAGAATAGTTAAAAGTCAAAAAAGCTATTAGTTGATTTATGTAGTCAACTAATAGCTTTTAATATTTAAGCACAAAACTAAATACTTTATACCAAACAAAAACAACGCCATCAAAACGGATGGCGTTGTTCAATAGGATTTGTGTTCCCTAGTCAGGGTCAGGGTATGTGTTAGAGGCCCTTATAAACCCTTTATAAGGGCCATTGTGTTTTGTAGATATACGGATATGGCGGACATATATCCGTATACCACTATGTATTAGAGATCAACTAAGCCTTTAAGATGAGAGAAGGAAAAAGGCTTTGATATCTATATCCAGCTCATAGAAATCAATTATTGTTGAATTGCGCCGCAAGTCAACTTTATTATGAATCGTTGCTACCCATTGGTTCGTTAATTGCTTTGCAAAGGTCTACTACGTGCATCAGCGGCAGTTGGTCCTTCCTCGCTTTGTTTTTAACGGTTTCTTTAGCGTGAACCAAATTGTTTCGTTCATGTAGTGACGAAGTTCTTCGTTAGATACATGTTCTTGCTCTTGCGCAGGATATCCAAGATTGCATCTTCTAATGCTTGTGCTTCGTCGTCAGTCATAGGACCGCCAACTTGTTTTGATGTTGTACAACTTCGTTAATACGATCTACCATACCGCGCAATACGTTGTAACCATAATATTACCGAAGCCATCTTTTTCATTGTATTTGGCGTTCCAAAGTATTCGTATTCGTTTTTGTTGCGGTTTTCACCGTTCCAGTTCAAAGCTGTTTCAAAATAATATATAATTAAAGGAGTTAACGTCACGGAAATAATCAGCATAGTTATGTTTATCTAGATCGCTAATACATTTTATCTTCACTTTGTTAATTGCTCATGTTATCTGTCTCAGCTTCAGTAAAACGATTTTCTGTTCAGCATTTTAATACATATAATCGAAGGGTTGTCTACTTGATAGATGTCCACAGATATAATATAAACATTGCTCAAACCAGATGCAGGATGCAGATCAGGTAAAATCAGTTGTCATCATATGTTGGTATACTAACTTGCGATGTTCCAGTGTTGGAATGCTGCCGCGCTCATTAAAAGTCTTAGCTGTGAAAGCAAGCATTGTAGATTTTCATATCTATTCCTCTTTTCATAGTCGAATTAATGTGCTGGTTCAAGACTCCCGAAGGAACCACTTACCAGTCATATCCATACCTAGGATTAGATTCCTAGTTTTTTTGAAAAGTTTTCTGAAAGTGTAACTAATTACATACCATTTTCGCCATCATTGCGACCATTTGAGCTTTCAATACTTCTACTTCACTTTGTAGACCAGCGTTTTGAGCTTTAATTTGTTCGTTTTCATATTTCAAGTCAGATACTTCACCTTTTAATCCGGCGTTTTGAGCTTTCATTCTTTGCCATTTCAGTTTGTACTGCGTATGCAGAGCTGATAGGGCCTTTGCGGTAGCGATCTGCTACAGGCGCTAGCGCATCTGTTACCAACTTTCCAAGTTACACCAGCGTTTGCCATCATGTGGCTAGAACCGCCAGCCCAGGACAAGCCGCCATGGAACATTGTGGACTCGTTTTGTAATGAGCTACGCCCACTGCAATCGCGGAGTTACCACGGTAGTTACCGTAACCAGCCATGATTTGAGTTGGTTCCAATGGATCGTATTGCATAGGTTTCAATGCGGACAATCTTTTCTTGTGCACCTACACGGCCGATTTCTTCGTTCAATTGATCAACGCGAGGGTCAACTGCTTGGCACACGGAAAGGTCATAGTTCAAGCGCCATCAGCGGTTTCAGTTTTCTTCAATACTACGGATTGGTCATCAGATGTCAATGTAGTACGGGAATCTTTTTAACTGTTTAACGTTTACTGCATCTGTATCATTAGTGCCACGTTGAACATTAGTGATTTTATTGCCACCCATATTGAGGTTGCCACCAGTGATATTTACAGTATCTCCACCGAAGGGTATTTCGGACCATTGGAGTTGTTAGAGATGGAAGTGATGTTAGTGAGGTCACCTTTCACGTCGAAGGATACTTTACCGTTCACATCAGTGTGAGCAGTAGTATTTACGCCGTTAGAGAAGTCTAAACCGTCAGATAACATTACTGTTCTAGCGTTAACCACCATTTTCTTTGTAAGTCAATGGAATTTGTTTAGGCGCTTCTTTACCATTGAAGTTAACTTGGTAGTTAGTTGTATGGTTAGTAGCATTTGGTTGAACGTCTACAGTGATCGCTTTGTTGTCACCTGTTACAGTAACTTTGCTTCACAGTACGCGTCTTTAACGTCATTTTTATACAGATACTTCGTATGTTGCACCATTTGCACCGAATGTATCGCCAGCTTTAGGAGCTTCAGCGATGTTATTAGCATCAGCTTTAGCTTGTACTCATTAGATTTCTTAGGTTTGCTTCTTCATGAACAAGTTTCAATTGTTCTTCAGTTCTTGCGCGACCTTTAGTTGCGAAGTCAGCGGAATCAAGAGTTTTGTTAGTTAAACCAGTGATGTCACCAGTTTTACCATCAGCTTGATTGTGTTGTCGCCAGCTACGTTAACTACTTGGTCACCTTTGAATTCTAATTTGCCATCGCCTTCGTTGTTAGTGATGGAAGTGATTTTGTTCAAATCGCCTTCAACATTAACTTTGTAAGGGTTAGCTTTAGAACCGTCGCCAGTCACTTTAGTGTTTTGACCGTCAACAAGGTTAGTTTAGGCGCTTTCAATTGACGTACGTTAACTGCATCAGTATCGTTTACACCGTCTTCAACGTTAGTAATTTGTTTATTACCAGCATTGATGCCGTCTTTAGTTACGGATGGGCCGTTGTTGATTACCAAAGCCACCATCGGTGATCTCTTAGTATCGCCAATTGTTACGGAACCTTTATTAGTAAGATCTACATTTGTTATTCAATGCATATTCTACTTTAGCACCGTTTTCGTTGCTAGTTTGTTTAGTAGGGTTTTTACCGCCGGAGAATTCAACAGTTTTACCATCATTATTTTCTTAGAAGTTTGCTGTTTCAGAATCAGCAGTAGTAGTACCAGAAGATTTAACGTTGAAGCTGTTCATTGTACCAAGGCCAACACCGCTAATTGTCATTTCGCCATTAGCAGATTTGGATACTGTGACCGTCAGCACCTTTAACATTTACTTTACCGCCGTTAGCTGGAACATCTGTGCCATTAGCTTGGATTGTCCAGATATCGTCAGTGTTAGCGAATGTTTTGTCGCCGTATTTAATGCGGTCTCCATCTTTGCTTAATTGTTGTGTAGTTATCAGGTGTACCTAAGTGGATTTCCTTAGTTTGGATGGAGTCGATGCCTTTGATGTTTTATTCAAGCAGATGTTCAAAGTATCGTTACCATCAGCAGTTACAGCGATGTTGCCTGCGTAGATTCAAATGTTTTTCTTGCTCTTCAGTAACGCCTTCACCTTTAACTTTAACTGTGGAGTTAAGTTTGTTTTTGTTTACAACGCTTTCGTTGTTACCAGTGAATTTCAAGCCGTCATCAGTAGTAGCAACTTCGTGTTTGTTCTTGTTGCTATCTTCGTAAACGATACGAGTCATACCGTTAGTACCGTTTTTACCCTCTACGCCGTCTTGACCGTTAGCACCTTTGAAAGTAAGACCATCTTTACCGTCTTTACCATTCAAGCCATTAAATTGCGTCTTTACCGTTGATTACAACAGCAGAACCGTCTTTACCGTTTACACCGATCTTACCGTCAACACCTGGTTTACCGTCTTTACCATCATTACCAACTTTGATATCGTCGGACAATGCATAGTTGTAAGTGTGGTTACCAGTTACTTTATCAACGATTTGTTCAACAGTTAAGTTTTTTACCTGCACCGAAGTTTACAGTTGTGCCAGGTGCGGTGTTACTGTGATCGCCTACTGTGTTACCAGTAACGTCACCTTTCCAACCGGAGTTATTAATTGTATCTACTACAGTTTTAACTGTTGCGATACCATTATTGCCATCTACGCCTGGTTTGCCGTCAACGCCGTCTTTCACTTTACCAAGTGTTACGTCGTATTTAACAACACCGTTTGCATCAACGGAAGCTTTAGTGTAGTTACCGTCAACGAAGTTCAAGCCTTCAGACAATTTAACTTTTTGTTTAGCACCGCCGTTAGCTGTGTAGTTAAGTTCAGCATCGCCAAGGTTAGTTGCTTTTGCATTTACTGTGTAAATGTTTTGACCATCAGCACCAATTGTTTTATCAACTGTTACGTTGTCACCAGCTTTAACTTCTGTCTTAGCGGATTTCAATTGTTTTACGTTAACTGCGTCAGTGTCATTTACGCCAGCTTTCACGTTGGTAATGTTCAAGTCACCAGCATTGATACCACCTTTAGTAATGGATGGACCATTGTTGATTACCAAACCACCGTCAGTGATCTTAGTATCGCCAATTGTTAAGGAACCTGCTGGAGTCAAGTTGATGTTTTGAGCCAATTGAACTTTCAATTTGCCATCTACGTTGTTCACGCCGATGTTGTTTTCAGTCAATTTAGTGCTGTCCGCCACCGCCAGTGATATCCAATGTTTGGTTCAATTTCTTAGCGATAACTTTAGTGGAGTCAGTTTGACCATTGTCGCCAGCATATTTCATGCCGTCGTCAGTAGTTGCCACTTCGTGTTTATTGTTGTTTTTATCTTCGTATACGATACGAGTCATGCCGTCTTGACCGTTTTTACCGTCAACCGTCTTTGACCGTTAGCACCTTTAATAGTAAGACCGTCTTTACCGTCTTTACCATTGAGGCCGATGGAACCATCTTTACCGTTGATTACAACAGCGGAACCATCTTTACCGTTTACGCCGATTTTACCGTCAACACCGTCTTTACCATCTTTACCGTCGTTACCAACTTTGATGTCATTAGACAATGCATATGTATAAGTTTGTTCACCAGTTGCATTATCGATATTTTGAGTAATTGTCAAATTATCGCCTCTTTTTATTAGGATACAGTTTTACCGTGCCTACTGCTGTTACAGCGTGGTTACCAACTACATTACCTTTCGCATCTGTGGAGAAGGAGTAGCCGTCTTTAATTTGATCAGCCAAACCAGACAAGTCGATTTTCGCGATTGTTAGCTTGGTTAGCGCCATTGCCATCGTTGTATTTCAATGTAACGGATTTATTGCCACATTATAGGGTAAGATGTAGTAGTTTCACCTGCACGATCAGATTGAGTTGGTGCAATGTGTAAATCGTTAGCTGAAATCGTTTTACATCGCCGATGTTAAGCGGCGTTACACATCGATTACATCATAACCAGATTTAAGGTTAGTGATGTTGTTGCCACCCATGTTCACGTTCTTGCCATCGAATTTAATTCGTTACAACCTTGGTGTCATAGTTGCAGGACCATCATTCTTAATGGAAGTGATGTTTTCAAATCTTTGTTCAATTGAACTTCGAGTATCAGTACCATCAGCTTTTTACGTTGATGTTACCAGAAGCGCTCTTGAAGGATGCAGAAGTTGTTTTATCTACGCCTTCACCTTGAACTTTAACAAGGCTATTCAATTTGTTTTTGTTTACAACATCAGTGTTATTACCAGTGAATTTCAAGCCGTCATCAGTAGTAGCCACTTCGTGTTTGTTGTTGTTTTGTCTTCGTATACGATACGAGTGATACCGTTAGTACCGTTTGTACCATTTACGCCGTCTTGACCATTAGCCTTGGATAGTAAGACCGTCTTTACCATCTTTACCATTGAGGCCGATGGAGCCGTCTTTACCGTTGATTACAACAGCAGAGCCGTCTTTACCGTTTACGCCGATTTTGCCGTCAACGCCGTCTTTGCCATCTTTACCGTCGTTACCAACTTTGATGTCGTCGGACAATGCGTATTCAACTTTAGCGCCGTCTTCGTTGCTAGTTTGTTTTACAGTCAGTTTTTTACCTGCTGTCATTTCAACTGTTTTACCATCAGTGATAGTTTTAGCGACTATTTCAGAATCAGCAGTTGTGTTACCAATGCTTTCACATTCCATGTGGATTGGCTTGACACCTGGAGCTACATGTAAGTCATAAGTAACTTGGTTACCGTTTTCAGTTTTGTTGATTGTTACGTTATCGTTAGATGTAACTACTGTACGGGAATCTTTCAACTGTTTAACGTTAGCTGCATCGTTATCGTTTGCACCAGCTTTTACGTTAGTGATGTTCAAGTTACCAGCATTGATGCCACCTTTAGTGATGGAAGGGCCATTATTAATAGTCAAACCACCATCGTTTACAACAGTGTCACCAATAGTTAAGGAACCAGATGGAGTCAAGTTTACGTTGTTGTTAAGATCGTATTTAACTACGCCATCATGACCGGAAGCTGTTGTGTTAGAACCATTAGTGAAGTTCAAACCTTTATCCAATGTAACTTTTTGGTCGTTAGAGCCATTCGCTTTGTATGTCAAAGGAATTTGTTTAGTACTTTTATCGCCATCGAATGTTACCTGGTAAGTTGTATTATGGTTTGTTTCATCTTGAACAGGTGTAACAGTGATTGGATTGTTACTGTTGTTTGCATTGTTTACAGTCACTGCTTCACGAGTATCTTTAACAGCATTACGGGAAACATTTACTTCGTATTAGCATTGCATCACCCGGTTTGTTTACCGTCAGCTACAGTGATGTCGGCGATGTTAGTGTCGCCTGCGGCGACGGAATTTTTAACTACGCTTTCAGCAGCGACTTTATCGCCTGTAGGCAAGTTGCTCAAGTCGATCTTAGCTGTTTTGTTCACTGCATTATCATTGCCATCAACATGTTCAATGTAGCATTTATCAGCGTTCACTGTGTATGTTTTGTCTTTGATATGAATATCGTTAGCTTTGGAGATACGGTTAACGTCGCCAATGTTAGGCGCGTTATTGATCACATCGCCACCAGATTTAAGGTTAGTGATGTTGTTATCGCCCATATTCACATTACCTTATCGAATTTGAATTCGTTACCGCCAATTGTGAAAGTAGCAGGACATTCGTTTTTAATAGTCTTGATATTAGTCAAGTCACCAGCTAAACCGTATTCAACTTTAGCGCCGTCTTCGTTGCTAGTTTGTTTTACAGTCAAGTTTTTGCCTCTCGCCATTTCAATGTTTTACCATCAGTGATAGTTTTCTGCGAGTTGCTTCGGGAGGAAATCAGCAGTTGTATTACCAGTGGATTTCACATTCCATACGGATTGTGCGACACCTGGAGCTACATGCAAGTCATAAGTAACTTGGTTGCCATTTTCAGTTTTATTAACTGTTACGGATTTATCGTTAGATGTAACTACTGTACGAGCATCTTTCAATTGTTTAACGTTAACTGCATCAGTATCGTTCACGCCTGCTTTCACATTAGTAATGTTCAAGTTACCAGCGTTAATACCAGTTTTAGTAACAGATGGACCACCAGTGATAGTTAAGCCACCATTGTTGATGTTGTATCGCCAATAGTCAAAGAACCTGCTGGAGTCAAGTTGATGTTTTGAGCCAATTGAACTTTCAATTTGCCATCTACGTTGTTCACACCGATGTTGTTGTCAGTCAATTTAGTTGTATCTGCACCACCAACGATATCCAATGTTTGGTTCAATTTCTTAGCGATTACTTTAGTTTTATCT + $&''%%..17;;B?<?;??@;97.$,/7?>?>BEIIBDE><<;:8=:5/2:=;3,)),12437:;1@A9=;=BE97:9ACLHLOK<9:CCEG9>A1;@DA?:><<793/,.,:;=I>>D=CEB<:@;E?BG>BDDE;?C@ED68D>=BFC9A>@C=??CCA;7:@@ABB:840>88::?=75%.16:<=:;4<9?ECBI8;LL@@CHI@AA9;?AD?B>0***556755786=8@AD@AA:7@FFEEE:27;<=92?:9BCEA6:@=@CB>BGEC@@EEE?+%%4*CEFFF>9<@BCGHACDC6:BD==<<=98:87@EBF=B;37@=69B=>EC<8B@?:;>*<5:9>7<=<:4':73.4489?CHHG??BEEAF9?B=@=?BD?;=?<@?;:<:94/11109;+357@78:DB?87><=ACCCJG>D8>?>EGA?@;8:=GGF@@AEF>GEEC>:B>946:8/(445677363389:>=;69AB?;DFGEH:8;?BHFFEA=KNG>>H?E??B?D:$$5:?>A@ABEC?@36=@8;>7;:5,,96776BC;44443)@?C@=86=?7-%,+-5;<<3674'**+4**05893,(%-:;7<:77:90*.5--/1204;<<9952<6/*599;:5*(&&&+07;;<95=;42==?=?:;=778.-18B;C>;?CA@BA.,;=<>AB9532+)'+&'##%%*556:=A?=A>0@?52926@CBBD7B794---/0:>=<@@><>CF;@>4?B<;90/.'()-)+-459:008C?A:;@D?:A@<>87:7<:><;831/433+;9;>=CGCC4DGBFGKFQQO??;9=?ILHNJFE@M=>@D75;?D>@@;9A=5:49>?=4.4346;::;:;=HIGF<>CA4=5@KLIF=:CGIH@?31>798::368;=GLL>?9BEFK;<@AGFEFD:<;>97<=;6,&,21+)-&++*,-.-201236542,&&&+543(2546><0)9DFCFDDB;:??B>?721,:B1767';661--@9:@;221-*))&&(./*+7257;54,:?B>@<@?1::<<8?GFM?AA9;BA:9-4=:<;BEGHFB@BCCDC426@C>E8,(+()<;628?@?==><9683459>?BCEIFBB>EBDICD?B?BBBACDCC@=:/469A@=7'+,'$&%$0$$%#'8;C;A9:??EFE>@@=DBLOPIADDJH;DCEB9>=ABEG?;8=AFMGD=BE?BB@HIAACDAC?AA@?GDDEFBAACD=:70+420252/&$%'%$$(95:656/62>AB@FB5;==3=>?A?BA@;%&&''&*../3467?@AA)*8874-1101./:4&765?=:?BDA@ED>,)>@<==>?CB=E><>><87(/.+442102<;6759::CD?6&9;@<@??6D>F?@ECEIE?@AA<60>*9?CCFI;==BB?>AAA>;;9A:<<8>;52324@GI>A@ABBDCKLAC9;269=:?<@BDD=?CCA?HFF7<:107;9>9>>@C;?<5;96>9BC;BD2.16997;5441+-4145/0+)'./4--.683645;:7263=@@><=9;-''&%-/4578>?=:;=AC?<96%''&&%-./.99<>>AB:753+))($&68;8ABAA749AEFACC94<69;;;<:FI@9<>@C@>>:@@B@GBFFABA322.0>==A9;>558559933/0482;?A/:;8>??51.561-&&125,DI@GGHH=<===@<@EEFFHIKFCAI:AC64G8GC?G9:@A-6>BJKLDDD?@ED==AGHIGC@@:8<:<;=<8;;:4+9<@FC>?;E=HJG?=53/+/==?FHIBCD@?@:57:?=787;6@@68>@C@9>ECC:?>77//038=:5,*248=::=ADFEA>5663'ILCKB@AKIFG>>5;:;8<969:<:89<0-'&%("%,319=9@;8;CD67:=FFIOEE=DFIJF@A58><>CBC:?ADA7@;5;A?:;68AC<7<8631*),??==AADKO@CDEJJE;:'+AC:BDF:;C@?=D?=>=BEBA;<>><>9996,)/4;?B@A.-/4<;:=6?:<78=386<>=;AEHC@<97//1,&%##%&/0464589770@>CD@@BB:;<=27===?A=HAPJHKHJ;G@CG@>7<=DD><=>?C?+.&-225%33576*6789>>>562:BC?AA:89)$'+--0(*+-44254(7:;/77779988/.26;@A@BGAD54/312(+*-89;;;6()&('+++0/-+%/78377?B?9?E?@;<@>/'(/6>A>>=<;=@?89:>>@498=4BB=>,***%'27???@@==87;.<2?=:9DF>ADFH>ACD?>:/,.?C?BCG=;??=>>=8=?;?;>>=84/%$'14678>?789;??@9;=?9;946:8@;>BED<=@A6?@2((.+'((&),+/557BB@:=?>@>,<>F@BGH:8@?EFCD67?;:=A::5:4<::<;;@==:548>>>EDB>:;>><?DGE@7:?DPJ<9>;E=9@ACA@=>:>5:6857532/(++.4855-)$+(&)21+39:::02:@BB?BIH<IG?AEB>EEACDCE?EKGBB>=AAA>>9-5@A56<>?CEFI<@*888<15;>???@1>40=@68;33:;=47?@;=FDC=::;=995/8B+,=A:0+<=6B<97AA=8F:?C;5EFFF47BE<;8===?823,?@4)$35>BF=EHFDD?BH9=5A65:;:865=7CDDFE>=:@F79=@<3002041(;:9;@BD:4:83<;:AA=+/6A=8>BCDD@E;=BCBDEDEF2?>?E@?;F>DFABCKIA>D?7B=@:>@CC@AB>>=;9?;A24<<@9>49<-9;<@GE;>??ABDD=B65985>90>?;=78?@ACB:6AA><==<>;52.48ADD;=8>B?DBA893;>%8>;EDC?>AB:BAC:::8+9711&'*'+,089;76?A@@:=?AA@GHL@GEIHCF@BIJLEDB>A@G@ABD=:>>>?+79=997445)%#/%.23344:>:9DDHFC?BA879-92((=?EDDAB:<2.7%66663212/1$//6-$0$)$%113::;:;97:=92(77;6:1?ACC;CEEKKEE?@I@@JJN:?><:E79:=?A>::87985;7>ACC?>;<9::765-3DAC=31++103''.9;:79;?0:?=?A@>;57:GA>757437EBB;;;:55.01'(-%&59;6/9:56<><:$$8999@@A86=9*5;;=.70168:>BBDFA875?B@A>AGHBBAC:@<7694>CB=A???;8><+,,&)'G?8777=<<9;?@CFGA;:8;38,/129=9;;:>728;<=<838:=0872-;:99CBCC:>:D=0-A@E>03;97698:58>9;1959;@@?=EG@AB@ABD>7,8<7)<++)%2625447EI;FJF;:<=)=>=<<>>+:?=;9ACF45BFFPSQHH?=GHJH3866+664-$$'(&/.3<8@AABECEGG=A<9;>*=7;><021$*+.--D0DEAB<866;9009:HGA*:;>ALB10AEFC,@A@@8:?>C)((+6*+FA9'9?EG?:88:?EHPQL?BEC9>A=:677=:10439???+?>5GFNJGBAH>>>?BB8=@AC687B@?@>?121/26<9;>::+1(%&.%(E==?B<@<>>DGKKBC>>=7?;<<@:;DN.IB46@=A>AHEC7776+)+-29=8455502'48;<<4<99>=CD?AA$%&,'&+=7<;A7A:5203260;;:?:C@>CD@BB90(&((0****);:98%(5BFAH??9??@=???8C;6<43:;<=<8;??D?@C9;8;;C@@DDCF43419<6$$/0/;;;478=B>?>;@AB<::;DEE>DFA?>>@=GIJF=9@@@AE?>25==?>>B?99<5$+,12217764CC99==@7(3345*/3184;<:-89::9::=:<<:=DCA;DD;<>@CC>=?76168;3/4'%**113<@?>@7=>5@@:BMHE@<7-F445%8584422249;@>@@D@@@BCD;<>@894<<:666+-0+1$&(;:<722--202987@?DI?;2:;1768=?0+($$--0-(';6:;9;77;930/-&)$'$'+*,4:;9ACA@>>HH;?@?GCGDAC8;D=EE6(*22229+@A:<7??A=987'-*+/1:;<80:;:958:6;78:??=FF@B;C?8>59:?C?@;4-<<35)1222EF@;<<986*'((,'1135;1/118<9?B1=:;FMAHF@?>/0:1.,'.676@=?855816>22?@?:8>B?E6@??<412-&$&%'(-0=>?@DB>DFBCEBD70:5.&&2989=@9<8=7355442/23'6642/18;::993ABACA8?A=A?@BB=<8;:B@F;FC?69@@ACCF>D=<86$)=54=<;A6851..1::731-5<>@B<>A@@:7=>>?@=BC:<;C>;6/'&&(69;>=BB6;@@@;@>AC@:E:23?>=9==::737AB658@G@:?@@=53&5456/%-+-..*+144&$##/$$%%)%&&,52046797543/10'##%$$%$%+*.+*452016:<<===F8;;<5@ED?@BC5;<.E@@B;HGDHCEGFFG@<79858287:=9DJLCDEDA@;;<863//'/2221)()'%%'-/385%%$*1-'02,&%(*69?;8>BC;3++++@<<7(+::867;>>?>A@=?:76@@=+(<@>@/57:;CBG=>DCIHGF=?E<;7=72/'+736696955('''(+.,1,798259:;4;87<>0%2/37886430'7:2:=@;8751231*-+%%/066)'&)+&6958@C<=A9;5@?@F=;CD?86531:@A?35=:33?8;5;<>B9676=::;83<5:>98;8:6185<98=?8::''(8<>722&&1//'46/7/9:9AAA;CB>:+09<:99=@:()76098<=,',;A5<<:::?AB98,FF9GGD?<<92/-;ABAIA<:8:=?@>=ABBEGC=AC<>:..-''1/326;814404715=7;;69<;6976644567634875256786==;4.3778993130*)677;;>@9<9/:81./**(+14518,*...;6=<=?9?B25)9;:89EF?M>?CDH>>86;>A?:>?;>=>@A:8>5467;;A<;5BBA69?:928639(32;>9:8702/::77,#%)1/0*$%-.0*89:74=848>@86:8)++46028546)*6::5834/-*)1,.<99;37+-)1889==?<6@B>=79<@BAB?<<698FE>BD@??G;?A954866<:>345455<<:>9>>784>ABA=??<6.-5377'(&04/*+*$%$$.*,;;<8202-.-,98;=A:9)79:A?<<=>>933<<7<;?>835-,4787:78357;?;:420'%%#%$$)*((*(269:D=&-:<=<9+&-44A@CKCB:=8;49>9?==>AGHEB?9D<5757=>899=>A?6*/877:=>::8,CA?>6=88=4?8B7:<=>?=C@A8A=CB;1/8;25.)3533689>95:?CB??B6?:>>8320*(((*.688?BB;=FBB@;<82,,($%%%36531536;@4)//'#&&53:9021,>BA6=@;=?9969547:DB=CC=AB4*,)/)<>BA9EFED+>$3689<5=AC??D?@<8:<:;>BCCGGEDB@798=B??B?;??>8:4797>:267@@=?@FEH@<=>A@>>@?CCCC=>45,(<=5680>7963;>A>%.&)120%2678;;248:=5==:;?@@89A>;?F>@C@A68443/19>??8?868=A8:7>:87<43-/233)4434+%*357=@B?7=@;>9($97:EE>::;752.--22'/---/727215+,+9:;89:DIGCCB=JF85,*''$'(.++*,...03/<95101.+-*78510.7992>;>:987-366=GGGD>F<;89:/*/+1*,.-/012448/',A>/(8;@CC89443,$(,,,9><<=<>=6;<;3022785%)9:=67:991=?8:>>C:>98-.3447928;;99./*%)&--..+**-+&#%$)/31651(B;;9&+++-02176,89?>@<3955634@=8913>9;9AEEG=5330,)''&0-#$$%%%&%&&'%))()+(./--+#$,''&/;698(553373499==87<<><5847A>?=>;1,'',546::7B7ABCDEI?8;=>:;42,'+*.6?><;0-%31883??>>A>>>BBC<;958;9><;@=:<6A@=>?645:;@A8;@CDB>;9;778AE<;FGGFC@88=997@D<=<<:9=961('%)'*47>B?@>97?A?>?9:42+,8:79;9:>@:;A5*00124//-&*))*))<>5-&-0<>AAD??@BC==B@78:;A=ADA5;4A?@=?;:;=:61430289?797>@<299=738933&'.<=>:96776+*/+8+>@?=>7187<<@,;%,8;C@99:?>@C<=:??>:>:=>>3=<=*<>9?;?;:?A@<9=?;;<997711#**..%:?BAHECA>2:1&,$*,437;99566788>8*%'#$(/%(50033)-1287:ED:;BC859;B=C>2>@>?=??<>=@AA26.)49859<>A@C92?9==B<<7+9611-));<=<<=?>D@CBA>BC8:@>?D<<>=-/><=$$0DILED>C=BG9=>@BC=7>6>><87767072':;((67432/,%#%(046;/:6650347;7=DE@;92/77:=>A?=:?=3C?)*9:<75238::>7:=:0542*=>>>?@<$'3*-1.688594786;::>9::;94BB@7665:?;/4655*17<,((**/-8@H>>.246.@>ABAC?;>97@>20+,347605@7568/&&+3@A?@A1>>>B?@B?BGCHH=>FEC?@BAB>AA@9BE>@B;=658?A+8/3278><<=?<>?=;GGGDDEJ=;DE==?BC>8+,-2(<=B93/188;=?-&<@74?<6;CB8>AGDKAD@A@>=<@@974<::97CGFEBA<>?>3-$$65''&*%)7:+%))(%$%#&($%-,$*$')*+)'')%###$$%('#&))#'%$$''$$$$#%'.(&$&%%%%$&$%#'#$(%$$&$'''(&'%''%12+'(%''%&%&%('#%$&533483;3+20$01398468371*019>76#%(('&(%'*9DFD=7>?5*+$'6<<@A=9A??D=760-%$$$%':=?74238<35;=?<=;:6;<:@?>>?;@;><=<435899A<@8406;?1?=B?;88/01(4CKIHG:4A@=@ABA??=?B>CDEGGHG?GGI?@>:68;=;>?=E>:;;:???@95:7.)26632:>7863683%)040778=;:<3/'36586>?:88/;/.;<;=6>=A=>>C=HD;9@>89<=>:A45?9I??:8<2/$(54###$*%'675652076:GMEKA=7;BCHBEBD;7420*,1644+43:=;:5::969/-,(((%$##$+,,-3:969;A::46==8<)--49:D>A>FD?7<89=3210/388?:?BC:C@??=97'--+69;:;8763))2),'.7?0--37=4=BA:HFEFADD@;CAB@BA:3*)(034:BE;HKONKC;?<;78,A?BCCCCEEAAA695:,777<>@A?271*89@;;:;/3;BA>@DDCIEGEC?DCEEC>A?AC0<>@@BAAFA?>CD9>ACFDCD@>=>HH:KD<*)'*-547<:=>9?3;7@<=9=C=?@A+977;99;67489=A?=BAB=F?>>3368<>>;@B9788333@>?GB?;@6<=@>;<9AE@//((.,//2CA:;669/272455/340**+58;=8=?;8;C@?CAG@A@<@96GG:;=/,+./:99ABFCH<89::%+68=.,.767<<;84555)(%$$'$(#$'7;:>>>B=.77;<:;798BC2/(&(10%-2<>A8967;*&.0%+'-/;=@BA;@4(#/9:=6,--.0&4.DAC>;;;>@=@:2-0832*+20221./--;;88:ACF:<:;<:82/5<-*,8896***+-(:@DA>??>=><0$$*/+../03157:79C799;79/%(--(%02-2)+.-90>?CE>@@@D@CBA=:<=41381>=?=<<=A0/@A?69?925580-/66.46('*7@AA39?7;8C:>@?@A=<3?;>>GA=@DAEA:>*:==?A;?@8(7:@9@DA==:=<<>B??@JFFEDDABA>,8+8AD<=@>:6--53'(..*-276'%3.664:89@EFC;DHKDA<==745877;@=:C@:>11-445.0$)-*.-169//1/;4=999004>2376756<96100/0547:=>E34BC@;91;98;:>?<@E?>>@?A=<><<7;68,,/999;.99885534)>?7597475;=>DG=3::==<539;>A;7H6??<;:877>:?0089>?;8865+99:883==AKBCL=I>:(*.-&&59<:>?/-&537?BDHKBF88?<>5$$=:<@=<===;48<;:5560/.++00,/255=9@?B@=6892-7:91+(++''49363:?BAKLKLCG:>BBNLE<::12/&%%$$&$%#$%*+-24650$%%+56;;;969:8:;5122.(+/268;==>=;7+6:9-:7@?03@@,1@9-(:+?EHLHB>BDDB/./19>AC>B:7)96>8.%(%&2469:@ED;D==;?0)-,,6:8;5B=<::;:8;>;=??BA?97<:>>548579<868BA62>99>===<=8:=B>A@;=B@?@<><=??:786?BCDM=<>=CAA<;;7466;:3::::3((+-.03240'%%%($'(344@=><65;59>?>753840223345;:;BEA=8)9:<96:<7(),,$$%%/%%(0()**569=>AA?:<:88<?A:A89;;?=>2846JD=OMDDCBGNI>D3*0&'&668:;'>6;8C:=?7587644((//*2+258>?==162;977/-.+478679:=;9:>=;:.:61;9>@DDE::B;>;>DF7A@CA9>?>EB9B=CFGG?CD<*;6?9=>?B@CEKME;>@<@:>EA;;5:>>><9982**6564(%-44*1/1$)58;;9::?CE<><<==83+$&1,.1285;B?@FF>>ACB@B;=BC?CB<,09@C;;@B@+9=:AA@>8::<:;78;92()%,#13652508:>4)0*+/21,,*8-949?BFGI>:??23=:55:9=<8/:BCABEFECD@9BB@AFAA@?CACD@AA>@=:;3996//..++2;<><@BBA?96($'%++-2.345799/*((,4@:=23:=E=BQKHHB?>BC?@G=-2423;9.)336794312.HG>4=A?>ACDM8BD?;69:8=IC;:9<;99IF:?@?@;7:2(8:A<-+,-+-7@7;:'$27787;+77876(&EEA6>>B?:+*0;?>:7;3;44+&)')89:?:,?;=><:=DEBBEGJPLF5>?>AD9?76A@C?EDAD>HJAD?@-6339899:480@?A@41;?.-*-CF;DCC@EJJC@<>AA=>@?C=AB@@2*0//-0459>@DB?A@(;=B7DEBBGJHJJNNKE/::=><>@HCAAMJ?B5=951@DE:;?=DACCKI?CACCHD69.CLF@A@BIJH<>D@HHFDEJJ@7;?B@DC>@B?7;<<@HMJG>:<8DDFFI@GGDFCFFFEBA<3BDBFA:::CBBAA?<,,.7+/8/1157:>=@9<@?AB@;:?CA>39HFF;-,9;6<;&.47888:@A=@3<@FDC<>=>>?=<@BFGE?:?CA8;A=FH9AKKGG;B55674@GDBCD;:=9:>8:?*ACEGACD=88440-&+>@=IKMK@>=BBB;;936=?>?@DDA@@=;<=?<5CDA;@CA:99<;@@BA8929;-76;101'$#%&%'&&14=9?99=;:81.*032*+375,---&)(&%$###$$+/6;<=5===9A@G?BJKNMNI=7>?DCEFGFB==<>EBGFD<;@CDKJ<=>?JKCGGDAA@:BHADFA?A?DC7HGE@731/&$$$)'&*0*.,354?=3:;95=5;EFA?7@>:>808=;//).--(%%%)$&(*..2499-/AAD>BCDGC;>C?@AC58DFEDB==<>@:>8;<9803<:<<@@0>(9=>:;;65157:A?@80.$$$'014458;<9@@DBA;8**465*('($&'135536:;B:13,('''*+,&$%&&,0,++).5==:D@CGILMC5GFGJEC>CF:<>ABDGEGH@=:F><:DEA87/*9878=?@==F9>>E?@B>FG/'/?D?>CC;::43?AFD.)94*49=BB>B?A>C>@AC>94;85'7>>:/1....1/082'#$&'43++9@BB?5+%%>==<>;=6578-32<94443)-1;>>;7/$$%%#&89:9=87A;500.1)&1458=@@?ED>@A=8933.4784('&#'*.;89;<=@GNA><;<:<>6&&'&+,.5559A;@?==A;:?8@C6;<>AACB:>D@BFB.)08?=?DMA@B@@ACNJDH2F=@ADEA9;90-.0::<8:<:40.>@?<;=DIA;EDEHG?@:8:577CBCE>CCC98CEAB=??A+ELLF??ECA?<>8@85;<@7434-9EGC<<@9CEFE;FFGD680/28.+=?@CC-7..'&*'<5:<9=8=?>6?<:)HD?DEBDFHGKJ@;:CCCC;<;=C;2BA?=ADE?C@CDGGAB@?'*+)&%%%)-%1*:EFBBEF=?CBLMB=??;>A;FJBC?;69=ABACCAA@<5-65:>---+.35;>=F:JKEFBEBDB?FFJIF:<6???@CBABC=EIJBCE,;=BAEA4+/..@CCDCHD:::<=<97'*((((+182=BBEH98=??B9BFG:@G?DA?/2-9C95D@DEB79))4+516807;=866??@.-8>94/%%2437HG?DABBB>67501/240(&&,/,(4443,36;@:>FGFBFGFMIGDIIDNJEGNNG=BB?FHEFIJMNKA?BHFABAEHBE?CC?@AC-635/%&;76810.)(0546B;;=>;>;BA;*@;AAHHFIFAA>2@AFFGFAHIKID0:CE@???;%---/@EEFG>GIN>BDC<977.(4%(+,-0/2;125>CEGHI>:B;6536.+'*-24:AAACDBHKDBB?;DA.3?DFHJHA'@6017DA@@HA=AC>GFHHCJECEDED@?88;>;@A?AAB@==1$(-+.0<=HFFDE;>@95%&)$##&).%9:<@<=:59?<=AF@NMKFEND8B??24<@HJ?HEGNBFFGG@G<401.-'+-%%?A>AFGFDDHJDPPBDFDCAA@??AABKCBC==>@88A83675+2843%24.,.0.$$5'$&*,26//0989:I=@9;=D>=<79CB>AA:7;=?C;?GC@<8<;:8=AAC<;CEJJEEQPJ?ICFHFECA=:=CKJICA@3;C>>JEJ=*+++>C?;DG@:>6+9>CDB?BB?>>0@BAD<795&3&%3215>>;7:/.0267:;6778869:=FKLLIAAAED==8=?C:@?;;1.&-027956-&10452-$$$$'.13,-);=75.$$$.//$&%'*.:>;>>BBDCCHIKI:EF=:D=ACDEB@=1'8@AECA;89-89=BCA>?>AC=>CMJA?AC<8KF;9BH>LC=C>CCGGE+*C?JIF=)%/>;==>4>?<7=>@:89288*9878:6844263454.--*'')+44-9839:6((+33**)*+.569?;C<@G@KKDE:<;<.696787.0.%*7442343475&02010.20.3>=?8;54789@;999/(618:9/9-4;>?>=?C4527@A9:@9;<547::DDD5>@??9D:BC88>2AB;)4<=>:89:>B8=:;0.<762561*$.'/.,2/0213++,(-2336795$&'%$&')+57&)6688313&&%)%(9BCKIJ;CCC>66<>(AE>?DICCDF;>AC9-+$$,*7A:?EF?@>884333*')+()//6520&4*-4:;22<6>?GH=A=KMHEEB:>@>EAEE;71.)%,<A@>B=?5-238=A?BFC@LJC9CFCB?B>?@:>@>?>11*)-*+89>FEEH>?;C@BF?@>CB>MJ@DCDGG:DDCFA>8>897AB>?AHE=@ADIBBFAEJGF;=56DBEE==?>>>=:7>@@?E??CEF:,48>BCC?8??FF?>=*?=<98&$#%+&$)-572>@GI>GGGI??BDD?@7797&&,.9<+6EFICKJNMHCBDE:>?:;:<@CAA:FA*2B?E@9,761=B9>?22$''$%%'%$)('&%$&&.()%$&/&'&+%($%'+%.+%&,1*-))-*,*045+)'26,.-0'#',(.#&','%$+(/48,*52'&&&#$''-10)*(0'%')-)(%%(+*'#&&%&'*%67.*$)456'*$'.51,%()$0-)&)647/(-&##$&%()+)'&$$&#%$23%%$'($%)-'()*)(*-$''%)((+'%*(&&&&+)&#()&$$'8:4$&.2&$/+%1.$.)&#,((&','&68<1.0,*0&(569>;9.+//'*'('$%&#(*'(*)$$'$'*$%)(,$',$''.%&'&&&*$(+*)&%2*+,+'&'))%%%$*+45>=>:<8BBA59779<>?8AHIMAIAIHF7>+99:9@?CEJG=BCA:C=5579:AABB?=>;;<;>:%'%%$-)01<5;;<82((.3787:57+,-./,'256:;?;8>AA=8>@ABAI=;>DCIG?9520/&.>CEC<*+=<:2>AC76<>CF<<=6,()$$)0037988;?DC??@2(%A?9-;9??>BEIFHCGIC@EEHG<?GFFE):=>8>@DD?:996084;?9@@=98;;;:857=997601/,/(,--*&&$%&/./36<>ABE;?:=?B>A>A@@<4656'41993=789/.+245@=?4=24=@C>DA8>@J9AJLKJB=BCB:;7:<=?>?CD:?B<9=><98<>?A?BE:::6<45-7;:;,74:>GFFB<914CC@AAA?<>>BA=9A@8928;?B@;@?C079:994./*/22*)$%$$1068B?<@=?HAG8<7935699:<:J;;@ABB%(%,2276+*+.5/,&=440,,,(*)((((&()01:=DDHB?BA9;;:8-1++#%)*+471,6:&)7A2989<7:71'',./+%,1-3;97???;DCDC51264$$;@BCD?;:8+7:.+-'((,+322038=9CD@ED;?AC>(()//(45<:@IJJDKE=9?.8,87;?B>CB7?@@::@>???A:114A;,IIIHFIAA>7%(*:/%1199887;::7664'(+-6468958653;9:;=>>@E>ADG?@?@AC>::>B?CDA?A0851%'274$$%$'0./77<6%$$.<;?D:AA:78=9B87651684*4558B?=99;?A=;('&/-,10133223:ACDE@B;89,,+-9:5541*8+7700&&44312779<=9@A>764.67656686;?B:5)0(&'$%'*44<;>BCG<=88=0=/9JH?=23;C;?A>@@<796-29>?A?<=;;<:=;>>89/E@D=C=??;>:::0-)CGG=GG@?<=@;<0),'+02575**-3&99:47)$)++++9<>9BDB@>===;79>JI>3-)1322?:NKME@BCB:GE%&(((('(-..279@ACGCEBDC=A@D@;==91<6<098753<>7>BCHD@A@6+,8;:<862,*&%*318=D@GE?CHDBE<>=GEKIFBCBE@MLD21.%+%5**+*'&2:;8415B8?;=>=;CA??=985245775;B>==GHHD9:=>C>>ABD=;DAGFCDBEFGKKBEMCHJAFFFGGG@>ABHH>;>DJE?FGACA>AD@AGE=G@DD@?A?;3,//)112:<@@BFIA<;5=?BC,';62,>;:2533),+:BCDC?O<<=CJC>GD@?D>;?CDE@:DGEFN0@DDE5-3=CDA@NLC:,;:77==ACEHIG>DGA@>JKLKIGMJC@AA59:9=>??;9552=><@AMIB.=@@=::<:8-95:=<:>?;<99BB5:<<>8,ABE?@HGA)-9;==3%:=?*672497>?EGJI?EED=@AMFACAADECB@16>?<9@9312003BAEBEGF3@AEDBGGDDD=D>:=?>?=AG?B@PLPK<>HHDD<33.CF@CA.%'+'''7;?AB?:::1354443889;;8:<9975=EBBA@FFBC.;BAECGD79>CFGJLUQGR>;BFG=8>4&&'-+&&*.//.0;D<;:ABCD8:9@001AA6E>9A?==89229A@A=>=99>=6:9;;<>;4:BD@<@>0?>BEG@><<:CC9::83444DFAFDEG9;FDAKE=@?EB>>=FFGAA>?ADCAFDCFAI:BDC9JIFE<<>>@>39=7:6120*#'&$(.17778?CCDE??:6;<<;2.4'?:AFABCBA8D@;;;?B>=BC.6=>@E@GDEBB;?88761544;=:21:?=?:(%%EH@KHB:=63;>@?CJIDDE@@.,)53865//)',556355'))'',.2;?@FFCEF@@BCBHHFE;?@<<0=A?D>A>9BDDDDCCBDFGJMI=DC3):3669;>>;0=5;4CF@LJD;A??<013++,$&2;<:@@<=;98:=;?A>>88>?>;5>=BBCFC7:878>?=889;CE;?;?99:>B:D5DG<>AC5:-/4:3&&(,----,7-014:1;:;>DB14,@<=FBE9;:>A97C>A:=??EIGED<;AB@A@GB>3BC?><=49>DFGKI@CJG>DGG@??9C;235?<;?@=AHD@EJIIBA=(*,>BEGKCMOEDFHGFIEAACDFDFLI;:;CE?J==;93<9;?==:4>/*),56@:==.C@@<3@B?EB545:=8GCAD?=@63**1::>>F@@7?>);:7868;>8:>?A769=FGFI=FDF:=@CECCC@EIJAIH?@=A8?DJC@@@J7//1245A?A=A;;A;8'BCBGKKH@8;GAAEEFE@FGE?,-3241<<>>?@HBED>CA>@@C>FFDHIKHB>HIGC??PFF=J8;EEE@@?C@@BA;>>89+86ABAGBA;EF<69::=>DEEG975;A<@FEBADD@HF@;<;>DF::5AB@CCEPQNQDCBD+$A:EC@BAB=DKF@B@B@AFFFKG:AD?>?E?I@@>ACDIEECA?@?@BCDD8@@8>@A?A@A=789-*4(9;?@>?BA>?9==@:20,-;:>74,--:96;9:7;=??;9::57?FGLKJEBCOPJFFEHF?9<0)>;6*@AABD56BIKE<=A9;?EHBAC>>F;EF<:BDK=@:=KLLD@>=KC?ABCBBFEI>@;5;ED6:EHHBBEC@A=894.;?BBB@?EC:>AABBDEFFA<><35/%.367264/3644:?B;;>?@@CFGKGCH>?7@B7<69:9<:@DH@49:>=>CGH<;72BDEK@EIEJI?ECEBABB>;@=61>A@@AE8?AB>EB>=@AIJKLPK?DIAKKJHHBK?G=BFFJNG;?AAC:545C><=;??:A?=FCB;8&./1/.--*212<9@865CCBBFF>DB&%:?EC:6<>BBEEA>@@7554>=FJCGGDKJ<>=A=>=FFHPNGABDBC>??773199>A>B@@ED@HIHCBBB?@CKJJ:;34>>A@;A@>@AFDGL?@BCCCB@@<<33=A@CB=7=2../-+7*9=CEEIEDAII@AADD:=;=B;22&$'&$&279::?@=?AAA>4<9.>-@@:=<@CG?DF?D>@;4'/6;9;AACED?;7956+$2(%$#&($(20-1412519:;<=CE;:@8:CBBA<0//7=:<<::<<<>;((&'67:;BDB<+*+)2465+.129::;:8;8:6888@@=>6:<;>-.-56?<>BA;:G>ABDC@<53$.((%%+/&-&),$*)$$64:DA5:??:>:9=>=;C866090/.;9:)+59BB>:?AA@8:=-&$*)1:BAFHG>E?:BGD;:?=AB>=DD@DA8:=@;=??<@@=;8865'$$&(*66511-./.&*34316*%%$%%((((*<.:9<>=>CE>6/B8AB@58?=A>;B==?@EEEA?DEGPJACGD<===@===?;?''1?B>=;;=-7:<>BED@AC@<;;==A8B@A4)?=>A8==:;0%-55647141&5:;@DEC;;9899>8:@?:>:?CB@SP>:<;?ABA@BAC;EGMPPH>GJ?CCBC:@C:5:@?CHFEEG?@>=FDFGFFGECDA<;@@,%%BC=FI9@A;?AGAFG86?@@A?<.;+>DDEGEA<::BC78@DKB;;?>@=56;CABEG5,:=A89:>ABA68AG@;:81577=??CDD@>HGDEJK9;7:FG67:FCE;D>EE=165>=;HHK=@BAC@FCEE->BI<DGF?E?0%,&=&D>>JLKLA:;;>+128:=?==>9:B=:<;B:>ABBA35;<>@?NHI99/)2;<889970)%%..17446ADB@EH;,=$=<;=B3,(&&(0-/9<=?A<;76==:??8:::8521459847601/248<9.(-03=:7;50.//&/'%%$67:C>@CD??@F?>>;'@?89<19=8:99924++4237812337:<;(9755<@?:?GEA03654*6:?@D>@BDC:<<;?@>;?<89-FKHDFFJFC8;===::@??>>=>EDBEFE7:A@>BFDGGD>5;=?@?9:9:;.B:GEDFA?BEACGJ>;JJ@CA?A=>>AFK@::?:=<;:8C@@>@JI;;=>A@D@E?B?=:=?:>F@A?CB9<>;:==:?;=8=;;89=>=>(*#&&(*19::9=C@FK@G==;.117@@DAA?AFBFB?DGCCD<=@GGD-IABJLFC@?888888681<:7<=,,,+-148=?;>CEJBEFECC;>@762GJFBFG@E:CE@,FDAHED@0.4AB>?AH=;E>>?@=<>;BEGPQRDACC@AGHG@<9=:6)<;>@A?:/1)&+''47BCCDBC>>>BDD?/11FFEC?CFHHEHQJ;(,##)'#())-49:<:7<86&*(A;:<<22::GFDEGDD@@<@C@AACF=()44>?=>?.3?HH>F9,8>7.+&+-.%%%'56?=BDGLIB=037*=9==>A7>1>CKMK9??B>CAB@><:01/669>=44:@?@B?=BB@D=>6B;:9>>??HG<>FFC>GEFFBB+>A>864$##$(46664--(()%$$##&.0+,1674-6<=:;:=4:6@>??B:3/-/,+(#%*'-.::::476=>>7=@@?A87;;>D@:4=<6..,4(01;;:7:BCEKDB12FKLJEF=89?<88AD=@AC:=669?@B=:7.(%%%%15;;A888'09;;:=>=B<-3''*&(+:<>@@E:=C;<16C+8=>B=>BD48;=>FEE3?::;09??GC@DD:DC?@@ED;8?8?EDIHH=>ADB>?>9<84=?CC>26==ABBADEFABCBCDGKH-=78165@AA@AC7:>>=@BB3??@D>+))((18:;?HC<=<)>?ADGLCABCPQABCHEJOA>KJQMIG=;89043*>@?A==>BEDEIC<>BDADB@=B<:;>>>;;@D>BKMCAF@4@A>@A==>>@>>A@<>@CE?ABCDKADF7>;35@:<<;;:38:>?3341$ @SRR14011045.45919 43ed892e-3b16-4fac-80c5-c185ec460cf5/1 TTTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCAGCGTACCTAATACATGCCAAGTAGAACGCTGAAGGAGGGCTTGCTTCTCCGGATGAGTTGCGAACGGGTGAGTAACGCGTAGGTAACCTACTTGATAGCCGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAGTAGATATTGCATGATATCTGCTTGAAGAGTGCAAATGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAATTGGTGGGGTAACAGCTCACCAAGGCGACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTGCAGAGGAGGCAGCAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCCAAAGGCAACGCCACGTGAGGTGAAGAGTTTTCGGATCATAAAGAAGCTCTGTTGTAAGAGAAGAGCAAGGTGTGAGGTGGAAAGTTCCGCACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGACGAAGCAACCATAGTACCCTTTGAAACTGTTTAACTTGAGTACAAGAGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTATTAGATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCAAACGGGATTAGATACTATAGTGGTCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCAGGGGTTTAGTACCGCAACTAACGCCATTAAGCCTCCATATGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACTAACTATAAAATCTTGACATCTCAATACTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCGCAACAGGCAACCCCTAATGGTAGTTGCCATCATTTAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATAGGCCATGGGCTACACACGTGCTACAATGGCTGGTACAACGAGTCGCAAGTCGGTGACGGCAGCTAATCTCTTAAAGCCAGTCTCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGAATCCCCGCTAGTGTCTATGGATCAGCACGCCGCAGTGAATACGTTCCCGGGCCTTATACCCACCGCCCGTCACACCACAGAAGTTTATAACACCCGAAGTCGGTGAGGTAACCTTTTAGGAGCCAGCCGCCTAAAGTGGGATAGATGATTAGGGGTGAAGTCGTAACAGGTAGCCGCCATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAAAGCACATTGGTCTTGTTTGGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTACGCAGGAGGTCAGCAGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAAAATAAACCGAAACGCTGTAGTATTAATAGAAGTTTATGACTGAAAGGTCAGAAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCGGGATTTCCGAATGGGGAGACCCAACAGGTACTACCTGTTACCCATATCTGTTAAGGATACTTGAGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCAGGAAGAGAAAGCAAAAGCGATTATGCCTTATGCGGCATGACAAGGACAGCAGAAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAAAGATTATGGGAGGAATGATTTGGGAAGATCAGCCAAAAGTGAAAGCCTCGTATTCAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTACGGCAGGACACGTGAAATCCGTCGGAATCTGGGAGGACATCTCAGCCCTAAATACTCCCCTGAAAGTGACCGATAGTGAACCAGTACCGTGAGGAAAGGTGAAAAGCACCCCGGGAGGGTGAAATAGAACCTGAAACCATGTGCACCACAACAAGTTCGAGCCCGTTAATGGGTGAGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGT + DEDCDBB2,(12?BCA<>84/0/9?3.3154**(;--<98/->;)&&9*9EC>=>76&'558;BCBRK;>@BA:431%&$&2257681:<<;8;;=7+8?B.4002>%*9>/'-BEBB9@;7.69<=+35&#$$$%#%$1-2')0/&1:8;><696579445620;=?GG<>==;=>B@>12?A>;F?A?BD=:?5%%985;>@=43>;A96612;7;;9@?D?AD>,4.1<97<=<=9<<>9@=<<'(160',5>A=>98;ACGDE@??=<9()(3&''425<@71-DFFB;B?72831;2+-*&,,,-((6==>7).+-&((-,%.125)$&(0<<2::6-)--88=@@;:87884999?=13C@CAD6;95?>?<6A627:=11/*--,,&2)%%%6B<;8=;A5;?C6)&%%&#%'+)++(*:83,)+../-&%*.('11<>4(?:;::555.4*+-;=;7;58-96B>EDDHLKKJIE@?;4/,=>9;<89>>=56(((,-((<2/141/6,,08C<<58=C;70<;97C02<;7):;56;99986554+*4)$$.'*68:;8+5218<=;;;78'9?BD?:$'11AAA8C=<8((((/610,./;;=:6;EEDD@FC@;=A4-(&/8?AAC<=A>?:;C>/%7/-1:C20.-+$'+64594=<>.*1-?==<911(895301'(1',0/5==84+-&((&%,0ECBBHBIKH*CM?KD<<6(+&&+87==7DC?@B<:-344564C?>8459=?;:99>;9B?:??A5'';BA751&$('#,-++,*%$.:<99522/%$&$$$8:94/7/8?:9949CDJHBAGM>368C;4@<9A;8=BC?=@:2CED<>@C57?5748?;0,614'$$)&((65/'5+$*#$(((+9<9@9>31-)578'$*(759;<>6@=36BB;=@7-0:98*-03(1B5769F>89:668'''-+589:<9CE9:?B7(&++,-7<),<:8?D:<:.*0,023725317F<;:C@B8,-'';;/5:15?G>48@)))$&3.3515(%111%%,,*'',1186)5.)%(19657@DE2228)%.1=;>@C?=;=.,1*++.-3<1)%.==;%(()-($%%(*#$(')/39778140/'(-*0,,,:)&)7:2'%('*&0A8/43.,/08839?9?@.4:<<<;9@:=<75/./)89;=><877?:;=A1(3>57;CB8>>FDFB=(366=>CF=9A<=DC@,-+(+,,%(&$$)*0(*((**89726B?B?@@5-3-5;2-.86887,?CB>>:AC<<074.:<=56@:DF?CEA%+@@FA.,&+,8;<>=43379A7=<6-5/88606418=>8'6+.,9<>9:<,'&'%1.--/)*B:<99:/.4?@:<@A@:8?:0556;BA**?69:@@@>5?::611@?;I@C==7%,?BB>?6675.2.)03+;=>979EFA8006/0.5=889@;8/('%)()48DABA>CBAD09H=>9CB=:,321%03>DDCHGJHDGF@AA@A>B9*+<<<>=*24+.@BF@BB9=>38.53845..9@B?B@;17=;ABA5311044.+526798://&*107:;(72334(*30#$659:BC=;??DA54,?@@-?66<;@>F?J@E'*.:;68-...013BA@8???9:E=B;78=9BAB=<9A2BB?<3:2?5ADD>A26779:*&&***(&%#%$),''')+#')*()'-*426680<=DF>86>EA75=8:;:10,.052'(/12581433:5$46;?BDCBB,,=B846@=:=4;8:7+-6/9;:37:?7)++574;=:*5/,9<B7;<>;8/772(('-)+--.'/2'7<=BMHA:6@H7764<''''6>9827:?@=DE@?-')*-.411.28122456DB67=9:=1@DCNJFEB<78**>:=;01->C>6/7CJGH@BB(88:3:E;IGAA>@EHGDD@@>@B;AEDHE>A @SRR14011045.40059 fdd1b26a-43a0-4b59-ace7-4c1c8a627883/1 CGCGATCTGAACCCAGCTCGCGTACCGCTTTAATGGGCGAACAGCCCAACCTTGGGATAGACTTCAGCCCAGGATGCGATGAGCCGACATCGAGGTGCCAAACCACTCCGTCGATGTGAACTCTTGGGAGTGATAAGCCTGTGCTAGGGTAGCTTTTATCCGTTGAGCGATGGCAATCCCACTATACCTATGGGATCATAAGTCCTACTTTCGTACCTGCTCCACCCGTCGGTGTGCCAGTCAAGCTGCTCTGCCTTTACACTCTTTGAATGGTTTCCGACCATTCTGAAATTACACGAGGCGCCTCGATACCACTGGGAGGCGACACTCAAACTCCCATCTGACAGTGTCCCCACCCCAGGATCTGAGCGCAGGTTAGAAATCCAATCATACAAGAATTGGTATCCCAACAGCGGCTCTGCAAAGACTGGCGTCGCAGCTTCTTCGCCTCCCACCTATCCTGTACAGGTATAATCGAATCCCAGTATCAAACTAGAGTAAAGCTCCATAGGTCTTTCCGTCCTGGCACAGGCTAACCAGCATCTTCACTGGTACTTCAATTTCCGGGTGCATTGGTGAGACGGTGCTCAAATCATTACGCCTTTCGTGCGGGTCGGAACCGACAAGAGATTTCGCTACCTTAGGGCCAAATTTATAGTTACGGCCGCCGTTTACTGGGGCTTCAATTCAAAGCGTCGTTTCTTTGACTTCTCCTCTTAACCTTCCAGCAACAAGACAGGCTGTCAACCCATATACCTCACCTTTCGGTTTCGCATAGACCTGTGTTTTTGCTAAACAGTTGTAGCAGGCCCCTATTTTCTGTGGCCATCACAGGAGGATGAAAGCACCTTCTCCCAGTTACGGGGTCATTTTGCCAGTTCCTTAACAATGCTTCTCCCATGGGCCTTAGAGGATTCTCTCACTCATCCACCTGTGTCGGTTTACGGTACGGGCACTTATTATACAATAGCGGCTTTCTTGACAGCTCCTTCTCCAACTTCCCTACTTGATTTCGATTGCATCACCTATTCCTGTTGCATAATGGCGGATTTTCCTGCCATACCAGTACTTGGCTTGCCCCAGTCTTTGCATTCCTGGGTTTGGATACGTCTCTGTGTCCCCACATTTCTGATAATAAGCGGTACAGAATCTAAACCTGTTATCCATCGACTACGTCTTTCGGCCTTGCCTTAGGTCCGACACCCGATGAGATCAGCTTGCATCTGGAAACCCAGATATTCGGCCTGAAGGATTCTCACCTTCATCTCGCTACTCATTAGGCATTCTCTCTTTTTATTACTCCACTGCTCCTTATCGGGTACAGCTTCTACGCCTATAAAAATGCTCCTCTACCAATGTATTGCTACATTCCTAAACTTCGATGTTGTGTTTTAGCCTAGGACATTTTCGGCGCAAGACCTCTCGACTAGTGAGCTATTACGCACTCTTTGAATGTGTGGCTGCTTCTAAGCCAACATCCTAGTTGTCTCTCAAATCTCACATCCTTTTTCCACTGAACACATACTTTGGAATGTAGCTGTAGGTCTGGAGCTCTTTCCCTTTGACTACCCAACTTATCTCGTGCAGTCTGACTCCTGTTCATCATTTTGCAAGTGGCATTCGCAGTTGATATCTCTTAGTAAGCTTTGACGCCCCCTTAAGAATTCAGAGCTCTACCTCCATGAAACTAAAACAAGGCTAGTCCTAAAACTATTTCGAGAGAACCAGCTATCTTTCCAGGTTCGATTAGATTTCTCCCCTATCCACACCTCATGCCATTTTCAACGGATGTGTGTTCGATTATCTACCATTCACTTTTGCACTTGAACTTCAACCTGGACATGGATAGATCACCCCGGTTTCGGGTCTACATCCACTGACTATCTCGCCCTATTCAGACTTGGTTCCCTTCGGCTTCACACCTGTAGTGCTTAACCTTGCCAGTCAATGTAACTCATGGATAGTTACAAAAAGTACGCGGTTGTGCGTTCATCTGTAATCGCACTTCAGCTTGTAAACATAGGGTTTCAGGTTCTCTTTCCTCTCCCCCTCTAGGAGTCATTTTCACCTTTCCTTCACAGTACCATGCGCTATCGGTCACTAAGGAGTATTTAGCCTTGAGGTGAGTCCCCCGACTTCCCACTAAGGTTTCTCGTGTCTCAAGTGGTACTTTGGATCCTGCTCGCTGTCTATTGCTTTCCCATACGCGGCTCTCACGCCTATTGCCAGCTTTTCCAAAACTGTTCTGGTAACAAATCGACTCACTTGTTGCAGTCCGTAACCCCCGCAGTGCACGCACCACGGTTTAGGCTCTTTCGGTTTCTTCGCCGCTACTCCCAAAATCGAGTTTTCTTTCTTTTCCTGGCTACTTAGATGTTTCAGTTCATAGGGTTCCCTTCCGCTCGTTATGTATATGGATGCTTGTCCAAGTAGGTTTACATTCCAGATATCTACGGATCCAATGGATATGTGCTCCTCCCCGTAGCTTTTCGCAGCTTATCACACGTCTTTCATCGGCTCTTAGTGCCTAGAGCATCCACCCTACGCTCATATGTTTCATAACCAACTTCGTCATCTTCTGCAGTGAGAAGATCACTTTCTCGAATACTAGCGTGTACCCTGTTGGTCGGTTTGGTTTGTTTCTTTTTCGGATACTAAATCATCGCGATTTAATATCACCTCGGATGTCTAAAATATTTAATCAAATATTCTAAATCTGTTTGATATGCAGTTTTCAGGTACGACTAGATTTCTCTAGCGAGTGGAGATGGAGAGATTCGAACTCTTGACCCCTGCTTGCAGAGGCAGGTGCTCTCCCAACACTGAGCTACACCCCCATAAATTTGGCACCTACTCTCCGCCATGATATAATGTACCTCGTACTTAGGTCTTCACCATCGTGTTCGGGATGGGGACGGGTGTTACTCTAAGCATCGGCATTAAGGTTGATGACCTTGGATTAAAGATTAAACAGTACCCACAACTTTACTTCTTCGGAGGTGATCCAGCCACCTTTTCCGATACGTACCTTGTTACGACTTCACCCCAGTTATCCTCCCTGCCTTCGGCAGCTCCCTCCTTGCGGTTGGGTCACTGACTTCGGGCATTGATGTCCCCGCATGAGACGGGCGGTGTGTACAAGACAAAGGAACAGTATTCACCGCACCGTAATGATGCTGCGATTACTGGAATTCAGCTTCTATGTAGGCGGTTGCAGCCTACAATCGAGACTGAGACGTTATTTTTGTGATTGGCTTGACCTCGCGGTTTCGCTTCACTGTTTACGCCATTGTAGCACGTGTGGCAGCCCAAATCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGGTTGTCACCGCTGGCTAGTCTCCCCTAGAGTGCCCATCTGACTGCTGGCTACTAAGGACAAGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTGCGACACGGCTACTGACGTGCAACCATCACCACCTGTATCCGCTGGCTCTGAAGGAAAGTTCCCATTGCAACGGTCAACGGTATCAAGACAGTACGCGTTGCTTCGAATTAAACTGCTCCACGCTGCGCTTGGTAACGGTCCCGTCATTCTCTTTGGGTTTGTTCTTGCGAACGTACTCCCCCAGATGAATACTTAATGCGTTAGCGGCGACACCAGGCTATGTCCCCGACACCTAGTATTCATCGTTTACCGCGTGGACTGCTGATTATCTAATCTGTTTGCTCCCGCCTTCGAGGGCCTCGCAACGTCAGTTGTCCGATAAACCGCGCTTGCCATAGGTGTTCTCCCCAATATCTACGCATTTCACCGCTACACTGGGAATTCCGCACCTCTCCGACGCTCTAGCTTCACAGTTTCCAAAGCAGTCCTGGGGGTTAAGCCTGAACACTCCTTCAGGCTTGCCAAGCCGTCTGCGCTCCTTTACACACCCAGTAAATCCGGATAACGCTTGCCCCCTACGTATTACCGCGGCTGCTGGCGTAGTTAAGCGGAGCTGTAGATGGTTTCGTCATTTTCTTCCCTGCTGATAGAGCTTTACATACCGAAATACTTCTTCACTCACGCGGCGTCGCTGGATCGGGGTTCCCCCATTGTCAATATTCCCCACTGCTGCCTCCGTAGTTTGGGCCGTGTCTCAGTCCCAATGTGGCCGATCACCCTCCAGGTCGGCTACTGATCGTCGCCTTGGTGATGCTTTACTCACCAACTAGCCAATCAGACGCGGGTGTATCTTGCACCACCTCAGTTTTTACCCCTGTACCATGCGGTACTGTGGTCTTATGCGGTATTAGCAGTCGTTTCCAACTGTTGTCCCCCTGTGCAGGTAGGTACCGCATTTTCCGTACCGTCCGCCACTCAGTCTGTCGTTCTTCCACCCGAGGTCTCCAAACAACAGCTTCGTTCGACATCGTGTTAAGCACGCCGCCAGCGTTCTTCTGGTGGGTCAAACTATATGTTTAAGTTTTTGATCTAGGTCATGATTGCACTAGCAATTTGTATCCCTATGATTACTGAAGCTTTGTTTTCACAAAGCCAAAGGTTTTATTACATTCTTGAAATTCTTTAAGAAATTTCAGGGTTATGTGTACTGTTTAATCTTTAATTTTCAAGGTTCTTTGTTGTCGCTCCGTCAGCGACTCAGATATAATATCATAATTGCCATAACTGCGTCAAGCACTTTTTTATTTTTTTATTTTTTTATTGAGCAAAATGATCGAAAAAAAGAAAGCAGAACCTTTTGGGGGAATGCCTTCTCATCACCAAAACTCACTTTATTTATTTCGCCCACAGCACTTTTTATATTTCTTTCCACTTCCACATGGACATGGGTCATTTGGATAAATTTTTCTCCTGTTGCTTTGAGAATTTAGATGAAAGTCATGTGCTGGTGCCGCCACAAAACGGCCACCTCTTTTGGCTTATGTCCTCTGAGTTCAAACATTCTTGTGTTTTGACTTACTTTCTTCCAAAATATGTTGTAAAATTTCTTCATATCTGAGCGAAAAATGATTCTCTCTCGATTGACAATCTCCATACATAGTCATTGACTTTCCAGAAGCCACAAAGGTATGAAAGACATGTAATAGAGATTCCTTGCTCTATCCTCTCCCAGTTCCATATCCTCTAAATAAAAGCGAAACAACTCCTGATGGGACTTCTCACAGCCCGGATATCCTTTGCGTAAGTTAAAATTTCTTCCACTGTGGAATAAAATTCTACATTCCTTTGCAACATTTCTGCTCTTTTTTCGCTTCATCCTCAAGACTGTCTTTGCAATCACCTTATCTTTAACGACCCTACAAGCCATAAGGTAATCTAGCTTGGAATTCTGTAAAAACTTTCTCCAAGAATATGGATAGTCTGAATCGATATGCCTTTTTCCTTGTACATTCGATACAATATTTTAGTGCAACAAGATAGATCACCTGAAATACTCTAAGACAAGTCAAAAGCCAGCTGGCTTCTTCCATGAAACTTGCATACCCCGTCTCCAATAATTCCTCATAAGCTAGCTTTACCTCTTTAGGTACTTCCACCATTATCTGCAAAAATAGCAATATAATTTAAATCATAGAAAATCGTAAACCTTGACCATTCCTCTGGTGTTGGAATAAATGAGTCCCTCTGCATAGCCTGATCAAGTAAATTAATTCCTCTTTGGTCGCAAGTAAGAGTTGCTCTCCCATCACCTTCTTTGAAAGAAGCAATGAAACTAACTGTGCACGCATATTAGAGATTGTATCATCTTTTAATTCGCATCCCACACGCCCACTATACAATTACAAAGATCTTTTCTATAAATATCGAAATCAAATCCGAAACTTCCACTTCTTTTTCATCTTCAGCTACCCAAACGGCATTTTTCACTTTTGGTTAACATCTAACCTCTCTTGTACTATCTCTTTGCTCTGCCAATACTCATCCTTACTCGGTGCTACTGAGAATATTAGTGTGCTCTAGGGCATCCACTTCCCCTTCCATCTCTACTCTATACTCTGGTAAATTTTCTCCCAGAGTAAACCACTTTTCACTTTCTAACCACTCTTTGGCCAGCTCTGCACCTAATTGATACTGATAAGTAGAAGTGACTTTAGATAGATCACTGACAACTCTTTTTCTTTTTCTATTATAAAACTCAAACTCATAACTTTGTTCACTTGGTAATTCCAATGCTACAGCCAAAACATCCGCTAGTTGTGCAAAGGTCTTCTGCACTCAAAGCCATTCTCCATATTGGTGGCTTTGAGCCCTTTCTAATTGCCTTTACTTGAATAAACTTTGTCATAATTTTTTTATTTTCTCTCATTCTGCTGATAACCCCTATTATGATATCATATCTTCCAATATTTTTGCGAATATCTACAATGATTGACTCGTATCATTCAAGTTCTTTCACCCCAGTTTTGATGGCAAATATCGATCATAGAATACCTTGTCCAGTCCATAATTTTTTACTTTCATAGGAAATGCCATAAAATGAAGCAATTTTTTGACCAAATCCGCCTTCTACGACACCATCTTCTAATGTAATAACAAGTTTATGTTCCTTTTCAAGTTCTTCTAACATCTCCTGATCAATACTAGAAGCAAAGCGTGGGTTGATGAAGTGTTGAGCTTAAATGAAAGCTCCTTTTCAATTTCATCCGCAAGTTTTTCACCTCGCTGATAAAAATCGCCTAGAAACAATAATAATACCTTTTCCCCTTTTCGTTCCATCTTAAAGCTACCTAGCTTACTATAATCTTTATCTGATTCTCGATCAGTAACCTCATTTCCTGGAATGAGGAGAATCATCACGGATCCTTTTGATCAAGTGACCAATCCAACATATGGTCTCCGACTTAGAGGATGGTGCTAATACGACAAGGTTTGGAATATTTGCAAATTCTGGGATAGCAAGAATTCCAAGATGAGTAACATCTGTCATTGCATCAAAGCTACTATAGTGAGCAGTATCGTCACTGGAGTGCGATTGATACCTACATCTTGAAATCTGATCATATGCTCTTTATAAATGTAGTACAGGTCACAACCAGTGGTTTTACCCCCATTTTTTGCGGCTCCAGAAGCTATATTTTTTAGCCTGTTCTTCTGCAATCCCTACATCAATATACTGACTTCCAAGTTCTTTTTCTAGGTGAGCATCCAGTCCAGCAGCTGATGGCATGGCTGGTGCTCTTTCAATAAATCCTTATCTTTTTTTGCCTTGTCCATAATGTATTTGGCTGTAATGCTTGTATAATCCTCTCCCTCTCCAAAATCCATAAGTTGGAATTCCTGTTGAACGATCAATCAGCGTCCAATGCCAATTTTCTTTATTTTTCTCTGCTAGCTTATATCCAAAGCCTTTTATCGTGTGAATATGAAGCACAATCGGATGATCGATGTCCTTTACCCCTAAAGGCCTCTACCATAGTCTCTATGTCATTTCCATTTTCAACATATCTGTAGTCAGGATCCAAAGGCTTCGAATGGGTATTGCTGGCCTTTCCATTGGTGTCACGAAGTTCTTTTAGATTTTTATAAGATACCACCGTGAGTTTCTGCAATCGCCATTTCATTGTCATTGACGACAACAATAAAATTTGAATTCAGCTCTGACCCTACAACATTTAAAAACTTCCTATTGCCTCGCCACCTGATAGTGAGCCATCTCCAATAACGGCAATGATGTTTTCGTGATCCCCCCTTTAGATCTCTAGCCTTTGCCAGCAGATGCTAAAGCTATGAAGTGGAGTATGACCAATATTGAAAAAGTCATGTTCACTCTCATCAGGATTTGTAGTACCCTGAGTCCTCTCTAAACCTGTCACTCCGTCGTGCCATTCCTTCCTTTCGCCCTGTAAGGAGTTTTATGCGGATAGAGTTGGTGCGACACATCAAATACAATCTTGTCCACAGGTGAATGAAATACATAGTGCATTGCAATTTCGAGCTTCTACCATGCAAAGTTTGGGCCAAAATGCCCCCCAATATGGGTCAGTCTATTGAATAACGCCTCCCTAATTTCACCTGCTAAAAGCTTTAACTCACTCAAGCTAAACTTCTTTACATCCTCTATATGAATTTTTTTATTAATTATTTTTCTAATATTCTAATCTTGTTTTTATACATATTATATCACTTTTCTGAATCCATATCAGCTAATGTATAAATAAATTTAAAGTTATTGAACGAGTAATCAACTTCTCTACCTCCTGCATTGTCATCGCTTGTATTGGCGTGCTAATAGAATAAGTATAACCTCTATCTGTCCATGTTACCAAATTGTACTTTCCATTTTCCCCTACTCAATTTTACTTTCTTTTTCCTAAAATCTCTCTCTTTCTACTTTTTCTTTATATGGTGTTAGAATATAGTAGTACAAAACAAAATGAGATATTCCCTTATTTGTTATATAATAAACAGGAGGAACTCATTATGTCAAGTAAAGAAACCATCACTCAAAACAGTTTAAACTGGATGCTATCAATATCAAAATGAACATCTGGTCTTTACTCAAGTTGAATGTGCCAAGAATCTTGGTATTGGTGTTGAATACACTTGCCAAATGGAAAGTCAATTTCGTAATAATGACGGTGACATTCCCGTTCGTGGCTCAGGTATCAATCTGATGATGCAAAAGAAATAGCTCGCCTTAAACGTGAATTCGTGATGCTTTCAAGGATGCTCTTGATGTACTAAAAAAAGCCATAAGCATTCTGAAGGAAAAAGCTAACTATTGCTATCTATATAGAGATTTCTGCAAAGGTAGAGGCAGCTAAAAATAAACGGACACCGTGTCTCTACTTTCGGGAATGCTTAAATTTTAGGTGTGTCTCGTCTGGATATCGTTCTTTTTCTTAATAAGAAAACTATCTTCTACTATTCAGAGGCAGGAAACTATCAGAAGAATATCAGGAAACTTATTTATGATGCTTCAAAACAAAACTATGATGCTCCTAAAATAACCAAAGAACTTCGTAAAGTCGGGTGAAACTATTGCTGAGCGCACTGTAGGAAAATACCAATACATAGAAATGGGTATTAAACTAGTTAAGCCTTTTACTACCACCACCAGAAGGCTCTGATTTTAGTACTGAACTTACAAACATACTTGATGAACGATTTAACTGGAACGCCCCAATGCCGTATGGTGCACAGATGTACTTATATATGGACTCAAAATGACTTTGTCTACCTTAATTGTGTTATGGACTTATTTGCCAGGAAAATAATAGCCTGGACTCTTTCTGATACTATGGAAGTATCAAATGTTGTAGCCACAATTAATAAACAAAGGCTTATCGTAATATCGAACAACCTTTAATAATACATTCAGATCGTGGTAGCCAGTATGTATCAAATGCTTGGCATTAAACCACTAAAACTATGCAACGAAGCTATTCTTGTTGTGCCTATCCATATGATAATGCGTGCATTGAATCATTTCATTCATTGATTAAAGAATGGCTAAACAGATTCAGTATTCAAAACTACAGCCACATATAGGCTTGTATTTGAGTACATTGAAGCCTTTTATAACACGATGAGATTCATAGTCATTGTGATTATATGTCTCCTGACAGACAGAGCACACGTGTTCTTAGAAGCATCTTAGCTGAGGTAAGAACCTCTCATTTTAATTTGTACTAAATCTTGACATAGGGCCATTACATATAGTAAACTAAGGGATTTATAAGTTTATTGCTTACATTAATCTCATAGTTTTTTATAATTCTATTTTCCACTTATATTTAATTTTTTGAAGATCTTTTTTCTAAAATAGCCTTTATTTCTGCCTACGGGAAAGCTCACTTGCATCCTCAATAAAACTTTCTAAAATGGCTCCACTCTTTCTATAGATGAGTTCTCTTTTTTCTAGTTCCTCTATACTTGCCATTTTCTCAAGTTTTTTGCCTTGATTTTTAGCTGTATTAGTTTATTCTCATAAAGTTTCTTTCTTTACTAATAAATCACTAATTCCTTTTTTCACTTTTCCCAATTTATTTGGTTTTTTCATTCTAAACTCCTTACACATAATAAAAAGAAAACTCTACCATATATAATGTAGAGCTTTTTTATTTGTTATTATTAAAATAACCATATTTATATTTTATTAAATGCATAAGACAAACAAATTATTATCCAAACTACAAAACTCAAGAAACCAAATATCACTTATACTTATATCACATGTAGAAAAACTCTTTTGCAGTTTCAATGTCAATACACCTAAGTGTTACATACCCATCTCTTTCAATCTGAAATGAAACCAGTATCTATCATCTCTGAGCTATAAGTTTGGATTGTAATACCTTCATCTTCTTCATAACAAAGTCAATTACACTACTTATAATATCTGTCTCATCCTTTACAGATTCGACATATACTCAAAAAATATGTTGATTTATTTATATTCTCGCCTTTCCAATATTCACAGTATAAATCCATTTTTTTAGATATTCTGTATTTGCTATAATGTTATTTATATGTTCTCTTTTCACCAGATATAATGCCACTTCTCTTCCAAGTTCATCATATATCCTAAAAAAGTATTTCTGAATACTATATAAGGCTATACTTCCCACTGAAAAACTATCAGTATTAACAGTATATATCTCCAATAAACTAGGAATACTTTAAGATATCATCTGTAATTTGCATAAACCCCATACAGTTATATCAAAATCTACTTTCTTGGTTTCCATTTATTATTCTGTTTCTTTTTCTCACTATCCCCTTCCAGGTCGTGGTTTAGTATGTTTATTATGATTCTTTTCTTTTATTCTTAGTATGTTCTTTAAAGTATCTAATAATAGTATTATAAGCCCAACTACCTGCTACTACAACAGCTCCTGCTACAAGAATAACACCTGTTGCTGTTATTACAACCTCCTACCCAGGTATCAAATGGAAGCACCTGCCACCAGAAGTGATAAAGATGTCGGTAAAATATCATCCGTTTCTGAAATCATTTATCTAAATCGCTTTCAGCTTCAATAGGTATGAGCTTTTTCTAATAATTTGTTATTACTCCTTTGTATAATATGTACCATTGATATAAATTCCATCTTTCAATACCTTAACATTTAGTATTACTGTATTCTAGTTGACTGGAATTATCAGTTTCCGAAGCATATACTGTTCCTGACAATGTATTAAAACATAAACAAACTACTAACACACGACACAACATTTTTAGTAATAATCATAAAATAAATATCCTTTCTATACTTCTTTAATTCTATTTTCAATATATTAACTCCCTCCAATCTGATTCCGTTATACCTCAAGTAAAATTTATTTGCAAGTATTTATTGCATTATTTTGATATTTGTCGGTTTCACCTGATATAGTTCCTATCCTGAATCTCACAGCAATGTTTTGTTTTACTTGGTATGCTCTTTTATATATATTTATAAACACATATAAAGTCTTTGTGGTGTTAGAATATAATTAGTACAAAACAAAATGAGATATTCCCTTATTTGTTATATAATAAACCTTAGGAGGAACTCATTATGTCAAGTAAAAAGAAACCATCACTCAAAACAGTTTTAAGCTGGATGCTATCAACTATCGAAATGAACATCCTGATCTTGACTCAAGTTGAATGTGCCAGAATCTTGGTATTGGTGTTAGTACGCATACGGCGGATCAATTTCGTAATAATGACGGTGACATTCCCGTTCGTGGCTCAGGTAACTATCAATCTGATGCAAAAGAAATAGCTCGCCTTAAACGTGAGCTTCGTGATGCTCAGGATGCTCTTGATGTACTAAAAAAGCCATAAGCATTCTGGGGAAAAGCTAACTATTGCTATCTATGCAAATTTCTGCAAAGGTAAAGAGGCAGCTAAATGAAGCAGGATACCGATGTCTCTCTGCTTGGAATGTTTAAGTTTTTGGAACATTGTCTCGATCGGATAGTTCTTTCTTAATAGAAAACTATCTTCTACTATTCAGAGGAAGAAACTATCAGAAGAATAACCAGAGCTTATTTATGATGCACTTCAAAGAAACAAAACTATGGTGCTCCTAAAATAACCAAAAGAACTTCGTAAGTCGGGTGAAGCGTGTGCTGAGCGCACTGTAGGAAAATATATGCATGAAATGGGTATTAAAGCCTAATGGATTAAACCTTTTACTACCACCACCAGAGGCTCTGATTTTAGTACTGAACTTACAAACATACTTGATGAACGATTTAACCCGGAACGCCCCAATGCCGTATGGTGCACAGATATTACTTATATATGGACTCAAAATGGCTTTGTCTACTACAATTGTGTTATGGACTTATTTGCCAGGAAAATAATAGCCTGGACTCTTTTCTGATACTATGGAAGTATCAAGAAATGTTGTATACAATTAATAAAGCAAAAGGCTTATCGTAATATCGAACAACCTTTAATAATACATTCAGATCGTGGTAGCCAGTATGTATCAAATGCTTGGCGTGAAGCCACAAAACTATGCAGCAAGCTATTCTCGTTGTGCCTATCCATATGATAATGCGTGCATTGAATCATTTCATTCGTGATTAAAGAATATTTAAACGATTCAATATTCAAAACTACAACCCACGCATAGGCTTGTATTTAGTACATTGAAGCCTTTATAACACGGTAAGGATTCATAGTCGTGATTATATGTCTCCTGACGAGTTTGAAAAGCTATATAATAAGGCACGTGTTCTTAAACGTAAGCCGTGCGGGCACCTCTCAATTTTAATTTGTATAAATCTTGACATAGAATACCCACGCTTTTTCACTCAGAAGATAGTCATAGCGATCTAAAGAAATATTTCGAATTACTTTTGCTAAAAATGATAAAAACATCTTTGGTCTCGTGGCGGAATGCTATTCATATGTCTTTAAATAAGTGTCATTTTCACATTCCTTGGCATCCTCCATTAATCTCTAACAAGAAATACCAACCAATATTTTTCCGTATTTATTTTTGTCTCCAAATGGCATCTTCCACCGCGTCAAATAAAAAAGAGCAACAATCTGTTGATCTTCCACCTTGGCTCTCCTTTCTTTCCCCTTCACTATGTTAGACGGCAATATCTTTTTCTTGGTCACAATACAATAAAAAATATGAGGAAAATTCTTAAACTAAAAGAATTTTCCCCATCTGTGTCAACATCATCAACTATTATTCTTCTACCACTCTTTACAAATGCTCTTGCTATCTCTGTCACACTTTCATAGCCTTCTGTAGCAACCTTGCTAGCCAGTGCCAGAGCCACACCCACCACAAGCTCCTGCCTTTTTCCATGTATACATTCTCGACAGCCACACCATAGGATGGCATCAAATCCACCTCCTGATCGATTATCTGAAGTCACTTAATAAACTTTGGATAAGCACATTTCCTGGAAAATTTTAATAATCTTACACCCTATTTCCATCGCAGAACAATTTCTGTAGGTGTCGAGCAACCTGAAAATAATAACTATGATTTTCTGGTGCCACTTCTTGAATAGCTGCTGAAAAATATTGGACTTACCAAAAAACTTTGCTCCTGCCTCTAGTGCCTCTTGCGATGCCTTGGACTCATCACTGTTCCCGCTCGAACTACGATATTTTTATCGCCCGCAAATTCCTTTGACAATGCAGCGATGGCCTTTGGTGCATCTGGAGTTGTAAATGTATTTCAATATTATAAATTCCGCCCTTTTGCCACATGTCTTGCAATCTCCATTGCATCTTCAACAAATTTTCCGCGAATAACCGCAAAAATAATTATCTTTAACTTTTCTAACATAAACCCCCGCTACATAGATTGCCAATCTCATCCGCATCTATGCCCTTTTCTTTCGAATTGATGTTGACCTGCTACGGGTATTATAACATATCGCTAGTTATTTCGCCATATTCCCATAAATAAATGTATTTTTTGCCATATCATATATCCGACCTTTGCAAGCTTTTCCTTCAATTCTAGTTTCATCAATGTCTTCATAAATCACCTAAAAGTGCTATAGTAGTCCCTCTTCCATTGTTGACATAGGACAATAATATAGTTGGATCTTTTGGCAGACTCATTTTTTCTCCTCTTTTCTCTTACTCCCACTTTACTATCGAGTATAGCAAAACCAAATATCAATGTCCATATTCCAACAAAAAATTGTATAAATAACAACCACGTAAGGAAAATATGTTATACTACATTTATAGATAACAGTAAAGGAGGTTAGATGTATATACCATCACACTCAATCCAGCAATTGATATGCTGACCAAGTTGAAAATTTTGAACTTGGCAAACTCAATCGAACTGGAGAATCCAATTATGTTGTAGGAGGAAAAGGGATCAATATTTCTCTATTGCTAAATCGTCAGCAAGGAGAGCAAGGCTCTTGGCTTTTGTGCAAGGTTTTTTGCAGGAGATTTGTAAAGAGGGATTGACAAAGCGATCAAATCAATTTTATCGAAACGGAGGGCTTTACAAAGAATTAACATCAAGTTAACTACAGATACGGAGACAGAAATTCCAAAGTAGCAAAGTGAATAGGACAAATATTCTTGATTTCTTCTCTTCATTAGATGAATTGACCTCTGAGATCTTTGTCTTTTTGTCAGGAAATATTATCCCTGGTATGGAAGATGACGACTTTGTCCATATTGCCCAAAAAGTCAGAACAGGGAGCAAATTTGGTTGTAAGATAGTAACAAGGATATGGTTCTTCACACTAAAGTACCATCCTTTTATCGTCCAAGCCAAATGAATTTGAAGGGGAGATGTTTGATGTTCATCTTCAGAGCTTGGAAGACATTGCAATTTATGCCAAAAAATTGCAGGAAATGGAATTGCTCAAAATGTCTTAGTTTCAGGAAGCAAGGAGCAATTCTCTTTTTACCCACAGTGGAGAAATTTTTTAGTGCCAATATTGCCAAGGGAAAAGTAGTCTACGATTGCCGCGGAGGCAATAATAACGCTATGTTTGTGGCCAAATACGACGAAACCAAAGATTTTCCACTAAGTCTGCAATGCCTCTGCTGCTGGAGGAGCCACTTCTTTTCACTGCTGGAGTAGGAAAACAAGGTAATTAATGAACTTCTCGTTCAAATCAATGTTGAAAATATCACATAAAAGGAGGAAAAGATGAGGTGTTAACCGAGCTGATTCAATTTGACTTAATTCCAATTCAATTTCTCAGCAAGTGACAAAGAACGCCCTAAATGAAGTTGACAGGAATAGCAAGTAGAAAAGGAATTATTGAAAATAGAGACGAATTCCTTCAGCTCTCTTTGATCGAAGTATGTCAACCACAGAAGAAGGGTAGGAGATGGCATTTGCCATTCTCACATAAAAACCAGTGCCCCAAGCTATGAGTATCTATGCAAAGAGCAATGACGGTGTAGAGTGGAAAGTTTTGATGGTCAAGCTGCCAAACATATTTTATGATCTGTGCACCAGCCAATGGAGCAGACGAACATCTCAAGGCACTAGCTACGCTATCTGCAGCGTTGAATTCAGAAGTGAAGGCTCGACTTGATCAAGCCACCACAAAGGAGAAGAAGTCAAAAGCATTTGAAGACTTTGTAAAATCCACACAAGGAGGCAAAGCAAGAGTCTCAACAAAGTGGAAATCAAAACAAGAATATTCTGGCCCGTCACAGCTTGCTGGGTATCGCCCACACCTTTATGGCTGCTGGAATTAAGAAAGCTGCCAATGGGACTGGATGTCAAAGTCGAAACCAATGGACAAATTGGTGTAGGAAGAGCAAATTGACGAAGAAGACATTGATCGGCTATTCAGAATTATTGTTGCCGCAGATAAGAAGGTAGAAATTAACCGATTTGATGGTCATCCTACGCTCTTTACTAAAGTTGCCGATGGCATCATTAAACCAAAAATTAATCCGAACCATTTTAGATGGCAGGCAGAAATTTATCACCACCACGGTGATGGCAGCATAGCAGTGAAAGTGCTGAGTGAAAGCTTGGGACGACAAATTTATAAGCACTTGATGGAAGGTGTCAGCAATATGCTTCCATTTGTCGTCGCTGGTGGAATTTTAATTGCACTCTCCTTTTTTTGAGGGCATCAATGCCTTTAACCCTGAGTCCAAGTTACAACCCAATTGCCGAACTTTATTTGTCTTAGTAAGTTGTCCTTTAGTATGATGCTCCCTGTACCTAGCTGGCTTTATCGGAAAAGTATCGCCGATCGACCTGCAGTTGTGTCGGTATGGTCGGTGGAATTTTAGCAGACCCAAGTATCTTGGGATTAAAGTATTCAATGGCTCAATTACACCTTCTGGATTCTTGGTGCTCTTGTCGCTGGATTTTTAGCAGGGTGGTGTATGTCTTTATCTGACATCACCTTTTCTATGGGTACCTCGCTCTATGGATGAATAAACCAATCTTTCTCTTTCCGGTACTGGGATCTTATTATGGGTATATTGATGCTCTTTGTCGTCAATGCCCTATGGCATGGATTATGACATCATAAAAAACTTCATTGAAAGTCTAAATGGCATTTGGAAAAATTGTCTTGGGATTTTAGTTGGTTCTATGATGGCCATTGACATGGGTGGTAGATCAATAAAGCAGCCTATGTCACAGCAACTGCACTGGTCACCACATCAGGGTCCGCTGGAAGTGATGTAATGGCAGCCACAATGTTAGGCGGTATGATTCCTCCACTCGCCATTGCACTTTCTGCTAGTATTTCAAAGGATATTTGGCCAAAGGCACAAAGGAAATGCAGCAGTCAGCCTTCCTTATGGGACTTTCCTTCATCACCGAGGGTGCCATCCCATTTGCAGCGAGCAATCCTTTGAGGATCATTCCTCCACTGTTTATTTCCAGTGAATTGTTCTTAGGATACCTTAGTATGCTCTTTGACTGCAGATCAAAGGCTCCCTGGTGAAGTATGTTTGCTGTCTTAGTGGGTGCAATTACCAATCCAATCATGTATATTCTTGCAATGATTGTGGAATGGTTTAGGTACACTGCTACTTGATTGTCTCCCTCAATTTAGGAAAAAGCCAATAAGTAAACAGCCACAAAAGCCCTATCGCTAGAACACATAGCGATAGGGCTTTTTTCCATTTGTTAAATGATGATTCGTATAATTCAGCTAAACATAATTGATAATGACAAAAACTGAGCCTGCATTGTGCACTAATGCATAATAACTGATTTAATAATCTCCATTCACAAAATTTCCTCTAATTTTTTCATTTACAAGTCACCTTTCTATACCCCTATGGGTACATATCTTGTCAATCCTTCACTTTCTGTGCATATTGGCGAAGCGCTCAATGGCCTTGGTAAAAAAACTTGTATCTTTTCTTCATCTCCACTTTCCAATCGCATCTTTAATGCAGTGATGAATGTGCTTCCATCTGAACTTTTTTCACATTTATTGAGTGCTGACTTTGCTGCATTTAGTTGTGACAAAATATCTCTTCACAAGGTACATCCTCATCGATCATTCGATCAATGGCTTGAACCCTGACCAAATTATTTTTTTTAATCTCCTGTGAAGGTTTTCTGAATCCATACATTGTTTCATTTTTCAACCTCCTTATTTTTTATCTTTTATTTTTCATTCTATCAACTCCATTTTCAAAAAGCAATATGTAGTAATAGCTAAAAATAAGAATGATTCTTATTGTGTGAAATATATATTTTTATTTGTATACAAAAAAAGTATGGTAAAAATAACAATGATGATTGGTTATCTATCCTTATTTCACATGGTTATTATTTATTTTATATATAAGGAGGAATTGTTATGTCATTAACAAAAGTAGAAGAATTTAGTGTAAAGAGCTTTCACAGGGGGAGAGTTTATTGATGTGTCCAAAGGATATCTTAGGAAAAATGGGCTCTTATTTTTCTACATCATGACTTTGTCTGCCCTACAGAACAAGGGAGTCAAAAGAATTATTCCACAGGACGCAGGTTGTTGTGAAATCTACTCTGTTTCTACAGATACTTCACTCACAAGGCTTGGCTATGATCACTCAAGATCGTATTTCAAAAGTGAATATCCTATGCTCGCCGATCCAACTCATCGTTTTGTCCAAAGGATTTTGAAGTCTATATCGAAGCTGATGGCTTGGCAGAAAGAGGATCCTTTATTATTAATCCTGAGGAAAGATTGTTGCCCTGAAGTAAATCTTAGGTGGTGTGGAAGAAATGCCGAGGAACTTTTTGAGAAAACTTCGTGCCTGCCAATTTGTTCATGAGCGCGGCGATCCAGGTTTGTCCGCACAAAGTGGCAACCAGGTGCTGAGACATTAAAGCCAAGCCTTGACCTTGTCGGACAGTTATAAGATTTAGGGAAAACTATGAGATGAGAATATGTATGATGTCGTCATTGTAGGTGGAGGTAAATGGTCTGACCGCTGCAATTTATTTGGCTAGAGGATGTTATCGTGTACTTGTCATAGAGAAAAGGAAAAATTTGGCGGTCAGATTTCTCTCACTACAGAGGTGGTCAATTATCCAGGTATCGAACAAATTTCTGGTGCCCAACTCGGCGAACAGATATGCAGACGGGCACAAAATTTCGGTGCTGGTTTTACTAGCCACTGTTGATTCTCTATCCGTCGATGGAGATAAGAAACCGTTCACACCTCAAAGGGCAAGATTTTATGTTTGGCATTCTTGCCACTGGGGCTAGCCCAAAAATGATTGGTTTTGAGGGAGAAAGAATTTAAAGGTCATGGCGTTGCCTATTTGCCGCAACCTGTGATGGCCAATTTTTTTAAAGGAAAAAGAAGTCTTTGTCGTTGGCGGTGGTTTTGCAGCCGCAGGAAGATGTATTTCTCACAAAAATATGCCCTCCATGTGATACATTTTAATGCGAAAATCTGAGTTTTCCTGTGCCAAAGGCCGTTGCACAACCTGTCTATGAAAACGAAAAATCACCGTACTGCCAAACCAAGAAGTAGTCAAAGTAGAAGGGCGAATTTCTTAGAAAAAGCTCACTACAAAAATAACTAAAACGGTAAAGAGACTACTTTTAAAGATACCCATGGTTTTGGTGTCTTTGTCTTTTTGCAGGATATGAACCAGCAACCTCATTTGTCAAAGAATTAAATATCACTGATGAAGAGGTTATATTGTCACTGATCACTCAAAAAACGAGTATCGATGGCATCTATGCTGCAGGTGATGTGTGTATTAAACCACTTCGTCAAGTTGTCACTGCTGTGGGTGAGTGCTGGTCTAGCTGCCACAGAATTAGAGAAATATGTTGCTTTATGGAAAAAGACAGGCATAAAGCCTACTTTTTCTCAGCGAAAAGCCTTCACCTGCAAAAGAAGGAGCAGGCAAAAAGCGGACCAACCTATTTACTTCTGATATGTTAAGTCGGCTCCATACTGTCTTTAGCAAAATGGAAGCTCCTCTTGTTCTCAAAGTGTACACAAAGAATGATGCCCTTTCTAATGAATTGCTTTCCTATCTATTAGAATTGAGCCGTCTCACTGATAAGATCACTTTGGAAGAAATCAAGAGAGACAAAGAGCCCCTCTCCGTAGAAATTTATAAAAATGGAGAATACAGCGGTCTTGCCTTCCACAGTGTTCACGACGGTTATCGTTACTTCACCTTTATCCCAGAGTCTTTACAATGTATACAGATACAGGACAAAGTGTCAGTGAAGATAATGCTAACCGAATTGAGAATATCAAAACCAAACCTCTCTGCAAATATTGGTTTCTCTCAGTTGTACAATGTGCCCTGACCTAGTTGATGCACAGCGGATTGCATCCTAAGTCCTTATGTTTGCACCGAAATTTATGACATCAACCATTTTCCAGATTTGAAAGACAAATACCATGTGCATTGTGATCCCTGAAGATAGGTCAGTTTTGGAAGAAAAACATGGAAGAAATCTAGACTTTATCCATAAATAAATCACATATCCTTACAAAAATAGGGAGAAGCTTCAAGTCAAATCACTTGAAGCTTCTCCCTACACAATTCTTCTGGATGCTTTTTAAAAGTACTCTTTGAAATGTTCATGATTTCTTCATGTCTGTACCGCCTCCAATGTTCCCATAGTGATTCCTCATCCCGAACCGCCACTCTCAGGTGACTAAAAATGAAGCACCACCCTTTTCCATCCAAATCGGGAGTTTATCCTGTTTTCCCTCGCGAAAATCAGAAATAGTGAGCGAACCATCGGCTCAATTTTGGGCGGATGGCAGGAAAATGCCTCTCTATCAATGGCCATTTGTGGTCTCTTAAAGATTTGATTACTCATTAAGCGATTGATATTATCCTTATCCACAAAAGTAATTTCCACAGGAATAGTATTGAGCAAGGCAATCAATTCATCTTTTTTTAGATGTCCCCCAGGCATTACAATTTCTCCACTTCCTTCTTGATTGGACAAAGAGTCTATTTTTTCTTTCCTTCTGCCTCATCCCACAAGTGATTTTCTACCAAAAACAAGGGCACTTAATCCTTTGAATCAAAATAAATTTGTACCCATTCCTCTTTTTGAAATTGCATGGAAACGAATATTCTCTTCCTTGTAAATCATTTCCTCCATGCGCTGGTAGTGCTTTATATTTACAAGGCTCTGATTTACAAAACTCAAGTAGTTCTCTTTGAGTTCTCCCAATGTATCTCGAATTTCATCATCCACCGTCCACATCCGCGAGATGGTCAAATATCATATTTTATCTTTAATAGCGGATATAAAGATCCCCCTTCTTGGCATAGTGGATTGAAAAATTTCAGTTCATCTAGCTCACTGCTCAATTCCTCAATCAAAGCCTTTTTTTGCTCCTCTTTTAACCCAACAACTTCTTCCCATCTTCCCTTCGTCTTTTGTAGAGAGTAGGCTTCTAAGGCTGATTTTCCATGGTAAGTATGAGAGTGGATGTCCAAATCTTGCATGGCTTGATTGGCCTCCTTTGCTCTCATTGATATAATTTTTCCTTTTTTAGCGATGCCTGCACTGCTTTTTCTGCATTTTCAATTTTTCTTCCTCGCTCTCACCGTGAAACAGTGCAGAGTGAACATCTGATTTTTGCACCTTCGACAGTGGCATTCCCGATTCCATCAATCCCTGTTCGGCCTTCATAATCTCAGCAGGATCAACATCTTGAAAATCTCGCACAAATCCTCTCACACTTTTTCTATATCTTCTCCCAAAGGCAGTCACAAACTTTCTCAACTTTCTGGGCGGTCTTCTTTTTTCCTCCCTCTGTATTTCCATTGCCTGAAAGCCTTTCTTTTCCACTGTAGAGGGTTTCTTCAGCTCATTCTCCCCATCCGCAACAGTAGAAATCCTTTTTCCACAAGGCTCAGATAATTTTATCTATTGGGATATTCTTCATCTTCGATCCTCGTTTGATATTCATCACTTTCCCAACCGAAGCAACATCATGCTTTTTAATTTCTGCAAATCCCAAATCAAACATAATATCAACTACTTCAGAGTACACTTTTGACAATGCAAATATACTCTGATTGAGATCAATTTCTTCTCCATTGCATCTCCTTTCTCATCATGAAACGACATTTGAAATGCTCTTTATTCACTTGCAAAATAATGATTATATCTACCACCTTTATAATGACAAGTACAGATAGCAATTCTAGTGAACTACCCATCACCTAAAGGTAATAGACTTCTAAACCTAACAGCTCTATTTAAGAAGTTGATATTGGCTCCACCTAAGTAATTAGGCAATCATATTCTTATCGGCGTGTCCACTTCGCCTCTACTGTATAGGATATTCATATCACAACACTACTTTTACTATGATGTTAATGCTCCGTTAACATCTGCATTGATTGTTTACCACTTGCCGTTTTGTATAGACCACGATGTAATCTTCTGCCACTAAACGGATACTCTTTTGGATTATCGGCATTGAAACCAGGAGATCGTCTCTATCCCAAAAAGATGATTTCGATGTATAGGATTCTTCCGTGTTTACAAAAACAATGTCATTTAGTTTGCAAAGATATTCCAATTTGTTACGCAACTGTCCATAAGGGATATTTACAAAATTTTGATTGTTTTGCTTTCCAATATGACTGTTATGTTGAAAAGTCTCATTGTAACCAACAACAAGCGTACCTATATTATTGATGATACAATAATCTATCACCCTACGAACAGTTTTATTCATATAGTCACCTTATTGTTGCGATTACGAGCAACTGCTTTTTCTGATCTATTTGTAGGCTTTCTACTAGAATGCTGTTTATCTTTATCGATTGCAAACGGGCATTTTCTTTGTTGAACCACTGATTGATCGATTTCAGTCTTTTCAAATCCAATAATGAACGATTGACCACTATTTGATATACGCTGTGACGAGATTGTTGATACTAGGTCAAGTGCAAGTGCGTTGTTTGTGTTTAGATTTCTTTGAATACATTCAGCTTCATATATATACTGGATTTCAAAGAACCTTGCATTCGCTTTCGGTATAATGCGTATCTCTTGCATCGTCTTATCAAGTATGGGTGGTATCGTAATTTCAACAGACTTATGCGTTTTCTTAAAGCTATTGGAGCGATATCAGCTGATTACCCTTCAGTCTTACAAAACCAATGATCAGTGTTGTGTATCCATCTTTTGGAAGATAATGTGGCAGTTTACAATCCATAAAAGCATATTTTTTTCCTGCTTGACAAGTTTAGGCAGACCAAAATGACTGAAACGAATATCAATAACGGTATCTGCTTTATTATATATTGAATTTAAGGCCTTATAATTAGGACTATTCTTTAAAAGAGTGAATTCTTCTCATACTTGAGAAATTCACCTTCTGTAAAATAATGCTGACGCACATTATAGATTGCCTCATTGCTTAGATTCTTAGCATATGACAAAAGTTCAGATTGTGATGTAATCTTCCTTGGACAGATGTTTCACTTGTTGTTTTACAGTAAGATACATACGATTTTCTCCTTTCATAGACTCGAAAATAAGTTTCCTATATATGTATTATAGCATATATTAAATGATAGTATTTAATTAAAATATATATGTTGTAAACCTAAACGCGTTATTCATCCACGGTCTAAAGACCATGGGTTTTCTGGCTGTTATATTATAAGGTTCTTTGTCAAATATTGGGAATTGGGTGATTTTCAACAAAAGCGTATATTGGACTTTCATATGTTTAGATTGATCAAGCGATTTAAAATAGTCGACCAGACAAGTTCCTTTTCAAGAATGGTATCAAAATAACTCTATGTTTACAGGATAACCACTATCGTTTGATATTTCTCAGTGCCTACATTCCCCTTAAATTCATCTATGGAAATGGCTTCTCCAAGATTAGAAGAATGATGAATTGTAGAAAACACCGATAAACGAAACGGTATGAAATGAAACATTGGCCTGTTTGCTATCTGTTGAATATTCAGGGTATCGAAAAAATGAGCTAGCAATCCATCAGTAAAGTCTGGATGTCGATGTAGATACTTCTGAATCAGATTTATAAAAATGCTTACCACAATGAGAACAACGCCTCTTTTTCAAAAAATAAAAAACAAGTTACCCTGCAAAGGAATATCTTTCATCTTTTGAATCCTATAGTCACATCTTTAGAAGTCAATGCGTTGCAGTTAGGACATGAATGAGCTTGATATCTCATCTCTGAATATAAAATGAGATTGCATGATCATTTATAGATTTTATATTGACTTTTACAACGCTTCATCAATGCCTAAAATTACAGCTAGGTCGTTCATATGAACACCTCCTCAAGTGTAGTTGTGGTGAACTGGGGGACTTGGAGGTTTTATTTATAATAATAAAAAATGTTGAGATTAGCAATTTACCAACCCCAACATTAATTATAGAACCTTATTTGCGGTTTTCGTAATTTTTGCTTGCCACTGCAATCCAGACTCAGAAATTTTTAATCCTCTTAGGTTCTTATATTTGAGATAGTAGGCATGGTTATACATCAATACCCAATATAAGTGTGCCTTCCATCTTCCATAAAGGGATTATTCTGGTTTGGAGCCTTTTGTGGCATAGAGCTTCCCTTATCTGCAGAAAGGAAGGCCAAGCCGACCAAACTGGCCCAAAACCAGATTCTGCAAAGTCTCTATCAACTTATCAAGGAGATAAGTCTCTTTATAGCCTCTTCAAAGCGGAGTAGGCTTGTGTCCTTCGTCGGATACATAACAGAAAAATACAGATTATGGTTATATCACCACCATTATTCTGCAGAGCATTCATAAAGCTGTCTGAAGCTGGAAAGCGGGAGAAAAGAAGGTATAATATGGACTTGTTGAGGATCTTATTTATAACTTCATTAAATTCTTGGGTATGGGGTCGCATGGTCGACTAATGAGTTTCCATGGTTAGGGTATCAATATGGGGCTCCAAGAATCAAAATCCTTAGTCTAATTTTATTTGCTCAAACAATTTCCTTGATTGGTACTATCCCATCCGGATGTTAAAATTATTCTTTATCCTTATTTGCAATAATTCTTATTTCCGTCGACTAATTTCAAACACCTATAGCATCTTTAACATCTTCAACGCTTCTTTGACTTTTGCGGCTGCTTTTTCAGCTGCACCTTCTTTACCTGTCTTTGTCATAGGATTAACACCTTCAACACTGCACCCTTAGCCTGGTCGATTTTCTTCAATTGACATAATTATATCTCCTTTCATTGAAATTAATTTTGTTTTAAAATCATATGTTTCAGCTTAGCTCGTCTTTTTTCCCGAAAAATGATACAACAACAATAACAATTACTGCACCTAAGATAGAAGGAATTAATGCCATTCCTGCCATAGTCGGGCCATTTGCCAAACAGCGCCTGTCCTACGAACCTAATAAACCTGCAATGATATTAGCAATTATACCCATTGCTTCACCCTTTGTGTGCTCCTGCAATGAAACCTATTAAACCACCAGCAATAAGTGACCACGGTATACTCTTACTCCTTTACATTAAATTTTAATATATTTGTCTAAATTATAATTTAAAGTTTTGTAAATATTATTCTTGTGTGACATATTACATCCTCTTTTTAAATATTAATATTATTTGATGATGGTACTAAAGCCTAGTCATTTTATAACGATGAATAGTCATTAACAGAATCTAAGTGACTTATAGTCATAACGATTATAAAATGGATAACAAATTAATTATTTTCTTTATTTACAGCAATTATTGTAAGTTAATATATCGTCCCTGACTAACAAAATAAATTCCGTACAATGGCACAAAATAAGGTATTATTCCATTTCTGCCAGTTCTTCCTGTGTATTCATTCCTCTTTTAAGCCTGTATTCTCTTATTTTCTGTCCTAATGTCTTTTCCATCTTTCTCTCCATTTCCGCCTAAAACGGAAACAGACGTAAAAAAATACATTCTCACAAATTATTGTGAAAGCCAATGCATTTACTTTCTATCTACTCATCGGTTTTATATATTGCCATTTCTTCTTTTGCTTTTTTAAAGTCAGGCATACGCCACTCAGTTTGGACTTCCTGTTCTAGGGATATTCATATGTCCCTCTTTTCCCAAGCCTAGGATATCGACCATCGGAATAATCGCATACTCTGCCTTTCTTTTCAGCAAGATAGCTCAAAAGTCGATCCTTCACACTTCCGTCCTTCCATTCCCTGCTTCTTTAAGAAAATGAACCTTTCTTTTTGCAGCGGCATTTGCAATCCCTGATACCACTCCATCAGGTATCATTGTCATCGGAAGTTCTATTATAAAAGGCTCAGTTGTTTTCTTCATTCTTTCTGTGTCATGGGCATACTTTCCACTGGTTTCAATAGAAAATACGAGGATCTTCATTCCCTTTAAGTGATAATGATCCTTTAATTCAAAACCTCTGGACGCAAATCGCCCAAATCCTCAACCACCAAATTTACGCCTGGAATTTTCTCCTTTAGGGTATCCAACACCTCATATCCAGGGCCTCAATCCATTCTCCTTCAATAGCTGTTGAGCAAGGCTTGGAATCTTCCAGAAGGTATCAAATGCCTTGCAGGAAGCTGATTGATTAGGATAATAATAATTTTGCACTATATATCAATTCGATCAACCAGAATTGATATTCCTTTTTCTTCATATAATCCCAATCATAGATTAGTTTCCCCATCTTTGGCCTGTGGCACTAAAGTAATCTGGTGGAACGCCGTAAACAGAGGTCTTGCATCGGTGTCTAGCAAAGAAGTTATCCTTTCCTGCCCAAGACATCCACTGAGTCAAGTCCACATAAAATGGAACATCTCCCATAACGCATTCCTGCGGCTTGCTTGGCCCTTTCCTTTACCTTCATCCATTGGCAAGAAGAATACATATTGGAGAAAGCAATGAAATTTTTGCCTCCTCTTCTACTGTGGCTGGAAGAGAAGTTCTTGTCTTTGGCCAATCCTATCTTCCCTATCTCCATTCATTCCAACTTCCTCCATTGGCCAACTGTGCACGAAATACTCCATAAGTGTAGATTTAATCATATTGTCATAAATTGCTTTTTGTAGTCATCATCATCCTGACCATTTTCCTTGAACTTCTCAAGGCCTGTCTCAAATATGGCTCCTTAAATGCTCACAGCATCGCCAATCATGTTTGCATTTACTCTCCTAAAAGCTACAGGCTCTTTCTCAAGCAATCCCTCTTGATATAAAGTGTTAAACTAATATAGAGTTCATCCCCTGCACATGAGGAATAAGGCTGATAAGGGGGAATTTCCATATCCCACTGGATTTAAGAATAAAATCTGCCAAATCTTTACACCATTTTCCCCCATCATCTCAATCCATTGATATAGGCTTCTCCCAGCTCCCACTCCCGTGCGGGAAAGGGAGTGCAGAGACTGGCATTAAAATTCTGTCTTTTTCATTTTTTCTCTCATTAAAACATAAATGCCAGATGTCCTCATTGTATTCTGCAATGGTTCTATCCAGAAAGAGAAGAAACCAGCTTTCGCGATATTTACTAGGGTTTTCTTTACCCACTTGTCCTGATCCTCGCAATTCATTGAGCATTTGCTCTTTACCTTGATATAATCCTTTACATCAAGTAATGCCATGTACACAATTTCCTTGTACAGGCGTACCAGATTTTCAGCATCTCCAATGCGCAACAATTCTTTGCCGACAATAAAGCTTACCAAATCTTCTACCATCGGATCATTTCTATAGATGTCTGCAGCACAATAGGTACCTGTCTCATAGAGCTTAATGACATCCTCAGATTTCTTTCGAAGATATAGATGTTGTCATCGCCCACCAACTCGTGAATCTCACATTAACTCCATCCTCTGTTCCCAAAGTGCTCCATTCAACATAAACTTCATATTTCCTGTACCTGAAGCCTCCTTGATGCAGAAGAAATCTGCTCAGAAATATCGCAAGCTGGAATGAGCTTTCTGCCTTTGTGACATTATAGTTTTCTACCATAATCTTCATGTATGGGCTTACATCTGGGTCATTGTCAACTAACTGCTGTAAGCAGAGAATCAAATGGACTGTATCGCTGCAATGGTATAAGCTGGTGCAGCACTTCGCTCCAAAAATCATAGTGAGGACGCTTTGGCAAATTCCTTCTTGATTTCCTTATACTTGTAAATTGCATAAAGTGCATTCATCTGCTGTCTCTTATACTCATGGAGACGCTTGATCCTGAATATCGAATACAGAATTCTCATCCACATCAATATTCTGTGTCTTCTTCAAGTACTTCTTCAACTCGATCTTTGCATCCTTCTTGATCTCTCAATCTCTGAAGAACCTTCTCGTCATTCTCATAGCCCAACAACTTCTCTAGAAGTTTGTCGCATCCACCATAAATCCTGGGCCAATGAGTTCCTTTAAATAGTCAACTAACTCATAGTTGCAGTGCAACCATCTAAGGTGATACCATTGGTTTTGTTGTTAAACTTCTCTGGATAGATATCATAGAAAGGCTTTAACTCGGAGTCCTTCAAAATATCTGTGTGAAGAGCAGCTACACCATTCACTGCATATCCATAATGAATATCAATATAGGAGCCATATGAACACGGTTTTCATTGTCAATAATATGAGCTCTCTCGTCCTGGAAGTTAGCTCTTACTCTTGCATCCAACTCACGGATAATTGGCATCAACTGAGGTACTACCTTCTCCCAAGTAGTGAATTGGCCACTTCTCCAATGCCTCAGCCAAAATGGTGTGATTGGTGTATGCACAAAGTCTTGCTCACAACATCAATTGCTGTGTCCATATCAAAGCCCTTTTGCTGTGTCAAAATACGAATCAACTCTGGAATCACCATTGTTGGATTGGTGTATCATTGATCTGGTCGCATACAATAATATGAAGCTTATGTAAATCTACTCCTCTTTGCTCTGCTTCCTGGAGAATAAGCTGTGCACCATTGCTCACCATAAGAATACTGCTGGTAAATTCTCCAATAAATGTCCAGCCTCATCACTGTCATCTGGATAGAGGAATAATGTCAAGTTCTTGAAAATATCATACTTATTTATTGAACTAGATACCCTCGCCAATGATTGACTCATCTACAGTGTCAAGGTCAAAAAGGTGCAATTTATTGCATTTACTCTGGTGATATCCTGTAACATCCGTATCGTACATTGTAGGTTTCAAAGTGGCAATGGAACCTCAAAGCTTACATCTGTTCTTGTCAACCAGCTATTTTCTGTAATCCATGGATTCTTCTCTTCTCTTGCTTGTTATCCACAAACTTTGAAGGAATAATCCGTCTCATTGGTAAATTTAAGCCCACACCATCTCCATTGAGCCAAGAGTTGCGATAGAATCAAGGAAACAAGCAGCAAGACGACCTAATCCACCATTTCCAAGTGAAGGCTCCATCTCGACATCCTCGATCGCTGTTAAATCATGACCATTTTTTGCAAGAAGCTCTCTCACTTCATCAAACAGTCCAAGATTAATCAAATTGTTGGAAGCAACTTTTTCAATAAGGAACTTCTGCTGAGTATATAATACAGCTTTCTTTCCCATCATTGTGCTCCATTTGCATCTTCTCTTTTGTAATGTTCAAAATAAGACCTACCGTATGAAACCTCAACAATGCCTTGTGAGCTATCTTGCTTAAATCCTCTACTGACATCTTTCTTAACATCTCCTTTATTTTTTCTAAATTCTACGGATTAGATTCCATCTTGACCAAAGTCTCTCCGTCAAATTCATATGCAAAAAGCACCTCTCCTTCGCCTCTCTCACTTTGACAGTCTCATTTGAGGCATTGATGAGAACTTCCATCTTATTTCCATCATATGTCCGATCTTGATATATTCTACGCATCGCTCATTTTCATAGCTGTGTGGAAAATGAAAATGCGGACTTCTGCAAGGTCTTTTCCTTTCTTCTGAGCATAATCAAGCTGCGCATCGTGGCGATCTTTTTCTGATTTTCTTGACCTCACTCCACGAGCATACACCTTCTACAATCTGGATCATGTGCCCCTTCCATTGCAATCTCTGTGCCATAGTAGATGCACGGACTTCCTTGGAAAGTGTAAAAGAGAATGGCCAATTGCTGATAAAACTTATCAGATTATGGAAGCGATTCATCAACCGCTCTGTGTCGTGAGAATCAACATAGGAAAGAATTACATTGTTATTTTGCTTTTTATATACATAGTATAGCAGCGATTGATCCTTTATGATTATGTCCTTTTTCATTGTTTTGTCAATAAAAAGTCATATGGATGCCACTGAGCAAGAGATAATTCATTACCGAATCATATTCATCTCCCTGTAGCCACTGACTTTGCATCATCAGATAAACAAATAAATGCTCGGGCTTTATTGCCTTCAATGCGTCTGATTCGCTTTAAAAATCGATGAGAATACTTCATTTCCCACATCCAAATCGAATGCCATCAATACCAAATTCCTTGATCCAATCCTCACAGACATACAAAAATATTCAATAACTTCATCGTTATTGGTATTTAGCACTGTGACATACCATCTGTAAATGCAAAAGAATAAAAGCGTCGATCCCCTAGTATCTGCTCTCTTTCCAATTTCATCCCAATTTTCAACCATAAACCAATCTGCATAGCGAAGGGCTTTCCATCTTCTAACACATCGAGCCAAAGGGCAAATTTTCTTCCACAATGGTTAAACACCGCATCCACCATAATATGGATTCCTCTTTCATGAGCTTCCCTGCAAAGTGATTTCATTATATCACTATTTCCAAAAGCTGGGTCGATTTTTTGTATAATCGGTTGTGTCATACTGTGATTCGAAGAGGCCTCCATAATTGGATTTAAATAAATTTACGTAATTCCTAACTCTGTAAATAGCCCAATTTGGCGAATGCCTCATCCCCCAAATTTTTCATGATTTGTCACACTTCCGTGATCTCTCCACGGTGATGTCATCACCGTTTTTCTTGTTATTACAAAATCTGTCTGGAAAAATTTGATACCAGATGTATCATTGCCATGTAGGTGTGCGGTTGATGTCTGCTGGGTTCATCCATGGTACAATAAAACTTTTTGGCATTCGACCGTCCATATGAAATTGTTCTTTGGTCAAAAAACCATCTTCAAAATGGTACCAAACCCGATCCTTTGTATGCAATTCAAAAAAGCACTTGCATCTCTTATAAAATGGAAGTAAAGTGTGGTAGTTGTCCACCAAATCTGATGTGACAGACGCACTAACAGGTGAACAATTCTTCTATCTTTCACAGTCCATTTTCCTTTCCCCCAAGAATTCCAGCCTCAAAGGGTCTCCATAGTGAATAAACTTTTTCTACATCATATCCTGTTTTGAGTTTACAATCAATCTGTCTTCATCCAGGGTAACTCATCTGTTCTGATGTTCTATGATACACATAACCAATTCCTCTAGATTTTCTCCCTACTCTACTCAAATTCCAAAGTATACACTCTGTGCACTAACTTCTACCTGTCCATCTACATGAATCTCTTTTTCAAAGCACCAACTGTCATTTCCATCACCCTGTAATTTCCATCTAAGTCACACAAGAAAGCTTTCTTTGATGCATTGTAATCACCTTTACCTGAGACCACAAGCAACCCGCATCATTGTTCACAGTAAAACCGACAATCTGCTTTTCTTCCAAAACATCAATGAATAACATCACTATCCTCAGATTTATCACAAAGTCAGAAATCTTTTCTCAGATTTTGATAATCACCTGATAAGTAATGAACGAATTCTGGGTTTGCCATCTGTTCCCATTTTAGGCAATTCAATGAAATTGGAGCATTAAATGTATTATCTAATCCATCTTTGTTCTAGCAAACTCTTCTCCTGATAAAAAGAACAATGTTCCCTGTAGGTCATATAGACTGCAGCGACATACTTATTAGTGCCGTTAACTCTTCCTGGGACGGTCCTCCTTTAACTTATCCCACAAAGTATGATTGTCATGTGCCGATACATAGGTGACAATCTGGAAGAACGCTACATTTCCATCCCTTTGCTGTTATGGATTTGCACCATCTTAAATACACACCTGGCCAACATCATCTTCTTTTTCTGTGCCTTGCATTGATAAAAACCTGCCTTTTCAGGTTTGAGTGCAGATCCTTTAATGCCATCGAGTTACTGTCACAAAAAGCACCGACATTTTCATCTAAAAAGTCGATATTATTCTTTTTCGCTAATTTTTCTTCCTTCTACTGCTGTCTTTGTCGCTGCCCACGGCTCACCATATAAATAATCTTTTTTCCCTTGCCATATTGAAGGTCGAGTTCTTTTCTGATTCGATTCATCAAATCTACATCCAACAGTCCCAAAGTCAAGCGGAAGCCATCAATATGATATTCCTTGGCCCAATAAAAGCACCGAGTCCAGAATATATTTTCCACACATTGCTCTCTCACTGGCCACATCATTTCCGCAAACTGAACCATTAGAAATAGTTCCATCTGGAAATCGCTCATTAAAATACCAAGGCAATGGCTACGAAGCCATGAATCAGCGAATATGTGTGATTGTGGAATACATCCGCCAATGACACCAAATCCTGCTTCATGGATCGACTGGATCATCTCCTTCGCTGCTTTGATGCGAACCTGCACACCATGTTAAAAACTTGCATCGGTCGCATGAGATCCCTCTGGCATTGTAATTGACTGGATCATATCCCCAGTTAAATTCCGTGTCATCTCATCTTCATCCACTGATTATAGTCATACGTGGCATAATCTGAATAGCGGGTTCACACAGCTCTTTCAGATATTGAACCTGTTGGATGAATCCCGTCGTATTTAATGTTGGCAATAGCTACAAGTAAATGCCTTAATACTTTCCGCGATATTCTATCGGAAAAACCTACCCGACTATCCCAAGAAAATTCTTTTACATGGAAGCTCATAGACGATTCTTTCTTCACCTTCTTCAGGTGATTGTTCCTTTTCCCATCCCTCAGGGTCGGTCTTTTTTAGAATTTACTGCCATACTGCGCACAGTCATTCATATGGTCTGCTGTCAGGACTTTCTCACCCATCTCTGGAAATTAAATAGTCATAGTATACCCCATCAAAGTTCTTCATCTGTCCATACACAACTCTCTTCTTTGCTTCTTTTCTTCCATTGGGATAAGCCAGATAAGCATTTTCGCCATTTCTATGATACAAATTTAAGATGACACCTTCCGCCTCTGTGTGACCACAGACGGAAGGTTGTTTTATCCTCATTACATTCTACCCCAAGATCATTCCCATCATAAACAATTGCAAGAATGCCCTTGAAGAATAATAACTTCTTTAGTTCTACTCTGCTCTCTCATTCTTTATCCCTTAACTGCACCTGATACGCCATTGATGACATAATACTTCTGCATACATAAGAATAAGATCGCAATTGGAATAAAATCAACATACTGCACCTGCAGCTGGTACCAATATCCATCCTGTTCCTTCTCCAGCATTTTCCAAAGTCCAATACAGCAATCGTATACTGAGTGGGTACATATAACCTTTGCAAAGATGAAGTCAAGCCATCGGAGCCATAAATGATGTTAAAACTGTATAGACAATGATTGGCCTCAATGGCAATGTGATTTTTGAGAAAATCTGCCATCTCAAATGCATCCATCAAAGTGCAGCCTCATCAATCGCTGTTGGAATGGTGTCAAAAAATCCCCTTTGCAATCAACCAAGTCCTGCACCTCCAGAGTAACACAAGATCAATGCCAACAATGAGACTTCCCTGAGTAAGTCCCATCGCTTTCAAAATAAAGTACACTGTGATCATGGACGTAAATCTGAGAACAATCCAAGAACAAAAATGGCCATGTTCATATAAGGCTTTCTCAACTTAAACTTCAATCTAGACAAGCAGTAAGACACTGCAGGTACAGCAGAATGCAGACAAAATACTGAAACAAATGGCAATAAACAAGGTGTTCATAAACATTTTGTGGAAAGTTCTATTGATGTATCAGAAAATAACTTTGCATAATTACTAAGTGTAAACGCTTTTTGGGAAGAAGGTTGATACATAAAATTTCCGCACTTGGAAACTTGTAAGGATTACCGAAAGATAAGGGAAAAGCCAAAATGACAGCCAACACCGCAAGCACAATATGCACAATGGTATTGTCGATCATCCTCTTCTGCTGCAGATTGTAAATTCTTTCACCATGATTTAGAAGCCTCCTTCTTCTTTGTAAGATTTACTATTTCTATAGGTCAAGAGTGCACCGATAGCCAAAATAATAAGGTCACTAATTCCAATAACTGCACCGATGTGTGTGCTTGTCGATTGTCAACTTATAGAGCCATGTCCAAGAATCGGTCTTACCCTTTGTTGAAGAAGATCGGTAACAGGATCTCACTCCTGACAAAAGATAAATAACATTGAAGTTATTGATATTTATATAAAGATGCAATCAAATATGGTGTTGTCACATAGAGCATATATGGCAATGTAATCTTTGTAAAGATCTGCAATGCATTCGCTCCATCCATTCTTACCGCCTCATACAAATCTTCGGACATTCTGAAGAACACCTGTAAGCTGAAGCAAGGTATGGCACACCAACCCAGATGTTGATGATTACAGTAACTCTTGCCCATGTTAGTTGTAAAATGGAGAAGGCTTGCATCTTTACCAATTAATCCCAAATTTCTCAAAAGTACATTAATGGCTCCTTCTGGCTTTCGCGCATTGTACGCATAATCAGAGAACAAACGTGGCACTGCACAAGAAAGTACAAAACAAAATCTCCAAAATACGTTCCCTTTCTGTTGATCAAGGACAAAATCATTTCCAAATATATAGTTACTAAATGTTAAGAACGCTGAAATTGGTCAAGCAGCTTTTGATAGAAGGTACTTCCTGATACTTCTGAATCAAACAATGTCTTGGGGTATCAAGTCCTACCCAGTTAAATAGCGACAAATGATTGTCAATACGGCTGTAATTCGTAAAAGCCATGCAAATCATAAATACAAGTGGAAGGATAGTAAATACAAAGACAAATGCTGTTGGTGGTGTCATAACAGGCGATACAAATTCTCATGGAAGAGACTCGACTGCTCCGAAATGTGACATGTCTTCACTCATGTGAAGACGCTCGACCTTATAGGCCTCTTTAAGTTCACTCTCCAAACAAAGAACATCAAAACAGTAATTAATATTGCTGTCACACCATCGAAATAGCCCTTTGTGTAGAGATAAATCACCAGCAACCGGTCAGCTTCTTGTTGTTCTTTACTGAATACAATGTGTAAAGTTACCAATAAACCCAATTCCATTGACCACCATAAAGACAATGTGATCTCAATGGCCAAATATAAAGTCATGATTACCTGCCACTCTGTCTATTTCCTAATCCCAGAATCATGGAAAGCTTTGTCTCTAATCCGCCCTCTTTTATCGCATTTTTATGTATGGCGTTGAAATTCATTAGCTCACTGTTAAATAAACTCATTCCATTTGCCCTTATGATTCCATTCACCCATTAATTTGCTGCATTCATTGCTTCTACTTGCTCTTTTGCATTTTCATATTACACTCTTGTTGCGGATTCCTTTTCCCATATTCTCAACTGGTGTCCAGCAATTGCTCATTGCCGATACAAATGGCTGAAGAACGAGATATTGTTAGAAAAGGTATTATTCTGTGCCTGAACAAGTTCATCTGATGCAACTTCCTTGTCCTTTGAAGTTCAGTATTACATGGAATAACATTTCTCATCTCATAATGTGCCTTCTGAGCATCTAGTCCACCCAGATACACCACCAGCTCAACTGGCGCTCCATAATATTGTGTGCATTGACTCCGGCGATAGCCTTTGAACCTGCGCTAAGGAAAGCATTTGCTTATCTTGTCCATTTACTTTCTGTAAATGTTGGTGAGGTCGTAACACCCATGTTGTCGCAATGCTTCCTTGATTGCCTTTGCATCTAGAGCCAGCAGAGCATTGGCTTTACTGCCATCGCGAAGACCGCAAGTGCAGAACCATCTGCATCAATTTTGAAATTCGGATTGGCTGTAAGGTCGAATTACATAGTTGGTGACATCCACGCCACCTGACCACCAAGATCAACACCTTTTGACTCATCTGTTCCATCTCCAGGTACATCCATTTCCAAGATAGAATGCTGGAAGGTACTTATGGGTGACCAATGGGAAAGATACCTTTCCTTTTTCAATATTATCAGTTTTCATCGTCTGCTGGCGCTCTGGCTATCATAAATTATACCAAGTATTGGTTGTAAACGAACACCATAGACTCCCATTCACTGTAAGGGAATCCAAAAGTCCCTTTGCATTACTTGACTCAATCTCACTCTTTGTATTTTCCACCAAACTTTGCCACGGCCTTTGCATCAATAAGATTGGTTATACGGTCATTTGTGCATAAACACATCCACACGCAGCTTCTGGATCCTGTGCCACCCCTGGTCTGCCAGCATTGCCTCGTCGGCAACATATAGACAAAAGTAATATCCCACTCTGGATGATCCGCTGCGAAATTGCTACATTGTCTGCAACCGGCCACTGTCTTTTGATTGATCCTCTGATGGCGACCATACCATTCAGTCTGACCTTCTCCGATCCTTTCGCCACCTTACTACTTCCACATCCAGTAAGCCTACCGCTAGGCTTGCCGTCATGATTCCTGCTAGAAACATGCCAGACATATTTCTCAAATTTCTCTTTCTTCCTCCGCCTTAAATTTTCGCATTGTTTCGTTATGTTTAATATATATATCTTTTTTATTTTTCGTCAATCTATTTTCAATCTCTTGATGTCTTCGTTAAATTTACATAATTTACTATCTTTATATTTATTTTAATATACTTTGATTCTATTTTTTTATAAACTTTACTAATTTTTTTACACCATATAATAAAAAACATGATTTTAACACTTTTGATGAACAGTTAAGTTCTCTTATTGATGAAAAGGATAGATTATGACGACTATCCAGGATATTGCTGATAAAATAAGGTCTCAAGAGCACTGTGTCAAAAGCACTAAATAATGCCCCCGAATATCAGTGAAACGGTAAACAAGTTTTAGAAACTGCGGTTGCTGTAGAACCTTTTGAAATTACGCCGTTATAAAAATCCCGTACAAAAAGATCTGTATATTAATAGAAAAAGAATATGCAATATGAAGAATTTACATAGTTTTGCCTATGATATCATTATGGGATTTCGCCAGATGAGGGAGAGCCTGCTGGCTTTGGTTAGTTATACCGATAGATATTCAGCTTTTGCAGCGAAACTTAACCTTTACTGTTATTTTCTTGGGCATAATTATGTCAGTGCTTTTGTCGTGACTTTTCCTCAGCTGACCGTGGATCGGAACTTTGAAACTAGTCGCACACCCTCTGCGTACTCTTTGACAACTATATTGTCGGCGTCCCATCAACTGACTTCTGTAATCAAAGAATTGACAATGATGAGGATGGTGTCTCTATCTTATCCGACTCAGTACGAAGGTAGCACTTAAGTAGCTCCTTGAATCGAGGTCTTACAAATACAGCACCTTCGCTTTTTCCGTGCCATCACCAACAATGGAATTAAGACTTCCTCTGTGCAGTACTCATATCATTTATCTGATGCATTGAAAAAGCATCTACCCAGATTTTTAAAAGTGGAATGACAGCTATTATTTAGCCAAGATACTATAGCCAGTGCTTTCAATCATACGAAATTATTAACAAACTGGGATATCAAATTTTCTAAATGATGTAATTATTGTTGGATTTGATGATCTCCACTGGCGAAGCTCATCTATGCACACTCACAATGACAAGGCAAGATGGTCTGAAGCGCTGGAAAAAGTGGTTTTTGCACTTTCGAGCTTACTCAATCACATACCAATTAGCACATTTTTACTGCGTGCCCGTCTAATCGAGCGAGCATCGGTGATGACAAAACGACAGTCAAAAAATAAACTGATTTACTCAATCTTGTATAATAGATTTAAAAACCAACCGACAAGTCAGATGGTTGGCTCTTCTACGACACTTTTGCAGTTTTTCTCTTCTCCTCCCCAAATCTCCACACAAAATCCTTGTGACCACACTTAGTAAATCAACACAGTTGTTGGTGTATGCCTTGCTAAAATCAGCTCTTTGGGATGGCCAATGTTTGATGACATTCTGGACAAATGTATTGTACATTACTAAAATAATGGATAATCATGATGCTTCCCCACCCAATTGCAATAAGTAAACAAAAGACAAATAGCCACCATACCTGTAATAATCCAAAAATAATACAAGTCCACTTCCTATGTTCCATCAACAATCAAGTTTTTTTAATTTTTTCTTGTCTTTCATCCTTATGGTCATGTCACTGATGGATTCGAGAGAGCACTGATCTTTACTGGCAAGCTCATTTTTAGTTCCCGAAGTTTTGCCAATTTTCCTTCTTCTTTCCAATCTCATCAGAAAGCAATTTGTCTTGTTGTTCAATGAGAGAAGAGAGCTTTTCAGGATGTTCTTCTTGTAGTATTTGAGGAATTGCCTCAATCGACAAATCCGATCCAAAACATATGATTTTCATCCTCTTCAATTCACTGTCTGGAAGTAAACTCGTCGTCCCCTTCAGAAAGCTCACTTGGAATTAGGATTCCCCTTTGATCATAATATTGAGAACTGTTCGGACTGTAGCTTTCACAGAGCTTTGCCAACTCTCCCGTTGTGTATTTTGACATATTTCACCTCCCTTACGCCACAGATTCTACAACAGCAACCTAGCGTAACAAACAAGACCTCACGCAGGGGATTTTTACTGAAATGATTGACTTTCGAAAAAAGGGCATCGTTTTTCCTATACATTGATTATTTTGCTGAATATTTACATACAACTGCAAGCTATACATCGTAAATGTTAAAAAATTCTCCTTAACAAAATCAATTGCATTAAAAATAGACAGGAAGGAATCTCTTACAACAACGTGGTCGCCAATCTTTCCGATTTCTTCCAACGATTTTGCTGTCATTTTATGCGAAAGTGCAAAAGGTTCATTCGACATAGGTGTAGACTGTGAGATAATAGAGATAAACATTCCTGTACTAATTCCTGCACCACAAGCCCCCCAAAATCCACAACTCCCCTGGAACACTCTTACCACGATTCATCATCTCTATCAGCGTGCTGTGAAGATCAATCTTTCCACCAGCATTTTTGTATGCAGTAAGCAATGCCGCTCCAACCATAACATGATGTTCTGAATGCGTGTGCATATGGCAAAATGGCAGTGCCATCATCTCTTCAATAATCACTATTGGATTCTTGGGAAGTTTCTTTCCTACATAAATCAGTAATTGCTGCAAGTCACTTGTGTGTGGCAATCATTACACACATGGTGCCAGCAATACGTAA + $$%%#'***--42-++,,-,.066996<<><;;<9820/'((/28623498277801%%%$'--.156426;8=><51166:=?<8<9<>9/*.68665$1*01--7978831.1-323347779=<8.7:875653/1.((%)-,/*)*/77;=?>=A<7444)#-/9::96577654-')35::966(*'&,*'%%%/36<;97:9<;:955665(79===DGE8:;756<95(&'--//))('($(-,0-,.02223118777633/0110/35544.-(''%%##)+)+-+)&,0/+*0',,)%***0/26886:<87',,%&%&2*9=35204:03836=3461+,+3*0,----$%%%(),*-3-,+1*1346879;<9;:43)36877:,,9,,)-/:89:;9AD>?@B4?:0/146;;9/67500,)+*115520-++++(')($%%%$##(-',4'2324697:>@=884374-,,,-*&$%)-/++'&0+-448589$);<9;<>?;=99:7/0257=A=<5963-,434')$$$'233-0-$$.58:734.120/-)110/1&+%%&-/598872=:>@A=60339;:5;<8110+*./678:<95-&*--,.4457-**&$%%$&&)&+102231211412/--(##'--///,,'$$##%&&*(+--+/*&)2799026200$*577377::=<4645521110-,-.025.&%%$##$$#$#$$$%$485:736&4470=::>@AA?;;<<:=?@<9657887')64536457;;@>755475769>BC@9;;32443=>;:=><;;36.//3<;78;7=>;;;=9,-&&'&)5777==87)-E;>>=?:8:7$*$%&$&(&15;>2==487-<@<=<:3,47:?>8=@>?@8:9;7437;8<=;<57/?;>EE?=3<9:37866568;?;768;++66><8:8:9:878733454+56<;;;9+55124200029896<6467)'*,-/8892$'1267589:=%*&0)*+*(&&'$%%$#%%'-*'(#####%'%&)'+../'%&*./-,.30299433+7588:674341/*(--/73599:741-.,%(-678>996;98E?@;79:65<992352353,*.9:8+-2557=2?<=7706:79>>=@:?<'><6;<<@C:D=>?@><:88=78:7;879&79;:)+?8/+&.07<:<929994187:9==BA<:17),4<=8:562323///),,0--2.//.122)+,145<=?>;+:<99;<50241453052124=?;)6359;881..'$*10/18618@B98;>>=;48:9;8672451,***,*'''&&$%%3778721798342$-,,&$$00120364425;;::::+++33*&(6=;54799677533+)-244?B<:@DB:)-%*(($&-..10%--0231/0734988:556:7+9:<:9874242,*05:8%100522318;97<>:9<;1./'+*13++387159%+(((6699=F=<=<7-'$/12997410,('&$%%**&12560.../&&/.065>779.5@B<:7;54/23..'&($$'8<89::789:-(-54::5344-)1*$$+/115846::99./.-..78:;;<;7867:964'35564+)*/34/1---)/9@20276;67')-674('*-,(.--/6358?9799:55444332-/1&&**0169<:A?965999*$'+8689:?@??AB>9788B@7988<>;<@500*%%&%&*)*08::0%,?@;/947=;@?9379;989'%%$'(%(%%('113887734BAB882:85:73?6*'56;?8:99<-,-12)<9765.0%%'%$$'%,-4843;46;BEBAF?;@<97:41$%&&8327:=958><;348201.79;;;=;<9::91$)+-(&)'-178734303,+&%#$,--45::4;568++%$$$%&(''&&())*77;;77+3495.,>;<9;335=69IF:;;:=>>36:;<5434<>;;978963921)-24652//:<;8:7567974--/,*%%%#%((2>?>36:=8;984037:../-32+(/--/+.,*&')(&22//123446;>><9*:7;998>;9::559?CA42666479:64$((1796@BB?CE9;;;=@A4::776/-5:82*-)&'&(/27<>;::$$'=?9467<>:<=:;4%..-1*,+%+008:2(BA7>=D;:8>C@529;=<>826801.+012489:<=<??BC;;867559743185AB@@=<>:7<;>AFG>598:==779,-,---.65844040/10264%%%.,..&,)/.158:98845488:?@>38374*&&$'$)((3*40343871-+*#%(+2220003985--+*'3245670159;13137989,$##$$$%('&&$&%%&-.-,%%''(((0.+*'=<::3%-%*3.8>924787631'%%%)15567411.,.,**$)('()&&,+,*797223787423888:;;83(**-680+*))('(&$$$$#$'&$,,/.241'*/2589<==38-733511<8:8742,))&%*1313122'&)(&&0144222347=A@96B==7899:998+1/.+$)76..-,.%5514>>46>?=4/5;;<8895.10--,+&((+,,/)#$####$#$+-...1451.,,&%&+$'&125456)&$$'',,(('$$#$#$&###(%$$(,,0//00/--//.,,--0('0('#$$&)*,-,--$.,2203418:???922%.6:9:4;53<=>CAE?><9?B@D<8444::1/452)0&&-2..//=9;:C9BA>B@9@><;6***35,79:412'$.1468<<;<=9;<2/,)&'+***27547<<>88=?@C><>2++-0342(-.%(+2/$'%%&$'(-''$$$,-/5235.,30016679::;:.00/*(320.01167BC@=7C<;:=88,/03*%'++++,(*/2568/.45510%%(&$$$+$)%$$-,.6761/.57=;;:20434(&%&&(#%&#**43.878699987&&)$'#%'./--+++(*)*).&*(,(%%'$#+/13.22330---,)./,-$)7771$&$'(%+,%%'%'%%%$#$&$$&#%%''))%$%&&'&*,20,55*+-',37997877=@>@:-()'&*&*&%$$$*+**',2)$###(&+%&&%'1)$($%*+,+,-.112(./-+16<<>>=A??DB58:<@@?FBB=94-&$'$#(')'$''11005:4'//0,'(&+.//-')).)**(#$/0.-&(),*1265,+&$%&#*'$$##&(%$$$'#4766>>7;601./11777934-*&&*&+&34//--->90339>:%%163;@A>'1,0%255466658534267A?<<68<4;:;:72%40==:==66''%%$%%$%#$$%$3456411)%%'2449<;A?DB<7:@;<:=81+/*'(9510/(10362,523733337=6*/37>A?ABFFD?9;?>=:<B@C87667/+-+.3:7=B8?=>BAC>=<9E>BB?C=<@BHD>C=&)69=B>>D=1,,0&$,$04435%4;==>:<86?@@C=;62&(57?>=>;<3=;;9<3/8?851$&-,/.*&&&&&*2948674889=:A<(:>84110($*+&%%%&+%***&&''''$$*-++.5443+0&&68756543410/**%#('*4769998(23//.//>A=<;999999752254(0/-)'+-16766458=<68-./-,-()34598:>=)22129988:?8@859<89530%-8:>=79889255-552-../0.*&&&(((393578532.(.'$&'21<<6B@8866212355777*$'$$$%)*-%++%'&$'$$%''&,.-3589<;865841--34/,,-,,.267.163:BCADF@@HF@9?3@B@DFE4455542+++048;@D?>BGGF8>@CC7.+420.&&1/158:5:765679<<@B=98896779;76><9??==5>=::;==@C<=?<8:+566<;:88415588<>=7;;>DBA522221=;<>A?;::=88=<:;5,&%$$$%()/+,%0221221''&',)($/497=200*'%',8:8224:5987/.57658><:7:=18<;?>;=<;;85534;529=:/1#$$&$(#$)*))&$%%$+1-0568@B?>932777@AA4=99:7==.1142*$((%$&,/044%+(.%($$*,-,00/0111.$$$$)463.'9:852//49@BBB>><=><79<62210,/6=?;=><867>?C@=<3:9742225202786,/6..4653..'$%-%%)*++*.3230)%$(&)612;88B;8<99@??A@D=;>A589@B=C:8633&2*(457<;===8>E@6725?A/85<>DD@08<@?AD>55$$+*%'()#%$$$&,/345::;;5;:797?;D<<64458<>=DD@77+6><=9B;:;;>?-/552'2*51%$*&&++4::=A?=37?A9::=88;7,65;:7;@<@B:700510*,+/**8<=:=:,*578=9;>=4.512,019<7><;;6;>=<;2+))/50%51*20$'$,%$#%$/6779>>?6469=A=@9=<;;(6544;34.-663/)(&&&&(+*,-60('+,/20%65:7366482**2455=:<<=487:8;=@88;<@<5.9@@BC=756:713789>769974<=;:==<3,)5021313/*-06796574,9;=9<;=9?5>>73:5;<9=;:93&553/00)()))+)(($%)('()'&),+34453326:>;G13FH?BA>@&5D@:?><99:<01120$%',.66,234798;:7833.*),;;;?;:GGGB<>=268868:=6<=BDDB@=ADE@ABBB:9;@BA.:;=D@>::<;>@>A=AB=?77744,66<==:--7<45:6<@A?<9<;=>9667340$%&')*+245:36?:<@D@8>:&&7746690/29=3276>:98>A6,;>;@<<3(348=>@@>?>-4'6359;=9>=>8=:40+,144589=:6<;?=(./..'&&$%#$$()*$%&('%%&'$%)+(#%&'(%),,+$/&&123466673:;::@A=73-.8249>?:4AA7683:7?;9304>?=:?@CA=>:0...,2:::459497675''''()#'''))-45874*''%%&)+,112454476')657<::88<;859<;=<696614511/9:836;333.,-*,''&&040/'(3==@94>857999;A:9??@AA?:674:'89=E@@C<@<@@9:;>@>@=;787)&'&);1:@>@@?:>>:8224478:5866885+**&&./28:57:6551,.-((&-<=<=<=9;=7<;:=;=;=;;5838:8533%*-289<>=88<=;?B@?=;;=?><=3+01115<7467=935741&&'$$$#$,/..*)0/,.;<<7877543235542<7802/1;=??B@;;3777894(&02236667665;4%665/''-.7889=88:500)*'%&(-6:6332./28C=?744--61'484?:.+/$,0.656:9A;:7:645::<>::;>G@::953$$&$&&/9?A@AFC>?><6586B>=89:8:9))-',166<:888:;9:;<@@9>B@?BA@B>DBAAA9994454+/.00((%')++-.27;6:85/6.6;;;@=987999553>@::44*8@>@GA=?4/'*+-8??CE0:167D>99=>@>GDC@>5@8:;81%%3*)01132/-',,-,,29=78:,<=>9167=:>9;:9;;94:;:>7;>@;>??>EB@@BB=?A?@C@?>93641//%0(5/2537ABCFFB198800666%&23298;AA>,3?>?;A@B8=@C;6@AD?A;>3515;<;5776;2?=:=68;8-.(213347=*):;;B@==<5;;255?=8;:<:7;66;0689>=<<861113/152021*'$%$#&'&&%%$#)+,.4:<:?897799?=;7-*)./2466972'17639<1:36:?C;BFAA99.0(.;/:7?;<;<=<@@A>::4@7))44551332499:28/*+++-21011-3373/*<;<66315888368=>@D<<=?9?ACBA:99:,,,'$#*,0/3333321**:>859>:+:768:777)'%&-,5=@:287B??:A8499<;>>23466/.*+,,-5789=@A>DEEE=BE=;D?C@??/;;<@=>9@EDEG2=GA@>@BA??879;;:.5669:;::;<<9:8:,*63433222232271--4576556.*(12&33003*),46:89??@;99::5<=??EEAA:96657255+89=KJ?BAC?=A>1,*//.1439744187:7;>:@:;83669988<11-52213//+.*0(89:8251170-'07?<<:34@A9;;>CGHFD2.5-4336651789>::<52:5554.&'%$&)./-,2368448:<<-<=./22010$('-*(,)%($$#$&&)$12146<;599;702284'%'(1655<9:304:>@:**@@<<<84/2747;:8555688?@?9>;<:-+**/.1326=<89@;>;=:>:=:6600200/-+&#')*,,-11111$3786,2741(%%&-/4405?=A4215558=<<9886:7-+-..-/-$,00016>>:<+:;:=C:>;;;53+7682/4474561-/%$'.3:..0:4)+4768@56/77:56,&%#*(')-,0/011/.1.-/+'(&&&$$#$%$%$%%(,2424=;8=AB?<964:<>A@<:;15'138;=>978;??<6)==;3+()+681-**,/0)+0-+./,-)$(+0--($21132107868<=7=<9=8:BGED:;>7:=AB=DECD8013326:;=9:>;>BC>D=@9=9<5968;=;4<+AAD=7/89=;=E?9>D=21*+)++.785524:;76%50/51(2261199><9/347999:13//:68<>6:=>AB=><=?:')(25=:3752945699899814'042-%()-56:8819?;?AAA878?<->>29==<>?6588886/,-+)'&)).,*+)**/)/0643462//(0///6??@B><200))-5+358::747@@<;<<==:7:=>;:@BGGE99BD@=C>:9:97;=:55667>:BCB@=<<6?CD8&7898;8>=@<<9:::<<,-/('$%$/00.../($%(%(%-247999<;=868;,1245BCEC=3/-<;8?B?;7<<<8::54%95BA<)8889166:69,+.5-,+-/532368:87627:=EF?27>?97768:632)21'$&(..,6787888;CBC7B<1.37?88-.%%320227A=::;>71300-+*+(%&%',;<>>?:;868;6:C?>:7;9;323425676855642@=HA9EECC;)9?;=,*9;>>5:?@>,4./+.86543'&&$()''%%$.27:>>;@;;;-<,115201:;91:989:A?5?;45///,)022?;.@=7942))%-(()%&$,22-*%)(('5555?<@?99<>9-(.)+6799287:>?:68679.*/133/..0023/*139::=<9-/0845-,.'&&%&')/--+*9=>?===A>7:5555.*)#%(-5;9<;85430+++,6:9<:@<::*''74-:7688998&77C@?6??@@==)0&(%%%$'%#($154545<6:819+64?@9<;9<;=:<<@>9@?==A>:503/,*,-./2,'*,)-334<<<@>@9:<;BEDDHIE68?@<9;66541466:>=;:7'7==989>?ABB;+(/))...-/59885205@?@=@@@@@:55BA=9I>?CHA93.2>?>>IHDA>>6A<67(834000.5+,6$$$),53455424021475468:;:61,0)+*'+%5.@?<<:=<><;9==?>?AG:-$%(..1=86<=;:=<@<>??;=;7888,>>=:8:9;8-+;9=<>:9<@ABB=75.0,.66<8;;5,4899=996:842(8;<;;8AA79799;6421/4457765883//2..699996:<<98547:9=98876'$&%%%%)(+-2%-,/-1/),+'%&)&(+**&)/4464)00+2646.;;=:/528<:8555;;99::3:.;999<9833))++(*+823268:9:957:;963=<6;6AEDA@>><=?>@?AA9D@@<;96===>/39,)',;9=>8),-*23&%28:<822679255289@B@@@A?:;31-%"%&(.0//)2446665383?<;9;;><<=>=:7714.-%&+./3$124;=:77.++')/4447:3214759?85((*:;1256<>=@AA;989$$:@F=8<=?8;9:=@A;47;>8<<>AA>8:7<<>@??88>@DBCF==;:;<:>4;A@6;@F>>B@=6530.013343/4323/-,.05<;82,78@A>4:;@A???;;<@-1:=CGE98991048957<:99837'245:9354.)%%&'&&'02066-++2058:8:76'2765:<@>=<356/,11$)'&%&)37444849<=77.*%1027667668978/4545401+*+($$%&$)('.443.$'$%+)/67977<6%1**.1/178748<6.,./0372315677-*.//(*$),200%+037>>>;;:>?CC>?@?@B=@ACEB;;9874;>9:958<;=:;9895$%&&(+/003735+2315;3:9;:EHA=E8<=BF@E;<4>><9@==?<<4,8522''*.130*56/67<5;38:80-)'-18744:2277:>>867;;<>;8/-02747'0$$'2''*3020043;478:A><9:899??@7(**++*'&'+,*),/,00/09?9?5>@@=42007788:.7664;?>?BB:BAC@A?:A?4;+4597;:8<:;411*%%'$$&%$%(*2221.223;<466371()&&..0125397/1*%$%#%$''),+,49184//)()(%%%%%'()%&(,.,.5658:?><6765<:97<6)+-3)44:;?=<=<:;A464:;737@?A:1;68657>77614968<;;?55),6<=:45:?AACB?5B?DDAHFDCB?@?FHBA@<=;$623/1:>B=>CBB>G>><8527:87<>>A<=:;):B;<1;::7>;899>@?=86129575846==;9*(*)0/3788?;<>8=8-.(/,87974,52/02,'-&,0,&$00,,45365-/135652>@?,E?::=B,6(#('&&'-030213:;;<;<(&?A?=9::;=>:89631389::;885=:=B=++-AB=<77()+368;9;>>A3)+,::AB6=<=9:<6:=9>B>>?FAABD@CFC<9;=@>44+,*')*+,.37:8?@<8;986&%$&/16:?;@>:56/5:::<::<:A>@?A932116.+/))'07:>B@AB@>AI>;>=>9:=@<=CC<@@=@=<:7403673$'',,/../-(3776'*46=?@9;::;=;68:==<93157/0.29660/1<;<9566764=@@B9;;DG?76954214986=>C;>C>@;0,--*++-69683:9<88:ADA=AEG?9574/,6785;==EDC7;;=?;<@D=HHA@6<=<=75;5;>BAD:88@BBBC5.5;89=BAA@B?85346=142**=;9>:AB@FEBBA=>662/6+%)--,10266-786<>>:9:;<=;41'*0.*3222/167947@7333-4//52354558-(%%##$$*%,01').4::=<8791$%:44645?:66;86614<9:;02674(%'(#%#$'&'%%++.-586>@IH:==<<<83416149:@GDC>7?=93*033.-99=>;9823323&9:8@LLJD;?D>?4=?>81334643;:9@>?@A;@47:<::9:4037797,),655194))78>9=>:5?D?==59*5454435&#)311400'$/+569841//7783627)%$*..16.524/''$'&$%%)(%'$%,-*247582$+*$...)-01;89;12)%+311-')#$$&&(-4371./1%$'%&$',725<:2=/2/278BCC>576627778;?>A@>;<;<134,24634999/0.--'.0+-&%&&&&'*+00025.011*%$$$$'$)02%4//3LLHGABFD@;@>;@::8;<;:99'%0+,5''%'(()(')011551354422,*%$$&(%'*$#)*,../-53;:=<<:5956'(&(&)4767;8;7799;;:+59;>??BB>@ABA*2;@B@?:::6887:64943442787342241.-$'(&'/167762<=@A;;BAD?C@><=8:73367862)*)%%'&'(&,+++5535;<9?B?;77/.0/--30./)'%%%(4888?=8<7?BDBAA7;>;;>E=<>;;;:><;:07%3:86565-,'$'+//-0+('/0-&../(&'%$'&166679:<@;:8CE=9;DEGHJIHCB@=>;>=;7439;848*%$/003579:8<;?><;<8;6--645743.0,14420-.1/-$45488&1130867795<48;:46571/..+%&&*,//0//.-3'$89++@512E?<=?=89:;:,<:;;::;4(+/+.&'(151,...8612/&&641264/--%$&$3634((.()/,.//17//00)$212&&)1..,,)$%%.699:=:79;??60/0/.'+-02&%%%(17;;;8;<<>8:@<=887:85(%/0,(*,-*./4463398884?@?;?CEHB<>;6797./0632443-881111441($$$$##-.$;<9=?HGB=?;B<;@>><>>?C>@6A@@@A:74(/%67=@<4+&%"##$-(-(($+,+(%&%*760589<9=7897772448-'(&&%$$#'%''76<=97CA679;9A<>;?GA===65=?/5==>98867769838:=<88;<<>==CC;;74B<>@=88:<9=:=89:@BC=ECC<<>3679==7<97678./;;=?@@(1582/')*'&&'%*--',-3.&#$(*-45145311658:<=><90/-$#((+733:695479::6*1:3510-),*12-&%$0001/221/1.23.%(%(.-+++(,'$#24335(787905::97<>>>,*(,)%)&,**.3.22202300(34366026458=>?=;<A8=1//91//23+:<<;=<6?762*58552'7&65677533143230//'**-02034455525=>973,11.22+,**%##&&),-579;21//114=:==00268;98)+3478962253..+,-'*5,.//(29543%5768:;954%&&++.2237:;23&&641&*124/17726.9877;<;//03(389;=@56(7:9956777776,(')13455>;45>:=9=9::8)002.-4356637-531148:;>??A0<:?793566;::51+0$%+,.559>=?@@A6D:64355;??;:=963213$97775<:88BB:/0/02,%+++)'$)+030((**,>81376589<;;<@;7/')657::5588:/8;;<>8+7GI==99==:78337:5996.-*/94:@<=?B@B@AC==<>@??324))&&-.767979;=-ACC?=D<;364/663544;HFJBA@DC;;/.//2=BBA:>=7=@?<99<;<:76789779:077812.675//+4*484:5&&*6:?:==778987/0,(%#-44.39:;5=<:&4:1/48:8:<5437'$&''$+/00677688599:==<68>24776=9:=28<=B>;B?>;)(:>@=8(5467322;<<<;;:9;==>:87897:'<9;48;@083346:=8>82'10/1,/)&&$#+'/346640+)15567@BBD=GDEG?=C<>>><4556=9042.0.%-))&((&&,/1446;>8A=.6D?BCDA889786)5::=;:7,(+.339;==?A@>?A@@-2562+.,+%669::71339:@@9B;7102/%02-1+)$'$%./%/,%'%%%+0518689;;22''+11/93;=7:8<;0...+(*0.(+'(,)*+.52/1,1%'&-65/665/3())336403)54568;<:..2<9:;;7?9=>@;;-,.(%0..0653<;97.;@ACA8>;8989230*,,14233/1/0456<=;1764=>>84C<>EDC65:;EA9.3496;:989:=:?E<;79<9;>:;:6@9>>AC?>79><>0)2&,-+,-*-/2>BDB:::9=;;::=@>AFIA>@B>:?=BB7>;:9589;<@>??>;=557****7894-(3*3+,--+29=76>BB>=DE=9:?=<;6+/3;;=B:;GK@5?;<466793;;:@@@;+?>539895<<7588652%&&&%-46661:>89'5'00-/(*/+1%216;9=>;4878:B=?A;?@.4//(((13323099:;=22?C?BC@9>8>GJ?=<99=5.)*%,,350+)**,*6888:;;47847925687,,-'&$%(+-(+*((%%&)*)&,0000-/...*'(2*01',0--129::32997789518<746,999;<<;7075*))&&&(%&.'&'(+%&&&&--,'&##(&-336642885121*4:@@<:;(5456;<868=:+17;=9;8818;?=8?79$)+-,'8998665;24;38?;4348854764011))$%&%)..30531.-587,21''%%%%%(*-//316=6<=66874'3:'9;=<<;;.4'?:(55/$'-)227.)<8553..*+./&&(%%#*.,,/0-.&&)-(*45687:451**//:/8-6::5738:6;;6;554;@?4?<;30.'&()5;=?;3?=31$3555)'()33351//)+''-./01(63(55779((*..,420.++0'6016099763'1/789>9;;5224,')$#$*-022,(*/0*((%%(1/5*55.+&(-*.,,3..04*'0.3.0,3'0(*(168942-/5'&''(.++,,%$''&1/./26755(52)<9>@A><<825<9966+,*+.1,-)%,**336622389289:<>;<=;9:98@B:?9<=A9=;=9<88)486774=?69?=;:1548:?:577<:63-389:97%''%&)$%%.124577884<593/2(+13445689;;;<+98298475;8,%,(42&//077780)'),,../462548<>6124=>999:73+-(',..139:9/<>>:;2=9><57:8/73::8BG@C@>B96+2/&'%(98@==@<::664-&((&&&%%%%$(+./455<=;1,001/0157;99668641.&&&$%$&&&+,****(*(346489<=AAC::>?=8;:5=<425=>@A<>;<=../:8=0/',((&#&%;@BCBD??;9FC??;9@9++-1/,-$(.*)(+-4775887:97>?>9-''./1243./,/(*(*+,&%'%$%4---/978:A==<@@87)*9;/0&+<>?9EAA<:><;/*(%$$#&(,,%),-.,*'%((&&%))),@ABCB@??>?=8+(')/-/*042269864677+539;13533(4221,+/00/4569::97547745+36%$0.*++:>?5;7199??@?BDAA@;7=<7<5322)01-&,-0:-=);7842+.5676878979931.+&%(;;=>?=?;@>410.14695:696-*****)''$&)4998::;:=<=(.788<<:;6-.22599799++1/%$))/,2367;;;99;8344023/2,****'%(.7=99<>@96:;;7773..-+.'//./(/347899//99?<85692%,'3342.-,(((&('$$%$"%(65%8*&3123<<5(&&197889:9873&#$$$6<;:;<2594586*199:8664)+*(+/222.0413%(&'$(06354.,(*$'*/,+%)2+2572:9;:..9*86;;:3-)&''-6364/*$&%%&2247,**)%&'$%$$$''(***)$))&('+)+,(73:;78;8899:>==<@?5/599:3>KC?=9?A=2($$)%,,++'*)'&'((-/34478;==<=;;<72>7CEFDC78<=9;=:<77532&&$(55544.--($(+-201+0:===@@>B8>8@7:>:356--$%)&'+9::930/7:7;?BBAHFCD@:<<@A??>3.68:<9768744444,,+&*).)&'&''(324589<542:;<;=A??<7876877985)%*)-1453122355($$()+-///74,)))<;=>??>=:::40>@A=,4578;:4786-/22*(''54./54-54.(5486895079;=;=85<8479BC9AB:864,%),2:=@B?A<;9<8::65433134689<979871',(%&+225/2994&''*5=74576',)(,%$#%+)-/-/00/,**)469:$+,7003<;;?@99883;98995765377;:/$$(*+)%#%%)-.397,),9;37987?=;7<==9:9:-5:ABC=<13<634-.87;:<88966676*'&'%5'8::;)-38/))()($)*..20.+1322248:7@:9=@2(+(83/210-8;0+6620.530013.020110045+$3467.551%%&..1/0-6+133367;67376:>88<4;1136;:=??7;611)4447548:403)2*&%%)/1&(2.2224647<<=CC>EGDB0<<<>==@@@::<=@8>A@(--51//266/,/&1998363*))()*+,02012583.0.4122.*+*-+*'**$')--*(((&',--2&(.13880.+',029@A8AB?=6::5854><63387-++*,&),5876<<6333499:;:8611/3--*$$%(%'$$%&(+.05453,./.<;><758::5:?:>>A@7?><>@:55541'**'&'+'&'(.+*)/&$'%).+/8:245*39;88@97@73787=??<6;:<;=<=62121079:9:::8625'368969>EFCA@AB?D=;=89=<=9>BE9;;DDH>6789989)3745;9849,*')20416699742.<;;4217/61'./.-*+)(%'/0010/71321-586,24**+6/%&3955<;67889=>=;9889577*033%.-32669606544155//-334;<?DE@?@@;7:;;:986::-)3<<>=8=;1446.;8(,%&#+,*+-%(*+,+,$"#&0+%)/-/349675;:<;:2/-.-'%#'&%%$###$*40&*67683321(#(27572*35:8=:))$244;;87387:=9778:8466,/*++$$#%(,-+-6378563863220+21023&562#*36814544621242'%9)24?CB9:>>9;6=3:;967664/+13/,-%+.33+000579/+66<<<<;;97;-35>E?>:CB:CA@@?<0::>@.*0/..()/)++843379@@@=.1;=>8:<;4,%74,(8=@556520&((-,(())'''())'(//265003/.0730*;<<42:6:-*1125748':>=:45:<68@BB<8-579<>C=>92.$$$(+$+***)&'0.&-,%/-((,&$'&,67112312.0<739;=::950/65@??AA>7;=@?161044/.(/0001.0//026<>DA?8???:732/.676479755'878:696264882'**+386998888;<;93785.+*,,*''%(-,(,&'&&3526986898967('$'))934=<;;:BB89<;A>79@?@A260.*%6<4*8>FFDF@A>=:=:;;63*9;066,89::66=96973525=978:<<>>;:$%'AFD??@A>;>888861&'566565253,'(,$$%%(+*,-*)('$'=>AB;H@;==A@A@=;?B@>99<:98:<:==79766967535?9:<:74671*&+..1%$%)'&0+1559<>=;:<>?937634.-22365884680*&#$$..33415:>@?=9:=46$&,1;<<<35:9:><;><;8320+'+'&'(*057790**+$'&5/8>?AA<;<;=;:6)/$'$6::875676(120.(%)*'2;8@DHF>59>@>;,,/===@DA<5=<87872260..%%'/22298/1*'.4515(/)/)33,-4'++%'''$"$##%$$3436;366>:,7;6)89;EE79@?=96:36229:<:<=55%')*+,,174687/,+,)%03(77&31063/..*+,-.56800(2&.$)12574220/1000032457;>7;=898824884&.560++&(+79=:4672*&46;>9458::1*///1>B=;;<:AA=-:7831.%'(0434688<;95:7602,--)))&)57;==:<4436'2$1;;?@D?BBFC<7711(:8988556696433;9:86>9:;:9=<@<98:8=;876442&*15;@B=74*.%%6;<967;:;870:6;:96;88-600;:9;7=>*.0+/0.06$596<;87:735,67.;:;<86562343+*&&&1''0+--,+/%/0..-2/7764441-0%''*-0//340,,789:::=5<9,(42569;9:9791796+./0231.727/88:CB@658.65=>=:3388.%23/1.0/002224/&%$$&()(#%&'//55566=:4:5@81;:765448:7;;853333111.,,+,01,1-/8745555+>;898859:059?7?;<88+;=::;::<==5@A>3/:;295689/.0.6)1/)23///3793>=?A<96602126@9?;;=>@A@@89:%)5:---/5<;;:;:8/:8:>6=99;;=:95+--..,)$)'/0112:85555/455661554:5357999;A;8;>=<6@=<:=;=;;;9>@=ABE929;:6+487;:@B=DA:68376/))-+/)$($)-,21,,,/0*%$%%/.//..345555;=>;6>:,0<88)*+,1358:876677647CABEC656248877>>>88?A@A=?87?><<;=>;40:7<<05A@13;<9:<6A?AB>>;&&&&53668<@9?;97/057=?@DD@<-943506=?9494018;616>@:;??:9714819:;5323(&(-554.4--2--978???660,-440%6175648@>>==605==9555:;888.045799*(*)((('&*%&&.56*77799:986(046>?6@@9>6944*))%$$,-'%$$&$&'2//044-,-)*+1111.08=446>?;:833777&022335767:<>;8@?=86;99911)0211016788;@>@:<=55;>?=><97<<9>>8730/0&012867798B:5=>9<5:26'%(49=;;=<32<;A?5',130.,-*///.*182/-./+*,.0248:83334/13;<<@DFB9A?:=DA?3463964%%45487<:963312/3.$(+'()(&$#$$,)%%-,*&$69:CE?A@A?A;;>>;+3872885584)3--'&&$'(.-14''.'%&(($$%%&&)&&((&268=64<;)/&&-,9<2:7?@C<<>??>;<98694/90;;<=BC?;:9,'+(277793-*4,%+&'),-(%)#'+/2@B@?@AA;-=AA@<<<7=7=;,.4:?@-B=<;<>::9:;.)30,)*);;=@<;<49=:?>DA;<6898;:5573422444*5578;DAA:44=66<;C?334+&:8??;:9-,+()+),2:>;??AA;>=61=17;;4..+(%%&'0361/54113,,%''---.223.,-&*136.32403,64;8697('%%&)*5+03*+&(''&')''+'%$',1362=5'%'-))++-78847988:<>>6789<=;62586:;=9;??D=>?;6>E?>84744679<93787:FD/28>:;384;=7D<<==9A?<9;:;'0+479:9:<<867789;3897',)&,&///0>=>8>=;7=>?==:<:65541224*%%$$,3/00)&((,#'-.0/../.-,'&)+049125;<=5*-+%&-)$%''%&)11'$'(%$$.,%,+,++'1028;45<<=C:34@?970898>>=A@<<<<@>;=96746167>@?:;=BDAB:6<-'''38595FA@-B@>7;>?991:6823116&7;:541.2352.(&049-986,))0288895+))''%&.,224699:678557157034788;569;832,''9:;>785:=>:8/-,%)%))$%(&*--/++)*.0000.5.:90:48=?A>>7919;<;>=92(<>>9<7968;882:4.*+76646$&&'''--,0.*%'3;::90102+55562,-'2660;0;85>@;D@:7333:??7E99?A>8?877/),&'(((++&#$&'%$&'&%45133,('(')+-*(-221/&&&*,+,-(#'+*')/38;=CDA>;AAA@?>:82:<7=;;=<37=99822401.///-())'%&,7878<8+''*.0/.0.003/143115898(7%468539814*%*'%6211010**('+*-5589:55534589798==<*&+01559<;;768<;<<845>9>:41*199=>;8123126334:<=778;44.77/.?<974762-&#%)*/../98:=;88>>7<==;:7:;5//88:97568=;@:10-.,,--34049;:986+&&-1.-)+*-/.79=?=93,.4+-060110000/28:7634335*&$*)%(2/2')+657:5=26>>86<=><0,)3<<;=?A869:6;<<>889>:8;71.$*,.00--/12,&%241,()0053%5-?6-.(2.40446<3<:<:<==<5250000112995..12039<C@9;=>=BEF;4168<:=>@?@?==:6347+8345*/1.1*..-21145882<>;=@>?':94;;=87&45>>;===>9:ID>244(+--02<>?945,0*101,**(+/11413477:><8:;;<800556367326>640&$%#231,+.636/-357863;7+,2)504+)348=7998;>@@@@9>==(<7856896:9:DB=/9:7/),2,0/2,677774111(%%+(%%##&$$$&('),-..47?9>>?@GA98DEFFF:6224;:;73344+),%&')3886((39::;:854,/')467@?CD6>CC??7<)..0438991=@2177;:=&.231)77:;=BC@@>A<0?>>>=:45355345>A>6988500000%(./236)(+''/2*,.'+/.)+2.1532,,)1138>><498+99><348;:>=../1+()379866110,$()''()*$##)()++.(&204451149:144434371-16564+3374,,5/)76/26/>424=:;?@A==>B>8=6+9;9978899=?8-598:80.--.10+000)++---.233132331112-+01))%%&&+233*)'%%&$%((/0'(*+(*543&'%%(&$'*)(%%%##$%$#&%&),,,(+'*,.24437;=CECA==68=96;8:;:?@?ED=?CA648=<>>@EC?=>=669;<.%07.==@@>@<@@@@/7>9--5)&&%'(79:8:7,**&')1,,/::9$667().''+24001167639<=;=4.110.343=;A?@;:43446?<'=9:>?@@;;98876568776.-%&+;8669;9@C<>3466883402;630/0.+///3252144474/0%($+25309:3::53//776-/)'-,''%(%++&)-+-%%*#*(4:807>:78+(.**.=CC;7+1/,%'.'+-.112114/(35:69?1000+)'(%$&+*)&&$&+('.--.2754)&)''%$$%$##%+*.77788:9/-5;;73?31339;<:==@A-79@CHA=>==;9/:738867330$'379115:2.'$%'(77))''&'$()%%*$%%121/+-+&')).&&&((%%594=<78;;-/+./36559200=<(:<<.7797857;>@;CAD>?E9DCC?8=;766*(((&&1627532',,.)%/&%&$%&&''*-,*)**&$&'(')*+13/(&2714())('')$#&%$$##$#%$),.--49-$%-,3587;<722?A>D4/44/'9966>9BD?*(;:6:4966GMLBA<>74787774>999981/0.5774334677276.,1&*$$'&((*69;>@<:%9:898123749;9:76:/*+&&##'')6:9<5-:<<<3$:?@C;8''%'%878553*//$-,/18468754691354=<:7./64<90766786''*+-3577/0**:87979?<<<=<<;<=5342,240(55(%((((34200*%'&'(&(333665699>==886789//135565687013216778889665321$$$$&',(-..588=>9786101(.+)%')()43435569799:2235::;<937888-13')%('569:@;><596:<::?;0;87A=:56798@EE4CC@FB?>5+,:<9;=45760'%-$(/#%..67;:80.,(34575475568=<9:5>99:;6204<@C9866::9==<;/.//'10,-*&.01.-))'(),*+'-*01322(*,-/0101-'+045+((%))*4/-++0,,-/(+&)))$%-(---.9899:;@::9=:6617-/5232029=8;=>6>A@?<;:73361333:9;=:=9>=5'87,9:BDC@20,)39:641-58::812)%0154/+,11,,&+*)(&&%&#$'*-+3;==:=<9;==@B@0.7=:66984,6995+22756898&&9?@A=:;5()$%*%*,3345.13+&$$%'&&',(.03/*-.-.,++,'&&*-8:964483030(*'&$(*/557:9<<=@28*686888+(0/-,346658:9<@221455:401166656''*/((000)+-'-.('%$&)(&((%%#$%'-&$+*,&&&$&$*$()&$#$%%%%'(%(()(%'#'$#$%%&%%$&%$"$$$$'**.+-.-.+'.234%')'-%$&(+'&*$)**,2241/1/6(1&)+*-74,2/3:=<;9;=;:*-421387=87:6545531))(%00446795:GC<:<>@89532.)&#$'/(1248>?BC@AB?::>=;5+))(&%102:@>=38223;@=>9.02)),&$&+,%$(''$%&$$&%'(+/*#$&&$$(,(*$%#$$(&212223;;:>D=998;;=BD=53($;CB@==9>?GF;:249?;;CDEE0::7456/9>?A>696%$(*,/:9?A7082.,-('#)).&%&()&&$$%%),))('.($%*,3=>?EA>=::;?:@@@>::48;@<;<<<83+(727776))-.2111187875//45&%$(((-+&&$$#%)**#&%$%)),,,).(()(((%(('%42342.66789+,3/&(01.229<=8:==<;=@EDB=>9:32200$''%$$$$)-3;>A@8984+7363230%&%$'.-0;:>?@A=;==?6845/230)'$#''-1/3436776>>;97:665/&*%').24:B7EGCCLABEF?=?CA>A?==>:2-'(765575(4'&,+%$%$$#%*-)%$$&-322&$%&$&$#'(#$$#%$&##&&%$%(&,$%,..%$#'('''%&%%$#$2947988::?>?@BIG@???>>CE?3:>=?@C<<@97=7378>;EDF?>><-,**#-14565.09==<447897>AAEGDDABB?<497-*2344544>@B@GH=:A@A>73676876596:=<<=C=8981.&,,)1./4/224,<=:6530153557883:3.+,)&%%)+014//.-,,.11458641./0-&$%'%../3054.22.+&$&',*335;<=:>><9<=,79;<;99C:),<>=>@C@9==<:8;9997625<=@=<;:;.89=@DD?<=99?6:76443-3/23213,%')2/....,.),&'40+$&'+&(1))1.0-136988:E;AFCB<<@<7.131/,1..120/025>@9;=@=A;B74''054/7,2367?D7279;++4&5&-396388<:>=8$/:701811562+,367::::<458;2656>9?:9:59:7=DIMHGE9ADGCBAB4666==C@9=97/2474546331;?=67661/-4429268>=99;*%/1179==89:445:<==?=<<:@:7&9;8:@:5659=9775558/'*:<=BA5475855553./3234355301.-16:;7:<8:6660($$%&%''*&137755:B8>7=<=?=CCB?;:33((%$%$$&(($%$#%'%%$$%#&#)((((&%%),138:864365:8*'+///,1041/44302764242%....,/+003433126643>@::;@?<=?@:80865464%'2741/.*)*)-.+**#'%$&%)..1.653-&,/455=984/3653.002473.*,&(&&$$&-4887148998/3+4870(%$.25432/.053231./.(+.03044425594345-/+1/--/+)()-//21584/23564+++-))%)//401//---$##$$*%+-.0+./+,($$#&*.>B?CG>>A@C@<;&8112-2/,3;:>>==23--972$477:551648>=<989@:9?=::)20452).-/14677,*&862:7135442557972957654-,+.12430----2(5446+)3)2*.)%&0'---,*1*:4748)&4%&&'-//6121+-634:;6432/)((&$##.0.0682*3;><00);:896**40//3666:8:=:@A;<<8789=5569971*,)0332020,./10**/2*247ADDC990/:9874,9242<=<;9++,202221$$$***(**&,-*$&&&/-*//1554074314774*())**-6;9273,5)7858653.27:9:?C;:900+'.,9;3.,023657552593216697768606;')4-89:DA89;977/+(),,-24476;::<<=B<99:<;57.//55<<:34;=DB>>?><=@CA>@;@8:=?A>ADCCA9BB9=@:?<:<=>>D<>=??>)'1/11:79=3)*&(-/11.2478569:579:B?2.9=7:76471,-)-/+&../13330'-/13527??@)57699@89<+88;>?==A8<999:794<<5:;;90//85-+25;<2AA==9794676-%$123447<<6532-::CA=.8>>=<<@;;<<=:78:7888450&%$%#%%##&+08<9=;>68B8?A>35561//355::876%4527;;:781421+*+*)+*+1337=>;?=646775542266:97423389;<;=?<>AC:39=<>=927==869>B=>9;:;>=9=3<;<<8AA899:88+<;>=<7:<<1..465588600222=<<867886./-.3<9><9>?=:DFEB@A6676>647;<:4/-650+//5+','&)&%%&-0221/44316999777104&6>=>?=?>?@5@>;;/4767:?CBEGG@=89975..01%'(//(&'&%&&&%%&,'15477888<786=<<=;>?C?=5>>:715,#&*)&+/245643443501+(.,-8:;?<>A9;=>=>8==?>;<989%2==:=?:862:9867611(6:;>@85@C9;74/)'6;9>C<<@>>@:A64563?@?<;<=<35857?==:8>601'4346==CH>;5:A??=B<>?:7349857:8;479(301/>CA;A3:677;87876-++'&&%'2><=<@=<66=;9?=@5<@>@?;6:>=?69?8)1-67:998684**)4>67=A=BCAA@749>@==<9?:5;;?=?>;=<=56//865),:=A<<;:/()'*8:9;<=:9<=;;*''&,16-*)''++1/=9358<@?899>>@?AC?BBA98))*000'*2/'%46CEBBA<==2:9>=?;;8<6:><>@>779;<7=78299:78(+/.'%%-$')43./121,+239;??5A@A2;=<:89256=6=<<9:;92356820=@A@<6?>=<9:;<=A=@A??@>BB>?@:4;:=77;=7;<79:55.**/3/--097442.2456:<=9>?<=>;<:;:<<<<<=>?=:803121*30+-2;9:>>?:76656524/-+)+*%&%%&232001///.'*&'&%+.00*&&%%&','&('&)))--*(',+*,3+/28:9:>AEA;>=<856:'@ABCE:59;;9;@D>3353175656678)$1'..-209<>9<:995)+%%%014>=8=18;059:959;:?>@@=BBAB@A6;@FDBC?>A8=;;:<@B568687<77;BA32657658658:9;=<34*+'*+,-.6684556413533328<;>::=1-<=>;;FG;?CBBD;5'35@677.678((3/2.673)3243**544598==>@<;>;=:4)$5=;9;34'&+.+//-(,-'%-,''...-+37674.,++1;<:52/88;?<77925??;<<899ADC9@=9><@=9;;.0.987<>8<;@FA?9:B08::46@B><===AB77:<=:852242*$&423362$)%%'%$'*,%',32(030($()+,-.-*13656'',)789(,17;794453;;77;9?C;8?847;?77323211//,)(&&'+013;>>>?>=<=68'050-*().1776120/)1>??@@32503333666)$%%('$3010-,/--3477247;88:??<::<6A;9>@<:9;&%67879<;?8>BA=7656501-*,-*)#''$$"#$%',%(#$&+(&(&$$'$*-/(//.&%$%++&./.1114/&&356::=:F6A@;;;;8:;7:982110$$/24678:?CEC587654533864799/-0199,1D:;<@>GHFFCF=A@?>?9<99;5=8<;<:?=>9:<:<;:7882,')(/09>=??7:759<*3---)$%$#%'&'#%%+146657:<;?;::9*)))764=:;<>?356998:<@>BB@<78838562==86:256533.-%%$&$/55<=?<:9<==278453,-0268869@@:.*:=57DB<(=.2'$(3139::4//3346865.9301/0/((;:9'61-5@BA:5A===,4+.33557;;9;<-///;8=A;=??/878;/99A=9A8998/,+&/01355554-*,.13011&*%($%$$$$343551%+10446+--,..,,-03667:;961899;=?=DCF@AA;>>9964>25998760;0.(,'&+..'./1.,+)&$$%$'00235584,,0677&&/,,./455<64;623220.--,*++-('&%$%'*''&$''&##$#$),5764068878@AF=::<=8996+%()&%%&#'0/1+2586>;;8;>5&&//2<>A@5A;;=<:;>=:8868653*+('+,,-$*,,,1-+,,/11-+..,&$&)''('(*+))*)'($&%#&&%&-,,.0777:969=>>DDAB7?;7>>795?<=:572///2:<;6.11223--*1357/76??@?88:::8579479,.-/111202301145&&''11%/02::695:ACBAHI::9;CA@CD<;DBADDC9<>?@6$)))*+$())+&&&&(=>=@;>@=3349BBE07=379:9<8:==84:;9861.76BD@=:::;934;>A6:@ABCDBD=>><>B=<9;95523+*/,663489=A9312)),38?;<986**8;5BA?DGD899::;88-45367><57?@>&5;;77:<7572./2378886-.8..'(--,.*(((&((),-012+.02231(3532+%);9<=@BCB9:98//82'(&&)',5'57=<:>5644440/-)*&%&%&%#$$$%%&'&()+(%23364:77778:<4+'*,**4567561/057145::::7>;63*%*.,.('%&&...,''&&),(('$$#*$&..217=>?=0?@??:>@>@9781(3877410-,+$''+,,-''))-.,00799<<88+)84:98666<<;=?;::@@C@<@93/-03636563646.+0011-$#*1-15598;9A79DHFD9?@;=?=AB;BEC==B>DE>?;+68<>;=>9:<;;6'*--25=>647/.575456;855536;;894:;664/#$'()+))*)*/36665665544+'%$$'(+'(*%&%##'6,:<;:9:=9E>:8<9;=:<57554-)%#$$''&$$&%$$$#'$&%(&&&&%%$&'*+$%$*)12-()**+++.53$1/-('73;8;?AA>:9;;3.0.3(6>=?::497+,))**.0(37<@B?7:@>FEACADE9:F?>AB<848<@813*,723510856,9:7654434-+4455;:==7:78525445.(*.159:;<99+/(+)&&,1306.222,+*,-0.13;9985:2;7=5'))$&$%'$$')3-37557849389;642)/2-45629>9;@CICAA@89:/66,.354=67;9:*202/-.'%%+&&+-999;?1979;833,+,()+,*.332--0376052%%-333&&&&)59==9<=;976*0.-.&'*.)+12/15;:79;8/1241,).0'(33*.*#'.34659;;?:71.3677542(%%%()'*0..0000,,/5746:4265((%))+31003<<;:879=5487:;<>;:??:78($$+1049=980/662./-()*)''%%%%()),(,3)+)(2+$$++)#('+*)**$%%'((')-&&'$$$%%+5=:::59AB=;BBB@>>?@=::<7;;6-''11'78005677-65444921,+)'*$$/.,'.32/2455+('(%$%'$&06334((+0&%))'+'&%%$%$$#%#$&%%,.+33458:9)),+374699:413)&%$%&&$$$$(*).564/),,0135688-3/8::<:2(2659::9/70--899972417)'&17<;@;?>;0569<5&035775:7++894=?:986665436;9:6/,&(%$$$&&$#%&%23625;;34@?DAGGHD::<>CB<9<5;=6=B<>BAGA>>??A:79:;;;;/58543789>=89697879532*+-.01334880:55::>>:89;:*..,.-000$497*1.*.&&).-*011,,+/21589:9=:754=>?>:6623;9<:6:49820.88830/#'956667:<<-768')7:97;<6<402/)$%)$$$.+))*++)*(%'##$$$%($&##$%%'&%$&',*21122355)()+(%-5765330((&)216::<=>@?==9@>::0*9::88::9899:84144/-***'%%&%%%&&(2,556554+)'$$(687940'$$&,,3459;==660112($$%'%+$#$%$%))),48>8,))***)+%%(566579::::012798777,'*'')357714221%%''''(2.+--,-//-+'%&&&%&'/3499992325554/.&%%$'%'&%&%%$%&+.(*&&+-32347<2<:87'74=;10((23*'*&,3568900:9;88;8??@7@A7=79?B:?C>;:=A?=>?@DD8613:7/3887-*)$&$),1++)*%$&')$'$%)+,-000323)00-+',*.-(*+,-06634(&%(55&,+&*.34679<;>>=8433..1447;68;7,41++2.)#$%$&'&%$'%$%$'##$%##(-'#%)),2855010)+)'&&(%%*8:;>>>5>;;>=94223246.-&'.44654486687==;;=<<8847@;:7...2)'''*/00241-*/(('+33589??=>=88860'577;6:<:98:61/014-,&%,+-)'367:8;==AE?-6579915:97>:93/'43320//&$&'0155652*&&'&%$%$$$('#%$((*%((-+)+++/,7363--12012654.433,33.''$#+0+3555414-,'#$$$*(&$%($#$%%+.-+-+-*,(33/,/-%-*++,*'%*),*$(,,)34678641++)/4668966607:8434)0100010&%%$'.23563589:0-8:=>?@>753*59994>8:>?>=>7-0&##(232141365.1-,7=8=?>=>D@>?9568<;<<=3621/.,90-'312/.//+$+.-,)0003;=5=55<;;>7798;89;:7AA9?;BD;8<9686654$('666&122.9<:9843689=:6>:;<;7/058983567334*1%//,,32/03462002454)189321%%&#'4345555.420,$#$%(%$#%$(356:B=@AB?<;887=@?1:9/1,,*;<:>D>59?4864(.232067885166330//,,%"&#*--.49>B;;;@A><=B?:;BA89@BCC@@B;:<:6;64852513689:798+(68;<4<<9760-/&&'('&&'/0,()&%%%%123-./00//00103/&'//1115;7/-/0(GG;;;<>CB-*,88795=>:,=&<:;;?97::9<@-%7899@>2>@>C=A==BA@BE;;H:CA<>.*1.543355(&&$%%*))*),%+(+*,,/3,**11&56>:::D;?@:<@?;:::5;<==335::D:676723;==/;,%'8102432533(02423235434.)&$'&%&-3&1-','%)%#$%$((('+*%&%)(4+33111*(((+.21*****//319260,%$$+(+.#%**,+.322&**$$$%/+-044-7@>9;<4*-7<88/1.)*-43&&243.453773%-/26/98::8=:::988:3/2232..+/&$%$&++)'#%$-/322667044,*2*167:;;6ADA=D:>A@>?B?;66:99+'89:6453/0:871268;;9;;;487796))/.*,,,1556489%675ABBA8:7*014'*33,$+2)**,/.-3====443/-+)00*0150.&1;<568:8&:9<7;5./'$&&33468;5'%''(**%&&',/000133+%*'(()././2657;9==/97.(0+1,,+.-////165)+-46.6:;@A=B>ACADC=A;:<-)'/+267:>????=<658422*&$$$$%%&'0234344%&%89;:9*1+((+&%&)+*+0-)'4572742&7+205%3-/55432+5<=<<572&.,&&&&./2540-083:13/))%$&'2-/$/01//427=&.(+70'.'($00412578612.*+&&%($*##)'%%%$%$*,--.(((%'''').-$$$%',(%%%%).*$$##$$)$((*-.0+-+*//0.15243/&'%42231202/,)''8;;;:;:;1)+)+$#$6<;2;<;=8;<;=6.-)+37:=<>@B>11;=@74<:77%?BCA>?9=B>9769<=5AEAB**488/.0485/,/799,66<=9<8582/34-..05463')++&$/./0,,+324335660,-%'''%'%)%&&$*)0*021,%%%$'''-,%*+%%%*(*#$&'#)&&%*.66748:14-..3641/*/0..08735/.476)+.4:;89;878:&1844::<8621.%6679556''%&#&%%%%#%&&)$'',),-/44,44'#$*%$&%&%$$*//1)$(%&%&*/,(.34656954./3.1444..8<<=;10889C?=84-426129;6968898:674-.-210264788255542-000-%'#$''$$$$$&'2222..-,.($)%+%.-,-&&'))*23><=<9@?-465865@=:?6<=8732.&&''*((%*+*.--(),.0/*+.++-,.+.&$%&$$%)%(+/25443+*)/00640$$$#%%%$''$)*()4#&&&3/&&$$'%%&,*06($0$/66:667:<8@B65('/0/11038?>79>?<<864621.%$)-:77;9:<804557/0-06@@9:;9A:9?::.,-/4-.7355*,'.696C?:<966=>9:9>>B?@@<<;,.-,'-%$%'%(*))-.013+'-03-%'-2/++45667:<<<>A;=<<133995054132'&)$$*.2*-003544353,,)343+(+-,+++++,(+0125/300?>13655698-8899968::;+...-*&('*.17966465*)(72;9=<3&&(&&''(&'%)%)/0457.&$'%%$$$%&',&4+*/42.97-#$,.0/-%%'&(/,(((*++(##%%%14412*4//03-1126;8:>=?<:((+)))*/'&$%-//%(:8=5040%(&)&#)$$$#$&%+/-120+*$+2678;=><:7:++475034685:?>3$&'&%&('%&$%%&-'')&%%%&&(10338994(2)-15551*,-0-3002234799;30(*,,/02386/$+*((*/353974'$)'**+2/03/8788*0*)),+.+*(,&%2651'&##$%%%%++))%$'*+$%&1()+,++*+,,243::.>:<57:64050++'#%(/..9<8:<=?;9;'*<<8=<>886340**+,*..%%'*-&($&,%'34565/.(()$$%##$(-/*),,,-(1'),44543(%$3;8.+-/'&'('''-*-.)),,*''$%,,/334-++,+,..48:7=9:;98:;.,30(,(&((',---*))(6359<=><&,,,,,+0)+,'*$.<;1+-<9:968@==@@C:58:999=:9:53:6$12(16=69:;CCG;=@A4;;9=:<>=;=:81860*%#%'0563,5*3350'*-/*'()((*'(%%'--2245:;<8=;;$5831//#$%&$$$&/''),*(((&)**$'&#((*)*'*-1+.34446742(&'024444('&)((##'$,&++++-%,,&(..=<;751/0.-'%(/224<;@8BB<878:9:<==@>>9@@D<=;9<>><7;753-&(.'(.55642(%#$&(++02*11,/+*&.-*,(...)--0-&&&(/+'$%&&,.1,,'&.54,17*;=<9/78;<98766515;=?<0;AID@=B>?@7=D8--/0/34%366096*'+2=>:46=>=?B;=:7IG769;::;39.47:;?4AB=6793++.1%&%&&&%$$%&%$+)%+23421///043549664($122+4331--$#$$&%*'+10&13+++('&)+)+.''%$#&&()&&$&/(###''1,'&$',.1/21(()***((*(%024.)+((*=<<=+2325<=:767417>;=:74104463211%%47461-+'/$2:;=:=:::323-')&$**/&%)+$%##&$&%(&$$$$$$$')$$$%'+00122/++,,%$$"%#$'&320,')),0569885996''%&''&&%(&)(&'%$&'-.-3336:98DB=>5(%#$$,+,+4((,579:788745,,--.3623'(,&$$$115721177;<::1+%,&%$(..7:71-00,)+/30-./*&(&-*)0.//.)'*212,%')5787??>653:><,,@7<@:=DC<@;><98:,,6.&0.3<@>?@C@>B:<',2469;3391.%&/(#$#'%&$$$-''($(&(('013667700/23**-++)%%.*&%%&#%%%%&88==>?C;?>@?;:9;<;6@90166/&$#&%&*-1782(-.$').'135559:444&'(&&)%&$)''(,&)+,+()$#%*-'5641493+3679;6:7:72%'5985769759:8976423-/+*26666&(-$#%$##$&%$$$$'++./235&%$*576665;:>BDBCA>9D<:&*14;;??;=5687>7;=:121/0.(&#%'()*+*)&(+.3.,2488@?A@<8<7<;10./-/.,-2388475&%*/153235')+97353256?9<;99889122<:;<===<>DA>;4115523///.*'&''('/143554+-,)%''+%'))))&#&+/)(.3+&'#%&*(%$#$$$$%''(-.+%%((%)1)(./153+)630.//)*,+($#)(&'(/.++)*/35+$$$%&$%'(,.4-,*)'/0.1350%%2&'))/100443,)625644123020/.3446879:;61*%('''.04654400,*),+,))((,89;;94./-$'06.067::7:9?@>9>?@?>E?@9B2,9;=66079:9646%8082,448@BAA=879>=4::6;A@FC<5449768=95&**,>>84077,7886:5<>:88($$&-268;-+?B>=;;:;;58886*+-3789:9=9><>?=<21--&.1350//3/661;:98)268==?=<5?=<97<;?=B?@@=888=?/76739;7;<=;=;:666610%)**1.1,,//789877$$$0,)#$++.,46:5./00155/*3/..02&,$/%/00,,**()'&(4(((0/031',8:64438?>?CB:+.0/-'%$&&,%+-/14323357820?@9><88655,+*1%%&&038761+)-4779>>>@<=9?@B;9ABGD8(1=5CED:68??D?46978:976467896@;71++7.34<>8'((&4)*242.-896231056.0+*,0889739889599;;8:<36/,*001>>:69>8>9//1//6977&&973=97CD?5)8??:;<>@C:<=<;36;?>@;;><$$$68;<<&<>888;79>;8;:501347<9<9+:976>B?*:>9=99:47882A<:<89869=<@<;<73%&55789+'0029A067;:53,04<=:765'%$$$&$)'&'*002/..%&)/.:9><>;55:?4455168572&#'$(04>>B9@CDAD?:9)' @SRR14011045.35838 defc5cb4-f961-4f55-b6bc-0144469bad8d/1 GATGTACTTCGTTCAGTTACATGTTGCTAGTTTTTGGATGGCGCTAGCTTTTTTCTTGAGGAAGGACATCAGCAATGACGGTGTCAATTCCCACTTGCTTAGCAATAGCTTGGGCCACCGTTCATTATCCCCCCGTTAACATGACCATTTTCAGCCCCGTTCTTTGAGCTTTTTGATCGCTTCTTTTGTTTAGCCTTCAGACATCACCGGAATGGCAATCAAGCCAATCACTTGCCCATCCACAGACAAACTGATACTGTTTTGGCCTGCTCTGCTCACCATCCGTTTTCAAGCTCCGGATCCATCGCTGTCCCGTCATGAGTTTGCCATTTCCCAAGGTCACCAACTGCTGGTCGAATCTGACCTTGGACCCTTTTCCTTCAATCGCTTGGAAGTTTTCCACAGGGGATAACACCAAACCTTTTTCTTCGCTTGGGATAACACCGCTTGGGCTAGTGGATGTTCTGAAAAGGTTTCAAGACTAGCAGCCAGTGTCAAGACACGCGCTTCATCTCCTACAACATCGGTTACAAGTGGTTGGCCAATGCGTAATAGTCCTGTCTTATCGGCCCTTGGTTTGAATCTTTTGCACTTCTTGAAGAACTGTTCCATTTTTAATCAGAACCCCGTCTTCTACAACTTTACGGCCGGTTCAAACCATCAGGGCTGTTGGGGTTGCTAAACCAAGAGCACAAGGACAGGCAATAATGAGGACAGGACTGCATAGAGCATGGCTTCTTGAAGCGACGCGCCCAGAAGCACGGACCAAACCCAGAAAGTCGCAATGGCCAAAATCGTCACCACTGGAACAAAGATACCACAATCTTATCATCCAAATCTGGGTAGGCACGACTGGATTGGGCCATTTTGACAAGTCCACAATTTTGAGATAAGGGGTCTCACCACCGACTTTTTTCAGCCTTAAAGAGAATGGTCCCATTGCTGTTGATAGTGAGCCGATAACTGCCACCAACTGATTTTTCTACAGGCTAGCTTTCACCTGTCACCATCGACTCATCAATGGTCATTACTTCCTTCTACAATCGTCCCATCAACCGCAATCTTTTTCCCCAGGACGGACCCGAATCAAGTCATTAATTTGGGAATATCTTCACGCGCCACCTCGACATGGTTCCCATCACGGAGAACTTGAGCCGTTTTTCACTGCAAATCCAACAACTTTTCCCACAGCCTCGGAGGCATTGTTACGCATCCGTTCTTCAAAGATTTGCCTAAGAGGATAAAGAAGATGATAAAACCCGCAGCCTCAAAGTATACTGGCTGACCAGTAAAGAGCAAATACACTATAGACATAGGCTACCAGGGTTCCGAGCTACCAAGGTATCCATATTGGAATGGTGCTTCTCCGTGAGGCCCAGGCACTCTTGATAAAAGGTACTCCTGCTACCAACATGATTGGCGTGTCGCTAGAAAAGTCCCCCAACGACTGACTGGATGGGATACAAATCCTGCCCACATCCCGATCATCAAGATCAATAAAGGAAGAGGAGTAAAGATACTAGTAATCCAAAAGCGACCCCGTAAACTTAAAGAACTTTACGACGGCGTTTTTCCACAACCGTGTAGGAACCTTTTGCATCTTCATTCCACATGAAAACTCAAAGTCCTGTTTCTGCATTCAGGGTAAATTATCACATATCCACCGACTTCCAAAGGCTCTAAAATCCCCTGATCTTCAAACAAGAATTTCATGCCAACAATGGAAGGATTGACCCAATCGGAAGGTGATTTCAGCAGAGATCCCTTTTTGAGTTAGAAATTCTTTGGGACTATAGCCCTTTTCTGCTGTAATACGGATCTTTTGCACTCCGTTTTCCACAACTGCTTTGTTTTCTACCATACCCTAACTCCTTTATTCCACAATCATTTGACCATGCATCATGTTCATTCCACATGAATACCCATATTCGCCCGCTTTTTCTGGCGTAATTTCAATGACATGTTTTCACCTAAAGGCAAATCTTCATGAACGCCAAAATCTGGAAAGATCACTTGAGCCAGACATGAAGATGGATCCTTGCGATTAAAGATGATCCGGCTGGAACATTCTTTTTCGGGACAATGGTTTCAGATTGACCTTTATGACTTCGACTTCAATTTCTTGATAACCCATGATTTCTGACGAGCGTGGCCGCTTACCTTTTTCATGCTCTGCAAAGAACCGCAACAATAAAGACAACCACAAGTAATAAACAATACTAATCAGCAGTAAACATATGGAATCTCCTTCTTTCTATTACATGCAATTGCAAAGGACTGTTTCGACAGCCTCTGCTTTCTTTCTTCAGGACCTGCTACGGCTGATTTAAGATCTACAAGCGTAAAGTCACTCTCCTGAATCAAGTTTTCAAGCACCTGGACAATTCTTTTTGAGCCGACTTTGTCTTTCACCTCCTCAACCACCAAGTCTAAACTGGTCCTGCGTCAACAATGCCGAGTAATGAAGCTTTGCCAGATTTTCTCTGGTCAGACAGCCCTTTTCCACCAAGCGGAGCAAGAGGGTCTTGATGGTCGACTTCGACCAGTCAAAGCGCTCGGACAAGACGGCGATCAAATCCGTGCTGGTCTACTTCCTTCCATCCAGATAATCTTCGCAGTGCGCCATTCCGCATTGGAAATTTGCATGGTTGCTCCTTTCTAAATCTACATTTGTAAACCTTACAATGTTATTCTACTCTAAGGTTTACATTTGTCAACCAAAAGTTTTAAAAAAACAAATCTTTCTTTGAAGATTTGTCTGGTTGAGCTTTTTCACTCCCTATTTTATCTCCTAAATTGTCAAATTGATTAGATTTTTCATGTAACTCAGGAAGGAAACTTGGTATGGTGTTTGATAATTCAAAACTTTATAGAATTCTATTTCTTTTTATCAGCTGTAGCTGATAAATAATTTTTGAGAAATATTCGTAAAATCCATTTGTTTAGGTAGAAATTGTTCGTCTTAATAAGCCATTAGAATGTTCATTTGAGACCTCGCACCCAGGACATCCTGGATCCATAAAAAATATCAATGTCATGTGCATTCGAAATGATTTGCAATTAGAAAATTCTTTTCCGCAATCAAAAGTGATCGACTTAATTCGTTACTCTATCACAATCATAGCCGCGAATTGTCTTGCGTTCATCCATATCTTTGCCGGCCTGATTAATATCTTCCAATTTATAACTTGTCGTAGACTCGGCCTGGATTGATGTCGCCATCAAGAACAGCTTTTGCTCAAAACTTGTTTATCATAGGTTGTGACAGAGGCTGGTCCGCCACCAATCGTTGTATTTTGTCTAAATGTTGATCCAATGGCACGGTTTTCATAGTGGAACACCAACAAATCCCATACGGCCGCAATTATGAAGCACGCCAAGAGCTTGATCTACCGCTGCTTCTGTACGTTCTTACATTCGAGCTGCATCTGCTCCTCCCCCGAGGATTTCACGGACTTTGGCAATGCCTTTTTCGCCACGTTCAGCAACAACTGCAGTCGCACCTGACTCCAAAGCCATTTTTTGACGATCTTCATGACGACTCATGAGACAATTTGTGAAGCACCACGCATCTTAGCTGCGATGACAGCACATTGACCAACAGCCCCATCTCCGATAACACCTTGTCACCTTTTTGCACATTAGCCACACGCGCCGCATGGTAACCCGTCGGCATGACATCAGCCAGTGTGAAGTGACTTGAGCATGCCTTCCTGCTATAATCTGAAGGTTGTCCAGGAATTTTGACAAGGGCCCAGTTGGCAAAGTGGAAACGGATATACTCAACCTGCACACCCCCAGACCAGTTATTACCTAGGTGGTTGTCACAAGAGCCGTCAAAACTAGCACGACAGGCATCACACTGTCCACAGCCATGTGTGAAAGGGGCAATGACAAAGTCACCTGGTTTTATTACTGTAGTAACTTCCTCACCAACTTCTTCGACAATTCCGATGGCCTCATGACCGCTATTTCTATGTCCTTCTTCCATTTCCGGATTACGGTAACTCCAAAGGTCGATCACAAACACAAGTACGTACTATCTTGATAATGGCATCATCTGCTGCCTTACGATTTGCGGGCAATCAATTTCTCTAGACCAACGCCCAGCTTTTTGGTATAAACTGCTGATTTCATTTAATAACCTCTATTCTTTCGTTTCTGATAGTATACACTTTTTAACAAGAAATCACTCATCAAACACTCCCTATTACGGATCATATTTAGTTACTTAATCATATTTTTCCATACTTCTTTTCAAGCATTTTCTTAACTAGATATGGCATCTTGACATTCTCTCGACCTTTTTAGCAATCAATTTTTTGACGAAATCAGGCATCTGAATATCTTCTTCCTCTTCTAAAATCTGTCCTGTGTTTGAAGGAGCTTCCAACTCATCAAAAGTCTCTAGTTGAGGATGATAGTAATGATAGTCACCGTCTATATGAAGTTGAATGGTTGAAAAGGGCTTTAATCAAACGAGAATCGCTATTTGGCATAGGAGGACGGTGATAGGTCACACCAAGCTCATGACAAAGCTCCTTACACTCCACATCATTATCAAAAAGAACCTCAATATGCTCACTAATAAAAGCTATCGGAACAAAAATATAGTGGTCAGGGTGTTCCACTTCTCATCATGAAGGTATTCTAAGACATCAGGTTTAATCCAAGGAATACCAATATCACTTTCACTCTGCCATGTATTCGGTATACTGGTCTTCTTCCAAGTCCTAAAATTTCCACAATCAAGCGAGTATTGTCATAAATCTGATCGATATAAGGATCACCAAAATCAAGTGCCAAAACTGGGACACTATGAGCTAGAAAAAATCACCTTATAGCTGTCATCTCTAATTTGATCCTAAATATTTCGAATCTCATCCAGCCCAGTAGTGAAGAAGTGAAGGTTCTTGGTCACAATCCTTGATAATTTGGAACCTAATCTGCTCACTTTCTAAAAATTTCTCATATCCCATGACAGAATGAAAAGTAAGAATAATGAGGCTCTAAAATCAAGCACGACATTCTTCAATTCCGTCATTCTCCATCTCTTTGATTACATCAGTGATAAAGGGCGGGAAAATTTAGTAGCAAGTATACTGATACGTGTTCTCCAAGAGCAGAAGCAACCAGATCCACTTCTTCTCTAGTTATCCTTTGAAGTGGAGTTCCGCCAATTCGTACGTAATTGTCATATAAAGTCTGAATTTCATGTGGTTCAGGACGAACACCACGGCGGATATTCGTGAAAAATTCCGCTACTCCTTCGTAGGTAATCTCTTCTGGTGACCCAAAGTCATCATCAACACAACTCTCCTTACTCATAATTACTCCTTGTTCTACGTTTGTTCTATTTTATCATAAAAGGATTAATTTAGGGAACTTGGTATCAAAATAACTCTTAAAGGTAGACTCTAAGAGTTTAAAGCAAATATAATGATGGTGTTGTACTCACTTTCTGCTTCCAGCTCTTCGATATTTTCCTTGTGAGCTCGGTGGGTTGCCAAGTCTTCATCAACTTCGATGGTGATATTTTGGAAGCCACTCTCTTTAGGCAGTCTCGGATAGACTCTTTACAGACCTCCATATGCTTGACATGCTCAGACAAACATGAACAATGGCATTTTTTCTCCAATCCATCCATGGTCCAAGATTAAACTGATTGATACCAGCAACATTGTCCAACTGCTCTAAATCATTCTTAACGCTTGATATCTACCCCCTTCTGGCACAGCATCCAGGAAAATCTTGAGCGTGCTCCAAAATCATTAGATGGCTTTGGACAGAATAAAGAAAGGAAATGGCAAGGGACAGGCGGATCCAGGATATACCAGTCAGTATATCGGAGGACCATGGCCATCAAGATGACGTAACCCAAGGTGTCTTCCAAAAAGTGCAGGCTGAGAATAGATTCGTTCTTGGTTTGTCCCTTACGAATGACCAGACTCGCCAACACGGCTCGACACAATGCCAATAATTCCCAACCAAGAAGCCCTTCGTCATTGACGGGTTGTGGAGTGAAAGAGTTTGACCATATTCCAAAATCACTACATGCAGACCTGTCATCCAGAATCACAGCGGTCACCATGGCACCCTAAAAGGCTAAAGCAACAGCGGCCCAGGTGTAATGGCTGTCTTCTTTCCGATTGGAAATGCTCTCTAGAAAAGCTGAGATGCCAATGGCGATTGCATCTCCAAAGTCGTCGTGGATTCCGAATCAGCAGAACTACCACCTAGGGCAAAAATCCCACCCGCAATAAACTCAACAATGGCAAAGCTTAGATTTAAAAAAGCCAACCAAACCACTCATTTGTCTTCATTATATTACTTTATTTCATTATAATAGATTGTGAACATCATGTTCTGGTATCTATTATCCAATACTATCAACAGAAAGGATAAGGGAGCAAACCGTTCACTGTGTACGTTACTGAACAGTTTGTTCATAATGTCCATATGACAACACAGGATCGTCGCATTACCAAGACTAGAAAAGCCATCTATCCAAGCTTTCTTGCACTTGCCATAACCAAAGATTATGGAGACCATCACCGTTCAGGAAATTATTGACCGTGCTGATGTAGGGCGTTCAACTTTTACAGTCATTACGAGAGTAAGGAACTCTTGCTGGATGAACTCTTTTAAAAACTCTTTCACCACCTCTTTAGGCGTGCTCAACACCTCTTTCTCCACAAGACCACCTAAGCCTTATCTTTCAGCATTTTTAAGAAAAATCAAGACCATGTAACCAGTCTGCTTTCAAAAAACGATTATTTTATCCGGCAGCTGCGAAAAGAACTGGAACATGACGTCCCTACATCCAATGAAGGTAGCCAAACAGACATGATTCAATCACACCCCAACATTCCTCCTCCTATCTCAAGCACCTAGTTGTCAGCCTTTATCAAGAAACCACCAGCTGGTGGCTAAAGAATTAAGTCTGCTGCACTAGAACAAGAAGTAGTCCAGTTTGTTGGAGATACTGAAAGTTGGTTCAAACTAGAAGAAGTTTTTTAATGACCCTCACTCAATTTTATTTTCCTCTTTCCAGCCTTATTCATGCTTCACGAACTTGAGGAAATCATATGGATGCCCTCCTTTGTCAAAAAACTATCAGCACAGTTTTCAGATATTCGATTCCTTTCTTATTACACTCCTTTTTACTTTCAATGCCATTGTCTTGGAGCAGTTTCTGATCCTGCTTCTATCACTTTCTTGGCTACAGTTTAGCAACTATACTATTTACGCAACCATTGTAATTGCTTATATCTACCACTATTTTCAGACATGGATTGAACAATTGTCCTTGAAAATATGTTCCATTGTTAACGGGTAAGGTTTGCGAGCTTGTTCTCCATCGCATTTCTAAAAATTGAAATTCAGTCAAACTCTATGGTTACTCTTTTTTATTTACTGGTTATCGTTTTAAATCTTGTAGTATCATTTATGATTCTTAATAAATCAGTCTGCAAAATAGCACTCGAACAATCATATCTTAGAAAGAAAGCATCTATATCACTTTATCTAATCTTTAGCATCATCACAGTCTTATTATCCTTTGCTTTTGCTCTTCTTCATTTATTAGTCAGCTTTTCCGAATTAAAAAGTGCGAAGACCTTTGGAATCTACCTACTTTTTCTAGGAAGTGCTTGCGACCTTCTCTCTCGTCTCTACTTCTTTTTGCCGATTGTCGCACTATCTCTTTATTTCTGGTGGTTGTGGTTGATTTGCTACGGAGCCTATTGAATGACAACACAAAGAAAAACTTCAAATCAGCCCACCATGTCATTCGGATTGGCATCAGCTCTGATTCTTACCATTTTGTTAGCCACCCTCATATAGAAAAACTCCAAGTTTTATCAATGAAAACTTGAGTTTTTTTGTATTTACGAAATCAATAAGGGATAAAAATCCTGCTTTTTTCTTTAAACATTTTGATCTTTTCTTGGCAATCATTAGTGCTGTGCTTTTTCAAATGAGTATAACTTTTCAGATACCAAACTTACGACTTTCTTTTCGTCAAGTAGTATCAGTCAAGCCCTTGATTTCACTCCTGATAGTTGAGATAATAGCCTGTTTCGATTCCCTGATCTAGATCTTACCGAAAGAGACTTCATCAAGCGTCAAGCTTTAGTCTTTCATCCACTAGAATCATTCCCCAGAGTTAGTCGAGATAAAGACAGGATGGTAGGCATTGATAGTGATGTTTGAACCTTTAAAAAGAAATCTCTCTTGCTAGATACTTGCGTGTCATCAAATGGTATAGAAGTTGGAATTATTATAGGCCAATCCTGGATTATAGTTGTTCTCAAATCCAAAGTCCAAATCCTTGACCTTGGCAAAATGATGCATATAGGAAGAGGTATTAATGACACGGCCGTCAGCTGATTTTTCTAACAAGGGACTTAGCTCAGTTGTTAACAGATAGGGAACGAGAACGGATAACATAAAAGTCAACTCGACATTTTCAGAACTCGCTTTCGTTCTTTTGCCTGCATACAGGCCTGCATTGTTAAACAAGACATCGATCCTTTGAAAGTCTCGCTTGATTTCCTCTACAAATCGATAAACATCATCTAATTTTGAAAAATCAGCCAAGTAACAGAAACTGCCTCTCAGGAAACGGCCCGAACCTCTTGAGTAGCCAATTCCAGTTTTTGAGGATTTCGACCATGGAGGATGACCTGATAGCCTTCACTGGCCAGTTTCTTTGCCAAATGTTTACCAATACCGTCAGTAACACCTGTTATTAGAATGGTTTTGACCATATTGGTCCTCCCGAAAGCAATGAGTTCTTTCGAAAACTCTTCTGCATATTGAAGATCGAACCGTAAACCAGCATTTGGATAGATGATCAGCTTACTATCTTTTATTTTCTCATGCATATCATAAGAATTTTCCGTTGGAACCTGCATATCATGTCGCCGTTGACGATTAAGGTTGGTTGGGTGATAAATCTTGGGTCGTCTTGAGAATCTTTCCCCCAACGTTTAATAGCTTTGAGTTGCGTCAAAAAGCTAGAGCATACTCCCATGTCTTTGTCGCAAATTCCTTGGTTCGCATTCCCATTCGTCCGAGAACTTTCAAGGCTTCGATTTTTTCCTTATTTCATCGTAGTTATAGAATACAGCGTTTAGGATCGATGCGTTCGAGTCCAGCTTTAACCACCTCGGTTAAATGTTTTCCCTGTAACCTTATCAGCCTCTTTTCCACCTCGAGGTCCTGTTCCGCCAAGATGAGACGGTCCAAATCCGGGATTTATTCGGACCATTTCTTGAGCAATCATACCCCCATAAGCCAAGGAGATTGATCTTATCGTAACCAAGGGCTTCTATAAAGTCGAAATCGTTTGTTCAACCATTCCAGGAATGGTTGGGGCCACTTTCCTTGACTGGCTCCGACACCAGGAAGGTCGACCACAATCACATGGTGCTTTTCAGCAATCAAGTCGGAAGTTTTGGATCCCAGTTGTCGAGGGTTGCTGCCAAATGGACCAGCATCAGAAAAGGCAGTTTTTGATTTGCCTTTGCTGAGTTCGCGATAGGCGATTTGATTTCCTTGGACAGTGATGTATTGATTTTTGGTTGTAAGATATGACATTGTCTTTCCTTTTATTTCTTAAAGCTGAAACTGTTTTACCACGTGAGCGACCATTAGCGACCTTGTCTAGGCGCTATTCACTTCTTCGAATGATAGACTGTGTCGATAGATGGTTTGATTTCAATTTGCTACAAGAGGTCTGCTACCTCTTGTAATTGAGCATCATTGCTTTCCACAAAGATAAAATGGTAGTGAACGCGCCGTATTTGTTAGCCATCTTATCAAATTTACGACCAGCTAGTCAAATGCGGATCTGTTTTTCATTTTGCTTGAGTTCATCCGTTTGGCAATCACATTGGCATAGCACGAAGTGAAACAGTTGACCTGCCACCTGTGATGGAACCTTGTTGTTTTTCAGTCTCAGCACCCCCAAGGGTATCGAGGACATAATCAACCTGGCTAACAGTTTTTGTATAATCCTCTGTTTTGTAATCGATAAAACGTGGTCCGCTCCTAGGTTCAATACACGCTCAGCACTATCTCCAACCCCATTGGTGATGACTGTCAAACCTTTGGCCTTGGCAATCGGAATAGCCATACCGCCGACACCGCCTGTACCACCAGAGATAAAGATGGTTTTGACTTGGCTCCATGAGTTCGAGCACGCCAATGGTCAAGGCAGTCAAAGGTACAGCAACCCTTCACCTCATCTGAAAGATGATCTGGAACAGCTGAAACTGACTATCGACAGCTACGTATTCAGCAAAGGCGCCAATATGATCAAGTGGGAGACGCCCAAAGACACGGTCTCAAAGCTTTTGAGATTTTTGACTTGTCTACCGGTCTCTTCAATACCGACCACTTCATTTCAGCAGTTTGTGGGAGTTTGTAAGGAACGATCATTTGACCTCACGGGAAATGTGTTATCAGAGGATTAACTTTACCAGCTGCAGTGACTTTGACCAAAACTTCTTTATCTGTAATATTTGGTTTAGCGTTTCTGTGATGTTTAGAGTGATATTCTTTTTGTTATAGTAGTGGCACCAATTTGTGGCTTTTCATTGTCTTCTCTTTTCTTTTTGTTGTATCTGATAAAGATACAAGTCTAGTCTTTTAAAACTGATCTGCATGCAAATCAGTTTCATTTTGTTTGGCTTCTTTATAAAGATTGTTAATGACATCTTCTAAAGTTTAGTGGGCTAGTTCCTTCAAGTTGAAACTAAGCACTAGCAAATGATGGCGAAACTAACTCCTTGGATATGTTTTCCAACGGGACAATCAAGTTGCTATTTTGGTGAACGAAATAGCTAGTCACTAGCTTTGATGACTTCTTGTGTGGCAAAATAAATGTTAGAATAAGGTGATGTCCTTTGGCGATTTACTAAGTTGGTAGCCCGTTTGCCCTTGATAAGTTTGGATTAGTCCAGCATTTTTCAATAAGGCGATTACCTTTCGAATGTAACTAGCGTTAGTTCCAACACTAGTTGCCAATGCCTGAGAATTTCAGGGTTTCGCCTCTCACTAATCATCGTTAAGATATGCAAAGCAACTGAAAATTTTGTATCCATATAAACTCCCTTTAGATAACTTGTATCCGAGACAAGAACAAGTATAACACAAATAAAGAAAAGCAAGACTTGTGCTTCACTGTTAAAACAAAAGAGAGGACCCTGGAATCCTCTTATCTTATTAATTGATAAACATCAGTACTAAGCTTTCTTAGCTGCCGCGCTCCAGTGGTACCAAGCAACTAAACTGTTGATATTGGTCAAATGAAATATTTTCCTTGAATTTGTAAGCTTTCTCCCACCACAAGTAGATAGAGAAAACATTAGTGGCAGCCAAAAAATCCATTGTTCACGGTAAACAGCTGTCATCAAGAGCTGACCAACACCATTTGTCGCATCGGTAATAGAATCACGGAACAGGACGTTGGCATAACGGATTGGTAAATGAAACTGAGGTTAACCACCAAAGCACATAATTGATAAGTACTTGATCCATCCCACCGCATCCAATTTACAGGGCAACAAATTCCTGCTGTTCTTTTTTTGAGTTGGGCTTGATAGATCAAAAAGTGGTAAAATAAGACAGTAACCTCAGAATGGAAATACTGTCTTATCTCTTTTTTACTTAAAGCCTTGATAGACTTGACAAATGATAGAAAAAGAACCGTCGAGTTCTTGCCAGAAGCTGAAGTTAATCCTTCAGCACGGAAAACCCGCAGAGGTGACTTTTCTATACATCTCGATTTTCTGGCAATAATCATTAACCGATAAATATGTCTGTGAATCGCAGCGACTCCGCTATGTCCATAATCCGCGGTGGTAGTAATCCCACTCGCTGGACAAGTTCGTGATCGCTGAACAATTCCCGTGGACTGCCGGCGAAGCCAAACTTCCCGTGTTCCATAACATACGCAAACTCGACTCGGCGGCGACCCAATCCATGTCATGGGTGATGGTCACAACTTGGTGGCCCGAATCAGCCAACTGATGGAAAATTGCGTTAGCTTGCGCCGGCTTTCCCAATCAAGCGACATCATCGGCTCATCAAATGATAAATCGCGGATCCGCCGCCAAAACTGTATGCTTCGCTCAACAGCTTGCGTTCCGACAATGACAGGTCATATGGACTTTCCAGCTGCTTTATCATCCAAAGCCTTTCTTTTTGAGCCTTTAAGCCCGCCTCGTAATCGTGTCGTGGTCATCCATGACTGCACGACCTCCCACTCCACCTCTCGTTGAACGGTCGGGTTGGCAGTCGTCAGGATTCTAGTAATCCCAACCTTCCAATGCTTTTCGACTGGTTTAAGATCATTAAAATTTTCTCCATCGATCTTAATCACACAAGTTTTTTGTAGTGTCAACAAACCCGTCAACAATTTGAAGAGCTGTTGATTACCAGCACCATTTTGGCCGACAATCGCCACCATCGGATCGGCGAAGTGTTTGTCTTCAACATCAGCTAAAGGACCGTTCCGGATAAGTGAACGTCAGGTGGTTCGGATTCAATTGTGGACATAGCAAGCCTCCTTCAGATCAGCGCCATTCACCGGATGCCGGCCATCAATAAGTGCCAATCCATTTTTTGAGCAAGTTGCTGAGTTGTCAGACTTGAGTCACGCCAACAGTGTACCAAATGATTAAACACCTCACCCGGCCTGCCTGGGCTACCATTTGACCCTCGTGCAGCACCCACAACGTCGGCGACGCCTGATCGTCAATTTCACTGGTGACTAATGAAGACAGTCGTCTGCTGACTTAGGCTAGCCATTGGAAAAATTGCCGGCGGCTGAGGATCCATCTGACTGGTCCGGATCATCCATAATCAAAACAGCGGTTCAGACACAATTGCCGTGGCAGTGCCAGCCACTGGATCTGACCGCGGAAAGGCTCTCGGGATATAAATTCAGCTGTTCAATCAACAGCCCCATTGCGATCAACCTTCTTCAACCCGTTTTTGAATCAGGCCTTCAGCCATTCCTGATTAATCAAGTCAAAGGCGATTTCATCAACAGCCGTGTCTGCCAACCGCTTAGTTGGCCAGCTGGATTTTGCAGTACAACTCCATTCATGGCATTATAAACGGGCCAATTGTCGGACACTCGTAGTAAACATGTGCCAGTCGCCCTCAATCTCCTTGAACTGGTGCAGAATGACCCTGCCAGCACACGGCACAAGTCGATTTGCCGGAGTGGCTGTACCCGATAATCCCAACCACCTGGCCGGTATGAACCTCCGCGTTAATCTGGCGCAGTTGTGGTTGCTCGGTACCCGGATAGCGGTGGTCATTATTCCCAATCCGTTTATCTTCTTCCATATCTTCCACCCAATCAATAAAATTGCCAATCCAGTCAGACCAATGTGCAGCGTCATGATAGGCATTACGCGCTGGGACCGACGGTCAGTTGGGATTATCAAAACCTCTCCCGGTTGGGCAATCGACTAGCGCCATCGATTGATCAAGGGTCTTGATAACAATGGAATTAGAACCGGCAGGACTGACTTTAATTTCTGAATCAACGTTTTTGCCGGATTGGTTCTGAACTTTTTTGTGCCTGCTGGATTTTCCGCATATTGCGCATCATTTCCGGCAAAATATAACACACCGACATCAGAACGTGAACGGTTTTATAAGATAATCCGGACAGTTCCAAATAGGCCCGCGTTTTTCTGAAATACTCAATGGTCACCATAAAAAAGCCACTGGTCAAAATAATCACCAATACTCCCTAAGCAACCCCAGAGTGGTGGCGTAATCGACCTTCTTTTGTGAATGACACCCCAAGCTGAAAACAGCACAGTTTGATTCCCGACTGTAAAATAACCGCTTGGATGATCAGCATGGTGCAAATCAGAAACAGGCTGAATCCCAGCGCCTTAAAGATGGTAGAACTCAATTTGGAAAATAACAATAGCAATGTTCGACAAGAATTAATCTAATGAAGCAATAAATTCATACTGGCGTAACCAGCATGTGTCCAAGATGAACAAGAGCTTAGTAATCGGATCGATCACCTGGTACCACTTGAGCTTGACCCGTGGCGCTCCGAAATCAATGTTTGATCAGTCATCATTTATCACCGCTAAAGTGCACCATCCGCTTCGGCGGCTGACGATAGATGAAGAATGCCAGGTAGGCCACGCAGACTTTATCCAAAATATCCAAGACAAACTCATCGGCAAATGAGGGCCAGCCACACTAAAGTGCATGATTGGCGACCATTACCCCAAACAATGAGTCACCCCAGAAATGCCGGTCTGACCACACCCCAAAGATGACGTTGAGTGGCGTTGAAATGACAACTGAAACAGTAGCATTAATAATAGCAGAAACAAATACTCGTCGCGCTGACGAGAACCACCGTGGCATTAAAAACTCCGACAGCAATCAATTCCGATGCTGGTAATCGCATACACAGTTGAAACCAAAATGGGTCGGCCCATAGATCACGTTGTTGATGAAACCACTGATGGCACCGGCAACCGGCCCAGCCAACATGCTGGCAAGAAAGGTTCCCAAAAGACCCCAGCCAAACGGGCAACTTTAACCCCTCATAAAAGGCTTTGACGGCATACAGGTCAGCTCCCCACAGCAGCGGGAATCAAAGTCATGGTGGAAGCACTTAGCAGAATTTCCACATACTGGTACGATGAATCGGTTCTGCTGTAATCTCCTTTTTGTTTTTAAGAGCCATGTCCGGGAATGACTTTCGGACGCAACGCTCTATCGATAGTTAATGAACTTCTTTAGTCTTTTCAGCCACCAACCGTAGTCGACACAAGAATTAATACCGGTAAAATTACTATTTCTAAGTTCATACTCTATATCATACGCTTATTTTCAAAATTGTCAAGTCTTTTCTGAAGTTAATCAAAAATAGCAAATAATTTAAAGTATACTGGCTGAGCTAGACATCTTTCGATTGGGATTTTGTTTTTACTACTACATCACTAATATTTTCTGGTATTAATCCGGTGACCGAAATTTAGTCCGCGATACTAGATTTCACCACAACCATAAGGGCAGCCTTACCTGCAAAATTAAATCCTATCTCCCTTTATACGACAAAGGAGAACCCACTCTTTCAGAGGCTTGGTAGAGCACTAAATTCTGCTTGAGCCAACTTATTAGCCCATAAAGAATAACATGACAGTGTCCTGAACCCACAAACTGGATCTTCCTTGATTCTGATAATTTTGGAGCGAAACTTTGGAGTGCAGTAATATGCCTTCCTTTAGCTGTGATATTTAGAGTAAGCCATCTAATGCTTTTAACTTTGTATCGAAATCGATTGTGACAATGAGCATCATTTTCATGAGGAGGATACACTAGATCTCTTCCAAGCCACGCTTCAAGAGAGGACGGACACCGATTTGCTTCTTCCATCTCACTTACTGGAACTTGGTTGCATCAGTAAACTGAGGAAATTCGCTCATATGGCTCATCTCTTTTGATTTGCAAAGCTCCCCCTCTGAGTTGTAAGGTTAGACTATCAACATCCCTTCTAAAATTGAAAGAACGAAGGCGGTTTACACTAAAAAATGCTTGACCACCTAAATCGTTTCTCCACCAGAAGATAAACAACGTAATCGTAATAGCCGTTCTTTTTAACCGTAAAAGCCGTCTCAGAGAGGGTCATTTTCTTTGGCAATATTCTGTAGGAGTAGCATCCAGCGGCCATTAGTCAGAAGGCAAACAGCAGCTGGGTTCCTTAAAAACGGTATCTGTAAAAACATCTACGATAAATTGTGAAATCGTATATTTGACTAAAATTGGCATGAAGGCTCCTTAATTTGTTATCTTTATTATATCTGAAAATAGGATAGAAAGAAACGGACAAATAGTAACTAAAATAGTTGTTAAAAGATTCTGCGCATTTTACAAATTTACCATTATTTCTTAATAACACCTTCTTTTACCAAGAAATCATCTGTGCGACAGGCGGCCGGTTTATACTACTCCCACTTAGTGGATTCATCTGGCTCATTTGCTCTGCTGTGATTTTACCAGCCAAACTTGTTTAAATGCCTTCCAATTCTGAATGTTTCTTAAGAAGAGCTTCTTTCATGAGGGGTGCTCCTTGATAAGGTGGAAGAGTTGTTTGTCATCCTCTAGGGCCACCAAGGTCATAGCGAGCAAGCTCGGCATCCGTTGAATAGGCATGTTATCTGGATTTCATAGACTGGATAGCCTTCAGTAGCGAAGGGCTGGCTCCATAGTGGAGACTTGTAGATTAAGACCATAGACTTTCTGCAGGCCCTTGTTCCCATCCTCTCGGTCATTAAACTCCAAGGTAAATCTGCCTTGGGTTGTCTCCACCTTTTTCAAATCTGAAATGGTCTTGAGGCCATGCTCTTGGGCAATTTTCTTAGAGCGCACCGCGACAGCATAGGTATTCTGATAAATAGCCAAGTTTGAGCAAAATTCGGAATTAATGTAATCCGCTTGATCCCATCTCGAGCCGCTTGATAGACTGCTTCTGGATCATGGTCGACTTGCGGCGCCGGCTTGAGAAGACTTTCGGTCACGGTTCCTGTAAACTCTGGATAGATATCAATATCCTTTTTTCAGTGCTTCATGAAGGAAAATTGGTCTTGCCAAATTTGGTTTAACAGTCACTGTCATGTCCGTGTTTTCTTCGATCAAAATCTTGTACATATTGGCTAGAATTTCCGGTTCAGGACCTAACTTCCTTTGATGACCAGATTTTCTTTCAGGTTTGAGACTTGGTGTATAAAGATACTCCCAATCCGATAACCATTACCGCAAAAGCCACAAAAGATGGTCGCAATTTGGCCTTTTCCTGCATCCATTTTGAGAGAAGGTTAAGGCGATGGCTGGCTGAAGACAGGGCACCGATCAAAATCAGACTGGCATTATTGCAGTCAATCTAGAAAGATAAAGGAACCAGGTCCCCAAGCCGAACGAGCAAACTAAGATGGCTGCATCCCAATAATCATCACAATAACTGTCCAGACCCCAGACATGATGACGGGCATGGCCAAGGGGAATCTCAAACTTCTTGGAGTCATTCCCACTTGTGGTCATCCCAAAGCCACCCTGCTTCTTCTGAACTTGGATCAATCCCCTGCAAACCGGTGATGGTATTTTTGAAGGATGGGGAAAATGGCATAGATGACGAGAGCTGTCAAAGGCCGAGTGTTCCGATTCCCATGAGTAGAATGAGCCCCAAAAGACCATGGAAGGAATGGTCTGGAAGATCCCAGCTACACCACCAAACCCGGTGCTGGCTCTGTTGCGTGTACTTAAATAAATAGCTAATGGAACAGCTAGAGAAAAATGACAAGGAACCCAGGTCAGTAACGACGGTTGCGATGTTACCCCAGTGCAGTGGCTCCAGTCTCCAGCGTTCTTGAAGGTTGTAAGTAGTTTTGGTGTTGTTCATTTCCAAACAAATCTGCCACAAAAGTCGTTGGCCGGTTGAGCACAAATGGTCTCAGAATCCGCCACCTGCACAATTTCTCATGCTTGTAGCACCGCAATCCGATCGCCTGTTTCAAGGCTTCATCGGTATCGTGTAGCAACCTAAAGATAGTGGTCATGCCGAACTCCTTGTGCAAGTCTTTGAGCGAGCCTGTTTGCGAGGAAATGGCATCCAAGGCTGAAAAAGGGCTCATCCATCAATAGAATCTTTGGTTCTCAATGATGGCCCGCACAATTCAATCCGTTGTTGCTCCCCACCAGATAACTCACTTGGCTTGATTGCATGCTCTGCAGCAGGCAGACCCTACCTTGTCCAAGAGTTCTTCTGTTTAGAGGCTATTTGGCACGAATTCCGCCTTTTCATCTCTGGAATTGAAAACAGTATTCTCAGCGACAGTTAGATTGGAAAGAGAGCAACGTGGCCTGCAAAAACATAACCAGTAGAAAGACGTAACTTCTCGTTCATCATAGTCCTTGATGCGTTTCCGTCATATAAATATTGCCATCTGTCAGCTCCAAAAGACGATTGATCATCTTGATCATGGTGGTTTTTCCAGATCCTGAAGGACCCACTGGCACCATGGAATTCTCCGTCTTCAATGAGATGACATCTTTTAAATGTCTGTATCAGTAGCGCAGGACTACATTTCCATATTCAATCCTTGTTCTTCCTCAATTTTCTGCAGTCACTTTCCCGGACTATTTACCTTTCAAGACTAGTTGTGCGCTTCTTGTATCTCTTCTAGCTTATAAACCTTCTCAGGCCGGACATCCACTTGATACAATTCCACAAAATCAATCAACTCTTGGAGCTTTTCATTTGAAACATTCCCGAATAAAGGTCGTTAAATGACATTCTTCGACAATTCAACAATTGGATCAAAATCAGCCAGGTCCACTGGCCACTAATTGACCACAAGAGCAGATAATTCATAATGTAAGTGATGGATACTATCTACTGACATGGCCGGGTCCCTTAGATCTAGAATTTTTTGTGAAAGACTCCTCACTTTGCAGAACGCCATCCTTCTCCAAAAATTACCTGATCAAAAACCGCCGCCTTCAATTGCTCTTCCTTGGCTAAATTTCGGCTAGTTCCTACCAAGTGAATCTCAGAGGAAATTTTCCTTTAAAGCAGTTTAGCAAAAACAATTCCCACTGAGACAGCCGCGAACTAACACGCAATCTTTCTCCTCAATCTATTCCAGAGATTAAGAAAAGCACCAAAGCTTATTGTGTATGTCTTCGAGAGGGCAATCAAGCTTTCCAAATCAAGTTCTGTCTTGATTGGATAAATTTGCTCTCATTTGGAAGTGTATACTCTGCATAACCTCCATCAAAGCTCAACCCCATCTCCCCATAATAAAATGATTTGCTGTGTCTTTAAAATCCGGTCGTGTCGTTTGTTCCACAAGACCGACACCGCTTCGGTCTCTAACACACGAGAAGTTGAACAGCAGCGATAAACCCTGACGGGTAAAAATCCTGCGCTGTGATTGATGCCAAATCCGTTTTCATAAAGGTCCAACAGGCCTTCAAAATTGGTTTTGTCGTTCGACAACTACCAATACCTCTGGTCCGCGCAAGTTTACTCACCAATAACTACTTTGCATAAGGTACTCCTATTTTTTTAAAGTTCTTCTCTTTAGCTTTTTTAGATTTGAGATTATACGCTCTTGATATCTCAATTCTTGGATTTCGTTGTCCAAAAGCTTGGTAAGGAATATCTCTCCCAGTTCCTGACTGACGCGATCTCCGAAAATTCCCTTTTGCGCCCAACCCTAATTCCGTCAAGACTACAAACTTCTTGCGCTTGTCCTGGTCACTCTGTTCAATCTTAACCAAGCCTTGCTCGACCAACTTCTTTATCATGCTAGTCAATGTGTTATTAGCTAGTCCCGTTAGCTAGAGCAATATCAGTTGCAGTTACTTCCTTCCTTCCTCTTTTTGCCATAAGACTGTTAAAATTTTCCCCTGTTCACTACGGTATTGAGCATCTAGTTTCCTTGCTCAAAGGTTTTAAGAAAAAATCCCCTTAGTTTAACAAGCGTATCTGTAAAGCTACTGATATACTCTGTCATCTTATCCATTTTTTGTCTCCTTTTTATTTCTATATCAATTATTACGGTCATTGTATCACTGTTCGTTACATCTGTCAACTATTTCAGAGTATCCAGAAATAATTCCTAAAAACAAAAAACTTCTCAATCATCTGGAAAGTTCTAACTATAATCGATTGATATCTTTAAAATATTTTATTCAGCATGGCAATATCTTCGCATCTCATCGACATTGAATTTAGCAAAGAATACTAGTACAGATGTGAACTGGGAAACGATTGATCGGGGATTGGTCAACTGGTCAACACCTCGATAATACCATTTCAATAACAAAGTCCATAACGTGACCACCGAATGTCAAGTCGTCTGAAATAAAATGAAGGTGATATTAATAACCTCACACCGTGAAACATTTCTGGCGTCAGAAATACCAACGATGGTACCTGAAATATCATCTACCTCGTACTCAGGTTGGCGGTATAACATCATCATTATCTCACATTTGATTTAGAATCATGCGCACGTGCATGTTTAAATGACATAATTTTGATAGAACGGAAGAGATTAACCCCATCATAGTAGATTCAATACGATCCTCCAAGTTCTTTATCAGTCATTTCATAACGTTGACGGAAGATAACTTCAGCTTGGTGAGGTACGACTGCTGCATAGAACTTTTTCATCTGGAGAAACTTCTACCACTTCCGACTTTACCTTCCAGAGCCTTTAGCTTGATGAGCTTACCATCAAGAACAATCAACTCCCCATCAATAGAAATCTAATGTTCCAAGACCCAAGTCTCCATGCTCCAACAATTCACCAACTGTTAAAGTACCTCCAATAAACCCAGCCATCAAGGCTCCCAAAGTATTATATTGAGACAATTTTATGGCTTCGAACATGTCCACCCTCTTTTAGTAAAATTCATCTGTGGCAAAATAGTTTCGCCAGTTTAATAATATCTTTATAGTCGATTGGACATCAATAAGGACTGGTCCATCTACAACGAGCTTAAGGCTTCTTAGAGTAAGCTAGAAAACTCCTCTTTACTTGTTGCACGATAACCTTTCGCTCCAAGCTCTCAGCATATTTTACAAAATCTACAGGACCAAAGTCAACCCCAGATGATCGACCGTACTTCATTTCTTCCACGATTACCATATTGTAATAGCCATCGTTCCAGATAATATGAACAATTGGCAATTTCAATCGAACTGCCATCTCAATTCTTGTGCTGAGAAGAGGAAACCACCGTCACCAGAAGCAGAAATGACTTTGTCTTAGGACGAACCAAAGCCTAGAGATGGCCCACGGAAGAGCAACTAAAGTTTGCATCCCATTTAGGAAGAAAAGCAAATGACGTGGTTCATAAGATTTGAAATAACGAAACGCGAATATAGTGACTACCAGCGTCAACGGTAACTGTCATATCATCATCTGTTTGTTCTTGTAAAAACTTCAATTAAATCGAGTGGATGTACGGTACCTTCTTCAGGCTGACGCTCAAATTTAACATCTTCAACGACTGTATTTTTAACCCTTTAAGATACTCAACTGATCTTCAGGTAATTTGTAGCCTTGAATAGCTGGCAGAGCAAGTCTAGGTTGCTTCTACGTACCAGTAATTCACGTTCTGGCTGGAAGTAAGTATCCACCTCAGCAGGTTCAACATCAATTACGATAATACAGCGCATTTGGCATTCCAGTTACGTGCTTCATACTCAATTGGGTCACCAACCAATGGCAATAATCAAGTCCGACTTCTTAAGCAACATGTCCCCCGGTTGGTTACGGAAAAGACCTACACGACCAAAGAAAGTATCCTCTTCAAGGTCACGTGACACGATACCAGCACCTTGGAAAGTTTCAACAACTGGTAATTTAACATGTTTCAAAATCTGGCGAATAGAGTAAGTTACAGCTTCTGATGAAGCGCCGTTCCCTAAAAGTAAGACTGGCAATACGGCATTTTTTATCGCCTGTGCGAGATAGTTAATATCAGAAACAGATGCTGAACCAAGTTTTGGATCCGTCATAGGCGATAGCCTTAACACTGACCGGAGCATCAGATACGTCTTGAGGAATTGAAATAAAGCTTGCGCAGTTTCCCCTGACTTAGCATGGCGATAGGCATTCGCGACGTTTCAGAAAGTGTATTAGCATCATGTACTTCAGCAACATACTTGGTAATCGGTTCAAGCATAGCAACGTTATTCATTGATTGATGGGCACGTTTCAAAAGATCTGCACGCTTAACCTGACCACCAATAAGAACGGATCTCCTTCATCTGTCGCTGTTGCAAACCAGTAGCCAAATTTGAGACACCTGGACCAGATGTTACCAATACTACACCGGGTTTCCTATTGATACATCAACACCTTGAGCCATAAAGCTGCTTATTTGCTCATGACGGGCAACAATCAATTCAGGTCCCTTATCTTCCAAAGTATCAAAAACCTATCGATTTTTGCACCTGGAATCCAAAGACATAATCAACATCATGGTTGATCAAACTATCAACCACTAAATCCGCACCATACAATTGCTTTTCTTCTGACATGAACACAGTCCTTCTGGCCTAAAATGAATCGAGTAATTTTCCTTTCAAGTATAAGTCACAAAAGTGTCAAAGTCTGCTCGTTTTTTCACAAACTTTTATCACTTCACAATTCTGCAACTATCATTATGGCACAGTTTTCAGACAATCTTGTGAAAAAGATTGTGAGGTACACCACGAACTTCCATCGCAAAAAGAAACACCCCGATTACTATCAGATGTTCATGTATTTTTTACCTTAGCAAACTCTCGATTAAGATAATTTTGCAAGCCTTCAAAAATCTCTATTAACTGGAGATAATTAGACAAGCTTGAGCGACCAGGGATATCTACGACATCCAAAGAAATGCGTTCCAAGTCCTTTTTCATAGAGAATGCGGAAGGATACCACTGCTTGATTAGAAAAATAACGTTCTCCCCTGCTAAAATAAAGCACTCATAGATGATGCCAACAGGATTAGCAACCTTCAATTCAGCGAACCGCCTAATCCCAAGGCCTCCGCACTACCACTAGAAAGCAACTCCAGAATAGCCTGGCGCTGACTGGGGATAAAGCTCATGATATCCATAGTGGCCCTCCCAGATTCCTTTTTGTCTATTATAGCCTAAAGCTGAGAAAAATGCTTGTGATGGAAGGTTTCTTGATAAGACCCTAAAAGCCCATGAATCCTTATTTAGCTTCACACTTAATCCTGCAAGTCCGATTTTATAGTGTTATCGTAATCATGTTTATCTACCCACTCCTTAATATCAGCAAACGAATGGGTGCACCTTCTATTACCAGCACCGTCCTCTACAGAAATTACAATTGCTTGCTCTCCATTTGTTCCCAATAATGTAAAAATATCATTGGTCTGCTCTTCAGGAGAAAAAGCCAGGGCCGTGATTGTTTATAATAAATATATCTATCTCTATGGGACTCATATTGAGCCAATTTCTTTTTATAGGCTTTATATTCCCTATCATAATCCTTTTAAATTTTTTGACGTGCTTTTTCGTAGCTCGATAGTCTTTCTGATAATCTTGTTGAAACCTTTTTGTTCAGAATCTCACTGAAACTTAAAGTTTTAACAGGAAAAATAGAATCAGGGAAAAACATTAAATTCTGGAACTTTCTTTGGTTCGCTTGGTTTATCAGGTTACTCACTTTCACTGGTTTCAGTTGGATAGCTGGAAATCTCATTGCCTTGACGGGTCAATGAACTGCATTTCTTTAAGGTATTACCATTTTGTTGCTGTCTGAGTTTTACAGCTTCTTCGTAATATAGCAATACGTAGCA + */2-12=AA;=;<5/47/'$&*$/0%+617@@DDAA>??,189:;C>?EEKKH942262%(-4776>CE.?(=>?622*')2)..5559@A43::<<$$,8:;6>>>BC?;AGDAACAPIFA>93+9>AA>9;;;4+%32.-'',3533'389@@8156?@@AB?>>?@;@G?;@@32'%&&',1378)%'%'788'%(#%%.-%'/./1155./54661$)-0328<=F;2*'%%1,&,'/)&&&+556?A@>>:<<<957/$$%)(,8;@G==@;>C>0,29;9=-(('/&--2115A3;+@:9GJG99?.0:82654+&&(,%%($++1+6+3&3,22/12(-0/,+,-25.2=?FCHCDJKK@69@8689=><0-15=>,.<@;897367'&)***,@?@AA@;>=56:6356&+:BCC@FGBCD;945;614:>E->476;=;===?:;40;?;799<;;A3<>=9:>?>GMBK<=A;C477>@>7=FDBDIJBA@=@@4133/&%$#%&-)(&('4223785+&+)#$#''')229@2.,-:;DFEB@<=AAD6768=:*79;84::*@;7:C>>(A;;A@?=<9BCDDCA>99===7>2:4034/(64:7536(+33758-)*&'+4765..,..-2733=;<67=CGEE;==/++;75)'66=JJ:<=3;<>BDB>9@??89,<6==8-1>@:3;9:99&&&0'59716&'.06-0333;710-/4/&)38>=?<<=A@./.)$$*+/.24.133512-7;=;<:;BG>DA>81%-576&/(($2357>BBDFH@;>B;:=?<.+-.,-.0AFIGB9@A?=E@B==DG639<4143322412>?54959D=>4AA58ABCBB?/0.0.%&'$%$$)+341$$%&&&)$&/+**0147%':?687=?974:;?9F@;897$;/5068875%''%$/2==@;<57>569<><:89:67;:69><9;C<<@DBC>?=/,/55556;=C>B?8478+++.@>5?ALLA>:@E>JJE4HC=AB>>?DB@56;91++)))790155;>59:79:???A=??<>@@=($2:;=::79CA8=A?:>?1/116>9:3*)(378A6*%'%30--,,/1+-.,,)$&&/6(((+((+.$''/$'*)'0..,7<>844:?8349=?<<31140-4?>9=67B@A45442&%)112/6433/83=97;414<;::3?<::2402.2,1//2/579?=89DAA>8AA>AD>+11;<;=?5<;+9:?;?*02*8)&<>;<=.0:6(756+''(7,(.(($,4:;:AC>=?@,688..(')657@=<<:6?>:39=@92+'&&%'$$%-(&+'$&())5-1*B::5.*77:?B@I=HKEBC@>@E6>8A?72'1%,-%%'&%*+.1.4211$)$&*+&&%%)-/.+,B==??;*%*))+$++/5/$$%%%$'$(0&%$('(+0.8?6358:>==<:167=9>@A:76=;:>BBC>=79;;+FGID9:6>B>=:BJIF9;17:6462//2*)+//*(')+533466%=A<@A>39=><;567;<@BF?DGFB>A::@=4=AGD==7?>;<@A??>>5254652BCEABB;949?@65=@HDIDA?:<;5?>@BL7<258558@B>CBGC@D<<9;32$('<=;>AEG@A@HLJE./5?AJIDA?88DBC0=>3%%(,--2AA=???DB@?AB?A>?DG7146249>??A=66?>87877+)8;BBFB9;==7@BCD>:')8=BFGONA<=41.+$$&()&)'.+%((-10346;:>C?=@@B@A<5=@>EFCD40@?ABC=<>=>4:<:=4<5533+,-.'336999-6@BB9E>>>79<:4@=>;%-)+$12'493.7<56=<9957(()&%.611BCBAA>CC752,'/$$')%'&%$$$%&'02;;;FH6:<6)&&$&-66.0=8:69?2>>358/1799E<@?<8%+=7755.+:=>@E;9;9=;890=..=?@E@?ELRNKH:=ACEE8;'*045<=AA?BDGEFGCBEC>1++'&'&,(')3,$(9?;899;?@AFG=@=>ACFEEBCD;6=<:67?>B=??784+*))'(()99<963//123316689+1.54;7;<:./.-10*279;<;CD::?24.3;;=?A>A:6,,+777363($$$%%))/028;:<;;A><=;5:9%$#%$&#)+0168:1-%'$%(%%254582+..4./>>15?55:B?:+01'--)./)+-,)(67647<:78==<7=;(0/.))/14:;;6<@E9)7<=>GBD?343EEFF?0BCB;=>>>==1)<=ADEH9<;HHDEM>B@?7=5CDE>?=7?1.1(892'548?GE9;;156')&*-*&'''&()*%56.;8<147@9FJJMHB@5<1;B@@B:7787<;7.-0049>=;A67CDC?AA=958=>>=@?>DDED?=:5%*$$%%$%$$/$,.'%.045*,,+)(+*-+9;:>=B0;6/./07867<;96+$$,-::9?@@BFLB@FD?CB;*##%&25.),77;;=8;>9BCA<==;<:1-00+*$$$&:6<<>>B>:<;B979:?CD/8(*7BDFBDFB7HJC>BBGB(HA<9AEC9=@8%$%%)))))89:?@BED?HJ?FDGIKKBCEDCDBBF;/=?9CAC;=>BDFIE>=>=@@8688@?57301+,-0./*+,)'$"$*/0/*3172@D@;>:6517)CC=A?>.&/'02:???D@=8>7(((35576=:76//2;@CGGECA?B>A@?@@CAA>@99:=CBE=:6+)/1*67777<=,+?CB=D45:<@>?>@;8&&&''.$01448775'$'+%**+4--46<>/A9A@EH864,/57JJA;:886,:9:;>=?A:>=6=97:><;=C?ADE><==;==468360,3<=ABD@?@DEGONF?DGEHJINA@@?=?FHFFI>?@:80<;A@<;2?@C<28+(')(*0>>;:<>BA5:6@HFCECF>==>5-+-)5;986-,0.1844*898/0*'',05=?@@;:97428??;;886;3<:<:56>><96+64:<6957B<<@EFH;>>;@?-:A;.08870+((%+,+,*((:<><=@A879,;;?14;=80B87<:%%%($')0/,/1+/9467//316=@<:?:CHJBEB=<<4/65,,6*;=?>/<:@=@;:8>28:79<;=8>=98<:--*(&248:.$&&.:945(%493BCE=;HE:9;/2BBD?<>95=:?@=B?;8?A@;8:CA>@@@B%<@BHA?:?67BGB>I>.6:207740158,'439:32%**43-.:;;;6&8::DHFKJH?BKDBD?H@=>?<2.'%%&+9:::722,+02=>@==?=@:61,)%%)56/+)$%)-1367;?=<::BACHFC;D?=>;,::-DDBJJ@>88E99>0C<8<;8:==-++,,-:7=?AE?D=?@AA?88,79:@D>?AFG?=?4<=BLMJ9CBDD>=88?>::;6@FI??@G:<>==:64=78=:;=>GA>B=@FF@;@BCHLNJ?=<8+/@;=62???@E>>%$*39B;@;895(1@>EG@FCC><3125?<=@=C=?@?;=,0+'+0-/+769@F@@D@=A>07D=D?=5+78;?:>BCBAC@2222*''51/6546((.0776+610,%&,./02;:?<>6?3(/&/547444>=9;854&&.0026760128;>@DF>C@B77?8==DD@<8:DB>FD?C8@%6%-0<1::8:8:?A@<;475256<>948.00399?K5*5==@;A>AB=G?<=GGC?>>C;:2+,''&'$#$"-./00..-2*335<25=57575F@>>A@?>>G<:<;7=@A@:<461,,5//,77:**84:8:A@@C:=<@975:&;;6646@;C7:9@+*0;<1/4=:(98=<*2/1:8<=3??@8<4..&$&+8:;:16;==:;<:=>:.5,%'.678::45;8289;;9=EB>=?C@=AC?EBB/'''$(*==:8656))(''0488478A=66,/,,'.*/03598;;;ABCD9:<<<;>CA>B?:?>>9$::*588-/+;;@?8FA(%95798407546:8:;0-77BCCL@>994618'6?:CF3>7972=86>33&48=8>@;@<:66:;DG77CB;3622:77.;@>997665757559:98=;:;75<90079;<8.*33=>8*+./685&((*389:9:@9,-=7=*;A=?G==<<+#%'%%-152215*-*%#&&()*=344$3:;;<:=D@>:;<;15899122.4;9=77-+2+.<=@66@A?AF>-*+)/1()8=97469B?;<+*,,.1&+45;F;C::?.33599C=C45:>@;>@@@959<371.101235==<9>C4/1783998;:@EC:;@B8523::<>@AEBDGCA.2BDA@B=>DB4>EE1$$.(*)1134%*'$**4476ADEC>A9<==B=;AB@==:;9330-86793//:=BB;B??CA?C:6>7B@B=>:9,&)1;<3*&@AAFGGC@4(*-('*,69FEDD@:@?G>HGBDA9.50.(*24@A=888<98;<.1',098D?>:689<.?D:;:;./68??>>@><><<:1/3%#%%*.+59CA:>:;?;0-;9:6><>=@:59:/./6:;9:9>:AA???GFBD;9>+744..1<;<;302<;<9222*,*-+(%$&((%)#&(+)(),:;;?>>A56:+,-657/447=>BAB89??EEJB>9;:9;512**/0404423*$#%$(%2)13456+-/68:;==A?>;:/>:;:=/1=>;561<>AC;>>=4>?<-(3<7<==&'&'%$((%(**%)'/3,.567),7:6:8=;5=@@;7:;;5015589:>@?FCEDADAA19;97,0$##$%&&-+//12/279<<878331/,31*.*%$&(&+/..,000,+())*'&$'%$$&%%%$'&$.3469+=DDCCOM8:8:9%$>9@B@;=>AB<9;?=>>96<=?:>>=13,=3-()A=&((@<=:72&+*'')*524035/379,20,.&$$$"#$'&$#')&/33-,/))+&$&*2278105.40%,,.1/4510.1;<;@9;<E=6404'&9@BDD?@@IH>?GCBB@=>/@CFDA>;:>:8AACD2FF?>?<=??>860989888453*.-7889;8@A7=DEEDCBB?=<51':<1=85654/-.+--185>@14***($&+*,<;:;;=2'02733,,++0077GDG<;?=@6635:9--14521-.*)423<565:<-28:;9<43%(%%&''+578@B@CE(..+$$667668>AHIA@?@?A?8<=6:)4563>>B<)>B8ELD>BB<*//5?CD4%(?<=BA;@@<>?@;966$)(%+(,-25866)&$&&.-.%%+)+124=E=9;5:>@@A<2)(&5?>?(0.>><=<>***+==<>=<@;@,=BEHFNOCGB;9:?CDFKJPNDC=:46563>>=91=7=.*FCA?@:<7&%$-$42::;63/&0879-0--&&**//**-%-&($$/0&()*%,*()(725<>><<;6;77954?=36997:@??@:=;CD<>H5=BG@C.8(*'(*76;-$%'97300+*,25=<74<;;?GFB84%%$',+251)%'(&%$#$$%#&'*+&,-4>;=76=;>@@5%84'>H;>=8:?=?<@:CD;;DIEEGD>@517**-,99;?>?>A?88FGDF@-+,99;8:0778==5578'8;?A:=6*010/4;9;D?;7=?C6@>=@A=>=:7>>7413:74:6,#&$))33403411/.00047>@?@=;;:/7>?:A?9778;1248-++,$'1-32240;856:;=?ACA2'+00D>7:58;>BC=A?55>/>A<=88BEAB??<=6)&'%'1)'%$&'()*&(#,/%%/,31495=61..-412/*'&&;-)%%#&***9::$''%&%%0(7/&'+'(77:=BC5=:98:9298::61%22870&<:><;;;3<@;>==>CC-)720/,,,,++*)**+2**--9@?@C?@GHJBAA=C8D<)*..8365):C?:><@BF::06,*$-9860073$#'00<;7?:>A=:5%%(1BCCB6?DB=@?)*++(%&&%$((62*00+-1'98:ACH@FGIMFHF9<8;?FD>'3);7>?HIE73.8-,),-54<>CGHGFED=984<>B>;@?:;>:-36572.0*##&-6+++.7<8@=A?E58>:>=>;9?E>MIMGI=88;?@?4109><;=@EA@;=>2*(**(%$$-&&6/$%()806768@:99..4668792233+$&%%$(+*3./(/*)0201+.020'('04-++*$003=?@EA@D><>?GC><<=.@+',556:8;>@C@A=>:3<1FC;?:71:;BKIK=9,;68:945+9;9:,1)'.57AC<<9:A:57:;@FC9A@B@93176;97655,@@B<9B20121&&)',02%3*%&&.&0.;CC>9:=<=<@E@?GIAB9>?=,),.&)%-'%%48:::94378:%.>643;;=16/198*455(%(/,-*-:49@8'79=<=?=;A8,/042600-$##'$#&'&.4=>@EFD>=61&4549/'>:>C>:89828830+%&&&+7)54:=@=996673$$$&'#,/4775:<:;21+,$&/&&+,/26332+9:?CBBDE>A68@BA89EMMKIHCC?@AHBEHD?@ADAD?:/00465;EF>C99AEA@BCN@4AGKKLIC?@BB>DHDA::2<<5/48>>=>@@<:A>0;,.51/25665?>BDGOR?>=.):*+,9B=?AAB??><,''%%=<:8<7JL?>@HEB?9=9613,,++*9:=>ACC?AADGH7=<>?;6@A<9;D?@@7;::7A:=I=C9@GFDD?=CAGF><3?@=C=B???AE=@CBEE8:>=8?>79///&$%%**)(&#'+130(&**:=85<>?B:;B@>@>;0@BD79;:89/7>B1?=>BEMJA:6=47ABD=8?>>/8;+<=78==@=;12360:5BCF><=7<:9?AB>B546;8>>?A@?>=:;*0'(('#$$13+8:<;;82A>>65<>?6<888:;++425841$$4%'0.119<<<<>6=B;DCA9.7<94;@?DC90+,,95558$(',.0''15522.--48=:???A@A;><<:@@<>@/*0000$(,01369.+,/10519:<17:@DF,649:98($$#'.+')(*+*%35?DBA<DFEA>8:9''''5*)095<:>AC7,-*%)')+&36+6437833098=:?>6,2&)+/1-8?<=FDE;?JE;>EGJ?@A?FF<>EDA=C@OMBFIB>:=@:?<:7679677;92//6&&6.,%&('-,+7::<7/5)&$%0/452.)+499=30.;97:A?:896@;8;64./.:9=52,,,%%(66ABDCAGHEJDB8=8>@44/.-'&'%$((+(()8468=<;3556698:87;>?/+(,0(/:>>@>9B=%*-(.799:73%')(.2598.9<;79=6*=:A?>>930+'+7:5?;==4>??==:3?A:70,01106:B?5;:><0:<@F73%*$#'0.247>@D;FF2?+>>BAD;=-=>HGB>:7.(+7463&&&*31/017-098/:?A:>?>7@:7>=EA;8?:9?:;=??AC;=EEF>>>C?@AAC;;>>CDC;)+&*&#$&'()*,-36:??@1.:57286168;4>=*(&&'(%)9==;:9DCADBFEFKEGEFEDB)-CA>CCD:>9)8566556-=9BD=85;A@A99H?;:/++)$+-)/497:?==>956,*))$%,,.---066128/1:3+35>;=:*$&$)%%''))*''43777>>96=>:;?A9:79;0$%&%',$%($$)+7+76B8D;::?A===BC=?10030*%$&*,-,/(&&&&,0,0455-:8=9502=?><;<==&D=>@EFEEDEEGD?@=@A?=8;'%'4222))(0+366*)#$$(+%&'15;82)))..5<=75GE??AA>/1288%##,))*13584/(',131/5@;85+('(3/12.)&&''#$$-$'(*%$%%00.('(5979@=D@>;;A;B+7)4>IEA>B:?>6@=AD;=6<@C=>@AABB13BC9:6=CGGOE=@BC><.86+*57CGGD.?HHD=7:9<<;77&&,/64586A8871/31:7.+592,1456334;@=?67KAD??EB<4<:8:7877>GC@A<;2-/@67;=A@--3-,/2:=B??E@GH;C7<7?@@87BBFG;FEDD??CC//.()**.)(,2/=@<0460(-$$''$'#%72-,..7=;+%($'%&%&&11=:9@ADE<;BD>?>13*&+85/+9:*,0-''+(%(%,;BGC>>CB:9??%&(7<>;>>::5(0==9=;<:;7FHFEB@B.=<8?@@AIB<4454.9:?9/,'9<=?>72<7989A0..-.5.*-2&%1*(-%,/079;*&*&-,*750*&&''())0247686;>00)<@CDDCC<>9$9<@==='&)-96744)649D?ACE:'31-%6467+94586=??579>BCHH@QPLNE=><60-*/+%%#$$%%-45786-&$(067753&&*(128B=@@FGA;8@FAED*><:6FGAHCDDKF=8DDABAB;C>5/298>;1-46>;6<<:?87:>D@=>DE@C;6==FE<=@??0$'*6''(64;?@@?@EDG/BBDA@CE@>===8CAIKJIH94D=??.077,/%$)$%.$#%%&&&)-,3%%<=BCA@?@?:85><<52-1,%+3..332+%'./0-&337;4:A:<=:7**>HG>;,-*7::8?8BCB=)-DB>7)$&&&+./%06899::27>B=*69@<?@?+'@CDE:>BBB>:>9:84:;7-86:773:@@>><9E?:313156<><;--.))CKB;BAA@==GBC@@B@45)3:788:ED>:>>?&,,+**;<>9?>BE8>?82869862*;=6))2*856>>>:67533AA5;6&'$&*'%&%(-679?BDIE??A@5:2BA>9??/@AHA89:725/2&'&'(,.1)'%$$&,')1797;/1=?@@@<:9=??;=656*(((3:7+,./+-%+366(,*,5679:81120$*0&$&01312339>@B:@??AC<711&+C=>99>7:=;;6:2CGNNNB..7DBBBB@BCCBA:;BFEA:8;9;?CAEG60-*-*)*667=4+8?=<:-+&)(+-'501,'&+.121120-.2/;<&&445//+''%''$')35544*43'3675.8+2'69:==88:>=97/665666659:::=@@=>B?<9-1+022)&'()()(($+88;==?B=9<<=B=BCE?654%%&)*029<;=>>>;52<>>@.+=>=<@9=8<;>>=,+)&*0(&>==:AF@DA><;5'%%&*-1$459==::11659:=?025-5/010/89?@/*><:+&$(004=<799&23;/:/3(+6<8;><4360/))+.57;::<73.)//>;1%169:69;A>632:888EB@=A@@JE=*D7:944887C<=?=<;?@749>AB>AGICBCE;>?A1515=?:??=:65$&2/3/&?D@B?@F8<5:>;7?ABD7;B9E;;8;,1+.)65,(,568867&(+&75<1400077@=;/49&&7/,''23,.DB@BC>@A><978**%#%'+99?;CCJC55>?CF@AD;=>A8:=2:''4547BD>8+=&000113::;73866--&%)(%'0177552)*&(%$&&--&)946;=?4)178;<>BC??,@@?@EDHC=5332/+*((),)('%12927?:6'()04),5AD=E:;12;:65=;52'&&&569>5057))/)#+(678099A:<@CE=%6&)&&&&)3436:>@>>?GBCD679=9BACC?@AGDD9E=>DD>>CD>==??==*$')$(-8>==<8.*(7::9:$&';<%790:CC<>@@BCDD@?++4,$$,''&&-4%&(%'**257>CCCG<9:=>88.,57BA28;DE>:=DFA469*+*+3/-.)%(+487),)(&.014432--589<C:@>6?EAB=::9<>'7=0099BA:(('.0.4+5:?AA>2.::9AC@CBCGEE:BF??97$*5('(%#%$%$$$$%+*$&$$$#$$%%++'-2<==ABB@DDCC;@;:6AC469858>?=3:<@<5;<<2;=?@CBB@>EEC,'499;@@))&&/,+/2:9AAAALKACGG:D9;=86;87::?AC=;4836?BCDCBCDA;8:?<<8::?FCE<>?A?AC9%#$%&1334002>:=<9;><377:::4696)63..;7+*(('*$%$)$)*+-)<;(788=97;;$/6:>;A=?3==:<>>@<2F:>.<3/3=:04-79869>??98;CB@1;6:=45430.1348:?<1>AAA50%*:<-*<=@93+(,'(0393671974,,*$$#%%(&%&+%$$%&$')(*'1''3>?AC=>=FGBIFAA?CHF>DFC=B;>@BEED?A@JHA@@>:249;<@979?5795?=<><4$&*%&-,0/#$+'#$%%'$&&%'%%*$'&),($&$&)*.4'$8=<8:6BAA=>3./566)45=;==/6C>A7=A:<031..$%025GGBI;@@B>9<<:)//99A@>23121''1,2-/,5<>ABGFFC79315323'-'*882(''*408;;?G?-//-7;AD@3&:==>CB@?A++%)476==9663&B*57;1.@2D=DGLHD:.3./'+,**,468:BDE:A<:;>BCIE@GDA>*CDCA)&=<<-1.0/5/51;@;886=@FA@KKDJ76>8;:56663+&))$312A@>;<88777252-((&++-*%(&&)('$+*)$'$$(%-/.0>>98270-4,03A==853+'%&$&%$$$($$$,,,#$$.1<<>GCE6'')+578=>>>?<@ADA9;79;G47053)-4847:FNKJGGCBDB1*+%&467436())((*+%'.7::=@@042><?=?JKD:CFIF@@@H@A=9:211/0/8=<@?<@D?=HAE50>B@?D>8CDGBI?@D@13.,-,)4-?:99?C=<%55>635;$(61?>998:>>CEGH4BIEC?>934././3<:39.966<==65')&(&%$####%&&&$%'()../48>?@B;==<=>?&&)(0-,++.+,EFB@B9?<;??800-0,,,(36%+898:763+12;;=221++.**)&'#%($*+*,..55:6:<>=A:+-$%%4/%)0.111/--1;:3=<987/3)?A;9DE>>;C>:6==<<=;=?=:3-&%(;0)3+%''+4&&+.-,*'(>>:<>;?CB=<:5(*4($(*,589AC==;+$'5490/)$%%'44-'&%$&$*8:6=?A??;BFGE46=.067(/89(5%67/13::8=776;34)00,0005??>8;:%15668;;;5=BC@=&)5>/0779819981.<=//569&*.&&&$*$&$&112*(*+%1*+(/<<;=)3/&(477<+-780@D==?@AB6(34333;%685=5BCF@>%<=@?><@<>>>@DDB@A::7:AB58*)0'$$'--(2/5:DC@8>BA?440+,,%&,,1548%'BDC=:;:>@>52334$245835:6%#('(++)-10(%$'((''($+-,')635?@*'&-/0:9;01@>2678;++%&###%$%*+,++)%).()*(*)()+')&%.8*86=>8::259:8=??DEHD@:7380,-5:=@EGDD>B>7;<@8CHFA9946('2'()'&-.11/.,#$'5-&%-25&&('#$$$%&&$'2335981./5)3?7>C/51//1(*09;>@?:@@>60&%&(*&$&''+479??>:6>C:66)()*%+++''2#(66686=A<><==56;8)&')+-.'05999:9.%--04#$/2%%'''(&&)$%&%%$'&'(/,+)&&.59955759>;@88417A?>;;:>@EB9/-*.*(/1(*.0/$%')'(%$%%%%#$&$$$&+&33<<@BB@;48791,7&4,.'''//1*(()&',13,((-/.)*$((/021<:212'/.$,32(+/0,(168;>=EFA3//))*/,%()(+/1743131054979988/)&$%/$(((((%$%))**,613560&))+(48:;7793)*'(****26:98,5332++-)('&$*7(%%1;1)6844%&$%'$%)%0%%'*&')(//.2<>;96879.//25;97''%%%,/464<@=9A;<8??+?806>><(((((,4=<6>?:988$%$$$*&&&'$&*)-')(&*96..+/21./()))<8//.)14:5-1+$)'$$&01'&+*'%552-,*&92.784,-*%)(&%%%%%$%(%$%$'+&**+42'&/'245;+7;<;6@@A912*&%.(>@@F??.))($)%&$2'(.000,')*'17@B?BAB?=8/**.$2846;;;:(&$&&())*)(%,65222,'%+<>@.'2235><8(::A-20123?<882465'+411331,&*=A;?:<=DB?:1;CA@@:16/+()+//..)0/*%,.$&''((*(.,**2+)3:;<><9A8??;@B0367=>AC@A>@@CB=6:<;?67:/5&%%$'$&%&%(+)%$,(%$))01/2-/86%&*/0)&&'*+&'$$#%%&,.*$)233348-.///5649H9?DH@?B?=B<=GG:?AB>..5-/-043:812%#'.)133('(7/(()3,1891###'(#-524:5---(0('*%%5#'/1/.09FB>=>???C@B?CC@?@@C?DFHF9;;9;:=DG?BCB:14124768@?7D56?>6<>CB:<;57%5./3:899;0;:87:93//-449<=C=781000%+2232,00*%&(&%-/1868(,43-$%)$&$"&%'&(%'%%&%*2,07=9;>;0566(*+*,***(,945>:AI???@I>208=624+-08;>>;;@8;/;877:901'$#$%#%$('(')(%0/25569>=6(4@B>A;<-587688=;;<<335.,)&&'+*-(+'689;=A?;753%%%'1267;;9544*%&*#$$348:<;:<;;:89)()%'(%'237/3*)*),(%%'#')&(%%#%&%&$#(+')./176745;@@=;600.88%..3:9,()*,99@>@@ABBDF?FBBB>-1A@?9+1:7893*:68:',BC;=C?:9;>9B=?77336571.-'$$&(973/4>?;36::>/7=@@78((,%&*($%%&',..&9515),:=?E68HI=DA:9;EB??>=<5-;=>95397;5E>7=:69C@A@JEA>?C=@B?A@@@?E0DD;>?C<76:=3088=8834,..0/,%(256<=>9:=;?@AFB8<;?F:3$%$$%%*,/-8887630),*4<974'*//56=>@;@>568'?@6=@BA):@@A7@@7%+./,&.'%,2929:*349:;<9(,#$5(('.358659-'8&.*(.++,-+,(('('((*('%%*-,.3,):77:553/-16@CKKHC@>=AA=::025--1%&#&/,%')0#%'-+.,9<@?85>B@:85:9<753.''#''#$$$#%'*(,(1'-++))%&''&$$,++-899?@@>@C=:9/(032788>9,%&(8=8110:30>BA=9<<,/;B>@<>>?0@?<BC?;<045%%40+++-11//44-1;FGA977A@GDD?FAFF89DECB=25*33>8852'*('%%%%%)9594&,---0+.($(((%&%(*-(*,,@@::>?1),*'3==D9ABC;ABAE>>;ADFHC8;<73*(*+'&((+*()+$,&'72$$1-:32+964($$%%))4276===EC>>@:7.)%&%7:;B?DE85884+//$'(:6-+&%%//$+$%$,&$&%3/+2::437DFE>@;A-*+--3574->;>BC&+03.031/()&(#)(().089><@;>?<<*4683;;;7-(167562-0/),&())((-158;8,4;>>:C9:<125B=><B?AA&(&%#%),54,%.3:+88=:077EDD?>372<>:./.,+&40;>86*320&354560777B=BEF@A@C>;6%22:=>>>AC?9D<=251.;;=B<:AB@ABD?EJEDA=97>>=:AI@:8-&%%.&&''%%#$(2:@A-<;=>>4&0*('&')9::>9=:99;3>>9>@>)+//--442/)+*,+0-+$#((*)*)$)4565/+01987./-.'%543.997@?<*)44)8855=FB=968($&,.45320')589:;;78=340;<>?:>:,->:;@DFB?C;AGCA?9*>9;A;:??B;>>>0&222AEAB@@>1-9;??4&&55318:95754/**)$$*'$**))'--%%%*%(,,+)2+.//+*333/222&''/*'%(%$$$))569681,'&.)**$%0/7<<=>6(,/$/7269&)-)'30560)$"%&$&$.7;@A:82%)1-($$%%$&&1589-1/*%%$(%',/.77:@C9<=<;58.?9?3=8@@;BCGLMLE=>FE<:*(2385468;>D=;;@@ED?A?83135*+$$47>=>@9;><35/'.:256?97CFB<86779877.+*044420/67:;>.8<;6<.+*&(')*/8C=@@::?>===0()')1338==DGC:5:7<9:=:6711*)))$&)2004:::0)*&('03:=7=@<=;=6%$&(%$&446;78@8:<::8,/64(&''+*((((+%.%',420&#'./;<;9769/>BF@=<5<8B@@07-53(>84:;<43.-.-)0+44/3/029*--/68/,#)+,.+2113167350'&&2421213:575:-%+*&'+'''$$$%019:<=-24<747;=<807<>CD7@CJGF=A1//$3667;AGG>:9:9;<=<773>=?:>;=EF=;%(,214@9+,-*%#%&%1(.1/7>B@;=A?@49367;96&998?44:<789-%#$&$&)*,*/76:7*-,,,%$$&(((&%$$*)))-$%#'),)((,,/&(*/45::;:;786>CDGE>AACEBBD>DJ?B@=:?=89ADF>?79:<@670>A?9711&',++$$3478;<635)279<;CB@7>;5*.36>>=<4346$$&#$%0&#$)"'-.78:?>99.$%(((./+(/(&%&&.5:7>;;6=>?B@A?/16DIHA@4B91,($(544>9:==<9=424.5848&%+,+*,%%+,&,)2)(%&%%$$'*+)((*,)&*+.1870)?=>@C>==;+-,*&)&)(,.5578776887&$#%#&'.1*()**%'&.(&,,-*'%%%($$%'$(89>>7A&399>@?@<6,2/''5>8A07;9BC81:=>BFB?=6;88:?<45<;;&''+,---%$%%'$),)'+$4)'$$*--7;<4/9+$'10)+.*$'$$''&&%'((234?:5<<;=75668%:=>?=?=;:=78;>695-'.'(&(+%.,,,+,%%&(*+77+8<3FGIJDA>FAFE:@;0.8@@)AIH>ECC?A@BCDBB9CA968=<@@FDCA0CCG;EGAD=@BC7,7AB?BG<>B=>?@=@E@CC;??<5:9B>69AACE@BA1?A?@@96%'<9<88,&1&-%$$*00/?=>>AD>;=;;:;8:;5&%&'%/3955:*4;3>LJEJ@>DEGFDF>BCE=AA>;?=:?B@@9773=>?=@?=><46@33300'2265&$'%,/&+.4214+%''%(+771)*'(22/+%'))*$%%$&03/500*-547=9?64*0..%$$%'$%$#%%$%)-/6)7AC><8>8E76>A??911F:6-(''/102#%&&('1$(::5>@=@@@<5?B:=?68>BB@9D<@>>;::90'29,+$&%#%%-0$(%00('&('($#%*.1+$-*+.1/*&#%&%&&+),022-&'**00373.,)$&*+-.014:<;879=A???>=>DDEFEGEB?@A76-0&*#&'34::::>C+79AB@A;,A:6ABAAB::@AB94.122+./.'%*(%()&'(.'1/9;;,)(%&';@5644;3-,06()***;6./32('855553((($''%*,,--),'2684<'10''.)(8:11C;<=C?6<7:<<<.*66?GEAABAAB;E@:HAD>?CACJGDCBBID<;>320)'(+'$0-*)41&.18762(+)*76:@@6.&).//0:.E@?>:50895=?>8;?@,8<:597378:9641,('($+%$+('&''%$%$)&(-(+7;???@@B8)1$'@9--*($$/:9=<:@B9<=563()&&)(7>>?AD;>>AC9&)44750&67=@@=>?:=D>4BAD7ADD?B;<@>?98'178:985;9=9<=;:;9%.478<;=<8;<@:=;);?B@;>6?9?B==57<;*19>;AC>?>?BD?;>999BAA--67<@5BCFIF@B>?C5AAB??A:CFE=<;<884+($%)(*0$'',.7A8;59852,,685:9=762136:57/12===B/>=87-,.27<>@?5=>>=A@3-0-61*+87/--/893124A>@@A<<=;9@ABC?C466-+$,%,46<=<=?;;9;6,))67,,%*#$%..+&'4IID=8;DA@?AGIH601&%+,A(,,/2*&)027889;98?.+(++'&,-6789;2CB9<9535'@>?@E?9B;CE>8+69413633#%$)'*)3411103//0('&$$'+++*%469@AFBAAA5:0??=79=:<<>DEBCCB@AB:268?<6;8762=?A097=B<;?GFB=DA>9>;?<;$522??>EIC=EGF,EBI>>45<>2'&',/02.30017932222:@?9@B?5.++,?EEEEHCBC@=8%%$#&$*+,2'4342CABEC@A8::AC@A12457@FD>ABF?77.DC?GE9@AH@EF6385&$#%*240*&)886'/&(68<;7((4?>CA?7826()(&,-9<<>;8CNHLF046566'(#(),0889@@?3/14DJJ:BCA>@4*+)*/0459=2../.33(5?--5<912342(&+%.(-*0%%;<?@?FB@:>?B?=?:78:A:;B8>377<=EDABB9:B?CE@A@>9@?B:63&$%$#%&#$$##$&+2,49:;=)4.77=AAB=C>CB?@BDEC>>EB1--ABDGLMIF?>9:7996:77*98/,633:5:97.''-)(423:65484/2DC?;==?:;;ACF>5A=<*69?;=A>>=A7+3.-09>;78?;BDCCD><=97D=?;<*$++''&9H@E>>JEECEE8;BD?@BECHHCCCAGH?=>D:;<''86'-,/9?;:AE@;@7@DF>CECFDD=9>=>?>A47997BCB'3>@?;;=C>;=<>><<;;E2@EEDCE@@8=<=;;CA1=:5;H?=A>68$'$(&&&%'''',741-779::84726:1;/))%%#$$*+(*-)994444@CFG>ABC6?AB;*%&%,3?/2522;>?;=<7:>>=;=:48,(,*0))-$%&$$'(-1/0%&&.40?245131$%&/,/*)+)455*+&'%&',/-///17=@?C=78EHC;<34'--))-'&',1561038=??A/**2$)668>;HH1:466'*AD@A9*'&%::;GB?@=AC===8234-,'8>?9)-CD8@88AD@?B;<>>:,982%'%8:<99=>>?AC@B;<558<1''79*<=>@@A?@?F@@<@;-4?:<<7776><;:56:BDA;;<<13?>=:5475953;8&&3005@H>FG=GBDB7=?@;EE=>8340<;1*)-72./-6=>?DIIHGC2<241);:6>?@A<=>=>=:'536;+76'*9>A>DHFCH?6369742/-*/.-10:1;8763%%$%$%%++6=7@@A,9ED?:-.&8:AGE@DC::::?&1>?C@=?;0;8:9:A:8?AFHI@6<=CD8:DHGF9B@E53%&)&#(1337::01*-:;=69AEA/;:9@ABCG9>B??;ABDB/,-88982,&%0%%&$$#%.29<=A=?@C<'789@5..440/-:6777<B:88HF?@DA265>==?AC;0'(('*1*9=?A=?6+0169;9=>?=@@?AEC;==>:69;;7-/.712:?;D@=;9;97<;60-88:::7/7=>?6>67BEGFAB?B>?B<955<<==;95<69;,-+'&$*63;56436<>>=?EA;CCA;?@>B765-6>@@BB=8>-088?=;?@<7>>>CCF?<>>=7))%%&)%.'..0010:873$%$/3544($%&&$###(/+)(45/%%%#*.900(7988'3,648>;;<:==?7.081/43)$-/:;<;;=@G@:73234525*,.95,+,-1*,*)+0028>9==@?BA@:8;=@A>/:=BB5BA:@0CDBDEBHA@<8>9:85:9:9+))%$$''%$%$$/&,:>869?AA>8?<6990.377@AC@B@?BEFI?=@=;4868??C?@EADI9:;>@9=>?<<;:/%%'3==8>B(+41$%%(9<@273-9(;971)%%$%.-,$.')()%'$&()$#'$(*-'(''*.)/::92)210%'785<0/8((899;1)2379<;CGE;10102<;=>:79::;'33.170+0/400/)*)(*(#03;:<7866:C?7GFFC6+-,'75954;=;5?1:;0<;<=::;>:?A>?:21,(77;?CBA>@A767455,<;<9<8968786-'%1:>@86-&(811.(338@=:373+68;;:<3')8=1/''8,/12/3;)'**1*%$$%%%(.0,/11/,2>4-+*4+)-%''%$(%%./,**)($'*&347=>=8,*(&'%&$'$'%&#$)%2*$'+*+,,6BGFDA?@B9?6/%''/10.')0'213246325734579467864513'%$% @SRR14011045.9545 f098e01c-fbac-46a4-a4a4-b718c60b9a37/1 GCTGTTGTGCTTCGTTCAGTTACGTATTGCTCGCCGAGCTCACCGCCATCGCCGCCGTCCCGATGGCCTCGGGGCAGGGCGCTGGCCCGGCGCTGCCGGCCGCGGTCGACCGCGAGCGGGTCCTGGCCGACGTCCGCTCCGGACTCGACCGCGCCATCAATGAGGCCCTCGAGGGCCACGAGGAGCGTCACGGTGCGCCGCCACGCCCTGGACGGCAACCCGGCCGAGCTCCTGGCCGAGTTCTCCACCGCCGTGGACCTCATCGTCGTCGGCTCGCGTGGGCGCGGGGGCTTCTCCGGTCTCCTGCTGGGCTCCACCAGCCAGGCCGTCCTGTCCCACGCCTCCTGCCCCGTGCTGGTCGCGCCGACGCACCACGCCAAGGGGGAGCGGCGCACCTCGCACCTCCACCCCGTGGGGCAGGCCTGAGGCCCCACCCGCCGCAGCGAGTACGCCTCCGCTCGCCGCGGCGCCGCCACGGCGGTGTGGTCATGGGTGGGGCGATCCGCTGGTAGTCTTCCCCCCAGGCCCTCGTAGCTCAGGGGGATAGAGCACCGCTCTCAAGCGGAGTGTCGTTGGTTCGGTCCAATCGAGGGCACTGACACCACCGGGTCCGCTCGGCGGCCTCGCCGCCCGACGGACGTCGATTCCACCGGTGTCCCTGCGCGCCGGTGGCAGGCTGCGCGTCGGTCGATGCCGGCCGGCAGATACCGGTGCTGGCGGGCGCCAGCCAGCGCCAGCCCATGGGGCGATGCCACGCCACGGTATCTCCACGCCCAAAGGTCGATCTGGCCTATATCTTGAGCATATGACGCCTTCGTTCTTCTCCTTCGGCCGCAAACGGCGCGATGCTGCCCTGCGGGAGAATGAACGCAAGGAGCCCGATCCTCGACCGGCTCGGATCAAACCGCGAGCCGACGGCGTTTCACCGCCGATCTGGGGGCTGTGGCCGCCGCACCGCCGCGCCGGCCGAGCCCGCCCCTGCACCGGAGCCTCCAGCCCCCGCTCGCCCCGCGCCCGCACCGCCGCTGAGCGCGGCGGACGTCGGCGGCGCGAACGCATTGACACGGCCCTGTCCACCTGGCGCAGCCAGCTCGTGAGCCTGGGGGGCGTGGCCAGCCTGGACGACATCTCCTGCTCGACGGCGTCGTCGACCTCACCGCCGCCCCACCCCTCCGGCCTGGCCCAGCTCTACGCCGGCCGCCCTACCAGCCTGTCCAGCATCGTGCGCGGGCGCAACGCCTGGGCGAGGCCCGCCAGTCCCTGCGCGAGGTCTCGGCGCGCACCAACGTGCTGGCCCGCCAGTTCGGCGTCGCCCCGGTCTACCTGGCCATCGGGGTGGCCACCTGGAACGAGACGGTCCCCGAGGACGGCGAGGAGGACGGCCTTCTCCCGACCGACGGAGCCTCACCGGAGGCGGACCTGACCGCAGATCCGCACGTCGAGCGCATCGCCGCCGAGCACGCCGCCCGCAACGCCCTGGCCGCCGCCGGACGGCCGTCCCCGAGGCCCCTCGACGCGCGTGCGCACCGTCAACGCCCCCGTTCTGCTGCGCCCCGTGCGCCTGACCACCGCCACCGCGGACGCCACCCTCACCCTGGACCCCACCATCGAGGTCAACCCGGTCCTCACCCACGCCCTGCGCCGCTACCAGTACCACCGACATCGGGGACATCGCCCGCGCCGCCCTGTCCTCAGCGGGCTTCACGCCGCGCGCGGCCCTGGCCCGCATCGGTGCCCTGGGCCGGCAGTTCCTGCCCGGCTTCGGGATCCACGAGCGCCTCGTCGTCGGCGCCTTCGTCCACCCCGGCCAGGCCCTGGTGGAGGACTTCGACGCGCCGTCCTGGAGCCCGCTCGCGCACCTCCGCTGCCGGTTGCCGCCATCGCCGGGGACGAGGGGGCCCGCGAGGCCCTCGGCGTCGAGCCATTCCCCCGCCGTCCCCACCGACCGGGTCCCCGGCGCCGAGCGCGGCGTGGGCGACCTGGAGCCCGCCCAGCTCGACGTCATCAGGAGCGGTGGGCACCCGGGGCGAGCTTCCTCATCGACGCGCCCCCCGGCTCCGACGTCGCCGGCACCCTGGCCGCCGTCTTCGCCGACGCCGCCGCCTCGGGGCGCACCGTGCTGCACGTGCCTGCCACCAGCGCCGACGGGCACGCCGTCGCGGCCGCCCTGCGTGAGGAGGGCCTGGGCTCATGGTCCTGGACCTCACCGAGGACGCCGCCTGGCGCCAGCGCCTCGAGGGCATCCGCGAGGACCTGGGCGTCGGCCGCCCCAGCTCGACGCCGGGATACATTGCCTCTTTTTCGACCGCCTCACCTCGGTCCGCTCCGCCTGGACCGCTACGTGCGCCTGCACCGGCCCCGCGAGCCTGGTCGGTCTCCGCCTGAGGCGCTGCAGAAGCTCGCCAGGCTCACCGGCTCGGCGACCGCGCAACCACCCGAGGCCCGCATCGATGCCGAGCACCTGGGTCGCCTCGATGAGGACGGTCGGGAGCAGGCCCTGACCCTCCTGCGCCGTGGGCACACCTGGGACTGTTCACCCCGGAGGTCTCCTCCAGCGCCTGGAACGGGATCCCGGTGGAGGACATGGATGAGGCCACCGACGCGCTCGTCCACCTGCGCGCCTGGCCGGCGACCTGCTGCCCACCATCCAGGGCACACGGCCGTGGTCGCCCGCACCACCGGCCTGAGCCGAACCCGCAACCTGGGCCAGTGGATCGAGCAGCTCGACATGTTCGACGGCGTGCGCGAGTCCCTGGACGTCTTCCTGCCCGAGGTCTTCGAGCGCTCCGCCGCCGACATGGTCATCATACCGCCTCCGGCGCTGGCGCGACGAGCAGGGCGCCCACATGGACGGCTCGCGGCGCCAGCGCCTGCGCGCCGGGCCAGCGACCTCGATTGCGGCCGGGCCGCGTCGTTGACGACCTGCACGCCGAGCTGGTCAAGGTCCAGCGCCGCCGCAGGGTGTGGCGCCGCCACGACCCCGACGGCGGCTGGCCCGCCGCCCCAGGGCCTGGACGAGATACGGCGCACCGCCAGCCCGAGCCCGCGGCGCCGTGGCCGAGGTGCAGCCGCTGCTGCCGGGACGCGCCCAGGACTCCCGGTGCTCATGGAGATGCCCCCTGGAGGATCTCCTGGAGCTGGCGCGTTCCTGGCCGCCGACGACCTCACCGCTCAGAAGCTCGGTCAACCGCATCCGCACCGAGCTCCGAGACCCTGGGGGTTGAACGACTTCGTGGCCGATATGGCCGCCCGCGGCGTCGAGGCCGACCAGCTCGGCCCGAGCTCACCTACTGCTGGTGGTCCTCCCTGCTGGCGCAGACCCTCGCCGCCGACCCCGACCTCGGCGGTCTTGACGCGCGCCCTGTCCCACATGGCCGTCTCGCTGCGCGGGCTCGACGCCGCCCACACCCGGTCCTGTCCGGTCCCGTGGCTCAGGCCTGCGCCCGGCGAGTGCGGGCCGCCGTCGAGCAGGACAAGGCTGACGCGCGAGCCCTGTACATCGCCCTGGCCCGCGAGGACGGCGTCCCGCTGCGGGAAGTCATCGACGCCCACCCCATGGCCCTGCTGGCCCGGCCGATCTGGATCGTCCCGCCCACGCTCGTGCCCCAGATCTTCGCCCACCGCGGTGGTGGACCTGGCCGTGCTGGACGCCTCCACGCCCATGCCCGTCCGCAGGTGCTGCCCGCCTTCGTGCGCGCCGAGCAGGTACTTTGTCGTCGGCGACTCCCGGCGCGCCACGACCGGTCTGGCCACCGAGCTCGGCCCGCTCCTGCCCTCGCGGACCCTGCCGACGGCCCGCAACAGCCTCGACGCCGGCATCGCCTCCTTCCTGGCGGCCAACGGCTATGAGGGGTCGTCGAGGCCGTGCCCTCCCCGCCGAGGAGGACACCTCCCTGACCCTGGAGCTCGTGGACAGGCCGGGGTATGCCGGCCCCCCGGGCAGACCGCGGTCGAGACAGTGGAGGCCGAGGTTTCCCGCGTCGTCGACATGGTCATCGACCGGGCCCTGACCCGGCCCGAGGAGTCCTGGCCGTCATCGCCCTCAACCGCCTGCACGCCGACGCCCTGCGCTCGGCCATCACACCCGGGCGGCCGCCGGCACCCGCACTGGAGGAGTTCTTCGCCCCGGGGCGGCCCGAGCCCTTCACCGTCGTCGAGCTGGCTGAGGCCCGTGCCCTGCAGCGCGACCACATCATCATCTCGGTGGGTTACGCCAAGACCCCGCACGGGCGCACCATCCACAACTTCGGGCCCGTCTCGGACCACAGTGGCATGGTGGGGCTCGTCGAGGCCCTGTGCGCCTCGCGGGGCGGCACCCAGGGTGGTCTCCTGCCTGGCGGCCGCAGACATCGACCGTGACCGGCTGCACGCCCCGGGGGCCCGCCTGCTGCGCGAGGTCCTGGCCCAGGGCCGAGGACTCCTCCCAGTCCGGAAACTCCGCCAGCAAGGTGCCCGACCGGCTCCTGGTGGACCTGGCCGAGCACCTGTGGCGCAGGGCCCTGTCGGTCGTGCCCCGCTACGGGACCGATGGCGGCGTGCACATCCCACTGGCCATCGGCCACCCCGACTACCCCGACGAGCTGCTCGTGGCGGTCCTGACCGACGACGTCGACTACATCAGCCAGGCCCAGCCTGCGCCGGCGCGACCGGCACCGCGTCAAGCGCCTTGAGCGGCGCGGGTGGCGCGTCCACATGGCCTTCTCCGCCGGGGTGTTCGGACCCGGAGGCCGAGGCGAAGGCCGTCGAGGAACTCGTCCTGGCCGTCCTGGTGGGCGTCAGGGCGAGGCACCCCGGACATGGAGGCGCCGTGCCCGAGGCGAGTCGACGACTCGGTGCGTGCCGTCCCCGAGGCGCCCGAGCCGCAGGCCGCCGGGAGCCACGAGCGCACCGAGCGCCCCCGCATCGCCAGGGGCTGCCGCTGCAGGCCTACTCCGACGACAGCTCGATGACCTCATGGCCTGGATCCGCTCCGACGGCGTCCAATCGCTCCGAGGCCGGCGAGGTCGAGGAGCTGCGGTCTGCCCTGGCTCTGCGCCGCCGCGGTTCGGGGATCGACGCCGTCCTGGCCAACGCCGTGCAGCGCACCCGCTGAAGCCGCCGGGCGTTCCTGGATGACGCAGTGAACGACCATGGCGACTCAAGCGATGCGGCGAGCGATGCCGCGAGTGACGGCGTGAACCGCACAGTAAATGACGCCGTCGTGACCGGTGGATCGGGCGGTGCGCAGGCCGCGGAGGCGGAGCCTGCCGCAGACAGAGGCGTGACGCCTGAGCGGGGAGTGCGCGGCGCCGTCGTCGAGTGGTGGCCCTCTCGCCCGGGACCAGGAGCGTGTGGCCCGCGCGGTCAGAGCGGAGGACCTGGCGAGGGCGGACCTACGAGCACGACGCCCTCAGCGGCCGCAGAGAGGGCCTCGACGCCCCTGCTCCCGGCGGTGCGGGCTCCAATGACGCCCGCCTCCGACGCGACGTGCCCCCTCACTGGGGCTGATCGTCCTGGAGGTGATGGTGGGCCGATGGGGGAGACCTGTCGGCTCGCCGGTGTCCATGGTGCTGACATCAACCCTGCATCGGCGCTGCACGCCGAAGACAAACCGCAACATTCCAGCGATTCTCACTGGGCGTTTCGATGGCGGGATCGTTGATGTCAGCGCTGTGGTTTTACTGGACTGCGTCGGGACTGACTCCGTGGGGTTGGGGGCGGGGGCCGGATGTGTCACCTCATCTCGGGGCCGGCCTCGCCTTTCCTGCCTAGCCCCTTCTGATGCCTGCGTGGGACTGGAAGGTCATGGTTCGACGCCCAGTTCCCGGTCGGCCCCTCATCCTGCCCCGAGTCGGTCTACTCCACGAGGGTCGGGGTCTACTGGCCGAAGGTTGTGCGTACTGCACGAGGCCCCACCTACCTGCAGTACTCCCGACCCTCCTCAATCCAGCACCCGCCCTCGTGCGAGCACGCAGAACACCACCGAAGTATCGATGAACGACCACGTCCGCTCGGGCTGAGGCGAGCAAGCGATCTCAGGAGTGCGCGTCCGGCCTCTGTCTCCAGATGTCGTGACGCCCGAAAGCTCCAGTAGTCATGAGCAGCACATGATGCTGCGGTGCAGGGAAAGCGGAGGGCCCCGCCGATCTTCGCGTCGGCCCGGGGCCCAGCTCAGTGATGCGATGCTCAGATCGCTGCGGGCCTCAGCGCTTGGTGGCGAGCAGGTCGCGGATCTCGGTGAGCAGCTCGACGTCGGTGACCTCGTTGGCTTCTCGTCGGCGGCCTTCTGCTTGGCCAGGCGCTCCTTGAGGCTTGTTCATCGGCAGAACGATGGCGAAGTAGACGGCCGCGGTACGGCAGGAAGTTCACCAGTGCAGTAACGATCGTGCCGGGCTGGACGTACTCGGTGGCACTCGCGGTGATCTTGAACTAGCCGACGGAGTCGAAGTTCGGCTGGCCGATGATCTGACCGAGGATGGTCATGATGACGTCGGTAATGGCGTCGACGATCAGCGAACGCGGCACCGATGATAACGGCGACGGCGAGCTCGAGGGCGTTGCCCTGGGCAATGAACTCCTTGAATCCCTTAATCATAGCGATCCTTTCTAGCGGCGCGGGCAGACGTCTGCCGGGGGTGCGCCATCGAGGCTGGAATTGAGAGCGTCTTATCATTCGCGTAAGACGTCGCAGCGGCATTACGGGCTCAGCGCAATGCCGAGCGTGCTATTCGTAGCCGCGCCAGCTACCAGAGTAGCGCTACTTGCAGGAATAGCCAGTGTGATAAGTGTTACTTTCTTGTGTCCTGTCCATTGCCCACCCTCTCCGACCTGCTGAATCATCACTACTCGGGCTCCAGAACAGAGAACTGTGCTGCGAGTTTCGAGAGCACTGACAGGTATTCCTTGGGAAATGCTCAGAGAAGACTCCTGAAATCCTGGTGATCCCTGGTCGGTTGGTGAAGAAGAGCGCGTCAGGGCTTCCGGAGTGGGACTCGTTGTCGAGGTGTTCCCCGGGTCTTTCGGTGCGGTGGGGGACTCGGACTGCTCTCCGGGACTCTGCGTCGTCCCGCCTGAGAGGCGTCGTTCTGCCCCGGCGGTATCCATCCTTCGGAGGCCTGTCCGATGATGTCCACCCGTGCGCCGGGGCGGGCCAGCTCGGCGCCGACGTCGATGGCCACCTGGACCAGTCGCTCGTCGTCTCCCAGCTGCTGGGCCAGGGAGCCGCTGGTCATCGAGGCCGTCAGTACCGTGCCCTTCTCCAGGGGAGATGGCCGCCCGGCTTCCACCGCCTGCTCCGTGGAGGTCAACGGGACTGGGGAGGCTCCGATCGGAAGTGTGCTGATCGAGACGTCCCGGTCGGTGAGAAGCGCCCCGGCACTGATCGTGCGCGAAGCGACAGAACCTGCTGCCCGCGTTGGGGGCCGGGTCGCAACACGCTGAGGGCCACCAGGACCGCGGTTCCCAGGCAGAGGGCCACCACGAGGTGGCGATGTCGCCACAGCGGGAGCGGCGGCCCCCGACCCACCTGGCCGGCCTGCCTGGACGGGCCGGACGGGAGTCGGGTGCGAAGGAGCGAGACGACCCTCCTCGGGGATCGTGAGGCTCCCGCGAGGTGCTGAGGGAGGGGCGACGGGGCAGTCCATGGCGAGCTCTCATGCCACCAGAGGTCGGCGGCCGGCGGCTGGCACGCCCGCTCCTCGGCGCTGTGGACAGGGGTCGCCTCCGGTGAGCCCTGTGGCCCCGGAAGCCGGCGGCGTCGGTGGGCTCAGGACTCCGGTGACATGGCGTGCGCCGGCGAGCCGGCAGCCAGCAGGAACCACTCCTGGGCCGTGATGACGGCGTCCACGGGCTCGTCATGCTCCTCCATCGGCAGCGGCGGGCACCAGCTCCTCGGGGTGGAGGATGGCGAAGGTATGGGCCTCCGGGGAGCGCAGCGGCAGCATCCGGTCGTACCAGCCGCCGCCCTGTCCCAGGCGGCGCCCGGCGGCAATCACGGCCAGTGCCGGAATGATGAGGGCGTCGGCCTGGCCGACCGCCTCGGCCGGCATGCTGGGGCCACTGGGCTCCGGGGGCGCCTCGGGGCCCGCTCCGCCAGGTCCGCACCGCCCTGGAACAGTCCCCAGCAGCGCGCCAGGCGAAGGGCCAGGCACCGGCGGTAGGACCTGGACGCCGCCCTCGTGAAACCGCTCCAGCAGTAGCCGGGTTACAGGGCTCGGCCCCTCCGACACGAAGGCCGCCACCTTCTGCGCGCCGGCCACCGCCTCCAGGGCGTGCTCGGTCAGGCCTCGCAGGCCGCCGTGTGTCCCTGGGCCGGGTGGTGGTGATGGGCGCGACGGTGCGCCCGCAGCACCTTGCGCAGCTCGTCCTTGGCGTCGTCGTCCTCGAGTCGGCTCGTGTCGGGAAGGTCCAGCGCGCCGGTCGTCATGGCCCCATCCTCGCAGGTGATGACACCTTGCGCCTGAATCGTTCGTCCCGGCGGGGTCTTTTGGCGCTGATGTCGTCAACCTGACGGTAACCCTGAGTGTCATGAGAACAGTGGCCGAGCACCTGGCCGCCTGCCTGGAGATCGCCCAGGCGGCAACGCCCCTCGACGTGGTGCCCGACGCCGTCGGATGCGTCCCAGGACGTCGTCTCCGGAATCGACCTGCCGGCCGTGGACCTGGCCGGACAGGACGGCTATGCGGTCATTGCCAAGGACGTCGCCGAGGCCGATCGCAGCAACCCGCTCGTGCTCGACGTCGTCGACGCGGTGCGTGCCGGCGACATGCGCCCTGCCACCTCGTCTCCGGAGCCGCCGTCCTCATCGACTCCGGCGCCCCCATGCCGCTGGGTGCCGACGCCGTCATCCCCTGGGCCGACACCGACCGCGGCGAGTCCCGGGTCACCATCCACCACGCCGTCGCGGCCGGCGACAGCGTCCGTCGCCGCGCCGAGGACGTGAAGTCCGGAACACCGTTCTCACCCGGGGCTCGCGCATCAGTGCCCCGCCATGTGGCCCTCCTGGCGGGCCTCGGGATGCACCGGGTCCGCGTGCGCCCCGCCCCACGCGTCGTCGTGGTCTCCATCGGGGACGAGCTCGTCGAGCCCGGCCAGTCCCGCGAGGCCGGGACGTCTTCGACGCCAACGGCCACGCCCTGGCACCTGCGCAGTCACCGACGCCGGCGGCCAGGCCTTCCGGGTGGCCGCCGTCCCCGATGAGCTGCGCGCCCTGGCCGACACCATCGAGGACCAGCTCGTACGCGCCGACGTCCTCATCACCACCGGGGGGCTGAGCATCGGGCAGGGGGACACCGTCAGGAACGTCCGCAGCCCCCTGGGCTCGGTGCGCTTCGACGCCGTCGCCATGTACCCGGGCCGCCAGCTCCAGGTCGGGACGGTCGAGGGCACCCCGATGCCACGCCCGGCGACCCGGTCAGCGCCCGAAGATCGCCTTCGAGACCTTCGTGCGCCCAGTCCTGCGCCAGATCGCCGGACGCACCTCCTGCACCGCTCCAGCCTGCCAGCCACCATCTCCGAGCTGGCACTCCCCGGCCGGCAAGCGCGAGTTCGTCCCCGTGCACGTCAGCGGCTCGCCCTCCCGCGGATACCGCGCCGAGCCGACGACGCCGCCGGGCTGGTCCGACTGCACGGCCTGTCCGAGGCCAACGCCATCGCCGTCGTGCCCGAGGACACGAGCACCGTGGTAGCCGGCGACACCTCACTGCCTCCTGCTGGACGCCTGATGTCCGACTCGACCCCGACGACACCAGCCGACTCCCTCGGCGAGGAGCTGCAGCGAGCCGTCGCCGGCCTGCTGCTCGGGGCCGGGACGCTGGCGCGCTTCACCTGGCCGGTGCGCCTCGAGCCTGAAGGAGCTCAGGAGGGGCTGGCGTCCGGTGCCGCGCCGTCGCCCGGGCGCCCCCGGGTCGTCGTGCGTGAGCTGCGAGCCGAGGATGAGGGGCCCTGGAAGGCGCTGCGACTGGCGGAGAACGACCGACTCGCCGCCTGGGAGGCCCTCTGCCCGCCGGCGGCGGGAGACGCTGAGCACCTTCCCCGTCTTCCTGCGCCGCCAGACGCGCCGGGCCAGGCTCGCCAGTGGAAATGCCCTTCGTCGTCGAGGTCGACGGCGCCTTCGCCGGGCAGATCGCTGTCGACCCGATCGTCTGGGGCGCCGCGCAGCGCCCGGGTCGGCTACTGGATCGGCTCGACCTGGCAGGGGCGCGGGATCATGCGCCTGGCGGTGGCCCTCGTCCTGGTTCACCGCTGCTGGGGCCGGTGGGGCTGCACCGCGGTGAAGGAGATCAACGTGCGCCCCGACAATGAGCGCAGCCTGGCCCTGTGCCGCGGTCTCGAGCTGCGCGAGGGCTGCGCCGCGGCTACATGCACATCAACGGCGCCTGGGCCGACCATGTCTCCTTCGCGGCCCTCGCCGAGGAGACCCACGGGCCAGAGAAGGTGCCGGATTCGAGCAACGACTCGCGCGCGGGTGACGTATTTTCACGGCACGCCCTGCGGTGAAGGTGAGCGCTCGCGGGGAACGACAGAGGGGTGCTGACGGCGCGTTCGCGCAGGATGTCTGACGGCCCGTCGCGGCGTGGTCAGCGAGACGGAAGAAACGCGTGTGATTCATGTGGCGACAGAGGTGTCGTGCTGACGGTGTGACATCATCAGATCCCAGGTATTTCGAAGGAAAGTCGGAGTGTTCCTGCGAGGGGACGAGGGTGGAGGCACCCCACGGTTGCGGTGTGGGAATCGGATCTGAGCGAAGTCATCGCCCTCATCACGGTTCTCTCCGTGTACCTCCTTCCGCTTTTAGTGGGGCGCGCGAGATGGCTCGCCGCTCCAGCGTCAGGACCGCTACTCGGCTGAGCTGCGGGTCCTGGCCTGAGTGCGGCCGCCGTCGAACGCGACGACACCTGCGCGAACAGTGGGCGCGGAGCTCTTTCGACGTCGACCGGAGGTGAGGGTGATGAACAGGCCCGCCGTGAGGGAATGTGCGCGCCCTGCGCACCGAGCGTGAGCTCGACCGTGCCCGCCAGGTTCACGCCCAGGGCGTGAGCGCCGTCGGGTCGCCGCCTCGCACCGCGGGATCGTCGCCGGAGTCCTGCTCGGAGTCTCGCTGGGCGCCTGGGTGCTGGGCCTGGCCACCGCCGCTGCCGTGGTGGCCGCCTGCTGCCTCGCCCTGCCGGAGCCTCGATGGTGGCCGGGCGCCGCGCCCGGCTCTGGCCTCGGCCGCAGCGGACCGCCGTGAGCACGCACGCCGCCGAGCTCGAGCAGACCCTGGTGACCTGACCAGTCGCGCTCCTCGGCGTCGGTCGTGGCCGCGCCCGCTCCGTCGTCGACGGCCCTCGCAGCGCCTCCAGCGGTTCGGTCAGTGCTGTCAGCGCCAGTGCGACCTCACCCGCCGTGTCAGCGGTGTCGGCCGAGGTCTGTCGAGGCTGCCGGCGGCTCCAGCGCGCAGGACTCCTTCATCGAGCGCCTCGCCCGCAGGGGCGCCAGCCTTGTCGACCGTGCGCACTGCGTCCGCCGAGTCCGCGGTGTCCGCTGAGACCGCCGCCGGTAGCCCCGCTGAGGCGACCGGCACCGCACTTCCGGCCGCCCCTCCCGAGCCGTCGACTCCGAGGAGGAGCGCCTGGCCAACCGACGCCGACCTCGATGACGAGACCGCCGCAGCAGTGGCGCCGAGCGCGAGGCGGCCCGCCGCGCCTCGGTCTACGACCCCGCCATGCCGGCCGGGTCACCCGGGACATGGGCGTGCGCGAGGCGGTCTCCCGCGACGGCGACGAGGAGAGCTCGCCGCGCACCAAGGACTTCGTCGCCTCCCTGCCTGCCTCGGCCTCCCGTGGCGGCCCGGTTGGGGCAAGCTCTTCGCCGAGGCGAGTGCCATTGAGCAGGAGGCGCAGGAGCGTGCCGCTGTGGCCCCTCCCCGCAGATCGCCGCTGAGCCGGCCCGGCGCACGCCCGCCACGGCCTCCGCCCAGTCCGCCCCCCCCAGACTGCCTCCCACTGCTTCAGAGCCCGGCCCGCCCGGCCGCCGCTCGCAGGCCCCGCTGCTGCTGTCGCTGCCCCGGTTGAGGCGGAGGGGAGTCGTCAAGGAGGAGGCGACGACGTCGACCCCGCCCCAGGGCTGGCGACCGGTCCACGTCCGGCTCCGACCTACACGCTGGCGGCCCGGGCCTCGGCTCCTACGCCGGCCGGTTGCCGACCCGGGCACCTCCGCACCGGTGCCCGCGCGCCCGCAGTCGGCCCGCGCCTACATCCCGGCTCCGGTGGAGGACGAGGAAGGCTCTTCCACCCCATCGACCTCGACGCCATCCTCGAGGGACGGCGCGCAGCCGGCGAGTAGCGCCGGGCTCCCCGCAGCACGTCGCCGGACGGCTCCGGTGGCGGTGGGCGGGCTCACCGCCACCGAACTTGCCAGGACTCCCGGCGGCGATGCTAGGATCGGTCCGCGGGGCACATGGCGCAGTTGGTAGCGCGTCTCGTTCGCAATGAGAAGGTCGGGGGTTCGAATCCCCTGGCTCCACCACCTCGAGTCTGTCCCGCCAGGAAACTGGCGGGACAGACAATCGTGGCTGATGTGAGCAGAAGACGGCGCGGAGGTGATCTCCCTCACGCATGGTCGGTGCTGTTCGGTGGAGATGCGCGGATTTGTGCGGGTCTGCGGGGTCCTGGAGGGCGGCTGGCGCGATGTGGCAGGTCGTCGAGGGCGAGTGTATTGCGACTTTCGTCTGCGGTGACGGCGATCTCGTGCTTATCCTGGAGAGAGGAAACCAACCGAGTGGACTGTTAATGGGAGAAGAACCTTGCCGCAGCATGAACGGATGAGGCGTCGCAGCTTTCTCATGGGCGGTCTCGCCCTGGCCGCCTCGAGCACTCTTCTACCTGAGCTGCGGACGGCGGCTCACGCGTCCCAGGCCCCGGCCGCAGGCCCCTGCGCAGCGCCCTCGCAGGTGCTATCGGATATGCAGGACCCGCACGCCGCAAGGCTCTCTCACTCCGGGACGGCTCATCGCCCCGACACCTCCACCCACTCCCATGGGAACCAGTCGCTGGAGATCACCACCACCGGTGACTCCGGCCACCCCACCAGTGCGGATCTGGCCCTGTCGGGCGTTGACATGACCGACTGCCAGTGGGACCTGTGGCTGCGCGCCGAGGACTACCGGCAGATCAGGCATCAAAGCCGAGCTCGGCAGGAAGGCGAGGACTGCCTGCGCCTGGACGTGAGAAACCGACATGCGCACGCTGCGCACCGGTACCTGGTGCCGGGTGACCGTCAACCGGGCCGCCGAGCGCGCCGTCGTCGGCCACCCCGGCTGGACCGGGTGACGCGAGTGCGTTTGAAGGTCGTCCCCGCCTCCGACTCGGCCTCGAGCCGCCTGTGGCTCGGCTATCTGGCCACCCTGCCCTCGGCCGCCAGCGGCATCGTCTCCATCTCCTTCGACGACGGCTACGACAGCACGACTACAAGACGGCGGGCGATCCTGCAGGACTACGGCATCGGCGCGGCAACCTCGTACGTCATCGCCGACAAGGTCGGGCTGCCCGGCCGCATGAGCACCAACCAGCTCGCCGAGATGCGCGAGGTTCACGGCTGGGACATCGCCGCCCACGCCTCGACCGATCTCACCACGCTGGACGAGGCGGGGTGCGCCGGGAGCTGGAGACGATCGGGTCCACCTTCTCGAGCACGGCTACCCGAGGGCGCCGCCACTTCGCCCTGCCCATGGGGCAGTACAACGACCTGGTGCTGCGCACCTCCCAGGACTACTTCACCTCGATGCGCACCATCGAGAACGCCCGGAGACCCTCGCGCCGGGAGACCCGTTCCGGCTGCGCGTCTTCTGCAGCTCCTACACCACCGAGTCCCACTGGTCGGCGCTGGCCCGCTGTCAGGAGCACCGCTGCTGGACCCACATGGTCTTCCACCGCATCGACGAGCCAGACCGGCGGCGCCCCCGAGTCGATCAGGGCGGACAGCTTCGAGCGCTTCATGAGGCGAGTGGCTGACTCCGGCCTGCCGCAGTTCCCGAGGTCATGCGCAGCCGGTCGCCCGCCCTGGCCTGAGGCGCCGTCGCCTCCTGGAGCGGAACCGGCACTGACACGGAAAGACTGACGCTATGACCTGGTCCTTCGGCCCGCTCGTGCTGCTGGTCTGCCTGGTCATCCTGGTGGCCTGTTTCGCGGTCAAGCTGCTGTTCAAGCGCGGGACACGGCTCCGGAGGCGGTCCGGGTGGTTCACAGAGAGGGTACGGCGAGGGGCGGGGTACGGGACGCGGCGGGGTGGTCACGGTGCACGCCGGTGACGACGCCGGATGAGGCTCAGCGATCGGCCGACGCCACCGGGCTGCCCAGCTCATGCGGGCCGGTGGGCCCCTGCCCGCCGTCGTGGCCCTTGGTGTGGTGGGGTGGCTCTGCTGGCGGATGCTGGTCAGCCGGCACCGTGGACACGTGGATCGTGTGGACCTTCGATGTCCTCTTCGTGATCGTGGCCGTGCAGCTCGTGGTGGCCGGTTTCGAGGGCGCGTCATCGGCCGCGGCGAGGCGCATCGGGTCGCCGTGCTCATTGCCGCTCTACAACGAGGATCGACGTCGTGGTGCGGATGCTCTCCGCCCTGCTGCACCAGAGCTCGCCGCCGGCCGGGGATCCACGTCGTCGACGACGGCTCCACCCAGGGCGCCTATGTGGCAGAGCGGGACTGGTTCATCCGGCAGGCGGCGCTGGCCGGCATCTACGCCAGCTGGCGGCGCACCCCCAATGAGGGCAAGCGCCACGCGCAGGTGCACGGTTTCAGGAAGATCCGTGACGCTGACCTGTTCGTGACCGTCGACTCCGACTCCATGCTCGACGCCGAGGCCCTCCATGAGATCGTCCAGCCCTTCAGTGACCCCGGGTCATGTCGGTCGCCGGCGTCATCCTGGCGATCAACAACCAGGAGAACCTGCTCGCCGGGTCACTGACGTGATCTTCGTCAGCCAGCAGCTCATCGACCGTTCCTTCATGTCTCCAGCTCGGCTCGGTCATGGTCAACTCCGGCGGCCTGGCCGCCTACCGGTCTCCATCCTGGCCGAGAACATCGACACCTACCTGAGCGAGAGCTACCTGGGGCGGCACGTGGAGTTCTCCGACGACTCCATGCTGACCCTCTTCGCCCTGCTGCACGGCGGACCGTCCGCACAGCCCTCGGCCTTCGCCTTCGCATGGATACCGATCGCTGGAGCCACCACTACCGCCAGCAGGAGCGCTGGTTCCGCGGCTCCTTCATCCGCGGGCTCTGGCGCATTCGCTTCCTGCCGGTTCTCTCGTGGGGCTGGTGGCGCCAGGCCACTGGGTGGATGCAGATCTGGCTGGTGATCTCGGTCTTCGTCTACCTGCTGCTCATGGCGTCCGCTCGTCCTGGGCGGCGGTGTGCCGCCGACGGTGGTGCTGGTGCCTTTGGCGATCGGGCTGGCGCAGGGCTCGCAGTACATCTCCGTGTGGCGCTCGGACACCACCGGCCCCCAGAGGTACGCCAGCCTCCTCCGCAATACGTTGGCGACGCTGGCGGTCCGCACTGATTCTGCGTCCCCTGCGCGTCTGGGGGATAGTCACCAGCGCCAAGATGGGGTGGAACACGCGCCAGCAGGCTCGAGGTAAGCCTCGCAGTGAGGCGATCGCGCCCGCTGCTCACGTCACTTCTCTTACTTCGCCCCGTGCCCCACTAACGCTTCGACCGAATCTTCAGAAAAGACCCGGAGCCGCGTCGATTCTGAAGATTCGGTCGAGTGTTGAACGACAACGGAGGCTTGTCCTGGCGCTGTGAGTGCGCGCCCAGGCGGTCGTCAGTCCGGCCACTGTCCCTTGCCTGCGGGCAGGCCGACGGCAACCAGAGGTCCCGGAAAGCGTTGCTCGATGACGTCGTCGCGCCGGGTGATGCGCCGGTGCTTGCCCTCTCGTTCGGTGTGCATGAGCCCAGACTCGCGCAGCACCCGGAAGTGGTGCGACATCGTGGACTTGACGACGTCGTAGCTCAGGTCACCGCAGTACAGGGCGCCTTCACTGGCAATCCGGCTAGGACGTCTCGGCGGATGGGGTCGGACAGGGCGCCCAGGATCGCGTCCAAGGAGATGTCGGCCGCCTCGGGGTGGAAGAGCTCCCTGTCTTTCACGGATCATCCTGCCTTTCTGTCTCGTCTGTCCCGACCACCGTCGTCCCGGCGCGCGCCGAAACAGGGTTGACAACGATAGCGTCTCGAATAATTCCCAGTACGTCAAACATCGAACTAAGGAGGTTTGAGATGACTGAAGAAGCTCGTGTCTCAACGCATGCGTCCGCGGATGACGAGGGCCGTCGAAGAGTGCTCGCCTCCACCATGGGGTGGCTGTCCTTCTTCACCATGTTCGCCATCGGGACCGACACCTTCCTCGTCGCGCCCCTGCTGCACCCTGCTTCGGTGCGGGCTCGACCGTCCCCCTGTCCCGCGCAGGCTGGCTGGTCTCTGCCTACGCCTTGGGGTACGCGCTGTTCGCCCTCGTGGCCGGCCCCGTCTCCGACCGCCACGACCGACGTCAGGTCATCCTCTCCGGCCTGGCGGCCTTCGCCGTTCTCACCTGCGCGTGTGGTCTGGCCTGGAGCTTCTGGAGCATGGTCGCCGCCCGCTTCCTGGCTGGCGTGAGCGCCGCCTTCGTCAGCTCACAGATCTGGGCCTCCATCCGTTGACGGTGCCTCGGCCATCCATCATCACGGTGCATGGGCTACGCGACCATAGGGCTGGCGGTTGCTCAGGTGGCCGGCGTGCCGGTGGCTCCTACCTGTCGGTCAGAGGGTGGCAGCTGCCGTTCTTCGTGGTCGCGGCGGTCGGCGTCGTCCTGTGTGGGGACTTCTCTTCCTCGCGTTCCCATGTGCGGCCGGTGGAGTCCGTCGACGTTGTCGGCTCCTACCGGAGGGTCCTCGGCTCTCGGGTGTTGCGGTGGTCGCTCCTCGCCTACCTCGTGTTCCAGACCGGCAACTACGCCTCGTTCTCCTTCATTGGCTCTTGGCTGGCCAAGGACTTCGGTGCCTCGCAGACCGCTATCGGGAAGGCCATGATGATGATCGGACTGGGAACTGCGCTGGGGTCGATCCTCGGTCGCGACTCGTTGCAAGGGTCGGTGGCGGCGGTCGCTGTGGGTCGGCATTCTCGTCAGGGCGCGTTCTACCTCCTGTGCGGCGATGCCCCTCATTGCGCACACCATGTGGGGGCGCCGTCATCGCCTTCGCCGCGGCCCTGGTGGTCGCCGGCTTCCTTCTGCCGGTTCTCATGGGGCAGCCGCAGGCTCACGCCGGTAGCCAGGCGCGAGGAACCGTCTCACTCACTGTCGAACACGGCGATGTACCTCGGTGCCACGGTCGCCGGCGCCGTGGGCGGCGACCTTCTCACCAGATCCCCGGCTTCTGGGGCCCCAGCCTCATGACTGCCTTCGCATTCCTCCTGGCCGTCGCCCTGTACAGGATCGCCGGCGCCCTGGCCTCCCATTGAGCCGGGTGCTGCATGGCATCGCTTCTCGACACTTCGACCAAAACTTCATAAAGACCCGGAGCCGCGTCTTTTCTGAAGATTCAGTCGAAGTGTTGAACTGACGACGGCCGCCCTGATCCGTTGTGCATCGAATGAGCTGGCCAGCGATCGTTTTCGGACACGGTGCTACTCTCGCCCCGGAATCATCACGACATCGAGAGATCTCACCATGTCCACAACAACCTCACGCAGCTCCGCTGCGGCGAAGCCGTCCAGTGCCGGCTCCGGCCCGGTCAGGAGCTGACTGCCGCGGCATCATCATCGGCGGCATCATCGCTCATCTTCACCGCGGCGAACGTCTACCTCGGCCTCAAGGTGGGACTCACCTTCGCCCACCTCGATCCCGGCCGCCGTCATCTCCATGGCGATCTTGCGCCGCTTCTCCGATCACACGATCGGGAGAACAACATCGTCCAGACGATCGCCTCGGCGGCCGGGACGCTGTCCGCCATCATCTTCGTGCTGCCCGGACTCATCATCGTGGGCTGGTGGACCGGATTCCCCTACCTCCAGACCGTCCTGGTCATCATCCTGGGCGGCATCCTCGGCGTCACCTACTCCATCCCCGCTACGGCGCGCGCTCGTGACCAACTCCGACCTGCCCTACCCCGAGGGCGTGGCCGGCGCCGAGGTCCTGCGCGTGGCGACACCAGCGAAGGGCCGAGGAGTCCAGCCGTGGACTGGGTGTCATCGTGCAGGGCTCCATCGCCTCGGCGGCCCTGTACTTCCTCAACGCCCTCAAGGCCATCAGCGTCGACATCTCCGGGGTCTTCCGGGTCGGTGCCGGCGCCACGATGGCGGGCACCTCCTGTCCCTGGCGCTGGCCGGCGTGGGCCACCTGGTCGGCGTCGGCGTCGGTATCGCCATGATCGTCGGCCTGCTCATCTCCTGCAGGTGCTGCTCCCGATGCGCACCTGGGGCACGGCGGTCGCCGACAAGGACCTCGCCGACTTCGTGGGCGCCACCTTCGCCAGCGAGGTGCGGATCGTCGGCGCCGGCGCCATCGCCATCGCCGCCATCTGGACCTTCCTGAAGATTCTCGACCCCATCGTCACCGGTATCCGCGAGTCCCTGGCCTCCAGCGCCAAGCGCGACGCCGGTGAGGATCCTCTGACCGAGCGCGACCTGTCGATGAAGACGGTCATCGGCGTCACCGTCGGCTCCATGCTCCCCATCGGTGTGCTCCTGTGGCTGTTCCTGCACGGGACCTCCATGGCTCACCACGCGACGGGCCTCATCATCGTCTCCATTCTCTTCATCCTGCTGACCGGCCTGGTCGTCGCCTCGGTGTGCGGCTACATGGCCGGCCTCATCGGCTCGTCCAACTCTCCGCCGATCTCCGGCGTCGGCATCCTCGTGGCGGTCACCGCAGCCGCGCTGGTTCGCACCATCGCCACCACCTCCTCGCCCGACGACGTCCGCACCCTGGTGGCCTACACCCTGTTCGTCACCACGGTCGTCTTCAGCGTGGCCACCATCTCGAACGACAACCTCCAGGACCTCAAGACCTTCGGCCAGCTCGTTCGACTCCACCCCGTGGAAGCAGCAGGTGGCCCTCGTCATCGGCGTCGTCTTCGGCGCCATCGTCGATCCCGCCGGTGCTCAGCCTCATGCAGGGCGCCTTCGGCTTCGCCGGCGCGCCTGACATCGGTGACGACGCTCTGGCCACACCCAGGCGAACCTCATCAAGCACCTGGTCCAGGGCGTCCTCGGCGGGGACCTCAACTGGAACCTGCTGGGGCTGGGCGCCTCATCGGCGCTCGTCATCGCCATCGACGAGATCCTGCGCCGCACCCAGCAGAGGCCTTCCCTGCCGCCGCTCGCCGTCGGCATGGGCGTACCTGCCCACGGCCGTCACCGTCATGATCCCGATCGGTGCCGCTCTCGGTCACCTCTACGACCGCTGGGCCGAGCGCACCACCAACCCGGAGCGGGCCAAGCGCATGGGCACGCTCATGGCGACCGGCCTCATCGTCGGCGAGAGCCTCGCCGGGGTGGTCTACGCCGGGATCGTCGTGGCCTTCGGTGGCAAGGCGGACCCGCTGGCCATCATGCCCGAGGGCTTCGCCGGCATCGCTCCTGGGTGGGTGTGGTGCTGTTCGTCGGCGCTGTGGGCCCTTACCGGGGTGCCCGCCAGGAGAGCTCGCGACTGAGCACTGCTGCTGCGGCCTGTGGCCGCCACCGTTTCTCCTCCGTCCGTCCTCGCGGTCGCCGTCCCTGCACTAGGCTGGGCAGCGGTACGCGGGGCCGCGCTAATACCAGGAGGACCTCGCTGACTTCGACAGCACCAGCAGTTTCCGTGGCATGCGGGATCGACATCGGCGGATCGGGCGTCAAGAGCGCACTGGTCGACCTGGCCACGGGCACGTTCATCGGCAGGCGCGTTCATTATCGACACTCCCGAGGAGTCCACTCCCGCAGCTGTCGCCGAGGTCTGCCGCGAGCTCCTCCGAGCAGCTCGAGGTGGGCGACGACGTCCCGGTCGGCGTGGCCCTGCCCGCCCCGATCGTGCGGCACCGTCCTCATCGCCAATCTCGACAAGTCCTGGACGGGCGTCAACCTCACCGAGCTCATGCGCGAGCACCTGGGCCGGCCGGTGACCGGACTCAACGACGCCGACGCCGCAGGCCTGGCGGAGGTCGCCTTCGGTGCCGCCAAGGACGTGCCAGGACCATCATCGTCACCACCCTGGGCACCGGGATCGGCTCGGCCGTCATCGTCGACGGAACCCTGGTCCCCAACACCGAGCTCGGGCACCTGGAGATTGACGGCTACGATGCCGAGAGCCGGGCCTCGGCGGGCAACCCGCACCGCCCAGGACCTGTCCTGGAAGAAGTGGGCCAAGCGCCTCCAGCGCTGCTACTCCCACGTGGAGATGCTCTTCTCCCCGGACCTGTTCGTCGTGGGCGGGGCGTCTCCCGCAAGCACGAGAAGTACCTGCCGCTGCTCGATCTCAAGACCCCGATCGTCCCGGCTCGGCTGCTTAACACGGCCGGCATCGTGGGGGCCGCCTATCAGGCCTCCCGCGCCTCCTGAGGGCTGCGTGGTTCGGCATACCAACGCCGAGCGGAGCAGTGGTGAAGCGAGGCGTCGGAGCGGGAGGACGGACCTGGCATCCGCAGAACATAGGTGTGACGCAGGTCGCGCGAAGTCGTTTGACGGGAGTTGGCCAGGTGTGGCTGTAGTACTCCTCGCTGCCGACGCAACCCGCACGGTTCGACGGCGGTACCGGACGGCGGAAACGCCGAACCGGAAGGTGATCCTACCGGTACGGAAAAAGCAGAATAGTTCAGAGATCAGGGTCACGCGATCGAATTTGATTCCCGAACGACAACCTGCTTATGCTAGTCCGGTCGCCTTCGAAGGCAAGCAAAGAATTCTTCCTGGTCTCAAATCTCGGTGGGTGTGTTGTTTGAGAACTCGATAGTGTGTCATGTTTTATGCCATGGCCCTGGGGGCTGCGCATGATTTTGGTTGTGTGTGGTTTTTGGGGTTTTGTTTTGTTTTGGTTGCCTGGCCCTGTGTTTGGGGTTGGGTTGGGCCTGAGTCTGGTTTTCTGGACTGTTGTACTGACTGTGGGTTCTGGCTGGCTGTTTGTGGTTGGTTGGGGCCTGGTTTTGTTGGTTTTGTTTGGAGAGTTTGATCCTGGCTCAGGACAGACGCTGGCGGCGTGCTTAACACATGCAAGTCGAACGGTGAAGGGACCGGCTTTTGCTGGTTCTGGATGAGTGGCGAACGGGTGAGTAACACGTGAGTAACCTGCTCCCCTTCTTCTGGATAACCGCATGAAAGTGTGGCTAATACGGGATATTCTGGGTCTGTCGCATGGTGGGCCTGGGAAAGATATTGTTTCGGTGGGGGATGGGCTCGCGGCCTATCAGCTTGTTGGTGAGGTGATGGCCTGAAGGCGGTGACAGGTAGCCGGCCTGAGAGGGTGGACGGTCACGCAGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATGTTACTGCCAATGGGCGCAAGCCTGATGCAGCGACGCCGCGTGAGGGATGGAGGCCTTCGGGTTGTAAACCTCTTTCGCCAGTGAAGCAGGCCTGCTCCTTGTGGGTGGGTTGACGGTAGCTGGATAAGAAGCGCCGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGGCGCGAGCGTTGTCGAATTATTGGGCGTAAAGCTCGTAGGCGGCTGGTCGCGTCTGTCGTGAAATCCTCCTGGCTTAACTGGGGGCTTGCGGTGGGTACGGGCCGGCGAGTGCGGTAGGGGAGCTGGAACTCCTGGTGTAGCGGTGGAATGCGCAGATATCAGGAAGAACACCGGTGGCGAAGGCGGGTCTCTGGGCCGTTACTGACGCTGAGGAGCGAAAGCGTGGGGAGCAGACAGTTAGATACCCTGGTAGTCCCACGCCGTAAACGTTGGAGCACTAGGTGTGGGGGGGCCTTTTCCGGGTCTTCCGCGCCGTAGCCAACACATTAAGTGCCCCGCCTGGGGAGTACGGCCGCAAGGCTAAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGCGGAGCATGCGGATTAATTCGATGCAACGCGAAGAACCTTACCAAGGCTTGACATGTGCCGGTCGGCTCCGGAGACGGGAGTTTCCTCCTTGTGGGGCCGGTTCACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCGCAACGAGCGCAACCCTTGTCCCGTGTTGCCAGCACGTTGTGGTGGGGACTCGCGGGGAGAACTGGGGTCAACTCGGAGGAAGGTGGGGATGACGTCAAATCATCGCTACCCCTTGCTGTCTTGGGCTTCACGCATGCTACAATGGCCGGTACAGAGGGCTGCGATACCGTGAGGTGGAGCGATCCCTTAAAGCCGGTCTCAGTTCGGATCGGTGTCTGCAACTCGACACCGTGAAGTTGGAGTCGCTAGTAATCGCAGATCAGCAACGCTGCGGTGAATAGCAATACGTAATA + #&*#%&$'###%%,%0:5<<<%%6;:;>B?>>:9:>/A=B@@D@=68CI@>B>ACB9MLE<=;9:=><73750,+&22;<+'7=7,*$&)&#&57:<36>>AA@@EAA???H?<;:;8565AA?>95@ABAADA@D??CC4=02<@ECC)$$2+&$%%.7=?==:55.:7789:531,$10,0/+-;<=;>:<=??@D?@=?GDIAAA;>CB>D:5*/+-##-7@99@;BGDDCFD@>59BBH>DDEHDEG36(*.1<68<FE@:@2HB7<>B9;=;G?>?,6**,=:;9;DG??>=BJ<@=8595?@=:47/8>$'94557-%%$(+/0<9;4IH88E<=B/-(:0/&..%(1/28948<>?<94542::A:5?;7663-01;98;;4<;@CFDA@>@<=@A>A9==,'=;7776-(**-:6=:6141+)&&)6,,'65:7,./20.'-/%()),%%.-'$')4:9;6=7<847@?=>3?:966;<:+)'%'%399:@A@FG3<3230-2)7+($%'(,.889:6?G;<62E>,AD:=?>BD;*''3)'(13??;=7:;;>9:8<=:<;;%*<;<(92<<9:=?=<@56932,-.)$()+//37:634<==9986.)/($'0789<332&*)'%$+&##)$&%$)(&(&'%'&&%.1%3479??BFH=66.(34;;;<:@=6=?<1.45;67712.6>A=69<3':<>>==A:H>97865@?@7;A@@8==<:28@DEBC99B*8,,>>?;?<;>@:=@?B,89>@ABCFACGA89??6522)$'&*1/677+(*,*'/15$'8895>>@(156<&:;11<=)+(6,644<:=;:0-7*5>;9):9:;D>AB>@GKDC@<=8AB::HG=:;>EEF?<BEG@BEF78C@A?EE:C<8C<2,384>9?3%&34456:85;=>>=AA@@<*-CE:=;=8>5601:==567*789B@?:=B>?78=>7:>>;;7BA>9:=>83/=B@A;B:2:>>>B@;?EEDCI=9:13<;A?@==>>3/.-('%-46898BD=991249;<<<=0./;C?*-95;=;>@2::6;@7727828633*+.**B??>B99;=801920477)+578826A?965<3>/22-+(('/5;=<97232>7;:=<<*($'14995:)6=??78;A39@B>*0.6::8,/+.C>?>8:24-@BDC@C>?AAI>:>871%&+-.58:::9-)),'.,-&/*,&'+84:7>6AAEE8E@>A>A?-=>-787CDG>;67249;8(5357<6BDC;=>IIABCD::479BD?@FECC??:;I??986*,2;<>//+,4'&''()''(&(**+4;?;??C;24?>?AC@A>865=743<45;A@CH=F=D?='+C@B35>@?2<=AA@;JEBD34?A?<'3204;;:=78@AB?>;5@@;;=>>@7%+6753;76313:;?@@8;@@CGC8<;;1?A><>?GE'?A713$+/*4:;::9BB??9:("$#&''+/656;<;@ABIACBE@B;:=:.#%&98;A@4>?1%&860$%1$(221+'&&$##%%*,35524<;;.2AA=84/%'64;=A8?IA:/013;3:?@?:79921-/@A:CHGA=G>E<>@:>=?;;,%,+'7BA?CIC:90<=,),37;4.)::<;;BD>F?>=@<AC>?=AAE>C<=<@A<@>B7GBDEEEDBADIJB@@=<9?9:?@CD@??77&(7@;7'AA=@<@A7((%86==?ABA<<2?>=97B;=;=@B;:7;?C=;?=-5,:D<+(.,'8;BFAC=;??C:F:@F79C9;ACD7($9=)-%-)0115932)+62?><672%''$&46679743:-//24>>9==>??;9:8&06.032*&-&&&(2351,($$$,../2/79:=@F:;=>=:;+(/6792:?9;6@AC8>F?ED=?./??;;>9==/4DC<68,*/59>GFACCD?:=3CGGG>D:<78833.0+6,**;><<455$')(.&(17:;=:C>=<>A2/198%&1;CDEA?BG>?=?>@@D@DLH>@HLFA@>B;;IFDFBJE:>B@8<<:%(5*+117;@B>=@::9=H==CA8AC<77C?9<@AAA=>BE=7<>3/3<-24>@:==>>?;EGB>C?H;;AAA<=A9==::7FBD;%(,-,$%(+**2<=B<<<3A=0*9'13.2.A:=D:678>46:4A>:ABAA@C>?EB4;;1'&&,5(0678<>>EA<>;6<@B>BE?..*,,/8:797>DDCFD8<45:=>?<==75/'*++7%&;>:=>;;?CEE@@%935/488;6)6&&-=?FDB5>1=>BB@=8:=@=CDCE;)*,98;<<=?=/1874037<=5<2=323*'54@A79::%732&(3:/2BAB9;%(B=90,683*,%&856>A?+->;*/&/.,-)%$'#$1-63367<>@>C3;6<>A@>A<::9:;@BF=<777?=2;887;:./430978;;DBCGFGE2//5367557>A=<*..2.5)=<95334$(136B?>751-$+)&8:=<:.9AK?D?@9:=:99:801=/C@?A177=?4479:7(*&+*&%).&+67-/181CAE>?BAE>=1/58>??AD=>=>>BB<:;=?A2$+'22/489?BB@>?CFGDJEF?322*(,*/225.@79?20.(&65@BC:8996::3.223>6%*8=>@@?;;<@GA@A8>>@=C@;A>@A?EC>@@B>;1(%084<2/?@B=BA>?@B;3/,A>;>CC6DE?CB:;?A=10:98%9=;:?A@;?68A?B=<=855/&<:97666622/.%''7568,2%))&%%/;=:>GFG9GGBBAAJ@FGF;HFFM08;65434;<<657<@<<;G@@EDCAA6AECF:84+04-+1778;@B*978;>AADACCD>4<<>@D@;==>@ACEMGJD?:=58<>94;49==;;<=?=9DA<,.-/<>AAD@DCDJLGIABB>/--7+('.,28571>A>%<<-*A=:?:::>;=;86?@CCAEADJJAC<:A?@,%67%7/2913453:<57=F:;>>79A62547=C>;?=:18=EEIBGIDHA>>CA79<9<)39834><>DCC=<:,-(327;@/@?:>>@BBDB>4FED=BDDEGEDA686(99=065%(=>06;:?DKHGDD9GF>3(++/4%''43/-4<=D8DD?<>@<<>;8863:76FDF=>?;;69DJFBEDDKCA@7:@=(9546:=>CAE<:GIC@E?:<.09E5BB?BHP??1401DBCA(*C@=7=8;6BBF=BDD=EEA>>A;&'(28<:.9<76CCEC=?HA?602$'()8<523'+448;;C<>BDBDA?>:05<98736<87D@9>>?=A@A??D40655$.14543)0988<=87D@;>AA9:9($,-+.2-;=@>@A??IGE=;BF@@?AFE>DH@<7;+)49&)(97?@?,;:<;473;AAFG?@B?@::;>;?6<2=80.230&*165)8:>=64;;==:8:>11298;;:03.09:87;69<AB467==602=669D4AB@=??A7C@@>>89GGHC?<<:?..A7:=BD@@@<;A@@=::9@@@<8<6;=57@>@CC97:-0,&$&%(),7;-)+EC=@?>B>;?;=@B?:=A;??:;==E<<:1**).>??CDHEC?FE@A8=<@:<(#'&28;?985-0676756)//125?A9;BC=A:@D9;EC>@AAB>>79/65/9<':/):9;3&%(%$$---.+-31>@A@F><=?;9$*2896:3=>7C@<;9:=6=C?*;7)5::=>@=@5<96:<86;?CEEIEC?@GCC=?>;?8BA?@DGH=B;74-:?<>H?@@5CB>@=AADC+8:=<:;CE@633ADD@CDC9EC:=9:>2577,.)*=@;8B,*97/,';<8-'&&992BA=:7+*52-'-)1/:ADDA@<@A>A@DHH>=B=?ADFF@<<>7@AC?22=:??>94569724??17-,*+)-22.,-<:;<:<<@DDBACB=8GHED=7;E@-2@G<<)$/+?A9:*,'*+479:>BFDEJD:3//<3-<99D=<>?@;>CDFJ??H/*88-:;BB6+48<@;=BC@B?>/.*:=>?@>/<=;<5::>??:<=8=>;D96==;0(9?BB@95:,*9/34;:=<=?=8=87A:79541'$%%+324904877;86=>+%-745<7&&'+,#-787:@233,+1;AD>>;=A?;9::::3<;:A>;:BBB:B49134:CA?AAC;8634?HG768;B?48:A?79<==-248:><7?>AEG>>@@GIHJA=@>==<=>??F@?<=59>?=?=63'4-/<79:3';$6<==>:??EBAB@===AB=7899??:CD<6+'0+,,/.$-5010..::?:=6<412?<,.=0?=>===>:9=F@099:<68+.;<;8:<733$%.45.11:>AA9.7,+154302>BF9@4658'04'5;<624'7<==CBCE@@;+,,899@??8:5<=GEC=DB@@CE9>B>9<:757534::=;?@E<=:CI<==>;6;;:;<1('),,%%:;?888?ECBA??<9=6:7691<@???>?DC,*/?B9D<=>9883-;<97.'$%'(++**+.+3?>8778644''$,'-.45;:=::@6566*+*3==>=@AA?@@=?=;9C>>1:;;<:<,'0*(-709:=ADFB;=;=C2&$/-(&79;>?=D@=DDA9<=>99?886<<=><=A>?GG=;@B>?=?IHC:BBA@C?=-8;@GHE@;=CB@><@:/0()*/.-2866:=:=>;BAAA???B78751'#&')24669?A;9@=@JGB?2*/./13.+123745'0+-3+&/54887744;8>=787648:>=C<>0>431.8>?;@>AA<:0&&(+.'';A@=@BB>%&64*::;;ACHH6<<@=+>@===,?>;BBB=@A=>7746.&&&'$.6;:4-/0==87:2@A?=%(.189??<@@=;A58>>=>?CAADHC=DB:EDAEBB<=>A8=ACAGEGEA;>6A=>@@/)&%)+/9=D06<*>?ACDA>==;8.2AA=A3773568<6966067(:<;CE>AC?.*/10)*&*)+)$%((28>=1/5?A?8''';@?BGB>BFD=@@==BGAJ>@=@@>A=A>EC<8.<9;C?2.>BCCCAC7-&%,467?@B?>:;9=?>@@7;?CEEGGJAHHAEBA<;<:=4..,8??=B008167:>7BCGE?AELNFEA@>;?A??4044@BBA2?=>@DHAA-;&$):@BB=5<5515?B>D?@6B8(IBIK?B8;<=@@H?FF@818=7==A?CE@=6>A;=:7(<=C9555>DFB@FHMICFEA;8AAC?C624<7<76;B=@EGA>9<7'97>?2>;;:<@=<6B=@5:7,-%&$(,*09357279>@=8;539==@D<>::03@=ACA:=IF::A=530'33:9<;73443+3689=67526EEBFE>>??ABBEEI68@@@;:86=95-896-910759>?6>745:B?AFC=>A?>?<;656D>@?A;>@=?C?>EAC?AA>316G>>DDAFDB>?D<;B>:>::799886;?<;>>A=A@>9==9;0.=<<;<=>C@DDEK??7:??:ABC;?>?<;=;/;8;9344./089<@AED>EBB;>F@>%16/#$$<:=>A<<61/+$&69@83//9<988:==<:=@A@D9=@8978@88=27<913.)2(12-=55555:4/=@=92//*,+/.);668>?D@?;B<>><9<<;2/.396ACC=EE?:A?B<>80>6:BFCB1.48656069=:;B?@::5/3,'',7;6;F),442=::;243@@?;8:<>D=;=DD454;?@B@?>@>BCA;.,-283:;8,+*'202-'<;A:?AAA>6;:><6>59968?8>>D@F7:?CC=;>=4;:@B77EL@=5.>6BD:><%:>===;<>:?=/19A@=;@==00..22+>>97<@@,-323&=:>736<46==77'/04)0266?:ABB=9-':?;::;?86/,7.&1==A8,=/7@A91*+)*3199=AA?=8:>:;<:<=A:DH:;MHA=FFFDFC:>?9AB?@=65.8226211,/0029.=9:DHBAB>@@''=?GF>0@CCHE81(*-78-*:90/.+396C@;542/+**72/0==7<<8=?DGEKBC95?A>;?;A@C79440%%/022((,2688>;B3771>B?99:+-=78A@D-(+@4@@8D=?=9CAF=HE?D956CA@?5/052A@.+//,&,::.+*-500+&)...;<<;?'.=E:=A>>=C>;>@:;8/07<>;;35-$1&*4337993,>6B>@=:7:):53145751135>><,A;;;>><;<<5<=DD<9:=9;AJD?E?BBB=?466>D=>A8;D984=?G??>1.1'%(*%$(%0&648/()+(-48578?@0464<=@FCFDCBFFAAC510,+.6>C?AE>D>:DB78(4+-:=A<2)28?@8655;:ADB@ACB:FDD@6?=;>=BF@G7=@C?>8:FB@96**A;=>?>AA)+5+*,4;DH=>DC@(%@9@&&<>>>6??=B;;6-/)(+*//.675673/-'%''*3;<9=9.0BDFF@@&*9@86?C4>>:>BD?BF?>6BD.&*8;@57BC?>F:;FH@EID:;@HEF?B?B;?A;<::CB=D@+'2$'(96975>;<:9)8755188:8?;FDEC??8;6>016?==0,79;E@C>=/5CFED?>AB:8:;;?AB;?B=>AFBD@>@??><6;6?@021-3+.?8>A=9<@;<@4;=A@>7>=A281;A>ABAEC?>8@:43690;9>=>@15<>>;::>6>>FDCIFFLHEF<<@BGGGB@?@;>8FB==ABD;*->;/5<@F5689AD==9:;;77.5CBEFF8B8?/-9DB?957>CC2CDBCCCBB?79;0#%**))/%86;=55943862:?@BG8@;63,'476:B?97660(&+3.567AAB779541;D@CC?@A340%%2)/68&799377A=;=423<;9@=>+,54,0.@B>BB.9>==>;?/:=6A098BD?A?:7@?AB8>9?4:<436CAC=8:GLG=C>3):;75'%-8884793/3?>5//-.0:A=>DBA3.;1<9+078;C>948;>E<>@<-.2+-(*(*5:<=743**579>AB.+?AB2;@A@?42%''''':=?CDA81'533/#(&,+'&&.28778*'--*2>@D=(16;BA>@??A@A@66881=<:=ACEDC5)%)8757CD@B=;A'5:><=@01:655556/1/2+(%%%%(76221$$$-8?;:;(;2999<597C?*'BB8752#$&%/0*,,*+&%%077%'<<>%(7?>88@>2/977@@700,.-/***(),.74234:8;8452*1.+3;>@>8>=@@FC63.:9==>=DA+:%>=<:>?;?CCC>?><965,*%34351//36;:41'+&1&)/%%('&2$$)366A@C>?@A;=>DA>:>@C33@9B<@?45=<9HHI>A>C2>CHJ=<>B???=@GI?HK<=C>C8A6?@:>>?@B<<4A?@:=<<==:=81)&--.456<<;356<599555?EC@DH?>?8::<@>IOE<998555<(>53450.*)0:/(8>>??>/61.0=<=7***.>28=:EABBC=11?;=ADDA?:>=9=@CBA<4:5;@BF@=@B=BB889?;783--)@EB8BGD@.7<6<=?6)7455-:8@CB;:9;=;@>?68966>;44??:;CBBEAADBD?>=5/)6:.%(6<@CD<;:=;AC?86/'.%8;>2=??>9BGFHGH>?9<7B>E38<<:9<@D@B<@?;C@BD?@BFC5098:A=?722CBC?=C@>>:;>D=..-)8-<?B5FJFB==?>=32200///4>A@B;=B5&$-1DHA@;<7300<6AFA??BC<30.**?FGFD?>@45879??ADF;DHFAB91:.//+:B67;7(8.,&%*%9:7?:E;=:;=FD-++%9*+=>?AECFB0CGD=?:5697:=?=9%+?@A>BA@B>DB=3/:<:9:9=CAJ9HCJHFDC@:5&$'8;68:(+328>BD>@?<'*()357@=55/--8:=?@B:B@?;58HH:C@6=6AEADHBBFC=;>GBE9>?B?B@@HGE=AC;CD?E>==?9>'#%$%%<@DD?=B?HDCAC>BHB=@=5E7?:/'$8DDCGEF@H>1%%'3:;382*26&&'#&%')+,,,+46:AA1.-3@CF?AEIEC8''43'%.#+2*(*,+-(89;@B=DD2<;:>?@B-BC::D9<;=<6:013)(&68:@ACA@<8>?A4:9,5,44,-6><;=C;EDEDA<9+4'50/0-589:<:158;B>>AEC@H?CB6=<46?<>@8;:@=DFGA@>>?I@@DA@?AIB@BHLD@?>EDCDCFEBCJFFJHHJBF<4066;ABD@?A:<6%6;:@?CNA9:D=D<>BD38:=?BGCB>A=;;-&()234774-,7768::9;;>:139;<<:645>>C>J=AC=50-:<57?<=@473/=?8839038.8=ADFAA>??<<96;?AEA;7:5.77&%%%%/&89@?@?0233/*-+(&'&)245<>AB86.'&&'#'//48BBAC=@C<>>;;B@?@+3.102515;8:>@=&7<@9;E9;>;>;=:@@ADI>=70*(.+1*)()%#$'&2-,,>?A71>DD@CG<=:;'A@ACB?=<7,%&-)+28CB9:IDA@C@?BBDJIBCE=>>;A@=B0'46C9879=;:::;=>CB@72>A?C=C=<;?E;<2078('.'459879;A@8B:0,>>:<<=;>96%%&--0)%,+*'$&&:696:<::@>CC9--7B8@AFDHEF<;*&//*9;92))')'',,.1==>>=?6;2(''''0)'47=?A?:;B???A:<<=?A89;<06>?>AC=883)*$$$%(32379<;AF;/CBB@>744450)*-9;<>;2AC>=?FECBDCA;7?7<@A=A0'%$(*$&*('&(080,2@8((+6;A79>@=FABDHDFC>::9;3*'99766;;:CB@@9??;=?A7;EC=+/11%(-0,+...<7:;?CBA;2+,/.5669NLJ<5:9:58<8:;=8><32039>?@EF=@8@;:;28<=;=;;:&9;99;E<=@0>@@>>566,36CEFII=DE;(.'+<=B<>9945-369:8@??A?9645526;9//=:DC>88:>C@;5==B=A>;6475<=<6,%'*-14:=AC8:KG=;?;3.)**-+,)/02657>?BAA>AC:7;B@?;G??7154))0)7559:A?990133002)$&*(59903>?5;<>4,/.*&),%'),)*55>GGB>6BADF9:C=>??9?>?7>@@>::9**?=>570:5;5;@A=9A?,0=C5898?<;><;9@>=>7=?<=54A@>D72B@=;A>?G6;<:9.05DCA9>AH>>88::30C7447((&1021++312)+881478,0374334--+++69@>>=@9??7<:EJDD?H<@=EHDBBCIA96=A<=8:?0.,7BABBCC@;GC9278:;;6FID@A8BCDQZNMB?3$$32<<:6CCC<8;5==75744<23B=AAG?:93//69<463350+:==B@;:.;<5'==>75==A@@>7;==AA@>1.<=9>?*,@88&%),60%$(+1&)6344;;<'%)(*'+8:;:B41.1)$%(+&-/<>C<8A>8:7A>=C>119CA?:6,,17444-:;?:;8-''608;<=;7.895.>89:;5@DA?794:)%).('&(5/%&(54>=??@@@=0--757=7?B<<;-/*,,7:@>>>=4)'14;>A293;37;@>CB6/8=?CB?BC>6>@A?@@9CGC?C?=?59<=>>@=>9?>063=8@:?B981ADC<<@@==AEEC:-64.(%$$$#$$$$-=01>?=1@9?;?;?=;?<==88;2(2/@?>ABHJDCC<53231;;:<@:>=9<<;>ABA?=<6:6.9A=?79???26?BHAC@C?FE9D>@=7?BHEDGC@A988=<)&%:;9<<8>-.0::7?;>GKLBCACEC*/.8====&:);5+)*:<@@=4B;2/:1;788<>?68;>C>A95A@A>?FGDH?35.%&%%69899@+-4&9:93'*1,4&(10,&'.+)/.)'$-&*(--9//42%445ADA@02+83/1;K??@0:AD>6;9'777BA<<@?9=>?=/2:95;520')/3:8/@?AEE?CD>HI9@?BBB56;A:;8=B;<857620&))34<<)%$'$#&%%'434437./-.1=><<4&)*6988;8=9:;A=BC?=58@==;>=;<<14CBCD>;=A@<6(===BC>@>>=993)(&'.04;728B=G@@A:==>FB>;A<=1:?-<=BC==BB>?A@=BA><5'<@BBEB>90/2<0A589:;<:88345@AB;B647:'+18886CDAB=9>=;8?@D29:9>>?<@E???>?<6BE&=?AC77?7:767('.),B@?CE=)9:66<;<*')+69=>@C9;=;E;<)*%8:=5..-8:?@479;BD==B?@;=00330*8=8;;&)=>>@=CD?@@:;9?A@=@B>E@CCHEK>?<=;@?I>BC72=@:0378;0293422>.=>=;3;>B::<>;%'777-#%)5;;D:?@:>37255+(88347)2333'/458:=>><:DEA;=ABB==<>;/,,;AAC6810-1)&&'0/44:@7=CFDJAA=0?:=;::>@GH<89F><>=BB=CK@BGI>6639---),,*,'',&36;<9?=<=69?@7>::9.35&-,084360>?AAB>::('%:46??E?FC9<<:0+8=7>C9:=<57@<<>9:,<<''+99;=3<;AA:=58=A=ABC73?;:68994'''-/35*/8%11:@BDDB;B78768>==7::;<>934:71/3&%..82;.<=?B@?ED8@3?<;<8>=&)::<=?44BDC=F?CB=606@>=@>>=;<>@DC=;;<878<=9(98&/..1$'&&&.'58887=>;:<;4>BAABA@?(?;;CCD<>9;>@5:;>97D@;=A?>99=:;<9?@=7:<<:;;6=F<:8;).52&))>=>C@DEFA;=>E52/9:9=3@>4,9<;(*%&&9).--861<:8/02;A+0:97:863-&,48*,5%'/-619@@97:;>//(*(20%)<><::>6>@AAC??6)09@<=:=<5668)-9:>BA@;6*+8,.;:4422,&)78<;=EC47;159<@=;;AA=7:@<=991'')./816=A969E@@D@A8AB7:<9AD@:;>8=?ADFB;?<5+847*%&136.+2>IGHHLDBEAH+?BDCJGACD@ACA?DEDA=ACCAFADFDDFG<>F:9?AAD?@H>AGE@943/23254.48;=9)??9<=@>EE=@A@CECAC))-;:.@H?@:9=DDBDD?FEB060/4459@?=9B@C*5<2<>==A<:=<;/?C???F=AEA<=&;-0-?@DA@>BBKHEDCDDA@;@(/B;>A23?>7>=8::?@;-+9;?72:<=>=>%((5>CIE@A@12:8@=>IKIHBAHDFKCJ?B>>?DEAF?:C>C78??;;>;D8;=ABECCEJF@A?A@CDDC=D>ABA@DFA9?:A@EG?@JCC@B<@EHHA9>ABAFJ>>>)>E@>=A=<9<=>4=>8?@>>:<>>)+?/04-&87878:@ACFBK>@<<56@DB@>C;:BA=@+&?BCC>CBCACFAFB?A@>;A82889(==FNDDBB;?;G7585@@;>EJCEFA@D79@>>C9>::CL=?GH@@?EE@=:5353?;@DDC?>8>@C=:/93/-,$743((./0309;=?IDA?/+7:99<662ACBDABC9-36/,*+&%%6711.&65-$##&'1=C<7=DD8;DD>=6:BA@247<:5$$#&'++35:8?DC<>@7.<>?E;<<<;<=>@@>?AF=;;BCC>=<3?75$':=?96E@@@@<2?EB>>EDGGBJDJ:I>>AA@5:C@>689;E?C=7G@@B9?@==7;AAB@A101899ABBCBA:=DBA?BA57BAED?<=97-668::9/,)'$$%)35868<8C@HBAB?;=;DB>>86<=:=>;><;:>C>>C@4:63D=@==@3'$*,.<:9/*;522+)+'$:89;0:858;:<@=26<;95523++&$#$-./03344:../-#$$$%&'&%(.*,000580.&%&*1170@B@9<;<*233-9DHCEEEKD==7A?:8166<=;'=??8-B>?7706;<;;<<=9=@:=*0$,*-+(&)--8<2260>?BA*(':6/122444577==BC9:;9==::)8647&239191?=??;6/6(><;;BEA><<;>@C;FI@7@@<>BBED;=ED@HIIB;=@;@=:A;9:64'5<>;:<:CC?7?589787@AB809(?==($4:;;=;62898?=<:24=??D:?C;>C7;/1(('%&32244*:?>,58;?@?>BC;8;AAA=:6375*+)&-8::;:96<;>FDAGF?@444;<;===>A=32.98<2-;4??GFA652/44,45059989:6459/::<67:<9/'%&*/157998@=02129<>=9();>7:7@=E31?==>64;7;9;@/0A2>@@967',CC?;=FFJH<>?A@<-/.24;<<979;FAEFG9:8=:7.%27<<=>KFC>:=<5A@;?@>>7>=-%;;=?@<<9EC<;:?FBGA=?A<>C?@@?@>?:A@A=AD9;GJ@AC@C:=@AAIF?A<>@E?02?;81:::89;BD;?J?CEA:;@FFC9=??:9('(59'B:AA=8;:;*)'&&&(**/1(&=9::61=B@A;B>44-:83<<=BAA??><9:.,1,149=@>>9?DEA15:.5<@?@HG?;;:?C?9:79;@BEED?<@?(%+=<>?6??GEEJB:<;>A,0?>>>AAA==8E>GD>?>1ABA7@@>693.>:;9BB>EFEIGD@BCGDBFB<5;=;4+'99@=C?@:1>DLKJJJ?C=DBBBF23;B?BC=@BDFD?AA?A?AE;7;56?<8575?<:?:<<;-;;?B@=BB>??@D@;>BEEJ=868-%.2+0'()(@@@>>?:7GG9.<)91%%$(9?;<9=>>;;;2+6@9;3/3??>BC<98.2895:;;;78BB>@==49B;C9B?65+.:7:6%(:;=??@=;=>@F;;<5+'$&'+>:<=<<>==><:;=AC>>99<:39:35:;55+?:=>EBB;33=8A=?@=+->AA>:68598<939987;>>DCB?BB=;;&7;CDI9B?>A;A;><045736<:685(6@@C9DB3.9?C<57GPI=>BEJLIBD?>BBA@:?A??@EBCJFDDC@?=>=?<=<:666+9:77666-4;<<>@@;;(6/053::<49=>+;/6@24C?;@>B=58>?D,0=>?B(@97<63<8;:386;<66277:878711..*+2/5,;;<0B?>>BCAD;9/,764221'(*'5=BBAG>:)33)=;=FG@@<=7@=3;4,,6<<8>:/1934*/.502489;76BBDID7<*)'(%+)&;><;;9F??5'(%%'%*)*28.6'1155:*6=??=<)6BFB;>?:.*/4;B=B@CEFD?CEJHC>@A?ICDD==<12<7798;:7BD;?>(*5,,>CA@??:<&&)&%&(6:@A<1:+:<<<((,)(8/79---0446:99GFFBH>AC@B?>JI:<1;@9BD9:=:<>@<=?:55)++(+-)%$$-(79;790-'%#(003-19>B>;<>>;>0533678>:<799=BHGFGE?55'8/-02<:78-49<7>>AGDDB@?:63*4--.2,::;<:76@;894%$#&*./667),156?@EFEBD899=A<=@EEE?>FDE@<>=660)'&&(()35:?=65>+-:;JIEA@@C=C<8?A$69:97<8(&$3ABD?DB?CDGC94>(1114<&):;:7'%$&6?FBC?DDA5001)%$&%,+*4:218:7<967456?=@?A738A2=;51%<7=9<03))5=:<702:=<;55,,:;=@C;CA;>FD=<37=FLKH=A:;7<7?>7978=9(,7;AFC8:<55**)%&$./483459::96;9;8:=>?==::.+-7A@908;6=:<@?DF@CE=>46374D@ACDFB/2798679(+?;:@>>47;AI?8IHA::D@=AD@=?AH>89?7:?6;>8<=?ECFAI>?C@5=:<==HE?MC>FAAEA@B?AC=@99224CC>>?/-)-35:555><<>@;;=99CEBC>9;>8&'(57*0:CB77<7*+2246<>@?9?ED27:9>><>CD>E?/0GJCB?>DC1,:<::7;;:5AD=68,)=>?DB=:>E=<<>566($&&)0884;94@@:224+/<853$&$236252@::235::9109>@@?;CC>;C-)A69746.:;=9649>:?=:/:<<8;AD?;@@89;=E?7:;B<>GE*%?@EFCMEABAE<@>;9BEKDA>A9;58:?@>14@55/,244425;131;2:8::957EA@DFFF=GH@@918:543$%)'2,&2349;===>:>>AAB@:9<46BFIHADA=2>>C:3&&&,(,)().7:;>>@?BB@BCH<>>@;8:@;80,5%,113E@<=B+6;=B=<=238BA?=A>CECEDD@<94(*,''315@9>@DIA=:>DLG>B?:?@EJHCJ?E@AGJDA;*,26:ABB73<2DCHEBCBBEFD>>=>FIN>7><9@9H@@>II55@BDADCDDJI:;?5:AGHGE=2'''*877:AC719;9>@C69:CEECD3<@:<5<87.,8:26>-;+./020/1.''346532495+1=-0;88;;<:),62*$/72/@BCC@DIC@??>B@6798><BDCA8?@B(&<;>::885::@B<65;89)8:D9:GBD@@=:9;>?;;;52+,,>;FB>:?>A75:<==EDIB:??443&403249:65/'$*)*+*($%+.19:<=?..1979<>?==AA<=9:9<99','%%&%'%33;BDCB>=@BB><<>@>E=9;:?699=DEA=(&5)&)..08>=;@?>>2277447;<=JCD>AD;>>A?B=JE:AD:@EA>GA4410.0&(%521++736ABB:87*5=9777''&$%$$93139510+@=DH=CECC?>:67>E@CCAADAG:@9B6CCG===9'*:923054)((')&)(++*+4159().994:77>:;),;9;=?;?===9A>4218714<361)50324'*72(*(./16:>>@B;D>9:=GG;@;;@JJ@B:=>787:8=?CA?@@E@AFGGG=DA@FBA=;I?8:D@?A@?==;>@AADIGHNBFDC@A/4847979=CC>?%(;<B4>@DF@BB>?A8@GECA@<=:863368><;;<>>E>A<>DGIFA?B:<>619<<:6>49>>:<8?>?+:D<=A@=;:@A;@@<=79BI=FIF:7@?=@B>D@?;..33,&%+6:;@BB?8@EE@D=,(@?881/4.+7547622,@HIH>>=>A<(44(+679;:';<8>??BB0%ECBG789>::544>FBKDB>?@H<=EEC=1;933??<=<>753/+&%$%'+&&*+--$&$$%$%(((--8:0776:5=<((+-+,-/372554=677:5CB<@BJJJ@>AAAA=EA8;:FG=>CGFE;?@A<>D>>-1B>=<9(3,-096;9>B@7BA@=<>EH8=<:>48DC97FNOEAC?6:($&49/./4./&&+.).;>@:7A?>:+(3177B;;5AD:;@5:8>A@>?=??B?@=E@==@@B>:6=6?A:;A??B:;0*BD9<<45;26A65,1/:<=<@<;.+1258;9>CE??BB)7:;8,8:6677:>9;:,25@::<,A;6209@>GE>::88,<=@CF@AD>@?>CB/02AAE@FB=B@FF?<201>DB<<=B>>=88A<8965'()*/(*6,997;>:=@><<=1.<<:<>8>=/C=BB@78:(E@;>@BBGBHDHH>CA?7:<5>:;><>@CA>=?>D>AE>>C@@CBB@EA@@-,1))'&%%'))()/76869-.=:8=>9<8B:014>;(('6D:81237;?@B=<9=860?A?FCAEEBEKLJBE@@HB;=93/7<@?@B@9>E:D>;?:??80+*(4651:9:<<:?B9<;>==?A@GHD?FB>5-1:><&*4'#$$$$&%$*78?@CD>EEC=$'5:=3::9A@>>=2..17?B??F=F??C?>82974466EE?;;/00/%$#$0')667530%51523:99CC::74/+0:9;8>?>=:C8@5.+:*51)+)1336:CA98;<3$&(.',9HGC>>:<<<96<<9=;D=?>692.'/89@EF@?=;,/:8;?CG>=94?@?C;=CAE@D;=??=BE=>8;??:7<986.+5.2:*/-147AFE>@AJFDDB*;8=?BD;:8B;<0:49887,&&&'988:>?F@897=7:8><><<>?@B>=?E>?@@?7;=HKKMFE>>?KII4:BCF9<=CC=C*B:76?@FA@C=CF@=AA;65737636=B@=:3.372$998??=>FDGDC9A@>6AAB768.02541AA?<88-AHNJIBDECCC?A4;>C?>>?;=HE@9=/*@:>,%%==A@;C><9=@4A@21';<8.0<<8<7;3<;,,.D7:>@@>E<;>,56:@?AEHBA:G:KKAHIBB1((5?=6227::00040-6BKH=9;9@///:=<9:12&).4)&'*:?D@CDBCBI?BB>@JKGKCA>A>>>@G@<:?>7/15C@9@A:>GB=A98,%3262AD;DE>=>A@BB<>=-3:ACCEADDC@48?<8;<=8402<:;78957(*=<>.'?988=9;+*)(#5444B<>98:(%-(5877:?<;3/;;;98578=?A?42&,=A9>F==768>><9233759;53%%+&)21388776=?=773/256;-01?>9>=>?E>:AC??.&53333(--/.-./*27&)49;BA=::>=:95?9>7+7=,48><;59@?E@<:@89;?=?A><7=:=99@>>>957;9<==CA=>27>@8=>C?C@A?''53:=:;6<<7GG>D<=:>@@3:/<=7:88958<@@?;<;?9979=;866;;:<>;<93*,%+43889;>;BCC=*?@AD==59BDJGEGFFADFE>>ACD@B?;,,&5/@@=>>A?::9B;;A=?B?<<>@G<9>CA>B@BA54264;>C445654776*'??@AD==D;<;>3>965?<9;>FEEAJI>8AD<<>CC<8>FEB68(8<888;:?=9;A<;FD8;?A=FBHJHD?A@::CB=5893;79@==9?47*$$7/+'8:9/'/,;;B;@2:<=F;<-'28;=>FDEC=<;@?7%>>B>9=>9;<&*B<<;AB?=:137:B9=;8;BCED?==:5567311.//,=8>>@@>A;>>=0>BB;699B;;;<&*)+1;>LE;;6;>@>>==:??@?8;<=58=?=<@AE8=:'()$57<985>:255-22135;<9*B78:2.76:B?@974/??<==8:9<.0'%:=59>C?:BE@>@EE>>=9?CHGEAB453=>?8..>?46,.?=7/4:<:<<:=?CH>8=ADE=77241'9?JD?EEDE@=69:>FBFA;IDB@?<<557:>@58>?BHDH>C<9?CFD=9=::HH9CF;;=CA;64('15:+&&);=E;?B:?A>?=?=BB?=@CED@<=,178?7<@9??A?>72/-&(' @SRR14011045.17610 a3059602-53cd-4239-990f-6f3a95c54875/1 TTGTACTTCGTTCGAAGTTACGTATTGCTAATATAACAGCGTTGATGTTTTTCAGTTGGACAAAAGTATGATGATCGGCGAGGATGAAGTCGTGGTCGGAGGCAAGAGCCTAAGTCAGCTAGATCTTCGAGGACAATACAATCTCTCAATATCTTGGAAGGTTTTCGTGAAATTTATAGAAAATGCTCCTCTAGACGTTCAGTTTGGTCCAAATGACTTATTAAAACCTGATACCTATATCATGGCAGTGATTAACAACCAATATTTGGATTATCTAGCACGCCTCAATGATTAAAGAGAAATGACTATTCTTTTCTAGTGACTATCGAGTCAATATAAGTATTTTATAGAGGATTTAAGAAAAATTTTAACTTTCTTAATCCTTTTACGCAAATTTTAGGAGATTATACTAGAGCTATCAAAAAAGAAAACTCACAAGGAGAATCCTATGAAATTCAATCCAAATCAGAGATATACTCGTTGGTCTATTCGCCGACTCAGTGTAGGTGTTGCTTCAGTTGTTGTGGCTAGTGGCTTCTTTGTCCTAGTCGGTCAACCAAGTTCTGCACGTGCAGATGTCGTCAATCCGACCCCTGCCCAAGTCGTGTCAAACGACGCCTCGGAAGTAGAAAAGGGCGACCTATCAGCAGAGGTTATAAATAAAGCAGTAGATGTAGATCTTTCTTCAGAACAGTCTGTTACAACACCTAAAGCAAGTTTGGATATGACAAGCTCTTCAGAAAAAGCGGACGCAACTGATAAAGAGCCGGTGGTAGCACCAAAAGTGCAAGCACAACCTGACTCTAAGAAACCAACAGAAGATGCAGTTAAACCTGTGGAAGGTTCTGAGTCTACAGTTTCTGGACAAGACCGCAGAAGCCAGTGAAGCGCAACCAGCGACCACTCCAGCTGAAGTCCAAAGAGTGGCTGATAATACTAAAGACACAGTAGATGTTCCAACTACATGCTTGGACAAAACCAACTTTCCAGGTCCGTTCACAGCTGGTGTCAACCAAGTCATTCCATATGAATTCTTCGCCGGTGACGGTATTAACTCGCCTTATCTTGAAATCCTCTGATAAGGCTCCTTGGTCGAATAATGGCTCAGCTAAAAATCCTGCTCTCCCACCGGTAGAGAAATTGAGTAAAGGCCTTTACTTCTATATGATAGACTTGGCAGGTACTCAAGGTAAATCAGATAAAGAGCTACTTGACCTCTTGAAACAAAATGGAACGCAAAGTTATAAAGCTACTATTAAAGTGTACGGTGCAAAAGACGGCAAAGCTGACTTAACAAATCTTGTAGCGACTAAGGATTTGGATGTCAACTTGAATGGTTTAACCACACCAGCTGAAGTGCAAAAAGGTGTGGCTGACAATGCAAAGACACAGTAGATGTCCCGGCTAGCTACCTTGACAAAGCCAATTTCCCAGGTCCATTTACAGCTGGTGTCAACCAAGTCATTCCATACCGAATTCTTCGCTGGTGACGGTATGTTGACTCGCCTTATCTTGAAAGCTTCTGACAAGGCCCCATGGTCGAACAACGGATCAGCTAAAAATCCCGCTCTCCACCGGTAGAGAAATTGGGGAAAGGCCTTTACTTCTATGAAGTAGACTTGGCAGGTACCCAAGGTAAATCTGATAAAGAGCTACTTGACCTCTTGAAACAAAACGGCACTCAAAGTTATAAGCTACTATCAAGGTGTACGGTGCAAAAGACGGCAAGGCAGACTTGAGCAATCTGGTAGCGACTAAGGATTTGACTGTTAATTTAAATGGTTTGACTACACCAAATCAGGTTAAAGAGTCTGTCGTTAACAATGTCAAAGACATGATTGATGTTCCAGCTAGCTACCTTGATAAGGCTGGGTTCCTGGACCTTTCTTGGCCGGTGTCAATCAAGTTATTCCATACGAAGCTTTTGGTGGAGATGGTATGTTGACTCGCCTCTTATTAAAAGCCTCAGACAAAGCCCCATGGTCAGACAACGGAACAGCTAAAAATCCTGCTCTATTGCTACTTGAAGGCTTGGCTAAAGGCCAATATTTCTACGAAGTGGATTTGAATGGCAATACGGTTAGCAAAGATGGTCAGGCCTTGCTGGAGCAACTTCGAGCTAACGGAACCCATACATATCTGGCTACTATTAAAGTCTATGGTGCTAAAGATGGCAAACCTGATTTGACTAATCTGATTGCTACTCGTCAAGTAACGATTCAGCTTCGTGGAAGAAATGGCGACAATACCATCTCTAACAAGGTCAGATGGATACGAAAGCCTTCTAGAAACGGGCTCTACAGGTACGACTGAGGGTATGATGGGTACAAATTACCATATGTCAGATATGAAAGTAGATCAACCAGCTTCTAGCCCAATGGCTAATATGATGAAAAAAGATGATAAAGCGACGCTACCAAATACTGGGAAGCTCAACCAGCTACAGCTGGCCTTGGTATCGTTGGTCTAGCCTTGGCAGGTATTGTTGGACTTTTGGGTTGGAAAACCAAAGAGAAGATTAAGACTCAAATCATTTAAACATTACGGAAAATAGTGTTATACTAAAGAAAGTATAACACTGTTTTTTGTCAAAGGAGTGTCAGATGAAAAAGACAATTTTGTTGGTTGATGATGAGATAGATATTCTAGATATTCAAAATCGCTCTTTTACCCAGGCAGGTTACGATGTTTTAGTTGCCCATGACGGTAAGGAAGGATTAGAGCTTTTAGAAAAAATCTATCCGTCTCATTATCACGAATATTATGATGCCTAATATGGACGGTTATGATTTCATCAGCGAAGTTCAGTATATTGCTCCTGATCAACCCTTTCTCTTTACAACTGCTAAGACAAGCGAACAAGATAAGATTTATGGATTAAGTTGGGGGCAGATGATTTTATGGCTAAACCGTTTAGCCCACGGGAATTGGTTTTGAGAGTGAATAATATCTTGCGCCACCTTAGTCGAGGCGGAGAGACCGAGCAGATTGAGTTTGGTGACTTAGTGATCAACCATGTGACTCATGAGGTTCGAATTGGGGAACAGCCATTGGAATTGACAGTGAAATCTTTTGAACTTCTATGGATATTAGCCAGCAATCCTGAGAGAGTCTTTTCAAAGACCAGACTTTACGAGAAGGTATGGCAGGAGGACTATATGGATGATACAAATACACTCAATGTTCATATCCATGCTTTAGAACAAGAGTTGAGTAAGTATACGAATTTAAAAATTCCTGCTATCAAAACTGTTTGGGGATTGGGTTACAAGATGGAAAGACCGAGAGGTAAAAAAATGAAATTAAAAAGCTATCTTTTAGTGGGGTATCTAGTTTCAAACTTTACTAACGATTTGGTCGTTTTCTGGGCAGTTCAACGAATGTTGATTGAGAAAAGTGAAGTTTACTTTCTGGTGGAATGACCTTAGTTGCAAGTTTCATTGGCGCTGCAGTGAGCATCTTTCTTTTGTCACCTGTTTTTTCTTCTCTGAAACATTTGAAAAAACAAGCTCAGAATATAGCTGGCAAAGATTTCAGTACAGAAATTGAAACCAAAGGGCCGATAGAATTTCAAGTTAGGCCAGGCTTTTAATGACATGTCCCGCAATTTACAAGATACCTTTCAATCACTTGATGAGAGTGAGCAAGAAAAAGAGAATGATGATTGCTCAGCTCTCTCACGATATTTAAAACTCCCATTACTTCCATTCAGGTTACTGTGGAAGGAATTCTAGATGGAGTAATCAAGGAAGAGGAACGGCTCCACTACTTAGCCACGATTAGTCGGCAAGCTGAGCGTCTAAACAAGCTAGTAGAGAAGTTGGATGTTTCGACTCTTAACGCTCAGCCTCAAAATATAGCTGACGAGGAAGTCGAAGATGTGTTTTTAGATCAGCTGTTGATTGAGTCGATAGTGAATTTCAACTTCAGATTGAACAAGAGGAGCGAAATGTCTACATTCAAGTAAAGCCTGAATCTGCGAAAATCAAGAGTTATTGTGACAAACTCTCTCGTATTATAGTCAATTTGTTAAACAATGCATTTAAATATTCAGAACCTGGAACTACGGATTGAAGTTCTTGCTCAATTAACAGAAGAAGAGCTGATAATCAGTGTGAAAGACGAGGTCAAGGTATTCTTCCTGAAGATTTGGAAAAAATTTTTAACCGACTTTATCGTGTAGAAACGTCGCGTAATGAAGACGAATTGGTCGCTGGATTAGGTCTTGCGATTGCACGAGAACTAGCCCATCAACTTGAGTTGGTGAAATACCTTGAAAGCCAGCATGGATTAGGAAGTACTTTTACATTTCATCTTGATTTGAAATGAAACTAAAAAAATTCTCTTTACAAATATAGTATTTCATGGTACAATAGCTTTTGTGAAATAGCAGCAGGAAAGCATGGCTCGTCCAACAGGTGTCTTATAACAAGTAACCTTGGCTGTTTAGGCGAAGGGCATCTGCACGAATCAGGGCTTTCTAAGTGACTATTTTCGCCGAAATTATATTTATATTAAGGAGGACATACATATGTCACGTTATACAGGACCATCTTGGAAACAAGCTCGTCGCCTTGGCCTTTCACTTACAGGTACAGGTAAAGAACGTCGTAACTACGTACCAGGACAACACGGACCAAACAACCGTTCTAAATTGTCAGAATACGGTTGCAATTGGCTGAAAAACAAAAACTTCGTTTCACTTGCAGTAGGTGAAAAACAATTCCGTAACTTGTTCGTACAAGCTACAAAAATCAAGGGCGGAATCTAGGTTTCAACTTTATGCTTCTTGGAACGTCGTTTGGATAACGTTGTTTACCGTCGCAGGCTTGCGACTACACGTCGTCAAGCTCGTCAATTCGTAAACCACGGTCACATCCTTGTTGACGGGAAACGTGTTGATATCCCATCATACCGTGTAACTCAGGTCAAGTTATCTCAGTTCGCGAAAAAAATCATTGAAAGTTCCAGCTATCCTTGAAGCGGTTGAAGCTACTCTTGGACGCCCAGCATTCGTATCATTCGACGCTGAAAAATTGGAAGGTTCGAGCAAGCCGATTTGCCAGACGTGATGAGATTAACCAGAAATTAACAGAGAAGCTCTTGTCGTTGGAATTCTACAACAAAATGCTTTAATTTTAAGATATATGATACCAGCCTACAACAGTGGGCTTTTTTCACTGTAAAAAACAAAAAATAAAGAAAAAATTTATCTCAAGTTCTTGACAAAGGGAGAAAAAGTAGGTATAATAGAAAAGTTAAAAAAGCTCAGGTCCGTTGGTCAAGGGGTTAGACACCGCCTTTTCACGGCGGTAACACGGGTTCGAATCCGTACGGACTATGAGTGTGTTGCAGTAGAAGTTGGAAAAAAGTTTGAAAAAGCTATTGACAACGAAAAAGAAGCCTTGTGATATACTAATATAGTTGTCGCTCATGAGAGAAGTGAGGCAAAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAAGGCACTAAACTATCGTTGTATGCTAAGACAATGAAAAAAACAATAAATCTGTCAGTGACGAAAGTAGTGAGAACTCAAACTTTTAATGAGGATTGATCTGGCGCAGGACAGACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTCTTCTGGATGAGTTGCGAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAACAGTAGATGTCGCATGACATTTGCTTAAAAGGTGCAATTGCATCACTACCAGATGGACCACGTTGTATTAGCTAGTTGAGCGAGAGTAACGGCTCACCAAGGCAGCGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTGCGAGGCGGCAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGGCGAGCAACGCCGCGTGAGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTGAAGAAGAACGAGTGTGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAGGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGATTTAAAGGCTGTGGCTTAACCATAGTACGCTTTGGAAACTGTTTAACTTGAGTGCAGAGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGCTCTCTGGCTTGTAACTGACGCTGAGGCTCAGCGTGGGGGCAAACAGAGTTAGATACCCTGGTAGTCCACGCCGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCAAGCAACGCAGAAGAACCTTACCAGGTCTTGACATCCCTCTTGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACAGGTGGTGCATAGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTCAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTGCCGTATAGGCTACACACGTGCTACAATGGTTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAGCCAATCTCGGTTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCAGTGGGCGTTCAGGCCTTGTACACCGCCCGTCACACCACGAGTTTGTAACACCCGGAAGTCGGTGAGGTAGCCATTTAGACCAGCCGCCTAAGGTGGGATAGATGATTGGGGGTGAAGTCGTAACAAGGTAGCCATGTCGGAAGGTGCGGCTGGATCACCTTTCTAAGGATAAGGAATGCACATTGGTCTTGTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCTTCGGAAGCGTGCCTGCTTTGCACACTTAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTCATGCACATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAAGAGTTTATGACTGAAAGGTCAAAAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGAAGAAGGACGTGACAAGCGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCGAATGGGGGAGACAACAGGTAATACCTGTTACCCATATCTGTTAAGGATATGAGGAGGAAGACGCAGTGAACTGAAACATCGGTAGCTGCACGGGAAGAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCAGGCGAAACGGCAGGAGGAGCAAGCGGTTACTCTTCGGGGTTGTAGGACTGCGATGTGGACTCAAAGACTATAGAAGAATGATTTGGGGAAGATCAGCCAAAGAGAGTGATAGCCTCGTATTTAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTACGGCGAGACACGTGAAATCTCGTCGGAATCTGGAGGACCCAACCTAAATACTCTAGTGACCGATAGTGAACCAGTACCGTGAGGAAAGGTGAAAAGCACCCCGGGAGGGGAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGTAGGAAACCGAGTCTGAATAGGGCGCTTTAGTATTATGTCGTAGACCCGAAACATATGTGACCTACCCATGAGCAGGTTGAAGGTGCGGTAGAACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGACATCAAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAATGAATTATGGTCGGCAGTCAGACTGCGAGTGCAGATCATCGTAGTCGAAAGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAGCTTAGAAGCAGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCAGTACAACCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTATGTGTGAAGAAGGTATACCGTGAGGAGTGCTGGAACGCATAGAAGTAGAGAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCAGGGGGGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTAAGGAGAGACAAAAGGTGTATCCGATGGACAACGAGTTGATATTCCTGTACTGAAGTATGTAGTGATGGAGGGACGCAGTAGGCAGCCAATACGTAACTT + +4-.+../*&'0-%##2@@@>7?544%'00(&'%)(,/5<=>9;:8:7<>:/*-**-0)#$%($')()*133$'%%%%&&((*,(+(++/%..2-79:A4;;+.$7988:<739((-89*?@<>;()((/039<3/%'&&##$$%%&$**.-('6959575976;57>+@>AEFCBCD;ABEFEFD<===4175:==DFGGLA=F@@??@D?<;=>>=58??<<4>)/AFCB@=>A>CG4==@@97*==>BBFE5+($''++)((0/03)*)*)$'0+CCC?A@@8=C>C@=?9?=6*,B?>+/*/-../428;@AACD4+$-55549;>107@66())8:9;;;;11,66:::;:27?AB=4?:B<><2/68>B7=*$;6;8++:>9>ID>?L@:>?A?@DAB986877=?>9>;&8>A>E?;>8=;<1623',%5(*->E@B@AB?8@>BDA>@9;78;9::@;:87102&.3;=A>>=:8%424(+-(6699:;=C.3)$$$'+.679.29==77ABG?IC?CEG>@=9@ABCIF?ADDD6:9=<=>>?>633==6886369;@;>=967@;D@CC?=BC<91:;?=>/=>@<>B4;:;=?@@@?BC9>C>JG->=BBIG?6779=2+/9:?BB>@C7121.6878;F;==;2<=9@>@?@>AB?DGFGB<:D?;@?8>D;@FOO:A:@?<>?>>;87;;>95@;:?8?=8<=6A8:>?:.&(%%(.8;>?JH;>8DMJC==@@@@=BDBDF@AH>B('''$,010)),--6778923=?@C?A@;-((/86797752;?8<:<:AC<=696ECE?D?EIKBCF@@?@?EBC<=>4577>@B>=06,+'%'114654347;CA;A?CAB>D6C1>CEEFE=:99<65742JBB88899<<-*/+78:434787-/*(&(,,,,859758;>=CEF?=BGG?@B:??BBB=@@>=I8@?>@DB=GFED;;ISM97GE80A?B;@DBFLLG?<7A=6B@F@DPUKBB>5:DBVRC=BHHA?AFD9=<>?=B>@>;?69:>?FF?ABHHA:@6F@BHC@CEHKM963E><1,:495=><454(1;=C.F@@<:9??9B@+B:;@%'554=<=C@AHGEDCKKF==A:9AEEGF720??@D@BB:9.0/??AAAC=AA846(%&3'':>@EMKEAFCF@BA?;9;AGG9A=><95:5459=A@;$02:8569==8=AAA<@4+:0//&<88:;&&(8AA768?A<>8GJLF=>GA>@0/2:2@F=<>A>/67@?DFB9AEHD?@?8==:>==?;;>CA>;=;:3=B7(22:9=>8?9<;;41,&&/%336=@B?@=>CCDACEC::GGJDA-/7*,3==9/:<::98/BCE@2433,;=<866;@>0IL>:>GGC<>=::>>HGGK?CC>?@99C?;:<8=8772789:;8:>?@B=<7929:@FAHHDB@CB<=55$&8;@8<;?:B?;??:0@>=::434;/1:8=88$)9@@@@B=?DAE@AHF:@GEB+&8@J?H9ADA<9>?;@<:9858.55<;AC;999:>83>@=EE??9@@B7:>:526:=CFEAEADE;?;AG9:=9?CD@A7>=<=7<:::979;>/)(((()'%)(((/372;84,100??=DGGIC??:6998EB??ABDAHGF;=>DC;<;@<;;156;;114478<;:9<79DHBA:CBB;?GK:>><**5874.+<8=<>7-<@B;?CGH@A69EFJBD@ABHGD<<>ACCABDCB@@BE5CDD<;@@57EC?>35@>>=:ABF=GA??@9:;@@C=<>?>?:?667;:A>5<8'C=:8)A<>=C?A@C;;99/-4$&')58@>8?B9><<'(2<>ADDGD=A@>CJJBBB>AA1>BC7DBFDEEIB:A:@@?98;?<:<=/+2?@@=8>1<>B=><:9;@?>?@233?ALFE@.-4@HIGIJIHE>9B@;:AH@CACDECA>@?;<8,:CD@A@@FGDAA=5%'157.17775,,'6-ABDFE>BIHE8>:7<@CHEEB7?@<=A<395360-523B@A=<@CGBF>I>36>EGIFHFF>CGE;>A>@FEFH:<*:90:;<>@B7%**7=8?@?9/=)&'$&(<;'';:88=8;@@HHDE;EIKHHG?=>CFF>@<>A>@9:>@A=5.DB7>>CA34;5><@>A==@?<>FEFGJCCB<<37CCDGIDIJH3@A?BCEF?;6KK:RGLHJEE778;@@CCEAA:7,&'&'(-0/1567...:EA<3;(+68?>97+76A?A=99-/GC@@AGAFLIA>9054=<:BBEDBDG;D@5<<>@G<CABFHDD><2D769C@>9@C89EB@F?))78=;BD;:9464=;<%8CC<***&/C;7;GH>>7@A??A8:HIGHB?=79?ADEAHAFKLJBEDDHJ@<@C?@FE=>?5892@-:?@C;;?97647EECB764**/)$&&359:>;842)=3/6<9%$&$$1-(7;<7=?B33CD@@DBDEFJKEEB=>F<;464ALCD<;*?<=AEC=D@6()*,5$712;:?;9>@B*7AD?@=1=-@A?B>777>?695A>=CGA>@>>8<?AFEKD95,2=::/67@?ED:40(%1489FEDGF14-/?:53&2>>@<8B9=9;GAE;GDAEF;8-/()00((02>=8=>?@E@:>@?/;?>A>;1-:@;GGB>>=>?8-,5)$&&*;BEBACIDB84;BJEBHID8:>'98FBDIDFEHHHEWROPO?1./1569499>><1--35-(764-6+3,(((8AB=7;AC2,09888:<4+9;:?>;$)5<<:632:<;B@A?<;106677:=9:53$/?>=@@-06GG=@>B@BGGGBFHIBHMPKCD@><087@@A>CGG5@8A8'-:9FFDBAEED?A69==A;AB1/7'(&&'%$-+0568=>=B5@=:@DC8AGBB@CG70>>BCF@6,)238;IEQKHC>:7:@A::3;9;<<>26EIIFEJCAHC2;>AJGAFCHF;AB2:8;@::DDD:9@:%(>>>';;;;A97>9>FE==<<129::@::4/+,51>:823*26,.0338:@BNN;?>@?@D;:8.14.277BC?>=B/0*%&$3,=AACHEADBGHB=;:=<4?B;IN@B;9<;7-9;?D@L7GA9@>DB?CGLLI?CEACC=@C:HEEFA@:CE@GH>>>CB?96-,$$%$$3/459@A6<@=:B=DFDEIH?B?B@/446<9?@>@@@/BC>88;59AABA>@DAAHKJE?FIIJGFTROFB5ADA?<<==/9@6=>2/C@:CCB?CKHEC?GADC@DGGD);6>65&)&)+4451%%77>@BC8<9A9A?@A--+5>?=81*,)-7=;?DFEKF?47%%%5&508257212*(&/001485=;71*)45;<>>?=;<;@ABDCCO>EEABEFFGIABE?77C>BGFHF30$9@=H:FKKGKOOFDK<99?87CA<:?A=<>BEF>:6CEFDD=8-DDB@;;B>C752B3><<+0=A;*(;6%()33:?=?;A9D;99<;;9>EE-:;CD?CBC>BDLMNK:96:%%'1344><=>8>@>>950+020*%5ABB?=<9=?KCA>@BCB9<2(7:;1/11,5.0(99:EFG7;B89:8<;=B>&(%'%)''%)),&'),+1++)*1132,(+-(/+0=IMIHCHBBB:?@B?;;=@CFLJJAE:FCF>ENLEDD=E5:=A?@>=@@EE?>?AAE69@CCCD@@93@A?=56144:<>333;@=,)('''(6;7=@C@@@;1GE<%629'$(/1>B10?,;5+:7.--DDCF6KNKFEB+5-7369.+776:1.6.&%%*3;=>=>>BCA?;@;=?4/9=AA=>C=;/-689;?BIKCBDFB?CDACEB;>%'+44+3%/$'./2(>ECD?EKCGHD=?B@DEBA@C946.,DFH;GGJF@IB>AAC@D><=:EC>%$.A==>>HBD*?>&9@C:;DL??KFKKHECB>?>>@?8;>7<@9B@??C::>>BDCE;*))=;::/+.414ADDEFFG@0AA99315CB(&%$&%%#$)$$%/<.1)%%'77?BBB@<7?CC=9'0++48??@;:9?8>./@;;A=DD=<8898)20457/&$'120(5>A27./72DGEEF-999??<0C><;/,/&&&<6530'$''&)457221)??AAA2*42&&-226,&29BA?:>>.22AB8<><@>GE9/9?0+3/EC4/AB;7@??<3*$.@=A=;8E>>@EHIBBBCD9;+-651))+4287589:=92.8>?9;9<<-60*'%%,409<:F@>=D@=;=C<307767:99<>A<65>A;9:<>HEBC8(,%A::*261*%&$++67789=+<85):@?B>C?@F;>BG>=GFF>7733%0&%78:==6&%)5=@HHB>A<=57D?AD>:B474@IF:;'*''*(%#&))+))$%'&10//$,,0%#%(&&)&&&15==;+;;HHC?0/=?AHH@HGFFE@@9EDA:'%&%&()+A2B;GF>C=DE=;DGC>DBA:1/&",8:::4/-&%$'(;3<-$&$&&(*('(,-38<>FGE@A?A@DB1;03AFBB@A><9<@@4?::?DBAHBPM?EONEKNEC63)4:C??158:GHAAEGE@>5657;:?+99<=7;?>>;47??7EFFDBE>>?B37?6::BH;>BA8<8<==8<728=@>DDE=CFFB<<>??=1%)9C:=9:9<@6>EBGFDGE:?==@96*%%%-*048<==:/'%&&447,&%'&&$%'1586;?;E=>@B:<9,)(*,2777;;?@;AA>A=?DE??:9<=A9./58;=47686;;:;DEA?=?=:=3=@==>?D=<0+4:;+3(&*,+2??GGC=CHC37?FIDEED?6.-34;76:24,*+>35=38:????:44=:=?66.9;CFEB@>@GJ>57;;:235@B>>>2%%&+%>:5A@?+'5>GA?,4A5731%&*/;8;2554@<=7=IDCD58.*(,*,8:<55;>FF;@?@>>B2@?A>:@DHD>9:?>=A@><>B??9?@69;;==@A<=<0<=@>BGHHB<>@:9:?>A3=<>AC/8;:<45:4)()',6@?@<;:CFA86?A;9232(3==>@:CCD>5B>><>@C9?>@A<:=@11=<;:44C?A?;?@:@BA=@=;76&)&&$3-:9@GBA:CA?96AC>?8EC>.(*93))+.(21>?147B%'=?99C@?9;;1@@BA8@<>CA:JHFC:AC@=;>=;=*66349;<><>?66;CGF69@CGG349>>5*49A>=7<><8A9:;=;/9)8B=:+)('*,21)29;48:9168CC>A?5:(0.190&&*<8955;;9),314<:5'++,&'+:2229965.224268./0;<9;8+)(23=A@6<>4=A==+%6>@@>>=>?@%89856-6<>>?:>;<>>B<FADHSAEDCC@=9;9=?BA@=<01=:>9;7I6;>A=21::9884412-0':<;67.B4@E?<:;&'%$)(++:7>:DC;8);@E?==>;EF@D=EC???;9@=DAF=$(46*%BCCB<.*':?A?AA9:AB9;=>;:<>A<<;AB@;>GA@@@;<;9DMNI=EAHIIKA@=C?6)32&*(1456,/368/+15633310156;;3<=8@@<+-4;887+7=>60'.0457-/1*+*$&%$&)++/(%'&(,0.>B@<>?:97>?=?70;;7<>B;>;D?>9;=BHEAF>@JFEAA@7=:<:78(*&&1(+)).03+0238:?=?A6/.*25659HI?:@AQL?9:9'461.$$503<4::1;0%)::ACC=A899D;@E5=:;:98644/566)#%$%'$$$$$%(4375//6>?@>9.---&0/*,567:<=&*;=76;@@=8):999A;@<=;=80*9;9(15;;9442342=;>>@BCAB@?7::=4F9C=8=DAEFD;<558((>B?E?AAFFA;2018:;4//322.1588++FEBDDA2+05:9:@:ACGG<*))(((7=;<=:+38>04<9<6:;67946)>8CA@<488>?>:>;<$69;979<@>;>@FC@979;5657952--,,5836:;96/,4)***??/868::66221(%(:8::9><7;;>>A@DA@;==9=<@?:8RQ9:FA882*6$'004/097()%$#&*,.4%2:-.=>.%&#$)140.-0.1:?=,.(-(C@;;AIME-::6CEF><>FE=C>>;<;6;9==:=971422342889::::9<373=?><9+:>?<3C?09635110:8:769=>=<=@;=*,6-55>@==<;9:D6<,0<@<@AEB?38<9@B=<9;:98.6><9ABF=<:,&89996;7<=<>5(.2=:>@=<8=99>-:=<;;7%,//3/0'%$+(*0(89:;<5>67<=C?B?=8<>6>AACD;<<8<=;;DGA;,'=82-1.0<;<:5=?@8:3>=@>AE=?EFKEG@;8998)))66;88941,*&2535+%'*2<;5.<;GI@IJGCB678+),>=B=;=BC?=<;;<<@6A>>EC@CIFRPOB@93'$$4(70=::&<@?>8:/;>=;@@D?987>:>?EF?8899006::?=A@@C>@:A5=;<98)*,=5?@A63888:<>A'.?D?0045:A=D@?@=CB?AEF>>:@AFID@A5BFC=@;BBD:;;7362/.9A?HMDE?5-13B?>;A;=EIGEBBEDACC7;:@?HB@@EC><=2),011>@=<=?>>;;7:<+'%%-$#*$%'%/1123769+6CDDAFA69@@;;?BEHFAA@=>=;6@:98=?BBFGIJKB@EMJ=>58FDG>38DF;>??A9;=<95=HE=<<:498<=46661*689977=56623(+/476,11011(%%$$$#%*0,)%+14GHA=?CBBDFD::=A:65623/&0'%%1%%$$1397:=>@=>=>=@9<<8==?@CB:C@>DAC@(66431)79>*/7:=47<?;*555,)$((,+(')1107656=>DDE23>=<>;346:=54./.;;;@AB9:F==:>?:3;+3A@<;<>)4*%1,//003,-48;2)H9;=CDBAI>;@<77@=25:>89EOOGF>6:897$&1)+7=>:FJ@?:ABD7>=)+)$$-9:<=@B@D<=C>@<>;..33;?=;9*95*=:=.;DFJK=7?>?HIFE<-0DFF89@?>?4=7/004?<>6;>CAA8@>;>==@>667%7000*8@?3.9>?CB>8*B:87:=?BD?;:?B<=9;A=>>>52(&$&&'+-4453'&%(+74(,++59;@<:F?;?D=8C?8;=BC@<;8DC;????*01.1,'-/-,,+#$%'1255556(.$%'$''%$&-0356BA>111F@AJJE@?:1+/..&&&%-/1:;F>=BC6<1:9>ADHIFCFC@1=:6AAB@;4)./78>169979;;@A:<;.%($&%%(.5>>9''2)$$$$#$16:;=?AAB;?49>@><9<2%%#$$$%''&,,426'$9:A<;;@@?>A:E;ACA>;EFGEGHD@(4$4;;46=?DA9A@BDCAF@95>;C:F>@>@;<>A<>:;93)(17<<79827289>A:,<>;=7@D>=??>91./-725=I??>==@FDCC<:?B?AD@GI@*2=<<=542/(/,8:@<@/:2116544&'56=<7:=1%5=>;>;674323,-./=<8:?83656717=77=@?@;568.&$'$$$$###"&-767>7=>@A==D<<=8-*9<<=;:;-342)'(&$%)-((+,0;<:B<@AC<64-('(''#%/.71:8@E@E=8DDA>>03**++,*)%%'&$':9;59=FAD;CBBDD@BBB@9;88BA@JBBD=:>=5-,,.288=.(0)5DED>:>=EB978;<>>>?9B>1,,#$%%'&'(/1+10+,-'$+,57?DFB4>DEDEE1;B:4787;4&4@90(''-%(+*++*1:78>>=DHBE?>=<=/9>>?;::>;D;8BC?:A;273+3:@<6AIEAAKOJ=9?ACD@<@D8:@=>A+78@B?.1147;8:?A>@@,@?A0/23557:6:54*&'#$&'2729A?AC=;379786++.22--+*),*:=A;:-+9JOA;%+')+*$'2//(,,73.1-/(;C>4;>;E862:;1)))&),66BDFIFAD535=6?GIFD>3119:<8>:7G=:3362/<=?D@+:B?91873&*BAC?ABD=HBB>BB;??=11/?6>>ABBACB)&26675&&&#,-(%&)%'#(&&&#')%$&'%$$%##$$$'&$.'%,&)'%%$')$#$$%'(%,(%%%'##%%'468872*47)7256>9:89/1-*.87*++*75;A=A6;<((),$$'#%%('')35::9B;789@A1?CEKIA;EDBCD>346&8647:3(&017<512368+***'*,'<>@=9;BB;=>9:>?9+(*.*&2)59FD/.2:<@=<>NJ8BEFDAOKG8<<=89F@>EHGJILEEA74=BC?7=@CB8CCBDC@LE@;<=;=BB415=?DEED:?ID>:2A?;4=>?C;<99BB?BB?FB@>3;6-:4?C5534''%)&#)%#%%),.0.//27;<>42>@:89<=<=<<8C@EBDD./.2++-03:66<@<<34447=<;==8;9=??D=<>7510''('$%%%&'013<@=6;;/69?4?<<;=D+=>@B5:666898@>;;=<676<BGHC8/024:26A9H@CG:BB@D@C?A=A?@AD@;:E?86788ABD@@@G;,9843335423,056<2*)').2>?@?=<;.:+>?B=+-+0,./2)**-/.--.88;96)**.379==??@==;@A(8:64898/.,***&''&%#'&%$%&''($%-*-&(.044768%'%*3439B<=><7:5-//053-%%,'*79>A9>>669?A@C1FIAFGDE:AB::?><43*4**2:>768>@7A@;9;;6=A<3.*))'%366/9;59;FE7@<;;:0%*4662:668:=,=68EB@>7<==@0=<=143($'%*567598776:9=46<4,*(&%**%%%.69?766=;>BGHAB>??A9AC=-045511*9953+$$#$$%($%%#'.29>?@?)(*4-+,%''(///)(&)&)/+68::=@;81,--&%%&$,38;8::311$1757:A>?5?AA;,,.6;689523223214:32,127<<<(*1:2).+-,--+),0./.)+)$#(&,+0/++))44668?88F:<@D3;>B5A>?@<;@36AB@>:8@>38;:>@BCBA;?><1.038(+0++1*+.441663421+*)+*.58=:?@;A3CC;,6G89>@@HI9?D=CEC;BG+A:%+/.22A:8443''&'9963$&)*2240)18:9+&/(2-30/,(($&&%#$%$%$#$%)*/222<=8=8:90*=@:AA7@<@BC:/2%&)010345324898929;;?==><7711:A?B77A7;;<=8=9/,,4775?=:;:=<>9>?9994/1;:33+251&+)&$$'&)%&$,)'%%%'**$%%&(22-66%%%%'%$.135988;6'%005344;89:;3?B:75A?=4A>@977>5;7<;/**%$$)+4%)@>=59@;;B=?;>79A6521<=?DD>86'%966=>@=4:?::/%,-)<>:6688BJDB=5827=<==0299@@600FCE?>:9>?F@?>47:CA<=?:<97;9647?=7.&'''(*;<;93%''*34=;:4287>*7%(5?>B=<8:==9:<-,/28:5975643@?>=AB;BD8@@5445578=9=@B>>;ADDB@@>>BB?@>5+47;>8&&?7=<;A99688,-.,-)(79;+DBCD>@?:D=?B8;7:;A>=5><77BD;45)&58<<7;B=>5..*'+$'<53698:47876>5??:<9;CBB>61=/046;;58:<;56)'%).,5/--%%$$&.,;:922677.,,.666553.0;;;:085<;//997346+=E<679=0==<=?@>8;44673=:3&(&&'&$&&/36,==<<=-3856<>53(')-6599;;>=B==98,'228),*5)6554%*)33**,./*+46:?=?<99:2458$**-(,'%%$##%&%'')$'.2+3-+24<72(&+)01999:=722D@A9@=<1(&(<;4153/&(+-&&&;511(075.)(//890622,561$2-,09>=><:;<@=89>6783,+&&&(+,11348780**'''&+&+24=;=;.)%(((%$%-,/-06451+,'.21489;>7CAA@=,78=76@@@>8G@ABD=AB>DD>>::1)'),;BA==C=8?5/--1-4?>DA885&0$%254:?@;5<=;8:=B=@=8326-66778/02($(.68(%18696558<<<<<6=H=CD89>>?>>:-09>;=3499;1@9;45)$$6890++1.2('&'+1/+(%%%%-3347645.)''$'/89<=9=BDA><@@;=>;956:99C=:?75'(*.'*-&(*++,'%+'%$)&$(%,'(&#&&''+(&&(%'$%%'$$$'./4:99,%%'%'*.-)+)002/&$&*$%$$#%%&&*(#$'&*39744,$$&)21149:99<@<234/(&-1';@F@C?><>@89EFBABBBD:)'##++99:53002.-)$&&&+*&899=>@=-++,'/&''&)'*,)()$$(*++.0$'7,.,8827;566/-/15:<69A<9,.::966,;:9;:;?>@?;'5.*/-..+9;B>=D/2B>@<8?;>::<+5373-*$#$*,4:<;5=AB<;4AD@=;F<>?17;<<;66?AFCE@@>==96@<)663)'*38><<<<@@<75=75,-*,9;=7<@>7=8=56<<80'&(),))0%*&&%##,+*0)&-.+),)((2*?;=79=I=988<86A;C5C66973;=7'965876;01391C>AAF=?6=;:<>=@<<@@B::9F;;<8<=:4$739251,)+21220%(13*$-(&+('#&9.3-01/9ACBB;3<<702=4;?==>?<*#$('181886>?>;?5:=@A;BB?C;7>B@1.,13;;22/0<''1:598<295'9<@<39>;<>>6/',=DFG>17-65;<>F?8:A:HEHA>>ACA;;99<79:6573;:;<.746/05'*+*(6666)*)6866:42.-,-00/'3/5771..,178)(%'76:<=>BEE=>=?::BA=466)&0%$232.''.1%%33+78999/298(%:;3589<<988,+$$&$%')%/8993&&(%$%')&*($%$$%&,(-'(,%%&&($)0/3559>ACA;>8+(%$$$%*''(+'$%&'%-4/538<<:24/)+*32%$&$''*779;BB940,.242&'&$%,#%0'1469:%=>CHDA?7B>@>A?,0219:+01(/)%)$%%)48;BEC/@?AC4CKGC:8<8*')#$)479<;=<792>;;?B<:)-;?@?D@DE=BC?CD>>?''':><516,)%&#$#$((#%*-/1*%)&+-;A@;9(1$&&&&')**)*&%#.&*/&(&$*#%#$%&#%$$)-'-,+-$535>><9796&&617;;483;?75603,:?<0360436;;91,35&&$$-,&*-%$%%$&D?BA:>?DA:;;55758<83$$14100353+&(./==8;8<5*0,.+&+(*.77;;;<;42=@==@@91-361'02>>;?@H?H;:9)+8<97457655)5./.878@@FGH?66++(&%&&3;:<48821(%((((-:4656471::;A<76-;A8;=36?D<7F?<@EAB;;:8=A?=8814@?2,:AA@866;>;831((($-,0100<6:7568,-000%2+%+231+5*169;4835.$&:@BCA??976>?;@;7(,(4*-24@@@:56=KJKF@I?<47:;<:&((0'%/402+3;CGGAC>=;<3>*.$$3-2:6/*.10/-82.17000')96899*(-7868888::?=>9<<@E@=@???B>B;=CH7GGD@00897>B?DEA9?@;+)*3960'+:@DCDCEBD8<<<$3895988:8176?>A64800301))88;:6@@::;353156:74433337B>7*<<>?A?<;24+*(094445%*+&7&$&%$$675856B;;($$8==8/.''..59>?<-&&%%&*43)6'$&)'''.*'&,/**&/-..(($'%&&%..0-*,6=AEEF@>><<<9('&%'%%$##''2134D??A?CB@?;@>1-24,789>=869211455735--/8<<9@9:<=>13A@C:6-')4::662+79;=1($(+'%((+.,)1244ADA436@4*97=ABD?OM>=8===5<7%%16;CA7B9?F@?9/&$$5)6/++5599;;>ILD<7>?2><;>76855:76454=C;+,68H??B?@;0//:433:;8CB@,+,542>>>;;A?:@87=;?@><9;<<:62>?=;41//(89:70E:7553*;<;:=;9?@=?AC;>:9AA@:C57174BD<;=4-0*01/.:>><;468;;57378?BEG@:C?H>===45=<:.999:;112)*''(8:>?DEABBDFFC<=78AKD:--:8))851:;:CABDECDFI:;:<;(%497775407?>1.4;=@>?4:<,09@@C=DAC:%%9DEEG067:>@<9-.7;9;768;BB=@<>><;940-(320.-,%'&,-7:8;<7>C>;78>9:99<8*76>AA54&59;<<68B?FDBC1/>ELH>@@D>A8:-587=570:261-$()977:::?DC<50587CA@?8++'$%$'(89:=><87625*-;;099:6(>6<88;2:<9@HG;<>?B:5B89;@97:>=?)2:=?8<;<=?A98.97@6>>7==<<<79<<238:1.49>;=<4785'$00/),%%)224/+-*,.-.37>?<8789::745<<>95748+*((;(%%&'%00,40100+,363134)(*)*1)0083570//0%%(6?;A>??EGBF*%345<=7=:>@8@64:<@9:56<;:$'9=;189AC/*./+*+.01256?=8>?65%$(,+/=A@;;:871:<=*22022,.(&,-/68;=774)*-////->2C6++)--2,-56272A9/254/07&&1375692<:982/70+302-:FE>>@7-0%'1&:7577<889.549==CF77;?8>?<==87B.1>@G@=:.<448999@76A*24A2A;:7422-(&%%$-/8CC9B;>?<9-.-)'%%%(#.-)'(%+/--%%$&%'&&&))***,9@A7;C988,-0/2=?8/829;782=>C;DEIM>89DIC<3590711((&$'(154364;278;A7'4-04775)2;:?;796@@5/-%%)%/+-)7>;@<>CB;?7:AB:=@?99%*8<<=>;79?@@>?DC?>=<@97??A>>@B>:9@?=<=<::8?@:?E?9?DFE<5(;AC;3;-9<@/-?F@?=<:(,--1(,)+$**<@CF8=;=992--&*?:49JBCD?@@8>:(%&&175:?92*2(*343:.04?===863477CAB@AB*433213;?B<>==;//*$%$.,,%'+1368*<99=:<=7@=<72,,9@;?,&9@B<>?AB;&..///9;:>@>>:6A/0@=>@09;99:;?A=:<<55+00'*%$#&$$%%/0.9898)347?8:=A=6>B7A>?689:88BDD8?>8CBD;:;8:=<(<*863,0/'012367@;=6-,7428<<7AB:?37?C@=>@@D>6343319<4.?A45CG?<:>>;5;66=?>>:84.)()$$%%*/1574.$%$')%-%'112232,,3(:87>;:=C>@<<==DE?3ABA5;5;;7=8@::<;663)+--../.089634245B??725ADGE::98+.8-/+*(333<4737'(('&''9D?<9A<92&49;9&81;==<@B=><99;:4202/5/8;?;-/14:;;;;:@DB@@ADC@>5(&$$$($&&24/-77?B0?<25+*(*312)((+*15:6''+$*$%%*+-,+,6>:<=931603353&-.//,6895>A7/435:6313.11599989361//89649>+4:=76>;:@A:@A>BB=C99::512./++2&&'$%&%$&./158;:=;<--*(&'''2222529:4+++77810(15@A:)=ADAA:DJCF>5?;;>DA:8=<><@===>222:AI=898*1<>>=;5101)57;79<@CC??=@@99?=876B>/11288/50(,1/000/+++9.66=9>?::-1045)078958D=@>;:959A8;A<;6:@E;876&,62)/01033,#'3368?BCAF*9C@FBC@589><;=75-(+..(+$/833.1(#$$(34579347.$$)*&(-)()))*(+0(&($)')%'+#&'#%$&##$$)('#(%&%)'&'&&$#&(#%&(&#%&./05524)**;:95)*+&&&,64/**-3./3(4'26;976?ADD?GE9AACC8;=:BC80+.8:89998-*-++*+%(0:1:::3&/$/&+,-,9>4A8@FB=CACFE,*()<@7=BDFICE<<=;GEF=02398>IIG?DED@GID>:CECAA=EGHHC*&)5>@ADDDB?>CBB523/8)%#%&''(+)5<>@==>=>;39;F@BABAC=CDEI=H9EAA?BG@FBBBD<>CEA4'../&+@C>@CGA?>DFAG?KPLDECA='+???=9?AEE@@<83/0-*()4346)-;6(*0&,+(*../+(%.,*.+/,.$%(.$$(+**)%($$2;70)+1'((%&()%*7??:,-=:49;=FEJJEF:4B@<6;;:8BE@7B:BC>@??-+./.)(,-.,+69764$**,-.196-('$%*#$%%'**)*--;;24*66982524;BG:9AB?=A?@@?;68:D>>BD8BDDFDD212IIJCMGMIIA7B:;@:@F;C@@;*.:=>;>@A??36==B>=EQQCEFDBDDFGGJAGBD978<>:4743+%'%%%$$#'26(*,&#(13@BA@6>?DAA??B;;=C??ACMMJ>GBC>9732,7=?A:-+-*+)*))-166(&023++%)&&&;;@:EEHF;;<:<@==;<974482++..07<:;>9=<;>9=<8/-1>>@4$$$$.//+8<367>ACF>7;CG=0768>@=D07?AA9EA?ACFFA<8<767@C==B@6G@DFF:=7<<9314;999E;9>0==AA>6;>><<7;CHG?=;A@AB><4;:??>C>01/1*%%()/06?8639*%&$&-046.)&#%$'$%(01+/-'$022++*&&'*(0%$$)))&)&%&&&&-*/.)&'$%+*-79:?=?813/%%$$2(###$)(-.'%#%)'-%.*,*0'$%$)'22@JA;@?6BCG;7.-..*+'''%'$('('+($((*+#&(&(-79=CDEB?;6..*/;;<=905)$&*&%**+%%)51'&'74,+%(()-3('*+-*'&())1(&73;@>@IEA@A=9:==888550501+$$'+)&.$'.&'+%&&%&%&%)//%*-*.%$&$$&100,--*'*%'$#$$'65)--%,(&$&%)&%%%$&%,'()($&()*('$((+,%&(/925>B3757-6321(&&8:B;8BE;<@@82@@;>FD=2&9=@>6:6>BE>=?>CGDGB;D<=>EB?GC@@8BC<AGHHHC;88567613*$#&*$$$()+*((/,$()((.2$)'''&('&.;A91;9@;;>B+55;CD6,GKHBKHF@EH>;CKD?B7BBCNP=DGHF;=72B=8B1+0029;;74//49BI:;A>;;<:9(5;A=58:>A<;DJ;=9;?8;9;>D9CEBAA;9=<5;95:GID;?=?CIE?98.-+'$*+$'%+&&0#$%%%$(()(*#&-3790(%+/:>4:89*>>GHA00.-++*-'&%%'&$%*"#'$)+340+'%&'((.00885*-&&*+--*&)1,)/-/*)*),+(+*/0$125852&:98;AHHFJ>GJCDCDAAD;<90&$#%%.:=<:83-*539/&+*$#%%-'&$&9+0/9==;<7+.2*2+6:AAB;:=/BB?<99=?A@D?B??@H8996::;=;<38<6FC@95=>?;????>6F?EFA@G>;?BC@A?EE34CECBC8?<;?9579A<=7+:75ED=?3:C>>B69=:;@C4@9831-32(&($%$'#))),?>7:==<8504347:59<:.-2088::>85444019559*/8;;CB@D:>;=?95;564)44666<=1@:8:8>A8?HIHB:@9EF5>GGCAE?G<6987*+*''5/1025ADCFJIHEDGCDDB0EEB?607:;;999:954(197449;AC>9:9)((,,2AED@=>>:76::.4/485:;GFG=BD?<>?9=?@EGH>;+344@==A=,,,,<>'):77852/.)'$,,8<):?AA=AB?A=<8:<@B;BB8;=E<=BA8574..388:<<>GF>?=:8=?>;;4'*'6/4244=;9=A9,1115>BDA;:=>>FFI??8=<735'49?A>8:-BD;<960;;DD@74:;:8>@>>AAA9:=?CC>;@?>='*5A>F>BA?@?,.-,/<;9<=3'$,--,(%#(:=:?=??>EEGEG=@=CBCG?CE>?;<;9A@*++9?5;==;5(*1085&*,&((330/(*.+-19807014857<>@B@7?CEFECE>><+.././46,733'%()0/27848?@A=ECBD98?AB?GIHDAC@:723-5663342$#(./0128<8%6-;1:=96818?8647:9<:<=6DECB:E;EC>>;77%',79>==<>/88>B?@B><9FE7BB@@E9<;::@@98%'(*&())().(%)37?G;45(*+:9=6&8AD5'9>><>ACEACEBCGE@>D;89;>:>@=@=AFGI<==1=B=894B;8B<;:228;'$'((&2%%3*.-/49:6=>G:ACDG@DB??BE=:@BDEC54>ANNO@A=<:;D@@A=99CBHN;FK>F=2467>=1006=:;?<>%3>BCE>>7?@B=7;<17:>??>8:8&$$&6<;@;=,/)()**%&)&**),-2224::8C9:=40'55>@)*1:;767?<@BFE?<436325-1<>8'%%'(&)**-,.,)((*'198:9689;<:=<<.-(0710(0+,112:88%>CH=@JLNHJ=>BCICB@+==336<7568DGDGC?BE@BAC@@>:;11/29'9>DAGIL;/.<@83?>=<,))34+6>B=A='':;7>D=?C==BDD;<@8AC=AB:=>>@EC<<@;8>=<9;>71-68<=AEGED>EFEA=?EG@>996&*0@DIH33654:>=4CDB@@4==ED>=;;=:4220$/(89:8:=:;899<<>CBA;17>@:9>DHEBA>DA?,15658=7;@=>3:<976:9;60(((*-'''*)#$##$$$.-*/&)5833+&333059:?@9?3:2-&(%$'((((+13/2><<88<7B>769:<>EBGHBDAB4?A=7<:>7'%//@ABEBIC:>D?A;CC@'((56@A:=6**18:7FEGI*@7:@BA?@EDDE;5<8(<;;=@BBABA=;?)'?7?<=;D=448<<@??;?@D>5;>?AB;50;9::68;9,*0037848>;@;:784369979*&&&&-.%''78:8<<99C@@?9;75=:9>0(,./-+0-)22549559::9;;<===<;=;=:5@7F8A?>6.70;-&)59F@>DC@EE9?;:A;:53+-8>CGDG:<22.*&(09=B99039%'6??EAEDCED;>GDFFHAD7=8@B?A90-0.;::17<><168'4.@C8779678@8%512??76::<=?=@@?23'17ACA?9-5*,22+:0%$(/8>>94))313=4%'$84@74<9;C@B@@>BCHI@?AA=07%#$458;=CD99@A1?BEDE;:)0AA?C>BB:AAAEEDIFD:DEH;79FGD>525678>=;@BFBACHI=GG=?>CADEFHE545++*)())'+00426;8<889@AA8?:7==4)(%%&(6622-11B(8%4+.681.5,34765587:<:=CH(';/-?<007::9984<@GJMJ<?:<6A>D>?:::?<>(79=@@117999;9;9;==<8212).6:1634<=?AEC8/=:9:8;=@CFME>D=<978812$999:>=>B?<;6-3),18987555(6;6;9:A@<>;>?8:98:@>@3.5=B?;9==9AB4457GE=CDC>767344.79<:9DB=B<=')&9=<62*)**25450&&(*.86:=?<:89;4:9AAB<<<:209ED=<=5?DD>@D>=A=5@735,/'%-/10-%33;89>@:?@>=896:=7:CEH@>31$,)0410,5677.--;-569BD@840127?A7&)/*?>?LBB@G:CDDIIGGID?97&2;>;>3(7DHN;(2=@;DC>=@;<;?BC>>@?+558+3==;><>MNE/))ABED??AG99:6/(,/;>DA>HHJ@=(8$(*,+++6@83277?=?D;=3<=BB?C46?:58869<9192++@88:>><928<>==8BCGB@IA@?6/2265*(&)..0,6*8.././529:;221)**;><<.1@68<87/,;@7A@>/<=CDDGA>==3?AF8:?@F>AA;<;=C=FDKONJD?=339<835532%%%138BD;AECEFF98550.0--016)')-/0-;>DEB>HF?9BBGC:2)(,*)*(%$+,/24199@9CGB<>>B:,('.$*++'($&%(&+%%*&+,,%.....202&'&&*23335,%$&,,+%$$++%''3+%%(0,)+()(**&*265'%%%%'AA5*;A?HIJNMDC=:BDHHGIEGHROEBCA?B????IJA8:@BC@;E2+,/AC3/D@EIE;>@GHBD>6247;?AA@;97@@&;<>;:4:?,GDBGF77:AEA5'J=>B<++$&)(+*))125?@EEG>),&$$$6:=C68F:CCHHFKKDCCDDDE='+@9EEIGLHHBB>A@=<;7336CF69967>62=?>;7/B=A;;';A?7,)%%%%('%''%%#&$$#($%(''%'$%#%%#&&$*$'-%$%$&(2=FGC??@=9?-148='(+4=?GEEB=;F:5+-.40-+(0+-,*#/316+''*/+.0%:;IDEE=+((0/4(&(&&,,((%$*''.&&&&%('##$'$#%$&*&+,&%'%')'3;68=BI@DD@BK0@@DJ=CI;CDGFHC<2)')%&4*-+0)27:<@B=5/12''&&(&%$*())%)+)+'&'$$/)&%',&&($$%%&**&(-//2047AC@<<<@>;;:#6$'&$$&%&,&$$%%(,*$'%.)%*(/2384:9::?@BBCACIGAA;96426*((89=>>BBC99CC=B?BNLJIFA=BCBE>A;7::*%/+'((((((*',/+),5.7+,=:;:8A=9&%1$$&'%5-%'')('$$$%&&&'$%'(,*&34656:8:7,-:=>7=?;???>A9;=:8>C<=;:E787)$$$',+)%%%+..4(''&6,0899@@C1@89&.,.<98;DE=A1;20$(4101/>ABDBBB:<8=6;;=>3.+,'$$$,*+-$$&&.)'-$()''')('&''+&#+/8;8)78-&&7:;??@8/,7268;<;GH>><::4661214<<522,,55>E>?661..;9<1:;.*',0..%##%.5169;<;:;??@<>2.1&/138<88>5=<5955%)254)&.03'&+.81)410=@GGFC>(&0%)$,%$44;>89:;<=9=>99<998-.-,&++*$&::548ED934-)*+,,&(,'&&(''0)%,$(650*9)5'./232=<<8?C=<=:2365///5879;7?BC>FFB?NMA?8A?CAAC637;21/7:>?>?7@DCE=CBA;;=?DFC;@@98678*+&+...1<:=@9CC@@GHJHG?6==?@;:335HBF?>H4=?C;>@897<<7=>:?HD:?5-())+0869579DDF;B?9:<./4A;865,@C>F>>>013.8>?>@>DF<=/>?/<9;B<=6=+)%'-.-04653&%%()-%$$(%(8:3+84;=@=>@8?D=>:;AB;@EFE==A?@?>DD@DF?HG>>@CBA1AD:<<<.(28;6&(*(+&&),&''%%%&"$'%+.(*5455>@?GGDG+D%@DFGGNBDABDBCEI?@@535<8;288@B;<98;:8893()/)'&&%(.(%#$$%%('%($%%$%$%%$%$#'&+++.-'$(#,(''%(&66@C75BA@6.>=?DA5759??:;,&(($'$1%(.0==@@BBBI7@?@;>9>@@48&%'+,+,/(%&%&&$%(&&*20...4,/$)%&%#&%4*%%)%##%$')-69666;9;+76.99:<><9@@=8?B@AD;@CHFG9:4-08>GG9,43:BBACB>><377/03479;?6(&&&/56@AB<;<=9:;=9ABCA?AC?><<6211<>8;9>:9:>27'224286./22158==?E@@B=>HG<9-(#&''*'&%)(4',/031&($$&(((00>>@G>CA<<>@2:?A>8>>><;;D8;BDCB=?==DCC@=>?AA;@F?KI?=@/%%,..&&*'*,++$$$%%'#%%&*089<9:8::577C8+$#%%*%'-.0+++*'-*&&$).-3249;16AAA;&&(4889=7?>>@>?=34,1510750)1,$$$((.,0).14$)*49,8447DA:F7=)&%%%*(+&(//94(40.0/2)((*)'$(&%%-07=?=3=?;6>==;77IF=@<>@A:48+))$%/.1*/1+/(((+1+'$#3<:2114=+>?B;8>0,4.=B=30,,+25:D@CA@5<0++),ABA:;=>:><75<<7656<)/2=9<9,)+)'/231%,869??>;>JFB?6-/1@@B@BCG9C*9=<>=@@ACC@;4.-2CD>:=@;99><('*;@=>>B<;5>@DA55@IB?>=9:7*''$&(++--(&$$$&%#&&'$&*(&&($&%*+++)/)*=<>5870'=9BB<*7-/*).3.*:9?AB?ABE=DDAA-C@9:*('&,%*$#,-,*#&('&%$&'%$%%%%00.&&&&'**,,;02.,)$.%$,.)085:A??8;>@CABB8+(5>;4:9;89<>>898:>=<;;-(%%(;;=;=@=9889*)*$$#+00-,.*&#%##%$$$$.(**(*(%$#%&(%$#%$$$#&#$###$%$$+**&$$#',-.-52065,&&&%&'$%%%&''%%$)(((&'#&*28>68>B=<55=>@?;787685:9;;>=6534+-&$$*,8;?@AAA?>=;;@A;>,0('4''1#$#$%%&&$+./..+*'&&,&2$*,%)))'',02+((+*''*126*.,1,)).((%%'%$$##'%)$(+&2;9:9:9A@=BC:@<3-/)0)*0%-)-/)'($')&&)&$'($%%%$%)&#%)'$,#)&%''%0*)$#&&%&###*)).87;<=:99=ABED?4758:@@8')'('%&%*''58:61=524$0&'%&+(%&'($&"#$#$'()%%#&&+%$%#&'$$&$%%%'$#&+%%&)&'&%%%%$(,,1./*++%(-.1*,$$%%''(#'%%6147:EC<7A=A7B:5,477=?:412:;9C?-)&&*%%&.3((2ACEEBC;==,*%#))*%'%%(&&%##&)+),*).1(,01=AABF?EIBA;?>@>?7CJBBEDEE?B??@=1.08753204/CD96=?()%)))*+++.;?=BA@6/.,0*+,821872<99(:8C?:CCCFGD:@@&)=?>>6=>B?=EDD54(&5<<0:?<>?@@<1?=;;;=5$*,$+'+.>;<><=?<666('058<:9>865,$%(&245779775866662B?9><?:<<+.*01454&---12%05:;652%'&'(*/.-6*$#$$('(#'&$)+('(+()35),124<>@BHFC;63',:A1:4599;92(*,('..%$%&&.'(&#$$&##$%$-'&)$#%&%$&$$#&*,('%%(.-3472(/%%;1*+*,)*+--+*%$$%%#&%$%%%%(7=82,)**,&(),,0+(*)&%'+(&'%%$%(&&&)&3.(*%(&&$%$(*/13(719:ABCE8943:6?9EKED?BGH8?9C@(:>;FFDCEI=<8=>>>8%*DEF=>9<9<:88<55'+$.(..-/$$#%%'5:/%,..198>EC;9BEA@B@;<>GEBD?;252524451/*'''($(%&)'&&%&%%$(+&%(&&444897<@ACIEC''9/87(%%$%*0*--'&())+%,())))+86&)()/((&)%&746=>/8FF@>>FBAEH?::;;.782*,,(''&57&*1/029063%&2611'.#**%'$+))+*$((+/'$$('%$(#%$+)).(&'$'&/###%&(#'09A97<;IL>@=57220-3372''%$)$,(,,.*;@A?46377>2,-)&$&),.(,,')#*2/&,79:;=<@E::=)*)/'((*46:=89:;;:A>@;7;=>???CEC+,)55$$6866'%%,.0&(./*(($'(&)5688@9>ABC>92/1'1:=@A5C9;BABECBACDFB:0;?>B>>23,.6(.,'0*4@;8$$'(%(%%*+.72(0-'-.;,,6,=C;=>3)&&**$$$',&&*((-&(,+)*./0.+,--5:<876:,,A<99DD9?9968=DA>?ADF:60*++.%(()(-0,33(&*$%&&&+39:;B?=>?;=C280&#$$%%)+%*)#&1..-/'&&$$($&%&)())&'&53/'*,/7-04)&#%'+$((*$$,-)&%'()11+%*)(#$$$$((+,'($%%&$%%##&&$#$01779>?;=64<:9;<;<;4570(&#%%9<889<0=??B??C9;BDEFHC;DEAA9?@AB?7?=<@<;@>:??@=::51(566762.,%$#$&,.337333565787:=??D;5$#,)*01767>7*=;>8>ACCA779((336)6'034<?>:=BA==CC4C96*,(+$&.$($$&,'&%$$$'#$0-*$%###%%%$&%&&%')'&&$)'%$',-*.1%04*6:&1019%%%&&%)&,%(*)$#&$#%&&-++2?C:CJ<@CEABQJBDA?>@A;89:;>DGGCAA9D156&',0)(*,,&,/>::4&$$**5:7.3/''$&1<6-13===>@EEBGH>@CDEHJADBHFEDDD4A>?@@>DAED>6838=75=;978;DADB4C<>A@A@>5>><=>05-$&&%%%,.3;:=:9:&(/9B>EKG-=:<>>*357684/,59:?=?E<<605=@GED51&)%'#'&:=6+(*/+'(/0)+'%$%$)45.4897363/%00..-/9200&:;9A9JKA7@=8?<,7C<;?HDCK8?ACLOMG7AE:A?;8CC731&.>BF?4>?BDDID=<94011/*(&''3;?BHF>>FHC6A;AB=&:<6/')DE:AF2;=9)+(+46:9;C>BE=:CEF709;>;?9/+?><@@ADA?:><348/@A99@AC8CFJD<@>58>A>AD><+,1*:==:6899:DH?/100-0014,%**))'%)-30%%%+')1'+120/24:746<'4:<@B@,&&?@AEID@?;>CDE=:%$'53678775=??G=.-26@=A72;-=;><@B:?9A?=;<;=;@A?>=>80//++*&((())%&$)%49;2><@B9>8=<<>?>:3*1671(0.16756AA<@ELLGE9;@FE@CFHGBC?A91'(('&''./(2&73500,%<=7>@?7A??BA?@AC>:>>8BHNNIB>>2@69@C:9DCG?>ABCD<57=>@9AB=?A>@CEAECEE@GCC>>@;5A:84474**,0%&&&&),-4797;:/%+*+70?.0691,-.3443:751A?E?@?3-%&&$$&$(8>1++,9<>9>FFCA4/:8?@ABGIE?A;6??;BHH8845A?;;:07A@?::<8>?;56?=9;;<9>JD9=89>8@H=B:=<@A>8<;&+:EC97999B>;B?=31,->@;7:,9:89@A:?===>CBA89>=>?>?:;>BC=+()'&*7<>43.6,-364848;C7:>9..1+)')797;HKGFFC@=?727469?'2/:?FACJCEDD=5@CD?AE:-;9:;9:C@<;<=;:5<75557>EEB===706;?==>F>;@?@=>47:.:;30589==538<=?;DCE@&;9G?CC>?BC956567A?><78CCC0+>6>634=?MIB<83$%(*<98>A>BDJ>ADB@<=BA47@D>AC;>=8@==CDDDA90:,,>AD;HLHEGFA=43;FB:?8;DCE>?ABAHG>?B<@JG?BDI=FBJHD9032227?=;9>84>:>349-'%&'&(&,'()10'$$$%''(8/?CB;@>@CD;CDCD7,14:?,(<7;?@BC@?25>>B<;8>,BA84@=@DH573759@@8>>@889)),;/F@D?==?=6;,%35<<:1*,88764=@9<>?8@HB;=><>@333+(9:7659@A;::9<+365482=9AABHFD=8::984%/=?;4@><<7=;B??=DE96<88.4.9>?22?8=B@75(:9:4?BAA=BCC568?@A>@AA@?@A4554+(+54;<>>4<>?>:8:?>D>;)())(0$'4*%2%&+..-58;47AJEB9:42;<<399;71/5.)$$%+.68<>FHFA?=:9))*&'&(+%)?9=BA89;?E=<:7;A:9=B;E>@FG?<)+8::6A:A29867@BDFGD7>=*....9C??B?@0(&&(8*++-..6:=>FH<8498:7:=;:FI???@;/666>@=/=;>?EDBAC?<2AABBFE::<>>>7>66;9;@C<=?A8=2687:<4)$&&%,1879<=?>45;<:086;9=;346,+%&%)-))')687=9A@8934>@A@(@>;=<(;=?B>==>@A:<;7==65@A9;<;::4>;>69;:=B=:>6;78<60/:=>?AF8D9;;<*ECB>B;B55>7>@7=A;?A?E><9=76DC:ACC@=9235%&%+(;<;=574*A@A@JDCA?=ACAJ@<8902734367>=9=0-3-&#&*,***-/78813<>@AHG=DE@7CIKJJC<=I:768,221*3354:;@689DGFD9>874><>;00==95088><:>?<;26/2*%,'&+,34:59>?BEE1><=;E=88'$<><=A;35;))'../.-59>,*78899,:67>96;=4:;:5-'11/1?A9FB?@A??7,**704;9=;9679=???BBDKK??>?=IIGB?CB=9B<:=:34210'').0:7:<>>:=456A?@A=@+7;<95777>;@;ADFBGIACC=B7B=C@@@C>.--)'$'*38005=FF6BED?FC98:4;9>>9899;*$+*,%%&.044,:<;79<<>;=9873.')'++.++%78;??;=+$%$#$%(+2;0/29482/0.*'&%&22198:;;78CAB499;8?B:D@CDB?IC?+,/20635---449>@D<.',,,%058888::;9AA;=9;=<05>BC@BEFKFFH<=FG?500:AACEGGBFEDJJE?@B?;<4;:FIDBG7B;;4;:AIJ75:<@C@==89(*199=>=AG?F<>9?EE?=>;=@=77<:'319968<:?;94=<81.(1;:A=B<@?@@==95*'''5*&)19:8:BDA<79?8?>86*2442477;:@C>BDCBCBADEC;>?>7.>46?C>BCBA:;(),;<=@:5)*8:==<<>?:CA?ID5=?905@BA<=@>?B/,8;41-.**?>==?EB=B>?ABCDJG5<@>?*)*,557327A=B:438>?*B>.(=>?755<:(<8;B?85;EBA,+,,7EA?>;:94<7978?B??871/'':;9*4>;;?;?B=ABFG=?<5:>>A?>979+@=6;@CA>A=<:=>=58?:>CE7::AE?='%.)((*?7;ONKIDB768:+)*768:9?@;;8(;>?=DGEGFA>>@?;3?DDE6:2CF@EGCHG=5>BBKKB>7579?<>B89BCC?A>><>??13+%&5:6668:6+59>>1.===>:69>235(1569A9;?GF@>22/)5754-,+*557=93038566%'(-..1:;(168ACD9C33.8;DEAB?B=@B<>>BCEDD(%@:CC==;:=C7656DFBAA?B8**()$$%'(%&$&%$#%'0223/1C>>=A590%&021-/,*3=B>@AA79@AB&>?<=76E;=CD:B<<>>;.4?BB9CC@ECCB)%)%)(&3389/,.39?46899:>=@4FCC><0)&#$'-%+1243+(77?3147584/'('%$%')'.0-4717@CDDDGAED@);=:;9@A<=6<<:;B;55,,&$'22,,)'06622-7?@@GHA@==AB;<154486:CB=@=64;:8:;9CBGFEAA9::/==CEC:A<;CC@9;@80787<7*+477''(&%+079=::';7<*)BC5?))ABF;(=7:FCA7?@:74)&&/>>6;=922*5ED:<:7<;<@%%%011=>95+6>DDHG?GD>AB)&&1/86;9A;9877=ACC599*@>@CD@A;7@>@=@BHEF<)AEF=;DD?C?@?BDBDG>@DDCC;<=>;?;=>ACFCDFFCB:=89'#+%@BCGFB?9.998<<5755/,.-**.-.-28;==9$*.),,/:>::A@A;77313=?@D=C@=0274&'*(&$33685:??:<70(*%'('-*10=>???8A>AC969731+360)AB:98@5D9:<2'(%.('*.+$'00'78771:9=:(=<:8:9;CFIE@>2722:?BGA>=?@>?A>>>BB@BDE6>A=><>?:@D=;B>>ID@E5>4+)%$(/-/3>@@>D:B8*;;<97%01042CCCHII7D<9:;266;=FB<=?@9790->IIJGBA@EEGI@8DB6>@==<>?=@A3.794:,($%&'&*,()&,&(%*)**.(0377;<>04538:<9+%'''-++;4<7>DJCICAEEFG??:8>>?(%-9<;:<<51340677<>@G8:HIB=;?@;==)246(+/..378??@=2B?A?<9<>;5=BCAC@9;0<66543;*&,/82C@@BAADEC>:7978;G;?A@AB?A?@<00..32))*$ @SRR14011045.4653 46879566-09d9-4f7a-9ee9-c614102e7b09/1 TTTTCCACCAAAAGCTGAACCATCGTCACGAAGTTCAAGAGCTTCACCCGAACCTGTTGATGCCCCACTCGGAGACCGCGGCTCGGCCAGCTCCGTTTTCTAAAATTACATCCGCCTCAACTGTTGGGTTGCCGCGAGAGTCTAAAATTTGTCGTCCTTTAATGTCTTTAATTGTATTTCATAATATTTCCATTTTAGCACCAAAAAGCCTTTCGCAAGAGTTTTATTTCAATATTGGCTGCTAAAAGTGGCCATTATGGTATAATTATTTTAATATGAAGATTTCTCCCGAAAGAAGGAAAATGCACTCGTCTTCTTTAAAAACCTTGCGATGACGACAGCTGTTTTTAGTATTGTTTTAATTTTGGTTTTCTTAACACAAGGATGGCGGCTTGATGAAAAATTTGAAGTTCAACAAATTGGTTTAGTTCGTTAATTCTTCAGTTTTAAATTCGATTACCGAAATTGACAAAAAAAAAATTGCCAGAAGGAACACCTACAAAATACTCGCAAAACCGAAATCACGAATTTTCAATCTGGAAAGAAGGCTATAAAAACTTGGTGGCGGCGTGCTGAAGTTAAAGTTGGTGAAATCTGTAAGCTAAATTATGCAAGATTGATTCCAAAACAACTTAATGAAAAGAGCTTTTTAAATATTTTAAATTTAAAATCTGCTCAAGTTTCACCAGATAAAAAGAAGATCTTTGCAATTTCTGAAGACAATAATGGCGAAGCAGCTTTTGGTTAATTGATATTTCTTTAAGTGAGCCAAAAATCTTAAGAATTAATTTTAACTCGAATATTTTTGAGCGTGATTCGCAAAATATTAAAAATATAAACCAGACCAATTTTTATAAAATTGCAGAAAATTTACAATTTTCGAAAGCTTCAAACGATAATAAAAAAGCGCTCTTAAGTTTTAAAAATGGCAATAAACTTGAATGGCTTATTTTGAATTTTGAAAATCCAGATGAATCTATTAATTTAACTCAAAAAATTCCATATTGATTTTTCGAAAATTATACCTTCAAATGATGAATTAAATAAACTCATTGGAATTTCTGGATCAGATTTGCGAGAAATCAATCTTTCAAATAGTACAATTTCACCCAGCAATTTTAAGTGATGTTGTTGATTTTGAACTTTATGACAAAGAGAATATTGTTTATGTTGAGAGAAAAAACAACAGTAATGATTTTTCGGTCGGTCTTCGAAAAAATGATAAAAATATTGAAATTGCAAAAAATATAAAAGATCAACCAAAGATTGCGATTGGGCGATATTATCGAGAGAGTTACGTTTATATTGGGCAAGACTCGAAAATTGATATTTATAAATCTGCTAGCTGG + ACCD582-4>>BGH?@AG;9IBC<7=6<1D;/92579>5-4578123<=;;B@FG9:;@E6-/*&7<=>;8=<=GH;;76+8:C>?@79+-3=;?;8D?@JHEF>A;D9JJMGGEC973<7%2(%%$&#')A;<;11D73/1$*)%)%&,&*)1660+..-/+%%&,,369BDDB@DGJHHCCE:6AAGD>CCDI@D:;<>EBEC@?;>GC;8)):9:G8ADBFIPWFMJICC<78FEAD:AF@DA>A@:888A9A>?@ACHBD;CDCE?D7==;DBAC?:<;D<>E==>BBEBB7A=D>?BAEC>9-,$2E?=/667/5$DD;EI.459==<92794//247851/$$'52.,77ADHHHC>@DJECJ@E=35C=489489?:8<;5AD==AA;=056BJBD55>;>;:<<$8=>?87*4665D=ACECD7:@9CGKPL@B==?DADIDEEEEI>?AF?B>=>>C?356CDD@C>3..;>CBI/*+$&/6:?B@;2:577?9C89?=;ACGJ=GBBAB?AB8E@IFE=6E3@@CC;=ABCB:C::<>KEILLN@=9???FGFEF:&&46;758/29?>=3=?><<33.,,2+5?ADLLOO>LMKBA:>/<=6/20.%045885;@HD<2+@D><7=@DDANLPLHHLEI@EBGJLKOM?<@CDJEBCDGKJGJMFC-=8BF@67;;>@AA0=>AA112):A>CDFGIJHJJDFCKNIE=)8);90DAEEBBDEHI=:54/;87GGG??@QFFJJECAABADDCBHHBIIIA@L9:>?<>@MIJIFDFDGJ,&&:BBE@?=BCCD?B?ADH=DF3?EFA=?6C@=>@=>,+%%4,2*=:=@CB<775A779>EEFADEDLOOLC@IFIJIDA@@712*',377:=9>BGGAICD@?C@4<&=?DH>2-'(&#&+68:@=>@BG476;C@99=*DC5$2;=FHGEC?@9/:>KBEEE?GLI>=('@BBA@>514<9++,>EGHBBGF<<<=(2??58A>=CDFC84EFBD;C2.>@D>DIC @SRR14011045.9725 de5c35da-1b89-49ff-8975-95d26edad96b/1 TGGAGAGTTTGATCCTGGCTCGGGACGAACGCTGGCGGCGTGCTTAACACATACAAGTCGAACGAAGAGCGATGGAAGCTTGCTTCTATCAATCTTAGTGGCGAACGGGTGAGTAACGCGTAATCAACCTGCCCTTCAGAGGGGGACAACAGTTGGAAACGACTGCTAATACCGCATACGATCCAATCTCGGCATCGAGGATGGATGAAAGGTGGCCTCTATTTATAAGCTATCACTGAAGGAGGGATTGCGTCTGATTGGCGCTGAATTGGAGAGGGTAACGGCCCACCAAGGCAATGATCAGTAGCCGGTCTGAGAGGATGAACGGCCACAGTAGGACTGAGACACGGCCCAGACTCCTACGGGAGAGGCGGCAATTAGGGGAATCTTCCGCAATGGACGAAAGTCCTGACAGGTAAGCAACGCGTGAGTGATGACGGCCTTCGGGTTTGTAAGCTCTGTTAATCGGGACGAAAGGTCTTCTTGCGAATAGTTAGAAGAATTGACGGTACCGGAATAAAAAGCCACGGCTAACTACGTGCCAGCGGTACCGGTAATACGTAGGTGGCAAGCGTTGTCCGGAATTATTGGGCGTAAAGCGCGCGCAGGCAGATCAGTCAGTCTGTCTTAAAAGTTCGGGCTTAACCCCGTGATGGGATGGAAACTGCTGATCTAGAGTATCGGAGAGGAAAGTGGAATTCCTAGTGTAGCAGTGAAATGCGTAGATATTAGGAAGAACACCAGTGGCGAAGGCGACTTTCTGGACGAAAACTGACGCTGAGGCGCGAAAGCCAGGGAGCGAACGGGATTAGATACCCCGGTAGTCCTGGCCGTAAACGATGGGTACTAGGTGTAGGAGGTATGTGAACCCTTCTGTGCCGGAGTTAACGCAATAAGTGCCCCGCCTGGGGAGTACGACCGCAAAGGTTGAAACTCAAAGGAATTGACGGGGGCCGCACAAGCGGTGGAGTATGTGGTTTAATTCGACGCAACGCGAAGAGCCTTACCAGGTCTTGACATTGATGGACAGAACTAGAGATAGTTCCTCTTCTTCGGAAGCCAGAAAACAGGTGGTGCACGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACAGGCGCAACCCCTATCTTATGTTGCCAGCACGTAATGGTGAGGGAACTCATGAAACTGCCAGACAATGCGGAGGAAGGCGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACGTACTACAATGGGAGTTAATAGACGGAAGCGAGATCGCGAGATGGAGCAAACCAGAAACACTCTCTCAGTTCGGATCGTAGGGGCAACTCGCCTACGTGAAGTCAGAATCCTTAGTAATCGCAGGTCAGCATACTGCAGTGAATACGTTCCCAGGCCTTGTACACACCGCCCGTCACACCACGAAAGTCAGGGAAGTGCCCAAAGCCGGTGGGGTAACCTTCGGGAGCCAGCCGTCTAAGGTAAAGTCGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAGGGAGACATACACCAGGCCAAGAGCTTGGATGTCACTTGAGTCGACACTTTGGCCAGTAAGTAGACGTAGCATATGCGCTAGCTGTACTTACAACCTAACATTGTTCGGTTTTGAGAGATCTGTAAAGACTCTCAAACATAAATGAATATATCGCAAGATGTAGTCAGTTATTGTTCTTTGAAAACTGCATAGAAGATAATTATATATTTGTAAGGTCATCTCTTAGAATTTCTAAGTAGGTTGACCCGAGCACATAGGAAATAATTCTCTGACTTAATGGTGACGTACATGAAAATGTACGGCTACAAAAATAAACGACAATGTATCTAATGCATGTCAATAAAATCTTAAGTAAAGATTTTAAGGGCGTACAGTGGATGCCTTGGCGATATCAGCCGAAGAAGGACATTAGCGCGATAAGCTACGGAGAGGTGCAAGCAACCTTTGACCCGTAGATTTCCGAATGGGGGAACCCGGCAGTGGTTATGCACTGTCACCCATAGCTTAGACTATGAGGAGGGCACCTGGGAACTGAAACATCTAATTACCCAGAGGAAAAGTAATCAAACGAGATTTTCTTAGTAGCGGCGAGCGAACGGGAAAGAGGCCAAACCGGAGCAGACGCGCATCGGGTTGAGGACAGTCATCAAGTGTAAATGAGGTAGAAGAATCGAGTTGGAAAGCTCAGCCGAAAAGGTGTGAAAGCCCTGTAATCGAAACCTTGCATACATGGGACTGTATCCAGAGTACCACGAGACACGTGGAAACCTTGTGGGAAGCAGGGGGACCACCCTCCAAGCCAAAATACTGATATCGACCGATAGCGCATAGTACCGTGAGGGAAAGGTGAAAAGAACCCCTGGCGAGAGTGAAAGAGAACCTGAAACCGTATGTCTACAAACAGTCGAAGTCTGTATATATATCAGGACGACGGCGTGCCTATTGAAGAATGAACCGACGAGTTACTGTTTGCTGGCGAGGTTAAGTGGAAAACACGGAGAGTACGCCGGCGAAAGCGAGTCTGAACAGGGCGTTCAGTTAGTAGCCGTAGACCCAGGAAACCGTAGTGATCTATCCATGGCCAGGTTGGAAAGCACAGGTAAAATTGTGTGGAGGACCGAACTCGTGAGCGTTGAAAAGCTTTGGGATGAGTTGTGGATAGGGGTGAAATGCCAATCGAACACGGAGATAGCTGGTTCTCCCCCGAAAATAGCTTTAGGGCTAGCCTCGAGGTTGAGTATAGGCGGTAGAGCACTGATCGGGCTAGGGCCATACGATTTGCGAACCTAGTCAAACTACGAATGGCTATACTTATACTCGGGAGTCAGACAGTGAATGATAAAGGTCCATTGTCAAGGAAACAGCCCCAGAACACCGACTAAAGGTCCCAAATGTTACACTAAGTGGCGAAGGATGTGGAATTTCAAAACAACCAGGATGTTGGCAGCAGAAGCGGCCACCATTTAAAGAGTGCGTAATAGCTCACTGGTCGAGAGACTCTGCGCCGAAAATGTCCGGGCTAAAGTGTAAAGCCAGTCGTGTCATATGCGGCAATGTATATGGGTGAGCGTTCTCATTGGGTTGAAGCAGTACCGTAAGGAGTTGTGGACTGATGAGAAGTGAGAATGTCGGTATGAGTAGCGAAAAGAATGGTGAGAATCCATTCCACCGAAAGCCTGGGGTTCCTGAGCAACGATCGTCGTCTCAGGGTAAGTCGGGACCTAAGCCGAGGCGGAAAAGCGTAGGCGATGGACAACAGGTTGAAATTCCTGTACCGGTGTGAATCGTTTGATCGATGGAGTGACACAGTAAGGTAGGTCAGCACGCGATTGAAGTGCGTGTTTAAGCATGTATAGGTTGAGCTATAGGCAAATCCGTAGCTCTAAAAGCTGAGATGTGATGACGAGTTACTAGCGATAGTAACGAAGTGATTGATCCTACACTGTCGAGAAAAGCTTCTGGTAGAGACACATCGCCCGTACCAAAACCGACACAGGTAGGCGGGGAGAGAATCCTAAGGTGCGCGGGAAAACCCTCGTTAAGGAACTCGGCAAAATGCCTCCGTAACTTCGGAAAAGGAGGACTCATGTAGTGTGAAGTGCGACAACGCATGGAGCATGAATGAGTGGCACAAGAGAGGCGCAAGCGACTGTTTACCACAAACACAGGTGCCTGCTAAAGCGAAAGCTGATGTATAGGTGCTGACACCTGCCGGTGCTGGAAGGTTAGAGGAGAAGTTAGACTTCGGTCGAAGCTCTGAATTGAAGCCCCAGTAAACGAAAGCGGCCGTAACTTTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAAGTTCCGACCCGCACGAAGGTGTAACGACTTGCGCACTGTCTCAACAGGGACCGGTGAAATTGAAGTACCTGTGAAGATGCAGGTTACCCGCGACTGGACAGAAAGACCCCATGGAGCTTTACTGCAACCTACTGAACTTAGTTAATGAATGTACAGGATAGGTGGGAGACGTAGAACTAGGACGCCAGTTTTAGAGGAGTCACTGTTGGGATACCACCCTTTCATTAATTGATTTCTAACGGGCCGAGTAACGACCGGCCGGACAGTCTTAGGCAGGCGGATTTGACTGGGGCGGTCGCCTCCCTAAAGAGTAACGGAGGCGCCCAAAGGTTCCCTCCAGAGCGGACGGAAATCGCTCGAAGAGTGTAAAGGCAGAAGGGAGCTTGACTGCGAGACGGACAGGTCGAGCAGGGACGAAAGAGTCGGGCTTAGTGATCCGGTGGTGCCGAGTGGAAGGGCCATCGCTCAACGGATAAAAGCTACCCTGGGGATAACAGGCTAATCTCTCCCAAGAGTCCATATCGACGGGGAGGTTTGGCACCTCGATATCGGCTCATCACATCCTGGGGCTGAAGTAGGTCCCAAAGGGTTCGGCTGTTCGCCGATTAAAGTGGTACGTGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCATCGCGGGCGCAAGAAACTTGAAGAAGTGCGCTCCTAGTACGAGAGGACCGGAGTGGACGAACCGCTGGTGTACCAATTATCCTGCCAAGGGTACAGTTGGGTAGCTACGTTCGGGACAGGATAAACGCTGAAAACGTCTAATGAAACCAGCCTTGAGATGAG + 387;825:<@??A;=>=689,%(7:9>E@9?:96,-,+.(/,'&''(&7;@*'*==8C84@?:-C8=@B9+);?=><=@=?:9:96>7B@243=??>8<999>FE@/+*9+'(,-./187;>?A><>BC6ACB=><::>,?9;<68>=>@?ABECDGFB=;=====?@?@BB?6:=:<78;<=>DFIBB=:>D>FD@C@:FE<74(4<988;53379>799:>BB@A@:>@.A=/;:<::?->><<>>85756/'('+-'+*,/2%%$$;>164$8;=?CC?;889@++5?D,79466669,%.126-:02988;>>B9:CFHIC=598-64///08:9)8<:6;8;99;:C7:=(-/*,%%&()-478::AEDDJ<-/2869D<117?:ED68:968:;=:9:81/0119:<<:=67:=B98;>FD-+*+713894667:=A@;5;;9$$43401)()&$%.0:<@C<-&0AB<35<8=@FI??<<8=AA>A>1.<@;?><4@GBA@BD8DE9?7+:<78>;=<-)BB?:B@A9:8;7590(#')4984?GD@G;<<::HD=4/856163,,@?57@8=9AA::56,89:57:<9<=8?@687;F9<8::<5.036,.-',-%%%$"%''&+,634255/1->@BGIA:@DE67625%3468==?D=<>58>874@BC?4>=?;;<>=?=DE@=359CD?<6569;452%#$'(+,?4408C;4<979=;:DE;BBCG@:A>993)6500--,+&*5892$2233+2=CBD@?=<974-:=3:1352,,,79<<237>78H:L@9AE@<=2/2:@?<=GEA8=>?><8:4>@95/,1<?CA=;D=>>78-/'$%6>5=(+AB97:6:9=:;10077+/10.-$+3;>??94,-,*&$&++/499@=EIB:EB:99==699.7::=?=CAAE=:;.044,.13;==>AEC?@<8>3;5AEE@=<;HJHGEBBGFGFGDD8A<;=@@<9=D9?C=>?@%541(*+$$54-.;D=C614.698;BD;33'&%+&%&%*.56,:@F@@CA679?92)&10.%(&$').27;24<;246755<:465;=:@BA;?;CD<;;;6@HAB9E($...8:4A<;>>AC@7@@79>:95828796>?@10/%7=:>7478A>@8778.DEE2>=:CDE?DEI=869:=?;>:::;;9EF7><68:;<GC;<;A:9<===;:1110&#/97/679:<;CD?9*%*5==<899763854';=<8)%,+*,0121))//+9;AB?@@=>8;AB>;<238AD?::;C77=@=@8558;99:::<:>@::@>=<64*;@;87=/5>@CEEDCB.A777>?A<<=CB8<;60/23;<>:><2>B9>A<;833;?@>=:/294:8689933449=<-?@<6;0==?>>?=85569;8442,211@@I9A=>BA?A><<:8(+35=>9:@FCA:=@AB677BB?;82/2/&*%$$('*101366:9*21223331-**+,-*/357296$%''**5<:?<<;;:;(84+1,84:=@@@@;535;:8;=<;0263@?:DAA?;3.-/./-1449;:865.,0398<<9=?B:BHHGBAE,&<=A@@>822436@B<8<>@?>A>3'(696:=@>?:-=CA@ACEA77=8=ABCB9>>:6=6.../62375:=;8/1.1/+'&&%$$-..-3-2+4)&+')''&&&$$+)88<55<=;:89989><6<7=<8BA@@;01.,**=>>BAA5:?;=>C9>:7)>===97530/&&(12/$/285197'539:==:5?=98>GFA9EDCADD:::9<>=:CDC9@98=><@F>;;7:9C8@?HH@>C?968>@<>2847+8?9>=B$:GCC???>957,(*+,;8:2A><;8598<>B8@@@;4,79@:=5@8///39::<77:9CC?=C;;=77''%*85237?=7+;<@<>?>=0-1-,)%%$$$#%&*.-5.5/.36986;73334)'+**569;><=?..(&&()))*))310(%%((1(593577?::<;;7:4,0377768<:;6,.,(((49889>BJFHC@BB===<>E6;?884DB4:29ECD<8:;90B7DB8:C@>FF8@6AIFBCA@;<>?A95768?;>=<87=79<21158<==ABA@H<=?=:9@D;>;;B9217CC<7:@@BB:<78:8/0./-/1436:9>>.1B?@>7@=88>=9273.58458::B>010/3,,..(:AB>A1.>C/67>A?9<=8<686=A=>:77,9::/5>86(+./76.:9'<=>>>=4=<6E>C@>@99:>@=EB366E46HHIEBBFGJ@F=HHF==9/4AJH<9FB;A?>;8DC?@BDIC@;C7=>@;:BDCDD2*+'**+*)+1)*2,77799:6443.7;=?50;=;7429B=@@:?=?=2/%;@<:<=;7405553855%*1/19894;76;<<)7+'*542;89701@=.>;8<<>:;@BC<:9100&(+)'-(*878:;EA<;?C333=G<9612752&,1**5:::@:98;9B??7<,;>>1.29?A<;6?<640C=<+8JHC@?B>@;<?32115366.4;<9$'.9AG;-<::AB?A<:@E=5@<9B?D<97:8=;95<:(*79<=???<859:;A@9;??>9988855:<7?EJBACACE@?BEEA==CBD;<@D>@=>@A=;(,DCE<9?@979:345<;?::=:;8?:84256595658=9<73:7139::;:$-5@.7;A@CFABA;=<75''**./881/78?>D>9;1.??=84,-048<;<=<=.-(,688?@8=::=<<95/2@A9;92?A;A@><><?C?@:CCA?763-;;>?.((('(&,8;6011.58;>497:9;AB@BOPHH;;<=G@1-<:8=;@9))/.25431==;A::<@PRJIOK@E669>EFGF;<:;F@@<@?*'2014=3*DD>A>9:6=>;:36765.0*'&%%(&'3564;@>>=D@A?C:4.-**39<;>@9=,38545<:7@DD?<5;<:;@B=??AE<;=><:2/010.-;?@A?B@>;638?B:ADACG>?4578-...;:D9C:5=>==844/)%&%&&,-/2:;>9=?A=5<7;:A=8;-,+3:::>99:7922340+%$$#$$%*-6/31/%%'67488:7:<=>6DA8892.-./0BBDB>@@=>5,+*((())7=2*&%%0521.023/-4;,.0$'0028<=?=ABAFDA7E;:;,%2701573597)*,,.AFE>;@>@DE@FKG:8=;:@EGD78;7:9??B<756B<7@>;0>DCFC<>=4**051*&&'..0:9967?ACB=:<@=?@@921,%(''/.4879>CF?;B<457ADB9BEC@@AA797;>BFGHC@BB98:;8;>867;<05:=?8:92478:8>C6:>588'$.34).(02743130..*338==:?@>56$7??62376788.0-)0935;9':3)3?>889-;9:7:9868=>47ED??8=;@36=;89;?>;@?5/=98877;870367;B>;>;9>C69979;:4?6;2;>:=:?79=;5=9('*+*,3-7:>@A;EB@B@=9:=BA<;?@>@69;FD@B8@79=?99476$,,898>@EE/,9/6:@B@;E>G:;=),109B<<;ECA;9<7%*=66=;@>CG@JAABDC?9E@DDCB?3>59?43:=98<==HHFDC>;GH@@=>;B;:67;FD@=F?B=;:=>>=0A20190-1969:;<7535:D@>=B0<9:29-34=,6A>8780/.'%$%)$#(6:;::A:9?>>>C9D4<;<952,/@=27:=EAB?3,,&3-/8;9:885,=?56???DD0:,8BB;:,6<=5:<:2-$&0**485947:/611**(1.''%%(155<<=>14<=?CAFHE7< @SRR14011045.16485 671bc7bc-45cc-4e4f-8cf1-e54b5aa0d4d6/1 AAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATATGGCACTAGGAGCCGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGATTTCCGAAGATGGGAACCCAACAGGTACTACCTGTTACCCATATCTGTTAAGGATATGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGTTGCAGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACAGCAGGAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAAAAGACTATAGAAGAATGACATGGGAAGGTCAGCCAAAGAGTGAGAGCCTGTTATTTAAAATAGTCTTTGTACCTAGCAGTATCCTGAGTACGGCAGAGACACGTGAAATCTCTCGTCGGAATCTGGGAGGACCATCTCCCCAACCCCTAAATACTCCTGAAATGACCGATAAGTGAACCGGTACCGTGAGGAAAGGTGAAAAGCACCCCGGGAGGGGAGTGAAATAGAACCTGAAACCGTGTGCCTACAATAAGTTCGAGCCCGTTAATGGGTGAGCAGTACCTTTTGTAGAATGAACCGGCGAGTTACGATATGATGCGAGGTTAAGT + GFC7.?0.9>?B=9?>:20128)>;0=><68;720%$1/7;@@=;:96.;<>C-;9??DDD?CIKBC:?>>AFI==9:FB=,;=<>;?;;9:>BA=>?94:666(98*)+-(15456)6)33393:>>=)/.+>?A9@AA>B==/110>BE>=5.3:E9:A78C:<>>=;?@24AB=;55-,)%%((.,??A<(;5JHH;>AA?2=>:FFHB59??896*==5/8;8;=4650*%'%%69/78;CEG@B@BGE87D>>89<:>D><;8BBDDA::@;?=CEC2;>?=::88<8>A9CD><@@@@HCCB>A1(&+.560)&(5*2'',(*)$)*(163:9<<:9:=8ACGBHD=>@@:::=@??8753?ADB80/(%'')-/-0*,,-*37:-227778:;<<>=BA?<75560/0/29931+%&$.8%-;;9:;BB;:5'&(&$$$3554.+,$0,/*395-++/2/AA*@AEB<<8'):?A?<>;,,02+.@+8--.+/''00,2956.,;95566799::548:;5<0-&;<=@9;208=?9;;====@=31+'%%$%('1426>=36:;FG7::=A>248;C;>=;69<@FD;?=680,**+'#')8 @SRR14011045.18687 57cd0135-0ba1-4686-9707-4471ea3f7b17/1 TTGTACTTCGTTCAGTTACGTATTGCTCTCCATATTTCTCAAGAAAAGAACAATAAGAATCCCAAAACTTAATAAAGTTAAAAGTGTAAGTAGATAGATCATACTAACTCCTATCTTTAGTCTGGATGACAATCACATATCCATTTGGCACAATCACTTGAATTGGACCATCAACAAATTCATTACTAGAGTAGATTTTCTTTTGAAAATAATTCATACTAGTTAATTCGTATTTTGCTCCCAAAATCGTCAGTTCTCCATCACCTTCATGTAAAAAAGAAACATATGTCATTTCAGGTTCTGGTAACAAGTTATGACTTCCTTTTGGATAATAAGTAATCTTATTTTGCTTATCCTGCAAACAGATATGCCTCATAAAAGGAGCTAATTCAGGATCACTGACTTAAAAATAGATTTGATAACATATGATCTTCTGCCATCAAAAAAGCACCGAAAATAGTTACTTCCGCCTCAGGATATAATTGAAATACAATTTTTAGGGCTAACTCTGTATCCGTGTCATCCTTTTCAGCTGGAGCAATCCTACACTCTTTAGCAGCTGATTGAATCATCTCTAACTCTGACCGAGATACTGAATCAAAGTCTCCGACAGCCAGATTAAGCGGCAAACTAACTCCAACAAACGTAAGCAAGCACGATCCACCCCAACAAAATAATCAAAATCGGTAGTGAACCACTCTAGCTCACCACCGACAAATAAAACTATTTTAGGCATCAATAGCATCACGAAGCGTTTGAACTTGGGCTGTCAAATCAGGATTTTTGAAGAGGTAAGAGCCTGCTACAAACATTAGCCCCCGCTTTGGCACATGCTGCAATGGTGTTGTTATCTACACCACCATCAACTTCAATATCGAATGAATAGCCACCTTTTTCGCGAAGCTCCACAACACGCTCTACTTTAGACATCATTTCTGGAATGAACGCCTGACCACCAAAACCTGGATTTACAGTCATAATAAGTACTTGATCCACTAAATCCAAGTACAGGAATAGAATGCCTCGACTGGGGTTCCAGGATTAATCACAACACCTGCTTTCATACCAGCAGCTTTGATTTTTCTGGAGGGCACCATGGATATGTTTAGTGGCTTCAACATGAATAGTCATGATATCTGCACCTGCTTGTGCATAGGCATCCACATAACGTTCAGGATCAACAACCATAAGGTGGCAATCAAAAACCAACTTGCTATGTTTACGCATGCTAGCGACCACATCTGCTCCCCAACTGATATTAGGGACAAATTGACCATCCATAATATCAATGTGAACATATTCCGCACCTGATGCATCAATACGAGCTAGTTCTGAAGCAAAATTAACATAGTCAGCAGCTAGGATAGACGGAGCAATTTTATAAGACATGAGAGACCTACTTTCTTTTTACAGTTTTCTTATATGTTTCACGACGGTTTTCAATTTCACTTAAAAATTGAAGGTAATTATCATAACGGACTTGCCAAATTTGACCATCTTCAACCTCATCCTTAACAGCACAAGAAAGGCTCATGGGTATGAGTACAAGAACGGAATTTACAGCCATGACTAGCTTGACGGATTTCTGGAAAAGCTTCACTCAGATCCTCGGCATTATCACTTCATAATCTAGCGAAGAGAATCCTGGTGTATCAGCAATCTTCCCTCCATGAACATCATAAAGACTTACAGCCCTTGTAGTATGACGCCCACGACCTAAACTGTCTGAAATCTCACCTGTTTCTAAATGTAACTGTGGGGCAATACGGTTCAACAGGATTGATTTTCCAACACCTGTCTGTCCCATAAGACTGTTATTTTATCAGTCAAGAGCGACAATAGTTCTTCCAAACTGAAGATAAAATCAAAACCAATTTTTTGATACTGTTTTTGAATGGCTTTCATTTCTGAATCATCTTCAACCAAATCCATCTTAGAAATATAAATTACAGGTTTTATATTTTTATGCTCTAGTAAAACCAAAAAACGGTCCAGAAGATTACTATTGAAGTCCGGTTCCTTAGCAGACATAATGACCACAGCCTGATCTATATTGACAATGGGTGGGCGCACTAAGCTATTGATTCGTTGACCAATTTTAAGGATATAGCCTTCTGAATTTTCCTCTGCTGAAAATTCGACAAAATCCCCAACGTAAGGTGTTTGTCCTTTTTTTCTAAAATTTCCTCGCGCACGCGTCTGGTATACAACACCATCATGCTCTACATAATAGAAACCTGCCAGTGCTTTGATAATTCTTCCTTGCAAGTGAACTCCTCAATCGTTTAATAGCCCTATTATGCCACAAAACAACACGCTTTCTGATCCAAAACAAACCACATTTCCATTCCCTTAAGCTCCTTGCATTTTTAGTAATTTGCAGTATAATAATCCTATCACTGCGGAGGTGGTGGAATGGCAGACACGCATGCTTCAGGCGCATGTGCTTTTTCAAGCGTGAGGTTCAAATCCCCTTTCTCCGCATAGCTAAAATCCCACTGAAATTCAGTGGGATTTTTTGAGTATAGACCTGCTTCACTCAAAGCATCGATAAGTGTGCAAAATCAGAAATAGATAGAGCCTCTCCACGAATAGAGAAGGTTTTATATCAGCAATTTCCAAAGCCTGCTCAAGTTTGGTTTTCACTTCTTCAGATTTACCAAAATGATTTGTTAAATTATTCCACAATGTCTTACGACGATGGACAAAGCTAGCCTTAGCCACTCGGAAAAGGAAATCCTCATCTTTAACTTCAACCAACGGTTGTTCACATCATCTTCAAAATTGCTGAGTCAACATTCGGGGCTGGTACAAAGACTGTACGAGGGACAACAAATGCCACTTTAGCGGTCATATAATACTGCACAGCAATTGATAGAGAACCATAAGCCTTGCTATTAGGCTCTGCAGAAATGCGGTCAGCAACCTCTTTTTGCATCATAACAACAAATTCTGCAAAAGGAATCTTACTCTCAATCAAATGCATCAGAATTGGCGTCGTAATATAGTATGGCAAGTTAGCTACAACCTTGATTGGTAGTTCTGGATTTTTAAACTCTTTGACACGTGTCTGTAAATCCGCCTTGAGAACATCTTCATTAATCACGTTAACATTTTCATGATCACGTAATGTATCCTCTAAAATCGGAACCAACCGATCATCAATTTCAAAAGCCACCTTCCGCAGCATTTTCAGCTAAGAATTCTGTTAATGCTCCGATACCAGGTCCAATTTCGATTACATTGACACTTTTATCCAATCTCTGCCGTATCAACAATTTTTTGTAAAATATTTGTATCTGTTAAGAAGTTCTGTCCAAAAGACTTCTTAAAGGTAAAGCCATGGCGTTCAAGGACAGCCTTGGTCACGCTATAATCTGCAATTCTCATTTATTCTCTTTTCTTATTATTTTCACGATTTTTATACTTGAACACAAAACAGGTCCAAACCCTTAATTATCCCAACCTCAATAATAAGCTGCCAAGTAGCGATTTGATGTTAAGATCACTGGTAATCTAGTAATTTGACATAGCCTCTTCTAGCTCCTCTAATGTGATTCCAAACAATTCCAAACGCTTTAAAGCTGCTTTCCATTGCAATAACCAATACGAAGCGCCTCGCCCAAATATTCTCGACGCTTTCGACTATCTGCTCCCATTAGTAGCCCTAACTTCATAAGATTTGATTTACTAATATCAAACTGATTATCATCATCGTAACTACCTAAAACTCAGATAAGGCCTTTTGAAGATCCTCAAAACTCGCATGCTCAACACCCAATGAACGACCTTTAGTCTTAGATTTGGTGTTGCTTCCCGGTTTAAAAGCATGCTTTGCTGTCGGAACAGCTTCCATAATGATTTACGGATACGCTCACCATTATAGTCTGGATCAGTAAAAACAATCACTCCGCGTAAGTCATTAAGCTTATCGATACGCTCTAAGTCATCCTCATTAATAGCGGATCCTCTAGTCTCGTAGGTATCCACCTCATAAAAACGTCTCAAATTTGCCGTATCATCCTTACCTTCTACAACGATGACTTCTTGAATCTTTGTTTATTCATCCAGACCAAAAATCTCATCGCATTGTCATAAGTAGCCCTAGCCACTTCTTCACTCGTTAAACCACGAAGCTCAGCAATCTTGTCTACTACGTAACGTGTATAGCCTGTACGATTCTCACGACCACGTTTGGGAACAGGTGCCAAATACGGTGCATCCGTTTCAACCAGAATCTTATACAAGGTAACTTCTGAGCAGCTTCTTGGACATCCAAAGCCTTCTTAAAAGTTACAACACCTGAAAAATGAAATCATCATTCCAAGATCAACAAATTTTTGAGCCATTTCTAGGGATCCTGAGTATGAGTGCATAATCCCCACGAGGACCAATACCAACTTCTTTAATAACAGCGTAAGTATCCTCAAGTGCATCACGTGTATGGACAACAAAGGTAAATTGTGTTCCTTTGACAAAAATATTTGACGCTTAAAGACATCAATCTGAGTTTCTTTAGGATCTTCCATCCAATAATAATCCAAACCGATTTCCCCAAGTGCCACTACTTTCGGATTATCAATTGTGATACAATCATATCCTCAATTTCCTGAGAATAGGACCCCGCTTCCGTAGGATGCCATCCAATCGTACTATATAATTGATCATATCTCTCTGATAGTGCTAAAGATTTATTTATTGTTGGTTTATCAAAACCAACAATATTCATTTTTAACAACACCTAGTTCAGCTGCAAAATCTATTTCTTCTTGTTCTTTTCCTGCAAAATTATCCACATTAAGATGGGTATGCGTATCAAAAATTTCAATCATAGCTCTATTATAACAAAAACGAGCGAGCATAGCTCACTCACCTTTTCATTTTATTAAACAAAGAGTCGCATATATTCTCTCTTTGTACAACGATTCATTACAATATCCTGTCTATTCGCTTGACGAAGAATAGTCTCCAGCCTCCTCATTCTCAAGACCAATTTGACTCCAAAAAACTGTTGCATCCGTTTCAAGAAAATCATAGGCAACATCTGGTAAAAGCTCACTTCGTCTAAATACATCAACAATATCAATCGAAAATGGGATATCTTTAAGATGAGCATAAACATGCTCTCTAGAAGCTCCTGACCTTCTAGTTTGGGATTTACTGGTATAATACGATAACCAGCAGCTTGTAGAAAATGAGCAACCTGATAGATGCTGCCTCCTTGCGATGAGATAAACCAACAATTGCAATCGTCTTTGCAGATTTTAAATAAGATTCTATAACCTCATCACTAGGATTTTGAAATGAATAAGACATATGATTCTCCTCGTCGTTTGAATAAACTAAAAATAAAAATCCCTAAACGGGACTGTGACGATTAGTTAGCTAAGCTCGGCAACGATAGCTTTAATTTGTTCTTTTGTATGTACACCTGCTACTTGCTTAACAACCTCACCATCTTTTTTGAAGTAAGTTGGAATAGACATAATTCCAAACTTCTGAGCTGTTTCTGGGTTCTCATCAACATCAATTTTAACAATCTTAAGTTCATCTTCTGAAATCTCTTCAGAAAGTTGCTCAGAATTGGTGCTTGCATCAAGCAAGGCCCACACCAAGTTGCCCAAAAATCAATCCAAAACGAGGCCTTCAGCTGTTTCTTGTTCAAATGTAGCATCTGTTACTACTTGTGTCATTTAATCATCCTCCTAGACATTATAAAACTTTTGTAGACCTATTCTATATGATTCTAAAGGCTATTGCAAGAATTTGACACATACATAAAAAAATTCTTATCAAATATTAGTCATTACCTATCATAGACATCACTTGCCCACAGCCAGTCTTGGGAGTATAATAATAAAGTATAAAAATAGAAATGAGTAAATATGGATAAAGATGCAATGATTACCTATCTCATAGGTGAACTTAAAAAAAGAAAATCTAGAATTACATGATTTGATTATCCCAGAAGAACTCGAGGAAAAACAAAAACTTCTCAAGGCACTCTTTAATACACGTAAACCAATGGCAGCATCAACACAATTCTTAACAATCCAAGACCTTTACCTACAAGTTAGAAAAGGAGAAAGAAGTTTGTACAACTCAGTTCACTCCAGCCCATTCCACAAGATGATCAGATCTACCTCTGGAAAGGTGATATTACAAGACTCAGTAGATGCAATCGTAAATGCAGCTAATAAAACCTTACTTGGATGTATGAAACCACTTCATGATTGTGTAGATAACGCTATTCATACATACGCAGGTGTTCAGTTACGTAAGCTTGTTTCGAACTCATCTTAGAACAAGGATATGAAGAACCCGTTGGCATGGCTAAAATCACCCCAGCTTACAATCTTCCTTCTGCCTTTGTCATTCATACAGTAGGTCCAAAAATAGTAGACCAACCGACACAAATTGATGAAGATCTTTTAGCAAAAAGTTATCTTTCAGTATTAGCGCTAGCTGAGAAAAATAACATTGAATCAATTGCTATACCATGTCCTATCAACTGGAATTTCAATTTTCCAAAACAAGAAGCGGCCAAAATCGCCATTCAAACAGTCAAAACCTTCATTGACGAGTCAAGTATAATAAAAAAGTAATATTTAACGTATTTGATGATGAAAATTTTGCTATTTATCAAAAACTCCTTGCCGAATAAAGAAGAAAATCAATTGATTTCTTCTTTTTATTGCATAACTGAATGCTCTTTTAAAAGATTAAAAAATGACAAATGATCTCTTTTAAGATTGACAAAACCACCGTCCTTAGACAAAAAACTATGTTCAGAAACAGCCGTACAAACAAGGATTCCGTTTTGATTTACCATATTGTATACAAAGTAAGTTTAGCAGATTTAACTCTTTTGGCATTAATCTCGATAAAATTACATCTGCAAAAGTAGAAGTAAACTTTATAGTCACAGGAAATTGAAGTAACAGGAGAGATAATTCCTCCTCTTCGAATTTTTTCATAAAACCAACCTATCTCTCTTAGAAAAAAGTTCTCGCCTCTTCCATCCATCGAACATAATTAGAATGATGAGTAATACCCATTCGATCTGTTTCATAATACTGGACCTCGTGTTTACAAATAAACATAAGAACCTCCAAAAAAGACTAAGAAATAAAATCTAAAATATCATCCTCAGAAAGAGAGAAGAAGGTCACATACAACCTTAGCAGATCCATTTTCTGAAACAAATAGAGCAGGAACTGTAGCAATACCATATCTTTTACGTAAAGCTTGAATATCTTCTAGTTCTTCCATATTTTCGCTATTAATATGAAAATAGTAAGATTTGAATTACGTGCAACATTTGATAATTTAGGTTCAAAAAAGTTGACAATATGGACAAGAAGGACGTCCAATAAATAAAATAAACTTATCTATAGAAGAAATTTTATCTTTAGCAGTAGTAATAGAAATAGGTGTAAACTCTGATGCAAAATTCGACATAATAATACCTCTCAATTAAAATATAATCATATCATATCTGAAATCTAGAGTTTTAACAAGTAAATAACTTAACAAAAAAAGCTAGAGCATGTCTAGCTTAGAAACTACTCTCCTTCAGTAGGACTCGAACCTACGACATCATGATTAACAGTCATGCGCTACTACCAACTGAGCTATGGCGGATAAATGCTAAGCAACTACCGTATCCAACAGGGGGCAACCCCCAGCTACATCAGGCGTACTAGGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCCTAGGCTATCGTCACTTAACTCTGAGTATTCTCAACTCAAAATTGAATATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATGTCTCTCTGTTGAGATTACTTTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTGTCACCACACTTCCACTTCTAACCTATCAACCTGATCATCTCTCAGGGCTCTTACTGATATAAAATCATGGGAAATCTCATCTTGAGGTGGGCTTCACACTTAGATGCTTTCAGCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCTCTTGGCAGAACAACTGGTACACCAGCGGTAAGTCCACTCTGGTCCTCTCGTACTAGGAGCAGATCTCTCAAATTTCCTACGCCCGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCCTTGGGACCGACTACAGCCCCAGGATGCGACGAGCCGACATCGAGGTGCCAAACCTCCCCCGTCGATGTGAACTCTTGGGGGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGCGGAACCACCGGATCACTAAGCCCGACTTTCGTCCCTGCTCGAGTTGTAGCTCTCGCAGTCAAGCTCCCTTATACCTTTACACTCTGCGAATGATTTCCAACCATTCTGAGGGAACGCTGGGCGCCTCCGTTACCTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCGTCAGACACTGTCTCCGATGGGGATAACCTATCTGGGTTAGAGTAGCCATAACACAAGGGGTAGTATCCCAACAACGCCTCCTCGAAACTGGCGTCCCGAGGTCATAGGCTCCTACCTATCCTGTGTAGTACAGATACTCAATATCAAACTGCAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTATGTTAACCTGCATCTTCACAGGTACTAAAATTTCACCGAGTCTCTCGTTGAGACAGTGCCCAAATCATTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTCGCTACCTTAGGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTCAATTCATACCTTGCTTGCGCTACAGCACTCCTCTTAACCTTCCAGCACCGGGCAGGCGTCACCCCCTATACATCATCTTACGATTTAGCAGAGAGAGCTGTGTTTTTGATAAACAGTTGCTTGGGCCTATTCACTGCGGCTGACCATAAGTCAGCGCCCCTTCTCCCGAAGTTACGGGGCTGTTTGCCGAGTTCCTTAACGGAAGTTCTCTCGCTCACCTGAGGCTACTCGCCTCGACTACCTGTGTCGGTTTGCGGTACGGGTAGAGTATAATTAACGCTAGAAGCTTTTCTCGGCAGTGACATCACTAACTTCGCTACTAAACTTCGCTCCCCATCACAGCTCAATGTTAAGAGATATAAGCATTTGACTCATATCACACCTCACTGCTTGGCCAGACACTTCCAATCGTCTGGTTTAGTTAGCCTACTGCGTCCCTCCATCACTATATACTCTAGTACAGGAATATCAACCTGTTGTCCATCGGATACACCTTTCGGTCTCTCCTTAGGTCCCGACTAACCCAGGGCGGACGAGCCTTCCCCTGGAAACCTTAGTCTTACGGTGGACAGGATTCTCACCTGTCTTTCGCTACTCATACCGGCATTCTCACTTCTATGCGCTCCAGCACTCCTCACGGTACCTTCTTCGCACATGAACGCTCTCCTACCATACCTATAAAGGTATCCACAGCTTCGGTAATATGTTTTAGCCCCGGTACATTTTCGGCGCAGGGTCACTCGACTAGTGAGCTGTACGCACTCTTTGAATGAATAGCTGCTTCTAAGCTAACATCCTAGTTGTCTGTGCAACCCCACATCCTTTTCCACTTAACATATATTTTGGGACCTTAGCTGGTGGTCTGGGCTGTTTCCCTTTCGACTACGGATCTTAGCACTCGCAGTCTGACTGCCGATTATATCTCGTTGGCATTCGGAGTTTATCTGAGATTGGTAATCCGGGATGGACCCCTCACCCAAACAGTGCTCTACCTCCAAGAGACTTAACATCGACGCTAGCCTAAAGCTATTTCGGAGAGAACCAGCTATCTCCAAGTTCGTTTGGAATTTCTCCGCTACCCACAAGTCATCCAAGCACTTTTCAACGTGCCCTGGTTCGGTCCTCCAGTGAGGTTTACCTCACCTTCAACCTGCTCATGGGTAGGTCCTGTGGTTTCGGGTCTACGACATGATACTAATGCGCCCTATTAAGACTCGGTTTCCCTACGGCTCCGTCTCTTCAACAACCTCGCATCATATCGTAACTCGCCGGTTCATTCTACAAAGAGCACGCTCTCACCCATTAACGGGCTCGAACTTGTTGTAGGCACACGGTTTCAGGTTCTGTTCACTCCCCTCCCGGGGTGCTTTTCACCTTTCCCTCACGGTACTGGTTCACTATCGGTCACTAGAGAGTATTTAGGGTTGGGAGATGGTCCTCCCAGATTCCGACGAGATTTCTCGTGTCTCGCCGTACTCAGGATACTGCTGGTATAAAGACTATTTCGAATACGAGGCTATTACTCTCTTTGGCCTACCTTCCCGAGTGGTTCTTCTATAATCTTCAAGTCCACGTTGCAGTCCTACAACCCCGAAGAGTAAACTCTTCGGTTTGCCCTCTTACCGTTTCGCTCGCCGCTACTAAGGCAATCGCTTTTTCTTTCTCTTCCTGCAGCTACTTAGATGTTTCAGTTCACTGCGTCTTCCTCTACATTACCTTAACAGTAATGAGTGACAGGCATTACCTGCCGGGTTCCCCATTCGGACATCTCTGAGATCATTGCTCACCCAGCTCCCCAAAGCATTTCGTCGTTAGTCACGTCCTTCATCGGCTTCTAGTGCCAAGGCATCCACCGTGCGCCCTTATTAACTTAACCTTATTTTGGTCTTGCGACCTAACTCATTAAATATTCACAGCGTTTCGGTTTATTTTCTTGTTACTATCTATATGTAATTAATTACATATGGAATTTGATATAGATATTCAATTTTCAATGGACAATACTTGAATCTTTCGATTCAATGGAGCCTAGCGGGATCGAACCGCTGACCTCCTGCGTGCAAAGCAGGCGCTCTCCCAGCTGAGCTAAGGCCCCACAAGACCTCTCAAAACTAAATAAAAAACTCAAGTACATTCCGTTTTTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAATCATCTATCCCACCTTAGGCGGCTGGCTCCAAAGGTTACCTCACCGACTTCGGGTGTTACAAACTCTCGTGGTGTGACGGGCGGTGGTAGCACTAAAGGCCAGGAACGTATTCACCGCGAAGTGCTGATCCGCGATTACTGCTTGATTCCGACTTCATGTAGGCGAGTTGCAGCCTACAATCCGAACTGAGATTGGCTTTAAGAGATTAGCTTGCCGTCACCGACTCGCAACTCGTTGTACCAACCATTGTAGCACGTGTGTAGCCCAGGTCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCGGTTTATTACCGGCAGTCTCGCTAGAGTGCCCAACTGAATGATGGCAACTAACAATAGGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTCACCGATGTACCGAAGTAACTTATCTCTAGAAATAGCATCGGGATGTCAAGACCTGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCTACATGCTCCACCGCTTGTGCAGGCCCCGTCAATTCCTTTGAGTTTCAACCTTGCGGTCGTACTCCCCAGGCGGAGTGCTTAATGCGTTAGCTGCGGCACTGAATCCCGGAAAGGATCCAACACCTAGCACTCATCGTTTACGGCGTGGACTACCAGGAGGTATCTAATCCTGTTCGCTCCCCACGCTTTCGAGCCTCAGCGTCAGTTACAGACCAAGCGCTTTCGCCACCGGTGTTCCTCCATATATCTACGCATTTCACCGCTACATGGAATTCCACTCTCCTTCTGCACTCAAGTTTGACAGTTTCCAAAGCGAACTATGGTTGAGCCACAGCCTTTAACTTCAGACTTATCAAACCGCCTGCGCTCGCTTTACGCCCAATAAATCCGGACAACGCTCGGGACCTACGTATTACCGCGGCTGCTGGCACGTAGTTAGCCGTCCCTTTCTGGTAAGCTACCGTCACAGTGTGAACTCCTCTCACACTCGTTCTTGACTTACAACAGGCTTTACGATCGAAAACCTTCTTCACTCACGCGGCGTTGCTCGGTCAGGGTTGCCCCCATTGCCGAAGATTCCCTACTGCTGCCTCCCGTAGTCTGGGCCGTGTCTCAGTCCCAGTGTGGCCGATCACCCTCTCAGGTCGGCTATATATCGTCGCCTAGGTGAGCCGTTACCTCACCTACTAGCTAATACAACAGGTCCATCTTGTAGTGGAGCAATTGCCCCTTTCAAATAAATGACATGTGTCATCCATTGTTATGCGGTATTAGCTATCGTTTCCAATAGTTATCCCCGCTACAAGGCAGGTTACCTACGCGTTACTCACCCGTTCGCAACTCATCCAAGAAGAGCAAGCTCCTCTCTTCAGCGTTCTACTTGCATGTATTAGGCACGCCGCCAGCGTTCGTCCTGAGCCAGGATCAAACTCTCATTAAAATCTTTAATAATTGTTCGAGCGTTAACTCATTACCGTCGTCTGACGATTTATTCTTGTAAATTGACAGGTTATAATTTGCTGTATGTAACCCCTGCACTTGGTTTCTTATTCAGTTCTCAAAGGTCTAAATCGGGAAGACAGGATTCGAACCTGCGACCCCTTGGTCCCAAACCAAGTGCTCTACCAAGCTGAGCTACTTCCCGATAAAATGCACCCTAGAGGAGTCGAACCTCTAACCGCCTGATTAGCGTCCAGGTACTCTATCCAGTTGAGCTAAGGGTGCTCATTATTATATTATGCCGAGGACCGGGATCGAACCGGTACGAAAGTTTCCTTTCGCAGGATTTTAAGTCCTGTGCGTCTGCCAGTTCCGCCACCCCGGCTCCTCAAGCGAACGACGGGATTCGAACCCGCGACCCCCACCTTGGCAAGGTGATGTTCTACCACTGAACTACGTTCGCATTTTATACCGGCTACATGACTTGAACACGCGACCCTCTGATTACAAATCAGATGCTCTACCAACTGAGCTAAGCCGGCTAACTTTTCTAATGCGGGTGAAGGGACTTGAACCCCCACGCCGGTAGCGCCAGATCCTAAATCTGGTGCGTCATATGTCCGCCACACCCGCATATATGACCCGTACAGGCTCGAACCAGTGACCCATTGATTAAAAAGTCAATTGCTCTACCAACTGAGCTAACGAGTCTCAAATATTTCTACTTGAACGGTCCCGACCGTCCCAGACCCGCGATCTTCGCCGTGACAGGGCGACGTGATAACCGCTACACCACGGGACCTATGGGAGTTAACGGGATCGAACCGCTGACCCTCTGCTTGTAAGGCAGATGCTCTCCCAGCTGCTAAACTCCTTTGTGCTAAGCGACTACCGTATCTAACAGGCAGCCCCCCAACCCCATCAGGCGTACTAGGGCTTAACTTCTGTGTTCGGCATGGGAACAGGTGTATCTCTGACTATCGTCACTTAACTCTGAGTATTCTCAAAATTGAATATCTATACTGTATCAAGAAACCAAATCGTTGTCAATATGTCTCAGTTACTTTCTTTGGATAAGTCCTCGAGCTATTAGTATTAGTCCGCTACATGTCACCACACACTTCCACTTCTAACCTATCAACCTGATCATCTCTCAGGGCTCTTACTGATATAAAATCATGGAAATCTCATCTTGAGGTGGGCTTCACACTTAGATGCTTTCACTTCGTTTATCCCTTCCCTACATAGCTACCCAGCGATGCTCTTGGCGAGAACAACTGGTACACCAGCGGTAAAGTCCGCGGTCTCTCGTACTAGGAGCAGATCCTCTCAGAATTTCCTACGCCCGCGACGGATAGGGACCGAACTTGTCTCACGACGTTCCTGAACCCAGCTCGCGTGCCGCTTTAATGGGCGAACAGCCCAACCAGCAATACGTAACA + )113/476+*>B?3;?A>>B<61FEEGJ>FDDF>EDI<8F?=NMEKH=FOB?@@7EEDAIDBCCKJE>GCHJG=>;>A22=@;9A%9><:?<:94:?;ED>--/2=B?DABB?E>H=E??=BSSI=3:AACC@DCA9@=A?B=8;;DEEEECHJJLFDE:A;AA>EHJKK?DDA=<>?FBBIBFG?:@@6866=?BBCC::?CBLGGD=G==A1B><73/9*)*8D6>=98;66@@GF<4>=7?@>>ADFBD@CA?@@AB?G>@ABC?1027<=75586AB=>DAA=K??=?D=&&'(2*,9%7:;>>DG@::=>?=A::98/$$78863.@>B@@<88??<>G:7D;E:E=IEDDA:6@CCC9?6;??>89<@BHABD=;BDH?ADAA?7A5;A@@?>//1E>6NAB-9<>;A@>@D?<8@5>CC=>DEJHBIHD<5-/4587<=996:@@A@@1BBDIABDFNPOI@9<=;5<@=183379@8??@<>EFC>CDEA:9@BGD@?AC=7A9:;;7=@:-34575+59?BB;;600/52.>>@:BAB@=;7>C=HIGG?ABBD@CILMJ?DFFJ61>?EFA@ABC?8845>G?7EAD@DD??@FF=5;:2;62??>:)89:8>;A=C<70;>?B>;<=@G>BECE:D==IDC:><:/<=@AACA?;;&7>A=>@JGHFFBD>?CII?@GHFEC9?=BBB>@D8:CC>C@@A?KKNAB>@C=@67A@=DBCCEA=>734157;A483@ADCDAIJF=B?C?@6165=:@DHAACBCFDJE:@:B>1=?@ABE,49C@D:/28:64./4899;@<4;?AC9CB=A>??EAB>BA@?=;=6<<8>AGHGGIC>HPOQ<=DDBCCCA==@?=A6<>:7:564.@FGC?C;6),-+-19:;;764:;:7::<@8?8=3F;BEFIJICB@GE=>CEJDE79<@9;?HC;ILHHB?5479?E>:@A@><>@BKBG=::>6357CGH,?@A=B@E@A=CA3+*(5-320664435+1)'--.0446:>B>:BCD@AAA@C?>CJ;FGABDEAK@?I88<@?A?@=A=?%D:9:A7:9A969::69>A=>8>FACE@B44/25555977;9:<3@?C?BDB;;:<<7669>@B;<45@=??1?C1;=@B381149898759;<>7861765746@BCC73200DB:;:DCLG:=A=@B9AFD@?89?@B=>>>>@DLIM?CB@=@BB9EGGHHFIJLL?AEDDB;@9<)+&$+**9>BCCCKICD;<<978:;>>>>=666.'-(('&&&+166:;>=CE>=><6>A?>864;A6<5<9AA<B<@D?>?GGEEJKLK?AKLJINOKEBB@B:<=LOQMBEIDC98=BDB9=?H@;ABFHLFHKARKG.//C=@?KDBIJ;KAAEF@:;;DOO7EC<:<>A:;87C<=DGGC=7??@;A?7?==36EH>=;.'//679<<=CDCCDBBB9BA>AIEDG;DBG=IKA==5>>==8?C??:,-9AB?>7:87+/;;<><:?DAA>;HH?@??9;DA?8CCAAEFE&7E?F<:459*EA3G<::@CC@=>DB?;FG@@B?;3:>=AAA7@67;===GFB>>ABIOJRIABE=?3.%%#&>>CAGFA@CF=D=?>FBACCC:D@>D?B=?C@AAA8<;=A98>A=715B?@FJGGKJ>BCC;DDHEF?BALECFD9EGGFMIC?AFFDBACBEG%A?<8:FBA>@=::;>0631459:(8;=7;;4CB@EKID=7AGGHGE?53@EDEC@(JKJON@AD>BH@A?;@A=>FELC@,;@C>?;%:=D;;48EFEAEBFCA=4BIMJKD@AA5A<>0-(79>7>DB@=:;;:@D8E<=@<>=75/5<;AA.FD?GE?@IGDHI==8C@B6?FDCA?=.%+1,;>::86327>B<@BEA<===>B@*77HBBBB>=A?3@899A5G><6:3;,('&99=>;:EIHC=BCF;C5BABEHE>@KMK;>@?DBG>CDHF<9B=<@07;<9>=?K@A81-.+*),4;:91227=AH?JNIA@?HDE>AGGB98;FH=EFIKDF=CHCB6:=B>>50?>B:8;DDF:;HKBA;69>?=;@GBEC:BDCHBDGG6DKCABNMJIAA;=ADACFG@@>EFGFKDADLNQEJJA9875.$$$%(747<=?FHJLB97><3<0254'5:87,9::BAI>9:>BCG7:=>44B><:BEHIHF@>36?AAAE?B:77;9C@=BA>9;?D9=98,8?CBGGFEE/87?;=3CABBFHIFFLPM4D%5;<<@KHE@A?7=;9>@.%%%(402;=@LJOQFGF?=;/89,368:68>986@BAC8751?CDDA@FFC@GEEGLLJCC>;97CCDFDB>@2@??@FCB8@=A,F;@@AC?>?BGICFKKABHDHI2<@@<3)27711,1*3-',/0/0,)):7=ABFKH<>B>-45)5*9A?9?M<@4>GABCHDNO=A<@A?D?FLH<776>???B<8B99?99>;BBB>>>?@@KE5+89<<=?:::7<5;=?=@=079;?>@AAD<8<133?DDFFHAA?8CJILEHGJB?HDFC@BA>DE8===8=;>A@C>=0(@DCB6ABGE?;;88;BED2:0<<@?B:@86=>?>AA*:9;?CC=>8+8C?,(=>C94=?:FA@BBBC?CB3>?79;<99.7;8+)=;A9@B=D9$2533>DE=>C<;CC8@FGHBA;=C=B<;>@=<>:=>D@FIG>DF:*&<<8:?<@B==E>BDGKF8<:8/4:DF-?=@;@587/234(4+1*,3>ACBDFFEEGB<<;8?>22+:??@=HD?C;EJ?GBE=7<>;>D@=B?;3996/7<><=<:/0*%27989:;@@=.-/47+,+,5<<>??A<9:,79%(=EM<?FEFALKD@D<01++///;AB5:BEA6CD?@H;=EJ@BAC;?DDC9;?@>4,3:*5,0FFB3@DBGECECG9944?=>@$46269>,ADB?CD>CII<=HDCCFCEEBDB<>>CA760194.1/;=;DJ;;CC<<@AF>?=C7669<=?=2>@??EBB=@EKH=BECF@IIA+3BJFDBCC>;;6455BDI:;CDD278=@EC:CAJ=:;:989:AD;CDJLGJ=>DGDHIEHGD8;BB89:8CDLICAAEEF9>610(%+76@?>/@ACA@A?2-/-3:??=/,/=86B@A<7GFBB44(1766;?BFHBCDC;B>G>BBB@>8A=;=EA84EGG?72228:>AAIC@KLLEE=DD=??@BD9HFB??B<+3799:<=8>?:@@@B??CF?BBDA-?@BGC>;FHGHF;@FAFGDFMEEKC<$*+.65B=;:;?LBA%'*(*47C@FBHGDAB(*0;;9:57754539;DCB?>>=DKC@OOGIG;?@=7?B;BE;>?E?AA>D4-(225;;5>>BGIABDGHIILM647?@?34BDEH@DD<7CIANJG>BD@FI;=FGI@GKIABFHEFD:1=>A?>;7>?797499<7:9)4'57==;@B??E=E>JK;@@ABCABDAB=E>@EE:++%(36>>IDGI???LLFFFIIFFMHJD>BCABCBCAEDEDC?ADE@76=<98:B?.1:=FSNEBF@HI9LI=@@-';@TXK:HPGJA>FA;GFJJ=EG1C6@@HA@=;9FHCA<4<01;=>CFEFCC50AENMGC?7ABFBDBE<@IF@BBCB??=??3(':1==>>?=?=@A>BA;DFI@BIAHG>ACFC?FJNHFF@CFF9?FF@FEFMKFFL=AGIJKDEGHHFCDDBA>?BFFB@==>?9:56F:@AB9DHDBDE=>CB>8EC=?,2EIHD?>B@;46621-/7369:B=@96@ABB?DC868>AAALH>:=DKJ>?EA@=A@C@CCBEGCBE6<>E;22?ABBB97;9:/'&&%/(088::<:@=?@?=AEFKGB>=*(.683?A?:ABCA5@=DB?ABD/;@A>>CG@886A:B;FGA=<=;:ED98@AA<;A>BD:==<;;:544?A?:A968*;@9659;<=<><'89788=4;=GGE86/2:911359<>CE=@96>>DI76=B=BE>FGD?<@98>C?>>=@=94348==<;@>9?@@>;8'+>B::D=:D>7A?HCD:HKJGBFHHHC@BC:E:;;@>>8??85/,,,-+)))..093>@@./?C>>?:5,=:5>?C>4%2/+7:8?AAE@AB=>=<9*3?@EEJGBBACD@A8*==<8665(.8:;=?9%,943756891=80$'/1AA@A?DJBLHB-BD2?CA>@;=ACA>DFEA:;A>GA'=<@?;7?=FE<:>HH>.,*$.?:@=?=;77?7@DDE:A?ABCB=<@DDIBA3>9@>ACC?D5;>>CEDDH9:JJAD87><8:2+--7>FEB@I?@>>;B>12))468;?@BDC><@95=E?EB><>>?>A:?=CB>GHEBB+4:<==DFFF<=A??=A>A?A;??>91:A:?;%%'%,'364><6<=>=<;9<74$9B<==<<<*%::65591489:;<91,,9=@@BA.@BCAB@BGC@9A??>B?;>9;8441+/-68@A9=7??CD08:CEGDG<3666<>=+:4%%9::5<16;=<8./2=D?ALBMGEE@JF@NGFIHCC99=AAA@E?02=887<8;1>CF>>A>CGBCEEGF=ED=>GL?CD?>?C?;D;ABCCDDD6<;B<>D?:=EAJJIDA:APQD>5:BA>=6EIHEBACHEE@;<;;==53;2.3-.571;AB;;;<+=@HDGJOQECBEB?;=:<7DCBCAEE-/C==>;(BDBCCEEEF-/457<;7;4'/,)4448;>AGLIAG=>@BHDEF663;CGLMGE??OL@68=?>9/45=;16&-.49<:@@A=5*-G@>BA:E98B;-/22,0A?=(3.6(1&%-=81?D;DFF>949;+BBH996?=@AIE?G@FIF>EFK5:AKJVUMKKDDF>BFGEB@>MHC6JIHEKL>DHHGD@IICF<778DE43B>AA&//.2@BB@CC@B?@A@=?0;;>?;::=?,)),7BFEFFHH@)>CAEGJBA<>?@FGGDA7BE:BHCF==@?B8A?@DEC?BCD>><<:7>>C>=FA>G;*C+HDDCD75.,-,*))29;:<=@FCD>JBIFFFEFJPJ4-EKFI??799307CDEM<>FH7BEB;BBBCEGC7=;,55762*?A;7B>@897:7,@77G?DGBDDIIC>JKEGDC?@6=?9;BA>?FFB/&8>;..'%?:7@FFIG?=054?>>CD;'$66B8==>7ABABHBD3=@>BE8666?H?<@<@??@KJ@><2=:62<897??680**<<>@<=@>>?6<><6-/35:962@DBFEFAE')B@>?B;@@?6**@@@C6AB8,;DB?=?>ADFAAC?<<7>@*?GGHC*IIGIIFHLCNADD?@B@C?=@AFICI;OLEB:<<;?A?>>CBDEEA>J?F798-:CEEC0G>7>KAGHHFD?+(EFF;<2&379BCIGAGDBCE=CFHD@HICG@BBEHDFEF85+;88>BGFICF??JIBEHGCDBEC4FFEC<:$6<96437?DA@;6.6:8:8>:997:5.*-*<60&&..43>9;@<87558C<*).(10<;5:@?@@BC@@@=D@>?6?46;995244/-,'&%%&633466679565*+)'*67/378=;:D@;<;<9*)''&'*358<46FFB?+;%6004AEEB@=>>@B:4-67?;>97.55<:23<9<=<=@?=@=?9>?85<;?CABE;DBB7194C@5555>>>A;4888>=AGHDJ;>AEADDBEA9?>D99=><=????CD57=5<<=:<=<<<8>>?B<;BA=6<5,8==@<>8=9258=(&11/3+67:;:9FGFC@>?@/36B<=G?AKAI7L?>>;??DDJEE<>==;ADHGECA>?DEAGMH@B<=>=???BE::=>>>:7?@<:<@::;7;?@=;ACF@?A65>@@>>CD<89:>:44;;;=D>=388;773>89@>87897@/A=:36A>6687698<<@C@BECCG>78>@<;77<;9<9;556>;641;><5?AA;<86)8;;:>>>@7**:=:<3BCC;9;9?>D??A9;9=@CD?@>;74866;989@>?B=;>???>?A@;?<@C>>>;6=:9:8:6566A?><4333*),((,59;?AEA@::?HE9B@FC<79<<<@@B:81069:=879;?AA?CA88;>C>?@=:AAD?7:8=,57?>AB;=BC;>A:6?;>833:9A>99;57;=?AB?8ICB?894;788:=EA=@>=>>E;>A><>>:;:8A:;<>DABG=>AE>C:5>C2.1124@3@AABEABBCJAA@DA@9.'+/202$%33/<95=>@@9@BB@@AJHE;?;::7;=:;99>A=C?<@@AHHA=BBAC=A=???:?AD7>E;D@2..1%(.//,&'*(1765.-.8<=:69<<@@<>358663)%%%%&36/7:<@4=@A;=??;87;?@;01:38?>;2653126?;899%.*&8;984470-6:8%0268:?@>;>:>=8><=;66C@:6++.65:7*&&.1(-33-;A99>=;@A>@;788;>99?;BDDF@@C:9764<:A;A4+,-0B<;<6<><=?>;=3>:559/2./2785>8=>@(*:=6%4789@?D??;7;=@?24688:C897@?@B<67:<<799<><>A?>';;?+;:9:>?6995'*'2*2423),)###%#'&'-$'67:8<==-83====CCEJHHFAHCA9:@9874>@B>;,87>=5);;9;:@>?-)'&$$%%5557?8?CJJD>@DIHGE@ADG>;8:68@=AA?DF?=BB?659?C@@:;5>@<9:;<@=@;>=/%.+-BA>787@FB;;=;8200%)*?;:;>B7314>:83-+6BCFBE>=6?>B>@@@@,)*.53/GD8ACDC?=AF:9@?<9=AC@<>ACJE@ABIE@2.;??:>@>CC>@DE??>1,45&0/.0)..-47CA@1;AAEA<<:7@B?BL@G6C?:?:;767899;?;?BB>@=DF:469;(',)-3A@=:6;D>>><=?:6>:BB===78945*9EEAJ>@FLCABG:87;;;@GBA/4=;A5F=22697:C=>B9?BDECGBA7=>;>==<;2365389562$--,/0+-9??:<98ADCD:;CE>>@CC<>;E?=>9?;;98.==24'(-+;;<=,=8<9?=<87',*(((+ADJJE9BBFHH@?+?CDDB8;C@C<:69A7;;?:9=BCBDI@HFFHD>=+:<;5666EEGIGF>8;@;<;<36ABA?I?7>C?.9<93'.0,754((87?9JI?>ABE=BEACACBA9BG?BCD=F5FD@FMF9C7;BG@C=>6CFFKHLJ@;@A?>78>A>?=3459<;<2DIHIC>GFHJ=:A>=FC?::?>6:73>=>.1056:;A68897AC8887>B=8;>>86AC:=BFN8B:7>?34:23=97==BBCGEAH=H6<>CBA>:@DA59@A@BCED=BEB?AEEC>@??JB@BDBJKC@ADA:<6GFBBEDEDA>;BA>C;>>DAD9:>+(?AA@A>AB?EH=:@2);>>A=;0B=DCJGF=9AC59?3BDC?I=;D;6<7CD;BKA>FIG100658::B<3346580-+-/0'%6578;99,+*''''(9@?:@EA:@=A@:=@<8:E<:A:857=,'16BC@27:<;<<9A:AAA;=CB=<@BED?=>@8>@8844?@<;=5:26<>8DB@9??4====;5:;;=)$;<9;B7@8DC=>??<0--,*&%<>=,0<@ACLELKFM@BKIGD?>E?AHH?HDELMAA;@FE;**6@DAA79$942):;9::7===<88=@856799=<<:;;>A??=6:???%3>ACAA@A@=DGGA=6(4:<68946HA@,4378,74341%(+)0881B::?>=8?A?;;::<<463>:@0,,,//3$)7?@DFCA9?+)7;;@>8*/38:4789>8:=CA>@HF987=*&+-;A@==@<>C@9;78-4788;,/.1<<;;=>822*28AC>F@B?FKHDACDEB:89<===;,134/:57B:;CD@7<249?GCCC;:?@@A63777535%';880,0/*001)&$$(144.::*64=<568<8::467(%657()1(%$$0&345*)22/1:6==>BDDD;856::>>;:91.89891++'%9:9;FFDA;4.4./5DD;;A@JAA6@9>>=//8:'%(9;;CC:ABHGACNJFHIEICCGBEGC<9<=28<<59>@CCC?87:::9A@=>7::>1634&A@ACDIB48:CCCFC@=@C>=CE?AB>=?ADB189;;>;:=DEFE9@A=@@IALEA989;<;432;AA@@@767:69GGE<,,AA;99;666512++097;>CHHGC96:D6CB<97::/2*2203@45A=KJCFKFEJJICDF>$98319-;=759?:>@???CDHJ?05BD><;-83<<7:AABIBC@@@A5ED=?JK?7??;A:9>ADB9:<=;ABC=6:5=?>D@A8:AB>=>JE?DD>A<>DG7+;@?A11,B>;<;>9CF>;<=B;<;;98:>;/.64*)(#$%%'13..34/*1&&883<:46);?;./('%59:7:>?D;<>=741067=:<=>@>::BAA?BFFB=A03:AEF;A?BCADCFLD===;>BCA?A>:-8:=?@BBBCB@>47;>=H=:;?=DGG>==9<748>@?:>BICGDDGDDCDA<=::ECBH<;=?B9:@D@AG:;CF@AHGLH;CA;:C8E<9::>:9=>A:=C>=:?=BBDCB@A@CFGD?IGACE84:43:9=6-/HFA;--234;9>IIC(+9@A75:@BC>A@@CACC@6<=@EM@9DD=65=;;<:431.48;??HD?>../0,,-*+(&%'-687;977:9:>==@DBC=A@GB>0367:<,68;A>9@F;:<769@=B@DDB@=7@CD<>><;9:1@DDIPNNCDA7;9;;+02658.1/*<<599:?=F9C?5;94435(.1@::;A@@CAF?ADHLD:;><47<;>3:9===AEC=2...1'&&%'+1245)8>7=5@@I>>=BCBBC;@9;<=6;=8233-$%('--;;=;4@,6449:9E8::C=@-<:>DAEG:CCG<=82@?@CDEHHD>8DPH?AGA?;=?C9=6?@?@==<>AD<9:=8<@FD;;<89;;BDC75>>E6@B>E9?9/BDHEH>EDED:;@@DA:;?:?=97:6;:;949:=;73,%+/-0;:>@;@AF;;EDA@>DA@?*-)(+*78;=<8678514>=:BDHJAGJ?C>ID@>A@@BCBBDE>B?9;A:791;;=2=;8:B@@C98;<=@AFGG>@@>9A><;7B:::6888;=@@@>:6@BGBB<>6B7:728@B=97369*'),544;6$$$$),3>:C?CA7?<*<=@9??ADC=87>A9@D?BA7B?<<57666>6(>:;>=:=?@>9BCAAKA839=>>0>=<;&*333:7>>9<=>=;/,+.++.17>;67ABECB;9==<:?DDC@110;;;3:7<6AC;=EA=;315=?;?=AIE@:>@64((+5=@CA@;AB@CCCC8JBA?A8:<4CEDD7CCD@?@;>7:D9A>A=;ACEDFEF?ABADGCA>A@>A>@:DFDB====4)%)&$$&#$+(+)($2144;==?@CFG3=AAEBB>;BD:FEBCB1;G>EKICB5(*89134%$*1+.06--0B1409>AB@;60;A=DGEJIICDFFGC@BAE88330'+,-)-2.7.3<=CFF<6:=:<@@1*>CA48.--/)('8;8=BF99?39646879:522:63233103/2251;B>A9;====>=@?=>?A;?FGD>9:C=/><:AD>AME::@AFB>:C:A<;=B==>BH?85><:EFGIE@A:C68DEBD?@DC::91/7;>:;:85;>@E;38;:76ED<=<>;@BC<;@@A8EHG:558BA66<:?<><=CFFBFK:9?>@D?8994>@@C?@FA:>DBCCBA'$=>@;6??:EEACJAA2@B;CBGED=CQPHFB==<@>?D6;9<9>;;,--;<97(%649;:9:9ACFE=87E>=84IOI??:@.589367,'(**%--222:?GF787-++,979::?@GC@=AADGGDDC<>9=>=>B0&2<<=?EFGC732:>?@=8=7CA@@CEAA8?D@7?<>?>=BB;;>G@?0++*$%+/2',*379?56469;>B>A@ACEBC<6?<@;8==9BCDFHE;<:+(-,+*1'*6<=9//1?=66<98:ADH>EBBADCHGF;@AC>FGA;CBJ@>520%&$),-.)*>?=;=B9FFG?BC??3>0-.>8:6FGIAD@9:D:>;CA4++>:8>@;BA=9>;BCBB16;->@?>=@29:5CBA@7;7756:==<;;:;0&(%'/8=:5<>B9>994-5374,6<>=DBB@DEHIFE@HB<@E8C@<8<>?CGED:B@C><;GIEB>@A=ECEI8A;>>AA@>CD<;<>?=@;@<6A<:=84>?<=97;>AA7:@A432,,0((+23('+6<+3B>BDCDB=>CBB<8:?9?@AE?BG*$46/466;7<:DCF?=9=?AB@A@=?))('')340=C@;;:4896EC69@:892>67;;5,'((&*-0211C?=<;C=>D>=;79=AA@@<:<87;5+4159;27..'"('*,267??<:<<=??74:9;==8:<=6?<>86@66?7<,.+544=979?;9;9<4;79;<>@A?>109:623368().<8@;69<@9:>8)<7>@?=>=>;6>>>CJKK>>B=>>=?4CED489@CEJJF@2(,.29=>31)'&%(,+.3AC@CA@A>@DD93:5D=K<@8@=+((AABHBIIE:DC0;B==;7?<179?;8>6/)7//-'%/.46;7G?@DAGMM4<689E?C=A:=?@?@GCI@I>C9?=*5./=IEFM>SD=<:(8CD@CIH<>A?EHI<;2-3346%+$*%%$%(7?>>E=9;=9<>=>>10--/C<7CEL7@9,*88,.0A@@@EBC;>78%A147:929DF?B2588BACGDA=AB;<954,/343AD9H672@464<<'/;;D>8HCHKEFOK99A>@GELMGK9?C89<@CA,567F9>=80;;=A?H;:MJH8;?:44?5585:8:57C@I;=FGHH>=:JPLFHE358<=..3FHD35HJH:D?A>G20--:GEBD::G@<984)'&&&&*16:<8B@CC;<>D?=><1+2'$&$%')*$$&-*>>F@>CF360-8BEHNME99?:6:=7>32&&')96+*9;04A=(;2,,),,339613)'&),%%%8<5<;;1:>>=:8,,.5.-1:?9EJB@CD075:%'7ERNIJKEINAEADB<97>=JG?=9<9=CBA6414,+7--,0659CB+7=@;GGG;;@GD>@CCE7=;@DKFI<@FQQFC;JF6>EFD=DMKGIHIF=@@89CDI3.:@LK=08=AC>>;*7;<;EEG4455:@E?A>762/0969HMH>CC77A91/29===453%&)/33=<8:<,/5A;:JFD@?CC@;BBC=AF@:,111.-'3+6:?@>@4,B?:('77??8�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bbuchfink-diamond-6dc5717/src/test/SRR14011045_1.fna.gz000066400000000000000000024456621523407312000220210ustar00rootroot00000000000000‹ŧŊI˛\W’eۏQø€‹NŠ¨hCû™:‚Åü‡đ ;kísHē{D†ü Owx…ŲĩS¨nŨÅ˙ūŋ˙į˙|øôūÇ÷Ÿ>˙¯OŸüîĮ|ųáˇīy˙ۇw~úéãģOß˙öūŨOŸž˙üîũûüÃoŸ~ũđë¯˙ųá?jˇžū˙Ũ×?LũņüãÔvīLo×Ė×?¯ž×|ũĪN˙ņˇÕüy×__ūõ˙Ō|ķ×/د×ũĮë×øã___õõ/ŋ~Ë×oøú¯ė¯?ņë÷Ŋžúë×˙ņ‡__Ô˙øõ+ëë_|}}_bŋūöüÚ?~î×ßķĮüãŋ^ßņzķõu}ũ›?ŪÅ×ôĮũÚ9ŋéë÷|ũŌ×Īœķzy!į÷×wõõõž~sŋ~{ŸoŽ×W~}<|Á_Y__öÔų›¯˙ūõŅ|ũĮ}=Ą¯÷z1įõ~};ŧĖ×7×yA_˙höë÷ŋžīõĩ_[Ÿįôõoŋž˜}}Ķ×_ûĮËüúÂûë[˙ú—į+úõÅ|~¯§öĮ_ķúöõköõ›Īoy=ĸķn_ú|¤_ųųÕsžõų|šOņë*é׋ØķŅŒ/æõ×ũzd_ŋęõņ÷T¯ųõožžŒ¯Ģâë§ũõîkÅø }3¯—rŪtŸ7=¯ˇÃÚ¯ŸåןrÉ×^{ÖĐ?o_Oķë×ŊVŨë—Íyq¯‡õZ]_Í뗱Z_ÅWíųu]g‘īŖ]—¯•ôõé,+ōŧĐ×z­Ą¯_ņõSęŗúõׯĮŌgĩŋļÚ×Mņõk^?væ<‡ŗĒ_Ÿōyũzf¯%üz5_×Ú×/éâŊŋ^é둞}ûzŦ×zũ¯é×wÍöčfŊžČëŅžūûŧė×ûú…g‹žo=oâĩEūømũú“¯Īėü˸įŦÅ=¯ōĩ_/ļ_įÄ.›ėëدåsžéõ,ö, ŗPYyõú _`ød^Oâõ`öü”yũđ}ũÅëažN¤>kųë?ÖkÁ}ũ‰ŧ¤=OyĪę9{đĩ^GËëéœõܯÕÛ¯-ôZ ¯Đ¯Ķîëģ÷đã‡}ũæs”œ:õõÜNÃ~:ËãõDyĩũúhĪVí×Ë,öÂÜ×Ę)Ygŋœ­z^†¨Îr=ËWö:'ëĢũ:|ĸ}MŊ;îžÖÜųoÎäķ’įõ¸ųؖ3đŦĢŪNĢ✆įģ×gpžôšÎiöÚ^ģ|Jįđ<'ö9ęøhÎÉ×^6¯yŪČš.Ī¯ës•ŋΓ×1ķuz-‘%7įã8ŸNךE_ĢōõŠœ°_—É×o|Ũ>į3}íŲ×mÂe°įŪėlˇŗĖ^wæk§ÖŲ ¯—ũúYܧ˃zũcŸ#ë܎įymŌ>g6õŧŸæŲžŽ:6ük­ŊÖîŲŗ¯ėŦ‘× rn[–Á9Â^ĮΞ:b_Kɕö˙ûYŗ}øéĶĮ˙øŖdûũ§īúųŨ/ž|z÷é‡>žûōõŋ>øáãĮīúøūËû÷¯š­^Öks–ÕĖëšy]7¯ú:¯ŋ>é>_\,Ô×ĸØŗĶ_ÖsdO)ĮBīs‹ŋŪī˛ū^æ0§9ĮØY€Yˇ¯vN~žKäĩ—âíŸ6WÖų–=U×r1×Đįtâļ>‡Ák—Ä5xūęuãķë†ŋ9ŸuCQãžNė9ĐYđ¯*įuĒėŠ¨Î‘â9xžîÍÔ$Eõlŗ§J9¯ëĩ:ú|Ûë=Īčŧ“׹˙ÚŅí0įJÚSMnS?XËöŲ0įWpÎīļWcÎ;žsŋcŗ˙ÎO]Ž ķ˜ęõ—`Ī‘Ä!äķī”N|å)ixÔÖEž˛¯;úõÆÎ}}îŽáˇņZĄ¯Ëˇ^/hOéũz9¯īâeŊŪöëx=[ėu¯Ÿ˙|YũūēäΊ9 'ß멟oæĪ_˙t–Čëļh(Ž¸WŠņÚRģ˃¨ķēĪã\˂ķ€Ø'uęâ>§âyί¯(ãkõžë­ÎQÃÛ乸Yĩ|^]ô>gsŗ(+éõ=Û\lg‹ō"—kĪüŧž:WīY(œß¯Wũj]ęlšW§Ņ\ņį•r[ÍŨœįxɯ'}^Ņë‹Ī+™ŗÎp–Ęë4¨S•øĒ-¸SN—Į!ķzmlb>Ģ¯Ģæĩ2ęôbįr’PFŸwŋœ,kčõY, †tŠ¤ŋø‹ķî_›ˆŌšJã܁ŗíMÉå9ž&k yĒWkæMŨuztę+Ęļ:įüyÃīĨ­ÍŽõWŊĮ <ĮĮŲŽ¯Ī­ËļčÕâYd×-ĩŧÆY˛¯ī}uƒœŌvūgupc÷9ž^_@O˙úå“CåôX¯›Ēø\ĪʕsöÛũ_įŦ56,ŲŌ:˛yķ•õ~žÂĢæ9}vĶ)~Nĩr–ÉųˆOĮ[|×)KOÅE[I9nD ėûŸ§>įP9õČ˜}s–äë3 ´+ēāÍėņØĩė= Œk€ŠscęÕíiIOĩüZQ¯e zCw–p6KŗkŠvŠąįÔė§ĩ;īöôö¯/aIŦÁë_'EâyJZk|/į;47œû:8Ÿ{ķ0ŧŨgØxVn†ŗZŦ3m=iÖÅM•]įøį˜}Ŋ^nvn6īžÖƒąŲ2į3gõšĪÅOI`3Ū,¨sÛpxPpGĖ95ÎĄŸÆoŠ“á´UŦvđk8ØŲ¨œãJ;Õũšēü]ŧJ’qąžž‘sVđë8ī¨ë`īã˛âĤZ)ĪšĨÛ˛æßârpĀQ;œ-[ŠrX”Ŧ›ägĮ5ļ9žŧãÜđuOīÖĄŽ:ë€#āl‹ĀŖ9ū&ûŧŒy΂Z{k qžPā›lÍ׍ņ*đšsJ€ŗØl ųËá6"<_×(ģ“2ōŪ5K‘˙ĒIÎåsĒæ­ĨÆ8g Ķë™S‹œjúļ.§#~õzkĮãíp ‘X›žß'LØÔĨ€~ûôŊ'-ŖÎ)øŗÖLmËapĒ6ŨƒQžnŦĘ.áŧÍsé\ú ‰üašyl˜Ī]pÚųâ“Ēüž§ũš+ûē\Ã|- ×ËųˆæôܞŪ{ZTĒ‘s%4Ÿ+ĨđY”,šSsxuÔcßV–dŽí”åŠnO=•Z€ˇcšuŽÚĶxœuÍĸ:XĐĮåIŊ>Äķq¸íOÎö:mco€7ʊƒ5,WwĀž>™ĸNZŽØØđqÕ)[(”RZŦo/zĩé”Qį՞ßtú“õˆ Ņ=%úšęD!Įr˙HœGŅ‚g{Õlá4 cÂ•˙Ā^Ÿ {bĖäÕí¤Ę;cä_vĪÆäT,Ë 3§Ŗ:Ģ͕á4†6hÆ5sö͜ō×MÚ:\ECͲîã_ž:åį…s&Q´ū?pOzéw—'Ū4™ĨŲkmAz*\ņßuÂ"}0\ĀúÂSąĐ>Ø:rļöp,õ|ų;ļMU4\ŖvÜ^ĨĶY ģnOZzæ[å¤áT”’Ü´7ēĨ ëëįŗ­´ŗjuæCũ8’€BÎÖ;=äZÍxR{wŦĮÁ=énÁHōõU{ĒĀ›Åŋŋ^õĢ'|!Å/€ĶĒüLAÎo=x}Ģ/xæ$ûėˆbúĮ_žŽŸøܸį|õøãŠ[Ŧ=û™á[ZÚtÖĻŨEa^aĢ1ū8Č˲žĪ(aŗG)î_“WĶéOOvPÔ7Zō×Ũ,ŠåĀ÷ÃȕÖ/wÁˆäŒ%ûāŒ CŸDĄĪ!ĀyÉh'ālŋ=´ÂksžyäkRÕ.Ņ†t6*Sáæ–;uO6~Ō‚W§88YĪi­f°@ü˘÷ĖĸNŲÍȆ>ôŒΧw&bŒíĶ÷ f˜s/ˇ}˙šžlīnÜ ČUÊá'¤ ÚßķS™ ;Y&^Âņ÷'7#F—¸Ü@šÄų÷ĖzÎ;ũ…nÖuQšr5[|į1Čķ8ŠâĐɉ›ęžrÂ'§ËˇĄJc=­¨Ęv(ĶŽSnŅŸĖœR_ctīõ(Î( šgMɇęšiúÃĶĸĩ?ELQŦ ÚīáĘ —ÂQøÚ*B6 MIĻžĄo=euS‰=Û{)¤˙9‡ĩ…m—ũ™AīYģ™ÕœŌ˜ÛũtķįCi:ÜSŖŗ(Öļ@‡zú2kÛS36åUĨeŠ \gĨîXæؖ‰“×ú9–ŗátts–ā”Ŋ¨mûé-Ā˛{DZ8đš5=t᧊OHËYåHēŠxjŨ_į%G'ôk Ķå[7ÁiÖFˆËš9üzR9œ›JȄ!›W¯īö˜g¨Æ_œÖ¯ā\ŦØe°&JNL@AŠņ€vģ™vJMˇ•rŽ@™ŠÍ) xØsČ`Iô`g¸# zĻætŌ:?ŸĘ¯éÁ™ĢÃë^R‰Öš@ôéęS6œ)ü)ļrˇŽÃĶC qŝ­ĖŽāˇ(ÜC„(Î/ŪY/Ã/[T‹|'-¯IäXo0×ÍŧŲâu‚,UÃÆʍ,øį73Ė?žÎz§Á’íšį“:ƒŸöeČ4Xī^2],”Ē3íÚõ ļ=øų) N… äpŠĄĶĶ÷dŌ@ Ą|=C׎Œ@č@ė $t[ÔZXJ>Šü˙œ~hīã_Ęw ųIe ?€!¯Ā˛úã:xLYY틚‘¤Ŋ›Mqžyņ–@8ÎYÅņ’f÷Ô^áĢTŗŠ8‹YĨŒ‘^_ŪĖ¤9ö÷\Ã"emĶæÎ!„MmĀéO›) }ėšãiĪ¨5_ĢCœôÜRį Īé ÎLíÜ}¯ōyÄ`{ís70'Ĩų!,Į–x”+ŠnīA˙ȋ ŽC qëdæ°ņ‚$7s“ÃZz=/ á[â¤ĨˆŌŧY4<@+á•Ļa{.ßę`">ĩĄŠôõÛ°Hd’táŗ ĪŲš#Qírāˇ\ZÍäÄäŒĻ÷î?ÆA?ĪŅ¸”}„ÎÉųÔÁa-`Ī$rÚ ĻËų˜Wņbüĸ“ēí”á`OÍ÷õ<ÛŪQÄŽS3ZˆqÚ âbP§ ^âõ(‡Ņ‡XXūŽ…ãŲr›€tĀ~NžĻö’'Ȏ™G is0÷æ –ģž{Úˇ’¯Yw:Ųr°<éđ5čʂ?÷ÂBeûK5Z–—o1¸¨JĄČŧĮÜ`!ķ–õ2]+‹;x:!?œĶiNMr†Dv`ÜŅėÖĶ$Âģ=xƒeōÁIĄ€Løæ­PÅŅgsģ€d0éÉ ÄyëTüŒ >¨hßHė=E÷é>9Ā{ā”pŦ—ßSLk(vk3đvŽä¸Å‘ÚTrÉÎÁ˛āŠ›´ “ą5×Á%g3Dcy(›îĪ™’{Š9j.î°ātôčŽļĻ.ɐr˛`UNp*å9ŗįķzÎjƒīŲP ¸úTōĖ,/ņNz ;āĢ†*M7²/>Gģ͡ĐažĨ bá!,L¸7• :Éä(Û˲;Ô0á8ĮúY8@åaQ;XšŒ> ’@\ÛÅü*UÎf8 #ÍûĄœ5;ˇŨ­ÛʐæĒšpjsaËŖ(5K§Ü5#gsīáë|īœã0v=Ȝ.Άáö:Ēv?˛r€ՁâšIŲ÷V˜h™„iĨ~Á^-@Œ;]Öęō‘7ƒāÃ֞6Ŗ•…vžęÎŲČÚ§YđDa¤â/ß'^1üŽŒÜyšđ76XĘŠ7VđÍâ~Ā„ÃīŽĻ‰ČŲö\ ŸķL؋šUˇüLR.ÄŖĸf))ņ§°N…ˇuNMzMč{§ Ë(VyƉōÖčhOŊ’Ņ?SŽ†@Ë4DŽ7Š'”í@Ä50ėŒōúô܃ŠOĩu0]ã)ō„æ™*œ#LÂQQ ƒø´ ’fOĨ98Wë!§4āøkyôš š.ä`AĖä2ŠƒW ŠĒƒË‚{ÜYŧ bŗ9ráĢ§­ĶFôųO=¤OĀq$wsî 8¸6Æôī ũ%we,œ›1ëAÃũ/Rˇ2ęī*œ3'Ķū¤]E@—ĸĀ×\^NŲŧļĒ õFߑ¸ĶsĄëzėøƒNą—‡píy (ŗ2Ûæ$múƒáXŗ‚Š3Ökî[ 1ŽúļĶBũÆ)ąy˨-ú0hō0(ë_^„P¯Ęķ{ÚR¤.´˜‘Ÿ Ģ3glęŋ$¨aîĒ{<-Šķ–ąÕ;ÛŗÕ*ƒ#˛ĄáÚŌ tĨ |’Zū@z%}ūģŸŠkE81‘9ÉÕĖÅÅdš”´ ‚7Q]) ‚Đ|Ē0+r4:Û¸<”Q\ 7ŠŽrņĖíTúĸ+P~*‚ërc‰¯BcĒT€)m[ĮŦOŪJ˛tĮsŧqû¸ 'ŋ€˛š†Ņ„ đd{ՔHîØ´BÔ8ęĮđCĮž™-4ŌvÄĖø.ú `šc!5Åcu°ĸķ™āų-Ü0P3#Hlļƒ JÅ)šü>Ųķ¸7ĐiyŨMÆ:wL_L|á ‡bfIZÁ\ōĖÜĮ rĀH7ĒuMysu Y„(|Z˛žŸqT[,{ũū9*C(ö"…5@ø¯ųôŽ0ŒĄ9 2,†lčąč@Ĩ3÷é 8ē ātgļ• ™ĶeK8pžÁŒ3ÃgŲC€é_5žDG×F;*Ģ;ė,đƒy2d-ŧŽ„ũÔBåųˆ}ÅĄ&Ø ë}ųi 6ÔؑšŦúo.û~dzBܨ´Øs™S‹~Ž˛§tŠaužGr¯ŠšÚDĖIy°ęk_=—*ėE`¸Ķ:’RíXzHÃæfĘā āyAœ(ą;•„w‡{dĖ—gj˙@Æ …ˆIëÁü`螉ˆ4}í GĪD[Ā­ĀæŪK0āëĪxY ĖgX-zl1‚|O¸ÅŨQŖY0 ƒē*Ë+ė‚TÉbô…vGĢ ĩdģ2œėRr ČrXû†3P’uHšPæĀįö;ÁhÜŲn đ ­R qC!Ž˛m•ūą–ƒü)W9ė÷°bųõ`Č9Ũu9ŋÁyųØßTˆQų û”ŖÖG?î¤FBI[Pʝ3˛"U¸IžgPyį°á$zĘAÍčĸØC*f!ZbÎAËøˆVĪC”+ OöPąÎ›,Û Ē ã„Ao{lו$q˛ŸÁC†í2AŨ_ŗ1mx”‡‰ Ãs4c]Õeõ$ʏVÖfäönjŦÕØ!Z5Â}Ėî ¯ä,N$”1?Ymœ€ņĘ9Ôd4]ž(ŠÕ._A-„ŽÍp}2ē‚Tž‰=ÕĀ<0ā˛ŒwJĈû`Š ŧģڃm”ĀKđãGā÷˜Å(į’b'éH‰b]Į9ŸíųΆ°@ũB  Uūlēēęû„ķ)"—”9™Üļ{K’ĶzīTĀ™ôyåOč°MZĒ­ŋxœ$b€s%ĨvVÖIQ˛ĐļP÷â­+aSxŒAāŲmĄ´z % + ´`s‰: Š;ˆõ•tķ;m€(¯ŸļŪ†W=ĢžûFĶ Ž&BëŧYëáŸg ąiëGũi…°ÉŸaI{öœáRĘ:2)fÄ^ŠŧW;+|qŠ1ė<KeD{q´˜Ūî•ĪžR€fųĀ-H‚BEbyv˙0ģ8ŦÎQdSįĻĨ4›kž@5Zņ‰iFŸGmĮœŠFÆzP™V˛4LPRVQ§tƃÅ@îÚŊTĖht/j™ ŽØu~×ŪŸ›KA)õȊOCLhY˜†ŽZJčĻö\į×õõČ,•ķú; s97j†ĸ&¯ °4ˇÃ*đō…sØ;>–ȒøÆĮŽ˙ėc§ŗūÆȎ˛>V8 8õΙđžúØYqüû.vlŠ#yŊR^›¸ēŪ–Tmc‡Ēlr*œy\[œÁđßxØ=Mėöéõ°ƒ’Ö%Éņ‡ŸœTä:hč_ؕg÷õ¯â„ŗˇ?›×a5đ­q%L~.|8ĮÄE|´9ĢūŪĩ.8Ŧƒ[ôÁ_č”7­ļĩúŅîŊõŦ“ĻĒcŨ˙˜_dĖę<ÆūËfuhFpēû÷ŧęž1Ģ{xÕ cøC(˙ÆŠn˜-üøËĪ˙ķÃŒjŽxĀABÄŋ6TSÛãčļâáu—EÄ=ŽŲkôrîm,‚fÆvíEĢtku~Z4~š7É؍1čŪŠ,–oíœę˜*Š€aāŨ=SÛ;:%*ą–ĻĄlž%ÁFŠ&F7ĖG Ķđė*4ņƒčĻ!ŦlÜ%sé@âáyĘëĖ1‹Sĸå5VÕÎ2x Eg Âī‰ŠH’gųrŨÔĄsdĀįŪC›‚N¤76—TB[‘†7‡0ĩkôRq¤ƒÁšV@Ōæq€¤r?Įš ¨0škíėāŸ=÷áāWôDĮ¯ƒ“īܲÔËĨĶāAđwÅž´ŠâjEŌq^Iá׏wČŽĶ) hG^įÂPÜ~¯1ÄáPĖ[XR G™ŗ÷  Ŧkŗ>1TžÉ˛<Ļ]¸úJõĻė ´īáŗÔ´rŠļFobôĩOŅĶlē=jB7­ģÖ¤äJ„WÁ^A˙}ÆeÎ_•%÷ņé͐I§ Ļr†Åë‡Ø˛ŲåˆrKÅMd …{„C_Ÿ¸$.î ÄCw…~tŖ…™ÉČčøh”ŒĐs^rQ^1õ …hD0§ 1ōđĪģâíEņŨû÷\Ÿ?~ūūÃĪŋ˙q=|˙ۇwŸ>üüÃģŸ~ųõũģŋ˙øŨį_ũá÷ŸûüĮEąOœ^ĖÁã9Ą ?/Íņ€*´eęhÉąĄĶ° ķÎį—;EŠ^D‹AU(Nĩô‰XŪÂô”TmQY)Žķ4ŌÚsQ"]Øō=Íĩ­‹Œwį„č˂jNŽĀiŖe5ח™°A )Q÷†3°P†áøVžB=ŽwéX\)-Õ­Įw¨‘ÔĖ`Fƒv)ž ‡ž‘icųŅ[Ũ´(Á˜4Uw€‡ļâ`>ĻÅz3yjĄ*íæĘëQ[Ą4úETä2Œdˇ•HmiŒŋPFlSÁK˙Ŗ¨ĸ-ŌKúÁ¨Ēl‰cĄPNJ -į‡ÍæDvĶR‹$äĶ­Ŗ cË1éû=!`ļ#ez ‹×ߝ?|ūøáû|üôåķûO?ũôîˇßŋüōĮéđų—w_>üqXüüû—?~üũ׏Ÿ~ūéëéõą-×õ)ts=VįÁF~#Ú?Ŧm€ŲcqöUœģSŲaĢ4ĸÅGŪŋžœúŦsm –ņŗ:‡iZdĒĎ=cq튔š]ûĒøRBĶ~”…‡ixÁ‘f5 ŌK;†_Œ,y¸W§ņĀjŠzęGU8…¨@õĻa+  ĐĶOe˜ũ5wßëˇÃ Õúa"€jÄZįĶéĮ,iÖĘ?Ž˜×ëg:@đ!y°€~™4Ė EЅWĒÔF6Ą 5JnHÔÍ*Đxcsį„Ēĩúã`-| ī‰yb;LĶķJ‰UWĘ\Yũ´]„ā]umĻ^yn1ú‘‰žmŽ­ūsŪQc¤q߸ú6”דëũâ#k:>õü§Ž’á@(OĮá ÔŽ†öØk—Õã/‹b/A´Sč[×hDÅw&l‘ų ~ķÕ`ĩį(pj[OZųœ(ĮÃ×.ĨícĻŲۙw`|6Ļ0xA~Å^AŪFĐÔ;JŠ3+ēČéW\2hąačęx¨`=ŒËŧ#@Ī–kŽG×*C7ī!LŖķ]ĒĨ7'‘öRøÁDģ ĸŌB ˛ÅhPxh€ÚJŊ{=ūcēock7Įü釹ĩoüô­†°Ŗ^ĢBüČX ąw+ÎpPĮēfČ:šü˛ķāÕN7;*Bk[ȘļŸÂ§iÜM4öéØ´ču=‘WL<0á˛wĮ"|Š†GģŦÍ*Š‰.õQ“BßbsˇG Ž2ˇPLWõI*E–mĐ}bŖU(U¤đHyÍĄĘC‚į¯kiú×ü‰|’Ŋt.ØŅņĪ#H“øŖyųÂĮä4ēĻŖĖvķÂÉ]ũîž}dĮqgÍV\¤íĀ@€„ČÉ_°XÎēAZQ#nÚ%+ƒŽQzâ>Îđ°[Ą–š¸e€ÜÔß{F)%ę:Žgt qˆaâëĀQqõÕū¯`Ŋųį ŪÔ_zŧíę}N~úîģO˙øņû_~üôå§_Ūũōã‡WĪųéĒōû_ß}ųå‡÷īŋ˙é—ß:ā$*s¸|Oļ‡ĶɡøPpf-˜8Ŧ]yáũĮŅŨ×1œœ†‘!N~_ūAZ–Üąhŗ; p¯KjœÖ>´â^ŒOË9ĪOš $wÎÂķŠîė>Ö¸X¨Á¨đuīcĐáŠoŒ-aöjģũđ÷ķa3‚[hXˇ˙ŅUĮĨدœ& œ'§zcô1 ã˜ˇ_g v:.Öūᝏ§…y š>č3/qöŽ“ųÍĩíÉ1õ -Ņōž;ŪĪ#ŖĸBāܜ<\Wļ˜Wo¨ŗ´ö>@ O{cׄ™Ÿđ†p&u˛>ëŋķ´íĒ65jė‡ˇčųĮŧt°ŋÇ~]›„ПčKŠ‹įéæZUđ×īŧÂëĸ§ĐuČÖđ.Ī1E_ē‹XÆ#˙äNr5 ø¸h•ĸY8֚ôģō•ĘPÄdžæ…´:&I@˙6Ž— (Đžˆ}‘Ģ•đĩĒ:Um´"=t:áI ­ēØSâÛąd§JĢë§Ī×xK•L!ä=lĐë¯ĖN Ą LŠÂl5W)vȧŽ"Ĥõ`>™}’Š;ÆŠW†u•ƒŖfn9;4­ŗä˜ĘÂĨt0ˆđo㘜ŖĖK2€xDh"ŧĨö”㗍Y‰sâxųG|û2Ŗ+V|ˆ˜ĢĮĶ"ŖģŠ"rŖžß–`5ĄQčŲĢĄÉš×Ķę:B^æûFà •L]ɅŌž3 ŅęMÜũŽa^pi¸Ž|ÅĶ˛áĨėØg.~6v’Đ'Ŧäė5aĸ“Ú ČĪã—˛*Â7ŠÕâą{ųš­šŦŖSē…Ēkū`]¯fö”x>ũø\3āE‹V÷Â,öAÅÛ¨$ 7Ā^Ë#ōË8åÔ՝QÉyČúkå˛ž˜¸^c.á'Á"Ļ•a^× ¨ä'âåãw}‡öZJļá°XųQP„tÄq=X”xŠ<‡ŲĄq+ŽPĮœ1ĒņŪ‰‡t,ŗČQ„t .ßq~dg… %‡OĮĀv÷ēLî§LHÍęË|ܡŸ-0ûÄŦŸ!ŠÄL;1qÕzáįãœä|Č\ÖTnâŠäōĩ÷ž’JūÎ(^T”iÉÄÛîē>^¸ÚuI]^ųŽĄž×ųĶÆDŠ.ōV &ĢrŒ”É?RHl֐€TēoÁĻ 7€°ËĩŠKZtŧˇü|ÆLŽ~î;ėm6¤9Jˇ‡†[”;ļæJãü2÷Ĩ)+Xú4ŦOú+Š6<ÜíĢí _öëuã#â)€Û‹‰ZqåĸØ$'¨î'ėÁ.°ŠrYĒLt’ų%ŽēŖįTBí"GĐĻéAûĐBÎcĩä˙Ŧ/åzģÁ´lšĘ„RcžŦäV (ĐTäR7‹†ęÂØÔdOYV¸ėšîoF–:r|;ūSlčďâŠũzũÆ㏤œ‘ū×p $žÔv=)čûqúšŦ2X_÷Pib㕘xFMWˆ˜•XrĀĨLiŦ#W ~n&vg1VԂ‡ļWŦNĸeÜÃÕ#˜î`y˛ßššÕ\ÄŠ\Ũ¤ĮڃĸG^ÔzR¯žeŠcŒē}\ʛëĩĘæZ˙˙e|ē´ķzāÕ ē“wŌZ'U ŋÉ fA}ū:Dšģõ/˜kG"€€ŠF¨įĸrgÔ\ę—˙‘”x;ŽVu¨Ã#Mė§~āésÁuâԋ=?Š¤ĸ“Î6rvžyęķ§˙šŸ^᧏ cm;āŸ Yí[1Z3÷hę:Ģ1ârEH”*1Jģf1´Æ×<¨ļüq¸ļpÖÁŽw;rį bÄy*—m›äßķëaÛNŨšlÛú ļíߑmqBm͞qÎüÕcåb˜ųt”Ų8} Žjŗ^3qc49ĐFJÃ(#iKžDę„ôI@ÛŖÂŽvtsÅ Í[\&Mã°Q.'å$ ‘ Ŋˇ™s;sh ŊĘÆ:G6;ĢŒĶäÖ3âĸü"Zč<ÂŅŽņÔ]s?ĎgÄH†A1Äun~Ր$~:ņļâC§­fäTu2Éd^°E5gö˜d§c•1JõÖÎÅ(Ôļɚģ/JyęĻn”'ŨB Zc2OĘVŊ’Zī.•aęԃhĻĻŖĖ=õ Üŗføã5"Ūwč(§0LĮÄČĄãĸ¨(Į6ú|ÉOšwīęiË56ŀģcE,Bëæ–(ũrÆ'…˛Ä€6Ԃx¨šöRËp4Ô~XĨ‰“jg&§áë›ęˆ™ 4ģ) œŗíz:­œũüæÅíčŦHT‹ÖA=Œ!Ī:8D釀Lˆ.jØņHɌÆČ4Í]†rZĪĪēHđ{ÅÃC>ëyŊ‰Ī ;ũđ_|kįI™´čŠjAĨ}^x4F­ŸŗzڊydčFŖû6ķåâŌ&ĸe 90_;RKķĻi%īĐĻ¨Õ}&Ãįŗ “T‹Ņ‡lŽ–ēVĶåé7|Šs, MdœSqsԏD„~~-ZH„9&œÛZ(“–`ˆSGÕrönGÁ€ŗv)įö:ĩĖšs‘ŋ_Ę)aÎAäāÎÅŠ6ˆ[0‹›ÄáœZ=ĨlģR3ŗÎįÚ“ģVŊ.~?Ú{§ĩē}S<)õŊxÍ"‰BšÕEÔ8ŽGa…ŗbäeúßyÚ ōm‡[ÂIq+?xRãö¸P(ŠH’ë‡ū!D í$5} ¨:5I[įģYüKi¯cģģ¤Ûa<|~äNšūÂņŠĸœ’Āõ÷ú=1`ƒ ÛatâK°ėaŅMM?Æŋĩ„ŽŅša(!2ž„Åg’B%#…ĸ 1a] îĖ nžÄ*;Œ:ĮĮĻ´G3’˙Åū’‹á:÷eĸTČļ Ü@wöĘmˆJ)Ŋ  aAûŅĶK¸¨x ëWRŌ@ ĶNzníȖ–ģ`š[™nŧ‡$Ŗĸm‘'p–bq9C\ļV,„MÅīƌO.ë%2\ü™åŒģeŗicÉ%‘´č†ØsÎgԗÕĪLu wē3%c¯u=ģ™}Wl“8ŠĩZäcŠĮßʏ‰Ķū^šR;ÛZFéŦš¨á9GĻiy¤ 6Ũ Å\Ž––D8&$ :W”GēM…Ō7†Øæ”­øuVæū‘Ä*é¸3 Č ŨcȧŪAŸmÕjšĖl|anHY'Ûy/ tŽE)lĢ…ÚŊ÷ZäVVß$H›ē įCËrK” öb"ęK醥y7ŗ>ĐŲŅc Ž§Ž…BļėCfĸûM:Œ„îÜ Z„ĩUæÜŠ0…;¯Ũ‘XÚzpT"rhķ *ŧ‡3›Sč‘ĸu&ŧēpĩQPŨĶĻĖmÜã"ÁųI7!:ŦĐžiĖ˙Ŗd$ËC“œ`芓ĘĸŪ%ĖRrjh ë*g‘ˇ¤#nŽzø¯Š\Ę0Ē ;‚!ÆÔüŋJú6û1,Ã-ÜrtúéÄÉՃž2R›ôˆ_ņÍēLrMÔ1’ĨûĀ‚QRŨĸļĖs0l´´LʌŦ"íĶ˛!|ĩäČܞ°NĻô ڏęž؉ƒ"Ôš}Ļi…Ä1§ 3¯Z|ž9&.­÷bODDŌÃloÃušõ÷ķüĢ›uŗʙķ—€>5fkLÛ8nŨāļK0Ŗ$ioōKîÆŌņá˛DP”ã z Āøx€ƒõ–ēCöĨ&{˛üĀ˛rwÚŨ„ˇc'Ž/†^cΠ;ĸcry0‹…ļšT=û4D"†{özļËL'‹†ëÚŊY|u¸ŅàSwŗhŗ´…Ä€Â7ææMhúÉŗ]öD/mwėĶŒmK˛Ōô3åÕ]IWeˇ¯Ú/ŠíäÔĖF˙!ųŦŦˇ §ŋ˙đá?}øņˇßŪ÷åŨįOßy÷éÃ?Ŋûųãoßŋûíįß?˙ëw?üöķ—_ž*œ$ÚũŲUŖÔŨøOĖZeVééëĀÉlĄáf.ūœÎv÷ZĢæ]“Vq’É’”:ŧˆ¨§2ŧÎĐäøŅN(§! 46ÃG߈Ö˙f…œYڒ>_ÂdąLœŨ‘Îų™€…œI,ؤ'ˆØ41â8ÚĮŲŦ¤6_,Ö ÷N0Uäģ˛åFÎwĮa.SĒɀ:r"§Õ6ģËâQé&ļĀ@Ή+}]”ķZÅq.‘C3ļ&Æ@Ģ;iO}¤ƒq}jëĻ(‹ÍČĄæmČ2¨° Zĩ xAÃĨ#ļk(ÛMYØ&ĀžNŲØâ63ųāëmôåD˜ƒ \ģ)ŨŨũ^“M$Ёō°<Æaôüú3ëāÍ^?\ĨĮÍY§Ëá‰vSCˆ‹ČÖĨ`Š\AFŨ=ĖڔÕY!9oCk„Č;{ŽÁUÄbĒGŽKŠ^eđvĐļĄÕī6ËĶĀ„˜öÁ‡ŠÉ{bĘ;ŪīāŌÉß4+čæ#îŖ ž˛áĘį”;%>-öŠ.účÄ[¤+Án'ķ”IÎߨ |8üŽÖXÃß#Äa†ŲĩNļųč5´lũžŖ€o úHDÛøbi-ex•ėžsā]ËĖšĢŅO\÷CĮpĨņ”7›Ā7Ö ¨s5öÍc#‚zĨ­ŒSŅʲĩˆ‘(81Ŗē–õ4•§ôĄCãÚ°8’+y†“Ęp-˛SX6]ŅgŠ5+ʁäŦš†éž™Mr2vēã×&yõ“Qw4RGŪōd’cHéĒeDhD‰tR”‰<Ûc‚gfäÍí]°mieŠM˙3™ũŒ75pН~~dĢc }cÕÍQđDBp´ķå4Ŗ ŠZi:œĄĮš§,Žxc2 ›&T Äķœ)U4ėK’zĢEÍÃÕE0Âp†vWwŦäT(Ā•ƒtô›ÄáaÛpŊ3%qĻã¸Üm˛Üs°@û&žŧŠO™ŧ[C¨Ž-Fƒw(f}Iãē›Xâh’|øƒ•ĖÂĄDÃā"‚˙qÆĖMzë^éŠJ(íwŒŽ4fú3ΎሠĐŲšfūˑ×Ė‹™°„InN a`üœ2°ĖķœąMØqĶ8u×ÛļëS@ĨDâCŸ3aâÖĐ`ŽąŪęW¤iāõzÍęĪŊŲ΋+ąō}FÂûˆ:+J"h´H¤,ë^Ö9–=h'€4ĸjTGš„1š1X|ĄĮúē‹ãõ)ĮØĀŽÖچŖÚ ļöhž­É ĸŦ 9zã= # %¯{Ž33œÍŽ 1xŊ¤Ođ. šk_n×átŌøé3WíļöeĘäih/˜–čO‡ˇFŊŅá*.tíéJĒo™`–n[›SĮ2uSĘÄīÂ%āxņ4Ū pí#Č2ötmVũ`Î ãĨŒQēSzy“Ö41Ŧ[öP‹O*uC‚ĮÖ[įĸ9Ü ÷lwtˇÅ(† BIAē2ÛFđčĘJā„āzĩnĘ#]@$Î_1Ü)™ žâĒã[Ĩƒƒė]¤w˜×DÂL ũX›#ŠãsÔ´­‰‘™­œŊHĮĘ×$ŠŅš‰P3÷‚KĻ§ËYíãFŅŦ˜û#Ƨ¤;D8Ol:F:ŽŌÎ"0ČFĸÍ9ļ5˙ĀÁN{‡zÄŗOl‘; ¯,SXĘiÆIāYŠ.kŨʂŽN@ŽēA ×X´­˛´kMĩQUÎũĸŗ^É<Ą6œv!‹2UĨč7*sģßÂ$y@<§ū5ú"k;GŸįŋļ$ín"ĀŅ+Ymw3Oļ‘âœmŦĢVOiÖ¯”å‹â4unČíqɓįē×1{âĄ&&†)˛ë6&/fƒš3RŦ!U>†Ķ?ŦīŖ;AŅ7^ĩ’4 ĪzRd"oMŊœŧ0ĄˇC÷UąÂŅ8~‹8׋M6M]a%€`§Ī3_˝ŊIîŽŨ˛ôEŦ•°Kŗ{¯ŽŸÛ(~Rj0úęFausĐë<ÃĪĢ/į\Ée<Q”͝F2‹čkõĄßĢ!Ūû0?Ī‡ÉqßŖĪ'ËRô(†8ņMŽõ#đ˛ItP'ĸĄj)æĸÅ'ˇĻ-RĘK 4~ĸrkēkšúfH-ŸYʔ*p(ģRŒÖ꾔xa+š‚ŽJNėÂŊĸŗj¯s!‘&vøFˆ*­í%5œÚpŠĪĨKļąfLĸKKהĖƟÅĮ rER(!šâÎĻ@Ķ3ĸĐĖü;bƒ­ķōęÁ_ƇŒC?Ü㍘ĐãžˇĄČĀ-ŒyBËĶ†šjæŪČéŨ‡5bc Ā&ž Ļ;G”š#75ÎÎA¤úQ$’Yŧ9ֈõWΈõgoÄĄ•™ Ģ}e?ÂÕi!äŌéüõ0HŦŋ2H<Û,@ëR*3MÜŌãŪá¤Ļ:Œ=ŽA"B nFø×Ng<Ė3)˛B§™áČ'k-$ĸšļļ(ÁėƒŸeĪ=ęÛkŽøŖ‚ 7ėqâv8JÃˇ­ĄBāo.›ŊĖ^ĖË ] I]ŅäôÂü]ĄFÔqbhŽÂV§įŋãŒg ĐäĄë:wKo•†°A_}ˊā͑NlÛ¨™ķĀ@ökÄ~c8Pĸæš(Ÿ'Å0ƒōúÕ7#öˆBÔú#bŠ@ķJ9ŖļÎ÷$Ļ÷pƒ6ÛŊöq‚I—h‡ē EÆÄllJ‰Ũx¸#žr?Æ2eEŒáŅŒĮŨ„ CeōáėåOæˆĖÔJcTü>°âŅÁ$ĻuI}žô…NÜøf‡d IlL'É=[Äą—ö9H¸!:÷u=‚ˇqBš؍Í0KĪ ˇ2éX—fg[WŠxŠÛ‚@z`Žé˜!8­†ĐÍŊ )ž1¨J:eŠĸ=ģßdŒØ8VJĸį|īÉŦē3¸ēž}’vÖUgŪ^`BúAPi¸š n"C'X75pGįÁ;U"ßÆW”° Čē†•s{(ûhoŲ˙(ĢÃÜįe‚kƎrôĒŋIąöŧK•]^5šĨÍ‚"B!š)úĄ!ų0Å;øyŧëÖn[–GŠī=ÅëaŽšOŠŪŸrpfQngXŠŠ õ•˜=a ™0bĖŨôõÆ1ÖĩI34Í4"Ņ2ågŲ—Î]ōÚE-'‘ŗŖũfŦm+3ābNn^9 ž]ĩéeÆî5ĐęÎüyT$bŋĶ7›F…z+ûã*đD…Œ˜d š<¸š•ŊŧJæuQjx_ękęĒ`Ô_˛ÛTZ;ŨAcøÉJ„…ÖE,õWGú2:u–ĖC‘\ö‚¯Ęî6€S˛,] {ITŌfD’yU‚ p˙€ĀŠöĐB=ˆ5Œ-sđd töŪ84 dãˆUŅŗVŗ„rŽvŦ†žj79ŠûAŦĻŽ†97TŲ§”5Īš!ī“˜:îBÉOg#LHĀÍCS éėoAÆęãfÃږX'¯oļšÍIĪčHf YJlK!ģ‹ÆŠábąÎjˆîdb IĀ€q+ņö…”Đ•Ą v´cœ‹H’)āˆÆ‘Ō}‘ŧ†#Sč,Q¨ØÕû:(…Ŋ=XSyEm.&´q2c9ŗ?Ŗũ€Ô Ö`đŠQ‘δ¯˛úōëú‘EŠ‰QČIĶˆĒ3‘î}Ä!__T*Ö…x+G„zĒW¨>Ėūø@LbȤ†uiōĸ˛š¤NöŊL­Ûč(īž´rKvĻ;ąąIĸ4BŊŌKEg…īœXÕøļô:†(îÚ ĮŦŠIÄāāp `ƒ€‰ÂēŲ<Ē¯øק ČŅŊFĻ*ĘĄÃQą5Ōž,=>ÎaâÂ(€Ŗ -".ėŅ |¤ÄĻõĸh釉 T~ßיŽ6žfƒÎĖ'L õī3‘ž¸šîKēĪV.‹ūĩqö/ø9¨ŽÎíqå,­3Îx˘úšdō& aąîĢV /Š'–ÃķP)P „žy;Ž_ø!VÁŌEĘŊšõp›Ŋ™¤9ˆÕ.>éˆūZ&uUR‘F‘‡wHIŌXsÆXi Rų Ŧ‡O˜Č5ąh´č¸bŪĸ~㨚Žfm˜ą‘ÆŽAÖ­hŌ•Á1ô…”)žÕ÷gĶÜ?h&Ŗá`¸š1l*Ã7ė{č˜öLtÄg}'Hē°´8'ËiM‚^$l1āŒˇƒÕjˆsōTļoέÁÎßŊIø īw8}9Æ öTäÉGŪqęúĪc(~5iäēAt]vŗĸkÜÛtøQRMčÆtč¨6•Ú$ļ@K]7В+ ȜôE¤žęrÃËŒ ŸŗŲ!ëß4%…aūĐ,Yš:BÄ%Õ<āX…´‡ŠÉĮ7EˆĢ†čY¯Ģ~ŧīIļšu„)ė×īKLŲ9„z€%åjī`fáÔŌmĪ,*°ŽÆį€ļ2É`ĸųeÍe‰Á€†¨O¸Ō&éwnp›ƒĘįcØaüĖ‘Zíq=* X^/āÎŨŠ’Š¸ÉÉ­Ôa¸Ĩ@šnã(Ģ9đŠÃËŗm Ū[`āՈ“Ņt‡5…aÉ X§nūx)uĪGŽĻ˛_k=ąÎæÃb62ē BųÍ‘pĄGŋ–&ëp:ūg‘č›ī;ˇüŠ5 jŊŊ‘æŸDˆÎ‡¨’(Ŧuėߘ5ötģ{;>WœBTÍąØ2EmFeq‘Ö×nļŠē—(S6–†Đ›ÄÔn_ yQÔvˇn&hʎ[EøHK›dà |é$am o+’YÍ}\´vօâát^ß9‹ņ!łܜ[v™pÆMĨƒGTBryÔ6vrUR8×ÕZÜq-Ëĸ%vŽ"ˆĒ~"”Ŋ_XÄ:fôāũŋÚjMöM)#u­.Đ_F‚hĻ–DÜIĄ”ûŲW„íļˆâ1dÚoēpĒAĨhEŠr-0ÎcĄ˜-h*|áāB‚9Ά˖ô4ã’qS˜lådĖzI.ļĘđŽ;ĘĻŒ¨­dv§‹˜íUŲ¸HÛéôMë><ŅId¨Ûaa:čk&%LLÄÁNhÃ*IBŖ'E,Î ĖŸ”ųáÖõféTÂŧPâ3yĘ\Z)64%ŽŠą“MĖŋëž`c¸ÉUu”ÃĒx–~âah”ČöōŌ % … Ą\ô𤡆õČtFĻ‡^åckHĘ`yúčRčm\ā ųũˇi§˛§8O6ŗ*ų‚õp8%ß]–’ ŖŠ'ŽŠ+ž[ŪXÍ3‚¨h7˜ĒŌ\\nä÷áúÆZ™Ų†đžÅa–hų_ąã:‹O1CæÔĸZ?GāāØî¨æNa1aũzŽĒÛ hK.Ũ‚ b!@ኖˇõeÆZ÷"Õô БŋM‚b.¸ØVS?ér~ž­ž“›­š%‘,k˛Ũ;9 í\P‚¸ēī%8Ų4kRŠô,‡ ö‹éÂOUYOŠ\Īá5ž&škq Ĩg˛ nvļĐŊÆ+›pėqL˜›$[Œ˜õÛ.œ“į&éđ!ęå¯ĨŊŸŧA8Ãz# ?nUŽN‘XWBŊÔ˙UC!0Ķ Zž&įâŪĒüŧŲĢÖ#­ō¸Ô!Ž‘~KŧĒyãĄby63¯ÎœūöĮĀøŦbg˜/†lË°mĘ6ŅŪŠI‹ˇ Ú-Ō4F ęąË€>Ū/ąĮÄŧ•ĸ@Ŋzæ ­i6l7.Ú@­­E&ĒŅSü:‹ēîčTÃ}ˆ28!â˛ŋĻĶ0TšķN@h" ­Õ™'Ę_•’b5X“=nŅfŒã"aĸ×nvëį"kY10yįĘ<Ü_“í†ķRā°§ķIKģ•Ņ5É}Ë]^Vé°0Äët=v7T17ą^¤ ąÚIšÆ>jĖUŊ:÷ FĄ+÷:‘¸dcyīs<ÜF“ų¤ĨđļũĐ!šģöĄĮ×ļWTÃ÷ąúéCl3dĶeĀ"ĮŸHÅņõįˇWr§8ŠÕ‘¤âbžæ!'d˜ņē¸,ˑō:\'9RÁÔdÕ(pņNŖØą0ŦË=ēNF˛LéâĻČG*ÎęĀŪFdzųɎĀkÕ\‡âÎŊælÍ'|V†Œuj2hj§Ŗ9!÷ ąĶ’šū*žN '#ģ56ŨmŖ vØĀDĒMB†v†žˇUÃlĩõõŪ[pŠš˛ít¯ķšxLvąi2ųL:ƒSĨœ×ž¯ŧ{9#ŌÍH„Dh{ÁÜU›ĩ T” ģôÉXRŖŽ —w"ĮĢ„ĶuŒÆ+'ûö=ir+w˛ÁŌ‰Ēā6Ō‰ãšĶwöíuNĒžo)š'ÎĢ Ëˇ—ĖœAųŠ?õƒįŲ<ŖN-:™":ŽqN"‚së&•‹rē mVūŅÄ\›PîH$w¯i'"(6ûetāáÁŨŒ*YiD՟ƀƒYĢėzP/99XĖڂŽD˜ŧ“„ )ôåĶ YĨi?PÕi&čÜ& .=g;Ų"™9[2/…Ázԃp…‰1dÔ¨ųaįĪBZ˜ķfhĩĄzb´\q =öW=.oĐÚėt"‚@‡Î%t4ys“•‡ ˙˜ĮĐ%ØÜGβņSTŋâlådxŨ&ãˇˆßEÁĻŅS{!dŌI,Ĩų°ēÃĐSš6ZŨ‰úĖ"˜˛):ŧŲ*Ņm’%1PÕē¸ŧĖ\ž?Ÿ.Ų}.úádt*Œ¯)ëÅôĮ‘p›&œĄŊ >ĐL\LŌĸ~ B9IĖ6Ą8$ˎŽ5"7Œ!:~k)AX"ŠĪ–Ä(jÅY]ŗp#âET„B<+7ÍŊÂüĄĪdžhX'ä‰×sĢ;?ąŦ—6˛õh4 ŋŽ$­ā§ ÆRĻUÅŊIūøŪķ#ÁšR°'č$­÷Ԉw9f÷(ßĸ7CįĻ;iuîČGėHÛ¸0¨žá.#×)ļŖ5™4÷ķg’Uî_z2ĪdAC‘h#ŪSáČŠGËaü@ r%S&F\…-Ļ6˛!Į?§ąÎf ëŨLõ´kú ĐËnb¨DKûŪY&H}­T_8ÕNí_Ą;"t÷ĩģכd=7Ö°˛a*6xŧfå{pĸ5Ž^›(Ãōĸ†Õ‘OZ'…z[˛:ŪŲĒx”+Ō!ĄmĨüøåįžūßo˙ųá?ʏoŗ:(ëĮyˆ*€û Ë<Ö¤5šâÎLyd$â0\Í5IÛÂM= šīĪX”ĘyfôŒæü`ˆEXüGīĀ/>>ģdiÕucæf(*818ĨujŸQä§$…đúĄŽÂëJ‚ŠÍģˇXŖ˜)§Ö°Xõ(`ĘFC/äœNĀŸĄ‘Ĩ…‰šFĶ÷/ÄŋV¨#9Po,OQ måvš]a,Ō>šŨöbVI21žĨLiܛ fîírŽîžiM˛€­ ÷ĸÖÖUI|—%`$Ŋ¯`;÷1üŽĄZSDĀ,5ËnÉŦö5ŽEžį9Õ g€ô66ĖŪ§ę’!ĩŗŧysGD—øļ†ŠŖŽųVdĐŒčŽčyä‹KiŋxJ¯ØڇËę á‡pŽĮ FV×ĀÂAX׸"IĪ•T3Ø8$Ē*Ž[áƒ!RÆÆå:ŽĖW,3†a+šAˇ36^k'ĄâíŦhÃúîFi!Ú‰ņ]CˆõFF3ŋĐûũfôĖÉ(<…#mÄ< ŸØ‘ēAjŊHā:olcŊ=(4‚ōS!7æŸh›įˇâōuMY1=ŗģ“{Ņ÷iĒ‚ŧÄ×ƀs€Ūf™'å&XÖzs$A •×Œ)Í0îēū- RÚĩVā„-ŠuáÍ3Š­Õ™Tœ‚Ģfã)^)+ö˛‚ĨÁÄ;j–ŌDÆāßėCqéŅĒ/-:2áM¨ÜiIkTpŦbŦÂe“â°zĢJfŋ™“y?Vkõ ûnŦtô‡H8SųMíē2uz#D ŨØN“ÄAeÁ âĸ"]ęúīÃĪŗôB*ĩ'DŅī/ļ>ČĘēx´ÖÆ7^eM…ÃĨH{åP÷^j“-Iˇ{J˜yĮĨwcgęMĻ jŨĖßZē°Ú“I aã‹ymUņlŽÉÛ5â78ũĄV‚}tÉ/Ån…ų1×3ōtÍ:ÕO0áĒž@ā:pHÖJæ#pM;ēīĖKŠ ˆ×$ßdƒ"ĸõ´ņJŠëûz‡{‘\ĐĒË5šˇđj ×ÉĪÁĢŌ2RĒáĢ™+x"ëĐ((Œ˙tÁ‘Ö.ąõáˇē6ŧqŠŦ¸ØēęūɋŪ0“ÎŒ™ÍuČŧC˙‰ĩ0vā'ē|cø[Yíž NO ^Yēˇ*k<:CYF`”¸†“jûLŽ´•#v[Č pŧģ - áŽŋDåĶëGÎÉÄN'Ļ–[ųqAî5¯ŽüĨ Sņkį}ūPßt°´ƒŸ`LߖĄ“ŒË{ĪmlžÄÅgs%ŨāË]c>O­ ģšBüÖ^pĩšžĸĒČkĩuiuŒö۝ôÕ¨ØPƒyˆX ļŅíąoą4>žũØõŠåIĮx#j'f=æŽÃÁg4_ŽŨ`\’įZ䀓›Ō™ŖcØ2—.m5…°ôĀ›“ē÷nō+•šĨÛšÎێÍFŠÎĢ&¨8ņnõäeŦSđRƒs8§=v ÜšØ[īF4qVw%˙#uā=” 9lŒ1ŲĀ}Û_ä´T×^…‰š¯ €Ãkę|ŠY2—÷R Ŧ}ÎCt_3kMVãčÛ¤ŋEÅOW^ÜŪÚ7ÅyB 9Zō˙ĪåĻmąŒ5‹íģ)gŌŽávÜ+Į&RÎë…į<‰P°Â,§œ5Ī•“ž# Ē”ĖoHÛũëõæ=īÃfŗiÃYNŊZņ,ēĪNîŲyģhTS‹­–¨áA,×æLƒĒę™˙ŪY`چĩz WpžûbiĀŽÚ´‰žDËE~ˆxjÁĪ ?ë6Ā6ŠClJŸ¯mb€˙XŠŌŊ´dąm™ä"ĪŊXÉĸčȁĶ`BŧĩŸ{Ĩd;ž%gj˛ŅPŅuü˜Ō´ČŪ!¨ĀŠđ0 ÔP+Ō/ÁútyĖÁHûx`Ųį(IˆĘÄYę™tĖc–­Š|øöAĶE- 1…Â\ØAwK”Įį…ŊÎŽZÃŅ7|¤*ĐRÔ>š1āĮ†@#“ãĻ¯€Į,ún§žüÉUĪŊƒ6h†‹/&¯¸VMNÎ*yF‰ĄŸ+ÁēzÃ&ž eÄö‘9;é´]F7ą‘zücÉîÖôcZčhuîiŸĮJėØälÎ3ēÛÆĶąFՍnIŪą™oÖĮ´ \‚w5_Ûõ’DĒSÖmôĄĨFNGV¸Åŧę†ĻaGE bŗ1¤„@s„,Ę]î‚,ĮY00#˜zāĻ“ė]F &FVH“đŖļ†oųŧX™p”a˜+4šX˙s‘âŪŽĮ`bé(#Ö5H ¯Ļ›Ežņ  o7SŗHa’g[u(§Ė!<ĩĪb×ūh(Ļ4†Ä—îĀ;éČÚ`šķ4“ēŲÄ|ķŌ—Î4Ī Āc{Ũŋ­ØgP¸E?Žy[{‡vĖøąd[ģP-îVhomÍĶĒE”[‚ŽģÚęc‚˛¸ü7kũxĀËÛqIPâŧĖlažTÖĢũ¨ÔÍJ™Ĩē{ęŽäúnÄ4ЕĪNd¯<ĄpĐ]xĻˇîĀ°CR|m_‚/ÎPÛ˛ŊMåģĪ~ä,WŽĨsß__ ?ąHLqU•’?"Ú}Ŧ ‡¤kœŽk!îĪRNšĪwBĶ–éN)rh˝ēā܂wP…PnIę] Ųjā1Ũc\Z9:ęļņb>ģNŊÜīËXAœį"YŒÖÛdqŋ+…đXxw&”× }tHLâ–nS~t›yžX**ŗI{ī1ŅQüFĨ•ŽMf‰–VHuaAaîŅģ_ƒ~‹¸%LĄ4ŽęÛÖōĶũŗš&[ĸ3ĩūô*™Xxģb΋–0•†*ŗWweŦ—“$/‰DˆS‡­ÎmšHNūGāC'ÃbÛ|Ē!Q_Ŗ|>ą‘K§DEęÁĩĘÛü&Ā.ˈRMyHŧ į 2 ˛#—} Ģ ąŅųĖÚ˙āWSDĻiÚxgę~䝰QH@ęĻĪ"8[k~ÃyÛxs'ߖĀ*œę‚ĩD6Ē3¤ĩPč[ü“ššĀČDÅĢ§#=MĄ|fįëefŗ÷#[FÕPų9Íúļ$÷Ø jŸ¸aØQÖ´ŲAĪ:DÂAœūÁ‡9‚lI„o •2ŋ_“a˜Ŧām Rų0į™š_Ŋu™–Zņ+“ʍú&iûÕ;œŠ"j˜Ō-…Ļ”Œ ã0š[—´F´åd<Įˇo÷:!2t<ąlhe¤šÅײEV_gøՓ˛bĄē5RËy(twžˇ™ZíÖ=ž5bˇ“`põmKĶ ákËt j=UWĸæ HØ1SŠ×)‰ĄrŽĄîØ÷ĒŖjí÷l}ŧ$. Đošu2ŸĘlĢ‰Žęf ŦŦ¤D/˜›čîIB4hÎYũk´Ūy㈠ī:ĪcƒĐ;2?ŅˆŊžL Ū$ĒÛmĩÆm@¯p&°…Į˜ã0äŦØŪî=u0ĸ" ø|;Ā•3ä´@žŒexå#Q˜ŽDŠBžxMĒZJ2ŌW¤måJlGʒm[>āŧŌ/ōbŗaęš)KbŒ?nšĖŌž&BČĄĘqÔĪsjĘNHv',Cī†ˆDâĢj~ÁåŽIiC‰2įˇœÃ„6Ū Nå´ËëŖiuJ›3™ƒÁĪĨhŦņˆ‡•‚ļÃNļËsČjĀD%čĀ´%^ė YՍߊ~ Ãąõ¤ “UdÅoŅĸ>˙fũ8+h{éØøxÄĮ”)ūį1ÉĸPlúTÃĢß ÷EŧŠÕʡēĘôũP7‘Tļū!Ķ˜šoē+đčG:К.ú8[y=9ęLŠĨ/Ęl8Ø[ĢļŦ4•`vÕâīŲô[÷ąŋ‚mž%fÚu—ļ§}*dŌ“č&ē"UĀPŌÔæZį \“˛xeĐ*5j×3F-qĻnH‡¤š4eQd]ÆLR#—qZûŽā ¸¸‡‘0—é”4ŸŌĘä:3ÔÃz{W$NŧõāWđÔtĢķĶĶ8ЃęÆW“‰KW‰CxˇZÛNŧiŊ0ķĖ7ÁLįZ w„¸hę÷NũräG“[Øš‚ëÕĩ˛Oĸ…[j‡t*=°'ļĨûpûėK.Ú¸.ë ( WņŨ­y ŗ˛WČlÉ3ˇ’ô\%<:  ÷ÆBŠoJ™Ö_ŒA'”,͆ •i"ŧĻØ æėčH~˜ŋœõ2‚ZExūwyQĸ‚ÆbŦÅžî āPŠŅ&ėĘũ,–ú*Š¯­UŦīHw#ÖtķPá’RkvĨųS­÷#ŽŖķęJ„9ĒÅ6ģKhÜšąž’1QĒŨYÎsQŒēŦ‚ÕįiéU*ēÔÕā,2ÖP­÷#>2nÕ ËPĀ}ûĩë-ŨĒiÎĄš˜`]ĢüPøl"5ČIĐRYū4ķxƒ„é4ōÖ6b˙u‚ehâ=u•<ŧ8,DāI{@Ũ %Aī“ˆØ–Ę@/âÚGųsĨī;ÚĄÛā‰ÉĖ|­āE'5zĢ.VTĨ7 ÎÕæKØÂā+ ߞõyÜđÆŽ9p÷E$v+Qr㉊T |čnJĩ6Ėδ;“vr8fˇĨĢ]āšY‡Ąú8Ÿ.ŧõ4` ĢÃW4ZT¯¨ž’Ģé'đK•s:AâØĒy“Č9”˛Ë°“Ą:h=Ëá{b“3*snę-c([ļ˛aÁ™ōˆålŖCsÔA ãæ~VMG˜IæēfÕS‚E`XJÄhYōK‘AM‰GQš]°ú:>ąåŌ‹Ą,ĪžûČDZĻ1ŲDaļS9ƒ ēĒ$ ×Mé•ŋŦLÃcĄ˜ #­d(@¸, YŽØ.&¸š/3Ŗ >ØŪFĒ­€§AéüLŧõ)Íč\o•‰7Ņ9z Ŋw‹šĩÄņ k ŠxVąæhŖKžvoV‚cu‹!×ĒZ‰7^i{œ•ãŊž.0>(œ•2žÂpĻûNĮ=BŽĢ2ÉĮ‘ĻBn–Ķ!]LÄĢŠ‚6ą0sFâĘ4ÅŖŗ ûa]ëį8րwRŗãŦ‰ü á O2QyZÛATœaĶ ÍŅL‡ē$e°[˜KęōĮļ Œ×õķ˜î×Ė(UĄ €iãĨ’LĨyâ Ésdĸ—eis>Æņđāøŧ4}­\zøĻl ~āUĖX~<#ēā+@Ôsú<÷Ą)y;3vę\iįŋiT<{õÅá/’rkéMå&ˆĪĢöAŽ™đCn’ÆÜwU›HĻDHĨ"}8ŲRQ./‚ü)# ]aøN> éį8–3Õ3=æg‘RÆ#›"?G2YŖ ˜/S¨R„sá+8˛…vęē€Āú8ÚÉŦ‡lž$eæÃŋFJ6›Ifæ%äĀz!öԗš°îkšƒžZ+YYՇË9¤Užĩ|ÂH‹pōc(´u/čķ‚…¨_Þõ°áŽHŦë$L’ē×háƒēbÄeHĻ‚ƒŒũoŖĮŋZK§ƒû`žķĐž¯›"Ũš¯­ŪÆē<~ ‰'“č›ĸŅ>ŽÚ#Đs™œ‡¸3Āšaˆ=…Gž}ž4 ŊŽ1…ļZZ‘ x Õk‹ŒŠJcŧܤé´mhŌ$Ū‰Šf=O ĖĖ!qŽé´‰`{(FöohČq´æwūę OcĮØoĖ¨ē '–˨āējs]:4uhŠš¯5đ9įđ™°Ę ‡˜‡´tUBŒyAÄŠ¯/¯ËĀĐ0\É˙œ][ĻLŖ×NÁLf>Å¯iöÚÜëHzŧyO+J˙xŧŪŠũ3FúÜ5Éw§V9ÚHúŽ4nâyDđT>‘\æĶ]ĢN¸æ´ÕLƒ*Ž™Ę—=jWƒŸûJ1>Įül´œlĶëû KĢŸÎŅŅcŊSF’Ŗ|háØ8”L0í2ˆ~Vŋ+jĮųøŨ<26Ā0˜˜Â{ūOHî>ĪĘ-Sņ5aŌąw˜:û˜_—ržŗ#”ą;Ļ~×ČĖm¯_6ŲÆHŠ¤ZJ0Ŗx9:/õF—EgšŲøaŨL3Z]œĪc¤4ņØWĶ;fĘĶX#'š ŒŠoԍ#Úä8­îMgWrĩâ0b#ÎŖąnō0ĪOãŧ Wo?ŖƒÍ8ĩ°c2 Į­]`ڒ~î™tŽĀ¸‰ŠÛČÕQĶ^Nēčq‡’SR)S–RĄ™_€q­7fäûL*Īŧš”’õvŽk¸Š‘3ōhå3ÛĄą;“S\˜ ö=üz“!´É;Ô9Jdŗ%ahĸÂŅāYę¨pŪzâąĻ ˆ3P: @)ĸCZƒšØlÎĮ+DŋåČ ŽđR8r––Ü+C /ƒYĸūĪÚķâˇmá’Äu’Ô3†3Ųˇ&3ŠLfF텎†•úúaą#eĀŲ‡ õ,ōę‹Ā2B‹MÕ\gŦcssCBˆ:ãWK1Ŧ‰ûąTMã*mŧŸNÎ%5õhMD™Š×lĖfɕ™ŧ¸>t;ũ˛O¯z,ę!ņh ‹ųÛ^†Úą ;”˙ŌíŪ>ŨSˆggL[āTcO™9Âf ŌyHuĮ°ĻƒØؗT}ã?`1›đpŽų˜KČfZü¸NÄ7$,“9[™ĶčK.ɂĖ*{īųs:iĢ‹īËŽœ SáT-e]BŸ˛Ž”ō*qœILö9ŽÁ¯Œ¨€)5)ķ–ļø­Ņ^‘ÆĀ Įņái ^9"Ģ.ŋNt˙pBqė°ĸSÆ/’3‘n:>ŨŌWB-ü3wW´ÆpŲȓûb&ÆäqádCąŖ+Ąē5 ‡ÁŪ„3^卙/#v6bŌÁ' GĸÃ$€ņļ:Lą„ŦÖØË ęIûĪáÃHßĮî ķ÷û ø0„pŪm(‰%Ē]{Ē˜œ5PÃēSŨšĐĪÖgŽĮæ5ŠŌ×Į íUÁœDFüe_Jŧ gI#€ a5Š8%~ˆáI=Ŧ,`Aā?Pz÷Ļ$֗䮓ŊažĖũĻ $­ëĪ/Wu=Æ ¤ŅĮ3Ē;ø é"…k%Ö5ĢaĄiucžOš|ĘčūM~Š:Û) ŌraŠ[ējŸ—A–īœ[¨^ā$LØZ7J,ĻE€c`ĶÃZb™ŸkgD†‚­dˆYöi–{ūūwūŗ_ø—ŋ¯˛ŗZĮ‰šn?\&Ēîá|4Ë­oąkâtĄÍ§9aŲQN†n<ŖũG‡”¯U(´ŪXN'¨YU)°‰[¨“×ÂpĖyąˇš]šƒ+úmĶĪæ ĒrĶŪŖá! Ņõ,î )KŒ{uR\2¯Đ1>čđí–úĪõŽˇšūÖĨ¯†ž’ž•ŒØų†~>q/œÛøJo&’ƒVĘí—& ĨиCø*Ōé  Ŋ5PV0PŠŠ„Ūĩ$Ž8sAĖ\MŅĘũ|XŠŋŠ˜ã#Ĩö`…WûqŊgæú[Ū]Ŗv¯Ũ…`ģ"OŲĮŋ:&¤áĒĒ)ŊRĖf̈́o´Šk: æ´s‡Ķíû‰hŧgGõēq-—1ž×ĢøM,  t¸žA¨nÃŊĖĄËZ‹į ?ē5dí¤Ŗz:C1ĻŽë\Y‚AG.•E€™¸dP~úŧ†Ėī><#íûœ[Ū 8S ãlHÍXŖČ'Įƒ›äŨ¸`푋a/Wڇģ¤œˆ•töŨi÷ -fx^ü`vÄ+ßNŠŋD\)—xĄšŌgŋŌ€Č—č+-5ŖÛNИ(žˆN§¯•ÂÃ!nX76ļ&`–…ø}ÛŠ#ŽĢ¨IW†*Š;ƒôÖâËąÉÔExŽæhådļ4eĶÂXíÖĶ2û1D‰Č„ÜG,(šEšgĸ6™ãav{˙Lhui•X?ÍĐ"5ŧĮąĩ<cÍŲZ ãɜ™I<֐\ĖXŌ­",’[qČiÍVdũ0)&"fũ"ļŒOcŖ[ú<ũ ĒÄ WVAã•bĖK ˆSÅ'ĩņŌąÉ>ƒ*$7–’ËītU¸N_ËõƒÄĐf#kf,KP!žĮÉŅęÛō¤=ąw;MŲJ—×nIžŖp DKf.päRĀ30ųûLģZJ,¨Ũ´6˜ÂBg2ģ+FL%GąĄAė8fx„;Ÿ>k3C`uIŸžõķÃ`Q OiSá-“ Ņ—  ˙MB7Ÿ <­Ą×7“˜ß7{ԓ딎?nģ§Ā˜Jūyŗ~WIëŖcÍ>y.ņvJ™ķ׌ā’‹§%ĮļŅ^ų†ô=C´1MēOx6xáđ^×áôf›˜h)7ėd+ššŽįė-¤cĶւ†!ļ| ­×O­SĀ.I]=Î6„I-'Ž g°–fī/ø–~„€‰s#JvņÜ*Ë ČĐÜ5A1kK}ŠãÁw^ūW<ÖMÚ3õ0nuw#[[ ĀÂMĖ¤$vöW Î%Ļ=É&ŗŠÃˆ„]lČÖd×N>z+÷ékâĒlŪæV6ęų„˛Í™ĐPŗČFČĄ~4äö]KˆIuw&6ŖĻaT~ŽÃN ÛŗĒvȒėę›Fæ—ķ nÎ39h˜6^¸ Ģ[—MSÖ¨•¤E÷ÍT8íéÍ@Ŋ (‰šÃa•ģjPXĘ[qũĮŸ~üø?üôųû_ŋ{˙îËû÷éį?ŋûéã/?ŋûíķ‡Īŋ~úüņËwß˙ūU\ŪÆ}ŖŽĮ ŦdJäÅÉÉ>&}GÃ÷ˆ>ģ †Øązĸ‡‘$ĘĻÔņC‘Dų™ŽébBä žęõdFI<ÅÆÆãQ\6ÂngÛÁœ1Í,otœhĖ‘†¤šxĨ¨xô/>|¨vcŌĻķ$2fÛDA-e&ĻÃē˛—}tíu[F_ę ckb‡Bäl­cp 6€<Ŋ´p‹ˇoēŅ–| +ŅŸŖšÎQ‰ū€ ­U¯Nä™~Į‡ËLoĘ3MŨˆ[ûđLΊŽŒ;¤(Į;I(tî| }Ÿã¨õģTí’ęčz¯y¨ÚŌņaب=X% =ÆŽš6ĀĢ&r¯oŠéf‡įŌž¨ŊâKEĖgä"BĶ2 1(L\eÛķH¤˜ fĒs›ŧQü¸Eé7ī;ŅەŅvbfîCCŨąw?RÚ AN”R$ļ´˛ļ×íjĒ×9â˜P1T|nËėƒûĄÉ6úA ĘŽ*†ģZŽęÕԕ„>/— jląČXšņ&{Ž Ô>°šŠ“‹˙8}``‘ØėĖQËŲę\Eŋ÷ofƒI=×GCĢõŊ^•°€Ē¯.ĮˆF?ĘO՛dĪŊ„Uåä‡`Ø čP×l¤â›Đ“qįEįÎŲJ¸ydjņéC0S†ŨXËdž%$¤:dvũR•°‘@××ā ‹w@Īš.œg`zŗrd9Ÿ¤L˛{6ÆÆĶ“ŌƒŅ bsôܝS6&^Éq;í„ģvî+Č܏9Išō Î¯Ë7įFi5§ßGú9Ģ×tĄÍą•c~æ12)Ī@yŠÎ5rÛˇ(č–ãM;á#z&ÉÂ>ŪI\ȝ,qxCdē‘Ā,œ?‘ŽŽĐ=cŖûf eCļáõŒYŲë Ņ’āúxoDĻN2pu“MÍe5ûÜ_ģ†øĄâMë%Û;7ļĮōÜâF™Đđ$ĀãĒœdßÔ¤đ{' Wßßxq)sŒDg‰ŋ+֖ˇ LŖT ßčģՉ#õ°ŠcšÄ´cnK3?€/'¯Ĩaôqŋ Õp.hmœ*Á ĢžĒÜF~Š~˙H[ļ#mNVŦ?ƒ¨[°ŊJ›6m]XÍĐstEDõ˛œÃŽĻ.ĮŦfx6{M¯Î–ĩë€ö7.āJKšöÃ[ŧS0kWį|p÷g,"ts]ÉœžĮŠ.Ô ^ĢŠ¸˙ûĐģˇ!î–&|đ>Fˆ/$*đ_…âŠā{PZ ŽęR7~˛Xd)™j“¯=Ŧj&t~šú/jc¨„MΘąĐęFX8§]Ÿr4;°X™!—:yv8qÄK%Û(ã7q=­•Fk¤ŗˇ‘į$:[ŽŸÎĄĻ,­ŊŅ@ĪXš”¤—éĶ\­gu1ĮT×ģt}éxéE• °–…×+\ÜâˆĮB‡ņšú”ķԓNÆükoˇ­–Iō'ëiVųmŖ@nCևĶZ˛ĘŅ6Į~2ô/c÷lƒ<•ŦŠéą+f4Ōd JR!œÖžZV<>hžrã…û‘pWŦjtLÔļsg‡žÎœ(šz(1’ZŖĶ…æįŅĶΰøĩg’!ŊŠa,ŠpN;ŠŲ d›âúķ‘ŦKeŲ ŲPkƒ+ˇŽsô¸mĩ‡1\ęô7/Ūã‡Ė-?ē–aØĘ$Ģ]F&äŽNÅ1 ŪæĀa"˙Z"Ųäs›zö uâ§īßøĮoŸßūõĶĮŸŪũôŨ—īŪ}úųģßũôņģßßũúūÃo?ųōëo?|úJĀąô/s ŽøļbšƒEa~§ôŦN€ŧŖĸŌÔõ`Ŗx°Nw–žĻ]9BÔ°W ;ŽØ„w'o¤$Ī ąõ•ĪČûŪ˜8ád\yZŒ`X㠒´sLē2Žˆ—āøŽĢ÷ø"čPņJx°ŅĖ´ö3.¨JL“˙(ã"9‹7AÚa˙ÁŠ×`qÕd7P"ęŒLĢMs=‰6Ļ3“´ĶÛi)^%‹Ō.Ŋī3Ö*^‡ņîPĐĢédz\Į:ņą#%¸2ĄžY¸æū(دXG!ēĶ&î!™ËŊģŨDīÜPoz‹?|÷éķ?~úņÃĮ÷ß}ųūŨĪ?~ųō•¤ôūŨĪßũŅjüôķ÷Ÿ>˙ōéũoŋ|üJRÚ˛ĶŽë)ÖĢĶž!ŽĪ*!ˆMíŅÚ‘ē*š!ß8ūĸT×ۊ`PŨ5âxmÔą(u™ÎüWĮpfĖGŪ~öŲqbßŨšŒĻöÕ[ļr‹–4ŅĐė0š6%kVD¯žY™Š3vWŖ[`6›ĐCŨIæŲÆČķ”•€×MĨÜXĢ$EZ,æŒ_č<‰ %ĐÅú ŋ‚˙ÁSę ŧ›bËôœŗƒāŽ'î~7Sj(Č[FW#ƒ™’ĮĘĻku YQŊ×xõĄXī(Ž74eMŠaĮi%ûä7'Å÷ŠÎqCÛ]Ŗ@aꮋ ō¤ôâ:—R*w–üeĪáSøz&ųܸ’ĢƒŠëú˜žk×°RŧĖĻ‘^Ģ~7×N7âķˆfÖ(lˆ#tíM˛Ė$’^4^ –HĀęōũ Ģî͓ fžM‹*Ģ[å¤Ī;™Ą H,Ģ:‘’´ëiĻ–”æ÷Ûå‡ <‰˜FëE>…Õˆüš†ÚÉS´L&đXYÕFÎ~ÎõĒ­hsP{+ÃˇæÜÎ)kŖ4CYæķ“É÷Ę(€ŅhČāđæIFMˆreš›´ĻbBöÜ7´FŒIņGjįĀbŽ ŪœØÖ-Oú3¨ßs%´5ˆ/XnyBp…J‰[}dHmŦ0íĶx`“g“Ėq2%ŋ˜(7ÉŊ÷rá0QÜßĻ+HÕv­7ÆSOĘšŽ6îĶhŽâĻĒ5Ņz##ļyüŒzÄũlÜ\m a/}ŗōZ[—sÍyG#~& ĨsM=CĪwåŗ:^gRféČæĒ~”ŗĸI2[†!úlÁJOūģĸDØøkˇĶZg1Q`G˛_×Ŧöm­s3nŋîî*õŒVeģÖęy5Š/ŨĪA/.enmŌ&ĪÛŌö\•˜˜Į-š $‹ĘjâĘ>“{2÷sxĸŗ̈́¯R‚;į5ģÄ “Šgđ­/™vĩdßéķ`ÂÔ0iEÂZLģ$ĐāÕũ*؉ŋ*^`Ŧ†QDčūt\Āš1uų,ģÉ NČ7Đ÷Ūø+RœĄĐ î¸ÉŦ8ž#0Lü´˛ÛÂŋĮŨ ÚT#†×8žq'ĢēĩÖĒä)Č.ā,^/{…ų`ųy´Ęī9Ę%ō˜Fyæģ•(ē-~WD‡ä‰īšá t$K>–„Đ+Ļq}]<*Qĸ5ĄÂi­GV‹ũ‡4f(æ%Įš•CdĻÆJ˛É~{Sį’Ā`1Âô\čŊ`ÚÆ÷E us ËE}!„Ķą ĀĮ24cŪœæK׃ĀäžCĒUI‡U{ûIė­@ vdĘKäDjģ-]ĪÛŗ­?ŠĨrq/E¨×/ˇ Å”ŖČGoĘĪĀt­Ë­•4WIŊzt3Ì0‰áÎŪhsrŦ WÜŠčiĐZnēˆāD1ŠÛĮ%'V81&ÉGT×QÉĨ‡šrí ŽÆjSO™¸…éT2Až™øŅSvwC’ÕQFíM6€Š”˜›úÁuR`ąš $ŋL-āÎā”ÅĀąę™ˇ‡~#pˆg˜*ËMø!˛ŧģNa‚Ā夯N=Ô2ąJoŠ3SUĩa5t}Ūo‡‹ŧÅZÅV¸ļĀlmšK֓×ķ#¯Zė Å08E7Ī–}}¸ÎŨK?RvĮ“q(ĘĄ†°ƒĩ•8ûd¯¨T ĻCöø:Ų,s5ÃM+†Đš’ÅįnâŖsũ1˛*ÃO§Ģ¯Uxķo™lA=åŨÍHĶ“17ĪĢ3ŠØĒ¤¸ÂG~#76$XžAŠ "ÍŲ>u73Ü Ë֍SgÉ\ë­ Ĩ[NSĢ͓žã]ÔvZį„Ë;UœĒîŧ§ëĄö>Wž—(ė,ƒÅūOA] †ĘŖbō&˙U\×ūåõˆųËŦ.0Ā7Y]vûĢÄŪ¨Žo’ēú/“ēāĸū9ŠëuA(x“ĶUh™F*­R€X$]—žÍęšo˛ēČúxfu•ŊoÂēúß ëšų7Ķēū.Ŧë<Ģ+“¯oģū”×õm\WÂ/ņ@˙ī†uÕ_äuÍ˙c^Įāū˙Õeųû/ģž ėĸOü/åu™ ŒoXĖR˙>¯ ÁÁJ‹Ŧ HzŠbeJfįxčŗ—ÜõīEwÕčMų?˜ÜÕx†$ēë/“ģä^×9ēKhõoŗģHzūģü.†ĸũ?Ÿāu„˙<žK×ÃŊų]M4Č_%xy8|“áĩ4Ã˙2Ãë%ŋđú÷3ŧ.Ú&y×úg ^āU˙V‚’qân÷Ÿ&xÕ_'xĩ!uYčį‚lo‡Žk¸ûÁ]ûMl—aņŽj¯l¯ŋ˜&ą];°IhøŪØŽĢ;ŪŠ÷ŘÚ5˙~jWŨ”č˙rp×ū‚ģúÛā.ũ1’ ņWš]ĢÉÔŽy›Ú•ČŽš,…xÜ˙[‘]Kú߅vũ9ĩĢ… ūujWŨäyw]˛ņ3ģ CÎŋČîúëč.cŧ N81<ŦFĐ%žË-žŽšˇ^dxĩÕķ(Ę{ãŖųŸįx=bŧ2ĐFeusŧæ_yũë¯ÄxŲĒümŽū3HJđw{æxũŋÄxq$ûģūäU䅉ũ(ų§į˙/exmŊÉđĒoBŧöO!^˙~„רđđīŋÉīĒG€Wĸeū2ĀĢū{^Ą‹ũm~W=ķģ⏒Ŗ÷Ÿäwõ/ŋ ŗR*ŋĪī)GŪWĀõß đ:—īß$xũe„Žn˙S)^12G“ū×^&ߌŅË,ŋŋ ōšG×AÕ˙rŧöMŽ×yö6ÃĢ7ŠŪhH˙Y†WŨ¯ģ2o†Wũ]†WĖą) §“េ9ÃŋņrDēߤxÕߤx!¸ē)^˙$Æë_įxũ[1^Į•šäī3ŧúfx!†iū˙o|×˙L~×_xÕ? đúˇ3ŧV?÷–áõ×!^éöŖHū6ÅK’ęęmŠ×>3ŧHŽōęSCWŽų#ÃË/4FK[Ŋ×ĪJdŕM—†MėeŽ`SÚEŸņ]Zy˜ŨôŽęg|×|ßuÁÜRÚĒĢž! %˜îĸ;8­ã”cŽG1­aĨuķ*ņšž‰—T¯ũę:BŧYlmoĒu&F]:-ũcĖÁ˙ŗdkI˙áÁ5:ŅŖž&^]QxmčŊk y†ÁÁÆ QJ#Į§Ã>ōd:Íąŧģâ}YÅ÷ōĸ3!:8Ŋ€Ä–ˆfôLkՌĄ\‹%‘Ņ 1žWÛ¨á˛.Ã‰ō4ĒG¤†ío“Ėø-nÆSčÁ$p?L=‚^°WĩÍā#0š˛ČÃĄiĪrô„X­NˇÄ9` Yĩ“Ág]čjnįo´P™ƒqTW&åôĨ†š1rŅUMc͇5‡s¨†č 2Š‡žTĖ7t+”ė_7 (ĻmEđ0}ŋ^Ũ-šn{]ëÆöli˜}Yl\oÔËÛ!s%<3Ķ"\C†Šä <"¤˙­,…L'.eäžHįÄÄöīÔŌš¤(uēËįQT9¤6ÆPn?BÃķxÎi{?IģäH*ĖėâžD=ę‘tÛĪídÍÆI7)TžĢ‹.CŅSԐk”kģņ^ŗ]Fgå(ĸĄČKæŊä?UPÜ#™o|cŒŨĐGXgMüH‰¯ˇŸh—9b4p`娸LäŠü sä‹í$ŠPV‘3nÕŊSąŦBÍ2Ûąé1ĒuqķiähÁ”Ą¸Ū‘Ķ! 'ŗHúÆÜ9ÛŅų 6|‚ÁŠ~Ú´u}ˇË(ˇvkĻLŨįŠ´6Ž>lĄvc¯ÍĩĨÉPĘ×M9€iā'U‹KĘH‡čëšĻĻF}Â¤-,‹ĨJ•Ž×Xš†ē¤YƒÖ FdãÖȟēŠ›ˆ ĪĪ_;ĸ&égԏ€ ãŧpĻ j_š‡•ĻôãƁœšÔUĘJ)ƒÛx ÚZJĘX„ĄŊ×Î\ÁŖ*"‚ąZ˜ŅöØŦN͕j͖s&Ķ‘*?4)Éˑ/Šs!#ʸ û1qmU\`¤gė’k=<7…ŗúí“• …‡&ŅŖ\Ą™Ĩ8ĨdNŌO;ūßGN­4U„ĪÔôMīi-I•ŧS¸ƒ_F4Ŗû”ZĀdJĒ/WĻ ė„•­{$ĸ´Ž.UnŽņšZūIxâS7Ž8,3S7ƒ ZØ‚‰Oå8W.÷*SmsoÄĀ:čjUČÉŒ” ¯ Ņāø°:Ö ūp|>ĀŲĖĩŧĢ^„I~`ņŅu4•‹xrQV´¯ÄGŖ8oįĄS?<PŨRĶM„Bė0^Tb"ĸŸM°%Ú­˙(S ;•ŅÍM…I)–lü^6+Kú´Ž0ņŅkͤ¸ ¯{kROPŊkqĀ]ÕR:tŪÖô—– *¨’î‹~{ujōrø ĩJw Õa\žúAjÛbeÂ{—3NČÛ‰k]†ˇŽE˜ę'ėĪ<ä<׊ )hˇHßEUŌqx™†—>6ˆöĮŦõ ÄĮņáž8Aŗ’KÆWH3sƒęûækä”wÄĀgŲēņ—ƒXzÍ48ąņĻ1 qTnLšiœs ĸÖ †læg§,fö rqŨ¯”ģ­ÄēæJĻ|YWžY;Î9MIŊ}ûŠĢ##ːģûÆČmNÉšmŠûI:<‘dû†fxÚâ™(Á!¸­Ĩķø&ž)#5ƒĩä†}p”ĮâįsÃN‡_æ!‡q[FIā)h§Q#;=:)ŧõ/Øŧkč ĸĮPSÚZN"ßĩĪ´$vĨįŌ,SæjbŖôd%¸ĢĖįūž6Zkˆ€~]ŠiÉŊ§2Ķœ@Žpú ũá&N+-fĶ(mk¤îk*âÂØ{ŋ‰*KŦœAIEqŠ]{™Bkž"Ĩ“QŋrúKŠÛä|Ú;Ņ˛âĐį!ĩ~bĨõOŒ¤u([Xë6‚„sUĸŪs fۓĖá}–Kę"g°Ŗ:K€š…6l(S#6ËMc^c—~œgW. -e"ûŸ€$ķdĩŠĩ˛6ą`jËĖ€HíĨ™w€rUGå›-)N1ĒčOũ–ŋ2ėĻBma>Ųĸ Vb1y‰ļE{$ŲoF(;”xŧ‰šÎēkš´2Ė\™K_ķ*ęôøá( PĒŲɸLĮ]É#¸ĩÕ6ˇlƝdēęN–vJ>E=Dˇ“ĖÛq3 KŨžŖo€JÔŖ.öFŅg‡tĄ CWŋ×­øYjĄ¨í™K57WLĘ\“r({]Ŗ Ō*đÜŖŦī*uoŌĶ* h „ģ‘uī[ū[,āõ„ßg6|—Ĩ2‚Ũx'Ŗâ8W&TĮ‰/įę¨"šŲNuŲfŦ@t^¨e›‘˜r:Čr“s péWÂ2‰ĩÕį ĩ^‘ÁĪM´0!4õ1†ėp[đ‡3¤ éTLmt’iߊŧ7 #w=Ū ]äŖˇŠEF=&­ čFĐ6hâ€ÎˇŒ¤)2 ¨˛ ø…”‰×ĩQjoĪ)l) u€ökîŠęĸ‘Žœ<9„Fķ2ÕŦˇ.ˇąļđUkÃĸ7 đŖqzU‘BîąÚ˙ŗ“øɓ–ŌOĖ ›JÖ3Dœë PWöCJP%3ūŪß(Œį&YŦĸ˜$Áũ¨ūiŅ'ââÔôfHā]‡öĐhˆIa¸*¯ĩeXšˆ¤IøJ'd­lY €pF_7XĨ0ĻCN€Rŗ×Ékȓ›ë-Éŧ€ ^7ĪT"Ē[XØúDĄ^]Ōōå× )cĢ]žÖ3îA|Žõu%ߎ R¸ŗꖘęZáÖ§Áæ$ÂųA™ģbbķ_ąJqfV‘ ģøoâĶf"ër¯n@ŖĮ[€ļšN÷acš‹ÎŪiqA&.ĩĸŨ8Vė‘€k ¯ĩØŊēÅWQhĖãŠÖX Ųz§ˆ‡×~Ė°ū/öĖ(B~éDŗ‰} bwÅé‚fבZ¤Å‡aØ"ąYŪ× xąuŊæ°ĄøÄeaĒMF5īäė§‰ ’äí$ę‘h•ēŽAŧXeŒg”4 Ņ|“uBôĐĶĻČNļŌe^i–ˆ&(ú´ķ¯k Žė´ˆœ2…ķB Š–ÍŽĄDh\§\›šĩ]R~V—´l&¤:Ž>ŖSÔ×ŖdKúŊŗ˛c'Ą5)ŽL*ájéžGK‚™u'‚Ė›YĪ:Låü†šRŅåšú˜Fē”[[1jÃ3æËCē×Ο3qlŲ¸š&ÄMyP'°ôĐ/ §×#ĩēE[Z‡ąˆSFŗ˙IdšBkÎTXŒĄ‡ ßXb\Ą1fÅé4čF÷CõéåękŠ÷ũĢũFkęÛÁœ3=Ģg!{I UŅß9čÅW &šōfä<Ē×dŋu>@üÃ$|áõćĸREĮɲÖq@*S@WĐZ k’`|ūe8SÜėl€ÁËb.‚Éä¸gxŅé7’_ē„Į%.\äōË+Rƒ%ü˛…a3ˇKPüͨ?f&üÖ}w@JnySIĩŨxžxdÄGwL7ąõëL;nO ‚ĖgÁ ä,A:‚ŗ”âÕŪúÕT[čĢoĪ/"‚fŖ3p\1IŌRcĄˇ ļsķį@,eīÃŅžÖzhÁí„”Ą˙‘’§ŋnxWfWsŽ`3–É0¨ ?V?út‡gQB?Đy-ž2Ē[ĮžCœT‚^ –Ūhb;ĸ“8s$3z7úԕĀ4Gi´ēnz $Ėū‘r°ˆcևTĒbS!œ” XĻn}7ČåZ–ÎÚđKŦí;mãlW¨ƒ¸ÔŪÂDî8ĻOA"rŨœgaôXr[1Ņ8^ Ž5OJK5’ë*,BĨ¯‰ OėĢšQTŅÃå7{ā}rlÔŲœÎČ^ĩæũaÖĨkī {Ōŗ~TW›ˇąhŸę!Göũëē]šīš\Î(’ZĨå:4Éœ´Ø$˜ôÃ5„žAäēĮUr‰&mXĢQjĸKŅ^ŌÅí(4ŊfÉM$u|­RüíŦ‰1KĻqČÎņSZ­uâĪ ADWoĘ2Žb§qXہë=Ž3đ™#¤€é;TmuÚ*„&ÁrRtM¯}„Eiėŋa˙$(tĖŒë8†î57Ō1ƒÎ9ēÖŠŦĘH5ÚۇÉŲîíÖëpƍpMÕ†zcßq­;#8ũ¤4ō’q´r@‰´d‹{.ö]R–+ öĐÔÃėėĒĢŧ>‘7QGqiČûmߚĮŌiU¤ŖSÉåSք]Å š&kHÎŦÛņZ<57Ņdž,ŌĖŽÜ[曔@N1V X;T<ŗg¯§¨ _iÎzį8ÖLŋō„*ģ—žŊg]Ũ^ ĨŪ|ô‰ œnöôuhb Ļax…ũ{ÔËú8ˇ‰-256ézč÷ˇĐõõfkŊĢ}Ŧs l(uíČÁ†;âōsCčõĖŊâîŅz˜ŨEŠ.wfÔųaR¨(\‘Ū •0ī#ķč I§’FŨ+Ãí )œķ÷ũ*"Ž“ Ûá#Ļë|iĒ#Ö‹ĮzGú‚Áš*×čjž¨Ž+Ŧ ÖaNU2 ŧŽ“'bŲĀ%y#Šwį6T™§ WšSķĶ–ņؒ¨Ņ{ĢėrVå4ļ Ōļ7Ö)îLJ.jĸēÖŅԚyđ¸>ö–gATšæV×i\åJš>ąĨŠa#oÉņĄb•@ôĶ\f@ĄÅ­bãšČpÕÆĶ?ânÉžĀžzᨇĨFˆ.P€Ŧ1ŌĻ)°Q˙‰.ÖáÃJ)t-āņŒ7%¸âꛌ•Ū’-=ē,IrÁ’SŒÅ;ĄØ2t6j„>ˇˆmgŖ4Ũö€ņŠš7$ē“čŲwā(šķáu ĖĨsųb˜kökŅ< ~J;ŽĨÎ#{ ũ?1_˜´XĸĀ3‚"8Ģ:;ōĖ;r„°ÉĘëøô…ÚôÍLš°Xög(z åõ)jčŊĻį2%W*:é‡Į÷ˆ÷y rËņiTŊYŗĨ ŋ8[M{VcņŪ2kŅx1v„ĖnJ9„Ø &´ÎĪ$¸p3Ë$äŦo<í‰wĢ¨u%ĒOô21÷›‰K×õmāš|}€‡Ļž‘õ8‹ßIŽĄtĢ150I!čļ]úp֘mĩųZˇŗ3Ŧc °ŽšĩˆŦÎvŊĒI/–ärĪ^ŧš|‡ÎŧbHoŽ}"ę`Ёy8!Ją–žį´ķę ¯j‹Ŋ7€-ŠŪ‹cåÉAœLNgÔ/Fr1ę6âčEl×!É3[kģĐglŠ´¯f8pŪzüÚäi”é &ŌĘx…čFš v‚ÛM˙,^<ų˜QadIų1 ëČô2Öã4ŌŽ„ƒyĘŪä+TđĢRwÂBhãS›6^p=rÉņ%™5G7Hņ1g‚O #Ÿy@BÔ莙ā"âPĶs´ã÷hųwúœĸK%X$qnÅ1 ŒÂ†›0Äܛ˜zë#Ģk;77ŲɏØÎX“KĘԂ˛t@ˆãŸAtgfĢî*^pš|2!‹ļĩP›ö“†Ü)Û>âč™ßå7%ëãÕąF‚e˜ M_š^Öâū•yĩ€Gˆl7āČÁÄŗšDhTĀĶīV9_ĸŌĻ3x,‰<$ÂiØ7%g7¤~˜v˜*ŨW{Qéx;Ņ~Â_g}ęTzfŽd„Äsŗ‚‘’AuEŊg7'ú˜w–ĨŲGfæ˜ŧ§ÆÖNL~S_cœ/°ēš¸e1šôx;Wg†ų%w(žÎ~ĮŌl;ŌŲĐ°ËuīVÄÕ|ĘKCŒ9Ln]s‰“ĸŲä„ ļŖåBŒ-í(tžÂŪãĖ˜q~<pw˛ĩÄãĖvŌÁ[M11ē´0' NØdŌžfŖ“žļņ:â‘’ôfžXIŧi{ęa%[vŽ2§ã”ŋt„đrƒ­ęä§=Āą Ûēy”øŠi“Ŧ­Ë‡ēÂøI§ÛšēZuIë|Į@ņÖ0ÂüNæ‚˛į˜´Åk‰×ĩ×.)žÂ°ë‰Éđ­Ē.F;´ 6ÁŖ–ąQŠ˜Á>ŲÖh†t­ÕįáĀë‚ļe‚ũ(hŪBąIčŽôöŧvI—MUä„6æŖfÅ ßčtVí­I´Ų€]¯ķŸÉ‰ōÄ°ųĒÆT.×ŊŗœŊS0]v„Ļ1ûvAápX脨į‰Ņ`ÄŠ°ģÎĪ‚ cšüÜÛôœA×܂i|åDëOC°ŽÍŒĩī -ˆŧ0FĻųniuwpģü@€SĢÎŝR­BĻžŌņ‰Ą4æãëĒ†­å|Ø˛ãāEO˛!8=@Í­´ F /[Ā ĻØėO¸ÔP5ĩ@–{uÉđ9§+V]W_$‚}á‘PcÆ´¸ŠWûišÔ0”•Îl^Ōč§%ĀUÛË}Yą 0Ã'S˛uø7ķü2ęZZÖĖ#Û¯ŌŽ)&´ie­\=ÅeĶœŲũ˜¨Ū0Ōâ:zļŌ¯Ôà ›ëž†XlCQ= Į$Æ k[ũÔ)u¸sĩŘŠ§ŗĸėŊ62{ÕĮå“wéŅ9 *,&:CĻmģ•N,Eu˜đ{Í,NĩV8Éj äĀ‡¤ĄYĐy3éÍAČÆYŊ>“ļ$uv&Žô­Ģíô“wM¸ÁuŲŽGHc“§;gûXÛmČļŌ(éM-g$øJ@G| 6kG“Ę„ŖņÃ8ũČŌ ?æôŗ 5^cŽ–zĸ)žFTˇT|uRAĪĶž•ôęZÔą lĐWGsА9ŦŠ!í8TķAœ÷‘zˇjLm–%… U}ë›§Ô x“•šjŠęfåĪ›>\Cä>ęĖ a0/X2S“âG”/Ģ+–ļ‰mgŲ] Ąn­­ĪTĢ¸‹÷ø+Ä6LZ­§¯žMvŽjÅŪ›—ÕÄÛ—î˛”*hŋķQËcõXãø ē€—ÚqŪŠ1'ŨĻ s•sÍ#[ŋúΧ&wųJ—[´æ…Ēæ66^eféŦģącã'oœ‚ņčöŖps}lŠ;Ē0ĨĮ—㨸‰¸āčâ\/}ģ‘rHMĒÉģũÛũŪömBNĨ1ĮŠĩM¨Ē˙øß˙÷˙üŸŸŪøđūĶį˙õÃûß}úĮ§÷?˙üųã÷ŋŊûøū§ßŪ}úéã§w_~øū÷w?|z˙Ķ÷ß÷ņĶ/Ÿ~˙Ī˙Á ­UJ‹¤3Ö]rđģsq,V+€I:Xv›Ėįs2ķVē!­•ų%"Ā`’‚ŸŒ§¸Z<ãK<ņ™ÂN)LëÄ%Ōús&&ĀÄh“–H]f6 ´–…Aš–čƗ ķë,Q ÷ŒōQķKŦŲĸ}uŪœ™Â?@ĩŽckĪîäÆŌ-gĒL^’%Ūä˜ 3Āœ™ĢkXíö[ؑŽÆ9 e ^EÔ°žWš“ãO2ņË7*âÄX28GĘÉ°“4j}¸™ĻĀĮ0šÔ¤Ü7ĖÖdëZVVķÛŽ§¤˜äQ ÍīÅ%¸ ŠÛ`ƒ ĘÅɃhaŒŠéĖŠÄ›bœ8Ÿ1ņ&§Yø&ádÍ AܗÉōŋk’ņÎ7Á&õ×Á&K°I۟$ؤ/ū•ũ>›ŠÂĖ–hԓkÂ%žÐԀ3M|P–‡L§BGÃŌđ(Ņx:‚`Ú4˛K:ƒ÷Õkę›´¤š“+vNęî0XoĸM,Ÿ‡`Ļ’v}ô­Ļēāj;ĖŌŨë;ŌÔŖw+á&( f;my9_1N1ŲDז$›'KŦ;#ķy›lâđī‘l˛šf ųįd“ōb|“lō6Û$ÎB´Bœ•§ņšŲ&z?ŗMöf›=_oF˛'˙n2HÃĖĻû^ÉĀ™VęKĄn¨ĸžŠķmĻÉ1¸LĐbĖÚQ5oæė}¸uw|vŸfGîC`RŅjOŲZQ9ÁĒXÁ”Š°ÄĐņ2˙)‘‚kĒ{[IŪ`Šh¯N—ÎHŲ&gTžA›œ[ļvq<ķĻ\ "R;báMfUQ÷ņŒ[‡F▨e*äŦúa×x€€sĢ5?$€^5‚j‰韩woĨœUbĢ‡ë‘žË”Ë}YąœŸņą‘ËŒwEŽŅJš|\Všģ|ÎĀnæ’x­8öūƒģãŪB[€cY0K\Ŋđäb áŨ>ļ™8+y:u6•â†uc{}Ûæ|÷Ũ?üã—?˙åˏ?žûé‡O_Ū}úíģŪũôéķīžüōķw?|÷Ãį?>]Îß49XšŖËĀīŒá„21$¯+‚ÅfQ5_>—åØXæXŋØũš†ë7ĶngH2–ŽÍ%Į4Ŋø˜ÔĻcŽŦąS,PuLɸ8žHÔá ųfƀøgÍ JwĸuĒ.UrD+yXŧ ;uL?|hÜ””ō?á7Gu¨ŨõÍũ¸:u‹-ĘÜJHëaˇ0#ŲÔÂĖžC§éčđ&”Š8čŌį"Ũgô]S€‘ˆt Ė`ä!Ā9ƕNįĩ¤™ŧÜĄJGFwŽđʀŦM8Āú¤ÄĻ¸K…Ũë3YafŨķ“Ĩų'~ Éx8(&Š\ķ‡dâ˜æDēuMÂQā)ļI2RÂũ`Ë„¯D0e’›&CfYŸgíĮC%å1OŃoŸ;ŌŽMp ×ŦfChŨÖu/ 6’ Žw?Iq$ƒ Qqė 0ŲŖ!įƒ­” #°˙Ų0ãõÃÖ!b\jFø0ĖŒâC‚×Ã4?RƒŊbčĖsÕ|†K\~ŗJƒæoLSÅˇ 1Q0šhMcųŊ’Ûôŋo-Ũ‰ũ\gīb1(xjœą‘ĻˇGœâ¯1mÛoVĶ'¨ ¤÷íÔ ãēŽ §ŧ14ā<ÅîœGŽ¤fMÜINŒ 9sPîŨoûPæõĀīU™X•Ŧęč…ų„Mę–į“ĐoãŠ;œd•}ŋ4ņŠkN˛ctęĢ<8đs}+*ą“bkHƒf3Øâc‚É1Ą cŽp8Vxdgî-@=Žúõƒ§ßíj‘`ŦŪÃyZē/(ųęúāUTų‰/vŠrÂ2ŗŠ0ŅĄAhÔƒ+ĩ6áę: sČ!jBš ^ĀÔČ΋lŧŧõœ"Ķf¸ÛĘ'ß[ˇ­=åÉūō˜Ķœĩ•vofkn(ƒ’>7QÚčËôČ> ]G'ķIķ?ņlsø`v7ŒDˆQæ÷ÅFlĖ~ģĶéSJéƒũŠūÚÆ7žOņū˜Œ™"ߨˆß7heÖ^mėæ}p?rell+æJ=ēVĪÂv@ ɗų–! shiŲ†üyÆ­ŅJÅũ˛B`؃”0ô–lų†‰ŧ}¸1ĨeÆ'OŧÍ@U> ´;¤ĐŅÆÃ!p1ĸÚš)$û†y˜°ÄúėFđ@=Ž›øj@vĘD!Ÿ8ö&šˇ„ēÛPÄkZQą¸Ķ1ĄŖ/žJsų Íŧ&ԄæÃ[ajČ/i" öŠh&__j4üK TGĢRœ˜ĘŽ‡EÕ<Ū‰Ąā“SՎĮQ1´ŽL5Ō\Ėõŗ40`'âSąîĢũ9 ĄœâėŊ…§Ŗ%y¯mž” æ“ĢWDWŽ›NjôCáÛë_č Ëø™Ômģ;0—įl^6ģōë´Ģ+äĶ~%Ļ6ō'Đ|—1ŅāĪ-{#Ipiéĩáeŋ—ū›Ē=É ü]}kA˛ã°ĻšEÜhˆÂ…ƒ_Ė3ũø€šOÕXüTÔĖņn3tîğ^gz}"Ë8‚ä]w`´Ÿ^ ßuz˜—zãw= õU3‚ĮĪ‹ų^đ@ew´GÁ?Ėæ0×Ų7É×QT“ũ“$ q|&(Ē˛)yܯBpē&.Ü$õ͕H#ÆäĘŪūjp)õā‘]P`eö-…[ĩIŌũbLëtņ w¯ëFkÆī•/oPNÃDļ*HŌ}ŧ$;4]×`E•ÃĶQé×ŗąN%Â#ŦÉĒëˊĩ֘U…Vú‰æ><$ŧ];̇¸C‰C3dx"æĪ%îĘimƒZÚ#q‰¸kŌœÎ}xŅ•ŽĻ“aiŧŸ+hONŸs¸#!Š/ôD=ãÔÚȘ;Ė*ÄØ9á#_Dæ‰%†!|ŧSN÷ÕŖëƒTYĻ€˛ĩÂvõûDÅŅH“ŦÖėŠĮĀ?mÉnXÛhp”Ä’ü&ķ< ęxø9j)‹¯ŅT]‘_ßILĮ~ĻëaĐÅã_}zØ) ėLÎZcĻÎ=)Ædy)Į o”gËšĐôaŲy\pĖ*ėaėGŖ¯zP@+5ŧ<ëë´{Ę­F°3F TŸ1JšMŌcQJŖ†#M’kŗ÷Ļuâ¨āGÆÂŽfāŽˇ•—ƒÂDãŪ:UhkkÛ{ˆ8.ÖÕa¨ÍžÚžÁ 2įāGÎĪ—÷æ÷ˆ.Š‡jĻGSa~Ō7ēãņúY@h­Æ\~đĀuĻ6¯ šMzByĢĒKWw‚U7ĩ1¤‘ .œĒG˛w—PĐzØBBÃųįP_ÛŖĶI!ŠOJĪ§r=Ĩ ë+ =&fUiˇĨƚnsëåabšĖ¨ÉŅ‹ÅĖĨËšîXqĩŌŠzšC3ˉa/$nŗ„tG”ZöŦ #´Ö'ÁJgĒu= s¸č 0;ÎDēÆÅ)Ũ°§!/ņˇT‚Jß#6Į3 B؉k1(SƒJü\ô!ëö0—5.•>‰kâúãÔÖÂŦŲ[ŊIŨŽjü@ ZëĨĶŋ āO‚š+…é˜i‚!4‡z((*A%ķ˙ÆÄ´Ū b[Ž6ĸ}HöÖđ‡ũКŦ Åšš•ĘZĻöí($ųŦ×zãlMûŲ‰ŒÎę$&^€~!Æ *gĐDG.õ¤ÃgŨĘŕ‡R°1Ē;.]AAĨ—Ø€ns7Št:^U—MbcgL\Î5Ė 6ZŒũ*X+˙0‘\›ē=Élēs‡ `îēö…Ŗm{Qi)tŌū˙ĖÁʤDƒ:Ė9í Ķæ\¸Tm{‡ĩzeQĀ‹Š;yÜÖÄžĒ;HĢxĨ-–ģ’Å5Áœ‰éJ#²Åz|öqŧ‚Įc7G2ãtŽŖe>ūM#˛îØJV&fëŖ–d­Ũ‡‡ Ķ/Åz×zĢ÷ōļ"ĖZ´Ž-ŧí¨ŊL”ƒĄ1fÉ°ĐŌ c=Ĩę¯U5‚‚ÉąīYÃ6$Ėc’m˛×^vZŨž ˇFÖģ’UZpÆ>ņNáÀøĖ†m­ÖūßTKįyŲČã-Ū†œBž)ė´Gô—\ä“8ĨBsew2šķnnnč–Øú/.AaÁŅ—.ą}7$ö5¨~9<°qŪĩī*nķj ´Aŧ×n­ÍĄŦRhĒˆw¤Ÿ8‰6PžÖ™0mįŖ¯Põ4=ë÷ÃũiĀ>Ü°•™fž~ /=TW}jYõLãJŅ …ôFš„’ÆuŸÂXMˇ#0÷Šž$Ü`g’KģDԇęīôF÷ų* ÷#×qŠãëæ ˇéĻĢhwâæ C”Ū ߘtmžŌ˛°ĀĪŽ^$˛“‘č3L™y ņ'˜ė‡áĀíŗˆ1.eĨ¯Kz”âĖ’Đ6kč”ÜĒš˛ÚĐo;áKDy†…w9>—cwíCĸæí¸â†„ƒÃ|æÁą-qēaøˇŌú¯¤[%qÕÛ÷LÛ¤qß!ũ9paz…R6ã]‘¨Y<[5Z%§â\:Ģ¤Ķ>ŗ–?vm Ū8Ā„¯RĻ¤vęAxęĐęĩŪ†¸Íã„a3—Ä7ä´‡\ߨWTË#ŦãõŗΰĨŒČüRMëyl ŨБkŸCęŅ‰֝ŠYŒšķK­ˆšHrÛõD!Wø˛=ĨîŒĒšcĶfĩV­\˜—ÄbsļųŗÔb.K\rbvŧ‰—P=¸(:veT8Ū°ũđÉ6š\“~_‘˜˛^ĶģeĨœC¯šdžāŠ:0[FMŽvq*ļ fÖ&ĶhbĄ_fXĩ“?ÃåĘ6•J¯ršKĐēlëķĘĪãÕřĐVŨhFę^N㜞Ŗšn.ŪۑéŽĘŽīG†đXBĪ hŋå‰č ‚ĄĖN‘Ķ8K:9é=‰ãÖbhۈÍŖ0zD…Ž´ų.‚ČĮâÔ´w 9ØÜú^Bug#×#å{ŋąÍ(9֌éT2ę ŒÛáCĐĻq9RõāÍŠŅ’áÃĖ+9Ôæô". eŗáĸsS%tYƒī‡Ųrj?b$s}ē¤ŽlYqûŖ*–Ŋd%§G›Qú›úX2ŲČGĸˆÃeŅDŽūû ’^ÂD5|6¸ÚĖņZÁ}1ø5VTÃКˆ:Yö(~YRī#2B˛QrÄŅQņPör)ûy:× osÅâ GŲ2$;‚ŋI*( ‡ĀMëkx7æߑ‡ų@ëŅyvē%^Įs Ķ4ņ'­ƒÃsŦ'Œ5 m¯Ą#B ú‡Zˇ"8<•ÉÁmˇ¨Nɤ¯MÅá[ °hÁ ,IʲFcY3”jL'ĪW:æ*Ķč¨qįWUŽôa|Ņ¨•ë˛뙝žÚ+ΔH#`M]Sãq“zŪt ‘+û]Ūpį7%!‹ClŠa‹Ŗ(fĘ´ŊÆvâ§@­‡­ĀaųAÏ"Ŗ Ĩ|LÖ0ē1ĩžS÷ô‚=\ēņĸũˇrk…Ë›QCIëbbsã‰Ģ­ß ną×!Ā ZëÆ÷üÄÁ¯|•XŠ ˇŸ=Ūi„¨Ø¸‰2†‘ŗ÷û#Ī˜ä´—ĪЎFZŪGÄúäšF ‚Æ/9æwõđ"Š*jQĀoéļĶŠÛąĻ7îX­%ĖX–‹„ƒiJÂ^­AÚÅjëT‰'ŧNgÚjĮ”ÆēgúŠĀg`Đ †7%ĩuÜĮŪ0ļŗc´Ĩ9\¤ÎV:÷á4GU1¤:ŒUZŅ~rĪnÄÕÚu(ĸ°œDš#´‰ĩŊ,ŠŖģģöX1ôG‡ČûĒāáæĩ†ŒyN¨<%Ččhf¤ô4ĮŸægDŠĮø Œ1Ō2øâWĩ×fô™4'?9:ZŗOŖņœ9’•ŅZۉÛ:GgÜØGņ:ē'vNŗC‰i LjĶ;OArÁÎKßdĀc6Mƒ'Gŗ8ãuŠÃëČa.†­E~ŽQ/’Su į™žĐ]mH§PÕ7F:éōŠŠĨēb‹ßA?GyĪ@ãmĩÎĒ|"{yéŠÉÛƍi.æÅāčĐčHešåÔųøf<7`ķv9Ģ­/Ö8 ô1+Ŧc…TésE#öî(Dd‚ÛėÜšs[—9xNā>97_ƒËŒFī#vĻ’!ū´im6.ĮĐŠ[ZzÆ+ ×qö™ØÄôė\e Čøež–o–IR˜e›ŧéx“uá23ūbĮÖôWzXá É3˛˜ą<ÄHđßtîŦŠÛO(Ģ'ĻVJģú˛ON°B;ėĢxÄōËkíĪ–4Â)sĸŠo?‡›îãęá †%-uŖžĄŊ\Œ5a8ŲĢģŋ*đēae˛iā]'Ŧbôę_N‰æb2—¯¤uĩŦ%#lArĸ|ÂļzĀ5Âkú "}oFęėÍž(q\ŠÜ-Į÷F¤vŽ÷ōÅōZÕvü§s¨vŽž–õ‡$ ÅĻ)S—z{ž KvM-o=ązmŲŽ_o]{rįį FčģœŠ-üŠÔĢ~û‚č‹fHHč˜Å<j\`ĖņģUpŌ÷đ”Τ3>.W\Y–ŊÚņĢâęāP 2NĶT”9 PA@ģz$ŠĶÆPSīwJ捃đJwŋĐ‘A„DĨĀ=öoĄO%ĖT Ã`t>€m2W•‹ģēŪ] c1ŪAUÅÎX)ŖČą¨į”}Ėrà 7XŌümÍÄ4âšÛĪD‹ ˛[Hzĩ›‹ŌL"Hå ¨nX›Œ‘´ įUB?ÂĄŽĸ €ˆ€ÆšÚ3DĄ1ŖÚōĮ*ļM¸Ôt<rÜÚhrĶō­ĩēœNîrÅV1pˆÚoĨķŅ%Ây MžQģŗsiĀcû°QÖøæ‘<—oCYõÔiæ6ĮèV6ÛŲĪé7ŖķŊŲįY:tąšŠzbĖÍĐTā5{wœ‡F˛uĶ?ĪÜH7MG&ār­Ņ‘"ŽQĄŒåČ Ã0Ē z‡<$4h™…iž*ö!Á]“'YĐb™(ŽqĢĢv*—g´qLĐHéäŲ›ĀŧVWÂā(Œ;x!pĒ;ŖįYs=` ā9€īcĖõĒeFm䐕Y(Ú5‘ ĄTfÃL$[įÁ3( LLōō_ niĩ@ëĻŨȗSzMT…ywJbÎÆ&=mF÷D¤BŗÁiĮ9rŠ¸Q"_ŗŠĄ´sAšQĨŽĮ°ÕK&¯š âRQX•Íâą'ōbˇtŒ€F”¨oz“Ä=Č­Ķ ü•ņļLĻ &L €;Ųfû\\÷fBē^IĻė4Sj6š`B…Ė÷.WZ~‚!‰jDŅ¨/˙$sü‘ĖPOĢåĢõɨæūđÜ.û8Û26V?˛ŒąLiķ´ ôqĘndšüíąML1ܘŦîLwR+"ĒŒ b¯böIō{Ôb)…N˙möęúínĮcpá4üÜd#¨ÎôĶ}čėšqōąawÄ”š Ë+ŧ$bâ\w”Ö▗NĢAyčÄ!dėī„ũ ē…~3¤%bMô% KˆÍ5æ4„•Ö1WöuˆęáLĢbš5OÕĪ ¨&ÛaXlÅCq!ëLŽCŊ1@:īGũ|Dˇķ4âķ(ûNēÃyö֎qŪŅEWEšt´Îj÷úƒÉ,wØdģ ƒ*kD`ĻÅmâ?*:eÛ2ōE"Ņ/'q8 f"wŽĀŌ˛<…”§Ÿ>ĻŌčä$Qzīܗņ ĩü|¸O ƒĻPÅ88ÜJ3!Ĩ`_‚WžvĀü bØ3˙ŋá<";į “”mŖiĘXZ{xÉ2•xx'pGĻuÄEāĖž>!ā`ÎŊq:-¸vßiÁ­É”qŨŠũĸbpgĪļbLmpÆ&,ISŨ{žXßŧzÅŪ­ÉČ(é+f@…!‹)‰Øؚ§Õ“`L%`r×-*5ÍętÆōEė‡ĒmŨy“"ŽÕr¨ĘsõĢÉŦÄĐÍâ ģtx›éqô#.§<Zj'ÍĮjāä¤vQŧⱹșV§zéÅčVÅ`C9IøŒ]=mSĀÜéÔwęcœŖéAę‹m ˜:ųœŖÕÉ>Eõ7‰ŪĢ-؀8dn[ĮČ ¨ŧ“ˆáÜÉBk=”ŽœŦũÆ<ßdōC{ÔŪ ēÁņæ 8t¤ļžÄČ¯y€čZIÄ0Bׅļ÷ÉT‚ŲBsŠ""ž€mGė´AčƒÁvÁd‰–gŠ¯ąÚ֝ÆCĻĮ@2ą'CÛčé÷r€Ž­Ģ’*ΚtË1Ø Kˇ Ũž ˜˛ UŒPSHŪJ/°Ļ5^'M…!)JÚ&’tÃI+‰ęúŒĘ­[um×uX•´ J›u,WŪ “ßb˜\c~vC¨ĐčWKÜŅŽÚ…¸¯õDûs‡Íú䒓Ū NQu›JÛŅ‘aՊ-bIÖąO"$í‚Iķ›¤Yꄍ°Y=‘t,X+ēĒ.8ŠĀõĶŅûĎ7ō˜ķÖĻ4IŽ¸´aqæ,ĸæQ {@ ú@‘ÔS7}ôčÅ°A§õ#Ā[>} ´„)Ŋ~KĄ€ˆėß.=_NMâ”!ļnæ, \ŗ™÷°, ŅéI+_ŽŖˇ“ËÕļWëŽ ) ZLšÂ'œ˛üxŅˆ´ ß FUd\ SF"n–Ōábö5X­´\ Ė:­ĶĒEę°{ÜęŦkëĸÍ< 6q79Šx÷1Š˛Ķ÷įĀŲeūUgõߌŦŌą´. ׎[Aʒä—Üx¨8ÖoüĨĐ éŠJ™€W´îÄVĮœĻīœ¯lŌ ŽZjŸČ’°‚ĐĄfÕp€ņđœ7΃UT@1*ģéŨRRÖTM6„¸ÂøT?ĮîŊQÄ ÉwwäŅ6IÜ6f‚›]šIķÔ˙EMīD ')ų:Ņ(]H”dSK0CB~}Æn`u…CämŸæ2ô09Ļ`>m!+LŸÁKČųæŦYážN[ ŨįĀÍ%_Ņ‡æĩ‰3*6‰ķc ë?sÁ u}1‹D.˛ĐĶDūhĒũš­Ø/fšE­MDG!…¯õ%Œ.:M–âÄB㊕‘oŅ‘V/q䚴pÅšģb°œé%Tîd‚ƒË”×DÛfÍM;tV2>ė‡XŪÅߡzlíËĨ‡–ė?|@ZŸe'l0gņaŦTRĮ˜Ŗ“>>× ĄUP—ˁ}ØKaWņuP¯j{9âÎÄ4ëŒXą_ēŅĪü(Ōu‰V“~`ëLĮ"(é5Ēb61Ô{„WÄ<)B“Ã#=T@ŸĨb9@Ø{ĪS8“Ģ)Ûxã›vą,ęv–×í§{s0•e“d=sé}Šo`•ė€cBr …V§núÖyĨ,ü°lŠTjåŪ… ›HĢ$"îV.žÚ‰ņFĄÖjaå‚"¯^„Å4åÄāQˇ¤!nĮéÄI›Ų0æĒĩˆ‘rÄH_|›YÖ ž‹ĩWU0LdWĻoôĖŨFPmu$7 âŦZĀ CÂIVœ|EĮؗ0"ĶÉ˜éI;Ēö8ĩ;BéÉ]ŧš1:æ#4Gã[ĶÕŧĻ*^¨W@p ČĩÄl9cGÔŅļŒ^ũFÁb‘ŌÂŔq{ÅuĢ\§“Ļ ļf ŧ…æA“|ŅRœč“ņrŲy†L"Ļ&Õlį't&<¨­œoģ“OĒčŗ Õ%bęĘ8Bqu\Ēŧw ÷Pžį“Ø­srR2žņĄ–*Ŗë>ôŲ†ŦÄuq‰63Ō+Í ēÔēD Sp&)– T#Ō„ŠÍ:ĐĄl|O\ŊPŧzJîÃaÎ\ĖČRŽ\rTĶ nŌŦž Ģ”-$G5–|:sÔ%ĢÆcÖÕė…Ž&wÂ\+flŸ!ždą[¯k‡g8 ŧŲ­‡Ÿō&7n$fÅ1Ådļ §d—.j×NÖSÜĻcQįŪpÔLYWãÛk†Ŧą<ĮĖ–“üZûÄŗ*V6ĪHÂWåô6°ãķ?~˙ūŋüôåķį÷?˙øî‡_?ūúîĶ—/ŸŪũüųûŪ}üõĮŸŪ˙ūÛį>˙ūÛ~øqčŋ&ŧ}´žbÎXMüFųŒ!¯č–Ķđ!,W2)m¤2V+c!oŖĨīÚŸ{V]Ū*IGIAM(é˜ĪŊ—ČXOԆđ‡ÄT’ KFj|ČãŌŊŌ^MĘÕ× á§í\WŒ âQc¨lŌ;JPūŖq˛ars°~ kp÷Åˇ[ą˛ęgËN_ր^Ž–ūž|‹ąQĖ´sįéh[Lˆ/ŠôĖæ!QmS­ë}Hđ]O"âģÎ$q0ĐP¯s¨˜$1ųŊŒ[Ī øĖč ˆĖ(€sy]Ö,Ļ6´„tb˝žRŋSō$÷1+†ĖՄŸ 4˜øáԙTnė$3>6ĩׅ Č5O°Å…8áé ņ?ų•hķ1 A ,Ŗ‘¯ŅíĸjQíÅ J][ÎÛéHvIiÂÉÁ3 žg2!ĶĻíāŲš”q’æųĩÚ5RZëßÕæä 'š,ĖÃĢą}oËĸų`Íqåķa°Ū÷fÃôÃBÔķ=Áb¸*BÕ§Ėø„ÜŖ2 lŽæöŦgėk€‡ÆãÉ=:Ī ]1Ëdž[„ˇ@& /ķëČJ,Ŋ's´n›? Û5ÚĨxcŽ3R˜ ĐhmU-jđS€MTs›/+DÉ° Uâü.`ŠO˃žA4ĸ{‰ąoPĐuY¸mōķ™ÛÕÆ|i š×˛3H7^!ũttá-‘ü¤;sÚÆFĐÛĢÛpũ]%Šž~sábkƒL’æ^/ äÍUԌį~že?ÄNĮBf¤›×zųĪ$śQķMk”ĄtÛŪ}*Ro"Â}ÄØȕaÉõ*ÄīÕ°į´QƒL:mŧŨ+q BG`xÛsÃę>mC…}ƃÖ%ãb‹âøÅûx*Bx÷Øŧv• 17)Jû Õ­õąÛzÉh5ķÍĶš2Ą CœōexÅ!č āČkô°:mĸ-Å&]œĘĀj¯;›?;“sq…ŊiņŌO„:W CZ÷H~q%’Žy0ą>C*M¯ŖB ļ@肋k%€éĖéPÔŌ—œB…ļyŖ”8ÅĖŽmLNßYÎēauæ°0îŅÔ`Jüš§^Kn8ÉĄm9 DŊîkʗ6G1Ļė˜aHd’į‹>öD;´IxŪ^MSw¸ˇēšÔmûΙ›ęŌ|,Äīå‰ËņŗöįZ—Ū5uÉ/la3ŖN¸p!Սo*T#uŽ¸Fôaą+šPJ.Ú%ĄÖ-‹eV„I@įg=dc?ĪÜĄdĨA?ŨÆÃYË2–AĄŲĘpŊå@ ¨¤nuKĖ įũ…ą mrƒ!ēiėĐ×pũx_¤Â—#R!õjžĐąh2ŌTˇŊû,EÔT ¤J[ŋSP]ķä•„Đ¯ JŠ Ž82&ęcšRMbVg°ĪļėŌNJSž™i°g?Å[™ëˆēø 0Ų{ûÆ~gđ'°¸‡ņ‘āēšū–mĨjɤ”žtÔIc4zj˙(ĐÁ×ûŽeYØ/-A”3Reôāq‡rŦ|ë nõņˆŒr,į‘h(WœđÚ9rg‚ëXČ~]úãû>ũøŸß˙úŨûŸŋŧûøãû/ī>}˙Į?ũôå‡ßßũōáįī~üũûĪ?}ųîׯHÁĀ:$31ƒĩ/a$Qˆpįq !ØxĖ"ägžĻƒ_Hb4Åļ€€&īęËbŗ ļK†ĸ[žQtA9āĶMj_‰á]Ņ KEe÷ō8­Ĩ:ĩąž5‡ŽaŨĶ˛x…ø(F‹uï'đËw L1ĄšgȎK2Į%FČyBKŧ?! øŒ›ÄÛíĖíŦ§NBĘĒÖÚ=C~đŪųsŽ;hŖŪÔ¸æ T8ĄŦOä¤F¸ë%|~š!ęxlr ËģÁŸGŸØ12ßë+Â0đ4͓œ"čÉ]&É~Œ’ëNy„KciÖōÛÃĀÂMļCwhbĖŧŸÁƒ^‹ F1fnPVKK2€+éĖôį„€Îđi\åŗ‘ķļiI¤či9 ŊíȗCdÖĨpü,… cÃķd7ĄįĶēŲļˇ^5FĮL'I‡î‚ą29ÜLO…­_ĀŊejĩę{‡W˙žŠ ¸ÉgËkŪ¯ŲÜfŅ72šÖ=™Æ‘ąp(dčP ĩY@x­ËšUŽ'ž0ƒø*ÅbWaFģķ9ēpü&¨cÔÃÍKáĸ kÄČ4cO¤§~!^¸­á°h€WÎ7Yŧ{S7žHŪėbßlŽÕ@OgũÔc.ˇía Ĩâ ¤ šČ [Ā€ų=Ėd˜Žîĸ@.ž¨¸ĩø÷€Z8‘ štį9ųēÎ<ú)܍•øŌ2ÁŸeúŠÃaC¯IˇuT[åg?›ûŒf-ÕnmHž •4ÎôÖ 3Û[ãôėKjD¨ŗO›\‘­†åÎįÎNĸ˙mŨ7‰!Ėدã4ãœ42IąƒÉˇmüY@…õĢŧÅGTIĻ2īäę[‚‰Ę.žŊweO´eŸvWGB¯<ļՀŦ|ęĸô}’qAŅ=÷aLX žÄn‚Í|NŖCĻ—úØßÔsŪ˙QËũãģ_øüķw_~|÷å÷?ŧûôķOŋŧûųˏ”wŋüųÃ_~øōĶ/ī_“­ŋjyzN‹3%¨uĸĸ¨ybá ‹­n0ĢQz+ØÖžĩôSuą¨tyĘ F)2}˙j"×Ā4šĩ8ŋ5Q#CÕŅVdGûĶē"'ķ-sߊXK7fŅ? A¯Hæú™qtęéë´â=q,Z7Ŧ@†ÅGsŽ…yø=æ„ņžöJZĄįŲX*›ŨëwŲÆ$o•>^¸‡[Їô}gČĀhíˆēŗ×O@ã`c?É$YŖė|tÆgĢŒRŊf Ė…ę4ø…ŠĶ^΃\ę’°y‰Œ8¯!FKíaŽ(…C‡dĮ|Ũ(^÷cBtđ*œØ#Č´ú$ōĘ‚ä4ēI.ל"€Éå§;:Ė &Æŋrē“ëtjŸ„ zØčtzR0ōß|$D`Č#šd-|’7¯ņ”īčĢ{ŽK—Į~…DģæCáe,ÅZÁZË4øN4ļ0“Ų-īvø ÔĀˇƒØø¸ŗĻ1^āX„˜(WØÄsēbËtĉ<(¤‡g9WÚÂķîT­gŽ˜Š\ĄÆ2‚Ö”ƒ#ˆåķ!(—ũņjŲßŋīWŋŠGyÎC,š3hÎ?$IQŖēfä°;fíč,#ÎɀíÚy8`\ŧę3†áļ=ÃŌ‰Tß´­WGƒ§Ŗœ(G‚3ļ|ėã@wŽĢžwv›ĒrˆT›íå†*€€¸īuŋĩ„z•ŒŒ&tÄÎØ ÕûC§T>uŅ^ôŋ€ŖXåOʧsĖ&ƨÂ"Kn"ĘÂ^’ßœ'Gģŋ˛š„:ŠėCīAPôi‘ âüõ´OčŊI`–YÜr+Qā´‡ˆ%ØÔ2Ú”vzŽG9AíŖArėË q5Īķš@ ķfßķTđ +°iaëēyžĀrg‹K}öŋņ9u=˙‡ŦĻē›äđņqX`yŅ9ÃƸœFr5|î#ˆŌ”^íÄŗ(9Ņi29ūd$}7ŽÃ!Ã3l5ųĘĖ]“3ŊĒ÷`_&™ƒ"čYĀŲų¸Ö{¯m_s^õ Ķîœiúb°<wn’•%hRË IÂ$c} }r­žɈ…n˜ë ŠƒérŽZ/e‹$x´ŌŽ'…Š„ĄÉ]VQ"´üÖ÷XĢœÛÉ07>“ÆˇÍkRĄCų8;•l<# X5¸å%Xnš‹‚;ą‹ūÉ87îđĸŦtÁåĨųâĸĶā*Ŗŗáol­Ūī‹$Ž=Öãlkæ1øķWÕļĻCØ\Ũéä$“Šn ŧdÍVą7IĖ‚•ŖՉMH{‰,ēųäŸ\CšæŤĢ^[ĸΛgŽöwa‘F=ƅL˛›&„ÜÁ@;Z# †ŧŨ&í0ŖȸUe†1…`œđ™g{bí.Ÿųŗ÷#ŽåsËHcBֈ"Û|  ÛͤˇUÄɨ;˙,są¯õĐ}&ŋLßZtĘŨt.rŖŦĪÉjĻƒÜPôÕšŸÛ°~ ¨{vô–š‡øÁSBäJ›>Ÿŧå,TtēûõhcĪŒÃ:ÛÕ3ÔÆaô–ŲágwŽ—8K™pVZÉÕģáĶÄėž"ÄâĨcĢ‡MŖtdQrHOŊÅøėK›l{ƒĪÍîŒoÛæXK/ˆŊ.‡ÄĶ3Ãœwzn8]‡xFcŸ™ũÜeĸNü8g÷ctzîúŽ•oË2åFÛG<sFšâb¤dGųņTú÷€8—Ī´4įą™I§āžü|hdcQš˜ũÂ˙H‡3˛)ų0ņˇ?ˇ_šĮj}zãÄ(ąoĮ†gé)HtÜC—îv īY‰™Ą‡B˙øÖĩ‡Úøi:ÛÉg¤Š%ûøY¸&>°/nįįœ)S‚ąU“ôt@Ķ ÷–3´r Ŗ˛Ž/ŗ€ĮåNY˝ ,‚l4¯ĮŅHw xŗļ@‹U2[īŪYė F¸Đķ†Ú÷ķÕíTĖu&Îtšé"ƘS Ü!”7†]ŽuSe2ŽģŽÔ‡xü1õŠ_ČÕĶÁúkl?7ĄãšŋŅâ÷¤TņŽÂ"osƒáUū9ōÃĨ9Ĩ^GT6F3Ō’Ąi÷č¤îü.=`į^՛ˆK‰ÆDŅ(ÎRæäõ 3­a^á Yō9Š^K9ą%Ör‡SŊG›ŋ(ĒQL[ ¤xŅJ2g Žˇ+iJõpũwŠÚļ3Bƒ1ē5ú’ã“čsęŸ›ĘÚ †aâ™)ōk sK¨gæg€‰N‚׸…Êāų ÚßíqŒŒmņŸSJŨRÔ&×ĮÚHĐØä@ä.ĖX›CŽŖNˇŲ w*ģŽņÁß`D5Íā ąÎö‹)ÍjéfHm!ÂĪnáėiË­zÛ& Rf3áÕ´Ŋoļ\LHwUÖ¤šĩßJ˜oPĮŸē„ĐN‹° @>7¤™ŊŽSˆ‰0ˇšžVÃO.^ €IR’Ļī…œHzDBëY(œŒ}īû褍ē%/q^Tč ą¨…ųÍŽáî˜{iŋ`VGI‹ú*¯Qe d„Bú2Ģéb¸^—*:Œ‘ĶŽ8b§ķ_k•ĖŧÍtÍŗ;g€uÎvr z$w!jZO”ŊX‹Rš\'É5¨$f=ôJ7×͆"­PFœF$Õv8O,-9UāF ˜¤ß<į›7šéoøC­õū))š‘Éãt¸E“ˇ ádô}÷7Q #ΛWhVÁė—hˇ}ƒļ0Ũņ6Ŋ•Dį8ß*ã{Ævg6ƒ#–šyŠ´[ŧõmgŪ¯z{ĪĪĪâ×>;AKk\&IđŽéÜÁ%$ĐI°ÉtįŊŦīŧ ËdŌ67ZüÜØŪčĪÕ “âĸ°Jˇ=í:ÎĮ ,>:R–9_ĨÂ?Œ&VŽŖ8 Ū)T67mÖ˙ĸDæÛs˙D<\ō#0‘á>tî’î`°Õ$ũĸŅ‡ —nŽŅ“;• ÖļōŅĐõņ\ƒ××É,?;a/ĨžĶ@āŗ"Q§cĶīŋú)`ĖÆw ŒéĪ$X>ÉŅŊŠŋY1!ŸzfÂÉt“´|FÔŅgˇ~bYÚä/oŽr'7ÕØķΨrŠäwrüzžĪ* MmĮ_‰´ôķöÆaÎ vĒ1ō‰<˜KœÉhã"Ž‹ĩf,l¤P–ė –Čvúņ¯ĩu‹öd=´H­¤HÜ č*‹Gã‡(ä;Ļ=čā=BąĢüA|?ÚĪ{^køp-CÛi'i41˛;ĸ#  %‹MšÂxÕ‹ü†âŊ†´ ˜oëÅoĪväđãģ‡gĩ~ {0îNŪ2ęY.Žg¨c´Đë6 vĐP‚*ĩ;u^$b\ÆŽ§Ä1z`ü_ZC}ŨSŊqĨ@՝¤ŦT­áVZág}§œkˇ›sņ&CĘĮœC~\Ã\Y+˛Ļ+ĶųXrę,AUo§Ņ=Ø/čũ˛Ęc™ČƒÛ‚—r>ąž˙ŒĄW#CÃTāˆüFÁ%ŖÎ^tí°–/]šM"â-Ã<“„ĀéŗfuŌĶĸ‰19§}EösiõĖ[J‘ÁŦûŦ“ũ”đĖF„9Č?sÄĩhÚ ˜jģIÍ>>¯u‘Vy`s]ipB˙KĖoĮŸÉ ‰÷ķ\ßô‡ŋųo?ĮcM0*ļ’{‰ļVĪtÕF(†ģÂĻÔ§Ų0–ˆAÛŗ­ĩe˜æŧjrzXLL;.qaqäŒMĪčtb“ĸŦ;Áe\ĩ‡${Ņ á–Ŋ×-sJA‘mÅđĘķŊÁ69ŒüCģ„*|$øÄוCŧąAęįN§|)—”Rqփ@ŊøOĮ~d CˈYYgPáf4&XN–aįA=—áYNôØ5š´=912mî øfHl‰¸"MMŊŒ+á㕔ēĒŨ´¨Ė45DÕII]§ˇĪGô@Ļ 3b‰ŦH(zā"91¤|ė›Īé0ģ‡Šĸ­*hŒ~ÁđŽ*ĪS#ô5Đa\Tî„üČÁĢĒđ(bO)ÄųđũT¨Ō{ƒO`îœu€6\ÆáâåŖŦ•Ī]J˛‡Sw,é&{^÷ŦØøÅŽN’eą¤R†ë&Åh/4ČŽĩÔŠŒ\IĀ™~ˋ +Uķa0Ģ@a)’čiÖž#…ÔŠAQĮL’’HčŊÜfĸāąaŧî“ōTJjSVÂXB…5YÉ÷7˜ž¤LĖĶŧ„’ŠĨ8Ŧ95ûxMķë˜ pÄXG ƒ×U4—æ•%d›Čt‰­ãx‡z,ŧ\z¤‰e$]÷ g †ËN „ô%ŗ&iCŊá+MbØJį Ēõž„Å“HÃԞl0a’čcaąĘîÎĶ֌kĀČ3ÚxYh'…7 Cīoq'ķ‚Ĩdč!A^;jĮy`4<Ŧ™P‚LŦ‰č°÷2‰dOML.vãČüâ[Ėm ĀÄuÕ­æŦ'–KÖ Š3 Ž(#ęθ˛ÉbíxÁōņ~!xRįå7ķN5VęoÛĩ)›Ėōķ:‘*ÕTÜ:žš~ -[_N–FĢZa>G~į­ØQč6a„ŊF‡ąî×Öá‰ũŲÂ+pĒjÔ$ŋ‚8ĘÅG”åb!NhgUxåB hÕÂņ‹:Ą#3×#ųõk3ËĸIsNo:´uKh3‘3ƒ>éâuMn›ėOMu —UČÍÚû€üŽLŪ—§ēŒTdōŦ,m3åŌ„ôŸe$X’{m#EļᓃœKߘЖö1gõoßxl'Üė|ÜGFÎFqŽü€y^>‚Ļy="u›˜˜=āŊ=7lÎˇž†ąãšN­GÁĪšŒ(=<ĮÔ*ę(ũ‘Š*×ÉüĀC˛6 ÅĒ=ĻĶM&„Ij$y0­Î!Wq2ȸРđ˜öŖ O{yx֊N°‰áQģHˆ%ĻyÂDIĒwĄTFcŸ7.ŊŅųČ!öÖÍ&! b(ú …=h-įf%´^”lģæŧ ÍšĘ0í-×@v;ey÷Üz=ŖÃûmē§~üđßøõįŋ~üíŨ÷_>üúîĶw?žûņ÷ßŋûõķ—?|üūũûŋ˙Ī˙ņ§Đđtę;Ék%/‹h%š+AlˇƒŪ;MøÖYø^Ŗ 1øo­jÅ÷Ŗģ”– ?@ÂĶ+ŽĒ•™/^ņÃi6ze(rPxÄĢ#vČĨrÎķÖĨ%P⒘Ūfąœ;ĖĢ´pŠ0\Õ÷YŠTn$/i2í¯æāvūuļ˙âņ™ÎĐãÁ*h3h4ŲũĢ§Ÿß’§īŦî<{Æ>€>)ģûöŲ‹cdņ7ž znYܔāĖäyŗ{›Š˜%ræ/ŸģbYR2 ģŨō›ÜĢƒ>˛ö—Īœ°ûŋ[ņû+Ūīâ?™k+žŋYņoŸyŋ}æķxæû÷ ū VGę$án‚č]đ,'sÎ'uxa{sāŸëŊķÜšŸÉ˙$čPg”­?=øĮ’˛6ÃķąŽ]ÜŦPŌ˙agœá¸fס‡Ī?û,8.ũ ûíéSķYėÛõ˙—‡O˙ÍásV/—ÎÛ¨ķ?ī€{øÔ<Ö˙ J,)Æį8}dDē59øTVđøíC¸žūÄŧeęYŸ Ž%,r+õ™mEŅļ×>mGˇ¸¸×*zlû)DĪÅYę Ī)`’iu‚čÛåŠŊOĸå(ˆÉyë8ĩ$ÂESŠXŽŲčķ28Ǝfá Tä/IÉĒ›ŋĮģ9Ú×c3pQQ¨ęŊ5?bUm¯ģ3tgœ˙ĢՏĄ,'´Ž4*Ô‰'+ąđM‘,C”ßFöø)æQj ŋâüĢņÁFGáJJ¯a"k”ūyڑ.\J0sTØÜPŧ$°ŽļŸTúsúš•ĻŽčšøY“ÔâŌËĀšī^Įŗ4;qT gđšŦKRS­–SEŗŖ§Ķ˛%—oČō4ÃFëu1…¨…ä‰qaR¸ÂIĀXˇÍ,éq÷ÅÚΠ1WcŅųđĢ„Ã:ėĻ=‰Čw 2ŠĖh+Ŧ8NŠLąU‰Ē‚R:g _T&ÅŊ›āš1šëĮ´.ęņ-!!¯R ;Y؈MËŌ JĮ~ī<žšoImŖ.ŽČ€—í,@”S¨ĸ!¤ãˇ0>@’cØËVÍ5ĩķaZūŅ]¨ ė/ĒYL۝ėčvĪÂՃÚ,Ÿzî}ēļãí2ø¸JīcUzšežĮZzŠ“įŗŗŗč­¯3<­Ü‡N™VéRtŽ ęŖę<Ŗķæ†LđyŒ€h´Âŋ]Y>šBywh $Ā]õņëë@ļ—PŒŅ3ļä.ŠDØŋGßȏ,*ˇ€ōŽDpCô6đšî•li4„QđJŠzäRÜĨ´°’#ļáÍŅÅq2^Đ!Šĸ V_=íLA`Č/lE ;CEn¯’zœŊ4_]ÂĶYō7æŠŗOS…!0¯˛}„âO¨§`~ –ŽŖ¯wT‹=g(TVV6UČG;Kø‹*d$ȏüQÔN•6Į×t…˜)ŋ– s ;ũĒ.˛ lKŦŅ’­’ėîšÖ" ¤<&ģũšŧŊæĒŨTŒąŅ'_Ą¸úAÚGŧRĢ$"‹TÆQĢąÕ0بDFmDČÎ>ŒōhÁˇ5Éo;BÃ˛‡OÍ. JČu%~9ÆĩÁ%˛‚x¤ũŋ×!5_ÉŖ‹*qJZēžÎ{FšPŨūgũąŸûœ)z}Œ"ĩs3ØfˆˇŽ.Ūp^ãäĄ7ÍĄÁų}ĘoJ×%ĖFĪã˙¯ēȊwĩ8âü´”ęjéĖÕQē370aā<î§ōŽȗø‘æuäũ:Üņ4!'sƒ:!§čØ5žy†­4$ uˇ×^XDŋß}|õÛ ēāÃˇ}đtw™R?‹_t¯įKëu\í!wÄÔč\Įš×•MX‚YiēãBøPeb¤ęÃrĐÂf1†?Rf­jJeį5q/Ā‘õm=š„(Z¤gĒžŪrĖįÎWÄ{:mä×Ęéŗōĸ ĨyQLúlâŖĖCĮd+ģŽ¤›+;QŌ AČdž{čëx‘L ÁôĘãlŌ6Ë9{ŌÆŠŅ7<‘ØPÔ+Mt˙Ē‰fU%ŧãÅ~ĒĸĢŖŠN[ ĖĻ…J ŖġU*ĀIĮ[íœ2œ Á¸=ŠˇčĄ‹68Gé@i]īĖ"tdųGÅuĮÄí3¨Üžäkeô•xŌoY\r’Ŗŧ}-FgįDŪéŋéĸ­Ÿā5˛.ĸÊM´ˇ  WmeŅŧíkà –™8=…Í$šeĀTĐÖķ UōuĒo/šÄĪŖŠ´‹Kl[ņi6vÛiųĘg+Ŗōū.šķ@ĢŽSĖLžĪz ķ5~ÂĩŔžŌœĮ˜ĨWĩeįĖIŠļ=@Ou›žĘøÉ9t!fŽēY0&ĮuēėQ\36,ŽŅ*ęk$ÛÃ˛TÜŽá—LŊ‹:ØÁÅ"™ŖŗŅ͐.qR]éo¤ uO¸Iđ¨8×NÆąĮØ´Q!Ī?dČlZčpÕ!ˇ:dŦ2}!ƒ÷ƒ“¨:|˙ĶĢ”zo4æQO$Į2J#ŠčÆŲäíūVq< ŌkZŌڐ šâũ‹ÔøĒbxYl-: ‹Ōø߅ÆëÃĮŠĐļÔČ¯ÜœxĐ<%Š­2úi¯ĶŖˇfĀ=†¯ÎZĢāZDĨ˙Ckŧęl›œ ą_ë­ąŋë )ę™G€ØCCËāöĩØT´ë“āābÜŠ€Q>5ÆđÉפŲÔú‚´=žė؄9Ĩž“cdĖęô'TęUĪmA`\)Ú.!zūŠ1n: ,‡ŠŒĮC4ԇÂø}1_†ü7ō⤨y– Ö¤=Žŋ“1Ú7ä~7Ūeƒ*Lčē2cŌНWĀKŽ¤ #Ō܈ž[îȉkrŦëÚ*;]°™<•Ø3ž˙jĶôäáÅPĢRŽ N(ÅĮq”8L MAâ<ú6ŖtœÉÖZĻ3Öâŧ)Ô~ _}‹ō4„Ŧ8Å˙Öáė•âL†]§CÚjšŠĒ$U…{×){ÎE­īIŽdN:m}jŋĄ÷Š¯ sŒ7&NÁĪPņ|f‡ALI>x<6:"BūÁĢĮā N]9ZšExõMpSŠä°ĨãŽgâÎ)iS†$ĀØĻ™Z‹ĩ¸åü>mšÆÍ<ĨŽÉ9a*Ģ}Ć^­øĘB•ŠeVbũ 6mŖtęí5âģ†20}ũZ9Pđ—ʡõP§ūĘ0ĀŪûf•@ŠŅč°3ÍĶ‹ą™G%ĐŦœ…Í` ķiēęvįęčUō%/Ą™J3ûŊ:“MIgnäQ-šâ# FØųĻĮĮ#Č\6Ŋąí,g8ÎB>=m€(‘ŠXëČyp ;nŸÎWĨ3)­•ŸyåĒŗ´ĶÉŋåŒ;ęˆ:fŅ"šl]÷Ë< ˇœ´Öĩhce~ácŋz÷=˙P#°uŸŗ|ZĘe˜`HuŧŊ|ržģęcaŗjĀPëî"ī7Î;6\ÃÆbmåw*/öXí€û€ēdĶOwsVo Ļ'ZD†9ž† >œ-ĢĒ’d ŠB¯n‹˜]+ˇĪņđ!XSĐ$yÅˇHu=ŧäؤb-Mh°jnŲT)z–Fˇrëø˙6F/ƒ Ŋ7ˆz  Jņî4ˇ-Lēû‚l5†UōßhŌĩÛFW&Ũ‹UÔøĪ´Ķ\?'uMî{>ÂÂK-úlT 4 xã+֘ūâ=Ŗ~­0SĘĢ‰gzį!įeFLH{ŋI(O/žÔöÂČTÔc€ēáąĻĀa´i°Ş?Ōéŧ&ĨØŧK&ëãņŅMÖŋûGĩiĖ‹,ë¨Æ[ŠH™?DC|ŨôˇŧU—-’oMæģ‰™ÎĸâYz _ŊZkļčoč•)-{äD\TW\Ãáųŋ+wfĨ~$›ˇÜu| ÆéôeJWģˆÄqi[ÍĨDnG‚fVüDÆÔF2†K‚ŪĶN3†‚™9 dr¸H%ËŲŠÖMÂdį"Ȑ”Ëcĩ‰ÆCŊ.CŒ“-ëÕaXWE\E­ƒTā¤‘į—RĄBšôV4˛ū7 ‚æÅ @=ŧ‹Wxėã÷ÖT$1æAh‹įœŽŪ…äÂĘ —Žį†×™i‰Dŗ—DŌ$Ë]K&cÛL[ ŊWķ_š4ĶŌCo‰?MߑˇE“C)Ũí6Ņõ[ŗĖØj;ŖéŌ´*cgëžģą+pØ4 …uŦb[—:¨˛AîŗĻ¯ōÚ]77Øų‘ˇ›zg5’ōÚĸqŨņĒ“ŠFú˜ËĮ*!š™ĪŪŲ5"Švƒl÷Nd NäFķŲiKJ/pļƒŋŲ8tDY¸ę^…īëÆdÄ(øˇÂđę{ÆÃĶU’K} ē~ū|úøéËoŋ}~ûíË÷//>~}ûōáß^žüõîįË×Oß}ũķÛ÷¯ßŋųŋo˙ĪƒŽäāp ųHB7’MÔ9’ŗI­ĐÃOĄ ŲÉÂČãŽŌmÍŧ‚‡Ķ•Ĩ,1´å°‘ĘuC ō<<ÄwÃRž¯€šÖ+ņūd| ⠜‘wæčo„ûuÁĸD$I/}íĐôOģ$ŽH9:š}žœÃįŽÄ6 PĐ°kæ<ú5J|ū§ÛJŧDpËŪ<§Íū|~lŒÜŊû‚´Iˇ]ëaˆ;†ŖķA&ŲւÃÜ`ĐŧņŒByfnTdû\r â\_Šö%ˆƒģDu`ú¤G ÜX˙Š,acX2,…ėcŧÉ?øá%2üpsQī•ĻŲĻ8Ė×G‰uõƒš˛)y8hœŗņ߯ˆkō]ũ>ĄŒĒBgZ'?œáGAęe|cö×ŋ!Äi4 bM¨ßč÷Š1Ŗef¨ßAIęÄįZ†DĀŋŖ“=ō}:ūOųž Qļí|C¯Vī?õû§ ‹BLxôû$nĸŠÄķÉaŋ”ŅwũEÂŋWÂoĒįūŠ_“PSãYÍ"2I8Číu“ĨwÚ–âųĩøĢJßĶVļU AYsmdîŪakújkŽĖã÷xŒ0ˆfvĐP…Ãė9ßķ‹VX¯d öjÎßiävä7ēé‚I¨ĐXĖŽ` uȑ xc%ķ7}¯ĀžÁũĨČ`HĒqĪoôâ2qzÔûĘI!ūx´€dfĖø\ÔÕ֏Üįž™Œû}ˆŦŗüĢŗĪDēMÔėĢš2žé”|IũŠN›ÍzörؤŒÎÚ­ÄX­H_ž%ōP3‘„%ĩfo¯ dQëŤ cItø‚{Éĸ´‚_ņâTš¨Žf‡8āß ę4häë†0Žô˙ąĸ˙Â'FpĮkĻ$kûrĀļO8”2ē<§ã×ĩâĮ7ßžûãû—īß~üõæĪ—ŋŪū|˙ōáũ§ī/žũöíåķĮūųáŨ§÷Ÿžũ]+ŌĮ""iOÁ›…žPZ}Zå'7z“lnoŠíf¯HŨõØíB§ŦųéŽuX3ŨĐ!mLūåȈbˇp[ŨŒ=6>lũŲ}ī”$v d‡˜+åCm%ôkâLV ŧâ•ÆB‚‘ķ”ŸåįBJc‹ė$!œ§ÜpAëÜZQ=ÚåŦ!2~™2RĪ ˙JnįŗúžęæŠÄA°0Čß Ĩ×}ö,U“ËFĐoĮM4­š!–Tčët$¸úŽ…ėŊø Ī”Nž/挖_úŒ‡F˜ĀL÷Ō)ÆÜ}#2¨Iž›bBŊ÷Îęiwˇß*K.ö—zøÛá ?ōåŋĢc–CĨąVŌQ•))QÍÁ Ēå^”aRHPƒŪv8* éX}Ē[Î-ngąŋˇ,œWĩKmø{>; ^wŪCTnÉFƒ;?AEKL´'ņØãNÅQɖ›# í'Į(ĩžTšcWÛ3…Ã_ŠT‚Ú[ĄŒÄ…!Û0ų.pP8}0ąęŒúNx™ĒëÕĒ<§*ëüZzôLQˇVBg/~ãąJ@Á¸Â­qȖqarÆ.Ŗßiˇ>fímPļęūn"ųÆŌŽcYĪĖE­ †ą^Žæ’]†7;Frą,ˇ.2ÃJüB$Ũųáō¨š98ŸÉ…ŧĄ psék˙Ōų1_ŗ/Ļá\ŧyŨú1—Ū÷å5Í8:hö&ĮŠGBÛībļ;Ũŧáx$“õõ´]‘ŋGŦ4UÚÚĢå ųƒũhĄë<§”“|"Šēę—æ‰ ąz¸ņ)vc9ÃÅũtÔHTĖfSRĮĖž‰…žÁlū8¨3 •Đ1rsÚ?>Ŧ3ąüŦ`Ã‘ÂĄO‡å¸äžŽō13$Û9ņāTëÅ;aŲGק–úĮ/Ál‘^íE°hë"WÍũl8P7—-Šlh/ukõ$FšŸG`o‡>đTîWÔĖŗÂ@PšYĶ—7´ÆV:Âe<uŊņ ąéjÛėƒyžÛQŋĨOĶ#Ņv:Y#Ļ9ˆ“˛x6 r"E+ĝ0\T÷fWa\ō*€mīA}Öî#QKBzc*!ŒÅîņÙ5#x“{ˆ6@dI*Žęæ1lN*‘61Û^ЕāŦČé#´š¯ ļWo7pW{hÖ*ÁŲéÕ<ŖNn8ÚFŠ_mŋķR -pRVŗ­d‘hëyK–é¸@˙>üŒ’ĩŨŠx hœ‰`}×[n<0‚ũmčŲEdT9"3Ō!!kaEîÆo9ļžyfĩ‚ūh¤+šrūDFTwæÛfšAƒģØüG­ŗ‹i'‰^ØËíKb>`ņĒ„ė•wąũ G…9OÚ#9ņûķ` Đō\JĸŽĐé¤Ü+Ģ¸Ā$â­ĖŖLXƂsCÍÎG:ņŋ ¤ą;ō'Đ+Ā@D2uē°ēqf'Ėúėg6Ôūæ@4ŋ@ė‰ũ{ĻY9āŠ6ÅØ@ŐL3’š… `¤[ĒũŖNGÄĄU„5“ũë×@3UFĻį<9^JĻ ›9ČRCÖN–xuåЛúYũ  |ku÷0ĮÔ‰R”+V]Ĩ[‘U‘uāæiŋ…ĘXĒ~Ėe4}øķ'>v…’xsƒãŖ§8‚˙VR^°ųw˜Šg0ŋ™æ†Ķ ¸Ÿ úâĪ‘/qda˙/ØeŗŊŅŖåvÂŪ“asr:" =5$Ī%Éte”â9$Ã3rvœIēUËŖĄG`€ā*Lî-Ö]5Ĩ(¨Ģ{ãŠ0 ŒŌ5ʜ"TOô€{7ՐĸŊâ&ShÃvœJĢĮÛ:BÔûē @Ŗ!ĩtĖJ æ8|؂H"ßt†'gPMāîíō´öd4ŨčoČ˙éĮČŪJjüoĮ"ō°SõyFpËĶÂčMÜšg]œL Ąé4S)gæŽÔÛĮhkę‚ö6^Ķ¤…Øntæ°Ŋ)–(Œášāëū¸´ŸæĨŠ\ĢĶ×Täí“W#|g:Ŗ)Oˇöã8§$FZTÜˁ5xīĢq„Ÿi %fŗ ņŅ˜š™û=ĻW ÁœSĢm߂û´]lZey&v+ D­|­+x„z ¤UĘ!ą9DÚz\Hvž‘q¨ŧå9Ԋy1Í:Z!Ô ¤>į‘¸I˛ÄÜoFĀĒ>¤Į5sÍ ×[¤šH1CʋĘJ¤yčą˜]ÆΎŗšgŧÄĢ ?‡7ĶjÉrãÛÂ(îh-pĄRu¯clo=Áîžę¯wļÍV¤$æ<|!˛0ÂúŒbCP˙øųįĪ?ŋŧüøōķëˇ/Ÿž|ųđņķËÛ÷īž}ũđųãĪ¯_~ū×ÉqžęüiĪb7ųčD8ŌŸeB*2H[įuČg†ę}ŗcwną3íØ𥹋åÆ$0×;}ĸšŗä 8Ā’IĀk˛ ŌmŠøŒ,—Øķu.t%#%ŲŪ=ÍĨ¨ÁYĘĻLƒA!>c~"ã•ZcDÛ{c´ģŖ}:‹Fš %EË^Úzv^G‰ūˇeåĐėz^ ”ŽLņgĻr'IT#ūĻ?frĄŌUĮgˇŒž+ŒŠ;€ĻđHí$‰6ļņcÚáI =69ĸCô`Œ:ôĪČ'aÉZÍĪQ Šm8 ę“įÆ3ëŲŲÎŲÁ0ØúZBDoĮÆķëQ3 Ÿ F;¸eŧ펜Ôm”OO!kVūXĪQd‰=;W2ŽÛ4Ā&ã6>žÄZÄÆķpM'Ŗröڜ‚ąĀĮãji,ĶŋD‰ž?€× Ig†7Gtƍ9Š§ŧIŒččŨCLr\TkFĩęMÅJKEüĀYÔžAŽ˙äō¨R9 ôƒŠÎüŋDˆjâyxx~ 0Ëā¤xAā4š>­sëyûa[ž˛x¤wņbęlg¸sF`a"Ô^ĻÁ­šĪ…Fĸž&´Ŗļrd~,l=´>‡íEĖ.9–I|›ŅĪ Ņš\Ũq#ÅŌPæiD# }¤2P‹E|ŪD›ßȡÔC(:-ķĖRp–4ø œļ;‰š>NŒkN‰ÃÁŽ^ĮŽÂkŨ Ęī›NĪ‰Žw¯…ų'āß 7t(<‰¯G;—⟁Ŗ˙ôųoå8yg–ˇĒŽŒÔŅš H遴–†˙ŖĄŊO\>1>„Öø˙ȝú5oÛ™M‚7úɈf(䍖;"Æ9āį“dĐęŨé[+S8"+늞*6’„ėÍŋGū{Đhk#CøM>ŠvP¯'ĸ1žÅēĄÜûČuAwËy&;V´Į˙ Ũ´˙HmZCãČŲËõüDūLũGÆhÚ5˙˔Qŋķû1š!4Ų˛ĖkhŦJ?Æ…4uÉē˛%‚T‹ŠĒ%p‹tŒŌ÷Y Á+ĪĪŨĖĩrƒ&‰Ē+Áyf#i]Ģˇr$l܃ßČŠ– -ŨáYQĖĶ‰ĮrŸŽ˙•ž¯ °Åęō æŸ9Ú>“ Rūh‚Ņ˙{Æ ÜčV?ž?IK+ę’unø(8^*ļ"<ÍĒ*u’-*eq|\jķH÷e¸'bԘĮŨŽ§v,íŅ^‘‰š8k4úšü´¨ųŸHƒf`*b*āzM§W2ŋŲ`’„ãō†4pL‚M‰b“î'Ķ¨ ‰wH77ũZO oĪŖ‹—y­iÅ ąWi´lÕ}6œē.‚QĻø˜,#aH:¯:#“%Lœ-‰G ĻÚÉP`ž!Ül6ŗ÷•IoÚ×ä™g.Y.{–˜ĖŠ’’…Zž| 3 jåū9 ĮŦ!›ßÅÜ *'ŦŠëNYáÔ-š82Åv(8V…áSåŅū?ķÁˆŲ[-´ÚĶBvWÉõYgí%„€Q—Ŋ´›hsP‰Ä ŪmđVV˙ķ3Z×ũ†āŲ ‹ģ3EgÅ'! ÆÎXS"ß´°ņŖr"8%h(ķÄū9s4aĪmLô)P.W‚`˛ĖĸéGo÷ŗœ.-­Ŗ¯q†{e Rq3v~Î|ÄLĸÅŨõļĒԔĨ4ëÎĮ*Ų–ŅDOŋũ-õös}‹ˇÉi ā¸ÃčZôÆ7J?Zžƒ‹y¸Ü2ˆ‰?Løå3UJŽÉ8ö_yÎ6{vŒc€ŲÄĸī%w›v”&Ú}‘¨÷×cÛ9*ĸ˜ig’­›ØđæU/tëĪJzy”Ķˆųâr'l¤ŋ{ė§y-c&ŧd‘›X鸈/ķXCŲw܈^†ËFÎ2=e’™­đ¸2[ē0-Î˙ŊēĨ§Î[•+UĀ9}>˙´ŒJų5gą}ĘŽ° tŽO’U´âĢđ}:/š’ļb_=­u…9 Ę*ÚŧŖ °‘DĻQDąA<Ŗ3ÂĢÕŽÂ}4ĩk­P5Į”§4 ͘Ģ>!ķđ8zŽįÔMY€rō`ŽË11]e­ÎíH˙RĻ2R+”xõc¯žå'ČāŌš9ã9A•P†|ʅv)E ŗ.oOŲ°1: ÔĢčxåSī™ZDĒäÎ ĸĒP]sŪãĪ,Ü]§aŽpˆB:QzœĮ߸[§eĶ÷Ŧė:Öûp Āƒ‘ÜÎ7c"Ž…L‘fŦ"ˇ‘jęÆŅŲå€QKs…6ũÄ­ņė,|‰sP„cŌ“{Ķ$SŖM6™Ü×yXdŪH—Qč gĖæ-o8 ۃéĮ^xZB<­cô›;{â™ūM&ƒ6_œį)cīäŽÁʛrá ë7™åØĀ•ĩ鍏RāfkĪpĮŽÃ=Ą…+oąã›Ō{H F9Æ×āŋõŒ–*jE`cŅĐ;ÂŅ0ÔÖų ę8įƒĨ1­)sÅØYÄß­Ē5[ĖrnK¯ÖŖāQ$Ē¤J˛Æõ´ @YâZ™šuųVJ=)‚ÎŽËĐWî1Š“šĖ xäŊkP‚¯Î@­^÷:jV’b—ŧ!t`Lkå¯6 đĖúĮīŋūņîÃĮ?üxûōķŨ§/Ū~ųūōí¯ŋ~ŧ|˙ūķũû~øđįĮÉsŠŖîĐĢÛ$qēŊ%Ũ„7čØ!ÃM1‰$čŌäO˛™Äʸ_ĩ‹ úI˜‰í6YņÜFmžÆ,sŠ˛Ķ›œgˆ{§ lHHŠ›3•R<éēx2†ÜK[đ´|´ĘŠÜ€âx­ €Â¯YW ´+ä>üYãÚų’gcr0ÁáfÜ|—ėi~0ÅGŲV+X1d˛Ä×3ú]ķVŽÁũėŧ'ŧ`X~4-íqš*|›ĄĸŠáM?ŌĻ:#7ļĸL`…@ûËī›Ë×ržØ}âƒÍ+|S. r<JW×qJŖ:ØÄ%ÁpĄ|ZxžõúÁļn*š6dš˙›¤wąëFÕ§y~íMÃĀˆ“÷Ô\Ũ\&.-§v‰Ũ %:/ƒĻzuT"5úÕĘÚ:oj‡HCx?‡Sšu~ĐC @¨˙ Áƒ›TÁnįëÚDĨ‰B¨$ÄØi]íāæ$­ų^w>Mxūy7Z›ŋœ’GĖd@÷NĀØYZ™x‘°xx=į`ņKÔŲģ÷ī˙ø#æëį¯ī^Ū|ũúũåÇ/^žüųöīĩõûŸŸŋúëįÛ/o˙ü{Y­ÄÉ?ã+ƘR˜‚f'h˜}ÔĐ$@#/čŌõīĄL]žrü‘渚mt—Ä„ƒ}šÆ ÆíË9LÔ m›“´7ēdœ}›|/b'WīĻh´Ąã+Š’Š*Î8$FLúy:[ÉĸÄÆéhÅ>Q%ĒĸŪô¨f×ĩšŽ_NÂjąÕĮCœ@גDJē}f<Įa{yûYŌ-ׁxI.¤uüākEŨf;ûH°D••ūŽ‡ų˜ē~”9öÖCŲ?*0Ieø‚†éMô("ŦwĄ.XãÅ*@-ÔaŌ´į‰žÜ€ˆ…2ķ¸‚xIt7=å ZČ#ßV¨Ú“´ĀëōD~žo÷SĒי]¨7ceÍ~ēęČC×ų~Ē,ļâhĻ5g6íe>Čų8=‘5‘\R hsBž8ˆŋŽŊ„ôå…^ß –,åŸ'T&p]wiĸ6gÃĩ[°Ž8§t\é ŸĻ—ąŪģiA›ĀĐk¸Â] §cCĮī/pƒą€%÷>AÂ,Pį%¸}°D›Ä)W¸.māđęSÕõnc>“?{K qĐfvų$xŅųm›_  E§—ˇ}"V} x?Öã¤ščŒŲŦYåÃqßF=q,¤ąpÂlĶ–&xęáƒáŽ¨%˜$-ô 5K¤7” ü dȐŋĸŖ–‚Ŋ×ķ‘ÂŨAŌÅzĐ8#,Ļũíã‘t5åĶ˛B~zŲ§1ė÷ĢƒÕß˙ë‡ėÛĪŸ?üņūĪĪ}|ûūÛËûī˙ɯzûįۗ/ī~}ųģ øôõÏ7īß˙ôwķ­úĻ/ŠĢs˜T[ŠûĐä%.‘sh˛-d˙y^ĀĪ>Ŋy˙ĮˇŸ?ūŽRŪ~{ųķÛ§ŋK”oo>žüųķį—Ÿ?žûņæëĮO~ü§D ŒņÁ.ŋ˛Hĩ‡ŋa—‹dģ>É(yÅ.'[Īøž"—swrŊy;o噊uĪázŋėņũ#Nã­2ÉųM.\hŪQJŌbا FÅ kÛ4DH“ lˆ–bŠjBéˆŅ9öū8(iN?#âŸ=8‡¨$[ äŠZ;%å˙"î‰äoãá2üķážpķ}ˆ$7Č'' æųÕūîķĮ?ž}ũđéķÛˇŸ^ūüņũ¯—ß~xųķãÛw/WŨ˙ú9ũãߎ3—ū—ęz8÷Ũt­Š+ŠD0V%/yn6ŗ’čēáęãčnRÔaͤ;x䝜*=4éGÁCĢ€ë@0Ēb˜ŋą÷Ģéņ’íoĸ^pú^Ü€Č -{-ēą2ēĻuuäoō>gLEŧePŅ™ĒÍØšé1¯3õë+Ŋ?=!e&ZĘ] ÜS}cA׍Fmbā?ŧsĢĖkĮâ^xXUtčpcpȨ* ­€KÜĢĒDŌ¯ãą7ˆîyÕĨÄd<§B"ŋ×D§slĸ–ęIÂéŽ!`%u‰•ÔöƞūĶ˜Ī`rÄ$+vt:]>šÕ’î°KÆ/fR”;ėFfÖjŧš2ŽøŖM!=íR'āĖUœ‡ˇ“É#¸õÔŗäŠ1TčBqĶáAŒŽũm}‹ėy^œ€šāČ g¸Dę‘Ɖ!NxĖ…´Lښ(û¨ l4fMįŦÎL!6ĘWG ĀĻD8‚ØØRõfĪe *ÍíõS‚”Ú ēKtúNnĻyƒ2ÜDēc„ö2yŗđb ŪwÉ8õŲĢŪûjÕ „˛ĮŸÁ›õ€ÚpŦl7ĄZįg†@J Ŗčø>Ä' í˜ēņHtŖˆxæf8|Á˙bšŌŠÉÍŠ•a'&´;r1„ÚÄŒR›˜6“E˜_?I[§Q…1—OJd,Üíå&ŌŠP;•ˆ3ȸ 寇‰Úz…<ôySüD7˛ d RĘæ‚HKŖ¨=đhžÃķđ(OP!ČŧĪ'ßGZ–GC´k‚Y ]Ŗkãž-ɞė§AĄÍū˯ĐJm ãEoTe(ŖËPOēđcēÙú„ PÁ_ՍKŊ ˛cNĄŲãÚX 5ũ¤ōôīúÖIÔŦ*t# –ÕøíŠâ;Ię‰:ukf6Ē2ÕyánWɛŪ˙Ķ>Ũ°'Ėŧ̓ž{<ĒIŖ cƒįNtĨüÚāP薠dŒbĪëÔˇ“–h˛z0Pķ&xöŪĐôΚČ%îv…Čbp¤!—Á7ÉŲt ˛hŖ/VŦ)_8qJę4ZĨ~Ą÷Qē;Š‘OfQe‰d.0ŌwÔŜũxƒĮØk5¯­ôOÎë×7ŠgÎũ9†a, ßÍeírz'Yęmt|ųU:`ę K;\…ĀëŖĀŗĢ Yh.­ EÖēs%álnž,Ũ„ĘAęJĸĄ†LíīÅ'#ŗƒlĪ:ŠtՌL`ėmÖŌtsŸŗēRŠģÛUKG` TÍhįUF~ĮZKɸŪÛ+<ŌēP\9•Ä—|ļ&'^ČŊDJ9Æ ūrÍÅRÜ[ž°+EŽ4W”ÉđJŗ/SËÚ qߋ3ΕüK‹_•Y=*abÔí X™Ģ눸˜W܋ēāFíväčí\S#7ąÜu~wyŦ —†×Ą(ėÛØ0į´3ʋ€Ÿ} Ž;€ũ2žB UŨ,‰Ąo°ŦÔÜÜbãŸ=ėn€¤ĄíT xŖÚ*W͂ “Āp8Ib <ĐÄ­g…"Ę{RûjŸŲSŌ6‘vX™xÃÎ1ÎÅSF¸7ÆYÕE/–^-Ã.ÎF)‚Û8Ö¤ĘȔĄĘM‹Ė¯×á3ĨV%Z—Ū;›h*ž-,‰xŗîu,„“ā¯ĘÆŅˆSt=į>4<Ļ˜@@ŖƒgÃũ|]7Š1Ų¤9Ķ4ã/†ũß[I’cPUu!ØTãÕŠô•3ÃãhŠwĀ‚ZHÆo?؎#É/dQi9…A=)ąjŗ›aķ›•9ŧ*étɆāŦŋ.Ė™”F'ūž#w„rž Ũš!ļ =gŌ\ dīŽDļ|5厚îĢ­÷ ŗÉūŊ÷ "PĖSÕŪTdK,—š °i}ŋ+“5ŽŦ…ÔĔf°Oška?ĩsãĒD;I#wڗ}́'đ*†4Îar–Ú_qéŽ8":įQ&æ$BlU°Ŋlbģ3€&Đ%‘.Ŋ(BfÆøę€ėļ†`ōē°Î›šád‰öˇ§$™;Ū:Û6Ëze$wŅJ–Ū4ˆ§sũTÂ=ū 0@>ŗsMŒėˆ—Ž¤Y5ŠÚĒ@ŗƒH¨š ÜDŅ­UZįĢ04Í7‚~†æŠn¨ī¸”˙ß^‘{0Ë™ÂãąĮüĄ*iTXuZv:…5ĖÖĄAĊ^äaj 6æ›ÖÄZ0Α´PA!ņ€)M´âôa˜‹÷#q{ b]š4æŪ}ŌX “đj„l UąÛUHdĖrÅƉĨõøišé56ôNÆ"§Töõ“žũÛøíėíÍ2†ōu]‘ģfE#/Čë=A–´:ŗ’€éōJfæēáIõ…)ØĻ՝āíJ&Ã,ēî ‰=ĐØnŒ OÆ$N@‚’æŒĒgė6S>á6$aŠÁ„c2Œ‡VŦŗ\ôŗÃ$ Ķkr>…˙œa ‡IjĖ9=â¯8‡Õ9zĢŽŨ‚¯BįX…f§ĸK'*CšB÷hĐōhėcô<€#gg­G-ÃĐ.ĒŠē:’ŠhjŽéŌXĄ–-’¸3’|¸ņjLU7[ôĩ:™SÛØÖMÁ’ @ākīĒjZ2JŪŗbŲĀ'ÖÜhįĘa-õ8ÆĨ­ˇÆQSˇ›ŗ—øOęÍąhëq$ô0´‘@_!’Ö*oî׎KRųŪs´ņŗߏ¤XÕ:ė×~”ëīXqņ’üĘĮ~ûõËÛ?ūúüņĶ_ßŧųķŨ›o/>˙ķåëŸũųōį§īīŋž˙ūîû÷÷˙ŽKŠ—˛÷j@Š’`ąÎÃĖVˇ|ėđDDáIâ=­đyÖÂ˙a3ž´ÖR†GœŸ<îÉՋp™tKíĖ*­ĐŠĢ°ÆÂ6+“âĖÍÛč Õ3'CõÎŅ{âßڑĄžŽdtôkėŊ:ûjđĻa đTVWi!đ.čzĢÚ[k­c­ĩ"PdŠ}Á°đcŸ¸¸ŅņͤR~rVØŖû!â#n_jm¨‰;@pˆßņõĶúūī˙õé?ūõæç/ßß|ûķī§õũį—o?ūúú÷?ũ|ķåĪĪī>ŋ˙øåLĶë_ÅĒ—‘ !ķLÛ1טՈ`ã”l|•|Nˆ-8GÚuŌ.ˆnÔÅÄLų- Ÿ\Ef8 ™j´ÃaįX6´ úô䯄-;;NŅO@6`ŒŸrö’ŪôŅ”č†ĨôŒ-“ äÚԉ8ŗmaM"ĐyeMHēbĩĐVä$Đ_Ųa…ĀoR¯¸ tøZ˜Üŧ• pBĩ&ŠÄĮŽ`8Põ:ĪæŖ<×#X'[R1Í ŋŽI”Ö˙îH1UœŽ(˛)¸nY%\Zƒˆ^0(T“ ļ†°šĩ?C¸ã tÚčN+š#¤ Ļ3DäD´Ž(Gd'ã…LŦiŌ<Ē5…%¤ž3O<%ÄúDãDŠWžFg–YúO@ënÔĨÉš jzB—Ĩ°†x0?˜üÉé|°müÁ-ĶFÅ4•P:ņ:=Ãįņ68š&1¨é‹Å?ĐŽæ™søÜ>‡eڗŧŖ¸úē2 YīÕ ŨpßNŠ] §jÅ„\–kicš´ė{Lë<Ģ$ |IôqNÖz×6zĮˇácûB6 EßdĸÔŧ ‡Ũ넌.Ļ}E L}Æ#j;KöĢų¤$HÔ8ÆķB‰QΉü†e7v䎝ā`Ų 6xč¨Ö_ĸ˛8Â'™vîË(ÔL œU˜ãœFXpœ˙Ō rˆ9ī˙& J†Uų§QëJîbĘä[ĪŠĘ5Ā×ÁG™Ō'÷gŨƒØl:XWĒ#PëT0ÃĶ“rÄK{:ĩwÛēãŨŦŪu×ŖÎ#׏K¨ēĘėqÚ7ŅÁņĄËHi‘øžVTs\ŧŌũíĐد›ŧ3Öf¤ŧ˜7™>ĩ˛Ļw pxŌ Ėl•VXˇū걚×Ɂįļ9–ôä đ”G96}ķē{o*”Ģ`Ũpø;÷âu‚{āYî8 ēt;° ĒnūđuëAb,Šíf¯ŠÚŲ`fGkĐĨHâ š^šŋUŦ‚ŒĢĨ‰UËA ßrŸua0Rä†s Ízãå9*9bÁ @á& Y%ļ+ÖäĪ_‰‚Ɉ2_”ž O¤đÁ lķXĒüaŨ āåļ[Šsܲá<#ÕB°‡ķĄœÛƒĸ$Úĸ.ķ{Ņ]ēįvã5ē+ˆ@§ląîą˛j51#[-8-‚ŗgۍ0˙E—^°5Á€Hŗ7iŧ— ]™wĶ†ŦpeP1)Gŋ8Žn°#Õ&†oŦŊŦˇj#ÚÉÂĨsN ĄMÆ "˛ #ĒDm;GÜGËz0Õ§ŠûäĖ&(ĨĶ•YK3T­ä‡‹e 8Üd$’pëÔÍĮhõņząr܈ķÂ{w?­ä!X‹ÅÅ ´B Ũ•­&j|ņ™4ˇ™BHLé Åt¨ęeמģŖm˜PĐÕã49TLßq§ëNz¯Vk~5‚*mĄ¨įÅ5´dOŽÉ­R`ōōK$lSėķŖpöw[Dx_~Ē¯6ˇ™î†!‰ô͝ë ÛįÂ7ž¯XĩYŧہ΍žŽŊÕū1qWĸiōO={VĖ]Ŗŧb›uŅuŽ&ėš ū“ãúJ1Å`ŠEz É´ôĩ3ĸ<Ŋđē3I>Ņ"M§Cq#ß՗$†ĪkPö§a>&0u’b„|Ė-FÄOƒp‘š”ÔáÄÖ ęĩõ{Ģ…l.ˆ¤e°°dXTöãZ&›¤„K”t”ĨPqЍøžĨ*e%Õh;ĮĨS†5Į…Ņ}{Ãrũ3ÕZ °-Ę -ÁdËė ņRŽ›ēeƒīA`ü1^#Ž?ėŽá(ú_iøå˜n rĻ™HsmŗĨ Š´sŠĮ7ė&]ļQĻ3žĮkíŦ¯”°ûc!°ÚV¯æĖ¨¯+ŊŖŊe%ō Yiļ¯œŒiˇ3ŸĶĮvŌ3ņÛÆ2ĢėlĨK˙ŖhhĖąČ6-Ģ[5› +ü¨¸o'¤čë6ČsúAdļ:ąî[¯œßÆõÁĸĪĪqkĖx[„ĮÆĮÚBõŲZŠŌ&č)—Ŗ*tUƒ|ŧģÂ<€üŖfMŨ'´1¨ąē ô8mŽéÛkAKōØc* ŌÎF ž%„rJ˜¤BCdUqDõŋˇn¨W‡RsáKxē”,ƒyYccˇâĐIŨl‘õØđëĻą3ĒĄaƒTGū2Ž­ŧJ^ŌKMË]š^öíJP‡tĒíJ6xi[–0#fÅ-‚ģ]™åđ’ē폷‘ÖuĢŲš š1†*<sü”§sĒ:Е|¯MŗH_Ãq(#Ī2”ļĮĒŅu“ģ–7æ.Oæžû´“čÍŧrôĄšŗ{ΑđIĮķRmčŠ/L0L]Q`Ûô}R´âL#ĻķŌj;äļœûúHã~:ĻyĘ=&­­Mb\÷HC™ČiŅMõd‚ÜČÆķ?Ų%ʐNŽą„.%í¤ØŲ 'Qģ•mą­œ$m*Ô7b:Ę÷pšŅĪ¨4QõĨ ¤ dŦ-™ÕB?kŨä$å8°:āŽuR䓹ĪŲgŽ&šŽ#kE.]E(]<ĪÚåØmÉĢnL[ĖĘ°$m.sQ õÔŗx–šgÉÉB'§Ũč 9_AōšŌēŽb6¨Méë$‘Ÿ)čyܝ\–@KíčGŲ3í\åˇ PŊĩŌbÄÅ-IWææ¤Ģ1ĖžŌ^Ēc‰wĒvŪ”ãiwĨėA Ē§¯ŽŋĶ𓠱!&[ŗëCĒXwBN>˙-ČIArˇī˜úØ/Tjdû6sûøL•[Œ&ūÜ^IUĻĩPņbëqÍ9e ąŊŨ^Ĩî6¤!ā4Ŋ kåĸį”ÄŦŽųø´øã–n\ÎKĖbTåOėNšęu´`*ĸ¸;,“To?ØņE×ÜõPškg6F“Ø9œ„¸ēQ:I‚wXįå;åvZŸv,sЁļdš’e/¨ž6¨”ŗ<¯ ú1 P„ĐÕĪãuj'ŗˆ Ãd)Fāã…T`ī9ķž1Kž<Ļ§­õ-…1Ú8ėÁāļęĻĨ1G1b¯Y$B˜éÖ; L3ëđ\ōôõĶ5ižÃŒ “ā0¤Šw´gĢ.QīĄ!ig͍‡í„ŧØÄSnĨfĘāœŌt<ä‘Ô QøeČCŖėq†a֝ø”‰Îô˛Ķc&Q[^o%ŗ]r"‡SĒrÄCĩ‚Ŋ0ĻÉĄŗ ĸžÎlĻ1Élv9*ųžë ũdΤg˝žô–ō°IÛb—3nWD’všIķ•ôÆÆ/$œ•-ŗ‡™›ŊRĒÃhuál3‰ /HMŠxąļa~Uõ°o§÷4ũjŋ6ņ2›WbŠˆŅÃø—‚Ķr9­\}ŦtéĶÁŖe0T×CÎ͛ä(Úe†[ļļ@DvŌ\ W7ō7ä2R†ė3öŲš Čq×2-õEĒAGÆtķU§”$Ũp|đČ;CŖX*‚—FgÅŖĪŽéɟ°Fm!&āPj[7‡Äėt‚”áÍFC¨Öa-qû,ôĪJ-K‚^C:TPרą0č7ŅjXęw.‡Šųž–)ëSs+'&ûĢō˛TKLˆLhĒÖŽ#ĪĐÆ+qŲ„Íŧ%‘16QÖ=ļfHTrSŌáSŠÉ:Ö÷ÔøX’땝Īją­æäČšOé6á$õĐqĨĢ}…b ģÉEĐËV™/=Žėģö UjŌ8xP“ +&[˛×nCčT5ŋÆR¯Ņ)ôįWēR–Íôhŗjë0ĒI’{īm^ÛķI`uĄx!ė7uķáRCëÕlhßDfh¨@xVÆ6 ŋ(ûĖf­¨÷70˙n{!ŦĢĀsƨ‡Xy —. 9åō"’*RŨםߚShŠ\”l%IéōÁFOšÔŠōéŗŖųĸįŽãû:dcjÅõgRí @NBļ;n3JŒžax6IĨ5PsôŠ‚Ú—å‚Ļ“ōâü‚ēđ!ž[C¨æ*§S8uÅŅÖĪë÷öėãÚĘ6ŪâGĨå[S¤9v6蛋’æ‰hSáģ›SŠõ’ĻÕsé#áä¯Î5˞/ƒ§s‡•ō˛‰ŠaģH4úēėÁÚ˛ĄueÖЊķĻmÅwF¤ĪXo3ļ­Ô­É¨Šx|īŧiīSKá5ÄhpfŌ‚Í” Ÿ|gs ú­ĐÂžÚ,@×ÔR`ô­žĮđzD Wâ†Ŧs ×HŽâã¸zj.§Ņ•$ā/nŸĮ˙8!GsŌŠR1›Ī¸e7U#ō֚g ĩÖ ŪËUįāĩ•+VíngŽy–qmœyœDEˆNNŸá•kĄ< č”ÚMLWK‚‚~nŌÂ)ÜhI9m ŗÉÁ`cEœ„|röž!‡Åë•ūáÆâ]ī‰Fč|ŦÁ4‘ôÅËÔŖåŲ3Má–1nŸR@9Æšž+Īĸ~ķVIIÔÖB×ķĄ,jš|įp§XghE˜ÃŽÜąa[ļŲá;!¯€’­ø&Ī,lŊÅ,<{iŠâCąLZ=h2nĖ āØLÚ$+Œ@"JĪWToíÁ>Ų=íg.ŋi‡>|g'֖ĸĨpÔcjrŗ^ËIPbîÆÜg•pÂŅŠŒwĩÕa„&u4;ĸ°T .ÖĒĐΡ˛<â;(ĸ?Zfī˜×kmĻEuÅ(ė°Léä"§Ģ€ #Ŧ âą āc E˛I2Ā M}ĪxÍÜŖwō´ ŽtšėŲ/Ņ|—ƒÉōLĀ=9ŗ”(˙ĐW$.Ģdŗä,Ûžá"wt0â×ĘĀČģ!pë‰m˛ĐOą+Á|Ũ™ËŸŸ#8ÉîĻĩîÜXč+ÖĻ˙ÌhŽi“~ļXģ îãáŖ˜”ģ›„ÃRürķNĨ-Š>‰Œš†å?^/â+Öāc:HxÖĒMš-’÷ˆ—xM*@ũ1Q/ė?ŲŗöŲskˇwE9`ĐFΊ1=)ĒYE˜@) ĀV{# 5ĻŽøņeāxNx#8sP’Š‚ĮÆįNgà$2ķ GxŽļ¨@¤Õģ(oų§[Ŗ㨘ėÍÆęsąņķ)ˆkÎSIžQüõđŠ"NÁđČtf ‚ÂibđA@ø7!%‘$ŨšD€~t(Ĩ+gŖ P×⎤xz@)!•lŗ$}„P4ˆVú$ŽĶ$ļĶql`“lė”ąpKrøĸ ߗú<û@ÕEGđôĒ6įyr'H/ūŧsJ9î§æĖ™3ËƃŸŧi.€B×-;3ĩI.L€Œ›Pč˛8š[•ųXĮÅĐÁ˙‰?\ĶäQ—áqã"mâ:sđŠˇķíÂé# ÅĪiĻYˇëŌ"Øu˛ļíaG1ĸÂͲÖÆ6üˇjŧ˜ŽqXˋĀ!i€9ĩ3ŸŌØ."oīØCz%;”܉úÚÉ"åŸ23Ŋs!Āĩæ8U—¯6bkbzp‰"Ām÷ZŨ##Î]ÆĀ"vå? ûū•e˛ũL|ē­įv:™‘Ž7MįJ ąõOŒlÎS—š7•¨ ¸>¸XØĪ\+Mšôr[āaŨļ€tÆæÜH-‡´Ā6”6Ũ"šš @uŪģÕ1IŠ¤é'ŠQqĪ¨9(îp´Đ>­IwEa?‹kū7õŽfy;Ū("˸›ž ÂGG?„@ųˆn7ŧs`ŊíŅžęûs[ŖyB¨ą#˛0aōuŖēËÃst *0ŨÎķˆä6g ŲęWzėNÁ¸Ԏ&f&ØĒdiķeĢ3t|@€ž=\ŠÚA]UÆÎWr÷Đî ÜzÅX+v¨>įų †¸M™‚ØÔÖēaå{Vq[§kŌĒ> Žž˙ëåËû?ßž|üōņã›ˇī˙üöņíwR“îynZĶęDģēHf¯V@BĒmQ{úxŒ ZGš‹Ą6ã–Ņ {´~š`Š’ų• 6WaUoŌŽT“ēÆÃođčĨäČ9aŨė¸›vī÷\L:tu‘ãĒĻĢnĩ›Ãĩ– ČŅŲ*k'5M3õ1QâŧɊ°e(GvuĪ™C õä>dsGo"Í4˛å‹Ŗ’BĮ¸ļ'Žđ‰ĮqīŲŒ3ãnvÁČiĶKRâ¸9#ŪŪąĨĀîŠÃC˜ß;& ēyDtu3cÜĀ>Ž{¤, 10īŊŦŽ~Îyũ.}øúáëû?žüxķņëû?_>~øōîåÏ7?_ūüúíũËûŸo>~{÷ųÛˇĪßūķ.eķīg0ĨęįÕlÉÖ5Õ+õ—YkŨc&˜Kũ흑;E‚ŒË guė‘ōŦ~ŽČæŅmõiĘ1Ĩ,ļ8ģÃ&Ļ_`Ú^OR÷ÆË }Cr•vœĐŅŽ5Ņ§ĸ;¸)ŸLžŲ–Ĩt=Ŗ!Hˆī8ÚZĪßõ J<­Ãā%PYŸ.‰0›ŋđ8ÔÁVÛälaFgiērˆbOÃ3ØH“ŌvãOđg’MÔpƑp3Ŋ}?H‡\HJŨX`{Uņ‹ĮsÎđŋ°Éš­.úĖ5 įō™L-Â~ĩôŒú“clB7ˆē{$ŸÆōÅ>‡ō %ŗ˜CĒB“ƒæá„‹Š_Ļ?_Ū}}ķõĪ_~|ũöæۛ—īŋ|yųđ×÷÷/_ß|÷w)õáķģOßŋ}ûøîÃßË?<WÁ׃Ÿ{‹cgŌ}uöOzb>"ŗ=^xZŒ ˇ <ĄîC p=Z%x”ȧ>JC'3‰?ËäĪŨ†áŲtQŠIoVסŲO­‡¸Û¸ōúr›Ø^ĸladņē×#-5w< U{v9B€0†æØTWK€MõcÃ×æŒ>Ä —,ōĩƒ°a–Llå›vsŸsãw™ =[2^į4&Ëø7 °ļ’ŠÎž]U;TÎŧng™CxÖ^sü6ˇ…S'Ę{ž5,)ÖĪ,_ÄŊ‹NĀMnčU ‘Į5q™ķSņĀm´PcGūŋHáÅĨ¨˜4ôą™=”›”)&Ž8G%žNˇîäI”ķƒÎö—0.ÍĀ.‘šį<=1ß÷2ßtđĸĨĢÛö`Îļš—¨ķ bc~’šuÔˇæŗ%mí2đÕļģÜ×U)΃Ķ›ĀĄs}z÷á§ôÍ ĩ);™cØÂķŽû|Wě(;Á˛(ži'ĄÄ܄Ŗ ž›Ŋŋņ kŨ‡C!em†į(ĪrãÚud*žĘYņ1]xå9Šb8ģ&]„öLÂiB`¨L •>¯ÛpwWšĘ^cŒfGÃH|ėčw‚GčVŨ8Ø3"ú‰Ņ`˜ĒĻ ؄ømiHâfĘ.Ą“Kx­ÜŅĨsūK–´GōË5 #fߒÉ|šp–ljƒīj U!,øĸI¨ˆėĢrri„ÉH-Â2ftąįF-Û=˜ŽęWÍ € Ļōt8˜ė]ß,Eˆ›Ē7p^ tʔ˙6ëĶWÉ˙*.ŌBHÃSīʖ­¨Ũ#č€î@āąDäsé¤ \ĖØâPJ€đįÆ.E'%ˆáB§gÆÚLĻi“^z4į.”&Ũ~•UŖé‰@@ķčŲ˛# +Õ`d{\†§L2\ÅČ3Ŧ[™•NĮST%úŲģî¯ēŠ6å°ŋAˇap úŗ„Ēq˛Xb¤Ķ˛9§!N툕ڡéLĸ_÷jĖû˛dFîÃvŌÔjŨˇJøLXNáŽpÎPk„Š|€ē^¸tį˜ĒĪ8—ūÍæö]*mu]ŋsŌˆ`ŠŗũØCÛøĐS@ia4āL$Ķf‡ģÉQ!•Ķ–tM _…'cēB— KSŦTå^ģ gŪė™¤ĀpL&Ähy÷ē<-=¯æ#m€4˛}/JcĄĄŲHÜ]Ōôp…¨j06ƒäŋ&]ž/›¸â—‡“T¤å5!ˆsĶâQI (âŲæŽe\rÆŪ$ã ÅĄNt •í<ŲGqŨ„ĒŠkDÚBB30@ã8mėx’Ÿž;ŨoT]“eđęF+vŧ#Š‡PQNũpēLé9Ņ ëė C—H#:Ā ģbŦĨôžXŦ2HĮ. hĶ‚ŽLK2hWéÛv‰uEN|Á“x›íš5Dä ‚V. vZõ>ĀĖ§—q-[$&` JlEß}ĨZm ĀãÎą šÎ&I€Ķø"*tī¤6ącV j˸pE‹1úu3”ß#RģļķĘŲōŦÉĪĀg)l{uâ0¤ą>Ėæĩ6-o(ģŌ$,]¯Á3 ņQm‹‘iiŽšĀƒÃ.ē:í*ei*օ‹Å+G°ŧ3‹§Ū#‡p6Ƨ+" ›5ãėá¨+'9Lũ4 n<ŧŸO5;ž…ž´ļ0ĄRēĐ )œÅ:ŨĐ $7 TWž qĄíŌĮ }Y‰t„öĩL:„.ĸĖ0l}ÖWW•sŦ`ČŊ‘˛°–Bƒt3(Ũ'ŅŽŠDä7Ų,;ŽÃô84UizJS<4ÃZB0^ĢũFĸ&ĐhM’žŠO=î72Å´A#•Ét@×wķä*/´Ūžc\EN|Ã4ĸ˜mQîd8ôg˜üĖ˜!LŒv{ŗĀāØLÔž8\'5­§fûaãëã|M4֕4å (Ŧj´ŪŦ2ŪX°ņОˇ,ŗļą`#qŠÅ‹î…Ŋ¨ —BUÂyī‚¸:zY]šÄ"É[Cēš€›(ģoļņ‘”ã[ëĨ°l6ëmųMxؙC…™ČëĖč/€ķûŒA =ÖLΊ9™œcØÜW7ÚY‡lͤ ŖDtDäĘ˙‘xOžÚēD‰õ~S\Įé û155Ĩ2T.Ūá^ûökŽ=¸gĢ¤9ąŽG9cœ ŦŠíkn=ĪŽOX†ÃûėZZ™oâLĐlŌT"ėŒŊčû_ĖeIx‹ŲQ,g†č´" Cä/u÷ë1åp¯I]ĘöŠĐ*öeMģÉŸđ—K‰§„ÕãĶׅx1o8ÚNĪáēœŅp•PŽf*ãŪ‚ ]!QiãyRŸ#špĄaO‡hæ¯(ˇûQôŲØ-ũJq†qĒ×ķĻĻĪŅ8¨Æe„@HR‡‘3›~˙ž2­)n̑ßw\¤š}žƒ=ÛņfŪ ]ōGXđNĐ~qĨž-ėoHŒÕ—!ēF˜n+LmÎ,IĸĮˇ Dãl2Ĩ¨P Ā žŖ2vwdtÔ&ĩā`e?ŖŦ“˜!æmũ™ĀEī3ŠrúúäĮ„Ÿd@—HBĢÜËĨö&ãÜ"͍Ēá/¨Šļ ÛĘŦ,§‹ųöÁŠãwQ\›†ÍcKRķƒ”F÷’Cé}&āWø,x›(îÆųŦēIą€5™›7TId 'š(TĄÃĻ–ĶæÜÂņ9Æ?]ƒUqš‰f9WŸžîWLD G­ínlB­_ân-Sw“VŖ:ũ*Ø[H:˛ÕÆ`=Ļ0ôîX¯ĨŠPpi€ĩ‡Ō¤?Ņ™­tŽX´Éy~&@t8€Ŗ#`8o<ûÛS&p¤IęíŖũtNĮ˙=˙jQüJ•û¯:ß%BZų2č 4 !č"Ms6„IŧڜÎlĢ >ų)’=8Û8ÃĶe8ˆ^´üd?ÕK3˜%‰ĐŖŖ,4‰“š}ŽSHX1TÜÂüeAŒ…ĐI—Ŧ0Ąå'0øFĩx'—7ËlâĒėÁŦĸmį+à‘™**:Ē|íOŽ‹ŋøÁšŒÔĪžŸ€Ģ¯ÕIĸEŋLZĪŽėNZ3=ņSÁV'I æ&øą§Ũą€wƒkÃãLC[…-^§MJ Z%íSåKpíö%lÅT ˆ…7ÁzÄäÅNŗĘ7#1›ÄņŲ=Hx 'Ō¤yZD8ĮÃŦēm§våĐ!Ķ nšŖŖtP¤û¨ōZ Zmâ-Ũ‹ߧ™ĀW åFÖn77Âm˜VčģlG¨į:ŲjWŽ¯Åu{)Ôtĩ¤¸äl= Ø,ôlVs-‘ŒĒ9ŽĪyƒúÁŠKŧCsUĘŋĄ×6s%Î`ÍÔÁ˙WĻ‘ëÆšAœŋڞNXVq˛ÂÜ$’á˜?ˇÃÁĶJ82ō{6z?mÃĪšG“ĀCôrčķÖŪUĢa™˛]ą÷˛+0ŧötL¤gāŌnûsHĩgë=ĸ˛ąØW Ž)Œ$ÍH]<Ũë4æöœ@Prŧb2-oēE§û~ØcĄZēžŌ~w¨…īQ~\‰äQŨJõ„¤eš˛ Û<.Ô5éõ!T=žĐŒĻ%ĐLchŠ߇ŸđZ+1įB";Š}1=–iTũ›˙‘øô#ÚöfƒdhâRN¯‰ēf 0w‹´8ØĶ"ã¸Lwtuu™•lßŗ—¨ŗČg˜f¸ÆĮ$Ņ§ŅÕ Z{T‰ˆ]6¸xæūsî?G%ë×XˆŊ>ąU WZãúFœt0eļģg`‹r <Ā aŒˆIŅYRË‹°(Ņ–yAt”nĒÄf¨u'v-lŽ;ck BĘ ×\Ö6æk‚pŠØuå8ā¸ŊļsRĐmĪÁËhŠĖšÚCĪÍ_CāRíbŨ^%ˆō56”œ ;/ÁĐCK3چ“~ģ K3 Ļ1‘‰ĘŧĸķŠ¨EÂīNôM]aĐjĒ˜û2ŠČaus/íLÚžW3bą°zęÁč\yŽúI+~âÚK w˜-cVˇÔ&ôąŐŠn%Û)ąj—‘|īHyÔ‚zî ŽŗúĩU›ĘøTˇ8—‡Č‚†;īę-ŗį|AŲģē•mD^˙J%^<Á{á§\/đX­ē~‡—ōs^”z(]*P‡ÔįŒ=K8 Ą™‰ÅøY7ЇI(‘Y !ė´Â¤f7jdäôöAŧ÷ĩ˛ũ(Öâ cšQ‰Áü†ÉÂŗᓠN¤774Af'}^¤d¯Ūua#hē@¯š°đ“Í9'Åį €:ü/Šä+˛(*ՖĖ›¨ ĻLÆŽ¸IÛ%kJĶ,ãĻžšÄD?ž‰gĨ§%˛|C7¯ÃĻŧ°ŌŗØĻ“<ƅÚĢ Ãk ėë`˙v˛Æîc*¤øājAh. ŗœ*)7=!…2+ƒa2ˇˆ2ęĩíũãß˙đūo??~ûūņÍۗ¯o˙úüōáĮĮ7/_ūzķáåãûŸ_žŊũōíĶû7oūc{O¨õīxĮ†[§uH¨äÔJ†Ļ_ē8,ŽŌq'’fNƒö ė™mßëo/¯ė4RWƒĒĸ;L“ËĘXæÍŨ‘'{)\Ō˛”ĖE42čvoīHØč…Œ<…GĪ}ûåÄā8.œ>Ōų°aŅ„ĩ3ožĀdŠNânÚ@īĒ;đ“Acŋs–5•›uJ§‰‡˙|ŦųS΋tq8ąÃ'„+a.›T­ƒ¨ėLŽ]Ė,ĀūšĄãL„+å( 8–׍dQ:lŋhop buv{-ŠBG¨Č–ĄÄ%ßą!pcæôÍÎî1hb 'dlŲ—}iĄ“Ģˆx†Jøõ‘åäĘØŲä™k0Ô¨‚ĘbQŪMA9aĘŪAlĩãTĐŖôĘĮ-YŪŋąå9ÚTov! Ėĸī˛Ė$Õ#ĐvyĀˆ*ØĮŲ‡ĖßŲvB´VS"ˇ—„Œ[æ’÷#[ŌáæŠ!+ĩčēŪIôäíŽôSŋ~"n+„֛}D[ģ €ÖĄōę1ŽĨ\ O_@zųĄÍēUÛr¨Ánâ)“Č*ŠŽĸ›ŽšĨáÂËĶl(nà ‰Ë`o’AgāڐrcD’ `Š×íĶw9šđ2taáũhd_æ×lh *ƒŨ+Ŋ˙ræΞc´)BiãˇĮ^:+íČa<øŗ|Ή=ÂÖQFZ„ ž´Ũž¯ÅŸô‚ŽË¸Ģšœ^Ķ cđĀBļA™ ÖYaôŨė’:äąbsrQĻĮ'.ä™Ë€lĐā™Š´Ä[T´'üË#éëLŧhNø"\]´I ũiÜDŨ)⎐węFt c@īîķ#ˆÂ´ŸuC'™\$´{ƒˆÖŧXJfCrBŠ üîCvŗBåēžŽx*Ŧ‚ķœô=|ÖUî;áÜĸz˛ŗwo`‹J2đúĻĨJL ‡ĸP‘ŗpfˆ@ĩ$ÜÄÄ[—ŗ¨DũíļŽ˜k$%į¤įŠ0IëÉK ōOöČĐ×7]7͔’ėĘs`_Áw:~Mīŧc¤`T­/ŅĸâļöÚ}YSÉDĢ O”'÷°=Ɯ6 z ¸í€“ˆ Ĩ­ëŗ Š¨+97žMŗtVR‘î&ß85Ž$Ō”ŪU7ûôAÅĪ[ģŽąc.SōŠjŽÎ˙FwÅ +‘Ŧö‚IØS›fa֘&˜ŽōrāŌV.&EyéŠPX[5{ƒ’Ņ‘…ŨTÉoēŒ Āõī3đ§Æ¯Īq"A¯ą÷ą•éLv%AŊQė‡úQeš˜9ÕŨ:/§ˇ`ũØ×:á¨ëQŨփ™ ęxÔ´Å$]đ`°‚áKÔQ!ŅģIs!õĻ7Ū]9BĩF—D•GîēŽnĮ/8‘ē%ũFãg â&ũÉmŖt}î°ËļŨŪ€˛ÆfFj”“ÚõSLíĩCd ō ŨÜÅũŪ͍ŦI§Ĩūnė3â00Ģ%‰Ũ‘‹Ø¤5!áŧ„yá_<“âEĨÕčyĒî>Ŋ7ŧ¯ƒKŪ‹pį„÷ƒŲWi6āÆŦÜ°T$Á^ī”ņDkŽxŠ üNŖÛģnč`AģˇK§Æ4ãŨO%ōgÎPōšĖ&ãĘM#uŠ6 2éë8×Ī*f›aԝ`Ŧ+üq÷B3'ąŽ ›Kˆ‚ZxÔ aŨĖtbE¨j/K–ŨÚJ÷ Zîés%‚*ų“qPuqE~ÛlQ͗˛ĘŅFeZsŠEį†-ÛW ØtŪ‹3OŌc 3ĪȄ1M#zBmÚO Vc’Ļ+yīLŖ&”^íũŌ&’[Õ*ŌČhÖ6Õ1™7ŋuėŦOgCø—˜ás5Qũ_ōĢL6÷¯„ČŒj‚5ĻyĸZn{=•†lã;õz7+‡Ww¯öŦg`ä-Ūėo—ŅeFāÔwlQwHj(Ņ§[đ&íˊOKįã-čĻ™•–‰t%{ԎÁ;ŒöĖ ­znVڐŪĔ؉<Š•U‹ÍĻy]ŒŖyŌŋ„ë›&ŋ´Ņë&ya=ŗ܉?NŊqy2CŦ‘v› \ņNĶģ†Ž7qnŋQáķ]~hWäđŽ~Ŋēƒ$t~‡būV”Z} G{Iį:ŊáéX6TčzŽÔ(ßŋĢ.\¤v¤y ū)mÎÕ=ĩÂegÚūįÉņÄFCWdĐ2„z‡ihšĮ/•ŽÂÆ&‹ė†â}˙i#hˆŗų›ĀÚcōÃ-sye‹6ŲÛŨWŋån›­mŦ+€Č˛÷ w3øGXh´CTĄ i>vŨFwâĮŦ"ŲWâf¸ˇŅ¤„3[ôö2Ãņ`āt{îÉ%|‡Îēā×yâãčÄÎ!à @”Ė=Ƙ‰öå™*Āņ iėõ& !ßʖÃhôĖJ‚BŧGfLpķøe…ÛŖ9ĕ&2(é)ōōņęZ:( oíāųļ6§|‡V§QšX ­y-õZ“Ž˜’åJŸaĀžIAv Ūã:æˆŲc3éhIG†:"&ÆȧIįia:sŖÔÎåUųŽNë!Hw.ŧ”•ŖĘīA­ëŧRWÃļ> ĸ´ômõ>Éņ…‡T!¸l4OÕĄô"r“|oã5láĸ9#2sߋĒ÷°Ûwcâ\:û``ŠTœēĶÖx-ÂíôˆÖ$ŖÄgKŖĐMEûuøˇDÖĶĩ]Ž2ÔpŅį$'āĒ7iVÜ< cŅ…cļM…Ō`=8j˙ĀÚŪ|“FÔį¨˙ŧWØípK&ėēéēkØŲå_9$ŽD×ŨČ%G}‘I÷*rËʂÄ.íæt÷įNú*¤ÜJnę慄™/ÁĩÁWjnôwˆÚčÍŨm9× MŋuÃiÁu ‹`YŌņž¸W›VgŌ“v§\}Öī‰ØLâ(Ū[ŊAmŌ`;`.ˇîĸė:ę ŋˇ1¯'Ļ;{Ücįü p$küáiai°mŪ—„Ui=ËČ2Į(fĖ'žOū„k“ĩĩēĸ ¯]ĐR“Q œÔĒØWŌb•$‘üã!Ÿ[ËæV“īN뗅J=ŨnŠüvse—¤ĖæØŲRp:9OHĘ=‹Qo¨ë5-Č÷­$UCŲŲļÖŋ¸ē`×ōpåęØũã1Ģzü&Ž-¤7ķS‰„ŽÂš~HFãšZfū°ôE90Įa!Ų&tåEĶ–—›˙ž˛*J§õic'…rL0ĢyĖãÚ°Šœ.E}lkõ(qĀ2QŅ‡<´ēk ÄĀûL<*`!œųÜ,X -|RĒH,I ô¸lĒÔõ×WzmˇdĘđ”\ƒÕ•ÄAÆõARËK¸ĐĘd`ƒ•K%))‰ęQڏYĢ:ôĖYVaÖoĨLŗiã *‘}¤Ē‹C¤ĮĶŽ1Cy?4ŧyqĪ2ÍævĄî°Āčų_~’mĄv;ŗ1ÄŸāãÄub #Ĩ \/H=>†BëãkYũÔGÁ4‹,ÄíÄcG€Ų|Ō3”Ũz¤į>K،ĸđ§ûPÃ3}”Įž­Ą<­ûŪĮĪē‡Ã֏–­3qâg¨7lp…šÛŸFu-P-О‡\ū1n#ƒOëRGœÍ&-˜Í ļÚQW[ØO|ĸŒÂĖŊęü;v¨ËY¤ĢžIËãđpéŦļ~8ģ”kēæˇŸ×Ģ)Ē™ģö¯:˜Ũã2‡õõP—Ļ}Œįė'Eļé(hŸ…’–í§ģb¯‰0e„ũ˛N›~j¯ŧ¯˙§&ļčdÜ-/XEfJēĸ­u× ōŌũGäĀ…؉ŌÁ”cRLG=šŠsCN™Iį4w”Љ~ /mĩēsdģžD˜`~ †8s?L°Š‡M2G;ËĢļ/zM\×é˙Ú8ŦL‚ÅN˛˜úūČú‘ú—(Cžž¯ZB*ņra˛éĶī]Ę°Ē=‡!eŽ€†1wFIlŨæĒŌšĘŽ)ÕFŠõĪ¨JzČMîĖÄÄÎkŽâÃîėIũīw$oÂÄIk›˛âĒščĨĖŒå—kjėįĮCąi'í§úä”!čŪË°Îiuø­e&oŸôyYœŠ 7Ö>bâ?Û;l.<đ6CULŒô€ČKųf=͏úšÔ‹6ēŠ¯a~3}".¸ŒŠYe­\sĩŦsßĨ”9§ÂŪ+RÖu´É0'ŊŖĸéĢŨĶŽÚÁĶƒĐ´×Ų‚3DNęė^-ʤŦDá×´ŲR÷ˆĄrˀ?PΎéÂęHsq$)īĢ°ƒOËųųlbĪ]4ōL&Eâ>Ō:C<[ĄMŲüŽš|ŌĘ~šé*tË5Mv†Œ7Į§6¨˛ƒ6ĸįņ˜č#@uøģ•HŪ52’]sËGuë™šøÚŅ(ö/°rđˆhĮßA/iC÷Ēđâŗ.xv¸íˇŽ“—åx;*ë€æΝΠĸ-äĻR6ZĻē1í5ĨSēVf1= ĒŸ!F!ž"KL›qđ5×$D+¨ķ^hV]™ĶR÷aC9%øh¤ĩŧbøRŪįT8åĒĨæš/÷mL×UâûosTßYˇ{]Ž¸R˜EJžČUŌ$ėĢæ_‘Ô?ōˆŲ¯c)PvÚú2Íß ú>žęhž’[ ÛûŒl–ņh˛QT}…MÚ"ú]:áĪ 2†ŗļŽāķw˜øä6SbgxHŽŧ)B w΅'avˆ+ū œY“æâ%—ã8(]ĩ sˆå•Ū+$ĘäŸŌ^ÂõX@#11C)ČvWYwÕAåžÉ­žŊJ`7’4 œž Įb“Pįv0|ū t¤¤ĒėM¸ĮęF&ŌVƒØ }Q\n÷Ļ(cmĶ터<7ȸ`æÂÁĘÁčRčFSuƒcčĘlgĄkE8BąĒŽ¤y„ō;>ŋjbåčœvÔ'“ÍRÅņĨCۉC×˙Í˙R§/]ėĻĢZdhņö´gÄq2čĶ+ŠDŸÔCšpßšqb÷. Fü˛0…]8ō˜ĖßjãÖ\ÅЀ>‚„5ŒĀœAro„¯ąCØ;oŖ‘†ßĻZ„[Ã"cø8üik[Áj×#ęšoVļbúēĘÍ<ļ—íO Ą´]1špíjz‘ŅVä@´Œâ_ÁMˇ=Āy–ĩųöå§Ũc7Č/ÎüŠ JJ‡ ĖđŖ`9õUi§dxŪˇ6(ܨ°÷FGÖũđejĐyėĻįí"՝^b㛐yYZĀFĪųÎđæ DĘũ ;WĮĩcÛČĐEāLpc‡`Ņīp…M“;öÖ\‚‚^¸)ŸK>â˙|˙í&u”Û1†é~u“æ°—Dš1•æR?+¸ŅØfjįuR%Ę-Cå_ļ˛ŊFŠWOG,æŧoĐ&Öé+Ž6SĮļ+ۑ‰œÖ›öĸ~øq@}/÷Ąsj7cÚ$ë›;y˛I*>TÁˆ…o1Ųēū"{!JüdŊ6æ͊^ĀĐáÎA÷­2š3Ží‰ŧå=œU{ÆõQiÛj$ö€Ņ/6¸&ēđGļڐzŌ~Ž-Ÿ6hė<Ž~„D2eĞŠžXēúډæŖ‘&™Üė‡ˇŧ".ŽÄŧ–É€‡J+éīŠj;9§ŠnôĖ2l=5ėčĶļwŌéŋķ:īŊņĶ96"Ö^Í<¤Ĩ“ęŪ$<FwwĐŊc–ē—œxŠ%„{æ2ÉëzBycđÂ/ä…đA‘ÖxéēU—tô<.n´‘ũK•UœÍ‡’' °Ŋ-› qĐ{ė rÄaLŌˆ×ÍËÖՖ:›yôÚ&ŠĘçbiD)|^,N´|ĸcá´{9Ŋŗ;ŅŪT'<ŗĸ‹Oiû$_ŗp=`[`nG)"x'Žél nƒŅI ]Ũ–900 lâņ0pŠ‰íŌ!Ŗ#[2ērŸ¤n¨ÍÅČ(Øŋķ?0'Bē Pĩõƒąv†žé(};€˜‡Ÿžķ[Zƒ2‹M@bÎ@{4pw'ĄŽMģB¨uđ‚X[ëöČCmŌĒˇ„4Î@ĒąŽØÆäėŪ? ČĪE2 ,Ūāk¯ BáYÃhČ s˜pŒŖČ ’‡mĢ& A˙ĩE“ļäjŗRãØÃM: Ļ;ȸ†ƒš+FÖmĶ"Á•‰])žÖ§ąÄíîe‚ēĘiúA(íRŒØF°$0ÎÍ[Jn$4°hCÍčR¨t yzs'süĨ—ž"fDāTfæLlšj=ĖęŦŪp6m„ŋC‡E¤ĪÔI!i=„uĮ<‚,ôîM€w›v”ĘķRágÜķ:oģĖShņ’ĐŠc+ĒƒÕj?ĒFų>XGrLÆãiúžöF‹ˇđü“ģĶš„&i†ĢX† vbPēņ‘ˇûÎŒm^ÍL4.ž"5¨‰z EÔ—Ę ė€KؒŲŖ(9áĨ— `ŖįŗCîž}Î2ŧ$ļģL0×;‚vĻ<ōËēņhh˙ˇ]õ \ëĶÛĪoūx÷éãˇ7ī˙úúōįĪī_>|ųņéåËĪŋŪŋ|øņõÛ_Ŋųųåû÷ŋūīÛ˙“Äy$0îsÄ81SÄ=.ˆ.Ē~Ą¸k^žOīß~}˙Į—ī~úë뗗ˇ —o?ūõōõķĮ7/ŸžŊũøöįįoo>ũõéŋŸčøī`_kIJŖŸ<×aQŋķČš5ô{Ëv[^ÁJ„}C 4ēp†Q]ÛÏ—uĮRØŪx“¨í*|QũĶû jķ•2åšäæka?, YP œI $ĻíPĖ.QÄŅ›˛ĸžŠuĀ‚—Y”ልųTˇ+š”œgTéũm*Æ6‚Qåšü#9Õ2L7ba ŌZˇĐĄF6!ØņŽH5! Aq@œ<ÜO˜/ˇsŒ]…ZWKprē¤eËDŧ€p&šŠēct{ūˆwī4•ÃŠM*ËTŪÃĐátČyšĐpîķVkėlĮSũ(‰&! V,æ<Ŧ͌‹­6#YŪ+uPÅē7Ęė–"ÅZ~M.éÕčķļĶûÛîĶûw/pßž{ķũãŸī_Ū}ūëÃˇ7ßžŧüųų¯ˇ/?|yķõĪ¯o>}ûqčŗ˙˛œ„į˙ɍVđ|i™›÷&Įâ—ŋ0ų§đ¯æņž˙etäõŸĘ–1WWQ|oŊū1›˙yķ!î_:h|2‹nË×ŋÔ¯?U>ŦkāCĪœ€Ėįŋߐ|Â'Ėãž?ž đúJt…v•¯āĮß·ė×ßųųát YĸÎë네jčÔWT`ˇãSōŽËĄE‚‚ö”3@ՔÕF)ÆÎ#Ÿ2P˛œY•<1ŽQ÷ šĢ&ísWŸNfĶdÖ)(/úãkÆɏâãŅØĢđŲ)ŒáQvwĻ×^ÔVk1ÉŪˆÖ`-u2ļ€0¯’)|‡mSMPkdŪdᜠŒkä|Úãl v. Ō` öiĨŅá ÂŧÜäø> v“ÛUÁŪ¯õ÷G9jĢŊFkŗۉáJHšáœ~ėUėĩŽÕCĖ3î+§ĮËĄwķ íce cЀ…z‚ŦÛŊd+†éĮ`ŠŧŲ0AõįÕôhËBmвų‘îÎZ2ˆeĀĮŲC%˜ģfä× õÕĘŌÃŊøt+e˝o='[”6_ūî„äæļB•2bûŪØ{ŋķÆåÍÔŦ-všídä’…ŗN1Šá8ŲŨūüîãÛ/üüņã¯ŋ+åŸ×Įo>Ŋ|øđæû˟īūüëåŨû÷_ß~ũôéį‡īūįĀ.ŅČ5Ū-}ĸG§č4Ĩí´h‹Ÿš <įP4ô00˜n§QtāŊũK—ˆéN˙ĻKTéÍdĐc{ Q?Vļ4Έä¤ĸsžOōģj¨ŨŨĸW†(ŪôĪÇB9õgH_Nķļ‡Be.92‚ēøGˆüÕcũuw¨Ķ‚<`ŗšŒ…ßæëĐŌæŋŨŅAįô^S§Œû ĘM1ę:~­ôÕĪéCöY>.ž$ˆ2-˜6oâŦ,K§įŽSęÚ,P§vÜÄ{Ää|•ę&—Á‰›3L›tÁüī ŸßĖęmGļz§úį¤‚û!pô+üĘí_´īŋ|üúá˙đîūõéëËۏŸŋŊ|øųįĮ—o_~~xųüų㧟˙¯oß~žûû…ĩō!Ü…î$sE˙{T€[ę|ģÖ `BFkŖ.Cd‰ ŊDĸžöŅa:MZW¯ö‡Ąs2îĪŸA“ĖŸŸĶV¯B‚C!úœXu˙äéQ2‚;/÷y¤ĩ÷æNŽ[|7Äl7#Ö1|•)Åā|$nčŽđʼn¸ƒÕœĀc:øœ,ļV /įû$˝KbÂS5ąMÁ= 8?¯ÂíĀĐq÷O—†ī܉3š‹Jv.'Û(’šŒ-ÉeÆn8č”kåÂĸ.'jßd4VLh›ņ'yŽ„e"86đÔ¸ĖĮTŽ™x3éĐQˇœ_ķČLS#”jÆeËŅ ĄËUMˇÃ…ĒL$RŠĢ~xlyD„ĘģIDč!iÃUdŽ]öŒ%Î;n›ĨT`gV–ļÜl™ėvə4É4ûœ¨iF`;bÍG3úđ Ķāa⤎v(„ú–(ųM2@ŖÜY§ĩmž: ĩ ߓVâˆūn3!čD_Y‹_IE‰ĀĨOˀ1wXwtoĻđî Úæ鸒ˆĮšdJË72ĸ#$’.ųŠį%&¸v’*Z)4ÂËßŅÃ’s+Sōsŗņ¸nÃE4Ē[cckÔô‚ØÖéD!I[>ĀųOm[…{@Ā=ŨŊ.Ÿq:ÉnËu? ×(r@ã‰c ;ŅĀÜčƐ^ípÎ×wĘŌáã qÄy§V0Eŗ$H“9 "ō@Ögũęjđ9ÄāŠ!ã\_ĒzĄ¤ō’~N¨2%QbĨtaĒpižÚ|~\ƒcT:ŸMÍ.šÃ3ũT<´ā™OædbJĪ:œÜėU&! 2bÜYI_**b”œn0ëyŠiĻGL›‹Ö G5ƒ)ŨLFnS…Ņb*%\ØfĖoÆŪJŦ‰”,`mÃäc›—Â˙\÷gˆÂ§ÅĀ{lphŸĸzLŽĘûylaÂ~’TĪÆ9ķˆiTH`ļQ °y Šâ¨sVāNōá##šv"n‰æ&˜H&j„ī™Ë:vŒģ’ˇžĻËĄDĢö>TlĶyÎĖ†ļNSÎ9/Z"ĐÑDÎŨ §l¯aĩj&››l¤Ÿ°A‚´o´}Ĩ¤0@~¤Žką iBŖYËQōŸ‰ËĄh€IʉJË!{įæđøKP-ú §ŪiꕙģīŸ>˙6†1–Ûmæ͐ÍD[ö–Ī8c„peiÛÍí9 āžĄˇ0đļ EwÆ1$2œ%€w~L6Kø"žŧŒ60į¯<+mđûr0ÎĒ1ųđēMžu‰:…ÖŅĄđ>“Ģnšû^˛ĖxX"9˛ļŪ4Ķ¨‰uŊ5ŊÚIĘÅš   ”¸ž_o}ŨÖû<Ą#GIĶ‘œ{T%#sö°ž,bœøō V•ą)‰g Ģ++^ē#jQtÚ Q‹Cß/ÛÆĪĒõ1T‘§åŲ Ã=Dɸ—°ÍŅŖĪ K‚Tû"[oŸåqú†¨Œ9ĀFĸŊæÁR¸×Øëi ‰į}ĘJëŨŲč}†÷.ņEE¨ÉU cļĘÔÎ&ö@‡DĖ€ö•ĮĪ0ŽÎŲāģŽķŊŊšÎ/¸¨ŧtiņäE=ĒՎågĖ˜´ŧæ¨'ĨŒG÷›žfV8)YڐöGĪqȕ;…sW+WEn˜čˆĢ%w}TķĮ´ĄDaî!˜‡ŋŲÎĶÕF ‹ņëÍq“$čsĻ3öŽ[ ÃNö7 B›hæSsîi¸ļaŧ2Åû;lr"ēž°Ÿžøc4åv{|—s ķV3>‡‹ĸᅧfė… \@¯ TÛx,sˆm×gĝŅÄ[Yēfg°Žf›ŗ Sôčĩ=C7ŗc ˜<ߊ ¨,Ú”ÖąÛ…<œ†¸Ōæ’J5Q“BģfąÚžm¤ų7‰žæŠsQ b`5•}X0ōØFaŧDMQįÚ=X!=74g/ÁjGãȂĨ}ŸÉd,ŨAhp ŖuĪ4ä!+ĒČp9=—%š\Dᾎ ŪŖ5ŠÜ•ét‘1rĐvĩ*QV´[Đv¨ķ?Ëųø6uZÚtzË=õ´5ĘĢÂĩ)„môēڍŊKŽkyę;Ķ0ëqæ0ĪE›Ô¨¯'5_é`äR7ŽÎŗŗōl‹ô;gL'´’ ū%TEw'˜ËęŠãkëî=Ŋ ŽMj<ün^ŦĶØ—ņBœ8HCb7ûO.Į´Č|âøÍąÛĩĐZSÃCŠHĖ1}ŊžxgĪ5ĄÔ.Žb„ΏGFw+Ā6z )‡–ãĖ†mĮ@ØČ iq_Û.Hgų8+ÄĖækļĢēuŅxö´A[ũômP{ú:˛ūL(†vΎa_ÃC^ ß°M´C‰OÛ`/_™Ŗ–~§š¤‡Ąc•đ#ûQ ;ī<šų°đö'×WūeWÁíÖ„Æ,vĖ0@ÛŌ,Ņĸi/ä,o„×č$OvuwØVÚô,ã´ÖO4~ƒ•–ušāĻØä"ė°>†"I ž%ŲeYōÖŅAŌ€Â{Æôīëy"§Ķxk4ĮÖ+…ėZŽEīyifŌ!>­ôR}fLĀĐü慇¸&ŋĸ)…w:}epÅŌĢ¸á‘éĻœÅäēqŲÆv.ûˆ5úH&:Ö<žlB„îŊŒßN?e5ļī)˜ŸvÍZZũm€Õ9br­Øß+í‘ĸĄ6v,žS_Fģ›æ¤5=f#ÆYH˜Į8{­‘Ëš!UæË/SˇCŊbŦįéüŽœí•c¨Ą>ßĨĘĀãd“âW•ķá‘ĻZÚĖØÃĻĮV•§Rā˙p–¤Uå ŖM†;ÛMĸrV:-$gŖŖ~ą6dŒ $&°h.ķˆI& ?ŲØXr¨P§cĄÄŖËrMÎxO¯M ëųŠņ ¸Ę ™ūUyĻ eāŖļJšžŽwÃÃG%+ÄĶ5rÎ[ŒQ5ĩŠ˜Đ Ôˆē‚‰JT˜Î™&ŲŦSŖ1Ģ ‹ũ'YČĒÂ8č—ũžčÁą8Ķ<6˜FŽvī“ĒēŦZO W[ô´M#ā‰ŅŖũČå,āt'”›ÚË6ĸĐP¸ē§Ö',EEÍ!~täåĸōđ>ûęöiJ÷H_13Ü 4ŠJWĪōĘ)ŖuČ5‡_ĩāLE9 ÷…áííOäkļé6fŎōwt ŗ,ų˕‘ 4I*u×M´l}¨ĪžĢE›tō¨°ŋ—/#(ĮÎÂ~Ū9cjüBÁzËfįdpÎIGįp~}fEÛwāŒcĢ¯f› wĖÕ9¸ßž —ĻĄŒ¨į.J—ûIÔņ¨vëGSüOĀG;Fg[W&ŗš´1 "…Ī nĪĢdFž‚%NDZŧ[öbēŪI{¯ėĢŸot¤ & +†‘UØŗ—Å@‰~å.ģĘi'ĐÛCÖƒDœ9UÜŨĒ˛Ũ’÷QiOehŪ×=Ŧ”°6ĀĘ< ˜wl+ZH ßGļĒ÷4§‰cyÄXVĻE‰ˇĸ›fØđ}äÅ`OpRĶŠĢ|AĄÅšîXŊyĘ~û+ŽŠƒ\ÜĶ¯Ā*ãŌD õ÷ë>ęô‡đÚ™į̍—jFā*Jãl•LCŊQÄ|ü˙ËUņUŋŖ™Ti“˜´;„AK)YĨ)u(WąsķŽB#Įũ‹dE”ĘrÎ傭‚:ĩÕ+¸ ÚnŦCĀLē“ĩĀÞ¤ĨQͯBœÖ/á*[—˙°J;9Mz´ķ‘•Äã;b4JU|æNĨ…Œ\ƒcåø”´?•œü­PHËôMN9ÛwsÆ؁š ^§›’QhåL‰ú%Ž ›ķČŗŌ#QũWÎ )¸#ü蟜•đ7yåBÜ[ŊVía埔Û;T”ĨĪĄĨÔiUeN2)}‰%ä“õģy[+ĘQSX¤—‹ūâē0ûNī)*jđZŒqPĨAã{ĐįK4O,ˆU“ī^v•Å¯0Û8ŌŖÔ!7üFŌ0F@ĪŲŖt ŗ)ĸOŨ 8ŧ0‰ĩ1/2Íė¨Ķ÷íOđüē%œGˆĪbšĖh‹ŋđ¯„zqīhKRø@R5†ŽFPTN„ķSBˇ]ņu<ĪŗŲ,3,„(ÛB+‡ kj9Ŧ‰ĮJūÆp–däŸ8ˇ‡<š–P‘€ih8—đ”öųĢÉSĘĨ3YÕtÍûŲ0ÎIq6(dĖÎ×|(–ėžo#čČåJ´KKŅČc’o`;īB!mZĘZ a‹bÉ#LŋÆģ”ĶÉh"÷-4Ķ?īrvž3Lū$iMš3˛]†xECz†Ũ?Á\Ē ā–QāOĶęuicŗūęRęâŽųR]Î*Žh:‘ĖkÖ ”ZÉæ nˆag@OWôQœĀe­> ;ŗÉÆīE8NĀ.OģŽœĻ ĩ+kŦŅkĒKŊöëėĶ¯cd{™á+ț0áL*8bÖā=į…ēŲ“z6Îē¯‰ūŋiu{{7īy9˙^ū„áfØ 0˛Ų<ĘŠ˛lĢ•I§] ĮgŌŸęRöÁ͏“gä…^+Û‡īׅØ(Ą¨# žķ@›*Ū¯ŠĮÎ}ę>+yAĘĖlâ(ūĘĶCŠ×?<=§—ĩ斓Û'fŲÜļ‡=n-n4—›ØąRã6åˆYWŠ@{ī‘É>DčĎ÷Ģ$ć—˙”‡ŲŠL1íœâAŨ5y"‚é¤1˜#Õ9y'úøz2’¤Ŧ:_ŦņdMASĄĪ,v•‡IĒĀáKo-—-9 ­wRžAzföÆÕmRg{2ĀÁÄ`s¨ąÍnũ2&^W°áūZQ Id ‘c‘ö‰ĻŽķ:ĩ įėwęƒylĖ†jŌЊĪÔ֑ĘWŌ UŖš(&HŽôēU ĢIŠÜ8áRJ­Wō'‰’ķ¨ĄĻ“=ČÉPG Vp d—ŅãOŪˇų%ˎšZ<^üÛĢéģ)…Cyköį&ģ…ËŲėôMĸß3]:>ė+ē)ZķqÆOn!8XŠ#W0č9ŠÔYn™o9ØÅĄiÆAPÛ¯qlÖÃVT–Fm]XĘ9÷Ą‡pøENr#ėė }Äŝįܲ˙;ąrXĖĢÕ´˛wæ9ŊéD- ”4 ĸi5A‹ČÅmęÚᲜs@íc>Gĸé@ ŠŅŦ\3Č(0…/ÂA%Š_wלMo#~¨´Í+âÕ0W\zOĻ™i*3ƂS#ܤ¸3ÅļĢ:}ĶB+đd7ßxxŅŋÍMI9Ö1¸Ĩ%Īur€ ¤S3IØŋHāÜËļíy°å ~Iđw'+Ú;rhœĀ EuQú dKŒÎp× œ”@ÂŦtƒ( ᡡžķNŽS‹?~bä:A!˛hoÔ_ųE­ņÚ|ékžõ vŒ–›ŌY ęŠė´´ úFWŋâĸXGŠķĢŪŒŦ03ô ä#˜h2Žn›Ĩ‰õžåyâũĪPŨ¸ÁSRtũé "Đ!_×rTÆŽ/˜Æ(éNėžāWp͌˕gĀ‘ŗ+cņYâ úrÃK_ į¤Q‡;¨{ÚqŽ•ēŨŌW(‚Y‚ĀԍĸĀSØÚąœ[íĒčãī{ë¤ÆÔCƒáĩ:2wŒKY Kīm|gF•B?ĪV؁ŖOâ°Đ'*é,ŲĀ °dPäŲ”ų—ĒƒŌ ŅAz•C^˛R#Đl…\@héŊ#OJīéŦäŧš¯ĀĖįųú…†žķ3-ˇÄŠē^{^BŒqCžĻITúƒM¸,o(¤ų—ŗųĀq‚eQr¤`īãâÃsŪ^ۋƒÕM6‘EæŠ ?lƒëwˇÆŒR*5­Ãr_^JrģvÔ—I[ōÔ!]Ā/[I ,mԂøĻ¨Së ]/ÎRRȝhWd,Ä!d:ܞŚĪĄtœˇ ãé->KsT´‡8ųTΟũJ°ú9~uú"ŽPcEŠŅ–ā”MĘÂÄcļŲ0ô)ˇ~ >bųoŽļRx¨ŗĻ…h;>#x÷2O*6*×ōôĮKėÆĶģ/öáŽãŒ 1i‚¨’•§iøZ•Tč…CīAŲŖĮŠĸ@­WëíôđZΏē.q™+>qVG{ŠÂÔĨ”ÃyWŒ€Uæ|úōš‚KI˜ Ë<Í'ˇĶŗ ×ææFÜ2ęŅʇi_Ųōāˇ94ry{D19ā¸CĸĀ Č0§æA†=āīĨ%čÍ<ÍbŅ§9ņU¨ĀFē3Ųer°édˆî–f€: ŅÜC}ÄÛ*öÚŌĩ‚>ÜÉĶų—<ũ+ģ%pTܓōĒ"šC[îåHĢŪŪkÁ1ĒSĻĀ˛ˇk×h”T8šÍũŗONxJ¯‡—Íš§Y(‡>[õØ~&֓‡U6R ™™ōL'LLJbkr‰>„bÃˇ­DšœīnåUņ}Ž MXåļÔo§Ęŗ nĪ+šÎ"Į]s`ÄĄŽFã•ŗ&ģđ9čgī,F&:ĢÎÚŦĻēÅ^¤@tD4=Ņ`K'OėՐKŦŕ59Ļ¤ē:ü)Xâ=.‘>K‚Ŧ<#ĶU ”uōæ+åĐxã:.ūŊE¯ˇÖ𠱝4U†˜>í[‹ĪĮō5â#„@NÃŅ“Ī™ļŗŦ¯M_sä‡3á˜ķÕÄA”"V’ÖĨ'jØĪ:ŊnĪ}e`ʁŠngΈį!–C>læŦųŌ§’S82j+u&ckŊ‡œ€ÚĶ&´M„” ŦŅāúđ›ĀV`‡|ĒIj:đ<ßvĮŦûĀãÃŊ}9æPŌXxŌ/D–†õ×A„[UЧxƒCßG*"Žâ۝‡yĘE­¯‡™y#Ö4ü“ŲÂ?įžr6 ІI5EÄ%>eĢŠ4—,Š@õ˜mHK(]}E'°Čh‘dI>´tØm'Xˆs!ĮÕf¯Ē˜Dulč#,Ž*§b4ƒS‘OŠą•jŲÆE]rOŨ‘,oâ>‚j*â)œR„tčš, ֛?ÁŒīFQ§ßBlēį’CÁÛŋo}~ûųã?ŋ~úüķĮ_ß_ž÷ãåÃĪwo_ūüųį—/oŋ}üôéũû/_ūøwģö×dÎn2ÆÄĄÆJŸ°õĩøōÃOCôœ‡ ãÃG[ũr´Û+)ė’Q™ũNƏ‰%%…Ãô ‰X#[=.ŅŽ,~}Ũô—ĢĮƒįô-Ī*Öĩ8ČÔôŒ"WUēúĘ\ôND›'ar 9L¨6 WM7mŦĀuįú]Žf ‰C “’˙HKņfQg6˜—E†xŽu}>¯v=ˆ˜uŠŦķäV3ō„˜ˇĸÃu.3)vŽˇ¯´ęCÕ0å-¨Í­Éâ +fÄs•h§Kq ›x-åŋÉ‘Ü5ļĪ”Ø¨=r lŪ°Å÷pķÅĐÁ Úr&FØhū“PĄvĐvąFsāt‘ĩûŌ”A M@ęEŲø|-Áŧ'†GE˙õŖe­‰čN<Ė6á†Ü=äÖ-keŽÔ„WU­-âv€$ážŦR/8aKČN4[ŧ…e~Ũķ¸ŗ8đČh„I@õōJ ÖgŦ|%ÄI =.ņÛT2™īÃÜĸŠzÜ46Y‹ZÍWIĒBʸ$€`čA•“Š”ęvNžL Ös“Įʲ“ųķ^ėN)?š1-åŌÃé1™rávę_2d”ÅŲ­ųNU°†,Ū$XH@„Ô%Œ¤oØ$-qSŒMŨ[qœ…f’IEqGí™`qōTÍ5Š s“ĻD ™g6 ›Ejob˯­œbŠ¨Ã˛+Ã=:ŧIEŪŅųĸ’Žōoä†ĸ A­IsĢœšĘlŨd‘Ëī_¯ßœ 19Á-Ņ4ŽU•ėĨɔ‰;˜ĨYžā’á8Ģå¸ĖOYÜÜŧãĪųė¨Ö]Š÷Ą,/{ h/*™˛˛Nē-Y XęĘ0Y5rČĀ(1Đ)ˇFųiėŦEũü$ Ü´Ā§;ē™ÖŠžĖrŨûæī=ĩ•­3ũ ŸÃĩ{FfœâīâW>sâ gTí‘8&Eį܅që.\#2"L*/ö"Š ļ 1¯,›eŅĘō×ŋÍaÕ#…*ö)Rļ”MÂåy].-…ƒ¤bĖåëlāŦjAUpÔÜė-ēē:JG •å­'r¯Ėi—ŅėP<ÚAūÜtØ8‰sbķ@¸V@ŸCČõŠ€$\qÔåI{¯įۃ…WĢCëšåÕ#°q1ZRXfŌČ9(Ė'đ&[8C2ī)t›§°ôxĀ)Žą¨uûî PÍVYbf’,zۛ3k0ūmž‡XŽJn˛2kŲ”]驓Ė„Ûˆ9_KŲÁErÄĄŅšˇÚ*ķ˜}Ķûģ ^‹UŧzÃ{‰ W†ƒiį<•ãōØ´°k‚NádLp˜ĩĪ\&“ÛõžzęœOåŦŨs“9aô¤īf<¯=[ M­Ô,s+ttĶĻÖvÔ\å×M/–—GÆ*ņÂĖCį-Û'œÖ’ž?ŨWC3ÛĻå#šÔo%ˆĒ$ÂyđôÚCX)ĩˇ{c`qŒ%,†Rdĩ r:5|'ƒZ ņĢ†ÆøyNš Ģ ĄŖÆ=˛ĩČ7Qŋ¨fÖ`“ÍÄzÕrãėØžģÍĄ‰cÚׄšŽO–ŗڏ3æĘdlņjīhG˜ŋÉf M˛ĀÎ}øĖ†›„{ŽĸYrŧ6ōĢĘ ‚[mx{Đ 6@‡MÜŲėˇÔ÷Užy`=Ä:Puß ‰gÅW“?HáZ‚ÁËĒ:'iĄ˛Cgŗvī Ä66†M¤^'Š¸˜TäĄH•8'Ũžh6CNåDŊ x<1×>z* Šķ’Å˙X7ŖíTâɍeR‘ŸĀEp;™ŠÅŋ‘3PšÍ`aNzĘî#3é^Ņŗ­Ĩh{8Ä_Ze‡!&Tm•|˜JÛâÛo ):*áéļ‘ aĮ›ŧjŽPƒŽ1t95UsļŠ@¤W‰"đérD}ųÆzÔ85ŌD/ØšgONđ”ũ @YŒŸôyWKGŲ‹!Ūˆ,¯§7˙˛Ėĩ>¸Ŗ˛O¨b§„ŋ%Ä~[ÄH\mUčuI°J•ˇĨÚĢč˛Ôá6^p|‹éTԃÍsûæŲJ&žOž ôįĐiū0˙mS¯^]!‹s Œũ Ļ- …¤m™Ŧ¸Á˙đˆĘ&~öûr‚Įu1R(Ũc2Æ~etâ\Ę°GO‰™´Œōũå”@‹yŎqĄËXuËę4Oܑɗ6­čŗíãx0÷Ĩæ}“2ĒĘÕŽNaœ•;Ŋ1Ļ˛äų~Lē‰D'׊ á˜Ė‘‹7fČQ^Ÿížīƒ~ ]Ū´g§ÚoŠ2”;Öâ=ĘđXkõ¤¨Seō0ŦÉdBũö84"JÁūšOmŨĘ $\ŨĐķĶ{YSëCKŠö~hc’ģÃ/x`„•ƒôÚ@āh.o”Ŗë4x2õbŒÄYá˛ėŲÖ ŒŲ-Š]ÂmG§ŧŨĪvRrŌĶëd˜ÍyŅmŖf÷¨3, Î›í¨°đ|Īúzč€}ˆļyą­kKĸŸĻĘ ą_ļ2[’Eše=TWØĖ'+r÷¤!—ˇæ,Ēƒį3hfÁâģîC:%ã~į§ņÖņœ?zî9&žŋ4ĻWüw"lROŪÜԄ"Epąr‚˜€¯TŊUãäg4uR@6 '_Ą´fÖēb™B÷ÎeQ8ōŨŒ—9/{NYbF‚ž×ØA÷Éyō’ë€{sÜ[S‡9I&O˜NäÃCf„==WĻ­ĨlW%5-ū_a%Čܛ”Ų—3öAŠKĶ22Ü%û¸ĩ‘šümû.Ŧģđāę0NûF5#f§˛E¯ļ”ĻŠ<§´u–ŖnĘYŌ[qŒ+ĘĢCBÛä&"ŋwyƍŦ.ÁuĄT÷0[AX•a°)UN:ō刐ŒL‹d! ī+…ēŒûAËß~F%KĶ#¤+rrgZėr~ž‘ļķAo‚đ_šõ€q•Âķ %P&Š Y#m…':×ë,; í´3•A2\-ęÄGÃĩķŪqHŗŅž”Ņ|Ģ ĢƒŽīt(yÉŖáVUˇĄ°Ū‚—“´4ˆ^ĨԘIę ×z3gë”5ô´”čl_YŖÍj¨×u;Ē¸l3Ņ Ĩ0žŦ,3BúcŊSÉ&sôg+˛nÂmŨĮ‘,•Jˆ,ôŽĘ4?)R™7™!%C%°N† ÎWA;ĮČâtÁnŒņ`ņƒq :Ø­ĖÔø*“^Ē"LJÁ˨ˆJåĖü§'Iž2Li°Ÿ×Ú%—yˆsŸIálVŨe]—(ąJō÷dv•Ŧĩ#*ŨãŧîÍG6iËļ“ū`H™Í´Ŗ¯ÂÍąŽĻņčĐÄúļx€(si9ŒÍė1}ŧę´Đc…hĻRûęōŽFļ2ˇ˛~d\, ’Tfc€!„Š8o‘SūĮ(YÂŅKEœaŠĖß&grÚZ–9üfúĘ:RÍFq8zŪ˛°OāÕįĄģbŅ‹o\åBQ>d‹oF9ÅFlDį‡Īō}.qEÖÁæxS‰ļĘ¯7„ztĒlâ…åæÄĨuaÎŨ#œ•…s{6ŒĘ™×Ą˛IŦ,ãÉxœDĢ@5XWã›Å9;Mʨ]!Lší¤ŧĨ\g4]ØP}\j’štzĄÆql9¯(EũYBcŠkOS°öō™# ?m—ķ$ÅQ†ŊQ-dÜ6J†åu"÷vTĪ¸6ÄĶU•„­Õōe<´5flTk‡žH…KVA“)ûÜ?ŗâ‚]ģ“ĘÎXâ|ÄödģČBē,*/ĻX6'GU 1抰Û›MƒöČ ĮŊŖ´ąŦ/ĪkŖiõ[äī"Ã÷$ģĖ¤eņRĩ[--‰Hå–×^úˇ'UÚĐ°(Õ-1(N5}CΛ[ōÉNyŋŠä´p§ÛHæ SŨâ\žYļÜėĮ$ĩ|8›`[˛;Á˜’Y‚CŽ]Ī͗Ŧ3˜Pœ:Z¨û9gotP,‚Ūš æáÔŨ_´ p“ˆęÃĢeôwô@ôé=ÄØuN9ų›…ļsŨ¨”˛WŠZüī•´=iú.ī%v9ÖLëxNú×:Sž@ņv=‚O—¨ßŲŧĶ$I‰âl¤˛ˇQšö¸âKŌ);ĪŅV™Í1͇x/#˛’SHn™:kJėë÷Ē$Ũ8ĩŗŸĨ\­ų oWˆdôÜ4(Cä%2<tíDMŗęJ,Ģú‘jĩ˛x´…QčÎ7ĪĐk•Ž‘n† ŠÜĮDė8¤]™ŪŒĒÉTLfŠĢĐR´0˜ L,Ŧ(h•=ĸkEfЁãwŅ„ą#˜ŨĆՄtģI VŗĻ:cíXâ踗—ŗ3Ė°•Žĩ÷ĐGŖ×Ĩih'ܧVöa§ŌnáĮŦŊĸ)ÂČĩ‰JõN|ũ!+GyÆĪē0Äč„PYÜAģ)ķj*ōq6nvã¨öŠh ˜†ĻA/­ ˆĸ3Ū1xÆx* ĪëŽĻʆ‘j¤@*^™u;Ŋ¯“@ .•/Æ_ŽIšI6wÆYÉŠØä< ;W"5<)$*•z$žsâg†Íą UFđ)Žy˛Ÿp#/NXUT°3r›vúé}ĩcv=ô#Ĩ$˙“ų öĶđŋ|emķ%Œ¯=kF\v~ßâ@ÕŲĖt‘2Žč˛äánú!ÖDCkX{yHPZŅmÔ=s[5¯‘éR­$Õ\4(k ‘M51æ¨A ‡L´Ž‡œMęß`D “Ú•IņB¸ˆ0Ĩuu1đõ Ų}ģM?ĒSXįÆ7ņ¸jÍG“mŋ_cķ’ę‘Ōį'DVsūĻg€žüˆ¸ĩHG[„cķēM:¯‚ Pàŧ+Ī}ä…WÔú“6)į+ÍĄ¯hˇ‰–Kû^*Qē— đbbe:Őc›uĪfĻBmëajd†•Ãĩã.LãŧCˇp>…Å䨠ˇĀ@T)\4\L›†øŠ™Šsģé’8;cwvĶ–Xņ)›,“š^T/íŧ– ņfšÖŪ‘æč+āv?ļ 빐ô8y/#’ š9ŠåLI Tcĸk’<ˇäÔEMLøP4ļ›"7Kķã÷i}A‘VnrB› AŦûLė5NôfĪFlo9…ÜĘ8Ô´NŸõĩų .{íʜ*Ļ,´ŨjĻ}$qÉčŧœ,đüBå+¨æ|×2]äXĘTh×LâąĘ¸ Z=NâŪD‹´Ņ›lfi4Œœ?Ejā"õ”)ĸŋ !…MŸ¯TBØɋĖGÛ)YŗwŌ'ûÍŊs-AZâ­[|3ÃuXĪg‘Î ÚSĀןßęÂÖ7ãV[ēPķ'GßŅFEĻ.‘}6dŨCT fŖD|/ŅjĨP_Ÿ!ÆtvDž2!ŅŨŖΏ.×<%˜† 0MáY# ēĨwUԕ§;㓴Ļ%Cõ#Įptˆˆĸyŧü­%.ĮÆ?†!VŦŗ?áĄÚ Ŋ@9\Ģá5ĖJ8~Í&}wŧū€'T#Ī•'Ŋ ôM~Ą¸ŠøOG/z;B˛ŧËāŗ&BøÚäŲäŗ—žz16ž—ô"HĒô/O“'ŨÅä—SÛ rÖözEŪÂ7pĮŠđ‡Á<ãi(‰/Ļ%čÄė‚Ŋ3¸ŽōPU -åĄp>Í0#†'’yGAē\nÆ8Q­&ãĩŖ˙Rvį9ĘŖΤ%ŽĖČOXˆƒ~ØKŠīáųQËl%ø)įB(Iߝ#SÜ‚'q„;Ųlšz˜ŪŽ™Ž­Åˇ­>ˇą*­v@Kļ¤ŠWnFzĨö\פVÜtQ°ģGp4Ovķ˜HOdĸĐ&Č5Wŧõ¨œØĄqú1öüPÖöŊ9)Ļūī•ķG9†J°Ļķ†Ô]ū‰Yo+\“ĩ ų×B1V%‹‚ŋˆŨpQ˛Ôè/`Ī ’šį;ۂ ŊļļNŒËŒ˛‚ĨÜ˛!Ę,f0Q0(D?8sÔ=N))YØ|›DB›į'ƒOč9{vô#Ár܅īäČĩmg*r˜Æ´ųĶ ‰ąæYHXV}>FĄė†’&^e5R/9tē‚•œiœžíu¯§ņĄ„Ūn*uįŗŽ%,Ōh ĢŲ÷ʋɜ˜cos‚ž„'ЉD:ÉēČīEhē×û–ˆnĐh)‘›Đ,ËSuyĢčĪXā>`R—ü“ÅŪšĩAQl†[6ËS™BFģ÷âĮū^.F[ĪMĀ&˛AĻāaž›‡wŅdđÖí(RD\xFā c t"wÎzž„Y¸ļžiK\*‚‡°ÃÔΜHuy@ZW.Ā:åÉÄÆĖŸšØ­o%grfęi#eŠ”Š‚Î6õ`]ęe(%ŲÍûq/FŽĢG[$×ļ’'DĩH“Ö‚YD—•YĒ›0QŪ ;mŪæŒŋōPŠAg Ÿ•îMÆĖÉĖčja!ŋäÂ01ÆČ]^cōfšīáĒīŊ!ę,eŌúÚd]hŲ<…/'Ē ĩÛÔî,GWKYNžø Af%z3d’ ‘¸}cÖéG!”Ÿ™@¯Ņ-Á ,GDä¤p+Ë6­]ĢÂɇŒ`Ũœeļj^› +ą ˇ‘8n6ŊēZ׃ËÄĐWöũK)ŦĢŠÄ N:˛ (Æqļl’Dņ2õ•ãdūĸ‰J Î&ū‚}DŠÃ^*†|&ít×+.įėqUxŊˇm¤Š ėÃ|z˙éĶËן}{ųđíįģ—oßŋyųđããû7>|÷îûû˙ûö˙Ė#Éz×čNmĒ2rn¯Sõ¤rbį›)CÛģŲ_ôņÖڞžBágÄc&AáĘnõˇJ]ۉGkëw7Ķ¸ēĻ}į}‘Đ%šˆ&ŽD~?Ûz<ėûûüL&_Ëå3ŽĖ?jû$‰Ę°ÃĶÆq†@)Š˜—ˆÜÚŽ°•Ŋ¸éOÛâ…ēoŸ_mû…Ŗ,—m$#˜Ėœšî<$xnŽ2iō¤oĘU¤ĘžÛl‡'{qGkzŨ ‰vI؇ŽŽVÍP~Ĩ–’dv….€ąYÚŊĄ%MaĸLúČÅŽąK°ŋ° ,@{.j5¤@@§ėŗ2ũy#˜KÆK ŧ„3s~€ė%ŲIŠ]ŒÅž\.äĶ|¯Tģ€“k'ã[-b9ÄØ/‡åÜuļď—ņÁÆíđĢu°Ž3o#ĪFæ:Ŋ÷Ŋ}š­œŲÅŠō)ĩI’ wô\€čS`RÄ3œō×ŲÜÄĀ÷E+y2%ø.‚Įz<ĄO9&šo[f–fļ!Ņßč͍ēq´ " ›Toi)$=”°ÖŖyô4†Ŧ­§ĩ5!/œ1RŒ™į‡KjV‰¨.ŨfĻŽra“䝊„ĮęIĐ­O—íqŗK Ã]’1Ļž85,ŠŒurãtŸŒQëU!íz&=Œw ‘VųÁãCI‡ã5žÔAEˇOa¯„Ž5ã>æ$õûՓˇĮôäĀ c.o/ÎOcÜ=¸ÎMÔĒMîx(~‚f0N(;DĸÕųfN7‚ „&oúŒ?šīę^ÔĸjæėūJ>§ŦŪÛÉJ~0˛iŌ(fëÛ BĐĖūC4ë{1Ãĸ]Âv|NTįˉĐtíFų7äa\§îˆ1mV[¨ÅC^’‘4ÎēĩĩRŖ-īÕđ-Īu¤ßßē7ŗÄdhR+įæsyå=TĮÚtÜļĸĐ)ÕîXĻIá$l›\8Œą€Š¨}ĮNĘ{¯ė0ĸøÄf†Ug7÷Ö}‰ĪŠC/ŌņüˆĄ;J:2ßãG3`-čÅVâæĮŦÆŠH‹Â:ĒįúæŗĀà XˆŦ īpđØ ÉâACô ‚á,Ø™Ŧ‘ƒėŠįâwį<+JŠqCÂąūŽ5ŧÉ<ûm<‚]môŒán:uxgÕūM *|6Ŧrä*Ķŗ‚¯q8&”;'%Tķ@ÁS0­¯ŠëgÔĀ¸ŒÚžVüŽ4˜Ętĸ”āũÜ TɉÁ…ëÛ寞Ŧäëáģ„&^•˜ķFĀüyJŧą˛ÍøąxkĄîŽcoŗĪ-’3ęqÄšI€ļz+ךtīŖ’”Ÿō?NöR+50É4˛?­u¯ÆXĻŒĨæMZH–*($­!įōčųûö§Ûą‹in'1h E@5ŲäN4ī[,<)c"\”ÜĪÆô„ŸŖiĘUu TŲŽË(sW7gī ŖÜôÄũîŖYŠė3|žÖiđˆķ Ė‹PŊsdˇÜ[°ļˆņŗmCĪęˆy-EŋÁۏyŋžüĘ$@ŨVp3JŸũžƒŽûÃ%s.ęwŽž›Đ4t&iŨ‘į%ĪhʼnĮ`â‘åėŒnŪjJ Ûpå{ũęôĩđJâŦ¯*Ēē˙ūˆņpDÜ5ĸF-HŲ‹´`Õ÷ūôy wO y­=įdb~cöŲJ$Éã:_C*aŒĢŽŌŨd÷:;ÕöždÄAŒŽHâXžĪ–‚rjÂ%ĶÛā}y dļíų˙øL÷A—ĸĢķ‡&ĮYc pĒ+öНĖŽÅŽO‚ģP,&rC€Ũ@Ú×9°N„čúč_-@tËģËOŨå§Ę×W˙Ûęŗ˙›õ‡”?ˆĨJšwÖë¨*ŽĮ‰•OęSō}ņĶĪȝfáĮ›õjĒ˙Į2”æäYŌ—îZu&GKQ@÷Ii5švZöQKhč={I|ˆ+ų€îũ‚<p­+ŪwčSOnÆ°˛”ŌފÄÜ ûˆsŖŸTd^2â `ô2H~Ą už%×äNcū;vÜēÖĪJĄōjwę,BëüēS…Øŗ—å5mÖ 5$€“&ŲSā…Č…Ū 7‡ÁKEu/ÆĩōM…žYÎØnDe$†ôŠ0_ÛÚwē&ˆĩöY= pl*$pY}qX|ČĢ.ÂųúÉ3u&ĸ…GĖT%úĢëĒž˙}ņIĘ*6Í,sG¸%Ę,MöĸeÄ)6]˜!Ņ0Ü"hIŽë<¨žVęÄ[éŨųO[G_ã…ŊsĐ1Ūō3P ^Eøg§XnˆÃ¤ķžD7tžÆ˙$ˆWŌ’ÛåßAđ†éD~ŒŸ+xĸĩîŸkÖg°įėa´9ŅëDƧ9ŗÃcŒ#X“5ÜhÂĘį Øá! /âøũ]­Ö”.d]Ųiۜ5žg 6ņ’ÜmĒYGz÷ėOIxUw0ŦM|1ĄTā1m ë‹ÃąĸĄŸ™6IčŽB ”k_gŖ~ˆŽįŠ&q°æ’§Â8Á¨dŋ—^Ķđ’+°õė…€Éw,¨;7CČȌņ‰F1 D[°/Ŧ8VáVšÃĨßíøqãÃf!*[—ąŠŌí˜ÖXtÕ'¸üøÃ+ŖiÚČųIĘV@ŋ­˜—šœ†r4öįhŋúáMČģ.Í/ˆUøj, ÚsĢŗz¨ĀUúKļ|ņÚ\ŽJĩŗÉhŦČD vRępâŠņä¤ã iĘčëŅ,‹îöb(û*‹ŦaĀ z-g×ųķ¤N^úr˛ôc1Õ(¤Y‘^ܜī•ÖBnĄk: ÷ äaX;Īå×ÚęĘŊöņ$Oß.žēƒLPßDšĒĩIiã+øõ|ãSĨ{D<ĄĖfą9¤{Ũžf@˜ja°ė×]QÜ5;ąÛ¯ō† Q†RŠlOŽØ^Ô<“í“`ļ5NFŨIŅē&Tĩ3iâ &bƒÎÛX> á [_Rq{ÉĸÅ2ę2د\RÎÍO+]?ĖĒŠá>™(I1Ģ#ÛW‡x?ęĩI¯“6ūMkhŗ>û92ØŪ[ ŠŦŲ€´’T˜fŗmÆŪ™8^‡ cMĸ€;]Ģjc%‚š.¨‡Æ2#jžAF1T9mVéŗīĐ#ФN‹oŗvqÃąļÃP>mœļ$W¸ŅŠ“ÉMĪhb끞vëJDŠĨ6Žš3ƀŠå“åĖÎ|'VtÎã_ŖmFŠFÖ˘é^įA•ZåōFŖ\ã ÁšęĄBC­š™ø*u™ëĐë˜áp{g’Õ™Ž¯bË*TžŊ\ŖÕCōe˙bâ.ĮhĨ@ĶcŅČŌ¤v0ØÚW¸*ęG˜Ā“ũŪš5VYw&ūŨ×Ņ"éEPå¤w˙Ėq;Æ ë;ÆgŌSt øĄđø™t…’Ļ8Oūf)Ģ^g}^ŧwx/÷ØMeD^wX6ĸį4°ŠĸL¨XLØ#s¨ŲiëW0/Ēâä0Ąt)ģōI9GĸŦ/â&kņx°ÔܘoulzÚQQÕũkė| Ø“ē^-r­q‡´ÉLŸqn›ą7Pēî3¸wĸĄ¤MuŒõŌĻm:sĨĢ1bŪō­;¯ģ]iúø ųZ’Č 1|„ĨŒXôĀ?ÎĸĪvˇŅæ6ŠTĻGļɐŅpYÄRl§ä}öå„h –{×„ ˙žB8 eĪįW–f˙÷œ›GËĶũÃq­æq÷ߧBæË Ž3WĖ„?aš™&QlŖ2aŊ‹Í{=AįâÎÅ1$ `54?Å[Œڃ1ĨMp2Jå*)¸ˇšŠ•t’O+Abí*$ŌcķHw>4ŲŠHo&°§âLC–Š8v,™éz‚rØÔéJ´PesÃø†Ž;ņ&øˆÆ*×+šRg;8…š°\í#%@Áņļ>2¯ęÆ qö´KÆSOK-›ˇĖ[ŊnâŊaž‡ÉæIįÂô1Ąŧ›˜jPü+øÄT>^Ô0ĖiÄiHÚÜSŒLŠpö2ä%ŪTz „ž¤ÖʡL' h#™ä%ÔĻŗ€Že"'áÚ āšTūļâüęQ&Æš×ŅNJČēüí N4gąETrēĄDôi=ĩnQz§qc`ö\\ļėØV&ē—>mD\˛Ü­tM$ī•ÍĶŽG§ĨŪܑĮé‰K ÃÔ>V‹$‡Ãēr­Hn=î´õôÜFؐ/(Ļhō†bÚ ÁITÎc‚Ō™Åã0›}€ęRÁâmOöü-?VIŅâ-gĄā=΃ËųÎĀ›‰đaF‘ˇīļĩŨŖw韍‰€ˆÔĨė8[€˜\Ä ÛRôy;îģ&%Wjų\Fæd~ÜTŨZGOh€-1;ßɝ:†ŸC#œšëXŽ‰ųâRÉÕķ?d?ŋŅH×ԓ3oå¨CŖ-ØÖmļŲÔ a/íLˆšŧķô9Æ÷É^x 49i¸GēnÅZIl–ÖHž°ë ĩŋŸÅŸ0 ō¨_OIč)ˆ‘´žéRzãĢXø¤„fŅvįøxŠČwÍ=yZ+=ęVX×qĖ)ĪZj˙Đ°Ō:Ú e´ętNÎ׌œu-€Ąāx1WNĀ'į>ߝ/>ŗãSxoßąS™û´ÅoK`Ė"ž•žĪl‚ĩé~'ēĸt"gLvũŌÅsasķž¸¨'ĀÂĖÄ+֗žåY¤Ë¯ÖŨ7[=ņķôÂú‚ģ3íŌķ”BōčŌÉU‰ÅŸ刓˙’…M”ūLtwŒŊNŠ˛kĀŊPŠDī°°ą¯MŊ 1=Ņ¤d ¸[úp)fXŽ ZŽ}ĸģsģØOÔ,ČqhĶڕ%åGēK\)Ėi¤XR}a;ŽŽsíæXĨĒš¤Äđ>lŽWaū!l ˆõņsÊį˛Ō$îČŊ:üēeJÎ_ ŲV6ķKÆtWZyԆ!nDģ¯âG 4ˇ%zĪŧį¸ĢYŨÆÕa§‡æjÆŲÜ[Ôöņ‡…”yÜcĨĪ8ûÆRô¯ũF¨—Šk/HĪšÂ™7ØūHđ6ˇ]rŸ{ŋąB0‚R+1THĀĩaIÜÉ9¤9fõDęú:|,Æ]ŲŊŽq`ø)ø§ą5ĸū?\ÍúŒ/GŠf• HB1.Ŋēžxåâ˙ĸKāisr5h”2ø_{{Ō‰­ŋæ|Žĸ›+ŖSEÔz´pGÂXpÄīi^gģ÷ģCÆëŊÁŨWƒŋđ"dä:1Žęˇ/Ą ŦŦėģ9?Õ>Ėy_‡PĸšČĻŠ\C š'üã@LĶwīX$œG˜pߊƒö@¨"„AĀlE&2Å ō;ŌÖh_ũ ×q„ŧfŒķŽ ęÁȎŽč.ž*^ĮsŊ>Ôšr$˛#Ng @—â+Y@˛LLFĄ ¤h™ŠmgķsUėMF0ĐŽĨ–vķ„°ãîdÜouåiKšj‰Š‘ģŠKˆ{äv˜ÚŗĮ 3B\X§o¸™‹*]ķ@Š#ôIlkæ åŦĩâ͊PJÚ00īĢŅ¤Nš(Ī¯XW­ĘŅ%8Lŏ:ēæĄK‹<|yōāöm€‘Ęs>ļÕtģj䪛q„AŽQZûĩ7ĢÉMŸ>R+‚˛×ų´†ē͡‚Y­äØt‘Jv$č{p:ÕI\ö×SÉ2˜€ÄŽęūlę“ËŖu&%U#ņ~ÜŒĀ˙ÆiėĖ›׎øĸĶãŌĖ,ĩâÜŨËũAv4ķbŗ€9ÅF€}žĨĻËᲇ“,,dû/ ÂđëI;āÃéÔ5p_™´•Ú C9rrBč0Š˛ÍŅHÔ*7Ņī­¤hYpM•~-ų˨•ā ŨKBĖrOîjÎ •b“ ķŒŠÖÎlčĻ4ÖķVrĨukž§—ŊŦ5^+×ßČ4‰0ü=Â1)ą4˛ŪZI¤ÉĻ-bëq˜TĀAĩ c—DÖë ģž‡“ xH〚“†—žT•…âr/zD¯Ô%›„°›īreev—1¨[!äîéƸŊ0ö=8äFēËՌ&ąeĒÍâķ؂ˆęp1sĘÂļ…m&ZuWkÕšúķÛȔ-MGDŠ 4Ž\jsHt"߆Đv'éŌŌųä|vÖĨK…4-Ž—t­v.Æ´Ė_¸N„X!_ ŗ3/f¤pūûä3Nš22]+TfwČč, D˜`A=5“;BÍEgØÖÂÆQ\œ?Ū;‚Q8ģ‰¨¸WÅ¤$ VūėeC´įB.Ĩ[21)0mŽ{ą¸Š‰tŧ™9‚öō<ķĨoēö}ĘĒĶŊÍôvŗ#Ōá8§JžíĻ|Tđî‹ U2]1‰ĒA‰v Ú9’ŸLųqd|MŠVŽõĀ zæn¤é›üÆqčĮ~Ëģ.[ē° ĄG­GI"õˆ{#Ŧ†#īy˜YŌzhR_ÜŅä đMį4Ä7Ŋ<Ūķdw;Ē8A[îg˛!m"f€s͉§ųRŅ`lMō—ņÍ´b'ĻŌņŽ€0đ ėũx˛Hxã–u ŊMģnuښgÎÅŦōTBOL 1Ã#9â&đ‡ ´É„į3ĩŗžĪ6kœ…Ģ‘Ķɯ‰–L Ķé;ƒŅŗĢ÷SŨuR%*Rt[ūÁŠņ~Mō9tePČĒUÍĘmß+|éÅ,ČDnŐŦŠ ÕéđNŽD]l5åkú­Í†Ã}ŸĮ†{ķÚI<_Éŧ]BŠĪ5BŅ΀/Ųl ŲÍ­ŗĀŠvgÍBd*Áâ­RņlčĜÚŋ ™ Ī™œ¤SĨ[áģ­…Ū{b:Uv%ôžNĨ­xtąz.„ž#Œ‘˛[]Ŧđ;Mj`‘Üš#\ÚcžÛEx<ŅĖ ËʏßGRˇŨį–ÍŽ ĢÜč|TÄlyY>ÂĘjp-TžÁô›@PúĨģ_ûēOî#5d>`—‡š3tFÄ4î’ › ŊpÉrqĻj˙#„=Åič'ûÚģ1œņœá'ZˇîkEž8ũuje3Ļi3XᘨVķTŽ¸ ŽĪøÅãp?˛ãÄ$ēßN]Ą1]H×%fęķ?ŽNô<ûTˆŪFø#B_4Ũ9’î­QČÃ:kHōĶ^:įĪ2ĶÍļ’ƒ CÖiœĨá0UWŌv¨§ģËN(OSLĮ†ŨW°NŠˆ¤‘J3oęËģO’ÕšņXQMyw@7lČIÜ5äi?×\S{#īļĖr';([šļĮõčbƒ™§o‘ė=p]vĐ7í}˗Ö/åŌ{Yõ@DWđûMAtK>ö¤Ú¨I‚•éí %ŨŒp×IÂÕ¤‚•gžTķ䗎ķu4:­Đm7–=!ųĨčũŸã‹9 kužáöĢs¯œėĨl05ĸ6^Œ;ĀÉnÜčŨ$Woí š|d˜÷xžÂ ÕōF†jŠû+õPĩ$ŲÍŨšĒ“‘šx?OŠpÃ#qc"ÎŪlĨ âK~Ļ‘ÔõÛúķƒB´?—ŲŠĸâžÜJŦw"~Kõ]%ëø5ÁŊ2L˛U;á‚Aí„yÃKŊhÂę€M‚Ûi&ŪâŧjŗĄ>$1MüsŨ-y\ķšė€u#ŋsu3FQ×J›بõXCģˇ­gr7q X"V˃V6ÎqŅˆSz93‹;P!o™4RžũôáĮģwīßüũ˙÷í˙Qkđx­fȆŧíˇTåúSaÉ t†ĐŽ°0&ŊÉõ;gčUŸ¯ŽÍ~ųĖ8ÔßļS$Dķįj p cę–5Aļú\ąúĸ˜Ú4x5DâYIÄî1Æ"Q™‚Sŧ`q‰> ™Ļ/|ĸ!ŅqŖ Y‡Y×HsgYeMtz18WÜ&ŒĨkvPži1D Í#ļ¯/iŠ?%Ukķĸƒä G›˙Č×ĩMĖir˛ž–‘ ĩQ^1MŨyš‚ĩĄé<‹Ū°˛y]ÖéA\T(÷â;ĩí§ĸLUÚíšu3‡điÆĀ–3ÄbĪ=īälc~g|āërtcöZĸ¯įW,îøĖ‘l×[!3āØGīL53hÜÔf08§i™1Ā 1sLäyĖ¯r˛]„ąÜųHÉĶcA´tLHæŖ@V“3zXņpzđ˙^uG˙t^ûC_˙qv5sĒUBŊš]Õsvu1ŲÁŦ \“W*ę|™ŽÉIųËŅ]œļĘÉáŧŗQ„Ŗię_Xã,ÚA˙÷?XGëŋbõMlGgæM`Yĸ ąQ¨Ŧ>}tZ—a=fXÚôæ9ÁZæW: 4j‘'žöļ´G”˙nø:Ĩu˙t‡`ôĒԝ¸.35Šėg[ÅRߎá>„BĻ¯đĩÔÖ3ĄSÕŌiõV)éÚ%•'Vˇ8ŽÎëYĘ%TŨQJálVl"ÆÖíCūĐ×é1?<š;ÔåÕÃvf„ëŌŊؑĮ¨2gœ^c‡ZcTE!´Á*ĒÉ,/„%V†ÃPßįŦ_ˆũĄZ˛8RU´,N=ˇĀŽ‰Šî}Î\n"ŅI5p˜ä ßq‹XöÎ[Fs‹Qvä;mąÔųŸf-ˇĢœYËĩü2oiIĢ’ø›.HfÁlåæG8uXįmŠÔ •]öŸŸôē^üôáãĮŧ}˙õûģO_Ūž|ųëį÷—īūúôōõÛĪ//Ŋûķķ÷o?|ūķëį˙ԋ+MNÍՍNLj‘o+ÖÜņĨ(tĩ$7Ÿũ­BËäü{ū–ŠĒŊ‚õŗ~œŨ=QO÷¯Ą[H'#Qō÷3ú. î ċũu•Lũãoá |üĨ|/ĩ\8ķę~@-§ķßÅŠ••âˇíõßúßüß]÷\Í~ü%Ä´G‹Ō+(ĢQlRŊž{oōx˙ æ&gö|ov’ü,ĆŧEõ8Ž–ÚtŋéëOØëÂį ˙âœs´“ŠžO^ŽFŲLô¯õ†ŖM{îwšōkŋl“?ŋČŲķo JŅe›ī{“ķläŅĪGĒ^Ä ×žĸՅMm_5nØĘē{}9‚Ā͛ƒĨDuČB†°ÄģKLōŊ_e7Ĩ6Î1~—­ņ]é<š)3o ˇÍ#{ē4Äž?˛ˇköALߤŗwåEö"QD?>÷ų7Š¨~LŸßÕúÍKČjp?øŊđũËđ¸ÉGœåN—ÜķÆŧžˆÆÜĨnÕHä†ÕīoØžžaŦÔëE4ËMŽF?–ÃõjČ7Rø›Eę>âģ.ĩT¯ßī–Ū}^ų~|Ķ˛—w?aå”{ĄûoŠéšá 9îķ÷fÅb•š{åG4×/W~âpŗĢĪ8ЋØ÷Cs;[ž&1pũØü6WÆ.9Ą`YļÎÔRīāÖŨžī˙Õ<Ķ~<˛õØ7?§oĪpt{r9¯>ô¯KDĮļ÷úxĮúŽ¸>Åyc*3 Ž2xĪëÔ÷Ûg?įhē÷Š’nĶ÷Y ]oÜsûŨã4đ˙üûģ/Pģ¯ž€“žĮ§ōqš”CfU{{ö>Å÷¸G•Mļĸ|Øžûë?˛ĘaĖëī#2˙ÃCæ‚ĖC–Õ”Õčų6˙•›•­÷—×.‰Ē"õP 8îc:Ž0‘%Ų°BÖŧhėäŽí%ŸķZ2Ø륭>’—`bęŽū¨YĸęCfUO ƒ…fVxžÛ(C¤cná"s1[PimČ3-sJbhŅx;•ķ8MО´bĐŨysš~Ô-s‡ÅĨ–9ĐõČĻlŖ#}’ÍĶ€Žēųj1ĩq”-IARjãaœ Î˙ũ‡ą˙ELŽŦrĀ ĄiŦŽĨī•ūSĢŊōtŽ}ŸpĄá\†~ØĢi rIhēŠ@9áÎíå÷b˜Ísčöƒ@6`• ŽzÎq-ōĩšo^TZkŠÎ*¤di5ΌJŗ#måɜčÍĀŽv%§ÍÉB[5MvĖ'Ųā•Đ)&$”‹IüB_NČ ]:įmčtŸU ŽcG4I†ŖVdKgÚŧf/ątrĄ{Åađî˜>ßTh§ū"ÕĪåøäuUG([\ž‡ŽäzsŠ*ŅfÅ!n%ą×uÖfŌP›wŽî0:4öQ/MÚ⇖‰ĖÎFšJŸˇŲ\ۘÍ~7šžCŽ‚y ´ä2•hķMžßĒĩ.éų’´QŦHŖqO÷đŦ„Rū`U’ÚYü/ē§éđķ!–_ÁB …  ŋË'ķ×h­>ƒ˜¤dņCōĶĖ(įį?~”ŋ <Ëú1lø°$›ČĖ´ä&c(×ߝß$[2‘Ļ+}íõû›YĻ¯‘Räqą&ŦmqĻüēģ 81fT@[U—+uŋŪDWYJ`›QÕRƜū˛ˇœäļåo@ęązQÔB­@?1bČ5í~N?R×{ŧá.ĻģģŪÚĐgC$Yōl‰ŒS8GĻŊāšą‰*ës…”FĨXÚīQËSQĻ‚ŪmŠŦ.á1ĪÍ|å&đ¨LŽzĀcr4c`Šc<Ôa#75Ø°§ū4:“QīÅãQ›Qúxmč­Ŋ^ĢéĄ)Ėbtäˇbû3æИį õ,áTHΞL6uLĮAÖ3Tųļ1<Ļ“æŗ5ßN||Õy =;ĪËV™tm Žc€ęéŅp7ū#hŠÕöŦåN#­@ũöōđĒîŪ¨• 9QJˇŋ ˇ?Gž‘1PÎc•ˆÎzĻ›¨ŨépŨ‹ Aķg+čđVG„Mƒ#ŨžųÄî+^ŋė˛f…\Į ô¯¤ŊđŦėš6Ęū|FŒÚgú•NĮ •d(únûę¯îw(í4aŧYŨMƒøÖĩôtup$$jUcbT*ĐBr÷¤Ŧû5\¯“ĨH1Ãļ@ŪyŒ‚éŦ_sSžHĸņÁQŋŽDM¨&3ũ…Į%Ö_đ¤'ĶsŪŖ-¨B‹›˙ĩËĀoöÕŽĒ…˛- sōBŸ_­đ` ܉ųf8ˇ‰¤W}ÖëõI”Õ¨h;ĪŅĩ…đŨĘĸy Ë:ũĢšYĐēmpP`p€ Mŋ ĢØÛN]sížß}]šēt™Đ6á™ė+r/ŽĐģor#7ŨŧÃÖ4đ6‡Ēî“Ģöķ ¨dW9OuÔkũ`Eâĩ‰Č‘‚Ø8ēį—_Ũâ}@;­!ÁI(MĄlķnFą„k`œúī5<‡)–/|tĻĀƒÜN™”Į(wŦ|üuĐŅˆ5ÄЌËYŠ´Rą&zŌũĄéŗۄRĪä īŊOk=ÆĘ0ÆSkšč ¸{n ÷ÍGUN7žQ;QåLČ핾‡ĄSĒ Úgú´ ÂŪÆņNą/;•y†‘ÖŖu|Œ’cŊ¤É´‘WÖFMūčfą”ĢX–'‰ägŲĸŪõžW”Ų •`ā†ESĩY:ŅĒĄ”‹Ē[Š˙Œũ[ļmĮ‘$‰ūg+ĸ  ~Ú°ë€u€Īū7áfŅEÔæadTŨzdFĀ9{¯5§ģ=TE?L!ķ"×˙ éĐ0Øāɞ˙ŖLéx‘ŗOŽßĖ>`u"Ô“ Ũ’ou~í$LOŽdū|E+Ō’Šv˜ÍõŒVyXĞ‚1›žƒ—ā5MũīöŖNōu)ã%ęâÅÚ ”×UÖĖa¤8NĐ¯nbŊų1ë8@Ŧ Lm~˙ī›æûU@ė{“ąë—V(”~ķ3Î“1´í•ŗNūØ\ų˙Ĕ¸qŲj3áC+53ĄĀKÆæ÷ĄayvšžąėéŊOI§“ŪĄ¯î5(5Ë ‘ĨfD;Ļĸđk’§ŗŌ/üļqqÅR.? ÚZpŨŸõo֔ h@ĖëĸšæŋMņSlCžęÚŊG„e.ĢdnŲŽĪ9i•ĩ Æcō´‡îbáØm‹đZ8'7Ú¤ežeCo´÷ÃL˜ŽZ0 _28¯rŅqå͑Ÿ°PŸ—Á°ē<÷† —‹S]\t]\DĘšę1ŧĶŅh­ųŖ–ēÚmã”~ë[B—1\Ô!đ{n"ė{e2JT'ŋ?tŦÔõâs|QS@oV&T錄ü_ÛimĪļ¸`Ãs;ņąęũ*ÉŊŨēT:‡ĻõąX3D†ÉĮb7ągˇK[˜JĻh˛}ų“ņōiÁ xAū;ņģ/^÷õMī~Ī”õ#!1)—Ķ`9đáÕ°(ôŖ5—a g@FĖĒ´„ÁĄ.‚÷žK™!FXPOäT3؜ûŽË 'j˙â…R?iģbÚ¨6ÎŋœėwŌ•D&ĐNžˇeánŨ‚­÷RdĄ´€(Šęáoåh‡SSXŠM†2ŸŌÚū7ˆĪŅg;†)ąÔšËMsIĄú~á!{—$#jīņĀGy*bųvŸ/5ÃüMÂSGĨļõĻá’LũKqĘÅÉĀįJŗœ™ĸŊMÍĒ˜Â%aĸ0ĀČōzĪrp}ęëaŅ0Äs2ƒč†Š"ˆä´ƒQnîąüC-š˙Ûwʑ›Œo^<ßP΍åÍÅŊŌ+c?—Ú-.D%ŖvkåŖõßŋRČęB lÔŗądŊ2Nūeš”¸(@UĨWk=FfY‹:{˛IW!öL€7Ō|eūx‚ 2bßS:,b a¨c}Ư*ųqīā-Åxw!éf”oôřfÄJ¯EĘúbģįōDđ3Ž{â wį¸ū'<é}Ėō;ÍŊ .ZS<†L‰g‹œÅ”cls ͜Īä*u{?eÉĄÃ;Îĩ"˛°`pŅˇnĒ—ļÚË,˜pļđn74I”ëEÁ#:ØB°,P6,šĄįs㝇öíĐ$Mĩ\Äzņō¨u”7Kâ­Ŋŧp'†Ü‹_ū‡O"ąBEģ cėŽ¨!Víæ[í>šÉô9ÁÆÜĤ÷_˨ŧ7S$‰W5ĶÜgûsÚÄ (cë¤fC­T’8¨xyĐ&YÍ9UA Ĩž^kTMß&ūģÔ%ļíŖ¯š-‚IšW']ØŖĮƤ—%ʇČĀœō‰<ĸj!–ŸŪU]ø6ŠxžđO•ô¯ĶĀđl&m*o&4Āoš6;ōôj¯H< ļ´č–ą%Ÿ´.}\ædĸŽĒ—ÖÜä@ŨŒö˜į93Ãĩ)G<ôTŠr”m—6ĒXŨĘFŲG!S`é¤@“ƒš’ČHžÃ XeŒt#ƒ{&žü•ŖOüwũiחqŽOŧÍ]Š(ÜĪhŒIãÄŪõé#c㓖‘˜1ōčŽčXŽzŽˇ[ķ* āŊÄĨ}Œ"žvF&dˇŠÂ:ėuõA:YĻqÕĨC:ÜëÉų<‰…čXš ÂBd_e"Į¸ ˙ō˟~ū¯_~ûĶ/ûãß~ųéųį_~úõ÷üüĶßūūˇũôĮŋūã÷_˙đį_ūđˇŋüãßT [`]†Ÿ•Á}(¸Gå¯PŽĀ/4iË7Û ÷ĢâĸzĸãęDŖP ĀĘ؎šėz†ŠĶß_#DNæ—iqīZâˆlįÛô-X¤ŸÎ ­ /ŽŌg åö†š‘(D*‘ƒD<¸‰FiZ‚.éA Ž';ķēÖy5-]‹HcŽQ ÖŋáÜõé6l­úD ¯ÍJjã×ét‚HĨÎī‰¤ũ‡ügrŗû@îąy~w´đ´7ņf’Ų74gĐ!AŖøĸ ļ `SŸkĖîČČ}Y‹ ümáîG/YTŖŸpvņ5¯l#ƒÜtO˙”:æíaŠtBÃߕIÍ˙ēĐ‚AUåėėieĀ9@$Ū„Lš4Âpéh-įÁÁæqīÁ>­u ÷žŦ;ŌÍęôw+øĢ US%ÆKĩR­Ö6O÷'ĖČ0ÔáųČúėâ j*Ũ[ôš!žáHzž„ß*ęãAîŦ{ŗ’Ņ:NJéČ4dˇÁåTžRįՔī:mŠ{w…ĸĖPܤÁÔÅ#ßŲxRX´qLŧ˙ÛÖdÜČg„÷H8_­iĨ%7[Ŧo¨™müjĄX^nĒ¨QßyI ĒŪP#÷P„˛÷&Ãē Å><ŊŅÕĄs‰ÅOĀ$Ļ°3æk„“ ”yØm˜Y›@I‰bÉAŸ¨ėō#{ũŧũYĢȸb6øŧ4Ŗģc?Pæ­á CČBZŠŲČ)W5Ø$-nŊ„ĉKą'+{^Ö ĀŊ€ŦxĐ´Ė‡ OU&5ēŠx3Ą(J 3ņE{:2 /V­Aĩ­'“‡üØ*Z6“žú.Û¸ÄöYë3ė7ė¸Æ´f’}͘s7Ī4†aÛâ:ĘUëŲÂC)w‰3å•k#õŊ@˛',[ęÛC˛'Ëæ!ųúBĢֈû rcÃļšĪŋž‡œ Lg„-ĒņJŗņKcY!ÁÚīM}į]ģõŖáĩč@œŅB’~mŠdļŲ"B\4ŠvŽŅ{s9 d6Å ßäöąnÆߊâe˛ ŗųCËKcôBŒŌø`'ã[9 ÕgšĄļŠî60rˆt.Vz>Ų‹.“ 4 ƒė47Éå˛Ŧį>>IÎĒö‹Ö"Đ Õ­ĘŠ:24æÕđ2Ņ!æ­ˆ=v9¤%7†4+@‡ÜÚß4–9š`AvŽí‚ÖˆۇĮY‹¸šÅ v4Ģ˙7–•xņē ZWGí^ôķˉņĢŐīąyü{DY}HVgM|…Q ’eÕĮō]22€Qįĩö ņ#DrIŗ} 6”oX1+ĢŖŖãÔf•/vēÄ}Ņäíųģĩļ-ŨwëūV…{¤.ÍÁ@ öĻÁŅUGŽjCLÅ'xEMŽD'öŖĪ;Ķ€^‘›‡ek"wJ¯#úl&ão7ĸoë`5(Pļj~yQëySG%%íJ¨ģ1Öã,8^)R{qŽÉ2gYŌ0§Vl3GũíŠĒŊcNBŦ2BguHÄ°[/™ôÆC¸8““ũF !ßļčd֐¨ũ #Ū °â}E3ZĘt.÷Fƒą4(Cæø"8VGLŌéĨÆĀ:Xâ˜ŋ˛īķ,Ÿ“IģŽ7“V%úJĮŪōėnāc—)(aŅoš"‡ĢŅKlŽÛÆc†īŽĄ€ĄɌؑ—ņCIë‡Åuņž<v.õߒGĻ>É#ņž™…^qŠ#Ą<ĘÛŪŊEˇž‚Ë!/e;íĐf2äZŽ­ãLɜG…Ÿ RĶ°õ™ĪîÍ 3đ8ēXp­elûŪŅ…î #Q fÖÍÁ¨ÁÜËaz˛ízĸCĻí ‚“8ۉü#bĩązÂO뜞áĢ(ŅÆ˛ē>Uo×%—ôĮü9YtHĩâ¯(INTšwŪ´h6đ'ôíŋķ4P“™Ŋnüz†ĀülŊJ/ĘMâ]ōm­'Ģ*‚ū 6Čđ ´ąŖéįųԜąđŗoԉ”…Ę5Ô­áˇYŦ6¯€íͲ—Ú¨Møä8‚Īu&Üĸ-Œrs^lŪ§Ļ˛Į¨3)ŧC:ěÚ3 Ãú6ļ„O˛‰*°ū1ؤŒÁ|ĪÚdúŽyZ(œœxŽŌ„š˜˜öŨŒžDÕ  gƒä'´Į—Ō'•dR8G#îŨīMĐaØF{8Ņ´÷á|EķņČvīex`(oLŅŧm–¤ĩŅdÉØ"ū‘;/B‡ƒˇĒŠĮ ŠA@ø."–KO˛Úđ!¸ĪŪ´Â ŌĨm–!ÛđˆŒ9ü]üˆ-o̓K˜ąęØĄiƒÄ†iČ(ˇå;ā´qÚæYjI}[• %}öø9{ĻËo‡„ĖL•lDõĮĩŊ,äĸvl4“šK–ĒįĮˇHŨä„ũÔąĖĢˇæžņ8ʖhÜøuRõP‹<íŅûņ•–ŧ÷mˆZk3Ÿiuß6odĢ(ũ‹—]‰§ú* ÖíŊãBE§-ČWûuëę[ĎîÆ ĀåțÛ"˛ PĸIHFiüÍ6ßhfģÅŊ/dŖ#rjÛÂsķx a;Ŧl›Ë—Eā[Íą¤÷6âšŋ˛mnžÖļ6ŌšũuxˆNLnS‘žÅÆ\,ĻNäéøúøyHĶX ÔûR<ÆĢ92}2xo Jķ÷ĒĘ2ŪĄ‰fāœžZĒą—|, ŒēĸhzžÉāu9Xø3ėÜ;REĄļ[ī7“ŠNû=w•ߒÅ#ļųukŪ_iįÖ9úÜÄFíJô=D5K˜5›č5÷”üoļÜŅ‡ jEåÅĒëū^ŖÔYŠōPĨ¯MĘŊŠļlĩB'F×÷Đņ˜1´}AŖ•3‰8Í×Öžƒ}Đß×jü ×3t(I°d¨nķ”Sʤ0^qaŊÛüžheD/ōšŪîÄ›ąI÷JĖ¨!‰¸({×;W;•õp?Ģāzp¯ÂIŅrû1Ņ¸F„Eû„:îܜqˇ{cŅČņėÚg0úu$Ÿm#]"ŧÎ%š=nœŠ|Ō]øĀ˛Üec6vN?ŲNÔmkËĖ.Ŗ*āCģņŅ‘—ÂeeíH\Û ‚âÕ`ė›g„%zŌ÷c„ā[_]Đ-eĮû„+˛HÍ[–žÆHÉbōÖ{Hm™V2õîĖÅļĻŸQ˜ĻEĮK†:­ˇ*_oˇÍ'ŗ*ã. Ųd‰Ú˜-8< ü`éĶšęę ėžŖŠČĘDEáC…I¨ģŖĻâŨo•™ÃcúöˇY7 EŌEŠČ üneũKėؤ „Đ 'ĖôŖhM„å(ÎīčéFŪZcÛ^úéąÖÄļŦžÖ­–™6œ^Fjüž›rˆn`?ũF֍hÜÂķzŧYNíØV/Ĩtíbš3’iėĢ1Z­œÉ'¯Čk5ˇP›•V<K[QšzŒš´°!=;ö•UĘÅŨ°œ`K[52ēmžŗž˛÷ ŸŽPūš YhņpŅSŋ9ÄÁyZ›ļâWÛ"*-m\ûČX(EÔΊFt›ķhI&¨“OËîņmĀƘ–gûbå4ļũ7g–•D'Ož!ö͈nUœŽ8šĘ˙Ŋ–Hąe ųIYaįLķŠņ,æ$ž,LŠH™,uķnãZcd  %ļeZaá*WUD/`ī錸Ūė°ĖÛaĘÖ ęÍ}+uŽlI{t+Ā„ö wzÛ°Ë408”Ņ›<æXČË6ĮEQmœú´K”ü9ÚļŠWŲP’÷"—jVk* ŠŲM ”–ė{Ŗ^ķˆL€ )¤(ã4´ĖĶ+XČ&ˆhŽ7CëüN=֏lŋČ ė.™‘Ģo&6OaDŗį™<~J›ąqOvĖ…Į„1ŧSļ–vä´ŨT¸ŧ%‘,õNôūđË˙ôÛũúĮŋ˙áįũūûOŋ˙ã/ūé×?ũüĪŸūō¯?˙ūĶ¯?˙ã/ųõ_ŋũōĪŊŒę˙9sPR"- ÛhM($ÖķÔąĪFŸ-8õŊz˛@•ēT€}*ʏô°÷Īøû°m=ģ{ߧbahL ˙Š¤cÕäāžj¯>09N—G׉&Z™töŠlė ’šĀ4÷3yåĶ7­#–™XBXŽŌŨåŗ){ŅmLįÁu 4Ļō$ ņĄö|ræ'9Ō3AumJ m4ü]k2V™ösŦĸSæUˆe‚‡“‡#ÂĄ—.á=ɃĢ;îVõr+E„bD=ÃDCęeŌ7Ĩũœ–"đÖZ€B{ĘãՎ NúWA*Fš`­ĄĻŗŦZlfpščƒĘ@ŸÖņ=wÎSū6HŲålˇFžÎxMH›N”Gfôû˙ųčØR`¨jĨ20ā!`wĖ¸LFŪĖ)Š7lFQÖđéëņĸ”Úc‹UhFUÛ0Dö@•ģ ŪČû00¤“šÎŽÆ,yŖ…uˇšŒ´›É5öŦģ%š]ŧŗkdk%k••WH¤>›čx,ČEnŧōˇ?øĐõ€ëŧ!.Ø=×:­ųkw’ĮjŲË qđÂM(TßÍYÁīvÃŦÅ ęĪMÅj5CÔ ‘Ŗm×y<øˇõDĮõ6ĢyŠ,N‡â~õE p„ĘŖHĒ´]5ã×ÉcędFü$lMÂGŅøū•U ø gNēŧĪÍâZĖ™æfĩ*fį)Č5VĮŠ î7 ķfu9 ‹$ŲĩĻeĩadr[à_áHhĀZCõ=Äáá92rĘō˛‹ÔĶ å—4 v8aâ•@2$8ų–ߝrEdŠëÄVAΞEĨëK}94¯Q2U›ōCwāž˙onŅeéĒ¨ã•IkäxвcĒžŧ߅FĀI%Gģåĩo œVtįõØúē`—ˆ7qÖRüÁË{,鑩’ Ũļ=‘ ‡ęb`ŨBĢ­j—qwÖ1ôØ4b÷ûQЌ6:ML{}%ŅŒ­Y Īą!4€Ņe,SÍ#ws÷äčyWe›]Į-ũŪ͈?ø”™wâ|ā`ĖZš;qą­#.`ŽÖVžpˆ5ã2­95ÃęĄâĶMiĒ(ų2e7ĘĢ=É}‚•k2{ü5Œ˛ŠØJd‰}J­ŧ 9>%f IŲX­ĒS÷*R˛ >˛tŋs&ũ<Āũ“X؞‰'ĪCŦ,;RúÃũ ķ…š :'Ģ čĩPĢĪąęyūziïŸÜ SeđŨ‹iO}ávésk1ÜdĀy$5!YfzáŊ˛­2~ÉÔČ­Ŗž÷ąR0ÜĐáĢMū4DSUIÜ[õ3ۅØ(ģ‘^|Q\áĖøB¸įŊk?Đ63Ŗde†Ėô˛Aķŗŗ„ŠÍâũ历ęlŧĒ2ÚüÅ —MË&SĢ“% ˙ģ7ëiŗ*x…åcקúšöX‰‡ģڕîîŧ+ŅųŌƃÉsTŸZ-HŲ@đãƒīMr ŋ‘Ž•aŋJëķąQv ī2|ĪˆũW?BiÁW-I§Pŗ(EéãjŌ_ƒâ[RPŨéÉÛaŠ6*ŠËė.œŠ1›IÎĢŊĪOõĀÅĀĖ՝wÛŨÚĢ“íędĘuÛÜÜxAũ!,!:™^› āŌ~­Čˇøų~<ę“-ŗ‚‚ŪÛFīÎúË­ĸ‡Æ JĄ’ŨtĻĖøY>ũVPđYáļÄ2ŌvāK°UcŸ]ũ9NŒ§a…ÁĪk!ŗr‡E\Ōę'HQ—$ī.čƏ—xŒŊpYŗd3Gą…k=.ū ôõ§Ųōĸ‚krČ~Oö†L”Ģ7‡'F„–´&ģūí5*ØåVlRIŽk¤\1§vČĄI´$´#Iā‘”;‚šÕŽŽ[ŨDQ~ãâÚX[ŠÆ)Å ™„–Īē2ĸ„“ĖÍ͙â­#ÖÖMũģƒđí(Hä×PQg“ŸÚ›=ánü3ÚŧjÉŗb7„ŧō= ‹īšd\ä˜,ßÍŋŽÎ…Ļįöõe´Vî4¯÷ũ$ĸĶŖ 0ŒĀ JgĮdĒŋį@-7#mšŸ<š6°Z’úûGˎÉĀūÔí ŠÜWŽâķģ­"ŽĘ Ho–áōŗÃŌÍáɄ#rŗÛ;âkßŲ¸ŦA—I_‚Üō??D"ņöšą÷”9#›ˇ“ŪŌ¸ öMfēÛņ¨xœxûĶ (o˛‘sfd™Ée"•č >íj>Ņ4ŸĪī*ŗŅÍáh2="ŪŨ-ûŲĻģė đ-Yą§3î“ĢhÆĘĖ&4%2‡šK0ŊJĨųÜųܜ[Q‚š& ŦH]Oō*:†ƒx?a|FķŲÕæ0*#~x‹¯Đ5žØŠƒ_•=žŽĻR&rVė2Ⓛ&:u÷“KúioVÖA™ō>Ɵ;č#„ ķĢEĸĢ˛Āš% 'Í$(ļ0YŦ™Šüã¨7ÉŅBí;ŗK„Ø ÃÅpGV`j<ŊcX›BŲŸp ŖÂr{„xĻpq ÜAQémdĒ”d|öĢĻ™īŋ§Ē!L§Ėėš<ÛēsFĀƌw}ēDr°;SÉ6g6Ô&œŧá€mA w,e+Šu|’p˛Ũčtöģāō䲲ėėĖp„(°¸Č*¸/LåJŗĶw‡fķ‚į SÂXeĻ5~xŽ–c­đ5Bʒ+ŋ] ąĸąĐO=œüw—ûˆ=­A^ 鐟įÕbxä÷”[ģ ÁŊ§ãšGZA[ĢtĀ…ãáLŌ\žJ„Gˆ§Ôėčí)8æŽ÷Ī "ū:ČĻ0ˆXęŨĒØmJK–G§/ÛAdô&Ã;kĖ’ygîmÎ/Ė‰qŽ|ė}ŗEA[…xVõQ!ķŌu8kP 7Į éh:\ã1…o`ņæĮ[“ĘewĪ¯BŪôė(é,û5v¤ âHXI:$r´Įčg÷*ēÚL—Žw/Nž“Är  ŗÄč=Øŗu~{,TŪĢNo?[ŌÎúŌŗ!ŖS€•ųƒí€ÍĒZˇ=ūgôÚŲÆØZ°dg•m¯÷ŸüØdœ&za @|%Įę¨)˜r¤Tü&Û2\¨¯4+¨qķqgJŧ6ū~O”Ī’d[ßŖŒ|zŖŽ7"įAęī˜¯Î3ÚÖRĨ&ģŗ}ú´1ö"ߞÃėÖ=6ˇOø˙v ¸^ž— T–x'S˛U”]'™uã|ë“yW'Ÿ)Y\jķĪáN1õ?œ(š×ēîDŲũĀw˜8%˜œ'™[;\cM#„ãŗzá7›ˆ4Ze5B­¯0ąÃŅ)ąˇžcŲnÔ=:Î1<˛ŗÆ˛ÁfiņvךQ{ŽpÎē}5ŠŦŸc4;đ/§ƒw܌8†§ÃˆũūÆî%â [ŸũüÍ'^ë_â$-é2OÉĒšŅ ĻfĪ%æÚ4P‰a@/Ŋ‘øÔ† E­Nü˛uĩEae)lׯđ%!ÆF †¤ēž$('ø ķ[”k­^SFÚ?u|(‰ņâ™ØŠœzKė˛™īkX‰j@†—á]R×fΘĻV°ĸ°ŖVfĩGÛÆD‹|#đ20ĢÔÆãŋäV"ĸ{ęĖēĒPLí\wĶ`4™ 3Â"Āąbôģ­!ˇ ,eÁ¨ ŒŽî% ˙Šúpz uŊBŨ˙]fŊØkÚë” ĩīZJr‡q@;{‰íĘsl7›õė,W…ƒÛŒ5BöÕĩ~,§Õ"lRģī)”=Yåācü´œ1¸nåwö´ø@æĩ˙Nėʸ!ĮĨœÅd‘×cāĻ‹ƏŒJÛĨtrķLgî7jĻ‚J“‰ĪāôËf˜ßļĸ`ÎZnšĒdŊŽĪž…%-~ԔâB]™§NW9‚Oąi–†ņœæeģĄ†EiF–Čc°Ņ‚GiIG/ąņŊž›Ú˙…PlNĮ…`pįÂÎa6â™2ŖË8J¯SGęˇŋėĪäē0ƒēBÛ­Ņj“$ˆ€Š××Ųĸ×ĨŌÖä4ÁķŅN:˛ÜģĨ ßÖ%T(•šl&ôNS÷K$ŲƒRšīxgÂ0ÉqCâ…äA>ŨmiÜ{ČÍ4c“\Ņ}SVmōÆ6âŲŽ4×ĻŦķ§OĘŲĄ+OągōũŸ"ČČŧû;`ø$@k“/gŗ]P9č—k.ZëwEėƒÉĶ;Ō7mŖÁ_ŦÁ>}ũŗõžÖ œģÁЏ…į  ą°Ú6”–@?DUÔe`l2‡œ~Ēīēæ(Y¤í<^“tXŽWãŸ>•Ķ˜î…Etnqc‘ ŗīôLU•šÛē¯Ķë`F|=,ZAëēN) ´„Ô8—QjÔ'›Jâ/3_č8ōŌ÷Í@´"Ģ‡Švâ7+8cæTVā¨¤ƒxŗÁ yķbÖāÎ#5Ē2zšT†uvÅŊŽž!ŗoTšŖĒ-ĪĘ\pr‡ø?GjĶŪaŸá˜m]¸.ČQē˛?tD›(¯Å9ĄāFØNČ 4éŲĀûŽ¤„¯Ĩ“™_|ÃīW8āaŨ>ã֘ŠŌoPĖ[õwēSe*Ŋ÷’˜oøXe1’mĨwõáø~‰}éōęŨ•%ž%(ûŖīljÎ!,mscŠļ¸N㘌FEŸ?•ũtv'ŲŠ;üį°Š”ÚĻ:˙$ˇ•ąxäyö sl…äËobōt˛hR ¸Z1gõŊŦC´ČŪ(öƒ•I™[d”¤IŒfŪY”Ėēî“4wŒŋ |ĮKpč*ŊÆaÁZ[y.#VœøSNēŧ„ĨD~āũf”pĩŸ ģŨE!Īsä{v\„ י,Sõ‘|čÉ…Č H‚ÖŠX%8!vüSßøÖX “ ëā ŌQ}ē§jûh˛w˛ė\Ņŧ턠ĘUF­ûví֏_& Mą…oŪDÉU_e1ÄN—æę‡2W°ÔÄSOų"ęˆúˆŨŨŌ#œRšŨ㨤āoëĩdOÆ ]Š3+jž´‚ČjS<:¤´Î€¨v$U”˜G5ßü“›ö$i8ģ˛IÔL{Į0žmöd ˇ’` {9ÉŲ™—žģņ| H70ÔdĩģŅvŗ ´ĮŖŨ1vߧ_,ŠˇŲLôJÍØmŪōŖôOŋūųˇ_ūëOūĮī˙üũŸųé_ųÃī?ũúÛ/ųé¯˙üųˇŸūūë¯ŋũüķ˙ų˙øķī˙û—˙ĩ˙iØAÅ;‡Û íÕHŋÔ;NČEOĘPĄ˙_âAü˙B ūâ‡÷¯øaĀ†ĪŖČ*‡J¤mDD^•f¯ÄÂZę<Ļ2ŌŌœ‹ä=Ē>. ŠģA;Ė9F€å¤P6āzãJ°‰^Úü GäĖå"ĮÜÎW‘đ’J6Íø ËBS1! ę{Ĩ>B~$4•Š›9( GIã5īX›Ã}7÷uLįđ_~”DŦ˜ņBP@HŸų|ƚõb9%-ßR‚)V š„Ų1XA•Ŋr'Ą–Äs m6nžrŧ§}vSÉ×ÉßÃũ¨†„Ņ’ZŽÜaÃđŠ€¤ >ŌķĨHČŒ¤™¸āJßÁdDĶ ™€ ę†Ģ8Ėį4Éåj´üĢLÉ9šđ•ĐŒUĩÍkøyĀG+Įäũ‰>õ5CwÜåb^gUa"?› đŨvÁŧ&Ė?„Ā§\Ũ¸:œGtR24§dkš:ô6čV¨äEöŪ#ĶĖ_vœĮL |Č÷ ˙Ŗ’gá6žAƁÅlsjNüœGøņKĐÔÂ~ęÎŖŨ 4ųŒ”ŊiČ@‡–Ëŋ‚ŧ’Ÿ¯´›đOĐÚKE Ŋ‰ƒ™:d~nh’$.¯Ą`Më^ĸBH‘}úā&:Ąh[†Œŋ9Y•_yÅ{7­™f`>ÛĶŅˆ<šCƒ2ī_ž L'Ž'ãCøfšév”‰Bģõ~ņž°pŨe68Dēmš/Bžqķüšf‹XSp¯Ēj3ĸ> ,J&÷Zī¸HÕ;Ŧ„d›'u‡ ƒG„@+ÆW'§[yք&&L…†ßĐ,nVUT¯°h˙‚û¨X}•TcÄփŪÅülHŽ\ÍP›Mæņ^ĸėhī; \ėĻ×ôč‰ ŪŠ¯9@/wäU.„Æuĸä@šū\´t=tũ„<Ņ}5ŗr8FíhžĄWˆ!ŸoĨ,!D:ûąTbá"įFņøeĸđœ'Ûc•l¨5‚u‹# ˜D^Œę€{Ã뙯W0ÜŽØę{ hq`€W€Ņē<ڌč‚Sí9i<<éiJœš>|ģîO(Š s¸N0QŪT#c_1W;ÛöÃŗ ¤Ė”+ˆ|e¤—{@XŊž …°ųĻļ 5ęn™‡HGįĀ2+É'ŸĨÆá;j āZøÆéŨÃwņˇo°žd8F¤D+1 Ū­~€KÕî¯hxÚÛW@Ü27AK8šynL‡š]šÔ•…€­ņ´‚;ŒĄĮũZņq3sĪqĪ§…™xŖ;-™%˙`­\ˆËp`a5äčņÜ Ÿ@Đ%Ũ´G“äŪ!ƒ´ģÃuoč—PŸ›˜ĻŲ­ØíĸąŦWÔ'"Į3~—Œ2Īˇķîäs2ļŽˆ¸0~ģ2‹r`ŗ˛č Ļßļ$D4IÉmh&ˇbkŽš×m“Ey†õVˆqiÍ93[f9™ĖŽą|ÔúĀĸ[Ռ~yĪM>@ęĶ´ÔaÎg#~YŧCpG´3kŧ+­īžËvpŦAFPđŲ‘ÖT =ĄēŲ2Âa[J`ŲzH˜]ŧfø÷ZÃįŖÕ÷@ņ::ܔŨ_ž‰cļ Žyįļ]FŌ’TŪÛŨĖõWhäģ„u_%üˇ+!ēmÂv'†Œ;°š9ûB](ȟmĀ*Ré?T~ųųˇß˙ü_üÃßųËŋūõŸūúÛ¯ųé×?üũ¯?ũí—ß~ûé×?ūéOūë¯ûĮī?ØĒ˙°ÅúLŖ“ĩIwMRfõéąX—63|§Ŗ%Ŋ‘0eŗÛ^­Ų?%įâ§ŲĮĶ‚šuŗظÉ\ažĶ*tT¸Ā~ly GkKÂkƜļ¨¨[âđ{Ž¸ô”f™Š—WĀ˜$9Đ}ŠŽ’¨5W&KŊ3ũũ3âUļūīCęMė$$mY¤#ë$ąCãđũŦ@1„) ‡´āKĶ¤¤Ĩņí,ųG{bs8\_3„zÕ÷ya$&O9˜äģVģ"t^"8—Œ Ņŗ~$ŧģķn–Ņ$ūXY‚\ręb ¤ī€ä'# ÔfūN#O9V>3㟕‚{ŒvžHŋā/îMŦŦ9ĩ¸Å÷ŽšÔ0=U<lU+—“ė(8•Ģč˙žYūæE„@ÎWw ⏟'TäfĻ—G/ĐIš,ØrŒžĩe9›'UÁ]BCũ„•C¨0a¨HgJĄØ †'>hų)ĻØ?>š$?‘ũÍ*mYå<øšįČî3÷ŽøoH9†5’‚ŋ Ž¨íË)÷Eüŋä”Û™Oėfæ”×å”#ā`փšw*Đ-dĪ)“‹ų2ãečl8‡qŸęN/ĢüŋG•ŋ Ã8,ŌB2ųU…ĮEJĀīE•“…kJˇŅČd„`øƒ üV;f•lu#1ī&BS-ÚEAč0l‰‚ųObå_~ųíį˙úËß˙ü¯?üūĮ_~ú˟˙båo˙Ī˙ô×ßūôĶ?ûåīüį_~ũųˇŸ˙õÛPÜ}ę‘ĐÅđ\ b‚i°{Į‚B“€—?x$.§Nx˛RgI%™æz¨U.lÆuČßrc^e(¸ŠĄVÆíh.¸_”›n™‰UÉ/wJŸšŗY*ČÄā:,*^~ŨÚ­.Ŗō|4âŨsD¸he6ËXĄĸk }‘Kˍ§žėØJ­7ķŠĄî"͌*î;H–įægÉVĘfįS>ÉRî .Õęd5Ü'€mĶÚGÂŊ,fl›$ŽĶxKŊč&mû/Ž0›…Ååj‘#ŠĢK3Ļ¤Ü˛Ķ“kųãß~ŗ{Ļ#*aQ€Û]úÔOŌ7ąIƸ¤6vØ'pęŒÁd}Vœ;FÍ~ĐN$2™<Ŗæt>­LeU_įīĶ—~%^~đ¸Ú6tέøŽUĮÔšĻ8nXŅ•ö¸‡˙aŧ’đ… §OÔōBŧTáũLZx?˜@R×´Å¯5Ą›m€Â4LFSŸŽĨĒëX3|ūÚūÁ{îü•ĩBíp„ÅõgŠLž­›EQmpŗ&Å->ą4Žú‚ˆČŦ "×ld€ vœ¸<‰,I8+Ķ$‘ĸ\NÄīôé(ųC­2ÍŦ4āÅÕ2—_Ģ ŽqEčâWDĖÛá\)W’ j—r)(>â 7:÷:eI60ņõ9fŽ=žOņ˜‹ˇ!ÎK˙0×EwŪøŲ~{`ĪĮ›”÷ˇē<„L› *ÚŨđķđKæėnŦã×L(ąÉ÷\t$§ŗFÉĸ”¯nĶĀžUKɨöÆąAįulĮ< _ÃĀ2íXƒėĶ^Å5Į¯ž*ąęˆŖ~¯3ĪŒn 4|ë‡éųņBáK•ŗŖŸ/[Ŧö~úŒDķ„‰]`Kʜz#I|īĖuKQô›Ü‹ä]+_Ŗ›EîŲ~<|Į•ŧŌėž'. Y ciĄYë čÛ\0ōú•č›ûĄXRĢ›zīŠĒéëõīíÜ3ÖĮĖ,Ôė؀-cu°WØo3ųÔuļŠũ¨œ2(kqO&~ãæ ŨAāŠöAŨ‰uB<’Ú>æLŊÆįŒ ĀPTūÚŪ€X?įãĘ,hCáãâBö ËÂMâ* šôЗ2y*+„Šˇc l!æM&ÚĒôƒ´2+ÅNW€ũš˜h€„Š˜‚ũî3-q>Ō“vĪëgbrŪáIŧ͙ÎCČėte­Zsp%P­ĐV.ŋų|ÉŲW=NĐ<•â;Ũ3Ŗ¯¨ĘŅČĢ[‡&đ=R7C˛ōÃl/ķ6ËŠOņQü7^~cÎZ:“Úí|JMX˛G–Öļ üĘmSčŽëS}nŋ'4réȒD§—´(=gČYaÆŦ”<3ú’ģ˛ĻŽƒËdå ķ]>kÂŌ šÅ¸‚žž3`@Nz)ļ)ZŦm­K.C@ŋDē“ÃhSY7Ƈč›Đ<¯ĩ=EP!ũ"Mcȁ‚$î&Ŧëa˛,AķHö/ōO@#Á.7ÃÔĩžDŧU„KīS8|NŅãĖĖEÎK Īš4‹†ûС’X .)AČų§’X@m°%×éü:QđŸm>ŧ­žÕžåíĨ]8÷X^\ŗÆ\Ŋ7pÚãéâ=yŠX .&aeCPDÛŊUOCÛõÍv0ĄFE-›“§jōy>¨û÷>gɅ‡OĻ(˜z$wīrąp“ëŌ’œėœ÷[ˆņQ‰XɨíØĖ3C°˙Saˆpdüx§?g)žíl ŲQŠY°5fGZA™*xyõM“ųA4¸‰øĖđdšĀŠöI ŠlØ\wí ´>ŊSM}&nãæĀ8Ļĸž’?Äj]5cHÕd,gü{"å,AģŧĀš¤‚øŠģļÂ×B–áČķ MbΨ"ÉönB­+ūŧŪŌmŊ­VÅ>ûĩ~šĀ‘Yæ *ˆĘĄHĩ‹.ũž™ŦŌŲĪ÷B >Ķ$„erŽgŦ9Đ/?ÁaĢP¨ŠĪÜͧßEoŦ˛0@ęuÎÕtŽ4´ĄĪÅĮ0Ÿ Ô˜ž<ęīęIąÍOYG­ÍהfqÜxؔu1c8@ĩ/4vŖÄØ]eņnĸã¯ĒOŽw6Ģ>’žKwđžØ!.õį‡˜ÄãU›}ĮœĒQ˙Ä\ˆ†o&‹äęr|™Ę;ņ1Ö#_TEĀŠ)@NuĻ•Ŋgü>ųYŧė1ˆÄ×˙ž-YåŖ“¨‹jM¸ÔŸc"kļNŸôøÚÃBā{it´¯Ü”Ž8ĻŅrqĶ "~÷xGöDŋ_70ę{ņ4΂:÷7Pž$íoīĢÛ5žˆžķÉ7""ƒŠüōŠ&fú÷B͆Öœŋå4X=mūCĶÖ>6:b8T<ãč`æƒûėíü¯ü=-ÂGa¯ŲũŲpüĘĐ[ŋC8tˇŗņƒÛŊÖåhņč¨ōŽŗôŠ<ĸ­ļ”ņtĨŨÖTí>ŪĀ›~öŊé˜ĮĖ=ĖH‚ÄsOĻīĶÉōöÜÆ[ré“ĸŊÍ%dt'=LŌ;8|ĩ#nĀčŌélęRĐ& K—x‡æc‡Žųx3šÜ\ygÂÉĨī“ģĻŲŧôôįÄQ6ûMÕ!ÁpzņLfō"N”9ÆËjĩxîĩŖŊõëę@ĘHDLŠ°ėßņâē1?´ā€,Ū°2ĘOXĐĪõĘf:˙ƒYŨĻ’s2•žéõFßsãEÕԆ ÅCōCš1YđĮ!sC‚~0R‰FBē‰uFÔq„ Ŧ+MvŸÃm\ŦaFKŸ¨]„“GLNƒæ„3DhzÅD˛įÎėéˆ> ĄÄt3Ŋ7r –SģŸā1)LԋĒ[ÂŽĸŲ ûäé×ĮVfl‰ß¨ČHM#ÜÖøéFؑ­…PjÁ‰Ø#]ˇĶ7ˇ6@ü.–ײ ;ÃĪ0nÂ,aøWG)ô2ãG6†íųŨ9ksm í7ķ3Ū%fŌîõ>&ļ öDĖŦÁõŪ=NĮ ËÜd ™[/‡4÷¨hiWöœšÔŽ¯z:ELŽš‘÷žúIžgt¸úZĄY‹ÍĄ^aXw^ē$<@‰š¤l Ņ…Ŧ?›îö°šÉß'Ë-Æä™sę?‘įįņ(a1Šxú›(ûjĶ˙ŲŅōÛī?˙öûũé?˙ëįŸ˙üןūūëī˙üéן˙đŸ~˙Ã/üéī˙üíīŋ˙ũūį?˙ņ¯˙??*pnõUŋ`‚ķŦ„[*˛Ļ€O'VHJG;ģz}Ī\õgoÜY Mę@įüKæ`ˇX´1Ø]âbt_š­5zs …Ą…‰­ž×GŦ¸Ė‡ÜCV}ŠMœk%ĸ;;;ԇIBrÁ? ĒãÎéˆĶb>‘"=OđÔķĄP)zĖ¯txqQfuúčŲËKįŋ“Ž%ÃZ<+vÕv“ĩfŽfĸTŦMGšÁČ)\Ė›´Ĩ‚ũ›PÉ,tMčL†ą›íÎSúŪL/oJØîÄĨëƒ:—Ã8Įérč]Ŋšt;Š+Í˙Qh&ÖÍ'+å5;_žËqÛâOxĩĀũPâßéâa*u­_Ū°ë‹AĮüŽvÛčĀ톏ô/')… V!ŋ! ›ÄQrt9?xz˙Mˆ5´Ī:C‡mãd\Ā$ĮÉ÷ģ’ĐėäT!žÄg•ēúĮ@á5įøVÖ|g)*)Gņ\ÛéÖsŦTÎ EXá-u ”ļjŪĘØQú@ ÃëŒē*¤;xzs@gû1¸“PÉęhūÛ6™é9yÁršq=Š b,$3IyØ=œŠ°ĻvBL5.~‚ą Å¸jÁ3§(ls‰ęėžÅ­°ķ2t5™mø}mfĖ‚t§h)HôgsƒÚ÷0V¨KŲ+so)4™N:yŧÄâ@÷oœ-ĐJĒ6$ŊŊ’äüŧá›ŪúÆ˛—s°Éî{.öáÄę‚øqÛßõĶ1,lb°ļ˛ũn3–/nSVÉĩĖĪ×ũ ˆÄĶīãáŋĒûB7|Ũ”Š+ŽüWXo×JW|ōÕ$ÉP ` e#‘‡¤jëÎY7Ĩj4˜Ū„“!Įū†ÕŠNcE Ä´aė FwɃĄeQ9e,NX[úsŒ(ŽdŪÉĢ{nr]Wäąüvę”Ī?ŧ­ęÙ›âPŸÜ`7 ËôŲ `$ûŲÉHÜËŪw:Ļ&’~X”„ų, ŊŪ\âlYÅ@ŪŖ€ķŊG‰W'uÆŌŽš­& C[’Ž‚ļĒŋŠˇŧ;¯2Đ ôvCT˜Ë$ZįĶÅĻä)X }ĸp‚ EÄWKé}y>'üÛŖ¨~´ū ōâķęŊ•sļėĸÎ`ƒÕ˜ ô)Ī­NU °˜J>Äd!ē&Ilėd¯ķ˓?,á=ēkmÍ/ŽHÈlŠå~`Ė§Ú`C™ŽĮqРܞ ũ܍ō– ÛtÄ"7ÜÅģ +į7ũ̓aģāÂįŧōÆ'đAŖp-›(“ĶŠôį€Æ”ŗ귊7ėÉÍĪC8yęjIáoí"ļSÎÅ|ߟԊ5#Ŋ0ruo˙IžhôÁ#Ĩ NōÛŌuŸˆlAE–œæ oō!%=ą ×gđRųŪÂĐ5‹ūUcøēŽ„é Zĸ”t![ņšƒš0l䉓#¸t) û‚ ‹€ÁéúR&›ũŖPOŠܓ(ÁsŋųĸËŠėAīá‘DOÔ:XĮ(†ØŊ€PMô|ˆt[l âkH7“ŒÕKļyô–kĸoƒąŽ´’áøányøļo2bšņA{ņ†pĨtŪĄŪĶÕô[ebRr*嚰[¤˛+m, Uy'tua“P–‰ÔfíG7QkwŌCāšÚˆjq:gyĮyŋf=Gãí¤ƒũM›€ĘĀĶÄ?DS„úĐ[`?:P]Fîë+ Il)Ž™M'œ2'Ž.Û(SYJ—xĮî!§*a 1fīžĸ‘/1Ô´Îōō~jC’ė[- VĨCšÎ ՘AĢšĸuNŧÁJ) eÛօ$ Ŋœâęôœ +@h‡Žø\ ‚ŅvôEŌorj×Ų‚,YN ͙>e­.jâĘŠûâŖąM5˜mLŖí—U§ö<žä˜dˆ8|ą×Zʞ‘ƒœi° ÅŪ v 0ŋūNĮʂÚŦŅôĶ¯´~ šĖž,âK†ži<|Ęo!Ņ?ļ´Ŗ‡|.%N•¤ƒĮĖŋ#gLÕP3‡Ü>(™5?ĀږÉkÁ`ŌįšjHšąÂŊ1É>“Û¨YĐy_ ›"ČZā ¸†ĄæË­ęˇMœ‚P¯´ žĻö,iw˜ļDø nú:ˆÕ@_4ûp…Û ’ WFr5ŧbY°T¨ÜC~q?č2x<×Ėĩx6´@Ín$Û&Ôđ]Ļē8ëœâdãēōZĩãJĘįßKUŖī˙‰I)°éL5Ū_´ŗīnK8ŽLŋģĒ>”u˛Ã2#4%/×G_"ė‰j¸lXö´ŧ‘ĄaOE=(>O]Ũã`۔ÅĩņÜIÔĐ-Ņ‡k?íÍ#%ĨŽÖ%ŲÛ†šîäĄŊ[ÍŲŌß2†QHÚéKšeŽ&ę{â+Đ'>bgéÄ2ŊačÔn„?C&NĪûŦÄá ÂÜ4?Æ#{tŨ%8‰}c‡¤Šy|ĪŠ%¨ ŒJō@Ā+‹ŋ”ųų?O?B“"ā¯¸Á'ĶigkŠĖ8‘ščxĻ—q>Ÿ–:“o¸Š7xįËųjĢ>bŠŠN¨›ĸ­’]Í\Üq%e?ųŲQyŽ!—oŠgé2‚2čâíNâ+`°XŠĒiM肖RÕŌ“ ęĪĒĒË(ę5'> y?Ļ”ąōÆėæ<ŦĢŗīĸŊt¸}ftg ŌŠĮ¨m%uĢ0¸4dz7oJڜ]—E#˜'sŊ'8nLA¤äßÍčwžŧ• ÷@ĨFüŧmeÚŌĸ"¤ <ū&$Kāß{Շz§ RÉ3|§—.‹dšSUĻe ļv¨O@Ŗ-$›īWHYqM]9ž%īKcäáVĻۍ cNY]ų]ĒcŸ„čnŽ­× Ræˇ!ļ=#ĻœúÄŖ=1rX‰lT6íTč1w&)9ľͅp6¨ã08ÉÁ?WY’›^ëÚ{Ũ÷ö'Ë ™:ĘĨQ^ēŖØÍĮ™ē‘ÅVė&˙úņ[}ÕH čdGn|v\„kĩÍb^ á =ÍÍĮ Ąī 扆u>pÎKHĄR eP)0N#$ šq=âX•Â-šúVū¯"ĄŦ¨Eš͓sŌ[0Ú3SĘcC{VÚQŧcÍiwîû:DčmIœˇNĒõ ™ŊíŸ9÷Øĸ¸(1C€{)V=Ī†oú¨Ŧ å KGžöÎãöæsą>bč“@ÛGėežZ ã;wÛŊ)S€Î" …īØĶi–˛Ŋ}Īō_’žVT?kôHfRö1˜HĐĒoáū:M{3)Ā¤×a€Ē7žøÚ;”ËE=”PIĢWŸO4ų+YąÛfžŽX~’īĖ×ÔØM1¤ēd$ož"ĶžĻŽÔôE°•GšŲ$hMËĨ‰ûžCō'y2Ŗ#s 6ÁīÁЎ‚ãâēlwY č(mFlÂÔqÕŲ}ļ5Š¸“|­§Ė)€Y4ˇIžlŧËyÍaIw¤.l‹ÜáķĶę;ÔĄfņƒI|,?HkâöŅx­î5Iš^ĖĒēļAÖĘ=°AÐ÷Yũ-XY`ۉ;hųkŧĀˆ†ô듸~+œwLŧ7Ņ wD"•m,{?<ÃEЧšLtÎdŠ&é?"f/Hä:éS¨ÎÚovA UHÛeÃK8ē¯ —ØžIx{E=6OžŽ'ŽĖ‘æ61tGãØ&îlR¤Wœ›ž:4KœKáĀĖ ‚4ÁÂVūĐ!hM-%ú›wlŨ) 'ß-n‡DĮļ#ô>¸OĖOîÍ2§E'žĸ$].Û:zŸTKcn™„ũKxë%Y~ ›ŧ0GĪøÄŲ!’Ā÷Ã9}Į[ŦÍ =Ų=3Î;õŌëĪ_ŨŸ0áQæ>0 U’ãās-|ŠŊ™ËN)\]“F6^šu}ƒ„?¤„ctvIĮڋ.Æęĩ ųÆÖ@n˃3u%vÛLË#ĢUe…0Ÿ2 ˙˛ŒŦÖ2íŠÄŅébXQ'А’ōr<§ēãŽ6)ĀõŨ™čŌ§•čVGåÛJĶØN9¸ŦČÕCFŽĩ¯ˆbČw2†¯ũÜū2×ȋ0ÄN˙jÛ}ņäN|K WSBcũaV[Ÿĩą† ÔÉ+˛ LPö€€åÄø´ž,w¸‡ML6‰wMzlÍŠt“˜0ōž#áKö’ˇ9āË-ÍŲeõ*øĘ/Š&|1yŸT˙ŊŸ!ļŅ7~áĖ~Öį‹,äÁ,ûÕiĘD{JŦœéd:$Ķf¤Ú_WiË`ëûŗ?$I~ö#éŌ‡ĸ¸X*ĶX$ÔmŧĀŒŸp”[6Û§ÔųŒc–MŐ}Æ+üØJ’!á×oėū80md|oPėeaF3Ÿí‰ŨÆ?w6ĩd´øâ8ŦJėė=]CĐ$u8O č>l_†į…KĖ‘\­!SåûXŧæ%Å/֒WfôV4ˆØ!ƒĩt´ĪģQ›Û)¨v ˇĖē7€œúwÃs6$§víFįķ˜Ŋ‡YĻüXÁâĢšĪ‡1Ąx™ÚÄ{˛äÎĩĻ ˇ]ÍŊj?žÆøb¯Ļ&Ũ2‚V=ÄįSõgMë›ÄWtĢ_z_qˆĘđfŧĄeđ‰*˜ûDû‡ŗ˜ģúÄÚzÕu}2R¸ĨßĨ$-ą"Ü^ŠčcՆ„ęÔ“ņ/ElB3ŽîbŊĐ'ąĒq‡éŒw~˜ÎGZ‰L'8ĪđI‰L‰s nëēątĖŲvÄßĐM}:Ļ—–ĄÃē2q1¤–5=z]}ā"/Ũ*š.é’ŗē$õr3čŒ(ŨĄE Ũ¸~~F1Yäŋ?¤MĢ#j’B×ĮÁ&| ‰Tâŗęúãį›Ŋ>‡1–\ŗV‰öšpģųlú+ S'iŌAO*‚‡ J†Gėē 0Y!Í Ē8)ĢY ĶÃw6GB ÎÁ15o2žŲŗĈz;ĐŅûQŖ¤7Rã%Q.*\<ũ0ųÜYŊûFŊ8ô’[ÜYũ'ã¨mBĒ¸ä‡č¨íÚô7䴌}ŒĢEÎÂĖû|?Ō㏕ön:CdŲĒ@Bo ũę—7ˇëԇ‘Č5öhķ“ĘöŒËėŽ`/§%ęnļa ĀŽ*ņJĶF[ˇR=ŪZ…„Æ•Ž)íĶ(f­“TÁŗC‚ē]’f*P…Ą8  eœ]į€s6@læt†nÍĪq?•*SĪ!֞8NŪĮß$Ë ĶŸ‡MA_Áaz Í!ˌĖŽšÛIEQų.ÂĄšFĢ”`é"ŗGÉ|qtō{ąŗįĀÕwÛYofŪÚt9U9Fļ€ēå…ÄålĒî â<+gŠŨ|Ā„¤7å‹Ywr58ļNša,âɇqm2/ģ]ŠŊ€™Ž2rČM¸eŸ…÷=Swë“K'VWāMyYU­6XŌ˙lX—tŗĪâH\ŗ“)~öŗŅūõ‰ŊWéV•ė$ œÉ+—øo_ž!ÆI–t.;.ūŸīcÂ"ŨšWŧõËčYy/4Ū.è¨Ō¸–^9 IiEĩļÉđœ ¯Ži>YĻØÄ rkŋ‘ė\"`˜yŦķ(Æž›ŲĻrâŌË՝9™kč ūZÛĮ$,jŧ5m“ēØũĻĐŽ4cxUáŸ_!‚í{áĶCR §Ã~´Ä—Äw™ØJlT3ü#˛écëjXũcp&zጠĄ˙,ÅÛĶķŖĮjĘÍ*ro¤Į횖 Ŗä$xÎ&`‡ŗkë‚Û^ûëfĶUĩŠž ië+6ũŅƒÍm´5ĸ/3õ¨Įö9ŽPė0<Øė2zE pVe~T=}1Đ´(Z5{Ôčæ´Q`E­`o*Ų^•ef0Čį¤ H)įÉˇëŲFą›Ķ4q6BHŒjר=įč™ ã{[ĮŲ>-ßg’’$_ô}!™ĄÅé„Ų›˜%$ΕEĒ’™˜eÖtŠ—î‡`ČŪKnŒž-š}ôĪŽéë`E¸/‹×ØīK4û(čéŅJũŌÉ2Ü3õ_(LK´bpö¸&Ž¯Ģ?ūDĒnÜKŋDE{’•# TŦK™ŋM˜CV%šį›Šœ‹îŦā>ZīĮ ܂|ģ w&V‚Ž‡D˛5t¸÷æ‚ī„wԅ ŧ Ģeŧ˛Ūõĸ>ąąŊP•€„éŽ u!&ƒr7ų (Ŗ‡xÂpcˆ\/eŸ+Œp'¨ŧY0ŋq5Aa8¸.ú đņ>ųtōL:!Š›ŗås“˛™bæ¸*8Ũc}°‚ŖƒXĖˇ‰Eųo‰žKíĐrėÎÎĒŠ&I”‰Ôį(ÉlxƒŋķŦZäCúú+ŋ3Įģ^ŸC>h#Ū8:E8š)d5_ōí AŽÎ0HØ„&ĸ_=7(_°&­[Ĩ œ7Ē´2PËdbāÜĖš huŊq§úvˆ&ęggRlžÎ䮔‚ę:؊ƟŦ5ķŨû<Đ:Į øŗɋĮôR /~áôÄŪ(ÁÕīfg'WKŋ<'’S— Ā—ƒkë‰0uĻŋ×ūčØ*œ =Gę[)”ę@€I8­O•œ#ĢŗočŨL ŅéēTÃWœôÖ&0­ŧÔGß ęˇZĄhl‰$\1Ëúī×ہR;4ī~WF´vŠ Y^öVG#tö`“ÓIž4ÁÉd،’ˇē˛ö%‚ö'Ü%X›mˆæ&ũ}’´Ķ—ųkžY"LøÎøo¨JĄęˇ ˉ?û9ŪЖkFŽĮi‡Ûh!ŧo5øFŦƒ™¤VDÚ)™UĖjĢ5GU] 4ŋes—–3ãåTŖĸNÆėŖa•iŧíˆėL~‹-å=ącŽôĒU‡ŗŽū-?&Ē>XÄDŦ02Ŋ9Ų˛”{{~Ŋü‚¤PÕėg­Ņr°É6%;°S˛);|‹AhÃĖyŗ=ˆīļŖJ7´ >äûX…÷eŒö}55I­o×Õ=įĸppTū=֜4ęJŗÃā’ĮyŒæBüB3ķˆRkÁ,2uč;č%ĮĀí:dĶËŦf"|"°„˙Ō'˙ęP„/Ž'ĀPˆęôQ÷™Ė‰†œIÜõNdáį?•i/)5ŋ–„#Øų“SúÆTO-ŅŦA=hįPmĐ~Ļ8ūm¸xsčŋ¨ëcûj3¸î IęÄŋú4” n#=[Ij0b/ã–ôģ• ¸Įk‹°ü•ĸWÅ--/!Ü jU%jë”›:˛ĒĩPÔyÜã&Ģ+ė i0ķ*°2SQļ`Ž ĐžÎx@ŋšã\lãYŠ|G ĢĐ+Ŗö@VŨē˛2ßM.8hÍsđĪ™ļų*\÷SfžŊĶdŧ×áĐĶŽV“œ¨U=‰KŸÁąkjh@Ģ „wŽ¯‹Qß )zĖēÝ?W‚@&)xGĐÖ.Y6tÖuÉa7ËĐ<ū29 ]~B1DÛaķ C^FBnJ‘l_-C|ëq„NiŪßĐ^†ĄiˆN ĻÛL#§ņ˛uû˛k>ˆá%J}Ā\!Ô{Ū#zc@ŦėÍ(Ų|2”Ņ÷ ŲŽŒ™Ę€ Ė;!@ŧä¨ā%ËbwŽsÅbÖĄĨŨ¯:ŽFHÆ’6"n\xz˛Yõī'&ųCQ™îÔWÆsķ˜FGƒQøaÛÃ1F†6 #@Ē<‹eÎ Q/Ö˛c×rÕŲŠ™ĨĀ˜ļ>ĸįūؗ*‹Ž:CÁ7ŧđŌË5LS@Ŧ u}āôúClĩ.7œgÃâ N ´čûãō6—.^Ž-ƒ”מÁ}æį?DŽÎ_Úb†wüjS¤ą\&õũÎ]Á‚Íņņc ˜Œ”qķ?#^QES×ĪG'yŌb’FV."‚ø:)3•ËiŌˇŠsĄBØúü4“]+VS°)ąeyhĀÎ=(â˛ÖhDØQJššģü&(Áš‰5Ŋ8ؕĻØļ& wŠ= ĒíSl-wû9“Rš” â{< }ՅéÁņˆ‡úfĨhs9!Ŋ˜2–|žq°0‰ 5A=~¨“œęˇŧ‹ Aqņĩ˙đaLÂd<ũöĐ!ė%ΨJ˜uŨĐt~ˆmL ¨“Wč'Ca6ĒĨü4v’KÉą_›#æ6mâUÂČĖ3×ÁrŠE@Ņ52˙”ŽÉöu™Ōlōá+}'~R99`Ōn|˛ėהdÁŽ3ņꀆt(œ75ÉÔĢ [ČÎ(|ã5Yä6ˆVaĨŌũ\.yJ$5\Ũ:āáTŌčŠnî€sîģŦ÷fCU'g8įW{úiūāQ“/6ļcÍ  L§ōĻc‚IĢ–Æė7`•fÉÉ~tæe€ å;ŅÁU Õl'ŠŒ-câ5”14O6‘ĨXÉĘÄmÉōzŒū 6ŒĮĨ^7ånS¨ĀØ] ‘$0^ŋhJ˙7æ‚2߸äcüÎŧ#ŲåИ,탍7‘ČVŲ1­°IÖ}–ëSĄg ÂŲ|1;är€)M‰ŌĩäŨÄ8ąŽĄ'˜—'“Ÿŋ[8‘€û>R‡Pšˇu~ČŠŅŪáWĀN Sbá÷>oÃ6„X N'”vņUN”ĀģÜ3¨Ė´HM ûJ@FØFĀÚÆ: č[ë¸u’á*`hâĀ“2ā\ÁŒĨō¯ŧÉB‡.úÔ_ī QEôÔßrcTÉЂ¤Ā\æØåđF×|ŽeäÖõ€?Úé]"ĘEKŽ9lÜ|ŪųāäžūÚo/ˇĩ$f˛úŒsä?ą¤båŗßxČûo%ՌPí÷3ĐŽøÉĖ-ԛTŽ›c$AåßdmĄJāŸŠ#nD2BĄB'˙´Ã¤÷\¸Ž—Î…Æ˛´ŽõBļ@äWD­,  f\~ÕŅŊÃĖqų¨¯Ēđ÷Ąîķ$´qōhũp=`'ŲKCđ—ģčģĪę_qä|0gī*o÷/O“tËæ ;%š˙ē;0Aī}â–úÜMAŨîJU’:ĩ¸o´Į;3ˇ‚tŗ˛„Ošn:˙FŠÔ>#„1:ŒíŦ›ĮZüŌãŊU†SėoW Ŋ ļ‘øĪ?.áKFîôęôHJíŊÄŒ‹2Gé$ŽÉíÚXØ_°ÛÜÅ˛VKĨŲæSī´†.6WhiĮ˛xnįNā} §íRĄRëĮĮ?JįÉũUâl”Pģ¸˜{6†ÆoŅ˜Ŗ9unë,@¯ķftf1Z˛§×îÎ.ŋITĶÁ¸-ôh´NŲÓ°:š:FO˙?ŋĪņ|úËūø—˙úįŸûã?˙ú—?üô§ŋ˙üëOŋūūßúũŸ˙ĶOŋũõį?ũúĪ?˙á÷_˙ņį˙ũË˙’ņl> ĪqDŽÎķ°Sŋ¤Ņ1Ä@öâDE–,;kžŽĘħÂČåąŌĻ' I°â OÂļėŅS[GææŲ>#ū—“&cŅB™œŒŦK.Đ4J%aüĨ2–bŅœG*ŗۈkŦ1€š”$u!ŽC9FÄÃssņf#Š–IDÅũ13Uĸ"ĩČKœĪj‚…V{Ē9/SRjKōū)™üŦP žhēŠá˙,ÖwIkaFųÉōÉŗ5•”@ëDˆŨæ•%ú0z‡­=¨JëÚQÃĩwäåsüAa¨ŒÎvTĢķŅ,Ļ÷æģŒüšŋÃRx­Gà Ō‹7&Ęģ[ŽˆôH6qŒņfJ÷øm3PIOæ /=põ —AĄ%WꄈÚ7Ih‹ĻÕrs’qÆz|ŖŧT9a)ˇœbˆĖ|ńœFí?“ĢŽ[ēĩ…>—Â\Ž‘IzöZ49ÆU´0; an_sÄ%WL˛D+xģ‹7ÚŽI‹'ę™ Z“yØ Õ'\ĸ5lšÔ,ú$. ‰rûíŌVkEšĖQf¸Cŧƒ…‡{ ´Ūü n°;5Äåŋ1ÃQZÅ×hJĸ“‹=| ŨÂÂOÅ|žaQ|{Á?÷ã”Kė ‘Hmžåôž‚I¯€ "Áf3—B ūKšŒÚžķš0ĒŠOŲ%Ę ĻˇWCÍĸ†)k)æīÚSX'i KŽČ&›GS|tž^ī;EĶ^9“ ¸*ĶyŖĮL31åŪøĮí›lÜ(͂Xà 4žAŖ+˜ ”ÅSs=F˜åzŌ…ÚcË-ƒšŒ´įZį[ĶÜÄąkĘ× œNͧ”ėŸ uúÍx+ØŨžw)[ú#€ĩ:&Ë1méuķ‘â\Fl<?ČØI&ž,gi‘°WKĪĩíVŽũ ÆkâßLˊûũį15NŌEįíŠ7Ž !Ļ1•jõæj$[‚M¸‚Úzš`Â+ŧũ’Ŗ0$Jc¨} ødŪ”&tļ`ĩIv4Iy@ĩžá'HD ›\*˜'€‡C?úzĪ÷}7Ū&>=xGˆ¤éĶ_‘‡9xú*G]Y<îéâ­ š/ß$-–ŒRF (Ÿ”öˇÁZŧWívœ9ÚxWŒ\œ°aŦ7 JĶĶ;åpĀOɂ2Ōx­ĀdVOžŋŠiæeŨƒŲÛķ "j8ˇÁ÷f­ą í%Āέ[‡‡]ææ"˛Ję6˙āx$ˇØ8ŸX: ÔeŅa2ɨ8d ĢCĘ'Ú§C1°iÚlWZzžĒ6Z šƒEĻąesA‚$û:ö™ŠĖMjŠĨÆ.1ƒ1Ágôå@ÃĻÕ‡é{ų—åK'Î.Ä\0 ʓ´Ŧ Tŧcz–•}tgFõŋĒšŠ¸ķ_„0l÷ų˛üzŠõ8Ņ KîŦ¯ōŠ$>Æ —Õ‚ũ&FÕŗņdųB]#+’,•w.?áLĄČp5ízœ˜9_֜DĮ¯ŋ Ær!pæā°îSŨS:F í’=Ä`â:+€BŨqd›ģí=ÅOßLĐV5)ëĘh-öt:ÉUĮķyomŠi"—6Û§#[õĸuÅŲīŽôž–g]'Žō€KÛōÔ_P´ ąHũ„ k(ÜP8ŽŽOˇ[Â0Oļ¨ĪtCŋUzļ2”™ IÚjûĻXL5O$ô>ȓÍČāeD1îĶ÷ā›aNŌ3öˆAb˛>Ä÷âáO{û™ŽoK Rī§žbdŅĨũųŒŅ÷ûyž13Ö<¯LmJ¨@}â"*ƒKėyąÔĪtŽ->mČļ 3^čų"öũæļžã=ˆĐį­1ĩøŖÜ÷ôqķUĻEôd}!ŨCZ į#AGI}a$î6UÅæ„íK*ŊĢÍĘÛĀÖĮ¤’M¤ūøŦž .n&‡cŽe2ÆMĪšoy-|ˇorÛõģĢŦ­Tūŗč˜O ņFb.æíRķmØ$3‘‚KCøa#ŋ˘7šŖu\2ąáN:{rĶR'ŧ+Zt`†°\nГ0 [Ķ`ævIįÃŖ. įųەõqÖ9Ģ}ĶĘ'ųČI V}…ąōģWŠęÔE™ iR;=+&bŗûĶBŽûÕČ eļ÷z6Žâ&¯ÛŽf­˜’†zŒ^ é|ˇ|+2bvIŅ˜?ŗvĶâMPĶąļSւ=Ą#:ŋĀ˛ŧŽu} „q*–4ÕEWķ­×†;Î}Uû*“ØŖX!‘;ĩp ¨ˇÕV­{.Ũˇ 6>zØa63^aū47Dî§xe‘iMPė´+ÛŧNaxVäWVŌK"YŖFĒ’@UlÔÁŊŧÖ°Į´~ëJ:é*S6á`uĻļûÆlšÍQĢĸ†Dˆ‰–%†t:o&;2 ju°ˆLZ°ÛSƒ"jZ të¨L#Z2˛%ŅVÂ[ŸÅąāû42ōpˇ“hŲ´SÁi€Yȇ ]LĀŪūŲ¤îpLžAWFCM€Ĩwā‘šŧHÎ|3CܕŦ´é¸' ÍŗÕčt.´NP7ۋOēŪœũČŠ›ƒĐЄĄ‘"0ģ}ŗĖø&Ձŗ0hKãDŅœßœ"K¤3ˆ&äŒĸe-_ß \ŲŒæÄĒĪ$ø6niiųËPt9DctߟÁfŨ 6eĸYßVā€ī’ŸSFyIĨ˜ŠÛ‹čuC/ÕĢKÄ? XŗQ­ËY~›LôčüĄ)ŌŨ5hĻs$3ŗŖĢ^ļ)Ŋΰëâ >úú‹čy:ĩęOiŽæēC$MΙ‘Üí•ųĒ¯~  Ēhēï…ŗųx”ū–r0jã MՁ‚ΊVôÛ>x{™ręûR;R÷){Zqt!Ų"”Ü>Ā8Q/ŊĐ´^ĩ/lxîųaK#Zî/CĒ/´ˇßvŪ‡Ōdr8 HŊŽx§d—Ŗš?wCĮvč8ŧM+Õ>éXč¯‡å­Œ?Tß]ŠtōY0›In´UĮ:ûJ?ŌI‰ŸgQr°^ĩ3Æqeˇß•Ũ5ņŖÖ`ŌĸJŋÃ0Ôy  :׈ÎΕ’5Ūė’šÚÜoē Yfp{ärØ\?.Ÿčb|ÜøœøĮ ˇØä;ē7ŦØķIdWFŊkPY“ŋĶΐâZŽƒ D%Įk÷37/7— ōė’X–K jé'S÷ŒæEŲīŪėmKâ´B1ęoØ´uâWĩô’áá:Ė‚X6vBēŲRy*ßâ+¨Œp8ëV5““‚~s'lV˙H M„ ‰Ë>×­ģbxđ {Ũもë7("Q[Vôa¤žŗE@…ÖXŠŅĒ™FŦĨÎ=ŪÚ5ŋŨŧÆüaIÛ>MΔĶĄՅ¸ŦaĶ+æŊÛøtĩ§õ~<4D ?Y{žžhp1s†ũ…dbŨÁoˆ ā˜9Ö°ÆÜm t –á;*9%†BmŅ ü>OéJĖĘ*Ö¤Ĩ R ¤nÃHÂũl§–ggØŊåÕæcZ *:]ƒkę IŨŠ{`)cî3OtPš•ū¨×ģÅ$J˜iĒpīąM>ĪYkŗ5ˆōPˇ#ŧÜ,?°VFø Õ†\ķtš }.˙ļ†E8n>-ėM&„ū—r‘wG”Ö8b‹\'Dí„;‘Ží$Ūŧ’ÁāŦ[€ÅĶ*ŽšcÅQ$ÁępŦÛ8ūv4zgĄĻwz‚ōAûba„ø)×H*æß|ŽPĨČcž—g~„áÕ}s›Éīf‹uT›õx…ŨŅÚYģMōFÚōy4šrāŨīd#<´:.‚ÍP>úZŽuįąr÷“ŖGNq)*UXxvĘX=ÁoôfŨh>ąT€Ž-đCOœš€YĀ„ĩ9ĘJ”ŧuWŒ‚ŠļŦ‰ĖŗO{F¸›„’3Y‘ŋAåŸ˙M‡ˆPËéĮdųŦ¸”¨1$~jÚUūÔqÜ);wØ ‡÷Ņįø5+,Žw|Š‘"d<„S:Ŧō `ĖĢåšqØ1Čš8 ĄO‘0ĶūÔö§“x2Ģuö6â¯|CGhú-Áģ4ĨĢû0ŗ—āâĒSŸ={_Ōxqņų MÄB L"ąÁÍT8Æ;{ôÔ(@é<'Ø­üÜęQ5"pbL>÷ŠĻœ]ũģ?hemŗî¸åöĸ™šîhe:–‘r[~Lãe'ĒüĶDãĒŽNNíw˛t˙āî‰OžīÔaړĸ9ô4Đųļ1nōĀņ†ÜUÜąĖ#zƒ ą[ĩ—!Lg2›đúžŠŠVL=FĄŒŧŧÔfb)ŽÕņãšŲ"rˆ&ˆßsŋE+U’-)™^cēŌJ7u¤v™ĄsšH&+Š5|!čW!ŊV¸oëņzâžM*ĀÅ*šęOĄ>Ö9Ųk'TˆņˆÜC8ĘHôĐßí˛‹CË´ņ‘Ĩ|\§ ‰ád8´ũÚKA%ņx×ŗų2Z[ÂíęH%ÁH˜áô‡âgNu(…}(”7‚hŌ *^ûęĢŌŪ”7랐eKY.ŦęŖåX囌4.3|îmō(Ÿ–ųkZļX­„'.6Å”ˆ!änÄLųÕĨũļ|§.ÁöŽ.Ūˆ›EDGėĖ'Æ2ąĮĩųú\= %-Ô´ųČîB‰‰ķkÄŌíų!Ûąz!SGūėÚŨRÁîŞb)-tõ^Ē`ōų ŽQ&aŧR2Ž˜ÁlUŠĪš`n;Ķu"øö“ÃëŦb#$˛Ė€{%ˋŦūo+õiåZáĨnû4|¸/Éd'‡w”¤fąĢôŠŖüđ,ņp§he)ŊÖȨ¯Čȝ¨§„SĘĀęƒŧŽÁ=rÚ­–EÍGü7e"*&Vĸ |x:uĒAÂ@cÎÎ&Ė¤ \gēsĄ7\#KČ)ߡPPÍ?Q-^÷Pbõ˙2*ōŪNæŲv­üa„„Ē6)F7ąŠÔÉ[R?ĶZbL=~Rč›RéĘDÃ+UÎģŨh3@Öl˛CÚ|.k˙Z’ë\ˇJŸŨċŠ—2:5œAã!KˆQxzíÄ\‹ƒLå¨ÂŅú7šDĖÅæzĢPNĀ"ÔhšÚ,]D?ȲŠ]+žØt;ā¤ũ1°QĐšÚ˙÷īõđŒ˙ķũö_ûã?ūøˇ_˙ú—Ÿūú—ŋ˙ōĶ¯üÃ˙Ī˙ôû~úũüĮ¯ūûßūúũöŋų_ōō[ cã(Ļ÷ÃB diĩĀhČ#_=%=IĻ<;6ŒģĢ¤šZ‡ ŲRyé.līáŨ–‚VU_2E%z´[t+678­F hÕ0†Ų7(”5„íŸŨFAĘ)"üŋņö۞LÆÉÆuS\¤$uD9:žlĸ˛“Ø Pa ’pūŊųķÜ~āaԚqŋNøŧX´ÆßÜ9NM>āôZøzƒĶęUÉŧöč™ņ•KĒ"lÉ~lKą°˜ =uÁ8Áš­Ž¸ē_Ĕčr`Ēõ ur…Y'X>?>ūøŗ*æĘákžü2HÄøN’H9(Ģbz:“/ŠÛ>(ŽļÛŠPĀčĸV Ū~áĶž ČåHMÆ*ØpĄÚ‘ĐēL§īFÍ%1>âîÎDÄĢü[Œ‚Æņ×{Ų9āßJĶUë L|×zÅČ+ΊË)…Grî üũ­ũ†á d䧍x•ÁģTŌūb§ŒáUļc07|,rŒŪ˙UĒ Ž|ņŧRŦĻÄG¨ÍUu!8´ff€™.Ör=ģ–Eæ#Ŋā$ČÆBSW¨Ņ<“=~%q>k?ɸjD-üBoŒ™üí؟j*|[ƒŖúĶžüf5ĀŲh‹ÛĐ¯ŖŽ7] ˜2å*ÛMgŧŲëÖlŊG‡ō|&[Ņ&īÁîąŅL⋇loqĪL‰ŧģ@f?>VÎ{~ē˯ˆ);ŠÎĨš÷ũNņCĪ\ö—+ü:`%¤ ˇ"äôĩŠ ܅đC.Ng1ŒäábĢHãY ;ŠdRnlDuÉû1KFŨ`'ĸÆ”Ô$´õԊŖ˜0BæoÎá,L%jö‚33ˇđGvč:@l€Ļ˛ũxę}49/.†,“îâ0Cb¤ŽÂĸ7ŦđŸ|R­…1&vlËãČĐxN­=ä%dl†>öÁ@ŗĘIP§ęĪ„eš,sWULVŦh‡ûâŠŌŸ`Lŧ|"MØCÔŅ€+ÁĮ)ž|ŠDĖ6‰J‚DFfjčŠZ^rjqÍč>žoø9:ŲžŅ`™(†Ü‹kYŖkčÛn†ÚÆ'čŋČYSNØGw>{Qe ðÔį`&x~čR¸HN,gYkĶ ÛÂ^;ß´n‘‹"šV×égYŠP Ũåļĸđ€>˜™Š,KļēuæG{dđøY]$5dačJĶŸ×ö)z…¯EôZn 3ã9ŲO[÷îGƒĪ:r?G˙lņ1øžé×ÜZt †RŽ™Ūø† š›K¤ ëMŒ†Č”Hąˇ¯dPô).Æ°Wˇ[%Âw^ŧÂPē>Ĩž{ā)@ÂŅ膝AČŗ‰Ûęrt˛!r|JÛ%8¨“ķ+9ümiŨŦ&ŋĒ(ûŽŽãØ5I{ĖŪĒ´×j#|ŠĸhŪ(r2ãmũüí&Ũp´û›:Ũ8ŽņQÄą˛ˇąMLæ,dUÂ\¤K+‚%OŪßĘQbb°ŪŒP¸ ;%ˇ„mŸëFå[ĩŀŅ3“¸ŽžøįÕ@–4ĮŲ-v0c¤8Õ'g?“ü%đ•O}fīšķp' Fmšc"‰J¨"ő/Û7ž=ŪԎVj˙–Ŗcö׹ô›Ļ$Gę&āŊIæŠæY:ûbČ ũ7Ų˛'ōJ~eå Ëqâ,…¤ V•ĮœL‚g°kā¯:i;VĶzÚüM!c|MŽÃ'x÷U §rãō{×z_ŽŸĸ(E’ëxsöFĐą1ãVC N00#˜7bņļ æĖÆLņ3 ŒˆĘf|Lģøœ˙76‡2ÄČ0HũRP\ôÜ.nÂŽĩ:ņ‹ÁĪ ZíÚ×'¯msíOH5œ@?ŒÆc8vŲX_ũXÂ2$4ōzũQūöؙy˜Æ5)QĐ%Ķ/ ^ILįsüîY§zr*qtō’?.ہš¯l0ĮaĄD3ߛ‡N.Đp$ûBoŠĮ¯7ķîĪ'yŠ Ž–cƒ= ‚ķ@ņŠˆ&GÖŲnI< i:Ŗd’ŲMlåHãƒÕÎ'Ã˸S{O qōëīĨo$Ŗ…čšä†8´Īāw8ģŪ=ņ4ŠĨs3y˙‹ŸÛĄ™uÔ~=áeVŨpÁ_ŲĪ§īlĶgÃėJlK"d0 - ÎŌrvr Ļøü8œ'Ļö˜ņä!ųž’oŠũfo›æAKķËÕ5‹Fé`čĀ-‚‹vˆ­á@ŗN41چ QLs@)žõT¸Ũ¸HÜKˇ4"‹@E“ŽÛeŪŦ@­ąļ‚&Í°_Ü)ÃhvkĄæŗu€ú T2FŅ—Ŋ?ĻLĐģDÛĩ ē…[ ×t€Wo<|˙é`Žãũ|^ĩņįAB0#ß@ęa˛Šv”š"ģUšC¯ŌŽËëfSE[§'SqÛĮ€čÜŠŦÛÅ ¨IÖ˛äĐ8J^Éw+ģđ.Ą_ŧÔnĶ×ŪÎ)*SX–’#C’°ųãt1íĮŋ€ëC'!ėЉ;3ØE|fv[ß6ž…‡Į8‹âėõ5c Wš’F‡:N]ΈJ:¯yူՔœĩjㅈs ėHļmöáĸ‰fÎ&J_~\klxFbÉ|1J¨LKå×ĘŦ'h×&ŽģÎhŽā~OŅĄäôe— 6‚N`­ņîsē:aÁO„åĖöë"éËx,Ģą˛ æ?GK› ? fĀu‹Áö"]/,äēI‰ûL“ĸwhÕÜ]ęūĨ5¯Ü×dšŸĀCQQGĢĶāŽŪ#”DļfŅpÃģ˜b~‰k}įĒ™ đOw}6$.ļ X7™ģ× úT(‚Z'÷CFg]˛Åƒ\ƒņh&6°ęŊœkÃą—ô`€Eˇĩ…ܐxĮMíĢ×W'H^ ÅȕrCvĻž™ ũØRkö0ØĒ]ĀēųáņYá:â'8Ŗ‹ķ2“Ôņ‰ŅMøIú8īŠ“Š’šąŖ˛wĶb`ČÍjA@ãÎ˙8lë&AŪ0Ũ…Ų.yb"LD~ڛõžÉ:z$ŋ–˙Ö% ž:œ1B#Ī˜…3ƒm ī:&Æ# ˆ¯ôß5ÍĖ¨ÖŪÛĒmŧQÛĮS}L ˇáĒd}D‘ ᯎ‘iĩß$"¸Úĩ˙hl3ČzÎŽX•—|cāˆ…ēģáĄ\9ôŽáËlĪ†Ũ¸QqTä)*ËÅŗ%…c"…yķRÖŋÂcGŖKq€^7xžĨQd{uŠļ*ŧEäĖ¤~€‚Í…sÄԁ˜<[ÎÉįŒĖYĪ…ŋ‰ĘˆģUZÖQĨZ%N,Œ‰f&¯†I–Œ4ĻÃGņTämĸ Š”w÷JJÄļ˙}Į‘ĐƸéøi_ŠĄ–¨F…˛:ķ‘ÅŒUۘWilbßTÉ ŗÔUÎāŲW)`+ĪU+ÚCŪÚßsr´L$)ˆ×OœÜsÖb˙#ŧ:Ģžœˆãā+ĀŌ¸ú†H œŽÍa˙pœĻŊvKũW‰íņü´žčÔŲŦZšq”í}ũ„ŽÔĄ&ƒjOŅ.ž%[â ä[frŋČ*‡ŲLŖ\tņąŊŪg;2T:܊ųfäŨĐL\ņ`/Ūč * BHŒá &W͖u8=ôoƒų´Yāģ„Ē锁{–Ļ’ķˇ Œd5haûQ“Ŋ†âu¯ĻÖâlŧļÃŧ¯TÎà ×Ŋí;Å`ßāļ!÷"ĶU1“ŸîŨˆPō@‹9Jéû{'Ģwečãœx[æėŠ &‹Â fŽg¸\’ŗɞDÆí(eiG%=ļAŊ¸Ō˜ļåÂI÷Fi|1tī\üĀqÚ¤öũ„O0ĢÅ Ēŧ'č;wYúÃØf6R&Ĩũ3CđĢûeÄį? {Ū2ŗģ¸ĸS;‘äån „2Aėíū#\)–ÁUo në(–"ĨKæíšuŨ}Š}(ĄÚSĒĩëŦ÷‚Čä&9pG‡* ÚŖōÉÜáˇËÍ×î]Õ>ŒNž‘°—‘ūÆĩãÔ~-ˇC3n_ënĶXįĮĶŒA ĪÔëĘŪ gĸŖÔĸ'L;Â)ĶX•ĒÄåŽøÆįØ íVũŋ5>úę!k*kÔņ0BTkxF™>bįģbŲņŊ}!X›de,-+Ū-+˙qŽ %ÂęZJrĩķH0 ‚ÕĻ-‘fæK@ˆØ…ŧĪ\fĪrÆõuĘEÜbũĮĪ+ķ˛ų€7B}b*\÷°āŒ JžĀą ˇėæ 3ßĪŨW=°c>ā˛“Ũúį3Š´Kī\Šû?ų™­D¨ø‡ųģ—ņiøw‚ō˜d]؈´mPČOB„Acēƒb]9ôģ§R /qęlYŌ mx+#WHYíE?ŽažüG:Ÿ0qœû úĐ8N‘ĩŅeŠŨ `ƒIĄÂ<…í‰hX0Wv“ÕÅŅyËä •!éh$zÔo O^Û'€˛Gec#v¸üĶbę.'x …6ä ęãŪHT-ŖũŽ÷ĸ-ĊĐíÎÎ9Ē‹’´6J„()Ir렊(8ûžd7 &Zœų1œįƓ0kŖÕ\rcܚ—-g ģa™đãFũ}Æ(-^"S(H|ėî—Ēž’ÚVōmÄŅ@–<Îč9ą&wÆ8Ĩ5ąN¤Ü`ęŽ0ũę’!°¸ōįaÊ˛žúC*W ųoN69r6ēDž+Uyũü”o“t 6ĨkˆųÃöŠq‘É aąŋ|Ī°”7ģ^hķxŨΜė‹npHtJSķĨ: 7 G2h;Yŗ“´[3—!Ŗ4įŗ˙žĨj RŒīWs $>jˇBŊtĸ7īCÔá§9uĪäē†÷ŦŠB Eâ$#m凖‘äŖ7üĸ- Ė›ØCØŲđZY…¨ŲČčtˉˆ1”˛i^Ü!Ėp‚§c†õ–“zˇ]ŅÚõ8—8\%Z*ŽĶĄđ’ēų:ĻʒÁ¯‡wSڝSŧųĻ‚¨ZV/9ų]ß t遰F;¤.‚a-bĀBļI{iĨĸd÷…ƒ:vįdĢ*šœ!ĢņĖ[˜s¯ÄĘMx°Ę7†{IRœ†#5+¤‰,|`œ™ė- a&Žķ R„ŽyÄ&C[L¤ĒŽvLéÍÃbČ*9;wČ!Ā~Î:Ŧëp“ÖIĩE đ|BĪāĻL€ĻĨņQ›Ģ<Ŧ¸ĩĄœŌŗ&/ņģŊN”ļ;sØÉ|ôĢĸžß˙vOîHŽÆ(CQw‚:MÜņĨķ„fŠe81Ÿ*zá惠>NÔgƒŧØ2™:ģ8ä%Ôĸ ÂĻQ+#N_ !SŲČäȟųøŽÃ"ôgĻŖšN;ļsq<ÆęžĨŽbŧ T Úv$$ÅÜÁ`ū€Č1‡vö‰7Ōûõ„šķíŅ;e–AĻdåzDČú‘4} X!jĩôgWö¯€sUlIא>—÷.oŦܯĖ¸')˛’Ę"˜ģuš ›×$J{ k׈FŋôĪJ†Ņ§ȔëˇÖš>ęÍSļ´‹.Ą*mPĀČi’÷ī ŌĻjt‡Œ_^$´ņ…™K‚˙čcķĄø`â8cģ~Hƒ:%‚^<-Š ÁÜ'á!îK‡ŠLČ! qVODÜdų­=#ûiüŋč=D֘ũÃ$ S†÷Ĩį‘Q5•§(Ž4š‰ˆ‰q`_öĖJ˛Į'Û@qȡŊ¨f*āģ0‰&SbÕa“÷é ˜1pšĒ,az,Ŗŗát\tŽëEæx›ĀÆ#ßË(u^ļit>6!áÚ"Ō˛Į…b÷1 JrėĸˆPũ ˆņrzzĸ杕>` đZ†ŽNļäV–†OŸ\.$Z¯ø2ÄČ×،–HÜÕ>ÂFƒļer:—¸ÔAhņôM–)Go‰>]Ę ˛1{2pžĖÔ|gŽGĄ÷=ū(TeNZ4l–w`+XÍœ@÷ŊôÛ2žĮįRN¨’21y#ÃîäÍûĻā´ūn+ՈZ§ŖāįP8}¸VNIK5øY~ēP|ŌLŪņ íĻm1>î’ ą t°Ä*S“Ė6×+°ĩÃEŧ_rcøI¨¯!?¨—œjUUqëīQũøzĪŲ\6ŸO&-ŦÔķ-PĀw€q›€nßâ„wÂi6‚rßO-`Āę<Á‡į HŽŠvUĐ’°1;ŧcųJΝŲ•]MräRÄėæ¤H ;ūruŦuVa|KōDį-N˜MwøĶ:Ā˜čéų¯Op1;ŲÃ9 |2;ÆŨ Xū4­7‡ņEëpלGĚä—ÜÁw[2Uøt˜Å˜œÜ‰čË,gf¨hP•Ŧ°ž4‰R‡ĻˇĒ žŒ §÷”1~ƒ âí—d 0ĮĘFF\#šZ“ĨÚN]>ĖC¸n7īl]P3Đ°Ë+ŸŒ:[q/IĒûqü•$ķ.°&[yk•3ũī]*švĶaĸjÄģĢ.|3Jûp0i4M”§0Ėqģæī!Ž!˙ŲʌøXĢŖā#ˇu ĮAËŦ‘Å#Ëņ‘įŠ’ziAÉ"xÍ;ÚP‹ĖësciĻˇ3ÜŌŸōĄ‡A¸s‹Ę]›āå¤ĀvTcĘK%Ŗ8YĨ"ĖÔĮæ^““&%Ģ ŗp`xŠEX…zŊÅ'’:{Ô=›Ą˛A ‹ëKæĖl<θü´ë9Üq’Æí8PđQē-ˆrâ.ŠUAę‹yYŽ_8ÎĘ =ŧ†+ą¨”ķÆ@A03böæÆ7æĸjØ6´’a.m<ˆ\ĻŖŊ‰ĐڒŊŗjß;ņSÉJ'žQŅpŽjd|g aōęYŸ2¤mĄ 5FÅÂpĄĸË^uFå†Ú–œAŊq+ĢÔØÍĨĐŽƒÖy;Ô.Y¯oīĀUÅĸŒˇÜË_ĶĨŗ)OÖē"\Ĩú e?ÆZájh}Ÿ@ Î͞Ø’ÄÂč YɨĀ`YĪk1ę<įŠ]$A Õ:'čK†ũbŌߓ{īôŦ3|-†\ë&V°,rtm3eւ!D.Ņ3E_¯}e_›øŅč¯ĨÔMjnĘÎŅ>|sĢqM˜|Ôjn°Y×­uz‚‡WũöaûØkØŧa¨“2&1}4'Ëw6ˆ5 4DژåƒėĖ8…'ä@rd ‹-Õ+Ą g%ږĒ–s ŲäŪÚR-;QLŊF,éR`'ũa˛n-ē,Ĩë› `¸ ŪĮ¤`eãÖVJŦŲL5ˆâŘīj&ŊÁ™úŦ;ÜSCÚ0ėœ Rā:6xnŦhŊŽd %ˇˆūO.UÁ ģ<"‹tßķĨN2QV#ôŽŽTŖ$;Š$‚îäAĮ‹é2•áiĢČŗ­•Ė 6 áuĸEôb›S ūĪīåD\ã§K˙`(Ū#; 1’d˜Ô¸ļ: g&PŠ÷™ŽŦ0úGī~4ŸLæ§)IøŽ ¸œd^šāķ„, :FڝšļčS˙âõ¨aFĖČؐbžĶ°–ęeĨeAĄx mĻcŦ+Zî6HĖk?J„Eƒ8:•2)DˇĨ|.æq¸ĀQ5†–ōˇ„׍ü­Ũæ č?ËķAm”ųī‘´pbŖ71•…øMzEŅ’īmĪ îjü2 ī$ÛcV1ësÅtĸÖ:Ų$tąu,‘aņUˆ•9 ;Š¤“Üã`ŪŒģwĶ;ķXįAū28Ê …}čÉVgŽé‚áiļHËx´ĨJ(I˨*+^|ÆĪb¨í]œIˆ‡BUøn)5€ÜoçkûÍŪųģeÕÄüo§>>ļŲC ã~ĒxWX;ā3–:ŸG™Â´ Âj×ŊČ°. ÎUŖwâ^ 3™jö$į;i5IßÍÛpĀīLÅĪčIfŗšī/„ĮxĪˇ‘!Š>Žøū(Đķqq"ÉXTē:âøÉAO8`ÂÚOÂUĩ0Ž>Ą…•ö­u;4 ų7sÜ­…Ã` 3.6jÄ!qÛFŠË-•Ä¤ŲĪ Įm”Æ5ÃŊÛŅX`–‚Ą v:pĘD”T¤ë"SvW&ŅPrtÕŅ4 ŅŲ\¤”_-Š°÷ÔM„Ķv‡Sĩí"Û­ėėLÃŊÁƀ÷ÃxŌœŪ–äØ1&LPŒųāû#ų}á_ųŅlŧ§v|ę“ĨÜ8?o‹×ūwŲá‰Ôڷ߅ĸß1đYŒę43hCY§6pĨøōÔĖ™§kôäĮaŲ]¸cę@c`z)>*žR§üĻĻŌՙ¸Ãj!ŌcŠ ˜üʤ”“´|icچŒĩz"y˙´– Ļ/ÁHäkGQ—b˜A ‡O;Õup&uĖđ†ŅZåĖĻÜũn÷…*ûe‚ĸĪ8Ö:i2Ÿĩ˛G´Cø2äÅãøx–kŲ›C7y…cÚ{NÚZé͓ķIO\ĶĒųšŅČ$éå—ÜŽS;~ũĶ¯ū¯?üųן˙ü—ŋüũ§?ūņ÷ßúõįŋ˙í§ŋūūˇŋũôĮ?˙ã—ŋūúˇ_ūúËo˙úßŋü¯ųŸC;Ū æveWî/ÖLĸ•cĪlĢ>ÜĮ:ŪEĮ~SCrĄÄ ‡“Kæš}ÕEŦĸšaîB_wč–Ë{r \\\\¤P™Ô=Į‚ ŒJ$æcÉd*÷œį}¸šŗ×8æLčTßoôūĮwųĮŸ˙ō—?ũ×ŋūüĮßūũŸ˙éO˙žĖ_ūū÷Ÿūō¯ũúĶ?ūå˙øį_~ų×_˙úû˙Į—YHŊߗ"MąŗxQîUļÁMTlAmÖEŧ3ŲtWYĻeF´Ŧ´dT$ņ&F…æûĻšDûâČëđ”åķ$öáņ!x$ĸOëĪūĩļIï ā’&Íē@… NįËŊB,•­õdû †•UJĐl!Œéx[8–—Üšŗ'cœ9ė §y–ȝĪöŧ[I…Âh;Š˜ŠÂáSļ]ß°ŊŽ,ĀŽEG­ÁŦmĸ+ĘĘhˇÍ"dšŪđ‡zÝMԝĸ1r8M—”E÷üĐđÁög@sF˙ē6Ą…:ŗ$ī[ø^bĮ e¨ČX]ĄÔdĻZ’Ü#(ĢiCž¸’ MuSlÆOÕķQŠ§ ˆüsÃŦē&ÁNįMbˇĩpŒ¤ŦJ’=‘Čęô,&Ĩ>ëë_ˇčVDÄ)˙oķLƒxÚM,×a‰@ė5Šž‘KvŸĪ`7UŊķōŸųyƒ*/“žų„ŖĒīČG*w䛱ûŅęāÃLü:āĪ–ŸÃČxk Ŧ˛Ķ]—ôYzTåį/VŧĨéLééĶŽĄÉáōԎđ–DųøÁšMĸ7]õyŅfĻĘų×Â]M *üÕ¤@S>Ą:ę-6CqŲė Ē.`™{3k–Ö—JˇŒđäŲģ'6Pb"œ9F€Œĸ`ĐJûĢ ė)PvđD\ūœņloÄĨŗ[ís¯bˇÚÉÄYD>†ĸÍ,z—IŸōŲ2äÍeH¤Uˆ&Ą'š‚iŗAŗ‚†ŧŖŧj2Á˜ĪŸŠEĨj}ÜUoEū šáb:]/ßéF9)›‚[Aë˜ĒėL• =›2¯hJžöŋ꓄¨TÚ(yâÄü’€ŧi#œ;–‚Žf^_ĘAC ßy¤ÆŒ= !Z4žœŧÖū:īõ”ÂŗŽTNÖå^ŋ‰ŨBķÖäŸ ŗųŽÖp |5˛5ˇû&ü¸üԍi.yš7§Ķ\+ˆ;ņ‹1E&wØé‚R˜čļķķÁčyŦb÷Ļá”FÜ$:JŽ[ w I–É>Ĩ“p͡ĢĂÅØ\Š°Zbęú÷cÎT+&RÜVęté6™-ĢÖqVÆĩŋ$dm}w aŦøā0¨@û<ԘéĀ;JYđ åŅiÃĸ2UxéņŖšäĻ€l;WlŠr)ぜâÎ(P!œĸę8ėIûę žU–Š4ŽãŊŖh4+‰F‰wŪėÚ´DbĶf%ãŗk“/TŪq ū•ŒS›)’Ã^~ōŸyYkÉÔėkJ“žWÃ,b$îÄÆáqÍÂũ-a2õ2Ņ'û´“žo˛ī1z¯üô$;ËįēŦ†‡Mõ)Ė*ëŠå d9ÃÕŦ D8~˙~B‰%īÄ>úDC;-lŲvÅáöūš K‹’––bZmŧ}ÛŅvāûa hŖŅŸ†E™ĩܖ#Ą—ô`e“Ä?°Éå]QœC}°ĖIRâûĮĄ\:Š˜Đį=îÚė¤”%ëMŦXJ0§8ë˜&”æíÍÎØM\T6Dm ŧõmy{ŗ5äŧĘ<:‘D Ķē+e‚BŪcū‹C^Į}ær$ˆmCũ(īŽšĖ^Áz3`ĩ^:\$ŸėUŽCĘP‰f%ŠŽŅQķ˛Úú1¨Nķô~ŌīP‡n.Šģl$Ë9^ ƒĐFË<ŗ§Ŧ™ú QœŊK:ĪË8ōÂe =D]§&aŅhˇ ī#Uzæ(Ôa+FÂ3uړ:/%Û°Ū#ŌO"ž‚Ŗ"/OØĖt†līōŊe8ā‰6lĸ=ŨéīŸŠž€6ÅFG°ÆÂŨüSåV&NŦ+\ÄzėĐåŖö žyĘ(ė;´Nv7n& )ë|™į,ČOúĒŌ*Ļ0iąw§E)#JûŗúéJ‡SQ§g“ˇûũԎü"É'А–ŧĸ×K›uŠ­•đ$–Õ•D-P´v‹Ü –>GÛX[¯P„¤¤Ŧ/eD…‚ųYoŪ`ļ§O!¸Y,'{áSX\Ģv7ÍUãN×/G¤Ķ-‚2KŒdV5öŋ„wÍ oæ=gô\ČPkR’Ž‰b17á-xûmčērĮXƒÖ}žšœÔ‚<ŪŲģt†!jˇø<āœŅp$Z2A1rļÛ=\æbP“ŽdŠ×Rklūņ×2RƒPuÄ€Ø K­ģĢW×MܓĀs†Ž&™~%Ė~2eĒŲ›l÷å‰{q÷ĻÁ1ä#īSĖ8Y9ŠFÅrH¨ÃŽĢ\e\hWöŦ%ŊÖ¯I[ž §‹Ļ[žūŧ5&dM›°Šč;ö]5}ŌLt’z…‚ŅNø™ú‹˛r×ÉæT( •J[opŠĶFŗ ‚~ÁĖĀ(t…ŌL6ÎXG×´žķäŨą^bƒîą=8g‚C”‰šíW i]130Ŗ–vĨųäMŽåįĮWĖÆ(p^ųę¨ā0Œ7L(ė8HĐm;Ņ`Øvé~,ūŽ6ĸkRM™œ÷tŽ­ē ņ ōÛÄāUf6{)V"HuPOr$Ņ}rķūî \hhQ‘&Ü`}æ†RŲdA÷#‘v3ĪĪg˛w,>ŸŌú÷(”āÜÚD‰Ô1?TōęČFDå˙`nNvz€žū#Iŋv¨$™Ąfvą€mÍÚöL¤8}X¯Ųē›â‰ áߚŊĄīi=Ō6ŧ­)R:ÖV^a˜ÉĘĀœp Ö\‹ĸSîd ĻŠFj2&z4üÆ …"§Ī$Ō'í+9ˆA’}­”MīÅ I€4_ßÜoA‰iŖÎŽgåU‘X6L¨Ž˜KĮŅw8o™LČy/ģĶ#į;'r¯;w!Ä=C¤÷Ē ąO#Š°d6x-nÆuž:u˛4–ũ=‰Ge€¨0ČžîŽí~f1“‹°Ŧ‚-k™ēų*ĘĘ!ŋZ"JįXN\•9¨ 8HŠÁŊXVŨšȝÍF:Ëc1?ŋ'jĸG}ŧÍ<¸˛—G⠏“ŠŒ‹RŪ%7%{´#§xUˇ°}ÃííĀ669NŒ1-ˇ<8‡eũãsƒā?Ÿ›ũņša‡+í3íģx(Ÿäö÷ÔØ.jCyßgž›Āt7ã+/´¨Ë¸âĘđ‡ŽĀĀPBŗA›ÎQĶ™ąa]~rŖ˝Éuĸ*š|x0§’vCŽÍIæļ&]üšpë(ÍDZŲ@sø#o•žé w˛OûEHė=¨u[u;ln *;F+ˆCäl|í÷r^pˀW 6ŦINOžkŠŸéÉ_-ɎŨ’ļ=Ķ:ՂFščíÜęāĮ<@,âl†?‘Ô]ü$íļg¨~:‹ÍŽ_Û8xawM}Čl܆‘vąHEļbô-É6~”3 ņKĸųāēf œ‹ālŒYŖƈy$m*Ô§õ)$G.čŅ™„>ÅāËõdîæ­ÆjÕéŒ"ā ˛ĪX.ģ( ļēŊašą}ŅzÎ(Ũ wgÂW‘gŝ¸†į°OŸY"Z…lļ˙ēŗqYg\ÆyÕwéQ;­¯–PwŠĖô2Ąīž!ŌƒpąņŸ|7Õíjy3gPĶ§qéhŪũ6ēVęėÅmŽd>nÆ6Đ Õš¤Õä,ŊŨ“4üÃÃ!ĻpÖÉŧ^Ō+žEjWK†ØŖ<‘T˚M°„Ô8ÜOŸā¤ŋcƒq‚Ķŋ?ץQ¯fÍnÚĢiÄē~ŗRl:(ĩ'ÄabÕŖĘn3Ān˛ŠÖŦZE”— š†î¤“(°đųÃT†éđ=YŸ\›J )„(9ēqĪÚŲāˇÃ"Î=iõ •æAyæOŪ‚îíŲUą$’đ…ŊƅŲ퇧Ât§yãī¸3ČbˆËŠĶCęAŠ;ŒÜšŋåŨ}Y‰˛'1Đü­×ŲƒShķć]NÂhēŌ]ĩšzĮģ$mڃŧĀ›æcåFĒ$^úŽđŒü+61‹A'Ũ>q]Ū×|œ-Ú8ÃŅŽ^7ŗ.•WãœlĒ5ÖMé@%ɐ~čŲēÆ:HžĖ+—‡ØėÂÐ\n¸Ã0]><;w į=oŒ§ũâ ɒS‰ŅØüö›ûú;Nē0>Žž›"Û¯įę­ˇŊŽû&X–īøÃĨ„8īLU\WxZYki Ķf4•6˜’œ<Į"˛UūŅ)÷?&¸bˆšFŦ5KšQ‡°ĖæB}ĖrĪ•[Ļ'ķ!K\ ÚŗM]xî¯ßRF¸ĩ—YGĐ6{MĖĮ†!!*&ŲđxFIŲ^rOģnNâzedĻ2ĐĸüÕÂæ–ķHGČMÄrķ€ŋÁųtÜÕhÄkīáËŧ]QgOĪ›hÅdRō8îYˇ\¸8Qa|˛9ķ¤6Ÿ¨…0#Ŧûž9ŅĶa™Üwķb }›ūw(šNŊā…8ĶŽ´#îú•U‚oWÕXßmė )ž_#q6b‚ĨĖ)+S’×Ë)Ôų]'‘^ANdeēHø^F„cÔh#ĸ?O—C$˜Î@į{D!Ŋ7yŪ#â0ŗ䒌ø€P­Žŋ=÷9VTZĩčœ>ߍ,”ĀmlŽ+s%Úš‰‰ōļî߈6§:Ú¯úŽqØJ)Ŧ,R?žūÆ59#nMm†kŒúäęũ‰Ÿ€Š]{o!J÷ˇÁvĄõ.÷§ięqõiT7÷ĮIßÔæ¸{¯´OetKœßã{9L›ĨØ´[Įų•4aøCe0H…ĩ)íxÁÄĪŸ \Ît47$ ‡ĒĖ!GĶĮ!x”¤ƒxĨ1ųDW°úßÄÕ'tŦDŧ'Ô%­_˛[ŖZų™~ČQ—løĪ%\hRę`ŗ›˛áĘļš#E úycÕî“āslš ØniĖņŠÍLŗÖķōw—Ÿzú3ØN¸˜iaûÁ†zFĖdķ2 #oæāāÃ]uøx§'">ôėŽ%i&ģÜ.™ĘfbâEãvé–îĒúŧc"ú0[Đ1…1 žeLŽ%ä\1_œøU"ū)7é—V5?ˆ"œ&™‰`6^sĒÄ÷ žE§.ŖS|bˆlPYäÖ:‰nS JbJÉīPŌBü™ŦqČēõīCc(EææÁhļŗ…ŲSFâ]F{]ڞŖgDRō 4{Ú5"|˛8ŸMi}ueēnv>ƒį‘B†2Ą;ą—ëĐæ’aoŖ*Tc!0ÁžØ Ũ¤q4+XYŋ6ĪˆtL´Ī—rS‰šáŸU¤6Õꅂׁ9ԇä™3`Í9ŪxūæĘ[ԏžøö ¨Ä6,Lc€^EyÁÕ›‚p?Ņ-ãÖH՚ŠPķãňÁ[Ģ v4°2ļ%>ŨčĨš¯‘Ĩ)Sáî‹ ėÉąŸÍØŖ´š$<~Sã-´2:;ë‚:âéņ4C*ͲFÔĸ/ 'b¤x"äÖ>”ģ~4;aw"¸ōëÖu3N`ú™üŽÃu ęeq“ÃqšI“{čÅŖk™ÚŸÄŽŋA¯RYߎ"į7*U¤veÚŊ×3LúŠOöō1]=Ųq!pÕû^ÅúĄ¸MČÅg6K¤Sáīœ—@‚Šō=ÖČM*S´XcmätåŨŪøųT/ēqé“eŋ˛öĘī§˜ŌL O0lDĩ ĩ°˛ŨĀ{bR -ŠˇņyŠõiŋšče#đÅwü>ÉKS.ŪčÖĶĮ§ĖėÉ8+;ŖqUOeÜaQu}öRčFĨŽÔŽ'įãë8D)šcÍÕČ?i”āôũciŠSM§i$ß7ŒbđpđŅŒ5f ¤Ŗn@æՕėĩ¯ÉhLëšęŊæÄ1Ņ§#äŨ{b4"]Ėû‡ a 9í ÎŊm"ØnĀÕ5Ö:¨{ÔňÎm.C+ī™ÍQ‡~įJ Îīvå÷ķɏe€Œž­ &]VU†ēŒĪ/ “dGkwŖTz(ĘŊEQ ÎĩĨĢ p<ąîŖŒ˛’Šæ˜+Ãŧ€™DxŸĒˆrä$ēŖëã ļ}œ2īG•LgĒč€`ũJŒ !Š%š¯žßxĻrjôé4õ8XŽÆ—ÂŊäS‰ƒãU1’Ėī6RyyîoI—]ä]§Ā¤ÃŸŽFÁ_ āMĶ_˛Ōß(.bUYŊ\—ļ' Úí^´hšQĐΜwą C21"€NđCn€g-†8•“ČËîûT˜Æt2ĘÆQ”!!iĪ>ŋŠMëuįŦ#ŧíŠĮ1’F„Ö•eņŖV€üČÝ3øwģrof‰rEÆÄamwa;sŧúčn ™N˜Vę‘LĖ¤'Ž5Ļ™!{ôŨäGrĶĄŸöRĶræ˙ąæž¸ˆ3ĶŽ<Æ{é¨YģčŪœ@•ŊæÛRé°rc;~ŗlc1ávūíJ†›ÃũÚ4…qQl‰Ņp5Qv?Ŋß%âŽyLÂ،mÅxšû‘ēįōđNmŗÜáĮY}ÖW@Ķ  ƒRā•5s NÁN•3F<Ī ęNŌēAŠęa1ÎCÛüã'„síäŅqL|€ÔáŽ6ũe+%2§ĮYInĀ§šķ–Ĩf°ã܆cāeÎå° 2Î" ŖŽÎQ˙MË2ŪÍPMÂÍ\ũ}æCéĖ7eâi雐5ÖJĘąÂĻ›IB"ķsœUŧ1P—#lĄ‘éë‘O'Y†•ßĖ”͓‡ fxÁčzߌûÖ°ãģ—įöŸŨō”É–å€Ä4dIģé„Ĩķ ‰e8žpŅņéą]\F˜=eGÄĄū$qj†;m–n€<æ6S‰ž|ûPYΞul)â0ēQ‚Įˇx ËéĀVo—TēįÎú˜šDFŽ,›ųĻYŗãē<čįŌĒÄ´1S Æ•kn7ų™eŠßoj§ځŗ(ģŠū>ēīQôŠˇxąčø`#“f*ĄmX[ט:K™Jb‰cNĶž˛Žāģö0úm›CŸĐę^qIŸxĀ;“quÔ _@āđÁhMúÔ*eü{T¨ĒUŧ\ČGˆ<ēĖ”3w†Ęŋk›tŪŅøDØĸ5ˆĩõ„RQA[Ē1'ÔŧņėpΚã°8qÎ~uË؅€Ëïô­`—ōc–æ•uĢ9ÁáYį­4=Ã54įrūFžī( štŠZ!ūZ*钙MĢDŒ×ävŽžjZ‰ˇƒč3•f­ĖiÚļōiS$ā™MĶs ]đŨé(„ryĶ́\vxRų%Wy¤elKŽé¸;¤_wõ°&ĩŽ+OlėbP:Ŋ#rīŸá’O4$Á?ķA Īd۝4ķ7_iģ=Á„kôÅĘHĐy…2Ü-ũ\ļŌ’Ŧ•UûmČh.1“{öhąXœŖ@ō+ÅSˇŗŽLÕüĨ] ĪĮLbV56’9|°˛ú ʈ1ĸãŨQ ö&Ņō<Øėú"ËGáŠd}T2-y\Ņ›ttž7菍$âÔÛåÜĸ;IŠ•Ėí5\ÃqmMNōdVˆ‹3û § äÖÖ3 ÍŠˆĪyņĖ˛0¨ĀŠ\`îŸ8įu⚍_Î\ėVnŗHéŲņįwšō:?n„™\+‰˜Žē/ôō‘žŗŊ­ŠˇžN Îōī—ëˆ(Í-ī–<ˇ€Q8}Õd Wë^‘47īöūHß´6ÆWsđōĶú#Ņ؎-,ŒFŋfæ*{™N-mœIõyë1øüÅĢ''ŊgļoŨQ o*\ŽŪÔĖĶtúrŽ>6Ä˙~|ūaũÛ~ūíŋūųüōķ?ūųĪŸūųį_~ûé×ßūúÛOûíoũé_˙Ķ_ūúķ˙ųg˙ô‡?˙ī_ūW!ŌũŸ8ÖH\}đXȈ :4Ížrĸci؉f$zˇČų:ës d™ųm‚ŧIãbŽŪŌí8`4atúđīr}a¤1?6u<ģá&îÅ$`uILjĐôGJĄĄŋ*iƒüzYÍÍ˙ØĮ9>Ll¤â7Á`„Iģ_gÎûV’ÔVĸR4ËŽz:¸l(t*Ežg ĄWu}[N“ ct5&Ũ;ĖËƒļådüį@*×H…w`[scTåE‰ˆ¤…áŠf2Jäē õ~ãÍg€č0hęK ĢNdˇÕ%|­Ī}4}Zųũ’§‰ ŠŖ-Ŗ‚qö`Ũ%f8Mág׍,fûķÍ.tq<0îđ7ŠķŖV鐰Ã{ZÉvcÖũŲ‡’SåŖíŪOō%3éŒÔEnüûōĸlŅģĪ*û[c›Á†ú]– i_¯Ąŗnŗá›sđëŨ‹ŪuUh¸cÂ,ģįûŋjØîĢõų 9ũ˛ tÅā& Â&ŨË>+pZyžqL×)9+Û'ķĄšáēėÕgĨ;ĒßËdŽÂlŧf…ö7ˆs(™}éc•ÕƸûģ >ˆå~€MFÚŽrI,6īĻļGfd‰DĪ1>×CŖČkĄmŗWúV‡*ąnˆLąČŠT”Û7~ Vœ| ˛ú„aô*đģ-ˆŽŌ eŠÃqxĀ…Ģ]Õ´1s’’‰Ųž)™ŠĮÛbē:õ!PúĘÜkvhčˆH=ūcūÆōŲÂ:ĨSLBĸūĀōžĩžä'ĒbYÜõAĒ†”Čæh€‡ųÜlË_^Ē ¯ņ§k6ôŖÉ6ÃŲN5âÆā2bÆ4F˛>4ŅcÁ8’į>œh]€ëÔīâ"\Ŋ:‡Ô†g/†ÅšV˛ķžôCžáĸëžJf›JPé ņAķdZ¯Ûįš8úĀ—íîq‰ĢĩöaŧĢĮiŋfĮ„ą”ŗŽ­÷ Œ…Āë˛&kzĐĨ*s5ļļ+ũHėâ.7úiē‘Œũ6āŠpÚGŒO”¤‹žÔâg䕨4‡OžDc›s‘ ˆw‡Å˙ûgŠ‘ȁ..{į(П1āŲvŲ›“DĻEDƒĻœ  ‹"@Ŗ—Õ7¨ļ^2ëž=Ėũeļšá!č=‹=Ē&ŽÍ*ШáĨ}‹+ŦŠœ"÷%xāC1ĸ9y …l^čœ‹ˇãÃxCÍ>‘ …VōĄ¨ŠluÉī~M´×ņĖÖR¸*č.{ø=\ô~õ ˙ŽoŪâąüI¨Õ\?ŅŽŋ˜}cZׄw6&ėeûãGøؕxĮŪ1C87ėåz•tąĒT]68™¯tđžĄÜÃz"lƒDî-´á×-#u qQŅÜŦˆ˛wæ ĐGMü§ŗâŊž§>ŌĻ’f"ņtüúb|­úfÔ0Ã9š.Ņ9"2!”!^‹]&šŪ!"ĖÆ’Îgū.HG…Īū Îà ˛'lF뙠IˆųŠŪū+Ūũ& ŗÉę U›LÚßߥŖkwėĩ u/á×pCÁœį§úˇf*1ˆå "Ąoâ´oņ3—=ŗûQ lžh†ÖkM•¸Øĩ+ÁiĖīĩ  (Ažf^“Ι[S^ÆBYX8Ē…Ĩžö¨eŪfļ-ķĄ$|ddĒ ĖIĒČeąĄˆ|æĒųĸ4ķWŧĄagi$:ÅH—¤a6"J$9m’KęI9Úĩj\ÂO\`˙ØBy˛-Ћ6w’&ģ&ĩZĒ˜ų>Xüƒš ‡ ‘:ØĒ;+znÚ6.ĸà +Œ O톕ˇēŧ9§Āû r•qPĪaĀT^O HķiLōeîŨVU%ĩOgU›îVú„Ā­Úŗōģ™B˜RĄ|O)–ΉkíÜö9&/JŗJĸĘ#ʄĮŦū(@Ŋ˜ö>ō°÷?wŒ…†Ŧk83SfĀēĩÉä‚LRŨæķVå‹\›Ũĸ0üÉéR4ɝŅʛā ~ƒ=´+ûu_4 Į†\ W_úÖøęˆX/ãÉMÂę{‘9´†1[§Û(`ß _Ô\8}LÍÖ]YžĻžÃš7ÍÂAWAâîōčˆŒečD’%R~¤nĮvx‰^oĮ#ézú`sƒ(qŽ}ŨrLh%>ãcßJæ7 uS v×ēŸžŗŌsmÔFYã‡37đ™Ŋ:™7)Į’üĪ‚'læNāŦ*ôĘŧĘbįz‚ø?,R Ø"7Ą\>ĩÉ9V1šŪQ $áÁ+ĸÍD!ĶcœjŋgëMM}núՄry… ‹n4’Žņ?ˇ-š21rLĨFDTI¸G22aūoĩcū‘xé'dÍĘNЁxV9&Îã‘cl"VŅÉĄ­Ėč~|úīÎhč.ˀo=ŨX‘Žãá´fƒĒÍđēĀ­¸ēÖpŪä˛čS…t¤˜Žá¨ĪáÛū$Ą–>, ėڍ ŊIkĖßjŌ?šl7Ēķ‰€öŖ›Č܋8(3•_ˇ¸^Qs934XĘų”fHä{Üßķ4B ņStŠËš”U[ƒ lî •´ŊJ* ¯į|™_$,Œ;œ„q\—ž cmŌ ž]šŽąąîƒž~™ģ€!Ģ.IäMS ËĖtžųČÜë1OĐ2AMwÆ™+OŨāĨ5ą:•āũw-4‹KißOŒ.¨4ųƯYd˛’VúĮÜD°ĐeŖãT‡ ʜÔ)ŲIPÂÛĩŪō¸Ū $’ĢÉDĖmÁķ&ą?8Še8ëJ5Ň`ž­0 /ę°ndÖŅ@Â#)~m˲˛´94~yeđŠŌ¯#V逧×V›"ÄĨ+ÄĀGũÍ=8îM¨ĪqālĮ5NhŒL¸:čÔM-ô*ã\‡ŌúĻdđŽ~ÜCVô''||įÕ¨žhīͲÚTķhō!\ŋ~mI7ōÄ2 Lr%ũåú¨,šŅŊS*ÃD'0†o‚wn–ĩ[{đÚúŖWbmPˆ~æīKnÅûã•lá> |‰XŠˇ"ëˆĘū„žsŗ)vĨŸ97xĩãí•ULW*€¤\Ą‰OTŽŊ! ­kjžīzÛ ŋŲ|\¨ãƒččÍÉę“ÛŽ%P*­P>.āūk N딨͑FKEõ¨æ+‹˛M´ØëĖíc“Ëe3žąķÜÕÍ[ՅE‘€‰‰õA}˕"ä‘ŊM&ÍŌ ž™}XkČvî˛IéĩĒįÎyĶŠŨ˜4ĒŗøŌƒ{ŽÛĸžtHĩH+ 3 ËŠYĒ‘W^´ōKá`pŠũ7™Wz+Ų…ëážĶ@\V7 Ī,E ,Ŧ*ÅŠWdBįšîlž< KØX9SUfb.Āĸ/Ā]Ā)†ÉÎ— ŋ¯įúsîŌŅ ö‡ĨË11ØFß*H sFwÖĩl†G53īŠK ŗ=@ķ1YÜŧJ•+Utû{ąn;ĩ"č,do$úŪL4ŧ–btɆ´GfHŧ •ãĄā^īĪw]÷ŅېĶԆÚ.VąCŅsNė„´éÛa ƒ†~•Y\fČČjœ>ļ€(mŗú6ų(Ŧ'Ĩ'ŸĘr’ČĶkųąYGT`ķŽëCĻ2ˇ÷†T|™ë5į÷ąnViåĖČĖÁ?öÍĸ¯O*K ĩŠĸTgīīÄ1c_+ŽúAŊ~ĄĢcĸŠëD f˜đ7ēș[’J5ûĩKIÎ\>’g@ô2nt}‚W6Âųū~"s1īi¨”IšXV‡Õo­¤ˆ fŨh?Õ""\˜Í[ŽŽčxÆSÕáķü°í.+˙ņdˋĢs¯‹'ƒfŋž˙Øõ(Oŋؚ;:.TÁ„Ī"œ7G8ŸÖĄ’pLpá)F=YoMÖ VŽfcŧqûŲúgÃGLš ”§ĨÁ ŧ˜–ícŦymÉw~7K†ĘB8†‹"‘[˙>R ĻČŦčtôŲ{ ՁėÃ\Ÿëę*9ʎ#% šũl,  ûsũ°" “W‚N~ž!K-͚Ü7´t ' q Ļ— žT"Īį s`í‘č—“QņlīāOMęŸēwlû„§Ģņļ\c^ëŊĀûHÃ^ôÃ&h¨ĸŗīÎ8éƒĐBäflŲéXž(AėÄ3/Đ1ÄŲ ņķķ:”~ '„Tƒú•f] ģĻmŗbûĖ°JÃoī-4úgy}f ˇâž´}$툜īGi,ŠÅ„Ęiøĸ%'°¸6ûhÛüųGĪO zD^4DŖüš?Čšˇ'ąz‹[­:LœšmÔ¨Õ&—”ëP2 ”āåxŦz>€ÖĮĢ—Ę•=zš›´¯´}AĢcfŽē8§q•Ë°/ÆŊ—T1-čPc@„ĘŒ,[y›÷Z!“Rã‹CĀ:ÔėøhXīZĻ—î­–Nw-;ëƒĶÁŪZ°Ŧ0ū‰T îŖƒ8§bP›=v}.†ŠĖVHĀHČũÖUËIõŲ2áf¯`ØAx8S>Øļa¯ {câKĄŅ+ø˜,įĖ!Đa}qøîíMÕŠ(ũ7/ĨE÷äĶ˜ųäĘ) iË{%–Ŧ:ũ8“ÂœŽŌĀ‘Í#cúˆļŸD[*Î;0#; °%)ÜNņ,î HdäķĒ,Eã—é7–įŧ$*yŧŨûŲŽÍÅ2ąÂŨĶ$oŌĮđ“#mu͋žęęM-Ō+i8ō~Õö?ëÜ%ļ‘xû'ģf”ļČ<č#ŒMfēUZulŸí"žG¸Ü,Hû]¤ ˇ2]E¤Žēņ­{ÔRHĖ^/ÔĄCbÎP¤éÁÍ5(՟ē}ŊK‹%$Ī&ÎIˆôí,?x* ä4đtNŌ+*Ū•õåÅHCi™€Ø§†đO7 Ļ?žŲė=×RLžx‰ÍÕEŊÕGO˙c›ÅÔ90mÔ(ē/Ōđ{ú wy‚sÕ¨4ŗOũJ¸æ-ŠZf'a™;.ŋ įėUÃnŌŊųÉĮĩũl`|¯¸âoˆĪEŅĮ,ÎS-?äŧ€\Œou6ąz2O)./¤ašf63Bđ˛$x—ũY‰ °ÛĨFßÜ\šņz¨Qö `)ŠN䨉ë.æ´$_TŋĮÕ|ã[Ą{’8ŪļmÍoȊиõšf<ŒĶ˜ÕĩP¸Í0 ĐôD¤˙Õúâõ|rœLé¯b‰LāšĪåÔxĨ¤;D=˜ŗ§ŗŠÜō )}ęœņ *Ë`›ŅōgnßYGXlXÍîĮÆĐņ]éé¯XčŅ>ĄŸYÁåĻÂĸœ¨…ũ*TdëĐ´/ â“nŒ¯{jüEÄŗōįoÉãDuÆVĶ%÷'ö@r}Â…‡ĸđqxgõĻČėŽ5ŅÉuĢĨ°ãĨÍNDãĻ ĐąE íÜēH‚ĩ)‡\ēA{Ž9@ēxœ2õ“sC$TDʸm 6čs‰ĩØôNĪ´jāh:>€n¸Ä—CˆĖ SŽēåĘ(ŊÔøė]î•yg=_+œVŗ1}>Ŗ.įQQnwÕâ“,k€õb›#¨¯MÕ$š"‚žŠÉDģÂ;ûŖ5#[Â[Ĩž76üĮJŌë.Ą*ķ{ë‡lŠ!!'+”‘<× n•5lö˛*ĻXr˙1“ē(„ŗ**ÃöC† [ËŽ&\ âG~?.ĀĘņņ#+ĐqŨ5ú9uÄLŧĄcŌ’:Ÿ’ÖQ?œÍļTĖõY›âņ1wP^ôÜ1ãčá&œŒĮRë5*p5Ūē¸Ų(ëÍ8ËD¤ĶåpQaŠõÖ¨™L_Ģb+_e˘ŠTĀʕš]pR*ôNļ“AotËsb§Ų‡įƒņ=âÔJčÃĐŽĨDy\–Ĩ?¨‘œU §xŖ”laܟW¤rĶ×Įh…Î(ûŨdÍXæāpm‡•d•îcŊ§Ūõš°ķå?8\§ŋn]Æ|ã+â^ąž—ˇ=øíDČM=™Rd0ŨŲ<ėlō+Hņ­Ār´;K‡UîV­ÄȨ 7O, 6Ę-+}°šį|¯Ë\:TÆI&Q’3„-ŪÅĪM¨lEŠÛ\A?iļÉŧD•ĩ„p Œā.}ß ĩ}&P‡›§ĶƒXĘŋ.W˛ëg‡ŸAdCÖbsÕ°ZĸŲ8 ŦdđWmf˙÷ž‘ΐ˙DĢŦ üTãŒd-ĻJXMĮZČŦFtæÕų@.Cú–§nĨãĶL^ĒŽÍɎNÃ?8Ŋūžh~Ÿė•Z’K°Lė6¯†]&[Aã¸Ü¤ēBXåíQNĐö›eķ#UžiīŽ3CŽ¸f*įé&,ĸ¯žžĶ^aíp1É ¯îŒWœ”ž7‹d´Ų¤ĒKš1z˛āšƒ9.Aō¨Ŋzh23E(„S•wSWú8ITdĪvã Ԙ„•§,åOÆ:sÜô}Îû:P6Í°¨4œŌzŌœĐ’›œúŠJÂP%fĩķ×|ÛÁ:›ūĐ vĨ#gčæ(T%Îze$Į|^‰ŠáęIĻ°˙Oû;›ÖąE"Ņg‰žųw1å°Ņq#܏˛ōúÜŠ”mNĩ/Œôv™Ģ˛’Ųcr=úķڌ]7[w/ÎhĸįÂëhĢNŦ\Ęę¸0lų_ÂÍ×xe`&â;YÉđũUceÚÎĸÁĄQ”ėƒ¸/5{—>¸owE‚\’C=×Éųũķė‚ödK5{퓔ŦgūÅÔÍJ4ŗ:õFUÌÆ—w%ŸFXʚČD/øö•Ô˛đŧQnãÉŽO8ņĶŌvŅŖ…Ŋ˜'“Û_Įf¨hâåu&ģ>­SĒÔ~ūŠz-ÆÚi<îÃˇĖ Ļ÷KËí[åčŊjļĮĻĘ¯ ?†ú]•Š@mŽą `iĨKj8ú2•éørXŽū‚ 8ˆ4$€3mĪ¸ņQN™Nķ斓` šŽ˜ô_™–^å ,íßRGåø“)ŲëLO]Œ´ņ$čš'ÛöN,Qeé‘s DMXå¸q°‘úÆye÷ä^ė3lĻņHé 0Į­bÜ[^ą’D§/ üãp[Ã2éļ}Ķ6›L63uîļNšÍ Ō镏-ŪiîāūŦÆß (ē“Ī!§“ôéC >Fß×ė%c´@ū•7›ĩĘP>Å-Gk]vˇ€¸Ũ¨n:ņ sŗ/ķ>ŗæbã[›ØW‚Ą‹tÄ/Ēĸ|´n°ëK3œĨ.Ė™Ę÷~e\ˆœ#ŽĄHXpvã˙™ˆ dŽcŊ÷ŧĄĪāë3OkÚwŲÍ=e”•*1zģŠlŪnË>Ô5”ĻĐū§~ÛZ^C01FÕI(U~#PCļ~čŁíƒCēčîČ0Ų\ŅģړU";•f2ģf8˜6ōz+žžŖĀöčŠEJĖ™O™đP͂KĨOŽęa3›đ“ úĶb‚æĒ­8xPĒtd ĒÎTšøŲ_Îæ}.Ÿ:ÂŲ"Sŗî@?ŊP{ėĶŸX›9€ä{6ŌÅrã § æZpđAė|m™Qđy?ē"¤ŌĩôŒ5KËõTŒŠf—čĘ ^M™Y¸†˙ū 2#"˛O;đĄ™YŊéaÄW 'øŗŠ ÅzsÆ8XS4znäø‰ĻCØœĶĶz'v}Ā’NE§IvprÚ^Â×mÎÎ2§•ĐE‰¨Īƒ÷/ŦEßŧĶ€”ī˙vļ.ęŪŸ_¤)Ÿ/ī§ŊāHßū2€{÷3^ķ'ZŦĘb}lĀVõ˙ŸĪ÷˙ōņ˛†dŒ–ęÁĄž ?ĪÂ?D`¸ŲÜŗFj]jšŒ™_ŗŸßp“šČ"Ā6‹döĶ‚eđFÅĐēõĻ*Ũ§ĨNpMpā?fŗ‰õēųîr+ŧâwASd5ŠN­ĀøĖÄɖ™–ė˜p2)!ą–˙´9"žrw_ GōíĪ{\›‰Š=f‘īCōW/€6aWØņDÖÃmŪ^ĨôWFģ˜>N[˙†vđX|eT¯D§”v ¤ôĀ‰ú‰'„´ŗm\¨‚<ûãÕŠˆĘdĒÚĕĨaĢ[|įdm×ŅPôā=Ēí`ĻÜsoMÁëT Ca‹ĖÔŌîũAš!M,S’ƒ Ųi#ĒjÖËŦXÜÍ ôũ†ÔøžŅ!;Ž=+āāôü0Tęø -¸Ž&ōčšø7ĸŗRÄO'ËlÉ<‰ģUtN4—ßō˛‘ž‰aĪÉ];0 ĒØųY''gŧå#Û2é.žVāŨŗčŠīģj?‹úKJĸqyĢĖžj#uaG´Sy“zÃōæ3Ɍqܟ›SˆŦ•=o œP|š’˙8ŗØ˙v tRŸ€C_'ŊJTų]ÔŗNØÕ)n?J1waãg"]˛|.ņ7žÃoĒ[ đßŊW"ķ÷?Ô\¤˜$Đã)’–€ņ~N—1ëü5QWÂü s#ęÜĶ›<ĨĄ÷vôēÔŲ~¯yėĻđČ6ŧâ3\§Es1ĩ–k•ôoF3sGĶ7;^˛ÕĮō>yN´ē ĮŒŅ9ī^fH‡pā#Ūę^|ž3ˆŸų H*íž Áëš}§lÍ4Ëtīc1Īæ |ĩJ†.‚8‰Į5›ûŋŽWš?‚œČ uIÜ9U8 {“e=.Œ^k]ŲŒËŠ. *ŸĪdôÚ&ĖvŦ*Q1k”7Ûp­PŽŗÎRiÁĀs=ļF“GFM‡UÕŅG[ˇVĸv33 ‚5Oî%‹R+f„˜T§û@?•ääŠidCx~e_qĮ}ԙ‹Îņ Æ/č=ĸRK“ŲĀ4܇LY_Č×ųĀÎLQŠ¤ĢrõEjŧÂ~ԝ´ķ3Ļ•9T1tÕX0ë×°CΒ^GûŽĶu ų‰ŽUUle։ũ$yš`5˜a“— D#WÅĨ,ĪĢtÄįĖČ{:Ž=ŠŖļģš‚,X~Y&šįŋđŸūļ ƒ^Bį$‰Ųąk`§Ŗ6uËö…sęZäņAŠ_„u¤’dŊ˛, Ũ§^¨ŽŒ=Áų *´÷VMŨˇ,¸%°™d~ŧ_ô)S‰ęŠė杂˛6ā#5Äą4ŒČkŖ÷{*‰Üzņ§î=›ÖI÷ãßŦĪƝšúĶgÚ×A#ä+/§.Ŗ(2LNš+Æ(üŋ%ũúËoüųŋ~ūķ?ūūķŋūõËO˙ü×ŋūõĶ¯?˙ë÷Ÿūú—ßūųĶ?ûû_ūđˇūö¯ũüëŋ‚üčū[8yéOŊyƒy„Ų!vF_ؗ8Pf”Ūŧa¨ÃJÆäc™<î¨ĘHŸÁs+Š>įŋŧNŪŗ‹T[ëēķ=\āĘŨßûųj ėÄÎû.EeC8ß:Â|ßØŋ§Œ˛šû“Æ|¨8aYú@<ž¨§ø(ķ%‹ßeĮƒyâ…Ŗž^j͓EđˇēÁŦ%‚ˇw“J*â|ĢŒ4Ö1HĪĖzŌ"aąÚ\Kjĸ5û!ÔßË9R÷į°­‹Aųq c›XëIrŲ;È%ÛŲܖV¯!$ŠŦNZœSĪC-g­ÜuĄ&žûŗ¤?Y]bĪÃ^jkšô? ēĶN€&ãĐÄ D픇ĮįÅî8ŋšLŲį‹įېCoĸˇcöã,o[…2vt+™ ’’˜ãû]ˆĶãŗæ™ņ×jU^øčŪ{’ë 5Úģ1ę0˜Eę}č?Žx sAŽėăŠbē÷_hÂAÔ}<ĸ9ŋY. ’Šü†{*Ô;ĄŽV 7ÂuÚēA´œē÷ĻÄ,Æp§…Ô.iŖFĘËvxÉ %&e×ã7ą’€oė9áuÅ%ÁÍ>Ŗ›ø||Â0[ŖauĻėyr…­ŠžĪĪęjŽDˆu+T ×JZâę•]‡ŦĖwû?~bĮg]X–šDŽaFPŖa˛X”Ž°‡5ŋdmhFSŅė’ ˇvßNŨSąė&l¨Ņ€Õt('īJ§å'~#ąŖm+ƏÔ8{‰Â+ÛđĻ™ũxû˙ō§?üé˙õķũ×˙üįßúķ/ŋũų§_˙đ§ŋũô×?ūūū?˙ūÛ?˙øĪ_˙ßū¸ą˙ûõŸąÁ—pál;?í.vCĐŽIãõÚôrÉÖSîņ)mbnŖĻ ģ?Ą6,>ZäĐWēŪ};LĖžE™QDsŠ™Ą&‘ą€#:Ą†0:Ԑø„¤GŲĒ]Y'‚‡(ōT{!†?âmShOA4AœvWųņ”ˆ° ‰-9Î}ķī¤Ã…>Ú2´nYhõˆ*]RPVÕ÷‰?G5& Š˜°`×!yE…Ŧī$D(2'N÷™ĐΉHŊ´‚Õī s~Hn{ķznģiAĒüˇ;75@×öūr Eãhۉք”Ķîĸųįጰp‡™áWÂjâĶĪŌ‹Ņ¨(($áŪ Ÿ}–čO­æšK8ģw'Yíī.7€=Ž?—čSe=ųėžš•šM'[3ĶŧĮ{LXßo›{Ɍ~˙ˆCí‘Œ]ßí)Ɗä}øŖ2wC˜F¤ x§i1Zđ%šŋI:y6Øũûú%MoĨú …OYT×Ŋ\J.>-䆛ß@ā?sŽŌe­ûßÉ1Bũ8¯¤û¤IHûˇyįø] Ĩt>c3Ūä Ëę÷ČmŌ7žŋ¤ÖÛ TxFO‹+wšČ¸ˇ¯ė@ŋ!â{Ŧ›°&[aOdēëœcKûM31€AaĄŒU"8‰õy|uLRČb[N HķYâŦšēĢUYhMŲCiÕ¸,-´<~Q>ä…^'o'%‡IēŽŪZÃÁbQĨ|fiķ6[ŖŲ*–Zãųî3WūŠøcú&ķd2“`|mį)<‚áIû}kģ÷.9KįkÃTē°›–2Ģ—/€ŸpOMúÜÛģõɟ ʙK%ÃÖší\CäļĀœØPîZ VĀō3zÄđ/1]–Xđ?īfulŊ_ææādüUšY֟5ŸüÉ6™ŦæcĻ7 œ‹į‡Ī•E…d4Æ ˇŦŧ<Ģø"QÍ# ŽĘįí€%m^ —‰ĀbēŸ‘čaU—Õ~|ÉōM÷´`˜|3V  ėœ÷¸įvJĖmö-ÍYŦĖķ‚{š‰Ū}‰ÃÂéĄ\ßn‹M=ē†QŧÔ‚]ÔV’æ1Ö+ÄWįĨØWÜe;X âŽŊūũ“ąR™rđˇËâģūF‰JVPMÖļĄcŦUčŠ,SAWŅŅ] \ĩņ™°™ūˆäYÛԞÛBqę}uŅmG]&lÜFSy˜…=ūZžĸö¨¸îŗ•|ŋ˙¨˜19rĩgėęųį$|FYáėFęGj&sÆWæu,ÅâīUOQãņ|Tr3ߟÔmļ‹2,d<„g>Qã˛Bî=áëDhąŅj2’}Ēŋb`x–lB•īoęJūŲŒÖ˛˜Ō¨é'ĄëTÉ å5‡ gŌ@âļøŠw’rdâË´xļ¸sXīqЏ‚4ŨfÅŽ—'uēCŸÜd~.8„qŧŗũ=žÄēœHÄÄ ĻIĨļ7ĄžĮžāč*ČkéĩÆUŽåj‡ÄԑAæzZáũq‰RRwTVN@"•GAëúė'„ōs„Įח|mNJ5Cß0Åt.æhd!ŒĒŪ 5xKŪ1ĩJ!ւ8ÂîÃũGoå–SŨáQ4Šķ'*N&éwÅ°‰{´mĩ+ēLmQ”%jæ$ÚxÜ÷¤č/įõæ*kJPąÖ`ø ēüž­SiETŽSƒ@)ķmĘ% {QMšÜņdC׋РVī9ĪáMŖB¸ũ†V˛Į˜4Öįb^0 QpÆ93‚™XÂ5BķƈOezÉ’™xö /§ÛˇĻ&ƒ^Ÿõ¯Ķ,Ŋšæ^(Ē•áô=‹EƒD%{G8}Žß'‡öč÷R{ÎXŪƒæâl]ļWOøbĻ$ l"÷ŊžÚ=Ū|ĢwZp#ģŠCœ’fÁû€ĶÍ\9Š‘VîDėjft§aPSr0Đ1Žå"ë Ŋŧ%ƒZ+>€;ņĐPŋÅF gãØōöe8z™Ŧėœ‡Ë~J¨CšĪdBô>ÚņčēąŽßĮ€ es1UæIH0āsĶĻ˛ž+-}<7Ss`Ā…QÉš9O}ėú˛ĻÃØF›æ“ ;`˙b‰é`›/éčĖęsJ‰&Ž [Ī |ÎnpX|)PNčÛR¤ŗ“ đúķ†‹‹™iõ;ø9ÆĪ+hĪdB˜?yņGÆKp”=oā$qeĸĸS,D5;ÍŌYq˜ÎvG›YsEM€2{yĮŸņŌkKg•]æŽ.ĻUšâå)–‰?Ž‰ŧ+KėÔ~kyJÕĮ´Ŗ°E‡oVÔūå ĩBÕ';ô tĐ&SNī)?ŧ8l@¸û=Z"Y+wYđrtúČqŽķ!•í” ,-ũÍXƒ ˙ēĶŌ–žsŋ^āIėÖëBûaˇŽô°čFĖG&Xæ-ë;Į<[K°^1Ŧ:4%Z—! OUcˆzlnyķõŧŖļČĖ‡s’Íü$sov˙^¤1Uë¸Gú ƍ‘bæ&ŖžMVōPé)"úƒ ãyoØČX:*{&üŲ<ÆytuŌa7¸"_'úŽĀÄŗKЕÉōŒĶ2w<œ'¯:9Ef0#sXĸ *ŖI[­ŗŽŽB_f毯¤%ZŊlČvĘæ¸w ĒŲ‰šÕ@ĮŅ?ŋE¤Œ*>˛8`G<И(ÖVg…ƒ/Ļdå:Đ`æ;ĪĶ)?%Ėá˙SúęP0'53ō§8hã)Û°˙Ŋ߇Ĩž|Bāö,ûji/T&hK3•Āģõ*aSō˛§>ķō›ĖŒLgs†J‰zՖČa—W} xĢ<ķŽčĄÜ ž™4Z¨eBųÚōË?;Ö)É’>'˙ø-:hÁšû™ ’ņĢÆ%Œ¨gjĨ&H .zöī‡Åãȑzĩĸ´Ô7¯Ņqė\˛†ĶMˆßBžÃ_­Ë’ĸā~ė¨Ú8po–+otöĄŦĪĪŨyØq‡9} ™:|p,đžŊ7+oVQ’TšRįŖÎ{?i?'ˇqÕ=n]áv…28u×øâ ´`kų]Áä” ¨Ųïđ†Ī|°ČũšĶ—3 aØ(œ¤ŠÆQ͘ĘyŲ3ĸ˜}ĪVšHØāÃQ:ĻŸ¸D5†ÕMŪîÆ3+ča<šÚ:ŦšÖ.bû u—9RRVi!2ĄÔØT(!öãÎ*Õ°”S:€o }ŠŅEōī&vLá Ŋ‘Ä'kĀ<Ķs˜Œ,ŲŠFšĪ‘åŦ˜¤lv¸MSŸ<)#‡¨¸n‚ ÃÎ2ā’Ũ¯9V){8×ĸØëÚ QgJߎP#ĸĘäfĨEr˜žx/ž˙­øŸa‘v7#ySá4ĪcŲgË7Ģđßß÷›ŊĢ,'˙ĀŠČP%!_ŖāęP4n TNržL\HÆl‘?ļę°XUF}Iíæ`×´AZĘšŦBŋvã2ÃC–/ÄÆŦ™včôd×͡0ąŪá‡1%õÉÆž72Ũ,íĘyŤ¸§›6ŽŊ7p;ŽûŨ õ)Ûm!>VMüOÃWøF°%CW 4Ũ|€r:6Í4•0Ȋ˜Ŋ)uĢS=īa“dŽšĪŽƒ ŸuY÷4i›]T|ņLt6gŧ ĒVęÖ*ÚMŦ!ցŅüÄŌŨ_īŌ—MĖŲYëŦšûēų‡ãxåȜąĐvØĸ$š@Ļæ#įú›3ÅûíßHņiˆ#?“j¨ø;+ æq¯egĸiæRŨéPöÍC[4ŗ§å3ī ¤|élt lŽ?ŗT1h}tMå2ԅ“ĖđĒočbBÛø&jæCƒXđšØքJ<5c¸KÎĪšQ;6~hbõ•4{Ōd9vŒō-âĸļ:†ä81ÚŦ╗÷m˜ÂSOĐ4į’'6Få;ZMÉ×āPÆŖ7ķIėO€ÃéÛ?Æ׈ôŠÎĘ1ŊOū1č.*×UA˛?ātTëŅm“Åļ†“ŊÄqĖ÷īŠÅwã^t4GÃö-Y3N=ëŨž÷Ä=z–Do­>•ē߸¨ũt~H(ëđ!+Ũ×ŅËgO ×čĻfîų xQČ­ėŗscdb^ČĮÛŅđ•Qvõ1ēžßčt˜ü”1 ;!ŌUöūę? Ī˜ËĨrgpŊ°Ģ÷䱀¨ôĸīמíûl.rጅ–Ŗĩ†§Į} ԋœ¨ƒŪ%ÕÄLčļ×)7 ‘>—wP˜™ŅŪ˛-ø›°įØ[ŪāZ!GŖ*ÖÚōq5‰Ûy¯Û}ũ uW ķOŒcsÍYĨÍMŒ`ŽxŲz¸ųi$ÔĮ>53ɀhĮxíĒhyNsH?|+[ƒđäā˙ØZžĻŌ,<ģŪžo„8Ą¤(lR†­áÉšGŊqŗ9#OĀΈķF¯ŗđj÷œã-XŠ[RĸĘĀ¸í@č$ EEB0ÉĩÁĨEŅȘøà ÔL‚Ŧžŋv–‚vkFH;ACÍcS/ÔcÍ3ļâ2ãC!”€&›ĮE+œ‰.ŠAžÆ I˙áky{-Ĩō°•J ÎG´ˆëĒ­ĶÔ|Ķí ™é$aĒ €#ËíkÆĨxŖˇŪ„œFÂ]sšMË1Ģ¸1ŲßžŪŧšvū”XŦ€|pöĻüõ܏ÃĒ#C„§˛`ožŊudO„'j‰'ú›ëßįŽ9kŠČ2 =”!-nõ:Á7ŸÕMæú‡ŋ"o,sßGšD!û á<ÎqŊĖũ”¯īc\ևšyŪĻ‡u ķ¯fÔÁm>ß1Z׌€M­‹0Éåķ8ry‰ķ5¯tąÍ,šĻlIŅŪ€"βʈ`2 ēyhŽ@î)_ËeHf‡2a9¤‹°Â‚Ëw+áęŠ 4efÂÍhkÉ6ŽXⷛFžl“Đ9|Aš !_įë×4í͟Ú׈>ë]f,˜Jj´}@ŦũÛČ\ÔôĸŌƒ)ŌWá\Ø]c—%#ąŽŽĖ kn! N}›ËÅ SŌ‘æNtČe×ŧ!tĨë.QÅ]É?8NK›pԓ㞝n3æĘķwy/‘}¯$2Ũą zÎTl(HCyáįE ęAgCĐØšZNĻˇ€FcËá>u\údŠƒë$†$Ū ?Z>#DúÁjõ]?<&´`2˛B”-iB¸$P HJˇÄĀ:‚ę@]‘ ´°ëf_Ī¤"§ņ!3lĢņmßJ‘ ēųnįŽ‰Įõ-gč˙ĀKbŖėû–Ž¸dũ 0*ƒ+ ˜ö‰Üú@¤ § jí›BˇĄÍđ°1,ÚÚŖėAˇ -Œ:ĄĢRŒÖ W{Ŋ=wœƒRv{ÎjYgotĒlu>¸ą¯wĶûƒūúÍÕŸØ(Åž~ęķ"{â&RECŽ|G/[gÎüÕļw‘[uTßČĖõŗqĨēģdMé¸4Û¸éŗ—Õ„ī¤ŋt="Ē$“Cƒė8ķf1ŪStsŠ´ļo]Ūb\ĶˆžF|ö#KņŧD7D›; NÍÄÚ •¨øĀ~›mm/¨hBž ī““ģĘÉļūHÜO E#TTøq?ĒGÆŽē_gŧbPÂŌÍĨŨËÉ9é^`ŗõFŠī7@ īĨŠŌļąUäGAzâôų„—ąĸ~ŋXšõ}ŋZrĄ_A(p(u8rëUYˆĮĖÔØ$â2–D›ĸŠÄäĻ=Ŧ^ĢĐJE×ŧËČ0’Ēčž[rÅķÛÚĪ%uĻ6Áî0B9m]ēáŦŲÚÛUœ•īĢ¯ŗ°ū›Sylũםų‹1ÕĒQGjl#ŒģžíäÅmäUéWės¸Ŧō•Œ`ŊvoėrĄ—H+Ž/v#üÍF¨<ŊõtŦā‘›iŸüņ:hŧë0e­ŸĖWļlģųq˛MrXzč$œ4˙"ōģĪâwL.éZœ,3 ;ú6Ķ% õ›!Ī{ŽØÎ嚀k‹*6e2IČė|čo‰ˆígŠ:KûLÕÅQw6É9Ō@ÉEŗí7ZFv–ČC‡îsžúJĄ–ļ)€0qøúÍQÃ9I‡Ŧč8ĻåãĸxÆ­sa87X(]•É¸đĻy¸ÉŠ‡rˇâŪ–ė7ܧŽQél^32ų)ö~•KfJpųYŸČ÷AŠ`”đ¯† †Q ŧF6éĒÉ j™†Ll —ŸdmZfŊ§cäĨ˛4Gsx‚ä*(˜Ų”ŽkčiĀĸdôfjM+jWeÔˇāĻÜ2g —Ŋ¤SĀbQūÎWč˙@ʞPî˛E*÷!<´°Ø>ŲhuAķ‰ę™vT‚ČĄö™mÆå“ tÁ•žæÎugv1ŧAMiËg¨\ņã„ņ$f •Îw€a•€Ŗ]¨ž(íbÍPCįz„Rí\ŦÚFJ9Â9FĐ,ŋÔ\Ō„wjų¨1Œ/™eįËĩW|Î ë2–ˇØĶSNË~åˇ”R‡G¸7Gģí›xčm{Č9;JPĮČöŧÍü• DX ‡ ÅF(2b`ˆŪpÂ/aU[û´ū?ÅŌ?ũëOŨš—đŋĩI1ˇŠL‘¨†(œÆcPąļ0Rˆî.bÖ má›.¯ũå1s•ÜˇŖŠK÷¸ēæÉą74bo#T>MÜ/¯ŨŦdōfŗņx ´Ljį°&CžŽÄĒž%ô`j˙vZÜßræ¸Ã,ķ>¨F÷|°• ʛ@áŊڋÄķeâhõ[r‰đĶŗײ9Z 1Rŧ˛1Qyęsųm$ËŲ͍9/ûQ™\ĢÆ˙ąØ5•CeCâ#ūo›h$HcĪņžõÚSE81-4aŧ§.Hėp+Ĩ~ŖÂĨ0!‚b˛&\­C1cđ)ĢžŦNŒu_6qÄÚ}DR…°mdNķe[é!ŧ1=šRĨīūaƒ€Åc I"aΛÄĨÅT'å).gÃŠé„ˇgžą ļ¤-´eF¯}⌲AÅúƒĪ׍•†Ŧâęˇ Æë€wåhY•ô|S %k,‘Ã4Kë ËĨŋ> ‰”~á0ázj“•ĨĶ•6ŌzÖ,Š Šb4i;õÍ /I•-ÎĮbĪ *Ä6TˇégæWäKĶĪ0E¤š^‰‰Ā°æV¸ŊõŊ`égG§…ūXBYÉŪ6GyŒS6mÛ& ā dY–úû3ļ+eeĨF¤—„šōQĐŪt>iĐŧ“ú1s‚mæVܐ¯Æk=õ†ÅeÛ?—Á@Ąš° ™f9aÁI°ˆ]1¯>Váwm]ļĄVŽž’|8lĘ HQÖօoåĄ÷Ôzz>ã™ĒĶ2†•<'në.~hnÁ\@œ¸Č™ļ É3QēĘFČžˇAšĐ vSA;18 ãg÷kĀ-¯u¨cáp‹d‚ņôÜ?ĐŲāĮNs"›ép]*É{yĻ5ŽöĐé9YĻåaĪdô\'Ũė|Į”!ÂŌV7ĪbŽ•„ö!Ŋ30Ēē՝d° G2‚ú–¤TĘČ&û1—AžYG$âʖ†ÚŲUíEuøŌËÍRäęˇŪūÍ­ wŠ†tcEZā_[.[Ķ…ĐɯoēhūM)OíĄ*íÃ_"'yį<įÆ<ˆy`˙1÷•ˆPĨyĩā˛ÖŌ˙*¨tāÖÍc$•ļ{uDQ•hY ĘtJ?–Å*qéB[&ioڟ°cTënˇlö›‡ã+(?™‘cŦzĶÁUŽ7Ų›¤#Ær7IXW;!Ō,. Bŗ1û–°ÁÉjPÖĄē˛s÷Dz͔€Hf~°œYį´šĐ14x}¨$qoĖđäŖÅØb ų\ûĖB–L ƒœr[Š~3)Šü9\2"Žž„āÖļ-æ—OŠ|›$GÂgAaĄËdr~úRÃæu3%U:]yĮŸžÁwæ§AŠN…ŲĸōR#yOÆ@d´(…[Ēŗã…9bhš\É/ ŊH?3{šĶąohۛLOöĀ@ąoî(n,e@e l™GÔ$Æ=ą?לĨ^"a‘úĨŲQŒĩ(ąwÜ;ᯔL™~žRq1´—b’gœXr ' šËĩŦBX¨ØôįšąrÍRžâdéäĢ2ūĩԊ!X~č‡4īé*9Īc•@6jbzĄTž`—›$JAė1„=ZVcøģãJ€Î‚%yŖ_hß:% tÂę3Éė€#ĐXÔ)Åš¨ĸÚČâÛΉČjĄ…#änu2×Ø/‡Āã'ásyč?×wBéGÛŊÉvq/ųDJ5ŲŪw´|Üü/Ŗ§Ŋ,Ø×GÄātĀH™ÕRĮåKŌ^™˛Z€DZĖ ûĪ˜X($WkS$úGĻ÷P`cG’§01oI*HžÉw^Š[„ƒ`Ŗ) Ī…Š‡r= Ô8ÎŧŨŪ;ŗŲÂQ–3 A{3OŨ˛h‚&û›M„õ$o >~ģ÷?Á­d,Ū°1´P/,ׇē€21qûÚÁQžąJ)ā-í*n… 7˛ĶSjûûM›e(ŖlŖ7qš…‰~¤[“ą^BĩĀų‚WBnÍĘĐx­ô ĄŠ{ēŋĒ+ˈļrĀäo^ØĀ=°mGLf˜¸‘žŽpÚō“šëë!EōSΧ rˇ FĨYøx،ˇaŠ”CŽkũFŋÔÆ{9ĻL^ #ęt™îžbbīS‚+Ŋš÷ˇR!ãÂpDnäÔ‡‘fuø)BûôŽĖJ­ŦåNŒ/„5îŧÛ¤*TĮ ÉŊQꌊlŋĪNBrc‰ßO.x‘Kˆ‰§?dŅē„Jų!-x‡Ä˛#ŋė“?u•†•P¨ä%Ũû):Íu+Ø;¯)Äëōcâ—.cmĻ{uļĻ ŋų)ūũ˙„"ļ */;âK<ĶSõW>íKˇųy–˜ēGˇOƒÛ:áÂneIãGéĶ<—…Xŗa^€¸—Ũ$â7ĻnŠ ģ1ķYŠ‹KĖĒôŅXķįJcfB‹xŌ[Öą×ŧžįnIĀī’7×|Ŧūm\—Ą/ĨĄeŠ=O§[¨ŠĄĢŨžä>>˜›}Bž&ĪīS ,=LîņĒN}}…#Ō÷YŊ¸„‰”‘s“ „%ŧ/§gÄZĨ ę1ŠÁ°÷ŖbŗđuYtJãūœ1A0ļH QŅ#­WČB* ›ö樀-Ü~”˜ž˜Ípū)„3t ųú@§L›Jéž{Ģƒ!Ŗs|ÕkHæo`Ä#1R:CÛaƒ‰ˇņPÆK.kôpäÕëČ"  Øx–ėc7pFN‘Į* d„hšš&¤ĸøh×Í܄Æ@ŧŦę˜ßæ q";΂Ŋ ļBŧšĮącOt Ÿ&næĒø'ęYGĸ#ņrƒĨœ„„éÄ/ĸ 5A]sŌ \’ërÔPö™ŲįƔŒ¸ˆ0„1˙ūīÅ>7ŖÜÂOtP!ŲC1hO+ŅÎč)ŲīÁŨų`׏_L!xŒg)‹&eÂÉ+{ÁžĘûíÚu/|DŠpēÅg2Á_bŒy;yĒŽĀ¤>,˙=ũå\`ÓCuOūŠ ˛”CõŲÜ,t¤ÎabFtņĘÅRĶÔqģʈĨũIQ 9qŨlBģ)*ÔŌŒøQGcÉæ˙TŲ1|ĨČs•|ͅFI{€Ra i˜‘)Ã…¯[kâŒ+]ĶE2]ĮŌヰŪæ™ī0Čû÷߉Ȁ2G%‚ÆĢWHq›dËHà pB Æ˙ôž^(1§—V’Î5ž1ŒCoíz’D"DKc.×Í|Ūj†m@¸_#QLp­ƒÄ!K1bôC…t(nt—ĖëSë¸õTĸ[ĮŠ<‹Ša§‹{ũŊ§ŧÅŧŋjškŊWYۂģy\wR/[#Ņ[ogGa*gNŊZtģ†ÍõĐÛ0TV;"úÍ ˜R"Ļō¨į˛D‰Û§J´Éuę߇ŠüĪ?VųΧ G|Ëaūņõļõ/Zu(!=oîãrãĻ]ĩƒĒK‡”PŽšņ‚–‰š°tŗdŊŽ:Ú¨ŧĻTaÄĘkō7g…ô}77dą÷č/ļß^ė@4ö7<˙šŸ y~9ÁĄ†Š;!¸G§”/-v*BÚŪŨ"Ī2)ŠJ™ÅmŌTj˛išô|soÄ=I=[äī¤ÜPķĻŽä6ę[í'd\6|īŲj§rMļŠęĪڕY’WžÃ¤ d7E˙gc'*¸ōWęĩžéāļ‚lĨ—aÄ#‘ōà ĄĄTXL•M!ˇĄ>Œ×ú™ĸžFLŧ‰/ö<¤Wm'[đV7Pé:ŊŽ)Λ—@7%žáņdëų>Jn`Rpŧh]äĨ*t×䋨î¯ež&):Ռ¸I^ŊŽžũqb‰g‘/æųÁų°6Ü}'gEæj‚cDäęÚÂíņ‹[…kxVP‡ 2ZŊœ:ûŧjĄ'Îá/Ė ’lM]‹šg¨â!„wgĐ5Îŗ:ę3×%ʡ>Š7v\K*…Ž4,|X6„‰oTŸ9‡˙¤d?į&%ķFČŽ…7æJļétgwaOԖŗ›đ#‘:å\‡&Žl")œ„ŽŦs¸]k œy ‚ũLŒ›YhƤT”fc™;6Ēu:žč Ņ\mü˙8{—dˎ$ËŽ_Ŗˆ 8 wŽET´ĄũĸNĀņ›˙ļÖ6{¨Č”"…d23pīŪsĖôŗ÷ÚZo‘įŽamƒĶ~v°§ØÁMĢŸ[˜´cĖRø™KGĢŊVĮTĮH#@Ú Z(T0:Zœ8- šq™ŒV$)Y U‘Č,N"⎴NŨļŨ‚#Ô!NŽĶ:ēb;?ˇ‰¨Éˆ­ŗ]‡z}`į]‰ÕŲPÎĨûuØ˛8f<ŠČŲÉod:‘‡a^‰@4 0Šc¯üĖ-c\ŲĒÚČ­Q;Â ox¨ÜÔŠ2JŽ ׍’}ŦąĨƒ´æ–‘ÃáfņĐe–æ& ~¨Į/”“Î&f•É97ļkͲą ” ’ą{,įŸDĻŒ^›5|DžÉķ}ļÚ<Ũ+ã œų•ę Ę"ļ<Ãe&¨ü'Žs÷ú | īŖáļôčŪTFkž-Ĩčé°ÍQĩŗHPōy§Ũpqđí!ŌÔĶœm˜5Ģ>Ļ¸7c ärø9mįė-ˆMũuž LuīËFyķâŨ2¯ĘėnmØDj—RđæVÉÍN‚GyFņ¯ÁDæaÄę (ÖË[Ŋļ×ĨüW˙ ü5 `Luzętn;Ī:; ĶYąĻRŗzÔ WŋĀc=YøÍü ¯d‚Gƒ0 ž4ÁˆútŨ›)ō¨jáDä#Đ4¯‘K’ųM $œkŖôPkØ%O) üŅáȲŪÚŦī/qÃŗÃĨc fŲ/Ô䧲scĨÕûšÆ2Ņ›@ßMÜÁ:ccķ*ĄQąX h‰‘1wy¤Ü•˜sFˇŠąjEēqR¯œGŠ‘wėšĀąÃpœ"ž9"Y ã‘mųķKž,øXö6 ŦsŧŽRžÉ§>„Ī ũl‘›ûI@xåc4—ũĖ”ƒÁD_b‡âđĻL—;ėĄž2÷Ãu[4?-›xēŠ’ŧÉŠ§ŲŦĐęļÂTÎč‰}ŪEÛė-˙^œSš‘—Eņ(na#ÂØĻ-‡+˜Æŗ˙íD){;×[äŒĻe ¯¤LKņi,.ęŧņ1°Ëw"HŅ„Û ~ÚėŠÄgøĪu%•&,ą~ æ)đžtčž^W\EYŋú<žÕdEŅ!ŽģŽĪĪJa*IN1rB`ß`b$ "HÎf|“\y ļ uôWQOėF&t–Ú%éJhŅ‰M˙’Ņ<ęÁžûĨ …3“6ᚆ˜?Ŋtīë9´ĸĖ9iˇ.Atŋ=ūDĢeœ-b ÖØیķ ׹¸Í'F&(˜í=õvĐ'167cõVcÛ9FGĨ‡Š_|"‚øö§K„ȸī¸-ŗ&zÃŋ§ Öƒ&–yĨŒ Š —ÅTĀFeė÷<‰—f¨Ōķ0TeÄ%×æŋ0ĪG8ÄYsÂ%˙ؒĨX°*B"Íęār<†f9a@ēĘ,‰ÚÔĖÖęxše¤ödG#Į+)Ô"3ĻōEp~„ 8‹Đbé겍]íÆŒcĶ™øu͸ÂPÎÖÄa}kÍŖ2ú=iåíņĐ°›IŖUŽ\šÎ=5`ˇ¯ČLrÕQŸäSf÷—ŦzgV;ĸCŊ'‚ˆQÆ Ŧ–čÕ¸â×Ė?ŧ:ÖtÂŨ$IOČ Ž ē ܏†sÔLßf)FZMtíOČ(&^[†Í,›¤ļ5š¯ ¨NŽ¨$ŅŦ0•Œ7ÕSöÖĖ•­\ÚqLĨŸlčŠGĨMíë~ęŊN= x‘ļŧĘÂ:O—1˛ĻkH(ū S:Åé,…ÁuTTŌ*ŧļĸnæ]Ų—r3~>?œÁČT¸“ä•Ģ{>C1;āĸ­œ ąôw[ūvY}˙Aŧˆ”ÆI1YÜ'įBm8ø=(Nnk×h"˛[Â<œiâĸā†YäÚ$Uxƒ˛ĪžOá˜R°– Že™V¤´œ5y¨G\…Ü&“VÚ[ũŊ4•ķ$éÍåz0o餗ˆj×7:ĮA˛¨ĨÕuqččũáķįžūô}ųųķO?üãīŋũōũ¯/~úíûo?úúĶ—Ÿ>ũöõ÷>ũúĮĪŋūüųÛ÷Īūūí~ūÂņ.—s4T`×ģĪ #h`cĸ2vͨđĮŽ-ŠčÚ` Ŝa[B›:—fŧ 1(†Ēōî ĶŅæžØ#M˜ŠÆˆDjņ­5끞^l ĩ}^ j´fÉķģp‚#¸MįŪ…ûwšÚĪ Ûõv+ï‡g›]ļĶ;Û8ęĻ(œÅš<œ\„DŠH+å¨FßųoūöL}ūá˗üõõįĪũņĶ÷=D~úúÛ¯ŋúūũŋ>ũōסoßûíĮ/˙ü‡ūųL­%Ä4|ŌtŖđš'ŠãŲĒ7ß<āČĻš"I7Ž… ę9§ũ=y^ãCyƒ`ü*uŪ6žÚ6 @˛#Ëåq †'vŠ’¨ˆ$üpŠEíÄĶRÂâkwlyŽLEēč(ĮātZ›s%Ū)2Á~¤Í,Ũ–1=˙ã˜1I{ī1X%F4ƧŖĮMTÉë8˔Úqį–[œĀ†ZDc/ēTmN9{:ôûwčK2†‡Ö^`4Ŧžd$â3CŌĖƒ„P˜bļ=ÖaŽĄˆ­öˆōĪœä;c!IúXëÃÁĄ‘™ÃđČac?ÆĖãü^ãá„ú)ųmœƒbđíˆīÃtŽĩžîi‚KFŸL‚2pSųŌŨô ^æU!É­œ?‘áĨ‡¤qĨËíŊˇWu_¤˛øŽŲĩŸ]mgg6¤z+XÅĶoė_ūßN˛~úņë?ž~˙õë_ŋ˙üço?ũöéëßŋúįöĮ§?~ûõĪīŋ}ūá÷?ūü‰Ûqõ€–ÄĮŠĶuļäRʓviėdsøŠ˜Étˇü‡Nũ(äĩ…ėˆ?° Ŧ›’Į‰4^ũËĄT€T&íÄ5ž#ŧ>jDņHÉÔ§OOj•ī`Õō㘠uÛĸGqF´Ppw™o[zãEUīubI”¯pÖÚ  ũ’*s÷D#éūŪUĻÜáĩ‰W%MqŗÕ!neĻ Ų6ōÃå ŊŅ úü×QäķĸĀRSeĖ[œ3ėÆ–ƒ‘ØÁšÂõ*š ô‰ \cɤ]ē•ČN¸TˇĸsŪĢŌÃiŨL¸$4ÖYĀ?å ļ•†qi×ί: .ØR+ĘւÚA ´É‹4ƒI3Ĩ֏ą‹Ō*ĩ, ´–“ÕōČRXdĐFÜM_œiō„9ō@n.W2ŖwÄb!ģÍYkv"IŽîĪĩ7÷ĘH2 uŌ˜ æ>ž,'€Íf?Î˙¸iF•AÃsĪē*gŅ¨ • zIodœĸŲZ)°3Zß|×'9ûū§7Ä<ۗ2—$Ū|đĮĶ<éķœģ°Yuŗ~ÉŨę}œöõm&GV=6’ė´L PŒÅ)æĶЗŦ2ę eoø9äFËķtūžI`¨•ÜtøcŪmDļYĶ›&>‰Cå°3ã'ŅÅ{Ū^ĶˑžÅC'ü†›.+™¨.*dņøXÍ×ŧâi7XŌÁCŖͧ<ŠēĪI>Ā&Rxī`DĢĀIƒJø|™ÄŽÆĨž˙ŨŸmíũIdŽo%Tļm„=ķāÆ^L}~ƒ3ᙋšOûŠ XTŽA" ”ĢmX ķ­‰=hęÃÎYoŪ/ãbvY“ĪAÉ^Ē5ĢīD›cOļ¯SXŅēˇ’uú(ávMq…l–Pnķü6v+Fˆ+×ËؙR†!u¨o+ĄOy“CééûĄčŠ‡ŠˆmæX/lÔ"í­Ļđ °€ )ũbĢ˙ž#ÎÔČSŌea|ž›ÜÚ{œ&ø„Ŋ@åŒa(bQÜÂĩbCeué§ĘĘ3Ik<ąÔdWĐö÷IRļ­N&b–đp€{yŲ'ĘäUĮ›}cęīdOQ×u1†˜ĸāSŲlۋyˆ4ŋ@tŌgÛŅË)ōˆYEī|7"āúĄ#Ęã`慏EŊá9äŒ21Ķ˙‰W§Âā4&•Í¨&˜ĩ‰O<7eā\<ŪÕģĐŖ1å⇠Œš‰uƒÂĖÍ-ƀ\}“Ɖ8•H )§MpmáŧM§Bxn­Ų\ųq~ôEŪč˙/^ˇšX´x(}HĻMŅ: ÎÚÜĻ,€Aŧ÷ÖõĢ˛‘ę*ÁĨģ@R—mę°Ih]_ŧ–Ũ‡‘‰ü;ÚûtoŨ2Ÿ‹r*›™FCÎĸx1ūôĻvĖëiáČûü Ž°ŧ2Į¤Čž{ ui˜kÄ vi ĀnÖūäšåíh#úL`ĶĀßļ–ĸEĄ¯ŽËâ[[c÷Qq.‚ŖÍr˙Áĩd“~´égŗ¤8ĐäÛ×]rvZk\ÜjÁÛ.ŽGpOa83žDôœļzŠƒŌDh ˜l*ŧ3ũ ÉK<ÖĖ%§Jĸ)Ō|‡§M0åé‘&æø@G’IfxdĮ´"õ!˜īn_KŅ§ļ!Bm˛é\JŽ_gŽˇøŒjeÂÉ3[OŪ_%R—ußæMm-ø[äOŨ×;´#s`āë3¯tÁĖ^ALĀēw'Ū‘D‚Cį î—ĶüęīEŗ–nC¤ä劜8aššYwŗ'§.‚Ŧ™…ځZŠąSŒ’rąr[î„)ōEū:mjBC)ņ›āfđ.įNšpbŸoôĨ•”Īθ‚‚Ō…ž’c5âėܜB&Ŗuõ´r<ˇ|pB°ĮđØå+ŋģ÷N bōYĻRœ53ęqåė9ëV~¯Ô°ķ…GŦībS*;Uk5§ŌŊü?Ė<Îí”o‚†!JuĪĮŖį¸˙QÁc÷ę06Köą Ģš|‡ŠŖÔ¯•Ú\dëfŌ+1Xf Ĩš+K2‰Š˛Žņõ’GÛÚ˛ŖÁÃĄ+VS÷I@vãė ī?9á´Ąp+]úM*6Od=Ō/5ÉÛ[uˆs! Xąe[ÉŌE <ū;&Ė†ŖõCÁmŦOíK)2Āˇá#"ŊĶwŦ×%^'˛™•l—NkĮžnĀåWa~EŧaōĮ^§[VwËv)xĒøøĪ:OĨ˛ņĕ´ëĨZå¯îrĶ‡Qû)áĮĢ“sŨ€m*Αp*Š‹lå4œŪ;Š%^zgWá„ĒŸÖ€ˆRļÔƁ=âZfũc Ž“ų žąōë ãUãø`Q?ČC:4›Ģŧú 3Ž{{î@šAg—ĮEžãĐy.!;öÎá´ĘčûœŖeŠÜz,uU‘˜U\YlEũô‡§WFž  3GšQ{ŋL'YPņ"PMĖXj \Î9ã<â´Č™ašų9Úá4 oŌ’°Ü@fæc—ˇĢ ĘÂ:ĒëÖVÍ`nį^ģëâ5´)–„Ŗ÷ŸŪ RĖ{coãVIâÜĄųípBžgĒŧw“\.đĖ™ÍSĄ2’ÁzųŠ!ųLk‡6ļÍ=ß-ëŠ5&ĄpáĶôfāĶ뒁Ŧ–‘÷Öbė´"čė*š 28ÄÔtœ3‰˛Vˇcō¸Ųp&ą’-–Ž ­íR‘nfMē^ĻÖÅ@Ž ęa\×_NęÔāø5møFîKš™oûP§ãz\ķɐÚVwĨÃÄŠŒ}•hđŖë‹Î÷°č;ĶoRQÆĀ…艗=UÖtüZR¤ĨN†‰SW8Wŋœ7ĘŧÆ73lī?…˜3a°u^æsŋ„öę°Č­Sæ'Œq˜l0ķŽe”2č\§Đe MĐčüķümŗũåë×/˙øũ/ŋûúĶŸ>˙öÃoŸžūøĮoŸž˙üû÷O?ūúĪîĮo?˙ô×O?ūkŗũ.ļ? ŋšdž68§Å‡—/Ņ1ڍ¨C üĘô%ņ÷Dr$8ÛŠŅ$¤;{ŽŽxÜųK'“â%¸ #fäá`Ÿ4‰>'.#(ʙÎD.H€Š—ëČT+äÂÄ!eą>Ļĸ›œÜdœ›aŊuĩ2ņ¸VØa ŪH”×›ģčt—6H¨ĀÎ0×5î8fį˛˜'zęä8’Ë-’Ė›YC¸ÂBcm kļŦõ¯ “ZœfRœŽ% ņ¸Ä.Ÿ˛ėā>ŽoŪ’,C%z•í&Cf@ ]|e@G˜ĄšYR“ošQĨči~mPg¯?z:ZöŽŅĒ‚Aŋō2ęŊ2/ûúËŅ˙ˆĸįYAg‘BWŧÁ&šĖ’[™ ?Ö !;ã‘Ų\Ë"Up9¨ig¯Hņ—ĘåÜ$‚t'z ^Qb0ŌĪôƒLO䷗ôÅ 3Ķí°F{B’8”o˙8O͖ĸĶšĒg•ˆ˜ĖOjsû3ŠžÉ&…oaã„qv{Ŗ=2ŧžÔj“Į3âavö“7ˆ1ķņ•Ÿ˜Q‡+3hĖ‡¯_q‚˜ÕÕ}û‚E|EÖÁ˜s! ­”cĨŲ[*“/n/Ņ­D3ųāŌDëņĩ{”…fļLBa˜€&…J¸§%eÆ@:ÄúƇū}Å?m œ…Ûæû3¤yā-1jēŊ{^Ô[ƒ§UyhĻÆHÉšĐpiūü #:´Ÿ,ÔcÅĄÂŗéäÕUô#åĐ›×]OÉ3lãÃbēÕÖŲęXáěŌĨ­!z|ĻŠ]VâusčV4æ$Ū€ĨcbíhËq=ĀÍx՜ÄtŦ XZĩ„9pįÉ6Šîß'qŨ4XķÁ/Ķ uöyō×ŨĢAܘģ* Âá3´ŸŊB( ?Ē đŧ`˛7b$ç•ģ&F´ųŧĄ6Œ*4ōœ•šö¨HÛh?%¨-@l$ī čˆ+ņ\´Ļ.ŠúD‚50ŌGãÁNÂ'āwÔ­&š@úŪijeIö=XXô>K˜ÃFPzō[ âzXbÕ\PŠ|•`JaĘf>°sš\^ä¸ ŅڄüŲûĖŲĶĪj¨ÃaíVĄãéŦˆˇ3W“¸x‰ŽˇÔŦģü,ķ…ę &QöxdÕQ!†ÍĨ6đF›žXO–ƒ ÅĘĄāˇávpē-ĸ^“ŊĒ[É=×]Ō0†˜˜Īī°bw~%OĒcŨĪ xŗU›ŦeĶĀûB[¤ļRūAßrĖx™ęÜvÖX }ÆŽb÷ŽFˆÔå˙TX9›d#ëĨĩ_ ĨVšŖS´Ō‹¯ įFߝe>ZC[Ÿ­Ģān_ʊrˆ“ÕQEû}?§Ã”ôŊ-%:VhWÖą7čkßxīŪ đŒb]5՗âŸT ’ÄPa•ōĀĪēŽlķŨĀdYĻNčæÃaę›p{ŖëxvfŸōŠzPoe™‹v‡ÉPä9d)mZaŌ};ęü…¨ŗũ›~ļ’Į.Uxŗ–6ōáV(7ŦûgOmĸLÛNÄČV–‚ŒčqŸžzqR°ĘQģLiįÜ5Čā.ܘë)DŽ5ÉXf­Œ¨~[Ŗ‚~Ũ7ģH TШąP7{Ž¨Î +Ęäõ}P•üŠUö` Ūí R jš›F2Ņsv×ĩ7ĸÂ5úZūũM}œŦüōÃ/ß~ũĮį¯?ũøũß?úųÛŋ~úúå¯īŸ~ũūõOŋūōũˇøá§īŋ~ũų_“•Ú˙ŌSGdYĮK‚ZĮ]âæčØՍÎÉĶŌ9ą1§ˆq‚{*˯+sĨą@ÕøĒˇ2 ūbŒĮ>_7“”Ų(8sˆŦčÄl,% ˇ%ŗևčjéļÚWÄļ•„h¨+Ŗ‚ˆyįŲИģŲîI9¸Á~;ļķŦôéג•Z:YŦÉø™é3ö?XÕ4*mŽ^ĨŗžM8§_ŽŸđ<Ņ>z~HužÆixRéÅ´Hđ‰1×zī``;ĸûÖUÎ\Qäô; ”Ŋũ, iZšEŒˇEØ˙™˜ņ:˜0ķ‡Ąæ !”]b:/ēĒU€î“ØĻlvDoP /€ŧ%rŪ×*!Œß˛)P+M#ŋŦÍø<îĀGaœaMĄI'gCŒģ᧛å=•Ŋ\‡>×džJļ#W“öÉ"ą ĻÆKöã>rÎÅŅŋÎ!W˛—НFWšÂÉôŗc:Gƒ-a˃J‘×įwN  ûĀ‡ŧ@õ‡ÃĀÁxĮø…%?1Q ē‡DÚsĘL§úaųŲ1”h]‹mN–×öž@rÖŧōĩŊˇ‚,• Ŧ.Ō58$oČt¤0SŲĢ÷UĮ "$–ŊĢā:FUwęwū’Ëŋ!UŅŪLŊŪJ§…B‚Ô ca]}—LÚwŪĨ/{”Š…(YeęšČ¨ūžŽ  VņŠ¤ļî$üā4Z°•ZŽßā`rkå+3Ü5 rĀyãiėşÅēú!ĄÅĻÉkSĻ‘š ŒN%é|ĩU2´ĸ,œíN.¯ęôÍPĸw¯ \ƒ&ˇŖųʝŊōXKs­5R$Ū\Į*> 7;WėĢD0a…ĀĒŪ‘{el<ĒFÃô:ĶÚa%Ÿ×Žq—„ڊąv{ĪŠâ㙠TąģĒ'T;€˙6ŠāZÛŗũ“4šeÜŨÔcŲHV›uī"Ā‘í˜ũP0´F¤–ēg40˜ [p&. ßδ˜ÖgHi\;'ÚI\ɘŌ+PLKLž\œ0„ë~r2p ԗ’`üŅæÂ'7ėŲúPCĩ•œƒfŌĪĄBdĖgãØC.RĶ™čN {TČŨWôŽ3(X˙Ų$˜Éá g~p>ļہžūyDOą‰îΚ'Ü{Ũŗ‡ĻđådŌF;4pl™1g_ã‡ūn,„GŽėėNŊ&Š––~–ut.<ĪÅuįN÷"EēÍCé1.uŒA„3ĒjŒõÁ9t~‘"ŗíčS J`PTÃëŪ LāœŧŲ­ĐųúJ'É1sĪ‡–š×Ÿ@RŖ ĪåÕG;QIōhüäRģĪ§pđ>Íčdx}ÖĶŖ´•­įq4ûÎĢ‚ē$Ũ;tŅ1[’?ü¤iė% ‘ÄužķāūĨ˛,c˛ÉȂaÃV g\FLų’"™ˇĶųYáĀŦ}Ũ˜og…ÅČéŧŌ+ēA|›\xe§&Ņfũe%zÃXšäĢŠkú?MČ-žôŖgKF0'ßņœā„ƒû… æÉLŽNĮŠį%‚šë<âpܡUM¸ÜMļŠčôŒ$[čhE$WęÂŌÎģĀ tįOC~×ŪUß-°"OJ›3CRąZŗ)íÖ×ĩ“;p†‡kŦĨzä~“GļûIë>;rØrpXœ/áÜ}iŸ83îÜ"¸3+}§üd2 I@ŌCōŋ æuį†*ķ—[/CĒOņ/ąGcUßËOCÂČ)¤A>ęVŒ§ī?Ų‘ņ+î„MĢ?éĄ=ÔÕ8 ”õLŽOã˓žjĪ…CŠė2ÎHRDĪ•JįīpĀŸūöí§üūûŸ_?˙ųí˧Ÿŋ˙ôĶ§¯ŋ˙đû§oŋüōųĶˇ?~üķįßüö×į_ūĩĢ‹˜ųĖIŖ¸ŅÚJ@͞†ž~°ÎŽ˛xĨōŨNÃŪęY Gk°ŗĐĀw&ëũlKŖę8Ãļ#<Ā#cFÖ­¤åļT QAŗV"„vh=F ÆÎ=Æ…nŠÔį÷.Gféų› ĩÛ˛´ŪRÎĩ9B(X8˜HEěø@ŒMĐųĶŲû@›gū)2›aē#3ˇÄs3ĶO÷‚ļŠgZ Z‰qāĮáɨĶhh ĒqķSv…p1L•PJ<ëˆmIqe_5ą C3?z• U]ņÆuŽÖ÷ߧaXÅc™]¯šRDž5Qõ=Î§įÍôőĩĶ[\2ĖÅa8a“l(Ád(ļ §6+}*Cˇã1ŧĶå͎WBxHã-w*Ŗ`ëŽOčŨĐxZûŪĖõ•ÉŨB@Ú0(^āŊ*ŒPC‘ŦđYšxlöXĖ9[ŅûĨC=û„– ‹(–øö 9ĨŠ Ôĩ<+sKb ´c­o í}bjH†Ö^#š”îDüí˙ÖĒÎyošā!š}I}Ĩš˜˙*žQw´I´ūTP2Ÿw: Ę)yFZû#vHyđįô*—ĸõĪŗlŪ`ÖQ­ídæBŽ&‹Z:éˆqIüY&NtŊŅÂK*WbqīS "$iJƤ¸IQ9ųž€{Op^ ­7ņ[æI ^’ķNŒf ĩ\9RŦčX–NNūSŽ6>#Íw3yŽõ°WN\_Vž4C˜H=°4Ōæˆl; -ßöÍÎSņĄi.Ú)Ŋ˛Ī:Ō×÷]AęŅ›ûÁŠĒÆ`#åâŪĨmVĻ*¯¸A;+č6Ž›ŅŠĖK,ĨĒc ?ÚLĐÁN';IXĮØÌÉHœi=O¨(lĶ? ^I7yķ–¸_#Ĩáuķ<ʀ=ųi„Ģ!6÷ĀA7c…Ŋų‰^M †ãŽ1„Œ‘#_aÔСX˙x‹“g {<ו*3uKæƚYōĻaZdg2@Ō( æ7ëÁl ŗoōôîEEä%ûnÍŖ愯¤‹´ŒÖ_ }b-„ŪhŦxnë†rtũļc§DÄoŽ[iĖÖëÎ1Ę,䲐d…Š>}Ŗõž—–žÎã)‰įĀBWrz xܜœ=V~1üë<¨eŠÍ:HdkÂf<–äŌķM—N˛[ÉH’|Ņ6ŋ™ĐH™õëo*Ÿ"äĨs|ō\î˜Ęē3CįÆiĄ›cHęũ?' iædß!žAlÍĄô7ˆ‘æ=ī%F;>Mú†€ ĘesąX¨<ûđ3-RæëĖ %Ģ}„ĩ jŨŲŸôe“GĀHŸĮ#g:d'ŗĒķāŽ”nė'CŗUœĶųö÷ŽT—ÎdrļāĮŒK’ëĩŒ{Ēöc7č)eyû<ŸĨlYōPĢņÃNšœ9hđ8åŠæKrg”2mB›ŅG؆¸ĶčÎUØ6éĢ÷_HØŖŒ­æ2ī@ĮĸÁģ„+}Üėâ,äUŠ¤Š—knEÃAŅ5ņ  @˛>,ÕQx €Æ]Š"Ü‹ ?L™h•7ˇ~îdOs}Ún÷ˆÜÄr"/vØQ-’e†j¤í ˙ôC´œņKW’–ËLKŦž‹#åËRæļö¨Ŋqģæ į„õ]g8­p~ųđfĪŲvúŽŽÔĨšcNéOLhu,ëĢ īožÁ:įC&OEƒU}°ŒëvgŅb‹`w &q'Ū z)ą ađaiÕĪ¨¤”ö¯žpTVŒŖqŪįtSŅĻųčˇ,Īė;/TęÄ&D¨û%R-,Ŋė%€rīƒŒÉ¯~2ģú X؏Ũō°’Üķ8aŪ¤‰É#DqĄ×ÛFŪZÃÖ Ž…Ndļ›5ˆŽ &LbxŽ]žožŦ"ė‘{ÕePˇ7K˙dŠ0Ąxī- ÅíĮx÷\zrŋ „ŌGBIæJË÷čâō ŗīéŅËø9ŽļO7žđUxĶŅŅU›įËNpÜr¯ĖģŪ'`m_ë‹mųųY"[ļšW‡Mˇ$+šô;ÔåÆbŖ[”tÛHJmėūĸΟ'‡s"ãĮÔëģ\5ų3b˙g#U€DöЊ´|:‡ėuMBšÆč+M=îĖø(pĄKV;²ôâ¯äԄ6‰ûí°q]j %ŸÁÆāˆ ˆØIûē‘öŒeœúá,ökį ;ōO˙Ŧ ×;he›ŧ‚TB—ĮlSŸųBTīõäŖÆŊņBŌ¯\S°­ÁĒg“îVčŽĮ—°›Ŋ7œŨ´÷˜iÆw„ܝ¨Ūāa%MŸ’ĐíŠKûą†Ŋ1áx,?NŅšQ˨~ŽŗuŗBAãîÃÁģîōz÷ DDLyŪ‹ á&úqŽx´Ü–Ŋ…ČÅÍÕ’ēwÆūŠ†ƒ“s”×hvP Qˆîrcũ?ÃFá;KvåÖívŗ[CoĘÛZ;ØÆåRɘō×+:¯cŊÆ:c”šÎ„DįĩŸiæxÜ@Ķ)zåļlsķÅV•° âX­ËđĶõÃŗjä')áÍņŠŌĄŒ´á”% “Š4œŋMĘáƒc{NÕ |ĸ8’Ö•dS*w[:î@ĄÚ‚Q"ŲV˛ĮØävŸ é†ųDã}ÜŠ…<’ÍŒč°ŨōéÎ$ƒ5›5D*sæxEĄųdĐüÄ8ŽEņĄ‚küBĀŽ<Ģđ'ąųWÚÁ.2YųRˆ6ö֍otņŅb[+5VĻäíåĀŦÜųą+–Ü鰄Ģ üFɏÎMY‚Bæ T’ĶŽ”Æŋ˛å§;NLj÷4=æŠG5ŋڔtPšĀMHš-aDIoę|/‹îĖיß8 ŗeÚāŒ…ûčą÷ä÷Ôás~ “îÎd[\ū*|#'ŲP…vĶŌÃ\ēPĮ}ŠŲw“9Úa{ĸā?˙g]Öutĸ’VĶŽĢx5 6tÁŠÖ9‹ŖHč+šĒšŲ€Íܡ… 0ˆpģƌņ:ræUE&Ÿģ+ģáˆŌD\ļą#&1sf×Áy ų‚ŗyĀãĩRŧV…!öWŠ›úÚCĪiī‰ęˆ&á^¤L™Ü˛fŗ#ņŠpū- ŨŽÚĻ~öaë_ŊŅŸ(!`ū¸ŧ$c1s~×0ąvŒë#ė)¯=*å™ė}ƒ ]˛ŌqØGÎK]ym›3 s:P äĘņŪÎŪ|XcčÎP˜MHb öŒ!ė{{JÁŧŌt üüží5.¯ĀØđ8Ö%ûy•&Ømd§cVēî4pˇîÔÛŽ ūÔ˛ˆtĮ€ĐYķiÖY֐í´Ē„PŽ¨@"ŧZ‹Ũ†4Á8 †0Œ%Čö:`‹Thū86÷f„Œâ„åû9đŽcĪ6ŠÚ‡¤Å‘Rg@9cú°eākiF”“ žM†ŋ‚EI%ÉäXˆ’Ī(’Į+õÖr¸S’Ž­cΘúĘKYŽrNr%{ÔØLi˙žÁb9īęŋˆ ŠįÖ#áxŽŲ%"-šö¨ķBĻGŦgōÁČVĄ2ÄīĪ3á^žĸ6“}¯ęĄĸaĪÄ Ōô)„m´÷¸f”ä|h$ČâĖCĢlķs0ë4§•3ßĪx"Į#ظˆ 7UŲßvsrŒ‡3‘­r)šlÕēx…ķ¨ž[Ģ Q>#ßpĮō ė -:NžÎ"ĐĩPZ“M6öÃę[gĩfĮŠLŽoÆŖ‘eũ…ą äąįÍrŠÎĢZĐ|v›ÎŌˇųž­/ŠaōŲl=9<|Ž‡qŽú‹ ĸ6M{@b˛—ŅtA×pČy Ÿ'^3ĮyÅ%–ĩŠ%9e‡†(ŅnĶ˸ Fyp°“ķZzŖŨŸķQš$Â0"÷°‘*’ō­LË;'EĐLč(¸fZãŒUÃ9yį”N‘#î Ļ0€įųš[Y‚@Gm‚ W˜ąüû„ÍŦ›žƒālÁ2VeŨÃĩåĄĘ7y9ÖŲ蒘3áÍNâIũŠkærˆļ2Ŧ*üĨŽtqäŽfņ”•´|Ŋ7-“ã.1ŗÚ_ë˛üq-7—tđJu‰ĪŒÕØ+ņ_LBŊ /)7'qDGŖ;đ‰ÍŽeÔdBĒXpĸČšŪgzŦ'8eCƒÄSbĻ=‹œļƒ•ŋ{a”(ņ7YˆÜx­¤Ķ™D¤!Ü$0šU5ûŧ˙ödņ[9! HÁ_]ž˛ ĶzŖHˆƒj†2(…:.~ĮŲĢ0{yķDØSĪä-mBÃ8Eŋv%īį˜ņ7Ė˜ĩô‡ XȚ2Ī6ĀĀÕĢĸ™ö8F˜d›—$N‰ŽĄ7ŸŸY0ZøŲ›}Ŧ“{›ˇŒ­bFKÍ1FŦ7ōLdw;Mŧ¨„pČĨRˆsžÄČˆœDÕ1_ ‚Ŋ™D8–y ‰!0‘Š,"LĄhũ19g]§K}Â5LĨXÁmX[MJߚŽzŠõ§ (ëDŊiŌŅŒf.éŌƒDšŨ ]ܔnIŧĘō™āēÖ3(&ĮŧDōÃÂĀwŌ˜Ôĩ†ŒQp%3gmášLC(ĄŅIÛ )Īt3ę%§cúÆÁÃQ”“:ĩ:k˄<ąmC…7XŪ¸Å7ĨJ€ÔãV|ÅÛ-FĨ€'ˇ˛8ŧ–Ë2ŽØđŌ0™Æו‡ĨātœÂ>gũ”HĄįâ•oš …ŋ¸Õ|"ŒĘ;9€˜ŋWˇ3Ũx@#:ŋ-öíʛĘpqDí´ĖߎŦUÉLėĄD6Š=%ü\îq`U$@mV°Ž•i­bõę΅ŲdČjúæDfPzxŽ=diÄf˛Ņ’GÅēqkč~¨(s ĖLtņÁ.œyülĮä1‡Č ™ Ž,0™l`#āŊR%ÎŪg¸$xä@@Q?)šųër.ķ,{ĮŠē4ŦTį˛××ĨŠß¤v¨Vķ7ĶĮ!Q+¸ãÄnE:/Ą—\2`{ŌĐĒ¯nNßĶÛ>ÛepuŗvŅü€Ödƒ–øtN¸å­sšÜiI[܁ēKå˛QĀįû+‹Q”#Íc>"$éûļŊGņÃęø_U[%ĩąÜœœÜËNKe(UT1ë;@#zķ ×­Léļ—Ā0îAqœvlMˆģ1bÁėR_!ƒéÄōQŒqMÆn‚´ņŨ“Ed Q߲ZĮķƒsáöîO÷XƖÖõ_ā?\;™ĀᇉhĨS’U4įŪŽØ(Æ:lŦ,Äá+Gt,īĮšš=*Ėܕy ä}žY†PcPũßÆģw’ŧ1n. Ės#ö>㉸BJĮ¤Ęâ:Ņ0ßPqۋ7}ļLZâ‹/W &Ë’V¯ •ötŠĶŅ۔%Úl¸÷¨DĶŊO˛lŨJ_q-hZ „ž/ģ¨“j{nņĶßÕJdgÁ%n_îĮIp÷Í/&öæ-EEA_bĮâ8ÃŖTÆ cCkÍ' 4šIR[E´ˆRH˛ô˜y_øĀvÄŠ OųQ‘‘EXƒ)Vúŋķ`Fa“u!ŽböqN‚ KĨÁé­:‹yWžėŋĢ"—ß{xĀ$Kī¤ŋ“Áí¸ü4P§ŽŦÖ\ˇüŽbz|›‡œmŊ›ņhäXȃ0#ŦƒxŅä#fķÂhœÉĐĸjă3ŠĢ7$Iž …Íą­ŸZc¯láUQK]ÖŊaô˙ˇœlsJš0Mŗ`ĪvÜũŋŪ`Iî%ÎdG–ī˛­~ĸÛmĩ§8č8­Ĩæņr¨ë?Ķán§ŌĀŊŠÜWK‰Ųa.Ŗ›u8KIŽĘoFrČōĪą[C=ŒŒöDߊx&Ņ5]äMZIēņĮę…ŗŖC*LHYBúÄž/7Âĩf“jeČāšŨŖĘųî˜VŪ;œn{§qÎQuqOšrŦvc—íŊf§Ę@”U˜SU>ņņ‘s$›>-ņr@Ë|—˛´aŖ ŽcP‘7Öį÷:ų& ĀerFvÚ}Zeé[Ŧšĸ\=é\HOjûyˇZĩsA?ö‰D'.ãÖŒ \˙\-’šuG~übB+5Đj Ō{?×všš¨: €VĮxė÷ĩ!Ŧ%=åÕ3”@SmęČ”šLķßšŽ.ˆaŗ9}I īÅŒŅšÂXrYŽNՌüQ&Í#÷GģÃMú9FõŲxQAbyŸûį#øŨ›ãųä¨D8YRƍäƒ%WŽ€ëÉĖCâE6]qŋk[ŨÔŽ}ÅĪ PŲô}<•°CØËcŪ4,1g Ņę˜Ŧ)D…Q7 kũ#œ4?zmáBm­œÔ°ÍīF­LmŨX{¯vŋŌw ãŋ;$ī‹áQĸjۊ- {dwä8ÁÄUîfĶĻˇAr ,KģÜ:æžŖĄ4UÁŗÖĮˆ‘…‰ˆæ*°ÎEŦŖ,‚°QNÕįƒLDĀēV‘ŧŊŌ“eÛ/ ‰~&Wˇ ģ$ƒÃJōņš|ÃmĪL#x*Kõīí¸)ÕûexŽÉm˜¯÷bũ×ļl2ÕôXR­’ĸļî+;ę;3ÚąĮĀ7üäWÂÅŅlāÁ$÷ŌsfÕÃņøîÖ´CúÎ6Č,gū" ‘ÚüؘÖC”?ĮoÕOœ]<ŗ]—nŗEJŒ”Í“/‘hLtUŌ>ëĐõywč˛G"/ŦîÚ1ģLûPg}í7›ÃZūtŲ‹ĒúVšƒ?^EÎĩiųgŠúãĀ*Ų‹mfĢFŋRu˛Ē„Ũ¨%Qld.ŗeōæ˛€zû+ ^ITÃÎŊåk§>Á/ō ĮBũ:ųhŪt]2&N›’=8FĘrÛ°Rž0p&M(ܗqÂ(ėšŦíG så H=ײ,Ž‡:vøR%ÔÁIpDĒ-•cb˛ÖĨ{î€Aū´›? .F[Āۚ<žĮ(ÜĢÅĖž&5ŠXĮeP,ōlņäQŽ™)kB„sŦ9ԟŠtp#Ä÷ đ­÷ā"ĻĀ¯å|-XA_Ic€$ü¤Õ“fE âŠ,ÜÔGG¤LöÔ\ĐéVEōIdĢÚr‘Ôį'SGk“– 6ÎôÖIå™Ŋ ldKlcfcŦë7,d–7sp¯dnĨėNĖg*b „2&+˙ í$I LŨ„9”´ĩŅ÷âŖf1b:,If&ŠCÎE™AėÅiĄ žŦ¸hĀ¯°ü†7n§3ĖbtĩjËĨË֓’’˙Jú7¯ŌD=ÜäąđS|öbI´ķßÖÉĢo܇UgnÆb,Bt>O@.VŌlŽŦĘ‚†Ŗ^Ŋ‰ąøĄ$s˙Í ¤8ĘŅ âá2ĀÛSŊä^Š—ŲHē†FūÂdpŸHÎ}ú‰Ęãl´ŗ¤õÖĒÍ8°âÆô”Û0¯Ü6đY€ŒJfuį#ž0ĮŌēÂunuš¸[­9dI¸ÚŠčC!UđŌÕŪ˛“˜‘L`ļ/Q8AtDË9ĨŒG æ1/æSąwœyš~3'BƒĀŨ saLaîŒ.5‡fũNŒŲuY~Ŧ:ž6aí ”/w‚ i`ëjč‚ĻŠXjFŅJ&>×I ˜°MAUJ/Î䟊߅RĪ Ŋ툝‰å֒‹ø$ÉR}˙mŲ×Äč7ÁįÚŸÅUŧ6hÂ>ąĀ;"0üv÷\îœāŊĶÆ[dûá›ãÄ=eˆ]’QˇWr/ÔEG~íģĒ¸ ŠŊeI|–÷ĸHŋ{ū|Tí‰Ĩ÷V™7•E0ĸđD‡0RÁaåU?}īŊËÛp[ū†Į3b,XĢ+zבGĸ”ŪA´WGV\Âáaŗf*ƒė…$‰vŅē”@ÄÔ|Ģà úĐË ÛąŠÍ‡[ĀØezJXQN}Ė%‰V 5ŧÖ ÂīƒđŠObLÕ<úhĮt­6lĖú ŽŠÍŌE„ƒē†}\ß&Ū EÚS"ŨÕ¤”ģɝ–gŒ™„…LænģŅ“äÖ`ņŞĸ8 {ÂgX1tļ× ha[K[38N•ŊŪū´˛b×zŧĄGĶp~‚Ô22ŨŲēՍ*5­PĐIOĢēoe;ÜLüäųæBמĮ@"$Ãx)áę;“/qÛN&PAnÖ,ļj€ĐōYģŽ*÷°v[Ep3gXfŧįĀ*{szārī”āq“7ī[„¤KáԆģé&ŊZ*W… ‹ˇßÖŠ/đĨ‚!ĸ3¤Šî‰ærÅäō$ŋŨ Âžhߐoyh6íYX~vĢRôîÜĮ=•Ų°'Öé1Ėé‡ÅGFk#Ξ’=šģnĶÜ@ŸpŅ­áö§~+O*˙å´Ģ 4Ė”š4ŪđķĐę)Ŧ X“šP×ŧú ŧĖČ/.Ī:yQŽ)¸ŗŠ“)ˇ•[ÄŌ¤ 5Ô3/H›yĀiȊĒõKöÄō§Ü íhĸį~Mīo_ģ0{—rgĻĀw„ę&é (ŨRÃDüŌĒŊ R>čÖg7¸Īfę<ŖŨĄđÁĻŲÚIŪĄSžvųDĮË%ÆÎÄ|×l¨øšd9ûÕ Ū¤5P7Q=? ËŪ+ūĻ 4Đ~ũ†cīâ™ ã‚`íļB´īg Eåŧ¤;ŧ<Ē)CŗI6Š <#+¯L¨Ã°ęŪČ 6îu—˛WO JŒE›>’Då-'ŊeˆėŦģ§ Ŧôm W%Ošh…Ëe™ë¨Ëˇē„C‡+# ąĄ,swR íoēĨ. (’ė‚¨ėDsũ›%1†2úxz3=Ší(-ˆ7ŋūDËqŨvôfķfäÔąā1¨BI1„Q—ŗ¤Âzũ$…zÆoBJā•LāĒ4*¯ƒ ˜˜%ŒŸŌ˛ Ûą5ļxÃ×XąfĀģÎ΁îĨZhš„ÎÁ…ą{Ķ đW!Ö¨<ũųlJķ>.Ę$Ąß9֊ūWÁ|MüЖn äŌ°v\ūŊ~áųâmĶĸėn÷…!ņČëhŌú),Õ'ŠpžHPYeÆ7Wžö$Ląl¤%ŧūFĮL`rŒčžš_ˆĪÍüĮ‡‚‡Âøą›;ãƒzÄiŋ–sÄģđeŧ•ožŗD¨ŨK”Abží$4Åû ūt3ë"‰“Ŗâđ¤pV˙€û4īąžOD5•$S ’ą÷Ür`mņÂd#īvõ|ē„.ąĪĖø‰ķ3'WÜŗ§NŦJšeŽlw•(S]ÎhļΛ w%ũņõzÔKÆCūjî†āŽČ÷v>ōsÎŦŅj´ú9øō˛đQË)Ü!¤[¤œq°rø>ũäiĘĻÄ9ÍnÖ+\žĨ7ڊÎo0ÂĒķ¸čOƒáÚÄđÜō3ˆSĸãl}äNąķĄ>šŊ_4ßŪŠ‘]&¯N™Û4¸’!Ō×IÔ18ûÖŧ—ÄŋĩŦz´ĩ0ˇŧ‡† g&ÉFßē‡ĪyËĨĖ΍fc˛&XeÂГŒqÔ~ ŗâ#‰9ƒđėĢū7ø‘6†TŖą­ų Bž 0ž-NĖ8gÉĀ`iה;oĨģ D„nL—Wœ’ ÂHë÷ypãÅFgBĀ’læ}ę^_ĒėWŽˆÉÅmP/EŒ(“õĻVė3Š kī]Å1ÛfJwæēwßLęPį‚^ąxgĮčMČMTaīŒā"å^ãã°/{,cŠu^Í]õĸ& m Á2ZhųĢú6ĩ'Įz˙r'Ž: H7ˇFĩÅ ¯Gą‹ęÖü1Ŗߐ…˛ĮG¨pų53yķŠŠļpą CÁ+ŗAßoWpFHĘa9?ækŦzN_ E}g“hĮŋŗn|_•Â‚”^Į# âPEN|åĄHP÷6Üč ōÔėu,gNīqJŒs,ô\ÆÎ>,ĮY,ë?'ŧåądĘMÍaņH“h%Z-ՇE¨“hcAvĸAĘČ×u‘Ø‹X˛y.Į•áĩl YÖ_ž}ũüõß˙üũķĪ?˙öé¯?úņĶׯßøôíûŸŋ}úã‡Ī?|ûōõ_˙øũĪ“eũ_FYŸ}†EO%ÜĄ™ˇ‚gåãcY<Ü`Ĩõ=‡âšäÅRâЙÎôŅ\¤Įe|A¸’Ŗ¸ŧ…Žˆ\pģ×ZYIĐÛÍæ´ĘŊ…Ņ›Ŋ‰îŦb}ŪrŅŲŽ×dĘĖĪ+œÚŸĨ1¤ę‚ 7⤏ųŨŊa+cAq]ug´GČ5‰^šKGuߝ+žĶOļôņîļŗá×rŽD˜ČŖ Đ#,ōC™ĨLgXʁˇ#Ŋ;-jˆ!EK1:V> „dąļųZaú]nĻ<& ˇũžaYg^ÖŠ”,…eߒŗp’ŗOh=@ænDĢDˇ}xV֝^čZ@ĐĩĒW&¸`2EKļˇļđŠŖÃ\fä4yąšščgvų]w;Q<2X*ŖSŋõ&ņe”xō¨4Å|š“ŗw z3ö˛ <,8ŒÛcƒM…tĢƒĢ[ÜlũÜä•q?b`ô)Ą8œ'“Ô㞍՚rÚ}=ÃĄēš7ŲkÆZw"īĪۂņ  ú5įŌļ!¨đz{^uŒ0˛ļZÜ)ãf‘œąË{ē¨<9™øԍŨĘŅu+wáy&§aŽŠsxužĮ×8r6ƒ-ÕŒ;ščfw’­k„› r(ĢŠt€(Ģqr€Â§øØäĢ0iĪĻ÷ԑ :–¸(Løēa?ķ†× vpŽĪ]=ģÛ‚áôĪPP>ÛJĘ oˇ]“‹ÛM´Ũ—}c.I‹^ãŧ2ŽkSÆŌ%L`ĻølxķøE÷.Ņ\_  .R} ~‘ˇ8ģģ”š˛cΊ{|đ€U7a œP{ģđĶ‹T~ģēŠč&“{TYÁ }ŽWä‚î6Ĩ PœkS ˆë)Šęĸ7n¨*i ššë™0œĢZŦ‹īŌ]oÍČAū8>ØՓîˇæúXŦĶf¨ZošUE¨™ČlŋP´w':§ųŲļÄ&uß=ļzY5UOŧ tKC7ív––`ōŋŗ[Æģĸ‚ęZ,Čā4ŗ6"J0ķ`ʧSF…ũų¨đÁÚĄL¤ŖnôÅríõ•4^õc%ĐĐy'ųR €ÉKh !kíbođ§ŽéL,Õ&Žf5ņáQƒÉŲ§Ņ=XĘ[Ö ÁX™tÎŨŲ”ĘãšG˜âwī`%Ũ7€Mė8¯ô ‰¸¨„éœ@ĩá-<_Œ>°īG]´ŲÎ šså˜cM8‚Î8\é.ŋCûRthKälâ SP§¨–ŽãY‚v6ō9š1į¸˙–r,x^Ĩʸ%Z/Æįr”î)B͚kaœæ2E8˙Jõ-Võšī@a'|wV@ á?>Öeēt˛wB'<˙Ø ĸŖxJ$ŧÂ#į‚ķF¨ĩ:s ˜ā%č˙hW\ÕŊ šĖvjęJąTī#Ŗ€Ģ8žÕƒyL[ôéŪĮ­]RsC ík…|āL6Áė&E19%Á 3ācä*Ö3d–rôw›Ļb؈tĸ_}[ĸ&C6ŽABäũ6‚].ÉĶ‚ąŗ9ƒ*~‚1ÄƉŖËØ2}”Õ`_ hŨtXĀv› bāWÍÂ8đ|ī‰žm_ļsũÚ5וĶĩ{cTYV‚][žCš‘Æ&ßČWMîxDRÕm’("PĢ'Ōz,Ë đv=  •˛­$Ę2‘^áŒ+ičdųE)ž\RŌ7’!K™tž/Ģ6MŽˆŦÕÔj°˜^aÁdÔŧT2Ė%˛PŽ‹Ŧ;ˆšä|GŠ—Ą•Ŋ1‡¨„ΈîĒ‰drijûNĘ[ÍNËXsKĶeАŖ.Q˛ū’ąyī0‘§_ˇ\žŠf \RÄšŠNM€ŲĻâ‹ėČÉôû2ķ×LŽYûa>Û÷Ącānž:‘2÷×ŗHēņ YËĨÍ1.ŠÃ5œú€r2MĪ2iÜæÜ0GšUÃZŪœ˛•øÔęsÁœzfķã Üįz1•Ų•a dčÕ˛BoįŦVĨ5ÆNn6§ū.íācü=*…Œåü*ēM—ÅÕąĪķƒŗÉĀj%+, ŌĄĶ䘀û‡ØĻļD6WēiÖ1žáĪĄQaŅ!Š€ų%)¯,eMËo„ {;y•íBOŗ™ÉV}ŌîšöĨŽúųæ¤æ1=~q Ņ%Tœ]2đ8ũíˇš6*oQœ^M€õ! ŠĐÚķ9öĶ WßCĮ´¸q™9[=“zŦķ3vĘ:uDRŨ˙xlōÁ´rÆ|Z3v•æŸĪ Q75G ʜ‹p-ŖWMå=ĮĩŸT%,ģĖL-ąß |  L^ûÎīķŅ´ŗ:EΠĘėîŧgabXUú@ ATb(ŲQQŠšŲ¯ĖŖZ¯Ģ€gíģt1•›ĶģĒq;ôcwõVĩ×ĨŽ Ō*¤’D]&ģv{”—bōā KØDf?ąĻh¨Ā"*ŖĢą–Eŗ.ŨHû°ĪŲœ~´NPĖ7ĪŊ4^€žũĘnč U‘“™Ÿ˜#ŌŠÍŋŠŽ82Ģōô[i۔Tbō*ãœÁ LĪxVu™få ,á ņ@W=UL34.úÕˇÃ÷uĀãD™ŗ7`G™ˆ\aÛļ‘aBhj $h(8Ū„Ė”ÖĀčū¨īfC÷"Ēw˛¸g­ŲŌ.īŽũĘšĶœ]čøLŦ „ļįŠ4Ŗ‰JNņ`I“‹ĩÆXĒDSļĨJTė¤Ī=É%ęuĘꄚŪĐTÆĀX°Ī‹s$X:~|ÎŊĻ§ŌŠQ§ÂÂŖÎÛz¤ĒrMâctŽŗ6gú^˛Ĩôōęĸ| 0ÎÍámä›YzáJ”# 5Н›å>˙XĨŠ~$MƒeakŅ•H§G*p’— PSąŊ2įpF’\ĸx=,Ą6 ˛Īä)Zr–DŽ„U4]×pŠáJ¯w ŗëĨí"V–Œ'ėšˆˇÄ:F´sĄ™{vŌ“áĒK\žõ†îžƒ(žrī+Į?Œ?š%9‡ŅOīž™Ÿed)T8eÄÆųŨĘFėÚĻYĖČ6\nFęZ;Ŋt5ë2Žėy)ŖŽ(ÂŽ]{>SžŌ–°ôRę{Ģ• 92ēÆ1æˇĀÖímĻ ´ áÍį‰ˆ¤Hf@YUß­§ŋæ:ÚŊ/(&3 élLŪr$81[[CĖĩŧä`œč7s1Œh3ÆëRÚ^:ē:ĸˇ˙יpM\͛^ō%Tën8Wøā3°mËûõē9c>JaĶáNo)BYDc—âĮėHü@ßĨLKƒŨuré>ũ_Ĩ/xrS•Ė@LĀ{W›‰ŦÃ;ˆœw›Ķ7 \¯åŊcŪĖ‰ÕŊt’31ڊ#üs<äŗí€áGkŠ>3\Ч /5ūđÉňļŗÍ)CŽcĢÄ–Rž›öGú4÷^Ļ{ŸąĮ˜ŦÎũĖ ú’uģŸ!cqs hH+VĒ-y§ēçcÛ+pŌ[ ~IX]ėĸöÍGŌ­y^:tuĒĸ&+3ūuČRæ‘û5ũˇØ02ęyt;ģ&ŸI‡fAúÄā}˛l÷…bŪ–øÄģž{3ÄĄĮO€Hí×Į.ŧsĒSė+¯Xļ‡‰ÖpZXāõ>­)9ŊĮ9lQā§|×Îēũiܘ¯R,ī “ŠĻë*Ķāš1÷ œŠą žŲ ˜F ŽŸ_ bDIGŋ/î„Á(čįI2.Õ ––(yŧÁ \ˆŅ:f‘ĖŪ?đ4É2;sJŠÖz>ŅüšdÔ1šaŅjaÕR˜ÖŠ°ŽD°x2VÆËøm‚e­D‹/sŌĄUņW9ŋM\ŸŠįHj¯˜}˜(†&2õŽ+ ôŅ–}„LÆVŗįmūÂ<í3ŽÃęÉ~ŲŨøíF“;ĒœũŠÔ1ríJÅmM0ĄĐļ$,ũ{™Y"riEÎl%0öŠg­éa=NŌ<ᑠ­Õ˜u Ã5{[įĶjƒ‚bø^ Gî åIą‹UMIæEĄzC ’ÚF`FIėNr­-.øļm-‘„^ˇ­ÜŗCĶy˜›VŨ,ÕTĻi†4¸@ī“SŋŒēÚ]Ĩ Š¸­ájŽ~v×Á5Š jQŗ•GŽ3ļ–‰ĻîÄYÍíß˂ší%€HęųZÜõĐWÖf‚đw/“ƒ­„Y`pĻt´s–‰ēFĮܖ#ú-ĸĒÍtȨ„"x­‘lz&šÖ6ÚÉīv›/Ļ/>RÔēYz7+ęĶ[Ē90,wx|6Ĩt]?õČ⚭ËAQåŲ˜å¸ˆ6Į‡)úŋ!‘­9f”OŦ ųFs)#Ö!]G-W˛>gĸ.zŠ‡ÎŖÉņ\¯tëĪ”ׁ}l^ōŸ`ēĒc<lƒ‘*E>¤Y…KžP„xe^Gj&ŗ.š_tl&X5ĄâÅZ]ú÷Ėa ƒĪUŽīKĨIĖũ™ZP'Ŋŗ>b€ÎĪ˙s¤=zųŦÔD,įņ^ €:žčá dV[ĻÂŧSiŦŒâ#Õã“S´ŒsD{Ž˜ –ö‚›×$ĒŠģŲ~BõPdfčú5T&Š°ö-;ŲõĨī!W;‚pë SŦŨĘ īÍmlÎrRŅ‹Ē=ûōŗŸõLÄōô™ ]™O?¨Iy=–:bc^đz#%¸¨a8,.íĪ —Ū:ĨŋHšG˛ėÔ)‹t}=ģ6ë2yŽ°ī;>’Æáę,ļ˜ÄyË+liĖĖįĀôFČ9@”ė[žqTŽĪ€-ūō´E¨3¨s–_€NŠŅ¯“ūÎĻi•ŸgËÛJc• aŠžS˙.žÃŊŅl?7ŽÁŧ8ĸ€īæšķk|ÆÉŲ](Đ,Ûģ“ā5…xÕšn2`f7žČ ĶTâz:uF3ãžíŒO5ėŌAú33ŗƒ]‚b5JŖm=ˇĮ‚œä•é—ėRˆTŨŅuų6{חûA aģWˌ^ŊW]—`ū[Ž.uŽ×ūįtĶëäĘ/o…ĩΔËÉNdîQWtŠ šÛ¯3´$iŒ¨æhJîîi/ +ōā1†ŪēƒUüŗ”Vø§øŠY0Ę¯Cœ"­ÍŨUv"„”čTí¸×Í0$,đ9:ŨŒPGĄ*֑RōˆūŧäFdÁHëáŌÚChgúŨZțPŲoLHj9 (‹&§‚īķ%py:܉ą­Õã#Ā/„ån˛ļ2ōŖčÚPoĩĀ(¨“…„&DY›å–UĘĢÖ Ŗž‡ŒŊ­;"‹vx?ŌT<:tn4†CpįX3ąI,ÚK¤éhíųĸFˆ°]ä0Tá÷Ŋn4Y§•!§5oĖŨÃĖf7­Z‰Ų&\ÁZmĪ=ŠKÜ÷HXĐá‘H– 6ĸy$˙$nˆ2íĀ%nŲŦ ūæväK^Å{?)švÆĀVÍŋ6q%ÖqœízM4ŧŖĻ(¨wÚlŗ!˜FLŽĖ4Y†=ŸO$AŌÍĖΙĐÚ ¤ôn÷/ĶĶ\Ą"ōiQqŨzvŪX1~CŊšCôĒC*Nw.m‹ãS1˛ˆ–ėDZ“V6åg ’ OĄh]Íēį9ŊfĨ•ˆˆMĐb]‰‡­‘Ī€I‹1ëõö;{ãün¨{á˛g+å¤iZrŒâ1ßî"€ŒPÎM{Ôv‚â¸AĖ˛ÚĐ˙Ú3lî3AŅĢĨ,-Ų’ŧŖĐBWš?^ :p˛ēBL1oīŧŠ +“Ü Ŗ˙L¤4æ>SIp;eqAĘ=#Ŗ‹é[ĻdČ)c*ųf3™šQ/›í0GõL%\¤OéˇÎŨ_TAlösõĐ ~ZßfHālø M‹+dĻGēaŽm: œā8Š`嘰~ pãę÷4z៍÷áĘč.ĒÂļ$¤šrk¨üĒüË>]]œJŠF¨‹Q§Æ›dēb‘E|)T¸ķЁe*VØe÷90õÁW1b@”Š-Mą|¸˛ac68kŸšČIĪlfûf=Eč§|6S×FdÂÅųzæĖTmøû]^֏(iŅŪI8šČû™öāüÄKĻtûWž>8 KJlÛ{Œß„ŠyÍ7X(ĪPŦL,wgp0qļ¨X"ėŽĐsLډx^ĸŌÕÄĘéē–éę¸öõSzļ/Œ4Ú¨ÍIĩ+(æûšđh_7Q'ûOfÜP+TđNS;Øä/üņEęœņkA|fÅ3EŋbWĀ‰D€@I#sŖØĒČā|in&EģŽ€†Ę˜ÂHmÚE˛‡TŠi›[Ē ^”LˆAäĀ°˜o1r­Rā˙íąŪ¤_ķļƎŽøOí;-ũÅB1Tˇ€TŽ&Y&^˙íš•#ÆE8Ē3ŠŦŸ%é$ĪI÷ܘög”cIG¯dž6ÉOaļ#ؕĩÍBĀÜdbŒ™˜ĢBnŽåR7K+ĸ žŨD]5ÂÄs He Չ@Ú¤VKūĐá“wEäbiˆå*ÔõžįÚéMî}dŖņ”x]~vö@…7ܝ~ŧTÕw[îą~ŋžË&J öĨųĸ€˛ ĨSOTđjö‹ãi•Lu,ėÆuÕöEŦīDGŪ„´-8~wļĻ77‰1äęį0Ü°{3Į|ų “ĶHˇÆh5TÚ­3‰+ۘ`a­—ė× m}g5Ôšß*(î>Tq‘KOŧUčÛđÅDūę@˟ Åvõ\ņWl1ėē7Y“įÂķWš+果 üXė^eš"üIڍ(|9.ZõÆŗ) Ō§ļÉkĮ!….‹AŠŪÅM6{_¤OePƒGɯĸōŪUGDƒŪē˜8ZÜcŸ÷Ŧŧ™ŌÃsŸđc3Ŧ›âČc9G6rxŌDļEž_ƒœŧ'rĮ\á›,6™/¨RΞ™úŦá ė}0Ũ•R-Xí̓@aL-•ãYÍ" P8&Ūŗēâé[ƀuĮ{0§–NW-ÚÜ,WAåô+_vŌLĻ\oÅģųß9iŲ”"(sʒ‚Ũ%Đxi é. Ûˇ%CŒäCí…čâøԈ)œ*ŲxŌ F,>qŸÂŊČ/?J–Ī”€œ‹Š ųpąw1ÍCØwĸßîNĨŦ<Ü}ü8m0ėš8åIœį`+4I7>K•Wî §úĩGžž[úęœŦ—ÖHûpÎ9ŗ5ā­¸÷°¸ė÷R(âŖčq´ēR[nh´Ŗbõž´CYzXęYCs°RĢ ģ!sé6ÕŖ a’ŠfqˇŠōÉÄßf$ Ÿa=×ū0ÃĒ÷hkiĘ%ũ*&—žŽX K.§ĐķH]ËĢ|NŲ„ú:}mĪØÜNįw3Į7š,āWd¸â¤vE˜ÁÁąĖ=üW¤Ābë éŦ#ŅjŅĨ×nwOlC}SËDŅŽzČ  Qüe”7ÎCįIÆ.§mū/÷feŧ6ĻįÃBØŠˇ6‚ģÁ[Ž#GxÄÛjôœ#ÎÜk\…:­5ĪÂæŦQW¯6YôÆÁ ŋ3ɯræF^v’`„Ájū,æŽ|‹æ) ø,1•ÁyŦŊûˆ‚Pîķ7–ÁŖĒj!Į$sPMņŒ`ųŌ¯Ŗ Saķ‰§ ĐDƗq“dĪ¯düfėˆŲŽŋéšîwîjh7~™ø5rLLxWávĀsįŠ~­ŪŖ66vL.nH Ūî÷ā¯ R‘ĪķiŸ"2ASÁX!ÆãafŗꏡĸĶģ]°!Š-GĖeœV”n…N(ĀFī~ Yė,g{3ATīCÎēHņēŽQĮtląŧ}x,oũ]÷X›RˆŲĖÍeœÂÜÕî+|°ÉŅnręÉ'ķøĄĄ´ā™EߘqEõĐõí-Œņœp…ubOfž_’ÚK’]ĖĒ/o(kĩēah#éÆb,>rUD$˜<-›ÁŲÃ.îXƒÕ$_÷žoŸŸr$ ĸb)oÖW÷ Ô îˇ4urxą+LdŒ‰K‡_ļnŽ:ū É4ÕĪžŅNĖzy?¸ŽëũŪĐ#ÍՍ3ŪaFH950ŗ…“zc‰…ÁčÕBN:ĖJn¤yÔĪIŊ5{æ]—|ldŋ g7oĩ<87Œ“õķÆW•Å;ëōĮ!"ƒŊb밁oŠūÂįzŲ8<†ļéŊ0Ëwė;ņܑqíÚ)ŋ^ĸWĪMÁ‘CKZĪˆ$ŒüŒĘ×´æąđ:fIž…ũ€jrV:qTŪ\=ä,ŒXbáI8ČēšD{Àiû5 ø}¸LŌ­ŦGoæp€đɍbƒĪÛÉûCa_nŦ+ĸŽø/ķÄ´Ų=žŨ8cŌ’ĮWL!#öŨō|įߚ@ļdĸû)īEŪeR”4ú ˜âuŽ›Ģ$ÔÅ5­D’•~Į7IÉrF<ÜąO@ĪvŦ_Ŗŗĩ&X-&+Ž=7ĮXčÖ Æš=gnÆâÂ1T„TŽ‘C6ļkžHæ\×ĻVÛÔ *CØėû5ÄCŅę7mŅ€>WëŲŅ$H?œPyT˙Ī“f qȗ֙sɐ^íHī ĘØ1 ›G#i=f4ákʇ.a—OGŅ"ĐŧfįQ¸ö`ÛÖØŋlDäœYĖÜ*´Bd-á‚D懚Ē9HË5'ĮI¤žf‹Īb¸\įß+Č0¤œ]äîđÕjĖ!;QļÅcŽōy?ī7Î+Ë5ÂĄ‘AūąUƒŲëÃpâÉbŒ}įūĖsĄąsM8æÍŨŽädüž^ˆqRh%ķ Áŧ~9›įŧ DaŋŒŽzr$FQc é¤:ŪŊI)cV.ÚIŗLŋt‹Į`DF¨ĸ‘ļpŲŌ)î“\9žwÂ,ĪOŽlpœ7Ęøä‡ĐI=ß÷c’Ūŋ1ēîß"ĶË7)÷%E?x­í>_ņRø!ÔŗiR”æüß˙Ī˙ú_Ÿŋūđųķ_úŋ~üå‡_>˙ã÷Ÿ~úí÷¯ũđéÛ×_>úúס?}ûã‡oŸ~ũíןž~ûãË/Ÿúķ~ūč9ŽkdFŠäŲ™Î”;üjčāė´ŗr=cürø|ĪĒ3JČ1ä˛2=y\é­Jv>miä8ŗŽ{@{É&ßŊ#á>ÅÉ)0ΤU€üÍûVÂø™nŨ Į.R“Īß`juEjml–ˆņÎoq<Ɉ5 –¯“î@ĒŖ^Y~Đ1bř[†ĄŠŋRĸņP˜p~Ė…û¤€OŨ˜NY˜GÎ͡ņGá„ÚãKĸėŲ$Ī?Ģ^ˆÖtm9Cf€qžČyÖÕp›5HN ]?ĢbcÕâ(­8Ļti;‰,ŸĐķ˙/Ē€‚Ą äɃ6ž5šĩę]fc.?—x~áķc+[ČOĖŖēø2ˍ׀6ŌPĀį•RŌŧDV–ë,ŒÍN>I‘e™U2čgķĮīYnWƒ3ņEŦ;§ÂBN>CŌC˙â—N@AI?čdŌ–œŧÂÆg$Ķ#ķ|}߅&Ädą9 îX)åyU7ˇ—žčæs˙ ē?3ēÃ˙ãÖâņ#ę‰Cœ<_āMœmĪîĶ4`‚ajŧ ė>0ÔkâWôãŽK\ƒŠWÆo+$ vô –n˜8 uĩ‡¯šÖa9#hé[7Öé#ËQ´ķē¸ƒ‘k…ZKįí™Íč¨ZöÖLD´īYū <æčÉ´]9‘O -rƒŠĀüØJP ļ„2˛b2AƯŒēôhAȊEZë/Å9øīZīãüĶ/ŋüđåŋũú˗˙øí˧/ŋ˙øÛ§¯?}˙ųŸˇī_?úņ‡˙üōûˇīŋ˙öų×_ÁÕųˇ,ĮŨeÄ÷š/ü.˜9į—rŊtēĮ įÖņ¤PŠgY°K$û×Iæ°'8æÕ‡Äđ~C„2îĸĀš,TyŸbåŋ•sˇō‡æKQXŽLf–°C![(+qŖíšQŦĸékaÉ'H” üPÚķūŒĢCĨ¤¤+7+wBņrūėcÚAđqä~x(‚’-ē ëLa:w>ƒF6ÅlÔV ]*úš.ļŽĘnŽĻuĨņņ9WëÖߋAĩ5ÁÍf OĖ¤o$dÂú¨xĄk¨÷:•ŌŲ{đ7ĪØķúyŽō]ēų‘rHņ|°mY™ƒįĪŒolķ āĮ“&čPĒúš˙„ŧ•ė1Cî|…ŧF5QkZoÂsKÅũĪ˙ėãÛūų§Ī?ūđī?ūūûīūųåĶĪŋ˙Ģāūå‡_?}ûųķīŸ~˙éû/ŋũņßßŋ˙ņĮ?ßvļģ˙ųmī§‘@($į=šJ´ä™q•JnCę&Į‹Éd›P‘Ę!A¯Qԉį"ŲŠÆeˆaL_ƒęĸž el Ø#Lōn_aíÖ[ÁF[ĪĢwų•4>ÄTEÎuH‚&˙ŋRAS<3]q(׉°Ū¸ķ”Žb}n¤Ļä9îĀSQĀ‹đ19˙ËÆč˙ü'Œ ß˙āã?BŽę–n>VŧĄ¯¸āú]1*ՌŊč˛A7ūŧ?ļ‡{Vŋ}ūá§ŪL_ž˙õĪKé_WŅį>Ģßžüõéûīŋûôų÷_ūé×/?~ũņ—5‡õß\LĖŸâE$Áų‰—“—%ëMđDÎä5[Ë 3>j´Té׈ėāĩëun?iÉYĄ ˛#uūÉō;LT•=v.HБ;ŒQ‚qĀŅn#!0™6îīÍu×ĮæzŌ\ŌrÕ˙ßúëëū?î¯˙ÛkÜn˙6•wŲŲbŋöü7ũõRH _ũũ56g”A ĀxDņąÅfKųŪbCƒ˙ĪMöŲ.ūŊËū?h˛ÉĩDžŽmVøUČ}GŌR œĐâКƒx†{rÚnÉXžskÂPRÜæÛMØiŖf“*6—W[ÁŠ6} Ä3ˇ ŋh˛“ÖKŠMäĒžŠ—&ü?wäøԔEĄŲ˛3ī§1t¸ ¸>üfĻ™Znîzã­q¨ā_ŧ 41 ¸Íĩ˜LÃ.§h€QŽá¨xũ*2āŊŅåhĸ$gGzqvŽŽĀ˙ĒJ6üÛ 5 ąŦOåĖĐ2M™É,Ŋ;uqßįOŸNøĖ9ū)˜}€Āt āå* €´ī܅zXÜz‘i;5įŒļō|˙2æ) Yß#²Üé‹åßi’Ÿ[ØÁÖő°ų\&ôËÍe΃lÔđ7 %^ō YRŒMØé˛fOá{s&X°ãū&OĒ3žŧ3ƒ ‘2Ø~ÕĶRë÷ą™¤čBZRP™ÛWôkL÷ō4TTˆ0*ˇ6„Oūĸ܉ę:^VÅáuū)Īũ|FØ7–9G;¤ĩŲꔍŧ˛ĩ%÷ˇ˛Í'(ŪԖķŌ–?*ã>ÍOõâ81'—”g{ q9ÜŧSU’nøCC-Å.ÂęΊĐH(ŌË%ŧÖÄ7†€ U^ņęP\Īcsņ>Xzˇ2&CI p™ņôëCŨÔĒŪF ۙžaԊéÔ*ėyĪ 8™h’ŒT§Ęoô1Ā•îÍX¤Zz Ų}đÅMÛģ&Īņ|UÃB™ ¤¤WÜä’~ŪŲßyįÖz$YĨ“îĀī‰ô=úË0ÔŖ Šsë,_8™×ÅÃčŅM>{há™Si{ß[ēįīˆĢHxąMRhQüoģœ­ō3Tƒģ¸ļdmnĢgāČ+ÉmFŠd!g™ĘčÜ_†ĩÄÁ0ĩĩ|P°5iëÉ8_ƒ‘ā]ÅÅëéWĒ‚RŨļĻä2—˛ZƒáDú×)•ÖOü v™ËWlƒHãŠÔė1nB.ãŲ5Vn¸üAbAIļŌÎHQ ÂÖ@“„T]s§’ŽWŧÁ$cžķŸāđĨ ŽŒ ŸâĀrēs:ŠdõpĄyĨ§áOÉdôܗįĨöa2yn _Ķ'’+ČŦ€ŗ(ߛ[ÂXö}¤ä”+ō<‚u=pGP[1ų-Œ¸ ø…ÖĻ7m9íáU]ʎ+yuđמ?Tk–„ŊZŠéēÍąJü‹L…Ö+íH՛ķ4‡ŽqÂėI Ą†vķ¯é7æÁ&  )°dÚūDÔ=ŖāsĒĀR8Ô;ŅRúz”ˇ°úûÄ•6Ü#x(Yđaț0uÔ5›HžŗÆŖt¨āgHEä́\PžĖ2&4Q)D{ŊßqŖJJÄī~Žė` Ēķ9‚u9įdįč—<Ąwkž Qp„ķ‚ü,r/1‚…—]×åIßŋXÂËãŸėfßz)ĮH´GåĨ ĢŨû sų€ŽOŅŸfŽR%ndlTŠįŊ_žģy6‚ë/ŧg3Ô/‘iž„ÛI~HE7Ņ o‹)ĮŖßŗĶŗĘRfLi×К-CEĐ#„–@ÎE(qžXŽĪz˜Ä0ƒØÃągq~ęQž–uEYŽŦNíRR˙¸”…߉zŊtĻĀ’MÎŲ:pŽšõ\—Gtc‹)ęŨ5ĻqĄNy°Ķ~;DŋúŊWå|Ŗ5Ĩ™háÍUĒŒ‚ɲ‰b ,Æ1ȐĶ~8ĖpĪwË*ÅĘ+öē+oå ˜€™Ė{¨FA`˛áæĻ”¯û„Í=šøŽQļ †^b „Ų¤ƒ Ķ“ŒŖ3\pöŽ]°1įkŖĂöPßË2ÍÁĘŲ¨gv°>…mWZÍBq$đßâÔū¸!ü4ŗĨã}étDØęfÂr>u'|yũĀČp]kÔ´Ûšg¤Cɉzą÷IåĀZžâŽâĢUÉ+ãÃčQŒŖ¤đeŋÆ”“ãĘ ­ØÂ]ŸáĄãŽ>u(mM0Rđ”Ô1mdūÃi;c Ų3ũÛûÁ‡~Í ÁtŨ(uŋ6Ž•Sü&rKHøŪSĪ´>Ņz2MSķá\¨YvúuOš.*)`ņ‰Á=—ķ hƒ'ÃÚ:OtôÎĖ!ĀÜb¯ŖEYÄīÄn`iŊĸmŧ-ˇĢ[ë{ĘŋuƒĖRv#•§áYU›$uŗ™}å¨Ã2ΐ būúsŅ ’Tšš–ĄiÚĶ°ˆŦȌkžŖln+äÛ F×e/˜ķ3œ˛ža7ļņwn:æ䌔(ő‡ôŊĒΑ° _šFûæ.ŋÛĮŽ6Õ 7‡‹EæbwIŋĀk‚“ėŽ¸äî¤IÁm_û\’Tâ˙ęnūœp’0diNfĒģ¨ÎĮŠ=’>-#+HņŧŲRéÜE ZŖdü(cüōë—/_ūņÏ_~˙ūį—/Ÿ~ûõËŋ$ˇŋüųé×?˙úëĶŋūōųįúëįīßû—Œqūc†)ęē8ŠÉ ZôƍõžhfFĮĒĖĄ)>AÃė釹ŸĩDëøšį-člDm‘y/{-ՙį’ îTæ.t/CöŌĢĒoü ŸúØÍ×)Î&XpŨëŽíųÚC¤Ë­õîh÷O(]bâv3ōĄ~aŖŋœâŌ%Ŗ ĖF&#Øv9˜"˖YŒ…VvÚēNäß-~=~đŗČęĐo…VúŦRX´ōL=h­joƒ ÕũĐN*í`Še­Š-ĒĐgĶxîˆåLÄĻēŠŲpđYČâ?ēNŲJ'aYÔBcpjäŪ ˛ZĒn“u™Đ¨]h73… &?Ŋs§eÄÆĶÉgäŲRģ tkgļБ˛´ę‚ĖbW39ĸ—´OkĮķ`ĶWG•ÃųŽËYĄCp75C¯Î ĨŽ ô(õ2ŧD_s9HØ}Ë}Ŗ$DpT! ĄĒ6)MĒŋ9F÷ȄMĖ w!1$ˆ^PšķĀŦ Ųô@œ"ߤ› į_Íဠ‰ˇ9ŪˆÛb"Фœ,Ę\‹­$dœ”Ē6^éô"ŸÚ)´{îąœŪCč #\ø&/ÖĖˆV]˛d8IũĒ'ĶyäáĩŠ8bđx'ûėĀ.žģGڛLˇäkö 4„EMüŽ í<Æ#‰{ĻĶ—žŠ2´ų3x`ZzÚÍŨ ˆn˛Ę5ļ|ÚĨ v"l7ģB”—ŠŲĩŗ¯ĩM¸ĐŖ€ˆøœu…ØOĘÜQ} ę‡ Ũ˜.ļ•įčĸH:8@f{h–‘qĪZoZäœÃhåžoâyÍ˙ŪšF!fâEžp[ą;O†D„€ZZ#ųčéáÛ嘘ļēōše|cņ¸š 0 ˜ 2ŋsíܕ¤ŅShkøsB”ˇæ6 ŪˆŨũĀ*IRū<iŦۖVÕč´ą^ <ËZĻōú/š –OUAŗj~‰D…—{„ūÜ@ŗJ×ÔĐ:Ö:”‹BâpRH`‡ ûėwZ“Âēą×ŋ%ˆB"=Øe ’đâDÔ )ĒMōĘĪžn’ŒáÎÕ×^3F*œ‹ŽĪ°ēį–ŒÕÆg ųŽœk‰ŗLoļÄ^ÁËāƒqė€ōu ‘f€kjŠ ÄëY‹eœËgL aÆĄ8•‡ĨÛX:cÃ…ŗ@ũÅ2đÜ_KÕ,p@& ´â3õgę;ŧ‡¸ØKYîluÜt-ˆ}Š^E~ʊŖÅ×uīėķŒ0Ķī4 ×MƒÆxËŪųƒŖÕŗ–ķŨt R…jŋÄŦb“lŪnŖēö4:¨ËĪˇųú6­Š+SLēj™+å¸ãŦ‚ņ 0O3ox==Î8ˇt¸ÁˇŨÎZ_üÍGi‡dWšBXJp¸”ȉ‰5:d ļnrŌ/Ö­ØA‘XՂŊˇ“ Ą\Ōw%îdÛ×zÂēQáQ¤sĀqv‚”? ™]÷ŧÃ]JN-ĐW@l´^uøüÍË4W 0JëŠėšę˜G‘Å‘–â Üj#24|2úŧG„ĩ†—ęŒ1v39Sdŗ_IY8ŨîĄŗ2§ėŅ/POņLŸO§”ûhY1ūļRĒq÷8ų"ĸ¯9g|!.ÖuÆđ@ë-›z%ŠÚ€ĮŠŽ'nŧ9¯ĘéŲĻv$…ĢÛ ļ"ū7ëZt?ÛI›Ļ‰L*j—LôīGē~ ļbĩŌ‚'åĖ™+Ÿ^ƒ^‰ÁÆPī6#p,Šúvúr3ÍO:l1q.h#É{Ū`”;č-ĐŖŗ°"Ô-™•Ļ Ę]"muWŒąšÚCXËq™`/"†ÚŒj:¯a›SŊ—đí‹ÉA–š8l.Å$äGƒŪė#8šūrä"q~<į3a nûÚŌ–î {W?HŽ@ĻäE=겋‹züĒK”b‹ųS>Îŗäŋ'ŋ‹—YĐ=oŖûÂÚPnQ§TĐȘĮsnúÄW dĪˆMĢđ9™ÎuN[nŗÖÂč?]ˇ“UGŽâÁ×tąhë{,-Ŗ!67rDTn=Ûøi<ļ>îZN„%Á#hܡø~ŒąÉ:{ˆÍņSk}éŋ‰î5Ō=A& SÅv‡ŒŗqŌĒyŖ2Î*)ąČĘÛŅ!Ģ2(nM˛Znr”Å.fũĸhÖŊū%[/ĢR[&Ÿ‡<€īĒĸāūÕøëŦĀ’Ę„%!ŌXöųUŽ7Ũô›8Ī8=cÕdåYŠŗÎ%Đ3ÖuÎĒ)ļëæpKöxG֓ąZ؊~Š–Wļ?Šŗt Z´ ™NGôˇąų{ļ,”JĨŦŨ_ä{ŠOœåY7Á/‚LvŖ -ëIŒ?×Ĩ1…AÆöį¨sMîŽŖ8ŖVö˙Û­H#ŗ°pzz9sÄp°fŌģĪgĐnΔ“­J]w È ŨxņæĪɝ¨+reŪÍĄÛL §NÖ-,ųüŪ“ũĄ8–‘TJOÂņ#i7¯r¯ë,a\uWí?ØˇYDV­JvU×bįCĨšyiVn'žŸëųë|5ũķúėâÔqudĐH(&öW€?g_T™ė'…Mî]ē+PvMŠÚ>Ŗ7Žö×ÆO"?bēJŒØÃBNĒæf<įčØ+(:bØ1Ë7ōüuš›ôũā ȋĀbHylmŠė‚ûK‘+#É ÷%j6ŽįQ‘RŅ}ë—ĖîVDGĮ e1“ŗ Q"ÚŌüwÆ~—‘|~›üœ&Ų#94Å=#¸ë;!.ƒÅˇĀ*PØ=ß ßĩ7ú9í^;Xģēë´hč7Û*,MúFCߑڃŽ­˛?Íŗ?•?XOšĸĢžb3~‡øøæú9ÂÛĪ&GāãjÜįFęüĶætáūÖ3{ÅŅŧmĖĨĨCéŧŨu§ãU{öF­3ˆBŠū­.aĨžãˇãîÆĻē 3a1Ļ>Œŋŋ;cËzPVyËuMˇŲv~"}Ŋy”ŗBîžËuBĮčÂųJ÷ĻŧĢB}É2×6˙ÁÅÚy7ō'—?Æ<—šá_ā3L˛S÷ŸÜ[ŊĀÄ~Gģdˆšļå*SÔöĒ U3yØēâbBôR˜떡¤ŅšC['\÷úGBŒ}ĄT¤všž'‘ĢgŦƒW”ūyBōˇ’%ŋĢ‚ž4éŊSU”Ē&ÅÂü3N$Wã)Tz ŽtĘ8Ņĩ Ûw‰_÷p˛, |~í,›éU ÛŸ}ßlū /‘„ĩp•xÖXL”'œí…˛VļCČ´–ũrxõāļ}kōŸÜÆGûÂß(1Āå™1ŪëE0Z øxu0E)&ĐūQáÍZįų_üIDaņ›M6V>›Ęđ2ƒA<ˆģåLđ´˜]ĸæ8D‹—Ī7ˆå”Š*IʝĐ~`Ač\™ˆ­;ŽŅ ŧ:ŲVúîŪ4‡Đ&6oĖ–v"ÉĒ*c镃ŽÍ–~‘ÅøQWÁQY§xŦDqƒŅ]úÚŪ:ô‘č84đwOŊ—ũn§÷Ø`Ŧ‹ĒX†& – (3”;ĨČ#Q•/-lE#•yØZīĨięzÚUŸœŗždéŌü0öęV”8]Ŋ>÷ŋ rÚ¤îä×čČĮ…Ëqč–ŖΐˇĸkÃ;’zjšžxũMĄ4Ɂ­;úš#w­bÅ ?\ R đÁ*—‚ü2äû4b¯ā5S׈=4ŠPÁ Äãé5¨8Pˆ+tÁO`į–Ų§SĀÖzë#cGsœ BˆZŪ†*äÎGŦīO¨W cƒcL¯0–_—žrŨQ¤ “ĐŠĐ-xˆŌ•ŲO Ģ1ũ­EŪFD÷œFĩš´*”Ö׋đēŊ=â ÛėˆeĶܐęÖvÚž ~uĒWąDr@û\Å•#ƒ @=úŊĢ2+?+BK~íČûäÁô#7rļÕÖĨ!ŸˆĶŦ;‰ũC8ˇ#;Tt¯š %dör;)Û*“ųž’Ŋœ_ŖŊMûGæĻ`rĘRš“v’ŧ1ŗLú˛ŨÛHLTĘ$ķŌ Q¤=ėö,}`ŒĐŗ•îæūmsåčĒ9Ų‘ØŠ‹ū@Id.s§}#;ũ[_T€ŠîĢæĩŲĀFߤ÷3=šŸõ˜ŲÛđX…uf<’Ũé3ĩL¯cšŊ3F;WW\“=§mĻ§g`új2uX¤¯ōqÉ6uÎy‹ETeėÉhĻëŖøTNAę–NīŨôq¸+ōx!w­9¨:¨Úߧ•Ĩc ƒAÂ8Aļ´\<<ŪŅäjeT.qÊIĸ u÷ÚK?™˙šŋŲG‘vqËī5Š§ęÔUæÚĪŧžƒYÕ˙øLp› ņĢÃ1x{ĻŠŲre% LÍņęJ­ ēËPg­&#­ž9S!ŧž$ [N°œã–ä…ÚgC|.GĘ~G3ûgî!â)’6X‘˙Ûü§Úpđ ÁÂ,Q†*xËãē&ü#ŽëĀa™r_N÷yŋÔĖƒJŠģžû`vĶtŠ}ņJĪ?äĄÅÂZœÚ]‘¸ãøÚĮųįëD…g#ĢūæNÄîIƒ Uo蝙ņtæúBmøđp3c1uCO;ßÍ}_Ãfęĸ*s |–ÁÆUúŦ,Øŗē|qŽˆj‹Zē}ÁĢqfëp>ĸ•Åˇ¯iZfˇJgF7–H˛G8kw„Žt@\˛Ęä œhäÛ¯/Ĩ~) 1Ā‡5ōĨž]˛žōZ…ä{T(.ņC•ÎûN CÅšĐÁ:äĪĒ¸âąVäzAö­Î3wœ7ā¸§BŒ éšÃ÷ĮØgq7‡~ēŽī2­ô;~(u@+äen ?ûąžÆŪĶ§č ŽīŽ$-¯ÄPLlœ s—>ņ„<\OęqUĖ°åČŲ{›`ŠŅeä)Šc=Íw¨˙ļŽŠ~oFiV7Ą!{Ė ā;NnQGXk&3ģxôĐEģ2%vĄîĪ ;ū’rîĩ"yߘŠR_`¤v¯ē=*}Ą]KÄâĢuDo‘\ œ—]>Ęxîx (îE65!Š"5Ų ˆ5,˜ĪLÚ֞[9˛]˜zeéxí\Ø`Žu\húĪ7ˇ•ŠĩŪ]t įí%K5áĩk%ŖÆTsDëĻ˛ëœ¤ŧsdo=5:ŗĘč+RC7îõÜ7î7&ˆ°bBí8^[ÃģtṛM5z*‚L+.–O@îÆ*|­Â)U3hÛ6éܝË^đ*‚Ĩõ~(,õs¯ąŒŦīôÃBØ˙ësY*ĩV5ķ>y•ŸáVŌl\G ”goĶĸ‰ĐWÁGEÕE ߒj7:ĀëÎ(¯UęX9™0î…8GŠëüķMÆ:ĸ͚''\uʨŅ§íXvÚhtgæc$Åʓc2UÍë.že‚„é„ĸŠ25­ĪmaøșģHgõu Œ ŋzG_i—-BŽj&lÄÛeq;YOĩõnŌ)`Ü ĪĶyMą!¸gnĶæĄ%8ą‘ö-ĐGKc3”ešįŧ2#ŋžû¸¯,”ËõEáŪųƒ%ßnĻŦ†=GÅ&Tģâ|VԞx×ŊS{ŌˇĻOķ íĖU:M@ËåęĻK”ëĻuEQ.Üˎ Ú,‰)§UéT2ŸÃĐ‘ī~îâŅ¸ØÆŲWwÎiAÆ+˛éXE¤oģHOŖä<é}ąPi,iž&fžÔešÜķ}ŧ WļõŲņûĩ>' đų{ī1Ģ׹}“9‘oh}ÎS{Ūŧ!9uú^)–”gėÛ#(9@ŪŲļZ4Â<ēƒēcŊũ‚A0Sh“íĻĶwŪ˙úÆI8jļØ`ÚŧyķÕ˛ĐŖ-RųpîėUÃËfœMđt¸ß×;ĩ1bŗÉb•Ģųđā¯âÁ5ņÁÔŨ܏\X {S˙ER—ãŠmŸ˙7˜‰#i˜ō. RĮūĒu#?;ųb.ē"īų‡„ËĀã,{ŧŖ´žā1?}ņæۏ¸Î‹ŪMí‘Û"H?ëąČĒ4hĻģ(´ÔXÚäz5äˇ-čŧŖ-/Xš§›­ûĶķ3¤ÎĘ<ËĒZY(Ļ ¨ø4ė“=9}`ĀĢŽÆ{0ĶfĨáRķėnŽā“™Ž ( œSwÜ"dĒ;ˇ"›;zĮ)jE ē–4ˇB6b¨•:Ŋp€7&ØxÉĸ‘č'Ŗųi¸sēPo”´ ņ˙ģë!ÅûIŪQ:–h ”HåoĮEƒ„?-&¨6æ¸{‰}q-­6j&Į)ČBŌQ"Ãŋi ¨ūĶüo"j·>DŒŧŲ,:w/ō¸˛&ÉFŧ‡×Äöŗ(Հ~'ŗd_¤•ēŽ¨Žr7SēļŨRYīĒŌŋ2•Ŋ‹™Ŋ‚N!{â6=#ŽoĘų•Ũ1Ą‡¨ŽZKđÜbÖ)}‰sßV¤­•Č'ˆŠQŅĪl5ÖbŊW†¯7L}nHū^K2R#1ųa ˜čČįsģd}6N­4ę>Y|Š°ß`ũ_@ÅÎUŒÔķų3Fá\ág8sˈ+!ĩ9ūČ]éK¸ÎF+éøÍ3ēŅeŸÜĸQ’Ō´rEüé䖀’d¨īP`ŗ8ŽFÆUŸ&>ž÷,9ŗ‰{c;zûŦŋŋW]ŲßŨŗ]Q—+æÕ¤ 3ÁnꚮŽ7ÂÜįûÎb”éMŋo˜§BžúlØ=CÛiø†4)ö]ÃVÎŦ÷‰wī7ÉëɎkÖkZÅgęsų¸Ļūö@ ÷~p;VĐ'Aō–Ø`ä2ęHĶũK)č>÷ĖJáøž{'ĢŖp{ˇž7v`)L] ä9ÎŲ×ÕWCų÷ÃīFā ‘ŽįeČÛRWNlÛĖxĄ“E’‘YBŖ]¯îķ\ÕĮŊ6­ĖÕJs]ũGû÷U_÷>×Îķ}ö+ežwĩs5›r‘78wɯVo<Ā=úZōžTÎ"ãĒcJč+§ŦGUz^¸r=č<ĘE5n6O*Ū‹šŗÔķįMqxúáUi{–~Ô[:Ââėũ9mR=õÁšėÖڃę-(8ÆáX]ĄD•äŦuoäL…IŠņē‡oŒŠķUž#&› ģĒÅց÷—ģ­@Ø /¸Ž^‹v^$‹!⃧Ÿũ2ŅENÂûēuŒ°žD‘]7ēe˛ŦíšT„‘Éõ‹ō…IÛÍßÜ )rĐēÅp•Õĸē8#eÖ •ēlėņ(I|ŒĒ™šžĨԞ Á XL#Ėz|ëâėܨ˞ōņ5p…$]Ž†ÆÅĩ´ĖĨúežpĨöéDsaŠŨ āIڐ˛ŖŠ{ęŪsĒ˙#3įĘ UĘXõĄ%j˙÷ É.”{ĨUáœî…cm\ĶīĐ]R+pZãRú$S“Ü/JÃyĶĸ`ļÆhi2‡Žĸ›–Nå† _…ĸ}öz›Ö^QBԃû( 3ƒwŽ­ņ­Ū”¨ŠŪņrē´æTūBÔc‘šĸëŒI87€Ršœ<ÅÆUT¤_ đN–ŲŽyÖÁ>|:¸@áåBneŨ ŠU§„Ą7g+>ËĩGļŠ cú:EĀû<: —”)IÚYļ˙y°|áĪĘ R“č'õzšŠaÄg2ĸršøéĮų*ęņëÅCŦčēĘg]1”`ĄŽC›•ŽķÅöƒôaŒôŒÅfMDu÷%ˆm+ Đēõęŋ/𞠗ęŠB‹˛ÉsZöá˛wueTš˜¸GĻ Fß ôÚ"{.đ°ŦŽøüW aĀō3ڑEūvĘ[ãĀļË ļ;Æ PßβCˇ×đ@„Ŋi„9Dņ-.hŽÅƒŌ{âꊙÁƏSāPžģ Č×­äb×āØëūŊėķÛ䚞ä‘ĨŪ薊`6ĩų›žL &J–Hķ5Öđŗyž^Gõ~ģ—h'ČpD9î4$ÂĢ‚Œ*fœdv´]× Û°ąMōcŅQ7Jķ%ą˜ĒĮ”ÃķōœBdš1ōXB0,#ghiíg+pŅDđOō“Mj–ĀBĐĐĐÉHpų—€ÂЅĄ9ëx8.3ĸ‰æâ'+ī„UŅŠyĪį“!Bon|_4ŌjÖā€™(UÔ âÖ^ë7Ũ×Üv„ LĩÁ LŽÜōP!ŊųØVšŽ“X-LS—O|Ž‰”âĪŋūđí×üüå×Ī?˙ü믟žūōĶįO_˙üõ‡OŋũôíOŋũöĶį/ŋ|ūņķ—oß˙įį˙!!Vl},ÛâÚ •5nVÎw”ž_~Lü‰\#S_ÄōÄZ%“tdIX—k5m.H‡Kœ÷@ĩ˛¨XxÎîTÛa+ü#ōļĪ7@x4žh‚”¸rœX]pÁ€ ÅvIúčķ aũŽ‡YųZÕēŽâ<ŲÎĐ1ú¯Ė*i~PÔ`7ē¨GÅpöˆ-ú­;ė*” ŧ' ’,Xk% V'$BڑS°č€áoŲĩ…Ė*[âœ˙h.Ã;&4ßä¯#îl/nŠķIÛfÅßBlLz4BâTû„áć´'ŧ%ĒU!­ŧũĐ9k^p’ëųFŪq­Éž†lŠ˙ȕĒĀÎiŠĪ6KcÆI ŲąöC”‚]v"q¤ÔPM‰=3VĒåų“^}j¯á7—&ÅÉhn[ î˛¤4 Â~ÅwV™UąŦĀ¤(ŧ,Šũ,Š“oŦMƕ#ĻhÛ`z"ØŖ9 Hjū‚¤ēŒhîĒXŪ¸ūũöI°/ĶNû%HmRօįGI0ú÷wũŋ1¤JG-Čąūß RŗĻúuđx\ÕÆ˛ØčĮldāLįåHÍäHõåHŖšœbž2ŦžŒj‹Yļīo]aeZtq ’iÅŠžâ:}s:6t#mj5¤”ô&…rgP2HųH’jøĄƒŊÄb)RáH)ūĸ5š>|ģÚËą ŊŅž! Ō–GõŪ‰/­c~–+Õj1 ˙°,T`­›˙-U%Zęļlį™#ōâĸĨ)„,Õãîōøœ%NiĪMĸDAJäĻÕŦŊÄqä”yĮ–BšSüf–Or_ĮÉcåŲ‚Ģ%ĘåČņĪ]%ãŒÚõęęawN˙1Ē1SVĐ‹ŽŸ˙YtũãįŸŋüøĮ?|ųôųÛ/_?}ũöã/Ÿž˙úíĮO_˙øū×_~˙õĪūĮ˙J†¨˙2âüĮW˛t^š¸ŅÕ4 ˆĄÜ7w^ëōēøC’îcåÎ=:h¸oČė…™īM`ŸÉ’<ĮאļŌWå!j1VÃz˜OQî90uRã(ŧ'éąIŦ…{5ū姐ô+<˛C*îy j–‡´š6AĪbƒ¯ŅØ^z’o’ĖÕXM6ĢČūúårHŽ+U0•vkV¤‰Ä#f7TļŗÄr@tčN1×G)(éllÁ, –~Fā mž §[WVu­bžęüÖC‰;ų,įQ¸=™`˛Îû’eÛ†”ņã>)4[‘ãÖM'FdÖܐč†qt„æÔŖ×æī$ä^•Æx4*ûI˛ųŪŦÚyXug„š}ęZ|Ád÷õÖ0Ø$ Õ Û™"$|ø Õ?-Lv%øøĨ°>ŧ'Si/wČė.§%üEÎČLĨĖķ›‡āSŋÃŗd 3ŲŊŨĄĸ–ĘæŧÁ€"įâú06Cƒš—ĻVõÂs‚waÛqĒōŧt2„ō“– O¨îå*ēK×åŊö =KF,kbE˙=€8ņ€§ük“Ūl!fÍHUGų›Qc}W’.ԃ{îDRƒ"ĸĮķ€÷\NWĮ§“ėiI¨ÆV÷ÜČĻ•Џæ€3b.ĩ'tŇm] 7ö†ĨÉģëwEøęËn,ACPōy1@^§hGÃZ˙ɈŨíÜ ‚K:-Ģ°™Jųēú"ÖÎÅU‚ˆįám?,9;ôļ WųÕķ^žœ8ų[ŽmwpōÛ˜ÂÔîŦ’ALĪių‚Ž hv./ÅíƒNqRAŨmoÖx7o‹ڀyO”ŗԘ›+z1sÔbŠô‚¤Ú¨ī/Qú ‘.ø!$œJāÆ°f87ûųvĖ–9ķĨáßáßĩĒ+_IÚ×ēŪo'õg–ÁĐ";yĻ8]Ņ÷Ƥ¨‡Ü°Ļ,9c˙#ķßÂ\lk„ôʲB¨ē×;,€˙2ˆúMF}ĀF”å‰ōpš5qԊûˆáJŒ&øĄ›T@°) æ>‹ØŠéģÖƒ\ņõ‰Ú(aJ-…AŊë;‹Žĩ4$yŌæZ]Tß#fqQžEˇãƒžŌ-á ŲEfÆpXdú6Q“5A,ä÷gü ŠĻu^m†bOVm8$qzŪ˜Á×ĸä&ÉnÛ9{nIbċtxžŠģX@]m!áiÕŧĮžÜ›Äs`;í~tš\p–šC'‘ŋ"¯V*ũ¤žU ŧŋ:•ųY!˛åŪŧŅŌLųXĩ+žņ÷Ļ†l/Ã!Bg˛,Pȧ:ņ Ė¯ L2=Ę^˙Jų†ĩAįĻ„1}0bâļę^Aa29wÆp!¸’në:€÷ŨsŨlcîaĸ°^”éhB_{gė˛Î2 ‚fŠ˛‰ĩ¯ëV€:Ō”4’ģrȜœA§2Ũ“ë’ũâMkÂ>ßīp~Č+š—ƒ ĨŦbôē\ ,(ũÕXWz$‡M<'/1]ļt%ʘAīŪĮŦckt_Yx‘GזÛYJŋđÜiXæÖŪsaöΞ=†zœė&:ƒœÉŌn€æŊžŠcvąö´˛õĀÁë1sT˛†ōÚāŦŪ@˜†gL‡îžnúR"Îh#.AˆėJˇšœg9*ŲáLģČ ",ķœIįũ–{ā¤mÉ/bīxōI¨į°a% ’ĶwzæjÚ¯Ÿ0š‰ézxÃZJâÂĮpķĖŠüÚßä ũÍ3ŖdŖžįŌ>i$.5TÄ$ŋ//*ŪjuŦŧ8[ĄTvEŽ‘Zŧĸ ŠvŽ~ÉÍm‘ōã­U×y2BŠL.ÃN*úËĐ5ķšđÖÍČUÉLLŋ9ōĪß=éXķš‘^žāĐÔáŒa…æÚCŸ„Ã,qkÁŅX–}ĮÄyÂ$.Ā€‰Bąĩi­ąuč¤vFĻŲÉf“5 ô`Ÿc F;„Hšš%ęÄüįîxœUõÉûˆō‚†é¯ŪČ ÖãZU–ˆz†{Ū€ā8åëNnPŒuÉu)gë\îgÃ?ŲÜöb lTäœpæss*‘Ęŋ0V¸šę7OžøEî׉a>Æŗ˛IĢë€ĪQhˆãH hžÆdP ģ˜~āŒ){ģž ļ5Ōˇ}ĻŸ >ģ<Ŧer:v>ņRŒiėNÄũ Ú øč2ËR(l=žŖkŗĪœ%ų;e~X‰Xw›Į’kũīgûú@uFĻ"(-RŪŲ6L˛‚zį¤ŸÎ›ÕLēÄš.jĻ,Wā9YÎ؈Ų<­ŠÅÉZoōŊĖYd°u÷ŲÅ4pûļŨä?xkĒLšOŠü$÷Hc-˜á ą)˙ÖžĘoĨœ¸mŪ0c7vá\^ģœāáĶĄ.Š.-‘Ô‘äââõᓊÛÁb–lúRsûÄkëŋ5õ9 ēîÖ$wĻ–ZgĪÎS3Š„3Ā},-U¯ÎĨréĮu˙œaŠ¤¤ˇ{Œõv˙vĩFĀ2ˇšįœ¤øhßƛ]IXiGÚAō%<įĖÄ;×—ą?É#|}$%LˆtdŪPÄJßáŽŲæâËÂ&JÖŦ[TBÜ11Ųĸ—Ü éŽō4b‘Ę֐í°™ÄĻbÃÅâ?w§XŌ”‘§¸åßëĒ´žaŠæÎj2âņĢŽŊˇQÅ9E^ĮmOrU]îØ0Å⸠>ˇGJŨˇāí~ŲžÔYđĒ"TÛTléÅuŊ:†*ŧ*čZSėîō,‹ØvfžGvRųëĨˆ^Æ@š€ãzÁ#5‰‡‹ÔõyTj¯Qú2ÄîZĒ>ŧbīk.#ai*šÚ|züŠžÔs%ÜĐ89o˜’<mÜâ”Iōķdō÷}\ŽœF]%ë{šC4ĩ+&>n›û3gĪÔsym4EčeŒįâW(Ö\7Ąī§%œÔ+bbĶ?öŗöØOŽ*ĶÁŽGHŧ—Ø„ōöËĀāÕK˙€L×mt[ŠÜz’pÜŋæÎäũqĖM-OCģŸ›Ą…āfĒĨņ áū5ē3Ž¤6ę6bÅ—č‚¯¸ ŲŖ|‚Ņ‰(qģöÔ;ɏMVAqg&ŗyÕüäSŸKƒō]ŒĘJõTÅ5u'Ō’ŊiĖŋö͜a= Á͉’<_K>ŖRl–žu"ŽŊ Ÿ/íåü9 Îæ†ŧ[ĶŖΜJÂ'tm9ÚEæÛ1BAŨŗaœv3(ČŽ—Íî 1ī?Nõzã—ûƒxõč !O'&Ģû’fųΕëE=1Ö:öÃ,9ĖQq8ä9[f4h ˜ŠƒPšÁrW ĻēaÁķ(#Ø{´”s-‹u7điĐíOR¸†9ÍMČė!ŠũČ+Ž@Cq5s)CXV’é7 ø rG0eüf=~ņgûdA?7æĐČVhĘC˙˛ˆ¨—ķoȐf‰fSËÚ§A†z1ļFT†ĮÂG~'tĩõv´+n§˙āģŗNā[J2ĪQeuwˇĢĸŽŧâŦ#ĢɃ$ķļ#T˜ģeęC]Ąōđį՚Rg.č!–¨úuš"A_îļ 4ôĸ]NąĻŌä  >­A'žpãļņÆÅlYģzĶ^ø›†â}Č\ʂū>w2Y€0׹Šō2ĸÖgš“ļ"Ä{ë:öŌ2cÛƒ9iŧ†…'ąü^Á§™š°ŊFģjoō$đs0dabqØsCP˛VTĨh.õ…jőŦāøF^Í\ĩËũŊ—ŗ17HcĨMQæĘoa‡#`û Į+I>Zœ}”F= 4DÔ4&]×Ā<)æŲ:ÜĘâę„ĐÆŽĖ‘Ņ&ՖāíĸĻ0á}CōP!ĮEĶ郜TÁ¨špėR;š|~a1T—‚O‰×b(qžųŊrq\Ņíi(z0_Œj ˛iĩ‹¯aJ‘ŊÃÛ7ûgŪüāÂÁQrø.öPãŌOtˇŲĩëDéÜėKp103ž›bČ(Šƒņ×â{“GU혥z­IíWäÜÉōËš‚ų‡ģŋJmJ—2>˛ÖŗcÂ[uĸ™+)oŦŦŅÚ#2č3I;}+ŅNŗļ˛ XYŠ~ęDÅŨ%͸Äę^Í]É=.ŧ&j)wĘ |)ĪHJdE›Éŗ)Ä!;01:—íŠ7&)yC´×š–đ—W˜Čdo÷cđūē— Ÿ€Ę ZĨŗĨÜô˜ķiÔDØ÷œöúVQÉũwUĐqŲ9f¤:+Ų…?ƒēhBŠ\ką ]!’“Ëh4ûô“aOä$/Yˇ´ėå´ōmuÅĄHdFZņ rŒ7SĐ,gü@yjOĀTŨ%Ô>ĶŖoq­TĸšîD^ ,åBpåtˆÛĨąĀ¨+ëX}ęƒ/cr5<™Î,Ķ/O0đxęĘâFpŗ%™Īėyģ'ŽNâîC|>‘‰fæ ĄíP3J§ęžÍ¯JvōĪž­CrĖ‹=äÕ6îÄŌ¨â$„ėūn‰˙•Ęî¨ŲāŪ“”c)xô #­ôZ4ŨPJ;ŌPy“Î 9QM¸âs˜ö uÂæ…ŊģŨXŖō"s–ĸãÉčŒutĘīš†5ŋúÍŊƒšä(OT_ąĨŧŖęS vsėōŅuÄĒmĸ…Y#å~-äā ũІļ•rŦ;ÁšžNGú×\hē„îÔå4íÔdfŲ)NDÁķŒáįę{°ú’!uƒŗŖąpĪiûÁ)°{•‚,ĘģīŽĨÕNō?´Û˜rųÔÚLŠĮ÷€÷? 0KC•Xû¤Á<âj’Žéælėŗ Ú§Dvļ #†QŅj{ÕØÔÕú8ĖcxZN UFMD@į?Šé5ÉŧË|5puˇĄøęÆ{w[yÔĮų‘Ŧ˛āÚĮcͨĶ{÷ŨŠ07K‚Ée¯ĻÔņ—šĢÁĢD“ûĒ›Ļ´Ďuũ꡸›-ÛUØĄô<æųå…ö zŅŪQīi&'BtõôĮ†ķŽsc ū9ÆÁ>Q&ˇ›Ģ ä\ī~V]hs¸ FŠCŌđí›ø‡Ņ‘1ÁŪvÚÉÅū´ņåÛį_žüã§?>˙ã÷/ŋúüíķĪŸžūđĪ˙í×ūüųĶoŸųöû__~ūåįŸūÚ˜ũ/Y‡Ī3ŦbŊ—ŌšģÂG"ö¨Ô°ę?ŸĐyŠÎyîáÜJžŲLĐKōgoäĖZšrÛō^M`Ģa‹äĒŠR|įœĒäßSĨƒbsĒ[>Zå„xƨ ãt;ƒÄô#ÜúāpáĨM%BE×Â~¸ĩŦšŽ‘ rn.ĖmGōkĀ^ŅĄv25čdģ͈™X˛[ ‚–ŽCLÍŋûœsˇˇ~Īķ͟!} n<-‡=HZ¤Íį¯’!qJĀ1†‘XĻā×9üZįIt7|ĪÁz/ė|Š%¤ĻŽ˜qÄ[œ?đXčŠBįĖ—ĻYäCĢš >WUcšrŒ>jˆŒķNc=¤ķ(Ūom jsÚâĢ=ęwôS}žĄžcÂÎYS`øĨ‹ļûĄėųČzRŲ^&+šÁđØ—ÚA‹ĩa{“ŲöŒ¯DŠÎw}Žáéë*ķĪ–mW-IãjčîËF-ļÎ*‰úSŦ;ՙįŅáe"4hF3ĩį(žiåuÆ:Ĩ!~=ˇö>9õņOØĒ%c6$Ņ]¨8ĮOeĖir̓ĶŌ!ĄįØĨƒtZt0å?DÖ¸9Ôü˜įŲ>n xf")&!8Š—…tv?FŖË|2Ļæūa-f4ĶŽ“v˜Ÿ Ī˙V*į5Īķ°¤˜FÆgÍƟ›œXŽ.˙[bŽ–$ņ´īĄÄ/Ôi ĐâŪ¸z˛Á8°3s/3l&Ķ<+üVR¯–súŪ—rĨø†ü÷Úäy8Wb3FœÉ'nī Ôa˜fP25ĪT# Ž;at˜1Fžēūķü~ûQg=\ÖíÉħ:ĘM1QFÃlxâ†&eRsŧaËŖæāHAƒ˙'Ābž€0ĒFû ­ūŗb x“”ÔAw%Ėr9QŽ”ÛW™9ŖW-EĮpėnĀÎ'%`ŸįŌ‡ƒG×"I{íæL&ΗÂ/yIg>gđ9|ŽČ“ĩŪpøJū‚û>>ižšˆũB°N˙ô†ˆęQĮŋ)‰#_øĶW7į€r:?ëüŸ•'Ÿ}ß`ÚāĮŧë¯1™ú^v¤z€ß'†`džm›&P3ë1}˙gļSDœßėx]ŪĪ<ŸBķˆč_õ÷Œô:ršAđ ōđĶC]\üËû*§åÅb‰¤˜;קxŒ‰Ĩ‚{r -ųņËKoŦGÔ÷Ūƒíbm¸Šu|į°§aMÁ,ũ<Á˙ūõŊȍ.š‰ŖķœüKˆp9,Đ^ÃdĨi`RŅ7–JģĄ)sÎĐ_įS‘PPû¯ŦyKĢBú2Į )ŋüˆžá‘j%d×ĨˆöŠ›?ĪÆŌsŦYā œÃ:ūÉqžŧ3Éåx khÂéZl› ød/PkzQ*¨Õ>BcÅM—Æ÷ZN3‹>­Ũkš´h"ņÁAâáļwĒŒ3A}`‰zå.JRËPûx9“<)l<­lD ]Š˛ss%˧g„ˇÜįā&^qģŊĖËp_ë'Īāø}ŊbØîņoåđĀø°´×W]îjœ8mÛdė9ĪĀåVæEöõŋ[¤ōĒ9ø\ɧ¯Û60ļTŌˇØÔC€vÛ1<Õkß;ž@]Ũåã{“:˛ījFĩqŦ&ŅÎ`žk¨íšqûęN›éQ2÷…Ĩ¸ÆÉ5"f„=OĨ<<‰YÕv­wä%üÃōÉšo#¯5ŨđQߝ`~Ūŗr""=Ũŋ*xÍü Eßá˙ôÛōŖÔĨ×nEr?§š°žDĘÃ2([ÄÕī>)?hô}˙ųžėŠˇßŖuėã8€üHŦ úy)i 8ČÁĢ‰î(DÎß)M˜ ŪéVęxFtiN~QxÜ#Vt“3ö&Ąøüø*1˜ >˙Éõ!FYM…“ąų/ ߙÍÅØ0ÆČėq¤‡Öœ†ãČ?G{J/&™>؇EŨ,Ķü9Œt U“-ørķײĸĄžPN“įĻtÍÍ/ Ú}­ĖFiŧÅéhV'WŦų´gJ0wo{ڋk¸/ȑˆ„,ØŠˇäo;@ØA3Ãږ¤,˜ãü€į;ĖŋĖžj°ÉžZq‘q2Šą5J.ÔîΤ3 5sžWļԙu¸4Ø ģgBqĒ‰cĪˌXÖø(ĮwŸį˜ō]:? 8Äí\öb´;‡hßGŽ%jAē$ĨĶbCƒ9B-?Đ BÆÆ܍æ[m™†–×å†Č%ŋ­ÉŌH/ &OæŖfąËMëú—Ëš^øŠCá=+Ōk"@ Č­EmŒ‚O[ĻsT?3Í ˜Î]ķ…Ŗaq#EčüCÌéČŋ‰Č1X.{q‘FãG3jpÎôuøĄ(ž#ĘĄ)ˆg܇†âxOÕ营$’0†":ĐÁ÷Ņęã<`Ō÷ĩŅfØ´0‚ÖîŌ •.`Ëg6ÅīŠĄôÎG™€ ?°/0ļŨÖõ9“Tkřã„Eô˜6ĸŗÂqHo0 ÆQ,.ĸŅnŽ;ŖÎL’n–BÁ ęŋū…˜Ÿ~üáķ×üūõį¯ŋũúÃ÷Oŋūõå—O_˙ūçoŋūõÛ§?žūņųÛī?üúãOŸŋũ+`ÆĨÅßļ/ō‘Ü‘ w‰Š3}÷f4†÷ã÷}]ō đHō>|Ų˗mäÃøŽ öų˛K-œŪŌAĶĪȒ¨īwŌ2nSЁö8|Įįm#}ČۀũĄŌĮˇęëĸ÷˜ŦcŽ´v¨FpŊēîõģ‡ôĘęɌ~!d¨ˇ`Z%#ī,ĘĄ‘¯zî˞×"¤Ĩ„äé#—÷đx˛”Txáü.ĐLåŧ”ę3ŗ2lĄA Ą'Xü \Ä÷Æ=Wūb35)î=í4Žl­sļDeĢ’ü$tf²/Yl%Š0kiĮ¯Ņ”Ė'W¯}ĖLŠ˜ōւšâšIg8įų2Ģ‰Ģĩ2TāÍÉä$ZÎĖi´ƒLęÅ‚œĢÂvĮņ9$™y„iDü9A„ē™ŧĸR‹‘ģĩ#DTM>p^ĮígqAĒÈŊ03h[č‡7 ëĻ9UĶ §Ę– bUã8œc#“yČÜ´$,•T™Á‡`8šY“-bF õāœŲ‚¯Mč4ō]iz$+(pĸxÚÜ5l((TĖQÛs0ˆsxR.ņ•T’¤Ö'ã 5ŧ"9ô˜bĶîŖ~&T>‰eT*x˜ŖV:Ã'Ž?ĨŖ\hÍTrΗŨ;Æq¤›íÔÄú€ūf]6Ųˇū ~ĘŅ&$Ŗ͜ƒļšģųā’ísĒøM  nŪš:N-Ō>_eĒtŨëĖŌyŅįF6máÁdiJ§pĸąœōí#˜š­ˆ:7\‰Ęɸė^¨Æž*aŽĀ}6đā˜J~5íęKĻ9ÍxņõdĶė§ØZˇĪ¤Bŋŗö›J=é]Ģŋ& %“2Ņ5ˇØ5"(IˆuļtøĢƒ‰ë´…L‹N}‰‘%ŲģÖŧÕ.EĪĸØ Íå q:•%‡ęUs1V4īNDhc8ÔĖĀāĻ•;i¯œ"ĮšŖP˙׍ZÉZ?íõ™# Q?4ŗŌ.Vå\@Ë0%PTëZ×īFĸ('ÛĄ„ŗ$ Ą RK8+dš4˛ÃˇŸ'ˆ+ŌŋÛ`§5Ú8é§CŽ&tŪ°2‹–ŠŊääÅzģVé˜8h4ŧ\æš7‹īPĻ”ī:ŅĀŨ\¯Ļß"Ž‰Đvszr´™ …Õä„ QjŸ_Žšœyø&„¨€ŠđÎŗ234ęr„Îīgoš'eH›$‡—Âą°ã)<×?U9Ĩ5ŖļÁ”¤B‘Ē‡˙V}ŪI˛+ÎĶv4<ļŽ _ʓ‘ĘXŨzššB§%dÅâĨĖ˙Ã(‚ē_¤7Ō(ī—ģKyUœ’üŦ¨ģČĮM’‡vÕĐÖ7ĒQä;Š˛v.ã­éG×Č4c† ŠQęū&NøKŌ˛Æ§wG¤=bĸ{&…Ĩũ–w‚SŸĩC ntĖkļēŠ}˙tK9ŒSaŅŠ­aŊCũLlųyãŠzچÎ7ŦIĐÎ$ŧ‹vöšĢņyAl’“dkĩqĩČ⁕t I0Āæîæōëb›8Øņ§āYsŋkųæ Û}"'FŨŠ¯ÄūŽ„xØšĢã;Rq4yē’˙‚>J†všuÎŊ";ÍÉyÎĪĮΝJ ĮŠ1tūM”|í,}ĐWœWŸ éŠT@žĖ3UĶlú5ՙŧbš‹ŦkBy ŲK|Åš3 į Ģ‹tv`.`:˜,S|>Z*ãĖeä€#hv‚抛œēÚÅxN8TMŪŅLU‰đ:ŋG4Ū æffnį¨:5žÚÆIWšÖęī)d_t01žŠ\×éŸ~¤3í ĢîÄhāŽŽ„;nfe"qx6 Æú`ē”°RģI@]Kžuų*ĐsßX°Ō*hį9éWš-ĢkĻN›eŽ¨4ķŦŲoûzuÉЗičãŗa]I"9|’Į3mcŠđgčɄ‘ ,`ˆēæh„>r#DâLģn÷JRĢö;^ ŊžA^ōv%ë‹tāô°R÷‰‰Hâo¨E¸É$ēĐ¯ŧ-sŽÕJë)Âu#“ėÄ §ėH~IÖ ũÚ˛eøXęEû!qâŦYôrjT0aCÄčõ(Ύh€MéfŋÆ8f‘t(ˇļŽŽõ/ØÔRHYuũžĮš47qė$ņHWŠ’>Ī§‰Ø=Ÿuj1Bõp&"aģâôeŦW÷ôđõM`ÄĩĸNØâŪô•Ņw]|ĩŊ#>UK7ũL]Ŋ0â1Ą•%W0oļ9”¸;˛°Z˜LŠęr˜ĸ@c’gš:‰B8ÆVõ ŪÛ8ŌŽôáםŊaķ0ÛĤ(˙įâ,}bíē˜(>`–t“ˇYãNFÍ”uC]Ÿ vMsÅÆĐ~ 1XЀčüSs‰´{%wv1ĻƧ=ož f,äI-i‚ÍÚō™Đ9˜„Ą!yĸŅrūVō ͅ}BŌ.ü6QB†5…žs”AŨ\[˙^›¨>!GĢ@ĖcÛËj\Q&ÂÅrž ÜņgOÖÁéÁɚÍĩđP /:¸“ßQrŧÃp -­…–"䝏)`čöÃ[Āf*Hīā…Ēķ:n2=Ä}´…W ë2˙Öž†¸FēĮĒ‹˛I˛FTąĻ÷}ŧĒąS–\Ļę`˜1tŦ¤Īņ†Z’1“ōbî¯×8_%ĨÚD"6-á“ĮoQ|Ũy…É™1˜Æ§˜œQĻ‹t}2/Ā>ÔÜ`rdÕĒ Á”¸bH4F§+uFĩĢ ˜ š đzp† [üW”)>Ŧ7q 2¨V‡ōĒÍĸNLŦ÷ų×äÆ.āUs,Ą7ût‡”rnbcŸōĶ•ū öâÚú/öÂâZēVRÉ<î/ žo—ęĪ›AˇėšQ5̈́@íp™ĻųaMÂEXåĩy…i/Ģ‹Đō*˙æ2 āž `Ģ”lT@^&Įu 'ŒA(o.O¸ōŌ}öÅÁĻ`ņ!¤HsŦ^ŌAˆÆÁ›ĢĐWzÁ;yAJŗÄŅVTßä°z§HžšøķZ/>đĻŊÜZ陑plÄå9–ņc¤ydÁũ䇤ĸ[ƈ­Ņ„ŸB‰ŗ{0Š"8É7ėEÜĶŗnyp‘ÍŪVÆīų¨Ë4Í#jÆ UfĻšœlXķĖ“œšBy7AtQ l?€„/_É@ŗ§ÂĀ˜ēÜ~VDÄgÎFŖáŦÅŒ ¯‹mÔ¨_'$}C"‰Ā”Ėķ÷ŠÆ•Ŋ;"ŠëinF6æ´7™}†>™āīՋ}ŽĨÝáēh.œđ”Ĩ›,ŖɖŌ }…/į3p÷ēTaĮÃĀĒی"ōÍ&%÷=Œē îY&ŠŽâYŦÖc8%ęvIđ9/ŸžšßĘšˇˆ›@î “Ķ<=Ÿú}rërßëá.{‰Ā8šáT0*Ës™oÂî؜ŅŠ'˛‘Ū;ĸ˛•ˇ”—w´vÂäuļŦM.\¯|”åãtŅ×âq6ŗëF”Ķ Ë't'‘4f'+ $­Œ^)ųe"*ŌåO¸aRx—qĶ[ ēÆāåŗpkVÂŌÜi…ŋ–Āæ}†^âūT=éĀ¯p„õ‡EƒTĸED9ÖuiÂãęžS|Œ괆vO=ŠO‘„ŦŪØ5%–gĪ‘Ą G‡q2++âū›Ũč†õdbŽ BWOĖŠ]nš„Ė%Ō%[|˙-B„’ŗŨiãDũ nęäč"YÛ¤žNæ Ō_ŊA‚Á“V[ÁLŽ9ŖÅo¸wŖA–ööpZgDčémO˜)2ę<ß;SĻV›d c¤1ų&ú5éž×Ļ^dûĒ Ž{Ú§„ūƒjzoB$ŨŌŪ$ļæŅÁžsSüˑgonĢĩ¯fl;]ŗōįŸž‡īzmÖ\„9l3ãŲFäƒ cˆT#L*ŸŊYŖņžm.Ø1ŽĒÄ<æØHceŦP°S+ÛĮˇon%Č–›™ Šr(0tyĮ@į—pTv§IjcÂāũ [ļŖâCwGûX=Ô` 3Ĩë!éē››~ĮĻ4f|ÆÕņœcÁĮ|øėdF=†û•2›Z7x剑lÔJ:DËĪVt[OG‘ž‰Eė(ģ„s€üô~–…˜L|.7_n~:•„ÎÂ.o‰ ũĻB´Š/Ú’š!°åôōæ]˛æ HĶ/“xLé å !^Ũx– ÆŌÎ5ĄĄ4å΁YˇŽ› ä‡ŲzŒŌ@ƒÃ ÅAOŲ Šļ}`ËŧYe-œ¨Ží>[bs ؆?]cZåōŸqÅ-  ã†`”ŠÁFCš sŅ`9áVž“¤q”8æÄķ~R)ÆÜÆÕZ•ÁmR{J:ÚHu#ā“Sˇfjz˙3&Žäz.Ģ)ęĐ]úbG'cŽ–ęSFRXQeŌ3}c‘™fÆéĖ΍+…ä\“#ųč×ųčPžīķe0āąZWé—HR’įĸq.`å=öJ+^Ģ=áÄŊī­Røá'´]{Τđ$‡¯âWɂ™ŲÕQĶŖ.NāP ú¨Á*Y įTáŌCL(1€>sK5ĐEŒĩ¯…ņŪcázkëÚHU^`gJĘU˛ŊĪ“rÜ0ļųÄē„N˛aBC@O”ŸLeš_“žSv­gėŲŧ‚{U ę–‰´Íc?Y—ų¤_ §3Æb•œ9ŽŽ˜bĩëtˆķĻĨŦŸ*MízŅ-DK5ŧ0cØŠĘTĪ…Ų‚1Ã8ßŦɜS)KKŖŲ ƌ- ŠYgU†+˛#ÖnåhWû†KH —°ŦÕzʌœtØ`1 ÔÆgzKptLŧŽ•įK­˙AĄE÷ī$@ûŦeŽ¸‰÷u”‰DöįKč™ęqp%ČÅd’Ëbh{i­ #ČwŒ?‡ÅĀNË÷éXĪÅTâwmĪUõÖ ķvxN×û/ĢEÎMČ|#ÛãĘ#ŽÕēUJ^,ûLuTs†S-Đ ėŠā‚uĮŨîFRŒÍAKVBQPęĻĖ:ČYl'šŽâĶ°÷öe…ŦÎEwûÄî]eÖh™ĻäĮwÆ×J)§Ŋ ËŅ“$į"N5ŌŪDu’&ņaōTfb"רtŪåôSjĘ?V?IĀĀ¸ųįd!DĻā†/YŊžéI`ĶŲY讞ŸĨ ąUÖÂ1ԁķú-ĢqIbįčĸõĀ @õÉßĐĄyžn¤3$đėTžkxöM™‹Æ0@@ŽęÉÖ-/É&ƒN.ĪËÂ{RgtŪ+—‡t酑lr—DĐXF&úAÖBtZŗ)ŦâžODå|ˆc9Īc˜<ŽMúqŨBÅ Ua Į eT/ŽžüŊf_ž@wëų8ųíXhz˜]|€+Į°ũļ•×bâGĻųËå}5>]§ÆĢÂPą&?|; Ęī9Q/ …ž'UâĒîJā“?ãųã5Āɋ,y'N†ū*‚ēw(?ȜíđO×%WŪŒUjČôE1Č îk%bƒ¯íœ@“kī—†mšō–ųq—đ!0ņŪžÍĮ™ę(؈ü–+"k DJĸˆ!˛É<÷†ŠŲeåSev”˛*#á°˜đ5åtÅsƒ!+e.ú]ābĖ ŠI:[sdz†¤œŽ…ŧ1ŗW_ā ƞ‡Ô*4eēnn Ų9Eė?„Ü-Ę8$ģîŕŦ›Œ,žGŗ•Ä00'UŅGŠ^;™¸d¨ō–„ößŖíž Đ Œ@ŠD$ÕΕ=•×1ˆ)éä܍;8(ûĩ’¤‹ĩaĨļ oŨFÎhĄ°@ȉ÷¤ÎŲMÚą"eėŗ‘čÜDÚBC8†É*aĀC‘lqã‡9ČmĄCeŧķPŋ­G)-ĩ RĶĮ~ė@JëZļ[Lë0VĢ)*rŲÉP§z ’yˇˆøíÅî°œ4Ņƒ"ŲDŠo4=r .9&ęÜ(Čįa#ŒQ;ÍtM÷ˇŦĄĪŸúõë?~ũúų‡~ũūû§ŋ~øíˇO_˙íû§_ûōųĶ¯?üūķ×o?üúĶ_ß9YCŒČūíÎĀb`ĀĨĶË-wB´õųø‰(››hœåņ&âÖ ū U¯h˜2žQUõi ´âuH9Ž|SŦxĸ3G­ģsꞀr÷P–H<đ[÷túÛ?ĩæ˛ÖØ噚õ(é6˛Œ‘a–õMöV,67é-ņ]uŅR֋xqA7ā0ŒyPãĪ“A¨ÅĪ;ˆM×æßČÚ Í:^ēĶT'îÍ(GÖPa„|6MĖ,ÛVcqÛJč?—hģ#€Vo\“"_.“GMæûĮeģô/ ŊcÎS23Š”v•âįŲDÖ8qâQ5õ!0b¤€AŽ5dj=´p¸¸ų˜;§ôĖFPŽ˙øRæîį´r€û&Ë3Ž )ggŠBķõÜĸīĀŋKæ”Él“Ęƒ¯ ęėڕÁuą&ÁōķŌ=R ÅûØn8äYˇ,Ū%*1ß­>ŨY]wdé{'°hDpŦ˜ DK~đGĀTq5ÁŖk Ē.báīŸG 7V üZœ ʉŪW5ZW.oC#$áęøÁ–­9Eŗ€ÁŒ+øö$Õ7TÍZÜ<×ĮČ1÷üÆTe)î ×€HŨXĀFÄē°ÅSÚAëFĩ’27Ę!_fÛJģ*‡å­ķ]3‚V~īÎÁL?Pĸb`)ÄH{ųĐr >čSÉØ4ÃëÜä֒< 2žN‰ŽĄlîo,Fų0’đFčĮ÷ôÍOĸâ‘Ô ûÕŲŲC¤;ŅA:` ‘ÅévÖDđœ‹ķŋ*­G&sÜ2"OĐ Wĩ Xxē k¸6SŌ@e6~ÍqōˇsŅ^ˆõÍɁĘë7IZ­ā’ø$'cT~š pBÕ2ōņ’åėÚĄ˜/\ØĘÉ°Ŗōâ3ĢoŸŖĸĀ™ķAí †™åIpX¨1ėyŲļo‹å×ÅISņĖ!Ŋj˛ NģĖā—“ķ‚#‡ÉÛÛ\د§­äĒ††WÄY% Ļ+F܁‹Õ˛tĘņ0AÉũmŠÕ=VbdˆûíLžŠŋBm'öYJo‚{s3(PĘĪ…ZÚAŸ"i č C$A‚NéîËŗ†a_ÚĀMã1—žO˙tÜĻ?ârE—o"eēdŦ†ĖĀƸŲ(XŨˆđt*~bēc#1ŽļĖõ`Á) el'}Ú‚ĒVƒkë’:.ÎdĨn°ĸŽŦØvBŗz„‰î\/'Rœ ‘šDp4‚ča‹Z7(VīŦW.-k]&+öķ'ĮŖ=kWFĖÖô4FÜxûĶņãĻŽHÕ 5&6F“Ąn°Ô)äÃzcņf>2~qÛq¨GÂÄbîž)ō?=_ŲĸQČ3¨š'4mĻKGFzųhŗ=ŋˆđēŪsCõt˙oÆũą÷0Ėi-$ĀumŊ[äVÔĐlƒē2Ļ­•TO¯Žī!$—*Cjŋ2N‹ “wdŠ…ŅŖUėšŲ—Šøû0…HRPúŽÔ÷ŲLV咸Cw4:kŲ€Ļsdõ×ĸ„ĩ(–†KeŖFŖā¯jO…yg3Āwœ×wnn1CĨBŖ´9÷j|QŲšŋ‚;h#ŠJŸ›gōÜ` ‚†øg*¤KuŖM|ڇÚ ?\IŖ@b¤QbLÉoōáƒ>ŸŌH㌜@3­[8‰@uĶÔėÆ|GŨ¨4ôĘ$ ŦŋRAˆœ´žĢ0­LĶŧûAAÕHÛŗ%­ŊbPéˆÜGŖ›‚ZežQŖ‚ žÍž•Įũ%Â'Ŋā¸t*ž× {KXIz=šo•bō¤-Aĩ6>,)nr] kt[“X4xsÅc4ĸgŨãÅįíŦ(Ūųžė¤V§UÎc2}Rúlzzhžŧü9œââ'éŊ[’–LūôŊtÛár)Ü ‚DŒ û"/M2sčhZn,ų>ÅxŨZŽĐũvx(°ļ‚×ĖsP˜õRP܇÷Ŧvߚ7kĀkÎö°*Są į•ŋ˙bx¯}I’œä0Ø÷‡‰k%­ķc-ÕÉy]ü••|í]Oļ KäÅųizP„Äļëė¨ž*‚Ķüōõ“Ī÷­{nëų¨æJ¨üx ė{ÉhĀYĩˆ¸ÚûųĘĩ—PûˆQ'ĮNüMˆ°ČGRÔŠģŪĸ)Ū*Ųs\ WíŖĩ{ÉĘ–m#~ ÛY*g‘ä*8›% ŞA'Ģ”R4‹æģŽŊlÄ›8™ė!ųĖ]æ.ė´—Ž ˛¨x<™”Ä!üˆCđRœ´:éŸJS‹ÄHˇQā2*Ē.Wîķčį”úO<÷GŠíÎŗâ7W‰ž‚(@Ŋ_Ģ&ų+aĀė2Úp ušB_q‡v>šábxhôä/Ŧ†ģšh‰pS…äd&_ôh…ßLÚŨÅõ+FŦn8TßQĄ‘‰ZđÛؙz ET“û1î,ØŽMô'†ņĢŠˇą#ˇĮ‡‰Nčë!…ĸĒ/tĖĖõŌ>˙LIn;Ö8(/û8ēŋ+-lØ[ÚlĨFˆpÅŲĪS?Ž‡Î„$†Û ‘oœŽ*ë:}meŽÅZ‰EŨß 4°ĨUT2n‚Ā;ŌĘ”gųžĀ†üŠä:ĖˆA.ČG‘rd+ŲˇĻį/?FŠŦœ*›%=ˍf~)ÎŲäųË˅ĘŽ%v¤@ŠK˜ô[šˇ_Â#ÔõäEHˇķĘĻöå~ Õo¯ôëũD\X„LâîÉĩSëá×MRáUņūNl ä}…9Öa^=bDëÃꋅ–ƒYÉĶ2  ũQmŨčØá'‚— ŅƒũžgQ؛öšÛ˛n†Ę•|2ę’ĶÉĮ2=ĩxpˈ9ąĸö•ĨoŅ§ Ŗ‚5x'û›ŠJ[GOYXņ7äÛŧŒ#ōŧĪäŪÜÄĶE"R’3+„÷¤1^ĖØ$ã,ęI]noŸO_ŸÛ¤ēåī{•ˆŧ •‰TžXÂm>ĩFÔMo1+& í“éũc¸Đ^"åë>žÁ1.5ē›NÂøU~ū/^ŧ(&ĐøĪÜ{ÂHĢûbî6Ļē–QÖIãLÁ~ͧ¨°TžÅ¸Ȑtųœ‘ŧŲ~ę÷ŋ“ փĘ|ž8R‹ĢیÜņũĩ žē†ŠM•:š€“L4.-úŌ‘ø¤-"ĸ‡"čS‰WĒāV3GĢ{ĶĄ‚q1zËMrpĢØ´/†.]Y0|˜ļįø^ĩīŒ)bs —Ļ>Ŋį*\+e Ąŋøn0CHîbZÅa¤ûę;‘ŲvwúéŌzKķCtî ͙^ãÁĐy=uŧËķ—@Uë*p;¯Jņ—ā-öÂir°ré7üŖ{(Öí'ƒĻöxčÕx^˜ÍŒ†Ŋn{žf Ũ™ 8'7÷+Ķ؄z%}ØÂ1ė`É*'ĻC0d3ē|‘ĀŖg_­ëÜh‰ kƒ˛ĸJđDWĸ†įĘNIø­kõq֔VƟQîyČS˛¯KāGuc›,Ŧiíķ=ŸeæÜNŨ÷ĻķÆ2°HĒsö&ÕC´īÉĪTĒģēj­ô{w(zÛĪ%øęžÃ$š‰"’/‘6ĻeáenZ&ŲšâØ1ž7t\‹dĒlV“A{aģ|tV¤ķä\q#ūtÔ)ü÷B .b˛đž­ÎI&ɍ1™´ĶÆG<8ÄÅē *˛š÷Ą ĪUĶķ9OÛ ĖÖāÜŌb&=—QČ ģˆG58 Ö/°ļ4:ĮÐŲT"žt5ė›!AāâC#í9qáÎĪ°Î4‡´šė'ņ5>Ž‘Ąvšáž¯WáUõ\Ķ-ôü3›ršzUōw=¸ÎvËCƁF+,HFĐÜ$"Zģ™‡zë˜įFäČŖZ7ļĖģīÚĸëiŨ8UCĒåa§ 2ØĒQ`fŠÁ´a!8{‰".ZâK2~Ėēō˛ęØPlĸÔî°ōĄDßåŌÕoęägU ¸ų%7ŧĀ*䙄w:f)ãĒwš0sKmc°sŖ$zã×Ģ›g)ΐ.Ķ˛D™ŨYÅĸÅuõzŦöoŽøėnā§ķXÁžŠ¯uJĩ|_GŅ|8ĶÚĻ dęi•UôduĢ¨ë íæîxyëwFäč ‘X-6õuŨŠųínõC8íû”ķˆ§ã*ãËŌĮŒOę<ŖM˙×ɖ§n}ū$ŒąG€qr{FūŧŠ<'8ƒ@Ě&]mâĀØH”jõÎgq*mzą(ŌĒbjŗ–cADÂV9Uú8cŦ&ŽŸũ0'Z?iQę°ÛĄôĒĨLېŠ?LŠöqOÂnyO33đ`îäw,2šlŧøž|wQCvô ꂒtBˇ@¯…Ä"*ęėoô\v?™MyŊ%ĀÆ7ƒķ0ĸ‹ØHŨÚĪeķāqÜäxåãišO%°ųÉĩŧëÆh¯cŠÜįOŧŸėĮĒō"T˛”ĖĄwŋöš¸Įææo­‡īØę*ė§ĸ,éøŸšÔŽpįcī¨"‰ļú˜ëĒAܓߌ”ŊYuđĸjہãKU/ ę<‰=ÆúõÍŽBkwĢiöMCвēĢ&õ} zuŸŦ˛TõaQX ĐʑPwPYsO"[’W•ĨНŌ=ß]ū{ œŠØnpHÛ~ĖknŖ'ŋĶ{äO†8oĀc}T‡8`°ŋ+sæ6D*‡ ›īë)ƒįé9“r–cTFŖžļu}#iļWÚt%ƒM:—eŌÔŖ°Iņ¯ąÖōĻîEųÔ3ķ}î*uYׄíå]ŲųUnę9äŪIâ-+Į|)ŲjÛÖõž É ĀĄĐQ‹mˆĒ~o-Ą÷æ><¯5–ąÅqŊ¤ĘvôÜf5‹hõ1pŊĀÜš{8ÍõۈČHØž0÷\˛4Øŧ‡}ēž›oŽO‚ ģá3ĄVĢ-ČF–)įæĒ{Ę uøOx! æļr÷G_Ĩ†I1øąU¸ŧĩÆdĪnēÃÜĪę‹*š œüÔáņ‘ĩe)87žŖÍ~Č #RQŋž„-¤ŲEU‚Ãã8rÚuÄę>ļ…\ķŊôÕt2Zä0ëú1&øŽj’zĀTéÉÃÚ€b•ķA_žsŸäģ–¸X•Ž›#ÚW>›Ŋ ĄˇL6=X ÜũŪēÄļWĸ~4ŋČ s4 -“P.o:Ņ—åÜ1'÷Ūü‚7ūāųMéįh­ ™Áp§č ëJŸųuīĻ# I%z´~°ļrąĢ@•ã) člŠŸ+D°pīˇšPgCž´Ä4įsĨÂĸˆâ+ŸōTKbŪ6Ų@Î{yFmx2%ŧĀũ2žÂʅgWĻ@ū Ŗfe6ųĶ'Î0õY÷ +F đ¸“Xw–ĨG‚uŪQÅ<°õ |Ū `?”ĸöëŦ4Ųy>], °\ G§čãFiß9÷ĢÛ&Ū2ķ~ļõ?72đ"üBJļJŦ×ûŊŽšgęšėÛųA‡nQ7Ũnī~ĸöŋ!Ŋ~ûᗯŋüãĪøíˇ¯ßžúíĪßūøôõ÷¯}úöõˡOŋ|ûéû÷ß>˙ųųķ_˙"Ŋž¸Ąˆ08Šq'Įwŗ“_qtĸpȎéX0͙ØÎ0FĀ]›%ŅæZę2™MH˜ÎO'ägLÉĒdŦ×#Ķ8øcPˆ/ChEg(:OĻÉŋUa+ļƏhũ2sdVĸYēßČČ;šÚæp=@7Áô`č`qpž0ŧ(‚‡˙Đy´†¤žčƒžČ@‡~"ˆ~ĖË œŧ@đ’åS!0°^ ąJgnÕÂéXĨg÷ņĻ Īø°Āc|ĨČųá×!™CŸÛD5Č"ŠúE2äÁd}žÃĢZžĶ\ŌiSĮċĀŌ%ü´Ā Jķ}™?in†įîĻ s¸3Ļew…<ЇŌ=‡X[HŲ ~mR^ęĻ@šŽD€ūXxsĐ4ZėÎÁøņlųåˡo?ũã÷~ųūųĮ?~øôũ—ŋūuļüōĮ?O™?ųôסžüõĶ×īüōãŋ)ŌŅ¤(1#N æûČ|ĨŌ^ķ°AEą “đׇ+3†8%ŅuŸČĀüŒP Â\ōīČÉĶđ^gÚčP€ČJãōĘ:ŒÉųIļÊdÄĘPĸ 4*Ėķu%å—ÃIšķ2D›ėž:Kž‰˜6ž@˜dJ¯GÄĒÜÃŊ:Šĸ{ÆØpÃĪæđhÃąŖŪ HXr>äA†öÔüæ' š–¨¤ķ{h<ĐyˇLĪ4đô€°F:æˇ%˛wņ æ’]PBdÕ;‰Ķ|éė.Ŧ^ŽÖl ;ā3"9ß*g3§ˆ^"āõ Tä,3nã†:wĮ$_'H›sŗ‘aJR2|ÅV$Ģ'.ēÕ$”˙‡>Âvéë„ל#¨uwr’0)Џ›_B ĀįÉ];āCŠj ^œŊá ‘tm įžŠ›Ä‡ Ø9ĒãHé¸ (9O48M˛ Yoēׇ§-™|‰JîkRt{‚>=č ŦŨzššZĸÜoĸ;Ü )“CBŗíkÜ=úø#Í!vKFb ŗdíŨ†ã*!.¯3;7qjcßįq…žtxršKœiã>Üz.7ōdĪ™<#˛ÂõœĶįĖí÷“ƒrBh ļEŧĪĪšĩVĮ!>A~ĨJ}ž¯QÁ§xNÄm’÷ō8w7ĮfŠōķöVoĒWx¯›nUf tČŽ3)€}6 }1'#â†ÛAߑ)NX!:Iú÷ņŠÃčSŗ$t_3oâ6ibdôŖđ^_*•ˆ67Î8grįÂuĮ0w$”Č0"ŧÁ“Ô”ôäƒáŽĐ/œ­ŒZƒ"žt€Ë7!uÕs­™.Oƒ<æÂJ­Îë`*%†9SÆÛ# ķāBaŲĻdŪ2NzePÄ˸ėlíY Đt`ĖŅ=¯˜eʍ5‘īRøÖwŌÉĄÉÁîcÎ˜ũ„5Ÿ÷ƍqjršÅÛO?˙ōåë?ūúūõ۟?~˙åĶˇŸ˙Ų~ũņŸ?}ûë§??}ųũˇ~üã¯ī?ũūĮˇSŧ†˙{Č&ãŨ 0*]Ũ/Čzŧ›ësŅΝĨĢ”%‚<n&ņ$…­$ĩņ8ą¸ę\ÚŅ(k4bœĄaģd‚jI‚ÆŠ1Gˇw OãÕ°W"ÁÂcc  Ŗ-ܕ€Œ­iEKkFO;j=} ¤ŋŽęVÆČ8áQ=tŨžŠÚr?Gã4Z×8cĄ•Ķ÷f§ķĄe˙PaôĐ|‘vÚ4Ä*ą{Ō…ČEķ‹´’î5Žo„F˛LųãP‡đĐíMŊ¸ūë•Qåo īnČ}æ'˙ü×˙öĻüô˯ŋūãˇ?ž˙úËoŋúķË/ŋ˙ŗÍųų—Oŋ}ũöû§Ī?ūôĮ/?ũųí_žüüĪ7…XĨ-ŅDà áA\WŌœƒžl|G6é”֍&I´%ãú’5ÖžUæ|d\Ÿ‚u§_ điZv3†ú€¸^cJM .Ų„ė“]āBd(Ë1…ūטëQd÷sŊá43 Ûzv8ė–;Ļp5D¤— ÎvŨ/ ÍpˇRߛyĀZúꝍåôƒŧŽ [éɛôÍSl†¨XzÍĀŠ‹į´‘ž*.í=`x“E×yáBÉ:…žŅĐڃÆ<ÅߙŲ˜(ßü˙åíߒ-;ŽlKđ?ZÁx^<¯Ÿ1ŅũŋŠ˛˙MČ°1ĻÚq€ ™U%uƒ á~ÎŪk™écÎ1ŗÔ}פ›×FBŧpuS l2§¸’kv„ēLIR˙ãËķí7˙į˙ųËO_÷ķ¯û?¯Ė_ŋūę§OŸŋūîīŸ~ūëį_>}ķũˇ_ūú¯ũüí÷_˙é5“ą ĸÅz]'Ą¸>c%ÚwŊÎãęIę¤ĖœØ‹:&d Ä gÎĶÎęĕķ`îĄ>˛>k†PCÎŋ96âl‚—ƒöÅÄzĢĢXmĨė"wõq.Ōšo°žqãģ;–L¨ ŗŒ;‹ÕęĘp_œÁ†HuŦ č=œ\B‰%ĢõŅ´ÃZ|.UÃņ–”}乲îuJEÛg…÷@[ĸĨ^fՉ",ۃD*ųœg§˙!„ŋ,€kąg%|ęŦ‘ŋÖoā3HĸNánÔ bĨĨhrŽk坓ŠÆŌH3y'†¯¤Ąō éüY=ģ8:ĻÕX/ܓæÖ!’īæŽ@1’Hښ„aųșāh#Æō#ëz§ņ÷Ü<‰äY8‰ÖB”‚XŖT DĻķĪĀ(YÂąøŠˆxˆc;•7ŋŲyëÔ;Ëp:Ą+a‚AŸĸ(%ÅE‰×|¨.ĀŌƎŧÃz8GčĉuâIŖ歄˯~$ܒŽ´ĐŋĮ'ŲY„vŽ×+ôp.r[ėđŌęŅiką›’ãIvļSĐĪüP1Uį¯öTã.ë<ĘöŽŦ;ŦÎķ¸r5-p$Ō]ŧÁ Úų‡ÜTæTōVlæU›Ä9RK\[šqZ"Č˙Šĩg:ã’@ģÂpē_Dr•î6hE'GŽ3ũˆ‘Ĩ¨žĪ0KąL¨ŠkÃeÃTíĢŪĖTŠpˆĘŧS˙ƃžĖĖ#ŌŦŅ"Ģe }‰%ôbmK:×sÖqįÁ‡œ6ŋŠcšŅŒÖœXƒĒčäöK6ĀįúrŽZV}-žáI”KâLžŖd%g; ) ģØîÚT÷ЊĖy_< Ŗ.Å#ÁĨŽĐ°(PåcWüpz jũđGĨ7ˇé<žŠ€ÔÃļYQci•‹ęû¸¤ĄWS€ĮOŠq2oÕ˛]ĮUuĸYáėâ7íÄØ°EåķœÍf<ŪĪÛakĐ+ŽĐė˜?|?OôIüÍüüũÆ!—ØĄÛ]eāvPņ¨™+û> wŗ†Č“æqO+Á[Ŗš žzČĨqˆŗū^ĩúQĶŠŅ’Ŗ<ímÂŦYÄŸ+SG/QžŨõŽ'“¸C§CéčĪėî–3á@‰psĻĸũ>OSˀt'š§3VØÄā–ŊăɈ΃Ģv§Ģ™LUJgĪą2cŽøģĀBéB:W"0. eôŗ4–ĩ˜0efvËĨ^7ģ ĩRŠjžrīwg`ôĨ×nŽ¯FčäƒÔËvx§bw‰“šœ›˜Į&Á,ܖ֋Ē,sx^„ī…nŊ‹ąĐUžvÅ)Ŋ¯WN|qiĘTžĖƒé›[%Ģ# ^áRUüūAW¨›ôōļˇÍ˜ŨÂ"ĮK=ū÷´9ĄÎov5×čĶ&Ī¤%íĸ×ŋ+‰3!I‡œÜ Ë ßÚ)ÄŠŪMXH؋ŗŒ)í,Î/nŖ ƒ’×$į"¨7‹¤Œ¨õ.ôŖņĐņÃČXjė^ėĩŨ,îÜúį[žîg 'šwLEŗD×Ö>5Ž=z!x[[Ÿ‡päLØšˆ2JŽ &)ĻeđŪyP)õНũ9°VN‘Ú œĖ‰å†œÃ}?Íw˜éãų@j^Ԟg‰ \CÚ¤´w-ĢZvŨkCëgęÅ}‚Žëė×úÁÛÆķšœ–Įw?äM$ofМ8EĖ5ę¸ĸ*QFæFÄOÔĢŠ(ŋL$ĘtŒemr-ôJŸ8Û(ÉÛĀ{ÎIL”Q '“ōzr\oŽ;`Ą…ZRg=Ņr)ˌ‚r$ åÛĒ`ļáö[OøØ úhXÄčä¨Kļ1.įyŠÎĻ ŠđlQâČ *ĐÉņ´Ŋ&ęgģ`nm)ûįŒŌĘäIg°•Ä ī†¤ėí3¨}’,@kīSËįÎXi ŗ~ JqÛU‚ō$uĸˆë|hTYŽg^œL„:ĻļÉhšø‹ĪūĮöh­6iyŧIf9l1‹ũĘŦ+O‘>5g#ŋ.EĘ;á}ō¤ėš1Đ\Đ¯§Ŋ— ¸cÖZTĮBÃ–Ŗ’“´i™IŽãЁé›ō~Ėî*ī6Ģ'ģēŗįG$Øo™öķKĐ8'›á,ūxđ#ŨzfW•âčåd’WIėŠũ­i<īK–ãđrxÆ"§€´Ÿ(;OøZ×_˛W§7Éq'0Ņ%Ëq*„3ĄDÚØąØ;ü„į×Íth¸,ų=ĩËPįšŅyPų¸”Ō0<yŧÃ3xęŠ~ž—Y4é} đfčÛXssģå>\#X?ãƒs6ä ˇŪdwMŧ[= đŽ‡ÛÔËŗ‰đ>$~‘×úāŗ9šyĐCuv`üDWéEÄŧ5="lƓ=ÜŧQ3û¤!( ĸŪ2~›yly`öŅî%MˇbĸÚĮėvÎëŋļ=za|!úē5â~|dVˆ„īj\,#ÚŖ¨BâÜäáw‚ŧÎ’96hãėĖ6p†™3%Ŗ­$y<¨mõe'Ë"‡ĄąoløaŒE*ÖWfåŖ6vy@_¨3ŽÜéj'J#Ōæ;Ôŧ;ׇËW‰Ūx‚ngá{ôƒļÄvcž„C Ë3ßÖ¨ C›<ƒæ)úšbë˙K4y-ņÆ˙å”U„“†Ā^Ic -=Ŋ4Ú+afRÜ&î> ŠØQ\;fĨI>ĩk7ÃD˛í}nO"tËN°0Üė=xôo_=O1Û),ą čũōZlÂ@QĻZƉØĸÔ5´vĒW3c7<%ķēl[k‚ŌŸ%ąÄĖŪ\›LįŖģ/a‡Œ"W`@Ũl/$ÄU:};%Oĸš#›Ŧ[ÁŸe‡r˜Ō¤ú*ØtĶÎw?ąĖ3Í1ļ>⠋:ÂÜĪ.5ķ?`}mA¯€õČŦëΎŋ°~aŽŨ‹8×ËTˇ–|¨ÎOAĨ§ˇÚ6ųl€ŒˇŊī؋‡đžMXš $¸žëKŋķ5aĀâhĐ´ā:/Ēā~UOZ]•+{NU†Õ1Å ÆŦoĄėĶ+C ¯_b\p õvmš&>¨E>=öį-ŧúΟˆõŪÍÅŲcé>~nŪđ<*ĸæ4kųžŗ„(ägWįÎŅŨ<ņ{u^‚™ō¸g’ Ŗ‡ŋģˆ…úŽ˜2éģ­ŧā~ĩÜ­|ēŧg­MWdüÍ[Ü"äÉrDÎ4ķâ*ÁĪlĨ”t)â(‹iÜ!ĄVŋÛâ–Ņ3[d<}ÅnwwX–ŖZI/~3#>”ŠÎÆ÷<ėøEŒC%Ė/r;QÍ[™Úæä ĮeÄVKžÄ•âŸlPO‘ÄŌ܏elQDĖWũįWķž#ËëķS:zķIt;ŠžâøôPēĩéd5&” ֐c<nË5Ãĸpâ‡Mrķ1ˆ¨}YeÚ2üöÃō;ĩŠĮ9&eVÎ(æÅÉķ0ëĐŪ}Úl]ap­VŸxJßhė›39Á%­j0<E$~-ĢŖT^„´Ņwg’đÛ2éHŸ>Ą\÷÷ĪtŪŒOü Ą—ššQf p;#\IĶøÄ<ęmƒ˛jáś7žK™—įŊĒ¯ķ„ŖkĢ3ĶÁr[ÁčE#Ģ¨6]ō›]īô#ˆ`Ę|‹-D0˙…ēœĨŖŪ„ėē“€7Ösi”R7—ĶpC]ü‡ÄČxjŌždšëâ˜ađŗn¨āHk_ )5M"čŨMA?@ãƉM~ä“õė:~U'ĩSŖHwhruFŊŗ=ÎĨ ŪŽđ SŠæl†n_~Æ/˛#›ƒ-ÔŅ“_"Uš“š¤ŒĀŗ9›cbíŲã2’ô’FZV‚Ēļ@uĪ6a“X ũČq–âĖĪ/bQö88<Ņ\¨üA&ˇU=÷†OēĻLX"ņÜ.°:é‚*§nũŨÉ$}Ô.ãāßãâŅ9‹TĒTÁĩöRis”:ĐŗĒûŠWĢrJācku@įõL€”ĐķrLB:Ō 2Ø+€­üĐ­ŲËG:ߞIp‹‡g͚æ0‡Å>Aĩ%—wmcMPéÆÅvĪ|PH&¸ųHöš> EØ3ŗį;z8éĐîwˇ,ŧĢNbŌrÕ8áTÖsĖûčz¸ÅKčEu=);ûÔ4K),ĨČû xšņ€Ü1xođ[)I|1Ķŋķøį2Š䚝›)ÍĒÄmqį[ a ų˜Á|Œež/˚ŖVäUbãy]ģ–q˙ķĘIhƒ ōI"˜_@GÐ÷SÉÍK}ö­o*ASÅ1%Õm§V9YÅŨۘß=ĄŊ´y‰˜OíäGMDm`­Į"ûôX 8/ÄČĨĢˆXV0˙ĮRÃvžŌ7Ûk|üR~ŋN™`˜#PɁķõģõƒ p÷›Žĩ5ĩy,ÆOrē×3 ;O"L‰äõY\.œ¨ûÁ™iįBdÕģĖĘ~ųķŋuîa´gņũ ū'ģ[šîŪČ$Åž§øŅMîZŦ@ą=jzí3,ę'˙qĮĢôT o¸íH:f´:¯ĀáŦŊa[“ä"”bŋ&˛ƒęyHņg)ʁ˛čZŋÜy|7ŲDÎ&åm\ņ,–é&ĩ‘Ÿuž$Ŋ“Ôs"žžķā ‡âœ#i‹¯ŗ9äŗ‡2aŸ¤ōąî#ũzQÚq×oP ÕŦęŽųĶÆ]˜)?F]`€;ŲnƒR;ŗÖ+tD$ÃQ[ j+ŅĻf˛ō†sØŒ‰WŅņd˙VøÚa˛3ÄĖ×ë7įŅ6fXá”įÃų՝ø3€õŪŸŋû‘hÔû` Ė:įši{ŲŌ-0ÖČi”†L€aO0Ôa&‡ŗŪë îŦŽÛŧ ĮĩģČT×Ŋnwr\íÂpŌLcS⹈vņWŖkˇpKUģyŸb†ŋK† •ŒÖ–T´¤2K$.ū&ŽJYYW˜ÄködûD2÷%ƒķåíS’@„ûŖ•č†Ū¯Ŗ|ęĪn¤Ų6*‚ļHû€% T$“†Ļx´=ĮÔĪ’´ ÍG…{H‰k¯H‹kX/¤ ĘÍŪ'JÎ6Ģfˆ‚o&rëņÜ°A˙•ĸŲKĒŖšUĀ€ægÃ~JŖQfĄņN}7+ 7ŲŠīp…Γ(C†`5Y?oNéãøŽđÁyR;ē‚RˆÚŊoH+—ÉÚ+â׊Wų„­DoĖîũĘ9§Ŋnœėâ“ÍbDšōų3Ä>ī¸øøü…īFĘŲBÄĨjmŦP' aįą“äÉÄĸÃIĢŅaÔÚXŽNV@ĩžÁZíŖIWĄËÍšˆëK/Ø°C<^NÚ^3ˆsbqĶŲˆ—ŽČ”ÃNúŠ¸ˇœ dĶŨOų›ė)Ķ~đÅÎ;iS­„ĸHēëÆŧÃĄ&aĶ;/qŠ-›N¸'›>šŪŗIũÄmŸÎŲ.?ą ŽM;c'Û¯ģ\Ļäʍąâ܊pīŦįâäm[UĄq‡ ¯Ú4Ąî4ƒÜ^†„"Ž#ØĮ}å‘ĩ ûúŦÃdÛČ>žį§ēģŸĒšČq]xrĒ$aķĄd^Ũ›D§ũļ"‡ƚ&Ũq›ēd~’ ķņ$~VYŦO*ēÚ~÷\t>ä7¨đ•^ã Hj%ū¯WYŖëFõōûļ˜æ˛˜č‹¨ÎņžxnĖU'ԔqŽáŗš>${]úåļŦĢÍ\{šåČ=™ƒ æ5^ą_Ū…—ÅŲĻ,ĩæņkm"ŧ˜üV“ķL!:ŋĻAāøBüüíæYŠ”%4ÄųL¯Ŧ˜Ōæ^<ā3¯ž}DÕSlL8ēgöiöīŧđ֟įū‚'ˇKMÕÔȗgüf^"ķ)rOÜ1„8ĩ á+ƒ0†5Ęu6nÂh™lÜŦ&&é(­cˇvhļÛķ3؛°=ę91bXēäÑáC&ú‘Ĩ,+Öhu8Q¸÷yk ĐIŽ1õ(FģyödĄˆÖ¤õŠ„‹Î¨4qËĢDįJž 6´0ÛÀËÎJ 6Ekļ§ÔԘ͆xöTI+Öû…”(ˍųŊ“á iG–ÃYĸČVF‹–Ēķxˇ;áëGncKOįéäöésĢķ‹ô›m‹xÁ4‚^3$ŗô)Gž jļY›˙´QŌhŦlÜŸhbûÄĖŌrŌĪ^˛ 2ž aŲ;e›€Ŧœæojsž4Á”DÖ"”ũÄØãĐĨ7+"]΃NŲŪË­Œ{3lHۉä:Ž¸VĒtÃxû#0^\Ũōۛ­}ųŽÅ=ĻULäV8nHú"R@&ō=Ž"%û™sTŠą6oŦûéŗÕ^qŠi9°œŗĄË“Ÿ™Š;NßęŧS!Ė,ĶXŖ„"+Е‡Leg2Ē$Nč"íļ2šÍŗ5iÅ%ēhĩ<ŖųHMMՊl”‹D9ŪģčŦ ‹ëŲĩĪI1#æ÷<‘´•đÍ!ā@ŽABwÎŲã4a4¨”aI”ĢŦ‰4āĸé)å6ôâÂuØĖ’ë4ÁøÅú ,nÁ$ÚíbrØ8y(ęŧĮZŨYŊUÔŊašQŽ!ą§Á‰Ü&­üģßĒŽÕS,mčsr@8)š{°ˆ=Ŧ7~ûo‚Ĩžú ˆāÔ°w¨Îlëŧ ėą°?–­ ã{'°™bS†WœĀˆbŠ=kd8ģiĀÔ'W¸hS[Õ<ŠÔ#ņŋúÁLEåĘõĖƒf>Y,?`¤-(Or%Syę-ŦJR.yMj!õåû6J2ÁČ*…ī˜[úŒ¸"{”ģB§#V3IkÆv÷遃1ėĄcĨ¸Žîu:<ÂČyļ&”ĢUéŏ­¤*â9īJ;-tÕ>yŌZå 'ÄčdyN¸]'0;(ÂIų¯l„ų1;Yėeđ$I÷†ŨJönĸŊbXc€"ĪtëpÉą•úO蟊TŦ2X;ģWŋwTE­.7?g?>’Ā1†KwlB¨b„ĸãOi2VÕj ×Ųúā6PûķÁGO.֋ŊÉõ !ÚŦ Uã'Š‹ÁéC×N āŖhČFŌāÔ ƒāĶ‰ÕdĸÄG7v¯ÕNƨäŊ•W†Ä“$?ZŊsbŖ =˛ēΆ‚ûi<āXŽËNíu`q#×ëĐûĀŸ*ŊŽŠ{V÷"GMģ”ĒęBÅŦÜØ)”:šd× Ōwi;Ë §~Œ.´6,[Κ6øã$ž&zË~ĒSÜdõ¸ūË})R‹Įㆎķs1ŊŊŌŗwđlP\õ“CÄp‰ķčč‚ø5î[DŊõķ Áî-ßĀHĩgNsF>¨Ēʘ#R6žNÅJrąžũûGr@ŧ—ą@‡ž†ÆŖ^Ē,kQ…ĀƒņéE ÖyėʛáŌ†*Ģ°Ę6Ā\%Hõ‡cĒBV6LZüNëŧ’ōh"ŪœĩMÃƌ™'ĄOSä–Ŗ9ˆãĒ˜—u"` Œ€ąžĩĸëįcĻŊ[Ûs&Z‘fIÎčŗˇŊđ1ßÁęļãī@6Q‹ö‡Â’rĸVŽ– Ā‰ŽwÉyôįé“*ÅŧúüĀšĸŠr÷Æ%Ņ7Ūŗôמ“’ūT4qéGn"§¤’ū€$$N9 aģՎ]L%Į°]ÍvNm9ėeŗĶ§DnęcÅ˛=w!Ūühv=ÍUåû7ŋ˙ö—ņDŸŋ˙üÕ_ūúí¯?ũôׯūöé‡ŋ~ũͧĪ?ũđ×O?}û×_>ũôˇĪũæįŸžúéķ¯?ũy ^$ĄCÖīėūX^ÔÂÜĖ¤üŠGŽJ+#ŧ9Ķ÷Ä0Õ÷žęÆÁUú7Üôįq6ō˙’ÂËße< G{Ķ ÄKzâÅ2mNHÜZU•wUGģ?LjãU卞Qojoš™ŽæEQĪSē“ĩeų͜ܞjšĸ˜o’˙xË/ßōv͸Snåŋ“ņõÄ20o&–9“„3ĻXœCŊI ÔzõDšĒЊTnIÜKōÍāi§PԋÄĖΉ~Ķ„”v™(X>ø Æų æp Ÿ•š'i Ĩ`o6}ņžøŅÚ¯ĩ,Ž‰4i˛Đŧq˙lzví*Ŋ`”Zgl€=‰„”ąŖ¸ēË\& :^Õi€WÆpŲ%ąn+íŖÜĢ*'ĢWÚpĄqî ŅĮ'Ë đ˙įĒÍŗ•ik?!—!ÎŊf,=Bú“°))#ë(č´Ŗh¨ÉˆŊĒģBu{Ī‰Ž4ŽŖSjĪĻĩ}Öëėũ°H;IŪێ[hUøa›QJéō‰z­° jš- 6ĸ6MĸFŽģč6éwŠáVt§—ŸËëq&|*ëũ Ė´8&’—)Ā5|šåŧ‘ķĻ”2ũâŲ9rŊōc ĨĖAœ¨ZÆÍTķвįĘöŊŌŨq§ĪNd¯M^‰d°––ķÚÃÚdš;šŋÅ@øĘgƒáŗ 'ã;ųGYMír÷‹Ģ÷ķ7ß~ķŨ_ž˙éë~úåûŋúæû_?úüãˇŸ?ũø÷Ÿžúôë7ßũđÕ/˙æ럾ßĢ—LËū xÎÕ9­‘,Í)͎ĖŅiuŦyn/ečVM@UD>1qˇžvÖē%}'Ņë†.32üíAk‚GaãOzöoŋĖrnJ1~ ąkÁĖĄFĸĒe]Đč’Ú÷=ĮžŌ:ÚŠų ļ9 ō~ëtNЕ”ÆĨqCsiÎ$#vÖ&¸Ņ^ îęI}ĮØŽ%dŲ'ÖŊęzv9—éYéâúĒÜ˙Vōļyˆ×kÃŽWÜôĄüdQĨɓę, đpHo?ĩnî1w“[ņ~ŲmōĮ8"mrĸoŅĀ‹Čķ,•įVâ u—[ĢrũĪXë1aˇ“P)°´^|v.åįDeS¨=ûYA–ˇ[zžŌļgņ* žB§¯6Be¤æEÂŋɘ&EY]ąųôf‘j !aˆÉm›”Ŗŋé=ĶŦ;ډöį@‰œ2™K:ŊĸaŽYŦ#ĨûE¸Wøšē{ęœįƒËø’ cėzÆŽvZs…F>0°7ÍNvqč  š‹Ļ†äĐV,Δ}[vŪ„hUŅN…4^cWˆŲáORĨĪ$bûūHm ŌÍ*ŋOÃUÂ[؏z5o4ß55Ūļuū•Ÿû‡VfŒ7Ąë>H7XX]{ԎīiĖ!+×סųJxnŠõ5üThÅ?áüö!ž}X+†ž@áę18œĪŒ¨ˇaHJX˜c7°â×.‹›*ĪĖam€rũ6{}ƒˇM;>2ÖgĶ„˜t3eŋ%üo˙Öo^.ęˆ G¤^s^ūöÔî‘Yžĩû'FC›æz%JGیĩ¨ˇéÜ`…2c Lôūa'CŽž.Ŋ–ĻvÁßîuīXųˇ :ĄMîŜŲ¸_ŧēĖu›†ëčv€ŽéqŨÔ˛vVȑ'Õž…‚÷m&¤q™}†Zƒ8:á4H/­žHøK}uŨvwÃ;Í⹊–4ΈË2Õī{Ž"ΝÚ4ŧ¤#ܛąœõ_'OS [‘ÂY– ŊęģZxbxˆD×Û´ąŧ&6ßīЈE\§áoÉowčíƐ ŪហŠåÚ=Ešę‚‹ÎRnÆĮŽ¸'1ą•Ø Tō&š™‡#ąŪ]÷séĀ ģ[îįœ0yŽ×ÃjūV|Mč2Ēē{æ^{æõŨc%ƒ SÃeąÆŧ¯ŗ“ũÃƓ÷:[Ķ{9ZŪĸë.“ īÕ HOd\"Ī %ú=ô>$É÷&ɡIōŋ}ˇ•$yš^Ÿƒb™ŅÆâtE|īķ “¯î„.AĖœâtŲÃXfÛũ_‚åcŨIˆü=öŌŧs›FUzÉyËĖ yKąœ•m†J‚æî~Ī™ū"EŪų•Š¯ûĨ”4ļ{dÅ÷|ŧą=0o¸ũ]y(^‹ŨÚŠ9Él¸waÄuĨķŽéúæŊđĒôå$JŪĐĻ§…%ŌžÕā‡lnŅžåķ=0uāį ŋŊJúûoõèdf?"ävh€Â;xōîÁQ‡ĩX1Įũä'žåÎoOeŨr^čŠõ–õ‰Ã‚ņÔ­`ŌđIäƒ edîĨUĶŊŸIeéŒ`Ē’UY'`šKšK‰B÷s™VØņÛ˙Š§ĨŒã‰oē›p–ē÷"­GÍpÜãŸĮ?vÄæ­X{ęoŸWŠŖcį}ËY¸/ŧ¨ ËĘŅ÷Ų›mÕWhPŋŨEÍqs‡ ĄGÔÛŨ;ųļ¸a'ĩųV´ŽŸųRÎÚwDoēŖw˛ŪOÖFŊš˜xĢKđÍÂûjLe•¨ß:‹MĘÉyÛWŒ7MeO+–8H‚ĨJ-.‹s8Ã:AĄ÷æĖDķā?鰘ėđ‚ŸŅ E™BB%ÕâŊäĘÄĮKXj“ZŠá?ûq¨~Ī‰{¸°í€b °zŊŗár'‚Ū°Šką3>ÔÁg‰š2tÁNėžU‡-sT­8Ūî|GKą×Zb…ËSŊbßdęĐŠĐø`ļToƑE×ų[É|đ~žuŋžÚČČkíēWåš‹hŅĸ7}=ķ|I,jîfŧø+Úˇ’î7´ŗËē5}ā9q›öI-õĘoŨëyžוŅ&ÁNŋßķģuÃÁĸÕĢč—čąû8šž „:ĢCúíxũ8œü᧞ũū/_ũōũßũđãˇŸžūęo?}úüõ7ß}úéģŸžũôųoßüüķĪũúן>ûŸÃI\$°, ´}K EÂÍŊŠŧ-Â=Ô5LŪ{ž‡hōčoéôĘŨL-|Žû,s~ûÄH/û¤Hŧ­Ę X÷ÅĖ&ŖŖ3ŧÜ[蜱PQQƒĶ3:eė“éڌp“ÚēWĐ2i&kĀiKaf‚ÎÄûŅūú.ŗ"=Å\įĮ‹ŧ“ĶĐâör÷ĨQ žĖrãÉdōEí>­˛˛œĻĩt8&†Ļ•Đé8ŧ0ōž×T'Ž‚XŠ×í,ƒ(:ahąíīÎßákĸÆĀx]7÷N¤Õ8eđãĢ{¨îĮ1íĩ#ÎP.ģ_ÅFēGZˡ†Üöpáļö­;˛`wy×KÆZĒ.ķÉįKãūÕOLDÍ[oßĘˁ­6îŨä>ûÜp(jŧĐîü|IæxZ/ô  _ŗ.´BĮ(ģ؋Üų5 ߘ{įņÔD:F‘‘ˆ“}8õí뎈F/ĄīM˙§&čūŋĨa˙ļ™ Éõ Ō×ēK+àÚ]Čm,Ģ+’ÛŠ6K›ÄošŲDDܜaø¯eēĩbĖRÅv'p§V-Ú “mËĐ÷Ž÷ÆĐB“9™MQ2âqŅ=0‘˜šÜ^0@øĀ&čܡ§Ë2í>äíė•ķ§? ōˆãZaU=ü{'OÕ×­ėú ēa_p‡ivŖ‹íē;ķ‰ŧõū5ĨQô”n !wš~ĸË\Ÿ´{ÃPĸđ‘Ķj•0qĀEiėĖķN‚RCËšĢŧėqØnÜfĄH˙l#—œ—Ņ:¸§–(Uņũ–ĸâë*dHDáĶ<(Ũbĩ•@XžfOˇė°ãÎKŠÕņ lŽ"ôSéÂG!b“wwû=ú ]ÛĨmĒo0~ŨÍåĶˇ÷(´n˜“Ëo3.>ŠK™tmQ% Ŋ;{%ŠôÔ ôÃéLŌGšvåĪo„×ķę$4Ü5Ŗŧų,â˜/fA9:ÜĻžÄĀ™Z„ņՖč^2›AYL9u+š4€'›LÎ÷žJļK-”ė~ėķPeÛâĒC ¨ZĻĘŅn9ˇAhšŠģ l]ßÜ~)#ēDy„æTœaąÆ'´6 ^ÂQ"—4,oæãÆ)PbÎkéŊPíāēÚ¯ŊŸU>¨÷ûrYT^ D\‡ĐD‚â î÷›/•sw3ŗúÖtÜnIh?ō~œj’YĢbŠ2+`ÆPTÖĻ6ū~4b'RŧÜÅ|Ņ~kĻ¯‡Ā”ŋ×Ûaĸææ–ŅFÅäŦŌákugÅ>õcōÕB3nIZ•<ČŋZKnŸĢ´j\Ôųdƒ…lôlîđN„0û„S\ęĐ,Ģ´’ŒĀäŖYnpÚ˛iÜõßč¸9;=Ō^Ũž`qh›ČŌŧaS žEĖ-&đú8*ŖîõIûsĮhĖg;ą‚„/ĄRօ ÔC'›ĸ_r'•W6¤įŠíÛYÆ}i¯@Z’Maֆ\ LeƒwFRœöjwIkĖįĀĩ˛úd:aū‘Ųģ@™xīŠ\Ŗ[Á{•)Aîy –ÂIPÁcÆ]'GËgĨ~ C)]ˇGrčP r)ķqŨåō‰=ą2Éå6("Ōqø;:­ք’ß1RuÜw>:ŊJ&˙Ŋ– Æ7É>+ĢŽ3SŊ•æB!aë ģ"~?!­ ÷„ž?æˆ^ag}ŋ0ĶæUŲE$Ø˛>ÛÂO?Šäc›ÕũD„{ŅBĪânIIąĀiŨƒÜqĮß3k2Šš=H‹XÂ!†įB´CîąĀ3ŧ)˛KĻžĪv1RīTŌøXŠöīuõ$lļ7ĩÆë¨MywĘiĐŲSI•Ä ØŸ*œŸĘˆ€­'鰰ÚšSßŌ“FlÖį!æ3ۃĢŸA !Hx u´”ãvŲ3ÔFļŌ¸%O 3ŠÖüĐOÜcļ€"ODēfAh†ˇëŧc ]Đ~ؙWÂ:‰ģœũÍ"ŅĻÚ “jFÁ\/IƒŅĸŽ ÃÚÂUœ~ C&FÄâM”`oļĸĩF˛âB#•;ŠÖšÚÎŲ§ôoĮ8\#<‹ũâJKh1÷Ķ­ Ũ5Ĩ-úŒMnŠĖZa2;[ÅTœâ~ôœJRkäŅ‘ãÎĮæĪũq̓dĐЕ?ˆ­Ōž¯Lng nŠbŊ-_‰§› įL&™Sŗt픉|ô,ãoĮˆ™ëÕöĮŧ6—}įŽû­ĄzEÄa˛r gzēZĩ=Ͳ>3áęWm]ŗOŒFzÔÆLĨ7ˇv[ÜĕB‚˜Ž÷ö*7' ‘ÄOMrS¸ru´CĘé‚ĨåÎë”SN&•į$TŖ6ŧzģĮŪÅ͘nŦ“L:alVPĨ˛r;ČÅ#åáB°VKŽIīĀV7ãdø•%G•2Õh aŦ<û‡k(ž'‘ŋNĖ˧ZŖNųßGdˆŖŽUî.|ŗĐIŪæÛÁ•7™á˜ŨæKƒÔ'ģ7˛;î‚ üã>?wŋxŸ‡%9R4‘靅Rãu:É4mPĨuĪÁíŽÔ“}ķŖŸG|ā$ŠõĻÜŅR{¤6gOŋ˜'yŲ'ĀgfáJÚû„rG”f?EûYģe^œŊK2j†~,Š3ēÓoPÉU¸Es4Œ˛ÚK‰5 5#˛æŨM5n‚ĮN†Œš§˛-nOąķ :č“|ÉMÖúÜ]&y 9Áŋ?'‘¯ĘÚdmPŠ`ĘŪĖd;oˆŌôkŌá]xöļ$Äîd^sÖÕ::ĐÎČ=éŒk&7Ÿ‘ēŨĘĖ5u—7BëU´ĪīŅ <ņĒø?×ûhK*…Š3ųûí†ãŦģņÃâwĸ€0q’ ‹ŌEáߍE= øä N3#-E qŨá‘G_B¯ģüFjVēī<üT,4á•pė%~•u/#”D@šķį*Đëei_’A{+wičōũ„­°´GÅëH9Ķ5;Ģ8gՇąžâ¯Š+ŌŦĘßyöŸČd~ÕŠ5§ø—ĮüåL6g[ļ/}ëœ?(5UÉbž‰ĩ°¤iŨŌ˛4ß &OōíˆH4ŅÖ§$¤ûäPšŦ›š3 eƒĪã+G@Wķ;Įg،ū›•ö­Œ};šÅ09T/iĮėy5ĸ†ãŽž ąz}cw×EÔN)âyĪLwžQ@ŠĮ†ČdT´7˛›Ü msЁ{ÃfīÍŧŊÃÕw ‡vLęX–Ŗō:qđ•dŠ¨O’7$tąŒŊƒč§_×:ní#āŊ\çqēqŨ(e°@h"-ã‰ũV'膊zÛé] ˛}VEč!>ęåeßYJž,1ķ7Ž‚yˆr•?ZãrKnã4l>vO‡ŽĪŧå†Đ8Į+šŦũéØ Ë„Ā*‡“ˇ—Ëą|ėH „ëlŧŨ”ŦŦ|•6˙dųž8ô´\Eŗ“zčīcæ@@5 Uoâ{‹ąwÅaČ%sÁ'H؝ÅÉWGũŽFúL ĮhĢXĐ(ŽV+wž:ŧđlŖžGÂuv…kũ¨ģūQdŪNF͑ž?ÜPę†ôŦL ĖøļûŖͤ,ĨņÆš?*ŽĖŧ[NųéëˆtZøEoÕa/ŗü]]'ŌPĩĸë*Žˇ"ĩ:ˆĸæų5&Y B&ú&ĶŒŊĶkįÅč×16™íĀF6ŠIāfWߎHŨYˆėŊ€ƒCcgĨ5Ļõž0ŗV)fYv7ëET?W¯}dlHõmQ_ëk=™ĶĄVčüĀžŪ ŋ†ũ#ƒ Ģ ?ĘXëķāĄVf„đĒžl$”j‘…mÖPšUĨ­$§Ã44h–×tĸņē­\'ÕZ rciô0 ĪŅSĀ­qfYíjWã„$ ķ<)ŲĻ‚9 f6Yã\+Œ„ßBTZØaĩ‘ËÚTkk–Y§ã ÔÆvd론]>ũ96Š-ĶÁ 3W-n¯äŸ´÷ģ*guŧ =H‡âšu8à ˆGđĻŪč—ÎáŨØĐņb=ē fu˜ĩ¯U›én'ŽĸkīģXâЂ%ŸĖZNęHđŲļĢöžu­FL'Ÿ,õۉûöš0|ÆËOŽ4"i)ĖŦ(ؒpõÎ^ŧk-)b˛gáz/Ŗ*^ėMBwsÅā-ŪĨ;Ɏë6“îubŦ¯h(ąAˆ Åâ uŌiįŋiœ[šžCŊk—‹Íup5M2DÛĢˆĮējŗ~éëTiíMwœį˜NtÉĀíˆÎ\īāßv‚wqĀ > §w[tÚ2h+0„Å9ŖĐurˆ&N­>dØŪŗãQf—įŦĻz—ŽN\H,BxWc‰įŪQÖ /Ë´zK7íH0×sŽú'KļíHÕˆ sĖXė$ãĶ“ ÷ŸfŠP~é°9ÂķnĮQöô'„wŧ:9ųqîöppœMË(ÆānŠvŲj í8JS¤’ÄDŽSî(âP}fcœ#0léĨ„Fã&mé´[[R)mW#läˇSVî§L_1Vđ4×on˛ŗ‰Ë$´pāHqķæB`‚wFō¸)wÜ9ú[œN×ÂwŌņ°”čPú{KvÔDë0npíܨJ)DČĨR´Ä5Ē ="ĮŗŸ_ziסMü‡4ÉäĢbDŋĶÎrO{oŽNvöđŧ9ŦÕ6îÖæ<ųđkœg'v\#Ė“čĢž×Ā™åžÜ‚ä*ŧYM6G˛[.Œß]Îä pî¨ō&˙8¯ãEĖyŒrt "ũ<€hĶū’ˆ-s"ĢŠ×lĮ @LäJÉŗOڑŅŠ”íAzt„ÆãD:įY2 n}y]ãwČÜ !é$æŽä7š‚2æ„+Ņ…Sér}ÅŖH\ֈŌ…ü"]9](ʉΖ§ĖJJŊH™ôĖ{>~3īŊ~ôŦųŽķaN…QiAčzėņæŖãIo%Ô3nüƒ CVa GŠp†ĨDáŸByˇŗå]ąØn­öX1ÃZĒ“Ė2m—GįDĸ§\™Â~ÎÆ6}?ēd'Ôė\3ĒČ9ĄˇšãŲ'ÖQ u1öš}YĒtØĻ¸‚)Zäm­ã2qįyÜ$Ē%ßČ˙M“‰hÍî•ø–-íx„#=8,DX<0…K'<}Ûw×XĨÁÂE*\@]ĩŪ~ķ¨!ũ0ƒlč^ f{QeĘîEė9dįĶĒ¯F5o—ŧɸK@cåã.Ē^ˇĶ?6?H{Ãģ}īuMt…ˇYíFđāËŨo˛RmĄãĮOq˙í~42jÔ*­d* Âj[s1Ĩ˛“å…Å@¤Ûŗ‘˛AŲKU,¯¨ō&‹Ą5xԀŦ'J.•+.×C šaME}Zrũeˇé´îšGÍį3ĸúRF&0ŗÜx#*íM?§3)‚UéĘŗ8¤ŨŲ‘,×Ļ9hÜčlŽÍüSqŊôęÖŦTÚÍ Á:Ĩ;\?’b¨4ßUIĨ™÷ûę ã›'Æ {nä¤Į}Đõ¨N2ŊÆĀsøKqŠ8éeiūÉŖ ĀOĒôŗšx?qCô5R8Q)•6Të;†ÎöĀZWÉĀ”¯„Ō•/ķŽĮ] ĸŊÕQJãŠņÎ0^<ÕUv”Fmėq)YOZųŊĩË= 0à ‹jE¨‹ŲIĐŖŌ;‹ŊRVĻéál˟4 œ e"Ž‘IĀKHŽ'–QH-I“š})oąË”z_ŲœGũĻ-™Á÷Ũ™Ũõ\Ģ5ÅJô$!ą69ÚW؂uŪ“•"üĀPSÎTæQwđģĘrOܨéÕbŦsÅė?|lA•ĸsT‰ė(k}¨¸ "ö–͓Ŋ1O*N¨4ŗmŠ`ÁĻYí‡tˆļüŠFæi"îŸĐ‰Uģ^,‹ŗ28:O¸pŦėí[/­‰.}ô–OpIŖ›YbĮ]Ē˜cP‘îĖĒĄŽi-õ!tÁ 0õĢWß\yltŽÃĢč˜ĸøōY:üŨʒ5Z°2*huŲ…ĐL† úęڏ‚í¨EéD?u2=€9ž—Öɔ†OĻWa ĻhĀ"¨ÜxVđ’õ3ĐJĒ’šĪZ¸Ũ‚ė1:&ø’[ˇãúÕ°ĐëXībj•ĩécVĒ'ƒįDõœŖP– Ņđo^’,sņĀ”ŧ†Nčh×f3`qÛėŊjŽŖīđKZŖ„áņ)’4Kš¯xYL9Ä&–‡‘^XI:ę Gm:Ā(Ųņ¸]nOwĨK ū1“eˇ=c?CŠV„-Ô=°™ŪŲX—QęĢV¸ŠQ"ōƒÄe:y‹Ķ#ɆÁ!ˆgëåvÉöõ™ėÉōW§G:…ZãĩŗsÆ;Le ;ƒ– ĮĐ@PaøˆÔËmCf"ŠÖ‹:AĸĀdŌÉĮ@hŊåĀ9›FF‹îæÜį“.&\KzũÖAo™›'XÖkhmāČQđēĩcŒ“ũMįŽCģÜËËÅæé\a{‡|q60Å6!ĸžĢˆ˙¤Æ•(t-R Y6VYۏ/0e!įlĪ—{Ōĩi'í(\/c14Ũē>f­!‘ym™ņ}bÍŗ!'N- đėŖÆ+-ū3t‚0[‡á“ŒŊøn+ˌí@61Vá)rõdú!žČ´gŽŪTŊĐøÁzÂ\yĩsÛ5/O–Sƈ>čDÕzÍĄqw„xĢRīwîŠŨ›Ue€æU eĀĩvWøl0-“4ą$n ­\i×ŲiM¯:Ŋw˙r‡*ŌÜŽ}Õ7dH}CWÄOäA‚OkAõaëh&ĩIē…V­îūÔ0”īæNŌ‘5ˇĩ}ŅĀÎT—ZV§övĨŊ°įû7YœŒž4vĀ ƒ Ē)ÛŲėŧ°mņ’:gö‘ĩęģ-T×ŲŅz­ú´@cvt\œÍ"Ė‹†+Ļ7͕‚:ČāųGQÂ%Í đzģĀQÕéE7Sō÷ÎjT8ÎīąT{™•u"7fņĒõ7Î?FŋYûËb2> ā:†÷Ûžë8šį÷9Ēē;™į8žĄ…yäĢw/÷ĢÍáLNėĻøŲ0Ü&&d}ĢLtļWņ JFØtÜâs3ÆÚ`§Qpŋ7›.Ö8.Ē“TuÖņUątp _ėŨŠßkÂ5ôÄsÂŽąmŧOƒVĄKŧĶŲ¸‡ ˙2–Č) \¸ž2JáYš"+<‚ĐųŪHæŒ^7‰wW3ƒš ŅfĀ{´Éí-Ā,ų8ÔŽ`œļ QîסöČ1›­{îx’ûõd´\ķm%:;eũĢSƒ´ŨxLéėPOŋA•–¤qØ˙Īķ 8Cū"Ŋ×S3"(8QN•đ„(ĸ¤rđpœ´YP[~f‡!Ú(áĖâ3aŪR8”›č´ ’ŋ@gę0LGšY%Rō<™čY{Õ°I%~„¸ĸL×ؓXxŅōMU…ĐÎfYCĪë Ûî-Ņ>¸ŽM’œ2 \ÆÃĘmF2˛tÉIŧĘŧęjBķįšuØxŧ:ˆDNāc-u؋•N$ÉÚ;YūĀ;‚žtdÅs ˜ÕnŨ‡Ę!áxĨI›‹įδÆüĢ4H’áOMÄr­*šß$ũÅ.™Į°g&O™­^Zæx4ĸ;”Gq,ŽÆáô*Z˜œ˜NÁø=Tqwôœ{ •VF7+Į(CØ ŗęŽŨËėāđĐŦkpS§Ŋ\0›¯đĄ' ž €šõ‘ëmĩoŊ+[´‰Ä2ČģÅä–U%Š aŠŲ˜•Q_AiNqXĄ5HōžüäŖQÔÍRĘÁ{DW>ŗåŦ%5ŗ{ˇ>"L" ŨŖ3ĒvÉUŠå ‘i*‡ÕŦy“8ž{iWÂs iJP1<ņÎ➘É÷™ÅüO°GĖƝ*EĢ[Ú?ČŗÂvn†;=2WĪÉÂŧĻÍ_Ū,ÖXQOn~<áä”ķ‰TÆ5ír,ã­ˆp_œŠ?äjR¸ĒņiŖ%3ÜÄËÃę^~WËK‚ în;Į(nۏĐ%áSņšš­ƒB>¯Ėi*•čÂĪîÕßæ댈Éq}D3MŊ’–[ûŗ].ÄQÁ`"i_zsmôÁŽN'ÜHÉČ&R‰^’9•W“ī“Ūžˇ=Ŗõ—ļ“đÃ(›YŦ‘ņRŠŒ ĪĘžš“fĨFWd_,ŧ|ؕ?æŦYiíĨå-[“9įķäqâė2t{­A;aĪ.ũH¸O:;ŽU„:Ÿ‘Î Žĸcũ”°ŧN y7l,Ø*ŅēxM9ĒŒâLúŖĩÉryį=›–3Y˛šĐČøĶĶ™xĸđ‰Qŧ?ß6‰%tč¯xš-–ČZhņ0%[) RÌ=^ 9Œw'SÉx–5(ī‡ŽĘņõ™<ŌA^đ㏞øņg¨X[8É(Íu–PÄRFXâŲQ Õi´ˇžÅ͆΍[˛æJ›Wōv!.ø ƙ˙$'béŦ:­aKBnļž¨(Ũ¯} Ļ Œzpę‘˙0ÂŪ”OU(ŗ†íVÛt*īĩFœŦYø†<žĄŽëtŒŌļ0ę+5ņH&Ũ4ĩEWdaYŌęÁ,ŠÃĨœcĸŠÛ{H{>˙ÍĮÉ!uŠr/ŗ† Aŗ;)Z ōķ_8°AŪËĒöĒp<ÂČ›6!LŲæVĸđjņbe/ ,Ô!Áj–‰PÂ|JļŖčœM{y`™ƒƒZ!RV˙ğvo€T~ķdô9cŖúj“ČŠWøMDĩŪjéĘÚUqä7Œ!FØ­9ŒĘn­íī˛â)A§!ļ•ŽU”HL¨“ĻNņI†‚üęīŒ ‚`…–åŠäxŠ°“( §9Ĩ\ƒü‚M¤Š˛Ëbéî¸ôāå柴`*…Ōā’WÄ\']xŅ›ļ)čF–čËÔ.ž4BåŸL¸Ø.ôKëķp°XŸ+Īxß*QųIĐ ¯cnģ3˙‰ąŽķŋ:4ĻeäžāČšuĄũXOütÖ­QŊq*ĸCũŽŖC"nąm`ĶQūœzë8˙jqTsõ/tŒúP¨č}…,ú2wTT(*O3ĮS'zo7ÖȇfĢ˛DhtWĻKĄūTå§8DíäO?‚Ŗ“uōdƒēGëŗwbF+')Ž‘…ÆNØG0ō†“°rŸTëčPzËÖQ…˜4s}…0ûTãÉÎ+Œ˙9Œƒ(Rșšx&ÜyĪ;¸+[feÆ­ø3c’ÉĒÅQpNŊ8ņĨ|N´˛ˆÕKjd:¨ŗ‰ë‰]ēęa|MHëč™ĩßąß×ĐdzŠā§îQ%/1}›ÔŲlŲĘlĘč÷ũ0[NīP}‰ŌkĮB~—3zF" Ŋ"5u¤žš>Ņu6ßį}ô5Ũ]ŧūËōvæȇ˛q녏´G‰‰ûËĄü8•lšÉn˜k3Ž!z /ŋ†sÖΈNfs\•ĄÂ>Ë{ē9B6\AAëÖ㸊cK7ÁĘ9 /œ2æŦ#’Ëö‚uÁ‘ōH{Ę­+j+Žøë†hE˜Ä1"Ŋ1'ėœ­W{CÁ;;\•UMxČņ`eą)đ|Ÿˆ•xšĶōļQ׊iA%Đ톚t‘>ĒíĻKK—…Ÿ’ĀŨŖxßQFû0+XÚhĘĸ9)įD¸Ų¨äĒ—–íÍF˜ę’ LSDƒÍ^qę‰qr–öķē—ÚI7vßĪ΅8)8Ĩė÷SdWRÆ´úŗ×f“;' ōŖâ„Ōp_ˆ‘W1ÚMr}ųÃģ`Â$w”ą‰hYz­|Y6BŽë9ŒG#ÅŲ‚ąķEüĮÜMg,l ĸîl(Vͤđ~ ŸI‡:ÉfŅâ$ ??Tī%Ré.qVōÎŖiØņōMŧxĸž[üĢsņTi;đ4Ī܌ōCƨĸ[ūŠ¸ ;“dbkU|?ÂũŌ׸‡vĒŗė8kŸÁœŨĄŠëŲ-!cBŸŊc¤pJžØ Z“‘ÃđÛÁ"ĘŦĨiՙô’ÄÕV¤HEĸH‹ÔvwIgŨéÛz#}‹}˙4*@4ÔXĪôwĩ„8oäWÁÄė÷P7TÕ9HwZĮÄŅ/Ū`f­Ŋ×tŨmÄE›bāÛ-ĘMė‚šĖ¤[Į‘2ūB;úüöDt_ŗĒĩ’ŋk¨ 6Žöģš+ßāōˆ‹5]ôzŖVŪģļŲŠĩįÅ3¨8€’ķëŗ1,Ũ™XEu*›YÂŌIf‰âđQāaŽ)Ž…rē†ŅU‹ų°Su>„!€8˛[W^ŦÅ JĘo5Ũ&8*ī=†3F Pˆ÷^?čX W÷;ŧ ĻˆaȚĒÍr+MČL—iXwīŗ€ķÎ4ĻC*ĨĪ7ŗMVķ?vÖíFų´F?f€näģéĨÛt”Å4į‰Ąƒc\Z&c{Ŋã&]ęXÅVÉęĐaāŗéÖ*¸ŊZĢ´ŋąÛ<5enÄmëŅÂ;$&§Ë”ų“DÛ6\ĢsÕInü,JŖÛÁ1ž¤WôLOÄ2¨!ųBŲˇŲ'@!č¨čÄĢ0ž'0UĨ×:M– vĻ{´Ë”ÁCŒäņędH/gÍî¨ÜIÄQÁDAÎYq--e¨˜Ä…°(cáÚ˜˙ĩ‚ū@ČcPŪ n×Į´ÖĐą‘ŽtËÄÎķ ]vę<Ē-ķˇā–ôYųĮ‹ž%ø†˜!§tĶ˙ÛÉg3”äčŪ{Š\ˍ9$ēmnŌ(XŊh3!Į5ës—h’“n™@lü>õÍ4D~:Z”Ŧq;‚ P=k˛Î¨ŖŠ+ƒÔØFosOøûØ,īŽoæƒí†Čwŋ•tŲî†ã[ENŽ U)–‰!ĮpļÄ\‰v@~ ÎĪ­5 īŗå&ąŠ¨ŲģT‘đÎą—æ.Rb×aĐ\ŧ GyXʇn5˜„+˜ŋ3ôNpŧļ˙ œlj¤×”'t…Ų^ŪB§MŖ-œôJRķÜ":JŨ˜˛×Q*Ī›wÎé ÃĻȉŲÄöûQŖÚq— Ú;N¤4čzTvČæ(Ë]|§k†ĨŲÎ!¤BCęQMsë=žŋųÎtö…š3ņš °Ÿ+ąWÆL\ŪÆGPwŒ“@”/ō 7[ū’RĖŦȓ•Ix#‘Ŋ|˜$ā Ā,ō2ī"¨ĻČtöHLYK¸vk~×­6YZHŠØč!™IžQķLMxM&ąã7´VÎĩˆÚ\’ÉŖƒæîWJÉV6ÉŲĀËv¯ÆÅ5΀JæŸäįhĐKKâ÷{Ā  QfęB•Z˛§n—3åM9ˆ mÎ VáŌT;0ƒ­>O?ŸNĄĘēétGœMXK•p Û1é2’Kvo9!‰„#åŗ6@”đĀØ{*h# îŊˆQDų#×M1ôûÉ^8Č÷k-G“0øeŦŗ8ļ™ÆFéņˇūžIÖė#Ø8R×<ar•ī{Æ^ŨČũÛęø\Ŗ€fzŌÔ>5lqĖ]qÔígœywē{įCž’¤ŲÆĨŠ–=jõŦōfîÕyVđ ˙ŧįS2ôÚ"ŧ^cIŋ“Đ=Ÿ¸¸Ģöų˙Øō´ „F*öŒ:öükę\÷õŊ‹‚û÷é/ņ†Ŧl•ÁC&Đėļ@J­ŨčdōĢ“+Ô$°bę/e˜938€Īt Iœ×YM–/[’Ķ)éÚY¯TŒ=•5}XĻˌōmKî?u2ÖļÅ!k ŗ—œ&ĒųŪ>+ˆĶ9(ŠŅÄēíģÚ6gj÷ ßöÎT1Ŗ­úÔÃÃ2čåO 3™Ķœ•æܟÁ%䝞Îcŧj¸§Ã#Þs˜š0ßbøBG¤¯,iGIž|´û9â&eŠT-Đqc{oÆs$@T"ĒnéCļú uĖĻĩqĘ\đ ÁŦíą…8˛Br?.>?×{×Uú‚[ß­î Å`męsÅRĻOŊip/=é@Nō‡ŧ3ųáõŪvnŽ|Ú “ßūëæ‘oŸ´ĢiĻ‘˛Hm‰ aŠüoû×ũM"öN #Öt­/#ēszí¯TšŽÚ;ÉĒ€)˙Ŋ“GĻolĐ Q†Įbûr’ĘCrr‰úËa¤¯ÖÉ˙%r‚ģi|‹āƒ,œ  ĨHĸd6ƒCˆÍŦL ­9ā?ų’ĘPæB×´Ų›‡måáŽS2nS<¯BŠÁGĢ‹wíŗ\Ëļü¯„8ĸĘ÷ւ7ëŗF'ÜL"ô‹v”“†ƒ”Ģž˙ü×˙ã˙ūū÷˙ūúķW_ũÕįīū¯¯øüŨ÷ųéĮŸ˙öÕ7_õéo˙öķ§Īß˙ũĮO?˙íķOŸ~úüãĪŋūõįīžúõģŸ˙××˙ĄVŽüĶŨRĻ™]{į ÔMjąaGęÜæ1vÎf%’!.Ũ)õĒ0ũF“rŅr”‰Ëļw%āąØŠ :D~ķzįC; 8Ķ _6ÁD§Ō*|ŠKXd|ņōßÛĶĮ~’1x˙NˇÛ™VīŅ°+˜Q4”ß*Á(‡nNĐũ¤=ČÛvbŪxI}ú.´VQ𾀔\4PÃ-Ôj5GÉ‘&^Y–„`Ā¸û.ėÛ`!ŨŽCiĘĩƒĻN..ΧVŠR‘(ž¸xC˛H(Ų$~/f=–œMĀ÷fZ¯•GpƒÛĢ˛đCÛv}æĒ÷ũčĢÄ´Ąķ~ˇŲCöîúEŒ!„¨NTY'p¸4ĻVŦqŅ ‘E-ÁoÂūˆËĶČÎ}úĐžWc2÷_īŒ3#F›M›ķaHeÎIKˆx ö9ķÎÛĻ`‘jwáEkØĄKŦ Ëä–=Øiėũ„đđfRETĻ‡ _āĨ[õ<¨ û´×&ĸžŊĎvĸUšÃ~fėX­Č$šßãäØĸ)c CūīäÍPÉ A¤kąRĢ#V°Ąũ#hxJ§íīT<{ŧb`đ;Õo7ķą•ųîģī~úæ/ßūđũßŋúî›?ũúų‡ŋúüĶßž˙ôËßžũöĶ/ŋüõģ_ūūų×Īŋ|ķõ˙ieūųęî¸{:ŗ}õ÷īžũôųģoūôãOßūúéûŋ˙úķĪûæ›~ũöû˙<Öę™Đô‡ ÖéÛÁ1Râ9ą/.Y -LŪĨЁ'ÎŗĒR7|n߅B¸ĩ™,ŦM4Gq˛Ú ĸŠy´ n#Ū­,.\FFėgX0ŋ¯@âjÅĶ ĻŒŌ¤J—ķ’Øâ}‡]îßKíē9Ā,ˆÍe ‡§}IŌˇ™ø26Žžāđ:¯&•žDëé’ŋSš68ȈķÃ4艴3ȸ“ōēRęZ pü­å¸ß!žP‘Āæ8T=:Ĩ šym4ĸ>N2äéåØôĻ­o&=™ŧfw—ũ𗙐ō ˇKÅQķfœĐ´ˇlđĐL9ēô"Ö9rP–…t—É11t&mĸæhsœ.ŗ-ô,x˜&ŠŧžĐą~ēH ÎwæÔÍĨAlg—Š|?7CŊ S.ü9‘@Ž§-æ gŠyDúŸ‰›vd5Ō03­ OXÉēDįûKVD[ßÁcߒôN0 ĨÂ|4įŦöĩÍëČ膟R¨Â;…xŌāŒüĢÍŽ! ā,v2ÁĀ°Ģm~H7†]ë*ë ī|s¨šl^æũဗÎkh#NöHTm&MKē§9C[úëdŠŠ`E^ėŨqn‡ĨũĢS\ûSÎ3mÜ_ŽëŗüešëIâ§äÆÚeō*kâE–#GÛ^oüboŒ`/ŧbĪåž.ĩ.4}nH8VîW ¸ĩÔlĶŸÆXtg"ųˆ9†Œ¸ôNÆ[tČ6đ<Ŋĸj é6îvaÍĶzAĘÄžF‡.¤Ĩ—%sįœJęÆlÚdīÉvN…¨š÷ heéāĐ—:å„cŋ† Ú­y•OFųžQ‚ÎԎËFsĨ°žu6ģ|r€]Ęû…ÍøúNáôšlØú8^íŽŊ8@œŽōۙÃŲL™îhYFk°YŪä#ī)Ų0ĄJéĢÚ¨û^6ŒJė¸LŽéŖĐņÉĩŠNŦ^KQcÍÅ~4ģq÷v5)ct:õr­˜0ųp Ų¤“m&qąÖIá ĀÅ …–dŠ%\ĢŒĘŽ6ŋâR­ŧWj›x îØەZĩLˆã@“ņZįeĶå’S–uM€xqÔž/¯r=ŦLp$Ŧäā;‚l;ÎVxxlÔ: 3æ Žu"˙c;ŪFÉPPv˜ī.ũ‚á÷"ķ zⱌæ.E h+‘"pXjč—)š1œļœž pét@&ŗĀaš Čg'Û„S.§fj^Ļ'ô%‰Ķ99#RföyD89ڝw•Ģ“Ņ ÜQ’æ^ŨRúšŽ{ŗĖdWa ē"Ú6ĖžUfāsˆĘīŲ™Vwę=zč›wߝzã@ÚDeËĸÜ^qœ}ôNp‚#˛ŋœhcfŒ.0Ũ`6{û揞5˜â1Y››ŒŗzÅĘEIIlūQ BYf&ûK\K ju@2æš>6MOĪ{KUė°ˇ€zÎCũqsy>n.į6—X؊%ü÷‹KF˓áecœqq¨īāÃŪŌåoĩ&ģduœŦ>n- “PuëŌ’ƒ™†Õ|ēĐÕ^ Ōn,I9ûãåũōīK[~bIÍ`Ā9NFg_l,ījėŠMZæŅūë@°TT˧ |@I÷†ËučÜJ eûĐĩįíÉ<&ÚŌā‹P )J–˜\ÅHëV÷ĖČŦ kvĐFŌHãÝ4{{§į03ŅQÉ1 ˇ“bĪúŲâ7H ¸ē˙Įų¸Iū?˙ü‹eō_˙øŨ_>÷ˇŸžūų—_?ũō÷ī~ũôųÛ_ūúéĮŸūúã§_úæķßúúķ÷?÷Õn]ūDËTÖ{5žņ×64'ģ;hĻCĄÔUZˆ#Önä$ÜČĄfGÕŪíĻ* /„G)…Í 4ÜŠ U0Õa+!jAz]ÛRž@ž†_SJØGgCƒēūÔ<‘YKf\|ŽŖw¨šs¸Ö`†6ÃŅ5ē‘¤ãēeAŸ€ŗ;'wGîZCá1°ÃuÄ)휇]ÉĒzœåßYȃ1÷ōÕ}]ŗ`.‘¤P䌸€´ļ7ĘÉč­=Îm—Ŋ¸áčxã^ø„ˇ> ÛéŌwā3IJVŋ!ņ @j2TRkZ­ŋ°§^äž—û­¤¸AōutBôũŠ63Ÿ¸Æ|fiDhĢ"„=~ŅĻ ß"Īɗĸ:ĨKBäØDļôwÍGū†yÃ&S~5cĄ{lN„jEûd‹]ļū2r@}\@ĐžĄÎ–Č>BVÔd’@ m=á`=iđ{D )ƒČá[Œb¤fRËI„’n¸TÕ{ŪAKKˆmB DãøĢŗcÜŲØfô+ Úi°s aĐMÕLyXLlŠ~–šŗ ԘŪc\yķ=rÉŦ0gˇ€ņubČdĐĸT‚h֓”ã!Ŧ{)S]`Š4ė#Lé:§ŽÃĩēëŊÚÆR|;uv˜ēTĪÃOuÂ,'Äē=ŌX2ÅfęJéjŌĪ PÔI¤KŸ1öūŲ-Û RÜÆ-/ģŲ9Á*ôĨ™Ũ×)ķ"*Ķ¯ą""ˇˆfEĘ.3ãVØOą•_Ī)öÉąāēA†ÕFpôĸĘfä˜Ŋįí#ŋĮ¨éɚÔíĩ{WëŊTin9AĄX}vÍúŦöĖsŊ,ˇP— ŲEļ™=–LmŪ[+&_!€PĮ%ŋ’šČ,čļūkÉO׊:FĒ ņ„OîjŽŗL}–:iŠg€tLœ#⨇|Ũãk’É^X•C@EĖYĪG¯„ ›˙Ą˛01i“%uA+áf[FÃÚK•äĒŌĪ˛™ŠE6ÕUaą#(Ö<7Ūčķ>ËQs&P:ŌÂÜzÉɨÎÕ.ĀŠČ–i\ÉŅqĐŌFĪqÅo•yĒå;.˙vB|1™– ČîmÎĖXųá!ĩ$Ŋé”9”2(ĄÅpsŲĄö?ķæëŠĘGŠ õŦ9žT–f M0͏QąE…|Ĩl‡>Ą'*ōÃąU ˆŧØĄ’;ƒŅúˆâŪ†ūĢMjør)„’ĄeČô õZûÁU~øĪR#0Ū†ôés˛‘—Æ.ŒwåcŠGB+œ™í,Ī'0ŪÖÉÕnD”rŸT}o5ÎŽ{ŪSüūĩeĮjE‚Ķ-0!Íá;đYĖĸĨHŠ<Į]‚ÎŌŅĨ ʛy´Âoņ0ū{_i4OMUPįĀÔ0'“oŽ—Šâ“Ä”AV}°ëHō˙ũhH25¸ņŌ`f§(Ę/ō HSÚåŽķĶđ@ûYĪdĮģāü—mlíémķŧëˆÄŸUģúk"^AõŽh“:ƒ ā6a•ŧŸŪŠąų#ŦĖAÜŽ„ŦņJšmXn0āæoč2ÍEŋČ(Zë €t0æØ?äyl —ĒlĐ3EÚŅšã8æ~ĸ%{Ž!1¤Ō Ĩ˜”+†ŲųU×čĖ&ČM4ä@TœL1Îū['8Ģ0#$DM†RČ&šĸ9ĀK§6“t’ÖPüÄ^”rU]ZĮÜ. žú…Ą˙ŪP\Ü×Ðū¤Đmĸh2ē“ųŠ–Ĩ[ŪŲą‚Š~8—¯ŅÅJ[~3槂Ōʋ ôQ~šõčuŽ?ĮVžÔLTb ŗ"-#ŋķˆRíw Áųx žČ2ĐĄIĄ:ķėbw;ږ§¨ĸ\ ļ‡{LĩÄđĒŦ éJ¤mŸā’īMČ>€ ÷%LĶ!=(,î$dû<_ņ(„J˛ƒåëũ뗧{‚HĖäžīŨō‰‡M~ž˙ųāē‡œaډRíV Îõ_éĖNČį!–CÔ åX7@ŽpfĶĢÂ8IĮˆōÂĶƒ#c#Ŗĸ™„iŗ*ķ P_XŌŗTHTĒzu%#ę~"šDCDę7oŗÆe0u|tq=Hú+ŊĢSé'™¤ĒWĶ9I ŲÄ/wK›<ĨnÛx‹ōrÂR÷Č3å)> 8‘žĻE5 ‹åļ™%ÄÄŅxŋåNēēõĩ]âΊäøs—g7ŖŸ`–ˆēÄ(XįĐÚLŧ;į6*ØĐ_›ō^ĐΆ‘ˆČÃV']tKîs?ŪĮØÉ7Š-0Ÿz°…>ˆí`ĩ0,:ŦXTwôFĮüzĒĸ(ZãËTOB0Wáä7íW ¨`Ŋyɡo„I€/ũ[3ZRŽDŸŪ†įlŨXڔÁIŅe.æœd;Ûņ¯pā[PDˆ–Á”øwĨG ĶšŖM¤W`2*‰w ŅōāĪŨC#"†Ė˙ŦdÉŊ ŦbJv§3D(Ξšģ* ŗ† ĸSĩPEĶÛJ™¨‰á[5×dy5ų.ŠÚĄ9E(J!R`ĮŦ™Žčâ`Ĩ´e)ˇ>['ä“*}m¸Ûí†?‰͙'ė‰ĪMkIę†ķËŋöZë$>yė TūmnS}é4Ũų'8YŌ îađƒm'€Ô––ëgû§ ¯ŨzĸŪČ |) %:æˇf)9qąågĀDĐfOÁYŗÄŊmļ2F†IÂ<â NSŊÂĢĪ&€Ķĩö0<ę>æ dDRĀ[ĻPåæMk‹ŅÉÔbūNe~Ę7§n¯ōŽ;šģ…CģaŌŦ&?ŗŠ :—LO9 ĩ!™5ßaSbQ\FVGŠ¯MQ1{u/I]p˙ēđRpâĨËzu/XÅË$ķwBO†ĩÉV8¨æĐF/›xäûI•˛áVÔakMF:`㜎ģ/¤—8‘ƒîB_{ÜŨw0ąRvāf€uWŸ(Å8ô. ŽŅ¨Nö—Že$á•OÍQÎĨZŨB“ØœĪ~ö[GÖPgĨ—ŋũčåá"īŨ¤âŠŨ´"âŽ'yhZŗ´Ēd2fkC•ŲÁ¸ų˜rĢLûxKŗžol¸gßŊ@+:‘ŗĢŽYãĶ¸ĀƒÅ…˛ŗ-7uD õ–{J§û %ķä$ ÛLŌíļûæ×y%ˇq˛ĻÃĖŽ:§ŌâNŠŅĒiãUö/šœP—-ãÆĖŦNô§sU?æw7—īœĐ(Ī“d¯ÍË.•ūV“^ŧ÷Eöķ­Ĩ~dę…˙[ÄU đĮ9 ĩ ‰‚ÚÉXeĘwM<žįlÎk*Mé :›]NË<Œ2k…jO1˙„÷Ōb<)÷OōŋՓŊLå]Qņ'ԑĄ%cîäÉ=ˆ bV#ÜŪaÎīe\€įtÎxG}qb˛*Lų$ķQsöˇÃnA•pR͋†Tķ’đHIĖĮĸÕŊ6ŽŽ#đ|ha­2s'=9c;ŗ>y¯Ëđ§‹ĻŠˆ¯4dė×:'ŖW!Ũ^´‰|VĨԜą‘ūėm|ʕÍëžđR‰5Ũ_žsڇ|"žėĖŠŖåøŠ|íąų6Šņ܂P”Ä0ivZ$ÛĀ¸!æl#ĮBW€1GH§ptŊûã{Œü’y4h~¸tdüp°•Ącc)J?•ģۃJœÛZ@ÁE_ŅéT Ūk˛‹’ãęÄ˙.H$Ž1ŸÂS ąyQ4™Đ0?>k…&˛+&ā‹ö &ęŌQ3Éđí#D‰ÅļÍdŌrŽö~— d)•°‰öĪ3˜<áûLô\œÔyĘB1ˆW8cųA|l2— † āŋ-Ģn™dĩڑVl§”Œĩˇĸˆv*’Ÿ˜ÜÛÉ;čØŧī)˛Aöíšéđ _Ņõ’Y"=¯y„G€ô%s*SHŧ)%”BŖéXŗ 91¨ŖĢ$7´šÕEܱ׉ NåNĩ2ĩÁ5žÉęz;à é$†‘ąĈ"XZęũÛšq˙iųąÉ„ËŠŊûÎĢģ.fūrÅl N)™7ôuŪŠ#Üáŗíqn“Me˛†Sev%pMQ1S´G’(ųŗ íOčē1fÚMˆ1JR‰YgĒFŗ›Õû??‘:ņ’ĻŠŗS,IĖ69Đs*†9¯¤lCN?sJĶuwF?†]e‰JVŅQ úŨˆŖ`BU+§ ÎH! ­“¸Ĩ‰ˆÂũ1D‡0ܒOŽF×æ¤ WņŌ ^^\ÔãûŽžu…žÅ sƒîI(ĸ3+a8po)7%Ŋc G/¸ëŽ(sÔhëÎîšĸ,ËŊÎŖĢCU˜ßŠšW‚'|枇ë$dÎú@(Ÿ¯ŖŖËlûÂ]†)f)rė=nŲ_žNÄ:ļE5ĄåŽ×Œ> ˜†į}g÷ɞķ”zúĸ÷XĐjâĪÂ@ēčM–hūÉc+š•ģ\d%úŦ‰øėFÜ ļ‹”ŧ}6|žž•_…ņU:b™ŽđH"TīY”u‚ ļ3ŧŦÚą"T{xœXœŧšFNą=ráŧŒķR„éXũX{âėtיw<ņK2ą\íĻį2´‘šŖ6‰ķdėM¤}Üīg/ˆ+clqaËŗĶķŖ9ŋÔáduõü5kuÖc”āŦ§­ÜĨŽÆZ‡ČŒÜNTÂÅ=Ÿ'SãųIwü‚ĻGsLõžhe+dĻˇ¨éŒ¯ŅwE9o$r=¯EAžĸYĻíRāļåpf†l\ĮĸÎü‡ĩ)h“œb挰Đųe­‰Í7ŌÅYcĢÕz`ë\R´ZângŠūËÅÅ^*a=‰îR=ĻÚ õļ øSīûšv/ Ę _ {éR&ėėlķŲŸ"%”#Ø[rČFízĖ°čmO‚înÔpÉ*U øe%YOļF´¯=Šzî„PÍŨ“‰”u˙čŋ3įU^ Š._öĘT:—žūŗΙlJ—]š'W' m+ųÉĸm*ۙķlEųč@T°Ņ° [\˛;Š˜åĐū°ĩčįŠE öõD^—GļhœÆ\-(ãã sĖ á˛:›‡‚ũÄ6Ta™ˆ’šĪbåģëĖk{ąĀÕÂŦA¯ ÁT2žã dGę-wŊ‘ũúCƒg'¯bŸ6QXizuú¯%Ķv%ø‰`ėNÆĖ9NËßIva¸1UŽƒLƒödÃzRœ’~Ž…žö}œp"Ģ;Šr5ĄgĀĒÛNĐÅŌ&‘™âL‡¤[tc7[‘˜lŊĪ^‡Ū{Á¨•éņ ÖÖÔád2`>ž#Ešž"}ōF˛ŽŠÍ¨v~ ŗĘb||$7°:Ë°ô- ÜÍi&‹ÅH9ŠąŒ|b*žT¨h*ÎĻ/ &iЁv’)…?ŒĶgš“R¤Į|SMÍãŽ>Š`Ē<|+,‡ Ëˇõ…éķRPG‘ķífyų":/[UL°6pAbD*Íã!æiĶ"ĸąiėņÆãĀ@ÅOrĪ˙L 7 [ŗŪŠ|Įæ̀ˇw•e8Œ\qķ2?ûCːÍs/V¸ZŲÆ÷¤ÄsS#ĄŧėŠ)V•u+C{Ô ÃRÅÆlßÚOuũ~›FOÜēcéZw—ÅŧŅ@ĨėĪœp{bEÕũ¨¸ZåČĄ BFEŅ€w…ŅXđ}&GvøĩĨ?w„ëytũPi;”wa2ģ H=ÖŨ“CAm/i’mGa.NĢÜ÷tZ3RĮ\ž‹eY%Šĩ,THv¤V.pņžŸ¸E&ŦĄ˜ĸœįt;›ƒq`–W%gā~c˛rĢņē˜į>Ŧ~ĮŪą‡9u¸í6ZKl“—ÛëZĩŽŊˇRPJDwu Q‹Ũl*T‹/˛áAįå/ņFû<L`âúŲjÃúbBI:;Äė~“ĢûŅœAōŽGÆ-†ôŅŠ |ČÄutVâdzߑawîœ`ķĶCģ!¯gœCļõä]ŗüŌØđĩžīZLĨĖgYw'ÁÄ[ĒU|RJhėü2V…âĮ ˛l6!āßŗvÎŖSž ōŠ#*‰9âæ>˜"- žZ’o^kĸ€ßūYūËÉ:d’Ž‡™•[OP1bzjKꉄč<2äR´Ŋ¨rž° |oW#ĶņūÉ{[ī{ģdÉU úVÜ_Û^5ũ1ZksÔŊŒĨ ×ėlQkvpŽšM‘Mŧ•ąę@īũBĀ;‘N¤vįîš÷íöĶæ +§y[˛”ŗ˜9‹¤ĐáęŽ)üŖr1%˛MŠĘû=vøĀgGOYqŨj(XW…PU[ūk|fą’ˇ)Zû(O$p=b„ŖVˇôK1gZnŅyŌˇk1WŊ/÷ŲĄ×ĄyÜâ[ÖĨŦ7h‰ŋ÷njܛOÜ-ŊŲd,Wd¨˛‚@Ōé՚íuĪāüžõg˛$p°[!ĸPšiT†~)Ë^ŖFŲ(ŪMÍäŒ7æŲ0x§&öØŠwF}w‰›ēÚĻ%ÂüŪ ļ’ÎøˆD:vŽ ‰DŌzVIĻ€CŌ=ÔĘíąYIA+A8ėj4Îûw ¨i#1‰“­eiŋúôÛL”DąėĢģÖ-ÉÚm^gY¯ž‰ĮU˜ ÕEĘtc°'n{Ût*ÕĨõxÅš3MŒMeܘŒyhã2äĸpŸÜT YĖ˜ĸ? wôp3„ļíVGöŦ; Y Ȇ¯î9#û(Ĩ{Âū;K˛JâĨÛÜ áôkEqۉĻš×'g qš÷ąæî=KîWH€ ôĄ]™UueųÁĘbúTÄĐ!ų•ESÉ6Ēū¯îōĢVlßq¨Eŋze$ ´Āckߒ—)}27^­`…F–Æ×VԉR¨ˇËņÆ#QÔ3ô‰ˇĸ?Íp ŧ‰¨ÛCáŅk•‰e€Bۜ´ĄéFȔŅĄPįåŧbƒĸžBīȡ=%v:Ōō§˛rJQsž"āDûNšÍHˉ€ (Gō)ÅĢ§´ˆLÍôM\]IdēgžĻŊļ‡ÃŽ÷ *åö& íŅÅJ2{‰Öŧ–œŧBôĖ* ĘĪŽoÂy’˙. :ÉîŠÉĄļšx‘Č>ģråŒė>ēŠO6ĖĖ3;.Q„Ĩđņuūš„˛uaŊtČā*ņ~{íĩēôIāŖKˆU†ÆQ1kēß+ Ķ i?™*P:†>Î#(āĩđ|9[ņ‹—gųép‚/ĮÉ@›džėĒ4"Ī“C‘p—é0„C#Å}ĸũ!¤ŖĶÖwԃëG;H;ĘÅŧ ‰đošŨjDÃ|4ŧ3ŸjŠ‚¤įžaãiÜĨß÷>ģ´;Ą[ˇ›FĸÚ-î5Ú jmJvß;Äåöŋívuņ,Í*Ldō€ęzM­R›ą?T™ ßĘ%Y€ŦLŠ;ģMÕ#āĻ'ĻCRˆ”Rēd.ŧķ‰ ]2&âƒĨ[Qž‡˛Đfdjkûp ŧĮ67ÎŗM–lė~dĄčŅÆ/ĪKÁs%…6Uƒ*5ĄôhˆfÁ—.ą´­^Ëø]Ū%ƒĨNĻdžJ{MIÂëy6hQ<ļÔ›× Éöâ$/ŌeŧÛ?ũŸĩD™°üÁŪ‡Šũļgũ4ÚMA~YĸüÆņ>byûéĢĀgÉ~ĩēļ#’cŦY›pÂO­l†CgĄyDüááÜWįČ}á:i×´čwŨGXÂlfŠįÎĪČÖĸMūĢŅŊÍDRÛÛĪ…Q1cšššŖŊū)7ž9`‹3ĐMËäÛ>­oj0ėÅ=Đ W AÄŦ–ĻŌÔÆWë,š†ÕÚä ˙Í v9ëÅ yĪȚgÖbŸī`96Ú{ß÷‚[kcpfŋžb{øv&}LBĒ¤ų¸!2ėĮ´õ…0•z…JDŒüm…Ä5ë[ÄĐËī4Ú>öŸeG§sĄâo‡ų‹ ĶtŧĶķí×v€?ĩ$k–8w(uŧMäm„&)ëpĪ9I-nz“6&CĒNĨˇØ(ū€DO”Ë Ū|ÅnŅzĶĨįÄĩŗ~åę”#jāîĮr9xũúēŗŦˆŦ~ĐŠS_ÄĮãÍŧŅpÄ’T[–ŠXôC䚠ö$OŲ됞äë!3Û­nœ1T'+9”ŽWN?92ĮŲßõÁ°‹ ļ6HcŲ%Ģžh ‹Wū #˙Ļ‚Â:[Æŗ|œRŽđŪÜÎķ_Qšœ æÎŦE§˛[ĒDâFˆcB‡ÍhĮĶa›Üî'öä|H €´:ģlQYá€+ĨÆBđÉĒJQß8C@>lá‡O".3ŧ¯ŪMpN!f€o'ī÷9c2Ö”2ļ šmũĪÆŪŒ1âŲ>ä‹%Ų|ąķ¯¤‹áyü.Öŋëš-ļv0(˙<^ėßKû"\L5ųw˙˙f‹uČ7Yė_ÍûŗdąĶ_„‹mļ {Īċ™/žâŋ•/vū,],ö•0&Áũwéb酞lą?Küūģžûę/ûå§ŋūúõ˙ôí¯_ũũĶįoŋúūĶO?~ūņĶOß˙ōíˇũîןŋūū§˙õõčEü_ŖØĨƒH‚ÛŖ #‚ĨGĩp_Ķ1éLĮĘSIÍ!‘˛–Ÿ+„Æ@Ļ@ÔĄÉÕH-ŧ?z™Ú(ŊŦ˜ŲqY——a’ŪØŽ2ļ/ģD‚OPãGėxzĸîģge?2ø—ZāŸ9 FÕŌŨqֆ‚rVđTęš%_tƒ9ˆ vŖU%JžvĖ_t6Ž ]ֆŧ蝧BŠnč8%õ=3ģž5õõŽuÍÎĮxXëlt'L÷(yiôšnÉ`ĄVg¨|7#hƒC‡Åŧ˅Õ;v{ũ^Åօŋ0v%RB‰˛VR iUfëTܔ™Ë4dôȸŗ4÷!yËÍæį™"žšJAd J1Qˆ@ą˜f¯FĒo•×>k^œvNЌDETIåēƒ [–˛(G‚ŒAj$ėâ“ĮL&šÃŽüún+ģæ+Št2ûđPvũv ß.¨ĸÍ dU5Ėņ%Č$ÖĀĒû‚ŪáÔD!X_ÉřõĒŽe\+š`ŋ76t]ĩš'ŧĐ y˜ũŪHßp=Z}ôŅĪŌB2žģxYĄrŲž,ū0lōâĄc:Cˆ*M‘>æxК†Vģ80ŌEožđ€jų\f~%ÚŅQ¯€ę÷äũĨôŊđ𠖑ˆ<Ë:žKķ~áį`īīßhá0GŒŠdŋ°ūÅWÆJ@øn J’y5ņ>QÜP7ĐÚ0ÔÄVjģŊ:āRĒŅ‡_ÆéhîšM¸éĮ8čø rß'ĻÖ3ĐV*§´äËkRt†Ŋž‘V߈Kâ7r'y÷2†Į´[d\ķ­ae&¸Đ!pK&f\EÃr?9GoÔ*€`T"&ÎÅ?¨Đ~÷ dĄØcj—“ęē”é÷t?Ņ=ŨĒÂĖÍį–í}A‹˸ŸĢ€…nΟlSōÆy¨Ŋˇ4=Ø1ũÂD,ĄĮĎ\1Î@™†_ƒ÷€ÚPŋ(&€V¯Ū~ąín|&“Š¨¸ŗn§—OQn2ėûÕ ˇ0)žŊĄ!wÔDeÂd~2T ģ™CŲwÎ!áņŨŸ&Θ;íŠģ*~ܒhSw.“øąŅeÆãŦŸ™ķ˙~rđîĪrž{đnÄJ*ČIXi—Á''ąs˛Nš5Á:yī ĻĢÎsˇŪ‹”Ī5ņ\{xŖŦ€Ę]\g0ˇaÄ7oŽãÃew#8&šß‰–_­ž2­œnÎRuŧqī5¡ čĒŗ0EĒŪû-WnGāÄD3%<ĄFŖ ŦÃå~;~†Ļō` æáRęUx_ŽŪmbĀ“EĢgÃLdd…´% ÂuZÖķãÔXsŧ{ã11Lv äŲÜĩâüī–ĩ,†c‡OårĢ,†øéīŧ-Œ{FJŽN.š–ŋsRlĢę÷xj0ŽĨėrŧ'ĄÛÜÆ0įG4sŲ A×ZŠd__ĀCĶšĶķø×^ÂIāA}…;Ēo&b˜˙öŊŨS¯č$Æ'Đ\Ī{,pîzî'7„Qv/|u¯Ŧ) t=”w6ŽŦX6 ÚÖBß H—úI ÆTڀžq;k;e)1%\'tĀâgUwcŸ˜AņŌw@jƒkå%gÆŅ>;GōV5U–!w†ŋÖÄ\X‹Ļ`ĸ_~!wšu?Ņ{­`•¸˛"´ûÅö$ŦöÚ펊TÆ_sŦ…į‘Îx]7‡ôrnvrxU+ŋúÛĸۉŲƒ¸j¯:Ix9\[å[S’Ē3Ÿut×ĩ„›™XrmtËaŦșĮŦbicSŅKqm„Ī´=ĶĘī¸Dų׹Ɏõ ŧ#ĐŖ\°Ä+ÍŅ蝁4 øÕļ)T‰Í ķŽũ^Ĩ6įEŅÔ6;AËå,fĖÄĖ.”˛0`0vÖ+ß6fË ŋ"œ“? ÍožčƒīĮ|Áâʆ * āŖ’ĐŠ'']›$Ķļ|‚¨Ęņ /0SŌÉpĮJš–$ķį$[ī–iŦā@´ģ8ųJ<;WîÉŌˆOœĸ¨|ÄŦ#|cwnŸ@÷.Hʉ:Y° 1¤kŖžxĶ{fĢ’ GÁ[âgˆl‚%Ļ v§¤/˙Ú#Å~š.íĢŦÉŦŽ+;ŖÖĀ ĸ2?ˇBļ4=q=—Ķ&ÜöĨč܄ËO›h sLl>üû?ÆnÍ/iíÄéŠÍ+Đ]wŦ2 Ū¸6ČZ"Л* —šé[UĒ]:ē‘{ˇf¯Š ›Ķ xĀ|ŽÉ4Áĩhø¯>áíiîĀņry!aöaÚ7'ō’¯–žíœmMŌ{:ÉRŗØxģ ‚‰]ž7Å-^-o§ęŲPš[ĖÍíAÛ\ ÆîpfũZmX3^hJņ¨Ū1yo¤–ÍĐĀ#`v•ĢW–-vĩĐa~ĩø͍hƒâ Yŋ—o9#_Ō,īĖp—N|ÔT^WˇúÅ zëiąĒBšķ{HįĀŅD ģqeŲĒ@Ųŗ…õ!õŲąßÄ!zNÅ°ÅĢøÍë>äUõÍēđɝšļ~Ër\GŊSJ<==÷a…UVÁĒVXĩ}úIËaÖÕtbČûĖĢØ áåąĢ“g]ŅĒ<V¤¨Ÿŧ$e\¸Å…3Ûé†W ´ŸUD'dŌģOæ?Tb–TSū§(sëöx°mBāQŦ ÕgÅ5Û֖';Ņc€@ģFKYQ™íž¸íŨCåKųíåĒ}ęŒT˜ōŗC€Ũ!˛„Ų%üwË;–d÷œšĢQ3!…Še"€Ūme@éũã-Ĩډw˜]Áxŋƒ\˜w•Ŋ+…>ՓtžƒŠQ5ÚĮQIņLčIC^ ,ëPiTÜpņv‡Áw‰NâLĒäåC4í/؟ÉëÔ”]$œ@čLųėŠƒÅFęŠÎ zĮ!ÅFFÕW&wbÁG;Į­¨J“ėYĐĩ8ķ”v_Gg‹I0¯Q„p¸{ãƒÁŨ´ĘQ &›Ōãx{°;JÍüŗĖÍčŗ{Įéj kry3åŽ2ĀĐ ƒūļ^ၴ|đĢSu¨4„Ķ‹r‰3ŗg…ā7­÷8ķ–|D0`ögA°įÁĢÆŠį*ô´„N č1ũ5°Ė…1㨴8Œw+Œä‚¯]!kJ Ã\eŽĨ^=nĪlC^Ĩ՛åJ&ü ąÖ…ÁtY˜ÆÁęųb™qæŅNöę<¯Ė+ešÕäf˜×ūéŽÛ"Ã÷}Š§’’ˇBޅRŊ™fTŒWąA%PׁNžô¨jĀã?ˆ´S4Ut%z§ŲÔÄÆøĘDFBL2JČ4ōОą%ģ\÷^*ü ‰įSbĨœĄn×Ü~Á×ŌÛ¤€•úąhŋ›Éãfƒ'Ĩ3‘ŋc9ÖˇÖ6Í°ĸ|5Ĩ];ņēÅŖrQ3§;BrŽ<…š×OE“‘å’6Cš/?ŖßtĘqoyÔ<´ūŽĨ.DŦ˜VĘ]3ˆ¨š_ĩ=, æîąŧ&Ú´bž­ÉÎ@+›¤ÁŽŪ&Ņmv0d-éĪ˜hqŖ&;ņ2īOĐ­ |P6Gw7\(š:ūŠŌÆėXdm>bgMdUĘôž>†%æfâˇ:Ž~ēˇxp™\yBj‘Õļ:/ĀÔ˛7‹HbŅũž/ģ5UĨaæÚ´*čûī ^HüSe#5ņ!āšæfžE ¨^8îä”ĒĐÔ´Ãež`Î÷p´”zŲ°8né"Ÿ‚FŊĖ3Ŗ“MH*–96žŒå‹ ‚CĒĪâœæg%ũúÎüû>/ŒnY‹‰=āîKUĄ|>‚dč…nEF:fV9éŨy&ëBŽō‚×ÜęąM+íŗʸKŋēķ)¯ôÅF[T ãG‘CBŋ\7Đ÷Ĩk/2‹ÍʲfzrP{}†@āũŨ‹8ŠĀkŠiĨ›Z‘ÃõDĀx`ˇoFŒ" Y3k–aä’ß|ëuxßŊ‹ÛGÅęƛ¸*2ĶOIĩĀ`eĨI žœķˇųŊZōļŨ–ũĶÉ-3Ÿ:Pg­ĢŽ´–˜0†Ž ‡+âËių:›akŌō;Œ¸ûÖ%ÍæôŽye*ÍĄ@y"ƒO!ŌĨ#,ĩ#˛zĘnúō2 iHG^Å°ķŒäā;B7æ/J'ëáÖūGtžŽąoiÎ d*ËX:WTth͌đeÄ~åVÔlˆ*—OŅ9áúŸGL}),đ ļk2Aņė^ĒŧÄÜŊ4íõSãã~v†˜GĮœ)ãĨĘ v$&ÔaZ#94žeČ"ĄwŖŠ¯M˙JŠ_'ž•úÄčVŨ‘ŦĻ_Dzpķĩ‡:!Ņ4 <(Q%´€›ˆŗ’ķ"´ÅĶëyZjN5߀`ąŽ¤0L“Ü ĀåÂ7‚á.4ū1)ōz­áŊÉŊ\(^Éņ´SĀur;PrZ¸‹Š O¨āđ)CehļlK0Z…šžm°âšˆĐ÷˛šč‰Ö°ī¨j:§2”sã˛¨ČˆMŊ€ôØöõÔ÷Ŋn[Ē}˜øcņ#`a.vä&ąD_‰2‡ĖÛķK@Ooä!ÎįŅôī´Ų­ô& Äũ68úĩobcšg(â&HšēŽÄ"âžŅwĖvīŨ"ßg‹qĨË*–qō°Fōâ)ꕹŋpe­ ‘uœAF+™Ã—ÕIįsL^+ĮIŽđ]š>r1ēĨįÆf‘Ũ‘zēĒÚ.Ŗ}mĒĀ^X+ÛН§R­ˆë0I\Û+ytä! ŗÛG¤gHîCˇ = „ŽŖm‰G%r‹C˝D5xŗĩ¯Û¤˛ØĪūTfƒcęí8ŨâX5c€‚ß~9Û@|yˇ`H%Û.,øQ‹g~CtŨQÉû`Šm‰q™ĨŖ<¤kŠ™–2Ē Ąež×ž•ŗÜĮ'#DYnVÕŨž¸÷áe]QYûYįŊ‡]îÔPũĖņ^lŖ,Ą ŅJ#˜A‚YiōīMzN jšHžø¯lĒšŨ2¨ŨŽR?÷šLî­œŽt->ˆKīųĒ`7C5x{ãqŲą&;”Ž3Ģ83‘¯”+Ũ0'†đĐv÷Y!ßúÕˆĻjOt¤#vT¸4ĒĖ‹ęŪŦ@OöWs^īŖ kSKØ}û§a&/éŠPÅa J$ÁõœĖÛ=Pĸœ`Nú^éžA]"S…BX„]¨Vø“ š¨´a¸ŗ#f$Į9įÁ áiĩLâÍAƒŠzĘa#õÎS Ģ+ËÁ™-MmŧƄ0­ķø |‚2Äá$€ŨĄ÷_ę3Úâ^d35#s„Ēš^qJ™Õ ņ÷îéí CģoGFŧî? y™^[ƒüņ×īqöo x+ņžĩĮô‡ī-Č)X˛šũ8å͘XŌŋ4æũã)ī1įķË1/-(­ PIb˙ĶīF“˙×&ŧwĀyvö䄗0ČߍxĪÍxß!īŒx?Nx3â:ôÎxōN$A…ĮŠˇĮ1¯Ũ ĩōö3^ŋD˙lĀÛ_ xĪī&ŧõg3ŪsÄÛ˙ůĖ.6SæŧsžôūLzw į¨ˇüëã^ęmĸ•ūxÔ ŗ˙lÚÛ6íũãaī˙wŗŪķģYīīGŊ:éŊ_æƒ^ ēSŪ?ōö;ãĪČsŧÛīx—qû˙ātˇĶĄJÕųƒáîÎv7Ũ-ÍŽ0ßĨŠÆķ~¯{ˇđ:rP•ąd/öÚ8āũũ„ˇ oūŲ‘lõĮ!¯Ÿ­đaŦdd,xŽrē+ 4Ŧ…á?ŸíÂÍ ¤°^˙öt÷_īöŋ=ßĨx<ũßīūƒųn˙ ķ]HĪxwžīrũ~ŧû¯ x˙Å īyGŧ™ņš$úåxōŠ ˛‰ĩäËšî|ėö‡Áî$+’ nYŖ?CŨ˙™Šî3×ũGc]ŽÛ9ųTJųMw†ģĪlWočmžûåxˇĮAÔ;GģįOvëÃ\ģZ¸˙ŊÁŽáķÅD"äw˙í /{<Á‰˙˙xÍÄûW'ŧ˙īųrÄÛ2âũ™ņÖø0á ū%#ŪuNūŖ)o&^Nyß1/sŪBŅvGC–.ŋŸķâûĮƒŪ;0ũ0įĩžâāø™ōj}˙GcŪ“1oi=|'Ŋ›ejũ§sŪūã9/_bæŧboë1ÜükcŪB‡wk6Q‡˙ö”÷jâ(‡˙dÄ{ūtÄÛ˙ŨīÎxG„nFŧ˙3ãŨßMw3āķ?>âí˙é īxīŊ4m늤ŗDâ˙—æģ÷}1ŪŒûģé.ĸ:āe?hO˙ߛņūŅ”÷ŋ9äíßÍxgūņˆ÷ŋ:ã•CūqĖ{Ū9ī&§ŧ y˙|Ęûoyûŋ6æ}‡ŧ_LyûhWų˙oĘ[ũ˙ų˜÷÷s^§ģ:čMũ—ôĢ‚b†@†ˆF×Qđ8úcf‚×7P˜ô˙7"<öÆŗ蟰#­ërķ—P[ØNEŨû?™Hžé!û<ĐĻ­%õf€7u˜、ū p’ŌY“ø‰ áj/.C´íŠđC”lāļ' íģ}¤ēũđÕw?}ūË_ũËW˙ū§O_ũøãRŨ~ūúĶ/ß˙ōí§oúõī_˙üũOŋüøŨß˙××˙˛:J›*7ĮCĻĨųž÷˛Ÿ¨8=DŽŌã~1į•qŪ;…@ˆ*anįQrŪFÃÔ˛đČŌÃĘŨH¨Iųã īvXņĨ_xņ&xÉÅ7mˆŸ J;áëL9*D‹æjjNP÷ GÖ!Āؑ!øsRâī ĢpĖ›áŪąymsĸƒšĐÄôŽø@4fė˛ĄMĶ1ûø”YõžaüZwįdž-(Ā\üŲ„OwÃŋ4ác…RÂą ŲŧĪķ"–VYĻJŽôļĐīŠ‘.DÅgŽ‡uvé–g­ĸœE7ŖĶcŸäpûōœ “`Ēwŋ5Ļz19\ĸßրĒ`Ā#ôš›įōˆüÆH刊L0ē ĪIü&•;ˇm!§šãĂQM?^ŧöŲãž% ī†ÂoE' .ûåSšqBDæ)r|*Iē9Q§ÃGƒž-oN:$ūNBP<×IZև R“ˆ. ĘąãģęŪUC6fŪ;û-ŗ pb¤¸šŊ…š?"ú{3Ep\NiTĘy{ĢĖÖ?í,ú>ƒŪēBÁ-í@ˇTã&Ĩ âœę6OASG§@ŒąwP¤`K+δ“I&2(üm8=iCŲû‘!鹊Žwč\¯Ū,eˇQ@’ îƒÄ÷ÔįˆuŌa¸1Z ęy/ÍbzÚD}Čō°„ÉíõŠa^14”0<}ÛŖˆŽôžŲ¯ļmÂ)dŪ/Ąy4p’ pŠ`G#Â/ŽėPålö^ŪÂî~wLŽ*‰EĪÉŲo|šá|Iä_ įIĄ„ŋ\•ŋ5Ë ˛îZw­)…?-Ä­VÐņ:Â`YÜnå ´¤,ž‡IG‹ė6iËzíĪŌ-ī„ņŽU\ž9[‰Ū aiēEŖĒôĸ$yĨŅģ˜nLp#ŧ%}XŠ‹÷ü0×rJėW.Ÿ_î}o7勯l %Ā™eūũqÛø‚$€D ßOĸ ĮĢ@ģ’ [ØHæÜ9~‘֝A(ÉEĐũ펟žq¯w–j™T\¤rãCs Ūf—ΙģVOwåúĐa? :o[5ŠHŊ{;ōíHķ€3ár:Āģ_ĩŸÛD’i7į’š{ÆhFtđđķSpƒa_iŋĐ'ĩ$Ēj+ĢF˜˙!6ōazüaëŖ/ŖĒ†m[2+Ė^ÜŨá@-éXExļtēaW~ Ōí}•@¯—˛ tu xücīÆkĸéŖåČãRüđUКĶw„~Ą¤19‡/ŸĘ0HO:ڌ˛dOĄŒÃÃ]ęœ`V%F’ qö;r) S”—w´h|›­dŧË`ĻÚĸ?"(¨ÄgĢpā7>–)eĐE  ¨\‹ˇÆĀØÂÉ]JJS›T~DĘôWī§¯ĩ?'Ģ,UöST›&ĩÕÔ ‚î˯É+„{ĨŨQu Į.öåŧ1^-ėPĮ5ųÉßÎËU8C¤‚ÜgžQ[°O˜…s]Ãũ˙į‚ öaˆ‘ qSÍņ‡ĮcViv´6öû_û qÜŗ°ķ‰ÎėT´\îŧÉ9eĮĘCë?e„$U&ČŲævõ‘üiô¤lšøģ: 1Ë fÛÃį 8)R$ŧ6œekī‡Á3ŪĒuÛSŖ,Jô8ŋļJķČųąÆ­%āÁƒ#ūNéé“Ús_ 2NŗÖ,į’(ĖøŽø3á‹ôyØÂ#]ņbː ō“sŽöÍj;āвr<Ū6Šė'Už  ',ŪI&jD(1Wļfū;Wg[ƒ“q§Zhl¯t¸f5Â'gĻĒĶDrGÎEČ ?,œ$Đ*8Q\~ûÂ@ŊQ31™2@ĨÉRķ-o^ ü{†œųŊŨš!8üâ“<ÜŠŧĢāīÉÉ<ĔČēŠL{ˆ6Ĩ…=“%“R1æĘ) !ŠÕ‡d5XĻĄŗĨʟ˸9o !Ę{y”LtŽ~Ķ~hė%ŗw”rČÁŽ÷îį¨OÛ*d9Ĩ›Ū3÷õ3ū^Ä  @{­åöđ3Kåž1Ĩ‰}qKŅ ÷Ah|ÚĮČŖā —$†°‘MCē%W †âˆËAŗuķH^ŪL“¨Xrt<;î jL¤PdĒÆõ„ņŪ‹ŧ|H ŧ6„”šP‰tmhčŲĐ ,­M ‘ĨiÃØ)ÏqliĨš/Y\qÔ ÷īPĀí+L’Ô[q‡0 ˛áĻ M îÎ^Z!T#č¨ņômÎ,ŲYæËeÉbî(S„KŲä‚W:Ξķrûđv‰LŸŨŧ C¨™ÚĘ ­ŠŸ”z}‰ž=\pŒ{Z˛1˙ eŋįįaHĮ<~6“ĒÔ¸Ž8¸•Ö­TâĢųsM8C^įõr_ āÁĨļ‡ Ļ•3¨‹ %%|kŖÄå€á&–˛‚4bÃl{Á•S•čņŠŋálqŒÂa‡ŸĶØŋ–v+ģĘ˙¸DÜÚÉĸ^O%ŗDų´N Ŧž´0āJ{¨ųų Ü<ÉP( įĐ܌ērL ¸Ęä‘bS|nÃ[įšĶvÖĒŽC؇ĸüp* åU&Ā9Æc°´“0ësŗ<Ÿvndšv¸“MÆQûĢe* ē‰f…-Ŋ—ėzŒ*&|ƒ0ũvŠ}cF]f ×ĸŠo­Uhp/At:¨f:á܆ 'c(ÕÛttCæųÎUęũMsŗK‚æE$RNU¯J‡9(YœĘũ[Ō/Ž†#íôČđÃ44ŧ¸ä–¸[›ôˆ‡Įy$ķ˛îˆ)Aî5!¤$EdĒ{B‘}é1ÍļĨۗÉģÜö(Ģs&" fĪsãqqōÆЌŌ5É°šåQŒfÉ^„×ÃĐâĻ°߉š‹je&§īAŲ‹ŽHé\ îR„°#Œ`@v'eá~įÔH™ 5ķ+Ž "ČÖ&ŸPqvKg>˜´ŗ}ōôķJāĐMkķ`|OąÚféŧ}âĮs~¸­ęUŧŒXËTëđWŦžXU4í YŲ}1E<­\“B ֚'Ÿ€šÖ}Ŋüę7sß?ĶŽ™tUÎôLˇ°ļ"úûūĘÂö=z^˛n0)Yî~Āak(ō•ĨõŅËÁî‰hųæņPØeRczôNYxRtÍÆ×ĨˆÉģŠˇƒ4ž:ŋ;ĐÛėVžCƒ'ÍNęL4;ŦrS`€<G„+ĸ‰h~œMáÛÆÕMÄėtüāY"1öĮ (šĩĻ-+˛Á1?|’& õĶ ŲøĸD´5Ī"Ŗš~Rúâ°hĶn)\ôą1 Dŗ Z+ÖÄÍŽŗŗ„‰fĩ÷¸Ĩ¸Ņįw&2ËŨžAČmųŪJÚmËP%8ōtÕ"áˆĀ*—j虇{c9y3K˜Öô‚ōJš—ųÛÜ}”ōw"=Y’ ŠÎøDŊQO‰)4*ÁĄÁ-kš™xËč÷G8ņŋ0ŖąH:Ž5iÅ,ŽĀ˜“žčdûãĖ ĶcÉļ{˛uæöˇŊ1läú#÷Ēœk@ų™š•Ķæēsâ[NBÔĩÖæŦš}Ȕ.Š¤ėēˇĨá„2•í!!÷ŦeS…˜ĐõÃ^Ŗíō 2ƧŠ>îīøĨÜĢRm_wnĻT‘ĄRŦ{*:Čãæ÷ĸE N^)šJjkÚÖUŠM¸íE(Õm:pL$˙څÄF3¨§s Š° ōԑbrÅD´ €žõhÆÜmÕņ;…‰ ­ŲŒŠW!€ŨøéĐŠŗAIˆîaøb@7ėH•ī~ŧ!-õŪ2Ŋ¨‹Ŗq/%Ŧ=Ôų“ÜÜøŖüpCĪ{ö {Y•ÃŦÄæ! ,ĩ“÷Ch’–ô˜ÅE”ß}"ÛTŒã-Î1¨šŸtûTû’ˇīLƒ!YŽVĐŌ‹ī „‹Š˙žüļ´ö4awŽÖ† ë–ęT؇­]ōĩ9ŖÎū ĒÉPâāˇá׏ŸļėâĸRŠb N˛¯hŽD&Eâvno¯æŅ§;Ūą4ÂáBÔ{¨w‰ą6Μ†ÆūjŨĶW>i˜-•Čļ‹žI]†Å`žŅÚķD1ÆX@ÆÉĢ†;Āĸ"?&W‘!ķØ‘:ûl #qŒ{ĩ˛=ú;Ŋ;\BÁ›QœĻą…–Æūé ˜ÚŽĖ:Ŧl[ĘlÉvé÷`Бy¯Hļ˜üŨÜÔšx,bDĘÁ/õē’åN—§ž6‰–\ė–ˇ/š?ŸŒQy< ’CÍJ‰yŸa×"ķ1 Ąúxāņ´Sœ°S;Ä CN m0'î,žUåú>(ôlËĐBËd˜Ŋoû$ËC×b%pf\%Ü/…Ih¨ĢŽ72ë&ĸ„9ĶTĪXrģ´ÃąGųä~…­ ]´ÃĻQ‡áB;šLn•-Õu.œÚĸÚWŨ‚l&F)Ą&B7ø‡#äŒŖũäARqpļ`–ÖAĘ5áŽ1ÕŠüLĒ]Q˛ƒcÄÛS1¸÷ä˙muËĒŅߤ!”Ú•Qâ2pe!¸9!!ŦļįCyÍåȎŠ„‰øoTž“=P0ÔŗC&bŒi< Ķņ <žŅZ;%™ĨtnfEđ â g…Äąkąį—˜ ÃāYŋSKÕįņŦžÔ. Žë‹•ų2ĩŽĘ† XŲôQČvą’oiŠ1õ`W¤ÛzŅËßJJûŖ ō‡Đs?•RĐãÕØŊÄÜM8–‰d6ZwJē8ËĶ+āZUЂ(s $>ļ'Á7ũfĪŠ“ŋĶ8­õ`8¸ZŌØ_˜4|6ŸŌ5+Õü$ąM°"‚#)eŽTYrĮ‹ĻŅ,͉9s ×ÚúhÖzĮUåcw6ĩC;É-kvíC°ÁЊjõ6‘.užŽ!ÂČ&KF†Įą.ˇTŠ¤ÚL>áė1J{KĨĸ; o™%.ûšÎXî詎 `˙Ũ6ņ†š†G’ ÜQg¤~é1RQųØTg^ZŠsŖ…Ūõ^Ku™8áŨ†Ģ1G¯ZŒfW'˜"¯AFšw[‹ 6vnP°Eh÷õRëŅŠ§NČĪsŨŗ*ƒiCÖ2Ô¸WhxP•ÔÄ]PĀ‘ûLV‘S 5H’|áhĢɝiļM1~Œ¨<īĻ \Į>qJ×6ōZ/­Á™O l,(nŌf¸æé+[]j9“ŨŽ‹ˇL.!TĢaė‚–Jûøžži•ēÜ]hĶÖP[ŸŅZ{Ž; UęčY,VīÍܝËšíIĨЖv •€Û¤0˙‘|@H˛š/„— í‹Ŋ}ūlK‘YŊqļ?Ŋn €ŗ%:§íu:‘\8ȉ3{TŠĻëKČÔ>úD†šdT Ã8(F4hNņ…KŊ,„§Ž„“(}Éjíĸģ§d•4JŧŒĮ4ĨÛmĀŦäđvRd¨§ē“Ö B÷Įqû2bņ’á ¸hëÃČëk¯Â[÷ŠøQXËæjs¸ƒ´qÁÚ)c9-Yēķ­6—öŅ cwŽüHS_‰0ã‹"–oĮ˛ ’Ė žÍėüŽG úcpĄX•¤fĒ(ŗl~ēy€ŽĄŖšĐÔ<įܸéFĄŗ ’ŅFŸ‘NUš•ķlæÖægîļrbÂG0ĐÍēęŧ.GĄ´ĄÎŽŽš “IL{^;áō¨X4ęČX˛]¸?”%hĮŽˆčÅąL=‚bc…ņ.Ņm$ˇ“Ň͛[ë—Ŗėˆ‘Fžc,Ĩ˙oš­Fāąwöä7›ÂȋžH‰Šė^šŒœĀĒTĩ €'NÜŖĖ™Í9™Ü UŅOŠ~ ՁîYØķ<}­h…"ƒ.ĸ ›Šë›!íÎģ,@X6-ĒūÎAG“$<Ú§4å–*­›öúaĪnĘČclģRi@• `n(ĢE# ”-?’ũrJYž °ß=žņ'~^ČRđ3gR,ĩ%C+ æ`Î@"‡.¸dĻ,÷ņ>Gė˛ĨŌšq˛|ėT'BpÁ˜áۋæ‹qC‹ĨÔ#͎”5?žčŲ@PjŗŠÚ;nlsąõ/Ÿ~–˜b:îŨ?LË˙æŪģ1tÆō] 6Dt:n/}=ėŌ;_˛Á¨ÔW9ŸƒŗÛđX:8ɊIŨKŠ\|@Ļė\gí§ĘjsöúYŸĮuTŨŪŧĐģ“2ˇ7n…Û é{ÅĄŠ=“Ô‰vJYųā}FÍ4CuúŅĄĻ˜§Čá‰6]}…ŦŒt0ĩķ0l*4ô6ën#įęĻk+˛yB*1ŨH/o…tN|×`ĩÚyQÉžz4ŧMėĻįQLĘ)ļÃÅéâė HyõøÜ*ȋFTu° Qģ5 ŊÉĒž`}a”é1ŋŨ¸rԜŗĄˇsŦŖЉŸl)c‰l„AØ2–Â$¤-Z-S*&ķŠˆ č T ^Bn$ĻS–ņTęxHÆ#i"¯ė°Ė¸ Ä,ËzWŽ šŪJĸŧÂGmûÛéÜŌėʸ˛Ž¤Ų7„LøJVT`y=n8Cô$:UøZkîáÂVĮh|ÃÉÎYŒ đJ8ƒŧD†Ķ1^ëUƒęčR6Ė fH¤`œqĩ”šļ9lĨx0YÆCÄbÆwc;|\1&™ųķ‡qp}Ž’Rxŋ:8 čøŧî:’$VĪ;ī‹Æ˛Č´ī8`RŖf۔}æ:ÚŗJáY“Æ•čė;J”zÉjTšÎ€˛Ü2#j•ŲÍÂÍĩWrŽ ŦÂKī_ÚėÆ%JšU¸JœÚ)"îdŽ0Ļkõ÷„éõC|œ@Į”W^‘éüZĘ+;9Ą’ס;ŲĶņiˇK yR^´Ņƒˆ6ŦŧFh‹P¤ûâôdŸxÂķ¨Ũ)ÕĖQįÁžšļķĒ4Ē/XÍCHBŒ¤ĘĻ/F4uĮ†ėwČn‰Xü.ę¨:‰ôKč1Čpx ô”yÜ^Áˆ1+uę>Zšo‚Pŧ"î>IDūa‘ē1ėÜĘvšc‘ˆō*v˛BŽvJ*ë$€¸û§VĢaúƒ?^čņžYę"Ԟmļį‹ßāüŅīŋ¤?ū%Į¸–ZgšŠå'÷ņīxūŠųgĶFĒ”ėÖ7UŠįūžXÔĮŖáVĒámđˇä/ņ÷Hļtė8˙đa{¤˜Eųī‰~~ "îh#.Š$÷Ŗ3ŧÄÅ•!5ĘøF]%U}ĸđ‰ SĨ˜DdpŅG‡ôÚe@ž,zŧR'’á[Įߖ@{ ˙ąŖ. lw›S‘Ûˑu' ū5Ĩ}QggęÄN_ĨÚc€}ąļō["!ߎk\͕ė V:Äķ)•šU–SnK Á÷HøÔD‡ ƒøɛē:TX:G˙pCŲfČĒq īß[Bõ=!X0oNz AīO’WwÍ9ŒėrŌōvgWʙ¤åÀ˙Ô _ŅĢâšŊ[Xf3zëBČMˆĄøW&˛g uÆŅ‘‡6ŽĢJÉÔÕļbãĀģ~j}“’zųį§—;'îöˆđRob á2:ĩQŗRe0{ĖŽ.“`câÍSĀĨ*ŲP;Ė č¨ŨD- Šlí4§s,AĀĨ˙ ۇpÔ„zå‰}š, G;9ŧ u0 ō¸š¯rGeK˙ę˜õqKŒ9¯*ĨA”´h4 ĪˇÚĄÁúgw0Īēƒaäw­ŠĸŗÜ%“5édĘzûÎâ2Ž Š "-įGÃ9.ņį9œuŠÂĮĐ;,&ĖROr6Hë!u\§RÃt´û›øË͓PŊãô˜ĘĐąšÍ pŽÔîZû#ŗž}[Íā\˙ĸ‘PbđĀ`hI]ĩɉ„ÕV Ũeę͊BŽoŗXƒbH=Đ*%ãí…Ÿ Ū‚lNđųĢa‘Æ(n^ÚNE#ĨqĖ"d]F2ë> ĩŧ=q’ŠƒŠ–éÛu x!Jžē|?îĀ„åžGZ#)ĩŅ„í9l™ûjŲ¨į‹ŸØėtŧwÁĒ‡7žQÔ#r/ķ$f íl+îā;3°ķ~œzÆ.Š+>QîBų$ü`Â5'wÎ7ÔŦāœĢÉ"†×™üÖff—ÖÆËÂĘO<Āk]kX1ŨôāË Ę'Ž˜/ĢgžēNš}DƒÉ¯dƒ9ĒČPá[ŠVpeß:'sø;“=ũŨG„įk-ėĘà2úX›ß đ;‚į›t–ą ļ(,ŠÎqÛļ2X.ãČĘíĮR<+ûYĶ ÁėØ“Z^é¤L+ĄûĐ5ë UI›ŋŸéܞDV1’Ŧ‰fŊYę:ƒE‚ŋ&ö1zZ&7]g]SåœNliE•îu6š•Ë_Vܡl¨ažŠƒ¸ŌÛî‚  ĀŨ›Ilü^áüĒ‹đžuÅŦ0øĀ8ÆŽēĨ ųŨS.‰ôg‡~t|‘JĘŦ#Ųdáˇá‡qĪAæRHÄ}đ˜CņūŠũBŽ<Ģ)Ŗōa~Ų¨-%:3ązŲ‰’Ā{ē82˜b%(ÔQR„i›˜<ü3ŪČØ!NŌ,ZĶÖņŦÉ fŪē1G‹™%Of–,‘÷ęĘäĻ…ßęY€( žUƒē y=6+–@ ąĨĢāßT §:%y9Qbë+āÕ?ŌåE“dčË&ßõŧã†éDÕßÍŠšōå ĨāUú&Ų ö-#N øÆ°7 ŒbNâQgĄíđ­Ôģ VyŽFU¨€­fą’_ŠéĻÅ9g6KGŧ÷đ´io ›ÔŲėëČsHDYšøÖgŪ™īzFŒ<Õåˆ˛ŧpL/,ā“Q ;ËŠš‡”Č#4ɉ†äˆ}‡ƒģw˛>ɉ#“Čá˜§OzŒ{ ŗ–¤:ąÉvĮ‚ą'ŧĒd÷øāĀ4ä“3îÁrÅ{ Š5ŗņ Įį“ÆÄp˛Ŗ(yŲ’Ú’ĖÎ4ŅÅ 7Ar%ŅcËĸ)ķŽ,§›cĄ#e!`,îD¤’_Ŧc˛‚*ë“ŗė0éŽ5áaÂJč†kĪ¨Ęg8˙‡Í\hŖƒ/YYÁŅ´âœ3KA"ļ1€F>mrŌõhH›ēĢėmÖébƒ“øtž2Uî˛BĩĸC‚R“ŒÃ=Iķ6™°y Ā\ēšŠöH_GČŽĘ[-<ĩȑ!+‡ Ö-pų ŋÍ [ŖĩK¨uˆ"$„fŒ4Ū ø{Ėĸģ;ĩÎÆg6Ŧ#Čąđ$ŠF÷ˇãÆH7äķžĻŗØ%Jždã|˛Đs)Ē < x­æŖ9į崐 K˜ōÎœņĮįÁT_‡ÎR ãmÎc †Ąž2;žõ9z‡[a,œæuLhÛåREšœ¸{˜#Ļ‘ęrwtė¨”?ftí \+aP%ūŖä“M‰€ÕS!â wĀĩ`؍BKŅ5I?˛ bŧ&BS*–#ņ$tõÔfÉXķåī8ŨŒ˙ĨÛÍŗ=„íÃ\•ŗú6c^Ų÷žm ĢøåĒĶ" ‡/ ×øb¸1VHĨ§‰ldž×ŠŊ{øtczŽ™ė2īĻ›Ûlã?|÷•D *)1€0ģë ĸ<éÁíwų¸–ū‘Ŗ‘‚¤ˆ !dĸļ:V}ēË3† ŽDĀdDļ~ūŅÕāĶņ?ŪŲ2?‚2û24rĮ8ÍxŅã–Īĸ ´ŅšÖĀâ¸â¨kÖļĖ` @ÕŖÔ¸ŠŗîÎÎVdåĨ:):ė[Øķė’`–‘@jŠåŗãPŌļÖíŽ%š—‘ē*ZŠ…9Ņ{LˆHžŠî6žŅ j”HËSâ‡.‘Që?Š‡N’Ä "âéd„ÃÔ˙ƒ.öąĄ>œķđ‹ō8q÷g Ļõ;ųĐė†ÁģŖÅļ• °Ĩ+Ė_ÄEÔJˆ˙ŽŠl…ĮųL+/° ˆģPm t!Ŋ,o|Ĩ¨TæiĻČヘŌÎįXŽ…E÷Ė.0Ę˙~ÎŖvÂC#ķä%Ij6Sēƞ@'5ō,c!{UۉäČŨ5Œökŧ$;ąÅĘ3Ņ˙ī[œw˜Sđ&*ŧpnōŋQ:¤ß-Ŧ9dOã8a@FĘÕæ@°`Æ*”|7¨ˇŋĨ$ÚĪŖ›˜­ˇoŠ¨•ÚÆn\d˙đ<ˇŠXV°üG é‰,ØŔ{Ģģ›—‚wÖÛmŠJáēÍŽîYõgĢÎ`ú„>ô•ø0Bëgũ“pŽ›íEŊ‚°žŒō›ēUōËōQ¸nIjē<eĸ—Ø‹Üšnn~VpŨcœüíŗ/;úŪ&čėoŲlq€núđŲ /›âVZ<ĩ!É@ŽXcķēû=j~ÎØÆ-ŋąWrŦb^žNĖĢDS’ˇČœéĀÅåz +ž_Ęü˛ˇŌ8ŪĢ•âõŅ.ypĄŨW“m›Vk;†E4SMĸØą ļú\H5ansĐķĶ}r’`ĩĶÁ?”%bžscåēw„ą7üūH„T&@I“hŅØÆŗ&tvÍrtŠ&8Š0ĒyÖéGž S8Ŧ‚ ŋ ęéhhx^eī×))Žq Ēf“Ā‰ßSō~˛‹÷ƒZ'ąwĨ’ETzqÄFŧ]TDd™Šˆbčô í¤ĸ>LrĀF\kĘ4—Nk8–úÛã;<¨–ø™LŽũ›“9…ZÔ4ŦSI'–ÆŠ&\ ÉíČũÆēy4›—ãØęŌŖâā[5‚ PIMę×īŋv gb_lĘxeŨÔO b}ZuÁ–ÖŗÛĻG…hÍmJÖmâũ+d!!zã=íNãX×<ÛĒOĸĄbš|ŋeĖPfčŨęŊĸ˜ŧ2Īû'Ķ˜&2DĮĒ›U>ƒč%QPŽ–Øũ#[  ;Jūë¸čÅÁ6ÖŨdU´Č#c L'‹õ ôFk?Á¸>6c&ęIg{.Œ{ą•0mVܓ‡AlŒ‹Í&"H’ŌąĀ Į€î Åy2h°ŅŨÜmĨ:0NŧģũĒŧ(ĮĪ` eíā”YDH@ŪPžÄëXĀô/ ļRjC\fÔ.›ę$}š‹’%Âí*ķPÜGŧ* KÎ[.å…۝—ŦÚõM…0W&׏‰{Øn}pUI:ÚÉ^n/05Ąč!īFPn oÎëSØTA[{ĢË*7žŲ0M hĄ ´7bĘtĖu•ą ZNQŽee†ƒ2džlEėĨ™]¤eÂ:¯É|$Ą9âÜŅ[͕R~ܘ‹NāŠodŦē* Ņķ%aymÖڝžˇle1)ĘŋņÍ`Õq=„GÎÄÅôî„S ĸGĢ„‘—ŖŖß4Ė‘ķˆ˜…Ž•)Ņĩjō1`õû<ļ´‚Déŧđ|Ŧ>uF"j˜=ЕčE lķÃZ+•ûŸ6˜'ÉÜDG]å2CŸ„"Ú&€PvÄ õŠÃ$ũ?ūī˙į˙ī¯?õõ×_}ūî˙úüŨ7?|û—ŋųåÛo~úęģOßüũĢŸ>}ūú›o?ũōÍį_>ũíĢŸ?˙ũ×o~ũõ‡īžũ__˙Á‹WrQN’ÎÁĩ—Ü#äŦvãę=Æ?Î{{10ėŦ1"CÂ9ĩ7á(¯ép<19 ™Ū—€Ŗzäu…ųš4ûåRÉí‹ËÄ­ąÚ?B‡7‘C|cčé­Ū“?€ l ‘Āį€@t|lÎ —'\ĀûĖR“Ģë‹3nĶ“ɂ^î2*Žá@æw@ĸde¸Å×Ĩ\gĻ?ÃqķxpĞįâj]ĻnŽáˇĖĤsëĻĀÄ;îöŊŌ]§ڎW&ÃZ–>˛Ą×IB¯räÖ0‹øõ ËVęéץŨŦ-Ė[NŌ—.JŨā}B §fŅߚ$c3ĄĒq,,yĒN{éŒéßÁ;]%œnĮfI]íYrZ€˛c^ģŗŠCËtHËŋ11‰wÕ?U7H!ŗÕtĢ„㸘9HŅũ!qÉaSI¨˜é˙—r‚` Ļ3‰EĖ(-ēĒsš‹\u:Dq ~äGMĸk­ųģÅŽÜÁŖ%ŅŅ‘˛Û°X‚Zqj%Ũ}`¤ÕAu€Ž@ëkĄRˇœ´°ËÅUD|N (^Dâe7Î$#sgcōbšM=ä3Æe„-}ĐÄæBgĨÆ­ĩŗ:XJnEķTURŠ'ŠbČFAvĻ “ņ)ÆôŪåŲ˜†=ĢeĀøÄ`Š¨X Ēę•JûœfRPũĻqĮûÕdK­ŒĄÍĖ…’ Ą‚`[×ÂU›W`:FB‚›ėīaˇ]—Ü=¸&n3ŦÚŗfÃø6wĩ[˜ŗNöpŒŪËŖ ˆČŖļlKPUmÄd”J"ĪĖ‡Jč/ú}$Ž †AÉx봝$F$žĪŅ€7<ū§Íˆ@S<¸g&”âčßÆ/ĩōcČn-ō”CU2Ā^î–mT­ĀĩƒHf*ß|g­ģ‚1MDÂ÷ ­ÉūęŒ;Ļ#á}4č‡ûøĀHŗš'F Nx§÷Κ@¨Ž‡{äQƒûfß7F§Qp‹uR\cKT Ēs yĄ`ßĖ_D}&8pšĩ<ûä>aŊ6Ö$Î$Qŧ֎q ũ<;&PāÃāČ7Ž1ĄÎŖČGŒÉ§gAī)ŠdītuĐÃ|*­ŒŦN…ûÖë’pTņ‘2€ÔPG–ēlHLeđÚx, ņ‘i9¯-A!ŦeƚŌôČ^îä5)áÕhy÷)8ũDÉ×Õ}ā>‰]ŗĸ›8j­‰™Cb’j;KG\ŧGŌ!;æŗˆæČĸbŌ‰Į­¯Ú2>eĪ™@8‚pˆÃWBÄöd°^šÁŦ=Áj.`Sįã0 Đ|Ų(G$͐íŽú¸ūš%ÁBv‰ū…eu´œ8ņ¤Ņĩˇ™t[M|J˕^šÛrq1Íēf`ŚÁōÔŖŅ,u˛ī˜tė ›/B0ũXęĘžã]c4‰W?ø­„č"ȎŪMĄa#” ÂŅtÔų”˙éhî ‘č ĮØô-˞>ÖäÚĨR•Ūã20adČ-<9vÁcLĒácãėŠ›BüĪ8yģOƒŧŗw>uéŠ]ĢRY”]­JdôTí´ĶÔĖŧ?ļ[ÉäA\“ČŒ‰E$¯7§´´Z gBú8ÉæØ:†<;`$;ę6%H¨°Ią ¤fp€T0?ÁgN%ßT°9Ájn)‡ˇ]{?5ž Gyj#J„tēzT÷ŠûĪLPrI|Ķ˛$+]&åŧ 0 f!¨lQĮpR›~<{¨<AŸKõĪ‚WtēŋÆŦà < Mš9ŖÉBW%æųû‹Ō!$VãBŸ¤‡# øœŠ×Đ;ŧ –ä,Ÿ&úd%QPíbƒĨ—GT‹ņļøĄ6'tÛŪŋÆö*f Š:M"ƒL~Œ|\“ÜRŗŽ,uŲC A>ÆÚ#ƒŅk­r'ī` ˙& ÛéTĸÛ˛ŦmtobFŠ'8Y抓šlT•+aĄŨeA ĸĨÁ(N™2‰62!^ĒÄŒÎ1ËBSirį0‰öcyã<,Uĩ­Ōôĩ”ž„†.ėØ ‘–ō=ĩu; zą‹g7"4ׇöÖŠô5æŗÉ.›Ø˛ķ"C’éy@Q%Ÿ¸ČT¸HŠ:ą'įîlˆ‡‘$•)† í€FoRŠ?Ë6äa“Čsę†4Ė6’9N ũ–ŨÍjlF‰ģW?­âœc§ŽÃJn:4v ɨ¸“i›ā@ŲŸ'’GĩŊÍTįÎrĻ2o€āã ļÃbv°Öŧ éakä&h‚˛G?>e…ŒR=3=Ä2y%K“û.ųV œŋw"†Ā´ĮP=Ļa&ŊĐ$:& Ξī¸ĶU­dĮĘú1RõÄļQ™ 8~eļâˆH‡Ņ†3Tam/+gŒ5)?•ã :œk‰äöÁōؚQŦ™ŲÂۉˆųCŲēyKˇŋ*rFjĒõÉsĖęv"Z4´ˇÛåļ߾ʔũ{NeŒ^6‚ŠÄ~C$šë„ēžpŽ=&PS!N +Š#īG‡3ĩņ: ŒæŠˇãv騸U¤Î•…8qŦŖBÜyØDŽÁ÷|ätE˙iT Ą‘ĄgÖ@ÔŽ@OĮvŖ‹Q“`ø…ŋFGmYAcãR#°íQ™ŸTˇ›ķĒį[ų)É?pŲôG—MŠ;ßüßšlÎŋį˛‰rˆĒ~ūĐgW9—Øà™ĮiŗV›ÂĢ&=īŖÕ&–ļ?tÛĀúŊŨ†"ãí6Hxŋôۜ,¸j6a}”^˙‰įÆd"=7đ: #>áƒëF]ÅY—Ėc¸A0Jg įĒīô^+ûũā¸9¯åFĮ}'ņÜĖIl{#yũŊëfūĀus“Tt˙L+&k 9! Ė!ętđŋ•ģábŧÚDaŖKØŲąÉh=Ĩ2wŒ™ĖEŽSęCŧŖųüۛîFy3č"/{SŸ§ęĩwøŨcÃÆȕC´Ļžc îrIŗRĩąND­œ ÔɀR{^… fe‡Ī ¯PÍãLž]^ ōzīųæqŲXuEŨ=šŋ+t7 ˆŅ‡aē,íN›W­ëČųØí(ŲˆŽŋ~âč;ĢÕO†éŸGãĘ}œÉˇ`øĩōûډb@Sš/ŠēC/C8#™+Ŋ~Œ÷ęŸÍŧvŒ^<Ž§=Ŋė]Sp]ál'˛›T€>Ņø)hrs>Ā+™‡î;ä|h˛ëŸŋ1ŧC|†Ÿ&1/čGģF r(N g0tģ‘™4ôc)ŗî-ëįķŧkB šqOr:rÕi˜ ßīyĄ'Üōb;ķëCŠŊƒĩåˇēĩĮ€t6Ō=ōŅ1?ĢŪ€ręō-<š‰r4™ •`=™āķÃ%č úŊÛŽZwĮ7 ö–×ÍíÄw[o—Ô•3ø\XV^øƒ:Ëd/āô•eõËxė@yŌĸŽtĒvįbúZrŲeCÎÚ ē;¯ĶŨĨEœdw:ëG{ĄĶ'ŨæŖ‚r8‘ ‘xÉZĐ´?œčž2ŦĨŗ—Zĩ†Ę‰ãY†ã5SnKȲ‰Œœíãjĸ­'HíŒq\ĨX}8`ûČJÍ5š&ņžÄĘTPRģī@Ęgqv^ÖŅÖĮZ3Ë΂Ŧô‡Œé"*sšIEš“—xTafI=ĩ[›ŠČmĀŽņģkkFÛđ3€ŠZÖ&g¸xî'ŽŊ2ŋ×؉;ąü27Ųī(ŗ\%YëlņD7\ÕšÚ䛧:Ęi6fžŦšŽûēˆ1"”snĸbāXąYč¤i |Ԋ¯$ąqÖų¸KŦ”ē4€ßŽ-˛Gųú§r%Á‘ÍQÍÁŸÄĒnvWĻŋOMâÄî^ļg-†Š`åúUÁ_iņŅėĢ\Ä /C,I[,ëb”€lY'ķ{cævö´é2'1ŒäAļ§“ûlŸļ§[në)9^Zgũ§Ŗ”Ō‰ČĐÁŠ×—s´FÖ4Ī"ÃĶ¸•‰ĻŅ…Ā?Ša9.đ–7īˆ1 QH’Xf§É4/€X”­GÕ÷ō՝~…ņ‰˛ĮåHt:9yLĒœüũ\¨ÄˆväXĻžaķ§bjo@īŨC8ā+š¤D…ßÚ?9(+Ēßŋĩ'ë ēåPŧX#ĩē@Ŗčŋrĩ`y¸@i­Č;vK°`Ė\g!ĨˇWŗžžŸ"P ë™âwįJOôj zĄq?>Āfëē5čˇKc)Á'uØ5Ņ‹Ã>æ|ĸDãŦ˛ūt%UąfÅf;U<ļ€'ÅČäG25ņ ŠŊđ8Ä' ž h@lSh–m\Fkí7åƯŋÍ&› @Q7ɇ’ēĐgZ ŅsTĄōJ‰^IS3c[éČÆ åcLk&Į 2Ĩä?ĩ2ūŒTtb^ŧeėŽ”ë`„VģöaVŦŗ$Āūƒ(c@70M72æDÍ}•“Ū(3Ļ`ĒŊa—†3úk™Úëa’č,2 Ŋ‘ ˛]x Ž3aōlæR8ēŗ}& ßmh÷ŨgĪ—2ōåų֛Ø3mˆÃhôT‰BĪŨ>ßq[ ė‡š Ŋa,Ä+cÍĘmgšÜRq ëQe§“M ŒFņāĶčkʍ 8ĖM^ž“ũ)‘„x,U%›5k•1Ɏ¯ŠĀBŅ?|/Āęˆ´!Ī“[ŠXO•# ččÚ_ŅGGĨx‰ņ´×ĩ”CEeƒŗŖŧ_.Ŗ΀Ã#GĮ„ČŠaŽę=N(#yËd´Ę€@?3ĢÄ_Ėŗ2š[ËwôJ/u˛uF~×ŪħÍ&($ĖmÆ/‚ķZ‚ŧۊŌĸũäš_Ž!įgL;OøpĮZ­€ÂĢåöžėŒ\ÉQëyˇĖ q‡b9.Ņ4Z3vG–‹J /{`õ€Û7*Y–ē$ ŧ +āĄň3€Ŧz2˙Iąø(ž‰ôX×wËäKö&[(ɏėšÎFiđ롭▒.QdŒ’íæž6?7t÷ K nfįØ*3ĢÖuĄíY^ ķ-ø“!F¯.d PįdZÍwbj!ÉëYĪcsĸîķrŌM¨’‚Ũ †bÍKŠ;ĄÖĩÂŘĸ;âYc/īĐ1ÚcØ­æ7qNh|Û`z…Ī5a?Ā­ŖÛ#ēĘNaœëÖąösĪfŊÃĄN;}ŗ<`pGE°]#4Ā!ŸSæėĘ\D‚#U~nŸ]jōĘí-cL×8kŧO]IÜʧãÎmSĨxYíÛũ9îĪ@”\Ō:Û÷›C:#Rnŧ8;_T˜¨AH¸ctqë S‘J–‹-0øē’•…Â’ų[ĖÌŗˆI‘€pÅē­ŨÔÁãN:Ō†y —*XRŠx ņÛB Ņ`Āē›Xœâã8 kĨMÁŋDšĄíėŽ$IĪ؂ŧ¯&U"ššM¸ą\Ŧē¨đ@ FũjŪŅúŪTO´ë1RŠ]+‘Ú Æy Ģ~$'ö[4Ëį1é3œg|ff”<$ŸÃģP°ō¤eʈÁęÔ{@Ņ|Ĩ-UJ™H¤qŒ“IÁ.ĶVŊ6ĘvĶpE{ÎîŨÛ´ĶBÜz¯’åŅ‘˙ö;^,įQ>–ęØŌƒ&vme"OÄATĖ¤J!€MļęĀŧc""W×Γ¯DÖôwĘØSq§ :2Å%Ŗ0>.z‰“?,™,ėõ2Њ WøŲ2~JnīÉPų<Æ—uŪĩ Q0ā˓XÖėâ Į*}ûxfë?)wY֞zŅxY‡ī7ūĩ“QŠœĮīôČĒä¨Ô•*6¤f¤­˛’öTByX6,Ą—›ōŽQT`(nũƒ–ÔˇÉŪ.,§€ ŋ>|RîÆāĪÛÅĩīåé|,YKŌ¤Ĩ­GÚn브¨ƒM.)nåĐÕIĮúæûw$G‰Ī`ÎæŦ—ūîÅ&ŗ:åŋ×õ…E™ŲܞĐ5;QQYgËDĸ[æÍ/œ ‚‚ą§g]Xx§œģv[Ž–f\îŒe[aG¯Ę‹VwŲ ĒČŧ f­ūN.“…2Ē—€/:ÄęÉ)&ÜTI~q1é^™Ļ]Ņ/žwÃÆmrf?ŅTĀC×å`Œ–Ũ‘]hRnũjĮp-›Ž†Ûĸ&‘Ųí"ŠXîÄčr`m΂ē’ëæĀƕEi+ĪŌ,ĒĪœ~Ÿh6Ąđ°}&ō„=ˇ™ T_°"öökjoIž‚ŽßŧY$ŒÛÎ.Ū÷ûîIŌãŠíŽīã‚ņ—íãœÉ9ˆ î D—ģ†¸rXĘ–[†XŪų??Uģģč8'=Τ˙ĸ8NŸMÁ“Ô&Yl:3Ē’3fđ™Wâ!ȕm¨PûlŨȞ˛. R/.wjyäc†¯ŊŌ­n?†ÂJTfÂĒlōe1Ī™EĄãBæƒŨuē€?<Ég@ĩ.Õ9bį;{ĒvņIaįgt ‚Š^ģ^Ų§^Y&fŊķĻĒâĩ6^ŨˇÖËĶ 2ĸļfy9 üûq3LØ2Ū­–ųYg…ēj9TxaÛ*$âSK †­Ã’j,ŦØÎ&ēgéÍ*O—8‚͝5‚& ūt ŌžĄ’Ũî§uõŽøt å“8úŦ >ô ’#1=ôíZ1øh†C#o™+ntÅŅk@Aĸ5O˕dx2b8[cūHžã04õķTĀŊÆ:Ģ•Ü7îIž‚$Ŗ˜ĖčƒI5Ũæ¨(ļ—jW ÁaĮč†S>–˙Ü6Ŗ(Ę*éÜtYáę•Íe|fHiĩSnbˆWÜrT†ŠĶÇ{žųæÛo~úËß>ûËßũđŨ§ŋūđķ/Ÿ>ķËwŸ~üõoßúüŨĪ?ũÕˇ?|õũß~üÁ 'Ûfæãk #0Sp+ŨøíĻīÛŐXļšņŪjhįī‹Š%U—rĀ(ÖÜŧ둀FˆUĒ˛Ŋ8ĸ[ĸČx:+Ô­tĸØ+gĸrôR’[(XÄ)į‘‚<Ũ?‰4@ī _D$˛ŗ>YŖÕū[ĩĸ˙ûļ‹ Û zÜÎ"ßÕ"ņĪ'kË0@§ũŪ´ŠuaŌ¨å…žĢvŊ÷ÉĒ6' ĩˆ ĸ>ËļG˜ã2zl" Sa2bOÔįY8X™äw+¨å = “áå ×íV%Ģ4î°(0ĢIUkWØ@7@äÜ6˜øûĄžGT7I2ííÆ=ĘŠN}b:Y‚{ h+Q%8¯Î“Ÿ¤GÖĩÂéü¤Ĩjœ˙ũ‘érŌj~ĶÃ@ž„¯[ųŦ[/–Īķb öŦĮã}ĩÔĀđîųŜp‡Đé¸æY%ā ‹Áį ŪŪŲDEuÉ "{õm¨5ÛR¨´-“îĒ< ãĩSõ š‡ečûČJ?3ĸ¨ŧ;HĄ›Đh3x4ĸJUŦpUYžMÎŊąãH Ї8ĪÖdBa-ÁIßÅy¯lÖJÁ˜Ss”m„:ÜąëG&0˛Ģųî&A÷ŸŪ GŲ›Ģ“Ęė‡–7˛GJ‚(ÖjCf¤Ŗ‰á™ōSAŨu&.ŒĨRu"P×YNqž+˙°‚ߎÎŅ֘k‹Ņ7ņ'‡&^–IäWy‹1͖„jĸ—˜ŲÆĢ´ÂNž~¨gm-îˆHåhĮš_ī=ˆHõˆ|r0įLzE—­ķU_$qŦ,~R^>ōBų(ČåŦQÚfaßŗ•\VK‰ũ ˛Ĩzۓ+Ų.žlĸƒt$";"&RC÷ĶņqŪí3ü^5“{k÷ôw˛U šš@.­ŧą9Eč4×w%~éœŦ=Zš“›Ö"á „\Ņ û ė(Â]š´ƒÃákØĨâŊĸŒ3–ĀvĢŒŠR>Ė$á´āíØīG™rtYë9b>@ŒUmdĘWdP Xåøų˙æs`Ą›ŖB¯P{* ËpPAÍeT âW‡Ā-- Gõi^=åčߞŒ"õôÜv÷—dŗjÔĪņpWdĪFžUčįˇmĖKM(XbéˇOūŦ„JĩâĐ+­FØîāŠ”}–OUFĒÉáãAlëgĖKi–jÛđ0ÜUŒ°€ĐŲ3+BC`ETåZĶ‚Q,ÉZk[ÅĘ wÔu:G~# qûīšŖ6GČe€.9WaúÜËhŲ\ņĻęÂ$Áû~šuÂęc+>.7ˆŠ&šc^,ŽŌŌĒq¯› 0ƌ@9ƒ,Ųžá+w`($™¨@÷:ÁB8&:đeĒd–šsÖĸ\æ<cĖv´J“@õüėxé.V#$FĢéĮĄ+OlŖ’Đ#sq6O`š›-M÷eĨ4ËŪ:#ēÄ$ļŗe#“3)]@ ôâ…|39ēšu=íbĨ 6ČĀ8/&aE^Lm‚>#‡ŠP}l€qĄ9ŗŅeh>Ÿ ŪUP;ŽgĀgē ĢÕYģ˜w‚Đ%˜õ9ŊYÜÎ~ŧËdÁāü+ËėœgvÛqj)&‚K‘B䁙ŖÅôF ŲÄ8Čå$ŧ î¨ÜdgĸŌ›ĖG:*‰3ņŽÁüĒüįĖųM*ˇüD œåR€ņáZq1ĶŗĢZ¯1{Ã~9Œ âņ84…w 98uh†KŸ”ĻWĨu…˙V7Cā'QŖhüpÆđ1ä#ĻWļUžmÄ`~ĒņŽŨĖô[ ŽOÖž˛áŽŌĢ–G…pĨ÷AŸ`ŅūĨŊY2PKwąõ{&] äSQ<ĻÃųˇâäD$ÅvąģâŅuęÚÜm†5ŗSŲĒ‘Ģčmī+n^elJō@KQŌG9D@į*įÍÄârÅįų2]ū䊨Ęl—IĩOø‡}*ōXôŋ˙\|ņ`”>.–B<Ûy,œāī 9æĘÁ>zÁ}ĻĪ]f0Ų"nũŪĖž4t)Ŋîv´ą×׸æđJâė˙Œ^fÆjÂļyĀōŖbŗˇšO6ܛ*ķüZ\x˜mŦĀņ…Ņŗ}$ß鹸Ÿ?&"×ĻeyžD@'åžËųá—×ĸ#ôrœ:VÍč×}qūė^ė÷âüŖ{q>\‹g¯EoG(oĮ?-™ę›Ø8œM8ëD¯[$æsˆŖ2߲Õö‰7ĘâHJÄŖ :ÉĘqBHËq:đĮi <Ę3ÖÛg÷pU›šĢRø֐~ AɏmÄąĩœHyŨâ°Ü Üügƒ&ˆ˛LX­Č-ŧę'߲ÎsxÜ'ßūĨXÄĮKą˙čNüˇâŠx*ž<˙ŗ‡Wņ§‡ß{-Ξ~īŏ×b˙ÁĩX˛„R^ŋ×âD|åį:oŸœ4Kąu1ō×ĐJÆíČ8íxK8{ ›AīÆbŌîÜløCMÎm7hŦ`ÚWVö2„¤)?|‡}–ŋ˙ūa`uyw>ž{ij¤„HvU˛ã˙ā2ŒfũãMø¯ÔGø üŖ'?yž„Äå?ŧuĘŌMšņŒÉirtĸk3•i‚pļ]4ĨÁŌ&9ģ (lĒ„ z~ÔņžŽĶžīIYVS›ŅĮėž÷O |ŧ•ôŦ,āčbēØ ŠÕēĒéũ}§č1˙°BĒrrŅįy(b/ú}…T #:™ö‘‰^ˆI¸=īL=‰-nOŌ%Ψ/]ž‹÷䇜­­t$¨™ÉöÕeTBž4bč~y4°ū€$fDÛËÂäztįÃ4ų~€&ƒQdhŗU""Îî%„. NcˆJ'AI&v{đÅŦ€‘ŲØė‘8=°ą—ßåCJ$÷‰æ0“‘Ãģ"74ÉfQÁ‰y‚^í—3•DîĘÁf(šJdÜ]ą×°Is:z(Yzųđōôö›~O‹4ŅJš_ÁvkĢûmžđ*%O“ãzãOŦ‰đ JsĀ]&Jĩ5îë'ų×JÃl’ķ0WÖdĖISéOeÂŖÖy×zq=n$n!„>΄0įuj1ōUvj¨øÕš3ڝŗæ ĶMÁ’“Ņ“dŋŽY­co&ƒM2ÄUŌĩōÚĨ~8=×ÜÎ5nÎDÍsw¨ˆ)uÕmÛN@ģĢ IŠYp‚ô'ˇ´MŽķ}ęĖÂ24•ę4õ¨ÔâÖģæÍöÂņF4Ír…šuk uōĘai›|œāû>˛…¨ų?aŠËQķƒÚÔ=†ûąĒ—{ШBé¸ãˆžÜâĘĘ6˜#ęX°˜~8HŠkž ÎtĐyāP’ Ēī˸TNĩՑĮZ'ëļbü~ŌR3ũ2-õŽpĘQøŋŅ:Á8"Q­›ef'Ŧ8JĩCÂ}KŠ#Gí+ˆBØÕ/CTM˜j‹—1^ūߊNũ“ėTÁ!.%§ū@į”œ#[ûkÄŨs$—]ø!C•Ëƒ÷Úöƒ.8ĒĘ:IZR&N2TąJĐŦ”Ŋúš›EŸEȞTÔëEyyáŗŗ§ĀÆÚ$DÕĘķĀ>Ē(e˯Œ|Š*‹VB"+vÉ~9ęŠM@.7ķ;Q˛fY“ˆÆĢbû‡Ē3cķS;â„~ãS­WÍZūŖüÔŖ‡æ÷ųŠ€lGpŪņÄŋ•B @;ŋ P PÅwN&.čļž˙ÃÕ6@•F>Ē¸7¸KP P%ŧpՑTō¨ÖzĀÅÉŽg͊EZĢFĮ9ČhÃ_ōa–´ĀŸĪØŖ($ĘLĨ1¤Ž­Ī5߂›¨ë͜)™^ŽI"üÃėßIÎÁŞytîæ× BōĘQJŪ›Įƒ7æ˜ëÄ­Aö„ÆāßXHN5":Į0lå-~Ũ.Fø-÷Q|6fĶž$įŠC2c|Xô‘ĸķPî *A€åu Wē‡R;ō2ܛÃįWė˙ ÎkGą.‰fÕ=9YŌŌæĨ.íl|CB_—"<îvö-“$~‰ęƝŌBĩČ f|=Xƒ\= Ė¨'7‹Õ֛ŽDŽv¯ÕŲ‰qHņ߃ėJȍÆúŽaī°†ëĖs'ēf_ŗPĄJŋ7zčÉīZĖBIOŨĐl˛`ŽĐP€kĪšŗv>ƒMÜúĨÔMZœÍ w"C…$ÚÎ*šÚ€0‚Ņčånv‰ûŠôū4-r*?+‡šČÉ_ž­G)å€û‚TŅœ™<d*𧌑´ ‡JʈcŗũŊO+ĮRR"ļ§LÅ8 !9ƒ/ē!}ŦaBËßSžbæsOVõ>“m^ÃyvŠ„/ų;˙/s’Ŧé‘dY‚ķX…m@+Đ(ēI1ņ€įYŧ´û_BĨ›œsEž7ŖđJ*Ę$ úŪ˙ ķŊįŽtļq˙ĻšĢ^+•1 ]ļx^I#Õ0 QĪC8õ˨Ũ&Éö}1¯Å{lŔ Õi^{6 Ą–-FČ[‘– ø„*ĒúBÕŠt8Ōiŗķʜ„c? „ ŗ´wŽKî4 5ĸ[”!(ƒËkg^SrĩdBŅĪí(šëŲŒš=7ęĄmhbĻÕębĖŊô"0w˜ž,åJēŽÄOļÖ´@ô9kŒĨ ^É)ŨÄ2!ãÛs´eUĘmî ˛wqF,_Ģgkúe2ČĮ\Új5Ø6‡J/I¤Rē•Ą+Ž—¸åq›ĩ´’Oĩ€&ˇCüļ͘¯Í ĻČŋĪRčälæ9ß´Û1^‚QšHœL2Q§‹˜ÚėzœĒ- ņ ƒ-#—Í%Š '^ Ŧ+ˇAh´~$hdãĨŠ<‹Šb]Îõ.Ém÷šĸ=î/v‹¤?{j™„­†¤ä¯>!ĸÅˇÔ96E˙'tîMˆĒ ¤1Ā× Ō‚ä¤DG­×-’‘č€sšÕŸÛO<‘ŪôĩŧöMNĘŪÕ­GŊĪ\–ŊÅ]—öEYeēĩô’^Ë h2ŒģY„Oq5 1ŦMö§ĸãAQF¤z‡”Í´gE.ačaĶ*áÎŋæmzũ 3ĮlĒļöbEQÖ1Ļ%ŠM/ƒOÍæhūā‚4úČļđ_ã[)Úģ'QÚØäÖF{ĪÄ 3´ˇ÷×ŲÔ2cĢ[lLõĮŅi ą Ŋ˛¸k €+ōx9Á§eJö„ofĮŠ-*c<čRMmŽęW6j™ZāīüQĢM•Č´ķ<û‘äŸ3û% ‡cIqgBģŽ?!œ¯c‹x!Áų‘Ŗ$éÜĶ˙Î`ā,žģW‚ŖŪú81ĮįĘėŗĸ2Ë'h~-3u}æ ŧËéŨËYúÚ1Ą €;:á2ĄÁˇ­ŧxĘ|úÂ&ĄSzR˜å{ZũĶSˇæc6t)üm6y ˍ!-—¤[WĒĀĖ8S& õe^¸‚wƒŖâ Á€#āæ5,Ė€ƒš|nÎqŠ§Üœj„ëįœ LÍiJĸŲuŗš[}—=Rvƒ¸Ę-ģŧ­¤ãRMqgÁÄĮ}åģaRž$^’ÜĮČe´$q'lŠŨ ?Ö&#ŖønĮéäåfŗöp6ņ4N2ΓÛŧƒP#Lũ3Đę;ĩp”ržÚ} ;áCŧJHmŠ”ķĪļéė5¤ĩ<>ã `laŨHA ŧ†„šģĒķâT&Č8ĩm]Đé¤7ļ§Õ5kÚŲ‡ō4éšQ~Ā ęDÉD´đqۓmV2zˆjšŗרĶH ;×/z|%Ģmė2†îÕüQÚģ=QÍ?\î.Ŗ›ģäųļņęõ,JrÖÆĮGĀîáˆ8_Ĩš9ŋmgĻ9ßižydfĨ^Žķ™îA?~ũÃ÷ßüãû_˙øõķ?üøéׯūúĶįŸžûęĶ?~ūęĶˇß}÷õŋüōˡ?}NPÁ| *0Ŋl-Jģę—ĢņfšO+Ä 4öK™¸<Ÿƒ§cĩ¯ĮÖÃä0p –øĀ)o1¸>ģęžŲĪëAƒ‡úŋąÔ\Âĩ]֎9áTPˆašĐ)H"í&+cOUc,gaÎRįĪv94ƒMÆØģîÚ[ ö›tŠÎ_ī7j7ėE\¤ö¸ÎÆiį`zL2tX^ÁJį.AŠ|Z §btBŽ‹ YŖ,˜/ԝĩI fLJШ4Ī1ļ—ŊŨv)i ĘÄۘ0“Ųė ¯üØž54#œM”öŠßŠT•3?Î$DąA'€ōœ^Į`ŋ7î~bM'=ĩđį´øbąéÄÍÎ Pļ>ž'C'oĮ2)ĩœĖĄX›Ez3Ÿ āz­ãĢpeÚÜ0įôFSåɝ?ĩ6J.Ū{.žM /K™6hŠcō°*ÃĒq&¨ųQô-˙:ė1ņFŽŧAkØ#"\ÚZĄPÖā{Ē˜×c6O žą7L­‚4éē2`sc…äđ ŧčIŗĪUžĄEœũ7säb“_ę‡\:Ųˇ#K*-ŨŒčDģY+ļžb!ĸņũōã[­Ō†üMĐ]%”ˇŌ ˛ģGBĒȚ˛œ¤Į›AØ÷ˆ}7o Ļ^āŠ0,…*×Ĩč•k;yhî°īÅ}uÔũ.ú2ÂÍŸÜ{€ĸ¨1ģŠ4בšŊÂlŅ}ü› k ˛ņ!„õũsVļ-§ÃņRg|Āâĩ $v‚ØqøbZ%Ō ­†Xž˜+ŖšĀX?éRgÜÁœt}°ęÁi]>åĸbžÛJËT*tpQŸĮŒĘz ëŌŽÔb“Ėĩ‰ĩ=c>Æŗ iéˆ ü¨ĨlöéúØĖ'GprÕÜvx:.‰4Ųą{õFŖøÅčōhü‹Îb™ĻÎd÷âŨ(_Į'ck‡~ÔÎęÄ6˛ŽŧúŠ9(`=ĸˇEˆ1ÍĸSqi9§á–<^1”yŗ×|XėŪ6¤Ģ+w–âVĩqGĒŽî ėH¯nÅũ ac° fį&XĶl*ˇ˜ZQ §Ė€%‘ė°%BHâ nsA“H—*é⠒ à Büĩ¸“ėŌ ËUŦ§áĮ'Ÿ#ä‹BĐęæ!dæRûLĩ{÷Ä2ĪĘąĐMī&÷ŽÅ+æ P˛Žæ†šOÂzÍW53ŅᰘM]˜J揖6B[aڃ‘pŖ ų֞ŽkoŊHFÄą4ü`10=ŌŊ9ģųĖõ_‡ž¸(ņ÷Ũ û$Ū2Ár„°ŲŦv֝žN†pšXŠ¤šFč´ĪâŅ”VØD}mŠˇ@?ã?Zņ `7‚4FõQäĐ_f땇9äo~2P‰FíčĄģiÕsŽÛĄ:Z™yÚz—;d"™ijØ1€ĐŪa˙äsų>Ÿ[m o•{ŦrO>eM˛”:ļÆoGÅōę^ĻMEŦWŠúv¯<¨?ČySãŠ(Œ•GVy%rëĄļägôg=Zsmû™œķđi­AĶģtĻ›đ9Dŧ{āņôËļ§Ë˛6g˛û _°˙ØéZ@N!÷BJ ;ķäŨt}¤†Z`éMŽTģˇI`Ū,‡Ė;moT›•ūg(Ī,…ģŋnŊ> įxŒ,ŧÔēÍ[Î :û¤÷ žå?qëË&]ü4W`korĩ邊„O ËĖSŠĻ\OĒ:NX†S69ō‚õŽˆø<”õúž8ēQaø,p˛œœ&Ü2XNO7‰WTkO.äŋ’CsĐšMKWļ–äÉžíĘŨĮ›8ŗĒܖ„+ņęI1ž0]â Ŋ¨%1Éí~‘Ce€ÁB5zv…¤ÜhN&/,!ŪåP;=ĶŧsA¸yæ+/KÉ´”IČ2}Öa‹IĸvīōæĪ5^اĶąÎŪ\s(CŠfąjąĒ´AîËŨNN„ŽæĨŪŗ›ˆčs.TÔeĘšûAÃAÎÚ÷žûĄƒ6ēŖĸœĢ¸JfRByUΖ^AÔĮtí‚*ÆîéãRgL´Œ_üĘ6†ų=wĨyÎRĐ7bV(üŽ#ԛ›hÛuGJëƄŨL —ŅPŽ6`; p"á;{_íũž†[{¸-žå~Ķ s‚}TŽwMĄßœ ÚŦߐû˛íĖYī.^ΞâÆ1iK9J?ķĖNũēúŲĄb æԎkJÕž;æ:Öx¸#ÆĸVũAįˆ´ĮûŪ”pZbĄũŌUS”čiĐ{uO@ą#ųsqųîaĻŽaŦcĀo ’gķ— r2†‚Hn°æŽWWhũ'ÖH¨=ŧIōj‘7‘΅ÜyĄ‹îŽŽva}¤ķŌIK÷l_Ģ-ürz*Ô1ˇŒ Q¨žå?–2ˇ2Mšæiƒ_—ÛcãĐGy­&ĢĖâėpB¤Žb“Ĩ֌ōFŗÍôįÁ\ŧ€ TĖ|<}Eŋ ú,ėÛAˆ.•h‹ZŅËIæŅōuôUNģ^ĘĀā( /îĀ¸|MÜķgÚOäũü~Ŗ(8Z<ĀŸāGdāŅFg`a°5fÆŨ>ĄlM,ą˙ö§˙ū)@‚æ†GÚØˇ/Ų?õ˛> ĐÆÂÕŦ'Āē{ˆ,‘—.Xpōl`ߨ¤nK ÷JŽ~ē?5ąSZĨ œ9á¸Ėü+čĪQN^îO„ÛôĢ~V%É{Gŧ§rt——ųS‰?AįHü!—ŧ?„gš6Ģ€bС ŒéBķqĄÜ#Döf¯ã*Ô&s˛s^7ØBk\’B;ēæŊéo<é[Žmjë´û.ŅĻ?°eŠžø¤ûĄ: ķ?†ÜßŲ‡Ī ÎÎ-P!ü@L<´ŖIū4˜Áí˜OâCIcœÃ->Öž“_€ĢĨYLÕíL3ÖÎËŨgœĶĪkô*ũyíz Ŧ“UŽl!×ŋmŒÂ-XÔõ4°†&9„ ¯RC˙āčvĀf@ÁN5˙éī@4˛U^ÍĀՊ&°+&€#Ä39"ĸĻsC7”t'6T!Ö¯€G0ŗ‡ķ%•BOøöÁīZ™[~éMĪ ­&ĨđšH•_&Íę&WhŽUV‰ J]kœA5.]6Oƒ<š ćiŲíMdbņ‘+ITÃ!"DbģšđĖėē•ã2õ0d`ĸŽ´„ģJ„‚R¯¨åVžŠHĨŠ4”ÆńŽ †Eĸœđˆ†ēø€ƒwyŅ]?â~č¨yČv`jÍŧžé4—šLãĨ3!0ZûA+%Rr\/NJņŧ}}ŸÍ**mí4e9!ČZ#q M‰Ö[@Ú:ÍëĮuzŪP ŠŧôĄzF˛%ĨVœéÆBæí …/’HĀ‰„ēP*riÕ&Ę8ëļ(Wt‘ņļ•žS´CSŽíYk"Œ1ŧČI>phjƒ!ų€Ą)0Œō*ČBˇ5 I—8ãiO”Ž`nü>Äv`_ gčģˆ9ˆD$Q1û ‘˙5}æ_ÃgNM;Ĩ°ô€gĐ ÂÕæRÜŋ=Ãbr†dŲÍáÎđ†\îL,/s§G„œņĄ4ã$$ą‰Yœ6q9€RĖCöDüØYšÃ“xd­ō›)=M§Ncá>oÔ9āZ}œœŅŠ8eM$cŪ>ID)b´â2ąYūāfvŌŪÛū™8Ķ ¯Î´8ĮĄ3äÍ>ЙŪ`ũLVÂ=ķ%vf>`gę#v&ĻM™6įéõđRgHSø@éKi€NĄÎˆ×š4kŠEĀS“‚^,w+î=˙›>S˚ƒ2VŨŌfmtėÛĮ+?âfndc…Ek˙2îįĶTeM:V•lvŗžę[nÕ f䞟ķÔ=™LrÉY”JÕÜ)ƒ°™dÖ€á5Éč‘ö˜D5wĸB>.ŪP‰GĪí^J@O‘#%ú|A_â֚ĄQ<á—ÂmR(ŗí͒Š b2EjpPŌUĸ€…’|•N6%­ĘЍ­‘Z ;˛ĐČž79†Ģ™ ¨ŨÍv4ŗWéÚŅ LÆaãGY7† uą/[ĢfœRŽQ!ečeaÁáĨ!_1i'r6$g3˛n:÷U†ĻOôdĀė= ûqLĖ’+3ÄČâMp-ßŗÅãQWˇSŪ“ræ9{>_zėˇĮY{ŽŌ0>hĪ9=dãˆh°1ēËw/pėLdv’‹}c˙ĖŠVŲ’<3 Ątšö™ž_WõxÝLĮ÷ˇŖÛÅEœw<ŅÖc,áQŪčûĻÜĢ(8 „Ĩ iJ(¨û¨Ąķ‚_Ŧæīōôõ#=šĢĨA-čÄ˙‡âŨ!gŋ9 <טëŨÉ<Ąî€k`déšoŧåĶ”׍_‚}Ŗæ4íˇu¸T[ȉŽ5žC͆×$á—×ĨD‹ŖB 3"^›ŧ†œŒëztiØh¸(ģ;žąå+\ŋ]uô`›|,x:^<‚`ķ?ÃĪ?fķãGüŗ˙ĩ>ū×Ē°‰!„ũw˙•Ĩā/ūcņW÷ųĩūÁļûfZž˙iūîoũũo,Brūæŋןūv.ĶM?>*/Ÿ2šûÅzãļn†ũbeJĖ÷dÆ$ĩŗÛ(ÕC‘EĒšũ%!?{%ŧą(CXFvU%W mÁ3FãF}pCĪÕB0%„Ø3Oâā^Å-‹Ņ#ąFģ“Tœˆ¨„įšã=ÅÅîŗ8 Ŗ#ĢW¨!1Súž˜÷Į.fĸe…9oâ¸%ož›FÄ?72§’ˆĀŠÜq†%Ī#ŠētĩjęŅ@-QT_Yļ@–?÷5ibbƒ­™¨MÅ&Ae¯ũđÁv­4ąpwË°đŗ… ˜{Īæ6?ZxËF~ĀČcĄk#S8Ņ—cļT%šQ‘'EÂ@Î*<šåĄĩÁKŌā6aà Õ.nĀ/#f‡›ÄÃÆnk~Ö&if•OĒíŖ#Ēƒ˜¤$l˛ė#ö›<ęQëų5*O9‘%ė‚†QBMFjŖ&P‘y13icũ\>1’˛TŒË‡6§1˗Géĸu3čØŋĖ´š93ŒķĄXģlbē&ŨM57ú>Tūæ:å°U¸.MÁįĄË ×ЌFĩôäYaėė°ĩŽ`Vâ_PpMĶWR4ņų´z’4C2<Ôėsœœ:‰W6ŖŠ4}ûA†WEnÚJ[ƒôÕĀģf‚> ŖRģk˛ģ&ôāJW‰Ô,íúfA‡T2pĻŸŗŠIļ2A3“?}„ōCģ öĄ§pJö{ŧākąt$xĒy pž!~ŠCÚc'kŊȓcō†‘fB RÁ¸Īļ:ĘĢ ‰¸AÜĮéžëÅĪÆQręĀãĖĄue5 –8!;H”ŖTžČ›éT=)9"åĸsŠ'o|@äa8}§aÅnuž÷^7”‰ĪšÃęéh´Œ’4-"~ųŠ§/€ĩ× X. bŪĻŘ1˜ōÃĶ´œxãMåu”Ú!7* Ą'˜ĸÍ5 ĄšS§ų!i­¸pŖĀļvŪšbĪŲĩ’ŸŌÎTĐÂÃą))ĨU*´ƒôp6ZæfΜ9WŽĘŒ|Z' ĮlĀMē§z“ÚBœ”ʖ˜ēŅ|žÉtņŊT%ūžö3œ–kÕwČZÂk$˛žÎQĸģ/XIu“RDcąpōœœâ},MŨ7!îæŖÄŖ=‰cōĄ@^B/OŌ hqĄ41ūÉTC&ĄÕŖEĸ’Ĩžą'P‘y8lúŒķč…ļëwūđ_ŋü#?äûŸž˙ęû|ūå÷ß~úūˇo?ũöûw_úüķĪ_}úųįoŋ˙ôķoŸ?õû×ßũūĶįo˙‹"Žæ#AD€Čč2ŠŽyZŋ„Ȩ~K Ŗ›Ų0ʆ21lãę+fņü1ËÛDŅ´Čb;ÂēŽî!y’¤ÃĄũU°gŧ§U–U"Ŋūĩ|9uíAŏ­V *`õ$cž%‡ū TŪ™fUŊĄ3–Ą\dQjåo[Ģ ÚT@ÛŠĖo–´Šķ$E¨``…e•>Qč.Ī<úŠāCfĩXį&iĪL8Ly˛ Č:‚˜‡Húi’’,’E)åpüŊq>~ø Ų­WLVåį@Ļ2A–t/%’…įn<Œ"ÁK­į•>ÍÚü˙kÆÜtúú"™3˛XŅßš›€WĀ‚Äž…Ĩ JiawB2éAy5øē5ƒ•=ʞ;U-č+Žģ-K5ą  äߔúžķÅJœ¨xvfČĮ˜ĨžEÍ(b7Xų€ ZĩáũƒĶ§ŗzC!W\oT“üÅĶÂ7”ž„8x6Šh=ûŅl`IgŨažCÚ^y†RĮëSíÍ–Ãî Ųđŧ*ėaŠŠ(ž•cBā­h’ˆöĒWÕ^BÚ´MS|¨Îț žá<˜ymž­Yėĸ9!$62 ũŽFÍJ‚qt%›7ĘGn§û4<@ûāŖųPM‹14g,Šî‘X.yœV tkHĸŪ[ rē$Æļ'Ͳ$Ų}?ŽŽÕä<ė FNÚųųxk“ÔšąĢ$ƒĘŦ°uYĩãė†T@Ņ U4ÎԖƒ.ēƒuÉėĮŌ@rĀŸ`L™b@žK2ąĀĨSgÄ1āz–?­¤ htĐȚ%ií1“ŠøNŦfvū['$#ÍrÂחw~x‹’xA›|xĀD 9§´ ƒw?R<7L#]Øh=:ŗ% ZZŦy։bĮoļĨ.ķ¤c,ũx„ũæĻlj1šáNšoœÛe åįõ7@šoÂ7ĩOĢĸh˙ÎĢŲ—ÖûUJēĻ4û´ČjáčŠ˙JzūQƒ–wæÍĒË"zblĖ ‚*ÜĨŦ:ŽĘi"‰âĄŲŒošÄß ¯ŠÍn)hsIsn^ķî^ŖKš>l^SaĩŽģŠÎ†Ø#ą´ī؈ÕՎ)Ŋņ“RxĪęnšÄfŅöúKĒf™ß,úđų(™ÅøRŅ㚎žƒ3 ŧ¸ļ!TÉ+ĐŠËxŠŨĨˇ?˛YÖf'ŠfãP˛ˆöŲžŪ‡rVâ6[â)šûQ7[iU‘'(W1ĘYÂcĪéH1žŠmŠ‡?ŠfQÖâkĘņek‘s˙ÔčiĒđæE‰M°ÄyīGÖßŋÕ¨Z–.˙EÖTĖ*˜^–Œ S.‹np3úB+KČ}´˛_¨e3a<&ÉW/˚^5C5 0˙G2›]ę4_Ũ,ĢųŖ›5§qēč9ČfëoeŗũĘfCGxeŗeFö+›•ÉŠ_ācLc˙}Lãŋ-™­ŽG4û×1ķĨ^öO1›™ķĖ¸ķ7zŲqđŌbVī ŊŋŨÜz°žo^C‘šĪ*UžbYüt+3é7 Ņ@+N÷õQ1ËhUä2•Fw`j"i8U´Ņâ÷ËPlˇ.Ų Ą–ÍļûÂ÷¨û@Ũé™ŌeãˇĖ^ųū‹>úîi  1f•$3-ė‰Įß5R=ĮŸ?˜nͲ~+ÕGŨnōhûáe 9˛ˇ(mĪũ™sR N8$ōR‹”VúÅŧEŪlą2_ĸôi†äę~ø¨ë b+Ö÷ø”CßâÔ8rāËēuāģ•9kåĻôBˇøI,ĪŎų/rÜ x!GF›„ą&Ë.ŦŌNÜ*wr˜ŽXņXŨš,Šts <ĸvÔ@v[Ņš;ĸ­~x‡˛tbäV^‚ۏ6$QŦįtWĪu0ŽÆoÔŠŠĘh%¨ÉžH:ÕEFĘøFKŦęļE1§¤ŧ,qōv¨Ų[ĐG‰ųhÂĮĨ›Dāōą~o÷ŌčFLŽĢG吰†r/@z2ŌÕņqwÃųr# Ņ Q˛ÂĀ{1?\ZļŒVŖ õŧVˆÚiW’Ũ Ŋ‹>ŦäQ´´ŧûšô6‘d/Ûyäjš!8”5ã}õ°Ä48nēGáz—ŗÄQŅ‹`–~gEšĖ{˚K5˜Ō„¨ŗEĄ‚BĨĪPŠHU”=ŒâĻÕˇ"k+‰0T~ÔH—ë¨ŦĖäéd×°žŋ‰šŖč1o4öŊOt"›™MÔ;eŨÜ _ äÁlŌÖZt´œEžĨ™•8]Ö\nX‰^6øöî%ĨŠ€•WĶ? (§BŧžŨhÆ>ÎÁŒ†ĀīŊÎÖÔbäl`Z‡Ųxli˙—.JęsúĻ‰A6Ōs ÁU'sîtåÎ\…]_˜ŗõsXCĐ*:ƒÚ1Ŋ?øĘŊ1U>'ŽJJ 1˜ņ’æIÁ…yŧģØļRšHŅ5åI&V˛´ĸÉ7(f˜Ķ[!Ā÷~&HCđõX>Ąũ'Ŧo Á˜<¨ žhŨŨŒXW † bwLö>ęŒtÖŠÉĒˇWĮĮęHņIß~2ŠûU1Ŋ$ÅwĶŧ&‚4s!›9Ņœ(*ĻÕ;Vé|ÂC‹Tq.XAü+ø]ÅĀėRu!ŽļĶ7é~ŧƒė‹?ŦŊëÂBû‰|ų°D‡“AJ, éqƒÄļĶĸŠō¨Ã#žRlH]átåBB• tdcéHÛĪ‰@]ËŽßĸ/ĘĖąū•1đĖ °x\YđÖ­ž9´Ëm‚3k(bđųö ™Í(ËPĨ*Ú)QĻ?Ü/ÕŖcs’C|˜ÍœĶ€Ē€ÆŖ5ŧ7Ôl âo.ĮqBËėÖCnŲÃj_„2#ėķtŧļKA§ÖŠ{÷öãŲRiĢY1ũ‘žŗUT‡r7ę.—¨Īæm nĮ&ÎŅNđv´g‘tŒC˛ÚĨáJRü~“‡"ˆ§ēÛtR>|ŋ7Đ2vÕöQEĮ32§QFYjZ[YČܜÕm@ô¤âņ‹7ûÍČĶŦfŅˇQå_ÚŲ/y4xŊQĶX¯–šM@]X];YËBČ ŠW͓i2%ĄHšîų˛§ŊâÖ'@ O„ũPĸõŨųK#a†æFĄĄQŸNqõYJÃqˇ^(hĢ3Đc2b†81éĖ,úLbĄÖĩëq>Ŗ|iĮ+4xŌFZˇņ0j]×}t'Ą6‘Šß/ē3{FÚmN•.īc@á÷(Mí%ĻŒ‚KėqœwÚ\Ü$ĻbûP_vÎú­ąÕžMbDééWü| 96ž‰{4}ŗ\Ŗb5Ų×0Au›â KÃ5iRõ í]¯x;|Ņ›đ´A:VĀP9tZœ PŠ‚´âWŲÄMˇHtųĐMˆˇŸvČ.Ûaä¯`ߝ]v/fÚÃDfqmrŸ€ˆg(íQˆáW§ë?|0 ŪûŊ#žÉųĪē&ĶÕö)DœDũB-“DlĖĶdŸResQߑE%& FÆWbæ*ķߒĸzˆqÍ=ŧļŠ7֗œĸrôŪ| z ķ(“`Žĸw9Ή%>Šˇcf ¨'!{Ŗ-O}SB1“8f?ĻŠūÕš ŗKĻķēlâđ›°Ã8ZōÂ+•vNËĶ)yžnĩ2IĢēB&öĄÜâÔ@hKOĻ9¸‘}éÉK4ÁXÛ‡f¯=D$BNÛoOV96–ģ•V.#KRģĢnsŌËœŽÄžĪåė'ŧ)ūG°åŠĨ-_ŖÅĐ\Įv.S{)U‘pē‡y/ĄI1€ItEĮßbĘTL&ût3ŧš›S]Iåäž!‹IZ´IŨm ĮéLĒŒŽ ]8ØUâËxŒFæ]Ĩ˜EAˇB6%ŽyŖÚU3Ėj^)véG°I"Mã§b“5îÄ‚ËS Ŗ6āV°j/kķ.FO֌ÁŒŧt˛Ŗd‘RLיŪ!ĸ 7:~é aģáâåėk€q2ß'‡RG›ĶI:˜•ãˆ…}ĢV{VdÛY$†ƒa fbMš!7%Ąƒ˛[˜IɞŠķ$]ôÕג¨‚…Iž0IŪ„Ū$ī…5Üå`ą{ŠÂŠzđîn%DŋC]ûU§áã<‹SķtĖS×2īLV’ņqaxąČëFqTŽiƁUfƈpņyÅæ=öɔ’˛ė i„" 9OV<ˆö2 W˛voŒīŦ!jļPæęyV[+1y nü ”,@st.īÅŊžĮUãį†î–ķō‡kúÎÂ[‰4ā v´ÜvëŅvD’m GŊ%´/˜ÎkŠplŧō {xu´›h)Ą!’W‘¤ôÜt"‚õTōąGû>§ąA-ôĀ˛z†3č_ˇąļȞ Žģ@Eb!qũQ€ŦĸzárÉcwr,š9¯šœnĪ~57ÂÁ%U 4MHUtgčrßb3Hƒ5qØĨHŌH/đ(žW+ũĘŠ?kČ$gcm‡´#Ž“+Ē5Z*ŪãŨ›zTāĀļuDÜŨÂ)Öɇ:Ļ†Ō~ n7ę>GŊPFbÄDkC‰/ąØ û~3| ÅŦ,ŋ3Ĩ_Ŗ’OdHīŧYJ—a‡GHâbd¨ÆY>$*ÆÉ.(^éÄėÎä 9ŋ›#ŗbNˆ„UeŒnA‹ú˜/?n1YûZDŪžˆúQHŋēhéJš“Al♈ãc)Ņā$ļŒąĸx¨ÍVĖB9X7¤ęæ åzäĘkš3§Øzō?¤ä€ĪļCČH€ŽĮ{§ŅFĪ S&]‰Œ¨Á?OŌŅÍ"L=喇5ņ_ĘHZ›ÚČ )AæG+šĶˇŸdĸ8‚œ­cˆč KK›žš~ŧˇĮ„ūYËLlkēŽ×ÄŽ3PŽ­8ĨĒ/Ģ´HÚ iGoČ_SŠˆ1@¸Í ę=Z=jÔĨÔS v´Ÿ¸ęí BŊ}†˛ę–`Ų9_MyÍĩčõ™đnˇöŌ–(8:ØđöŒp,§‡ž][3ķzŋĐ;čAT‚Jßü=Ÿq”‡ō9ņŅŠžæ´‡ÂKÚp6¡ŽöĸyT” â×՛đø+ĖĨi}kæ5ŽųVÃîá=…­ )3qĻžu;7EĸD¨73OÆEŖXb6œp†öØŦl<‘§c•ę°î—‰nŽIZ‘mmy5ĻT4Éøk“ĸwąO´8ĒoZ bņ7tëÉ2&Ā:-ú\fÕÜ(ûqŒËŒ"oXwŒČ. Á”ũ2ŧU8AŠčģ .Ü Ô™-ĖKŪv"i÷•ˆx‰āüļoR†ŊlĪäß#{Cc:ŪŲĶūŲē{ėõĶ+˜ ô*æUO†°:öNhl+ŸšÄ`ÁŦ "ë—H€ēdUõ Nà ŲŋĻkęQ1{ÕŅl[Ŋô­ú™~‚´f%˛ų¤ôĸRZĀ˙z“žĖ<î Ö.mq/1]ä~Ŧs_VÄ"RÖdŪrũhį÷ĩĩ3 Ž… rúŠ^F^0H›"ØLU\yč=ŗAž˛yŽüBÄ].&ų@cZ˜Úˇęŧ €D”€åų0™<ÉĐۉēk%Š­}ɀ˜ŅŊ FæMN?Ŧø”sôi{Ô÷¯Đ7ã‚ØÃĸ‹ŅŠx’ŗ'I‘™˙9åZQëvęĄå°ˆ§ÄŽbc¨2~ĘLs”“mMč?˛đ*Ę 1Qč  ‹Mˇ7qHäđŽŽũVd2QsĖÕšâ['@mĮnēōL§Ų}ˆ^ [žŽya-õ)žĄŌŅÆ` ´*kââđ™ôqhՅ}`Ɇû¨~õŖMĄX.‘Sō eJ}üĐņ¤{Q(ŠVkž)´‹`6Ußö}Vŗų~F6{0šŧžÛķđ÷ÖH^ŽÆ#œĻ02‹bv\wiëõã_sī$`\á™{ ũJą\z­#Ƃl‚ōYCâ¨y Ā™ē $.Äå9⎞[pŸØsōėēÖN­ôĮ΁„įJâfPN˙úęxē Ļą3¨eˆ k65`įÂâPUŒ™ˆcœ2ũË[@ŖåøÜ y†5ģߔúÎŽd”]’8ŊbSbIŒÉ–ûƒQ?SøQ`Ÿŧ°sTŗæģ41žs,Ŋ5šĮÍ\×Ûh‹Į¯^Ú­ƒÂĒ˜ˆQPCŠBše)tū,ÆčęבŨkg^Käąz"A#Hō•‘w,Aô G™éėȂĪ1‰E?ūũ×O?~˙ãoŸžūúķ/ŋũōķwßüņĮ×˙EFÃ?„i/ÜîŽāL@w°ŋĻũÅŠl’CBâ™&§YîfbV]ÅM Á€„æ•Ŋ3Ŗ)’Bîz!ojRÄøs852Г }Ē$}4}˛žąã0-Ņ GËŨ“Ewwڐi¸IĘg’Ģ)9I+rRHžøˆįĖŽã‡r"ƒ,ļvÜŧēžąÄôīY;áŸôD͍vÏÕpˆÕ˛™Ōˇw+čnúėŊ§8–Djɋ8‡Š !&ĸ,`˛SW÷ˆ°į!lŠ0(Ū\;+„ļąÁÂK ´ßlܡc'ą›ü9!Âá”$RA0-2 ‡&xaŊō›ÎĨ ŅžœCÆ%& Ä2­X§`˙ø ūæû¯~üĮ¯ŋūöËį?žųũĶˇŋũūų˙~…ŋûáĶ/ß~ûÕ§_ũųÛīûúĮß~üęŸ¯đߥ ÃkԧȂ@pĮXéN¸ëĮÔ5)>ŖxÃUGÍ#0™knžv SGŒû¤‘ŨĀ5ŧæĸ 0ŨˆŨ^#° 5â&ŽÉē` +%ÄÔ5C× RĘąĪš&Ų/á}ƒë_rÄLÄFr„°VQDĘâEŒõpLEéY"ŊÄÃĒJĒá lPÛī.Œ"tå@e3Îé°íÁ‚ãŋÎb¤kmcįËÜĩū2w¯} ąfŽų+LËĩõ¯)ËđĒŽķ5œ„Š¸ĄLąŨ>“§ģØ•Á(K.) C=OēėˆĢ0  ÂĨŽ4ÖÚIšLõ~?  Yū„UŪ„7Ļl蠙1ÍzÔ"bŪžh%ŗLËF9Ę~ØRJQļoŌ›ŧŠ?EŊÉÎëÎ׈o ĩ6!'š{q'rôO!pfĀMä5BntŒlØîDîž0 MxŠØ}EL›HSE™7Č1PÖŋ›ˇ-„­#ŖrÁiFʈ^Ĩlņ“Ė#ģcyŖāŽXąĶē˛éÂ?lCĢ˛?‘ âÛÉī渜ĩNuR3Τ>‰čC&Ī@ˇ¸0†-HˆŌßķ°-6l "á> -ŪL¸îë ŨJųk#Zî…[ÂĖčúOt‹aT(Ũ€˜ęėf~ûŨĸÄÖ~Ä[Œū-…œéŲá{Ÿ—p1A¸øKĀÅ w6”/áđAéąÄ4Žš^í`V4b=<č—v†]x\ "ˆm¨\uŸŽ¸đ‡sa{aë:ĮƗ3rhĪįghÅãpN\*ÄĪ œ§%„™jHÂĀœŊáCRą3pōO¨Q<˜MŠøŅá€Ļ'Ą'ô Ž•L¨Ŋ@ô˙1Ö“Yˇl€HzNæô*ے&rxP‹lû,cô{É;ô=÷ƒųœ“~'jĶ^Nķ­BiQCįŌi„ĩiįģq“’ˆ-ĸŌŖĢʊĘŪ –ˆĶ`ŗÁYĻŅŅã nƒ„Ī>ž‰ĖúøwėáĒ]į“Č —ŪåĮ?oaHaWS‚‡Ę,q:<ÔĶí•áĘŗ@Āa¯l%ŲĒt¨ Ų÷†ôãŗL:Úa^t+"÷ßqD¯äãŦæēWKŗžKÔüĖԇní(É ˇÔûtDĪˇ8GÖp­e¸pūĨ¯rk J'ų_Z“nw qyđĐܜTl”Zž­Ë§ûÎbv”đĐיUŋĪ{Ŋv.ŦĘĪß^“ōl*†–\é0Ŧ§Ž2Ā’‡ŧôõøĻúxŽ˙bîJCīÁúķˆ>œTlT4xÍNœT{ÄE´Ŋ10đ×ך—Ä掄ˆĢ1Q•Ø}A\(bũJ÷įyĮŲ÷BE]ÎĻ6ķÃ_1Ôũš@[(™PÅōöŠ:¯ŒäŊ˗É>¤n2°ûNÄü`_bˇČÎ>oĩ€;œØxiĮʇ(‹úÕdg<*ƒ­C2nR?ˇÃq@LzNąÕ‘é†Ø:.ÕoŧPŪu>,“Ž˛ˆ='ąä<¯)ŖëÚ8,ÜcŨåÜãa)ņĒœ:>ĸūM^Öž/k_qaĻEå>zc>;Įâ뚠~ķĪk‚ģzPQ™ĒVrDáŦŌ:Ķ~÷D ĸŊwĸ­.\[‡đūolöŖŪPhŊ3ŽU;Īō( }ėŨ 4vįMßdžyĀÍØ4n-ŦB/ܧNÉgF‘aîÛZĪØ›4ץ<Ÿ<ķ‘QÅŋ7Ų!?R ßW{ÚŪéÂFŨÕ¨ũƒĻBOA,ęVnáÁÆ3c•[FĨ’JŊ!we+_Au ËGøoR ŌS"}ĻļąšŠÍŲ‹‘nĮJÕcr+ņä9EšaŦQ;vĢ{9U˛lø˙Ŋ¨PaîMŠ¨ähø„Ų3“ocØ)GC~ŗ“Ŗél%›ņÛ¸‹iMGėgHb›rzøLO•z–E„ÁÆ%CKā9˜)Ž›$&0E<7ģ'Ë´Ęéø•Í,eĻƒšceē÷åÔ &ĀŪ@f§ę{ųŗs%G=A†čŖšųuŒtŽäFN¤t–}2ƒ>\o[Å7ŨļæÕqJˆÛ8ŽÎf´õXrU›JāËA%P ×Ä͟Iا䒈$œņ‡Æ*ėd‡Č?y4•ęĄJĶŲåˇ é°hŦ”ÉPe¸Ūšz WŧÆä?ãŨ6ŦŪ‚ôHAcs¨īŦYŨį@R5ŋĶč_É;3šb’…Ög#ĖŲW‘Ē*‘Ô ũÔ'4œĖŗ˜4|[+˜M\+7 Ÿ!|MN3œ­ ^îI'OčāČnå‹tí€ ŠHvwąšĨãTd{T†EJ ŖŌãX&2ŠRéëĮ¨0ģû:íĸXtÚaØhôsR7—˜™[{ ŋ!ķ:?„x¯œR%uSDĩBLõ1õĒžú*ŊØ:#*iåZ næjt×[h0CÕM=˛ŽÆ}b”( ÕwŠ Ķ•˛kŧļą1`ЌÆ#|ô„ŌĢčÛīßŊc s›/Õ å˙ŪēZjÃ6lã鯎Ŧc’š(ņ(”ŽÚ/eåīëoŽÚ•˛ņŖ*´ˆTt„8IÁˇbߘ¯Øq™¸NK&Ŧ8o’É~žpĒ'įqš‹Q3čöP ?Ĩ´úJ8(|ÁÜp”{;uņŽŽÚ->.?ŨļÍƐŋreķĐQˆs@\@°8Ā#ötžîžG¨€BL%r9%+wŊV2@¤ģåc=úLČŊúũDžx›•ŽŪ“aFKũŧÔwŽĸîƒRˇ-sí•Ŗ:<—ôžoŅnû€zũ/YDÛČTdæÍšĀNmÍ•Ëbû´ŸaŖũĮ#”G‘‚­<#ÁúŽG´Ũ ëė‡Dų8§¨VŦˆdŽÃ#›€OZq0ˇ•†–ņÚm~xˆ¯Zjâ;įŅāŒ°•§ÆĩúÖ#YBX‡,ÆxÚĐ÷ĻˇđÆOM2ãfÜÔx Ŗ`˙ÛíË4Ĩē<÷å}ŅoX“Ŋ|Ū.†[f‹‚3čČYRkŗm[˜•6c˜kh@ôî‡_Uņ‹pŨßŗ-=Á\âÉÆûB°U$'!ķœŽ6ŖoĐâúŖŽ33t›iŽû¸ÉĘT¨ĨČkŒ“īÖB¸—cŦ.uFxĪ0tęČĪx#ĒĶ‡Ô”—V ĪûÄNDG}æfnļ´ģK5@u[ŖG:ty”Ģ ‡&6kžÃ"j[ŠŨŅ‡%ÄęŅŦō°‡9rãŦ•ēÚĖá1ŒtŇWį4EõüžŲ;˙'SÖÎ)đ, 3Úā™H o#€Q—/0‰—§§ņMcĶšU¤3’H™APl72˛ŸcX.û(SöâAcVįš;ŌÚ´lÃrŸPUu*MØOĻVŦRœĖđ{įm öTŨk‡{4Cŋ&‡32ÃĖdNŊ23Y3ārÛLĻ5ÛŅp‹mŽúFT("mšÚž3<7w.Ētĸžĸ/—žÉT+} ô‹Õ‡ũãQŅaņ⠚DŸhĖĪ|úé;L'vņ<{$­Š,[íˇĖČ`Økĸil…­|c*k•ëėcĨrh™ŽB‘ã‹@ĢÕØô›ŸGęhÛšėK˜c&€>HŲ­Ÿ\….Ւß/¸š\;h¸ÛŠĢŧ}õN‚nMæ:účØ[ˆ¸KAYaëšī3cgŗöšÉŖ‚ˇ<6ĐėuÎŧL‡ī饉š6.‚!q,}VžĐéœ"ģ4Ž×Ü/ũ@0B*ŦėYöň#qĘQxtĐwhœ3_÷Wzĸ¸›Đ"âoīÕšcĩáĄŖؐōÛ¨“UŊŠĸsRcęŦF{Úawęrüf2t’›œ ÆŠzIÚßlĪ‰Ŗ‹ą„Š[Ų|ü'LĢ§ Á8ûũß6ŒĮĘÉ˙ôéīÄL˙Ųĩ…~Ŗ|œ—õ ¤û|ų;ž.Fä!ø~ū•BxGˆS\˜)Ē´ēvIbO}uŌKˆ>ĢäfhžšgšŌŠ5Oƒ#mņuē6Âä3–L…“ļŋ19N įīÉxûnģöÂÎgŠŊb;÷Č*š!ŗt÷æŽŪēü°–ŸfIŲ´ +Ŧ&Ļ§×ęI —NjDOŽ<ŽIwƒaXZmô4Ėęíc•21ŗņ>ė&Oë UŨ3Ũ$G”ģĘąŋŪVĶNccÍ`x…døXŸĩܩ›8„ąæ,¯Õ˛įííÛōˇŋHéžÔ" ;ŊČĀ ]H60„ËÂ}ō@ZŽŲú,4"]!˜í UwKUCK#{°QÛåPwî4 ?T$%(ÍJˆî [ļŽ¤‡é"SæŒq39}ˆQĩį×ÜyÆTyõ‰‹īŦ |á|žŗ7T ūš—Τi5)å ‘!JĢqņ@f5–QsÖ\­BF?Otúā”(UΓŠjb?FP֞ŦŽŒ"UæN…x ¤Šû [´=]ŋÚ2F •ŠŨ"Đ ÷y ŲGļEĮ(4č›āË  A+ ‰˙ ˇÄ—/„ŒŠLüa ‚Ē Ŋ%šš39 ”gs yÂíČŦ5‹Ũ˜pØßZąŠ`ķxôíM@æ ‹ū-ˇ Ąđ6?JWCbHüOČƒwaž†e%ŅĨķ´üĀ¤?ÔЛũŖ6–” mäYwŒÉô映Hn˜LĨ#WĸyL7RĻŗ‡ŽŖ;åĀŸmŠđR“ßÕ).z0žč4ąüH]íč͸–NßĐĨÚФ+*ĐđŅ'd‚Îxāā‘Û1^ë5?Eļ€ÆŨ=dڎá2H¸+Î:ô˛:ˇø‰dʌ n­ĩæ.ŸéĄĐxĻZ9@GļeĖy Q¸ļpÜ%RZG ų5{[M'‡G~L‡ÉMœĖŒ8ĀLL)ŧĪ’؃õr)#%šiGÛ~|ŞŽ‚Cm”°Ģ" ģ'bp5sƒ\fįĒ§ ¯đ–c60~ĩ|åWø8 Ļ2ąĄxá’ÕׇžrËcëM,Tw¸ÕĐ}eōļlåŋnžētmŠˆ2G<ĻKš8bä´×yí?ō Fđ|íõÜđ^~œÛŧ;Ą•WŒŋĨ¯p\Ūą–Ī‡¯Ú÷d%Š–7XuŒ83œÕeuj˛F‰¸6)ĻHŪ˜inöÉ†Üâi 7â™æyŒ(`ČK€"P%‰hãI.ČâØ2#čöų}×ØŽŖFŊ:<´ų #Œūņ’ŪG )W9NŽ §yi‰āD3].į:€Á!ÁTߕCįČØÖÜTĮ"Ģy´Î˙ؐ‡÷ĖŧūH9ŏŌƒ9[Ĩû:ČëMŦÔ9ë9V!‡ o[`ŌođÅ÷%‚¤;pŽĩ+\ŧ=Æĸīæ R)Põ˛´ Š­sšš2jV7Øļ›B,uĢ…ķE“GpÃĶ3 *"¨ąNjŅ‚sīô™(Š¯îčbŸŪB˙Y‰6O9Mĩ,D2°į@n|$[ėō¯|sŦØ{ŋ–éEdDņ]ÉFIŗ(:UâęŦ=.}|Ķ—GŽĢt'gųáÅ`Ę/ÉÛ~IĶ[WdNúšöN7ˇ9ĸcĻh˙ŨĨÜyfe‚3d­Á‚{ŗ=Ép>d†M0k%Ē MČåŨ@ëÔDZēˆSߓ&Æôōtøū)Ų+~ŲšdoøėuÍ`;á4ÖÃ;T2Á Oے˛ü4=f…Kۍä MÕ:}˛ų8‰/`МŪŒĩ‰ÁJ6īuÉv𚧡2š˛@“įyyÜ9˛kꅏp’ĢhėûHŸģŧ ´%í|āN!zip‹Ëę-Câžôë$ ô=:ąŖž:rūãš\§IÔ^M1m(Ԇ˙ xÄ•õd#™.#îbRƒBųQŠ™˛ĐĀÎá¯įú°>‡QŸđėņĶRrxÖU?ŠÚ2ĻŪÕÛ~Ōi:2Č۔Œ.ŨeÎfGÁkB…%„Ŋkeĩø{žë䊭ŗĨ¤ŧ•ÅáŠōg’%h >kg 6Û6å/%ēߔėĖâļj%ĝ–ÔŲp ũ@0Į=lŽšEmņT’mļÖ&kyĪvéÄPt#áÚŦ§ ãhÅâžŲ8’ŅĮ|ôč}å\Ŧ‰āx{ˆšälI4×ôĢŠœˆēoĻøÎ-‚ĖjúY| c˙Ūė¨ž$Rî[ĻėëĢßvąæ…ßY˜ĨīŝE€›Ö ˆđÛņ;Ž('´ŸÄĪO¨9V•Ÿ‡bû\Ų) b>jS{–,Ŋ"ąĖõāÉP3Ú¯į˛ tC?wyŊ[YØOāŗÎäL&x–yÍø ĒĶ< m€g?<ŋŗB>§ē‰b6B÷æk:ZģpoĖEž; h~LÅë;˛ũy‘Đ ĖÆ;-ĸP‡Ķ"įXuŽHû–b›pÁŊ—ŖV!8ŊĪ<ÂvĻ—ņé"Ļ×âËØ89ŌLȇŖ#2FüqƒĻNĒÅæÄHœņFž?<ąÜkŊFi­ŠfzĶļmÆ]ā` įíJ7kŗ,A˛ÕËËyšČĀĘ<ēōSûIņžßĖ2Ĩü|+?›%Éä6rī&"%î,ŠÕÉËmYÁ°Rl¸F.D%jí¸RnŋÔ9­qŠ–>ßjÔRŪÖf5÷BōΕEŊ}˙ÉäÕDÜėãŌ/×ņâdÉjW¯ķŽúÉĮĸ„%åLsļ6ĀKöt‰žöŠ4“=Ąy¤M;ír“Ø`ÄÍ BžKž]˙]ōcĒīdPY†ŨxũûÁ9Ŧ)OĻÁđĸ\m31ã;pīĀŒōHä|„MG˙íĐ 2ųdbW“”DmĨŒx ‘ÜŅL AŖ‘+b/T=ZęĢK&ÚĮŽ$M$$ėáwĀ2cÔ¯ÉdIôh’uČ\Lđ[™&š7Rl[k•ĀˇņąĖOĻ›(íz&/Å} ߐøWJīÅtz=HZÛ ˛×n–šü õOįš<jÔ,ųŗwÎÃX6o*`ōžFÛSÛ¨ˇQĒYá'h´‹&ėQ…J˜Ü4Ūķ$wnŦ3:oš$âdŦĖ)a}˜ô~>ļ5Ą6”ąäĶdkŨꇋԲŌXŊđô ”ĨÚ€gęˆéą`Ģ1ŲõZQ;<ĮK;ęŧzjF…ˆOÜŪ‘V:ŽĻņ4k2Īåwˇū${(Q¯pXKxĨŦŧō¸Æ+Ŧc[K^kÕc7Ëá?x™Ž‚2šEgˆĀĢā4EĖRÛˇŪÚčĒiVÂÜsß%ö%#ūPŖoˆHzNžæ}đ˛sühēŲ¸×ē2ÉBũčņĐ6Vl7úPrËÍĖæ"@6°{ž[…WŠĀSˆ‘‡ˇöå t˜Ak0uæĻ:H ëŨŪ9‡qW {ĄÎw˜¸Đ˜LŠca%œ#ØōĖ:L˜TŸCJmčDĘĄV33hå‰ÖCggoķl‰I5ü%€•™öAã[ēķŲ(páņŲ÷¤ž†NœÆįA?hī0TŖ"Ą*sÆĻŧũę´\<ļßĖ2,°LąlDß~ų…ן įö Ž˛ņįÔ*Ęv¤˛`Ēč^¯8›ŌzßOÚĩô2OüIĐībŊlÕĻäŒĮûø^"! Ü|ˆpv"§V,°—‘žxcĀšŪ I4•õ8Œņ bLĶ…d(Oj}†œöũ`Ū 7ˇĩNfúsgâ–sĨĐWĻ Ėh&{ž"¯Āâ:ãēUL”UMI,F‰'LÆĐ´I_Æ´ė“AĐ7[Ēäh9â ė˜@|7ŽĒŠˆÚ6´Ę ÜēItũ8ĒL$Yßh35Ž[˙’įjĄ÷žÚšC=¯ĶŠĄˆj“ŗ% ‰=e7a†CeD8¤<Ķ>č0āVÖõū¯5úMí‡A*gŲŊį+Ļšnš+ũ¯Ģ~“Oč-ÜkÆ×8īC͋D¨íĢ‚ĀDt> j’íŨBŌ;,ũęV3aOĄÅQŗ Z9Īa?Af#ÚV/-üĻW]ukš0ŊŒŦũKڜëĩÚÖíÕOĻᆓhZ7=øāø$üÔu‡…¸Õô$ą'•/1Īy°™¨NŊx’¯ Dļõ“^{a—}M×ę5UP-šŖb+LĻŋq—iŋČ÷$DeŸeIlŗU¤ęü×ģQĻ“ë•÷Iö­¨žéá$ÅSâxe˯ˆ‹ÍĩĐTœ7EķHËK×ŨßO˛Ĩ/Ų)Õđ?ˇ›'Ķúķū›øėÍX=ÍF2m &•“sLÎÛú=KāhŸčČß9Ađ"ŽßXkŒ:4MˇÉËaCf–wá"ÛI?Ėûy× ˜"*ÕĪQļ¯‹ĻíؕxŪ¸ĸPĪÃVƒ“J+QĐŊyd"I„\“¯Ã]BĘ5‘ĸ9}ߧ[3|ņnÍ{ŽŲ}÷ũšd™ęû!ÔqųĶ@HænÉM¯éšúF”&P;ąqũĻ,iõęåWO5䘔^÷čũÁĸÛ{­s(ŋ#YAôTŅcLŽC3jž`Ō#iĢ' ÄCĐ<†ëŠŗĖãÜU Ũ/l:MÕ׎ņē#ÜŊo{Ņ@Q‹yģ ĶDę˙ɯŌDˆƒZvUûJPĻÃ9PølšÜw—1•L•mBÄ&€ø; ĨĪļŲŪīŒąī's?ĢJLŖ>āĀŊb¸íryäĘ%Įküy]Ī29DqĒØCeaļ’r/6°ė}hĩių:׈3ēėo-õ¤)d0w´ †:VáSŽC›wBúĒįدūÚ}Uįž2JPōåŦŅܔë_ā]h[4UAæđBa->3ŦŦ6›ãO?6)Öũž°ų@,ĘßE¨‹s‘„’4ƒN'w&čí¸#ĖŽbÂįEdLsøöũĮB腩!˜¤“iíļ÷Lbę‘RIŅ-D‘ŗęš9ŧØŲ”¨äĖHG='ƒ˙"{Ŧœ>-ŊJ.Q1•Ģۗ1‹Gs‰ˆũčHZsŖižD^ ôĩ•¯!$Ī"ÖyFjbu™ÉbpĨ.Öđ 28ūîA>ĘO¯ŋĩy9‰ßÚ'EŠsԆzEŦ‡GIuõ™/…IF,Ÿ›ž6‰r.w’DÆ.†ĖŨąīÖčP‡ÚčėwĮlĀ79†sš9ĘâjŗŌ1ųĘ$ü9 _oŪ šv60.BI‰=)ē?ŗ'īķ‚­ŽĘīč|!^(–´0ķõB•)“C{ĮB‚)P:pÄ \V^Ņ6eŨŖ“ƒŠJu(Ķ1—™mŦ xÍļg)\#kî2wV TœúWs “&M"ëJ9M"Ej6Ī{‘9¯æ\ņņ"*ĮpĸˇÕHŒƒUåß­d&_Ļ#ĸëûŒā ÂIéâģÆČD)´Kōŋēô†uâÁŗŠ ‘Ü$ĻķäįŲw85侖‚Gá(ãéũ`tŲĒ’;îDNŽ09ē‹­kmîmRĐôë[āëŲ+-¸ĘFib“Ä’ą×.đ+ĸRŘ´Éę×ÔC,Ęëá&’}ןqh„2r¤0x€\Dŋq/'lˇåõāŌvdļÄŨÅũŒO~^UglzWsŊĶę6æjjHŅ zk,c4ØĮ„øËĸ2…Į•;NR™ŦBQ­Į>7úėg1ר -B&Qž9ōĄØ77Œ`°§w bĀ…ܤÉs:œXCÎGđƒwXÉ, šHCYԅå-&§‰ŖÕd'ŅĮŖ"ŊœÛēĨŸđxGÕŸÃ|eĻ4wúôô"šZ/žC mcÚ4ŧøĄž<ôØr†,\ö§}ehūØĻŌ uŨ%é8ÖŲĨ‘ËÍ*ÔūH6›Ņ$Ų†Ø?5ķÉæĐ>xų$—oĩ"Iʚ&Ûņ[‡×Ļ Yˇ.+˜čĮķlīËĨ+&KÔ(AŨG [7N×Âé ;?__˜ō†b´Ûmėīe{B*Jā)ØŅdųjŦp­;qTK‘*‚•5Z@ÂiĨ“>—zG÷†ËhPˆN„ŽCŠ eŗ{P|o]BtøŖĪåļ1t*zĶGzķĢ@! BÔđļOŒŖŠúÍf–Ą-8 -N÷lČ%Ē@>„‘{xĻ.‘N^ Ē† É4sŠ)_·ˆ°rt°ÂáfÃjøvŽ,NK 6pĘi—ÕČ˙}šą4ĸƆÛåöĐãƒJÄĀéšĐfę Né€O™w_Aįëyīb”į¨Ī\ąUFMųÉÉw†GŲQ7ģ•cR2â˛[2ÖbÄĪŅ„3r?ėÜ=ká$vđŽšŸsÁÎz_{Ãná?ÎĮŽŧĐTĪH¤yUšũ ]†Vä¨!†Ĩ ě]ķœŗOė˙Éĩúĸ2{‹Û|Ž;Žåų|ôŊ]ä;âH*ĐtąXĒÎ(lņ6ÂęŪXƒ.čÛ÷4"į ƒÕY÷Ē9xŦ!§ĻZZøHÕ.KIŅéoO"Į:™züßä¯Ģ?{¯-fĪ7ŋĒEĢuyYōŅ~ž1ęQļfžzZg–“Drŧķ€>xķmˇ7*ėņŧwāƒgŅ)ßÃļtŒ=|šRx—ˇVJ0 GébúĖōĩí‡ļ+,€4ô $¤t’ŠŠŽkž&ą;ÕÚLŧn7™ŗuĶ*W;įÛĶö­suvÂÍŊŌļ…É0ĢSHŧŠä“ŦᎮšFŌÄ4Šŗbžģ<ƒ’*€y­×ãjMQųī á_Š]sD7ĀR*4đ88Xą!ā$(ķS™x1}CĐöôëŌ$"?iyī/Ģ ļ Ä'§~Žē¨&Y­ģYEɗaŨę¨!Û.Ûž*ˆW¨H%,‚ÆÚ:õä › ņ.`zQéĨĮXˆ‡˜™NŅņ§SNaã_ļšĸš§Ļá¤FOÄü:ęÐ;ƒÆژÄĒÍqsČÅ&fC”ÎvÂŦΒwķ-{“Ŧ%^č ”Š A;‘° ŽXLCÚcĢŅ;Įŗj7ú=–—Í´ĸ¸4V*mlL¤r$ g€¨C 7ßvėŗ!""Z aJŽ¨bĪXZ˛hSzžrŖ‚ė˜FĩžƒûWߡúÆ#žâÆE ųé6Žš ķ×ÜrØw)Žā¯\Ŋ7ŪfHؙM}@{— •ūD…šcĖof%X$ Ŗj&uãX…™ąK“)Ož’åŸÉTvÖŲ_ŖauĶĩ­É"ĖĘRÖĩ6%Jú;ÜĢnƒ„eĶyCĮVļĨmĶ 4(mõ"’H ´|Ĩ’Ÿ’Š‡Ž’ˆĀLY<Ÿ\žîāÅ;1Ų+ēę2∓ŋŦwĐUu+†I~|a§ĩP;Éá á›åîu: é,`Uaë*•ÁaɂAN€5#š•ėFĮė &W9Ŗ™z&~gRŋūKē>ĖŊŋc—°€ģ–VÕžEõäOzę ™]Íä•öY)ĘcĘ#ÛY¸c/2<2´/…ČĨĀĀØ<… ž€ylĪ8Ûę(ę?ęa9ֆÍĮbŌĪ@Lž ĮƒT‰Œ?ŊIí,ėžĘVÜ=âˇlM^­Q^WüÆÍ@#ĐŠĶDS>”= ~ũĢ>&-M0ÃjŒœ.Už,͋McmÆi‘sųe* ŋåËæh ­W­?f?`(8k”„CŅ“Ž)58ą-)cMģqyÅŧįâÚ¸Ã"ÆËŅ÷YîMÖaU=ÂW5<ķg,V÷!ŗAqژ›+P*ë„Pę%ãÉbá)B*ŲĮöšJ…ÆØJļŦsëŊæÉĢĩvļîBĪĀŧܸc‰9]›‘ĖĐn˜mÖÛrT^8ĖĘÁđT5&EŸžK{ ßĀaÚé~i`Ä7N†PNœū–Ãŧîü°Ŋ$.ė¯U˜˜ACxmŦøŧ+œŦ8öm•6˜Ķ˙wRv/ū¯ëæņ™ÃÛ1 šcåĶĖS˜6ĸ™<ÕÜŌ3h;kpXBōŠ¤(Šy§œÂ7XŠū!:‡{XJŲĮž RūQ+ĩW'XRÁX&Ķ’ ¸<ŋđEœˇĢĖÅjyQWŊļxm%Ą(+šĘ÷īIĐ;j°¨QÁđ gevܨl¸ æIæĢ[Øán?ĪĘzDXŒ‡¯P†~’$`ŠUeŊ2OđûĮ§Ī?üúũ§_~üųĢO?}ķûw_ũūû/ß}ũË˙ûë˙ĩ>_ŠW™8(d;š M;MŖ%CR›{žũœMW×Ņ^ĩæļôQˇ=zšĶŊÉR*Fģ—ÃQĄ|öM€Û[R§ ĮéĪ#IŠCMlģfɯ5ŧ—CAÁe`ōžvĶĖ)ÉgnŠŒEÚ^ŸOFeđöôm“4‹YÉxB&}LDĢßËáÕ`ŗíH›č$œ§§QŖōВ5 €îbD}ž0ŲT>hĪ+åũÔuBįGŋøIü˸ōÔĘĒ~Fą~V2]3(abĢ7ōŦ! 4˛ Ģ¯úķĮlĻŅ+9ŽŸ,įvđw/įļ ”” ēDĩZŽŋΑoö¯zÅą„.ŊâÚ§WܛŖoŖØ<įM´Ū¤-:‰˜‰“í´Õ œ ÜG&ˆˆ/ĩ¨BhOs˙")=Tˆ§õŪ†„ņē™fh*y9g¤ûxŖĨŨÜ$q/ĒQÎË˙AsŖîÂ4°Døëw+ô°F`ķü(ĩqz|„%?†à zĢ%ԝ&OČŠęņ—€( @éĨNš)ŨI­ˇÁōŪŲN:6õ–5OĢx'0yį‚e˙$ļ1Tg>(mÆņÆ#´‘Kø…ІΠY%“„„ĩŨGÛå+eũ4},Ķ6bØAKA™ŽĮtŧcĘÔķ$Ak÷•n˜Ŗ4Î ›â>]@Cę ÜÉ(.Ār–o‡jŒÔ€{áŨĒÃÁ=¯Í>”a•$ā˛$\DŪ>ž+v .í#÷ŊC‘‘ãÁb“EjC›6ĸʕ%Žą_­ŧƧĘú}oÔi¨gQĨp^ŖŽMū m͞ˑw•zIđ•ÕĖ+Ģ‘ LŠ:C0æødÔcíŦķ(•lũęDņ°TK0MÛs’žŪžĐr‹ųų ŒŦ+„YĶn꒭/ŅÄÚN]8BEjcäŒ _QYr(Ļ/“ž|Õã!´P87L˛„1Quŧē˜Õía¯Ä°CøZĐDCōáÔEž{Z{ũÆ\_Y#+&c˜€%ĀIö>ÁčžrŖfųÆP†SEĸëĪʘR3L۔ũŠā“(CŲôûZŅ4Ŋ¯ātČ ”fC›œ>ژHWíë0 iš_hb4qæŠO2´ų´—)]'į2CŲlfî(æÕÆ7Ÿęŗd‘SĻņ"š…˜ŖÃ) B"6HĄŖíĪTČÖ¤=)=.ƒĻÖŽ“1˙}tNM–zū ĘvV›ŗBjoģŗxžÎ; ™Ū”HÕ ōuIvímE{52€p"DcŒVģl|Ü;gz 0Â0Å\/Ur¨­Žf$S‚Sĸúļë? .ŖÛ8ë’Ŋx˜žīĄ¤ųŠ§ģú9îĐŦđ¸Ķî°U=1¯:ôž "JÎT„!’CÖWŋ?ĘB”ØeXŧ9Ė–ųđG˛bL%ÖĄœKŌk&=Ļ%“ĖŸÄ })¸ŧ8 žBœQ÷=œ, ÚÆAŒinĒ÷Ņđų9ÛZúŅŒøŅ5qB’z„ a‹=Z}ĩ cū|§|fTč؊ 83VēųĢņXōQ ‚D#Ēb!+Ģ‰Í_¤ øãBŦxŦKháR4QaËėēzú¨Q’¸2Ŋ^čķU‚^ “ÃîŒ#K'6 žOå=õī_¨Aāž>%b2:=ˆę+ęÛhF4p¨a‡GEz!Ā'–CglāãPą˜*ĸED ƒûVĢP!'{ €­ží´<´ƒîÁa$¸/ųˆB‚ċ5čĨ˜7ĸ)ĖJjûųÜũĒ‹s¸;(6tLXĢ=ø6šš˙ĩâŖ>(>Ú´Œ6WqÔbĸŖPîņŦ=FßŅMbŨÁ¨]? V Æ}”7;ûœ_͇RëĒWķÁ ”¤KbۙŪŖåhMG:įŒ9âní,W<ŋŖŧˆ$É(bËkžäĀ˜h4†CĐ×5ņÕųļģ*“:Ædؓ|+ĩ}]Ũļ…ŽqY ŗJå'?sGĢņ2Í Pŋkįē‡]›ˇvÄ˙ ÃŒįdrwŦ4ĩo€îŽĪ Y]šwK“ˆēșÅ^îâYJĘĐŅ­ĶąT: ã/m(2įĒ->Ž\0úÂ}aÎē­č$„ N§sæģG/RĘ9Ąĸ‚âęi´Xf3:žßŖ—=ęâŒs¸[ÆĻē>Tü…FuĨŽąkœ ΓķÁ>æríÕt3]]6į^c[ĘzÎú4M5rîåŠÜ„b0āEƒÄ§”ô1Jĩā#‚€ģÜDöyĩ…ĩâĄŦjšÁ~írPnšžĮv<ĶdŲ{a8)Ųü+ŽčÉ°nŽ]—GMņõ]0K¨ÎčŠF"%ÍSQvœņČ ÕUĐēöVŲČú¯"Đ­(Œũõcŧķ–ķt0ÃA.2›Y“o”?vŨíŌË8˜Ø­ļ Ûņî^+.ĢiîP‰ŒãZ`.Éwå¯ †šÂv‡d‚bÅ9aŋî„JŅWGĢ—H ˆ4t7r7Cx˜ Ē 1ŅvÁ×gƃœˇsą`/„2‘!ƒæƒ ģĻLŸ§'ƒ˜a8Įē>ôŲZˆ>¯ã‹ĩK×?c§Ōč˜CA‡ú Ö JĪōâzėŽģžĘa`Ņ€7)ķYOķÜö/B+˛r‹$‰a2­bžM]’CøSúI¸žĖ™põ4˜’ ũ‰Ą)sy]iāÚmD‚…U1° o;AšQ¤ĩr¤Ņ‡ŸRIžGCnta˛4ņ ąXl 9B67›,4ŦĘ֑peWĒ'Úåa°Ō!„ŠŸI2\§L@?FFŅzToUĢÎøŌ>+ļK…|]Ā—Ō+^ÆÉíč'xŦ֛ęĖüMĄĄÜ$†ĶŗĘËc¸Ú°F0(kĢ´/ˇē{ܜ\Föäx›œ@FO5ÚČģéɌāY‡‹v[…Žl1>F<0īKō!}-ŸeÔqŨ*n’I‰°6ÅHē뤰ZIĐūɏoԌkáqē¤īûfRģ›H ĸé|%<ŠėņŽ­GšŒJšÖĸ3ŠŨ+­ĖˌdžO—ÁJTˆp;–/ŌgËĖĸk‹yžŠ%;‡ũMėjßg :íÚģGzhf÷éĢĢŖĢÜíÃd9/9“›Ž§W$. ‘;Wg1ÜtŠN5l‚ŊW†—æeBŊÅŨjëDEģ“ø‡sœĢJ–ņŨ•Ē=ŧmŗ8N‘"õč 9–§^tâM{ĪŧęžČl´ZēÚieŽxą [nk†Š& CyDW7ķ‰Ešž˛GIÔ˙åzuÚŌ)ŽōĶ“Rēá8ôgzė‚Fą^w’[ÃāĢÉŌŗžĪ!“žÎI†âž’š°ÖŗĄlŨœ{}úYŗuwNXÁø@/DTÉūM9´ ˇ­Žk+ŽũČŗ/ũ„ÍŸ™~Ŗxĩ’1nÉR÷ âĖÃC€T5ÖsÅŖk”Ā ēãMAÍE(°Ī?ôæP´ĩáQĢôqdĘ]ŽÂžÜ;”&´ĩi .Á:(v(×A9h%]Ė7rÆÍĮÎĄhÄ(šOMßRT¨!Ũ Ô–OŨ8oK2yģj,sĪ`´—Ŧjm;;ʛ56áõ%ÚcËö˛÷É­ĩÅ8aEnWOHW%‹Īõ˜Šo-,/īÅĶĖáö2ŦȞöЗĐo÷qņÖŲ™¤Ęûdˇüš’V`;Đ.†m!qĀaš°Î‰9îŅSEôŠÆI.~ NcŦž@%=ËOsĢ|ļ z“ŨãĀ-ŧ€^ Z~Z]Ãme1iÕ]w0Ą×ĖTTä¨čvaä°m5čSsS—v}˜U(n-ÂîÃTQøļ†Ŧ)ĪÛ+Ât}‚LTÁ‘7Zxiįú<Ōfĸ]œP šsĸ'ÉۖęđĻˇŸAšG)Ôøā´z ›+O˙dÃÍ.y‰ĻŌ>!ĘidÉaÁŪˇ<˜@ŲčĶ*žļƒĘÃ3•ÄčpÜPŊ­Ļ+CĢ4ÄčäΞ—Âõęօ¯ærsÎčWœëfĩą5ÔĘyĐŌąûy9Ą ÂŽhĄ1™_!uˆēŖ„Y°ÔËmßĩlĨ˙¯\H¸MĮ~{ĩå 뙾SŸøžyį#<ŋ&ņCZë&Ķá%ēŌ@Ĩ‚­doEd)ū‡¨Ŧ$$\E?ĀßJĘÚ[ęŅ CaEÔáįiÁēÂËęë3žšhLOŸ‹ŗÛØ(SĐ)€‡ ‚øáĶš?‘‘V^ÉIo™ŽķŧzFc™4äc)+XOɝn+¯…ö^”úŒ%×W.[Čd™ŠļŲŪëÆ(ĢŌĻĢˆĢ¨Ë×)•ģ:7äíÎ_(|ˆŌŅÅ2äŠ9öŪĶ*}‰YãnN¸0D÷"5vŒėüŌ—¯´úÎ%S‹C!zkÛšXŧYVÛæ"í÷ĸd;ČģÆFŲ—ÁŸŦį“Îüä–‚ {™Į- ņëŗ+ŗ|Ō¤QBáŪsĮĻũØuŽW'kÚ2¸kÆgY†1lk”ą‹ÎeYjkE¨ŦĐzŸ+uę4= 1ąŠßI/b÷Ŧ@‹ČmË)š6ŧ€R4°č(fFDgívđÉĖ#ļwŽŸb˙M^dĘ ‡w‡j+iæ ëÉžžēĮä›~IŦĨ…A|"ķGŌÕXÍ:“^ÄØįL%Nåû -vQ‘ų“Տ„&{&$GrZ/}_$…–įÖĶŒ ÜŸĘ|iɆ¨ëŋiČ f|žĩ6ŋE'j&Åü†NĀƒYČé„Q>p“Éqģ&„PV`1&ŽGļI9Īír4}‚}†Qš}¤Ī+ŠnÛgwS™Ž{ÛëˆĮ´YÚĨ=YîF9RÉ3('Ė qĩĒ…M"#‘æĖ`sLAŨ›­^Ą9hL´ȄėA]p˛öŽ5Ų€Aû(ÚåÁŠŠ(dČ:ˇssgFė-Ļü"ŋŅ ĖÕ¨#ūūáq_É Vpbw*Ŧ}čHl“ũ*œû^§lÚōxR^¯iB‹Fs%k1$Û>a*–ÔN Q×0¨ĐŠ>ŪHGį2ŪM2õfD€ëh<ŠWJ‹§S4qÆ]ÍF(jÃķ!õ†e[~–JĪŽ‡Ÿė§ œbåėđ…Ę!lĄĀIĒąm ī2ÜR1F—ėU‡Ņ´: “Ãf…F¤ÛÁŽ;š&omM+'DÁŽEŊ×y÷}DmÔ g§!äąGBVÚē­˜{‚вCfßÆ?`‡c~ĩåüš/ļ1pŌNĩoė‰2&ßędĪ¸íqbÍžŽčã-¨úĒ§Ođúc˛C`ŸLiļLŲéjīm/Ö¤äĪø¨ÆåÃÂÖC]:OFßéY:†i ķ4p•žĒÍŸãŠ€Ž¯",6ąNĀ䡕*#H ōȕ… Īe“ĩPÉųŌ‚]n1UŽ¤ŅDĩä"ÖŦx^ĸFf8 X’Ų2ždÞ÷ĮÄ]ęAGĒQ—ÚYRûOÉĸüYŲ‰áDļžÆž"\õ–ĘŽ7•ũe¨ūšÜ§‰19밍ß+„îŒGÜyÜWŽÄ^AcšĒIo…HˆžPīō‹ŸÖŗĮŽĢäoįģąÛ“i€˜3á<ɋ¤ŗIE]h+7ŸĘfÚÁ{uRJ@EhZ,,~á —ŖÚ+XhŗC§ōŖ‡Ãžö’Kˆ' Å+ķ`LÔrG1xÂķ bAŌLĩäΒkbŒˆ‚R?Ātļ—Yë* Ífė“]Uá3Ŗ´Ü;4[úíhPļáj} ā2‹Bë2((FŠzx÷&ë,Ũģ’'!_‹‘5üĘŖ594Ė[Öĩuēvt­á%ˇBMÚ=ąŒâDׂ %YÉģ/Yá×Ĩ„iŌlĘâĪŽš“ŗ&úQ3ˆŠģ†ÍšTtÛF)ß×ÕØkŅ¨” O]šHũĮœē“l)Z`C [CsĸĨ@Í!´ĘųÜ1XŌ*A(ōíąč5@Ļ´ŸâĖ.D‘Hb‹PæøČBB8‡/}^žžČ%ķKZ4˛¸ęvuCXēŽŖ‰”éųƘ.Å\nĢķõ>đ1UI+Qr–œŨMB1)zĐŋŗâŌÁĘM~Ũ:5qęBß.¸Ē§7Ōļādč §Īž J“i¯eÛŊ‚Xîkú;\—duBī˛Ö &ŧhKFRA8Œ™I_ŖāCËR°ČÕXøARäΝé z!pÛöø ßÚ[Ū|ũ´g›ĨˆÆm;Č2@å*í‚1÷NOö†EØq“´&"Yč}z$&%?ƒßĉ1Ģ›eûVĨĒx˙øu)÷•^ÂËÕĻk-Ü[°sÉ71ÂXŨvruz%ģ9^­ãz°áîŽŗk“æčÎYĄaČ@‹•Ņk†ņבØ<Öy¯!*ö*ąŨ“ņč1‰Šõģé_)āčrŽĘĐ"Ž9ĖuÁ¤‰Â<ŸÕ Mš}Šß6šŖ *íĒČŠņ;åÚmĘļ…ĩJYˇb˛N)Ã3 ’YáėãåOŨpF9Š.ÉųtK†ŧ+UnuķŽ–ŦZž†Ā$ßPSeķŲ•€~!ë,áįדŠŦ{$cˇq1gĩ%ĮrčĀ9>!͋ŨšĪĘyŪĻ3žÉJ‹`•t*“˙¤ÂîLĶĀE›e’I‡ß˙ąaĘĶŽk"6˜ˇ VD-boC›•Ŋį˛ŧĮ\ŌŲ’v‡ÃADBkŸžķžSčĢ—Ē˜Ũm"æAēNļ6B’ hœ%RôGe$įË=N…ōúÅvÄëltNf6)%Ëąq:Ą8-‘âČ Ķ@)rÂĖsˆķB8ƒŨ°jīá13ŕ–<7,ÅĪZ}#ļ&™p Š,˙-ÍgŦ•ikGę ĨpˇãžŦ@$#xĢč+ë}æĒxÜņ ŽîŖėĢ O^€1=rž :š:­ÁÁŧ „5h(“cÅ0Ä\ŽP‘ŽältwúžĀ*˜Ņ æīŧU4C;ŦŦ:Ĩ/›Ų5ėŨŸā+42<5ÎXŠVË*\%fĘÛĘ"tSyGãl&ÅøIãR‘ĨbyBz/4˜épĘ#“iE$í$CG„Į-ÍĒŒR‰‰ĀJ7Áhļ5„Į6ųAtđĘĩĐüNēŗZĻG‡õ á:0;˛rkELØ=V…}E¯h ĻMhī.jl‰íØ>:RŔjRŒ0_ՐĄĩF@ęĩėŽŦVßeŠîŽWŅĢnÜĀņ}4Z¨cköÆerhQŗâCFõāą×GåCQ€*8ŌqˇÂ<#ÆĶUũB锖ŗŽĖF؂›|™č`äÂâųígj\ą ŠDĶš‹ÎŖyõ F¯gJ.IÅ Žiŗ,)„g-Ōˆ‘ÉՎåb^Ōøˆ]ēņJí1;Lš2{”Šƒ|3UXxPN&4ãĀ¨]ŽVņŖ垗/ē"Č! -įŨX=.SI§ģ&<3 ĢD'{b3Ø$šĩūdgیã|r~1œ2SwīHĄ/áį ÂŅė 5VĩāÄČNÍÍi #™ØkbeåÁX(֘*Ū OöJzã1q˜Í–čô–€F‚ķ˙Mslˋ(ŨĢ&ÉMrŦlloAtN„™ė†§ŌŧÁ^ `vípŦŦ$Vã]ų>P2•.tĩœųŠö¤ø\ÃF,%„”;& '%ÉŠCōôĖ3˜šUxī5›¯ûĪøč•{ r˙Õ_ũãįīŋũõįo~ūöĶīüüÕ§Ī?˙øͧŸũũģO?|ũՏ?üōũw?üöÃ7˙?´â!}ļđ”ū ĖÁ<Bnæã*V†EâÍ– *’&Ī3Klîûękė‡éG6 ?ÜiŗÉöļ†F?ĒŠ@reųîÅ~jU÷éø˛‘˙Wˆ3Ø–gԄŒĨP›2čĪŌLx÷Œ^E9ĀXiXŠßÎŌųĄ€Ŗ[…Oe_—[qã?o0ēiRœ 8)Ex Ī Ŧ››K0šÆĀŠ 6ëügķ īĄ„1h…˙HTNĶ=%ÅŽ˛%917BŅ,Z‰nž”,c–ÊP0Î^ŦŽ{›q@xQŒ5˛g(ĸūŖ*ŪÂôBI]:âŠPf†¯5c'đüq’\]@Z™ūLŠŠĮ̈́lV‚ŧNøĐŲņĉáü6 Pį8nN\1L0Â…`)$ĩeš<âÃÛIĘėNT@Ąã7xTųᤚ`đ*•3„ŽœKŗv^lZŽĘlëNÜƓ(¤1ēEPIÅĮ‡šŽ›3ŠAeŦ;mRj"åœxvĻm÷Œ\‹ēdvJzf¤“Ō…ԗš ;|ģ5ōZAÍ ßNËbÁŊũ,KĻ°w‡ÍSĀĄįTžf€uDȎ~šŗ2NÂģÄJbŊ’ēEÜÃŖŦnÂĻįN\@lاļ@0|RR=]žUáČÂZׂV0f͝ƒ}>BÚdĄô;E-Ų>3e'Ψ+ØkÚÎ'ĸÚüvĨôƒČ~×S5ä;QËö Įg[´´§Au¸Ö¨8›ü ņÉTdzëZīãÕ%šGK3Šœ¸Ū ʞŒô€ĒsĘÖڜ,DÜ…bĨ“>wZ=œŗ%UėmĻų~Ēnq#z/ãņGl†Kq>”ų§m­UĄŲD'RåŧkpĪĘņáŖā>-^ÎĐÎe yâ…9¯Q”„?˙ ŋ¯H9,ôškø@ĩįÅUŨáY{ĸN".V")>'EĖ÷yä>Ölßũđų›ŸūņŨį_ũüËŋ|úéį?~øôų¯~˙ôĶ7ŋ}ûéķßũņËo?ũų›¯ûgÍö7­‡{ÖiNo§lT˙ŽÛF€=6ikSōY”ÄuĄÃã˜œkb1žuæŸ ™$fļŖ”m8¸ŲĮŖ[!q)ę¨Ģa~|€ĄŠ"˜ãh(ĨŦuŊôŖŦa÷ΛéÎäāä[‰JQۙˆˇæŽŽ ^Û˛ĨÍŅ(€L6ÆžüsGŦk–‰ãg5øgđ'r7sZFĨ(” N1BŲz¤ [a¤Q Æ` kœ˜Ĩ] G•ë—önĀČ6{&‚eG!į´5u}ūv;šá–|åseČíœō;ä‡;Õ?ĸ|ŒÖ/Ö š˛jŲÉŲ6zœ ›…ˇW3 Dņwˇš­ŨąøĶĶČ°Ë<=ųˆ+ÄēabčÛhžís‚0j=$ė^$Āk5ĖpJŦ$NÉĄö{x(ų:N,5ŲŧGÍ/–­~úáûī˙ņĮī?ūôųįžųôˏŋũôéķŋũüéĮŸŋúæĶwßüöĶˇß|˙ķ¯ßūôõŸZĻķaŨŌŌuøˆŠ%x“G ;Ą3.Ũ•€l1ˆx+v•Vģ´C] O„dĒã*…„ŌrI@cŨ1’bęī¤ķāĪVW0ķû°#ˆāNæO'Ü]Õ˜éí‡͏‘E˜EŠV”áW‚"2ÔKäQÄ&^Ųi‚lG‡B‹Šņ‰AŊ[Mâ;GÂ,”s`ĩ7Ŧ:-FáTLs˙ĐŪŦ5‡]‘íßk$ũĮI4ÜɋPNßÆPTˆķfXä’ÛĀåŲ~îbL.­|‡;gŗĒË_õĪeÚUįŧcaĒk+pSŠl]ú"JíĶ.¸’9íSä-•uu0ûøúmkbÕևmâ+!võ˜\°ÔāĀcdkūAC`%͝c[tO,|{¤1§÷Rģ/. ĻķD`ų°ĮnŸĀ8Ļ›&ķŌâfÂ8$öLđëėvŧÚwĢzđ;ĻíxĩA1Ŧ,°ržĮģ3ô•/Dš¨>ęx€Oĩ/ĶĻĖđžÍßp˓#CĀ@>T™GĒæŗ÷ūëß|ŅáĢŋčđÕ܍ †Z×ā;6ŏ ž™; ˙Ø߃ŸA°,Á3 BG^öīw÷ęéîI•øē{;ŅÜ ˇy­k?ļ÷ūÜßŗ€û÷ē{ezėŊŊ˙Žą÷EWlģ@#" ŌĶûŸné1ąš‡[@Goū×ŅĶ/ôąŠ×ŠîŗĖ˙YG˛h´Ø¤%Sķ4ôž~gžŋlįÕŋ×ÎË ūØŌCŊō÷=zzõßöôÂöMS.øüM=˜ößję…y{ģz#iáī›zõWMŊŗĢˇucģŒ´øûŽŪūSöĶÔëũ—m=G*›ûøĄŠĮŗÆáûėĄ\ž˙ƒĻ^ũ7õęßīꙃœ3æmęÕÖÔûÛŽŪMŊôôf˙ێ^SŲžMŊŋíëÍ_õõŽoáiėsū6öšĩÆÎŪŋ×Ûûĸšg´Õ\ õ_6ø[rģĘãЗMž?õøp¸Bå`,ųW}>3Ķšīmí3˙Q“OāėŌäûOē|˙˛ÉWą5ũõųäa×ŋÕâ[š˛MĨÃ[ƒä!΍;&í=Ár¸Î6B“°rM:Ę.W†Cœ:Ķé„ŧc&*2ŪPZ¨Ũ;Í5)Ș‹æ6Æ$õ1WŌũ‡NØhq⠎†Ļe•Ĩš zaōčN˙$]˙BĶ5˙ŊĻ õŸ]–tũ Q×ŋ­ę:đl†tLƒsuõ'ÜLU ĐŽDĖ yjGëx+Ív ×!?Ŧ<ˆĶČęėnCCGžGnzŊœļĶ˲ŲĐŊÔÚMa ĻŊŽ„ŽīÕwLB@ŅœĸËÂ1ôLŽPKm˜ņxCQ¨ÃŲãĄ æ8Ą×üÅqĮŗāh:‰ļ ÆႱÚ]š6u#Ü]XxŽ1ËĀ.DlÂ=Ę1(+OôË!ĩ\ÆĶ9¤abi²ĪiŋÕj°=|ˆŋmĻÚMĨüĐOíˇŖ´¯…^›k.Šm@!7@ÔŨŠĩÉÛ0ņhI? ’ŖēŦ[)™ėÅĪ“…ŪœĻW(ĩ'GÖ*âɕM` ŧÕėj4š ĩu‚˙(‘5ŧÖˇ ››)J븠_f—u>\^‚?Ėf;ģCxŪ#+Ÿæh›ŗ—`–šų!ČփŸŒ–qÆ°4l5GÔ1…ķæ´Éī}Ôî­7§VˆŨœ(”ÁÜôŌŨ÷nĢävŌ C›Œ¨†Œœ[1ëŦ=8 #ø—ž˛M…2܉TüO+WmŦ[IÕŽäyŠíKbÜĨđŅŽÂîc›aĒÛ2öžÎ_æîįĢėå%­†ŧaOĸ—č!'Üta?Ųh››ƒ´&a/ĩmŦ˙āū9a`íÕpnbŽ‹e¨.¨ÄŒ€šŽÍĩ…’û˛÷mËxĶ5!øAO_č׍ŌUķŌ›„Ī--‚[ohäķī YŽw2žIĪ›x´T˛Ÿ„@‡›qĒųRRđΐ­--ˌ˛>­Œ0E. ŠÍ°—š‘ ŦŲ&W'ŌÄF“Žô\/]Ŏ~QH÷Αĸ’„§[B­lņ¤˜Đ‚›âJĪĨžĐáKŸ#ŽXŸŒ™dėsm}X6 ĸ  ÚaâšîúáVéŽ4Ŗ“sP;ÎZ]|Ũ÷‰ë}Ô?î—ü>e1‡Ž5}ZPčŗIJĒ”E˙/Ė ą 2ŌÎsq=ŧÄĄO;WKcû%&Hĸ.aļ1î6Æ>ŽĘÛXČęCę@xYŽÁI­áÛŠ1Ōî  4v4gĸ Šg.•ÆįwL–2ŊÄO'=o6Á:í/NŠxōŖ+Ė D*F˜ā•ŋ“s$`Øg¸'i)QÎĩt`PtÖ2oOđŦˆƒf‘0ŲúáÅ×NāÄsėŋl×Í. GôųO"Æüœ…"z*Ĩųœûææ=āĩd ŽUՄ7zƒh)í6] _ĸÔꚂĪ–7ą<ŗøÃŖÄĒ8y?uŅYđGN›ÆD|xO{¯‡Ī´[EC<Ģ#°͆¸‘[&†‡ōÕ) Œ?Íuʧ ĄŽ)][øÉ&Ŧ'gIœ!á Œ4ĮØÍՒ|Ģ õ ¤ŦcØ˙°§U%=Š¨ĩ˛Î:Ųĩ ées¨ŧjeĢÃ{’D))ĩäŦŽBäŅ™bŊžT‘‡p—ņœ/*ÎPTËḅC[ĶŌÉ œ †“Ûļ1iÔæú-~|ÜI¯éĨ ž¨ ՘dKüV°9`ÖwÎęŒîŦžÁ›+T7m3ĶaĶJ8īŽeúT'-VqŠŦV×6‰ȸč‹Âĸč'ˆō$“Đ sæĶâ\ĨČ]"'Ĩ'sw2īdXd‡‡×ÜįŗäķĩĩŅĶ¨_œ/.4ūe„$WF´p“OÜņÆUž”\ŠOį­¸GfŊâ~›HĮĘwÖ­y:vĨāOŪ Ō'Ņ¨ĀqJŊ *X˛Å$É%ĘlŗMõ‰<žË<ÖIl†ˆ#‹'IšrȃY+ˆ‹é´-íúį+ŧß4ņmÖģįT'åą¤Nö•‚ˇ5™÷g*g4š“^Hŧ•°G‘bĒ ņQôÃ˛˜Ë˜¯2į6.RxÄšņ§{÷Ēü ûœ’pXû9zr1ũõ†ŊCl7Ķ’5âF0v˜w{sĘÃĄ'ĨŸŗ~ÜbÎÚ#šë$Ž°›\qëU[~ňJįę-›EN¯šīڗœˇrŊŖš×Ņđɧ„[6^ōŊlĒ‰¨ĒÜM¤É19|fÉAŦ) z˜c=ķ`WĘĀr×÷đ—TŪ?Qˇœŧ”ģtDũc*m¤ "ŸĒęž^ĄŨ8ĻRlÙBZĄ=Šfd]û°%įæ>””:sÕÂ5 ŋ€æ˜ęÂ[åŒĐx3%yĀ„ß—O˜kųÖđЄĩáÁH01v“*Ōd ėC<\TãŪO: Ŋhü§ķH';˛„­ÉKû^¸6ĨdŸ Øš(,XŖģ„ mŧ7m ]%ņätm‰'iĸ §ĸā@žv‹Œ/ūąC8C5^WŽwaJ/8re€%Ī {­Q¤člŸ§ž™U\čÄ<ú&`šž-īĘčãĪÁ)MúsSLú›';酭aģrs•ƒųšL7B`ķPՔŠe4Åd="-ōpÎE`Ųŋ¨ģw­€ö%3Ũ—ž*ŗs J3ûîHĖ&€KföĄÄĢģ†’•„WčąhHøÂĶ*wT—e–˙eō@4Ņ›"ʑ×uD­<ĩ#ŦpĨAbŋø(ƒ8–&ō'§˛´ˇDÅíį¤›Ĩ”Håk¸~ŦEmĐĶpƒ; Hķ´ŸōŠš°/huÛÎ./m/OŪœō.8|Ĩ@#JÚÜīîŦzL•œ[8´ĄĨŊđéí !ˇČ’īdn3cŋt$b7‚ xûž †3f‘͑61ĄX-ļĒ{îŧē´æ ŪJ‚|Ëæ9@ųPŒWĒ#ĻjzØgۆ”l;ƒĖžĪZĻĪŪs™Y1}ķ=¸tjamŧ[ĸņ¨{eæMŠ ĀÂöąĩŨ6:ķķŪ+ãT]äčdž–ĻĶøíŒLAÚĻü¸ŦË%H—Z’4‡ˇš}ĒFĪ‰—›Öhׁ[#āB—qsžŠ|¸‹ĄĄ|ác`i1ĀËņšŪÁ†ŽTœēvSžˇ0Ë2’ķčV:A”‚ ,„ :ÔwØ cĖyƑŋtLļ‚“Ã:eEY…ąQš*(š›­{ĶƒIO ĖŠąÉ\Š uÖĶ™¸ƒ“&t×Ô)z,§Į0ÚŨLÖ+Đ÷ek‰l2ŒÁ}um5ĢĻ¯XrÆCšoąđxžä???âĖ6÷Z^žāĸʡáĖŌĖ¸n ‰q}tÎ8dÉLŦz°úwš‘ZÁ„Ą#÷ĪžŋÛˇyÅTöËŲ@9ŊđaÉč=÷\č1éķĪô- 7åY<ŨŦŽcOæ'G¸ķą6ąc: āķkQ Ņ‚CŒeoŋÔëQhF(apĮPÖd •/ŋiģãrĻzĘšškØ 9Į:z[}ČÉ9V.fÄ-ŪÖöbÛˇCūÅĶģU܄B ąjŒ5ÅĢįÁ}Ž0uoa°@¨Ą|g§Ü˅­ē9˞ą2oŊįŗauÆˇ:%#Vj&SĀ2Ũb꾎@;ãwū,7Éė%įÔP8ÂOQr€ÆÛ –á,ršËt,G.|ĀᤤŽ›Ŗ[IĘ^éá Š…cßČ*vT™Ëˇ‘Š4Ä$BôŽ`ĀV~ >6L7'B[ŪįņI7ÖōļTė8R?ÍÔ wĮ:į`mÂļEĨM؝›ūēÂGÜy:]%ŅGrũ$g%’Ŗ”Īčøļm(vtå{ ĸ ?]wú0ļ[í;ŠÁÅĖFŖĮ‘ ƒöøííll:õĻ>qÆøIĻ Ī˛ÜZ…­ãō| 7ņÍ\FJÆûļ;W$wŗīęLƒ ›ļaÔ9ĆĖ^QĨ~m@ĀĨRķ,1ö~)kÛD¨MMäā §Ž§:N4ŖæÄ~nßMyē¯yŌœ’„p[wø#Ąâĩ‰’qlŸ’­įæ¯> #ößÎ0Ņ“æo‡ƒaėCžĸˆĘW““ØŒøâJŌD֗˜ƒV"…1qæf–aë"Uę áIuA‘;Ķ†ŽŽ˜zŽŦ"÷q5ŽA~ūnëˇ"P(Hl°‚<ŖLęŊ@Ãö6ˆ"9iĨLehŒÛëf2ēëļ!Ņ…zS"JWčFŪՙ,HŽËÅé¸ūĀÅĢāō ÍëTöm+é&Ē§uāBwėt Ž°˜ígä0ŖYĀŒIg?Ff”“›K )Æ9éšcf¸#…B#ĀiA˃"á=dôúĐŌŊ&¨ëø,Ÿæl“dˎ<˛Æ‘įøz"Åī$´Š _‘V2PĪŌĘŪMĻ]F÷rpŲĀs>Ē¸üÆÍōÆß­>jĶ~ŌŪŨ×į6ĢšÜfšAËį@Rî‹ĨUė¤(˙öÅ77U€EEŽ;ËN0HÔŊŖ¨I•ƒí’7ũfTŊ@"kĪŽjv—M1ÆpS—RņęE˛q?Y#ēKõ­vˆl(0aûŠiĶ+ \ũn1mB¸eī¨šĐ™ ‰Owõ¸˙Ā5`&‰Žė’J¨É>­Ĩ?GņŒė’t¸R éTÜvÚ7Ûĩ™áÚĨ%s[fCéÕfډQíŋQbēÂŦˆn‹É&tũX› {4Ą0r;­•Ö=ķĖāÍČÍâ}J × | •œYŋĄŸŠ›°.ā!i lz”>ô›^†Ո,Ķj;Z‘mk°KČÂLBåŌr4ë,c1hßģp<ø•°,ĩé™ÃÕØrN˛ĩæú™;Ą79ü\¨l*hî.Úfōˆ.ĄHCI4’Āuƒ(OGÅíŌŽ……đšÆĖÉ>ķiLĢH€p§ u×\û÷&[SEŽAû&ŠĖŽ qS…ōC{¨öžlÄ1XrĐĪ杄Ņē’…bÉZƒå&hë6ŅÛ9jÚ͉ˇūŸĢmF ųŊŪRģ\ˆœzPgXîî”XIÜ*­›’Ž•"9A™ųuƒåŲŽ„CtËpÂͯâZD]+Mˇ<ų.‰ÄŽû˙tč0&Œ“´ ŗÁ:ŧQ9KŖåÂsŽCÆ$ȐēAˇ&Ä.LļėÅ>ã˙5nôį Ŋ¯¯',kíŠ]}™‡B}!Ú4ŊIĮŋŪŖå$2í卒FŪiОđÆÁGj6céw0ÚŪŧ§¨*cP.åxˆŅ”BXąē[íY™éÛÉŽ@}u0įL(Ūž'#xÛ9—qE+Ŧ¤_‹ŅnšŽx`| ËöâŲ&'zŨ^]ēŪ–⤞7”j ãĩ H÷ėGčņ6QēO(.ÁĄrwLuãhy‚a´­ Œyƒä ËĨŽœĶOáÄũ‰AĢŅ~Ė53ą2P~.S#§Œ0D%Îė¨ė¨Q6žE ’ĩÔüö§ŅđĄRËTöĨų>ŽīĄC}mˆévŦ{ÜđвŽėŒĶş¨ŠauũęxhČNÔšŨa>)Ņ?Fõ/đĘ_ũŨ×_˙ã×_ūņĢĪ?}õ雟>˙úéķ7?~÷éįŸ~ūõĶ7Ÿ?˙đïß÷ĮWŋüøO*üŋ`›ëx–ŌcV\{@Ŧ•Đôptéë;+[9ØiôĒcˆŧÄ,Ņ2Õ nĀ(z&%IŧxŪ€ū~´Úq€„č‚.K<<ŨCŧĒķœĒSû14#pūš(œ¤šÄbØi„•ûW”÷įDĀÖ §›nITÁD<~įh@ĩ0ĮNŸÆ ĄÖwã܁ ˙ f¯ũˇs‘`jļ;ŧfŖb­ ZŊjQ‘vĮĀ4W°ÎSĶîVzUĸ3ɑ [*´)3 <ŋIĮ>~Ú:ŽlVvî‹&ûqU3ėœNôŖꊚvû„`$ĒÍC;Rē2"x[dL•šÁĮYôDŸ3÷´Ôãņ~Ÿä˜a¨ČĖ8(Ãļ“Št`0>Ū“´ÔąŊAŗœëGÎX™āĻō’~øy(š÷đ:&pųž&"û7ūĸĐ+Ī ŠÃĒ0=ųbųĄô%0ŌtG1 ÷n_Ød`Ÿou”ĸķ¤J ã9Ũŧįƌ”EäæĪ˛Ããd{Mʐí$Ih"†9,ĄĩÆZėŽĨüŅŊN ˆŲĮ+ĀßNhB¨›Gõ ÁĮŒ§ŋĢ3Ą‹rÍÃįŌ~ŪįT‡–DÔ´­,Îūž”0đn–9Ī§îųÖ:|˛6’Rt5sZ ā’fû/N5(By7 7`fõ†­ųc{nč4â øčân$kķW$Šû3CõÃb?€&|Ęī™•J$ •U4>ŋ Ü2äŗfÅâäęŽĒ!ãsSĒJæPĐxŠ”Ņ Øđd3@Čã) }ĶéŅbdA°ēÎėzŪ Õ9ŖūŲ`ķ ¸ÉĪåĒ§,yƒíãĘÅVbˆÁŖÕÕ@íE'l8îw=vŦÖnĮěL ōĮčäfč+ũyhöņ(ÜÜ}ŧŗéĶ*uDÆ ¯ķ&ŠdVĻãõĄĸ0ž—z#i„DsÉFx6ė4œPUa įķQ›ŠĢm×Cô´<ôĻbĶŗ )Ąl`áĐuí^Jąæˇäy{Ŋ#Ĩ‘Ļ˙äpēä^Ŗ)gŖîĪå8¤´ŠmvŲųŠėž˛ĀX—ķ ÉP8§ îĘyĒE/{Åh¤VÂā6JícĒm×ü6Į‹”Qv {mƒĖĄŅˆGeøŌHkJjˇˆø ,¨Ā*ڍ{€‘}ŸņÔN‹ĄhŸžvĄ´0Đ_o.HŗKŌĐ<=Ŋ’- ÜžíΉŗŋ* =‡ÎŪ­Ū°–G'žÎ*Ũ‹ũ°5–Ę°‰’øDO–íųjMk)€TŠķN¸wØŨ $8˙ō.RmÚīĶûH!`CŸHRߨiŧŲ#ōEŒYm įl5Ũâ‹Ęgę fBbģžĻRķ…Å5ÆķŲŽ˙hôĶ§ũHĻgxĮÚ]îĶ“­ĩ,VđƒĨįœÁÛúĮ7bEC€ŅHSÂŅ–WŅVŅhMQ lN8βģĘ _pC]ŧ;īŌČÚ;Ë6RÚĢAäS?´VX jseĪ:’16(ÂAxLËP„äĘÛßĻž$ĻŖ#Mô!6ŦE´ėŌlŖŋ„`Ė=E6h€îy€ dN˛° ŧŧÕcĩC)KFģ%ûō\ųøŒĘčlXđÃķV­›ü$‘ėÜDô™8‹n+Ši;eígycåFöÆIÚ ĀíÜöyRîĘ3ášņa¨E §Nŧį*dV̈́Js2LGk—AnļßöŽE÷dâA÷ą4™–įmZr96LSËãΡāįYj׆îØĄEád%Bē?2s{8Q…}1žVUėĶ…¤Œ;ļ™Đ+]ķ3Č4*ũēŽŽē@Ļß8•#a9z61Y‹B5¤ÎeÂN§-rĻö%z.§šĨ„u `vuĪÖ3wÛbĮAåÜiĒô×nÕËģ…ĸl% 0‡"ûPwļĩŪ¤ÁŖLÕĶĐũj´2 ?ö¤!ūPķœĘōx"˜TîĻüIeaéPx´A­ĸĮVĢē.ŽÜķv.c„bՓS26Z+‡”zhWt¨d8×:˛‰ÍQs„\כ_wCfĸîd÷Ø;öĘĨBĖ¸ŋ„ÖÎû 2œ$5Ŋv™ûš83åO^ˆ€Kųîä°ę6o¸fE:1Š–ø ž-õ›A;šWˆv./CŨDŪj>+A?īUī3Vå+šG&~ņŽtî>uōž’›`„Ė#b›?@¯gĨ Ëf)šî–jĶ.XčH{°Ęšä$^÷ũ(>,€ŪywÛ!ß>úŨąĄC9ÍLÂĨ˛kí&0#ZĮjžzÉRA+:šOđŋŸsĻ@åđ­A÷Õáx—(lˇ"*Ķ<ĪĮÍ‚šā1xlŪ-;(~ö@äž5’t€Ķ9œ ąĩVœŽŦ Jĩ¨rãĐãÕŧԙqęO (¨§ŨWûb Įđíãø íx(jŪ˛- jžq@ÁcģJ÷úIM¸.[*(Ę(kBäĐíÜ÷˜ŒĐvĸl s E‘<¸zŲ9ÁšdrEx$æ,+OĄƒl뎚„õļ}ĨåJLk XĮJU†ģ)Īւ2>žqķ´Öīr€ÄwJ Ģ;ÖËÚũđöōŲ÷ĸĪˆ ÅėC5ÍĻ–Ķ¨žAĒ,,ĶdĐĖ}>›‚EöÁ g”Ë;uī-ī€QYĒŅ‚v aúĀųė„œsb"z"aö´ÕtˇĄ[C€FŲjũãá Pĩã)ú˛§ë#sō}ũ>ŖoUE¤V›¤Q(EÄé×FŲ0ØG!GPŽÖ˜žBûk3n@ø: ˆ˜t÷Ė—ĨI’ˆ”uY]Ą×‰>6Ž÷-”˜fčŨ)lõ1Ē(ƒ 4g÷%  čō÷D„™ŨĨŖŠ ÷Ÿ€1>ž/Ū&'/sāŖM|eōĖ™č€Ž ’_ŋÂĸEHßÉHŧžvĨc,yOŪ/Â4ícî­,#eā3W†”#{TÁŽģOĄ…,Ūô„ĀĶ‹b(xJzŲĶŽ+,uŽqJķlķ9ã X‡FĀTx%Ũ+ĻĄdtÅ8øQ­â5-XQüb¤ĶGy¨w457mõG¨WÔB´‘ Q"˛Ûē)=Ą ūâų>—ũŌųŽvz›— GHO]Ø-1:ëûĘū-ŽŌ[~ö•‹ŲŦ?] ­6č¨IÜ ;Kžƒy1ÂKؘīš8D[n}<ķĖ ™žžœ<(9æQĄä;1 aa´ÂéŦQüČģuôūāíCM4!5ZRX€|v™l‡3Uס\s@Žlā<čVë&§ėb@úĖĒUjGÅ*Pk÷¸û0†ûKŅéŨî„c˛˜Ũ8čķd ž1’čĮ3H4W,Ō°5’Ë7ČĐ0S›|Jm9]sЊĐ-ÉČ؁ĮG†œ´LûŲĘVŽÕč<Ÿ/ÂčÍ<:#ŊąKšją'rÁēRsē^ĨĻĖü’†€™Ĩĩj7Ž–•ã ÅŒŨ×k(—Ø-SĮ>-Ēd¸4•Ųŧę~DæĢ ɚ$˛I´­ˆ>s’dŒ‹ūO§ô eäĘq ¯!ĩ˜›Áq:-ķri‡߃äĻ5ôÚLö[Ú§š,;ĖØMļS“.u§ffinČøš›Ž!Ŗĸb˙:OUCŌ&Ŧ ûœrĄ`ífOÖAËD¤_—Ī•—~´l’‡th›ÔSS˛¤3lÍŠ_äīâÜ.ے‡ūŠĖ?ÄnRxDu“whPĶĄgåäz€(Œ`˛RƒėĖ¤ÃÁ>u:¯‚­ô@éBæ–ŧ&|ü&ˇō47 æėD\}ØĸŌ–ŗXG|#÷žĘ°9H$C”WĢĩuĩ7ƏÔÂ2H™Üž˜8W˙VĄŅl^žNęÄF8“C›ņ1hģ⎉Øøæ=Ķi;Įp‰ŌžFĨÚāÎhHëe¤ŒÎ@'$ÖHLužd¸7J|Ū‰šO°^Ú+뚤ąĨ[˛ ˆ“.S.šÎE+k]]ĀIZŽe† ŗö™øO(ZqúcA*ø đ&Z›ģ=B>^‹ŽÖd'Š‰!Á •¤,S4žā×Ûu€æ`w_´m!ÆDZCŋUųƒíbÅ qH#Y}“ ū~pëQüŋ›I%2›Į­;3ßkiŒsĖ?9ü|sšĪR´ygė†lŧô@KĀ¯Dt\ëã‡ĒSŪ”.éčS& Q¯xДg×ãË"^ÉcWփŸl2_õvęíD|4G‘rĖãhĒeGxË2éz›\O,ŽeS„‘{y”ÂtĩŪã=M ļ$BŖĻjßPt"ŊŽĩž_ų8cŧx9ā<-¨ :ŲÖĪĪsõK"Ē‘­B–ÄGI9ĸPB…ÅŽÉžĮ‰Tm†D’ž)FsU!Ų¯­fø߸gšà×›-ũĪMØ?GI–å3;Ї¸5ÛËÃęJø×éڝoq?Y­|I„4ZtüÆ,2î&wÂŋQ4ô…Ú› —ļ'đņåLš5%ŌÜ°a KOKŲãF>xyūvÍ}ИžŒųbn>aLâėœvwŽF’`͈1“šz#Ģ=ĻÛ/¯Ė*Š#ęD/î ÉGvéÉâ sĘÛ>c†Ļ'=,[KĐÃūiYøh”ËyĩÁģœGø°ÉL¤JžE#ÜāUĢ?ŗeļ™ŋ;AĒ2 Ōx\d˜Fkp$#YcWŧYŖžVE‹Ņ´æŠ‰Įh‘ÉCëq._ ŠVhÎÆÆ@Ģōŧiˇéu†û-ž `™";ōC|9-`ūę\ÄRĖDßē@ÉÁi@÷ŨŅöĩö"UĖ]ŪĢé ˙ÆJ@‚Æ>Ā >+?¯-ĒAúuGˆ@â Jŋš˙ˆĻĢŗD1 r=Å/0É/čąũÉ[ßoîÔ"ō"ă1î’ŧƒøÎ^ˆ§ō$ÂŌŽnkž Ã4\änßHĘõ˜0x‡Z7ŧ*mĪv¤fPm' MŒ8ka!$âYz´díÅ2 EKķ24ĒPNÍc ær¤c!{į„:õˆš'V ;Ɲ ž~ë]ËŖüp–׌%Ŧi^†FĨœø1‘`ôXml5wXØ6m‚‚xƒ8”ĩX9šW€—Koį_u&+yĄõ×(=:ta C­%´>59…~Lęä MŪä%ĪQ郟•fį~Ôzī. ČMĪ7yQáŧVÕZ4ÃLÍŠ“!„˜‚¸āĪvNo6î)J[Ûīr^[5ZsĢÁãwĄš.LŲoŦˆ\a—U™ĘЛæ=§UšŽÄž¯‡ĩ‚) )•Xĸ ÎYÚŗuŠaž‹į˛‚ÔÁcČî‚č6ÜâYãFÕ50ŠAgJę-—nn¯"AáëúÖīõņ\OxĐą{´’W2ņT0é†æAĩQ E¤÷i…j`ł„[X‘0SÖmŧraH#Q¯6‘…s6×~o™‚Ī3y6‰2ÁžĻĐu ÎģV¤R¸J_†Ã÷ķNGL ,‹žŌÕmN,p+Ëš /F”§•~C"‰ųž`ŋFŦĖYūN—´Ä›=}F ‡uîŲbĢĻ2;°†{Į[ĮkíÕíŖ2Ÿ¸Ž¨V<ÕsÜŊÍwsŖõˆŠŋæ˜(n>ÂÕxú@ äāænŽŧ'Ēņ‰ģË#IÌĄE'5WĢVĀ-ŖÉR¸hiģ=š6öˇč: °r–Úö€ęûF+Nũh"õŸ§īQ&AYÁ˙–)írč0YųōĮö‘kĪZ ŌaeN>!ŪįËÉ ždWđ˛ŗÚĩâhĶNūN}ÚŖWŽwĶ× ¨Ļßi’"qC`l9k&ct’‘¤\[ÜÅYsą¤lŧJ “Õk1-įVūo‰Ė°5č:A Æ5ˇ<šÜÜ6ęÜW.^a€DØO€Ķ…ō %‹‹8ĶhŖUqeäūĄ+OöŦ0„QŧŨ˛š°:ŲįųXe]G­b[ËŠpNļæ9ķShB9 ŠM{\Âú)>Đ(ûéaPHęZ/ÅQbŠ•ˆeĐ0{$ĒĶŋæ+`˛¨a`Žø×ŲĻõĸQ1ōLJظPĪ$PWÉ-}¤ęŦÂSDE5Ąˆ‡ ÷27Š6ˆús9LŸÄV ä ]? y ķPŠ6ĖV?˙˛\ØÛ[säų)ˇ-kˆ([~öų\ÛoÄb'{ߟĮ ãî ĮÚ°WÔĩWZą1Ā Zķ¤ˇ ŋŗhŊC/ŲÚxˆtĨ8m”˙zģÕ/›æ‡Ė´įaēĀĸ%]Ž*ĮNabÖoeg}Žŗ$ų(a–°M%Pĸō|k ‰ A@"DFCŽÅØļĞš~Ž>Wēú^ĩĩ”Ä2úPb3Īŗ °ÍDÂzîé&{ˇƒ M Ä>‡YÉxŖ€Ļėį×d^÷›Æ%ūČŗez­OcDØæKD>*´ÅãUúĮPûBĩaavũŦĘČW%§ƒPGįwÅŠš\:B]ė¸ĘâŠŖĶTķŧÚQėžĻYurÎ&¨÷œē ß’?ŗFPô4ë7(&5bb–žÚ\|LˇŪ”W÷8ņĖ>ė4ëšąīsŒ2ō2ã'Zv*|–7ô…Ŋė‚{>7˙¯īáaÕIŒsčĢMMMÔ(.œ%d9˛ĖÖ;¸7qŊ |L„Sú§˜p´¯ø˜eÛŖ“•)6W|§jC8Ō‘1ĪM‡Îƒ6ûĻęÉŌa=#õŅx“¤U„¨§<ƒ™’ęÕß@ōįžĒ”ųuQ**6i7;áíČÜ_e-$ĩeÜŊZxŠ…Ņ)\ÂŦeŠĶ…‹U}Ã}Ŧt> NS €¤ĘS_éOKĒ‚&đåô3H,Ôđz&ídcßĸ'íqO„2šŠ6ŽˇAō éh›ČQÔy×HlŽ&5 ?#ĘÁp›8§aᆧôm~^’#ÔčŒMa§ÖÎ˙-Îۧحh({ãuCˆŌ<]Áą<ĪĶFŊíVmM5!ė/ā‡4X{dķĀɝ{†Ļ‰}>’â•„$w*Ŧ%-oWļCĪi ˜ ŧ(ŊˇlzĮ˙eÕ9ŦíH˜CÄ0“D;cŗ?L W;ē;a…~¸võXCëa~nˆ >mˆŠh"ĶÎha߸™ā ˛ˆO2&ÚByÍčæāīš(’ƒ0Ķ ‡?ŧŪrĮ<3(CS5áē—-ģüį‘vֆû­Ōé5ÍČ@WLå@b„ĄŠ\:Ą5gē¤mˇ‚™K\ŧsiōx;b¯SHŪ€î˜ābû‰ŋB:UülÖÛ< I{ķ"›v%Īé-$bįfÕÄj—9­Å%˛R×­Žļ–Y%#Í<%§V(L2'ëē5'pÂ[ƌJŨĸf˙Ž~TL‚` ˜§<ĶÁ=Ė9ëĩŠ§˙đÛí˜ä|L›-'6‚ į’‰QūBĨkŌZ•ËAkŠBđícÜÃßėãf8_¸+UõŠh0;åíÜm} „ÎōÂ7žkiâ$0uŠ -•Gøu›A/3›å^žą2:7ˇēMŌŗŌ^Tv?˛Ŗõœ¯ô8x6fæ͘œ°h4 ŋ+_ɲÖBK?‰ëū4Jhē-Ąáëķ4Æŧ´ĪYæF ā›*ąÍøyéĐXíō$‚Ë"Ž(%íĨwž ęJZÜåõ~čŪĶ9ë/@Î]˛¸ ĢT΀t×âg6Ô}ÃŽš‚ņĀ1§¤0í5ÍkF‚AÂē^*t˜€ ú ŖŊŋÔiĢÆøéĘsûÂÂPúsWHrH€#—Ũ8Ũ‰cšm"ö|ĩ*NzÉĮOč¯n‰įbâô…éiųa3Bīq5‚›S=[æ3õ­į­aĢ6wčT!,B¤ČŦ GUęā›ŗôĸđ7nŦgoÛs6,¸ëëIÚ°ō\Į)Ųécĩ×x)ęfČد†)ōxTęÂŅĄÚ 5ãōŅŦvę6æɯÂΨWĪ„ˇÕ!tcnVYcRNĐÁŲ˛*‰,$iđ1"ƒ†ÔŪHĪĒëj"Ō‡Āžá×Ŗ{˙2ŽxYŧˇÃMâđ1ē-g#ėÁ~Ū$˛W÷MŽÔ|i˙­ŗ(×čÃBĶ‰õŋJq…æ cU”íŪĀˇ¨œÔČĐI ã9ėC2ÉZ:ŊQļë´#$ĸĢÄädŠ ų-ŖÚJ2õŽe đ8ų‰ÉŋQ´đã’ÎXdå"x ÉVPë Mg1›!ˇŗ9•Ė7āŋŠlskģĪö7i†Đ)Žģ}ĻֆHX*ܡß6îJKÖy˛m\P' ÉØüÄ5‘x ΂˜™õqŅŦ:č,Á”Lĩ’…d)îäNŋō§)‚#J\-pUŽ— IRo"‚Ēƒ¯JŲęn†x‚LÛ,ėS*įHėc܄9|I9í*0PČSJ^á]õũx{7ėITV6ũĘ=&uI¸Ŧ‚!#îĐļš„s°-L-ÜWŽōé`MVc3Øø,Á)"+î ¯ŧĶ‘3bĸ„Ú{ā`ĸũ1ÚæyuLėRž3.‰No$9#vmhŅm’GVã ߙŧ@‹5P…V5Įãl#\°@ŠžŗŦÜÎQ"8g=a)–×b|!S{4'ä@j¯ėrNmtŠCéK"#ĮĄ­6ŗ=Ėmí(ŠJ¸ø)]Ŗüí "Ú h”ü`Ĩg•îÛFOØēąÆ-"ö{äž;Ē/YįW_ŠęßĐR’°n´(ékŊÍÉû…pp@Ũlö}ÉÜôMÚ6Ö;PWķoúö@ÎĪ^žëLKī{‹guƒÅ•¨ē×Û7I …™rČņ†žôœÖxAXŅũŊŲõĪqnÂŽ|6ģ›+lr’DŊl‘Ąøį`"^ëŒĨY†ß–~]aë– c˛š]W›d~ĄŽVûÁĘo ÜäžŌ͏,ą2…jÎú~>/bBvO|d-;8_J>.vĮģE'=ÅŅN%ņŪˆÔ1 ĪøKŒüÆį7â{gîÉæŽmØØë–ųĐéšCYš´3•"—ķ2ΗŪŽ6w> f{“Ŗžpŧ“ŽoŽu%æÃĀĻ~JÚY—Sä)Î Í`¨RA`'y`:~X*ôØî5tĪTr-(Šeđs‡Ôd EWęßfôÂŋ8sėô*Q¯3튘;y˜ÅÍËō”ÕR%ĢņdŦwŸe+ÉēĐņfF§’ŗÖ ž˜õ‡S1Œ4b‰æ0Î`âˆ3ØĸûŅ ŗņ<čī +¨;ķTööÉÄšûjz“as`ÕŊĒĨØ4ļúnSņ˜Lĸ‡y6áIįųjŲvRķĢoŋmuŨƒķo•Ir=Sw¨ÔJ~">ĩX%<Ž¯(6@ņ”Û-Ä ØË0Ŋėī™Œų?6ā’ĩ”āęũĄÕ'iZž>ŠōņË[aŨY7ÁÅŌM“sÃ2Á˜;×ų_ņ>CIĐ`WBÖNÂņOf&ÔQBJqA8FĢۃō„Ņûņ‰šēb‰Nčˆ-ũaž ą<>â Y[&Ļu›4OāU:Āō¤‹É_äā]cāĖíēYŲIv+ŦÖ§Ė1ŧ"đéŒN:ģõ8ˆĮëj8žø÷sŪÛņq–V•v ĢÕ>Œf+Â9&uäŖ—aĢDŲŖd…ʏė lŗM™ĸÉ™ûO¨rŠÍˆÆF]đFJLŸ2^f 7ũ-SÕŌjDĄ#ßâČe"o@í(ŊYį؋ļHGŦ›ę4āžįųŠ2ʁ‰ÄQs“ôž U9g&wƒ$…'DÁ=€ün´û†‰˜e(Ëø—ËtžÄ§ž™v 2*ø\])WÄįiĄ%Ĩ¯Č î}_:CųMÚiQâ`㚎Îؙn¯ycОĐh؊â:™žÁQ9čd¸Ās)Û[1å5"héˇ2æ7¸Ų¸O€7’p…#Įq"Úvük›ŠÉįšDLW|cj¸4Ļwyŧ8×F3ë ũ"ļüÃīʙķn s†ˇ‘bžqåj QškîĒf<ƒåüËĖ3I€HDī@ø¸^rIõįy͈N_rr  <ëÉyÚ$ ūIŠéÄÖÁ<˜Đie{~bō9‹iėfĻŌoČ\3:Ŧ(0Bģ´Û‘ŌΉYo$ú~§Fē ö 0{ ^< @rkŋ4íĖ ‰!Ô&Á¨ĩúņ ^k¯ąyČ\Đj•ū›§ŊÆíl–Hã(6nÅ+øāÂ9› Đ*ūœVW†Ä°ŦkؗB¯ŠØĶ’qÂņKMrķÚ˙ëĢ} l˙öķOß}û?~ųúĢ_žųõģOŸúå›OŸøūįO?ûų÷Oß|˙ũ÷ŋũūãß÷Í lŸŲNæŠX)=Üč ÁxŋVĖu Áš\¤ĀY—5¨įiī`Ÿē%‰HJŽŅOÅĮo°Į/*bōWÃ0šēYSÆŠÆQ} .{~ ZāŨXÔã8>u”G%'c$Æ ß,SBžÖUVk}žLj•Į˛ėZ:*1 CŨRyAäÜ`ųcč#,Į65 `ŲNįqQ-Ô#$P,Č‹@"Œ™ÄkÄÍGČĖo¤ĄĻYĨē'|€|×ĩĮŖ!¸ĮQų­ĨmęÜ1ž# °­ŦĻŖ ÔØ&ķybøĢ’ąmw5” Áāƃē éGp2Í?ŊŠĸ˙ŖœP7€8š:ÍüæĘBŸŌŖš‘`Í}6 L¨ ^GĶY({gŒįƒ‚× :Î@S°§–[Ī1ŒŦb„šdŋ‡õéÆÕc!^á_X„j#Đĩ=ÉšjîÍey2cŌč0 Ö ėÜĀ•&­˜œķūG"`5UÂßAhŲî¸Đˆš)Ūįir‰5)T(ØŪđŠí'nŌ#XKâ´õÄáĪ´†ĶJÔ bcÄÅĄyÛ,Ô)uŌP8SsĢ_ˇL.K9g Pë É vŽc9ņ&\Č!Ė+ÛyčPl*4^ÁŪéU(Øšąt=)Ÿ{ ^ …ž/(}Ŋri{ŅÎm\Yâlō†M‚ōleÔDœÕ9B¸Ë ŗŽË‚­ũßhh„ûDŅāĸŠâĀÆŗ¯K&ÎåíČĘŽ×ü>Ą…¯v•ŌŽMņĻ]JkžųE'@v^ôŋ\}*xŨúą šØ$xą°5Ļû]9FĘŋæ Ųi ˛’˜ØģLT.‘X1¸(+ŲžĘÛ nĮũŪnM ‹Ū›(ŒC3G˜ËĒôÁÎWBÔĨ2=Į3d“XWæižĮģÉm´W8wLÉsáõKMę›1ēoY‹Žrš{lŒž9Ī´gŧŠįŨũį}*ƒåA9`uge!:Į$~ƒbÁJĒLļĸÖ\‡8iËŨ‡^ËdÁf”ēTë@QXBw†RęU°Uv{ŨV‘[eĨKØ|VčüŊ•JˇË͒ üéČ Œeo\Æ@æt‹é^-ÁĢíxûi˛Ũ#ēí„Ü.‡8M[wËĒW4¨Dh?tÕĻ%„Îîõ\ąje\ūUņŦZd יGĘ~âĻskНל€7›āšt7€[ØY[MŲ{n0,Īėž‘éāģ}ZnĖÂ\|â˜ŧJ!fƒ¸œ—ØvĻ Q Ųu‰6+ķS5ÛæížQĄœlĮ`Ô­ˇ‰aÎĨ˙ŊžŪ3š‹@eÅÛ\åßŖ:h`2øÄdë=ug0]ę0UA#ė[ĸžN͐e§4el?Û dÁÜíNĢ?s‰–¯ *‡Ũ9ö¨˛W™aĸ! ~⚤5C.Fc t@4~t–Ŗ…æ>;ž Wc'xĀCw—Žpâ~ÔX‰2Ė`Đ°?“]äņÎüK< ΚŊ§ ƒē“ˇÕ“AxûÉËĻÖS%jũ_ ŦÍōiéy°ĒB¨[_ŒÎ{q˛Z’Ø-¯TôC?Œ/âXhûŧ˛ÍŋąĄÉârŪBņ^ov–Āiô>~ ų acÕĀNåBū ;Mč%Ÿ-!ܕ=Ã:Z™S÷ƒÁHĸŒ%T@™ WŪOW›§¨O{+-tZĪ¨Õāo—šƆxeÛSøæĻž âĩļÚU•ĩ‰mMđÚŪ˙Ģ’ä rfõn4WĪų"ŗHxrgēí­­Œļ:=­u'S™wšVc“ŋ˛qÔã]Į2‚šUQņŲĸ.' įS-J ¸ÁÔlœųģˆę÷EDlĨ\W8Ų>ˇ÷ĪķžƒäąNڇHĖļCXÂiÚĢ$8§Hqŋĸ¨šėCúžØ/m“†Ō3ŦŽ1ÎW]Ņf›Ū1oË ÚĪŗÄ(=Ô]Ŧ],Ŋœđēm%pÉY‚bkĘøĖūQ_ MŸ8‡Y2w#Xb"ĶĻezūA-KzwåIŗyh¤__]<VąPs…ø äC”@Ž ‚uJy>ĶԇĒ’ŗUe `đÖēūؖ'üëÄĻã„,ąžSfŨ˜Jļ|.mŦ|\י›‚­ą}M aÅy "„r„ŽGÆîfu㐙ą–+'Īölˆ•‹~ĀŠ\žŗÖåÜŪåŽÖsŋ"ÚŦJË{S*ŪÕŽ–øŠŌu:8ycEæ0WāÆ˛oPˇ!Ģ™_t 1Îų)==ļÛŠ;‰ ÍŲÚmÚLtÍJ 2y–5EĖz‡¨NĻĄ¨ģ|!ČxQņî­>ŗĀڅëî3.Gõtë¨ŋĖũ=Tsį:úØĖBŠ×n ˛N\#ƒš‡ûŲäCV_ZyNcĩWDTXG‘pW—>+ˆ­hjvîÁąĮãĨoÕÃ>ˇ¨ē’/ƒ‘ˇ^tŊ^뛲2•…RŨ?_fEer­“ ÎŅ{Á´{Ÿ.OL<3|­GSY0Āë%h3´ũŪĩ`,ĮŽšė †ü “čÚĮy”0ŅĶ2tū{‡ ›wõ=šzŖ+¤÷ģōŗ^åŨ6–Á´@īeÉQĀ)Ķœô×ũĻ”F˜_ +œŦîrĖO;ä´ˇ|ąŪY† ŗ?’îāú'í >öĻ;QĸnĻm~NVįMÜ÷āį2_PÆ@Ņ_—š0đ‘8°œōē•oP JËģ7ĻāäœQŒŅƒĶ zų )]#¯ „ķĄB–Sŧ´ŗĶÚŧ ÆBĄĪßōQZĄ×ūøƞ9†Ņ5ûeˇ—qv†ÛU0ËPÛÛĻ¤ģß^+Lú:7΂č_7˛+|¨gæP)ĸėLž‡ĩqūRÛŊ¯T§éŦ˜kœį?=?ôfihēeÖ­Tđ-) 9Ķ&đųiōŦ úôrĖĒš ;™ˆ:œ<šfŘēšŽQ§W–NF~ŅĶÛÖ^Ė&)oˆŠNYbĐ'G¯"ŲSyÆ/õØ$(æŧČ+Îîf:8*Š}Æš‘ĘŌÚ×­y˜cž[ׅš1l 'Äģøyi)Ũ¨ ڙwdÖD %ŧ<ŗZĘų+ŋíŒĸ™{åžo20ĮļĻņŽ{Ï* Hš™Äx€Üpąîcĩ„ CķĘڐc‡•ûÆéËÁõI ßų™•ãIĄÜz^įbvÕĮķéhŅm;æũ„)Ŗš+Í@Å2x›9 Ū”ˆ“Qˇ›Ō6ĻPCkå°&…ä…HÕ3Ųģ§nœ4Höv;—Ģ=)‹+Z ViĢUj‰¯Ÿ_ß^ÃD>ßõÕĩDīŗ‡uúˇÎÃėțdĩ5æ…ZŽšuÍĩõVu›@÷É!4A FCŠT+ũ:ƒxŲ›G3h XÚʼn÷kRĘUXŽ€ é[ÔMÅVŲí4'o`J.—$q˛YbŦbhJNœ;Á]3ĮËāĖ3A YĄb+ÆQ¸AJû’Ö­!­vļī­]§ŒŨ œv|zÂ4ŠNžVįõ4Ŧ‘Beƒ˛Nŧą'žš;÷dLÉŦƒÅtƜé†čM&§sô%r†q˜;twÄåGîFÃ'æ9-įG<õprWtueV ė}ōäŦF>Æ4ĒĢ.e$@˜čč-ĢÍ<@ęŖ ~?Ž„™T-Ķy žįņēÖbĮĢļLĀŨ‰díĖ‰)Š€ÔĻ]=ØĸŽPΐ¤v€ąĘÂ2; ‘ĸÄY8”Ÿ@CáŊ9pį1_8jŦRąŽÕÕ }ES§BZ„ģŨu—čŗūÆŸ|BûÎvb_„Qōb8ŗĪuŖ,‚ *Ĩí‰vM‹ëÃĸ°ŗãÃŗĶgŲ`nĢØE>H%{L{ŖĪõ™­MŦ:Ž‹}JM+Õ6ú‚Ô+ŅģĢŧ<—U§ö.‡ÃÚUڛJ0DE˛ņôŽYJ%ܔVíU"K˛āŖ`\B2W4ĶéHîöĘtÍĻÕFDCÁ´î™á ™Ā3šÛgØĀÍa‹JuČĐ 1p*’Tõw„´îu´Wb’3\¸ģ>DßNˇ”ĄŒXö8ypˆy*$áÖRsjo‚…z‡Šm–tĄ”ņ{“îĩŅˇËë}įÔđĢé"iˇ°ļã>šĮ­ˇ‹­@7ē‰XühĮšnMrëžâ,—îvzŽ<ÁTƒ fœûE{7QRûl5ƒītŗ¯î ųÄeĘo€O˛Ãã„îžk}ĻŌs˙(š’4Ũāl1Nv6›Ō0M+ōœ4¯eĖøœšēI뇆“ÉÁŪSā~XĀ:šž„ēę o‘7WH鞛ŌĢ¤—C¸ CĐÆ3˙hÄbžã^Ŋun Q;>Æ|"N”kœÃäĢėĘę&ú,&É'˛K÷˜nĸWg¸5sŠØĸ¤ß:ŊŽQĒäí<ŠíĐbõ\÷e v*ļ īä؄bx5ŠŗnnIövË%VĪ~s`ÎlSZĢRÛ*Ŧ¸ëtm9ĪĖ—#´š<ĘÕˇ ŊaĮ6§¨ĶÔ­$öd øD4ŌĪĒīɍgĘ4{ūã3Yی\=ĘE›ŨÁ2•ÖŦ4qPԉ0Š=¤jŪįÖÁ6Ėa ŧ–.ķ´ĸGŧ77iß”ČkR]”‹DĮˆ ŋķ˛u…æ”!‘+ī†RræíŋÕé_ŽĀĻŋl˛ôËåĢė{¤öœÃ%mšV0į…ėd“1 9c4t†÷\“ÖtN ŲžÆq‰ĩ—,Ņ[ûsw ÖĶR7<‡ķ`ËԘ0F¤ ĄąŨ“XBĩĐ>Į*šUđĢÄŨG÷ēü8/š åFš9+9Ŗt'õĩĮÂXUŠ_‘E¤K&[îöųúŖšĨąNY2@/SŽ)ļ"g'ĮëÔ5ÜŦɨû.ÜŠãí 3‚ŒŅeŸ†îÅÖJ4Ģ<đø5=Ø8rEųĨŽ÷ĶķĄ°pō€;ቹodŠU`fšåŸ¯üÍCȌ7Ŋ\‰Ž^°–¸8nĐd*ČØĶ­ņ ,ņ BĢī&\Ž|°Ėˇ â؎ˇ$ËMAė7&-ëxŦl ÕyĶŅj]ÜĮK€šē[ā†đ7[HkĶ}§26ĩ[ŸÆÉin[å#%q?rpđ$e‹ãU’Ģ™Ĩũc 4÷ģÛÃuēu€å‹˜))ŽTé įŽ˛“tžú¸ē'ųæ4‹j"hē͘2ņŊžŋÔĐ÷ũ¸nrBŽ”Ļp6(ŗ-–AÕ+˛?[!¨ļņpËĐ'@ŊØSbjxA‚"ėš‚ŨŽ§atšģ*ˇęy›RŦŸ†ŸžJlŸšÕ8–ã|Kļ`mŠēuN¤qPÅîÛëÄZRÁeō›¨ˆEôļ5ĩ}PöC×ģÎ9pK(w8œĩFĢš"¨ÆäĖ ņŠ˙œãk͝I)ŌÍWąR^í %=>H 0B/îÄQIâ˜Ŧ/îōđļëáVmĖ/'ŗ¯ņD×ŨÅ3ŸūÔÁčQŒwæö‘ģŨ} ‡ׂdŪûHĄŽ–¤˜ 3DũŦŠ4ÚŨbŌˆđsĮEēĄĨkÔŖĄ…÷#˙ZÃ>ĸP¨Ps4ZrēV*æõčL]‰\ŨėøüėÖũ,Ļ!ŨũXĨ…˙élôŠ6>üČîܛ+} FFŽ1;ŽŪ&ßW—æ=ā_šlÍCÎ5á(Ŧgš,ûö^Õ°ÕTŌFœ“ŠĨõ‹aØŲŖAWhÅ?ÔĨübkŊšėö‰ø>´vÁT5áHp68ļ†bĩš(ÂãbKļ%ĩ4SÉÜ/-;f~Õ1åMî^įÛvÂŨûĒ„ë1<%mī’"ŊÕĶØīœØęÎŪ´ÔĻ“2ũh^ßĻąˆŸLÉ äy& BŪɘËxÁĀĸD8oˆFŗi¯,/Ģ§”aĸmöĻ¤DXG!Pņ™Gv]øũA`i:ˇYRwŪxģQĖ ļ{ d‚ÃôJŪ&VõeERTĻkąÂëäOĸ‰š$ĘÎ4¸7Ūí%:ÅõN]‰×‡/ēVi{äÄ)Üb”ČU ´üŠ/Ũ[ĶœGƒO}{`’X$ĻĨŪöÚ¸UÆO,Yû>˜Ë5OŒ†lFVōz‰Ķ-n5‡‡ĒŠjië8}ČŽ§+Ú?­ÅũŠ"ĸĄũČøäCûjėk*ø ‹°ŸIæĢœc4#$ŸõŪžÉ8ņ8¯ûTĨÍ÷$\šÃtĩ{J4 ķøh3¸OúŖęļ7Ũŋķ sm3ŠĶ>kÃĒŸĒ›‘–ėōÖyĖũ~Î ´K[ũæWæâé{÷đ­Áˇ¨ļD˜Ũ—ģļˆzRĻS?]š§8ێQy2ŅrÛúŠEQ%¸¯%[ƒõd%qnēnŦšc[¯ŲôŦĘŋkĖXYīŊmr)…]:Ąŧīú É‰šĒ|§šwũĄšã)oƒĄåÂ<äēFŽŌf'w%]xc¤œĐ. €?õēžë”œ›qØW‹š#ucŌ{q¤ŦŦ,cíąhōL)<,}-ĘɸģQžéÍÛ'rDUQ¨îGr˜ˇ%æÜ<Ŧí2áøĨmāR枕CUSŽY‘.¤ÕD¯¸2*ėkNûōœbCņŋߤ§:ĮĒ‡8^î3%ڀęĒâ]Ą=ØĩŨëō*2X¸ū€Yũ’ÎęÕmÖÁük÷ĢßU–č}‡”D Ōˆ“Âks!TvŪÃė@Šģž+ĒĄx¤ōîu°‚OļļkIÆ'ŠŅûũŽ÷ōv:gtø'yr%ÛŽ?ŋâōU¨â^ãŅ^‹–ĩΕ‘§´/’ ú¨uąöMŽDEiŦøŖU˙Áö€6¨āh Ŧ°.Ģėž§Ĩk¤=–ˆpâNcãÚjx•Ö ėL|r›č [Åˇz­ÄĶāģži1¸GāvÎĻUĪ™ Nˇîų4ņŗ<ᛨ¨ Ķē "‰&4#ål >7ĩ‹œž-1šŌ–_̀éœN6Ũ‘Žįčē6ũÉ`riMYeO]¸ģ{§ëšÎÛ/N&Ŗ˙‰Ë9ŊŪĒ'Gšž.´[\+6ßfędK K‡* ^QĄ–nzũ ã+vĒŽŋÁvú|  \ã(ΚNĮœ ^$éFo— ›ŠūĄ ŽÍDwYîYu'~ęÁøwĨš9"ČËõ¨ĶĪx>KVûY|:˙)<š<ęĸÎD†[^\ C÷–1A$čי´Ë=Uūԇ> ÔĀĘŦ2đ§Ė:Ë=~Ā2ˇžõÖĶfŽ°$sßĐ°ŗ›" fˆ‚kČõŽ´aDCˇO–äFŅK])2ø¨>xēķĩ_ēHZxø5lÕmr…ÉÂy§ÎkčUĶDÔڎj^)ø•‚ā[™e—iįSÄųĀŌ=‹´˛ ÕŨžÉĻUV8×ZŪO¸AZŽŊ/@ÉĐļ¤ž]џ4ĸĪlsucōČM›ÅZ3æúš(P֊Ŋ“ōUŠ%ķ‚ā@ąôŪˆD1ņŧOš†’čæíĨ č'i׀ō ĩ8ĩ‡Õm øNWÆēūõÆŌËyię–!ÍjĸZŠ0´ėĻU,ú\Ã4.Pžĩœ8ļnĮë‚ĩd°$ŧÅ]Ú1&ą;ąkĐ aK&4Š#Ųņũ¯“›Ädũ$tĻŧuû5ĶbÕŪ’W–ãŌļVd#z°üĢ;¨}œĀ5R¤îKĶëgvfũô˯?úæëßūøæëož˙éįŋ9ÍĀĨ—đ{„ųŽŪįE–4pŊbaÁčMěƒaėđ#*ũŠn}M­ĄŠ‰)n€ ī-Īō ƒB„iEÁ=ŽnHĻå42>§Áz°įĀûfÂĩ¨ĸ{ āQš}ö!ÂÍl¯Ÿb˜a@W‡suŠˆ qĨJôo&ÆĒŠŠŸ[$Mč‘ĨįŖæÎWnjīQ8ˆ{ʞŗpLúHuĮëYHūĻ7@˙ą™ęä%ŨYũĔe83l°0;‘ÂB2“}ô\č˙GļS)/MĸģũiŒT•U….ļîĐ{Fo˜4tŪs°Vz›¨‹#Ń|IBŧlDŠĸK™‡ {‡I 6E<û§rÜ°6aēã0­fL[(ĶÎpF#¤jąŽĢļSƎž9f<‚ōVÕë%¤[Ã5 Ëî5 õq˛Ú(ųFĸ‡ėfžÉ>Iŧ}ŠYŲõÃe€ûxö9Lį ;dĨĘķ8—iK—Éâlcv˜Mk!ÁÁ$5ō…u¸4BjÓkzžĮŅÏ߸KœÉļięö˛Sj~8 ÁŗÜë˙ŖkPę"į6¤¯eÁEõ(f.žŸ}ņ,~ fĻ Q,Đu;7“tQGNú ú’žvøķŊLŅ%cÆĖAS•ÁÚU.L{šm={|)pa˙üvƒ¤ÕlĸĒ„<7ŗ— ,Ėš¯ *›,6ØCßįŨĸX!c.&nŒ^ĮMâķ€=tį’Y–ŧhŅI-ž‹írė[%'VŌ@vˆņpF– %6sâû„GMzČå ĻúÁŨŊËę™iŒ‘Ŋ+¤ÃÔB ŽÍđ=fcöQqˆYŖœ ŗŠrbÔtęÔV™†(1z˛—˜ĸŦŊíũę&‘Ģ Ōmą2¸ų'íNÄĄ€xrrfĘÆŽļÆ’Äž5žPiŽ6ËS>qØŋjōŊí@> ŪsÚß65kbŒĸ`#mŧ0ĮŠbÄD@npq§˙I!Ģé¸-„ ŧ,3aĨĢj$giäœrÕ+æĪĒ rY[Ŋē+ÆRe& :ZÍt,COâņ)˜;š>Ÿ…ô¤™ž+æ+Cvķo- Fŗ@’oœN†ˇ ĩ]ûĸĒsÜ!֎3Û;īišÅĶöth€m.[ĀžģF+ķŦŊDÍls‘)Œš/ƒBÕę¸*ßڑČÚ'?‹@ž ZTyˆq)Œ†i;ÍNĒ[ãė=Åžy=O ŌųĪ‰aC9]X”kš ˜W͓z‹˙ASX•ĄŅxrc`áLFāûm[ģŸO8ī–ÕŽžžķäd’yœęāK ÎÄ´’ŗ9}ŸŒnĒņ›ÄŘŧI¸üæ|âqi`hččšÎI|ôG}ųič\Ļ¸Š ėež<ą]Ĩ¤ņįv NN[ļŽG€ ‹Ë‘_Sbe dyMž@%w¨‚$5ŧíÃ!˜€;ƒ‰™û–đâę8š(sa6LODĄúˆ ŧ‰kÍ8Ā°dˇ@ĶegÄX‚,ŌŲëģf:u=ÖÎN^]Ŧ_{äūûģØÛÛhŸŊâË~ÔČå?ŒÂša2Éė(ĄŠ4:ˆįÕúįTü\ƒŅ ŲCá_Ķvō„A9íĐîEx!æ‹Ĩāw ˜gŸ[“Ģ|ŪC[?{hNv,%Jm ōž ĪŸŋebģiŊŠ9ɧæJŋä|"ķfÜŅņF¨26ķ.V$đ:ƒžDˇƒô˜^FԑĘđA>7Ų­—7Áĩļ:@$úM”ĄŊtæ5•>b|ęoCÁW`ŅŌ[Ģš3,a‡TÂöL¯Ŗęō4+šyr Ûôđ{Ú5CĐ1ÕįŪOô)Ŗ XŨ Eo\-w¤A[ˇ#öHĮ Ŗ›sŪ1Øö\oæTĀ>@Üräŧ‡įq[ƕ]Wžŧo—nU& ķ˙Ĩîī’uģŽ,Kė]­ˆĀD‚ @<ēųƒwĀ;@Œū7A*Ž1ĻīŠĖŦT™d’UYd Ü{Î÷íŊ–˙Ė9材Ŗ čÁĐ%אāĶ ãíÄ Ėū`Ŋšäāšī9^9pġY(*Z_eÏ6íĩyS7×"×hV1"ˆy0)nĮĸ/gĒ;Îŧ RëN˙™Ĩ lķi#+7(§ēnäCĸ'Ąŋ$RĀ!ē‡Fs;SXfAĩĩĄ ?ŪÉ@Ūą Fp­Š51mKÆ[|@AG?8€^؛Ãr,C[Šîæ:kXYŪU‹DmŪjÁxQŧÉzÅcė“úd”ŧŖŠõQŊ|îtˆMü;‰œ°¤ä‡cĀ- ōMĖ‡‰ŲĀ&Ä}ØÎņcIVŗV™$]UXB“Õ˙āúÆuŠ†åĖûsߌ @æģzŽĻ˜DVcĢ§*›lœÅ)^Ĩ“SIœ-ÉP7 u÷IšĀ´‘™ļ';8Fyre\¸I=mGũæÚÔV\õ˛D\Rļw"å„#`ÁķP—ŧ‡úÂH…‰äaÃXã'3.ÜkĀoy>\‰ĀmZ€Û'Ūs˛~bĻ‰=Đ79ôEĻy§ė¨´Ųg f˜ŽŸĒŠlŽ•Ãĩkēx8fø CÅb=6Sķ|Áŋ`ļ?6Ŗí2ĨdgŗŌn×ŠâŠö\āŋ nÔ&‘åÔÉHŋę;#G0Æfé$īē‰ëäŽIž¯ ņ-š“WUÜc$ķQ^Ņ<c{ÖĒ÷•QIžšĩ ÖĒuÂâšßíÎlķļŌ-žĘ Â[Æ,×ŠĮØIĢÍhÅDt3ԟŦk?ŖUĄøFGb…XgÜL™eīˆŲ˙;mŒ{u SQbˇGŽ3–œøļ5BŗŦeSzˆ‹›’ŌsR*Ĩõ‡~ŽęÄÄēĮĐ|ŲŠŊĮ†ĘŖ`ã&KQí5uø[Wē€súĖĖ˜ŽŠiÛŅLÁ§æ­ŠČwYXžŌœÔˇãdUķ\x[ˇzn×[ļžS!% JØg[ĐÉŋ?×w3ŠŪŊ5ŧ+Iဂ`ãæŲ~¯8KøNlŋ•OÎz>žJe3€4xEaģā~°*b„ŪTÛîéaúâĶ Ļs99Ŧ–hq|âō:¸Ņ3s?ŊF›ˆķ<0huxēKČ?ÂēÔ¯ŧ03 >CĩÄԖN›ô°f™pßûĒ›ūBņgTK 6ëŦũßĝu,ũ24ō鍧29LÃS›iõ ×}5§A tĀī°l~ÉÛOX2a ;­ė 9Öģæ=Hė^öšų†˙ŠœŨKķSÔ^^9*ú2ˆ‘—Úa„NŅ›î5įÚuh.q"¯wÃ֝e pŪëA+ČŗLŧēŲ’ö¯ėeb ÅŲĖĸoÄđ€#‹|jĶ•XQV\đÕ{ š$uŨnėöÅ ­ö8éÚĪōŗGæ0°TŦĄ!e€LÍĻĪ‹ â}z°*Vfs›ø‰Pv“->~“ä÷ŠŧŅ,"“‹ÁNBmÕ-7ĶĪŽ„ߥƒįmøÄq|˙ Á›M”j› ¤0é°2mĘĶ$vs™Š¨(ŽÛ+{cŌž20¯ē\ĩĄ„šĘ˙r´¯1Øŗ//ę•.e1ėÜ'ÆĮ53Ÿšŋ\ī¸¤Z°pĖp¯Ķ!˛_ü ļՊ".Ą‰°hi‡wöÕ˃üžaÎ$gu)Ē =´ŧ´÷†dD œ v“ˇ?”€ŠĶ – ˙ ™j#Mę!†-ē2Ú˛gī1īÎË < ¯mC{˛FÂŅōNX1¤ŨØšX wÁxŲĢ¯i›ƒŒ¨.îîŊ î1Ũ(먃hʈ1‰+Ģ %čî}tib<5ī9hh ē‘eÉF>x)Øč IŪ}‚ŲØP 'į"ųŧčĪhŊČR/Į@d=ųiĒ&~#ö Ĩ˛×`VŸD‡¯$`žÉŅÁ#°áŊB#O‚‚įģ˛sįr§•§›m‚blM0ōč†hØ Å° ‘W˙û/öË+M(īĸS׍VÖyé„í…ä:z7Đ+IęņĖ[ĪĻ ‹O‡ņˆõI€‹lV:ëĐôø€¯& <QMGĮĮ¸Ã¤ž=ĒŠXđw4üx˙­Ņ€S×|Á‰æ7ņõû‰ ›ÂMÔÃ\'N 6™yÍNU]˛QŦņz †í5”ôžŸŠUUŪWæUjՒė!Ņm¸öú|ü#į]ŸDœ°‰–Æ/›WģëŌ]h’LŅR„|úuK™öĶ,Rī1DĻŅ…ŋûũ•’=Ž+RRzZIķ+R ƒųLģUŖv\Lå7Ī’Øf ˆÎ;46˙yR]ízĒ!äĶŋU§ōŠ-iĨO…ĀaB×ŪJŲÂRŗNAœīœ^“Āŧ­öŽ$ß­ ÁEå+§ģ&J–ž›)3žVĖÎę­ÕņW%%1Į;„Ûö÷PÎDú:¯WTÄBB/œ¨GĩÚûĸ%iĪ\ļ ōœ“’S—Ė5°ĩ’ÅBđhŸs]@āKhëx_ɲ9§§¨đŽ‚%2æŒÕį,`ŗõMíØŪĢØS"­ƒ_“h( ļ¯J$¨2 X3Wg…íZ{‰ŸNrŠ6Q$¸8PžíY¸g>œzžŸw 8Q=Zß}@k´ĢÛ¸¯ģ ŖÍ)Ŧúškģ!šˇĶę’NXģ1ųn‚îÍ´KWT9› ÔT –&B;ĒVČŖPĄK8–ŗfp9ÉxSZ, Ķt– Œ~Uo›Ÿ. D4‡X+ģû‡!ŖxĪ@9õ Ŋziˇ¯Ž§ņ›y˛<ģ+ÁÍčVŋm{žcg"øŌšLPą‹ ąĪYŗPUøC&‹qՏvō.ĻâŨ|gˇęûģ=?cƒŪtōīŲ%Ūz\Ŋ\›ÛúÃđûö{ŠÛņq;„oWąk‚Eprąĩfß?ŅU”­B„*!īüŪËĻ,` üJ÷`\īXėú!Ds4ę×ü2€jPa RŽ?T€l ™p“׈÷Ģ ßķ94x1`L{Ĩŗ„ĩ‰ęāÕdZ'ģŌčīQÁ_F=Ũ}å~æ|r×Æũ´öČņ1 PEO´´ØŦ ›ÕOŨnēÃŪ$‹ąå(d?gM:ÕX¸5ĐŲéŧ‚ÔØMQŊ|8?%mķkäÉôĩfÆŪŦ6üȸ ˅jĨŲŽ<¨zã)Ŗ‚]ĒŋŨ|íô§öãČBMĪšŌœ“L #Ȥ#ŲŨÚŪy]Ĩļ@´jĄją†(4YĢT|BbËŦí“ōTgŲ" Ú(¯üË6‰0&CAjE|"¤úŧ’ËĪ4›mŲÌßôWļ[ĨąQqūÃ(ŨnĸįMĄUænōēDa_Ĩ`ÎŅ2ŋĮĒļáâ$Ü`Ŋ­lÍ›ėĻ0×PŅ™ĄÔ~XŲĢC_ ’(éWRË^BhĖÛÁdgũ:SĘ Fô­ņiLŦČGŨ˛Š]”´jœ;†į;˜.SŌËTi§—ė1I+Í,ž“ŦŒÔĀM˜cxĘ(÷X˙>ōús÷Ĩ= NĖĄéģã@ā6aw[zû(Šyhžôæ[|ÍÜäĀŲõš4Š/‡TŅ­ũ.N¸ˆ[ĢM§O!0•2”I3UaÂQ;…ŧ\1ļÆ1WƓėeZŧÄ€LĒšH' ƒļ=€¯cAD@¨ëX§Ä_#;ãh GCÁ‹‚‹ķ0š‚ nũ˙\yķ?Žomüoʛų_”7,s‡Q—ĻVÜe’TqŒMĒ * A‰ģˆgŒËa1Ĩ• f3~ģ|ufž­yš‘ûÔFD°įj”ãx†!€wÕ 8AŦHo+ĐB(|]ĶN׎ŪĘ=ÅčW5ĩÖeã5¤šjgøelUâŸmũ¸ĀJp™ŧbEô{æoXrw8ãüÍN/Ū6aĶl܈×1ƒŌÛf•ķĒ­xķ5¨č´ėĸęK’r€„ũ@EBŽ´ŽÎ¸cŗĨú:*V‚ßäĢWŪ+h’År}"UЕĪĄ Š-Ā—Z0!ĢGiúZgûåūøFsĄŪ×m "¨…>ÖY%ũ‹Zļ (ęœž“Æ8 ~ƒŸâŋæÜyÂ:ķqT8Zf6v*íĄŒ…įb u•ÃâÉ|'?%ėņ÷ōjcfmŅõŲ/Ȁ]´Z’¨ { äQ}ĐRY՘ĀD ĸ]i|á/%¨&!Fø uØ7Ƃ”Xr”/NŽčŊ+!]œ čĀ/īMž“ %RíĐ:éy–™0$ÆŖž0š9ņĐRūî"į’æ¨YÅ´ŽhĘáĪŠx’CŦģā˜ΕĄã^ĒMbŪ<ŧ|Ņ˛hîų¤Sąķæ™Ģú6÷WpjR<˜{ĨĻƒØ3§ŽŨēĶ„,°B*o°ÍrTyÄntŒ7i,Ą‡x3„Õl]"Ģ¨so¤/ –õĢc'T•ŧaî܋Jx#û“SŦ3Ú´›n‚—į?!4b`âĻpĒNŽũÕĒįs‡ļEŠ Ÿč î1×ŗÂ/S| <%ķPĖŸyh;ŨXųœÚi`¨“ŋf ķ‰ŽŪ›‡Ž?vë§÷˙ė@ô,đ*ü{,ģ“ÕЉÍДc¨ŲüųGŧđÉMĘcS;d::ŊŖ/'Šƒ^R],Pt1†-~6S7Úi}xWo;g~x†”ãĒōí6\Oℒ´ŧÂ0j :<cmĘUpL& LšÁ9?dgsnļŠ[×iJÚY*ōLÍ ī Â+‰ B;QėŌ ×Éģōby>ØŧíՅŖđdĘA6/Ák€Ÿ"*O P}Glˆí V§Ā$&Åŗ_“ŠĻké”ęČā—E{fˆfīiFFœË|Hf?d^ MnéGÚ%™ÔĢhËĸpeĨUĸ…Ļ/'XI‡%)ĸ€"UĮŊ{ƒ8#4Tx EÎĸdĶö…ŧ^ ›˙Ët#™ŖĨņ<)3ŽžÛ™jģ/âcĩŖpg­IoĒDD.ũŗ“?E˜—ŧ Iģüœ›ŋjšMš ˛;†•-+ŽĪƒ×––—=Ŗëz‹lÂhäÁĶˇÂä‘.aÔõä9exĩF&]`ūšéO(īœÆôhVí}QŸNņģ/‰!gė\Œkũ?]¯Ā ˙?Q° ÛęĀš>%K}WÛ-?%Ëü˙aÉ2˛ë˙‰‚å˙ õĘü/ʕ˙‹õJ+Rø,ķ_ʕ˙n}ë˛ãŋ¯VĻūkĩR˙õ SŠ¸Ä ˙Ī*–Ų˙͒e˙§%‹ō¯˙Zļ˜gođ‡B/~°7 đŲļ?\?ŲŽŽübP)%˙püHZ§*ręh\uŦŖtÍËbžįŋ)¨ē,¨Kƒ‘ü_U˙ķ’ęÎÚOM /Ą&"ī:J}ęĒŠûqaky[!Ļäd“—ŽĶƀnü× ų4ķŋüųoūÛüöËīŋūåī?˙ōĶīŋūņûOŋüķ¯ûé÷_ūųŸ~ūãˇß˙ũŸ˙ü÷ßg^˙ Îŧđ˙ĢËėÃÉ$ęD7ĩ‚R"“PŠņÖwĸ<^<ŠēŌūÅoåœ9XM;ÃQŠĐWFc­Ķ>ÚdSM“›Ļ$™æI'&Ĩ 7ĐSüo˜ĻĻŊģc<ãĸ÷|/Î ֍M”GĨáÂ鹈hF~ ūŨļô…‘ōid'X Æ°c\öMÖ§ ë| ŲVŲ$xGœ€tLŊÅWOš”Y1ūg3šĮōXĻpn”*ŨG“˜ûÎMø7°Ģ”ƒM&Ĩč?1įyƒ§Ŗz~ŌQ/d ļŋ…Q]îŦĶæĐEÅk+w3ēˆE7‹Čņ šOũ¸ųty´ŅÄRÁÚũMëC˜ä­GB1&-ĩ˗Ę:ÕŪæ?ļū°<åßDÍRúõØķƒW %1†‰RĮ3í§]į_ž蹗ã’.§šāCq]6Œå^% ĘOt“ŋKĢŗ‹:ĶŨ,ÄŗĨæ=„ĶōéÆõÜôŅīøÕ0^ZLö<]Š§Ÿ÷‚Đl‰´|á\pG&"ą[å;ũŨč`ĮšqOĸ?Ô>U~dtE‘îâã@ĐI`riãbļą×m|cŲTģą-}b2g—bÄËXÉF*°Á–Jķ`žĐ‰^Ūô UŸēžƒ›˜ŒĀ‰Ųb͛¯ÎvHH{Ÿ€WãŠvžÅÎŨá§ŧQ<ēč<ų°‡ŲrQžÄ8T–+é[MsĖīõ‰›U)Ĩ0gtn•kæÜd7ôÜLŽĮœ>Ļqܧŗ=6čȡ†ÔŅØB^Šäņe!‘ąGŪ§‚Ûų!Īn Ûâõē~Ōov‘b†ũ$ŨīGŋšXûn Ũēys‚ŦĨųÍ1'ÎT؋K•–ÛMˆŧЁpģûf&­LfV‡ÖƒSĐM63ĸOYW÷ŪvLäbŋÂfÛĸ5š4b’øF d~čU+ĄlŋŊ%ÔŊķ6č UŌį !Ũ:U*#îŨÛÆwÜe-Ū­é˓ߙ $ 8ēģŦŋõ‚`vû††‰]ž™‡‰ Ž/ЄUTĀ ûm”áw녖ÖÉAa……2–â…ÛHânĢJ\ÕՏ|ÜL_~­9hfNsŅDaĶŅ¯b}RÚëuÄ.ŪØŧ[HėCs Ĩ\Sf´Ū)N˜iZŪÉTfĘ^š†ã†ûoÖÚĮ0ŠžŽ§ĮĸĨR„ōn"WHy­e.ŖJK…i΄\Îl™ĪØ}ŊôŖ‚0ĸž%ňáâo…ŋö(— oIĀë)hrkn¯S`SMze'­äŅhņžüA+ŋ‰!ŨĀR0iĖÜzBĸ°ŨÄtJÍÖ1’›˙ ø“bÚÁúŗa<…ũh`"*ë G™†÷&“ü/•TėO­í˙ā‚J#6ŸŠ+Đic0‹?ØĢi7­hÚ$˜\ˆĨĻ“ģ—Pf߯÷ žq3C/ėrëąÉõŧŸ‰†ŲîXFBĒ…[[ŦÖQŸ:íhŪū ŠĩO‘ûƒ76›ÕŖe;–ÎeĨk†!ÂMíč+›„ēŠū( lŠwĐWÖہ„÷ä˛~ÎQ–b.ûĄģæÁrizŠŪ‰Ņ‰ū¸ŅĀŽØė SV"RƒäxĨåJ:B]h“i?b’$œįÁņŗK8ÁŸq€0V|g;Ņ/@­IĖîÉî@ņåŠVöa^9ÍtK7c‘k‡ą9šĢ"=÷Ÿ?ũÜYr×FŪú-FuŽúĢ+H yʈš–îÅ*@3ĻĘËayֆ­Ŗ“dá Ô8%#¤ĒLĻG—›lØā@€Z™ŨIjH› pŒ&B8Ž­.R @¸Ŗë  ]‚Úœƒė¨-ųĩXXåä'=dŽ>„Ļ™›øK]Ļ GDÄ÷0ũ..}ÜQŲÆžbЄŖ/ĩ-•ųÅ$”bcŦŨAŽÃ‡×9w:Ëä]* |mcæ‘I‚oÖl—ONŽĸš#ŌŠã'JdCi°.›OŃ6 øū ,Ÿdzī,lŖGE8^*īÜÜ­:ŲCŅš}ŋ§ŸõŪŦ‹…8™ƒ”1~įūG€ũę=†–je7'äŌeFídLŲqd==ũ'¸;‰Í…Iŋn¤1W˛hh0)_Ž¨Ũũ8ũÁ@O”;Mö*ŗZ ėÁy*3Jī(VSY!âhd$Ės9ŪœŖb"ēC}ÄŪˇzƒķž–ļãvfΔ˙a^ŧãBæ]ÛņŠ wvh‰WĻ‡Ÿxg€~$4vrN‹ŨéĀô"$đž2iebØ>¯ũŲ˙‹h3 i]zŲ”€ŗI+ģ0„ŗ˜áyŦīrdÛ2¤āärå*D˜NJ ”Ū|§NG”ÖŊQSXÉŠŲŽņH :Æ B}VüÂkfô<ÁC~‚"ĪĻ¸åÂ8û ŽM°=$ČöîS0–ĘävzE¤Ęéķ& 3”ˆÖõ?5ŗË0ŽŒ’ÕŒucĀ¯ŲĶLĢš˛ĮĀ­oíSqUÍĻ÷˛ånxëāĮdúØ[Í4îX÷:¤hfîĀĩāC_ Š9™ēčŊúNO4Ų(ė8N‘ęŒĶV`éĨņ ŌJr¯møˆ3>Γ0^ŋ÷?#ˆkW–4”ĐöYšÎ%ŧBF‡ŗ„õi3[õ]¸ (O¤W‚ŽeÜGw ģnC-úĩšÍ~P•t ąĢÕš)ûŠí,ÚC‡š/ԈY5å ĀģĶ2ĘąŒ´8ū:ŗ“ë Ū6!'ŗōƒoPz.ÚÖ´ņ4[a .šq'XĸŠĐĸЌÎKFŦpŠGĻ‡*ÂU*AJh?DũØ/jíŠIί#č˜ä1 ˙¤—•\J^ĮdšAß'ôûž ĮŌ– Ņ'‘2Ũˆįŋræt…œ°xž˜É#ÕŨËIV.=Eƒ;%9ÉÉË{ĄT•&å+6Ņ2=‘jËn‡uŗ[ū!Âjddįu&ēÉ*stAWœ|­âgí_™G“ÛB‚ŸĨëMXąfŖaĮb¤3_‘¸ķz°jP1m.)r%ĐpmįxeYâNÆSkÉ[Ŋ<ģ3hÁ͚žtō%‘Š|­­Õ§îČÜh^Ņ7†]›F¯/’Sŧļ|îŗ44á2#´q"ît&fûšA 0ÛΤ†Íuž$PU¤ģn÷yã{3ؕ°”{öŦ,-ÚVŨ揧5ÚÄ"ûģĀ™O0ĨmAPRÎĀōœ}Ãzū>ŋ–Vpąũ,ŗˤtîi¯)qI °ĶŅöŠ2ĻH‹ŋv+Ē$_HĪGō |@û&ŧĐîUcŠ 5QÛ( ¤JaĸjīËØŌ‡ėŖ’.› ÉJ@VģcũÚĪ* aAQĢW‹˙tCv\c—%>?–dj_fģeĀ3e|'Žd"Ęä<&ų×ã¸7Jnā4Ē{KķsŪæ ˇ[,\1X9ŦßÅxmßÖ]L§Eu>n2Co2s’ķ ĩųŨq –'VŅN¨mG.§ß>.W ‰Ø@Ô`\œom‚7åL‡ûĸŊåHdØÍÛĩ/@)]‹øG>•CûitĨĖ8Œ…öLķŌ›Čp"JDŋ¯ŧOēF’ĻdiB°ķxÖÃŗN_ęę“üCy'#É eāÆ´g´‹ŋķî0Éä)™՝'ƒ bØhFãÂ!ø-VI–jRëHęæŅA]"ęŠ)Ž-ÔĢ3sb—{/\AËl&ĖVā8Ĩ7ēæƃ<2~æmí8Očûũ?ņŸw? ÅWœ]eb<yCČø¨Nd…NĢ,XZbƒēJVNŪķ¯šFļ2Ho’XȆ‹ždĩÄЕÕasЙ†Ž1ākŌÅųÃbyŌ§žÁˆ¤č:b×\<KŦķŅšBūOÍdĢ{L+q i`XræžĘ?v.öō‰ 4Īˆu Ë8{Õ õR­Ũģf ÎMUŪ+O“ōąw^ŌžgBž—čØéŒá?Pī ŲŠķVŗ $Vôī|ˆUFh i-ŋZr‘‰z!PÁVžû1ŗáĪđ;s•ÉŦ.ą -úü*ž€Å/|!]Ÿnx{ũ3t1Î'ôpĪY4į(T$ÕZAjBĸ’E“3WƒÚ69ĘcĄ1ēiũJL`ŗđiØøønpŪžQĮæÆMĀpŠŒ(€Mî.uÚö6Cđ'Ÿt×ĮŪî~Ŧø‹Vm#—wŗņdŋõÄÉW9ƂÛ=†7ŽĪ°2â5”jŗyå˛ãīlŊ‚ĶIlVPũjÖ âGôY—aná VģûIT‚ũ0tĢĀ”pšęz—×ā3Ũ\"fū1Ēü6§Ę×øšlđįõž­ŖŌ¤”†;Ū‰2‰P´ÆJ<ÃUXwû!ĩGaæ“TgZ{Dz&O…§Žķˎ=‹Ė#īã{Đ¯×ÔÛ…f Ÿ´`¤KūĀéd}ĶYˆ˙¸UĘ Ö•^Zņ@øėîŲ:MÂąŽá ՛ttd^ēį Ŋ÷Ú .$Ũ5v‹œktx ^xOÂXėԄSą˜kãÂûp¸ee[. |pā\Ž9;ąÉHÔio÷ąßÉ@ąæ‹úeŖ—Mî{Œ–ģ‰öžĨjEĒÂQGéd$5‰õmŒ¸‰+ā{"+™ĸš>&ŧÂ:û¨RĶûˇ+Æ[n/኎āĪ‡eöTFꙂž+‘ĖÜ7}–ĩŊyē]IœŽŗ­R+¤IíXąÍiŲ’HxW曅?.Ú7ɒZ‹ ŲŅt ĄC§"&Š¯‰čc폱'Ÿ?p­ˇ§ßŗ€|­/‚cCUü9={LĖĐī„CQYظšFmBįGpČēÅeō’ßMûBú‡VģLŒf´‰ÕÔ:JŽ€e’Џö\ @Ōxâ÷ãWeÍéDĀ"tT¤:—eŅYÜ>ūūĸ1LĸÆ3Ŗ]ÎÛTģ˛‹;ķô(Xī)8žƒÉ$ŽŠâ–Jz â2ˇō?=8)Čô—qvõŲ!úR^VÎ]E™Ļpa>ZÖ+Úö–s;u¨S R Ņ+á V˛J(ƒX+;R!rãúĀ ;Õû;xØôMt§$ą;1ÃÉ(‰Cd?_œ ŽŗVÍČA%îÔĶŧ2EÛÍSŠr/@ԈucSŸÖE828ŋVí˙[Wēo Oe~î| ėĘú؄€7ĀĀÎ13įĀÉÎēj{RsTgķáũ¨•Īũ1ū‚ĮJĨʚjīb›5ÎĮ܍ŅC:–G˜č_ĶõÉœ0ÖOÃI/÷Pö~3gņÂ59O]AÎ'¨A‡•žUüu9 Åéq@ä§Ün[Ÿ1(™{¨z>ŧÉ2“\u&…ŠüŸ%T†sĮĪYp…Ų&nĸȝMˆęfšīT‹ļđTã—'>ĄÃ1<$ģWCļa­hŗčŦvúŖÅtÁ@J{ŧķäOģÎŨЊąßzāāÍaÉpÃ!÷üløØ|\˛Õ˛Ĩ|˙W#WJ*ĩ“†=Æŗģ ˇĘĸG3y§DĐ6š|Õį ahŪį—tŋá]ŲĄjęĘąĄÂ`ˆÍZh‘)b§ĘwžŸņGÃT:ö˜¨Ēx @!˛éX”íēŧb—ôQ…ĒŨNj–ĸJg@hÆVüâį%Ũ=^ô…U2Xî+îëÃã„)!ÁEæ†ŅSbߎ6ĄßŨg Ä7ãųëŊģ j7š\ÆŽIf7§1ˆõ^ď|Äį|ë\<õ<_ėˇ={9°^ydÄæBēōeaļ1āš.Īä‚ķúÆ(œŨĐ}(jôtV%Ûr€××'ęmû´Ûōd۝æˇĶcĄú’ÅPn=™qŠõÛ<*ŌĪ¸jĨũ0ĒņQ§ û āãv6ĢŊĐ'ũŒhŠxNåtųĶ5jâ‘Ø“ fz”ãVôķŠ9Œ˜šûöŨĮīĘPąÛ6+%éąTærßĻŦo(–Ø1–ÆŽKoėŒme­îYõTm~wĖ3§ęörCq3÷KŽ2$€Œ†˛I§HNŅ›Ũļymk+eŠO2cÜšĶ“´ŧf9ąÔH(¯œd-/¤ôžäž´Q´žR@FÎlëĢ™e­!6vũ‰>Y`HŠ&.MÄgöč†næđ§(úüE˛ :°ëņ‚lŌŽ/s *@ëHčØųžŽú0J°6eĩ†(F5Ų–Đũš™é"sˇ.œscoj â]o â2ĐXŅâ&P‡1îë–j`ß7‰˜+`&Ōœˇ¯P[ŅoTúL–¨Ŗž†]!litøíBh’¸üæŖ%ö F‘n:BØ ›3™ Ģ˙ÃĀ:VÆuš‰¯mLČ[ī¯3õžĩs ƒGÁ„ ]%Qd‡™dm_6luDÛm>PÃ*p“¯p…°Čã°GōH\o4šˆĮˆkíå3 iÜTŨęĸ‹'˙5öĒĒžtā|8ÂŪ`.:ŠM '÷ėë'vˇäøœž‡ëÉo˙‹ę(#ĢcR"ŲÁžĄ,lÅUË3>5šÃsP—¸đĒM †géqˇ—ÉÎė‘€tÚļQ§Žũ_|šžČ¤oSõpĩ…ŠGí-Uβ— ¨I1alnL ¯“›WlęĒŠˇ?šáˇŌ¨JüOˇRfž’'ųġĩ3Ąãį(Øy&Îü"ē44!ŪĨ_´`L5QžĪåœåƒmô(o÷­”QkEtČûHs% ÂpbįŽ`éKhTĖfōzĀj'ßŦÍÛ`@@yJmŲævĢUSKÕGgī$üöm““¤ĻÔĶAāČÜŊĪMdŌģÔ48A1“Æôq×íe%aīm´^ĶŽ;ÁøŊąæ^ö9ĢŖˇōų&Äĸ2LŦĨäFnčŌņ0ļEŪ$) ֐ÉtbĶŒĶŪūũĩj‡r0T'ŊzĮSÉŊeÖ{fÕy§nŪšö56Ht<ēu2”“JēaōķIC p´‰0ËÎŊí*? JŨ˛`W†‡=Ņ>5ô$ÄŖˆ9ēÅįK˛b•Á°¯hN˙;Œ‹ūÜGâčN H8ŊûŠFmD‘ûš'Yēog:‚z Ix˜_ĒZ!P¨Œé+ lĸŪUgĒu,+ĖÁķá#8õ,žˇHƈ L?Úē}ÆlB2MāDĶ.ø}mĸHÅläՍē…Ņû^T}x*o ķ4Ēá5Īœ`Mˁ•ŸājŖ–|9š*3§’č ‘‹žČeQĨrīĮĨÉ°&U†•iė|ÄUęH§=đˆ•Ą™¸MˇøŠ9 JFëÆ<šņĢĐ!ĻŖ[ÎæŌøЙa0FG}6ūŨŅbÍũĐ˙>{5!ĐŊØÛ+Üé3RË7šX*˛otŋsÁŦ*……iŖ˙¤j{” :â˜ĩuRķŠ5ĘYîđí&Ø į §§4{!)ŋžŪë=Á´!ë1Aąũ%†`Ũ>×6ķY(õ'#ˇÔĀʨ*y@ę”z"ËŽ~`Hb{6élgîõŠIAĪ֛†uˆĒ .‚72áģãX^Cš˛ėɇ@ÄĖJũEēõūšÖ 6Inģ€Ŗ6\¤vƒOČÄŌ’åšģtFŽķiŠĪŋE"‰ ÁĪŧ˙Ē#ĩÚˇBū‹YxęCæ$LŨŪ~oLÅŠĸkUŊ.Šxîe4‘N°¸4JõˆZ‡‡ģü?‹ôķkbÁ3šdô˙ŠrBŸzt%Îs ļŊįËÁE‹qâĄDįĒf(^: ÖM;Ë*Åŗ—ˇäeƒ\ao4đŅŠĶtŦīĮ •ũ(_q:sõ‰-JbŋeįÆsV.[‰JEü3)ˆŊ…¨Q4úkĪČzŧuIû,gīאhŠŦˆĘyÂĄ’@€mB/Ũœi’†~–ŗ‚Æ MŽŲ+{-%7!”Ųíd˜;.Iŋģ›q;Ū—&Ŗž7YgÂ9OâC üĘe‹—÷črŲ°_é7œ ZĨ:Šđ$ö‰Įļf›LiGæ1ŧF˛Ál4ģ'Ÿ,ĨØs‡„Á>N>´ū*×ZëJ]AR0ĪP_ŨęKJŅh89#!å|rN>9ęįŒîãÖ¸YjŦÁŨ,g-7Ėöú¸ē bŽ2bwm„•+Á4Æīq˜zXš ŲôøŨs›Ë~žÂįéôƒÜņĨĐ~Ņĸ5ü‘âUhÖ`^ŌaāŅŊ0ķf+Ū™C%›õL÷c.hBØÕrĒ7K…B!’vąwōLc_øŠ…ûá¤*kîÎĒQÃ@zKŖĐB€ p>ãŦ—ßzŦsŊ/ņâß_•ÍĸŒĸp}˜ Á9 ī",wŌUÔDīFŠŦ°(Ā–“Ō:˛Ž“_+5āo"ģßbiėīpVŧŸ´˙Aã(zq™ÕQFÅ(!Ŧ„ųe¯ērĒ ŖR+E1kGcÂĸî€{–’ôĸ„ ˜įÆiĨŋtãŌÃ`Ų5ķÉ@BŗL`ėrGĒæxgujE6Čį…›{ū‚KÂŒ—ŧ¤:ŖįÉTá †õrÕÜ2ëæe°ĀBø>“4‰žn Č%m| Û[âNf–¯™ke`ęMŠsŊ!āÆ ÆĒí/eh“‹„¯ŲĘŋUŧAXw’ŪaēځĻÖĸ**ŨĪęxŲ3&ÄîēG†ąčh'QNæG3ĸČįč&ę™Ĩ”yLōs+h6×{'žšÆ˜#"!MĀ:ŠŸmeoúädø’Oē>‚¤­EįbnDä9Ņw‰œÕšÃžå‰ÔÜßÆ(øuō˜ˇü>ģžŦRĪ&֚˜zŽljŠĐĸĨ 'HĸĪŧŧ–sMŅ=I°žDžn‚ƒō•ŒĪq-ļ{Û8˙uJáĻ–đ&ÎN ؏WÜY* †ußß#›R’žŅ(ĸĒˇã)ĢëäS†šĪqÄîSƒô5s)˛Ę  u7'9ĨšI'ėhGaĢ@Ķ|ž}-’ķÅũNo_ÁĀīÉ( ˇNë5‚T§7ëwD;‹x&­×âS÷ęMŸ:áÔŊ~ƒœã¨ŊaÄn͘C%Žą<ÜF"ˇŒļĪģ9“ÁXPņ“Ū`˜ßėrb˜ŽŗŦˇ¨€ōĩ‘Wņü÷tZ͑!ĨíF(ģjęNfĒ”ŽØ<üŅØ'ô™S/saā›”€Ŧā#]y[HœāÖĨNĢOŸõ&~N\ŪŨæãŗ¨Éâxø‘9 ¸ÂēƒāXßėSÄWaĩŠåÚiiPŦ¤Yip€îŽąC6â„öĶ´ˇ&&Û dŽ zĸq­kh™(õG”¸7"p”õ¸ŧ^âWÖ”ÁĪ´Ŗžúā ĸķŸ0õđ°ãwNV4V›Q˙¨ŠÔQ[n0ÅÎd yœ9ˇ>Îv}uLžģŌö *z _Įx’ĸø.ëHYkŧÆK*ƇSŽjqū͛k‡”ˆ…ŠžEk֙؆ÂßR›5; ‹tĐëۗÁˇÅž>^Ū}Ą bä&w+f4  öŧ­”-õ \CŒ<Ė=´Ũ(ŗ÷OŽQrž-/ ŋQܛ5`i÷xgŦĪMN\߇ˇˇF€ÜĘÉ-ĩļÄÃ-ĐŗBáí“tg¯<—ŠRJ2öÜU .dÃ8•sö˛}ŗŋu’ØŠO‘SOVPžD°qž‡nûˆ>cRSZ;ŸíN)ûėĪ`ĻQ"›đ ō–âÆGPyT€’Vžy~ÜUb¯$yܓî ņ0˜¨Ü-3@;ļ6J`'DÃōu-?Æ>L$ÍĐÅŅG:Sú,¨<¤‘ÎŒIėŽ5Äf†=šP5t†YĖFë6đÉLáVęFĒéĪĘcŨ3F“Õ i–uŊö&6ˆršÛėņ5ܛ>šÃŽ›ārĄâžR“WŨÕÁŗbibæöĻŗBī1Ūt—.­OhÃډĨ”;}āüÃöĨ-‚hËÍČTic.‘—.ƗÛB›oįŲôtˇEH3yÄl÷ã‡ũœi3—˙ˆ˛÷9đeY#ʘd†ēËĻŽJqpEEÆ=ęĮ­Û9‘Š’Lĸ—÷ÂT!éŒ˛ķŋ÷›â料œĩą6ŋũŠÄ›O*sÕŽĄ%8{+4uJLÛa2/ŲŅ§Ŧ­ÚY/oĻŅÁ^0ÄÎ(ēItkāđ˛dq&_ ų¯3Ĩû6wūÆQ˜3ÚdŗJŠ[ËŊ”ûšhĖšË5Œ%n_'ˇ~âØf.QÁŠĖ…ĩPf1 čŗTų įú;ã53-ēã%t/pōiÅ?&úKZÎŗ,ĘĒQZÎÃĀž ežÉøHByšķvīĶ ąÆ¤™„ŋI×"˙yëŲ…ŋũü—Ÿ˙ōûËo˙ũ˙üĶO?˙įūōĶ/˙ú×ßúÛoüúĶßûëo˙ã¯˙Īüúˇ˙ûŸ˙o!–Š|WÚŨč)-ęøŒ-˛e8×ĀŒ7ōû›ņžúÁOįėĒ Đ•8{,’č0Æ%폚XōÍ˂ kÕfAXq ´ Ĩ´ ÕTÛ ¯5¯ ü5j›tŖ˛Íē_¯ŠåMËāqūŊ ōŠ“%Ÿ0æà ÷dš;a­ <ŸÖ›éŋã/;EŽÍ‹ĨŋūūË/?˙Į?ūū—_ųË?ūéŸ?˙ü÷Ÿ~ųũīüôĮŋūøËOûë˙ųķúķoŋ˙ũ˙zF‚ūßD=+ļU##]ˆŸC^ĐChEšG:b$™ŧ(ų¨¨°1øļĄØTįk\™GĒR?3— ¯Ļņz€ba|ģĐãsw&FQé oŊ׎­t˜3gå-ą"|ßü8gÉÍôš•§kõî7d0Į*ją ‚"Ēo“0j>Å(x†–4NôAöĄ'ÂEŠ`#SÃSH=Ÿ‘šÃL!æ FsŸ|Rl:JŲ)õDÅ°ö%Ņ~ß*ķĖŊ3ŧôņKˆ&œÉ&œī”5m~úŊäļaĒßĩ÷c‚ÛŒZ'īö 3\ƒƒ¨į>?~ģáYî&PxáŖƒNĒ…~+0š˜OŗuuŪ{_X^ļ÷%˙ŪŠ=¨ íF›åč˙ΡûΊÖ8zî-#‚ŗE0y¯_fG¯VÁ ĸ–OV⸊ĢĪąĨ†Œ'œ˙,+ĒÉ1" {”bŖŒ ž ĀÄRm  ĩO6 nkĄ{üW.ųyĪĶJF ­Č{1Ls…Ģ ĮV§'‚a˜G◷ĘJQƔ2įė^Aī1‰Ä›ŋoQG[I¸w ?ĒĒīŊRųÍ-ĸ‚šsŌų'_DŽ ąín–žĮW!ČioBváæƒZā7™ käĀĮ—ŧŪŽ­%Y%ĘũN›iröøI}ŋė_Ėú V $Íí$Ũ[ašWŨIlĢyã Š 8d¤–ūģ7îõÔæ>SŦTƊ×OT-dÍív)ڜ€KIĄĩÕ/Įļē+*ÍŅâ¤~Đ\žąø+'[î¯âļDAĩÜ9ŒO§€ŊāKŌĩ[ÃÎáØĘ“ŗŊ¤ÆđŌ$˛$ž?'ĄĮ'TXG$Č|ęv6îJŅ)Iƒ¸ĸōÍø.bŦ‹(<ôÅ+=–EÜû“š6(:xˇéŠÂLB˛V%ˆ> IĪ\”Š{­Ē8q˛ĢŸƒ>~TFæ ö—wöĄ‡íŽQÅ .ī#Bäëž÷öwIv÷CcBÉ"Luț†õx„íw'TJ­ Ķs‚’ÜŠ2G'ĪøU`‚č9ÜgOû;Ļܖģ SÅÄa‹LEC‡dÆtĮDĀ;h4ąœQwf¯ļŗõ6‚RŅûûd“k–o@”ö â"_žnqÚM¤&‹ dClréGŽĢļËÎŪ[ŽũĮ›V‰Ör”Š@}MĄĩŽSīyJt­›ÍČō+Žf_#aQŌ‰¨1ŪÖ^Ö|˜tivã!saVS ėÍ'ũáĖ9E~(‰ vz8ožcâ ŠXüK*9ŗëœ h꒘Z˛>qŲ<‹cúĸĒ”ëÕƀ‹ŋaÁ`¤Hô\°æZ$ęŪü‹œ$Ÿ˙P0o+’û” jīŪá3É=2ˆ>ŗĩɞJŸÄ¸ cJ ķ‘q­Y´lp[dÔ O—9ßÛ^‘v˜ûåYĒąof•.ŪP_F Ŋ å÷M>]‡ôY˜z“ß~đM‹ŲOhôÆĩMæA3iubŨLø­Ø“6ÚŌCžTŨN,āZ¤EČB–1˛ĒūÉqØNn¸ābģ•1k6™¤A4ŌHVæHëÍą6ՈøgžŪŖÔO'’Ëö&‡˜í‚æbŽcQÚârÆvĶÄXY S ;ŒR…Đæ8›g :yr ŽāæĪ ÖžßCž cÔŋĄ?/ųÍZĸ!ķÆî}&㏗Ā‹čDŲä¯C ;=ęĮäJUú@ŖTü.`\o7mÜĐj"íĨ{6Ēg¯.ļ×؄ĢŪ8¯45Vü6n(ö†čcŲ¯Rf’ ĸ_(ĪyëFŨd}ŧ÷ķwÜ^ØĻ•ŖfĘ°†öúŽ$ļ×˙ÉfŪÉ\ éØ3Ą˙u˜¤A}ßɊĪäķ^Ė™Lnڛ*–cčŧ÷­}eŧíWī{[y3ŗiÉī÷žÍvv˜^~“’Úō˛zJ‘Få—XžžDk c`įķ:âŦ¸Û‹ëõáøŨšS4qö&īS^F)KX¸ŋ“TųxjšÁSœ§-áj“ Éd+Ú!tŊō.öĻ2\ÔČë {÷‡iö&Ī’ËWôŊ‚O ĶÆ}r2ÁŗLī^7¤N܃;§xgظ]6Pé]Ë(k)¯+NĢŖ†MōBB†`Ē/L‰,øˆ^¨ė„s‚š43u ī¤w:"Ë1Žđ‘=ŗĸF BumWšÖíwī8ŅDäˆW¸ĄQS™4ŠíTlĄ€1ú4GV|÷ĢoAAŨö)ą<ķ×g ^TmŨ$¸ÚČ}nšdņ]ÕĨJ”Ņö"ʧt;/Ö˗œ#í˛e­SÖLĨ ëgęĻÍ|NÍČÃŽĘļeĀ›ęëxq–rKß5æĘHģ‹~“i´ū}}“ĘEŽŊÕ–P­:ŸS<4FžÚ"2ŦH>úĒqS?š™Ëu<Œ@hĀ ŪxĘŌÚX3t°o)<Äŋo­Čúr&&ûCøRĄMā1ˆ6.™‡yv'KĪTZ*ĻĶĻڇĐrNÍŲüū2ī8Z<úŗ;6Û7‹8M™eÉJåĄœ(b3BSícĄ'‰*‡ĖRŠž¸ĸ 5Ž°ÔÔ>w¨įŪūĮõëßūô§ŋũų?ūü˙üķ?˙öëŋ~úūūô˟~˙ÛOûĮ/ûé˙úã—ß˙ô÷ŋüö—_ūVmëŋßžĘdčŖjœËÜ˙nŦŠq$@T&zSAuĢÃĶ^l\íŖĖž8ŠxęĖ"˜—™ŅŸdŋ°WJŅŌ¨ĖÉ'ÛĶ9’÷čœVj6Áû%0fhÕ Ŧ–^ĩ]ŗō[‰:ūMIdãāę Úd…‰Vtpi"t]Ú'rvUŊĄ[B+—S;PŗÃm§ žJrasé¨ė1߸û6–}Šz ÃĻL}Ŧ„|bŊŲSĀĶk ĘŅx¤W‡˛\rŠ}ĸ*‹ČŅb6ÆT/ą7ēPyũ–=2åĸ­…™ƒđņ2Á;˜s„îywš 1Ā¸'ĖˆhÚã¤z:S~ž&]ˇé>bĸâŋŋ…ë ŋA5ÕIë“û/úŪŒaQ(9"ŧũËl` ˙Iļl¯ŦvĩÃĩ)Æ)ڋB !$TjŠ^oÚm§ēüĻ*Öd4œŊÁ­„ FŖ´g}ÖQČ€%ˤíĐ~to—Õ9šŪĪŲÂŗ ,—ÅéúÍÈ|ÃĻoļ2úÉúũfį´1JinÍ'íĖ䀏F- :Įî¤Í|ėĒ§˛ÃëũV,“k$ČwĖú€ Ëų­ũāYÛ0ä.×ũ[§=>6y(DÜúųÉáPj,UVB=…¨€Đr•ÍÁūf˛Ķwø*y™l\ŧ‹Ã’§F ŋ‡ˇÃžP2‚?l Ÿ™c\M¤ūė$kmŒ‹„| ė@´õ1+ˇAķâˆ.ļ‚ĄĨm[Ũ‹q3Væqˇ; ,ĩUÛų5 }ŧ\1åŒŲëŅZŪ뉔šÜøÄŊ;Ķa6÷ö ^ŊÂ8ņ÷Ŗ‚YuePņ7lIgÕ%!‰Čœø€Ē‹ŲÅÄGāD|ũ (OtƒīõƘqÆŦÍLüƒūáŸÚĐoâ ÕôUzŌõtÂËG~Dņô'Í7§ĨÂ,ԓƒg¨9žšŒ gI ŦēDhŽĄũ@MG’įq Ü4e ē%9Œcã…ĮÔĀŽ/i'Gd˙úƒF”¤)ī—" ÃžŸ÷×Gb4Į§+ÔŲĶmVbĻ6ü´R9eŖ˛“š=¯ļú.oü< Ã펊ŅWœÜZü*ųÆ>)^dŋĸHŋ´ëo˜–˜Šh /Ä>q‚Ûc1~=jYöTf2;5ˆ{âÍÜß˙ØXRqvD&š.Üņ”ú ;H_ąOĪהŌ\ e5wŠp ´ĮPRL™ÄęQÁĖņ‰35k)äīĀWÄģ1C›˜¯äē°/ų$iIë)BÔ°DߨU˛…ÃDûœž Vũ&ŅėƁæ‰ęËgXõˆVŨ¸öCÕ3Žsā;J,™$ÉfHÄÄ"§;ŅëŅD=™ 8Ą,˟Oŧņ˔%b.ôä 3´åc 2ÎũŅx-jƒ–I%ÖĐ=+übŨDŌ^¤}Ŋ:-āe9Ŗ&yBŦtåÉ3§ŽÅ ÷éH° ‹7,Gā]į|ēéz*⭄ģP›Ī|rƕŗF‰=Om Ae­Ŗ¯.RãŊ„™šÁ9Ū“Ų~Ęũˇōœ@MÚō€3'ÅÄ* \_zS’z.GÎî% Q'iî>Íbŗ‘¤í.ōF”üD—ĖmŦ}žé$/Ą<~Ū%œe‚k+VŦúŨQLŊeié[ ĨutŧĻ~:iB< hÛOkČ!|î.F`Ëöq^Ļœ p+8Ũî7#¨BÔõēkŖyZŧZUoUŪįŋĒÜY\÷Åë€rŗĨKĒ F|ķõL§üđœ™ŲãČÔņj[#å„lHõÃDîútuxE Ú°ëäד¤BßRëhü Dšú¤sŧžŋÛĐæ•.?ÕŅĪąFūŽ4q„]ĄŊ3zŒŸŽ3?Q3SA"ŋn;’Cëc÷Ķ !“?ÆIĻ`h4"ˆø™ÎdY™Öę ļX/ڇMtŠp›V`“č$ƒüØŪĘĻ˙ļN'ČoˆXüe˛ĪŅRģåĒƒ€ĄBˆœړh˜ÉîjÍ$‡’ ģŖ õZYŪp*‰Z"š!ŠŸH Ŗ›÷–&”û*Ų|Ўįč„e/"ˆâ‹uvŗ܀öTßč+=Ļ%ŽQ¤ Íøč“'nmfŪ™ę”wøŧ7škīy6õGÚpJ§1įjé;AJ…H™k|/. čã´ÍīkGՃūˇ_§‹pC!Ú“JĮ#9‰”-Qh0D߸SļKncJæĄˆōd„•Ŋm4÷dÖLŖzC’€Ģn8i€maļBS9ÅEã`á7øČ{•<ŗŸUl€`e™Ų}Ÿĸƒi‹BŖ?ŒĶScgA!ü8 ›õAĀ2<ˇA˜‹77%dĄÅųzá~<€§J>JĨ-"%‹¸v*}3„'ģÛIr§°ŲÄŗ˛‰~IELĀLÔqū˙aŲŠŽt!)Ģ…@—Ûb šVV§Ŗ ×h‘øNƒÃ#žŗ{ĨŽKjqėd™ô|-Įt„—ĒŠĒã? Ė0æi¯CéO\‘%ąē‘+?čûPĒžqû¤ķ{O+8uŌĨĘ4Į×rdx,Š'Ņå´iŖKwßJ°—úhē/IĶˇŖ“Yė ÷GčëâŦŧ[WžŒÂNņ *ü8_€ČžÍhnõ.ØëŊLˆCgDī3Đá¨pDh?z”Œ,ÅqŠtDŦŽ‘dYÎîZņu’p’S %e™åcŒŨ Œ…?Õâ*"n E­3Ą2t}€ī÷:%Ū–?)š‚1”%kķĨfˆt¨ĐŽëŅsĩXØ{ŠJÃČfƒÜv„n3>S&GB†iė×íJ‰rëĐ{ŒG&E‹ėōŲSį¯õbeæš'Us›V5¯; ˙%j8díHõu×úŧnt'“Šæč͙Kx2Æ]ŧs™Wšĩˆ dĩRwâū#‘pŨZhXƒã•¯ĶYš}ā ÃOĻBz-§ėŸ@øĨũô}ŸÎ oô!Öd\nžC Įw@•%û|IÅ §\ãØ(eũôž¨æ'ŠŧY[ę"Itb,õ,Œũāøʂ}kU—ĖHŋŲÕMųĒkwíŌŗ"ZXÎZ$iž ÉpL›¤ä?žRUÁ~N• ėVķKOĀ“y’;†Ûûú.¯.5û“ázRl(tuˇ#H9FØ9’-%‰Kfŋ;Ÿˆē:LŠXG͎šŪĘ"ÍŦíC˙úŠ|‡˜LLŒ­¤ûpY m2ą Y#ÖŋLypjéQt“äęȁĨžk7¯™ ĘĮ” ŧoŅyú@˜.ą!‹ī5-,žw}“{øSR`sĩŌ;ntœq´P>ŋđ6›­žÍŊĸĶP?;üáËĄČĸ1đæīˆ¯ôÜiæLĸ”UĖXÂYâĐKĒ¨€Î[h~-ÕA9ƒåŠ]íˆ=,Cž‡ž÷ŠÎ:7ĸŧ s­&_iŖ0—šbüŠĒ;ũYūāˆė.đčãE”éĢššg—–šĮCK;Ü‹wTĩÖË!f­í‰*ĢËũŌéœÜp"Ŧ’<cķ8q@d”ē)ô|ĩ˙Y"˙ĄžÛîuúĨ`E‡­’˛‘ž1B[ĪÄX;ĸlę6›7ėú įŽãŸx™0"åk‘GĪT`T`lÆˇ‹¯´\ųđ[Ōfeą)herô˛ė¨\=é’:5VëĶIg§&ą×ũĄ˛m"Nú?÷§Lĩ†‹÷Õ.įæ÷ĩ”A=ųl›“…Šđdō–”> ‚J'†•îG?RŸH´2ÔÆUS~čŅG+ÚgHy‹\ú›Ãh‹oŽSoe@R'‘"JSeBī1vRŽŸJž…&´ŪÖÍqû•@pįâ3„ĩM‚‘ßšôøÅ"Ė˜€īÉĮéž=4Îŋ(O†‡„m[ę! õ-ĘØc§a,ũØÍēB-zŠØr‰]†g(ЄSš•é˙“āúÎ>lߕūgû€ëBúáėßę:öß˙)%ūΚ1õKīQŦáۅ7ę?V9‰ĸ>Õk7!5?×ú÷2öFáe‹°Œ[›åä—õŲĖ&.oüxĸđ: a¸úōÕRÄFQœ1'FEž ėĄÁ~g.+LŊüĖũBŅ6N"˜á2‡}V“S˜TgŊd5¸´}’K‹eFF§īhˇX7Ģnkĸj׎cˆh[}iVûÎĸ÷›iíšÎ\ĸÔÖZ#<äęt}ĸ‡ĐŌđĘšs[…Od5*ö ߟsę4Y?§7YI'Ÿķ ŗM’ĒŒķT•øz'ØįÄũŊyJĩŅŨĘš0ōˇūytuú;a¨ o)C’2]×éØjĖü¨ķã‚‚æ˙ũ¤–GĢ OĻ8~ČËF5ŽRÍRfƒÉ”CE}äFņŲļŒRnĨ^z,z.'B/ŪŸažšZn^ĶÖk0Ųcųhņ/¯ą3"tÚT 7ļ}`elŖāžŊãų?@ŖŅ•Õ2$€-ūö䐲š|ÅYk€˛øx^÷ũĘĘžâŒ9ZÂ2#đÔ}ŌåŒņIÔME Ž´ŌĮįu­&žÕˆč€ŋēL­ë1ΌŽ2đžËūēŒp§q™$“ŌŪO;cXVÃč Dî†Ĩ•ØåR‹o~I™#„K—N lāŠSę§Č/ÆOīaA “ÃŊt褂ėš(öŒv’§ÁŖ¯ŖœA*‰É(íYtĨÆģ` ŸŦĻķž-G î†-\Ž“>LGŠ<jK53wpž­đW Œ(ûĸ§īŊ÷u+fĐX‚ŗSæÎK.'ŠíQn)Gô¨ŧq‚oWņč;ųŪMķųņ‚…2>IŽ\ác"×˜ë —8đ‰2õ*jpäøī!úĀ™čë{Œ*x@ųwœCV0ąÍøÖÄ_L͘įÜ´Ėöû\¸$pŽ9ũŗY!ÆdԆĖ‚ÉūŒģ5Â)lĒB‚4SōŪ<ķˆ=2Ït UYĶļŲ1CÎ4ē Îã h YėpLŪ Ūî)ˆÁáiĒKĸB úˇÕÔōg›ļ)įD9¯ÁJöŠ÷ÕÖį´íˇxĨUĸ ÆÆÜŖk'ūžVÅøv^§:.ã10Īaû(?:ņkVü8˛aĮĘę>ë­uqĩŠüh­¤† –ÎœäĨt›ŸÜũYį 5P0B"!s M›ã3Øh.˙ĄũĪ/û^¨wžē%ךüvĒÕĒļß!ŖĻՆv*R7ėwj.™MĒĒ§f‚…6ã)Ô:ņ, 0!¤‰š_ŖIÚW >2‡-)ī&–6â¨Ėš}v€ ķ@E¯ūÜđŲ*â(èt˜~eTõä1 ÕGÃĨ”ōYŖxTÂI˙Áf$°mËō•pöŠŧĮoČķĒîvĻļlBĘ=ę'ņŪKûũؒLC˛uO8uoēô´.‚ãÖŦˇÎlū˙ĩyQícÆĻ6ņųĻļëĘdQ2÷›Pœ!ŧŽ‚f*<ã€oŅ;N0ėÍÉÍhNđGÁKŠéö‚=Œ)ËŌ÷!K:3ŽĨe:Ē†ā^nŧyyˆągŠķÖ+n)xķ™Ŋ:ĨcJkĻncj1r›wæ5oIV6Ę¯ŲÕT´]›LŠ—|rŅ­´ …ėÕÖãfō=5&S‘ģōu–ÄWôéīPU¸Æ;áÁ뜈_ŸŅKîēDW6OôŨ,ĩ…x–ÉJ^ƒūũb p ˜t¯Ft˜Íãt¸oæ%•ŧīeT"ë˛xŋAix¤ÛPYūtQĒÛ'zúJRwK _iī¯fx­cnÆbą†;3cn9Š ^éAŠ++ūŠ,‡Ļ q˧ cK…„hÔ *–•N—Ŗ!Æˇ“ ׎HMŽžšHÜ`.XÚGžĒ!VõxØ_vj ˙Ôī||Ķ|Cí:!_čÅqx!"æ oœĀ ŗÛcîûēpƒÎßí'2— .¨úZ'ÍŽSûvMS‘%œĸŌĒ3ĄLŌæôqîŖÜú?ÄøG0Q*SYmÆ `ą9š;âÁņ^Cņįá†ĘwņËĢÃÛAķ™hļŋ&Ûc)!Ĩ p#Ą @mŗØ%ÖėōPōéh'ˇĘ¨Ž[@ņ Ŧë‹2–‘Zēî õã.ĨŋK8ô_˛ņūôķī?˙Į_~ûõ/˙ũūô÷Ÿ˙ķO?ũō—ũí§ŋũíŋũô۟ûû?˙įßūųן˙Ū˛]Ã?~$‘0ƒ2 õŦeE‚ŪzŨY9ąëXA3œ/ÛnāO2æQĀą ģ´Æ׸H–fŽüzĘũE¯'´ŸŠņøMVéĮĄžqŌˇˆė7~iƒëL#2lū m,Īõaą‰/O-kRGĢų´}JÖØ+gģ„ öŠŸÔ`Œ 8Ũ§ŅlI.ËtîÉGā+~CëæL*ĪJęrôXjÔEÆōgŨŸ<‰7šžb~ßŖ,]A/(3ŽšĸœY•xĘūņm5´ ø$:Jú7žžu†8oÂNy&āĄC¸BûZÆvËÎAŲīîzŸ0y×ڊ…ŒÁPÜ%~dėG[Ļĩâøe’7ŌM8"yģ MŦjšWĐōÚ'úŠŖAڀĢ…h€Bŗ+ !Š‹ÕĻ ũ◛Ôņƒöt3¤īĮ`K‹u%˜hšåMV“íĢûå5ëūŒŸ´1ųnëŅgk(îÂ1 ŗ%xՆà  Á;5ĸØˇšŸpÃĄâ9Äĸ9'ŒØËqė¯ĖĀ˜÷ķō=5)aģo5fú°‘$ĸŽĮcĪĒ”ŋLĪ#ħ Ŋr}’UeđŅē†č͇fZ€Ŋš0VĐ>ƒĀ’ Ŋ‡ƒ/^ČxîUãG5× ĀY8æũm‘(kŋ@äÜōô¤;MČŧМ‘zMđi‘Ņ.z'`Úp†%%ÉU™MĮÚūüSô ëv{ņ- ģĶ^JhC:ûđčÜhIā3$W)Ø ËĀ¸í°ÕdNm„‘ŝS5ôų2AX k‚QŠ—ä't`õFõ[i ŪŖž<Îuē*Χ ŲLī^˛™\k\/ąĘ˙%Õü}AĶžJ8‘Ī˯%ČÔt×X¯d'ĮēAžąŌjIûÍV“‹ûvŧ[Á֌)ŅkÂ9ī÷~ÚŽ5…Ú ^Ę]%”Ļdą™­b(|R’wņ8P$˙KŒų ˙2lšæ6áĸDSžëw.ímõ80ĪnuÖkŧRĶV/GšķėՅŒĸ/yE˙5öˇßûŋ˙į?˙øųoŋũí§?ūøõĪ?ũōËoŋ˙ôûüå§?~ûųŋüúŸŋũų¯ûų`˙_ ÄßLÉėEĨ T ĒzA1ŨtĪ>Āš*z‚=m„Ôžđkj˛Ã<‹:æ_ŒjŦ÷Šž§B…U į„Wsë€t ģ7ŨĶ’Y’ŠĮ$’tÚjĒ\w?ŨZ ›€ <™—€ta+ĨwĢ ŲĀėoĒ ļ¨ņ Ųs1yØüļPėåâ ā›ÃŋáæéMXl hT-5ʍaõ)bä Ė°E ŽíR¸0â`bīš $ŠJŪ8.ÃVŊ ꘐÎwÕÜ"@ŲWŅ~EâvŦ*Ųë`Ož+_Ú+=+ņ›ę\ĖķōDØT8ė" Áļ˛Ģ:kãOöBhņ[ëHÃæSū[=v‚ v×7KG‡É-Áĩ˜=‚ļŠÍëļm7|;Á„“Oßē’e"ˆ …ˆņšĩ—Ÿžl‡FZef’ 㨉[ģ/ÖúL$3é‚@$7¸{–<=NčØŋIgB\ę‡ ÚB:“^‰› FŅ˛ē1ôēĸlĐ Ín”ōfęîY€bI-ōŽõ :(3ŠĐŠ…Ô)2ũĘú×N‡”0ę@}”ˆ… [Õš| ŪPáY¨ūĻ2k]<ŨΓû“BgŦKöŊžßÕi[üž8š WzŪs¯úĘ=buĘĖ‘‚ė2úļ6ĸŋĘĐį”7Ļä6īFœĄ!"5 ×ļķMŽ#ž /“qÛŽé“jËNXB: 4Ų7}ĩębuáĒ‘&įĐĒč+“†ņę~ũ rīGßEæå0j&ŠÖ{wDĮ€„š?‘’Îû’<ē>ų.$ĖģaƒáĻ˙B~%ė%†}ķõÛ(š]â­ŋ&ÉúũōJČ=‚ÅŪrä(;ōßûGJųIÖŠĶņû×Ûę1Á!đŨōĖîZGŊ2AÎĢEH5Ō‚ „¤’+Įƒ5“{é{¤=č8X7Bä(čß9Î d pÎf­ÎøØķ 3ô‰›üƒNvJWåRzs™r¯ģˆLŪd:5(`ä„[ʧ$.s—J&^(P4]šÎ’ė9Ņƒ~‹|=qŠ÷ęOîÎĘĢ'ŋPŠØ÷^ôæŖ6T'ŽÁNĨ;Éî´YWßÍ˙›Ļ"„¸AĒ#ˆŲ'•S’‚XŸ•{Ä!įõɞA÷÷.2˜\LPcNõ’?ā–Ę1ŦĖwqŗ ”ZĄ”™öŲ 5âbīÆō–JĻ—ŨÂĀ&Ŧ@Ę1ĸd‘gôyp}„†§ŗŧ#Ļægėœ-ëģÍ5œą’õ0ˇķŅŖŖŒá ÖVģmĖē8ëĸuōĄ—-į‹ÅĒHøc$t€€“7Ļ &ö”÷ŖļÛrëU}>ĢŨĒĪ—ĒÖģĄ;Üø =gYtzlâžXHŠĶ¤n„ĨŌ\÷vđÉL.ų8Ģ”,¯Yā$Ŗ†ëŦá˛L-!ÅÚ]s`Ĩūĸãļōc4g¨Å~ÂlU9éUīOÜS´āŅ3ËžĐį:,ŋ4XņM ŽĒS î)gŪVZi}=>°g’ÄđlúâøYJCÎÆ%{y~R!ŸRô9Ä(˛ÍÜ_Væ)į>qŗ*Ŧ#QNŧ=TEû×I!Ol=—6i YšÎJÕhōÔŅ‡ģFúe<–ÉLLLƒ‡äoĻ ŒQÔķF7ĮeŠ"ØF˛ íŧš°“bņyqd-iŅíŧ<ˇ}VeL_CõäˆųÜĻīŧAî}ž°hĻœũįXwø%äŅ)ČhŅôŠˆđ˛Ã;Ė1ņDæÚxQHšČ†F빡†årEŽËÉR4Ni™Ôâ m‹o'RnzĖHjå+vzL韌;%ûO=8ļ5"E:94xzw/­Ģų.[,`蚉:ˆäGZ-aßČÉ*ëļoÃM1ąfĒIrÛX&™sĀ^ŲŗîŧæĻ1¤ųŅõC0tEuk­d Aëo 1ÉA-3™Ķ%ÉŧEŸt%üVéK$?;Øu3ûüÚh’gŠ _tpvđÆëpYû)îįP¸$€å*":KÉŗĖ/žw+ŊŲ*é"Kdá(Čqmc/äÅŽč^Į´a …U†qښkž‹Š.ę-˜Šö5OX Č<3€7´ōŨ3A*ļnŖës¸h°˜ņ)Ÿ"bD™pJqŋÚö@Ã2“D`- „ÚRŸÎ‹PízÕųŧô… Nü:ŨWšĄįãĘŅx ŖQ1ķŨBĨūĒ)ë>r ĄŽ¸ĨüˇĻR˙•š}F%+sĨĖĮÆwn …ŨaÕø°ô'OžîŗđGvHlę$ƒˆm%ø)ô ŽˇË’´øĒKæËÆc͚ĸ<”`”A°ŽrŌĖ(´3>Ē™ö׹Â'ĖÆĢ7EŦd˜ūËŌå/ũų—˙øūoúĶ¯ũķO˙øĮ/˙üé—üëo?ũņ¯?~ũéīüũ—ŋūé?˙×Īüúoæ\čãü ÁlS8 CÔĐ4`cdcŪδėš(c‡%ëΡO-—ÖkÄEE€ƒĘĐ×:”@)Š^ģ•`ÖWņ9Ņq?īE<ü%´E¤Ëú°'ĩĀ<†¨u˜ÍáKa$É6}*ÁR”ÛOāÂŨR‘‰¯hÔJxAPĄ†qKŅ[ßs#Ÿũė Ä|nNĨøQũž0Ÿ„Æ;ŊĀOĐ^ÛY-,g„”É­íīn›=†œ į^ųãJķØ7Į€ĘÖ)ĶáVęÍW" a€„ųĄ„w°“—‡3íė­?ûŽą™đ]Œãøļü)ę÷ËwŌķg.P ģØÆQP1Ļ6Ė~VaŠŠ”_Ná6yÆŽŗ ĄģÚDĀúK¤Šø8ņˇ €Ūc×>1skģíĪgáæHˇ>Ķ׉(’T¤Ú>xÜM"+^0`Ürd)ôCØs~Ö¸V“q žj?ü¸DK˛qĐY3gâõ9÷;ŧfh~–ļķäŪ]kzŸ–A=mƒÁhšŠRÆYŠŌN cįkÚndOk=št™ĮŒƒÃĪ…u”âŪ‹ĩ„q•vjâĸq#ŗLØú˛mj˜M…bĻ—§ãA(ŲÄŖĖĶ¯üU@ĘÉ ‹{•ŠøF‚ÖrŸ$ģ˙šÆȤ—ŗß"ļDž€w*;’™:A÷ĒŨV!Ąž…:ęëx/ll|u įP’Đ=ēđ-ĮÕAxÆp"lÆ3Î.˛Œˆ­ÅšēXlãFzø…ünĖ§„™Ę Ķ?9ęĖŌY`ÕGîđÁüՈģՖĶâøČ|¯¤ā ė3n_ąvņ6§Ę{P¯Ÿ“–īņáŠļÚãû•@z2LAĪōŠŪúŊBeåØŧ5g…õīvõŦą8CÜŋ2¸tįF†CDbl •%+ĄŠČ¤L™›ô,č5°ëŽAWˇ…Ŋ]ogųeŽˆ~¯fy,— 1ņÆø1Te čDJd}˛.×íYi+U…vT7Bâ[€5ŧˇ‚RfžČS‘Ž°ëĢũĖ›Š™ŗ/ƒčw%K‡ÔÉļŪęt¸ÆS5˜™<§9R]F mŅâođ˛S)ŅĪ*ŊŨâ%Sb9’ ÁÖÁD'šü ÚĩZ‡¯Ĩģ(é$^ģvŪYĩđ"@vĐxė.”ų¤ŪÃ7P}B2öû•ŋ”un Ÿ(5ŗ,¸_ŽĻė§pb ¯BUáô'g8ģŽl“IĐÅDČŽ3n§”Đ-z)v€ĩ”?;SĖ´Ž/đ`æŖb4(MqĮ}¨MiŒ ^k/cûĶ­œCöĒcŽôHÍÄũįUQĘđũ2Å>[âsüˇō ŦĢZsæĐšŊ÷ōĮpÄž‡h‚ëĨ ;>‚ÆˇtWksÎĢƒ€~Cęũøj'{Š<ōį’ĩ“c§RŌÃņŲŽ $ōĪčAˇ§ö¤•qWãöäSŲ!õ•š&ęā†áV!ŅHmÃā# ĒbDLíƒÄ#k`ÜŠHķ$ „#UĸĒ+ŸČa”ŽÉžDÁÔáíA9ûkg Į}˛6)/ZĄ“@F˜øÜĪ/$ŗ#-ÖĒåGlåaJĸd2MÉŤQŸŧ<­0Š–Ä#sų=C[ĘRCīŌ°1ĢĖw0…8âęØŠ&ņQGú_°æŠíõ\žĐ“Ú7Ä}YpzÄáŠėNĸ/š4´ČīQa–UŠ­eÔNJM¸õ5PkÕuœpvŨ+2ˇ2¸Ņ‡yĖ`Ĩ}ÄØoč`Cu‰āßŦæ1áhNœ…šņ¨'…GČé ÍŒqV Ü§ŽŠSŪąE ĢYˆŅ+ŦņOî¤î([ŠämCyšž—)ũgßęđûžyųNO4õã’øŨNzĶy\Mėéø<4ž1—˜Ān;Ņ\Ą¨Ų§ BwdXöyc.ĒĪĐņ Ō\ŽoY’4áÜī"m_Ļr!FÖFF_‰,„TĩR}ŖžA•2:{{čįyga¤@ww™†‘ĐFŦ]'kėHÛ4F§æPÕčn g6h]9ė?{î¸ßđ•ƒ;š›`ų1čjÂŪ_Ā@Ø[ Ž*BÛ'´ßō2Ņę< …ßã_ņŊ`ãĨ4īûtI'yC Čõiųs ĩ>žeÎ-kĶ˛M"0>öÛ=@Ļ›å BŽ?JĶŠ4††Õb2ĸ‘Ā(ŗk•j‰Y"ĒęÅÄąŲģéėėCž‚ß8}Ņ-…N‡Jüpõ’â%~[žIŲŽã.Ŧ)Ūķ1ûHEŲ3ģˇëH+AĖŽį6‹ĐUūOqËĻ­žé¨¤‚€,‘hLī6š).°…Í^NRFWŗ â:¸Ë'—FŽJŗ™ÆjbĨÆõš'ąNĢ•—åzÅĐLĩkAgŒHDˇŲķ}ĘLI“LŨķã~ Ë(7ã&Øŋ2č+āģUâ%%Åc¤˙•ČđJeLšÚü Åã\ņNģŨ6LŠGU´öäž>ēˇ}ÃŽ5˜jŽ9˙šųŦ•ļ–Fdųūcúm­œÕŧļ6UÜõ LËĨáÖG 1ÜxŖ_~ŊÜĸÔI8}ČÍŒVÅaųOj'0bŅä ÍÕÜō“CîË,„qBęƒų%Ūû|DQîCÕ'ž 1Tū&Õī Ņ…øŸsąŪJ¯ōRĖĀ* G@÷ąUJŨKž)eg‚Ĩ%O%ÔģÛŪāj€ÆŒˇ™—r•ĻŒ=ĸ€KōÔb€yŪÃû.ÖΆ^GYæķ'âøĖJ=¸ ƒŦĻžĨƒ”đe›‰IļöTÔē–l›š¨ëF¯ĸåŪĢ3.S ×įN đ†wėk™Îŗ1_ą4ēŽÚÛb*Č7Ūú‚÷„ĪĨMŠ[ŪUĸo …ŋŪi3c/]Ųãę~qk9"iđđ\8ãSët^ņöņĶPËē_ž‹'ĨŌ†…Ü°}\:aįĖ"'­xŠšÜã„C™‚ˇnųšRÜ {Ëc´ÉÚõ鄉ąllŲqäÆX?ĩnđsō]c#žD ›ča­ÅŲž Éåũqđ^ƚ՝ãFb@īI!û}΃–ąBÅĐØßđ‰áΑG…˜Š5­dūS"ÃāäF  f†¤Ø=2Ë SŅ‘åūįY!T’ļŲąTâÎSÅpož&uČ\‚åûÕÄ$â §ŗĐũXÉŲ߀dxB¯–ŸJ\ãĀ*ÉēÃæ;6Üx•ĩZ^);qBŠ8˙ęĐvĒv7š“ŠcĶ(7…Ä Då)`˛— ՜Ķ™“ņŒĖŖ„ ¯¤î]¨k\ĨŽ ˜ tŦ2ēG[Ÿ„5d7{#֐|eIÖ`L{ŧųvÍŊczöOI(ÕՄãSE°‘üŋrZĸ,ŊWfˇū$Ļ9 Ķ‰ŨŲ ÚŽXäĄ{¨ÍÕHę NE•…˜÷‚aĖņ‰‡Øˆģ>"b=‚Í'å)ŽŽSļTK_(ЕÁ( ĩ |đOâŽ$Ļ÷Ē؂ųüyŗõ!>ŖíÛķ*éî9PˆüÆ^™xæ3 ͗ßKpāEu246Gn“* $-9ē lÆeΎęú8§C&hgëüĘD*™Ū÷ËAŌŦ÷įŪ)i՛¨ĨÉĢØĄŽ(¸×C3‰]Ģ ×L*RN QŨ’Ž\á~‰I)æ”ą˛õî)l7!zŒ'Ėtíđą GåXm×TîķŅX6L֛/#Ī/ŲėĪņy#!ûū0_āŨ KēáËŖ&Ŧãƒēôļ;kËÚú$ņ˛3Pú!.ē>mĶë8Ö!qCL5œtĨĘ,hÕÚ$0ƒs'”Ÿ,5$=ę,íū ¸–éÍQĢeręĐŽQ9šÍÖqΡ  Šĸøfžöļk¤twõŧj#ëå° ė!iŽÉ/ā‚5§qŖķļÎf¸†–ģyš?š1ĩl5ĮD …B42äŊÂēŲ¯î)“š°˛ûŲ }üŒŊYk|"˛ØrŋUĶ=‘V âbxsÕkÁŦ‹CõŗúČžc„žÕÆgüƒ™ŋ ˛áĀŦO”¸bF杴^öbēā/…'aąnõyÖû!Lͅt ü“r)ņ~úđsĘč¤Vöč@•ˆ‡ę[¸ëØđÉĘ7ŠPP4ëmÚKÆĻ—@ú uĀdö‰z•aëL”?āĶ&A'Ų¨ü ĖŸP¨“2WhØB‡œ—;hEqĖ)ĸ2š+ûÂŽŅDį>fŋ0úH–9Ž|ôWã/šúŲĐ\oeępĄ+ú[ÅûÕ:]ۘŖšŒđaÃīUK’§Ā,T‰Kž=PI° RZ´õöUđú’´ĒŒLĩî] 6FĒī¨ŋŦ3o6čŽ%•ĨeTūƒnŠÅpÚąŖQīmL×­ÍdpÎÔʐ…“jøÚu+†˛ĘōĄŅ]Ë對,ģmŠ`G/įv,â‘qæōŲgü­{h6ŧœí)‰ÄÂŲ„ėš™&{Ž¯–æĶ'-ÁŲĢëh´&‹!ÚBPXuE’”>Í@ŗI÷kņ~{Š¤ĄĒ CĢIā†Ũá’qÄ 9^iÖŗ6xWĸÛTZ>Ÿ´{F;SļûëÕi!SPwj,“\sŊvâr æíUAV‰Ëf0‚áø”āœ8BMuWöÃ˛[ ˜šv3=ኙĢQoų#mČĢ8w`ėÛʧ¯VÅŨ áŨ^<š:kîJWŌÃčÎįʞQ|$'+UŌ§O›ā”ŌA‘ eB gwf…ld%đ–‡ÔŊ¸ÚãÄQɏCž[fŽ ėÉŗ5ít†ˆ搘8č&žÃ|6ųCÔYÜû¯¨-‚0ĘpméΓoĄ—Šs>5E>ÃßĀėLt¸û”ŸmēolÖĖÄ8øM‡ŲuđhĪņ>ė! čK_8)j†ƒÍ›Ø€ģ’ųœzéō=Fj§â)}N—ļ‰5ö^˛“vIũYųbŽģWēqŦãøÚ|-ā¨eô¤øÜʎ`“¸ĖĒü0 Ęa /ˆÆ7Â"%{Žp+ˇÂ`ôf4k˛$ÍWe&Qo‘_H¸œĮ›TŠCƒÔ ĄĄéōčÍ…9T™] ‡aÕRŲŧũšWKē×BÄøÜŗĖ1qŦOáģsAãL†Ū‘–Âū¨q÷:¨L[USpū%zúT:õuFÜRq•Ėuīס Aô_lX&LéŪPD‚Æg͇ĨĩH¸@Øz`ÃāÍlãé=LĐXTČM>^%?´¯4ěŧJä ų ˙Ķõâ%'&H1uqøŽ:_áūg—ž3áY‚ō05`Ž ´ą­&ãĐë†ã×Sé­=ŽōĖutŪÚĀ+ŲĨ8hÅü™ûtŨ!č›´Õ9æpŸįŪ!ėüûG:a•ŧ÷ŋš3†5ļĢnÅ)Ä,Dî•&wą,ŧ'ËNãÍäQã cá-kTã…yķV†y‹§MÁZ*ŧË WoĢų Ę`6Ķ­J2­€Í§ ´ĩŊâ>Šĸ y‚Č|VęzŊovØ;Įė¸äžXßŖr÷iˇÁA5&i¨üĒ@f÷3<ŨOBÁ&0âĶųÃÅ;ŒŒ.{ƒ”Vå×iĪMYY›‘­ŠŨ7°ĩøŠ:ÚÍuŅ#C2‡}ÆüökĐ­H"­=Ũ<îC.Öš´û<ŠIy0ž8߉ˇB‘ĸ“ååLŽ0pGâũ5†‘jĀ-aĪ–Ö{Ø>oÔ]›J/ŌųUŠW'C˜Â {“­~Tņ>0øæũķxߧ¨åĒJ6<ÆbĀ™9ÎK^u˛y:¸_sÉÆūžÚĻĩaTLFqájYÁffžËQ™ã˙ëų‘š6zļ‰ē<ļhÆÆŠEōŪĀâH™a+Dáw¤ÖķœmņEĐ4J˜ß|] GnÚV“WĪãÍĸ5JÂJ€K_^ËZįãØFK…¸¨z?LÕ߅ ĢÖsŗŨŽ3‰ohIĪ—šņĩƒįP0ĢŠ-8Ön­qˇ“ĶZ˛ô°‚Œ5R~=F—ąšŋ“EN]"J }vâ9¨ŪđĶ-Š€SĮÁD™RËų˜^PãŌ­MĄ9ûæ˜ĶN+œ öOĶūNhˇüņ˛čļ”-ؙ5Ė'VĤ2å´äęA>‘EĘÃéš[ s•ˆĶ˙mŖŪMįzWBv°æĮ€Éh´Ēŗ8ūA G[Ž–7#´Ąš/Î1Ė[#w›‹‘e%Â×ŗj+ĸÃĻ>Ųžˇ‘ĩŒeLXČyÁĀ~ ĀGpøđũL†*õLn@C‘đ16Øqßŧy!­IBˇļ‘ ¨ŊŨ^GaŊNÉĀmãø›{ãĖšNŧ1ķ‘;&ĻPDĩck֎>ø•Ü‚íáŪTŌá{ U=ŠŽ4"SwÔ]÷ lûÎo™§ Ŧ&ßÅąđŪ2^ß˙Žč/†Ė­a7öF¸~jBŨûŸQugdƊ4LBø!Qĸ¤9Ѕ4!X°VĢũđY…ö>|ŌäTōhp#CJļ9Ęâ0Đ^IŗÕåAhV€e%ąĨœ—Š*AˇÂ: Š><–´;Ī§y¯O ÅÅdÄ<–sȅđ=”QĀ‘GcĄķ “÷VPá9%Ĩđ-‹gÂŅ*íl ֚l/•d/°„–h˛=yŒmÎĢGxžiĪøIķYŖnŸUÛÂá0ĪĻĄeŊOKÛ ŽÆ ¸]šÂNÅAl}S”ŒąkÔQI(õDra ëČj†§¯­.›@†įlr{ŗ˙pž[D1fŲŲÉ(SƖ3ĸž˙Ƙų€úS‰(žČ˙ŠcĄ˜ģYŧ)ĒQËíß âdfS=šX‚O ŒëƒŽŨũ§šYŪÜDŠĒóŽ/ų€ãD°•ŠqÉ d)ˇåNŨė¸û;”Ŗœf_īÉ/ëėnBÖ)=W”Čē€ î‹ĻöÉĻ5ĻĒĊ–™}7}b,3!i;­Œ)Œdz tpxõ!ĖEį+fÍHXTˇō܂ČÄסKaē*Q0ŅęŖG p{ŲTüZ-—XģäđyËh—Ž–/8ŌzÆŌĄÜœ5—‹^—a! `¨c™9ĻXņ“ŒĻŽ'MTëūˆŪ ˆ`ęXƒŽčŽŲšÕNkŦč‘ų1[yMfuĸzÉDŋRię¸F ‘y7c\i,F`é|B6‘ˆĸwÃFÂĘüj]ļ‹žOö&•ēĢ„˜œú– ž1Ō´9ŨTęĒäsM˛÷kZ„™áwUÛn“;ĘônÍ8ęęŒš$ÚÉų šÕJC?WĄkØ^ã^ˆ‚‰xrU†@oÆ߁&Ŗl]-Ų _z&_ŅĻl§˙ŌŠÜųWV–aė!V‚>™:Ž g÷EbÖ´œ™ū…ŗļ yŒĻHüIŸ D6rgĮzf—Ί“Ö1PC:C50kŽŽą•ø WAäŽ#az3áA› …y-:rÆj–3‚h´|˜6]˜Âü1*jŊįŽ;Í]ĩeɍüķ†3›ŅšŒ˜8™žáā\Z‘Ę[mEƒZf” ŧ€ŗĄĢŧuøt›N-Ĩv1eRĖųCaQŠ˜odF˙˜ņįŋüūķ/˙ņŸ˙ëĪŋ˙ņ÷ŋ˙ôÛūķן~ųų_ŋūô÷?ũõ÷ŸūøÛoŋūã×?~ūĮß˙öë˙,Ĩœu-Âüõ?Œ]˜ĪxYJ9Á™Oęúąįˇ1˙Ĩä(âæ=‚KÃņT‹oëü (ÖF æËe'ōÎÜ1\ÆiKŨk­ņĐÅû#2Ëtž]2ĩĘ;Á‘âeĨ” Ã!‡ ˆĢ%ęcŊÆ0'ׇƒ:+|p,9*J<Æ-¯¤žČøĢŗG¨ŅŗÎĐĩëâÄ9ÆĄŌŧŖdDoĩ€jpÎŖwŒļĀXZŅ"Õ~-âųQõ3æą—(:ö)÷}ŠŖĀk§Â¤ĐJį^db÷$’ĢāŲJLdŊ6Čhŧezšģ#{ˆ^ųIã:Ô1û°’Zö~Âd“/X€wJš¯“†Ā}‰sT´.UF¸ûŠÖįĀ;ėÁ Zœ‹&\û(Søōv­8“8ú%ųx›˙žœ(Č׸¯hmŲÔ´ā4 ?YJĒˇ‘ŒÍ} IV;g`´ķžÆ‚O…‡(H&Öū&˜˜ĪČåÉRq4Î0;ælgBLđß1ĶL}Ķū¸ā.ĩoƒÂŪGĻĸ‰–ęCĒ1âí2˜š !"Ū”IÜā^dÉ´i?ĨVÛüôEևl?| ‚1’'I-ĪXˆĩ–YF!Ũû´Y<|L” <ųšįžÁ>ÉÍ8~­5Į“‚f™AĢx6ayˇ”~”~ČÕĸĖŌHš…nʼnTč–ËÃéÉ 6+ˆJ}ÖũÜv~Q›É$ ņšÃX}…ŒŠRŨrzpÖíYŌ÷›į;9=АNė+€á.Īž`Ļ {•EĶ#­žAĀOŋö÷ë,‡ēųŌ9RcŒą_På _ŅņôX‚üM [n-Ž5÷ nęRĘĻ4dĖQYFÄŊŨ{sTŠ\Il}Jgw7„Ē'ą…Á˛ž>ŸÕ¯"“āk+[ŒĻ¯Ō'éŊũĖW:ū­ÖE T‹”ĄÁ˜0čâ't#đˆOîÜÔÖîÚéPžn6ĘÃ_qĘŊgėŨu„î§ËĨKŪ÷ëéƒ)1Š‹T2ŽįQh§:F ĄhÛwĢGyÃĢdĻō˙žŪĮ™Áđ”õš~ߊ1qæ˜}3Ųd1ži(Ąĸ÷]3č[ô‘]ŠŠÆQķ˙>C$#ËfŒ•°8cx1ŋqyŊŋx§!59O~5ÚėņŧßmúP#P9ã Kvx“J%ũčP FËŽU6ĘŌ ‡,]æëŖn˛Íí1<æĄ°Š+ÉĖl3oĸ`ƒC2øēŪįÚQ´ŋnč߀•‡P/Ânī2bÛŧÃáHâÜK đ¨RܐÕŋjū:ĪjŲäįPŽ¨fņŨgkŅ¤t|ŦŦ‹É95)ĢÃû]’Ĩå'DÄŌĮ´Ljî˜(ã„Z„AĪīįešÄŒÖfMâjöīĮyŋ%ŋaMÍ&†SYM¸d&ŊžŊMĪûŨ/ ų#AĮPß4Į‘ļEōĻuáø85´÷/QĶž6 wAÛ}ĘWŸO™ᘙ"kĀ_ŅNÚūDĩĀndˆFšu ĻÉ ¤™{âaX(Įúh%$&Ųše ZJĶPĻ/”æ}ėŅ›+aĢOl Ŗ'ô7ļ&oąÚÄŲoŽ‰j™ą—”QÎoTܓ_T?;÷ę|ģĨƒy Q۝4ĩ1Ā| Ž|0Bīņˤ°×?ƒ3x4în g”T0;j2Ģ÷UęXÉN4ûRhŌš*§“ņœ ŲdR†˜'"N0]¤ËÎæŗqÂQãũų+ėí9ä´ŗŅļëhrúú2ÎU*ļßį¤ęQ ã“nĨ¤|9ģė¨‹ûvnŠĨŧ Ë鍉˛„ĖmŦ}1h“ ßōHœyƒfדj—yĩM~đíwø­ŋ[šĨ÷ŠmĢTîČJiĨŸôŽĪÖ,ÄĒō(­ƒčúÜx kÄ°Ŋ3z¤8ĶåcäŨjˇŧĮՓ5™ūĀW|û[eGœīĪo;F&ÔÆ2ƒb›ēOøEbOPŊ´/<€īcPøėˇ?čĖ mlŖ˛++r)%KŊVaL˜Jmxâé)ßĖSíš/§Lãõb­ ĸûã?Ģāâž&sŦ*Ū ŸdyÅVØë*oŗRŧŊ8ĢL,|K„$”ĩZāQōėÕPÎ÷pFĄ˜ž{ŖWɐããÃ&ÕqĶ°Ž}8&ęKEÂ& >˙Rū‚ÉËíOÅĄŨ. h h‡^ @Ũoˆ;>××ĘĩB#Š'ŧpFjŒĒ/žęÖži4Ë0J.÷ƒ6đC‚ĢŸ8‡ö„]€&†‡—ËX{!&„3¨ŋä"t4^ųļœ#ĀÎé &!u¯(z>Ũ„•;yĻÆoRõEd<ĨęÜáRž 8ˇÖp7I)|×dPžÄ"( 9.‹sQŽđŸÔa"?+8ŗ nN˜ß¨gXĨ”kiŨŠ_ÖA–#|ŖzŲu0MŊŲ–B&ڎaŽ=¤´ØbEBN:íKæY ūuOɟI5Į#cķ"&7ņk!ĸ=R’˙û[EŲJ㓕s… \˜;ąēX‰qÕeéAeZRi1ŅČ´Éj æÂÛßúSeEkZ°’´ģi„tĢm,ā1Ķ'ĢlÁœēųå4ˇ‹ĘÖ5r#čwŅ‹ÚTš.ųÖU{Î (#Š÷oŧaīK‡HõĻ{283dwxųȲŋC¸lâķũr¯šĪdĄą÷ņw-RÖīeB3āæxĩˆ+Đęe–3Ÿö]Ÿƒ_w'6ĮcĩŲ¤(TFND–w46ÉÛ& Á“õoÜLû úģĻžų@ļœČˆæCė1”uđ#pEõô7ĘÎ1ĶģāĻŌŗt'ōÜ3?!¨|sdˇņ;6dåDœ×1ōÕ´1ÚM,KM9b~ˆüíkvusQ đfaÁ—žÄŦ%Ņŧdà ē¸i&§XĮëŠô ß(KáŠ_'ņö+oxFž8•üg2PnJī ˇDÃwôK`0„æuĨ7AęˆÜJ˜ÂēûWxyȀŪs˙ō ŗ\đÉP9õnvMĀĖNJä ĩ<-'đjŸRkbõnãŖcĶEyÉ#n‰–Ŧ„M@DŲīŽ|Ō÷lsĶķÕm§ũåļ#rʟšŅ•Ŋ'Ŗ~úßšxШíōøyāô‡IąFÕôÁb›× ķosw: ę}žŽˆŨR×ēĄîX3dö´Á|§Ū ÉäÕ>ēZ¸Z§“ôŅw>ŽntJŋįí2=9`ißa ųØĖŪ „ãA§Ú}2îŠØ§1Üä!‹ĩN¤"R|$Œ‹úãģN#įQSËCgIúZ¯ž oÔۗĨûč'Ãsæ' ¸~§}€W#ëOڄü%o<ėåĄhK2Jūö¯ĶķâM&ĄM dã9LíĀ|K ūLäąįâgÅ;į–ČŦdW{ÕMö˜íéléšÔ“Š`Ō÷ÅO>$=ĒáŨ3TĨY.°qs(ōˆžN<īejN×H™W6KŌv܃˜~`ŸVFĪdĶ…¯z›2+Ä)cüæŌI CĻGĐ Á1œ4WtüãhjŅĩĩĄŧđ6ŲĖ|Bŗ&”}ŧgŖ 7d ö)° gŸčĸ]ķTÄīŠĪ€/īPīw>î˙%¯Ō:ZÁ|tīŲVŌų^žMœČl°č—øč}'‡IęĒˆÅžÛ¸ß ž­Ģk/[&Tč>ÄHķ†3ļSÜūng6üUF×sūSđ=ü­ļŋ.zXšQBë­bŽz­û*ž bŽ {S”53 bÆj"+ķ”ZôlgI›ŗ“6wÜŗSûWəæâœŊkû=ˇ4FŽ!v]P‹MČD¨ČQĘ2+ÅŊ^Ũz{FŧåĀIn˙LūC~0F–7 ö:}b1j[s`Üwįļ3ĻDĀ°ģĸgj ėæœø’īņŦņHžJ›Õœd6OĘ3Š^ũ\Ņ4š°ÆZ ncŗVoÕ,´•ˇ=ü{3&"<ŗQ™ŒÕ]ßŋŅ¤#—Ŋ„)0ã§Ö,†‡%Ö°mŖ&(p”FđáFD€ ŨÂ[–Ė“ƒĄÁæ9PæöTŸ äŊæû¤ŧûŖ–÷×ßūũ/˙ņˇ_˙ūĪŸ˙ãĪ?ũéOûõ§_ūōĮ?úũŸŋūöĶŋūōû¯ūËīúׯŋũõ˙Đō&äsæ=ī1gU |°;Ŋä@ņÎ#Ō!Zšˇ¸.ĖĩÁȘ(Ml“ŒkëÃļ䓛āáŊr úCbđ¸īAiûC™°ReËIG}‚ĐØC-j€‡Ú!ŽveÅN~Ë “mĨtUÉy+Έ1^uãûL͐ÁÔc˛ii:îĖ_Dí%s„<ŌĐ&­Gķlœt>ųTs‰´F†ėN.gk~0¸Í[õŌļKÎ6§Č/{c‚ kÜŊĮ›Œa@jÂŌ$ q!”Õ•æߤTW›’ ƒû•æü,:_’QŲ|iŦ AÆ˙0Į0AĖž6U?cP­"đ‰‰î˜bî`îÕē+-ƒzÜ™!í6ĪFg~*NĒ°Ļm}8ĨĮ˙5DĖŋŸD!ÄV͏Ķ]-c  .Ayy4Kub•Ą€sZ:ŦcÃ19H…Z j_<ķœCžį}•˜˛•Ié HéHJ~EŖb´÷ÃĒ ™ŒR‹DcĄ$IToũĢ_¤§ )īÔĨtÂ?įÔĶ6ē-=^Gë7‹íP‡#đvüœũlĨÛ.z åÛĖyãŒAyؑ|ŲŠ­X÷Eî˜Ųōč'P‘Éæ„ÚĻä+›_ĒÎJœÎÁk”weEÜRüâsAßĨZøŌáĢĶrēåWīKöË ]1íI—I‰ÂÁ?“üÛ#mŗgWM+‡ŊĀÖwĻķ˛EÖĨ^]čĶSéĀĘLđ•°>ĸ?+Ãår˜Ŋ&EYĶΚ¤[u˛œí*-ŗXäˆŪL(­Ō‰†ËÂPP|X‚\ _×tØå+tC%.ņąN.§ĶŪNŊ…AŠ™Aî—ûwŌ•6[6ĢBŃ~‹2šŋ.kąŠ˛ IÆüf9ol0{ÖöxŲ‹A˛ÍŽÆĀĸ-}ŊŽ”‰Í¤ī‹*G:ÛĢyß|ãU§ōÉ^nĀ…QjuN4•/¤ sÆŋ°Õ!ƒƒäôz‡\”dWJq,ž3Öôˇ!IßIXDëŽä%īS`UVN#>Üú5nN/œūúąYö ôuĶ@Žë}Ŋ/s< ģ&åķæærAøF6\Á3ãœ˛ļķŒ¯œĻökƒ–ōFá’ūƙU"–CGfâV,āDúÍ/V2ģ r~ŠG($īâi}rŖ1Š…ĪcX֚7Ŋáŧ ›y|@ĘF^Đj†ŲĐV\ ÛŗJļ^ ¨ĩæī=é-v‡­ÜĻÔ8¸V;ņÆ<Äô:Ōˆe`o+˜ĶdÔq:Ŗ@1áōÔJLÍt-eņžĶ+Ŧ›ņ.×áŽŗũA[/¯…>•Ŗ AúŠF'ŋŨâ#ff•,[å ÷BRU›Ø[&‘ŒœpkÖ ;gtátĄ°zíĖĻmGE\ Ũžũ˜d”*¨y&ų,ĘīgbŪW|‚4ėí…JĩžČŖ Īęp¸’ÛĀ4éņ“ Ž~ƒLâį?áĀĄ‘€<Ā„ī,|Ã˛A­s_Ã\3&1y>.%§o¸#t¸yXB1›ą”,ē$€ĶËzQÕāA2ŠhŊ͓}krÕĄå8Ģ‡Õ’%š´rbŪb€ ‰f3ļ Qķ›;FƒĨ6ÅENŖaŊŌĘ[ĸ§Ęŋáט€ˆkŸhÃ&ųPH_ûĶ*mī„RK0ĄŪ HXTFį˛Ŋ¯ņ”á ūī~Bŗjū۟ō~BŽ$õDŸüĨ™¤Ô™Ä€cJęĸ á§ĩOXgƒ]uuv’¸@mr;,Å>`1*ûžĻ‘.‰}ô˜¯eĻ0s8Į˜ZŒ’%iLi_îā÷"2¸īüƒ&ŽāYŖ;03$ÁžmÎÎēËgÄ^‰üĶÎ< uÕįāÎ{’]0[jv|K–)Öæ— ĀDƒ9…Éôûxŗė–ī1—m&gūfØCËl‹č?øk'ˆKļMQĸ {FX@B+âÍZwdŠ uy,bj*‚/•jŪ Y÷&øV=ĀTdÛkR7… ¯Iä‹-:Č šlUČ ųÅŅxŽĪ<Ņ!ÕNąŒyˇŽ6ôŦn|ŽŠÖOrĪĄļst%Œí­Ī[Á#ܟā įÛā%WĐ°ųÃ2$¸wŪ*KeņėŠ‰ųƒ;â(y˙"HŽQ:üôםģ”¯Œk’aĘ4D؏‚*Ņ›ŲčQ¤wx Ķa ioŖŋÅ`Í@ī=&ō0áX('OzœoMŌyŌ—ˇŊ‚˛Ÿ~D j+Ŧ}Z@•(Ęō(Ģ•Ą¯[‡KŽāōBOLõŽ]ĀîB' WŦ?ĨítÖĸNņ€­$,°Â×B8m&fۚĶ'Ė(Ą´¤(yģ)Đ;Ō.ŗ:›‰sķ?ø۞|°ØLÛÖbŌĨ&!L0Õ5ܗ§|†¤/ú>—ēHĒ[Zšëã›qvvzĢŧ-P…0‘—Ķ,3¨= <†^Ž¸÷míė?k'‡>ĒŪĮ%´°9hâ[ŌÔXnŋ'"ė ŧŨ‰”˛t]Āļâ B–Ëûl].ĐEĐĮĮ=ŗ-!dOšÔZJæã*ā–AõŽ­üŠĪWb`=ĸÄöÁGõŧܟŦž{´F;as˙•õ*AJ\ŅʸŒ@°Ņ2ą™A%Y `ŲũđvyÃŪūŊãX¨”„rž8+GÄ´MƒģœĨloni‰ĮNzČ¯Āōh ų„ļ%äcã%1KlŠ‹÷ kÄŧē˙Lg))­Äšús‚·Å|˜^rņ:ÖFFM‹y[dœøփZ ž¯.ĸk"žt<@§x€‘Šš\§DRÂŊ´uh;’ôÉķ˛Ÿ āÔ^›=JÕoG-rg'•‹k-Ķ ŦÛĪ0ÄrųfÅ`ŖlØÃ˙¯;%'—Ī:fwD=ŧd¯[>ĻÆûüĒÅy ĘÁcä7ė_f”?Đ5ƇÔÔįÎņ)SÕŗĐŒ(Wŧ".}÷ ?š°Ō¨ P`ņ9ã™Ā„¸9TW{%õ@æGĒx6ė'ÚĐõ WgĻC"ĩ H&ЋŸNAÜ@ŠÔē đļĩŌוÁĻ|;Ač/e!—übn¤wOAtņ™2ˆF"]*)´+,ëeí7¸ī¤ĶĢ<Ė÷ķæĀmÃĪdÔÁ2uô`1/ĀW‰ŗŪ‘.~Ŧ!qBQĨâ$—ēWŽ•75P™õJ,Ų)“ŲMüđ6yöļXŽYŗŸ=į€ €i7}0eЅĀ$‡H’8Ā´:ĸŲÕĄh^Úzl@B-1ĸ?õÆû=ũĐ2°ÁáĀ™FyąFĪĮ;üLdņ-ŲÎ}7wcŦåKÍšf:ĸ@—"-íĘĶŽ§;aO a6ë.´ŒafSāv…ģíŪ%áI>ŅŅĒž>l?A“y7yŠúŅüûĪøQŠ÷—_˙üÛüōë/ūíūé§ũōÛ_~úå/˙üįOûĶūüĶ˙øįúõ÷ŋūéį_˙õ˙ķ˙­ˆŋbŒ>?ęđė´\1w‘aŌ¨#  k!ë^‹¤ūĻžpG^„<ÔqÔMô’ŽqBe$7ĀŨ‹kBĨB€ۓ!PQ[GeÅO–ƒšš1ŲÜâÆÖeĶmHHÃ-k÷“Áĸë €D<›LißD\ē‘zĩ ]z‚l™ŨŦėŨ/b*‰tjæō%ņĨ”׸Ų§éalWå†Vr8?ëIVH(”X…Âģ—¤˛&:t|wĢ7õ3ģ4‰wČ¯šĨ-ëD.t˜ę¸Öī›,tÅm–ˆŽ24h‰WĻ€ÃG˜oąuĸUÖ+—O ÃbNU€ 7ęī¸˜6•ābĒ[­Ū7”ĐškåëŽÎ¨JÄĐyL›¨khą˜&ŒspĻaŦj`.Íč€hõŪÖÂđÅåˇŖÜų°Ãĸī“2~î˙M67¨ Ŧ˜ģō}Ãī{ãku%%@Ŋ *XXŪ÷§fÜ āøĐúâ›ųT‘Jdņ‘Y˛:L; ´ĮÉO˙Ū ¤CLß>…á W“ŋ:‘Öqd“|搟¤ZŖ†ŅášČĒ S9& ŽNr‘•ëéšŧ´$ŲžęšcŽSįôW{q¯šķ˛Ņ„ļęF×ãĪdæļÍ6ĸ¯|ßėˆœŠ'ŽÔ3ÛĢ™‘hĢmĻĄ¨1=ą38“{ˆ 0úHČOš‹k’Tˇ’EFž›Ė*Ôpą;Ę&ap&We—::b„ú.gP|m%˛(ĮÅĢŪß:Ä0ëä Ĩ cøÕ&Ų˛MŖš¤Å|Ī û–…Iʞ­{ĩUĪ¨´¸(VX 8ž¨UđRPCj„Z44Ŗö€Y ĘæŋG)‰ĐŌeEâÉ÷ũ–ač z?Îūĩ‚ä|šÃ5ÛŲ×ĀÜ\~(!Ģ?ūŸī`ÃrĪā Ĩ—aZYŒ¨r`æÖ c!3ŧ'/*~AUĪÅžrFŽRáŒĻšIå1A†‰2XGå8„o´fJĮ¯nFL"02B9-eK3ĮjÚl؆âąŨ>Ē] %Ģb—2ģŽLķ<Æáß(Ké2šîƒÚT bIČ` ‚›1KčŌabD\´œØ1 Ũ€ųEŠUđ¯ęŪ*< ƒ§]‰­Z=–ƒž<™ÖįëļŅ3&ČĐ]ywuĄŪOTĪKʏq<ķZ‹ß§hZ}ˆŽ:*Ø1$„IųĖQßAģÚ|9’/Ķ¨+š¯ö“€_ė†/āæĢV(mÖˇ‹đ9:¸ F9gz3Cö§,Ļ'˝›ŊøbîöŦr^å Â{⠘Ëō0éBI7BôG4˛cãņF-§?J;tį|RĨV°ŨÖgĪY(› ĄĢ՟g}fF¯sĄ'I.ęåWK´?ŋn0^ųŪđ]%Q,)ĄŅéŗĄFœŲæāëßŅĖ›å¯W)­'G%ŊboŲH„h‰X!™(žâÜ´HF]Dū|ģh¨DK–ĶsÁGļ,Üž+%Õ]Ž.3âīô‰]ęS“wŋքUÉØPŅ8 ™°†›9¨F*X"ūŒo-‘ˆrs÷?Ū~Ú=?˙OēØōĐēŗ,ũ4÷īKâJø3ڎŽLŽč@c÷4€¯/BRģ_Ûęf|g)úS‰Š`i7Aoؕ–ׇëĀ‰)ö]jãŸ(LŊÖQa@Ā*‘øĸK3øđ’F!dM}Š7Lvį9dܤKÍĘ Úũ\ĢŽĄ’đ¨ūb› t |įĸ1pG8“=’ą?[In÷Vē†í Đ6mUlˇz1ešę}Ģ)k¤ũ2ÕĘĪĒ•×–)ĸę-霍ˆ6ū.Z}K´M €ÄWųķS!ûUUžkŗí=8?äņ0< ]Öw( Sį˛÷ŗ+ĨWŗē‚žaķĩ‡õņo%ŒÔĢ–ŠcÔĸTÂM×äHbqˆĄ‘™,ɉ¨ĐG‹rwž'Ô܈dVĨ*ts‹×Œ­üĄ‰š,ŘŪ¯ÄXøčg ÜÅ+›­¯‘Á ­ĪŊÉOjŋĸ;FĘ›§CĶĻŖ ˇ6“ĐGƒ÷’hll+Zyže…ęč2`â ÜYIëĨ%ƒƒ€—ŧŖ2Ģrr¸ÚĒ19Ĩ5=āö#°æ˜Čđ+á k’ô€’šZme~Œŗ§?IĖû1:3u$°QâķŖčĸ†öQæ"•ũ~Y=SU§GNÅöūœPĢʝ‡ŗ>ŸšōÆŇ˜Æs&8t0Ŗū:ÄÕ¸ŖšRōMØōžáĢôe„üšnÆĻ˛>KšS‹€Ī›3§Rˇo >9ĸ7öú$Ēąįŧũ9\ĶëJļK:úųļĐS]’‚žßŠxãH=‹2"Ĩ™’‹V6ž)Žs YJ•0ųä/´ųā^Š{žö¨¯ú„‰™ė“ÔĐØZ’’z‡ [iqr.Ĩ5Šą"Oļ,Ę+ĖnčÔ{ĻŽķa\ BædúY Z˜ō—Đ•Īe;ešOŨŸYĒë1­ô i¤å(ī[æ3CøÉ}{ˇ‡!Ŧũ)p #vR^ęÜ.ė¯FÃˇ27Ũ6ƒCډč™מq='"@h5E”/#sÕÛxē?^}ÜsSŸ},Cū‰!…Û”Ã!iŸq]YŠíõ<í ķōu’JNŅĮņt8“+ļOyĩg3á1 c¸éWËđ`€ŨŦ3Gˇˇq>Ā×Ë9#€›kŨų˜=ˇžß1Ɍ­žĪālK"œ9ÁWWą—ņÉŽ,ˇMŽe{æ–õn2ˇŪgÖjŦŗßJšÆ†ėKZį“ąYl¨čnëA6w)SČŗ;böuC Ļ5Ö@É ÄūüÖ×jTg#éīIuĖ'Oá+qĪ3ēą…ÕKToeČŽ?KœDßĮÄvÖ`%ŽgX)V´ÃßØëwY§AČde¯ˆVš˜ėŦë}|ŧÉ6›<°âQ6_XĖŨæ1o-Ôs…z]c’#YōĪšĻ<<j­˜Ūyŋ áÃmÍ'Û.×xZ’AįgŦí¸;kųy›ĄëKģbQߊļw2J32]+I–nú:aŽu4Ĩ÷=˜ÎLx;íÖmHĮōß$îurH:lß*DˆØyl$äg–Ę;ÖÔĖ€Ü-  5ŪgÚtŸ)#[¯AëņîįMR;–cšåY#)ģŊ÷ģ!Ú)„Õ;’ļ åūčOVŧRžLG%4—ūīđā8ˇÆy{C€Ž€­>ņ§›Ē@§o§:äëbũŗ–ØÅėŽÉģėTmĒ!3ew~Dęēū&Ė ûõž›’ŧGÂVĮ \‡õC ķŪöØ)×ō¸äcčņãۗģÖŖņé9ËĩBâ9ՀÛQđxÕ“Ŋü˙)ÍōĄ?nãÛ*%œÉmm‚§pĸöYyđ™dĒ$ķ9éJ’× ŸßŗÎ1ųø~M@Ŧ,ŅPãĨÁÛÎ4(úęI,Ë˙­oüd5.Võå'šŋk Šf)<D†Ë‹M3éŧöŧ먃ÖUƒŊŅm|p5‘Įõ­§ŸÄį^[Íŋ+ŧ*ëđbī‹õŽ2Ü5ŅÎÂVë"foŧü•¯ŽÃ˜=YĖ[];8?íUāQķZrwĨ/Y[4¨Į‰˜ų蚙ÜęŊ7wļËĪ§ūŋÔHMáÁ(WWŨ`ÚËŦLÖ\ęuđ¸q´Dę‹„HļTé°␭Qģ*ō_}ԁTî–ĶG%‹†ĘĐÍĨ3jĄ5kãĖ^Ōø¯JpņÄR!o‰Cķŗ‡ĖZæQĨ÷32‘Ō›´HÆ°Ė°¸’3î×āŒ! f¤Ŧ6O ē~˛LËĀŌúœŅ¨a°ØäŽ$pħ ]ŋRúAû5ŌĀ+&nį¤|9ãІhÂĢʄJũįD)Q!“ÍiÉCĪ–S ŽFbcB9ühė?˛ĪrĐ6ęˇuā@2p,ÜLŦ—ūŒu5y0 wJĮŊ‘™_į^Ŧ:bžąĪØ;ŗŗĢ1â]u†(ōšŪ] YíįIĖW0k‚=Œfso,LŌ‹~ļ¤p›‚ĢŸ†á9k÷3^Ú䩉ô՜\ YcøŸšũHxߟœ>ƒ ĩnûø.›q׎ bĮ!bDéáŊ Jš×ÚŒoŨŽĨú‡1^GS LoÍĀ(;Úq3–Š’{KGôx$›ããģcdnskĘ{Ų5Ĩ­ƒæ‹ÔdĒ[.4Ŋá.‰ęíĒ‚8"ƋÜ(ĒZæF‘~į9u×zģˇĸßæā%΀ÜĢ$–Õ]Ēäw?=ũēė§(ģ¤î\IådIʓc3ĻCl_ØÜīįöšŪ[ed˜ŅKfF,s˛ë€lčwO•B+ŲÖ ¨îéWœ°csŸĶąJm~#ž¸(¸ė×Gį÷ŋ”Î Jīz YĖŨÔÃ:áōÆeΰB~Jü§úĸü?ĄöØ*;Ũîˆë#uKŗ’Q:5×ŧ[J@°]‚Á;#Z8‰]ĄĻ­_?+usĢ;g il÷`Ĩ@ ­2v‘ōDJÂÍ–Eƒŧ">˛ėĄ ­ŸƒÜŠđZąÛč @mëÄÛÕ>œŠûN°+,9ĄŋÚŠÆđ,`wN‰L*5ļ˙ŒÖģ˜L2&7ŋ­7//fŠkååĨ?› ×0ĪŊņoLÚšgŒŸÄNÅ[ŊŲ#g`Ž:đu5Y…N%3ųƒÉ)w}4Ļáw.Ą(JĨ =7,š|4Ŧ…81f#ƒuŽõ¨ŠÛíŊ@ŊšRд“WrĘ`ûM9 *{Žp‘Ļš5]Ņ§áÅŽ‰žJ„Ė‰Q”ƒ§Č 7遤EAPLĶøJ=oäÜînjÔô\áÁo\ū×Ŗ-)@ęž=ZĀvîוĖ]Gú+Éú¸)spĄNædˆ[;ûĮäÜäĩ&ʇ0:AnWøŽj;B¸ÖĄš=§DųtBqėÚIužūį(œåYÄĮláš[Õ6™Ä“>E28ÅVŧŲhA×Âŧ.ÃÖŽ?ĶߓxĄŽŽ=ŋČĮ83ĩËdrEH ĘÔČ=^n%§ÂŦ ōg­ŠZížU¤°Ģ7Ģ›<;¨×h¯9“¸!Y5mz+¤Āz“‹Ø†+Úō’™šdŽę+cĸ(x:tÚ(ÂD_ŊT”Š\ČáˆÂÛ!`‰Öa>z'í{xkߟxŌ|ôfyÎįš0ˇ§=éÉ9œRÅčn;{ `ūԉõƒ‚ŗ7Šv™^ĪSføôqĐ÷CÜÂĩ×RŽQ*'tG}¨uZŒ#Íŋ@ÁÂRĘčs%ėjĸ™OÜ](&;ĸZAÃ9æWũĩj,*†…pžámå~´šĨ˜5G=ČüRē§ųi°°īÜ`¤ũ _6įx¤ú4‰-uP3¤¨•ÉëáQûwļ(V]5§)åx§VŨģ•ŒbhĩvŌŽ~¸Äƒ=¨ķ‹|SƒÎņáMÃg<ûDœœ/ķH<¸WĀdÉØWŨe"Ā~”ØYŊą%UОŸofæWX’9’9ÎŪæ¸ĩîm^ÄšÅFōž Ë*‹^3:ÆŊEél1—ė•Ē×ŪĐu˛$Õ=Ģ. čõL”úĖh*Gđ{™˛8šcœxJĮ…Nî eEԓWܜW*üžm|Ėķ:Yž>õĀÃywÕíí/zEĀYé%{ŠS¤—oT‚Žz2w@n  å˛ÄáôÅü$/hÂ}ūö:Į‡Í¯%á$kūtŊû>ĐYŪY Ā€ÁÎ.ƒ?c‹đ9ĢŧœĀ‹ĢčˆetõRš ÆõĻÁVa†2q‡yƒ8Á”Ē-ŨSZQ÷*ũë@C÷ŽJA¯š¨åĸo#†ˆ1ĀˇŨŠ|6Ã:Ã] 3é (ęgbxČîLwF¸bŊ4ūĸFa?ĐˇS?\‡é˛Œ%™šõģQq”kąĖč‹Ã-:uۀéÍ1BONüŽ˛æŋč&+ßņ(7–:‚WĮŠ\Ļî\0sßæė톃P!­ü…`×įĘčëĒXE|]!ÍW>EŒė^ī'Á˙čéŽy…‚ZáƒmŌ°‰Ëōäa`înD`Úė°ú&I#‰%âwē…zmĐon“ü—û4A^8Ņ”ųhŽŌė=Ģ/ ē0"÷V|VąW|¤íŊ§šËŨÉ ˆrīÎmWU%U€qÃ12…ŊVqŸÂˆvâjŨėČĪē @ĘŋģHŗs ú–Æô6]įæ\6Ā ŸybŌúgõ_čyųå—ßūãˇ?ūú—ũũ÷_úĪ?ūūëOŋüķī˙鏟˙õ¯Ÿ~ųíŋüúˇūķˇŸ˙ņÛ˙dû>¯~ ąEũDĻĢ U…§Āxså"ehŅ§ŧėĪrĘõIĢĀ›¸NW,Ņ(b ˇ¸Đ‰:V~õ‡°qÕŠŽQš˛Â'Vę{&4á*áF‘ëߥà wŗ3ÕŊø×Į‰Pšž/WŸÆÜ'˜™ų :ČxÆŅ/?<öÅŌHčÜ]2Ģ›ĖĄŊ` E /iŖŨ”$“<-+áŧÆØlüÛãšY†ŪmĪ¯6¯ęĪąæÃMĪĒ:ŗ`ƒÎ —‰„asĨ´@G'k€:ÚŦ>÷DGŠQéđ†Ãįü6ūiīp2.ĪgÂC؄ ĩ bÔN~ ĖzzÆĨ*‘du/ÖĪĨƒÛ–Đ>Cņrp`ËĸŽ‘›˛ Ŧ@I-‡˛eįņŗ¤?XGM ōļ˜3„Īb˛Ûšb:ēLÖ+e/ )Ę$ĐVNôŠ¯“zâčëÄã!ÛŊ”Č#žœ‡Į#ԜU+ũ‡˛ŧģ”r€qŲ™†&6‡ã!r“į1kBEKFy‡LčŅĘĀ,wî"q]Ė=+[ļXīâ'؃Ô'iÛõÁEō>AŽČ˙Íq4ĢĐåÚVÆ]Áúü‡đ÷ĸĘß 5[ž ŋ2Đ?Öč”`PXũÔ$˜ÛÁū¨Ļ.Šøæ# ¨qįø1TŒZŽNsâoQTŌíT‚ÅŲ´4[Fejō7|Äā*Æcå1gųōVâĢ' FHáIū ž|ŋ Sī*˛õ“1-wWĪâš­ãëī\Ŋ ˜ÎŽŗĢ1}@|,œd/‘<ĒōÜsÎáũ Ī¸HėDÁ$ĢČŦG9]—ŅČU¸x嚸I5us! Ŋ6eč8( ÆRښĖû …ÁR`ĀzãkŲ3 –eØÛh‘c9[•¸¨dO€õu‡Öč/Ŗ÷qčë•žė€€"ąŪ¯ķÄFúEÅˇoxœ“>3ō`š‡žcšėŪ.urĻfŠG>V:Zü¸‡ ˜Ī§é?ȌÂëÂĖ‡qúA†Ãķ1Ĩë¯)Œ˙ÅĀˇÔjHnĶÅøetÕu,ŨCûÎ.:PĀÖčæs°ÁŽfŠs/P††‚HNP´ŸÎĻģšOÕI0ī)ΰŊ=]Á8\U_TõyR–@ãšË*$–ŋ”ŦŊ  SQĶŽkĮVN[YÔšBŧÆL¤“V{ŌV”U-Á˛$kÁ¸ HHz¸ĢQ´€ĻâŌĸ JÄaéRŊüŅ ŅŌŽBHzÃĸ–?žÁ„ÎāNØu#Ąž[á95MÜķˆ"ízŅ‘fAo ĸäG:šk°Ä4o~Ø×7î‡ŗ‡b -'P’ …€š*.čT×[Ådŗ5å[äVPž$žŒšîÉÁŌˇƒ%nīŠÍâÃ›Õ…Č”$/‹f1]Ũ#ppø~1hM á¤ÃJ­t(›v˜šK0ûÃĘAŠ+ŠšžyGéQlOXīNŸą‡~Fų”›­ˇsĢų 7Œ|•uœĮ 8ÖpkŸ`i•*I3ēoĪ‰ĪĩOąƒ¸ôKBgŅ,jP˜Æp`K†ļœą”ëætŦ GŽäöņŽũ‚^ĄĻĄ…Íũ-û2äWš…Ø ęLÔĶ“‡=uĻ‹ ē˛#~ƒ/Č=ŪžY 1˙í;õē˛•BPų•ËWr1>ÃÖ×ņčuæĻĢ72žĢvú†ˆŊŧĢbøÉė¨ķ{$OúfÄaĪœiĖ|QƒŸ5ÛgŽģ­T;ļÕîĪT@‘nC‰slˇÃĩč„+΅įŌ”eÛX*›€˙õ5c DĶ#î”,1ę Ģ¯åų@ÉŖSv‚M>AoÛUL˜Ŋ‰ Jl=0ŠÉ`•QKÕßŋ_‚ĻnĨt3Pš5bbŅg?˛9‘‘€Ŋ :‡S‚s=˛> @vķøåZ°QxŠ„mZEa[`â|ö­¤øÂb3€$Õ:â˙‡×ą A¯ŪFIu"øšl!_b×$Rƒ‚Ų–ĶŖŖlëÚU_#foĖ¯Ƨąö¯ &Ņ­ Uúi,Į˙v‚ËāODrjôÚ׍[×MeĘîG]Zę6ĀLöœžž2!ĐEŌ–'/U/ĐR=_"įĢÆxÃä“Œą92awY ߸{Lo™„ nū”ēL§ _Á$^b,CøĮŠFžį†ˆzX(™×à /îŨōoPGŲÁz#oūĶX9!ŒƒdÕÄíD-ŦáL‚^1InŌđK4Ą ˜ÕŽCĨ;s%Ļ yĘPq;ņ9íŧÅß~Č˙fĒ”ō7ĮŒHtŽn†ņ-†Ž¯uĮ 4Ņœ$Ņļ7I{ U%géaÅl÷&7ŖbÖį;3ęÖFÍFįUŪŸ‰_vžXŨ&ēÚ=:Î^Ģtrē7š`܀šĘqĒØĮ׹´–%2{ÔTŊĒ =’|ö ķLÍk/âIŌã{BaO/ČęĩÕWĄļˇĮ›hŸĪ!Íoõūˇ¤Ņ´qDŨ´Ŧræhä.õŠ ŋ\ę%ÍļŪé¸Ē™MļŠ{ĢH?OG¤¨Ŧꔉq¯´aįÛÛôK_ŒÚXõ?–ĩmõsiĮÕ<Õ11|bW¨6j3~–ļiōžŖ‡Öů>Å'"w!J(ËLVōâ`ųÎ…ļeQévd'{YŪŦhøAĘˆeß-4Q믐:OˇÎsP H7âČpdÅúuäØ\W˛ÁūŊą}ĩ”›N87(Āü„Ž a^T%GÁ’$ųze’&—9Ī36uŌÆāĩtúaĩöUá›PKŖk$6ĪöcbI‚É0u€oh•XMKœ¤S3į’{ãaQ‰žu'Q÷Q]ÖËÛöŪfia9×5—yֆīîĸ|DĘ$Bn­NdÅ@TŦ0ˇrÖéK‘īyĨLˆĐũ韞BŽá8)d,ŠØũŨ‹čvQYQõą[Gˇî&觅ĪÆíĨŋUF enšūŽĄĪ—OFž™9؉4~öI05ūũĄ@”Ž3ũ•иFģąča_ĩiŌ¨$Ádn9֟˛S#ĩgč˙ļ›Š>nĻ÷%ļUlÔōŧgųžÎŅ´ŒÔžīœ*bk˙¯šęŋ14ũ¯üLˆM˙į†&­@˙#CĶ˙–ĻúŸYšÚė_SūĻ&9?wüO\MõŋíjĘøíëjōÖûßq5ũ7Ļ&<(˙cKSLMIå#õ?đ4ÕøÜüāiĘjãjj‚gŪÔ˙ĖŌô?đ4Ŋ‡Ēū_Ķ˙ī›účkú_ښę˙š­i˙/ēšū[OĶ˙ŽŖé Ëęũ/¸Ŧß˙ô×ßūãŋūųˇ?˙õ—üô¯ŋũū§Ÿ~ųë_ūüĶī˙úûĪ?ũíŋ˙ķīųëŸ˙ņëŋūų˙‚ËJBĖ¤†­{lø&â:œ=™¸§â´ÚEdÔfģ%ÃÆŊƒ>ā­äYÄsPcøM|uŸø­7Ī ‚ ĪfĻl=ˆīyR?ŧBÍQöjÛō!M?Šķ/°Ā…MU—aĸĐķÂíĮÜąčžËĪ !Ø J•qĐĘ ÎđĄĐÆÉsKÂ{ąÆĩį°õåqŅšŦ”~6­Ŋß^ĐAI`}6ŨŅåW&Æh<-ŦğBņÕm†_éü÷h˜ģ×–’īÁĘ[ã5ĖĪĮīũąDéŠoî9ĻyGė4”긗ƒ-Į šļä„ÄĻžæÍLÛhųe^*Wë0Ą?O›č(Z“ģ°í/đíūÉ?°cüؘ2 ŪÁ9>ôņzH|ˤD~'dZĖsVĪz@ĶڐJV2=vv8ÖJ5⸈é nËgm!Ŗb2æÍr^q4‚d¤šĩōbØĨ"œä-wJģv ÚėKdŋ5/úŪ™ŖŧΨh$z‡…5ōšĘęą8ļßķ„hšpæsÉĐšP x“îįdiQ|RpË-Ė;˜Éū`ˆ)ČŋOHíCû˜÷‹ŖüÄĀK9Ÿh—wN<ŒWnƍÛ:’–õęŽ@iܚĢĩ1Äd"€ÃÕáĘļzŠi3ëšNUūũ‹ōLŋ!ŠČĒU:ĪqŒ“ūõoĨ0Žë,^—Q\č™j•’zßíū=ąč Ąũē‹zˆËvtDSHLh3É͜(†>ģ/ÃCĪō„ôĨIN.qö8=˛ËD´‘ĸ‡& Š÷*ˇėŽŠĄPfŋŲŪ7¸}ģd˙Ī)×؊Uō'ŽN;Z÷÷GņŌ*Ūvg;Š@JÁ?âų$1!įNÄįøÛĐZĒižr(×Eū<<Ūō7Ūã­žĩxGE?Ââiūvq**,_@ÆSŖP€ XLÃÆSTŌEÕąĮSęŅ†ķū‹((ãA{5ښÎHõ8­‡Ų4ßLW¯¸†!ÕsÆđ ŽĮŸŧ‰÷ #ØÃAfÃ<Æ_ kÍcX&šÖ}Ž--ĀöĖ‡FjÔ-ŧ™Õ+>§\hÍąhŨĮü”6y ¤“Ii§á1sąļft:%åŠ:;™ÔJâMsĪßiKƒČÍ&0Ō×f?ų}{¨ÚnTŽÜHõšd;ŋAČzøë=˙ÄđT(NoĐįåÄT˜[v|JlŪHpYr´¤[qšíũœ*˙uLtŒãJ|ž\!g Ėv@Xã=éL)í)-›Á2ųM„âįלđūlĨÎø’ĀYū $ō V—KáKráÉIšjj5ÂūVüŖČQƒžWe9šøÛ;ÅD6¨ųĶV¯ëĮļŨĄ{Ķ0>ĘķD}ųĻ¤ģđ~õ5gø” øËéžķ•W‹6ą{ŧ m… ŧÆáu›0Å1I‹ŠBœᨘ´œdļpé×ÕnãĢ*ÔH͸ŧŪ*Ũx”ū;IXNŊũ>ĩXūĻ Ą{:0k HĪɘŠ86Nî÷Š‘pgB¤8Ũi4:Øöį§!~­>X5īw*>dâŠ!í`^‘Ī36&û ļiI!@”īa™xÆiFGÆÁŽwâMDē æ;ā„ŧŌĶ͈HÂŪŊÆëu3(ã!ũM„îũŽōĄ{:úĨŲD y?ōÜÄ*ßsŨ”3Vßdq=×ĖXųWOVr‰%ĄŌ WŠwDûãû3:#š’öJ2?FˆÃü5ÚWĩ‘]AąB‘*ÛIV‚Ī×áĘ;-[_vûâŧĄ “uōÂã–8ĖĪ1$ŲÛ@ô>ŽHa咈Q8:Œ¸„ņQí(û6@@(˜SÖæQ‘ŌĀ`îæ”Ŧ@ęéšË€ŪAÎ?™Ã˜Œ6ŧŽ#™]HBĸnÄî>Y5'°tt(ŨD‡ũørˆ#ø'YëŧŗČöą§Ŗgė"ˇ2— yšMįnWŠ‹œŠÔîĻ/Kŋō/ÍķÄ ‰§āēX"¸]Ér‘8Ĩ>@¨tÚĮíĶšüŗ‰ŸjU) b’Bēõ  Ž÷MtĻ RxũŦx|&Ņm‚ļZ™–ty=8â2圏6U>vĒ­BđtšãjpU™ˆ¯´•kđ^Ô6æ‹Iīc•Ļ*ß͜#<‚|ˆ‰]"Ŋ߀’Ģŗ“õ/0Ą… ĩÚ]^d')yvŒëmŜ øuŋ'vOÔãÛŠ"/jļģ“ Æ%ųŽÅÁČ9Æ(VâņvZ‚ÂV_<]ZېĐę°4ČéW?ZwiëܐĄ7•5"/wNsķÎ5đˇĩsô&ģ#ųW\ufĖ“ß'ÄÕį†l_¯ūņĪpÄŌ&F֚dŊČ­âĻžvžŅāáâ:UíŅÅįLhcHõŨ|uR5´ŋĩÁ‘ģ/nĩrī|{æĩņŖ×mŦĀĪ˜ÃĮ]÷¨˜qĻiÛĩĖ-å0Ķ™ÖÉ_Æí`ˇ_Ž)„ŒŽMĮ5Ĩ’š÷ÖloģöŪäá XT~EÉÖôåË^äļž”5číÛMye”SJ” 8ķé…ũ5"íƒ.ėū§™Ú†GË2ž2fŒƒ’bŨPÅx–5{úœ1ŗH@]wxn’Ôq0+bK܆jŠŧÅlŋū}~ĪQŲäō/į€fZÜ4"m‚sģÜĮšAP‚Š )‡ZŽXÛôŧf‰(ûɚË|žúô(Ī×čšú6āõŠ‰`ŸÉ ĸĶ°q3čm=rÁ…fWãĒBĸ/&Oąks<ā_]§¸ŋZ#Dŗ&…Ö{ģ_Vü<0m˜<;u4ÖûÛ bu3¤?Y ē“Fjâ‘ßKtã§ÍRŲûČz*PôŊ3éM&í`¨Č;É­á Å:äOtŦ“Úûķäې>Í_Į!_&'øęĒģåîT¤ĸļˇÂ+ĮŋZnæqĨ]Åč€×Ē•áYV˜Üąa0ÍŦtbælT‚‹0ëlLqīāE>1^tvĘŲ„ÕÍØ&+Dōž¸3x4ōwĸΖŋŊCĨËØtGôąō| ĨR:’EåĖáŨžO žnįR×A7ÜęĸįÜKŒ CtķĶ÷í'y ņ…;ũe`DIܴؗiĩQŊƒvõsWRX”žžĢQx˜ÅRä€+i#ĀŸ…ŌĪ•øõālAå¨yj…9¯õDmČđˆđŊ'A  õˆŽ ŦŋļbCY­Ā’Ũ–DŸcAēŠu™.ģob{v Cdhīæė8{ßēĻÕ Qú]Éדĩ›P8KœŲīlLdÔí$fõm{5 Är{úûSpįs‰rFaŠ/¤™Ģú4ËĻĘŽ[üĐī¨ÛkˇžŦ÷qTŠdtrŸiĶÚxnPjeõmÍ!-—īÃ$Ā˛ZŗsBU1âs]÷LĒˇT„8˛nĪT†9XQ§…CėdŽ”‚æCÆ9˛‘…ŋNĮTQj™NÜM~p¤ē´Ų˙ÂķAĐJ>÷.ēŌģTŪĨ9õŖ&ëÄÎőĜ†?“Ā€Ęv´˛ÅQåb¸T‘K0Õú"ŗZ}ŊpõÔmĐāĨ ä/ŨØ|ÍŨÎQŌāgĻļĄã~Cŧã74 žĨ ŅÅŽŌƒØQøŌ˛`bûĶÁ`:œīÛÃz˙­š ŒZ/PbúS§3;úÆÍ´Å8č'Ō+×b f÷Â8i6RoÖ “°É áõ}#Ēģ9AŽ=^q]ā‹EXĒ€ļÛ*Đb§äĨßĻ¯JIŪ|ˆ<ę=*$,Û6âˆÖøꉚŦEÄSžŧ- OÔsŽ& „+*W<]äđôÜâĩŊ;×Z6o—˛––â%MQ÷Ÿ3Yc‘ØĢūčū9vtŌŽ'¸Øōåj Îäû€ōø@ÍoĒ#ԁfL{ŲĢĪ ÁŪNHR`ģAæ—Ąĩ<™6Ę0K˙Pæî`3QŖÅąŽ?ųyH¨ÛŪĨ,ˇŊ|čc4ŠÍ|m^•Ø˛— lš„#‡úkwB „‘m*RˇŨ; Ŋ4Ļ >›ö¯“L,+‰°ãfÛÚɨ˜Ķ†ĢrrN!Ļ‰ĄĄ Čo3F;×įmĢ„0ëdˆ?IŗHž<Ģ÷sˇfq„t§oƒIDŸķ•ã¨Ūž$8ôazQŽ 7bÖVN•HöŪŸ[Áe;8OkĻ"~ã(ŒēÃ)Ŧ—O]„S2´Ã\´øNäã˛ ût¯ąõe—íD>Ņ# Ī˜ßŖ9Š—˜î’ŋhÖH×Ē=×ī”š"ķ[<¨'V„wLĢYf)†j¤n¯zœJ?g§ fōWÖöڂœ÷,k„ŠŒÍėŽIĖŅ;,īĐõļÆëŲ¤d–ˇū\]>íG؋˙¸ß!yÂēõĀ:āĐ ~$@_P-…`Å1 ɕ<§[FáËÅĘļœīˇ‡,§x1ÍhĻM|Œ„ĮÆZbqwĢ˙Å]j-kFÂÂVIAjŖČË÷é‰oCÚŅŸL´S ܐsá(ŌÉ)qņÆt°ģ'"7ģ%R, … ō"A[ ¯ pđ&™ Ė?ģ…úĒhį‡Ėé~õ‘z1÷_Õd™Đũ*VÅS´(‘ZZ™kŊq[-5 ø’Øąļ†ŨbL™Ä#zā¸ä ā4/u9ķ`7"ÂHˇWÉģ);õaPã>s* •”ķ×åŦEaôá†]´:-°Č°–7E¤˙VO^¸ø˛`úcxeû‚\ČĮ‡7^ÚvŽié5Ą#N$zOqĄX\ō<[ØCß1‡:!CŖ9HV~÷wnĄ&¯€ '/ę ŋäyX,#ŽlÄ g n-‹8yūoĢ]}ŨSFų”XZ‹/ÖVÕ0[Ė12˜bķU“øö,Į<–CV2JLž+AFB˛Ē#{Ō.öēM^5“öx™#€vAĖF‰)—dŦA"#6zf8Yvd/đ.šIät á`ôĮ›~āŠÃbV1+$ī÷Ĩ#Ųˆ$ûZYŋpĢM.bš<ČŌ•õÉëŨ­í™÷MˆX(Š/ą¯e3;SÎYiĩįÆYZڔŗØŧĖŪ‘¤$î6{wĢ=Uã’#6ĸŅ…‰g˜.@Ž/˛&™’Ę@_Ë۝fÃ_bF8žbWėĩh|ÅaPɁ{Įũ!Dc느áŒ)ÛxËK ÕÜ\Ŋáßzy@‚Āä i“É5ÚdŠŧK ~‚)DNĐ5­8%ŽŌ6ŗœėžXķ´"Ē+ŲŠč2’íZ‹|ũ°5ž…ÁĶ7ŨĘÃæq””ÉĒt_jT°/ąæ˜jN›ūFõķU˛ãؙWmČŖo,Š×=:Šä¨˙x…Æ;ėDÉXr%gÛé{Ø4Ļ“Ļ_Ÿ=ÃađČ$nõĩŨÖ ÷üÉåå7¤Z<>ō‡×WmĖčH#ÜĀڐz’Ŋ71§&øãnķžŖW‰0¨1ß)ļ\VĩĻ<_äžĢõtČ@3A(ALī/Oø%ąVÂ*¨Ú,cÄdÅy›¨™Á8‚‘‘Öb¤įÄ崉<ģJĀ÷üá¯^y‡˙é¸l8ņŨdžn,ŧD˛cŲCäĪƒKtvëQ¤ŋŌ°mæ“qe€ÜĀĪdŸRæ(ŒqÃmáĖūˆÛ1kžÖåV{ÛĖÂøŠeáC|ėøĻa$ĮĨ˛VtG>é˜]R˛báŒÖ†LÁ whXŒnîî’*(y —ķnéî+|S˜9¨âEÅé2Ø2e§Ä“/ËTqá Bîk(›{–WÖōÕ!‰sȞ ąģ“Ö"ŋŸ„u^°$XQŽÂ^é`Í$ŧŽŨ°tvčt ËQŋ—*îNq•m0ŇÉoaršBÜI˛Xū˛9iÔJęü~ĒŠw¤-2§9n=<áJ¤ĩhÛΊMŸĸׂáá{˛ķų4rļųv ™ųN%M˜ÛjŌž¯ė†ÛĀž†¨ß–įĶž: Xƒc ģIhËJÃVŽāŪ~uā‡ßWÔĄgoČų}ąÕ| :ە‡!ŅĢtŌ‰!ŲŒ‘¤OĒÁfOįOļÚL;#ao@MŌŸ,Åūpu=é‘kf5葱€ōG­ŨßŅk%BXņčĻŦ$Ŗ•zwšX°YI$—ÛØÖđ`Õå”ĸ‹š•ÅŽx‹>öJd5ī–ÚÕVHĨ×Ņ•ö†ĩQ„JDÆn z{]ؐ*Čūō𘏴÷P+GÃh"€™Ë÷ēŦ`ôWJFÎ:…¸œŨEeŅ @蠈yâûŗ¤ˆŲ$y{éšĖŒ|đ=)ôß’á&jÖGtIq§Aļ™ŋ a$]įF’–šiĢx™ŅBÆIVŌ \õ´°1áÉWdģvƒû=="bZ6ŽÔ1ąˆi:TĩÉôŦÃåĖž•ã:ŪĢɸ؟°ēÚ(ÄЛ›(%NQ`Á&âđ{ËvY1ų&īÔ/H2ž€ā¯-\ŅŒĢ×uڗáØĸĒ2Lmûķ(ßqĀö fēđåš÷.Ēsúč5+:?žZ—B}ô˛3{wNOļsHŦž6lČtŗ‚į€oRz'Ŋhô­û’YÕĮ|2 Žë8“sŌDį'¤Š`~#VI¨Ā‰Üœ= ĸ_0ģL>dR*FgNœņ&Ũɚ~…­ų ŧĢ‰wŋũåˇß˙ŋũų÷?ũōˇ_~ûéĪûíī?ũōë/ŋūô÷üņķO˙úõĪ˙úĪßūõßūôŸúŋ˙ų˙ĻÎD[Æ\Ü ¸8ŅH,Ŧ=Ž LtæYŨŅƒđØĢ5†Ķ:BÁŅn€,}P’âÕ&Ųķ›žŠ…I;‡ƒ3š§Čøí†ø$yLŠ B‚ņ†¨öÁeîĒnäÅĢ€â82j@ˇpúL"Ö<ÔNļ I)ȏP?OėžŅ•´s[‚ŠĩÎ~ō–Hˇ\‡f#ÄøbCāgķ}ŠHDܧtĘuÃg¤ãéz¸›ëP›0ƒ z^ŖŌē=˙Nâēžē7’&D‹fxM xđ÷—Œ‘īįƒLp@%mŽ1cȜyHíģå¤6Aw“ė7Ø :ZŠ‹Sõ]0Ũ6+oĮ]ĒîŒ,ŊŽYÛdY˛*u#ļYp”EųΠ‚{Ā“ė"[à {}ŒcPbküĻVVI…|ËÁŠgpeÖ2€‹ˆė¸´į!v¸Ė–<šä›Ė¯?&Ø"ĨšØę:Ĩz}ōSŖU ú ‘ÂYŪ0kĨAęúŽt[äs`ŠõŲs~—DņF¤ŦqŠ; å‡ęqšmŨčÅX‚ŲšķŪƒŸ­Ļ„wâtū6j’Ī  >6Uˆßoz:ąRî*i,Ëk>‹ ßH—l KH‡~hūÎ:“÷œĒ$•ÔOUÉnœ|7^ÆAZ?ˆSˇWhĪ|-kû!Sņ)÷Ūįū^ö;'ÎÜw›õ? 9†ęŋ‰Ž Âĸč_×s•ŽĒüā*6Hŧ&÷†\×*œ0˙b¸ëä¤Īs<´ũ0%c3ßÅė\EĮFŘ[&gá]KšûĨŒģgy‘l{˛Ķ˜Įt ÄŊhë Y˙"„œŽ†Qų“É$Ĩ>Ü0UŧCyUą‹aU7køˇ…xŽ$7Ēsō_÷…Cší­Ĩ;nę;AĨNL_&ė_äįŅ6ŨūÆÄ:ļ.Ÿû&‰­mM mē­Q%‡õÜq•~€Ŋ´æ†ũ€áH:ãæՁ@ØXĶt†MÛw^ŗ}Ø0Úãģ—QGu’šœøô6īOuē¨Îs¸úwčī iDB|¸Æ‘ŧÁ˜"˛ƒkļ:Ô9æo aâ¨hĢo„ÕŒĪ˛•Ô‡ú†-fcZČŦŪqõY'Æé=kĻ IĪ‹ģrŋkK8!Ž0lšĖĸ§vt#\ģ A93ļô'o)€ Õxyi•C1ŽĒ’-áhĄåܡŲŽLčHa.eQ•ĩĸáĐR˙|&‘+YŋŽy/RŅ€)1­" 'G”ŽB¤ÃjČčbe™pX(ŽŽrîS†)ëWŪ0Äšu¸ČĢj<"‰ff–@c$ąÖĩž¤IV$}—/›7Ę|ā;ƒ‹û•ĻīŠš8X1ßė]ūĄR­ŗ–ŋqõmEA9VÜõ‚Û°ÎÛņ•1YK,ü —[Å]×­"ÕˇŊ\š)uWÜĢ´Ū‹éV5ģ˙bīĐĶĖûĪ C´)žŲãĪ'‰ž¯œ*C"'_­€ĻķK–O}÷…ŲˇUįzbdŠËäî‘Ũ†ë÷`/Äîí|}ŦS_~šI$ËdÂÕŠ€Íŋ ųŨLĪøæäĩëę#6ƒ úŋėtķ‹Î=Å$1P&ÁĮ æ\x…ˇ&}GÞö˛ m›ĄŽvßųlŨā@åĄÍoōa×ŋoĨÔ=ŨYMüX~­øįŒŅė]0Ž]ŸÆˆ1ūžI”…ø/–blŨNl™tEäe’tQđREE‚O¯kØh FŖ˜‰ķkgÚī mĩžTuõ1áÜk–ōĐh'Ž†ũÔLB)pîđ*đą8 Gč(˙ĩ/ä,åöRGXgÍÅ1:Pū[ÆŧÉLņŦ8´´íTCëŸĸkNÄ<Ė b”;vŋIę<†ËšŗH¸4Og?u:§Í+‡ÉŋÁnAj#ÄaetŅ*ÔOž<Ä@­×RN GJœĄH_B‰Ī´uĶ:3”o3´e(‡ČĒŋĘ-œŠ\ĘįtpīĖĮVÅ˛`|>ę¨K2NuqĘ4‰ęĄO#Ŋ7âúĶ’„}Œ|äŅWw+چ^ O ĸÉ5ĶŨä÷{Mâkņ™jĮ’Øŋyŧx —<†?âßŌOšIü¤—íkZvM}-u›&(6xĖŽˇ ō€I)Į—Iģd‚Üi(Ä-v^ę 9Ë´ D¨C€KÖÃĮŸīĨ¸ ‘ÎÄ6‹ōʤą<@=™ŗUxzĶŽM„ûđ…°ÆØŲ›é3W>ôĨlv#ų[eęŅĄĀŗŖsũīMSˇŖK¯oš„É|ŊīŒ‡Ŗ zyĸ^Qkė…û¨‡›ĻyĄ}vrbl‰ŨéĶ{K›éJ}ž_‚žšmËĸEĄúKs^¤}õšHD>Žx‚@UeĶŦ!›ÚÉG‘ˇqč[*É?ŽEYûtâŗ‡ėėRŨ™îĩĘ!j%—BzOJ‘ĨCzcGŸG‹ļgvô#K^|ü‹*Š¸ŧ|ö8PN5ĸES˛Qj´]ķZ‹ĩeņ1ÎGÃJ4&†žŠúÅ]ŋĒ0&%žr,ØĻ/+įŲBûŗ5ĒūĀČhȚˇđŦÎƖB6+Ųq†h-ÖæႄIe{ ´RYę8žÎö€Âû釛 K ī(lĘo‡ S´äãāŠíãŽC8eōČcXĨîʋw(LW—™Qz˛¨G3pŖÛn5–’ėņúÅ@C\“ƒÂÜČn™:knˇaō€\pD>,Cĩ4/žņ„ŪONDܲ E×s×ioĐSSŖŦfä¸Ga:ų5î[$TdadãŦÖךæW˜\#ųÄ ´>ƒÆÛÆG%f´&@ŌR']÷Ô%ãS˜ä6fĘRĸēĐãLÜq:}`ÖP˛q.Ƀ3 žžÂx@侜æžIX Ū-!O{ 뛱X8ŊŲœŒD<§  @ßÁĄ†փ‘Î đ3Ų:xÁ*ôg'jœÎLļ˜Sū7cX 2 îēgôÎĸOŌ'—Úŧ΃ŧ›?Ųr)į­Ī9ü;3QûĮĸĖYWŒ•L_8;#Ö\ôPĸ›o÷ĄŠ6#&fĀĘãŨ€[t\\Ö\dœŽė’÷‹'9˜Ļõ?ē.÷~?€_Ņe¤Ūëļŋ%ŨeŽĒ^ߛũđ€…&L3Vļ|4:XÖģŽŒ]Ĩ ßW y& VĶ~7÷ņč´č° æfycci\ŸáR$vĸŅ~pįģZãáČzž›úąž'šúŌŲã—jŗ1dCw=G,)—~Ũ !ÆLPŪwĪWTg’˛ßŋNÍŠLÜ&ÎŪ%/SKĮ­Ü 3#ô¤.w;ánrˆknˆōŽúFô!ķq-ˆ{ž-š9ogĀ)-ĩÉ­nž^ÜSGČĀZķ;~äölŠāĘŗ˛*­Íëv˛QvV3:ö÷Āũj”ŠlÃĶí}ë]92á Ū[pŨ,ĢŪ§XĄ™ŊÉÑlŸwŨ_~ķ8f7ÛfŠÄˇx?Z•:÷õ™`ŦkÜŨ66Ä"ÍŅd[‚Â=œ> 00\€šœY@›ŪWYēŨŌŧWVƒĐ!ø˜Ļv$ŒĄtB!—âĀÁĶ  *1íÔ2܁V´ŋmZˇnVXŌŖZmö€ÛT­FkĐĮ%x0X“ôv˛ÂžíN”Åķí6ĪLŅ™Č/°eÜzãËĒŦLÂüyAÕAŠ‰ųæ­?M,ģ<Åļüš(2ŨOí\Žgá)Ũ#ÉʓIî%pw4a`(~ įbÍYxr\ vŪ€švęģ!¨ĪÔ3Äw!zĪqk]øDĐnûC”ʛ0Oåʒ)ŋtĢ*0,ڸ덛Å܇>1ĒtˆļŽ ‘Œ–‡!ę‹ėĻdîu@)z~pâ tÃé+%°vbm´pËĸ^ãCKeČķF$„•xM‹c1 į2upÚ9ÉG‚<°Äę‰ J{ƒãD­ûšs>°ĄĻo†O—T x“§ Ú\ļNŪΊč‚ G:Rņ’uœû~˜Î<˛aÆídjk0՛ņĨ2¯âxmåļ“ŖÁDũĩIvĒ+Õ#š ĪėRÃ3AhĢqzÅú5BĻvwĖžú|čå[á*˛-g!|ŽˆŽëˇU&+žĐ/Üå,Ÿ(¨ftŒŲÖÔÚx™ģz# õæyBšē› ļĢÎŨäÐAmceĢpФ&VB& ķ~SĶNčwR„]QŠkP đ~ķW@K†{{[<U—ūiYe<øį*ÕĪí´FĩÖpQģ…é+ū°Ĩūŗ‡îíŨ0ķ<›čK"ĩē˛KĨ똘bå]3Ē {M]Ô.n&CČmžÁ÷ņ„ŲE¯3ƔoÖw!*ÎڎaÃëXvËÉ$î$Čí9Ĩėī›ēné†í†‡™ŌČ´Ņ‚\ũÕU[ ū)AŒî7…ëÆtļd“ŅÉ ƒKŦmi€Mģu‰ŠzĮ_ņ‘õ5%’V6ŌA‘¸ēĒßÃ5á•ē¯ôoƒ–´3é; –|īĖ˜âCļŒéeõ“=åŅ'4œ=:oh*έŪŊ‹_Ĩ÷æčnoЊb$Bá¨;Ã&žá:š‡‚*}´a÷šc3Ę&Ư‘G‘O4¤ˆÁTƒ‡ÚR[ęj†O-č ļŅÜÂQ35ĻˇMÄ{Ģģø€žßsöę+_QįEÂāĶĀcËŦ]ÄčŲQV{­ŌEgūKeY°âûÄö„ĢŨŨP.]šËÄ&Š‘”˜žKpBԍ!]g#.ü˜ß›Q‡Îņ“ëéÉ} vN˙ ˛ēuŠ ŧŠsŊ¨$€ÔGÜ+a¸Éšnę?S&U÷÷wxë„Ė1pcˇkĮC)˜ĖD ŲŖ:Sãš`ŦĪ6،ԒÕ._ą6‹—ËLÚÄsweVĢ^lZaȒR>PI.Ė~áĮsÜâí^QŋbËäU÷†%îÂQčÅ1*S :_Ā4C¨ di?Ũ_Į Ÿą‹˛—‚?“áĀaHH,"āš RfAž!IDn~–´kį@˛XNˆ0wŨąģWV÷Ų÷k.qÔ§W´R >6~°ZøD4Ÿ°•3aŌ•†¨Đ¸Š™õ^s`Ō.ZĸŸ5kV¤qĪ„í‰k¤6Đ úDGÛmúŲ6ũ”…%õH,Csļ3ĸ CĪĮc g­UŠQŊČUËū>U="Āģ]WtbnZ8l•S(xl& ×Ô Nhp ÎÔß^AŋLb]’rzō˜b= äE4NW[Q­ą,2ž™Œ,¤˛ŨžļŨâ#ųcyB}ߖgÔōĪĖE%R@3 ū<{ęrbNĀÂūŪ›ä™Yq‹äC2Ũ‚#dĸŽ>ŗZi(Süf)úFá$ Š9ļ ŗėu)ƒaO“fL tž[fĩëŨßŦpb}ŖķėN˙D.šPfo— · āÂÄĨ Ö .cĒÂSm“wÖ ē<5‡iÎ>âÎãA"AmiU/„Æā°Lä¨[Ķz.]d2÷…Š#hė¸×Ųå_|ŸZBo˙†ĮĘæÍ=t‡yė{ÄĒœF2׎X)iĘ`jŅ2Š ŋ C`ÃRgšŽĸĮ{úD’æ%ĒųŖsi…e˛ĸ\ēČ_sjĸV-7¯Ÿ“§Â/uįC|I‹ë•´Įšj†YwÔæču­7ĮwOa-ƒÕŗ$jK#}qŦoÎÃÍ@?ĐJc‚:š‚3V9MÔO^Į0Ė55;=ë0:jTŒ^o–Ųļ¸6*8^ ã-¨ėIŧ„^e¨ũAZˇCŨrÄŖŲWŽ ;~9ŠÛũšáā¯Ÿ`‡ųoPmœGĪŖŖ‘Ōâ4 Í­=‡ŽÆæ? *¨ũĪ_R†ôHŌŽ’ˆ'h­ķˆ2Číhh[¸‚šJ9Ō5KŊ;'ņM'ÃW9ÉzāüxdëĢ X`="]õđ™Ÿ1ŒĖ0åS`Wŗd;ՋVŅ›Ų´ûĒ¸_&%×ÆĀ˛$mg_w`†0dĶ’^1DĻ@˙Ôpg˜FķLf ^įžu ÁŒBöî=Fĸģ >đ wkY¯ŒƒRņĻUę>dyĩT'ôjé'KÉëē–-t­Ų<Ųa´Tˆžũū{Ü0A´ë˛ĸ6đ)•ŽDXÜfĸÁÜ[ļ:I CÜ[‰VļE™6NûmÚ¨˸l–ß@ŽB.Ŧ‰íĘ`Ĩ`Ņš{O4š,lˇ¯ĸ'šīEwÅ0¯RS!ŧp7Y'4üGE?Ŧgšn„Æ…īŠr*e^u†ë´lŧē]ߗvUļ.ÉĐ&5ĸÖëŪv ]A+–,QŒ.Ûl×ū­ ē%w'Īē°ā%|nâz×\ōJGį#Ō?ÚFg*ĄÚ`¯nĻ“ËâšŊ4‰ˆI—ŅÁöØšˆæ@.õĪĮ#šAםÍŨ—ŗ+øŦ˜F2vŒNvÂėœAĖōpgĄŽ'e×ĨRbF§*Gŧä€ē4ĩ˜+Aô؞8´œ °†×éĸļv˜4øÚBČĖ”åy%÷ËꛆvŧXŘą¤"> ŗŠ#J-*ûJ9G#goō4wYM[sœlž4‰ĩš[ŊĄIG|7˛į9ZkÍ=Ö^ÉĩĖ)4Öęôå+ÄoXōr\Ķ mr”Āwįķęķ¤ĩOÕĀ-Ąû˜L"ė<@×i/čD¯ēQÛr ÍT?#Čę¨¯éųÄådž+Ĩ‰Į™Š+ž]í1\B–Į;YÁĮūB EŊē˖įQ.eČ nģᛜPŽP͛j}Œr™›' ĘʋTâOMŒ•GCTA֟öŖģ 0ĄUÚ82AEœbž´ÚgÆ'ō~qwr¨;ųh€Ë fâ@j‡5°OĀBČOFÍĮŽ`DéST|5ĘpŽ˜¯“ŨĀHZL.#Â$f1a’†ŽGą?Xĸ;S“æTV'ŪɊSRŦTĻ:—&fmÄbv]į‘žTŒ P”1ŦšŖLŋUš-÷2[“q ]|ōK'|Õ%LÍr›Ę¯ŽŪŊJkgŽšËņĖ.Ōf@D…ÂWu+ōrßsÁû’ąK=ŲÖãkØ.XĮæČä­Ú€í+g0Íũh˛zõō{*tŽģî+SZî,ÖôXEWn@ˆâī 1€ckrÜ*äUŊæ˄íLŽFc“ØړŪ°ĻøJĢ_I Rga†Gx­°[ECÎĘ{Íā:6œ[&ÅQÆ ĀļœŽDÉE'âœ"yØ'OÛŅ× ĀŒŌĘoBÛgcqŦ€Œ˜)W>ø-CīŲԃÔ8"¨tÖOWž-Uģ$Nęni-ę8 Ī*ė3:Ēg0LĄwž zāģm…o"ŦžyÆËÖPÆĒΝ°Ī +’/Ό)w>ÜtĮ}ÉU DõÚÎ:wĄÎ`ÖÁÄęđŽ“ËŨŠTQÁāVj™ĢĀÆ&ŖŌákĢí<¯Âř3™3=H˛a“f4tGWĮXØ%Ëƒ,q_+PxįCū0§]ÍT¸8Ļv'<Ŧ˛”<’™4ļÕéŗ!Ŗ@:&’ŽčP¤Ų„)w›Ļ˛pzŗčŽVÕËëâKSûįŽ ŸmąAąVL1ĖÖî'U3ˇĶ&*:e†ŠvEœ7ŸņāŠrĨ°€LĪāáBU&äĪÜĘaq2Mƒß ËĒ ­ĀYgôIđų-Ÿ‡Ÿ†ĐÎt‚žw~oDtp[„>ømôō +MĨ>ãyd”ã4"ôDhB™6­”hˆ/”éƒāģØãžålƒũũé{BP†ŖŖŅĒõ2›gB?YXÄlosĖ|ŌčÚĪö–ã•Õ¤U$¤X˛Âæ‰9ķj 1ģŌ|üĖ–7 ˇåWęNNä-JŽoCŽ+ûÍRsāŦœUŅ9t`˜tæ,+ąÕuôZ%C Pe¤^&ÂŖ /ûN×5ëu1Œ´¤AßCCčļ~ šOiH"s’žéGr ‚õ•Qŧ^˛sˆĄ˛ ‹ÍÍ?!2åmô,1¯Ø •Wõ}G˛*‡đk_6A—=~ūĩĖĮÖ<Ą•Žģ´pÖģ@4| P*5/÷~¯‰dw V Oę<ÃČû_ŪŠp虆7ÖsŦ¨I!ɆÉZ"Ø\2cŅPqŽ)Ų•;˜BYÚ剜2f~ÜDYŒœ¤,šŲ‹ž%€XUÉåļå6mNEģOíÚZsRĖ,Î7œ^!”ô*yüCŽ:—Ÿ6“ė§™Q2‹5UÆÍãlŖ$3ĢĨí• [aŒu"bēlŦĀķRahŠ5Sēäg‹×š•ųė&8ķ‡åë ãQ6–eĩ­† yÉ`eËKņ| đÍ`Æ kyß7!“ģûĻ‹(§÷6•T'k„rú”rxY”KLkáį,ĮëÄ œyR>KC՝…mXø*ķ‹ c:=OFf"<ĩÆ°fŊØmÛ 0#†Ę“WßŗĀWkė8ŠŪøŒ†ÁVÚ8'ĩâj8QæP;XŽ0Ģčøę xč"Â=āvņļÉ(Ō`Fdšâ-Æ}Ą@ˆîŒč2ēSYŌ(‹ ĩ @qgĪwĎ,åi+&Ĩˇ„]äEkˇ>=›Pų$@%hYĨš_˛}p“M?įąØŒ_¤jĖé^cUŽÍ, äÛøÚˇ1…Ĩ'ĩ‡t^-Í |ÁJTĨë9é‘ËÍI(ūzō—V‚7ŸĶŠ&~žëƒ›UČŨčĀŅâyzĨmß.ĐAmümū"(HÆB@kķ™(”īJíöŊīŅqEėƒšÁ7îēĄ­”qS8ōS‹Ö1ë_͝?Ŋ§âļ›Ĩę9 nv u"v÷ ĪšrîI‘ģ: Ą‡•Š0 Ģë$õĒp"ß)ļ›fFą|ÆžõYy Ę/1“>sōųĮ:nŦ˃F) đrNÂĩS(tpcĄÃ–Âüö™Š6ģvčÄLÂ<EĘ2(;Ę|jæz+Ŧ‰Š^ ņhđã}Û]/í`zcIäxndŽĸy ûøÛZĢĢsšđf–ŌפÂų*mIâF%ĘdsÃŦ)Wv¯ģb’7­šÍ•¸Áųö׃ėˆFĖ–ĨŠi¯ģå}¤ĩŊëāWîĖū5䈒æ?¤‘ƒ˙z5žoāįRiŽŅQMĖ<ŒŨO/•ÕĀ*8“ū$āe¤§F׈kÜ(+Ķ%:A Ķ“EųQĘTâr:h+k–U|âÛÃQĪo"ĢĻVčwĢ´Ō÷ĶĐÂĸäaÄ>ŖÍ_[zÚg:ãhŖ'ļUfmSšębÎSŸÛ‚õpP¨80cņ(¯ŦÔ¤IC€ ŖfŸ–pATÁël zĸ’Øčœ!! öíyÜT¸Je‡ 7Ų“x<í8G˛‘§Ë]Ļ$5˛§:P<  Č-gLx ¸Ŧü|ā;n x…ÂŧČ&šë\4U§”“”‰Ęĸãˇ?žˆĘĮÅ'ŪFļ$‘3‚˜=EZž;MœĮß)ÛĀlŋ*tŸZüȓz2rúU:Ë|TáÄÍĒë„”ûUl˜ļū^Jd]Î TXŽ|s:"~(R-N=´UiPĒ¸Õįæ×$mí˜k0\Ũ<0ã@myBÄ–m ā(ŸšŖĸĪ\”d^`7Ŋõļø´J2ļ˙”•ˇ™+įt""ÛyéÃ9­mtU‹™ ÍØšųCęWŌ•hgO6UčsBX vÕm*Ž– vũŸ2'u†?TL˛>w™Ú‘Ø ÚÄL¨üCÔE§šéŅsâ”Ö÷ š˛öAäō3‚ø*NÍŨ6Ž3ņŠÆēØ÷syAëÁÅéŋSs=¯´(Ūü_˙„îPhZLŪhG~ķ$PœéÕîÆYmIBË8•ēCNđõ ŽÖÍD' 6Č´=Bl=ĮKŧîŪŽíˆā ›â+šĐëË'DsÃØ1ķʉ & ņÜŧmč’lg3(kˇ€¤qīĄ¨‹Ņ€R˜ÜÉļ Ë1ļídŸķđ~ŦEíŋë{ë+>Ržī…Ũģá<ĪđĖ =B§O‡aŸh)š¯#Ev/ČãŊYÁė,œ}°cœĮ_R j^y|P긐1tīĻėyŸD ŪĢOÄ=pâUŽÃĪņđĐI:ø¤:ƙąá¯‚>v{b"V” ?ü $>˄Œ’M¨*ɧŗ>ę W`3N¨ëP$gHŸF3sŸô‰Īrļá.°˙*€ËĘ8Ŧv+Į‹pî0įäĮÖėĖjŋgÆÛč։žč žķļēØ1$âčõ`My–ū؋R\¸Ē~yŗ đ"ũš3ĘĖaį°LŧkzDk"Ę4Îl žŅ’‘[.Æ) eâûK㎕ĮØOX˛Q–õɨaÅė1ƒ7{֓q¤ˇÍ'ČģŗQõŽRʃnb K&ĶÎ]ãN^™ëÕ¸ąeȕq&ôJ>”—e×7ë¸y&‚¸¯Ūŋ›¯9n¤,Ŋ8+Ž›ŖŪŌOm´kz‚ėōĪÉĘ į˜i­ûâ'īt×ÃX*Áį $–QgF^ķAûčv 6ÂeŅņđĪ29:å'Š2 éËŧnãĀÛí ž?~—Ŗą2Ø Į5Ī)ŗpĢĘt†Šc7­t|LĪDįhˆ øüŖ˖Ų:?„Mg´™aÂÖ%Å$Šä™HvRęb\ 6x ŧŠcĶ×MM{ļõĨbVīĀĨ8oÖD ’í .ĻÅĸuT ægwÅhĸčĮt{Ąŗ0uȍÉØ\Ųc>ĄbeØ*|[fâŪwÄäŒ]Ŗ:ŋëėEčŲ‘`N ĘđFlŽÕk6›ë„m+_V†Ēäh…Ęķ ›ô]î_É/ÁŸc‚6T->m“ÁKšü Œîˆûtŋ‹z–šĩũd؇€›SĢŗŌĪĻ:ˇûŪ-ËcęĒį? öĀ⩑¸Áāk2Å;ˇ§kåÎ]AY˜ŊŦŽ‘˯ žū(Į/aܝú?¨íY)•ĄNÕÛnäŋK˛Ø„Ë\Ã@āå°ųšĻŌJ/CŲĸŋŸÎLTķë‚Îg .ŽrļËX ōTčũžč4-ZÍ' ĘžT'8" j–¤aŒ”ę`ŗīÁŠÔAŨÔX*qg`L×<qū>āZŖ'ķ˛Ûá šįŌėŲų+úî!ōĸųV9†uÍ ĮŠ…– j'•Đˇ‘Ĩ–ũ§ÃîŽŗđVR–9M‚ŽHCUl UæŅķ[e{ abzņ/XˇąŽģ ĪĸÖC1Âäļšfš˜•WĒ¨n'g"ģ” HBÚwCč)°$ëŲw1˜7q,’4XwF}v Íâ\•ûœ5ĒŒ5…QQŊ‚"­ŊåÆ%ûĩŸy؞3ŗ&2}-‰ūõš_oÎÛL-œôʔˇ(Øhz˙Q&Ą‘Ūc;/aĨˇĘˆp ´øâŲģÄΐ€ãŪh NE´öö&Ķ ÷Ėå5lĀ}(x6ÜC¸ŠU(ŗTÔ~ųÄgxŲÕŪMYAHŽ(ĀY˛#ŦjŧĶ‰ņēeBVĐęķ:ęå“ęˇâ/—œäĐŅķÁŦk_b\!g ôrHĢœ€‰ōw†7ÅcĨ4ņ,@¸Ģ“tšŧarƒaôJ­rĢÚSž2Ĩ㛚{ģ„3‚i¸Đ­éHƒ—Ô¨f`ô=ΏõŖ] HßåBīŠ6'Ŗō:oŽ"‚T|8z•p˞Œ9k īofî'†“LûN–ųLīR€P”rCĶTn}¸2ŊxēÕŨ!æaAuŗ.RĸÛÃ;T<)đ°ãœq ŅQ˛YEëZ#PĄ^€2¤hvN:¨æFÍûØĘQÚŖT’ÆØô&ˆ“PŽŠap˜Í[?tŌãÎō@ũcÆeXØ°0”A5~’Y|aæĩXŠMK?2Yj ĩĄīå~†÷ņΞ¤”ˇĘ@8É ƎįžBiÉÛ´UĻĄBŽXVKŽ—ĢĢĪntP˜„%Ē–ũokzŊ!­§ŽQĻŸČĐՂˆt2;l*iŽĒ.8'•+Ģ…ąĮąļö'Ņž /āƒāĩåČwøvĩ JņÉ>†…XiD'ڙŊĢ€hæ;!ė­Ö˙Ä°z"䇍$‡ōX“ģ’`Ô<Ē€B¤—ßÎyUļJˆ  €SqĖDÎą$öy3ULLFG:zėžŽ'úQã^Ée•âˆ+-W›(¤ĸŠQŪ-œŽYį–ë’QāŗdŦœwĩ)f˜h´Xŧ^Í ;öģ’™Š*.šLę:).XģŖŪ …$g>Čc#ÉY0Î"ÜĢud ēt)…æ %ōeõË8ÂrĖK›¤Ūšs÷*ZAÁdCėŧO-iÍd˛XwĨjX#pTņ­;3s¯ŗÃųGumøįW.čÅ*>â{ãē´œ$Rî*ĄÖBĸŠėN'ļđÕ~ÆĮÚûJ7č~Õt‚ø€vÔ]Š‘Ĩ:ēÕOO׸Ë*ĀJ•Q˜ FÆ  -}ÉîĻ×ÍZĩ.Šā-/ˆÜ‚Ēø8‡OČ YŅĮ3‡Ĩob<sŠUPwĸw °%Ãēz9FU‡œŒ°{$u<đĖ0č0Îy†Ãŧ$E #Ā œ„¯" †ãĻ•ŸP‘ŨcdäŨ•“žqˇ .yšÅ•üĶkįĖ°Ū<ŋļZrÃNTŧ—BĄ˜ė% "Ōwˆjue 7wËuõŠ´!<ƒW`4rsípŨisl„'UxCĶ<ŖF z§žŒÍBPËŊĐV¸g&™õ\éƒ7ē9îüBēôxL„Æ29+5÷ÂÜ&*qŽ°ĪëđR”Ä­ĘSZÖW|ŗIÃé1Öėؚ"lģÂ3”ˇ˙ü$šĄH ¸‡ë‘@Ŋ˜ņëØâ>nq"”.ĩVEHŠĖ/ĒÂÖž9Zaj“à ‘¨ŲãŒJiÂF„åC‡ûČũ#K™h â¤"„Û92Oà Ë÷•eâąĢCīQčD˙ųyYÁ´] ĀLĒ´vya˜,“ŸÍĸQ7GŗŨ}=ŽĘ™‘;Vk5<&8ģ%ũŨbN¯ĸŽÅ9Ũ—™#91ëö%dĀsÚ;éW„ŠCÎÕo0då'ãáīĪ+įĨÅmB†dŧɜLąY€P˜2Õ÷5P’° &Il€ )#2X:oė}đ6Ũ ,rė qõv;Ŧ#Ü<¤Đ'b$ÛPSú˛-ØŪĒrå‘ ÚGY\nHˇr¸x*ĸˆ$įr‹Pr…›1§jöh`+Z­ix•Üu’Æ>h¸Æ\ÅãFVĶY<åũßĸ:ī¨MļŊ=ˇvö1_'ë}A‹ÅÚœžÜĸę&˜ÆhzHúÆąDĖč‰ üĢ9+‹€ ĐVQ‡ÔŖ7ŌzáWÅ™ZŦpšJ-ģG†,^’•KlŪÍ5ŽîC†˛RãÜ SßĮtPāķ‘jŊŊŨRuFĻ%ÛF†÷¯FĮg;Yņo˜ō¸ °ēȄ8 đē÷Š& W)<ęČiÂ%6ē´G$4>h?>ĮķcŪ­ë]ë9ßüûÜP ŧiÃ[F˜N…°jGeŸÅŋ”QĻD[ú9ņājûÁTŗė6Ą’úÁeˆ§ŋ*ŸûĄ"ĸb´ÜÉũ‹ę>FP8øQ'dIhÛD{ķ[ĶĪŪ —„™˜Ũƒŗõ^€$Œv„ŧˆ%Ģtogčöj\9…ĪqÁ6Ä°ŗŦ$8I˚„ĢæŋmRÁcŗž’WË–ŖÚhņoe|Ũ8?ŧ+¯û‹"Ž"ė¸Ü"ž$ßû(Šįšø(=ü*ÕŦŽ¤‘ˇ‘j„Ÿ™Áč7tļsœ*pbcŽ‡vrf2<™$}„Ũé1AB(ĶĄ“‰ôąfbŋ!ůƒāÖÄ@˜ ÚaU@Šväų= _‡ŽdayŊíŠrHŠ”â#āæęaÍbAAYjpĶ3+:č†ÔĐų­ŸųŊ7[Ôĩcéŧû‹œø+#ÃH|÷=íšĐQK{R`†ÁGØ“-ī*ëŅÜ?ŅÕ¨aq˜čM•“­U!J)x<Îa^9 Ŧ2(žĮv‚ƒ÷qĖ“­ŖGVŽ“érĶ1tĀQ$$~d¯[פ¨gÔĒVΙ¨ē ÚQōhÂN‡Y…2ËužōęĪĒĖ)2h&ŠōnĻ+Œ‚IF$Ļ C˛. D¯-Ņí~ĐBģŖíŸúúžē…X‡ƒ|‰ßdĢŒƒÍN˙c¯āwq˙:cÔÄGË93ŋCÛgĩBƒ{;6ÔO› lˇŅšíÍ+\CդŭØEužeŨ˙E¤vļ,ņ44jBN`xŌ‚ĶÎdËY6äđH’ųrcŲ­,Ī-sž^¨‡ēô ˆā$ÂZé}%÷Ŧ"ā—ŲîČVĶĀŽŌDž‚¸ĨæėE~Wæ.ÖxN<ÄîkwwÕ Ęî?à :čF–™Sy_ô†ÕÔcęšÍ՝f†[ķpA\‰WōWäLkūķ˙?˙Ī˙÷˙ë˙õåį/žüō‹Īßü?žųüí_üãÛ/~üüÍOßūüéįŋøíĶį/ŋũúĶ?ũōÕ§_>ķÅ×ßũôÅį¯~úé˙~ųl;É|-VL“Ųß`…‡ā¸Ņ~´ Ö5M)ļ‡y֐á¯@œVĶ*miu¸KØĖõB}Ÿ ō9vĶ'+ũŗÛ¨yX âØKšz\¯íŦ™:ŊōĮĄĖÂĘpØŖRą)7æQûBô_ĄLw0ōģaĨĢ:\NŅtįEץWĪ'u‚Ÿ–iÃWáä,¨ö‚‘FyŌ+™gQĶ•üqéĪY¤ŸZI!ŽëÎĪ8ô$€l^(ũ.Ō/_~.ÃZjcéđ#iLĨ§Ž#^v9ĸ†)wfIwũ3ũä+ܛĢJQsūkq m˜ƒÃCŌņŒÃėäs=Ŧđ㎔íú&Ž+bŅ)Mi‹/Ļ–{ųã˙ëUD !ԃĖGÅ3ä"c”Ís`ÕTë‹5Üŗ BŨIļq+ák–Ų¨ht'ĀTÅxá>Ŧ¸Š™‚ĩQĻ‡‹Šũ :øŪV6ņŠßíįÄB+į樈r˛Ô1ÁVLžú]$Ą+Øå’:‘ėõĩšcÄ;úüÕį/?ũøų×o>ũúíwŋ|ũÍ7?ķí—ßqH‹Úœ€OORŪ.•ģĄC`IŒ*+˜Ŗ-ōnáūdô2“Á¤h(,g< Ü¸Á {G.køo‹âI3ÚHYúR2Īnl|ŠÃ?ŒZîh|ŅŊĶ˙0eŅ–-ÛßZ2iųģQËqŌÂÆė/F-€ ÎæTüÕ¤e˛šfC÷ĮYËŋ5jéŋĩœ,  1Ÿ%Ņ8¤ü÷æ,Į,2g9˙Ö¤åĩüŤåã¨%ŗ–Ę`ĄÖIĖŦEa&Ī˜üúMZūfÎōĮIË˙¨ĨūAËüÕ %ž,b>ôI‹Nldf-åœĨ ąģ˙ß?LZėU7i ˜¤ÃWrČb-4)kĄúũ|E@e+ üĖVHfũŗŅʨÄ*›ŅĘī&+;XrĮâåã˙ųķßûŋüåË_žøõ‹OßüøåŸ>˙øķwŸ~üéˇ_>ũüķ7?ûķw?˙đë—_ũĮĪ(ĒˇĩÄĪסCīį…ĻSA6’ˆÃJžVĮi~øø ųˇÎ’ųŽū Žļđ´V+”Äyöäį3fņ„yßqų†ē‡*"Ķ îũŅ–“@Á†ĩ!úŦšĢ´ƒšp¤éq:6%Ø`î[…$LHÆ­dü jŽ5}Š¤ßƒœOđĻåÜiąūÅéūęIˆ ÔēXX6Ž¨m8ˆEžëŠŲ9ē–…ûBązîÔ6•āŸŗĐu"ŗ“’äOßĸŠĘÚ7‚°F$ˆ÷Ëfæߕđ§îl€ įcÉīz÷Jë™ĀôZZMUŋ"Yđvtw”îōšī—&‚â UD—éÚlīđJVPąēÕîí^oWvĄ*›“H&ŊFM @]>wtūnČ 2š×¨EëAÆÛí$y„(áŲÖKĀ;M…žî1y'˙dŌf,•\/˙îüow"‚t˜j™$ãËNmK)OáF{Ī´į@%A,yVGĨi‹ŧĒo–ž˜skp6čbBûƒäžúy 0?ĘÉGø–qÍ8ō&7gšAõtO÷6N`ĐĸÉ{ ô$,ÔöôÖīŖŠ•ČC1[Ŋ;Ô8į2Bæ}ÕÂö Ā€$‘čJB[“x+v=v"4ņz0€qŠâŪãîņäYŌ-maTGŒŪ)ŗ‡’ÜįŠÛV“´Ą^O•ˆŋąžhãĒŠv§V5I€(N€FČGčO.›žc(Ļ§KÁģ††ûÎ !úPÆÔ3™EtĪīØ0ZIaO"=˛ģƒæ IÚĮŠl{MŋĄWiÛ€æoc Ũl8õzĸįs„tRŽÂfš{Íî—›Šäp0ŦnīÄĢOĢō§7¸ĩ'0cLtcVXŗPqA×ĪD&jIÔ/¸íī°YûŦãæûĩ˜›×oāāGģG¯ÍŊ÷ØŧĖ.°đ/>Ļv¤Ņ)įvöʈLHÔR×Åę6‚Ŋ+ęehåĖu‘šŦ•ģĀ ?âĩ8> lĢĖ$šãZļ ŧM‘vģÕ.¯,)ŅēƯČÅ…^ōÉ%’OEÂĘXĢâįÜá{§IW´ü¤Ų$—ךÃ$2ãdká-ūŠmúžĮƒLœø'ŧ#Ø›ˇ>t¤…?Ō†nļ6ĪÄX2ŊúØėāL2ĨÆȉņ!@zeŋDŪ;ĖŌ†g°ŖŠĶc§¸vi#]â{`x™S Üsŧ<ŨfŸ“#‚é|øÂÁ°ū5ŧ×.´á“ÔČãīá°ÛíJ‚‹p“Ëüd3ąml,z5]ub/Æhi‘ÚVę­×Âô‹Sų(ąû—?6Yd–*ūnÚuķqûĄĄL?!í%ĒdėŠ­™ōQÃįKĘsZąØ19hķĮ s‡ŽÃ$}N{ēĪĮĐĖ[ Ų“+]ųķŒt!úx :­„HĒbŗ ųgŦeî¨ųˆûĒŠƒšĨۘb]™#É×Â#N¨S<ŒˇX’fėĸāĒÜņ× ŊV.kč~3%:ĀIŒ p)–Øąovv"įėlOīē¤á:FVeô’)”×ļÚk…r{§ãeņîP؎œ‡ĄÃÕuuK‹ĸ>uuÚRœŨ›š žxÄZjŽssÉEōĒ œGlĸ}n&¯P’ĪļÍ،n&„tY2s:Lø$Ėw"¨NG‚ī =ۏÎ`:Š}iĻĖŅō3˛-ãN$ÜÅģqO›Ũ7vök4<’‡"qŦMč›$@h¯æ˛ŽĸČĖē=š49åxxdˆqé¤ŧCŖCCvn›'•ål\í™č!G€Ę¤‚öÜÂĖĮåWÖÛ›Đ˜üŸž;fúéíO´ÍšZ…ŠĻÕl;”E!6âÉB–ķĢŊ7ųjËū)ŸîŅl?H]cÕ2{Ō›D(#Œl–UƒŠmO6ŖŠ]“QÖ'ŅÍËōšõsWF€õ:Ū°=Åby ;ģzŗ¯×ÉŪâ>‚IļqāR¤ŊI9Û1:eD<NĻjĖ"&Rō;Ž.–OĢ#Ō Ííœ&‘ÚĸüĄ*—P9­+ŸŲcŪâÔūI€ū嘝ÄĖ ŅžƒbĘ3fbøŠō˛īâÛ!"ītė´,…Ū2üIÅûĖ31ęʤ ŅÄP֖°æjQæā@ÜpŅûJØᗲ@į rŽJ˛“^{ŪY–ņŲÎ#Yā~÷Ÿwį˜^Ÿoš…[ä˜q<ģ:jâ<’Ųe7UÜX”ęąŖoR1ĩJļĶĩ+ãZ"y˛¸â@ĸ3-÷ôx¯UįŅøŲÖʚ• <‹ _ņę~”t š I–ƒ)Ĩäč÷ëLČJ’K(o‘z“Ō;&ķyRĪZJ‹<éĒ(Ú+8b{‚ęÉh§ŖōŪŗĨŠR[|`æÂՅPÅ`SFĪ|;;pæX˙ŠŸYY~ĄęFrrQŗĻŒˆ;A0+†ŗģ:*üõ+!‹Ô=˜ŠųÖG{ĪĘWhXø?(Ō^Y„sų]ļ`%ÁĪ_¯ĸģ^–Š4Č*Ö)Ģœ™Ų…ˇâøÔ9§YhŠ=o>ÍYŊԎ’.åGĸc"&ŗãAĄÜĢ;ˁ5‘˜Āönų“Aüš"•!RÉ:ÅĘŦŋ6žVKū*ã;Ĩ§öy>ģę>Ž/ ™('ȏž'7,Žz ,2exô7AĨAÍķ}ŌxĖL6đĨåU™ŪO8‰ĪĖōĘ/’Ĩcę.Á^ôĶõ•œ¸6o_6h~L›Ŋļ‹įā§z—š=Å­Æq;ÚíBo”Kķ|'"M Dä´đ…¨Šë„Gđ›VÄU}ÖgĐú ö"čēĪ#ôĐŽ"íĘŠ&G~bm!ÜY) ׊‡ũ*ŋێl÷É"Ŗh‹ØšÍĶĻ÷<¸Ŗĉ /Īĸ$ˇWК%§ÂukߘĩÔĢq‚Ũ’čh•6üË0Ģã Ī wČد;Īo@X)ëWĢĮ–MŪ)Fî>ŋWX€vŠY á ÂFy)u ÉĀUĪŠ\í! YšÁļ¯lŒč•J÷Ū|Ĩ“0@yÉ”‘Ę%°›19ĢˆåäĘËtĘĶ ~čÃãNZô@lÖŧWŒ}ö$Å‘nČlgEnŽŽĘĨĸoÅģPÁHéĒp ĸ„0!DÖ:^pŒmƒ*EÖ× ÛCžû5u‚)į(Mm3€[āFųĻ{b“˜­ šN8Ûĩą€Ĩ‚ĩŅRÕîÃÛC™˜i¨šĒŽ æR×ųx˛ēQĢĒ=f9ĶXŠ%U'$n°wŌĶŪŦĨÅÖÅQ:6P)Xû;-éđ˜Úu^Vr×0Á˛‚ŦƒŖ_>Ëô‰“ZÜĖö4Ė_“p€œ$Y wũr™ÛœĢžŽAŨŧë˙›Ŧk>kyØ<'A&"%Jdé,WėÎ)3'`xß:}șd˛< vĮ‘Ô$ÅČŊü‚՝ęŒ!Eč4›šF%P–hã(bCŒ=Į~øÎ6“íÄȅ m¤  ^ų’§­ˇ°aę§efE ΖƒTZĄŲ-Eė §Ņ8e Ų§2×p¸Ÿ‘] ģ4ĨĀ‚q‡[Ŋ>I 3›†ŪÕ0=r˜ZŨæČMæOĸĩUk‹€Â† ×;$LŊũˆŅ9tũ)n•ē:Ú>į6Kū!Îâ’{nROØ­*- ģą(=VšĘÄX^˛ CĸĒgŽ†WŖjeÎčļmkøQy(_ĸĻ‰},AVü-TąÛėœ|vä†DÅ"Ec^6ŅŪ$ĄƒĨwąģänKW[‚Ëã^cļ$GĩŨ°–Cė9ÛpĸyįTƒãÔéė1CQšfôÜÛõ€ē ($ŗ‹}ŲĔž m|Ąt7­/˙S@x‡wŧJ ũŠoj_Erģ‹øū„ie\ ›ļŖ˛ėúDņelũTîmw&Û\ã„ą˛˙E_ÁÅ$c™Ÿ­UŌ$Ѐų¯Ĩh^3ŽC1-‰ü‚Ž9TH0Û:]V‘…/ÔĪÄģ\Ŧ%:îG¤GŗcŲ1 Į õqO~?ĖB9+GĢw!ÕŠKÎŗZ‡;×ėKˤ1܋74!Ë°æŽVTŠėšÖ4ŗ1ÆV^ĮāŦė“ÄoäŠ÷6ē"ÕĸpîÔ Ü]Ąá¤–‡le”čÁÃ×ÛõXÄvX€NF›ØEŗĒãė°&Õ¨ĸ‹ŧzņ$:xgęžUHšîO#ÔŅu­C_Ō] Č+Mž˜¸[Ōē$ķ vK-QO34áąú/_(úœŌŠB¸“¤ÔÚÕHKMZēNē \xčî švV…'‡´`SD;k÷JV á51AQhĸ46Í–Ī–gúˆNB7÷G8ŅÄ3Zփî:žaĸ¯á@Äd€Õ”Žû]ß- ä'cj’ĄŌŖw׎ųĪØNVjú‘'ÜčÍĮ %ãūĢZkë™Đm­+3Tå´ĖkF.î{vÁį\Éh&JSØnj1;äėô8Œ-üĻV¨`ÎWŖšäמĨ‡lôû˜šeRŅ2Â}3™Š!Í`Œv¨,‚ Đ)ˇ‰ÄwÎ?č ˙ų‰˜oœbqŌ:}ŒÁtvt]yĮôÚa tÕ¯„Ë…†d~ĮUļ‡ÁĘ$OĻ S˜Ü?ÁךäxîyĮķ‰˜ũ94ëÉ_Žv*ã%3—+æS(ÂVëIŖāwŒÕ<&’NÂd9ŽœRˇxlWuōúX ĀéĖwÚįÁJkž;‹šhÉ`Ļģ›¨H4ĪųÖ{ŠIËiõg­M [^•Ŗxē ŒŅûWžËDKíÄž’§-ŧš*īDÖã’ÍrĀÄ^œÆKĩ€HŠ:,úßhx!ģ ŦŽš™DžŪĀļƒ3ęt"ȃpįp` i%ÛĻ^ī,š^Ž4nOA<^qfšnrÚ%$˙.M˜2W3…N›Œ–R“:yáü‰Ģ4kŧF70Š"@qFREtnôā&œTÍFL7Æë˛Mdʞ4Vé|˜zĮũ_Ī¯%~=âÔ9ōēĸ„āŒĐr'/}z“*îšÔ§oŋׂԱ7˜Zy™6‚ÉLŧ:Ņ;šm=`Ž{žŗ1™F\[œĮ•Ŧ…3ŠøN ąRũęÆT3bĶŊįW_÷’”DÚLoĖq'¨,kgŠ ĄT6'î™ķŽaSat$EwÎŲ“‡û2ÃŦU]¤”ķĻÄļ”[ģšÉĢ<ÖGMJĢĄlužčŸÜ-ë°t _˨˜šC]6Ž&WËąMúeB4fZV„Ÿč"6du‚™Æ!• ´'ŒīžšždZDËRą¤á'e?t)Lâe=¨ĢņœØTîgĻĐ´Ôüô:ˏc’āŦKuû$Ų˛‚Ųf­!ļįœÖn&D›“ ŒÉļÁ*1š[9ņ€‹S >‡)ĩHą: Ä;ķįgvaDe/ kœeŽˆ؅ ųą‰\U6UúNŦt¨ V.Ÿ#E–X–,\yz*aÅĮĪyŒMÜMŊkĖ#­Ū8PäĨĐx>dp¨—ŌüTúO÷éÁõ¯h°Į` *s1ķŠ/î—9š]w_ā$Ä|oÂįĀ­@YÅ#6ĢYBG“Œu:!h '[ĩÆ ˙t6MŠ…Y\i#4‚C'Y'ŧt¤āˇFR"Ŋ GŽíļAIbߜí X/WĄ ß3…ė7ŒîĻš¸UķĮ~p"L–Dę5cl5a 'ļJ°ŒļNTZŌeø.ˇÅ˜BRgęíķ™Ĩąč;ĸĻķũrvE°öčmGGM÷YŠˇ[_&rb>Î wN§8i=9ŖŽöԚDv2ģ ēå$:PĘtúŒ‰%ę +Ÿ´ŲN0nC(´ ŖŊlĖy„˜TŽH‹hƒÄémâVÅÆ^-râpe˛ž•IIäM3°Ū‡ĒĐcÍ2& @1sEŲēį’ÆzÅ{א‚ÎxQÅpuÔÄ/ļŨ=5^ø;å ×@ãClāå#Ŗ nqöL&k–ŋLKŨ—FP ­ŋhŌö¯¤sQv—ÃŦķÍđČĒ”c`n-¤'Eá‰ŋã‡S˛¤ÕKËĘĩhįŲŖF%‹ëÄååäÂIŦšĘ™Ŋ@Fåĸ›ō¤Ë+Ĩ[CĸĨĐŖsË%Mž¸2LxG„& 'é~ąˇ–ęFãėk6•jBK ¸ÁŌÅĩ;&āĩ.ß we8NEOÛĻt4 ¨•5°Ë,qØvXNŽÂ\ŨĖ‰N-Ö ƒuh­9ܯamŽDŗ5`ļėGŽâįü™P´cô§ŠjŊOˆ\FĮugŖŲZˇ‘&\€U˜šîÃ6ŒD4ķģڊ#8ūØėãëuZųęTŦÖã‚ŋMÜuŽ<”Ĩ<fÅöA¯ŖF}Ŗ•°!ÜŽ%Ĩ˛ÉŪRôÄ!"Ŗ Ĩ Â-°‡Å J%Ũ†„sT,)#žÖŧ_ĢOÍé?J @Ņ†Ô“ēB‡Ŗe1,ånŦŪrmíÆx=–ĸŗƒf˛ õ×jęhĐehjŠxüēÖQī?wB,7InûõĻŖĪį@6ĩÄĮ´–ŖutÕ7lZfí ZCiaIAô،¸äu ;)ŧŒs;ų*ž”biQ #Žd-[ŽũtīlV#V-Û÷č 87ÂdNä‘B-îŠ!fË÷“ p‹‹6_ŒáG[îđōāžäâ–,΃ߥdE>˙ Nv‘ã€NÅūG`:‹āŽMÜĪMTú[\J‡ķ9ĘWÉIŌ8ĶčŗˇāáĖL˜ŌžI<ø$ˆˆ:ŖŖīƒœ wí˜LŦ]ē$ûĸŪˆŒĐ ā€‹øÅė[ŽŊë1ÁŲ=ēČcô}ŅH‘Ō“ k1,ĨĨąaéŖ0é ˙ž&rY՟dāÉϒĢÓC œV›Ėāŗ$„ ŗũP? `ôų›ØA˛ŅQ•B:é‘(Āāã€-Ņ?‰¸íŽlbúŖƒ‹ņ1sōî}Ÿ\ tDŨ Îo⃞ J!ėĻ’+T‚ÆŦ‡°i†+ŒÛ°îÅ9•b”IƒVf\4Ž‘ŅäįQ¸ôĢ^UU.R¨ßŦ†o–ĻqģŧÅ#~rŒF3Čŧ5øâSiÃrÚ´íÄŌ;Ō4jŠn\ŧøT/Áí8F_X…z1ĨZ–{ŅB<¨îĀD摚´É \ĶEīEˇ.˛SiØL‡ĪD<Įø&Fō˛Ũœ3Éܡ9]jæ*‹ŠėĒP;šw; ¨â¸Ųžė;R;Û¨yaQ!>ŗŌF¤ŽDđ˛đîÄc˛!$%"?ķ& !juí–@ę9`žUƒhFyģƒ”Gž…û´˛˛`Ę°¨ 9ēívĒļ°ąa`(5ΤĶ†Nd|]DČIs\Ã]T&ˇp›€ˆŖŗnķ]¨HK]mØDfąÜCįQ`/TĖȏŽÉ‰&'˛]Ûã`F$ŌĻ+Ék8ņ;_Ķ–<öĐ%¤¸å—AĨŨZŌI*qh…¯&kâ†kh&uâ›ōS3ŋsbŠJˆtWŊ×VÁĖp:Cũ1ža*$Wy|<`ŒîeOj“™Ž@˛ŨÍ˙ÂL›ž™č;ü`´†Š×÷ûžˇ%•F‹d_Ą÷܈đkĨ ˙*sļY úŦ=fĀÃģMøÚÉ÷Ąũ=aĀÎÚLT혚g˛õ($ĮŦĻ™}ø™gũGüVô†G΃ÔžôkŦ"Û;b\ž“ã(XyP'j9‹lI+ …ŌŖŠŒ†9ē÷7Ebĩtî“ČĘ HJäĸ‡Wú×y oŗž×Ží—kˇ—„y;šBzn’žY‹å‘°xŅēV=´ĨģîÁķÄá&OĸDÄ-¸Ģ BāCbės ėÁFęyfŽnëu3GÔēLPy*†š?CUCŌ S93w!ÔnúiQąŽa Îi4bcĶËøAĘ˙ėMsėČ?õzāDėH]$ ĮsT”¤ÔV Ë")w-a{6:š@čPīp×ņY‡ĢNËŗCNė°h:į‰ũŽ8ęKl…;æ 2öœĘ+zŠĨÚx“ŧÂēFęŲ =Āƒ„ŒV?N  ¤‡l¤ `ĖRė…e?n‚ÛYrŲË`IOvėŌ9Kļø,ŗÂļđ´žÎųR&˛‡zDž*gÕÕGa˜_–dU Á¤Îņ¨Ũ ĸ„ĒÄ7[Q3…Žãz%ZæjŨg#›ē\ėûėpKÆp$cĸ™ ‰äĢȚ~lÕõZīįDÃŧž‘7ēd>ęS9O&d7@Ĩ+ÄŠĖ]ņ0×f-|ÉŌcĖ˛œ„ŽŪąAKØ\xG 2ģįmZ%ŠŽ×ĢųŦa;:@ŧÉ@Fjå˜Ú‚p2œhIŅˇ?ŅāZ`Qģ M%ų.YP=!´‹:é37ۂĐ\ž€ÎčJ¨ŪˆČÄH+#đō†M›5ÁĶÆx’AnÄā°ļÕđ7ÂáÂsIēÛYėRĒ[¤‚I”AOĀčvšbĒÚēk$ŗ¨p?ÔēŽR‘Ģ]īĒūķAž$UwBŋyžd_+Ëo!™]9“åÚb2ÜĒîQœČÄÄēÂĨįû7Ā(Ä#ėɅĐÉÆZJJk?*˙›ĖQ?ÎÛĶ­GãaŠU,%né67˜ÅA´&1͐ēTÃāTJ  SĢ“$8‘ũäĢū$ËÂLš÷9"Ÿī¨tÔųÂŖ7ūģęMx ˙|ˇŲČA"O\Ķa’4Ē$Ô¨ti€ÚQ(Ųƒ[0do:˛)OļoY?éd(ķÆMylķWk˛ũ§4øŖwēžŌ4ú ãÉ؝ņΤ@Rģ{Œ‘Ēđ‡ôÆc81RžJxc)_A—QšĄ' ŽŧŦĖÜøüŪĮŧÁ¤s#ˇ``F™ã8ČqlĪģË?§xr2[°6Áą~ŸāČáđįŽČTČŦÛGŧ>ˆpt‹ņWųÃDéÍo,_C ŖCō‹:ņūéÆ<’œÄČ`Ŗėk.'jƒĩÔtƒd7öŸg7R,ov#_Bž9ÃÉ qgųC‚îyę`ŧŸJ…oĸ„étz’Ũ8>ņWåš ŗüp ī'ú!ģ¯ÜZfFmõâlîÜgũ]TßŲ ž7Ļ/‹…ßĮôõ_įôĄ‡ū}NßθÍ1§ ·œž™õ͇œžĶ7’Ķ7K‰–_KFÛīsúh%īDHÎÆôũENߟ¤ôŠAڔ>tÔ =]™u3›ŅĮ ŋ}Ôb˙1åhc”noR_"ĸúĀÕ%§oū;9}ítæī˛úFŸP?&õ)–1§Ī.āH]G—ÎĪX]7ķb“ú~—Ķ÷—1}õ‡˜>)lˇ+æ÷1}Üiōū˜ÔgŧÜßõÍ_Äôåđ‡˜žŲœž'¨¯>õũ>ŠīĨ'Q}÷î€L'vŠū"¨OCĶ™˙rJßīCú‚ūīgôĄõŠäŋ‘Ō7Ųˆ@Ú8Βã䇰ko˙ą3Ģ•J˛úę#Ē¯–ō÷/˛ú‚˜ut˙1Ŧo„ž˙.Ē/Ōaõüb›Ģ2W˙īåõ%Ž/a}šÕ— Ŋ;wĘÅŋÎëû“´ž‡Ũ˙'™}Ų×Ø7õ? ėûģÄžCāhûęīûFUŸ™›­ĢĖI¨Ú_gömdßīBû>dö‘’“ŧžÎ#ŋëßöÅĪų‡ČžaŧûŋšØ7úQûŠų?Föũ3ûæw‰}ŧzŲ÷?ĘėŗŌ^ÕĪŸ„öũŠ}$ĩÔCûš]\ĮTafß˙0ĩ¯Gß߅öũ.ŗīd?đßIí{Bûū,ĩīŦ¤xĀĪSûF(ôüoĨöÍæĪŧą}–Ú§ĮᏚ}ŗąäũÁ}•ÚW›Ú7 + ¯;ļ/!1Rû„°˙ypßĀ_QĨŽūWŅ}Įä>Ü˙:ēoX^ū!¸Īëū„d,lüOŌûjķûÆØ!đæ÷Íŋ—ß'<ėņ}›ß×™ß÷~ũŋā÷$ø%Āoū<Ā¯ûßOđÃúû?áÚGąĖĮŋ߅øę)~õ1Äŗƒ›3Äīw)~Ī|øņ ôø$aå¯rüܔü×BüäqĀ]ũw"ü>&øŊ~á°[oŠ…?OŽß“Ņõ¯rüæÍņ›? ōwę|øŋã÷ˇ)~˙~Ž_%Č¯ū§A~.RŨäá7ĖđûĶŋÉa“?.ĄŋIđc!üv–eđ1ÃīīCüZĒŅŋŒđc‰ßŲ[—jP¨öúāį2öÉīƒßėVâC‚N˛?$øAÔN„Kî?ÍđĢdøąuõ¯ųĶ?&Ė˙V‚ßõ™O†ß߇ø ų1~cĩ4į/RüŪ?ôŊŲķ?ō;lËkĶüūˇĸüæĪĸü ÄÅė+Yuāz´˙6ĪĢÕ_äųÍ5ߞ8ŋŪ„ŦÄųqG™|˜4ŋųÛ$?ą‚˙Õŋ? ōûķ$?ƒüø7ČĪĩnXj• Y~—K™€ŋĘņû/Ļøĩō˙­?DfąhĀ?Äø™ŗōĮ?éÜąĄ—Ļ s c„_š“߁ķ!8˙>ÄoŅāæø—ûë?ĸ;Æī9~Œņ#jđœãgŌÉĮŋƒ°ėĪ2ü~â÷1~˙~’ßã7¯Ÿã÷¯SüJõŋŠņû_Éđë?ÉđĢ'Äoū{~Á˙ŋ ņģ0n°”ߗô>t ųbIáü˙J~ch(˙otßĮ侖ŗ›čę˙bxŸä›'ŧīŋ—ŨįÄ$˜J˙E˜#šoŽúßËîûŨ÷ˇÉ}Ŗû:#O§1 Âø¯g÷ŒŅ÷ĄvūÜWˆî3åßīû}t߇āžų˙—äž™˙Jj_o ķ'‘}•ØGae¨ĸEQũ]\ߨÃ%ڈ†?¤õÕZŒ˙+i}××ė3ąOãúßdöĨ‰ÆWÔũ‡Ø><˙:ļ/Š}ŗŠ}ãJe@ ū—BûūÔ>R<íC°Ģ.øčą<˙nnŸzÁ‘ÜWųŒO˛ėū*ģīŅ}ĩ@…ŋĪîKtßße÷ ģ#ĀĪÔŽÍ߅÷a~ûŗėž?‰îĢ?‰îsNō!¸Ī´ Q^Ū—č>4â˙fz_ey‹a’įßĪîŖ˙Ū÷˙Ũėžŋīģ×ÂĻ÷5’žĢ6ŋ˙ČŪ÷דĪß~ũÕ?žũî—ĪŋũøíŸ~ûõķ—Ÿ>˙öÅן~úõËī?}õųˇĪßũōũ7?}ųËo˙÷Ë˙ƒmL¯iÜŌSBHväFbī°A>mí'…ņãOōÕ_ũđũ?ž˙ų×_žųíÛ?}ņëwß~úüÃW_~úūË/~ûôíŋũøåįĪ_|õËW?˙į2ŋGĒĖJG¸Qđ™H}ŋ‹}T !ŽŦŸėNŗ{G]SYō;ã„vŸ‡Ž` S ūy¸‚áÔ„7OŠio`)Gûp„AåŖɆ=ũöĄDš ÃĨ.TfÄĸ˜i&ō™û›°’`NßØԃ˜ø ā[𑡄c†"ũr_ԞĸHJßļŲˆŒRËšU+nĮ-Ė•2ą5ÂĀā¯™l\Ãå5ŽōžĒŗŽŋĨÛ”øКŊl9Ķų8=ĘĮØ%ķQe,čHtß8~Åm“z°ōī"ūDŖá9H˜5W‚žÎš ËŅ¨$‘yÃ/["ØdËd/ ˆTÛeŒ“Gĩ!Ø›œ ~°;ŸäKĨR;į)īéGR÷ĮŖāË/žûúķ?žųæמüî‡ß>}˙ķ˙q|˙í7Ÿž˙î×ī?}ųËįŸ~ũų›ož˙üãW˙q ÉJW BUĀNvĸŠSd"-öH*(‰ Ãü/oĶrp[=KÂ'ļGtÂsBûbkz˙ŒŊžˇå–˜frĻJH<‰ĩöÆLĘ(.'ˆđ‘Įš—äA AÚvåÅđņš|Ŋo”sAōJGL‰‡­š€Č&ų†ˇJfĮž€q 0 x•ōajaĀ øÛûō8; w„#˜NōéüĸÄ:0â2ŽeāA…q‚9sššMą$ũÆ­´˙Å W%=ĪĀâįE+ûŠņĮq|Ņ iĐÉ<ļdíÖŗä!čŠę6åET+Ž`ņ}r§ÂXç¨um`&U‚Õ5ᡠ.įŊN ģ‚XuČ3“šgBĢ(åK7`œÅNēŦĸŌö“Crĩ ŠuvÃRļĖdmī)ŅzIR÷wōĒäã­Í#;šqxI$˜ô ËÆ!ëÂ3|ИŋB/m Š]TsĀü{ßNđV{ĶÅø>Áã3;ƒ˙ōōÜ:ŽšßRã*N=ķäļœ70ÁĻ– ŋIąÛÎÔ }9ŗi”ĻI'LÃãĘ)LÄ{öbųįI}HŖui ÎД>´Ąo–”n^5ŒĢ°Â&PįL ˜Ü%v@ŦĘeķ‡eüė—Á"Wæ„;üÉí$' wŜ˜ĪÚI‚9V2€I]ņfÉ`Ų’ņ`ė˜1KŪ@_ŠQĪyRÍWLĀ˛ŠŧG3c˛.ā(F<•¨ŨJ…žŊôڅÆbän˙:ŋu+EŠ’&ë9ŗ3;ŦPãųĘ]ģÎôJp՝ũ¯ÂëP DČqęy7ũē‚ØÕ> ŅŦlø¤W¸LĮ(94Ļž:AK•NerW…GîŽlÁa(~v5#îŽĪŲŸsŽáĘ)lŌõF~–Qŧ5S™A"ô^–ũ(uĪsˇëäoÉŖ¯ÄkԓÅį/bĒ^ŠœxžėČŖÔ¨ÔlS@–~î‘{ä_ÉߝG-qhö˛ĩá3íD@U‹´lF+‰˜OB 2á‰ė>a"â&C0#ž4Î<ŸSQ~ŗVO–ÕvĨ1˜įÅ ž†S‡Įø‹.Œ{R S__Rz0›â“¯´ŒbÚ2–€ī˧8ƒĢ ēVjjįĀ”$aŲN’ŒZ?‡ ,!&ŗ÷Ãjcĩôģđ8!NëŌY™c|ėÆNî¨4R„pâŅ9ßī~ŪŨŽ[đ ęĨöåz›ō5Í˙_ÅĶAŠ[aGtˆŊ9ŠUƒxŠv.;`¤ĄŅmđLŲųŗžÜøŧöˆŠũ9ÕūĪ›OĘÜ Ŧž °TR›Ôrōtú_&}ë˜6‚$˙˙Ęō13ą~0l6ŋõüc&đ‰TDXŌv‚šã´RžÍS,i#Ņ/~ŀØīˇķö™9ZËë™öĖ撌 CÖ4Ķ' ÅÄ4Huĸv˙22GoYŒÄ›°WLŊ v ŽĮÅ%ŠhÜĪv÷V]öŪĐr/ûķžg›˙ sĐ \­CÂgZz2\ū]$Z+v"öu…—C…o%d•įŋ*ÛRļŠkut,5õL–ŧTĪs6ŪX´įĩ!='—J|•årՖƒė_`Tú7,CyėÚ;F…Ø[’´$J?ë[=O[(˜ûg›ã3Xŧõņ ë(ú2Dt˛ôâ)ÉN†ze­)ė ĞįüCU‘oø¯™íë#=õëôxŽÆz\eŖįvoŨÛĪ‰jkĮɒ™h%N†@ĮˆũœÅÚwÚ ÄÉĻ7Ôų0SÍŅÄ˙‘Z<šË3Ų6Žöt?Ēļüøūk`Ū!‘Œmj™ęļäŌXîáĖ´‘^nķ?ʑ–T' ōä#PCĩãģŗ%ĻFĢú0Ĩít`ĖÂ'wFuĮpNļg÷ĐšE°q0–n&‚†,Z۞’¯jS¨TÎå8WdwŦGųRĻŦxūĸ[”(Ę *™yŠßíŒ äYú=B'°YųN‹2Nr¤‚íšls= ĩã#l%Iiü2OĘŸĖŠ¨ŠMyÂ|WÚų™2#pqģĐžõ˙@Ĩ ¸Ú(áJĒt‡ģsPãqá|x·]'||Ŗœ7[LK°sĮô@ ˛˛ƒ”Ļč¸lÜĨ—“­<ÁđŲWnëxÎv•i:ˇųŠ×:ēIAŦ’F¸ũ,]›HpŅī>y>ĻJ€Îži~ĸŲCvŪ)Ĩˆ”xlŪûiojCÁ#ærÚm÷Š÷õĪ˙å/é#Rązå<ĩ2Ķŗ]Ä6‘TųëÉĨuÎ>œÔ3Î>­s#/^ˆ!AÖō–kĢÚāÜö,=émëq•.ŒRŠiuGō'W|ēíSk“ÛoúQ.įq¸Ķ‹ÜĶT]õÔjāø–/4jOˇįČ×_}ŪaÅdīMâÛÉty˛ŽŒuõ\˙ËÄ×{tÄđÉĸ{˙˙ģ„xœŖIЧĩzēü!3ŋŋˇÎffÕ$qÆ9PH…Ŗ;$ž€í‹v#bUôģ)+— õjD–íecjŽîg˜Ž…ōíSŅčv1Ī7[əęõļÍ÷xM3•˙>ęŌâėŨoažC“íįQLuĸ†ykÆ R×ŧ"%ãŗ!LG;LeÖīt)Å÷‰NdŋáŲÛĮVí)ãč˜Ūgĩ,L$‚›Žä›įɤE4įB öÎv×N•Ãfl]&Ņ[Ĩ/œôäŧ†ž˛' tnÜcņåp‹rŒßjÚtÆqEĖļ%6mk~Ū™iæ2Š‹rJÖ/gødžÁˆœ;žÅhs–@0ķt2O6đŲ1ĻgxâvŲwų īIöÔGiĪ6;åĘNŋ'<ÚCKĄOúō}’90púų§ ‡=yAøáWŲŖåĐyÄúyj9O8žĐ­įÔĒ•ûŅ˙ļVŖļĪgåļęÍ |ĀæŪŖđŒÜúšũčĸm|šĪÄĒÅ;įéöã>ûg„߁‚L=×´ģj˙Š 3´C‹ßp{SÃŊ ".頙§Î#=HC?ĩRĶ•*gI5QĶh"4š2ā3&hg—ažëæ(¸æØ9ŅŅÚ7‰0SØBĐi°Á9īčyģ_=Öŗ‰u÷‰‚…™ž™ŋĮátÂīŽĘŽ÷GœįNĘ NJGōiėĻĐsåÅĸ|öŦ9™ÂTŊđūã6īÉQV˚kqĶerj—s6ÅR“;HĶđ$P ĖÃCƒˆÍ×ÁZ¤qŅŸ_o jíbqëÛ-›RÉlˆ=–SĢXã÷øPŸ„<[bE‰ŋŖN0^_:‡ÂũŪx…ŗąš[C•끤ģæôFÚ^Š ž 8¤ŋĖ+LŸ Lĸ3a*eM-GŸ¯úl÷9õą<äæ}ÍD Ė‰Ũá7{ßy*üXš*á@ĩ>Ŗ<|O5é}ŨIŦ‹Ø(âš`eAģĨŊĂ$>Ā<¸“ŦYST=–Üŗķ„ŊÎN!?ˆ;‰Zķč(ĩ'ˇ z:OoĮUásģL3lg›ŦŠ^ĩ˜Ũƒ˜ đcëŧéŖŽ‰]OkøŠKĸŨM ˇJRŸ4o…–íA„%]Ŗ”+øˇÕ'´ pÁūÚ­ĘŲ áŪĮ%{˙@A !=y¯3yY›sbįk'CÉĨôZžĒœ6uķ$—ä&?ԎŒđH/ aÁ†eU™åYĒ]NLú”žBÄčr-fÚUl?üŸ‡€ęš,šJ%÷yĖāxOØ˛¤ĻëˇtxÚ>oå’Ŋ#Ŧ¨…ˆũ=O ē“ƒtŲ™ÜúĖ„’=c‹ŖÁ0†oo'ōęÃw†6~Ũ¨fô…`,ĒtpJŨ‰~„[üĩΑ6Į2\đŪO–‰+2ŨŌ‰ÅzŊ‰GED'&E"g†žä>ķ '„ëœįķactōb=ĄįĖ˛Üg_-MŽÍ]ËîDä :ī)ŖéįŠ8|6 f‹Fu>ŗ<žü°ĐôJļë{wãŠ(@H/’1@”Gđm’&h Ÿ´j)ŧlļŲ_ˆå†C…LÕGév–i֍'áķŦ‘Í÷ŠÚÆČČÎAŽ’Sx§s÷ŧ\ė‡1ĮqĒ’…‘ë"Ė#Œ‰ Y:ȇšæ*&F“”ׇ É°ûÔĢƒŌ%VIĻjūŽ…qÄŌt–“\{‡Â*éŽĶĸ‘W† "`Q~ĒÕB1i\÷Œ2‘@@ĨœŊ øņkĪÎėˇŸZ÷ė¯“A­#šŌŊËĄđN*íÔ¸čY)ĮŗëĶ 4I3ķīX<ŧĩJ6Ũ%*Âlĩ‡Âņ8Í0i+dgžļ•N„Īa¤ĨŪĢŧ|ß܂íVR"âÚWDŊ+õ!†8öŸž÷ÅvVûAt^ƒÁÄ~9đYÂöŦhē ŋĻčŠmÃā‚'ˇ|ԆnÕŧƒœÎwv"čM‹ ÷›7¸ŸR;#ž}ƒ‡Ė…GŌÉ ôÖÂ'X lÎj ‰ŧA(kŸŦŽˇYĨļoS~-Ŗ-fWÉņ8"zÃĒĸ4¤đqŋ’m—2{7#‚EŒs4MčÍĐųÚåŸf´!čH™ēA•}vŋúQ8+’ĖĮPoÃfâ`‘$õø3V\Á˙ETÎQyųŦũh‰īSéM¸’ĩÉą`TØJ3Gmņū×ۏš’°ŗ¸I !Ŋ-„ŋÚŗ!ä–ŧdÕŲÂ|pÉų'Ôū¯G#ŅâĸwëY; Ü›{*å’ë˙“-îoy+î3ˇbƒog°LĻ4‰Ž^ĒąJĐÅŲifœƒ÷Ō˙{ ĪK?ŨøÛ͜G/YŅ'Ö9īĖüôŸæļz*C3Õ,Ļ’Ã!Ļ„dģŨß5ŪeĸĶŪęûŅú{ī%Đ1úŖĻāNYāzŋ4\EÕtFąxGLLhW¯4jüË$͍â†YŋŸGEÃĐŋË5UP^Õ'ē|c=cÆÕīJ­+ŅÁ‰Õ›ü¤ę~ÔMyē::§1Û)EĻĸ•ũō3CzÖ&NŲRŌžŒ;VļÆË|ŦĸoÛ?xĄ<:gÔXā{•Ž2"kĄHĮŦ­ËF’ÂČ­ĪhÅüEā˙ĻĶįA+:ņ“LÍ~Ü~°[\Ė‡ĸh\ŗO…sšę0<&ÔÕ%^IfėHĪwwLĒv{ŽĪšž÷ŗÛč<ãŪ˙cV?+r.ɯjÜbh=ŧđ–Gõ<°¤Ö+á:¸ļ†°Ķš‚ŧûŖzíß LÛ)ĻŦ7ŒĄ“Q!NÄ<‰ŠˇšâģŒa™;mÄrRƘtŅ3Ur@ŋyŌ…íĖR¤“×יÆ Ā­lņŽČÅATNFPG@„’Ŧ1ŌKûUŲļ‹](iƒîĘ0C>M´ĸfŅŊ|g’šû› ûņÂÖÖÎ䊨ÉŲ _ƞI*s„ŅÅ˛ŧŋņōdQĩá’ĮA…ķ÷×2ÎÕՀ>ī+ Kįš[ōž .N}ŸŖ˯Ē™™ã{;Ö;Õ*h@ĘfK$Įø>­m;‡˙¨ Üd—'Vž6ĨÆÖ8‘'÷ô¨Ø^ mDxŧīÚˇ9iœ‰tČgō3>Jéq 4WÂH›Í4ôŸÜbDîFCË=˜Ú™DŠšNŦĶ…¤%‘”{žÅŸæĒõÛˇWŗÛAō­KAēĘÍÅ5˙ų.8ow Ģ߀Ūûs']0Ēú6ü†­9=õŖŌŠˆ‡6Ę× đ$Qn CB1d—›Č$’(ĮĪÎøo>guJezpĒHxqIúBü€ø˜üąN^Hθ[8‘^KI‚Ūœ7ÜöTŪMĖeI ÜÂô†rž6I‡R뜰âäå×ØįņiÔËĖŒĻˇéđųŪé)œ7Z+ŋ|,-QGn9>˛ĄÁi:$4V1ZPײcâėî›D¸˜y”tUm‡|STŽa÷Ô>øČēŒė`‡ėV{ ’̓PĒ8šq‘<>čYe;C‚~6Ž€‰{ėfĸ¨ŦĐn ļ ]>÷bá`.žéâB­`mî!{e@ˇ%9ĢŽN•É%õyģä;c,VBŪC€Ę•;“d'L•ŖzŧÍī›5Ļ@vüq“dîÍë,ö§^Ū€Î ˇŊŽãģė$/ø5ž=°7")ÔāD€“´wøįZHĐ3!¯ŊîԘÍ)Ŗd:ž!î€]Üp"ũ9āC Ŋ }h÷’âa-ˆ$ĮņO‘äx$-ČD$1ĩŗZžåF'ƒšE‡•ėuKūĩ&)ĎĻcgØôO+8T÷æ ZœC°)¯pE”Ļ’Áƒ’Ĩæūŧtę|naÄĸ>ƒ/‘ĀËā<üžÆˆ¸+ŧā.[ÅÂCĨė“#^sJD.Pدb†Jâå9 ÖũįąĶMū§*!QĐ :/•pXĨÁ}2ĖŌōÃÅ!Ŧ‹æëåņŠ/DXc/ī Ú:OoÁģä8ŧˆqŲ¤L(üîÆ´3¯nkHRosÆ“7ņ ÎNģËy‹ŧ~ÜČI/™Éđ[Ė=h4ŧ8^‡ÂÆbŌē‰ĶYņĖ‡ ĮŖįyŋŲ¯D#C›°…ģīã¤"Ė]#eđŋtåĒģS=9įŲ‡ĩ}/Õûõjį7¤HíLK+&aŒ›÷x‰Iø*JŽyt-ĩ„Ëš\ ܤĻ­’æ7ë_ÜSõÛFI@§,žqKōuwČ­ŋ“øĖ¤‰îDLX}5šî•Tø‘ša¨Ü Õ9Čœ>¤|ĩ9 ÷XʞrDÜĐ™ī%nõu›T3ė–l,îīâUq3|ÂÉÔ&á Ŋ­Žū’8üÍü?˙ãˇoŋūú§¯~üõĶĪ_|ûŧĪ?üōçī?÷ç_ũęĢ/ŋøų›Ÿ˙ã˙÷ŸpĪß—ė9‰$§ĩ%co”õæuj•ģxÂD špuŽ„Ôŗ ĐŊâá•ÛzææMEvW8íČuäz ˛ —zwąŗ3MŖEüĒÄmSeQ'“Ē+PAņdpķ)[2Ūoū>XĮČŧāŦŧķgŽ›§ëÜæßT¤.õbPŅRŌQ—1>ôbŠÚIí3“ņŸ}×~´ĸDÆ8a“­Ė„ŦDV2žč֎ô˛iČWb>Gvļ9[ĨnËWĘ{ Î@tŽ„a;=ō ĖRžŌĸ7X÷Ž"ÉŨĖ “W8sķĶÆˇiâCd›ÉŠ /‹4$†rä:ļŸĒUFĖ§Í*äÉ"ۃõ0ŦãNœúŊ2:!ļĖāŗÄ Ķ÷]ōöqĨ^ģ")ã+ē6š´äĮ'Š*Ē¨Ų„‚CŽÄŪŠ AŨÃĖ@î:IŨt‘EØ9&pwô¨DĢŊJaČ ŊŨIŸĒnt[\ŖãâęqĖtį#5ĩ Û;€¯˛Ėä$)~,˙m|ŸũŒR#Ļ„ŦzøßĒõ zą§M`Îâ$ŌķäÁĨĪ.Ę.ī ‰IÚu%Ãĸ&éŊyšæäÚÅ ã^Ā'į"ꓴf÷ÉĐĻú~ä$I`}bzãą'ÃŦÁ‰7•9Š&Dmpy8K¨ >ŧylŖĻ5Ž3ÆBJ;:2Ž ēlŗęq¤ä@Įë@xo:ö :'ģsdÕåhĐ &AŒZæDh§ĸDé–zÔFHą{Ģ°ûÉÚ"§ØĀŨ}XG’ ČōÄÜH+"ŗåäúĒ[ļ ĒzŠ'Fān•Õ1ĩd‰ÎmFq˜ŅX×ÜzĄ‡œX$ \iæB7—Ā-#ųđŲ× UÄ͏(¤ŠĮpQÂ0úqˇMŊĘô1(Û-^ûYrĩ„ãQ<ŅC•7EW­ŧqr|!˜Ūņą D÷%˛vkŽHŸZYęî4wŋ}× l5IAâ‰'éđwfĶíŪĒšs)… ĖÚ0*NĩũųäøíhŋpęÉ įÂĶÆŽ$ŸÛ¤ŠüģcuĨ´DˇŨĪi6@^ŦŪLd?DÆĐ2w ?ä8ægŋC˛ãVR%Y&e–âŨÉöÎA8 ÛjčŽ+…øŗséd˙aĨzmõaNÄēéN¨îŽoö•×˛ĩˆ$ƒs¯T¸ UŊĐ˙–ĒsBB§ļjS9•ûZæŊ—9ŽŌAwV×ÉûÁT˜Ē”˜bge >âfš™|ņęMwĄŊĒƤu“¸î—§ŪŊŒ'ÚNž:CwMwđ%ÄRŲ¸HũÜĻŌƒÍ&öš7ũh)'ģų7øRaãm”3qh Žn=J“šu˙¤[œW×ō6ąÍJŽ’Ģtôą*č$Đv H3āÆcĸ|´øxÖNvÖ5ŠĮĮč•ĢBŦ;‡u¤5[81ČáˆW¤3Ë:ėw!×ÖĶ›%u„Ä$’HĒ]Á<‰ĄVÆÍ˙ôŠ„đ:ŽáŖlÜby¯Ü;e-š‚6úŦ­€á•åĶ:Dß˙>QZGĘ1˙ĢÉ˙]ī˙=üg“•6˜āčķĻâR)ÛÁ==˙°ĪVĢēálĻAƒRW%üQĖŖ‘vÜå [ŊHsMsft`*Ą™äMsŧ*;ŪŖÉĶƒ¯¨|‚ãčũĮ˜ŗPK–õL÷Pœ_•¨n‘IæāF—™V@Ąî–ã(é;‡ˆjÛpĮ6=Ģą‚5[Ŧšķ×TU]=O˛FxqŨũ<ÅUĮŠ|%×ĀÁÕŖ¤÷Y”6ûÅGHXz,{‘1æ3lJĖ˛0;iĶ•Ķļä|YûĮëßGB†9Ē˜B|LÍö°ƒFžņõ÷Đųze…ėČ2/ȇõ1—Ûé¯V_™yôŋÆũːú.üŦˇ— QĶĐ<´‚ŊŊģķ6!áEĄp6ÄaŽi8چ`Œ{/ËČa.%éáž…IĀc@NĀ8ÜQ($n+¯!6€M=oeĘŧŲ$Í&hŗ+&žņŧŗRŪ b@ī*Ã&oũm6×ß”‚æIē9ŅŽMÁsĸ9­|zchoí)R~I†^ĸÁ —a֞V›™ ƒšã\mŅ˙œuÜ2āļ)mëŽ`YĶcjĒ×P-FšgĮĘeŒe?æŧd<‹ęÂ]­üƒŠnÜn]€W¸Đ¸­•ĄpĢ´D_0/.gĸÅ/shL EäAĖåĪęmžŖĻžƒNYa!4ž„˜…ŠAäN­GÂE+2BĶß[áIŸĮΞŅ4ũÔz›ŨÎąû$VÚô0G ĐjÆL:‡&õđ B˜^īךŧëīlxĮ]ˆác­äéĩÁWdēã$QęT(ČjƈŪVŦ<į‘gy(Üež1īl…:BûÍRÕJģįhÁ–­…˜ëkŪĘWĄ—ƒi[E~„Ų@Äæ2ž†Džļn'ëÍŪģ‚˙ʍÎ9ž7^Æ&î‚K&k`éŅ@ßZ°Ú…$ë6Č=Čũ|ˆŲ`Âņ?"yĨŪļL៎UH@éĖŗbŖŨ„)ŠCŪ`Ē pŒã$Ö8hĮ˙<ĘgōqPfŽģđÅÎļĒÃ\ՀÖ.ˆQdÜ|‡AŊ\_<Ö&'Κ͎ĶK–’ĸXøĖ9~Įãay"Qc“C§“ĐãTĻķ"ōF*”"Æʧ’soŒæNQ›ígĪ\dĪö[<-z¯íõwĖfĢßV%.fw‹ŧidO•gå<gļŊ{ĘįÂá4?ŗYOj–¨Đ›÷&×iXJo)Bt!û ƒˇīöaR+ž7ŠģšŠôO/š/ŋl=ĻƒČ!Ÿ•ōÖÃøœŦ*°|Ŧã—éŠyI,Š¤G[ęėīŋD´ĩ9k/ 'ō<üŲÉĘaÁÉĶ‹Ö~FXSkđ?ũ` ŧTˇz.Ĩ†8Ŋ# }ؘ¸žî…ĐOߧĄ &˜]5sŠ|˛†“v•4–{%0˛āOēųė§ˇ›†Ô–ˇzɍ1Ūzw˛úy0yúÔ¯ōe’›^ØÌ|Đų3DúĖ1Š‰X5lŧ7Ŧ¨6.ü,ņĻĨÆŪuÃ?nŒđ‰Ÿšm’&É1ÔŊēÃOūj]˜Ę@™›°Ŋö&|_`ŽĒļ7Ą.uƒ,čˆN6ŧĪNƒ6„yNgŽ4ĢŊ“f.4ģhđ#õƃ§M*e"ƒčš‹÷Ļ’ ­ ŨÛE$ÁŖÆ,U|'púŲ˜ËWŧ§ā3uĮ Ķ…ĸŨLXcNŒ8Ŋđä3’ōyĨ‹â‡‹ ų#ĎŋjįŸŅö:ĀÚj” a*`ˇˇąŋš'~|ļȖzƒ}2ŸĄŅŌž× ‘g/öhéĐũ\|<ĄēkŊFH°Ôyœˇ ÕgÂcRœ˙9üŋBLęšÕ/ė “)ĩōŦŪNđŅ™•ļōūĀ†‘‡ čŽęČ.÷ūģĢÁŪO†Y§1ŸäMŗb ĨDŖi`îtÔiNŌ]::ø6ĩyã?yŌJ/ųƒ{T3Žq¨Üāė+ŋBĶ¤XD>ķKÜäÜütCį)FüŽÛÍîéÚRĨƒoádĢ9x„9ÚJ†ņ1ˇĸ{-”e8Øū¸˙üx÷Į¨–)˜•¨ōe“5QDĐũâ ¨Ū×ŧĶh=ĀÆčLž\ Ÿ|ōŧŖÎ|5ęXOŨĪĸ>ü Åystœ_[Gŧ6*ĩĮz…¤Ö­ÉÛ A[Įہ{8R1âŋX\ÖúüŽgMĩo7bÆ­iŌ{Í7}qŠ—[ã4FÜÂĀË-p\x˜1›ëæ– (&=—Ž&ž†Ãęö~ōęŽ×î]ŸĖV×āģ:Ŗø$÷Ėôģŗwö´÷ą9[O:O‹îf=|ŋîq “AŸEˆ´1ĖÁFŋŠŒęd(cdéĶAšú$‹QTiåQšÖ‚2˙¤C+ûį0Į÷ûjŠĐWãNH˛Ōœƒķņyy.„Lđé™wË"–ÕåũīšŦYœ ¸ã~b :đß[47†‰‰ô×MJëęĸ{ē*íûsA?FR>0ֆģbĢUÂLPôœ¤WZpogMÖô+ Ĩ-™FžëëfÄâ ūdôXĸ5iŊ6…ˆŋfÜãųÉ{…¨ŧfÎŖúžUÖáa<ë+@ĐXVSwi>h(o#Ë@HôāxôŒ›Íc@QWžŒļ!‡0ëœá]n~p– ‘bŸhcĻPhĨ@OkiØÔÃ˛ŽĨ†#7+ļĖĪ›|éģ>ž ĩB_ŋ¯Ī}(y …;Õę4ĻÜÛ *0Ą*´Š–¤Ž†#ÆAËŌĮĒũ´34Ų˛Í+÷ƒâíGŨ4›Z;cëHļ˛éŋ7MKPô¯Č—ÅnēwsĮĖáՌ‘ŖÍÕ-pLčĮãLÕjߝĩž)ä=;YđšŅPÎúVųč¨xœéÕڞŋšØŲ&5’+lĘtQNâÜy_GÖ$šáŽØîã×īâéžCŪpz“š6sĶ_TüÖĮk[Ĩ:Ũ›|t¨d\—˛+d~Íxr¨y õDåÅÉĶqīĩûG[øŅaA˙yW”w0vŊC­ú(•͔‰ĩú˙™_Ņf@†¸ŧ¤ÎÄîV ŊĸŽ{ārËÆaßĘYĘi@ˆ¯5°D—¸ˆBĄcŒ´ŅCęx¸3jžLO šųq_¨D–™?ž>&-ĨæÁ‘Â}@MqĶĀZ–TZ–šg%Ɍ9žūôŒ#“ߡŽ1ÃŦ*÷–mFŨ§¤šĮß; Ēo9:’„Dļb=ÚPæäē„lļŦŧ­ē:ąCtüŨIŲ: đe w‹lÕpe H~@đ+­îĪB]Š5ŒŪéË!ˇ$Į•ŧĩOsyæ×ÅD[~EŌEÕ¨é"jkĩ@÷'0ĪŊ} Œã¯TxĪ܃J%‰$šRÍëhg&öōtÕų´B"_ƒŌĖ aÉ?d˛žTôûfÁΔdéđnÂrΧņŋˇ ×ũ'­ÔLûŠWę`.<-`mGĸ*†‰eĖŲĨ”œwžĨÛ¸x>%.ŖWŽŒīĄĶō°Š›€wážÃĘxŲN:%ĸ(ē-’đūĩ4į ŸU—Áa2:NžÅ=ˇÜ€Đ­”ōēâYø āšÄž€™ĻŖcš?đcąe˜oŲú‡LAķˇ)¯i“ļt˛#ü%¯ÚØ[ĖŒnØ%Ū;u ņW€ée ߧ<đĶ>Ēö–m6g?Ÿ-}éXŧ+xhˆÖĘâÂĶoÃÃhīŗÉ­;XkÉ{S:´i"]SÉ&éIéZô@WVj‚\gŖBÃåÄ@$ âXÔüŽÔ|1Eš?ܑŽŌXõŊ˛œm;¨ę~ķSq3\(}ÎŊƎ˜Ņã}úƒ›ˆHØ ’Ęrd9ãŠu,ˇD+Ä;3ˆ=ō8&SéŽLŽ9$•ˆnĄ‰t\&/ė•ĀQÃán:Ų$ãņüÜM…ųKÍ1\ĪȐË4'Ŋ(KųŗŠÉI6•"¤A¸ân15ܘ =Ō°w/úÖūĶ*^qŠúYČQSÁëæ€nbJNÛVøC‰Ĩ›Ú„­N Íélĸđ„…(Ęũ°´Ī[?Ņë­eédgX0-ž¯JĸÛmIĪr¨­3Ė7`ŧQŠžúą,.ŪE×Ųiičņ 6ĩéHĄ5JëŦĐŊL>'Ÿæy Ū6ũģF•Ą:JÎ;ųëOå vđėĖķ &¸ ēõÎGąÄūĀqŒŗļį~97¤ŽęÍ2t<5M+§ŽdČY×ÍY€7ãīŖ%u…T“ápeŽN PędÕáļų¯ZŪ­¸Ô‹´ R:“7jJ.ø'ÁņôųŨģąWÃqFŅeĘōÄ!Ëhd ÷Ņ&vdÎkr8FŽŸxM‰(ÛzCwE{LųO„l v2a'כėũŪgVúŪf)Šyt1î­éįĶƒLhÂĒJ“KŒž } :ŗ5ú)&ôÂā×ÂÁNGo‚ĻĮCœÃŪ?Ũfí~,I=t,#›ĩ—÷ŽjŒ˙ž,&ûOqáŪvS%I‡]ëŠxŠÎŌ:ĶrĀFŽ÷؍ŌDŠ/ąÁ@Vŧėr7¸x§ä˨îiE{¨ėĀ–°ŪH0Í#ręøŗĐ'ÉlėĪĖŠõQöČėiĪ[;îØxgt۔;ĮdŽZ +aB >Ų\ žEÃ@77ŗ^ ^âŌũ~WëŖœ^Ä$­ĄDÕGj÷AļOāgŨ@KÕACpãvĨš{Î~)ō¤EČĖ˛–šzÂc\G’Cœ6Lģ¸* âŗ+ėzĒ‘ÕĢF¸x2Æ0ųãց9Ŗ[Am ĸe­‘x’āRk’ƒũ8gÅææxō MũÁblIîáˆ`Õ<đŋ3ĶÚFrOūƒŨI¯Á¯5KĪ&Ėķ܃wß4Í>)1OķD‚3ĪN\n8#†á2ŒwŨĒū¯ęŌõ.ęØo465aŊģeĮsö ;O‚ŸŠÍ{fœØI™T›äåßl–đæz[NõÃéj:KÎ7[é"íʖ›–Q„líÚøCf†Öœ7Ĩ÷Ä)sgŊāwYĘäí˜_ÔáG ų~ÉũķJ¯Â?rņ>&–qæKR=΄v(„}Ÿ2Đ×›FJ1jiaG„ŸK}XTWôoy?ĸ-‡ ĒīĮ?,‰bŠÚVšī éÂIˆ5¨‹Jļ.Õõ˜GŅz8¸…væub3ãN?H"ō‘Ŧ_ãœäØ×áĐW~Ū{ˇÕįÍmc~)cHÔH‡% ëÎŨŗ|´ö÷Ķģ†Š‡hœæHũƒ}gHyôaWGŠzN!ņã.Ŋņō—lŧ|-ÁG€Ŧ cwhŨJ}tįē>"Ą“Q]Rhs• •#Ė˜gJLá‘+Úō°x:ĻwS;´li¤ <rŊ0Ė&V/Ļˆ=ZÆ Æ—ŽuZé˙Æ>ûĘœ~čd1tr`MÜĸŲØęËėÄ/yÛ¨)×6éâ‚Ū8;–ĄáÁOw?øŠp‹k`ũēŊ<ryO’ŌJ+ú—ņ )d9YŠŪäÁΠz3.^Ãssŧ‡]ąa܏œÕPO–P¯ČrfM‡HĀžN#¸Œ›Ã†ÉaĖ1~†åÎĸ‹ž°ĻôŊ{ņ„Ä’´Ėĩ?!ávŽÆfAA+TŌ ōŽ}u–nV›đž‰ŅŦYp<9„ÉÃ`étļ‹Ščø&>-Æ<­8rįvB:d*Mü]w*Lpū ˆ¨t(ĶLž›Ų†Č)÷ÎBjHsŅQV eĒgíqģļ Å 'ũˇQ Ë2´(!öĖ—JËtČėBËņQ2ÍYD{‡cK§4#g^›™áî4§œįę‡ÛäÃ#˜Ö}‚Ü•=õæŠUbÉzįÃ÷?ÛÕį›î(yČôûÉÃķŒ4ĶŨim ãÂ89›}t'aē{í@ôŅ¯ŧÍKļšˇ0kãk5Ô$!>WE´2Â55ŨĒĮŗ;ĒY‹äK…ôŦûâhlL0/ĻqY1͂ėqōԊ/Í(:›û^[ĄÆcoŠŅ†ŗĮ3˛ÉËKv?G¯€ˇŸÅÔäažĪķƒ&Ā/S@Lœc•"úôķĶ?“xŖw&NÔdK•ˆ¸(ßė”W;ˆāĘ|yŗīËDŸÉ’bd÷ĮˆĘ7aŖŅīî”4ʞLzfG@5Sg˙y¨BÁFč¯įu•Į/30gGXŠ•Aí]őákzôžqŽĀQķm9ŦU—ĀÆöķ€YzÂĮ]|ÕŲ-_Ŧ¯ą¸ķƍŦÎā4ŽYšŦqĐZžËŠÔ3Ąn7áļ+ŊČūČܑ"ršO ž’ŧĄ|öž –ė0NPŒ01ˇoXĒyÕG"÷ũÃúqS„ešCˇhĘ B¯ėÖwļ}āœK+dœĐŦ~-RJ7ˆuúÉRâoŋuöxw3ĸB*—Yī Ÿ ŧV¸kŦf{đmm;“ĄŠA°đŅØīčÎ>}l_§Û0BE¯†°M('”N¯7<[)æM ^9ū"ž(ŸÃhį—¨¨Ķ–ĢÕ¯ 'yâŽ)īíˆNķm¯Đ?',19ķ2u3Ę6gĩ1îŧ:N.+'F—|ŋ3Ī4ņŽ‘Y7§9>;´†ĀÔųÅÆLt:éRģH2ã‘Y—ąHÂŊC.mšjĖlæp $Ų(ÜäØąÅė˜ÜZŠ ÁV˛­MŽÅp˜$ö: iŅãJŲxxVxo5o´—Ģ™ąp Ml’ėĮB÷ž8ŊŒ¨;’MIíFŲŧ ŨäŌˇu)ËüŅ^ŠÄ+˜˜î p„ū)™DË>SO\ö&úg‡f1o[ŗ˜ēí”cvœj˜ĸ˙Bŋ9õ˜j @Æg8pî…" QÔļwÎ —ĀLö„•Ã%r'Öšc~*v&@ŌõūuÃ8Y™‘T8ĘD„cRņ"E}ŋûČv7õō(‘ļĖœ““•ÄÉCyp{nzvNø‚ÕMĄ :Ę#§\Į Å+Ō™ĀˆëÅVˇĄ9^.¯ÖĒŌ=ģsåaĶ¨ŗųëŨ‰På'M:!Õe'ØfcsK?UĐN°Ŗ†'ĄOŊĖôIÕL[Ņä[ŊBžŌæGhInRæ÷n%=Œ/Ą&˙Œ)8.Ž[wŸV'PĀ^Ęō¯ånW3WI9§vĨ6^Ku<:{™ĩđ"#Zč ‚ŧĨøŲ2æDĻ‡ōo”3&yÚ¸Ÿđō’žō„‡L&Pv8]ąF!ŧŠEøJNl_ešåc0ÁĪúãĘā[)&I'B"˙ø] mŠml˛3ęĮƒíû¸ŋžŸ’OrÃ.L‘;0ŗTŒC&ē´€ČYļÎē›Mŧ Â|R$M'O’!œáũÚÛ¨O,|ĻˇZˇå3NÁö+›¸cWqMÅÂāŒÛy&ˊ ic„+Cō…ĸ­|y jė ^ ģ×ėRī0ĄÔ[æŊUg •ŽZQ‹—Â]å–ā•Ŋ͉lŠb'-"*Fé÷“5mô‘IĒ"mIˆP|—úgQjĮ \‚É\›ÚąÔ3(xØūķ+øÂöųë/žųâ_}÷ų˟~üūÛOß~÷Ũ/Ÿ>˙öÛŸ~øüų×Oß}ņÛ7?üĮ?÷ã—_˙ŋü?wÔô9lŌˆ?ŧÜc,œ˜ũ/Á ÎčšâŨŦįŸúã?ÜûŖĢÄÎmŌkļ<ė}áŌõ#ëáp¨´:-47wļWŒŽéâY/1ŨĢH‡:˙„ė0…_f$N|JĮ“ģĘ)Ļî‘k‘ĐāČíûēMC}p2´8ēVpīIGlŸĖcYācÅ đ=rōzöGA…‚éEQ¯Š.ŦÉĄ2Pĸ<Ĩ×`õ+Â|ũĮ„˛ädS÷‹wx,G螉ëFRz%IŅ5su”B*jc_ÚG—@}¸æáf‡˛C›s1.?ƒđŦúˆq>YŒ@–qEû*WЉÍ5wˇ]<^ĩ)ŖXJdĮ!S:O'–ʼnF#2!-ũ‰TpĄügO˙Øj¯4Ščb ÜšŸbj’ˆ"ž§`ĀÔŋO†ûÔxYē!^Ar ĩE0qĪfqOŠ™DĪcN>Öo›GĀD˛Q†č,@ŪWÁ9Išœ ëƍs×Ȃų@ŲĨãÅ>fΊÎgõ"û~˛!Bđļ*5Ā¯Éß⌘V\ËJ:}Чd}˛ã˙¸æˇqĨĀ?{29čLTB—‹ä(–eq˛l_ņQ û ŧlsaˆƒ´ģ ‘dŧÕMĨŗ5I”+xŖŲw5o¨ôd>U‚0ԟ@…pĐÕvȐD­ļ€\áŒeđsŖāŊŌSüŽ÷€°ŽžqėŦbcŠ0:VhŋåÔß{†?fÚd}‘Ftøí0Ĩ\ÔņˇŨ—Ã16Õ m1Ë'ēċ˙ąųĐxD458Ģ2ߏBšĖa–āeōōø{í&_´DV§'íĐäS˛ŗskČZ­_†˙L$<ÖJöĖ%ęŒ“’>“;ĸcÂsߞ@‚Eš[Ļ5 7<“ņŅŽ(Kä+×ø8_Å50āJž6ĘË!2ûá^­•ĄBFų>¸ŗü2¸›3¸RŖŖ5Ģˆb É Z×ãđ{…4LIĘ˙vB~6ō¯ōŋP1*IĐF++æ8ÄŲmí+ėZŊŅGW4Ĩ–yæQh&Yæ+…Ÿc,wM¨2|×ĶēAZ¤Š–˜5!qŦFÃ׆CiZVÕuU÷ŦŅĸŽôĄØÎÉؘX0GENĐŦxø ŠtV¸Õ*ĄāÉųŊ$ŋš&€ũ ^yff?ցîÁ7ŪøŖO*BÉ!œ|`}?vũęÆŋ’ãžt"]][ļĀŒ/Ž:DŅũ÷°Õ|sÂĶ\O踡lĸ °‘{ļ^͎„š8¯Ü"Gĩz¡6âkū|Ø &pņj׎7ģą”NBŠ?îč”8_‰ėd4ąi@zĸˇŨGĨD\ôGۆĸčE"AáC\‘ ™õZVNķ æ{UbÜaŧȡ~d=¨‹Nąui˛¤vX~ÍķĘŗ8Â7˛č;FīŪ˙ŠƒŊ’M~ÜP+˙“Œ jÍßL˙sœ„āFvĖQkZÄâŠčrëĘK’ V0ch[r­čRļVũ˙ uŽ8(Î1ē9ōÎA Š°+aįŨD‰ŪJsji\ķFŠ ZcíôWkéÛk[ÚLÉz‚ęŋBŽ‡gø =š°…*÷é$6W SĢ ĨđĨÅ9ČĄ+Ēų$OˇŅĘHĘšŲ)ƒ@‚iŨ>ÄčRāįQŅž° Î ^‹› TƒD 'žÉ^Ō„z{ŋü¸ĖuÃÃ7_×I›'y‡&ŅZˆZŠ, š ~™ëÉP2Ž×ŲLŚzeNöŽnŋÂĀƒņƒÜŋß^Īĩēĸ›j B<)XļaNDžŦ˜ÅcôĘ:15Ž9ČÉKâ^[Úõ‡~\úŋ“+‡Đ|]‰ž^q—ƒyÅ67rø đš‘kæšĮĢ,YnŽĢĨ˜é/ŧzˆ¨EēYQšƒ/ƒĻČ!ĶĢŅ‰Ōüū@>z÷<ûe‰dåÃGĢq•+x2ÊqqõŽ;Ŧ(S¤gķX€é˙Į;Ū{J¤Y¤‘Ö Ú=īĩšRŦš:ûšŖk ĶŽ‘ĸ´G ÷ČļÁ`SViî‚ĮFJ`Ē”6ˇÄĨ™ 'ÚŦõ=KyāFW–qęĀ(ž'…ÜØĖ vāTP '‹qû,T‰Žū $%Åäá°Đ:šģŠžU¨šBĪŪŠ¯ÜäÜ8ČÔ¯(‚37˜]%Ų mÃĘWûĻ›]ŨŽ*ŽŖzxŅn*Ū(%ã$8zGtĢĄ7\ˇCĀd´uzƒÆ“xBÆĻÍ9į [ÜīÍ•ëĒ3°<;c0Ļ=;ŗŋ‚"ÃqMF¸ķ KVv!6ļĻNĖ+ģUä2!+Ą÷ŧû">ëreÅ✷žīŦˆĖī|ė”J-“mÆečB†ßŌĄŌ7ŅCĩ{2——ËŦ< WDXEfĩ§P9_¸*[TėĘgøˆ|N‘RZ â˜<1VŠĻEíéj•Táę-<ÚØÍT{Ĩ÷dīÎų Žĩ zĢ'%Ą*Gj=ZĮėהoŠÚīį8č$í`øĩíÖÎxBÎÆD`æÃ5?°ˆšKR dŨîąũˇœ6@šŠŗ˙Ĩ?¯%ā{•|Ė9I†°.=Ąņš*)" ‰īũ> ;×HŪģčŽûåIÅJĖcDG.tšÔQMČxû"ěRōT†“÷E8 žŋëMÆ×!Oú›q-YÜCÎ<°{ãú°/¨%pu`čļ,ßGŗĒæ˙–ėYš‡āeÕb)TŊI*ú ä¨ÄŸŽũæp¤¤žyЀ*iiüâÄ+t\?[ĀĖ$îN (ãĖNž÷r}Ī‡AŠ…&ą^gb™+Ãé¤Ģ?-:Ęë#Pų<ŽÆ+%ĸŠj2l"°¤Tit”6?n/ÚôžÚ!áĐ˝DM<Ū}FøŌ PŊ”y߯ɋå•yęÃø–Ņžö6מĖI7éWQ?ŗ>jŅí…æe@_Ašö?įXi˙zŖU‰ŖaŲ˛qí#Īú$ĸ÷¸ĨlåŲŨéÖĮfŅDtŠīr5Јä4Ü߯¤Éeēo•œüƒ‰öķĪZ­úŸZŽōŲ˙Í)ņÂډéIB}z¤äVU’­ĻŽÕŋP“˜čL"A9´Ûæ´;4qŌe â0$ĩĶ-8ŽĐnTåSÍ ž ~ëįÜÄĻ˜X]Wwí|}ÂÍč1‘ö<Ãuļ'6u2BEq8@,ĀØ^mˇÃ“Š ü$dchTĪđû˙KEG`É!Á…• 2tpe*@kËņŲÜ3_pņáuĘ”ßÖŌ•áIŽĒo~Ųigŗ”ÔÎxĖWbœOÆi’i›ƒ2ũD6:øŪ7üŠZKí=K!åŚŌ5}L¯,g*æũÁmųŗ|ZGëŪ+°.ģ…p6šŽ¯]Ž˙•nY)@Œ§ãß@ųÁQE⠇ō[7 įāā'ŨėŅoā 6ø†Đčģō ­”,0iQčÃY8zȁrˇ+(â?ü5Š…Äœ9{:JCyâˁ˛!U;öõHsę‹H hSVPoĐxô„ Šm“†įΞÂî0HŦQp€ĸ–ĸ¨ą Ë7Eo?DˆŨ qŒ ų*{Tm * "34ũ–Ÿˇß<†3[֞ČÆŋÚŨųR¨Myap|ä:ĮlYæKŽpáŋŲ0Ŗ0LŽŲĸ[Í_Vi§2:&T™EßaģĖJv-íTdJĢė“lUZĪ‡&_ךŌyF•Øm†IļĢRĒĩ–ŗ#PūúŠįjŊG tw!ģ˙%÷\ũ,ĀÛg_SŽxĒŨbL­oGsΞÂ>:—$Ņ„Nĩ^{s°-uMIä ę'&ŋ—Õą“ËŽW)cjä¨jhĨˆ%ō§ˆ|Ēhg!vŗw6¤T)sĐPÜÄņ WōW]YœČQÛŤ‘”üētQžœV}GpÉq+ æ(bÎ3Ųģ&ŽæōpļŋŪđ°5e-V¨BŠ˙iŋbĄ'´J€öBy]Qņœx/jŸ ĶŌÚ?HĪCé{˛ų% 8aņ˖V;5ųP4ûŌlD Ęz|ŖŸC”îPt‰Ķ úäÄ2dĩĮŌˆŒzŪ’ŠŌˇ¤?°âßôi>ąVŪ×ĘĸĐT˛õÚÆ ģlÛĢķx F5äŠØÄŲMõŖsę$Ū$¨´ZÜ°—“6]gÎ)Fu\Õž.äĐvgU\FL &Šä);ÃAĪôPĐB›ÂkŪ‘GŽũĩū|Ôø=ŽîŗÛ-ô7åmâ° ¸ŒCŨļŊ"jČį6Xbj˛ō0ĸ¤yÜ JN}*^?CÂøŽKr]&,DY\÷íë2Ŗ÷ŋ-ķ+Ž 5AWĮƒÎŽ`$ÛdÖC.øŠEâ"áT@Ԛ{­ ũ“f–ŌTĩ¯]‰9įˆA§õą8É­2CkB&øO~ņļĒŽOŽˇØĩ;>ŠŠŖtŌFŽ˜GÑČuD¸¸Hņåd ÉŅSAgĒ;­Éŗ&A~ŒĖÛ1jģDoPę!’P`ŖiĖ‹~érˇĐÆwŲŖ¤äæč@ÎEOÎyÕ¤Šk{9ĨHĩųL#w‰8ú”Dļ•NĀ’`Ŋ„tæÉē˜ũĘą ļ&)@Q%Œ˛V0œ´fv›æF)c){ë;KĶû~{Ëō˸oˇģŧdÁ…ėäßz"™ĖˇäsXyyĩ{WũUĩ˛†ä~/æ9ķĖ„ $*Æ%ø(szEˇzĐč)Ĩ&Qį–(‚-q#+Ŋëy~‡ƒ;DžHŌšá+gųxŲŦ€ēORĀ§&Cöæp‡{ļ<éĐ•× 7`* kƒnōŦę=evČrļ °?ŧ?õúÃXšV ¯7…;YŖoČ§ŸJ"Í”Ü_OÅM1Cą’ÅŒŪ~Ũ ‹„IĀĶŅ¤Ē âĮCĻlĪhŲ1HrlÄjŨŌ\Xĸ •įÉúãĻÃ_Ŗok”Šdį„ģA^1m)ėÍČ@îYyĢ#,÷đ5)0Ü*F9íaoōQM2™â\+Sž´Ō'}a[eųMĮgž/rĶŲPΉlēÆôNˇ\Ûs/Ē„†Üâö}=ŽYb42Ü]ã&8ÛΝ`h‰˜•Kåöf_ƒNųÍžQ7¨ü<ßî*ÂįčÍbˇ”ÂōĨĐÕöŗ~Š8?=ÛZtoÍ@æJĪsywX˛u`Ë›fŗJ\ã$’‘Ŗđ -Í­DÚōr"sÎŨËc?ĮQT+–äN¤Ŋˇc&pę‰Ãž9†”šžNōĨáá´:ũd‡œH‰ÕSÃ_ī¨˛īKŲ’ôč žäxûmCALŧŦ¸MāŪ"Š‘Ļ8Ė@Ģ‡9Įņä­GIŧĄŒwUĒS×Ė/ļĸÄTČŖ-Ķ Ü€Ģč> < õ Z1Ą-D<’…ãŸYōķ…įmA¨9á×7í6ßäŽEĸ”Č íŖ“´Õ;Öķû" ŊPãÄĘSķ(‚h(Č2+o˜ž!XØSYˇNnČ!v‘ĶĒ åM9ĸ@š¤ĒßËėt•9B›ļzWÆw€Î¤jVbØbm+Ķ‹qEDoÕĒ ™3ÜR…‹uÉ\Iđx$¨L‘¤5IæuLÃÖZžU‰Ž'T$Ļ’Įw9Ą7UđĀ3iēAßįų{zo ÜØ´°ÃŅ#¨f4ZX}­õÚ=­ß>é!ōąT9œW#æ]eūŦ5‡ī“ēČlôgÍŠéĢjWTwŋ9ũŧQWgYÉ|_Į“Ģ'ąv8{⠜C)'ņOŽ;Š*•{ļ Š÷Á‹ŪŠĪ˛™+TĪ{ŖT\ÉBĘdZ;÷–8´lBō>îĄĐYŌĐl÷č‡ũ<Ĩ GŽUŌ,úģN ĢcĢ2€åß58ŖÆŌĮĨB<ŠƒË‚/ëUˇ#x™šÂŽÉĨ `GĄwMÆ5'ꡝ˛ŗ˛Z |¨ÃĮĘŖÎUgšũYpؑ…ZųŖf_ŦwiKCŸ ĘÛ*5GŖŸt)AaŦĩ„š2 @&`95§8\ ŖREl ĩŽ™;'ęœÃEŲąžĒƒ!ķ<įĄk3TŠ“z^gûmO^†å÷F¸õ//ŨÕ÷Žd7ĄüaôīFĮÚÛiÚ7b‹ŖEr ė<ņx$ļ†Ņ×OGŖqrßįąķĖā-3k#¯yÜ{L=Ų|lđl'“daL¸įŲDúEÛeŸ`–ÚĶÄ´„V¯ŋ Ŗąa'˜ĀÖt6§OC`Gļl”KIÁcGÃ#;†yž*a„`ü/ž‚¯Ž´-.,YGŒ3đ4üˇ#ÔZ)Mb`QÁØîW–îŌ(JĨD˛?lķÂWˆ âĀÄqPtrQŲÜö.%kŖ#céN&o O•#•Ŧ‚b6Ŗæ Z1¤sž=Ģv?Š‚ģ‡ˆy]lålLÃiē˙œÃ<1ptf&ŅCĐ~l%­JęœŊ“üŽ:”oy~b„rOž×]ā¤éŲ?Nīâ1Ôa˙ 0€čÆ áëĻų˙•Ũ䏓6Aňęō´/˙ Må1´ˇĻ˙đFģ*aôŊ'1á›ä:aü1ĐKĨ5CžXMLū;N‡•ņėÂÜ˙‰<Į¤Ša˙—úë)Æá$×y•ŌΈ6TÉf,bK!LĢÛ#Zãō}î9ĖŦ„YĖņv œž"nråššvY!Râúf¯)&gx,ĸ{FčQĨā×˙ÚXÖíSûaũzŒŨãœÆاÖáŸ( MŸĮ5ûnŅī\ėˆÍĀ hDN;œ^j‹@Ų^0D4&†¯Īr’ŠÆ;@q'Đ6zE—’´Īëę 8He÷Ė1~Đ gâ ­€”mĪl—uķūЄ¸ōčģkĄxœ6ŧÁą§Q Mw:ä…aM0 Ĩö°ížÉ´ŋĢ6Vĸ'I?O*ۛíR‹ /š.#Īãë¸íøčûŋ#ā;Lv*mʍÉ5‘ėŸ’_ÔØqÎúÂįN Fqiáš_ģ‹ŠŊåQš…ÄFü¸ÖŠaŌF´ŦcŊ†?Īę™ZFÔąWYŠéí#PøįÃD"š|‚86—â†Å)Qq$ŨõE{| ōrA”Æ´10ŊBä”~Ęhx&š„ŽąŖėžo+›˙øÁ~G ûî›oŋ˙Į_ūõÛßžũúĶ÷?ūõĶį¯?÷é‡/ūöĶ?|ųŗ_|÷ËĪ_üüÍ˙ũō˙Ä=Žũø÷Ä0܏'čB3Č¯ôö#ɧ'ˇ‡bh…ŗ2ŨãŒq†÷‚$bÁē˙áčî4J„V%Ō"AĖ\M%öÃĸHž„YÕ}3'°Ÿ>O‚‹y‘Œc%ŸŅÉ8đ ˙búŗ`˜Ü_Ãë8Āãē“׈Á*ÅRÅ D—Žé’h*F|tãPžĒ4MŦũX>ŒÎēĩ“Œ“P„@T2žXĸš:˜W’ā0füövm#PJp.ā’uŊą2—Ā ĸˇy~ČR“Ɲ[ąĪĘMÁ5ážyōĖnÅpÎ&ų3¤ųãEÚĄdjC5$Ķȁ\RmÁ‰“íōrÔˇ]ĮŅ>KTˆ> Roqénō‰:ĐĘIĻáTž ‹ũ2ÂYũøĩ1Ä×ļˇetz-2†Č3{ t8Ũ>Ͳw+Á2 °;ŸĀ‘ģ"! Qu5-8)æĻĢví0 ”HrũFčĻģw@“¯S$4hFPéuŅTw 'Ú/°ģv3bœ‚Č’šw×M*o;ū-Ņ.Ēļ´ZÜ"jđn\ō9ôsäãP%TĄŒFÂ:Ė;į~w°üÎ$DYÃ1kŊÁŠĐq06ÜAsm œ”-W¯rO,œĖqKĶí\˙-#nÄvKĨĀÃČ đJЈ˜ë$Ŗh4—ĸ>ÚÁ9JmĨx‘M"Y8$īÁ'Įøž-ĢŒ5|,wüŲV—ƒVہÄĻ‘‡ÛnŧyEę@ĩŖ‚–ÕÚ!J˜ĖųJáĪį›ĀŒĢuä\†ŗĀčÃ3ÂōŒô1ønFtH ä>O”ˇö`˙ũĢ'm=&üdÚŖ´(ãØ„O ÅŌ=5ķˆ@DĀ–Øb!žšëŌ#‚uŠc°ÃŖuW&Föĸ!a˜™ŧÍk:č•>—VoĀol<ņĖ–âį ¤j Ņ‚p€™Ŋ?¤ ‘[¸Ü]#ũũMsôxcœEéątiŪH[›rēä—s5cĪŠåBQFDáī#ĸÚqs‡ŧÃ[čČęS—ˇ‘IÆŽ§ęEAĸ!40rZH[‡4"!ŧY)Žōë9ÆĘĪûĪ–l\7wŽäÃX&°"ĄĀlHFq(ķlŠĩsÂõe(,Ŧķr‘ŽánđB mP”/IúđgŠr*q^<áŠc?~5îdžķÛu:žô‚‰Ão4ŒŨ]ĐyXN€~h6ĩžíõ~OJ4h´ŪSˆ7œ×>1Xģâ`W0ļeų6KGģĸöĀŽ–"‰øH‚2CĨT×&7Rø™ C ;Ģ“xc­W,`à ŠjNpš…Į4•QĻrūf0tgĐ‹āČčB~úw\ę¯ŋûüõ˙øáÛ¯~üî‡_žũôŨO?üöéķoßņé‡īŋũåĶwß}ķÍæw?ũöõ_ũG§™ėŒßu˜IãĖyĻø%­bJå˙5—ŠE¯˙í=‰îÕ4iÐd˛Ž+ˆ°ņ17n˙PV]_)×ŅŲĶHœÄS’åвš1,‰ŦˆĀĄaBėMVL54`ĖŒi„q%ĮLŽ¤¨k­÷—õ%žkĖŽÖ8yÎB—šÄ Ģ@N§ō PāŪņNčˇR™ąq׎ēH0’šŅe÷ßmž—#h•rķvûŧÂ-r‰ę}Ë;€ī¯ņÖ@LûÆKˆ‰[°S6ö}¨2:?ģ/ ŪũRƒåĸüÛ=ēĘ4hø*UˆŨĮp‹ ė¯‘+oÔŗ˜,÷~ėp¤Ņķp8ĸmeā9bŦ_ú„~ŋUr˛î‘O§QĀ‹r" âļęšĮŅXôƒ3Ā¤ē5O! .3ĸ˘˜?-zŽâaÜ?˙ŽøF¨YÉīŅZ˙~Īŧīžüū?Īŧīūâ›o~úú?Îŧūôų‡¯øôãßūôų›ī~ûöû¯žū鷟ũĪ3ī(ū Š_ŠĘ“Ģ>ĩRƒą‚7ŊeÂ)Ą ĘQÔ4P{šÄĐÉ1aNfÚЄ¨Ŗßp‘á†é@Ž=’I ē¨gú2ŅÚ+ŋ8oėŽö6—í<3ķõÍYļķ„ĩęÎãd)1hBŨ†ĒC`Tš/r¤˛%k¤\ÚM—AäũĀ:mŸTčĪŗkÄb>k÷ėŠą š11^˛k Áz2žcK:gwŌÅ`žc Ų s ņÎÔ0‘Üø´ˆPTvKŸü"ْ™yŅO^7ĩwQĶ֎Z™1ŋčS\›KÂv R u>ŽÎz´™ųleTÉ Q]‹āŠôMÛ]Ib.wÄē\×Đŋũ5ŌNq˜Ŗœ”ĄG}–?ĶfaqâeĨwôŪoF­-T›JvĖ—û™$…ĩ^ĐŅâ´9Ųf Ũ|ģō‰`_zR =Œø(Õ!íÉ´ģ’LQÉ$JØzhÚį<TŨ§*7øВËÂûVų"§t_ČÖCÎRkž nōÜįf–M“­É×øŽãF‡/_äĻŌë=kÖZ?Ņ7RåųĨę(ĐGøy2~(×ĪķˆJ|ûōæŦˇõž,k—Žŧ€™öš‚YĢķĀL=­ļøâ\4IPˇ}7%ŽŠKLGĖš Ÿ;YŧÄž–€& mˆ2AĐN¤ņSžp$H“,Đ4LŊ „€ĮŠ <}i.d‰Øę/Ŧ܅MålwĘį,Žũ:ĸēaœéŨ{>ĶV}PD“Ü˙@ˆÜøŽRʛčŗëŨ1ZdkR‘–Ŗ‡bvRm’iwYV“Ûē\ĖaėĨmW2ļĄ;lžÖüv‚b2üŠsĢ€Kō˙ķ› -<°)›ë¨@XĪü§Ĩ›ûZfŊÜɇÁĪTŸ '€ú†KËx€Ö„ėZYöWûCˇ fE"úBĄŖĖ3E­‡ZÅ_Æ­”8@XyŦT3LöÕ'ųH) ›¸KÉF7û8Ü”ė‘Đ ’ģ…˛´’ĩBž@˛™ƒ˜Rŧ„Xu@÷T ĄÚ3¸Vâsƒ ô‰'›OđŽāĢÍt)įĸŅÃúÄ° U;ą6]‡!.?™Mˆ™ÎWø!ØaŨĢ3uĸ6éLŖÚ˛LI:,æ3ę’ÛúNJžĐyUßŗ[pa]AåŲięĻŌR[ō:m(`cĖŅ{%—šCŊÂ↊ĻSÁS p‘Ž`Ļæƒ`Ļ5ßp&ûę^Ĩ iÃK§˙\(sGaĖē“N?Ā¸V›Š:™Q'sędf2#Aęzuj=âĐ1ˇ' ™c†T¤íĶŠGĮ=Ęqž¯;âԚŖNn˜îvV›ÎzšTÅqĨükhj÷ Æß=Ûxtž,z°¨Á#áUĖ]•O $mBŠ?]ĐP0Č@x&a•'•ÆŽŗw†"R:áœ\lˇ¨ŋ#Š?‘ĮԂ_}ĐȁėōW##$*‘@$8ƒ8Kq•p}r’´ŧy Čn>pMōųŊĄnĄŪ&<æ߂0r–R1(SáÁ`QsöĪŠęz$ûäŒj÷0×årGHƒ ՃķÎĶ‹ˇĨeŖM~aÖaŖž:’ĀpG.Œ1(œŅô3ČÃywbÕídsíķĸ5žŸČŸÍŊd+u ž7âÁŗV2ąôÍPĢ)@-ŗŖņ šåD¸ļC áZIėB ŠÃbL7ˇøPÎŦŽZJ¯(í4đ0-Ũ‹1ƒBŒ‹.dë{<œ‚RV}#fw‘íu„ eXąqŧbžŲÄĒĐę$āzáVbzæĩņC&š%š BžĀÄ3wE_hșL,w÷ƒ$šÔ Û–PXũ$#ĒAȒz˛ņd4­>ęŽė ũŲ˛aīČÜÄ´‘›LÃh!Đh@æTŠoMk9Bd÷OĩņĄXįCˆ5â$"LB¨īŨHŪ™ŋ%&?HŲ,ÎJČęB@t@od!uĢvMËæ×UŌ _ /´ZFxâ/đSBʝlkAŽ­ŌFė`¨ņō#“ŗ4Ļ\ FŊ“UúiĶî o…įęÄ´øŨZĪX+ī'ŪãļŽŊôŲvž|›#Š‚4ąĐĒOGÁNíkFBD˙úDŠėÚpšî€"Ģ¸Ŧ¸î(mfÃų°u$n˜8Å\Ŗĸ:jžČįnåÆNk’ņ…ŠÆ'ņ7\™1đšķâî­6ĄEÜKo¤ŪÉ$Ĩũ8PvÃb=…ÍU×8›(3å´ŧĶpD"ŲŲŦ{ÛŨË÷ΏDSm¤0ęÖŗ™ĐõËēē‚Ų´g-q3Õ1ĀŨmZĻ˛Ã7”Ūį§aąCms+ųānáŪH—ģ]Yīžw°I!ŧŋĸ%Íęfĩ){ŠtGzĒ;åīl°5Hņc"kÆSōŧĶ^ŪÜŽpîVˆ)ˇ4.Of\Đųk6ˇ¯MãžØ€ö {Á;ÁwM&vEĒuZjœWIRã›;bSŋ1û]% úž\ė `$˛ˆĸė$­ŠŠģíTO2&J(‹VÍĘP'ũ1*JΊJčS!]kmˇ7øw{—\åĸ‹Ų‰Q6ƒ! ;ėŽ >;c@Ĩ:‰H¤ž‹.Ã.Pjē–ÚÛŲõ r÷XĨc„Åašæ?ú ʈN;A: ÍÉ|š6~ĘėAnôæŧ9–ŠC'Ņû/æĪ7Iڝ´°ĐyW6 Ŋl+fņĖ{Žƒ'—EBlā\ËÂ8~œ÷ķĨ×=†{Û|šI  /Ëp';Ėâšû˜/$Ãʼn@$ĻUĮ‰?Õ!ÜI&×ęØnßøZPįQR*žf4“;ĢÔsCđR\Ęëå­J$Ŋ+ģ;Ž;Ú_īiĐ< ƒx˛':Č[†aŖ5ˆZÛČ)Ģ‚SuĢ^ĨĒ°Ŧ}š{e\ŠČķvû€^ŅĐ‚@˛œdNGæSˇ>čc5|H zĐzZk“|i¤Ā)Ĩˆ 3ëÁķ ]ܟįlÄ* aÜ1Ĩ-¤S• Šķ'=ā â(ķ…Ōt…T7ļ ŌZJņ¸Ãüæå/5ÁŽŸ K ˆ˙ä9å›<Ō}2§#Ũ˛Ū°Æ`îģ'€ 4*=ˆ[+!—ŠRƒhvôâ­Ŗ6{FGöUëiÁäa$õ‡Ŧ“ĩ(ácÖbzShŠē{ŧÚ¨ā:Ė(9âyFœ@°'č›õ’z™°jۉ?^ú„ĩsŒÃ4}ĨiOų n7ŅÆLß^a÷iQŸŦgsåÜáŊã;uPĮˆâ|t„XŨæŅ–[]QnXƒ:ČBN¤XŠ¤ŗiëwƒG˛^mnŨŌD&Žc<ŽkË1Āæn*¨ōĮcā${’đ=r$ĸ9å\&€Ā^%›`ØŪ°Éąt͒jŖĀ:'‰9 aĄÃ'ÆŗÖnڅ'ģ>w7ΉķoQb-Ž Z.ÎíĒĮ‰œRÎLúcXĐHásՆԙswļæ[J_Ą„x r%úáɘ-Ėpü<ËŦQōwzų¸ĮjÃčąY^ōąßæx‡p7ž>ĩŽéch˜jšüŊĒę@fHēĢ–ņLž¤%TTAÎVņ2r"đ5+t&íētī&Ú1ƒÚΧƒbø\!!Ņ˜Ķ,Û,r=düž$ÁnlS{fčbmˇLĨĸųĐ°ķĢŒĄa­šNŊŋaĻ/RõTĮZrž/*i†#øbŒx7!9Įė^Ö¯*FûũĄĢظq€hčxŲ>OŗƒÂäÕTŠWđĀ´˛Ąq  ?“zžc¸âdɁö™.`trfŽ,ĩF˛îˆ"Pė˜1 ôC¤ĒL#¸ŠíÆŨ=÷ŲƒWzŧIŊО…32UœF ` 'ÁL'Ėš_ åĮ¯ÆĮyžmƒUčˇüc ÁNˇ›íë äŗRb9'ņú8;šö׍ĢŌĸ& ā@,dÒÄôˆĒ™ŗiü=5e˛< šžr#āMj+rw뜧Ô 0|<ž`´;Č-vCV¨įT¸ieôlˆŧ-ļ !ti6@÷AF4ĐÂŌ+ōäŌúšx œTÄcHLk ×eˆæ†PŽ„æ8đyXŲ€/N$VæžÅtÎ˙[GÆn%• 3,ŲŁŖ*¤Œ,ãFÍ&ē!Č *Gūk3FƒYŧ§MĘRŖãæŌpeį•ö$ ōGn}gQ<ōÎ ƒ2čƒ$^ ܀J˛52U‹māy^´ŲʁŠ'ûŠ–ž†āĆĖ–v bŒÜ&N]ķ•&ÕVąT­‰zf¨Sl×ōå#+1qĻ¯Ô3Â#”)”´Qē÷;KŒB°4€s–:hOڕ ÁC:Btær:0°īĸÔ˲s*=YRĮÂŋ?;)}ž‹° Ÿ3}œū­ÁÆczßq>ÅUÆņ֝đ RĀ Ø” Īõ­ÍaԟŲˇ°7Ŋ–žE—EąÜYV'tˇ–Sŋ’į-Ũ}“¤*ŪUzÃxš1ĄåõGkđĩ+G“tŋN–ŠVzßĖaģ˙…Ž>Šc6—9gŽ)áŖŲģČ%1 GfĢüņЧ5GÆÁ”~<ū]š]ā,ĀžRORųō˜üp.ᅊÖ;2/|´üã\´Wa2šÍø0āųs„ˆh{jëfnk*Ņ…ŧŲCœQ}ž1Ė|Æ˙ĒĖ1ĀčQ+&āøÆ5ĨŦ1ĄG9œu~%ËÆ`™<+buPŗ˜8ßíŒeeÆx†tÎOŗÖØŌ¤k3F‹Öũ”ëû†ŊūŽ@'ĩ!b[‰įE|R:7ē­"ģœ+ßė2F"ú“R’ß銀˛ŲIv6ĢęÃée' +čÍYKR‹ˆŧGĢŠxˇI™RœXąōąũ?ŖÎĸ 5ņãBúŠrDØâ–ĸžDJÔî“w‡ø v›sbMŅۏĪ ‚ícŽ×î2ˇ+\ŗ„|'Tb’×- YĢÁÕę™M"e6Ü)Oø$“š™ûiķ8ŽĶžÔ2NoĨ /č¨9¨D#ļ"ib,=˜•'$oD)-Չ‹MļƒbĐ ö6KqŌ˜0#Ņ%S ØÖė‰@đ°ĸŪ!‡UüŠ§Î@;ŌVÁiģXEÚ46f‰Oc[ŲK"9;ĻFĒWĢŊ-šķ Ą8&jđT{„0ø!\øɅJ°=Ņ.š,wĢ čš5…øÚõCÍUĶø9ŠĶŗž;|Š ƒ1đÃķ`n[[E˜ ÜõØŗIÎXûø0ΊÛÃkb˜–+æhõČB> tB ëŊtۆŸÚr\Ác’ß|Íbœ°ûkąSåsĸ @Û7‹îėNÎÉĘĖŲÜģíDûΧžÄFdBkņņŗ‹dÜxg Õ ›zÅMĘbåg֙O;OŊkėTÅ~×3OØÕ¸%˛?ØAO-Đŗ<ÖÁĘ$2`Ŗ ną•âũÅ´Æö›2†šfũÂL8=UĪĘ,hfÚ?lÖ%ŅŗCg ”Í›ëu€ÎÅŲدąÖŌˆ+÷ë˜Z‡É\Ur ;ŪîIũXđU­ŨŽß.†qd)7Vĩâw/[2GMØ4™4ŧåãD‡īS+鰓!Oxj"wÖ&\‘/VræÅgä–ņļw4iG+ų$•Īu,'ęæ”Û¨ŋQę%Ũ5üÔĢFģ¯ņ0mš‡ŊZŪŖšMūK2wuq“X롌)ƒ´đ|ÃfŌvŌK į•ß8ļ†–ūo6cīĀ—ĘĄĘv<îK2zŠ­wߜČgmDĄo …RŸøƒRÍyUÛĻ'įÖF›ĐpClˆfíąužPhQĖášbËíĮÚ\Lãûg_n$cģDĐT|Ũ/cZ…U~ÉôáY€ŌUÉ&ãķËێ}:Ë j[Äô{ģ8Üėxöš/R˛ąv&…õœ8”Uņ7¨d8¯OŪIü ą`ûĨ(ķD1%Ÿāču´Ø#î9éė‚BŅ)"ƒNîö¨Xô5VH”nĮÉI›Zę˛g„ÔU9ŠĒIáæ%i?+.ĒaęšLQy&§ÂĶTBÁ^™ūG„ļģ˄(¨úAzŠ‘DųâęŲlÄYŲ‘ŗßĢļ‡ÖČ9T9ËŌPww9ĘCŽķųc¤š[ėíššË…î/áqMn`ōG¤;æjë0œV†ÖĄ46lĶëy1Ô ßáģÚøGY5ŒĘ&YĨcāĀdpÉųœ–5ˇĻ;‹.iO%rŸĀų‰¸-.jëkEŊį|?W^`/\OôĢ^O›bžąŅ¤U4HČ8W$‡MDGÚö…°cˁ2:˛Ã$b]ëߡMĪ$“ Ãvā'cnyh–åI(P-báčuķ‹vĢhN–ËĶY¤: ĄĖ•ûNĶĀúú÷ß ?n%&&Œá7å™ģ˙ž ī;?ÃIU8¯+g„Ž)VB÷’ (ûGOŲ=ČŊIŖ‰ëģŽŋ ГøŒ=;Æ×ĮÃ|ũØú¤Ipl5kisļ“Gį’%Į9ĩČy5õčž,îzB˛0Ō,`XÍ" iøĨļŠ$VœÉ”/ˇMÖĪܤū‰ ė#‰0ž8•Õ+˙ÕėöIĘiŒÄŠĄāZČ ‹c˜–ËAøę8Čėg’Q)Q: îAͯΠsZÛ ,ž<[dš” _°11Ârčp÷}–]Ī֎ŦģQĘꌷŅĐR.“ųÚLbœÉžÍšŋŲtm#?Öæ Ą6Ļģ”Î3žÕ]RčÕ!OøIûˇ2„Í.ãŊæՈ5ļ“€A ¤z8LŦR,/i˛…ĪWoL)_ü2¨ÖwĻ%Äģķ§–]S˙ËđĄöB4ŸYÆČiĢ5ģÆ+ ÀÂc\š]äęôĀÅ%.õ.g30Ōo9Ŧs^GEP×sÍĶbÆÆX%@9áŅĀPæT?@×ÆŌCš"´ĀLūÁü u+i–)#ŋ3eK]ÛŊ[ŗ—VÄ["ŧíŧOCĘîÕģhŽÎ÷qf?į™A$‹°ž€ēå˟EĀÖŽa HČ)ũ-朞ˆ°ÉT °QSDéWH[ ēâÄNŦT›‰@„EVVÉÅāĀWēÔYsN™h'VŲŸpôz*û…Ī˛Ģˇ+yĨē(†•X ÍzO™œOKØNC gĶÜg€ēw´SÃ%Āĩ?b5Ē’@ܓ/[°āŽ1ŠŊú5Qõ'ū÷ŗR&Ž Á“—úe•rËîNĸέC&¤ôí üŽ§°6Ų2āč n€x|aHHņŖč8íļ/÷˙Ôef¤9?îÛ2ģą-Ŋ¨ũŗMÅe÷Dn*&™aJO`čedĐ>Jm3)tO^ˇS¯“'eėfŽÔ v)]nEpäĀ^“Ļzã3ÁÍ2~š›ŽĮ‰Ų6FÁ6ĶíA+Áįø"į[lļ“>ËąSÎpá2ĮqÚ@Aus>$ 1>$ŊĪ™yÜqöëšRЊw€›ˇëÁeßY Q %§3ę¯’ž‘8Ŋk€ú z_K, ĸ\&*8NŒŅģƒĮ€ãŽJĄK…×æÔŖ´Õ@Ä­ÜĖô8›L?+ū2Ȩ{{27NÜŠ¨ÎKR2 ÷ØŋĮJYŠZ8ØĀ5ų‚¤}ä׃;SęōqƚīÂXÂh×-†Å,úG°§bˇ ŋ“C"Ō÷sĮ'Ũ ÄC`#ŗÉ΁īŖĶđš$Ļ‡ļEN>îâ‚‰Ų s”Ũģ{ÚđK2đ€°qs ‚™GCĄFƒ˛nR¨QđĘQÚ8]Šė€°ÔÜ$'ã‹Ŋ/uÉ đ€{Ũh§xWnĖ•Žœ¤D‡1ŠÍũ%ĒV7ĶRR 2áĨĒīÆļœĻŽĶĸ“JŊ4dˇ™ŋÃ6<‰„n\Ir)čŒķķë"ĶŅšīb=ŗץ&`4 Õ};LJā'uBîĀėd¯|ŧSú, Ąĩģ bŽ°qÆKĀhŪh9hDZãNŪŧēŲéĖœBÉsÎyų>ØGĻîĨ˙Ū ãšuvJzN jŽĮ'Šī”ūĸUaVĒÖâÉbe°Y †ĐAŌ7ĩš`t*0WÛívãu‘ôÎĢ1>ô6Igö×JxĀ8ĩ3lxč=ˇčģŠOŠJ[D\VÍĀGIT-Aŧ,š‹NsīÅ B˜Š6Q`ģė¤ ]‰ļž¯āÎû°BšÅ‚Ģ\)Tā3Žëŗ@>ŽåTėØĨ¯ĩŅÁWa´×=°˛-õ´­‰°r‰ŠJ…¤ĩŒUjG9ŨöĐm•[ąĄŊē—×3†ífî;Ō~ÍËÅ&>MíСĸIŸtŸ0ĐŽpīž…P[+ ŪŪܙDžŪĢŸˆMũ­Ė[ŽÄ13N ×fįĕāÄŧ[Æú( ^ë}îI‘ŨÎ‘\` kNNM[˜…XíBĨėD RYø-1BÉŲb!ŠÖ´2Å\šŨ€Á€Qą§ÂОbæPūĖÜkŖÜŦ™ ˇbˆxÛ0Ž´fĄ!Æ #^ŽXRÃcr Z#FãkrO¸!d˜•s§ī8rTĪeũIÅ?yF/c0Y˓)BæĸqŠāđŠjž9Ķė:’Ļ׈ō–ĒŅî0˜ģæĸÁ‹S'Ë|ÉcN ÛL¨#–žŊMV>IŸ$Â}¤Ú^llĘ"(-˛,ëYÉ´œÃ’™83r†ēEĶdČĸo7¯æC´@đ‘ĘĨ€ËĢePVÝ58Ö Ēņ°Øn-ô!ø@ü›dčM‚ĘcD"Ēö˜§^YsYŊÁMC-÷w1wBdj%ĒūŸdt”Qö)3˜D]ˆßDø΁å`+§Ģ{Ėå‡ōžˇD”Ė”˜G›eDĀŅžwĢ+įŅ4Sá:Ų>íĮœ— ¯ŲáGB;īCŌącĖÄīzģVįr [¨ÉÉf}á Ūŋ“ %ī-×â›ęŦŠ ˜Ø}N>‹ßvū†úĘĀKÍÍÖ>”šw‚pOXˆ9ĨkáĪ5č{Į‰ltŅž;.â¸čæ8'ŪeĘ° &!ç0ėĢtķq‡™SŗČžČĨÛšžę¨œĪaĒ%ʼnßúmøBLCČû1‰ŽÂ`4ž—ut&ŠIsÄ3ņZ˙æT,Rœ`ÃTe?øé”ŖųM;ŒŽ˜Ā„Îĩc÷;åCĸũģčæ¯ŋūæ›üôÃį_ûîû/>ũúũ×_~úüŨ?|úéû¯ŋųôË7_˙Åˇ?}õÅo_˙đŋü?÷û;õe~ŗíÛ 1öÜĖĀĐö°ĪlĢ0mL>˜7ËcÄš]“'aœwŽŽrÂĢ!éx‡= 'ם.Vø˛¸u#tLīŅX-Õz¯íÕõ:<¯ģįŠ…’sŦbSĀû˜žĒHŊęUŋųŽÜĢ3sWYG‚áėŠ6"ץėÔ"Øw"lŪLÍæhXm ;— \Ãŧƒxë+)#Ķ'oh•ų"EšŲģģaÍō,ģąwl đ`|ĻŪD˛Ũū­‡āöPÁ´œËÚáH…eģY‚÷%Üä¨įãoÆU5ašÍÄõķģ,zëígSģpĘų´€ˆŊ$`LI€(Ā*\ëŅâĒē™‡u’´8Oˇ8㕗Ũ/ŗ–L=‰…sĒ‹ŗčQv;-ģfoá…CcĶ>šyîÄĘlŒ0E“}BãČî€YŗT1Ŧ@: ÖŋŲBG2=p/Gō­sąāZ˜9B”‰ŋÉqÕŖš[~Gˆ ķŒAĘ÷$8Aiš\Ē#ãņœ¸Į¤+č6ÂåÉüÁŗĸŒiBNæ9ütɚh Ë°–ĄN­Ž4‡Q\O ŸÉp¤ęL73cxÆĪVd8÷Gæ›lŌ \á_į˛kÁÄT#ēeąŲŲ`ŋ.˛kÁ-.2ģųĒųp{ˆHRĨR2`ŖŌĻß>•PyĖ˜ÅÉāĀDÄvGPÁ‚:2Íĸs–n=’:zK4§Ëđ8B,Ųz 6eÂ4îŊKÆŦkÖíĀ ŅeŗȝIđ“a‚ ĒēĶ=•ĄT'@Ä;y…]Ná;Ũ‘D8Ė0׃.ÕæXŨ[cÉ1ûĄķ(¯C÷Žm˙Ļtš>ģ'QŦčybH¯ėĻ‰›ôhræé$Ëęä%Ũé%Ô1t†˛“=`Hĩ!ĐÍņŅ€¨¨Ę™‘ĮŠ§č…Oâö8‘Muã&Nj؃ßAÛ1Ë>q8”ÉQä%{¨_ô•‡Ρ4qFdŠ{úŅ]<īîÍũõ͉Mũz?ĸˆËAŖfUîŌSŖTO`’į1FOšNגšaksP&Z’øV#PĨånÜK Šđné"4`2 OLBņŖ>á$"ba1gįЍÔ0Ū…3/ĐjķYÂÆĒ7ræĻ¤uē‹UØŦ‚ķî~ģžX`pn†3hĄ-Ø|öĘ•ž–ĻaëLŖ Q0- K™p€_Ⅿ~„pŪ-jô#ûF^ÛđjUBãņÄ"ŒđĪâ–ŲđŸŒDû—vf!ķô/$™Ôd÷ã4#™ƒt>;ĘŌ5ˆôĪÚlčg“lt<%Ų-ŽÕdržĪŽŒ'amfh¸ūg,_ķ|ØĮkõøs`!U™m™â+ŸŲ{9Pš“äʞM^‹ßgøÕØđĩ5ȍGę^6‚ɉ¸ÁÛíè„$ōXĖyĀ¯e\ļLĀ;úŧŧ´PŨ3ã‰MérĸŊ4Ø%°ēĮ˜ Eö%âvMLUĩÅ%hVEW¯ĶĪŽü ęæ3Ėhäˇ'{Í=ĻĀ‘čņ}:{ûöēDĖ ÜĩvšĢÍ$ķ°L=Ą/OÂųŧhˆĒŧËv#ŧĻPĸ@˛&ĸĶll>ȓ+7ĘŖÍMäŦč" `å_ĪģyåcÃq§˜˙UûŊĖj) ˛ĀâY§}ítM':iīĪéͧŌ“8Ķ, {*vŋL(ezßĸne‰ƒø­§ŋįūĐŅMUÂsĮĨė•R÷Úđ!Ų`ˇAur&ôtF ĻīÃgwL'åܛü"qã,Ám›Ĩˇâ [ž99vĐŅß =Ÿ2Ú5& ¨X‰Ā­ˆĻô靊ÖG *Ē¤ųĸ¸dß­/Â'0A8ĶI“F3 ‘Œ&>ãLmæWP%Îâ‚ĻuƒÃâęĮĪũĒ§NfÜpPMċ\ב˙ÁÕĸO].W"ĸzāÖ ã˜d´‰ ŋ&Øhlh$pezeŅëšŊ‚wWÕ89€¯ķu5ĨM¤4'‰)e† wžfxpãäLSõœô }â4ÁÜR›D§xbz3x7ú­øŨfroĻŧ۟^‚UķqáĀ‘ŽŌO>ŧ–07 ŖoŽĀč9lgõžZų1’„ÅfŒeRRú“šz)96J*l ʟēåĖ2‘DBĩiĸL—&,Mē›ģgm `TøZyj9ĩ>ģįN6›CT–c? ĝhÕnčÅŗÃŅ“á!UŧČ=ĘĒŽK¸ŠŽãõ3&÷˜‡ŪĖÂŒĘPlĨ[™īļĸÃkl#VÉÆĨ•NũuGTĢ¨'ɸÆ=”ī:#;yG#t`ˆhKŠ×]dÍxáņf]ƒ"@ŸüˆMB–<ÁG™ŖŠ/ęDálîđĨJ8ũÛĢõÜ­€él­QnŽo_h¯ …¯ũœDô ŅĄĻĒ[›ŽŗĮÕ?ÛųBŪĪ_~ķŨW˙øū›/~úúĮŸž˙ôų—/?úüãW_}úņĮ¯ŋũôíŋ~ķÕo_|÷Å/ß}!¯N˜mRũ)ˆ­‘Ė;mÜ1ĐĸđSfBÄë~Ŗ~‹‚}1Ņ‘Ö,ßô†ŨŲ/ËlGãíwüųžņGĩJ◛Ž˙ŽwFoSãq#s|´&ŦØ [ĻyŅy{Ú ˛.rS%´Gõ gąT˙¸4]#ēˇ’€ žŽc•š4ŗģŠí˜&ĢÄc ‰Ąî7ũŊIx¯lģY(vk´wbŸ!×L€y˜$¨ž[ķ^ëč˜Q”Š‹Ą-9Äv´ÕˇUņ'ę1Úņ‡q‚÷Qĸ#ē›ũ8›ŠŊIÎrņ €šŊR§1Z™ëũßīŖĒ`Jēđ$ܐö*ØI>ŋ§8ĩzji*ŅÉ6Ođķ…ā“#Ûēm”VˆĶ'k‘ Ąģ2ÁĄ˛p…×Ėyč-ôÛûÅMr­Øá)T$Õí:üJ-ƒ;ꤠ=ÁMŸîČnë9† Ä);Ō`Ė9 Ō:ČĩŦ SXMûņ!€9ŠØcKíp3ĢuaC# fKJUŅwlŊ2÷Z"ÆŖ:=㞟| ˛)‚Žw~ŒušOw˛÷0 ËäŖa ķÁ+Ļ‚Ķ$k„ ™¨ˆTj2’d$‚°w,üLžš ļDøēD­+ HķĮŅœĮj(I<^yZvÛVš ƒÎ|Ë1î˙F‰vuN×Ûy—ŗųHö]ˇŪqDՎKiÚ:īäũžĀT,ÃKøÂåΌMjwüa5!ŠČGå?ہØĨN˜‡"› §RtN…Ėŋā€5N>!Šv˜Ųû¨†šGōa¤0Ņá÷Žī#ŊIđô1°#‚ĸ  ĮŖņŲđæžĖčŽĐ}dŌe˜'í“Ņ0žpĩ+Ēāe›Í8úž™¨ßîøcšôÍwß~˙Õ?~ũéë_ûáĮ?}ųÕ×˙Q.}ũũןž˙î×>ũđųĮžũņˇ¯žûųģúžāŋåRlO•aįĀ–wâēķN|@¨Ž&^ōxÔūĶFÉWģŽĖeęnRs%'Ņ–+ä~ŧ"Ķ ž9ņĶšI¤Ō}Ā’ȨŠp‹`5$Ą$í"z[ŗjÛM@ņ y6–Ŗ¯ų"åąûÛ^Wcå6ûæė;5Å#Ds˙Í6ã?9č6ėÜŦŠ××å'›ZĀVõėJY{ÖbiõeˇÄū€i4Īũú|‚ËÂ<ĒÖIv&ōŨ×>xVN‘Đãõ^âā’°ōđ' X š;š`˙s~ ¤aõÖRœø<ãnĢ-f&@“œ…ā~eÎUĢČāFšfũ`S\Ɠ{˙‘ßÎb¯ŨzU°SáõŽw K[w­ÖwžčāŪņ’AÂ>Ę™¨ēŲlŒĒÜÆûhË—ŅķÄļš"„*ž,ųŨIIāÜp€:™žŖ’•ŽN€-&ā‰XôEB7Ĩ>wĖ•AžĐ(+ÄĨōš …ãŦ\Ęa)§Ø|T÷¨… 0TrCør-nødD#ĒēG(¯ !b!m2•‚]‡xƒÖ´ŗžLđą]ÜĶ˛â0šĐ=49 rûˆĨÜ0‚‘×°?¸’IwE~o¨ī>˙đÅ7˙øæĮžøâĢožûôũ×˙éĖũâĢ?ũđÅ/ŋ|úųÛ¯~ũéû_ūâû¯ŋüĪĒ´%^YSBģbŸP5ŲõDlæœ PŧF š}ÆÉŗˆD\ķ!đä>?m•¤—¤VšP”pāü ĩ;Ķ$(ĒÎКĢ[eVŗš:ąk%¸ęÎU+üIĸZąfč2ædtNd&æmŒJØČ8āA„ʝúĪŸ1# ûKH˙‚.Ų[˜ß}é_|÷ųûüúÅ?ūö‹Ÿ?}ņų×_?}ūæë>ũøۏ_úé۟~úîûßžøæįīŋŧSĢߒ„ÄņûˆūwęČIy<āļŒŧcŦöÖEĒąüžˆ>Y‹c ÉŖ%îÄ($1Ãų÷e$ nyšT’ãúˇĘgz(āåFßŊTņ*Ļģ ėÛ™WũžŒdžKŽxļĢ­Įį zˇ”é°ÎĖ*Íž›ŗķp™3-6fK]=|°éŲ\ÔâJŠHĶã“iF ŪÔ}ąOöôwÅ˛ĘÔnm@ZhûÛļœ_'­ j4“ČNųL€ĘŪÎ[ĶÜVžŨ6 ŦĀ2≠†f?i? Ė\9Š"ZküJb€)ØB87îÔk'ęp´ų𨜔‚-jĀLZäß=Ö#ŠzŽß÷žg` Á*ÎFōRzītTˇí?ĻŽáj••ã@›s¤ļgrâ=āåŸū°ö!ˇ‹GŊåéFųԒV2ģē“Ã–ÆąĪė} Ȝ.“>g/øN€æŅŽ{†¤°īčüą(ĻÛėŗ€KLH6¤+„KŊÜgŧ%Û/ĪųÄÃʆ’ˆæ="”â,Yˆonˇ?-g #ē{>Â'žØà ¤hņsuŪ6UZ? î“æŧąÁQNm›A§JDnųm0i¤3 c! i ÁėĀņ]âüg>y*ļŲ‚¨Ķ– Ԙ–5Õ>ãØę™ !šb¨T#Ōœ/” @FŪ0˜Gį\czg×l.Œ(BÀ~ąãĮ*Ķ,đקšģka}†|g¨ÜÕ×Ėl.˜ŸŽÎΑ§†ųIĻhĶš(UÄŊ°ÂōžDú˜Â…ģø˜79ágÆKŗČŌ• ë?YáÜiæD*ɐ,Q˛ÁÃ1éUõ†ŅT¤gfĸOˆRf —UÚâŗ æŲŋ÷„Ok9ߟų%8ā;ķøúũŠžˇ(R§nĪ‚0@á'ŌˇLa•ÜZ´ú_Áˆƒxb{¤ ŒķƒduQržIąčQ.ƒ…tÎÃ}˜ԒvËŨĖĩ7›ļ3ū† ()›ū&ĘĩČšžŗS+é&Yø0ųlLIž|Ûd¤0|kv€Úéī¸ŽaŠAˇ¸NgL}qž]ŖLsØašÉW2ÉÆéy;'{!]>UqËHÔhēā1y€e+ÅüŠ’œÂ %~šQ5rOtšwyŋk ÚMē&#áČs&“1!,Ô°|Lxk*?5}´­Ô˙üũWŸ~úņÛī?ũöų›_ûíįŸŋûúûßØZ)›M(Nčh+=+ëėĢąf!roļôôx]xš‡‰ō)3ĀŌp_ņūÕ&đ$;×mĩĮI<‘ĘâIr€Xf!Rú+U÷_ōĮ†Áˆ§Ĩ%hãü*|ü( <ôĶ™ÁaūP<öˇ–ãÆÎ:ŠbĀÅG§2Ņ_Ë˙)œŗjŌŽŋÍ)ŗY Å`ĀrQDOięč‰ģŖŗw“)~ē‰*S“x “ˆE“:>Ļ`ĪŽ×Ŧ­Ūđ/}ąÁuGz¯j⑨`“ĸÂŧēōÜSēN-ö[={U'¨[ˆ2Ų.˛_YbrmÆø'QRūâ´ÚäA–+§NAxūGÆDČSĄœÍĮÅl¤ė‘íÚŪ*ŲÖÆčxn~^? ¤ū\îå¸čXīZ,<‚Ī˛ž~ŋvĒĩI ˇčÎg4Ļwŋt“|7‹.;FØqqâ*ÛH\EĨ‘‹ĸãdīĻ'szĨ^ W)cŖâí ™ V?BŽŅíüü}. CíĨįļÅâY*}ū.VđΖ/}‚Û,pP.‡cß0<ģm5s¤ŖxUžâJúW´!ˇ%qS,K’E; e÷ōžø}^ĸBYק!Č-Žęđ~ĖCUKhKw6ôpĢ¯u†€N&oˇe§b7ĢŒ!p¯)ąOįų/GQō>Æ$ÔąÁmŸå1WÄĸĸ€6ņXæ$ôđrģ/héR8m°Ņ Ķ°ÔäÛņšÂĶiŧÂ)c¯ĐƒWĪ¨Î˜jôĒDžædŲ/°'|Z4š(rPrbĸ”đŋÛ[œG žFü¨^ŠYJ3ņØÆŌĸÂąô`Â$â%OˆąSũJcį,Z˙ ĩ [¨;íG:˛Á=]u2‚īąQRũ˜>WFį9JMœyģX0thĐãō‹XBL1Ųâ3GEĮĨ­ÔØ jˆššöT¤xŲ? ˇ‹{Áq­ÆqBE@ ī¨xXSÚ´;ZQF‹‡íčOÔÛÖØÍÜâtzC=Ž\8‰›:A"ohˡndŲĄsÆWk¤‹ÛmD\“5ÂW˜F °šTŽã0pž.!-´&čÔÅ/L¯b ŖŅQžō<š•(ZÁĒ†peĮ܀C‡ņjM H…¸x€ÖΚtĪ‚QdŒ~bĀfⲠĀĒ]›šd#= Ō"ų,4‚*3ƒÂĐ<k:“  “Aã ŋ¸ŽO&hpÅÍĶk_Q!Oš+#iĩå^Ÿ$ÖĖģĮ$IđöXbäų1ˇíĩŖ¯āßzØ˛ĩv3ĮZ–sÍČŠ<Ėëâ4Ÿ.Øúr`ë?0đ°ßƕefT„<"ÕsĩŠ?âh@Æ{į¤KŲqBoëĢy*îՕü‰ :ÎÁîXw[ŧØQ`vE#ų'nŪŲ)vËįģrãPō;U´™/¤Btˇ7ƒ ŋŖŽéUyŦ<(€ŧ>3áéŗ¸N™s&”Mô˜úËlŧGmP6K;™”{e 6\]°VžZĨ-v]ˇxäøņ8ĪVžQâlŊ”å$‚áÛĨŧ5*Ķ˜åKŲ˛ÖZBO†B$ÚH(Į.Ãŋ~Ī;!ōād˛.Č˙8ˇ9ÎĻōuų•ˆA {…ËÃ;Ž*áÉęH›Ãi“0+™ ÁÕõ¨MKˇ€~”iõæp9Ŧĩ{Ũ”K)‹[‘ĮvzÉi'˙Ë9‘„Rŗpí´Õī÷‡Jŧr2•ÁUĐ céŅļĢ -Ŋ'ņđŋ~~›3DÂ4$ ą!äÚĄX@CG@‘Rgˇ`|ۄ’ģZĩ~mŗ(CÅJ4l"ö0Įž ;qAoķ Ô ŊƧūŧxf‹C(^0]üāRŌ¸§T{Aës$üũÚÔq›~ۊĄČ‚5hš#fûū9* äĘ ,ÆŪčxčÆˇü#fúLRōÔŌDĨ\"ô'>íG`væä‚“žîšģ;~ēî°e~štãg4u˙ŠšW&´ÄXG÷æY éīãļâÛ˙4Ųüã‹_>ûų—¯ŋ˙ôË_õéķWßūđé§īž˙áĶį/ž˙âģ~ųéû_žųú˙~ų2äŋyāÆR*”õ Hå–ÉŦ†0`|)ļ€)Sŧ(\ú~‰8¸”öū>ĢmŊ†tv_ ŅÛ_‡ö 8uČ\Čq‰˜ŠY˜J^Ą.$“îTäPŗÕ.ƒ<'Gz,ĨŗÅĢĸO2¨ĖMo=3 2cØgž‚ŊÂø—š;VŪ“›õsLäw†Ë5x™^“i%˛Å¸îŧÂx<׸A˜¨r`Q_˛‘cŊ߲.0Šnt+M×1Å˛4Qnx›PŦā9GéU¯ĪŽí´c ^ 5Jw$ĪQ<Ųęž&=@ŗãņ.ŖI<‹ĩyõŧ ŌU† ZSĩŧ„‡‚ü2Ėzö˛cúúwäj­Ų0ˆn´r÷ŲģâEx팠­ Méß&ËöŽ.U.÷KĘŽDĸô4*‰cwR¤ŲĩųįJBôé´*3i&˙°I1Ļöúˆĩy?ĘûW—Æ0ܓĄ’‰¨ōžWMęÁÅŊshžJØqŠžá[°­>+¨q§m‰´é\ ‹) ƒŸ˙ÖŌė’—%!'•ļ•,ÚcLÔāũIEJbīņo GpĖũ‡ē”ĒDEķ|É)čÁ–  ¸ä >jM#…ŽĄĮû)*g HZķ5ēDÖh6ÆPU.†;bšc˛J–Ģ“ļ 1ŪûžxÕᗎQ0mLģ„æĮ--M*¤đôãtŽi|œũŠĄu­Đ„÷M]ųšMũđ ƒĨwšŗNĩą)v °Ũ,ō¤Öö/ž>9RmM97ŧ;†jl“kP@‰Õ&$\ŨėĩÍ2€K2ôš^š?ŽnKiá”äh [/ Ŋæë”Kėĩ Q–Îî]ŠËŠNôūwĻ –öŖqJB<ŊšzŦvœØĪcžĒ択õBQ؉Í8ë rb…HNËũÕŲanâ Ãūriã Ã{kŠyâ€JĐ:ÄlܝŦŠ×‹ŠŽŽĻ2¸›j’ą>Ķģ×J…¨ŋ^ĸSĮ˜a'Dŗž*`ĶĐI!š'rĀõT‘ĀĮ€*×ųx]yAa-¤?ŠĒrŽ1,#ŅZãĒē•@#ã‘Ŗ6 ~ŒŌĐ´ú1¯p„¨hĄÄœ'@Ļ¸p~œmŽņĄQų%#÷?ôųRt‚æcf&ō˜¨‰˙é^/'ö ėvŽBGpâõ­%Ĩ&;‰ų°‹¤4Ås‡äÔp_ųŊlÍaŠímtˆ ¤ŸI‘aĒ-{Ü :›vøĢįĖ l#‘ÚÍbëūgŽîÃ}uSm§‘^#ļˆō‰paÕ-heŖžaĩĻ„|xôK÷…&´ņžU,ėŖÉV zĮ¨Xžën¸Á‰ĻųAū㯄 ¨§Îæ zKSũX´ázŋ‡4ĀQ6Ķę;š¨JŨdÜPđÕĒ4rų|Ī$=ķ‡ėēŸ,5û†nĮĨ™5.ĮrÔŠ–tM­ÄÖęlHbUŨĻ÷Æ{_˛'mCÂĪ$N¯Ė‘TEˇ2?‰āžÛBÃZõ*™Ū@QŖĻ)ŌˆdĮĨ1Ö M#YhÒÎVRk]{ĩžö&`ĶąĖŗ˜c?~ËĩŦ>*ÚWįŒ&ŪJTwjG6N9…@ĖŠh:ÃÜ{6õœeDÜÆ䃸5f›f/mš¨ŋúl­núƒ˯Oĸ['}Ŧ1.peŅĀá9’lmUž” +°GūĒ'4jqL{\‘TÄ´ƒlŊĩÆßë"iÃÜH ÎáOüG­ģГf™Å€Dę„Ŗ~dUw9æ˜ÉžG6"÷L5ĖBjĨBŋGą|˙Õw_˙ãķßūō˯_ũōéĢ/ŋųųĶįīüéĶOßūņĶwŸ?ũÛ¯ßüúÃwß}ûOŖû$’įĪ`,cÄmâo›Ú•dä5gKčÃJŗŠĶ­Ë ĸ‚[*lEr&Đæd’$ŅˆØșé„˙ļ’zƒ\j'Æn.Zˆˆ žKŽ21:aĻS‰KvK€4ÍLčn­ĐÜM†O¨V¸Vk(Ķ}g`^ŪʓĩĻœ–“€ęáÍZdÅŲëJ ķÃíã€[ĪĻģUčg‘Õ Āk z1Ks ¸&N^„|ÄpÔĐe?PŽˇˆČLÚÆĮ…PVO'yYCĩQŊ]pĐDp5 Á1 qĖō\ĸīŊ“ā§m"ôf€‡./üåqm$Ē×ĘiņÕavgŨAGŽĘģ$ėYĀ…ŖC˛Œw¯zĶÎŋ]„Ėyb‹)āÖûwÕĪĻá 6r…Ÿ‹é택ŒKĄ.JjXÚhŸĶÚm´ÂˆO‰šļd؜6ŠLÛū?ĖũK˛eG’]‹ÖŲŠč€ß‹TŽˆŠ´ÎĢĀˇ˙Mx™°1ĻŲAI2ߓG!™‘÷sö^ËL?sŽŠŌ•a~īå}F•ß&ĮĢUrˆWé h¤T ē}“ŽXâ.y=„&jSģœ:‚ļ§0>§… ey@˜å1juŨŌt4îíĆĮv ¸mš"ËĮÅũHQ]Å­ŖZļŊāĒļ)>\ųĻ×>Ô§{w}``$Ô¸9l“ˆ& >ƒ<-e˛dI9<†ÔŊÛf¤Ņ™Ôpú-ŗ×ÎtŦī†.ą=ęe/ƒĒŸíM­Eņa•eRv‘Ļũ1š 3ēŌvėõĀ““Xˇaq>‹D7vœéŊ!hĖĀJ¨°VQÆu-nQ˛Ņ‚=qœ> !†—ĆK”Ō“Ĩô`œĪupm§rYs>Á<ærz¯Š´dqĨ;­0Ú!ukf ōüĶëŨjĻ%~YÔ˙“+Íĩ,œ‹h'ƒęĸ0ųËĩˆt˛úYŅķΆnģû2ßȊņ7Á‰5ņÄžá´nËŪãö$ąY6íæžWŧŒá’\'áēœģm{Š¨ųĸŦŊWéŌĶ7¨,2öSž~Ķ“ųé\AlÔē¯+g]ÉŨ\Qôē’lÂTûgFc=æ4 Ā›‹_Ÿŗ'}5™ ^ÛÕš ŖŖ“GRpŦ“ŦųĮrĸ˛Ŗ{ĘDg­1IÄܛ”°÷D™tĘ`ļŅé †ŧŗĻOņčY¸Šˆ-CáŦxHéJF‡æB2öjõpČ4šHŸ=ˆĶķŖMH¸70Ēļ­ĐY|s}ĖYŠģ5w&-ĨŽĘŽ×LÉžp^fyÔę3gŨ{ ”öu‹ž–č yDž,s¨ũŅ;ĶAŪ€îm%9ė75÷5ëL6xTž$r‘ICˆÃć*'OyRÛ>—ņK+Z­ˆQscm lyiîKčúøt’ļ}Ŗ ĮZŽyë!֙ú<{8¯Q†ũĻ8ôēDpéj"õ빂ŠË`Bī^ׂ˛­ģáDãÖ8˛DUaęäO œKŌ†ĀMB0oģÔûh‡e÷; #Ā›/Ũŧ¸fļJZž>üŠĪ Đ3ŋĄ+‚ŨÄ`Ū&H{g}8g'ūÁÍäÃēP÷•:ÎÅđ"b˙Ģdg N0ŒęáaÍ ´ 'ŗũŠßŊqüȝ+ŗ‰vb`įNüG],ŧmŖu;Ļ,Ö™Mĸp2á”Ņ)H ,īxĸÕę†ņWˆēÄjœįzŌ\e$CF0ļkČΕ˙Råöķī18ˇ‘\Ė”f Ę\ôQiq Ŗ; ‰üySŽdÛ+=27ãyLŠ¤Ö„ä§dQĪĖĶ{å‚>oōWp¸ŋ­!`Üã7î„Öoäŗ‘Q_2q_āŋišã};š})ņÂŽ‹m5bÄųx„ŗ!ØZ&ēCŋ3ŠÉØ;ŌÕņ8O'qô\iîJ¤Ė.&…–^æ@ō’gÅ+ŽĘk˛¤> Œ2ûaŗ_/@Č&ĀġŊjøøId uŽC&…q¸ë!DË Ŋg¯ĒŊc§ÍĨŲ÷)dÆF¸æ‘Áü°ļąÅŧæ´2Æą´û†Xeá 5ߤš›Á›2/Wļũ%đÆk`ŧ$Šærp]ģd*™ÂAØfUˇxƒĩ¨Į&Tw;ĢÄ%؈„ éĐÆĘá&9†ę>BQ1Ęé$ūĒ™Ŗ°H*r(…ÉŨģî Fˆ=< ¤>ã ­fâË%~ƒWTŋžŽL2Ĩ%ëw'w¯Ķ-€l{ßÜiÕ~(ëÉ?ĪŒĘsŊ*÷ĸWëLĒQÉĐį•G ÆĻĩ9 ¯wĀĄŽL$m°î^§Î},ųŦQĮÉReĐÎúAr”ƒšĶNnęŅŠ˙ę˜~élIďą@•°o¸ûę=ßWEü¯ÅĶ9‹Û=†Ŋ įåN/újUąŠ;Öā õUTŗʸš& ģÎØ%Ŗ ¯ųˇ˙ū˙ˇ]šŅ™CAUS~[fđŅ”).ŦˆÛ´nÄ9ĖƜ_YO˜‹oĐô$%Y_ņä14 b$HˆJ&zŦĻô…æ­ĄÉDEįįëÎø™ˆâĪžîs;)–aLôˆZPYé6á€Įđ‡ G€yz1j‡M9é–õ/ĒÛ Ī;ĻåÚk×;zįÃŒ‰“œšØGšIPƒ†Ē{åē­‘ŒĘ%Õ˛Wˆ;Ā1"ƒj@=ŅJžíˆŨĩ7á@"dÆ9wņJHaŠ[ôëĖʚ (&"åkÁÚT?‡Žd”āđ˜~Ä5QĀŧš’‚Ŗ™ ė§ßHøÚÅđT0m6P ę­ Ã/HĘâx˜ˇéî.šŠs{“–z&Mg\Bš¸ŅFíįiČv]ŽĒä5Ųõę,Rį'ĖėŖ`øļy†ęyŪ@cÚĮ^Ãâ܉ŪËŅAÁĢė b-Îúödˇq7GFûä§īĖã¨pėšĶ”Ņôy$'ļęąyG¤ą…čĖ’g=#oúËŨi:~ŧŽ„ ‰A ƒÍĶščĘŖ‘‚ņĨņÃųԝĖõuFuė‰dbH#š_—kœšĒŊģEØßņ‚ŋp:—ÔÁ3DĮVĄ;‚˛]—3į‰åRĸ4Râ9U´kÂ?æoæĻ„`ŨrM%fš8˛U@ķ}ˇp¤‡ĐĒ:PJ†Đ”\™;@o%i™qbĖķLâÚP›ĪVao–÷f+!Ė;ä*y¨OÃÎX2ugƒŊë+GŠ™¨W…ōŅø—bĮ+¨ė'v$IRŨrPâ §wuĢ ‘ôįĄ¸9Îß7ī~˛* ŸKŠŒŸ58Ÿš‘ô [Õ äĘĒ‰-BgîYäĩcŨ¸]=2ßÆ_éEÅEN†0¯Ŗ™+ilëœąŧ.Ģ„ģĨYŽÎ8“øvCh*_|{Šö^@ʝiŖ-ŧkíĻ‹Ĩ‹-ųę ’tVW\áß5ŅÆîUtÖnc§ú’į89Á™‡žwGr¸?™€yįCk“ÎÖ¤šx!Ŗis(<ЋŖ2_yö-čÆö*:2KɖÜIÎiËŧU{“)‘Žã€Y›ŗ‰ü§ĒV~X¯ŗ'æDë.ĸäP28<°ÅŌ@ĩ~ûOĄ†ˆŨæâ¤*J&2YĒwõ.z°åy ÖķØ<ņB ô(ŽŪDģÃ5ur&|/ÉĘ1;Ųč ŋ€]<ˆ< kÖHd˙S›ŦZîĖī’ÁSŋ",Ë8)ÚxÎŲDŧ‘mltMkmag-?€9"Č÷vĪ:ôŪVFŌ´\L/ã2Õŧlļå[7‡+ykFĶ‘–’ņD°ž€­"‘e ãĨ‹Ę'0ø.ĸŊCę>äW… /•u%€š~c†ÅžĒˇ7–‰N•!Oz×ËrJ"FŽš€Ŗ7úV­2IuQŊ4Wo˜‡ÄŽU€O“+3ĩÚlōĻķ1›bŪ‡ĘPŌ_É8 ‰ž}˙Üue^Pą–ĘHŋ^,9:uJķå\Ž.?cjËsķdŨ}Ū2čæô}ūëƒú7x/ĊäđØ|•øXm˜ŖT¤å˃0ێŌĸnšÚ&ĶF)đהˇG@ģÕʐ–@Ŗzî6▱Žž˜BÂȐN:)lë >=ßĨģĖÜc3@\ߨ2qé^ÃåÍlŧ)ę˛į/D_"ōMwį¨#Lõ) ĘÔ-LĀSų\0”˙˛§‘‰Tû@(ėØÃSļåŨ3NŠËãĮ@Q÷Kw’LhŠ’D7Ķ7ŗ~Ė˜ÖéâęŅäuōĖ.Á™ĩ…%ęNĩõ?āQbŸĩIė gJ¸“ä-o`š*ĸņWÆ0J+ngÎ*Ú> Lģŗ=õF†uÚíĢg'ũčŨx=Š"Ūĸ{§&ũ„đ˜qlĨŒäÎ|‘mĪ5’ Ŋ0 īĻgīŨc2\iqŽ›/ (šHÎÂzX™”ŌĻ2÷ŗÔļXb¨uâJö!<ĄëDßWĄŊâm hĶȀĸŽ‹n¨PģÄÕēō´R˙_ã^ęÍĀVĸø&é'S| 7ī*3ŅŨuŸD =Šw*_ÔŪđĩÜ´ÆGڟ ļG]L§‘ívrZ†oŌ„A OȧĐ/ôl÷@ =IUė ĩ!MD *Œü(īŠäqˇ2W?ÆŪ{ šís"T…n6¯ųacčMQŲxâūdxä>LŲÉņ˜[-z ģͲˇEŠ$˙ĐĻ<šcļÕ KųÅCp'G3éüãdųgôĶ(2õpâᔧcã5ŗĻÔjüņƒ~¤ |ūūû/_ūņëßūøũßūüéģŸ~øæĶįŸ~úōé‡ßŋ|û雟ŋ|ũũ¯ŋ˙ͯŋ˙ōũ?VļB†@ëÎõQ’å‡TĢŽā˛HŠ9ÁjĨå’YWžV➈ĩ{ŗŒū{Pęg•ķ­Dōņ˜wž0Û8úíPĮžNÃøŠ˙Cj9 ö"§`HD)WĒƒÂŗ;eŲŖ ÷ÁԑyĀĮ"Ÿ| YęšÄcĨëZęOW˙ O§ÃĄC×ܡiyt›7ąKYâ}ĐŨļö.ųĶ`ÄŌž˛¤áĐļ"ÍķpÖ||>ŋųæķ—|÷Ũ÷Ÿŋũöˇo>ũöŨīß}úüÍ?|úáë~ûô͡ŋ˙ūĶ—/ŋüōíŋ‘<éôņĪˆžŋ˜XÍßMŦîĖę™X9°ú˙ŨÄjęŸĮU˙ߝWũˇĢū;ĻU˙{ŗĒ˙â° ŧ?ß;Ģ2EÂĐ°ĢDû/ĖĒžaÕ_ĒæĶ9Žú0­2.čŋyZõ¯æUV3ąŪøįiÕͯy! æUH…úNĢūvXõŋ1­ú?Wũ˙ÛŧĒRũwÍĢūT|åŗŁžqDqÆtŲœŽpÎw_9&I.ˆ"l#ŸÅ_ŠdkE€ļû' -Ųíø¨cMD-_ <Χ}Ēؖ †6SXĩؘ¨t>ēbDĶĘāaÁŦe./RnɖŖ Ģôę ˛%fs’Ü3pĪuģšÜÚVŦ’V–ĐvUŪČt\ ¤@_05GŸão“¤ķî˙ ˇũüåģžųĮoŋũūÕoßūōÕ§Ī?ũōõ§Ī?ūú˧~ūæĮO?üđí/?ūöŨįo~ųå×Û7ķHģ/TUg}PÚŌwmūŊĐ؇p:]ē¯IaÔJ_mĄde‚Ž#ÉG‹ĩōT%âKDÍ9aŧbåŋ°JtōŽąœ=ypüH;Õ%az­ä[´€Tūū0đnÖfŗå?ŌüŨô2†Āvuj`˜%ė°ëĩBÕ[Áøį~SˆĀėwßZéĖ^'Ås߆ÔY’¸:u5ģΉlhĖ@>ũȒ qÜŖ æĪ‚øŒqn‚iÄ—¨71*qÖ ž(JÚGC…)„(&Ú×ŌĮî&šĢ“ĩ÷ÄÛČ´đhžgŽü*ˆŲkë4\ÄŨu:ĶžRúY&ąŸ@X~PcY{pÃ\k3éŲ™e [ŧsŋûۀč֓žhXMrÄp{ $ŸU&œäGT™Ü vGtôžģÅįąÍ&)%Øc_t~[į–ny™ŽŅUiÛKĸpfbV¨˜ŦAŠŒ}P|ķŖNP­•™;ÍŗŖâ鲀ĒM,7Å/)lœGæiˇSdTá§'2‹Ø›KĶ m$ļŗŨ$ų‡˜›ō ß6y™0ö˛17 ûc OzËĶ •Đ˛?OÍŨk ö§Ž‚Š¸Ú¨ŌĪãIĻį¨+]÷ÅÕV&ķОŗąS/A߅3ëdęę“čØ%í}Û ‘Ø4OÆÜį…üX;}ųūģīžüãûīüūĢŸøņĶ÷ßūúÛ§ĪŸ˙ŖvúņˇßũôÃ/ŋũÃoŋ}˙˗?ō#‘üš4 Ģ‡ukīëūyP8Đxrœ´ļ˙#Ŧn:IĸZÎ71Ø Īø3,ĀĶ¯›ļ°äOFg?uĢƒķžā?‘3(‚§ŦĘˆ>Ŧ\§.=m†…ņŋ( x ¨WĒŦ ΀Ō´%ÉÖõ×ĩAņUCÂŌ;æÃ/ôĐĢĄÚ)œ€mrS}°Ãƒap–qĖX“<ĮúmC•0[)÷ą2˜äjžd¤‰C‘usžĮsûX{`áÆŧƒ),cE'"Æ˛€ÃŌ4˜1Đš'„G\œB& å‰b€¸—§ˆEbBiXūߗõ” |t)˙kŽJņ6Dkgš¤Ēãˇ0€Ÿō•'÷‡Ę`˛Ūã?î;•AĸæįŲDâ8sۏu¯§Õ_—˜Å°Ģ°nÃö–†Ī- †3ßš  ܈íģ…ÁüEap o Rž­ëfąœīVkS&ܘØŌLÄ4˛nY@XĖ„ŦI2Ōž5Aáú1˜iūŠ(øĢš ar Ô°Ø;Ļ!+ĮĄ9™G%û¨=üër ˙Š¨ˇøĶĻäë¯üümöwßūüåķWŸ~úöˇĪŸ>õÛ7Ÿ~úæĢ?}ûË/ß|˙ëįųöû˙ŧ*æīģė~–Õ2Sō2…ŠŒ˙T×0"ÍM/{u–‹ÉģÚ1\îO:ßeō7Å|3Ķø“Ž@Dr'ËxšĩX•ÉZ™Ö @ž<Áŧ*`ËųØ|Œ´;¸‹‰vív}Ŗ €}ŨaæĖ­šÖN0i`>˜‰ŗx”ą×ÎíōOĘ[všđe&–-}Õ˙4˛_2ĸ00MÅ_&ÍYM#ÚläIl:ĪųŒ1`ŲâŖ]ųķÄžž‰=Ī|öĖÂØß IôŽēŨÖ^|= s—į˜uuÃ9ĪdfZīĪøÃãzéš4âcŗįVĻzžq}öyĩ6öuÄKÄŌŽVë#ž\oöbæúO1sī¸ž˜šP_ĖšH’đ)“;üzŪæä}–3{ĻJŲ;¯t?;Žß;­_úų#2kÎô˜t^bt _Ĩ5(¨Åš8KĐŨö*›ø‹Qũ_%Ėrgđ˛×0ŧ—r p‰°I¨Ģ|Ãm/é XMƟ€,ņLwķcų$ŧ`Hõ“^ Y›2Jŋ9Ö?OęÅhš`Q;Š¯hŌFoûēfz‚R:“ø˛´îüŗf`†77¯d3ˆĪ$Ū°@S×1ū˜*g:ô(=ũ§T9ËžŽ|›‹īcD}č@7Āum¤mÖ¸ƒšH8ˆ$+˙ãõŠļļõč`÷_“ūuo9Ü ƒÉÖl°zSƒĸ UuZw܎k¤PŪg_§7{ĒTĀ‚§FĪjƝČ8HÕ8Ė÷č0ŲōT¸:6[žø_]wķßlųSŌė=qeŒnjX_Įŗ?’ztŧŲ€”wƒH²ČΨûŲ%gÅ NL(æl(ß3—ā’}/Ēn\cÁ/SņĐ}÷^éĐ*!,āÛMJ'… "ûķōŽ8ÕhXuŗ„Å:% 9ļ5čÂÍäÜŦá‡ø™üg Q $ŊmhlŖü›ŋü—§ŲœëŖ×JNIp‚§Ÿeyž}fL†ŽIY-îc„ÍÂŦ•?‹ĀdÄиŠ°čdÍ$æɤ‘uŽÅzÕ揚bŊšU×õ†efxøQc<Û=Úoē ų\€ĐLŦsŌ Ã'Åė.ŖŪ×dÕI.&1™—m;‚ĶÄ3Cn0˜FĒøĘ€­"ÂųėK‹F#깉bGšŪƒačģqõ0šÁDî1­ÖU`Ē÷ZwhĖ>ëĘvˇnN.˛ös3æÅ ãŲxžänö6˙Ë`}to ?hĘŊ‹ŗķŌfģ Æ@ĖČô’Ŧ{IË,‘Ŧ}/ĒSlm3¯ÄĘJ=ˆŲÅÁČžĪÁ:¤˜eÁL“&´C­ÂĶXtī#æfƒÁĐę‘)Lܗ SéÍŋ˜‹čqm|ĨŅ%1$^ŖēŖŠ>9¤@ĢZÍ $aŲķž#LY]›×X÷$ˑZ9jĢ,Å­=´zFn(‹ŠjîÃÖuk†Į‚—¨(c˙IŊ+CÖüqoÍÜ_ Ų€W˛z.)& ŗĒÄ°įGô'ŅĨĨtNōéĸ afȜXÖŗˇčÄĨlĐí^ dđmĶ‰ļŋõŗ_Ļä¨{tšįķqV{å%u5Œ ÎÕ-Äi‚N=\cGsļ:9‘Š7“HŊb 7qĖō PdũŅũtēOūNŌ ˇnĻãû`Zųííķå.¨XĘėUc}œMÕķ‘#‚,9u?ģõG­kÔpE“>9Ūøînšđ>yĐ\Ŧ>'^Aą›MÚ Ö¤ąj.RĢŦåÁģgr‡GČi4Ūę9éáö´ą32ÜdĶL°ŧ÷įcŽáUžû4c’¨Ģĩ1–)ëébąWē˜cm`ĶyK[‚&Ja›9ģ~W°`L†Vĩ3ßãvTvĖģseû ^MvãoM@EQ—‚$_pīdˆG Œ1Á0Ā‹X^bžAl§Ŧŧgęī3Ļ,WbšĪ$ˆãIå†E4Ą!)!Æœüƒ‡?|NÂÔp[Í ?×ĀGģĩæFĪ\~Í´5Ŗ`Ŋ.Ö$¨ēœ¸K°j.6sāÍ,Ŧ ­ĸCÜįëęŊžDũC4ēîēnRédŊ~Åįû °õ=<ûä!eģĕęr†ÂëF‹ęŋâ^K;ôÔsŨ˜QĘ°×Hĩæ,žb{I.ĶĪĩhp˜_Ņ1ŋÜ[Û(*0›n /–Qķ@]+Ą„ûÜÄ.Ē=°õVŪjįž…VĮjôÍ[1 :‘´ÍëR”2¨¸÷”ąD2jĘüŧŪûˆ>Z ĸ(îA1OŽč•-->´tėƒy!x†¸´če"1ƯŦĶßíŖ°ŋÕkJõ;„CqaŲ›x§čõpŖ Ô_ÉvHęōĒnÆDßwÆg’SAŸL]ƒøX.€ú {k-ļ#øą ˆHūķ~r¨Ž¤B¸‘Ū#ųāmēTˆäīŠđ‚=Y›) ū´ĶįnlĀŠŖŊęĀ’“'Í#ŠÛ áúqøĻ¯ë¸{#Ũa D4aÚ%-.éÎŖˋxXîųĀkøÕš&GĞ€¸8Į$æc˛0ģa´ûrƒ\đ­:ÉäĨā‹Dßčũ™YĀCXØxŅ3%ŦČŦ6ŒI Ũrâqˇņģ”ēd"ŨZz˙ykúŨ×_žųę?üūëW?}õã÷Ÿžûú—ß>}ūöˇŸ?ũøķoß~úũįīøũģo~ũíĮo˙WâäJ\÷čr€˜ŌÂēęüWįy×Īčcz|đšIUR@'æ‚Ŋ–ęcŨ8ĸh,QŦÚĪ\Ž?ˆ F‰[˛Í*3ęÕQĮYßŧLŦÛ°BTÉ(ûÎäŋuą!Đę@˙û°†­=l[ŠŲŒ.fÁ,]Aĸ–ámĀûÆqĄÅÍĻt;ŸĻ]îœb‡Ņ}×?8Ę@Ž­•ĘŨąøÉLfĶQēÜ‹dSM›o&GVrļj’.WŠųßĒã”ĘãxĒęĒÜ[å`8ķA2‹7YÍŪ°Œ&vŖp9Ų}§8?#X<÷ŖÎŲ"ŗLi×ĶíS¨ÂŠ˛Ũ|„{Té1Ÿũ 3ŲĀ\Ž pĨ•Ŗœ sGųZé(ÍÃ#iēÂrŊįŅt/š2|ŽöÁ<|Ļ/HöMRŦŸ4ËLûŨI^O!]ģŠˇ{ˇWX/n3į!ždžp8\Ũ  hŌF"6YIČ˙–›ÁŠö-hD†ĩžL¤}ė 6”Š=­,ôĢX‚ų&ttzīC\šk„h-͸ŦĖ z?ë<5–Î8!w%ČE–4‹ģV{pŧŒ#xԐĪÉ3=Äĩcœ6Ŋũ-$kCOÖĢ“”´5öãÖ'Į\FūIöũæÖכ…pûDÜ/IîĪ|%üįÍO‚‡­ņČ D\•ŲēŲļ6Āņe2mV O î†éŒvRqf¸˙¸ģ6ņlô3 ÍÂã>i„ÃŒKhįyé*Ø q¸`L°!õČkK.ˇČ'Ûåî$“'Ū™)Õ.ĘL5Įmúö-ČįéLôzŽWtĶÛfŖšwmœ ÍĩŒįôXÔdŒ­>ÕrÂ2-D¯ļFvĪ3>*8§JÔÄMÅJŗZ“N{R%ˆˇ ŦqëûŦÔbi‚Q¨„ĘY‹ˆ„c2r)ô 2L¯ōë‹- A“Ē#s¸ Wžī(\Uû_U’{ã3#'9Ę°€›"ĻpŋÁ™#'Â|ŗÖqčTXĪFŒŦŊVŧTH´ƒņåL†īh‘eŠÎnęJ• kžÁSZĢ‚ HüßmîÆ[ >Āv%,´3|äõ”œcčL{Qô]#ų&ūgņ—ûŨĒ˜áŋ;ƒëUŧXņ?[ĢFŽîŋ2)#Vļŋq)˙ß˙OŅŒ?íŋg¯"xŽrĒôw^ÅąŊLõp†ĻœŒ¯oW‰Ųß[ëo ũī­ŠĨŗÅY Ā!ĄFī˙Õ­XíŠķŅ°XæÚÆąøŋlYô=ú'Īb˜6åY„~3 ŒųčYD•ūī<‹Š€ūɡXwéy—˜SæŋäYü+×bœÃ1.Î?˙ģm‹˙Ū¸øOÎÅÅķ÷ŋ÷-ū…mqnÄëŋđ,ūɛđßkZėŋ2-öGĶâqfū•iņīŨ û÷ļŏÆÅD@§Á_úåäRū՟‹YôŸ‹ķOļÅÍõŋnYükÃb]Ë"glWt‰˙ ĻÅŋt-îÅ ūĶâ˙šką_ßâô?Aįūˇ:!‚Åˇh}UĄ›üŸ¸ž?îÅJ„īãâ˜ĸđ—žÅēžÅžÅâkŸúk×"jÎŪŌJđgį"÷8^ŠÎLeŌāšĸí6Ūk s Õ j'­ũ¸)fBĻm0M5| bîBd>pˇ+ąhcö-2ŠĪ0-› ÂŖFhīÛęØœĘŽˇäM•ļ#ãØ4hoÍZæ퐏I-4ëf>Œ—åô‘‘áÜ'/ŠyĸŒwĶ ũ§ŗ…8\1TpįFO8o1ˇŊ¯ø^jšŸ šY5ĶÆbų^ßáāO~GÆÖMāVÂŗÃ|HÂ6[ÕIXØéƒ3úå3 tEbî=ƒEr7Ļ“ŠīLÎ0ļĄŗ8]ČéÛîËJMÕ5õWŋ;âĄ,ƒ¨ŒŠ#Ζ3“ķÕî@ŠŽˆŌĻf[ŽÅŒŠŽę8=ĸ2ÂWˇidĪG4ÜîEXŠ–g,#ÕķĪôĮ<īĮ‰1!Ŗ”÷,Ųcč4;sMļû$ĐõTbęaaŋ’T´ LLsXęĪuėĸÎf’p'„gnđƒēņ¸+šôĒtĪŨxhL ąLÎÕ>‰-Ú͍DđaˆV‘đŋĐ6Y>‡ĀŸ}ĖdŠĖ€W/ '*ŪkŪj™SXnU˜8>Ã˛9*ĢĒīhã؛\‘¸Ņ‚ŨŽûįâ™qáue†*ŨōĶ f*îđS+=š÷å‰ŲKČÂ+=†*¸o(ū6¯` ŠMærC6ŽéÆ9ėôkĄ3¯ˇ4AáúÖúpšÖ„žŗk!jzS;Cũc•dĨņgēøŒižZ—4ŧŒĒ@ŠxåÂZWP˛ôË ô ģ#™XrđOÅfâW?6ŧŖBd#D~‹9ēØSCéPŒŗĮcÔä]\uëČ:äŠJR|u8@š€ĄĨå2cšK“LŅŠ1mÚ|ë˜cņ¯ągũã ąûˤ€,žÉ`€ÂŒ5_{Žŗĩ4R›5Áiņqs~e]ÚËŋĻÎ3šŦ]¯M%žF.e -xãëZĪį2XžRÉd/ȘÃįŠ_œ˛°Õ)ųlk°y‡Į°ģ$ š×)Ė‡Õņx÷Ģˇļ(ˆÜkŖģqŗ97Ö;füŒ-’c2FeæÔgģ8 '„žüÍ §qļ”ŗ…ķ2[rÔužŠë‹Ĩāˇ$˜ß…ú×NÆ[ö|Ŋ-áĪ‡&FÖBĢȘI^"ÁD&ãĖq™Æs’´0Ē)‡`ÕÂvŦ7iÆÎ;M¯é1{„į\Šy9™AÁķã­P‚Ii•ŅéØŨŋ“Ķ?M/ü›F?`M×xí3.,Žfžgŧ0UQ‰ūü%īÚrVrŸ|sdq1ŽĄ¤_¨Ŧh×ˇ“+ ĻÍv7eĢD É+œaō 6|Īģˆ‰1ßŊđÔ}šŠs>7ũ #r}üĘŪOaĩ+'QôŦ‚* T æ‰w°ŒŧŨ>T Ō Į||Š&ĖC9ĒÉ •Ž‘á8(–<ÂŅÕ!k-GA;Ú¯mœU¨%Ŗûüĕ4kc&ÍA˛ŧÍįĒĘįfãktÁÍ.ÚaLâž]ōׯ°^2LFë1ųlÄéN‹`ߜ!Š‚M¨-B?zë‡OS&Æ æ>ëŒŅ]ņú_WFû>OeEĪk‰îÂę¸qÜT;ķÂÄeÄą3ÖņëZ„ &gĨčŅ Twú¨÷ų=Üyī`ĀĪBˆ8ŽZ ĒËāGĘ|…0dqĘÚ7åAŲtļáV6×DŗĸJ&^ž•ŽŪĻ•Fĸ ˇ@.SÅ0Ŋī‰ĄQš4ą@L‰žÁŦh”­{(āĮs.C N—”âŊ-EØŧ¨0‚nPWĸæšéÛë¤k9¤ü™*ŲvˇrG5-Ŋ2‡P“•oļ:<kփš]žŨ›ģ¨åēoÖcˆ57¸Jjü4&•ąŧķ8Vž¯K`ŨŨXjŨ´Rō&WLüŊ›ŅäY‰ŽÃßĪGÜ45;ąĪųuŖ0[ūĒ=yyņXgĖfdcež°ōp{UÁĐĩ‚ĨÚ¸6(úÚuŗgĨiR€˜öėP^Áhl`ü:k_/ÂړPđģė—Íā†į†ÍsĮT/ėūÕÎ?ŲT˛2;ō`Élų&ŊŸŽ”š[nMČļwn¨h›Ž*~ü%¸ŗ(•s}Î×<Šĩ+aŠÄÂ$'I_~H˛’Ÿ„ķ4pWõ Ģ0ĄŋË`LņY •ŲŨžƕےĨsž{â`$ p&qbņķtôæ_“prĄ]ÕJŨôšĮ>‰ĒËs]›c9.Ņ„ōž´õ{ũAÛ2kË|éK|Â7ߙōāÚĸßí%ÃĒž)-ūēLĻôoōXCŧTäbāZ_žiĐ_DkÜ`,.Ķrē7Ė§(*VŅÜ­cĪÃ3ozģY˛ y? ņ]Úyļ7ōtāJe¯biMbĻėĄ*Ųšģv]ĶūšĻ—eöQ×&ém 7œ¨˜yų¤Ļ&ŗĢ[hhgĀTOØôķ+˜¸ORmĢ¨M?UŠ}Æ^ }ņķúOIiÛ?÷ÅŌt6UqĘuÄĒjąWM|C ĪMœrapXšm:éb˜į|†õ0Vˆcjg   ˜¯Œ:ŋĄ—ÆŅĢ‹,Â\O Ü|5‹zŽ!!V`ŖŪnƒr(÷k—jvmĶF„ŦWۓW\3pĖ<‰æą!˛K¤GūzȆ_Ķ2¸;fæ%›EĐÎMøŊ>H9T:/’pnI;˛›LčĘA"eŽŲņW§ĻĮ).o—‹ dYuÄĢŒ]U­ÃÂâŽÃÄš^F^ĒãĖŽ_õ“ƒÃNõ0éƒā]5ŽCGTĘŧ„đŽˆ~÷q§ƒXöneDøŗMĻØ=j¨į…˜^‘€RvŅĨ‡ŋÛ<*7'œքi´Ø#ŅN_öQËT´]čvŲÕŗ1@é+ŅŦ+œhkŅ¤Ō[Wwŧa'OÄ÷ÛŲs•J_‹ÍÆs°ˇUæn=ķ†Ē<}T ŦƟ$Ö?åx}÷ŨßųĮī_˙đõw_~ûūĶĪ_~ûæĶįß~úæĶĪßüōõ§Ÿž˙õĢo~ūųˇ¯ŋüøÃŋÉņúiaeĨũ.-üßT&úāŖ˛đ/´…˙uiaŦšy4:››ŋTūkYaÛfũ+]Ąέ?ë ˙6h÷ģ/ßųū?}ūņķ/ŋũgĐîˇ?}˙éķßüúé‡_úųĶĪŋųå?ūÉīžũüëo'iä_ägž )ÉËq4 Ëc×m†ģ‡cvKöŲ%Čú€€’aÖĸLaČmÃß6•ŲQa â\Jظķ HOfy)#čŅô­(}o{Ę>âL5gÂn<ĮĀQĢ+%ĮˇÔūëN¸ú¸°ëÛēŲ$wļé$&$‚94´Ā.7™â3ãŧŖS‘`XOAbŗŅÆÔąá c“ÃäoŌ‡'G]ÛČ´ãžžxĶÉÕ3Az‚'ėˆE’O4!ßØ_ŧnƒ—_m‚>Į kĻaē™ŖąŨ_@æâßé!tåÆ;ā°wŧ96Lœđ˛…(;o꾆Öéį?Ņę\/<é6it[“đ†~^hkķVžŒĪũŒBuP{õ%ߍ‰—JZ†*âûŨWŨ!ũšėG›5=úQšĻzįLŠë~Ė}=rŒR‚Į֐ôŲ+=9 ”K4o{jņœ š¤ÚÃĨ,h&ĻŨŅč\ôj‚č\°øˌøĸÍ25QĪūËČM™Ēj¨šÃē2Č^1~țˇEžÍ>ŪËûMŽaģq¯wØLŨ=ũ&ŸáŪcâķ`í"'úžhG16ŪņiĮŖá”ÄŖ}8d—ËŠŠÎCĄę=šs8õ,V}äƒ8†Ų÷“ˆyIķץbčŽ_O–÷âr^.w›ķÚåÅb2h@É(8.ņ&w*$G'SR ŊÔ¸NbÛ RqīˇļČ}ɡ PLĢŖ‘€—á {<|ģ1īæ˙ŌS]”žû’;nCĒšŅn tŒ€:‚Å3ę!ƔDlæĶŨ0Ņö0’5UüņC?ˇĄ)ĀÆšuĨÕq›ėí¤ĘÅ0Ô Xīî†Ēŧõ”ĄŸ[ąâŊ|ë%™vdīÎüërųÛ/_ķåŋũüũ¯ßũôãīŸ~ųöĢ˙(—ŋųųˇO?ūōãO˙QUũōËw_˙ôåķOŋ}ũŸy<åæ¯ro iW<ÎMSđ•üą!I<ŊÃú0UQv(ö™;’äwļ œlĶvŒîŊ}÷!äs'Č^0ĐâQŊ+ŨhB~ėŽA…°›Ôx'i/ ŸûĸNėnîŠ žŸõî¯Õˇ ũ0N‚?ŠĖßúpJ`•7Ė \ŗ¸°¯‹Ë#R>‡L÷DŠN÷ųės÷ŅčrWą+uđVV´'ä<Ŧ”:čz9CF9Ápž öEB4Ą@t4¸k+UŽ ŖâathŽSĨhŠE×S‚¨ß ÄDû=}ū&…dB7đtę™Į‹Îķ„W~ã!á=%öd›fPšÜ'ŲĄĩąJĐĢŗ؋ šČ´ßhU?đÅG6Q‰ũö€úzŖö}Á:ͅ>Ō´ÎZëÍ"›Ž„Ą~Ę<ČĐēęįą'ˆ׌íĪ¸}ՋņfčD2)sÉŨpŒÆ€ŋaÉ'­dĘs””đb8hØ ÃkˆMÄÄædŗ–u“ÖæúF^Ŗ§uHÅ HAļ—ō?ôķˆ{Yųîô•åŽįgLÉđ~Œ‰ÄĐ.ūĻ/ĘlsŦN$ŗ•˜ĀiÕ%#ēųą‘Ąĩ9ûÛĨ>°6››Âŋß3Û÷V Ãļ‚ŋˆÄ`„Ķ_ė]QŗĮ‰ö€#'ĘEāā^ĀĄû<ųDŦũK9q4ÖĢú’z;|ˆuTėŠp"ŗøŸ8D  bÁäĀ 0EÆ ģŠĄˆöÃØ0Ā+ŽJFü&ÁCŦüąy 4|‘œũ°?­—õƒzūƒČMšDPÜëO]˜wē"ɄĐ!y+ã4^íų‘•ž[Ų`¤Ž˛ŊāĶ‘6ŌŪIs‡âĻ"ƒĮ͒K‹aļ-¸ų˜xˆŸŸW"°!~ܲŧ.‰q.kŗéúÍ øšÕ“å$6ĸûĢ"c?‚yã¸R&ŧåÚų؎ŋq×õ,{fM6RímÃZtĖUš’Y[¸{SrzÃc§bå7ÜnęV{­Ą|8sĘŇvĢÁ|Å˛Ÿ~ģķŽžQ6"==  Đuk8€7%c}a_Ģ~×åĩƍ>I (3IįF ąr žnâAáõô”ˆë„N'ž‰økH7Š!p¨j䎛K“‹ųā›IyĢ“DGågą­ˇŲ¨x~ˇđÜ%.Öü—R8<†PĢ¸Yí-€Ë Œuúë˛ėÜ| a‰¨lĖbü# e3›„7Ę(܂ƒ2¤*ITé¨_į?ÚžPĮŖZiGp KT.Ģ°ŌT-ļ{E î5ĶH‘›ü %Œŋs\S;õĶ–h‹‚b^Ų¤CÕÜL&?Ą ’Ī˛."įÅ`­žØ?é Ty›2ëįyDû0îI'ŖÁi&ŠRšÆäÅIļŠr|™ũ>ÄĒžo6Ōņņu(f ķ†”ÄŽtõŌ‰Ø #UõĒ›M;SeF†tmG)ˆĨ ķ^2Á~FwlvĢ¯š˙5ŧNÄņ€ iŧedø˛J$ā^ȨZ,¸ŋĻ‰Ŗ,<ŊO.Z ŸhēôĄĮåĪÍq°š*;‰7 ĸ3đM{`¤dlhŸ]˜sÎae˛°€ęĸĖž=¸œ#øY…{FŽOtŋĮ¯Š[ ÕVČųfņFö°{éVæ~FŖ÷Ž)Ș_;iáq>…ķߊ üĩŽEÎhđëęÔ˛“ÃkÕTgēmđÅŽzĻÃWØx]tHĸ@Wc5ÔįÚOĻ2›žĄV“ŗž™ÃAj¸_Âeš>Ÿˆ,›Âv›3*āDäöäÜg~|ņāƒņÍũ^šÂrē‚X™ƒģëtCgüS:wMī¯ĀŸČšy ŒĮ3„ “öh†‰Û(ÄSeRBJ6á>ž,­ƒįÚõĮ™ˆœîáĩ¯HMÅ'•e&7R`ŪTn¤ņž˛ŊĪ°čVúÄC#ĢÄ?ËĻŋ“D™N!ķ—!?0†„PÕˇ8AĢ­ļ*qFÖV4mĀ‹Qxø¸M6į7öü…įŧS˜ŠS Í c€šÁØU?sŊÆ!VōmÆN¸Å3Ôŗēž˙á}` ĨP•&õ÷ĖyBGû?îoîô˜_Oétôļ„Ū6įńÖ&Ė˛AŖCÂuœ;+đi|ã8ņÂyī)ĸ´ļrGŠÖÄ°téÉVŦÎņT‰gŽ¸ŸÛ?—Ą[ŌGėĻŽ3â’Ĩ"˛–Îa^ߞKiī[ZÖĻÕŌ˙Ä ‰ûššąÕGĖdˆČŪQßͤ…ŋWJ“Œŧä–Wâ;uSD3΃QˇC3ëį’%88˜Fž–K¨h}FEQ5XĄ˛„ŋpMcëÍ`kÍot…UuĶ˛ô˙Y"L6ãBj‚„ŨËßŲģiŽä+Ĩ(âmÅŠËŅ6-’Sšo36‡ąKd9P46\('€…uÆĸ€Ŋ׀p&ĩ1(ũxZÁ†Ŧ€ĪĨŗÖ:‰f3Ļ5˙!æwˇ^Ę$Ā1|8•´YĖ›(ŋŲ"åĖõĩanŽt´ŧk+ĖWļBGĻ•„¨7Ą;yö\˜Ė>{9ļŧÕjŌgNy˜8Īė;}Ęxãf°€ãc´ƒ3¸AŽ‘‹Eڀ3cŅüŦĘ_SÔŦëh>/ßÄhE§:BL‚>Ē–ąE÷snUV2U?Wī}i<ÉT›SĪéŠLĶ‹/ÜoĄq•ŠîÅŊGSsŪmŽNEüĸ‚>|ÂCįAÕĩ´yīæXÁYCnÖRcą">ëw.ĀKžĐĸĀĘ&ŅMPŠÉ‚‘ņöÜT4ũú<š{•dČų~í5ŠÕcÜt/ALd33ŌĪ<L0WĨwÅĶʗö‰†së„`SąßÔ¯–wm÷‰XMÂŧO:iVžmØ ÄķĘŨœÄüŧúâ]>.%”I%4“ųŠ^Úøęsž]%#Õr§šŒtČØÚ;ōoMC¤Ú\!_4”ÚęVNëÖ ŗ)[Ĩ’ĘŲ(ˇšDÉIŧŖ*îÚ"lŊŲcĩŽüŽkŦŸŠË [n(’ŗäag͈)•—^ëčÔķ‰#îM'<ã”haļã ŧBúÄxÔĢ$Ÿįu˙gTÖą…‘|öZąÎC>œÍŠ¨fy.Ü#NÕ Ę)jôÕe ›ę`?&ņØĒyģ!xÎī'Ŧg˛<‹ŸÃŅԃäÁAŖå‚Ä”"š•~Ąĸ== ŧ9ssĪ\íTíOfčÛFĨ$õŌĻaëlŊđ¨ņ¤H?ˇō[ÁÁCĀR ŊЙĘuÛįĢu[™;k€ß36ā<ĒRZ+ļŗ ?˜Č`ģî¸}Ÿ\×g°U…Ũ啭Mãā¯č&9„ÁtĒŋÃ(H×ŲĄ‡Šî'ķ°S!fzę \J%ļy­+; “é§IPŦŠNšß^ĩå •\Ô&%›…üMsYjČČq„¯ ĮÆTbŧĀY9Æ ÷˙čŸđ_}ũã×˙øöģŸžūåĮĪ_}úõ÷īūĶ ÷ĶWŸ~úõĢŸ?}˙ãĪß÷ŨWŋũđã×?˙'^@õĘk†ë+´oķ9tŲ›&•¨a8— z æ™]‚úRžģŒ+äč´‹Ļ˛dlNôg Ŧ§$' 14<ųJnIÎÚ4“/úú.xÔģQPęëEg”(Ræ0›Ė kJģ¯õĖ}%đĐ'ra.#Įnũl+ r9gˆ‘Â…íŊ î GŒ!ėĨÁŦX¯;—gŠį8“LK}ĩĪ—¤6ģ/ŖÃ);.|}0“ûš˜Kē™ķKSøRŪD• dü/ŊˇÛ,“uhā3į`÷#¤ÕĨ´ƒ•ö1>ûdŸ&Ų ëR1˜ĀõÄē[7ą–•5g‚f})­cĒˇí}M K;?×F晊ëUÕa˙g;ĩŲŽ@í3+ŠŒ* uĮ…!Ā˙!„M'ÎaˇÉŸ_N V†ĐˇŅžqx‡ĸ˙¯áVEļqūU¯æJÄŖčų…ë×u/r đ+Ĩ Đ5~W(ũlŒÍ::Ãk$ĸŊ{ᏓkvAˆVwŋEŌ2 Œļ[Įß´}e-”š$ˆÜÆ) uƒD)>—]ÉōšīC…jYʎŌãÛÅŖpˇyã×Î}Ō=rŌ(ÂŪ`c€¸đ{xž#ˇmYÖ|€­6ŽRP6‡ēÜōÖZ*(A3˛õZʝi(W zɈúeÜėręĸËlą›ąų?kã‘5Į!­˛< :CĶĻ$y­öoryĻQ`Wƒ9u†ķĮ™Ŋ§Ÿc­ã­-ģVlAeD-mél`ā‰A<~žįIUĖ”šRæ L¸-“éˇ dØ$Ú #'S4áYķü´¤ļĘ՗Žäy7Æ+ۑ§Ü÷ĻīÄzž †ŲMÁŗ˛Œ˙VÕÛŪP­¨nâ0ž)_28ĪãŠ7(øž&‹‘^ĸ1ō_kaSČ]`Y]÷u¯ŒÖįbųÔ\c0ŠgÎ,Å4w°ÖmųČČjĸ˛3‹éFw@w DžŊ•S÷utąkBßÜÔwæyäeW_—­ŖË nk`Ä*ôŖI9Ģ_ÄvFAIünŖ2c8ˇk]Q‘úŽ}J$Å=Ē@tVˇõ,3ƒ˛`9dXÁĸšåF刯”9ÖņûfĐysÛ=ļ´hy’XÕÄÆE˙ę­¯ÅyByĒ6ų˛=´Ų™OÖųúHŋ ­—ŠāS˛Ü.‡@,é|.™Ŗ}랡e8cBūŨąąëɁ^Ō›Ŗ‰ĮGņŲŪžFMuøŧ ,×s3K4âV(>ô†ļæØŲ đˆĘ:/6S¨ÉáÄ“艄5õ^d‚[X؇Ži!AöėcČß({ĻåãCáfûGå“Oŋ’ĨTāã÷â~Oû9aFųˆœ…Û¨IŪb§ĮŽ;|wˀ‡Ÿņ˛ņą /ũsænņ:>äôƒã(ŽũëĀAH~ücą@˙ŅQe4ÆŅ&[ €_uļ÷Ņ6pĶ6íGrUEsåbFĄí%Ã×Ĩ‹v|ĀsúwõØ°Xŗ5zĸHŖ•ų;ƒãĄ Úqëf"īĢ*Ŧڄ’ đJZ Y8 ¯?G&Ē„eí• [?ŋĢÉî0š+‡öyˤ–°¤Ø‰HKČ[ä$ŠË…ŖūųNô›UîFŌcĄėŌÂĒyI}ˇ ^Ž­Z§ėa `Āeápė„Q5bG*aī,ŲģsWicōŸâÉ!Håü…į–;ü8ꞖĨWËå^]ĻÂ\’C74szËOB[e˜O†(—ÎRēkŨģØg=*[ Š@K%ĮĒŗÃ7aЁœęÜäl†ãîŊŅŠÍ\M|v‰A—áĖõ"TH‚w*0ŠŌšÖ>`ü”8›x‰EåĨbŨR=Æ°ģÎî%ÉFlP ÆthuŖūĖ6Bí&ãJÖ¸ą‡ÎnÚZõ ˆųī"0õV¯Ö˙(Ú¯l /œXØ kģˆ%ü3 ,î˜Úa“7§ņgiãŲģæ\Škß÷Œ+BŗPC2i!žEdĢk˙(Xƒ=ÕņŽõe9Qß#`> æō9°Ļ[´é}?“Ld”ø¤6WM[¨‘ sáØ Ä,ũÜĨnyë™7ŸËMY ãžäĒš‡v´—X@eF=*€„]•d\ßš8[ė˜ė÷Ž2õ‚ŪÁŠ!ÕĘJNĒqp…\‹A5Íä8Z2îyr´¯áPüķ¯3ųãŗ“ <}}Yė-׎ī X& &QŌĶôË°. ęŽM†eĖœŒõ/8Yˆ6Ē¯Î†xVŦwHۖ0VŸ“žŽũ’mßu]ÎK›ÕĻ,†•āājë@mēĨe"ÂŗbtTJ[`i]ŠđÖÕôé$üŅŨ3e8–ę—=7ŒĐvö;ļūâĄÎxéĒ”j’fâ#G€ūgr‰ų”ß z`Ɏ… \— ʚĪt)dÕĸ•uZPŦDgķ:†•Cך ÅMëJ@įfîž[ļ „"ˇß;9cžŒZĀiē{Ĩ=ą€¨1ā#oüÜņ7’ĨČV{ŋl˜ąíŒ‹Vz žaīāŽČ]ŲŗOgÍuŦ ˆ%Áš ­¨ Žō1,6ˇˇā!.Ā\–ļx¸–˜ĻŽR,íAŦũX›-Mëęîv2îÄ )zMɃ‘Q~VÜŪ)^]šyĪ+¯ŋ iÄuęœ „ËXŲ"vM c\€“Ž'=ÎF@k\˛gZŌÆ;Jí@Oûú$?qûŽÛÅÚˇ°^âv ×ÆEH˛:y `_]*e™Ž$v°ķÂ`ŋvzšGĻ5@ˇųĻ°H ˙-ÛEä,+Cŧ9éĘ÷2ņč[æ×ĩģ1{Ûąą {Ģ—7ąNSņÕ$ &ÃDLšĶMW0•-Ÿ=rueåéšéIlA“Ŧ#F%0Ō:03:õ §ÖŽŽcmE‚WW‰ižÉ‘ļœD'åĒäVzüøÁd^¨=V>Ô2˛éh.#ĢJ[qūŽ-Q'§ˇėlĨ!TÛŲ$TˇB É܌Ÿ‡ĪŨ+č?%\wEˆ›<^‰"ÛŦNKáÄíš_Ė(˜´ôrČ+žSĢ`tįííËbæWi™‚F0l–Ņ­ÚQI§ņÕõ<“Œ(%åŦŖ”xGƜ‹fŸžh6ΓüØ(€˙ø€Z`ge°5Ņ#ûBwÆ°cķÛ1K‘t¯{ōŧߓĀZ“fí—6įȍZ{ÉėÛ°u͗t7€gę(ĮÆÂ÷ŒĪûgĖsƒ\Zcî6]r ų™bÂķâ%žRnŪ菉]*ëB2Ũ5šgĻˇ ŲŸnBęōĸ:¤JO‚rÃÂE97[įDlÖFnt*öZĨˇ! `uKj§$UEŌK˙ĪM.Ös×4ŽĨ,ē ¸đlO{b0õÎd ¨¯áƒ„ŽÂŨ :œSĒųßEŧˇÔØų*#Ĩ û-¤Æ‹& ãļ\˙xØä=ŖŒą P!ÉKāŦ•(=ןS¸†ŲŊĐÛF/*A—÷Žs“\-ōíjÛˇÆčķ%"nĸã)ã¸į§Šņ˛ Å™žĢâlāņ|jOvëO R(.æôüâøŌŸDęOąF›Ŧ(Ų^.§nÂÉ`“HuvķI›čÛ ˛ĖL"ņwŦ|a€”Ą›løČ5Ũ'ƒddyŨŦØ㠎[o­\•ŲR ÷Įšáoj>7ŽßĶL‰Āq°ĩynJä‚wŽafrL ^XkZÆ)4ē.ČqlŅMÍølšĢdWŌˇ=ŋī)SĮL† č}€ģēF'ėŧQŊĄ•šÕ햒T¸Üj:Î<ˆ¸Oq@DŲ‡ ­R'IĒŖ›ŸÂUũ(ėËãFŲváŪ”Uˆ>7Ĩ¸B(V”%ė¨G™›§ĐڑTˆĒ÷d=­sËsĄĸųx”öče"|ĩNWA,¸mpˇ rĐÁ?U„œī”ÛAĒëđņ†;ûaGĶ˧oá5]™íĸ*°yōFč`įŒ

wŽq×>d.D“gœ/4›¨i]?ŠČš˙:™šČƒúeߊäŠĢJ P'5ˇœj7:uāaK÷ōy%EĪs;2^=ŌēüDøsgĀŅ¤€ü-Fy´’g…Õ›0-Ÿĩą\=‹õŨēëĒ‰_Ņ<Îvŋ}wĪWđК6ßgúą OãE5t“~Žķ ē˙u‘ÚīRuMæ4=V9ŖĐňzΠ7›( ŗÎųŊŨSH.ĸį›œęĸæRvö zķo3Ãt#t~§—›‡Ū@&Đ܅heQ´7Ö÷ņNēËSĢ B”˙Š‡dd´cęî/Á ¨°jb{ ŽįEÆũÎũú‘l–z#ŠQ¨*g”ÉQ‚nFךëS™v7ØÄöŪXTĒoĄRQę˛ПāšŠ>z Âŋņ@—â>ÅP ”ŠįíqŽØeEˆŌáh׊ú;‘ĘŠ´”C")\!n1Oz@%„"3ķÖ_ßNTr_P4ŅĨ đ7Îi]9­kiI*ũÔG­Ī8:3ēĸ*16”Ęv?YLņ7ڂ]ŨûĒĮCG´‚cĸ4X&yJųĸ§ŧî› |fSųų“ąÁ¨ ¯Œ”™YŒū€L_ŧûVĶÕđĖTBËĮė]6—-,vŌŨ˙^ėj oô¤€"íöՕE\įŠV)ņāsVæ&PËáđ¨š1„¯Û,qûHsôœn1˙}ā ŸšŊĻK2÷pđwž~ÃŽÔ{Ŋb=ĩáUfļÚXÄŖKKníę|ßßZBŠĐß+đl8íŪöÍđŲ{Ÿ4xˊ?Îxü˙WĄy˛äĀčŖJƁ–‹ˇį ĻuęÅŋĻ÷剏YĄHŋ€8 7ØÄŸ“fbÛL‹f¤xōōķ›ą ĖŪŖq¯„Ã;Đäȝ„ÂTÂŨšš!BaĮq't“P°\ŲēK"ŸūŽ'd°M.a{ŋ+Õ,D‰§~ŠŨ$ÁŸQ9ŖųSĨ€Û¸)]Ms JMŖ^w&ĄčļáĘ¨'Kũ¸'YŧOömŒÚ6ŅũL2 ØXˇčQW!%ŋė š;…´{DĶēi6ôf76īēK6dõ"Ûõ ĸŊžô#Vŋąi‚ą.’|")3y‰¤íXNŨ…ˆAĪ]Ļæ9˛rœÔD4í;˜ßØļŽrōÔŅš'‘ã띞LĢ<‚Ĩee’ŪÍėļbƒRlōA|Žë‡ŨMlĖž›īÖMŠK@‘›Eę…ÎK;Īļ> !䂘aSLąJFÍƨ2ķ }ų”ŗ*Üņävv'cŖŌW7ŧēؔŽųml´H )ŽĮŦđŒ ĖĖ¸âVYApõÎũAúI Ü×3`Ą'_ã˛{7ĪũJ÷ZĘn™9ķ{Z}RRéãÚjpĖëŠdųF €ęFIC÷Ö­úJ&häÍD+ĒÁeŋŅ*ęÁTO:ĩf_úĢ ›XsĖ\UŪĐhŠũ’fõÆGƒÆrí*(€p{'ˇ\"f@ ä¤%rō†pųˈÜ (ËņÔ^×d )>úžĐÃēÔŠdĸV“IqÚ ŠYûœ1ÎÕs™ƒ ė'læP›C?ĸš›Ŋ“ëäcņŲGG‚Etl Û ōû֍š…$ h ‘;1ąįÂrī-āĢ6ėÖ@āžm kƒÂÕ[*Ģ' &ķwą˛ÂenMHĖ!K(F0:%¸é[sķ0ÍSŦ÷b%&HørĨ‘ÃūG[ĘŨëĩôˆõō֕>N€ĄKa4ˆĮŖRuôb•¨öûŨ]ãöíŋKgĐ{SŦ\č¨ķ°î#ĮŦnŋ3š¤N&ŧ^ܛŗl ŊĸŠlč¤hpõ9ŪŠÁ؍Ģ‡˛(kˆŽė(‘" n­oęÚ58qYÕPŒķ^&32EŅ}ĻoŽûÅ%†k{ŋokBŖ¸9Š,å˙¨ČxXÉØôlŊŦV”!~wdŽûČ?mīÍ0ĶŧaājÍÍGVūŋ‚ÍĄØpŅxÛÆĩ: Láo~…‘5ÖTđøŪŠõ[ƒH1§jąL<™nč&Åy?Ę{ū™Ąė<‡3ÄiŠ'W@‚ž¯e=i­OįõØĪķ]Ä>kr_Ûô ™å:ˇģ<ÅZîPŽ`] ˆŽiʨ fVX;GWĄ`pfėūc#âŲDOzĮˇēÖ&Ūf S#=/ÔĮyËBš(€šÅ{d3<Ė4ļA¨81ÔæąĪx ˜ÄBŽi%˙!HėuZxĒ–OėÆĒĐWôŧ6{õn ·#S* úšŒĒŸžī4;ɖWi&BT>ė­ųĮ6„É!Âp3æ6šŽjrĖ“°ĸ‰ü|>Š5ėũu"I Ž}ˆļ(Øãļ Ī¸f6ĩĶ­D%sūáÕ[ÕË]"5ĨĮ{Œ˛zU đQXÛČQ͋SûÞg‰ö<ãˆÕžŠ§ŋ(Ö&ÂÆÍŊŪú Ëļ3ˆÉ Žž™ęFBī1AæíÉ÷åKLr;œ1YžkŊ ĻČ"ŗ§ˇh}ĩßäqᘃŗ‰…ŽæchoN-j#l_+=vÄŌČp ÃJ<Œ>'bTmÁÂŨ]×*6r¯Î_ønīÆ&ĘdJ)ˏÄ$Cqy:ëĻÅS›ŒĮÁ’/7ĩŧ{ģ7i~Ô,~–¸üĪ&U;^25iøųÂGÛaSAS Žŗt¸ŲlđZms…oÂQ^á ’] VĪmœ“ÎU-=HĻŠ E•įË7<ĖĀ<‡oėĮČ´)"QŽÉ8ĸÉa\)+mgķØhũ&™Áö¸Ú‰øũŅE–ĢĨ—oĢ‡$MŽe˸ɝ-ú[×äOSRŗ›ķmũą.ö4Té΄Ž=đõ€\Dĩ0ĐdĩLsÖ m<ė–9đ'˜ä„o_ąūĶļ ­žûØöšķūŠƒb[Xĩ&nwaå)b(!ÖĢã(¸Î„ŦĻ"ÅĪs(„thŦß8SŒvāi:ŋ×YwŽ^ũD›ļš—§i¸FV ygŧÚ œ-–ŪxŽ6/rJÂnEęņ6A)Ūv7AwP=Ž‡“`i;H%*9Mą(™jŠØGE˜‚.(/Fą,äLũpĖėGb„ļœÍŧ'×ĖúzĄ=# ŽąŠĸIH–ŲY°MOā‹Á1 4v_ŒŊ$XĩÕ:ä!m^.ŖēĒÁöw &fŨ@sŒôęh+1L—_ëŌjžŠ]<l¤:ņ1âŨOŪbÆŌ-§ŗz@gvļá•@ãŗWëšÆÕ§1†“0š;›u6į‚ĄĮ)]PļČpÆ(đš§nkģ5& ­ØfŦyzãķēîæ!RŽÜá1´ĒÜqë;‡ÍĩĻ58’0é&H$ŧŪg/CķGīäیÔßUĀÍėZdģԄimQ‰!Y‘éųÜĨHō!%ŋ¸}˛Ö÷Jk'yĶZ_ĘyQCdŲgâôĩf9¨KNĄIíDŊj–+ķĒFãˇŽø }÷WQßĐq ’Í2’,YJūvbXâŪdˇœ7ĐČĖžpÜÛéČNhËũA]ĮŌIíė‹ŽŧĢ{Xß?rHüŲ†FũšÅŊ’ķø‹ÕÃūžūbWČ°Ļ;Ļ߉ŠĢÂ4ĻœëKSSEoA†[•¸.p ‘ND*q'jųüž-Ie:É2{—ÄŽ“Īe?OöLtöÎ5ĢîŨ[Á:ZVÅŠ=+éËäĶuHtŲt‘­’e=ŠRÜTģgS6ŧ.)Pû6픟e$$ûõßĖžšŨ‹÷ۛˇKWYZQÖü^=–T`]æēŠOë‰LÔĢŊúQĢ˜,ŽX;V˛8¸5'ãšR´ûĻ‹Ŗ­IĖBE™å­°‘s3đ]A ¸9ĆܰÍŪ€ÃĨā)ĐÆPĐ*ãĩv=‰›oāWu¨‚-Y’É AwŨVž/Oõgwnņ€Ķ7JËtuKÆÕaŪvP[ŒGė6qf“ž‡WŅÁŒģōÕjyâc0āČ a§Ãeģ<‘ ÉÕ@EŦäœį3Ē‹’bæåūX ézášZļˆŠ˜8ØvdĸĐŪˇq´Eá&¨ĪŨį–ģ6÷åVâŪQB)6ķYårčû”íđc™EĢh^ũ yœ›Îį¯‡ÆwlJ÷fĢÖŲ>)(ā(ÔįæM@XÅ&QgW0† )[i˙Îhn$§įĶņС‰xUęŧķ‘: pŇÁ–‹XøĄíčšt”—÷MeÆj%x†ķ äČ ?F ˙ŗˆÂ0h2„ŠAƝUuŒnkČ÷qYšJ4.´"LzPžúåœä’Ũ ÖĮŊŲtnÅÄōøAOę RGįĒ˜žú´ÄЁ'Ōôh ,ôMp#sšõuqŽ¨iGlq|{ŖPé´Ú_īô^fĄ4šŠQÖĨ’Ā=ōŌ qõ!ÚĀīÍįä‰ßĒÂPļ;¤ĒÛōÄē<ĤRŖ.Ô~šYUaJMq…@į‰ę8Ŋ‚¨ē+¤’¯û5AĪu‚GŒÉ÷ÕFgqO žmPuÔw";!”ņęD0U!•ĶO '"\š[™UUĖ{—$Qæ"Dã“Ų1.ũķ{ĮlЌP ĪKБ=Úĸ'&í2ÉŸįgsaS6'n™a\U_¨Ũ’YÅ?íķ‡Ë‹Ī"ōh<í8ˇŒä\3<žī ¤ėŸ”ˇĐYjņÖûûŌ Ī!"P“åŪ -T¨ôZ#˙õŊ|ŨŅetj]˜wõ8í‹%*™g¨ŲÉsi‹ņˆ`´h ^ÎQrFI`ķŠÎÛ?ŦÛT[`v4×ā–§â7ŅŦe }øŧĮŠŠ MöĨíûķŠÄ„D˛ÚPYāvĖ{V#¨f0Đspí€äė[7Ą6–ćë3î6“"yÕē™ |P¤ƒŽ< †ĩ9‚Ÿ~“ôŦ­¸RĐžpÄ0~*™V‚†N“ŠZĖ˛¨z.Še9q˙zūbb93¨đΜynĒö>sŸâ=D§ dA˛}t¤!e/<˛čےˇE§ÂpC"Ų,ûí_"‡×‹íÆS9‹G Qa Ĩ‘ŗK‡ÁØ^Î×ČņŧtŽkš %]f!€šyuv 5_žzŠŅ_đĖQF}éũ}D€ē•Ú›y›0ęî;šĀ~QƘj@4%-k^CŒ–¯āĪLÁZŦܲ”?ëâ:ēLœãŋ’_møafÛíyIvŲíbn ēĸÎL+z[›  Ŗy{›,ĸuŦŖĩŌËķNæ„â‹ŌN¸`O´°įqTŌŅĘ2&:pi…°ā\Ūūŗß)­ŽŒ´ÔĪYčģd a‹UŸ‘åčöT§¯Ŗ@l_čÍ2™DŖ\…EŊœDē”ˆÂ}î0pĖîĮI)fįvuL^˜C뀹›˙eōōa°Ģ9UB9ētš8ƒ}Ž‡ 8€Lˇ"\ÆŠËēmģŠÜ›,ōđ ą÷ "vĢ阤ã¤íŠÄFcĐ^ŽØˆ@­¨Ķ6ûY„ŨĄjĮŸšOŽŠáŽ mWßâÔ\Ķ"Ö×ļĀ• š6¨4ZOāR;Мkk- OBČWŪ4/TߍĶĐ!)fÆJ)¸îs}§æõ´m°’”5!Ā#ęėXÁØBŌ¯Đwál"ĩ›‹›4eĖŨ{!hUaC(hĶ­„G44!ĻdģÜx+Tí÷7áDČŖRDčTŒT*û0ŗũ¸5™ô‰gIĪÁ.`ka>Lž'tŦ Į’›ŗ3ŠH7›r^™ŽÁC˛nJîNš¤Đ:B6NRn9¸„#€ŅZSAe°Î<ƒž4Ÿ—J+šnÖ;¯Šá¯+0ĩ“|9ÎįÂņš]ųc0Rč ßa-= Κ-KÂDtv;}ĻÁĢ¨é­ÛãßWœįĶ\ÖŌôÄmLÁŖņ´p˜ĒČ3JŒË§¨˛JÔÄą@÷\۔k ŠqS˛N(ŅŗRâ•`ÅĢ6”)ÔÚ4Z¸LŌ.˙§ėėJ”,2“\6Ģ"īâ:ŪČÕÎ=@=7Öŗb:ŌŠÛ õø>.~ŧē ĩ$E&_rĖuøtn™!#V`*]7-īČ|āpDđũDđŽcÍ-k¸ĀÍÄ=ˇŠ ,‰"ĢY%hą#ęÎtôTėe<Ā›‡z!ēø!bc„W­52 *˛Ž-5@Cz'°¤­õʝŌúœÖ\Š|×Û ĸlįŋ ŋ ŪÕŗG!Ŗļ1aĶ ` חŸœąÃæäĨHD-PņĀŖút˙īÛûĀs7F|ŊëŦ7ûĸw'|—ČJĩf´02HČAĖJLVLʞāåŅ‰Ôą˛ ōâÄâō´ÆčpĀ¯ˇž}ÔÛj<˜âÆ5K[´§Ģ+Ŗ@”'5 R"¸ŗ"†Îđī.qL7&^ĩō䋖<ĶŠduođŖ:Ëtę3đģ*]Å:“äöâĐ\Ēq!Úg’8FQ{áŪcQ3r.lŀzŠķj8ģ -ŨųÁlËįŖķoN|pųR5Éōį¸aŪ,)‘°kë ;äa Ģ'ŧÉzIc-ŪŋÜY‹„šÚ*Đĩķ ÆÖ9›ho%uņ¯LXZí€ãĸ|/,IĻĀ(\"ÕLŽ A -ēY‰99ĄŒĶå é<Ļļn'ßĨ(—,(#Ŋ#ņ:ÚŠb #ə„9q=ĄCVØūd9Xé…Ķ<íž+˙â9Ą•ãœĪĒlb7XË â~&;Ž =Šū ŦÆÄEV–ŨÉT ŗÜ-3 |™ĄĮ´9āeÕē‡Ļdn˯LÍTÅémÄA2RŅuā6F´Æh¤ŠīĢĀ´ã`CĘT˛oˆhŨ´āû$ÕtÄ!cô;÷´¸ >Î2˙Šë{ ß鸒"eڂ_x`)Aj—ō•=Š"ķÃÖė÷qMžž÷\´^ÄĄąëåĀąVP~f•;ËjŖˇ„ą6@%TX â᱄NEdāt˜ŒŅæ”ôļ é/-BBĻŨm ve‘ŠåؕD\”{ŽˇQŅO4ĢŖ=ãĖuĶD˞į×Ė`fÔzârŦįĮĄš@Z/ņTžléã1ÁŒį˙ļãßĢ(Ö†MAhÆ÷ĩ“3Ļ"ĖĀ=cŊę ?8ęā€ D¸unĖSlÉÎoF ­āŌk#ĀrbüŊ‰z5U¤ƒpuk„aO`nĨÂ%ūiV ˛pvFĒˇ4ÛØ"Phe7æâīŽręūîÜ>3 Ö^ û)?ŽÖ>(\ÕȤb(r˙pchGĀ)ÚåûvkĄíaGÃĪ|Бˆ”éą™ZJO 逮x|ī0ŗ˙ĮõÜųuČF´$Ž7ŋĪņ*mrV ŗ"âúåTú˙“l]×ĩėŨUY-ä¯qô¤”ˆî˛uĮ>k6ŊC‹ž÷†˛MÊQžî€+Ķíl5Y<\˜TkQļ+v1¤Ū•÷’œ4Ž9]ųÉ1ÛmÔũ$BaĖø?(ķõЖĮL ´ĸĄÃI}(ÕûČ4ĨŪ››˛īœĶs”>ōŅ™B‡ĢPZēNNâŅ yųkd„ɈKŽÉÖäq?}Ž#“3‹‡…‹¨ ]IGJ 4ā%?ąŖģ°ķŠ;Ī˙ – ™ŲŽ_VîŋHցˆ§ņŸŽ;|ėKiJĪlŌá™Á2LĩZAv$–• ֘›Yö1TĻ¸c™Wė"ú(tķ ēN×9Ō=‰j™pZûĘĀĒ7.ŸķˆdĄ/8¯Œp [L°74i‘ËĶŦÕ6ORiŽwŅÄ”DhBŊTĮN?ąŌ}ü›eđ\nûDŦņĪ¤˜øÄIß(Ogß`SĨX\VÔI?Åš@%ũ†Ųi%ÆhÃgcA ¸Æ) +ÔËØVP6uĨÅņą^32ˆCŠW44šÛšš(øz*IЈƒ]CRų÷%Ũš…ŠĘā")tVņ@+…ĻSŒS¯ÛēŌĶ5û€OOĻeĢ´āI†{n+‚bÚfģā3քiíÖ*Īú # ęöaƄ ķŨAųtĨ)oBI´0ËBķdšžŦ[įe ¯.ĻĪÚI€„˜qƨŠĢYj„"yĨUBv ÚšŖĩ`]ˇÎ{ÚrãŸģ˛ÔI™.Ō7L…Å@ũĶ‰V8?ėžŋd -…ĄĨÖ\MhRƔy_ĖĮÅĖČpG˙SÚĖ’ŒúüÖÖĨî¨Æ  ļ4ēAĨ†ŗņ3bo‰{ß;'ië:Ęš›DĪ z<­‘ct|h =æęRŽŧ,ŊV]čtļÔģw›8YVĩ“ö•ŲßYnŲ/&¤7°š6 ërnqŖZĪ˙øūß˙ų?ŋūüÕ×_õųģ˙ëˡ?~ūüĪŋ~ũŨw?õͧž˙æ˧Īß˙ôí§ŋũéķ§īžûöģī~ũíį~üæˇ˙ûë˙Jc¤Äã0`ÂåÜxڞ.žf-ĩYAāc,5CdÔæ—ÉĻQ9Ļ +gŦ°.,üíĢ=)ÅŨ&ģK¯päÖé]´QziMPNŪÕĒBÂĢTĩã-&Tį2ĶD603ĖA!ļõëwîPDfrĩīä–>Â&X^F°YĶw <¨žQMa<¯ëvČĮô‰qUéÅũí.ęŧž(ĸō†-˙ačWā"ˆ)YLųúļ Ķ‘s” i/Šb*ƒ1%]„Âc"*øÎ#ũŒ>ĒR ™ûæ„^ ą™|[Ëŗoøęķˇ˙øéˇīũōË/ŋ~úéË÷ß|úüã_>ũøû/_>}ķÕ×?}ųî×ī~úæ›oūŖ<{朠¨Ũĩ}Ša3Y덚l NœpŌđĸČō&ąÁDjR|ˇ ZŠŦ€Ų9cņ‡Øž:0rüÎūÛx04*˜Žœ U•*Ž7-ÂĪZ’Qŧ>ŋîh%(ŲÆvđ˙Æ4ĻäISä”+åځréa‹âžßũĮ“IĶ›ŧ’œ‚ũu=}ę|ßTĶ˜7mR›:c˜U˙š–>…[ÅąŨYDSJ•e–įMänĀ ¸CElm´L-ĄÄŸ;Ũ¨ãŽô$uô?•Ņ˜tŧ†U‰×_ŅHIūĻˆ°¨‚Y¸ōģz&ŋe´ĨÄDy:BÎ,+‹ĮšVQږgBÅ,Â?•Ė‡ ÷–ĖõĄdžģ>Ž Š …įöĄ_mÄûÚG?8.8jįa,7dŅy‹įs˓}ÚâšöMōrp(ž™M”MɊxõ3žYã…Š“+0Šš(Cĩ N%“lÉ.ŦQL”s_/;hE¨ÔĮ ē­ EĢ.-ŪĮÚ?ÕpNhɄFâ~Yš/“øßWĪõˇÕ3zŋTĪrc` žä “l¤^MJčķŠ$RëßVŌ‹X+;Œ _{%=ŖU}JwŪų<’ÃŽ>€Bz ”Įrbmēˇ˜.AˇĨíC1­y“ךœvRÎ7õt~Ž!wBßĩT ~R‡J@œūŠ”nK鷖ž?ÕŌɍfđũШ%Fđãnuš™RŅä09FDŠPĐJ}2HeāI~€PŽ2˜Ųü_ÂŅķīxķJžâ,ĢĖu ˛+.g/Jå‡Ö(ŲlĒŌ˜â|hsëpãŠDŗĩ7ã„ęÉûÎ%× Š8ĒØąbĶ´UÎĐÍ~,c˜lĢí;i„Ÿŗ ąƒ ļŠ/õÜš*ŌĨLT;ŽÆĒūגÆ+5ĪĀ<1ÍĀÖ ÆĀ8&’\ /3Ö/ āŸŊKšķHL¨,hęˇô­0šŒņ´ĢŅ 3‚ąį[BŠ,RG—ž‰ŽË"•ü>•üLjĩ.cÂũôKõ[Č1ߒ™štK*ԌÖ!õ$hŖî5ĨŽYŲÚ GИAÍĀĖ`Uē°>LÕĒŗ'Ŋ ž¤ĒXM,|v8ÆExX0P…;Š­ŪÆãj<ÃEé8ē|Æ׸ņįÖflŗĶÉu0c^sŨæžâeŨ´1ÚOē‰‹FöĒ†9O3×}˛˜Æ˙­&I—ü<"ANĨ‹lÂ×ļ;MČyR+B›[ߕ¸™ĩū …‹ģ#1qÉī6$‡ōŧ^ŽáŧŸŪké<øĖ¯á“€žT(é mŨŖ^ Øā-Įč‚FÃ˙>čS~œ:߉ĀŸËŊĻ”ļ(X-&™=h`Æ&“ũøa9¯Å0%BŌ|ŧ‰oØ SUŠĘŲŗh$ũ žQ§¯zÎĪ-9HˆĮГÁ(Ļ ČË7€M°šcŦ$šĸŖˇ¤SŒ }>Ë6Ÿ~ĘU˜ųÕ)š¨M|g!ŊL?*dlNHkJ<¸öɄ@`ĀßŦÃķŠŽŠŒį†^ FqėRč•Ÿ$zmVĒÆkxũfˆËm._‹Xxęb˙Id3‰N Pŋz$™ Au ÷•ĸ›€ÉŅā’˙Ám$¨Ō´'æM5@ #vŽŖé‰3žMē‹A~=ĶûŽë !Íë”yŽ>0‡žōë”ís ˜[}ō‘Đ˜\‚×ÆČĩd ¯/ų‚S@ Ĩ :Ŧ¨žž0ˆYtâą×jŲü¤+˙äŽķOZķxūx”fŸöÉŌŒGlY CĖŽT~ƒØãIkŠ#jÂjILp_ę\š•&i2{™"{g TåÛŲC\ÁŒŖ‹ŲÆųpŦˆë4’ƒ§îvŊŅ"OÂÖg¯x\Ô eČč:f¯ä2ë§<Īl]&čmQA UÚ@NXYc<+č!sŽã¯UeØĘį”ī,mbëĘų­Œ+D+ĪmĻ_ā„1 ē÷­üĮGßË%2ū˜`;ĀęIRō81}šDc°ŧFm\ä°1iģ™s™ø:.‘LįÍjSCPœû[ŒĻÜ"TëLü› ŧĘđãĶ 1)âoũU\ۈ7ÚíûŒMâĩ2ü*ŋE$ŌEm+úo')>c˛Ä1đøõC‰ėĢ-&qŖ:ԝ""‘ĶŲįëîKåt s/,æ~ëˇ^Đ;˜‚xYa7!ö,Aoįķ‰3`ĒA¯M9Bõ÷ßIm9°’pĸL°ũŪĮ`ŽIN¨+3 ĨGYĸ–b "|…b‡—c{ qcZNt›Ņ! ­\ĨĨ˛E˛"č ­å˯#D¤€ūÚΛLߤ<°4s§bR32&îá2ž;•‘F˜tüúčŨ“ÂMAcvFÛ[…Ô]Ÿ4TÁy\ō<^†x‡†EũQ(lÜ|ā§î‚.~ĖQFßO”ē"ˆé„ˇÚ@¨|×ëøLø|,ģbCw™vVūšeÆ îīS˛åü[QKNU‚_ÔĩÃôļåëu!…÷Ė…ÕÕܝĮt8ĩ8)¸fÜĨk%ë2FŨ6ߎŸDÚH1;ÆnO0ũĻXmÉ3äeēõŦô%v§&¸ $Ņ Ņܛī! ŒŽCöäŧ8ë›ĨmPöˇŠ€ ŖUÚRę ¸3líđ6SįČú jįšpõo„c9ĸhŗšb]ąĻ°ÆF§sžŒ0Åk2Ē@÷UËĪZiĢÁBöĻĶVåßg¯ĸĨž„ŖÛōĄŅRl—í9Č@F”mŽH lt§iõĨ(p+‚†ãJō†áTŧ4åÔJGŽĄ|G-{(} ŠÆĸbDāmt9Ô?3iíČ/ ĸëœßū˙ôA~žä°¸éęũ‰˜ĘĶO!âĸ-J ķ'Í+b2ÁÉĨÚ;ÜĄõ5ņ:%ĸÔ\[?YNjÁĘŖsĻ@í0Ŧˇā<]g*Ģ ũ_ąųls|úiĢz&2(6˛~î,ĖmÛÄ NjBÁ(×ngÕpf1Ÿ/ĸÉ+kد8<ĖmĢ`Ëf‰*DœÄû†÷Ģz+A $‹‡¤™ÆAÍú´å6Ûų–Ĩ+'ĖŋĐ×#ųc*JHÜØÜÉ<ÜŽ…F)ŗ‘ -ÂËS=Ę<“*ÃJøŊ&r5/žąÎäg×Ëô 8¸ëĻém˜ēá_•‘8ÄpdíÎáÉ`ö1r"ŧÂÖnÎd-@šPŽÛēŔ#÷N> ģĮāhB|Wv¨Ī”`†c= ēŽx›A…°¤×ĩ[`ęiŗČY‰tYsaf~QyJv ßL™‹cÄo;HA-&hȜ36 {57ũWų“+j°H­ņ(@ŌAįĖøĪĢ„ÃÄÎ<÷nÆĻ$Íô‰c m§årų;+ŲM֜(OîmC-%Ė¯ƒnĪFöŖüG4§ĮœÆŦŊÛ1Œo…͸"Īy|„*RFå#ŨkūÍŖ1hUžĖĪŸļūõ‡?PÖŽX†ŋú#ß?ąž?Q;ΙŦlūč#Š'‹ oj¤nĮø9ļąī)Ąĩpķ’ĶgŗíÉČžôzŲɍ1ŅGųŽÆúfM–ãÖĢč¨Īŧ,āöūuG$ˇP¨DBIˇŸ$_!ģ1‹ŋķõ*›Č?04įÁÍP¸ŒœČ GXaļĻa9%^ž‘J=ƒ~Åô}3Ę$â.đɕ>,÷ˀOĀëSîV”ŨJM:‚q‡ĻŸąuŨå€"ī…ā*öo孎Ōô ãĘĐ*Ÿ­ëŽ“¯ŋüøÃ7˙øåģ_ŋųé—Īß~úū—~úôųĢ_~ūôã×ßūô˗oŋûö›_~ųæ×īžũOÉ§ßw˙ß—AČ_Ų}ĢC­aиĐ`øgZ• @‰¸}ëÅíûW6…MéõÁíûŋäôĨŨWƒ˙ŋcõũˇNß?{}˙ÉéËSø'§īcõ•ŧōŋeķÕwū×­žíõÕ ¯īŋqúž:ŗ×âģũ/,žčÂ>Ú|éŠ˙K._§†Žl`'D#VÆčĢīæß8}˙lôNßįõmÄ 1ûRxŽąŽgĄ?ū‘Ú¤˙Ŧž  ũgđ:}ãæęČ?˙Ëf_Üî™qûž^ßū ¯īū•×7Đ×ŋrúū}-Â˙Ūæû_0ųŽYŲūÖæģ9FP?>ßū×Nßq”Ž€].IvOčÄŋ4üū+ŋīߙ}e‹Œa~ƜüŲîË°¯•v˙…įÛ!y\;ËĻô5ü~đû~ßUIīâŋ3ú‰Œ”@ņŌFÕč\F™ķčũÕíK_†ß—”ĄMvuä$č˙Ęõ;‰ŊŠ‰MíōËöÛ­ŧÖ_T_˙5īoĄ›6cŲÚhäŅÎ\2ÍõūĻš'ۏ…öšb5ö˙^Æ2{ˇÖDÂō—îßm˙ũčũe˛T%ÖnŽõ7ņîgūm *ŖŠö_ZWëīäÁûSaöųËįoūņåË/ß˙Ķ×?úúû/_}úüŨįī>ũđŨˇß~úōÃO?˙đũĪŸûéËw˙Q˜ }ûK÷oWŌ~ØV*´ƒn™pĸ‘ļŲˆ,×Ü\jÄÄYm\ô4ļa];;ЊĶraåé›w9ɂ õ|E33œQ¯Úâ–-{ęÎė&Ā}€?øš|“,pĮŊdFo¸Ēė恅e~wįâÁ…‡čAŽR2­hˆŋhŖü"ø\‹æDáT‰\ a%gũô$Šԟ*žSŦđ°ˆØ +q7ÄÃęÜÔĖ–ä3/Ō#H˙øšÎG,č&ˆwDdũ &ęŪ;ReÃuü Õúĩ†+wŽ6üR+í‰ÖMöÎUÚN›põĐõ‚) –a5’î\0TæÆ'Oė\&hƒsŋ˛2‡Í )dúWv=éIS=>#7>^woF ZáÖāBČSå%vNę÷Üåp‘_$8ÚĖŽ’ļl6|O4Ļ7Ū÷Ââ×@į'ÖĢLU™'JĨōĄ­č=lxŧ‡¨žŋÖ´âd7cūdMÄ6)¯f§eTu MYÉk_  įĶĀîå4FŸŒ(ôšwĒÚøœ‹s$Ú$Sˆō€eēē8‚Œ8ĄÖÆéLˇw(%ÜZ:é‹Å,$_ ×ĪUYtzqvJKŠjô-ȟÎ‰Ęˆdō€°ŗ¨„"JĘÖ"ˍIŠŖeîŗęMRŠeôL˛Ĩĩ{ ĀįUNÛ˛-z“jëŅZ™Á;žˇ“ ĸĩį}œ.ÍĄ‰Z¤â%֚Đ´u‹Œ `ŒÎ^DĖŲ´ŗ^*f– .å_LŗEĘ >bņ‚Ņ=˜B\έ5—ÖŠ?Ã[xÂ)DØûŊ—<Ųâč-¨‰ˆų#ĖIâ#s‚1*ŧf›t:OWĻxåŲh´Nõ2ĘĢÖ\߀°Wŗ@ëIKGíFnwļ Ž~ÚĩۓOV‰ku\éB}MĐĄÆĶÜrg3IÁ0­ŅĻá&G5“—ōsåƒK´ ˆz!Sˆā3t0Ę¯/'áTmd™ ]ÖlI;ęŽ<, °3ŗaŒp™ģ-ŅĪt2RąúbĪ{Ļ`Û˙ Ë>Xmļˇšt= cëŠüėå;›;— ŨC ĻIąĩâŊ&Ž\eéĸZ1Ö¸ŸNWĸ8|'ĘŅ՝y>‚vGÁ†`č˛H_${=Ā-æœ&á{ã€0>Ũf*S´ugÁŧeŨô° mtĻĻ™ÅāŽ1Ŧ9ØĩJĶŲíÄU’@ęgž ˛ņ=NV^…úø€O'‚ßēo#YÉyę5ģ5×ĸ*B6oę‚ß8|qz„e•1'„āSOP9æEI`‰ąuˆã•ĸ˜ą\Ūą%gĻžd/obtũ" ‡gM¯Ã °7ÎüŨ ôß aũm—á’bÚ}×fvÄŠ)]zf†9Ų(EՏŖk–w:¸\-VÚ™– ^mëå>>8ŗÕA!Ūú#Ī¤4ųķ9t\Ųw~`įXĩ0×%væ•Lú^TŸæ n&d¨S ŗ7.֍Đ,ÁąWK]ŌĒ’÷sCPļ--Q͔Ąq먀čT’Q–˛š{Ķ’/Hܤ¨ =Ɠ6"V°tz^Š\-.ģŠÁ&áaē1Áz‰0Ŧ&ንãoĖTfŖ|5™&˜ēP*~z\ķå+跋Äܐī{†‘å#DÚ÷ŽjœžŠíjE\dUšAņ ­ūĶĢUjS!ĖüĀƒ§Ũ'Ŗrē aʲGušãŌ(@°›áí9Bĸ2o GĶ^&I¤PØĖŅ ËWÄō×ÔŨŨyb%Aø)å’)W7&â%¨ä 4gj{Ģ1ŨœĮPÛˊįŖ.ųéÂ31%/]°ķØqP0 ͸Ō$ûöÔ$91f‡ĒPę'g{ĸSŊĶ+¯Î]ĸ ­ũĨ§‹ļˆŗãõđ īm­ēÖü\üUžĪ/‚Đ2á+0>°tƆÔŨŨfĘ. ÆČ&0oGFegŽxvGg‹tĶ*Ŗ˜cmqēĀ¨#ŲŒ†°DŦį&€˜Ô)Ž=Î!…~š8×(hc˜š‹  ˛ ײöķvˇ7 §âŦ(’Îčõāsé9]ˇÉwŨūÚqŨO%Æ.ō§Ėr›+ĶYš„šBŌj~w#_Ã35ēŠGųÃMäŽéT’te𘠗kđؤFr§.3Ë WČ\–ĶFåå<œŨūQ(āėärĢ,FxEĶx2äžđ…xŲ4E.Ļq ¤ŗ­„×H pnÎŋ´ÕüՓÄNã>/ģYȌ‘)_Ž+ž#}WkmCŋwTXU ÜT |ÄÛ$k…PC¯ÚøĘ LšâYøMôŅ˛Ž F2éš7‰—ŗĖ0C¤+äf¨ë˜š$ }|˛7cãÁZ_y1[^N6ė‡Ú,ĀËŊtßķ %”Šōđ˜ZÖ *Ë1ûČ肭čH6ų ›Đ0*;OØ œ ‰M<ÚaoĒbaŊĨøœ'ũ¨G˜0LO×é9ļ1=„ëĶ-•Š™Ëž)„>ģą,lU{ü>íĸƚéėųŅ (Ēėĩ2UwÆ TvŒFĘeä•rT6§īąŠš›ˆ•Đ%ĩų tá}š>%€9˜JOĻHë<F)į#NKD°ų!ô1.Îû0 žšDD*™Ā}jĀyāRƒŗĨ• Ķ­Œ&{^nN€jBi‘Õ/ä+-SŨf“ŊŲΔBá.‚2xDüū§$*ŊKöwŦDĐķĶw´ņPŠ’ŒrzF“Ö3qC]îČEģ‘D‰HĀÜ)úų]ō+uÚ|˛h,'ßŅ˕°5SÜÛČ8@­‹"Ul“KæŌ0`=9p.ŸđāMġˇŖqŌU/ķ‰y|0ÍTH}Åōt™ŒŧĀ×ųËoÚzķŋ9°`aZ[ ,ŧ,ēâú6n2A¸ƒ6IrĒû?‡—*‹:VÜ<~ãc¯ôrâaž +6úĶnĖŸ}aĖ"Ëš°ĒFŲĸœũŠ;(7ߓsŌû>Í%ˆ‰% ˙˛0jĮ6H­¨DøyĒ#ŧĢGĒ‚;*ņÍՓI ]L%š†g Ę8ĩîq_S}SĢŅ_0‘R°ˆ¤fNēŠ‰Ē°  aHˇę ˇö•`ô˛kÉGĮė]i;ų8*ĀŅ˛÷ë_áÍŧ&ĄŗZå_f(…ÁjŽ1øeĒ$oĸŗ+ŠY‹(ãķQu|ØY‡'¸wžM˙ë'ĨÔô›ø­ü)į¸*žåÜqpāËŊ~0]&$x5ō÷EŧąvFô&Ž1Ũŧ§næĒļ!^ų×ų|#jĖ<Ļ<Ąq‚ã€rė’sév hg†pH[idcŊe^Ę'48Ļ8Ļ˛­>kl¯)1šË}iģ”Čˆq#Iŧ6ßAgîKcUÁĶ×yæ›ē%ÍÉÂ×ÜwT",ĐۚķÃ+ƛDf§ãŖJˆ™CØũÆä s‡Ō€éh“ žbĐJ ÁŅ–ŠQâhPâŲ|U<đä}ļ„€U[x1Ąc´;¤@ĩÎqDk’2N|ø™ĀpŖļ™ĩęͅ]–ŋ°“Õ"ļŠˇöZōšbäĀâ:°#$Ŋ[`ēSôPŲMõƒ6R ‡,}YÎv¯$ƒnžr ÚxŒĻč°@K.ô’–”FSÎWũ&Ģ’Ļ}­ ŠŅĩ|Ĩ~„­UdGŌīéZi|§ŋŌÍĘ/sbŧp$+ôL\x(9dAaŠ/߸}_Mş€ž†^uIÅÂc§ĘĖJ†5m„åĮ4Å°Ãčķßl P:ÔU&N’ŧãŸSáQ=´BĨ>ˆĖũ(ÖË)K<"pˆ\obŦģÍÉb%ČŦĢ›Å¯ČhˇSĸ”IAøūsB5 (.ÂĐIBāp`=Q'ũȂ¯îƒtÃæw2TģbĨ8*%ÖÜֆ4ā•/5ÁöĢ?”o ×Ĩ.€ŠI™B&Aĩē6ŅĘF} ō ‘rŠnœē8ęėČēGZ|ŊÉĻ ­#~ģé3ĨŪtYŽžëOŲë‚(¯yM.+yg$,Í­Ęų0âÆb/¯ĀŖBĮmĮâ䛕ļô5[bVƒĄí|P&)˙5÷V†!7h…žŨđ*ĶŦn; âråJ ŖzPë*á)9ęÉ+Q˜¨Ŗ$c“ĸĶ‰„/q ÍHpí%ŧęJ. š„C•[´Rj¨—ƒ|ûŪé~’1ŗv0šâäĐ&îÛĸnŅ“ņw76åđU_ÚMMƒ*ŠÉ™ŠqEĪã Č;AŌÕ|Ī›Áe“AîųFņå|ßDą.uâUÂSԜˇ9˜ŠƙĪ܍֌AÍ)LUâ‰Øô™  bnÚ>†Ī‘-ɚLŦŪlcËûß!ŽúžųōsŲąĒ–ąqllf‡RÖfˇ)ÄCė:Ú­äˆC—?‹+XSYĮ‚`Û×}w-cD ĸ~âČl"ũÜļ]i?›7äüĶƒDûüm4Q.lKÜą€Ûą™¨‰ÉĪˆĻęëīB{ÎíšßwĨn°3EHe3ĶYN3–fędũ—}Š‰é4MsXķ‹ŅŸŌ_”$Đæ*tãĖ“Æ*ŗÃ÷į¨ jë` ČÛD×ũ<ÄIŸĸŗ^UÃĮ#x˛đŋwôü6¯fĨ|¨Ü ˇĩmÄCU7øæĢHIBž4ļüüKÕĄHã&ąnŌī¨GôĄnî čÆ0i&UÆ"tt–‘Fqęlą šČĩĪ…^™Ŗäßøx%0ˆÉW_˛Á… c‰qœfépŪĐgŸ×VĢ’›ÍZpåĒĩåßųPļŖdua ĻÖÚ Â(p=Aōø øâeFM6ˇ…žXą †Q>͌6G×`Ģˆ— ëäF›Å!Js¨!:ÍΑÁGŲ2MšķÕDÎđ V†ô˜áŋ¨ŋ'OMßi×ĒPO'žũ') ,:,‰ķˆ0˙‘síöŨœÄI ›îí ƒv×mĢ%]’oŧĸ0߄ÎŋPā\­ųķnå°ÎJ NŸŦbƒĒĒ‹$ÁIäPDÁE.nf6tŅ2ōrļ˜īĘ-í.ž)=á'H[ûFĄøŽÕŦÞ ¯ĨčąRW^ōŠŅÆjŽ˜älĮ¤oę:žüxĖŲŠ÷–°ĖÍÕCRzŒÔ 0¯M‹0ë EËĮ´âĶJ“Ų­H¤BŧBu(LLKf2œė7āīš)DQxNé­vŪV†ņéé=¨ Û9ŖD:]ļ¤5šŖûą$°°Ét˛o„¨ŌĒÖ9ļšÎLũÉ~!đf>V˛ũŗĻ¯{ŗNWÉw@Y,—ĶŲ= gä(‰':ßĢč1ęø2–ë"Ä:%b×ĩ¸d˛šŨ´„ÜŋȈ>tÅĶąŨÉS„;”0{‡R) Æęå/đūŦŒĘJ’ŋ1ĶÂä[æ ŠÔáŽģž[ųéÆ3īÚ †Ŋ"Ē>˙ Ũe†W„[ ŠĮ4†ą:Apš—lę˜:ČáA¯Čüې(Blœ†9VfŸįö˜I˜ ¸sĻŽŗÆŲŸĘ†OĪŧE^ĀĨļˇŽ”°De1ŨŽ‘ųoF3yōŨ0ę4öė™īúQH2ÁöƒC‚qHV3^I0Ēø I îØšäŗĩīYHĀn%ģvÉęčŠõá`@O[„ŦČâf°×7ŪM6ŽšÉ‘7GœíDē \ˇcÉ×ŗÍīMgĖK_^ÎeûKŦžü˛ HŲēԌsisōŨĄ)Ķļ{fé•4 ŗCH.#ëÕ8WŪ?~éäõ–øÍLŖp`„ē¸%ašŌÆŗ,˛–8Ī—Ęøg¯‚cƒ18o=×w[âęŦX/ÚÔ@@ô“Õ֖„¤}§Pƒ 6WZãˆãZž§)„Å ŌzxøĒÉ*@SÜ‹"[ūÆ*>ŠœÅˆģa†D:ŧ6 y‘īÎ7ܛP‰Š3ŦôhQ.Ē|3bā9Ydĸ7ÚÔ<ƒ¤`Ūß$ęDmM–XؓųÅœA…rú2‡Ž‚ŗŅŒ„ōĖĖG_Á>•C–cõÔõhkKHúL´X…›ži˸ģ5†]„æ‡ˇCˆÂ zž”ŗ•{2tčē ÂĘ8Āú‘´PC˙‰õËY܉ų—!‘8Ąj”îę"Ëvŗ€"ÁØ°cŨa;¯ĖÁßųH\‡Ę)€ž˜ĮîTrūhåYŊgš´:yų­|t+…šģn5Y ’o–…‰×|™[ĸÛgāĀÔSH†h¤ -™!ŲŠö)xÆ?`ÍØD@Iėĸ~×G Û¸É˛ŽOđí˙iŠĨ•ˇ“ܘâG’Ų@sŽDŨƒĨâŠ*’˛}›ŦĩÛ×~ ØHÜã9•ŊMŨ]øų!-i3i<ķ:=­ŽÍŪŋ‰‹Û‘šŗ[؝{7•O^éé~0Ķ”ežäUJö ÁøB˛ílBž"ĻŅ˛IbgMzĒŠõ’EãŅŧˆa’o‘Īy:>öįjՙ-$0ËU¨ DHŽ›1'`r7˜&FLĘģ‡•@)ŸšĪų˜‰É`aÔ˛j˙2ĄlŲÔšŦé2'ßH這g$čŽŨiÔČväēéĢøÄŊna´9kÖ81úôŌČāfŌŗiĪ{ĮůąF}QRę†/iČŧr51ķ3•…Č]ˆ#äT6đ€¨¨eēīŠ°wEžęQdC•[“‰?d r‘ hō7^R¤,Ģ4žŨŽVhĨ ÔŸ‰a‘ĘÚp[đb6û(ÁM‚.6Ī2‚%Nņyc69ĩŲE0_čSi§ˆæ Ug:ĸzzKÚŦ~ÃÁņS1įų73´(s}Ņ˜ÚTbÎ |ÅąÆĀåGoJ>†åĀûæņėIC}{§bļk4#vŒZëb [‚I&ÃĐ­ĢņÉHØŠ+ĶRąŌ‘,_bUŠ”žĘT'ž5R'ęĨ Š§Ã™DęčĒé¯^u*Ļ7ר‡Ķ?R:u×ŨĮĶˇ7æV4g-Æķԓrf Æ^ŠYJåØļ¤QåĶI&˙˙cD78šŌ5Îŗ˛APû{uJ)6•¯:x ˙.ēCi‚WNĻqŠ.×™9ėŨī}I°ą h+€ķs› 4d’IÉ ÖIƒō´™)›BuO|ĄĪ>“ĐFöÉhÅ\¨=ķ”rũTB~Ė¨đZŋz Ÿl,5†%pU[… “jÕ1z×1‡u.6˛sI˜ãRĄųt9ĢÂą#ájĘŪ–^ą%ĘDˇÎt¤'‰Ũģ‘e]÷Ü]ũÕ>íÆx$üđ€1´)´@!Æâ($˛ûģ4^°}‚ĘËtD˛œrv˛Ž<œé49ˇ­‘žÃdcu•CÕD}Dļ×VrJL§qŸ8^Xkēƒ`üt|&x4Į„Ũ~/Ąûpb+†ģ¯ŪoŽ=ŒvÁ”äDEå›Îļƒ¸ēUrŠĀvé‹Š• ^f.§Č›÷åacRãDŽöɊ¤W-ī5‘ëMŪŦ˛#ėTžWi™•WPŪtįŦ$//h'\ žå Tv$Ų$ŽqØN4{ÅS…šŦxâl{n†éí_˛‹`~ū?Ņt} ¯át ˜vöKäĸQAˆ)hí)Ëü›•yŸ D(ķ ÚÂŅKŗ.0fÅÅn–<‹Ž'•×*°H8ĒlgŽpå•Ō2Ī3ut_ŅĄU9Eå…Ibĸ>ŧē_ÜĶæk)[ũ¤ŗ_& 9ßn°/ŪEŗœđŋ° Õ3GŌB1‚BdF`ÕŽÕō ÔÎĶÍ3Äŋ?!TÉŽl'ÄĮ#ã Ę’ÉmĀrŗ…Ø\,õīxh™ Ē.ģæZ­&܀€„BUr„Úā†E×Í@ī~Ɩ–øŽYĒF $cZ­˛aÁÖËŧ{+Øę!<í2Ö zÖË/¯×āû axG 0˛1΃zžŦŨˆœJĶÖ|ĩa6t kHĶĄztI!iž†@>‰§4 x‘cđ› $}áė” ŠĐ…™‘ØôeRf3ÆÁ‹ÍŅā´Ĩ2—øŨžO‚ ø6š@Â_vžŠ{%ŖÚY‰ũ@Ŋë–.ÕÉs8—2ĨĶĶŋŖŦĘY5Ī9Ø"ąjJ_7X~ˇJĩ+Āí´uĮÍ; éIL6:&$ŠJ<î<šēy—Ŧ"\ĶĨDbZG!cr%ßĀøŲ0jŒôayÖŖ‹ ‹tDŸJ?ĖaĶŸ÷Ŗ ūÎķTĩ@ Aûæ|qCķÉNâŦÎgšyŖ°úu Ę(Sé’:<ģMąâ ŊĶfŒįŒŋF|ÛŨ¯Ā3‡¨$ŽĻ7pž´ņÎkEA*@L)œ~3ž'iyŖk§IÃ25g§R“3:îI‚p æPŨZY •¤hYr§õ÷Ē}c¤o ēR˛6IŒĨÁãüRnˇ!|’üĘoĀiŊÚ)Čú5Ūž÷ÁD„ŌnĖi=YŧŪĩÄ°ˇë55ĸ8™ƒ?Õŗ…2ŽĢ7ãåšÔhy(¸ë‰PSĨÅGõĄ€)–Qf*UĮR“ČđYŊɀfU/f­÷åī`mdwîÚĀ…§<ĖđšUæĀ¨ ´B/Ųôäxr4%ŗŨô.ĸ”:á< uŒšī´!{‡dEl#ëĘaõ5ēŧˆĸ2„ížÍĻVĩôD뜗&0ĖK‚Î!įž~äģĢWã.T3ũuv$¸ŠôŽŒ5RésDtlęO ŸÉ ŖEcÚíÃ]ÁwÔũęXģéģ“šŠãÜe}MAč-+–Bö9yZ”¤w¸4ķōd:–)īEB—íIôĩL%˛S§ˆĀ{a ræŗ+ˆâĮ xæüŖKŅĩãĪ3ō„‹=ædčSÛËšĀxvœŲå(ȍeŲš—œ2ú8˛*á|Œ+Ŋ‘ģBl3Ø*ąxåf`Íĩŗ+ĸ*öí Ā`9âũÁŠÎ‡p,gž;1;ۛÎT‚Ķž´öNüĸũáēíáāj~#cÁŧRņĻâ•ßMâ­éô!ZŗŸ2ŖfYĪ\Aīî(֗Ę}1¨ākØaČ%šānũŽ*œ}ŗ(’ÄVâÄR˜<} t#¨"kž+—ŪŠ0b{OîØÃ7„đÜ~ÂYķ8Dô3)ŖHtŨą^ļ]pĪ&…Ų*œššg“W]ë yJ€JŨŽ,OŒŌÉʨBL‘3!/Ÿ/,t¨°šīŽfĀœīč§7ÖĮš§ØÃątxwN14EkãĐjĒeĸĻĩÖúĩ˛aM8ļ3%­Ŗ…ļIŋ“Ā%‰Ōėžr&ōāoŧsrŧ’d+nÁ?ˇ&CmŅ•Œk‹á§ bŌ/9zžÆJ œŖl˙3‹\›ũf“Ž#žÕĻOŌĩ4ÉoéJ’dÓ$OÜąåFˆŌ´bM’ąĪŖšžæ¨’}FĒÅü% ŗp(žĩrˆ_ö÷zôxø¤DÉY ū1Ķäv÷›đ÷AQŊ”€3ÔQ‰…$|ŗ¨5wĮŊëÆXa$šØév],GŊ;=…ÉEüĘÁ䴜E0Ļ ÔŊÚ¸åÛLWĀ-@ggÅĢŠ‰ÍW›/sŠÃ5cī>ü\GŽl(q›2´ŧbu&ڝ‹ëlg‚Đ?Ģ”@ÉØ^K s‘|2ûՏF&NĸšÃT1O÷Øu >ؖ„¯=o§´Žø˛Ūä1'OŠĨ‹—Áx?×pĢ¯Ô :>Øm\„ƒŠ¤ą•a­aii˙3h_y՟@ûõa{*&R1ô^‰Ē!aŲī‰jŅīĸ…ŦŨø1ī-B×H—q<īq¨_ÂĀš6Dđō`Éw\ßųz+ÔĒ›fŠhŧæŊ†¨ķ,`á“\gÖktnį<šéĒėĒP㠐`3ÛÄÆĐ7F)ä¸wō†?đƝU˜įfĶzō¯ÅĘ8UØš†>ÎÜ •ldŒĒqĐŅn-Ą3ÎÔLÉīJ(HåŠMŠ]n!Ås“ÆPËžMD]Đí#ÄdLß×äéR“ž!ōųI}”0eķž˛€¤°áŲ~ôZęqĪ—ŠĒkoP­ƒięĐÛËOŠJjŸ&7ņ;úš†‘¨Ä¤ĄõL3Fe,U`L„ĄŖŧkúÖ;,á˛0ghŋĻŨĮ…‰r¯VHÂLĶŲZ GAĸãÜ˙n’ćn aķLCĢŦĐ4ßÅ’öÄq5ŧŽšÛ\A áGcYÅ %<ŋĢy‰=_×$ '‹ËVŽPŪÅaŅu]ŽŽ@7bJ äU?Ųņu6˙†`âj0á„g,ĸLĨašúŠgt.ņægsąĨ Ž{Õnē™5fՒļ€ņ‹<;•’JŦ(•øë7ˆœg‰”A-ōԅø˜BÆØØfĀHŦŽ¤dt¯ā5ABĻ1ōL'ģ‡}ÕŒkERJ}×Vƒâg×Y ‘1ÅÁ•´Ë1åŌ¸åî 1@5¯ĒL˛z ÂĢĨ°ÅqŪynxrvŖDH€Ëæn‡J´–6ŒŅ$gú$’Ŋ];œĻnÄiØ'Ēŧ¯=ˇPCēOÚÁ;¸Y;”ŋɈķŋÔ ŠĒūhĒģž;ãÉíVšĮyh?q7lęû īfÔĄ†.UÖ3#s }Ō™Š1ëãđÔ" ōKr¯›zÔ,2o`U,IiĪ]y'äËč9ŒDæĢEZi$ũ¨HŨ ­9ÔĖŪXĢe›Ģq‡'ôĄđũvŒˆnœH¤#l܍ &’ųÔëDŒSĨ…ŧ"=^~ÚËuš>™3áŊĻKŊLvõ1šOužu—'ËĸŽ9MkLĪ•ë¨´IŦĖ8‰=JČs掍%…3Ģ呒Ėdræa\sųDL›ī–0ŽŲĸŪl…RíŨ#ɸl‚ĪyJ§üúƒ–™÷EW@ĩi9Vf;ÃūŨŠ¯ÃŌÖ %¨xÄPlķīŽ—ß^Áøû'ōįÜĖjjķ‡nR\“Į›ļ7Š ۛđ„X>¯i ĸ!yÔņļ}ŖP$Įc|ŲĸR]ĐĮÍÂĪ{AĮeNĸŗ•īßŗ\ˇŧˇĩtė2ÅĨūXęK āDIĘ'E(ēŅHųŲ,mõCWŒoĢģŖ=˙‹˙Üũ]}üĪ+ų–-äĀęSdĻ>VœŋūĪáõ•iNׅzáĪ?¤WĨL ö€ Âø‰cfZ‡kZmŅūR>š—zU|*/Žt„7Q‰=×Š •šÁ™ŖufDĄ0Č*/LQ>Odüīæ;‰a’—~‡$2ĮĀvQ¤ŧSˉßL2sņ(ū˙Ø ķû%ˆJEc;‘ķwŖSø|N¸ŠJ‰Ÿ‚ž˜"ö˛Ėá<ŗCį˛)‘Nžtįėeqcč€fhOīSwˇbM"ûĘ¯0"öA¸DEf øÂęŒĶī\âõ˜Ë“9˛.Æ ØqQ˕$ĖUkNÃæ0>CQ(ėku]M×Ŋgk}Hž;<(ą7ˆ3Ãb=/1DāxĸWÚé‘Ķ!†žŠâL3Á‘\Ëƛ° xįâ¸Đ•é"eā›NąÄp1‹øS÷;ranÅŪšî7Ķ!šL)@9Í=^&‰înDtâéPŅ~šÕi[÷IüM#A/V‹ąwBž@ŦB¯xŪ~,¤ŧÁ'ēЄéÜnņs”­ü„1ˆ—8Ö¯6w>ģ9ÁËx€æO#´RęÖëdĀ§’’ ĐĐ×ĒDŌ>KđĻu-v kTQîû„ČĄŽÁˇlہlÉr–nčoĸ*Ũͨ3’ãZ–Íi)Ë哑Ūy8 bs;‰ ¤ZžP˜ž#qO¸+ tD—ÁÜdSō!4r¯Ū?ˇˇ_ũåË?~øŽöûīŋúęĶ—Ÿ>˙ōíí?~úņĮ/ß~úéĢĪ_ũö˗ožũōã7˙qšÕuK$[sėĒw(Ŧfn¸¨õÛŦ_í%‰ Ŗ„­ —Š“‡s~aR#ŒđK7Ô䇉 cĘ :c˛SÕú ƒ?gĀx^PĄ#ĘqwQCiģŅ¤ī ĶRįįŒš?B°ÃaZÜŦ((E÷aC'‡CbØ+AfėΜŪƒŽ-!ŅM.zAĖX;o_ŪĢąô2Îąŧ‘œ”抆UĻ]ų'šĻ{æęęŅ 3 ļrÛĘ?à ‹–xĖWĪ8Ą2ķũž÷küßWzÔ͊ŨxŅĒ;QƕņxŨĒ0Bô‰ÆÜYڝ’‡=âX˙wŽ­’¸~Güjq˜˛l b7O‘ā”•Âjį5ķŦ͚wF0@o- ¸ûęMÁˆ(ûvŅ˜;.<§lûxíŠ ėMđ‚wģEŨ!|b´Mo蓮Ļ Ĩũ%k]Ö`'Ākr9ģmb Ą]wlŠŗI­^„KxlÍģqRL ØQĪīö~´ÁŪz6OĖ–PxZ"æPøž+&ü˜1ũËÕ™Ž!2‚;Į'ûcõ„z˙ÃæéĪ{§ģv”ĩĶØB}X;ÍDTf›‘%įÍ~X=aUKnj™÷ĘŪÉđ3ķ• …FeŒföNü>ô&{¸līŌ‰)b™ÃđW+'wNsWlڏOŨo*ÂŗfôčQķÞé|ö^“W×zî" ōFƒžû&ŗé‘:ŦZ"&ļ7Nķ. ÆLĀŋėė†(šā0ž–†?sŖéķé;Î_„C.aŽ¸=IÁt‡‚Cfkmc‘k…{œŧâöŋzūIr)ņ•HØ rķ„ˇˆ žžneož¨…0ÖČŪ˛—ā 4Ŧ’ų™ƒhsÚænēā¸Ņ8‰S´™÷dY‘:Sxkæ˛Yv„zę \…„eÄģKĄåꘄ9QÚ*ņnŊŸ% Д,YP&Õl(["ōČpA4| ŗQ Síšk0™Ė”˜´čšíwäÄÆaxTŨ‰"9 ^ååÚęeˇ=aĄcŦ¤ÉT ˛:G]9cĻČ;ę&LÚ<âs9d8íĻōDáąWēåŋÉKÅą¸ķ˛IŽ6ŽíÁFÃpl÷âD›E‘øŲáÄ6ŌÁ+H˙… Ŗăâ(5ÜĻÃrēŽ¤˜Ķ/ÚĄXyƖ5ûü^ÉŪÛŧ°me8Ų‚á¯å,íDŅVwŲ1ot}@sļ)’!ÄŧŽ€´vÁÄ&ȟjŖJLŪ5ĄšÉÆŽfN×ņ•Ęú›Ģí$:†ôŗŗũ蠃Bđæw•gë§åí/ –ŅjĸÜä×Ä-nB}é E‹¸fdŨ™fâËNIģEgV–Ģ…ĪŋĶI2×6ZÅÔ(oc°ũ!cSËD ņĢÖÛJtw@´DŦ§ūíÄÕ%3ĶOĢ)Ŋ×ģ¸Ė?’a-Å"EŨ@0ĄÎų+ņĖ`'({]מŪūBŦ|$Âø<ķ0Ä4}ŽË&&,åļ‹ÉāNøÁåd3SGn/Ģŗ}Jõh $ꋍAÛęœ@ˆ5*SĖM¸Õģ:Žąv랡ąĀJŨÎ)#$ÔDŊ /-9R?Āáz6iį‘NjÆĢī1áoÅäë‘åū†ėČļģr•'‘ ÍŠe'ŸKē<ŗ\ū’‰´Š¤:^›ķ5 ČU4{z4ũĨn”˛f‚ē×Â!:āŊa^Nœe¨qkķĨā?c?g*rDŸ\j8°†ņ.ø7ûŽNŊãŲšÔquėˇ/Q~õ8ž%ÖHtĸd­U‚8ė1ĘW~ ¤š2\ ]‡¤Kĸ–ž ˆĮz’Įhđ:Ę06iú.z? K'\5]žÕÕ^Ĩ‘ŽˆûŲœ9ëÚ+Ö=%[™æĮ'ցē,āڈžÆ˛ŦæM¤’ĩ+ęĢ“Ú0 ˆ âÎÁēį„Ęđ €P˛ņ_æĢV¨ÃÍČ°\“ĖÔĩ\7NÖĻˆÉŌ7tî=ZKĻ䁖ŅMĨ¨ŽEÕZ§y/]'”o™‹:Å2Ÿ6.ŖËÚÆÖÎnŦo–;ŒúŸÚAū\:TOčS”[§ ‰Mí˜Õ‡:“ЈōGōŪfXš p.Į’ö’åŖ%Ĩ}+ŽB% €UüûrÜR”súČMâŅ]`$0­ÅąĐ › Ā];2+ßđĩŽšh#(ˇ%kÔgĸžÂÉ`Jn˜)r4Q$=[Ž—ā;ˇŒ#ÄĘnŧ•Áyęģ2šŲd{XÜqĘ#SĩâĘëU09AĢūoJ~üëā%H#ēprÁ”Ŗ6AwœĄBĢē“‹‹<ā]‘bÎ΋FņbÉ,âØũ”Û*Z¤‡ŽDķ|ÔįīQ+Û÷úšÖmB/JTŽ6 čŗi/ ÷ļ|¸„[Ž<ŠĘ÷Ũu”VęĩBL%ãĶf˛.ÎĄUd§ÁļļŽŧŪ=( ŽÃhÂ^Ģ“t‹â¤2rsģaAŽ<* Š´šŖŠšũáŧ>?w%GD.•”CŽ¨sšŽ§‡ÁĄ5÷y `šãAüŠŅŊÁÖã,Ŋk›đ “ãōÜZ¨Ŗ/ļI€oÍHË~‰}4ŗ^IĨW…ŠeéĻJ‡Tgkä:ĪERŠ ČlŠ…ėĻŽŧ(ņ7ظīåāŗ­tƒŠûœax‹#ō¤_­{B? ƒ§N1‹–L1Bėˆ4Ļ՝ˆYü˜Kšfäĩ4 OœÛåŽ[0ŲĖãBŠĖí˛”÷ŠÃįÛĘy.So8ž|ŠU%č`­~Ì?‡’E§f™ŠXO;•{MĀŨj5ÎæI78Ā¯:Ņ…9úçLŌŠėŅmL'{ÍĢ3Ģ˚.Į Rxę~+™j&žEŽÄk5ÖŠąYet:ZÔĨœ˛ŌÍR*‡ąØNĻˇ×!P!āņ‹3•ØZb†ŦŠ~&lĩģxn›¸âˆĪĩč+ ‡xy?ÖRÅīĪ\ •BŪŖDšŠ‰eō!› {ˇ*+°}žĻ­%ÆĐKŌ**1’ėŖaQž7îæ7VžwĘæĄB•ŌėŠÖ“GÅ5č+,õ)^†nūšdÜ}+|ßėBoXī9ĘžÛEe`lū5iŒ0€(Ļ‰=W_l°Iûâ7áMTˆm.c>ļˆ.FuĀhŋ9•ų…Ēw0q"°MžĒjEĶŠđ¸BžęX)\1í•BqĮŒ‡œÔĪ1T—-Á„‘×7TG&°ŋI2Ãč[ĩōŽŒ4›¨‰\Ρp? vũ{Af°ū/Âág…Ę‘|Foũ¤Ž_Ÿ'ęøø[FV%‘(Nģ$LE\ĕœųåûwô¸| dnG­œsšr~qÃWuŸĐÚŽ;€Ÿ ī¨’ærõÅåûP|ĩ¤ÂÎRhûÆFzOš‘ŽĮ%:ī†TbaŧĢn°I']*îšú ’PN¤úĀˆYÔsH“dŪĶE’īqŒjB!‘:ų ÕÍqĩ’MBB‚TZÕîĘ *wKí•q–ĖcĄˇnø¸ĩ<%5#uüĨļË9šeÉ0­õĒ 1Įˆžĸn×:"Ֆŋ/ˇ¤×ķiqŠJou;–Ĩ´Ŧ¨k˛ņÖáŗŽušŠŽõÅg& $Ašg?c"ęiŸ~Е{ŗ4Ĩ(Ęqë ô ņeį+e?”­Ė9maŸé\†›ÜnØėžYŊ)^uwĸŽĪîg4YėŸ‘đĩ2QynNũĻ´]•@ŠF6ĮpSÁl–{…ĩyžZč°”ą”°ĩ‹ŊԇNĄ-õÎ}š2yeûŅĪۖ*B3ĢBĘØ6ŒŨ@ALyî\”×0Žė‘Ö.> LöēšĮnÖėģį@˛iHl–č´Č8+YÎ }ĘÆOöąˇDŦš­€f*qã!6ūåõ#Šjcī¤ŧœČŠQÅŊ7ÎīiüP‚ļÜ?Ī6sSĸŗ(LãsĪŪ=éK“Ž’CnÍõuŒG˛´h&Ũ÷žīšcļ<ÂîĪôƒ™ė=ūZGįx¨žąĻ¨u>§ō€3ą„ˇų[Œ,EŲI_¯‘‡k¨;ÁË-DĘ8ÂķXēkÎéKJœuÎ[sšpnuHmÔ UöâäPll“´T×ÄwĀ7 ¯hļvIÁËĢ°–'鏝Ph‡…eæ„ī´ž9ëĩĪĸ(Ĩ×&÷šãĖcgŅpÁįi?É?i\2MÎŲĩA2ĸ“CĸøfŅogÆ`ÆŖŒ,íxîŗJW¸>ĢŽ°ãÚŋ(J`T˙ ļfŸ¨Ũvz?is@Ú7‡‡— +Ŗn=w nUM¸ítîˇę :ļ›Ëú˜đšÎĖŸøm^›&t }Ēš{3JŸ@dá*¸õēŅôs3õÎéJ$ŗrōSˆey$b!ę U—û´G¸ŅáÄá5LfCkĻ•lUZSÚĀ“‡x(ŗ ČŖ6Ŋ4e˜­Ëm˛šØ=Āå–1nB-<’&yÄ7T vÛ0äĀô™uU)Y`bŽę×G8ũžYˇQNÆ×æ‰Uqī]r^:N7Ŋ0aË"lŖœ÷ŽBą6÷‘%ŧlvæl(K`+tg1¸r#•gxæą77\ËšČä/t é`ĪĪÃŲëâ—xƌ †˛YIz*sŊzs8ŒÁėkl[=Üš…^80ÎY™ÉF ‘uP9€*īü<ņšDPãjs­E2iV€§LŠŧ+MՍ ʎ å×&‹Ŧ3Ø2`mžT &åõ˙ņ}´âũđÍWŸŋ˙ĮOŋüō͡?üøû§īūū—OŸūõ‡O?ūüĶoŸžúíû¯~øá۟žûų÷˙4Ÿ“ėŸôįĪ„Āj•%E>¯^ ĸY@@Į=foːā&jd$/iöüÃį,bĘF^Ĩ™rŨĩ&…ēA´Čû&›<ęB8)ĪņöÄšEĖ…ČOđ™ˆ}¯”Ŗr¨%'Ô\I)Ūš Vđ™Ė”B+›QV~+`,“&ĘƒtŠ}s[éŪŦębÉęųR0sß9Œ–nHXX¨čJĖß0PSROk4­Lū' ¸>ÖØqų~ū¤žSÕ˛Ļtô5Ž]ņĀÂb€‹`Hā* ĄCHT[\ âĀÍi€(ž|žđ(KĀüĘãļÅ\ķA<͘†Ķ0‰‰U~8|â‰@Ž(6réĩpÕJkâŪ:ÃČĨé3‚uë:āéˇĖ ÂrÂ]•~:gŸw9› Î{ë K Ä?¸9Ãļ.˙Đ<1=ˆ¨;Q 9Be¯HdC^Ŋ3F@ÕĮá¨ũ‘–‡isj°Ĩ_8éįX}J€Ô}Šá ųë|įôŽŽIíhņ§ ËāeĨ^°ĪUNÁ”ø+i%fˆ č‹ĮÛÄŪėŌ[mŠVņC¤ÖĒ'ōØ6Ũ)0ŊQTÜ}ŨīĶa`Ę%”Ė°įzx-ŧRÜsYz ˜„(ÜÍŨ>^'Ų “xŨô Q6âAßb˙‹6ëôŌˆôx1‘öļÄoũx™æCžAköģmutΤÃt]1/s a{ÍH-bIŽ­ ád,(įæRÅÔ°äĀY‡§49N,2J[ŌŅĪœãī1ņĶl\AåĒkˆ5:ų!Já0PoøĨ&L^$`>•!ô"č‹P“,s°ÍØt<ÛÍnRwxô|Î5ˇW:hķø:R„¸ZTSpų™Ũ´aE6§%Ė•XH§ĶI#}&‹ ¨člŨŽ\id!pJÂÆŲŲ´Wiį‰īŊŖÚĘdr7¯ŗ/ßŲ9Pļąe&soījAGz}ډ€ëīŽ#1„+áŽ\ę¯É)›\PĻ S‰Ļ‡TIĩaÃ>`Yjœ™Ä qīEcÜÕįI)P˜į‡ĘGHŒ´œ7JËÖŌ cC0âũZ(q 7]Ė-‘-ģ9KšĻšø“WÔŽĮ)ũę¸Ļö9…†PėåžQņļF[ƒ‹Ķ•žT™ˆ&jt“ÁüČÄ´fß0WíšúÂGjT‘\;ąxÃ; †/ er#|˛{įėUÚÕf°âv/š€wtmA7IŸįė$ëĶ!%Đa…=Év-Ų‚įʎÂû§…‘ķ7ĨŲĐė˛WĀ $l›ėS1_D6Ūé8sáã۔ŠˆÜđ; Ø|Ė*ļ’ÂūžlŲØeŧpŊ{‘ į— œŖPiįĸŖąŸd_ažŊŧõDÍâSŽŦ­ĩ ūĒÅ}æn†m$ë‚˙ŽÛ@>VŸ1nŊJ¸›âׅû”ŧŦ} æĖ;ņphcž\Ų`>‡$žQ6–Ž4’ĸ,5ˆ65˜¸ûDkļzŠ1į$Ë"3Ō+ieQÜĨ}gūŪYš°a_—ŽÄ4–ë~ €Gqän@CC0ßAÔŊõÖ`KéCķäcĸ~ƒ'Ü{žđLķšoē\ ÆhjŖ!yB˛gČ5Ž„ŧÜEÚ¤ˇũãëĢDfĐßķE átÔīx æéãŌVŸļ×錌Vœr9§`v.\9ĮšnD‰Đ4„kwjĪ5­¯ĩĪļ–0/ĢÛū@c”’GČ}wyđ0tÔ.l™?uŨĮų5ÚˇŅg]!=”~4†LŋÛēME ĢEŌŅ¨“ōa<)•%/ĸ|(ũ–ÛšĖdu6ˇëXĸ˜‘HL"QIKüŨ¸¸õØd%īac×íąoč(v¤L^WļŽÍĩva=oväjÃd~•%Grp˙ú\Ø äĸĒŧ‰p\g—2āÄe‹Ž™|Āū؎\|tg’5“d Į‘QĖ–ˆnnĨ/•Q~ß\Ũ#w*ų6VíŸíĐĪ ô¤–]|„Š2;ëūKĻWMŗˇ0Ų!^Ĩ‘"ÜÂDô‘0/ĶH؏Šėņ;gî¸WøŅÃå ļ xŦ7=”‘#žhüÕ'VgÖų6W÷-ĀĘšN'¨$[éKī‘greq'ļįUFė­Ä]ų›ÎŲÎUŠ[fŒē`ĖÛwŠqo:H"vũhôķ7ŗw s,Ŋ¨YoŖ*)YØF˙%šjˇVØdĀļtČē5EžƒI*4SØM`b’ÄÚ\ápÛäŒķä4’š[Ē3ÅR$+wÛäÄNNGËQã3äF‹\n>RŲîZĪĢãÜIŠ‡ivJŦ¸§|RŸ~\đĀĒ˙j Æg%ųf ×ļŦ=ÉG_Ļ¯DÚKus>îˆnˇ6¯Ą`m>ŧŨŊŅ„ ŲōięŖˆŊŧK6sí›ųĪMģâĸž*ü† a/­ÔũeōÛ=›§˛JĖķG6ë}+ö Ŗī'.DUŠÜø' Æ9M˛r;‹ũą~ÜĖy^IŊš€šÃWP_ÍŌ“ęˆ42ßA’ģÍ.„€=IÉņ đq’+ä$ŸÆb2VĮ ¯žˇl€œŊÁÁŒH™9ĖíŌ;CÛlķ5Ÿˆ†!ĩxÜŨ°öœ7‘ĖŗOåCôUđXŲ¸J6°ķÄ{Ų¨Œmwį€ i͌öŅjž ėÁ˛ŦäØę0sžŊ!éĩĨānŒ Ą‘†#ˇ;ēž—[ƅvTÄÎaˆJsĖīŲélÚOÍ戀 >ū:gT:bTúš–iEίUwŨÚŦü1!ė+ˆĄ;Ų!˛/Ī=Û9RŖ)Ų÷ vm¯Fæĩø[üWÉk5§z7ú#įVõ†…ņSÖYÖ U;•qė4DEÍëÖT”[×g˙ŧ%ĮšöÁ1ô՟;ÎŪ °I‹Ä ĶSDbˆFÄJ7ˆ0Ē•CF3ĄyîÛÎōw&ĨTbÖŊŦöVt}g˛VĄå™/@Eích€b¤­Üķķ|ķĖ€-[7]!L–'.žĒ_QdōReÁŠNß% :ēÍgzrôOļKl”U]jôdcĻˆ>}„æĨšį ^ÛIMšŸ[( G˕ĩc¤qsĢuڒ8Ÿ5‰âƒ­ČŅ:EVŋ؊Ո‰Ęßyâ]§k1ŽÆ$EĶoQ‹%æÍVÄ5žø‘<^GęŌĒ}Ö<†ē98q÷€yÔĀ_ÉMâáû “Ū(Ką7yŊ ļž€O/TéUwëuÍ4 ÁüQL&āäQ…Ą/jü:ŒœyĨvĖŧļēÚĘpXÖŪíÚ˛&öäaaã6>§ņˇčŧŠ%nĩ1ÍŨ3Ë\¤Īė›•ZWĸŌ1ôš.øÛĖø&fŨ•÷čCOũJÝĀ†¤ō)•y’-o2?Cmg•…écAVg1lģ<ŅyI“dz_™Đ¸uW1u3ėaîË+žŧĘ @g˙Ä>ļã`rÚ~YāņÍûz:‘ą+“‘€› ĻDôXĸ 7]>j,[Ļ€åAŅœ n!ĘUôī•\ AZįÕe%vt$zü æ5ĀēM Ļö{qŪĐū—AK&(ĒC5r^:pöAŗ~ķN’´¨cnŽļAëlâ#āėîk×Í +ėsÜÂkԀŖ9īĻÎJą•Ä”#€^ķR§#L˜jĸ“3!,ˇķĩ“EQԉ›ÎcFz.˛~NO PĻ€-‘ŠWMd%}§ĪŠ,ë€Į ŅwNäŸÂzb_Š>ÛeĢē!Ú,SÅõLļ‹bīąŠPd|!Č)Ŧˆūą‹§$X‹”°7šf ¸ļāˆOR&ęŖķ [Īo=5úšŧZ•dŗ‰ā—-r]+˛S~aõũ$Gpĩųs˜ËœoĖ‰ĸCĄ&j'GŅmĪ™Tđ4iŌv$™°Ūzåö°sŅį7îŪũ†ķÆôŊ15tĒE¨XÛęö •đÔü¯šå‰öŦV;9Íļūį‘ŨĐ­ŊĸŽ°šņV'‰Ē Ič|Žƒû/ų~xĖ´˛üÃ]wm­<O)Z•Ml?ĘĘyŊY%zŅŸg#Hļ…“~qēQVļķáØuŌŨ׊ģ,]ëõ‚îĩĨâĀŦ8dÕŅR‰H ]ōëÚémÆũg6xu7ązČĒRŌæsŠ{@öį\#M…—¨ŠR× ĨYŌÆķžrjD´§I ”OúÕ˜/•¯‚vļĪ éx"’D$UÕm9ŧĩoŊ šŦnžÄ‡čF&kC8ļ1túš)1]M×ŒÃķ+„\÷÷ô]Õ 6đŊë_× Ŋ‡úœ™ŸÃÔ'ĩŠWhŗōæ§;)ą¯c´Õ6㒖ßŊGy4ĸĀƆéYZ}qC%Įßē3Ę3…Ā $¤ Q­"W94ū'Ō š -/+Ÿ^UsūÜúMeđę„Ë#‡>áŽč ųiúĒąë]•æ•w=Ôn;bNč°x…,•ģÁJgĮ­ę=n Vú^Xi­3.C>UŽk9m#CK¨ÄčâˆZ=×­ã>}eđÖÍ/üÄ"õb=܂KˆÉÉUQI­â÷ēÔâUāČG~Æ~ąc}ÔÎ1øVėÎvœ5NZk"ĻSãâ|ÛkĪ@Ļ2„SĒCéHēĀSöqĐÕéVO=,bŨņJŽ "Z=úu5ĖzTTi…‰Oĸ/ī?đaæ7æâ•ÓoB`ėģŌ?8x‘Ô0nĪO=f¯ļöžŪō‹wb8ÜëQ<Š ē•pNŦ‹j‰¯Ã)Â] °Â¸“e„ÁĘŨ’tdÛĸÜŪ``hp6ßÆÎÍ $hâĀ/ÕĘ×xG˛‰dŋB˛č5/O][›GŖŌœXk×Krš\ø:îCĀęՔ´A öŽŠlŽLĒ6k,­hUi Ā%ˇ~Ąs?dīE@N†AuÁ!poŨLėõ)xĘÄp\ O`÷åōlp[qą‘,’‹Æ\~ZtE&¨Q2ž:#žzÆRuYŠņ‡2RąhĻŒi}h ģdp,sAÉģĢŧRf:ąÜĢO`R՟ 6Ž ’Ē”‡ąžA×|Ré/KV:AV­‚ÆÃí2+Šķû،ō;lƒouģīpÁc\ĢUí&,3Y:ÍF–¯œęŲÚTĸÍ( ¯ŖÁLE§č=$sĒ14\ũ­ĪîPÚŖŗQøĀŲËü‰‰D.ÛT‘õAĂŪɉJ]U§ŠąČ˜ÕĶ}N?ĩyâc‚—ÚžEp˜ÛŅŒ Ā~# qͯ§ũéĐĮüÍšŦ=X3Å&<åz†ķ19ĩvŋQĪ€t€LžÉĨc˜8žeļé›ŧî0äĀ×-×ŪxãÅÔe^XÆãÚŦxŪ&gŨ°īû…ßœLĩC)9÷líëŪdģ­ÆôKĄn0ēPgi $ą!ED_ũ73ü1ēUOŖØYŗĄ•[ “!č§ ûDŠÕ&Ņ=1!ZXJÅ8éˇĨT~ėŖ$Ė$SaĄQƒĸ؉“ ė)CŽÎdƒxÚ;d÷åŗÔĒIęÖĒ2Į‰AĩH pEķ(N=”€Ã'œ¤jįUÂá´ĩāÎām82ą™Ŧœá °,ųŅ›ÜŖgĨ[ĖčČ\…œYYģvŸč” [zfaD{cŌG:ųĢ(Ę /Dø†äö7ēŌĘ9 É&&9 ֊OŲ†÷įnãNËĩĘ1ˆáŨeĸõ7’ĶŽŦhX`KËãx¤:ôŌã‚™<îij)ášp‘‘ŗŨÕ§ą!ĐŅŧYĢâƒÚHĩœéáúė}pˇYÍŗßÄ ÖK¯b#¸ozwTuƒp™œP]Ė>z¯üyŗÖwĸ˜ĨÕ|ArVŽšú|@×íŪåmBm÷J"ëíŪ Æ &," –;ŸŲčŽÃ‰Ãí‰æʜŦŠ•}n=ÖqēČËXMū”úd:ķāäŽEîŨaķ5:ęŽF *Šüwę^ ŒÃŪځ•§ĘŌ[ųƄ5i]hßÃ4K—ŊÆÖËą”ĄšīĢ÷˛$0ŽNā´dHFŖžâ‹ŗ@7_įWum=ŒĻ9¤øA =bžĀą2ŦãhĀŌfæ^s—÷nÄPŅŲŪ™.ĐČŪ.Äf­HŒŽT+—Ëîä 9šę|Š6˙Ŋu=—y^Ģûg˜[÷kbíŸæzƒ3ؤD9ĸ×ũõ:‰™u5’įũ˙ĶēârŸ‰Ŋ>‘Ŋ›jUpr ]ŠŠ÷J•-3hĶĸf[ !ÆĘ(ÉV É#pMp|dŸŠÆgXcžõßæ1áw%V\§$B‚žVČ m"äyXūv~Šët’wI#…káDÉŠTĖ—ÚHuöē÷5:÷\h ¸šVMĒÔÜ%Y'*Pˇļ2wКLˆË˜R~lėˇĐ. l`FÃŌm5¸ŪlzĪj6úöDČ@–šŸÄÚ"ũöNąrŗˀņ™ŠÁzÃâŦ5˙.:įE7E( ņŌd3S/Ņ†ûĀ’´l(@Ëh•‰ž§žg úøĩËmáŠc‘ĸŸû×VėXo ų Oō,vĘ|Œč‚+W‰F_ ˛ˇM”ĪX™'ą¯áíēä!WĒŖĪØšĸ¯€ ˇnÂ:ũ’¯Ę‚éS0Jx‘lÃÍę9ŗÉrj˙ø90'>UC+fįĸÖåšv6N6Ä)¯%‚x0Â5KæįqRŨŲȉŅęæÛ۞Ũ}#*­2Ü6ĮŽš”3BæÛÁ°äáėÎbFŋøõCã‚‰ä i–NeP/Ģš‘Ī 7^,­B_ŋGâ—ģķŧŲ^ÕBzā ¯Jęō r<ĮM­@.•Ģ;°TgWŠ^ņ–oč‚ëĀ)˛€~ŧļRŸEđxÜÄ%g¤×]t{ū~—€ũQG]ƒ#üŽ˙á™Īŗ}Ą| i"kÕķF>˙ét°ÁbŒ5de2ũ-RŋD–qšÎ­Á *œËŠyʗ u_ÆTÅtŠyŠ¤{…¨“ēprK™ĶŠ#p:ĩ9šX!†f LŊJá•ÎČų*B>žßå-´'ûĀØAūx?;Ė¤dEí^(Lh6(˛ŲSGžģŗER´t4wŧÛôČI<ĮßYŅßHÅMZÉÜīĨ/ø3Ô÷ŠŖ†\¸û‚JR‚Ôú×FĨŌ)žŊŠ1BJõééIx5yM´Rĩû\L÷V$ņ+:\÷Aˆ‚—fŨ ßcšÂ¤1KQ}į^UeV˛‡œ•bŊŠŲĢûüōę37Ą‰u04‘?˜6Š‘ÕW6—S+ä<šÜ“wH‰?8ŗ|IĢ}^s3Á!hS…Ô ? ’d>ârĐščÄŧ‚ ¤ō`âëáfõ¯l¸M'žJÎwFg‹íüB[eáP÷üÚXLzŸ¯4ĖDnĄæ°ĖÄ|ŋÕ°)Ŋy>šø–NÕ‘ęœ)|ÛQTƊ¸Ēšäßčŧ(ŽĻßâ Îqß 1t˙ąÜHŪEg'u7†­B]âhŗ29ŋ‡P°në5=˜§Šû*Ø.<˜đŨ3ËʟŒvˆ•}ĪÄúy>+ƒ´īžŨę˜" WÁĐ ˙ÕsēQęVŊf Æ4úœÉ0ˇŗGô{ŧ?ī_|sŋĮąûįīq’éM4¨_ÔđE!˙áW¯ĖäŨlPÜÉs§ Ž0Īx?+h™Ŧˆt$Aj—(ŒŠ$“Œ}}Äķ€G}žö.ēö8;‰Ū•™n§ĀŊB^æ:¨1ėķč^­˜ûÖsšėŪˆ-Òu^ĸÎčä^—ķTʤ“SBĻņ6dá$}7ą˜JŽ”Gī჊ŠLöúyûã>¸Ö+øäK^cĪ%îÛ}¸gäŧĖčí†Ô8Ū?Xû ö„8Ũõ!ō–ˆßŗŦ;öp‡ ö?ügœāāøf´*Đė_Ÿ„LËÔEƎ9IãSAF¸“’V֌-A*(5B-ŸÉŠÃߑ]Ƥ‚KĮüŋė#ĮųģīøößũúÕ¯_}õũWŸžūõÛ_>}ūũ—Ÿ?ũüíß~úúÛß~üōû˙‡´Iļ-;’lązļ":āL8Ü8*1ą‚ÕIëžũo#1ĮP[‘¤ßc>&÷{ĪŲ{­9íŖ:ô˙øË˙ņË˙ūų95ų‘âŧj4įbV>äËo䍞O âęļ˛A¸ôVīņ ŌES ĮROJĨ7Á›dĘot}heqK&¸Â&ŠOŪœëiûceÛ[žŽ…åĻrܲ;ŸĖĮ!›r* }cUS‚„züGŦTmn˛Ķ úDÔ6Ō ŸˇRīy…–ÆgâŪvY„JōíĖįC­—žwĮQÄ+).FŦŨÖL_ +īšZ~Ä20ĻE¸Ÿ¤´$ĘĘĸ­? Jü‘‘ŧGËߔu}ķƉ_pā–œö §T‰ NūÜ:z*wîQąˇÖÂ;ũģ)ßŧĻ•MŽø– ¯îD6Y“fņŠî1BĻéúCŦ¤5đ-´ĸ'§cœR˛ķ/Qœö*”É{›’ž¤ŒŽzĨ*UņŠ"Íõƒ)ĶķéoÍ @+äM"ČĨ‚ģhC(D–ÔÕ'—AĘųĢŒ"*ũŧX­%N'kãĀ˙´âm6:RĘēŖwÃæa”ũĮƒ ž ZŸ¨ŌO+Ö|ÆNŠį;ÂÕ8PĢ@ē@¸UČ „ã]3/˛‰n€+r q§>Žō+2ühbŖeq˛QøxįÖšŒI•šđ[eî[Kļģų hĐ0“ÍMĐuņLéķĒũcrĮ‡ææŌmE=“{ĀĐ'Ž+Ø îëlæŠ"ŲøĢ|åĖ2_īÉĢ3Ûøęē ŒjíīlŸ8#Ž¯VYĪ‹eĢ‘c¯ž9ļAÆŊœß3ąV¯Õ›S”躨â=N n(ȸŦŌŒo @ hV{ráûmdö|Š Ūk>Sí0dÃaÜTĢ­ÛHđĶŖēOd`–ø_ÅŨÍg6ņ# ĀG5ūesĄ„~nr¯‰Cß{ÂMĐaá“]ĸoŗ‹ą`ŗÉž ;Áí?īą$"ôĮ}Ę %ŦķyhOCÁzŲbĩ:‰oÄKŅpôĻtķßų~ &cđčcģÉj™Éėö~ž¸Fæ“_7 øâ.ô‘n̘wūĩĪxīžěĘQ>ōzȝđ-á>4šŅ2sā?vœ‹ęŨĢ“Zí'ČÜĶŒīŒũĘ,eGbęN‹0š–[Ūx4>ĻtĮ‰ŖÁ= 5y­>Œ_Ū˛‰'ņcwqAH[‰q^hAŧP|“éąkâQ.Tg‹0{KFõĢõą!t&x´­†Š|QÃ-ļŸî˛bŒ d&WjvH,* =ßąRƒ a“nËJM1ö%Yp12Íĸîdd’äĢˆnŅ|¯Ī˛Öœ~ŪNŒ×YRJ_Oôú.îC Ë1Škžš$&0˛Í˚ķŗ(ũF˙œ!ißawŲ“W.ō¸¨šĻM/ŦŽpØjūAÄØC”ûœ}‹tØJ[pļĢņ‹fÂĘúúLčŊwEëyĨįëäÛž_´CL§Ÿ9FĖ& ;æĮ|ō}ņfņŗ>s~Ī|X‰ąđԏÐ˜× ú[ĮÁ‡§–lôaebFŗ&ũøę•ĩĨ~”nUéj~é…ÃĸëũLK"ĐTÄ>Į_ š™ĩä(šJQ¸_eՇtú4ļGrīĖ Öųõæņz3Ãą÷°GƒQšŦō 5Œ ’^{ū'§Č*ˇ&į,-Ė7uņPŦjÄü‰ĸŨķŜEō•a<ĸsėĻÄ 1Íy˙Ø[ë°đíKxĄ[Ö}IiDŅ˜;_ĪĮy’'ˇî 9íZ Ėüi ƒ*7ÍAZ<×čį*͘ŨUWlj ĢÍ uD™ķ.5ũ貇Ã5—×1Æ'?Θ. ƒ[ØŠ¸Ų[Hy‰fäŲ?õų@ësãŸTkAę!°2Ü%˗ū$ŲČFj<ēácš9„Āä™W5rjãĩaļ?ĄČ @ÕCZæj.ĢķyoC"D*î[Q=ĄĶË HE­Ēße Øīû}:ŦQ@ƒh]+ ˇÚy`yŲôA|—œéĮėHląäÖAÛ­§~ęÃDđ#y é„ü¯šĪ_!­kŒaĖSÂĩˇÉí“ÁDÁ뾕Ūé‡Ŧˡ€Ŧ;áŠŊŽiäųrŌ›†įč5 ×=wûÍ0.*–õuagõ„G˜b´Â<‘ĸ(rTĘ[Ņ ˆō¸„—N%Ĩ8D§Ĩ yö†î“bž~yŪËĖįĶđĪÍÅ$&ĶōQüt;˙ëņOé „Gü`o<íßOúFC•‚°ų0Áaŧ™Mwú¸W™ØōNDĩ0Yú Œ¸ēŦh•?æākÜ͒:ø*[J&mÆrb÷ļDÉ-"vM”yūlQßnbęægr‡t&ŋš×ŪXJ…ĪČGōFķ]įK(MÖđHxŽ+ŦëĶĻwŒŨ7m^ĩäŊlĀŽKRP>Üw]LžÅ„Ëvüį7’LNA$ŦãH nHūĖŧŠ {ۖåáwdC^ceōÍ'ņnãņ7yÃgÄ*¤x¨îo>Ā¸9)WRNey:įqų!ŗÔõ˙ŽÜ%NÔĶxôø\:+g3?"s*ŗūVēZ~/%C5áƒ1y]m¨qŸ„Œiڍ…­Ã“č”ÆhĻ.6ūņdßįÍātĒ›kä\ŗ¤™‹<ĘRĘHŗŠĪà 2ķ’ĪDŋŅēžHwΊdE¸Vc@څi ô~ßÁÅWË ô…Āā†år#|ķ`$ŒmĐ3*‰čpâŸļŽ|‰5u(yšf/Í ?ßā'ŸāÃVæå<}Ø ´ä@—ŒŅvØî&Xˇ›õî¸v‚Ŧ§ũd“IJ,ų Ę­¤=ámÂiũún*(ĸ1 û×8—ŠŪ90Ų„›özlu ˇ~ōŋ\XÁ đÕ°Œô$į‹tY”<‚Qg.E†Ŧē÷}ÅUûI+O8į?z=dŦŅ§ņb§Œ‹ąĶvtr~+O‘Æ€ŽíspųØīÁúh?ewī6 ÷ƒƒ¨Y[|8ÁŒŅŒŨ# zĖ| é L †~īÜ|ō+5H9Bā w*“*Ģët Ā ؃ŋÜærŗ¤aķ]ķõfbĪĄÃCČ{_øŪ ÖEļ1ŨôAĸl%€bÍĖôˇĩ˙žQķÁ4Ã@JęT|"ãĒâš05pc& Ú ÖÁwev^/úRÁfŋeaÕ9Hāé—{]%įj$WiŖBļĒ¯fĖ‡s+4Ę;.§š{ėÂ>ŧûMÖFö`wšŦŽAÜ×Ek–â%ĐôB€Ŗš¸&î5=GĐeÖ@}ĘŧvŗĶßÛŊūô¨=Nĩėí8ãöö ¯oĀt{`iųkĨŨø÷´g 2Ņr)ƒŖ‡sŖƒĖ|Ŗ1–Ųķ)ž–OÛS”‡ĒIĮ‰´3Š-Ž—S„V…šô­ęlĐMĻ×ÃĢÁļĶœuä\S|š5͌C$äÂ2šŧĮ@ûÄvķ0Ÿ;O<˜$‹ÕŸĐŽ“JõÜx?‹ļ<0ã-9jáņ$qøĢātčAÜʐXČÔΞëA° Ét—_ÛxLRûĻááĀ¨…Z ­A’*Ū…É;úēõRĻ*'zrĪˇŧlãt ōgvū(uŪFŒd„F⁠GđŸF.:Á˙N˛Īš¤ÉpĒ%Įß\é Ü´ú )zRĻrįœ Ū(j†Ķ´ŪųˆX' ˜īœ ĻY´ĘĩˇƒŖēcËaŠÆęŠ×c­ę(rį’;œ(¤tÉ*bTîÅÚuĻlaDNô7āŪ¤>…-ëûzĩSŗ}°ÄüŽ“Œ<_ŋUˆŪ`€î ĻŨō*—4)ãŅĪm˙ĪĶĐĶĨƒvĨd~ļ§×u' g­“Öa]ŠÔ8>ČûËļÔa5¸W?æfūБ)ú÷€Į‰Zeë6nrM`ÕŽÃtönŗÚGËšô$i(ųCt/'Žxũ>ë܎Ē|“Q9meĩ/žÍ5ō;"í6öhQ€ŽÆ?Ŧú_ĩpƒ§˜ųļA4¯æĨ<鏅RtĐIÆGm)ģĘä[ 6sō vÆiP‡„ŋ‘ĪiŦ"Ļŗ:nX˙fUõķ"R†Cœ Ę4īĄ†-wŒ!/?Šh— ´W?Đīųxn3Y˙õ'›’=œ0¤ãák™˜Yá‰d†¤ŲÂO sžâU[žl¸9>éGāgf“¤ˆõÝņ´‚­Ģ?!_ÛėĮÂū\›ÆÉēíĪÜÎÁ>ūĩW7Ę|Ŗ€ÖØ} w¤f=\Œ•{•… B žÆ×?åĢMqâŖÚÎgi¤øQ{BGÅ=écūRæፘmÉFĒ;Čk¤J8i“M ŽˆÄv Sq¯›ūÎ×Ō1ķõžÎo˜uči Ņđņ™ _¨åLEĨ,ĀĸւŦIpLmWá|ķ-n¨oØÔŧ$F†œŪoōBí3„$ ¨ĸ`ž7×CMÛÅ*T‘í’8>}ūü¸ēVÁ_öä”ë !4/e=­ö€ûGÛöÄëŦß[Î/„.ūáQŪãÂŖiĔíĪĘ­ãĨwö'‚k–UÕeõ%”§<čŊÕQŪDŨÆ`¤âČO`?‚Û;B ô(¯œ ”Ā š›X›OYDC:ęL„HëĄ&ö’møļ0ŦUö*slŖoĮô7æ4—wMÚįČĀöVŊîÖöR°ė„eŌ?.úv°Tå¯\u˙˜Ŋx4Ņčĩ3SXrQ(ŸŪyė•k|†$°ˇlãcxeíJĐĨôܘÎĻ„…ŒķÖa)ļ&?ļ7rsڛ5‰Åö’•:Á,ŪúrhĀ—K1V˙*öūuŦ:6Ž1n*ƒBrâĻĀŅRœ–Že¤7įRˇĮ0aß\W`‹ļĪŋÚ ;˙¤°āŸ×øÉLŨ,CŖd2)Ũ‘õ%œ }-:?&KG(tī0gûŦRû=k“Ë)ûؤxÔ-öpø1Ė÷ŌšnũWá`û9Œ‘´žÕ:ÛļŪôļÉÂôũ‘īs3Õp.ØzŪxÖŧڅ{:Pé§įÄ{zƒXjuÆ7ŽŊ‘Ü}™ôaäX|ŋŗWCʝŽq‘6äQqõ…˛öš=x֍6G´Vh\ũFĘ4Ļ¯3ĸ͞ôæI#ۏõŪģĘägî{:ËOD;ËW™I]ąŠôŪ‰.RņQ>į¤R$wfM,lŦw9ë2Ŋæ˛ĒT˙HüŽ Haßg@d€đįcØā_†PįU ĒzcG{˙}Kž"—ęũ^ē¨ŗÖâxÖø´Đ ŗ§ێV?ņO3ũ˙â䁒§ĖßŅÁ‰.s­7^ˆæĶa'_híií‡ÃN¨Ķ'˜*Š×6Ŗ§įOOôŗ"ĮÍū˙6ŸŒįčüYÁÚG°×nå˙"^DDŦÎSTUË'nqKŒ$ĮV Š Ļ˛“°Ĩęßû(˜_9,/Ū¤žaß}pOŒŲčķæDcø؏ąūJ‰uÄ;e•LŌĨÚõ›–JÁĐęž9Õ{Ũˇ?ŅĖk>Ā(a¸ŪˆŽ?ƂÁ§Õą4Î-šTãŊŅX%Ûî3á\rØŅqĶŌLöÚ.`´XëÄÅúžōģ2Ĩ; c掀ü >ĐzĖ_;ĖWΝ3‘Č1܍¨‡ŧ­7"ō€/eŪ  3Ę˜ßŌĀXfNíĩĸG‡íGuŠŌsĸÂâč Péb]gĮQ<|ŦĨ㓧íč›E5WsōųH Ž0W­ČXŒÔĨ÷ĀI{S‚Ŗ­kščˆDŠ6ˆŠpRi–Ū$ƒ=4ō§>ęāØā6Î:†Ģk*ĻÔ˙÷_8|^H^™ŪPŠÚø‚í k3îŠËMŽÁ‚4ąWŊ$F2 ÷ŪĄtn™lŊ˛Q>ÄiĢĒÁNkĘt}đú‡ãĶØEd°SÁN!=æÂv SÆĀQšāũƒ-ØfUĩ™šˆK;Ū$iZ#}ĪÛÔÉz:e-r†č˛ÉUÕe‚á[d¤ŧV} ĘĀbĘ,ÛE‹~ô5=Ųņūå¸ģbmĘY!öƒģˇ~X=*CŧSūÕF]ŧŠ­ĮTöNŪí{ņSáŨ^U[|Y@47L9šO:pØÁ|ļ~„T_(Ô,CؒŪs˙]… ŅÎTėá„øöÂc[yŌ›G‚SĸZašß ژ¯ÄjGi%Æā~ã×ú×Õ9HJæAųbŽĘ˜tŧũJ(z­īi‹­DzžC¨6ĪĢšú˛ŧ}wGŗŽ‹’Ž. wÍÂzÍpˇ˛kŊlŗYvjüėŌb€€÷tũ´”ö6\›ä&%DĀ‡á)Fí7ÖÖĖ˛KÂ9K I™YĸĮNĒ;gÛuD|TlÆ<7D˜ŖŠē}įcm]&9Q(×bkbđĖWčüÉĐVŧ÷~XY„:ËęÜL23>…Š>ŌIb1FôĒČĮ& Ē´q‹—fĪ[ŸZZn†n­ėçrfŨOUT†ņ+`lĒ ÛÛÃ֞uáTRC.¸¤ō.pT;Į0!t@3BO+ô”usæĨŊÉFĒ7i˛Ę¸Mš,š%sĐ3¸ŊĨĪƒ—ļ’œk†Šîô[Ķ´bhė'īcæ´ĩqØĐđL`Í>ƒÚ÷GÕ7KR-ģN& ĸéDÄģPŲšEŲ{Ø6īmˆlĸ+CŒÎ‰NƒCīö”~78 ąÆô¯õœ]Š%úÜ8GË|š#?ë2&˙ )WũAõĩ [ņ´&đ ëü[¯åœ1gõ( M× |Íũœ+aŊøæÚ¯.+ΞGgje•j0’0đÎ+ūĻ@FFeģÜô*Īü¤ņk‘&üI((ĻÎˡJ,øIšåii7u\ĸĀÂümÉa {”ŨíŪa>nŅ×sN0Ēė:OĶŽĄ,úŒßįũ…ĸëÍd+)~d”/5ĶŖŽkÉVÛ-<š+õ"eb$;ˇŠë3؛RēģĶėŗÁ<ö˙(j|Cņ˛‘ĢđCāšjī˛Ī`ÎX_Â˙œmWĀY>×iP'Ē¸ s‰eÁ9ĸ#W{ĩĢ`ZŅôAŌ\°ƒ'—W0LîŗŠįöˆĒ õxŨ9›xâÂĪ bėvŠŽßā‹@ŒKÔ4JTŸTŸ˛ÍÔĨ āNEz#SĄĸšÉ7ÔoÉŅ{ŧšūd°2Ôh6!B¯<˜Ü×VįRõ*˛EJH B§„^{:ˆUķeĐŊé]ôz“­_ųĮ6;Fķ? †õwåÃÛ㉙MׄÂûƒĖÍĻ4ÃÛܛ¸’īé2¸&œ|ˆ ¯%UBÃák“¨ŠžGĪŗ+ßpūWŧĩLČæåŋŨdŅΗáĘ (›"Ĩ@˙G_^éoŠŦÖŊØģ™Î|cōufüáܙŠ` ļn}ŲôF}ڂĐ88Š™ægĶ׎ŲߜÁ}+Šņû$Œž˛JŸû‰Oũã~v:§"|Ļ”ĖŋU2×OņÁ/RÅĪg ~}ĪyJf÷V‚ÜĘ@\G ÆUŊ=‚Ũ– ,{ã8öŧžæ:ūĢK‡ˆ™dFʸc€Đu(žŨŌÅö tä‡ Ã÷zņúUģûī(ˆ„ĒˇĖiCb:õ1ížW/iņALlũlhKëėPÎeģusČĀā}ö"‚æ8žC5&Ÿ……Ęû,§ö VkB7c–Ŋ3>ėé˜iÆ4”îķķ(Õ•Rųö[–‚ų‚I‚ÄŧqB:dÖ?!ŊM\ūƒ*^”}Ljtą3:™lÛĻSj´„ˆŧ؍í×ÕK¸Y!Ŗũ #’ģחFč 'Rî‡ÔæIfŗŖ¤ĸ(w!åcœ˛iOĸŋ ’wŊ„™÷™÷Ą* Å‘ģŊÁ›ÜŠ1¸.õāĀûŅ”ĘîqeNtĮō{Áį}Ŧffį°X8r –V‘u äq@roÂm^ŸTë5Vé•Ķāžķ"ŠęЊy]ûk÷yĨŠ…Bį*ŒkxGÚHc"-X§ēÉüČ?´8ŋŌjĸ Õjœ›„:~āû?’÷ųåŋûķüîüŨŸ~ųĮ/?ũķwúĮOŋūé×ß~úíŋũá§ßūūˇ?ũúûūųo˙øíĪ˙ŊŅûŋAī븝ųĖ ŅäĮĀä>qûs^‘Îį‰ōĀ­ÚÛī :7ŋÍSgHGĄÔĮ—3ĖžĩOPæƨ؟(ŗ}“D ûŸŲzî {ŦqÎL_:›ûË-ęčĐWÜĒŽ'ĮY {CÃmŠEæē  Âo`Ą’§õĩîãČĨķ"Ô!2 I¯BMÚkÄVŧĪād‰åÃÆĪĘ! WĢždRFëÖã_æŧ4ÃeÉf’#žm[āŧG4ˇ÷ĀŸ7ĄŊ™ŋ¯ĶĨ>x„OB|ŠcŌ”Āhķ\‚røL‚ŨLMÚāCAĖÃŒžĻRũö˙šb“˜&Ú.ņKzsÉÉ.ÅÚ}"ŖÂôĶėōČŧŅD–ÍJ.Ī;Um‹ķˇU;ŌGøvs0ĀNXŖ3LLLĶķá9˙ 6ŠzÜë„b5lœ…:lūŧAĩ˙z7VBOßĀöŖ'#~­8ĨēįĶíˇüÁDPčŌė ¤ÛÜ(\mŸ›wö+Ë}ãõŖ w YˆŊ€éŌˆ‘Ŧ[AæƒČ ĢÃėE•Š‰Š-~fēũ!¯íū¯ŨH‚A:U­EŧŽŨƒ ÙĶėhaÁ5^S >aņĒîvÕĀ4ŠØ\k{Ô5˙T,¸ō5ĪŪŅŅ…’6­fƒ„HļÖO$€øÔÁ6æq.ƒĩŅÅ ĨÃRŠ9ˇxŽ$ĘëūaõcœķߡŊ_ūJŠL'čož­AeS(&bUZüd\ŨÚ9ĮĀæN&CI#hė$OVR’÷+ÂaŸũqĐcÕv@vKŅ°–B" ¸āqŦķ`œ áEf[Foŧ˛[įÁ RŖEáĩŅ8 r ūđkqžDbĩ'oLÄ —0AķÂöĨõiđäÉjŅ^.H‹ą.ô÷Ä2Vv|ÍΝhBĖđôe—Ŋ§8íF2q–ī‹ė Â}įˆNƒÕĒ9á-É Ąa¤,ocÂCÆÔ°ŽąišLæ\˙Rė+Ŋf.GENķëá|õžéŧ†9B‡›ļBÉ/ii‚+¨°Ô+ˇDŅVÚ[:?<áÎʕdsEi5įš? wîiAŧÄ1WvuĖŌ6ƒIqŨS*Ũ$æmå}1—g?§!ƒ+YÛM†L kZ*žŧÁ{$Ļ˛§ËÃ!j};ņw$šƒ„dÃĖĢvJQ‡ĸbN$ûbS€ŌČUÄÁ] ĐŽķQT°m´S›Īk5Ō^ŋߓ6Ŗ5GkQĸ(!6gĄP3´shሯcęCõ*ÎĒÎ;=F%˛DF%ˇ)(oF”0N?ßī˛×Č]UĖ.;ķ¯›Ûĩ:FŦ/Ģj_•gč$vĸ)—OŪM Ã˛j8—ž\)…ã ÚĨ+ÍyWĶÂj?P&3É rMRuāf]7DÚŗ‰WĸÖEn™ėۈŧĩI˜u'lŒųŠ JrĢ{ßÄV JŦęƒjx…=§Ĩ›ÚD}:PŦĪ&Ī…t@ĮûmrTÜ­ƒÆ7Á‹ZŸŠ¸7ĶĢ‹3§´SÜ"{ÁÔLRž œ$xcĮâãŠÁ}”bC‚ ˛­6‘?9RņQ'9!‰ÂšĖÖu ƙü:ô|Mĩ~āhVÅąŽ‹ [­:ŊĐųd&Æ"™ Yã3&’ČÄuTÔ"úö›š:~Ŋq ŧpš5Ĩ¯/ŠYú˙'¨‘ķš%žƒOĪGv¨:­‹eÜp‘y+ˇĀCŠV4HW)–ŗAčsgYŗewĸĶ4Úa$čOąylÆ&eI°āą^›õ¨-Į­ö'H-;yåzæĒõÅŠ˛ËƒŅ+îtŽ‚ĸĨÕ$ÍPAæÄČØf šĖī€ÁF~rˇâōŒļâü ˛Gŋ9ĀŽų<.Î×lę’O įę $Ą–×VA’1'­ŠG:2 lŋ“EėčÃDļeƒĐˆŨįÄcJ/䯒’bd…ėRĀ[M‚šq#‰=xųd…ëN›ŧČ1Ē4#ô¸p@+éw ߑvüāņą7 ŗzžmMāÖ÷}ŊK<zPŌöSzáIi58îR*so9+ēAœÂKŊm4ÔũRíˇ>ėm1&%øŽ?ÉHīO˜#¨>‰*`ŧÚ?đe‰ÁFKėûĐËŠbírÂĢäNĸU‰"šDĄŖŧNØ|5Œë,aKˇ`öįfÛĘ[Ųf=m:Ÿ˜!]“ T…ø/eŗÕɒéíķT•đWöøƒĪĩ.u&xJéwžpZĻŨ߆Ū\? Ô‰7qO8Ļ[xÜĢ]>“˛Š 5JV')ø“ŠC–%3 čõ†oęĐIĮhk'ˆnŠ¯ēČeŧŠėG.ģ˙}¯ī‡ŗxVčC{栜)î×I€cR7lé\ģũ”|ôęŊccnŖjŊŖS7ĪÔy&b¨„yŗXÄp¸‰{4ĩy L:ßyG;_z:ë:;ķ”ãâU陴‚ēt rėĖ™pėĀGzę/ũ˛Ÿ:†Jh`"ö.B*;u¤īUŧèn.ÁŌŽÜáy3TöJ|ßȊĪéöeūĀe×q#_‰‹]ioՈJSˆĖē[¸ŅÚ8ĖuĐĩá ī Aé4Q¨†ŒËbĶw”ƒų¨S”:&{Q("?žv×ƝĀâë!dæ2ũũ‡æŲ,y× ÉŊt/CŦ‹áĄĒs'B–7­Ōŋūöņ’k_™u8q*wž:—ŸT9\˜–‹Ôy< cõ9Le‘%ûĒđpĢa Í@´Ėr%ņõfâ‚Tā`ԟå~zÍ°iĄ-ÁĒŊ!ķģŨđwtLx-T™>w\~; ĻĊŋēá9aöV2*"Ė î„ŅKHØfAŊŅW0¤j]#äŋÔÉËęĖĩvŠmâšH™Ū~îĀē1tuĻÖ$¨ŦBā9i¤~ÁfO"¸œĒlÍÎO­˙öĘ)ņEjÅē2}1ÂP\ą|s˛ ,¯Q` [Á¯n—Š5mv ˇEģ‹ŧ?zäšdāˆų˜…„āËŨĐŪ‰…ũOt[‚F¯Aōđ:Éŋ7Ų–3eû)åĮ*Û/YæĒpōé‹Kv˙&.îŽqËxeˇ<—×把î&ĩx^zARļ=ĖÍ4s„Īže֕pō6ëĻîjC;ƒęxč` āī>Ņˇî2ZL4ąÉķ0—Dķ'°´×y™žœŌŖ÷ŽØ\WŪälPwLøKJŠ!œéE>!ũ|–ũ’@ãå„F`L‹WŸ4›čéw\^8Ĩĩˆ˜´û;š`h](:íäKÍiķ”ÅķŠųŦÁVNÍO§ât(e#•É ;ĶëéŦPĩĪ@ôr•í@kŠŧĶđobäĐUŌāƒãŌ‘§ņŅüĩ¸R¸ęŗŧ:ÄfČÛázúu‡ĪVVžīõ8ŪŖik÷zj€šĸeú(jZ÷]ØD˛Ë9DMĻÃs)õÔ7ÎP—ã)M<7×Ų-S>8ĐQnČŧ.ˇĶ\2ōŦ4ē3ņÖčĘ÷äv\ÄŒNŗ¯…ķũsä#ƒŽ æŽŋŲ†Žjŧˇ$]Å{ö&<ķņĩ‚ˆŸú õJņÅEžĒÜė›õÔ0|Ø€Ëu2tk•–1oßß`÷­Ë+r_LŗŒņuįCĮw0Ŗ c Ÿč[jšynžĩ%T,V|OsšŪŅbī7ĸpĩÕ÷FlTÅús!Žąąœ('ĪC‰6@)ūĘ;ûŽZ–ORK[€bëÆq@sŧ§ ’ĨĸŸ˛ĸ3–UØCZËAˇ?ÉĀŸš–ØMqÚˇV“І(tĒĒÄČ[ĐRx}ruœld/wj}/âŠļte]üÆ'$s>6ÃגpOááŌ"ÅÅŊ•'÷`Gw 'Ú3&ģkžŗw&+ķ$­cRÛ8­ÉĖ*&R•ŽËāžO(O~; ĨĨtŸSčĀ9¤¯ļNFö&Ũī<‘É‘åĐŌœIqÂdØY_fé|’ĄüŒ0!˛ÁŽĶÉģh؀YXĄNę¤ŖG¸đˆm}*)'*j'úYåØKÚ8§$R9ČO$‰=Ž‘ œÉÉíMGrƒ=¯jE˜ Äũ&Zĩ"EĮ9ßRgEyÃ&W¨ģŽú\ån°P—T ŪäIŌ ČVsŒa"ŒH9ėØ;e9´LGl¯Ōžq¤Ķūw‹{ˇˇMÚ ÆF–š“Ēã6~ģĪ­1ŖxHBôĮāÉ!•gcåî š„F?Û ëHđßĮHÎ[ÄbbXl„ånųQP}ĒeV§ĩvÂí†ŲÚ^ÆÍŪÚËüņbųnd:…šƒŠ—ÎĶNũŽÉ#ĢE0 ĩ`Ũ÷Ąˇ{&‰Ø´ë5…MĘgōÆŋÛĖ Ģ1[´īĘÁĸ+yh”Å?—ž6,čö  ×O[Ų\g’ā Õsi!÷}Ë)PI<0š“ģŖ….‡~u‘l#^;˙ūō” ņŌã>*Åķ1˙íVįá˜l]->“B\Gu^‰Y\yÁ6W>•ËĒÍaāf§5 &Å5‘SeĨ.Â]4ÅÅHt\:úŖm#’ŖXW O(“ΝhĘîú^a&ã&"ëĮÂ*!LöUœh*5s 0åîK2—ņ k– Ęt?ĖŅˇâ2ķ)Bk)5æl#ƒ×ĸęr ą¸ŋxOŽ4ÃãŅč:­”BøÆKœĸŠŽÛKՌú¤>#Œ.•åâ*zOœŋJĨ)…fú›LÚįf —Fˆ ŽI ü˜ē"hÃM&ģCĨí\?´f„ÖėÃXjäO¨asÎãiŽ0lĨ´5°6 ¨lJ)¤ vHKve4…YîŒ)ą‘AŨGËÚ8ąßšĨ Áž,ŌM˙…ŊäķÎ)¯‡Bn§rÉl—z ƒŨųŌ[xm5 ĩeŪžÃû‰Ų5nČV}āUŠUĪ3žøSgAā,!XõvōG*<ƒāú4ĒLeP^ÚŌĖTI‚ģqëÁPæHo)āá)Cå!p–|ŽØ^éÎĄĄIGlŌh&%XĮ`Į¨}ŧfųаڰ¸žMZ{P˜Ķu ܁ “ĸRĒ¨ŊĀŊŽX]<áQ‡Ŗŗę _WĶäGlē1`ž9P¤z<°h[ŠČ‰ŠPá0CYŋ† V”ŽÄUv‚öûC•åíāŪOÛč¤Gą)ÔŊ4"CÁpj¨O´LōV&ō”9}w"6ķB× L%dĻ=ĩķ^8+"Ķ=á%h9øtâžYtú‡ˇMĩ˞}ÜĢ~o‡RA°ë.J¸Ž„ŋôėb‚ũA „ôu6›Ėî4 Éø­´.…ęĒ/É~ëŋ&Ģ~ŸC,´mhō›Ū‰{eÖĀ!˞Čן4ī4ˆSãĶūt}âŅš¸Īürą UMbë‘aÅĢČ^¯ŠŠ ˇdJ ų¯o7TQ•ĀnÖÚīwzh¤?ŗDRUö@cęCÕ?#'šW{j/<ŦÃĐŽKãtęs&ž‚qb”l5ÛŨ=š™žYĖŌŒÍÄ-fžčGĒĪâEˇŨāėMmųČëšÆņãF”m8N#!hgVzĶ)i†ßlĻĸRwķŽJZ8Öę ‚L‡dãũŽĒūL_@bw8] ŗŨ!%Íī}ė–÷Yģ6ƒņsŅ˜oé9vPe„Zūčļ.ģĩSėąĪ؀Œv?€˛ ]’Y÷ŖŪt_‰R\ŖĀZ­PĮIÔy(3B†?j‹Tû9ÚN\ŗyøQJcj´j“x!’séá]!ÂŖg×ū(Ö:/fĀžõ=•xŠ!.Üúßëî˙Zxį`ũŸÎÕÄfËNÆ,š4I~V0.ŌW-āîĨg í}ŋ„l˙vÔ՛öēD "oëBƒ‹ļ7Ø<ÖÉ/´OŖēŽâų eIˆåąŲkæęŠEūĻŠ(÷Ü#F? ņˆām“ÍąÉoî†Lk|ƒ_lū!õÂtcŗš°l„dˆ™ÕUwm`čĖRīz¯(sW#_G† 4Õ|RK:Ûæwڛ…ņ÷pÔqģ8I|ÍÍ\(;SËĻđrāÛdÕ×ŪĐë•Äõ〈Ķ—īqŠœÎ¨ž"uK #Au2:]NŒ…g:ŗoF­¨ÍŸ[‹N–ÍˊáoÅJš'Tü "â—"ÕŊNŠ‘,-|´>yÕĐžæËõąíŒéL{/ų”Ą1¯Vķ1Đ­ąĻŪĐ1øÚL9Ø!OeLËŗÁ3'më96āĨąđR§&Ļ#˙˛ÂęČĐ?cøUKīRëŽŪŽŲ˜ĩz A VW͕Ņļl•ßcyáļcgˇŸ(†H äNA{iōKÜrŒhNú#‡Ö<{ ĩÜXÃ";ēÖ 6Ú}͓Ŗ¨ōHģĖĀ=h™€˜[…•ÉÉōŨ€W1ʄ÷H–Ū_^ģ{ŨFâõŖWßÄ2J~áʛ‚R.ŨÎgMŽ–ĢČSÃaĢpŊ9‚Q|ÆĶ§‰Nũ‘+Žr„vW¤‰{_˛ĢM„øt„!ÖšÕųå~Ī‰T§ĢššßWÂå$Žēĸ)Fîũ:ĘC¯ũÎMŽõ Ųl tÛĒâ cf@ˆëôļe×éܗôNrÉnQūĐątŖrröSeĄ9F4ŽPßá2k&wE"‘íŲ]Ģßpq˙M‚qzŽ”sÉU/zgc`¯MvíVÕžárMģ/%öĐ™åUũkv`\Ũ(y?Nm#¨đÕã¯>9bŨšá1Ÿ`’6˛JŽ„qdãŨ6‰Æ8é°`LŠYęļÆŨ@™SY°q {ú WģÔ<pâtG`m“]—¸~~9?¤ģÜāķ WæzšŲ [ņQY¤íg Õ¨9éI“ž…Ō\_Wīegļš:7ÅN9ņ-'ö|Öu‘w…§hrT9v´h€đ¨[5aTŽG…ÁWißTķˇÁŠ•‘ęĢd´ÚęŦÜK›Ĩߕ}tŦŒߌNjņÉ.„Ūž‹€GȞĸƐ×÷ƒūŽZ¸øK4đ´2MJČËÉ7,ßę J¯3aTč@[9›:DųÆīŠ1šeĒ/Ōæ&ĖzÖŧP0­[Eķ°‡ŠLĶ‡2Éė|T/WÉáøĮŧDˆˆZāXîCÂ7Z!‹d ō !æKŲŒ}<=Àë#ņ7 ,††6Ÿã<Š•úL´ÖâuMÖ[ą/‰^Ļu ßÍL¯•Ģk FgEŽ'´g^w#›huvĶĶĄ% Ę\ãîLš™9t”ŲL &GŽVŨęˇÃĐĒjˇG2?ņ2ãäk˛Ė‡ŨtąmKę äĀŪh1•lŌā1 x5œ"â~N_¸—}ķÚ´ŽÍY~* Č)_ Wäpk#Í bĒuüÍA !čÔ+Û q崊tƒđ G’§ĐōŪ–WļvŧįĶ°ÉMccŖw6Z`<~Mm"¸ƒ%{ĮprîëP/.ˆÚPØ#ÆoÁv˛úŗÜxmv%…!ŸāĪ&yđŖāb Nų¤J éļ*' €Ygž3‘&&Ž5~.ûQ âĘB}@ĖvÜRëø.YáãĒu_6r$˜H6ũ…û%ŗ5JÎķ*ūŒ5ÁĄŽîäŪëIž˛onŽúGô8c øča¨2}Ã1gŒYhÔ×Ļ} ÅĪmÃŊļ5_[)kŊŪÉ ëײĢ×Ņ$Ī›0ĢWŊˇå c0DŧĸF_)~ëLŨîáœ8°@y$žxåUhŒ,*˛ ÷´Oũ2*nڍöÉeO& ŗâ]ŊΚhôŠÍg9ĒNûÔķÂYĘMƍôŽ§ķÚÅęđļz"ųoNŌŊÖؐt*žĒ[ë6ne÷k@į8bĮ×TđÍŨIoėZ3XĢ­Nuī6ÕņqE…8Ÿ`TžŽ J€ˆĒ4ŧ¯„û_ĄėxÕđë<~ļĪãBD¤õß,YC˜r\ۊO˛iĘaI_׏XbúÔģØá,\iô)ņÛ(ë,[õoXA {‰ßøÁ+FČ+ņËƍë,ã-æâlūĪ$]‘×ÔÅÖÕ­xĐģø/Č4RqŋōĘį "wžjŸî‰į;:2ęøåŦIoPH`e‘ŸFmđ é °ŨR&Ėi坃ŅãnøĒeŒ‚ŪüėĒŪAiZāąāØbą×ßm™‡Q‹–ZW&Ī˙XA­ãPHoÜ_ŒēL æ:÷PwEQYášKā÷•įųIQģ´æáwÂ顰wĨÁxKĪw ž8TĪÚÎLŸĸ]Ü ŊF[‘…ŗ Ŋč<„“;Ęĸåb €mF18.˛[„éæņžjš‰;‚$mTđŠ$÷fUÚ šė9'gŦ“îÂĸ~ę3ft——k*gãPÉšx†*`ē|æ‰P&ɂŌᇅŧU›€ˇŨ.ŋ¯É§ŧ~Æ"dLb(ƒ6S/LøŽ!¸“„í€}ŠÚî<¸Rũ}LD7Ú Ō-ōÍ0ĸM>>a34ŋ7ž3/Ēߧå(¯&ž< m!”dŠgÔmš*ų ŋw‡Ĩ ØŠĄ čE.)]Ū:‹U(Ty#ĶôZzÍķÕZ˙R9[Ę4ŧbØzKŗf˙üŅ°ÆôG‹P“Y…?Ū¤´§Hshڏãē1čŪēÔđjŒĖ6ágĪ’”Æ`MT’g,~ŗC+‘}#Ozmuān˜•ÃhuĖÚCqû3D18!‘™įXí^Īȅ(°,ģFxPW0gĻWŒĒ# ļ7“`0ĒÅ×ô%āķ=C4CvNRŌë$_ąŅ*Ũ9ኈŪJ˜—åŲ­,míúØ l^WÆS߁¤bOíf§syF`ŨnĨŗB=_ģĮ#ųN Q˙‡Ŋ ͎quŅkŧŌ4š ]¤čŦXs ŅQÚÅo÷=vo4đŽÅļ‡'Cx+´úqņlų[íu>­™€ũ#sĐļßuUO>§`ÂM^Œ˜É÷ˇD‰Ō4Ĩ>ļܖĐBēûvˆÕņkl0/OcRz-‘ErÆõG+Œ•M†~}|c:'?’E¯`eÅK˛V0‚Í’Ö H#+čŽO´‡gbđėIč­ ˇĻúRÂKä9ęEÜŅ‘QŧŽfÕÁˆËŦĪŦÂ0:$4&Z=ɟ­d­3$ÉŌRŖí[eƏÔA7[ļú`UF—!‡ĩuĢëîžhSƒ`Ā45QØbŠhã#uˇŧg9aÜŖeoi† ĸeŽ&ÛĶÖ!ēÚī%–ʧ‰Ąp˛táûŲ *$ŋmĒũäãGkʊâBøšÔN#FŅĒá‰YËŅ÷á1•ÔZŅØ°4)‹´2í3wPĸ^6b‚iĄšCPBWZT˙‚ē€’ŽV wĸfڀ‘ĶŠ ”Ž¨LDŊo™2n*dbķԜ[SMĜÉ1QÖwl]ŨíÎ7āŖŸ˛ĢÜ`⌟ÛTeū ø^Đ{Ž š Ãî YŗĘiáCīãž?ú}ųXš˙šd€CIß(qŖ‚dŨü¤ŖŠ_‘@ɘL^“Üzüž7ĖFõa@;5Ÿļ"ø ›YŠŸüü oėČp˙ÍĄôŖúÁ7Į16uVēĘT5N ŲœžßdÎLå1ķ5„‘!ĩpŊ–ų–ėād›RˆMÖĖÃČĐ9žĐ §Öī Á1„'ĄŧJ‰r˙ĨaĄÅĀáãË'Á1>1/âĖ€{ĸĒ|ņĖ’´ŒŸōN!ĩzÁM~˙’íŦkö÷áķÎĪ8‚™÷ĸ™uŽy C' .ĻƊō“Âå9|Ā€‹í tŨ;§9†˜ž_Í\jĢșÛīlšÉ‚3ƒĻüį˙ūã<ûįŸũõ—˙øįŸ˙øˇŋ˙ã¯ųéįüũįŸ~ũËß~˙Ķ_˙ø§ŋūôĮ_ũų/ŋüîŋ˙ãŸ˙ô¯-Č˙<ĐfČōJa5\…0ŲĶųš'ņĮ™Û%H›hÚä´ž—EĸmúDÛBŠŠ4mđĢ9â ÜŌ™äŨUFž;8Ú(ÛOĮuĮŗˇšb(˛ŪáĖôĻuØ2Æ2xuęPÃf ÎŨ û…“õę€iúœ^í…BäÎûøņĘ(ŧQ7ßlGŠčjŋWkg9Ī͋‰å5É8œŲĪE¯MÂħ‹Ø FĮ3˛Õ)¯W_~7QœQ‰ōTÁNy˙čæúĶKYü3ëĨxō}.ÎŧÖ+¸-ƒ*H…hĐŋ]ö†Á, Ō ˛3éŽĻt Ŗ¯ŠļųF˛Ęl%ŠėÍ°ĸÍįŅ§äēŦuȐž7ũÉd^›šƒÕ ¸”ˇđ$M‡*{%ÛHÍēHWJšÂ'Á,œßøm‰ĖŲ„Ųžú5ŽPúŸüåīëíš–oĸũõâÎ"ĩŌGoĘį˛éÕŠ°Ī}1Ú§ ~Ļä×y RN2DĖŲ„ž÷ŠbGœįŖœĮÄáÛ3F1pŠC ?ˇAŊ?nlNĢŪ”Ëŗ^ĀCšnščūmīLÃÉN—#Öé äĨŪw´¸9īųš|Úd,öĻP}×ķ{gC@ŊüęŌŊÜĪä\9¤ËĶéVķũíy”ĢOč1ôø'Y]1Ęá[Ųsp#“Z=œØŖńķÉUĸ“…ŧŽ8"Į5œcžŨäûüIšŅ ,ßAõgt˛ų€ÁR9ŨᏴą¯ãô‘ôÜŅ#(3ōĸŅ´zŖ”œ!OjōTōīĘ7mĘoų2õŒL+žõ|˛ų܎ų¨ũđņɤ˙֑ ûųĻŗ+_8 Ž)k‚8ąÁ=wŋ<å§@'O&ë•Č¸H}]zˇ‹>—įč$Ėę¸rŨpáēZDęĸˇ’!Ųū¨Ã›DWũîë‚įjoV ėį…M§ãÕĐk.×ŨzNAĮōSl˛MŲēķœ#÷ÆwVߝ˜Ã$Š0OŊ{ž¯.3[L†îĸw äcücÕĻÃâģOZ‡c(,†šCƒš¯œ%oō]]™BšŋsęLŪķāˆ6ļo2ę.Ĩf qÕ>æ*†´¨x‹ė–œOŒ›øœŲtģPˆa|ŧĢÖCm’•Š%¸ĮiBˆ´EI2l§ådņ&¯ÂzĪîĶšˇVžĨîooÛQUÂsā\Iá:Ņ[sƟW÷ū–)ߌ›#7 ›…{`°ƒÆeÂsņ¯dNũ~ŖÔ;]VíāĄbRīę"L@ī1įŦJ"ŋ*2Œī“„,mBĶ{]•T¯A`Ž+-īPždˇÕÄ "ūĄįĀŖzķ!pŋ—ÄxÚ7P™1¯˙EÉ%į„öÕ펙gf#ĩ]¤ašH§doHīyÂgs$áČĘüļB'r]U Ĩ ĒÍXcĐs¨ė階ƒ5"† čâŊI]æĩA+ nŪž˛\ĩ™ëhúãq ÅŌ‚Q™ŋ5ĩųž:8 Æj)„Ŋö÷Ē6]Ė!Ÿ °~€d`š§.įųÁcFkJ„ūZLŧoSČšØõ ŋ¯ßđ9Áų2ÚásūŲ˛z7A:$ĸ¤B˙‰!Į’mũ`*j1œ@5ü¨Ũ°6 Vsh–dXķąžÕ&#­ÚâjŦZõō:œ™ü‚Š|ãļėŲVđ]‹Ęŗ+%ĻWų sŠĪĻŽOĐ1wk›$Į¨ūĀÛq5;ūG~ļã`w˙íXc¸0˙&´ŸČŠĐĀL˛ ösĨaeëÁ?‡Lb‚¸žŸ­`T§&î‰&!ŠūˆßĻŨŽ˜Ÿî‹3Xžę1čĮtkrÂÁ5×q“œL Š'ĩĖôsjú­„č§OÁ÷ŨŗdĩtBĻeōîNHũˇ`´Tmø§eež•\KYjÖ%įã9æĖØRpQf/Á” ƒ3–fˇ“ŧĢôbŦ0ä:¨p Ļ4WĶ‹W!ŗ Ûįõ•„]D,…ĒzÅmžá”ô,Đø¨Ü[îvvîĖL†5'åMÔĀ\—¯ˆÆŅŽŲ肭\8âĨ hö;*ŲëMƜĩĩĪÔgXŦ0—j×Į™#øņDnČĶį€SƒDŒŒšŋMĨíHk$ņ#Ä¯ē¸‰ugĩãl–ƒÅÄo‘ƒÍéÜ;bæžQ”EĢėĄÍIņĄÕŌšąŨi(gŠ“ĩ=;iŖlFQíĢ…4DŅt€™‰øDõŧÅ_2Ū&j…%ÉÉÜ`šL āšļŌyLšx]ËŽc¸Iīzôštq§Z=ķX.…ˇ• žÃ•×?>ŗ†į‚‰ u\ĪåįržŖŖãŪpTĐ Tŋā%ë\žŨ7 ĸŗ÷HpÔ='øäKŦüĪŠ€‘ĨDČ$ ‘îJnŠŠÜą¯›QRĶuāFŽâÉĀ}°Ÿúšqcę{(0k¤ĒūĪUũ]4Ļwėčå3Œs#lœÍÔĄœ’;¤ØŦ{ꓠÃ{jPīwøgv@%iऔĘڊAĪŸŽ°Kŗëėi7ąåjĄä×­‰“|§ũC•ÄŨ— ŋė†0Ņ7gŲ™J'°I˛"ú&zķ jā’1ÁķyVî?ÎU!'MrĄúķ׆Ā`# ?`Ŧ¤> f4 Ÿ I‹lĘ?ŋ÷ļ¸Ø@ąķoäJÎĐŌŅ•‚møĀįŸįŽ(ãķûTNļ<ô÷Ņ ”ŽTb}?öįG?ŦoöšŲWLîũtIuSĶWĪæĶ‰Ö{ {>É3ƒ–ōN%Vn6,ûĸ˜”EÂ?ú֑ĘÍũoĸIžščô{B>&´—YÕJtá˛ĖõPŠxé[—°'SˆI5¯â÷7vę÷éÉ[7ŽFÎĀļŠé˛y s"k˙lÎ.έ‰ņ-NŪ‘ėWžŲŽ —|Ú÷Ũ´^Ȇ–ÂįÛœŖ…ßĩm„žm‹Ö~?vPFƒŦąŖˆæą: ßÁÜōwΐáhį3†Ŧä%‘MC-ŗ).žTÉÁē5öU˙Į cZg.ƸpēĐ #đÖ%ØšŅ›ņęɞÛZ~¤J3ÚKÖĮ=•qی¤“ŠāÄšgb 1Œō˜Ē_*&đw´¨“Pˆ¸h¤[€9å]`U–‹72Ûū7[š˛tûģ?ŧš\Ģ?ŪwüčĪ텝=Y¸ĶFDˇ ÔĀxŧ™rûˇ ū›Ö CPâ´æ˜‘ÅĖ9|é)Ë[lË$†A¸ō6=qrKļ 0ŲzŠäU!Xoc!"ƒE=s͐Qōg›zķÁxąŽuÄK‡¸Ų.ĸ(ú)! ŗß9ŧ xDQFįĄ™ŋä:/+ąuáNÖ°3C~Qļ>}A_đŠõ›­ +^pß3`e*ŗ%K Sr(fÖ¤_r¤Jņeg(ƒø“cZež.:QĢ|ÂĻÔ˙+eĸû*ƒČÄT~ xęmūŌ•Kģcúōî=V@Ļ˛+kĮĖĒĸugš^ššŽ B&Ŧ{âÁOnę4 ¨F<ē%ļ”xŒŠšÄ“Nrx<úĄÍˇĶBåZ˙ßStËŠ’xč:TųN÷úæĀÂ;ÍGk4OâĶFQJa@éĒŅ˛tęĪLÕzd‚ų…Bâ<#ûË9˙™ÍŖßO/‰íˆōIĄĶœš@ W=īItô–*É]TũøŦ?FŽŽ—9f÷59nÅC˜|’mâ īƒŪā:{6šNs]K?đ­ßĻĮ˜–Š+–pNGHÅîߑ@Mdˇ]ߎĩ댓Š‚/Œ‰°ų`tRዐ×nĪĮ }9ćŸ4ēŪŋcô ā;ō×Oķߑ×;¤SgŗA„@׆Ž„69r'J›úË6wúšĮdŖT`á4ŸûÉWÆY•;ãŅÅąŗĩ}ƒĢ¨ņ– ę(Į)ēP7“‘}}R°h†IŨ;ʃáHŦč*™Mú@ûL^*hŸŽŧ“_žîFÁo‰ŅOâÜôéd”å‘CDM´ú ¸QŅÜ HüÄq[‹K|•.F”ķ@+â]靈.æJlģ06+÷ŖŽ˜ĘĪäÉ4Ĩ¸×1ą2äĘĮQ ĮĩenB_DüÃjØĶãՃ“ôˆ^#Ũq‘ē.#įڏėŲ¯N›;áÍB(ąG z‚vÕKÀzH%žLU 䟎ī˛ę¤_5I6inļũ¤Oqz–/^Dđ–Ađâœë”Ĩā‰&yZŽ×f¯ ŽÃ–ļŠĒ{ha€ö&ãĒų<~Yr(M!vĸcdcCxō;i+ˆ1NđW6<¨Č9ÎŽ¯1įŋ:EÅôVdö}ˆ#âN8Ės?‰cc- c{mänSŊI͐Ņú#|NEËÛķūTvZ yJeų—hjc’ž¸æjÖļHháĄ3%´ŗˇ1Â@A/zû`0Xčô^÷ÄHŒCqO;™a/6ÛwHŧSa&h=ĩ‘ŽKUë"ŅŅĒ\ŲrŌĘՍ׉ķÄ+ąiģÍ!ėO^‡_VP5..)Ä –O0IĄˆWá¨ÆÂ\§ŌŖŊ/“ŠˇY}aėŖ‡â€2VƒfÕ\TŲíŧk;š7Šĩ@ gũölØFšÎēŽÁ˛a^×y˛R\ë/_¤/EÉ>V^ä=Ŋ‰fā:OI3ĩočžŗō)L4†Y"›—Ū&õž|Ø Ĩtũ觟kŠ}ĩzžĪÄâB#āĻvé´ÚN¸jZWē!|œ)ĢŖH—G%¯• ÄLöGúŽ;b€.­xxâŲ¨ˇû•Ā’­ƒÜ­ļIôgč7+4Âļtí(đĸ¨Qqzî‹I÷ÄC Ûãj˛eõzˇĨ'Â<:,•Ü0Ī€÷´õĖdË>‰Ļ íž"4aÚ9/ŗÁ< ÎĐúō[My4Ģ&WōĀ;íCp=­ļivå‘ÜįJĘy_žüĮ[3ĻĢ¸œÜfŅŖ¨rˆŪ°`}žåųņÃo hē›ä-žšÕ]RžĢÍÂēšEb&¯ÔšísļƒD´ŧVĩI˛múÉÖZ€Ž”ĘđÂĀ]Ā“Ô¤h@Jˇųō( _Ę虹8$ĐÆŧ5ķ1\á]§ŦĪöhÕŦKšîL7ÅŲ_š›Â7b -ãģĄ!€Ū%0ęũĖE!™\}q— Į/\Á5úb‚%*Ã7*€ļˆ=šĐVæ%ļ‘1(ę¨ÖQÖ^žČšڐÂŋįÂ+U—øøI\ú°`Ū’ųĶ ~īh˛4Öļ䁉IÚ0ōÖãMBÕÕ:Õ$„Û`ˇ´dq˛Ōg*#?ÅüĖT „LnQ USÅŲ%b˝˙áœēkĸ‰āŪKÎ5"ü¤é4ŲlEĖpZëúõ䆀­ģˆrĩÅR:ė$ĶÎL:§ˆm@iŗ.4ˇ™(mįļe%ÖŌ4X]đ žĪj ú”}:˛q–}Ž<÷ø'ܸ4„::k†jȁô‚ļ͒âų'QŒQé  žGÖ_ŽrĐü¯‡>Q͔K]VjC‡vˆ(—-#ā=ŽCųŪXEY퐕¨öŽŲLXî#1?‡_>âJųĻERƅ4ĒkŪ‹ÜŖUöĐ+:‹ŗëÉEPLSÉRAĐ7–z 49ĒŠJų^Û5Ü5M¤~ŒBë-‹ŦKá3äU’k"2T‰t›ŽÂ8īc—Z7~ ¨ųؑƞ:ōJŽŖbq)đR?+FzļJŪd‘ž– „¨JÍ-}Õ5ėžp3ĩKÔߧü%äË įVŅ_N'ōšDé0ÚcÆ[čŌŪZöĐl{ĀÁ§"Üų­ËšBœ÷ˆÛK˙F‰āAĮ+Ė{}.Ė_YP˛Q‘îËË:$QąæŸˆ­ÁŨrčęĐ×h<ŽFžt Č^EBÁ—Ļ–[šE€“}.Zģ5H˜Ŧ!^Ŋ‡:ÁđŽé|ŋ ‰š!(haˇt{<°ņˆŦô”‚ī|jEpz2l’F¯ˆ–UWTOkĖoČ°鎚<ŲEeēä%˛Ė˙ŠbÉ´Ž¤ĸFšTáíÁu{1Í10JZ,ę¤.ƒ5ĐũYhz’ŦĒ¯BŊ´õ-‘`ō¯:´2čæŊųągĶ‚ų%<„+‚ÎjŲ Æ/•kđKÍŪ}‡n"Ív+æœ -RŋPđƒˇXžˆÉžE+č÷Ų+ļãЗZtķäŦLeËá+öđ ÖBbāwmē˜Ō-š3^*îÕ1ikwûËųûŅ‘˛F@Mr¨Hđzŋĸ‚ƒŦiÎ_Ā¤Ŗ9V”ŒZō׸R¸ļúMŌéŪW¸‰ļĢ°§:`ŦÂŨĄŸĖĮķ> ķäč­C -1M ´¤ŒČžf|ĐëR2Ôb_˛•Ėat;āÜŽoBĀ$đĸáv $0ŸÚTæû‰s•Ŋņš§i¤\ę?¨0 aۖ ߉O›RũëËĢĘdB“1ŽĪĄ!PáM1ôĸ✌nHĨķĀ§āí`íøH”pņ¨Üũka0Étī˚k×D`ū‹ŲŪ{r-iŲŋqáŦÎĪ} Ė %i’Á8é^>ģBĪ˙ËŨ …ųĮÃá Į ŖBĐGúÜņŖp×æ|ŨՅTËDQZû Ā*ésôs9}īDäķF§ŅŌ˛’ŸŪf˛Ži˜oę{Ø7ĻېÔ)ØÂT+XŠIāU?Ņ[$÷ë{~$†NLœž­ęw­ĩö—õÉ3&â2ö-—-ŅÅôU$ã¯!āK—mâëÆbŒĘOíęüā… ūTĒw"n@€Š0b…Ō–ė||˙Ûī,ôƒōlk(ߧ‡÷ĖŲE‹ĖdB¨LŒ,•ÂÂ@%žJ[šÎÔÅxOkęŊfŊYwnĀ^ ‘5i)íםēļŒ<­3™Č3!¤XTÄã {DŦcÚē\Ĩ}ÅD†‚V>–˜jLFŦŅŗ'oļŪo/ÜV!âtÄ'ūaŧeAxŋyé¨w/ü–LĄÃ°/‹äéųíFi.ƒ´é7€oA§k­č–*Š•ú†ëĀ”xoÂLŇī§bÂAÍą¨¤|9âBeÆ6ĻcĀ*c<ųŪ†E…ĩ‚į$üŽ¸@ģŸãž$L÷‡{—” =¤‹Äĩu)|PŦÔ›VÃāÖ5ŊûëBPĀ˛1eÖÔ×!•ĸŊŠ–kŽ}oæœq4äĢ|sŗcÛcâÜŗŠĪEĪ…­~fE!°#ŪĪÃwTŗĶ›„  ŋÂŋąų¤wâEcœâbUäŽ9IŧæĶĮÖ2ô :f‘‰…›DĪLrˇOßđ."ĄŨŽƒL3×ĢûTæZÔU÷KžÉž m.Ž‡…ˆY`m R˛‡ĸÂõ"P-â‚5 !0Ÿëbė'&båõ$øŲũ.A0ļąŊ- acĐ ŒqZķƒ˛œ™)E Ūøž\!ČIæˆī5ßĘ{‹I 2…Āī_ú‡ÉŲk5Ōڊ&CuEÔ{ĻGŨŒÃš”T—ŖN˜Ë6û´'ĶĢÕŅŲČërĢ,“†ōŽ)Q€QĢŽžî‡b™,1UsZ vØj¤ĘÅXĮúȅLŗŪŽ­ä•Ėņ~üĐs:ɞ¨ˆy0“đCh•ÄŧĮW—á, ūrôHíxįÆ]æŸÆ?^‘[â§%úMâ¨*V1hVK/~)ÄîOšÎŅx5{âģ“4Ÿ a—ŊĖ˜ŊĪĪ>ų&tļo ihSQÁ_¯ĸST¸_clÍÉY'ĀQ›ˇHOåĒ€!]ÖĀ‰O ÍĒķiWŋļ´/e{úŦņb÷’ŊmāÆ:—ž`Hā6%eíķû“ß‚–—0h” äS“oüĮ<;*00( ¨UĖÉ-;ú€īÍ1Čā€FÚĨrēšĒVį>ŨšhMÂŦØ3žĶüíĪŅa"hÂYáÉJGåķâ­átxđ6ą›ŨG^–vËMöz!ö¯, ¨Øã nĢ˛rD¤œ?ŋĪģ|ēijb9Ļ ĐîųŦ*‡åœ|;ŦKŌô&Į#)tŅ9Ëßû‚ ]Ôė ŗĶ0×đ˙ļ“Ā™<Ŗ4-ĶŠÂ­ÉxYYųĪ<âĒ@´[Â-* ŸŦsdļ’ā—ü įŽûMņaC=7Š4ĘĸNåcœ6Av"ef šJõ+NÚøhN[ÜĸØģl(ģaPrI†K”mEH­ĖįëlˇEŊ h˙˜l̗Đi˛÷pØtā´­b¨ūrņ^žđ›8´JáÎäöß5žŊÚՅ%ũ†’ú`ÛÅf€Ãx %)‰Û;DjÕ71ŨW˙V”„ûvīĒÎ:v%:%~aWx;*Đ'ûB›ĘÕôÂú&‹oQ_rŽˆKM[Ö((Å?L%‰`GjŌíÅĒf?n(˜ĩ6\vÂ|oąƒĮ„q9ŅHŌģXĖęęXhėą+8V}#Ņ&䐈ē¨ęh9ĀĖ ‘ŦĀpôĻŽ2Æ|øŒÂ^ø(čsDŠÄ‘ĩ›™F<đŸįīå biΉ/ˆ|ú3š)Ā}ŌęÄĒÁ) q lT{ĨĸTš}?.Š3Ž{ɤŽ(€jŊšwßčĸ2Ķāi ^kTg¤æ`({“ūØAųũ’Ų'm’b/5¸é÷™~ԇœÄ L˙+ßöČNõ]@~'<˜ĩwFųڙ‘*;Ëû=ũ],ļ:ĸQ*äųš÷¸hJ‹ĸ~ķŠ;Ί2uŖĶ AiUE0c¯UVCžåĨDÉ YI´<<āÁĻGKf›),ķ)›ôåzÃįäR ‚+625ÉA7:%°YSŒdú’iŪĪ§ sܜF˜Æ€pû›šõ䛰ëŒ+/öđúæ´Tşh§­ī æCAöHÕÛüajŸJΚx6Lj+ÜsĸIxÉč×ü$+܈÷ķdĸ-ŠŦĨûį˜ûûŠ„ÜûŖi;3ÚĀé ÛUT`°#û(¨+ãÖkĐD\VDGßPäÃT UršwĘ>{UepBÔOPŗšAß~;ÕÛ`'éō3 m“~í ›J}F:ŽŽi@„jlš{ŸxķÎmú’JČô" ûUvKDéj¸˙˛ô‰t†Ā Ž’ÍD˜ŋ cšc"DíÆK°ĻmlûîN û-ķ×ĸZ•?-@.lŒpAŸöģNvWˆžę%#ŸĀŲücŠ„5üßpЌQŽ[?Fģj“Ok ÁÅŌU‰ĸéc[^mã´)Z…¯Å‰ąŖn&}÷F†•Ę_ .ˇĶÛrĪICA;÷M%ãÆÔú( §ķƒ)45"\"#šĐéAÁŦ_ķS\*ŦpūĀŒ*ĒąW€žî>õ*šŗ­Žlž$›î ķKUr}֏eáV`(đš˛z7"f|ĘJh ´"š“”_6‚h Ņ*¯Cō?ų-ßîĩz{c“UũŸĐ­ė§ßŧÚũŖ˜[ĻĖr9`e˙\iņQ^a“ )˜Ōú÷4^Yy6xwúĻkļņlĄŽûhm|wøNsb1áp^;-Šƒ×ÄtĩbYŽŸq͉ūžâĶįÁžčāÍĮiĻcQÖë‰É˜T˙ã/Ļ8ų~ ÖąI2ŖÕ ģ+mķ<ÖYLô›Ä”jīڌ“øW,q%¯9dČÎņæ‡VãÍH Û÷ūžŲ¨FCOpÕį3DĸßŲŽšYųÎSL~MÁ‰ļ´ ôɘ|6§°zäūÎ]o›tĘÂāĮhc<–ŖÚ¯cœ'›é§ ËēKZĒ<ĨŦuė$MßÚĀÕ~SŽ‡j‰áĩΎĄ‚ ƒ­›ÞĪ˛œMÉÔ Ŧ¨*ĮäNļX`ú=“ˇbŗ;ƒë’Ñw+ųČīÃaÖĮrŨã,coˆ”Ėpģ"ŅeĀt4ú,ŠŸŖmë<ěŌ•NæujBCƒčaŌŨėq:ŒšÍz͒)DŸŊāKšÕĢW’IĖ™Rĸ “ ˛xÔ<§œ˛û¤}yzŸ&7R|ÚąÖĒ+ō¤°$Ļ?„ ֏ˆøųOŋũų?~ûų×_ūķī÷Ķß~ûíįŸ~ũí?˙oųÛßūđĶūôĮ˙üß˙đûūéũ?ˆ,`ˍ OüG,ę)—Ņ]Wßy‰Ę,‰TĢQˆōšÕžŲĀ}™§¸ķŠü3ž~ÆJuœŦŌkWĒ˙#öŸ ėĄiO\ī‡äŒRĢ׎ģ÷ZŠqâtÃ÷„ÚüŨ9ūßņ$ß-ã^N¤h”Ëû1+íÄō˙Î\VpMRÉ%Qí‡â‘îÚ]!™Ė~°pMEUĸŖ‰:ežBTÂØ„‘bôĻēîž×Pøä>O@cĶYK˜ŋ‰J ßöŌ‡k?Š[õÉöËB’JD›ÃNÂbčgŊÛpJTUæĶžNô õJ.‹Ĩ6"`ž5ŪŊ;ĶƄíh)„‚ŪĐIJT‰9ĐĄ‘ęēlt4áuKi$l“ŅĘSÅÉÍKôųŒėŖf5Oō…ë{īŲčÚ{5RšÖÎ#CAŗ÷#—ĩfR$'ŋ×ũ<+”E—ņ{{ø{<ŧ1ƒkņU¸d'couÕ'”÷# $ĩ^eúZ†¤“_ƃ°cį_˛<Ÿ¸qĐwÅŊ…‡Ņ+AĘ×Dëĩ‰j^§°ëJ™Ž–›<­b]ßęÛŧ,ú&ŽēaP ˆ~æƒäųwmļĩ§įp Áâm>#ų‹+Ŧ*“ņ ĨBâŲv†V_É,ãÉ÷Z\L07rŌJšNßuäæŧqž•t&k KÕäp Ã;qĮaĐ4ņę9wëŗ¯\WÕôíJ’–ŸņĄˆįäēķߗ$ë'^ŽÃšŅƓ Ō[W1ÅôĻ†,8U  :Ķđˇ€ˆP+§€ĨüTƛ8įĪŽEuŒä­)Nl(… möČ­{ŗGŌOСV†v´žH)Ŧ6¸Ü3sÉtŊųØÔ [†7’„ŪØĀĒ_ž7T…Žęėn\ƋG ´ĖsŖ-O}@`đ¤r‹n “Ä÷ (øŽeĘ °ÕĢŲøCč‹Jūđ~°záđĮ„ņl)ôī<†Ä¤ģíp† Vú÷2Š  ĖËu¸ž%ĨÍĩKĖCÖŦúŽuE&Nš ¤ôlå8höû&ÜŠ†“ŊŊēšjĖ¤ač‚øq=ņ6ĮZŲĨģųwˇÂt~Í8bOeį×ÎæĻNåĢ_GxÍc ‘ŌR”¨ai1ˇŪīaåpį—™Ä~7Ęšđ§1NßĪÛėŦS1õæ!ŌS@äåŽāŊ6‡ä“C„´Ëz"J…đqĩy>ûņĀī°ƒ‰›I¤5 °7ZfnĮ 8:ŋ‡MQģ&&ëĀį,™•w|üųĄbnë‚î!ŽŪ1€ĸb)îí4Ü™XËy-!v“)æīĒ‹Ÿ ašDõōáŦá*^Ÿ”äå F|ŠØ<WP{Ĩîņ˜dŅ˙'Īå—´ä]Šs'Dx˙hą}[=‡$öŽ&o(›[Đđ+dĩAÅļÛJhYå`ČÍūøÜĢ:E9¨"įįÉ,Üz^kü A¨=R‚CŦ`§Ą€ė[jVž­Š"\‰*vMŸŌŲØ3•ün˜8|ąPˇŠTĐû+WL{y{tī6‚ô° Jžã¤æ†ķëÔFiÁ$Ē]Ë8—™`˙’ā#ܑáÔGä:eļķÁœôē`ÜģrŖ¯}Â^&Ŗe#lN-’ yKÍāÂSš7Œd´Ō1,åŪáĻ˜3 vÎڕûĩĐÛÃz:ÚHt4 ‰@†eOô7'_ųWm Ä ^31ÃŖpĸ1F#gFĩĶ[ŸƒšÅŧh 7ÂpČ,bŖŪbę`VĩŪ>}°& Üc¸HQĸÕ]~\‚ÃœÅםë@(*-|Ŗü:–ũÁĮ 5.â]†ö€ŦÕöŒÆ˜-!t˜Ā_4ęÍå…L˛ŧG Ĩ=UÜJ#X†œŦ+Ũ9ųáõųÃܒK­bØ %švhĻ÷‘‹ģ N“ímk)‚îŨÍ`IÂsÉJ#ú¤Û†R3ך§ū´h0˛ĘļôWĮ~ôöÉě|ŖŌ!eÆ9Øáæ īĢANu,ö|ŌNŖ~k´<˙ŊaËĘwEĢ35 Ŧȗņ˜åųb*O†É9DF/ā°4t3å@¤+~¸xÚŧe•ĻĨÄbDįNAx­UnĒ×÷‘ũø­Fõ8ßoŠęøt´2Ä;fųz4 •%āƒU9õ-Ûˇ:Z§NBŨŋ€ębZoQŽĐ^Ë 3˜|1G„ D">ņÉkcųøyŌ™Ãß#4ų<*čÃ2m"ĢŠģ~ˆĖĀ‰9Ÿ[ī‰“ÅÜ įÖ CAĻ˛üÂōØŨ¯„' šŽ›_æ†žN´Įø,+ÛđW|íŖt˛ĖĐm›,)ĄP]k;$8Š|,ĐŦUĘií.ōšų+û>}‡s—ę¸Ã)fë@ w{#įōè\EŊ žŪŖkŪÎcįØɡ鷝e†˙ÕUĩö$Ū+wÔÉ×ũXNā˜ķYôL%8TžŨ:+HXų~ ü™Øx–•x íkø|&Iō'$ô׆ss\áâ?Uüģb?ÆÄ÷ąa=2 ‹CAüĖ~Wžö°!cpmYĪimË[gqû„Z—r0QcāRÜøGûTō^Ųŧڕ@đĨĻļōLoĮēöŌ”žÚõ•‰u° 'FŖŋŊqA…Ķ]ÔÜÅf4EņŒI)%Ô`$,¸Ė"QÅ'K귇vĨdHh)Á”čŖk؀iWŖĀ!ۑČÖf’qȈ bŪJÆk“/c@SŧDM—š.ĶxĨö€k…]˜V˸°.$TœīIĐÔ*ų`ÃøŠōw†&á•H•ÖĢoT „ę¤ē%Yq܎–ƒ3%'֗ä3ˇhī-I^pÕ§^Ö8ġ`T@Ņf‚FYūéē4¸_Ú¸ËpÚtĪn™.Č›ÄQZ<œR•Tŧ Š_iņtŌÖy"ô)G’Z°q‰$;ĐPˆœ-tŋ=ī*ģHĒ€Í¨HÔËZ¸Ų˙ûÛPŠL(‚ĄĨÉIē…ØÆ{Įd‰¸}˜#,41C–tGNR@qÕ"ĩųiŪK՗GO…Š#dtĶˇW1ŲœßA-[{tCÉæzßäŅ„ak€œ(álĒŽŨ뎤xĨOáLARžáš’ÄÍ ˛3œ AŧōĀÖFŠę(L—ÔÉJlš8z”„ŋc=īĨĨ†ö9QC…r5sņ“į įī¨?œāë<ĸŲRJŌ}ÆÆg äJŪ1đv¤˜ƒ­}ā“ē1ô“¯†ĩæ˜ÕÔiđĖ ^Á|B8÷ũɚƚEŦr*Šĸ~J‘°ÂîŠ%Û[ Ģ€[ë7RT Æĸ5˜/ˆZūŠģŞ‹¸îH÷ōžÜÂr~ˇŋÍ]ėÆĶ$^šŪB ”-ôĪr߃_ŋŒ¤ÛË|pßfË}0gŠ(ĶÕ,Ņō1ŠŋWŠôIãTYzÚ2 ļfųúĸ2Ę(›Ke*ÅųĶ,;#•Jđ˜Ô:^ũŧnZRãįđŨę@ t˙ShT‰MĀFŸÆ ;ũ8ę'įcŋ€Š@Æ'OVŊëžąˆīúT:ôļQ­QŽ°Ū”5,˙îlÎf*p+ĘsGŒ*0˛Vąsņ%ËĒú ›„g>˜ß÷ĐÕ.N5ëhū:v‚{|ĖPņôPČd‘ävš˛O!1/Gíí.Ķg•R¸7øŨøUŸšDeĀ]¸°&6ŅÄfīmĶ*Ë?Á2”,Î|brŌ6 ãˆÖ7c§ô|Â%í˜2Äü# "ʄdž˛X†/œ-…?ôgNŦ^Æz7n@Āv–užŅŽ´'–^nŨi‚´ö‚Šˇ­Ū7ĸ2LĸYßC— ˇ‡øÛÉÚĄeIķ/•ä†˜,āÎĩëŦÜIėėJ^„˙å¸Ĩ*Ê\÷ ^;ËzeAĪŠŅu)Å(áW—|×)+ ÚJ$€ĻēVŌ=–ë@/üFųúŠ¸ë“¨Ą¤iĨŌkFbųz™á\hO|I÷ƒ$aá š›w˛ŋ×ĨĄOHųŒäŪņĮæÁÛČ~t=S1 īŦyęe{ĻŦ…ˇ>đsDQ’–iF•!ĸ{´ˆeoKRōx<’Î3õļR¨”:oLU1įķŪ—ē1Ÿ9,ŦZáę!W‚ãŪš4e$ÃŦė”tō<í’xøŠ,ŨUØŅĖ•đÅNŨŠĨ4Û5tcILˆF.ĄSéʀUÂRs]ĄÆƒ[÷„œÔDŗ'…<`í>vØ ^<[Ųi¨:ä÷ WâuÆąŒŧ\9ˆĢ¸ JÚä#˛D`e‹|,¤L ÎķÎSVáĒdÍ֝Rî@-Ņ.ŊŸ~!5H§‘¨ŠjŸ‘0ĻĒvyL뾓$'6DŽIŪ§* .Y2ŪH0­& îÃũq ÃĐĘK§bĮė9… QŽ#cō ÛÎĪPžņų,”žBĻ~2–ĐkÔęŧĩN›>; = bž1&¸ķOä°*v|M<ú|‰÷x$¨ĐËOë[ãœ_ŒĪd˛–}ŗ–>%įû–įŖ-1˜õŖ.uØXß%ŋ˜Đ‘’•RŨ„€"ŗJœ˙™eŠI ļtšÂ¸äžŽ.@rM,ü”;.ėĀĪwâB„ˇÂėU„6š đ2dž`Žˇ%7pÕōˇūĖĒåÆ_šÉÕŲ} ‚ĨTKP”ØZžŊ7SŠ1CÉôp !͔›“.ÅđŒĘ0J7×SĮ”ūäS—ō'X—é25Jĸ!J°Õ ˆēė0%žv~=ņ8$SpbNĸėā]Įû ­;Ävä‡ ÉŌŖ …:Ū–YQ^ļū*”ƒ?Ä F+t8˜V™m4cžOãĀ´]?Մ­ķį”Ŋ› ¨á–åeĻĖJæ›×ÖÛsŊéķû lŸ9k¤õđ ´ØXÖC¤>(–×ÆP1I§á_ßĖ6É°\K.,;ĀûÕ1’YQ|ņ€^´¤ĮĻīv9M@ndĐ?üΞã…NãŒ,Ũ10˙ëĪî(ŖÔÃ~>IR[÷“ŧle¤$DGšųĀâīˆ(û’ķxišõ=˜DęŧĖŨũdŦÅ–$û÷C›i6s_˙[Tf Mūįā¯^oŽŽL:Eā×<ĩüĄõŧs¯7™RĒâ´Ņ oЙ{!Ņ›Ôz(‚š”Ëb?đėJ€g8{OM†ûđŊėĮé…,<ˆĻ<ŒH õKD:Ũōĸ˛o-3áYÖfXƄšÚũŒSĸΞ|:ę.É|ØÎhĮJTeB„Ú -]#‡TÎU“äŌJöœXaXčcrå$îW›Ŗ(r)í*Ũ$捯—{ü0rAÕdw33fš)'ēŋŨL—‰Íã~Îā{$cFeŋ1ŸĒ}hãZ˙XŦĀĻĩYŅŋ÷~ †f#Üžž=åxĒ\ąČJ÷]Iqą`Îؖ`‚bŦ6GčŲ@BąČ›XųõÉ(Ūōeהč&3SQ…šŲũ}Žû“Ds/TwLŪx6¤[Q14tŸc¯¤@Te¯æNÃår‰Šlô6!!>F¸<Ŗ5Û2?†:ĮĢhDa¤Ķ ŅQ¨EČ*'‡;Fk‰čāē˜ ŗéąĖ'æŦ+ ņWˇúë6|Ŋū€'ŅĩZŪö8 $“ēŅ rg}ŽÖMnĐĨvvĄî—@éRÁėuXg…úôÛƟ'70Ųn_Ø­“÷¯+%a0×nË^]ŋö5 - !v’L”Ô¨ŧ &å “ēėã4Jˆ2šŊ7 ˙Û¯MuĸQˇ3°Ōâ9=1g{eL Jjąũ¸|ë`šYF[$FũČ}Č2s’š! ųīÎöFXßŋĪƒf$:.ĖĒØ<¤Ö)ÄgÚFÅšødz>cŌ§Å<å÷nGī–Š=ąvs„;lpÖąs6›JáJ-đŖ]ÚūlŌvŦĄ {54ucríŧ'Ī•Ä„÷¨—Ķĩw€āš†æJÆc6ŋŌ”­į{đ îGAárŋYãÚÅˇNĩwtKķ7ũmZų•}ô<Ģ€=LOĨ5e‹$ ?ī¤3špĩiäšf‚V<ōE#aCm €eā˙üo?B(ũķī~ûķüūOŋ˙å—ßūđķO?˙íw˙é×?˙úןūō§ßūōĶ?˙ú˙ü˙ķûĮ~˙ŋū_#čh¤Ú‰Ē…}ē5gCŗú“›čĄûp‚Ib5G;¤Ė_îbUŊ¯cáĨP c‰ 2ATp,QŅš6Ŧ;b/m´ g˜2+ !].Ī.WÚ¤(XųŸ7ųϧÜ~?;j= š~l™CÜFĄ_F8C3ëwå„ĐžnRĨ9ØÅ1č–,†;ąJŗ,”dĄWåãË?3t6Đ÷TËG˛'Ŋĸ5IÍ â:¸ ŋl1n4°eĐIųO.ßĖP'úmg û´cI0įÂų„â˙ų˙+Â;}n_D˛ŨéÛHRRr¤‘~ÁĶ6˜'T}ūđ^Ø÷˙đ4Pí{ņũõx-šįâķVášYũ˙woEW,'ŦĄ|+&SŽē¤ĩŨ?ŧœõãOą˙_ŠŦ Ôėīæũ͋ŠėŪ­ƒ˛ĩu>,Į6ž@z7ÚXōí™į#ØõžáLĸʁ™āSN!Ē‹r@lG‡„ ž—Ã5+Lø4ēî¨3u”8ĩhD–Ãâ§9“˜7Ü)ÔCcŌß&V{ŦĘÔEŧÛ{8åÅ=ąnģ˜ühwä—ä e{Õ{>€ ŊRģˇŸļ¯8„üiP‹ĩ„ôWÖøĸW<œãCŪžbš‚ėYķK´øÕ§í0q8đQ¨úôkđ{ÍmZXĄ*’}Ž=ĖxũkZcL˙đúcšr‹=Aõ‰iėĢCN?žsEŠkŅQnž sĮˆ¸xdÕÖ6Ž¸ėˇwīīķ0#R˛ĘđdTW’˜ųi(ŅųËęî›úĘȏ'‡)‰ÍÁVD?ŠLšļĀō܀‘,ËŅÄUęŦ­QŲŽÄgĢ‚ąöÄlë?ŽŸ]Ä üķų?7Ž1f‚TĮ1°#ĮΖsŒÜ-ÁĀŲĻšm''Ŗ‚{xâßģu|}'›:°'EgT\fĀX¤5w;Ĩ×'â&õō‡ŸÖ$ ĶΙWzõæM#…Ą2KĐJ ˆ ũDē)’[Dß;^ 7YZę(ÉįiČŲ™yĀpĀ@ž§ķ¯° =ĶXŊŌ/ĄtØ3P€;§žS]üöŒāF˛÷¤U°ˆk—?\'c1T"‹J~yr3ëŅę;Gø1Įōĸø‹¯ äŦ3¯id˛ŌXēx¤eČ't‚„g.ŊĀ÷$îĀ¸x÷ -t<[Ζ*ōĻ:~ gœpsiMzų;y„æžų•Ŋŋ‰ëĸʡ¨;–Īįļëc˛ũ75ĩ5Iõ%­÷"|Fco_ûėRøūšēēũoēēW˙{Wפ_›zŗŽū÷YĮ, ˇíßēŠŸt85ļ›ú6u˙Ĩ§ķvZķpčÛÍnOREKTÁęˆČz>z—4AklÅkZÉÄbø—üœd4>äbänÁԗƒÅW€!Ägų;ĨWxÔŅŧ-Žč ĒÎE’Åß÷ú¸$`á§?(›Ŧ<ųr—T™ĖŒ ęčøIÚÂčč0 Gåiv4ôņa%$JÔ öŨAx׉xö–7žgĢ/b Ô÷mąđ¤áh2gŊÃŗ@ČÂ×[h”ÕJ´É;ų…nA͐đ\ĐŌ ĮW dĒÛtērĩ zūäv§ÁI‡jˇÕŌ~ŊŖU"9Iītö¯l’8…Ú+Qņ&ęIŽ˜B ēōūÄĘąŗb]â8k(íŨoL KĶŨö¤CÎSŅl¸˜™įɤ‡U“ŠĮ}’[ƒĪˆ2C+Ķü1zŒ´ŽfÃŅ w‚šŖŽ ŋ7‚XqķrMôœėŧF_7.ԞįLuîÄŽ€d)ŖĀĮT<ęX}^ĩ1/ÆNč=ģéIėß5ĖÃûIĻ8ãxĖz^¯UЁ #Kd)Ā|¯hZ˙īF´ŋ1°uV–¯ņsî\Î#rŗæŊy­båūDÉĀZ‡SĐÅMY 7ÂGfŧpSõõLīS ´Öŧ .1ÚĩV€ĩ…ø{žMķe\aÅ ŗOķ2Ēžūí˙Åsėßė (.S×}Rí2ÂP¤S\ô9ßs12ĐŪg‹DoMloŏÅfâ¨Ī‡ÍĶȍŸ(‘O„_&ĒDíh€×L"ãdÛ“ë 6)‘'Ė‘X‘“˜÷QŸ!&‚4ÚPEÜ<*Zæɸŋ]^ÔüDŦ™į×8ƒšķđÛĶ9oŋęŌYJũwŗiāÖŪįŋîÉū­r|ŖūMnú­ĮÍįŋUŽû?nÉūįA|ûŋSxې˙_KGd.Ə.tŧĪzl`Ē,4’ a9(#Û>FRLp°ÔšdÍÎÚŨÛcquß9×II Ißãø<æRpã—û"é,å+ã5ŽĮ~]é‚ĻJ}Ã{HڔĄ“Ä9ŋ‹ÅĄ3Á°‰Ÿ%Õ¤>ãËĒœŠÛߗ ASųŒ‘]¨ƒ j+5íK*Gƒļfæ–ī¯Ļ?UnoĪšq;”…@ q•‘ĖÉŅ PcRl•8ęIÅ ŊcC7…0´+eŌH@¨:Ņ!Ú"7cīˇaL|!MnCĪ~0čļT‘Zi@˙Ļ=„„ZIŨ~”'ã23;ĐbÁĶZŋë‡Û¸ĪŽ5e r` ;@0nŒˆúĐü•U°k‚É{˜å;Ûbw ãŽĒw4ØŦˇįÛZŊ ĻR†vŽe÷ÂY W”ãĖN-Uō.DÃ/hú[›GÉCšŪĘÁp7›Û-¸ÎyŽîßĻŦgšŅæ¤âēŲ]Mlũv´‡ųæwŊĶ~wíđRØ*j—VŲzTü×ëŽ/īaäab¨°eĒŦÛÔgT¨j†Pæ¨˙uëyKZ—#ŧu˙v7úÅŗywÃÎwe]?ėˆ+›ęŽĐûķņr>–MÕũõķ_wÄr@+ÁŽuŅo) 뙕Ļ}ÔÄfx™č\?ķ$Ž:Āa(Hä¸;-3l´\¨QĮÔ×Ŧ×jį‹…(I˂úÜ4ĶútgHã`Ī§pķĢsE&^‹ōnQģ5hŗۜÜĮ8žOŽ”P%f÷sĶ~„eöœm:­lÔø1‹U"ŅÍQåJŸPē;"`ü+8cxF÷ä`~2Č<ÃéÎØø¸oŠøEÖ8¸BđŌĪŠqʔ#3<ÂX\…lšÔ×p6†Õ1gų˜ŗčEãį­)SÔāpđđ-mBJü5Š\ŦNĸmJzb—ˇq¯pûÅÍböÍÛ:S–ÉpBĪ›ēŌęéėŊ \%ׇÃŅß/SEükR&šÜV÷ąÂqĐÃúĄŨ2Î]ä\RÛf å“XĨdŒVGÕB9uœé’+o9;ģŠUvd^îÂŇ˙ÉĨ .͸†˛Pk¤@ĨŲ ä'Öŧ÷cõđ8ëá÷FÍŗÄ1ÕŽAŲ zvđ^~¨—!Ö7š+ī]ūôö/N@T¯ƒ}‡>Ū)*ŧƒÉß|)+â‹…›ūīÖš!FŽÚą[įÖŋ¯sŅ†Ú9ėFôy>ąô%o‹×ųûywo9f†ø|MpTĢ!oSēō–DTT†Ī„Ĩ°™KɄ*aō¨ÄCœŪߨņNužëšŦkâˋö1‰AŽÍĨŧDŋ‘I`ĘHŌšūļAvnPÎŖ#ūÃëÆ­˛ÔÕl ԟŅŲúĨn|‘mfđHåŸJĨúo´A•Ĩ9L¨Ė-‘ūėsWũc&DJV_J€øˇũēĮķĪۛŗ 9 úņÁVöĩæīŖrĨBŧwXRoF%ÅKØV˯‹ŨŒé /âi“IIžŋE™axpĨË"PéÉâÜ*8sú;nt×cF'— UbF{Ļjq:ÉđŖˇ2ĀØ u í—)´ę‘Į<)ųXˆņˆķlp” 9ÁË+T„NZ“|Āã9BWƒ)æŊ :œī0ņ°č2)ŧpō°Gįžvüʐ=;%ˆ'ķÉŨ¨+ÆpŧÆ6Ą|-'č}áāP`}‰´æBŪ/aÃČūČMrqū‡€sņ] ą]°œųÁß 1Ž!˛ŽØ‚ŅōÆļ[‰ŦHfüū?Z×ūôĮßũüÛüáˇß˙åŸûí?ũūŋũōĶ¯ŋ˙Ī˙Û_~ųũ/?ũį÷ëĪŋũõī˙øųŋû—u(ú˙j]ŗ¸Ô0įüͲ߅\bl7āŦöfpNËŪũĮ‰ĶXŽ!ˆüOˆN? Z–$…wlķcL§ĢmUŧ.’%¸˙“°én!ڟŦEķ…„ŲâFĐķâ1¨“×ųR^ōķėųPŊ­ÛAEÕą8˛îŋŦûZ–ĖbgeÛYSoÂ8Gvˇã,Ļō"ÂŖ¤‡6 –f âöŋÔéo4ėŪ¤1pXlėÛÂđNkܧzWĨÍļķĸ6™q/>öĖm¨bÛĶ ŋÜQƒ^šY‚ˆjˇĨ͆l˜LHĒ ÆCš^7B>ɏ„áėAđncÕQx…&Œųe4ĀúkC*ß6ņ˛įąŪŦyäG ā ŸųŒŽšđš>i°ĸĪÍŖũyęΝ€ŊۇÅ&#åiÁšˆŒIŦĜ~>đ„Ō†ØEÍ—’=Ö2F嘐œ•üɁ¨´ˆPŪܞ›x:š¨´ëĒ厓dæķ} ŸeŌ”D#ĸÖēč *Æ Y MŠŠ8’eŅšŠ%×Õô´Ā1øõKũ;áÆ%RØpD2卆-BéúŠĶik(<ųØA˛ō›:ˆ+<ölái3[GßŖÕ LÉŽ }"¤cfąįˆ‰ŧŽ8†d{[hwO$ÚæöÂÆ/Â9æz\V3v•{”- xwb†Ž€gÛzΞM #ķšJąŦüçĢq>ØOz>Ĩ+?(„wtɗ™ öęBŖĖ/į\÷¨å9h 'úÃûÍŖ]/@8ī4ĖgÎėÄžĶÁŲ7#ęō¨ C5ŧīũ5€cCņ ’„[¸"W5}—ĄŸ aük,ŲmŠo'ëhšô¯Ą$Ú{É`dë*[JŌ37äÆĄŖ,˙č3Ā&´{V_ã8îšīŋ>FŒõƒS:‹‹ūø[Š`Â”p*W/ąāŧ´ĄČĩ&&âdĢNpeķ)vĖ!‡‘’ôÕ=yķÅKoN÷9{”›B‰_›Pi3į@qFáõŌNGö´ŽžųP+b!×ō¨ŅŅøEFûÉ+žŧŧD-â=ŲK”x>$<ųŒ¯´Ba"~WAc4Ļüt|sĘž^O Ā'K›ÁÁâ9āËŨ ŧ’ŨEG$zG¯(4rĨKëMâ a›kŅ0žĘ!ÆĄ!x’ĘôÕŅ”›Š]Œëa‡ÉBtIZE#ĖÂ1%†•„vlz! fSmX¯ƒ$Í,üŪŽę䁨Ų6žUûŽŦš’$´î,Ágßy)â…m‹ ŅÉÕä×<1›°áo@.)#]ĸoī Œb;î‡w -ũXWŠ/t7^¯Ö­í¨iČčˇåKįsĘé}õ“ŊĶۏA´åÛX Á ÖRĄ/ßyâ7ļļß žFîļR8˙ūB4*@Æū¯Uŧ͍`ŋ>?ĸĐų >0û‡-čŽģĢMÜ#á?8E" !ĄĖĸęũŒc°:ا  >ʄ6*däâØĒ/ļmącõˇÚŊ‚‰  Ķ¤B¤#-r&6O`öQī)m#„&‡0U’ųÃËhÍÕ_ÉQt jŠ5H{:nF¤…G ōlŅ\R>™ŋ=­otÎĻW¤ŽåĖd8ü.i$ÕáŠīF,^ 7Q‡H%ëŦ6Č"t×ŋŖ™• ~ēPLrä1ļŋ'דŋ“DƘp*XĨ!vj™+Nö {Ņ¤ Ūō0‹FJĮÅ;#öC}câšĻí­Äwˇ7ä÷™9‰d[ŗļ{0ˇx¤É^+]+ÎŲ’ÕœlĢ9ÃŲ¯Q^ôDŖÃ<åáŠy8“˜”ŦC •WŒ)÷įö×r¸Ŗ„ˆbImt=W7žĨ•ū:w€cņ˜tb&‰YäˇņX@đ?‹ąg†PĩAA¤¯ųB´búH3Ô4j• ų’útâP镆<ōM"Åí¨‡(#?\Ō}ˇyŸ/Ō:­}¯ ˛ž)D:R˜—ŗė ›Nč"•ú¨5D[˛ŠÖj•+ĩu ŧÁH3ØÖģq˛r?Ŋ[ŅhČēĻŸŠÂŅīHˇũ6L¸wz’ēŅÚ fá÷åuė¤L<É*õdtāŊ>Š€äYFîÜ0fōŪ1„žg°Ņk1åz &’ÖägŸB×JšdūA/‰:bŒķŽHĖ&ÍĻF÷ 7ķ0@ņ8'Īí5$î>į2ëL˙ëU°Ŧļâö֝ftNm'ß0Mŗ*4ĩ(ƒQŪl˙ĩc įn—I‹n(#CĘõ*>à 60ą7,€ZÄį‘\ĪÎ"õÕš¤ŋ-+ØŪĐJĩ‚<Á›¤R¨Q“Ī'j&jMŌķ!%b"‘ž*Ÿé7ښÔ1ī$Z‰Pa/Ų¯é‹˜H÷F‹7ÔSŪn'ĀŒņú¨ųû3Õžeˆ°&âÉéáķl—īôæ ØÆĐ͞›ÜÂYʗŨ †tž‹îŪå~Įt‚D“ĪÕVô•˛ŨÔáAPéjœ!]Ũ2btIcM+ŋuëĀÉTëڎĪPE•dĻ÷7ŧ%áũ03`´(JZ?—įĨzĻĘMfŦ jĻ\Ėfúæ4VˆŧWĐYV]āĒS1Ē+žĀ÷n9ÔdŽÔÚßMjqĻ´ÁQî%‡ģ!`ģå— ›Ë ~ ĸÜČŗ]KVš‹Ž.8&8W™9vĸžūböü+˛4[ˇĖtīŽ†c+ÖWÖûŠf Öäšl]ļŗˇŽšn…..xP^^4îũ-fʜ|Ÿ¤BËÔąLûTH–ulĐKĀܸ.ū4`ōō2ĸŦĪÔ¨SĘ2ø‚‡å؁vŌō"Ū&¸ŋĨ,_OY¯R5°šĘܤ(<ĢW;}ŗWuŅõ>åĢd}lęŋ¯d+ “=ôÆHl¨4 đJ^Į~/ûHÚäæO&ŽŅËÔmgh_Íj…—khm¤“[æ{FŊ|Ā+Pr}´=ŠHŖņX`š¤ö=įOAņ?¤ed.€Ŧ+• lß Ų0Æ,ĩqÎs6=īĈa 2ė+IP†éĨíwËļąˇ…„6ÉĀöÆĶŠ\ŨB€‘“ ŦË9†÷Íß ģ8.ÂĨ[×Ų˜J7ā#Ė-hˇ¸>úią_铙ËZ\ĸĘíJ°ŠüķqķÅE|ÚŠACÅĩ˛G”7ˇTī°ĮâéĐÅ­[Ææ֚ 27UÛ[ķ“zß vųŨM[w8YŌč°e˛ļÅcá~Ā[°˛q>IŨõR@é7f4‚›ą¯QŠCoĮ?ŽYx%LQÔŽ86„XŋM GpsyJjĀÎ 6@‘Āšymęč7+§P”¸üĸ4B}$Æ6"ŽpŽÄd˛ēĨ„sīAE ßÖ=ų8+U&X:Ģ }Q7$ėa'‘Đi;W°hŸā§Å^Åņh zîĶ°(3ڍ–ĐŪ€„áMŦ+ģ6~Q†ŒDÍ10™MŨûÅt ?uwœ/+“b+BōM4VŽlÎAtĒdXŋœ‰ëî Wā~˜iœ=v‰LpXRRĢz—•o€7cŊfÖg}š>SÍûōmWeŧģnúĒ§›6[˜ŌčXy”¸\ŠLx/LŊ (w„b„¸=\ĻZ—Yĸ§ĮbžžÕŒšÎã-vOɕv"õ w—=B˙RŠšyÛāīv˜åå4^ÁLE$ī@ŸšáÎYEÜįŗā¨Qķ ČŌIÁ@ˆ‹ĖĢ<šØ&ö V˛ē6ĢäwĀڂŒšžˇâUžßA! Ž˛?gā :6H¸WR**؎`kkī:“f)Ø^ë†ûVŽšöņÚi{/ûÃvœÅPqŧŊö‚§š'7rĒß!Œ9ËVÛ"NšŠõzÄ´ĮãHAŗ8$Xö5Y­īĄk Ųil\Äę™č“iöíĨĄÍQŽ2˛I‰~Ŧ† zo´ôlTĻ%iĘÉ8ËF•ęÉV”‰,į0kmėiĄ2–ņ1Ŧ‹&zaŽî’Ãđá}ģBŽÔļ Eē"%¸¯Ņ0•t"éc“ŒvÆ˙Ũæü@Ze^,XŧōÄ*°đ9[AaŊ‚åBQ¯Ą$ņ7!ĨŦ 7p“ŠÍs?x2¯‚ŒúîQwWGĄiy(3–3ԟPJv-‘†ŗ‘mw\˛ĒŨ”å~OŖit‡v€U܀s˛q_X:Kį7×ĩßžī'ÂŗŪ NPåĐâŖ-Ēca¯Ę.=4™+ļ‡[Ņū!ÕæČĨđŊ„ōŅ=ɍ ÷=dXTXŊ/Tą$ĸU rĒ:76´¤WPįŖå+B'Gų.˜Æuš\ønŸŒņũ§§y%°DĀJ ëŖę~B;á÷qFÍgÕčĶõh&ģ"T´×ÆLüĻÄoÁĐŅ40NoYK˜9!÷MŠ’´É—TæLp=mŽôel–‘‡~úZ¨č7D@ZúyoJÅGؤ͐•Ī,?zAŌfrãŊ2ø6GZī[´ ō6JZđ' !˛đ2/ß)0!á9N/`'‘A”ĀŗØrč•bÛhaēŌ æ.*é,/BĖ1šüÅ ašQŪš´ ŖēÔôj']­ šW™ž%^Ŋubė‘íPđ2m7ŒĒ¸ ņ;‚ũæ´ ŧ4č8Ŧ,l‰įæ ‡¨õn&¨Ķítē–Ųd•‚WęëLFBû$(‡oWü#:ļ7€ĀŽP~)FP>į|äzøxÖbžRŖ˛öšÕxĪĩFM\vOräFĨJ<3Tú#¤8:ŗ¨UDDxû(|a,Įč+™ãÆX|ŲÂ#đ I>ŨV5x×SÄøĒčį3ܟ)°;lž~ͧ¯tEfŅ‚­Ö§î$Į ų.ÁQ’Û41žŋ°?:zæ‹#^E}æûHšt¯†4=^$Rį*4ũņ8œKĨĘ6öa—Ä&:Ā7ģ€C™ŦĸŪüģ„eųĶ2Ļ(õ<:.Tá1íxMˇŠöæšÔ%™$ô ¯č VíŽ ôŽ\ÔģĘë Ŗ|iâIlUļŌlfŲúîā6Gĸ`,oĨ‰Í֛km€Jæ Ē_ČáPø%ķŊ× ˙ÉčŅGFŌ# ą2x€w…ÃQ9IĐ÷”n˜‚\•0b6Q†(ˆ!¤~–úÔkAÚˆ:ųāHŊĶ{ ĸŽ'OlũŽ1•>ĖÕb—ˇŠtōé7Ą¤#:uTä˙0jÎdæ#$ŦČȕÖ6‘6yZMÚA9luĢÍąÍír‰lqrŌĖÍĩ"™ŠĐŠ„â7Įŋ'??HđA´)f"KÜvŽx„}fŦhép(ŗrĶú Þ:$kJĄÔ Ģŋo_]ŖĘQõŽĶ>7ķ^Ԕ”ø–Zå{‰QhįčãJĘËŗqb3,âÜđ`ŋMNnĨiNuĩķŠx—MG­W ʀ6ĻOŠ8J7(BœüŅŪ3…Ž†įæĻk˛nÎghŌ~ŽOO­h,q’ Ą éũœ‹ëž…u73áîĪ LJwŲ=‘g'XAÜDIWq@Ÿ^Î,D[Ëw2sēŽƒ8iûä'3@-ôIģŸÍXö•ē ëĨ„‘Ok‡{­“2 OŠ[nu_Ŧˆ˙UĪ›ĩá¸&uÕz šƒslyŊƒ0;(ō:žŅlĄ!`”s<ų†ņ›ÁƒZ%¨Nƒ<ÖyņöT'ÔWĘ<˜L˜ŋ}mš`î[C†Ūta>! Ļ”ˆŖ>zŊB)“7Åx({ä9ļz=Tėđę÷š$ŪģFdüĢa™7wƒ ¯ų‚AčŠn() ™i } ą,ēNŪąß7†íŊ#Ÿ„<Đ÷˜Q|pšō1!ĮZ9ĖķN!ĘŨû3ĘXúM@ŊEˆjIEķ¯ ™åØET kė  &ŦË'Z`Ûž[Šč“~ĨüxBŒ øũ.„Ĩm­,L¤æÉ"uŦ ØMÛĢ—0IŽ>u*HISÄt y1¤Âĩ$ėv(:š/uFöąŗ!`”QĨnÃĻ ūÉē¤H „Å!Ã~u§lG.Ļ×ōŌđ† H=ƒÎBd™@ĩä|$´é\ŗÁ1]o úä^áē¤m7Mņ/3yF;mā^ŒN^zÂņˊI6:É|aIO|2fļĮ_Ô¤jątáĐzD}ŪLízĸBiœĮC B?!~7šßJŽą^ü}[ɓĖDnßjąNÆŋWI"ƒÉĸ’˜ îĸZmVî<ˆvWÁËmHM‚į ΆøžIkQnũã›/¨3Žŋ”ŦŌ54×wÜ*Z!,[2 mčĶųėžUh žT˙=‹zë$dL2 ˇ Œģũčß`=kWāĻũAÂŧqRTņŒ==H †˙V[¨3Ā6ŪĻtFs¯÷„ĪõáGGS’?ˆV6åãĐîSėaŪ…!jÕ]lÉŊ\ÉĶåŸ51v¸7ü#ēšĘÚ  coEmÚjšĐüŠMcŠ6CzZĪi™˙^ą &t_=Нš*ë'élĘėĨ9îī%Ņūĩ>?ŖĄÛq{õš턈Ė‘ĩo7Éģ‹Š†pŸ—Ŧs@H |Ž*e+ĖŽ'ŪižR< ›•ŊØ%ëĐS¨4æ›]<­Å7ŲËH"¨ˆIkŠšĸÎt]C“MC™ņĀĨlu^Åc,&Ž2D=4Ž ^–‰ëîC-ƒ’ĀüžōpôPēL`,™ŊĘéžĶßäŊ¯˛å‚Iƒų6â?0‘&3ȆÁƒĢyę<žŅu™ŧ)ūĄds ũ F<ļĢžv;Ķũ°˛:(C{yæHVÆÏTɌoB4=*"•ßļ÷ÕB7=sŌ…ūF[†š,ßö­ËLàûRķ¤ÖØw.ąn×ŖâˆÆ _–Z^Ĩi~”Ũ}č뷝,I€įōÂ)ü–0™čģKĶ,éhwXIO\– úxVLtęŊWNCƍč( pxŸŨÆŊMĨjÜr“ŖĐIN MDųd ƒ§Â„šČ§ŦŲā­Öt <ĻņÔm€—™ū­¤:ŧk>8ū<ĮzÆđŨ†›dĨÔõähMŪׄŠGR_´ŽĐßCJéŽõ&ĶáÎ1ōš`Ž¨ËpW™Ķ•ą€ËƆđ}2‡Ž˙†V†úōŅ~Z‚ž„~ļ'n~lVb&ļhw(ՓáFÕāÜŠ;!c7 Č+÷Os-D’ôhŠŋĪĶ}\õn­$xà q?q‘ÕŧÖÃnžʉŊw;ŋŽÕƏŋ%ą]fņ.­Č5ĸiäš:tēI]˛"XØ ŧá#1Öčcęâũ6tëÜ}ģ=Öe=”ė÷šūĖū47žhö´~æ<•×…Ÿ…úŸÖôB hŪĄúļh3î˜įg…š§KģMC÷ƒ‰R}%æÂä˜JH´ Z“Bėlø‹ė(ĨÛëąĸk Œ­:5”…,ˆr*Ž”R_@&S€o–ÂĨ@\v}ĖŽ/”˜åyŠ^ž%-˜´Ā ÉŅ1ԐDôŗ$ŠŽXģŊ )šOĢ-ˇĀSˇ-HÖt…Yŧ§ĩyR_´3įžYiioūUÃč_Íw$…ėƒV]ļĻ“7wŪ†3žÄ?Ā×FŠ^A ˆšŊ9''ęYtôĸL5Î|gģÎÎ :4ũ™4!TsŨW+XnŠƒŖ30• ũeÅL}Ģ¨[™įF{mm‡50!}jd¤tĢheņîG°ũ~ō@X|™ēëRÖÅ}@ū œ˛I<”jbŠ<ˇ¸ĻÃwP¨‚ßÄu3MQ¨åŧÂũF ¸ˆš¸e[Aa§ô đDę“褁ųƒ ņģ3ĩPˇķ4 Ę#.,ü!-)Ž8†MXĖJŦÍSj“ŠŅßT?ŌŌNRĄ2‘ĶŽAL)Eđ÷Ši÷.w‰ô”ũc‚™¸Ÿ˜ķ›OEF6ÎÔŊŊ‘îĨĶwā­§ĸBĶH8Á^Îģšx’W’0fĐøĄų_+ÛČ*–‹7ū÷Ž2¯Ī†žęÔhšO6ļÕ?$<đ.û˜wԁ¸_ĨŅŋ3Yô0 g?°l.IƒŽÖŌžS¯íŅŒhˇb!Ú`Qnwd‘CoŪCŅ/9aëåŧ€~DËÆ@dũŲôLŠĩÄąZY†Ô2ō_ÄbƒUcÄ5…!ŅŠ˜" ˆŽĪāČĀŌ*/zū‰ ŒŧžüÕab)Ō‡.+`ŖOķ|hÉ-TWā{û.Ö×ã3 ZžĶc#ĮpA_ņf‚E’kÜ{ĻøwH}ŨŸøļÉ!’-ƒb` E‘įœQĸYqšáEĒÅ.4'ZėŠálU…Aš¤V>BDšhŽü Ö‹ŽŠ:(6I0Pr’ŧũ.˜uŊTšãņ¯LŒ­ļÛ&Ūp4kˇ`Į•q€ęfäAV:(;Ŋ& &Õęá5¨QžČŒÚWŗR.JŅ(ÅėMüƆæžQ=2Ō›\"162ģZĄĐĒ~ôęÃʙĢØ{úČr1‘äüH-ĢGXÛ§ã4-J¸“×bL—B=‹~ûöŌYuŪ–5DŠĪ0ĩ8@;¸ßF鞄 čŋÍpįPAKW Ą8>ŽˆTMúXûÔĮĀ-Mķģë‡ŗž\õėę]ŌÜéĪQøŌž#o˙đŲä"DõʕAšÎ`ķē[^Ņ €œÃ(Ę°–rÄŋēŦ¤¨WZ4ˆ˜úÃÚû„ŤÚātAAé•;ã9‡dŠā°fB߂0;‰,ØũBēMøš/y„$€ŽtĢ#ã2‚}ülißÚqK6?ûáãÁ[ŒôGē?B|Î0ÄÖM˜”Ķ G7Õ*bq…É >ŒBlØŋzO‡ĖáˇļEz˙ļCxĖˇįΎ9=)…œ`-˜ąíÎŪ@ėYã|Ú}^[ŧƒĩØ,]Ž]Š¸Nxz6HÂXjW%"æŦvŗdŒ¤5G|ũWËIĀ‡ū°ŦI $Ģ*ØÆ­Sė`™?ķ?Ûn'āš™dÉjb^•zM­m¨tĨ$ˇdVŲĄ†EƒD†X™CH˙NĶ×7\šÄäî™1Í8UŽ &įĐÂYž Ô¤#ŖļAo™É€ą×-X)h^ÕF”›¯ĩĖgUÁA& ˇ9#rWˆĮq$֞†zĖrƒ-ĻÍIšÄ괔įĒ”YĶÍ{ÅÄ^ha]`['{´tøĐ˙¨0Ę°Ũ ŽĀŪw¤ŧēƕwįÂhđËsn ĘQŒ‡wĶ>UÕIa)O1B¨Š (’¸<čÕ˙`œ7 Ļ ‚#„C"Ųē49|B‹Jn+`­(x{Ŗ¤°'åå}ķæžį̓]ÃĻŋ’°#dØoÜķtác°“Ķo:&ŽŠĒŒčĩߘ°Š:݋īŒˇŋķ’˛in eûĖē‹?upŋ#{p\Šė2YōfYČ~/?t¨ø ¯B*/ ¨ĪNۖąú{B@ŋė}J|ė‰ÖîÄʼnXGâDĒø F'D|J@Dۉ]Hø|*/^ex|ÛųGŋŌ_YЖQ*MÜØ-—?&7$ũíDčīüŸ%é< “Pŧ1'xËJƒ[ J0=*â\C¯h?bup›DâRM ōoáRŠ™ßŋČęũHÃįũŠ–J˛>•$įãv8GĀŖ`û˛ī-ß#sú‡ôĄ2ėDũg@į+/ 1M‹ä›M@Í|ĒČē*2K GÚō‹X"”ž¤‘c[f+ģX1ũ؆/įg•Jõ<ĶˇR?î~ëG‚NŪ˙7 ļę ö5dČžËØ0GœņŨw(7äŊ~aÚ&‡‘æš\7Ģ{g›šQÔÚuëŌí‘CEø€ā•d´ 4Ž´\rŠ3ˇîüa.Ļ‘3ä–&—!§ á¸œ??ø텚ŽúÕw`<_F¨R: ]`Ķã- 6ņb„šãû5í*Ę>Ŗ ”— RĀ]a4Ëě”MÅ{:Ōzf9ž‘ãÔ)>CÂ!ķ =uC9iĨ)¸Äk~üĩō6+Ú'9åõ›Œi‘mJ-œĖŽ ¤T'øXJT:&ˇ7• w%Õn¤GĖ"6×pZĩymŗ,ßÔZŠßČäŦE™„ÅČķæļ¤Ø1śž—ÉP‚YxđˇŽŒÉŸķa÷,Ü؉‡Ŧn1t#Š ąŖõ,¨2 p•a‘0ÚuėąkĘd0ÂāĩÂNĨR(ž!ˇŸc€„[ ŪaĨwŧŋ/-āũĸŊ€g€ Ÿß™CÅ|hG]É,Gƒœ™ŽH°Hžlƒ´._5įėÍØ>ŠĖˇ RËjJú[.k3Âá?AŌPŖčÔąsr¸,r,[@õcüꝜoTë¸{Ģ÷´9ū“í—9Ņ•g{H%ˆÁxhOÚäŒÁ;<NßŌĸįŽgf'pî<œM%֙7íQ2ˆ­Ë+ ŦOÜĄ[QŅ˜đúlHƒØ˜Uķ'Ē5Üöĩ>’HŌf¸9ŪųL;Aeë;(bižšHWŦ’yz(\ĩûTfr]_fķCY5<×eÖ6[ž'/lš‡Õāą„Ę3€Š„á5ĩ†ĸŋé Ŧ°‘-iFm´%Ŧz }#€–­BŒÛâEČ6áGĶšÜlFĒð…ųË•›ĸ%Ä&?aVˇMö(^ĸ÷1Ãxž€‚—o‰įsm¯„°@õbĄ6ĸũP&vOS æ]GXŦ<,:“é“hã*™ņf†NrDš­ŅË<:œûaú#Æj­iī‘$ŽlØPpu mHM ŖĻ4p.á<-nu†8K°åM Ĩ÷ĻÉÔMåÉ2bÂÃĖEÃqŨd@ĢŠâIՉCWžŪV9ėôņ)S”GŲ _áUė*ēö‘@™Ää‚7„éĒŖSËl]x–1 n’ ėT8ŠĘ6§į‚íč!mŨÚ´9p#Cʙ9 sÅ \Vŧ ,•–uFwŒúį.w)ƒsēŽ0¤ŠÁˆ +đVĀuûNđēĐ;^ÉÍú‡Xģ‡›öHC y%đ:žŠëį*aM͊™ÉS"+S]SoÉū"_Üo §‘~ŋĩ†…ČíHZSFŠ'´m_Üų7'îąŅvŦš(<™Ã‘˙äLíŅ÷Ļ`TÆšÕ ũQˇČ\ƒ.ŠEí;'ߛ ššrí™zkF—cۏڄ™Ø¸Ÿ˛Ž“bˆÍUP…57]Ô_xʲ!gē3Ģæ=Ņ{Ũ­$÷ūVÄ;í2d#L˛žY‰x—4åûŸ įo>)´˛9äOxē‚3;ƒî <1¤šĸU†đ hėliē3;îdą¯ûƒ#KŽĸ^O-k/ēE5›l<™ŸFSīaŨžrŨ“™17'xp7,ø֙—?J‹KęŦw+R¯ŋ–`Ō_¤\,e¨bšÍĖĶy”ŖÕWįPåŊīĀJœ‘ƒ #Ÿ5ôS ˇĶÎ6å9pįq’Ž9löž|Õ1ë\ĀАŦb4›8ã7)ŧX°ŽügĀ/(õ6ėčĪm(ĨFŅ¸‘4'*>CDRĸ”™ãŖėŊĖ\ QŪ‚ŠŠÕĮû‘ČÔhGÍ.ØújéLņ’‡!2ͨpęļ'§É–‡é]T%f6Ÿøģ0‡¸Ąĩ+{˜ŨnąOŗŗ4ČNvâ9ļIĸĢXČÕ ( V$ķãŠÂTØŌũūnŒGVZîŲæŗ0öųŊėö5vKōfk&”Ü8‚0Šo„ļ/ÔRgy§‡JŦ=/>ŗũÔúchĩK›ŊŠp4î!öLŅZQÂŽ^qËËÃ3ÂŨ œÆ{šFÄE | —ŽmžšmmgæK%ŽŒšŲ"-6zu1lVh3鏜Č4ŲÕQėŦxxæ6Ä^1øŨ‹g6Q;’˜'ŦĨ„a{†U‡¸SæÁEš7Õw<ŌlųW,>otŧSĘL+š6čS„(HuĶj):Ā‡ÜazaYÂÉp)‚uCÉj2/Y™¯„ŠÁK,nį4ŌL¤;ē ˆ‡ŧ„“ˆģ˜&ĪF‹ÁuæRbķT–b‡¯nÔNÕ;.Ĩ‚_ƒZĮōq`Ä´Áa~ím?ĨN‚ĩŗEđ^ö&\d@ŨCŋąß4ĻģvæyooŌ2čt%fÚļ#€KœŸ˛zžwĸXī´ŧĸ×ĪŨÍHĐuCūö5‡Ļ&*DΊ…E?vįPë~!Žs`^j¤ČWŗ*ũx”k7§\DüŒN5KS\v×ĸIÂe™§9SŦÛŊąˆá.0ŗĩĨŦ*Ŋøžl¯dÜŊKŨDå‚&YŽ=ü-:ŲĻׁąßĒŗ0 iĮ#VũĸÎ*2âę{â)9ô˛q7ül1ąˆ&õM¤N-“`>Û"TÖi“įĐD4IĩķëS&CĪž0čķĨ˜Ėé@í~qŌwäW´‘˜šK0@Įƒ ΄FĪšO Z‡u‘ėŧ:€Ú}ÛSWqŽÎĮaķqzChft:Ŗ:ŗëpš&ĶÆ^íqéÔ¯ęPTamŒ&Kæ!Ļļžē†1ãû0_ÅGģáŧTŒY<Į`Īņņ+HšRŠ‘@ē đzlm–ö„Ļā"éōgĒS^ÎVÂuZžV‘ÂnA5 s‹ŦĀ%-Ä Ā—Ũ ˇ@`ė—ö §FhŽd°÷ęĮ8ãŒŲĨ\×ŨU؆HŽsĒw*VęKá6RĢmęx¸Ļ,ĄįŖ—ēMΆBgif+<1!UĒei qËį“žĶuŲ|}ü ;K-9“Žę×ū‚urũÛK7‰ķĮg–˛˜U„§UywŽ‚`äüŸ}ūÕʝ¯Ŗ[Q}Ôy6ã.Û8į›äGËŦ5š‰V›,âŠ5–ŸŋO†ÉėĖąH&Ĩ P‘ØBTpü™•ĢMŽčÕ1žnÄN\éo°<0Ŧ<RƒĩečŪZëuŲ¯d|LBéęÆFāŠˆMëļ˜ŋ1ÚDlÚīÜgŌ~C°ߨá/2nĩĨdöŅÄØE}Iŗa$ĖÍķáöړį{Ĩģķ˙­Ŧ´ˇī>L¨šiôŊō‚Éoô ¨tMx@v#Čy$MZęĩ|‚6‰DÖD^7ĀˆØtü ~ķ;#b+VÕëÄĸļŸ¨r{›ĶŧŦŽÉÅ707CGéĀ|÷ ‡Z“˜¸Ú•1Ŧúv K–Ū˜ģŪīäÅÁŠ*ŖÉÉ~KŊ,ú˛Ũx&˜=͒7ŅÄQ1°ĐۅXMĸHFėvJŋŒ„ËŽœOŧ„Ą‘ÔŽ˙'ÕFz@žMĻڗû=^Ŗ¯ĻœsŠĖ+Žj)ZA™'1-¸q>>AgØˇr˙[´ĩą<ä˛RYąŸcÕūļ ÊRčÖ|ÄÅH(IښÅ\ĪGĐjë{6nĩęu)zžč`OŽģÉäĪcžŠ—XqŒ J7S¤ ,^ŌBučķyKH܊Ü@âx^$.QŽBŨcē%t’ö:Bæfģ^ېūFō KãÎōeu?BnŠ‡ŌL ēđąĮD—PZŌúžíIQŦL(I‘VE7.MpäÎŦJ{ŽæīSŸ7‰[EšŌX¤ķgYGˆņ§ŽSW/ķĪŠ> [WĀ>+­Ŗ7{¸e&ÎRœ$¸CoJ՛ÅßĮųzƒđ7Z…!„m0Œô€IOē)4‘ÆėZ 6÷–‚ɸAã”B ×Û=¸xå₝OYĩ‘7ēõēkō2jEƒ…8eÍ.˜ĪzØšŖą^*īy€Žx&ę)čsĢ,`­ Ŋeš2Äq?äXOv§&öX ;an`ļöįŽķnBMÍP-‚ŦļÃxØiqŒį7.Ã!’ķ9؋FŋĀ5-Âûęũ?˙ß˙¯˙×ĪŋūîįŸ÷ëūŋ˙ųŋûãüáOøåīŋûũ_~úûī÷§Ÿ~ũķī˙øĶ_˙ģ?˙ô—ßũį˙úÛīūío˙į˙ūųŲėU/”k˜q[jRLR}č+[3Ļ\VŊ'[=$'íÛģÖh*ÄĶĖũUHV&›[›](ZŦ1$$ģpu’Čč’Õ ˆÂkqÉv"o ='ŌcãšéÂx@Ü3t#GzÚųwxûgâį@ũžgB2RųvŧÛõUë$ĀGč`g´\…Mútvדârzī’ōXE°štķ_ˆ‚ķ?k*€Fhņ#tƒ‰Ii"°3‚ĩČaĀhŪ­xUt:"PIÂņ‚Ûvl"ÁCĄÚ‘RV˛Č.¯i“ą$pjeįēūĒÄ6élŠšÖõ*O˜w˜ŌÁ:Tđīų´^™…˙Ā4ˇŠ` u~ļ‚Ĩ—ßH=⊰Ļ‡öžÍ¯;ØeRôi5{ũ×5–âJOˆųüE˜ē WššOëō2Ė§Ņ5Lö„ÂäĩuCQŊą… ‹ŌŲģÅQuåŸ0úØʚ`’ĢĮŒÖŅ\‹M Õ(šˇ+¸Gä‹ŋ”cåu•tÍ1€ úščNL`;j2ŋ2‚Ë<Jsz˙Î †úi1˛āí”ŨAˇ4Î /\=_Ų7e@…„MÉhtÃa?#@ŸO†;ɝ’¨]–Pa­ ŽęÄĀW ø“ėađôö[Ņŗé\ģŌÖe¤)ū‡ŗąáChûŋ•Ą,W@­Œ37Ģ“gŽ Ģ„’ëŨĐũÔåéÔAY†UlwˆJôíÍųÄIŽë¤žUĘĐŲšʡô†Î@PV %Cgˆę-¸bˇÛg]dDžō÷†IēōĘ`VÆŕAh§* āˇya:–ŖÅ\(0Üæy[ŗ)iJņS°Fp÷59Ėcú‡ õN~Í|xĪØ[’FÔ'%/­Ŧ<$ îÕdĸžß­1DW¯2Įu Ēl:aYßĖ>ĸĖ˜­ƒfĪˇÉäY=mÏŪoŋüūį?˙Į/ŋüíĪúíįŋ˙ôĮ?üåן~ũåOųéĪŋüé?ũö÷ŋ˙éoŋüüĪüí˙§Â› ˙ĩÂĢĢiŲÍ!ëĄĮjÔĪųÚ)>cøŽcãûžC{0cÚÜ]f(hō]ęcĨn'íp/ō-^üJ0˛ļœ4s1|D‚Ü yĨCCäšÎȔā~įÕöJŪˇÆ^VÉÍķyMįF_āX-2ŧwÄV9 \ ōœ&ač&(rHŦ9Y~ÍMƒ|I,uēOá+­ƒÕüM đcķķ폷­G&Š#؄›P0Ü ú÷9Ņ˜šļØpéÄ°5Üä?šĸīLwÜxgŲú&oɞËÖãįãäÚ grÉkƒ1ĩ&ņˆl™ņ­Uz ڒō~0QÔ<Ë(Œž; <ĖX(!¤.Ļë‹%ųqĖ†īŽÉlŅô^vsÜ(ĨMmøU•—Ėm‹]öŽL@Ą†zgģAõ )čÂsT#„Oš¸c^xîg§¤­0G<‘ƒLĐƒ6üÂ2ea .@ņļa}a„iŠũ™Ų> ĪüÚ |¤E.{¸ZĖœ`Kė‹Á˜ 'ž‡SÔr_ßģ œĘ™\û™?bšAæ7õ0ĀĐÜā64õ7`P5úz\§|ÍÁ`c Ÿ¸Ģu.KŒËSŪ!ĖëOUîBæĻ sŠŋLÁôAL˛mv¤ĨȊwŗ\šQŊ ín„3ÃbĐaVū‰Ŋg^~Ö('Ņ@ !Ęîj3F ˙‚Ëjķ5o¨ j›ŲØ8Ԃo˜â+D(ŊIWŖ]„üëöúąņũãųí˙ņ‡?üüģ?ũķˇ_úĶ¯ŋûãOŋūũŸøéĪúĮ_úí˙üíĪ˙ų÷ŋûÃ˙ņŸoÍ˙eˇņ_{ <Ņõßôo ģÁ"D™1gęK7ņ_; vŌnqÁÜ)RáßP(ąF@×QīĨ&Kš ¸" ÛūúŒųˇ>Cp™ĩaäoÆÄ­& l4ŪCãąôôRĐl4^3ųIģKhˆČa+Ë8­“ōTBUP& ;Ņūŧń!ÁDˤĒũá×´Ž]ęIéaÜn_… ęt‘Į'Š†U–ÃN”[Ęį|˜ŽėĶžĖ*ˇņŽÁR @Č![Ė?s´qBdJĄ.˙˜;¯y¯ōNun+fG8Ļø* nŒ‡ZwVËi ׹ĪaĒÖ0'E‰Ŧ+ĒÔ¯Ũ§íbæ‡.ĻÃūüv1^Õ0Ķ[I3åžŪ—'›đ‘ūī:žûV~áĐŠo,ļÉÛ đI Č2xŧĖl]X§uø}{ōmęŧÁëQ°ëŲáƒoŸČ†~ė\ ˙2˙¤¸-Æē}ĩĐõwc€Ā+؍ûø}"ڋ“›!ÔjŸyūëÉĶdđm]ė\ŖŌ[ĖzZhJ`˙Oŗˆúˇ]¨ĸ™H]UPzü[ĮR˙ÖąXœ–eYz–úąg´Ŧ*oŧîŲyĢcĻķķea´’ĩ÷I Ö懌#÷¨Ë^bō‰ų Ëmˆ,Ä9‡`UŲĖˇ1ļÚŲn†rūM|?=¯ųHoG@üilŠ“ƒ75™ėûCc3~il¸ĀŪĸžå“ļ˜HK\´’QŲé“7ųilôBļ ļÚ4˜V`FLai.AEũCw3@ösŸŋS°Ä“˛=Cĸ-žQW<}(LÍ´é䧐ũü~ôJ*ŦÔ\>÷˙ĢČ4ŲGēgAGmĢ#ĘC°ĩ&üŦ÷Ũ Qōn(GÉN AkPĢšU +crū$¸“8OÔøæzâ=ą^œ’rxĄŸ–ÉÁ›wįŽĻČũļL ;›ŧßo™“đŋvLļĢĒ>¯arā‚i׆IKá ž¨hąĐåãcŊ€Ŋ‚ģF_ģO­uL1m.gã˙Ü4}z&Q`ŸžéŨŧNõ\ĪBņß;ĻˇmįYüŋˇLF¨Ŧ(”Iŋ”Œ[Šk#3Ų†Šm˜ūŊc*1GlŦ>ļMĶ|ZĻŊ–i¯eęk™(QƒWÕūĄļ3?ķÚ¸O&H%=gúĻúŋôMVG œõũđŖšĐ‚Ás¯mÂQ°> a…ø^Nō°į™â“§T2ÆOĀ`¨Ķ‡ēŠĒĒÜT1ė’§i6ĪyâDä°m€>\ ×4 ˜’F`ŊĘõq^RRž ‹‰ž äI˜‰”åęˇŨMâ×O˛Ļž?cĘęĪvCLi ^Ɲ 5Üįp˛bļgP{ Wųõ‡ ī—ĪėVCtĨŊmäÛîĄ´Ã°Á%˜{­#.|ƒÕČëŽYĨˇĪ˛ŽķMæ8™…YõŲĨ7õŅØÉ ‹d8Îz÷ÛZÕG_ NJ” KF](%9íę&ŦdSwåĖh—7QO1!|×ĪÖGčf?ßÅzįģôSmüE­ ŸĮLŽVg‡5MŊŸ>øœŽŒCĮčNzĪeÁš‚%ō¤eųaŽ™mQ’Fhęc|åVÁxsÛSĸh`‘Ž÷Í,įM´œķE×`ūv"˙ŪHķ­6J ÷m€’ĢÕ QsV6\ÚĨ}Kŋē¨R€æ´Ģ}Œà ›]”ČüˇŖĄÔQIv ‰ˇ•ų¸hĐöĮˆŸmQ{É@ßā`ãŠlÛ8Cgˆf4!zŋļŌ9yĖ’ã€āŗÉęü˜XI­ŧX1ĶÛDšāĩģåčXq[TIļ1Ŧü™ā'ßŧ ņ\ƒįƒ”ãÖĖ§^slĘ'‡Į+å}Ņ‘F§÷\GVø˛u áŦyLęĶą„–¨ŗž>h‰^v`ßO*ÕWČvBcÁ;?¤VÅŖlAĮbŸ ÁhåßŨV÷_ēJ—˙6fšOb˛¤ņW)JXbí\¯u$–čŌĒĪĪį]|đī^Ÿ´Ē텭%4›Ô‹žDŽBūŦÚāÛũi2ũŠ6Íčũæ—hņo?• ˇMŠ žIjVP5МÚ|ņŖ€uēo"HښŖKT''ŖĪÚĪØČ­=QMŗ&VÖĢ¯`(3`Œ*šdŽķLáā€7îÔēoāüúY“kÜ´%’ŗõƒ‰ –ÛÜÆĖgåÕtō@›ŗŨAí4ŧŽÍ#ŧ:FÆJąņ^;rCˇTú÷ëf÷4 n/ÁĻIáõHĖ QŠ†^÷eT]ŧD!ZĢ¯ÕhúâĄ+ėES› Ë´Á›O@ÅįM„ÖlúÜ|ˆë&ÕŪ1„ą\ųô´ÎŠJāKP8@:3Ų“L¨ũXVyĶáģ™ŠÖa%ŨĄōzÍ^;Ņ|]ČhKôh5ŒhŒ*wl|­šÎE¸–—øP{%įŖĖ[kķ4;pö‡=Aé-LgwĢ%LŽ÷xž‰â3Gģ%ķÁlSĩ#^Ї0akã/Cvî&k+Æ’Ģ°B w Čô`‘örjɕG{ËaSà IÚ?ƒš‘A•×¨-ßÛ¯Šč‘atéFõAë{Š ÃõŽfŊô5X™_>–ŌöeĖųŲ‰Ū—ŗŽ^Ģīä™?Ÿđ{ÆAĖūã|Q›=~0Ũâ|ZMä~îĖ4Ĩ6’TâÜ:ÂÂŪÖf0ĸPI%ĀJŊsgfęãã[{!ēIOĩųœ|NŦûRâŪȉīQ'¯‹Đ_(õc*īR_h€ęˆ ! Ū2ĩ…˜@Ė„šTY7a˛W%ÍʏĮ„gœ„Āøëhôü˛ą“NĖ¯Õžįf ļÉ~†–Nl”sáëį``(jŒō@,%Ō$ˆ†pMP@&'ŒœĪø÷tŌYŲŅšĪ,÷ų÷1÷Ôå™HÕ×ÅĩR q]íW3D}ĐKx´ŸŅ‹ŒŅųŖÍš1[A´k ʤÔQ€Å[āƒ wŽf™y‘7ŗ ē¤ÅvCčˆtųR9V:e(¯rųeU˛YĻ>o FĪĨŗkŪņ÷ꏟ9ŌŅ+ÖMb!Üįc"X`*Ūhi^˜DŨÉžS9ħŊĄøĢ‚’īÃÎŖžßũ=ŋÉßĒÛY°øŨsI1Í!ļÁ”tˆÚč2ŽáŽMH°;tŸw´“‚Ė÷­ô ģÄJÍW+Ž_A­´6Ÿ+iōURiJŒžËŽl īSÆT~}ÃkŒíÍÍ´%LÄ;ßf[ŽëžrL2Ō•3iWJģĄĄ—ŖĒŊˇ—ą:[`ŋtv›é˛2īȲķy÷ÜÖ|XÆ?ÅE¸pKŽ–T“xyŪkĄ fĸûÅl°“8;BÁpO ¤äÍÖ#ģ ëMJm;CwJōG0Á¸-š:Įø /eS5ē%8ÜBrŒ¨߄•Yđ§ÉŌtyĖÅ]ßėG‘ŲI‘,}› #Ī ĻŋË}‡cƒĪ=•A¸ž_oŒ/6ũęäzú´“!¤ĸ—€v*6kõlC”MJcŖ)O°bæK,ÎMHsˇî€œãiâęœzėŒ<ũŲJúÎãˇĒvŨ>éīH0E€;d ­ĘÕˇ-Š/΅SáR,ĄŊCtjĨ(ã Ø%>1ōÜaBˇÔũĐ+5•ZqŦÄÜwzĩ”ŠP2‡Úß>ēģ| ”^kŅāKƒlģĐķP˙U•§ŽåwGHë–ĒŒ’3ÃĄSW’Vž‘Šä!ķ˛ŦŲ8ļŒĨ‚5 ˙ˆBæ] “c>§tHísƒI„”NÍT‘öĄ"¤ ,k¯Áü~(Wë”ō‚XxũUĸ$Æoƈ5R’­Cni'ã ÚPŲ7}[D()Či×Ņĸ1‰>žsŠŊ¸D  5ÜT*÷čĩČ`niŦ”R*‹!ąpŦ?ååæÚ>/R„!îF؉§ˇũĖ5GŽ˜´=—R~<4L•ęįxģëąÖyĪžņŧQ“ÚĄįioDŖŖĨs1õ40<߸Ĩ>@+U5ØĒg;õķSáÃuSļ؋,đLÉŊDt$÷ÍiF÷¯qdõŤ’PŦ0/OÁ`R2VÉLĪ,jM%Û¤ĪWĀįC‘Gĸ˛zœõŋĢØâ2 âØi!TąĢdiÆ_j  0AÂŗ:ęŒíh4ä•`ŒÅī#LXŽāČ9ÔZN‘ƒ'ģbĩÁą`…ĄoÔŌ`Ô\ÛÃôV”ŌP..€úŖ0ĄE•ŽĶÔI]Šîqؚ2*b'ŸŒŠJÚ2>…õéx^W‚‚ōĶ| ë ”Ē#}č["L‡X›íw_ Wz(hĢ˛Ģ•ÁTŽō0å ¯s,ēz•?įĶģ•#XG3f‰^ÂÅ@’ėd˙ÚÉęxnzoŒVcÆË)ąôƒ=-2Gšø™”\đ”üP-‡ĀQ&ŠĘđrŋ'w7Úįß1HüõˇŸ˙ãŋüúÛß˙ōĮŋūôË_˙ō‡Ÿ~ũû?ūōĶ_˙ū÷ŋũôįßũåˇßũõ—ßũöģŋüõ˙üŋ|ų nL"wåDš3“;ĨéCR¯“׎Į—S2pQvũųįë#Ņ­8ąR€ī$ °x8’ø§øĪwT‘cŽæĘÚGM8•9nŠ8åfŸĪûu´#Ŋ}ÜU¤pęûŸļÔ¨w°ŋĢĶã§}ŌßO‡a r÷ú0é8‰ ×Ļ?ClL°JŪÅ ­īY`(Ô¯å2CĩGÁŗ)_0A– oŲ~Úń)ĄđīŅėēŨô‘:‡Ą0pa÷O|v:zö‹yNRJųUõäÔtâ\ÜÉČԖ‰ {cŪ”§:lŋ6÷~áĒĨo…õ’#6ë ´¸e#Úī"[*ķH:äPšA r_ö§ŗ6ãMų/ĀYhī^ œÎų5“LĐbģs9–Ú&…95âî˛îdã•hML°;¸‡O?XJxø*¤4‹ķ|ŦįHøH­p–„3)#`Ŧ¸Ÿ•0āĖßø+æŗ\ûĢS!æÚQŒÎ'O&í ~KÚ sZP…čÃČļČ8y’béa9+Ũņ`{¯˙xLFžOtqŧM|  ^Žŋų w.ÛęeÚŋDŪ…-g:Äž¯ÁCŊ“["4ĸprŧŦHYváēÅö3cĖÆč’ö‡?W#˜Ö70įz‚)Å6í÷"ō ōbfv¸’OäI$Ģc"åmY÷7Œ.A˛€*c Jb€zÔú[߂ I@%ė Ũë ŠBļb“āŅ úmØG$2įŒ)×Ã>„l//AėũŦķ™õgaK:@‹ë™Ę šßQv%¤âĩ´ÖŨ˙šˆÉ Ö[&LíeŠĒã%3ļn\)ģ$Ūš/¯ĻŽ/âIŽgld­PbÎf?-ķZ!vĮˆČV(3i4#kĩ\‰´EE]ō”ēŋĄf„_ģĄ„ô‚QÛ>ęŗ!|Ŋãšū,ŸJHOģëKDšebž–ŠdmwX<@(AŨ‰‰ŋ7ŊĄ!sĻWŋe^Pzkd˛:ĒIĸ}oÆ "¤ē3kD“—ķZŠ†’ŌŒ&Bī Æ÷đ‘ÛVŧYõ TįČ$‡Otëā˜Ųá'AyaGîQO>ģčKä=!/ ŠÕ§Qâ žoF"Đ1ÂĻnveUƒDėÎũūŒnB¸úÛ2äF1M“Ōaų8ŅOoŠã9ŅuķŌt|{Ė2bÅíO‹ŅüŽKnuōh$\0 §–CĨ€ÁD^üĐ#¸õ)(Ã)r.›´Ėätė˙?Ų\˙ŽįœYshŽūŸĐ\˛‹EÜĄųĄšZĒīŋĶš2él¸)%Ōš ­uĩĨsŊŋũŋŌš ‚ÔQŌ ÜŲ&ūč\Ģnäŋ š:‰ßuhĐŲyĶÚÜëáxyŋØ$ŅEÁÔĘpøŸ˙˙?6§ūíŋũĮßũëßūôûß˙öĶ?˙đķŸúõŸ?˙úĶ_ūüģ?ūôģūũ×ŋ˙å×ŋüã?˙í˙øØIļü/x^yR5?°īz´4ĩ- õģdäí~ēJ\‘ŋ؈+á–F^N -pM¯ÔÚ~–T˜NÃĄEu?ÎÍĒq´pûVÍü~"cĐĒ$jķ2 6ôÚŅGbÜMØU_J8îĢB‘o=…؀‰gšHŠēķčwđë)Ÿ2ÉŗųėĢŒRiÖpšQDTĪĮuy¯|°…X@ĄÜߒ&@ģ)´J*ēSIbŪķÖ”ų¨L^UN턴ļY× ų(įI´YĒv=xÚŊŞ ö‰ČŪ,ĮŪĶėi3ׁO.?ōüėד_ŅĻL[j_Mš&Í{ Ŧ…2A53į…ĢƒLjcæŪ ¸sNƒ;Cm’gĢ>Lց)Fŗ`zÍ8nl#ļ+˙¸ĶK”˙R’Í'aĘcŦtNeSņ´‡kēG22K6ĖzË´  ØjŨV¸D[%nTî´ģ‘ī++{įŽžksÚÄ|Œę”ķÛ*ØØMāhKĒYLí3ä‰8ZŗĨ2°‡|s~”U"TYY9/lķN‘ŲHã}˙xæ•Ē&OΗģe~÷ÎĖ–Œ=ęë/8á“z7*ībļĄû=Cf ĮfŠ1ØŖŸ˙ôí=ĒŧI%B#ą’–“]_ø´‘ė:™fî­iÂÆœB`ĩu „ÅGg1ô˜$g ”ũgĨ˜üR{]?OF`OjCČí‡ ˇpņ2>ēYWî„âXžj|˜üđß%õ–°^•Õc‚aSl’4ĩîúĪOū¯ßō—–ZąĢxŲ)ŖJ į 憸Ú}ęG:ģ9*Īü ŪƒS“ĢÄ^g|×IQËP”„ķU$ņ+Z'u mŠÔŨžÚ¯ŦŦPn¨lNFɃ‡HII3æ+čėDÔ5{gąÕŧ/š§īöāj‘U#YkiŦq–ĮRČ÷ūž/gī&æ•w\Ĩ=[ÕļLv—đĀËģ‚āƒāJEMÍڒŲ‘%Œŗƒs&S„ĪwÄΝ‚¸B>cCŠN~J(°Đ“*ŽŽØĘūũōxų`UÖʋcXT;uŠâ‰ų/YŸ‘‘÷<ëīmŸ…¯5vÜÁģąAĆÃE˙˙aî_˛ėē’lK°î­° +1† )H=R:@đĶ˙&ä3ÛsŽ}TĄA7ķˆĖéĪŨŒTī=goųŦ5—AH,‡@ãŒÎaPYėŊPīƒ!oJŒrļxĄWŖīĘu'+ŠbRVÕ@Í ķíRĪBaR˛^@~á:ʧ‹įų`JĒbT5ō!5׋Ô‚_ ū 㠊:o~äPčŠ+Pį‰Ã#KvĻ’ÅɘڙkÁr4ˇÕÖd×A 8?”ôã+lŠVYB™Qm'c†ac1—yčÉ]ÖHį5 ¸žrŲmÔgãœa<$­ZkJ8Éb‘RrwÉŠšlVvĮD‡œFéß:tųR”§›žxÍėsõ+ŲqÔ&T #ĻÉĨlėÖĸˆ MČNvr ēå!4ĸŨGQ anå3a7Ƀ@9Ŋ#”i]Ć@ē`ŠųŲô#YöØÁę>䒩ĖQŗ<6dĻtĐį›ÍđEŌéOkī‡Ī"Ö`ĮEîŌ&ˆQũnŦ˜„ô‘ŠyPmæ0—b' '3jěĀEĀLēņ?SFtdDCæŅQߔŨu[íúúÜŪ&Ų=…[¯ČāŠzŖ‰ †V°ĀÅ|ā7˓‘‚ŌbíÛ ãzÕÉŖX˙›“I9’õ’ éԘų—Ņ@t˙´ÔÔIBčƤŨķŦŅäX¤¯ī‘ny°ŦÉd¸o„đũō÷æ^9_= ¤T’~éũõŲ˜ë\gx\zD:3ĨVđcņƒādŒ7ä@Ī„„BĮäØšk|ĢķĻŧę3ŲāÉC™ļŨŅ>ĢĐĄsņ咂íØwmŧœ ŅŸ„b=ŽįCįæ{7Ēb‰kžŽ/€eė3ø…vŋÄ3Ŗ$1XU'—ą2^§Žé\ôkÉmŸÚÔ~˛E­ŅQ•(­ņĖƒ)ÔԚāüPqlL"V"8g CCJ2B‚fŨŗį8’°Å?!ēˇŦoxÍtĸęŽĻ-B{y%ēŊ 3—ŊëÎäVEŪŦ3}eËoUmx›ĢIéeLÂc8/ÉėnĄÛ´6ĩAÅĐܗĻö%eUÄãé˗ĀeÂrQpčĀøĀÄ›ŠŠs"ŲߌÄŅ3 ×ØņĢÎ5!X}r0UYļŲu ˛ô"K뜱üã1įíÖ:Ŧ)ˆ ;6ŪAõH­ĻÎl6Æ΅ČKIS§@>•_Šv;:"š::E~+įÄō>ÆåŠâKž”+}A"a8uĐÍŲ+˜™:×rLĶAaĩ*(!wŒg>ūŗM^ Š‹$X#xhEÁIšŋČr DÁĀõŊ6KĸČšûĪĘĘŲ—ČLbK[L<RU ˆ:æôƒ'zä˙ģâÁDÕd íE)\Æn•Ú‰øˊƒzĖBz ‚>ËŨč“ķŒo-U(§6i}Ã7.Vų¤Yvb ËČ$ÄÜ ĖĻ‰÷ØžĐŠy¸ė%Š— ŲüšĶļĻ°õÛŋá̀!?Ĩdk¯#¤õ=˙V‚–S’žÛ8’Ÿ7^ŗ~vb?÷:áDÂ]ŸEE‚ĸĻ ƒØšŠQסˊy‰$ė.¨ŽÆm GĢ Ģkņå" t´zj †fœ¯€NĄ2c_ŲđĐہŦC¯Ë`ĀĘãJžĩõ3a+™“(´â{ŠŪÂŧ`íį‰ĨV{ˇ r­QQ¸…ĄxÔ`Ę  ÎĮĘꑸÍKŸ0|į&‡&'pOäĘ°äɗCuÁKs“ũv*yÄ*QĢY—3 7āYڄ=đ]zfÜã¯CĖ—°FŪ5J;ųļš’ür„îOŋĩ ōį‰:lz/=˛ÂÆîĢTt+įę°G%ÄÅTÉĪ¨ēV3Õ‰D7š(wbÍîøŦWíøcH§WŽ~s°Ã= OPZC?ÖũL\ûŧįOéKR˛ĘĪĒÄN"Ž^…zgîĢƒn€žļœtæ |ôa…ųˇÎ´ŗ/Ј`ŪBø:åXŦ„QAtež§kŖ2~.ÔNļPˆP¨l´gČß@R˜+$SųJme‡ŧ~˛co˜Ķ3œ;K“UƒŅ'V'uoū!ptįÂá"ÉÕĮæU–x$Ļ 0ØķSĮ˨ÂŊ}WFÛĶ9WĮPāÄEÅ˛‹=‚ēYĪœ 5./RūswąÚžË{Hc7ƒ…} ēYRTŨpĢČNöŽN:¸ŊGX 4 $vųų*Š:"LQ :~ĨŊž…-Ô×H™ãVqi–=ėE0*}áļĶvŨ*î›N†wŨ!'&¸*a]Ąŋ,Ü7äˆÁĄ éŽ+ōœ¨bœŽu*NžĮZŅK’v‹?CƒSíE˜zgôEF§L™WΘ “15n2ÅĪyĨĨøĘZĶ”vĀ} ūyĪę¸üTZ›×†¯āĮr]BGWFÃbĪdhŽļ)!Փ|5kãL| œ>l°ÕBžŲ­x ėځ8éũÜ#YCV'ĒŲܚ§Wp fņ­ĘŠčÉ:KcžĘđ~ÆĮ\DTØlD7\ŋž B™ļČŽgD$s¸ ķ/Ô.Tôd|öĨđÅ`Ų"ŌE^8ŲؐV÷ /O—ÁÔĀž‚c!oM~j>4/™âȸ`¯ēĖKĮ† žWéBaÛ ‹ēÉģÔG›ŽíÚd^Ú7—ß˙ôūãO˙øū÷_ž˙øÛ/ŋŋ{˙éãīŪ˙ōņ—wûî§w>ũúķo?üüūßWŨzc ™‡~)ļ0˙gjĄéŅ#yļ ũ<„2šøøo‹-LȨn0ļS ģ0ß-$=f@œĢ9å3´õ‚†ÎēÁ„Rf“°šĐŅ¯•ŸGb!(ûŲœÁ‡c›ų,ŽeĶ8ŅVØeü&~ĪGĘ ›2Žļ†6>ž BÅįf"UģĖ@…_„Đ2ųF÷@×Ģh•Ë˙2Î:=Ē$4füåŗI?Tn°Hļ"ˇqÖ0™Ąāp{Mō#Ú6īOā IŒé¤:~k§ĸīœĢÔÖqŋš'; eÅį´F/Vúm+ģ˙ŧĮčû6 Čl"Ž( 9b‰T“¨åF~ôž–%^đú1ā" ą)ļÅŦEŨ?hæW—¸W—ˆ.Žu1—^ãDĖaVņR˜¸n Õšßü•!uåĩ$ąû!I¤Áų;’DÁÚęŊ$|“TĶ’hÜõķˆ<¸%YD÷B’øB“ˆo)(Ÿ…ĀyžØW˛DIQ™Œ.oĖ+ŧ˛DĢ†ņœ:ˆA ( ÁČÖŧ^xˆ÷kbĮũ¯<ĉčq¨Í~ŨŲl0ē×DĖrpC9=:34,ÅSw"ą-āA%æâûVĖ°Ę×3ōÚ`|JÛQøHƒˇx÷‰!}e¨7`E›1æĒ érû?…sbã.)„ŽAÕĶaŒK&PTî¯Æsˇ Ë“sž’ˇĖÅ}ÍÅ<Ų'ɋÔîÉmÛ!+Æ\n~fÍ=Ĩī#ūâŅ_|ĒʇÁx5Ęē ŧļĖeĖæ8#)Ŋáp?ŒS™ųŸ°7{=Đ öF&t†ú¸(ŋn-žj ĻŨyš‹ĪũśŨŽũXfŌ"— ęíė´Ä'ˆ•Ėš1Æ=îâË}ķ úsqËŽĄTÁŪl?§Scqįļģč‰Nü0Aôų^{1ÚĢí×Îb–=Âģ‚&…6§7Sd ÆĘ{æÛXksúœĀ‚@’uj¨BšČķ’mRÎUA!œ ,X—1íš~øÍtÂļŠFĮāļé<é|ĀB”ĖVÕ§ņšĐĸ^„ÛJŨ3ø( xĶŪh29•A"ā*xáŠĮ÷\K¨R­õŽŦ/˛\ŋ/„ĨįŖč°ųé´ÉĄˆGįFdūÕIN,ŗ4 ]AZ‹Ôeš]Eŧ­]¸)+8¨]˙{^Øčå’Čļ‚qØ}R2*Ē*"-]&‘$ģo_ģoŽC 4ûĻ#$y­ž,™„ĀĨBŪ{Z}—c¤##9ũ¯īėÕ.ņũ‡?üãĮ?|üķ‡Ÿ˙x÷áįī{÷ūĮ?ßŋûøûŸŋžûã—_{˙į÷Ÿ>ũüņģŽĒ’éöƤju܁Ã[.KėĒqY.ĶvąØiīb‹üF @0ĀČ|DœČd‰Õt\({t’N€îČed>÷šŽ-#åôÜáZāzė5x’ŦÍč4Ķ˙˛<ŦõŽb˜ŽWL—8@/Ú-žôFNĮxšŸÍ8Öl%ŽšĐį-įeš]É°|pÍÃČR‘ņj(Žûpî_ûeÉhųÜyY•g{âÅ~Ų–Jo98Úo›ÔÄ:[šŲlŒØoû0˙Ž ŗ6L|qú]ŨLĻaÃŦW&L-¯/æ׃ÉÔę×ŋėÂWÕ<īĨņÚEđxđ*ŽE^š1ku<tĶdxôĻ"üBųãĮ?˙ã×_ß˙ãŸ?}|÷ū÷J~ũų‡wŋ{˙ņŨĪŋ˙úëĮß?|÷á§?~xS­P¯Õ ąBĪ+­ö."‚&īēR…hfīK­‚UÃ7Jæëb…ZôC%Vč+V`UŪzä_Ëq7¨Cĩ‚žüĪÅ ąv\Ą3'ko¨ę3ĩÂK­BŊÖ*(ržŪ%Æ>{Gíu't‹Ŋjå @wđMĩæĘ⯍ĄžĻZčˇT ķUՂÆgÄŋ~VGKTÆlī˙Dš õlĩöē:{čę¯u /„ Ž}^ X8ŋĐ-@Ãrdį¸ĸž.Z(•N_Ō-Ô áÂvâzË`—ˇe ö …ų Z>![üŒbē…‰lĨ˙žjAÉBŨkō+ĸ…Aķ9ōŒdŋ&[Ŗ°ūZ´PÉi;RŸXfŸĸ…})Z¨ˆž Z%KOÅB ˛§\á´Ë2›Đ*”›M‡_W+ W0žbĖšø’`!j…ú‚\áËR…Š‰ųī FÜĐ*`PãĮĢ§VĄcũâßU)¨vũ˛@a¤uqĒ^}BũĨ>Ą_ëÔ.=æ7ˆ$áNb#YŖô@Ÿ°Éõ‹>ÁĄ*RŖ/ŋ,Q˜ySĸĀžEģ˛/›ū‡×ú„}CŸ 5ũ[ô VĘ% ģ_¨ĐvđˇLyÂ`ĩčˇ /K˛Ÿ~øųã‡|øõ㏞ûî§w?˙úûOīŪ˙üįī~ųđÛ§wŋ~üđĶû?Ū˙ņã?øgĶ×ΰĘōŌä¨â>WēŊS ĩO4žaŒwTū ՚ ‡ü!'rkj‡6Ė5(B_élL`ŨŠÎ*ē}ŗĪõĖJ{’ŊąÉŅÉPxn™›ĩ_°ĮKAÂÃ)鯇X›WäcøōNÃ_‘W;?īSãĶđŗö(á‚G›ĘˆųÁ=FhmAÃlY0÷ߎ=ž7ąĮ/˜ĮÍcâ‚ų¯¸ĮÎWĘçEŅ]ˆĢī“Ē•ĪŠĮKj“ŒDū@=ŽŅyE0ô‡>2,ÛØãvFt›1ËÁē-ĶLô/ØĮö1jzvîāû!K.Ëũ6ōÄé>,´ü k2TÕuS&fHŧm—&Æzĩ}Wĸ‹Œ8g(?^eĪ#!—ũBØsWhzˆT†Ü‘§ŌĐ= ũIë2kŪí‘õŸíĻč”2§‡oëQˇ œ(^)fˆd‰Ūä{¤‡˜žkk¤J8zČōøõÎŌ”ų đIVJ§LĪ+5 q/Yw2™0õ•lņ+°ˆwšöM<¨Ģčŗ}0ĖŒhB`’–&‚˜°ŋEĐ8āŒĪqÜŅPpĩöVūMž^ˇa#ŖG@đpē‹äēn"ÆSu ]e°_‘)2Iã/Z ´m`ßuûą{ÔɄofE˜#É6WĪČŧäā˙[DÔÚš¸]‰öÛyøÖ`ÚÎŊÚ!7ų‰wtĘh´úé¯8Åo$z \u4į\eģÁHTī„†øŌ3{vVĀf‹ˆy¤očø#8íņŲ"nnrúu¯ŋ‚ ŦXĀËŪƒlÃ’ô’3Ąāã ŨqËVā'/´;ÚŽ&!0ˇŦ3whŖÍ!äāÍ5“ęúÔ`˛•†gĮ :ŦšÃŽ¯EŧƒŧJŪÆy8RáŊÜL ŋƒŗĒŪĢŠĩåšÜ2NķÃf%F‰”:ķ‰R‚͆…>ÖĒsāžšåøáû˙ø㗟?ūųĮ§īßũōįwßŋ{˙é§Oī>}˙ņũģß˙O•÷ë/ŋ˙úÛĪūü—ėԌPLY>D¯žÅ3uzkŨTģ‰$5ųX,ŒÛĖuRĻJ G…æĘq#†ÕR’ĒI˙Ž1˛× 33z׹M¸Fm<•|;ũ]ŋ XŠšjÖYߊ—hCäŧŽ gáha)pƒĨ]Ųl3@æ”čxo+Ë`jVC>8Ēö9@ü˛ åøãij\ģƒUŪJÂÔŽGSį árdÖNŗ˓Ā#oŋė ˜4˜ķĮk=\ũØ8ũā&2zŲˆ÷÷oVŨQ> ĢɆ}úš´Đ RQú\ĸß$å KR5ĨSŨKŖ<ËÂDąđ‚Ŧ°i]Íë( $tn§Ųĩ¤(j+*ƒģßæˇ(- eU€5.ˆƒŠœ_üļāķüƒB=mu™nA•”X~čCS+`YĐe•ē"í˛Č'n^‰R¤Ā¤ũœŠæ"˛ęÆŠ֔SŪ—3YĀ— $ ¨)Á•3>d ėüHČš@ —ßZë÷oŸiU|IīP’žpŽ‚Jb î™ëŪÔڋĮŗô!@@W8ž"ŅhEē°„ŋ¸Į° Aûí)ŧ‰'Ē(˛ú&ˆ ũÎ 8&ĨûđŒŒä3ŸR ą2ÛŨ;Ũ}Lų>kĘUg>áöáK*=q]QO–§€Ķm°”ĀblđCå /oŖķûëIØ hčę1Üšĩ9Y=tr`œ°$#q˛ØfũÅ4…%Įsœō…iĘ5|yžŌIEĄ^˙â@Ĩ™÷ūÕ0åķqJ6Toœ2ûzšBOņų0åuŽÔž9MyÎRūb”BŽÜˇĖRž)RĪqJ×7 S H3VųZ+<|ÎQôk~ûĨÆŖæëST>ÛÎÆ˙ūež4Dš#”~1CY|’Ī §ëË ŲQâį2D TßŅč?G(ŅųÜ!Jm˜oŒPL•x=AŠ›9ú7'( Ę>æ'õīÎOŪŸ)Ŋķ“ųöŲ‰Õę_ O-ėįÓq˜v—îÆ ezrs˙rzō•ų @Ž P´čsč8BĄY{ P¸)3@!žkö?6;Š/Ož69ųNÎw.ĩz=Ũŧ!.âå?2;ycxR“áɡĖNž6\HŒ’ZUšV^HhĶ(ž9mōßl×ü´G0SļÚB§ŸPZÎķ‡éĩūČoū/ôG}ƒAä”Ēo ũŋ%@ÚW¤y)@˛ 5Ĩ>ĶM?HLo€SîįķŸ“ %Øū+¤™/*—TŽ+ú#ŒÖÛũ†Ž˙97åo ‘\Ėš"baF˜n˙8ås)RNNų_A§ĖKIŌƒžĸ9šæOŠh’æ M=…č‰74Iˆß$ŨûKQR…š~EIũļ(ésfĘ$^âī+’ȉéŋP$ũ%IŸ!Sˆ§‹$ ˜ä—%Iâŋy7—šRņŊŦ…F¨¸EMéúÔgâ Z˙R“ôR”ÄĶToĒ’*ĢÜ^š<šW>ŪŽŨ#ˇĄé§ (XĪėEŖĄĶ'Ģ¨åĮ›>Ą“ŽN’ƒ8d )7ĩDŗĢBXlÅŅ0Ä%ŪßŋũũU÷ļë(žvš æķ4YĶ 6YÅĩøKí‡I jvQŪly˙ߡKøžĻáûHøÆŅČį“įúĻÉķFĪŸ ųž8zŽy-ã{9zž6ûzcúüPņ}Ķø9"žŋĨâû‹ņķcøüe ß_MŸ_øæĢķįĢāÛ‹Ę„¯˙†‚ī|¯|ķ÷įĪ•´äŖo•ņũ't|ķWd|ß0‡ū["ž@ã_Ī _ øĸôkŸyPNCŋUŇuųÔ3}ķū1tt|ß"ä{c]1‰Ž˙G&ŅÜŧ¯įĐÖņ.ėë)ôüåēūūú!âûwįĐOÄ÷–đžiļF˙îzūŗúŊųVņŪŋĨŨ›yA˜_&R˙ËčbyũÖøyūsĸŊĪ§ĪķīLŸ_ŒŸŋ<&Š’đßōšū??ƒļRz5ŽũOŒ T}{-’‡­õˇÍĄûÅēöo ĸŋuũ÷ÆЀ*?Bˇ?Ũ_NĄãtũ{ƒčcũíėîĮšžėÁī^zå“čˇGŅ`­.ŋûM3lũ…v^Ŗ_cŧŋaũÆ(ú˙…At}6ˆŪĀ‡ž8ŒŽÃč/2ŧų(ćŋD˙åúßwÂôüDĪW'Ņ=˙1€÷Äûrũzũ—Ŗčēŗč/Œĸŋ}&ņoBŧ_bŧ˙ö:ŪØ/ÎĄc}Žĸŋß]ß<‹~{ũĻAö?9Cūw‡ŅķFaũ­ŗčũˇgŅLß:†Īyzd˙î<šąí›īw=ŸŖë[gŅG<DĘtH°!ŸŖ ļėv=rN‚™–eØ&'jsbP‚î^ÉÚÂæCSĪŽ”šƒ_˘ÄŌ9ž'Ø0ûN{arAŊß?{LA/ĩ˙Đy‹íŽŅTįeŽķņčDŲh§¨’踊4ø>…Žmäŋ›ëšžJr5dŽW–š?}ü៞˙ãïßũųûģ÷~üđîũ¯?ŊûôãĪŋŊûôOĶôĪŸ~˙î—˙ûû˙z”õēXžTÖįáŦĢ•+‡‘įŧfĀûšĒ¤_ĒJÆ0œŋ¯Ųõ—ÕxØQdK^ŖȞÅãŗ¨ÃoRÉÜ>Čĩō~ĻæDé31ėų™ öĸ­Nûņ(ė+؆ėģŽpĶÂ>ËúMĖhEŊlMŸ9×ĢĀA­|›0šĮeq&E¯%Ū„cRܓ\c !…õ7k&iw¤tVŧöÎSۀaū(öëôÆ7šĐ@õCÔMU6ĄøÚmÍņ );§~Ž1}ŧ÷B˜ŋ—ÅķĻŽliŠ ØĮą‰‡ƒĶQبm˛Øā¯ršĀÁŋLĶNž>Ļ7c`bŌ€ÆŖ¤:E]ũe+ņeŽÎCÕÂ" Ąá ƒb[–ëä÷5- ā^ĩĨÛ é­`ũd&}øē•āZ: Ā•u.?áyÉÁM~ĢS_ë$ˆ_ĒåęUAŗqÚšÖPôĮGōY3ņZĶōÍ`b=ÆSUĸ(Ģâô‰u˜øúū‡Mŋā_4Œģa}otF€S€œ?áxOÜōY,{ŲgGŗ.ŲgūĐļhX{ŖŖH,sŊå8šĘ–zt.LšC)zī&īv~Ō‚|FÛŲ}vd'~S"ĐL: ˛Ú˛u‚‡.DˇSŧn)ʘ—/öMÍڕl}ŪTŧÔˇŧę)jV0N:Š-EŋDî0âz š“îیÍ6’ā|JŲ{ŊÚT ´€1€ŋŲXœ9ɤļ-Ęļb#[`›ÄXĪl LiŲœÔˇļ/•.¯ĘÉß˙ņŋ˙úáģß˙øáĶģß>üôĮģ÷ŋüúũģ_ũôūŨ÷?~úũ—÷~˙õį_˙ÉBÜ\į/QĢįT•Y™l#ŗ6õëAfR-60Šād!ą‹!ķL–ZŠë›ŒŨ„úu÷}÷œČŲØÄtî†âĖ ûąĄ`EŅŽ(6+ Ūå:[ 55~$ŗszwøéÍųąĻžš¨Ā‘ø\TŦ~lܕdŽÃĸb>[T0y.&ÚwhøbOĄįŪHŌžĄü9MžUŊÉŸÍn“Įl9{ * üPķšJŪÂßÍĖŨRĐŗ,{OĒ8¯NXˆá*g'f/sÜyæíc^Ëã.ĸ“áĶrũV'sžĮg#CĻ Ē­ŧBõ €?…|úäe)s:!–°Ėi Œ.§›7‰ļÆESŖŨ=ÃD˙•›ĸJōy,(Vķåš˛Å=ÅgpgBĻRîģHØDÆĶnˆĐrŽ ¤Oûųūá$įĄé0Ü6"Āņ{qTüĸi‰ēë• ~Ÿ‹Éšt8ŲÜ>r?Čĸ؉ũĀ‘ˇƒũÅÆIutD*˜ dHÕ‹› žœËĪŽŊÕũ­ē#ŗžŽ¯‡3Ũ֡ˌ*}J×=%ŲK6@mĮņŪNĶčTx*š™töJdŖ&éŦkVīDŲw^^€6uvEįĒ^œåœƒņŠÍ'wœf÷Aø\zwö!4‰u8Hz+Ă˙€V9pZœh_”æ?"Ļ˛}š‡É:d^ô0G˙`A;j§NĒdĖ“‡Î…ļ@õÛũ‹ƒŖėfI,šŸ0¤öŨæŲ{lBRÉ7aßcN˙}Ŗūrĸځ\tĒģ|Šíøw‘ŠiķЉ•=ņÛą”ØxFßîXvŧúž˜lũĶž˙ņīøí§īūéũģ÷ŋø?˙ããwßŋûôûŸ?ŋûøáã/˙üôáĮūūŸõŅŧ ،Eëįž>Eh+%,¯B/ĸix°¤mLĢÁƒŪĐæŦņÖ°Q~āČÅ"3bĶ0¯X Ž˛? ŒŨMNšW›dû?åĐŌĢŋOŦČŧ…įđT,q”JjMŗXWerūG&fpúÎ{ãL÷āH /‡ØM™~„q%ė­Œ;9ß@æ¸XEOdÃ8‡˙´tÚLūŠ(JŖ”ü‰7°&s¸XzÛË0šy€øĨPßب“ųÂŖ üļ…Øōs ī›čã´˙ÆLŽČŒD’l¸ã sâ%8lxŲ&Ļŗ'úœ]‚°Šæ˙įwkrčūSöĪ3);+ņvĢ0F Å5ĐüwĢ€ĢØä>~ņƒZĻaå¨cͧT ĮéĻK~UHû&mĸ)ĮâÍK‚ĀŲ€qĢšDQ‰AEZÛÉ&ĨÔĻLnJœ‹ üÉÁ+CSēm†Æy…ëDŠĖĶįÛ!Šˆ˜!ĪŖ"TŞsäEîÄe¤Pušf ËIR!7#‘ˇoÄĶœĄ;ęSŌō:œų×Ém:“5ī•ąBųPĶˆ8.ZŖ(Û5ņB“bĶ y V5š¨b3Ŧ`&0‘&ĶÔæ‹b7´ûÄĩ ģpŊ\Į}!ķį§™5ā a q˜›XVBōNA•m3Â1C[ėōũá“ėŠF€×uŽūõ7>Ķ&X‘ß´æYÆĩĶ7a–<đFāLE€Ŋ´+ ‘).ŪpˆKčîæhŪņw/”Ž ļGz°?L­xüĐ0yZʃ§¨ŧkųß7äÚÜåFŽ°•ūũLVF!e+’?ē`ˇ~í\ĖĶ8Tb JØ0Đō–ʡ;,Fõž(œJįEë&ŌƒØY*ZōŽ¤9āâTĒ6ĢĶî j”?\ÄęŒđ5R[Ą/Īú†åĐô>ÖĶH–‹%聚­ŠĘM¨į‰“rš˛î8eŲãâÍéJøVy2›H>ijH:$ÁĢËXŸEƒ€k Û¨§†‚JAēÖ=Pŗ~,Œ9:ÎŌäļ8%­cyZˆsheÜ˙¸~™Čķ‚>äÄG2LgČĮcicÔÃŧ~$ÃL֊˙ä†!XÄ˙P >~‘^ĀûOē~DúIØL|ŨņUú×6üít^"ōÖ ÜDmĸRX {\üUėąÄZ!ՙîƃŽ´;Ē‰‘ōCČ$˙”øž&*mM9Æ=wŠ&6ô(X':ūÎ*ņ~5 cä¨ÔÍlËĪ{sŪF‹S ųF—Jynë1pËmŠļ˜UĄ{îV0|ÂyaFŨaÁëė$ JŅÃud)\hrtŪˍMų1o< ÄEžá(˜ŗW;RÚ$­Mhīiõá8ĸŅPXŽōāä3+år×Ī g~-Eך؞Ēv\ȒZz¨XZ›Ŋ×g*tOhŦˆãœāG×æ˛ZÄTL2GŖ†ÕŲyVBļęq<'Ę]V>˜A7lÕ5ÍĐ(Ī@–gFžz°¤¸9ā6帉#V~ʊBD*–1xŨŖĐĖ9˜Éävŧ„&Ze#zŪô6Ģ×^ß?ã÷ŠšZB<āJËö5Yw1ÆTnF€‘ ō–ėø—ŅŒA=FÄi8Ę:fįķ¨žfĀň (‹u´i^h›˛Ú)+šLrŽ_>¸°ūąĘęÆŪIëÕd[Ķ‘\­ž;†tŸuũ*įĘ={ÎDĪĄüĨƒŖ/M‡4 |˙ŒĸÎl@ß<ㄤŖî;ĶU…û@[gPÁ5›…É”ūSnŖõc‚$íXŠœ3x%ŅædæÚ*åāÖhę0÷LÍRÍ>ÎËéĸ#!Žļn¸'‘˜nZˀáÎâ?ũh˛÷'jéØĒoT}­ |ŒœĢĩ–4žN% GŸˇ dđ0öG&\˜{“wdSÔŽ–Ļ0Ũ¨*ÆĮyĘ÷(MÅÆķ—~gÃä™SV~îų넨=îˇĨöũ<ë6 †ÎH%?¯Š—™ ĩlbēäĄLĨÔÛ+'āstAqOMâ0ØGÃˈHå Ÿōnc§U>đSÎŽū‹ƒäąT>§í˙\ÆzU¨lŠiW"Øķx´ŌĪn-¨^á Î5!aɗáč͔­Ú*vå$IƆnBæŲ’u˛1sÖŲ\ø5ęšÛŽ“ĸ0o UĖPO˛ IĖŽh¨ál îfŠVĨ.{*`Tå™æŽ+/d"k2¨qÔ TK­{×s Kʝ¤"8ąex¸jÎ ųN鑋žŨĀ8Ŗß[xDĪĮîŌĩųö%2Đ5ĶzR˛Z‡ÅT:ĻüávžPFĪHÜö‘ŧˇYôGIÆĒ˛<ĒēoWJ~‰P7žqŖ úl/`"sā+ȐÍ_!ģ#ÎĪ"ĪÉcâ cLëdŒR*BŠ´ģ Ŧô”ëB¤īø(„ āÚĐTŲ6I‘äĸĪ\UeZ'g­Ž=ÎWcQq„˙gWīfCC  MhôbF?mĢū!ÚåāÛQ9ėf˜žŌ<ךkĶÁ`¸^‰cø‚øĮJOŽa&4 ĸŊå&ŗ×ÂUēŽüŨĢôÆ)9•vÁÂú<˛ôŧ÷Iæ Yŋ„zˆræąk3\™đSú(•‘fâ„čĖÍ Ųé ]ŌŪZąîĻŧîŧĶšd9ÁŨhÔ/M`ūN—3éSĪ ĨBZöu˙ūJēßļō tŽČWÆz)ræî0OŽļ@ü°ŸžŠį-č#§3ÁĶcĻ(v .Îņ—É{Ų­ų„ɍúûflüŪ˜#ô‡(æ,ŪœÍ>††Ud1ę†ü|‚/+1VX×Ā8oƒŧŗēEåęTQĶs%#Öcŗ’YcĀĸEaTd/p÷û/íÔų0đ~§ •]žŗm]ķ÷VdÄX:ƒ^øR•" ˙XŅ1q÷¨PēÆĶĪ‘ŲÖåW„ 1)žÉ øģ­üĐOz>Ox>#8>ŽĀķį5<ŋ žo͝îß8_š`FKNžôüė%žœ˙dŽ:ŅÂuÚ7a#‚Īąų›´VĖ˛/¸ųûunūWōZĪ’ōky­ąŪį‡›˙-™­!į/*mÁųķ}†Î¯—čüoŠní¯˛ķß į[rë#ÜāÖĪÉų_FįOŊĪ˙–čÖÕ.gXz>ŽåoÃįwd1ÜG­ëh´Ÿô é­Dyŋ įcÅ˙RzëĄ&t§¯ķŋÂÍß˙˙áæŒË[ņ­õ:ŋ^0ķËX’o oũbtëŧ™ÜJũĸ–ƒŅ fū~‰™˙ Čüũ*56ĪÔW\įKØü¯Pķ+Ël(‘ôÎjūY§M6›,”úrķéS'~L —ņ­˙Nxë|Í7Uû?@ÍočmŸáōûehë XūŧdåOF)3¯ĩömRūšŠķĩŧÖˇPųŲcĸQų÷B¨¯gļžæå3YˆāæßÎl­‰˙|ūNhëßEæŋ&æ'îũ1‚××[_ ķë2´ŊžHl­W‰­įđ2ķĪ¯˙ÄüúF`ū—[˙7yųķ‚—ß.ō_ķō÷Ëŧüžŧ|ĮĖmJßäåĶŗ;2˙ej+ŠĨíghëËØVg¸ÛÚ7˛­œ$Ņ×éÜėWƒ[Į îkĀüˇ0›ß”ÛĘûPû2ŋ2Üuü5fū—šøˇąVNpz­CI7‹Œ˙õ„VūŗĐ4iđŪBYŽ×××Q–_ˆh}AÅĪčæ¯#ZU‘ŋ•ŅZéĘ÷ZÅžĮ˙ŒŽjņ¨ ŸDËūK8>;ŖËÆ˙æëh|6|ÔZ¯‚ZëkA­<\oĩn›Äû pË.[01ėW.+_Î$ÜģØ0ûVž…kYߘŲZß@Ę?æųŸ üūfPū_a-?å{Ųžõāߍl͝,ãîE^ëĻÄžœü 'ŋ˛Įî‡ô÷ÁĘß/ąōË'ŗLļŨK˛eų āļ˙,¸~Ķč$økX>W×kX>ģļ—dKßé7qų——O]Û/r[KŽåkšŠėū•˙'ŋžÚÚąv”æōKʡŊ<Ú~ˇŸßFĘWøÍĄ­|Vg_×AųfY7ˇu>ĮäG‰ž<#Ļįzw/n=Ÿ˙ĩ/åÔÆÕ¤ĻÕ9ŗ}˙}BōĪUæ1Š*ã,ˇAVčÁČĸķĸĨ7úš˙ëL:Ȕɋîv3¤v•Ëīänc‡ë‘ãØũ`…ØĪŪâF aØŽ!r¨ŌwÕ2œ ”Ÿ zœ V6ĒÖĢÁZ™éåuâ4\–KßĖ˙Ũ ŲDœá@{zBŊB€ŽŧiCU‚ģSÍš"ĪĀ_2?zāŅk­ĶŸ„Ņ?tOff­ôĸ;ö5YĮ¤‘Į# `ačc6[NÁ|Ŋėk;HtÆaÎūVų#HrÄhjmküPĸÔZ1I˛„yũ!t3ĘK2ÜmÜØGqãī֝I+uÅ°Zg×BŊģE˜Œ&á°š¨ņ@ ‡Û},¸)˛bZØ(E^Ŗ M č"iĨT~:ĐZZ-lŒÆ^"Ą;#pˆ*ŪĶg­E:đVrh¤Ä™÷æšđ28Ģû8~ÎRRķ ‰%ōŌX¨ÖÂĮU1íŽ"Ëä¸Đ¤SĻĒŦŲœ:õH\‹^ōÔ#‡%§€c¤}čvpāÛŌN8Uūtäļ=VíéøųčX'í„āŠĀiÚŖœ¯î|÷Įßũņûž{˙û¯?ŧûåßž{÷ÃĮßúîˇ_žûņũ?ũ÷÷˙ENŪ˛B!ÛįLXŽ”}š3WĘ„p”efēŌp;×ĖƒīæŠ)‡‘?ā`Ön¨7ũá|îMöf5ˆĒ1¨Åa$`Õį¨âTĪ øvĮ2ĻmUXV˛ŋΌä˜_™KYhīJĶ;(Y!؈`NqG!TÁ@ãģhd%JÍft`1††v€°‹ĨŧĩŲˇÂägČ!1°žŖžš^ã„8*yô Ŗ­ņTæcuÜĨYLŸ˙XBZڌãÅS7Ä Ņæ´č–4bā/´ąæüVüØĒŲyS1-B,b´|dŗ>¤tV'>Eŧú~~1ŧ üCeĮYB›b:î‹čôœÅC*š~1%ŽxÜ73ŌLäoō˙îdģ/͛ÊN:ĢúJpK8ËíģyÄ Üųã?/‹iŦ\īØã W'v□֮=‘%žēƒŒôz'đlx9īúøNœ`œ{lt›(]7a…sZ5e<ë~Ža¤ˇGnGØļî{đ2n"ŋYt^ēļI×Î~I]ļkĩĶvĶ)h­ĻgŗĘ÷…ëäŒFÂĨž´ũZ9ZSp‚j´9đŠŽ*ĒúxÎ-P`ėgŲQ˜hĄ,I`<2†‡†č4<'÷ÁÖŌ­Ũ+ĮaoŪREa$•ļ“b0s3FĨĐŅnjœ/{ĩ3g•ũOXAų GSĒ†ëĸ…ôoÂ'?ĪtĮ#5• Ä$5Ļ{tÆ/dˆņŒSesMß [ˆÔtPLįšBđînÅŅyJ;F_mBiŠɌ3N9m"'GÉŪ[œ¯‰–ĄÜÎ<ĻēĨ”jŌ˛ōm›P)å.'wā:ØØaȕ9_Ā‰ ‹Œö7Z¤PĻÎj„wzlÃaŖ^6ęF%8:gÅ5glė×jeM ˇ¨‡ĘBŠ„i~cV!ã*ËŖ~ OCålp¯ļĩÂŲdĖNÉ>Ē™"˃1Žk‹jƙļĢ Žp=ŨŸŅŨ7L‚x?‰ĻŲhĐÅúŋO_–ļTW]nŽĐÕNB ”š!šĄŗdĪB}ų{‚|åE|ŧ…¯~ #×;CÔBˆ~_Ŋ…ATuâŪú™žĮšäɜ7uOáâŋÚ}ŊĻõ{ÕåE=%Ø˛Įŧ™tƒ6îŊ†“—ÖkoFŖښ}đ/Ž4…9ũ™Huj`ZH Â$ĸˆčqgʙÂÃķĒü°g^;Nš˜R|žJĒu1Eqh€ŨˆāesĄë8ŧ.™;ęĩH^mIįdHU >´t§˛â`H´Đl/đ’ņįXÆņã´!˜Úymk3ÜŽ;Q^vh ô‹Š'ø^mųŠKZ¤į ƒš1@uøĄNE’ėšŅÆĸĀÛÕQ…~Ū* Ŧû¤âwūĘ8ļh†1Ŧ˛@™¨đÉ­ņÖîŒVĶd"Į”b¨eNäCŠŗ›ÁŨmųw\ŠYÔķˆÔplŊ—¯ō˜8$n  ’ S]!3ƒÕ@ŊëBZs÷6ļ:ÕĐÃɛā•9ķ– Y34,˛ŊslJ¨ ĩTɉ\¤ņyļŧNĒ}ĐPá;”ĶAŊ™6Kŧ…eīėŠˆgÖV?$ōNGũ0{ß#{fâĶœg‹o—éåFŽ¨ é=Lį™WĻ!NĩÄ$40To—)Œš!•Zgnˇ×/$„ÜÆ"pĀšÕÂrfBę Až×m,ŠMJ§MŌcåaŊ uaäŌ8; ū ãfâßCÁEąģfÖä—pDÁ_,VģˆEožĢ_äŧs“øæĢŽI…$ųØD?4g˙ŠĮɨ˙&MÄԀb}˛ėņŲZPˇžĢ\}¤w´īļ›Ō Ãz¤Yr‚‰ØęԌ0tŨß` So/Ür'Å|d=ūMgQĮ™žbKRāĨĖėWú>ļųČ}yJbemķW´M7{JVN ™d؍ƒ i Ļ›ŽFüėņZö0•ÅobpÂj†,ų-59'×]Œc$*[ÆęŸ”˛ˆ_6đoÖ{\Ŗ4úŊiškŽŪ¸åWhļųNQwŅ;*¨Š|Š›ŠP)ų7áؘŒ\ęndÉQˇU´ †ą=Ķęšėby°ĒÂLāžH bŨrO 5ĪäĻ"Õf*ü  ƒ“ëoŚ˙ScûÕ5oŖnˇ/ĖĪ§PË ¨lqJS°õ˜Gč§+ŧ ygB{i?‹Š5ęĄ{|ˆüX%‡ÃLN~ËŲQ雍KxČĻÛw…cB %s?r™ ÛŠI ãĮîžâēąPŽQq8ãÚŊŸP7nâ-"1ė|k‡™"ŧ°ō3IŦ¸•Ú"‡ÜSkô]üƒ]`[:‚E{™čģFįc@%¨GhDĄyĶoLeÜ&ˇ1ŦíUŋĮ؀ûÁųũDglHŠ‘”DáLDŦĀŊÄ],A)ĄâA8õ ••›°ØĘMš÷Ļ2ß ­uPoB*ĩ2™-ėŠqÚÜÃCî!Úæ<ļE?āIH%[4ę#>ŧâļU-&Qt^ˑģraЊaˇMGãCĀ¸Œ‡ ßԄfőâ7RųĖ“TÔnđš_&éĀ ēŒˇgcreŅ rĄ­mÆT(đæ*âÛEpÁŽ Myđ°ãVŖŠĸŌkÉģ+ŸY čŽŦūPSØ׎ߑ  äŌe\ž9•ņūbå*Ųë+~ē MIHQßä`Cq¯wV–áņÖEģŠU×é]“¨[áp(I…™•ŖŊp­ņDjâØ\øIüČXūtkņĀĸÎŧëÃ"„J2hÜčnĖÖYĨČ­¸>nôŨ›§ˆ)ōôÖ ˛ c?3îņ:zp&”{j}ōij›žëÁ÷gåŽ,1Ņ—D„ŗ]1ÛĶ´Ī’‘Æîî. 7Ļļ\ũ‰ĖåÁ¯ęą ~ōß…ˇĄK"Ž zF¤ĨØȍļöa5áB9iŨú†D?˙Å5 q¸4WU'ÚjÂe”J_ŌĀÆŗCī'ų,§V%@‹S"ˇč‡üp&VšhŊv‘÷įddH“ŠŊ?ɒI<õČqā0KdvÖŖ73}áf¨pg-Ī›āYdŅÆ‚1ĖˆˇGč-Ŗ8wZzˇ9ė{ƒ‘;.108ˆ*Y…É›žJE~ĮŸĒ×NØ{åÁK;€UpyqXÅą0Æ$’=ŊÂM¤Ŋ­vŌ¤w„TfŠū­¸ÔŒŌ ē:8āœv -¤™Ę3jĐ íq•<ĻÅ;뚄—}JŲž_W[rĖxg:ŊsķĪ÷‹˙GSē™m>›kųë–Ĩ}ECwQcyXōÃęī8_YŊ”Ž˙đãĮŸ~øĮ?ž˙øņÏŋŧûũĪīßŊ˙îOī>ũôßī~øîĶO?ūôĶīŸ>ūūį?Ĩã ^íÔøø¤ŠÃ@°DEŖ!M4ESn>ÕėŒG…ƒŌF ŨĀŽIÆ^=Æn–7ˆĀ,—¤ĮĩH' ¸$[VŠjđäYĄY@Ķv9 4PĖ]ĒĄ6h„ēĻ–€nUé“6鎭(ĩdũ™5"h§úbŊm“,Zõ–4kS?O mš'†מááîŧHY 'ŪāŊĖxδ„5O"vD˜ĸYĨę–ĢĖ¸čšZŅÚĸ€ ž>ĸ,ą‚grSŨāf˙:Tk>äwžį°f]™vösĪĐęJC;Fu|5ɲ0ty/ŖųLîÆCYsrĄã^RÎŅĄ cĶGŋ›ŅŲ8WŲΏr|fļ"_ô|ĮŠŨ^>x-Ąķruģšu~Füܙ{ŦŠkŠ‘ûlG|U­ŨH)J<#8M;¤ jš›Õ¤^cԈˆÎhTۖ*õķzČ1é54sĶˆÄc×{e@{![Ėā'‰ <ÁWžM°é?ņ?Xx)HÔ`ÖûØčNįy&–Fģ•o\ĖaPBdVI5>Ûa8s°wŗž–ׁĮ˙â6•r‹ļ•=¯ÕĶōŗ;÷Š;-ÂŧįŌ,Hđj(ģĸĸ¨ Ž=kĢŒV¸[dŨČŽŋŌõŒ4É5W,9[Æ?`ŧ;ē| ā†%Ņ>%.ŽŊ}5ŊXšA­ØY Uėŋ}?ũí‡pZ<Ģ+W¯ķRv0Ûbāņā¨"NĘŦ™ų§ea͋īKéÍMŠ‹z%Ŧ œ #ĄˆQVÜt‰)ƒ\v•ļ<”x)*5Â#ŒēkēJÖ:J`ŸUEÚN+—āVgaņ˜ĖvĨ:E(ÖGû?úęJÔÕĀ§mä&¨ot;t\ Øf’”?Æ׏ĻPnvČ`Œؘ°´/‡œÆ.Ąf?y‡āâž6[™ûē Dâ tjŠ!eõfåčáã„~6ē37QÅÖĨSX;B4ŲĩtXãÜŪ&i]Ŧ;ےxÂ+$äĄûĸj4ŗĮŋ’ņŠˇ`Ԏ ļ¯ûS5˙ąI˙Ļ’.$Ņ›•KëuaųJ‹ÕŽë }Ūúeū0.â `jC䎉DØÍŪheÉ×Õ*GûĻ ųƉ%Ĩ$i"Ÿ¸˛Ąhsæy8;ąxJĒŊ4eHôŠ{CīĪ>AĒ0~Sš J‘Ÿ(“,ÎåMT‡°Ëļŗm\UČ@ŋ™*ƒíĢ›9Dj6ŊSڝQŽ~)U LŊʘĢžĪJß5Ĩ&ŦŖW&ēŊ&ØTÖŲAxŪ–2ˆZ¯ļAŠŲœ¨°–×\C„œģj7J{ŪĒ­ōâKæ§Ōihsŋŋ fD#â=VeîkhB3gĻø…*Gךe:K™g’‚ŗã3phŽll Ļg(DzDPVß jop ƏšŲgí~s~" ž/ ‚|ąĢÜ WDČȑ:ņ5”Í "įŠ0P 6i íĸ?Ŋéé¤Æ­CŊā_ˆ…`čë&ļƒ[$:ÅæPß×fHčžKųžc?ŅI ´ũOR–-(âg22yĨ|´™d:Ž•†īû9ĨĖX&_(Ī8[SČ7ī(KSŦ†jãR;…Es ã6) ŗŸÍŠzŌuėˇJæƒ 4å~!Ō´))ŒųVė9ä菒ˆ4*@]uԃ„gny /ĄÁĒđ&WĀN¨Pū Ĩ&%ŽŖŊ$lBĮŗDôöw#Ö!x$:Õx'¯“éÁdĨā{YLŅÁ]>œ ˇÁž,Á6’‡*L%ôÅI˛šŅæ ÕÜÔHî1 ˛ģp>nA‹w”po›n“‹{!Ä$Ύ$Nīũr˜-HČ?XļHŨč$°Jhá ģũft˙ÆžŪ×PĪ]ņRĢŗŲœ¤Ž)âr‹Įyâåķ:%ÔŦ1ą{mâũú“Üļ—X“´dō)Ėˆåa7föüzÔ8}’1š‡o´=ÆÕëøĄŖÛžQuö #ą`• 3š´æĩĻ3/Aļ $4#BÄŅ÷ĐnxššÅã2kŗ¨"& (H|txHÂt”ÄâwGŖHŦ˜[Ãôí—á˜ŪĶ/MæéZMŗ#éöZžM?ōFĘ8Q€˛`(âæ×y°ŧ-tĪq::ēk õeiXøbČRŪ?'Fw_“ĮšgÕTĩ _ŋ„Ą”…Ē\28í›2ÍAI}Đ*_'æ~AhēđÁ˜°2nŸWČdŠÔŖÚāã1)W<IŒī{Î4 •MZR{Šą\C´VpĘYp;õ€âķgL<öĘŌo÷îÆ"žž˛ŨD!‰q×Ŋ‚@Nŗ\Ũ¨‚ĢÜė}„Ģēķ6Ķ–b‡šķ…ūn>‰—O|ˇ=ÂJÆ"‘otV č‡ccV<\O?+ĪĩĢô’@ŅÅ_Vą’ø*6”$ Ų)tœÜD§$CŒiēiA"č͙ˆÄÄphËhĻ lä9ã‘ʐØålGžPĨ{ŠPH •6LžXsŠ=˜*Õ2%t{đåå#‚ĢáO¸›KÄ´7š[Ĩ5ɀĸū^cĢ'j<™áaÅŦ˜Â~ŠĖŋŌŽ°úęKø-‡+v:+ÅŊ.~œûŋU*Í]ōØ)ĪÚIČ*Ĩ*kÕúūõ=.<…LÕEŖÆąęPĖ?†qYU g`YI 4Š'ÄSāķ:A4õf5—īzžŲb!÷¯‹1:÷ēã+Ņ\Č[4Š ÛĖĸq˙ã S t>ęä1‘BzyŪû+N ré1n-ŨZŽOÜfŠ! F æl_ MäĮzõÍķ„××ė=K߲pëRŨûøaD$čÚķ@Ž–…_ģ’‹Øą"ĀĘÒ<ķķEŠķ§ážÎ _…åAÀÔØMŨž– @Z¨uû° U ŽB28õpŋâS´ŲRųĻ÷ĨŒ![˛˛ņˇųŦĢ)­ŌĒEü0áYNĸ4éŽEOBÚaŋnJ•Ô-gĨ<ÔÄ+Æ'Įx>‰XuĪģãąˇįė+ōä†iUœũđ†NŲĮĄĘwdėŸÚon v %ą‰ÆáÍčœ65Š…o}8GwīŖēI4 hįģPXWíŽÎí(§ÕŗĀæF.nĶozee_AšíĢāú~h`įÁŲ —PŅƃ?˙}†¨¸wŊW.¸aöų1ĖucĶLˇģÍĩBË •3ķÖä|bk.ĒŸköXŽû+/á ÔLi¤ŅlVDûņŦ†ģØs+ŗÆ×M†Ž@Í\Ÿ¨Ļ.iËÍä­H9™Ž?9ąM}mäΊ[yē­3Œ4>ōåJ°”/"€ú‰°îÁ\ßG¤uˆŽÂ×júspĨLŠ}!bxĀ‚×Ã2ŪXŸ'ŊwŠ)Š+!7ōZNššŖ@]'˙ōĀO>T¨h^׀ˆ1ŖoĐĘQ™ķŧņ ;ĻqT›’GY ´5[9{c‘Ĩä‚@u„›°,¨¸Ér^n& Ŗ ás]é[é:ÜŖíĄ KîÄŅB3ÁOßÆ´øyœ˛KiCƒÅŗÂ4Ņ"]gkRô_Öež “Ęq}¨į\ütĩōcŠmU|`/œb›.ÖŸ%ŗšf1€íŽ@–áUQqá[īIu;ŽˇÕ)Ô‰ķŠ&{{¸‘/ëV*2ßíŽ:ܞ$ oĨÜđП(­[<ŗNLL‚lÚĪŧ1ŊĻĶQt•ĘQû#˛"ŌS>PS´Ęį2SÕîĖO"ËÔV€kŠGÄ&„“ë@CP/bĀ˜J¤h‹E#%Æ‹õw>,‹Y—ĸåtå\ōŖVÉīrĶœm$MmË)(?Đî(ví6Ꙑáąå÷OÖQNO.§npŒ"¨ qvUckz—éåĖ|Ųo‡Ę“ŗ‹rs. ‡á#/¨¯g eŸ (3k‡;cpĮÚ;)^ŗJ^ČhŒ7p đį—)ËÎ0€Nb0vTĮvʚ—”N5ÆŨ!Ë0#4˜Ūˆ3§‰ŧ?ũ!Ks Ļ!*“Æۓc\ĪN<Ŋ1įĐׂâ›Gįûqú/Ø ė'‰ŋĩÁŒ[SĮD}‘—8Û_<ÔĮ)TâÝ^ķCJŨ9‡6‘ä­ŲG^úÅxZ-ŧ’bķ>iéŲUjP-˜ã„o¸ėu'JWîĸZ:lW° †ģÔMēA‹%'e¯HkZ•…Ž)Oĩ­ô‹ŠokhŸWã3u$X¸æ]rŒĢĀsÍË?ņßnŲÜ%•đ9Â{Áv”Ü;ų‡ ëây\qĄĨ“÷2%4õn`.FŨEūöĢËyáĘdø˜‘3 \?œæķZŸĀŠÛãî䲁Ģ æžŌ<ÍI Á#g)L•Úf#•°ÂRōg؈ĀmG~)ŪüvL¸ĻÎF ,H3ä#|Ė…ˆyŲØėņjļ{E{M¸ÕZCüôŠ#ą‚jëßQÆk„†ĩwY:lƏ åãˇ2&ėÆėBa ŸmĖĩuP11CS'pēĸ^īō†1Õ"<žvp( 6Ŧ(f{œ[đ¤vœ•-X‡V2h:×û¸ķv"ƒF‰'p"×{U–´ĖĘuJ3ˆņƒmĩ8ŨŽŗv įKļŒ ūĮį‡†§pŖ_›ĩ;'<e…ž”č M<ŌJkJŠĸÅ.zvãķ8õ0Ī&;×öŸi.Ü]›Û¨×h ÍŠēØę{ų'6}„aô&Q%y—ģ‘šdQĶDœ ŠtļŽv{$„“žræU÷ՙŽyČ´mtAņáæE Á˛üya[ūjt"ŠŸ)ŽØžQß ą'OYÛ`Ũ-w€Z+Ē“ĒÅX‹ãŌvēEa&‰\Ô,ËVץŪ=3F˙uYn†į3ōNHGėÍh0Ú0ăŗÍØÖl’+=ŊĒ÷A+R!šČxžįS^dQ‹ūĀŋ_CŌŅxą>ÖÄ×Ū{ŖEˆôYq>W—ĒÆs¯ę™XĐķžœg6=ÅØU&؆ĐŖ‘ImŅšFųk*˜eÜĖčWĪBW¤,´ŌīMÃM.ē?Ļąw­qü§Ééž58=W?Ëåͤ.hŋ2-$Į}1nQŸ!¤ŌŪĪ頗ĻõŒ,ÅØ4ZÎ<6;¨NÎŲÉ<ĩ"Z÷Ā&r;FS6‡‹ļXélÁBˇ9’0˙¨"sŽŸâ9ąĀ´‘š FīĒƒ2ņb´G2ĪFXM?AŪIš)ĸĮ+s v’Ÿģ¯‹ä"„˙h.SøI]čp‰“6GĢųô× &%D‚üÔQlÚ[éŽí#VŽ‚ķœĢĒg/-€’-^ĢzÄáTŽy˙Xąz síĨtæ~´qۈ×ؙ3ĩEևÂ[i/GUA@&\KŽÃĪۛŽéUP*€GO`3j2¸îą PÃ*|+S^Q(îeŲ‚\ÔørĮ5ûV‚rõ„öĸĨŽ~Œ–gíƙIŽGea¯nԍ9âķ+¨Ž"áē+Ē/Ž@hŊæ×Ģ@B\%x+ļ }$V ŧ]#bWƒPXųŪ!^}‰fî%8uŗRuļ€ēŊëĖ82ĸ˙Ë 9ƒäUÅŠ˙•#ĮÄ´ėļzÄĒ €V’Ļ^ŽíP¤,Nn žŧ‰Y%TÎnI(/‚ÜøĖÁmģ&é,Ė&&‰Ŗ`ŖjËëŊęĻÛā?w;Ē5ž?’zķŠ,î pAĀ™ÄÚ\*eŅøLēcĮi"dŋIåŊY"öõi^ukŲēR?NÁTĶ—WĖ—" ĮečģCÅãēīKo͍îg*(‰įZjbĨéũ-Hü,–ÉĄn€•?ÎĐIMEÆB¨îéLHūų[ŋdv˙ôũwŋüô÷ŋüūũoß˙öéŨû~ûūŨû÷ŋũņîĶŸī|÷é×_~˙ôëŸūōįĪßũ÷÷˙eŠZ/ŠŨÉĩ;–PNŠŠĨ[pígĀŅCO!nq§ë…¨ Ē,¸dÉšÂ#Β4đ˛m({ĄGÜŦ%~ Dr˛ã‘ŅáJ¨ë‰'†põ|åT•ĪĻÍ^Ãã+fßDŋ—Ąą|ų•Epüv? ĐbÅōé“16Qô§ÎˇöFyŪĐĨ8a ؜ÄúØNdPdž*ž€ÅVvrŠ%thúāÆĨ͑ŠJņhĮf/‘ÎčĻ‰%ÁF 99ō—Un&ˆYoU_įžšhƒ >ː„ ˆxš-} &ZÁu`ĄIĪ¨N)Æũcz—üū&ThÂŗΟh´[7I_ĪŠ-­uZļųsf­č×\ōķ˙§É2¨ %Đ9Yp+ˆĶŌ˛§9‹āi ›Ū-ũYÄķļš>HWefSˆÛ,*‘0ĻŖڐ™ Ĩ&O(#ļšDũI Ô¸鷞PûȄ÷dŠ¤’ŽąDŗ$4ŧVˆZ]îN6ą’ģÚ;PÛ 9éĮXr Ā - QOáb.ž]îÜāT vx‘Y´Å~’ĩ‹đWW°1,ÃR5˜ä‰$€Ŗ~Ô^›a(ŧōiךYÂrr3ĀąŅģŲ‹nžĐŸ[C—…õĻ•Ŧķ JnMļŋ'Ą] [Mę2›5hé‡ÄÕ7îžLdęÍŋŧ ĩeÆļŅM!¤6EĘaĄ€bģkcĐ.w?šôSŌí‰ûŗžy0n” Ëãäūŧ˙m\4ÃxjŽƒĩsšÃĶ¨nŠūĮ,| ôn*¨6j–‘˛8uĶ\‰@=D‰×>h Á)Ī¨č} N*ØæX¸a¤ĢÕB–RåÖč x4ôĖâ×&z.d^„CÃŊ ˆŠ¨n~+Áįōi+í%Ļ5ŗĖū9áe8Í"Ž18÷‡ ‚Îø¤ RŌ{ÚX%´įáĸ8>6Ŋ7„ŧ8|Ķ5–rČŧsUƒįīLGë”#>–,ÁW2F]éBisŅ‰‹ĀhŖÖN‹÷voü7OÕd$ģWXdZĒÇš/Ct“"*–‘S”–Ļøk~Ūē•é5´;fą9ö= ]!ūŊ2Ē¯X$üqYAđ…”Cõžh 8SãĒĶ_AZËråŽK!ˇ2 yä Z€žy{w'j¤o3æ“Ahv“û¸Š:doFWģ¨LWHš~ØŅę ‰ŧ ĘÁķv”õE<Â*dĻ•â–ZqrR{O~Ų;•€Ä¯!o">sV› ŨäŨž“°÷o‹ŋxî@ßau+ՇiB{<ˇ”GBå\[Á–4ÁP/(Ų˙šĻ\’:[š=倝–¤Õœ;{ Äs’‰EĒ§uˑĒČŨ\ÜŽŗe eeÖŋÉ;ŸĮũM×~ūé w SĮ& &Qķã<’—Õ@{ķ”Õû8)­.æåņM§S™û]˟˜€ŌæåŪ3o;Ļˇ×SÎ1“iG´æ,;Ú?˛a‰ąTaŧ íķE–2˙ˆÎ$ˆ| WfĀŋ+Ŧ*zųÜdŪÍ#3˛îO  Ėč{ģá¤JYā'Č žŊ­œŧŖMŌÍ_s#’nė5å¤{]ųЀę—@ÞxŸ2—=Ģ>baŧZÂ3Á–'…ŠĄÅ&)‘žl]"f›8õ…Ę­â:°ŠæáA21Đ*j€GŗĖ™d?7@Ņ)iÅÎ?ŗōd¸•}‚;xÁļ ĩ"UBÜ"4pë5G-§­X'zŦz°æm°#tč ã^äAŗ–dÜ+å Ų;ĸN™ Â,á€P”ĒčĘūØ\FŠxPûĘÚsKPƒ°gÃ5č Ô7“LŅÁ#㐅&Ū=’Ėōˆ‰Ōå&¯;rZÃŽ„lmŌŧ ŦeO™?֝ėVņ ø%Ht×͉Ewą-1]ŊŨ‘Ô(+iSH.ĀQŅ/(´D V† nē•œ3ļ)SĄip÷ķŨ† ŋ¤V˙Ⅱ¯ŽØ}äܡ›'NÃSwō1‚ōÉ‹uzĨ5€.A­&+GdoęÂų Ë>ŖĘģ^ŌĒ˛‰NPŲ\Ø<†ĩ‹īJū|)H?9"A¸ŖŦ1O´m›ĘņŦé%´ĸ@Ž•Ū˜õûļIâÕeģ+/Cëz8)Q(:l´)lwCõ´ãĮ–úsGžŽĪų[/ųÐŅå;§ƒ–|­­„īpĒžęÅWÅjãņĀ3ü/ķ˜†}Đ0N9Û¯ūM:Ã!iĐđ-ˆ†ųŅĀ/ũIĀĪ°™ĀFWĘā‘ĖÔO Oš\wrŲÖeÔĘOˆ¸†c„]€&Zgˇâ`­0@I•ėM0–Tô%Wé¨3ÎĶīiWí/õ/ā͍FŗĪr-÷4¨aŠ\7}géD8•MĐõļœĨ:×Yå¯3ųÆ­Xŗ‹‚DôĢĖŗ>„퓧Ųļ+fßĶl[.-&ZļŽöŗ w*į1ø.ÃÚá#â8÷hu‰Vg¯ž7ŌƒBĄãįæfžOM•u’B—¯áyČ{2T¨6mĶ=÷éÖLÍōŠz‘=ĶĄįHęūƒÄŊ†Mƨ{ķā0o+ģ9ŅuáGv#fŪ ėģĢĀ\%÷ĶŽ*A˙9dúsūHų¤#}F ™šYģÁ´ÖķßĨ„Z‹s˙ a÷ˆ;å+ø‘zAŲĐG ëUŲŊĀÔ#ÄuŅ{éXoČےjé?÷0}:‰gŸ3HöK ’úƒ„íp“@H^3H‚ A'OTƒƒúų+ÉH!q‘ņB"kŊë%ƒämI_ɓ?rļ¯O hha&xQ€ÕĄÎ›Jîķ$ķm’7 $$Du}@2Œë É]˙ōÉ°~Ĩøœ?R¯$—đņ¯Ÿã øĖOáÍĪLPesžÍW$Lņ¤8ŧ!ŲŠ ösI B2[ c!­†Đ•ŲķwSŠi [yŲ—$Ą + ũœDržzÚÂĪH$yĻy4#œ[+_É葚 HdŲ))™—,Ĩ-_…‘L´OäBŧ#a$ķFŌ/p$Éļwmq/y$GRŽä.‹Ä1Yņ2qEŊE#yâHˆ¯8n+#ÉŒ„ĒjrZ˙#î‹#)-–I' ūŌHîÎĮ‘ûđŧ?P$õÉžE"yE2ÖA_!‘Ė Éâ æģũErÄT¤bĉû`‘”‰%F2ß#Qąg8|nļW8’‡ã3‰Į€0ß­ËÖw´ü?&‘Ô\Ʉ"ķ&„ä‰!™ŋ!ųŒBbđ%ɓBr×bŧŽ_‘œ'ø-ÉSÕđˆDh qÔ.ÖŊnĖåđ´ ÷ŗ­oá0ĢúAr™ @HĐ­Ō`úh—NlQf6갚3*kË#9ģ'äŌHęĢ4’Ž§æ°ãŦ¸†üÉ"ŗWd‘œ‰Ŧú~˛HđD„LĻëÁ"qEø ‘GŌQĀ]ÉČ^yFŌ7ÁBÕÛ,’‹"š÷à Éi$˜ž^ĐH|‹`âŌ™…pT÷UŠ}G˛GBM0Η8q4<ŧĸ‘|HŌ_ ’p¤-:Sƒô¨<ËЄ™oĨ’rö'ždŽī^u†ˇ\QD}L4I Xø*›DWÃĩ˙“NˆØu¤?ø$ŅŠ 'ņ‡OŌ Ĩ˙#|’ž/J|Xŋŋd”üëO)9­˛úüĖ–Bˆy“PRP"Šø¤øuū P>Éœ¸hwY{’UŪ‚“(NņĪ< oŌIŽ P:I% ŅËų‹„’o”TEp đ5tŽ8R‰CDįRd5.EG¸AŠŌGmÆg`Ēū†|"ß­ ‚Ŗ#7#ėæ,āâ ŠŅķ a`Čc¨ŧ-Õ¯OIę‚9ęįy术 \-Cē›*Y›{2P*žmCĐĀ_åSt†tօBá} "t4ÅÎŨ{ÃUtB˛t'ĮdUbJ^÷jwļėČøÄßî܏HIŦú2’ÄĖxδgōčTŅ´˜õęŊž­~[i•i÷,ŧC3bœŋ–m‘#H§Īh-…ĨÔÄÛXņD.ya€4‚‚.Ŋ1ŽŖ&ā“ąęŅÆÍEJŦâŽX¤Ĩō§å/“Ŧ"”ÉœÍ ãt&IE\ŅĄlÆzĐB &pn^JŽs_‡›ā|ŽÜ+ål1‘ŠŠâĸƒŗÖŪ;mŒX%NŠŗå1ëNKsĩ÷9gU,>ũĪNxųŅäŽTVæ7üąČčGĄuĒÁšw>Ķʇš-ūŲ!bIŅ"íYŪ-ŧíWKc~ZÅÅL9—MY–ŋÚč/Á}\֑Á 7Ļk€Īdū9•ŌšķYßlmÆؔ*öÔøw&Ŧ7õô1¯`v ]=–š~$1Žm-}ŲŪ ˎŸ,qĨk8HWTŌøzī4Ļ}mĪ/ ‚V/i~t9O›üMã§ÖėE…ÚhP;KŸžũ vŧÃÃô{ĐFiįŸátŧȏžŲņ7ė“ē,ŽVęh]Æl6ƒļ'ĸÛĖžĪŠ–Č•„yZšôCaâT˛´Ā6fŸß|dtŖaąƒí{ŊWį‹ļÂßr<\M%pãŸĖ”’3˙ŧ¤žDŪu2u]Ņy&É^ZÕ¸ųDúQ†ÅÖŖüXĩėŦ|1Ň‘ŧmžâ ŧDŲkˆü÷ĨøäИIÚ+3„L˜MmXw{žņŦĢsĸS ÁŅŋBĻ“u=fP$?m}h:œ~AĘ܈Má|Xzú0¨Œ¤9‚™Ą†ŸÄčFˇÜĸzŧ&#&ķI0‹æØ •įBéGĩĒn¨5´tė˛%ÄHs[—gzđŧâ(ņõXęT`<ÂãĢ !č„Ŗڔ˸@VĐ+õī(˜ŠĢĨÂ&>—aĨš˙Š„a9tKē=˛˙¤"øU4:.bnķĘܯŠ/M˜/qæjŠˆn› ÜVLã$GqL€Õāƒ9EÅ ÜkMCĒŌY^Kír¤ŗĘwbģõ[°hí ™÷1Ū~üčût°b Hų9­¤§ ¨ŸA4?ĢŽ6öxõ&Į¸džĪų^ÂqIŠÛžÂŒÉ™ŊõؙėƊį>—9—pƆž2§öĮÁĩ÷_y´ũ‚… =h#Å0\ ÂMėyöØčg„˜nâĘܛuXíE´â÷čēĶø8ī‰†‚ē$V6ŌÅS ŧ,ë„Ū2/‰æ+šBB+„ĒG'īĢģ&wËĀ|ĩŦū°DˆÃ€mŗųāJYķÅY(8Īk5wę‘_ūz* ģžŽ_˜ wXû T^ô]¯ßa]§6u˙zōmķÛ°6—lˆø-ߧ\×cgŒ6mÜģ!(˜^°:ÛáØülãÄ `Ēøˆŧ:2KË RÜęg\…Šēsį8ã|ĮÛŖSv<¨æV×& ib[‰¸ąÂâÛBđqjáŲhŠ;ŖE‰[šjd!Ŋ&?0ø•ÍīœãX€Ë˛1R ­VJ"~Ī-2×Įx’gœ+*4_åÁŒ´d &"ˆ P+Ē‹OECŸũGĶGûā¤ |ÛK˜Į$PŦfŦ Ā$đņnÍ Ķ­›ŧ„ IØô}Pē׈‰˛c$õ!Ē,’íq^c C´FŪė0xsēĨB°nVõ†Û/iV}cŌÖöĘ>ģŊbæîŦđųã$(䨡ŦŅB7qôŋ9 ™Ģ1÷éĄÁ“9NŪË[S„ˆûŦ°o¨°zRÁAŠûa+žfFˆÚOŋ¨¤‘kKÛ/5MA°Ēúģģ×\jšD*Nߌf„= ŠÁXíķ>QŧŪÔ¸qâēÕ^qž}ãMŅHiDāNܗh*0,×6P ŖØĀwGesM•ŒÅYš2R5]ôæ\(ƒmœD@=‹$g˛nX‡‚îģöNčŖ&ī}ŽëāüD„tDđŦ‹s@OČNæ.1¯qKx &¸d%ßCĖz+v˜@Į8 ĮĮ¯‰Ač} -&Bīڙ@\M•v§öl'Oau.Ųˆ7Nx›įž\ ļD°ļåô¸Į{Ô( m:ķhÚi‰å­RŅŽŌĪĶĩl9õé;= oC›eoō?Ŗo {5¤h„ˇ™ī•îĩLM°uŧy§ĸ‘~Ũ>×u1ŠĨ„ĻRg!äclŽĖ… ™r[ōfŗÉtCœÛq3†˜zü$¤Ãõ-ę[žFzsĄčRČ#Ŋ‡_M!öÅlĪ1 ŽNĒM:PL7&&[UĨn ÔHÕŠķUÚĸņ˜‰Ö¨øčĀ¨í•ë1H^ķi+åS‡<ŌaoRŗP˜'Ô#Ē\áčO|í帴@ËŽĐzôĩ =fÁąüĒō@Ģ$Ėw$D™*!ūqĢ>jû!#ŧ‰K7čæŪĒ‹f>w¸ęW{/Žü Äš&ŧ3é˜]ꟁøųRø„I“ø iã5Īm´ØËîwô{ôãģ<æ3=6ĸ4{s† 2ŪÁō†ÚÆ`:j HŦŨüË%™°›EėK „+¤[ą?ËĐe­Ô`ÎÄ-ÜŊKûÍöů‘Ū~“ĐϏnÂxmEŪmÂts$<,Ō >HPčkˆ§P-¤šIO¤áĘ°(d”_Y_gžZUÍū1L8įĒÖŨqgPŠå ¨qcS5F"fNÚ°O’Ŗ ÆɯZ„ŸŧkiĮ™"Žœ “ÕŦ%Žö),Ãāpö–ũėIʉGŠō.(É"•:˙ÆeorXŒŊ_}ˇŅ˛ÅžÍzŅg¤FM,ųÛ*ooJÃŗgąÎO˛Mč L¨Ā‚ĄzĢqã?b€æšv3kk$ÃebĶĒāØdû ^,ƒ;Î4SEë=š}\]§n?Dąœëū9‘W˜ā>šÆ]–ŒÉŊb:Į3Ā{ëjâ›ĸŽ¨ķ­)FJßÅ*“ˇ¤ąôcÚ=fsžw*kėÉãö#š@Y¸ėÜ>e,Ē”ā˛ãöŽdaņËyB™ęmœ–Œ"Í#Ž˜G\âŠZvg<¤x›°EW‡Š°ú/MäŖ~YRōgĢfŽđh z0ûÂåĀvF&c/āŒČTīįĄé\íj냟ráŅtįÍē° iė€Ļg“„Ú+"yęĩÃũhŖRܗ›F> üÛʉĮ>u´ĒŠö•Údž=ķ2KJ b‹š(Gŋ /ęzíäĩĢ,_†Ã_!ƒĒ-w2u2XvŠŊÁ, bŸD$ĸ2)Eƞít˜åÄŅ7Āx:Ø%LԎá­ž]†ŲŅi¸ĮĨ9?FŸUe2c/X&ŗwh3ŧ==(ü‚šá)Žf Ƃ xŽíä“VÜ%“iø_J w?[čltÛi¯‡˜š­0Č"~­Ęl?Šzâ0$Ė›ŽĘUŽ<{˒ÆG&ØũŧVŋû>ã#á˜ÆJáˇN/Ë{NäĖ–|EņįMč>įā w"ū?ÆëÚgļL„;w‡SØŦŦšŊšMĮ-éĨr-ˇK‰ŊĒ4„ObTfŽYą÷…ŸĐؒ{Œ/C^ž˙ã÷ß˙ã§?˙ūĮŋ}z÷ëwŋ˙đîũ‡Ÿŋ{÷ëO{÷ûīŋũūÇß˙x˙é×˙ũũĄŪĪ„—š„€)3X%ÍņÎôMFé܇@č AšN8K™Ų~v)؉Ą ŨßĒŒĖU1’ ŌÍ×ÜOid!$ĩí‰5"ôBqí¨Û”pwŨʖNpBîe&QF[ŲģÕÎëFļĶ$6¸Ŋ@ä .ŪÕŦ{ąË–zxŋõ }Ú5õD1fɒ^‰HÃ<Čū°[扇r8mįáĻ<_;öĨ‹„IÖ#}&[0vąę€ė‹Øiŋ–˛~Ŧ™I,åã3s æ îĶqŌš~ŪG‰Wü#ųŧČxŅ …yn:fŋ8ÄÎáĐáĢŪyƒ™w%{΃{b?šÄ\ņÁKB‚K…ÉąÕŪ)  ąbđ4kĐ$1ccú$hŖ:æísŧyĐČ@Žģz’Ô#U2ĖåũË1ŋ¨ éĩÆ°đâ×R~žŽō#P ö’Ĩ˜¨G܈iĮ…Ŧhž8ę KXœ†x]ļĻ_–­Ķ{,Vņ´r‡š÷ũ‚°ĐŌ:éŧĮƒŽÆ(ė’V—Üū! V~ÚˇÁÚ @ŌÜsøTĐÎ_”ĩüeÂViĪĪzŒD8’mš7sEŒK ŒXÜ8CY¸ë– ™ģ“ĒL0¸ĸ”UËA)~ĩ"RÍ&ː1ŲgĘ7t$ūŸ˙LCDßŧļŗSnŸÂĸ9oÜf”ÍĐ-{UĄNōĘyét”ĄņÔ¨yT}wø5~­÷¯ikōądĀÄk;p„eˆ62j)ĐOž5Å(åÖôÄy`͒BĄ}N ‰-gĨ[žņŠ5ī|ąsƒ%¸h3 •Ũ8Y6š'k$Y‡˛?}Õ9¯:Ö<”mHĮ!åœ/Õ×'šG iĀ1ØųŠ'ø%ߌŦÎú đĀ“+#q8tŦĐÖZ|…Æ2Œ“‹vę¯7¨t‡ŲHbĪČƄ „‘lįi{á1ķÃˇJŋ)Äæĸ5 ĩüĒed0Ō+WW)p ­A7×öØYM~ŨzÜXT‰'g0ę4čēR?]ÃŨ'ĘD]š÷ĖŠ7îŌīÉÄhvq8ŒŲF[œIQŌxLÃI’%—‹\O„¯3ījĢîs5“T˙?֑`;Āuš…ž ëÄ/ėe„Ëļž0ËIüT;2w\Ÿ"ķÜSīUyũpdSŸSÊo‘0^.úŅ‰ų!Ã"$•2ņ@5üĩS(aŒä%áDŒ=ÄŅLã˜Õ…îŨâ 2šŠ'[¤S ÷MZ2'Α[ōjš‰<2ëq8tŠėb…X×Ču1š=°›Y\ĸ”cũ’Ŋ<ŦājĶŠxÅîMŠ+­•Ŋ:…Ō „]é<ĒŊč0ĖÉÕČđU*u~‚~ØŠîÛurŠņ™dŽ%"@´`ÕåÁË1ČģqöĮ“¸ŖąģPŅ{Áŗķ_3!ruN8]ÃVLŠ‰T_úŗŋO,§%LכđhZĪ…-k:°.3sR°ŧ"ã;ŧ¯˜ĨdpfJzĸƒ—t˜Ø$ łgōš{Ģ!‚a‡ËÖŠ Yu”`sÃĸÖĮ6ŸŠ+ڝæu—–E"}Sė›[4šĘaå Ļ öh^Ą™ą—>6ˇ3Z[Æv,ØûiÕį:âĐĪĖ‹d‡Ķ˜ŽnQŗ§žâų%Yŧ“´Tę<-¨§ĻîÉØlSuĸÛb ~ –uËŗ%+čüŠŪ+$#Ãū‡áZ†áTĻ Åün=ãÍ)1˙@gT6Ā]§%LÃAÔ-uĪĘiJŊōĨĶtÉŖũUÔÛ 3‰w_ũ™WB™ė3<¨T€īĩ?f43ĸ ‡Ŗų”Ŋôųũb_aƒŽĪĻŧŗĢ{"JÁ5*Ž’Vnv[Z]7FZ8§Ō”ņFĶ“yą‹'ÆvČĘYßũpĖˆ’éû<°RũdŸõ–_”/5“úž!)Jžz˛ĸ B⹋ˆĮĖP••Å(5˜ŧīŽn&Ŋ9Q¸„N´Q؟2 !#™ŪāÛ  åķ ķ>ƒ%ÎʊAōÅ22ĄS-…ĄËy‘§ÜģDÜČΚ5ž˜Å]wjŊtĻĖNg„ŧrBî ÚĪlÂN(a%:¯˛L*Yëe X?:ŪmÉŧ^xQÚy4“õšz<øßÔ—KuÂ-–uÄhŧkHzũŲXMlSFSĖ¨v‰ĮR…éJ"f=[}í"ũKb@ŅˇŦ¨Í–Ųč\eā Ä-ÃŪÖW|’ę –Ų'6ãh?Ī0×3=į= $Ü˙˜Ã’o¨UĢÜ=åĩÁĩ!žÜ-­CāúššįoÎw׋ÍP+Ū‘ŖLL"@ĮĸŸø)/xņîĮå0IíĨKĮđÖĘķ÷Z€Ŧ&¯_#[›Üœ*ZQŊwPr{ŒāŠ,ŋuIkęúp+[”˛Ų[Đíh+!ä×]bœŽ\â  Āâ׉'“,‚%Á1hû!`Uē)…üßjU&˙5§Jjé~„ˇęÁĢ øį2Ēéą´õļ9VîEBØĩWË O:{ģV*eA)'—õĘ[ʏĚ×*Æ˙9nO’w‚>Ŗ éęz;ã`Ēדu:o]b⊸Ÿ’CŅ’ûõÚŊ ¤П1Ë-Gķv§k`zt;6øڗī_E37më>ļĖؐ‰0Š¸°ĘʕÛŅJŠOt†…fšsDÜŽY.xđ$6’‰ņ´ŖūÔnģŦÛÆĐ7#K–īMD\"ŗîÚąÖ,=ÂĐz…qŪtæŊ"uHÚO’–‘īÂY%ŽŽgģ6™ã-_+–ÚĢv’éۃíUšnvĸ"  ??KĊßa@`Ÿáķčö2=ĩ´ÉJļv¨ĢˆÆœŌi‰0īW%ęHŽy0ö2_ë}ŽQč˙´Ā$|n¯; yŧĨÂĐvËh÷6+w‘×G ü@@ÆåX›(‚ō)ąyģûķAĄä‰*‹ÄībÂjOÅcŇË%éTõ÷區DŠ’EuĸŠõb_ Už$ q ,{Eŗ^åh[#jč$ØĶĒíčŪÜŊ=6å S’ÁۂēW¸įUOΠ[ ŋ‡‰SZ÷UäÂŌúFdDÉæ’ŅÂŧ™ö7\-ĖŲW9ļ¸6ĻAņ‘ßZ9dF(#C§¯†ļĄˆlāŽ8gĩmņL”;đÉ"ŗÖ%yU¤ĮX:VžŌĘeS•bOZõˆ§ÔuũSē¤wâi mŋuJˇė  朚!rÆOđ\tž@1ĩ,!›‚i•7T‘‹UP÷ûųĢ‚”^­¤‹T0™%âāĩãÔÍk>ŋtb'ąŲiO\œÉT˜Ë†?.æPĘ8˛J¯dįôˇn^ €wā'e\1>ūĸ“ˆ"Ė—Đ= 3:ÅöBÛėfĖļ8ú‡¨‡&¸#åK]RāŅ¯>Ļ§•™Mšõvņ"J6‹˙ÖŅÖéē îÖŊ‡6ņ øhĮX°3bõLúûéģŊ¤Ú›cæaŨ2ø¸x'¤RRíĩÁë\ađ#ƒn›Õfy ؈Ø*tŲĖĻ]ŲÔtʓ§f6&?Pz(hŽmCDN˛‰sœ‡c!&<+Į–…ØacōođōXšĪ$ ĻÉøŠk\}t æ’Ž1'°•ŗŨŦ:= YąBWŦ€æ3ŧ­›ŠŒ…$ļÆ 5fzđy’Ģ2䧀Ō8.XgÂ' ¨4 –'#è¤G,#ƒB­čŗYV.HŒĄĢÍĸå+‹:īŪâTĪPO*]ÔÄrn$Š…áŌk™SôKë›SËĻ°Ŧ‡¤‡m<|7‘Hč‚Ī(˜Ë´“‚))NOqŊœÎüSĘž4i 0;Ã!,Ôøžh‰°ÆKGĒC+“‰Ä0ĐCkÄgoä–Í2HŊĻhÆ›ė‚Exv›Ø˜.y.Xn“E‡įļ,#˛Ĩˆwo¸kIƒų”:ĶaFĄīÅ4˛KíķĮĩšX`֛üRŋFŸÄW‘&rœĩœ/T†ŖĘ*ģtDbÉGgZ+ā‰ôØ#÷Z|7ãÃfãLo]'Ÿáy¨fģ!?BĐ9ÁņŪ[ųiīĢ BāƒĮÚ-Ŗą %ō˓ŲĄđu0DŽœv*&‡/u™”Õ7˛ˇ\éî đ}éÃVĐé&ęLMöŖ¨x”õYAĄ x^_Ē(Ä|VPĖˇ•ˆ&­)ú‘ķFUQûYYQ_¯+¸œ2pZw8ˇŽ`hznC+ ‡Šˇ˛čũUŒ>Ģ+æíŌĸ\Wû¸§´ §ôEm1Xú7ęî/”ca!Ėåķú’ˇŒ]UTŪ‚ÕĐāZPÔJ 9t˛"•É|ąŦx]UŧUTœƒûo”į§2÷YXˆúHmņĸ¸ØŅ~šĨ°įKÆŖÆqęYcüí ŖÜ3¤žČ[1Œ? ę*Ē č@‘“ŌÂe=SöJ]ÁІĘ"‘-ˇĒH|ėŗŽđréußųĩŌŸ¤ÅÅ[ĩ…¨æMz‰āšũziņ˛¸øzeCį37ØDdîį…EĨ°8ÎgĖxs‹‹4ēkķfu,īŗĘâQ[züöÂâËĨEj‹ąļ hôŽĻ^ËŽ—æ˙ Žx,a ė Õŋ(,^WoõÅŌĸ&S,ė:šŪ˙õįŋŧãz˙Ï?ūãĮūüéĶ/?ūôîû>üüO\Ū§wŋŧ˙ãÃģ?ŋûá??~˙ã‡Ū˙ņw<OWßY‘f c ˜ĐʞĶÁ(œ1HŅfP _Á’@ÉAƒm0ĻØCƒ?‚ôNJDËsKXŽ€ĸ–˜ĩ1ÔfęZ§$Y# Á &ŪÄF ›„A)\Ëâd§Õá-cāã—åÎ3ŠÅ3{Č\—ž7wÕvŠÄ9čˇpĨ…—KĻm­ŖĸI2ˇđáļÃNl3`ښđ ™;ũc_rîzšƒį¨k2íĢPĩē ĮŊ˙7éÚuCUTĸų~°fû’NIŽZCEšŖs­+#đ¸'DcJŊRŖß ›ÆÕG0ŧ>萃;QĶF{'ƒdŌ¸PRāú%ēå|rą‘é`å—=Ŋ¯Ūú~ļû->- ‡ų’„j%AkîIz ŠÄÁĻū(5.Á,9rրŽĨ%)ƒ¸žÂ€3÷^i‡įꆍëž*įuÜkm,ĀŨŧˇ÷6Ŧxßq*9†1˛wąŧY9ßBŠ# tdëiá9eøā­‹ÅNķ-4ŧĨQč*Ķĩø_pâûڔH}ŌŲunĘ*{á78gnNęŨĻt„ŗ•DtfúVR,vųéÄņj)ō„…‡S/žBīvģ€īx82ŗ–Œ§^`äfũ*¯ˆmíÖ¸`}†y%īōÔ(žŅ=ßäã5)6CÉ?Åžá{‘b~ÉXˆąÉ|Õ×mŧč!ŸŽJŽ8T[Į8 Æ0Ē|t×t†Müū.ÛyāQōĒh—éŦ˙j’WĶw[Ƙē‰š›įË6ņžŖåvBuorÉReŗ^Oå4€üs•ã:î6ãGÅŨ%ž:ĘŦ5k%3ÔÜīįëč~øŊyŠŗV֎ĪËW"ŊBPaÆM`PčlŠ‚6ĩÜÁ#ŪŌž”Ų§.<銔Y;Åņl¸EÖņ+^˙ģcUÎĘ䄎ĮH>›ü‚įj8ō¨›=*PlaŌ2'īu“]ëC‘ŋ”ūÎô'gûG‡ƒÛī4ŒÄs7)I8my…” }nÎ\v㎌līW `…ŅėÔ¤&Ü –.˛ī\9įvLė8Û ŗ¨ŸKū{‡6„<ŨÛėí˙üŗ˙*  +ĒÕ­?4Ąģ™›!ĘcÛŒ2%Ōí`Jī`šÁ­WŲôoߘģxTZ?Uč&§ZYiŅ-å(­‡ÍŠpē2-ôÖiļÚ0GB…)yņMW÷ĩēĻB„Č 6örídˇŲlNōöeĶ-JĐGÎTy6VöâÚPtqIŲūČ\=éaæĶíũßŊ Ę i˜iJül6$Ÿķf3Ķ6›ÍĝGéjû87ųŅ•nļØ“ļ|"~a(V~ H’s‡Z^”@×1”&&{ķ3 ÍģĶc ēfy'üížųZ[›&Ø€×˛EėŸĘ 9Q†‚0ØöJUĸøĖ´ø 摊%+vģĖøLä:•úxMš.“Ų•fuž\×f-xžÄī‹âöĐ`(Xũ89‰Ĩ1–|6ø&HŠl˜i“5ˇ…ņĸreķĐĻkđœ@îdPÎĩƐļ;ʖ¯SķĖ§H0ÃvСjÃBûō„DԕãérĶDā‘Ú|ŠrüIq/ĄIįR#ēETéĀÎĐYŲM%Ģ\nڄęcņ~´Y Ψ4ƒ ĩ,níÄřžG‰NĄ)hmŪÉy=ÍąÄTVĘČ^„ ´õ]@åÃänYŋcƊ“ũĖC˜¨ˆĖ< d‡œ@§Å‰ŠÃŖ”õ™2ˇžPL4[BîdbUš1ĖølZņõˆ)Øãėŋ÷†žŅēá'€gÍĄ4xöJO.,ZĶŗfJT 7ë Sę{ÁÅwĻŗnXăLK3Ļ4§ũŒlfZŊۘšd%á~“Cš2Kcä)Œūc2õøo+2*Ö~l}ęŋ^¨Ļ%īqÛ ‰Ôtđ8k‰&c)œ´¤ģ$“9õiˇé†!ĶÄäëŧU ĨN[ƒ…‹&.0äŠģė23JqôøQ›u1 E?ŒéŒbĶ§ÚeÚŊWlÉúAaŽ ž{×ĢˆÆ…y8‡­Ûļē›ĩ’(Ŧë÷`“Åäâō 2~Ģsߚ1lđÔŗøtr20„vƒÚ8āķ ‹ō9UŒģã;†ęՌō3×°9:ŨÍ †p‚ÉT“&.âiĨQÜ'”,¯f¯ûĘÉtõNŸ>™ž|úZtM2É4A|ŽĘuēr6#ģŖÎLīE Ņ‰īî°ã×ßÚĪ"8ÜČ+ūēÆĨžŋĄ1O7PŪã5Ūļ5äÃ3V_UĄ3´ķŧ‘“Å@‘ųqá8éė<â} l&¨Ž~SŅ)‡° NąËĢŅ†Y6p†P`ÂØ4ņ>СĩJp6¤0ĘtęŽōƒ‡íĐ3˜+1ĐXqę$ųæi{¨ø™ņ[’HŒų!û%ÆßoûŒ=ŸRĮAæ1ZTF˙‘Īņ?Œ4ԇ°#ēlü‚˙xu;ˆ^e FT*ë#ëŧOYüg3sĖęĨ Ň "Û īâ1{øüĐ$ų÷"ˆžk2Vę*Â@ZĒ†ÕiTČ= §b’Ā,í÷ĻĨKŖžėxcÚõT ĖÖøņ°C kGĻ‚æ˛ ŅašĀ&ug?sDėžvD0Úę7 [Ÿ"¤čNĀ™H&0.l\ ­Ŗ}Ķhņ#30ŗ‡Í­§F‰e(oč<ŽéåļČKŪdā0"hyqO¯DMv„­,šĒČm÷zF4Pđ”ŊđKytĶŠl čVāįâ^)SS•ËŦ–7™IwΛėŊ Ã)ŠK`f$OgĢĪ e¨S,DNVTR<ē2VÁd Šø 6dĻ ō0ŦŦŨs‡ã–G RĮēœ×zHPBuå^˛‹Ō×C‚yętĮ|OHÂŪxŽHÔķú'sK×Aķ,xķÎŧą,+Šân(°o(ú&ö™”ķ†ĸnŌ+_e,”ČC|០ÉÃwąĘôŌ5?LÁęĒÉGŅéØ×Ēā %6rĒÔ´gŌ<ëēƒUo U‘vk¤ĀŪ-äoækņŖx@ˆąDē¨GÚ$weŊ?J‘ķ%ė/Ģë•üq…Ŋˇ6âV ×ہLŦ évæáÖ(‘ī*ž§ÚDĮĪÍSJÄŖná1ŅA˛øíŒöøZ‚ÛĶu?âˇGČį #pé—īÖ5/N¸ ŋ˜7Y šéHrĘD0qƚ\›lDü]FĀ‹cĪä$/’žZví &† LąŨĻ+ņ+öœ°hčíjB5bŗ1™ž‰Hŧđ†vębŪČĶᛠœģ`PĪKŗŅ‘3†•Åˆ*Ķr[ŖzÅ|V$<Š¸‚ČĶŠ5Sô5žqŸ§˙LōÚáēŊ\ËÉ&đœų-—ŸO?z:”šĒđN×oF5"‰ŠĮ~”įæ$9}åžėM8—ÍŌ4ŽÎW¯Ë‘Lî.k2ũ.¨ßüU˛V˛s5/ėlœû J.õ™ëL´˛ËZ“ŦdÆ2 šQU9ÚĄ<Ŋ Õ“ß`( ÕašĀ%CēEVũJ–hŪ"āƒúĒ.QmB„ėÆgâE—'%(˜hĄyŊ&ĸ˙áĻ~x8>×%Ö abáÂD–#ū†§&ĀåáīqO3ZęYęˆ)Ųē5?îSš˜4ę՜›rÍ~~'° e3clĢĘ+[Î_O>äU&ž-LüL–˜0WtÌkĖH>Õtbŋ˜Iŋåv8ŸËØęWvƒŽŨanFĩĘpQXęĐiĀTâķ&ũ‚„Ė~čĮ vĩNlÅ^#ō•¤Mā×AVģ‰5Ĩ(.Öyķ(Š&Ô°vm¯ qtĨĢō“9ÁT,VãFr{lë›uxZÉĐ\ĸKJŠ+ŅË c ÕŲu4ü8 TĸŠOVx–LŲ˜D ŽM¨fˆŗnĶmæs`YŲ2“*ŌqézĶÆoīn^/3÷ mwŲpë;õwáƗęsū+DũTK2CUÔL ãĒ4~ĐH_w"úŪ/ĢĄ<Îi5j5‡‹„äĖclQ—"ĮYAu`UÍ&tolĨ„ˇåŸš.îöļŲ"×$Ĩ`ĩŋ*S×FUm 臌÷ ž_nP%ŗ€æ}öáœčPŋP|ž*W¸4v“mDSŽVCåčŅ,œųDå8k´åÁ>ļÉL.O=<‘˜ã•é™éf ˜ģŽÍ8˜‘!ų•‚SŠP>Ž@šáË&oũsȐ\/š¤õ#-BYn[ŗØŋx[[/ŸŪ5š*Š iĨå PqĘ?ĮŠšu=õkÚí%’4UŽmčē‹…ŸQDJ™D`šN-Uā„s”Õ“1˜įGÂč ÷îæĮ Ŋŗžč+­)ųĖüëęY Žß*Eß%ŧĸ֊*ÁZTNąKķ‡ÛĻF­TYd—˛€’<ėgéŠęđîūéšģĸN­Ž5ˆy_ Pž5šjŦP|=]aevGIjŦ@č` ã´˛ũŽIöYtŲ“Ģģ›$w’›é1:´Ēü d×;lÅC…œšx*Y„,äAõJmxhЂÍ^.déŠĀŪäOfr]hĀû–âŧ!qō˛ŽV܋ˇeˇ Į%§ Î~6„ŦķOšôTYâs[oV´éĐÁ˙ŠŽßD¸G!š˛ÅŽpZ|“q2÷šģƒ„˙-X—1ƒŖ6TÅģÛŨ‹­Ä”¨,düJ(Ĩ`ŪØPáī­„:‚i*Ë×ėšnz„ęTBxhø‰Li>PPmi^QW,~‘yiķ%ŅOŠŌĢ–ë”ß’ˇkŌ'ļáŒÃ$k\fÛ{ŲĪ#2š×v8 ”¯ËƒËgŋOV`Ņû5ŗ¨3ËĢŦčÖ$ŧī¤|'30ßOͅ•ørúy–"ũMĀŲ„ÉĪŨB`7xņĩz´W{ã*LLˆ'įɯāyڛĘãĐëNē°…”Ŋ¸î§1•}UTĢ’8>Ž¤šž^ böm­Rw­É\$Š{-+J˛Ú¤ˇ3ĸŽUüZ>ƒ,öˆHX•'AÆĒ=^u\ đ:â†+ĖhÃęģá#Đ,m]89kī)üˇŒí 6xDf•‡~@ôHWÚq•ęĖČĄëî¯n6ķMĀK Ō_ÆNÄLˆĒî”ÔšVGĸ=Š{/5"ÅæŌđ.G jâĐ>ëjI˙ûøÄųĮ[wÔ1Ž‘JĒueqĒOÉC?TĨ[‘-bäČrËĨ/nôÄ8Âū§ Ƹ$VÉmų0&ŨL´wčaĖōM×­˛7…gîwž ÕŌ\ö,ķLū$z•HēBČsz>ėįšxq@Ė%'˙´*ŗûVpĻėØúÍ8xäq1ø…Hוô [-:ušôŽ9ÍŪvô6k÷p¤pe qūúfŒéXö *qđúrĪÅɚ õdĢâx3Ģ؋Ņ`ęĢĩ$Ģ÷mĶÕußN%;ûÔ°yZĻÍxG—uúÜ°†+ĶŅ,9ĒÕÁ_IšŊ|/č˜HáĖ‹höĩR uf€ŪŲ+”ūŽÄˇ´!žĪũ7s§cÎzŲÚĪđ œ‹•Ũ/Ū1\žc:ž&6ļŸ„ŗ'_ ōjĀz‡¸ĨhL7:ˇĶpYč’Hwc¤įĄS>‘jö”<B‹ũQiwšZĒĮ—~Ĩg5šwÍäˇÄōĶvēöö˜Ķ_üë.{šālēÛāëbs2‰¤ KDÜ<Œč;ũ„Ģ)5ˇ 8EŠJ6ķ×´ldÅĒG’[ŋ­Ÿ“26íƒw ÅʀoMęå,– Üē3ĢUš˙ēzd-Ņ˛ą¤ÛuWKejqinŒËÃöNRA6fw‹ĩÁLØÆšDŅ;d\ķh ^ԏ6yȓˆūđ?ąŠ™4Ą:!Y›Ā\4­’ Ęeĩ¤Á\ŦwŖQ*ø“€ą2CŸLcĖ ‘xˇßÕ¨ŠčĨœĄÆ΍ĩÉņyŠŸž–zäĮaMŋ02Q‡“ĩ‘Š ö:xfČā3ƒį^€Q*oŨ˜ŦQPt…Ąí㈯Ŧé~a¸DŌĘËĸ Ģ˜xŒ\7˙@+5LOŽ *ā\}jķRēlCtՕšÆņ"Ρ’xbíæsÃrâīexcy4ų]ʕGY?Â`ãˇŊlņÍSuŸŗ´ķŨØ-€™8š‡hZP’M8ņĖ0ĮĄŽ‹īzĪũŠø¸8ļ"pę>t\&$ŊŦ°‘~•SūÍTœY!Žcã­Š šģ¯ËYFßYC"ļSŦëŸÅV˛O ˜0=׊HŊüb¯éģ0J¤˛‘úĖû<æ Oåŧzd´¯Ũ9‘ãvcÔ ^œŲ|Žzä|mŒū•đä€ái¯-āž'įšÄ­j!)bMųŽžkbõFŠŦHWä‘C´!”bâĄg“FvVwĒTŋ-†{2žĨ.÷ŨĻÕ}˙ŲQ•d”sKi¤š1‰ņ‹#IGÛUģV˛×Ēļųž’yYW'oŊČķy ĩ÷UPøčīq}á=žūZ‘0Ÿ y?ŋį¯Ūãg‘ ÷ŪqŠÍÃĢjyđËę Uą€|ëĸų9s…ģ>Ēņ[)\ë4Ë;ęÔao~ŠŸŠŸ/¸‡IŗœŌ­ĶNڒ,ëXftvŧaôË FŦz˙Ũ›a;våÜįŅVåū´Ičsŗu3%čûôę4Î*‚#Cü–e—FEäsĻ×*Ŗ%DoáĻmĻíŲūî 0ųjD”öGÔēŖoĒf­Đ,K1"#īgBHeãa¨‚ĶVČ6ĊÉ|Îû8šŽôęGRŲRLĪ×Ėõ“ˇ-¸ŧžœ…ۃ)„Cōko➷S¤?÷¨mÆp¤įfh4úv ž ¸ÕĢÜĻ3÷'U­ŖŦ÷§%ʆĻú¯O|äšßúiInŽ[ã€"#­oæ6~7nΠáŅ5§ÁLëŠP\Q+ĸÛõPfā–ŒõÁļ%+HNßŲē:3ĶÚ{ˆzVWŪÉ!ĮÄBæUC˜9=!Õdú)bXI>3*Āžuąyžŧ)IŠ ÄIĢ#Í ‹Ģe&Düļ<Č} Xsˇ“œ|cāМĻxŲņIz’r&ę?AĨ3Ŗ.—ęŽ\r7b%įm9Ú!Ŋ]ķ ŦâĨÖ!S’A`‘ž=Ĩ‡bjŲzĘ$ ƒã4Š7〜ĶXؤf:ŽD‘ÉFˆ˜{<čn§xOęČg\BįÔ8iŪéMüå“ÅX%<§‘Ž‘ h~é7Rc5ã?›Ä6 {ā•Ŋv!2™Iũq|Sįs3 ~āO—į0ķ\!ŧ“~Ä•¤?~˙-ŸŨ-UFcž9{ōÔčcÁ՝#9‰œ -MY,G"DLĀ&ŖË ,ēģ͎4vī*w°VMåąjĸˆ—4ĻķœžHšFY7„ADd4ŧõC’\d4E.Æ)sôU=FS(îĻđM‘ėĮ|“1ĮētÜqöŒ$¤AŒ@G”vÁüäLiMY!į<SÉĘĨFæ¯˛îĢēđZųÅãĢßG§íôÜ`¯CÂ.ˆp9íų` üįôĒxûîģŸ~ųĮŸŋ˙ūũ§>üúîũŋ~÷îũ§Ÿ~y÷ëoüüîũoß˙öņ×?üüņã?ŗyt>Č+TiĘWÆĐYhÁŊ9$`:õåČYRØ {DÎRIŖ?/ō—a+e&ŸM KMNÚ$oÂD¸H(ü%ie6 FŽˆxĨŦ8üįé9íf%ķî[-ĢA|Ęc´:@­FP _RV¨8™JY™Ë÷:r,ŕƒ-Q˜üx`Ë$ø$ΒŽÜī”“š§-:=aE÷Ŧm‹îčˇ+°UP9<Ōf'Zī¯ΚÔ=$į-ē ádįÖÅV§( 7Íß0OՄ’c‹;đ†4éÜxŨ2v7č]#gũ=FũČ´1í0X'˙čŪÄĸKQ‘öđŖRŽ ^TÃƘœS 'ÄPŗo—$b‚1š;–Ĩ–Zf—č4gDŋ8ujBKŲôôĖ„Îé*qŨÔYĻĸ–PY—+Ki×a§Œå "u˛n‰¨kûī27_ŋq ÔWp3ížU‹ÉžPS āųŌ•„Â’Õņėĩ 9tŪŸá"co'=aĻʃđ3åy<ĄÉ{š‚Ns} 7ԔÅđKę3)PãāL8ķÄ Ÿ#¤ką…۝š‰yā–ëMWŨģ7$~Ž$đŧķ &ĩŋt.(Á‘Ķ9Zë‹N!ØEG€Æœ‹gūÄÄ!ā@DųˇTĮ–Ēĸô”zIOqHzĶhũ¨53qn2’u€@’ŪXŌŽæķ~HņĪĪí´Š5…4tGHXIPŽ īL^dČ=ŧßh8Kmč%8ŒŗŖč›3’Í^eĶ“™6æE^s㊎ņ:ÅGÖĪ€=į ,~INà ˜QøM›äBŽöˆ‚‚dĸ¤Ķļ‚˙Ô)Ķû¸ļnĘĀâOMļ™@üÛ¯p*~ڀáŒj2jÎĀôuöÅÄ~¯Ŧ‰yg´¯ō@¤ÖÕ#\Žî‰Ęcå;bÆŖ¤°#Ęö'Æ;‚2_;ÔĻ’‰ĸĖŲ’ˆŊ`œ1î$ŠPvĸ́Ø%˜fy˙´ˇ –Ų‹StöÁŌ]áēĻéŊ­?Ŗü0ü:Uæ‹ˇ1ã‡aÎYî+WŽčā`ēØĢāũŠ1É×)=UlĒ†ČéÎzĸ:göųŽ’”˜ áOpū}ų@?ą§9Ÿė3Ē­Dˇ™úđ… 6@÷;ˇ'Āy .ė+Û:æeŊ÷‡RΙēž!°m´ØąčkÆV3˛Ž’F°Nsp ֚ÔvwžÄ´Ŋā÷DÅcåÖܙ´/ʓ†ōĨœļȊ Į€ŗæĩ:<9ŽÃɁPjä˙‰BķÄšaŲÃôÅ)û÷[Ņ”D2Pŗšô°ÄĄė‡b[tžTÔį`õĪ1ķŠ5ß2 \5–ČŦ(ĐL[^.I(œOĒ=i˙}! áŌ βbI!> §‰\0(P€ž„AÁ@Õ9Ą6T0("ãô!Ž|¨ĻöBŗ΀ܔ Ņú?¸‚Ō/ (c q2J[,ĶlPsY¯TQ&°´ĸ–’}Ŗ"•L;Ž›/âŧt“ŊxđH_b›P Q†=Ņ&bjΑÅČhîPņ.Ūd@@ ;Uە›†?ĸ $úŸ|g2 ŲÁã ę'Ė„wŲqŠ8š\ũēķZŅ'ØMČs!%7Ō)Āķ 3B…;EÄ°g§e4ĨĶfĒ,cŒYŅâ:::Á ĸxatHJ˙ ÂĄŦē2ąõ€RÔɍ{ų˙˛PQ—/Ũã{Ū2ÍԝČÖ}# §žŋ3[PMÔd,­†­zĸøá<Ķo6ÔÚÎ&2ÅIyÉ€'‚‘Ō“Ū ••ëē+Ž7 ’áÃŲL6)R8|Ø*E„F.ŧ<eԎöäŅ Ŧ2M@—¤ī:đ­đCO9#^€č˜& [oöųûH¸ˆ!ûļÆ ī-FÄwëķ˘ēņJYD? ?Ģ Opx>`‹XÃ?ė¨ā~ßą;­´âdOŽRZæJé×s֜1}Ņt*1ŨÎv Ë}ņXFę€é œ×§YƄßĨ!5ŅĒ` ‡áŠ‚;ąi& ¨2‚Ŋ.#ÉĐ 6ÅƒũЗxiîËĀ HԞë¨ĩŊé|DĨzzõšC^#†jâķà NĻÍGË{]ëʖpČsæ§ÅŸŨ,>.B9ؚ͠˜ī¸LAoķ86$„PB„^IØ ė>ĸčCˇÃYĀ%éŧ¨:đĪr&܈ČÂXĩÁđxJĪÉá[æ˙Ô÷§×/-ôđ$Ā‘M ašĢŨA:?™ĀČZO+D­āĨC#r ĪZŽBæÚzq…#ܔ;˛qWũ†a9ya‰nÂaÅũZlt \|Ŧzw +˙°ƒÖëķl+âņ3@ēÁēôü‹´B¸ ’Áv¯'ĸ͌âs”ģņ…˜?ÞÎLs ˜š“9ˆ]’ZeúVžUÕåÜĸĩėĀ?´JÍũėIDbm1B’UŅ&|-+†!<ŅaÆŪü=B€Îd5ĄhHūė6ū"É[~mšM?Ök-ķÁ´'ģlV“‡˛`9ĨN™ĒœĩEáÄˇxtĄAHI^GáQūŽÜĄ Cmö ,ÛС–×"Ĩ&Į1^܎į&Zē;gDŊH@'H÷ėŒŋ0 đTãrģBC2ą"Ølã¤%MŠ?ßķÍĢŌO4Ž^3ÂŲ;|1!~Ķ΂”chöøKfs'öÃr,TĄĸ)Ã4tŒĀũąą ļ­UfŨBōXfŋT7AĮPÖcŪ2{Á€õ^|g1Ëû@öBŌīj73—¤~ÚöĻ|[€ŋßl×Åi˜ųr酔|úTüL´Ļv#Qy]“ęgfŽCG؉ĒĨ‰õ‚ƒ–šdáfY°ŽEž%VieâK÷V‚.+ œtMZ;Úˇ7ŦĖ}„Â;fšsmũŽû蝒 ßŪšãŖ_7ĸ×U>ø5\Fĩ?ę>JpÁxm?l‰4-ŋ°u€ßj¤SFͤŌ5ú\Æ ŋvu|‹1{ŗ—čfxū‰Ū$°tâĻ"!UyYcîúŸpEĢyŅēwĩņSs¯‚QT7÷îd6Ą Qũ@#õųÕˆƒ<šE"$ŸLŧ­ ILuŽ‹™Į¤.{ˇ}úmÁÄ9ûaúŌō–Ąˆ-X[*#:#Q Đꠕ™U=˜ŧĩ°x>Šœ­ö#ž‚ųv÷ÃÍ[&ręãˆĻcë˜[Ā'-QNctĢɚ,jâČtæ7w4ōˆÖä—ɖÔË6Ā0ÍoîÚ\ġZ/6PqŨ@gú<Ė2æ¯û7Ú–ķDؘu÷í@õ‹fākkJ*Ū/ö¯Ú€s›ŋÕČ6~´õĸ `ü2#ÁQâf)ķbû~ sA•n}{€/ˇ|e/:€sLĖË ŸsLĘÉyŖ xļˇ 8š§/tįSŲW-ĀhZ˛}ŖøôĮŽū•FkįįĀÜN€ŊĘßęŪnævûėx&˙cŨßB?žŊ6i„˛āoõķl‹ôeũčŽ ōdZĪ:ÆS_úF Oļ2ĶÅ2ôė Žā†äߨ{ŸÁĢ† t„yŗąĩ¯ą1 š#c#ē ėžËUŽ­s ]‚ˇRÂKŌK)Vpē9ãĨ˜ķ°Fĩ‹~ėlo[­ûŽLēĸĮm| Ē`HĘL9˙ān\›*ļnéļBbc*ŋ™ģ2XđÜ._Ę:ĸeībũņxäū™ĪëĶŨ9\™~ŪmR‹ÂŸÄRų† §œâĸÆŅšĘûV—k˛ÚaąŨ˙Ú(Lr>…yÄf ėŪ°í đëî,‘ŒR73n›ŅzJ–(›Ļ›+ÖĨ<›ūjØūS˙mߤcچ‡-ö'ub:ēŗօVÔÔŲ¸tu˛¸:´=_U!<Ÿ.Mí<[¸QŖutüc<0ąĘڍlr¯be]*įĀu;F~o›˙ՊÖĻįn°yŸAgtdŠgƒĖCSį;dtU¯}úu`7â܈X,ƒ(G'€!“Ķ”e’zō0&5ÉOFx˄ųĩyž×ƒŠlÛ `ÅÕ~ŨwįŽM¸™ĮĩÄ.lÆ ā"i+ßÕÆŪã´ZÆ­ķ\Š”Úž9΁îܝæÅØŽ"ߞNļāĒĶ+.:‡ŋöZ+îeŧ=3Ę&yQ÷KßûcG}ĸļîÆ-=”FÃüIZiyüWPkĄˇfØ"ĀŨåĸm=¯%dž3ˇ4Båg?/./Íî Ž\‘ ČQŠ— 7pÄúųCŠÜž ŋyr$ŒíVË%MDy‘ ‘ŌS<ÉaXķ/yĸ ļP@F/ÄÔ¸3ƒÄ.)ū™Q( ¨| b\øškįQ´}ywIZ„v2QDr”ŧåą ÷“ČY>ŋ]OÂÛ8öv1%ڔŅúč]ĻŖâIŌ’Ū'gįųFĩŅôē"97Ėļ–ü€ĄJ1Á°ū\FŠ_`§ûÃqũ˜ĨÂØ ›ä oîđ8eŽîUØ­ũãĻUŖ>ĘåÁā§šîrķģĨ“MŒōŪŌ‡ž˙ŧĶc8ō=bĘÅŊG„é–c~O¤PĖwŨČŗ8gŒÅJ–ŨßtÚÍG "?Ų&[øāˈŨ×aļQˇ~yˆDú˜Ų8ļ‘cāfĩ,ˇ8úĻ5cīu¤?˛MĮYŨhu7›įÍßû(ųY)ynË)w¸j`Wū;ÎŨΞŌx=mcĶđP% ŠŒ[dPMûšFXŋ.„ēöŪŽ@”‰ob™qŽcÚzleK35īÃäčû aL•GIU빡°ĸdí šį|PKT¯JÆĪ!} Đŗ%ĩ†ô… ˛”–Žz1=ėK1w7ĘɎđųëQĶId‚ĮęƒF=‰˜l44ĻbxR-1ļb.*{lŨ…—dÜ/ŦYôhōąģb›+ĀÔSXˇL%dܟvĀÕŨ OxĸŨĩ“ēašÚS¸ ĩú13C‚đy0Ļ>u tTąÕęéįö 18ąÚ‹ šÍõũf);N9g&"H¯ļˆŌI|׎ļ?GĩĢ <ФÚŊĄC-ĘnēX=ĢRČ@yP1•~=o1•#O’BČ#QÅ&Ûî@œJĻ‰ŦāĘãîNōäœÚĪųHwøYNŊVĘD¨zDLãûŌF†D:•F“8¤R‡WéÃpŨēt~N!¤+Ÿk. Tą_GfÂļđ`‚Ls\›SPŠķs¸b „ŽĢķ Õ<Ė&ˇõŧŨhív¨Eî™wĐĘ°‡ŋË*ŒįjÜ˙ŦŸ\ÖŅúũ{ëU“íËÕrûqŽVt tsĨ+ūl’wŦ~Ĩ‘WąŒWõÜ­.ģôՉI EĨ:ÔXđ 2."qp´‚ú<¤ō5=rH˜ę.Ōĩûž(YøDėzLāâŽLŊ@}nĒ- ŋí8Ņƒų\p"¯Ø@—?%GPģ7íIĮCeX˘˙ŧ´“Ô¸sŅ×.r6ģ)°OpO„"Ü|Ø, ņy(Š‡Ŧ…ŦĘÆsGFX ŊZ™TD'Ãe Ķæę'ų&29ŗW?7īdŠģŅ™ĩSĄ–¸œÍŦŒ§˜R­JXÕÅ—Đ ŒË¯€žŲLí#^ō5Æ ™đ"ī3`ĀpMwÁ°Í`!ęĨ'Ŋ7Š~'#eÅ= iŽ‡Jß^ ėĻY ŧX+“Ķƒ ĉ •ÜŌÅHF]įSŠTĐ‚%&3rgWä’L=LšX¸đCד‚ˇ˜‰áÅhwĘ÷ ÃĘâÂą-{°įdĸéB‰Ĩ÷M H;ßŲ0*Œ+Ž˜PĻgVŋŒSDrÜ,*Ûį1€˛č˛ûfeĄũ0 "9îĨW ŗ‚L9¸?Be^ 8ŨēĶMH G ¯Ą´šQösV•U+“^9æfŨ‹îü?35Û5ŅDĩvߡšŖ5™<÷›0÷ Ā÷OŊĒ{éĨ`ÔķzĨŖĻŋrE­Á)ke°`ōĪ$625ÆĻØ8ūx˜a,Ëf#ŲĶÚ)[ébpʌ¯†ōŸÍĒ˜$ŧĘ Ā ŧ'\vËmÃÜG,`l2Š˙yŸ'Š(äÚtbÎĐIîvKĖ”O;ūAšęĒ âbn†ĘCđdk0Ūē ĪĢے­Mö SDõ§ū%­”E…°úa§†˜*ŽžëÍâˆ`eôiËŪCHįá[+qsšîΝ+ĒÍRO[ŲutģãĨ@3Ų„Í …œĀŲ ‡ņeQĖŒ•c[!Ŧęé˜Øķo|Ącr*Bę ÷okœ+enÜ U[;žšˆ gm}Æs­nB‡įkZāEūĀƒ)-Å 7ÃVœVWˆæjÕ'ûŅûÕĢũ*7čܐ‡ZtÖķ,˙$û‘eku1>Ž‰ģBŋ˜,ņ“aÔšŨĒÎä"iX^R{Ÿ5ŠO.uīĪ'?ŒWĩov[ËûÁ>Å÷t8C÷2uP!ČÃf{{ę˙IūŧQę Oëqm Į¯kč‘@%×<šÛmVŠ*Ųēm]°Ņ¸1Ęēœ\ŒÄŽÉH…Y!›ōŗ¯ņĮõõ=c“‡ãkĸ Ž ō1WVš"‹†JíĒJ7>ÛHĸŖ=áQx`œ°äöą’ün,˙”˙Ŧ=<ĶŖ]x ŠšÄuQq‚o§šę#4ŪÂoįĻ¨e|]ĄĶŲH Ŋč•’=¤bG÷ísPe>„ŗŠpø1Ųė':éehåEĶäÎëæœē›×Å+Ė §oc¸ĪÔņî|õ&;“ˆķŠ(&¯p%-•¤÷¤=ĶH˛ÛC÷ŋSÉܑķM×˙t |cžU TŒÕ¨”-J^U[›8G‡ŠœYÃDēhŠC„Ūä™b|"ĩŌŊūÆ-qRœB áŪë˜ŋN“ˆĢC{ßÆ ēŲ Įšsđj…€ŋÃūmĨ”ęĶˆL¯gIî•`¨<w1´:;jvãCŖŪ„´uî¯v&lôĻ|É*Bž‘^`'tēà >IFĢę˙šį:ž&ē"jäÚîn"Ų eâigUæÚ3Ķf<îŊ!•Qĸjņk-ČˆNÔ߸¸ōÆĸgAæŽˇO MB‰6•ķR-‚Ä$˜`Æø2ôĘĨxÕHöfäčÃ0ņ@pF2›m Ŧ_3â–Æhá PŗøzÚļk  `LEvkĪÕfí=ŖbdĶ' &ky˛d\NqŌē'œĶ@´v§;ÅŽÍziĄI†öËķLeĒŊ؍6œá„Į=ÕsÃPFoFĮųVjXNŨxŠZ;ßílžnkAžBüR@ZqpDnÎiÕŅ™Ä Ė4Ļ3B3JÁŌŠ>ߌjĢ#ÍÔa™á§N¸ųdGl×Īĸ’/r6‰ŗk*”Ž7­õÃÔÄug‰~|€7TeW\ņym3ĘEg_Ą)•?&°(HQ›ŗęuēˆa˙NŪ<]Lëž'rÜ1ëĐ%í]‘NÚą‚NzQ‚<‰*7†ō‰Teŋ‰ŦjÅ;MŽ4!Ļ°ĮÎ3x mŪkžĻŌ1îgģ”+2ņaäE?lfņŗí1›%Ÿ˜ã Ú&˙Éfß4ėŨI;ļ'“ĸL6”Œ ēƒ šķ˜]‡ķķiD•H_… _Špl1ôFÖkš×>luŽ…*ņšm J9 $ `“Ī`ķ b­Øré¸s‘lƒn¯ÍāGô3‡ēÂ>ŧsËd)f|Á1qšę%qĸų '/ą;uįŧ(å`Åo|šâĀ9ą3›"øōKb¤Šđë&ų įyWÂēÜLŧŠũŠÕéîũ/R–ŠÎ¤äšQȏŋIƒ á­Į'Rōŗ¯üđzW“)wŅõžøSˇĒOADŦĀlí‡īSĪ&j9ځe^¯Đ^”‹-ôO —) e–O‡­5™õ$gū+<[æh;ËŋŠŋŨ‡Ęđ”RÂusTm$Į"iŗ-ĻõđĮ­%×CŲĐĪč-:ģŸ 50†˜kXEâh<ķz,Ōj•ũƒęŪĘ;/[Gķą\Ū2ÃqĸuJ&Ŧ¤•×¨2RŦÖR7JFÖõ´rOēwë.Ė+zđŊņM R5žQéį3„|498N„™ė Ú¨ˇĶÚ'ŽJ^––•ÖõøŨĢ ==qÂvģ ú lh‹9[‰Ļ´]QƒŪĢ:‹ž“bėNoäißUŨ.U܉ö€SÕ.˙ú*ŧĨR‡×hí¤qˇ…>EŅ‰Ņ(Š× ŸņÔæwöÅŅ"^š|É[ĩWÄšŧ2N*ô_éĪĩÍģĨējĐKHfxę¸Ķ}‡Â°I‰J:!Ē’øzĖjƒ(ÅlĨ,ICZ%sā^3{īņĢ&NqDüĸ5*ēŽXAÔ$ÆL˛ˆę¸žûĖā<Úh†įđŗĖ”#q3M=ëĸõč–Íļwî74_žbÚJ0VFFš—Ę<ē֐™•5‘ĩŅ¸ĩÛ J„æqŨ¯$ĀŽ”<%Ŋ^ÅÆ1Ę3„˛ŠŧŪ¸Ŗ‚áŦ„Æ=¤ëe[” ƒŠ°W1čœō3*å4aTäŖūĖŊŸØŗÜæÁĩ[Q)8uĖfeUŲĪÍ%"RĒGŅk#n˛ųf2Ոš™X6cU6`ŲqģߓHŸŗã/ļåšōyyüķ¤í?L$W9Ũ~>>™DĀ"ÎÁ~ĸåtQŨĨˇ!íU…8Ũ$ŪØ´ė\)D“˜žĪ čØp>ØŨ]’ĸķ2bے:“k~JunFč9'P•ķũĻ9X‰´U¯pÃ]\s˛ÚīŽxS|ÛĘēÎX­.O!Ai7ĢķÄěgĪ'˜9D8æl9ÜL÷,/ūå^Ĩ<ĨŸģn‘|vņĐ,܇t1ģēVõí×>ŽÍˇräu¯p ö[÷;V)ÃJŨĸA&o9ÁĢ ¨Œ%OŲMXGĄįhõqę”ķS;Pū´u OųĶš…įąß1øøŠË¤|Ŧé†É*įƒg–‚­ÂXΈš'°yīßT"uĶI+á]Ļal-— .ŗ;ŪĮī7ŒÉtĶáŊW§J"‚ķV01ŲĢäÖŽ83Ķ;֕ŅkôחŋLõH?Kž2N¸‰Û`ÁGäYĨ$LAlü9wĖ?…™× íél“‘¯ŖČÁ{š?œ,ÁŲģGŸ÷5ųŽb­]đ—"‹“‰ÆɕX†ņ[7ƒ“On>éa˛„ASx@ˇ-7ûzŨécz˛ĪŽËŊ:Ģ†”sLö97 HgÎ#ÄÄ×{öd+Ŧ#+qĶ§đov—7ęƒ(oåFį /‡<ņąé֞Ëã*uG/*Ŗ ×é}᧌“ĖĻ¯ qoLCn;{d<7Î’đ5ļåŖYC–—ļ;.=õ´ˆ–šŊÁ\dBž{ŗi9nļ˛]Ÿē!™•õ~ú2ä \ĘĄöÍņjé„ÂYwŠqcĐ;{3ČļWŦ‡*ËäKæaŖŽ‹Ž*ĶlŒúę Ûęjy+âߛõ㞎ŗ$úöšĮĸ• Åˇ—ĮÄ(ķī) ÁŅüŅlŋødęDáąÉ6QĶe=–ĸģ/­–ę[‹= Ģq… ŲHõ%˙kÅë2Ų *ĸEėcĸ5#.ĪOO]öĄ“sy%hz´ߙÍÃĒRŠî8UúDŪ—¸y"SQ.ē5Q7ģŅUîģsÆã3éeËEU Üã:w:ų0Î@…ŗętw‘8263ES~ąīṺ́gHŦŊ4c[Q “=}FeŨz—TíM2KūÉQ“įJ‚ĨŨųĸŖX"S1ËJ˜”Œ9ƒ‘I$­—f†{ŗcŪk¯ņŋyČsą´ŦĢŠÕæ~ÁN•Uˆ;ô˜Ę›Áãxc–‹ēãÜ{FH€IvS ļžšXŨląûí1ÅĢâ§ØlÁ DÁ•â]Q8‹„ģiŽ5vlrúTZM œ-ōŲUˆØŦK-¤U<ÆΞ ™Fĸ¨üŸš °HôMvcRÁĮ­y@j›ˆĨĸemûgį@>ËĖø&/ęĪK `qĸĐēœęšË`¨UL,腰tPÜĢ´ s$‚;’’RāÔx`™zQ?Vîą÷:áÜím yWí-™7ļ&?qÎņrÚÅŠrbŧ 1ĩ¸×Z|ĮŲG™×Rt~ĪDēX†OÖxclŠūĶDō…ōųî ģēē5‰¤gßtTÖ46!ŋ%‰ %kgėësģ2m„ĪėĐAƒ|‹v•uŽõ›w:VĶKü õ*[ÆDLKĄq€Ņ“ Š k˛_Ēkē' ļ™ ģMĸÁĩU†ÜŠIįÍäĢ‚€ĸÔĮŽU¯ųč!ĩ pԌz 'ĩ™e”9˜ŲŽkĘžÍvöuĖî„^Ēˆzķ'CÂO÷p_beĸaDĩao†Č[eô7´ \ FÕˇÆâ ŨŨŗ3fĮˆĻ&äœ7įãŗr˛¤<Ū¸"†õĻ<“°>ėāzʞCĀ-fŽi— šč/ ũ×ô Ŧōĸ_Ö såŊ-“gŦ¯7Š*qôųhyÕwm˛ŒnRu†ā›Đ&/úL$Į“c2ũCˇĢ\`n:…Ē…gÜüTĘĢŨ5kĢx‰žu“ēŖe7īˆtčīôø*[ę1Aį„ŗe¸†ģÚMÄĐ;xÁv@šNPFđY5| üåHN,e˙úÆ˙ë˙ú˙ūß˙÷÷īŋûūûīŪ˙ô˙ųņ§?~üĮīüųÛOŋ}z˙îĪ_>|˙îũŸ?ũôîĶ‡OŋŊûîû÷īßøåĶ¯ŋüũŋŋ˙¯„€6]ęéQI 1m‰&…íĢ=ĐŦ^`Á™I `Đ:'į^UÔųvei\—ÃųŪRøŖņSIˇÆTPÆĖÚ=Lq=dœįJÅûŦ”-PļõU‡")1 …ofú!uŨWŗŅh‹Ŧt$3—bĩŲ(é %J;\2×Kĸ˛×ĄôųD7\ rė"ƒM´á?ú—É˙‚b?°ĩļ¸đÖ$ˆé,(.FĨÍ÷ËķH]ÉyÛ×ķ|ŠôS{xp‘Đükūĩ(ĩ'|”ø!ŽĐöžĄã˙­ÖúT43÷ĮųKî8 ā‰ÍD…ÃŒĩį1*#āB¯JuŨö˛ÚmĄëh2f#Hį^ûN6âŒayęĻWŌĢŖxNŲlĘ>NũķČ=讓7ļ’Ū,ŗUš`ķ|H JWf´ˆ‘Ā#ãŖSÅ­SÔũ )>îƒ+ŪgTŠŧ V”Ū-ŅhîíĻQŽļëYĄl˜€Į´G(9UĒq"j’§Â¸(h]5 Î,ÎD /-Ah vw|ŽŽ.€[LTåDÉ؜NĮ-™ČaCI€ã‘2.`2ĒÔJ'Boõ=GĄįowŦHˇ$=“|&›ņNž”ÁĪę¨jnĢŨo%*+nžÁŠŠūĒŨĐ§žƒßģhæĨm?÷ l`ūē'ŲsV*ŒÉPĻ‰uáaĩÉSūbÍŪ7č,Ŋæņ1 üx‚ZŖ0, ’@ē”ÃÎĢ 7ųYpu_˜Ņ<č<î*|“á]Ōņaēœf8ŲyŋJ,ŨBw0Jž Ũ:û!9")‰ËÄĪZŠå’ŋnŧ•Ë€<¤ŗĪjĖeŅv†ĩ93>ĩæ#9-äŋi.‘ļíB;ŊYĨbnĩ”"MxĮ“d¯^ŸŪåĻX…í>¨Ÿ(éŠĘ:Ų¤ŪØ ›kĒķ`Ģ‹¸}°IœN=ėūįĄüŸˆ÷ŌD šĐ—û>ēü‰=‘kcÆŊ !:r9š…)Yv `ęéÖ{IiŦoŧŌņWĸ‡š´ƒ•UHvIC›4…čO¨ZęBt;_¨ėzådŠ>c=ķ æ Ÿ0A‚y[úøĒ÷vB7bv\“¸°š Wß7‰â™x“ĖÄžŲ3)`ƒÆĄĨ|‡ęŌ3Ėã&ÆwAZĪ ˛@d; §q Oe–wŧv´|7›ípĒįrôÕHW,Ĩg;ļ›z ëÁ\9 ĨnŊtGí-VwLšŠÛi(#uØļ"ØŗöÁИk 8uÚÄrb/iŠŠŲÕ{7ZŊKeŠ3(Ĩ)>t֗-ô ļe¸aQũĐzvŅŒY¸Ĩ*,6ĐsŨMÕsīë;0ĖØXEčrgc“qüYY s¨Đ¤Ķ@ĩŧ‹Ũļ—–sĘ,†é Oī1aˆPž“vbÎzotn$ĘŪڙRJ×ëHžū~˜§ĸG†°dķĐĶGËŠ>e{a˜lAˆ­RĀĮĖd8+–0()ÆJ@õ%ŋz7$’fwŽŪg2‡S čp´Aģũ”s*Js˛lĄ÷æ ÎÄJVÕk¯ma.{\yvâNöfŗŅF!ž›#yā}v9“Ģ#w]U)—… 'ā&ˇÕE4ÆK™`W§šQm@Į–ĖŦ’Ŧƒs6v›ēW>§ūąįî#ƒĸ.+8)*;UJ17Õ;€L]ÄįSÁŪÅs¨ —÷ņzN¤$ŒrL”æŨ{…ĶĨT#ኁØ(˛•ėÆ U¤6 Š<ÍĀ"_ĮTzĮ,3RĖ´*áč׊$Īŋ9éļōĄĢĒ Įøo^ 1.‹“ËŒÂĪ€™öPągč,t<Č:†Â qÆúÜ9n„ĮWbiž9ŋ7n5Ų^ŧ@JŸH¤|‘R)/5šÜyŅUNĨ‹Ôęë”wШlU)$8øfN%¸Îŧˆ‹Î@E¯+–­5Áõ Y§=ģƒžXŧ´x@+Lģvúūķ@sÉ_o¤v%ëVVĶˆ3i|Ī×~ S2RlW_JCÛă:āĮ,“8Ņ,q*–|O”¤âą>=æĻĒ”Åi°ø¯m—P ~zOōĮšq$ķĪkôž*?<Ômcīo6ô”^ŧTe]´Ģũ`ĩnÆ­ž€wqC_ ndjeĶRe†įh~0+Xõ™@hŲ§Đ$íŸR“Äy_ĮCä<"˜Ŗõ›‡ÎĀÖfāŠ#´U5w"ZĨ˛›@’ˆÖēĄŨ”°°Í3ĢŸbL=Ļž•–›ÄbjYŪ˜ĪeãH›DōŨŅÁnZ=ĩ'˜â<Ã3üMDœYJ‰ Ÿv•<ģ ;ØëĖĨygüDŽy•=&8ķŌEq°NQr ũÖēJMM6ļĀ<Š€ î"Ũu›ËŌYBj[Ũä3ļxŧđuëÎZx§Íe`Œ ōíʍå59čŦ˙č~‚¤V­ž×íé"@7bŦ ŪŖnEĄöί|ĖvnÎdŋڛcXĨķ +Õa.yđ (%ãļĶM÷Ļ÷=Y†v+˙a‹ŗ¯ĀÕEˆJÚK‚ãUkģjäX}Éŗ}&c§ŠöĢL¤f4Đļ)(iĄ|•Ä]+˙,Ī˙WaY™×ât}í2¯Ŧr˙ë† MÔüæ Ūh¤<PÉ ”’žBö™IMG‚S}cŽ÷:ĩû;; 8•][Ŋ°æô• DE~č [•ŦÁÍģožf!ΐN5š†Ë‡Z˜•v“\žáČ?Ėmũ"@iühÔ„ĘÜĐö"[k%B—I4ēĒ Ex<Ģ9¯|?ÅvĐŨļW-seD‚ŧīŽļppÆÂÚhĩįmÅīgĻy– Ë:øô[`eØÜ!öX;3ĸ‹ra!ĸŨë2U¤˜2íE FČéž<ú“ę 鐲3$âÖģĨŦį$L&Qb´Ĩ{Ąˆœ7"‰ŖC&,*šŽk˜ã*úŋ8•y;öŌ vĶíŨ ƒzx:Ãa‹ëč&g>–íJŽg\æKõ}ŋ֚ũŪWĮ™‡IZ ]ˇôėC ŅSëîÂß›Ō\v ãÁƍĄ˛Í‹ÍĮļz –ĨëÎōîm|; |æŪ#ĸĮ'ÖÔ žŒn׸Hė•%”$‘=}}vSíˇ`4™˜Ŧ×ŦåÎtîfŦäŒķ]~¨)ƒ§Ō?ËG×č+ö¤ÜTōížúnSŽ‘9,W“ģQûÔ^ĸƒ“‚yĀŲÚÍ]t/xžUŽúÆū?…ŽÆbĄ—YÔŅ\‰ëĨä`‘˙!žŸëgc ˆįZA ‘‰ŠŠø€7^Ē¤ÁŽ˜í'ķÍbs.ō/€šÎsr!Ų=ZG¨%žŨ/Â]ĪDą§kÁŗ ›Ø°—ú0^c†‹“LOũão0õa(ŒžDFšAœŖĢãaC¨˙°â_Í(GË@HėY%ŋ¸rcOœeÊãÉF>-âŋžKÍõ†šŸ ŠĮšūg%Öģsk¤ĩ†ú׃ŧī&ō5đā‹ ŸÆ3Ũn.Ā¯´õ6fLšÚzŋéŅ)˙ō]M˛Œ5˟Ųt“ŽÃX4C¤Î&Ū)::…ČlNëČé@°6ÃRųŒ´Ŧî›ĩ×ęÂSnđt'î‘ėĄ‹5.â‰ŨS)ęėĩ‘Ô3}…ˇ2ĮŽÕP'"öüíĻfœå|`°*Éõ"Ęm^â{(b(<ŌžĄÂxîûįC~\āIņR47§%ūĨ°Ž×yôWŪČR}Ö×M#ã\Ãûƒ$–O&ú˜3&äÆ܍ŅČÎ a`æŧĀnŒ^EɸuZV 8‰°n1e†v%b“"î2Ī;*>Ācr´^€MĪėaâ¯õ$N–Oå]XéîœŦĩj›äĶZŖŽ"€>ė>†ä¨ —īŅÉpŪI"sYŠĸ­mŗuÄccŊOqˇ1‹Ū?æ˛^M>qÆ%ļšķP[œŨš>OQkFđ2áŌ–VVŽ‘e á]_°cBqF'ŗyaÂ1ŠqųæIä#åĻÔQ†ÜjtĖíÕ)įá“Ŋqčŧ&ūä7Ö: ^ÚŖ!EÅ ĉQ„'v´ėŽîĩ-cđŦ*`Dü)íĀRčŒęĻ(TŪā抏íÕ2Â6Ž˙eĐû蘀įđŽHĐ^=Ų%õ(Œ'ī͙,O'Ų„ZŠ!FÁ”5á&J–Đ´(Äč`Īq ^1Đa„—7æÖķ’Œ•› jē„Ĩ× 3îGš‰ČÚAaÆzI'@ûJāvLâ0ĸž4rßDįE}õ;sÄíĢ&tŲđŧŲ‡C’ī´Ŗŗé˙WÚģ%ۖÜČĩ˙jEu MĖbf’ü„á@øėnŠb Į<,֕t¯™Ä"3ĪŲ{­ųˆ@îÃ+DpAĀITQh8ŊEyÔ܄1-ŅųOëĨ˜v _C˛Ž™RŖH€ķä$W’úĐ4Ntxzu÷YcL„Ã+­M›Â2 ?ÎP4÷õ ú>§Qā*’Á$¯'„4dW܄8ÕД°/ĄÉkkIũ“5vcGØ˛`‰6Wn؜Ļ&!^Ŗš;l:ük€dDq´˙ΰ#â1Ę#ÛŗŽĄf”_KB„(Ĩ¯ĮwíjUŗÎËXŪ ÷Šâ6 ‚Ë.Exs;ŪõĖŦ}cI†1m[uĸ™é‰×kŽģ™^ ivĒŒį›°aķ­„Īnû*išōÁ’`6丘>Đ[¨_,Îbdh`IsJļhUi*ûÄ#áŧSúÆiaÅwŋ…ž%Ô|ģ|hžBy>C‹c“ƒsFÉŽÆ“ŸdtûS’{ÁL[á`$)1Ā4Ö¯5 7Z‰K‘U UĘŅŸáŨ æ&ņŪã/eTĢ{ih>ôiāöĮRy?ĒâÕ÷CyŦü$"ĖŲjH°ĀõiЊžõō”1§ŖŠ)Ģ[Žˇ>F0ŸÁë|ƒėÚŖŽĨ/8’nüû& Ķņ ųš<#’éĩ™oîø°ŸœA…ŖO0ŒáEs˙ŸkŌ+}ØŌ7špÛBŖ8%ƒBæõö„č­Ųjšü3Čđû‰^Ņļö:;´bāŽ°%Ō44 Šū9ļĢ”Ö0šø%Ķî›fu­~¤t­‡ŠŪ“c5ž…Æ@§ËŽ‚įŽÄž÷šøž°xS{3€;{Ąyš@Ĩ¤îI–†d Ō.Ŧ–ק (‡9¤§ŲŸ/ö KäĐî¯+åąŊÉqÂÃIĶa–Ā/JJEø„khô>‡*ēXeģEr$ÁŲĢ>-¨ëæ ëīˆpČmiŨ‰Ā$Ĩ;­A‡PHbL$`;Nėw樝mgne„ā§âŒOYŒڇū„Ä% d$‡5KØH^Cës6Ö˂fÕÆ;Yãôō°@M1vü!m'Ã,jÉgô<Ų>vƒ×žÃ iā+#V1i•ę„aC$Č 1”úū‹Ú¸F‘HīTfŸ:UÆUo„‘“ŗ^ļ¨0 Ûz BFÕ‡”64Ŗ=¤xNhg<í`v•Ok|~‹ų{ÖAžÉh ßâû1‘äŅɛÅ~s|—vĘj°zԏtŸ”ĉ]ßđÖÆļš;€ŦÂÍ(Ž.V„ão@z4†@–ŠBúÜFNž +/Ž0…>đÔŞ™Ō'%ü5†^¯į"?r‹„ęväˇ:+éš7D€Ė •qŋĮ)pŪ¸R!ŦYžÅᒍũG8QéfFkõĄÔ:&ĐĮ3M;ųúˇnģ"'NÀ‰¸?9^lĖ*&”Z,÷žŠžňɅâAÁéHsÁü=böfæxd“™ä4Wo¸Â„ēúgÉmzŗÅųH‘ëfIEOüĘkhĸC#ĒŠŊ™kĮ™  į+û3 eÛ$H{‘0äRÁ*q+öúV§oĮŖr–Ŋ{‘ßâ]ŅLūž“9UûNĘ :”\ON #QZsĘG5›Ō[?ȏäƒÚU×yˇ¸’UÉcÛ§,ÜXļ™’`Ÿ˛:øĀūCL ĩ4šjĒ“] Ŋ‹s$ gPéz[åŋ‚¯iÕaŽŒáņī—CÍj Ø×đašEMŦŋũ9ŧNk;\9ãa…f19G‚ĶčmUĝPecXÁ¸ÛØĀzš/wN™Ä…ĻīE ˛asî*Ī‹ŠB|,{Ũīđ$˜gĖ@Č2DdáʆGĩnO 86yŒ7ˆÂZÚ%/'ė--KWzu‹EÅEīvŅŠ­Čõ•k&Ûo’ĄM#Y &G†ÅŖZeĪ~ŒVīĸ.Ūįšđ‰'Ģœ'š™DĮq‘ŗëZŠĩDŠQ\s}!ēoÁdVԹךLBĮ2wœ E< ¯ #¸ī íuUyû&a?äKĸ3aQ“ aÂŋĪĒŨ>qaĻe|˙vįųŋĻX%ÅâĖЇyļ¸ÖYŨÄĩr|‹Ķ=ˆƒjĮˆ"}ĸE¯ŊÉl“čU[Ĩ˜1K™×:>Ķ|9Đ5—€ÔŠOVÎY"hUĀ&"ĶŒÄJ$ö"čuYڎY-Šbú°Ä†]Ž|"Ã؋û$˜OX*LĪĮqŠ7NÂÉZ \$Ē–ŖÔ8–øúáqĨWë ~‚N”1zH—gFšY>BR Ė ŲA“ŪI¸=SsƒSŪŋ2Ÿ1g=Ā6ŨōláßēĀ ŗ ß˜4FD67@Ÿš õĀĘē ÛFÁ4:͕ڟ9yë-¤Ø{]PîŦÉ-G%œ##t"A;Ė˙5cÚ¯ĢûZûL\Lk kĻ@&m‚D ‘` YŅ'N@ŗ*|m†xŠÍ€']š≴]8ÍŗDĸūO¨‡ūëÕ =æ%8Āū@ėĘhvŽ¸BÔ; ˇ •â%ŲüŅŪ@ģM“ĢS9Đ †^ė¨Ü(ĩ‡Ĩ’o*ŌqCŒ+V[Ėun8™‡E‰*Ú2Ģ‹’ôÀėõ;Z-…Žr,ƒõƒ7vĻãl°NŒ÷Ãåū˙ö#™ûOŋūōëŋũãwúãß÷ķ_úĮ_ūüן~ųíĪŋüôį_ūã?ūō‡Ÿ˙ø×ß~÷—?ũų÷ø_` ›{ČTyÆ `Ն*ŊíŊ?”ą‡,ŪˇyŠŌQaũTڍ “ØX„ŋ ûēķĮ:)Õŧ *•^_ũ•›o–ú Q˛Öaå<Åå(o#”ĩõ#‰Î~j}„:†ŒkĪHŋiÆB­æcČĖ=Čå`ą ąĶģ@÷:Áœü].ësˆLnĸ$ū%û!ŒoŽô]§ŗtl1üĀ! /č{¯ŗ–fÖĖqj"ãâéEÅĐņkŗVˆ†5ãŗxŸFß1úЙ”=)W =īđOH8Ž"zFs|&ZƒCl”ēķŊ'ņ]|l>Đ;J‡ >åtĮŖ->j ~Kaî|™A#~ëĩßĎÆÂĢSa+1(laŽ‘}Já~?%îŒ÷Ÿ˙;÷˜ŋ+k:į ,'ڀ„ŋōų¯–Ĩē{če›ô†Üž_ØS`ÂߧÄË?ąžāŨÉ÷kV„|MŸnRåXGŪŊō5™b1fĶ>ûVw÷ eúŧ Üģ*õy˛ˆ‡zߑC—ؔĸá”õúRcĀ/ö‹Ų>3äÍæˇûßyf::dá n6pᙡē‚s>ËŽnKîa=¯Ąŋī>Kŗzö{‰ÔXŦíokÖÜųƒ$¤3\j; ‚dš^Æ_ˇ¯Üĩ'm?íō žņŅĖsļh Åŧŋ/āƒČx„ŗæ†7j–_ZSx ¸–ũYė}§]q'ËāęLˆÆĶYå}Õļŗng¯{īė“ķž˙÷ZđŠŗʎwW~FvU.ŽS1WôŧĨ<Úߏâ{øü&l°ß0xŒH›N3™ûÍJÄßæ"~Ÿ*ÚĐx>F#ĐLž%čEĘØŲ]Í|d—ģį#Ą 0ÆÉpŲ—ķ6aLvMŸ+pI×æēfAņ˛€¨ÄŽîĸöMd'ŗõFręŊ­ ¸3ę7+žŋS>ØãšGŠwŊ5Ī0bC¯Īã,—›ÕeÖoģáu6$1Õj+ŠĩÔāCÚé[jLÁâ*žå PÁ=ôđŸĘŒõŋũëŨyÍ ÁcÉĨüX˙HnFKÁZÆK\æËĄYlÁôŲĨąxFģ qAC‰?ÜUˇFŪƒŧ^ĩM0N 1‰H-m~X6fJpŋÜá”õ|X;Ö{Ģ"æ‡ÉY`FŗŠš ļØˇÃIvi,4%u]o™FØߝīʌmsM_w:Ģ;ģ3€ũÍ,* aaF€Û^Ģžģ?[ĸwˇoŋÎĖŋ÷(ģ"¸ËúÎĐ1wtCáēŲåÉGËÖ÷¤Œ{/…6…ÉûŸ#ĩHˇŨ­ũ\>gÔG^åž‘ę~+áw–]Ŧ‹>J@\3äÆMJų¸Mŧ• t ..|ÖYŪŧŚš8ËU@~ĄøԝŸ7FÛ'Ë:sÅ×ÆCj9āi€]rĸ ŖôåOú$ʝÁķ“ŗŠuØ[ĐP]Vš$ÚĐí›_›:â’×–¯-~öybsŒũÜ,&>ī#ŖQœŊ“{îût0Z͌{&Žû ļÆÁMŪqŠDÆņbÁđŠŋÅiŽ{ũOo‘Ûŧ SNYhm8šĀ áÂXÂî\b[qŲŅÖ§ÔÅŠ\ŖQ?úzœbL?}ņ–nģô.8 å]!‹ĸøMžĶ=ų¸(ŧ‘f/æÉæjĄđ@g-#qŦķēō3ߗ°oéį@”Į™ŠũoîŒPÖ۝˛ėŨt1jäWŧš–æEĐŠŋw˛oķØ,üƧ‹ÎÖ˛ šÜoPíųĩf\ÜŧbU^ ŋ܃|ĮlĶt44Š ö%ܛVG*ŌˇeY€ąãšŲ|_&‚Į]Ųä¸ËI7q`Âę*¯qyŽĪīŗšâIhŠĪ<;Ų!ąûŌ˛ōĨČå¯Hųį,ĄŸõÁŖ‰˙–|Îwĸ 衡 ,‡†TLÍü!nyZ™ŪėĮtË÷ŸĪ)¨1U­ú>Įˇâkņė ĸöŨÁÍįhéđÛ)QQÔŌd2AtČōí‰ĩŲÆäŌ”b­|ķûų@žÚA­Ĩgā:cƒČ<ôŋŒ4rĶ&âiÖĮō tˇąwåRk–ËSo ˇÖ=4€C•Vs;¯ÔH6b*´ų‡āįKÕ×˙tŖÔÔ3%lqėor­tŅT“ĮKÃh`üuĶ•đ`žLæ<÷“"†}ŨĢ8s-6ôšô0_ũgQé‹Ž‰œ$BįۅĀCŠb‘wúĀZŲsâ‘ŠģX”GĄ—×öÖĶ‰āš/Ž¸įc|ę~N6žŨ ęb͍æ+ŧ@š€ž?Ž$!ĶôŦ$R‚<—´ '•Ņ÷2Ђ:ũÁt1f¯‰å|(æ}š%đįãx )ÁlˇIÍjS‹€ėŊš zĪ÷, Äg¤ 63KĪ…ŊšŋœÄĩĮá÷tņ`[ëørƒ‰”ņĻtįÍ9ŠÖÆA#}ĨėŠ•‡[7Žwßō\sßÖ¤bÚÖ1ķpķ\OåŖđxđ‹ŲÍ-†dęĘā.ŽU}\GŠ ÂÂcXÕÛ@hžāûG;Išfk|]ÛP?FíNõ´Ėį4wNÂX“īTœ)›å' Y›:Ŗ9ŽWß6+îdD—zŸĩj&rŗkŊ†(čļa“ØÅ~H#yī+’uwʒÍ>Ž'Š‹¨GwŽ÷/5I:ët‘ Û;éÎ.'Įŗ5Iķķošŋ˜›ĖäîŨQ%Vą(9oĀkáŋ $Jß7ÄĢĪncegL‹Gũõ#­\gŽ›ŌMí˙Ūxëíu,UÖ~Goίi6ēž{4ywåĮ9v°ü>ËĘĻ|#”3jÁ†}ėxr´Ģęš4OļŸÎ(Ļæöˆ¨į× úáGœ)Ōwâ e؍PP›’æ>‹Í˜ŊIU:Ɏ!x‘ĨŒŸg>íķë6ŊįꌱQ3ĩÆ [É8z‰|u‰°žM7ĘĐƒÆG…§pLhÖS$ĐQšIgʖ)ß==+ŧĻ6“\_<ū_9XŋÉ}Ī)Û BŖŽá´û-‹—‚ôĶ?oĢí.\Ë4ĸDĐlf[hs'=+wDC´Ļ”â™:ˇLŋŸKĖļħaīŠ§āĘĻ*Ē„Ī°kswøĩ(K¨%ũÍŦīuZ9:ŅךŊAĻLĨ›™Qj\fÂ'„Š+Ņ*’ūüƒˆrzŽĘ|•KŸVļŌū^'Uė;i´0ŽÅŨ×_t!=q°€ŠrŸŠ4ÂĮ‘2›f:J%gô3iåËŲŪ)fyx¸ūŖô”cĒ"Ī Ĩ:ĮĒŨŧm*í&XesŗŪܑôt.šĻâsekfQęú8Ü2ô•Ülž•MŌš´Á”ëį…}œ‰ÜLŅÔÄĶĸĸqNĒ›ŽũķÁ4j-Û.{ŠéÃæ:âÎc#œĢ`ĶŠxK¯"'ķŲ°Ôßh˙gæchƒPĩÚk3…|'g æŒ@#žĘS3Ąœ•á§?°vSqÍ:äŠ' ĸq­‹Ē\ ‡rÔÃeÚŧúrÚē¨Ą^ĪD‰yídûcČeŲ*fOmČûåÖØĻXáĒy>_ãÍæãŽÖ:Ûq nzÜÃÕ?˜s'Eudļ÷1ąŅ.ĢMũļø¨Ņ<˙v^´›ĒįčÚˇ{0A –™Ežoß  ›ôēÉSW{åh, Ä&ûrŒ•ĀĨĒ<Šåšd Ķ\€Š}6GgmŋŸĩė#cBgaMOî;čÆpû<Ÿ”Ą)ԉZĒRí:˜>‚“,ÂYĄŅŪV˙Ī‰™‘°ō<Š9“B–SŦí?W›:|_ÚJŠgĸŧĘ9yÕ†{ö§%%ĪO­‰¯œf”=œŌÜTé߇ĢŗDåũŪTa:67ēīUMŅ'<’z;čk Ã"Á17])1fJb7o }ßrÖÆŊZOGŠ˜÷ÉMŪ“”į’œ4>DesäôŒ~BHõĒšúqŽß>"Íļrôuū-*ēs˙ø8|vķ”(Å š¯‰îpžÔīŒN6Îab2;Ŧų:˙[ßFÔ[{–Ĩāį°ņi$D:aŗˇ>ˆRīŧo\áœŖįšĸtiVĄwĻ…ĸ‰ĻuŌB—h&yŨŅŧ¤W÷| b]cņIĢČq}ôÎëVŠBŌNrUį4jí†ė[ĸķĩ?Į˙öyL› ė'Ž1.ílØږ e+ēZÍĪڛŪ6]Š/ˆ%ęŅH'ôËžčÛ>×Öãņ i2EæQA”EųŖũČ֓Zú[[]ëÉšĮ;X9*ö  áĶ(ššŌfDÕW) /nE|)zÍ6 ˟íã1lQĩxĸŠ$GyņbKĻ]†0HĨ•V[Eu؜ ËVx‰„čĢã …3ÅVļFĪ;îëĶąu‹Eqä>øˇ•ˆX‡$Ž-ŸˆÕ$R_uÂa'Ō‹W˛ížRĪË4˛j~x4T‡9ĢÛî6įf×vķÆroøžßŌq}Z¨žŠ€ņwŦD„įØ2ũ%#EBēË2fSŋj°rëHųO‘ä 66Ņh÷ĮÍhĖ te9 ũxĀ2ŌŠã\0–äÜ2´Ā*Gv;ĪÂŧĘDĸęt_‘DĖ{z!‹¸7›…‚ŽÁiÄ)4i&sJ÷œŊvÕŦÁ– Ö,Ž¸D‘ÁFÃė4ģSmĢRnųĐ¯]Št1Ū†WĪØ&ūîZYn¯ÉbËlÕJR‹đųžũ#GF\”vDbڎš[J#Bōôõ Yŗ•^Ģb¸!sĖ¸*N"{įæX‰9"*KGowŠJņ‚íÕŌÖF)‰o˛¸ŌĶ_ƒÍ`Ąc,›(ŨvŋûvxļC6•{EōŠį”‡–ĪF×HcĒԂ¸24Oâ–Bwôw ûÜtéëË ˙¸-Îi6™™XNo;å0˜ŦÕ÷Vë—NĖ-Ŧų7ĮKu)R“MÖ2€Ŗķ…éÛhˇËÄi3ļņ5Ŋ†×t+öÔ3ī.ĪwÔGAI‰KßoâęNDäėŠĀ\Ž@•œ!žøžæķ? !Ų>­KĨFŖųBFĀŠ=/ÂgžVbéÆfŋ**Ąŧ Ŗŗ%_ʼn)ÂVģ}:-„GąŲĪŲ™DŊoXš‹œåöĘÍúLžJ ĪmoŨÎë'AOôžĒ¯Ŋ’ĩļĪŖÃåTjæbžĢšĐAĐÕjį•ņ|ŽMËz뀠cbŌē§ĖoŖÍQæ_㞎1ؘũáĖČéŧúú2ŸI]Š§Š= ĸĻ ši–üũią&Ũbi3­2ww š“ú’å4}ė„™“Š¤Ÿ†ŗTŖĨ‰. QȋleÍ_÷Į—ŽÖ&ŨŽķŅëfgl§†MNÚ›â|ȧ-.eŠå“Š ēŧŧRé*áŊ'ß\Æõ$įar‚ČĶãVŗ;īžhWˆÖņĘųõėįMņ\TŠ­îP™†āMB“ÖŅ•2›ļø–H y”įŖ†ēķ z­âŅ¯tĖ(fmD„^TeÁGRŸĒf÷ķ e;ëšģÖ÷ĖÔãŦÂ+I$MąôĒĢ#™õūE§yBÖŧæųnčoO/“˙yŽŽ2H˙ŗ>bĄR¸^īw2™ü>ƒK[č-4úq&L@'sQ<đŨ¨Ē\߂X¨lē$†Nûû@ĒŪķCÁ˛‹’E÷A4ŽW¸1Ôbã*†"Ée:ˇLëŖ<ĒMŗaoeYۓ/Žfæ+ŪHįîĻ˜økę%éĩ$^Pkũ‰^r‰Ŗį–Ū"•n/ŠqmšZnØ0Ĩ$Ŋ Ŧ@˙—fåDÛÚYwd‘Īl¸ ŅŊ[ŧ>ō5‰¯ßŊŒą9āŽžBN āZŠĖ‹ô€C“ŠÅâäą/kž ´%ßîđ-ļŋL“ŒĀ)Z ī‡2Sw, ÷DŲėŦųįrJĨ>ū„sWĪŖk)Æ׎ũrÂ*}ŧÖL˛pCÕ|Gûäœ ~ųĢBąĘ]ũM[ŦvZ•ÆcŠ>Ŋ~ojū™ŽÚŖ­ī€=œgiļ¯ël Úœ{Ŋę‰_,c!™ĢDä'˙­ƒtg•.ā€:Û27Ū¯7:ēĨ6î†(ØÆĀĖšČäÉŽqS}‡9–"3œ‚y#ũÔEC /˜Ų•€•Û,ВN´˜€s*ųdŲŪžų†÷)|ždĸųōWlJOč M0 ĪL€Ø?¨‰“4Åüw/^R1'äĢđĖŸō?õģ܎ô`Čsáøv´äoAÕŖ2NĖe~û[×IÃí=kQ}:Ãj!ĒŅ•–˛Bô‚Č/“Ū Ą}ÖŗŖÅĖęũWĢåz1Ä/Ö' €õ˜ž[Ÿ™Ãáƒw“:šÂ„xŊÚ qžpUĶzĒNč­KpVÉ|õåN¨O‹#īËIĪK.Ō 9U*ÅĄqRR!i%<ÃŊUj6,Ų‰Æų}fŧŦa„ĄŽãÖļŗ›Ú)‰Ų’¸8’™ĩ1DmŗN ô?]“C ōĢG”0mzō,‚0)°ÔÎ ./ŅĀxQÜT´QÜAŸ‘Ŗ zôØܡ™ķh•ĸz÷ƒ*|ë=$˙ˇÔm›…{–4PD0Švâ?÷Ä*o\ˇ‘ČČ;ä*‘ČpVųūå˙Į˙ų‘üķ~ûųw˙öįß˙î×?ũöģ˙é×ß˙õo?ũōīŋ˙ĶOúĶīūņĶo˙øũŸ˙ôë_ũåøõūü?ÖFRŧpÁ §Ÿ@%öÃE†´ūiøÆĖQąPą^qyâõ1.XûRJ ŦUw^ũ‡šÚMÎj…sĖ)Đ BÅßBXtęadHîP“Ŋû"ž^r‘""ÂŗČĀã×Úņ4/ĩ"—k6đĮ@OčŅ%,ž äŋœ‹ĄZ†ß ß„RÎÉČŖ&YŋõŒ‘ëœö‚||B–%ˇ 5ú=yĻ°ŧjWGBY[åŠ^{įŪ2\ŦrĐ΀ÕN7Ī÷ĢÕRū%øŒJ†ŗ2ô‰DLt4HvāûFŪÔyÂЉŸĨæG§J›ČŽ8E_Æš MRŸIĘ*e„dÆSNĐŧ$áĀÖgsuļ˘ NĮbD82Ņ‰y!Á†7 ėy!‰ۘY|ŲôrÁÉŧ'(Œ0ÅĒĻ ŧęVŦFšv{aŅ3™š*[ú†ĀA"`VŧūUi!KrŌ[HĖĩ•)÷ &ŽģoË`ēũ`Mü*xæōYz”wØDšIĖ¤ąáoÁ0Ą”ÚĀy/ɒĘJ›öõņŲyėéČßĒČ&˙áŪĩrC<ËÚ@i"c`ņ˙ÍŊëūÜŧũÜŧWĻũķí›lˆĘņöĩ‰$ßÛ×F üĶŨŖ ūņîčōš{?ÆJ˙oĪŨķæ1EųW7XŠ ŌÛĘÎŋ7/zj2ÄÆôsŪzŪ[GąųsD€ōlŪŧīīƒqė4Ė ļ7¨ĮÜŧ!rO‡ūĪ÷îö1¸=>(ŪģŠø¤ūÅĢĮ>nDīåežÎ…ÉyĖëL†úDû\4Ũ`H÷{ŋ×ūK‘oũŠôĪÛ÷r$~ ûŗqôī9ą‰BDáwjMmĀØđ4ōΠJĸŒ•tM™Ą˛FÖĢ1ŧ`ˇ‚ôXœ!L ­ĨÅBÉYō‚ŋbõ#Œœ˜’ä!lyŪŒ›ÚIĒ3ŊÖgølŪü3=…T_œú‰z2!Š TĘÛˇUÕ%K%œÄÅ˛ MyG‡ņ ˜~CXœMF¨ŋ M„Žp<Ânāą ŠZƒAQ5`ch¨64D’0c'Åį…—­Ų3ÜRŦi˜tNT‹e$†!ŗÍÛ$Į‘pC)ņ–ČI~ZQ.Vˆ4Üė„č=ĀKŠĄü‰7}ûû',īFtĨ{ˆ^öMš īæQ\\O‚Š­†•šôŋ`Ŗ¨AˆCžĘ NęŖ´Ëĩ?QÎø'7ÜP3EĩŠ•7͋TŦëĀĘŪģ­ĻWOĸØŦf-c1ŖîôąĘ“ĸrÁ2Ŋ} !įĶåôĮģTJ.ĸĀâ4‘žŌuSzŒũjÆdŅž?MSÁÛšV§k°ä'*•C ŗĒŪØĖM^ Û2ąÉ]ņ”Ī%M™ËcJá.ëzŪ_hã$‡Ž0CŸwļÖhjŸŨwĒ+WÖ'}Ú~Ū3e/ĸß"´L\ Ū™Ëģgņ"ž¨G[Ŗ|{‰w3Š‘á[ąīõ#A’Ęe,ãœl.úO“u—4ö;äz´O‰´.bvx#mßzu9u“\ŸūĐr:0˛Ė>Ũ ‹Ŗž‡*a¨ [íp™ŠI"ߒė!‚gÍšq|Û¤FÎ2…Úå]횐né^×žķļœē´FV„wčc›Hį<Ÿåyõ>‚Ŧ|e¤gĐ}Xō†‹jĢ\ĸōsŪŦ„l%sY÷’.Ÿ{Đ%áŗĘ{Éßaë7Úß:])˜I?(€eķ´ûœ^ų‡đ”D@3ĒāūĨ‹°ŌËdÖ%†7˙JAŌlߙ–qSēŠás˜i•‚‡ÕĩŌ¤g+<Ō[<ē$îŧEÅĨ}$ņ§;ŸÄdÚI,īĐ3÷'ŪLĩˆríwÉi°ų0Ė1Į“gá ^üĒíi’āûjŒŅ*ŦŗâÉÅ)Ā‡ŊDÁä›ĖĨ7Ãhįž¤}ŋ}AŒ03ácFŧsŨA$ęRO8œŪņõđÉ@:Ōb6ŊÜŨiō“í1Ō:lŅß‹>öCLzbŠí_rŲ&u•ã8bÃ÷Q‰™ĨhƜIŲ–’öę:Ųöp/yn‹hûAėŅ'1ˇū}ÉZÄ"ûÕü7~>VbÆ|pāļqôŽšĩk˛ŠŠ™līÅHÃ\@ĒäˇRā9Į‚ķÎM5 }|ū •Ōiėzd}û“E>ÅΒ‹ęÉYw “fIœČŽæ‘ųoÆmĖŧˇá;”3•DÁĪ¨m˙˨mšXŖ-”gōŗËõˆüŧ DCŲ>ČČ5¤k÷„pCiĄžæÚv˙…ŲŸQh-UÍųûˇ…¯^ÉUųķļ#:ŧVXWQ1†čJ„cÔĻ5 jÖŊ ×ŌŪ͓*{hĖ–ŧŽ3˜ˇ™(`øßMÛä\ŧį‹ûķ6Y@ÃiŸUĸØékdŪF´úCËhʡ­={Qõ¸ĘŧĶ‰ã6CHŗČPÛ}ĮmP}h!°ÜŪ´­Ŗkz”L˙9ZB1š+ēáôũ’aķTĢKËĶé—ûØĶ¯8'$$0Ÿ1ßŌ7ՔĻeYüĤVØEī<— Oõ!ësQ+Vâ‰īĘčrY!- ĒÔ˛ŧ}ãĩŸtĨZ‹áŌ–#ōYŽ’Ā´)o¸kÆuQ7j‹Š× Å8%‘NĢ¸v SO+šSí;y~-júz‡ēNŲ0%1Eeô|g$Į¯PƒTd¨#x]AOŠmŌ^áÚƖęH 06%+$P~ŧ-*ŅĐ]ŠÖ_cÄ&ą…Ąõ šÅw¨ų~Į"ËČih1ē]ãĻ`ŋ¯­ĒyčĢî§ü¨EĘÔ­Wk”4Ž$ ÆYīt 6}/ŧä˙š]×UvԄ”0c§ė=’e9#˂B?Ų~—>~+ |zZĪ#zŠō˜5]Ę\”…)øãĪ?˙üoüųŋûÛīūōĮŸūđëŋ˙ōĶ/ŋūüĮŸūøģßūņĶß˙ūËŋ˙ōûß~ūũß~˙—˙•dũĻü(Kš–‡ÂÕ}ød¸.uĸ>}ŅôBE2Hąũ ) nnŊÖfŧDE#l !mCč ­ÃË÷¸iízÆĄõn"Đ?PhqĄė0ŗŪœW’>ŦŠĪN<˛z„í˜ĶąŦŌ7ō)%îTīĖ îRę`Šŋbģ~gDÆ´4ˆhč/˜Â`Ā;Ēkĸ÷éģZûiė¯#ã71.ߋŒÃũ¨„õ†^ÔŪČĒxV›>‘Dā&’^{ Ē{!Ū uŒg“§CŠ˙Z i_÷|+ļ &Ęöû—6äS˜Ėhž5Ž‰.Ō“ŸŧÉG-͉‹üéŖFąWP:šg¤R=Ãīh9šŠžjuđÎŧG6ķåeú{‡wÕo9Ŗy’PębķEĻÎ ‘™Jaē'Ų€ęOU"Ë)“žlŅÍFŊĻXÛ*ØfŲ’ķę”öĀË\‚ĩNņžy#ą¤ĪDŋ„¯ķũQe{3æ›gųBöYōTū-SÜĒd(cčž×ĮŌĖ)…YČVeĻU%7ˆˆUBâ°Ąööf3⋲ų0§(õīUĩŦ\iöĒŗ9īnĖ |.žČŸ)Dt) Ą>rc‚Ü~œãÄЈîrVCÄØÂŗ7Ŗ1w/?¯0žŠqË#G{‘iŖR×/;Y#äxuĻŖP‡.…4c˙ķ1FBNQōv §vČ9”ŽļĒ°÷íÕkVŸBŗ"ļėČėŒåö;‚žî<ĸdsæ+Ycé–h–ŒuØČOdUžXrĒíM’rčģp#+œØ× WY ĀtC8ëkG3ÆŽ#liĨ ¯Ē3kāœūŠŪ´­ÍŨr§ą{/ “Ö(ßÂĀ‚ŠwĒ#YĨŨĖ{/đixVāi] Ô:ÚʂjcNƒ{IœčXT'úŌšÄŨIŦ”īŌŒJ˙q+9Ü änŗJm^)ķpūŽ[|~>ˇ&Č­¨ •i1fäЄ,.CÅņ w_FÎæˆË8BīŦ‹åįWČz}wƒæWē5Í&lÅãĪWîÛũ8ņ~ŦŠĩĘV2Ȅzn§‚ķ~ÜŖ2x@Sđ´ĐĀņœ<ܒב}Ûžiœ<+Ģ™qĮ@ĩ‚Ũ՟ĢæeEĢüã#1ĐŨl3Ųd…? îNBSØøî͐ûLÅã é/`{¨h¸˙ÅkkˆUŽĻCÛËũ8GŠŗÔ"sm; #e‹ÍŊ&FËÆ8J)ũo:=œĮ(™Ō5ņDŊĸvĩŗ"Ŧfn­3AɎ T”OSŠĪß­ÜM.ĨÉƇ5!Bŋ§֏ŨžAûdy˛¨R ‡t™ä"˜_gÚäīuLú–čĘR-öč´¸aš><Ës'Š6Ķ3TwôÛ1nĮmōûS Đęõ§¸í:æũۃV!~j˛ąBíėđeŸŽcÔ˙"8bũeLˆŒ›Ę4y}(šq߆Ž€§vĐO´ÚŽüŖW_‹?đŨIēŌ cĀq9h &ШąI+*)j›ļU›]h‹øĩ”p3 "Ē2^ėI2.Į„65ūu‡sÉß}€Ž[kp>Ę;' .ęoA.;—ûîy#XŒ;Z8Ň÷ņ*cXÁkĖiĢŊ5mō1~ÜĨ(˜܅°—,øîčnˤÜ`ŇNŽT¤ÕL)îqĻŽTxę:ķ¯yęb‡•hÛáIm qÔŋ5'L ēZ•Rdlė<‰™'E|ŽDM"VJcWuB$ۊQ†6qŠĶbäõ• GģÁ8‡ŗFOOˇI2›™EŖņđĐāĮ[}Ņ'q’ãŋsbW@PĢ-– 0îwá“ÍôVāš,¨F˙p~]¤3B/ÕŊ>%×;—ŲĒfĶŅbŖœņyõ8‡6Œ˙;įŨWgģe ˇwô"‚/É:ÄāÁ­MĩW\lĀBXžņm¤mM՝ũĖ¤SeûŖ‚ Û? qŌˇĻMj _ĄÖ™Āá{=ũPpØÎ`ącŋn=vw|\:ĨŠsÃ~{dú4=‘Nž?Åâ]‚¤VDŊEœëz֟ÔŋP+ƒÜ[KĐSu(v4ĒÍ*|oô;UGŖ¤Õļ&ļ×#ÆlWm"ļڈßJ!7igĀŽ‡Ķ‹…!ZˇëToU Đpä2á?Nĩ7s ë“ņ<öVÁŋ{œ6°jĨ"ąãæQ+¤SŖĸ%NĨ‚B&_â2Åō˛%“GhīĖŠúįųęÍNėh™&HÅu1%¯Ā–HĖyü"BQ$BOj"7­Č?_WdhxãJ-˛éˇîMhŠ‘ ›3Qíôb=ÅĸÛiĒ’ĉ”Đ…¸"Úzbp”ķ“ėöŦß B“ētĪ Öcƒg­ËĖ]B‘-{•Žv e>&Oū č—ŌoĪ—i⤠hĢŗ‘ 2­2t˛ãđŦWé]}VĢÍ_DsŅļĮ> JÖWt4FE:Ķ-4Ŋļ7~8Ä AÛ9y’+}ų<ÄQ×ļ´üg÷ ŪčŨ–ą ĸōáŪø'››Ô$l3TAíŦ¤ļcYI:Šėw7įrÃ%=A;§h1Cīđk"ĸ0.e÷ņBFĐÜģėôŲ˛Ī+€ÂE%ĸĪČ´#ˆ’P­Ÿļ>dŌ˜ūą=ŋˇÖíëÂĀ=E:œ<Ôˇeō°˜,ÂöĘ/‡˙ĢŅŧoāá„_•ŌXfO\ ځÄĮ…,6–d…ëÃj) ĩ÷2šgËō(¸lŠīBB(‹ĖÚ5 Į˛°×ÄĐƤÁŧ˛ŖdGō,€ũ6œßXF— ä/ŗ]šÄXkŦöšÃ´ÆJ°Ü¨ŅK˙Į„Š‚Ķ>'õļ‘ī1›rx=ļēåģK[O;Ô}GŠĨ‰CŊÔ_#IÛį6jn­ŠN¸Ü÷ ų[­ė 2ĻQž"Pu,iöy›ûxbũ~’,PáĨučĒîęĪđ’÷ö/M›Ŋߖ)ŲėxIĶ5™!ƒå6Ŗų­Gû žÅ|ÆB/%ž,H#QBĶSÚ°.ÕPâJi{x‘a~ėĢėíÁaÔPĶŊš- Ņ1›§žH:öģA-š”ÕÁMŠü"×1ŊŦŊoÍÃĶõæë4PVÚ4– [‚7BxOī¤ÆÂņÚqĖŲņ^ÁĢŲŒÉŧúJ¨ÖuįõÆlâÕh51Z€mĨS/aÍRĒhØûTÁØĪ2ŪãKa$AQČĸ5˛V„—È×ÕŠ`›O ŖČc~P‘† –!%2"įĸ(@hä”a˛¨RĢŊËčDF’Ök1[0¤#9šŖlÎĐx‘vĩąnlyCõ_($–‘&-A…hõqĢz‘Ę^‹m˙Bú!œŽĖSˆŽUČŌTMĨč‰wFfE÷ƊÁΐĀ’<`L ĶEKà [Ā9 C$IøfĨÚ9Ęė ´cëņ6ÃäRōgo;cˆø6y 62îÃH'ˁÅå~–<.Ōõ(mDëÉĸÅÖÖú[ôt4A$L8"ėÚn×vu$˛æpJĀŨģidĄŗPv;<HjA:å\ˆį´=+¸€ Ígˆ§iŋ’5)öŸv ō*Ēō*ōaČfaŪ[”Ä*ü\"#ƒ¨NŊžī´H8Ô Úüčxéj´D€RĩmGxnŖKŽôŋēeW4w¤TI›˛ åâ‹jĩ¤r'–b›!%ĸ07s-jXŒ‘å˜>ąđ ¯­ ÖĨā,#•ĄĶˆëUh’ŽČgS$ķž6˙ŌGū+­ä°!ÆsGâÔ-uāq‰ęĢĩX2ڍņ`›Lą[LLˆã^÷š>āaĘ+?M•ü•ÜEžĘŅât}s&ÄÆČ4,đ-ûúņ5÷îM h ÜC¤Į)JãŪ< ĻŌ *ĮŖdng;Ä=v§ąĀ⎟“ŅÆÄ}‚ŒĩĢrFĪVž`+ģˇÆ‘#GW͞žš÷OŒ‹V GįŒŊšŨD¤Ÿ^pûËÕæĘļæPĻë6Ēļ3Æ;*ÔôV÷ææąR(“‚fāÉCđ ‰"úĀõĐqēŗ•´¨$и”tĮÎáCŅ?sAé'ˇi*ö€ ģ´C= +–Åįŧą€xŨŌåžst÷1lgøic^tËE^†˛DŽmq^o,–ƖģzIHĪ7K%\âõĨĨŽOØR>¸Œ-BÁ6HËš ‰Rj)ŦKÜŋ°'é1īÚoį€’<0iB“—t¸æ(k™L×ŅŽíŦ='6cÂŧ€…œŊPb;F/Pš!%x›ĢdĄ­ęŠUˇoPÆféˇäŒÚl?_t€ėņC¤ãĮ¨xĄ8č"WņDŧ’ũKũzÚÔ ‘kˇŖ'Qĸ%Šáƒg˛™CŽ Y‰ûiŸ!_ԈŸY%ŒĒ×ŗ[~į柜^ÅāI=œbÕž€Jģī FoŠ’F¸ÜųsÁ v}…™ž!Ļū. ãŅäĩm0Į%Ā3ŠŧŞî> ŽČQŪš¤?†KŒõŠ4Á=?#ą6`Eú<3Ļ°ĪŒP˙ĘúĐ1äķo–ĖšP‹ëú—Øw2Ú*– ˙~<ÚũŦíŒųV—4?}ŽšĒ1ûëi‘Áį8Č ōlˆ&GžįōŠ‘ĒWVã„"ė‹•÷jW¨÷ëī°^ëŌcJT!tģĸ‡šgoí~˙˜`]ž5oĻ˸ũŦÂōqįōŨ%”ņx„6Nq\–9ĀŠ†ā Y‡ HĸGۛļ9HŖ“Õ䗱øâŅa÷ĨÎd6Ā8L569Oc<{Ģ´ƒõV!jœŨ)POŠĒôÃ÷†ôīV==yPƒĄjüdR0zŲ*Vg›VƏ ÅëbŋaĪeį32éķ—SNƒ/ĩRPeđŌ\EhģĪcCÆ<ōĒ÷Ôü™I…iūúĻOFĢŅËĪŠ•S2Õ;eļáūÔ!ļųšrV‰io‹„ã];ž:Ķ[ 0ēYՓ拎C‹ë@”ëŽâÎA˜U}§÷ŽRŽvĨëÃQã$úŌu‚žaîæL× mô,B}7LY4„q8ÁQ) Ri bÆÂĮ>ZŋNGÎV¨Î“~­§c΋oËĸunS2âx—mdæg3tĸ@æĄF•œ-=6Ŧ˛ŧˇŦÍĩGŨĨHg'¸ōčsįĄ5„Ą<ŪTq|+I" ôį0PōŦÉ^XîJ~ZHéP}›ĀvÂ_8YjĻÜaöZ\"m 4ē….ļ\1öuŅvĻč>ķŨš-ÉÚ(#:‚oæ\ænT‘÷ęXÍH|†3ŸEŠĶ2´ŊÖ Ķ|´úfė럝žfĀá ŦlŧkĮĘ´šš ķFOđî~BŖWĮŋL[ŌúŸc6îԐ5Ąôî4Ž¤¤Ûv˜šĸĀ™ÁÖ5bã6Æđ.î*ÉŪs(ī@[Ē§Ŗ–&íŨ6`Ŧ€ÁÉŨA´wī_˛päēŋF0¨n+Ģétƒ,įōīB[‰ú ÔHtØÜnCĖ#^ŪĄĐŲ mãÍ6˜gOhtZVaû÷’Č }ļÂŦĖ‹´ŒŅ[@E‰Yōā†÷´V¤Ŧš0ãꅡ%Ũ˜ UN„ĢVƒÆZč–+Ž4ģã¨ZHžú:H_8Ŧļŋ`k‘8´ÍPŽ6{eéđÎũĢē&ęĒ93€~hųƋļ)”|_Š>ŧ2BqĄÕø8Ņö‰­[âg ÂĮĄļQų°Ŋ†ã]yX˛ąĸ•ÎÂ8VxŠNí1†ŖęÅēë}"|ŅÛI§°ŠāôX~ütÚڜĨšÛkXļ§K@ö(Ņ~@æ‚#´ŧāœ0še#”Kî´dˇVâ4r>G0Ē‹\+Ēˆ/žĸžĪ\ŠÔrĮŦrŧo<iد1Œ&“C"Ü Pąq%ÁvĐh\ŠD(}ËãTÉĶ5 õk<`ĄũėŊĢÂfĄdŧČīWˇ!īP+$œ_M<āb‡ō¤5áø`LSũš™ÉWõG^iÄF“Ūˆ |bė}'á.ÁÁÕ)sīQ4TT×;KiÉ| ˛,t•Į!m‘sšw%îįOÂbkøxZH‡hāà âšÛĖÁ‹3i'LëVņÔ§)H-ËÛ拋[˜Ņˇđ;OcÛqĻĢ¤ „¤Ūi°/_ůŽ-;č’ˇŠm”§7xĖŲ+>ņ!›Ķ˛ŲeB‘_î•4áŊņŽí#—ĩkcb—Ë8Ŗ…ŽJŌúWôĘ{:0.‚!IØoąŦäˆä­ōÖ*å×ieRæã™į[7ŪÎâäŧGIK˛TŒ  ?;Ŋí‚0š¸îÍĖt€‹˛đEŅͅpÔ$šˇŊņBa:o†žhiÖ`Ũę ÉlõWt¸ŒŒŌöe.Īõ˛&0éôt’qŠĪ‰~ųMÄíĨĩ›ŽÔEa&k+ŋq÷h/žēö9õHnėDļŦâ7Ē™ôĢ˜ˇVßåC›]œÅĶ_N‚ 35ʑÚLō×ī­&âJŊ+›L´ä)%°ÄÁ׈ŊĻŽíiāVļvâ‰2āĮžSúękã`ÜãWZöIGEÂē…ūviæŅúöŖîįë!¨^A_`ũ!@Ž†bÕ¯‰¯D!¯”ŖĒ ˜Ķ0#¯•$k͍ą"Oü–“žœ/itÚK:Ļ)8­ÖP¨hŨƒ€Á;žJz䐄aņ"(5ŒčĨtH›3ąÎülė>gU@Û¨bŋÕ]{ûŦ”j|ÚĄsöRĸë.Ų*īGAÜÄHøÚhAáųs˛9ŒIļVŌOĮ–$RSą2÷[-ĮMÕŧ‘@W{7ÅĀĀaēä'ģ/üK§š“ÃĨ™Ļ”ŽHé—Š ėŧĶ Œæã¯{#Á8 ØŌēˆ’ęSëya4L MŌlÚĖ%\wķnmÜbB0ģķđ2—/œ0<ŒfG¨:S—†dÄaą@PÁŽŽÃ˛G§ØŊûCu@Į%X{WNq>Ŋįe#Ģ!\ĄŦTP^>.ŅâĶŌeÃĸĘy=áú€/tî}~Ø˛ûiSƒ† ØÍØ)›pˆ4É'žm•#ÕØMé˜ų”ûP­sYĮĒ1hĨA< 0ĒmËĄi!ęŖcy*WĪbŠv‘AšfWâÄw+ĸŒ‰Îz1™‡ŊSZ,o Ķ›ôQ Xœ]Ŋķ•Ž0OŨ&ĸW)˙ĖjČÁß žSāúēp¨äNk(Ųĩwx4ŲVšRsíøžTÚõ`۞ĮÚč§+–MÕ ŒČ_¸Ā˙õgžš î5ŠO-‚†ĨIū7ÂËHâĮ€Ķ€žŠgĻĒ]ė”3VķƒbŽ^¯J …›ût Ãīn3Ÿõ Øi­ `ĩ)MH‡¯zČ°™¸ĖFŠ™Öģ*> h—ÖRÃ;WųG˜’‘…@øĶö¸ÆŦbYĸĘŖč¨bK-Ņ&%+pMĐy>ą!$Ų˜ t°2?Ä8öÍpwę°V߉ų1Eâ—ß~ũũŋũōÛ˙đ§_ûí§ßũéoúé—üáĪ?ũéī˙ĶOũíį_~ūŨŋ˙ũųŨŸūįĪ˙c¯n hįܚkÜIîÂÕyT/ 4ÄƁ°bĒ~ž †OMū$¨™ˆ€s17į<ˇV嗒ķĖĒĀLÕ%|~ˇˇČv֋j1šŽ“&¸ô*ĸˇĸ#Ēē™MāúčˇۘmbŠúēqoE´˛î?RzhŒÂĘÍíBSbtˆåp4&T"ā8W†‚IM`;Ūp@;IŠLÆĮ_?IĒ•Ģa Į‹ˆ26ÔGĨ°ŗ¯d1åʓüōÜ 7ō+{ØxÚŊļ§˙:š44MŦ/ÃĘ(ˇ‹&eÉL4i2æĨĪĘ„õë-J+ğēUîķėk´ŒáŖá K¨+ۀč…;VqÄDĻūw9Ĩ€ŦŌ7LJZi_ZiÉC7ŅŽ JķJÁšĘk‹:‹ ģģ{Ĩ¨r°ŨšËĀdžšn˙ĢČR˙Ø7˛t<YZ˙%˛´,­ôO9Ģkæ}â`izÆx’pÃ!]š&Đ%ĩ”dŖüžŠĨ@ečDúĶīˇĸtR€[jļéėäÉ­K.m“K_}›äŌ‘yįõ ×ü ĪĮCo”9ĶũßD—ū˜]ú_ÂK˙)ģtĖ.œōžĐPōũ˜]ĒfĮhŒ¯Q<™BŲ•C+Ž^‚¤ūŖKÂ@5n×Yt7Z0ëĢmģ\žčŌū.-4’F—ŽŗķƒŅ¯Ųo+Yę?(˞ˆēO8°°ycKM5ķíbKÍé$¨KĩFáotéŋ/凊¸ŗˆ'šUŅÖ Cdđ˙'Āô_æ—úRũ‹üŌÄP­)í}ŌN]ũĪĮ™÷ā°|=õQ×?íf%,ôu¨•!e§*93q39°ŧN0á2û ös€ŌšNūÚ×oûEĻĩÂE)š!%—ĒŖŋi”ŽdD>aq&ĸ[FІŖū}?åŪz(52u™^d*MŌ"SĶĘ¯hkLåúĻ|zũÉK%fˆögĨS‰~†dģžĀTaķC\Ē´AŒņvTģû Kũ.§EK1™Ä¤ ŋũ|Ôõ,´ą‹|"…]25ęqZC[OÎIdĢŋņníO^jūņŠ´ņ}tž+˙ĸŊÍPíoØÕV–Bōqņę՚đ%e¨2kˇa??Ĩ˛o\Œ*zgÉk>Dvø€bųėßÕn.˙”¤Ú?lĻwũÍQ-ŠMʈŋ‡nƒîœÅ70‚“8Æ>„áŸÖ1MŗĮËäš S NPKÁJÅB^pŒUMø,[-66áY}„ą˙Ąú”hļŒPí6@UœLrfv–­ŗ‚ĸŸÚ ËĢšÄGžžÔȚ°ŧSÔ驑Ųŗ•9˜æ)$j´Ė–ŅΏI$—úbˆpaŋĘp>áŠ)¯žÚ7L÷DDU°„Š°ÁēąÃ8f‹~BĖ*aŸ>o­åĒH-üp3Ŧ™lŪĖ‡˜\Z…FŨ--Xĸ.Pi‹Ü¸ļsĮB Ō›Ō)ų´nūŦÉ%Ŗ$ŒĖhnBG:žvŪâ$DMŽƒúo *EŌ:<™úũuxųY'ķL—$úžK@,@*"ˆ¤•đ 0Ā$ÉIwuwP,y“/H*āäņ!sô|ŧ“T2#zËdś˛ōˆ$$bũÕ)œÅømmū[/į*ū.„8ÄÍ"i`Åf˙LŋM#Ķ"Ž;ŨP¤¨?ZÅ´ Æŋ=Ã?XvģK/éÂ#$Ã,”™•Éč˛ä„Ŗ-kĄ&ŧøųé”tĀ9ã0nĀ€`Sē(;ÃbhœNɈ\<Å´“ÁķÃ|Ušũ2Š’Üa:ŧQķj™úvœÅ”ÕhĖۀ˜ÉÔĨÕH’[AʖhļAŋ č Ī[N–ŖÕû"ãû•ÎīfslÆŊC4Éx~`û‡yˇķ¯h’´ž5Ų|c ôŖe„ Ąmą6ŧlO?ļĢ~ūí—?ūúoŋũáįŋüõųëOŋüú×˙øŋ˙ōŸūø×üüĶßũå/ŋūųĪŋûÛ/ûíūü?(¯oÔc_.#ŌšĨĨR¯ŅöBžx™Ŗz-šūhëv‰z{Tä9æô>9üiSĘŗäĮŽē—ŗĄ‘īG^Áũzđ:)QuwÔË3v,čę|4FúڜÅĸ!dĩĒK4éLT´&•#}IĮ49÷ŨôÖLéc,GéĻŌēEĩr+€Ö3‚ŗĨząÕaĒ­ƒëÍz#č+yÄv,ø9/ÖLėŦŽzcķ°c–>Ę<¸ĩm*ãŊk#Cúc Ž`Zú2æ"l6hŌ`CƒĶÜŲķF`ŽVä4ėæã"ŖÍ]Ö|âŌ mrį1}i7œ ĢJčŖŊ[˛ÉÅD ,æC´ˇˆ%:„u˜y­}įæ–ĶđŊ*94}d…å?Éac mY´Ųax!-g™/wgxxꔴbĘ}NW‚:ę•dZ×äįŽa`xHkUgAoYvø#üų!ŒaIHtÎIŨI~œƒMWŧSvÆE~(´Î3D@æ|8u…}ÍąŊg7÷XÖoK7ąšŊ‘›fžĻ#õ7BXA~%ī¤Š–ŊÚՃųEĄw‘JœvHjaF @î‘ÃY€ÔŊļ3÷$:ąŦŒŅ×Æ´ˇÚ˙,'^Š‰)TąYîÛeå…ŒÉŧuˆc›­ŌgÅ.‚˜Fbŗ!Åōđ|ÆMē1Ų{ÎPT˛dĨÚL¤–ĖīÂqųp­%¤Māĸ3ÂøÜĸŠŅ?X$å!‘E2E7¨Ę_ö [H:„6ũu@ †4ĸ›ĢäÅĐ! OŽ Ú&?gÚ 9<Ī›`ĪĄ •„k5‰IkôŽŊ—PĒÚnũ__Q8EscĒIŌŠã„~Š9ÛlfW%…  @ PՎĢŌ”š"äÚĄēîlJüGXĶIÔĩq6˜–8Ö_J/Sņ P—*Y¤õ â)Üĩ¯e2ž˙Úđ¸[übö ÖÔŽĸkm;ŗ“ōRäc-P‡lŖíPˆkęķFČp"ŽčQBŽÉ]Ž´r3žé¤Šeō ¤ŠŸ);å§ŋ#ĖÁĘŊA 9Ôŗ]Rūu‚6§ŨOŠGĪI|Å{.Ö¤ĻŽÂáÎ÷/ ˆBú`hGžzۜĢ>ŽkwjÚ¤¸ØÁJđį)†›É..f߆_1$ß.JC9‘ŽtRɘkQ3ĒSŨÃrã9Žņė‰Œ),o$…„ō*VC9b'$Ž+6JQfĨĀ˜úۆ+ÕFËÅ*ęg:‡UˇöŽÚM‰aĨ÷ėÉėŌ`Ū | ÕÂ+yđDÉčlāÉGčž‚ŦČȚ)Æ'S‹1Å0A“g3÷đ%ė›ŗŊŽ[>Ë1tęzoNf†ėžĻ8q*<‚ š¯Õō[–›ä™įH ZīÕY•aŒšHJÕX÷~ķ”-_:Ų„Z)ôG‹ˇr„Ho'ø q¤1Úú“˜mp,‚t–Ā ĸ€Âá^~\hrœ0ÖčĖQvcāÂÃ$ –ļ–[ą‰ hú+BšŨ…ÆrōũöŌoOģ.ˆg$N­į7~*­-y8FÕ×Z™Í"ôĻMßʝœ¯öÜô)Úb˙Ši-0k>Xĸ˜ĻŌD7Ëa1,ŽKxTĖJ exė€ađQ”;õe™T §ÛIθöA§)HãuŗÖ~ *žawb|.īē'ßʋr[ĘO Ÿ´rŽ :+7=Ū,~1qŠ1čšÅn0l]øxæ‚ŧžŸƒN?î:ŧzŅ‘åáļŦšüF#+nãē Ũ8I˛Ōn"ģŽ8N8g0f2ÚyĐhņ¯këČŋ5#š‘SŒû@üėKŠô \B đšō™Czīē’Nŗ^čyÚ$ŽB 뎃„†q™œ,tœY \ SjSĖ‡Ō×áH–_e:HĪ(Mž=ęŦ*dl—Šĩ|û#î´!čä`,U6ĸ c•~@Ømc‘3áķƒŌāCœŦ`ŅĀô"lrģ§|ЖʱšđšÅņŽŒ>S"ŗø´J‹ÁhíTã€ą'ķz}šF2sC+ÖãhDvČņ+üQ|ŌÆÁĩvÚĘ  tČa—^¨Ņë­Īr4ÎG>‰ÆM^ģšråö•“g  đđ7Ŗā>Žf/f8ø×´‚bcN^“÷Š”Đ 4ą$­-(CÍę}­–PÃJŲ|ŖV °Čę\%Ãŗ#oxĸhürØ)Ōķʸ[+ī"2-a‘V3aĨĸí°Dđ~ŖÜíė TŌ†:ĮU×ፗ)S5I;‘ĸZzKMÉŌtÛmLך÷ŧ ×ɐߛdl%ŧ iqåDĨS´t=BėwŽÖghZfĪëũ•Rđ88fHFē!},„J#ū:§ā×.d|ļ:nĖÎ/wÄéĶ°ŸhŠŽ"W/ÅJÁôĄ+ņ¸â­ÆUĻĶ7š ° OmõG8c*ėŨžÉxĸ5 âuDq(ų{Æ#u“ŋi°ø™ãá4[¤ërŗTÎí4õåĸŗ!t!52Ļ.52X˜üû9ķ ØŒ^Ųíj ƒĘ´ÛnęYŌífcČõõˆM [ĨYx?n+Ų›$䤭|ĨD(Ų­´ē‚öÃÍĒņqũ2`ōXÖÃË­€ųëŅ— ĶĪžÃ×ĪXŽ"TX&1r¨ŽĒķĐ{Ũ‰đ3-k ÕÚ6āJâ"s>ķäžNTˇZ™}XōVĢÍ+Œęee†JŦŒOä/n-и‰kw.úb&ø*”jķŊĨB}ÆËõ‰›$ō*DUōNŗRhļÛ6æcĘæ8i(ƒ•UünŪl4•$/…‘8­ĶФí#9r´Ú@ŨNZD`rȘã@܅čå­Ų:6PÁ­’d㎝P< Ÿ2Šc ĢnsI^#Ŧ™SôzœBj”^œqG\ë+šŨ ^ÉoNÄą|ē—((išY"´YVkŪ”)$H†\ˆ1˙_ä;ųä"ôÆ͚ņÆĶ-€5åŒ &É1M¯Ņ:ŽÖ*= #QËnzŗ́Ũ”Ûáģyũ‚ĀQg)KUÆ:9†;ŗŌŧ>×úvđCŊBĄČÕ Qˆ":č$.Ŗ`U5ØU>k~ôH‡+„>rŌÎC™ˆK›Ucė*v; O–Q`úîŅ™40ÁˇC6=ûĩzRhjŸēåøÄcfloXhđÂôōWŸÄTÔuøo8(AA HŽSüŽô:ņnĪ‰#8áŲVÄ˙ Š)ÔU”Y8ÜK´ŽMc?2h2ÔŲ‰‰ –-bõĀĶŧ(žŸ›ôDÅ-ĶųÍ_š˙ŠôĸŠ†tPtëƒyz×ŲÂŗõxÔt€ėė™œ7ŪîWDã íPTŸdØŦÆÛsē˛¤l۝ĖëöĒ¤3Šū÷Ē7&Ē [ŽčÔÉ+.C2š„N+IĨ>˜čˇ„°at¤´Z˛Ë%á&'<ĄˆíMˆG; ‡G.¸ƒPEéa4"Ä>,ķŽFûx§ÔįÁ÷ąũ$¨Ņ÷+īõŽĘgÎĘĢÂō÷ŅĢŲxģķâ¸R˙ ¯&'N÷)­Z 搎l(ÉÄ-äeĩö˜ícĒw bˆôŲ YxėUZŦÃĮ֗ŧ´ã9alę™ĶĪ¨PCOb=eĮ ŗ:|FJôEŸ¸"ÃÂ').eŽ ŨT&æ¨C.e㘕iŲL4|sHč”jē, >5^ŒSoéÃĘ>Áé{ Ipŗ”ģaLn j‘7Ņ!‡â”† #ŋˇļɆHʤ§6Ī}ôŒWu*踞VˆtmTßX?‡Sa1M-ˆ åĀ]ĄM–QazŋÕ$ĨŠ`/ãˆ"kÅ_ŽĸĮĸų­Ø—Vă ÃÁ˜<¨ĀEEëĮāŠ*aFx|oÂ+‹õaáiëĀ—HnĀŒŽßĮ}ڗQ1Ģ˛áéŠôØã+ĩ38¸~/R’Å~+Å2‘øŽGpœ8$ŲmâhļķX•ļĪ$CZXļŽĩ ģ´ŨąYŋ˙2na噚 f÷O›Ķ:KāĩÍp€{đesZķ6ļ9"ø&`…air”ß­BãøĪ1,W´ã‡'8œķ8á€ĀŨKV5Ž7äcrš*S´Ž0ĸ7O´DrÃØᘓ7í°účrv<ū cĻ•Q`ô†%_wŸ€]ûā§Bú(rvāå*}›tģ—ā X€Ļ„č홚īZ–%oh“ô‘v,‚¸É-°Ų|ų@ĄËņ¸ąDš÷ø$NŨú3L¯†ZōĢé…—Ø)ë…žŊĪøŠ5÷Öäō<´6y[oOЙ{AV$Œ}Œ"ĸMYU—‘°Žúŗ:‚ŗ- Ĩ+’aÚ{[Íä[dΟŗė姞ŸæžkN2aHŪöú§×Ō!&ēĢg6ž…Sn‚m˛čÖE›LŖcöļÃÖÍ9ŲC•’:w'ŗēŠûÁh¸ä ņkƒ'‡ †‘ĻfŪøąœî‹ÍŪg‰´SÖįŖ›¤‹ōÎ0šxboņŒVa/ _CžR2ŪŦÛĸgåBæžé…ÆČĩ‘õ Ց‚­#&¨Ī5h¯ô8Pēĸ=ŲŠxžŨŋ-ej‹/ûũ4;IÆĢĪŊbĸ1°hZhÅä‡ēn6vĖV -Iú}sš™DŠtGN Ą+Ĩ<įxrëŦLĻI˙üAí˨"éˆÍrt†Õ:^Q6Žļ.} =áĻë‚Ëæ!JūEm&čxVäūP›ŅØĢŊÖF´F|žb˙?ĩĄ9Úۄū˙ĐÖRķÕwļëü˙ŗīüÜvÆŧõØxž˙ļķlĐTZ}?ļųŧ˙įę<˙_ĩžĀ8֏žļß˙öëīūøo?˙ũ/ūåß˙ü—Ÿ~ũũŋ˙é§_ūō_~úĶßûũO˙øÛ_ųã_÷ˇŋüûūø?ū¯Ũ˙ÚŲĻíĐĩĪŧŌÔ}†€˜ĖV2.āŽ.ÁĻūn“WĐIJ§ÖgŊ^[FmÖ:p>TŌ$ĻĀ ŋĐtWBcj5g omAæm,*$ĸÅõQ) Cđ0#ŖĨ1át”J×i"ķ‹XƉ:)w( åÛ÷ 4›ˇ2Ÿ.6¤§lX2€’ GÖõBG^Ai]" ¯MøDŊ—Č~^܈p1\D­9ŧ\6)‹8§×ÚÖÚzÔ(EãL'š?ĸu÷M€ˇBsņ{‹üŠáFČ9ö‚—¯ŠL ôÖCzBUg *u0dšēųîļŠéAîŧeHŠ1Ũ{nN›$’°‰—ĒNvŽÉ3y(ž˛m †Î3ÕŅíø8„ˏ@]ūXķĩÁĘÚúŠZÎYq×ļČh5„B˛;ģŠ :‹v,”+í‹ũôLÚ×Ū”žĀ!Jž¸/ÛËpŧ-•—ízŲŽ8•æ„mõQ§†Œld×Á™rLęÚ"äsE€HØŅá)õĖę÷ÜuīöÚ …f7.$(”ėč˛Ø *r´Ū ŽŲsŖĸŨ¸mę΅Á¯RģF­6ŽŋÁImŽW‹E.‘NįXC2„ķ×ĩŅ4Įn¸@xšÆ—…sŊ ˛´ƒ%“UiHU ØĄH:áp@°–Ÿv¨ _ī<Íb9Œ—B9 Č9æSŠO|@ŧĻ ĒėũšÄņ E%eÅ8ÆAîãX2jndûëίĄįf~ŖáÄ/û˜O]Řb{/‡}:Oė°×sđ7 m9”5Î{0íģÎs^ĨÎrļÖuLˇkDĐ ŖŦ‹ HķĨšŲĨq-DŒ Ĩw„ĻĘ7w˛%ģ­ē1Į•}į2 Î Ä+‘‘}o䏯nÚčWîČC~îdD„‰“œ ]×ųõWnû~?3Ū'$68S 6yÅø+GWÅ/(§˛ø§ÉĮ÷Vy<Ÿ+}+´W:ké*-Íob`JĘte&d0-jË\›IĐåĖdžđ1CuĸĮܘĢ˛"p2kįØæŦĻ’îÜsWŽÁĸûĮdņÁ—˜ž99ežãĄq pC„Ŧé˛ĸ$–ÉÁˆĘŅzŒÅ ŸĄķ— úĻ#™Jø\Öį;ú`J\…Ö}nęŠũ<ų•tDŌWßėÃY‘ÚÆXˇA“äÂņېÖĻ흈Ëaú÷c"÷Įc4Ą\Uxí';ƒ;Ŋī+6˛ëŗŦ×÷vįönĐÁAMŊ’hŌšęäīmRæļBo\č#šÜŊ×É/ë õH>Čf™Q‹M‹‹ēS€Ol ÆOęĩlŒ>+-…ÉCœ]8ĐhĄ)uˆ.Vŋ´ŧqļĖ0Úâį6 zĻäz[Ļpōd‘6á-ū¸YīęŨ;ĐŌļ´ökŲĮ§˙ãrÄÁŨWܤ¤šNČЛhŧC@Öž]B ×Ņ™˛!:Ė^ŖĨŠQ †ŒØáAåņŨŠB‡Ü—ŧD÷OiĢ[}Œz%{+5¯@éF™Qy›ž\xˇ’‰1Hâ_:Ōĸs+æį“ˇ‘ ģw@ÔtXZ%%9Ut cÎũl)—ˇ¤WķזįĀÎ…ĸœšĖg :T¨‰˙įŲũã‘āĮvĖįHŠÄį@ŲaLÉņà *~“Ė[vö­ũŗ[˙x0 āÔQ"ÔIŗN*ÃА$,1„ycā9šnķܚ˛ÉŖ…>—×ļæ2T.ÔÉL]äÃ'(n’~sšú4wôP–Sé˙ĶŲÃ\¤ˆīüą_-šąÚnJŖyāCŧ%3 š%Y#ĄVÆë2Wûy  ßĘ!fÚņ†DŠĘŅ™ĪIÄK”ą%Šh1’ņā$ßDB…×°Ėvų“đ:?ŌÆ]ˇBhė>ˇAëĢ.‡šŗVįJۄĮb}ŧB[bTŪņ°.AŨ5žėŧ ”QŅO—ĨŧĢÔ¤'ŅÚa•žƒTđ9)˜øΓŋĩu™e|͂hډ,"ŨŧE' rCLÔ`ûqļîãŸķĮūĶųUūl¤<‡Ô(Ų°ŗĶfķfdŊjĶOŠA÷âŸĢ…îtđ ‡|ŪĒA ŠFé}´6FŽ2Ļ Í{]c…+#üM´ávVĀN2×]gãĸ] øF‡(H}Ė bˇķņ'b Ōļ4,Cf†Õlöˇ° éEHHOŨō]֒wSr>›ā‡Ũ9ÂV'ÃõŊēqxĸ$Ė%ÚķfZķ‘P}•!…¯ĪÛ >{lMÍwŋ+GĸˆAŦ¤”ĐTN‘āúŪ°!9JæŊņ0ĩ§ļ‘ĸŌéN!›mV”a],„~q–9ëâĪ)üaԛ\GļLzKÍcļ?žBVĻ+}DĖx’Ņ°9KŖîÄãÔ§~\}ø¸áĪžUVöÆ7oM§į›8ķwÍīĒMš IŗerÎû­’ķT}ŽŧåĻ4Jöĸ\Ā§įl^âOÎJJŪqu"$ÖŊõûV˜9ƒĨŗœ=ˇÜíg-ĀĮ ¨įÜØ1ĢÉâøënŗ{'đƒOÛĻ3 sŠ÷Ū_N[vˇ]Đג›–@Då–…)bâœ&øuLē&É?ww {Û¨ĀLŲáiMUĨéŅƘésJÚ?Ööį<Íĩuā/™ī‚Æ(,ÆU˛6R‡4ĶësŪ aaę6qĢhOĪ‰›ĖĖ~Ŧĸ+U´Ļj<WEĪ˙E=H-ūeũŋ-ĸ3ŽéOũWCŗ> wáČX6˜5€>œ” Ļq¤×Ģäʃ×AL;{#T4žm6`Kāä1S… iS[•ėčĩ™ééØÅdh5ÖC‰ûJüˆ0)[ ÉLÚx‡÷•‰ŠōĄ4'Î"mĒšaŦ%`ĸÜŪ!bÄēŊäį3WMūLė‡YE´X€N˙ Mĩ§ DũY蚌9ļߑ"G¤Ög™,r 7Ņ3d°BōŠb>+rû ‡ņcŖåˆ \Ãē/툚¨Ėc¸”pŅĢQû˜lcP Í û@Lņ„ÖĖ7›ŠîŠV‚ˇÔZK¨„IsšrÎ:đŋˇ!ÆEv‚C¸õ¸}Õ81cØxSĪŅ.ÃC Ũ8đļ k¤Ŋī{ 5cƒĶŽŒ0•ąKëé„‚kDæ Ə,â ŧ"ģ Ōâ[ü ´:¸­?ŧ{xļŋĪ˙ŲI¤ĒÕs­Y‘|†ôāĨ–Ņôēę"q‚)˜N"$ĩönXĩöL1Kà ŠÃ UƒüÚąļÛ<“÷ˇ€æÁÆÚãŪļ"ÉŪ2î ađ$§áîŌˆbŦ7ô§r9%ļ¤ŋŪfOė|"ÅA­í_'w€AÚé'†úų%Kˆķpœ”ÂzŸG^AnL†ųŨ~‹ükO qĒŗ0‰X—|“#ŅĪpĮNVv-ö*I¸ĖĻвhļnā D™ëŸU9„ĖĄ?›úhĘTų *xĀV&Ŧf,vŸŧØ"?¤æw{Ú4uŒD}.YėvĐJĒCļq™í–wîŠe‡Ø{˜ˇ ūbB´ pĀ. ObÃ!^¸C {ŗŌ÷'—Äå:HbãtŠŖä56šA@úāžgKexÂ*ÛJQ{ŧč• Z úhx]Ús˛_1+3ļnmžŊvÖ5Øá}$sļ˛û~éH*ŠæNúŊ2„GoĄ‹*Nē‰NËÛ HŅįŖ#^+Îu“48o ŠÚ2x8‚Â0+˙šGÕUڐĀs‹ô,ą$‘ŒĐdęŠŊfōēâpC8;Äoõ îÚdCˆ“¯x…ŨvJãDü…&įšTëÉ&vÃ'õ-}ū 4§/c¨¨Ŋpkv÷-ÁÂcšPŨ2k$gQ”ŽÍxĒídEâd›ŋŒ.c”œáø é´>ņ æmĶ¯ųÚ2'“Ŋ›g2ņX›ūk¤#d§'Éŧü†MÉõm#­ Ž1銲āĶĪ“Fxīū°)DYCI&ŗ$”¨Ŗ^%ŧU1Og;bÉNäĻ›é°Ü=xŽtøöŒ ¨6P­:.ô_frõ‘ĨØą@ĘMtb ^†Ü§‰íÁg­˛cÜLāØVM›ĒŸ“7KĢąĸ†$žJo){]ŠŽ5‘˜}Ucö![°ë\›įžö)Ÿœ=w„äjčÚք<čÎąc jĶÚ hŸ'N‰¯ė}č=5’bz4åûŧŊŨņ+ųO>ķJ‰ŗ+93l×6lĄ§J@8ĀxPmōĸ âk/¸/”ŋą!K˛ÕonĀ“ëÚåĩHAFĩ3˛z āU 2KŽ:Ŗb8JpNķ—×ÔZ^ K^ķ(Ī$ TœI÷‰Úuüđcō˜E‰Įxú›‚ąäyō¸ÄF˛ėjaŨ0éŅ‚'sšŠŽ´’ëĩθc„ü™Ž0&ļ¯Jnã_%ŪV‡Øy&ļ‘w-[i ģō¸Ö0xķ C#õ-ÄĢjŖLÔŒž]5HĒ 4ô›ņ Á‹ad0™IlTĢÆf,> åŊ# Q3ŖŦ"ú§=ŠLĻē…ÆæVi Œ?KëC‰œPáYz ‰Iā¨ZņąÆåüâ7–ŒÛŸß<$˛ĮĪûNÁ“[ÉŪŖE5b(Ä×å"&@YSúymŠCØĘr 4ŖÁ+Ŗ2Āæžú,LXTGíˆö(Š|×ÅûN­Uo˛€$r@ęô‰4PS¯—‹žĻD™iE˙šķį‘Kč$/IžÚjôyņnŠsT|ābé˜ŊŊj6ƒ!áø‡}˙ŠxŌ`Nˆ Ĩbūę„Úe˛üļoß|ÂKĻÍX,Ŋ^J0Ē?Ņ0— ™ˆ°uâŗ“ ģč`LnȑĻ’ÂĪv?Š@Ö?qlûÁņŌģĨĢVƒ ŽJH™\oįņŠÛ÷„Ėļ4é¯vz‹ū4=.l˙šJšBp”:Lf,é5hŠãęĻ}ēŪĶMJ´L‘ÉĻÛT˙|›á*ņÃų“¤đŊ¨%¸î |Yī–WŽe_ƒŽŸÄ5ëŠķK+,Kģ)°a5Ōũ›ôĨ8ŽŧžëŦėėŅ|‘;É!Į6`zŪÉŽčĨleŗs‡Žíhú‹+Ü6ÄŦ*ęČuДŅjlrÁh8˛ ÉDČøÁ"X¯BĮ"3>Ų€šsy7ŠÕ}ŅW’ŸBvhÅ&•‹my˛xéėÔg›‘3ņ×Ä~Ŧgã1JŨ‘\Ÿ/X“FČBĻV  ĶÖ ĩÎĀĨš;ë™f­&÷0ŋÕ[¤ķÃ!ÝOŖˇ×đM~’¯1iégųOĖā+:jß:–ę§'ˆS+(=ŲKÎŗÔpo׊U'ŒÃ¨¸0_a3’¤@š–ˇpã {aëäp´<ØžÜpZŦč›N&Ā$ĮË)žĩpÉHˆŋĒÛĐ&˝08Ō§ Šjû°1UŸā à Y6ösrŧ/ĮúĀ\!Á IÆķ¯1Ä*G?3Ø b˛d3ĮĒĸĄ4˅yĐTĜĮęcÎØLÛîUŠd]gt_V0^O Î=[֜$&ŖŠ$­Ž ŲYwHĢ’‹MŽÍæõÚžēRDˆk‚k"äŨ>ؑƒK\âû3Ÿŋž4{Ȍ¤ĖĒĪÄmęēb’­aāąO%e>a ‹…˜æšcģ5Pb׍ÚÜ/ˆ,Ŗ›}ĸTŖŅI÷eæ“`T—ûŨ + Ė‡•…ŒādĶNŠœ<æ´BË5aNrcĢ7Ũ>?áč7aVģÃ~’ĩRƒj§´ØŠܥŋ;FíĖîFåŅ5ĪŅn‚ĮÛfjĮCĄbvĐ>Ûö;løĮI`ȐXöŨJD”†ūĻ $ų"ÂįųĖâŽA F|ĐĄáû<=ŽčdöĖlĸsĀÄĄß!!ĻäĘu2WsŠ :ôŖ1t8Û!uƅ¤’+Lrxį&ԈáĮŽw]¯ĖŠˆD¨LfN$Ŋ"_ ’đD™Ę˜öƒ9øŠé‹Ē^˙F]ˇĮ >N"mÖÆ؝ŠÍŅÕØQËĐ_XģšĨzĮW2ŊŊûčõiļ"@Ņ›cøqfęę˙˜‹ŒđŊë”Z?xڞ;*Ģ#ĐūŊ1ĖT¤I´†ž–.kõĨ6ã T&_Qįš÷3I¤ą+ Á BáƒTáubŠģJkŽŅĸéIįÕLŽjAS A—üxšļM4Õ ߯ĪĖŖÂNíüá!÷&Éļ—xHC›ąí“m]‚mcVˇ?rsˇ$zžXĶĸ7o5Ö īŸŠ ƒõĘ1–GÜü#ļ¯!WhŒ­g,Œ¨!ËÄBŪŠ^āŠ~ĻŗäĘ:ų°›–‚Š3áą#šžÅœ<”^v…Mģņw†ĐU›°†ē4߆H+}´į‰€KzģhúlŒÎŗ†!„æÚ$ĐȆšrÂ˙wČ+0ĸB,ķŧbđĖ*ī|t1īņĶ#q !že‰,ĖPŖĀ;9ķ‘Ô‰˛“ŪÔä¨ #ēâ+i‹TũJŒŠ /ų1ŗôäŨW}PédLW† y/éį(ũ5aaõ]ˇävîaœzĮ*Øá—%[õT<^ũÁõ(ɄŨˆŗ'Āų:LVpaČĪ˛§n}‹ŧø(œŪ =áŲ@áË8Ÿ1Ļ’ÎÆūꉀÎjdOY”ŨŲŨíVfö1í˙#ÍĢüįéÂw0>r/'9IÂtw=œƒˆæäâ–Āī´a4Ōį' ˇN`Č'Ô¨’­¸—÷O›DTų ­˜Ļå¤w8a†"ĨoxdīÅ°ŲgŸĪUČkŽÚĀY,–ō÷5,Ņė’C,}Įč(ÕL¤žāK[9ôm"íęė"Ũ‰jėŧ—iš*Ė_GTĄág’\Ĩa4ö5ķÚ!Îč}¤æíŲôzø ŅgŽĘŦĖ?¸˛}ØĨ@,Ų ÉWå­ŦCĨÃדåX~KģCW 'ŽîĶA MÚr+áАÉ7ZßÍãtSČēŒö@ģ!´­NoéúVyërüN(W;â)ˇFf÷%2Éd0lČ9$Ęø=›éĩJˆc´}ĻO[nZë<ÜtŪ*jé*™ĘJrO Uŧ $>^ÍčyUPÉŅƒYÖ{WzžŖčP¸ŖīÕ\U…ē(ĐžŌDÛOzqXD{oĻÕv“\Ļ”lFËöļ–ŗœė7°ļŦ$MÛR¨\đë°Ū#:Ēčí°]ė •“$BŸžWŠR@56÷‘îרCĮ [šĀĻŒÜMŲëŲ6BŠíœĪ<&ûū2cĨú.ōPŪŅ™ŗž\W¯É#Ī¤­Áe,ŽÉ\-_ čSPįÆo›˛â¤1pī8ĖsČÕ9 @(W§ØŸ+2$Žyä}/g^¨"GĢÅvļļŧŲ­QÛQs#ƒĖyaôv')sCáLüˆÁB“v^yVÉ&™žHēĘŗWeŽ_ņ¨šQ ¨ąĶKĨwŧĪÉ$ĪŒûķY˛:‚écvŖœUĨÂĐ}c˛røCģ:°ˇB‚Ž—ŪQƒ—“Ėđ‹ąŒ¤é•ļ=ę*ųĮØC{Ë8"ízžMLOÛ$ŽÂēĒ2Së Oņ¨Í`A|û–‹æ’t¸‚âŪũƊÕcz6ęĀ×egh<ɂ 5ûą. ęî?:ˆ˜DĀ{dâ˜Ā‰§Éëz¤ēā€iå{ôÛäsŅÖ\˙v˙Āč7ŌüUdö¸3äĪԇģŽH›ž'Š,Hir[Íõē‡ˆIėL›qd§gž>tl ŽCRŲĨgwIAĄN™œ ČÕŨTæ]ÕĻy&y*u– Ã9NXˆ@ ąˇũ˙ĨRpŌvn$bbuchfink-diamond-6dc5717/src/test/acc2taxid.tsv000066400000000000000000000000711523407312000215610ustar00rootroot00000000000000accession.version taxid NP_001001178.1 10090 alias1 10091bbuchfink-diamond-6dc5717/src/test/blast/000077500000000000000000000000001523407312000202705ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/test/blast/nr_10k.pdb000066400000000000000000022300001523407312000220460ustar00rootroot00000000000000ŪĀīž0 @……ŪĀīž Ą@˙˙˙˙˙˙˙˙€Ā€0volname0volinfoîînr_10kđđ'@@Ā€0acc2oid~ N0volname0volinforšđŪÎŧŦšŠvbL8"øäÎē¤zfP<&ü č Ō ž ¨ ” ~ j T @ *  ė Ö Â Ŧ ˜ ‚ n X D .   đ Ú Æ ° œ † r \ H 2   ô Ū Ę ´   Š v ` L 6 " ø â Î ¸ ¤ Ž z d P : &  üæŌŧ¨’~hT>*ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ōŪČ´žŠt`J6  öâĖ¸ĸŽxdN:$úæĐŧĻ’|hR>(ūęÔĀĒ–€lVB,îØÄŽš„ AHG02917.1ųAHG02917ų AGV54449.1šAGV54449š AGS31853.1›&AGS31853›& AGQ38940.1}AGQ38940} AGO18338.1ŌAGO18338Ō AGL88086.1´AGL88086´ AGI15931.1ã%AGI15931ã% AGD93042.1g AGD93042g  AGC97326.1įAGC97326į AGC74998.1vAGC74998v AGB20654.1AGB20654 AGB19176.1€AGB19176€ AGA34473.1‡AGA34473‡ AFX75916.1˙AFX75916˙ AFV39595.1—AFV39595— AFU58940.1-AFU58940- AFQ97813.1iAFQ97813i AFP82159.1ōAFP82159ō AFP41217.1AFP41217 AFN42320.1DAFN42320D AFJ09957.1°&AFJ09957°& AFG64821.1ĸAFG64821ĸ AFC90328.1&AFC90328& AFA35617.1ŗ AFA35617ŗ  AFA24308.1Å#AFA24308Å# AFA09475.1šAFA09475š AEO85464.1PAEO85464P AEN92745.1—AEN92745— AEL09906.1“AEL09906“ AEJ33395.1ÅAEJ33395Å AEH52569.1‚ AEH52569‚  AEF32461.1žAEF32461ž AEF02257.1wAEF02257w ADW49125.1,ADW49125, ADT83844.1<ADT83844< ADQ02892.1ÜADQ02892Ü ADP83890.1rADP83890r ADJ57888.1 ADJ57888  ADJ35581.1ōADJ35581ō ADB27070.1ēADB27070ē ACY29573.1ACY29573 ACV16867.17 ACV168677  ACU61622.1ÕACU61622Õ ACU52521.1œACU52521œ ACU21193.1TACU21193T ACT50261.1¸ACT50261¸ ACO35565.16ACO355656 ACI42798.1RACI42798R ACH90072.1Ī$ACH90072Ī$ ACF74449.1. ACF74449.  ACE88666.1%ACE88666% ACE85434.1q$ACE85434q$ ACE76975.1ÉACE76975É ACA34490.1]ACA34490] ABY20040.1ABY20040 ABQ63546.15ABQ635465 ABO71806.1ŒABO71806Œ ABL14307.1&ABL14307& ABK94958.1ÎABK94958Î ABJ92889.1ĨABJ92889Ĩ ABG88111.1ÄABG88111Ä ABD26457.1c&ABD26457c& ABB86219.1éABB86219é ABB60900.1÷&ABB60900÷& AAZ73234.1$AAZ73234$ AAZ67085.1ÖAAZ67085Ö AAX97169.1wAAX97169w AAX94106.1ˇAAX94106ˇ AAX93012.1AAX93012 AAX49003.1sAAX49003s AAX35861.1ĩAAX35861ĩ AAX29823.1#AAX29823# AAW57761.1wAAW57761w AAV84242.1C AAV84242C  AAV77137.1FAAV77137F AAR19565.1ÔAAR19565Ô AAR06568.1( AAR06568(  AAQ88513.1+AAQ88513+ AAO64374.1mAAO64374m AAM89588.15AAM895885 AAM52216.1ŲAAM52216Ų AAM31096.1MAAM31096M AAL18389.1 AAL18389  AAF62532.1đAAF62532đ AAA50346.1ÍAAA50346Í8APN_AMz 8APNz 4G4S_Fh4G4Sh2VYZ_AT2VYZT2VGF_Aį 2VGFį pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z AYX54788.1&"AYX54788&" AYX42557.1âAYX42557â AYV78736.1AYV78736 AYV64277.1ĻAYV64277Ļ AXZ65741.1ĘAXZ65741Ę AXI09756.1uAXI09756u AXG99930.1œAXG99930œ AXC70826.1ŽAXC70826Ž AXB40829.1 AXB40829  AWY63092.1AWY63092 AWX41049.1{AWX41049{ AWW49543.1‰!AWW49543‰! AWS34156.1øAWS34156ø AWQ28479.1f%AWQ28479f% AWI66342.1^AWI66342^ AWD47640.1!AWD47640! AVR90781.1ŽAVR90781Ž AVO23223.1ĨAVO23223Ĩ AVM35379.1;AVM35379; AVJ74934.1íAVJ74934í AVA00513.1AVA00513 AUW90066.1/AUW90066/ AUW66636.1ŗ AUW66636ŗ  AUU37591.1AUU37591 AUQ33312.1^AUQ33312^ AUP48118.1AUP48118 AUN37106.1ąAUN37106ą AUN31249.14!AUN312494! ATQ57711.1íATQ57711í ATN35154.1ATN35154 ATI48360.1Č"ATI48360Č" ATB18092.1ûATB18092û ASV44386.1ASV44386 AST39768.1AST39768 ASL92868.1šASL92868š ASI70574.1nASI70574n ART90939.1#ART90939# ARS39112.1kARS39112k ARS36073.1ũARS36073ũ ARR91819.1ARR91819 ARD43281.1) ARD43281)  AQY75504.1-AQY75504- AQU86570.1jAQU86570j AQR57668.1ËAQR57668Ë AQA21753.1+ AQA21753+  AQA19851.1I AQA19851I  APT84512.1OAPT84512O APC24336.1ĐAPC24336Đ AOW36968.1AOW36968 AOW33101.12AOW331012 AOR13807.1-AOR13807- AOQ89457.1ąAOQ89457ą AOM87821.1 !AOM87821 ! AOJ74168.1ũAOJ74168ũ ANP72927.1^ ANP72927^  ANN75327.1H ANN75327H  ANN69912.1>%ANN69912>% ANN23072.1ŧANN23072ŧ ANJ20823.1 ANJ20823  ANI90891.1žANI90891ž AMW35569.1¸AMW35569¸ AMT69763.1KAMT69763K AMS43029.1åAMS43029å AML78558.1Ø#AML78558Ø# AMJ52230.1AMJ52230 AMC51858.1ĀAMC51858Ā AMB21424.1ŪAMB21424Ū AMA90994.1AMA90994 AMA13662.1ņAMA13662ņ AKU96165.1{&AKU96165{& AKT58828.1HAKT58828H AKF94945.1ŅAKF94945Ņ AKA56406.1¯AKA56406¯ AJV50090.1Æ$AJV50090Æ$ AJU61790.1L AJU61790L  AJF60049.1_!AJF60049_! AIR77599.1AIR77599 AIR72471.1"AIR72471" AIL29843.1î&AIL29843î& AIG14299.1åAIG14299å AIA18772.1GAIA18772G AHN95135.1ÕAHN95135Õ AHM93900.1vAHM93900v AHK62764.1™!AHK62764™! AHK46784.1ŋAHK46784ŋ AHJ84873.1Ø AHJ84873Ø  AHH33963.1†AHH33963† AHH30646.1gAHH30646g AHG02917.1ų "øæÔĀŦšˆvdR@.öæŌžĒ–‚nZJ:(đ Ū Ė ē ¨ – „ r ` N < *   ô ä Đ ŧ ¨ ” € n \ J 8 &   đ Ū Ė ē ¨ – „ r ` J 4   ō Ü Æ ° š „ n X B ,  ę Ô ž ¨ ’ | f P : $  øâĖļ Št^H2đÚÄŽ˜‚lV@*ūčŌŧĻzdN8"„XP_054357454.1ƒXP_048366669.1‚XP_044006408.1XP_039308535.1€XP_032085066.1XP_026936565.1~XP_021727484.1}XP_015523373.1|XP_007978456.1{WP_283629251.1zWP_279399778.1yWP_276153259.1xWP_271145842.1wWP_266613108.1vWP_262138576.1uWP_258380998.1tWP_254566347.1sWP_250377942.1rWP_245961518.1qWP_239881445.1pWP_235126772.1oWP_231355705.1nWP_226688333.1mWP_222125851.1lWP_216576398.1kWP_210949324.1jWP_205336461.1iWP_200599363.1hWP_195156489.1gWP_189145586.1fWP_182986787.1eWP_175939838.1dWP_169253344.1cWP_164636708.1bWP_159020823.1aWP_152158314.1`WP_146207192.1_WP_140706444.1^WP_136095406.1]WP_130962786.1\WP_125770870.1[WP_120171324.1ZWP_113544184.1YWP_108101124.1XWP_102848179.1WWP_097698856.1VWP_092081374.1UWP_086612756.1TWP_078429679.1SWP_072274035.1RWP_067032591.1QWP_062689758.1PWP_057651690.1OWP_050926421.1NWP_044680588.1MWP_035847413.1LWP_029091796.1KWP_022748957.1JWP_015484594.1IWP_010905191.1HWP_004960861.1G VVW57803.1F UPB00876.1E TWW58526.1D THY23779.1C SDP58856.1B RPI95901.1A RCI04718.1@ QDG92469.1? PPS22991.1> PAV09171.1= OKO87070.1< OAQ80483.1; NTZ64221.1: NLU55538.19 NED75586.18 MVZ66986.17 MCU0422147.16 MCP5558243.15 MCL5061987.14 MCJ7686803.13 MCI0559521.12MCG625611 MCD81384450 MCB4366171/ MCA2691876. MBW2003542- MBU0633142, MBS6326441+ MBR5168981* MBQ9456987) MBQ4426944( MBP8196496' MBO7602558& MBN3879913% MBL8103469$ MBK8070034# MBI4806480" MBF2983383.1! MBE0479857 MBB1654724KWZ83306KHC51086 KAJ6253787.1 KAJ1283197.1 KAI5251673.1 KAH7671712.1 KAG5560933.1 KAF6037074.1 KAE9445077.1HHY02707 HCB14820.1 HAX2015273.1 GLC83712.1 GFA35713.1 ESS67695.1 EIM4841263 EFV9058489 EEJ0015338 EBF8124084 CZR69713.1 CAH9078713.1 CAE8591613.1 AYX54788.1 AHG02917.1 `zęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėØÂŽ˜‚jT<&øāʲœ„nV@(úäĖļžˆpZB,ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zb CAE8591613.1Ō CAE8591613Ō CAE7938465.1O CAE7938465O CAE6513018.12 CAE65130182 CAE6472910.1a CAE6472910a CAE6438319.1Í CAE6438319Í CAE5960238.1  CAE5960238  CAD8186381.1s CAD8186381s CAD8183695.1ŋ CAD8183695ŋ CAD8089828.1Ū CAD8089828Ū CAD8073566.1Ô CAD8073566Ô CAD8042782.1t CAD8042782t CAD7694243.1o CAD7694243o CAD7578726.1d CAD7578726d CAD7420625.1l CAD7420625l CAD7419184.1! CAD7419184! CAD7234202.1ē CAD7234202ē CAD6897702.1‰ CAD6897702‰ CAD6270987.1÷ CAD6270987÷ CAD6215318.1n CAD6215318n CAD5221127.1z CAD5221127z CAD2189922.1r  CAD2189922r  CAD2182685.18 CAD21826858 CAD1480611.1`$ CAD1480611`$ CAD1480127.1… CAD1480127… CAD0200323.1~ CAD0200323~ CAC9886154.1—  CAC9886154—  CAC9512212.1} CAC9512212} CAC9485003.1G CAC9485003G CAC5421833.1'$ CAC5421833'$ CAC14781.1ŊCAC14781Ŋ CAC10160.1Œ CAC10160Œ  CAB5621061.10 CAB56210610 CAB4375794.1^ CAB4375794^ CAB4155648.1Ø" CAB4155648Ø" CAB4041173.1X CAB4041173X CAB3503427.1h  CAB3503427h  CAB3403040.1Ŗ CAB3403040Ŗ CAB1434041.1S CAB1434041S CAB1415528.1› CAB1415528› CAB1315112.1ĸ& CAB1315112ĸ& CAB0780497.17& CAB07804977& CAB0034103.1. CAB0034103. CAA9477187.1- CAA9477187- CAA9391925.15 CAA93919255 CAA9338705.1 CAA9338705 CAA7056023.1; CAA7056023; CAA2935380.19 CAA29353809 CAA2616064.1 CAA2616064 CAA0813386.1ĸ CAA0813386ĸ CAA0126222.1f CAA0126222f BDY12064.1BDY12064 BDY11310.1jBDY11310j BDT03353.1 BDT03353  BDP97621.1ûBDP97621û BDO44729.1Ķ"BDO44729Ķ" BCW36351.10%BCW363510% BCU97455.1"BCU97455" BCL31621.1ĢBCL31621Ģ BCJ09783.1BBCJ09783B BCB83133.1XBCB83133X BBQ86561.1hBBQ86561h BBN52434.1Õ$BBN52434Õ$ BBM58963.1ũ#BBM58963ũ# BBL73457.1lBBL73457l BBI69300.1ÍBBI69300Í BBG20955.1 BBG20955  BBF42184.1P&BBF42184P& BBC91732.1ĐBBC91732Đ BAY23582.1š$BAY23582š$ BAW23943.1ÕBAW23943Õ BAV52815.1BAV52815 BAR90558.1§BAR90558§ BAQ58714.1ģBAQ58714ģ BAO23243.1 BAO23243  BAO11608.1×$BAO11608×$ BAK08426.1T"BAK08426T" BAI82636.1,BAI82636, BAF39771.1VBAF39771V BAE96300.1eBAE96300e BAD88428.1Î"BAD88428Î" BAD29386.1BAD29386 BAB28876.16BAB288766 AZV79909.1cAZV79909c AZT92937.1>AZT92937> AYX54788.1&" TvčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž Š t ^ F 0   ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\D.čŌē¤Œv^ŒvbL CAH9078713.15 CAH90787135 CAH8478102.1Ŧ CAH8478102Ŧ CAH8385548.13 CAH83855483 CAH8368929.1$ CAH8368929$ CAH8313346.1v  CAH8313346v  CAH8302172.1Ũ# CAH8302172Ũ# CAH7752048.1 ' CAH7752048 ' CAH7718754.1– CAH7718754– CAH3167921.1A CAH3167921A CAH3164498.1= CAH3164498= CAH2899959.1Î  CAH2899959Î  CAH2408238.1ų CAH2408238ų CAH2316765.1y% CAH2316765y% CAH2238127.1Đ CAH2238127Đ CAH2042052.1 CAH2042052 CAH2014332.1  CAH2014332  CAH1968295.1 CAH1968295 CAH1454680.1 CAH1454680 CAH1431027.1î CAH1431027î CAH1398908.1~ CAH1398908~ CAH1278847.1ž CAH1278847ž CAH1250835.1 CAH1250835 CAH1111016.1 CAH1111016 CAH0730513.1ã  CAH0730513ã  CAH0727316.1  CAH0727316  CAH0542131.1W% CAH0542131W% CAH0143531.1ß CAH0143531ß CAH0023967.1 CAH0023967 CAG9815058.1e CAG9815058e CAG9435424.1n CAG9435424n CAG9334863.1O CAG9334863O CAG8793492.1é CAG8793492é CAG8783316.1t  CAG8783316t  CAG8726868.1: CAG8726868: CAG8651065.1Ô CAG8651065Ô CAG8634459.1 CAG8634459 CAG8560118.1v CAG8560118v CAG8531755.1' CAG8531755' CAG8457419.1  CAG8457419  CAG8151748.1  CAG8151748  CAG7850540.1ø CAG7850540ø CAG7600102.1 CAG7600102 CAG5919444.1P  CAG5919444P  CAG5150301.1ģ CAG5150301ģ CAG5083139.1[  CAG5083139[  CAG32719.1ö%CAG32719ö% CAG2229172.1Õ CAG2229172Õ CAG2201344.1Á CAG2201344Á CAG1853776.1P CAG1853776P CAG1014836.1î! CAG1014836î! CAG0990770.1j CAG0990770j CAG0978995.1s" CAG0978995s" CAG0929351.1ļ CAG0929351ļ CAG0273471.1é CAG0273471é CAF9903004.1 CAF9903004 CAF5136964.1 CAF5136964 CAF5110230.1ã CAF5110230ã CAF4882469.1j CAF4882469j CAF4687378.1u  CAF4687378u  CAF4577788.1s CAF4577788s CAF4530116.1í CAF4530116í CAF4338983.1  CAF4338983  CAF4033986.1q CAF4033986q CAF4001745.1Ķ CAF4001745Ķ CAF3478760.1Ÿ CAF3478760Ÿ CAF3446016.1O  CAF3446016O  CAF2595159.1æ$ CAF2595159æ$ CAF2148714.1z CAF2148714z CAF2048201.1­& CAF2048201­& CAF1538990.1į CAF1538990į CAF1441577.1 CAF1441577 CAF1315160.1­ CAF1315160­ CAF1284994.1F CAF1284994F CAF1218540.1w CAF1218540w CAF1216529.1 CAF1216529 CAF1139697.1!  CAF1139697!  CAF1124877.1ī CAF1124877ī CAF1109260.1,% CAF1109260,% CAF1059395.1- CAF1059395- CAF0807478.1" CAF0807478" CAE8618269.1 CAE8618269 CAE8591613.1Ō hŽčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : "  ø ä Î ē ¤  z f P < &  ü č Ō ž ¨ ” ~ j T @ *  ė Ö Â Ŧ ˜ ‚ n X D .   đÚÆ°œ†r\H2ôŪĘ´ Šv`L6" øâθ¤ŽzdP:&üæŌŧ¨’~hT>*ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ōŪČ´žŠt`J6  öâĖ¸ĸŽx CZR69713.1A!CZR69713A! CYB93821.1ŨCYB93821Ũ CVV42982.1CVV42982 CUX17903.1ËCUX17903Ë CUU64509.1ŗCUU64509ŗ CUQ74728.1×CUQ74728× CUQ63902.1ú"CUQ63902ú" CUQ45908.1Ë!CUQ45908Ë! CUP44403.1ēCUP44403ē CUH97802.1* CUH97802*  CTM60173.1[CTM60173[ CSP94261.1q CSP94261q  CRZ84703.1ŗCRZ84703ŗ CRK93005.1tCRK93005t CQR43717.1=CQR43717= CQR41738.1‚CQR41738‚ CPY79168.10!CPY791680! CPW15624.1āCPW15624ā COS78102.1M COS78102M  CKR50421.1+CKR50421+ CKQ42697.1› CKQ42697›  CKL52325.1Ą CKL52325Ą  CKF71070.1ŽCKF71070Ž CJB10156.1”CJB10156” CIY68995.1QCIY68995Q CFU01724.1čCFU01724č CFP83382.1Ŗ CFP83382Ŗ  CEZ68761.1M CEZ68761M  CEY44168.1CEY44168 CEP26668.1[CEP26668[ CEP11827.1ŠCEP11827Š CEM11561.1?CEM11561? CEL11538.1ôCEL11538ô CEH30391.1CCEH30391C CEG83499.1" CEG83499"  CDZ81696.1.CDZ81696. CDZ73727.1ĒCDZ73727Ē CDX53829.1ŠCDX53829Š CDX32740.1ŽCDX32740Ž CDX26094.1VCDX26094V CDS15483.1ņCDS15483ņ CDQ50939.1–CDQ50939– CDN40573.1&CDN40573& CDL84920.1 CDL84920  CDL67554.1õCDL67554õ CDG57236.1ŠCDG57236Š CDE57470.1>CDE57470> CDE36962.1(CDE36962( CDD38815.1¤CDD38815¤ CDC61696.1 CDC61696  CDA87281.1tCDA87281t CCZ55979.1íCCZ55979í CCZ48101.1ƒ$CCZ48101ƒ$ CCZ42971.1œCCZ42971œ CCX82620.1S#CCX82620S# CCX33905.1VCCX33905V CCO02790.1éCCO02790é CCK15435.1ųCCK15435ų CCE01062.14CCE010624 CCD45280.1 CCD45280  CCD14225.1ÚCCD14225Ú CBI36349.3’CBI36349’ CBH50084.1Ę CBH50084Ę  CBH36599.1 %CBH36599 % CAP00477.1ŪCAP00477Ū CAI9830983.1„ CAI9830983„ CAI9728293.1ą! CAI9728293ą! CAI9595211.1ų CAI9595211ų CAI9301549.1Ž CAI9301549Ž CAI9280851.1ķ CAI9280851ķ CAI9173470.1I CAI9173470I CAI8519318.1Û% CAI8519318Û% CAI8213472.1Ņ  CAI8213472Ņ  CAI6348765.1Š CAI6348765Š CAI5716986.1¯ CAI5716986¯ CAI4531609.1ž CAI4531609ž CAI4270029.1  CAI4270029  CAI3266215.1å  CAI3266215å  CAI2795006.1÷ CAI2795006÷ CAI2640540.1ā CAI2640540ā CAI2192293.1; CAI2192293; CAI2162316.1  CAI2162316  CAI0990105.1! CAI0990105! CAI0451207.1ô CAI0451207ô CAH9417069.1å CAH9417069å CAH9132908.1— CAH9132908— CAH9078713.15 ^„ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô ž Ļ  x b J 4   î Ø Ā Ē ’ | d N 6  ōÚÄŦ–~hP:" ôŪÆ°˜‚jT<&øāʲœ„nV@(úäĖļžˆpZB,ūæиĸŠt\H2îÖĀ¨’zdL6đÚÂŦ”~fR<&øāʲœ„n EBF8124084  EBF5808819.1, EBF5808819, EBD4871273.1 EBD4871273 EBC1613035.1  EBC1613035  EBA3403631.1 EBA3403631 EAZ93353.1 EAZ93353  EAZ5330394.11 EAZ53303941 EAX5650801.1v EAX5650801v EAV4122193.1 EAV4122193 EAV2673163.1$ EAV2673163$ EAT3027009.1, EAT3027009, EAS0616219.1\ EAS0616219\ EAR7791084.1" EAR7791084" EAQ6361894.1g EAQ6361894g EAQ3230686.1˜" EAQ3230686˜" EAQ3014137.1  EAQ3014137  EAQ06730.1Ģ EAQ06730Ģ  EAP5059555.1˙  EAP5059555˙  EAP3700350.11 EAP37003501 EAN4724137.16  EAN47241376  EAM9790494.1 EAM9790494 EAL7285322.1y! EAL7285322y! EAL3378245.1ĩ EAL3378245ĩ EAL1671435.1 EAL1671435 EAJ8453921.1~ EAJ8453921~ EAJ4317745.1ĩ  EAJ4317745ĩ  EAJ4016142.1 EAJ4016142 EAJ3842941.1b EAJ3842941b EAI4228870.1ĩ EAI4228870ĩ EAI2381694.1¸  EAI2381694¸  EAI0195789.1ņ EAI0195789ņ EAH8250412.1Ģ EAH8250412Ģ EAH8201998.1l EAH8201998l EAH7180598.1C EAH7180598C EAH5981648.1q EAH5981648q EAH4606626.1  EAH4606626  EAH3295886.1ä EAH3295886ä EAG8834195.12 EAG88341952 EAG5429682.1Ÿ  EAG5429682Ÿ  EAG5222239.1˛ EAG5222239˛ EAG2878363.1r EAG2878363r EAG2350674.1ų  EAG2350674ų  EAF4791746.1m EAF4791746m EAF4311303.1 EAF4311303 EAE5693959.1ī# EAE5693959ī# EAE1668788.1 EAE1668788 EAD1341741.1-" EAD1341741-" EAC1801539.1í EAC1801539í EAC1232420.1C EAC1232420C EAA8040699.1O EAA8040699O EAA7679439.1Y EAA7679439Y EAA6840433.1Z EAA6840433Z EAA1978353.1Ļ  EAA1978353Ļ  DAZ71054.1§ DAZ71054§  DAZ64401.1‹ DAZ64401‹  DAW46080.1DAW46080 DAV98325.1žDAV98325ž DAU97140.1ąDAU97140ą DAT73027.1â DAT73027â  DAT68911.1~DAT68911~ DAS51696.1DAS51696 DAS51312.1DAS51312 DAS28513.1lDAS28513l DAR19459.1ĪDAR19459Ī DAQ89956.1ÕDAQ89956Õ DAQ84782.1dDAQ84782d DAP78583.1ôDAP78583ô DAP26351.1DAP26351 DAO54200.1žDAO54200ž DAO35860.1, DAO35860,  DAO22062.1E!DAO22062E! DAM73724.1ģ&DAM73724ģ& DAM55269.1DAM55269 DAM16636.1.DAM16636. DAK92403.1ÅDAK92403Å DAK76805.1ƒ DAK76805ƒ  DAK63787.1'DAK63787' DAI44238.1KDAI44238K DAH49916.1æDAH49916æ DAG36852.1ĒDAG36852Ē DAD32814.1eDAD32814e DAC17040.1DAC17040 CZT45482.1ĐCZT45482Đ CZT01546.1SCZT01546S CZR69713.1A! XpęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖÂŦ˜‚lT@*ęŌŧ¤Žv`H2ėÖž¨zbN8" ôÜÆŽ˜€lV@(úäĖ¸ĸŒt^F0îÚÄ°š†pZ EEJ0015338 EEI68160.1~EEI68160~ EEI62381.1ĩEEI62381ĩ EEH16378.1 EEH16378  EEF30376.1ÖEEF30376Ö EEE4210954.1C EEE4210954C EEE2002201.1c  EEE2002201c  EED8954498.1, EED8954498, EED80871.1ūEED80871ū EED0743056.1Į EED0743056Į EEC9966669.1Į EEC9966669Į EEC9022132.1H EEC9022132H EEC70172.1‡ EEC70172‡  EDX9534630.1Ė EDX9534630Ė EDX1137207.1¤ EDX1137207¤ EDV6147146.1|# EDV6147146|# EDV4701861.1ų EDV4701861ų EDU63556.1ĐEDU63556Đ EDT7412775.1g EDT7412775g EDT4006401.1b# EDT4006401b# EDS6425957.1… EDS6425957… EDQ9505691.1ˇ& EDQ9505691ˇ& EDQ8633181.1U EDQ8633181U EDQ8124076.1Ņ EDQ8124076Ņ EDQ2752402.1= EDQ2752402= EDQ0183574.1Ō EDQ0183574Ō EDP2695460.1‹ EDP2695460‹ EDO26407.1Č$EDO26407Č$ EDN57974.1|EDN57974| EDN4899961.1d EDN4899961d EDL37908.1™EDL37908™ EDK41087.2mEDK41087m EDJ6414383.1Y EDJ6414383Y EDH4057100.1 " EDH4057100 " EDF9697826.1$" EDF9697826$" EDF8564338.1Œ EDF8564338Œ EDF5922784.1g  EDF5922784g  EDF0432725.1t EDF0432725t EDD2777448.1ä EDD2777448ä EDD0587303.1Á  EDD0587303Á  EDA9915590.1t! EDA9915590t! ECZ1075286.1v ECZ1075286v ECY0969635.1/ ECY0969635/ ECX3143969.1˛ ECX3143969˛ ECU3870451.1“ ECU3870451“ ECP6736894.1×  ECP6736894×  ECP3866152.1Ž ECP3866152Ž ECO0852462.1˜ ECO0852462˜ ECN6431251.13 ECN64312513 ECL7245291.1q ECL7245291q ECL3553101.1M ECL3553101M ECK9821833.1T ECK9821833T ECJ9372216.1^$ ECJ9372216^$ ECI4825602.1 ECI4825602 ECI3309320.1Ļ ECI3309320Ļ ECI0838809.1 ECI0838809 ECH4355821.1S ECH4355821S ECG5731039.1ë ECG5731039ë ECG5348412.1É ECG5348412É ECG5012903.1? ECG5012903? ECG2575758.1"" ECG2575758"" ECE8916583.1o ECE8916583o ECD4982842.1 ECD4982842 ECC1749556.1 ECC1749556 ECC0814460.1™  ECC0814460™  ECB3811761.1á  ECB3811761á  ECB3502766.1  ECB3502766  ECA9858842.1D  ECA9858842D  ECA8969615.1R  ECA8969615R  EBY9237686.1X$ EBY9237686X$ EBY6522830.1“ EBY6522830“ EBW1672033.1$ EBW1672033$ EBU9231875.1F EBU9231875F EBU6207141.1đ  EBU6207141đ  EBT2494165.1„ EBT2494165„ EBS5850541.1D EBS5850541D EBS3704194.1L EBS3704194L EBR8320535.1Ę EBR8320535Ę EBP8848134.1Ķ EBP8848134Ķ EBN6490838.1Ä EBN6490838Ä EBL5661155.1E EBL5661155E EBG8325683.1Ī EBG8325683Ī EBF8124084.1  EBF8124084 XxęŌŧ¤Žv`H4đÜÆ°˜‚jT<&ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ū æ Đ ¸ ¤ Ž x ` J 2   î Ö Ā ¨ ’ z f P : "  ø â Ę ļ   Œ v ` H 2   ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°œ†pXB*üæθ Šr\D.ėØÂŦ”~fR<(üäÎļ ˆt^H0ėÔžĻxbœ„n EFV9058489 EFV8345964.1  EFV8345964  EFV4730429.1Ŧ  EFV4730429Ŧ  EFV4293432.15 EFV42934325 EFV3192858.1z EFV3192858z EFU9196970.1‘ EFU9196970‘ EFU85163.1.EFU85163. EFT9578334.1r  EFT9578334r  EFT8991253.1› EFT8991253› EFS8130303.1W EFS8130303W EFS21643.1ÉEFS21643É EFS12202.1Û EFS12202Û  EFQ5532992.1ú EFQ5532992ú EFQ4765027.1¸# EFQ4765027¸# EFP11715.1-EFP11715- EFP02123.1ĒEFP02123Ē EFO3858608.1W  EFO3858608W  EFO2269166.1Ķ EFO2269166Ķ EFO2078189.1” EFO2078189” EFN6096987.1$ EFN6096987$ EFN5389376.1L  EFN5389376L  EFM1979785.1Ö EFM1979785Ö EFL6071320.1Ž  EFL6071320Ž  EFL5817307.15" EFL58173075" EFL44656.1QEFL44656Q EFL3122059.1Z EFL3122059Z EFK3891274.1T  EFK3891274T  EFK2137151.1o EFK2137151o EFJ8748319.1&  EFJ8748319&  EFI9255255.1C EFI9255255C EFI9116993.1Ą! EFI9116993Ą! EFI7849450.1 EFI7849450 EFH7886278.1l EFH7886278l EFH5292178.1m" EFH5292178m" EFG8800866.1  EFG8800866  EFG7698437.1š EFG7698437š EFG7579667.1Ą EFG7579667Ą EFG7308611.1Œ& EFG7308611Œ& EFG6535742.1t EFG6535742t EFG4747393.1L EFG4747393L EFG1785427.1ģ EFG1785427ģ EFG1511687.1 EFG1511687 EFF4884300.1 EFF4884300 EFE9598678.1Ÿ EFE9598678Ÿ EFE8261313.1å EFE8261313å EFD7787626.1Ú  EFD7787626Ú  EFC81578.1î%EFC81578î% EFC67761.1EEFC67761E EFC4417017.1¸ EFC4417017¸ EFC33499.1ˆ&EFC33499ˆ& EFB3581025.1ē EFB3581025ē EFB15155.1§EFB15155§ EFB0579454.1t EFB0579454t EFA7535944.1o EFA7535944o EFA5447392.1  EFA5447392  EFA5158712.1Ę EFA5158712Ę EFA5132122.1ä EFA5132122ä EEZ9625188.1į EEZ9625188į EEZ61636.1OEEZ61636O EEY8067912.1 EEY8067912 EEY6110619.1? EEY6110619? EEY3543156.1o" EEY3543156o" EEX5979844.1} EEX5979844} EEW7484806.1š# EEW7484806š# EEW4501628.1d EEW4501628d EEW1536683.1ŋ EEW1536683ŋ EEV0504409.1E EEV0504409E EET4886479.1" EET4886479" EET4312562.11 EET43125621 EET1847662.1Đ& EET1847662Đ& EER9391136.1 EER9391136 EER8306359.1œ EER8306359œ EER8085032.1S EER8085032S EER7236894.1< EER7236894< EER6968786.1> EER6968786> EEQ7907210.1Ō EEQ7907210Ō EEP92076.1y"EEP92076y" EEO7917989.1 EEO7917989 EEM48070.1Ļ"EEM48070Ļ" EEL0394597.1X EEL0394597X EEJ7112508.1å EEJ7112508å EEJ3660224.1#& EEJ3660224#& EEJ0015338.1 EEJ0015338XtęŌŧ¤zfP:" ôāĘ´œˆr\D.č Ô ž ¨  | f P 8 " ô Ü Æ Ž š „ p Z F 0   ė Ô ž Ļ  x b J 4   î Ø Ā Ē ’ | d N 6  ô Ū Č ° š ‚ l T > &  øâĘ´œ†nX@*ūčŌē¤Œv^H0ėÔžĻxbJ4ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZD,ūčĐēĸŒt^ EIM4841263Ī EIK8394933.1“ EIK8394933“ EIJ1046776.1Đ EIJ1046776Đ EII8712558.1ŗ  EII8712558ŗ  EIH6124474.1ũ EIH6124474ũ EIH4263652.1}  EIH4263652}  EIG7023758.1î EIG7023758î EIG2935021.1Ũ EIG2935021Ũ EIC9579770.1K" EIC9579770K" EIC7331684.1ž EIC7331684ž EIC6151294.1‹! EIC6151294‹! EIA4708990.1! EIA4708990! EIA1623697.1t  EIA1623697t  EHZ4862226.1Ā EHZ4862226Ā EHY7905316.1Ô" EHY7905316Ô" EHY2137407.1` EHY2137407` EHY1237200.1 EHY1237200 EHX4537433.1 EHX4537433 EHX0204875.1› EHX0204875› EHW5693237.1ĩ EHW5693237ĩ EHW4468754.1ä EHW4468754ä EHW4033744.1Ą  EHW4033744Ą  EHW0060032.1q EHW0060032q EHU4169843.1¨ EHU4169843¨ EHS0147317.1K  EHS0147317K  EHR8930749.1Ļ  EHR8930749Ļ  EHR73697.1ŅEHR73697Ņ EHR6291555.1a EHR6291555a EHQ6376324.1Ÿ EHQ6376324Ÿ EHQ4925811.1đ# EHQ4925811đ# EHP6050825.1 EHP6050825 EHL4743850.1 EHL4743850 EHL1725675.1ˇ# EHL1725675ˇ# EHK9185512.1  EHK9185512  EHK6691416.1r& EHK6691416r& EHK3702610.1  EHK3702610  EHH5649593.1˛ EHH5649593˛ EHH49716.1 EHH49716  EHH4366918.1Ũ  EHH4366918Ũ  EHG9706352.1< EHG9706352< EHG9421715.1~ EHG9421715~ EHD2267589.1`! EHD2267589`! EHD1462244.1 EHD1462244 EHD1229023.1ã EHD1229023ã EHC2895895.1é% EHC2895895é% EHA1403784.1F EHA1403784F EHA1083554.1á EHA1083554á EGY4555186.1ß  EGY4555186ß  EGV97757.1REGV97757R EGT3616788.1 EGT3616788 EGT3575439.1˙  EGT3575439˙  EGT2204415.1Ë EGT2204415Ë EGT0637761.1%  EGT0637761%  EGS8470081.1Ø EGS8470081Ø EGS7961067.1Ž  EGS7961067Ž  EGS7320029.1Œ EGS7320029Œ EGR2272270.1'  EGR2272270'  EGR2264783.1% EGR2264783% EGR0469058.1g EGR0469058g EGQ8192442.1÷ EGQ8192442÷ EGQ7676658.1Ļ EGQ7676658Ļ EGQ64187.1K&EGQ64187K& EGQ64116.1°EGQ64116° EGO95442.1ƒEGO95442ƒ EGO6711073.1e EGO6711073e EGO4094244.1 EGO4094244 EGN0346558.1N EGN0346558N EGM3572601.1† EGM3572601† EGI67351.1EGI67351 EGI4396582.1J EGI4396582J EGI35895.1đEGI35895đ EGH2885952.1 EGH2885952 EGC4236544.1A EGC4236544A EGC1082389.1ô EGC1082389ô EFX84833.1ŖEFX84833Ŗ EFX7948152.1í EFX7948152í EFX79048.1™EFX79048™ EFX4914003.1­  EFX4914003­  EFX2174330.1Ō EFX2174330Ō EFW50635.1ūEFW50635ū EFW22388.1ũEFW22388ũ EFV9236312.1Ž EFV9236312Ž EFV9058489.1 EFV9058489b|ęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° œ † p X B *  ü æ Î ¸   Š r \ D .  č Ō ē ¤ Œ v ^ H 0   îØÂĒ”|fN8  öâĖ¸ĸŽxdN:$úæĐŧĻ’|hR>(ūęÔĀĒ–€lVB,îØÄŽš„pZF0ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|f ESS67695.1˙ESS67695˙ ESS65152.1 ESS65152  ESR55765.1ü&ESR55765ü& ESL04748.1ESL04748 ESK93629.1é ESK93629é  ESE83270.1xESE83270x ERV81283.1<ERV81283< ERO62343.1†ERO62343† ERJ58959.1ņ"ERJ58959ņ" ERI49901.1t ERI49901t  ERE79785.1"ERE79785" ERB66459.1Û ERB66459Û  EQA53083.1ú EQA53083ú  EPZ93706.1EPZ93706 EPY77985.1‰EPY77985‰ EPS65972.1WEPS65972W EPS43711.1ČEPS43711Č EPR30609.1L"EPR30609L" EPN58803.1č$EPN58803č$ EPF53206.1å&EPF53206å& EPB83562.1AEPB83562A EPB66139.1€EPB66139€ EOX98511.1 EOX98511  EOS29826.1à EOS29826à  EOH70952.1'EOH70952' ENN81602.1’ENN81602’ ENH52105.10 ENH521050  ENF92344.1Õ ENF92344Õ  EMS62928.1=&EMS62928=& EMK19049.1!EMK19049! EMF80818.1D EMF80818D  EMD83093.1EMD83093 EMD82508.1yEMD82508y ELZ16407.1&ELZ16407& ELR45644.1ö$ELR45644ö$ ELB87175.1Ÿ&ELB87175Ÿ& EKY24506.1ČEKY24506Č EKX78645.1E"EKX78645E" EKK02300.1EKK02300 EKD82894.1“EKD82894“ EKD39302.1ÚEKD39302Ú EJW7579374.1Ū EJW7579374Ū EJV3581946.1u$ EJV3581946u$ EJV0278763.1I EJV0278763I EJU2993617.1Š EJU2993617Š EJT84792.1EJT84792 EJS0734484.1ū  EJS0734484ū  EJR4237259.1y EJR4237259y EJQ6627878.1á EJQ6627878á EJQ2687561.1s EJQ2687561s EJP8326510.1Ū$ EJP8326510Ū$ EJO8252676.1/  EJO8252676/  EJL0691474.1Î& EJL0691474Î& EJK2981647.1t EJK2981647t EJJ5352541.1^" EJJ5352541^" EJJ0661731.1H EJJ0661731H EJI8012843.1y  EJI8012843y  EJH9475741.1p$ EJH9475741p$ EJG3313804.1ķ EJG3313804ķ EJG1264510.1  EJG1264510  EJF06804.1= EJF06804=  EJE2345556.1Ė EJE2345556Ė EJD6083724.1o EJD6083724o EJC8518717.1Y  EJC8518717Y  EJB4327760.1d EJB4327760d EJA9392162.1D EJA9392162D EJA2215897.1ˆ EJA2215897ˆ EJA1208030.1Ä EJA1208030Ä EIZ9235425.1į EIZ9235425į EIX9307167.1Ŧ EIX9307167Ŧ EIW7596561.1y EIW7596561y EIU6828535.1ķ$ EIU6828535ķ$ EIT2901672.1Ë EIT2901672Ë EIR8916606.1# EIR8916606# EIR3813187.1= EIR3813187= EIQ3832535.1w EIQ3832535w EIQ2008784.1 EIQ2008784 EIP7986019.1§ EIP7986019§ EIO4105067.1ú& EIO4105067ú& EIO3984852.1ô EIO3984852ô EIO1807611.1 EIO1807611 EIN7713189.1l# EIN7713189l# EIN6894283.1 EIN6894283 EIM6243235.1ŗ EIM6243235ŗ EIM4841263.1Ī EIM4841263ĪpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z GFA35713.1ˆGFA35713ˆ GFA01557.1 GFA01557  GEZ33207.1:GEZ33207: GEY78623.1ž GEY78623ž  GEY63590.1Ø%GEY63590Ø% GEY28869.1ŋGEY28869ŋ GEX99374.1 GEX99374  GEX59890.1Q GEX59890Q  GEW91653.1÷$GEW91653÷$ GEW80515.1†GEW80515† GEW47215.1 GEW47215  GEV03352.1(GEV03352( GEU53557.1ŠGEU53557Š GES47013.1 GES47013  GER25411.1$GER25411$ GER04731.1JGER04731J GEP01990.1GEP01990 GDZ43403.1ŦGDZ43403Ŧ GDY00464.1GDY00464 GDX50632.1%GDX50632% GDX41819.1FGDX41819F GDX36288.1b!GDX36288b! GCE99025.1ãGCE99025ã GCE22918.1TGCE22918T GCB60913.1‘GCB60913‘ GBU10433.1ęGBU10433ę GBO23274.1ÎGBO23274Î GBN84473.1 GBN84473  GBN69281.1GBN69281 GBN39940.1*GBN39940* GBN34629.1ō%GBN34629ō% GBM64226.1ōGBM64226ō GBM15324.1ū GBM15324ū  GBM10107.1čGBM10107č GBL21590.1‚GBL21590‚ GBF98204.1GBF98204 GBF67295.1rGBF67295r GBE25682.1VGBE25682V GBE22655.1öGBE22655ö GBE16035.1\GBE16035\ GBD99233.1 GBD99233  GBD21712.1ÖGBD21712Ö GBD21053.1YGBD21053Y GBC87342.1 GBC87342  GBC84792.1›GBC84792› GAX21055.1Ž#GAX21055Ž# GAW04005.1Ņ#GAW04005Ņ# GAV98814.1S%GAV98814S% GAU87713.1-%GAU87713-% GAT48029.1ŽGAT48029Ž GAP70049.1nGAP70049n GAP55147.1C$GAP55147C$ GAO25539.1GAO25539 GAN03156.1ũ GAN03156ũ  GAM38698.1pGAM38698p GAL07990.1ĪGAL07990Ī GAK23860.1RGAK23860R GAF66133.1ÆGAF66133Æ GAA38267.2SGAA38267S EZX24376.1wEZX24376w EZA58905.1 EZA58905  EYU25844.1EYU25844 EYU24504.1ŲEYU24504Ų EYC39616.1fEYC39616f EYC35406.1ÆEYC35406Æ EXZ64635.13EXZ646353 EXV29885.1'EXV29885' EXK83554.1ķEXK83554ķ EXB75938.1Õ#EXB75938Õ# EWZ28924.1EWZ28924 EWT02607.1ÜEWT02607Ü EWA78047.1 EWA78047  EUJ18213.17EUJ182137 EUA22401.1EEUA22401E ETZ74096.1ū ETZ74096ū  ETP52929.1›ETP52929› ETO85594.1“ ETO85594“  ETO34949.1¯ ETO34949¯  ETO00561.1Ģ$ETO00561Ģ$ ETL94002.1nETL94002n ETK88527.1ņETK88527ņ ETI39029.1&ETI39029& ETI31896.1Ģ ETI31896Ģ  ETD72983.18!ETD729838! ETB53277.1 ETB53277  ESW62330.1÷ESW62330÷ ESU92681.1ĨESU92681Ĩ EST37880.1ˆ EST37880ˆ  ESS67695.1˙pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z GLC83712.1rGLC83712r GLC62462.1— GLC62462—  GLB35420.1DGLB35420D GKW22999.13&GKW229993& GKU14775.1ŊGKU14775Ŋ GKN74270.1 GKN74270  GKN64987.1„GKN64987„ GJQ31858.1<GJQ31858< GJP86697.1GJP86697 GJP56269.1¨GJP56269¨ GJP50541.1×GJP50541× GJM25205.1í GJM25205í  GJM01403.1"GJM01403" GJK53752.1‰GJK53752‰ GJH02859.1)"GJH02859)" GJE89625.1‹GJE89625‹ GJD18679.1GJD18679 GJC78212.1ęGJC78212ę GIY87976.1RGIY87976R GIY33458.11 GIY334581  GIX80479.1€GIX80479€ GIW75824.1-GIW75824- GIW70618.1ļ GIW70618ļ  GIW56314.1l GIW56314l  GIW30304.1FGIW30304F GIV84289.1ŌGIV84289Ō GIU76508.15GIU765085 GIS82389.1ą GIS82389ą  GIS77777.1îGIS77777î GIR70810.1Ä&GIR70810Ä& GIR47037.1XGIR47037X GIR09622.1 GIR09622  GIP40757.1]GIP40757] GIP39269.1˛ GIP39269˛  GIC06559.1ŲGIC06559Ų GHV04322.1ä GHV04322ä  GHU76743.1BGHU76743B GHU61839.1ų GHU61839ų  GHU06330.1ĘGHU06330Ę GHT89622.1OGHT89622O GHT88678.1ÂGHT88678 GHP52484.1ÆGHP52484Æ GHL33785.1q#GHL33785q# GHI39478.1]GHI39478] GGY65584.1(GGY65584( GGY15265.1: GGY15265:  GGU95879.1øGGU95879ø GGU82495.1J#GGU82495J# GGT63801.16$GGT638016$ GGS66510.1ŅGGS66510Ņ GGR71723.1PGGR71723P GGN43478.1øGGN43478ø GGK76871.1X GGK76871X  GGK29005.1´!GGK29005´! GGC93399.14GGC933994 GGB39876.1HGGB39876H GFZ13182.1g$GFZ13182g$ GFY83906.1žGFY83906ž GFY73571.15GFY735715 GFY15021.1GFY15021 GFX26854.1œGFX26854œ GFX14753.1 #GFX14753 # GFX07062.1ƒ GFX07062ƒ  GFW26598.1Ŗ GFW26598Ŗ  GFV68115.1zGFV68115z GFV58109.1øGFV58109ø GFV41582.1áGFV41582á GFV11951.1GFV11951 GFU30764.1ĘGFU30764Ę GFT96598.1d GFT96598d  GFT52874.1'GFT52874' GFT25780.11GFT257801 GFS24540.1)&GFS24540)& GFS02759.1GGFS02759G GFR82011.1č&GFR82011č& GFR70582.1GFR70582 GFR08784.1dGFR08784d GFP71094.1ĮGFP71094Į GFH27490.1’ GFH27490’  GFD62658.1S"GFD62658S" GFD60763.1RGFD60763R GFD45028.1š GFD45028š  GFD44438.1Ë"GFD44438Ë" GFD16573.1ëGFD16573ë GFD10569.1ÜGFD10569Ü GFC18333.1 GFC18333  GFB98697.1ĸGFB98697ĸ GFB08691.1`GFB08691` GFA35713.1ˆd€ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú ä Ė ¸ ĸ Ž x b J 6 ö â Ė ļ ž Š t ^ F 2   ō Ū Č ˛ š † p \ F 2   ōÜÄŽ–€hR:&üæиĸŠv`L6" øâĖ´ž†r\F.ęŌŧ¤Žv`H4đÜÆ°˜‚jT<&øāʲœ„nV@(úäĖļžˆpZB.îÚÄŽ–€hä HAX2015273.1c" HAX2015273c" HAW5846675.1c HAW5846675c HAW53859.1‚HAW53859‚ HAW15717.18HAW157178 HAV89419.1HAV89419 HAV8610731.1M& HAV8610731M& HAV5500596.1U$ HAV5500596U$ HAV2038468.1V HAV2038468V HAV2020887.1 HAV2020887 HAV1793262.1/% HAV1793262/% HAT9095998.1ž HAT9095998ž HAT8492399.1 $ HAT8492399 $ HAT6420703.1+ HAT6420703+ HAT6344274.1§ HAT6344274§ HAT4171334.1  HAT4171334  HAT4052191.1*% HAT4052191*% HAS9516566.1Ķ HAS9516566Ķ HAS8246497.1§  HAS8246497§  HAS6615025.1b  HAS6615025b  HAS28932.1hHAS28932h HAS1030591.1]# HAS1030591]# HAS08893.1į"HAS08893į" HAR7369715.1ö HAR7369715ö HAR4359619.1& HAR4359619& HAR4306776.1Ķ HAR4306776Ķ HAR3824072.1Đ HAR3824072Đ HAQ9752200.1Ŧ  HAQ9752200Ŧ  HAQ5294203.1Đ HAQ5294203Đ HAQ04103.1?HAQ04103? HAP8698574.1- HAP8698574- HAP0275886.1ø HAP0275886ø HAO77415.1ļHAO77415ļ HAO16792.1$HAO16792$ HAN73743.1IHAN73743I HAN66834.1HAN66834 HAN2236324.1 HAN2236324 HAN0352225.1& HAN0352225& HAM57133.1īHAM57133ī HAL84546.1cHAL84546c HAL7851047.1h HAL7851047h HAL5964588.1 HAL5964588 HAL0497824.1  HAL0497824  HAJ6883934.1C HAJ6883934C HAJ30683.1HAJ30683 HAJ19792.1åHAJ19792å HAJ13960.1Ũ!HAJ13960Ũ! HAI83337.1”!HAI83337”! HAI0697239.1Ŋ  HAI0697239Ŋ  HAG62657.1~HAG62657~ HAG61063.1įHAG61063į HAG54718.1: HAG54718:  HAG0018107.1Õ HAG0018107Õ HAF83917.1r$HAF83917r$ HAF6482379.1V HAF6482379V HAF54287.1ģHAF54287ģ HAF12758.1ōHAF12758ō HAD16081.1ëHAD16081ë HAC8926176.1Ę HAC8926176Ę HAC47786.1Š!HAC47786Š! HAC44255.1÷HAC44255÷ HAB9632401.1ƒ HAB9632401ƒ HAB35737.1uHAB35737u HAB28525.1îHAB28525î HAB03480.1ŧHAB03480ŧ HAA79725.17HAA797257 HAA59914.1ņHAA59914ņ HAA51207.1“HAA51207“ GMH77683.1˙GMH77683˙ GMH74815.1ĪGMH74815Ī GMH49846.1íGMH49846í GMF22075.1ã GMF22075ã  GMA85510.1ĀGMA85510Ā GLZ61196.1ŋGLZ61196ŋ GLZ33620.1GLZ33620 GLY24463.1m GLY24463m  GLX98417.1~%GLX98417~% GLX88815.1ZGLX88815Z GLW31455.1˜GLW31455˜ GLV83862.1‹GLV83862‹ GLR41095.1—GLR41095— GLO13544.1HGLO13544H GLJ54837.1´GLJ54837´ GLI99474.1GLI99474 GLH03554.1ƒGLH03554ƒ GLG98414.15#GLG984145# GLC83712.1rX†čŌēĻzbL4đØÂĒ”|fN8  ō Ü Ä ° š „ l V > (  ü æ Ō ŧ Ļ Ž x ` L 6  ō Ú Æ ° š ‚ l T > &  ü æ Î ¸   Š r \ D .  č Ō ē Ļ  z b N 8 $  øāʲœ„nV@(úäĖ¸ĸŽxbJ4îØĀŦ–€hR:$ öŪČ°š‚nXB*üæθ Šr\D0ėÖž¨zbL4đØÂĒ–€jR<$öāȲš†pbL8"øäÎē¤ HCB14820.1öHCB14820ö HCB0607732.1 HCB0607732 HCA7191507.1Ü HCA7191507Ü HCA5739398.1d  HCA5739398d  HBZ7417361.1w HBZ7417361w HBZ0881431.1 HBZ0881431 HBY86896.1ØHBY86896Ø HBY6471839.1 HBY6471839 HBY0139633.1˜ HBY0139633˜ HBX8004802.10 HBX80048020 HBX1528262.11  HBX15282621  HBW9511025.1 & HBW9511025 & HBW2970848.1h HBW2970848h HBV8273101.1Ÿ HBV8273101Ÿ HBU6715136.1y HBU6715136y HBU57020.1IHBU57020I HBU4069332.1p HBU4069332p HBT5919638.19 HBT59196389 HBT3283900.1ļ" HBT3283900ļ" HBT3241107.1  HBT3241107  HBS5718813.1ŧ" HBS5718813ŧ" HBS5629917.1A HBS5629917A HBS26035.1HBS26035 HBS1873186.1 HBS1873186 HBS0905846.17  HBS09058467  HBR4968137.1E HBR4968137E HBR2011202.1j HBR2011202j HBR1243745.1œ$ HBR1243745œ$ HBR1104065.1Å HBR1104065Å HBQ61597.1wHBQ61597w HBQ3247549.1ķ HBQ3247549ķ HBP6650873.1ž HBP6650873ž HBP5649656.1L HBP5649656L HBP5520355.1ã HBP5520355ã HBP29295.1HBP29295 HBO82804.14HBO828044 HBO7852577.1 HBO7852577 HBO5091502.1x HBO5091502x HBO4828144.1g  HBO4828144g  HBO3907473.1ƒ& HBO3907473ƒ& HBO1212818.1!& HBO1212818!& HBO0131372.1— HBO0131372— HBN9628875.1‘" HBN9628875‘" HBN08959.1ŊHBN08959Ŋ HBN08375.1ž HBN08375ž  HBN0452499.1} HBN0452499} HBM93052.1ÂHBM93052 HBM7970352.1] HBM7970352] HBM7289758.1Û HBM7289758Û HBM3973915.1E# HBM3973915E# HBL8984898.1n HBL8984898n HBL3458524.1  HBL3458524  HBK1877356.1 HBK1877356 HBK0888477.17 HBK08884777 HBJ80371.1ÔHBJ80371Ô HBJ0687394.1é HBJ0687394é HBH1966141.1- HBH1966141- HBG7982863.1Ņ HBG7982863Ņ HBG17616.1€HBG17616€ HBF6683624.1É HBF6683624É HBF5910189.1s HBF5910189s HBF53378.1ŠHBF53378Š HBE7681505.1 HBE7681505 HBE3137209.1ü HBE3137209ü HBE26957.1pHBE26957p HBE02941.1,HBE02941, HBD3580067.1P HBD3580067P HBC7850765.1 HBC7850765 HBC6813009.1† HBC6813009† HBC43327.1Ø!HBC43327Ø! HBC3664605.1{ HBC3664605{ HBB9152465.1ę HBB9152465ę HBB8861935.1õ HBB8861935õ HBB7853833.1 HBB7853833 HBA9856909.1Í HBA9856909Í HBA6816094.1@ HBA6816094@ HBA5291325.1"  HBA5291325"  HBA4333173.1s# HBA4333173s# HAZ7424284.1† HAZ7424284† HAZ0856238.1Ŗ% HAZ0856238Ŗ% HAY39979.1V!HAY39979V! HAX5007168.1  HAX5007168  HAX2015273.1c"fˆęÔŧ¨’~hR:$ öŪČ°š‚lT>&ø ä Î ¸   Œ v ` H 2   ė Ö ž Ē ” ~ f R < &  ø ā Ę ˛ œ „ p Z F 0   ė Ô ž Ļ  x d N : $  ö â Ė ¸ ĸ Ž x b J 4   ōŪȲš„lXB.îÚÄ°š†p\F2ōŪČ´žŠt`J6  öâĖ¸ĸŽxdN:$úæĐŧĻ’|hR>(ūęÔĀĒ–€lVB,îØÄŽš„pZF0ōÜȲžˆtHHY02707ö HHX25519.1ŋHHX25519ŋ HHW43430.1YHHW43430Y HHV35141.1`"HHV35141`" HHU23657.1˜HHU23657˜ HHT71325.1ūHHT71325ū HHT66172.1ÂHHT66172 HHO76132.1‡HHO76132‡ HHO42668.1áHHO42668á HHJ06374.1?HHJ06374? HHH37178.1~HHH37178~ HHD92264.1īHHD92264ī HHC07960.1ßHHC07960ß HFC54342.1Ž HFC54342Ž  HFC49641.13HFC496413 HFC12574.1MHFC12574M HEY66416.1ôHEY66416ô HEY60602.1ī!HEY60602ī! HEU25100.1NHEU25100N HET19548.1(&HET19548(& HET19539.1…HET19539… HEM46184.1ĘHEM46184Ę HED33315.1vHED33315v HEC61404.1´HEC61404´ HEB56095.1~ HEB56095~  HDZ79728.1É#HDZ79728É# HDZ72415.1YHDZ72415Y HDZ48353.1HDZ48353 HDQ08114.1ˇ!HDQ08114ˇ! HDO82225.1HDO82225 HDK38158.1ÅHDK38158Å HDI11217.1ģHDI11217ģ HDH03041.1P%HDH03041P% HDC92778.1…"HDC92778…" HCZ13020.1HCZ13020 HCY01371.1ŌHCY01371Ō HCW85392.1M#HCW85392M# HCW55486.15 HCW554865  HCT61068.1Ę HCT61068Ę  HCT31040.1NHCT31040N HCT06136.1ã HCT06136ã  HCS32205.1$HCS32205$ HCP62665.1gHCP62665g HCN8461219.1é HCN8461219é HCN7845163.1Į  HCN7845163Į  HCN71343.1‰HCN71343‰ HCN70936.1üHCN70936ü HCM9096811.1õ HCM9096811õ HCL9643688.1ö HCL9643688ö HCL36615.1tHCL36615t HCL05707.1&HCL05707& HCK66187.1X&HCK66187X& HCJ9518601.1é  HCJ9518601é  HCJ45190.1žHCJ45190ž HCI94645.13HCI946453 HCI6016418.1Ĩ HCI6016418Ĩ HCI4632030.1` HCI4632030` HCI3868538.1é  HCI3868538é  HCI3789247.1ˇ HCI3789247ˇ HCI22783.1~ HCI22783~  HCI08118.1NHCI08118N HCH8663031.1 HCH8663031 HCH2726488.1?  HCH2726488?  HCH0658035.1# HCH0658035# HCG9411603.1î HCG9411603î HCG88012.1Ā!HCG88012Ā! HCG2498768.1!  HCG2498768!  HCF98070.1ØHCF98070Ø HCF6759084.1¨ HCF6759084¨ HCF4435603.1G HCF4435603G HCF2977864.1w HCF2977864w HCE7955950.1 HCE7955950 HCE77318.1z HCE77318z  HCE7036204.1Ö HCE7036204Ö HCE70276.1‹HCE70276‹ HCE5956952.1U HCE5956952U HCE5900341.1Ņ HCE5900341Ņ HCE3964987.1Å HCE3964987Å HCD4651973.1­ HCD4651973­ HCD3539350.1! HCD3539350! HCD1954593.1Ā HCD1954593Ā HCD1810260.1ņ HCD1810260ņ HCD1639688.1õ HCD1639688õ HCD14621.1˙HCD14621˙ HCC04630.1ŸHCC04630Ÿ HCB1767023.1Ā HCB1767023Ā HCB14820.1öb†ėÖÂŦ˜‚nXD.đÚÆ°œ†r\H2ô Ū Ę ´   Š v ` L 6 " ø â Î ¸ ¤ Ž z d P : &  ü æ Ō ŧ ¨ ’ ~ h T > *  ę Ö Ā Ŧ – ‚ l X B .   î Ú Ä ° š † p \ F 2   ōŪČ´žˆpZB,ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†n KAE9445077.1É KAE9445077É KAE9407684.1į KAE9407684į KAE9373439.1Ī KAE9373439Ī KAE9107042.11 KAE91070421 KAE8933980.1K KAE8933980K KAE8908303.1\ KAE8908303\ KAE8876596.1& KAE8876596& KAE8834307.1B KAE8834307B KAE8802158.1 KAE8802158 KAE8683921.1ũ% KAE8683921ũ% KAE8355151.1' KAE8355151' KAE8354616.1ģ$ KAE8354616ģ$ KAE8322051.1Ė$ KAE8322051Ė$ KAB7776415.1Ķ KAB7776415Ķ KAB4839568.1@ KAB4839568@ KAB2885888.1N KAB2885888N KAB2860347.1+ KAB2860347+ KAB2838176.1*  KAB2838176*  KAB2647529.1) KAB2647529) KAB2615394.1`  KAB2615394`  KAB2088711.1Ļ KAB2088711Ļ KAB1930676.1Ė! KAB1930676Ė! KAB1283136.1f KAB1283136f KAB0382747.1Ũ KAB0382747Ũ KAB0360174.1‰ KAB0360174‰ KAA8693182.1‡  KAA8693182‡  KAA6389633.1}  KAA6389633}  KAA3630074.1  KAA3630074  KAA3621416.1â& KAA3621416â& KAA3459801.1 KAA3459801 KAA1446899.1 KAA1446899 KAA1286543.1ü$ KAA1286543ü$ KAA1094631.1ī KAA1094631ī KAA0785577.1ø# KAA0785577ø# KAA0555231.1m$ KAA0555231m$ KAA0234643.1 KAA0234643 KAA0177341.1Ô KAA0177341Ô KAA0114277.1Š$ KAA0114277Š$ KAA0015115.1Ž  KAA0015115Ž  KAA0009614.1U  KAA0009614U  HJF55539.1e HJF55539e  HJE11106.1U HJE11106U  HJE10580.18HJE105808 HJD49103.1fHJD49103f HJD11223.1%HJD11223% HJC81763.1HJC81763 HJC43196.1GHJC43196G HJC40183.1ö HJC40183ö  HIZ96099.1ˆHIZ96099ˆ HIZ23242.1HIZ23242 HIZ21956.1ĒHIZ21956Ē HIZ10317.1HIZ10317 HIX59898.1a HIX59898a  HIV94128.1‰&HIV94128‰& HIU98185.1Ö$HIU98185Ö$ HIT09367.1 HIT09367  HIS66173.1H$HIS66173H$ HIS55495.1ęHIS55495ę HIS46075.1b HIS46075b  HIS27960.1$HIS27960$ HIR98957.1ēHIR98957ē HIR95098.1HIR95098 HIR73384.1á#HIR73384á# HIR66791.1§HIR66791§ HIR39763.1Ŗ HIR39763Ŗ  HIR19825.1` HIR19825`  HIP46790.1U HIP46790U  HIP02283.1‚%HIP02283‚% HIO39972.1ã#HIO39972ã# HIN08122.1u HIN08122u  HIM51057.1cHIM51057c HII98403.19#HII984039# HIH60710.1FHIH60710F HIH01984.1@HIH01984@ HIG96475.1ōHIG96475ō HIG56173.1AHIG56173A HIG02706.1@HIG02706@ HIE21596.1@ HIE21596@  HIE16764.1ĄHIE16764Ą HID24809.1 HID24809  HIA56122.1T!HIA56122T! HIA35646.18HIA356468 HHZ84751.1n HHZ84751n  HHY51372.1HHY51372 HHY02707.1öHHY02707öTrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ KAF6037074.1n KAF6037074n KAF6036899.1 KAF6036899 KAF5967767.1Š KAF5967767Š KAF5949235.1Á! KAF5949235Á! KAF5898047.1i KAF5898047i KAF5807084.1˜ KAF5807084˜ KAF5772005.1ę  KAF5772005ę  KAF5705428.1ė KAF5705428ė KAF5693711.1ë KAF5693711ë KAF5671546.1s  KAF5671546s  KAF5548980.1ō  KAF5548980ō  KAF5437455.1 KAF5437455 KAF5411244.1°  KAF5411244°  KAF5344437.1ƒ KAF5344437ƒ KAF5321974.1s KAF5321974s KAF5197921.1Ú% KAF5197921Ú% KAF5192947.1S  KAF5192947S  KAF5116816.1Đ  KAF5116816Đ  KAF5115699.1§ KAF5115699§ KAF4998971.1>  KAF4998971>  KAF4995643.1 KAF4995643 KAF4755575.1c  KAF4755575c  KAF4728781.1 KAF4728781 KAF4611166.1 KAF4611166 KAF4593247.1á KAF4593247á KAF4465142.1W# KAF4465142W# KAF4336989.1{ KAF4336989{ KAF4306879.1å KAF4306879å KAF4018288.1‚ KAF4018288‚ KAF3789931.1Ë# KAF3789931Ë# KAF3694195.1‚ KAF3694195‚ KAF3668984.1$ KAF3668984$ KAF3628212.1ĩ KAF3628212ĩ KAF3601053.1{ KAF3601053{ KAF3493633.1 KAF3493633 KAF3385475.1 KAF3385475 KAF3356825.1“ KAF3356825“ KAF3210067.1' KAF3210067' KAF3190632.1B$ KAF3190632B$ KAF3180666.1b KAF3180666b KAF3157345.1P KAF3157345P KAF3069499.1? KAF3069499? KAF3016851.1š KAF3016851š KAF2999697.1Ô# KAF2999697Ô# KAF2994395.1) KAF2994395) KAF2888908.1‰ KAF2888908‰ KAF2871612.1Œ  KAF2871612Œ  KAF2864190.1 KAF2864190 KAF2778654.1¸ KAF2778654¸ KAF2725148.18 KAF27251488 KAF2670900.1e KAF2670900e KAF2637112.1 KAF2637112 KAF2592864.1Ŧ" KAF2592864Ŧ" KAF2590612.1* KAF2590612* KAF2570897.1Ä KAF2570897Ä KAF2420586.1Ø KAF2420586Ø KAF2317565.1} KAF2317565} KAF2218229.1Ü% KAF2218229Ü% KAF1947782.1Ŧ KAF1947782Ŧ KAF1884135.1ŧ KAF1884135ŧ KAF1839740.1i KAF1839740i KAF1792308.1O  KAF1792308O  KAF1788175.1Ŗ KAF1788175Ŗ KAF1787790.1ā  KAF1787790ā  KAF1538674.1ˇ  KAF1538674ˇ  KAF1483258.1Á KAF1483258Á KAF1039360.1 KAF1039360 KAF1017786.1Œ KAF1017786Œ KAF0905729.1Ø KAF0905729Ø KAF0880495.1: KAF0880495: KAF0756529.1@ KAF0756529@ KAF0721509.1  KAF0721509  KAF0554084.1; KAF0554084; KAF0292372.1h KAF0292372h KAF0259695.1  KAF0259695  KAE9963299.1E  KAE9963299E  KAE9803106.1p! KAE9803106p! KAE9687153.1u KAE9687153u KAE9611124.1Û KAE9611124Û KAE9534034.1J KAE9534034J KAE9450885.1‚ KAE9450885‚ KAE9445077.1ÉTrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZøâ KAG5560933.1S  KAG5560933S  KAG5478439.1 KAG5478439 KAG5313265.1â KAG5313265â KAG5276208.1• KAG5276208• KAG5001697.1ö KAG5001697ö KAG4938299.1Į KAG4938299Į KAG4104878.1 KAG4104878 KAG4074423.1P KAG4074423P KAG3033979.1ė  KAG3033979ė  KAG3014872.1Ė" KAG3014872Ė" KAG3000577.1^ KAG3000577^ KAG2929087.1Z  KAG2929087Z  KAG2753283.1Ü KAG2753283Ü KAG2712649.1K KAG2712649K KAG2356287.1m KAG2356287m KAG2346037.1€ KAG2346037€ KAG2343201.1à KAG2343201à KAG2309455.1´  KAG2309455´  KAG2288705.1ģ KAG2288705ģ KAG2061513.1Ņ KAG2061513Ņ KAG2053605.1p KAG2053605p KAG1843883.1s KAG1843883s KAG1839801.1Å KAG1839801Å KAG1799066.1Ķ KAG1799066Ķ KAG1677749.1ä  KAG1677749ä  KAG1662457.1§ KAG1662457§ KAG1590416.1Ę KAG1590416Ę KAG1464501.1â KAG1464501â KAG1302368.1ŧ KAG1302368ŧ KAG1144813.1´  KAG1144813´  KAG0922869.1¸& KAG0922869¸& KAG0881289.1L KAG0881289L KAG0597131.1° KAG0597131° KAG0363719.1  KAG0363719  KAG0237649.1& KAG0237649& KAG0196869.1 KAG0196869 KAG0047764.1p  KAG0047764p  KAG0031507.1” KAG0031507” KAF9974715.1e KAF9974715e KAF9922452.1" KAF9922452" KAF9682501.1ģ% KAF9682501ģ% KAF9463056.1ž  KAF9463056ž  KAF9450340.19$ KAF94503409$ KAF9432903.1ā KAF9432903ā KAF9419545.1/ KAF9419545/ KAF9308882.1X  KAF9308882X  KAF9248384.1T KAF9248384T KAF9194863.1 KAF9194863 KAF9171043.1`& KAF9171043`& KAF9145485.1ē KAF9145485ē KAF9116737.1Q! KAF9116737Q! KAF9101968.1 KAF9101968 KAF9095505.1´ KAF9095505´ KAF9035758.1Ŗ KAF9035758Ŗ KAF9021604.12  KAF90216042  KAF8953894.1!# KAF8953894!# KAF8917914.1? KAF8917914? KAF8902954.1î KAF8902954î KAF8901107.1F KAF8901107F KAF8844043.1Ö KAF8844043Ö KAF8820068.1  KAF8820068  KAF8533701.16 KAF85337016 KAF8288686.1 KAF8288686 KAF8153477.1 KAF8153477 KAF8141928.1  KAF8141928  KAF8011165.1æ KAF8011165æ KAF7985745.1x KAF7985745x KAF7869901.1ā  KAF7869901ā  KAF7818313.1 KAF7818313 KAF7644169.1|! KAF7644169|! KAF7261528.1## KAF7261528## KAF7255154.1+ KAF7255154+ KAF6802222.1O KAF6802222O KAF6757059.1­  KAF6757059­  KAF6751692.1ē KAF6751692ē KAF6750975.1Š& KAF6750975Š& KAF6360286.10 KAF63602860 KAF6355230.1, KAF6355230, KAF6315484.19 KAF63154849 KAF6257731.1ƒ KAF6257731ƒ KAF6089756.1  KAF6089756  KAF6037074.1nTrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ KAH7671712.1‘ KAH7671712‘ KAH7576347.1| KAH7576347| KAH7548383.1ˇ KAH7548383ˇ KAH7489251.1â  KAH7489251â  KAH7420042.1b KAH7420042b KAH7371872.1 KAH7371872 KAH7333078.1÷# KAH7333078÷# KAH7290269.1r KAH7290269r KAH7262805.1ķ  KAH7262805ķ  KAH7252800.1ü KAH7252800ü KAH7160752.1˙ KAH7160752˙ KAH7111090.1z KAH7111090z KAH7009790.1ų  KAH7009790ų  KAH6984898.1" KAH6984898" KAH6611424.1I KAH6611424I KAH6575376.1Ļ KAH6575376Ļ KAH3876125.1; KAH3876125; KAH3699581.1M KAH3699581M KAH3670308.1 KAH3670308 KAH0956195.1“ KAH0956195“ KAH0848936.1Ž KAH0848936Ž KAH0679671.1_% KAH0679671_% KAH0673584.1Õ KAH0673584Õ KAH0642104.1t  KAH0642104t  KAH0561149.1™ KAH0561149™ KAH0455857.1k KAH0455857k KAH0130274.1Ô KAH0130274Ô KAH0091028.1  KAH0091028  KAG9648608.1x KAG9648608x KAG9509822.1Ģ KAG9509822Ģ KAG9404442.1û KAG9404442û KAG9339452.1ĸ KAG9339452ĸ KAG9317532.1 KAG9317532 KAG9297605.1Õ KAG9297605Õ KAG9291817.1Ö KAG9291817Ö KAG9273239.1! KAG9273239! KAG9223390.1Y KAG9223390Y KAG9084682.1u KAG9084682u KAG9043128.1o KAG9043128o KAG8833708.1R KAG8833708R KAG8816705.1Ö  KAG8816705Ö  KAG8587293.1˛! KAG8587293˛! KAG8539342.1x  KAG8539342x  KAG8520114.1% KAG8520114% KAG8379083.1ž KAG8379083ž KAG8246189.1Í$ KAG8246189Í$ KAG8195189.1U# KAG8195189U# KAG8015916.1ī KAG8015916ī KAG7812337.1ŋ KAG7812337ŋ KAG7602925.1æ KAG7602925æ KAG7553039.1)  KAG7553039)  KAG7534354.1ž KAG7534354ž KAG7462864.1Ŋ KAG7462864Ŋ KAG7462827.1O& KAG7462827O& KAG7345309.1  KAG7345309  KAG7283570.1j KAG7283570j KAG7278336.1" KAG7278336" KAG7243800.1đ KAG7243800đ KAG7202115.1Ŧ KAG7202115Ŧ KAG7197246.1  KAG7197246  KAG7164393.1: KAG7164393: KAG7153436.1´ KAG7153436´ KAG7131021.1A KAG7131021A KAG7034489.1: KAG7034489: KAG6815834.1š! KAG6815834š! KAG6788279.1x  KAG6788279x  KAG6786554.1Ĩ  KAG6786554Ĩ  KAG6786301.1H  KAG6786301H  KAG6471244.1n KAG6471244n KAG6242063.1 KAG6242063 KAG6208320.1Õ KAG6208320Õ KAG6055499.1k KAG6055499k KAG6025013.1 KAG6025013 KAG5994228.1& KAG5994228& KAG5959692.1| KAG5959692| KAG5815829.14 KAG58158294 KAG5775718.1` KAG5775718` KAG5713212.1 KAG5713212 KAG5702777.1 KAG5702777 KAG5639171.1<  KAG5639171<  KAG5628805.1S$ KAG5628805S$ KAG5560933.1S TrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ KAI5251673.1ƒ KAI5251673ƒ KAI5237214.1A KAI5237214A KAI5128402.1­ KAI5128402­ KAI5122644.1Ŧ KAI5122644Ŧ KAI5076688.1Ē KAI5076688Ē KAI5005557.1  KAI5005557  KAI4951926.1ƒ KAI4951926ƒ KAI4882225.1 KAI4882225 KAI4867710.1 KAI4867710 KAI4790364.1B KAI4790364B KAI4536634.1 KAI4536634 KAI4518191.1  KAI4518191  KAI4475370.1 ' KAI4475370 ' KAI4297075.1Ô KAI4297075Ô KAI4261063.1ė KAI4261063ė KAI4090501.1h  KAI4090501h  KAI3927707.1% KAI3927707% KAI3869934.1V KAI3869934V KAI3849778.1# KAI3849778# KAI3679517.1“ KAI3679517“ KAI3473816.1ü KAI3473816ü KAI3416446.1@  KAI3416446@  KAI2867803.1n KAI2867803n KAI2569442.1}  KAI2569442}  KAI2507414.1ĩ KAI2507414ĩ KAI2467201.1 KAI2467201 KAI2062789.1g! KAI2062789g! KAI1815548.1 KAI1815548 KAI1725697.1Ķ  KAI1725697Ķ  KAI1570405.1† KAI1570405† KAI1498309.17 KAI14983097 KAI1395879.1´ KAI1395879´ KAI1377204.1o  KAI1377204o  KAI1368854.1L KAI1368854L KAI1358894.1ļ  KAI1358894ļ  KAI1294496.1U KAI1294496U KAI1260235.1} KAI1260235} KAI1138495.1Ģ KAI1138495Ģ KAI1055415.1Ø KAI1055415Ø KAI1051942.1à KAI1051942à KAI0987017.1 KAI0987017 KAI0815695.1€# KAI0815695€# KAI0643035.1k KAI0643035k KAI0494562.1{ KAI0494562{ KAI0308946.1Y KAI0308946Y KAI0154282.1Ģ KAI0154282Ģ KAI0095213.1: KAI0095213: KAI0064471.1  KAI0064471  KAI0008979.1 KAI0008979 KAH9956814.1Š KAH9956814Š KAH9898930.1o KAH9898930o KAH9897695.1" KAH9897695" KAH9773659.1 KAH9773659 KAH9744176.1ū KAH9744176ū KAH9572460.1m KAH9572460m KAH9439214.1, KAH9439214, KAH9403806.1ķ KAH9403806ķ KAH9316303.1ß KAH9316303ß KAH9272690.1' KAH9272690' KAH9162276.1 KAH9162276 KAH9082671.1* KAH9082671* KAH9016734.10 KAH90167340 KAH8986285.1Å$ KAH8986285Å$ KAH8980086.1ö KAH8980086ö KAH8979981.1\  KAH8979981\  KAH8969015.1ö! KAH8969015ö! KAH8830836.1Å KAH8830836Å KAH8780162.1ä KAH8780162ä KAH8674414.1Ģ KAH8674414Ģ KAH8586608.1Ü$ KAH8586608Ü$ KAH8394604.1ė  KAH8394604ė  KAH8333868.1j! KAH8333868j! KAH8277827.1i KAH8277827i KAH8103951.1Á KAH8103951Á KAH8074532.1@ KAH8074532@ KAH8057076.1n# KAH8057076n# KAH7980918.1g KAH7980918g KAH7904576.1Ļ KAH7904576Ļ KAH7858561.1ã KAH7858561ã KAH7819128.1Œ KAH7819128Œ KAH7714125.1& KAH7714125& KAH7671712.1‘TrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ KAJ1283197.1Į  KAJ1283197Į  KAJ1174213.1Ŗ KAJ1174213Ŗ KAJ1022640.1Õ  KAJ1022640Õ  KAJ0963891.1­ KAJ0963891­ KAJ0960782.1Ž  KAJ0960782Ž  KAJ0864938.1"  KAJ0864938"  KAJ0798837.1å  KAJ0798837å  KAJ0788155.1Y KAJ0788155Y KAJ0689199.1Ú  KAJ0689199Ú  KAJ0483518.1ƒ KAJ0483518ƒ KAJ0452418.1h KAJ0452418h KAJ0414039.1Õ KAJ0414039Õ KAJ0315765.1z KAJ0315765z KAJ0250772.1ŧ KAJ0250772ŧ KAJ0239815.1T KAJ0239815T KAJ0179631.1 KAJ0179631 KAJ0024505.1ķ KAJ0024505ķ KAI9912466.1´ KAI9912466´ KAI9888532.1h KAI9888532h KAI9878467.16 KAI98784676 KAI9774712.1v KAI9774712v KAI9713296.1  KAI9713296  KAI9631590.1÷ KAI9631590÷ KAI9597310.1  KAI9597310  KAI9565065.1" KAI9565065" KAI9530097.1f KAI9530097f KAI9522339.1Ü KAI9522339Ü KAI9362949.1% KAI9362949% KAI9354912.1œ KAI9354912œ KAI9244788.1ž KAI9244788ž KAI9244300.1  KAI9244300  KAI9233655.1ŧ KAI9233655ŧ KAI9193803.1f  KAI9193803f  KAI9191373.17 KAI91913737 KAI9181093.1% KAI9181093% KAI9164099.1Ą KAI9164099Ą KAI9087862.1ī KAI9087862ī KAI9082639.1 KAI9082639 KAI9022896.1˙ KAI9022896˙ KAI8972608.1ų KAI8972608ų KAI8964031.1 KAI8964031 KAI8889105.1Ũ& KAI8889105Ũ& KAI8838875.1ø  KAI8838875ø  KAI8723523.1°  KAI8723523°  KAI8690655.1 KAI8690655 KAI8633010.1V" KAI8633010V" KAI8594425.1”" KAI8594425”" KAI8569196.1…$ KAI8569196…$ KAI8504475.1Ũ KAI8504475Ũ KAI8478671.1 $ KAI8478671 $ KAI8393114.1w KAI8393114w KAI8373711.1 KAI8373711 KAI8118081.1C KAI8118081C KAI7728447.1˛ KAI7728447˛ KAI7727618.1   KAI7727618   KAI7478392.1™ KAI7478392™ KAI7428497.1D KAI7428497D KAI7371949.1û KAI7371949û KAI7091816.1é KAI7091816é KAI6876782.1­ KAI6876782­ KAI6876023.1Ļ KAI6876023Ļ KAI6857291.1‰ KAI6857291‰ KAI6823133.1à KAI6823133à KAI6772462.1)# KAI6772462)# KAI6705356.1– KAI6705356– KAI6685811.1  KAI6685811  KAI6203333.1  KAI6203333  KAI6080770.12 KAI60807702 KAI6047342.1z KAI6047342z KAI6019239.1M KAI6019239M KAI5947122.1  KAI5947122  KAI5804476.1ė% KAI5804476ė% KAI5750574.1C KAI5750574C KAI5749163.1 KAI5749163 KAI5724218.1!" KAI5724218!" KAI5657497.1z KAI5657497z KAI5618353.1ã KAI5618353ã KAI5402274.1 KAI5402274 KAI5383356.1 KAI5383356 KAI5358731.1+ KAI5358731+ KAI5289156.1Ņ KAI5289156Ņ KAI5251673.1ƒTrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ KAJ6253787.1w  KAJ6253787w  KAJ6236901.1õ KAJ6236901õ KAJ6059888.1Ŗ KAJ6059888Ŗ KAJ5991093.1Z KAJ5991093Z KAJ5985703.1I KAJ5985703I KAJ5976390.1á KAJ5976390á KAJ5879340.1  KAJ5879340  KAJ5748900.1 KAJ5748900 KAJ5673421.1  KAJ5673421  KAJ5614194.1€ KAJ5614194€ KAJ5544544.1" KAJ5544544" KAJ5463595.1• KAJ5463595• KAJ5249775.1¨ KAJ5249775¨ KAJ5238469.1į KAJ5238469į KAJ5220196.1$ KAJ5220196$ KAJ5168969.1y KAJ5168969y KAJ5112313.1°% KAJ5112313°% KAJ5060329.1ļ KAJ5060329ļ KAJ5056431.1Š KAJ5056431Š KAJ4994524.1Ą KAJ4994524Ą KAJ4922108.1"  KAJ4922108"  KAJ4828317.1ī KAJ4828317ī KAJ4794342.1Ņ KAJ4794342Ņ KAJ4753967.1 KAJ4753967 KAJ4533602.1N& KAJ4533602N& KAJ4458169.1š KAJ4458169š KAJ4394429.1 KAJ4394429 KAJ4375381.1t KAJ4375381t KAJ4310611.1ë KAJ4310611ë KAJ4213304.1ų KAJ4213304ų KAJ4013743.1Ĩ KAJ4013743Ĩ KAJ3986273.1ņ KAJ3986273ņ KAJ3920833.1V  KAJ3920833V  KAJ3918428.1 % KAJ3918428 % KAJ3865263.1 KAJ3865263 KAJ3738999.16% KAJ37389996% KAJ3691906.1, KAJ3691906, KAJ3654337.1 KAJ3654337 KAJ3641143.1Z KAJ3641143Z KAJ3564783.1U  KAJ3564783U  KAJ3544539.1Ã# KAJ3544539Ã# KAJ3519417.1Õ  KAJ3519417Õ  KAJ3501609.1t KAJ3501609t KAJ3490879.1  KAJ3490879  KAJ3469091.1ū KAJ3469091ū KAJ3382075.1Õ KAJ3382075Õ KAJ3327837.1x KAJ3327837x KAJ3308761.1 KAJ3308761 KAJ3286973.1I KAJ3286973I KAJ3193491.1  KAJ3193491  KAJ3160366.1{  KAJ3160366{  KAJ2823714.1ĩ KAJ2823714ĩ KAJ2820567.1C KAJ2820567C KAJ2681556.1 $ KAJ2681556 $ KAJ2660037.1y KAJ2660037y KAJ2633851.1Í KAJ2633851Í KAJ2593889.1H  KAJ2593889H  KAJ2336672.1“ KAJ2336672“ KAJ2335352.1"% KAJ2335352"% KAJ2306899.1û& KAJ2306899û& KAJ2277403.1w KAJ2277403w KAJ2272836.1• KAJ2272836• KAJ2188950.1Ä KAJ2188950Ä KAJ2160981.1“% KAJ2160981“% KAJ2160675.1ĩ KAJ2160675ĩ KAJ2141250.1¸ KAJ2141250¸ KAJ2127656.1æ KAJ2127656æ KAJ2074960.1 KAJ2074960 KAJ1958754.1c KAJ1958754c KAJ1924652.17 KAJ19246527 KAJ1923473.1G# KAJ1923473G# KAJ1918571.1! KAJ1918571! KAJ1832792.1/ KAJ1832792/ KAJ1633120.17 KAJ16331207 KAJ1619151.1î KAJ1619151î KAJ1535693.1„ KAJ1535693„ KAJ1529594.1ß  KAJ1529594ß  KAJ1492758.1ŋ KAJ1492758ŋ KAJ1466945.1Ũ KAJ1466945Ũ KAJ1449837.1é KAJ1449837é KAJ1419147.1h KAJ1419147h KAJ1283197.1Į ^včŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbKHC51086S KGS11954.1•KGS11954• KGQ91714.1īKGQ91714ī KGO32348.1UKGO32348U KGI55490.1;KGI55490; KFZ09473.1™ KFZ09473™  KFY78659.1Ņ KFY78659Ņ  KFX48203.1ģ#KFX48203ģ# KFV95086.1ÄKFV95086Ä KFU90592.1iKFU90592i KFR16735.1Ę$KFR16735Ę$ KFQ97446.1ŊKFQ97446Ŋ KFP63770.1žKFP63770ž KFP60608.1– KFP60608–  KFP59321.1UKFP59321U KFP55735.1EKFP55735E KFO63955.1KFO63955 KFK25655.1÷KFK25655÷ KFG62183.1!KFG62183! KFF47610.1KFF47610 KFD50394.1KFD50394 KEP75282.1ƒKEP75282ƒ KEH41285.1ÚKEH41285Ú KDZ18439.1V KDZ18439V  KDT27382.1 KDT27382  KDR18051.1J KDR18051J  KDQ61317.1e"KDQ61317e" KDF42894.1đKDF42894đ KDB51534.1'KDB51534' KCN41050.1KCN41050 KAK48091.1ąKAK48091ą KAJ9499981.1Å KAJ9499981Å KAJ9397508.13 KAJ93975083 KAJ9293589.1ø KAJ9293589ø KAJ9247365.1ö KAJ9247365ö KAJ9220763.1_ KAJ9220763_ KAJ9212931.1Ģ KAJ9212931Ģ KAJ8938828.1ē  KAJ8938828ē  KAJ8911168.1ķ KAJ8911168ķ KAJ8763828.1  KAJ8763828  KAJ8704128.1”  KAJ8704128”  KAJ8673388.1ë KAJ8673388ë KAJ8608448.1Ž KAJ8608448Ž KAJ8599810.1: KAJ8599810: KAJ8530820.1˙ KAJ8530820˙ KAJ8525108.1Ž KAJ8525108Ž KAJ8488862.1Ī KAJ8488862Ī KAJ8438905.1/  KAJ8438905/  KAJ8398543.1c KAJ8398543c KAJ8358812.1˜ KAJ8358812˜ KAJ8059477.1d! KAJ8059477d! KAJ8033891.1ĩ KAJ8033891ĩ KAJ7966218.1F KAJ7966218F KAJ7903702.1ŋ KAJ7903702ŋ KAJ7901288.1/ KAJ7901288/ KAJ7821411.1f KAJ7821411f KAJ7819277.1ž  KAJ7819277ž  KAJ7773233.1Ũ KAJ7773233Ũ KAJ7726226.1ë KAJ7726226ë KAJ7660540.1 KAJ7660540 KAJ7618075.10& KAJ76180750& KAJ7545197.1]  KAJ7545197]  KAJ7494177.1Å KAJ7494177Å KAJ7469048.1Å KAJ7469048Å KAJ7413400.1: KAJ7413400: KAJ7390332.1a KAJ7390332a KAJ7369304.1÷ KAJ7369304÷ KAJ7349597.12# KAJ73495972# KAJ7197949.1w KAJ7197949w KAJ7170950.1Ë KAJ7170950Ë KAJ7092692.1Á KAJ7092692Á KAJ7029618.1´ KAJ7029618´ KAJ6994162.1# KAJ6994162# KAJ6942832.1l KAJ6942832l KAJ6888161.1ŋ KAJ6888161ŋ KAJ6827980.1ģ KAJ6827980ģ KAJ6801625.1ų  KAJ6801625ų  KAJ6728134.1 KAJ6728134 KAJ6676972.1` KAJ6676972` KAJ6549303.1`% KAJ6549303`% KAJ6491222.1t& KAJ6491222t& KAJ6490484.1„  KAJ6490484„  KAJ6471610.1Ģ KAJ6471610Ģ KAJ6336236.1Ę KAJ6336236Ę KAJ6253787.1w pėÖÂŦ˜‚nXD.đÚÆ°œ†r\H2ô Ū Ę ´   Š v ` L 6 " ø â Î ¸ ¤ Ž z d P : &  ü æ Ō ŧ ¨ ’ ~ h T > *  ę Ö Ā Ŧ – ‚ l X B .   î Ú Ä ° š † p \ F 2   ōŪČ´žŠt`J6  öâĖ¸ĸŽxdN:$úæĐŧĻ’|hR>(ūęÔĀĒ–€lVB,îØÄŽš„pZF0ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ| KAKWZ83306  KWO58748.1ŋ"KWO58748ŋ" KWD88427.1ÎKWD88427Î KVQ00241.1^KVQ00241^ KVN34631.1q KVN34631q  KVK44743.1cKVK44743c KUO65278.1ÃKUO65278à KUK66960.1ˇKUK66960ˇ KUI47647.1KUI47647 KTC18574.1Ū!KTC18574Ū! KST94193.1MKST94193M KRZ86866.1Ô$KRZ86866Ô$ KRX90811.19KRX908119 KRX15989.1ŗKRX15989ŗ KRN01502.1- KRN01502-  KRM25387.1 KRM25387  KRL72956.1ÜKRL72956Ü KRL50971.15KRL509715 KRF62093.1ˆ#KRF62093ˆ# KQP70604.1ôKQP70604ô KQO71000.1^KQO71000^ KQO44758.1k KQO44758k  KQN49849.1KQN49849 KQM27662.1 KQM27662  KQC11686.1:KQC11686: KQB14740.1gKQB14740g KPX96424.1 KPX96424  KPU83403.1KPU83403 KPQ18226.1UKPQ18226U KPP66050.1ÍKPP66050Í KPM41539.1œKPM41539œ KPL24525.1Į$KPL24525Į$ KPK79043.1=KPK79043= KPK46604.1AKPK46604A KPA62791.19"KPA627919" KOV87872.1Ę KOV87872Ę  KOV59425.1KOV59425 KOU48934.1iKOU48934i KOS38468.1KOS38468 KOR85988.1§ KOR85988§  KOR84431.1KOR84431 KOO34710.1ÖKOO34710Ö KON47367.1ū$KON47367ū$ KNZ61865.1‡KNZ61865‡ KNZ32786.14KNZ327864 KNY10996.1ŅKNY10996Ņ KNE87310.1é#KNE87310é# KNE54577.1 KNE54577  KNA07336.1ë KNA07336ë  KMZ99658.1  KMZ99658   KMZ56706.1•KMZ56706• KMT17181.1ļKMT17181ļ KMQ95473.1KMQ95473 KMN52907.1÷%KMN52907÷% KMK70211.1‡KMK70211‡ KLR59865.1ŠKLR59865Š KLL12075.1UKLL12075U KLA07975.1–KLA07975– KKU62290.1mKKU62290m KKU20154.1–$KKU20154–$ KKT74736.1KKT74736 KKT69527.1ˆKKT69527ˆ KKT55671.1^ KKT55671^  KKQ77718.1KKQ77718 KKQ50904.1&KKQ50904& KKQ17530.1ŖKKQ17530Ŗ KKP93192.1$KKP93192$ KKP40103.1đKKP40103đ KKB97741.1…%KKB97741…% KKA06871.1Æ KKA06871Æ  KJZ73525.1ÉKJZ73525É KJY45691.1KJY45691 KJV99157.1ĐKJV99157Đ KJS71365.1ČKJS71365Č KJS39335.1öKJS39335ö KJS37244.1{KJS37244{ KJS09633.19 KJS096339  KJF42781.1ŗKJF42781ŗ KIY45866.1Ž$KIY45866Ž$ KIX64119.1æKIX64119æ KIR59352.1æKIR59352æ KIO14952.1bKIO14952b KIJ42589.1+KIJ42589+ KIJ40064.1äKIJ40064ä KIH61449.1KIH61449 KIE57707.1/KIE57707/ KIA87593.1$KIA87593$ KHO46355.1ņKHO46355ņ KHC51086.1SKHC51086SdŠėÖÂŦ˜‚nXD.đÚÆ°œ†r\H2ô Ū Ę ´   Š v ` L 6 " ø â Î ¸ ¤ Ž z d P : &  ü æ Ō ŧ ¨ ’ ~ h T > *  ę Ö Ā Ŧ – ‚ l X B .   î Ú Ä ° š † p \ F 2   ōŪČ´žŠt`J6  öâĖ¸ĸŽxbJ4îØĀĒ’|dN6 ōÚÄŦ–~hP:" ôŪÆ°˜‚jT<&øāʲœ„nV@(úäĖļžˆpZB,ūæиĸŠt MBB1654724O MBB1053783.1ę MBB1053783ę MBA8802464.1[$ MBA8802464[$ MBA8666914.1š  MBA8666914š  MBA4865741.1" MBA4865741" MBA4289549.1™ MBA4289549™ MBA4269667.1Ë MBA4269667Ë MBA4060735.1 MBA4060735 MBA3914538.1, MBA3914538, MBA3725210.1ũ MBA3725210ũ MBA3614174.1û MBA3614174û MBA3609961.1Ŗ MBA3609961Ŗ MBA3497606.1×  MBA3497606×  MBA3472522.1Á  MBA3472522Á  MBA3364572.1m MBA3364572m MBA3289554.1R MBA3289554R MBA3038663.1  MBA3038663  MBA3031770.1X MBA3031770X MBA2782760.1  MBA2782760  MBA2742690.1V MBA2742690V MBA2687082.1Ĩ MBA2687082Ĩ MBA2651112.1â MBA2651112â MBA2554676.1  MBA2554676  MBA2544012.1F  MBA2544012F  MBA2536487.1g MBA2536487g MBA2522987.1m MBA2522987m MBA2496669.1Ą MBA2496669Ą MBA2447626.1z" MBA2447626z" MBA2391527.1ŋ! MBA2391527ŋ! MBA0681195.1­ MBA0681195­ MBA0628892.1b MBA0628892b MBA0617731.1Æ MBA0617731Æ MBA0553791.1Ē MBA0553791Ē MBA0549662.1$ MBA0549662$ MAZ13301.1 %MAZ13301 % MAX51409.1ú!MAX51409ú! MAW35414.1įMAW35414į MAV59409.1âMAV59409â MAU73077.1@&MAU73077@& MAT93460.1MAT93460 MAT61701.1x%MAT61701x% MAT55784.1ę#MAT55784ę# MAS51861.1 &MAS51861 & MAS03180.1„MAS03180„ MAR88726.1>MAR88726> MAR11490.1CMAR11490C MAQ92282.1õMAQ92282õ MAQ88009.1MAQ88009 MAO00220.1ôMAO00220ô MAN53906.1ĘMAN53906Ę MAL04956.1ĢMAL04956Ģ MAJ92374.1—MAJ92374— MAJ71254.1zMAJ71254z MAJ59213.1rMAJ59213r MAJ56944.1!MAJ56944! MAI76755.1áMAI76755á MAH46576.1NMAH46576N MAH35553.1.&MAH35553.& MAG44064.1ĖMAG44064Ė MAG40972.1K MAG40972K  MAF21094.1ÚMAF21094Ú MAF07216.1žMAF07216ž MAD76787.1XMAD76787X MAD47294.1 MAD47294  MAC18593.1$MAC18593$ MAB27215.1Ô MAB27215Ô  MAA73247.18 MAA732478  KZW99196.1&KZW99196& KZV16312.1€KZV16312€ KZV11597.1ã&KZV11597ã& KZT58963.1ÂKZT58963 KZS76886.1’KZS76886’ KZS73167.1eKZS73167e KZD01260.1ŨKZD01260Ũ KZC14685.1îKZC14685î KYP14137.1rKYP14137r KYG00847.1‡ KYG00847‡  KYF44507.1ī KYF44507ī  KXZ65002.1xKXZ65002x KXU92672.1įKXU92672į KXN72221.1éKXN72221é KXK57030.1¨%KXK57030¨% KXK44331.1ß KXK44331ß  KXK41164.1_ KXK41164_  KXH55701.1KXH55701 KWZ83306.1 KWZ83306  T~ęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧ¨’|dN6" öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZD,ūčĐēĸŒt`J4îØĀĒ’|dN6 ōÚÄŦ–~hŒxbN8$úä MBE0479857§  MBE0362647.10 MBE03626470 MBD9700330.1  MBD9700330  MBD9532752.1į MBD9532752į MBD9190508.1š" MBD9190508š" MBD9057797.1Í MBD9057797Í MBD8963934.1=  MBD8963934=  MBD8931956.1 MBD8931956 MBD8915742.1 MBD8915742 MBD8893743.1ĸ MBD8893743ĸ MBD7990178.1ž  MBD7990178ž  MBD58399.1šMBD58399š MBD5657753.1M MBD5657753M MBD5558909.1p MBD5558909p MBD5551606.1! MBD5551606! MBD5437993.1å MBD5437993å MBD5426059.1Û MBD5426059Û MBD5394228.1Z  MBD5394228Z  MBD5361948.1Ū MBD5361948Ū MBD5306941.1ė MBD5306941ė MBD5174823.1J MBD5174823J MBD5168133.1ä MBD5168133ä MBD5153813.1} MBD5153813} MBD5086961.1û  MBD5086961û  MBD3769330.1U  MBD3769330U  MBD3702988.1 MBD3702988 MBD3641221.1  MBD3641221  MBD3627516.1L MBD3627516L MBD3418876.1U% MBD3418876U% MBD3373279.1 MBD3373279 MBD2210658.1G MBD2210658G MBD2210269.1’ MBD2210269’ MBD20513.1˜MBD20513˜ MBD1933857.1‘ MBD1933857‘ MBD1815385.1V MBD1815385V MBC99785.1°MBC99785° MBC9954836.1 MBC9954836 MBC9216850.1O MBC9216850O MBC8384723.1Č MBC8384723Č MBC8378821.1d MBC8378821d MBC8287102.1œ! MBC8287102œ! MBC8266069.1Ž MBC8266069Ž MBC8203931.1! MBC8203931! MBC8192126.1 MBC8192126 MBC8149950.1™ MBC8149950™ MBC7977454.1ī  MBC7977454ī  MBC7935646.1Ø MBC7935646Ø MBC7879491.1ƒ MBC7879491ƒ MBC7757407.1Š MBC7757407Š MBC7569412.1† MBC7569412† MBC7494677.1L% MBC7494677L% MBC7426139.1ė MBC7426139ė MBC7406653.1Ļ MBC7406653Ļ MBC7326981.1 MBC7326981 MBC7309192.1Ē  MBC7309192Ē  MBC7140825.1¨ MBC7140825¨ MBC7097666.1ž MBC7097666ž MBC6481257.1D  MBC6481257D  MBC5824559.1V MBC5824559V MBC2704089.1r MBC2704089r MBC2695466.1  MBC2695466  MBC2353926.1Ņ  MBC2353926Ņ  MBB8005642.1a MBB8005642a MBB7523286.1ä MBB7523286ä MBB7170543.1X MBB7170543X MBB6433666.1^ MBB6433666^ MBB4862510.1n MBB4862510n MBB4856459.1ļ  MBB4856459ļ  MBB4747289.1Ž MBB4747289Ž MBB4616026.1 MBB4616026 MBB4243944.1Ŗ MBB4243944Ŗ MBB3097508.1 MBB3097508 MBB3050407.1F& MBB3050407F& MBB3008158.1 MBB3008158 MBB2902420.1 MBB2902420 MBB2134936.1  MBB2134936  MBB2072367.1] MBB2072367] MBB1804587.1t MBB1804587t MBB1728438.1Ī MBB1728438Ī MBB1667778.1  MBB1667778  MBB1664612.1 MBB1664612 MBB1654724.1O MBB1654724O!VtęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | h R < $  ö â Ė ļ ž ˆ p \ F 0   ę Ô ŧ Ļ Ž x ` J 2   î Ö Ā ¨ ’ z d L 6   đ Ú Â Ŧ ” ~ f P 8 " ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\D.čŌē¤Œv^J4đØÂĒ–€jR<$öāȲš„lV>(úâθĸŠt\ūæ MBF2983383.1 MBF2983383 MBF2759673.1} MBF2759673} MBF22348.1ø"MBF22348ø" MBF2073911.1+ MBF2073911+ MBF2036494.1§ MBF2036494§ MBF2027262.1M MBF2027262M MBF1583063.1j MBF1583063j MBF1375496.1— MBF1375496— MBF1369421.1o MBF1369421o MBF1354756.1 MBF1354756 MBF1231925.1’ MBF1231925’ MBF1224416.1 MBF1224416 MBF11761.1iMBF11761i MBF1128433.1Ô MBF1128433Ô MBF0987109.1_ MBF0987109_ MBF0865514.1× MBF0865514× MBF06337.1?MBF06337? MBF0570872.17 MBF05708727 MBF0362390.1-  MBF0362390-  MBF0357294.1W MBF0357294W MBF0278962.1 MBF0278962 MBF0266635.1 MBF0266635 MBF0248932.1¯# MBF0248932¯# MBF0233644.1Ļ MBF0233644Ļ MBF0221393.1Ö MBF0221393Ö MBF0143407.1´ MBF0143407´ MBF0107908.1  MBF0107908  MBE9640947.1… MBE9640947… MBE9483558.1ü MBE9483558ü MBE9467362.1‘ MBE9467362‘ MBE8398245.1‘ MBE8398245‘ MBE8222136.1Q MBE8222136Q MBE7554905.1• MBE7554905• MBE7487601.1~ MBE7487601~ MBE7370368.1ˆ% MBE7370368ˆ% MBE7218062.1{ MBE7218062{ MBE7174334.1 MBE7174334 MBE7001547.1k MBE7001547k MBE6900854.1ø MBE6900854ø MBE6890073.1 MBE6890073 MBE6889650.1" MBE6889650" MBE6835980.1ķ MBE6835980ķ MBE6812365.1Ö MBE6812365Ö MBE6787267.1$ MBE6787267$ MBE6713534.1  MBE6713534  MBE6702431.1ˇ MBE6702431ˇ MBE6688122.1œ  MBE6688122œ  MBE6649515.1b  MBE6649515b  MBE6491651.1 MBE6491651 MBE6457252.1ã MBE6457252ã MBE6455882.1Ú# MBE6455882Ú# MBE6348968.1ú MBE6348968ú MBE6344311.1H MBE6344311H MBE6306819.1^ MBE6306819^ MBE6257848.1  MBE6257848  MBE6211131.1M MBE6211131M MBE6142085.1š MBE6142085š MBE6139600.1v MBE6139600v MBE5853476.1ģ MBE5853476ģ MBE5737882.1  MBE5737882  MBE5709430.1 MBE5709430 MBE56502.1rMBE56502r MBE4717433.1ą MBE4717433ą MBE4386870.1K MBE4386870K MBE42757.1 MBE42757  MBE3671043.1 MBE3671043 MBE3595273.1! MBE3595273! MBE35268.1ĒMBE35268Ē MBE3121179.19 MBE31211799 MBE3116889.1 MBE3116889 MBE3049203.1ŋ MBE3049203ŋ MBE2253919.1T MBE2253919T MBE1549930.1ē  MBE1549930ē  MBE1296527.1 MBE1296527 MBE1289959.1“ MBE1289959“ MBE0669914.1÷ MBE0669914÷ MBE0660081.1É MBE0660081É MBE0607625.1û MBE0607625û MBE0577924.1Ę MBE0577924Ę MBE0512446.1;  MBE0512446;  MBE0500203.1= MBE0500203= MBE0479857.1§  MBE0479857§ "VnčŌē¤Œv^J4đØÂĒ”|fN8  ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T @ *  ü č Ō ŧ ¤ Ž v ` H 2   ė Ö ž Ē ” ~ f P 8 " ô Ü Æ Ž ˜ € j R < $  öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\D.čŌē¤Œv^H0ėÔžĻxbJ4îØĀĒ’|dN6 ōÚÆ°š‚lT>&øâĘ´œ†nX MBI4806480ã MBI4773680.1M MBI4773680M MBI4678329.1‡ MBI4678329‡ MBI4606629.1ū  MBI4606629ū  MBI4599533.1Ũ MBI4599533Ũ MBI4448201.1(  MBI4448201(  MBI4382429.1ä MBI4382429ä MBI4300015.1÷  MBI4300015÷  MBI41622.1áMBI41622á MBI3948044.1e! MBI3948044e! MBI3947524.1W MBI3947524W MBI3868575.1  MBI3868575  MBI3778926.1Ÿ  MBI3778926Ÿ  MBI3668312.1Ā  MBI3668312Ā  MBI3617399.1—% MBI3617399—% MBI3461834.1ā MBI3461834ā MBI3448467.1 MBI3448467 MBI3290135.1! MBI3290135! MBI3214161.1ä% MBI3214161ä% MBI3145102.1 MBI3145102 MBI3118824.1õ MBI3118824õ MBI3058450.1ß MBI3058450ß MBI2925684.1 MBI2925684 MBI2691306.1D MBI2691306D MBI2682423.1ŧ MBI2682423ŧ MBI2666778.1ˇ MBI2666778ˇ MBI2651826.1Ë MBI2651826Ë MBI2621122.1– MBI2621122– MBI2528438.1€ MBI2528438€ MBI2506024.1 MBI2506024 MBI2416798.1 MBI2416798 MBI2200351.1&$ MBI2200351&$ MBI2153585.1ī MBI2153585ī MBI2152769.1Y! MBI2152769Y! MBI2147080.1á MBI2147080á MBI2114665.1@  MBI2114665@  MBI2083107.1Q MBI2083107Q MBI1992098.1  MBI1992098  MBI1884116.1ģ MBI1884116ģ MBI1874593.1  MBI1874593  MBI1797961.1Ģ MBI1797961Ģ MBI1736306.1C MBI1736306C MBI1424129.1{ MBI1424129{ MBI1418116.1($ MBI1418116($ MBI1386726.1l! MBI1386726l! MBI1382466.1â$ MBI1382466â$ MBI1328179.1Ž MBI1328179Ž MBI1210064.1Ž  MBI1210064Ž  MBI1189702.1œ MBI1189702œ MBI0841908.1_ MBI0841908_ MBI0103662.1Ū MBI0103662Ū MBH8634352.1 MBH8634352 MBH39527.1Č!MBH39527Č! MBH2908027.1 MBH2908027 MBH2016034.1ž MBH2016034ž MBH1832495.1v MBH1832495v MBH0193692.1s MBH0193692s MBH0176532.1ß% MBH0176532ß% MBG9445742.1; MBG9445742; MBG91959.1ŧMBG91959ŧ MBG8612140.1ø  MBG8612140ø  MBG83645.18MBG836458 MBG6814041.1¯ MBG6814041¯ MBG6436126.1õ$ MBG6436126õ$ MBG6287041.1‰ MBG6287041‰ MBG6268407.11 MBG62684071 MBG6071015.1Ā  MBG6071015Ā  MBG5741623.1‡# MBG5741623‡# MBG4760275.1ß MBG4760275ß MBG4742902.1k$ MBG4742902k$ MBG4284514.1 MBG4284514 MBG0749417.1–& MBG0749417–& MBF9039534.1{  MBF9039534{  MBF8983114.1 MBF8983114 MBF8300261.1ã MBF8300261ã MBF8294570.1é MBF8294570é MBF8281865.1R MBF8281865R MBF7068745.1& MBF7068745& MBF66593.1šMBF66593š MBF6603381.1Q MBF6603381Q MBF6594441.1< MBF6594441< MBF3543544.1Ī MBF3543544Ī MBF2983383.1#TzęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T @ *  ę Ō ŧ ¤ Ž v ` H 2   ė Ö ž ¨  z b L 4   đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZD,ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zd\ MBK8070034 MBK8012537.1˛ MBK8012537˛ MBK7937165.1 MBK7937165 MBK7906023.1ú MBK7906023ú MBK7837454.1' MBK7837454' MBK7823216.1x MBK7823216x MBK7771335.1ķ MBK7771335ķ MBK7764469.1q MBK7764469q MBK7761530.1Ŧ! MBK7761530Ŧ! MBK7750076.1 MBK7750076 MBK7636756.1ô MBK7636756ô MBK7557264.1õ MBK7557264õ MBK7529683.1¤ MBK7529683¤ MBK7503626.1= MBK7503626= MBK7412786.1  MBK7412786  MBK7384228.1D MBK7384228D MBK7190470.1œ& MBK7190470œ& MBK7140969.1ę MBK7140969ę MBK7087525.1š MBK7087525š MBK7076265.17 MBK70762657 MBK6983032.1#  MBK6983032#  MBK6870374.1ģ MBK6870374ģ MBK6833697.1@  MBK6833697@  MBK6770753.1 MBK6770753 MBK6756051.1› MBK6756051› MBK6751737.1 MBK6751737 MBK6724754.1@ MBK6724754@ MBK6659833.1› MBK6659833› MBK6594401.1< MBK6594401< MBK6580699.1ü MBK6580699ü MBK6509184.17 MBK65091847 MBK6411085.1" MBK6411085" MBK6342078.1 MBK6342078 MBK6290503.1 MBK6290503 MBK6277277.1­ MBK6277277­ MBK6276192.1>& MBK6276192>& MBK6016805.1 $ MBK6016805 $ MBK5571697.1n MBK5571697n MBK5261536.12% MBK52615362% MBK5104727.1š MBK5104727š MBK4335994.1a MBK4335994a MBK3737236.1  MBK3737236  MBK3574312.1á MBK3574312á MBK0846266.1e MBK0846266e MBJ9940918.1č MBJ9940918č MBJ9849823.1,& MBJ9849823,& MBJ7531026.1( MBJ7531026( MBJ7506254.1Ō MBJ7506254Ō MBJ7292067.1Û  MBJ7292067Û  MBJ7287465.1Ą% MBJ7287465Ą% MBJ7265026.1× MBJ7265026× MBJ6738874.1¯$ MBJ6738874¯$ MBJ4905015.1W MBJ4905015W MBJ4904885.1ŧ MBJ4904885ŧ MBJ14675.1#MBJ14675# MBJ08097.1ĀMBJ08097Ā MBI9043002.1“ MBI9043002“ MBI9015564.1¨ MBI9015564¨ MBI6809448.1V  MBI6809448V  MBI6149093.1q MBI6149093q MBI5966481.1e MBI5966481e MBI5835246.1ā# MBI5835246ā# MBI5809191.1 MBI5809191 MBI5799565.1Æ MBI5799565Æ MBI5683150.1Ô MBI5683150Ô MBI5677341.1Z MBI5677341Z MBI5477481.1Ú MBI5477481Ú MBI5438416.1ō MBI5438416ō MBI5413544.1G MBI5413544G MBI5405531.11 MBI54055311 MBI5333464.1! MBI5333464! MBI5294613.1R  MBI5294613R  MBI5212085.1­ MBI5212085­ MBI5162857.1” MBI5162857” MBI5098096.1  MBI5098096  MBI5007102.1i MBI5007102i MBI5003436.1  MBI5003436  MBI4966856.1/ MBI4966856/ MBI4905271.1y MBI4905271y MBI4878028.1}  MBI4878028}  MBI4875790.1Œ MBI4875790Œ MBI4806480.1ã MBI4806480ã$T‚ęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ ˆ r \ D .  č Ô ž ¨  z b L 4   đØÂĒ”|fN8  ōÜÄ°š„lV>(úâĖ´ž†pXB*üæθ Šr\D.čŌē¤Œv^J4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lX MBL8103469› MBL8041865.1  MBL8041865  MBL8001378.1` MBL8001378` MBL7906248.1ˆ MBL7906248ˆ MBL7855430.13  MBL78554303  MBL7809501.1; MBL7809501; MBL7795363.1f MBL7795363f MBL7790458.1 MBL7790458 MBL7763785.1v% MBL7763785v% MBL7752135.1Ž MBL7752135Ž MBL7732834.16 MBL77328346 MBL7722360.1~ MBL7722360~ MBL7705960.1¯ MBL7705960¯ MBL7689759.1Z MBL7689759Z MBL7183650.1š MBL7183650š MBL7151874.17 MBL71518747 MBL68646.1¤MBL68646¤ MBL6847974.1đ! MBL6847974đ! MBL6807531.1™ MBL6807531™ MBL6756473.1ë MBL6756473ë MBL6727407.1Ä MBL6727407Ä MBL6710595.1Ü  MBL6710595Ü  MBL6706528.1ę MBL6706528ę MBL6635315.1] MBL6635315] MBL6625757.1ļ MBL6625757ļ MBL6607133.1Ŋ MBL6607133Ŋ MBL4910304.1t MBL4910304t MBL4853947.1í MBL4853947í MBL4825303.19  MBL48253039  MBL4798178.13  MBL47981783  MBL4744408.1¨ MBL4744408¨ MBL4661703.1s MBL4661703s MBL4581517.1Ŋ MBL4581517Ŋ MBL4542294.1â MBL4542294â MBL1816365.1Ž MBL1816365Ž MBL14507.1ÖMBL14507Ö MBL1417270.1]! MBL1417270]! MBL1405656.1é MBL1405656é MBL1320270.1  MBL1320270  MBL1272346.1[ MBL1272346[ MBL1150364.1X MBL1150364X MBL1147659.1Đ  MBL1147659Đ  MBL1120007.1[ MBL1120007[ MBL0967454.1 $ MBL0967454 $ MBL0929646.1 MBL0929646 MBL0848796.1F MBL0848796F MBL0720829.1Ō MBL0720829Ō MBL04873.1MBL04873 MBL0280791.1õ MBL0280791õ MBL0273084.1b  MBL0273084b  MBL0255244.1! MBL0255244! MBL02020.1ÚMBL02020Ú MBL0183169.1õ MBL0183169õ MBL0091585.1x  MBL0091585x  MBL0087235.1• MBL0087235• MBL0081532.1ī% MBL0081532ī% MBK9974619.1‚ MBK9974619‚ MBK9653437.1 MBK9653437 MBK9391165.1m MBK9391165m MBK9356005.1‡ MBK9356005‡ MBK9228460.1j MBK9228460j MBK9183427.1ō MBK9183427ō MBK9137892.1j  MBK9137892j  MBK9065949.1v MBK9065949v MBK9059381.1D" MBK9059381D" MBK9009608.1D MBK9009608D MBK8986217.1W MBK8986217W MBK8955603.1… MBK8955603… MBK8904706.1€ MBK8904706€ MBK8805244.1Û# MBK8805244Û# MBK8752367.1  MBK8752367  MBK8687530.1B  MBK8687530B  MBK8637870.1Š& MBK8637870Š& MBK8529220.1p MBK8529220p MBK8449583.1\ MBK8449583\ MBK8423602.1Ü MBK8423602Ü MBK8382708.1Ô  MBK8382708Ô  MBK8326393.1¤ MBK8326393¤ MBK8168045.1ž  MBK8168045ž  MBK8142594.1™ MBK8142594™ MBK8100495.1} MBK8100495} MBK8070034.1 MBK8070034%TręŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\ MBN3879913Ú MBN3769952.1J MBN3769952J MBN3744368.1Đ MBN3744368Đ MBN3324024.1p MBN3324024p MBN2775557.1ķ  MBN2775557ķ  MBN2762177.1Ŋ& MBN2762177Ŋ& MBN2697970.1  MBN2697970  MBN2689333.1" MBN2689333" MBN2666786.1s MBN2666786s MBN2660390.1ņ MBN2660390ņ MBN2427654.1æ MBN2427654æ MBN2408678.1Ž MBN2408678Ž MBN2399180.1" MBN2399180" MBN2371430.1 MBN2371430 MBN2341313.1ß MBN2341313ß MBN2220243.1. MBN2220243. MBN2192743.1f  MBN2192743f  MBN2132609.16 MBN21326096 MBN2090897.1ė MBN2090897ė MBN2027958.1ä MBN2027958ä MBN2020480.1Õ MBN2020480Õ MBN1977789.1– MBN1977789– MBN1882318.1˜ MBN1882318˜ MBN1854849.1ō  MBN1854849ō  MBN1819552.1# MBN1819552# MBN1799017.1[ MBN1799017[ MBN1793755.1* MBN1793755* MBN1762539.1p  MBN1762539p  MBN1756127.1M MBN1756127M MBN1566249.1å# MBN1566249å# MBN1558293.1 MBN1558293 MBN1491997.1¤" MBN1491997¤" MBN1275370.1Å MBN1275370Å MBN1266236.1˛ MBN1266236˛ MBN1246547.1Ņ  MBN1246547Ņ  MBN1187923.1Ą MBN1187923Ą MBN1157556.1ũ MBN1157556ũ MBN1133474.1ô MBN1133474ô MBN0056136.1   MBN0056136   MBM7494038.1Ø MBM7494038Ø MBM7125960.15 MBM71259605 MBM6691367.1Ā MBM6691367Ā MBM6667216.1° MBM6667216° MBM5817467.1č% MBM5817467č% MBM4836391.1? MBM4836391? MBM4386043.1f! MBM4386043f! MBM4374951.18# MBM43749518# MBM4292280.18 MBM42922808 MBM4261824.1A MBM4261824A MBM4091591.1u MBM4091591u MBM4075151.1g MBM4075151g MBM4059513.1S MBM4059513S MBM4010536.1  MBM4010536  MBM3993664.1ŋ MBM3993664ŋ MBM3990268.1Û MBM3990268Û MBM3947147.1ã MBM3947147ã MBM3933481.1 MBM3933481 MBM3921745.1ą# MBM3921745ą# MBM3780037.1ß MBM3780037ß MBM3767188.1< MBM3767188< MBM3701396.1f MBM3701396f MBM3534697.1Ŗ  MBM3534697Ŗ  MBM3499926.1.  MBM3499926.  MBM3366565.1D  MBM3366565D  MBM3322720.1ô  MBM3322720ô  MBM3303016.1đ$ MBM3303016đ$ MBM3258402.1E MBM3258402E MBM3222384.1æ MBM3222384æ MBM3211208.1ņ MBM3211208ņ MBM3210814.1E MBM3210814E MBM3160744.1! MBM3160744! MBM2811997.1Ú  MBM2811997Ú  MBL9135845.1] MBL9135845] MBL9113742.1† MBL9113742† MBL8834799.1˛# MBL8834799˛# MBL8820230.1é  MBL8820230é  MBL8777518.1Í MBL8777518Í MBL8770704.1, MBL8770704, MBL8757583.1 MBL8757583 MBL8638832.1ˇ MBL8638832ˇ MBL8169415.1§ MBL8169415§ MBL8103469.1› MBL8103469›&TvęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâθĸŠt\F.ęŌŧ¤Žv` MBO7602558l MBO7597869.1S MBO7597869S MBO7559822.1ˆ" MBO7559822ˆ" MBO7492856.1Y& MBO7492856Y& MBO7366298.1Ũ MBO7366298Ũ MBO7265633.1ē MBO7265633ē MBO7137251.1î MBO7137251î MBO7120934.1Ë MBO7120934Ë MBO68682.1SMBO68682S MBO6858759.1î MBO6858759î MBO6826978.1" MBO6826978" MBO6554759.1Ž! MBO6554759Ž! MBO6153462.1  MBO6153462  MBO6087363.1U MBO6087363U MBO6078463.1k MBO6078463k MBO6057326.12 MBO60573262 MBO5962796.1Í MBO5962796Í MBO5946342.1u MBO5946342u MBO5932171.1” MBO5932171” MBO5908692.1Á  MBO5908692Á  MBO5878101.1„ MBO5878101„ MBO5874131.1 MBO5874131 MBO5857838.1% MBO5857838% MBO5721020.1Ų  MBO5721020Ų  MBO5696496.1_" MBO5696496_" MBO5601840.1ŋ MBO5601840ŋ MBO5545990.1\ MBO5545990\ MBO5433620.1Æ MBO5433620Æ MBO5360769.1+# MBO5360769+# MBO5336885.1í MBO5336885í MBO5287652.1 MBO5287652 MBO5205168.1A  MBO5205168A  MBO5162475.1¯  MBO5162475¯  MBO5118622.1ß MBO5118622ß MBO5098538.1Ļ MBO5098538Ļ MBO5037501.1Ō% MBO5037501Ō% MBO4925134.1! MBO4925134! MBO4859232.1c MBO4859232c MBO4855552.1ü" MBO4855552ü" MBO4823235.1û# MBO4823235û# MBO4748034.1  MBO4748034  MBO4522510.1  MBO4522510  MBO4463486.1C MBO4463486C MBO4463451.1Ŋ MBO4463451Ŋ MBO4309439.1g# MBO4309439g# MBO4168293.1Ô MBO4168293Ô MBO2482901.1™  MBO2482901™  MBO1682517.1  MBO1682517  MBO1529847.1N MBO1529847N MBO1518138.1´& MBO1518138´& MBO1089156.1k  MBO1089156k  MBO0787136.1) MBO0787136) MBO0734013.1` MBO0734013` MBO0691049.1™ MBO0691049™ MBO0657491.1  MBO0657491  MBN9625832.1E  MBN9625832E  MBN9560624.1 MBN9560624 MBN9534694.1Í" MBN9534694Í" MBN9390566.1ė MBN9390566ė MBN9383861.1à  MBN9383861à  MBN9324306.1." MBN9324306." MBN9169301.1w  MBN9169301w  MBN9117024.1É MBN9117024É MBN8919778.1Ī  MBN8919778Ī  MBN8912970.1 MBN8912970 MBN8894000.1 MBN8894000 MBN8831519.1ņ MBN8831519ņ MBN8715319.1D  MBN8715319D  MBN8606766.1Ü MBN8606766Ü MBN8536342.1Š MBN8536342Š MBN8497621.1›$ MBN8497621›$ MBN8458701.1Ŗ MBN8458701Ŗ MBN6104449.1]" MBN6104449]" MBN4480386.1~$ MBN4480386~$ MBN4384494.1" MBN4384494" MBN4382193.1„ MBN4382193„ MBN4358138.1C  MBN4358138C  MBN4326111.1Ą MBN4326111Ą MBN4303450.1ô MBN4303450ô MBN4261164.1đ MBN4261164đ MBN4200190.1: MBN4200190: MBN3879913.1Ú MBN3879913Ú'TvęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z F 0   ėÔžĻxbJ4îØĀĒ’|dN6 ōÚÄŦ–~hP:" ôŪÆ°˜‚jT<&øāʲœ„nV@(úäĖļžˆpZB,ūæиĸŠt\F.ęŌŧ¤Žv` MBP8196496Í MBP8049567.1, MBP8049567, MBP8039875.1Ę MBP8039875Ę MBP7989505.1 MBP7989505 MBP7948257.1$ MBP7948257$ MBP7829117.1a MBP7829117a MBP7794228.1Ų! MBP7794228Ų! MBP7746105.1ŧ MBP7746105ŧ MBP7634095.10 MBP76340950 MBP7222158.1÷ MBP7222158÷ MBP7140479.1å" MBP7140479å" MBP7130798.1 MBP7130798 MBP7096418.1Ę" MBP7096418Ę" MBP7061284.1 MBP7061284 MBP7023394.1Ä# MBP7023394Ä# MBP6972346.1L MBP6972346L MBP6873711.1Ŗ! MBP6873711Ŗ! MBP6854588.1 MBP6854588 MBP6786080.1° MBP6786080° MBP6785762.1K MBP6785762K MBP6728875.1š MBP6728875š MBP6544771.1 MBP6544771 MBP6505074.1’ MBP6505074’ MBP6400846.1ū! MBP6400846ū! MBP6375542.1Š  MBP6375542Š  MBP6361937.1Ė MBP6361937Ė MBP6311895.1ö MBP6311895ö MBP6132529.1Ĩ MBP6132529Ĩ MBP6049275.1U! MBP6049275U! MBP6015992.1o MBP6015992o MBP5726154.1 MBP5726154 MBP5709003.1ü  MBP5709003ü  MBP5665134.1_ MBP5665134_ MBP5538497.1„ MBP5538497„ MBP5531704.1Ũ MBP5531704Ũ MBP5405476.19 MBP54054769 MBP3694442.1$ MBP3694442$ MBP3623608.1ė$ MBP3623608ė$ MBP3534615.1} MBP3534615} MBP3518143.1s MBP3518143s MBP3509218.1] MBP3509218] MBP3450714.1d  MBP3450714d  MBP3425637.16  MBP34256376  MBP3421135.1(  MBP3421135(  MBP33715.1{%MBP33715{% MBP3290446.1E MBP3290446E MBP3287665.1ā" MBP3287665ā" MBP3258987.12 MBP32589872 MBP2355331.1 MBP2355331 MBP2329018.1Ē MBP2329018Ē MBP2236311.1¯ MBP2236311¯ MBP1876254.1~  MBP1876254~  MBP1765367.1¯ MBP1765367¯ MBP1762081.1ö MBP1762081ö MBP1746912.1: MBP1746912: MBP1672140.1Õ& MBP1672140Õ& MBP1602824.1ē MBP1602824ē MBP1550239.1 MBP1550239 MBP1530348.1Ė MBP1530348Ė MBP1327478.10 MBP13274780 MBP1312051.1î MBP1312051î MBP0955672.1˜% MBP0955672˜% MBP0444593.1É! MBP0444593É! MBO9999515.1J" MBO9999515J" MBO9629596.1 MBO9629596 MBO9514898.1 " MBO9514898 " MBO9347542.1Ą# MBO9347542Ą# MBO9310472.1B MBO9310472B MBO8485404.1¤ MBO8485404¤ MBO8466917.1` MBO8466917` MBO8233644.1˙ MBO8233644˙ MBO8197404.1b MBO8197404b MBO8166298.1  MBO8166298  MBO8159537.1ū MBO8159537ū MBO7941816.1á" MBO7941816á" MBO7740928.1ž MBO7740928ž MBO7734838.1 MBO7734838 MBO7728038.1¯" MBO7728038¯" MBO7707210.1¨ MBO7707210¨ MBO7690464.1G  MBO7690464G  MBO7633581.1k MBO7633581k MBO7602558.1l MBO7602558l(TręŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\ MBQ4426944Í  MBQ4411698.1î  MBQ4411698î  MBQ4383193.1  MBQ4383193  MBQ4139225.1ē MBQ4139225ē MBQ3976808.1ß  MBQ3976808ß  MBQ3958696.1g MBQ3958696g MBQ3906581.1†! MBQ3906581†! MBQ3867797.1Š MBQ3867797Š MBQ3864274.1K! MBQ3864274K! MBQ3742794.1\ MBQ3742794\ MBQ3726282.1Ä MBQ3726282Ä MBQ3724833.1ę MBQ3724833ę MBQ3573680.1Á MBQ3573680Á MBQ3498542.1' MBQ3498542' MBQ3470868.1 ! MBQ3470868 ! MBQ3459675.1~ MBQ3459675~ MBQ3420014.1J MBQ3420014J MBQ3380675.1ž MBQ3380675ž MBQ3321785.1ø  MBQ3321785ø  MBQ3226584.1~ MBQ3226584~ MBQ3156222.1û MBQ3156222û MBQ3129991.1T MBQ3129991T MBQ3104376.1 MBQ3104376 MBQ3049129.1ø MBQ3049129ø MBQ2990925.1ķ MBQ2990925ķ MBQ2895174.1$ MBQ2895174$ MBQ2865526.1‚$ MBQ2865526‚$ MBQ2810184.1ã MBQ2810184ã MBQ2777352.1~# MBQ2777352~# MBQ2719788.1ę MBQ2719788ę MBQ2688679.1Ō MBQ2688679Ō MBQ2640849.1ų MBQ2640849ų MBQ2587741.1â MBQ2587741â MBQ2559410.1!$ MBQ2559410!$ MBQ2465495.1Ô MBQ2465495Ô MBQ2444858.1ŧ MBQ2444858ŧ MBQ2432233.1 MBQ2432233 MBQ2346567.1V& MBQ2346567V& MBQ2344446.1 MBQ2344446 MBQ2317532.1T& MBQ2317532T& MBQ2198584.1 MBQ2198584 MBQ2193282.1ę MBQ2193282ę MBQ2085260.1 MBQ2085260 MBQ2017527.1Ķ MBQ2017527Ķ MBQ1990346.1˙! MBQ1990346˙! MBQ1897904.1đ MBQ1897904đ MBQ1868746.1ũ MBQ1868746ũ MBQ1823017.1 MBQ1823017 MBQ1771956.1g MBQ1771956g MBQ1765196.1 MBQ1765196 MBQ1746349.1]% MBQ1746349]% MBQ1653514.1{ MBQ1653514{ MBQ1583517.1í MBQ1583517í MBQ1564907.1 MBQ1564907 MBQ1540263.1’ MBQ1540263’ MBQ1405588.1à MBQ1405588à MBQ1404818.1u MBQ1404818u MBQ1311177.1 MBQ1311177 MBQ1306452.1V  MBQ1306452V  MBQ1271561.1Ē MBQ1271561Ē MBQ1196899.1“ MBQ1196899“ MBQ1183295.1à MBQ1183295à MBQ0119857.10 MBQ01198570 MBQ0056002.1<& MBQ0056002<& MBQ0048698.1‰  MBQ0048698‰  MBQ0033687.15  MBQ00336875  MBP9926316.1° MBP9926316° MBP9771519.1y MBP9771519y MBP9767803.1[  MBP9767803[  MBP9713953.18 MBP97139538 MBP9706914.1æ& MBP9706914æ& MBP9134796.1¤  MBP9134796¤  MBP9134320.1  MBP9134320  MBP8960789.13 MBP89607893 MBP8846809.1 MBP8846809 MBP8762091.1' MBP8762091' MBP8741618.1ų MBP8741618ų MBP8718427.1Á MBP8718427Á MBP8613265.1€ MBP8613265€ MBP8298997.1Ø& MBP8298997Ø& MBP8225438.1A MBP8225438A MBP8196496.1Í MBP8196496Í)TzęŌŧ¤Žv`H2đÚÂŦ”~fP8" ô Ü Æ Ž ˜ € j R < $  ö ā Č ˛ š „ l V > (  ú â Ė ´ ž † p X B *  ü æ Î ē ¤ Ž v ` H 2   ė Ö ž ¨  z b L 4   đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZD,ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zd MBQ9456987 MBQ9329940.1à MBQ9329940à MBQ9299122.1N MBQ9299122N MBQ9146327.1­ MBQ9146327­ MBQ9047503.1i MBQ9047503i MBQ8989682.16  MBQ89896826  MBQ8958073.1™ MBQ8958073™ MBQ8778157.1N MBQ8778157N MBQ8743106.1  MBQ8743106  MBQ8711066.1v MBQ8711066v MBQ8641985.1™ MBQ8641985™ MBQ8462807.1ņ MBQ8462807ņ MBQ8460137.1ž MBQ8460137ž MBQ8417539.1č MBQ8417539č MBQ8412219.1]  MBQ8412219]  MBQ8356560.1b  MBQ8356560b  MBQ8348910.1;% MBQ8348910;% MBQ8297564.1 MBQ8297564 MBQ8283265.1!! MBQ8283265!! MBQ8238565.1M MBQ8238565M MBQ8156531.1~! MBQ8156531~! MBQ8064675.1‰ MBQ8064675‰ MBQ8003389.1… MBQ8003389… MBQ7987638.1# MBQ7987638# MBQ7978512.1e MBQ7978512e MBQ7949870.1Û MBQ7949870Û MBQ7943218.1 MBQ7943218 MBQ7930482.1ë MBQ7930482ë MBQ7856432.1^ MBQ7856432^ MBQ7809358.1‡  MBQ7809358‡  MBQ7792117.1Ī# MBQ7792117Ī# MBQ7769568.1Æ MBQ7769568Æ MBQ7754763.1•% MBQ7754763•% MBQ7739147.1Ž# MBQ7739147Ž# MBQ7713804.1$ MBQ7713804$ MBQ7693256.1ų MBQ7693256ų MBQ7631188.1 ' MBQ7631188 ' MBQ7587638.1š MBQ7587638š MBQ7518453.1# MBQ7518453# MBQ7514694.19 MBQ75146949 MBQ7424709.1ō MBQ7424709ō MBQ7389792.1`  MBQ7389792`  MBQ7354351.1& MBQ7354351& MBQ7329863.1 MBQ7329863 MBQ7326660.1Ž% MBQ7326660Ž% MBQ7293051.1o MBQ7293051o MBQ7286305.1Ė  MBQ7286305Ė  MBQ7208271.1Đ MBQ7208271Đ MBQ7152318.1*$ MBQ7152318*$ MBQ7135263.1˙# MBQ7135263˙# MBQ7086969.1y MBQ7086969y MBQ6998144.13 MBQ69981443 MBQ69096.1ĶMBQ69096Ķ MBQ6875507.1Č  MBQ6875507Č  MBQ6868443.1 MBQ6868443 MBQ6815353.1Ų MBQ6815353Ų MBQ6794463.1l MBQ6794463l MBQ6717580.1Š MBQ6717580Š MBQ6692395.1! MBQ6692395! MBQ6611319.1 MBQ6611319 MBQ6488280.1# MBQ6488280# MBQ6476844.1Õ! MBQ6476844Õ! MBQ6421794.1Ņ  MBQ6421794Ņ  MBQ6414464.1é$ MBQ6414464é$ MBQ6275073.1¯ MBQ6275073¯ MBQ6246919.1 MBQ6246919 MBQ6224848.1˜! MBQ6224848˜! MBQ6111538.10  MBQ61115380  MBQ6107527.1† MBQ6107527† MBQ6038336.1ú MBQ6038336ú MBQ6004917.1f" MBQ6004917f" MBQ5754168.1ƒ MBQ5754168ƒ MBQ5629560.1Z MBQ5629560Z MBQ5584458.1÷ MBQ5584458÷ MBQ5493788.1R% MBQ5493788R% MBQ5338540.1. MBQ5338540. MBQ48993.1SMBQ48993S MBQ4874411.13# MBQ48744113# MBQ4570877.1N MBQ4570877N MBQ4557037.1<" MBQ4557037<" MBQ4454347.1O MBQ4454347O MBQ4426944.1Í  MBQ4426944Í *TręŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\ MBR5168981W  MBR5151349.1{$ MBR5151349{$ MBR5140322.1P MBR5140322P MBR5121093.1… MBR5121093… MBR4964110.1 MBR4964110 MBR4902600.1ģ MBR4902600ģ MBR4838026.1Ņ MBR4838026Ņ MBR4831078.1ë MBR4831078ë MBR4734761.1Ũ MBR4734761Ũ MBR4705654.1ß MBR4705654ß MBR4681128.1Ą MBR4681128Ą MBR4563510.1[ MBR4563510[ MBR4471080.1Ķ  MBR4471080Ķ  MBR4451941.1' MBR4451941' MBR4407160.1g MBR4407160g MBR4375795.1ô MBR4375795ô MBR4371193.1{ MBR4371193{ MBR4318777.1b$ MBR4318777b$ MBR4316258.1H MBR4316258H MBR4275022.1Ę MBR4275022Ę MBR4270493.1p MBR4270493p MBR4207675.1, MBR4207675, MBR4170715.1t# MBR4170715t# MBR4127938.1´ MBR4127938´ MBR4038690.1o  MBR4038690o  MBR3968535.1  MBR3968535  MBR3944831.1—! MBR3944831—! MBR3785149.1  MBR3785149  MBR3700964.1i MBR3700964i MBR3543702.1ö# MBR3543702ö# MBR3487460.1_ MBR3487460_ MBR3327931.1Ô MBR3327931Ô MBR3209975.1x  MBR3209975x  MBR3162388.1O MBR3162388O MBR3156871.1/ MBR3156871/ MBR3056759.1Q MBR3056759Q MBR3040588.1| MBR3040588| MBR3005965.1Š MBR3005965Š MBR2864610.1× MBR2864610× MBR2770999.1~ MBR2770999~ MBR2718156.1° MBR2718156° MBR2684576.1d  MBR2684576d  MBR2648677.1r MBR2648677r MBR2609817.1\  MBR2609817\  MBR2605819.1q MBR2605819q MBR2564295.1- MBR2564295- MBR2488648.1=! MBR2488648=! MBR2406030.1ũ  MBR2406030ũ  MBR2359580.1  MBR2359580  MBR2109594.1p MBR2109594p MBR2088606.1É MBR2088606É MBR1866691.1ž MBR1866691ž MBR1803321.1^  MBR1803321^  MBR1786128.1Ö% MBR1786128Ö% MBR1729873.1M MBR1729873M MBR1706273.1‡  MBR1706273‡  MBR1628375.1F! MBR1628375F! MBR1383934.1' MBR1383934' MBR0615264.1Ž  MBR0615264Ž  MBR0417215.1r MBR0417215r MBR0373962.1j MBR0373962j MBR0338720.1– MBR0338720– MBR0212985.1L MBR0212985L MBR0212092.1Ģ MBR0212092Ģ MBR0198895.1ĸ MBR0198895ĸ MBR0185573.1Š MBR0185573Š MBR0168732.1Ÿ MBR0168732Ÿ MBR0160695.1{ MBR0160695{ MBR0144760.1ļ MBR0144760ļ MBR0046728.14  MBR00467284  MBQ9979016.1  MBQ9979016  MBQ9976843.1& MBQ9976843& MBQ9964693.1œ MBQ9964693œ MBQ9907360.1q& MBQ9907360q& MBQ9764712.1|" MBQ9764712|" MBQ9754467.1^ MBQ9754467^ MBQ9736331.1) MBQ9736331) MBQ9697149.1 MBQ9697149 MBQ9679177.1w MBQ9679177w MBQ9647935.1r MBQ9647935r MBQ9635153.1į  MBQ9635153į  MBQ9456987.1 MBQ9456987+T~ęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`L6" öŪČ°š‚nXB*üæθ Šr\D.čŌē¤Œv^H0ėÔžĻxbJ4îØĀĒ’|dN6 ōÚÄŦ–~h MBS6326441( MBS6296676.1` MBS6296676` MBS6066499.1@ MBS6066499@ MBS5796435.1Ŋ MBS5796435Ŋ MBS5721782.1j MBS5721782j MBS5124634.1Ö MBS5124634Ö MBS4968936.1ü  MBS4968936ü  MBS4273564.1d% MBS4273564d% MBS4056461.1 MBS4056461 MBS4052605.1O MBS4052605O MBS4051699.1ė MBS4051699ė MBS3963684.1„ MBS3963684„ MBS3795756.1 MBS3795756 MBS3742576.1„ MBS3742576„ MBS3611729.1ß MBS3611729ß MBS3065855.1l  MBS3065855l  MBS3028587.1›" MBS3028587›" MBS2033149.1: MBS2033149: MBS1921425.1ú  MBS1921425ú  MBS1909834.1‚ MBS1909834‚ MBS1745163.1„ MBS1745163„ MBS1744667.1ú  MBS1744667ú  MBS1743426.1 MBS1743426 MBS1713296.1* MBS1713296* MBS1636088.1Û MBS1636088Û MBS1617120.1+  MBS1617120+  MBS1587439.1  MBS1587439  MBS1410118.1z MBS1410118z MBS13190.1 MBS13190  MBS1237631.1›! MBS1237631›! MBS1222269.1ū MBS1222269ū MBS1208135.1ú MBS1208135ú MBS07362.1¯MBS07362¯ MBS07042.1¨MBS07042¨ MBS0561514.1e% MBS0561514e% MBS0463004.1 MBS0463004 MBS0449087.1‹  MBS0449087‹  MBS0394142.1w MBS0394142w MBS0359667.1l MBS0359667l MBS0323691.1„ MBS0323691„ MBS0281612.1  MBS0281612  MBS0261058.1¸ MBS0261058¸ MBS0252923.1Ķ MBS0252923Ķ MBS0252047.1-  MBS0252047-  MBS0194197.1%# MBS0194197%# MBR9906678.1Đ MBR9906678Đ MBR9756324.1Z" MBR9756324Z" MBR8744763.1ö  MBR8744763ö  MBR7834804.1Y$ MBR7834804Y$ MBR7675499.1Ū MBR7675499Ū MBR7152669.1  MBR7152669  MBR7122964.1Č  MBR7122964Č  MBR7027046.1Ô MBR7027046Ô MBR6946428.1Ō  MBR6946428Ō  MBR6875525.1# MBR6875525# MBR6873642.1Ē MBR6873642Ē MBR6853793.1 MBR6853793 MBR6483218.1æ MBR6483218æ MBR6441032.1  MBR6441032  MBR6417349.1Ž MBR6417349Ž MBR6406611.1? MBR6406611? MBR6403893.1 MBR6403893 MBR6382124.1œ MBR6382124œ MBR6343266.1 MBR6343266 MBR6293537.1<  MBR6293537<  MBR6141090.1p  MBR6141090p  MBR6130424.1n" MBR6130424n" MBR6069896.1č MBR6069896č MBR6023659.1É& MBR6023659É& MBR5966198.1% MBR5966198% MBR5943268.1Ø MBR5943268Ø MBR5879017.1O MBR5879017O MBR5775979.1a# MBR5775979a# MBR5562318.1m  MBR5562318m  MBR5510068.1q MBR5510068q MBR5482150.1, MBR5482150, MBR5475092.1 MBR5475092 MBR5447513.1c MBR5447513c MBR5392328.1ô MBR5392328ô MBR5377733.1n  MBR5377733n  MBR5342912.1d# MBR5342912d# MBR5168981.1W  MBR5168981W ,TvęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXD.ęŌŧ¤Žv` MBU0633142ē MBU0624735.1ė  MBU0624735ė  MBU0598391.1” MBU0598391” MBU0592078.1Œ MBU0592078Œ MBU0518438.17  MBU05184387  MBU03734.1û MBU03734û  MBT9793465.1™ MBT9793465™ MBT9597716.1 MBT9597716 MBT8607749.1 MBT8607749 MBT8462299.1 MBT8422994> MBT8367246.1Į MBT8367246Į MBT8283357.18" MBT82833578" MBT7163208.1& MBT7163208& MBT7135637.1Ą MBT7135637Ą MBT7096516.1) MBT7096516) MBT7091597.1a MBT7091597a MBT6972091.1Y  MBT6972091Y  MBT6563471.1v MBT6563471v MBT6415404.1€  MBT6415404€  MBT6370142.1b MBT6370142b MBT6184820.1C# MBT6184820C# MBT5873300.1# MBT5873300# MBT5780702.1R  MBT5780702R  MBT5578634.11! MBT55786341! MBT5488157.1Ĩ MBT5488157Ĩ MBT5464676.1r MBT5464676r MBT5378964.1U MBT5378964U MBT5285153.1~  MBT5285153~  MBT5105952.1 MBT5105952 MBT5102369.1P MBT5102369P MBT5019052.1 MBT5019052 MBT4920854.1i! MBT4920854i! MBT4867863.1í MBT4867863í MBT4710545.1Đ MBT4710545Đ MBT4680312.16 MBT46803126 MBT4511102.1J  MBT4511102J  MBT4259674.1Ú! MBT4259674Ú! MBT4259311.1Ÿ MBT4259311Ÿ MBT4239116.1ŧ MBT4239116ŧ MBT4210917.1& MBT4210917& MBT4161918.1ū& MBT4161918ū& MBT4160670.1  MBT4160670  MBT4014425.1 MBT4014425 MBT3932996.1æ  MBT3932996æ  MBT3931813.1´ MBT3931813´ MBT3899069.1 MBT3899069 MBT3887354.1† MBT3887354† MBT3784852.1{ MBT3784852{ MBT3747969.12 MBT37479692 MBT3590949.1  MBT3590949  MBT3583534.1= MBT3583534= MBT3564223.1Ž MBT3564223Ž MBT3459617.1• MBT3459617• MBT3459335.1¤ MBT3459335¤ MBT3401245.1F MBT3401245F MBT3358747.1b MBT3358747b MBT3329129.1× MBT3329129× MBT3309449.1ė MBT3309449ė MBT3283615.1ô MBT3283615ô MBT3283529.1I MBT3283529I MBT3228703.1‰ MBT3228703‰ MBT3222043.1´ MBT3222043´ MBT3179978.1  MBT3179978  MBT3039312.1% MBT3039312% MBT2971737.1Ų" MBT2971737Ų" MBT2573851.1’ MBT2573851’ MBT2214695.1 MBT2214695 MBT1821840.1Ų MBT1821840Ų MBT1322465.1› MBT1322465› MBT0668662.1  MBT0668662  MBS9779527.1P  MBS9779527P  MBS8550192.1z  MBS8550192z  MBS7632436.1G% MBS7632436G% MBS7623663.1¤ MBS7623663¤ MBS7604783.1—  MBS7604783—  MBS7393837.1! MBS7393837! MBS7058472.1q MBS7058472q MBS7021842.1. MBS7021842. MBS6779195.1c  MBS6779195c  MBS6439950.1s MBS6439950s MBS6326441.1( MBS6326441(-T~ęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ö ā Č ˛ š „ l V > (  ú â Ė ´ ž † p X B *  ü æ Î ¸   Š r \ D .  č Ō ē ¤ Œ v ^ H 0   ėÔžĻ’|fN:$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\D.čŌē¤Œv^H0ėÔžĻxbJ4îØĀĒ’|dN6 ōÚÄŦ–~h MBW2003542ä# MBW1848151.13 MBW18481513 MBW1825233.1/ MBW1825233/ MBW1759047.1í# MBW1759047í# MBW1731384.1đ MBW1731384đ MBW1714133.1Ô  MBW1714133Ô  MBW0517832.1‰ MBW0517832‰ MBW0490175.1 MBW0490175 MBW0445137.11 MBW04451371 MBW0108125.1. MBW0108125. MBV9963051.1M MBV9963051M MBV9888347.1 MBV9888347 MBV9654022.1 MBV9654022 MBV9550452.1 MBV9550452 MBV9352198.1š MBV9352198š MBV9252674.1Ŗ MBV9252674Ŗ MBV9229016.1˜ MBV9229016˜ MBV9168199.1" MBV9168199" MBV9159501.1¸  MBV9159501¸  MBV9097303.1Í MBV9097303Í MBV9085084.1é MBV9085084é MBV8954574.1Ļ  MBV8954574Ļ  MBV8927738.12& MBV89277382& MBV8846188.1 MBV8846188 MBV8815235.1M MBV8815235M MBV8739832.1/ MBV8739832/ MBV8660698.1R& MBV8660698R& MBV8508112.1d MBV8508112d MBV8506574.1ą MBV8506574ą MBV8380961.1 MBV8380961 MBV8349295.1W$ MBV8349295W$ MBV8195826.1^ MBV8195826^ MBV8174008.1Š MBV8174008Š MBV8166774.1x MBV8166774x MBV8133755.1š MBV8133755š MBV8110278.1á MBV8110278á MBV8060578.1} MBV8060578} MBV5323933.1  MBV5323933  MBV38818.1UMBV38818U MBV2096469.1Ŋ MBV2096469Ŋ MBV00212.1Ę MBV00212Ę  MBU7572244.1G MBU7572244G MBU7046308.1Y MBU7046308Y MBU6501496.1k MBU6501496k MBU6492563.1h MBU6492563h MBU6376428.1H MBU6376428H MBU6307538.1% MBU6307538% MBU6305288.1n  MBU6305288n  MBU6248241.1Ā MBU6248241Ā MBU6237646.1 MBU6237646 MBU5424338.1s  MBU5424338s  MBU5353226.1ę MBU5353226ę MBU4593984.1‰ MBU4593984‰ MBU4557481.1  MBU4557481  MBU4440546.1˜ MBU4440546˜ MBU4432787.1n MBU4432787n MBU3899877.1L MBU3899877L MBU2837240.1 MBU2837240 MBU2720902.1ļ MBU2720902ļ MBU2643279.1c MBU2643279c MBU2573448.1`  MBU2573448`  MBU2510560.1Q  MBU2510560Q  MBU2478158.1Ē  MBU2478158Ē  MBU2333720.1r MBU2333720r MBU2271834.1B MBU2271834B MBU22120.1MBU22120 MBU2178615.1j MBU2178615j MBU1949759.1L MBU1949759L MBU1949725.1ˆ MBU1949725ˆ MBU1707539.1+ MBU1707539+ MBU1557098.1P# MBU1557098P# MBU1183407.1Ö MBU1183407Ö MBU1163645.1ä! MBU1163645ä! MBU1113346.1V MBU1113346V MBU0883769.1  MBU0883769  MBU0838658.1  MBU0838658  MBU0791683.1Š  MBU0791683Š  MBU0783111.1/ MBU0783111/ MBU0720757.1#  MBU0720757#  MBU0720484.1 MBU0720484 MBU0638288.1- MBU0638288- MBU0633142.1ē MBU0633142ē.TręŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\ MCA2691876" MCA2619319.1 MCA2619319 MCA1959605.1č MCA1959605č MCA1930442.1P MCA1930442P MCA1836835.1M  MCA1836835M  MCA1697375.1Ž& MCA1697375Ž& MCA1602026.18 MCA16020268 MCA1595916.1æ  MCA1595916æ  MCA1589644.1u MCA1589644u MCA1442501.1‚ MCA1442501‚ MCA1360809.1 MCA1360809 MCA0453363.1Ä MCA0453363Ä MCA0387421.1´# MCA0387421´# MBZ5699012.1P  MBZ5699012P  MBZ5631081.1V# MBZ5631081V# MBZ5591381.1÷  MBZ5591381÷  MBZ5490509.1Ë  MBZ5490509Ë  MBZ0302078.1q MBZ0302078q MBZ0271896.1‹  MBZ0271896‹  MBZ0263796.1– MBZ0263796– MBZ0168159.1. MBZ0168159. MBZ0167657.1› MBZ0167657› MBY9080345.1_ MBY9080345_ MBY8116888.1s MBY8116888s MBY7869037.1Ī! MBY7869037Ī! MBY7817199.1á MBY7817199á MBY5764273.1Ŋ MBY5764273Ŋ MBY0434949.1œ MBY0434949œ MBY0289623.1Ē MBY0289623Ē MBY0286260.1 MBY0286260 MBY0273331.1Ē MBY0273331Ē MBX9947011.1— MBX9947011— MBX9878857.1 MBX9878857 MBX9747080.1P MBX9747080P MBX9718818.1b MBX9718818b MBX9709025.1a MBX9709025a MBX9648850.1 MBX9648850 MBX8197149.1O MBX8197149O MBX7220138.1o MBX7220138o MBX7161768.18 MBX71617688 MBX7122227.1  MBX7122227  MBX7055839.1K MBX7055839K MBX7048921.1û  MBX7048921û  MBX6384685.1b MBX6384685b MBX6373297.1T MBX6373297T MBX5702633.1Á MBX5702633Á MBX5450151.1ĩ MBX5450151ĩ MBX5327472.1 MBX5327472 MBX3707511.1k MBX3707511k MBX3687043.1Ö MBX3687043Ö MBX3649353.1D# MBX3649353D# MBX3615544.1č MBX3615544č MBX3400476.1{ MBX3400476{ MBX3242409.1… MBX3242409… MBX3184110.1÷ MBX3184110÷ MBX3123235.1¨" MBX3123235¨" MBX3011771.1Ÿ  MBX3011771Ÿ  MBX2992548.1E MBX2992548E MBX2942005.1Y MBX2942005Y MBX2936516.1û MBX2936516û MBW8896250.1Ŧ# MBW8896250Ŧ# MBW8078285.1à MBW8078285à MBW7898988.1‡ MBW7898988‡ MBW7892865.1$ MBW7892865$ MBW7885425.1—& MBW7885425—& MBW7837788.1" MBW7837788" MBW6524271.1„ MBW6524271„ MBW6512602.1  MBW6512602  MBW6484923.1 MBW6484923 MBW6187146.1N  MBW6187146N  MBW4662439.1Û MBW4662439Û MBW4512449.1 MBW4512449 MBW4485777.1Ī MBW4485777Ī MBW4439448.1e MBW4439448e MBW3588078.1A MBW3588078A MBW3244368.1ū MBW3244368ū MBW2495039.1¸ MBW2495039¸ MBW2293111.1ņ! MBW2293111ņ! MBW2176475.1E MBW2176475E MBW2147570.1  MBW2147570  MBW2071526.1& MBW2071526& MBW2003542.1ä# MBW2003542ä#/TvęŌŧ¤Žv`H2ėØÂŦ”~fP8" ô Ü Æ Ž ˜ € j R < $  ö ā Č ˛ š „ l V > (  ú â Ė ´ ž † p X B *  ü æ Î ¸   Š r \ D .  č Ō ē ¤ Œ v ^ H 0   ėÔžĻxbJ4îØĀĒ’|dN6 ōÚÄŦ–~hP:" ôŪÆ°˜‚jT<&øāʲœ„nV@(úäĖļžˆpZB,ūæиĸŠt\F.ęŌŧ¤Žv` MCB4366171‹# MCB3018266.1– MCB3018266– MCB2654556.1Œ% MCB2654556Œ% MCB2198743.1  MCB2198743  MCB2112291.1• MCB2112291• MCB2073222.1õ MCB2073222õ MCB1875218.1¨ MCB1875218¨ MCB1857105.1Ã$ MCB1857105Ã$ MCB1815789.1ņ  MCB1815789ņ  MCB1703688.1  MCB1703688  MCB1644245.1f MCB1644245f MCB1594269.1š! MCB1594269š! MCB1505913.19 MCB15059139 MCB1471508.1& MCB1471508& MCB1452120.1Ë MCB1452120Ë MCB1431703.1Á MCB1431703Á MCB1412915.16 MCB14129156 MCB1383119.1  MCB1383119  MCB1376795.1k& MCB1376795k& MCB1338306.1ä  MCB1338306ä  MCB1329842.1Ÿ MCB1329842Ÿ MCB1271755.1– MCB1271755– MCB1269932.1  MCB1269932  MCB1208284.1J MCB1208284J MCB1191718.1G MCB1191718G MCB1141657.1[ MCB1141657[ MCB1103648.1¸ MCB1103648¸ MCB1072350.1Ĩ MCB1072350Ĩ MCB1065733.1 MCB1065733 MCB0919686.1 $ MCB0919686 $ MCB0840321.1˛  MCB0840321˛  MCB0793211.1ƒ  MCB0793211ƒ  MCB0786882.16# MCB07868826# MCB0773217.1 MCB0773217 MCB0689733.1˜ MCB0689733˜ MCB0672512.1|  MCB0672512|  MCB0558738.1æ MCB0558738æ MCB0501525.1ß MCB0501525ß MCB0488436.1Ÿ  MCB0488436Ÿ  MCB0447740.1ž MCB0447740ž MCB0447703.1S  MCB0447703S  MCB0405579.1Đ MCB0405579Đ MCB0396773.1û MCB0396773û MCB0395607.1ö MCB0395607ö MCB0346442.1Ķ MCB0346442Ķ MCB0342695.1§ MCB0342695§ MCB0330656.1f& MCB0330656f& MCB0243881.1I  MCB0243881I  MCB0174630.1% MCB0174630% MCB0094774.1Û MCB0094774Û MCB0080507.1 MCB0080507 MCA9949067.1V MCA9949067V MCA9916937.1Ø MCA9916937Ø MCA9916811.1u% MCA9916811u% MCA9900904.1Ä MCA9900904Ä MCA9871439.11  MCA98714391  MCA9869097.1› MCA9869097› MCA9828892.1I MCA9828892I MCA9799621.1  MCA9799621  MCA9786884.1ö MCA9786884ö MCA9759546.1H MCA9759546H MCA9738196.1Ų  MCA9738196Ų  MCA9734355.1û MCA9734355û MCA9667429.1Š MCA9667429Š MCA9664716.1Ų MCA9664716Ų MCA9634778.1ß MCA9634778ß MCA9453963.1' MCA9453963' MCA9450479.1| MCA9450479| MCA9288779.1:# MCA9288779:# MCA9273490.1Y MCA9273490Y MCA9255001.1ū MCA9255001ū MCA9004139.1ĸ  MCA9004139ĸ  MCA8990238.1× MCA8990238× MCA8947870.1į MCA8947870į MCA6099904.1ú MCA6099904ú MCA50524.1ĻMCA50524Ļ MCA4896083.1‘ MCA4896083‘ MCA3708721.1% MCA3708721% MCA3441055.1­ MCA3441055­ MCA3389197.1„  MCA3389197„  MCA3282362.1K MCA3282362K MCA2691876.1" MCA2691876"0TvęŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fR<&øāʲœ„nV@(úäĖļžˆpZB,ūæиĸŠt\F.ęŌŧ¤Žv` MCD8138445×  MCD8106539.1q MCD8106539q MCD8051495.1w MCD8051495w MCD8020507.1L MCD8020507L MCD7834656.1/ MCD7834656/ MCD6597402.1! MCD6597402! MCD6544917.1` MCD6544917` MCD6533325.1R MCD6533325R MCD6482094.1ą MCD6482094ą MCD6430924.1   MCD6430924   MCD6425313.1V MCD6425313V MCD6419504.1˜  MCD6419504˜  MCD6306959.1Ņ MCD6306959Ņ MCD6302399.1Ō  MCD6302399Ō  MCD6247767.1Ņ MCD6247767Ņ MCD6205878.1¸ MCD6205878¸ MCD6199266.1ō MCD6199266ō MCD6173453.1V MCD6173453V MCD6156803.1I MCD6156803I MCD6081740.1  MCD6081740  MCD6064856.1œ MCD6064856œ MCD5879085.1ļ! MCD5879085ļ! MCD58157.1yMCD58157y MCD4818220.1¤ MCD4818220¤ MCD4805360.1  MCD4805360  MCD4768021.1ņ MCD4768021ņ MCD4741867.1h$ MCD4741867h$ MCD4721788.1' MCD4721788' MCD4206375.1| MCD4206375| MCD3114202.1Š  MCD3114202Š  MCD1648821.1# MCD1648821# MCD0485423.1o MCD0485423o MCD0163384.1Õ MCD0163384Õ MCC8146707.1š% MCC8146707š% MCC8072670.1_ MCC8072670_ MCC8048325.1K MCC8048325K MCC8042769.1} MCC8042769} MCC7417019.1Æ MCC7417019Æ MCC7351004.1¯  MCC7351004¯  MCC7321896.1æ MCC7321896æ MCC7304610.1˙  MCC7304610˙  MCC7230466.1 MCC7230466 MCC6757021.1ŋ MCC6757021ŋ MCC6608271.1# MCC6608271# MCC6600438.1–! MCC6600438–! MCC6596976.1ˆ MCC6596976ˆ MCC6539403.1Ž MCC6539403Ž MCC6537716.1Ĩ MCC6537716Ĩ MCC6486159.1V MCC6486159V MCC6386819.1í  MCC6386819í  MCC6251785.1’ MCC6251785’ MCC6153889.1B MCC6153889B MCC6149544.1Ŋ  MCC6149544Ŋ  MCC6136677.1& MCC6136677& MCC6044083.1í MCC6044083í MCC5948066.1¤ MCC5948066¤ MCC5885453.1@ MCC5885453@ MCC5806595.1ß MCC5806595ß MCC2649654.1T MCC2649654T MCC2111968.1ŗ MCC2111968ŗ MCC2110934.1 & MCC2110934 & MCC1459731.1ė  MCC1459731ė  MCC0650618.1á MCC0650618á MCB9999913.1" MCB9999913" MCB9943168.1’  MCB9943168’  MCB9820569.1F  MCB9820569F  MCB9680378.1’ MCB9680378’ MCB9662416.17 MCB96624167 MCB9642437.1>  MCB9642437>  MCB9555407.1-  MCB9555407-  MCB9544502.1ī MCB9544502ī MCB9527501.1$ MCB9527501$ MCB9510871.1Į MCB9510871Į MCB9490987.1Č MCB9490987Č MCB9353584.1€% MCB9353584€% MCB9315714.1•  MCB9315714•  MCB9222627.1  MCB9222627  MCB9082534.1Ä MCB9082534Ä MCB9044857.1_$ MCB9044857_$ MCB9002045.1R$ MCB9002045R$ MCB5199682.1x MCB5199682x MCB4366171.1‹# MCB4366171‹#1TręŌŧ¤Žv`H2ėÖž¨zbL4đ Ø Â Ē ” | f N 8 ō Ü Ä Ž – € h R : $ ö Ū Č ° š ‚ l T > &  ø â Ę ´ œ † n X @ *  ü ä Î ļ   ˆ r Z D ,  ūčĐēĸŒt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~fP8" ôÜÆŽ˜€jR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr^MCG62561“ MCG5061674.1Â$ MCG5061674Â$ MCG3730919.1.! MCG3730919.! MCG3136245.1’" MCG3136245’" MCG2809664.1ė& MCG2809664ė& MCG0239154.1$$ MCG0239154$$ MCF8709434.1  MCF8709434  MCF8535784.1ũ MCF8535784ũ MCF8452598.1š  MCF8452598š  MCF8449868.1  MCF8449868  MCF8391604.1( MCF8391604( MCF8269563.1c% MCF8269563c% MCF8210731.1¯ MCF8210731¯ MCF8193609.1 & MCF8193609 & MCF8184263.1P$ MCF8184263P$ MCF8145043.1Ô  MCF8145043Ô  MCF8113477.1-& MCF8113477-& MCF8106439.1 MCF8106439 MCF7955924.1H MCF7955924H MCF7917901.1ø MCF7917901ø MCF7895906.1Š# MCF7895906Š# MCF7886260.1ô& MCF7886260ô& MCF7871960.1—$ MCF7871960—$ MCF7845821.1X MCF7845821X MCF7808720.1$ MCF7808720$ MCF7786316.1c! MCF7786316c! MCF7626618.1‘ MCF7626618‘ MCF6767132.1ņ MCF6767132ņ MCF6390562.1ę MCF6390562ę MCF6346354.1l MCF6346354l MCF6323317.1‘# MCF6323317‘# MCF6289355.1Ú$ MCF6289355Ú$ MCF6248835.1; MCF6248835; MCF6194916.1$ MCF6194916$ MCF6148530.1Ē# MCF6148530Ē# MCF4165308.1< MCF4165308< MCF3649217.1S MCF3649217S MCF3649178.1q  MCF3649178q  MCF3123421.1ā MCF3123421ā MCF2656092.1J MCF2656092J MCF2638803.1Ô  MCF2638803Ô  MCF2604604.1Ų% MCF2604604Ų% MCF1439711.1z MCF1439711z MCF1432737.1• MCF1432737• MCF0253735.1Ē  MCF0253735Ē  MCF0245553.1ė MCF0245553ė MCF0110827.1] MCF0110827] MCE9577072.1§ MCE9577072§ MCE9521167.1E MCE9521167E MCE9516778.1h MCE9516778h MCE8014926.1 MCE8014926 MCE7733397.1´ MCE7733397´ MCE7698179.1Y MCE7698179Y MCE5327674.1N  MCE5327674N  MCE5280144.1į MCE5280144į MCE5240463.1x MCE5240463x MCE4613707.1s  MCE4613707s  MCE4566367.1œ  MCE4566367œ  MCE3270046.1># MCE3270046># MCE2907393.1! MCE2907393! MCE2883039.1  MCE2883039  MCE2873365.1ų MCE2873365ų MCE2861656.1  MCE2861656  MCE2791243.1‡ MCE2791243‡ MCE2789155.1" MCE2789155" MCE2507101.1Œ! MCE2507101Œ! MCE2505556.1˙ MCE2505556˙ MCE2498961.1ą MCE2498961ą MCE2456387.1j MCE2456387j MCE2395269.1[ MCE2395269[ MCE2394956.1t MCE2394956t MCE2153491.1ī  MCE2153491ī  MCE2152122.1¤  MCE2152122¤  MCE1309955.1/ MCE1309955/ MCE1252202.1à MCE1252202à MCE1200518.1 MCE1200518 MCE0539567.1„! MCE0539567„! MCD8548598.1š MCD8548598š MCD8523842.1t MCD8523842t MCD8323718.1! MCD8323718! MCD8297279.1t MCD8297279t MCD8138445.1×  MCD8138445× 2VpėÖÂŦ–~hP:" ôŪÆ°˜‚jT<&ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ū æ Đ ¸ ĸ Š t \ F .  ę Ō ŧ ¤ Ž v ` H 2   ė Ö ž ¨  z b L 4   đØÂĒ”|hR<$öāȲš„lV>(úâĖ´ž†pXB*üæθ Šr\D.čŌē¤Œv^H0ėÔžĻxbJ4îØĀĒ’~hT>(úâĖ´ž†pX MCI0559521.1& MCI0559521& MCI0529127.1M  MCI0529127M  MCI0524605.1đ% MCI0524605đ% MCI0441261.1ų MCI0441261ų MCI0339177.1š MCI0339177š MCI02510.19MCI025109 MCH99616.1@MCH99616@ MCH9811988.1Ž$ MCH9811988Ž$ MCH9784543.1{ MCH9784543{ MCH9693433.1 MCH9693433 MCH9656178.1W MCH9656178W MCH9651907.1g" MCH9651907g" MCH8996551.1< MCH8996551< MCH8904788.1— MCH8904788— MCH8874789.1Y MCH8874789Y MCH8821589.1< MCH8821589< MCH8819771.1Ü" MCH8819771Ü" MCH8479059.1Á# MCH8479059Á# MCH8328754.1u MCH8328754u MCH8312862.1c# MCH8312862c# MCH8312134.1J MCH8312134J MCH8293010.1  MCH8293010  MCH8269832.1f  MCH8269832f  MCH8223536.1ž MCH8223536ž MCH8147627.1z MCH8147627z MCH8117287.1Q  MCH8117287Q  MCH7923992.1# MCH7923992# MCH7911399.1Æ& MCH7911399Æ& MCH7900379.1G& MCH7900379G& MCH7882583.1 MCH7882583 MCH7862091.1g MCH7862091g MCH7812019.1e MCH7812019e MCH7797911.1% MCH7797911% MCH7694635.1Û" MCH7694635Û" MCH7644438.1‘ MCH7644438‘ MCH7618159.1† MCH7618159† MCH7568487.1ë MCH7568487ë MCH6550914.1" MCH6550914" MCH6549687.1  MCH6549687  MCH61727.1šMCH61727š MCH6132484.1ō MCH6132484ō MCH5281797.1„ MCH5281797„ MCH5250214.1õ MCH5250214õ MCH5231772.1 MCH5231772 MCH5225744.1ö MCH5225744ö MCH5207665.1’ MCH5207665’ MCH5163858.1K MCH5163858K MCH4268493.1 MCH4268493 MCH4209672.1] MCH4209672] MCH3978367.1x MCH3978367x MCH3963123.13 MCH39631233 MCH3756135.1) MCH3756135) MCH2804017.1Î MCH2804017Î MCH2678216.1 MCH2678216 MCH2675159.1Ė MCH2675159Ė MCH2663613.1Æ MCH2663613Æ MCH2598227.1d& MCH2598227d& MCH2591601.1t$ MCH2591601t$ MCH2430466.1X! MCH2430466X! MCH2409214.1 MCH2409214 MCH2165167.1ˆ MCH2165167ˆ MCH2098905.1N MCH2098905N MCH2065391.1’ MCH2065391’ MCH2044272.1‰" MCH2044272‰" MCH1948979.16 MCH19489796 MCH1932562.1Ũ  MCH1932562Ũ  MCH1598717.1† MCH1598717† MCH1470780.1¤  MCH1470780¤  MCH1407713.1õ MCH1407713õ MCH1405047.1ß  MCH1405047ß  MCG8687614.1Ž MCG8687614Ž MCG8609391.1? MCG8609391? MCG8513288.1#% MCG8513288#% MCG8377291.17% MCG83772917% MCG8030229.1ĩ MCG8030229ĩ MCG8010344.1ß MCG8010344ß MCG7868091.1ŗ$ MCG7868091ŗ$ MCG7858617.1Q MCG7858617Q MCG6912449.1€ MCG6912449€ MCG6876547.1Ú MCG6876547Ú MCG67859.1˛ MCG67859˛  MCG62561.1“MCG62561“3T~čŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d P : $ ö Ū Č ° š ‚ n X B *  ü æ Î ¸   Š r \ D .  č Ō ē ¤ Œ v ^ H 0   ė Ô ž Ļ  x b J 4   îØĀĒ’|dN6 ōÚÄŦ–~hP:" ôŪÆ°˜‚jT<&øāʲœ„nV@(úäĖļžŠt^F0ęÔŧĻŽx`J2îÖĀ¨’zdL6đÚÂŦ”~f MCJ7686803.1 MCJ7686803 MCJ7630170.1õ# MCJ7630170õ# MCJ7594907.13 MCJ75949073 MCJ7574591.1č MCJ7574591č MCJ7548546.1P! MCJ7548546P! MCJ7486393.1 MCJ7486393 MCJ7468405.1Á MCJ7468405Á MCJ6180240.1" MCJ6180240" MCJ2541369.1Å  MCJ2541369Å  MCJ2136558.1' MCJ2136558' MCJ2110312.1'% MCJ2110312'% MCJ1706109.1C& MCJ1706109C& MCJ1326389.1! MCJ1326389! MCJ1318822.1+ MCJ1318822+ MCJ1311962.16 MCJ13119626 MCI9436439.1† MCI9436439† MCI9379843.1s  MCI9379843s  MCI93591.1 MCI93591  MCI9332849.1$  MCI9332849$  MCI9320818.16 MCI93208186 MCI9173074.1Đ MCI9173074Đ MCI9050290.1G MCI9050290G MCI8905996.1ē MCI8905996ē MCI8895019.1Å MCI8895019Å MCI8828397.1 MCI8828397 MCI8806686.1L MCI8806686L MCI8760428.1D MCI8760428D MCI8430709.1Į MCI8430709Į MCI8395767.1Ž MCI8395767Ž MCI8393530.1Á MCI8393530Á MCI8350609.1d MCI8350609d MCI8311254.1Ã& MCI8311254Ã& MCI8272365.1t MCI8272365t MCI7705732.1Ũ MCI7705732Ũ MCI7704736.1 MCI7704736 MCI7610146.1Á  MCI7610146Á  MCI7575045.1 MCI7575045 MCI7433635.1O" MCI7433635O" MCI7428666.1 MCI7428666 MCI7352812.1a MCI7352812a MCI7202149.1Î MCI7202149Î MCI6995250.1~ MCI6995250~ MCI6965979.1% MCI6965979% MCI6853747.1Y MCI6853747Y MCI6733811.1¯ MCI6733811¯ MCI6704618.1{ MCI6704618{ MCI6629070.1E MCI6629070E MCI6491833.1{! MCI6491833{! MCI6324393.1Y MCI6324393Y MCI6190072.1ą  MCI6190072ą  MCI6147609.1ų% MCI6147609ų% MCI6056265.1­ MCI6056265­ MCI6020178.1Œ# MCI6020178Œ# MCI5937295.1™" MCI5937295™" MCI5916932.1ž MCI5916932ž MCI5849734.1  MCI5849734  MCI5825153.1C MCI5825153C MCI5711730.1Ģ MCI5711730Ģ MCI5668237.1U MCI5668237U MCI5582667.1‹ MCI5582667‹ MCI5497968.1™ MCI5497968™ MCI54718.1MCI54718 MCI5211411.1„" MCI5211411„" MCI5191941.1 & MCI5191941 & MCI4494966.1Ü# MCI4494966Ü# MCI4325574.1\ MCI4325574\ MCI40880.1m MCI40880m  MCI2155109.1™  MCI2155109™  MCI2079698.1ü MCI2079698ü MCI1709954.1Z% MCI1709954Z% MCI1663915.12  MCI16639152  MCI1641075.1d MCI1641075d MCI0901122.1¤ MCI0901122¤ MCI0877007.1 MCI0877007 MCI0750124.1å MCI0750124å MCI0743675.1 MCI0743675 MCI0684678.1M MCI0684678M MCI0677710.1œ MCI0677710œ MCI0654225.1Ą  MCI0654225Ą  MCI0648031.1ž MCI0648031ž MCI0601354.1Ú MCI0601354Ú MCI0559521.1&4TrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZX MCL5061987.1` MCL5061987` MCL5028570.1ō MCL5028570ō MCL5016798.1F MCL5016798F MCL4851158.1} MCL4851158} MCL4849599.1  MCL4849599  MCL4835344.1* MCL4835344* MCL4469743.1_ MCL4469743_ MCL4467776.1j  MCL4467776j  MCL4381067.1Å  MCL4381067Å  MCL4333886.1. MCL4333886. MCL4144983.1ü! MCL4144983ü! MCL2931045.1´$ MCL2931045´$ MCL2808632.1S MCL2808632S MCL2788588.1đ  MCL2788588đ  MCL2712337.1: MCL2712337: MCL2537505.1ä MCL2537505ä MCL2354882.1à MCL2354882à MCL2341595.1Ô MCL2341595Ô MCL2337464.1‰ MCL2337464‰ MCL2259531.1ō# MCL2259531ō# MCL2206583.1K MCL2206583K MCL2204087.1° MCL2204087° MCL2184308.1ķ MCL2184308ķ MCL2179853.1+ MCL2179853+ MCL2109536.1š MCL2109536š MCL2039304.1˙  MCL2039304˙  MCL2033989.1â  MCL2033989â  MCL1962319.1  MCL1962319  MCL1888839.1# MCL1888839# MCL1491976.1o MCL1491976o MCL0086045.1¸ MCL0086045¸ MCK9987173.1_ MCK9987173_ MCK9908664.1ˆ MCK9908664ˆ MCK9592859.1ß MCK9592859ß MCK9579519.1¯ MCK9579519¯ MCK9538307.1…  MCK9538307…  MCK9405607.1l MCK9405607l MCK9371657.1° MCK9371657° MCK9363077.1r MCK9363077r MCK9338853.1â MCK9338853â MCK9252526.13 MCK92525263 MCK9213126.1 MCK9213126 MCK7495745.1i MCK7495745i MCK7479919.1Ü MCK7479919Ü MCK6622141.1Č MCK6622141Č MCK6542200.1A MCK6542200A MCK6520984.1V MCK6520984V MCK5725948.1$ MCK5725948$ MCK5694897.1˙ MCK5694897˙ MCK5466482.1 MCK5466482 MCK5360090.1­ MCK5360090­ MCK5309055.1Ī MCK5309055Ī MCK5302212.1˜  MCK5302212˜  MCK5265770.1ĸ" MCK5265770ĸ" MCK5244187.1Q MCK5244187Q MCK5224664.1 MCK5224664 MCK5187010.1d MCK5187010d MCK5175373.1k MCK5175373k MCK5068303.1; MCK5068303; MCK5056842.1G! MCK5056842G! MCK4996050.1h  MCK4996050h  MCK4862399.1â MCK4862399â MCK4826606.1č MCK4826606č MCK4671080.1j MCK4671080j MCK4600250.1Š MCK4600250Š MCK4540455.1Ė MCK4540455Ė MCK4403577.1d MCK4403577d MCK4337579.1" MCK4337579" MCK4320383.1N MCK4320383N MCK4236496.1Å MCK4236496Å MCK4027136.1q MCK4027136q MCK3776214.1Đ# MCK3776214Đ# MCK1819907.1÷ MCK1819907÷ MCK1443663.1 MCK1443663 MCJ9712781.1¤% MCJ9712781¤% MCJ8744353.1° MCJ8744353° MCJ8729721.1€ MCJ8729721€ MCJ8328039.1( MCJ8328039( MCJ8273875.1ŋ  MCJ8273875ŋ  MCJ7770831.1Ô MCJ7770831Ô MCJ7733050.16 MCJ77330506 MCJ7686803.15TrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ MCP5558243.1! MCP5558243! MCP5487798.1Û! MCP5487798Û! MCP5281008.1  MCP5281008  MCP5262709.1Å MCP5262709Å MCP5260845.1ė  MCP5260845ė  MCP5208043.1Đ" MCP5208043Đ" MCP5198054.1  MCP5198054  MCP5114939.1Œ MCP5114939Œ MCP4974199.1 MCP4974199 MCP4914981.1_ MCP4914981_ MCP4913426.1ˇ MCP4913426ˇ MCP4907131.1> MCP4907131> MCP4788584.1à MCP4788584à MCP4774001.1  MCP4774001  MCP4742086.1û MCP4742086û MCP4716728.1K MCP4716728K MCP4697618.1# MCP4697618# MCP4641540.1• MCP4641540• MCP4570049.1Ĩ MCP4570049Ĩ MCP4488771.1:! MCP4488771:! MCP4417814.1 MCP4417814 MCP4329804.1Ų MCP4329804Ų MCP4309405.1`# MCP4309405`# MCP4293344.1 MCP4293344 MCP4204994.1O MCP4204994O MCP4196081.1Ú MCP4196081Ú MCP4144501.1 MCP4144501 MCP4111938.1ā MCP4111938ā MCP3920706.1™ MCP3920706™ MCP3872510.1N" MCP3872510N" MCP3684079.1% MCP3684079% MCP3657241.1T MCP3657241T MCP3654032.1p MCP3654032p MCP2519657.1ĸ MCP2519657ĸ MCP1831263.1Ė MCP1831263Ė MCP1651746.1Æ MCP1651746Æ MCO7639728.1Ž  MCO7639728Ž  MCO6480516.1o MCO6480516o MCO6473319.1$  MCO6473319$  MCO5569846.1ģ MCO5569846ģ MCO5330244.1˜ MCO5330244˜ MCO5319342.1# MCO5319342# MCO5248061.1÷ MCO5248061÷ MCO5068575.1ķ MCO5068575ķ MCO5064371.1/" MCO5064371/" MCO4825170.1 MCO4825170 MCO4653091.1ę MCO4653091ę MCO4570690.1€  MCO4570690€  MCO4478718.1Ū MCO4478718Ū MCO4016744.1  MCO4016744  MCO2595964.1˜ MCO2595964˜ MCM8792278.1°! MCM8792278°! MCM8621761.1€ MCM8621761€ MCM6312373.1Ū MCM6312373Ū MCM4298717.1a MCM4298717a MCM3872453.1ž MCM3872453ž MCM2455575.1ß  MCM2455575ß  MCM2356329.1 MCM2356329 MCM2350719.1÷ MCM2350719÷ MCM2341063.16! MCM23410636! MCM1513138.1 MCM1513138 MCM1504065.1Ō MCM1504065Ō MCM1185292.1p MCM1185292p MCM1168016.1É MCM1168016É MCM1122913.1' MCM1122913' MCM0593547.1m MCM0593547m MCL7977512.1? MCL7977512? MCL7714424.1D MCL7714424D MCL7487729.1— MCL7487729— MCL7403925.1O! MCL7403925O! MCL7398932.1¤ MCL7398932¤ MCL7045034.1x MCL7045034x MCL7030477.1& MCL7030477& MCL6644735.1‰ MCL6644735‰ MCL6540381.1  MCL6540381  MCL6517734.1$% MCL6517734$% MCL6479991.1/$ MCL6479991/$ MCL6457358.13% MCL64573583% MCL5999032.1 MCL5999032 MCL5970005.1x MCL5970005x MCL5772337.1Ú MCL5772337Ú MCL5061987.1`6TrčŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P : " ô Ū Æ ° ˜ ‚ j T < &  ø ā Ę ˛ œ „ n V @ (  ú ä Ė ļ ž ˆ p Z B ,  ūæиĸŠt\F.ęŌŧ¤Žv`H2ėÖž¨zbL4đØÂĒ”|fN8  ōÜÄŽ–€hR:$ öŪČ°š‚lT>&øâĘ´œ†nX@*üäÎļ ˆrZ MCU0422147.1t MCU0422147t MCU0269282.1Ĩ MCU0269282Ĩ MCU0251598.1b MCU0251598b MCU0243120.1L MCU0243120L MCU0236787.1^ MCU0236787^ MCT8275829.1Æ MCT8275829Æ MCT7963129.1ø! MCT7963129ø! MCT7710903.1ę% MCT7710903ę% MCT7046027.1. MCT7046027. MCT6212844.1p# MCT6212844p# MCT4573170.1é MCT4573170é MCS7352192.1O MCS7352192O MCS7281253.1' MCS7281253' MCS7249985.1Ō MCS7249985Ō MCS7142809.1p% MCS7142809p% MCS7125979.1  MCS7125979  MCS7028162.1x MCS7028162x MCS7015141.1‹ MCS7015141‹ MCS6997039.1Ĩ! MCS6997039Ĩ! MCS6996891.1ŋ MCS6996891ŋ MCS6948817.1Ģ  MCS6948817Ģ  MCS6948286.1‚ MCS6948286‚ MCS6937099.1_& MCS6937099_& MCS6915397.1ĸ MCS6915397ĸ MCS6907720.1Č MCS6907720Č MCS6903464.1P MCS6903464P MCS6830908.1(% MCS6830908(% MCS5932532.1 MCS5932532 MCS5664414.1Ą MCS5664414Ą MCS5639477.1 MCS5639477 MCS5505837.1! MCS5505837! MCS3353511.1 MCS3353511 MCS2900418.1Å MCS2900418Å MCR9147539.1ž# MCR9147539ž# MCR6642262.1I MCR6642262I MCR5830520.1E& MCR5830520E& MCR5673014.1c  MCR5673014c  MCR5635645.1ļ$ MCR5635645ļ$ MCR5602468.1X MCR5602468X MCR5574391.1Ú MCR5574391Ú MCR5546513.1ą MCR5546513ą MCR5498557.1W MCR5498557W MCR5435766.1Î MCR5435766Î MCR5335843.1Ú MCR5335843Ú MCR5285329.17  MCR52853297  MCR5249229.1˙ MCR5249229˙ MCR5237392.1Ų MCR5237392Ų MCR5102838.1V MCR5102838V MCR5093499.1 MCR5093499 MCR5069553.1Â% MCR5069553Â% MCR5007903.1  MCR5007903  MCR4890737.1¸ MCR4890737¸ MCR4818155.1! MCR4818155! MCR4805905.1L MCR4805905L MCR4780139.1% MCR4780139% MCR4683986.1" MCR4683986" MCR4426439.1s MCR4426439s MCR4368335.1h MCR4368335h MCR4310565.1Ā& MCR4310565Ā& MCQ8893008.1  MCQ8893008  MCQ4833490.1Õ MCQ4833490Õ MCQ2831693.1ō MCQ2831693ō MCQ2831428.1œ" MCQ2831428œ" MCQ2791623.1=# MCQ2791623=# MCQ2641798.1ĩ! MCQ2641798ĩ! MCQ2617452.1 MCQ2617452 MCQ2612024.1p MCQ2612024p MCQ2587557.1 MCQ2587557 MCQ2578417.1ķ MCQ2578417ķ MCQ2543220.1S MCQ2543220S MCQ2539410.1  MCQ2539410  MCQ2473581.1ƒ MCQ2473581ƒ MCQ2424848.1”% MCQ2424848”% MCQ2295302.1Ú MCQ2295302Ú MCQ2288428.1B MCQ2288428B MCQ2156413.1Ū MCQ2156413Ū MCQ2150528.1ö MCQ2150528ö MCQ2059483.1û MCQ2059483û MCQ0092735.1i% MCQ0092735i% MCP5940157.1>$ MCP5940157>$ MCP5750602.1 MCP5750602 MCP5558243.1!7h’čŌē¤Œv^H0ėÔžĻxbJ4î Ø Ā Ē ’ | d N 6  ō Ú Ä Ŧ – ~ h P < &  ü č Ō ž ¨ ” ~ j T @ *  ė Ö Â Ŧ ˜ ‚ n X D .   đ Ú Æ ° œ † r \ H 2   ôŪĘ´ Šv`L6" øâθ¤ŽzdP:&üæŌŧ¨’~hT>*ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ōŪČ´žŠt`J6  öâĖ¸ĸŽxdN:$úæĐŧĻ’| MC MVZ66986.1|MVZ66986| MVA71646.1ũMVA71646ũ MUU11774.1 MUU11774  MUT95740.1 MUT95740  MUT95175.1ÛMUT95175Û MUN40768.1MUN40768 MUL75888.1ŧMUL75888ŧ MTI81752.1z MTI81752z  MSZ96355.1ŪMSZ96355Ū MSZ54974.1-MSZ54974- MSZ29533.1ŨMSZ29533Ũ MSX81993.1ß!MSX81993ß! MSX50368.1#MSX50368# MSX26960.1e MSX26960e  MSW56406.1¤MSW56406¤ MSW04208.1‰MSW04208‰ MSV89973.1` MSV89973`  MSV72798.1ÛMSV72798Û MSU45888.1 MSU45888  MSU42127.1‚MSU42127‚ MSU20497.1Ę MSU20497Ę  MST81202.1ĮMST81202Į MSR47408.1ŗMSR47408ŗ MSR12783.1ŧ MSR12783ŧ  MSQ41299.1¯MSQ41299¯ MSP81668.1—MSP81668— MSO98652.1ŌMSO98652Ō MSO45354.1 MSO45354  MSO30570.1Ō&MSO30570Ō& MSO18531.1Ģ&MSO18531Ģ& MSL30063.1 MSL30063  MSE05949.1ĘMSE05949Ę MRR30429.1ˇMRR30429ˇ MRN26950.1UMRN26950U MRB85170.1_MRB85170_ MRB06557.1M MRB06557M  MQM04273.1s&MQM04273s& MQG84887.1íMQG84887í MQG44163.1”MQG44163” MQF68191.12MQF681912 MQA03337.12MQA033372 MPZ95749.1ƒMPZ95749ƒ MPZ45416.1ŊMPZ45416Ŋ MPY37361.1AMPY37361A MPT34124.1@ MPT34124@  MPT31245.17!MPT312457! MPC98265.1ĪMPC98265Ī MPC84742.1fMPC84742f MPC67018.1QMPC67018Q MPC13528.1đMPC13528đ MOY95459.1ŗ!MOY95459ŗ! MOY61908.1MOY61908 MOY08337.1¯ MOY08337¯  MOX37967.1ŋMOX37967ŋ MOW13079.1MOW13079 MOR90002.1ŒMOR90002Œ MOP71390.1MOP71390 MOP62942.1üMOP62942ü MOP14804.1žMOP14804ž MOO35077.1"MOO35077" MOO25268.1‚MOO25268‚ MOM40962.1\&MOM40962\& MOM22963.1°MOM22963° MOK24130.1*MOK24130* MIX29656.1šMIX29656š MHQ93786.1MHQ93786 MCU2740175.1  MCU2740175  MCU1589779.13  MCU15897793  MCU1579718.1P MCU1579718P MCU1518316.1 MCU1518316 MCU1518283.1Ē% MCU1518283Ē% MCU1514505.1Å MCU1514505Å MCU1506104.1' MCU1506104' MCU1460142.1à MCU1460142à MCU1437293.1C! MCU1437293C! MCU1411638.1c MCU1411638c MCU1401149.1Z  MCU1401149Z  MCU1400721.1a MCU1400721a MCU0947041.1 MCU0947041 MCU0925088.1" MCU0925088" MCU0780070.1Ü MCU0780070Ü MCU0650575.1‰ MCU0650575‰ MCU0622952.1ņ MCU0622952ņ MCU0521352.1_ MCU0521352_ MCU0490050.1_# MCU0490050_# MCU0423654.1š MCU0423654š MCU0422147.1t8pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z  NED75586.1­ NED75586­  NEB38825.1!NEB38825! NEB02235.1NEB02235 NDV26630.1T#NDV26630T# NDU77367.1ÆNDU77367Æ NDJ88951.1NDJ88951 NDI25889.1ZNDI25889Z NDH41984.1ĸNDH41984ĸ NDH21517.1§$NDH21517§$ NDH20019.1NDH20019 NDH19650.1õNDH19650õ NDF46396.1ÖNDF46396Ö NDF13247.1NDF13247 NDE79167.1ĄNDE79167Ą NDE73311.1VNDE73311V NDE10255.1NDE10255 NDD52781.1ŸNDD52781Ÿ NDD35992.1âNDD35992â NDD01017.1ŠNDD01017Š NDC77618.1ŧNDC77618ŧ NDB23390.1NDB23390 NCY12679.1ˆ$NCY12679ˆ$ NCX40317.1ō$NCX40317ō$ NCW99628.1\NCW99628\ NCW17563.1îNCW17563î NCV89943.1FNCV89943F NCV73474.1ž&NCV73474ž& NCS93910.1ŠNCS93910Š NCS37471.1ŊNCS37471Ŋ NCR29367.1ūNCR29367ū NCO19736.1–NCO19736– NCN26743.1€NCN26743€ NCC17292.1L&NCC17292L& NCB77646.1ĮNCB77646Į NCA33082.1NCA33082 NCA08360.1C%NCA08360C% NBY29827.1ˆNBY29827ˆ NBX99292.1 NBX99292  NBW88664.1* NBW88664*  NBW79235.1NBW79235 NBU29208.1”#NBU29208”# NBT94281.1a NBT94281a  NBS93427.1øNBS93427ø NBS68005.1ũ!NBS68005ũ! NBR46296.1¯NBR46296¯ NBR42698.1ZNBR42698Z NBR20456.1ÆNBR20456Æ NBQ41256.1/ NBQ41256/  NBO56108.1@ NBO56108@  NBC28176.1ûNBC28176û NBB83031.1NBB83031 NAZ85407.1NAZ85407 NAB09037.1„NAB09037„ MZT63759.1M"MZT63759M" MZQ82908.1<$MZQ82908<$ MZP65343.1UMZP65343U MYX39762.1ŌMYX39762Ō MYU10132.1IMYU10132I MYT98825.1HMYT98825H MYT92751.1ˆ MYT92751ˆ  MYS73268.1*MYS73268* MYS55468.1&MYS55468& MYS48845.1ëMYS48845ë MYM13983.1MYM13983 MYJ01754.1 MYJ01754  MYI74371.1ĢMYI74371Ģ MYE57211.1# MYE57211#  MYD98720.1KMYD98720K MYD56339.1MYD56339 MYB21565.1MYB21565 MXZ96777.1.MXZ96777. MXZ69365.1I#MXZ69365I# MXY99086.1õ"MXY99086õ" MXX91804.12 MXX918042  MXX44250.1 MXX44250  MXW58053.1' MXW58053'  MXW24770.1īMXW24770ī MXW19700.1Đ!MXW19700Đ! MXV83649.1MMXV83649M MXS72767.15MXS727675 MXQ53321.1+MXQ53321+ MXP43753.1 MXP43753  MXI78925.1× MXI78925×  MXE70911.1MXE70911 MXD03405.1€MXD03405€ MWR41881.1ō MWR41881ō  MWD28632.1Š#MWD28632Š# MWC28217.1ō"MWC28217ō" MVZ66986.1|9pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z NLU55538.1< NLU55538<  NLU38508.1ÄNLU38508Ä NLT72898.1Ö#NLT72898Ö# NLS70598.1ü NLS70598ü  NLR72952.1 NLR72952  NLP00897.1 NLP00897  NLO81011.1i NLO81011i  NLO64495.1Ø NLO64495Ø  NLN95163.1k!NLN95163k! NLN79518.1īNLN79518ī NLM06991.1ĩNLM06991ĩ NLL64488.1§NLL64488§ NLL47071.1NLL47071 NLL42224.1ŋNLL42224ŋ NLK90780.1QNLK90780Q NLI85305.1Û$NLI85305Û$ NLI68303.1eNLI68303e NLI35930.1ėNLI35930ė NLI10446.1æNLI10446æ NLI07658.1ĢNLI07658Ģ NLH91916.1¸NLH91916¸ NLG67042.1R!NLG67042R! NLF87571.1ąNLF87571ą NLF10573.1ĀNLF10573Ā NLE01480.1NLE01480 NLD53371.1#NLD53371# NLD51718.1ūNLD51718ū NLC30933.1Ä NLC30933Ä  NLB93078.1Ō NLB93078Ō  NLB51443.1_NLB51443_ NLB38271.1@NLB38271@ NLA37038.1v!NLA37038v! NKB40192.1iNKB40192i NJS16994.1O%NJS16994O% NJP33277.1îNJP33277î NJP20283.1ĻNJP20283Ļ NJO91920.1ŽNJO91920Ž NJM16453.1ČNJM16453Č NJL74459.1­NJL74459­ NJK67049.1WNJK67049W NJI17449.1NJI17449 NJE80740.1mNJE80740m NJD91181.1ÖNJD91181Ö NJD87536.1[NJD87536[ NJC23639.1NJC23639 NIW25441.1wNIW25441w NIR99268.1e#NIR99268e# NIR98474.1=NIR98474= NIR46571.1 NIR46571  NIR36035.1øNIR36035ø NIQ16008.1z%NIQ16008z% NIP96332.1ŅNIP96332Ņ NIP79453.1 NIP79453  NIM26842.1đNIM26842đ NIK25817.1–NIK25817– NIF31361.1\NIF31361\ NHW60074.1ëNHW60074ë NHB63634.1?NHB63634? NGZ99312.1NGZ99312 NGY89703.1NGY89703 NGX49271.1Î%NGX49271Î% NGS95655.1ļNGS95655ļ NGQ14502.1$NGQ14502$ NGP45824.1” NGP45824”  NGL48818.1NGL48818 NFE66003.1<NFE66003< NFD84694.1' NFD84694'  NEX64733.1ƒNEX64733ƒ NEU29184.1‚NEU29184‚ NET38287.1â%NET38287â% NET34040.1$NET34040$ NET00292.1NET00292 NER20127.1 NER20127  NEQ77371.1NEQ77371 NEQ48723.1q!NEQ48723q! NEP87605.1Ū NEP87605Ū  NEP82600.1á&NEP82600á& NEP75465.1KNEP75465K NEP46602.1BNEP46602B NEP09993.1NEP09993 NEO89073.1*NEO89073* NEO77458.1ÕNEO77458Õ NEO65312.1WNEO65312W NEO63080.1KNEO63080K NEK79366.1NEK79366 NEE34914.1įNEE34914į NEE13244.1Ŗ"NEE13244Ŗ" NED83450.1kNED83450k NED75586.1­ :lŠęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbJ0ūæĖ´š‚hR:$ øâθ¤ŽzdP:&üæŌŧ¨’~hT>*ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ōŪČ´žŠtz NTZ64221.1ZNTZ64221Z NTW34833.1ßNTW34833ß NTU59162.1â#NTU59162â# NTU53989.1ø NTU53989ø  NTM88027.1a NTM88027a  NSW79198.1gNSW79198g NRJ54907.1ĄNRJ54907Ą NRF69152.1ŽNRF69152Ž NRB78924.1í NRB78924í  NRB72577.1.NRB72577. NRB18267.1*NRB18267* NRB12392.1õ NRB12392õ  NRA95518.1l NRA95518l  NQZ80525.1 NQZ80525  NQZ11975.1×%NQZ11975×% NQY65348.1ĮNQY65348Į NQY08093.1ŪNQY08093Ū NQX99425.1æNQX99425æ NQW84129.1"NQW84129" NQW24640.1INQW24640I NQU26924.1ĸNQU26924ĸ NQU12192.1$NQU12192$ NQT76827.1NQT76827 NQT73935.1ĒNQT73935Ē NQT29221.1<%NQT29221<% NQR19375.1rNQR19375r NQJ73193.1´ NQJ73193´  NQD93247.1NQD93247 NP_494967.14 NP_4949674 NP_177230.1Ž NP_177230ŽNP_001395973.1ƒ NP_001395973ƒNP_001375225.1č# NP_001375225č#NP_001257623.1n! NP_001257623n!NP_001169133.1m NP_001169133mNP_001019860.1Ą NP_001019860Ą NPV66369.1B NPV66369B  NPV11463.1ƒ!NPV11463ƒ! NPM18735.1ÂNPM18735 NPA74709.1ļNPA74709ļ NPA60307.1?NPA60307? NPA33962.1âNPA33962â NOZ88085.1i NOZ88085i  NOZ81161.1žNOZ81161ž NOZ55740.1’NOZ55740’ NOY97419.1ËNOY97419Ë NOY92382.1%NOY92382% NOY27702.1ËNOY27702Ë NOX27817.1ÂNOX27817 NOU36639.1”NOU36639” NOU20958.1ęNOU20958ę NOT95054.1lNOT95054l NOT18216.1üNOT18216ü NOT03931.1ĒNOT03931Ē NOR80888.1NOR80888 NOR15507.1ˆNOR15507ˆ NOQ32749.1üNOQ32749ü NOG54385.1. NOG54385.  NNM97518.1zNNM97518z NNM19111.1”NNM19111” NNL66378.1įNNL66378į NNK90694.1™NNK90694™ NNK86663.1ĩNNK86663ĩ NNJ03433.1íNNJ03433í NNF58653.1Y"NNF58653Y" NNF43866.1ĸNNF43866ĸ NNF05378.1× NNF05378×  NNE87648.1šNNE87648š NNE58254.1oNNE58254o NNE23115.1ŪNNE23115Ū NNE21990.1í!NNE21990í! NND17855.1"NND17855" NNC77678.1ĪNNC77678Ī NNC58435.1NNC58435 NMO74192.1đNMO74192đ NMG18956.1Œ NMG18956Œ  NMC86773.1ŽNMC86773Ž NLZ92879.1NLZ92879 NLZ91447.1gNLZ91447g NLY70754.1Ũ$NLY70754Ũ$ NLY22703.1ų NLY22703ų  NLX43212.1Ū%NLX43212Ū% NLX21103.1XNLX21103X NLW39422.1qNLW39422q NLW23809.1@NLW23809@ NLW10703.1¨NLW10703¨ NLV89229.1 NLV89229  NLV68328.1NLV68328 NLU55538.1< ;pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z OAQ80483.1g OAQ80483g  OAO15975.1äOAO15975ä OAN53756.1ÁOAN53756Á OAL48948.1Ä OAL48948Ä  OAL01167.1¸OAL01167¸ OAH97901.1;OAH97901; OAD54734.1”$OAD54734”$ OAA61066.1OAA61066 NYK82134.1¤ NYK82134¤  NYI84739.1NYI84739 NYF16576.1ŽNYF16576Ž NXY58604.1iNXY58604i NXY38534.1ī NXY38534ī  NXX86929.1] NXX86929]  NXX47445.1%NXX47445% NXW19449.1~NXW19449~ NXV43694.1sNXV43694s NXV13419.1qNXV13419q NXU45820.1 'NXU45820 ' NXT80179.1žNXT80179ž NXT44414.1é&NXT44414é& NXS49052.1ęNXS49052ę NXS05193.1C NXS05193C  NXR14151.1 NXR14151  NXP66683.1\NXP66683\ NXO69257.1NXO69257 NXN86496.1ĐNXN86496Đ NXM82541.1rNXM82541r NXM52897.1ˆNXM52897ˆ NXL14598.1‚NXL14598‚ NXK93169.1NXK93169 NXJ84327.1bNXJ84327b NXJ71029.1NXJ71029 NXJ67438.1b%NXJ67438b% NXJ48511.1yNXJ48511y NXJ09179.1đNXJ09179đ NXH52939.12NXH529392 NXG47881.1„ NXG47881„  NXE30976.1˛&NXE30976˛& NXE29491.1ū#NXE29491ū# NXD84883.1čNXD84883č NXD58230.18 NXD582308  NXC48933.1NXC48933 NXC43906.1Í&NXC43906Í& NXB44255.1ANXB44255A NXB12866.1› NXB12866›  NXA78151.1NXA78151 NWZ25026.1PNWZ25026P NWY89495.1ėNWY89495ė NWY11222.1NWY11222 NWX34570.1×NWX34570× NWW81056.1Ą$NWW81056Ą$ NWW43432.1Ŧ&NWW43432Ŧ& NWW37631.1Ų NWW37631Ų  NWV65193.1˛NWV65193˛ NWV63665.1CNWV63665C NWV34805.1‚NWV34805‚ NWU63809.1ĩNWU63809ĩ NWU56530.1ŠNWU56530Š NWT80859.1‰NWT80859‰ NWT28302.1Ž&NWT28302Ž& NWT13315.1GNWT13315G NWR48904.1z NWR48904z  NWR36449.1ũNWR36449ũ NWJ08205.1†NWJ08205† NWI70572.1JNWI70572J NWI67355.1ë"NWI67355ë" NWH38694.1ÖNWH38694Ö NWG72028.1/NWG72028/ NWG07731.1ų!NWG07731ų! NVO57457.1¯NVO57457¯ NVO14071.1ĖNVO14071Ė NVM16230.1J&NVM16230J& NVM03966.1qNVM03966q NVK26228.1ONVK26228O NVK17210.1:NVK17210: NVK06315.1îNVK06315î NVJ87065.1ÚNVJ87065Ú NVJ47954.1ėNVJ47954ė NUV85209.1ę NUV85209ę  NUT29294.1NUT29294 NUR94205.1îNUR94205î NUR77767.1NUR77767 NUQ31250.1NUQ31250 NUQ21352.1NUQ21352 NUP45658.1*NUP45658* NUN10705.1hNUN10705h NUM76802.1@NUM76802@ NTZ64221.1Z<pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z OKO87070.1Î OKO87070Î  OKH85141.1”OKH85141” OKH79147.1û"OKH79147û" OJZ88794.17OJZ887947 OJW81690.1 %OJW81690 % OJW76341.1ĖOJW76341Ė OJW72254.1OJW72254 OJV98239.1yOJV98239y OJV54207.1AOJV54207A OJU33055.1^OJU33055^ OJT13672.1­OJT13672­ OJT07575.1ĻOJT07575Ļ OJH36051.1Ŋ OJH36051Ŋ  OJG95819.10 OJG958190  OJD14960.11OJD149601 OIV35259.1OIV35259 OIT39507.1—OIT39507— OIT02720.1>OIT02720> OIQ39557.1I OIQ39557I  OIO24646.1OIO24646 OHX54041.1ŲOHX54041Ų OHD72009.1 OHD72009  OHB76863.1#OHB76863# OHB35500.1lOHB35500l OHA02323.13OHA023233 OGZ43278.1Ö&OGZ43278Ö& OGZ08419.1ĩOGZ08419ĩ OGY30120.1ŅOGY30120Ņ OGW26817.1OGW26817 OGU48181.1 OGU48181  OGU28904.1”OGU28904” OGU26820.1OGU26820 OGS12612.1- OGS12612-  OGR49074.1čOGR49074č OGR46634.1‡OGR46634‡ OGR18938.1YOGR18938Y OGP18648.1OGP18648 OGO62636.1­OGO62636­ OGO39675.1ŋ#OGO39675ŋ# OGO01021.1īOGO01021ī OGN55943.1¤#OGN55943¤# OGM15869.1ĖOGM15869Ė OGL48105.1 OGL48105  OGK79387.1 OGK79387  OGK67013.1Q$OGK67013Q$ OGH56711.1JOGH56711J OGH18708.1ūOGH18708ū OGG08302.1rOGG08302r OGF51096.1 OGF51096  OGE84663.1ŊOGE84663Ŋ OGD88828.1XOGD88828X OGD85943.1ō OGD85943ō  OGD46026.1ÉOGD46026É OGD37525.1äOGD37525ä OGA29379.1OGA29379 OFZ89526.1OFZ89526 OFZ82064.1IOFZ82064I OFZ34164.1>OFZ34164> OFY34840.1@OFY34840@ OFX35756.1gOFX35756g OFX32653.16OFX326536 OFV87204.1ŧ OFV87204ŧ  OFJ58224.1OFJ58224 OFI40104.1ĖOFI40104Ė OEU77901.1OEU77901 OEU68709.1OEU68709 OEL34993.1ēOEL34993ē OEC37898.1~OEC37898~ ODU51779.1ODU51779 ODU23539.1[ ODU23539[  ODT35417.1ģODT35417ģ ODT35081.1æODT35081æ ODM89149.1%ODM89149% OCT99299.1Ö!OCT99299Ö! OCT51367.1}%OCT51367}% OCR38384.1ˇOCR38384ˇ OCN18427.1åOCN18427å OCB46767.1Ö OCB46767Ö  OBW66090.1#OBW66090# OBU40353.1YOBU40353Y OBJ23133.1nOBJ23133n OBG32114.1ĐOBG32114Đ OBF96065.1¨!OBF96065¨! OBC01194.1 OBC01194  OBB22832.1ĒOBB22832Ē OAX39412.1]OAX39412] OAV67199.1z!OAV67199z! OAV63675.1ū%OAV63675ū% OAQ80483.1g =pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z PAV09171.1ē&PAV09171ē& PAF30375.1 PAF30375  PAA85122.1˙PAA85122˙ PAA76673.1a%PAA76673a% PAA16140.1PAA16140 OZZ34426.1āOZZ34426ā OZV86646.1$OZV86646$ OZB16321.1!%OZB16321!% OYZ89234.1ĀOYZ89234Ā OYZ24246.1ž OYZ24246ž  OYY81277.1OYY81277 OYX89137.1[OYX89137[ OYV27796.1ØOYV27796Ø OYV25858.1OYV25858 OYU97658.1ÜOYU97658Ü OYU48266.1åOYU48266å OYR82937.1ĀOYR82937Ā OXE30643.1" OXE30643"  OXA48312.1š&OXA48312š& OWZ34415.1öOWZ34415ö OWZ21453.1ŪOWZ21453Ū OWZ15943.1XOWZ15943X OWY66639.1ą%OWY66639ą% OWK14769.1÷OWK14769÷ OWA15278.1ŗOWA15278ŗ OUX43364.1dOUX43364d OUW40900.1ã"OUW40900ã" OUV52596.1<OUV52596< OUR78726.1Á OUR78726Á  OTX04318.1OTX04318 OTO70739.1i OTO70739i  OTN76164.1\OTN76164\ OTI63326.1OTI63326 OTA99890.1ĖOTA99890Ė OTA29349.1ZOTA29349Z OSX70183.1qOSX70183q OSS44110.1[OSS44110[ ORY76548.1ŋORY76548ŋ ORY38386.1GORY38386G ORV68006.1ÛORV68006Û ORV24296.11ORV242961 ORT47413.1ļORT47413ļ ORB86003.1ĢORB86003Ģ OQY98020.1ėOQY98020ė OQY55840.1ãOQY55840ã OQW79047.1v OQW79047v  OQR96432.1×OQR96432× OQP53277.1OQP53277 OQD63521.1ąOQD63521ą OQC16336.1m&OQC16336m& OQB67688.1×OQB67688× OQB06356.1ũOQB06356ũ OQA38407.1ŠOQA38407Š OQA35671.1k OQA35671k  OPZ80214.1FOPZ80214F OPZ52024.1ĪOPZ52024Ī OPZ33967.1 OPZ33967  OPL17692.1k OPL17692k  OPJ85369.1Ÿ!OPJ85369Ÿ! OPJ74512.1ÎOPJ74512Î OOX90626.1Ņ%OOX90626Ņ% OOP55008.1GOOP55008G OOF77949.1—OOF77949— ONM12286.1ONM12286 ONK59585.1]ONK59585] ONC03263.1ž$ONC03263ž$ OMP12204.1#OMP12204# OMP01148.1eOMP01148e OMO76535.1 OMO76535  OMJ26529.1‹OMJ26529‹ OMH80233.1OMH80233 OMH39194.1üOMH39194ü OMF24356.1ŗOMF24356ŗ OME96001.1Õ OME96001Õ  OLP01091.12 OLP010912  OLO59787.11OLO597871 OLE88521.1œOLE88521œ OLE87009.1 OLE87009  OLD52228.19OLD522289 OLC60889.1¯!OLC60889¯! OLC29722.1nOLC29722n OLB27154.1•OLB27154• OLB04871.1ˇOLB04871ˇ OLA65010.1hOLA65010h OLA08565.1[OLA08565[ OKZ85006.1åOKZ85006å OKZ56768.1†OKZ56768† OKX80212.1ēOKX80212ē OKO87070.1Î >pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z PPS22991.1w"PPS22991w" PPR79666.1ÔPPR79666Ô PPQ98220.1\%PPQ98220\% PPE01392.1PPE01392 PPC85417.1÷PPC85417÷ POS85366.1čPOS85366č PON87355.1#PON87355# POM61486.16POM614866 POC21689.1Å!POC21689Å! PNJ24551.1î PNJ24551î  PNH10535.1ˆ PNH10535ˆ  PMP70922.1PMP70922 PMH44474.1ųPMH44474ų PMD26514.1ÚPMD26514Ú PLX13980.1–PLX13980– PLX13828.1Ķ PLX13828Ķ  PLW21337.1N#PLW21337N# PLU16997.1˛%PLU16997˛% PLS78226.1kPLS78226k PLN85696.1GPLN85696G PLA74748.1ëPLA74748ë PKU92481.1[&PKU92481[& PKU40490.1‡PKU40490‡ PKP76071.1” PKP76071”  PKO72095.1ÉPKO72095É PKO20637.1ˇ PKO20637ˇ  PKM59746.1ˆPKM59746ˆ PKM16736.1÷ PKM16736÷  PKL50735.1]$PKL50735]$ PKL40887.1UPKL40887U PKL38269.1Ž"PKL38269Ž" PKI91935.1 PKI91935  PKB44918.1PKB44918 PJQ02245.1°$PJQ02245°$ PJJ44766.1fPJJ44766f PJI44171.1×PJI44171× PJC69268.1ZPJC69268Z PJC62958.1™ PJC62958™  PJC48296.1ŪPJC48296Ū PJB11797.1WPJB11797W PIY74148.1ÍPIY74148Í PIY03328.17PIY033287 PIW09420.1•$PIW09420•$ PIV62444.1ĢPIV62444Ģ PIU18101.1 PIU18101  PIT67883.1÷!PIT67883÷! PIT51662.1ėPIT51662ė PIR98590.1žPIR98590ž PIR97932.1"PIR97932" PIR55147.1åPIR55147å PIR02665.1ŲPIR02665Ų PIQ75822.1âPIQ75822â PIQ22394.1bPIQ22394b PIQ07033.1JPIQ07033J PIP86899.1i&PIP86899i& PIP74303.1˙$PIP74303˙$ PIP52537.1 &PIP52537 & PIO49166.1)PIO49166) PIF02276.1ŅPIF02276Ņ PIE36668.1ÄPIE36668Ä PHU26875.1ŲPHU26875Ų PHU06236.1$#PHU06236$# PHT33663.1PHT33663 PHS07087.1]PHS07087] PHR72175.1Đ PHR72175Đ  PHR24038.1‹PHR24038‹ PHJ25428.1ÂPHJ25428 PHI20455.1JPHI20455J PHH91422.1LPHH91422L PGL69713.1ŋPGL69713ŋ PFQ70995.1" PFQ70995"  PDX57421.1ËPDX57421Ë PDX17128.1jPDX17128j PDW44028.1v PDW44028v  PDM41204.1Į PDM41204Į  PDH25543.1īPDH25543ī PCJ60344.1G PCJ60344G  PCI52029.1ĖPCI52029Ė PCI03623.1Ģ"PCI03623Ģ" PBP26446.1ƒPBP26446ƒ PBN43802.1 PBN43802  PBK84789.1 PBK84789  PBK65192.1@PBK65192@ PBJ84576.1UPBJ84576U PBI27870.1ƒPBI27870ƒ PAZ00503.1A PAZ00503A  PAW68992.1.$PAW68992.$ PAV59276.1™PAV59276™ PAV09171.1ē&?p˜ęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H6"üčŌž¨”~jT@*ėÖÂŦ˜‚ QDG92469.1Ķ QDG92469Ķ  QDF59120.1ÎQDF59120Î QCM13287.1ŌQCM13287Ō QCI53355.1Œ QCI53355Œ  QBR70480.1'QBR70480' QBM89760.1ãQBM89760ã QBL97920.1QBL97920 QBJ07451.1@#QBJ07451@# QAA77085.1DQAA77085DQ9GKS6.1ĀQ9GKS6ĀQ8XJN8.1Q8XJN8 PZW62518.1’PZW62518’ PZW56938.1Ŧ PZW56938Ŧ  PZT91770.1PZT91770 PZS09564.1öPZS09564ö PZR90627.1&PZR90627& PZR72038.1ģPZR72038ģ PZP36069.1ĶPZP36069Ķ PZO34543.1›PZO34543› PZN79281.1sPZN79281s PYX98855.1ŦPYX98855Ŧ PYX86466.1ČPYX86466Č PYX81094.1¨PYX81094¨ PYV42293.1Ē!PYV42293Ē! PYT05517.1gPYT05517g PYS39036.1ÚPYS39036Ú PYS18397.1ä&PYS18397ä& PYR37153.1B#PYR37153B# PYQ18715.1§%PYQ18715§% PYQ07964.1|PYQ07964| PYP94120.1{#PYP94120{# PYP75467.1ÚPYP75467Ú PYP50915.1ŠPYP50915Š PYO04262.1;$PYO04262;$ PYM79331.1fPYM79331f PYL83902.1Ī%PYL83902Ī% PYL80520.1ôPYL80520ô PYK96819.12$PYK968192$ PYJ65046.1PYJ65046 PYB13830.1˙%PYB13830˙% PXL39359.1m PXL39359m  PWY99603.12PWY996032 PWU96467.1Õ"PWU96467Õ" PWU57639.1ŗ PWU57639ŗ  PWU18232.1Q&PWU18232Q& PWU01878.1PWU01878 PWM57416.1éPWM57416é PWM49891.1 PWM49891  PWL92822.1Đ PWL92822Đ  PWI72242.1žPWI72242ž PWI17876.1ņPWI17876ņ PWC90347.1PWC90347 PWB61544.16PWB615446 PWA78445.1˛PWA78445˛ PWA60456.1ĩPWA60456ĩ PWA46560.1Ė PWA46560Ė  PWA40393.1”PWA40393” PVD36313.1ö"PVD36313ö" PUZ69802.1%PUZ69802% PUZ48934.1…PUZ48934… PUB18616.1ˆPUB18616ˆ PTX93603.1| PTX93603|  PTX11617.1…PTX11617… PTT91340.1ÂPTT91340 PTQ72351.1ēPTQ72351ē PTQ42746.1ž"PTQ42746ž" PTI43160.1ōPTI43160ō PTE76569.15PTE765695 PTB82632.1PTB82632 PTB82517.1¨$PTB82517¨$ PSX20495.1$PSX20495$ PSR02572.10PSR025720 PSQ73325.1tPSQ73325t PSP85445.1+!PSP85445+! PSN12224.1%PSN12224% PSK49415.1PSK49415 PSJ26816.1ÚPSJ26816Ú PSB50277.1_PSB50277_ PRQ70658.1'PRQ70658' PQP77439.1ŒPQP77439Œ PQN90025.1&PQN90025& PQN15048.1kPQN15048k PQM52169.1ŠPQM52169Š PQK14494.1§PQK14494§ PQE21401.1W"PQE21401W" PPU99279.1;PPU99279; PPU96251.1†PPU96251† PPS91010.1o PPS91010o  PPS22991.1w"@pęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z RCI04718.1›RCI04718› RBR02939.1‡RBR02939‡ RBQ75851.1bRBQ75851b RBQ02499.1‹ RBQ02499‹  RBH73006.1WRBH73006W RBA14522.1‚RBA14522‚ RAL39799.1-RAL39799- RAI83609.1e RAI83609e  RAH10573.1Œ RAH10573Œ  QZU16279.1x QZU16279x  QYU66920.1ôQYU66920ô QYT38722.1QYT38722 QXV60806.1‡QXV60806‡ QXR94354.1 QXR94354  QXO05584.1QXO05584 QXN67839.1ģQXN67839ģ QXI91160.1CQXI91160C QWY38042.1ˇQWY38042ˇ QWG36045.1ÂQWG36045 QWD35723.1qQWD35723q QWC83326.1° QWC83326°  QVX70521.1%QVX70521% QVD87869.1 #QVD87869 # QUQ06080.1ÎQUQ06080Î QUM20585.1īQUM20585ī QUL97857.1íQUL97857í QUL58516.1šQUL58516š QUE11983.1QUE11983 QUA05739.1đQUA05739đ QTZ27226.1 QTZ27226  QTW92269.1gQTW92269g QTM79632.1QTM79632 QTD03487.1žQTD03487ž QSZ25555.1đQSZ25555đ QRX02582.1čQRX02582č QRN83137.1`QRN83137` QQS37660.1;QQS37660; QQS09360.1ôQQS09360ô QQR61334.1<QQR61334< QQO98901.1€QQO98901€ QQO85492.1kQQO85492k QQH27121.1īQQH27121ī QQE66073.1‘$QQE66073‘$ QQC21553.1 QQC21553  QPX63240.1ˇQPX63240ˇ QPH00767.1ˆQPH00767ˆ QOL09497.1QOL09497 QNW05614.1üQNW05614ü QNV11749.1ŽQNV11749Ž QNU41032.1åQNU41032å QNM59064.1 QNM59064  QNK62815.1.QNK62815. QNF21522.1rQNF21522r QMV44496.16QMV444966 QLY80081.1<QLY80081< QLT57385.1_QLT57385_ QLQ30255.1‘QLQ30255‘ QLP56207.1oQLP56207o QLL42869.1=QLL42869= QLL10545.1áQLL10545á QLB53288.1é"QLB53288é" QJX39570.1{ QJX39570{  QJX39053.1QJX39053 QJA13926.1ûQJA13926û QIX02502.1ņQIX02502ņ QIG46118.1 QIG46118  QIE41101.1+"QIE41101+" QID82546.1+QID82546+ QIC18874.1hQIC18874h QHV87229.1cQHV87229c QHO28611.1ĪQHO28611Ī QGZ94761.19QGZ947619 QGT50941.1QGT50941 QGP90243.1 QGP90243  QGA29503.1) QGA29503)  QFY03744.1¸ QFY03744¸  QFE31818.1ąQFE31818ą QEP29574.1h!QEP29574h! QEP12732.1âQEP12732â QEG42388.1 QEG42388  QEC74319.1žQEC74319ž QEA04360.1cQEA04360c QDT53250.1PQDT53250P QDT09879.1ōQDT09879ō QDK31721.1ãQDK31721ã QDI78883.1# QDI78883#  QDH52386.1û QDH52386û  QDH16072.1“ QDH16072“  QDG92469.1Ķ ApęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z RPI95901.1#RPI95901# RPI37384.1#RPI37384# RPI21000.1?RPI21000? RPH43036.1\$RPH43036\$ RPG10933.1aRPG10933a ROW17242.14ROW172424 ROW07476.1Ņ$ROW07476Ņ$ ROW03190.1ÂROW03190 ROV93981.1ĄROV93981Ą ROT89752.1ņROT89752ņ ROR98276.1“ROR98276“ ROP28277.1!ROP28277! RNF14763.1RNF14763 RNA69827.1RNA69827 RMZ75246.1 RMZ75246  RMZ53977.1JRMZ53977J RMY79307.1ŒRMY79307Œ RMY06144.1p"RMY06144p" RMP47417.1á!RMP47417á! RMP03152.1]RMP03152] RMO68303.1ķRMO68303ķ RMO53691.1hRMO53691h RMG09135.1ũRMG09135ũ RMG03831.1 RMG03831  RMF71452.1ō RMF71452ō  RMF68396.1ų RMF68396ų  RME91291.1íRME91291í RME29710.1ˆRME29710ˆ RLV89158.1ŸRLV89158Ÿ RLT25539.1P RLT25539P  RLT18611.1í RLT18611í  RLS80176.1?&RLS80176?& RLS53863.1TRLS53863T RLS46433.1íRLS46433í RLS24356.1fRLS24356f RLN50561.17RLN505617 RLN36134.1Û RLN36134Û  RLN04523.1Œ"RLN04523Œ" RLI44152.1íRLI44152í RLG01914.1ŌRLG01914Ō RLF82422.1RLF82422 RLE74569.1āRLE74569ā RLE48019.1…RLE48019… RLE02911.1DRLE02911D RLD79060.1 RLD79060  RLD52647.1ģRLD52647ģ RLB79053.1,"RLB79053," RLB75920.1 RLB75920  RLB66027.1†$RLB66027†$ RLA95129.1ņ RLA95129ņ  RLA59280.1ĒRLA59280Ē RKZ09955.1& RKZ09955&  RKX20462.1ÁRKX20462Á RKU33385.1ûRKU33385û RKT82586.1ØRKT82586Ø RKT44589.1øRKT44589ø RKP53954.1Į%RKP53954Į% RKK88308.1×RKK88308× RKH80454.1ëRKH80454ë RKG50564.1[RKG50564[ RKF23984.1ōRKF23984ō RJU83745.1Í RJU83745Í  RJP93937.1ēRJP93937ē RJF99999.1RRJF99999R RJF98482.1a!RJF98482a! RIX75659.1!RIX75659! RIK81456.1RIK81456 RIB10989.1Å%RIB10989Å% RHX96716.1 RHX96716  RHQ28634.1RHQ28634 RHP79651.1ŨRHP79651Ũ RHP78675.1ŪRHP78675Ū RHI25825.1:$RHI25825:$ RGZ20155.1ą RGZ20155ą  RGX77898.1¸RGX77898¸ RGT06351.1īRGT06351ī RGG06187.1Ī RGG06187Ī  REJ18923.1ŽREJ18923Ž RDU38945.1čRDU38945č RDJ60584.1ęRDJ60584ę RDH15740.1~RDH15740~ RDE30147.1§RDE30147§ RCX10040.1Š RCX10040Š  RCV36353.1eRCV36353e RCN52028.1˙RCN52028˙ RCN27560.1[RCN27560[ RCN27214.1ø$RCN27214ø$ RCK62276.1f RCK62276f  RCI04718.1›BpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z SDP58856.1lSDP58856l SDO77973.1&SDO77973& SDI97994.1âSDI97994â SDI37994.1u SDI37994u  SDH24188.1Š%SDH24188Š% SDB07816.1SDB07816 SCX00186.1ĀSCX00186Ā SCN76227.1ēSCN76227ē SCL72461.1SCL72461 SCL13606.1!SCL13606! SCK25073.1Ā SCK25073Ā  SCH39951.1ĨSCH39951Ĩ SCH22700.1ÍSCH22700Í SBS78954.1SBS78954 RZU98823.1ņ&RZU98823ņ& RZU50905.14 RZU509054  RZO90007.1; RZO90007;  RZO46377.1š RZO46377š  RZN15559.1Ā#RZN15559Ā# RZM24348.1ĒRZM24348Ē RZL08229.1¨&RZL08229¨& RZK87475.1aRZK87475a RZK52568.1Ė RZK52568Ė  RZJ10574.1˙RZJ10574˙ RZJ01256.1}RZJ01256} RZI94009.1W RZI94009W  RZD53001.1dRZD53001d RZC84346.1zRZC84346z RZC11235.1=RZC11235= RZB31430.1mRZB31430m RYZ40664.1] RYZ40664]  RYY73542.1ŊRYY73542Ŋ RYY55682.1 RYY55682  RYY39456.1U RYY39456U  RYU57897.1ÉRYU57897É RYQ91928.1¯RYQ91928¯ RYP71249.1!RYP71249! RYP53376.1ŦRYP53376Ŧ RYP44998.1Ų$RYP44998Ų$ RYP28707.1RYP28707 RYO44776.1ÆRYO44776Æ RYH76248.1RYH76248 RYG63745.1HRYG63745H RYG22587.1T RYG22587T  RYE89993.1^ RYE89993^  RYE23003.1•RYE23003• RYD69609.1ÎRYD69609Î RYD39969.1ÆRYD39969Æ RYD06084.1RRYD06084R RXW21184.1RXW21184 RXN11474.1ĀRXN11474Ā RXM36450.1#RXM36450# RXK40695.1‹&RXK40695‹& RWZ64791.1nRWZ64791n RWX51021.1F#RWX51021F# RWW58604.1ƒ RWW58604ƒ  RWW57209.1¨RWW57209¨ RWR83460.1}RWR83460} RWQ68821.1nRWQ68821n RWK19229.1RWK19229 RWC01310.1ėRWC01310ė RVW37287.1ģRVW37287ģ RVW27732.1SRVW27732S RVU39726.1J RVU39726J  RVU05718.1uRVU05718u RVG63469.1J%RVG63469J% RVE76210.1oRVE76210o RVD87240.1"RVD87240" RUY13648.1ŠRUY13648Š RUX64007.1˛RUX64007˛ RUU66461.1ËRUU66461Ë RUS79844.1Å RUS79844Å  RUM68418.1ƒRUM68418ƒ RUM56169.1&RUM56169& RUA32032.1_RUA32032_ RTZ57973.1Ī"RTZ57973Ī" RTG88278.1ĪRTG88278Ī RTE72268.1Ĩ RTE72268Ĩ  RSL59427.1Ģ#RSL59427Ģ# RSL41043.1˜RSL41043˜ RRY46070.1§RRY46070§ RRJ17109.1ŧ$RRJ17109ŧ$ RRH78400.1‘RRH78400‘ RQR66516.1ģRQR66516ģ RQM16216.1ķ&RQM16216ķ& RQM07044.1rRQM07044r RQL72805.1w#RQL72805w# RQD71026.1RQD71026 RPI95901.1#CpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z THY23779.1Ŧ THY23779Ŧ  THY09373.1€THY09373€ THW78755.1WTHW78755W THW19323.1Ķ%THW19323Ķ% THU55532.1ÎTHU55532Î THH04310.1eTHH04310e THB74636.1(THB74636( THB74514.1!THB74514! THB72442.1HTHB72442H TGQ73293.1mTGQ73293m TGL93452.1 TGL93452  TFV53637.1 TFV53637  TFV00908.19TFV009089 TFE29608.1ęTFE29608ę TEY22245.1˛ TEY22245˛  TEB32912.1ŠTEB32912Š TEB04530.1É$TEB04530É$ TEA36401.1û TEA36401û  TEA36026.1ōTEA36026ō TDZ21558.1ãTDZ21558ã TDR34929.1 TDR34929  TDP04522.1TDP04522 TDM00308.1ųTDM00308ų TDL20017.1‹TDL20017‹ TDJ69718.1E TDJ69718E  TDB69252.1Æ#TDB69252Æ# TDB49724.1ĐTDB49724Đ TCV06956.1gTCV06956g TCK28839.1č TCK28839č  TCJ90160.1’TCJ90160’ TCC36519.1ˇ"TCC36519ˇ" TBV99016.1ÍTBV99016Í TBR44965.1* TBR44965*  TBR12235.1Ô%TBR12235Ô% TAM79626.1Ī TAM79626Ī  TAM59961.1Ž"TAM59961Ž" TAM11363.1wTAM11363w TAL78422.1 TAL78422  TAL20232.1lTAL20232l TAH42824.1YTAH42824Y TAG14385.1a TAG14385a  SYZ65887.1E%SYZ65887E% SVJ73127.1&SVJ73127& STW12454.1]STW12454] STW09510.1MSTW09510M STI83942.1âSTI83942â STF90731.1ŒSTF90731Œ STC68550.1%STC68550% SSC70273.1%SSC70273% SQP19075.1b"SQP19075b" SQI90360.1ôSQI90360ô SQC43367.1SQC43367 SQB81123.1| SQB81123|  SPZ45747.1û!SPZ45747û! SPO69561.1iSPO69561i SPC33634.1]SPC33634] SON95852.1ESON95852E SOE69513.1ĮSOE69513Į SOE22515.1SOE22515 SOD38512.1ĢSOD38512Ģ SOD38336.1eSOD38336e SNS96357.13SNS963573 SMS09381.1ĄSMS09381Ą SKY52432.1ˆSKY52432ˆ SKC89544.1ASKC89544A SKA28887.1‡SKA28887‡ SJX71965.1ŋ SJX71965ŋ  SIS29303.1•SIS29303• SIR93298.1B SIR93298B  SHX72876.1+SHX72876+ SHM84371.1*SHM84371* SHG89682.1÷SHG89682÷ SHG12942.1=SHG12942= SFX27592.1 SFX27592  SFW06215.1ĻSFW06215Ļ SFQ01701.1ėSFQ01701ė SFI40936.1úSFI40936ú SFF07309.1ļSFF07309ļ SFB29161.1˜SFB29161˜ SEP77558.1_SEP77558_ SEP73001.1ãSEP73001ã SEJ33525.1ēSEJ33525ē SED94327.1Ī SED94327Ī  SED04027.1ŠSED04027Š SDW64481.1;!SDW64481;! SDT73851.1šSDT73851š SDS88477.1#SDS88477# SDP91455.1GSDP91455G SDP58856.1lDpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z TWW58526.1Ž%TWW58526Ž% TWU17869.1;TWU17869; TWT41731.1‹TWT41731‹ TWP21248.1” TWP21248”  TWL42136.1i#TWL42136i# TWK83191.1ŦTWK83191Ŧ TVY78526.1GTVY78526G TVU87390.1> TVU87390>  TVS18044.1Č TVS18044Č  TVR86131.1Š TVR86131Š  TVR41840.1• TVR41840•  TVR26043.1û$TVR26043û$ TVQ27286.1æTVQ27286æ TVQ11450.1-#TVQ11450-# TVP67793.1¤$TVP67793¤$ TVO55343.1 TVO55343  TSC89929.1ĩ TSC89929ĩ  TSA47082.1N TSA47082N  TSA38195.1ãTSA38195ã TSA21665.1˛TSA21665˛ TSA09501.1ē TSA09501ē  TRZ74764.1TRZ74764 TRZ64304.1 TRZ64304  TQJ11194.14"TQJ111944" TQD99590.1Ë TQD99590Ë  TQD79640.1įTQD79640į TQD74562.1Ä TQD74562Ä  TPX78184.1ĐTPX78184Đ TPV93333.1}TPV93333} TPR01788.1Ū#TPR01788Ū# TOP73014.1TOP73014 TOF36258.1Q#TOF36258Q# TOE90752.1ÄTOE90752Ä TNN52570.1Ŋ TNN52570Ŋ  TNN49994.1 "TNN49994 " TNN34207.1]TNN34207] TNI18971.1¤ TNI18971¤  TNH24208.1R TNH24208R  TNF89271.1%TNF89271% TNF43597.1RTNF43597R TNE39473.1BTNE39473B TNE33066.1ĘTNE33066Ę TND09120.1ŲTND09120Ų TMQ35121.1.TMQ35121. TMQ14810.16&TMQ148106& TMQ05501.1TMQ05501 TMQ04701.1Č&TMQ04701Č& TMO21331.1 TMO21331  TML70651.1 TML70651  TMK27100.1ĪTMK27100Ī TMJ88229.1•TMJ88229• TMJ83338.1ũ TMJ83338ũ  TMI36513.1TMI36513 TMH88670.1žTMH88670ž TMH79857.1‹"TMH79857‹" TMH33622.1ú TMH33622ú  TMH05674.1= TMH05674=  TMG92410.1w TMG92410w  TMG86695.1‡TMG86695‡ TMG37032.1÷TMG37032÷ TMF32236.1€&TMF32236€& TME45086.1TME45086 TMD19778.13TMD197783 TMC92967.1×TMC92967× TMB80853.1&TMB80853& TLZ56659.13TLZ566593 TLZ05171.1–TLZ05171– TLY75477.1TLY75477 TLY59051.1›TLY59051› TLX84297.1ĖTLX84297Ė TLX83379.1 TLX83379  TKY54154.1ũ"TKY54154ũ" TKX51930.1TKX51930 TKW18680.1Ģ TKW18680Ģ  TKJ47549.1ļTKJ47549ļ TKJ28570.1É TKJ28570É  TKA61426.1`TKA61426` TJW17418.1TJW17418 TJW13192.1‚ TJW13192‚  TIX75263.1Q TIX75263Q  TIW69825.1yTIW69825y TIW64311.1ĮTIW64311Į TIU74829.1u!TIU74829u! TIQ70464.1 TIQ70464  TIP25924.1ĸ TIP25924ĸ  TIL25499.1†TIL25499† TIC14313.1TIC14313 THZ10219.1THZ10219 THY23779.1Ŧ EpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z UPB00876.1ÖUPB00876Ö UPA83906.1{ UPA83906{  UOZ97514.1ČUOZ97514Č UOU30556.1u"UOU30556u" UOK61174.1UOK61174 UOA67814.1ÖUOA67814Ö UNP61785.1ž UNP61785ž  UNP33456.1&UNP33456& UNI03201.1Ļ#UNI03201Ļ# UMM23672.1˛UMM23672˛ UMF87224.1‰UMF87224‰ UMA88644.1žUMA88644ž ULU28230.1' ULU28230'  ULB83374.1§ULB83374§ ULA23837.2 %ULA23837 % UKZ95812.1aUKZ95812a UKU68032.1)UKU68032) UKS51372.1`UKS51372` UKN67998.1%UKN67998% UKI46111.1ĩ$UKI46111ĩ$ UKE84511.1aUKE84511a UJW35797.1ŗUJW35797ŗ UJW31884.1:UJW31884: UJV88611.1ŠUJV88611Š UJT06733.1„UJT06733„ UJS94137.1;UJS94137; UJR17665.1¯ UJR17665¯  UJR03683.18UJR036838 UJQ14296.1G UJQ14296G  UJJ97602.1]UJJ97602] UJA07681.1ōUJA07681ō UIX40308.1TUIX40308T UIR12670.1‰UIR12670‰ UHM53165.1|$UHM53165|$ UHK01047.1uUHK01047u UHH56899.1ß#UHH56899ß# UHB14670.1ģ UHB14670ģ  UGY43725.1@UGY43725@ UGX22439.1 UGX22439  UGB98301.1ØUGB98301Ø UGA79226.1IUGA79226I UFM02602.1;UFM02602; UFM00670.1$UFM00670$ UFH83377.1­UFH83377­ UFA30503.1Š UFA30503Š  UEX07109.1 UEX07109  UEC68750.19!UEC687509! UEC52718.1nUEC52718n UDK40309.1¯UDK40309¯ UDH58358.1y$UDH58358y$ UCP77012.1îUCP77012î UCP72061.1ãUCP72061ã UCJ00318.1&UCJ00318& UCH34204.1ë!UCH34204ë! UCF87976.1ĘUCF87976Ę UCF86936.1zUCF86936z UCF78466.1wUCF78466w UCF69744.1ēUCF69744ē UCF22071.1UCF22071 UCE84061.1ˇ%UCE84061ˇ% UCC96225.1cUCC96225c UBY07556.1ūUBY07556ū UBY01598.1œ UBY01598œ  UBR86455.1œUBR86455œ UBP50947.1W UBP50947W  UBN63752.1k%UBN63752k% UBL45068.1ŽUBL45068Ž UBD95131.1Œ UBD95131Œ  UBA80202.1;"UBA80202;" UAW00545.1¨UAW00545¨ UAS17182.2o UAS17182o  UAQ80067.1ŲUAQ80067Ų TZC53901.1?TZC53901? TYJ28824.1ŲTYJ28824Ų TYJ03004.1 TYJ03004  TYI91467.1QTYI91467Q TYI23342.1-TYI23342- TYG81953.1‰TYG81953‰ TYG55675.1fTYG55675f TXT57728.1TTXT57728T TXK73489.1ÂTXK73489 TXI82219.1ģ TXI82219ģ  TXH71851.1ĒTXH71851Ē TXH38725.1 TXH38725  TXH38262.1-TXH38262- TXG48910.1"TXG48910" TXB56523.1PTXB56523P TWW80208.1ŗTWW80208ŗ TWW58526.1Ž%FpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x d N : $  ú æ Đ ŧ Ļ ’ | h R > (  ū ę Ô Ā Ē – € l V B ,   î Ø Ä Ž š „ p Z F 0   ōÜȲžˆt^J4  öāĖļĸŒxbN8$úäĐēĻ|fR<(ūčÔžĒ”€jV@,ėØÂŽ˜„nZD0đÜÆ˛œˆr^H4 ôāĘļ ŒvbL8"øäÎē¤z VVW57803.1ž%VVW57803ž% VVV80071.1#VVV80071# VVC94919.1ęVVC94919ę VVC36036.1ŧVVC36036ŧ VVB00125.1ĶVVB00125Ķ VVA34975.1$VVA34975$ VUT24782.1Ú VUT24782Ú  VUC33496.1­ VUC33496­  VTR69884.1—VTR69884— VTR17913.1VTR17913 VTM75314.1ÚVTM75314Ú VTD69375.1ĖVTD69375Ė VST16928.1ŗ%VST16928ŗ% VSL28096.1ę$VSL28096ę$ VRK55480.1ÛVRK55480Û VQC01530.1MVQC01530M VPT01298.1>VPT01298> VJO49958.1ōVJO49958ō VIP11815.1ėVIP11815ė VIF85598.1)VIF85598) VHX55998.1Ÿ$VHX55998Ÿ$ VGP03367.1­#VGP03367­# VGM95377.1RVGM95377R VFV20999.1ŸVFV20999Ÿ VFC12725.1î"VFC12725î" VEL25898.1ūVEL25898ū VEH65358.1Ĩ#VEH65358Ĩ# VEC90219.1‹%VEC90219‹% VEA68798.1šVEA68798š VDR39692.1ä VDR39692ä  VDP42962.1, VDP42962,  VDP10889.1ļVDP10889ļ VDO63589.1āVDO63589ā VDM37090.1.VDM37090. VDL88157.1OVDL88157O VDL79744.1r#VDL79744r# VDK71801.1VDK71801 VDK55583.1œVDK55583œ VDD35992.1_ VDD35992_  VAX76432.1XVAX76432X VAI85984.1īVAI85984ī VAI84247.1"VAI84247" VAI76478.1Ę#VAI76478Ę# VAH82675.1ÍVAH82675Í VAH04400.13VAH044003 UZY22531.1ŋUZY22531ŋ UZO53924.1UZO53924 UZO03952.1aUZO03952a UZH89542.1õUZH89542õ UZF38514.1= UZF38514=  UYV38309.1DUYV38309D UYE59123.1—UYE59123— UYE49180.1uUYE49180u UYC71619.1ŽUYC71619Ž UXX67934.1a$UXX67934a$ UXH94526.1ËUXH94526Ë UXE63572.1ĒUXE63572Ē UWQ95440.1ÆUWQ95440Æ UWG74403.1įUWG74403į UVY40774.1UVY40774 UVI10561.1×UVI10561× UVD88834.14UVD888344 UVD42744.1LUVD42744L UVB16817.1™UVB16817™ UUZ81931.1Æ UUZ81931Æ  UUZ63036.1ŗUUZ63036ŗ UUS71569.1ũUUS71569ũ UTW67325.1!UTW67325! UTU41876.1!UTU41876! UTT93350.1WUTT93350W UTN87579.1UTN87579 UTM04871.1JUTM04871J USW54809.1ķ#USW54809ķ# USR37329.1'USR37329' USR14792.1ŽUSR14792Ž USN98129.1USN98129 USL51576.1ģUSL51576ģ USK34290.1USK34290 URQ55824.1ë%URQ55824ë% URP80785.1y&URP80785y& URN93064.1E$URN93064E$ URJ46333.1URJ46333 URE29467.1GURE29467G UQV46285.1æUQV46285æ UQT49937.1ÉUQT49937É UPU53169.1ā%UPU53169ā% UPT73080.1& UPT73080&  UPP41269.1x UPP41269x  UPB00876.1ÖGHpęÖĀŦ–‚lXB.îÚÄ°š†p\F2ō Ū Č ´ ž Š t ` J 6 ö â Ė ¸ ĸ Ž x ` F .  ü â Ę ° ˜ ~ f L 4   č Đ ļ ž „ l R :  î Ö ŧ ¤ Š r X @ &  ôÜÂĒx^F,úâČ°–~dL2čÎļœ„jR8 îÔŧĸŠpX>& ôÚ¨v^D,úāČŽ–|dJ2æδœ‚jP8ėÔēĸˆpV ôāĘļ WP_004960861.1X WP_004960861XWP_004957233.1q WP_004957233qWP_004949240.1Č WP_004949240ČWP_004841038.10 WP_0048410380WP_004762412.10 WP_0047624120WP_004751198.1ø WP_004751198øWP_004727834.1‚  WP_004727834‚ WP_004699236.1û WP_004699236ûWP_004660460.1  WP_004660460 WP_004647440.15  WP_0046474405 WP_004619799.1 WP_004619799WP_004213189.1h% WP_004213189h%WP_004208647.1|  WP_004208647| WP_004185621.1H  WP_004185621H WP_004127832.1S WP_004127832SWP_003976137.1 WP_003976137WP_003960394.1Å  WP_003960394Å WP_003939801.1Ž  WP_003939801Ž WP_003748238.1…  WP_003748238… WP_003642885.1Œ WP_003642885ŒWP_003333677.1 WP_003333677WP_003303823.1R WP_003303823RWP_003245665.1 WP_003245665WP_003176097.1"& WP_003176097"&WP_003067788.1# WP_003067788#WP_002951147.1Í WP_002951147ÍWP_002896703.1ę WP_002896703ęWP_002894198.1†  WP_002894198† WP_002857697.1á WP_002857697áWP_002803816.1 WP_002803816WP_002682757.1,$ WP_002682757,$WP_002655233.1á  WP_002655233á WP_002615101.1% WP_002615101%WP_002598431.1' WP_002598431'WP_002574744.1ũ& WP_002574744ũ&WP_002541411.1% WP_002541411%WP_002449605.1Č WP_002449605ČWP_002318774.1$ WP_002318774$WP_002264996.1f WP_002264996fWP_002162515.1ė WP_002162515ėWP_001977095.1u WP_001977095uWP_001884703.1Ũ WP_001884703ŨWP_001804449.1  WP_001804449 WP_001537381.1à WP_001537381ÃWP_001531669.1d  WP_001531669d WP_001495833.1I WP_001495833IWP_001329193.11 WP_0013291931WP_001203076.1ī WP_001203076īWP_001202764.1ƒ  WP_001202764ƒ WP_000989932.1á WP_000989932áWP_000877275.1Z$ WP_000877275Z$WP_000685022.1K WP_000685022KWP_000576638.1ę WP_000576638ęWP_000484099.1č WP_000484099čWP_000446844.1w WP_000446844wWP_000391618.1@ WP_000391618@WP_000158727.1Ŋ% WP_000158727Ŋ% WHE12941.1WHE12941 WHA30314.1X#WHA30314X# WGY84075.1üWGY84075ü WGQ72821.1aWGQ72821a WGP98278.1ŌWGP98278Ō WGP70063.1˙WGP70063˙ WFQ78449.12WFQ784492 WEU87158.1WEU87158 WEK50023.1 WEK50023  WEI27974.1T WEI27974T  WDS37366.1í WDS37366í  WDF47893.1ôWDF47893ô WDA54585.1Ü WDA54585Ü  WAY96880.1HWAY96880H WAX22144.1Š"WAX22144Š" WAX10255.1ØWAX10255Ø WAX08241.1cWAX08241c WAS49087.1z WAS49087z  WAR09170.1T WAR09170T  VWM24802.1nVWM24802n VVW92857.1VVW92857 VVW57803.1ž%H<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@ˆWP_010905191.1k WP_010905191kWP_010875413.1'& WP_010875413'&WP_010865602.1X  WP_010865602X WP_010859888.1Ú  WP_010859888Ú WP_010502862.1Ÿ WP_010502862ŸWP_010462366.1č WP_010462366čWP_010443651.1˜ WP_010443651˜WP_010434011.1  WP_010434011 WP_010409355.1í WP_010409355íWP_010381982.1‡ WP_010381982‡WP_010299410.14 WP_0102994104WP_010251888.14 WP_0102518884WP_010048070.1ā WP_010048070āWP_010016619.1  WP_010016619 WP_009881125.1=  WP_009881125= WP_009803198.1 WP_009803198WP_009714971.1y  WP_009714971y WP_009620393.1M  WP_009620393M WP_009475234.1j WP_009475234jWP_009257967.1Î WP_009257967ÎWP_009197348.1Ä WP_009197348ÄWP_009025642.1e& WP_009025642e&WP_008959270.1t WP_008959270tWP_008860295.10 WP_0088602950WP_008701575.1 WP_008701575WP_008470196.1 WP_008470196WP_008346835.1,  WP_008346835, WP_008314082.15 WP_0083140825WP_008292946.1Œ WP_008292946ŒWP_008134825.1k WP_008134825kWP_008132112.1$  WP_008132112$ WP_008056683.1š WP_008056683šWP_008045531.11  WP_0080455311 WP_007993424.1 WP_007993424WP_007853416.1z WP_007853416zWP_007747506.1}$ WP_007747506}$WP_007708736.1% WP_007708736%WP_007683719.1Ĩ WP_007683719ĨWP_007678833.1% WP_007678833%WP_007635864.1i WP_007635864iWP_007577863.1Ŗ WP_007577863ŖWP_007556065.1› WP_007556065›WP_007427566.1t  WP_007427566t WP_007404414.1­ WP_007404414­WP_007377599.1& WP_007377599&WP_007356512.1# WP_007356512#WP_007337172.1č! WP_007337172č!WP_007287952.1­ WP_007287952­WP_007270472.1… WP_007270472…WP_007162313.10 WP_0071623130WP_006895514.1e$ WP_006895514e$WP_006799194.1‰% WP_006799194‰%WP_006761119.1ä WP_006761119äWP_006728805.1 WP_006728805WP_006697084.1O WP_006697084OWP_006685582.1:  WP_006685582: WP_006336501.1y  WP_006336501y WP_006327457.1… WP_006327457…WP_006305873.1É WP_006305873ÉWP_006224372.1= WP_006224372=WP_006198916.17 WP_0061989167WP_006075792.1K  WP_006075792K WP_006034446.1Ø  WP_006034446Ø WP_006027485.1{ WP_006027485{WP_006004624.1‘ WP_006004624‘WP_005969797.10 WP_0059697970WP_005921846.1R WP_005921846RWP_005710284.1# WP_005710284#WP_005632191.14 WP_0056321914WP_005629113.1„  WP_005629113„ WP_005582143.1ŗ WP_005582143ŗWP_005392478.1…& WP_005392478…&WP_005253785.1V WP_005253785VWP_005165186.13! WP_0051651863!WP_004994904.1ë  WP_004994904ë WP_004960861.1XI<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@ÔWP_015484594.1Đ  WP_015484594Đ WP_015314674.1  WP_015314674 WP_015275782.1č WP_015275782čWP_015203918.1{  WP_015203918{ WP_015183653.1Æ WP_015183653ÆWP_015167170.1ķ! WP_015167170ķ!WP_015154948.1  WP_015154948 WP_015138129.1É WP_015138129ÉWP_015133641.1U WP_015133641UWP_014985199.1 WP_014985199WP_014950321.1[ WP_014950321[WP_014942931.1A WP_014942931AWP_014884217.1Đ WP_014884217ĐWP_014814721.1J WP_014814721JWP_014812045.1ö WP_014812045öWP_014793632.1o WP_014793632oWP_014785013.1+ WP_014785013+WP_014772780.1Ŗ WP_014772780ŖWP_014657023.1× WP_014657023×WP_014605789.1m WP_014605789mWP_014558374.1ø WP_014558374øWP_014504812.1— WP_014504812—WP_014407515.1  WP_014407515 WP_014286324.1Å& WP_014286324Å&WP_014217999.1đ WP_014217999đWP_014213241.1_ WP_014213241_WP_014206161.1e WP_014206161eWP_014036593.1( WP_014036593(WP_013970683.1G WP_013970683GWP_013845913.1y WP_013845913yWP_013768652.1) WP_013768652)WP_013712491.1†  WP_013712491† WP_013632646.1Å WP_013632646ÅWP_013611731.1 WP_013611731WP_013572974.1ų WP_013572974ųWP_013571875.1 WP_013571875WP_013559898.1š  WP_013559898š WP_013449879.1p WP_013449879pWP_013384884.1E WP_013384884EWP_013133580.1¸ WP_013133580¸WP_013102579.1} WP_013102579}WP_013017739.1Ø WP_013017739ØWP_012964108.1i WP_012964108iWP_012924408.1ˇ WP_012924408ˇWP_012917492.1— WP_012917492—WP_012913739.1š WP_012913739šWP_012785155.1Í WP_012785155ÍWP_012724915.1M% WP_012724915M%WP_012716944.1ļ% WP_012716944ļ%WP_012573472.1m WP_012573472mWP_012568269.1% WP_012568269%WP_012517468.1 WP_012517468WP_012506875.1T WP_012506875TWP_012456188.1Ų WP_012456188ŲWP_012339795.1 WP_012339795WP_012283464.1I WP_012283464IWP_012236017.1Ë WP_012236017ËWP_012147640.1Î WP_012147640ÎWP_012105291.1i$ WP_012105291i$WP_012084538.1Ÿ WP_012084538ŸWP_011965948.1L WP_011965948LWP_011739125.1 WP_011739125WP_011629477.1‚  WP_011629477‚ WP_011568153.1@ WP_011568153@WP_011531028.1I& WP_011531028I&WP_011513572.1Ŗ WP_011513572ŖWP_011512097.1! WP_011512097!WP_011490055.1ĸ WP_011490055ĸWP_011313080.1Î WP_011313080ÎWP_011185207.1 & WP_011185207 &WP_011147179.1` WP_011147179`WP_011063740.1Q WP_011063740QWP_011062110.1Û  WP_011062110Û WP_011057593.1ŗ WP_011057593ŗWP_010997757.1g  WP_010997757g WP_010905191.1kJ<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_022748957.1˜ WP_022748957˜WP_022723191.1  WP_022723191 WP_022710297.1z WP_022710297zWP_022677205.1(  WP_022677205( WP_022619009.1w WP_022619009wWP_022389025.1į WP_022389025įWP_022385641.1É WP_022385641ÉWP_022347710.18 WP_0223477108WP_021646634.1C WP_021646634CWP_021500824.1m! WP_021500824m!WP_021479352.14# WP_0214793524#WP_021391773.1d WP_021391773dWP_021346398.1‹ WP_021346398‹WP_021117716.1œ WP_021117716œWP_020913025.1F" WP_020913025F"WP_020560972.1Ũ  WP_020560972Ũ WP_020547001.1> WP_020547001>WP_020530816.1 WP_020530816WP_020497701.1$ WP_020497701$WP_020424556.1˜& WP_020424556˜&WP_020403159.1à  WP_020403159à WP_020394619.1<  WP_020394619< WP_020226160.15 WP_0202261605WP_019843633.1l WP_019843633lWP_019823189.1 WP_019823189WP_019807556.1n  WP_019807556n WP_019616094.1Z WP_019616094ZWP_019585553.1ų WP_019585553ųWP_019470943.1 WP_019470943WP_019444443.1  WP_019444443 WP_019296707.10 WP_0192967070WP_019182526.1> WP_019182526>WP_019100427.1Ą WP_019100427ĄWP_019092761.1ˇ WP_019092761ˇWP_019045265.1ą WP_019045265ąWP_018996200.1Û WP_018996200ÛWP_018934053.1É  WP_018934053É WP_018916691.1 WP_018916691WP_018858575.1 WP_018858575WP_018717981.1! WP_018717981!WP_018646673.1p  WP_018646673p WP_018431719.1 " WP_018431719 "WP_018419316.1&% WP_018419316&%WP_018187484.1ũ  WP_018187484ũ WP_018160716.1ë WP_018160716ëWP_018159095.1_ WP_018159095_WP_018083176.1Ų WP_018083176ŲWP_018046034.1a WP_018046034aWP_017908092.1A WP_017908092AWP_017900964.1 WP_017900964WP_017878759.1ą  WP_017878759ą WP_017718577.1Ņ WP_017718577ŅWP_017691736.13 WP_0176917363WP_017633897.1Ą  WP_017633897Ą WP_017549704.1Ú WP_017549704ÚWP_017487366.1  WP_017487366 WP_017172025.1Æ! WP_017172025Æ!WP_017171503.1æ WP_017171503æWP_017166220.1B WP_017166220BWP_017123457.1Õ WP_017123457ÕWP_017065630.1w WP_017065630wWP_017034258.1h WP_017034258hWP_016809838.1X WP_016809838XWP_016669239.1• WP_016669239•WP_016360879.1Ü WP_016360879ÜWP_016340583.1Ŗ WP_016340583ŖWP_016083913.1Õ WP_016083913ÕWP_015957503.1B WP_015957503BWP_015919400.1; WP_015919400;WP_015873926.1‡ WP_015873926‡WP_015699100.1^ WP_015699100^WP_015645305.1  WP_015645305 WP_015615815.1J WP_015615815JWP_015602159.1A  WP_015602159A WP_015527010.1Ú WP_015527010ÚWP_015484594.1Đ K<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_029091796.1O WP_029091796OWP_029080824.1— WP_029080824—WP_029005116.1× WP_029005116×WP_028781258.1ŗ WP_028781258ŗWP_028779961.1Ę WP_028779961ĘWP_028684940.1 % WP_028684940 %WP_028393295.1@ WP_028393295@WP_028330468.15$ WP_0283304685$WP_028211029.1 WP_028211029WP_028046854.1%" WP_028046854%"WP_027951454.1Ņ WP_027951454ŅWP_027896470.1 WP_027896470WP_027780629.1ą WP_027780629ąWP_027723927.1° WP_027723927°WP_027711481.1J WP_027711481JWP_027600082.1Ĩ WP_027600082ĨWP_027489832.1š# WP_027489832š#WP_027388460.1[ WP_027388460[WP_027369743.1ī  WP_027369743ī WP_027004648.1ž# WP_027004648ž#WP_026974351.1t WP_026974351tWP_026893585.1Î WP_026893585ÎWP_026861651.1Â! WP_026861651Â!WP_026750608.1› WP_026750608›WP_026729912.1 WP_026729912WP_026718622.1( WP_026718622(WP_026661995.1Á WP_026661995ÁWP_026632538.11 WP_0266325381WP_026600741.1( WP_026600741(WP_026591533.1† WP_026591533†WP_026564934.1Į WP_026564934ĮWP_026497435.1 WP_026497435WP_026002460.1~  WP_026002460~ WP_026002076.1„ WP_026002076„WP_025983621.1ö WP_025983621öWP_025917677.1‚ WP_025917677‚WP_025739406.1  WP_025739406 WP_025722435.1Ō" WP_025722435Ō"WP_025599976.1c WP_025599976cWP_025591525.1Đ WP_025591525ĐWP_025579907.1‚# WP_025579907‚#WP_025531131.1  WP_025531131 WP_025427984.1\ WP_025427984\WP_025399520.1Ä WP_025399520ÄWP_025260862.1ļ WP_025260862ļWP_025209636.1Æ WP_025209636ÆWP_025016984.1š  WP_025016984š WP_024986590.1 WP_024986590WP_024957561.1• WP_024957561•WP_024953993.1Z WP_024953993ZWP_024947943.1Z WP_024947943ZWP_024870391.1ˇ  WP_024870391ˇ WP_024525698.17" WP_0245256987"WP_024498088.1¤ WP_024498088¤WP_024465855.1# WP_024465855#WP_024410349.1Ŧ WP_024410349ŦWP_024404629.1§ WP_024404629§WP_024330540.1ĩ WP_024330540ĩWP_024270964.1 WP_024270964ÂWP_024217747.1í WP_024217747íWP_024039518.1¯ WP_024039518¯WP_023955328.1  WP_023955328 WP_023843991.1 WP_023843991WP_023840997.1E WP_023840997EWP_023828789.1Ļ WP_023828789ĻWP_023780537.1ŗ  WP_023780537ŗ WP_023727015.1> WP_023727015>WP_023698577.1ņ WP_023698577ņWP_023685930.1b WP_023685930bWP_023355490.1:% WP_023355490:%WP_023322253.1` WP_023322253`WP_023319464.1* WP_023319464*WP_023050329.1z# WP_023050329z#WP_022975915.1‹ WP_022975915‹WP_022957608.1ž WP_022957608žWP_022748957.1˜L<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_035847413.1‚ WP_035847413‚WP_035710346.1Č WP_035710346ČWP_035624729.1â WP_035624729âWP_035556611.1"# WP_035556611"#WP_035473288.1 WP_035473288WP_035431971.1] WP_035431971]WP_035154071.1ō! WP_035154071ō!WP_035109232.1v  WP_035109232v WP_035102910.1ē WP_035102910ēWP_035064005.1W WP_035064005WWP_034968029.1!  WP_034968029! WP_034944635.1õ% WP_034944635õ%WP_034853447.1q" WP_034853447q"WP_034709917.1Z WP_034709917ZWP_034563362.1“  WP_034563362“ WP_034473228.1“& WP_034473228“&WP_034327214.1# WP_034327214#WP_034146623.1˜# WP_034146623˜#WP_034004944.1H  WP_034004944H WP_034002239.1" WP_034002239"WP_033776418.1ũ WP_033776418ũWP_033744100.1¸ WP_033744100¸WP_033677965.1‘ WP_033677965‘WP_033667247.1˛ WP_033667247˛WP_033631967.1ū WP_033631967ūWP_033611379.1É WP_033611379ÉWP_033603452.1G WP_033603452GWP_033456074.1 WP_033456074WP_033365653.1= WP_033365653=WP_033135619.1 WP_033135619WP_033131454.1 WP_033131454WP_033105884.1  WP_033105884 WP_032993387.1 WP_032993387WP_032936131.1ë$ WP_032936131ë$WP_032918432.1‹ WP_032918432‹WP_032902824.16 WP_0329028246WP_032884901.1 WP_032884901WP_032845625.1Ž WP_032845625ŽWP_032677416.1ž WP_032677416žWP_032587385.1Į WP_032587385ĮWP_032407714.1‘ WP_032407714‘WP_032373688.1— WP_032373688—WP_032037025.1X  WP_032037025X WP_032004153.1­" WP_032004153­"WP_031972379.1đ WP_031972379đWP_031940100.18 WP_0319401008WP_031912375.1ą WP_031912375ąWP_031885024.1† WP_031885024†WP_031876812.1: WP_031876812:WP_031822363.1Ú WP_031822363ÚWP_031764117.1y WP_031764117yWP_031739936.1‚ WP_031739936‚WP_031504118.1Ø WP_031504118ØWP_031150487.1ē WP_031150487ēWP_031132573.1 WP_031132573WP_031101924.1$ WP_031101924$WP_031065317.1Ä WP_031065317ÄWP_030720866.1U WP_030720866UWP_030383398.1Č WP_030383398ČWP_030323867.1€ WP_030323867€WP_030245666.1‡$ WP_030245666‡$WP_030096092.1K  WP_030096092K WP_030094039.1‹ WP_030094039‹WP_029789810.1… WP_029789810…WP_029579419.15% WP_0295794195%WP_029542314.1C WP_029542314CWP_029528833.1š  WP_029528833š WP_029364876.1ņ WP_029364876ņWP_029347391.1# WP_029347391#WP_029317544.1, WP_029317544,WP_029267497.1[ WP_029267497[WP_029222917.1Ļ WP_029222917ĻWP_029222463.1o WP_029222463oWP_029189383.1g& WP_029189383g&WP_029165724.1´ WP_029165724´WP_029091796.1OM<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_044680588.1ą" WP_044680588ą"WP_044626129.1Ŗ WP_044626129ŖWP_044489505.1à WP_044489505ÃWP_044459070.1Š  WP_044459070Š WP_044453403.1Ģ WP_044453403ĢWP_044344333.1` WP_044344333`WP_044328211.1 WP_044328211WP_044318929.1ˆ WP_044318929ˆWP_044229656.1< WP_044229656<WP_043940504.1Ļ  WP_043940504Ļ WP_043919642.1Ų# WP_043919642Ų#WP_043884631.1) WP_043884631)WP_043548763.1#" WP_043548763#"WP_043343784.1Ų WP_043343784ŲWP_043239074.1)  WP_043239074) WP_043158522.1Ë  WP_043158522Ë WP_042959984.1Á WP_042959984ÁWP_042650033.1Č# WP_042650033Č#WP_042648904.1" WP_042648904"WP_042632177.18 WP_0426321778WP_042211112.1ģ WP_042211112ģWP_041723747.1. WP_041723747.WP_041710957.1+ WP_041710957+WP_041591748.1+ WP_041591748+WP_041580422.1% WP_041580422%WP_041488527.1â" WP_041488527â"WP_041481207.1Í  WP_041481207Í WP_041302673.1€ WP_041302673€WP_041119847.14 WP_0411198474WP_040988594.1 WP_040988594WP_040532466.1ü WP_040532466üWP_040330177.1 WP_040330177ÂWP_040301436.1’ WP_040301436’WP_040009751.1 WP_040009751WP_039983362.1d  WP_039983362d WP_039930315.1 WP_039930315WP_039806668.1q WP_039806668qWP_039789871.1Ą WP_039789871ĄWP_039764622.1ė WP_039764622ėWP_039692015.1 WP_039692015WP_039672911.1 WP_039672911WP_039638019.1Ü WP_039638019ÜWP_039608285.1\ WP_039608285\WP_039386062.1v WP_039386062vWP_039337636.1- WP_039337636-WP_039294206.1d WP_039294206dWP_039286629.1  WP_039286629 WP_039190453.1ž  WP_039190453ž WP_039102441.1 WP_039102441WP_039095635.1l WP_039095635lWP_039085559.1đ WP_039085559đWP_038615177.1S WP_038615177SWP_038580218.1›% WP_038580218›%WP_038492378.1f WP_038492378fWP_038440434.1õ  WP_038440434õ WP_038239756.1   WP_038239756  WP_038233489.1 WP_038233489WP_038052668.1å  WP_038052668å WP_037889990.1 WP_037889990WP_037818847.1  WP_037818847 WP_037548932.1  WP_037548932 WP_037451816.1Û WP_037451816ÛWP_037318352.1k WP_037318352kWP_037310167.1’ WP_037310167’WP_037252487.1Ô& WP_037252487Ô&WP_037184031.1@ WP_037184031@WP_036973950.1ę  WP_036973950ę WP_036824351.1‰  WP_036824351‰ WP_036816548.1?# WP_036816548?#WP_036671656.1 WP_036671656WP_036488090.1 WP_036488090WP_036471418.1† WP_036471418†WP_036392442.1Ę% WP_036392442Ę%WP_036258374.1- WP_036258374-WP_036077718.1 WP_036077718WP_035847413.1‚N<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_050926421.1 WP_050926421WP_050837451.1ø WP_050837451øWP_050825696.1ū WP_050825696ūWP_050704913.1Y% WP_050704913Y%WP_050658900.1„ WP_050658900„WP_050657700.1 WP_050657700WP_050580425.1  WP_050580425 WP_050498798.1ĸ  WP_050498798ĸ WP_050342552.1†  WP_050342552† WP_050274510.1  WP_050274510 WP_050238626.1? WP_050238626?WP_050210146.1? WP_050210146?WP_050163955.1N  WP_050163955N WP_049882603.1# WP_049882603#WP_049771622.1 WP_049771622WP_049697298.1  WP_049697298 WP_049682576.1ļ# WP_049682576ļ#WP_049599782.1ų WP_049599782ųWP_049595658.1[  WP_049595658[ WP_049480885.1â WP_049480885âWP_049471407.1> WP_049471407>WP_049468231.1~  WP_049468231~ WP_049427769.1í& WP_049427769í&WP_049327990.1z WP_049327990zWP_049267651.1l WP_049267651lWP_049105913.1R WP_049105913RWP_049066482.1Ļ WP_049066482ĻWP_049043948.1“  WP_049043948“ WP_049009918.1Ë WP_049009918ËWP_049005162.1•" WP_049005162•"WP_048886461.1Ü WP_048886461ÜWP_048771567.1F  WP_048771567F WP_048611692.1¤ WP_048611692¤WP_048428121.17$ WP_0484281217$WP_048427321.1į! WP_048427321į!WP_048370512.1Í WP_048370512ÍWP_048271612.1h WP_048271612hWP_048222205.1ž WP_048222205žWP_048168883.1j WP_048168883jWP_048133111.1  WP_048133111 WP_047943571.1˜  WP_047943571˜ WP_047914038.1Ë  WP_047914038Ë WP_047721562.1ö WP_047721562öWP_047664410.1Ņ  WP_047664410Ņ WP_047594685.1/ WP_047594685/WP_047430984.19 WP_0474309849WP_047323805.1;  WP_047323805; WP_047323176.1  WP_047323176 WP_047203279.1Ķ WP_047203279ĶWP_046925025.13 WP_0469250253WP_046778966.1š WP_046778966šWP_046631173.1Ė WP_046631173ĖWP_046625651.1* WP_046625651*WP_046600280.1†% WP_046600280†%WP_046325749.1ú WP_046325749úWP_046302954.1  WP_046302954 WP_046278045.1“ WP_046278045“WP_046234935.1}! WP_046234935}!WP_046233091.1?$ WP_046233091?$WP_046093714.1ĸ WP_046093714ĸWP_045961551.1L WP_045961551LWP_045591686.1% WP_045591686%WP_045385114.1D WP_045385114DWP_045339064.1Č  WP_045339064Č WP_045332585.1ļ  WP_045332585ļ WP_045323370.1Ė WP_045323370ĖWP_045308192.1Õ WP_045308192ÕWP_045257206.1à WP_045257206ÃWP_045183792.1B% WP_045183792B%WP_045136250.1  WP_045136250 WP_045125019.1Ž WP_045125019ŽWP_045121741.1Ī WP_045121741ĪWP_045070942.1† WP_045070942†WP_045064390.12  WP_0450643902 WP_044772468.1Ä% WP_044772468Ä%WP_044680588.1ą"O<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_057651690.1Š WP_057651690ŠWP_057489847.1%  WP_057489847% WP_057479385.1  WP_057479385 WP_057475198.1ā WP_057475198āWP_057452934.1đ WP_057452934đWP_057201184.1å% WP_057201184å%WP_057012309.1Y WP_057012309YWP_056747799.1Z  WP_056747799Z WP_056726975.1ü WP_056726975üWP_056688515.1 WP_056688515WP_056611679.1Ļ WP_056611679ĻWP_056610248.1A WP_056610248AWP_056438721.1H" WP_056438721H"WP_056382861.1  WP_056382861 WP_056329268.1z WP_056329268zWP_056264272.1?  WP_056264272? WP_056082173.1¤ WP_056082173¤WP_055947144.1   WP_055947144  WP_055863905.1¨ WP_055863905¨WP_055826320.1“ WP_055826320“WP_055759832.1p WP_055759832pWP_055542300.1  WP_055542300 WP_055486904.1Ē WP_055486904ĒWP_055449466.1Ą WP_055449466ĄWP_055411085.1Ė WP_055411085ĖWP_055406376.1Ž WP_055406376ŽWP_055394972.1 WP_055394972WP_055337992.1ā  WP_055337992ā WP_055228170.1R# WP_055228170R#WP_055153579.1Ú WP_055153579ÚWP_055143902.1ņ# WP_055143902ņ#WP_055132583.1ô WP_055132583ôWP_055091847.1 WP_055091847WP_055062962.1æ WP_055062962æWP_055029966.1J WP_055029966JWP_054998585.1ē WP_054998585ēWP_054919719.1õ WP_054919719õWP_054910535.1 WP_054910535WP_054895058.1 WP_054895058WP_054891276.1r  WP_054891276r WP_054621512.1Š WP_054621512ŠWP_054541705.1Å WP_054541705ÅWP_054435236.1‰ WP_054435236‰WP_054377321.1? WP_054377321?WP_054285415.12 WP_0542854152WP_054146239.1, WP_054146239,WP_054136413.1Ö WP_054136413ÖWP_054108586.1ų$ WP_054108586ų$WP_054059514.1û WP_054059514ûWP_053816212.1}  WP_053816212} WP_053767117.1c WP_053767117cWP_053743010.1%  WP_053743010% WP_053695461.1É WP_053695461ÉWP_053594912.1k WP_053594912kWP_053342583.1 WP_053342583WP_053236900.1x WP_053236900xWP_053034526.1k# WP_053034526k#WP_052991486.1Ē WP_052991486ĒWP_052922907.1ė WP_052922907ėWP_052822157.1H WP_052822157HWP_052403276.1° WP_052403276°WP_052386686.1€  WP_052386686€ WP_052379448.14  WP_0523794484 WP_052271161.1@" WP_052271161@"WP_052232835.1Đ WP_052232835ĐWP_052125494.1Y WP_052125494YWP_052016305.1O WP_052016305OWP_051963813.1  WP_051963813 WP_051799949.13 WP_0517999493WP_051789242.1+ WP_051789242+WP_051773451.1ķ WP_051773451ķWP_051686353.1d WP_051686353dWP_051669385.1ā WP_051669385āWP_051325724.1U WP_051325724UWP_051027110.1t WP_051027110tWP_050926421.1P<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_062689758.1Õ WP_062689758ÕWP_062640876.1Õ WP_062640876ÕWP_062517857.1Ø  WP_062517857Ø WP_062336768.1ĸ WP_062336768ĸWP_062308724.1] WP_062308724]WP_062300449.12 WP_0623004492WP_062263491.13 WP_0622634913WP_062024872.1ö& WP_062024872ö&WP_062003339.1 WP_062003339WP_061905238.1ˇ$ WP_061905238ˇ$WP_061880815.1?  WP_061880815? WP_061836762.1ę WP_061836762ęWP_061795322.1æ WP_061795322æWP_061671893.1G WP_061671893GWP_061583028.1 WP_061583028WP_061554953.1ģ WP_061554953ģWP_061548291.1  WP_061548291 WP_061517937.1E WP_061517937EWP_061364641.1= WP_061364641=WP_061356765.1 WP_061356765WP_061278828.1„ WP_061278828„WP_061261925.1_ WP_061261925_WP_061239294.1> WP_061239294>WP_061213510.12 WP_0612135102WP_061195945.1s  WP_061195945s WP_061158136.1( WP_061158136(WP_061121232.1Ü WP_061121232ÜWP_061048002.1‘% WP_061048002‘%WP_060933343.1â  WP_060933343â WP_060883568.1ú WP_060883568úWP_060879438.1ė WP_060879438ėWP_060613079.1y WP_060613079yWP_060551745.1 WP_060551745WP_060393952.1\ WP_060393952\WP_060347438.1F WP_060347438FWP_060137083.1‡! WP_060137083‡!WP_060115800.1" WP_060115800"WP_060004157.1™ WP_060004157™WP_059978677.1Ī WP_059978677ĪWP_059923305.1č  WP_059923305č WP_059812501.1f WP_059812501fWP_059678947.1š WP_059678947šWP_059639348.1( WP_059639348(WP_059632389.13  WP_0596323893 WP_059566149.1W WP_059566149WWP_059534878.1Į WP_059534878ĮWP_059510827.1Ĩ WP_059510827ĨWP_059433000.1į WP_059433000įWP_059432031.1ã WP_059432031ãWP_059376966.1” WP_059376966”WP_059267425.1| WP_059267425|WP_059191156.1@ WP_059191156@WP_059171534.1ŗ WP_059171534ŗWP_059149453.1o  WP_059149453o WP_059048359.1ū WP_059048359ūWP_058997548.1  WP_058997548 WP_058935081.1; WP_058935081;WP_058918927.1Å WP_058918927ÅWP_058877503.1 WP_058877503WP_058807138.1_ WP_058807138_WP_058738289.1û WP_058738289ûWP_058671428.11 WP_0586714281WP_058635033.1Y  WP_058635033Y WP_058561589.1ũ WP_058561589ũWP_058504615.1T WP_058504615TWP_058460161.1( WP_058460161(WP_058354136.1s$ WP_058354136s$WP_058258401.1~ WP_058258401~WP_058093348.1ß WP_058093348ßWP_058051508.1w$ WP_058051508w$WP_058002390.1 WP_058002390WP_057859275.1Š WP_057859275ŠWP_057837626.1% WP_057837626%WP_057732191.1$ WP_057732191$WP_057718391.1ų" WP_057718391ų"WP_057651690.1ŠQ<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_067032591.1L  WP_067032591L WP_067019348.1ž WP_067019348žWP_066841281.1 WP_066841281WP_066786685.1. WP_066786685.WP_066708699.1Î WP_066708699ÎWP_066678157.1Å WP_066678157ÅWP_066519483.1œ WP_066519483œWP_066476002.1ƒ# WP_066476002ƒ#WP_066083732.1ž  WP_066083732ž WP_066046987.1Ø WP_066046987ØWP_065888604.1š WP_065888604šWP_065881511.1Ĩ$ WP_065881511Ĩ$WP_065809357.1,! WP_065809357,!WP_065766477.1¤ WP_065766477¤WP_065763488.1™ WP_065763488™WP_065640612.1Û WP_065640612ÛWP_065519347.1 WP_065519347WP_065517671.1į WP_065517671įWP_065450627.1  WP_065450627 WP_065358803.1A  WP_065358803A WP_065148066.1 WP_065148066WP_065138043.1Á" WP_065138043Á"WP_065076975.1Ķ& WP_065076975Ķ&WP_065073385.1×  WP_065073385× WP_065073015.1- WP_065073015-WP_065029373.1Ķ WP_065029373ĶWP_064962354.1Ÿ WP_064962354ŸWP_064802002.1  WP_064802002 WP_064779756.1F WP_064779756FWP_064754910.1‚ WP_064754910‚WP_064711955.1Ų  WP_064711955Ų WP_064652354.1i WP_064652354iWP_064613675.1j WP_064613675jWP_064600084.1ļ WP_064600084ļWP_064441345.1 WP_064441345WP_064292413.1Æ WP_064292413ÆWP_064229784.1Ž WP_064229784ŽWP_064068643.1  WP_064068643 WP_064060986.1œ WP_064060986œWP_064049628.1ŧ WP_064049628ŧWP_064047563.1Ā WP_064047563ĀWP_064038193.1^& WP_064038193^&WP_063880179.1h WP_063880179hWP_063706594.1Á WP_063706594ÁWP_063692548.1 WP_063692548WP_063640296.1¤ WP_063640296¤WP_063637985.1/  WP_063637985/ WP_063603400.1į WP_063603400įWP_063540919.1.  WP_063540919. WP_063505693.1 WP_063505693WP_063503202.14 WP_0635032024WP_063485223.1) WP_063485223)WP_063477675.1 WP_063477675WP_063441918.1Ä WP_063441918ÄWP_063434200.1˛ WP_063434200˛WP_063427392.1:  WP_063427392: WP_063417119.1Ā WP_063417119ĀWP_063415362.1  WP_063415362 WP_063393100.1Í! WP_063393100Í!WP_063378475.1  WP_063378475 WP_063338866.1  WP_063338866 WP_063316698.1… WP_063316698…WP_063302373.1ü WP_063302373üWP_063274718.1ą WP_063274718ąWP_063256613.1' WP_063256613'WP_063055719.1 WP_063055719WP_063007015.19 WP_0630070159WP_062950599.1>" WP_062950599>"WP_062917436.1Á WP_062917436ÁWP_062865604.1! WP_062865604!WP_062821347.1Ō WP_062821347ŌWP_062791926.1$ WP_062791926$WP_062756220.1l WP_062756220lWP_062723913.1Œ WP_062723913ŒWP_062713263.1z WP_062713263zWP_062689758.1ÕR<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_072274035.1% WP_072274035%WP_072184911.1  WP_072184911 WP_072176998.1 WP_072176998WP_071877135.1× WP_071877135×WP_071876418.1@ WP_071876418@WP_071844175.19 WP_0718441759WP_071809692.1f WP_071809692fWP_071563317.1ã WP_071563317ãWP_071558608.1Ĩ WP_071558608ĨWP_071489953.1Ķ$ WP_071489953Ķ$WP_071468711.1É% WP_071468711É%WP_071455957.1  WP_071455957 WP_071280632.1Ũ WP_071280632ŨWP_071081072.1  WP_071081072 WP_070999907.1D WP_070999907DWP_070955303.1" WP_070955303"WP_070931219.1â WP_070931219âWP_070770047.1o WP_070770047oWP_070723361.1  WP_070723361 WP_070720871.1° WP_070720871°WP_070714099.1×" WP_070714099×"WP_070709792.1ä WP_070709792äWP_070664995.1T  WP_070664995T WP_070552687.1^  WP_070552687^ WP_070545363.1ô WP_070545363ôWP_070509780.1+ WP_070509780+WP_070475600.1D WP_070475600DWP_070443635.1A WP_070443635AWP_070428178.1į  WP_070428178į WP_070412310.1% WP_070412310%WP_070334369.1^ WP_070334369^WP_070310045.1 WP_070310045WP_070306574.1… WP_070306574…WP_070276216.1t WP_070276216tWP_070188258.1X WP_070188258XWP_070172067.1N WP_070172067NWP_070060651.1 WP_070060651WP_070054132.1ø WP_070054132øWP_069944653.1Ū  WP_069944653Ū WP_069877432.1ˆ WP_069877432ˆWP_069748396.1Ä$ WP_069748396Ä$WP_069697901.1ũ WP_069697901ũWP_069647812.1q WP_069647812qWP_069580620.1  WP_069580620 WP_069367753.1Ŗ WP_069367753ŖWP_069341101.1ĸ WP_069341101ĸWP_069156513.1ô WP_069156513ôWP_069083484.1Ä WP_069083484ÄWP_068964936.1â WP_068964936âWP_068798537.1s WP_068798537sWP_068780709.1”  WP_068780709” WP_068647811.1Ô WP_068647811ÔWP_068579097.1I$ WP_068579097I$WP_068563945.1ō  WP_068563945ō WP_068462781.1% WP_068462781%WP_068241828.1Ŗ WP_068241828ŖWP_068156215.1… WP_068156215…WP_068080190.1 WP_068080190WP_068059894.1S WP_068059894SWP_068051662.1˜  WP_068051662˜ WP_068000887.1  WP_068000887 WP_067908376.1<  WP_067908376< WP_067835961.1â WP_067835961âWP_067799544.12" WP_0677995442"WP_067783946.1 WP_067783946WP_067782871.1Ļ WP_067782871ĻWP_067680410.1x WP_067680410xWP_067636955.1¤  WP_067636955¤ WP_067487176.1  WP_067487176 WP_067225239.1š WP_067225239šWP_067144449.1I WP_067144449IWP_067123247.1Í WP_067123247ÍWP_067101053.1ų WP_067101053ųWP_067041261.1# WP_067041261#WP_067035785.1^ WP_067035785^WP_067032591.1L S<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_078429679.1 WP_078429679WP_078336203.1ĸ# WP_078336203ĸ#WP_077989166.1Ķ! WP_077989166Ķ!WP_077832600.1 WP_077832600WP_077722411.1õ WP_077722411õWP_077690175.1ō& WP_077690175ō&WP_077646570.1] WP_077646570]WP_077603924.1Ę& WP_077603924Ę&WP_077583480.1F% WP_077583480F%WP_077533069.1 WP_077533069WP_077492284.1  WP_077492284 WP_077376172.1´  WP_077376172´ WP_077320126.1• WP_077320126•WP_077217464.1# WP_077217464#WP_077093245.1U WP_077093245UWP_077066366.1c  WP_077066366c WP_077010214.1 WP_077010214WP_076799287.1É  WP_076799287É WP_076788335.1D& WP_076788335D&WP_076679691.1  WP_076679691 WP_076595086.1k WP_076595086kWP_076569469.1 WP_076569469WP_076519206.1ŗ WP_076519206ŗWP_076451668.1… WP_076451668…WP_076409454.1" WP_076409454"WP_076195104.1â! WP_076195104â!WP_076194242.1ā WP_076194242āWP_075938258.1m WP_075938258mWP_075653737.1 WP_075653737WP_075555721.1ž WP_075555721žWP_075347218.1T$ WP_075347218T$WP_075190302.1  WP_075190302 WP_075013026.1 WP_075013026WP_075011186.1Ã! WP_075011186Ã!WP_074980016.1ē" WP_074980016ē"WP_074925385.1€  WP_074925385€ WP_074911472.1å  WP_074911472å WP_074825075.1  WP_074825075 WP_074801249.1  WP_074801249 WP_074791539.1ú WP_074791539úWP_074781633.1 WP_074781633WP_074745818.1Ā WP_074745818ĀWP_074737802.1> WP_074737802>WP_074667553.1  WP_074667553 WP_074642620.1› WP_074642620›WP_074527819.1  WP_074527819 WP_074319120.1Ë WP_074319120ËWP_074121838.1´ WP_074121838´WP_074096037.1F WP_074096037FWP_074087188.1] WP_074087188]WP_074053577.1j  WP_074053577j WP_074028604.1Y  WP_074028604Y WP_073952834.1$ WP_073952834$WP_073936403.1ƒ% WP_073936403ƒ%WP_073680713.1{  WP_073680713{ WP_073520930.1} WP_073520930}WP_073505727.1> WP_073505727>WP_073432751.1 WP_073432751WP_073388870.1Z WP_073388870ZWP_073312722.1= WP_073312722=WP_073277800.1n  WP_073277800n WP_073251662.1Î WP_073251662ÎWP_073201850.1 WP_073201850WP_073070755.1& WP_073070755&WP_073045763.1{ WP_073045763{WP_073017683.1! WP_073017683!WP_072989136.1& WP_072989136&WP_072974645.1e WP_072974645eWP_072932559.1ą$ WP_072932559ą$WP_072851907.1"$ WP_072851907"$WP_072802511.1B WP_072802511BWP_072694527.1ä WP_072694527äWP_072519951.1Á WP_072519951ÁWP_072476944.1Ķ WP_072476944ĶWP_072380563.1‘ WP_072380563‘WP_072274035.1%T<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_086612756.1k  WP_086612756k WP_086536228.1= WP_086536228=WP_086520229.1N WP_086520229NWP_086504813.1  WP_086504813 WP_086502876.1w  WP_086502876w WP_086486287.1Ü  WP_086486287Ü WP_086353716.1é WP_086353716éWP_086280341.1° WP_086280341°WP_086268031.1 WP_086268031WP_086236254.1p  WP_086236254p WP_086136661.1Š WP_086136661ŠWP_086123022.1Ē& WP_086123022Ē&WP_086041969.1N WP_086041969NWP_085935883.1T% WP_085935883T%WP_085680475.1B WP_085680475BWP_085648136.1( WP_085648136(WP_085535344.1N WP_085535344NWP_085524223.1 WP_085524223WP_085451092.1ú WP_085451092úWP_085315249.1€  WP_085315249€ WP_085176546.1Ė  WP_085176546Ė WP_085004337.1ū WP_085004337ūWP_084873045.15 WP_0848730455WP_084717372.12 WP_0847173722WP_084578893.1ą WP_084578893ąWP_084523054.1ß WP_084523054ßWP_084371136.1e WP_084371136eWP_084371009.1L  WP_084371009L WP_084290175.1l WP_084290175lWP_084128119.1b WP_084128119bWP_084119994.1[ WP_084119994[WP_083951119.1b WP_083951119bWP_083944445.1˙ WP_083944445˙WP_083824265.1Õ WP_083824265ÕWP_083681546.1  WP_083681546 WP_083639049.1…  WP_083639049… WP_083453642.1‹ WP_083453642‹WP_083349422.1Î WP_083349422ÎWP_083296738.1j  WP_083296738j WP_083249539.1´ WP_083249539´WP_083180153.1 WP_083180153WP_083141943.1$  WP_083141943$ WP_083062905.1ˇ WP_083062905ˇWP_083053697.1 WP_083053697WP_083051706.1u WP_083051706uWP_083019054.1 WP_083019054WP_082884485.1j& WP_082884485j&WP_082780476.1× WP_082780476×WP_082565353.1T WP_082565353TWP_082500294.1Á$ WP_082500294Á$WP_081851094.1ļ WP_081851094ļWP_081845076.1đ WP_081845076đWP_081612908.1Ÿ# WP_081612908Ÿ#WP_081607935.1† WP_081607935†WP_081224968.1„# WP_081224968„#WP_081197627.1ŗ WP_081197627ŗWP_080864663.1 WP_080864663WP_080539504.1M WP_080539504MWP_080508033.1ë WP_080508033ëWP_080337214.1j WP_080337214jWP_080069963.14 WP_0800699634WP_079908511.1é WP_079908511éWP_079835571.1˛ WP_079835571˛WP_079722145.1 WP_079722145ÂWP_079712214.1$ WP_079712214$WP_079688138.1° WP_079688138°WP_079619859.1Ō  WP_079619859Ō WP_079473139.1Ũ% WP_079473139Ũ%WP_079458535.1õ WP_079458535õWP_079396843.1= WP_079396843=WP_079304935.1B WP_079304935BWP_079277665.1i WP_079277665iWP_079091847.1(  WP_079091847( WP_078747788.1R WP_078747788RWP_078732502.1¯ WP_078732502¯WP_078429679.1U<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_092081374.1ĸ WP_092081374ĸWP_092054000.1Ĩ WP_092054000ĨWP_092015539.1V WP_092015539VWP_091978272.1  WP_091978272 WP_091759775.1 WP_091759775WP_091740622.1‡% WP_091740622‡%WP_091735241.1Ø WP_091735241ØWP_091733714.1‡ WP_091733714‡WP_091629500.1 WP_091629500WP_091540071.1â WP_091540071âWP_091423297.1š WP_091423297šWP_091276063.1Æ  WP_091276063Æ WP_091252096.1T  WP_091252096T WP_091227077.1" WP_091227077"WP_091131895.1 WP_091131895WP_091054162.1ĸ WP_091054162ĸWP_091032200.1v WP_091032200vWP_090991509.1x$ WP_090991509x$WP_090879207.1ä WP_090879207äWP_090874869.1˛ WP_090874869˛WP_090770466.1B WP_090770466BWP_090467430.1Ĩ  WP_090467430Ĩ WP_090419626.1Ā WP_090419626ĀWP_090378310.1Š WP_090378310ŠWP_090340093.1ņ WP_090340093ņWP_090297373.1¯ WP_090297373¯WP_090221424.18 WP_0902214248WP_090178898.1  WP_090178898 WP_090149712.1C WP_090149712CWP_089905939.1j WP_089905939jWP_089867971.1ū WP_089867971ūWP_089820066.1ē! WP_089820066ē!WP_089608892.1ŗ# WP_089608892ŗ#WP_089566156.1y WP_089566156yWP_089563581.1Ā WP_089563581ĀWP_089370623.1 WP_089370623WP_089322445.1Ō WP_089322445ŌWP_089274238.12 WP_0892742382WP_089269927.13" WP_0892699273"WP_089246429.1ß WP_089246429ßWP_089187353.10 WP_0891873530WP_089109701.1 WP_089109701WP_089095302.1V WP_089095302VWP_089092961.1X WP_089092961XWP_088784550.1o% WP_088784550o%WP_088774527.1f WP_088774527fWP_088751843.1¸ WP_088751843¸WP_088644037.1„$ WP_088644037„$WP_088557458.1ä WP_088557458äWP_088527814.1/  WP_088527814/ WP_088526897.1 WP_088526897WP_088349221.1d" WP_088349221d"WP_088153117.1õ  WP_088153117õ WP_088086543.1b WP_088086543bWP_088031849.1 WP_088031849WP_088008362.1đ WP_088008362đWP_087997173.1đ& WP_087997173đ&WP_087918330.1à WP_087918330ÃWP_087909023.1q  WP_087909023q WP_087759142.1‚ WP_087759142‚WP_087711902.1› WP_087711902›WP_087702867.1‘  WP_087702867‘ WP_087686007.1" WP_087686007"WP_087514544.1r WP_087514544rWP_087465911.1H WP_087465911HWP_087437779.1{ WP_087437779{WP_087384365.1 WP_087384365WP_087364392.1ņ WP_087364392ņWP_087299666.1Š WP_087299666ŠWP_087222948.1.# WP_087222948.#WP_087214971.1‚ WP_087214971‚WP_087199737.1ŧ  WP_087199737ŧ WP_087085326.1Į WP_087085326ĮWP_086987611.1|  WP_086987611| WP_086711488.1ž WP_086711488žWP_086612756.1k V<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_097698856.1  WP_097698856 WP_097641037.1* WP_097641037*WP_097574091.1Ķ  WP_097574091Ķ WP_097514015.1ŗ WP_097514015ŗWP_097485790.1č  WP_097485790č WP_097382902.1ŋ WP_097382902ŋWP_097346712.1$ WP_097346712$WP_097275324.1V WP_097275324VWP_097273626.1-  WP_097273626- WP_097242040.1  WP_097242040 WP_097199932.1Ų  WP_097199932Ų WP_097108993.1Ŋ WP_097108993ŊWP_097089246.1~ WP_097089246~WP_096851915.1x WP_096851915xWP_096765790.1J WP_096765790JWP_096751687.1ë WP_096751687ëWP_096722254.1( WP_096722254(WP_096719144.1„ WP_096719144„WP_096671147.1v WP_096671147vWP_096665911.1á WP_096665911áWP_096647361.1ū WP_096647361ūWP_096561808.1M WP_096561808MWP_096527630.1 WP_096527630WP_096443068.1  WP_096443068 WP_096420503.1! WP_096420503!WP_096277301.1  WP_096277301 WP_096231334.1[ WP_096231334[WP_096221151.1ë WP_096221151ëWP_096202154.1Ū  WP_096202154Ū WP_096201219.1ī WP_096201219īWP_096067320.1Ŧ WP_096067320ŦWP_095981693.1% WP_095981693%WP_095963788.1ō WP_095963788ōWP_095648367.1é WP_095648367éWP_095556548.1î WP_095556548îWP_095451526.1Ž  WP_095451526Ž WP_095317440.1™ WP_095317440™WP_095310603.1)  WP_095310603) WP_095173689.1Ģ WP_095173689ĢWP_095128211.1Č WP_095128211ČWP_095061089.1H% WP_095061089H%WP_094953410.1g WP_094953410gWP_094880233.1Ü WP_094880233ÜWP_094876339.1S WP_094876339SWP_094840069.1E WP_094840069EWP_094590818.1Ķ WP_094590818ĶWP_094590349.1 WP_094590349WP_094570475.1™& WP_094570475™&WP_094400414.1+% WP_094400414+%WP_094375360.1§ WP_094375360§WP_094313715.1ß" WP_094313715ß"WP_094217606.1É  WP_094217606É WP_094207656.1[ WP_094207656[WP_094151267.1ā WP_094151267āWP_094107226.1ú WP_094107226úWP_093868643.1X WP_093868643XWP_093797100.10  WP_0937971000 WP_093752330.1° WP_093752330°WP_093727561.1 WP_093727561WP_093699720.1  WP_093699720 WP_093486522.1; WP_093486522;WP_093361010.1Ü WP_093361010ÜWP_093295436.1` WP_093295436`WP_093271293.1Z# WP_093271293Z#WP_093172109.1Æ WP_093172109ÆWP_092857087.1‹  WP_092857087‹ WP_092805375.1  WP_092805375 WP_092802679.1‹  WP_092802679‹ WP_092775107.1i WP_092775107iWP_092696504.1I WP_092696504IWP_092424818.17 WP_0924248187WP_092396407.1p WP_092396407pWP_092226977.1) WP_092226977)WP_092203677.1ž& WP_092203677ž&WP_092156886.1s WP_092156886sWP_092081374.1ĸW<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_102848179.1ō WP_102848179ōWP_102687017.1˛ WP_102687017˛WP_102576363.1ę WP_102576363ęWP_102529905.14 WP_1025299054WP_102511913.1 % WP_102511913 %WP_102477257.1S WP_102477257SWP_102461582.1# WP_102461582#WP_102296123.1` WP_102296123`WP_102273603.1- WP_102273603-WP_102140144.1$ WP_102140144$WP_101938578.1õ  WP_101938578õ WP_101936735.1î# WP_101936735î#WP_101844355.1Q WP_101844355QWP_101794136.1Õ WP_101794136ÕWP_101701979.1ü WP_101701979üWP_101662518.1a WP_101662518aWP_101606078.1| WP_101606078|WP_101574454.1Ŋ WP_101574454ŊWP_101564711.1É  WP_101564711É WP_101275729.1Å  WP_101275729Å WP_101272247.1‘ WP_101272247‘WP_101164019.1}# WP_101164019}#WP_101025682.1Ŗ WP_101025682ŖWP_101000040.1ß WP_101000040ßWP_100963785.1æ! WP_100963785æ!WP_100671858.1W WP_100671858WWP_100659968.1f WP_100659968fWP_100610557.1đ WP_100610557đWP_100571198.1î  WP_100571198î WP_100540054.1S WP_100540054SWP_100537786.1ë WP_100537786ëWP_100524661.1r WP_100524661rWP_100521084.1i WP_100521084iWP_100498040.1x# WP_100498040x#WP_100461895.1ė! WP_100461895ė!WP_100449703.1, WP_100449703,WP_100378753.1+ WP_100378753+WP_100173513.1Ĩ WP_100173513ĨWP_100161462.1x! WP_100161462x!WP_100146488.1&  WP_100146488& WP_100081012.1  WP_100081012 WP_099949840.1å WP_099949840åWP_099922565.1# WP_099922565#WP_099912534.1  WP_099912534 WP_099723413.1K WP_099723413KWP_099711966.1@$ WP_099711966@$WP_099711363.1Z WP_099711363ZWP_099692467.1­! WP_099692467­!WP_099639594.1ũ WP_099639594ũWP_099529629.1| WP_099529629|WP_099345046.1 WP_099345046WP_099253885.1å WP_099253885åWP_099219937.1Ė  WP_099219937Ė WP_099100504.1´  WP_099100504´ WP_099061260.12 WP_0990612602WP_098952357.1ļ  WP_098952357ļ WP_098923619.1ž WP_098923619žWP_098876031.1 WP_098876031WP_098798564.1T WP_098798564TWP_098642363.1á WP_098642363áWP_098626931.1 WP_098626931WP_098613056.1š WP_098613056šWP_098515742.1Č WP_098515742ČWP_098502057.19 WP_0985020579WP_098279309.1Ÿ WP_098279309ŸWP_098191572.1 WP_098191572WP_098137943.1ų WP_098137943ųWP_098097765.1n WP_098097765nWP_098092873.1Q WP_098092873QWP_098035768.1P" WP_098035768P"WP_097942517.1Ŗ WP_097942517ŖWP_097902424.1X WP_097902424XWP_097830045.1k WP_097830045kWP_097794281.1  WP_097794281 WP_097746315.1ž WP_097746315žWP_097698856.1 X<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_108101124.12 WP_1081011242WP_108098468.1Ã" WP_108098468Ã"WP_108078099.1Ķ WP_108078099ĶWP_108024271.1  WP_108024271 WP_107894076.1ô WP_107894076ôWP_107891604.1’ WP_107891604’WP_107883730.1ĸ  WP_107883730ĸ WP_107851562.1õ! WP_107851562õ!WP_107723967.1 WP_107723967WP_107668606.1? WP_107668606?WP_107605937.1. WP_107605937.WP_107551828.1j WP_107551828jWP_107485636.1’ WP_107485636’WP_107387431.1( WP_107387431(WP_107352122.1H WP_107352122HWP_107324026.1– WP_107324026–WP_107194058.1Ō WP_107194058ŌWP_107169208.1:& WP_107169208:&WP_107106807.1G WP_107106807GWP_107033910.1+ WP_107033910+WP_107021410.1ˆ WP_107021410ˆWP_107020819.1[ WP_107020819[WP_106936446.1‰  WP_106936446‰ WP_106817586.1 WP_106817586WP_106812746.1w  WP_106812746w WP_106777349.1  WP_106777349 WP_106759541.1Ų  WP_106759541Ų WP_106735761.1y  WP_106735761y WP_106697451.1+  WP_106697451+ WP_106627677.1b WP_106627677bWP_106587829.1á WP_106587829áWP_106546380.1 WP_106546380WP_106361175.1#  WP_106361175# WP_106281081.1Û WP_106281081ÛWP_106136481.1P WP_106136481PWP_105979700.1L WP_105979700LWP_105794890.1Ž WP_105794890ŽWP_105738432.1]  WP_105738432] WP_105599976.1“ WP_105599976“WP_105585532.1 WP_105585532WP_105526419.1į  WP_105526419į WP_105466370.1­$ WP_105466370­$WP_105462017.1÷ WP_105462017÷WP_105447015.1< WP_105447015<WP_105399038.1ā  WP_105399038ā WP_105386412.1ü  WP_105386412ü WP_105371864.1ú WP_105371864úWP_105336487.1  WP_105336487 WP_105248459.1h" WP_105248459h"WP_105188257.1W! WP_105188257W!WP_105160947.1m  WP_105160947m WP_105035243.1k WP_105035243kWP_104981358.1| WP_104981358|WP_104880153.10 WP_1048801530WP_104836709.1" WP_104836709"WP_104739464.1K WP_104739464KWP_104684232.1ŧ WP_104684232ŧWP_104462564.1= WP_104462564=WP_104459365.1û WP_104459365ûWP_104456122.1ķ% WP_104456122ķ%WP_104333814.1 WP_104333814WP_104329329.1 WP_104329329WP_104082941.1÷" WP_104082941÷"WP_103963736.1Đ WP_103963736ĐWP_103961312.1Ō WP_103961312ŌWP_103640433.1Ŋ WP_103640433ŊWP_103478303.1× WP_103478303×WP_103313256.1v WP_103313256vWP_103294927.1î WP_103294927îWP_103270848.1B  WP_103270848B WP_103263575.1Ø  WP_103263575Ø WP_103216576.1: WP_103216576:WP_103186018.1Š WP_103186018ŠWP_103124525.1¨  WP_103124525¨ WP_103025967.1ļ WP_103025967ļWP_102848179.1ōY<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_113544184.1 WP_113544184WP_113156891.1Ą WP_113156891ĄWP_113120276.1p WP_113120276pWP_112978543.1Ø WP_112978543ØWP_112865547.1& WP_112865547&WP_112530108.1| WP_112530108|WP_112473496.1Ö WP_112473496ÖWP_112449552.1Q WP_112449552QWP_112382897.1É WP_112382897ÉWP_112308968.1  WP_112308968 WP_112119927.1Ö  WP_112119927Ö WP_112116848.1>  WP_112116848> WP_112088864.1~& WP_112088864~&WP_111953219.1# WP_111953219#WP_111712808.1ü WP_111712808üWP_111627730.1 WP_111627730WP_111625343.1â WP_111625343âWP_111496981.1‹ WP_111496981‹WP_111479522.1 WP_111479522WP_111457087.1†  WP_111457087† WP_111206393.1ˆ WP_111206393ˆWP_111113162.1n WP_111113162nWP_111106433.1u  WP_111106433u WP_111083956.1Ũ WP_111083956ŨWP_110984669.1…  WP_110984669… WP_110808154.1– WP_110808154–WP_110713006.1 WP_110713006WP_110663263.1| WP_110663263|WP_110581055.1Ŋ# WP_110581055Ŋ#WP_110552514.1˙" WP_110552514˙"WP_110431153.1Ļ& WP_110431153Ļ&WP_110366458.1  WP_110366458 WP_110358640.1x WP_110358640xWP_110344369.1Š WP_110344369ŠWP_110307043.1¤ WP_110307043¤WP_110236450.1•& WP_110236450•&WP_110180126.1c WP_110180126cWP_110066977.1à WP_110066977ÃWP_110035452.1Y WP_110035452YWP_110005820.1H WP_110005820HWP_109993532.1š WP_109993532šWP_109900609.1j WP_109900609jWP_109850746.1K WP_109850746KWP_109835637.1^ WP_109835637^WP_109832405.1Ą WP_109832405ĄWP_109813103.1V WP_109813103VWP_109807231.1 WP_109807231WP_109665156.1ę" WP_109665156ę"WP_109367919.1Ĩ" WP_109367919Ĩ"WP_109341768.1Ķ  WP_109341768Ķ WP_109305164.1‰  WP_109305164‰ WP_109267392.1Į  WP_109267392Į WP_109249144.1—  WP_109249144— WP_109219819.1{ WP_109219819{WP_109219430.1Á% WP_109219430Á%WP_109128643.1š& WP_109128643š&WP_109125398.1ô$ WP_109125398ô$WP_109124355.1Ž WP_109124355ŽWP_109103107.1ô# WP_109103107ô#WP_108879099.1  WP_108879099 WP_108820366.1ŧ WP_108820366ŧWP_108756325.1p& WP_108756325p&WP_108719223.1Ą WP_108719223ĄWP_108706918.1Œ WP_108706918ŒWP_108677987.1~ WP_108677987~WP_108596398.1Ä" WP_108596398Ä"WP_108511015.1‘  WP_108511015‘ WP_108494191.1ą WP_108494191ąWP_108365493.1u WP_108365493uWP_108335718.1 WP_108335718WP_108324249.1h WP_108324249hWP_108210605.1û WP_108210605ûWP_108137685.1E WP_108137685EWP_108109984.1ú WP_108109984úWP_108106595.1í% WP_108106595í%WP_108101124.12Z<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_120171324.1  WP_120171324 WP_120115041.1˛ WP_120115041˛WP_120012998.1„ WP_120012998„WP_119963696.1Á& WP_119963696Á&WP_119938117.1| WP_119938117|WP_119928822.14  WP_1199288224 WP_119815679.1Ü  WP_119815679Ü WP_119660228.1 WP_119660228WP_119512617.1 WP_119512617WP_119403424.1ę  WP_119403424ę WP_119400337.1W  WP_119400337W WP_119380110.1$ WP_119380110$WP_119344914.1# WP_119344914#WP_119328079.1Ũ WP_119328079ŨWP_119088635.1ô  WP_119088635ô WP_118944732.1Ÿ% WP_118944732Ÿ%WP_118925030.1• WP_118925030•WP_118757260.1ĩ WP_118757260ĩWP_118754559.1(# WP_118754559(#WP_118445081.1 WP_118445081WP_118359022.1Á WP_118359022ÁWP_118283063.1g WP_118283063gWP_118205888.1Ī WP_118205888ĪWP_118155356.1‚! WP_118155356‚!WP_117920451.1D$ WP_117920451D$WP_117751014.1 ! WP_117751014 !WP_117700467.1= WP_117700467=WP_117579611.1Q% WP_117579611Q%WP_117338721.1 WP_117338721WP_117292786.1ä WP_117292786äWP_117183207.1C WP_117183207CWP_117077319.1/ WP_117077319/WP_116870479.1* WP_116870479*WP_116818916.1– WP_116818916–WP_116813830.1  WP_116813830 WP_116803659.1 WP_116803659WP_116788607.1$ WP_116788607$WP_116773703.1ā WP_116773703āWP_116701099.1  WP_116701099 WP_116691934.1ū WP_116691934ūWP_116619797.1æ  WP_116619797æ WP_116393154.1Š WP_116393154ŠWP_116314221.1ú WP_116314221úWP_116306280.1P WP_116306280PWP_116235933.1ŧ WP_116235933ŧWP_116143250.1Ö WP_116143250ÖWP_116073910.1•# WP_116073910•#WP_116073604.19 WP_1160736049WP_115992495.1Ž WP_115992495ŽWP_115946316.1‰ WP_115946316‰WP_115748516.1¤ WP_115748516¤WP_115513761.1Œ WP_115513761ŒWP_115470986.1Š WP_115470986ŠWP_115357420.1z WP_115357420zWP_115313274.1 WP_115313274WP_115287442.1b WP_115287442bWP_115180843.1  WP_115180843 WP_114947928.11 WP_1149479281WP_114947547.1ŋ WP_114947547ŋWP_114861267.1•  WP_114861267• WP_114811503.1V  WP_114811503V WP_114695256.1ö  WP_114695256ö WP_114688413.1 WP_114688413WP_114605464.1 WP_114605464WP_114539302.1F WP_114539302FWP_114368818.1'# WP_114368818'#WP_114094371.1r WP_114094371rWP_114054641.1; WP_114054641;WP_113928814.1Ų WP_113928814ŲWP_113913927.1t WP_113913927tWP_113851760.1w WP_113851760wWP_113767226.1 WP_113767226WP_113669955.10# WP_1136699550#WP_113625996.1e  WP_113625996e WP_113620603.1! WP_113620603!WP_113544184.1[<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_125770870.1Č WP_125770870ČWP_125691986.1×& WP_125691986×&WP_125684427.1j" WP_125684427j"WP_125625723.1` WP_125625723`WP_125555296.1 WP_125555296WP_125553257.1' WP_125553257'WP_125504029.1 WP_125504029WP_125260587.1‚ WP_125260587‚WP_125257517.14 WP_1252575174WP_125251950.1Į WP_125251950ĮWP_125188824.1ņ WP_125188824ņWP_125093116.1Į# WP_125093116Į#WP_125091196.1g WP_125091196gWP_124996221.1> WP_124996221>WP_124989189.1W WP_124989189WWP_124983255.1 WP_124983255WP_124978582.1ü% WP_124978582ü%WP_124977341.1ķ WP_124977341ķWP_124908062.1ä  WP_124908062ä WP_124843803.1t" WP_124843803t"WP_124691753.1› WP_124691753›WP_124583682.1 WP_124583682WP_124548640.1° WP_124548640°WP_124519303.1{ WP_124519303{WP_124336611.1 WP_124336611WP_124213670.1? WP_124213670?WP_123966251.1E  WP_123966251E WP_123868396.1p WP_123868396pWP_123749269.1˜ WP_123749269˜WP_123653117.1# WP_123653117#WP_123608797.1’$ WP_123608797’$WP_123470196.1‹ WP_123470196‹WP_123363258.1°  WP_123363258° WP_123262559.1Đ% WP_123262559Đ%WP_123237441.1Ũ WP_123237441ŨWP_123234331.1Ā WP_123234331ĀWP_123226257.1W  WP_123226257W WP_123207952.1L WP_123207952LWP_123176104.1ˇ WP_123176104ˇWP_123159424.1Ī WP_123159424ĪWP_122920202.1  WP_122920202 WP_122896374.1v WP_122896374vWP_122873240.1‰ WP_122873240‰WP_122747354.1  WP_122747354 WP_122709004.17  WP_1227090047 WP_122705662.1š WP_122705662šWP_122576107.1b WP_122576107bWP_122440133.1n  WP_122440133n WP_122383566.1 WP_122383566WP_122377077.1ü WP_122377077üWP_122236618.1™ WP_122236618™WP_122081718.1Ģ WP_122081718ĢWP_122047024.1 WP_122047024WP_122031495.1„  WP_122031495„ WP_122013538.1E WP_122013538EWP_121975536.1˜ WP_121975536˜WP_121953554.1Č WP_121953554ČWP_121538494.1Í WP_121538494ÍWP_121452481.1\  WP_121452481\ WP_121369366.1 WP_121369366WP_121334391.1× WP_121334391×WP_121285867.1i" WP_121285867i"WP_121252511.14 WP_1212525114WP_121217628.1Ë  WP_121217628Ë WP_121183454.1¯& WP_121183454¯&WP_121182262.1S  WP_121182262S WP_120851940.1 WP_120851940WP_120851171.1Ũ WP_120851171ŨWP_120653510.1 WP_120653510WP_120575284.1œ WP_120575284œWP_120463061.1# WP_120463061#WP_120452154.1÷  WP_120452154÷ WP_120370033.1Ļ WP_120370033ĻWP_120358183.1ę WP_120358183ęWP_120259880.1V WP_120259880VWP_120171324.1 \<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_130962786.1\  WP_130962786\ WP_130858156.1" WP_130858156"WP_130670507.1á WP_130670507áWP_130628329.1L WP_130628329LWP_130617254.12 WP_1306172542WP_130537043.1ā WP_130537043āWP_130528929.1Š! WP_130528929Š!WP_130523666.1R  WP_130523666R WP_130514498.1‘ WP_130514498‘WP_130477570.1ë WP_130477570ëWP_130410090.1F WP_130410090FWP_130382900.1G WP_130382900GWP_130237435.1  WP_130237435 WP_130229163.1Æ" WP_130229163Æ"WP_130201530.1Ĩ WP_130201530ĨWP_129895541.1ō WP_129895541ōWP_129873796.1  WP_129873796 WP_129857883.15  WP_1298578835 WP_129832000.1Ĩ WP_129832000ĨWP_129825188.1´ WP_129825188´WP_129770031.1Œ WP_129770031ŒWP_129712947.1% WP_129712947%WP_129703040.10 WP_1297030400WP_129681113.1Í% WP_129681113Í%WP_129639177.1d WP_129639177dWP_129629290.1,  WP_129629290, WP_129553552.1á WP_129553552áWP_129543374.1č  WP_129543374č WP_129502220.1N WP_129502220NWP_129326500.1ú$ WP_129326500ú$WP_129194092.19 WP_1291940929WP_129189671.1K  WP_129189671K WP_129053744.1ũ$ WP_129053744ũ$WP_129053209.1 WP_129053209WP_129006924.1ū WP_129006924ūWP_128950282.1í WP_128950282íWP_128942179.1ķ WP_128942179ķWP_128788759.1ĸ WP_128788759ĸWP_128786583.1| WP_128786583|WP_128690407.1ņ  WP_128690407ņ WP_128604954.1Î WP_128604954ÎWP_128581955.1 WP_128581955WP_128505522.1‘  WP_128505522‘ WP_128492049.1ī WP_128492049īWP_128455839.1–  WP_128455839– WP_128316318.1ŋ& WP_128316318ŋ&WP_128272295.1Ė WP_128272295ĖWP_127979673.1ĸ WP_127979673ĸWP_127965636.1D WP_127965636DWP_127958949.1å WP_127958949åWP_127953526.1ë WP_127953526ëWP_127947155.1Į WP_127947155ĮWP_127859415.1A% WP_127859415A%WP_127808836.1š" WP_127808836š"WP_127741063.1Ņ" WP_127741063Ņ"WP_127737066.1! WP_127737066!WP_127706998.1 WP_127706998WP_127607693.1) WP_127607693)WP_127595852.1å WP_127595852åWP_127508273.1Ā  WP_127508273Ā WP_127202744.1° WP_127202744°WP_127202722.1[ WP_127202722[WP_126933505.1~ WP_126933505~WP_126840241.16 WP_1268402416WP_126679569.1  WP_126679569 WP_126678289.1x WP_126678289xWP_126669182.12! WP_1266691822!WP_126547421.1  WP_126547421 WP_126376486.1ž WP_126376486žWP_126353423.1ƒ WP_126353423ƒWP_126255586.1P WP_126255586PWP_126136917.1N WP_126136917NWP_126022479.1 WP_126022479WP_125933644.1+ WP_125933644+WP_125849054.1¸ WP_125849054¸WP_125770870.1Č]<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_136095406.1 WP_136095406WP_136085111.1N  WP_136085111N WP_136055013.1ˇ WP_136055013ˇWP_136035264.10 WP_1360352640WP_136027195.1’# WP_136027195’#WP_135991721.1P WP_135991721PWP_135952734.1 WP_135952734WP_135949574.1x WP_135949574xWP_135916821.1&  WP_135916821& WP_135847767.1  WP_135847767 WP_135820337.1ģ WP_135820337ģWP_135771669.1¨ WP_135771669¨WP_135705208.1& WP_135705208&WP_135676778.1ú  WP_135676778ú WP_135625684.1: WP_135625684:WP_135306871.1  WP_135306871 WP_135287436.1 WP_135287436WP_135279859.15 WP_1352798595WP_135194320.1ģ  WP_135194320ģ WP_135180648.1Ū WP_135180648ŪWP_135153154.1( WP_135153154(WP_135110180.1< WP_135110180<WP_135059887.1d WP_135059887dWP_135028221.1 # WP_135028221 #WP_134885491.1  WP_134885491 WP_134806596.1ô  WP_134806596ô WP_134669716.1K WP_134669716KWP_134667128.1‹ WP_134667128‹WP_134660892.1c WP_134660892cWP_134262365.1l& WP_134262365l&WP_134106059.18  WP_1341060598 WP_134064782.1x WP_134064782xWP_133874384.1ĸ! WP_133874384ĸ!WP_133662298.1’ WP_133662298’WP_133518962.1 WP_133518962WP_133499669.1) WP_133499669)WP_133448963.1‰  WP_133448963‰ WP_133340757.1*  WP_133340757* WP_133325549.1& WP_133325549&WP_133251971.1 WP_133251971WP_133179454.1Ü  WP_133179454Ü WP_132993058.1Ŋ! WP_132993058Ŋ!WP_132944465.1 WP_132944465WP_132898842.1  WP_132898842 WP_132898733.1 WP_132898733WP_132882604.1L! WP_132882604L!WP_132774430.1ė WP_132774430ėWP_132670557.1N WP_132670557NWP_132579575.1å WP_132579575åWP_132575460.1 WP_132575460WP_132572234.1Á WP_132572234ÁWP_132558606.1Ÿ WP_132558606ŸWP_132528552.1_ WP_132528552_WP_132517191.1Q WP_132517191QWP_132448671.1Ė WP_132448671ĖWP_132336079.1Ŗ WP_132336079ŖWP_132175930.1Ë WP_132175930ËWP_132124768.1K WP_132124768KWP_132079800.11 WP_1320798001WP_131977297.1U" WP_131977297U"WP_131971174.1Ė WP_131971174ĖWP_131914061.1‘  WP_131914061‘ WP_131836551.1ƒ WP_131836551ƒWP_131827568.1ō WP_131827568ōWP_131776591.1ū  WP_131776591ū WP_131751929.1% WP_131751929%WP_131734175.1  WP_131734175 WP_131609232.1 WP_131609232WP_131506707.1> WP_131506707>WP_131284109.1Ų WP_131284109ŲWP_131252095.1×! WP_131252095×!WP_131166802.1+ WP_131166802+WP_131096443.11 WP_1310964431WP_131055803.1å  WP_131055803å WP_131001993.1$ WP_131001993$WP_130962786.1\ ^<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_140706444.1÷ WP_140706444÷WP_140660563.1! WP_140660563!WP_140643433.1] WP_140643433]WP_140641625.1ž% WP_140641625ž%WP_140480909.1: WP_140480909:WP_140476737.1 WP_140476737WP_140468443.1& WP_140468443&WP_140465756.1Ÿ WP_140465756ŸWP_140372075.1k WP_140372075kWP_140347789.1q  WP_140347789q WP_140334279.1 WP_140334279WP_140264131.1Ž WP_140264131ŽWP_140229785.1ę  WP_140229785ę WP_140214184.1ą WP_140214184ąWP_140204528.1ß WP_140204528ßWP_140164964.1F WP_140164964FWP_139994336.1% WP_139994336%WP_139989153.1P WP_139989153PWP_139918144.1Đ WP_139918144ĐWP_139764340.1J! WP_139764340J!WP_139665379.1Ĩ WP_139665379ĨWP_139649072.1  WP_139649072 WP_139627894.1 WP_139627894WP_139573954.1 WP_139573954WP_139553477.1č WP_139553477čWP_139552727.1’  WP_139552727’ WP_139499883.1Q WP_139499883QWP_139489874.10 WP_1394898740WP_139484744.1y WP_139484744yWP_139448115.1¯% WP_139448115¯%WP_139387589.1g WP_139387589gWP_139266533.1\ WP_139266533\WP_139216328.1ø WP_139216328øWP_139067457.1C WP_139067457CWP_139032727.1đ WP_139032727đWP_138941726.1 WP_138941726WP_138860096.1C WP_138860096CWP_138838620.1 WP_138838620WP_138785174.1W& WP_138785174W&WP_138597401.1u# WP_138597401u#WP_138583465.1} WP_138583465}WP_138572923.1 WP_138572923WP_138524404.1J$ WP_138524404J$WP_138482356.1# WP_138482356#WP_138471989.1} WP_138471989}WP_138447205.1Y WP_138447205YWP_138438236.1< WP_138438236<WP_138405018.1× WP_138405018×WP_138289979.1_ WP_138289979_WP_138125503.1Z& WP_138125503Z&WP_138051112.1% WP_138051112%WP_137974759.1Ä WP_137974759ÄWP_137885208.1‚  WP_137885208‚ WP_137783451.1à WP_137783451ÃWP_137773782.1 WP_137773782WP_137740674.11# WP_1377406741#WP_137732205.1č  WP_137732205č WP_137692307.1,  WP_137692307, WP_137652803.1 WP_137652803WP_137607852.1! WP_137607852!WP_137512405.1§ WP_137512405§WP_137499306.1  WP_137499306 WP_137264191.1a WP_137264191aWP_137255610.1” WP_137255610”WP_137202811.1Ä WP_137202811ÄWP_137144119.1 WP_137144119WP_137058869.17  WP_1370588697 WP_136955567.1ĸ WP_136955567ĸWP_136864777.1G WP_136864777GWP_136536828.1ĩ% WP_136536828ĩ%WP_136470377.1+$ WP_136470377+$WP_136332629.1Ë WP_136332629ËWP_136241334.1h# WP_136241334h#WP_136193451.1Ģ WP_136193451ĢWP_136134536.1p WP_136134536pWP_136095406.1_<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_146207192.1ĸ WP_146207192ĸWP_146205473.1&& WP_146205473&&WP_146176256.1Ú" WP_146176256Ú"WP_145937814.1”& WP_145937814”&WP_145848873.1# WP_145848873#WP_145765032.1$ WP_145765032$WP_145756500.1 WP_145756500WP_145745914.1†" WP_145745914†"WP_145739766.1Ā% WP_145739766Ā%WP_145643501.1ą  WP_145643501ą WP_145616262.1T WP_145616262TWP_145549645.1ú WP_145549645úWP_145544593.1 WP_145544593WP_145514932.1Ķ WP_145514932ĶWP_145485057.1 WP_145485057WP_145468487.1™% WP_145468487™%WP_145465857.1´ WP_145465857´WP_145321954.1æ WP_145321954æWP_145279320.1' WP_145279320'WP_145254095.1  WP_145254095 WP_145141753.1X WP_145141753XWP_145031602.1 WP_145031602WP_144929841.1č WP_144929841čWP_144841777.1•  WP_144841777• WP_144660168.1Č% WP_144660168Č%WP_144384753.1ü WP_144384753üWP_144320971.1Ĩ WP_144320971ĨWP_144099812.1n& WP_144099812n&WP_144002426.1Ä WP_144002426ÄWP_143957119.1l WP_143957119lWP_143823896.1z WP_143823896zWP_143662806.1ĸ WP_143662806ĸWP_143660971.1” WP_143660971”WP_143435921.1@ WP_143435921@WP_143405880.1l% WP_143405880l%WP_143397677.1 WP_143397677WP_143387569.1O WP_143387569OWP_143356561.1đ  WP_143356561đ WP_143320175.1S WP_143320175SWP_143281017.1~ WP_143281017~WP_143210733.1Í WP_143210733ÍWP_143169250.1– WP_143169250–WP_143020066.1 WP_143020066ÂWP_143010918.1j  WP_143010918j WP_142931103.1Ō WP_142931103ŌWP_142725797.1 WP_142725797WP_142673401.1¸% WP_142673401¸%WP_142636409.1Ä WP_142636409ÄWP_142590093.1ž  WP_142590093ž WP_142480892.1y WP_142480892yWP_142429410.13  WP_1424294103 WP_142419176.1Ū" WP_142419176Ū"WP_142260807.1ü WP_142260807üWP_142133210.1 WP_142133210WP_142114448.1ē WP_142114448ēWP_142051038.1G  WP_142051038G WP_142037733.1e WP_142037733eWP_142009293.1H WP_142009293HWP_141990951.1­% WP_141990951­%WP_141952156.1û  WP_141952156û WP_141918410.1 WP_141918410WP_141892995.1x" WP_141892995x"WP_141817398.1# WP_141817398#WP_141772753.1Ļ WP_141772753ĻWP_141769780.1¤ WP_141769780¤WP_141624088.1h  WP_141624088h WP_141605349.1^ WP_141605349^WP_141400768.1Ž WP_141400768ŽWP_141361908.1L WP_141361908LWP_141134618.1× WP_141134618×WP_141098672.1L WP_141098672LWP_140985543.1= WP_140985543=WP_140889516.1Ÿ  WP_140889516Ÿ WP_140843904.1I% WP_140843904I%WP_140730472.1–% WP_140730472–%WP_140706444.1÷`<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_152158314.11 WP_1521583141WP_152046331.1* WP_152046331*WP_152029253.1  WP_152029253 WP_151949835.1Á WP_151949835ÁWP_151856261.1Û WP_151856261ÛWP_151615076.1C WP_151615076CWP_151519865.1 WP_151519865WP_151465610.1ä WP_151465610äWP_151434014.1p WP_151434014pWP_151430057.1J WP_151430057JWP_151428268.1j$ WP_151428268j$WP_151427539.1Æ WP_151427539ÆWP_151206143.1˙ WP_151206143˙WP_150951972.1Ą" WP_150951972Ą"WP_150930630.14 WP_1509306304WP_150731550.1N WP_150731550NWP_150724537.1Ÿ  WP_150724537Ÿ WP_150516775.1q WP_150516775qWP_150461480.15  WP_1504614805 WP_150396769.1: WP_150396769:WP_150277740.1$ WP_150277740$WP_150253061.1… WP_150253061…WP_150194162.1… WP_150194162…WP_150171631.1$ WP_150171631$WP_150146969.1  WP_150146969 WP_150071802.11 WP_1500718021WP_149911652.1Č WP_149911652ČWP_149886053.1J WP_149886053JWP_149819987.1)% WP_149819987)%WP_149786838.18 WP_1497868388WP_149771049.1 WP_149771049WP_149755470.1L# WP_149755470L#WP_149746544.1M$ WP_149746544M$WP_149660939.1ģ  WP_149660939ģ WP_149656427.1 WP_149656427WP_149651389.1*" WP_149651389*"WP_149651004.1) WP_149651004)WP_149633476.1L  WP_149633476L WP_149493237.1 # WP_149493237 #WP_149406163.1 WP_149406163WP_149397594.1Z WP_149397594ZWP_149236326.1* WP_149236326*WP_149230790.1d WP_149230790dWP_149128675.1˙  WP_149128675˙ WP_149069943.1´ WP_149069943´WP_149040698.1Q  WP_149040698Q WP_148836004.10 WP_1488360040WP_148803392.1!  WP_148803392! WP_148727848.1Į  WP_148727848Į WP_148565498.1į  WP_148565498į WP_148545383.1” WP_148545383”WP_148284348.1B WP_148284348BWP_148259014.1ļ WP_148259014ļWP_148062134.1ė WP_148062134ėWP_148058234.1- WP_148058234-WP_148044309.1Ŋ  WP_148044309Ŋ WP_147958553.1ë WP_147958553ëWP_147833981.1ā WP_147833981āWP_147766978.1)! WP_147766978)!WP_147757699.17 WP_1477576997WP_147738784.1Ž WP_147738784ŽWP_147728825.1  WP_147728825 WP_147710924.1! WP_147710924!WP_147493387.1' WP_147493387'WP_147434933.1S  WP_147434933S WP_147313907.1ŗ" WP_147313907ŗ"WP_147135386.1|& WP_147135386|&WP_147098622.1ž! WP_147098622ž!WP_146943319.16 WP_1469433196WP_146809086.1 WP_146809086WP_146780046.1N WP_146780046NWP_146661090.1Å WP_146661090ÅWP_146646172.1…! WP_146646172…!WP_146310544.1  WP_146310544 WP_146272353.14& WP_1462723534&WP_146207192.1ĸa<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_159020823.1  WP_159020823 WP_158934128.1Î WP_158934128ÎWP_158799804.11 WP_1587998041WP_158791585.1¤& WP_158791585¤&WP_158687193.1Å WP_158687193ÅWP_158347019.1˜ WP_158347019˜WP_158323663.1°  WP_158323663° WP_158309540.1c WP_158309540cWP_158303127.1Ē WP_158303127ĒWP_158161316.1v WP_158161316vWP_158131988.1  WP_158131988 WP_158104363.1Ą& WP_158104363Ą&WP_158057697.1Ū& WP_158057697Ū&WP_157957173.1ė" WP_157957173ė"WP_157783106.1Į! WP_157783106Į!WP_157767135.1ŋ  WP_157767135ŋ WP_157749445.18$ WP_1577494458$WP_157589094.1  WP_157589094 WP_157580311.18 WP_1575803118WP_157553964.1B WP_157553964BWP_157502995.1…  WP_157502995… WP_157476287.1Į WP_157476287ĮWP_157475717.1<# WP_157475717<#WP_157447226.1t WP_157447226tWP_157435775.1ū WP_157435775ūWP_157113211.1ī WP_157113211īWP_157104028.1ŧ% WP_157104028ŧ%WP_156773536.1  WP_156773536 WP_156485294.1@ WP_156485294@WP_156164841.1“ WP_156164841“WP_156140069.1" WP_156140069"WP_156061037.1Ë& WP_156061037Ë&WP_156033277.1Ŋ WP_156033277ŊWP_156009076.1ž$ WP_156009076ž$WP_155963450.1÷  WP_155963450÷ WP_155560674.1 WP_155560674WP_155387753.1ø WP_155387753øWP_154963182.1( WP_154963182(WP_154951203.1ģ  WP_154951203ģ WP_154907134.1n WP_154907134nWP_154756783.1Ũ" WP_154756783Ũ"WP_154599351.1 WP_154599351WP_154557671.1 WP_154557671WP_154541351.1 WP_154541351WP_154503573.1¸ WP_154503573¸WP_154489617.1á% WP_154489617á%WP_154454910.1× WP_154454910×WP_154427248.1ˇ WP_154427248ˇWP_154377822.1Ķ WP_154377822ĶWP_154333510.1‘ WP_154333510‘WP_154324327.1É  WP_154324327É WP_154097642.1ē  WP_154097642ē WP_153870478.1n WP_153870478nWP_153853838.1ã WP_153853838ãWP_153844272.1Ã% WP_153844272Ã%WP_153811865.1­ WP_153811865­WP_153747345.1 WP_153747345WP_153656540.1& WP_153656540&WP_153401532.1í WP_153401532íWP_153276888.1Ā$ WP_153276888Ā$WP_153262038.1 WP_153262038WP_153219677.1Í  WP_153219677Í WP_153201580.1  WP_153201580 WP_153033981.1î  WP_153033981î WP_153009295.1Ŗ WP_153009295ŖWP_152884059.1ŗ& WP_152884059ŗ&WP_152835594.1¸$ WP_152835594¸$WP_152735594.1 WP_152735594WP_152718850.1  WP_152718850 WP_152652784.1… WP_152652784…WP_152638733.1 WP_152638733WP_152569558.1Ŋ WP_152569558ŊWP_152465448.1¸" WP_152465448¸"WP_152458326.1¨  WP_152458326¨ WP_152190814.1 " WP_152190814 "WP_152158314.11b<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_164636708.1 WP_164636708WP_164636240.1 WP_164636240WP_164588414.1  WP_164588414 WP_164585387.1 WP_164585387WP_164582471.1u  WP_164582471u WP_164581131.1V WP_164581131VWP_164300700.1  WP_164300700 WP_164228299.1  WP_164228299 WP_164166542.1Ž WP_164166542ŽWP_164107212.1Ą  WP_164107212Ą WP_163968309.1 WP_163968309WP_163911025.1‰ WP_163911025‰WP_163889187.1 WP_163889187WP_163496825.1Ķ# WP_163496825Ķ#WP_163205944.1 WP_163205944WP_163095201.1Š WP_163095201ŠWP_163042480.1h WP_163042480hWP_162959321.1‡ WP_162959321‡WP_162929259.1 WP_162929259WP_162852444.1 WP_162852444WP_162783004.1€ WP_162783004€WP_162782234.1ö WP_162782234öWP_162756046.1D WP_162756046DWP_162529103.1= WP_162529103=WP_162500151.1– WP_162500151–WP_162485939.1  WP_162485939 WP_162445525.1P WP_162445525PWP_162428520.1: WP_162428520:WP_162334308.1;  WP_162334308; WP_162313773.1% WP_162313773%WP_162206844.1  WP_162206844 WP_162119468.1# WP_162119468#WP_162060842.1> WP_162060842>WP_161967657.1Ŧ WP_161967657ŦWP_161818832.1- WP_161818832-WP_161797448.1ˇ WP_161797448ˇWP_161643844.1Û  WP_161643844Û WP_161554567.1Y  WP_161554567Y WP_161548226.1“ WP_161548226“WP_161359378.1g WP_161359378gWP_161275011.1 WP_161275011WP_161258623.1“$ WP_161258623“$WP_161208527.1ü  WP_161208527ü WP_161180930.1æ" WP_161180930æ"WP_161061319.1m# WP_161061319m#WP_161020167.1v WP_161020167vWP_160923791.1æ  WP_160923791æ WP_160893107.1v$ WP_160893107v$WP_160877220.1X  WP_160877220X WP_160776805.1“" WP_160776805“"WP_160762600.1$ WP_160762600$WP_160748510.1Ø$ WP_160748510Ø$WP_160680844.1?" WP_160680844?"WP_160447747.1ė  WP_160447747ė WP_160421767.1 WP_160421767WP_160410225.1 ! WP_160410225 !WP_160394157.1c WP_160394157cWP_160354134.1  WP_160354134 WP_160352546.1_  WP_160352546_ WP_160346534.1o& WP_160346534o&WP_160324393.1ĸ WP_160324393ĸWP_160194147.1đ WP_160194147đWP_160149429.1ø WP_160149429øWP_159896041.1 WP_159896041WP_159812831.1Á WP_159812831ÁWP_159801197.1€ WP_159801197€WP_159796041.1Õ  WP_159796041Õ WP_159793761.1Ö WP_159793761ÖWP_159583277.1• WP_159583277•WP_159463829.1š WP_159463829šWP_159461552.1„ WP_159461552„WP_159259813.1p WP_159259813pWP_159220133.1Ô WP_159220133ÔWP_159117211.1Ņ WP_159117211ŅWP_159081190.1Ø WP_159081190ØWP_159020823.1 c<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_169253344.1f WP_169253344fWP_169105698.1š  WP_169105698š WP_169079632.1ä WP_169079632äWP_169054812.1†  WP_169054812† WP_169053012.1G WP_169053012GWP_169034890.1* WP_169034890*WP_168987397.1q WP_168987397qWP_168976500.11 WP_1689765001WP_168945101.1x WP_168945101xWP_168738097.1! WP_168738097!WP_168694891.1B WP_168694891BWP_168672621.1…# WP_168672621…#WP_168565867.1\ WP_168565867\WP_168414869.1Q WP_168414869QWP_168166755.1œ WP_168166755œWP_168044369.1î$ WP_168044369î$WP_167977039.1Ĩ& WP_167977039Ĩ&WP_167959909.1Ú& WP_167959909Ú&WP_167827352.1„ WP_167827352„WP_167613923.1ŧ WP_167613923ŧWP_167605087.1õ WP_167605087õWP_167581056.1û WP_167581056ûWP_167509077.15 WP_1675090775WP_167345377.1x WP_167345377xWP_167324608.1% WP_167324608%WP_167320363.1 WP_167320363WP_167301289.1„  WP_167301289„ WP_167263972.1„% WP_167263972„%WP_167263015.1š  WP_167263015š WP_167248335.1Ū WP_167248335ŪWP_167239634.1 WP_167239634WP_167197999.1’  WP_167197999’ WP_167196601.1F WP_167196601FWP_167084302.1i  WP_167084302i WP_166960135.1N WP_166960135NWP_166886913.1/! WP_166886913/!WP_166773323.1Q WP_166773323QWP_166737936.1î WP_166737936îWP_166737616.1Z WP_166737616ZWP_166725305.1} WP_166725305}WP_166690114.1M WP_166690114MWP_166652585.1‡ WP_166652585‡WP_166638495.1 WP_166638495WP_166544121.1Û& WP_166544121Û&WP_166476065.1V% WP_166476065V%WP_166389238.1 WP_166389238WP_166370521.1R WP_166370521RWP_166360839.1 WP_166360839WP_166225641.1'! WP_166225641'!WP_166199813.1 WP_166199813WP_166106360.1$ WP_166106360$WP_166047848.1 WP_166047848WP_165894367.1 WP_165894367WP_165801127.10 WP_1658011270WP_165773198.1Ø WP_165773198ØWP_165724099.1Û WP_165724099ÛWP_165687160.1ĩ WP_165687160ĩWP_165682932.1Á WP_165682932ÁWP_165637167.1[% WP_165637167[%WP_165462493.14 WP_1654624934WP_165438496.1  WP_165438496 WP_165356608.1!  WP_165356608! WP_165185356.1ĸ WP_165185356ĸWP_165149223.1ļ WP_165149223ļWP_165144904.1–  WP_165144904– WP_165019025.1Į& WP_165019025Į&WP_165007860.1Z WP_165007860ZWP_164945946.1‹ WP_164945946‹WP_164942207.1, WP_164942207,WP_164904950.1S& WP_164904950S&WP_164767343.1ī WP_164767343īWP_164724930.1m WP_164724930mWP_164706884.1ą WP_164706884ąWP_164674633.1í$ WP_164674633í$WP_164653811.1ˆ WP_164653811ˆWP_164636708.1d<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_175939838.1 WP_175939838WP_175896721.1š WP_175896721šWP_175863615.1“ WP_175863615“WP_175766180.1& WP_175766180&WP_175740884.1Ę WP_175740884ĘWP_175715079.1—# WP_175715079—#WP_175692337.1a WP_175692337aWP_175630617.1j% WP_175630617j%WP_175630420.1’ WP_175630420’WP_175580162.1R WP_175580162RWP_175395805.1* WP_175395805*WP_175093485.18% WP_1750934858%WP_175083644.1ž WP_175083644žWP_175076961.1ą WP_175076961ąWP_174951329.1˜ WP_174951329˜WP_174822921.17 WP_1748229217WP_174742261.1+& WP_174742261+&WP_174736260.1ģ! WP_174736260ģ!WP_174567215.1 WP_174567215WP_174261300.1J WP_174261300JWP_174048133.1í WP_174048133íWP_173991185.1 WP_173991185WP_173904515.1"! WP_173904515"!WP_173789750.1é WP_173789750éWP_173580245.1Ŗ  WP_173580245Ŗ WP_173302040.1ņ WP_173302040ņWP_173283317.1í WP_173283317íWP_173267071.1‚ WP_173267071‚WP_173213591.1ĸ$ WP_173213591ĸ$WP_173119692.1Ë WP_173119692ËWP_173081441.1x WP_173081441xWP_173040157.1 ! WP_173040157 !WP_172892835.1ā! WP_172892835ā!WP_172616972.1' WP_172616972'WP_172585284.1Ō WP_172585284ŌWP_172394656.1 WP_172394656WP_172323533.1€ WP_172323533€WP_172281536.1™ WP_172281536™WP_172272319.1§ WP_172272319§WP_172228453.1  WP_172228453 WP_172117930.1 WP_172117930WP_171832914.1Î WP_171832914ÎWP_171780287.1ģ" WP_171780287ģ"WP_171675609.1ī WP_171675609īWP_171653853.1Î  WP_171653853Î WP_171549300.1 WP_171549300ÂWP_171531042.1  WP_171531042 WP_171519907.16 WP_1715199076WP_171486859.1Ŋ WP_171486859ŊWP_171469099.1ø WP_171469099øWP_171396840.1› WP_171396840›WP_171334399.1E WP_171334399EWP_171312884.1Ļ WP_171312884ĻWP_171251269.1;  WP_171251269; WP_171183333.1  WP_171183333 WP_171155369.1& WP_171155369&WP_170834655.1ŧ WP_170834655ŧWP_170725874.1C WP_170725874CWP_170382009.1t WP_170382009tWP_170365402.1 WP_170365402WP_170235146.1ú WP_170235146úWP_170015751.1›  WP_170015751› WP_169999893.1T WP_169999893TWP_169984846.1§  WP_169984846§ WP_169940736.1Å" WP_169940736Å"WP_169928520.1Ų WP_169928520ŲWP_169877562.1É WP_169877562ÉWP_169872765.1 WP_169872765WP_169872418.1Ü WP_169872418ÜWP_169605852.1 WP_169605852WP_169577965.1p WP_169577965pWP_169571417.1— WP_169571417—WP_169537597.1‚" WP_169537597‚"WP_169394925.1- WP_169394925-WP_169356007.1Ä  WP_169356007Ä WP_169253344.1fe<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_182986787.1› WP_182986787›WP_182711428.1Ē  WP_182711428Ē WP_182711301.1 WP_182711301WP_182544916.1æ  WP_182544916æ WP_182503633.1# WP_182503633#WP_182342936.1( WP_182342936(WP_182336829.1Ņ WP_182336829ŅWP_182308552.1% WP_182308552%WP_182273896.1a WP_182273896aWP_182232449.1Ö WP_182232449ÖWP_182221967.1  WP_182221967 WP_182158016.1p WP_182158016pWP_182080621.1 WP_182080621WP_182072700.1˛$ WP_182072700˛$WP_182050463.1É WP_182050463ÉWP_182039401.1' WP_182039401'WP_182023956.1, WP_182023956,WP_181898940.1 WP_181898940WP_181865219.1; WP_181865219;WP_181797223.1z WP_181797223zWP_181693616.1Q" WP_181693616Q"WP_181537449.1Ÿ WP_181537449ŸWP_181452264.1ô" WP_181452264ô"WP_181244664.1 WP_181244664WP_181198956.1˜ WP_181198956˜WP_181110053.1° WP_181110053°WP_180874312.1M WP_180874312MWP_180860911.1  WP_180860911 WP_180748367.11 WP_1807483671WP_180298529.1G WP_180298529GWP_180230190.1& WP_180230190&WP_180196654.1õ WP_180196654õWP_180130780.1Ė  WP_180130780Ė WP_180076776.1Ë WP_180076776ËWP_180047249.1ę WP_180047249ęWP_180034620.1  WP_180034620 WP_179915466.1  WP_179915466 WP_179827767.1  WP_179827767 WP_179536231.1B  WP_179536231B WP_179444023.12 WP_1794440232WP_179321248.1Ĩ  WP_179321248Ĩ WP_179243590.1›  WP_179243590› WP_179156843.1W WP_179156843WWP_179136748.1J WP_179136748JWP_179100660.1  WP_179100660 WP_179091326.1Ž  WP_179091326Ž WP_179050696.1Š  WP_179050696Š WP_179032033.1Į  WP_179032033Į WP_178999808.1L WP_178999808LWP_178943877.1å! WP_178943877å!WP_178020540.1Œ WP_178020540ŒWP_177995267.1…  WP_177995267… WP_177525402.1N WP_177525402NWP_177420403.1ú  WP_177420403ú WP_177209229.1% WP_177209229%WP_177084516.1§& WP_177084516§&WP_177077803.1 WP_177077803WP_177055611.1Č WP_177055611ČWP_176970092.1¨  WP_176970092¨ WP_176958177.1v WP_176958177vWP_176749474.1ƒ WP_176749474ƒWP_176700057.1­ WP_176700057­WP_176623291.1Ĩ WP_176623291ĨWP_176572922.1ø WP_176572922øWP_176538754.1?  WP_176538754? WP_176533080.1 WP_176533080WP_176462507.1Ė WP_176462507ĖWP_176390098.1/ WP_176390098/WP_176366948.18 WP_1763669488WP_176354145.1š WP_176354145šWP_176349335.1Ļ  WP_176349335Ļ WP_176307440.1+ WP_176307440+WP_176282182.1o WP_176282182oWP_176051587.1˛ WP_176051587˛WP_176018545.1'  WP_176018545' WP_175939838.1f<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_189145586.1S WP_189145586SWP_189129312.1 WP_189129312WP_188948933.1ü WP_188948933üWP_188895946.1! WP_188895946!WP_188888464.1 WP_188888464WP_188867472.1‘& WP_188867472‘&WP_188506850.1æ WP_188506850æWP_188412405.1Ÿ WP_188412405ŸWP_188402311.1{ WP_188402311{WP_188340499.1ˇ WP_188340499ˇWP_188339236.1 WP_188339236WP_188200635.1ī$ WP_188200635ī$WP_188167525.1Ī WP_188167525ĪWP_188125540.11% WP_1881255401%WP_187974949.1§ WP_187974949§WP_187935882.1 WP_187935882WP_187918914.1  WP_187918914 WP_187843135.1  WP_187843135 WP_187788315.1Ÿ WP_187788315ŸWP_187666598.1ŧ WP_187666598ŧWP_187642449.1ˆ  WP_187642449ˆ WP_187447871.1& WP_187447871&WP_187335130.1î WP_187335130îWP_187094112.1>  WP_187094112> WP_187047047.1\ WP_187047047\WP_187029467.1Å  WP_187029467Å WP_187027854.1Å WP_187027854ÅWP_186939222.1:  WP_186939222: WP_186748347.1Ē WP_186748347ĒWP_186723788.1Ą WP_186723788ĄWP_186556299.1ą  WP_186556299ą WP_186480556.1Z  WP_186480556Z WP_186372554.1Ģ! WP_186372554Ģ!WP_186282298.1f WP_186282298fWP_186229980.1\  WP_186229980\ WP_186214732.1Š WP_186214732ŠWP_186153646.1@! WP_186153646@!WP_186101535.1Ī WP_186101535ĪWP_185928545.1B WP_185928545BWP_185921121.1  WP_185921121 WP_185892762.1č  WP_185892762č WP_185892671.1/ WP_185892671/WP_185816158.1Û WP_185816158ÛWP_185740810.1™ WP_185740810™WP_185644473.1 WP_185644473WP_185496123.1Ÿ WP_185496123ŸWP_185334683.1[  WP_185334683[ WP_185218257.1p WP_185218257pWP_185116294.1Ũ WP_185116294ŨWP_185031483.1˙ WP_185031483˙WP_184846795.1O  WP_184846795O WP_184718542.10" WP_1847185420"WP_184699897.1Ņ WP_184699897ŅWP_184698676.1ž WP_184698676žWP_184601943.1Î WP_184601943ÎWP_184253104.1W WP_184253104WWP_184130797.1! WP_184130797!WP_184094916.1| WP_184094916|WP_184066976.1§  WP_184066976§ WP_184039851.1å WP_184039851åWP_183883741.1} WP_183883741}WP_183882442.1ã WP_183882442ãWP_183832569.1Ų& WP_183832569Ų&WP_183806671.1P WP_183806671PWP_183662448.1  WP_183662448 WP_183555556.1X WP_183555556XWP_183495065.15 WP_1834950655WP_183491762.1v WP_183491762vWP_183483256.1) WP_183483256)WP_183433527.1ĩ# WP_183433527ĩ#WP_183298005.1Ļ WP_183298005ĻWP_183267399.1 " WP_183267399 "WP_183181890.1 WP_183181890WP_183063711.1ô  WP_183063711ô WP_182997113.1E  WP_182997113E WP_182986787.1›g<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_195156489.1Ä WP_195156489ÄWP_195001047.1´% WP_195001047´%WP_194957532.1Ë$ WP_194957532Ë$WP_194933787.1' WP_194933787'WP_194621234.1v  WP_194621234v WP_194546214.1^ WP_194546214^WP_194544138.1Š WP_194544138ŠWP_194543596.1š WP_194543596šWP_194499183.1W WP_194499183WWP_194481458.1K WP_194481458KWP_194454339.1Ķ WP_194454339ĶWP_194430615.19 WP_1944306159WP_194365392.1[ WP_194365392[WP_194312569.1ļ WP_194312569ļWP_194266302.1ú WP_194266302úWP_194235048.1ƒ WP_194235048ƒWP_194217236.1I WP_194217236IWP_194104904.1š WP_194104904šWP_193956008.1õ WP_193956008õWP_193850569.1z& WP_193850569z&WP_193655704.1Ŋ WP_193655704ŊWP_193436854.1i WP_193436854iWP_193275955.1< WP_193275955<WP_193019742.1\  WP_193019742\ WP_192906080.1ƒ" WP_192906080ƒ"WP_192880951.1 WP_192880951WP_192819276.11 WP_1928192761WP_192558464.18 WP_1925584648WP_192533765.1z$ WP_192533765z$WP_192500494.1š WP_192500494šWP_192324556.11& WP_1923245561&WP_192272294.1) WP_192272294)WP_192202944.1+ WP_192202944+WP_192106836.1Ģ WP_192106836ĢWP_192049367.1c WP_192049367cWP_192026965.19 WP_1920269659WP_191131110.1Š$ WP_191131110Š$WP_191097707.1ų# WP_191097707ų#WP_190971545.1ā  WP_190971545ā WP_190890574.1 WP_190890574WP_190822868.1“  WP_190822868“ WP_190797347.1Ķ WP_190797347ĶWP_190772838.1W WP_190772838WWP_190728559.1( WP_190728559(WP_190728164.1" WP_190728164"WP_190630613.15 WP_1906306135WP_190594466.1æ WP_190594466æWP_190531886.1F WP_190531886FWP_190492354.13  WP_1904923543 WP_190461229.1i  WP_190461229i WP_190457829.1„ WP_190457829„WP_190357222.1ë WP_190357222ëWP_190063487.1J  WP_190063487J WP_190032834.1> WP_190032834>WP_190024728.1o$ WP_190024728o$WP_189931865.1 WP_189931865WP_189862922.1*& WP_189862922*&WP_189821229.1 WP_189821229WP_189806213.1 WP_189806213WP_189761921.1  WP_189761921 WP_189700210.11" WP_1897002101"WP_189693187.1—  WP_189693187— WP_189671415.1  WP_189671415 WP_189646918.11  WP_1896469181 WP_189609880.1 ! WP_189609880 !WP_189592858.1&! WP_189592858&!WP_189534272.1æ WP_189534272æWP_189524079.1Ũ WP_189524079ŨWP_189417916.1m WP_189417916mWP_189355988.1. WP_189355988.WP_189355971.1 $ WP_189355971 $WP_189342802.1Û WP_189342802ÛWP_189254710.1” WP_189254710”WP_189253472.1c$ WP_189253472c$WP_189232804.1Ŋ$ WP_189232804Ŋ$WP_189145586.1Sh<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_200599363.1 WP_200599363WP_200567098.1„& WP_200567098„&WP_200543170.1Ļ WP_200543170ĻWP_200478262.1  WP_200478262 WP_200441331.1° WP_200441331°WP_200316392.1M! WP_200316392M!WP_200287444.1ė# WP_200287444ė#WP_200244355.1ķ" WP_200244355ķ"WP_200200480.1ų WP_200200480ųWP_200198809.1ā WP_200198809āWP_200162643.1´ WP_200162643´WP_200162023.1 WP_200162023WP_200156222.1˛ WP_200156222˛WP_200154298.1õ WP_200154298õWP_200047810.1,  WP_200047810, WP_200037957.1. WP_200037957.WP_200001451.1ņ% WP_200001451ņ%WP_199942136.1|% WP_199942136|%WP_199936433.1í WP_199936433íWP_199911565.1D WP_199911565DWP_199713305.1Ņ WP_199713305ŅWP_199711823.1Č  WP_199711823Č WP_199690327.1Ā WP_199690327ĀWP_199673213.1ø% WP_199673213ø%WP_199537626.1‰ WP_199537626‰WP_199519257.1b WP_199519257bWP_199497249.1h WP_199497249hWP_199425576.1l$ WP_199425576l$WP_199308568.1Ī WP_199308568ĪWP_199097566.1m WP_199097566mWP_198907334.1'" WP_198907334'"WP_198730235.1R WP_198730235RWP_198721977.1î WP_198721977îWP_198465579.1 WP_198465579WP_198297747.1ã  WP_198297747ã WP_198297627.1à  WP_198297627à WP_198255508.1H WP_198255508HWP_198140600.1 WP_198140600WP_198095175.1… WP_198095175…WP_197903834.1V$ WP_197903834V$WP_197888162.1š WP_197888162šWP_197744369.1á  WP_197744369á WP_197710405.1R WP_197710405RWP_197521413.1‚& WP_197521413‚&WP_197332010.1Ŧ WP_197332010ŦWP_197201326.1  WP_197201326 WP_197079459.1Ž WP_197079459ŽWP_197052899.1Đ WP_197052899ĐWP_197035361.1 WP_197035361WP_196974466.1! WP_196974466!WP_196954680.1Ģ WP_196954680ĢWP_196938834.1L WP_196938834LWP_196823726.1:  WP_196823726: WP_196764971.1 WP_196764971WP_196434573.1f WP_196434573fWP_196396761.1ˇ  WP_196396761ˇ WP_196351635.1h WP_196351635hWP_196222422.1 WP_196222422WP_196146635.1å WP_196146635åWP_196132500.1ŧ WP_196132500ŧWP_196114185.1Z WP_196114185ZWP_196074572.1* WP_196074572*WP_196051328.16  WP_1960513286 WP_195694458.1Á WP_195694458ÁWP_195689481.15 WP_1956894815WP_195553161.1\! WP_195553161\!WP_195519891.1ˇ WP_195519891ˇWP_195473821.1Ŗ WP_195473821ŖWP_195426888.1Œ WP_195426888ŒWP_195397250.1 WP_195397250WP_195368055.1d WP_195368055dWP_195290884.16 WP_1952908846WP_195269918.1K WP_195269918KWP_195238978.1i WP_195238978iWP_195180108.1` WP_195180108`WP_195156489.1Äi<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_205336461.1Ä! WP_205336461Ä!WP_205215113.1k" WP_205215113k"WP_205188895.1ũ WP_205188895ũWP_205186167.1 WP_205186167WP_205177065.1-! WP_205177065-!WP_205173112.1ķ WP_205173112ķWP_205009067.1 WP_205009067WP_204942955.1T WP_204942955TWP_204806484.1š WP_204806484šWP_204723735.1 WP_204723735WP_204719689.1v WP_204719689vWP_204663166.1Ú  WP_204663166Ú WP_204657011.1Ŧ WP_204657011ŦWP_204650864.1” WP_204650864”WP_204638884.1™ WP_204638884™WP_204618903.1é WP_204618903éWP_204504397.1/ WP_204504397/WP_204462572.1] WP_204462572]WP_204434340.1d WP_204434340dWP_204334995.1š WP_204334995šWP_204287739.1˙ WP_204287739˙WP_204224003.1à WP_204224003ÃWP_204037257.1Ę  WP_204037257Ę WP_203995341.1â WP_203995341âWP_203962627.1Į" WP_203962627Į"WP_203891666.1ø WP_203891666øWP_203771012.1 WP_203771012WP_203727943.1  WP_203727943 WP_203562037.1œ WP_203562037œWP_203374052.1 WP_203374052WP_203339841.1  WP_203339841 WP_203325777.1Ū WP_203325777ŪWP_203304418.1  WP_203304418 WP_203282270.1œ  WP_203282270œ WP_203203455.1ŧ WP_203203455ŧWP_203201698.1ũ WP_203201698ũWP_203164019.1 WP_203164019WP_203162307.1 WP_203162307WP_203101196.1˛ WP_203101196˛WP_203021165.1U WP_203021165UWP_202925384.1! WP_202925384!WP_202859343.1g WP_202859343gWP_202730319.1†# WP_202730319†#WP_202659240.1} WP_202659240}WP_202587913.1  WP_202587913 WP_202390355.1D WP_202390355DWP_202291019.1^ WP_202291019^WP_202269758.1s WP_202269758sWP_202269095.1  WP_202269095 WP_202252188.1ĸ WP_202252188ĸWP_202220633.1& WP_202220633&WP_202167283.1ā WP_202167283āWP_202165152.1% WP_202165152%WP_202116891.1Ā WP_202116891ĀWP_202100641.1˛ WP_202100641˛WP_202082228.1E  WP_202082228E WP_202067358.1ķ WP_202067358ķWP_201700143.1Š WP_201700143ŠWP_201685349.1' WP_201685349'WP_201618498.1> WP_201618498>WP_201520784.1ž WP_201520784žWP_201490320.1é  WP_201490320é WP_201454235.19& WP_2014542359&WP_201413968.1Õ WP_201413968ÕWP_201312397.1O# WP_201312397O#WP_201297008.1œ WP_201297008œWP_200986363.1C  WP_200986363C WP_200941876.1Ÿ WP_200941876ŸWP_200780455.1o! WP_200780455o!WP_200696402.1 WP_200696402WP_200671006.1ķ  WP_200671006ķ WP_200669895.1" WP_200669895"WP_200652460.1ŗ WP_200652460ŗWP_200650920.1{ WP_200650920{WP_200629424.1" WP_200629424"WP_200599363.1j<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_210949324.1Ŗ WP_210949324ŖWP_210832037.1‡ WP_210832037‡WP_210799437.1› WP_210799437›WP_210734217.1' WP_210734217'WP_210726445.1] WP_210726445]WP_210569664.1” WP_210569664”WP_210473185.13 WP_2104731853WP_210363492.1 WP_210363492WP_210356206.1ŋ  WP_210356206ŋ WP_210352796.1“ WP_210352796“WP_210226425.1Ę WP_210226425ĘWP_210212399.1’ WP_210212399’WP_210167953.1Î  WP_210167953Î WP_210028065.1‹ WP_210028065‹WP_210022830.1 WP_210022830WP_209898688.1û WP_209898688ûWP_209834627.1ģ WP_209834627ģWP_209676560.1ĩ& WP_209676560ĩ&WP_209511935.1Û WP_209511935ÛWP_209467194.1 WP_209467194WP_209434296.1H& WP_209434296H&WP_209402264.1Ŧ WP_209402264ŦWP_209378200.1% WP_209378200%WP_209377953.1 WP_209377953WP_209366475.1÷ WP_209366475÷WP_209241541.1  WP_209241541 WP_209164465.1M WP_209164465MWP_209106433.1†& WP_209106433†&WP_209095964.1ü WP_209095964üWP_209090305.1B WP_209090305BWP_208947654.1) WP_208947654)WP_208910104.1ė WP_208910104ėWP_208909738.1š WP_208909738šWP_208905085.1 WP_208905085WP_208891791.1> WP_208891791>WP_208884269.1 WP_208884269WP_208823465.1y WP_208823465yWP_208750182.1Ũ  WP_208750182Ũ WP_208665977.1 WP_208665977WP_208562420.10 WP_2085624200WP_208557144.1ˇ WP_208557144ˇWP_208504450.1B WP_208504450BWP_208427233.1Ž WP_208427233ŽWP_208405463.1Õ WP_208405463ÕWP_208179928.1ų& WP_208179928ų&WP_208099194.1´ WP_208099194´WP_208090714.1Õ  WP_208090714Õ WP_208042111.10 WP_2080421110WP_207999384.1%% WP_207999384%%WP_207918089.1  WP_207918089 WP_207855327.1ę WP_207855327ęWP_207517291.1Ũ WP_207517291ŨWP_207472995.1v  WP_207472995v WP_207334372.1Ŗ  WP_207334372Ŗ WP_207285306.1" WP_207285306"WP_207277556.1< WP_207277556<WP_207128967.1Š WP_207128967ŠWP_207040866.1K$ WP_207040866K$WP_206913767.1 WP_206913767WP_206762159.1  WP_206762159 WP_206760453.1| WP_206760453|WP_206698867.1¨ WP_206698867¨WP_206581849.1a WP_206581849aWP_206548446.1˛ WP_206548446˛WP_206363707.1 WP_206363707WP_206254325.1ā WP_206254325āWP_206096314.1|  WP_206096314| WP_206023254.1đ WP_206023254đWP_205996060.1† WP_205996060†WP_205994446.1ŗ WP_205994446ŗWP_205930861.1Ō WP_205930861ŌWP_205833587.1Q WP_205833587QWP_205541900.1÷ WP_205541900÷WP_205448866.1Č  WP_205448866Č WP_205443952.1]& WP_205443952]&WP_205336461.1Ä!k<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_216576398.1ž WP_216576398žWP_216537974.1> WP_216537974>WP_216418390.1ë  WP_216418390ë WP_216395189.1“# WP_216395189“#WP_216308000.1– WP_216308000–WP_216295494.1¯  WP_216295494¯ WP_216244265.1; WP_216244265;WP_216207121.1  WP_216207121 WP_216195748.1é WP_216195748éWP_216090438.1 WP_216090438WP_216083845.1ũ WP_216083845ũWP_215829554.1G$ WP_215829554G$WP_215799033.1F  WP_215799033F WP_215683653.1! WP_215683653!WP_215638040.1= WP_215638040=WP_215615491.1p WP_215615491pWP_215557653.1U& WP_215557653U&WP_215493005.1 WP_215493005WP_215391030.1Ũ WP_215391030ŨWP_215356761.1J WP_215356761JWP_215262079.1´ WP_215262079´WP_215152714.1Å WP_215152714ÅWP_214921910.1 WP_214921910WP_214893447.1ŧ WP_214893447ŧWP_214892570.1ŋ  WP_214892570ŋ WP_214850425.1ņ  WP_214850425ņ WP_214826002.1Ą WP_214826002ĄWP_214777175.1Š  WP_214777175Š WP_214524166.1Ų WP_214524166ŲWP_214516916.1Ļ WP_214516916ĻWP_214279799.15 WP_2142797995WP_214186529.1b& WP_214186529b&WP_214130944.1* WP_214130944*WP_213973719.1G WP_213973719GWP_213827928.1- WP_213827928-WP_213775833.1Ū WP_213775833ŪWP_213753432.16 WP_2137534326WP_213750918.1~ WP_213750918~WP_213741880.1ą WP_213741880ąWP_213646387.1u WP_213646387uWP_213638963.1Í WP_213638963ÍWP_213625822.1Ũ  WP_213625822Ũ WP_213520007.1z WP_213520007zWP_213449477.1š WP_213449477šWP_213413035.1 WP_213413035WP_213357559.1Ā" WP_213357559Ā"WP_213341058.1™  WP_213341058™ WP_213162342.1| WP_213162342|WP_212961195.1O  WP_212961195O WP_212810521.1õ  WP_212810521õ WP_212799263.1Đ WP_212799263ĐWP_212720030.1ą WP_212720030ąWP_212663497.1 WP_212663497WP_212626688.1w WP_212626688wWP_212517614.1ķ WP_212517614ķWP_212448448.1 WP_212448448WP_212377792.1S WP_212377792SWP_212309145.1 WP_212309145WP_212282141.1Ē  WP_212282141Ē WP_212269268.1a  WP_212269268a WP_212226535.1– WP_212226535–WP_212217181.1n WP_212217181nWP_212054759.1û% WP_212054759û%WP_211867837.1Ā WP_211867837ĀWP_211748754.16  WP_2117487546 WP_211746996.1Œ WP_211746996ŒWP_211627431.1  WP_211627431 WP_211555180.1#$ WP_211555180#$WP_211429491.1i  WP_211429491i WP_211354231.1î WP_211354231îWP_211296720.1( WP_211296720(WP_211254406.1¨ WP_211254406¨WP_211231677.1Z! WP_211231677Z!WP_211114623.1Ë WP_211114623ËWP_211056951.1ä WP_211056951äWP_210949324.1Ŗl<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_222125851.1Q WP_222125851QWP_222018129.1 WP_222018129WP_221977168.1F WP_221977168FWP_221968558.1  WP_221968558 WP_221874538.1  WP_221874538 WP_221868756.1 ' WP_221868756 'WP_221802218.1Ë% WP_221802218Ë%WP_221711878.1į% WP_221711878į%WP_221520465.1Â& WP_221520465Â&WP_221323620.1: WP_221323620:WP_221286480.1  WP_221286480 WP_221268711.1d WP_221268711dWP_221265680.1ģ  WP_221265680ģ WP_221246517.1H# WP_221246517H#WP_221166976.1ļ WP_221166976ļWP_220778039.1§ WP_220778039§WP_220742815.1Ũ WP_220742815ŨWP_220737010.1Ė& WP_220737010Ė&WP_220674761.1á  WP_220674761á WP_220664202.1& WP_220664202&WP_220615956.1' WP_220615956'WP_220524718.1à WP_220524718ÃWP_220492852.1  WP_220492852 WP_220331155.1ŋ WP_220331155ŋWP_220281278.1á WP_220281278áWP_220073286.1æ WP_220073286æWP_219989626.1ƒ WP_219989626ƒWP_219954954.1'  WP_219954954' WP_219866541.1Ŧ WP_219866541ŦWP_219798185.1I  WP_219798185I WP_219734411.1˜ WP_219734411˜WP_219486374.1 WP_219486374WP_219484458.1ü WP_219484458üWP_219459964.1´" WP_219459964´"WP_219324004.1¸ WP_219324004¸WP_219287479.1‘ WP_219287479‘WP_219286064.1Ę WP_219286064ĘWP_219133024.15& WP_2191330245&WP_218989306.1ļ  WP_218989306ļ WP_218965839.1č WP_218965839čWP_218804454.1 WP_218804454WP_218801637.1ū WP_218801637ūWP_218795152.1" WP_218795152"WP_218790267.1 WP_218790267ÂWP_218685492.1ē$ WP_218685492ē$WP_218623326.1ü WP_218623326üWP_218566587.1— WP_218566587—WP_218505696.1à  WP_218505696à WP_218429656.1Ÿ" WP_218429656Ÿ"WP_218401824.1T WP_218401824TWP_218348303.1Æ  WP_218348303Æ WP_218283561.1“ WP_218283561“WP_218203447.1(" WP_218203447("WP_218198734.1F  WP_218198734F WP_218103566.1‡ WP_218103566‡WP_218057064.1Ë WP_218057064ËWP_218036247.1K WP_218036247KWP_218022068.1˜ WP_218022068˜WP_218014032.1  WP_218014032 WP_217950418.1 WP_217950418WP_217904803.1ˆ WP_217904803ˆWP_217853533.1ė WP_217853533ėWP_217736698.1› WP_217736698›WP_217691728.1† WP_217691728†WP_217452155.1;  WP_217452155; WP_217413389.1X WP_217413389XWP_217309755.1! WP_217309755!WP_217309155.1Į WP_217309155ĮWP_217297942.1 WP_217297942WP_217278020.1, WP_217278020,WP_217105914.1a WP_217105914aWP_217101611.1ę WP_217101611ęWP_216890540.1˙  WP_216890540˙ WP_216768648.1Ž WP_216768648ŽWP_216743397.1J WP_216743397JWP_216576398.1žm<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_226688333.1‘ WP_226688333‘WP_226678738.1Ä  WP_226678738Ä WP_226536872.1É WP_226536872ÉWP_226480428.1K WP_226480428KWP_226387626.1 WP_226387626WP_226360036.1Ô WP_226360036ÔWP_226276978.1 WP_226276978WP_226232337.1B WP_226232337BWP_226208117.1  WP_226208117 WP_225927241.1ß WP_225927241ßWP_225923723.1 # WP_225923723 #WP_225902036.1 WP_225902036WP_225781432.1÷  WP_225781432÷ WP_225767809.1… WP_225767809…WP_225764381.1? WP_225764381?WP_225744764.1$  WP_225744764$ WP_225700676.1Ô WP_225700676ÔWP_225601911.1å WP_225601911åWP_225592933.1Œ WP_225592933ŒWP_225579579.1) WP_225579579)WP_225440164.1Š" WP_225440164Š"WP_225405726.1~" WP_225405726~"WP_225318916.1•  WP_225318916• WP_225239495.1o WP_225239495oWP_225225222.1Û WP_225225222ÛWP_225123293.1â WP_225123293âWP_225118260.1›# WP_225118260›#WP_224911464.1 WP_224911464WP_224828628.1ö  WP_224828628ö WP_224792367.1 WP_224792367WP_224791962.1–  WP_224791962– WP_224774708.1 WP_224774708WP_224721611.1ņ WP_224721611ņWP_224586479.1U WP_224586479UWP_224547797.1Ķ WP_224547797ĶWP_224458015.1Ŋ WP_224458015ŊWP_224419934.1Â# WP_224419934Â#WP_224365716.1? WP_224365716?WP_224314556.1- WP_224314556-WP_224255409.1 WP_224255409WP_224115114.1ā$ WP_224115114ā$WP_224045636.1’  WP_224045636’ WP_224014827.14 WP_2240148274WP_223975418.1U WP_223975418UWP_223874734.1Æ% WP_223874734Æ%WP_223843725.1+ WP_223843725+WP_223806191.1.  WP_223806191. WP_223752944.1o# WP_223752944o#WP_223749936.1N WP_223749936NWP_223746173.1° WP_223746173°WP_223695792.1H WP_223695792HWP_223655776.14 WP_2236557764WP_223565913.1C WP_223565913CWP_223489404.1 WP_223489404WP_223413240.1á WP_223413240áWP_223360106.1Ā  WP_223360106Ā WP_223329113.1ˇ WP_223329113ˇWP_223326327.1į WP_223326327įWP_223292749.1l WP_223292749lWP_223232292.1†  WP_223232292† WP_223101678.1j WP_223101678jWP_223040576.1æ% WP_223040576æ%WP_222952672.1 WP_222952672WP_222878685.1™ WP_222878685™WP_222637261.1r WP_222637261rWP_222599035.1ú WP_222599035úWP_222594143.1ŗ WP_222594143ŗWP_222532997.18 WP_2225329978WP_222465269.17 WP_2224652697WP_222323558.1ģ WP_222323558ģWP_222322625.1Ļ! WP_222322625Ļ!WP_222256467.1– WP_222256467–WP_222251196.1Î  WP_222251196Î WP_222168304.1ē  WP_222168304ē WP_222163701.1h& WP_222163701h&WP_222125851.1Qn<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_231355705.1ĩ  WP_231355705ĩ WP_231208164.1O$ WP_231208164O$WP_231149750.1• WP_231149750•WP_231117944.1Ö WP_231117944ÖWP_231085688.1 WP_231085688WP_231056077.1u WP_231056077uWP_231022353.18  WP_2310223538 WP_230898856.1s WP_230898856sWP_230865828.1m WP_230865828mWP_230834693.1ø WP_230834693øWP_230822898.19 WP_2308228989WP_230800902.1T WP_230800902TWP_230796143.1' WP_230796143'WP_230766143.1ō WP_230766143ōWP_230702007.1ä$ WP_230702007ä$WP_230700203.1 WP_230700203WP_230699958.1 WP_230699958WP_230693348.1˜$ WP_230693348˜$WP_230633440.1 WP_230633440WP_230519716.1p WP_230519716pWP_230424277.1[ WP_230424277[WP_230359455.1X WP_230359455XWP_230340254.1Œ$ WP_230340254Œ$WP_230324968.1M WP_230324968MWP_230284916.1Į WP_230284916ĮWP_230269925.1 WP_230269925WP_230210113.1D WP_230210113DWP_230208134.1.  WP_230208134. WP_230200986.1ž WP_230200986žWP_230171322.1ä WP_230171322äWP_230078324.1ŗ WP_230078324ŗWP_230009938.1Y WP_230009938YWP_229710081.1S WP_229710081SWP_229447885.1Ę WP_229447885ĘWP_229408570.1} WP_229408570}WP_229343766.14% WP_2293437664%WP_229319113.1l  WP_229319113l WP_229253501.1V WP_229253501VWP_229055514.1? WP_229055514?WP_229048323.1W WP_229048323WWP_228961807.1Ĩ WP_228961807ĨWP_228944212.1o WP_228944212oWP_228938141.1‘ WP_228938141‘WP_228824605.1’ WP_228824605’WP_228705204.1å WP_228705204åWP_228618531.1U WP_228618531UWP_228527316.1C  WP_228527316C WP_228364598.1A$ WP_228364598A$WP_228281474.1¯ WP_228281474¯WP_228273696.1P  WP_228273696P WP_228268753.1Ą WP_228268753ĄWP_228201287.1ã WP_228201287ãWP_228062638.1a WP_228062638aWP_228049692.1Č WP_228049692ČWP_227903033.1Đ  WP_227903033Đ WP_227594049.1ë WP_227594049ëWP_227550239.1‹ WP_227550239‹WP_227461668.1r WP_227461668rWP_227414037.1Ž! WP_227414037Ž!WP_227413069.1b WP_227413069bWP_227405228.1¤ WP_227405228¤WP_227329750.1â  WP_227329750â WP_227317406.1ž  WP_227317406ž WP_227173776.1Š% WP_227173776Š%WP_227085212.1" WP_227085212"WP_227059655.1ī WP_227059655īWP_226909596.1ā WP_226909596āWP_226904802.1ē# WP_226904802ē#WP_226866106.1$ WP_226866106$WP_226865765.11 WP_2268657651WP_226863423.1* WP_226863423*WP_226831873.1$ WP_226831873$WP_226831475.1ģ WP_226831475ģWP_226800426.1Į WP_226800426ĮWP_226741138.1› WP_226741138›WP_226688333.1‘o<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_235126772.1f WP_235126772fWP_235104528.1Ü WP_235104528ÜWP_235074910.1â WP_235074910âWP_235060562.1  WP_235060562 WP_235029016.1ˆ WP_235029016ˆWP_234970720.1˜ WP_234970720˜WP_234897981.1 ! WP_234897981 !WP_234882652.1ŋ% WP_234882652ŋ%WP_234749042.1^ WP_234749042^WP_234738658.1 # WP_234738658 #WP_234564275.1; WP_234564275;WP_234538829.1Ŗ WP_234538829ŖWP_234523932.1ĩ WP_234523932ĩWP_234521407.1# WP_234521407#WP_234466695.1Ē WP_234466695ĒWP_234306850.1— WP_234306850—WP_234280079.1< WP_234280079<WP_234278623.1$ WP_234278623$WP_234123871.1G  WP_234123871G WP_234080888.1é WP_234080888éWP_234002326.1t% WP_234002326t%WP_233987432.1  WP_233987432 WP_233987225.1E WP_233987225EWP_233927803.1É WP_233927803ÉWP_233824378.1 WP_233824378WP_233737742.1 WP_233737742WP_233689818.1 WP_233689818WP_233575804.1Ņ& WP_233575804Ņ&WP_233572281.1Ä  WP_233572281Ä WP_233494598.13 WP_2334945983WP_233387703.1" WP_233387703"WP_233355236.1 WP_233355236WP_233292564.1y WP_233292564yWP_233290946.1‘  WP_233290946‘ WP_233286789.1’& WP_233286789’&WP_233284074.1 " WP_233284074 "WP_233281725.1š WP_233281725šWP_233230645.1W WP_233230645WWP_233227509.1÷ WP_233227509÷WP_233178716.1Ä WP_233178716ÄWP_232968558.1Ņ WP_232968558ŅWP_232947168.1? WP_232947168?WP_232939508.1& WP_232939508&WP_232923125.1 WP_232923125WP_232839144.1* WP_232839144*WP_232835221.1T WP_232835221TWP_232790853.1E WP_232790853EWP_232745899.1° WP_232745899°WP_232719809.1ŧ# WP_232719809ŧ#WP_232703726.1Ļ  WP_232703726Ļ WP_232676102.1Ė WP_232676102ĖWP_232634591.1Ņ WP_232634591ŅWP_232584446.1°" WP_232584446°"WP_232553043.1į  WP_232553043į WP_232540662.1  WP_232540662 WP_232465954.1  WP_232465954 WP_232441874.1X WP_232441874XWP_232306300.1/ WP_232306300/WP_232243969.1) WP_232243969)WP_232235954.1§! WP_232235954§!WP_232202741.1s WP_232202741sWP_232189573.1- WP_232189573-WP_232180661.1Ŗ$ WP_232180661Ŗ$WP_232103437.1 WP_232103437WP_232038993.1  WP_232038993 WP_232025538.1č" WP_232025538č"WP_232018041.1W WP_232018041WWP_231879606.1ļ WP_231879606ļWP_231837445.1 WP_231837445WP_231784956.1ŧ WP_231784956ŧWP_231783900.1B& WP_231783900B&WP_231768584.1¸ WP_231768584¸WP_231587592.10 WP_2315875920WP_231496029.1Ë WP_231496029ËWP_231483373.1Ū WP_231483373ŪWP_231355705.1ĩ p<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_239881445.1É" WP_239881445É"WP_239815372.1*! WP_239815372*!WP_239606280.1Ÿ WP_239606280ŸWP_239588825.1› WP_239588825›WP_239517986.1  WP_239517986 WP_239463733.1Y# WP_239463733Y#WP_239393343.1; WP_239393343;WP_239280620.1i WP_239280620iWP_239108544.1Y WP_239108544YWP_238975975.1Š  WP_238975975Š WP_238972864.1à WP_238972864ÃWP_238935592.1ō WP_238935592ōWP_238874073.1™$ WP_238874073™$WP_238869695.1  WP_238869695 WP_238850425.1ģ WP_238850425ģWP_238844860.1î  WP_238844860î WP_238837572.1  WP_238837572 WP_238785931.1ß WP_238785931ßWP_238769582.1P WP_238769582PWP_238741277.1) WP_238741277)WP_238717267.1Y WP_238717267YWP_238589724.1 WP_238589724WP_238588402.1K WP_238588402KWP_238486267.1x WP_238486267xWP_238320463.1Y WP_238320463YWP_238286377.1Ô! WP_238286377Ô!WP_238267528.1  WP_238267528 WP_238126428.1’  WP_238126428’ WP_238068046.1Ž WP_238068046ŽWP_237973393.1 WP_237973393WP_237962375.1õ WP_237962375õWP_237907640.1 WP_237907640WP_237762402.1I WP_237762402IWP_237560484.1G  WP_237560484G WP_237526657.1{ WP_237526657{WP_237523417.1U WP_237523417UWP_237480153.1Ū WP_237480153ŪWP_237414093.1™# WP_237414093™#WP_237171174.1" WP_237171174"WP_237150901.1g WP_237150901gWP_237142885.1P WP_237142885PWP_237106527.1‡ WP_237106527‡WP_237070319.1 WP_237070319WP_237066347.1ö WP_237066347öWP_237034910.1į WP_237034910įWP_237025736.1# WP_237025736#WP_236961032.1ä WP_236961032äWP_236939362.1Ā WP_236939362ĀWP_236905832.1> WP_236905832>WP_236777269.1W WP_236777269WWP_236689647.1Ž WP_236689647ŽWP_236685314.1á$ WP_236685314á$WP_236663175.1)$ WP_236663175)$WP_236578309.1¤! WP_236578309¤!WP_236525681.1u WP_236525681uWP_236513170.1u WP_236513170uWP_236495189.1  WP_236495189 WP_236387036.1  WP_236387036 WP_236373897.1 WP_236373897WP_236355782.1c WP_236355782cWP_236345246.1• WP_236345246•WP_236270941.1:" WP_236270941:"WP_236248745.1Ŧ  WP_236248745Ŧ WP_235959345.1ž WP_235959345žWP_235908972.1e WP_235908972eWP_235903398.1ĩ WP_235903398ĩWP_235697519.1ą WP_235697519ąWP_235697247.1ž WP_235697247žWP_235620461.1™ WP_235620461™WP_235565772.1u& WP_235565772u&WP_235374454.1  WP_235374454 WP_235360343.1Ĩ% WP_235360343Ĩ%WP_235358277.1S WP_235358277SWP_235292752.1( WP_235292752(WP_235274869.1Ū WP_235274869ŪWP_235126772.1fq<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_245961518.1Î  WP_245961518Î WP_245885601.1ú WP_245885601úWP_245838763.1X  WP_245838763X WP_245836657.1Ü  WP_245836657Ü WP_245823513.1¸ WP_245823513¸WP_245770707.1H WP_245770707HWP_245704803.1_ WP_245704803_WP_245657543.1å$ WP_245657543å$WP_245456681.13 WP_2454566813WP_245437884.1$ WP_245437884$WP_245407141.1á WP_245407141áWP_245404560.1 WP_245404560WP_245384442.1 WP_245384442WP_245350945.1ē WP_245350945ēWP_245248603.1@ WP_245248603@WP_245128022.1o WP_245128022oWP_245086788.1ŧ! WP_245086788ŧ!WP_244811380.1D WP_244811380DWP_244774495.1s WP_244774495sWP_244631495.1š WP_244631495šWP_244450453.17 WP_2444504537WP_244440115.1° WP_244440115°WP_244380042.1 WP_244380042WP_244356123.1č WP_244356123čWP_244355613.1m WP_244355613mWP_244349102.1 WP_244349102WP_244311009.1C" WP_244311009C"WP_244305237.1u WP_244305237uWP_244292824.1“ WP_244292824“WP_244250846.1^ WP_244250846^WP_244200682.1h  WP_244200682h WP_244028884.1ņ  WP_244028884ņ WP_243977667.1˙ WP_243977667˙WP_243890777.1l WP_243890777lWP_243678753.1]  WP_243678753] WP_243514657.1Q WP_243514657QWP_243386166.1e WP_243386166eWP_243361436.1, WP_243361436,WP_243269836.1: WP_243269836:WP_243220715.1Đ WP_243220715ĐWP_243131659.1Č WP_243131659ČWP_242961281.1C WP_242961281CWP_242908489.1Ō$ WP_242908489Ō$WP_242859101.1% WP_242859101%WP_242719345.1q WP_242719345qWP_242685612.1% WP_242685612%WP_242531680.1v WP_242531680vWP_242439424.1% WP_242439424%WP_242320225.1, WP_242320225,WP_242254186.15 WP_2422541865WP_242161393.1w& WP_242161393w&WP_242018727.1” WP_242018727”WP_241908014.1N! WP_241908014N!WP_241812465.1đ" WP_241812465đ"WP_241695219.1  WP_241695219 WP_241566677.1à WP_241566677ÃWP_241524600.1[# WP_241524600[#WP_241468713.1ö WP_241468713öWP_241420500.1  WP_241420500 WP_241323553.1J  WP_241323553J WP_241133221.1ö  WP_241133221ö WP_241105826.1h WP_241105826hWP_240904022.1/ WP_240904022/WP_240755700.1\ WP_240755700\WP_240732162.1 WP_240732162WP_240469694.1M WP_240469694MWP_240406805.1 WP_240406805WP_240226434.1 WP_240226434ÂWP_240207262.1` WP_240207262`WP_240111183.1Ŧ  WP_240111183Ŧ WP_240083300.1f WP_240083300fWP_240053789.1Q WP_240053789QWP_240030709.1>! WP_240030709>!WP_239984652.1q WP_239984652qWP_239913672.1a& WP_239913672a&WP_239881445.1É"r<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_250377942.1Ū  WP_250377942Ū WP_250376457.1Ž WP_250376457ŽWP_250323911.1ŗ WP_250323911ŗWP_250295751.1§" WP_250295751§"WP_250258169.1B WP_250258169BWP_250239427.1Ė% WP_250239427Ė%WP_250182896.1ā WP_250182896āWP_250146767.1?! WP_250146767?!WP_250015522.1•! WP_250015522•!WP_249991478.1Ō! WP_249991478Ō!WP_249930443.1Ō WP_249930443ŌWP_249893756.1  WP_249893756 WP_249868607.1( WP_249868607(WP_249866435.1= WP_249866435=WP_249839557.1%$ WP_249839557%$WP_249769997.1}" WP_249769997}"WP_249681227.1į WP_249681227įWP_249557352.1æ  WP_249557352æ WP_249510290.1! WP_249510290!WP_249505358.1&# WP_249505358&#WP_249438391.19 WP_2494383919WP_249423022.1D WP_249423022DWP_249351853.1† WP_249351853†WP_249312942.1 WP_249312942WP_249310236.1r  WP_249310236r WP_249240542.1 WP_249240542WP_249119039.1s WP_249119039sWP_249084213.10 WP_2490842130WP_248846761.1ë  WP_248846761ë WP_248827332.1š WP_248827332šWP_248721304.1/ WP_248721304/WP_248676944.1” WP_248676944”WP_248562494.1k WP_248562494kWP_248415755.1 WP_248415755WP_248415167.1¨ WP_248415167¨WP_248403399.1  WP_248403399 WP_248328072.1l  WP_248328072l WP_248222673.1Ŧ$ WP_248222673Ŧ$WP_248214628.1‘ WP_248214628‘WP_248126409.1“ WP_248126409“WP_248112338.1ļ WP_248112338ļWP_248087248.1 WP_248087248WP_248055680.1đ WP_248055680đWP_248050568.1Î WP_248050568ÎWP_247915795.1´ WP_247915795´WP_247893884.1 WP_247893884WP_247879744.1Č WP_247879744ČWP_247749043.1€$ WP_247749043€$WP_247740288.1! WP_247740288!WP_247623927.1o  WP_247623927o WP_247623347.1D  WP_247623347D WP_247498151.1c WP_247498151cWP_247447489.1ß$ WP_247447489ß$WP_247429569.1Ĩ WP_247429569ĨWP_247424115.1D WP_247424115DWP_247406571.1& WP_247406571&WP_247392216.1Á WP_247392216ÁWP_247359483.1$ WP_247359483$WP_247334239.1•  WP_247334239• WP_247326555.1L WP_247326555LWP_247315376.1~ WP_247315376~WP_247072383.1š% WP_247072383š%WP_246995487.1‰# WP_246995487‰#WP_246966510.1X WP_246966510XWP_246925475.1r% WP_246925475r%WP_246884968.1‘ WP_246884968‘WP_246832833.1Ų WP_246832833ŲWP_246735792.1B WP_246735792BWP_246612751.1į WP_246612751įWP_246442701.11 WP_2464427011WP_246303703.1 WP_246303703WP_246239142.1! WP_246239142!WP_246165763.1w WP_246165763wWP_246003214.1" WP_246003214"WP_245971990.1^  WP_245971990^ WP_245961518.1Î s<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_254566347.1  WP_254566347 WP_254467474.1  WP_254467474 WP_254415125.1–" WP_254415125–"WP_254406115.1\ WP_254406115\WP_254400636.1. WP_254400636.WP_254398103.1˙ WP_254398103˙WP_254363411.1ƒ  WP_254363411ƒ WP_254301195.1¯ WP_254301195¯WP_254218450.1ũ WP_254218450ũWP_254144300.1ˆ WP_254144300ˆWP_254101325.1Č WP_254101325ČWP_254090314.1e WP_254090314eWP_254033437.12 WP_2540334372WP_253808359.1p  WP_253808359p WP_253793201.1Ū WP_253793201ŪWP_253783299.1­ WP_253783299­WP_253646963.1­ WP_253646963­WP_253630899.1ú WP_253630899úWP_253620872.1l WP_253620872lWP_253571813.1\ WP_253571813\WP_253495381.1K  WP_253495381K WP_253463694.1& WP_253463694&WP_253357977.1ĩ  WP_253357977ĩ WP_253352066.1& WP_253352066&WP_253349177.1Æ WP_253349177ÆWP_253195963.1ˇ WP_253195963ˇWP_253063755.1 WP_253063755WP_253057132.1} WP_253057132}WP_252845183.1e WP_252845183eWP_252809941.1Ø WP_252809941ØWP_252681452.1A# WP_252681452A#WP_252541609.1Ô WP_252541609ÔWP_252438898.1}  WP_252438898} WP_252418399.1– WP_252418399–WP_252384350.1 WP_252384350WP_252264110.1 WP_252264110WP_252122124.1° WP_252122124°WP_252115680.1  WP_252115680 WP_252100317.1Ø WP_252100317ØWP_251989158.1Ä WP_251989158ÄWP_251874466.1j WP_251874466jWP_251843011.1ë& WP_251843011ë&WP_251841748.1î WP_251841748îWP_251835880.16 WP_2518358806WP_251767892.1Ü WP_251767892ÜWP_251758029.1ä" WP_251758029ä"WP_251643117.1Q  WP_251643117Q WP_251593142.1‚ WP_251593142‚WP_251586805.1 WP_251586805WP_251511058.1œ WP_251511058œWP_251450535.12 WP_2514505352WP_251438464.1. WP_251438464.WP_251376328.1ą WP_251376328ąWP_251309955.1= WP_251309955=WP_251290759.1Ō  WP_251290759Ō WP_251247609.1á  WP_251247609á WP_251231146.1§ WP_251231146§WP_251223476.1O WP_251223476OWP_251174936.1! WP_251174936!WP_251116163.1 WP_251116163WP_251111556.1e  WP_251111556e WP_251074290.12 WP_2510742902WP_251057605.1î WP_251057605îWP_250934260.12 WP_2509342602WP_250898423.1ų WP_250898423ųWP_250850661.10$ WP_2508506610$WP_250824310.1H WP_250824310HWP_250822302.1ī WP_250822302īWP_250798057.1}& WP_250798057}&WP_250740298.1 WP_250740298WP_250703775.1n$ WP_250703775n$WP_250676265.1ā WP_250676265āWP_250499463.1C  WP_250499463C WP_250464711.1Ü WP_250464711ÜWP_250427403.1ŋ WP_250427403ŋWP_250377942.1Ū t<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_258380998.1ã  WP_258380998ã WP_258340180.1Ŧ WP_258340180ŦWP_258315721.1;& WP_258315721;&WP_258236293.1 WP_258236293WP_258228246.1| WP_258228246|WP_258219484.1â WP_258219484âWP_258143355.1Í WP_258143355ÍWP_258038067.1Ŋ WP_258038067ŊWP_258007507.1”  WP_258007507” WP_257939681.1ø WP_257939681øWP_257882322.1û WP_257882322ûWP_257880947.1ŗ  WP_257880947ŗ WP_257788220.1ų WP_257788220ųWP_257777211.1ĩ  WP_257777211ĩ WP_257769388.1Ļ% WP_257769388Ļ%WP_257733866.1i WP_257733866iWP_257691625.1: WP_257691625:WP_257689765.1¨  WP_257689765¨ WP_257633067.1s WP_257633067sWP_257544752.1 WP_257544752WP_257504872.1˜ WP_257504872˜WP_257479708.1‰ WP_257479708‰WP_257384536.1‚  WP_257384536‚ WP_257358148.1ų WP_257358148ųWP_257258519.1Ū WP_257258519ŪWP_257107333.1j WP_257107333jWP_257080809.1l  WP_257080809l WP_257012936.1% WP_257012936%WP_257007586.1đ  WP_257007586đ WP_256939523.1ß WP_256939523ßWP_256855996.1Ö" WP_256855996Ö"WP_256825141.1ë# WP_256825141ë#WP_256695454.1Õ% WP_256695454Õ%WP_256588339.1Ú WP_256588339ÚWP_256569498.1& WP_256569498&WP_256561903.1Ŧ% WP_256561903Ŧ%WP_256546297.1 WP_256546297WP_256527700.1¨ WP_256527700¨WP_256342227.1  WP_256342227 WP_256314628.1Í# WP_256314628Í#WP_256304635.1Į WP_256304635ĮWP_256212307.1r WP_256212307rWP_256153163.1v WP_256153163vWP_256082840.1į$ WP_256082840į$WP_255991635.1­ WP_255991635­WP_255965801.1f  WP_255965801f WP_255895909.1Ō WP_255895909ŌWP_255761006.1 WP_255761006WP_255734230.1d WP_255734230dWP_255691273.1t  WP_255691273t WP_255657767.1Š WP_255657767ŠWP_255657001.1­ WP_255657001­WP_255632456.1 WP_255632456WP_255602293.1y WP_255602293yWP_255519487.1é WP_255519487éWP_255517101.1P WP_255517101PWP_255435582.1Į WP_255435582ĮWP_255401854.1ē WP_255401854ēWP_255375741.1k  WP_255375741k WP_255352846.1 WP_255352846WP_255329483.1^# WP_255329483^#WP_255266214.18 WP_2552662148WP_255193900.1ž" WP_255193900ž"WP_255187010.1 WP_255187010WP_255164512.1ņ$ WP_255164512ņ$WP_255073759.1m WP_255073759mWP_254972748.1ß WP_254972748ßWP_254962431.1Í  WP_254962431Í WP_254860001.16 WP_2548600016WP_254833504.1 WP_254833504WP_254819486.1š WP_254819486šWP_254743169.1§ WP_254743169§WP_254698006.19 WP_2546980069WP_254645866.1S  WP_254645866S WP_254638680.1  WP_254638680 WP_254566347.1 u<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_262138576.1A  WP_262138576A WP_262114929.1 WP_262114929WP_262088989.1%& WP_262088989%&WP_262073613.1ũ WP_262073613ũWP_262043205.1¤ WP_262043205¤WP_262014488.1h  WP_262014488h WP_261996416.1ô WP_261996416ôWP_261970917.1` WP_261970917`WP_261952390.1c WP_261952390cWP_261907733.1| WP_261907733|WP_261802249.1ų WP_261802249ųWP_261733022.1A WP_261733022AWP_261695383.1à WP_261695383ÃWP_261668588.1š  WP_261668588š WP_261665820.1y WP_261665820yWP_261610998.1, WP_261610998,WP_261610700.1D WP_261610700DWP_261589216.1R" WP_261589216R"WP_261529150.18 WP_2615291508WP_261402515.1ā WP_261402515āWP_261369297.1ä  WP_261369297ä WP_261362933.1ŗ WP_261362933ŗWP_261281372.1  WP_261281372 WP_261132050.1š WP_261132050šWP_261066330.1 WP_261066330WP_260986135.1` WP_260986135`WP_260920963.16  WP_2609209636 WP_260912062.1T WP_260912062TWP_260879442.1Ģ WP_260879442ĢWP_260821709.1Í WP_260821709ÍWP_260810007.1 WP_260810007WP_260776178.14 WP_2607761784WP_260685194.1n% WP_260685194n%WP_260479645.1ŋ WP_260479645ŋWP_260467581.1” WP_260467581”WP_260444899.1ũ WP_260444899ũWP_260402970.1u WP_260402970uWP_260365401.1Ÿ WP_260365401ŸWP_260325674.1Å WP_260325674ÅWP_260320705.1 WP_260320705WP_260264417.1ė WP_260264417ėWP_259999572.1‡" WP_259999572‡"WP_259895494.1j WP_259895494jWP_259865813.1i WP_259865813iWP_259864893.1y  WP_259864893y WP_259858510.1Ą WP_259858510ĄWP_259847195.1b WP_259847195bWP_259823591.1D WP_259823591DWP_259770126.1  WP_259770126 WP_259695835.1 WP_259695835WP_259691170.1; WP_259691170;WP_259665259.1ë WP_259665259ëWP_259633828.1e  WP_259633828e WP_259619769.1ä WP_259619769äWP_259568097.1Ŧ WP_259568097ŦWP_259408897.1Ī  WP_259408897Ī WP_259407579.1õ WP_259407579õWP_259301651.1' WP_259301651'WP_259287153.1^ WP_259287153^WP_259206442.1Z WP_259206442ZWP_259173727.1€ WP_259173727€WP_259005392.1H WP_259005392HWP_258941688.1: WP_258941688:WP_258930666.1 WP_258930666WP_258835625.1d WP_258835625dWP_258825945.10  WP_2588259450 WP_258700041.1‘! WP_258700041‘!WP_258699485.1Ŋ WP_258699485ŊWP_258613669.1o WP_258613669oWP_258598016.1‡ WP_258598016‡WP_258581409.1ø& WP_258581409ø&WP_258570851.1à WP_258570851ÃWP_258515841.1Ö  WP_258515841Ö WP_258450640.1ø WP_258450640øWP_258394058.19  WP_2583940589 WP_258380998.1ã v<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_266613108.1Æ  WP_266613108Æ WP_266603981.1* WP_266603981*WP_266535309.1Ÿ WP_266535309ŸWP_266441326.1„ WP_266441326„WP_266312166.1(! WP_266312166(!WP_266300278.1ķ WP_266300278ķWP_266179881.13$ WP_2661798813$WP_266170214.1 WP_266170214WP_266169258.1Û WP_266169258ÛWP_266103637.1ĸ% WP_266103637ĸ%WP_266095674.1X WP_266095674XWP_265966242.1–  WP_265966242– WP_265907929.1×# WP_265907929×#WP_265896212.1s! WP_265896212s!WP_265889043.1a WP_265889043aWP_265822109.1w WP_265822109wWP_265775712.1Æ WP_265775712ÆWP_265735210.1– WP_265735210–WP_265634479.1× WP_265634479×WP_265593313.1* WP_265593313*WP_265399898.19 WP_2653998989WP_265364885.1; WP_265364885;WP_265332308.1‘  WP_265332308‘ WP_265279605.1b WP_265279605bWP_265275480.1 WP_265275480WP_265272113.1@% WP_265272113@%WP_265258498.1Ķ WP_265258498ĶWP_265245651.1ũ WP_265245651ũWP_265225845.14 WP_2652258454WP_265102281.1 WP_265102281WP_264950959.1¨  WP_264950959¨ WP_264934627.1ˇ  WP_264934627ˇ WP_264790310.1N WP_264790310NWP_264750294.1  WP_264750294 WP_264695257.1&  WP_264695257& WP_264694478.1 WP_264694478WP_264593810.1R WP_264593810RWP_264507413.1í WP_264507413íWP_264379403.1‹ WP_264379403‹WP_264351023.1l WP_264351023lWP_264248212.1  WP_264248212 WP_264228578.1à WP_264228578ÃWP_264218405.1ö WP_264218405öWP_264144890.1Ô WP_264144890ÔWP_263871176.1  WP_263871176 WP_263867815.1 WP_263867815WP_263858211.1į& WP_263858211į&WP_263847269.1] WP_263847269]WP_263833039.1n WP_263833039nWP_263727326.1$ WP_263727326$WP_263620371.1“! WP_263620371“!WP_263549390.1ŗ WP_263549390ŗWP_263537640.1ô  WP_263537640ô WP_263513200.1Ø  WP_263513200Ø WP_263298010.1¸  WP_263298010¸ WP_263205390.1Ģ WP_263205390ĢWP_263177763.1‹ WP_263177763‹WP_263072085.1đ  WP_263072085đ WP_263011293.1  WP_263011293 WP_262917761.1X" WP_262917761X"WP_262890005.1 WP_262890005WP_262832653.1¸  WP_262832653¸ WP_262686037.1ú WP_262686037úWP_262615610.1§ WP_262615610§WP_262612393.1. WP_262612393.WP_262510814.1Ŧ WP_262510814ŦWP_262452366.1K% WP_262452366K%WP_262406623.1  WP_262406623 WP_262404887.1ŧ  WP_262404887ŧ WP_262401812.1Î$ WP_262401812Î$WP_262394687.1Õ WP_262394687ÕWP_262247119.1œ  WP_262247119œ WP_262175203.1ø  WP_262175203ø WP_262155701.1ņ  WP_262155701ņ WP_262152891.1ž! WP_262152891ž!WP_262138576.1A w<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_271145842.1ą WP_271145842ąWP_271116088.1Ī WP_271116088ĪWP_271104848.1Í WP_271104848ÍWP_270967954.1Z  WP_270967954Z WP_270933235.1ú# WP_270933235ú#WP_270908912.1 WP_270908912WP_270757591.1 WP_270757591WP_270677687.1Ų WP_270677687ŲWP_270610708.1f WP_270610708fWP_270578305.1r" WP_270578305r"WP_270570428.1đ WP_270570428đWP_270506568.1Ų WP_270506568ŲWP_270453521.1N% WP_270453521N%WP_270430070.1œ WP_270430070œWP_270429919.16 WP_2704299196WP_270310942.1C WP_270310942CWP_270310372.1<  WP_270310372< WP_270233472.1 WP_270233472WP_270218171.1O WP_270218171OWP_269885397.1z WP_269885397zWP_269828627.1Š WP_269828627ŠWP_269672356.1%  WP_269672356% WP_269633767.1[" WP_269633767["WP_269572442.1Š WP_269572442ŠWP_269358925.1… WP_269358925…WP_269268099.1 WP_269268099WP_269217061.1ū" WP_269217061ū"WP_269082627.1Ö WP_269082627ÖWP_269061021.1! WP_269061021!WP_269048359.1[! WP_269048359[!WP_269026738.1$ WP_269026738$WP_268737299.1Z WP_268737299ZWP_268714943.1 WP_268714943WP_268695178.1õ& WP_268695178õ&WP_268678783.1Ö WP_268678783ÖWP_268645109.1- WP_268645109-WP_268637051.1—  WP_268637051— WP_268579666.1´ WP_268579666´WP_268551200.1Ė WP_268551200ĖWP_268428026.1ú WP_268428026úWP_268422715.1Ø WP_268422715ØWP_268394364.1F WP_268394364FWP_268371125.1l" WP_268371125l"WP_268315162.1\" WP_268315162\"WP_268311115.1Ŧ WP_268311115ŦWP_268285128.1ŋ  WP_268285128ŋ WP_268276024.1ę! WP_268276024ę!WP_268140002.1 WP_268140002WP_268123036.1Î WP_268123036ÎWP_268012811.16 WP_2680128116WP_267979634.1^% WP_267979634^%WP_267937098.1î  WP_267937098î WP_267918242.1 WP_267918242WP_267911890.1Œ WP_267911890ŒWP_267897383.1l WP_267897383lWP_267861425.1Ô WP_267861425ÔWP_267857086.1¸ WP_267857086¸WP_267829077.1 WP_267829077WP_267782507.1Á  WP_267782507Á WP_267714175.1  WP_267714175 WP_267586803.1ƒ WP_267586803ƒWP_267560498.1| WP_267560498|WP_267448957.1¯ WP_267448957¯WP_267353308.1_ WP_267353308_WP_267292626.1 WP_267292626WP_267248697.17 WP_2672486977WP_267184195.1ö WP_267184195öWP_266882648.1˙ WP_266882648˙WP_266842210.1â  WP_266842210â WP_266814553.1í  WP_266814553í WP_266784861.1 WP_266784861WP_266771233.1Ŧ WP_266771233ŦWP_266727676.1… WP_266727676…WP_266708839.1‡  WP_266708839‡ WP_266631528.1Ņ WP_266631528ŅWP_266613108.1Æ x<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_276153259.1F  WP_276153259F WP_276078981.1q WP_276078981qWP_275889644.1ķ WP_275889644ķWP_275865201.1’ WP_275865201’WP_275765493.1Ę WP_275765493ĘWP_275700896.1é WP_275700896éWP_275700142.1Î# WP_275700142Î#WP_275495439.1Ü WP_275495439ÜWP_275405902.1E WP_275405902EWP_275397725.1Ų WP_275397725ŲWP_275364603.1 WP_275364603WP_275196335.1Q WP_275196335QWP_275149613.1u WP_275149613uWP_275102754.1ˇ WP_275102754ˇWP_274976404.1) WP_274976404)WP_274975805.1s WP_274975805sWP_274915895.1Ø WP_274915895ØWP_274910452.1 WP_274910452WP_274885772.1€ WP_274885772€WP_274773199.1ą WP_274773199ąWP_274771680.1ô WP_274771680ôWP_274755179.1‹ WP_274755179‹WP_274718192.1# WP_274718192#WP_274676460.1 WP_274676460WP_274604755.1ô WP_274604755ôWP_274549238.1Š  WP_274549238Š WP_274481161.1H! WP_274481161H!WP_274423713.1D% WP_274423713D%WP_274400640.1æ WP_274400640æWP_274358594.1*  WP_274358594* WP_274323930.1ˆ  WP_274323930ˆ WP_274285032.1Ļ$ WP_274285032Ļ$WP_274192231.1č WP_274192231čWP_274182085.1I" WP_274182085I"WP_274124432.1¯ WP_274124432¯WP_273946616.1 WP_273946616WP_273849839.1ĩ WP_273849839ĩWP_273827584.1H WP_273827584HWP_273597572.1˙ WP_273597572˙WP_273418567.15 WP_2734185675WP_273302807.1‡ WP_273302807‡WP_273159410.1’% WP_273159410’%WP_273138110.1Ų WP_273138110ŲWP_272952826.1 WP_272952826WP_272925939.1" WP_272925939"WP_272906673.1h WP_272906673hWP_272896519.1K WP_272896519KWP_272889997.1Ü WP_272889997ÜWP_272770862.16" WP_2727708626"WP_272150417.1) WP_272150417)WP_272114414.1Ÿ WP_272114414ŸWP_272062680.1, WP_272062680,WP_272056282.1˜  WP_272056282˜ WP_272053002.1’ WP_272053002’WP_271960159.1d WP_271960159dWP_271931007.1' WP_271931007'WP_271820285.1V  WP_271820285V WP_271786410.1r WP_271786410rWP_271771839.1n WP_271771839nWP_271629396.1E WP_271629396EWP_271619988.1õ WP_271619988õWP_271569604.1Ô WP_271569604ÔWP_271569319.1Û WP_271569319ÛWP_271563639.1N WP_271563639NWP_271515333.1ĸ  WP_271515333ĸ WP_271489102.1Ŋ WP_271489102ŊWP_271457636.1 WP_271457636ÂWP_271418863.1Ę WP_271418863ĘWP_271406340.1[  WP_271406340[ WP_271340374.1° WP_271340374°WP_271272236.1¯ WP_271272236¯WP_271268402.1! WP_271268402!WP_271250528.1¸ WP_271250528¸WP_271243471.1 WP_271243471WP_271202339.19 WP_2712023399WP_271145842.1ąy<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_279399778.1ā& WP_279399778ā&WP_279374958.14 WP_2793749584WP_279295785.1 WP_279295785WP_279293890.1û WP_279293890ûWP_279270002.1_  WP_279270002_ WP_279268272.18& WP_2792682728&WP_279184953.1m  WP_279184953m WP_279150283.1™ WP_279150283™WP_279123632.15! WP_2791236325!WP_279085497.1Æ WP_279085497ÆWP_279059865.13 WP_2790598653WP_279046072.1š WP_279046072šWP_279029857.1ü  WP_279029857ü WP_279008479.1î WP_279008479îWP_278982769.1& WP_278982769&WP_278960438.1 WP_278960438WP_278924671.18  WP_2789246718 WP_278906630.1­ WP_278906630­WP_278888642.1 WP_278888642WP_278843343.1á WP_278843343áWP_278839117.1Ę WP_278839117ĘWP_278800290.15 WP_2788002905WP_278781114.1Č WP_278781114ČWP_278780043.1q% WP_278780043q%WP_278665106.1P WP_278665106PWP_278643529.1% WP_278643529%WP_278631399.1Ĩ  WP_278631399Ĩ WP_278579814.1Ŗ& WP_278579814Ŗ&WP_278498266.1ˆ WP_278498266ˆWP_278489123.1Ũ WP_278489123ŨWP_278449211.1 WP_278449211WP_278448552.1ã! WP_278448552ã!WP_278436726.1ũ  WP_278436726ũ WP_278428737.1< WP_278428737<WP_278416415.1=$ WP_278416415=$WP_278390468.1 WP_278390468WP_278361924.1Û WP_278361924ÛWP_278329032.1ô WP_278329032ôWP_278278068.1_ WP_278278068_WP_278273894.1  WP_278273894 WP_278266677.1ŧ  WP_278266677ŧ WP_278264086.1ū WP_278264086ūWP_278243902.1ļ WP_278243902ļWP_278088590.1¨ WP_278088590¨WP_278084771.1U WP_278084771UWP_277858638.1€! WP_277858638€!WP_277778661.1Ļ WP_277778661ĻWP_277690767.1Æ  WP_277690767Æ WP_277627940.1č WP_277627940čWP_277588386.1‰$ WP_277588386‰$WP_277531229.1< WP_277531229<WP_277513241.1Ī& WP_277513241Ī&WP_277491977.15 WP_2774919775WP_277479375.1œ  WP_277479375œ WP_277412281.1› WP_277412281›WP_277410236.1! WP_277410236!WP_277324932.1 WP_277324932WP_277309438.1‘ WP_277309438‘WP_277264109.1& WP_277264109&WP_277108398.1B" WP_277108398B"WP_277084622.1f  WP_277084622f WP_276974217.1ļ WP_276974217ļWP_276638014.1‘ WP_276638014‘WP_276598033.1Ú WP_276598033ÚWP_276594570.1¤ WP_276594570¤WP_276533217.1” WP_276533217”WP_276509439.1o WP_276509439oWP_276507912.1Œ WP_276507912ŒWP_276369440.1÷ WP_276369440÷WP_276362074.1É WP_276362074ÉWP_276357708.1/& WP_276357708/&WP_276263713.1Ē  WP_276263713Ē WP_276256752.1€ WP_276256752€WP_276247412.1ƒ WP_276247412ƒWP_276234417.1 WP_276234417WP_276153259.1F z<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@WP_283629251.12 WP_2836292512WP_283557067.1x& WP_283557067x&WP_283525395.1I  WP_283525395I WP_283277237.1ã$ WP_283277237ã$WP_283222342.1c WP_283222342cWP_283181662.1–  WP_283181662– WP_283179095.1r! WP_283179095r!WP_283162015.1% WP_283162015%WP_283129754.1į WP_283129754įWP_283107263.1é! WP_283107263é!WP_283099644.1s WP_283099644sWP_282985289.1Ô WP_282985289ÔWP_282979415.1å WP_282979415åWP_282969582.1÷ WP_282969582÷WP_282791351.1˛ WP_282791351˛WP_282689626.1Ū  WP_282689626Ū WP_282641071.1# WP_282641071#WP_282575598.1• WP_282575598•WP_282467912.1ē  WP_282467912ē WP_282423266.1ķ WP_282423266ķWP_282393050.11  WP_2823930501 WP_282363731.1× WP_282363731×WP_282322778.1  WP_282322778 WP_282259321.1v WP_282259321vWP_282171596.1Ë WP_282171596ËWP_282139373.11$ WP_2821393731$WP_282035981.1#  WP_282035981# WP_282014297.1| WP_282014297|WP_281919021.1à WP_281919021ÃWP_281760414.1ü WP_281760414üWP_281734351.1H  WP_281734351H WP_281733574.1¤ WP_281733574¤WP_281675368.1& WP_281675368&WP_281674273.1_ WP_281674273_WP_281670363.1a  WP_281670363a WP_281562017.1Ķ WP_281562017ĶWP_281543397.1\ WP_281543397\WP_281507500.1ƒ WP_281507500ƒWP_281498184.1Y WP_281498184YWP_281462881.1x WP_281462881xWP_281459228.1c WP_281459228cWP_281350185.1d WP_281350185dWP_281305524.1Š WP_281305524ŠWP_281295215.1G" WP_281295215G"WP_281163474.1/ WP_281163474/WP_281094896.1 WP_281094896WP_281054160.1á WP_281054160áWP_281034490.1Î WP_281034490ÎWP_280949002.1  WP_280949002 WP_280941535.1Ŧ WP_280941535ŦWP_280938002.1˙ WP_280938002˙WP_280892754.1ú WP_280892754úWP_280876395.1f# WP_280876395f#WP_280713773.1& WP_280713773&WP_280691874.1Ē$ WP_280691874Ē$WP_280658332.1Ö  WP_280658332Ö WP_280604208.1Ŗ WP_280604208ŖWP_280550159.1˛ WP_280550159˛WP_280541983.1Ų WP_280541983ŲWP_280506832.13 WP_2805068323WP_280443824.1Z WP_280443824ZWP_280427578.1k WP_280427578kWP_280343167.1­ WP_280343167­WP_280336340.17 WP_2803363407WP_280015341.1• WP_280015341•WP_279996009.1K# WP_279996009K#WP_279984614.1Í WP_279984614ÍWP_279961109.1{ WP_279961109{WP_279840346.1y WP_279840346yWP_279838136.19  WP_2798381369 WP_279836660.1ā WP_279836660āWP_279826355.1@ WP_279826355@WP_279687934.1 WP_279687934WP_279652328.1ú WP_279652328úWP_279595826.1Ž  WP_279595826Ž WP_279399778.1ā&{<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_007978456.1­  XP_007978456­ XP_007957752.1J XP_007957752JXP_007828713.1‡ XP_007828713‡XP_007828375.12  XP_0078283752 XP_007761143.1i XP_007761143iXP_007512765.1 XP_007512765XP_007459185.1g% XP_007459185g%XP_007423461.1 XP_007423461XP_007405597.1I  XP_007405597I XP_007378490.1… XP_007378490…XP_007323069.1O XP_007323069OXP_007311010.1§ XP_007311010§XP_007208131.1č XP_007208131čXP_007207923.1  XP_007207923 XP_007206475.1ô  XP_007206475ô XP_007121961.1€ XP_007121961€XP_007077310.1Š XP_007077310ŠXP_007043916.2t XP_007043916tXP_007007273.1[ XP_007007273[XP_006969978.1Ņ! XP_006969978Ņ!XP_006814105.1â XP_006814105âXP_006689993.1i XP_006689993iXP_006591276.1¨ XP_006591276¨XP_006576743.1R XP_006576743RXP_006376427.2%  XP_006376427% XP_006359699.1u XP_006359699uXP_006161615.1u  XP_006161615u XP_006114890.1ø XP_006114890øXP_005720745.1^ XP_005720745^XP_005678593.1å XP_005678593åXP_005573423.1ū XP_005573423ūXP_005553416.1 XP_005553416XP_005405047.1ū  XP_005405047ū XP_005402208.1í" XP_005402208í"XP_005111944.2ú XP_005111944úXP_005100439.2$ XP_005100439$XP_005087540.1ö  XP_005087540ö XP_004869485.1ę  XP_004869485ę XP_004697524.1$ XP_004697524$XP_004647050.1  XP_004647050 XP_004466702.1 XP_004466702XP_004384112.1Ö  XP_004384112Ö XP_004225259.1)  XP_004225259) XP_004149267.1_  XP_004149267_ XP_004034642.1˙ XP_004034642˙XP_003878446.1\ XP_003878446\XP_003875641.1 XP_003875641XP_003768056.1A XP_003768056AXP_003502921.1Ŋ  XP_003502921Ŋ XP_003073356.1=" XP_003073356="XP_003056335.1¸ XP_003056335¸XP_003048468.1W XP_003048468WXP_003040019.1đ XP_003040019đXP_003035978.1~ XP_003035978~XP_002973447.1 XP_002973447XP_002873995.1S! XP_002873995S!XP_002777379.1J  XP_002777379J XP_002688837.2t XP_002688837tXP_002430673.1  XP_002430673 XP_002107991.1Œ XP_002107991ŒXP_001964912.1d$ XP_001964912d$XP_001840824.2Ģ XP_001840824ĢXP_001681736.1” XP_001681736”XP_001454078.1Ü XP_001454078ÜXP_001448147.1Ą  XP_001448147Ą XP_001426929.1/ XP_001426929/XP_001312457.2é  XP_001312457é XP_001275602.1O  XP_001275602O XP_001275352.1¨  XP_001275352¨ WP_284053701.1 WP_284053701WP_283953184.1Ē" WP_283953184Ē"WP_283947944.1z WP_283947944zWP_283922158.1 WP_283922158WP_283842967.1å  WP_283842967å WP_283640148.1 WP_283640148WP_283629251.12|<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_015523373.1D! XP_015523373D!XP_015253450.1g XP_015253450gXP_015239306.1ß XP_015239306ßXP_015055542.1` XP_015055542`XP_015036367.2 XP_015036367XP_014802175.19  XP_0148021759 XP_014733223.1/ XP_014733223/XP_014362268.2Ž XP_014362268ŽXP_014259138.1Ė XP_014259138ĖXP_014204645.1É XP_014204645ÉXP_014155165.1Ā XP_014155165ĀXP_014086709.1?  XP_014086709? XP_014030939.2š$ XP_014030939š$XP_014018893.1Ü& XP_014018893Ü&XP_013982426.1< XP_013982426<XP_013957138.1 XP_013957138XP_013757696.1ß XP_013757696ßXP_013617705.1\ XP_013617705\XP_013412367.1  XP_013412367 XP_013404023.1‘ XP_013404023‘XP_013338901.1R  XP_013338901R XP_013258388.1Ē XP_013258388ĒXP_013231239.1Ü XP_013231239ÜXP_013164386.1w  XP_013164386w XP_013005546.1% XP_013005546%XP_012889676.1ĩ XP_012889676ĩXP_012676239.1Ŗ# XP_012676239Ŗ#XP_012504886.1Ŧ XP_012504886ŦXP_012264750.2< XP_012264750<XP_012206226.1P  XP_012206226P XP_012066326.1ķ XP_012066326ķXP_011924069.1ã XP_011924069ãXP_011889539.1ī" XP_011889539ī"XP_011822310.1 XP_011822310XP_011782004.1Õ XP_011782004ÕXP_011775823.1Ė# XP_011775823Ė#XP_011760839.1´ XP_011760839´XP_011699286.1û XP_011699286ûXP_011272275.1) XP_011272275)XP_011231611.1 XP_011231611XP_011040987.1# XP_011040987#XP_010918378.1˛ XP_010918378˛XP_010831352.1=  XP_010831352= XP_010808195.1 XP_010808195XP_010676925.2č XP_010676925čXP_010547631.1Q XP_010547631QXP_010489688.1• XP_010489688•XP_010481786.1+  XP_010481786+ XP_010311338.1x XP_010311338xXP_010298897.1+ XP_010298897+XP_010267139.1  XP_010267139 XP_010263869.1Á XP_010263869ÁXP_010216383.1( XP_010216383(XP_009839123.1A XP_009839123AXP_009535872.1¨ XP_009535872¨XP_009464764.1? XP_009464764?XP_009403500.1/ XP_009403500/XP_009308369.1š  XP_009308369š XP_009177739.1ą& XP_009177739ą&XP_009147075.2Ō XP_009147075ŌXP_009132605.1v XP_009132605vXP_009031127.1ĩ XP_009031127ĩXP_008997370.1§# XP_008997370§#XP_008942036.1ų XP_008942036ųXP_008902753.1e XP_008902753eXP_008674211.1î XP_008674211îXP_008604006.1$  XP_008604006$ XP_008572610.1‹ XP_008572610‹XP_008531547.1į# XP_008531547į#XP_008373570.1% XP_008373570%XP_008332845.1à  XP_008332845à XP_008293954.1e XP_008293954eXP_008264087.1Ķ XP_008264087ĶXP_008215352.1a XP_008215352aXP_008080365.1° XP_008080365°XP_007978456.1­ }<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_021727484.1& XP_021727484&XP_021713690.1I XP_021713690IXP_021694973.1Û XP_021694973ÛXP_021682448.1¨ XP_021682448¨XP_021678658.1´  XP_021678658´ XP_021507806.1Ą XP_021507806ĄXP_021377602.1Ī XP_021377602ĪXP_021299958.1Ŗ XP_021299958ŖXP_021113256.1. XP_021113256.XP_021098423.1” XP_021098423”XP_020949431.1[ XP_020949431[XP_020788278.1Ŧ XP_020788278ŦXP_020736247.1Ë XP_020736247ËXP_020704071.1œ XP_020704071œXP_020476240.1 XP_020476240XP_020469382.1 XP_020469382XP_020425985.1î XP_020425985îXP_020321477.1  XP_020321477 XP_020282545.1Û XP_020282545ÛXP_020272228.1Ļ XP_020272228ĻXP_020103231.18  XP_0201032318 XP_019741907.1^! XP_019741907^!XP_019459237.1l XP_019459237lXP_019384620.11 XP_0193846201XP_019381256.18 XP_0193812568XP_019256258.1ņ XP_019256258ņXP_019244033.1X% XP_019244033X%XP_019180948.1 XP_019180948XP_019019020.1y XP_019019020yXP_019000248.1 XP_019000248XP_018994437.1?  XP_018994437? XP_018957721.2" XP_018957721"XP_018906655.1á XP_018906655áXP_018754863.1Æ XP_018754863ÆXP_018682766.1 XP_018682766XP_018661491.1Í  XP_018661491Í XP_018594075.2  XP_018594075 XP_018575520.1> XP_018575520>XP_018561118.1ā  XP_018561118ā XP_018492447.1ú XP_018492447úXP_018439942.1' XP_018439942'XP_018381815.1B XP_018381815BXP_018358059.1¨# XP_018358059¨#XP_018282977.1õ XP_018282977õXP_018089046.1ß& XP_018089046ß&XP_018062972.1B XP_018062972BXP_018042825.1A XP_018042825AXP_017857703.1Ē XP_017857703ĒXP_017754998.1– XP_017754998–XP_017706045.1ø  XP_017706045ø XP_017674008.1—" XP_017674008—"XP_017569355.1v# XP_017569355v#XP_017476002.1 XP_017476002XP_017428875.1a" XP_017428875a"XP_017412204.1j XP_017412204jXP_017354457.1… XP_017354457…XP_017076166.2  XP_017076166 XP_016849932.1Ō# XP_016849932Ō#XP_016611986.1S XP_016611986SXP_016482688.1û XP_016482688ûXP_016469741.1ˇ  XP_016469741ˇ XP_016452348.1ŋ XP_016452348ŋXP_016446524.1å XP_016446524åXP_016445639.1q  XP_016445639q XP_016415707.1ë XP_016415707ëXP_016339808.1Ī  XP_016339808Ī XP_016284980.1U XP_016284980UXP_016265944.1 XP_016265944XP_016252004.1 XP_016252004XP_016211170.1ķ XP_016211170ķXP_016192053.1ū XP_016192053ūXP_016071528.1Ą XP_016071528ĄXP_015918471.2Š XP_015918471ŠXP_015675072.1  XP_015675072 XP_015665538.2Ô XP_015665538ÔXP_015523373.1D!~<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_026936565.1s% XP_026936565s%XP_026829212.1ĩ  XP_026829212ĩ XP_026433405.1 XP_026433405XP_026320625.1č XP_026320625čXP_026202203.1– XP_026202203–XP_026193030.1# XP_026193030#XP_026180907.1 XP_026180907XP_026175731.1L XP_026175731LXP_026120963.15 XP_0261209635XP_026109466.1¸ XP_026109466¸XP_026100634.1  XP_026100634 XP_025996498.1ũ XP_025996498ũXP_025975121.1A  XP_025975121A XP_025923156.1s  XP_025923156s XP_025814622.1H XP_025814622HXP_025786250.1| XP_025786250|XP_025777939.1ĩ XP_025777939ĩXP_025769677.1” XP_025769677”XP_025698866.1O XP_025698866OXP_025606354.1w! XP_025606354w!XP_025486240.1-$ XP_025486240-$XP_025430606.1į XP_025430606įXP_025425233.1Ø XP_025425233ØXP_025385377.1˙& XP_025385377˙&XP_025268496.1ŧ XP_025268496ŧXP_025220530.1Š XP_025220530ŠXP_025094492.12 XP_0250944922XP_025063182.1/# XP_025063182/#XP_025046235.1 XP_025046235XP_024910805.1æ# XP_024910805æ#XP_024888572.1ļ XP_024888572ļXP_024747977.1~ XP_024747977~XP_024707996.1ķ  XP_024707996ķ XP_024696459.1Š XP_024696459ŠXP_024635273.1F XP_024635273FXP_024427063.2& XP_024427063&XP_024252803.1 XP_024252803XP_024185556.1ę& XP_024185556ę&XP_024081758.1ö XP_024081758öXP_024010268.1j XP_024010268jXP_023957144.1g  XP_023957144g XP_023840445.1? XP_023840445?XP_023822602.1 XP_023822602XP_023815606.1P XP_023815606PXP_023744527.1L$ XP_023744527L$XP_023677472.1ž XP_023677472žXP_023664563.1Ŧ XP_023664563ŦXP_023618023.1. XP_023618023.XP_023607675.1F XP_023607675FXP_023589550.1 XP_023589550XP_023529459.1  XP_023529459 XP_023482372.1u XP_023482372uXP_023426040.1û XP_023426040ûXP_023318286.1N XP_023318286NXP_023219850.1˙ XP_023219850˙XP_023194678.1ķ XP_023194678ķXP_023028205.1 XP_023028205XP_022851607.1ä XP_022851607äXP_022824318.1Ī XP_022824318ĪXP_022816306.1¤ XP_022816306¤XP_022789336.1%  XP_022789336% XP_022745130.1‡ XP_022745130‡XP_022467441.1Ĩ XP_022467441ĨXP_022457077.1• XP_022457077•XP_022371551.1• XP_022371551•XP_022242849.1ļ XP_022242849ļXP_022216402.2Ú XP_022216402ÚXP_022120389.2ė XP_022120389ėXP_022005570.1: XP_022005570:XP_021898889.1y  XP_021898889y XP_021874514.1í XP_021874514íXP_021846694.1 XP_021846694XP_021776778.1z XP_021776778zXP_021765438.1: XP_021765438:XP_021741676.10 XP_0217416760XP_021727484.1&<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_032085066.1š  XP_032085066š XP_031982117.1E XP_031982117EXP_031974225.1Ķ XP_031974225ĶXP_031942702.1N$ XP_031942702N$XP_031931709.1€" XP_031931709€"XP_031903815.1‹$ XP_031903815‹$XP_031707624.1  XP_031707624 XP_031540112.1k XP_031540112kXP_031459457.1m% XP_031459457m%XP_031360469.1Î XP_031360469ÎXP_031270756.17 XP_0312707567XP_031258584.1“ XP_031258584“XP_031168963.1# XP_031168963#XP_031159380.1ų XP_031159380ųXP_031145922.1N  XP_031145922N XP_031122780.1Q XP_031122780QXP_031104936.1{ XP_031104936{XP_031095384.1´ XP_031095384´XP_030976676.1 XP_030976676XP_030892138.1; XP_030892138;XP_030725309.1 XP_030725309XP_030718790.1ŋ$ XP_030718790ŋ$XP_030622007.1Č XP_030622007ČXP_030620685.1> XP_030620685>XP_030565673.1Ģ  XP_030565673Ģ XP_030368951.1Å XP_030368951ÅXP_030313316.17# XP_0303133167#XP_030131005.3ˆ XP_030131005ˆXP_030111227.15 XP_0301112275XP_030087828.2× XP_030087828×XP_030079323.1à XP_030079323ÃXP_029957910.1 XP_029957910XP_029860665.1` XP_029860665`XP_029728184.1’! XP_029728184’!XP_029698713.1r  XP_029698713r XP_029528577.1# XP_029528577#XP_029439375.1 XP_029439375XP_029371967.1\ XP_029371967\XP_029370816.1Į XP_029370816ĮXP_029196159.1Ę XP_029196159ĘXP_029123601.1A XP_029123601AXP_029075794.1j# XP_029075794j#XP_029003841.1ë  XP_029003841ë XP_028939562.1) XP_028939562)XP_028766233.1ī  XP_028766233ī XP_028733567.15 XP_0287335675XP_028717800.1ã XP_028717800ãXP_028705251.1’ XP_028705251’XP_028702799.1m XP_028702799mXP_028655184.1ŧ& XP_028655184ŧ&XP_028635853.1w XP_028635853wXP_028567154.1w% XP_028567154w%XP_028543448.1˜  XP_028543448˜ XP_028540875.1R XP_028540875RXP_028368138.1ü# XP_028368138ü#XP_028327800.1  XP_028327800 XP_028261945.1( XP_028261945(XP_028028252.1 XP_028028252ÂXP_027924147.1f XP_027924147fXP_027894086.1/  XP_027894086/ XP_027768392.18 XP_0277683928XP_027728774.1\ XP_027728774\XP_027705828.1Ģ% XP_027705828Ģ%XP_027584191.1Ũ  XP_027584191Ũ XP_027547584.1@ XP_027547584@XP_027540421.1¨ XP_027540421¨XP_027476133.1%! XP_027476133%!XP_027422845.13 XP_0274228453XP_027201715.1˙ XP_027201715˙XP_027172582.1, XP_027172582,XP_027131078.1ļ& XP_027131078ļ&XP_027063577.1–# XP_027063577–#XP_027061846.1Ž XP_027061846ŽXP_027026332.2é XP_027026332éXP_026994537.1b  XP_026994537b XP_026936565.1s%€<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_039308535.1“ XP_039308535“XP_039286754.1ų XP_039286754ųXP_039284787.1" XP_039284787"XP_039261378.1M XP_039261378MXP_039202520.1 XP_039202520XP_039048844.1ô% XP_039048844ô%XP_038788914.1A" XP_038788914A"XP_038766703.1p XP_038766703pXP_038144206.1= XP_038144206=XP_037916999.1‚ XP_037916999‚XP_037829017.1ũ  XP_037829017ũ XP_037827647.1< XP_037827647<XP_037697134.14 XP_0376971344XP_037539096.1ģ XP_037539096ģXP_037327098.1R XP_037327098RXP_037293573.1u XP_037293573uXP_037269637.1ō XP_037269637ōXP_037174607.14 XP_0371746074XP_037020921.2× XP_037020921×XP_036914921.1Ā XP_036914921ĀXP_036700879.1ĸ XP_036700879ĸXP_036437421.1Ž XP_036437421ŽXP_036400802.1ĩ XP_036400802ĩXP_036378433.1| XP_036378433|XP_036352003.1˛  XP_036352003˛ XP_036266973.1€ XP_036266973€XP_036201052.1 XP_036201052XP_036174925.1  XP_036174925 XP_036163171.1q XP_036163171qXP_036130723.1¸  XP_036130723¸ XP_036098045.1† XP_036098045†XP_035812514.1`  XP_035812514` XP_035800909.1˜ XP_035800909˜XP_035778474.1Ô  XP_035778474Ô XP_035731890.1Ŋ" XP_035731890Ŋ"XP_035530493.17 XP_0355304937XP_035385791.1Ĩ  XP_035385791Ĩ XP_035366182.1v" XP_035366182v"XP_035254397.1Ę XP_035254397ĘXP_035216353.1Œ XP_035216353ŒXP_034729382.1ü XP_034729382üXP_034617399.1Z XP_034617399ZXP_034577512.1& XP_034577512&XP_034481174.1  XP_034481174 XP_034290446.1ķ XP_034290446ķXP_034264344.1Į XP_034264344ĮXP_034262050.1Ũ XP_034262050ŨXP_034010279.1Ü XP_034010279ÜXP_033991852.1ē XP_033991852ēXP_033980738.14$ XP_0339807384$XP_033824504.1ˆ  XP_033824504ˆ XP_033679940.1 XP_033679940XP_033668161.1¤ XP_033668161¤XP_033573598.1} XP_033573598}XP_033559743.1u XP_033559743uXP_033551505.1` XP_033551505`XP_033541489.1ö XP_033541489öXP_033530744.1C XP_033530744CXP_033323208.1ō XP_033323208ōXP_033306318.1 XP_033306318XP_033130084.19  XP_0331300849 XP_033115746.1H XP_033115746HXP_033082621.1) XP_033082621)XP_032956783.1= XP_032956783=XP_032873419.1 XP_032873419XP_032818145.1ô! XP_032818145ô!XP_032812066.1\ XP_032812066\XP_032734223.1Đ$ XP_032734223Đ$XP_032707293.1ë  XP_032707293ë XP_032696462.1#! XP_032696462#!XP_032499984.1ã  XP_032499984ã XP_032283352.1Ŧ XP_032283352ŦXP_032275630.1  XP_032275630 XP_032206552.1 XP_032206552XP_032204694.1Ô XP_032204694ÔXP_032085066.1š <Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_044006408.1’ XP_044006408’XP_043971649.19% XP_0439716499%XP_043890337.1  XP_043890337 XP_043889695.1‰  XP_043889695‰ XP_043876828.18 XP_0438768288XP_043867713.1Ž XP_043867713ŽXP_043732582.1,# XP_043732582,#XP_043718329.1  XP_043718329 XP_043577599.1‹ XP_043577599‹XP_043494069.1_  XP_043494069_ XP_043479276.1é XP_043479276éXP_043406427.1æ XP_043406427æXP_043377824.1* XP_043377824*XP_043280639.1 XP_043280639XP_043079005.1 XP_043079005XP_043014885.1‡ XP_043014885‡XP_042989918.1?% XP_042989918?%XP_042771424.1ú% XP_042771424ú%XP_042666906.1°  XP_042666906° XP_042646948.1ŧ  XP_042646948ŧ XP_042622198.1. XP_042622198.XP_042575628.1I XP_042575628IXP_042531659.1Š  XP_042531659Š XP_042465169.1— XP_042465169—XP_042399294.1ũ XP_042399294ũXP_042343617.1u XP_042343617uXP_042112981.1ĸ XP_042112981ĸXP_041922209.1Ÿ XP_041922209ŸXP_041912709.1Æ XP_041912709ÆXP_041854783.1 XP_041854783XP_041823288.1# XP_041823288#XP_041715299.2˛ XP_041715299˛XP_041648869.1Č XP_041648869ČXP_041378246.1" XP_041378246"XP_041334537.1T XP_041334537TXP_041287579.1¨ XP_041287579¨XP_041178038.1~ XP_041178038~XP_041173850.1Æ XP_041173850ÆXP_041032211.1˛ XP_041032211˛XP_040967143.1Į XP_040967143ĮXP_040937145.1đ  XP_040937145đ XP_040774166.1” XP_040774166”XP_040685867.1Ņ XP_040685867ŅXP_040637648.1Ę! XP_040637648Ę!XP_040614072.1ã XP_040614072ãXP_040549882.1Ä XP_040549882ÄXP_040499486.1Š XP_040499486ŠXP_040382927.1÷ XP_040382927÷XP_040342838.1˛  XP_040342838˛ XP_040286004.1  XP_040286004 XP_040253449.1‘ XP_040253449‘XP_040250218.1F XP_040250218FXP_040238549.2B  XP_040238549B XP_040136988.1á  XP_040136988á XP_040114763.14  XP_0401147634 XP_040086206.1> XP_040086206>XP_040082341.1n XP_040082341nXP_040023426.1 XP_040023426XP_039985286.1Ŧ XP_039985286ŦXP_039923984.1{ XP_039923984{XP_039870427.1Ž XP_039870427ŽXP_039854086.1B! XP_039854086B!XP_039769176.1, XP_039769176,XP_039699416.1{ XP_039699416{XP_039660068.1Ė XP_039660068ĖXP_039638319.17 XP_0396383197XP_039612537.1\ XP_039612537\XP_039555956.1 XP_039555956XP_039550146.1 XP_039550146XP_039523839.1ä XP_039523839äXP_039509588.1, XP_039509588,XP_039406663.1 XP_039406663XP_039387169.1S XP_039387169SXP_039325768.1% XP_039325768%XP_039322713.1Î XP_039322713ÎXP_039308535.1“‚<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_048366669.1| XP_048366669|XP_048264533.1s XP_048264533sXP_048228476.1– XP_048228476–XP_048221756.1! XP_048221756!XP_048216280.1k XP_048216280kXP_048190726.1T XP_048190726TXP_048189479.1*# XP_048189479*#XP_047978269.1V XP_047978269VXP_047935591.1ę XP_047935591ęXP_047856915.1Å XP_047856915ÅXP_047790709.1ž XP_047790709žXP_047781705.1Ë  XP_047781705Ë XP_047670625.1 XP_047670625XP_047599047.1+  XP_047599047+ XP_047491136.1— XP_047491136—XP_047466965.1Y  XP_047466965Y XP_047443619.1é XP_047443619éXP_047422702.1›  XP_047422702› XP_047408935.1I XP_047408935IXP_047387430.1y# XP_047387430y#XP_047379458.1m XP_047379458mXP_047334060.1ˆ! XP_047334060ˆ!XP_047289230.18 XP_0472892308XP_047250014.1 # XP_047250014 #XP_047249348.1G XP_047249348GXP_047245969.1I XP_047245969IXP_047161348.1f$ XP_047161348f$XP_047113196.1› XP_047113196›XP_047095132.1Â" XP_047095132Â"XP_047076827.1c  XP_047076827c XP_047046442.1›  XP_047046442› XP_047044137.1{" XP_047044137{"XP_046922164.1 XP_046922164XP_046907253.1č XP_046907253čXP_046837596.1  XP_046837596 XP_046808501.1=% XP_046808501=%XP_046801602.1A& XP_046801602A&XP_046618542.1D XP_046618542DXP_046578103.1˛" XP_046578103˛"XP_046509038.19 XP_0465090389XP_046463157.1Ģ  XP_046463157Ģ XP_046441060.14 XP_0464410604XP_046337982.1R XP_046337982RXP_046298169.1 XP_046298169XP_046290611.1¯ XP_046290611¯XP_046270414.1;# XP_046270414;#XP_046018872.1 XP_046018872XP_045966569.1Õ XP_045966569ÕXP_045954854.1 XP_045954854XP_045908845.1´ XP_045908845´XP_045807497.1­  XP_045807497­ XP_045788843.1‰ XP_045788843‰XP_045702922.1( XP_045702922(XP_045701611.1Ā  XP_045701611Ā XP_045691652.1b XP_045691652bXP_045648298.1} XP_045648298}XP_045615378.1$ XP_045615378$XP_045323097.1[ XP_045323097[XP_045284515.1^ XP_045284515^XP_045183397.2 XP_045183397XP_045099932.1] XP_045099932]XP_044998617.1q XP_044998617qXP_044919701.1Ņ XP_044919701ŅXP_044902674.1 XP_044902674XP_044786537.1ī XP_044786537īXP_044710778.1R XP_044710778RXP_044707369.1ĩ" XP_044707369ĩ"XP_044655078.1Á XP_044655078ÁXP_044551221.1Ū XP_044551221ŪXP_044490862.1ķ  XP_044490862ķ XP_044485440.1Í XP_044485440ÍXP_044484513.1$! XP_044484513$!XP_044366249.11 XP_0443662491XP_044188718.1\# XP_044188718\#XP_044019329.1ã XP_044019329ãXP_044006408.1’ƒ<Zæδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@XP_054357454.1ō XP_054357454ōXP_054030025.1 XP_054030025XP_054023409.18 XP_0540234098XP_054020552.1^ XP_054020552^XP_053914187.1æ XP_053914187æXP_053603972.1p XP_053603972pXP_053592881.1§ XP_053592881§XP_053501940.1r  XP_053501940r XP_053257159.1„ XP_053257159„XP_053218984.1‚ XP_053218984‚XP_053193947.1 XP_053193947XP_053174626.1Î! XP_053174626Î!XP_053017968.19 XP_0530179689XP_052906513.1 XP_052906513XP_052751399.1- XP_052751399-XP_052737512.1O  XP_052737512O XP_052621353.1!  XP_052621353! XP_052609093.1Ë XP_052609093ËXP_052534275.1v XP_052534275vXP_052525039.1# XP_052525039#XP_052496526.1ˇ XP_052496526ˇXP_052459928.10  XP_0524599280 XP_052375968.1+  XP_052375968+ XP_052337646.1¨ XP_052337646¨XP_052321142.1Ü! XP_052321142Ü!XP_052288270.1“  XP_052288270“ XP_052068338.1ƒ XP_052068338ƒXP_052062472.1¸! XP_052062472¸!XP_051956784.1  XP_051956784 XP_051954746.16 XP_0519547466XP_051777026.1¯ XP_051777026¯XP_051592778.1š XP_051592778šXP_051566275.1œ% XP_051566275œ%XP_051536923.1m XP_051536923mXP_051382515.1  XP_051382515 XP_051312901.1ā XP_051312901āXP_051304311.1ī& XP_051304311ī&XP_051216225.1j  XP_051216225j XP_051120762.1L  XP_051120762L XP_050861105.1U XP_050861105UXP_050828762.1‹ XP_050828762‹XP_050785609.1& XP_050785609&XP_050578957.1¸ XP_050578957¸XP_050375343.1I XP_050375343IXP_050358545.1(  XP_050358545( XP_050320449.1 XP_050320449XP_050255036.1ũ XP_050255036ũXP_050030289.1— XP_050030289—XP_049917061.1— XP_049917061—XP_049847771.1å XP_049847771åXP_049776195.1 XP_049776195XP_049766603.1Ę XP_049766603ĘXP_049747270.1é XP_049747270éXP_049578625.1I XP_049578625IXP_049486383.1ķ  XP_049486383ķ XP_049406314.1  XP_049406314 XP_049399244.1$ XP_049399244$XP_049236752.1  XP_049236752 XP_049224720.14  XP_0492247204 XP_049178823.1 XP_049178823XP_049153370.1  XP_049153370 XP_049147251.1v& XP_049147251v&XP_049133140.1^ XP_049133140^XP_048961030.1>  XP_048961030> XP_048796933.1É XP_048796933ÉXP_048775453.1 XP_048775453XP_048732732.1  XP_048732732 XP_048688918.1A XP_048688918AXP_048633428.1y XP_048633428yXP_048593444.1‡& XP_048593444‡&XP_048583328.1­ XP_048583328­XP_048545356.1/ XP_048545356/XP_048540820.17 XP_0485408207XP_048409145.1¯ XP_048409145¯XP_048379117.1F$ XP_048379117F$XP_048366669.1|„î0æδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ô Ü Æ Ž – | d J 2  æδœ‚jP8ėÔēĸˆpV>$ ōÚĀ¨Žv\D*øāÆŽ”|bJ0öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@ XP_048366669|XP_048264533.1s XP_048264533sXP_048228476.1– XP_048228476–XP_048221756.1! XP_048221756!XP_048216280.1k XP_048216280kXP_048190726.1T XP_048190726TXP_048189479.1*# XP_048189479*#XP_047978269.1V XP_047978269VXP_047935591.1ę XP_047935591ęXP_047856915.1Å XP_047856915ÅXP_047790709.1ž XP_047790709žXP_047781705.1Ë  XP_047781705Ë XP_047670625.1 XP_047670625XP_047599047.1+  XP_047599047+ XP_047491136.1— XP_047491136—XP_047466965.1Y  XP_047466965Y XP_047443619.1é XP_047443619éXP_047422702.1›  XP_047422702› XP_047408935.1I XP_047408935IXP_047387430.1y# XP_047387430y#YP_010462557.1Ø YP_010462557ØYP_010317795.1y YP_010317795yYP_010258034.1% YP_010258034%YP_010101702.1Ā YP_010101702ĀYP_010013434.1Q YP_010013434QYP_009953780.1  YP_009953780 YP_009919788.1€  YP_009919788€ YP_009901198.1O YP_009901198OYP_009745171.1n YP_009745171nYP_009731821.1ņ YP_009731821ņYP_009703532.1ŋ YP_009703532ŋYP_009550556.1$& YP_009550556$&YP_009351723.1Ē YP_009351723ĒYP_009340709.1ŗ YP_009340709ŗYP_009296428.1ā YP_009296428āYP_009252784.1k YP_009252784kYP_009226675.1 YP_009226675YP_009109540.1h YP_009109540hYP_009017695.1Œ YP_009017695ŒYP_008593487.1.% YP_008593487.%YP_008379230.1h YP_008379230hYP_007317140.1  YP_007317140 YP_004564419.1o YP_004564419o XP_697509.2I! XP_697509I! XP_624193.2w XP_624193wXP_056429915.1œ# XP_056429915œ#XP_056420557.1A XP_056420557AXP_056374717.1°# XP_056374717°#XP_056309872.1Ū XP_056309872ŪXP_056097092.1| XP_056097092|XP_056050985.1Ō  XP_056050985Ō XP_056041627.1 XP_056041627XP_055989820.1b XP_055989820bXP_055928676.1ĸ  XP_055928676ĸ XP_055749319.1E XP_055749319EXP_055449440.1m XP_055449440mXP_055364111.1 XP_055364111XP_055331916.1Ū  XP_055331916Ū XP_055296131.1Ŋ XP_055296131ŊXP_055289786.1ē XP_055289786ēXP_055254096.1õ  XP_055254096õ XP_055198731.1į XP_055198731įXP_055165408.1œ XP_055165408œXP_055095726.1Ģ XP_055095726ĢXP_055059894.1ē% XP_055059894ē%XP_054852439.1„ XP_054852439„XP_054844157.1  XP_054844157 XP_054805378.1Á XP_054805378ÁXP_054800357.1  XP_054800357 XP_054751877.1õ XP_054751877õXP_054720054.15  XP_0547200545 XP_054539312.1— XP_054539312—XP_054484247.1 XP_054484247XP_054464105.1 XP_054464105XP_054446685.1  XP_054446685 XP_054357454.1ō…āāδœ‚jP8ėÔēĸˆpV>$ ō Ú Ā ¨ Ž v \ D *  ø ā Æ Ž ” | b J 0  ū æ Ė ´ š ‚ h P 6   ė Ō ē   ˆ n V < $ ō Ø Ā Ļ Ž t \ B *  øŪÆŦ”zbH0ūäĖ˛š€hN6ęŌ¸ †nT<" đØžĻŒtZB(öŪÄŦ’z`H.üäʲ˜€fN4ęиž†lT:"đÖž¤ŒrZ@ XP_054357454ōXP_054030025.1 XP_054030025XP_054023409.18 XP_0540234098XP_054020552.1^ XP_054020552^XP_053914187.1æ XP_053914187æXP_053603972.1p XP_053603972pXP_053592881.1§ XP_053592881§XP_053501940.1r  XP_053501940r XP_053257159.1„ XP_053257159„XP_053218984.1‚ XP_053218984‚XP_053193947.1 XP_053193947XP_053174626.1Î! XP_053174626Î!XP_053017968.19 XP_0530179689XP_052906513.1 XP_052906513XP_052751399.1- XP_052751399-XP_052737512.1O  XP_052737512O XP_052621353.1!  XP_052621353! XP_052609093.1Ë XP_052609093ËXP_052534275.1v XP_052534275vXP_052525039.1# XP_052525039#XP_052496526.1ˇ XP_052496526ˇXP_052459928.10  XP_0524599280 XP_052375968.1+  XP_052375968+ XP_052337646.1¨ XP_052337646¨XP_052321142.1Ü! XP_052321142Ü!XP_052288270.1“  XP_052288270“ XP_052068338.1ƒ XP_052068338ƒXP_052062472.1¸! XP_052062472¸!XP_051956784.1  XP_051956784 XP_051954746.16 XP_0519547466XP_051777026.1¯ XP_051777026¯XP_051592778.1š XP_051592778šXP_051566275.1œ% XP_051566275œ%XP_051536923.1m XP_051536923mXP_051382515.1  XP_051382515 XP_051312901.1ā XP_051312901āXP_051304311.1ī& XP_051304311ī&XP_051216225.1j  XP_051216225j XP_051120762.1L  XP_051120762L XP_050861105.1U XP_050861105UXP_050828762.1‹ XP_050828762‹XP_050785609.1& XP_050785609&XP_050578957.1¸ XP_050578957¸XP_050375343.1I XP_050375343IXP_050358545.1(  XP_050358545( XP_050320449.1 XP_050320449XP_050255036.1ũ XP_050255036ũXP_050030289.1— XP_050030289—XP_049917061.1— XP_049917061—XP_049847771.1å XP_049847771åXP_049776195.1 XP_049776195XP_049766603.1Ę XP_049766603ĘXP_049747270.1é XP_049747270éXP_049578625.1I XP_049578625IXP_049486383.1ķ  XP_049486383ķ XP_049406314.1  XP_049406314 XP_049399244.1$ XP_049399244$XP_049236752.1  XP_049236752 XP_049224720.14  XP_0492247204 XP_049178823.1 XP_049178823XP_049153370.1  XP_049153370 XP_049147251.1v& XP_049147251v&XP_049133140.1^ XP_049133140^XP_048961030.1>  XP_048961030> XP_048796933.1É XP_048796933ÉXP_048775453.1 XP_048775453XP_048732732.1  XP_048732732 XP_048688918.1A XP_048688918AXP_048633428.1y XP_048633428yXP_048593444.1‡& XP_048593444‡&XP_048583328.1­ XP_048583328­XP_048545356.1/ XP_048545356/XP_048540820.17 XP_0485408207XP_048409145.1¯ XP_048409145¯XP_048379117.1F$ XP_0483791bbuchfink-diamond-6dc5717/src/test/blast/nr_10k.phr000066400000000000000000063262431523407312000221150ustar00rootroot000000000000000€0€ €.hypothetical protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€ MBL8757583Ŗ€ĸ€0€0€ €5complement resistance protein TraT [Escherichia coli]Ą€0€¤€0€Ą€ EHX4537433Ŗ€ĸ€0€0€ €Žglycoside hydrolase family 16 protein [Curtobacterium flaccumfaciens] >TDN45085.1 glycosyl hydrolase family 16 [Curtobacterium flaccumfaciens]Ą€0€Š€0€Ą€ WP_133518962Ŗ€ĸ€0€0€ €S5-methylcytosine rRNA methyltransferase NSUN4 isoform X2 [Drosophila pseudoobscura]Ą€0€Š€0€Ą€ XP_015036367Ŗ€ĸ€0€0€ €1glucan biosynthesis protein G [Pseudomonas fragi]Ą€0€¤€0€Ą€PAA16140Ŗ€ĸ€0€0€ €>glycogen operon protein GlgX homolog [Lentzea sp. NBRC 105346]Ą€0€Ŧ€0€Ą€GLZ33620Ŗ€ĸ€0€0€ €?pericentriolar material 1 protein isoform X23 [Passer montanus]Ą€0€Š€0€Ą€ XP_039555956Ŗ€ĸ€0€0€ €-hypothetical protein [Methanobrevibacter sp.]Ą€0€¤€0€Ą€ MBO7734838Ŗ€ĸ€0€0€ €OATP-binding cassette domain-containing protein [Sinirhodobacter huangdaonensis]Ą€0€Š€0€Ą€ WP_206363707Ŗ€ĸ€0€0€ €uuncharacterized protein LOC18772368 [Prunus persica] >ONH99895.1 hypothetical protein PRUPE_6G056200 [Prunus persica]Ą€0€Š€0€Ą€ XP_007207923Ŗ€ĸ€0€0€ €;rab9 effector protein with kelch motifs [Xyrauchen texanus]Ą€0€Š€0€Ą€ XP_051956784Ŗ€ĸ€0€0€ €]MAG: hypothetical protein A2X53_16815, partial [Candidatus Rokubacteria bacterium GWA2_70_23]Ą€0€¤€0€Ą€OGK79387Ŗ€ĸ€0€0€ €Okinase [Hungatella hathewayi] >RGD67227.1 uridine kinase [Hungatella hathewayi]Ą€0€Š€0€Ą€ WP_025531131Ŗ€ĸ€0€0€ €?hypothetical protein K2173_003610 [Erythroxylum novogranatense]Ą€0€¤€0€Ą€ KAJ8763828Ŗ€ĸ€0€0€ €?LacI family DNA-binding transcriptional regulator [Blautia sp.]Ą€0€¤€0€Ą€ MBQ1311177Ŗ€ĸ€0€0€ €Fcompetence type IV pilus assembly protein ComGB [Streptococcus oralis]Ą€0€Š€0€Ą€ WP_268714943Ŗ€ĸ€0€0€ €Jefflux RND transporter permease subunit, partial [Chloroflexota bacterium]Ą€0€¤€0€Ą€TME45086Ŗ€ĸ€0€0€ €,unnamed protein product [Onchocerca ochengi]Ą€0€Ĩ€0€Ą€VDK71801Ŗ€ĸ€0€0€ €rglutamine--fructose-6-phosphate aminotransferase, partial [Betaproteobacteria bacterium RIFCSPLOWO2_02_FULL_65_24]Ą€0€¤€0€Ą€OGA29379Ŗ€ĸ€0€0€ €6hypothetical protein G5I_03994 [Acromyrmex echinatior]Ą€0€¤€0€Ą€EGI67351Ŗ€ĸ€0€0€ €8uncharacterized protein LOC110786446 [Spinacia oleracea]Ą€0€Š€0€Ą€ XP_021846694Ŗ€ĸ€0€0€ €.alpha/beta hydrolase [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_224792367Ŗ€ĸ€0€0€ €Ģhypothetical protein AUJ65_00460 [Candidatus Micrarchaeota archaeon CG1_02_51_15] >HII38831.1 CPBP family intramembrane metalloprotease [Candidatus Micrarchaeota archaeon]Ą€0€¤€0€Ą€OIO24646Ŗ€ĸ€0€0€ €ÄATP-dependent DNA helicase PIF1 [Dasypus novemcinctus] >XP_023446957.1 ATP-dependent DNA helicase PIF1 [Dasypus novemcinctus] >XP_023446958.1 ATP-dependent DNA helicase PIF1 [Dasypus novemcinctus]Ą€0€Š€0€Ą€ XP_004466702Ŗ€ĸ€0€0€ €.envelope protein 2 variant 527 [Hepacivirus C]Ą€0€¤€0€Ą€MOY61908Ŗ€ĸ€0€0€ €‚mMULTISPECIES: molecular chaperone HtpG [Clostridium] >KAI3349825.1 molecular chaperone HtpG [Clostridium botulinum] >KOM87215.1 molecular chaperone Hsp90 [Clostridium botulinum] >KOR57300.1 molecular chaperone Hsp90 [Clostridium botulinum] >MBY7025592.1 molecular chaperone HtpG [Clostridium botulinum] >MCS6111838.1 molecular chaperone HtpG [Clostridium botulinum]Ą€0€Š€0€Ą€ WP_053342583Ŗ€ĸ€0€0€ €>N-acetyl-L,L-diaminopimelate deacetylase [Pacificimonas flava]Ą€0€¤€0€Ą€EMD83093Ŗ€ĸ€0€0€ €9hypothetical protein PPS11_16961 [Pseudomonas putida S11]Ą€0€¤€0€Ą€EJT84792Ŗ€ĸ€0€0€ €oglycine oxidase ThiO [Saccharothrix sp. ALI-22-I] >ONI81754.1 glycine oxidase ThiO [Saccharothrix sp. ALI-22-I]Ą€0€Š€0€Ą€ WP_077010214Ŗ€ĸ€0€0€ € alpha-amylase [Escherichia coli]Ą€0€¯€0€Ą€ HAN2236324Ŗ€ĸ€0€0€ €,hypothetical protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBZ0881431Ŗ€ĸ€0€0€ €“cytochrome oxidase subunit 1, partial [Sciaridae sp. BOLD:AAN6432] >QBO27564.1 cytochrome oxidase subunit 1, partial [Sciaridae sp. BIOUG20842-C03]Ą€0€¤€0€Ą€AMA90994Ŗ€ĸ€0€0€ €ZUDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU0883769Ŗ€ĸ€0€0€ €,SpoIVB peptidase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBD5551606Ŗ€ĸ€0€0€ €7isoleucine--tRNA ligase [Methylobacteriaceae bacterium]Ą€0€¤€0€Ą€ MCB9999913Ŗ€ĸ€0€0€ €xMULTISPECIES: GAF domain-containing protein [Kamptonema] >CBN57310.1 putative Histidine kinase [Kamptonema sp. PCC 6506]Ą€0€Š€0€Ą€ WP_007356512Ŗ€ĸ€0€0€ €7unnamed protein product [Eruca vesicaria subsp. sativa]Ą€0€Ĩ€0€Ą€ CAH8368929Ŗ€ĸ€0€0€ €MORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UKN67998Ŗ€ĸ€0€0€ €Ĩbranched-chain amino acid ABC transporter permease [Neotabrizicola shimadae] >QYZ71602.1 branched-chain amino acid ABC transporter permease [Neotabrizicola shimadae]Ą€0€Š€0€Ą€ WP_220664202Ŗ€ĸ€0€0€ €>hypothetical protein AAT19DRAFT_10815 [Rhodotorula toruloides]Ą€0€¤€0€Ą€PRQ70658Ŗ€ĸ€0€0€ €Ģpotassium voltage-gated channel subfamily B member 1-like [Parambassis ranga] >XP_028261946.1 potassium voltage-gated channel subfamily B member 1-like [Parambassis ranga]Ą€0€Š€0€Ą€ XP_028261945Ŗ€ĸ€0€0€ €:MEKHLA domain-containing protein [Paenibacillus chibensis]Ą€0€Š€0€Ą€ WP_127607693Ŗ€ĸ€0€0€ €@methyltransferase domain-containing protein [Moorena sp. SIO3G5]Ą€0€¤€0€Ą€NEO89073Ŗ€ĸ€0€0€ €DUncharacterised protein [Mycobacteroides abscessus subsp. abscessus]Ą€0€Ĩ€0€Ą€SHX72876Ŗ€ĸ€0€0€ €7RNA 3'-terminal phosphate cyclase [Salmonella enterica]Ą€0€¤€0€Ą€ EAT3027009Ŗ€ĸ€0€0€ €qchemotaxis protein CheB [Sediminibacterium roseum] >NCI50512.1 chemotaxis protein CheB [Sediminibacterium roseum]Ą€0€Š€0€Ą€ WP_161818832Ŗ€ĸ€0€0€ €7S8 family serine peptidase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ5338540Ŗ€ĸ€0€0€ €=NHL repeat-containing protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW1825233Ŗ€ĸ€0€0€ €KAB7660259.1 peptide chain release factor H [Sutterella seckii]Ą€0€Š€0€Ą€ WP_152158314Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AOW33101Ŗ€ĸ€0€0€ €WAI21541.1 MAG: hypothetical protein NRZ55_05875 [Staphylococcus haemolyticus] >WAI22709.1 MAG: hypothetical protein NRZ54_11555 [Staphylococcus haemolyticus]Ą€0€¤€0€Ą€UVD88834Ŗ€ĸ€0€0€ €‚îzinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733568.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733570.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733578.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733579.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_037055217.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_037055227.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus]Ą€0€Š€0€Ą€ XP_028733567Ŗ€ĸ€0€0€ €‡hypothetical protein BDD12DRAFT_472653 [Trichophaea hybrida] >KAF8536705.1 hypothetical protein BDD12DRAFT_889541 [Trichophaea hybrida]Ą€0€¤€0€Ą€ KAF8533701Ŗ€ĸ€0€0€ €4uncharacterized protein LOC116129140 [Pistacia vera]Ą€0€Š€0€Ą€ XP_031270756Ŗ€ĸ€0€0€ €=GGDEF domain-containing protein, partial [Nocardia farcinica]Ą€0€Š€0€Ą€ WP_255266214Ŗ€ĸ€0€0€ €QCalcium/calmodulin-dependent protein kinase kinase 1 [Trichinella pseudospiralis]Ą€0€¤€0€Ą€KRX90811Ŗ€ĸ€0€0€ €Éimmunoglobulin heavy chain junction region [Homo sapiens] >MBN4277266.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4647899.1 immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4200190Ŗ€ĸ€0€0€ €Uasparaginase [Streptomyces globosus] >AXE23460.1 asparaginase [Streptomyces globosus]Ą€0€Š€0€Ą€ WP_114054641Ŗ€ĸ€0€0€ €9phosphatidylserine synthase [Pseudomonas aeruginosa BL04]Ą€0€¤€0€Ą€ERV81283Ŗ€ĸ€0€0€ €…ABC transporter permease [Bradyrhizobium sp. AC87j1] >PPQ18965.1 putrescine ABC transporter permease PotH [Bradyrhizobium sp. AC87j1]Ą€0€Š€0€Ą€ WP_104462564Ŗ€ĸ€0€0€ €6cupin domain-containing protein [Pseudomonas composti]Ą€0€Š€0€Ą€ WP_061239294Ŗ€ĸ€0€0€ €‚Āglycosyltransferase family 1 protein [Streptococcus pneumoniae] >MBS0668272.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MBS0678729.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MBW8120301.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MCQ0042877.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >QPN72354.1 DUF1972 domain-containing protein [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_050238626Ŗ€ĸ€0€0€ €.hypothetical protein [Thermoplasmata archaeon]Ą€0€¯€0€Ą€HIH01984Ŗ€ĸ€0€0€ €PD-glycero-D-manno-heptose 1-phosphate guanosyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EGC4236544Ŗ€ĸ€0€0€ €3methyltransferase [Dermabacter sp. Marseille-Q3180]Ą€0€Š€0€Ą€ WP_250258169Ŗ€ĸ€0€0€ €ydiguanylate cyclase [Clostridium beijerinckii] >OOM33862.1 cyclic di-GMP phosphodiesterase Gmr [Clostridium beijerinckii]Ą€0€Š€0€Ą€ WP_242961281Ŗ€ĸ€0€0€ €>ankyrin repeat domain-containing protein [Vibrio rotiferianus]Ą€0€Š€0€Ą€ WP_045385114Ŗ€ĸ€0€0€ €[MULTISPECIES: fimbrial protein [Pantoea] >UIL53208.1 fimbrial protein [Pantoea agglomerans]Ą€0€Š€0€Ą€ WP_233987225Ŗ€ĸ€0€0€ €$hexose transporter [Mucidula mucida]Ą€0€¤€0€Ą€ KAF8901107Ŗ€ĸ€0€0€ €=hypothetical protein [Candidatus Peregrinibacteria bacterium]Ą€0€¤€0€Ą€ MBI5413544Ŗ€ĸ€0€0€ €Ädivergent polysaccharide deacetylase family protein [Roseovarius azorensis] >SEL88385.1 Uncharacterized conserved protein YibQ, putative polysaccharide deacetylase 2 family [Roseovarius azorensis]Ą€0€Š€0€Ą€ WP_245770707Ŗ€ĸ€0€0€ €.ATP-binding protein [Streptomyces sp. SID8361]Ą€0€¤€0€Ą€MYU10132Ŗ€ĸ€0€0€ €stRNA (N(6)-L-threonylcarbamoyladenosine(37)-C(2))-methylthiotran sferase MtaB [Kordiimonadales bacterium JCM 17846]Ą€0€Ŧ€0€Ą€GER04731Ŗ€ĸ€0€0€ €>nickel-dependent lactate racemase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCC8048325Ŗ€ĸ€0€0€ €Ÿsugar diacid recognition domain-containing protein [Glutamicibacter uratoxydans] >GED05149.1 hypothetical protein AUR04nite_06810 [Glutamicibacter uratoxydans]Ą€0€Š€0€Ą€ WP_141361908Ŗ€ĸ€0€0€ €Asphingosine 1-phosphate receptor 1-like isoform X2 [Styela clava]Ą€0€Š€0€Ą€ XP_039261378Ŗ€ĸ€0€0€ €4alcohol dehydrogenase AdhP [Psychrobacter coccoides]Ą€0€¤€0€Ą€ MBO1529847Ŗ€ĸ€0€0€ €(hypothetical protein [Bacilli bacterium]Ą€0€¤€0€Ą€ MBR3162388Ŗ€ĸ€0€0€ €3TonB-dependent receptor [Hyphomonadaceae bacterium]Ą€0€¤€0€Ą€ MBX9747080Ŗ€ĸ€0€0€ €9phage head-tail adapter protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBR3056759Ŗ€ĸ€0€0€ €Eankyrin repeat domain-containing protein 42-like [Haliotis rufescens]Ą€0€Š€0€Ą€ XP_046337982Ŗ€ĸ€0€0€ €0putative ribonuclease H protein [Vitis vinifera]Ą€0€¤€0€Ą€RVW27732Ŗ€ĸ€0€0€ €unknown, partial [Glycine max]Ą€0€¤€0€Ą€ACU21193Ŗ€ĸ€0€0€ €ƒLysR family transcriptional regulator [Bradyrhizobium sp. RD5-C2] >GIQ78033.1 transcriptional regulator [Bradyrhizobium sp. RD5-C2]Ą€0€Š€0€Ą€ WP_223975418Ŗ€ĸ€0€0€ €*sensor histidine kinase [Escherichia coli]Ą€0€¯€0€Ą€ HAV2038468Ŗ€ĸ€0€0€ €Ftype IV secretion protein Rhs, partial [Xanthomonas oryzae pv. oryzae]Ą€0€¤€0€Ą€RBH73006Ŗ€ĸ€0€0€ €cguanylate kinase [Armatimonadota bacterium] >NOG93397.1 guanylate kinase [Armatimonadota bacterium]Ą€0€¤€0€Ą€ MBL1150364Ŗ€ĸ€0€0€ €‚‚TerC family protein [Salmonella enterica subsp. houtenae] >EAN3150880.1 TerC family protein [Salmonella enterica] >EBI0350286.1 TerC family protein [Salmonella enterica subsp. arizonae serovar 48:z4,z23,z32:-] >EDU9328316.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. enterica] >EDW5430101.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. enterica serovar Djakarta] >EEE1666758.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. houtenae serovar 48:z4,z32:-] >MBA2976850.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. houtenae serovar 43:z4,z32:-]Ą€0€¤€0€Ą€ EAA7679439Ŗ€ĸ€0€0€ €GTPase Era [Pseudomonas fragi]Ą€0€Ŧ€0€Ą€GLX88815Ŗ€ĸ€0€0€ €Lgamma-glutamyltransferase family protein [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€ MCE2395269Ŗ€ĸ€0€0€ €:ABC transporter ATP-binding protein [Butyricimonas virosa]Ą€0€Š€0€Ą€ WP_281543397Ŗ€ĸ€0€0€ €-diguanylate cyclase [Streptomyces violascens]Ą€0€Ŧ€0€Ą€GHI39478Ŗ€ĸ€0€0€ €6GNAT family N-acetyltransferase [Arthrobacter ramosus]Ą€0€Š€0€Ą€ WP_234749042Ŗ€ĸ€0€0€ €4hypothetical protein [Porphyromonas asaccharolytica]Ą€0€Š€0€Ą€ WP_281674273Ŗ€ĸ€0€0€ €,metal-dependent hydrolase [Methylocapsa sp.]Ą€0€¤€0€Ą€ MBO0734013Ŗ€ĸ€0€0€ €Ghypothetical protein CBE01_002600 [Planctomycetaceae bacterium TMED241]Ą€0€¤€0€Ą€RPG10933Ŗ€ĸ€0€0€ €>pyridoxal-phosphate dependent enzyme [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_122576107Ŗ€ĸ€0€0€ €‚hypothetical protein BM127P1_00010 [Phocaeicola phage BM127P1] >WAX08304.1 hypothetical protein BM127P2_00025 [Phocaeicola phage BM127P2] >WAX08343.1 hypothetical protein BM127P3_00017 [Phocaeicola phage BM127P3] >WAX08398.1 hypothetical protein BM127P4_00025 [Phocaeicola phage BM127P4]Ą€0€¤€0€Ą€WAX08241Ŗ€ĸ€0€0€ €8PIN domain-containing protein [Epibacterium sp. MM17-32]Ą€0€Š€0€Ą€ WP_255734230Ŗ€ĸ€0€0€ €2thiamine-phosphate kinase [Mycobacterium kansasii]Ą€0€¤€0€Ą€KZS73167Ŗ€ĸ€0€0€ €IMAG: hypothetical protein DME13_26395 [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€PYM79331Ŗ€ĸ€0€0€ €BPREDICTED: transmembrane protein 132C-like [Cyprinodon variegatus]Ą€0€Š€0€Ą€ XP_015253450Ŗ€ĸ€0€0€ €‚NADH dehydrogenase subunit 2 [Cacajao calvus] >AGQ42584.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >URH14131.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >URH14157.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >URH14196.1 NADH dehydrogenase subunit 2 [Cacajao calvus]Ą€0€Š€0€Ą€ YP_008379230Ŗ€ĸ€0€0€ €GABC transporter ATP-binding protein, partial [Streptomyces sp. MMG1522]Ą€0€¤€0€Ą€KOU48934Ŗ€ĸ€0€0€ €4hypothetical protein [Candidatus Aegiribacteria sp.]Ą€0€¤€0€Ą€ MCK4671080Ŗ€ĸ€0€0€ €‚XFtsW/RodA/SpoVE family cell cycle protein [Bacillus cereus] >PDY83515.1 cell division protein FtsW [Bacillus cereus] >PFA16629.1 cell division protein FtsW [Bacillus cereus] >PFM42642.1 cell division protein FtsW [Bacillus cereus] >PGL59414.1 cell division protein FtsW [Bacillus cereus] >PGQ06004.1 cell division protein FtsW [Bacillus cereus]Ą€0€Š€0€Ą€ WP_097830045Ŗ€ĸ€0€0€ €>metal ABC transporter permease [Rhodoligotrophos appendicifer]Ą€0€Š€0€Ą€ WP_143957119Ŗ€ĸ€0€0€ €Phypothetical protein SRB1_01808, partial [Desulfobacteraceae bacterium Eth-SRB1]Ą€0€¤€0€Ą€RZB31430Ŗ€ĸ€0€0€ €Jhypothetical protein AUH28_16850 [Acidobacteria bacterium 13_1_40CM_56_16]Ą€0€¤€0€Ą€OLC29722Ŗ€ĸ€0€0€ €=PD40 domain-containing protein [Porphyromonadaceae bacterium]Ą€0€¤€0€Ą€ MBF1369421Ŗ€ĸ€0€0€ €8L-rhamnose/proton symporter RhaT [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBU4069332Ŗ€ĸ€0€0€ €)hypothetical protein [Streptococcus suis]Ą€0€¤€0€Ą€ MCK4027136Ŗ€ĸ€0€0€ €/feruloyl esterase [Trichophyton mentagrophytes]Ą€0€Ŧ€0€Ą€GBF67295Ŗ€ĸ€0€0€ €quracil-xanthine permease [Clostridiales bacterium] >HCH67584.1 uracil-xanthine permease [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBS6439950Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€ MCE2394956Ŗ€ĸ€0€0€ €‡thiamine phosphate synthase [Elizabethkingia meningoseptica] >HAY3553072.1 thiamine phosphate synthase [Elizabethkingia meningoseptica]Ą€0€Š€0€Ą€ WP_275149613Ŗ€ĸ€0€0€ €‚Jnon-specific lipid-transfer protein 3 [Brassica rapa] >XP_013640544.1 non-specific lipid-transfer protein 3-like [Brassica napus] >KAG5403971.1 hypothetical protein IGI04_010090 [Brassica rapa subsp. trilocularis] >RID69377.1 hypothetical protein BRARA_C01475 [Brassica rapa] >CAF2122016.1 unnamed protein product [Brassica napus]Ą€0€Š€0€Ą€ XP_009132605Ŗ€ĸ€0€0€ €…dimethyl sulfoxide reductase anchor subunit [Vibrio crassostreae] >OEF03718.1 dimethylsulfoxide reductase [Vibrio crassostreae 9ZC77]Ą€0€Š€0€Ą€ WP_017065630Ŗ€ĸ€0€0€ €‚.C4-dicarboxylate transporter DctA [Mycobacteroides salmoniphilum] >TDZ76855.1 C4-dicarboxylate transport protein [Mycobacteroides salmoniphilum] >TDZ85845.1 C4-dicarboxylate transport protein [Mycobacteroides salmoniphilum] >TDZ86558.1 C4-dicarboxylate transport protein [Mycobacteroides salmoniphilum]Ą€0€Š€0€Ą€ WP_134064782Ŗ€ĸ€0€0€ €>benzoylformate decarboxylase, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_031764117Ŗ€ĸ€0€0€ €Kmajor facilitator superfamily domain-containing protein [Dendryphion nanum]Ą€0€¤€0€Ą€ KAH7111090Ŗ€ĸ€0€0€ €6hypothetical protein F2Q69_00032735 [Brassica cretica]Ą€0€¤€0€Ą€ KAF3601053Ŗ€ĸ€0€0€ €RFanconi anemia group A protein-like isoform X2 [Rhinichthys klamathensis goyatoka]Ą€0€Š€0€Ą€ XP_056097092Ŗ€ĸ€0€0€ €Magmatinase [Fuscibacter oryzae] >MBL4928040.1 agmatinase [Fuscibacter oryzae]Ą€0€Š€0€Ą€ WP_202659240Ŗ€ĸ€0€0€ €Åhypothetical protein HMPREF0530_1549 [Lacticaseibacillus paracasei subsp. paracasei ATCC 25302 = DSM 5622 = JCM 8130] >BAN73147.1 replication protein [Lacticaseibacillus paracasei subsp. paracasei]Ą€0€¤€0€Ą€EEI68160Ŗ€ĸ€0€0€ €ƒKH domain-containing protein [Faecalibacterium sp. I3-3-33] >UQK45076.1 KH domain-containing protein [Faecalibacterium sp. I3-3-33]Ą€0€Š€0€Ą€ WP_249240542Ŗ€ĸ€0€0€ €5hypothetical protein CDAR_366871 [Caerostris darwini]Ą€0€Ŧ€0€Ą€GIX80479Ŗ€ĸ€0€0€ €Cpeptidoglycan recognition protein 6 isoform X2 [Anoplopoma fimbria]Ą€0€Š€0€Ą€ XP_054464105Ŗ€ĸ€0€0€ €DUF2330 domain-containing protein [Mycobacterium tuberculosis] >KEB58765.1 hypothetical protein AO98_00474 [Mycobacterium tuberculosis M2193]Ą€0€Š€0€Ą€ WP_031739936Ŗ€ĸ€0€0€ €‚0bifunctional heparan sulfate N-deacetylase/N-sulfotransferase-like [Mytilus californianus] >XP_052068339.1 bifunctional heparan sulfate N-deacetylase/N-sulfotransferase-like [Mytilus californianus] >XP_052068341.1 bifunctional heparan sulfate N-deacetylase/N-sulfotransferase-like [Mytilus californianus]Ą€0€Š€0€Ą€ XP_052068338Ŗ€ĸ€0€0€ €Chypothetical protein IBTHAUMO2_1130061 [Nitrosopumilaceae archaeon]Ą€0€Ĩ€0€Ą€ CAI9830983Ŗ€ĸ€0€0€ €Ŋdienelactone hydrolase family protein [Streptomyces parvus] >KAA6202412.1 hypothetical protein F2B00_09855 [Streptomyces parvus] >GGS52544.1 carboxylic ester hydrolase [Streptomyces parvus]Ą€0€Š€0€Ą€ WP_150194162Ŗ€ĸ€0€0€ €‚e4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIL49880.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIL56529.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIL84271.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIM12582.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.]Ą€0€¤€0€Ą€TIL25499Ŗ€ĸ€0€0€ €.2-isopropylmalate synthase [Bacillus safensis]Ą€0€¤€0€Ą€KMK70211Ŗ€ĸ€0€0€ €GT9SS type A sorting domain-containing protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBL7906248Ŗ€ĸ€0€0€ €¤hypothetical protein, partial [Spongiactinospora gelatinilytica] >PZG12220.1 type III restriction endonuclease subunit R, partial [Spongiactinospora gelatinilytica]Ą€0€Š€0€Ą€ WP_199537626Ŗ€ĸ€0€0€ €AGntR family transcriptional regulator [Aeromicrobium sp. Leaf350]Ą€0€Š€0€Ą€ WP_255657767Ŗ€ĸ€0€0€ €@PREDICTED: MAGUK p55 subfamily member 3 [Galeopterus variegatus]Ą€0€Š€0€Ą€ XP_008572610Ŗ€ĸ€0€0€ €MYebC/PmpR family DNA-binding transcriptional regulator [Campylobacter jejuni]Ą€0€¤€0€Ą€ EGS7320029Ŗ€ĸ€0€0€ €ktail fiber assembly protein [Escherichia coli] >EHO0043458.1 tail fiber assembly protein [Escherichia coli]Ą€0€¤€0€Ą€ EHD1462244Ŗ€ĸ€0€0€ €Œtype IVB secretion system protein IcmH/DotU [Burkholderia multivorans] >PRH01419.1 type IV secretion protein DotU [Burkholderia multivorans]Ą€0€Š€0€Ą€ WP_105794890Ŗ€ĸ€0€0€ €/Glutathione S-transferase [Rhynchospora pubera]Ą€0€¤€0€Ą€ KAJ4753967Ŗ€ĸ€0€0€ €]predicted protein [Bathycoccus prasinos] >CCO17365.1 predicted protein [Bathycoccus prasinos]Ą€0€Š€0€Ą€ XP_007512765Ŗ€ĸ€0€0€ €Bphosphoenolpyruvate--protein phosphotransferase [Escherichia coli]Ą€0€¤€0€Ą€ EFU9196970Ŗ€ĸ€0€0€ €„copper chaperone PCu(A)C [Paraburkholderia sp. BL10I2N1] >TDN69064.1 hypothetical protein B0G77_2432 [Paraburkholderia sp. BL10I2N1]Ą€0€Š€0€Ą€ WP_133662298Ŗ€ĸ€0€0€ €1hypothetical protein [Bradyrhizobium sp. LTSP885]Ą€0€Š€0€Ą€ WP_156164841Ŗ€ĸ€0€0€ €“MFS general substrate transporter [Cryphonectria parasitica EP155] >KAF3763205.1 MFS general substrate transporter [Cryphonectria parasitica EP155]Ą€0€Š€0€Ą€ XP_040774166Ŗ€ĸ€0€0€ €APREDICTED: spindle pole body component 110-like [Camelina sativa]Ą€0€Š€0€Ą€ XP_010489688Ŗ€ĸ€0€0€ €‚›xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] >MBK1495049.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] >NQD33740.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] >HCF7179103.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_116818916Ŗ€ĸ€0€0€ €>NAD(P)-dependent oxidoreductase [Streptomyces sp. NRRL F-2890]Ą€0€Š€0€Ą€ WP_234306850Ŗ€ĸ€0€0€ €‚‘biotin-dependent carboxyltransferase family protein [Salmonella enterica subsp. enterica serovar Newport] >EGF6661171.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica] >EHH5776288.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica] >EHN5885802.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica subsp. enterica serovar Newport]Ą€0€¤€0€Ą€ ECO0852462Ŗ€ĸ€0€0€ €Bpolysaccharide deacetylase family protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBC8149950Ŗ€ĸ€0€0€ €4cytochrome oxidase subunit 1, partial [Perola clara]Ą€0€¤€0€Ą€AFA09475Ŗ€ĸ€0€0€ €3hypothetical protein HRbin11_01227 [bacterium HR11]Ą€0€Ŧ€0€Ą€GBC84792Ŗ€ĸ€0€0€ €Lhypothetical protein AUG08_08065 [Acidobacteria bacterium 13_1_20CM_2_55_15]Ą€0€¤€0€Ą€OLE88521Ŗ€ĸ€0€0€ €9Uncharacterized protein MLTONO_p0345 [Mesorhizobium loti]Ą€0€Ŧ€0€Ą€BAV52815Ŗ€ĸ€0€0€ €'SIAT1 sialyltransferase [Zapornia atra]Ą€0€¤€0€Ą€NXT80179Ŗ€ĸ€0€0€ €=long-chain fatty acid--CoA ligase [Angustibacter sp. Root456]Ą€0€Š€0€Ą€ WP_200941876Ŗ€ĸ€0€0€ €ghypothetical protein [Apibacter muscae] >TWP23718.1 hypothetical protein ETU10_05665 [Apibacter muscae]Ą€0€Š€0€Ą€ WP_146310544Ŗ€ĸ€0€0€ €@hypothetical protein K4K48_013096 [Colletotrichum sp. SAR 10_66]Ą€0€¤€0€Ą€ KAJ4994524Ŗ€ĸ€0€0€ €Nputative selenate reductase subunit YgfK [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€NQU26924Ŗ€ĸ€0€0€ €Xhypothetical protein US29_C0007G0004 [candidate division WS6 bacterium GW2011_GWF1_36_8]Ą€0€¤€0€Ą€KKQ17530Ŗ€ĸ€0€0€ €yformate hydrogenlyase subunit HycE [Escherichia coli] >MCQ6599557.1 formate hydrogenlyase subunit HycE [Escherichia coli]Ą€0€Š€0€Ą€ WP_262043205Ŗ€ĸ€0€0€ €WYL domain-containing protein [Desulfuromonas acetexigens] >TRO79114.1 WYL domain-containing protein [Desulfuromonas acetexigens]Ą€0€Š€0€Ą€ WP_092054000Ŗ€ĸ€0€0€ €Chypothetical protein BJ138DRAFT_1119284 [Hygrophoropsis aurantiaca]Ą€0€¤€0€Ą€ KAH7904576Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€ULB83374Ŗ€ĸ€0€0€ €sugar phosphate isomerase/epimerase [Thermoguttaceae bacterium] >MBR5414402.1 sugar phosphate isomerase/epimerase [Thermoguttaceae bacterium]Ą€0€¤€0€Ą€ MBO7707210Ŗ€ĸ€0€0€ €2hypothetical protein FCOIX_11763 [Fusarium coicis]Ą€0€¤€0€Ą€ KAF5967767Ŗ€ĸ€0€0€ €Oenvelope stress response activation lipoprotein NlpE, partial [Shigella sonnei]Ą€0€Š€0€Ą€ WP_052991486Ŗ€ĸ€0€0€ €‚%NADH-quinone oxidoreductase subunit I [Mycobacterium kansasii] >VBA36436.1 NADH-quinone oxidoreductase subunit I [Mycobacterium attenuatum] >VBA49004.1 NADH-quinone oxidoreductase subunit I [Mycobacterium attenuatum] >VBA54480.1 NADH-quinone oxidoreductase subunit I [Mycobacterium attenuatum]Ą€0€¤€0€Ą€ORB86003Ŗ€ĸ€0€0€ €TRAP transporter small permease [Marinobacter sp. F4218] >MBW7470741.1 TRAP transporter small permease [Marinobacter sp. F4218]Ą€0€Š€0€Ą€ WP_219866541Ŗ€ĸ€0€0€ €'hypothetical protein [Gossypium aridum]Ą€0€¤€0€Ą€ MBA0681195Ŗ€ĸ€0€0€ €@GGDEF domain containing membrane protein [Bacillus paranthracis]Ą€0€Ĩ€0€Ą€CKF71070Ŗ€ĸ€0€0€ €‚7helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] >OPA93975.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] >OPB12086.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] >OPB23084.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_078732502Ŗ€ĸ€0€0€ €8GNAT family N-acetyltransferase [Ohtaekwangia koreensis]Ą€0€Š€0€Ą€ WP_079688138Ŗ€ĸ€0€0€ €/prepilin peptidase [Nitrosopumilaceae archaeon]Ą€0€¤€0€Ą€ MCE2498961Ŗ€ĸ€0€0€ €burea ABC transporter substrate-binding protein, partial [Mesorhizobium sp. M2A.F.Ca.ET.040.01.1.1]Ą€0€¤€0€Ą€RUX64007Ŗ€ĸ€0€0€ €9electron transport complex protein RnfC [Vibrio cholerae]Ą€0€Ĩ€0€Ą€CRZ84703Ŗ€ĸ€0€0€ €ERsbRD N-terminal domain-containing protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBT3222043Ŗ€ĸ€0€0€ €1SDR family oxidoreductase [Serratia liquefaciens]Ą€0€Š€0€Ą€ WP_273849839Ŗ€ĸ€0€0€ €‚MULTISPECIES: heme exporter protein CcmB [Pseudomonas] >AHF68467.1 hypothetical protein PCH70_33140 [Pseudomonas cichorii JBC1] >MBX8491463.1 heme exporter protein CcmB [Pseudomonas cichorii] >MBX8499630.1 heme exporter protein CcmB [Pseudomonas cichorii] >MBX8505250.1 heme exporter protein CcmB [Pseudomonas cichorii] >MBX8508337.1 heme exporter protein CcmB [Pseudomonas cichorii]Ą€0€Š€0€Ą€ WP_025260862Ŗ€ĸ€0€0€ €%tail fiber protein [Escherichia coli]Ą€0€¯€0€Ą€ HCI3789247Ŗ€ĸ€0€0€ €*zinc protease [Haematospirillum jordaniae]Ą€0€¤€0€Ą€AMW35569Ŗ€ĸ€0€0€ €DUF1707 domain-containing protein [Mycolicibacterium celeriflavum] >OBG12466.1 hypothetical protein A5765_13950 [Mycolicibacterium celeriflavum]Ą€0€Š€0€Ą€ WP_067225239Ŗ€ĸ€0€0€ €?aminodeoxychorismate synthase subunit I [Pseudomonas sp. GV071]Ą€0€¤€0€Ą€PTQ72351Ŗ€ĸ€0€0€ €'S49 family peptidase [Escherichia coli]Ą€0€¤€0€Ą€ EFG1785427Ŗ€ĸ€0€0€ €?collagen alpha chain CG42342 isoform X6 [Camponotus floridanus]Ą€0€Š€0€Ą€ XP_025268496Ŗ€ĸ€0€0€ €ahypothetical protein A3J48_03735 [Candidatus Doudnabacteria bacterium RIFCSPHIGHO2_02_FULL_46_11]Ą€0€¤€0€Ą€OGE84663Ŗ€ĸ€0€0€ €Nefflux RND transporter periplasmic adaptor subunit [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MBH2016034Ŗ€ĸ€0€0€ €\heat shock protein DnaJ, cysteine-rich domain-containing protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEY28869Ŗ€ĸ€0€0€ €äRecName: Full=Phospholipid-transporting ATPase VD; AltName: Full=ATPase class V type 10D; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10D [Macaca fascicularis] >BAB19008.1 hypothetical protein [Macaca fascicularis]Ą€0€§€0€Ą€Q9GKS6Ŗ€ĸ€0€0€ €ffilamentous hemagglutinin N-terminal domain-containing protein, partial [Ralstonia pseudosolanacearum]Ą€0€Š€0€Ą€ WP_247392216Ŗ€ĸ€0€0€ €5phage tail protein I, partial [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_218790267Ŗ€ĸ€0€0€ €+DMT family transporter [Hoeflea sp. WL0058]Ą€0€Š€0€Ą€ WP_258570851Ŗ€ĸ€0€0€ €ņDUF58 domain-containing protein [Borrelia hermsii] >AHH03134.1 Putative cytosolic protein [Borrelia hermsii YOR] >AHH13672.1 Putative cytosolic protein [Borrelia hermsii MTW] >UPA08901.1 DUF58 domain-containing protein [Borrelia hermsii YOR]Ą€0€Š€0€Ą€ WP_025399520Ŗ€ĸ€0€0€ €;hypothetical protein F4604DRAFT_1691071 [Suillus subluteus]Ą€0€¤€0€Ą€ KAG1839801Ŗ€ĸ€0€0€ €Nthioester-forming surface-anchored protein, partial [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_151427539Ŗ€ĸ€0€0€ €‚hypothetical protein [Escherichia coli] >EFW8098903.1 hypothetical protein [Shigella sonnei] >HBC3250082.1 hypothetical protein [Escherichia coli O146] >EEQ4423523.1 hypothetical protein [Escherichia coli] >EEQ9034028.1 hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EEC9966669Ŗ€ĸ€0€0€ €EGK60592.1 UDP-N-acetylmuramoyl-L-alanine-D-glutamate ligase [Centipeda periodontii DSM 2778]Ą€0€Š€0€Ą€ WP_006305873Ŗ€ĸ€0€0€ €aGTPase Era [Candidatus Thiothrix anitrata] >QTR49586.1 GTPase Era [Candidatus Thiothrix anitrata]Ą€0€Š€0€Ą€ WP_210226425Ŗ€ĸ€0€0€ €#MFS transporter [Bacilli bacterium]Ą€0€¤€0€Ą€ MBO7120934Ŗ€ĸ€0€0€ €:lipocalin-like domain-containing protein [Rhodoplanes sp.]Ą€0€¤€0€Ą€NVO14071Ŗ€ĸ€0€0€ €MDNA topoisomerase (ATP-hydrolyzing) subunit B [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBP8196496Ŗ€ĸ€0€0€ €ĀNIL domain-containing protein, partial [Mesorhizobium sp. M7A.F.Ca.CA.001.08.1.1] >RVA68283.1 methionine ABC transporter ATP-binding protein, partial [Mesorhizobium sp. M7A.F.Ca.CA.001.08.1.1]Ą€0€Š€0€Ą€ WP_281034490Ŗ€ĸ€0€0€ €Šhypothetical protein TrLO_g3392 [Triparma laevis f. longispina] >GMH79601.1 hypothetical protein TL16_g08195 [Triparma laevis f. inornata]Ą€0€Ŧ€0€Ą€GMH74815Ŗ€ĸ€0€0€ €yMULTISPECIES: hypothetical protein [Methylobacter] >UOA09906.1 hypothetical protein KKZ03_06525 [Methylobacter sp. S3L5C]Ą€0€Š€0€Ą€ WP_243220715Ŗ€ĸ€0€0€ €918.2 kDa class I heat shock protein [Rhynchospora pubera]Ą€0€¤€0€Ą€ KAJ4794342Ŗ€ĸ€0€0€ €‚¸MULTISPECIES: class II aldolase/adducin family protein [Bacillus cereus group] >KYQ03835.1 L-fuculose phosphate aldolase [Bacillus cereus] >MCC1488722.1 class II aldolase/adducin family protein [Bacillus tropicus] >MCC2338125.1 class II aldolase/adducin family protein [Bacillus tropicus] >MCC2351916.1 class II aldolase/adducin family protein [Bacillus pacificus] >MCC2466741.1 class II aldolase/adducin family protein [Bacillus pacificus]Ą€0€Š€0€Ą€ WP_062821347Ŗ€ĸ€0€0€ €%MFS transporter [Salmonella enterica]Ą€0€¤€0€Ą€ EBP8848134Ŗ€ĸ€0€0€ €6acetylglutamate kinase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI5683150Ŗ€ĸ€0€0€ €ghypothetical protein [Youxingia wuxianensis] >MBC8584899.1 hypothetical protein [Youxingia wuxianensis]Ą€0€Š€0€Ą€ WP_262394687Ŗ€ĸ€0€0€ €-hypothetical protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCE7036204Ŗ€ĸ€0€0€ €|hypothetical protein CLOM_g9698 [Closterium sp. NIES-68] >GJP58549.1 hypothetical protein CLOP_g402 [Closterium sp. NIES-67]Ą€0€Ŧ€0€Ą€GJP50541Ŗ€ĸ€0€0€ €4Fe-S protein assembly chaperone HscA [Colwellia sp.]Ą€0€¯€0€Ą€HBY86896Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UAQ80067Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€MBL02020Ŗ€ĸ€0€0€ €Bacyl-CoA dehydrogenase family protein [Stutzerimonas kunmingensis]Ą€0€Š€0€Ą€ WP_278361924Ŗ€ĸ€0€0€ €„MULTISPECIES: FAD-binding oxidoreductase [unclassified Caballeronia] >SAL54844.1 FAD dependent oxidoreductase [Caballeronia turbans]Ą€0€Š€0€Ą€ WP_061121232Ŗ€ĸ€0€0€ €•alkyl sulfatase dimerization domain-containing protein [Polynucleobacter sp. VK25] >QWD67503.1 MBL fold metallo-hydrolase [Polynucleobacter sp. VK25]Ą€0€Š€0€Ą€ WP_215391030Ŗ€ĸ€0€0€ €Iprolyl oligopeptidase family serine peptidase [Lichenibacterium sp. 6Y81]Ą€0€Š€0€Ą€ WP_237480153Ŗ€ĸ€0€0€ €‚˛bifunctional cobalt-precorrin-7 (C(5))-methyltransferase/cobalt-precorrin-6B (C(15))-methyltransferase [Corynebacterium pseudotuberculosis] >ALP33697.1 Precorrin-6Y C5,15-methyltransferase [Corynebacterium pseudotuberculosis] >ALR33644.1 precorrin-6Y C5,15-methyltransferase / precorrin-8W decarboxylase [Corynebacterium pseudotuberculosis] >APX36087.1 cobalamin biosynthesis bifunctional protein CbiET [Corynebacterium pseudotuberculosis] >APX38129.1 cobalamin biosynthesis bifunctional protein CbiET [Corynebacterium pseudotuberculosis] >AQL51141.1 Cobalt-precorrin-6y C5-methyltransferase / Cobalt-precorrin-6y C15-methyltransferase [decarboxylating] [Corynebacterium pseudotuberculosis]Ą€0€Š€0€Ą€ WP_058093348Ŗ€ĸ€0€0€ €3L,D-transpeptidase, partial [Klebsiella pneumoniae]Ą€0€¤€0€Ą€OZZ34426Ŗ€ĸ€0€0€ €mglutaredoxin 3 [Rickettsiales bacterium] >OUU51221.1 MAG: glutaredoxin 3 [Pelagibacteraceae bacterium TMED65]Ą€0€¤€0€Ą€MAI76755Ŗ€ĸ€0€0€ €;MerR family transcriptional regulator [Paenibacillus alvei]Ą€0€Š€0€Ą€ WP_235074910Ŗ€ĸ€0€0€ €ƒ3-ketoacyl-ACP reductase [Pedobacter cryoconitis] >MBB5636678.1 3-oxoacyl-[acyl-carrier protein] reductase [Pedobacter cryoconitis]Ą€0€Š€0€Ą€ WP_183882442Ŗ€ĸ€0€0€ €MY-family DNA polymerase [Salmonella enterica subsp. enterica serovar Kottbus]Ą€0€¤€0€Ą€ EHW4468754Ŗ€ĸ€0€0€ €‚ deoxyribose-phosphate aldolase [Aminobacter aminovorans] >MBA8905337.1 deoxyribose-phosphate aldolase [Aminobacter ciceronei] >MBA9019363.1 deoxyribose-phosphate aldolase [Aminobacter ciceronei] >MBB3708462.1 deoxyribose-phosphate aldolase [Aminobacter aminovorans]Ą€0€¤€0€Ą€AMS43029Ŗ€ĸ€0€0€ €5hypothetical protein [Sporolactobacillus sp. CQH2019]Ą€0€Š€0€Ą€ WP_274400640Ŗ€ĸ€0€0€ €*hypothetical protein [Neisseria lactamica]Ą€0€Š€0€Ą€ WP_283129754Ŗ€ĸ€0€0€ €NDNA repair and recombination protein RadA [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MCJ7574591Ŗ€ĸ€0€0€ €‰translation elongation factor Ts [Polynucleobacter sp. UB-Tiil-W10] >MBU3541033.1 elongation factor Ts [Polynucleobacter sp. UB-Tiil-W10]Ą€0€Š€0€Ą€ WP_216195748Ŗ€ĸ€0€0€ €mMULTISPECIES: major capsid protein [Acinetobacter] >QOW46936.1 phage capsid protein [Acinetobacter piscicola]Ą€0€Š€0€Ą€ WP_180047249Ŗ€ĸ€0€0€ €1integral membrane protein [Fusarium denticulatum]Ą€0€¤€0€Ą€ KAF5693711Ŗ€ĸ€0€0€ €1ATP synthase F1 subunit delta [Ileibacterium sp.]Ą€0€¤€0€Ą€ MCF0245553Ŗ€ĸ€0€0€ €chypothetical protein [Shigella dysenteriae] >MKQ12287.1 hypothetical protein [Shigella dysenteriae]Ą€0€¤€0€Ą€ EFX7948152Ŗ€ĸ€0€0€ €.hypothetical protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€NCW17563Ŗ€ĸ€0€0€ €aisocitrate lyase [Candida albicans P94015] >RLP61750.1 isocitrate lyase [Candida albicans Ca529L]Ą€0€¤€0€Ą€KGQ91714Ŗ€ĸ€0€0€ €;M48 family metallopeptidase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW1731384Ŗ€ĸ€0€0€ €•biphenyl-2,3-diol 1,2-dioxygenase [Mycolicibacterium malmesburyense] >CRL69025.1 biphenyl-2,3-diol 1,2-dioxygenase [Mycolicibacterium malmesburyense]Ą€0€Š€0€Ą€ WP_090340093Ŗ€ĸ€0€0€ €ohypothetical protein [Pseudomonas sp. ACN5] >PBJ10542.1 hypothetical protein BSF40_02100 [Pseudomonas sp. ACN5]Ą€0€Š€0€Ą€ WP_095963788Ŗ€ĸ€0€0€ €2hypothetical protein [Streptomyces sp. NRRL S-237]Ą€0€Š€0€Ą€ WP_051773451Ŗ€ĸ€0€0€ €Msubstrate-binding domain-containing protein [Chryseobacterium sp. KACC 21268]Ą€0€¤€0€Ą€WDF47893Ŗ€ĸ€0€0€ €r3'-5' exonuclease [Pseudomonas aeruginosa] >CRP99575.1 DNA polymerase III subunit epsilon [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_079458535Ŗ€ĸ€0€0€ €Ptype IX secretion system membrane protein PorP/SprF [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MCB0395607Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_105462017Ŗ€ĸ€0€0€ €I5-dehydro-4-deoxy-D-glucuronate isomerase DhuI [Streptococcus agalactiae]Ą€0€Š€0€Ą€ WP_070054132Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCI0441261Ŗ€ĸ€0€0€ €.PTS transporter subunit IIC [Aeromonas caviae]Ą€0€Š€0€Ą€ WP_268428026Ŗ€ĸ€0€0€ €)Fic family protein [Prevotella histicola]Ą€0€Š€0€Ą€ WP_257882322Ŗ€ĸ€0€0€ €‡hydrogen peroxide-inducible genes activator [Prevotella sp.] >MCI2101447.1 hydrogen peroxide-inducible genes activator [Prevotella sp.]Ą€0€¤€0€Ą€ MCI2079698Ŗ€ĸ€0€0€ €{SRPBCC domain-containing protein [Variovorax paradoxus] >QRF55676.1 SRPBCC domain-containing protein [Variovorax paradoxus]Ą€0€Š€0€Ą€ WP_203201698Ŗ€ĸ€0€0€ €|MULTISPECIES: hypothetical protein [Clostridia] >SDL42771.1 hypothetical protein SAMN05216497_1335 [Clostridium cochlearium]Ą€0€Š€0€Ą€ WP_089867971Ŗ€ĸ€0€0€ €ŦHAMP domain-containing histidine kinase [Prochlorococcus marinus XMU1419] >MBW3077118.1 PAS domain-containing sensor histidine kinase [Prochlorococcus marinus str. XMU1419]Ą€0€¤€0€Ą€ MBO8233644Ŗ€ĸ€0€0€ €=MAG: protein of unknown function (DUF859) [Bacteriophage sp.]Ą€0€¤€0€Ą€UVY40774Ŗ€ĸ€0€0€ €>S1 RNA-binding domain-containing protein [Bacillota bacterium]Ą€0€¤€0€Ą€NLZ92879Ŗ€ĸ€0€0€ €shypothetical protein [FCB group bacterium] >MBL7026051.1 hypothetical protein [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MBC8192126Ŗ€ĸ€0€0€ €-DNA or RNA helicase [Phycisphaerae bacterium]Ą€0€Ŧ€0€Ą€GDY00464Ŗ€ĸ€0€0€ €9stage 0 sporulation family protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ1564907Ŗ€ĸ€0€0€ €§gamma-glutamyltransferase [Helicobacter pylori] >OLR42784.1 gamma-glutamyltransferase [Helicobacter pylori] >OLR46658.1 gamma-glutamyltransferase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_075653737Ŗ€ĸ€0€0€ €‚yhypothetical protein E8M75_09285, partial [Neisseria gonorrhoeae] >TJW36490.1 hypothetical protein E8M73_08730, partial [Neisseria gonorrhoeae] >TJW74928.1 hypothetical protein E8M70_12390, partial [Neisseria gonorrhoeae] >TJW78851.1 hypothetical protein E8M71_12235, partial [Neisseria gonorrhoeae] >TJW81894.1 hypothetical protein E8M67_12495, partial [Neisseria gonorrhoeae]Ą€0€¤€0€Ą€TJW17418Ŗ€ĸ€0€0€ €!integrase [Xanthomonas perforans]Ą€0€¤€0€Ą€NEK79366Ŗ€ĸ€0€0€ €{undecaprenyl/decaprenyl-phosphate alpha-N-acetylglucosaminyl 1-phosphate transferase [Candidatus Latescibacteria bacterium]Ą€0€¤€0€Ą€ MBI2506024Ŗ€ĸ€0€0€ €Sarsenical-resistance protein [Elusimicrobia bacterium CG08_land_8_20_14_0_20_59_10]Ą€0€¤€0€Ą€PIU18101Ŗ€ĸ€0€0€ €2unnamed protein product [Acanthoscelides obtectus]Ą€0€Ĩ€0€Ą€ CAH2014332Ŗ€ĸ€0€0€ €)arylesterase [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€NBX99292Ŗ€ĸ€0€0€ €-VOC family protein [Oscillatoria sp. HE19RPO]Ą€0€Š€0€Ą€ WP_254566347Ŗ€ĸ€0€0€ €SDR family NAD(P)-dependent oxidoreductase [Melghirimyces profundicolus] >PTX58650.1 3-oxoacyl-[acyl-carrier protein] reductase [Melghirimyces profundicolus]Ą€0€Š€0€Ą€ WP_108024271Ŗ€ĸ€0€0€ €‰phosphatidate phosphatase LPIN3 isoform X4 [Mustela erminea] >XP_032206553.1 phosphatidate phosphatase LPIN3 isoform X4 [Mustela erminea]Ą€0€Š€0€Ą€ XP_032206552Ŗ€ĸ€0€0€ €'alpha2-macroglobulin [Escherichia coli]Ą€0€¤€0€Ą€ EEY8067912Ŗ€ĸ€0€0€ €;hypothetical protein DL767_007104 [Monosporascus sp. MG133]Ą€0€¤€0€Ą€RYP28707Ŗ€ĸ€0€0€ €Phd_YefM [Hyalomma marginatum]Ą€0€Ĩ€0€Ą€ CAG7600102Ŗ€ĸ€0€0€ €3hypothetical protein EB796_004777 [Bugula neritina]Ą€0€¤€0€Ą€ KAF6036899Ŗ€ĸ€0€0€ €‚hypothetical protein [Xenorhabdus szentirmaii] >PHM32599.1 hypothetical protein Xsze_03346 [Xenorhabdus szentirmaii DSM 16338] >PHM41093.1 hypothetical protein Xszus_00770 [Xenorhabdus szentirmaii] >CDL80538.1 conserved hypothetical protein [Xenorhabdus szentirmaii DSM 16338]Ą€0€Š€0€Ą€ WP_038233489Ŗ€ĸ€0€0€ €]thymidylate synthase [Vibrio splendidus] >UWZ97978.1 thymidylate synthase [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_260810007Ŗ€ĸ€0€0€ €xuncharacterized protein PgNI_11542 [Pyricularia grisea] >TLD03809.1 hypothetical protein PgNI_11542 [Pyricularia grisea]Ą€0€Š€0€Ą€ XP_030976676Ŗ€ĸ€0€0€ €4hypothetical protein K1719_035508 [Acacia pycnantha]Ą€0€¤€0€Ą€ KAI9082639Ŗ€ĸ€0€0€ €eprepilin-type N-terminal cleavage/methylation domain-containing protein [Fimbriimonadaceae bacterium]Ą€0€¤€0€Ą€ MCC7230466Ŗ€ĸ€0€0€ €ÁMULTISPECIES: TauD/TfdA family dioxygenase [Nostoc] >MBD2559798.1 TauD/TfdA family dioxygenase [Nostoc linckia FACHB-391] >MBD2645238.1 TauD/TfdA family dioxygenase [Nostoc foliaceum FACHB-393]Ą€0€Š€0€Ą€ WP_190890574Ŗ€ĸ€0€0€ €{hypothetical protein E4U24_005858 [Claviceps purpurea] >KAG6275354.1 hypothetical protein E4U47_000928 [Claviceps purpurea]Ą€0€¤€0€Ą€ KAG6242063Ŗ€ĸ€0€0€ €/hypothetical protein [SAR202 cluster bacterium]Ą€0€¤€0€Ą€ MBM3933481Ŗ€ĸ€0€0€ €‚§MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >MBL7565186.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >MBL7571777.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >QQB98265.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >QRJ65881.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >RTX96492.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus]Ą€0€Š€0€Ą€ WP_115313274Ŗ€ĸ€0€0€ €uhypothetical protein [Sphingomonas sp. HDW15A] >QIK95339.1 hypothetical protein G7076_01520 [Sphingomonas sp. HDW15A]Ą€0€Š€0€Ą€ WP_166199813Ŗ€ĸ€0€0€ €hypothetical protein [Oceanicaulis sp. HTCC2633] >EAP89005.1 hypothetical protein OA2633_14046 [Oceanicaulis alexandrii HTCC2633] [Oceanicaulis sp. HTCC2633]Ą€0€Š€0€Ą€ WP_009803198Ŗ€ĸ€0€0€ €)histidine kinase [Nocardioides ochotonae]Ą€0€Š€0€Ą€ WP_166389238Ŗ€ĸ€0€0€ €HTTM domain-containing protein [Streptomyces sp. ISL-98] >MBT2507906.1 HTTM domain-containing protein [Streptomyces sp. ISL-98]Ą€0€Š€0€Ą€ WP_214921910Ŗ€ĸ€0€0€ €5hypothetical protein SHM_09990 [Spiroplasma ixodetis]Ą€0€Ŧ€0€Ą€BDT03353Ŗ€ĸ€0€0€ €Denhancer of mRNA-decapping protein 4 isoform X1 [Astyanax mexicanus]Ą€0€¤€0€Ą€ KAG9273239Ŗ€ĸ€0€0€ €RIJ22191.1 peptidase M48 [Henriciella barbarensis]Ą€0€Š€0€Ą€ WP_119380110Ŗ€ĸ€0€0€ €;PIN domain-like protein, partial [Zopfochytrium polystomum]Ą€0€¤€0€Ą€ KAI9362949Ŗ€ĸ€0€0€ €(cohesin subunit SA-3 [Desmodus rotundus]Ą€0€Š€0€Ą€ XP_024427063Ŗ€ĸ€0€0€ €Etype 1 glutamine amidotransferase [Thermodesulfobacteriota bacterium]Ą€0€¤€0€Ą€ MCS7281253Ŗ€ĸ€0€0€ €šWYL domain-containing protein [Stenotrophomonas maltophilia] >AEM50681.1 putative DeoR family transcriptional regulator [Stenotrophomonas maltophilia JV3]Ą€0€Š€0€Ą€ WP_014036593Ŗ€ĸ€0€0€ €.hypothetical protein [Tenacibaculum aiptasiae]Ą€0€Š€0€Ą€ WP_272150417Ŗ€ĸ€0€0€ €IMarR family transcriptional regulator [Mycolicibacterium baixiangningiae]Ą€0€Š€0€Ą€ WP_226863423Ŗ€ĸ€0€0€ €:hypothetical protein Slin14017_G110140 [Septoria linicola]Ą€0€¤€0€Ą€ KAI5358731Ŗ€ĸ€0€0€ €[efflux RND transporter periplasmic adaptor subunit [Bacillus cereus group sp. BfR-BA-01349]Ą€0€Š€0€Ą€ WP_242320225Ŗ€ĸ€0€0€ €OYT81646.1 BAX inhibitor protein [Pseudomonas sp. PGPPP4] >HCV78162.1 BAX inhibitor (BI)-1/YccA family protein [Pseudomonas sp.] >EHK69348.1 putative 24K membrane protein [Pseudomonas psychrotolerans L19] >KIZ49837.1 membrane protein [Pseudomonas oryzihabitans] >KTT54689.1 membrane protein [Pseudomonas psychrotolerans]Ą€0€Š€0€Ą€ WP_007162313Ŗ€ĸ€0€0€ €Ahypothetical protein AJ78_04743 [Emergomyces pasteurianus Ep9510]Ą€0€¤€0€Ą€OJD14960Ŗ€ĸ€0€0€ €programmed cell death protein 4-like [Pomacea canaliculata] >PVD30284.1 hypothetical protein C0Q70_09548 [Pomacea canaliculata]Ą€0€Š€0€Ą€ XP_025094492Ŗ€ĸ€0€0€ €,FAD-binding oxidoreductase [Thermofilum sp.]Ą€0€¯€0€Ą€HFC49641Ŗ€ĸ€0€0€ €7DNA polymerase III subunit chi [Brevundimonas fluminis]Ą€0€Š€0€Ą€ WP_125257517Ŗ€ĸ€0€0€ €Phypothetical protein FD48_GL002024 [Lactiplantibacillus paraplantarum DSM 10667]Ą€0€¤€0€Ą€KRL50971Ŗ€ĸ€0€0€ €BDPP IV N-terminal domain-containing protein [Butyricimonas virosa]Ą€0€Š€0€Ą€ WP_270429919Ŗ€ĸ€0€0€ €MN-alpha-acetyltransferase, non-catalitic subunit [Tieghemiomyces parasiticus]Ą€0€¤€0€Ą€ KAJ1924652Ŗ€ĸ€0€0€ €?CUGBP Elav-like family member 2 isoform X8 [Solea senegalensis]Ą€0€Š€0€Ą€ XP_043876828Ŗ€ĸ€0€0€ €fNAD-dependent DNA ligase LigA [Acinetobacter sp. neg1] >KHF76702.1 DNA ligase [Acinetobacter sp. neg1]Ą€0€Š€0€Ą€ WP_047430984Ŗ€ĸ€0€0€ €āsugar ABC transporter ATP-binding protein [Ralstonia solanacearum] >AYB51828.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] >AYB56382.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum]Ą€0€Š€0€Ą€ WP_150396769Ŗ€ĸ€0€0€ €uYfcL family protein [Pseudoalteromonas sp. OOF1S-7] >MCG7533602.1 YfcL family protein [Pseudoalteromonas sp. OOF1S-7]Ą€0€Š€0€Ą€ WP_239393343Ŗ€ĸ€0€0€ €0hypothetical protein [Nitrososphaerota archaeon]Ą€0€¤€0€Ą€ MCH8996551Ŗ€ĸ€0€0€ €NPH and SEC7 domain-containing protein 4 isoform X5 [Rhinolophus ferrumequinum]Ą€0€Š€0€Ą€ XP_032956783Ŗ€ĸ€0€0€ €xDsbC family protein [Undibacterium sp. KW1] >BBB63116.1 thiol:disulfide interchange protein DsbC [Undibacterium sp. KW1]Ą€0€Š€0€Ą€ WP_162060842Ŗ€ĸ€0€0€ €Bpeptide-methionine (S)-S-oxide reductase [Chloroflexota bacterium]Ą€0€¤€0€Ą€MBF06337Ŗ€ĸ€0€0€ €Qligase-associated DNA damage response exonuclease [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCC5885453Ŗ€ĸ€0€0€ €¤MAG: cyclase [Thiotrichales bacterium SG8_50] >KPK74056.1 cyclase [Acidithiobacillales bacterium SM23_46] >KPL28633.1 cyclase [Acidithiobacillales bacterium SM1_46]Ą€0€¤€0€Ą€KPK46604Ŗ€ĸ€0€0€ €„D-hexose-6-phosphate mutarotase [Klebsiella huaxiensis] >VUT09590.1 Putative glucose-6-phosphate 1-epimerase [Klebsiella huaxiensis]Ą€0€Š€0€Ą€ WP_185928545Ŗ€ĸ€0€0€ €NHQ74762.1 ribonuclease III [Roseovarius gahaiensis]Ą€0€Š€0€Ą€ WP_167196601Ŗ€ĸ€0€0€ €6opacity family porin, partial [Neisseria meningitidis]Ą€0€Š€0€Ą€ WP_180298529Ŗ€ĸ€0€0€ €MATP-binding cassette domain-containing protein, partial [Serratia marcescens]Ą€0€¤€0€Ą€WAY96880Ŗ€ĸ€0€0€ €+alanine racemase [SAR202 cluster bacterium]Ą€0€¤€0€Ą€NQW24640Ŗ€ĸ€0€0€ €#fimbrial protein [Pantoea ananatis]Ą€0€Š€0€Ą€ WP_174261300Ŗ€ĸ€0€0€ €…MULTISPECIES: NAD(P)-dependent oxidoreductase [Bradyrhizobium] >UVO39122.1 NAD(P)-dependent oxidoreductase [Bradyrhizobium arachidis]Ą€0€Š€0€Ą€ WP_194481458Ŗ€ĸ€0€0€ €;PTS sugar transporter subunit IIC [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCD8020507Ŗ€ĸ€0€0€ €Vhelix-hairpin-helix domain-containing protein [Leptolyngbyaceae cyanobacterium JSC-12]Ą€0€¤€0€Ą€ MBF2027262Ŗ€ĸ€0€0€ €ĻPhoX family phosphatase [Campylobacter jejuni] >EJD3802283.1 PhoX family phosphatase [Campylobacter jejuni] >QSY20620.1 PhoX family phosphatase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EGN0346558Ŗ€ĸ€0€0€ €9immunoglobulin light chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB1654724Ŗ€ĸ€0€0€ €6envelope glycoprotein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AEO85464Ŗ€ĸ€0€0€ €@oxidoreductase%2C DadA family protein [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€CIY68995Ŗ€ĸ€0€0€ €TAnaerobic glycerol-3-phosphate dehydrogenase subunit A [uncultured Avibacterium sp.]Ą€0€Ĩ€0€Ą€VGM95377Ŗ€ĸ€0€0€ €†GNAT family N-acetyltransferase [Novosphingobium indicum] >GGN45147.1 hypothetical protein GCM10011349_10850 [Novosphingobium indicum]Ą€0€Š€0€Ą€ WP_229710081Ŗ€ĸ€0€0€ €:site-specific DNA-methyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ ECK9821833Ŗ€ĸ€0€0€ €=hypothetical protein Q757_01565 [Oenococcus alcoholitolerans]Ą€0€¤€0€Ą€KGO32348Ŗ€ĸ€0€0€ €Ghypothetical protein BAD_0990 [Bifidobacterium adolescentis ATCC 15703]Ą€0€Ŧ€0€Ą€BAF39771Ŗ€ĸ€0€0€ €ĮMULTISPECIES: 50S ribosomal protein L9 [unclassified Leptolyngbya] >MBD1909711.1 50S ribosomal protein L9 [Leptolyngbya sp. FACHB-8] >MBD2155977.1 50S ribosomal protein L9 [Leptolyngbya sp. FACHB-16]Ą€0€Š€0€Ą€ WP_190772838Ŗ€ĸ€0€0€ €Ftranslation initiation factor IF-2 subunit alpha [Natribaculum luteum]Ą€0€Š€0€Ą€ WP_246966510Ŗ€ĸ€0€0€ €\MULTISPECIES: SNF2-related protein [Shewanella] >QDF75263.1 helicase [Shewanella marisflavi]Ą€0€Š€0€Ą€ WP_052125494Ŗ€ĸ€0€0€ €:FAD-dependent oxidoreductase [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€NBR42698Ŗ€ĸ€0€0€ €Ŧuncharacterized protein TREMEDRAFT_34664, partial [Tremella mesenterica DSM 1558] >EIW66740.1 hypothetical protein TREMEDRAFT_34664, partial [Tremella mesenterica DSM 1558]Ą€0€Š€0€Ą€ XP_007007273Ŗ€ĸ€0€0€ €%TM242 protein [Chloropsis cyanopogon]Ą€0€¤€0€Ą€NXP66683Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UJJ97602Ŗ€ĸ€0€0€ €-MutS, partial [Alcyonium sp. 143,2010-10,173]Ą€0€¤€0€Ą€AWI66342Ŗ€ĸ€0€0€ €9hypothetical protein DSY76_00845 [Bacteroidota bacterium]Ą€0€¤€0€Ą€RUA32032Ŗ€ĸ€0€0€ €bhypothetical protein [Escherichia coli O157] >EHY2147414.1 hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EHY2137407Ŗ€ĸ€0€0€ €;hypothetical protein OCT59_024351 [Rhizophagus irregularis]Ą€0€¤€0€Ą€UZO03952Ŗ€ĸ€0€0€ €9RNA polymerase sigma factor [Microbacteriaceae bacterium]Ą€0€¤€0€Ą€ MBX9718818Ŗ€ĸ€0€0€ €rocD [Rhodoglobus sp.]Ą€0€¤€0€Ą€ MCU1411638Ŗ€ĸ€0€0€ €7ABC transporter ATP-binding protein [Coprococcus comes]Ą€0€Š€0€Ą€ WP_195368055Ŗ€ĸ€0€0€ €:hypothetical protein [Pleurocapsa minor GSE-CHR-MK 17-07R]Ą€0€¤€0€Ą€ MBW4439448Ŗ€ĸ€0€0€ €NDV85782.1 NAD-dependent dihydropyrimidine dehydrogenase subunit PreA [Aurantimonas aggregata]Ą€0€Š€0€Ą€ WP_163042480Ŗ€ĸ€0€0€ € FBP1L protein [Callaeas wilsoni]Ą€0€¤€0€Ą€NXY58604Ŗ€ĸ€0€0€ €&C39 family peptidase [Clostridium sp.]Ą€0€¤€0€Ą€ MBS5721782Ŗ€ĸ€0€0€ €Ûhypothetical protein E4U17_002946 [Claviceps sp. LM77 group G4] >KAG6075788.1 hypothetical protein E4U33_001988 [Claviceps sp. LM78 group G4] >KAG6083136.1 hypothetical protein E4U16_004883 [Claviceps sp. LM84 group G4]Ą€0€¤€0€Ą€ KAG6055499Ŗ€ĸ€0€0€ €RPREDICTED: uncharacterized protein LOC109359143 isoform X3 [Lupinus angustifolius]Ą€0€Š€0€Ą€ XP_019459237Ŗ€ĸ€0€0€ €!dTMP kinase [Olsenella sp. SW781]Ą€0€¤€0€Ą€NJE80740Ŗ€ĸ€0€0€ €‚]hypothetical protein [Pseudomonas haemolytica] >MBJ2247380.1 hypothetical protein [Pseudomonas haemolytica] >MBJ2272190.1 hypothetical protein [Pseudomonas haemolytica] >MBK3450136.1 hypothetical protein [Pseudomonas haemolytica] >MBK3461717.1 hypothetical protein [Pseudomonas haemolytica] >MRJ36192.1 hypothetical protein [Pseudomonas haemolytica]Ą€0€Š€0€Ą€ WP_153870478Ŗ€ĸ€0€0€ €@DUF2779 domain-containing protein [Candidatus Promineofilum sp.]Ą€0€¤€0€Ą€ MBP6015992Ŗ€ĸ€0€0€ €@sulfatase-like hydrolase/transferase [Sphingobacterium mizutaii]Ą€0€Š€0€Ą€ WP_185218257Ŗ€ĸ€0€0€ €2ribosome silencing factor [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MBZ0302078Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€MBE56502Ŗ€ĸ€0€0€ €´baseplate J/gp47 family protein [Vibrio fluvialis] >MBY8248124.1 baseplate J/gp47 family protein [Vibrio fluvialis] >MBY8281519.1 baseplate J/gp47 family protein [Vibrio fluvialis]Ą€0€¤€0€Ą€ MBY8116888Ŗ€ĸ€0€0€ €‹ABC transporter substrate-binding protein [Alicyclobacillus contaminans] >GMA49961.1 peptide-binding protein [Alicyclobacillus contaminans]Ą€0€Š€0€Ą€ WP_026974351Ŗ€ĸ€0€0€ €4tetrahydrofolate synthase [Cryomorphaceae bacterium]Ą€0€¯€0€Ą€HAB35737Ŗ€ĸ€0€0€ €‚MULTISPECIES: Gfo/Idh/MocA family oxidoreductase [unclassified Mitsuaria] >MBB3293507.1 2-hydroxy-4-carboxymuconate semialdehyde hemiacetal dehydrogenase [Mitsuaria sp. BK041] >MBB3362724.1 2-hydroxy-4-carboxymuconate semialdehyde hemiacetal dehydrogenase [Mitsuaria sp. BK045]Ą€0€Š€0€Ą€ WP_183491762Ŗ€ĸ€0€0€ €cunnamed protein product [Adineta steineri] >CAF4034556.1 unnamed protein product [Adineta steineri]Ą€0€Ĩ€0€Ą€ CAF1218540Ŗ€ĸ€0€0€ €+MCE family protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBO5091502Ŗ€ĸ€0€0€ €°MULTISPECIES: hypothetical protein [Klebsiella] >NNS04950.1 hypothetical protein [Klebsiella michiganensis] >VUS50666.1 hypothetical protein SB6407_02085 [Klebsiella pasteurii]Ą€0€Š€0€Ą€ WP_142480892Ŗ€ĸ€0€0€ €@MAG: hypothetical protein JSV71_05510 [Nitrospiraceae bacterium]Ą€0€¤€0€Ą€UCF86936Ŗ€ĸ€0€0€ €5hypothetical protein KFK09_024700 [Dendrobium nobile]Ą€0€¤€0€Ą€ KAI0494562Ŗ€ĸ€0€0€ €6MBL fold metallo-hydrolase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR3040588Ŗ€ĸ€0€0€ €…SLBB domain-containing protein [Tenacibaculum sp. XPcli2-G] >MCO7186312.1 SLBB domain-containing protein [Tenacibaculum sp. XPcli2-G]Ą€0€Š€0€Ą€ WP_253057132Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAT68911Ŗ€ĸ€0€0€ €jaminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€ MCJ7486393Ŗ€ĸ€0€0€ €ihypothetical protein [Xanthomonas campestris] >MCS3846011.1 hypothetical protein [Xanthomonas campestris]Ą€0€Š€0€Ą€ WP_259173727Ŗ€ĸ€0€0€ €Iuncharacterized protein C14orf93 homolog isoform X2 [Pimephales promelas]Ą€0€Š€0€Ą€ XP_039550146Ŗ€ĸ€0€0€ €+hypothetical protein [Herminiimonas sp. CN]Ą€0€Š€0€Ą€ WP_025917677Ŗ€ĸ€0€0€ €iN-acetyltransferase [Enterobacter hormaechei] >MBW7731837.1 N-acetyltransferase [Enterobacter hormaechei]Ą€0€Š€0€Ą€ WP_219989626Ŗ€ĸ€0€0€ €[capsid protein [Mesorhizobium amorphae] >RJT42042.1 capsid protein [Mesorhizobium waimense]Ą€0€Š€0€Ą€ WP_120012998Ŗ€ĸ€0€0€ €­hypothetical protein PUNSTDRAFT_57635 [Punctularia strigosozonata HHB-11173 SS5] >EIN13573.1 hypothetical protein PUNSTDRAFT_57635 [Punctularia strigosozonata HHB-11173 SS5]Ą€0€Š€0€Ą€ XP_007378490Ŗ€ĸ€0€0€ €0PAS domain-containing protein [Escherichia coli]Ą€0€¯€0€Ą€ HAZ7424284Ŗ€ĸ€0€0€ €¨hypothetical protein, partial [Providencia rettgeri] >MBQ0330360.1 hypothetical protein [Providencia rettgeri] >MBQ0687276.1 hypothetical protein [Providencia rettgeri]Ą€0€Š€0€Ą€ WP_210832037Ŗ€ĸ€0€0€ €eM10 family metallopeptidase [Pseudomonas amygdali] >PHN38539.1 metalloprotease [Pseudomonas amygdali]Ą€0€Š€0€Ą€ WP_044318929Ŗ€ĸ€0€0€ €2hypothetical protein CB1_001144023 [Camelus ferus]Ą€0€¤€0€Ą€EPY77985Ŗ€ĸ€0€0€ €Edeoxyguanosinetriphosphate triphosphohydrolase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ6717580Ŗ€ĸ€0€0€ €'hypothetical protein [Anaeroplasma sp.]Ą€0€¤€0€Ą€ MCI5582667Ŗ€ĸ€0€0€ €:hypothetical protein MONOS_3303 [Monocercomonoides exilis]Ą€0€¤€0€Ą€ KAH7819128Ŗ€ĸ€0€0€ €‚ûMULTISPECIES: aminoglycoside phosphotransferase family protein [Bacillus] >AWM44078.1 aminoglycoside phosphotransferase family protein [Bacillus amyloliquefaciens] >KAF6537559.1 aminoglycoside phosphotransferase family protein [Bacillus sp. EKM208B] >MBT9286167.1 aminoglycoside phosphotransferase family protein [Bacillus velezensis] >NRF34450.1 aminoglycoside phosphotransferase family protein [Bacillus velezensis] >NUI60987.1 aminoglycoside phosphotransferase family protein [Bacillus amyloliquefaciens]Ą€0€Š€0€Ą€ WP_072176998Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€ MBN2408678Ŗ€ĸ€0€0€ €ŲMULTISPECIES: 2-hydroxy-3-oxopropionate reductase [Burkholderia] >MBN3747249.1 2-hydroxy-3-oxopropionate reductase [Burkholderia sp. Se-20373] >RQT09496.1 2-hydroxy-3-oxopropionate reductase [Burkholderia contaminans]Ą€0€Š€0€Ą€ WP_124583682Ŗ€ĸ€0€0€ €7protein furry homolog-like isoform X4 [Betta splendens]Ą€0€Š€0€Ą€ XP_055364111Ŗ€ĸ€0€0€ €0protein phosphatase 1L protein [Dioscorea alata]Ą€0€¤€0€Ą€ KAH7671712Ŗ€ĸ€0€0€ €Lphosphoglucomutase/phosphomannomutase family protein [Bacteroidia bacterium]Ą€0€¤€0€Ą€ MCC6251785Ŗ€ĸ€0€0€ €wfimbria/pilus chaperone family protein [Pseudomonas sp. Q1] >NCE83899.1 fimbrial chaperone protein [Pseudomonas sp. Q1]Ą€0€Š€0€Ą€ WP_161548226Ŗ€ĸ€0€0€ €5hypothetical protein CTI12_AA563040 [Artemisia annua]Ą€0€¤€0€Ą€PWA40393Ŗ€ĸ€0€0€ €‚[MULTISPECIES: hypothetical protein [Stenotrophomonas] >AIL06254.1 putative decarboxylase [Stenotrophomonas maltophilia] >OMP40894.1 decarboxylase [Stenotrophomonas sp. KAs 5-3] >OOD04868.1 decarboxylase [Stenotrophomonas maltophilia] >QQA80952.1 decarboxylase [Stenotrophomonas maltophilia] >SNW11064.1 decarboxylase [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_024957561Ŗ€ĸ€0€0€ €5colorectal mutant cancer protein [Anabas testudineus]Ą€0€Š€0€Ą€ XP_026202203Ŗ€ĸ€0€0€ €ƒmuscarinic acetylcholine receptor M5a [Epinephelus moara] >XP_049917062.1 muscarinic acetylcholine receptor M5a [Epinephelus moara]Ą€0€Š€0€Ą€ XP_049917061Ŗ€ĸ€0€0€ €ŒMULTISPECIES: type IV pilus twitching motility protein PilT [Acinetobacter] >SPL72135.1 Twitching mobility protein [Acinetobacter stercoris]Ą€0€Š€0€Ą€ WP_121975536Ŗ€ĸ€0€0€ €‚™DUF4906 domain-containing protein [Bacteroides fragilis] >MCE8852099.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE8984240.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE9285435.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE9302861.1 DUF4906 domain-containing protein [Bacteroides fragilis] >NTS10563.1 DUF4906 domain-containing protein [Bacteroides fragilis]Ą€0€Š€0€Ą€ WP_065763488Ŗ€ĸ€0€0€ €R2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Serratia rubidaea]Ą€0€Ĩ€0€Ą€VEA68798Ŗ€ĸ€0€0€ €,AAA family ATPase [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MBL8103469Ŗ€ĸ€0€0€ €hprobable NADH dehydrogenase [ubiquinone] 1 alpha subcomplex subunit 12 isoform X2 [Dendrobium catenatum]Ą€0€Š€0€Ą€ XP_020704071Ŗ€ĸ€0€0€ €LMAG: hypothetical protein C5B53_02310 [Candidatus Melainabacteria bacterium]Ą€0€¤€0€Ą€PWU01878Ŗ€ĸ€0€0€ €>Scd6-like Sm domain-containing protein [Helicostylum pulchrum]Ą€0€¤€0€Ą€ KAI9244788Ŗ€ĸ€0€0€ €khypothetical protein [Hymenobacter nivis] >TPG67452.1 hypothetical protein EAH73_06970 [Hymenobacter nivis]Ą€0€Š€0€Ą€ WP_140465756Ŗ€ĸ€0€0€ €%RND transporter [Subdoligranulum sp.]Ą€0€¤€0€Ą€MUT95740Ŗ€ĸ€0€0€ €Dmagnesium-translocating P-type ATPase [Chromobacterium haemolyticum]Ą€0€Š€0€Ą€ WP_019100427Ŗ€ĸ€0€0€ €'S41 family peptidase [Caulobacter soli]Ą€0€Š€0€Ą€ WP_165185356Ŗ€ĸ€0€0€ €ŊMaoC/PaaZ C-terminal domain-containing protein [Mycolicibacterium agri] >PEG34878.1 dehydratase [Mycolicibacterium agri] >GFG50499.1 hypothetical protein MAGR_19400 [Mycolicibacterium agri]Ą€0€Š€0€Ą€ WP_097942517Ŗ€ĸ€0€0€ €?cytochrome d ubiquinol oxidase subunit II [Salmonella enterica]Ą€0€¤€0€Ą€ EDX1137207Ŗ€ĸ€0€0€ €nhypothetical protein [Paenibacillus polymyxa] >APB75625.1 flagellar hook protein FlgE [Paenibacillus polymyxa]Ą€0€Š€0€Ą€ WP_071558608Ŗ€ĸ€0€0€ €‡alpha-ribazole phosphatase family protein [Vibrio splendidus] >NOJ05182.1 alpha-ribazole phosphatase family protein [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_171312884Ŗ€ĸ€0€0€ €_hypothetical protein [Xylanibacter muris] >NPD90885.1 hypothetical protein [Xylanibacter muris]Ą€0€Š€0€Ą€ WP_172272319Ŗ€ĸ€0€0€ €KAG7499601.1 ubiquinone biosynthesis COQ4-like, mitochondrial isoform X2 [Solea senegalensis]Ą€0€Š€0€Ą€ XP_043867713Ŗ€ĸ€0€0€ €Msodium ion-translocating decarboxylase subunit beta [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCI6733811Ŗ€ĸ€0€0€ €qhypothetical protein [Corynebacterium macginleyi] >MBK4162624.1 hypothetical protein [Corynebacterium macginleyi]Ą€0€Š€0€Ą€ WP_200441331Ŗ€ĸ€0€0€ €>hypothetical protein PENPOL_c009G06841 [Penicillium polonicum]Ą€0€¤€0€Ą€OQD63521Ŗ€ĸ€0€0€ €1P2Y purinoceptor 13-like [Carcharodon carcharias]Ą€0€Š€0€Ą€ XP_041032211Ŗ€ĸ€0€0€ €,hypothetical protein [Williamsia sp. CHRR-6]Ą€0€Š€0€Ą€ WP_250323911Ŗ€ĸ€0€0€ €Ktrafficking protein particle complex subunit 11-like [Micropterus dolomieu]Ą€0€Š€0€Ą€ XP_045908845Ŗ€ĸ€0€0€ €-glutamate--tRNA ligase [Simiduia agarivorans]Ą€0€Š€0€Ą€ WP_024330540Ŗ€ĸ€0€0€ €‚thypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT00082.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT06664.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT26486.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT33455.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens]Ą€0€¤€0€Ą€NGS95655Ŗ€ĸ€0€0€ €‚;hypothetical protein AUH06_11160 [Gemmatimonadetes bacterium 13_2_20CM_69_27] >OLB54800.1 hypothetical protein AUI13_11055 [Gemmatimonadetes bacterium 13_2_20CM_2_69_23] >PYO33044.1 hypothetical protein DMD32_02320 [Gemmatimonadota bacterium] >PYP23422.1 hypothetical protein DMD51_14415 [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€OLB04871Ŗ€ĸ€0€0€ €caldo/keto reductase [Cephaloticoccus sp.] >MCP5529550.1 aldo/keto reductase [Opitutaceae bacterium]Ą€0€¤€0€Ą€ MCB1103648Ŗ€ĸ€0€0€ €|FHA domain-containing protein [Limnospira fusiformis] >ULB44769.1 FHA domain-containing protein [Limnospira fusiformis KN01]Ą€0€Š€0€Ą€ WP_008056683Ŗ€ĸ€0€0€ €BMAG: PaaI family thioesterase [candidate division WOR-3 bacterium]Ą€0€¤€0€Ą€UCF69744Ŗ€ĸ€0€0€ €ŌVasL domain-containing protein [Obesumbacterium proteus] >AMO83081.1 hypothetical protein DSM2777_19760 [Obesumbacterium proteus] >OAT58322.1 hypothetical protein M993_02857 [Obesumbacterium proteus ATCC 12841]Ą€0€Š€0€Ą€ WP_061554953Ŗ€ĸ€0€0€ €1hypothetical protein Lal_00046424 [Lupinus albus]Ą€0€¤€0€Ą€ KAF1884135Ŗ€ĸ€0€0€ €3hypothetical protein [Synechococcus sp. AH-779-G23]Ą€0€Š€0€Ą€ WP_271489102Ŗ€ĸ€0€0€ €CAN10179.1 pB602L [African swine fever virus Benin 97/1]Ą€0€Š€0€Ą€ YP_009703532Ŗ€ĸ€0€0€ €Gzinc ribbon domain-containing protein, partial [Halorubrum distributum]Ą€0€¤€0€Ą€OYR82937Ŗ€ĸ€0€0€ €Ptrypsin-like peptidase domain-containing protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCB1431703Ŗ€ĸ€0€0€ €-hydrolase family protein [Cystoisospora suis]Ą€0€¤€0€Ą€PHJ25428Ŗ€ĸ€0€0€ €0ATP-binding protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCL2354882Ŗ€ĸ€0€0€ €TatD family hydrolase [Cesiribacter andamanensis] >EMR00906.1 putative deoxyribonuclease YcfH [Cesiribacter andamanensis AMV16]Ą€0€Š€0€Ą€ WP_009197348Ŗ€ĸ€0€0€ €Chypothetical protein DL96DRAFT_1594494 [Flagelloscypha sp. PMI_526]Ą€0€¤€0€Ą€ KAH8830836Ŗ€ĸ€0€0€ €Gcarbohydrate ABC transporter permease [Rhodobacteraceae bacterium M385]Ą€0€¤€0€Ą€UWQ95440Ŗ€ĸ€0€0€ €úMULTISPECIES: phospholipase C, phosphocholine-specific [unclassified Burkholderia] >KUY88875.1 phospholipase C, phosphocholine-specific [Burkholderia sp. RF7-non_BP1] >KUY91915.1 phospholipase C, phosphocholine-specific [Burkholderia sp. RF7-non_BP4]Ą€0€Š€0€Ą€ WP_059534878Ŗ€ĸ€0€0€ €?heme lyase CcmF/NrfE family subunit [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MCB9490987Ŗ€ĸ€0€0€ €chorismate mutase [Salmonella enterica subsp. enterica serovar Tennessee] >EIA9362103.1 chorismate mutase [Salmonella enterica]Ą€0€¤€0€Ą€ ECG5348412Ŗ€ĸ€0€0€ €Égamma-glutamylcyclotransferase [Aeromonadaceae bacterium] >MBP8065371.1 gamma-glutamylcyclotransferase [Aeromonadaceae bacterium] >MBP9569323.1 gamma-glutamylcyclotransferase [Aeromonadaceae bacterium]Ą€0€¤€0€Ą€ MBP8039875Ŗ€ĸ€0€0€ €7serine/threonine protein kinase [Oligoflexia bacterium]Ą€0€¤€0€Ą€NOY27702Ŗ€ĸ€0€0€ €‚$hypothetical protein A2V97_03825 [Candidatus Woesebacteria bacterium RBG_16_42_24] >OGM17299.1 hypothetical protein A2V56_05320 [Candidatus Woesebacteria bacterium RBG_19FT_COMBO_42_9] >OGM68022.1 hypothetical protein A2985_00970 [Candidatus Woesebacteria bacterium RIFCSPLOWO2_01_FULL_43_11]Ą€0€¤€0€Ą€OGM15869Ŗ€ĸ€0€0€ €,histone H1, partial [Tigriopus californicus]Ą€0€¤€0€Ą€AAA50346Ŗ€ĸ€0€0€ €6cytochrome oxidase subunit 1, partial [Exilia vagrans]Ą€0€¤€0€Ą€QUQ06080Ŗ€ĸ€0€0€ €ƒmethionine adenosyltransferase [Paracoccus sp. SCSIO 76264] >WBU56346.1 methionine adenosyltransferase [Paracoccus sp. SCSIO 76264]Ą€0€Š€0€Ą€ WP_271116088Ŗ€ĸ€0€0€ €Yribonuclease T [Pseudomonas sp. St316] >BBP57692.1 ribonuclease T [Pseudomonas sp. St316]Ą€0€Š€0€Ą€ WP_212799263Ŗ€ĸ€0€0€ €MRW91439.1 TonB-dependent receptor [Duganella guangzhouensis]Ą€0€Š€0€Ą€ WP_154377822Ŗ€ĸ€0€0€ €:hypothetical protein FNF27_01119 [Cafeteria roenbergensis]Ą€0€¤€0€Ą€ KAA0177341Ŗ€ĸ€0€0€ €Elipopolysaccharide biosynthesis protein RfbH [Hungatella sp. SL.1.14]Ą€0€¤€0€Ą€ MCQ4833490Ŗ€ĸ€0€0€ €1hypothetical protein [Desulfobulbaceae bacterium]Ą€0€¤€0€Ą€ MBF0221393Ŗ€ĸ€0€0€ €CType IV secretory pathway%2C VirD4 components [Lachnospira eligens]Ą€0€Ĩ€0€Ą€CUQ74728Ŗ€ĸ€0€0€ €āglycine--tRNA ligase [Anaerotignum propionicum] >AMJ39908.1 glycine--tRNA ligase [Anaerotignum propionicum DSM 1682] >SHE27427.1 glycyl-tRNA synthetase [[Clostridium] propionicum DSM 1682] [Anaerotignum propionicum DSM 1682]Ą€0€Š€0€Ą€ WP_066046987Ŗ€ĸ€0€0€ €>hypothetical protein E1A91_A06G027400v1 [Gossypium mustelinum]Ą€0€¤€0€Ą€TYJ28824Ŗ€ĸ€0€0€ €/acyl carrier protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MCP4196081Ŗ€ĸ€0€0€ €9septum formation initiator family protein [Treponema sp.]Ą€0€¤€0€Ą€ MBD5426059Ŗ€ĸ€0€0€ €}LL-diaminopimelate aminotransferase [Prevotella sp. 885] >OZT04369.1 LL-diaminopimelate aminotransferase [Prevotella sp. 885]Ą€0€Š€0€Ą€ WP_094880233Ŗ€ĸ€0€0€ €Ahypothetical protein T484DRAFT_3632256 [Cryptophyta sp. CCMP2293]Ą€0€¤€0€Ą€ KAJ1466945Ŗ€ĸ€0€0€ €‚extracellular solute-binding protein [Blautia sp. OF01-4LB] >RHS13195.1 extracellular solute-binding protein [Blautia sp. AF13-16]Ą€0€¤€0€Ą€RHP78675Ŗ€ĸ€0€0€ €4putative quinol monooxygenase [Nocardia inohanensis]Ą€0€Š€0€Ą€ WP_084523054Ŗ€ĸ€0€0€ €kglutathione S-transferase [Hypoxylon trugodes] >KAI1387127.1 glutathione S-transferase [Hypoxylon trugodes]Ą€0€Š€0€Ą€ XP_051312901Ŗ€ĸ€0€0€ €6AEC family transporter [Clostridioides sp. ZZV15-6598]Ą€0€¤€0€Ą€ MCC0650618Ŗ€ĸ€0€0€ €whypothetical protein [Mycobacteroides chelonae] >OHU63695.1 hypothetical protein BKG85_09365 [Mycobacteroides chelonae]Ą€0€Š€0€Ą€ WP_070931219Ŗ€ĸ€0€0€ €Vacetyl-CoA carboxylase biotin carboxyl carrier protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBE6457252Ŗ€ĸ€0€0€ €Khypothetical protein [Salmonella enterica subsp. enterica serovar Glostrup]Ą€0€¤€0€Ą€ EDD2777448Ŗ€ĸ€0€0€ €qhypothetical protein [Klebsiella pneumoniae] >WGF32119.1 hypothetical protein QCC56_16055 [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_228705204Ŗ€ĸ€0€0€ €CAF1682834.1 unnamed protein product [Adineta ricciae]Ą€0€Ĩ€0€Ą€ CAF1538990Ŗ€ĸ€0€0€ €mhypothetical protein [Burkholderia multivorans] >MBU9286581.1 hypothetical protein [Burkholderia multivorans]Ą€0€¤€0€Ą€ MBJ9940918Ŗ€ĸ€0€0€ €2ETC complex I subunit [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MBL1405656Ŗ€ĸ€0€0€ €‚žMULTISPECIES: hypothetical protein [Streptococcus] >EFX93273.1 hypothetical protein HMPREF9398_2145 [Streptococcus sanguinis VMC66] >EGD30574.1 hypothetical protein HMPREF9381_0111 [Streptococcus sanguinis SK72] >ETD07205.1 hypothetical protein HMPREF1196_01473 [Streptococcus sanguinis CC94A] >EGJ36389.1 hypothetical protein HMPREF9393_2107 [Streptococcus sanguinis SK1056] >RSH99601.1 hypothetical protein D8891_05200 [Streptococcus sanguinis]Ą€0€Š€0€Ą€ WP_002896703Ŗ€ĸ€0€0€ €;hypothetical protein D7X99_21895 [Corallococcus sp. AB032C]Ą€0€¤€0€Ą€RKH80454Ŗ€ĸ€0€0€ €‚mannonate dehydratase [Mesorhizobium sp.] >RWP08098.1 mannonate dehydratase [Mesorhizobium sp.] >RWP34301.1 mannonate dehydratase [Mesorhizobium sp.] >RWP69823.1 mannonate dehydratase [Mesorhizobium sp.] >RWQ18455.1 mannonate dehydratase [Mesorhizobium sp.]Ą€0€¤€0€Ą€RWC01310Ŗ€ĸ€0€0€ €0mRNA interferase MazF [Clostridium sp. CAG:1219]Ą€0€Ĩ€0€Ą€CCZ55979Ŗ€ĸ€0€0€ €7hypothetical protein WN55_07351 [Dufourea novaeangliae]Ą€0€¤€0€Ą€KZC14685Ŗ€ĸ€0€0€ €Hvitamin B12-dependent ribonucleotide reductase [Bacillus sp. FJAT-45350]Ą€0€Š€0€Ą€ WP_096201219Ŗ€ĸ€0€0€ €Dcation diffusion facilitator family transporter [Runella sp. CRIBMP]Ą€0€Š€0€Ą€ WP_206023254Ŗ€ĸ€0€0€ €6Rho GTPase activation protein [Lentinula aff. boryana]Ą€0€¤€0€Ą€ KAJ3986273Ŗ€ĸ€0€0€ €ehypothetical protein [Agromyces mediolanus] >MCD1571858.1 hypothetical protein [Agromyces mediolanus]Ą€0€Š€0€Ą€ WP_230766143Ŗ€ĸ€0€0€ €-TonB-dependent receptor [Polyangium sp. 15x6]Ą€0€Š€0€Ą€ WP_282423266Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4303450Ŗ€ĸ€0€0€ €|glycogen/starch synthase [Microcystis aeruginosa] >MBE8993377.1 glycogen/starch synthase [Microcystis aeruginosa LEGE 91341]Ą€0€Š€0€Ą€ WP_193956008Ŗ€ĸ€0€0€ €JTrk-type K+ transporter membrane component [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HCB14820Ŗ€ĸ€0€0€ €=traB domain-containing protein isoform X2 [Oryza brachyantha]Ą€0€Š€0€Ą€ XP_040382927Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€NIR36035Ŗ€ĸ€0€0€ €.DEAD/DEAH box helicase [Pseudoxanthomonas sp.]Ą€0€¤€0€Ą€ MBP8741618Ŗ€ĸ€0€0€ €‚åtRNA (N6-threonylcarbamoyladenosine(37)-N6)-methyltransferase TrmO [Lonsdalea populi] >OSM98566.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT70982.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT71572.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT73089.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT76540.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi]Ą€0€Š€0€Ą€ WP_094107226Ŗ€ĸ€0€0€ €:hypothetical protein EfmGK961_14370 [Enterococcus faecium]Ą€0€Ŧ€0€Ą€BDP97621Ŗ€ĸ€0€0€ €Dpolysaccharide deacetylase family protein [Thermopolyspora flexuosa]Ą€0€Š€0€Ą€ WP_142260807Ŗ€ĸ€0€0€ €aAbrB/MazE/SpoVT family DNA-binding domain-containing protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBN1157556Ŗ€ĸ€0€0€ €ˇhypothetical protein [Microcystis aeruginosa LE13-04] >NCS55404.1 hypothetical protein [Microcystis aeruginosa G13-05] >NCS59857.1 hypothetical protein [Microcystis aeruginosa G11-04]Ą€0€¤€0€Ą€NCR29367Ŗ€ĸ€0€0€ €ENADH-quinone oxidoreductase subunit NuoH [Nitrosopumilaceae archaeon]Ą€0€¤€0€Ą€ MCE2505556Ŗ€ĸ€0€0€ €aDNA-binding protein [Klebsiella variicola] >AJA93708.1 DNA-binding protein [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_039102441Ŗ€ĸ€0€0€ €qhypothetical protein [[Ruminococcus] gnavus] >RHM71460.1 hypothetical protein DWZ50_15490 [[Ruminococcus] gnavus]Ą€0€Š€0€Ą€ WP_118445081Ŗ€ĸ€0€0€ €gYceI family protein [Ralstonia solanacearum] >MCL9844940.1 YceI family protein [Ralstonia solanacearum]Ą€0€Š€0€Ą€ WP_124983255Ŗ€ĸ€0€0€ €>NAD(P)/FAD-dependent oxidoreductase [Peptococcaceae bacterium]Ą€0€¤€0€Ą€ MBQ2432233Ŗ€ĸ€0€0€ €Ģzinc-dependent alcohol dehydrogenase family protein [Streptomyces sp. SID10815] >NEA48031.1 zinc-dependent alcohol dehydrogenase family protein [Streptomyces sp. SID10815]Ą€0€Š€0€Ą€ WP_164585387Ŗ€ĸ€0€0€ €†YigZ family protein [Streptococcus loxodontisalivarius] >MBM7642213.1 putative YigZ family protein [Streptococcus loxodontisalivarius]Ą€0€Š€0€Ą€ WP_205009067Ŗ€ĸ€0€0€ €TIGR00730 family Rossman fold protein [Larkinella arboricola] >RAJ99943.1 hypothetical protein LX87_01640 [Larkinella arboricola]Ą€0€Š€0€Ą€ WP_111627730Ŗ€ĸ€0€0€ €Yglutathione S-transferase N-terminal domain-containing protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0463004Ŗ€ĸ€0€0€ €ƒimmunoglobulin light chain junction region [Macaca mulatta] >MPN93304.1 immunoglobulin light chain junction region [Macaca mulatta]Ą€0€¤€0€Ą€MOW13079Ŗ€ĸ€0€0€ €‚‹WGR and DUF4132 domain-containing protein [Escherichia coli] >EFB2626945.1 DUF4132 domain-containing protein [Escherichia coli] >EFB5155010.1 DUF4132 domain-containing protein [Escherichia coli] >EFB9211679.1 DUF4132 domain-containing protein [Escherichia coli] >EFB9257438.1 DUF4132 domain-containing protein [Escherichia coli] >EFD5121957.1 DUF4132 domain-containing protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_097698856Ŗ€ĸ€0€0€ €khypothetical protein [Clostridium beijerinckii] >NRZ85917.1 hypothetical protein [Clostridium beijerinckii]Ą€0€Š€0€Ą€ WP_254638680Ŗ€ĸ€0€0€ €7band 4.1-like protein 3 isoform X7 [Gouania willdenowi]Ą€0€Š€0€Ą€ XP_028327800Ŗ€ĸ€0€0€ €hypothetical protein RsS62_62650 [Rhizobium dioscoreae] >GLU81301.1 hypothetical protein Rhsp01_24770 [Rhizobium sp. NBRC 114257]Ą€0€Ŧ€0€Ą€GES47013Ŗ€ĸ€0€0€ €SUDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase [Nitrospirota bacterium]Ą€0€¤€0€Ą€ MBI5098096Ŗ€ĸ€0€0€ €Fputative glycosylphosphatidylinositol (GPI) anchor [Trypanosoma cruzi]Ą€0€¤€0€Ą€RNF14763Ŗ€ĸ€0€0€ €6hypothetical protein DY000_02056407 [Brassica cretica]Ą€0€¤€0€Ą€ KAF3493633Ŗ€ĸ€0€0€ €‰polyprenyl synthetase family protein [Nocardia yamanashiensis] >UGT45819.1 polyprenyl synthetase family protein [Nocardia yamanashiensis]Ą€0€Š€0€Ą€ WP_174567215Ŗ€ĸ€0€0€ €1hypothetical protein KIW84_050045 [Pisum sativum]Ą€0€¤€0€Ą€ KAI5402274Ŗ€ĸ€0€0€ €WHNH endonuclease [Nocardioides albus] >GGU33332.1 HNH endonuclease [Nocardioides albus]Ą€0€Š€0€Ą€ WP_189129312Ŗ€ĸ€0€0€ €1hypothetical protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBK6342078Ŗ€ĸ€0€0€ €ņ2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Parachryseolinea silvisoli] >MCD9015904.1 2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Parachryseolinea silvisoli]Ą€0€Š€0€Ą€ WP_267292626Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAW46080Ŗ€ĸ€0€0€ €útype IV pilus secretin PilQ family protein [Vibrio rotiferianus] >TMX40154.1 type IV pilus secretin PilQ [Vibrio rotiferianus] >TMX56822.1 type IV pilus secretin PilQ [Vibrio rotiferianus] >TMX67908.1 type IV pilus secretin PilQ [Vibrio rotiferianus]Ą€0€Š€0€Ą€ WP_138941726Ŗ€ĸ€0€0€ €œDegT/DnrJ/EryC1/StrS family aminotransferase [Bacillus altitudinis] >RAU01024.1 3-oxo-glucose-6-phosphate--glutamate aminotransferase [Bacillus altitudinis]Ą€0€Š€0€Ą€ WP_113767226Ŗ€ĸ€0€0€ €=hypothetical protein FOZ62_000797, partial [Perkinsus olseni]Ą€0€¤€0€Ą€ KAF4728781Ŗ€ĸ€0€0€ €‚BMULTISPECIES: L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus] >ALN77247.1 L-serine ammonia-lyase, iron-sulfur-dependent, subunit beta [Staphylococcus agnetis] >MBY7663346.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] >MCO4325908.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] >MCO4356749.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] >MCO4361738.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis]Ą€0€Š€0€Ą€ WP_060551745Ŗ€ĸ€0€0€ €+arginine--tRNA ligase [Borreliella garinii]Ą€0€Š€0€Ą€ WP_267918242Ŗ€ĸ€0€0€ €PUncharacterized conserved protein YlxW, UPF0749 family [Micromonospora peucetia]Ą€0€Ĩ€0€Ą€SCL72461Ŗ€ĸ€0€0€ €ŖDHA2 family efflux MFS transporter permease subunit [Burkholderia anthina] >MCA8091217.1 DHA2 family efflux MFS transporter permease subunit [Burkholderia anthina]Ą€0€Š€0€Ą€ WP_226276978Ŗ€ĸ€0€0€ €?DUF3422 domain-containing protein [Azospirillum sp. YIM B02556]Ą€0€Š€0€Ą€ WP_247893884Ŗ€ĸ€0€0€ €,tyrosine-protein kinase [Vibrio navarrensis]Ą€0€¤€0€Ą€ MBE3671043Ŗ€ĸ€0€0€ €#prosalusin [Melanotaenia boesemani]Ą€0€Š€0€Ą€ XP_041854783Ŗ€ĸ€0€0€ €?hypothetical protein DYB25_008558, partial [Aphanomyces astaci]Ą€0€¤€0€Ą€RHX96716Ŗ€ĸ€0€0€ €acyl-homoserine-lactone synthase TraI [Sinorhizobium meliloti] >RVP81748.1 autoinducer synthesis protein [Sinorhizobium meliloti]Ą€0€Š€0€Ą€ WP_127737066Ŗ€ĸ€0€0€ €wtRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex ATPase subunit type 1 TsaE [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN2689333Ŗ€ĸ€0€0€ €‚ŠMULTISPECIES: O-succinylhomoserine sulfhydrylase [Rhizobium] >MBW8790025.1 O-succinylhomoserine sulfhydrylase [Rhizobium leguminosarum] >MBY5368842.1 O-succinylhomoserine sulfhydrylase [Rhizobium leguminosarum] >MBY5451837.1 O-succinylhomoserine sulfhydrylase [Rhizobium leguminosarum] >NDK53966.1 O-succinylhomoserine sulfhydrylase [Rhizobium laguerreae] >NNH61570.1 O-succinylhomoserine sulfhydrylase [Rhizobium laguerreae]Ą€0€Š€0€Ą€ WP_162119468Ŗ€ĸ€0€0€ €uC39 family peptidase [Streptomyces venezuelae] >QES31726.1 hypothetical protein DEJ47_24415 [Streptomyces venezuelae]Ą€0€Š€0€Ą€ WP_150171631Ŗ€ĸ€0€0€ €iMMPL family transporter [Stigmatella aurantiaca] >EAU65599.1 transporter [Stigmatella aurantiaca DW4/3-1]Ą€0€Š€0€Ą€ WP_002615101Ŗ€ĸ€0€0€ €,aspartate kinase [Sutterella wadsworthensis]Ą€0€Š€0€Ą€ WP_278982769Ŗ€ĸ€0€0€ €LATP synthase subunit beta, mitochondrial [Batrachochytrium salamandrivorans]Ą€0€¤€0€Ą€ KAH9272690Ŗ€ĸ€0€0€ €‘LysR family transcriptional regulator [Paraburkholderia acidicola] >PCE26361.1 LysR family transcriptional regulator [Paraburkholderia acidicola]Ą€0€Š€0€Ą€ WP_096722254Ŗ€ĸ€0€0€ €ybiopolymer transporter ExbD [Acidovorax avenae] >AVT00527.1 biopolymer transporter ExbD [Acidovorax avenae subsp. avenae]Ą€0€Š€0€Ą€ WP_208947654Ŗ€ĸ€0€0€ €6hypothetical protein F2Q70_00041283 [Brassica cretica]Ą€0€¤€0€Ą€ KAF2590612Ŗ€ĸ€0€0€ €jTolC family protein [Terriglobus roseus] >AFL87444.1 outer membrane protein [Terriglobus roseus DSM 18391]Ą€0€Š€0€Ą€ WP_014785013Ŗ€ĸ€0€0€ €)hypothetical protein [Campylobacter coli]Ą€0€¤€0€Ą€ EBF5808819Ŗ€ĸ€0€0€ €cheme o synthase [Halomonas jincaotanensis] >MBS9405568.1 heme o synthase [Halomonas jincaotanensis]Ą€0€Š€0€Ą€ WP_213827928Ŗ€ĸ€0€0€ €7inorganic diphosphatase [Streptomyces sp. AC555_RSS877]Ą€0€Š€0€Ą€ WP_254400636Ŗ€ĸ€0€0€ €HInlB B-repeat-containing protein [Candidatus Saccharibacteria bacterium]Ą€0€¤€0€Ą€ MBR3156871Ŗ€ĸ€0€0€ €Gzinc finger CCCH domain-containing protein 17-like [Chenopodium quinoa]Ą€0€Š€0€Ą€ XP_021741676Ŗ€ĸ€0€0€ €‚wmolecular chaperone [Escherichia coli] >AFG42089.1 Gram-negative pili assembly chaperone protein [Escherichia coli P12b] >EFK25723.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli MS 187-1] >ELC14462.1 hypothetical protein WCM_00528 [Escherichia coli KTE10] >EOW92810.1 hypothetical protein WGC_03835 [Escherichia coli KTE41] >ESK15837.1 hypothetical protein G723_00980 [Escherichia coli HVH 50 (4-2593475)] >KDX39297.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-156-04_S4_C3] >KDX58919.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-210-07_S4_C2] >KDX64134.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-210-07_S4_C3] >KEM88074.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-222-05_S4_C1]Ą€0€Š€0€Ą€ WP_001329193Ŗ€ĸ€0€0€ €@D-lysine 5,6-aminomutase subunit alpha [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBO6057326Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW1848151Ŗ€ĸ€0€0€ €hypothetical protein H9Q71_002596 [Fusarium xylarioides] >KAG5827721.1 hypothetical protein H9Q74_002213 [Fusarium xylarioides]Ą€0€¤€0€Ą€ KAG5815829Ŗ€ĸ€0€0€ €‚Ũbifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EEX8824285.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EFI7183269.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EHH4775881.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EHH4795811.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EHH4800680.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli]Ą€0€Š€0€Ą€ WP_135279859Ŗ€ĸ€0€0€ €$hypothetical protein [Agyrium rufum]Ą€0€¤€0€Ą€ MCJ1311962Ŗ€ĸ€0€0€ €ferritin family protein [Yangia pacifica] >SDH07246.1 Rubrerythrin [Yangia pacifica] >SFS92407.1 Rubrerythrin [Yangia pacifica]Ą€0€Š€0€Ą€ WP_092424818Ŗ€ĸ€0€0€ €Ģeukaryotic translation initiation factor 4 gamma 3 isoform X17 [Homo sapiens] >XP_054195348.1 eukaryotic translation initiation factor 4 gamma 3 isoform X17 [Homo sapiens]Ą€0€Š€0€Ą€ XP_047289230Ŗ€ĸ€0€0€ €1OsmC family protein [Hyphomicrobiaceae bacterium]Ą€0€¤€0€Ą€ MCB1505913Ŗ€ĸ€0€0€ €‚electron transfer flavoprotein-ubiquinone oxidoreductase [Aeromonas veronii] >MCR3972720.1 electron transfer flavoprotein-ubiquinone oxidoreductase [Aeromonas veronii] >MCR3977061.1 electron transfer flavoprotein-ubiquinone oxidoreductase [Aeromonas veronii]Ą€0€Š€0€Ą€ WP_257691625Ŗ€ĸ€0€0€ €Hhypothetical protein LR59_11800, partial [Campylobacter sp. MIT 97-5078]Ą€0€¤€0€Ą€KGI55490Ŗ€ĸ€0€0€ €.hypothetical protein [Marinobacter alexandrii]Ą€0€Š€0€Ą€ WP_138438236Ŗ€ĸ€0€0€ €@MAG: hypothetical protein AMS25_14005 [Gemmatimonas sp. SM23_52]Ą€0€¤€0€Ą€KPK79043Ŗ€ĸ€0€0€ €6hypothetical protein A4A49_33035 [Nicotiana attenuata]Ą€0€¤€0€Ą€OIT02720Ŗ€ĸ€0€0€ €ahypothetical protein [Campylobacter coli] >MBZ8204618.1 hypothetical protein [Campylobacter coli]Ą€0€Š€0€Ą€ WP_224365716Ŗ€ĸ€0€0€ €=DUF1801 domain-containing protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBK6724754Ŗ€ĸ€0€0€ €$MADD protein [Leucopsar rothschildi]Ą€0€¤€0€Ą€NXB44255Ŗ€ĸ€0€0€ €mhypothetical protein [Burkholderia sp. AU39826] >MCA7970736.1 hypothetical protein [Burkholderia sp. AU39826]Ą€0€Š€0€Ą€ WP_226232337Ŗ€ĸ€0€0€ €‚*DUF4406 domain-containing protein [Salmonella enterica subsp. enterica serovar Muenchen] >EJF5837280.1 DUF4406 domain-containing protein [Salmonella enterica] >EJF6004886.1 DUF4406 domain-containing protein [Salmonella enterica] >EJF6162540.1 DUF4406 domain-containing protein [Salmonella enterica]Ą€0€¤€0€Ą€ EEE4210954Ŗ€ĸ€0€0€ €×saccharopine dehydrogenase [Candidatus Aminicenantes bacterium] >RLE06181.1 saccharopine dehydrogenase [Candidatus Aminicenantes bacterium] >HHF42197.1 saccharopine dehydrogenase [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€RLE02911Ŗ€ĸ€0€0€ €5MULTISPECIES: Rieske (2Fe-2S) protein [Acinetobacter]Ą€0€Š€0€Ą€ WP_171334399Ŗ€ĸ€0€0€ €‚˜MULTISPECIES: nucleotidyltransferase family protein [Thalassospira] >MBE72348.1 alcohol dehydrogenase [Thalassospira sp.] >MBO6577951.1 nucleotidyltransferase family protein [Thalassospira sp.] >MBO6817253.1 nucleotidyltransferase family protein [Thalassospira sp.] >MBO6890005.1 nucleotidyltransferase family protein [Thalassospira sp.] >NJB73902.1 dTDP-glucose pyrophosphorylase [Thalassospira tepidiphila]Ą€0€Š€0€Ą€ WP_064779756Ŗ€ĸ€0€0€ €ebifunctional proline dehydrogenase/L-glutamate gamma-semialdehyde dehydrogenase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_033603452Ŗ€ĸ€0€0€ €>Flp pilus assembly complex ATPase component [Escherichia coli]Ą€0€¤€0€Ą€ EEC9022132Ŗ€ĸ€0€0€ €+periostin isoform X4 [Sciurus carolinensis]Ą€0€Š€0€Ą€ XP_047408935Ŗ€ĸ€0€0€ €rhodanese-like domain-containing protein [Candidatus Entotheonella palauensis] >ETX06367.1 hypothetical protein ETSY2_17530 [Candidatus Entotheonella gemina]Ą€0€Š€0€Ą€ WP_179136748Ŗ€ĸ€0€0€ €CAI-2E family transporter [Eubacterium sp. 1001713B170207_170306_E7]Ą€0€Š€0€Ą€ WP_195269918Ŗ€ĸ€0€0€ €5hypothetical protein G6F34_013706 [Rhizopus arrhizus]Ą€0€¤€0€Ą€ KAG0881289Ŗ€ĸ€0€0€ €:TM0996/MTH895 family glutaredoxin-like protein [bacterium]Ą€0€¤€0€Ą€ MBN1756127Ŗ€ĸ€0€0€ €ÂMBL fold metallo-hydrolase [Pseudomonas fluorescens] >VVN45438.1 hypothetical protein PS681_05740 [Pseudomonas fluorescens] >VVN62458.1 hypothetical protein PS684_04633 [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_150731550Ŗ€ĸ€0€0€ €7FAD-linked oxidoreductase YvdP 2 [Colletotrichum sojae]Ą€0€¤€0€Ą€ KAF6802222Ŗ€ĸ€0€0€ €0hypothetical protein [Herbaspirillum sp. SJZ099]Ą€0€Š€0€Ą€ WP_255517101Ŗ€ĸ€0€0€ €2hypothetical protein [Desulfobacterales bacterium]Ą€0€¤€0€Ą€ MCK5244187Ŗ€ĸ€0€0€ €#SpdA protein [Streptomyces sp. M56]Ą€0€Š€0€Ą€ WP_197710405Ŗ€ĸ€0€0€ €ŠMULTISPECIES: MerR family transcriptional regulator [Paenibacillus] >PJN51769.1 hypothetical protein PAEVO_48620 [Paenibacillus sp. GM2FR]Ą€0€Š€0€Ą€ WP_100540054Ŗ€ĸ€0€0€ €Ihypothetical protein BAJATHORv1_10432 [Candidatus Thorarchaeota archaeon]Ą€0€¤€0€Ą€TXT57728Ŗ€ĸ€0€0€ €)hypothetical protein [Opitutae bacterium]Ą€0€¤€0€Ą€ MBT5378964Ŗ€ĸ€0€0€ €TYggS family pyridoxal phosphate-dependent enzyme [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MBU1113346Ŗ€ĸ€0€0€ €jurea transporter, partial [Pseudomonas aeruginosa] >MBF3143032.1 urea transporter [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_194499183Ŗ€ĸ€0€0€ €ņMULTISPECIES: UDP-N-acetylmuramate--L-alanine ligase [unclassified Tenacibaculum] >RBW56939.1 UDP-N-acetylmuramate--L-alanine ligase [Tenacibaculum sp. E3R01] >SED40708.1 UDP-N-acetylmuramate--L-alanine ligase [Tenacibaculum sp. MAR_2010_89]Ą€0€Š€0€Ą€ WP_093868643Ŗ€ĸ€0€0€ €@hypothetical protein OF83DRAFT_1180191 [Amylostereum chailletii]Ą€0€¤€0€Ą€ KAI0308946Ŗ€ĸ€0€0€ €~restriction endonuclease [Butyrivibrio fibrisolvens] >SHI34968.1 Restriction endonuclease [Butyrivibrio fibrisolvens DSM 3071]Ą€0€Š€0€Ą€ WP_073388870Ŗ€ĸ€0€0€ €,acyltransferase [Chryseobacterium gregarium]Ą€0€Š€0€Ą€ WP_027388460Ŗ€ĸ€0€0€ €7molecular chaperone DnaJ [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€NCW99628Ŗ€ĸ€0€0€ €}hypothetical protein, partial [Lactococcus lactis] >THA50073.1 hypothetical protein E5555_11995, partial [Lactococcus lactis]Ą€0€Š€0€Ą€ WP_210726445Ŗ€ĸ€0€0€ €öLacI family DNA-binding transcriptional regulator [Rahnella aquatilis] >AEX54076.1 transcriptional regulator [Rahnella aquatilis CIP 78.65 = ATCC 33071] >KFD00415.1 LacI family transcriptional regulator [Rahnella aquatilis CIP 78.65 = ATCC 33071]Ą€0€Š€0€Ą€ WP_015699100Ŗ€ĸ€0€0€ €rhypothetical protein [Paenibacillus sp. CGMCC 1.18879] >MBY9082996.1 hypothetical protein [Paenibacillus sinensis]Ą€0€¤€0€Ą€ MBY9080345Ŗ€ĸ€0€0€ €„queuosine precursor transporter [Sphingomonas sp. NFR04] >SFJ63832.1 hypothetical protein SAMN03159338_2017 [Sphingomonas sp. NFR04]Ą€0€Š€0€Ą€ WP_093295436Ŗ€ĸ€0€0€ €™G protein-coupled receptor kinase 2 isoform X1 [Nasonia vitripennis] >XP_016845857.1 G protein-coupled receptor kinase 2 isoform X1 [Nasonia vitripennis]Ą€0€Š€0€Ą€ XP_008215352Ŗ€ĸ€0€0€ €-hypothetical protein [Streptomyces smyrnaeus]Ą€0€¤€0€Ą€ MBO8197404Ŗ€ĸ€0€0€ €RMAG: 7-cyano-7-deazaguanine reductase, partial [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€UCC96225Ŗ€ĸ€0€0€ €€sodium/glutamate symporter [Alphaproteobacteria bacterium] >MBV8577261.1 sodium/glutamate symporter [Acetobacteraceae bacterium]Ą€0€¤€0€Ą€ MBV8508112Ŗ€ĸ€0€0€ €8hypothetical protein EW145_g5616 [Phellinidium pouzarii]Ą€0€¤€0€Ą€THH04310Ŗ€ĸ€0€0€ €/hypothetical protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBL7795363Ŗ€ĸ€0€0€ €”hypothetical protein [Salmonella enterica subsp. enterica] >EGZ3967429.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Aberdeen]Ą€0€¤€0€Ą€ EDT7412775Ŗ€ĸ€0€0€ €+NUDIX hydrolase [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MBU6492563Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBR3700964Ŗ€ĸ€0€0€ €ˆhypothetical protein, partial [Lacticaseibacillus rhamnosus] >OAU30171.1 SbcC family exonuclease, partial [Lacticaseibacillus rhamnosus]Ą€0€Š€0€Ą€ WP_064613675Ŗ€ĸ€0€0€ €9terminal uridylyltransferase 4 isoform X4 [Vicugna pacos]Ą€0€Š€0€Ą€ XP_031540112Ŗ€ĸ€0€0€ €Xprepilin-type N-terminal cleavage/methylation domain-containing protein [Nitrospira sp.]Ą€0€¤€0€Ą€NOT95054Ŗ€ĸ€0€0€ €Ztype IV secretion system DNA-binding domain-containing protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_164724930Ŗ€ĸ€0€0€ €2ABC transporter permease [Sulfurospirillum oryzae]Ą€0€Š€0€Ą€ WP_263833039Ŗ€ĸ€0€0€ €3thioredoxin family protein [Phaeodactylibacter sp.]Ą€0€¤€0€Ą€ MCO6480516Ŗ€ĸ€0€0€ €*TerD family protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBD5558909Ŗ€ĸ€0€0€ €GATP-binding cassette domain-containing protein [Tissierellia bacterium]Ą€0€¤€0€Ą€NLW39422Ŗ€ĸ€0€0€ €Īformate dehydrogenase subunit alpha [Staphylococcus aureus] >MBY6736715.1 formate dehydrogenase subunit alpha [Staphylococcus aureus] >MCR6086091.1 formate dehydrogenase subunit alpha [Staphylococcus aureus]Ą€0€Š€0€Ą€ WP_222637261Ŗ€ĸ€0€0€ €…aldehyde dehydrogenase (NADP(+)) [Streptomyces samsunensis] >MCQ8832218.1 aldehyde dehydrogenase (NADP(+)) [Streptomyces samsunensis]Ą€0€Š€0€Ą€ WP_257633067Ŗ€ĸ€0€0€ €(serine hydrolase [Bacteroidia bacterium]Ą€0€¤€0€Ą€ MCU0422147Ŗ€ĸ€0€0€ €=phosphatidate cytidylyltransferase 2 [Plectropomus leopardus]Ą€0€Š€0€Ą€ XP_042343617Ŗ€ĸ€0€0€ €4-hydroxy-tetrahydrodipicolinate synthase [Mariprofundus sp. KV] >NWF36205.1 4-hydroxy-tetrahydrodipicolinate synthase [Mariprofundus sp. KV]Ą€0€Š€0€Ą€ WP_176958177Ŗ€ĸ€0€0€ €9hypothetical protein EV176_002103 [Coemansia sp. RSA 451]Ą€0€¤€0€Ą€ KAJ2277403Ŗ€ĸ€0€0€ €wpatatin family protein, partial [Salmonella enterica] >PXS20786.1 patatin family protein, partial [Salmonella enterica]Ą€0€Š€0€Ą€ WP_110358640Ŗ€ĸ€0€0€ €3ABC transporter permease [Microbacterium sp. 67-17]Ą€0€¤€0€Ą€OJV98239Ŗ€ĸ€0€0€ €4hypothetical protein [Christensenellaceae bacterium]Ą€0€¤€0€Ą€ MBS1410118Ŗ€ĸ€0€0€ €khypothetical protein [Acinetobacter baumannii] >HBC3672553.1 hypothetical protein [Acinetobacter baumannii]Ą€0€¯€0€Ą€ HBC3664605Ŗ€ĸ€0€0€ €7hypothetical protein E4U57_000525 [Claviceps arundinis]Ą€0€¤€0€Ą€ KAG5959692Ŗ€ĸ€0€0€ €Ģdicarboxylate/amino acid:cation symporter [Marinilactibacillus psychrotolerans] >TLQ07004.1 dicarboxylate/amino acid:cation symporter [Marinilactibacillus psychrotolerans]Ą€0€Š€0€Ą€ WP_138471989Ŗ€ĸ€0€0€ €Dlipopolysaccharide biosynthesis protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBL7722360Ŗ€ĸ€0€0€ €:hypothetical protein FDECE_12738 [Fusarium decemcellulare]Ą€0€¤€0€Ą€ KAF4995643Ŗ€ĸ€0€0€ €7hypothetical protein N7528_007848 [Penicillium herquei]Ą€0€¤€0€Ą€ KAJ5614194Ŗ€ĸ€0€0€ €‚type II secretion system protein N [Acinetobacter sp. C32I] >USA52924.1 general secretion pathway protein [Acinetobacter sp. C32I]Ą€0€Š€0€Ą€ WP_251116163Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1909834Ŗ€ĸ€0€0€ €4hypothetical protein J4E91_003387 [Alternaria rosae]Ą€0€¤€0€Ą€ KAI4951926Ŗ€ĸ€0€0€ €7tyrosine-protein phosphatase [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0323691Ŗ€ĸ€0€0€ €mSPI-1 type III secretion system effector GTPase-activating protein SptP [Salmonella enterica subsp. enterica]Ą€0€¤€0€Ą€ EDS6425957Ŗ€ĸ€0€0€ €†glycosyltransferase family 4 protein [Paraburkholderia sp. Ac-20347] >MBN3812683.1 glycosyltransferase [Paraburkholderia sp. Ac-20347]Ą€0€Š€0€Ą€ WP_205996060Ŗ€ĸ€0€0€ €æDUF1566 domain-containing protein [Candidatus Brocadia sapporoensis] >QQR67337.1 MAG: DUF1566 domain-containing protein [Candidatus Brocadia sp.] >TWU52133.1 hypothetical protein B188_00800 [Candidatus Brocadiaceae bacterium B188]Ą€0€¤€0€Ą€ MBW7898988Ŗ€ĸ€0€0€ €“glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Staphylococcus aureus] >PZH32769.1 VOC family protein [Staphylococcus aureus]Ą€0€Š€0€Ą€ WP_111206393Ŗ€ĸ€0€0€ €0UPF0182 family protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSW04208Ŗ€ĸ€0€0€ €iglucose 1-dehydrogenase [Bordetella sp. N] >ALM82844.1 NAD(P)-dependent oxidoreductase [Bordetella sp. N]Ą€0€Š€0€Ą€ WP_057651690Ŗ€ĸ€0€0€ €:sugar phosphate isomerase/epimerase [Streptomyces rimosus]Ą€0€Š€0€Ą€ WP_032918432Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOR90002Ŗ€ĸ€0€0€ €‚DoxX family protein [Candidatus Nitrosoglobus terrae] >BAW81161.1 hypothetical conserved protein [Candidatus Nitrosoglobus terrae]Ą€0€Š€0€Ą€ WP_096527630Ŗ€ĸ€0€0€ €Auncharacterized protein LOC106713883 isoform X3 [Papilio machaon]Ą€0€Š€0€Ą€ XP_014362268Ŗ€ĸ€0€0€ €Oretrovirus-related Pol polyprotein from transposon 297 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFY15021Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBV9888347Ŗ€ĸ€0€0€ €7HAMP domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBE9467362Ŗ€ĸ€0€0€ €>SGNH/GDSL hydrolase family protein [Saccharomonospora viridis]Ą€0€Š€0€Ą€ WP_037310167Ŗ€ĸ€0€0€ €;thiamine-phosphate kinase [[Micrococcus luteus] ATCC 49442]Ą€0€Š€0€Ą€ WP_244292824Ŗ€ĸ€0€0€ €TD-glycero-beta-D-manno-heptose 1,7-bisphosphate 7-phosphatase [Magnetospirillum sp.]Ą€0€¤€0€Ą€ MBI5162857Ŗ€ĸ€0€0€ €{menaquinone biosynthesis protein [Paenibacillus sp. JJ-246] >CAH1221161.1 Chorismate dehydratase [Paenibacillus sp. JJ-246]Ą€0€Š€0€Ą€ WP_236345246Ŗ€ĸ€0€0€ €cupin domain-containing protein [Bradyrhizobium lablabi] >MBR1124840.1 cupin domain-containing protein [Bradyrhizobium lablabi]Ą€0€Š€0€Ą€ WP_212226535Ŗ€ĸ€0€0€ €Ļ4-hydroxybenzoyl-CoA reductase subunit beta [Rhodospirillaceae bacterium] >RPG04078.1 4-hydroxybenzoyl-CoA reductase subunit beta [Rhodospirillaceae bacterium TMED63]Ą€0€¤€0€Ą€MAJ92374Ŗ€ĸ€0€0€ €DHAMP domain-containing sensor histidine kinase [Actinomyces sp. 594]Ą€0€Š€0€Ą€ WP_257504872Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UVB16817Ŗ€ĸ€0€0€ €Hsubstrate-binding domain-containing protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBK7087525Ŗ€ĸ€0€0€ €ƒtetrathionate reductase subunit TtrA [Salmonella enterica] >EFT9044752.1 tetrathionate reductase subunit TtrA [Salmonella enterica]Ą€0€¤€0€Ą€ EFT8991253Ŗ€ĸ€0€0€ €2hypothetical protein [Cyclobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBY0434949Ŗ€ĸ€0€0€ €FPhzF family phenazine biosynthesis protein [Kineococcus radiotolerans]Ą€0€¤€0€Ą€ MBB2902420Ŗ€ĸ€0€0€ €Bhypothetical protein BUALT_Bualt07G0051300 [Buddleja alternifolia]Ą€0€¤€0€Ą€ KAG8379083Ŗ€ĸ€0€0€ €=TetR family transcriptional regulator [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBV8273101Ŗ€ĸ€0€0€ €5hypothetical protein ZWY2020_032800 [Hordeum vulgare]Ą€0€¤€0€Ą€ KAI5005557Ŗ€ĸ€0€0€ €G50S ribosomal protein L25/general stress protein Ctc [Polaribacter sp.]Ą€0€¤€0€Ą€ MBT7135637Ŗ€ĸ€0€0€ €‚]50S ribosomal protein L2 [Paraburkholderia xenovorans] >Q13TH3.1 RecName: Full=50S ribosomal protein L2 [Paraburkholderia xenovorans LB400] >ABE32616.1 LSU ribosomal protein L2P [Paraburkholderia xenovorans LB400] >AIP30878.1 ribosomal protein L2 [Paraburkholderia xenovorans LB400] >NPT36606.1 50S ribosomal protein L2 [Paraburkholderia xenovorans]Ą€0€Š€0€Ą€ WP_011490055Ŗ€ĸ€0€0€ €9uncharacterized protein LOC110428451 [Herrania umbratica]Ą€0€Š€0€Ą€ XP_021299958Ŗ€ĸ€0€0€ €˜uncharacterized protein M409DRAFT_66277 [Zasmidium cellare ATCC 36951] >KAF2167272.1 hypothetical protein M409DRAFT_66277 [Zasmidium cellare ATCC 36951]Ą€0€Š€0€Ą€ XP_033668161Ŗ€ĸ€0€0€ €sNAD(P)-dependent oxidoreductase [Burkholderia diffusa] >KVH44652.1 D-glycerate dehydrogenase [Burkholderia diffusa]Ą€0€Š€0€Ą€ WP_059510827Ŗ€ĸ€0€0€ €‚MULTISPECIES: F0F1 ATP synthase subunit delta [Paenibacillus] >KRE73638.1 hypothetical protein ASL11_07150 [Paenibacillus sp. Soil750] >OAS14576.1 ATP synthase F1 subunit delta [Paenibacillus oryzisoli] >CAH1216081.1 ATP synthase subunit delta [Paenibacillus allorhizoplanae]Ą€0€Š€0€Ą€ WP_056611679Ŗ€ĸ€0€0€ €+U32 family peptidase [Aeromonas hydrophila]Ą€0€¯€0€Ą€ HAT6344274Ŗ€ĸ€0€0€ €wDUF1073 domain-containing protein [Escherichia coli] >EJG5812425.1 DUF1073 domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EHU4169843Ŗ€ĸ€0€0€ €GPI2-domain-containing protein [Aspergillus campestris IBT 28561] >PKY07865.1 GPI2-domain-containing protein [Aspergillus campestris IBT 28561]Ą€0€Š€0€Ą€ XP_024696459Ŗ€ĸ€0€0€ €YIron compounds ABC transporter, ATP-binding protein [Neorhizobium galegae bv. orientalis]Ą€0€Ĩ€0€Ą€CDZ73727Ŗ€ĸ€0€0€ €9hypothetical protein GZH46_01647 [Fragariocoptes setiger]Ą€0€¤€0€Ą€ KAG9509822Ŗ€ĸ€0€0€ €LGamma-D-glutamyl-L-diamino acid endopeptidase 1 [Bacillus paralicheniformis]Ą€0€¤€0€Ą€TWK83191Ŗ€ĸ€0€0€ €Cmechanosensitive ion channel family protein [Roseivirga seohaensis]Ą€0€Š€0€Ą€ WP_176700057Ŗ€ĸ€0€0€ €‰hypothetical protein [Pseudoxanthomonas wuyuanensis] >SOD54740.1 hypothetical protein SAMN06296416_104352 [Pseudoxanthomonas wuyuanensis]Ą€0€Š€0€Ą€ WP_141400768Ŗ€ĸ€0€0€ €peptidase S8 [Alteromonas sp.]Ą€0€¤€0€Ą€MBS07362Ŗ€ĸ€0€0€ €qvaline--tRNA ligase [Defluviitaleaceae bacterium] >MCL2239557.1 valine--tRNA ligase [Defluviitaleaceae bacterium]Ą€0€¤€0€Ą€ MCL2204087Ŗ€ĸ€0€0€ €2hypothetical protein [Paraburkholderia caledonica]Ą€0€Š€0€Ą€ WP_027780629Ŗ€ĸ€0€0€ €@tRNA pseudouridine(38-40) synthase TruA [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAG5222239Ŗ€ĸ€0€0€ €:methyl-accepting chemotaxis protein Trg [Escherichia coli]Ą€0€Š€0€Ą€ WP_097514015Ŗ€ĸ€0€0€ €/hypothetical protein, partial [Nostoc sp. 106C]Ą€0€Š€0€Ą€ WP_208099194Ŗ€ĸ€0€0€ €-protein SDA1 homolog, partial [Puma concolor]Ą€0€Š€0€Ą€ XP_025777939Ŗ€ĸ€0€0€ €‚KLLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] >HAO57732.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] >HCA14179.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] >HCD79143.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBL6625757Ŗ€ĸ€0€0€ €Ahypothetical protein JRO89_XS14G0111900 [Xanthoceras sorbifolium]Ą€0€¤€0€Ą€ KAH7548383Ŗ€ĸ€0€0€ €{hypothetical protein [Pseudoxanthomonas mexicana] >WBX94110.1 hypothetical protein PE064_02550 [Pseudoxanthomonas mexicana]Ą€0€Š€0€Ą€ WP_271250528Ŗ€ĸ€0€0€ €Žsugar phosphate isomerase/epimerase family protein [Pseudomonas putida] >MBH3468902.1 sugar phosphate isomerase/epimerase [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_197888162Ŗ€ĸ€0€0€ €3EH domain-binding protein 1 [Trematomus bernacchii]Ą€0€Š€0€Ą€ XP_033991852Ŗ€ĸ€0€0€ €56,7-dimethyl-8-ribityllumazine synthase [Thauera sp.]Ą€0€¯€0€Ą€HAF54287Ŗ€ĸ€0€0€ €D(2Fe-2S) ferredoxin domain-containing protein [Maribellus sediminis]Ą€0€Š€0€Ą€ WP_167613923Ŗ€ĸ€0€0€ €3hypothetical protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€MPZ45416Ŗ€ĸ€0€0€ €žLPP20 family lipoprotein [Marinomonas spartinae] >SBS35038.1 hypothetical protein MSP8887_02284 [Marinomonas spartinae] >SBS36512.1 hypothetical protein MSP8886_03732 [Marinomonas spartinae]Ą€0€Š€0€Ą€ WP_067019348Ŗ€ĸ€0€0€ €ųglycerol-3-phosphate dehydrogenase [Prevotella sp.] >MBQ6033774.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.] >MBQ7717190.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.] >MBR0524023.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.]Ą€0€¤€0€Ą€ MBO5601840Ŗ€ĸ€0€0€ €-sulfotransferase [Xanthomonadaceae bacterium]Ą€0€¤€0€Ą€ MBU6248241Ŗ€ĸ€0€0€ €‚GMMPL family transporter, partial [Mycobacteroides abscessus] >SHO81890.1 Probable membrane protein, MmpL [Mycobacteroides abscessus subsp. abscessus] >SHW10837.1 Probable membrane protein, MmpL [Mycobacteroides abscessus subsp. abscessus] >SKV47783.1 Probable membrane protein, MmpL [Mycobacteroides abscessus subsp. abscessus]Ą€0€Š€0€Ą€ WP_165682932Ŗ€ĸ€0€0€ €MCG6836555.1 toxin-antitoxin system YwqK family antitoxin [Fusobacterium nucleatum]Ą€0€Š€0€Ą€ WP_238972864Ŗ€ĸ€0€0€ €?envelope glycoprotein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ABG88111Ŗ€ĸ€0€0€ €Venergy-coupling factor transporter transmembrane component T [Clostridium perfringens]Ą€0€Š€0€Ą€ WP_260325674Ŗ€ĸ€0€0€ €;GNAT family N-acetyltransferase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCC7417019Ŗ€ĸ€0€0€ €Acarbohydrate ABC transporter permease [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCI8430709Ŗ€ĸ€0€0€ €*zinc transporter ZIP1-like [Chanos chanos]Ą€0€Š€0€Ą€ XP_030622007Ŗ€ĸ€0€0€ €Ąwinged helix-turn-helix domain-containing protein [Streptomyces sp. NRRL F-5755] >KOU07371.1 ArsR family transcriptional regulator [Streptomyces sp. NRRL F-5755]Ą€0€Š€0€Ą€ WP_053695461Ŗ€ĸ€0€0€ €ƒuncharacterized protein LOC114961573 [Acropora millepora] >XP_044173217.1 uncharacterized protein LOC122957277 [Acropora millepora]Ą€0€Š€0€Ą€ XP_029196159Ŗ€ĸ€0€0€ €:magnesium-translocating P-type ATPase [Citrobacter koseri]Ą€0€Š€0€Ą€ WP_049009918Ŗ€ĸ€0€0€ €;hypothetical protein M426DRAFT_324788 [Hypoxylon sp. CI-4A]Ą€0€¤€0€Ą€OTA99890Ŗ€ĸ€0€0€ €CC2 domain-containing protein 3-like, partial [Scleropages formosus]Ą€0€¤€0€Ą€KPP66050Ŗ€ĸ€0€0€ €Mlight-independent protochlorophyllide reductase subunit B [Botrypus strictus]Ą€0€¤€0€Ą€QDF59120Ŗ€ĸ€0€0€ €/hypothetical protein [Portunus trituberculatus]Ą€0€¤€0€Ą€MPC98265Ŗ€ĸ€0€0€ €%MFS transporter [Streptomyces rochei]Ą€0€Ŧ€0€Ą€BBC91732Ŗ€ĸ€0€0€ €Ũuncharacterized protein ASPWEDRAFT_44257 [Aspergillus wentii DTO 134E9] >KAI9934763.1 hypothetical protein MW887_000380 [Aspergillus wentii] >OJJ32190.1 hypothetical protein ASPWEDRAFT_44257 [Aspergillus wentii DTO 134E9]Ą€0€Š€0€Ą€ XP_040685867Ŗ€ĸ€0€0€ €‚‘hypothetical protein [Salmonella enterica subsp. enterica serovar 4,[5],12:b:-] >EDQ8095106.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Java] >EDR2261629.1 hypothetical protein [Salmonella enterica] >EEE5613297.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Typhimurium] >EDQ9996407.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Java]Ą€0€¤€0€Ą€ EDQ0183574Ŗ€ĸ€0€0€ €™winged helix-turn-helix domain-containing protein [Amycolatopsis australiensis] >SFW70327.1 regulatory protein, arsR family [Amycolatopsis australiensis]Ą€0€Š€0€Ą€ WP_072476944Ŗ€ĸ€0€0€ €3cell division protein FtsL [Atopobiaceae bacterium]Ą€0€¤€0€Ą€ MBR3327931Ŗ€ĸ€0€0€ €:Methyltransferase type 12 [Chitinophaga pinensis DSM 2588]Ą€0€¤€0€Ą€ACU61622Ŗ€ĸ€0€0€ €uethanolamine utilization protein [Escherichia coli] >HCO7396825.1 ethanolamine utilization protein [Escherichia coli]Ą€0€¤€0€Ą€ EFM1979785Ŗ€ĸ€0€0€ €BMarR family transcriptional regulator [Azorhizobium doebereinerae]Ą€0€Š€0€Ą€ WP_029005116Ŗ€ĸ€0€0€ €7DUF4418 domain-containing protein [Bifidobacterium sp.]Ą€0€¯€0€Ą€HCF98070Ŗ€ĸ€0€0€ €#heme o synthase [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_280541983Ŗ€ĸ€0€0€ €-TAZ zinc finger protein [Medicago truncatula]Ą€0€¤€0€Ą€KEH41285Ŗ€ĸ€0€0€ €;hypothetical protein AWC09_16005 [Mycolicibacter hiberniae]Ą€0€¤€0€Ą€ORV68006Ŗ€ĸ€0€0€ €ƒYaeF family permuted papain-like enzyme [Escherichia coli] >HCA7467544.1 YaeF family permuted papain-like enzyme [Escherichia coli]Ą€0€¯€0€Ą€ HCA7191507Ŗ€ĸ€0€0€ €‚€MULTISPECIES: RNase adapter RapZ [Curtobacterium] >MBF4586158.1 RNase adapter RapZ [Curtobacterium sp. VKM Ac-2887] >MBF4604229.1 RNase adapter RapZ [Curtobacterium sp. VKM Ac-2884] >MBT1622620.1 RNase adapter RapZ [Curtobacterium flaccumfaciens pv. oortii] >NQW89316.1 RNase adapter RapZ [Curtobacterium sp. VKM Ac-2861] >PZE97447.1 RNase adapter RapZ [Curtobacterium sp. MCJR17_020]Ą€0€Š€0€Ą€ WP_111083956Ŗ€ĸ€0€0€ €„uncharacterized protein C9374_001561 [Naegleria lovaniensis] >KAG2387229.1 hypothetical protein C9374_001561 [Naegleria lovaniensis]Ą€0€Š€0€Ą€ XP_044551221Ŗ€ĸ€0€0€ €(hypothetical protein [Methanoregula sp.]Ą€0€¤€0€Ą€ MCK9592859Ŗ€ĸ€0€0€ €’HAMP domain-containing sensor histidine kinase [Paenibacillus odorifer] >OMD77659.1 two-component sensor histidine kinase [Paenibacillus odorifer]Ą€0€Š€0€Ą€ WP_076194242Ŗ€ĸ€0€0€ €;DEAD/DEAH box helicase [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBI2147080Ŗ€ĸ€0€0€ €rhypothetical protein [Desulfosporosinus sp. BG] >ODA40207.1 Cytochrome c family protein [Desulfosporosinus sp. BG]Ą€0€Š€0€Ą€ WP_068964936Ŗ€ĸ€0€0€ €9ZinT/AdcA family metal-binding protein [Escherichia coli]Ą€0€¤€0€Ą€ EHD1229023Ŗ€ĸ€0€0€ €eMFS transporter [Paenibacillus doosanensis] >MCS7463912.1 MFS transporter [Paenibacillus doosanensis]Ą€0€Š€0€Ą€ WP_259619769Ŗ€ĸ€0€0€ €;putative tata-box-binding protein [Botryosphaeria dothidea]Ą€0€¤€0€Ą€ KAF4306879Ŗ€ĸ€0€0€ € phage tail protein I [Xanthomonas phaseoli] >MBO9855183.1 phage tail protein I [Xanthomonas sp. A1809] >MCC8532433.1 phage tail protein I [Xanthomonas phaseoli]Ą€0€Š€0€Ą€ WP_017171503Ŗ€ĸ€0€0€ €‚"aldehyde dehydrogenase [Blautia obeum] >MZT68387.1 aldehyde dehydrogenase family protein [Blautia obeum] >RHL43327.1 aldehyde dehydrogenase [Blautia obeum] >RYT67731.1 aldehyde dehydrogenase [Blautia obeum] >CDD87240.1 aldehyde dehydrogenase (NAD) family protein [Ruminococcus obeum CAG:39]Ą€0€Š€0€Ą€ WP_022389025Ŗ€ĸ€0€0€ €ÃMULTISPECIES: STAS domain-containing protein [Acidovorax] >KRD16409.1 hypothetical protein ASE39_10880 [Acidovorax sp. Root267] >MBD9393596.1 STAS domain-containing protein [Acidovorax sp. ACV01]Ą€0€Š€0€Ą€ WP_010462366Ŗ€ĸ€0€0€ €Shypothetical protein CONCODRAFT_137633, partial [Conidiobolus coronatus NRRL 28638]Ą€0€¤€0€Ą€KXN72221Ŗ€ĸ€0€0€ €:ABC transporter substrate-binding protein [Frankia sp. B2]Ą€0€¤€0€Ą€TFE29608Ŗ€ĸ€0€0€ €4hypothetical protein N0V84_010882 [Fusarium piperis]Ą€0€¤€0€Ą€ KAJ4310611Ŗ€ĸ€0€0€ €‚)SIMPL domain-containing protein [Gammaproteobacteria bacterium] >MBT4331178.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium] >MBT5360950.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium] >MBT5635852.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT3309449Ŗ€ĸ€0€0€ €čUDP-N-acetylmuramate dehydrogenase [Bradyrhizobium guangzhouense] >QAU45507.1 UDP-N-acetylenolpyruvoylglucosamine reductase [Bradyrhizobium guangzhouense] >RXH10995.1 UDP-N-acetylmuramate dehydrogenase [Bradyrhizobium guangzhouense]Ą€0€Š€0€Ą€ WP_128950282Ŗ€ĸ€0€0€ €ŒDUF4040 domain-containing protein [Novosphingopyxis iocasae] >MBH9536857.1 DUF4040 domain-containing protein [Novosphingopyxis sp. YJ-S2-01]Ą€0€Š€0€Ą€ WP_187335130Ŗ€ĸ€0€0€ €žNAD-dependent epimerase/dehydratase family protein, partial [Mesorhizobium sp. M7A.F.Ca.CA.004.04.1.1] >RUX91594.1 UDP-glucose 4-epimerase, partial [Mesorhizobium sp. M7A.F.Ca.CA.004.04.1.1]Ą€0€Š€0€Ą€ WP_164767343Ŗ€ĸ€0€0€ €aldo/keto reductase [Niastella koreensis] >AEV98085.1 aldo/keto reductase [Niastella koreensis GR20-10] >OQP40117.1 aldo/keto reductase [Niastella koreensis]Ą€0€Š€0€Ą€ WP_014217999Ŗ€ĸ€0€0€ €Ģribonucleoside-diphosphate reductase subunit alpha [Winogradskyella litoriviva] >NRD24388.1 ribonucleoside-diphosphate reductase subunit alpha [Winogradskyella litoriviva]Ą€0€Š€0€Ą€ WP_173302040Ŗ€ĸ€0€0€ €6plasmid SOS inhibition protein A [Salmonella enterica]Ą€0€¤€0€Ą€ MCH6132484Ŗ€ĸ€0€0€ €8hypothetical protein NQ315_013023 [Exocentrus adspersus]Ą€0€¤€0€Ą€ KAJ8911168Ŗ€ĸ€0€0€ €6DUF945 domain-containing protein [Salmonella enterica]Ą€0€¤€0€Ą€ EGC1082389Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UZH89542Ŗ€ĸ€0€0€ €)thymidylate kinase [bacterium BMS3Bbin01]Ą€0€Ŧ€0€Ą€GBE22655Ŗ€ĸ€0€0€ €'transposase [Streptomyces sp. I4(2020)]Ą€0€Š€0€Ą€ WP_233227509Ŗ€ĸ€0€0€ €*aprataxin isoform X2 [Pelodiscus sinensis]Ą€0€Š€0€Ą€ XP_006114890Ŗ€ĸ€0€0€ €)unnamed protein product [Staurois parvus]Ą€0€Ĩ€0€Ą€ CAI9595211Ŗ€ĸ€0€0€ €]hydroxylase, partial [Vibrio splendidus] >PTP41029.1 hydroxylase, partial [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_108109984Ŗ€ĸ€0€0€ €éhypothetical protein [Saprospiraceae bacterium] >MBX7178652.1 hypothetical protein [Saprospiraceae bacterium] >MCO5282990.1 hypothetical protein [Saprospiraceae bacterium] >MCO6471720.1 hypothetical protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBX2936516Ŗ€ĸ€0€0€ €2hypothetical protein, partial [Xanthomonas oryzae]Ą€0€Š€0€Ą€ WP_218623326Ŗ€ĸ€0€0€ €-aspartic proteinase CDR1-like [Quercus robur]Ą€0€Š€0€Ą€ XP_050255036Ŗ€ĸ€0€0€ €,TIGR03118 family protein [Nocardia sp. AG03]Ą€0€Š€0€Ą€ WP_278264086Ŗ€ĸ€0€0€ €9LysR family transcriptional regulator [Vibrio natriegens]Ą€0€Š€0€Ą€ WP_243977667Ŗ€ĸ€0€0€ €5hypothetical protein D9613_007346 [Agrocybe pediades]Ą€0€¤€0€Ą€ KAF4611166Ŗ€ĸ€0€0€ €+cysteine--tRNA ligase [Porphyromonas bobii]Ą€0€Š€0€Ą€ WP_215493005Ŗ€ĸ€0€0€ €3elongation factor Ts [Rhodanobacteraceae bacterium]Ą€0€¤€0€Ą€ MBK8070034Ŗ€ĸ€0€0€ €4dehydrogenase [Mycobacterium tuberculosis BTB05-660]Ą€0€¤€0€Ą€KCN41050Ŗ€ĸ€0€0€ €TTetR family copper-responsive transcriptional repressor ComR [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MCP5750602Ŗ€ĸ€0€0€ €5GatB/YqeY domain-containing protein [Bacteroides sp.]Ą€0€¤€0€Ą€ MBP7130798Ŗ€ĸ€0€0€ €Žuncharacterized protein BU26DRAFT_89458 [Trematosphaeria pertusa] >KAF2244936.1 hypothetical protein BU26DRAFT_89458 [Trematosphaeria pertusa]Ą€0€Š€0€Ą€ XP_033679940Ŗ€ĸ€0€0€ €ohypothetical protein [Neobacillus sp. WH10] >WHY78855.1 hypothetical protein QNH20_06910 [Neobacillus sp. WH10]Ą€0€Š€0€Ą€ WP_283922158Ŗ€ĸ€0€0€ €ŸOmpA family protein [Actinomycetospora cinnamomea] >PVZ08010.1 outer membrane protein OmpA-like peptidoglycan-associated protein [Actinomycetospora cinnamomea]Ą€0€Š€0€Ą€ WP_133251971Ŗ€ĸ€0€0€ €6VWA domain-containing protein [Streptomyces sp. CoH17]Ą€0€Š€0€Ą€ WP_267714175Ŗ€ĸ€0€0€ €hydroxymethylglutaryl-CoA lyase [Pseudomonas nabeulensis] >TFY96088.1 hydroxymethylglutaryl-CoA lyase [Pseudomonas nabeulensis]Ą€0€Š€0€Ą€ WP_135306871Ŗ€ĸ€0€0€ €Hcalcium-translocating P-type ATPase, PMCA-type [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBE5737882Ŗ€ĸ€0€0€ €>outer membrane protein assembly factor BamB [Escherichia coli]Ą€0€¤€0€Ą€MSL30063Ŗ€ĸ€0€0€ €‘FimV/HubP family polar landmark protein, partial [Grimontia sp. AD028] >KKD62216.1 hypothetical protein RN22_02500, partial [Grimontia sp. AD028]Ą€0€Š€0€Ą€ WP_046302954Ŗ€ĸ€0€0€ €2DUF4345 domain-containing protein [Vibrio harveyi]Ą€0€Š€0€Ą€ WP_050926421Ŗ€ĸ€0€0€ €7hypothetical protein ALISP_5359 [Alicycliphilus sp. B1]Ą€0€Ŧ€0€Ą€GAO25539Ŗ€ĸ€0€0€ €.cyanophycinase [Sphingobacterium alimentarium]Ą€0€Š€0€Ą€ WP_165894367Ŗ€ĸ€0€0€ €6peptidoglycan-binding protein [Rhizobium sp. 42MFCr.1]Ą€0€Š€0€Ą€ WP_018858575Ŗ€ĸ€0€0€ €2GGDEF domain-containing protein [Escherichia coli]Ą€0€¯€0€Ą€ HBB7853833Ŗ€ĸ€0€0€ €Ihypothetical protein Firmicute1046_0170 [uncultured Firmicutes bacterium]Ą€0€¤€0€Ą€QGT50941Ŗ€ĸ€0€0€ €8hypothetical protein N7511_010596 [Penicillium nucicola]Ą€0€¤€0€Ą€ KAJ5748900Ŗ€ĸ€0€0€ €:hypothetical protein, partial [Paraburkholderia terricola]Ą€0€Š€0€Ą€ WP_073432751Ŗ€ĸ€0€0€ €KAJ8098177.1 hypothetical protein POJ06DRAFT_258755 [Lipomyces tetrasporus]Ą€0€Š€0€Ą€ XP_056041627Ŗ€ĸ€0€0€ €=helix-turn-helix transcriptional regulator [Escherichia coli]Ą€0€Š€0€Ą€ WP_225902036Ŗ€ĸ€0€0€ €%malic enzyme [Colletotrichum salicis]Ą€0€¤€0€Ą€KXH55701Ŗ€ĸ€0€0€ €õhypothetical protein [Desulfoferrobacter suflitae] >MCK8602812.1 hypothetical protein [Desulfoferrobacter suflitae] >MCK8603944.1 hypothetical protein [Desulfoferrobacter suflitae] >MCK8604086.1 hypothetical protein [Desulfoferrobacter suflitae]Ą€0€Š€0€Ą€ WP_258930666Ŗ€ĸ€0€0€ €namino acid permease [Staphylococcus sp. TE8] >KDE96129.1 gamma-aminobutyrate permease [Staphylococcus sp. TE8]Ą€0€Š€0€Ą€ WP_037548932Ŗ€ĸ€0€0€ €6nucleoside-diphosphate kinase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBM3160744Ŗ€ĸ€0€0€ €8unnamed protein product [Triticum turgidum subsp. durum]Ą€0€Ĩ€0€Ą€VAI84247Ŗ€ĸ€0€0€ €(copine IV, partial [synthetic construct]Ą€0€¤€0€Ą€AAX29823Ŗ€ĸ€0€0€ €>ABC transporter ATP-binding protein [Streptococcus agalactiae]Ą€0€¤€0€Ą€OZV86646Ŗ€ĸ€0€0€ €‚Kresponse regulator transcription factor [Enterocloster asparagiformis] >EEG56403.1 response regulator receiver domain protein [[Clostridium] asparagiforme DSM 15981] >RGX30800.1 DNA-binding response regulator [Enterocloster asparagiformis] >UWO75604.1 response regulator transcription factor [[Clostridium] asparagiforme DSM 15981]Ą€0€Š€0€Ą€ WP_007708736Ŗ€ĸ€0€0€ €=type II/IV secretion system protein [Victivallales bacterium]Ą€0€¤€0€Ą€ MBT7163208Ŗ€ĸ€0€0€ €7TrmB family transcriptional regulator [Bacillus cereus]Ą€0€Š€0€Ą€ WP_210734217Ŗ€ĸ€0€0€ €8S41 family peptidase, partial [Polaribacter butkevichii]Ą€0€Š€0€Ą€ WP_211296720Ŗ€ĸ€0€0€ €_aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBO0787136Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOK24130Ŗ€ĸ€0€0€ €tHAD hydrolase-like protein [Actinomyces sp. HMSC08A09] >OFT43628.1 haloacid dehalogenase [Actinomyces sp. HMSC08A09]Ą€0€Š€0€Ą€ WP_070509780Ŗ€ĸ€0€0€ €6transcription factor bHLH162-like [Coffea eugenioides]Ą€0€Š€0€Ą€ XP_027172582Ŗ€ĸ€0€0€ €/xylitol dehydrogenase [Kluyveromyces marxianus]Ą€0€¤€0€Ą€AQY75504Ŗ€ĸ€0€0€ €“50S ribosome-binding GTPase [Candidatus Thermoplasmatota archaeon] >MCL5790165.1 50S ribosome-binding GTPase [Candidatus Thermoplasmatota archaeon]Ą€0€¤€0€Ą€ MCL4333886Ŗ€ĸ€0€0€ €(argininosuccinate lyase [Podila epigama]Ą€0€¤€0€Ą€ KAF9419545Ŗ€ĸ€0€0€ €‚UMULTISPECIES: DUF4157 domain-containing protein [unclassified Leisingera] >KIC17963.1 hypothetical protein RA21_05900 [Leisingera sp. ANG-DT] >KIC22301.1 hypothetical protein RA23_19420 [Leisingera sp. ANG-S3] >KIC53514.1 hypothetical protein RA22_09605 [Leisingera sp. ANG-S] >KID07909.1 hypothetical protein GC1_18050 [Leisingera sp. ANG1]Ą€0€Š€0€Ą€ WP_019296707Ŗ€ĸ€0€0€ €>NADH-quinone oxidoreductase subunit NuoN [Salmonella enterica]Ą€0€¤€0€Ą€ EAZ5330394Ŗ€ĸ€0€0€ €/universal stress protein [Parasutterella muris]Ą€0€Š€0€Ą€ WP_251450535Ŗ€ĸ€0€0€ €6hypothetical protein, partial [Rhizobium hidalgonense]Ą€0€Š€0€Ą€ WP_245456681Ŗ€ĸ€0€0€ €“tetratricopeptide repeat protein [Wohlfahrtiimonas chitiniclastica] >KZX37439.1 hypothetical protein A6V30_00690 [Wohlfahrtiimonas chitiniclastica]Ą€0€Š€0€Ą€ WP_063503202Ŗ€ĸ€0€0€ €0hypothetical protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_214279799Ŗ€ĸ€0€0€ €)alpha/beta hydrolase [Flavobacterium sp.]Ą€0€¤€0€Ą€ MBT4680312Ŗ€ĸ€0€0€ €khypothetical protein [Marinobacter salsuginis] >MBY6071283.1 hypothetical protein [Marinobacter salsuginis]Ą€0€Š€0€Ą€ WP_222465269Ŗ€ĸ€0€0€ €*class E sortase [Plantibacter sp. Leaf314]Ą€0€Š€0€Ą€ WP_157580311Ŗ€ĸ€0€0€ €yRNA polymerase sigma-70 factor [Cryobacterium sp. SO2] >WEO78779.1 RNA polymerase sigma-70 factor [Cryobacterium sp. SO2]Ą€0€Š€0€Ą€ WP_265399898Ŗ€ĸ€0€0€ €˜SRPBCC domain-containing protein [Actinomadura glauciflava] >MCR3741303.1 putative conserved protein YndB, AHSA1/START domain [Actinomadura glauciflava]Ą€0€Š€0€Ą€ WP_258941688Ŗ€ĸ€0€0€ €9hypothetical protein A1332_21235 [Methylomonas methanica]Ą€0€¤€0€Ą€OAH97901Ŗ€ĸ€0€0€ €6hypothetical protein [Patescibacteria group bacterium]Ą€0€¤€0€Ą€ MCH8821589Ŗ€ĸ€0€0€ €@sodium/calcium exchanger 1-like isoform X3 [Cyprinodon tularosa]Ą€0€Š€0€Ą€ XP_038144206Ŗ€ĸ€0€0€ €€lipocalin-like domain-containing protein [Collimonas pratensis] >AMP05795.1 lipocalin-like domain protein [Collimonas pratensis]Ą€0€Š€0€Ą€ WP_236905832Ŗ€ĸ€0€0€ €‚BMULTISPECIES: sigma-54-dependent response regulator transcription factor FleR [Pseudomonas] >RQI54198.1 sigma-54-dependent Fis family transcriptional regulator [Pseudomonas aeruginosa] >RQI67240.1 sigma-54-dependent Fis family transcriptional regulator [Pseudomonas aeruginosa] >HBN8559651.1 sigma-54-dependent response regulator transcription factor FleR [Pseudomonas aeruginosa] >HBN8563887.1 sigma-54-dependent response regulator transcription factor FleR [Pseudomonas aeruginosa] >HBP1416388.1 sigma-54-dependent Fis family transcriptional regulator [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_124213670Ŗ€ĸ€0€0€ €‚type II toxin-antitoxin system PemK/MazF family toxin [Staphylococcus aureus] >EHS70990.1 PemK-like domain protein [Staphylococcus aureus subsp. aureus IS-125] >EHS72060.1 PemK-like domain protein [Staphylococcus aureus subsp. aureus IS-160] >MBN4913218.1 type II toxin-antitoxin system PemK/MazF family toxin [Staphylococcus sp. EG-SA-13] >NZD72327.1 type II toxin-antitoxin system PemK/MazF family toxin [Staphylococcus aureus] >ADL66075.1 PemK-like growth inhibitor protein [Staphylococcus aureus subsp. aureus str. JKD6008]Ą€0€Š€0€Ą€ WP_000391618Ŗ€ĸ€0€0€ €8sushi domain-containing protein 6-like [Caretta caretta]Ą€0€Š€0€Ą€ XP_048688918Ŗ€ĸ€0€0€ €‡hypothetical protein CC77DRAFT_1053564 [Alternaria alternata] >OAG16394.1 hypothetical protein CC77DRAFT_1053564 [Alternaria alternata]Ą€0€Š€0€Ą€ XP_018381815Ŗ€ĸ€0€0€ €7chromosome partitioning protein ParB [Escherichia coli]Ą€0€¯€0€Ą€ HAJ6883934Ŗ€ĸ€0€0€ €ehypothetical protein [Brevibacterium casei] >MCT1549702.1 hypothetical protein [Brevibacterium casei]Ą€0€Š€0€Ą€ WP_259823591Ŗ€ĸ€0€0€ €Rpeptidylprolyl isomerase [Salmonella enterica subsp. enterica serovar Enteritidis]Ą€0€¤€0€Ą€ EBL5661155Ŗ€ĸ€0€0€ €'serine hydrolase [Bacillus inaquosorum]Ą€0€Š€0€Ą€ WP_268394364Ŗ€ĸ€0€0€ € MULTISPECIES: signal peptidase II [Rhizobium] >MBB5575178.1 signal peptidase II [Rhizobium paranaense] >PST64398.1 signal peptidase II [Rhizobium sp. SEMIA4064]Ą€0€Š€0€Ą€ WP_107106807Ŗ€ĸ€0€0€ €ˇMetQ/NlpA family ABC transporter substrate-binding protein [Latilactobacillus sakei] >MCM1597223.1 MetQ/NlpA family ABC transporter substrate-binding protein [Latilactobacillus sakei]Ą€0€Š€0€Ą€ WP_250824310Ŗ€ĸ€0€0€ €rFic family protein [Mycobacterium sp. 1245852.3] >OBJ81098.1 death-on-curing protein [Mycobacterium sp. 1245852.3]Ą€0€Š€0€Ą€ WP_067144449Ŗ€ĸ€0€0€ €iDabb family protein [Bacteroidales bacterium] >MBD5219000.1 Dabb family protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBD5174823Ŗ€ĸ€0€0€ €Ëpentapeptide repeat-containing protein [Okeania sp. SIO2G5] >NEP96578.1 pentapeptide repeat-containing protein [Okeania sp. SIO2F5] >NEQ94333.1 pentapeptide repeat-containing protein [Okeania sp. SIO2G4]Ą€0€¤€0€Ą€NEP75465Ŗ€ĸ€0€0€ €{hypothetical protein [Luteibacter aegosomaticola] >UPG88372.1 hypothetical protein L2Y96_13175 [Luteibacter aegosomaticola]Ą€0€Š€0€Ą€ WP_247326555Ŗ€ĸ€0€0€ €7hypothetical protein MM_1400 [Methanosarcina mazei Go1]Ą€0€¤€0€Ą€AAM31096Ŗ€ĸ€0€0€ €0hypothetical protein [Pseudomonadales bacterium]Ą€0€¤€0€Ą€ MCH2098905Ŗ€ĸ€0€0€ €‚szinc metallopeptidase [Flavobacterium gawalongense] >TRX01236.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX05239.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX09142.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX09223.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX26680.1 zinc metallopeptidase [Flavobacterium gawalongense]Ą€0€Š€0€Ą€ WP_143387569Ŗ€ĸ€0€0€ €&hypothetical protein [Rhodoglobus sp.]Ą€0€¤€0€Ą€ MCU1579718Ŗ€ĸ€0€0€ €8cell division protein ZapA [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€ MBE8222136Ŗ€ĸ€0€0€ €:hypothetical protein N752_06030 [Desulforamulus aquiferis]Ą€0€¤€0€Ą€RYD06084Ŗ€ĸ€0€0€ €Fdynein light chain Tctex-type protein 2 isoform X2 [Mauremys reevesii]Ą€0€Š€0€Ą€ XP_039387169Ŗ€ĸ€0€0€ €SDS96335.1 Ribonuclease BN, tRNA processing enzyme [Brevibacterium siliguriense]Ą€0€Š€0€Ą€ WP_092015539Ŗ€ĸ€0€0€ €Šefflux RND transporter periplasmic adaptor subunit [Agrobacterium tumefaciens] >WCJ65046.1 efflux RND transporter periplasmic adaptor subunit [Agrobacterium tumefaciens]Ą€0€Š€0€Ą€ WP_236777269Ŗ€ĸ€0€0€ €;DUF1559 domain-containing protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€NLX21103Ŗ€ĸ€0€0€ €0AAA family ATPase [Mycolicibacterium sp. F2034L]Ą€0€Š€0€Ą€ WP_281498184Ŗ€ĸ€0€0€ €°MULTISPECIES: malate dehydrogenase [Flavobacterium] >PIF33487.1 malate dehydrogenase (NAD) [Flavobacterium sp. 9] >TPG41670.1 malate dehydrogenase [Flavobacterium pectinovorum]Ą€0€Š€0€Ą€ WP_099711363Ŗ€ĸ€0€0€ €(MFS transporter [Neisseria meningitidis]Ą€0€Š€0€Ą€ WP_127202722Ŗ€ĸ€0€0€ €ELOW QUALITY PROTEIN: angiotensin-converting enzyme [Vombatus ursinus]Ą€0€Š€0€Ą€ XP_027728774Ŗ€ĸ€0€0€ €4carbonate dehydratase [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€ MBL9135845Ŗ€ĸ€0€0€ €Šuncharacterized protein ColLi_10971 [Colletotrichum spaethianum] >GKT50790.1 hypothetical protein ColLi_10971 [Colletotrichum spaethianum]Ą€0€Š€0€Ą€ XP_049133140Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBP5665134Ŗ€ĸ€0€0€ €-radical SAM protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€QRN83137Ŗ€ĸ€0€0€ €,unnamed protein product [Rhizoctonia solani]Ą€0€Ĩ€0€Ą€ CAE6472910Ŗ€ĸ€0€0€ €"MFS transporter [Microbispora sp.]Ą€0€¤€0€Ą€ MBX6384685Ŗ€ĸ€0€0€ €TQL76389.1 subtilisin family serine protease [Stackebrandtia endophytica]Ą€0€Š€0€Ą€ WP_142037733Ŗ€ĸ€0€0€ €Fhypothetical protein B0H13DRAFT_1486282, partial [Mycena leptocephala]Ą€0€¤€0€Ą€ KAJ7821411Ŗ€ĸ€0€0€ €8hypothetical protein HPB49_020120 [Dermacentor silvarum]Ą€0€¤€0€Ą€ KAH7980918Ŗ€ĸ€0€0€ €™hypothetical protein WP3W18E02_P12580 [Klebsiella sp. WP3-W18-ESBL-02] >BBR23598.1 hypothetical protein WP3S18E05_P13150 [Klebsiella sp. WP3-S18-ESBL-05]Ą€0€Ŧ€0€Ą€BBQ86561Ŗ€ĸ€0€0€ €÷protein phosphatase 2A regulatory subunit PR55 [Yamadazyma tenuis ATCC 10573] >EGV60779.1 protein phosphatase 2A regulatory subunit PR55 [Yamadazyma tenuis ATCC 10573] >WEJ93950.1 protein phosphatase 2A regulatory subunit cdc55 [Yamadazyma tenuis]Ą€0€Š€0€Ą€ XP_006689993Ŗ€ĸ€0€0€ €mhypothetical protein [Rhodococcus sp. JVH1] >EJI99539.1 hypothetical protein JVH1_3147 [Rhodococcus sp. JVH1]Ą€0€Š€0€Ą€ WP_009475234Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCK5175373Ŗ€ĸ€0€0€ €lDNA topoisomerase IB [Croceibacterium mercuriale] >KHL26398.1 DNA topoisomerase [Croceibacterium mercuriale]Ą€0€Š€0€Ą€ WP_039095635Ŗ€ĸ€0€0€ €9Uma2 family endonuclease [Gloeotrichia echinulata DEX184]Ą€0€¤€0€Ą€ MCM0593547Ŗ€ĸ€0€0€ €3hypothetical protein ELQ92_08230 [Labedella populi]Ą€0€¤€0€Ą€RWZ64791Ŗ€ĸ€0€0€ €/hypothetical protein [Blastocatellia bacterium]Ą€0€¤€0€Ą€ MBX7220138Ŗ€ĸ€0€0€ €;hypothetical protein BDR06DRAFT_1021352 [Suillus hirtellus]Ą€0€¤€0€Ą€ KAG2053605Ŗ€ĸ€0€0€ €TC1D4 protein [Cepphus grylle]Ą€0€¤€0€Ą€NXV13419Ŗ€ĸ€0€0€ €}type II toxin-antitoxin system HicB family antitoxin [Thalassospira xiamenensis] >RCK40317.1 HicB [Thalassospira xiamenensis]Ą€0€Š€0€Ą€ WP_114094371Ŗ€ĸ€0€0€ €pgamma-glutamylcyclotransferase [Bosea sp. CRIB-10] >SFC50891.1 cation transport protein ChaC [Bosea sp. CRIB-10]Ą€0€Š€0€Ą€ WP_092156886Ŗ€ĸ€0€0€ €gtype II toxin-antitoxin system antitoxin CcdA [Salmonella enterica subsp. enterica serovar Enteritidis]Ą€0€¤€0€Ą€ EDF0432725Ŗ€ĸ€0€0€ €:HDIG domain-containing protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCA1589644Ŗ€ĸ€0€0€ €=MAG: hypothetical protein M1839_001673 [Geoglossum umbratile]Ą€0€¤€0€Ą€ KAI9774712Ŗ€ĸ€0€0€ €ŖMAG: SDR family NAD(P)-dependent oxidoreductase [Sinobacteraceae bacterium] >TBR74099.1 MAG: SDR family NAD(P)-dependent oxidoreductase [Sinobacteraceae bacterium]Ą€0€¤€0€Ą€TAM11363Ŗ€ĸ€0€0€ €@OpgC domain-containing protein [Commensalibacter sp. TBRC 10068]Ą€0€Š€0€Ą€ WP_281462881Ŗ€ĸ€0€0€ €AABC transporter integral membrane type 1 [Penicillium canariense]Ą€0€¤€0€Ą€ KAJ5168969Ŗ€ĸ€0€0€ €copper homeostasis protein CutC [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_099529629Ŗ€ĸ€0€0€ €>MAG: glycoside hydrolase family 16 protein [Brevundimonas sp.]Ą€0€¤€0€Ą€RZJ01256Ŗ€ĸ€0€0€ €Fnitrate ABC transporter, permease protein [Campylobacterota bacterium]Ą€0€¯€0€Ą€HHH37178Ŗ€ĸ€0€0€ €#harmonin-like [Pelodiscus sinensis]Ą€0€Š€0€Ą€ XP_025046235Ŗ€ĸ€0€0€ €1protein-disulfide reductase DsbD [Vibrio harveyi]Ą€0€Š€0€Ą€ WP_274885772Ŗ€ĸ€0€0€ €0hypothetical protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_252384350Ŗ€ĸ€0€0€ €7DNA polymerase III, epsilon subunit [Thiomonas sp. CB3]Ą€0€Ĩ€0€Ą€CQR41738Ŗ€ĸ€0€0€ €/hypothetical protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MBC7879491Ŗ€ĸ€0€0€ €‚Xmolybdopterin molybdotransferase MoeA [Methylomonas sp.] >PPD21330.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] >PPD26927.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] >PPD38858.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] >PPD41708.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.]Ą€0€¤€0€Ą€ MBS3963684Ŗ€ĸ€0€0€ €=glycosyltransferase family 4 protein [Chromatiales bacterium]Ą€0€¯€0€Ą€HET19539Ŗ€ĸ€0€0€ €)YdbH family protein [Salmonella enterica]Ą€0€¤€0€Ą€ EGM3572601Ŗ€ĸ€0€0€ €@glycosyltransferase family 9 protein [Elusimicrobiota bacterium]Ą€0€¤€0€Ą€ MBI4678329Ŗ€ĸ€0€0€ €Ehypothetical protein D6792_03385 [Candidatus Parcubacteria bacterium]Ą€0€¤€0€Ą€RME29710Ŗ€ĸ€0€0€ €‚šmethionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT3630228.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT3824807.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT4132313.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT4296313.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MBT3228703Ŗ€ĸ€0€0€ €>MULTISPECIES: MFS transporter [unclassified Janthinobacterium]Ą€0€Š€0€Ą€ WP_086136661Ŗ€ĸ€0€0€ €;hypothetical protein PsYK624_057290 [Phanerochaete sordida]Ą€0€Ŧ€0€Ą€GJE89625Ŗ€ĸ€0€0€ €1DUF5983 family protein [Enterobacter sp. LAM2022]Ą€0€Š€0€Ą€ WP_267911890Ŗ€ĸ€0€0€ €Íheme anaerobic degradation radical SAM methyltransferase ChuW/HutW [Rhodopseudomonas sp. BR0G17] >NEW97482.1 heme anaerobic degradation radical SAM methyltransferase ChuW/HutW [Rhodopseudomonas sp. BR0G17]Ą€0€Š€0€Ą€ WP_164636240Ŗ€ĸ€0€0€ €—metal ABC transporter substrate-binding protein [Neisseria meningitidis] >CKK80481.1 ABC transporter substrate-binding protein [Neisseria meningitidis]Ą€0€Š€0€Ą€ WP_055406376Ŗ€ĸ€0€0€ €5long-chain-fatty-acid--CoA ligase [Piscinibacter sp.]Ą€0€¤€0€Ą€ MBP6544771Ŗ€ĸ€0€0€ €golfactory receptor 52R1-like [Marmota monax] >VTJ81055.1 Hypothetical predicted protein [Marmota monax]Ą€0€Š€0€Ą€ XP_046298169Ŗ€ĸ€0€0€ €,hypothetical protein [Scyliorhinus torazame]Ą€0€Ŧ€0€Ą€GCB60913Ŗ€ĸ€0€0€ €JSDR family NAD(P)-dependent oxidoreductase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCB9680378Ŗ€ĸ€0€0€ €4hypothetical protein L2E82_51259 [Cichorium intybus]Ą€0€¤€0€Ą€ KAI3679517Ŗ€ĸ€0€0€ €{hypothetical protein [Patescibacteria group bacterium] >MBU0964411.1 hypothetical protein [Patescibacteria group bacterium]Ą€0€¤€0€Ą€ MBU0598391Ŗ€ĸ€0€0€ €Žhelix-turn-helix domain-containing protein [Nocardioides immobilis] >RHW27409.1 PucR family transcriptional regulator [Nocardioides immobilis]Ą€0€Š€0€Ą€ WP_118925030Ŗ€ĸ€0€0€ €§PTS mannose/fructose/sorbose transporter subunit IIC [Klebsiella pneumoniae] >HBT5364761.1 PTS mannose/fructose/sorbose transporter subunit IIC [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MCB3018266Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€MSP81668Ŗ€ĸ€0€0€ €Eosmoprotectant transport system permease protein [Cohnella sp. OV330]Ą€0€Ĩ€0€Ą€SFB29161Ŗ€ĸ€0€0€ €‘septum site-determining protein MinD [Fusobacterium periodonticum] >VTX63628.1 Septum site-determining protein MinD [Fusobacterium periodonticum]Ą€0€Š€0€Ą€ WP_204638884Ŗ€ĸ€0€0€ €}ABC transporter ATP-binding protein [Ensifer sp. HO-A22] >NVD39759.1 ABC transporter ATP-binding protein [Ensifer sp. HO-A22]Ą€0€Š€0€Ą€ WP_176354145Ŗ€ĸ€0€0€ €eACP S-malonyltransferase [Microvirga lenta] >MCB5176108.1 ACP S-malonyltransferase [Microvirga lenta]Ą€0€Š€0€Ą€ WP_226741138Ŗ€ĸ€0€0€ €CD8 beta [synthetic construct]Ą€0€¤€0€Ą€ACU52521Ŗ€ĸ€0€0€ €‚hypothetical protein [Listeria monocytogenes] >EAF4320102.1 hypothetical protein [Listeria monocytogenes] >EAF4335979.1 hypothetical protein [Listeria monocytogenes] >EAF4351491.1 hypothetical protein [Listeria monocytogenes] >EAF4352187.1 hypothetical protein [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAF4311303Ŗ€ĸ€0€0€ €khypothetical protein COT88_00795 [Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_41_28]Ą€0€¤€0€Ą€PIR98590Ŗ€ĸ€0€0€ €1Autophagy-related protein 9 [Spathaspora sp. JA1]Ą€0€¤€0€Ą€RLV89158Ŗ€ĸ€0€0€ €RVU96457.1 aspartate/glutamate racemase family protein [Enterococcus avium]Ą€0€Š€0€Ą€ WP_127979673Ŗ€ĸ€0€0€ €‚‘BREX system P-loop protein BrxC [Bifidobacterium longum] >RGX36413.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RGX40734.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RGX48335.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RHB45007.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RHC66707.1 BREX system P-loop protein BrxC [Bifidobacterium longum]Ą€0€Š€0€Ą€ WP_101025682Ŗ€ĸ€0€0€ €>NAD(P)-dependent oxidoreductase [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€MBL68646Ŗ€ĸ€0€0€ €‚ĒMULTISPECIES: fluoride efflux transporter CrcB [Pseudomonas] >OYT80742.1 fluoride ion transporter CrcB [Pseudomonas sp. PGPPP4] >KIZ51292.1 camphor resistance protein CrcB [Pseudomonas oryzihabitans] >MBA1259235.1 fluoride efflux transporter CrcB [Pseudomonas psychrotolerans] >MBH3331854.1 fluoride efflux transporter CrcB [Pseudomonas oryzihabitans] >NMY93193.1 fluoride efflux transporter CrcB [Pseudomonas psychrotolerans]Ą€0€Š€0€Ą€ WP_027600082Ŗ€ĸ€0€0€ €ialpha/beta hydrolase [Cellulomonas cellasea] >MBB2925275.1 dienelactone hydrolase [Cellulomonas cellasea]Ą€0€Š€0€Ą€ WP_183298005Ŗ€ĸ€0€0€ €/nucleoside deaminase [Clostridiaceae bacterium]Ą€0€¤€0€Ą€NLL64488Ŗ€ĸ€0€0€ €2auxin-induced protein 6B-like [Hevea brasiliensis]Ą€0€Š€0€Ą€ XP_021682448Ŗ€ĸ€0€0€ €‚ƒORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UJV92467.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UJV93173.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UJV94036.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UKI64423.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UJV88611Ŗ€ĸ€0€0€ €.hypothetical protein [Prauserella endophytica]Ą€0€Š€0€Ą€ WP_158303127Ŗ€ĸ€0€0€ €Mphenylalanine--tRNA ligase subunit alpha [Candidatus Eisenbacteria bacterium]Ą€0€¤€0€Ą€ MBI1797961Ŗ€ĸ€0€0€ €Ņaconitate hydratase AcnA [Proteus terrae] >MCS6713223.1 aconitate hydratase AcnA [Proteus terrae] >MCS6731809.1 aconitate hydratase AcnA [Proteus terrae] >MCT8229969.1 aconitate hydratase AcnA [Proteus terrae]Ą€0€Š€0€Ą€ WP_259568097Ŗ€ĸ€0€0€ €*YfhO family protein [Enterococcus faecium]Ą€0€¯€0€Ą€ HCD4651973Ŗ€ĸ€0€0€ €8response regulator transcription factor [Dyella sp. C11]Ą€0€Š€0€Ą€ WP_109124355Ŗ€ĸ€0€0€ €>helix-turn-helix domain-containing protein [Methanoregula sp.]Ą€0€¤€0€Ą€ MCK9579519Ŗ€ĸ€0€0€ €.GTP 3',8-cyclase MoaA [Streptomyces sp. MBT42]Ą€0€Š€0€Ą€ WP_252122124Ŗ€ĸ€0€0€ €áLPXTG cell wall anchor domain-containing protein, partial [Staphylococcus aureus] >KAA38251.1 clumping factor B, partial [Staphylococcus aureus VET0080R] >KAE46230.1 clumping factor B, partial [Staphylococcus aureus VET0369R]Ą€0€Š€0€Ą€ WP_031912375Ŗ€ĸ€0€0€ €ĐMULTISPECIES: hypothetical protein [unclassified Pseudomonas] >PNA04677.1 hypothetical protein C1X28_13920 [Pseudomonas sp. FW305-BF15] >PNB80039.1 hypothetical protein C1X30_15695 [Pseudomonas sp. FW305-BF6]Ą€0€Š€0€Ą€ WP_102687017Ŗ€ĸ€0€0€ €9hypothetical protein B9W61_34295 [Streptomyces sp. CS057]Ą€0€¤€0€Ą€OWA15278Ŗ€ĸ€0€0€ €|Ribosome-binding protein 1-like 11 [Homarus americanus] >KAG7171620.1 Ribosome-binding protein 1-like 4 [Homarus americanus]Ą€0€¤€0€Ą€ KAG7153436Ŗ€ĸ€0€0€ €=pentapeptide repeat-containing protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAI4228870Ŗ€ĸ€0€0€ €3unnamed protein product [Heligmosomoides polygyrus]Ą€0€Ĩ€0€Ą€VDP10889Ŗ€ĸ€0€0€ €gDUF5519 family protein [Streptomyces xanthii] >QNS07838.1 DUF5519 family protein [Streptomyces xanthii]Ą€0€Š€0€Ą€ WP_188340499Ŗ€ĸ€0€0€ €Buroporphyrinogen-III synthase [Thermodesulfovibrionales bacterium]Ą€0€¤€0€Ą€ MCL0086045Ŗ€ĸ€0€0€ €™ABC transporter ATP-binding protein [Flavobacterium sp. PL002] >MBE0391568.1 putative ABC transporter ATP-binding protein YbhF [Flavobacterium sp. PL002]Ą€0€Š€0€Ą€ WP_192500494Ŗ€ĸ€0€0€ €eHPP family protein [Bosea sp. AK1] >TQI75135.1 CBS domain-containing membrane protein [Bosea sp. AK1]Ą€0€Š€0€Ą€ WP_142114448Ŗ€ĸ€0€0€ €ghypothetical protein [Chlamydiota bacterium] >MBI3267291.1 hypothetical protein [Chlamydiota bacterium]Ą€0€¤€0€Ą€ MBI1884116Ŗ€ĸ€0€0€ €8hypothetical protein HA466_0140560 [Hirschfeldia incana]Ą€0€¤€0€Ą€ KAJ0250772Ŗ€ĸ€0€0€ €6hypothetical protein [Cyanobacteria bacterium UBA8530]Ą€0€¯€0€Ą€HBN08959Ŗ€ĸ€0€0€ €Bhydroxymethylglutaryl-CoA lyase [Arachidicoccus ginsenosidivorans]Ą€0€¤€0€Ą€QEC74319Ŗ€ĸ€0€0€ €.kinase-like protein [Mycena olivaceomarginata]Ą€0€¤€0€Ą€ KAJ7903702Ŗ€ĸ€0€0€ €/hypothetical protein ROHU_030002 [Labeo rohita]Ą€0€¤€0€Ą€RXN11474Ŗ€ĸ€0€0€ €*four helix bundle protein [Maribacter sp.]Ą€0€¤€0€Ą€ MCJ7468405Ŗ€ĸ€0€0€ €@AMP-dependent synthetase [Salmonella enterica subsp. diarizonae]Ą€0€¤€0€Ą€ ECI0838809Ŗ€ĸ€0€0€ €ƒtype I methionyl aminopeptidase [Paenibacillus donghaensis] >ASA24350.1 type I methionyl aminopeptidase [Paenibacillus donghaensis]Ą€0€Š€0€Ą€ WP_087918330Ŗ€ĸ€0€0€ €Itype II toxin-antitoxin system ribonuclease toxin YhaV [Escherichia coli]Ą€0€¤€0€Ą€ EJA1208030Ŗ€ĸ€0€0€ €:hypothetical protein FB451DRAFT_1360695 [Mycena latifolia]Ą€0€¤€0€Ą€ KAJ7494177Ŗ€ĸ€0€0€ €.Gfo/Idh/MocA family oxidoreductase [bacterium]Ą€0€¤€0€Ą€ MCH2663613Ŗ€ĸ€0€0€ €{DUF3109 family protein [Phnomibacter ginsenosidimutans] >QGW26989.1 DUF3109 family protein [Phnomibacter ginsenosidimutans]Ą€0€Š€0€Ą€ WP_157476287Ŗ€ĸ€0€0€ €‚Mtwo-component system sensor histidine kinase RstB [Citrobacter freundii] >KAA3568988.1 two-component system sensor histidine kinase RstB [Citrobacter freundii] >MBA8049246.1 two-component system sensor histidine kinase RstB [Citrobacter freundii] >HAT3772388.1 two-component system sensor histidine kinase RstB [Citrobacter freundii]Ą€0€Š€0€Ą€ WP_149911652Ŗ€ĸ€0€0€ €-prepilin peptidase [Clostridioides difficile]Ą€0€¯€0€Ą€ HBF6683624Ŗ€ĸ€0€0€ €CTetR/AcrR family transcriptional regulator [Burkholderia ambifaria]Ą€0€Š€0€Ą€ WP_175740884Ŗ€ĸ€0€0€ €WABC transporter ATP-binding protein, partial [Mesorhizobium sp. M2C.T.Ca.TU.009.01.2.1]Ą€0€¤€0€Ą€RUU66461Ŗ€ĸ€0€0€ €…acyl-CoA thioester hydrolase [Bradyrhizobium sp. USDA 4545] >MCP1924372.1 acyl-CoA thioester hydrolase [Bradyrhizobium sp. USDA 4532]Ą€0€¤€0€Ą€ MCP1831263Ŗ€ĸ€0€0€ €FAD-dependent monooxygenase [Catenulispora acidiphila] >ACU69860.1 monooxygenase FAD-binding [Catenulispora acidiphila DSM 44928]Ą€0€Š€0€Ą€ WP_012785155Ŗ€ĸ€0€0€ €EMAG: hypothetical protein EOP84_28140 [Verrucomicrobiaceae bacterium]Ą€0€¤€0€Ą€RYD69609Ŗ€ĸ€0€0€ €Ÿacyltransferase [Burkholderia pseudomallei] >MBF3605662.1 acyltransferase [Burkholderia pseudomallei] >MBF3913226.1 acyltransferase [Burkholderia pseudomallei]Ą€0€¤€0€Ą€ MBF3543544Ŗ€ĸ€0€0€ €-ASH2L methyltransferase [Bombycilla garrulus]Ą€0€¤€0€Ą€NXN86496Ŗ€ĸ€0€0€ €&transposase [Clostridioides difficile]Ą€0€¯€0€Ą€ HBG7982863Ŗ€ĸ€0€0€ €ŖMlaA family lipoprotein [Photobacterium kishitanii] >PSU21343.1 ABC transporter [Photobacterium kishitanii] >PSV17736.1 ABC transporter [Photobacterium kishitanii]Ą€0€Š€0€Ą€ WP_107194058Ŗ€ĸ€0€0€ €0polysaccharide export protein [Escherichia coli]Ą€0€¤€0€Ą€ EFO2269166Ŗ€ĸ€0€0€ €5hypothetical protein [Bradyrhizobium sp. CCBAU 11386]Ą€0€Š€0€Ą€ WP_271569604Ŗ€ĸ€0€0€ €8hypothetical protein G9A89_007680 [Geosiphon pyriformis]Ą€0€¤€0€Ą€ KAG9297605Ŗ€ĸ€0€0€ €8hypothetical protein G9A89_012102 [Geosiphon pyriformis]Ą€0€¤€0€Ą€ KAG9291817Ŗ€ĸ€0€0€ €WMULTISPECIES: transposase [Arenibacter] >MCM4174247.1 transposase [Arenibacter sp. TNZ]Ą€0€Š€0€Ą€ WP_103478303Ŗ€ĸ€0€0€ €chypothetical protein [Morganella morganii] >HAT3767124.1 hypothetical protein [Morganella morganii]Ą€0€Š€0€Ą€ WP_159081190Ŗ€ĸ€0€0€ €4hypothetical protein BC332_05207 [Capsicum chinense]Ą€0€¤€0€Ą€PHU26875Ŗ€ĸ€0€0€ €@hypothetical protein NA56DRAFT_654341 [Hyaloscypha hepaticicola]Ą€0€¤€0€Ą€PMD26514Ŗ€ĸ€0€0€ €hypothetical protein [Paraburkholderia sp. BL25I1N1] >PRY06185.1 hypothetical protein B0G73_10783 [Paraburkholderia sp. BL25I1N1]Ą€0€Š€0€Ą€ WP_106281081Ŗ€ĸ€0€0€ €Qiron-sulfur cluster assembly accessory protein [Bacteroidetes bacterium B1(2017)]Ą€0€¤€0€Ą€OYU97658Ŗ€ĸ€0€0€ €.hypothetical protein [Lentisphaeria bacterium]Ą€0€¤€0€Ą€ MBP5531704Ŗ€ĸ€0€0€ €ô3-isopropylmalate dehydratase small subunit [Shewanella litorisediminis] >MCL2919978.1 3-isopropylmalate dehydratase small subunit [Shewanella litorisediminis] >QRH02152.1 3-isopropylmalate dehydratase small subunit [Shewanella litorisediminis]Ą€0€Š€0€Ą€ WP_203325777Ŗ€ĸ€0€0€ €?UvrD-helicase domain-containing protein [Pseudomonas ekonensis]Ą€0€Š€0€Ą€ WP_225927241Ŗ€ĸ€0€0€ €DUF599 family protein [Chenggangzhangella methanolivorans] >QZN99448.1 DUF599 family protein [Chenggangzhangella methanolivorans]Ą€0€Š€0€Ą€ WP_261402515Ŗ€ĸ€0€0€ €1hypothetical protein [Campylobacterota bacterium]Ą€0€¯€0€Ą€HHO42668Ŗ€ĸ€0€0€ €2heme transporter CcmD [Streptococcus constellatus]Ą€0€Š€0€Ą€ WP_049480885Ŗ€ĸ€0€0€ €1E3 ubiquitin/ISG15 ligase TRIM25 [Silurus asotus]Ą€0€¤€0€Ą€ KAI5618353Ŗ€ĸ€0€0€ €shypothetical protein [Solimonas sp. K1W22B-7] >AXQ30465.1 hypothetical protein D0B54_18065 [Solimonas sp. K1W22B-7]Ą€0€Š€0€Ą€ WP_117292786Ŗ€ĸ€0€0€ €1hypothetical protein [Nitratireductor alexandrii]Ą€0€Š€0€Ą€ WP_127595852Ŗ€ĸ€0€0€ €.AMSH-like protease isoform X2 [Chelonia mydas]Ą€0€Š€0€Ą€ XP_043406427Ŗ€ĸ€0€0€ €-Hsp70 family protein [Myxococcales bacterium]Ą€0€¤€0€Ą€NNL66378Ŗ€ĸ€0€0€ €Ahypothetical protein AVEN_210906-1, partial [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBM10107Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBF8294570Ŗ€ĸ€0€0€ €€methyl-accepting chemotaxis protein [Pectobacterium polaris] >RJL19780.1 HAMP domain-containing protein [Pectobacterium polaris]Ą€0€Š€0€Ą€ WP_120358183Ŗ€ĸ€0€0€ €6hypothetical protein QAD02_004650 [Eretmocerus hayati]Ą€0€¤€0€Ą€ KAJ8673388Ŗ€ĸ€0€0€ €'GADL1 decarboxylase [Loxia curvirostra]Ą€0€¤€0€Ą€NWY89495Ŗ€ĸ€0€0€ €Ehypothetical protein DRO64_04485 [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€RLI44152Ŗ€ĸ€0€0€ €7amidohydrolase family protein [Streptomyces sp. ISL-94]Ą€0€Š€0€Ą€ WP_251057605Ŗ€ĸ€0€0€ €;hypothetical protein [Candidatus Portnoybacteria bacterium]Ą€0€¯€0€Ą€HHD92264Ŗ€ĸ€0€0€ €‚3MULTISPECIES: biotin synthase BioB [Pseudomonas syringae group] >KPW67156.1 Biotin synthase [Pseudomonas syringae pv. broussonetiae] >KWS99133.1 biotin synthase [Pseudomonas syringae pv. broussonetiae] >RMS30859.1 Biotin synthase [Pseudomonas savastanoi] >RMT24598.1 Biotin synthase [Pseudomonas savastanoi]Ą€0€Š€0€Ą€ WP_057452934Ŗ€ĸ€0€0€ €Bhypothetical protein L915_07235, partial [Phytophthora parasitica]Ą€0€¤€0€Ą€ETK88527Ŗ€ĸ€0€0€ €Jguanine nucleotide-releasing factor 2-like isoform X10 [Megalopta genalis]Ą€0€Š€0€Ą€ XP_033323208Ŗ€ĸ€0€0€ €3olfactory receptor 1L4-like [Pantherophis guttatus]Ą€0€Š€0€Ą€ XP_034290446Ŗ€ĸ€0€0€ €5BON domain-containing protein [Caldilineae bacterium]Ą€0€¯€0€Ą€HEY66416Ŗ€ĸ€0€0€ €*hypothetical protein [Novosphingobium sp.]Ą€0€¤€0€Ą€ MCB2073222Ŗ€ĸ€0€0€ €5outer membrane beta-barrel protein [Escherichia coli]Ą€0€¯€0€Ą€ HCL9643688Ŗ€ĸ€0€0€ €Ohypothetical protein KEM48_014199 [Puccinia striiformis f. sp. tritici PST-130]Ą€0€¤€0€Ą€ KAI9631590Ŗ€ĸ€0€0€ €zdepupylase/deamidase Dop [Planobispora longispora] >GIH76917.1 proteasome accessory factor PafA2 [Planobispora longispora]Ą€0€Š€0€Ą€ WP_203891666Ŗ€ĸ€0€0€ €;hypothetical protein BCU68_02945 [Vibrio sp. 10N.286.49.B3]Ą€0€¤€0€Ą€PMH44474Ŗ€ĸ€0€0€ €8DUF6083 domain-containing protein [Streptomyces sp. LBL]Ą€0€Š€0€Ą€ WP_280892754Ŗ€ĸ€0€0€ €6STAS domain-containing protein [Nocardia goodfellowii]Ą€0€Š€0€Ą€ WP_209898688Ŗ€ĸ€0€0€ €Emolybdopterin molybdenumtransferase MoeA [Methanosarcinales archaeon]Ą€0€¤€0€Ą€NOQ32749Ŗ€ĸ€0€0€ €0TNT domain-containing protein [Listeria booriae]Ą€0€Š€0€Ą€ WP_260444899Ŗ€ĸ€0€0€ €+hypothetical protein [Actinospica robiniae]Ą€0€Š€0€Ą€ WP_157435775Ŗ€ĸ€0€0€ €=VWA domain-containing protein [Streptomyces sp. AC558_RSS880]Ą€0€Š€0€Ą€ WP_254398103Ŗ€ĸ€0€0€ €:hypothetical protein Rsub_10704 [Raphidocelis subcapitata]Ą€0€Ŧ€0€Ą€GBF98204Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBS4056461Ŗ€ĸ€0€0€ €‡DUF4269 domain-containing protein [Bradyrhizobium quebecense] >UGA44984.1 DUF4269 domain-containing protein [Bradyrhizobium quebecense]Ą€0€Š€0€Ą€ WP_176533080Ŗ€ĸ€0€0€ €Guncharacterized protein LOC113140969 isoform X2 [Mastacembelus armatus]Ą€0€Š€0€Ą€ XP_026180907Ŗ€ĸ€0€0€ €ÄLicD family protein [Sharpea azabuensis] >SFD55384.1 lipopolysaccharide cholinephosphotransferase [Sharpea azabuensis] >SFK55706.1 lipopolysaccharide cholinephosphotransferase [Sharpea azabuensis]Ą€0€Š€0€Ą€ WP_074781633Ŗ€ĸ€0€0€ €‚4DUF4459 domain-containing protein [Salmonella enterica] >EBQ6247269.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Fluntern] >ECG6537579.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Frintrop] >ECU0033092.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Eastbourne] >EDZ8699096.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Miami] >EIU1131105.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Kua]Ą€0€Š€0€Ą€ WP_117338721Ŗ€ĸ€0€0€ €ēacyl carrier protein [Deltaproteobacteria bacterium] >MBT4184153.1 acyl carrier protein [Deltaproteobacteria bacterium] >MBT4628599.1 acyl carrier protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT4014425Ŗ€ĸ€0€0€ €?ATP-grasp domain-containing protein [Thermoleophilia bacterium]Ą€0€¤€0€Ą€NUR77767Ŗ€ĸ€0€0€ €Bhypothetical protein GJ496_005758, partial [Pomphorhynchus laevis]Ą€0€¤€0€Ą€ KAI0987017Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBI1874593Ŗ€ĸ€0€0€ €‚VWA domain-containing protein [Salmonella enterica subsp. enterica] >EBP4524322.1 VWA domain-containing protein [Salmonella enterica] >EBU7937204.1 VWA domain-containing protein [Salmonella enterica subsp. enterica serovar Chittagong] >EBY5128489.1 VWA domain-containing protein [Salmonella enterica subsp. enterica serovar Brazzaville] >EDH6302362.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Westminster] >EDN7241372.1 VWA domain-containing protein [Salmonella enterica subsp. enterica serovar Thompson]Ą€0€¤€0€Ą€ EBF8124084Ŗ€ĸ€0€0€ €‚˜head-tail connector protein [Bacillus pseudomycoides] >PDY00493.1 hypothetical protein COO07_07400 [Bacillus pseudomycoides] >PEA84756.1 hypothetical protein CON99_05455 [Bacillus pseudomycoides] >PED09069.1 hypothetical protein COO19_06135 [Bacillus pseudomycoides] >PED70290.1 hypothetical protein CON97_20375 [Bacillus pseudomycoides] >PEF74188.1 hypothetical protein CON94_17375 [Bacillus pseudomycoides]Ą€0€Š€0€Ą€ WP_097794281Ŗ€ĸ€0€0€ €9tryptophan synthase subunit beta [Bacteroidota bacterium]Ą€0€¤€0€Ą€RLD79060Ŗ€ĸ€0€0€ €ÃMULTISPECIES: tRNA-modifying protein YgfZ [unclassified Escherichia] >RZM87760.1 tRNA-modifying protein YgfZ [Escherichia sp. E1V33] >TBR68015.1 tRNA-modifying protein YgfZ [Escherichia sp. E1S7]Ą€0€Š€0€Ą€ WP_130237435Ŗ€ĸ€0€0€ €Ftype II toxin-antitoxin system VapC family toxin [Symploca sp. SIO2C1]Ą€0€¤€0€Ą€NEP09993Ŗ€ĸ€0€0€ €mprimosomal protein [Phenylobacterium sp. LH3H17] >UTP37994.1 primosomal protein [Phenylobacterium sp. LH3H17]Ą€0€Š€0€Ą€ WP_254833504Ŗ€ĸ€0€0€ €Ųattachment protein [Pseudomonas aeruginosa] >HBO7886742.1 attachment protein [Pseudomonas aeruginosa] >HBO8195026.1 attachment protein [Pseudomonas aeruginosa] >HBO8317981.1 attachment protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBO7852577Ŗ€ĸ€0€0€ €NdTDP-6-deoxy-3,4-keto-hexulose isomerase [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€MAQ88009Ŗ€ĸ€0€0€ €8ABC transporter ATP-binding protein [Halobellus ramosii]Ą€0€Š€0€Ą€ WP_256546297Ŗ€ĸ€0€0€ €‚!threonine synthase [Vibrio cholerae] >EJL7975322.1 threonine synthase [Vibrio cholerae] >KAA1199461.1 threonine synthase [Vibrio cholerae] >KAA1210525.1 threonine synthase [Vibrio cholerae] >KAA1223399.1 threonine synthase [Vibrio cholerae] >TQP47251.1 threonine synthase [Vibrio cholerae]Ą€0€Š€0€Ą€ WP_108335718Ŗ€ĸ€0€0€ €,YgcG family protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBH8634352Ŗ€ĸ€0€0€ €Iamino acid ABC transporter permease [Salmonella enterica subsp. arizonae]Ą€0€¤€0€Ą€ ECI4825602Ŗ€ĸ€0€0€ €xPilW family protein [Variovorax boronicumulans] >OEZ32830.1 hypothetical protein AO062_00705 [Variovorax boronicumulans]Ą€0€Š€0€Ą€ WP_070060651Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AOW36968Ŗ€ĸ€0€0€ €FD-2-hydroxyacid dehydrogenase family protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€NDH20019Ŗ€ĸ€0€0€ €4hypothetical protein, partial [Citrobacter freundii]Ą€0€Š€0€Ą€ WP_224774708Ŗ€ĸ€0€0€ €ghypothetical protein [Pseudomonas salomonii] >MCF5547816.1 hypothetical protein [Pseudomonas salomonii]Ą€0€Š€0€Ą€ WP_236373897Ŗ€ĸ€0€0€ €‚„phosphoglucosamine mutase [Mycobacterium ulcerans] >A0PMD3.1 RecName: Full=Phosphoglucosamine mutase [Mycobacterium ulcerans Agy99] >ABL03502.1 phosphomannomutase, MrsA [Mycobacterium ulcerans Agy99] >OIN30656.1 phosphoglucosamine mutase [Mycobacterium ulcerans] >UDM34021.1 phosphoglucosamine mutase [Mycobacterium ulcerans] >ULP51341.1 phosphoglucosamine mutase [Mycobacterium ulcerans]Ą€0€Š€0€Ą€ WP_011739125Ŗ€ĸ€0€0€ €7zinc finger protein 28 homolog isoform X3 [Felis catus]Ą€0€Š€0€Ą€ XP_044902674Ŗ€ĸ€0€0€ €'DNA translocase FtsK [Escherichia coli]Ą€0€¯€0€Ą€ HBE7681505Ŗ€ĸ€0€0€ €:hypothetical protein KIW84_070675, partial [Pisum sativum]Ą€0€¤€0€Ą€ KAI5383356Ŗ€ĸ€0€0€ €aDTW domain-containing protein [bacterium] >MBU1989134.1 DTW domain-containing protein [bacterium]Ą€0€¤€0€Ą€ MBU0720484Ŗ€ĸ€0€0€ €-Asparagine--tRNA ligase [Roseimaritima ulvae]Ą€0€¤€0€Ą€QEG42388Ŗ€ĸ€0€0€ €;SAM-dependent DNA methyltransferase [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HCD3539350Ŗ€ĸ€0€0€ €*IS66 family transposase [Escherichia coli]Ą€0€¤€0€Ą€ EET4886479Ŗ€ĸ€0€0€ €…Rrf2 family transcriptional regulator [Paenibacillus aceti] >GGF90907.1 HTH-type transcriptional regulator CymR [Paenibacillus aceti]Ą€0€Š€0€Ą€ WP_120463061Ŗ€ĸ€0€0€ €&hypothetical protein [Eubacterium sp.]Ą€0€¯€0€Ą€HCS32205Ŗ€ĸ€0€0€ €4DBH-like monooxygenase protein 1 [Orchesella cincta]Ą€0€¤€0€Ą€ODM89149Ŗ€ĸ€0€0€ €?hypothetical protein F443_15338 [Phytophthora parasitica P1569]Ą€0€¤€0€Ą€ETI39029Ŗ€ĸ€0€0€ €Wribulose-1,5-bisphosphate carboxylase/oxygenase large subunit, partial [Geum aleppicum]Ą€0€¤€0€Ą€USR37329Ŗ€ĸ€0€0€ €Lglycoside hydrolase N-terminal domain-containing protein [Portibacter lacus]Ą€0€Š€0€Ą€ WP_235292752Ŗ€ĸ€0€0€ €2M13 family metallopeptidase [Lysobacter terrigena]Ą€0€Š€0€Ą€ WP_133499669Ŗ€ĸ€0€0€ €EDUF5914 domain-containing protein, partial [Streptomyces triticisoli]Ą€0€Š€0€Ą€ WP_232839144Ŗ€ĸ€0€0€ €Ahypothetical protein EG68_07409 [Paragonimus skrjabini miyazakii]Ą€0€¤€0€Ą€ KAF7255154Ŗ€ĸ€0€0€ €!YitT family protein [Blautia sp.]Ą€0€¤€0€Ą€ MBP8049567Ŗ€ĸ€0€0€ €†phage virion morphogenesis protein, partial [Klebsiella oxytoca] >MBZ7325181.1 phage virion morphogenesis protein [Klebsiella oxytoca]Ą€0€Š€0€Ą€ WP_224314556Ŗ€ĸ€0€0€ €FPutative cystathionine beta-synthase [Candidatus Rubidus massiliensis]Ą€0€Ĩ€0€Ą€CDZ81696Ŗ€ĸ€0€0€ €,ABC transporter permease [Bacillus sp. N1-1]Ą€0€Š€0€Ą€ WP_240904022Ŗ€ĸ€0€0€ €=DUF4942 domain-containing protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_139489874Ŗ€ĸ€0€0€ €@MarR family transcriptional regulator [Actinomadura namibiensis]Ą€0€Š€0€Ą€ WP_246442701Ŗ€ĸ€0€0€ €ĖCmcI family methyltransferase [Planktothrix agardhii] >MBG0748119.1 cephalosporin hydroxylase family protein [Planktothrix agardhii KL2] >CAD5935930.1 Rhamnosyl O-methyltransferase [Planktothrix agardhii]Ą€0€Š€0€Ą€ WP_254033437Ŗ€ĸ€0€0€ €_hypothetical protein A3C12_02325 [Candidatus Sungbacteria bacterium RIFCSPHIGHO2_02_FULL_49_20]Ą€0€¤€0€Ą€OHA02323Ŗ€ĸ€0€0€ €mglycosyltransferase [Solirubrobacter pauli] >RKQ93942.1 alpha-1,6-mannosyltransferase [Solirubrobacter pauli]Ą€0€Š€0€Ą€ WP_121252511Ŗ€ĸ€0€0€ €|MULTISPECIES: ABC transporter permease [Bacillus cereus group] >USL13586.1 ABC transporter permease [Bacillus thuringiensis]Ą€0€Š€0€Ą€ WP_242254186Ŗ€ĸ€0€0€ €Lcadmium-translocating P-type ATPase [Armatimonadetes bacterium RBG_16_67_12]Ą€0€¤€0€Ą€OFX32653Ŗ€ĸ€0€0€ €0hypothetical protein LWI28_007620 [Acer negundo]Ą€0€¤€0€Ą€ KAI9191373Ŗ€ĸ€0€0€ €>molybdenum cofactor guanylyltransferase [Sterolibacterium sp.]Ą€0€¤€0€Ą€ MBP9713953Ŗ€ĸ€0€0€ €XDedA family protein [Bacillus cereus] >PFM75504.1 alkaline phosphatase [Bacillus cereus]Ą€0€Š€0€Ą€ WP_098502057Ŗ€ĸ€0€0€ €TFJ92735.1 hypothetical protein E4U82_10645 [Lentibacillus salicampi]Ą€0€Š€0€Ą€ WP_135110180Ŗ€ĸ€0€0€ €•pyridoxal phosphate-dependent aminotransferase [Blautia sp. MCC270] >MBT9835124.1 pyridoxal phosphate-dependent aminotransferase [Blautia sp. MCC270]Ą€0€Š€0€Ą€ WP_215638040Ŗ€ĸ€0€0€ €‡hypothetical protein A2070_01725 [Bdellovibrionales bacterium GWC1_52_8] >HAR42267.1 hypothetical protein [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€OFZ34164Ŗ€ĸ€0€0€ €=endolytic transglycosylase MltG [Acidimicrobiaceae bacterium]Ą€0€¯€0€Ą€HAQ04103Ŗ€ĸ€0€0€ €ghypothetical protein [Myxococcales bacterium] >HIL01491.1 hypothetical protein [Myxococcales bacterium]Ą€0€¯€0€Ą€HIG02706Ŗ€ĸ€0€0€ €ghypothetical protein [Klebsiella pneumoniae] >HBV9754552.1 hypothetical protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBS5629917Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBO9310472Ŗ€ĸ€0€0€ €%hypothetical protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBO4463486Ŗ€ĸ€0€0€ €;hypothetical protein, partial [Solemya velum gill symbiont]Ą€0€Š€0€Ą€ WP_230210113Ŗ€ĸ€0€0€ €4DUF1983 domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EEV0504409Ŗ€ĸ€0€0€ €FTRAP transporter large permease subunit [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€NCV89943Ŗ€ĸ€0€0€ €Cperoxisomal trans-2-enoyl-CoA reductase, partial [Elysia marginata]Ą€0€Ŧ€0€Ą€GFS02759Ŗ€ĸ€0€0€ €`probable LRR receptor-like serine/threonine-protein kinase At3g47570 isoform X2 [Panicum hallii]Ą€0€Š€0€Ą€ XP_025814622Ŗ€ĸ€0€0€ €K50S ribosomal protein L31 [Bdellovibrionales bacterium RIFOXYD1_FULL_53_11]Ą€0€¤€0€Ą€OFZ82064Ŗ€ĸ€0€0€ €‘molybdenum cofactor biosynthesis protein MoaE [Snodgrassella alvi] >PCL21048.1 molybdenum cofactor biosynthesis protein MoaE [Snodgrassella alvi]Ą€0€Š€0€Ą€ WP_096765790Ŗ€ĸ€0€0€ €/hypothetical protein [Fibromonadales bacterium]Ą€0€¤€0€Ą€ MCL2206583Ŗ€ĸ€0€0€ €8ECF transporter S component [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCI8806686Ŗ€ĸ€0€0€ €Fanthranilate phosphoribosyltransferase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI4773680Ŗ€ĸ€0€0€ €^formylmethanofuran dehydrogenase subunit E family protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MCK4320383Ŗ€ĸ€0€0€ €[lipocalin family protein [Deinococcus sp. RL] >KEF35291.1 attH protein [Deinococcus sp. RL]Ą€0€Š€0€Ą€ WP_052016305Ŗ€ĸ€0€0€ €9hypothetical protein Pan44_12660 [Caulifigura coniformis]Ą€0€¤€0€Ą€QDT53250Ŗ€ĸ€0€0€ €;queuosine precursor transporter [Flavihumibacter sediminis]Ą€0€¤€0€Ą€ MCG7858617Ŗ€ĸ€0€0€ €bpeptidoglycan bridge formation glycyltransferase FemA/FemB family protein [Cytophagales bacterium]Ą€0€¤€0€Ą€TNF43597Ŗ€ĸ€0€0€ €Haminoacetone oxidase family FAD-binding enzyme [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBO7597869Ŗ€ĸ€0€0€ €“type II secretion system minor pseudopilin GspK [Enterobacter mori] >QXM19714.1 type II secretion system minor pseudopilin GspK [Enterobacter mori]Ą€0€Š€0€Ą€ WP_218401824Ŗ€ĸ€0€0€ €qhypothetical protein [Streptomyces barringtoniae] >MCC5475018.1 hypothetical protein [Streptomyces barringtoniae]Ą€0€Š€0€Ą€ WP_228618531Ŗ€ĸ€0€0€ €,hypothetical protein [Myxococcota bacterium]Ą€0€¤€0€Ą€ MCK6520984Ŗ€ĸ€0€0€ €rL-alanine exporter AlaE [Citrobacter portucalensis] >VEC15689.1 inner membrane protein [Citrobacter portucalensis]Ą€0€Š€0€Ą€ WP_232018041Ŗ€ĸ€0€0€ €sulfur carrier protein ThiS [Nodularia sp. NIES-3585] >GAX37813.1 hypothetical protein NIES3585_38580 [Nodularia sp. NIES-3585]Ą€0€Š€0€Ą€ WP_089092961Ŗ€ĸ€0€0€ €1TonB-dependent receptor [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCI6324393Ŗ€ĸ€0€0€ €%RHS repeat protein [Escherichia coli]Ą€0€¤€0€Ą€ EFL3122059Ŗ€ĸ€0€0€ €2hypothetical protein [Paludibacteraceae bacterium]Ą€0€¤€0€Ą€ MBR4563510Ŗ€ĸ€0€0€ €ALIM/homeobox protein LMX-1.2-like isoform X2 [Echeneis naucrates]Ą€0€Š€0€Ą€ XP_029371967Ŗ€ĸ€0€0€ €>putative two-domain glucosyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ACA34490Ŗ€ĸ€0€0€ €7hypothetical protein PC118_g171 [Phytophthora cactorum]Ą€0€¤€0€Ą€ KAG3000577Ŗ€ĸ€0€0€ €9PTS galactitol transporter subunit IIC [Escherichia coli]Ą€0€¤€0€Ą€ MBI0841908Ŗ€ĸ€0€0€ €5cytochrome c3 family protein [Nitrospirota bacterium]Ą€0€¤€0€Ą€ MCL5061987Ŗ€ĸ€0€0€ €ABC transporter ATP-binding protein [Salmonella enterica] >EHX4507014.1 ABC transporter ATP-binding protein [Salmonella enterica]Ą€0€¤€0€Ą€ EHR6291555Ŗ€ĸ€0€0€ €‚¨MULTISPECIES: ABC transporter substrate-binding protein [unclassified Mesorhizobium] >ESW62978.1 ABC transporter permease [Mesorhizobium sp. LSJC277A00] >ESY04526.1 ABC transporter permease [Mesorhizobium sp. LNJC398B00] >ESY25542.1 ABC transporter permease [Mesorhizobium sp. LNJC394B00] >ESY28714.1 ABC transporter permease [Mesorhizobium sp. LNJC386A00] >ESZ37905.1 ABC transporter permease [Mesorhizobium sp. L2C066B000]Ą€0€Š€0€Ą€ WP_023685930Ŗ€ĸ€0€0€ €xNUDIX domain-containing protein [Streptomyces nigrescens] >BDM68367.1 putative Nudix hydrolase [Streptomyces nigrescens]Ą€0€Š€0€Ą€ WP_261952390Ŗ€ĸ€0€0€ €Ĩcyclic nucleotide-binding domain-containing protein [Legionella israelensis] >QBR83502.1 cyclic nucleotide-binding domain-containing protein [Legionella israelensis]Ą€0€Š€0€Ą€ WP_135059887Ŗ€ĸ€0€0€ €‘hypothetical protein PPTG_09502 [Phytophthora parasitica INRA-310] >ETN11814.1 hypothetical protein PPTG_09502 [Phytophthora parasitica INRA-310]Ą€0€Š€0€Ą€ XP_008902753Ŗ€ĸ€0€0€ €ąnitroreductase family deazaflavin-dependent oxidoreductase [Streptomyces cupreus] >MBC2902389.1 nitroreductase family deazaflavin-dependent oxidoreductase [Streptomyces cupreus]Ą€0€Š€0€Ą€ WP_186282298Ŗ€ĸ€0€0€ €YMFS transporter [Enterobacter cloacae] >RHI03515.1 MFS transporter [Enterobacter cloacae]Ą€0€Š€0€Ą€ WP_118283063Ŗ€ĸ€0€0€ €9molybdopterin-dependent oxidoreductase [Escherichia coli]Ą€0€¯€0€Ą€ HAL7851047Ŗ€ĸ€0€0€ €€glycosyltransferase family 2 protein [Rhizobium sp. CCGE 510] >EJT02488.1 family 2 glycosyl transferase [Rhizobium sp. CCGE 510]Ą€0€Š€0€Ą€ WP_007635864Ŗ€ĸ€0€0€ €ŗpeptide chain release factor N(5)-glutamine methyltransferase [Streptococcus ratti] >NMD48106.1 peptide chain release factor N(5)-glutamine methyltransferase [Streptococcus ratti]Ą€0€Š€0€Ą€ WP_223101678Ŗ€ĸ€0€0€ €ƒlong-chain fatty acid--CoA ligase [Vibrio parahaemolyticus] >TOQ34755.1 long-chain fatty acid--CoA ligase [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140372075Ŗ€ĸ€0€0€ €Ndihydrofolate reductase (trimethoprim resistance protein) [Litchfieldia salsa]Ą€0€Ĩ€0€Ą€SDP58856Ŗ€ĸ€0€0€ €#bindin, partial [Lytechinus pictus]Ą€0€¤€0€Ą€AAO64374Ŗ€ĸ€0€0€ €‚Lhypothetical protein CBS12448_249 [Aspergillus niger] >KAI2897304.1 hypothetical protein CBS13152_3047 [Aspergillus niger] >KAI2923288.1 hypothetical protein CBS147371_1734 [Aspergillus niger] >KAI2957565.1 hypothetical protein CBS147322_2173 [Aspergillus niger] >KAI2972324.1 hypothetical protein CBS147323_2578 [Aspergillus niger]Ą€0€¤€0€Ą€ KAI2867803Ŗ€ĸ€0€0€ €#septation protein IspZ [Hellea sp.]Ą€0€¤€0€Ą€NNE58254Ŗ€ĸ€0€0€ €‚ŊMULTISPECIES: bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas] >MBC3345032.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas tehranensis] >MBT2297455.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] >MBT2305653.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] >MBT2314324.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] >MBT2319184.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_092396407Ŗ€ĸ€0€0€ €2unnamed protein product, partial [Rotaria sordida]Ą€0€Ĩ€0€Ą€ CAF4033986Ŗ€ĸ€0€0€ €=hypothetical protein KP509_30G039800 [Ceratopteris richardii]Ą€0€¤€0€Ą€ KAH7290269Ŗ€ĸ€0€0€ €@alcohol dehydrogenase [Candidatus Methylumidiphilus alinenensis]Ą€0€¤€0€Ą€PZN79281Ŗ€ĸ€0€0€ €KIR [Macaca mulatta]Ą€0€Ĩ€0€Ą€ CAD8042782Ŗ€ĸ€0€0€ €mechanosensitive ion channel [Marispirochaeta aestuarii] >ORC34171.1 hypothetical protein B4O97_13915 [Marispirochaeta aestuarii]Ą€0€Š€0€Ą€ WP_083051706Ŗ€ĸ€0€0€ €2thioredoxin family protein [Salipiger thiooxidans]Ą€0€Š€0€Ą€ WP_242531680Ŗ€ĸ€0€0€ €Ahydroxysteroid dehydrogenase-like protein 2 [Grammomys surdaster]Ą€0€Š€0€Ą€ XP_028635853Ŗ€ĸ€0€0€ €4TCR/Tet family MFS transporter [Loktanella gaetbuli]Ą€0€¤€0€Ą€ MCB5199682Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBI4905271Ŗ€ĸ€0€0€ €8NUDIX domain-containing protein [Streptomyces sp. WELS2]Ą€0€Š€0€Ą€ WP_181797223Ŗ€ĸ€0€0€ €Ôspermidine/putrescine ABC transporter ATP-binding protein PotA [Salmonella enterica] >PWD06252.1 spermidine/putrescine ABC transporter ATP-binding protein PotA [Salmonella enterica subsp. enterica serovar Anatum]Ą€0€Š€0€Ą€ WP_109219819Ŗ€ĸ€0€0€ €Æhemolysin family protein [Amycolatopsis sp. BJA-103] >AUI57198.1 hypothetical protein BKN51_02560 [Amycolatopsis sp. BJA-103] >PNE15477.1 hypothetical protein B1H26_30945 [Amycolatopsis sp. BJA-103]Ą€0€Š€0€Ą€ WP_101606078Ŗ€ĸ€0€0€ €Fimidazole glycerol phosphate synthase subunit HisH [Oscillibacter sp.]Ą€0€¤€0€Ą€ MBD5153813Ŗ€ĸ€0€0€ €&endonuclease [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR2770999Ŗ€ĸ€0€0€ € integrase [Enterococcus faecium]Ą€0€Š€0€Ą€ WP_240406805Ŗ€ĸ€0€0€ €0protein CLEC16A isoform X4 [Pipistrellus kuhlii]Ą€0€Š€0€Ą€ XP_036266973Ŗ€ĸ€0€0€ €‹sigma-70 family RNA polymerase sigma factor [Rathayibacter sp. AY2B5] >PPG37831.1 RNA polymerase subunit sigma-70 [Rathayibacter sp. AY2B5]Ą€0€Š€0€Ą€ WP_104333814Ŗ€ĸ€0€0€ €‚WFGGY-family carbohydrate kinase [Klebsiella pneumoniae] >MBW5910009.1 carbohydrate kinase [Klebsiella pneumoniae] >MCP5649681.1 carbohydrate kinase [Klebsiella pneumoniae] >OVG15259.1 carbohydrate kinase [Klebsiella pneumoniae] >HBT1908533.1 carbohydrate kinase [Klebsiella pneumoniae] >HCM6795697.1 carbohydrate kinase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_087759142Ŗ€ĸ€0€0€ €Enolase [Gryllus bimaculatus]Ą€0€Ŧ€0€Ą€GLH03554Ŗ€ĸ€0€0€ €G1-acyl-sn-glycerol-3-phosphate acyltransferase [Sphingomonas citricola]Ą€0€¤€0€Ą€ MBW6524271Ŗ€ĸ€0€0€ €.ParA family protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBK8955603Ŗ€ĸ€0€0€ €-amino acid dehydrogenase [Pseudomonas piscis]Ą€0€¤€0€Ą€ERO62343Ŗ€ĸ€0€0€ €2hypothetical protein VP01_1348g3 [Puccinia sorghi]Ą€0€¤€0€Ą€KNZ61865Ŗ€ĸ€0€0€ €bhypothetical protein UW65_C0022G0025, partial [candidate division WWE3 bacterium GW2011_GWB1_44_4]Ą€0€¤€0€Ą€KKT69527Ŗ€ĸ€0€0€ €sprotein RCC2-like isoform X2 [Trifolium pratense] >XP_045788844.1 protein RCC2-like isoform X2 [Trifolium pratense]Ą€0€Š€0€Ą€ XP_045788843Ŗ€ĸ€0€0€ €-hypothetical protein [Parasitella parasitica]Ą€0€Ĩ€0€Ą€CEP11827Ŗ€ĸ€0€0€ €cglycosyltransferase [Gemmatales bacterium] >MCS7160524.1 glycosyltransferase [Gemmatales bacterium]Ą€0€¤€0€Ą€ MCS7015141Ŗ€ĸ€0€0€ €wIS1182 family transposase [Ligilactobacillus murinus] >WET90235.1 IS1182 family transposase [Ligilactobacillus murinus]Ą€0€Š€0€Ą€ WP_276507912Ŗ€ĸ€0€0€ €+hypothetical protein [Geobacter sp. FeAm09]Ą€0€Š€0€Ą€ WP_240732162Ŗ€ĸ€0€0€ €ELOW QUALITY PROTEIN: purple acid phosphatase 18-like [Coffea arabica]Ą€0€Š€0€Ą€ XP_027061846Ŗ€ĸ€0€0€ €3primary-amine oxidase [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MBV8380961Ŗ€ĸ€0€0€ €‚sATP-dependent Clp protease ATP-binding subunit [Streptococcus pyogenes] >VGV73069.1 Chaperone protein clpB [Streptococcus pyogenes] >VHA61292.1 Chaperone protein clpB [Streptococcus pyogenes] >VHB43012.1 Chaperone protein clpB [Streptococcus pyogenes] >VHB91054.1 Chaperone protein clpB [Streptococcus pyogenes] >VHC13331.1 Chaperone protein clpB [Streptococcus pyogenes]Ą€0€Š€0€Ą€ WP_136095406Ŗ€ĸ€0€0€ €‚ŅYedE family putative selenium transporter [Desulfovibrio piger] >MBR2609902.1 YedE-related selenium metabolism membrane protein [Desulfovibrio sp.] >EEB34517.1 hypothetical protein DESPIG_00619 [Desulfovibrio piger ATCC 29098] >MCI6941752.1 YedE-related selenium metabolism membrane protein [Desulfovibrio piger] >MCI7507497.1 YedE-related selenium metabolism membrane protein [Desulfovibrio piger] >OLA83490.1 hypothetical protein BHW59_08745 [Desulfovibrio piger]Ą€0€Š€0€Ą€ WP_006004624Ŗ€ĸ€0€0€ €PMULTISPECIES: GlxA family transcriptional regulator [unclassified Mesorhizobium]Ą€0€Š€0€Ą€ WP_210212399Ŗ€ĸ€0€0€ €Bclass I SAM-dependent DNA methyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EIK8394933Ŗ€ĸ€0€0€ €[urate oxidase [Kribbella jiaozuonensis] >TKK77437.1 urate oxidase [Kribbella jiaozuonensis]Ą€0€Š€0€Ą€ WP_137255610Ŗ€ĸ€0€0€ €EATP-binding cassette domain-containing protein [Halieaceae bacterium]Ą€0€¤€0€Ą€ MBT3459617Ŗ€ĸ€0€0€ €‚ alpha-glucosidase/alpha-galactosidase [Mameliella alba] >MBY6163091.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba] >MBY6171355.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba] >MBY6176579.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba]Ą€0€Š€0€Ą€ WP_222256467Ŗ€ĸ€0€0€ €’MULTISPECIES: transcriptional repressor LexA [unclassified Bradyrhizobium] >QIG92268.1 transcriptional repressor LexA [Bradyrhizobium sp. 6(2017)]Ą€0€Š€0€Ą€ WP_029080824Ŗ€ĸ€0€0€ €?porin [Burkholderia lata] >VWC79977.1 porin [Burkholderia lata]Ą€0€Š€0€Ą€ WP_174951329Ŗ€ĸ€0€0€ €•FAD-dependent monooxygenase [Candidatus Dormibacteraeota bacterium] >MBO0762768.1 FAD-dependent monooxygenase [Candidatus Dormibacteraeota bacterium]Ą€0€¤€0€Ą€ MBO0691049Ŗ€ĸ€0€0€ €RKH29422.1 DUF3293 domain-containing protein [Corallococcus sp. CA041A]Ą€0€Š€0€Ą€ WP_120575284Ŗ€ĸ€0€0€ €‚'hypothetical protein [Francisella philomiragia] >MBK2267619.1 hypothetical protein [Francisella philomiragia] >MBK2279282.1 hypothetical protein [Francisella philomiragia] >MBK2289114.1 hypothetical protein [Francisella philomiragia] >MBK2290832.1 hypothetical protein [Francisella philomiragia]Ą€0€Š€0€Ą€ WP_200162023Ŗ€ĸ€0€0€ €‘tRNA pseudouridine(38-40) synthase TruA [Falcatimonas sp. MSJ-15] >MBU5471160.1 tRNA pseudouridine(38-40) synthase TruA [Falcatimonas sp. MSJ-15]Ą€0€Š€0€Ą€ WP_216576398Ŗ€ĸ€0€0€ €.unnamed protein product [Rotaria sp. Silwood1]Ą€0€Ĩ€0€Ą€ CAF3478760Ŗ€ĸ€0€0€ €-asparaginase [Actinomycetales bacterium SN12]Ą€0€¤€0€Ą€PKI91935Ŗ€ĸ€0€0€ €.glutamine synthetase [Pseudomonas viridiflava]Ą€0€Ĩ€0€Ą€SMS09381Ŗ€ĸ€0€0€ €ŽCAP domain-containing protein, partial [Blautia sp. BCRC 81119] >PWY57744.1 hypothetical protein DMI82_19430, partial [Blautia sp. BCRC 81119]Ą€0€Š€0€Ą€ WP_146207192Ŗ€ĸ€0€0€ €ƒDUF397 domain-containing protein [Micromonospora sp. KC213] >TDC43289.1 DUF397 domain-containing protein [Micromonospora sp. KC213]Ą€0€Š€0€Ą€ WP_132336079Ŗ€ĸ€0€0€ €Lputative uncharacterized protein DDB_G0291608 isoform X1 [Spodoptera litura]Ą€0€Š€0€Ą€ XP_022816306Ŗ€ĸ€0€0€ €‡ABC transporter ATP-binding protein [Bradyrhizobium sp. 139] >MCK1741554.1 ABC transporter ATP-binding protein [Bradyrhizobium sp. 139]Ą€0€Š€0€Ą€ WP_247429569Ŗ€ĸ€0€0€ €cUncharacterised protein [Chlamydia abortus] >SGA31597.1 Uncharacterised protein [Chlamydia abortus]Ą€0€Ĩ€0€Ą€SFW06215Ŗ€ĸ€0€0€ €.phage tail protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_137512405Ŗ€ĸ€0€0€ €(hypothetical protein [Knoellia sinensis]Ą€0€Š€0€Ą€ WP_211254406Ŗ€ĸ€0€0€ €5baseplate J/gp47 family protein [Salmonella enterica]Ą€0€¤€0€Ą€ EJU2993617Ŗ€ĸ€0€0€ €EMAG: hypothetical protein KA717_13735 [Woronichinia naegeliana WA131]Ą€0€¤€0€Ą€UXE63572Ŗ€ĸ€0€0€ €RICIN domain-containing protein [Hymenobacter guriensis] >MBG8553658.1 RICIN domain-containing protein [Hymenobacter guriensis]Ą€0€Š€0€Ą€ WP_196954680Ŗ€ĸ€0€0€ €;hypothetical protein DL768_001621 [Monosporascus sp. mg162]Ą€0€¤€0€Ą€RYP53376Ŗ€ĸ€0€0€ €?dienelactone hydrolase family protein [Streptomyces sp. SUK 48]Ą€0€Š€0€Ą€ WP_153811865Ŗ€ĸ€0€0€ €1IS5 family transposase [Elizabethkingia miricola]Ą€0€Š€0€Ą€ WP_236689647Ŗ€ĸ€0€0€ €550S ribosomal protein L16 [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€MSQ41299Ŗ€ĸ€0€0€ €jSRPBCC family protein [Burkholderia cenocepacia] >RQV24053.1 polyketide cyclase [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_124548640Ŗ€ĸ€0€0€ €Imethyl-accepting chemotaxis protein, partial [Chromobacterium amazonense]Ą€0€Š€0€Ą€ WP_274773199Ŗ€ĸ€0€0€ €|metallophosphoesterase family protein [Allochromatium vinosum] >MBK1653151.1 metallophosphoesterase [Allochromatium vinosum]Ą€0€Š€0€Ą€ WP_200156222Ŗ€ĸ€0€0€ €TYZ12708.1 hypothetical protein FY528_05305 [Hymenobacter sp. KIGAM108]Ą€0€Š€0€Ą€ WP_149069943Ŗ€ĸ€0€0€ €&inositol phosphatase [Shigella sonnei]Ą€0€¤€0€Ą€ EHW5693237Ŗ€ĸ€0€0€ €Scytochrome P450 [Bipolaris maydis] >KAJ6284740.1 cytochrome P450 [Bipolaris maydis]Ą€0€¤€0€Ą€ KAJ5060329Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€QWY38042Ŗ€ĸ€0€0€ €‚8hypothetical protein [Thermobispora bispora] >ADG90047.1 hypothetical protein Tbis_3357 [Thermobispora bispora DSM 43833] >MBO2473099.1 hypothetical protein [Actinomycetales bacterium] >MBX6168033.1 hypothetical protein [Thermobispora bispora] >QSI46501.1 hypothetical protein CYL17_00440 [Thermobispora bispora]Ą€0€Š€0€Ą€ WP_013133580Ŗ€ĸ€0€0€ €5acetylglutamate kinase [Bacillus sp. Marseille-Q3570]Ą€0€Š€0€Ą€ WP_261132050Ŗ€ĸ€0€0€ €8NAD-dependent DNA ligase LigA [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBQ4139225Ŗ€ĸ€0€0€ €0hypothetical protein M6B38_364420 [Iris pallida]Ą€0€¤€0€Ą€ KAJ6827980Ŗ€ĸ€0€0€ €PAsp23/Gls24 family envelope stress response protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ2444858Ŗ€ĸ€0€0€ €*flavodoxin family protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBO4463451Ŗ€ĸ€0€0€ €&glycosyltransferase [Gelidibacter sp.]Ą€0€¤€0€Ą€ MCB0447740Ŗ€ĸ€0€0€ €=PREDICTED: dihydropyrimidinase isoform X1 [Nicotiana tabacum]Ą€0€Š€0€Ą€ XP_016452348Ŗ€ĸ€0€0€ €Kbifunctional acetaldehyde-CoA/alcohol dehydrogenase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_063417119Ŗ€ĸ€0€0€ €JArylacetamide deacetylase-like 4, partial [Megadyptes antipodes antipodes]Ą€0€¤€0€Ą€ KAF1483258Ŗ€ĸ€0€0€ €6hypothetical protein VPNG_08117 [Cytospora leucostoma]Ą€0€¤€0€Ą€ROW03190Ŗ€ĸ€0€0€ €3hypothetical protein [Mycolicibacterium elephantis]Ą€0€Š€0€Ą€ WP_241566677Ŗ€ĸ€0€0€ €:hypothetical protein, partial [Paraburkholderia sp. ASV22]Ą€0€Š€0€Ą€ WP_233178716Ŗ€ĸ€0€0€ €ŠMULTISPECIES: cytochrome P450 [unclassified Streptomyces] >MBT2416274.1 cytochrome P450 [Streptomyces sp. ISL-24] >MBT2437451.1 cytochrome P450 [Streptomyces sp. ISL-22]Ą€0€Š€0€Ą€ WP_215152714Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5433620Ŗ€ĸ€0€0€ €9uncharacterized protein LOC121228077 [Gossypium hirsutum]Ą€0€Š€0€Ą€ XP_040967143Ŗ€ĸ€0€0€ €oDEAD/DEAH box helicase [Ligilactobacillus agilis] >HJG05008.1 DEAD/DEAH box helicase [Ligilactobacillus agilis]Ą€0€Š€0€Ą€ WP_278781114Ŗ€ĸ€0€0€ €2protein enabled isoform X1 [Copidosoma floridanum]Ą€0€Š€0€Ą€ XP_014204645Ŗ€ĸ€0€0€ €3plasmid stabilization protein [Priestia megaterium]Ą€0€Š€0€Ą€ WP_275765493Ŗ€ĸ€0€0€ €RLysR substrate-binding domain-containing protein, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_136332629Ŗ€ĸ€0€0€ €7hypothetical protein BIU82_02885 [Arthrobacter sp. SW1]Ą€0€¤€0€Ą€OFI40104Ŗ€ĸ€0€0€ €Llipopolysaccharide N-acetylmannosaminouronosyltransferase [Escherichia coli]Ą€0€¯€0€Ą€ HBA9856909Ŗ€ĸ€0€0€ €‚$baseplate assembly protein [Aliarcobacter butzleri] >ABV67910.1 hypothetical protein, putative baseplate assembly protein W [Aliarcobacter butzleri RM4018] >GGT78419.1 hypothetical protein GCM10007985_13460 [Aliarcobacter butzleri] >SNV31112.1 Uncharacterised protein [Aliarcobacter butzleri]Ą€0€Š€0€Ą€ WP_012147640Ŗ€ĸ€0€0€ €ĐMULTISPECIES: TolC family outer membrane protein [Pseudomonas] >MCU0092406.1 TolC family outer membrane protein [Pseudomonas koreensis] >UVM24663.1 TolC family outer membrane protein [Pseudomonas sp. B21-021]Ą€0€Š€0€Ą€ WP_045121741Ŗ€ĸ€0€0€ €Bprobable ATP-dependent RNA helicase dbp10 [Rhynchosporium secalis]Ą€0€Ĩ€0€Ą€CZT45482Ŗ€ĸ€0€0€ €Ecytidylate kinase family protein [Candidatus Diapherotrites archaeon]Ą€0€¤€0€Ą€ MCD6247767Ŗ€ĸ€0€0€ €0cell division protein FtsL [Piscinibacter lacus]Ą€0€¤€0€Ą€ MBL0720829Ŗ€ĸ€0€0€ €}M48 family metallopeptidase [Verrucosispora sp. WMMD573] >WBB52210.1 M48 family metallopeptidase [Verrucosispora sp. WMMD573]Ą€0€Š€0€Ą€ WP_281562017Ŗ€ĸ€0€0€ €FStk1 family PASTA domain-containing Ser/Thr kinase [Dialister invisus]Ą€0€¤€0€Ą€ MBF1128433Ŗ€ĸ€0€0€ €‚›MULTISPECIES: metal-binding protein ZinT [Enterobacter cloacae complex] >KJM82699.1 zinc-binding protein [Enterobacter hormaechei subsp. hoffmannii] >MCL8181223.1 metal-binding protein ZinT [Enterobacter hormaechei] >MCM7039530.1 metal-binding protein ZinT [Enterobacter hormaechei] >MCM7463387.1 metal-binding protein ZinT [Enterobacter hormaechei] >QJP76820.1 metal-binding protein ZinT [Enterobacter cloacae]Ą€0€Š€0€Ą€ WP_045308192Ŗ€ĸ€0€0€ €Ūglycoprotein, partial [Muju virus] >AAZ67086.1 glycoprotein, partial [Muju virus] >AAZ67087.1 glycoprotein, partial [Muju virus] >AAZ67089.1 glycoprotein, partial [Muju virus] >AAZ67090.1 glycoprotein, partial [Muju virus]Ą€0€¤€0€Ą€AAZ67085Ŗ€ĸ€0€0€ €čMULTISPECIES: LD-carboxypeptidase [Streptococcus] >MST53776.1 LD-carboxypeptidase [Streptococcus alactolyticus] >NKN41086.1 LD-carboxypeptidase [Streptococcus alactolyticus] >NKN84569.1 LD-carboxypeptidase [Streptococcus agalactiae]Ą€0€Š€0€Ą€ WP_154454910Ŗ€ĸ€0€0€ €CFadR/GntR family transcriptional regulator [Streptomyces sp. WZ-12]Ą€0€Š€0€Ą€ WP_274915895Ŗ€ĸ€0€0€ €8hypothetical protein BB776_05745 [Planococcus salinarum]Ą€0€¤€0€Ą€OHX54041Ŗ€ĸ€0€0€ €…glutamic acid-rich protein isoform X6 [Drosophila obscura] >XP_022216403.2 glutamic acid-rich protein isoform X6 [Drosophila obscura]Ą€0€Š€0€Ą€ XP_022216402Ŗ€ĸ€0€0€ €TMULTISPECIES: LytTR family DNA-binding domain-containing protein [Pseudoalteromonas]Ą€0€Š€0€Ą€ WP_165724099Ŗ€ĸ€0€0€ €IPAS domain-containing sensor histidine kinase [Caulobacterales bacterium]Ą€0€¤€0€Ą€ MBN8606766Ŗ€ĸ€0€0€ €7hypothetical protein B0H16DRAFT_1880676 [Mycena metata]Ą€0€¤€0€Ą€ KAJ7773233Ŗ€ĸ€0€0€ €2replicative DNA helicase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCQ2156413Ŗ€ĸ€0€0€ €•sugar ABC transporter ATP-binding protein [Rhodococcus kyotonensis] >SNS87047.1 ribose transport system ATP-binding protein [Rhodococcus kyotonensis]Ą€0€Š€0€Ą€ WP_089246429Ŗ€ĸ€0€0€ €-unnamed protein product [Onchocerca flexuosa]Ą€0€Ĩ€0€Ą€VDO63589Ŗ€ĸ€0€0€ €openicillin-binding protein 2 [Bacillus wiedmannii] >PGA00914.1 penicillin-binding protein [Bacillus wiedmannii]Ą€0€Š€0€Ą€ WP_098642363Ŗ€ĸ€0€0€ €UCsbD family protein [Tatlockia sp.] >MBA3536477.1 CsbD family protein [Tatlockia sp.]Ą€0€¤€0€Ą€ MBA2651112Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UCP72061Ŗ€ĸ€0€0€ €~hypothetical protein [Micrococcus sp. HMSC31B01] >OFS04017.1 hypothetical protein HMPREF3105_11855 [Micrococcus sp. HMSC31B01]Ą€0€Š€0€Ą€ WP_070709792Ŗ€ĸ€0€0€ €+alpha/beta hydrolase [Nevskiales bacterium]Ą€0€¤€0€Ą€ MCI0750124Ŗ€ĸ€0€0€ €/hypothetical protein [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR6483218Ŗ€ĸ€0€0€ €Vcarboxypeptidase regulatory-like domain-containing protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCA8947870Ŗ€ĸ€0€0€ €“cytochrome c-type biogenesis protein CcmH [Vibrio gelatinilyticus] >MCJ2376518.1 cytochrome c-type biogenesis protein CcmH [Vibrio gelatinilyticus]Ą€0€Š€0€Ą€ WP_244356123Ŗ€ĸ€0€0€ €“hypothetical protein [Escherichia coli] >HBV0217001.1 hypothetical protein [Escherichia coli] >HCO5126130.1 hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HBJ0687394Ŗ€ĸ€0€0€ €+phospho-sugar mutase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ2719788Ŗ€ĸ€0€0€ €Wretrovirus-related Pol polyprotein from transposon TNT 1-94 [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFD16573Ŗ€ĸ€0€0€ €;Crp/Fnr family transcriptional regulator [Methylomonas sp.]Ą€0€¤€0€Ą€ MBS4051699Ŗ€ĸ€0€0€ €õhypothetical protein [Planctomycetaceae bacterium] >MBT6154960.1 hypothetical protein [Planctomycetaceae bacterium] >MBT6483098.1 hypothetical protein [Planctomycetaceae bacterium] >MBT6496783.1 hypothetical protein [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MBT4867863Ŗ€ĸ€0€0€ €uhypothetical protein [Stackebrandtia albiflava] >TWJ14679.1 hypothetical protein LX16_0366 [Stackebrandtia albiflava]Ą€0€Š€0€Ą€ WP_211354231Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Rokubacteria bacterium]Ą€0€¯€0€Ą€HAM57133Ŗ€ĸ€0€0€ €‚TolC family outer membrane protein [Vibrio breoganii] >NMR70993.1 TolC family outer membrane protein [Vibrio breoganii] >PMG40593.1 agglutination protein [Vibrio breoganii] >PMG95954.1 agglutination protein [Vibrio breoganii] >PMJ47989.1 agglutination protein [Vibrio breoganii]Ą€0€¤€0€Ą€NMO74192Ŗ€ĸ€0€0€ €2DUF4982 domain-containing protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBQ8462807Ŗ€ĸ€0€0€ €9hypothetical protein DBR06_SOUSAS810161 [Sousa chinensis]Ą€0€¤€0€Ą€TEA36026Ŗ€ĸ€0€0€ €’sigma 54-interacting transcriptional regulator [Bacillus pakistanensis] >MBM7586069.1 PAS domain S-box-containing protein [Bacillus pakistanensis]Ą€0€Š€0€Ą€ WP_205173112Ŗ€ĸ€0€0€ €:hypothetical protein ASPCAL14639 [Aspergillus calidoustus]Ą€0€Ĩ€0€Ą€CEL11538Ŗ€ĸ€0€0€ €Ãputative ATP synthase alpha chain mitochondrial precursor [Cutaneotrichosporon oleaginosum] >KLT46486.1 putative ATP synthase alpha chain mitochondrial precursor [Cutaneotrichosporon oleaginosum]Ą€0€Š€0€Ą€ XP_018282977Ŗ€ĸ€0€0€ €Ehypothetical protein VR70_08470 [Rhodospirillaceae bacterium BRH_c57]Ą€0€¤€0€Ą€KJS39335Ŗ€ĸ€0€0€ €MCB5302120.1 sugar efflux transporter [Yersinia bercovieri] >CFQ37172.1 sugar efflux transporter [Yersinia bercovieri] >CNI01520.1 sugar efflux transporter [Yersinia bercovieri]Ą€0€Š€0€Ą€ WP_049599782Ŗ€ĸ€0€0€ €F4Fe-4S dicluster domain-containing protein [Spirochaetaceae bacterium]Ą€0€¤€0€Ą€ MBE6348968Ŗ€ĸ€0€0€ €‚MULTISPECIES: UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter] >ENU43944.1 UDP-N-acetylmuramoylalanine-D-glutamate ligase [Acinetobacter seifertii] >KHO14664.1 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate synthetase [Acinetobacter baumannii] >MCG8286354.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter seifertii] >MCH2003585.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter seifertii] >NUF52133.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter seifertii]Ą€0€Š€0€Ą€ WP_004699236Ŗ€ĸ€0€0€ €Msodium-extruding oxaloacetate decarboxylase subunit alpha [Sulfuriferula sp.]Ą€0€¤€0€Ą€NOT18216Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UUS71569Ŗ€ĸ€0€0€ €2unnamed protein product [Protopolystoma xenopodis]Ą€0€Ĩ€0€Ą€VEL25898Ŗ€ĸ€0€0€ €Bpyridoxal phosphate-dependent aminotransferase [Spirochaeta lutea]Ą€0€Š€0€Ą€ WP_280938002Ŗ€ĸ€0€0€ €0response regulator [Ignavibacteriales bacterium]Ą€0€¤€0€Ą€ MBI5809191Ŗ€ĸ€0€0€ €cation:proton antiporter subunit C [Hoyosella altamirensis] >MBB3037863.1 multicomponent Na+:H+ antiporter subunit C [Hoyosella altamirensis]Ą€0€Š€0€Ą€ WP_064441345Ŗ€ĸ€0€0€ €|DUF1631 family protein [Noviherbaspirillum galbum] >NEX64380.1 DUF1631 domain-containing protein [Noviherbaspirillum galbum]Ą€0€Š€0€Ą€ WP_163968309Ŗ€ĸ€0€0€ €NHZ65697.1 DNA polymerase III subunit epsilon [Massilia genomosp. 1]Ą€0€Š€0€Ą€ WP_167239634Ŗ€ĸ€0€0€ €qendonuclease [Chryseobacterium sp. ON_d1] >GEJ47407.1 hypothetical protein CRS_40150 [Chryseobacterium sp. ON_d1]Ą€0€Š€0€Ą€ WP_142725797Ŗ€ĸ€0€0€ €Ęacyl carrier protein [Streptomyces finlayi] >GGZ89928.1 hypothetical protein GCM10010329_07970 [Streptomyces spiroverticillatus] >GHC80716.1 hypothetical protein GCM10010334_07960 [Streptomyces finlayi]Ą€0€Š€0€Ą€ WP_189821229Ŗ€ĸ€0€0€ €&MNX1 protein [Aphelocoma coerulescens]Ą€0€¤€0€Ą€NWY11222Ŗ€ĸ€0€0€ €‡YXWGXW repeat-containing protein [Mucilaginibacter robiniae] >QJD94835.1 BcpO-related WXXGXW repeat protein [Mucilaginibacter robiniae]Ą€0€Š€0€Ą€ WP_169605852Ŗ€ĸ€0€0€ €‚MULTISPECIES: phosphate ABC transporter ATP-binding protein PstB [unclassified Paenibacillus] >NIK67136.1 phosphate transport system ATP-binding protein [Paenibacillus sp. BK720] >TCN01181.1 phosphate ABC transporter ATP-binding protein (PhoT family) [Paenibacillus sp. BK033]Ą€0€Š€0€Ą€ WP_207918089Ŗ€ĸ€0€0€ €Ŗtype II toxin-antitoxin system RelE/ParE family toxin [Pleomorphomonas carboxyditropha] >PIO98717.1 plasmid stabilization protein [Pleomorphomonas carboxyditropha]Ą€0€Š€0€Ą€ WP_100081012Ŗ€ĸ€0€0€ €‚AFC66097.1 tRNA delta(2)-isopentenylpyrophosphate transferase protein MiaA [Streptococcus pyogenes MGAS15252] >AFC67961.1 tRNA delta(2)-isopentenylpyrophosphate transferase protein MiaA [Streptococcus pyogenes MGAS1882] >QCK25184.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes] >QCK55881.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes] >UEN79290.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes]Ą€0€Š€0€Ą€ WP_014407515Ŗ€ĸ€0€0€ €™Fe(3+)-hydroxamate ABC transporter permease FhuB [Pantoea agglomerans] >QGY59210.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Pantoea agglomerans]Ą€0€Š€0€Ą€ WP_158131988Ŗ€ĸ€0€0€ €9HlyC/CorC family transporter [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6713534Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MCP4293344Ŗ€ĸ€0€0€ €aalpha-glucosidase [Salibacterium salarium] >RSL34027.1 alpha-glucosidase [Salibacterium salarium]Ą€0€Š€0€Ą€ WP_125555296Ŗ€ĸ€0€0€ €hypothetical protein [Microbacterium hydrocarbonoxydans] >MCM3779857.1 hypothetical protein [Microbacterium hydrocarbonoxydans]Ą€0€Š€0€Ą€ WP_251586805Ŗ€ĸ€0€0€ €Šcholoylglycine hydrolase [Eubacterium sp. BL-380-WT-2B] >MSS95845.1 choloylglycine hydrolase family protein [Eubacterium sp. BL-380-WT-2B]Ą€0€Š€0€Ą€ WP_154557671Ŗ€ĸ€0€0€ €%ARHGQ factor [Formicarius rufipectus]Ą€0€¤€0€Ą€NXK93169Ŗ€ĸ€0€0€ €…polysaccharide lyase family 7 protein [Pseudomonas sp. DY-1] >AYF88998.1 polysaccharide lyase family 7 protein [Pseudomonas sp. DY-1]Ą€0€Š€0€Ą€ WP_120653510Ŗ€ĸ€0€0€ €‚MULTISPECIES: TetR/AcrR family transcriptional regulator [Alcaligenes] >MCB4322180.1 TetR/AcrR family transcriptional regulator [Alcaligenes sp. 13f] >OQV33673.1 TetR family transcriptional regulator [Alcaligenes faecalis subsp. phenolicus] >ULH08461.1 TetR/AcrR family transcriptional regulator [Alcaligenes faecalis] >USY27055.1 TetR/AcrR family transcriptional regulator [Alcaligenes sp. 1735tsa3]Ą€0€Š€0€Ą€ WP_083053697Ŗ€ĸ€0€0€ €2TIGR02117 family protein [Hymenobacter terrestris]Ą€0€Š€0€Ą€ WP_262890005Ŗ€ĸ€0€0€ €ˆBamA/TamA family outer membrane protein [Flavobacterium sp. YO64] >RXM45895.1 hypothetical protein BOW57_04710 [Flavobacterium sp. YO64]Ą€0€Š€0€Ą€ WP_129053209Ŗ€ĸ€0€0€ €/hypothetical protein [Caldilineaceae bacterium]Ą€0€¤€0€Ą€ MCB0080507Ŗ€ĸ€0€0€ €#37388_t:CDS:2 [Gigaspora margarita]Ą€0€Ĩ€0€Ą€ CAG8634459Ŗ€ĸ€0€0€ €ˇUDP-glucose/GDP-mannose dehydrogenase family protein [Thermostichus vulcanus] >MCJ2541895.1 UDP-glucose/GDP-mannose dehydrogenase family protein [Thermostichus vulcanus str. 'Rupite']Ą€0€Š€0€Ą€ WP_244349102Ŗ€ĸ€0€0€ €2glycosyltransferase [Bifidobacterium moukalabense]Ą€0€Š€0€Ą€ WP_137652803Ŗ€ĸ€0€0€ €'hypothetical protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBD8931956Ŗ€ĸ€0€0€ €iEpsI family protein [Akkermansia muciniphila] >MCG4597544.1 EpsI family protein [Akkermansia muciniphila]Ą€0€Š€0€Ą€ WP_237973393Ŗ€ĸ€0€0€ €‚5hypothetical protein [Escherichia coli] >EEU5900262.1 hypothetical protein [Escherichia coli] >EEV6371578.1 hypothetical protein [Escherichia coli] >EEX5672534.1 hypothetical protein [Escherichia coli] >EEY7266838.1 hypothetical protein [Escherichia coli] >EFH6733074.1 hypothetical protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_061356765Ŗ€ĸ€0€0€ €Ŗsignal recognition particle-docking protein FtsY [Gracilibacillus kekensis] >SHN15831.1 signal recognition particle-docking protein FtsY [Gracilibacillus kekensis]Ą€0€Š€0€Ą€ WP_073201850Ŗ€ĸ€0€0€ €Houter membrane protein assembly factor BamA [Haemophilus parainfluenzae]Ą€0€¤€0€Ą€ MBF1224416Ŗ€ĸ€0€0€ €vhypothetical protein [Pseudonocardia sediminis] >RZT88121.1 hypothetical protein EV383_5058 [Pseudonocardia sediminis]Ą€0€Š€0€Ą€ WP_165438496Ŗ€ĸ€0€0€ €Vpolysaccharide biosynthesis C-terminal domain-containing protein [FCB group bacterium]Ą€0€¤€0€Ą€ MBC8203931Ŗ€ĸ€0€0€ €wMATE family efflux transporter [Anaerostipes hadrus] >MCB6612354.1 MATE family efflux transporter [Anaerostipes hadrus]Ą€0€Š€0€Ą€ WP_227085212Ŗ€ĸ€0€0€ €‚+MULTISPECIES: flagellar basal body rod protein FlgB [Helicobacter] >TLD77931.1 flagellar basal body rod protein FlgB [Helicobacter typhlonius] >TLD88864.1 flagellar basal body rod protein FlgB [Helicobacter sp. MIT 03-1616] >CUU39846.1 Flagellar basal-body rod protein FlgB [Helicobacter typhlonius]Ą€0€Š€0€Ą€ WP_034327214Ŗ€ĸ€0€0€ €.hypothetical protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€MAC18593Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€NOY92382Ŗ€ĸ€0€0€ €3radical SAM protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW2071526Ŗ€ĸ€0€0€ €Ēcitrate transporter [Oscillospiraceae bacterium] >MCI7202800.1 citrate transporter [Oscillibacter sp.] >RHU69046.1 citrate transporter [Ruminococcaceae bacterium TF06-43]Ą€0€¤€0€Ą€ MBP8762091Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEV03352Ŗ€ĸ€0€0€ €‚MULTISPECIES: glycine zipper 2TM domain-containing protein [unclassified Mitsuaria] >MBB3283531.1 outer membrane lipoprotein SlyB [Mitsuaria sp. BK037] >MBB3295571.1 outer membrane lipoprotein SlyB [Mitsuaria sp. BK041] >MBB3364787.1 outer membrane lipoprotein SlyB [Mitsuaria sp. BK045]Ą€0€Š€0€Ą€ WP_183483256Ŗ€ĸ€0€0€ €uMULTISPECIES: dihydrofolate reductase [Acinetobacter] >MBJ9955137.1 dihydrofolate reductase [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_196074572Ŗ€ĸ€0€0€ €glycosyltransferase family 39 protein [Proteus mirabilis] >MBS3855810.1 glycosyltransferase family 39 protein [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_107033910Ŗ€ĸ€0€0€ €Fsigma-70 family RNA polymerase sigma factor [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR5482150Ŗ€ĸ€0€0€ €ehypothetical protein [Enterococcus faecium] >HCC0860071.1 hypothetical protein [Enterococcus faecium]Ą€0€¯€0€Ą€ HAP8698574Ŗ€ĸ€0€0€ €†MULTISPECIES: trypsin-like peptidase domain-containing protein [Agrobacterium] >OCJ22295.1 serine protease [Agrobacterium sp. B131/95]Ą€0€Š€0€Ą€ WP_041723747Ŗ€ĸ€0€0€ €*aconitate hydratase B [Campylobacter coli]Ą€0€¤€0€Ą€ ECY0969635Ŗ€ĸ€0€0€ €MBA0045433.1 hypothetical protein [Mycobacteroides sp. LB1]Ą€0€Š€0€Ą€ WP_180748367Ŗ€ĸ€0€0€ €9tellurium resistance protein TerW [Xenorhabdus sp. SF857]Ą€0€¤€0€Ą€WFQ78449Ŗ€ĸ€0€0€ €6aldo/keto reductase, partial [Chloroflexota bacterium]Ą€0€¤€0€Ą€TMD19778Ŗ€ĸ€0€0€ €4MBL fold metallo-hydrolase [Flavobacterium lutivivi]Ą€0€Ŧ€0€Ą€GGC93399Ŗ€ĸ€0€0€ €CDD38879.1 uncharacterized protein BN669_01713 [Bacteroides fragilis CAG:47] >EXY73579.1 susE outer membrane family protein [Bacteroides fragilis str. 3988T(B)14] >MCS2568668.1 SusF/SusE family outer membrane protein [Bacteroides fragilis] >MCS2738042.1 SusF/SusE family outer membrane protein [Bacteroides fragilis] >RGY76895.1 SusF/SusE family outer membrane protein [Bacteroides fragilis]Ą€0€Š€0€Ą€ WP_022347710Ŗ€ĸ€0€0€ €¨hypothetical protein [Thermoplasmata archaeon] >MBE3138022.1 hypothetical protein [Thermoplasmata archaeon] >MBE3141643.1 hypothetical protein [Thermoplasmata archaeon]Ą€0€¤€0€Ą€ MBE3121179Ŗ€ĸ€0€0€ €8uncharacterized protein LOC110904073 [Helianthus annuus]Ą€0€Š€0€Ą€ XP_022005570Ŗ€ĸ€0€0€ €Ösodium:solute symporter family protein [Faecalicatena faecalis] >MBU3877648.1 sodium:solute symporter family protein [Faecalicatena faecalis] >MCI6463955.1 sodium:solute symporter family protein [Faecalicatena sp.]Ą€0€Š€0€Ą€ WP_216244265Ŗ€ĸ€0€0€ €‚ĸMotA/TolQ/ExbB proton channel family protein [Vibrio parahaemolyticus] >KCV74661.1 flagellar motor protein MotA [Vibrio parahaemolyticus VP49] >EGQ8179808.1 flagellar motor protein MotA [Vibrio parahaemolyticus] >EGR0933469.1 flagellar motor protein MotA [Vibrio parahaemolyticus] >EHD6029048.1 flagellar motor protein MotA [Vibrio parahaemolyticus] >EHH3646711.1 flagellar motor protein MotA [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_193275955Ŗ€ĸ€0€0€ €MDNA-packaging protein [Salmonella enterica subsp. enterica serovar Pensacola]Ą€0€¤€0€Ą€ EDQ2752402Ŗ€ĸ€0€0€ €yhypothetical protein [Mesorhizobium tamadayense] >RRI05809.1 hypothetical protein EH240_04485 [Mesorhizobium tamadayense]Ą€0€Š€0€Ą€ WP_124996221Ŗ€ĸ€0€0€ €Aglycoside hydrolase family 13 protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR6406611Ŗ€ĸ€0€0€ €EMarR family transcriptional regulator [Limosilactobacillus fermentum]Ą€0€¤€0€Ą€ MBS6066499Ŗ€ĸ€0€0€ €4helicase protein MOM1 isoform X2 [Elaeis guineensis]Ą€0€Š€0€Ą€ XP_029123601Ŗ€ĸ€0€0€ €HNAD(P)-dependent oxidoreductase, partial [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€TNE39473Ŗ€ĸ€0€0€ €6aldose 1-epimerase family protein [Pantoea sp. OVA07A]Ą€0€Š€0€Ą€ WP_223565913Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MCI8760428Ŗ€ĸ€0€0€ €@syntaxin-binding protein 4-like isoform X3 [Corvus moneduloides]Ą€0€Š€0€Ą€ XP_031982117Ŗ€ĸ€0€0€ €‚amidohydrolase [Rhodospirillaceae bacterium] >MBT4773440.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT5359944.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT5769413.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT6310175.1 amidohydrolase [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€ MBT3401245Ŗ€ĸ€0€0€ €>carboxy terminal-processing peptidase [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCF4435603Ŗ€ĸ€0€0€ €)MFS transporter [Phycisphaerae bacterium]Ą€0€¤€0€Ą€ MCF7955924Ŗ€ĸ€0€0€ €Ũfimbrial outer membrane usher protein StdB, partial [Salmonella enterica] >EBI9548933.1 fimbrial protein [Salmonella enterica] >HAT0219567.1 fimbrial outer membrane usher protein StdB [Salmonella enterica subsp. enterica]Ą€0€Š€0€Ą€ WP_237762402Ŗ€ĸ€0€0€ €ųRagB/SusD family nutrient uptake outer membrane protein [Alistipes shahii] >KAA2374821.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes shahii] >MBS5476293.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes sp.]Ą€0€Š€0€Ą€ WP_149886053Ŗ€ĸ€0€0€ €7hypothetical protein, partial [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_109850746Ŗ€ĸ€0€0€ €kCMP-N-acetylneuraminate-beta-galactosamide-alpha-2,3-sialyltransferase 4 isoform X2 [Mastacembelus armatus]Ą€0€Š€0€Ą€ XP_026175731Ŗ€ĸ€0€0€ €5MG2 domain-containing protein [Gemmataceae bacterium]Ą€0€¤€0€Ą€ MCI0684678Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Pacearchaeota archaeon]Ą€0€¤€0€Ą€MAH46576Ŗ€ĸ€0€0€ €'hypothetical protein [Methylomonas sp.]Ą€0€¤€0€Ą€ MBS4052605Ŗ€ĸ€0€0€ €'alkyl sulfatase YjcS [Escherichia coli]Ą€0€¯€0€Ą€ HBD3580067Ŗ€ĸ€0€0€ €…DNA binding protein [Mycobacterium phage DyoEdafos] >QFG10314.1 hypothetical protein SEA_DYOEDAFOS_86 [Mycobacterium phage DyoEdafos]Ą€0€Š€0€Ą€ YP_010013434Ŗ€ĸ€0€0€ €Osigma-70 family RNA polymerase sigma factor, partial [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_049105913Ŗ€ĸ€0€0€ €0hypothetical protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCQ2543220Ŗ€ĸ€0€0€ €8hypothetical protein KDK_67180 [Dictyobacter kobayashii]Ą€0€Ŧ€0€Ą€GCE22918Ŗ€ĸ€0€0€ €›SDR family NAD(P)-dependent oxidoreductase [Mycobacterium colombiense] >MCK8647218.1 SDR family NAD(P)-dependent oxidoreductase [Mycobacterium colombiense]Ą€0€Š€0€Ą€ WP_077093245Ŗ€ĸ€0€0€ €Similar to conserved hypothetical protein [Penicillium marneffei ATCC 18224]; acc. no. XP_002150191, partial [Pyronema omphalodes CBS 100304]Ą€0€Ĩ€0€Ą€CCX33905Ŗ€ĸ€0€0€ €‚ŗMULTISPECIES: N-succinylarginine dihydrolase [Klebsiella] >GJK19882.1 N-succinylarginine dihydrolase [Klebsiella pneumoniae] >GLV15758.1 N-succinylarginine dihydrolase [Klebsiella quasipneumoniae subsp. similipneumoniae] >EIY5366703.1 N-succinylarginine dihydrolase [Klebsiella quasipneumoniae] >KAA6487475.1 N-succinylarginine dihydrolase [Klebsiella quasipneumoniae] >MBS0838645.1 N-succinylarginine dihydrolase [Klebsiella sp. MC1F]Ą€0€Š€0€Ą€ WP_124989189Ŗ€ĸ€0€0€ €:chromosome partitioning protein ParB [Salmonella enterica]Ą€0€¤€0€Ą€ EEL0394597Ŗ€ĸ€0€0€ €ƒDNA mismatch repair endonuclease MutL [Streptococcus suis] >MBS8112203.1 DNA mismatch repair endonuclease MutL [Streptococcus suis]Ą€0€Š€0€Ą€ WP_238717267Ŗ€ĸ€0€0€ €9hypothetical protein N7522_011300 [Penicillium canescens]Ą€0€¤€0€Ą€ KAJ5991093Ŗ€ĸ€0€0€ €Bnematode fatty acid retinoid binding protein [Ancylostoma caninum]Ą€0€¤€0€Ą€RCN27560Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ3742794Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HBM7970352Ŗ€ĸ€0€0€ €mhistidine kinase [Streptomyces dysideae] >KUO14523.1 hypothetical protein AQJ91_46360 [Streptomyces dysideae]Ą€0€Š€0€Ą€ WP_067035785Ŗ€ĸ€0€0€ €Qtwo-component system, cell cycle sensor histidine kinase DivJ [Devosia sp. YR412]Ą€0€Ĩ€0€Ą€SEP77558Ŗ€ĸ€0€0€ €6glycoside hydrolase family 127 protein [Alistipes sp.]Ą€0€¤€0€Ą€ MBS6296676Ŗ€ĸ€0€0€ €‚DUF5983 family protein [Escherichia coli] >HAX7532390.1 hypothetical protein [Escherichia coli] >HAZ6448982.1 hypothetical protein [Escherichia coli] >HAZ6490420.1 hypothetical protein [Escherichia coli] >HAZ6581377.1 hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ MCM4298717Ŗ€ĸ€0€0€ €9MATE family efflux transporter [Selenomonas massiliensis]Ą€0€Š€0€Ą€ WP_106627677Ŗ€ĸ€0€0€ €>hypothetical protein GGI12_004659 [Dipsacomyces acuminosporus]Ą€0€¤€0€Ą€ KAJ1958754Ŗ€ĸ€0€0€ €°ATP-binding protein [Azospirillum lipoferum] >KAA0597264.1 histidine kinase [Azospirillum lipoferum] >MCP1608783.1 signal transduction histidine kinase [Azospirillum lipoferum]Ą€0€Š€0€Ą€ WP_149230790Ŗ€ĸ€0€0€ €ADUF3298 and DUF4163 domain-containing protein [Bacilli bacterium]Ą€0€¤€0€Ą€NLI68303Ŗ€ĸ€0€0€ €3TSC22 domain family protein 2 [Camelus dromedarius]Ą€0€¤€0€Ą€ KAB1283136Ŗ€ĸ€0€0€ €Eclass I SAM-dependent DNA methyltransferase [Clostridiales bacterium]Ą€0€¤€0€Ą€NLZ91447Ŗ€ĸ€0€0€ €ƒglycosyl transferase family protein [Pseudomonas sp. LS.1a] >UMY59999.1 glycosyl transferase family protein [Pseudomonas sp. LS.1a]Ą€0€Š€0€Ą€ WP_241105826Ŗ€ĸ€0€0€ €•maturase K, partial [Fallopia multiflora] >AFQ97814.1 maturase K, partial [Fallopia multiflora] >AFQ97815.1 maturase K, partial [Fallopia multiflora]Ą€0€¤€0€Ą€AFQ97813Ŗ€ĸ€0€0€ €wC-terminal binding protein [Brevibacillus sp. BB3-R1] >USG67367.1 C-terminal binding protein [Brevibacillus sp. BB3-R1]Ą€0€Š€0€Ą€ WP_251874466Ŗ€ĸ€0€0€ €.RNA chaperone Hfq [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE7001547Ŗ€ĸ€0€0€ €mGNAT family N-acetyltransferase [Dickeya zeae] >UJR56459.1 GNAT family N-acetyltransferase [Dickeya zeae MS1]Ą€0€Š€0€Ą€ WP_019843633Ŗ€ĸ€0€0€ €"afadin isoform X8 [Macaca mulatta]Ą€0€Š€0€Ą€ XP_028702799Ŗ€ĸ€0€0€ €;J domain-containing protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU4432787Ŗ€ĸ€0€0€ €gdihydrolipoyl dehydrogenase [Massilia oculi] >MCA1857267.1 dihydrolipoyl dehydrogenase [Massilia oculi]Ą€0€Š€0€Ą€ WP_225239495Ŗ€ĸ€0€0€ €EHS4949476.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL6268107.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL6282443.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL6830709.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL7008132.1 DEAD/DEAH box helicase family protein [Vibrio cholerae]Ą€0€Š€0€Ą€ WP_069647812Ŗ€ĸ€0€0€ €0hypothetical protein [Mycobacteroides abscessus]Ą€0€Š€0€Ą€ WP_100524661Ŗ€ĸ€0€0€ €ribosome maturation factor RimM [Pseudonocardia sp. HH130630-07] >ANY08263.1 ribosome maturation factor RimM [Pseudonocardia sp. HH130630-07]Ą€0€Š€0€Ą€ WP_068798537Ŗ€ĸ€0€0€ €?helix-turn-helix domain-containing protein [Ruegeria atlantica]Ą€0€Š€0€Ą€ WP_170382009Ŗ€ĸ€0€0€ €:hypothetical protein CUC15_12830 [Oceanobacillus zhaokaii]Ą€0€¤€0€Ą€AXI09756Ŗ€ĸ€0€0€ €>glycerol-3-phosphate 1-O-acyltransferase PlsY [Vibrio mimicus]Ą€0€Š€0€Ą€ WP_158161316Ŗ€ĸ€0€0€ €-hypothetical protein [Balneolaceae bacterium]Ą€0€¯€0€Ą€HBQ61597Ŗ€ĸ€0€0€ €Umethylenetetrahydrofolate reductase-like protein, partial [Aureobasidium melanogenum]Ą€0€¤€0€Ą€ KAG9648608Ŗ€ĸ€0€0€ €šphosphoribosylaminoimidazolesuccinocarboxamide synthase [Bradyrhizobium neotropicale] >MBO4223035.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Bradyrhizobium neotropicale]Ą€0€Š€0€Ą€ WP_208823465Ŗ€ĸ€0€0€ €”GntR family transcriptional regulator [Salmonella enterica] >EHL3133241.1 conserved phage C-terminal domain-containing protein [Salmonella enterica]Ą€0€¤€0€Ą€ EFV3192858Ŗ€ĸ€0€0€ €‚•MULTISPECIES: zinc-dependent alcohol dehydrogenase family protein [Burkholderia] >AJY40047.1 zinc-binding dehydrogenase family protein [Burkholderia sp. 2002721687] >ALX45961.1 alcohol dehydrogenase [Burkholderia sp. Bp5365] >EIP86957.1 alcohol dehydrogenase, zinc-containing [Burkholderia thailandensis MSMB43] >QPS47452.1 zinc-dependent alcohol dehydrogenase family protein [Burkholderia humptydooensis]Ą€0€Š€0€Ą€ WP_006027485Ŗ€ĸ€0€0€ €*ROK family protein [Marinifilum flexuosum]Ą€0€Š€0€Ą€ WP_282014297Ŗ€ĸ€0€0€ €?hypothetical protein [uncultured Gammaproteobacteria bacterium]Ą€0€Ĩ€0€Ą€ CAC9512212Ŗ€ĸ€0€0€ €ļMULTISPECIES: hypothetical protein [unclassified Bradyrhizobium] >MCK1278719.1 hypothetical protein [Bradyrhizobium sp. 61] >MCK1448358.1 hypothetical protein [Bradyrhizobium sp. 48]Ą€0€Š€0€Ą€ WP_247315376Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB1664612Ŗ€ĸ€0€0€ €BPadR family transcriptional regulator [Flavobacterium sp. MK4S-17]Ą€0€Š€0€Ą€ WP_159801197Ŗ€ĸ€0€0€ €ghypothetical protein [Klebsiella pneumoniae] >HBY6483132.1 hypothetical protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBY6471839Ŗ€ĸ€0€0€ €oexcinuclease ABC subunit UvrA [Dickeya lacustris] >WFN54948.1 excinuclease ABC subunit UvrA [Dickeya lacustris]Ą€0€Š€0€Ą€ WP_125260587Ŗ€ĸ€0€0€ €…aldehyde dehydrogenase family protein [Ancylobacter aquaticus] >TCK23608.1 aldehyde dehydrogenase (acceptor) [Ancylobacter aquaticus]Ą€0€Š€0€Ą€ WP_131836551Ŗ€ĸ€0€0€ €PBMP family ABC transporter substrate-binding protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCH5281797Ŗ€ĸ€0€0€ €‚(pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >OBK56222.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >ORV98460.1 alpha-ketoglutarate dehydrogenase [Mycobacterium kubicae] >QNI07570.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >QNI12555.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >QPI36079.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae]Ą€0€Š€0€Ą€ WP_068156215Ŗ€ĸ€0€0€ €?3-hydroxyacyl-CoA dehydrogenase, partial [Pseudomonas asiatica]Ą€0€Š€0€Ą€ WP_249351853Ŗ€ĸ€0€0€ €;hypothetical protein CVV72_29975 [Amycolatopsis sp. TNS106]Ą€0€¤€0€Ą€QXV60806Ŗ€ĸ€0€0€ €hypothetical protein [Candidatus Eisenbacteria bacterium] >MBU2693061.1 hypothetical protein [Candidatus Eisenbacteria bacterium]Ą€0€¤€0€Ą€ MBU1949725Ŗ€ĸ€0€0€ €_hypothetical protein [Pontibacter burrus] >NEM96202.1 hypothetical protein [Pontibacter burrus]Ą€0€Š€0€Ą€ WP_163911025Ŗ€ĸ€0€0€ €hSGNH/GDSL hydrolase family protein [Vibrio vulnificus] >POF51411.1 lysophospholipase [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_103186018Ŗ€ĸ€0€0€ €“uncharacterized protein LOC127059432 isoform X1 [Serinus canaria] >XP_050828763.1 uncharacterized protein LOC127059432 isoform X1 [Serinus canaria]Ą€0€Š€0€Ą€ XP_050828762Ŗ€ĸ€0€0€ €wbenzaldehyde dehydrogenase [Cupriavidus sp. IK-TO18] >MBF6986135.1 benzaldehyde dehydrogenase [Cupriavidus sp. IK-TO18]Ą€0€Š€0€Ą€ WP_195426888Ŗ€ĸ€0€0€ €:hypothetical protein PBI_SCTP2_371 [Salicola phage SCTP-2]Ą€0€¤€0€Ą€ASV44386Ŗ€ĸ€0€0€ €_hypothetical protein [Acutalibacter sp.] >MCI8920504.1 hypothetical protein [Acutalibacter sp.]Ą€0€¤€0€Ą€ MCI8395767Ŗ€ĸ€0€0€ €=ABC transporter permease [Tuberibacillus sp. Marseille-P3662]Ą€0€Š€0€Ą€ WP_085524223Ŗ€ĸ€0€0€ €hypothetical protein [Terribacillus halophilus] >SDD08022.1 hypothetical protein SAMN05421663_106194 [Terribacillus halophilus]Ą€0€Š€0€Ą€ WP_093727561Ŗ€ĸ€0€0€ €\Rpn family recombination-promoting nuclease/putative transposase [Trichocoleus sp. FACHB-69]Ą€0€¤€0€Ą€ MBD1933857Ŗ€ĸ€0€0€ €:geranylgeranyl diphosphate synthase type I [Nocardia alba]Ą€0€¤€0€Ą€TCJ90160Ŗ€ĸ€0€0€ €=hypothetical protein ACD_39C01021G0002 [uncultured bacterium]Ą€0€¤€0€Ą€EKD82894Ŗ€ĸ€0€0€ €;O-acetyl-ADP-ribose deacetylase [Phaeovibrio sulfidiphilus]Ą€0€Š€0€Ą€ WP_242018727Ŗ€ĸ€0€0€ €Chypothetical protein SAMN05421768_101547 [Chryseobacterium joostei]Ą€0€Ĩ€0€Ą€SIS29303Ŗ€ĸ€0€0€ €F3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Ricinus communis]Ą€0€Š€0€Ą€ XP_048228476Ŗ€ĸ€0€0€ €=DNA polymerase III subunit gamma/tau [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MCH8904788Ŗ€ĸ€0€0€ €3SIS domain-containing protein [Olsenella sp. KH1P3]Ą€0€Š€0€Ą€ WP_234970720Ŗ€ĸ€0€0€ €:DUF262 domain-containing protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ8958073Ŗ€ĸ€0€0€ €Ptype II toxin-antitoxin system PemK/MazF family toxin [Mycobacterium riyadhense]Ą€0€Š€0€Ą€ WP_204806484Ŗ€ĸ€0€0€ €’DUF1801 domain-containing protein [Chryseobacterium mucoviscidosis] >OVE54822.1 hypothetical protein B0E34_18585 [Chryseobacterium mucoviscidosis]Ą€0€Š€0€Ą€ WP_087711902Ŗ€ĸ€0€0€ €›flagellar hook-length control protein FliK [Burkholderia pseudomallei] >MBM5643660.1 flagellar hook-length control protein FliK [Burkholderia pseudomallei]Ą€0€Š€0€Ą€ WP_203562037Ŗ€ĸ€0€0€ €MBC1890334.1 UvrD-helicase domain-containing protein [Listeria booriae]Ą€0€Š€0€Ą€ WP_185496123Ŗ€ĸ€0€0€ €5SPFH/Band 7/PHB domain protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR3968535Ŗ€ĸ€0€0€ €3alkane 1-monooxygenase [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€NDE79167Ŗ€ĸ€0€0€ €=FG-GAP-like repeat-containing protein [Myxococcota bacterium]Ą€0€¤€0€Ą€ MCS6915397Ŗ€ĸ€0€0€ €–hypothetical protein [Rhizobium tropici] >MBB5594984.1 hypothetical protein [Rhizobium tropici] >MBB6494284.1 hypothetical protein [Rhizobium tropici]Ą€0€¤€0€Ą€ MBB4243944Ŗ€ĸ€0€0€ €J3-methyl-2-oxobutanoate hydroxymethyltransferase [Moraxellaceae bacterium]Ą€0€¤€0€Ą€ MBK8326393Ŗ€ĸ€0€0€ €4HIT domain-containing protein [Chlamydiia bacterium]Ą€0€¤€0€Ą€ MCB1072350Ŗ€ĸ€0€0€ €.hypothetical protein [Hydrococcus sp. CRU_1_1]Ą€0€¤€0€Ą€NJP20283Ŗ€ĸ€0€0€ €Fankyrin repeat domain-containing protein [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€ MCB0342695Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBI9015564Ŗ€ĸ€0€0€ €,hypothetical protein [Burkholderia gladioli]Ą€0€Š€0€Ą€ WP_186214732Ŗ€ĸ€0€0€ €™SpoIIE family protein phosphatase [Streptomyces sp. WMMB 322] >SCK39321.1 Serine phosphatase RsbU, regulator of sigma subunit [Streptomyces sp. WMMB 322]Ą€0€Š€0€Ą€ WP_055486904Ŗ€ĸ€0€0€ €‚^hypothetical protein DTO166G4_5435 [Paecilomyces variotii] >KAJ9236150.1 hypothetical protein DTO166G5_4195 [Paecilomyces variotii] >KAJ9254736.1 hypothetical protein DTO195F2_6492 [Paecilomyces variotii] >KAJ9357714.1 hypothetical protein DTO280E4_5480 [Paecilomyces variotii] >KAJ9366377.1 hypothetical protein DTO282E5_8942 [Paecilomyces variotii]Ą€0€¤€0€Ą€ KAJ9212931Ŗ€ĸ€0€0€ €shypothetical protein [Aequorivita antarctica] >SRX76402.1 hypothetical protein AEQU3_03402 [Aequorivita antarctica]Ą€0€Š€0€Ą€ WP_262510814Ŗ€ĸ€0€0€ €Ŋhypothetical protein KC334_g18042 [Hortaea werneckii] >KAI7655353.1 hypothetical protein KC318_g13042 [Hortaea werneckii] >KAI7689422.1 hypothetical protein KC353_g19619 [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI6876782Ŗ€ĸ€0€0€ €ÛDUF998 domain-containing protein [Stenotrophomonas maltophilia] >MCI1050164.1 DUF998 domain-containing protein [Stenotrophomonas maltophilia] >MCU1179108.1 DUF998 domain-containing protein [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_164166542Ŗ€ĸ€0€0€ €Ŧhistidine--tRNA ligase [Clostridium butyricum] >ETI90435.1 Histidine-tRNA ligase 1 [Clostridium butyricum DORA_1] >RQN11929.1 histidine--tRNA ligase [Clostridium butyricum]Ą€0€Š€0€Ą€ WP_024039518Ŗ€ĸ€0€0€ €2hypothetical protein [Cyclobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBP9926316Ŗ€ĸ€0€0€ €EDUF438 domain-containing protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€NLF87571Ŗ€ĸ€0€0€ €Cmethyltransferase domain-containing protein [Salinispora fenicalii]Ą€0€Š€0€Ą€ WP_033667247Ŗ€ĸ€0€0€ €ŋhelix-hairpin-helix domain-containing protein [Schnuerera ultunensis] >CCQ92629.1 Competence protein [[Clostridium] ultunense Esp] >SHD77923.1 Competence protein [[Clostridium] ultunense Esp]Ą€0€Š€0€Ą€ WP_005582143Ŗ€ĸ€0€0€ €xFecR family protein [Bradyrhizobium sp. AS23.2] >OKO73700.1 hypothetical protein AC630_28035 [Bradyrhizobium sp. AS23.2]Ą€0€Š€0€Ą€ WP_074121838Ŗ€ĸ€0€0€ €)complement C3-like [Megalops cyprinoides]Ą€0€Š€0€Ą€ XP_036400802Ŗ€ĸ€0€0€ €:disks large homolog 4-like isoform X3 [Limulus polyphemus]Ą€0€Š€0€Ą€ XP_022242849Ŗ€ĸ€0€0€ €>L-threonylcarbamoyladenylate synthase [Microbacterium sp. K24]Ą€0€Š€0€Ą€ WP_136055013Ŗ€ĸ€0€0€ €Bhypothetical protein IQ06DRAFT_293283 [Stagonospora sp. SRC1lsM3a]Ą€0€¤€0€Ą€OAL01167Ŗ€ĸ€0€0€ €6sugar ABC transporter permease [Paenibacillus tritici]Ą€0€¤€0€Ą€QUL58516Ŗ€ĸ€0€0€ €$hypothetical protein [Alistipes sp.]Ą€0€¤€0€Ą€ MBO7265633Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€USL51576Ŗ€ĸ€0€0€ €qNADP-dependent malic enzyme [Variovorax paradoxus] >QRF57655.1 NADP-dependent malic enzyme [Variovorax paradoxus]Ą€0€Š€0€Ą€ WP_203203455Ŗ€ĸ€0€0€ €gATP-binding protein [Pseudomonas sp. B21-015] >UVM51895.1 ATP-binding protein [Pseudomonas sp. B21-015]Ą€0€Š€0€Ą€ WP_258699485Ŗ€ĸ€0€0€ €/DUF1173 family protein [Citrobacter sp. MGH106]Ą€0€Š€0€Ą€ WP_048222205Ŗ€ĸ€0€0€ €=chloride channel protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBE3049203Ŗ€ĸ€0€0€ €-hypothetical protein [Euryarchaeota archaeon]Ą€0€¤€0€Ą€MBJ08097Ŗ€ĸ€0€0€ €Puncharacterized protein At5g50100, chloroplastic isoform X2 [Prosopis cineraria]Ą€0€Š€0€Ą€ XP_054805378Ŗ€ĸ€0€0€ €‚$MULTISPECIES: LuxR family transcriptional regulator [unclassified Shinella] >EYR80444.1 DNA-binding HTH domain-containing protein [Shinella sp. DD12] >MCO5152854.1 helix-turn-helix transcriptional regulator [Shinella sp.] >TAA60600.1 LuxR family transcriptional regulator [Shinella sp. JR1-6]Ą€0€Š€0€Ą€ WP_024270964Ŗ€ĸ€0€0€ €ohypothetical protein [Archangium violaceum] >QRN97775.1 hypothetical protein JRI60_01420 [Archangium violaceum]Ą€0€Š€0€Ą€ WP_204224003Ŗ€ĸ€0€0€ €@hypothetical protein CSA54_03745 [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€PIE36668Ŗ€ĸ€0€0€ €9FtsX-like permease family protein [Thiolapillus brandeum]Ą€0€¯€0€Ą€HDK38158Ŗ€ĸ€0€0€ €:fibronectin/fibrinogen-binding protein [Bacillus sp. TS-2]Ą€0€Ŧ€0€Ą€GAF66133Ŗ€ĸ€0€0€ €€SDR family NAD(P)-dependent oxidoreductase [Comamonas thiooxydans] >BDR07042.1 SDR family oxidoreductase [Comamonas thiooxydans]Ą€0€Š€0€Ą€ WP_087085326Ŗ€ĸ€0€0€ €Dhypothetical protein HMPREF0185_03202 [Brevundimonas diminuta 470-4]Ą€0€¤€0€Ą€EKY24506Ŗ€ĸ€0€0€ €“phenylpyruvate tautomerase MIF-related protein [Nostoc sp. PCC 7524] >AFY47677.1 Macrophage migration inhibitory factor (MIF) [Nostoc sp. PCC 7524]Ą€0€Š€0€Ą€ WP_015138129Ŗ€ĸ€0€0€ €éperoxide stress protein YaaA [Escherichia coli] >EFN5736677.1 peroxide stress protein YaaA [Escherichia coli] >EHD5900775.1 peroxide stress protein YaaA [Escherichia coli] >HBA7077466.1 peroxide stress protein YaaA [Escherichia coli]Ą€0€¤€0€Ą€ EFA5158712Ŗ€ĸ€0€0€ €Gputative metallo-hydrolase/oxidoreductase [Agrobacterium sp. NCPPB 925]Ą€0€Ĩ€0€Ą€CUX17903Ŗ€ĸ€0€0€ €`autotransporter outer membrane beta-barrel domain-containing protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_176462507Ŗ€ĸ€0€0€ €pNa+/H+ antiporter NhaC family protein [Bacillus sp. LK2] >KMN46454.1 sodium:proton antiporter [Bacillus sp. LK2]Ą€0€Š€0€Ą€ WP_048370512Ŗ€ĸ€0€0€ €/interleukin-8-like [Lonchura striata domestica]Ą€0€Š€0€Ą€ XP_031360469Ŗ€ĸ€0€0€ €?1,4-alpha-glucan branching protein GlgB [Burkholderia gladioli]Ą€0€Š€0€Ą€ WP_186101535Ŗ€ĸ€0€0€ €>response regulator transcription factor [Tepidicaulis marinus]Ą€0€Š€0€Ą€ WP_197052899Ŗ€ĸ€0€0€ €,WD40 repeat-like protein [Suillus hirtellus]Ą€0€¤€0€Ą€ KAG2061513Ŗ€ĸ€0€0€ €0response regulator [Pseudoalteromonas sp. S1612]Ą€0€Š€0€Ą€ WP_249930443Ŗ€ĸ€0€0€ €9lipid-A-disaccharide synthase [Xanthomonas sp. LMG 12460]Ą€0€¤€0€Ą€ KAB7776415Ŗ€ĸ€0€0€ €Forganic hydroperoxide resistance protein [Pseudonocardia sp. ICBG1142]Ą€0€Š€0€Ą€ WP_226360036Ŗ€ĸ€0€0€ €6hypothetical protein E4U50_003369 [Claviceps purpurea]Ą€0€¤€0€Ą€ KAG6208320Ŗ€ĸ€0€0€ €@putative rRNA pseudouridine synthase [Paxillus ammoniavirescens]Ą€0€¤€0€Ą€ KAF8844043Ŗ€ĸ€0€0€ €›MULTISPECIES: ATP-binding cassette domain-containing protein [Providencia] >AFH93717.1 ABC transporter ATP-binding protein [Providencia stuartii MRSN 2154]Ą€0€Š€0€Ą€ WP_014657023Ŗ€ĸ€0€0€ €vphosphotransferase [Stackebrandtia nassauensis] >ADD42168.1 Hygromycin-B kinase [Stackebrandtia nassauensis DSM 44728]Ą€0€Š€0€Ą€ WP_013017739Ŗ€ĸ€0€0€ €‚glycosyltransferase family 2 protein [Methylorubrum populi] >ACB82584.1 glycosyl transferase family 2 [Methylorubrum populi BJ001] >OAH32923.1 glycosyl transferase [Methylorubrum populi] >PZP66144.1 glycosyltransferase family 2 protein [Methylorubrum populi]Ą€0€Š€0€Ą€ WP_012456188Ŗ€ĸ€0€0€ €@type Z 30S ribosomal protein S14 [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI5477481Ŗ€ĸ€0€0€ €9TIGR00730 family Rossman fold protein [Hirschia maritima]Ą€0€Š€0€Ą€ WP_018996200Ŗ€ĸ€0€0€ €ugroup III truncated hemoglobin [Acidovorax sp. YS12] >UJB63301.1 group III truncated hemoglobin [Acidovorax sp. YS12]Ą€0€Š€0€Ą€ WP_235104528Ŗ€ĸ€0€0€ €‚ˇGyrI-like domain-containing protein [Staphylococcus simiae] >MBO1198552.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1200650.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1202958.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1210543.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1229024.1 AraC family transcriptional regulator [Staphylococcus simiae]Ą€0€Š€0€Ą€ WP_207517291Ŗ€ĸ€0€0€ €1fusion protein, partial [Avian orthoavulavirus 1]Ą€0€¤€0€Ą€AMB21424Ŗ€ĸ€0€0€ €IABC transporter substrate-binding protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI3058450Ŗ€ĸ€0€0€ €5putative secreted protein [Mycobacteroides abscessus]Ą€0€Ĩ€0€Ą€CPW15624Ŗ€ĸ€0€0€ €‚Tdimethylsulfoxide reductase subunit A [Escherichia coli] >EFA6334732.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >MBW8950522.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >MBW8961536.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >HCK1632539.1 dimethylsulfoxide reductase subunit A [Escherichia coli]Ą€0€Š€0€Ą€ WP_220281278Ŗ€ĸ€0€0€ €7ACT domain-containing protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€ MCK4862399Ŗ€ĸ€0€0€ €:DUF1302 domain-containing protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBP5520355Ŗ€ĸ€0€0€ €.ammonium transporter [Rhizobium sp. CECT 9324]Ą€0€Š€0€Ą€ WP_230171322Ŗ€ĸ€0€0€ €{orotate phosphoribosyltransferase [Helicobacter pylori] >RVZ06176.1 orotate phosphoribosyltransferase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_127958949Ŗ€ĸ€0€0€ €‚hypothetical protein GGF48_003185 [Coemansia sp. RSA 921] >KAJ2641386.1 hypothetical protein IW137_003103 [Coemansia sp. RSA 1287]Ą€0€¤€0€Ą€ KAJ2127656Ŗ€ĸ€0€0€ €Fcytochrome c oxidase subunit I, partial [Trichosalpingus sp. NLG-2012]Ą€0€¤€0€Ą€AGC97326Ŗ€ĸ€0€0€ €EPT57575.1 oxidoreductase [Streptococcus agalactiae CCUG 25532]Ą€0€Š€0€Ą€ WP_001203076Ŗ€ĸ€0€0€ €Qlipase [Enterobacter bugandensis] >MCK7238608.1 lipase [Enterobacter bugandensis]Ą€0€Š€0€Ą€ WP_248055680Ŗ€ĸ€0€0€ €:hypothetical protein DI272_29730 [Streptomyces sp. Act143]Ą€0€¤€0€Ą€PWI17876Ŗ€ĸ€0€0€ €=excinuclease ABC subunit UvrA [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCD6199266Ŗ€ĸ€0€0€ €*hypothetical protein [Glycomyces sp. YM15]Ą€0€Š€0€Ą€ WP_275889644Ŗ€ĸ€0€0€ €­HAD family phosphatase [Spirochaetia bacterium] >MBR4437207.1 HAD family phosphatase [Spirochaetales bacterium] >MBR4796223.1 HAD family phosphatase [Spirochaetia bacterium]Ą€0€¤€0€Ą€ MBR4375795Ŗ€ĸ€0€0€ €&DNA-binding protein [Escherichia coli]Ą€0€¯€0€Ą€ HCD1639688Ŗ€ĸ€0€0€ €Kphospho-N-acetylmuramoyl-pentapeptide-transferase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCQ2150528Ŗ€ĸ€0€0€ €UPutative gluconate transport-related membrane protein [Pseudomonas fluorescens SBW25]Ą€0€Ĩ€0€Ą€ CAI2795006Ŗ€ĸ€0€0€ €=tryptophan synthase subunit beta [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6900854Ŗ€ĸ€0€0€ €TYZ25144.1 response regulator [Selenomonas sp. mPRGC5]Ą€0€¤€0€Ą€ MBQ1868746Ŗ€ĸ€0€0€ €-predicted protein [Postia placenta Mad-698-R]Ą€0€¤€0€Ą€EED80871Ŗ€ĸ€0€0€ €‚lipid A deacylase LpxR family protein [Variovorax sp. WDL1] >PNG07808.1 DUF2219 domain-containing protein [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_083944445Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAS51312Ŗ€ĸ€0€0€ €5biofilm-associated protein BapA [Salmonella enterica]Ą€0€¤€0€Ą€ EGH2885952Ŗ€ĸ€0€0€ €;DUF4111 domain-containing protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCP4417814Ŗ€ĸ€0€0€ €gglycosyltransferase [Flavobacterium sp. ENC] >MCD0464368.1 glycosyltransferase [Flavobacterium sp. ENC]Ą€0€Š€0€Ą€ WP_230700203Ŗ€ĸ€0€0€ €%tetraspanin-2-like [Monopterus albus]Ą€0€Š€0€Ą€ XP_020469382Ŗ€ĸ€0€0€ €6cell division protein SepF [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR5475092Ŗ€ĸ€0€0€ €8DUF962 domain-containing protein [Pseudomonas sp. CrR25]Ą€0€¤€0€Ą€NQD93247Ŗ€ĸ€0€0€ €1hypothetical protein [Austropuccinia psidii MF-1]Ą€0€¤€0€Ą€ MBW0490175Ŗ€ĸ€0€0€ €‚carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] >MBT6114179.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] >MBT6594433.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium]Ą€0€¤€0€Ą€ MBT5105952Ŗ€ĸ€0€0€ €>hypothetical protein N7507_002548 [Penicillium longicatenatum]Ą€0€¤€0€Ą€ KAJ5673421Ŗ€ĸ€0€0€ €B23S rRNA (guanosine-2'-O-)-methyltransferase RlmB [bacterium HR12]Ą€0€Ŧ€0€Ą€GBC87342Ŗ€ĸ€0€0€ €ļMULTISPECIES: restriction endonuclease [Streptomyces] >RAS30001.1 restriction system protein [Streptomyces avidinii] >SNX77724.1 restriction system protein [Streptomyces microflavus]Ą€0€Š€0€Ą€ WP_097242040Ŗ€ĸ€0€0€ €‚iTonB-dependent receptor [Pseudomonas aeruginosa] >RTU10517.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9701829.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9720772.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9766852.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9888529.1 TonB-dependent receptor [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_126547421Ŗ€ĸ€0€0€ €ītype I-C CRISPR-associated protein Cas7/Csd2 [Streptomyces sp. MnatMP-M27] >MYU09148.1 type I-C CRISPR-associated protein Cas7/Csd2 [Streptomyces sp. SID8361] >SCF59302.1 CRISPR-associated protein, Csd2 family [Streptomyces sp. MnatMP-M27]Ą€0€Š€0€Ą€ WP_093699720Ŗ€ĸ€0€0€ €ytransketolase [Salmonella enterica subsp. diarizonae] >ECI2916795.1 transketolase [Salmonella enterica subsp. diarizonae]Ą€0€¤€0€Ą€ ECC1749556Ŗ€ĸ€0€0€ €Dsensor domain-containing diguanylate cyclase [Yersinia massiliensis]Ą€0€Š€0€Ą€ WP_145544593Ŗ€ĸ€0€0€ €^chitinase [Actinoplanes deccanensis] >GID77240.1 glycosyl hydrolase [Actinoplanes deccanensis]Ą€0€Š€0€Ą€ WP_203771012Ŗ€ĸ€0€0€ €950S ribosomal protein L29 [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HBS26035Ŗ€ĸ€0€0€ €Stype-F conjugative transfer system pilin chaperone TraQ, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_263867815Ŗ€ĸ€0€0€ €GrrA/OscA1 family cyclophane-containing rSAM-modified RiPP [Microcystis aeruginosa] >CCI38064.1 Similar to tr|P73642|P73642 [Microcystis aeruginosa PCC 9701]Ą€0€Š€0€Ą€ WP_002803816Ŗ€ĸ€0€0€ €AME25919.1 nitrile hydratase [Burkholderia sp. PAMC 26561] >AMM18016.1 nitrile hydratase [Burkholderia sp. PAMC 28687] >OTP72690.1 putative transmembrane nitrile hydratase [Caballeronia sordidicola]Ą€0€Š€0€Ą€ WP_062003339Ŗ€ĸ€0€0€ €;DapH/DapD/GlmU-related protein [Nocardioides campestrisoli]Ą€0€Š€0€Ą€ WP_258236293Ŗ€ĸ€0€0€ €KtRNA threonylcarbamoyladenosine dehydratase [Candidatus Borkfalkia avicola]Ą€0€¯€0€Ą€HIZ10317Ŗ€ĸ€0€0€ €ˇhypothetical protein [Candidatus Obscuribacter sp.] >MBK9204956.1 hypothetical protein [Candidatus Obscuribacter sp.] >MBK9772593.1 hypothetical protein [Candidatus Obscuribacter sp.]Ą€0€¤€0€Ą€ MBK7750076Ŗ€ĸ€0€0€ €mSURF1 family protein [Rhodococcus sp. ANT_H53B] >KAA0925811.1 SURF1 family protein [Rhodococcus sp. ANT_H53B]Ą€0€Š€0€Ą€ WP_149406163Ŗ€ĸ€0€0€ €­amino acid ABC transporter ATP-binding protein [Arthrobacter sp. SLBN-83] >TQJ60330.1 amino acid ABC transporter ATP-binding protein (PAAT family) [Arthrobacter sp. SLBN-83]Ą€0€Š€0€Ą€ WP_142133210Ŗ€ĸ€0€0€ €shypothetical protein [Sphingorhabdus profundilacus] >MVZ98191.1 hypothetical protein [Sphingorhabdus profundilacus]Ą€0€Š€0€Ą€ WP_160354134Ŗ€ĸ€0€0€ €…hypothetical protein [Clostridium intestinale] >SHH89680.1 hypothetical protein SAMN02745941_01200 [Clostridium intestinale DSM 6191]Ą€0€Š€0€Ą€ WP_073017683Ŗ€ĸ€0€0€ €%DedA family protein [Sneathiella sp.]Ą€0€¤€0€Ą€ MBO6826978Ŗ€ĸ€0€0€ €Éhypothetical protein [Lactococcus lactis] >ARE13706.1 hypothetical protein LLUC11_1375 [Lactococcus lactis subsp. lactis] >ARE16120.1 hypothetical protein LLUC08_1379 [Lactococcus lactis subsp. lactis]Ą€0€Š€0€Ą€ WP_237025736Ŗ€ĸ€0€0€ €Zcystathionine beta lyase, partial [Salmonella enterica subsp. enterica serovar Gallinarum]Ą€0€¤€0€Ą€AAZ73234Ŗ€ĸ€0€0€ €‚.M20 family metallopeptidase [Serratia marcescens] >MBH2749820.1 amidohydrolase [Serratia marcescens] >MBH2968734.1 amidohydrolase [Serratia marcescens] >MBK5574117.1 amidohydrolase [Serratia marcescens] >MBN6136706.1 amidohydrolase [Serratia marcescens] >QIR65951.1 amidohydrolase [Serratia marcescens]Ą€0€Š€0€Ą€ WP_167324608Ŗ€ĸ€0€0€ €šhypothetical protein [Campylobacter volucris] >TDJ81922.1 hypothetical protein E2O25_01255 [Campylobacter volucris] >TDJ86298.1 hypothetical protein E2O24_06645 [Campylobacter volucris]Ą€0€¤€0€Ą€ MBF7068745Ŗ€ĸ€0€0€ €‚hypothetical protein [Clostridium thermobutyricum] >ENZ01229.1 hypothetical protein HMPREF1092_01937 [Clostridium thermobutyricum]Ą€0€Š€0€Ą€ WP_002598431Ŗ€ĸ€0€0€ €ũPREDICTED: mitochondrial basic amino acids transporter [Tinamus guttatus] >XP_010216384.1 PREDICTED: mitochondrial basic amino acids transporter [Tinamus guttatus] >XP_010216385.1 PREDICTED: mitochondrial basic amino acids transporter [Tinamus guttatus]Ą€0€Š€0€Ą€ XP_010216383Ŗ€ĸ€0€0€ €¯OB-fold nucleic acid binding domain-containing protein [Kitasatospora sp. A2-31] >MCG6493656.1 OB-fold nucleic acid binding domain-containing protein [Kitasatospora sp. A2-31]Ą€0€Š€0€Ą€ WP_238741277Ŗ€ĸ€0€0€ €‡type I methionyl aminopeptidase [Paenibacillus xylanilyticus] >NUU76068.1 type I methionyl aminopeptidase [Paenibacillus xylanilyticus]Ą€0€Š€0€Ą€ WP_175395805Ŗ€ĸ€0€0€ €wglycosyltransferase [Streptomyces sp. WAC 06738] >AZM44710.1 glycosyl transferase family 2 [Streptomyces sp. WAC 06738]Ą€0€Š€0€Ą€ WP_125933644Ŗ€ĸ€0€0€ €=Ig-like domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR4207675Ŗ€ĸ€0€0€ €Dcytochrome oxidase subunit 1, partial [Orthocentrinae sp. BOLD-2016]Ą€0€¤€0€Ą€AOR13807Ŗ€ĸ€0€0€ €°hypothetical protein [Acidimicrobiaceae bacterium] >MYF43071.1 hypothetical protein [Acidimicrobiaceae bacterium] >MYJ36111.1 hypothetical protein [Acidimicrobiaceae bacterium]Ą€0€¤€0€Ą€MXZ96777Ŗ€ĸ€0€0€ €‚^FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU0849698.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU1266149.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU1529340.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU1779281.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU0783111Ŗ€ĸ€0€0€ €pAAA family ATPase [Corynebacterium comes] >QGU04304.1 Chromosome-partitioning ATPase Soj [Corynebacterium comes]Ą€0€Š€0€Ą€ WP_231587592Ŗ€ĸ€0€0€ €?RNA polymerase subunit sigma [Mycolicibacterium conceptionense]Ą€0€¤€0€Ą€ORV24296Ŗ€ĸ€0€0€ €Ageneral secretion pathway protein GspN [Dyella amyloliquefaciens]Ą€0€Š€0€Ą€ WP_130617254Ŗ€ĸ€0€0€ €5Predicted nucleotidyltransferase [Bacillus sp. OK838]Ą€0€Ĩ€0€Ą€SNS96357Ŗ€ĸ€0€0€ €wM20 aminoacylase family protein [Paraburkholderia tropica] >CAG9232412.1 Hippurate hydrolase [Paraburkholderia tropica]Ą€0€Š€0€Ą€ WP_224014827Ŗ€ĸ€0€0€ €IpaD, partial [Shigella boydii]Ą€0€¤€0€Ą€AAM89588Ŗ€ĸ€0€0€ €‚xribosome biogenesis factor YjgA [Halomonas venusta] >QPI62748.1 DUF615 domain-containing protein [Halomonas venusta] >QRL01933.1 DUF615 domain-containing protein [Halomonas venusta] >UQI39151.1 DUF615 domain-containing protein [Halomonas venusta] >WAM47281.1 DUF615 domain-containing protein [Halomonas venusta] >WAM50778.1 DUF615 domain-containing protein [Halomonas venusta]Ą€0€Š€0€Ą€ WP_146943319Ŗ€ĸ€0€0€ €gDNA-binding protein [Myxococcales bacterium] >MBK7191425.1 DNA-binding protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MBK7076265Ŗ€ĸ€0€0€ €#interleukin-7 [Dryobates pubescens]Ą€0€Š€0€Ą€ XP_054023409Ŗ€ĸ€0€0€ €¯DUF6084 family protein [Asanoa ferruginea] >REG01385.1 hypothetical protein DFJ67_7468 [Asanoa ferruginea] >GIF47990.1 hypothetical protein Afe04nite_25290 [Asanoa ferruginea]Ą€0€Š€0€Ą€ WP_116073604Ŗ€ĸ€0€0€ €`DUF5686 and carboxypeptidase regulatory-like domain-containing protein [Pontibacter pudoricolor]Ą€0€Š€0€Ą€ WP_162428520Ŗ€ĸ€0€0€ €7cytochrome oxidase subunit 1, partial [Epuraea labilis]Ą€0€¤€0€Ą€AVM35379Ŗ€ĸ€0€0€ €Bhypothetical protein HBSAPP04_06970 [Ignavibacteriaceae bacterium]Ą€0€Ŧ€0€Ą€GJQ31858Ŗ€ĸ€0€0€ €Āprecorrin-6y C5,15-methyltransferase (decarboxylating) subunit CbiE [Paenibacillus konkukensis] >UQZ85786.1 Precorrin-6Y C(5,15)-methyltransferase [decarboxylating] [Paenibacillus konkukensis]Ą€0€Š€0€Ą€ WP_249866435Ŗ€ĸ€0€0€ €Itype I restriction-modification system M subunit [Prevotella sp. CAG:873]Ą€0€Ĩ€0€Ą€CDE57470Ŗ€ĸ€0€0€ €}non-canonical purine NTP phosphatase [Escherichia coli] >EFC1875094.1 non-canonical purine NTP phosphatase [Escherichia coli]Ą€0€¤€0€Ą€ EEY6110619Ŗ€ĸ€0€0€ €„ABC transporter ATP-binding protein [Enterococcus silesiacus] >ALS00352.1 hypothetical protein ATZ33_02845 [Enterococcus silesiacus]Ą€0€Š€0€Ą€ WP_071876418Ŗ€ĸ€0€0€ €.DNA gyrase subunit A [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBW3588078Ŗ€ĸ€0€0€ €7hypothetical protein SMNM65_02150 [Streptococcus mitis]Ą€0€Ŧ€0€Ą€BCJ09783Ŗ€ĸ€0€0€ €khypothetical protein [Brucella anthropi] >KAB2788143.1 hypothetical protein F9K97_03290 [Brucella anthropi]Ą€0€Š€0€Ą€ WP_151615076Ŗ€ĸ€0€0€ €Ehypothetical protein BIP78_1319 [Candidatus Bipolaricaulis sibiricus]Ą€0€¤€0€Ą€QAA77085Ŗ€ĸ€0€0€ €‚Ÿcarbohydrate kinase [Ketogulonicigenium vulgare] >ADO43234.1 ribokinase-like domain-containing protein [Ketogulonicigenium vulgare Y25] >AEM41528.1 Carbohydrate kinase, PfkB [Ketogulonicigenium vulgare WSH-001] >ALJ82384.1 carbohydrate kinase [Ketogulonicigenium vulgare] >ANW35147.1 carbohydrate kinase [Ketogulonicigenium vulgare] >AOZ55270.1 ribokinase-like domain-containing protein [Ketogulonicigenium vulgare]Ą€0€Š€0€Ą€ WP_013384884Ŗ€ĸ€0€0€ €cunnamed protein product [Adineta steineri] >CAF1566423.1 unnamed protein product [Adineta steineri]Ą€0€Ĩ€0€Ą€ CAF1284994Ŗ€ĸ€0€0€ €8SPX-domain-containing protein [Rhizoclosmatium globosum]Ą€0€¤€0€Ą€ORY38386Ŗ€ĸ€0€0€ €hypothetical protein PPUJ20028_21250 [Pseudomonas putida] >GLO36434.1 hypothetical protein PPUN14671_32690 [Pseudomonas putida]Ą€0€Ŧ€0€Ą€GLO13544Ŗ€ĸ€0€0€ €8unnamed protein product [Rangifer tarandus platyrhyncus]Ą€0€Ĩ€0€Ą€ CAI9173470Ŗ€ĸ€0€0€ €@hypothetical protein CEQ90_08315 [Lewinellaceae bacterium SD302]Ą€0€¤€0€Ą€PHI20455Ŗ€ĸ€0€0€ €Nmandelate racemase/muconate lactonizing enzyme family protein [Roseomonas sp.]Ą€0€¤€0€Ą€ MCA3282362Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EFG4747393Ŗ€ĸ€0€0€ €.hypothetical protein [Rikenellaceae bacterium]Ą€0€¤€0€Ą€ MBE6211131Ŗ€ĸ€0€0€ €tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Tritonibacter mobilis] >VCU58551.1 tRNA dimethylallyltransferase [Tritonibacter mobilis]Ą€0€Š€0€Ą€ WP_126136917Ŗ€ĸ€0€0€ €'hypothetical protein [Thermoflexus sp.]Ą€0€¤€0€Ą€ MCS7352192Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBT5102369Ŗ€ĸ€0€0€ €YMULTISPECIES: amino acid ABC transporter ATP-binding protein [unclassified Paenibacillus]Ą€0€Š€0€Ą€ WP_222125851Ŗ€ĸ€0€0€ €8uncharacterized protein CDAR_596111 [Caerostris darwini]Ą€0€Ŧ€0€Ą€GIY87976Ŗ€ĸ€0€0€ €}Protein required for growth in medium lacking phosphate and for resistance to copper and Phloxine B [Candida albicans P60002]Ą€0€¤€0€Ą€KHC51086Ŗ€ĸ€0€0€ €ERNA-binding protein 5 isoform X2 [Perognathus longimembris pacificus]Ą€0€Š€0€Ą€ XP_048190726Ŗ€ĸ€0€0€ €Osuccinyl-CoA synthetase beta subunit SucC [Rhodobacteraceae bacterium HLUCCO18]Ą€0€¤€0€Ą€KPQ18226Ŗ€ĸ€0€0€ €6hypothetical protein MKW98_002823 [Papaver atlanticum]Ą€0€¤€0€Ą€ KAI3869934Ŗ€ĸ€0€0€ €Cformylglycine-generating enzyme family protein [Moorena sp. SIO4G2]Ą€0€¤€0€Ą€NEO65312Ŗ€ĸ€0€0€ €]cyanophycin synthetase [Massilia aurea] >MBB6134896.1 cyanophycin synthetase [Massilia aurea]Ą€0€Š€0€Ą€ WP_183555556Ŗ€ĸ€0€0€ €:DUF1003 domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€TAH42824Ŗ€ĸ€0€0€ €N3-oxo-5-alpha-steroid 4-dehydrogenase 1 isoform X3 [Trachemys scripta elegans]Ą€0€Š€0€Ą€ XP_034617399Ŗ€ĸ€0€0€ €?tetratricopeptide repeat protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€NJD87536Ŗ€ĸ€0€0€ €/hypothetical protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBK8449583Ŗ€ĸ€0€0€ €Arod shape-determining protein MreC [Alicyclobacillus sendaiensis]Ą€0€Š€0€Ą€ WP_062308724Ŗ€ĸ€0€0€ €.hypothetical protein [Lentisphaeria bacterium]Ą€0€¤€0€Ą€ MBQ9754467Ŗ€ĸ€0€0€ €3hypothetical protein [Anaerofustis stercorihominis]Ą€0€Š€0€Ą€ WP_278278068Ŗ€ĸ€0€0€ €•helix-turn-helix transcriptional regulator [Mesorhizobium sp. INR15] >QPC95571.1 helix-turn-helix domain-containing protein [Mesorhizobium sp. INR15]Ą€0€Š€0€Ą€ WP_195180108Ŗ€ĸ€0€0€ €=hypothetical protein TrAFT101_010627 [Trichoderma asperellum]Ą€0€¤€0€Ą€UKZ95812Ŗ€ĸ€0€0€ €cytochrome c biogenesis protein CcdA [Bacillus sp. OV166] >SMQ72214.1 cytochrome c-type biogenesis protein [Bacillus sp. OV166]Ą€0€Š€0€Ą€ WP_088086543Ŗ€ĸ€0€0€ €€benzoate/H(+) symporter BenE family transporter [Klebsiella pneumoniae] >PXH11762.1 benzoate transporter [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_110180126Ŗ€ĸ€0€0€ €yDUF1993 domain-containing protein [Rahnella variigena] >RYJ18785.1 DUF1993 domain-containing protein [Rahnella variigena]Ą€0€Š€0€Ą€ WP_129639177Ŗ€ĸ€0€0€ €6unnamed protein product, partial [Phaedon cochleariae]Ą€0€Ĩ€0€Ą€ CAG9815058Ŗ€ĸ€0€0€ €=uncharacterized protein ATK23_2009 [Glutamicibacter mysorens]Ą€0€¤€0€Ą€PJJ44766Ŗ€ĸ€0€0€ €2HAD-IIB family hydrolase [Planococcus plakortidis]Ą€0€Š€0€Ą€ WP_237150901Ŗ€ĸ€0€0€ €(hypothetical protein [Mycobacterium sp.]Ą€0€¤€0€Ą€ MCE9516778Ŗ€ĸ€0€0€ €?Transcription termination factor 1, partial [Chaetura pelagica]Ą€0€¤€0€Ą€KFU90592Ŗ€ĸ€0€0€ €@adenine phosphoribosyltransferase, partial [Helicobacter pylori]Ą€0€¤€0€Ą€PDX17128Ŗ€ĸ€0€0€ €UDNA internalization-related competence protein ComEC/Rec2 [Pseudomonadales bacterium]Ą€0€¤€0€Ą€ MBX3707511Ŗ€ĸ€0€0€ €‚šacetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAJ5674859.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAJ6177281.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAJ6452556.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAK0767141.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari]Ą€0€¤€0€Ą€ EAH8201998Ŗ€ĸ€0€0€ €YType 1 secretion target domain protein [Microgenomates group bacterium GW2011_GWD1_47_13]Ą€0€¤€0€Ą€KKU62290Ŗ€ĸ€0€0€ €'hypothetical protein [Ensifer sp. SSB1]Ą€0€¤€0€Ą€ MBK5571697Ŗ€ĸ€0€0€ €ˇtype VI secretion system-associated FHA domain protein TagH [Marinobacter lutaoensis] >NVD35648.1 type VI secretion system-associated FHA domain protein TagH [Marinobacter lutaoensis]Ą€0€Š€0€Ą€ WP_176282182Ŗ€ĸ€0€0€ €vuncharacterized protein EAF01_009638 [Botrytis porri] >KAF7895676.1 hypothetical protein EAF01_009638 [Botrytis porri]Ą€0€Š€0€Ą€ XP_038766703Ŗ€ĸ€0€0€ €6TldD/PmbA family protein [Mycolicibacterium arabiense]Ą€0€Š€0€Ą€ WP_276078981Ŗ€ĸ€0€0€ € TOM1 protein [Oenanthe oenanthe]Ą€0€¤€0€Ą€NXM82541Ŗ€ĸ€0€0€ €;hypothetical protein F4604DRAFT_1884546 [Suillus subluteus]Ą€0€¤€0€Ą€ KAG1843883Ŗ€ĸ€0€0€ €8hypothetical protein N0V83_002467 [Neocucurbitaria cava]Ą€0€¤€0€Ą€ KAJ4375381Ŗ€ĸ€0€0€ €ŸFlaG family protein [Helicobacter pylori] >EMH42727.1 FlaG protein [Helicobacter pylori GAMchJs106B] >EMJ42579.1 FlaG protein [Helicobacter pylori GAMchJs124i]Ą€0€Š€0€Ą€ WP_001977095Ŗ€ĸ€0€0€ €Ęglycerate kinase isoform X1 [Tympanuchus pallidicinctus] >XP_052534276.1 glycerate kinase isoform X1 [Tympanuchus pallidicinctus] >XP_052534277.1 glycerate kinase isoform X1 [Tympanuchus pallidicinctus]Ą€0€Š€0€Ą€ XP_052534275Ŗ€ĸ€0€0€ €,nef protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AAW57761Ŗ€ĸ€0€0€ €/NUDIX domain protein [Acinetobacter venetianus]Ą€0€¤€0€Ą€KXZ65002Ŗ€ĸ€0€0€ €Cefflux transporter outer membrane subunit [Pseudomonas sp. GD03862]Ą€0€Š€0€Ą€ WP_279840346Ŗ€ĸ€0€0€ €cglycosyl hydrolase [Arthrobacter sp. Soil764] >KRE91890.1 beta-mannanase [Arthrobacter sp. Soil764]Ą€0€Š€0€Ą€ WP_056329268Ŗ€ĸ€0€0€ €_prepilin-type N-terminal cleavage/methylation domain-containing protein [Gemmataceae bacterium]Ą€0€¤€0€Ą€ MBX3400476Ŗ€ĸ€0€0€ €“methyl-accepting chemotaxis protein [Photobacterium chitinilyticum] >RWX52837.1 methyl-accepting chemotaxis protein [Photobacterium chitinilyticum]Ą€0€Š€0€Ą€ WP_128786583Ŗ€ĸ€0€0€ €>HipA domain-containing protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBV8060578Ŗ€ĸ€0€0€ €œuncharacterized protein SCHCODRAFT_02606363 [Schizophyllum commune H4-8] >KAI5899868.1 hypothetical protein SCHCODRAFT_02606363 [Schizophyllum commune H4-8]Ą€0€Š€0€Ą€ XP_003035978Ŗ€ĸ€0€0€ €Qgamma-aminobutyric acid receptor subunit beta-1 isoform X3 [Corvus cornix cornix]Ą€0€Š€0€Ą€ XP_039406663Ŗ€ĸ€0€0€ €˜hypothetical protein [Bacillota bacterium] >HBK68389.1 hypothetical protein [Bacillota bacterium] >HBT17363.1 hypothetical protein [Bacillota bacterium]Ą€0€¯€0€Ą€HBG17616Ŗ€ĸ€0€0€ €,biotin synthase BioB [Streptomyces sp. JH14]Ą€0€Š€0€Ą€ WP_277324932Ŗ€ĸ€0€0€ €‚poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917000.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917002.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917003.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917004.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917005.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens]Ą€0€Š€0€Ą€ XP_037916999Ŗ€ĸ€0€0€ €2SOH1-domain-containing protein [Diplocarpon rosae]Ą€0€¤€0€Ą€PBP26446Ŗ€ĸ€0€0€ €:hypothetical protein [Candidatus Cloacimonadota bacterium]Ą€0€¤€0€Ą€ MBS3742576Ŗ€ĸ€0€0€ €5DNA topoisomerase IV subunit B [Nocardiopsis deserti]Ą€0€Š€0€Ą€ WP_150253061Ŗ€ĸ€0€0€ €r2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€ MBT3887354Ŗ€ĸ€0€0€ €‰phosphoribosylanthranilate isomerase [Sphingomonas ursincola] >MBY0620075.1 phosphoribosylanthranilate isomerase [Sphingomonas ursincola]Ą€0€Š€0€Ą€ WP_273302807Ŗ€ĸ€0€0€ €Jtranscriptional regulator, partial [Firmicutes bacterium HGW-Firmicutes-4]Ą€0€¤€0€Ą€PKM59746Ŗ€ĸ€0€0€ €1hypothetical protein [Austropuccinia psidii MF-1]Ą€0€¤€0€Ą€ MBW0517832Ŗ€ĸ€0€0€ €JSignal recognition particle protein [Acidobacteria bacterium ADurb.Bin340]Ą€0€¤€0€Ą€OQA38407Ŗ€ĸ€0€0€ €Iglycosyl transferase family 1 [Streptomyces lavendulae subsp. lavendulae]Ą€0€Ŧ€0€Ą€GLV83862Ŗ€ĸ€0€0€ €Sgp081 [Rhodococcus phage ReqiPepy6] >ADD80972.1 gp081 [Rhodococcus phage ReqiPepy6]Ą€0€Š€0€Ą€ YP_009017695Ŗ€ĸ€0€0€ €›conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103] >CBZ27153.1 conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103]Ą€0€Š€0€Ą€ XP_003875641Ŗ€ĸ€0€0€ €:type II/IV secretion system protein [Aquabacterium terrae]Ą€0€¤€0€Ą€NRF69152Ŗ€ĸ€0€0€ €MCA0341758.1 N-acetylglucosamine-6-phosphate deacetylase [Pseudomonadota bacterium] >TAA64233.1 N-acetylglucosamine-6-phosphate deacetylase [Shinella sp. JR1-6]Ą€0€Š€0€Ą€ WP_130514498Ŗ€ĸ€0€0€ €*hypothetical protein [Vibrio sp. CAU 1672]Ą€0€Š€0€Ą€ WP_275865201Ŗ€ĸ€0€0€ €<2-alkenal reductase (NADP(+)-dependent)-like [Pistacia vera]Ą€0€Š€0€Ą€ XP_031258584Ŗ€ĸ€0€0€ €LysR family transcriptional regulator [Pseudomonas umsongensis] >MCK8681842.1 LysR family transcriptional regulator [Pseudomonas umsongensis]Ą€0€Š€0€Ą€ WP_248676944Ŗ€ĸ€0€0€ €9hypothetical protein EV176_003531 [Coemansia sp. RSA 451]Ą€0€¤€0€Ą€ KAJ2272836Ŗ€ĸ€0€0€ €0PREDICTED: esterase E4-like [Eufriesea mexicana]Ą€0€Š€0€Ą€ XP_017754998Ŗ€ĸ€0€0€ €‡flagellar motor switch protein FliG [Pseudomonas aeruginosa] >HBO0135008.1 flagellar motor switch protein FliG [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBO0131372Ŗ€ĸ€0€0€ €Vepidermal growth factor receptor substrate 15-like 1 isoform X1 [Amphiprion ocellaris]Ą€0€Š€0€Ą€ XP_035800909Ŗ€ĸ€0€0€ €™CbbQ/NirQ/NorQ/GpvN family protein [Mycolicibacterium austroafricanum] >QZT61384.1 CbbQ/NirQ/NorQ/GpvN family protein [Mycolicibacterium austroafricanum]Ą€0€Š€0€Ą€ WP_222878685Ŗ€ĸ€0€0€ €.SufE family protein [Aeromonadaceae bacterium]Ą€0€¤€0€Ą€ MCD8548598Ŗ€ĸ€0€0€ €=tetratricopeptide repeat protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBK6756051Ŗ€ĸ€0€0€ €‚XGfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] >EQA07793.1 hypothetical protein HPSD74_1803 [Glaesserella parasuis D74] >UVV65186.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] >WGE10213.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] >WGE12347.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis]Ą€0€Š€0€Ą€ WP_021117716Ŗ€ĸ€0€0€ €‚Oflagellar protein export ATPase FliI [Listeria innocua] >EEJ1214024.1 flagellar protein export ATPase FliI [Listeria innocua] >MBC2107608.1 flagellar protein export ATPase FliI [Listeria innocua] >MBC2112380.1 flagellar protein export ATPase FliI [Listeria innocua] >MBC2124677.1 flagellar protein export ATPase FliI [Listeria innocua]Ą€0€¤€0€Ą€ EEJ0015338Ŗ€ĸ€0€0€ €Dglutamine--fructose-6-phosphate aminotransferase [Erythrobacter sp.]Ą€0€¯€0€Ą€HCJ45190Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€NDD52781Ŗ€ĸ€0€0€ €áviral enhancin protein [Klebsiella aerogenes] >HBT3282816.1 viral enhancin protein [Klebsiella aerogenes] >HBT3286466.1 viral enhancin protein [Klebsiella aerogenes] >HBT3382142.1 viral enhancin protein [Klebsiella aerogenes]Ą€0€¯€0€Ą€ HBT3241107Ŗ€ĸ€0€0€ €9EamA family transporter RarD [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MCS5664414Ŗ€ĸ€0€0€ €xYchJ family metal-binding protein [Glycomyces sambucus] >SDL73813.1 SEC-C motif-containing protein [Glycomyces sambucus]Ą€0€Š€0€Ą€ WP_091054162Ŗ€ĸ€0€0€ €Špolyprenyl diphosphate synthase [Spiroplasma syrphidicola] >AGM25934.1 undecaprenyl pyrophosphate synthase [Spiroplasma syrphidicola EA-1]Ą€0€Š€0€Ą€ WP_016340583Ŗ€ĸ€0€0€ €0DedA family protein [Microbacterium sp. SSW1-47]Ą€0€Š€0€Ą€ WP_281733574Ŗ€ĸ€0€0€ €Šbifunctional phosphoribosyl-AMP cyclohydrolase/phosphoribosyl-ATP diphosphatase HisIE [Klebsiella quasipneumoniae subsp. similipneumoniae]Ą€0€¯€0€Ą€ HCI6016418Ŗ€ĸ€0€0€ €uhypothetical protein KC338_g573 [Hortaea werneckii] >KAI7359498.1 hypothetical protein KC320_g464 [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI6876023Ŗ€ĸ€0€0€ €9phage tail tape measure protein [Acinetobacter baumannii]Ą€0€¤€0€Ą€ EIP7986019Ŗ€ĸ€0€0€ €8hypothetical protein BHE74_00036028 [Ensete ventricosum]Ą€0€¤€0€Ą€RWW57209Ŗ€ĸ€0€0€ €>protein diaphanous homolog 3 isoform X5 [Theropithecus gelada]Ą€0€Š€0€Ą€ XP_025220530Ŗ€ĸ€0€0€ €sinsulinase family protein [Streptomyces sp. MBT60] >MBK3546318.1 insulinase family protein [Streptomyces sp. MBT60]Ą€0€Š€0€Ą€ WP_234466695Ŗ€ĸ€0€0€ €,3-oxoacyl-reductase [Xylariaceae sp. FL1272]Ą€0€¤€0€Ą€ KAI0154282Ŗ€ĸ€0€0€ €?SGNH/GDSL hydrolase family protein [Streptomyces sp. NBC_01239]Ą€0€Š€0€Ą€ WP_266771233Ŗ€ĸ€0€0€ €BDNA polymerase III subunit epsilon [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCK5360090Ŗ€ĸ€0€0€ €4hypothetical protein FOPE_03247 [Fonsecaea pedrosoi]Ą€0€¤€0€Ą€ KAH0848936Ŗ€ĸ€0€0€ €.hypothetical protein [Sinorhizobium kostiense]Ą€0€¤€0€Ą€ MBP2236311Ŗ€ĸ€0€0€ €;ATP-dependent chaperone ClpB [Candidatus Promineofilum sp.]Ą€0€¤€0€Ą€ MBP6786080Ŗ€ĸ€0€0€ €=NAD(P)/FAD-dependent oxidoreductase [Thermoplasmata archaeon]Ą€0€¤€0€Ą€ MCD6482094Ŗ€ĸ€0€0€ €Ųuncharacterized protein LOC121547966 [Coregonus clupeaformis] >XP_041715300.2 uncharacterized protein LOC121547966 [Coregonus clupeaformis] >XP_041715301.2 uncharacterized protein LOC121547966 [Coregonus clupeaformis]Ą€0€Š€0€Ą€ XP_041715299Ŗ€ĸ€0€0€ €@hypothetical protein BK132_24875 [Paenibacillus sp. FSL H8-0259]Ą€0€¤€0€Ą€OMF24356Ŗ€ĸ€0€0€ €+diguanylate cyclase DgcJ [Escherichia coli]Ą€0€Š€0€Ą€ WP_215262079Ŗ€ĸ€0€0€ €#epoxide hydrolase [Artemisia annua]Ą€0€¤€0€Ą€PWA60456Ŗ€ĸ€0€0€ €šMULTISPECIES: sulfate ABC transporter permease subunit CysT [Ralstonia] >AUS44970.1 sulfate ABC transporter permease subunit CysT [Ralstonia solanacearum]Ą€0€Š€0€Ą€ WP_103025967Ŗ€ĸ€0€0€ €‚ŋMULTISPECIES: DUF805 domain-containing protein [Pseudomonas] >PNV97541.1 DUF805 domain-containing protein [Pseudomonas protegens] >ROM19906.1 hypothetical protein BK645_27015 [Pseudomonas protegens] >ROM33079.1 hypothetical protein BK646_29170 [Pseudomonas protegens] >SCZ71451.1 Uncharacterized membrane protein YhaH, DUF805 family [Pseudomonas sp. NFPP17] >SDA74839.1 Uncharacterized membrane protein YhaH, DUF805 family [Pseudomonas sp. NFPP15]Ą€0€Š€0€Ą€ WP_019092761Ŗ€ĸ€0€0€ €Cmolybdenum cofactor biosynthesis protein MoaE [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_033744100Ŗ€ĸ€0€0€ €GtRNA (guanosine(37)-N1)-methyltransferase TrmD [Paenibacillus sp. JZ16]Ą€0€Š€0€Ą€ WP_194543596Ŗ€ĸ€0€0€ €‚bpolysaccharide biosynthesis/export family protein [Pseudomonas cannabina] >KAA8709757.1 capsular biosynthesis protein [Pseudomonas cannabina] >KPW81714.1 Polysaccharide export protein [Pseudomonas cannabina] >RMN34788.1 Polysaccharide export protein [Pseudomonas cannabina] >SDQ75474.1 polysaccharide export outer membrane protein [Pseudomonas cannabina]Ą€0€Š€0€Ą€ WP_054998585Ŗ€ĸ€0€0€ €;GGDEF domain-containing protein [Kineosporiaceae bacterium]Ą€0€¤€0€Ą€ MBK6870374Ŗ€ĸ€0€0€ €1hypothetical protein [Pseudovibrio sp. Alg231-02]Ą€0€Š€0€Ą€ WP_108820366Ŗ€ĸ€0€0€ €1MULTISPECIES: hypothetical protein [Sphingomonas]Ą€0€Š€0€Ą€ WP_152569558Ŗ€ĸ€0€0€ €ėMULTISPECIES: DsbC family protein [Pseudoalteromonas] >NUJ23803.1 DsbC family protein [Pseudoalteromonas sp. 0802] >NUJ32885.1 DsbC family protein [Pseudoalteromonas sp. 2103] >NUJ69759.1 DsbC family protein [Pseudoalteromonas sp. 2102]Ą€0€Š€0€Ą€ WP_175083644Ŗ€ĸ€0€0€ €0unnamed protein product [Paramecium pentaurelia]Ą€0€Ĩ€0€Ą€ CAD8183695Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HCD1954593Ŗ€ĸ€0€0€ €mIS3 family transposase [Pseudomonas aeruginosa] >MBX5734606.1 IS3 family transposase [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBX5702633Ŗ€ĸ€0€0€ €[hypothetical protein [Ruminococcus sp.] >HCV91373.1 hypothetical protein [Ruminococcus sp.]Ą€0€¯€0€Ą€HBM93052Ŗ€ĸ€0€0€ €‡serine/threonine-protein kinase [Nocardia sp. Y13_IFM12275] >BDT92521.1 hypothetical protein IFM12275_24970 [Nocardia sp. Y13_IFM12275]Ą€0€Š€0€Ą€ WP_281919021Ŗ€ĸ€0€0€ €6phenylacetate--CoA ligase [Selenomonadaceae bacterium]Ą€0€¤€0€Ą€ MBQ3726282Ŗ€ĸ€0€0€ €āMULTISPECIES: WG repeat-containing protein [unclassified Chryseobacterium] >OBW41667.1 hypothetical protein AB670_01895 [Chryseobacterium sp. MOF25P] >OBW46287.1 hypothetical protein AB671_01582 [Chryseobacterium sp. BGARF1]Ą€0€Š€0€Ą€ WP_066678157Ŗ€ĸ€0€0€ €>DpnII family type II restriction endonuclease [Hippea sp. KM1]Ą€0€Š€0€Ą€ WP_025209636Ŗ€ĸ€0€0€ €030S ribosomal protein S13 [Paracoccus sp. S1E-3]Ą€0€Š€0€Ą€ WP_255435582Ŗ€ĸ€0€0€ €iacetate--CoA ligase [Alteromonas sp. LMIT007] >MCP3429232.1 acetate--CoA ligase [Alteromonas sp. LMIT007]Ą€0€Š€0€Ą€ WP_254101325Ŗ€ĸ€0€0€ €‡ABC transporter ATP-binding protein [Amycolatopsis sp. QT-25] >WET77233.1 ABC transporter ATP-binding protein [Amycolatopsis sp. QT-25]Ą€0€Š€0€Ą€ WP_276362074Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¯€0€Ą€HEM46184Ŗ€ĸ€0€0€ €Amechanosensitive ion channel [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBI2651826Ŗ€ĸ€0€0€ €īmembrane protein [Neorhizobium galegae] >MCQ1765767.1 hypothetical protein [Neorhizobium galegae] >MCQ1844681.1 hypothetical protein [Neorhizobium galegae] >CDZ39293.1 Uncharacterized membrane protein [Neorhizobium galegae bv. officinalis]Ą€0€Š€0€Ą€ WP_046631173Ŗ€ĸ€0€0€ €KpsF/GutQ family sugar-phosphate isomerase, partial [Escherichia coli] >PZT61093.1 D-arabinose 5-phosphate isomerase, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_143210733Ŗ€ĸ€0€0€ €Jresponse regulator transcription factor [Clostridiisalibacter paucivorans]Ą€0€Š€0€Ą€ WP_026893585Ŗ€ĸ€0€0€ €Chypothetical protein N431DRAFT_228375 [Stipitochalara longipes BDJ]Ą€0€¤€0€Ą€ KAE9373439Ŗ€ĸ€0€0€ €;MerR family transcriptional regulator [Bacillus sp. CBEL-1]Ą€0€¤€0€Ą€TDB49724Ŗ€ĸ€0€0€ €?Fis family transcriptional regulator [Achromobacter piechaudii]Ą€0€¤€0€Ą€KNY10996Ŗ€ĸ€0€0€ €ˆhypothetical protein [Desulfurobacterium atlanticum] >SNR65769.1 hypothetical protein SAMN06265340_10292 [Desulfurobacterium atlanticum]Ą€0€Š€0€Ą€ WP_089322445Ŗ€ĸ€0€0€ €Ioxygen-independent coproporphyrinogen III oxidase [Yersinia massiliensis]Ą€0€Š€0€Ą€ WP_145514932Ŗ€ĸ€0€0€ €ounnamed protein product [Paramecium primaurelia] >CAD8159543.1 unnamed protein product [Paramecium pentaurelia]Ą€0€Ĩ€0€Ą€ CAD8073566Ŗ€ĸ€0€0€ €ˆresponse regulator transcription factor [Porphyrobacter sp. TH134] >PLK23245.1 DNA-binding response regulator [Porphyrobacter sp. TH134]Ą€0€Š€0€Ą€ WP_101794136Ŗ€ĸ€0€0€ €4Calcium-binding protein, putative [Ricinus communis]Ą€0€¤€0€Ą€EEF30376Ŗ€ĸ€0€0€ €4hypothetical protein BFJ69_g164 [Fusarium oxysporum]Ą€0€¤€0€Ą€RKK88308Ŗ€ĸ€0€0€ €‹carbohydrate ABC transporter permease [Actinoallomurus spadix] >MCO5990898.1 carbohydrate ABC transporter permease [Actinoallomurus spadix]Ą€0€Š€0€Ą€ WP_252809941Ŗ€ĸ€0€0€ €5serine hydroxymethyltransferase [Eubacterium limosum]Ą€0€Š€0€Ą€ WP_270506568Ŗ€ĸ€0€0€ €Fhypothetical protein ACD_75C00444G0001, partial [uncultured bacterium]Ą€0€¤€0€Ą€EKD39302Ŗ€ĸ€0€0€ €‚MULTISPECIES: OmpA family protein [Xanthomonas] >MBD7920512.1 OmpA family protein [Xanthomonas surreyensis] >QNH12402.1 OmpA family lipoprotein [Xanthomonas sp. SI] >QNH16663.1 OmpA family lipoprotein [Xanthomonas sp. SS] >QNH20964.1 OmpA family lipoprotein [Xanthomonas sp. GW]Ą€0€Š€0€Ą€ WP_185816158Ŗ€ĸ€0€0€ €acyl-CoA dehydrogenase family protein [Streptomyces sp. AM 2-1-1] >WEH43063.1 acyl-CoA dehydrogenase family protein [Streptomyces sp. AM 2-1-1]Ą€0€Š€0€Ą€ WP_275495439Ŗ€ĸ€0€0€ €Ĩurea ABC transporter permease subunit UrtB [Pseudomethylobacillus aquaticus] >ROH86378.1 urea ABC transporter permease subunit UrtB [Pseudomethylobacillus aquaticus]Ą€0€Š€0€Ą€ WP_123237441Ŗ€ĸ€0€0€ €0unnamed protein product [Paramecium primaurelia]Ą€0€Ĩ€0€Ą€ CAD8089828Ŗ€ĸ€0€0€ €Ahypothetical protein SRABI80_00450 [Peribacillus frigoritolerans]Ą€0€Ĩ€0€Ą€ CAH0143531Ŗ€ĸ€0€0€ €‘preprotein translocase subunit SecG [Phyllobacterium endophyticum] >TXR50796.1 preprotein translocase subunit SecG [Phyllobacterium endophyticum]Ą€0€Š€0€Ą€ WP_147833981Ŗ€ĸ€0€0€ €2ParA family protein [Mycobacterium vicinigordonae]Ą€0€¤€0€Ą€QLL10545Ŗ€ĸ€0€0€ €qGIY-YIG nuclease family protein [Arenibacter echinorum] >RAJ07111.1 putative endonuclease [Arenibacter echinorum]Ą€0€Š€0€Ą€ WP_111625343Ŗ€ĸ€0€0€ €GProtein transport protein sec39 [Colletotrichum orbiculare MAFF 240422]Ą€0€¤€0€Ą€TDZ21558Ŗ€ĸ€0€0€ €PMULTISPECIES: acylneuraminate cytidylyltransferase family protein [Yonghaparkia]Ą€0€Š€0€Ą€ WP_169079632Ŗ€ĸ€0€0€ €ADP-forming succinate--CoA ligase subunit beta [Escherichia coli] >PIM58246.1 ADP-forming succinate--CoA ligase subunit beta [Escherichia coli]Ą€0€Š€0€Ą€ WP_099949840Ŗ€ĸ€0€0€ €Ioxygen-dependent coproporphyrinogen oxidase [Parapedobacter pyrenivorans]Ą€0€Š€0€Ą€ WP_188506850Ŗ€ĸ€0€0€ €1hypothetical protein C1H46_034817 [Malus baccata]Ą€0€¤€0€Ą€TQD79640Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QRX02582Ŗ€ĸ€0€0€ €—efflux RND transporter periplasmic adaptor subunit [Pseudomonas indica] >PAU57488.1 efflux transporter periplasmic adaptor subunit [Pseudomonas indica]Ą€0€Š€0€Ą€ WP_095648367Ŗ€ĸ€0€0€ €3nitrate/nitrite transporter NarU [Escherichia coli]Ą€0€¯€0€Ą€ HBB9152465Ŗ€ĸ€0€0€ €&L-lactate permease [Erythrobacter sp.]Ą€0€¯€0€Ą€HAD16081Ŗ€ĸ€0€0€ €4hypothetical protein, partial [Streptomyces scabiei]Ą€0€Š€0€Ą€ WP_060879438Ŗ€ĸ€0€0€ €DDNA-directed RNA polymerase subunit alpha [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBQ1583517Ŗ€ĸ€0€0€ €…putative Ig domain-containing protein, partial [Staphylococcus epidermidis] >TER66613.1 adhesin, partial [Staphylococcus epidermidis]Ą€0€Š€0€Ą€ WP_166737936Ŗ€ĸ€0€0€ €,transmembrane protein 191C [Bubalus bubalis]Ą€0€Š€0€Ą€ XP_044786537Ŗ€ĸ€0€0€ €5hypothetical protein INR49_008165 [Caranx melampygus]Ą€0€¤€0€Ą€ KAG7243800Ŗ€ĸ€0€0€ €STonB-dependent receptor plug domain-containing protein [Sphingomonadales bacterium]Ą€0€¤€0€Ą€ MBN8831519Ŗ€ĸ€0€0€ €Étype IV pili methyl-accepting chemotaxis transducer N-terminal domain-containing protein, partial [Salinivibrio sp. MA440] >OOF01602.1 hypothetical protein BZG80_15235, partial [Salinivibrio sp. MA440]Ą€0€Š€0€Ą€ WP_131827568Ŗ€ĸ€0€0€ €Lleucine-rich repeat-containing protein 40 isoform X1 [Xiphophorus maculatus]Ą€0€Š€0€Ą€ XP_023194678Ŗ€ĸ€0€0€ €%hypothetical protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBR5392328Ŗ€ĸ€0€0€ €?type II secretion system protein GspE [Actinomycetia bacterium]Ą€0€¤€0€Ą€NDH19650Ŗ€ĸ€0€0€ €5MFS transporter [Candidatus Cloacimonadota bacterium]Ą€0€¤€0€Ą€ MCA9786884Ŗ€ĸ€0€0€ €čMULTISPECIES: formate dehydrogenase subunit gamma [unclassified Mesorhizobium] >MBZ9992353.1 formate dehydrogenase subunit gamma [Mesorhizobium sp. BH1-1-4] >TPL91236.1 formate dehydrogenase subunit gamma [Mesorhizobium sp. B2-3-12]Ą€0€Š€0€Ą€ WP_140706444Ŗ€ĸ€0€0€ €gMULTISPECIES: hypothetical protein [Halomonas] >MCD2087725.1 hypothetical protein [Halomonas meridiana]Ą€0€Š€0€Ą€ WP_230834693Ŗ€ĸ€0€0€ €WGH76462.1 DNA recombination protein RmuC [Tenacibaculum sp. GRR-S3-23]Ą€0€Š€0€Ą€ WP_279652328Ŗ€ĸ€0€0€ €CPREDICTED: uncharacterized protein LOC107803464 [Nicotiana tabacum]Ą€0€Š€0€Ą€ XP_016482688Ŗ€ĸ€0€0€ €yhypothetical protein [Pseudomonas caricapapayae] >RMV99004.1 hypothetical protein ALP01_02178 [Pseudomonas caricapapayae]Ą€0€Š€0€Ą€ WP_122377077Ŗ€ĸ€0€0€ €HDUF1682 domain-containing protein [Coccidioides posadasii str. Silveira]Ą€0€¤€0€Ą€EFW22388Ŗ€ĸ€0€0€ €~M12 family metallopeptidase [Streptomyces acidiscabies] >GAQ58903.1 hypothetical protein a10_08802 [Streptomyces acidiscabies]Ą€0€Š€0€Ą€ WP_059048359Ŗ€ĸ€0€0€ €8hypothetical protein K7X08_023701 [Anisodus acutangulus]Ą€0€¤€0€Ą€ KAJ8530820Ŗ€ĸ€0€0€ €>class I tRNA ligase family protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBK6751737Ŗ€ĸ€0€0€ €Ásn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC [Azospirillum brasilense] >UKJ77385.1 sn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC [Azospirillum brasilense]Ą€0€Š€0€Ą€ WP_237907640Ŗ€ĸ€0€0€ €ŧPTS sugar transporter subunit IIC [Priestia aryabhattai] >MCM2976368.1 PTS sugar transporter subunit IIC [Priestia aryabhattai] >PGA18395.1 transcriptional regulator [Priestia aryabhattai]Ą€0€Š€0€Ą€ WP_098626931Ŗ€ĸ€0€0€ €‚‡MULTISPECIES: SLATT domain-containing protein [Enterobacteriaceae] >EGS1810715.1 SLATT domain-containing protein [Enterobacter cloacae] >RFS90946.1 hypothetical protein CH426_24455 [Klebsiella aerogenes] >HCB2270695.1 SLATT domain-containing protein [Citrobacter koseri] >HCB3236090.1 SLATT domain-containing protein [Citrobacter amalonaticus] >HCK38395.1 hypothetical protein [Shigella sp.]Ą€0€Š€0€Ą€ WP_017900964Ŗ€ĸ€0€0€ €9hypothetical protein ANCDUO_08280 [Ancylostoma duodenale]Ą€0€¤€0€Ą€KIH61449Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAS51696Ŗ€ĸ€0€0€ €6FAD-dependent oxidoreductase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ2198584Ŗ€ĸ€0€0€ €JDNA topoisomerase (ATP-hydrolyzing) subunit B [Chitinophagaceae bacterium]Ą€0€¯€0€Ą€HAN66834Ŗ€ĸ€0€0€ €Žlow temperature requirement protein A [Micromonospora peucetia] >SCL67941.1 Low temperature requirement protein LtrA [Micromonospora peucetia]Ą€0€Š€0€Ą€ WP_091629500Ŗ€ĸ€0€0€ €Ûglycoside hydrolase family 3 N-terminal domain-containing protein [Flavobacterium piscis] >OCB72121.1 beta-N-acetylglucosaminidase [Flavobacterium piscis] >OXG04088.1 beta-N-acetylglucosaminidase [Flavobacterium piscis]Ą€0€Š€0€Ą€ WP_065450627Ŗ€ĸ€0€0€ €8DUF4129 domain-containing protein [Actinomadura hibisca]Ą€0€Š€0€Ą€ WP_067487176Ŗ€ĸ€0€0€ €7hypothetical protein AVEN_67721-1 [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBN84473Ŗ€ĸ€0€0€ €*calcium/sodium antiporter [Prevotella sp.]Ą€0€¤€0€Ą€ MBE6257848Ŗ€ĸ€0€0€ €%hypothetical protein [Rhodoferax sp.]Ą€0€¤€0€Ą€ MCP5281008Ŗ€ĸ€0€0€ €MORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WHE12941Ŗ€ĸ€0€0€ €ûMULTISPECIES: aminotransferase class V-fold PLP-dependent enzyme [Janthinobacterium] >AYM79282.1 aminotransferase class V-fold PLP-dependent enzyme [Janthinobacterium agaricidamnosum] >OFA08592.1 cysteine desulfurase NifS [Janthinobacterium sp. HH107]Ą€0€Š€0€Ą€ WP_070310045Ŗ€ĸ€0€0€ €‚class I SAM-dependent RNA methyltransferase [Bombella favorum] >MBA5724799.1 tRNA (uracil-5-)-methyltransferase [Bombella favorum]Ą€0€Š€0€Ą€ WP_182080621Ŗ€ĸ€0€0€ €Pbeta-ketoacyl-[acyl-carrier-protein] synthase family protein [Dyella subtropica]Ą€0€Š€0€Ą€ WP_266170214Ŗ€ĸ€0€0€ €.D-amino acid aminotransferase [Rhodoferax sp.]Ą€0€¤€0€Ą€ MBP6854588Ŗ€ĸ€0€0€ €=exodeoxyribonuclease VII small subunit [Escherichia marmotae]Ą€0€Š€0€Ą€ WP_275364603Ŗ€ĸ€0€0€ €Ōxanthine dehydrogenase family protein molybdopterin-binding subunit [Rhizobium leguminosarum] >TCA16546.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Rhizobium leguminosarum bv. viciae]Ą€0€Š€0€Ą€ WP_131609232Ŗ€ĸ€0€0€ €@4-hydroxy-tetrahydrodipicolinate synthase [Prevotella stercorea]Ą€0€Š€0€Ą€ WP_278888642Ŗ€ĸ€0€0€ €vDoxX family protein [Xylanibacillus composti] >GIQ70259.1 hypothetical protein XYCOK13_30830 [Xylanibacillus composti]Ą€0€Š€0€Ą€ WP_213413035Ŗ€ĸ€0€0€ €GWhiB family transcriptional regulator, partial [Bifidobacterium longum]Ą€0€Š€0€Ą€ WP_198140600Ŗ€ĸ€0€0€ €ņunnamed protein product [Didymodactylos carnosus] >CAF1553027.1 unnamed protein product [Didymodactylos carnosus] >CAF4237905.1 unnamed protein product [Didymodactylos carnosus] >CAF4414129.1 unnamed protein product [Didymodactylos carnosus]Ą€0€Ĩ€0€Ą€ CAF1441577Ŗ€ĸ€0€0€ €mABC transporter permease [Mycobacterium simiae] >KAA1244473.1 ABC transporter permease [Mycobacterium simiae]Ą€0€Š€0€Ą€ WP_149656427Ŗ€ĸ€0€0€ €&hypothetical protein [Shigella sonnei]Ą€0€¤€0€Ą€ EFV9058489Ŗ€ĸ€0€0€ €2unnamed protein product [Acanthoscelides obtectus]Ą€0€Ĩ€0€Ą€ CAH1968295Ŗ€ĸ€0€0€ €FPTS sugar transporter subunit IIB [Candidatus Calescamantes bacterium]Ą€0€¤€0€Ą€ MCK5224664Ŗ€ĸ€0€0€ €ßfimbrial biogenesis outer membrane usher protein [Salmonella enterica subsp. enterica serovar Wentworth] >ECD5197485.1 fimbrial biogenesis outer membrane usher protein [Salmonella enterica subsp. enterica serovar Wentworth]Ą€0€¤€0€Ą€ ECD4982842Ŗ€ĸ€0€0€ €'elongation factor G [Erythrobacter sp.]Ą€0€¤€0€Ą€NNC58435Ŗ€ĸ€0€0€ €uoligopeptide:H+ symporter [Lysobacter sp. GX 14042] >MCE7031811.1 oligopeptide:H+ symporter [Lysobacter sp. GX 14042]Ą€0€Š€0€Ą€ WP_233737742Ŗ€ĸ€0€0€ €;glycyl-radical enzyme activating protein [Escherichia coli]Ą€0€¯€0€Ą€ HAX5007168Ŗ€ĸ€0€0€ €sDNA topoisomerase 3 [Faecalibacterium prausnitzii] >AXB27472.1 DNA topoisomerase III [Faecalibacterium prausnitzii]Ą€0€Š€0€Ą€ WP_113620603Ŗ€ĸ€0€0€ €+SDR family oxidoreductase [Silicimonas sp.]Ą€0€¤€0€Ą€NND17855Ŗ€ĸ€0€0€ €•U7 snRNA-associated Sm-like protein LSm10 [Melanotaenia boesemani] >XP_041823289.1 U7 snRNA-associated Sm-like protein LSm10 [Melanotaenia boesemani]Ą€0€Š€0€Ą€ XP_041823288Ŗ€ĸ€0€0€ €8hypothetical protein OA85_08510 [Flavobacterium sp. AED]Ą€0€¤€0€Ą€KIA87593Ŗ€ĸ€0€0€ €|site-specific integrase [Halobiforma haloterrestris] >SFC65120.1 Phage integrase family protein [Halobiforma haloterrestris]Ą€0€Š€0€Ą€ WP_177209229Ŗ€ĸ€0€0€ €4hypothetical protein AAVH_18520 [Aphelenchus avenae]Ą€0€¤€0€Ą€ KAH7714125Ŗ€ĸ€0€0€ €wZIP family metal transporter [Salibacterium salarium] >RSL35018.1 ZIP family metal transporter [Salibacterium salarium]Ą€0€Š€0€Ą€ WP_125553257Ŗ€ĸ€0€0€ €-RNA pseudouridine synthase [Nocardioides sp.]Ą€0€¤€0€Ą€ MBJ7531026Ŗ€ĸ€0€0€ €2plasmid-related protein [Clostridioides difficile]Ą€0€Ĩ€0€Ą€VIF85598Ŗ€ĸ€0€0€ €hypothetical protein LEN26_021254 [Aphanomyces euteiches] >KAH9126652.1 hypothetical protein AeMF1_002930 [Aphanomyces euteiches]Ą€0€¤€0€Ą€ KAH9082671Ŗ€ĸ€0€0€ €ƒbeta-ketoacyl-ACP synthase I [Pseudoxanthomonas sp. PXM03] >MBD9437817.1 beta-ketoacyl-ACP synthase I [Pseudoxanthomonas sp. PXM03]Ą€0€Š€0€Ą€ WP_192202944Ŗ€ĸ€0€0€ €ANADH-quinone oxidoreductase subunit M [Fundidesulfovibrio terrae]Ą€0€Š€0€Ą€ WP_243361436Ŗ€ĸ€0€0€ €5hypothetical protein DM860_013000 [Cuscuta australis]Ą€0€¤€0€Ą€RAL39799Ŗ€ĸ€0€0€ €(unnamed protein product [Toxocara canis]Ą€0€Ĩ€0€Ą€VDM37090Ŗ€ĸ€0€0€ €…alkyl sulfatase dimerization domain-containing protein [Vibrio vulnificus] >QNE02840.1 MBL fold metallo-hydrolase [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_185892671Ŗ€ĸ€0€0€ €oHPP family protein [Pectobacterium zantedeschiae] >RYC47406.1 HPP family protein [Pectobacterium zantedeschiae]Ą€0€Š€0€Ą€ WP_129703040Ŗ€ĸ€0€0€ €hydantoinase/oxoprolinase family protein [Sinorhizobium americanum] >TCN22807.1 N-methylhydantoinase A [Sinorhizobium americanum]Ą€0€Š€0€Ą€ WP_132079800Ŗ€ĸ€0€0€ €-hypothetical protein [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAG8834195Ŗ€ĸ€0€0€ €@4-hydroxy-tetrahydrodipicolinate reductase [Vibrio crassostreae]Ą€0€Š€0€Ą€ WP_210473185Ŗ€ĸ€0€0€ €:phospholipase C, phosphocholine-specific [Cupriavidus sp.]Ą€0€¯€0€Ą€HBO82804Ŗ€ĸ€0€0€ €qHD domain-containing protein [Neolewinella aquimaris] >MBB4078821.1 hypothetical protein [Neolewinella aquimaris]Ą€0€Š€0€Ą€ WP_183495065Ŗ€ĸ€0€0€ €Ÿaromatic ring-hydroxylating dioxygenase subunit alpha [Ensifer adhaerens] >NOV16438.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Ensifer adhaerens]Ą€0€Š€0€Ą€ WP_171519907Ŗ€ĸ€0€0€ €'Gpi16 subunit [Biscogniauxia marginata]Ą€0€¤€0€Ą€ KAI1498309Ŗ€ĸ€0€0€ €qISL3 family transposase [Azospirillum sp. 412522] >MBY6266026.1 ISL3 family transposase [Azospirillum sp. 412522]Ą€0€Š€0€Ą€ WP_222532997Ŗ€ĸ€0€0€ €-MaoC family dehydratase [Nocardia kruczakiae]Ą€0€Š€0€Ą€ WP_063007015Ŗ€ĸ€0€0€ €,4909_t:CDS:2, partial [Ambispora leptoticha]Ą€0€Ĩ€0€Ą€ CAG8726868Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UFM02602Ŗ€ĸ€0€0€ €”hypothetical protein, partial [Phaeodactylibacter xiamenensis] >KGE85039.1 hypothetical protein IX84_30165, partial [Phaeodactylibacter xiamenensis]Ą€0€Š€0€Ą€ WP_044229656Ŗ€ĸ€0€0€ €‚TMULTISPECIES: imidazole glycerol phosphate synthase subunit HisH [Campylobacter] >ECP5118838.1 imidazole glycerol phosphate synthase subunit HisH [Campylobacter coli] >EIK2208244.1 imidazole glycerol phosphate synthase subunit HisH [Campylobacter jejuni] >MFI80259.1 imidazole glycerol phosphate synthase subunit HisH [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_079396843Ŗ€ĸ€0€0€ €.hypothetical protein [Psychrobacter maritimus]Ą€0€Š€0€Ą€ WP_201618498Ŗ€ĸ€0€0€ €:IS3 family transposase, partial [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_054377321Ŗ€ĸ€0€0€ €=hypothetical protein JL721_2098 [Aureococcus anophagefferens]Ą€0€¤€0€Ą€ KAH8074532Ŗ€ĸ€0€0€ €¸FMN-binding glutamate synthase family protein [Candidatus Handelsmanbacteria bacterium] >HIL10301.1 FMN-binding glutamate synthase family protein [Candidatus Latescibacteria bacterium]Ą€0€¯€0€Ą€HIG56173Ŗ€ĸ€0€0€ €ˆuncharacterized protein LY89DRAFT_691041 [Mollisia scopiformis] >KUJ08617.1 hypothetical protein LY89DRAFT_691041 [Mollisia scopiformis]Ą€0€Š€0€Ą€ XP_018062972Ŗ€ĸ€0€0€ €6ABC transporter ATP-binding protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_170725874Ŗ€ĸ€0€0€ €?nuclear transport factor 2 family protein [Novosphingobium sp.]Ą€0€¤€0€Ą€ MBK9009608Ŗ€ĸ€0€0€ €4DNA repair protein RecN [Maliibacterium massiliense]Ą€0€Š€0€Ą€ WP_122013538Ŗ€ĸ€0€0€ €Gpotassium voltage-gated channel subfamily B member 2 [Myotis lucifugus]Ą€0€Š€0€Ą€ XP_023607675Ŗ€ĸ€0€0€ €‚SMULTISPECIES: RtcB family protein [Pseudomonas] >TXI03941.1 RtcB family protein [Pseudomonas monteilii] >GJB79849.1 RNA-splicing ligase RtcB [Aeromonas caviae] >AEJ11111.1 conserved hypothetical protein [Pseudomonas putida S16] >AHC80613.1 RTCB protein [Pseudomonas monteilii SB3078] >AHC86045.1 RTCB protein [Pseudomonas monteilii SB3101]Ą€0€Š€0€Ą€ WP_013970683Ŗ€ĸ€0€0€ €ŦSMI1/KNR4 family protein [Cronobacter sakazakii] >EJJ0670724.1 SMI1/KNR4 family protein [Cronobacter sakazakii] >NCH40670.1 SMI1/KNR4 family protein [Cronobacter sakazakii]Ą€0€¤€0€Ą€ EJJ0661731Ŗ€ĸ€0€0€ €9hypothetical protein N7522_012899 [Penicillium canescens]Ą€0€¤€0€Ą€ KAJ5985703Ŗ€ĸ€0€0€ €‚õ3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] >MCI8305375.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Enterorhabdus sp.] >KAB1650792.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] >MCI9673281.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Enterorhabdus sp.] >MCR2027258.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] >NCA32570.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris]Ą€0€Š€0€Ą€ WP_151430057Ŗ€ĸ€0€0€ €‚^hypothetical protein PF009_g16030 [Phytophthora fragariae] >KAE8999913.1 hypothetical protein PF011_g14419 [Phytophthora fragariae] >KAE9099844.1 hypothetical protein PF010_g15038 [Phytophthora fragariae] >KAE9101612.1 hypothetical protein PF007_g15075 [Phytophthora fragariae] >KAE9135033.1 hypothetical protein PF006_g14692 [Phytophthora fragariae]Ą€0€¤€0€Ą€ KAE8933980Ŗ€ĸ€0€0€ €‚@hypothetical protein [Gammaproteobacteria bacterium] >MBU3996060.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU4019142.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU4078860.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU4114928.1 hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU3899877Ŗ€ĸ€0€0€ €8degenerate transposase (Orf2) [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€VQC01530Ŗ€ĸ€0€0€ €—galactose-1-phosphate uridylyltransferase [Clavibacter michiganensis] >OUE22256.1 Galactose-1-phosphate uridylyltransferase [Clavibacter michiganensis]Ą€0€Š€0€Ą€ WP_086520229Ŗ€ĸ€0€0€ €)FHA domain-containing protein [bacterium]Ą€0€¤€0€Ą€ MCP4204994Ŗ€ĸ€0€0€ €&GMPR1 reductase [Asarcornis scutulata]Ą€0€¤€0€Ą€NWZ25026Ŗ€ĸ€0€0€ €:shikimate dehydrogenase [Halobacillus sp. Marseille-P3879]Ą€0€Š€0€Ą€ WP_101844355Ŗ€ĸ€0€0€ €SLOW QUALITY PROTEIN: LPS-assembly lipoprotein RlpB precursor [Vibrio sp. JCM 19052]Ą€0€Ŧ€0€Ą€GAK23860Ŗ€ĸ€0€0€ €0YafY family protein [Clostridium sp. HBUAS56010]Ą€0€Š€0€Ą€ WP_143320175Ŗ€ĸ€0€0€ €1Chain A, NEURAL HEMOGLOBIN [Cerebratulus lacteus]Ą€0€Ž€0€ €2VYZĄ€AŖ€Aĸ€0€0€ €$histidine kinase [Glycomyces tenuis]Ą€0€Š€0€Ą€ WP_051325724Ŗ€ĸ€0€0€ €PDNA replication and repair protein RecF [Candidatus Eremiobacteraeota bacterium]Ą€0€¤€0€Ą€ MBC5824559Ŗ€ĸ€0€0€ €Ltrypsin-like peptidase domain-containing protein [Magnetococcales bacterium]Ą€0€¤€0€Ą€ MBF0357294Ŗ€ĸ€0€0€ €ZDUF3238 domain-containing protein [Bacillus cereus] >PEC23638.1 permease [Bacillus cereus]Ą€0€Š€0€Ą€ WP_097902424Ŗ€ĸ€0€0€ €MGalactose/methyl galactoside import ATP-binding protein MglA [bacterium HR28]Ą€0€Ŧ€0€Ą€GBD21053Ŗ€ĸ€0€0€ €9TipC family immunity protein [Streptococcus gallolyticus]Ą€0€Š€0€Ą€ WP_268737299Ŗ€ĸ€0€0€ €“CHAD domain-containing protein [Candidatus Sulfurimonas marisnigri] >QOY53557.1 CHAD domain-containing protein [Candidatus Sulfurimonas marisnigri]Ą€0€Š€0€Ą€ WP_194365392Ŗ€ĸ€0€0€ €Bextracellular calcium-sensing receptor-like [Polypterus senegalus]Ą€0€Š€0€Ą€ XP_039612537Ŗ€ĸ€0€0€ €Ehypothetical protein ALQ30_200487 [Pseudomonas syringae pv. persicae]Ą€0€¤€0€Ą€RMP03152Ŗ€ĸ€0€0€ €souter membrane usher protein [Serratia plymuthica] >MBL3523569.1 outer membrane usher protein [Serratia plymuthica]Ą€0€Š€0€Ą€ WP_202291019Ŗ€ĸ€0€0€ €1hypothetical protein [Smaragdicoccus niigatensis]Ą€0€Š€0€Ą€ WP_018159095Ŗ€ĸ€0€0€ €‚€MULTISPECIES: hypothetical protein [Photorhabdus] >AWK42668.1 phage tail protein [Photorhabdus laumondii subsp. laumondii] >AXG47989.1 phage tail protein [Photorhabdus laumondii subsp. laumondii] >MCC8386363.1 phage tail protein [Photorhabdus laumondii] >MCC8415544.1 phage tail protein [Photorhabdus laumondii] >NDK94974.1 phage tail protein [Photorhabdus laumondii subsp. laumondii]Ą€0€Š€0€Ą€ WP_011147179Ŗ€ĸ€0€0€ €-6-phospho-beta-glucosidase [Escherichia coli]Ą€0€Š€0€Ą€ WP_265889043Ŗ€ĸ€0€0€ €yCatB-related O-acetyltransferase [Campylobacter jejuni] >EAL7611217.1 antibiotic acetyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAJ3842941Ŗ€ĸ€0€0€ €‚MULTISPECIES: phosphodiesterase [unclassified Pseudomonas] >TFF06960.1 phosphodiesterase [Pseudomonas sp. BCA17] >TFF09398.1 phosphodiesterase [Pseudomonas sp. JMN1] >TFF19512.1 phosphodiesterase [Pseudomonas sp. BCA14] >TFF24252.1 phosphodiesterase [Pseudomonas sp. BCA13]Ą€0€Š€0€Ą€ WP_134660892Ŗ€ĸ€0€0€ €õNfeD family protein [Actinomyces sp.] >MCI1661443.1 NfeD family protein [Actinomyces sp.] >MCI1690451.1 NfeD family protein [Actinomyces sp.] >MCI1787092.1 NfeD family protein [Actinomyces sp.] >MCI1829342.1 NfeD family protein [Actinomyces sp.]Ą€0€¤€0€Ą€ MCI1641075Ŗ€ĸ€0€0€ €‚…PDR/VanB family oxidoreductase [Acinetobacter pittii] >YP_004994663.1 vanillate O-demethylase oxidoreductase (vanillate degradation ferredoxin-like protein) [Acinetobacter pittii PHEA-2] >ADY80981.1 vanillate O-demethylase oxidoreductase (vanillate degradation ferredoxin-like protein) [Acinetobacter pittii PHEA-2] >SSP16588.1 vanillate O-demethylase oxidoreductase [Acinetobacter pittii]Ą€0€Š€0€Ą€ WP_014206161Ŗ€ĸ€0€0€ €(putative protein [Halioglobus japonicus]Ą€0€Ĩ€0€Ą€ CAA0126222Ŗ€ĸ€0€0€ €Rsodium ion-translocating decarboxylase subunit beta, partial [Salmonella enterica]Ą€0€Š€0€Ą€ WP_139387589Ŗ€ĸ€0€0€ €Qputative RNA-directed DNA polymerase from transposon BS [Amphibalanus amphitrite]Ą€0€¤€0€Ą€ KAF0292372Ŗ€ĸ€0€0€ €1hypothetical protein [Nitrosomonadales bacterium]Ą€0€¤€0€Ą€ MBI5007102Ŗ€ĸ€0€0€ €LMotA/TolQ/ExbB proton channel family protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU2178615Ŗ€ĸ€0€0€ €Îbranched-chain amino acid ABC transporter ATP-binding protein/permease [Bradyrhizobium sp. YR681] >EJN13590.1 ABC-type branched-chain amino acid transport system, ATPase component [Bradyrhizobium sp. YR681]Ą€0€Š€0€Ą€ WP_008134825Ŗ€ĸ€0€0€ €‚ transporter substrate-binding domain-containing protein [Raoultella planticola] >MCQ6500874.1 transporter substrate-binding domain-containing protein [Raoultella planticola] >HBC8113379.1 transporter substrate-binding domain-containing protein [Raoultella planticola]Ą€0€Š€0€Ą€ WP_049267651Ŗ€ĸ€0€0€ €(DUF899 family protein [Dyella sp. ASV21]Ą€0€Š€0€Ą€ WP_199097566Ŗ€ĸ€0€0€ €2hypothetical protein [Pseudomonas nitritireducens]Ą€0€¤€0€Ą€ MBB4862510Ŗ€ĸ€0€0€ €‚ PilT/PilU family type 4a pilus ATPase [Vibrio splendidus] >OED83005.1 type IV pili twitching motility protein PilT [Vibrio splendidus ZF-90] >OEF16963.1 type IV pili twitching motility protein PilT [Vibrio splendidus 5S-101] >PTO62427.1 twitching motility protein PilT [Vibrio splendidus] >PTO84101.1 twitching motility protein PilT [Vibrio splendidus] >PTP27895.1 twitching motility protein PilT [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_029222463Ŗ€ĸ€0€0€ €ˇpurine-nucleoside phosphorylase [Lachnospira sp.] >MCM1248366.1 purine-nucleoside phosphorylase [Lachnoclostridium sp.] >MCM1536328.1 purine-nucleoside phosphorylase [Clostridium sp.]Ą€0€¤€0€Ą€ MCM1185292Ŗ€ĸ€0€0€ €Czinc/cadmium/mercury/lead-transporting ATPase [Serratia marcescens]Ą€0€¤€0€Ą€ MBI6149093Ŗ€ĸ€0€0€ €:PTS sugar transporter subunit IIA [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAG2878363Ŗ€ĸ€0€0€ €ohypothetical protein [Chryseobacterium sp. KMC2] >MBL3546378.1 hypothetical protein [Chryseobacterium sp. KMC2]Ą€0€Š€0€Ą€ WP_202269758Ŗ€ĸ€0€0€ €‘PREDICTED: uncharacterized protein LOC18608934 [Theobroma cacao] >XP_017970595.1 PREDICTED: uncharacterized protein LOC18608934 [Theobroma cacao]Ą€0€Š€0€Ą€ XP_007043916Ŗ€ĸ€0€0€ €‚^glucokinase, partial [Salmonella enterica] >ECB6493214.1 glucokinase [Salmonella enterica subsp. enterica serovar Typhimurium] >ECY5806235.1 glucokinase [Salmonella enterica subsp. enterica serovar Typhimurium] >EDR6988020.1 glucokinase [Salmonella enterica subsp. enterica serovar Eko] >EDT4258211.1 glucokinase [Salmonella enterica subsp. enterica]Ą€0€Š€0€Ą€ WP_260402970Ŗ€ĸ€0€0€ €˜radical SAM family heme chaperone HemW [Alteribacter keqinensis] >RNA68852.1 oxygen-independent coproporphyrinogen III oxidase [Alteribacter keqinensis]Ą€0€Š€0€Ą€ WP_122896374Ŗ€ĸ€0€0€ €4hypothetical protein GGX14DRAFT_402268 [Mycena pura]Ą€0€¤€0€Ą€ KAJ7197949Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_096851915Ŗ€ĸ€0€0€ €‚&lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >EIW9104513.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >KSX31450.1 lipid A export permease/ATP-binding protein MsbA [Klebsiella pneumoniae] >MBD0875028.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >MBD0879604.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >MBD0885730.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_060613079Ŗ€ĸ€0€0€ €‚Šdisks large-associated protein 4 isoform X3 [Papio anubis] >XP_023076333.1 disks large-associated protein 4 isoform X3 [Piliocolobus tephrosceles] >XP_028683083.1 disks large-associated protein 4 isoform X3 [Macaca mulatta] >XP_045218852.1 disks large-associated protein 4 isoform X3 [Macaca fascicularis] >XP_050662984.1 disks large-associated protein 4 isoform X3 [Macaca thibetana thibetana]Ą€0€Š€0€Ą€ XP_021776778Ŗ€ĸ€0€0€ €ˇCvpA family protein [Paraburkholderia aspalathi] >MBK3837383.1 CvpA family protein [Paraburkholderia aspalathi] >CAE6705958.1 Colicin V production protein [Paraburkholderia aspalathi]Ą€0€Š€0€Ą€ WP_200650920Ŗ€ĸ€0€0€ €Bhydantoinase/oxoprolinase family protein [Actinoplanes sp. Pm04-4]Ą€0€Š€0€Ą€ WP_267560498Ŗ€ĸ€0€0€ €=hypothetical protein J450_07410 [Mannheimia haemolytica D171]Ą€0€¤€0€Ą€AGQ38940Ŗ€ĸ€0€0€ €‚Chypothetical protein [Vibrio vulnificus] >MBN8140251.1 hypothetical protein [Vibrio vulnificus] >MBN8149522.1 hypothetical protein [Vibrio vulnificus] >NIG89319.1 hypothetical protein [Vibrio vulnificus] >PUZ79195.1 hypothetical protein DC357_20910 [Vibrio vulnificus] >HAS6387952.1 hypothetical protein [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_108677987Ŗ€ĸ€0€0€ €9L,D-transpeptidase family protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBS1873186Ŗ€ĸ€0€0€ €Chypothetical protein ANCCEY_14770, partial [Ancylostoma ceylanicum]Ą€0€¤€0€Ą€EPB66139Ŗ€ĸ€0€0€ €Õhypothetical protein TRIVIDRAFT_60249 [Trichoderma virens Gv29-8] >EHK22934.1 hypothetical protein TRIVIDRAFT_60249 [Trichoderma virens Gv29-8] >UKZ47984.1 hypothetical protein TrVGV298_002220 [Trichoderma virens]Ą€0€Š€0€Ą€ XP_013957138Ŗ€ĸ€0€0€ €|DUF1934 domain-containing protein [Enterococcus cecorum] >OUQ10387.1 hypothetical protein B5E88_06440 [Enterococcus cecorum]Ą€0€Š€0€Ą€ WP_087214971Ŗ€ĸ€0€0€ €2response regulator [Propionibacteriales bacterium]Ą€0€¤€0€Ą€MPZ95749Ŗ€ĸ€0€0€ €:GTP cyclohydrolase FolE2 [Gallaecimonas pentaromativorans]Ą€0€Š€0€Ą€ WP_050658900Ŗ€ĸ€0€0€ €-unnamed protein product [Heterotrigona itama]Ą€0€Ĩ€0€Ą€ CAD1480127Ŗ€ĸ€0€0€ €8hypothetical protein BHV99_03735 [Clostridium sp. 26_21]Ą€0€¤€0€Ą€OKZ56768Ŗ€ĸ€0€0€ €?hypothetical protein FVER53590_01267 [Fusarium verticillioides]Ą€0€¤€0€Ą€RBR02939Ŗ€ĸ€0€0€ €´sigma-54 dependent transcriptional regulator [Thiorhodococcus mannitoliphagus] >NEX20703.1 sigma-54-dependent Fis family transcriptional regulator [Thiorhodococcus mannitoliphagus]Ą€0€Š€0€Ą€ WP_164653811Ŗ€ĸ€0€0€ €MBJ7522901.1 MurR/RpiR family transcriptional regulator [Lactobacillus sp. CRM56-2] >PNW64629.1 RpiR family transcriptional regulator [Lactobacillus sp. ATCC 15578] >AMR21001.1 RpiR family transcriptional regulator [Lactiplantibacillus plantarum] >ARO10690.1 RpiR family transcriptional regulator [Lactiplantibacillus plantarum] >AXQ26153.1 MurR/RpiR family transcriptional regulator [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_003642885Ŗ€ĸ€0€0€ €iTonB-dependent receptor [Pseudomonas sp. AO-1] >QXZ15162.1 TonB-dependent receptor [Pseudomonas sp. AO-1]Ą€0€Š€0€Ą€ WP_222018129Ŗ€ĸ€0€0€ €4hypothetical protein MRB53_039613 [Persea americana]Ą€0€¤€0€Ą€ KAJ8608448Ŗ€ĸ€0€0€ €DUF4275 family protein [Paenibacillus glucanolyticus] >KZS45190.1 hypothetical protein AWU65_04195 [Paenibacillus glucanolyticus]Ą€0€Š€0€Ą€ WP_063477675Ŗ€ĸ€0€0€ €9hypothetical protein GOBAR_DD01573 [Gossypium barbadense]Ą€0€¤€0€Ą€PPE01392Ŗ€ĸ€0€0€ €[adenosylcobinamide-GDP ribazoletransferase [Leptospira borgpetersenii serovar Hardjo-bovis]Ą€0€¤€0€Ą€ MBE8398245Ŗ€ĸ€0€0€ €€uncharacterized protein PF11_0213-like [Aphidius gifuensis] >KAF7997464.1 hypothetical protein HCN44_006035 [Aphidius gifuensis]Ą€0€Š€0€Ą€ XP_044006408Ŗ€ĸ€0€0€ €wG5 domain-containing protein [Crassaminicella indica] >QXM06868.1 G5 domain-containing protein [Crassaminicella indica]Ą€0€Š€0€Ą€ WP_218283561Ŗ€ĸ€0€0€ €)MFS transporter [Mycobacterium sp. ST-F2]Ą€0€¤€0€Ą€OKH85141Ŗ€ĸ€0€0€ €‹uncharacterized protein KUCA_T00001029001 [Kuraishia capsulata CBS 1993] >CDK25062.1 unnamed protein product [Kuraishia capsulata CBS 1993]Ą€0€Š€0€Ą€ XP_022457077Ŗ€ĸ€0€0€ €NAD(P)-dependent oxidoreductase [Bradyrhizobium vignae] >SPP93456.1 conserved protein of unknown function [Bradyrhizobium vignae]Ą€0€Š€0€Ą€ WP_162500151Ŗ€ĸ€0€0€ €8protein TsetseEP-like isoform X2 [Dermacentor andersoni]Ą€0€Š€0€Ą€ XP_050030289Ŗ€ĸ€0€0€ €[tRNA uridine-5-carboxymethylaminomethyl(34) synthesis enzyme MnmG [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBV9229016Ŗ€ĸ€0€0€ € mCG56968, partial [Mus musculus]Ą€0€¤€0€Ą€EDL37908Ŗ€ĸ€0€0€ €­LacI family DNA-binding transcriptional regulator [Levilactobacillus sp. HBUAS62285] >AYM03327.1 LacI family DNA-binding transcriptional regulator [Levilactobacillus brevis]Ą€0€Š€0€Ą€ WP_208909738Ŗ€ĸ€0€0€ €3(2Fe-2S)-binding protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBK6659833Ŗ€ĸ€0€0€ €SepM family pheromone-processing serine protease [Oceanobacillus luteolus] >MCM3739150.1 PDZ domain-containing protein [Oceanobacillus luteolus]Ą€0€Š€0€Ą€ WP_251511058Ŗ€ĸ€0€0€ €‚AAA-like domain-containing protein [Microcystis sp. M099S2] >MCA2649077.1 AAA-like domain-containing protein [Microcystis sp. M065S2] >MCA2679317.1 AAA-like domain-containing protein [Microcystis sp. M043S2] >MCA2695050.1 AAA-like domain-containing protein [Microcystis sp. M040S2] >MCA2809911.1 AAA-like domain-containing protein [Microcystis sp. M095S1] >MCA2827326.1 AAA-like domain-containing protein [Microcystis sp. M088S1] >MCA2830308.1 AAA-like domain-containing protein [Microcystis sp. M086S1] >MCA2852248.1 AAA-like domain-containing protein [Microcystis sp. M076S1] >MCA2858350.1 AAA-like domain-containing protein [Microcystis sp. M005S1] >MCA2864386.1 AAA-like domain-containing protein [Microcystis sp. M049S1] >MCA2868035.1 AAA-like domain-containing protein [Microcystis sp. M058S1] >MCA2870467.1 AAA-like domain-containing protein [Microcystis sp. M055S1] >MCA2915965.1 AAA-like domain-containing protein [Microcystis sp. M022S1] >MCA2917172.1 AAA-like domain-containing protein [Microcystis sp. M017S1] >MCA2920578.1 AAA-like domain-containing protein [Microcystis sp. M038S1] >MCA2927552.1 AAA-like domain-containing protein [Microcystis sp. M020S1] >MCA2932092.1 AAA-like domain-containing protein [Microcystis sp. M018S1] >MCA2936722.1 AAA-like domain-containing protein [Microcystis sp. M015S1] >MCA2956894.1 AAA-like domain-containing protein [Microcystis sp. M010S1] >MCA2972750.1 AAA-like domain-containing protein [Microcystis sp. M110S1] >TRT65090.1 MAG: AAA+ family ATPase [Microcystis sp. M_QC_C_20170808_M3Col]Ą€0€¤€0€Ą€ MCA2619319Ŗ€ĸ€0€0€ €MORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UMA88644Ŗ€ĸ€0€0€ €odiguanylate cyclase [Pediococcus ethanolidurans] >MCT4397736.1 diguanylate cyclase [Pediococcus ethanolidurans]Ą€0€Š€0€Ą€ WP_260365401Ŗ€ĸ€0€0€ €‚zbifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Escherichia coli] >EFG5263605.1 bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Escherichia coli] >MCQ6875480.1 bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Escherichia coli]Ą€0€Š€0€Ą€ WP_238869695Ŗ€ĸ€0€0€ €7FAD-dependent oxidoreductase [Nitratireductor sp. OM-1]Ą€0€Š€0€Ą€ WP_113156891Ŗ€ĸ€0€0€ €‚`hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64822.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64823.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64824.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64825.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda]Ą€0€¤€0€Ą€AFG64821Ŗ€ĸ€0€0€ €gthiamine pyrophosphate-dependent dehydrogenase E1 component subunit alpha [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MBN8458701Ŗ€ĸ€0€0€ €:putative uncharacterized protein [Clostridium sp. CAG:299]Ą€0€Ĩ€0€Ą€CDD38815Ŗ€ĸ€0€0€ €6HlyD family secretion protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_139665379Ŗ€ĸ€0€0€ €0AMP-binding protein [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_214516916Ŗ€ĸ€0€0€ €™hypothetical protein STEHIDRAFT_163281 [Stereum hirsutum FP-91666 SS1] >EIM80030.1 hypothetical protein STEHIDRAFT_163281 [Stereum hirsutum FP-91666 SS1]Ą€0€Š€0€Ą€ XP_007311010Ŗ€ĸ€0€0€ €/hypothetical protein [Clostridiaceae bacterium]Ą€0€¤€0€Ą€NLW10703Ŗ€ĸ€0€0€ €0unnamed protein product [Macrosiphum euphorbiae]Ą€0€Ĩ€0€Ą€ CAI6348765Ŗ€ĸ€0€0€ €(hypothetical protein [Gossypium lobatum]Ą€0€¤€0€Ą€ MBA0553791Ŗ€ĸ€0€0€ €=DUF4065 domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCI5711730Ŗ€ĸ€0€0€ €Gfibronectin type III domain-containing protein 7-like [Xiphias gladius]Ą€0€Š€0€Ą€ XP_039985286Ŗ€ĸ€0€0€ €~SDR family NAD(P)-dependent oxidoreductase [Williamsia deligens] >MCP2194161.1 Short-chain dehydrogenase [Williamsia deligens]Ą€0€Š€0€Ą€ WP_253646963Ŗ€ĸ€0€0€ €:hypothetical protein ON010_g16007 [Phytophthora cinnamomi]Ą€0€¤€0€Ą€ KAJ8525108Ŗ€ĸ€0€0€ €Sdual serine/threonine and tyrosine protein kinase isoform X1 [Stegostoma fasciatum]Ą€0€Š€0€Ą€ XP_048409145Ŗ€ĸ€0€0€ €‚MULTISPECIES: hypothetical protein [Streptomyces] >MBT3077497.1 hypothetical protein [Streptomyces sp. COG21] >MBT3082821.1 hypothetical protein [Streptomyces sp. COG20] >MBT3087642.1 hypothetical protein [Streptomyces sp. CYG21] >MBT3097321.1 hypothetical protein [Streptomyces sp. CBG30] >MBT3104798.1 hypothetical protein [Streptomyces sp. COG19] >MBT3110452.1 hypothetical protein [Streptomyces sp. CYG20] >NUV44642.1 hypothetical protein [Streptomyces sp. CAI-24] >NUV81154.1 hypothetical protein [Streptomyces sp. CAI-155]Ą€0€Š€0€Ą€ WP_093752330Ŗ€ĸ€0€0€ €/MFS transporter [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBV8506574Ŗ€ĸ€0€0€ €ŋphage late control D family protein [Enterobacter kobei] >EFO4321323.1 phage late control D family protein [Escherichia coli] >KZQ09219.1 hypothetical protein A3N51_09240 [Enterobacter kobei]Ą€0€Š€0€Ą€ WP_063434200Ŗ€ĸ€0€0€ €‰NADH-quinone oxidoreductase subunit D [Terrabacter aerolatus] >GEO31232.1 NADH-quinone oxidoreductase subunit D 2 [Terrabacter aerolatus]Ą€0€Š€0€Ą€ WP_222594143Ŗ€ĸ€0€0€ €öcarboxyltransferase domain-containing protein [Francisella philomiragia] >MBK2296600.1 carboxyltransferase domain-containing protein [Francisella philomiragia] >MBK2341067.1 carboxyltransferase domain-containing protein [Francisella philomiragia]Ą€0€Š€0€Ą€ WP_200162643Ŗ€ĸ€0€0€ €=hemagglutinin [Influenza A virus (A/New York/131/2001(H3N2))]Ą€0€¤€0€Ą€AAX35861Ŗ€ĸ€0€0€ €Ēlysylphosphatidylglycerol synthase domain-containing protein [Flavobacterium soyangense] >MBF2709326.1 flippase-like domain-containing protein [Flavobacterium soyangense]Ą€0€Š€0€Ą€ WP_194312569Ŗ€ĸ€0€0€ €*alpha-galactosidase [Bacteroides fragilis]Ą€0€¤€0€Ą€OCR38384Ŗ€ĸ€0€0€ €?peptidoglycan-binding protein [Metabacillus halosaccharovorans]Ą€0€Š€0€Ą€ WP_245823513Ŗ€ĸ€0€0€ €flagellar hook-basal body complex protein [Salinisphaera sp. LB1] >AWN16021.1 Flagellar hook protein FlgE [Salinisphaera sp. LB1]Ą€0€Š€0€Ą€ WP_109993532Ŗ€ĸ€0€0€ €:hypothetical protein [Candidatus Coproplasma avistercoris]Ą€0€¯€0€Ą€HIR98957Ŗ€ĸ€0€0€ €‚ecaax amino protease family protein [Streptococcus pneumoniae] >CIW24329.1 caax amino protease family protein [Streptococcus pneumoniae] >CJD99461.1 caax amino protease family protein [Streptococcus pneumoniae] >CJE60160.1 caax amino protease family protein [Streptococcus pneumoniae] >CJF00900.1 caax amino protease family protein [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€ CAG5150301Ŗ€ĸ€0€0€ €?TraR/DksA C4-type zinc finger protein [Lysinibacillus sp. GJ-1]Ą€0€Š€0€Ą€ WP_231784956Ŗ€ĸ€0€0€ €ˆredoxin domain-containing protein, partial [Klebsiella pneumoniae] >NON33560.1 redoxin domain-containing protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_171486859Ŗ€ĸ€0€0€ €ATP-dependent DNA helicase RecG [Acidiferrobacteraceae bacterium] >HCX88256.1 ATP-dependent DNA helicase RecG [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€MAF07216Ŗ€ĸ€0€0€ €Ahypothetical protein T484DRAFT_1770350 [Cryptophyta sp. CCMP2293]Ą€0€¤€0€Ą€ KAJ1492758Ŗ€ĸ€0€0€ €4glycosyl transferase [Rhizobiales bacterium 17-65-6]Ą€0€¤€0€Ą€OYZ89234Ŗ€ĸ€0€0€ €LMULTISPECIES: flagellar hook-length control protein FliK [Pseudoalteromonas]Ą€0€Š€0€Ą€ WP_063706594Ŗ€ĸ€0€0€ €TKX78677.1 hypothetical protein EXE53_19955 [Halorubrum sp. SD626R]Ą€0€Š€0€Ą€ WP_137783451Ŗ€ĸ€0€0€ €)transposase, partial [Streptococcus suis]Ą€0€Š€0€Ą€ WP_195156489Ŗ€ĸ€0€0€ €9hypothetical protein FB451DRAFT_368888 [Mycena latifolia]Ą€0€¤€0€Ą€ KAJ7469048Ŗ€ĸ€0€0€ €‚ÔMULTISPECIES: type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus] >KAA9219724.1 type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus urinae] >KAA9265193.1 type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus urinae] >OAM71742.1 cell division protein FtsN [Aerococcus urinae] >OFL13661.1 cell division protein FtsN [Aerococcus sp. HMSC075D05] >PKY87251.1 type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus urinae]Ą€0€Š€0€Ą€ WP_064292413Ŗ€ĸ€0€0€ €porin [Burkholderia sp. Z1]Ą€0€Š€0€Ą€ WP_226800426Ŗ€ĸ€0€0€ €3MoaD/ThiS family protein [Tychonema sp. LEGE 06208]Ą€0€Š€0€Ą€ WP_228049692Ŗ€ĸ€0€0€ €Bhypothetical protein EWI61_11680 [Methylococcaceae bacterium FWC3]Ą€0€¤€0€Ą€RYU57897Ŗ€ĸ€0€0€ €&MAG: slipin family protein [bacterium]Ą€0€¤€0€Ą€UCF87976Ŗ€ĸ€0€0€ €“NADH dehydrogenase subunit 1, partial [Calochromus sp. UPOL MT0045] >AQR57669.1 NADH dehydrogenase subunit 1, partial [Calochromus sp. UPOL MT0046]Ą€0€¤€0€Ą€AQR57668Ŗ€ĸ€0€0€ €;trypsin-like serine protease [Streptomyces sp. NRRL F-4428]Ą€0€Š€0€Ą€ WP_045323370Ŗ€ĸ€0€0€ €>helix-hairpin-helix domain-containing protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBD9057797Ŗ€ĸ€0€0€ €6isochorismatase family protein [Burkholderia sp. S171]Ą€0€Š€0€Ą€ WP_158934128Ŗ€ĸ€0€0€ €2Putative RING-H2 finger protein [Arachis hypogaea]Ą€0€¤€0€Ą€QHO28611Ŗ€ĸ€0€0€ €!jg22055 [Pararge aegeria aegeria]Ą€0€Ĩ€0€Ą€ CAH2238127Ŗ€ĸ€0€0€ €5GspE/PulE family protein [Oscillatoria sp. PCC 10802]Ą€0€Š€0€Ą€ WP_017718577Ŗ€ĸ€0€0€ €SFN34914.1 Signal transduction histidine kinase [Saccharopolyspora antimicrobica]Ą€0€¤€0€Ą€RKT82586Ŗ€ĸ€0€0€ €penicillin-binding protein 2 [Alloscardovia theropitheci] >TCD54349.1 penicillin-binding protein 2 [Alloscardovia theropitheci]Ą€0€Š€0€Ą€ WP_131284109Ŗ€ĸ€0€0€ €Epantetheine-phosphate adenylyltransferase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYS39036Ŗ€ĸ€0€0€ €@HAMP domain-containing histidine kinase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1636088Ŗ€ĸ€0€0€ €2dihydroneopterin aldolase [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_272889997Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR4734761Ŗ€ĸ€0€0€ €4FAD-dependent oxidoreductase [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MCM6312373Ŗ€ĸ€0€0€ €]PREDICTED: transcription cofactor vestigial-like protein 3 isoform X2 [Cyprinodon variegatus]Ą€0€Š€0€Ą€ XP_015239306Ŗ€ĸ€0€0€ €ûhypothetical protein [Gemmata obscuriglobus] >AWM35744.1 hypothetical protein C1280_01035 [Gemmata obscuriglobus] >QEG31719.1 hypothetical protein GobsT_65630 [Gemmata obscuriglobus] >VTS11065.1 unnamed protein product [Gemmata obscuriglobus UQM 2246]Ą€0€Š€0€Ą€ WP_010048070Ŗ€ĸ€0€0€ €:hypothetical protein TNCV_3627331 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFV41582Ŗ€ĸ€0€0€ €‚Ahypothetical protein G6F55_001739 [Rhizopus delemar] >KAG1551670.1 hypothetical protein G6F51_001703 [Rhizopus arrhizus] >KAG1504010.1 hypothetical protein G6F54_001296 [Rhizopus delemar] >KAG1517332.1 hypothetical protein G6F53_001455 [Rhizopus delemar] >KAG1528737.1 hypothetical protein G6F52_000385 [Rhizopus delemar]Ą€0€¤€0€Ą€ KAG1464501Ŗ€ĸ€0€0€ €9hypothetical protein DM450_02735 [Sphingomonas sp. IC081]Ą€0€¤€0€Ą€QDK31721Ŗ€ĸ€0€0€ €Chypothetical protein M422DRAFT_780862 [Sphaerobolus stellatus SS14]Ą€0€¤€0€Ą€KIJ40064Ŗ€ĸ€0€0€ €O23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Microbacterium barkeri]Ą€0€Š€0€Ą€ WP_282979415Ŗ€ĸ€0€0€ €pMFS transporter superfamily [Arabidopsis thaliana x Arabidopsis arenosa] >OAO95585.1 PHT4 [Arabidopsis thaliana]Ą€0€¤€0€Ą€ KAG7602925Ŗ€ĸ€0€0€ €ŽTar ligand binding domain-containing protein [Cronobacter sakazakii] >KAB1487516.1 methyl-accepting chemotaxis protein [Cronobacter sakazakii]Ą€0€¤€0€Ą€ EIZ9235425Ŗ€ĸ€0€0€ €9glycosyltransferase family 39 protein [Desulfomonile sp.]Ą€0€¤€0€Ą€ MCA1959605Ŗ€ĸ€0€0€ €Sarginine-glutamic acid dipeptide repeats protein isoform X2 [Tachysurus fulvidraco]Ą€0€Š€0€Ą€ XP_027026332Ŗ€ĸ€0€0€ €BM20/M25/M40 family metallo-hydrolase [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MBL6706528Ŗ€ĸ€0€0€ €7hypothetical protein B0H16DRAFT_1780642 [Mycena metata]Ą€0€¤€0€Ą€ KAJ7726226Ŗ€ĸ€0€0€ €‰dTDP-4-dehydrorhamnose 3,5-epimerase [Pseudomonas fluorescens] >KIF65192.1 dTDP-4-dehydrorhamnose 3,5-epimerase [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_039764622Ŗ€ĸ€0€0€ €=MAG: carbohydrate kinase, partial [Planctomycetota bacterium]Ą€0€¤€0€Ą€RLS46433Ŗ€ĸ€0€0€ €5ribose ABC transporter permease [Veillonella parvula]Ą€0€Š€0€Ą€ WP_279008479Ŗ€ĸ€0€0€ €(AAA family ATPase [Mycoplasmopsis bovis]Ą€0€¤€0€Ą€QQH27121Ŗ€ĸ€0€0€ €‚uncharacterized protein NECHADRAFT_85638 [Fusarium vanettenii 77-13-4] >EEU34306.1 predicted protein [Fusarium vanettenii 77-13-4]Ą€0€Š€0€Ą€ XP_003040019Ŗ€ĸ€0€0€ €8RNA methyltransferase [Thiotrichales bacterium 19S11-10]Ą€0€¤€0€Ą€ MCF6767132Ŗ€ĸ€0€0€ €khypothetical protein [Blastocatellia bacterium] >HCX30583.1 hypothetical protein [Blastocatellia bacterium]Ą€0€¯€0€Ą€HAF12758Ŗ€ĸ€0€0€ €;hypothetical protein TYRP_014998 [Tyrophagus putrescentiae]Ą€0€¤€0€Ą€ KAH9403806Ŗ€ĸ€0€0€ €/hypothetical protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBK7636756Ŗ€ĸ€0€0€ €=guanine nucleotide exchange factor [Anaeramoeba flamelloides]Ą€0€¤€0€Ą€ KAJ6236901Ŗ€ĸ€0€0€ €kalpha/beta-hydrolase [Lindgomyces ingoldianus] >KAF2464645.1 alpha/beta-hydrolase [Lindgomyces ingoldianus]Ą€0€Š€0€Ą€ XP_033541489Ŗ€ĸ€0€0€ €sMAG: ribosome-binding factor A [Hyphomicrobium sp.] >PPD00736.1 MAG: ribosome-binding factor A [Hyphomicrobium sp.]Ą€0€¤€0€Ą€PPC85417Ŗ€ĸ€0€0€ €™RnfABCDGE type electron transport complex subunit B [Acinetobacter sp. ANC 3789] >ENU81117.1 hypothetical protein F975_00978 [Acinetobacter sp. ANC 3789]Ą€0€Š€0€Ą€ WP_004751198Ŗ€ĸ€0€0€ €Mwinged helix-turn-helix domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ2640849Ŗ€ĸ€0€0€ €-response regulator [Xylanimonas oleitrophica]Ą€0€Š€0€Ą€ WP_245885601Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBE0607625Ŗ€ĸ€0€0€ €sC40 family peptidase [Streptomyces sp. SAJ15] >TVL90931.1 hypothetical protein CD790_20455 [Streptomyces sp. SAJ15]Ą€0€Š€0€Ą€ WP_144384753Ŗ€ĸ€0€0€ €323S rRNA methyltransferase [Burkholderia ubonensis]Ą€0€¤€0€Ą€AOJ74168Ŗ€ĸ€0€0€ €ŋPREDICTED: sodium channel protein type 9 subunit alpha isoform X1 [Macaca fascicularis] >XP_015287803.1 PREDICTED: sodium channel protein type 9 subunit alpha isoform X1 [Macaca fascicularis]Ą€0€Š€0€Ą€ XP_005573423Ŗ€ĸ€0€0€ €7hypothetical protein ANCCAN_01816 [Ancylostoma caninum]Ą€0€¤€0€Ą€RCN52028Ŗ€ĸ€0€0€ €5glycosyltransferase, partial [Pseudomonas savastanoi]Ą€0€Š€0€Ą€ WP_122383566Ŗ€ĸ€0€0€ €7DUF3265 domain-containing protein [Vibrio aestuarianus]Ą€0€Š€0€Ą€ WP_274676460Ŗ€ĸ€0€0€ €Xtype II toxin-antitoxin system HicB family antitoxin, partial [Clostridioides difficile]Ą€0€Š€0€Ą€ WP_139627894Ŗ€ĸ€0€0€ €Øpolysaccharide biosynthesis/export family protein [Alteromonas mediterranea] >AEA97114.1 sugar transporter [Alteromonas mediterranea DE] >CAH1201116.1 Polysialic acid transport protein KpsD [Alteromonas mediterranea]Ą€0€Š€0€Ą€ WP_012517468Ŗ€ĸ€0€0€ €sregulatory protein RecX [Congzhengia minquanensis] >MBC8541103.1 regulatory protein RecX [Congzhengia minquanensis]Ą€0€Š€0€Ą€ WP_249312942Ŗ€ĸ€0€0€ €‚MULTISPECIES: hypothetical protein [Burkholderia] >MBU9168414.1 hypothetical protein [Burkholderia gladioli] >MBU9379874.1 hypothetical protein [Burkholderia gladioli] >TWC76174.1 hypothetical protein FB600_103398 [Burkholderia sp. SJZ089] >TWD06493.1 hypothetical protein FBX98_103398 [Burkholderia sp. SJZ115] >TWD10375.1 hypothetical protein FB601_103398 [Burkholderia sp. SJZ091]Ą€0€Š€0€Ą€ WP_145756500Ŗ€ĸ€0€0€ €2unnamed protein product [Psylliodes chrysocephala]Ą€0€Ĩ€0€Ą€ CAH1111016Ŗ€ĸ€0€0€ €SFE04891.1 tRNA(Arg) A34 adenosine deaminase TadA [Methylobacterium sp. 13MFTsu3.1M2]Ą€0€Š€0€Ą€ WP_091978272Ŗ€ĸ€0€0€ €üMULTISPECIES: helix-turn-helix domain-containing protein [unclassified Burkholderia] >MCA8067694.1 helix-turn-helix transcriptional regulator [Burkholderia sp. AU38729] >MCA8258144.1 helix-turn-helix transcriptional regulator [Burkholderia sp. AU31624]Ą€0€Š€0€Ą€ WP_226208117Ŗ€ĸ€0€0€ €Ahypothetical protein EHQ76_17390, partial [Leptospira barantonii]Ą€0€¤€0€Ą€TGL93452Ŗ€ĸ€0€0€ €Chypothetical protein XHV734_0205 [Xanthomonas hortorum pv. vitians]Ą€0€¤€0€Ą€QNM59064Ŗ€ĸ€0€0€ €8ATP synthase beta chain, partial [Equisetum x ferrissii]Ą€0€¤€0€Ą€AAL18389Ŗ€ĸ€0€0€ €argininosuccinate synthase [Acinetobacter radioresistens] >MCK4085943.1 argininosuccinate synthase [Acinetobacter radioresistens]Ą€0€Š€0€Ą€ WP_248087248Ŗ€ĸ€0€0€ €2sialate O-acetylesterase [Lewinellaceae bacterium]Ą€0€¤€0€Ą€ MBK7937165Ŗ€ĸ€0€0€ €Laldehyde dehydrogenase X, mitochondrial isoform X2 [Bactrocera neohumeralis]Ą€0€Š€0€Ą€ XP_050320449Ŗ€ĸ€0€0€ €Ÿpeptidase G2 autoproteolytic cleavage domain-containing protein, partial [Atlantibacter hermannii] >MBL7637906.1 hypothetical protein [Atlantibacter hermannii]Ą€0€Š€0€Ą€ WP_203164019Ŗ€ĸ€0€0€ €0hypothetical protein [Microbacterium sp. H37-C3]Ą€0€Š€0€Ą€ WP_269268099Ŗ€ĸ€0€0€ €Pouter membrane receptor protein involved in Fe transport [Algibacter sp. RHA_19]Ą€0€¤€0€Ą€PKB44918Ŗ€ĸ€0€0€ €Touter membrane beta-barrel domain-containing protein [Syntrophobacterales bacterium]Ą€0€¤€0€Ą€ MBW6484923Ŗ€ĸ€0€0€ €}MULTISPECIES: DUF3938 domain-containing protein [Bacillus] >PQZ56626.1 hypothetical protein CQZ94_11745 [Bacillus sp. MYb209]Ą€0€Š€0€Ą€ WP_105585532Ŗ€ĸ€0€0€ €NPREDICTED: LIM homeobox transcription factor 1-beta-like [Rhagoletis zephyria]Ą€0€Š€0€Ą€ XP_017476002Ŗ€ĸ€0€0€ €2MATE family efflux transporter [Vibrio atlanticus]Ą€0€Š€0€Ą€ WP_122047024Ŗ€ĸ€0€0€ €9Pneumococcal surface protein A [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€CEY44168Ŗ€ĸ€0€0€ €­N-acetyl-gamma-glutamyl-phosphate reductase [Sporolactobacillus shoreicorticis] >MCO7127339.1 N-acetyl-gamma-glutamyl-phosphate reductase [Sporolactobacillus shoreicorticis]Ą€0€Š€0€Ą€ WP_253063755Ŗ€ĸ€0€0€ €1gluconate transporter [Streptomyces sp. SID13726]Ą€0€¤€0€Ą€NEB02235Ŗ€ĸ€0€0€ €Ghypothetical protein SAMN06298216_2943 [Cytophagales bacterium TFI 002]Ą€0€Ĩ€0€Ą€SOE22515Ŗ€ĸ€0€0€ €‚ŨMULTISPECIES: LysR family transcriptional regulator [Burkholderia cepacia complex] >ACA94757.1 transcriptional regulator, LysR family [Burkholderia orbicola MC0-3] >KOR21597.1 LysR family transcriptional regulator [Burkholderia cenocepacia] >MBR7978850.1 LysR family transcriptional regulator [Burkholderia cenocepacia] >MBR7984804.1 LysR family transcriptional regulator [Burkholderia cenocepacia] >MBR8037829.1 LysR family transcriptional regulator [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_012339795Ŗ€ĸ€0€0€ €%cytochrome P450 [Kribbella aluminosa]Ą€0€¤€0€Ą€ MBP2355331Ŗ€ĸ€0€0€ €;30S ribosomal protein S10 [Patescibacteria group bacterium]Ą€0€¤€0€Ą€ MBP7061284Ŗ€ĸ€0€0€ €*hypothetical protein [Bacillota bacterium]Ą€0€¤€0€Ą€NLL47071Ŗ€ĸ€0€0€ €Esugar porter family MFS transporter [Staphylococcus pseudintermedius]Ą€0€¤€0€Ą€ EJG1264510Ŗ€ĸ€0€0€ €'peroxiredoxin [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCD6597402Ŗ€ĸ€0€0€ €Ihypothetical protein BKA56DRAFT_324500 [Ilyonectria sp. MPI-CAGE-AT-0026]Ą€0€¤€0€Ą€ KAH6984898Ŗ€ĸ€0€0€ €ŖSigE family RNA polymerase sigma factor [Ornithinimicrobium humiphilum] >TQM95680.1 RNA polymerase sigma-70 factor (sigma-E family) [Ornithinimicrobium humiphilum]Ą€0€Š€0€Ą€ WP_141817398Ŗ€ĸ€0€0€ €;hypothetical protein N7468_009400 [Penicillium chermesinum]Ą€0€¤€0€Ą€ KAJ5220196Ŗ€ĸ€0€0€ €zS46 family peptidase [Melittangium boletus] >ATB33698.1 hypothetical protein MEBOL_007196 [Melittangium boletus DSM 14713]Ą€0€Š€0€Ą€ WP_095981693Ŗ€ĸ€0€0€ €”hemagglutinin repeat-containing protein, partial [Sebaldella sp. S0638] >MCP1226458.1 hemagglutinin repeat-containing protein [Sebaldella sp. S0638]Ą€0€Š€0€Ą€ WP_253352066Ŗ€ĸ€0€0€ €=adult-specific rigid cuticular protein 15.7 [Nephila pilipes]Ą€0€Ŧ€0€Ą€GFT52874Ŗ€ĸ€0€0€ €CCH45883.1 Kleisin, abnormal closure, protein 2 [Wickerhamomyces ciferrii]Ą€0€Š€0€Ą€ XP_011272275Ŗ€ĸ€0€0€ €€deoxyribonuclease V [Klebsiella quasipneumoniae] >ESM61946.1 endonuclease V [Klebsiella quasipneumoniae subsp. similipneumoniae]Ą€0€Š€0€Ą€ WP_023319464Ŗ€ĸ€0€0€ €*hypothetical protein [Xylographa vitiligo]Ą€0€¤€0€Ą€ MCJ1318822Ŗ€ĸ€0€0€ €…ABC transporter permease [Frigoribacterium sp. RIT-PI-h] >KPG83738.1 peptide ABC transporter permease [Frigoribacterium sp. RIT-PI-h]Ą€0€Š€0€Ą€ WP_054146239Ŗ€ĸ€0€0€ €2hypothetical protein [Bacillus massiliigabonensis]Ą€0€Š€0€Ą€ WP_102273603Ŗ€ĸ€0€0€ €ƒEscG/YscG/SsaH family type III secretion system needle protein co-chaperone [Salmonella enterica subsp. enterica serovar Soahanina]Ą€0€¤€0€Ą€ MCT7046027Ŗ€ĸ€0€0€ €.hypothetical protein [Enterobacter hormaechei]Ą€0€¤€0€Ą€ MCE1309955Ŗ€ĸ€0€0€ €Bhypothetical protein EDB85DRAFT_702270 [Lactarius pseudohatsudake]Ą€0€¤€0€Ą€ KAH9016734Ŗ€ĸ€0€0€ €JGspL family type II secretion system protein XcpY [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG6268407Ŗ€ĸ€0€0€ €]ATP-binding cassette domain-containing protein [SAR202 cluster bacterium AD-802-K11_MRT_200m]Ą€0€¤€0€Ą€MQF68191Ŗ€ĸ€0€0€ €lDinB family protein [Streptomyces lydicus] >AJT63108.1 hypothetical protein T261_1422 [Streptomyces lydicus]Ą€0€Š€0€Ą€ WP_046925025Ŗ€ĸ€0€0€ €Ŧ4-(cytidine 5'-diphospho)-2-C-methyl-D-erythritol kinase [Pseudomonas protegens] >BAO64493.1 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase [Pseudomonas protegens Cab57]Ą€0€Š€0€Ą€ WP_041119847Ŗ€ĸ€0€0€ €.hypothetical protein [Holdemania massiliensis]Ą€0€Š€0€Ą€ WP_020226160Ŗ€ĸ€0€0€ €2acyl-CoA thioesterase [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBL7732834Ŗ€ĸ€0€0€ €.MFS transporter [Yersinia sp. Marseille-Q5920]Ą€0€Š€0€Ą€ WP_267248697Ŗ€ĸ€0€0€ €IPREDICTED: inactive dual specificity phosphatase 27 [Gavialis gangeticus]Ą€0€Š€0€Ą€ XP_019381256Ŗ€ĸ€0€0€ €‚lfilamentous hemagglutinin N-terminal domain-containing protein [Yersinia mollaretii] >CNJ06522.1 Large exoprotein involved in heme utilization or adhesion [Yersinia mollaretii] >CNL18508.1 Large exoprotein involved in heme utilization or adhesion [Yersinia enterocolitica] >CQQ97391.1 Large exoprotein involved in heme utilization or adhesion [Yersinia mollaretii]Ą€0€Š€0€Ą€ WP_230822898Ŗ€ĸ€0€0€ €Ehelix-turn-helix transcriptional regulator [Saccharothrix sp. AJ9571]Ą€0€¤€0€Ą€UJW31884Ŗ€ĸ€0€0€ €*nuclear pore protein [Gigaspora margarita]Ą€0€¤€0€Ą€ KAF0554084Ŗ€ĸ€0€0€ €cCsbD family protein [Halomonas alkalisoli] >MCE9681984.1 CsbD family protein [Halomonas alkalisoli]Ą€0€Š€0€Ą€ WP_234280079Ŗ€ĸ€0€0€ €|HNH endonuclease family protein [Dactylosporangium aurantiacum] >UWZ51847.1 HNH endonuclease [Dactylosporangium aurantiacum]Ą€0€Š€0€Ą€ WP_033365653Ŗ€ĸ€0€0€ €‚MULTISPECIES: cellulose synthase complex periplasmic endoglucanase BcsZ [Stenotrophomonas] >AOX62898.1 endo-1,4-D-glucanase [Stenotrophomonas sp. LM091] >WIA60656.1 cellulose synthase complex periplasmic endoglucanase BcsZ [Stenotrophomonas sp. BIO128-Bstrain]Ą€0€Š€0€Ą€ WP_019182526Ŗ€ĸ€0€0€ €JPREDICTED: LOW QUALITY PROTEIN: homeobox protein Hox-A10 [Nipponia nippon]Ą€0€Š€0€Ą€ XP_009464764Ŗ€ĸ€0€0€ €hypothetical protein A2W91_04315 [Bacteroidetes bacterium GWF2_38_335] >HBS88269.1 hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€OFY34840Ŗ€ĸ€0€0€ €OEG62008.1 MAG: sodium:proton exchanger [Halanaerobium sp. MDAL1] >PTW03505.1 transporter (CPA2 family) [Halanaerobium saccharolyticum]Ą€0€Š€0€Ą€ WP_108137685Ŗ€ĸ€0€0€ €„SDR family NAD(P)-dependent oxidoreductase [Burkholderia territorii] >KWN14674.1 short-chain dehydrogenase [Burkholderia territorii]Ą€0€Š€0€Ą€ WP_060347438Ŗ€ĸ€0€0€ €OM20/M25/M40 family metallo-hydrolase, partial [Tepidanaerobacter acetatoxydans]Ą€0€Š€0€Ą€ WP_213973719Ŗ€ĸ€0€0€ €mTRAP transporter permease [Serratia sp. AKBS12] >MCS3408316.1 TRAP transporter permease [Serratia sp. AKBS12]Ą€0€Š€0€Ą€ WP_259005392Ŗ€ĸ€0€0€ €iParA family protein [Vibrio parahaemolyticus] >HBC3831088.1 ParA family protein [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EJV0278763Ŗ€ĸ€0€0€ €:isochorismatase family protein [Burkholderia sp. Se-20378]Ą€0€¤€0€Ą€ MBN3769952Ŗ€ĸ€0€0€ €?DEAD/DEAH box helicase family protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCH5163858Ŗ€ĸ€0€0€ €Šalkaline phosphatase family protein [Syntrophorhabdus sp.] >OQB78299.1 Type I phosphodiesterase / nucleotide pyrophosphatase [Deltaproteobacteria bacterium ADurb.Bin135]Ą€0€¤€0€Ą€ MBP6972346Ŗ€ĸ€0€0€ €-GMC family oxidoreductase [Parafilimonas sp.]Ą€0€¤€0€Ą€ MBV9963051Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¯€0€Ą€HCT31040Ŗ€ĸ€0€0€ €†type I-C CRISPR-associated endonuclease Cas1c [Selenomonas noxia] >EHG23343.1 CRISPR-associated protein cas1 [Selenomonas noxia F0398]Ą€0€Š€0€Ą€ WP_006697084Ŗ€ĸ€0€0€ €gSDR family oxidoreductase [Spirosoma oryzae] >PRY44045.1 short-subunit dehydrogenase [Spirosoma oryzae]Ą€0€Š€0€Ą€ WP_106136481Ŗ€ĸ€0€0€ €âaminoglycoside phosphotransferase family protein [Bacillus wiedmannii] >PEJ11001.1 acetyltransferase [Bacillus wiedmannii] >PEM24453.1 acetyltransferase [Bacillus wiedmannii] >PHC61923.1 acetyltransferase [Bacillus wiedmannii]Ą€0€Š€0€Ą€ WP_098092873Ŗ€ĸ€0€0€ €ahypothetical protein [Pseudomonas simiae] >MBI6616582.1 hypothetical protein [Pseudomonas simiae]Ą€0€Š€0€Ą€ WP_198730235Ŗ€ĸ€0€0€ €˜uncharacterized protein SPPG_01398 [Spizellomyces punctatus DAOM BR117] >KND03947.1 hypothetical protein SPPG_01398 [Spizellomyces punctatus DAOM BR117]Ą€0€Š€0€Ą€ XP_016611986Ŗ€ĸ€0€0€ €‘glycosyltransferase family 2 protein [Seohaeicola saemankumensis] >MCD1626346.1 glycosyltransferase family 2 protein [Seohaeicola saemankumensis]Ą€0€Š€0€Ą€ WP_230800902Ŗ€ĸ€0€0€ €helix-turn-helix domain-containing protein [Bacteroidales bacterium] >NLK53916.1 LexA family transcriptional regulator [Bacteroidales bacterium]Ą€0€¤€0€Ą€MZP65343Ŗ€ĸ€0€0€ €%peptidase [Microcoleus sp. FACHB-DQ6]Ą€0€¤€0€Ą€ MBD1815385Ŗ€ĸ€0€0€ €–uncharacterized protein NECHADRAFT_47676 [Fusarium vanettenii 77-13-4] >EEU42755.1 hypothetical protein NECHADRAFT_47676 [Fusarium vanettenii 77-13-4]Ą€0€Š€0€Ą€ XP_003048468Ŗ€ĸ€0€0€ €wiron donor protein CyaY [Marinobacterium ramblicola] >MBV1788372.1 iron donor protein CyaY [Marinobacterium ramblicola]Ą€0€Š€0€Ą€ WP_217413389Ŗ€ĸ€0€0€ €)hypothetical protein [Campylobacter coli]Ą€0€¤€0€Ą€ EDJ6414383Ŗ€ĸ€0€0€ €MLacI family DNA-binding transcriptional regulator [Psychromonas ossibalaenae]Ą€0€Š€0€Ą€ WP_019616094Ŗ€ĸ€0€0€ €mhypothetical protein [Leptospiraceae bacterium] >MCP5512837.1 hypothetical protein [Leptospiraceae bacterium]Ą€0€¤€0€Ą€ MCB1141657Ŗ€ĸ€0€0€ €§MULTISPECIES: hypothetical protein [Ensifer] >AHK45095.1 hypothetical protein OV14_3868 [Ensifer adhaerens OV14] >MBD9490144.1 hypothetical protein [Ensifer sp. ENS11]Ą€0€Š€0€Ą€ WP_025427984Ŗ€ĸ€0€0€ €DAnkyrin repeat and IBR domain-containing protein 1 [Liparis tanakae]Ą€0€¤€0€Ą€TNN34207Ŗ€ĸ€0€0€ €"MHC class I antigen [Homo sapiens]Ą€0€¤€0€Ą€AUQ33312Ŗ€ĸ€0€0€ €Csigma-70 family RNA polymerase sigma factor [Oligoflexia bacterium]Ą€0€¤€0€Ą€ MCP4914981Ŗ€ĸ€0€0€ €.hypothetical protein [Bordetella genomosp. 13]Ą€0€Š€0€Ą€ WP_260986135Ŗ€ĸ€0€0€ €ˆTex family protein [Clostridium aminobutyricum] >MBN7773005.1 RNA-binding transcriptional accessory protein [Clostridium aminobutyricum]Ą€0€Š€0€Ą€ WP_206581849Ŗ€ĸ€0€0€ € protein FAM161B [Sorex cinereus]Ą€0€Š€0€Ą€ XP_055989820Ŗ€ĸ€0€0€ €=DUF1592 domain-containing protein [Acidobacteriota bacterium]Ą€0€¯€0€Ą€HIM51057Ŗ€ĸ€0€0€ €loligoribonuclease [Euryarchaeota archaeon] >HIG20340.1 oligoribonuclease [Candidatus Poseidoniales archaeon]Ą€0€¤€0€Ą€RZD53001Ŗ€ĸ€0€0€ €@cation transporter [Candidatus Methanomethylophilaceae archaeon]Ą€0€¤€0€Ą€ MBQ7978512Ŗ€ĸ€0€0€ €/hypothetical protein [Portunus trituberculatus]Ą€0€¤€0€Ą€MPC84742Ŗ€ĸ€0€0€ €‚rRNA polymerase subunit sigma-24 [Bacteroidetes bacterium GWA2_42_15] >OFX97764.1 RNA polymerase subunit sigma-24 [Bacteroidetes bacterium GWE2_42_39] >OFY45497.1 RNA polymerase subunit sigma-24 [Bacteroidetes bacterium GWF2_42_66] >HAZ02844.1 RNA polymerase sigma factor [Marinilabiliales bacterium] >HBL73790.1 RNA polymerase sigma factor [Prolixibacteraceae bacterium]Ą€0€¤€0€Ą€OFX35756Ŗ€ĸ€0€0€ €/glycosyl transferase family 1 [Alcanivorax sp.]Ą€0€¯€0€Ą€HAS28932Ŗ€ĸ€0€0€ €ƒexosome complex exonuclease Rrp41 [Thermosphaera aggregans] >QOR95061.1 exosome complex exonuclease Rrp41 [Thermosphaera aggregans]Ą€0€Š€0€Ą€ WP_193436854Ŗ€ĸ€0€0€ €NAD(P)-dependent alcohol dehydrogenase [Pseudomonas sp. LJDD11] >MCQ9427086.1 NAD(P)-dependent alcohol dehydrogenase [Pseudomonas sp. LJDD11]Ą€0€Š€0€Ą€ WP_257107333Ŗ€ĸ€0€0€ €‚3MULTISPECIES: glucose-1-phosphate thymidylyltransferase RfbA [Lactococcus] >AGY43538.1 glucose-1-phosphate thymidylyltransferase [Lactococcus lactis subsp. lactis KLDS 4.0325] >EQC90431.1 glucose-1-phosphate thymidylyltransferase [Lactococcus cremoris subsp. cremoris TIFN7] >AAK04292.1 glucose-1-phosphate thymidylyltransferase [Lactococcus lactis subsp. lactis Il1403] >ABJ71818.1 Glucose-1-phosphate thymidylyltransferase [Lactococcus cremoris subsp. cremoris SK11] >ADA63973.1 Glucose-1-phosphate thymidylyltransferase [Lactococcus lactis subsp. lactis KF147]Ą€0€Š€0€Ą€ WP_010905191Ŗ€ĸ€0€0€ €•ATP-binding cassette domain-containing protein [Bacillus sp. S0628] >MCP1321433.1 ATP-binding cassette domain-containing protein [Bacillus sp. S0628]Ą€0€Š€0€Ą€ WP_253620872Ŗ€ĸ€0€0€ €×pyruvate:ferredoxin (flavodoxin) oxidoreductase [Candidatus Azobacteroides pseudotrichonymphae] >BAG83711.1 putative pyruvate-flavodoxin oxidoreductase [Candidatus Azobacteroides pseudotrichonymphae genomovar. CFP2]Ą€0€Š€0€Ą€ WP_012573472Ŗ€ĸ€0€0€ €dheat shock chaperone IbpB [Salmonella enterica] >PEH15020.1 heat-shock protein [Salmonella enterica]Ą€0€Š€0€Ą€ WP_098097765Ŗ€ĸ€0€0€ €‚HMATE family efflux transporter DinF [Escherichia coli] >TFA40460.1 MATE family efflux transporter DinF [Escherichia coli] >HAI3390652.1 MATE family efflux transporter DinF [Escherichia coli] >HAI5991775.1 MATE family efflux transporter DinF [Escherichia coli] >HAM7049535.1 MATE family efflux transporter DinF [Escherichia coli]Ą€0€¤€0€Ą€ EFK2137151Ŗ€ĸ€0€0€ €ahypothetical protein [Micrococcus luteus] >MCK6110195.1 hypothetical protein [Micrococcus luteus]Ą€0€Š€0€Ą€ WP_169577965Ŗ€ĸ€0€0€ €‚ organic hydroperoxide resistance protein [Serratia odorifera] >EFE96887.1 peroxiredoxin, Ohr subfamily [Serratia odorifera DSM 4582] >MBJ2066282.1 organic hydroperoxide resistance protein [Serratia odorifera] >PNK91425.1 organic hydroperoxide resistance protein [Serratia odorifera] >RII72486.1 organic hydroperoxide resistance protein [Serratia odorifera] >VDZ55829.1 General stress protein 17o [Serratia odorifera]Ą€0€Š€0€Ą€ WP_004957233Ŗ€ĸ€0€0€ €Mmethylated-DNA--[protein]-cysteine S-methyltransferase [Aeromonas hydrophila]Ą€0€¤€0€Ą€QNF21522Ŗ€ĸ€0€0€ €Clipid A biosynthesis lauroyl acyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EJQ2687561Ŗ€ĸ€0€0€ €!unknown [Bacteroides sp. CAG:754]Ą€0€Ĩ€0€Ą€CDA87281Ŗ€ĸ€0€0€ €.HAD-IA family hydrolase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5946342Ŗ€ĸ€0€0€ €/C10 family peptidase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBQ8711066Ŗ€ĸ€0€0€ €/RND transporter [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NIW25441Ŗ€ĸ€0€0€ €Ąpotassium-transporting ATPase subunit KdpA [Microbacterium laevaniformans] >TGY36191.1 potassium-transporting ATPase subunit KdpA [Microbacterium laevaniformans]Ą€0€Š€0€Ą€ WP_135949574Ŗ€ĸ€0€0€ €5uncharacterized protein LOC125607929 [Brassica napus]Ą€0€Š€0€Ą€ XP_048633428Ŗ€ĸ€0€0€ €fRNA polymerase III transcription factor IIIC subunit-domain-containing protein [Pisolithus marmoratus]Ą€0€¤€0€Ą€ KAI6047342Ŗ€ĸ€0€0€ €_GTPase ObgE [Oscillospiraceae bacterium] >MBR0392157.1 GTPase ObgE [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR0160695Ŗ€ĸ€0€0€ €aendonuclease [Sphingobacterium sp. DK4209] >QGA25954.1 endonuclease [Sphingobacterium sp. dk4302]Ą€0€¤€0€Ą€MVZ66986Ŗ€ĸ€0€0€ €;AMP-binding protein [Ectothiorhodospiraceae bacterium AqS1]Ą€0€¤€0€Ą€ MBF2759673Ŗ€ĸ€0€0€ €*uracil-DNA glycosylase [Solobacterium sp.]Ą€0€¤€0€Ą€ MBQ3459675Ŗ€ĸ€0€0€ €GAW99913.1 3-dehydroquinate dehydratase [Secundilactobacillus mixtipabuli]Ą€0€Š€0€Ą€ WP_089109701Ŗ€ĸ€0€0€ €?hypothetical protein EMGBS4_16500 [Acidimicrobiaceae bacterium]Ą€0€Ŧ€0€Ą€GBL21590Ŗ€ĸ€0€0€ €/DUF4127 family protein [Listeria monocytogenes]Ą€0€¯€0€Ą€ HAB9632401Ŗ€ĸ€0€0€ €Galpha/beta hydrolase domain-containing protein [Sphingobium xenophagum]Ą€0€Š€0€Ą€ WP_026002076Ŗ€ĸ€0€0€ €—polyprenyl synthetase family protein [Novosphingopyxis sp. YJ-S2-01] >MBH9538551.1 polyprenyl synthetase family protein [Novosphingopyxis sp. YJ-S2-01]Ą€0€Š€0€Ą€ WP_198095175Ŗ€ĸ€0€0€ €VP1, partial [Echovirus E6]Ą€0€¤€0€Ą€AHH33963Ŗ€ĸ€0€0€ €|uncharacterized protein E1B28_000370 [Marasmius oreades] >KAG7098415.1 hypothetical protein E1B28_000370 [Marasmius oreades]Ą€0€Š€0€Ą€ XP_043014885Ŗ€ĸ€0€0€ €‰phenylalanine--tRNA ligase subunit alpha [Bosea sp. BIWAKO-01] >GAU80950.1 phenylalanyl-tRNA synthetase alpha chain [Bosea sp. BIWAKO-01]Ą€0€Š€0€Ą€ WP_069877432Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UIR12670Ŗ€ĸ€0€0€ €Fhypothetical protein FA13DRAFT_1599527, partial [Coprinellus micaceus]Ą€0€¤€0€Ą€TEB32912Ŗ€ĸ€0€0€ €‚hypothetical protein [Campylobacter jejuni] >EDP3105004.1 hypothetical protein [Campylobacter jejuni] >EDP5586062.1 hypothetical protein [Campylobacter jejuni] >EDP6444015.1 hypothetical protein [Campylobacter jejuni] >EDP6760684.1 hypothetical protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EDP2695460Ŗ€ĸ€0€0€ €(stathmin-1-A-like [Stegodyphus dumicola]Ą€0€Š€0€Ą€ XP_035216353Ŗ€ĸ€0€0€ €—nuclear transport factor 2 family protein [Citricoccus sp. SGAir0253] >QCU78250.1 nuclear transport factor 2 family protein [Citricoccus sp. SGAir0253]Ą€0€Š€0€Ą€ WP_137773782Ŗ€ĸ€0€0€ €=collagen, type XI, alpha 1a isoform X2 [Colossoma macropomum]Ą€0€Š€0€Ą€ XP_036437421Ŗ€ĸ€0€0€ €Hfacilitated trehalose transporter Tret1-like [Leptinotarsa decemlineata]Ą€0€Š€0€Ą€ XP_023028205Ŗ€ĸ€0€0€ €!MFS transporter [Halioglobus sp.]Ą€0€¤€0€Ą€MAT93460Ŗ€ĸ€0€0€ €Vuncharacterized protein LOC109757334 isoform X5 [Aegilops tauschii subsp. strangulata]Ą€0€Š€0€Ą€ XP_040253449Ŗ€ĸ€0€0€ €.hypothetical protein [Calditrichota bacterium]Ą€0€¤€0€Ą€NOZ55740Ŗ€ĸ€0€0€ €‚AraC family transcriptional regulator [Salmonella enterica subsp. enterica serovar Livingstone] >ECK1271878.1 helix-turn-helix domain-containing protein [Salmonella enterica] >ECU2494853.1 AraC family transcriptional regulator [Salmonella enterica subsp. enterica serovar Kentucky]Ą€0€¤€0€Ą€ EBY6522830Ŗ€ĸ€0€0€ €uL-rhamnose/proton symporter RhaT [Seonamhaeicola marinus] >TYA70043.1 sugar:proton symporter [Seonamhaeicola marinus]Ą€0€Š€0€Ą€ WP_148545383Ŗ€ĸ€0€0€ €zamino acid permease [Acidobacteria bacterium 13_2_20CM_56_17] >OLE71279.1 amino acid permease [archaeon 13_1_20CM_2_51_12]Ą€0€¤€0€Ą€OLB27154Ŗ€ĸ€0€0€ €Xtype IV secretion system DNA-binding domain-containing protein [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_265735210Ŗ€ĸ€0€0€ €Hphosphoinositide phospholipase C 2-like isoform X2 [Zingiber officinale]Ą€0€Š€0€Ą€ XP_042465169Ŗ€ĸ€0€0€ €:hypothetical protein Areg01_43950 [Actinoplanes regularis]Ą€0€Ŧ€0€Ą€GLW31455Ŗ€ĸ€0€0€ €-HD family hydrolase [Agrobacterium deltaense]Ą€0€Š€0€Ą€ WP_185740810Ŗ€ĸ€0€0€ €FTetR/AcrR family transcriptional regulator [Microthrixaceae bacterium]Ą€0€¤€0€Ą€ MBP6728875Ŗ€ĸ€0€0€ €ˇvariable surface lipoprotein [Mycoplasmopsis bovis] >MBT1366661.1 variable surface lipoprotein [Mycoplasmopsis bovis] >MBT1377512.1 variable surface lipoprotein [Mycoplasmopsis bovis]Ą€0€¤€0€Ą€ MBT1322465Ŗ€ĸ€0€0€ €>GntR family transcriptional regulator [Flavipsychrobacter sp.]Ą€0€¤€0€Ą€ MCD6064856Ŗ€ĸ€0€0€ €/hypothetical protein [Lentisphaerota bacterium]Ą€0€¤€0€Ą€ MBN1558293Ŗ€ĸ€0€0€ €4Hypothetical protein BJL86_0080 [Dietzia timorensis]Ą€0€¤€0€Ą€ANI90891Ŗ€ĸ€0€0€ €2e3 ubiquitin-protein ligase march8 [Lynx pardinus]Ą€0€Ĩ€0€Ą€VFV20999Ŗ€ĸ€0€0€ €?IS256 family transposase, partial [Pseudoalteromonas sp. S4741]Ą€0€¤€0€Ą€TMO21331Ŗ€ĸ€0€0€ €/RNA-binding protein [Dehalococcoidia bacterium]Ą€0€¯€0€Ą€HIE16764Ŗ€ĸ€0€0€ €ucarboxylate-amine ligase [Rhodovulum sulfidophilum] >MBL3595418.1 carboxylate-amine ligase [Rhodovulum sulfidophilum]Ą€0€Š€0€Ą€ WP_202252188Ŗ€ĸ€0€0€ €8hypothetical protein GQ600_12802 [Phytophthora cactorum]Ą€0€¤€0€Ą€ KAF1788175Ŗ€ĸ€0€0€ €wMFS transporter [Vibrio coralliirubri] >CDT83680.1 Permease of the major facilitator superfamily [Vibrio coralliirubri]Ą€0€Š€0€Ą€ WP_048611692Ŗ€ĸ€0€0€ €˜HAMP domain-containing sensor histidine kinase [Streptomyces spectabilis] >QDQ13725.1 HAMP domain-containing histidine kinase [Streptomyces spectabilis]Ą€0€Š€0€Ą€ WP_144320971Ŗ€ĸ€0€0€ €Ipolysaccharide biosynthesis tyrosine autokinase [Acinetobacter seifertii]Ą€0€Š€0€Ą€ WP_049066482Ŗ€ĸ€0€0€ €;hypothetical protein BB8028_0005g00250 [Beauveria bassiana]Ą€0€¤€0€Ą€PQK14494Ŗ€ĸ€0€0€ €ƒhypothetical protein PHYSODRAFT_249856 [Phytophthora sojae] >EGZ09239.1 hypothetical protein PHYSODRAFT_249856 [Phytophthora sojae]Ą€0€Š€0€Ą€ XP_009535872Ŗ€ĸ€0€0€ €ADUF2974 domain-containing protein [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MBR3005965Ŗ€ĸ€0€0€ €DMerR family DNA-binding transcriptional regulator [Sphingomonas sp.]Ą€0€¤€0€Ą€RZM24348Ŗ€ĸ€0€0€ €Öhypothetical protein CC1G_03053 [Coprinopsis cinerea okayama7#130] >EAU80877.2 hypothetical protein CC1G_03053 [Coprinopsis cinerea okayama7#130] >KAG2010436.1 endoglucanase II [Coprinopsis cinerea AmutBmut pab1-1]Ą€0€Š€0€Ą€ XP_001840824Ŗ€ĸ€0€0€ €•quinoprotein ethanol dehydrogenase [Pseudomonas aeruginosa] >PBL05532.1 PQQ-dependent dehydrogenase, methanol/ethanol family [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_096067320Ŗ€ĸ€0€0€ €‚éMULTISPECIES: CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas] >MBQ1479867.1 CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas sp.] >EGI55992.1 cation diffusion facilitator transporter family protein [Sphingomonas sp. S17] >MCM3679233.1 CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas paucimobilis] >NNG58006.1 CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas paucimobilis] >QBE91065.1 cation transporter [Sphingomonas paucimobilis]Ą€0€Š€0€Ą€ WP_007404414Ŗ€ĸ€0€0€ €'virulence protein [Salmonella enterica]Ą€0€¤€0€Ą€ ECP3866152Ŗ€ĸ€0€0€ €Emethylcrotonyl-CoA carboxylase subunit alpha [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG6814041Ŗ€ĸ€0€0€ €‰zinc-dependent metalloprotease [Ornithinimicrobium sediminis] >MCE0485806.1 zinc-dependent metalloprotease [Ornithinimicrobium sediminis]Ą€0€Š€0€Ą€ WP_232745899Ŗ€ĸ€0€0€ €˛DNA topoisomerase III [Bacillus glycinifermentans] >MBU8788199.1 DNA topoisomerase III [Bacillus glycinifermentans] >NUJ18372.1 DNA topoisomerase III [Bacillus glycinifermentans]Ą€0€Š€0€Ą€ WP_175076961Ŗ€ĸ€0€0€ €Čserine hydrolase domain-containing protein [Siminovitchia terrae] >RST61371.1 class A beta-lactamase-related serine hydrolase [Siminovitchia terrae] >GIN96437.1 serine hydrolase [Siminovitchia terrae]Ą€0€Š€0€Ą€ WP_120115041Ŗ€ĸ€0€0€ €/HupE/UreJ family protein [Polaromonas sp. P1-6]Ą€0€¤€0€Ą€UUZ63036Ŗ€ĸ€0€0€ €@XRE family transcriptional regulator [Pectobacterium sp. 13-115]Ą€0€Š€0€Ą€ WP_268579666Ŗ€ĸ€0€0€ €:putative transcription factor MYB39-like [Capsicum annuum]Ą€0€¤€0€Ą€ KAF3628212Ŗ€ĸ€0€0€ €Jcilia- and flagella-associated protein 43-like [Temnothorax curvispinosus]Ą€0€Š€0€Ą€ XP_024888572Ŗ€ĸ€0€0€ €@DNA mismatch repair protein MutS [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBL8638832Ŗ€ĸ€0€0€ €4MoaD/ThiS family protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBS0261058Ŗ€ĸ€0€0€ €oSURF1 family protein [Mycolicibacterium neoaurum] >QVI30127.1 SURF1 family protein [Mycolicibacterium neoaurum]Ą€0€Š€0€Ą€ WP_213449477Ŗ€ĸ€0€0€ €)MFS transporter [Pseudonocardia parietis]Ą€0€Š€0€Ą€ WP_245350945Ŗ€ĸ€0€0€ €Lphosphatidylinositol 3-kinase catalytic subunit type 3 [Nematolebias whitei]Ą€0€Š€0€Ą€ XP_037539096Ŗ€ĸ€0€0€ €GNAT family N-acetyltransferase [Mesobacillus foraminis] >MBT2755305.1 GNAT family N-acetyltransferase [Mesobacillus foraminis]Ą€0€Š€0€Ą€ WP_214893447Ŗ€ĸ€0€0€ €Bhypothetical protein MATL_G00189260, partial [Megalops atlanticus]Ą€0€¤€0€Ą€ KAG7462864Ŗ€ĸ€0€0€ €?YggT family protein [Legionella pneumophila subsp. pneumophila]Ą€0€¯€0€Ą€ HAT9095998Ŗ€ĸ€0€0€ €Ehypothetical protein BCR35DRAFT_314470 [Leucosporidium creatinivorum]Ą€0€¤€0€Ą€ORY76548Ŗ€ĸ€0€0€ €*hypothetical protein [Citrobacter braakii]Ą€0€¯€0€Ą€ HCB1767023Ŗ€ĸ€0€0€ €ÅDUF4366 domain-containing protein [Dorea formicigenerans] >RHC08897.1 DUF4366 domain-containing protein [Dorea formicigenerans] >RHC20490.1 DUF4366 domain-containing protein [Dorea formicigenerans]Ą€0€Š€0€Ą€ WP_118359022Ŗ€ĸ€0€0€ €,LPS-assembly protein LptD [Mesonia sp. K4-1]Ą€0€¤€0€Ą€TXK73489Ŗ€ĸ€0€0€ €(kelch-like protein 25 [Drosophila hydei]Ą€0€Š€0€Ą€ XP_030079323Ŗ€ĸ€0€0€ €Chypothetical protein CGJ32_16080, partial [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€TOE90752Ŗ€ĸ€0€0€ €CUvrD-helicase domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCI8895019Ŗ€ĸ€0€0€ €:Fis family transcriptional regulator [Helicobacter pylori]Ą€0€Ŧ€0€Ą€GHP52484Ŗ€ĸ€0€0€ €mUDP-GlcNAc:betaGal beta-1,3-N-acetylglucosaminyltransferase-like protein 1 isoform X4 [Pantherophis guttatus]Ą€0€Š€0€Ą€ XP_034264344Ŗ€ĸ€0€0€ €‚›MULTISPECIES: hypothetical protein [Staphylococcus] >EEK11584.1 hypothetical protein STAHO0001_1973 [Staphylococcus hominis SK119] >EFS18367.1 putative membrane protein [Staphylococcus hominis subsp. hominis C80] >EHR89311.1 hypothetical protein SEVCU122_2202 [Staphylococcus hominis VCU122] >MCC3738154.1 hypothetical protein [Staphylococcus hominis] >MCI2839773.1 hypothetical protein [Staphylococcus hominis]Ą€0€Š€0€Ą€ WP_002449605Ŗ€ĸ€0€0€ €Fhypothetical protein C3L33_23023, partial [Rhododendron williamsianum]Ą€0€¤€0€Ą€ KAE9445077Ŗ€ĸ€0€0€ €8helix-turn-helix domain-containing protein [Devosia sp.]Ą€0€¤€0€Ą€ MBE0577924Ŗ€ĸ€0€0€ €8N-acetylmuramoyl-L-alanine amidase [Salmonella enterica]Ą€0€¤€0€Ą€ EIT2901672Ŗ€ĸ€0€0€ €§hypothetical protein [Aeromonas caviae] >RWS98148.1 hypothetical protein DN618_13935 [Aeromonas caviae] >RWT07305.1 hypothetical protein DN600_07225 [Aeromonas caviae]Ą€0€Š€0€Ą€ WP_128272295Ŗ€ĸ€0€0€ €7uncharacterized protein LOC123211008 [Mangifera indica]Ą€0€Š€0€Ą€ XP_044485440Ŗ€ĸ€0€0€ €=oligosaccharide flippase family protein [Roseivirga pacifica]Ą€0€Š€0€Ą€ WP_268123036Ŗ€ĸ€0€0€ €›twin-arginine translocation signal domain-containing protein [Collinsella sp. AM17-1] >RHH72665.1 hypothetical protein DW195_03655 [Collinsella sp. AM17-1]Ą€0€Š€0€Ą€ WP_118205888Ŗ€ĸ€0€0€ €vMULTISPECIES: S8 family peptidase [Terrisporobacter] >MCR1823181.1 S8 family serine peptidase [Terrisporobacter muris]Ą€0€Š€0€Ą€ WP_052232835Ŗ€ĸ€0€0€ €`hypothetical protein A3F35_03295 [Candidatus Woykebacteria bacterium RIFCSPHIGHO2_12_FULL_45_10]Ą€0€¤€0€Ą€OGY30120Ŗ€ĸ€0€0€ €>flavanone 3-hydroxylase, partial [Raphanus sativus var. niger]Ą€0€¤€0€Ą€AGO18338Ŗ€ĸ€0€0€ €1AAA family ATPase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBQ2017527Ŗ€ĸ€0€0€ €9phage tail tape measure protein [Cronobacter dublinensis]Ą€0€Š€0€Ą€ WP_282985289Ŗ€ĸ€0€0€ €Ũglutamate 5-kinase [Pseudomonas gingeri] >NWC16952.1 glutamate 5-kinase [Pseudomonas gingeri] >NWE45737.1 glutamate 5-kinase [Pseudomonas gingeri] >PNQ91664.1 glutamate 5-kinase [Pseudomonas gingeri NCPPB 3146 = LMG 5327]Ą€0€Š€0€Ą€ WP_017123457Ŗ€ĸ€0€0€ €™MULTISPECIES: histidine phosphatase family protein [unclassified Streptomyces] >QZZ31262.1 histidine phosphatase family protein [Streptomyces sp. ST1015]Ą€0€Š€0€Ą€ WP_112473496Ŗ€ĸ€0€0€ €äbiotin synthase BioB [Gluconobacter sp. R71656] >MBF0866792.1 biotin synthase BioB [Gluconobacter sp. R75628] >MBF0873332.1 biotin synthase BioB [Gluconobacter sp. R75629] >MBF0882467.1 biotin synthase BioB [Gluconobacter potus]Ą€0€¤€0€Ą€ MBF0865514Ŗ€ĸ€0€0€ €Khypothetical protein E2562_008807, partial [Oryza meyeriana var. granulata]Ą€0€¤€0€Ą€ KAF0905729Ŗ€ĸ€0€0€ €XScr1 family TA system antitoxin-like transcriptional regulator [Nocardiopsis sp. LSu2-4]Ą€0€Š€0€Ą€ WP_270677687Ŗ€ĸ€0€0€ €WNa(+)-translocating NADH-quinone reductase subunit A, partial [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_031822363Ŗ€ĸ€0€0€ €‹DUF5677 domain-containing protein [Sphingobium chlorophenolicum] >KEQ53391.1 hypothetical protein BV95_02399 [Sphingobium chlorophenolicum]Ą€0€Š€0€Ą€ WP_037451816Ŗ€ĸ€0€0€ €shypothetical protein ETH_00019625 [Eimeria tenella] >CDJ40489.1 hypothetical protein ETH_00019625 [Eimeria tenella]Ą€0€Š€0€Ą€ XP_013231239Ŗ€ĸ€0€0€ €5hypothetical protein FD755_004664 [Muntiacus reevesi]Ą€0€¤€0€Ą€ KAB0382747Ŗ€ĸ€0€0€ €dD-ala-D-ala-carboxypeptidase; penicillin-binding protein 5 (precursor) [Acinetobacter baumannii SDF]Ą€0€Ĩ€0€Ą€CAP00477Ŗ€ĸ€0€0€ €‚Ętwo-component regulator propeller domain-containing protein [Prevotella copri] >MCP9551290.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9572002.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9574920.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9578035.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9581076.1 helix-turn-helix domain-containing protein [Prevotella copri]Ą€0€Š€0€Ą€ WP_254972748Ŗ€ĸ€0€0€ €ohypothetical protein [Aeromicrobium fastidiosum] >MCL8250891.1 hypothetical protein [Aeromicrobium fastidiosum]Ą€0€Š€0€Ą€ WP_250182896Ŗ€ĸ€0€0€ €‚/oxidoreductase [Klebsiella pneumoniae] >MBZ1937311.1 oxidoreductase [Klebsiella pneumoniae] >MCC7840589.1 oxidoreductase [Klebsiella pneumoniae] >MCQ8395228.1 oxidoreductase [Klebsiella pneumoniae] >HBQ0797432.1 oxidoreductase [Klebsiella pneumoniae] >HBQ1275949.1 oxidoreductase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_223413240Ŗ€ĸ€0€0€ €.C10 family peptidase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCK9338853Ŗ€ĸ€0€0€ €MCB9349367.1 bifunctional demethylmenaquinone methyltransferase/2-methoxy-6-polyprenyl-1,4-benzoquinol methylase UbiE [Lewinellaceae bacterium]Ą€0€¤€0€Ą€ MCB0558738Ŗ€ĸ€0€0€ €4S8 family serine peptidase [Actinoplanes bogorensis]Ą€0€Š€0€Ą€ WP_246612751Ŗ€ĸ€0€0€ €2ras-related protein Rab-2A [Hyposmocoma kahamanoa]Ą€0€Š€0€Ą€ XP_026320625Ŗ€ĸ€0€0€ €BMAG: hypothetical protein DBX93_03030 [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€PWM57416Ŗ€ĸ€0€0€ €LATP-binding cassette domain-containing protein [Paenibacillus barcinonensis]Ą€0€¤€0€Ą€ MBU5353226Ŗ€ĸ€0€0€ €1aspartate--tRNA ligase [Hydrogenovibrio sp. SC-1]Ą€0€¤€0€Ą€PLA74748Ŗ€ĸ€0€0€ €ƒchemotaxis protein CheW, partial [Acidovorax avenae] >AVS83300.1 chemotaxis protein CheW, partial [Acidovorax avenae subsp. avenae]Ą€0€Š€0€Ą€ WP_208910104Ŗ€ĸ€0€0€ €‡WD40-repeat-containing domain protein [Kockovaella imperatae] >ORX40835.1 WD40-repeat-containing domain protein [Kockovaella imperatae]Ą€0€Š€0€Ą€ XP_021874514Ŗ€ĸ€0€0€ €@hypothetical protein T492DRAFT_1087907 [Pavlovales sp. CCMP2436]Ą€0€¤€0€Ą€ KAJ1619151Ŗ€ĸ€0€0€ €Oseptal ring lytic transglycosylase RlpA family protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCB9544502Ŗ€ĸ€0€0€ €4hypothetical protein AE42_03239 [Enterobacter kobei]Ą€0€¤€0€Ą€KDF42894Ŗ€ĸ€0€0€ €oferredoxin family protein [Streptomyces sp. RP5T] >RRR87096.1 ferredoxin family protein [Streptomyces sp. RP5T]Ą€0€Š€0€Ą€ WP_125188824Ŗ€ĸ€0€0€ €+response regulator [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MCL5028570Ŗ€ĸ€0€0€ €7argininosuccinate synthase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6835980Ŗ€ĸ€0€0€ €4methylmalonyl-CoA mutase [Phycisphaerales bacterium]Ą€0€¤€0€Ą€QQS09360Ŗ€ĸ€0€0€ €“thiamine pyrophosphate-binding protein [Rhizobium sp. WYCCWR 11128] >NYT34839.1 thiamine pyrophosphate-binding protein [Rhizobium sp. WYCCWR 11128]Ą€0€Š€0€Ą€ WP_180196654Ŗ€ĸ€0€0€ €&ATP-binding protein [Arenimonas caeni]Ą€0€Š€0€Ą€ WP_162782234Ŗ€ĸ€0€0€ €Chypothetical protein Celaphus_00001092 [Cervus elaphus hippelaphus]Ą€0€¤€0€Ą€OWK14769Ŗ€ĸ€0€0€ €cytochrome c oxidase subunit I, partial [Macroplea appendiculata] >AWS34159.1 cytochrome c oxidase subunit I, partial [Macroplea appendiculata]Ą€0€¤€0€Ą€AWS34156Ŗ€ĸ€0€0€ €‡tetratricopeptide repeat protein [Granulicella tundricola] >ADW71064.1 TPR repeat-containing protein [Granulicella tundricola MP5ACTX9]Ą€0€Š€0€Ą€ WP_013572974Ŗ€ĸ€0€0€ €‚hypothetical protein [Pseudobutyrivibrio ruminis] >SEK85257.1 hypothetical protein SAMN02910377_02016 [Pseudobutyrivibrio ruminis]Ą€0€Š€0€Ą€ WP_074791539Ŗ€ĸ€0€0€ €-dUTP diphosphatase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MCQ2059483Ŗ€ĸ€0€0€ €sNAD(P)-dependent oxidoreductase [Pseudovibrio sp. W64] >KZK91817.1 Glucose 1-dehydrogenase 4 [Pseudovibrio sp. W64]Ą€0€Š€0€Ą€ WP_063302373Ŗ€ĸ€0€0€ €:PepSY domain-containing protein [Armatimonadota bacterium]Ą€0€¤€0€Ą€ MBA3725210Ŗ€ĸ€0€0€ €‚6hypothetical protein A2770_02860 [Candidatus Levybacteria bacterium RIFCSPHIGHO2_01_FULL_38_12] >OGH22758.1 hypothetical protein A3F31_00565 [Candidatus Levybacteria bacterium RIFCSPHIGHO2_12_FULL_38_12] >OGH45011.1 hypothetical protein A3J14_04000 [Candidatus Levybacteria bacterium RIFCSPLOWO2_02_FULL_37_18]Ą€0€¤€0€Ą€OGH18708Ŗ€ĸ€0€0€ €:hypothetical protein CLU79DRAFT_701956 [Phycomyces nitens]Ą€0€¤€0€Ą€ KAI9022896Ŗ€ĸ€0€0€ €|hypothetical protein [Streptomyces triculaminicus] >QSY52749.1 hypothetical protein J3S04_31380 [Streptomyces griseocarneus]Ą€0€¤€0€Ą€ MBO0657491Ŗ€ĸ€0€0€ €‚SH3 and cysteine-rich domain-containing protein 3 isoform X1 [Octodon degus] >XP_023563091.1 SH3 and cysteine-rich domain-containing protein 3 isoform X1 [Octodon degus] >XP_023563092.1 SH3 and cysteine-rich domain-containing protein 3 isoform X1 [Octodon degus]Ą€0€Š€0€Ą€ XP_004647050Ŗ€ĸ€0€0€ €'hypothetical protein [Trifolium medium]Ą€0€¤€0€Ą€MCI93591Ŗ€ĸ€0€0€ €esubtilisin-like protein [Daldinia loculata] >KAI1641636.1 subtilisin-like protein [Daldinia loculata]Ą€0€Š€0€Ą€ XP_049153370Ŗ€ĸ€0€0€ €7fibronectin-binding protein EfbA [Enterococcus faecium]Ą€0€¯€0€Ą€ HBL3458524Ŗ€ĸ€0€0€ €,ribonuclease III [Novosphingobium sp. ERN07]Ą€0€¤€0€Ą€NLR72952Ŗ€ĸ€0€0€ €@hypothetical protein DRH15_13335 [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€RLB75920Ŗ€ĸ€0€0€ €FGfo/Idh/MocA family oxidoreductase [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€ MCH8293010Ŗ€ĸ€0€0€ €@acyl-CoA carboxylase subunit epsilon [Blastococcus sp. TF02A_35]Ą€0€¤€0€Ą€TFV53637Ŗ€ĸ€0€0€ €QYI90368.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QYV64658.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QYW18922.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QZD25172.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QXR94354Ŗ€ĸ€0€0€ €RusA family crossover junction endodeoxyribonuclease [Escherichia coli] >HAL9386392.1 RusA family crossover junction endodeoxyribonuclease [Escherichia coli]Ą€0€¤€0€Ą€ EFG8800866Ŗ€ĸ€0€0€ €§MULTISPECIES: D-alanyl-D-alanine-carboxypeptidase/endopeptidase AmpH [Pantoea] >UIL53463.1 D-alanyl-D-alanine-carboxypeptidase/endopeptidase AmpH [Pantoea agglomerans]Ą€0€Š€0€Ą€ WP_233987432Ŗ€ĸ€0€0€ €MCS8616509.1 OPT family oligopeptide transporter [Latilactobacillus curvatus]Ą€0€Š€0€Ą€ WP_259770126Ŗ€ĸ€0€0€ €9uncharacterized protein LOC125869978 [Solanum stenotomum]Ą€0€Š€0€Ą€ XP_049406314Ŗ€ĸ€0€0€ €vL,D-transpeptidase [Azospirillum brasilense] >MBK3734522.1 L,D-transpeptidase family protein [Azospirillum brasilense]Ą€0€Š€0€Ą€ WP_200478262Ŗ€ĸ€0€0€ €?DUF1127 domain-containing protein [Pseudogemmobacter bohemicus]Ą€0€Š€0€Ą€ WP_112308968Ŗ€ĸ€0€0€ €Jcarboxymuconolactone decarboxylase family protein [Deinococcus misasensis]Ą€0€Š€0€Ą€ WP_051963813Ŗ€ĸ€0€0€ €@C4-dicarboxylate ABC transporter [Alphaproteobacteria bacterium]Ą€0€Ŧ€0€Ą€GIR09622Ŗ€ĸ€0€0€ €0hypothetical protein [Amycolatopsis aidingensis]Ą€0€Š€0€Ą€ WP_216207121Ŗ€ĸ€0€0€ €‚ putative signal peptide peptidase SppA [bacterium BMS3Abin07] >GBE33234.1 putative signal peptide peptidase SppA [bacterium BMS3Bbin05] >HDO21687.1 signal peptide peptidase SppA [Nitrospirota bacterium] >HDZ88777.1 signal peptide peptidase SppA [Nitrospirota bacterium]Ą€0€Ŧ€0€Ą€GBD99233Ŗ€ĸ€0€0€ €$transposase [Rhizobiaceae bacterium]Ą€0€¤€0€Ą€ MBA3038663Ŗ€ĸ€0€0€ €;DNA polymerase III subunit gamma/tau [Bartonella koehlerae]Ą€0€Š€0€Ą€ WP_280949002Ŗ€ĸ€0€0€ €–PREDICTED: auxin-responsive protein IAA18-like isoform X2 [Nelumbo nucifera] >DAD48877.1 TPA_asm: hypothetical protein HUJ06_018814 [Nelumbo nucifera]Ą€0€Š€0€Ą€ XP_010267139Ŗ€ĸ€0€0€ €Lserine/threonine-protein kinase MARK2-like isoform X3 [Oncorhynchus kisutch]Ą€0€Š€0€Ą€ XP_020321477Ŗ€ĸ€0€0€ €sABC transporter permease [Clostridiales bacterium] >MBR4818914.1 ABC transporter permease [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBO4748034Ŗ€ĸ€0€0€ €’TetR/AcrR family transcriptional regulator [Notoacmeibacter sp.] >MCC0033490.1 TetR/AcrR family transcriptional regulator [Brucellaceae bacterium]Ą€0€¤€0€Ą€ MCB1383119Ŗ€ĸ€0€0€ €"thioredoxin TrxC [Halioglobus sp.]Ą€0€¤€0€Ą€ MCB1703688Ŗ€ĸ€0€0€ €‚áMULTISPECIES: AbrB/MazE/SpoVT family DNA-binding domain-containing protein [Novosphingobium] >KHK90372.1 AbrB family transcriptional regulator [Novosphingobium malaysiense] >CDO36472.1 Transcriptional regulator, AbrB family [Novosphingobium sp. KN65.2] >BBA74052.1 AbrB family transcriptional regulator [Novosphingobium sp. PY1] >GFM31289.1 AbrB family transcriptional regulator [Novosphingobium sp. PY1] >GGN59146.1 hypothetical protein GCM10011349_39350 [Novosphingobium indicum]Ą€0€Š€0€Ą€ WP_039286629Ŗ€ĸ€0€0€ €cunnamed protein product [Adineta steineri] >CAF3689532.1 unnamed protein product [Adineta steineri]Ą€0€Ĩ€0€Ą€ CAF1139697Ŗ€ĸ€0€0€ €=hypothetical protein RMATCC62417_17406 [Rhizopus microsporus]Ą€0€Ĩ€0€Ą€CEG83499Ŗ€ĸ€0€0€ €mhypothetical protein [Bacillus atrophaeus] >PSA89313.1 hypothetical protein C6370_20315 [Bacillus atrophaeus]Ą€0€Š€0€Ą€ WP_106361175Ŗ€ĸ€0€0€ €‚$steroid 3-ketoacyl-CoA thiolase [Mycolicibacterium parafortuitum] >ORB31912.1 acetyl-CoA acetyltransferase [Mycolicibacterium parafortuitum] >SRX78501.1 putative acetyl-CoA acetyltransferase FadA5 (acetoacetyl-CoA thiolase) [Mycobacterium tuberculosis H37Rv] [Mycolicibacterium parafortuitum]Ą€0€Š€0€Ą€ WP_083141943Ŗ€ĸ€0€0€ €āankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] >WBA81967.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] >WBA84916.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1]Ą€0€Š€0€Ą€ WP_269672356Ŗ€ĸ€0€0€ €Hhypothetical protein DRQ25_04545 [Candidatus Fermentibacteria bacterium]Ą€0€¤€0€Ą€RKZ09955Ŗ€ĸ€0€0€ €FATP-binding cassette domain-containing protein [Clostridium botulinum]Ą€0€¤€0€Ą€NFD84694Ŗ€ĸ€0€0€ €Ctranscription antitermination factor NusB [Novosphingobium sp. B-7]Ą€0€Š€0€Ą€ WP_022677205Ŗ€ĸ€0€0€ €2glutamyl-tRNA reductase [Colwellia sp. PAMC 21821]Ą€0€¤€0€Ą€ARD43281Ŗ€ĸ€0€0€ €‹LysR family transcriptional regulator [Pseudomonas moraviensis] >TDK50943.1 LysR family transcriptional regulator [Pseudomonas moraviensis]Ą€0€Š€0€Ą€ WP_133340757Ŗ€ĸ€0€0€ €Pactivating transcription factor 7-interacting protein 1 isoform X3 [Lutra lutra]Ą€0€Š€0€Ą€ XP_047599047Ŗ€ĸ€0€0€ €‚ĪMULTISPECIES: TIGR01457 family HAD-type hydrolase [Bacillus] >AHL72733.1 HAD family hydrolase [Bacillus pumilus] >KML02341.1 HAD family hydrolase [Bacillus stratosphericus] >MBA8917126.1 4-nitrophenyl phosphatase [Bacillus aerius] >MBR0579404.1 TIGR01457 family HAD-type hydrolase [Bacillus altitudinis A23-8] >MBR3206298.1 TIGR01457 family HAD-type hydrolase [Bacillus sp. (in: firmicutes)] >MBX7001223.1 TIGR01457 family HAD-type hydrolase [Bacillus aerophilus]Ą€0€Š€0€Ą€ WP_008346835Ŗ€ĸ€0€0€ €Šhypothetical protein A2285_02465 [Elusimicrobia bacterium RIFOXYA12_FULL_57_11] >OGS13811.1 hypothetical protein A2234_05745 [Elusimicrobia bacterium RIFOXYA2_FULL_58_8]Ą€0€¤€0€Ą€OGS12612Ŗ€ĸ€0€0€ €‚UMULTISPECIES: CHASE domain-containing protein [Stutzerimonas stutzeri group] >KZX63075.1 hybrid sensor histidine kinase/response regulator [Stutzerimonas frequens] >MBA4724863.1 CHASE domain-containing protein [Pseudomonas sp.] >MBK3919302.1 response regulator [Stutzerimonas stutzeri] >NCT79818.1 response regulator [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_063540919Ŗ€ĸ€0€0€ €uzinc-dependent metalloprotease [Bacillus atrophaeus] >WFE13581.1 zinc-dependent metalloprotease [Bacillus atrophaeus]Ą€0€Š€0€Ą€ WP_063637985Ŗ€ĸ€0€0€ €Lhypothetical protein ECP03052936_4304, partial [Escherichia coli p0305293.6]Ą€0€¤€0€Ą€ENH52105Ŗ€ĸ€0€0€ €;cobalamin biosynthesis protein CobW [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBX1528262Ŗ€ĸ€0€0€ €=hypothetical protein BVU76_17395 [Mycolicibacterium porcinum]Ą€0€¤€0€Ą€OLP01091Ŗ€ĸ€0€0€ €?DUF4442 domain-containing protein [Cyclobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBL7855430Ŗ€ĸ€0€0€ €(dehydrogenase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR0046728Ŗ€ĸ€0€0€ €4ABC transporter permease [Nesterenkonia ebinurensis]Ą€0€Š€0€Ą€ WP_150461480Ŗ€ĸ€0€0€ €*ribosome recycling factor [Prevotella sp.]Ą€0€¤€0€Ą€ MBQ8989682Ŗ€ĸ€0€0€ €?reverse transcriptase, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ACV16867Ŗ€ĸ€0€0€ €wYciI family protein [Kribbella sp. VKM Ac-2573] >TDW70944.1 hypothetical protein EV653_5012 [Kribbella sp. VKM Ac-2573]Ą€0€Š€0€Ą€ WP_134106059Ŗ€ĸ€0€0€ €FPREDICTED: histone-lysine N-methyltransferase SETMAR [Calidris pugnax]Ą€0€Š€0€Ą€ XP_014802175Ŗ€ĸ€0€0€ €lenterobactin transporter EntS [Citrobacter youngae] >EFE08371.1 protein p43 [Citrobacter youngae ATCC 29220]Ą€0€Š€0€Ą€ WP_006685582Ŗ€ĸ€0€0€ €+ATP-binding protein [Mucilaginibacter humi]Ą€0€Š€0€Ą€ WP_217452155Ŗ€ĸ€0€0€ €5GNAT family N-acetyltransferase [Bacillota bacterium]Ą€0€¤€0€Ą€NLU55538Ŗ€ĸ€0€0€ €9cytochrome c oxidase subunit I, partial [Polyrhachis sp.]Ą€0€¤€0€Ą€UZF38514Ŗ€ĸ€0€0€ €5phosphatase PAP2 family protein [Halomonas titanicae]Ą€0€¤€0€Ą€TVU87390Ŗ€ĸ€0€0€ €ãhypothetical protein L202_03537 [Cryptococcus amylolentus CBS 6039] >ODN79590.1 hypothetical protein L202_03537 [Cryptococcus amylolentus CBS 6039] >ODO07916.1 hypothetical protein I350_03497 [Cryptococcus amylolentus CBS 6273]Ą€0€Š€0€Ą€ XP_018994437Ŗ€ĸ€0€0€ €ŠNTP transferase domain-containing protein [candidate division NC10 bacterium] >MBI2164039.1 NTP transferase domain-containing protein [candidate division NC10 bacterium]Ą€0€¤€0€Ą€ MBI2114665Ŗ€ĸ€0€0€ €D30S ribosomal protein S12, partial [Spartobacteria bacterium AMD-G4]Ą€0€¤€0€Ą€PAZ00503Ŗ€ĸ€0€0€ €>hypothetical protein SAMN05421858_4649 [Haladaptatus litoreus]Ą€0€Ĩ€0€Ą€SIR93298Ŗ€ĸ€0€0€ €MCK2022683.1 hypothetical protein [Microbacterium sp. kSW2-24]Ą€0€Š€0€Ą€ WP_247623347Ŗ€ĸ€0€0€ €)dihydroorotase [Pseudomonadota bacterium]Ą€0€¤€0€Ą€TDJ69718Ŗ€ĸ€0€0€ €5MFS transporter [Candidatus Nomurabacteria bacterium]Ą€0€¤€0€Ą€ MCB9820569Ŗ€ĸ€0€0€ €†anti-sigma-D factor RsdA [Pseudonocardia kunmingensis] >TQM15355.1 anti-sigma-D factor RsdA-like protein [Pseudonocardia kunmingensis]Ą€0€Š€0€Ą€ WP_142051038Ŗ€ĸ€0€0€ €:tubulin--tyrosine ligase, partial [Coemansia sp. RSA 1797]Ą€0€¤€0€Ą€ KAJ2593889Ŗ€ĸ€0€0€ €IclR family transcriptional regulator [Paraburkholderia edwinii] >QYD68804.1 IclR family transcriptional regulator [Paraburkholderia edwinii]Ą€0€Š€0€Ą€ WP_219798185Ŗ€ĸ€0€0€ €“hypothetical protein Pmar_PMAR009495 [Perkinsus marinus ATCC 50983] >EER09195.1 hypothetical protein Pmar_PMAR009495 [Perkinsus marinus ATCC 50983]Ą€0€Š€0€Ą€ XP_002777379Ŗ€ĸ€0€0€ €0modulator protein [Erythrobacteraceae bacterium]Ą€0€¤€0€Ą€MAG40972Ŗ€ĸ€0€0€ €ļgliding motility-associated ABC transporter ATP-binding subunit GldA [Reichenbachiella faecimaris] >SMD32347.1 protein involved in gliding motility GldA [Reichenbachiella faecimaris]Ą€0€Š€0€Ą€ WP_084371009Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MCA1836835Ŗ€ĸ€0€0€ €:septum formation inhibitor Maf [Actinomycetales bacterium]Ą€0€¤€0€Ą€TSA47082Ŗ€ĸ€0€0€ €qATP-binding protein [Cohnella xylanilytica] >GIO14389.1 hypothetical protein J19TS2_39440 [Cohnella xylanilytica]Ą€0€Š€0€Ą€ WP_212961195Ŗ€ĸ€0€0€ €’Ni/Fe-hydrogenase, b-type cytochrome subunit [Rhodocyclus tenuis] >MBB4248529.1 Ni/Fe-hydrogenase 1 B-type cytochrome subunit [Rhodocyclus tenuis]Ą€0€Š€0€Ą€ WP_228273696Ŗ€ĸ€0€0€ €+GIY-YIG nuclease family protein [bacterium]Ą€0€¤€0€Ą€ MBU2510560Ŗ€ĸ€0€0€ €Hhypothetical protein [Salmonella enterica subsp. enterica serovar Omuna]Ą€0€¤€0€Ą€ ECA8969615Ŗ€ĸ€0€0€ €$decapping [Thalictrum thalictroides]Ą€0€¤€0€Ą€ KAF5192947Ŗ€ĸ€0€0€ €KMAG: hypothetical protein EOO01_45055, partial [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€RYG22587Ŗ€ĸ€0€0€ €0alpha/beta hydrolase [Actinomycetales bacterium]Ą€0€¤€0€Ą€RYY39456Ŗ€ĸ€0€0€ €Ahypothetical protein F5877DRAFT_37220, partial [Lentinula edodes]Ą€0€¤€0€Ą€ KAJ3920833Ŗ€ĸ€0€0€ €}hypothetical protein [Escherichia coli] >HCO7661365.1 RusA family crossover junction endodeoxyribonuclease [Escherichia coli]Ą€0€¤€0€Ą€ EFO3858608Ŗ€ĸ€0€0€ €yhypothetical protein [Acinetobacter baumannii] >KCY17619.1 hypothetical protein J596_2725 [Acinetobacter baumannii 21072]Ą€0€Š€0€Ą€ WP_032037025Ŗ€ĸ€0€0€ €,invasion protein CiaB [Campylobacter jejuni]Ą€0€¤€0€Ą€ EJC8518717Ŗ€ĸ€0€0€ €„PQ-loop repeat-containing protein [Nocardioides sp. Root190] >KRB80062.1 hypothetical protein ASE01_00720 [Nocardioides sp. Root190]Ą€0€Š€0€Ą€ WP_056747799Ŗ€ĸ€0€0€ €9HAMP domain-containing histidine kinase [Bacteroides sp.]Ą€0€¤€0€Ą€ MBP9767803Ŗ€ĸ€0€0€ €?3-isopropylmalate dehydratase large subunit [Desulfovibrio sp.]Ą€0€¤€0€Ą€ MBR2609817Ŗ€ĸ€0€0€ €8VasL domain-containing protein [Cronobacter dublinensis]Ą€0€Š€0€Ą€ WP_105738432Ŗ€ĸ€0€0€ €/hypothetical protein [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBR1803321Ŗ€ĸ€0€0€ €:ATP-dependent DNA helicase [Bacteroidetes bacterium OLB11]Ą€0€¤€0€Ą€KXK41164Ŗ€ĸ€0€0€ €nucleotide exchange factor GrpE [Actinomycetia bacterium] >MSX87014.1 nucleotide exchange factor GrpE [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSV89973Ŗ€ĸ€0€0€ €‚MULTISPECIES: EscU/YscU/HrcU family type III secretion system export apparatus switch protein [unclassified Bradyrhizobium] >MBR1233737.1 EscU/YscU/HrcU family type III secretion system export apparatus switch protein [Bradyrhizobium sp. AUGA SZCCT0182] >MBR1286482.1 EscU/YscU/HrcU family type III secretion system export apparatus switch protein [Bradyrhizobium sp. AUGA SZCCT0177]Ą€0€Š€0€Ą€ WP_212269268Ŗ€ĸ€0€0€ €)VUT family protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ8356560Ŗ€ĸ€0€0€ €=hypothetical protein FOZ63_025349, partial [Perkinsus olseni]Ą€0€¤€0€Ą€ KAF4755575Ŗ€ĸ€0€0€ €‚ÆCrp/Fnr family transcriptional regulator [Tritonibacter mobilis] >MBW3241558.1 Crp/Fnr family transcriptional regulator [Epibacterium sp. DP7N7-1] >NKX38680.1 Crp/Fnr family transcriptional regulator [Rhodobacteraceae bacterium R_SAG5] >NKX73016.1 Crp/Fnr family transcriptional regulator [Rhodobacteraceae bacterium R_SAG3] >ANP41536.1 transcriptional regulator [Tritonibacter mobilis F1926] >KJZ24880.1 transcriptional regulator [Tritonibacter mobilis]Ą€0€Š€0€Ą€ WP_039983362Ŗ€ĸ€0€0€ €0hypothetical protein [Anaerotruncus colihominis]Ą€0€¯€0€Ą€HJF55539Ŗ€ĸ€0€0€ €5Rne/Rng family ribonuclease [Polyangiaceae bacterium]Ą€0€¤€0€Ą€ MBN2192743Ŗ€ĸ€0€0€ €Ymultidrug DMT transporter permease [Salmonella enterica subsp. enterica serovar Infantis]Ą€0€¤€0€Ą€ EDF5922784Ŗ€ĸ€0€0€ €qhypothetical protein [Lysobacter alkalisoli] >QDH70756.1 hypothetical protein FKV23_12190 [Lysobacter alkalisoli]Ą€0€Š€0€Ą€ WP_141624088Ŗ€ĸ€0€0€ €wTonB-dependent receptor [Chloracidobacterium validum] >QUW03601.1 TonB-dependent receptor [Chloracidobacterium validum]Ą€0€Š€0€Ą€ WP_211429491Ŗ€ĸ€0€0€ €Kouter membrane protein assembly factor BamA [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCL4467776Ŗ€ĸ€0€0€ €/Xaa-Pro aminopeptidase [Pseudomonas sp. Leaf83]Ą€0€¤€0€Ą€KQO44758Ŗ€ĸ€0€0€ €=DUF1553 domain-containing protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€NRA95518Ŗ€ĸ€0€0€ €38-oxo-dGTP diphosphatase MutT [Acetobacter syzygii]Ą€0€Š€0€Ą€ WP_279184953Ŗ€ĸ€0€0€ €5ATP/GTP-binding protein [Saccharomonospora halophila]Ą€0€Š€0€Ą€ WP_019807556Ŗ€ĸ€0€0€ €,alpha/beta-hydrolase [Hypoxylon crocopeplum]Ą€0€¤€0€Ą€ KAI1377204Ŗ€ĸ€0€0€ €I3-methyl-2-oxobutanoate hydroxymethyltransferase [Campylobacter sp. P160]Ą€0€Š€0€Ą€ WP_086236254Ŗ€ĸ€0€0€ €kGxxExxY protein [Opitutaceae bacterium LMO-M01] >WED63245.1 GxxExxY protein [Opitutaceae bacterium LMO-M01]Ą€0€¤€0€Ą€ MCF3649178Ŗ€ĸ€0€0€ €9NHL repeat-containing protein 3-like [Ictalurus furcatus]Ą€0€Š€0€Ą€ XP_053501940Ŗ€ĸ€0€0€ €7asparagine synthase (glutamine-hydrolyzing) [Dorea sp.]Ą€0€¤€0€Ą€ MCI9379843Ŗ€ĸ€0€0€ €‚S9 family peptidase [Vibrio parahaemolyticus] >EIA1625655.1 S9 family peptidase [Vibrio parahaemolyticus] >EIV8635468.1 S9 family peptidase [Vibrio parahaemolyticus] >EIZ1448995.1 S9 family peptidase [Vibrio parahaemolyticus] >EJF4458976.1 S9 family peptidase [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EIA1623697Ŗ€ĸ€0€0€ €7unnamed protein product, partial [Rotaria sp. Silwood2]Ą€0€Ĩ€0€Ą€ CAF4687378Ŗ€ĸ€0€0€ €7unnamed protein product [Eruca vesicaria subsp. sativa]Ą€0€Ĩ€0€Ą€ CAH8313346Ŗ€ĸ€0€0€ €-50S ribosomal protein L4 [Microbacterium sp.]Ą€0€¤€0€Ą€ MBN9169301Ŗ€ĸ€0€0€ €:hypothetical protein GDO81_021041 [Engystomops pustulosus]Ą€0€¤€0€Ą€ KAG8539342Ŗ€ĸ€0€0€ €…helix-turn-helix domain-containing protein [Kocuria marina] >MCT1615729.1 helix-turn-helix domain-containing protein [Kocuria marina]Ą€0€Š€0€Ą€ WP_259864893Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WAS49087Ŗ€ĸ€0€0€ €9TonB family protein [Rhodobacterales bacterium LSUCC0387]Ą€0€¤€0€Ą€ MBF9039534Ŗ€ĸ€0€0€ €4LptF/LptG family permease [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MCB0672512Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBI4878028Ŗ€ĸ€0€0€ €ED-methionine transport system ATP-binding protein [Ensifer adhaerens]Ą€0€¤€0€Ą€ MBP1876254Ŗ€ĸ€0€0€ €ŒRepB family plasmid replication initiator protein [Campylobacter jejuni] >EFV4286841.1 replication initiation protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EBC1613035Ŗ€ĸ€0€0€ €’galactosyltransferase-related protein [Dactylosporangium aurantiacum] >UWZ57496.1 hypothetical protein Daura_15870 [Dactylosporangium aurantiacum]Ą€0€Š€0€Ą€ WP_052386686Ŗ€ĸ€0€0€ €tarylmalonate decarboxylase [Nocardia pseudobrasiliensis] >RDI60563.1 maleate isomerase [Nocardia pseudobrasiliensis]Ą€0€Š€0€Ą€ WP_068000887Ŗ€ĸ€0€0€ €oformate C-acetyltransferase [Streptococcus suis] >MCR1232881.1 formate C-acetyltransferase [Streptococcus suis]Ą€0€Š€0€Ą€ WP_257384536Ŗ€ĸ€0€0€ €ŸS-layer homology domain-containing protein [Paenibacillus sp. MZ04-78.2] >MCP3773598.1 S-layer homology domain-containing protein [Paenibacillus sp. MZ04-78.2]Ą€0€Š€0€Ą€ WP_254363411Ŗ€ĸ€0€0€ €įbranched-chain amino acid ABC transporter permease [Roseomonas sp.] >MCA3392213.1 branched-chain amino acid ABC transporter permease [Roseomonas sp.] >MCA3409054.1 branched-chain amino acid ABC transporter permease [Roseomonas sp.]Ą€0€¤€0€Ą€ MCA3389197Ŗ€ĸ€0€0€ €%hypothetical protein [Dokdonella sp.]Ą€0€¤€0€Ą€ MCK9538307Ŗ€ĸ€0€0€ €‚q50S ribosomal protein L15 [Chlamydia pecorum] >AEB41413.1 ribosomal protein L15 [Chlamydia pecorum E58] >AGW37619.1 50S ribosomal protein L15 [Chlamydia pecorum PV3056/3] >ETF39267.1 50S ribosomal protein L15 [Chlamydia pecorum DBDeUG] >ETF39942.1 50S ribosomal protein L15 [Chlamydia pecorum MC/MarsBar] >ETF40475.1 50S ribosomal protein L15 [Chlamydia pecorum IPTaLE]Ą€0€Š€0€Ą€ WP_013712491Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7809358Ŗ€ĸ€0€0€ €Chemagglutinin repeat-containing protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_187642449Ŗ€ĸ€0€0€ €Ąpolysaccharide deacetylase family sporulation protein PdaB [Pontibacillus yanchengensis] >KGP70934.1 polysaccharide deacetylase [Pontibacillus yanchengensis Y32]Ą€0€Š€0€Ą€ WP_036824351Ŗ€ĸ€0€0€ €4olfactory receptor 5AK2-like [Dipodomys spectabilis]Ą€0€Š€0€Ą€ XP_042531659Ŗ€ĸ€0€0€ €KMULTISPECIES: phosphoenolpyruvate synthase [unclassified Janthinobacterium]Ą€0€Š€0€Ą€ WP_092802679Ŗ€ĸ€0€0€ €3hypothetical protein [Brasilonema bromeliae SPC951]Ą€0€¤€0€Ą€NMG18956Ŗ€ĸ€0€0€ €8selenium-binding family protein [Haloarcula sp. CBA1127]Ą€0€Š€0€Ą€ WP_058997548Ŗ€ĸ€0€0€ €ļputative toxin-antitoxin system toxin component, PIN family [Pseudomonas sp. S 311-6] >RPM98985.1 putative toxin-antitoxin system toxin component, PIN family [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MCO7639728Ŗ€ĸ€0€0€ €;hypothetical protein ARMGADRAFT_605228 [Armillaria gallica]Ą€0€¤€0€Ą€PBK84789Ŗ€ĸ€0€0€ €Drab-GTPase-TBC domain-containing protein [Phascolomyces articulosus]Ą€0€¤€0€Ą€ KAI9244300Ŗ€ĸ€0€0€ €Oglycoside-pentoside-hexuronide (GPH):cation symporter [Obesumbacterium proteus]Ą€0€Š€0€Ą€ WP_265332308Ŗ€ĸ€0€0€ €‡16S rRNA pseudouridine(516) synthase RsuA [Pasteurella canis] >UAY76967.1 16S rRNA pseudouridine(516) synthase RsuA [Pasteurella canis]Ą€0€Š€0€Ą€ WP_224045636Ŗ€ĸ€0€0€ €0hypothetical protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_049043948Ŗ€ĸ€0€0€ €0FliH/SctL family protein [Paenibacillus sp. GM2]Ą€0€Š€0€Ą€ WP_068780709Ŗ€ĸ€0€0€ €ycobalamin-binding protein [Luteibacter aegosomaticola] >UPG91420.1 cobalamin-binding protein [Luteibacter aegosomaticola]Ą€0€Š€0€Ą€ WP_247334239Ŗ€ĸ€0€0€ €5thiamine phosphate synthase [Roseibium sp. DSM 29163]Ą€0€Š€0€Ą€ WP_265966242Ŗ€ĸ€0€0€ €Oarginine decarboxylase, pyruvoyl-dependent [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBS7604783Ŗ€ĸ€0€0€ €ES-adenosylmethionine decarboxylase proenzyme [Synergistota bacterium]Ą€0€¤€0€Ą€ MCD6419504Ŗ€ĸ€0€0€ €,TIGR00341 family protein [Solobacterium sp.]Ą€0€¤€0€Ą€ MCI2155109Ŗ€ĸ€0€0€ €DPP IV N-terminal domain-containing protein [Anaerolinea thermophila] >BAJ63516.1 hypothetical protein ANT_14880 [Anaerolinea thermophila UNI-1]Ą€0€Š€0€Ą€ WP_013559898Ŗ€ĸ€0€0€ €fExported repetitive protein precursor PirG (cell surface protein) (Exp53) [Mycobacterium tuberculosis]Ą€0€Ĩ€0€Ą€CKQ42697Ŗ€ĸ€0€0€ €Hwinged helix-turn-helix transcriptional regulator [Maribellus sp. CM-23]Ą€0€¤€0€Ą€ MCE4566367Ŗ€ĸ€0€0€ €Bnucleotidyltransferase domain-containing protein [Roseiflexus sp.]Ą€0€¤€0€Ą€ MCL6540381Ŗ€ĸ€0€0€ €Fright-handed parallel beta-helix repeat-containing protein [bacterium]Ą€0€¤€0€Ą€ MBK8168045Ŗ€ĸ€0€0€ €ĄLPXTG cell wall anchor domain-containing protein [Listeria monocytogenes] >HAB7350286.1 LPXTG cell wall anchor domain-containing protein [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAG5429682Ŗ€ĸ€0€0€ €‚ DUF817 domain-containing protein [Xenorhabdus szentirmaii] >PHM34447.1 membrane protein [Xenorhabdus szentirmaii DSM 16338] >PHM43176.1 membrane protein [Xenorhabdus szentirmaii] >CDL83969.1 conserved membrane hypothetical protein [Xenorhabdus szentirmaii DSM 16338]Ą€0€Š€0€Ą€ WP_038239756Ŗ€ĸ€0€0€ €‚MMULTISPECIES: hypothetical protein [Vibrio] >EGQ8471377.1 hypothetical protein [Vibrio alginolyticus] >EGQ8983851.1 hypothetical protein [Vibrio alginolyticus] >EGQ9215513.1 hypothetical protein [Vibrio alginolyticus] >EGR1571284.1 hypothetical protein [Vibrio alginolyticus] >EGX6964394.1 hypothetical protein [Vibrio alginolyticus]Ą€0€Š€0€Ą€ WP_017633897Ŗ€ĸ€0€0€ €‚žMULTISPECIES: SigE family RNA polymerase sigma factor [Streptomyces] >KOG70994.1 RNA polymerase sigma factor [Kitasatospora aureofaciens] >RSO09159.1 SigE family RNA polymerase sigma factor [Streptomyces sp. WAC 06725] >KOT33206.1 RNA polymerase sigma factor [Streptomyces sp. NRRL WC-3701] >KOT40339.1 RNA polymerase sigma factor [Streptomyces rimosus subsp. rimosus] >KOT52208.1 RNA polymerase sigma factor [Streptomyces rimosus subsp. rimosus]Ą€0€Š€0€Ą€ WP_050498798Ŗ€ĸ€0€0€ €8ras GTPase-activating protein 1 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFW26598Ŗ€ĸ€0€0€ €yhypothetical protein CF132_15665 [Aeromonas dhakensis] >TNI55378.1 hypothetical protein CF126_13000 [Aeromonas dhakensis]Ą€0€¤€0€Ą€TNI18971Ŗ€ĸ€0€0€ €cation-translocating P-type ATPase [Thomasclavelia spiroformis] >MBS6685487.1 cation-translocating P-type ATPase [Thomasclavelia spiroformis]Ą€0€Š€0€Ą€ WP_278631399Ŗ€ĸ€0€0€ €ųDNA topoisomerase (ATP-hydrolyzing) subunit B [Weissella cibaria] >AWF94470.1 DNA gyrase subunit B [Weissella cibaria] >KIU25640.1 DNA gyrase subunit B [Weissella cibaria] >MYV36371.1 DNA topoisomerase (ATP-hydrolyzing) subunit B [Weissella cibaria]Ą€0€Š€0€Ą€ WP_043940504Ŗ€ĸ€0€0€ €YTMAO reductase system sensor histidine kinase/response regulator TorS [Vibrio vulnificus]Ą€0€¯€0€Ą€ HAS8246497Ŗ€ĸ€0€0€ €‡N-acetylmuramic acid 6-phosphate etherase [Pantoea sp. B9002] >NWA59487.1 N-acetylmuramic acid 6-phosphate etherase [Pantoea sp. B9002]Ą€0€Š€0€Ą€ WP_176970092Ŗ€ĸ€0€0€ €TtRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Giesbergeria sp.]Ą€0€¤€0€Ą€ MBP6375542Ŗ€ĸ€0€0€ €'hypothetical protein [Tetrasphaera sp.]Ą€0€¤€0€Ą€ MBC7309192Ŗ€ĸ€0€0€ €2VOC family protein [Steroidobacteraceae bacterium]Ą€0€¤€0€Ą€ MCS6948817Ŗ€ĸ€0€0€ €Kiron-containing alcohol dehydrogenase family protein [Enterococcus faecium]Ą€0€¯€0€Ą€ HAQ9752200Ŗ€ĸ€0€0€ €Klysosomal amino acid transporter 1 homolog isoform X5 [Chlorocebus sabaeus]Ą€0€Š€0€Ą€ XP_007978456Ŗ€ĸ€0€0€ €H4'-phosphopantetheinyl transferase superfamily protein [Vibrio cholerae]Ą€0€¤€0€Ą€ EGS7961067Ŗ€ĸ€0€0€ €Esugar ABC transporter ATP-binding protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBO5162475Ŗ€ĸ€0€0€ €6DAGKc domain-containing protein [Fusarium sp. LHS14.1]Ą€0€¤€0€Ą€ KAI8723523Ŗ€ĸ€0€0€ €oexodeoxyribonuclease III [Neorhizobium alkalisoli] >TWF43962.1 exodeoxyribonuclease-3 [Neorhizobium alkalisoli]Ą€0€Š€0€Ą€ WP_145643501Ŗ€ĸ€0€0€ €Ĩhypothetical protein [Bacteroidota bacterium] >MCB0846779.1 hypothetical protein [Bacteroidota bacterium] >MCB0854661.1 hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MCB0840321Ŗ€ĸ€0€0€ €Coligosaccharide flippase family protein [Prevotella melaninogenica]Ą€0€Š€0€Ą€ WP_257880947Ŗ€ĸ€0€0€ €yhypothetical protein G6F38_006090 [Rhizopus arrhizus] >KAG1160715.1 hypothetical protein G6F37_003739 [Rhizopus arrhizus]Ą€0€¤€0€Ą€ KAG1144813Ŗ€ĸ€0€0€ €$helicase [Campylobacter upsaliensis]Ą€0€¤€0€Ą€ EAJ4317745Ŗ€ĸ€0€0€ €åMULTISPECIES: ABC transporter ATP-binding protein [unclassified Pseudomonas] >ATN13397.1 ABC transporter ATP-binding protein [Pseudomonas sp. FDAARGOS_380] >NMX29961.1 ABC transporter ATP-binding protein [Pseudomonas sp. WS 5406]Ą€0€Š€0€Ą€ WP_098952357Ŗ€ĸ€0€0€ €­PREDICTED: uncharacterized protein LOC107792071 isoform X3 [Nicotiana tabacum] >XP_016469742.1 PREDICTED: uncharacterized protein LOC107792071 isoform X3 [Nicotiana tabacum]Ą€0€Š€0€Ą€ XP_016469741Ŗ€ĸ€0€0€ €™enkurin domain-containing protein 1 [Molossus molossus] >KAF6405994.1 ACD shelterin complex subunit and telomerase recruitment factor [Molossus molossus]Ą€0€Š€0€Ą€ XP_036130723Ŗ€ĸ€0€0€ €‚tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Clostridium sp. SM-530-WT-3G] >NME83816.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Clostridium sp. SM-530-WT-3G]Ą€0€Š€0€Ą€ WP_169105698Ŗ€ĸ€0€0€ €*MFS transporter [Microbacterium testaceum]Ą€0€Š€0€Ą€ WP_154097642Ŗ€ĸ€0€0€ €iCopD family protein [Brevundimonas intermedia] >TFW11827.1 CopD family protein [Brevundimonas intermedia]Ą€0€Š€0€Ą€ WP_135194320Ŗ€ĸ€0€0€ €Amalonate transporter subunit MadM [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€MSR12783Ŗ€ĸ€0€0€ €§eukaryotic translation initiation factor 2A isoform X3 [Cricetulus griseus] >XP_007641679.1 eukaryotic translation initiation factor 2A isoform X3 [Cricetulus griseus]Ą€0€Š€0€Ą€ XP_003502921Ŗ€ĸ€0€0€ €ą4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Pseudorhizobium halotolerans] >CAD7056764.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Pseudorhizobium halotolerans]Ą€0€Š€0€Ą€ WP_142590093Ŗ€ĸ€0€0€ €2hypothetical protein [Sphingobacterium tabacisoli]Ą€0€Š€0€Ą€ WP_210356206Ŗ€ĸ€0€0€ €Ahypothetical protein YWIDRAFT_05318 [Streptomyces sp. SceaMP-e96]Ą€0€Ĩ€0€Ą€SCK25073Ŗ€ĸ€0€0€ €Atryptophan synthase subunit beta [Enterocloster clostridioformis]Ą€0€¤€0€Ą€ MCI7610146Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFC18333Ŗ€ĸ€0€0€ €;nicotinate phosphoribosyltransferase [Gracilimonas tropica]Ą€0€Š€0€Ą€ WP_020403159Ŗ€ĸ€0€0€ €“FMN-dependent L-lactate dehydrogenase LldD [Pseudomonas sp. ADAK18] >QJI30618.1 FMN-dependent L-lactate dehydrogenase LldD [Pseudomonas sp. ADAK18]Ą€0€Š€0€Ą€ WP_169356007Ŗ€ĸ€0€0€ €DEAL domain-containing protein [Thermostichus vulcanus str. 'Rupite']Ą€0€¤€0€Ą€ MCJ2541369Ŗ€ĸ€0€0€ €/ABC transporter permease [Pseudomonas sp. GOM6]Ą€0€Š€0€Ą€ WP_277690767Ŗ€ĸ€0€0€ €8hypothetical protein BS78_03G109600 [Paspalum vaginatum]Ą€0€¤€0€Ą€ KAJ1283197Ŗ€ĸ€0€0€ €2hypothetical protein [Alginatibacterium sediminis]Ą€0€Š€0€Ą€ WP_199711823Ŗ€ĸ€0€0€ €ialpha/beta hydrolase [Arthrobacter sp. QXT-31] >APX01905.1 alpha/beta hydrolase [Arthrobacter sp. QXT-31]Ą€0€Š€0€Ą€ WP_076799287Ŗ€ĸ€0€0€ €Ariboflavin synthase subunit alpha [Streptomyces sp. NRRL WC-3618]Ą€0€¤€0€Ą€KOV87872Ŗ€ĸ€0€0€ €‚5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBO4124126.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBO4246991.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBO4388386.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBP5210654.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HCF1100448.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_043158522Ŗ€ĸ€0€0€ €ČMULTISPECIES: nucleobase:cation symporter-2 family protein [unclassified Streptomyces] >MYU01723.1 purine permease [Streptomyces sp. SID8350] >SCK27855.1 xanthine permease [Streptomyces sp. AmelKG-D3]Ą€0€Š€0€Ą€ WP_099219937Ŗ€ĸ€0€0€ €‚XABC transporter ATP-binding protein [Corynebacterium pseudotuberculosis] >AFM07104.2 ATP-binding cassette domain-containing protein [Corynebacterium pseudotuberculosis Cp162] >APG81322.1 ABC transporter ATP-binding protein [Corynebacterium pseudotuberculosis] >WFP67923.1 ABC transporter ATP-binding protein [Corynebacterium pseudotuberculosis]Ą€0€Š€0€Ą€ WP_041481207Ŗ€ĸ€0€0€ €ŖMAG: Flagellar biosynthesis protein FliP [uncultured Paraburkholderia sp.] >CAH2932456.1 MAG: Flagellar biosynthesis protein FliP [uncultured Paraburkholderia sp.]Ą€0€Ĩ€0€Ą€ CAH2899959Ŗ€ĸ€0€0€ €1transcriptional regulator [Streptomyces sp. KS_5]Ą€0€Ĩ€0€Ą€SED94327Ŗ€ĸ€0€0€ €‚3Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >AGI35037.1 NAD(P)(+) transhydrogenase (Re/Si-specific) subunit beta [Mannheimia haemolytica USDA-ARS-USMARC-185] >MCB4226770.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >UQX68914.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >UQX76224.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >UQX78903.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica]Ą€0€Š€0€Ą€ WP_015484594Ŗ€ĸ€0€0€ €JMAG: putative ABC transporter ATP-binding protein [Euryarchaeota archaeon]Ą€0€Ĩ€0€Ą€ CAI8213472Ŗ€ĸ€0€0€ €ƒhypothetical protein LMH87_002532 [Akanthomyces muscarius] >KAJ4148044.1 hypothetical protein LMH87_002532 [Akanthomyces muscarius]Ą€0€Š€0€Ą€ XP_056050985Ŗ€ĸ€0€0€ €_autotransporter outer membrane beta-barrel domain-containing protein [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_109341768Ŗ€ĸ€0€0€ €8methylmalonyl-CoA epimerase [Alteromonadaceae bacterium]Ą€0€¤€0€Ą€MAB27215Ŗ€ĸ€0€0€ €1hypothetical protein NDA18_004982 [Ustilago nuda]Ą€0€¤€0€Ą€ KAJ1022640Ŗ€ĸ€0€0€ €‚qo-succinylbenzoate--CoA ligase [Listeria innocua] >EAD5765183.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >ECC1772773.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EDO1185445.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EDO1196734.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EGX6726170.1 o-succinylbenzoate--CoA ligase [Listeria innocua]Ą€0€Š€0€Ą€ WP_112119927Ŗ€ĸ€0€0€ €Rglycerol-3-phosphate 1-O-acyltransferase PlsY [Candidatus Eisenbacteria bacterium]Ą€0€¤€0€Ą€NNF05378Ŗ€ĸ€0€0€ €.aldo/keto reductase [Demequina gelatinilytica]Ą€0€Š€0€Ą€ WP_062517857Ŗ€ĸ€0€0€ €Bexosortase/archaeosortase family protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBO5721020Ŗ€ĸ€0€0€ €Öprotein YjdP [Escherichia coli] >EFW7470456.1 protein YjdP [Shigella sonnei] >EHW4801591.1 protein YjdP [Escherichia coli] >EHW5929413.1 protein YjdP [Escherichia coli] >EIS2674717.1 protein YjdP [Escherichia coli]Ą€0€¤€0€Ą€ EFD7787626Ŗ€ĸ€0€0€ €sYqgE/AlgH family protein [Flavobacterium undicola] >MBA0884129.1 YqgE/AlgH family protein [Flavobacterium undicola]Ą€0€Š€0€Ą€ WP_161643844Ŗ€ĸ€0€0€ €“MAG: tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Spiroplasma endosymbiont of Drosophila atripex]Ą€0€¤€0€Ą€WDA54585Ŗ€ĸ€0€0€ €(hypothetical protein [Thiofilum flexile]Ą€0€Š€0€Ą€ WP_020560972Ŗ€ĸ€0€0€ €A50S ribosomal protein L7ae-like protein [Bacillus sp. FJAT-45350]Ą€0€Š€0€Ą€ WP_096202154Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ3976808Ŗ€ĸ€0€0€ €8cytochrome b5-related protein [Anoplophora glabripennis]Ą€0€Š€0€Ą€ XP_018561118Ŗ€ĸ€0€0€ €~alpha/beta hydrolase [Blastopirellula marina] >EAQ77564.1 hypothetical protein DSM3645_08191 [Blastopirellula marina DSM 3645]Ą€0€Š€0€Ą€ WP_002655233Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCL2033989Ŗ€ĸ€0€0€ €1ABC transporter permease [Bordetella genomosp. 9]Ą€0€Š€0€Ą€ WP_198297747Ŗ€ĸ€0€0€ €%Lipase A [Tsukamurella paurometabola]Ą€0€Ĩ€0€Ą€VDR39692Ŗ€ĸ€0€0€ €‚glycoside hydrolase family 1 protein [Raoultella planticola] >MBZ7832261.1 glycoside hydrolase family 1 protein [Raoultella planticola] >MCS7490234.1 glycoside hydrolase family 1 protein [Raoultella planticola] >UNK76582.1 glycoside hydrolase family 1 protein [Raoultella planticola]Ą€0€Š€0€Ą€ WP_131055803Ŗ€ĸ€0€0€ €‡EF-hand domain-containing protein [Cellulophaga sp. 20_2_10] >MCL5244553.1 EF-hand domain-containing protein [Cellulophaga sp. 20_2_10]Ą€0€Š€0€Ą€ WP_249557352Ŗ€ĸ€0€0€ €áMULTISPECIES: OmpA family protein [unclassified Brevibacterium] >OFT26715.1 hypothetical protein HMPREF3172_02470 [Brevibacterium sp. HMSC08F02] >OFT97824.1 hypothetical protein HMPREF3087_04275 [Brevibacterium sp. HMSC22B09]Ą€0€Š€0€Ą€ WP_070428178Ŗ€ĸ€0€0€ €‡PEP-CTERM sorting domain-containing protein [Aquabacterium pictum] >GCL62446.1 hypothetical protein AQPW35_15270 [Aquabacterium pictum]Ą€0€Š€0€Ą€ WP_137732205Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_201490320Ŗ€ĸ€0€0€ €‚žMULTISPECIES: tyrosine-type recombinase/integrase [Pseudoalteromonas] >MBL4706561.1 tyrosine-type recombinase/integrase [Flavobacteriales bacterium] >MCH2089771.1 tyrosine-type recombinase/integrase [Pseudoalteromonas sp.] >EWH04394.1 integrase [Pseudoalteromonas lipolytica SCSIO 04301] >MCC9662116.1 tyrosine-type recombinase/integrase [Pseudoalteromonas sp. MB41] >MCF2849128.1 tyrosine-type recombinase/integrase [Pseudoalteromonas sp. PAST1]Ą€0€Š€0€Ą€ WP_036973950Ŗ€ĸ€0€0€ €>hypothetical protein SOVF_172810 isoform A [Spinacia oleracea]Ą€0€¤€0€Ą€KNA07336Ŗ€ĸ€0€0€ €Æhypothetical protein PC120_g1632 [Phytophthora cactorum] >KAG3097086.1 hypothetical protein PC121_g2293 [Phytophthora cactorum] >KAG4062534.1 hypothetical protein PC123_g2618 [Phytophthora cactorum]Ą€0€¤€0€Ą€ KAG3033979Ŗ€ĸ€0€0€ €>beta-lactamase family protein [Saccharospirillaceae bacterium]Ą€0€¤€0€Ą€NRB78924Ŗ€ĸ€0€0€ €+KIAA1217 isoform 17, partial [Pongo abelii]Ą€0€¤€0€Ą€PNJ24551Ŗ€ĸ€0€0€ €Z2,3-bisphosphoglycerate-independent phosphoglycerate mutase [Desulfovermiculus halophilus]Ą€0€Š€0€Ą€ WP_027369743Ŗ€ĸ€0€0€ €§SPI-2 type III secretion system apparatus protein SsaV [Salmonella enterica] >HAK0846247.1 SPI-2 type III secretion system apparatus protein SsaV [Salmonella enterica]Ą€0€¤€0€Ą€ EBU6207141Ŗ€ĸ€0€0€ €helix-turn-helix domain-containing protein [Methylobacterium sp. E-016] >MCJ2074798.1 helix-turn-helix domain-containing protein [Methylobacterium sp. E-016]Ą€0€Š€0€Ą€ WP_244028884Ŗ€ĸ€0€0€ €Đhypothetical protein A2696_00865 [Candidatus Curtissbacteria bacterium RIFCSPHIGHO2_01_FULL_41_13] >OGE05295.1 hypothetical protein A3B51_02675 [Candidatus Curtissbacteria bacterium RIFCSPLOWO2_01_FULL_41_18]Ą€0€¤€0€Ą€OGD85943Ŗ€ĸ€0€0€ €7TBC1 domain family member 1 isoform X2 [Panthera uncia]Ą€0€Š€0€Ą€ XP_049486383Ŗ€ĸ€0€0€ €Žhypothetical protein [Candidatus Cryosericum terrychapinii] >RIE06537.1 hypothetical protein SMC7_01595 [Candidatus Cryosericum terrychapinii]Ą€0€Š€0€Ą€ WP_119088635Ŗ€ĸ€0€0€ €:transmembrane protein 222 isoform X4 [Moschus berezovskii]Ą€0€Š€0€Ą€ XP_055254096Ŗ€ĸ€0€0€ €9DUF433 domain-containing protein [Achromobacter insuavis]Ą€0€Š€0€Ą€ WP_241133221Ŗ€ĸ€0€0€ €9ABC transporter permease [Xenophilus sp. Marseille-Q4582]Ą€0€Š€0€Ą€ WP_225781432Ŗ€ĸ€0€0€ €Haminotransferase class V-fold PLP-dependent enzyme [Bacillota bacterium]Ą€0€¤€0€Ą€ MBQ3321785Ŗ€ĸ€0€0€ €5glycogen synthase GlgA [Cyanobacteria bacterium J069]Ą€0€¤€0€Ą€RMF68396Ŗ€ĸ€0€0€ €Rc-type cytochrome biogenesis protein CcmI [endosymbiont of Lamellibrachia barhami]Ą€0€Š€0€Ą€ WP_177420403Ŗ€ĸ€0€0€ €0hypothetical protein [Chitinophagales bacterium]Ą€0€¤€0€Ą€ MBX7048921Ŗ€ĸ€0€0€ €Panaerobic glycerol-3-phosphate dehydrogenase subunit C [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBP5709003Ŗ€ĸ€0€0€ €/conserved hypothetical protein [Mucor ambiguus]Ą€0€Ŧ€0€Ą€GAN03156Ŗ€ĸ€0€0€ €‚fpermease for cytosine/purine, uracil, thiamine, allantoin family protein [Mycobacteroides abscessus MAB_110811_1470] >ETZ90510.1 permease for cytosine/purine, uracil, thiamine, allantoin family protein [Mycobacteroides abscessus MAB_030201_1075] >EUA74741.1 permease for cytosine/purine, uracil, thiamine, allantoin family protein [Mycobacteroides abscessus]Ą€0€¤€0€Ą€ETZ74096Ŗ€ĸ€0€0€ €elongation factor G [bacterium]Ą€0€¤€0€Ą€ MCC7304610Ŗ€ĸ€0€0€ €Sferrochelatase [Maricaulis sp. W15] >OLF75551.1 ferrochelatase [Maricaulis sp. W15]Ą€0€Š€0€Ą€ WP_075190302Ŗ€ĸ€0€0€ €RNB82705.1 YitT family protein [Brevibacillus fluminis]Ą€0€Š€0€Ą€ WP_122920202Ŗ€ĸ€0€0€ €2hypothetical protein [Planctomycetaceae bacterium]Ą€0€¯€0€Ą€HID24809Ŗ€ĸ€0€0€ €@DUF362 domain-containing protein [Desulfuromonadaceae bacterium]Ą€0€¤€0€Ą€ MBW6512602Ŗ€ĸ€0€0€ €4ribose-5-phosphate isomerase RpiA [Marinobacter sp.]Ą€0€¤€0€Ą€ MBD3641221Ŗ€ĸ€0€0€ €˜glycoside hydrolase family 2 TIM barrel-domain containing protein [Prevotella sp. HMSC073D09] >OFQ17397.1 beta-galactosidase [Prevotella sp. HMSC073D09]Ą€0€Š€0€Ą€ WP_070723361Ŗ€ĸ€0€0€ €§sulfate adenylyltransferase [Kurthia zopfii] >GEK31421.1 sulfate adenylyltransferase [Kurthia zopfii] >STX08905.1 Probable bifunctional SAT/APS kinase [Kurthia zopfii]Ą€0€¤€0€Ą€TDR34929Ŗ€ĸ€0€0€ €5PH domain-containing protein [Actinomyces naeslundii]Ą€0€¤€0€Ą€QQC21553Ŗ€ĸ€0€0€ €9GntR family transcriptional regulator [Acetatifactor sp.]Ą€0€¤€0€Ą€ MCQ2539410Ŗ€ĸ€0€0€ €7DUF1104 domain-containing protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_187843135Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UGX22439Ŗ€ĸ€0€0€ €yEAL domain-containing protein [Pseudomonas aeruginosa] >RTT45866.1 EAL domain-containing protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_126679569Ŗ€ĸ€0€0€ €‚ÎMULTISPECIES: isochorismate synthase [Staphylococcus] >YP_499535.1 hypothetical protein SAOUHSC_00982 [Staphylococcus aureus subsp. aureus NCTC 8325] >AAW36516.1 isochorismate synthase family protein [Staphylococcus aureus subsp. aureus COL] >AEV78035.2 isochorismate synthase [Staphylococcus aureus subsp. aureus M013] >AGW33425.1 putative chorismate binding enzyme [Staphylococcus aureus subsp. aureus SA957] >AGW35958.1 putative chorismate binding enzyme [Staphylococcus aureus subsp. aureus SA40] >ATC67224.1 isochorismate synthase [Staphylococcus aureus subsp. aureus str. Newman] >ATV03754.1 Putative chorismate binding enzyme [Staphylococcus aureus O11] >EGG67506.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21189] >EHM57718.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21178] >EHM85210.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21232] >EHP00894.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21283] >EHS76521.1 isochorismate synthase [Staphylococcus aureus subsp. aureus IS-189] >EHT49144.1 isochorismate synthase family protein [Staphylococcus aureus subsp. aureus CIG547] >EHT70480.1 isochorismate synthase family protein [Staphylococcus aureus subsp. aureus CIG2018] >EKU08609.1 Menaquinone-specific isochorismate synthase [Staphylococcus aureus CN79] >ELP28873.1 hypothetical protein SASA_05020 [Staphylococcus aureus subsp. aureus DSM 20231] >EZH94946.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21311] >KDP58914.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21321] >KEK49745.1 isochorismate synthase family protein [Staphylococcus aureus 1801-2 2010] >KEK55459.1 isochorismate synthase family protein [Staphylococcus aureus 1801-1 2010] >KEK57360.1 isochorismate synthase family protein [Staphylococcus aureus LysK 1 2011] >KEK61946.1 isochorismate synthase family protein [Staphylococcus aureus LysK 2 2011] >KEK66843.1 isochorismate synthase family protein [Staphylococcus aureus 1101-2 2011] >CBI48918.1 putative chorismate binding enzyme [Staphylococcus aureus subsp. aureus TW20] >CCW21280.1 Menaquinone-specific isochorismate synthase [Staphylococcus aureus M1] >HAR4230703.1 isochorismate synthase [Staphylococcus aureus ADL-331]Ą€0€Š€0€Ą€ WP_001804449Ŗ€ĸ€0€0€ €Tformate dehydrogenase accessory sulfurtransferase FdhD [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCP4774001Ŗ€ĸ€0€0€ €CABC transporter substrate-binding protein [Rubellimicrobium roseum]Ą€0€Š€0€Ą€ WP_218014032Ŗ€ĸ€0€0€ €‚;NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT3502300.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT3840418.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT3999483.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT4282076.1 NAD+ synthase [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MBT3179978Ŗ€ĸ€0€0€ €VMULTISPECIES: UvrD-helicase domain-containing protein [unclassified Pseudoalteromonas]Ą€0€Š€0€Ą€ WP_220492852Ŗ€ĸ€0€0€ €åMULTISPECIES: anthranilate phosphoribosyltransferase [unclassified Marinomonas] >KZM40959.1 anthranilate phosphoribosyltransferase [Marinomonas sp. SBI22] >KZM42799.1 anthranilate phosphoribosyltransferase [Marinomonas sp. SBI8L]Ą€0€Š€0€Ą€ WP_063338866Ŗ€ĸ€0€0€ €?preprotein translocase subunit SecA [Tsukamurella columbiensis]Ą€0€Š€0€Ą€ WP_262406623Ŗ€ĸ€0€0€ €­CusA/CzcA family heavy metal efflux RND transporter [Chryseobacterium sp. CBTAP 102] >PXW17101.1 cobalt-zinc-cadmium resistance protein CzcA [Chryseobacterium sp. CBTAP 102]Ą€0€Š€0€Ą€ WP_110366458Ŗ€ĸ€0€0€ €9hypothetical protein CHI14_16575 [Paenibacillus sp. 7516]Ą€0€¤€0€Ą€PAF30375Ŗ€ĸ€0€0€ €‹MULTISPECIES: glycosyl transferase family protein [Acinetobacter] >MCL6233509.1 glycosyl transferase family protein [Acinetobacter amyesii]Ą€0€Š€0€Ą€ WP_180034620Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFA01557Ŗ€ĸ€0€0€ €2hypothetical protein [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€ MBV5323933Ŗ€ĸ€0€0€ €4hypothetical protein EGM_00426 [Macaca fascicularis]Ą€0€¤€0€Ą€EHH49716Ŗ€ĸ€0€0€ €[carbamate kinase [Streptomyces noursei] >OAL15441.1 carbamate kinase [Streptomyces noursei]Ą€0€Š€0€Ą€ WP_064068643Ŗ€ĸ€0€0€ €AMAG: hypothetical protein M1828_001469 [Chrysothrix sp. TS-e1954]Ą€0€¤€0€Ą€ KAI9713296Ŗ€ĸ€0€0€ €5hypothetical protein KM043_018369 [Ampulex compressa]Ą€0€¤€0€Ą€ KAG7197246Ŗ€ĸ€0€0€ €:ABC transporter permease subunit [Clostridium perfringens]Ą€0€¯€0€Ą€ HAT4171334Ŗ€ĸ€0€0€ €-hypothetical protein [Campylobacter concisus]Ą€0€Š€0€Ą€ WP_148803392Ŗ€ĸ€0€0€ €kputative eukaryotic translation initiation factor 3 subunit C domain-containing protein [Helianthus annuus]Ą€0€¤€0€Ą€ KAJ0864938Ŗ€ĸ€0€0€ €1hypothetical protein [Saccharicrinis aurantiacus]Ą€0€Š€0€Ą€ WP_282035981Ŗ€ĸ€0€0€ €@DUF4922 domain-containing protein [Melioribacteraceae bacterium]Ą€0€¤€0€Ą€ MCO6473319Ŗ€ĸ€0€0€ €uncharacterized protein LOC18104577 isoform X2 [Populus trichocarpa] >KAI9383753.1 hypothetical protein POPTR_013G125700v4 [Populus trichocarpa]Ą€0€Š€0€Ą€ XP_006376427Ŗ€ĸ€0€0€ €HAS6855435.1 diguanylate cyclase [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EGR2272270Ŗ€ĸ€0€0€ €ŋYggS family pyridoxal phosphate-dependent enzyme [Mycobacterium tuberculosis] >CKN59192.1 Putative enzyme [Mycobacterium tuberculosis] >CKO58994.1 Putative enzyme [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_079091847Ŗ€ĸ€0€0€ €ZMyc-type basic helix-loop-helix (bHLH) domain [Arabidopsis thaliana x Arabidopsis arenosa]Ą€0€¤€0€Ą€ KAG7553039Ŗ€ĸ€0€0€ €8hypothetical protein P22_3948 [Propionispora sp. 2/2-37]Ą€0€Ĩ€0€Ą€CUH97802Ŗ€ĸ€0€0€ €œoligosaccharide flippase family protein [Pseudomonas chlororaphis] >AVO59098.1 polysaccharide biosynthesis protein [Pseudomonas chlororaphis subsp. piscium]Ą€0€Š€0€Ą€ WP_106697451Ŗ€ĸ€0€0€ €helix-turn-helix domain-containing protein [Citrobacter braakii] >MBJ9046752.1 helix-turn-helix domain-containing protein [Citrobacter braakii]Ą€0€Š€0€Ą€ WP_200047810Ŗ€ĸ€0€0€ €=alpha/beta hydrolase family protein [Streptomyces sp. TLI_55]Ą€0€Š€0€Ą€ WP_097273626Ŗ€ĸ€0€0€ €=site-specific DNA-methyltransferase [Marichromatium sp. AB32]Ą€0€Š€0€Ą€ WP_223806191Ŗ€ĸ€0€0€ €Rmotility associated factor glycosyltransferase family protein [Campylobacter coli]Ą€0€¤€0€Ą€ EJO8252676Ŗ€ĸ€0€0€ €)calsenilin isoform X1 [Carassius gibelio]Ą€0€Š€0€Ą€ XP_052459928Ŗ€ĸ€0€0€ €,hypothetical protein [Streptomyces sp. AN-3]Ą€0€Š€0€Ą€ WP_282393050Ŗ€ĸ€0€0€ €,alpha/beta-hydrolase [Hymenopellis radicata]Ą€0€¤€0€Ą€ KAF9021604Ŗ€ĸ€0€0€ €…DUF5615 family PIN-like protein [Phormidium sp. FACHB-1136] >MBD2424669.1 DUF5615 family PIN-like protein [Phormidium sp. FACHB-1136]Ą€0€Š€0€Ą€ WP_190492354Ŗ€ĸ€0€0€ €1dynamin family protein [Krasilnikovia cinnamomea]Ą€0€¤€0€Ą€RZU50905Ŗ€ĸ€0€0€ €‚ŨMULTISPECIES: rhodanese-like domain-containing protein [Acinetobacter] >NGP40933.1 rhodanese-like domain-containing protein [Acinetobacter lwoffii] >ENU15733.1 hypothetical protein F995_02909 [Acinetobacter sp. CIP A162] >ENU61327.1 hypothetical protein F980_03060 [Acinetobacter lwoffii NIPH 715] >ESJ94066.1 hypothetical protein P800_02137 [Acinetobacter lwoffii NCTC 5866 = CIP 64.10 = NIPH 512] >MCO8061476.1 rhodanese-like domain-containing protein [Acinetobacter lwoffii]Ą€0€Š€0€Ą€ WP_004647440Ŗ€ĸ€0€0€ €Spenicillin-binding transpeptidase domain-containing protein [Clostridium butyricum]Ą€0€Š€0€Ą€ WP_196051328Ŗ€ĸ€0€0€ €Pzincin-like metallopeptidase domain-containing protein [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_122709004Ŗ€ĸ€0€0€ €ĨMiaB/RimO family radical SAM methylthiotransferase [Sphingomonas sp. IC-11] >MCD2315719.1 MiaB/RimO family radical SAM methylthiotransferase [Sphingomonas sp. IC-11]Ą€0€Š€0€Ą€ WP_231022353Ŗ€ĸ€0€0€ €,alpha/beta fold hydrolase [Cobetia sp. 1AS1]Ą€0€Š€0€Ą€ WP_279838136Ŗ€ĸ€0€0€ €9transcriptional regulator [Streptomyces anandii JCM 4720]Ą€0€Ŧ€0€Ą€GGY15265Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBE0512446Ŗ€ĸ€0€0€ €1DUF6056 family protein [Enterobacter bugandensis]Ą€0€Š€0€Ą€ WP_270310372Ŗ€ĸ€0€0€ €“class Ib ribonucleoside-diphosphate reductase assembly flavoprotein NrdI [Streptococcus pyogenes] >QXF26230.1 Protein NrdI [Streptococcus pyogenes]Ą€0€Š€0€Ą€ WP_009881125Ŗ€ĸ€0€0€ €250S ribosomal protein L36 [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCB9642437Ŗ€ĸ€0€0€ €ËMULTISPECIES: sugar ABC transporter permease [Bradyrhizobium] >KYK45507.1 ABC transporter permease [Bradyrhizobium liaoningense] >MBH5390381.1 sugar ABC transporter permease [Bradyrhizobium diversitatis]Ą€0€Š€0€Ą€ WP_061880815Ŗ€ĸ€0€0€ €yhypothetical protein GPALN_005981 [Globodera pallida] >KAI3420888.1 hypothetical protein GPALN_014510 [Globodera pallida]Ą€0€¤€0€Ą€ KAI3416446Ŗ€ĸ€0€0€ €‚'MULTISPECIES: DUF2857 domain-containing protein [pseudomallei group] >AGK49102.1 hypothetical protein BTI_2167 [Burkholderia thailandensis MSMB121] >ATF37178.1 DUF2857 domain-containing protein [Burkholderia thailandensis] >KST74551.1 coproporphyrinogen III oxidase [Burkholderia humptydooensis]Ą€0€Š€0€Ą€ WP_015602159Ŗ€ĸ€0€0€ €5E3 ubiquitin-protein ligase Ubr3 [Anopheles coluzzii]Ą€0€Š€0€Ą€ XP_040238549Ŗ€ĸ€0€0€ €7ribosomal protein L27A, partial [Culicoides sonorensis]Ą€0€¤€0€Ą€AAV84242Ŗ€ĸ€0€0€ €/CvpA family protein [Xanthomonadales bacterium]Ą€0€¤€0€Ą€ MBN8715319Ŗ€ĸ€0€0€ €[class E sortase [Streptomyces sp. TLI_185] >RPF34862.1 sortase A [Streptomyces sp. TLI_185]Ą€0€Š€0€Ą€ WP_123966251Ŗ€ĸ€0€0€ €.amidohydrolase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBA2544012Ŗ€ĸ€0€0€ €…MerR family transcriptional regulator [Brevibacillus brevis] >UIO40077.1 MerR family transcriptional regulator [Brevibacillus brevis]Ą€0€Š€0€Ą€ WP_234123871Ŗ€ĸ€0€0€ €‚[MULTISPECIES: A/G-specific adenine glycosylase [Klebsiella] >AOM90807.1 adenine glycosylase [Klebsiella pneumoniae] >AOM94606.1 adenine glycosylase [Klebsiella pneumoniae] >AON01879.1 adenine glycosylase [Klebsiella pneumoniae] >ATM40997.1 adenine DNA glycosylase [Klebsiella pneumoniae] >ATO22076.1 adenine DNA glycosylase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_004185621Ŗ€ĸ€0€0€ €UTB41197.1 helix-turn-helix domain-containing protein [Faecalibacterium duncaniae]Ą€0€Š€0€Ą€ WP_253495381Ŗ€ĸ€0€0€ €™RHS repeat protein [Escherichia coli] >EHM1965547.1 rhs element protein RhsC [Escherichia coli] >EHP6361445.1 rhs element protein RhsC [Escherichia coli]Ą€0€¤€0€Ą€ EFN5389376Ŗ€ĸ€0€0€ €%hypothetical protein [Nitrospira sp.]Ą€0€¤€0€Ą€ MCI0529127Ŗ€ĸ€0€0€ €¸tRNA adenosine(34) deaminase TadA [Neisseria gonorrhoeae] >MCF3065139.1 tRNA adenosine(34) deaminase TadA [Neisseria gonorrhoeae] >CNQ20244.1 cytosine deaminase [Neisseria gonorrhoeae]Ą€0€Š€0€Ą€ WP_050163955Ŗ€ĸ€0€0€ €mGYF domain protein [Aspergillus clavatus NRRL 1] >EAW14176.1 GYF domain protein [Aspergillus clavatus NRRL 1]Ą€0€Š€0€Ą€ XP_001275602Ŗ€ĸ€0€0€ €:DUF475 domain-containing protein [Moraxellaceae bacterium]Ą€0€¤€0€Ą€ MBS9779527Ŗ€ĸ€0€0€ €‚7MFS transporter [Listeria monocytogenes] >EAH4074543.1 MFS transporter [Listeria monocytogenes] >EBF5146429.1 MFS transporter [Listeria monocytogenes] >ECQ6723673.1 MFS transporter [Listeria monocytogenes] >TYU40005.1 MFS transporter [Listeria monocytogenes] >TYU55729.1 MFS transporter [Listeria monocytogenes]Ą€0€Š€0€Ą€ WP_149040698Ŗ€ĸ€0€0€ €DSUMF1/EgtB/PvdO family nonheme iron enzyme [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBI5294613Ŗ€ĸ€0€0€ €>hypothetical protein RHGRI_004083 [Rhododendron griersonianum]Ą€0€¤€0€Ą€ KAG5560933Ŗ€ĸ€0€0€ €ãABC transporter substrate-binding protein [Actinomyces sp. HMSC065F11] >MBS6101613.1 ABC transporter substrate-binding protein [Actinomyces sp.] >OFR33123.1 ABC transporter substrate-binding protein [Actinomyces sp. HMSC065F11]Ą€0€Š€0€Ą€ WP_070664995Ŗ€ĸ€0€0€ €;hypothetical protein NP233_g8063 [Leucocoprinus birnbaumii]Ą€0€¤€0€Ą€ KAJ3564783Ŗ€ĸ€0€0€ €Úhypothetical protein AB15_4779 [Escherichia coli 3-020-07_S1_C1] >KDZ20288.1 hypothetical protein AB43_4853 [Escherichia coli 3-020-07_S1_C2] >KDZ29185.1 hypothetical protein AB73_4800 [Escherichia coli 3-020-07_S1_C3]Ą€0€¤€0€Ą€KDZ18439Ŗ€ĸ€0€0€ €•ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >UQJ36192.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UBP50947Ŗ€ĸ€0€0€ €›FMN-binding glutamate synthase family protein [Rhodococcus rhodochrous] >MXQ78382.1 FMN-binding glutamate synthase family protein [Rhodococcus rhodochrous]Ą€0€Š€0€Ą€ WP_160877220Ŗ€ĸ€0€0€ €-alcohol dehydrogenase 1-like [Mugil cephalus]Ą€0€Š€0€Ą€ XP_047466965Ŗ€ĸ€0€0€ €1radical SAM protein [Synechococcus sp. NOUM97013]Ą€0€Š€0€Ą€ WP_186480556Ŗ€ĸ€0€0€ €‚›ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1420731.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1423773.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1428338.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1444660.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1470491.1 ABC transporter ATP-binding protein [Listeria seeligeri]Ą€0€Š€0€Ą€ WP_185334683Ŗ€ĸ€0€0€ €{hypothetical protein [Mycobacterium tuberculosis] >QOM66332.1 hypothetical protein FPK01_00330 [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_193019742Ŗ€ĸ€0€0€ €!SYNRG protein [Urocolius indicus]Ą€0€¤€0€Ą€NXX86929Ŗ€ĸ€0€0€ €‚transcription termination factor NusA [Lacticaseibacillus rhamnosus] >NVO89607.1 transcription termination/antitermination protein NusA [Lacticaseibacillus rhamnosus] >OFN06126.1 transcription termination/antitermination protein NusA [Lactobacillus sp. HMSC072E07]Ą€0€Š€0€Ą€ WP_070552687Ŗ€ĸ€0€0€ €vprotein trichome birefringence-like 11 [Cucumis sativus] >KGN46967.1 hypothetical protein Csa_020673 [Cucumis sativus]Ą€0€Š€0€Ą€ XP_004149267Ŗ€ĸ€0€0€ €Osirohydrochlorin cobaltochelatase [Candidatus Pelethomonas intestinigallinarum]Ą€0€¯€0€Ą€HIR19825Ŗ€ĸ€0€0€ €^aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Chloroflexota bacterium]Ą€0€¤€0€Ą€NBT94281Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6649515Ŗ€ĸ€0€0€ €Xcold shock domain-containing protein [Salmonella enterica subsp. enterica serovar Kotte]Ą€0€¤€0€Ą€ EEE2002201Ŗ€ĸ€0€0€ €>conserved oligomeric Golgi complex subunit 4 [Nephila pilipes]Ą€0€Ŧ€0€Ą€GFT96598Ŗ€ĸ€0€0€ €ËMULTISPECIES: hypothetical protein [unclassified Acinetobacter] >USA48349.1 hypothetical protein NDN11_15020 [Acinetobacter sp. C26M] >USA51837.1 hypothetical protein NDN12_14935 [Acinetobacter sp. C26G]Ą€0€Š€0€Ą€ WP_251111556Ŗ€ĸ€0€0€ €0hypothetical protein LWI28_000314 [Acer negundo]Ą€0€¤€0€Ą€ KAI9193803Ŗ€ĸ€0€0€ €MBD2387583.1 NAD(P)H-quinone oxidoreductase subunit N [Cylindrospermum sp. FACHB-282]Ą€0€Š€0€Ą€ WP_190461229Ŗ€ĸ€0€0€ €eMULTISPECIES: biotin synthase BioB [Eikenella] >OWP27654.1 biotin synthase BioB [Eikenella corrodens]Ą€0€Š€0€Ą€ WP_083296738Ŗ€ĸ€0€0€ €KMAG: hypothetical protein AVO35_08470 [Candidatus Aegiribacteria sp. MLS_C]Ą€0€¤€0€Ą€OPL17692Ŗ€ĸ€0€0€ €sHDOD domain-containing protein [Vibrio sinaloensis] >UPQ86936.1 HDOD domain-containing protein [Vibrio sinaloensis]Ą€0€Š€0€Ą€ WP_248328072Ŗ€ĸ€0€0€ €PABC-F family ATP-binding cassette domain-containing protein [Streptococcus suis]Ą€0€Š€0€Ą€ WP_105160947Ŗ€ĸ€0€0€ €‚NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIA43081.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIA95906.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIB75102.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIG49844.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HHZ84751Ŗ€ĸ€0€0€ €‚ĄMULTISPECIES: Fur family transcriptional regulator [Streptomyces] >AJZ82680.1 transcriptional repressor [Streptomyces sp. AgN23] >AQW53261.1 Fur family ferric uptake regulator [Streptomyces hygroscopicus] >ASQ96850.1 transcriptional repressor [Streptomyces sp. 11-1-2] >KUL42998.1 Fur family transcriptional regulator [Streptomyces violaceusniger] >MBO3677352.1 transcriptional repressor [Streptomyces sp. NEAU-YJ-81]Ą€0€Š€0€Ą€ WP_059149453Ŗ€ĸ€0€0€ €?hypothetical protein BGZ83_007244 [Gryganskiella cystojenkinii]Ą€0€¤€0€Ą€ KAG0047764Ŗ€ĸ€0€0€ €1glutamyl-Q tRNA(Asp) synthetase [Shigella sonnei]Ą€0€Ĩ€0€Ą€CSP94261Ŗ€ĸ€0€0€ €ÄIS66 family insertion sequence element accessory protein TnpB, partial [Jingyaoa shaoxingensis] >MBC8574794.1 IS66 family insertion sequence element accessory protein TnpB [Jingyaoa shaoxingensis]Ą€0€Š€0€Ą€ WP_249310236Ŗ€ĸ€0€0€ €Stransmembrane and coiled-coil domain-containing protein 4 isoform X5 [Apteryx rowi]Ą€0€Š€0€Ą€ XP_025923156Ŗ€ĸ€0€0€ €)AAA family ATPase [Actinoplanes sp. DH11]Ą€0€Š€0€Ą€ WP_255691273Ŗ€ĸ€0€0€ €FGlycine reductase complex selenoprotein A [Alteribacillus bidgolensis]Ą€0€Ĩ€0€Ą€SDI37994Ŗ€ĸ€0€0€ €‚“DUF1659 domain-containing protein [Clostridium tetani] >KGI36921.1 hypothetical protein LA33_12460 [Clostridium tetani ATCC 9441] >KGI39507.1 hypothetical protein LA33_02035 [Clostridium tetani ATCC 9441] >KGI43013.1 hypothetical protein KY55_08230 [Clostridium tetani] >RXI44037.1 DUF1659 domain-containing protein [Clostridium tetani] >RXI67457.1 DUF1659 domain-containing protein [Clostridium tetani]Ą€0€Š€0€Ą€ WP_035109232Ŗ€ĸ€0€0€ €6protein disulfide isomerase [Anaeramoeba flamelloides]Ą€0€¤€0€Ą€ KAJ6253787Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QZU16279Ŗ€ĸ€0€0€ €uA/G-specific adenine glycosylase [Escherichia coli] >EFH9279950.1 A/G-specific adenine glycosylase [Escherichia coli]Ą€0€Š€0€Ą€ WP_106735761Ŗ€ĸ€0€0€ €>IS5-like element ISKpn26 family transposase [Escherichia coli]Ą€0€¤€0€Ą€ MBS8550192Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UPA83906Ŗ€ĸ€0€0€ €‚`MULTISPECIES: pirin family protein [Sphingobium] >MBR2267693.1 pirin family protein [Sphingobium sp.] >WIA57531.1 pirin family protein [Sphingobium sp. WTD-1] >ATP18138.1 hypothetical protein BV87_06890 [Sphingobium yanoikuyae] >AYO78677.1 pirin family protein [Sphingobium yanoikuyae] >EKU76227.1 pirin-like protein [Sphingobium yanoikuyae ATCC 51230]Ą€0€Š€0€Ą€ WP_004208647Ŗ€ĸ€0€0€ €‚YTolC family protein [Vibrio parahaemolyticus] >EGR1587859.1 TolC family protein [Vibrio parahaemolyticus] >EHH2505336.1 TolC family protein [Vibrio parahaemolyticus] >EHR1202168.1 TolC family protein [Vibrio parahaemolyticus] >EHR5854895.1 TolC family protein [Vibrio parahaemolyticus] >EIA1493695.1 TolC family protein [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_053816212Ŗ€ĸ€0€0€ €DMurR/RpiR family transcriptional regulator [Clostridiales bacterium]Ą€0€¯€0€Ą€HCI22783Ŗ€ĸ€0€0€ €sphosphoglycerate dehydrogenase [Labrenzia sp. 011] >PVB59476.1 hypothetical protein DCO57_22165 [Labrenzia sp. 011]Ą€0€Š€0€Ą€ WP_116701099Ŗ€ĸ€0€0€ €‚,Nad3 [Metschnikowia dekortorum] >YP_009935234.1 Nad3 [Metschnikowia similis] >QMQ98471.1 Nad3 [Metschnikowia sp. UWOPS 03-167b3] >QNS23159.1 Nad3 [Metschnikowia bowlesiae] >QMQ98441.1 Nad3 [Metschnikowia dekortorum] >QMQ98573.1 Nad3 [Metschnikowia dekortorum] >QNS23131.1 Nad3 [Metschnikowia similis]Ą€0€Š€0€Ą€ YP_009919788Ŗ€ĸ€0€0€ €ßMULTISPECIES: alpha/beta hydrolase [Acinetobacter] >ENU27749.1 hypothetical protein F992_01046 [Acinetobacter modestus] >KKW81128.1 hydrolase [Acinetobacter sp. AG1] >GGA32105.1 alpha/beta hydrolase [Acinetobacter modestus]Ą€0€Š€0€Ą€ WP_004660460Ŗ€ĸ€0€0€ €‚GNAT family N-acetyltransferase [Vibrio furnissii] >EEX40702.1 acetyltransferase [Vibrio furnissii CIP 102972] >QDC95372.1 GNAT family N-acetyltransferase [Vibrio furnissii] >UON50805.1 GNAT family N-acetyltransferase [Vibrio furnissii] >SUQ33105.1 Acetyltransferase [Vibrio furnissii]Ą€0€Š€0€Ą€ WP_004727834Ŗ€ĸ€0€0€ €>transposable element Tcb2 transposase [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFX07062Ŗ€ĸ€0€0€ €'TCPA protein [Psilopogon haemacephalus]Ą€0€¤€0€Ą€NXG47881Ŗ€ĸ€0€0€ €}AI-2E family transporter [Acaryochloris thomasi] >PZD74596.1 hypothetical protein C1752_00688 [Acaryochloris thomasi RCC1774]Ą€0€Š€0€Ą€ WP_110984669Ŗ€ĸ€0€0€ €‚YwqG family protein [Selenomonas sp. oral taxon 478] >AKT53944.1 hypothetical protein ADJ74_05540 [Selenomonas sp. oral taxon 478]Ą€0€Š€0€Ą€ WP_050342552Ŗ€ĸ€0€0€ €1alpha/beta hydrolase [Streptomyces sp. NBC_00102]Ą€0€Š€0€Ą€ WP_266708839Ŗ€ĸ€0€0€ €.hypothetical protein [Halosimplex sp. XZYJT29]Ą€0€Š€0€Ą€ WP_274323930Ŗ€ĸ€0€0€ €{hypothetical protein [Mycobacterium paragordonae] >TDK95710.1 hypothetical protein EI067_15865 [Mycobacterium paragordonae]Ą€0€Š€0€Ą€ WP_133448963Ŗ€ĸ€0€0€ €‹2-hydroxychromene-2-carboxylate isomerase [Rhizobium sp. UR51a] >KIV66154.1 2-hydroxychromene-2-carboxylate isomerase [Rhizobium sp. UR51a]Ą€0€Š€0€Ą€ WP_044459070Ŗ€ĸ€0€0€ €-DUF1697 domain-containing protein [bacterium]Ą€0€¤€0€Ą€ MBZ0271896Ŗ€ĸ€0€0€ €Dhypothetical protein BDV95DRAFT_493551 [Massariosphaeria phaeospora]Ą€0€¤€0€Ą€ KAF2871612Ŗ€ĸ€0€0€ €\hypothetical protein A2231_08845 [Candidatus Firestonebacteria bacterium RIFOXYA2_FULL_40_8]Ą€0€¤€0€Ą€OGF51096Ŗ€ĸ€0€0€ €MAG: deoxyhypusine synthase [Thermoplasmata archaeon] >OYT61077.1 deoxyhypusine synthase [Thermoplasmatales archaeon ex4484_30]Ą€0€¤€0€Ą€ KAA0015115Ŗ€ĸ€0€0€ €Etype II secretion system protein [candidate division WOR-3 bacterium]Ą€0€¤€0€Ą€ MCD6081740Ŗ€ĸ€0€0€ €sallophanate hydrolase [Pseudomonas psychrotolerans] >APQ10333.1 allophanate hydrolase [Pseudomonas psychrotolerans]Ą€0€Š€0€Ą€ WP_074527819Ŗ€ĸ€0€0€ €{glycosyltransferase family 4 protein [Helicobacter pylori] >PUD66278.1 methicillin resistance protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_108511015Ŗ€ĸ€0€0€ €­phosphoribosylformylglycinamidine synthase subunit PurS [Roseovarius gahaiensis] >NHQ75215.1 phosphoribosylformylglycinamidine synthase subunit PurS [Roseovarius gahaiensis]Ą€0€Š€0€Ą€ WP_167197999Ŗ€ĸ€0€0€ €Credoxin domain-containing protein [Oecophyllibacter saccharovorans]Ą€0€¤€0€Ą€QDH16072Ŗ€ĸ€0€0€ €S23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Litoribacterium kuwaitense]Ą€0€¤€0€Ą€NGP45824Ŗ€ĸ€0€0€ €?AraC family transcriptional regulator [Lewinellaceae bacterium]Ą€0€¤€0€Ą€ MCB9315714Ŗ€ĸ€0€0€ €˙MULTISPECIES: Cof-type HAD-IIB family hydrolase [Paenibacillus] >KAF6576615.1 HAD family phosphatase [Paenibacillus sp. EKM206P] >KAF6591251.1 HAD family phosphatase [Paenibacillus sp. EKM205P] >MBM0631936.1 HAD family phosphatase [Paenibacillus polymyxa]Ą€0€Š€0€Ą€ WP_165144904Ŗ€ĸ€0€0€ €:hypothetical protein PLESTB_001902200 [Pleodorina starrii]Ą€0€Ŧ€0€Ą€GLC62462Ŗ€ĸ€0€0€ €long-chain fatty acid--CoA ligase [Mycobacterium sp. E342] >OBH37299.1 long-chain fatty acid--CoA ligase [Mycobacterium sp. E342]Ą€0€Š€0€Ą€ WP_068051662Ŗ€ĸ€0€0€ €Khypothetical protein V502_08714 [Pseudogymnoascus sp. VKM F-4520 (FW-2644)]Ą€0€¤€0€Ą€KFZ09473Ŗ€ĸ€0€0€ €$P1 family peptidase [Pedobacter sp.]Ą€0€¤€0€Ą€ MCF8452598Ŗ€ĸ€0€0€ €cTerC family protein [Costertonia aggregata] >QLG47314.1 TerC family protein [Costertonia aggregata]Ą€0€Š€0€Ą€ WP_179243590Ŗ€ĸ€0€0€ €Ũattachment protein, partial [Human respiratory syncytial virus A] >UBY01612.1 attachment protein, partial [Human respiratory syncytial virus A] >UBY01616.1 attachment protein, partial [Human respiratory syncytial virus A]Ą€0€¤€0€Ą€UBY01598Ŗ€ĸ€0€0€ € arginase [Sphingobium sp. D43FB]Ą€0€¤€0€Ą€PBN43802Ŗ€ĸ€0€0€ €*polyprotein, partial [Dengue virus type 3]Ą€0€¤€0€Ą€UNP61785Ŗ€ĸ€0€0€ €Mpeptide-methionine (S)-S-oxide reductase MsrA [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI3778926Ŗ€ĸ€0€0€ €tSAF domain-containing protein [Agreia sp. Leaf244] >KQO08825.1 hypothetical protein ASF06_11875 [Agreia sp. Leaf244]Ą€0€Š€0€Ą€ WP_055947144Ŗ€ĸ€0€0€ €œhypothetical protein [Salmonella enterica] >EHZ1188370.1 hypothetical protein [Salmonella enterica] >EIT3440144.1 hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EHW4033744Ŗ€ĸ€0€0€ €thioredoxin family protein [Planctomycetaceae bacterium] >MCA9019596.1 thioredoxin family protein [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCA9004139Ŗ€ĸ€0€0€ €ADUF1636 domain-containing protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBM3534697Ŗ€ĸ€0€0€ €‚¤phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2153841.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2185301.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2186909.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2190231.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus]Ą€0€¤€0€Ą€ MCE2152122Ŗ€ĸ€0€0€ €šalpha-ketoglutarate-dependent dioxygenase AlkB [Mucilaginibacter sp. OK268] >SDP61352.1 Alkylated DNA repair dioxygenase AlkB [Mucilaginibacter sp. OK268]Ą€0€Š€0€Ą€ WP_090467430Ŗ€ĸ€0€0€ €Wautotransporter outer membrane beta-barrel domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EHR8930749Ŗ€ĸ€0€0€ €-sulfate transporter [Bacillus sp. FJAT-22058]Ą€0€¤€0€Ą€KOR85988Ŗ€ĸ€0€0€ €'hypothetical protein [Prevotella copri]Ą€0€Š€0€Ą€ WP_264950959Ŗ€ĸ€0€0€ €.BCCT family transporter [Halomonas campisalis]Ą€0€Š€0€Ą€ WP_238975975Ŗ€ĸ€0€0€ €mhypothetical protein [Bradyrhizobium japonicum] >MBR0993205.1 hypothetical protein [Bradyrhizobium japonicum]Ą€0€Š€0€Ą€ WP_212282141Ŗ€ĸ€0€0€ €=hypothetical protein SKA53_14321 [Yoonia vestfoldensis SKA53]Ą€0€¤€0€Ą€EAQ06730Ŗ€ĸ€0€0€ €Dfosfomycin resistance glutathione transferase [Pseudomonas mosselii]Ą€0€Š€0€Ą€ WP_236248745Ŗ€ĸ€0€0€ €IS91-like element ISEc37 family transposase [Shigella flexneri] >EFY1288680.1 IS91-like element ISEc37 family transposase [Shigella flexneri]Ą€0€¤€0€Ą€ EFX4914003Ŗ€ĸ€0€0€ €qRNA ligase RtcB family protein [Escherichia coli] >EIV3312609.1 RNA ligase RtcB family protein [Escherichia coli]Ą€0€¤€0€Ą€ EFL6071320Ŗ€ĸ€0€0€ €ƒimmunoglobulin light chain junction region [Macaca mulatta] >MOY08681.1 immunoglobulin light chain junction region [Macaca mulatta]Ą€0€¤€0€Ą€MOY08337Ŗ€ĸ€0€0€ €nitrile hydratase subunit alpha [Pseudomonas chlororaphis] >RON76733.1 nitrile hydratase subunit alpha [Pseudomonas chlororaphis]Ą€0€Š€0€Ą€ WP_123363258Ŗ€ĸ€0€0€ €Ahypothetical protein CM1200mP15_10210 [Dehalococcoidia bacterium]Ą€0€Ŧ€0€Ą€GIS82389Ŗ€ĸ€0€0€ €/WASH complex subunit 2-like [Puma yagouaroundi]Ą€0€Š€0€Ą€ XP_040342838Ŗ€ĸ€0€0€ €)integrase, partial [uncultured bacterium]Ą€0€¤€0€Ą€AFA35617Ŗ€ĸ€0€0€ €)hypothetical protein [Streptococcus suis]Ą€0€¤€0€Ą€NQJ73193Ŗ€ĸ€0€0€ €*protein PRRC2C isoform X2 [Ooceraea biroi]Ą€0€Š€0€Ą€ XP_026829212Ŗ€ĸ€0€0€ €:hypothetical protein F5Y08DRAFT_350184 [Xylaria arbuscula]Ą€0€¤€0€Ą€ KAI1358894Ŗ€ĸ€0€0€ €2YafY family protein [Pseudoxanthomonas suwonensis]Ą€0€Š€0€Ą€ WP_024870391Ŗ€ĸ€0€0€ €‚(M48 family peptidase [Campylobacter jejuni] >EAI7282191.1 M48 family metallopeptidase [Campylobacter jejuni] >EAJ3462377.1 M48 family metallopeptidase [Campylobacter jejuni] >EAJ3465471.1 M48 family metallopeptidase [Campylobacter jejuni] >EAJ9617293.1 M48 family peptidase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAI2381694Ŗ€ĸ€0€0€ €•DNA replication/repair protein RecF [Alkalibacillus almallahensis] >NIK12776.1 DNA replication and repair protein RecF [Alkalibacillus almallahensis]Ą€0€Š€0€Ą€ WP_167263015Ŗ€ĸ€0€0€ €—fimbria/pilus outer membrane usher protein [Enterobacter cloacae] >MBY5115739.1 fimbrial biogenesis outer membrane usher protein [Enterobacter cloacae]Ą€0€Š€0€Ą€ WP_222168304Ŗ€ĸ€0€0€ €8ABC transporter ATP-binding protein [Oleiagrimonas soli]Ą€0€Š€0€Ą€ WP_221265680Ŗ€ĸ€0€0€ €ĸarginine--tRNA ligase [Collinsella sp. An271] >MBM6689084.1 arginine--tRNA ligase [Collinsella tanakaei] >OUO62087.1 arginine--tRNA ligase [Collinsella sp. An271]Ą€0€Š€0€Ą€ WP_087199737Ŗ€ĸ€0€0€ €:phenylalanine--tRNA ligase subunit beta [Escherichia coli]Ą€0€¯€0€Ą€ HAI0697239Ŗ€ĸ€0€0€ €‹pyruvate dehydrogenase complex E1 component subunit beta [Leisingera sp. ANG-M6] >KIC29623.1 pyruvate dehydrogenase [Leisingera sp. ANG-M6]Ą€0€Š€0€Ą€ WP_039190453Ŗ€ĸ€0€0€ €Jformaldehyde dehydrogenase, glutathione-independent [Bacillus inaquosorum]Ą€0€Š€0€Ą€ WP_268285128Ŗ€ĸ€0€0€ €ohypothetical protein [Leifsonia sp. ZF2019] >UAJ80621.1 hypothetical protein IT072_06285 [Leifsonia sp. ZF2019]Ą€0€Š€0€Ą€ WP_223360106Ŗ€ĸ€0€0€ €NIQ54176.1 glutamate--tRNA ligase [Gemmatimonadota bacterium] >NIU74375.1 glutamate--tRNA ligase [Gammaproteobacteria bacterium] >NIX20354.1 glutamate--tRNA ligase [Actinomycetia bacterium] >NIX44370.1 glutamate--tRNA ligase [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€NIP79453Ŗ€ĸ€0€0€ €8CUB domain-containing protein 2 [Cynoglossus semilaevis]Ą€0€Š€0€Ą€ XP_008332845Ŗ€ĸ€0€0€ €1hypothetical protein C1H46_039899 [Malus baccata]Ą€0€¤€0€Ą€TQD74562Ŗ€ĸ€0€0€ €Qiron-sulfur cluster assembly scaffold protein [Candidatus Marsarchaeota archaeon]Ą€0€¤€0€Ą€ MCL4381067Ŗ€ĸ€0€0€ €~50S ribosomal protein L34 [Alteribacillus persepolensis] >SDI24008.1 LSU ribosomal protein L34P [Alteribacillus persepolensis]Ą€0€Š€0€Ą€ WP_091276063Ŗ€ĸ€0€0€ €‚hypothetical protein CN643_12815 [Parageobacillus yumthangensis] >PUF89736.1 hypothetical protein DCC82_12600 [Geobacillus sp. LYN3] >RDV22887.1 hypothetical protein DXK91_05700 [Parageobacillus toebii] >TXK89002.1 hypothetical protein FVE68_02105 [Geobacillus sp. AYS3]Ą€0€¤€0€Ą€PDM41204Ŗ€ĸ€0€0€ €wdTDP-glucose 4,6-dehydratase [Clostridium botulinum] >MBN1050098.1 dTDP-glucose 4,6-dehydratase [Clostridium botulinum]Ą€0€Š€0€Ą€ WP_205448866Ŗ€ĸ€0€0€ €FRecX family transcriptional regulator [Chloroflexi bacterium B3_Chlor]Ą€0€¤€0€Ą€TKJ28570Ŗ€ĸ€0€0€ €eGTP cyclohydrolase I [Micromonospora qiuiae] >GIJ29802.1 GTP cyclohydrolase 1 [Micromonospora qiuiae]Ą€0€Š€0€Ą€ WP_204037257Ŗ€ĸ€0€0€ €1hypothetical protein C1H46_014816 [Malus baccata]Ą€0€¤€0€Ą€TQD99590Ŗ€ĸ€0€0€ €bifunctional UDP-N-acetylglucosamine diphosphorylase/glucosamine-1-phosphate N-acetyltransferase GlmU [Acinetobacter sp. YH12057]Ą€0€Š€0€Ą€ WP_180130780Ŗ€ĸ€0€0€ €hglycosyl hydrolase [Rhizobium anhuiense] >UTS93310.1 beta-mannosidase [Rhizobium anhuiense bv. trifolii]Ą€0€Š€0€Ą€ WP_254962431Ŗ€ĸ€0€0€ €Hoxidoreductase-like domain-containing protein [Thalassotalea euphylliae]Ą€0€Š€0€Ą€ WP_245961518Ŗ€ĸ€0€0€ €3DMT family transporter [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MBN8919778Ŗ€ĸ€0€0€ €SKF96886.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] >SKG28784.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] >SKH45347.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] >SKI73054.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense]Ą€0€Š€0€Ą€ WP_079619859Ŗ€ĸ€0€0€ €6MAG: GHMP kinase, partial [Marinilabiliales bacterium]Ą€0€¤€0€Ą€PLX13828Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW1714133Ŗ€ĸ€0€0€ €Bformate dehydrogenase, beta subunit [Escherichia coli P0305260.13]Ą€0€¤€0€Ą€ENF92344Ŗ€ĸ€0€0€ €ehypothetical protein [Vibrio alginolyticus] >MCR9886901.1 hypothetical protein [Vibrio alginolyticus]Ą€0€Š€0€Ą€ WP_258515841Ŗ€ĸ€0€0€ €Tmotility associated factor glycosyltransferase family protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ ECP6736894Ŗ€ĸ€0€0€ €Ôhelix-turn-helix domain-containing protein [Moritella sp. PE36] >EDM64794.1 putative transcriptional regulator protein [Moritella sp. PE36] >MBL1416365.1 helix-turn-helix domain-containing protein [Moritella sp.]Ą€0€Š€0€Ą€ WP_006034446Ŗ€ĸ€0€0€ €‘sugar ABC transporter substrate-binding protein [Massilia glaciei] >PWF42714.1 sugar ABC transporter substrate-binding protein [Massilia glaciei]Ą€0€Š€0€Ą€ WP_106759541Ŗ€ĸ€0€0€ €‰segregation/condensation protein A [Fusibacter tunisiensis] >MBM7561549.1 segregation and condensation protein A [Fusibacter tunisiensis]Ą€0€Š€0€Ą€ WP_204663166Ŗ€ĸ€0€0€ €2enoyl-CoA hydratase [Ilumatobacteraceae bacterium]Ą€0€¤€0€Ą€ MBJ7292067Ŗ€ĸ€0€0€ €ųMULTISPECIES: type II toxin-antitoxin system VapC family toxin [unclassified Sphingobium] >OUC53080.1 VapC toxin family PIN domain ribonuclease [Sphingobium sp. GW456-12-10-14-TSB1] >GLI99703.1 hypothetical protein Sbs19_35210 [Sphingobium sp. BS19]Ą€0€Š€0€Ą€ WP_086486287Ŗ€ĸ€0€0€ €:HTH-type transcriptional regulator MetR [Escherichia coli]Ą€0€¤€0€Ą€ EHH4366918Ŗ€ĸ€0€0€ €1unnamed protein product [Streptomyces sp. CC216B]Ą€0€Š€0€Ą€ WP_282689626Ŗ€ĸ€0€0€ €;hypothetical protein ONE63_006363 [Megalurothrips usitatus]Ą€0€¤€0€Ą€ KAJ1529594Ŗ€ĸ€0€0€ €>acyl-CoA dehydrogenase family protein [Ralstonia solanacearum]Ą€0€Š€0€Ą€ WP_055337992Ŗ€ĸ€0€0€ €?acrosin-binding protein isoform X2 [Ictidomys tridecemlineatus]Ą€0€Š€0€Ą€ XP_040136988Ŗ€ĸ€0€0€ €lhypothetical protein [Prevotella amnii] >KXB74559.1 hypothetical protein HMPREF1860_01998 [Prevotella amnii]Ą€0€Š€0€Ą€ WP_060933343Ŗ€ĸ€0€0€ €ZLysR family transcriptional regulator substrate-binding protein [Lactobacillus helveticus]Ą€0€Š€0€Ą€ WP_258380998Ŗ€ĸ€0€0€ €/phosphoserine transaminase [Maritimibacter sp.]Ą€0€¤€0€Ą€ MCB1338306Ŗ€ĸ€0€0€ €Yglycerate kinase [Thermotoga sp. Mc24] >KHC91849.1 glycerate kinase [Thermotoga sp. Mc24]Ą€0€Š€0€Ą€ WP_038052668Ŗ€ĸ€0€0€ €qhypothetical protein [Pseudomonas sp. phDV1] >AXO62978.1 hypothetical protein DZC76_18395 [Pseudomonas sp. phDV1]Ą€0€Š€0€Ą€ WP_116619797Ŗ€ĸ€0€0€ €‚ZMULTISPECIES: lysophospholipase [unclassified Microbacterium] >PQZ58256.1 lysophospholipase [Microbacterium sp. MYb43] >PQZ78348.1 lysophospholipase [Microbacterium sp. MYb40] >PRB20579.1 lysophospholipase [Microbacterium sp. MYb54] >PRB28336.1 lysophospholipase [Microbacterium sp. MYb50] >PRB66601.1 lysophospholipase [Microbacterium sp. MYb24]Ą€0€Š€0€Ą€ WP_105526419Ŗ€ĸ€0€0€ €3phage major tail tube protein [Serratia sp. 1D1416]Ą€0€Š€0€Ą€ WP_129543374Ŗ€ĸ€0€0€ €Aformylglycine-generating enzyme family protein [Planctomyces sp.]Ą€0€¤€0€Ą€ MBL8820230Ŗ€ĸ€0€0€ €vzinc finger protein 384 isoform X3 [Heterocephalus glaber] >EHB18614.1 Zinc finger protein 384 [Heterocephalus glaber]Ą€0€Š€0€Ą€ XP_004869485Ŗ€ĸ€0€0€ €rhypothetical protein, partial [Listeria monocytogenes] >MCL1178864.1 hypothetical protein [Listeria monocytogenes]Ą€0€Š€0€Ą€ WP_248846761Ŗ€ĸ€0€0€ €7thiamine pyrophosphate-binding protein [Rhodoferax sp.]Ą€0€¤€0€Ą€ MCP5260845Ŗ€ĸ€0€0€ €@MAG: NAD(P)/FAD-dependent oxidoreductase [Pseudoxanthomonas sp.]Ą€0€¤€0€Ą€WDS37366Ŗ€ĸ€0€0€ €fhypothetical protein, partial [Vibrio fluvialis] >MCG6359012.1 hypothetical protein [Vibrio fluvialis]Ą€0€Š€0€Ą€ WP_238844860Ŗ€ĸ€0€0€ €'TM222 protein [Pomatorhinus ruficollis]Ą€0€¤€0€Ą€NXY38534Ŗ€ĸ€0€0€ €Pamino acid ABC transporter substrate-binding protein [Caldibacillus lycopersici]Ą€0€Š€0€Ą€ WP_263072085Ŗ€ĸ€0€0€ €nD-alanyl-D-alanine carboxypeptidase/D-alanyl-D-alanine-endopeptidase [Candidatus Competibacteraceae bacterium]Ą€0€¤€0€Ą€ MCB1815789Ŗ€ĸ€0€0€ €Uglycine betaine/L-proline ABC transporter ATP-binding protein ProV [Escherichia coli]Ą€0€¤€0€Ą€MWR41881Ŗ€ĸ€0€0€ €‚/transcription factor bHLH121-like isoform X1 [Mangifera indica] >XP_044490863.1 transcription factor bHLH121-like isoform X1 [Mangifera indica] >XP_044490864.1 transcription factor bHLH121-like isoform X1 [Mangifera indica] >XP_044490865.1 transcription factor bHLH121-like isoform X1 [Mangifera indica]Ą€0€Š€0€Ą€ XP_044490862Ŗ€ĸ€0€0€ €EDUF362 domain-containing protein [candidate division WOR-3 bacterium]Ą€0€¤€0€Ą€ MBM3322720Ŗ€ĸ€0€0€ €ŽABC transporter ATP-binding protein/permease [Haemophilus influenzae] >AIT66999.1 ABC transporter ATP-binding protein [Haemophilus influenzae]Ą€0€Š€0€Ą€ WP_038440434Ŗ€ĸ€0€0€ €.olfactory receptor 11H4 [Mesocricetus auratus]Ą€0€Š€0€Ą€ XP_005087540Ŗ€ĸ€0€0€ €Zhypothetical protein CVV12_01290 [Gammaproteobacteria bacterium HGW-Gammaproteobacteria-2]Ą€0€¤€0€Ą€PKM16736Ŗ€ĸ€0€0€ €‚EFAD-dependent oxidoreductase [Neisseria meningitidis] >MBG8662276.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBG8703243.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBG8722734.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBJ1794785.1 FAD-dependent oxidoreductase [Neisseria meningitidis]Ą€0€¤€0€Ą€ MBG8612140Ŗ€ĸ€0€0€ €@RecQ family ATP-dependent DNA helicase [Bacteroidales bacterium]Ą€0€¤€0€Ą€NLY22703Ŗ€ĸ€0€0€ €?hypothetical protein E6H63_00475 [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€TMH33622Ŗ€ĸ€0€0€ €Dhypothetical protein DBR06_SOUSAS16310016, partial [Sousa chinensis]Ą€0€¤€0€Ą€TEA36401Ŗ€ĸ€0€0€ €:phage baseplate assembly protein V [Bilophila wadsworthia]Ą€0€Š€0€Ą€ WP_279029857Ŗ€ĸ€0€0€ €HRAB11-binding protein RELCH homolog isoform X2 [Kryptolebias marmoratus]Ą€0€Š€0€Ą€ XP_037829017Ŗ€ĸ€0€0€ €8hypothetical protein AVEN_210951-1 [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBM15324Ŗ€ĸ€0€0€ €{DUF445 domain-containing protein [Priestia megaterium] >MBU8689936.1 DUF445 domain-containing protein [Priestia megaterium]Ą€0€Š€0€Ą€ WP_216890540Ŗ€ĸ€0€0€ €‚™MULTISPECIES: hemolysin family protein [Microbacterium] >APF35400.1 hypothetical protein BO218_15280 [Microbacterium paludicola] >OAZ43124.1 hypothetical protein A9Z40_14845 [Microbacterium arborescens] >OWP22656.1 HlyC/CorC family transporter [Microbacterium sp. AISO3] >POX66324.1 HlyC/CorC family transporter [Microbacterium sp. Ru50] >QCR41030.1 HlyC/CorC family transporter [Microbacterium sp. SGAir0570]Ą€0€Š€0€Ą€ WP_023955328Ŗ€ĸ€0€0€ €‚ glycosyltransferase family 2 protein [Vibrio vulnificus] >EHZ2755664.1 glycosyltransferase family 2 protein [Vibrio vulnificus] >EHZ2763689.1 glycosyltransferase family 2 protein [Vibrio vulnificus] >EIV8492187.1 glycosyltransferase family 2 protein [Vibrio vulnificus]Ą€0€¤€0€Ą€ EHK9185512Ŗ€ĸ€0€0€ €|MBL fold metallo-hydrolase, partial [Xanthomonas perforans] >MCF5954920.1 MBL fold metallo-hydrolase [Xanthomonas perforans]Ą€0€Š€0€Ą€ WP_236495189Ŗ€ĸ€0€0€ €€uncharacterized protein J4E87_001741 [Alternaria ethzedia] >KAI4632269.1 hypothetical protein J4E87_001741 [Alternaria ethzedia]Ą€0€Š€0€Ą€ XP_049236752Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO6153462Ŗ€ĸ€0€0€ €Chypothetical protein CY0110_16197 [Crocosphaera chwakensis CCY0110]Ą€0€¤€0€Ą€EAZ93353Ŗ€ĸ€0€0€ €ncyclase family protein [Burkholderiaceae bacterium] >TAM03995.1 MAG: cyclase family protein [Pusillimonas sp.]Ą€0€¤€0€Ą€TAL78422Ŗ€ĸ€0€0€ €7RNA polymerase sigma factor RpoD [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ9979016Ŗ€ĸ€0€0€ €‰aldehyde dehydrogenase family protein [Ralstonia wenshanensis] >UGS88263.1 aldehyde dehydrogenase family protein [Ralstonia wenshanensis]Ą€0€Š€0€Ą€ WP_232038993Ŗ€ĸ€0€0€ €‚›hypothetical protein DOU02_01815 [Clavibacter michiganensis subsp. michiganensis] >MBW8027037.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] >MWJ14879.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] >MWJ17514.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] >NIY58947.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis]Ą€0€¤€0€Ą€ KAF0259695Ŗ€ĸ€0€0€ €,type IV pilin protein [Pseudomonas otitidis]Ą€0€Š€0€Ą€ WP_263011293Ŗ€ĸ€0€0€ €hWbqC family protein [Flavobacterium sp. LMO8] >MQP25606.1 hypothetical protein [Flavobacterium sp. LMO8]Ą€0€Š€0€Ą€ WP_153201580Ŗ€ĸ€0€0€ €Äglycosyltransferase family 4 protein [Nitrosomonas communis] >SDW88484.1 UDP-N-acetylmuramyl pentapeptide phosphotransferase/UDP-N-acetylglucosamine-1-phosphate transferase [Nitrosomonas communis]Ą€0€Š€0€Ą€ WP_074667553Ŗ€ĸ€0€0€ €Ąenoyl-CoA hydratase [Mycobacterium shigaense] >PRI14809.1 enoyl-CoA hydratase [Mycobacterium shigaense] >BAX94588.1 enoyl-CoA hydratase [Mycobacterium shigaense]Ą€0€Š€0€Ą€ WP_096443068Ŗ€ĸ€0€0€ €ęDUF1488 domain-containing protein [Pseudoalteromonas luteoviolacea] >KZN44286.1 hypothetical protein N482_16725 [Pseudoalteromonas luteoviolacea NCIMB 1942] >KZW99331.1 hypothetical protein JL49_18180 [Pseudoalteromonas luteoviolacea]Ą€0€Š€0€Ą€ WP_063378475Ŗ€ĸ€0€0€ €mhypothetical protein [Leptolyngbya sp. 7M] >QYO67357.1 hypothetical protein JVX88_11465 [Leptolyngbya sp. 7M]Ą€0€Š€0€Ą€ WP_211627431Ŗ€ĸ€0€0€ €hypothetical protein, partial [Bacteroides xylanisolvens] >KAB6160373.1 hypothetical protein GA393_26975, partial [Bacteroides xylanisolvens]Ą€0€Š€0€Ą€ WP_152029253Ŗ€ĸ€0€0€ €Jaminodeoxychorismate/anthranilate synthase component II [Oribacterium sp.]Ą€0€¤€0€Ą€ MCR5007903Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UEX07109Ŗ€ĸ€0€0€ €Âhypothetical protein [Mesorhizobium sp. NZP2077] >QKC86356.1 hypothetical protein EB232_20400 [Mesorhizobium sp. NZP2077] >QKD17161.1 hypothetical protein HGP13_20120 [Mesorhizobium sp. NZP2077]Ą€0€Š€0€Ą€ WP_172228453Ŗ€ĸ€0€0€ €GYTH domain-containing protein ECT4-like isoform X2 [Prosopis cineraria]Ą€0€Š€0€Ą€ XP_054800357Ŗ€ĸ€0€0€ €Pefflux RND transporter periplasmic adaptor subunit [Desulfobacterales bacterium]Ą€0€¤€0€Ą€ MCD4805360Ŗ€ĸ€0€0€ €—phosphate ABC transporter permease PstA [Oscillibacter sp.] >SCH09036.1 Phosphate transport system permease protein pstA [uncultured Oscillibacter sp.]Ą€0€¤€0€Ą€MUU11774Ŗ€ĸ€0€0€ €>biotin--[acetyl-CoA-carboxylase] ligase [Cellulomonas hominis]Ą€0€Š€0€Ą€ WP_221286480Ŗ€ĸ€0€0€ €¯DUF1398 family protein [Staphylococcus aureus] >MCQ1232951.1 DUF1398 family protein [Staphylococcus aureus] >OMK06036.1 hypothetical protein BO217_0272 [Staphylococcus aureus]Ą€0€Š€0€Ą€ WP_076679691Ŗ€ĸ€0€0€ €7GNAT family N-acetyltransferase [Nocardioides anomalus]Ą€0€¤€0€Ą€QIG46118Ŗ€ĸ€0€0€ €}TnsD family Tn7-like transposition protein [Acinetobacter defluvii] >NNP72617.1 hypothetical protein [Acinetobacter defluvii]Ą€0€Š€0€Ą€ WP_171531042Ŗ€ĸ€0€0€ €‡chaperone protein DNAj, putative [Pediculus humanus corporis] >EEB17935.1 chaperone protein DNAj, putative [Pediculus humanus corporis]Ą€0€Š€0€Ą€ XP_002430673Ŗ€ĸ€0€0€ €@hypothetical protein RDp07_gp12 [Roseobacter phage RD-1410Ws-07]Ą€0€¤€0€Ą€ANJ20823Ŗ€ĸ€0€0€ €$RTXE polymerase [Semnornis frantzii]Ą€0€¤€0€Ą€NXR14151Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBI5003436Ŗ€ĸ€0€0€ €ˇfatty acid biosynthesis protein FabY [Enterobacter hormaechei subsp. xiangfangensis] >MCU2740232.1 fatty acid biosynthesis protein FabY [Enterobacter hormaechei subsp. xiangfangensis]Ą€0€¤€0€Ą€ MCU2740175Ŗ€ĸ€0€0€ €=competence type IV pilus ATPase ComGA [Planococcus sp. REN14]Ą€0€Š€0€Ą€ WP_203339841Ŗ€ĸ€0€0€ €*cytokinin dehydrogenase 3 [Lactuca sativa]Ą€0€Š€0€Ą€ XP_052621353Ŗ€ĸ€0€0€ €:hypothetical protein JOQ06_027932 [Pogonophryne albipinna]Ą€0€¤€0€Ą€ KAJ4922108Ŗ€ĸ€0€0€ €3hypothetical protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBK6983032Ŗ€ĸ€0€0€ €>helix-turn-helix transcriptional regulator [Oscillibacter sp.]Ą€0€¤€0€Ą€ MCI9332849Ŗ€ĸ€0€0€ €.hypothetical protein [Streptococcus anginosus]Ą€0€Š€0€Ą€ WP_057489847Ŗ€ĸ€0€0€ €žMULTISPECIES: formate dehydrogenase [unclassified Limnohabitans] >PIT79320.1 formate dehydrogenase [Limnohabitans sp. JirII-31] >PUE25461.1 formate dehydrogenase [Limnohabitans sp. JirII-29]Ą€0€Š€0€Ą€ WP_100146488Ŗ€ĸ€0€0€ €Ámannitol-1-phosphate 5-dehydrogenase [Pantoea ananatis] >MBA4821766.1 mannitol-1-phosphate 5-dehydrogenase [Pantoea ananatis] >QKV88829.1 mannitol-1-phosphate 5-dehydrogenase [Pantoea ananatis]Ą€0€Š€0€Ą€ WP_176018545Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBI4448201Ŗ€ĸ€0€0€ €$polyprotein, partial [Hepacivirus C]Ą€0€¤€0€Ą€QGA29503Ŗ€ĸ€0€0€ €—SCP2 sterol-binding domain-containing protein [Glaesserella parasuis] >WDI27804.1 SCP2 sterol-binding domain-containing protein [Glaesserella parasuis]Ą€0€Š€0€Ą€ WP_274358594Ŗ€ĸ€0€0€ €8uncharacterized protein LOC127930338 [Oncorhynchus keta]Ą€0€Š€0€Ą€ XP_052375968Ŗ€ĸ€0€0€ €ƒFAD-dependent oxidoreductase [Halorubrum sp. CGM5_25_10-8B] >TKX37239.1 FAD-dependent oxidoreductase [Halorubrum sp. CGM5_25_10-8B]Ą€0€Š€0€Ą€ WP_137692307Ŗ€ĸ€0€0€ €+pyridoxal kinase [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0252047Ŗ€ĸ€0€0€ €>sugar phosphate isomerase/epimerase [Armatimonadota bacterium]Ą€0€¤€0€Ą€ MBM3499926Ŗ€ĸ€0€0€ €@succinate--CoA ligase subunit alpha [Mycobacteriaceae bacterium]Ą€0€¤€0€Ą€NBQ41256Ŗ€ĸ€0€0€ €/hypothetical protein [Synergistaceae bacterium]Ą€0€¤€0€Ą€ MBQ6111538Ŗ€ĸ€0€0€ €§xanthine dehydrogenase family protein molybdopterin-binding subunit [Nonomuraea spiralis] >GGS77017.1 carbon-monoxide dehydrogenase large subunit [Nonomuraea spiralis]Ą€0€Š€0€Ą€ WP_189646918Ŗ€ĸ€0€0€ €whypothetical protein [Boseongicola sp. SB0665_bin_10] >MYG28588.1 hypothetical protein [Boseongicola sp. SB0677_bin_26]Ą€0€¤€0€Ą€MXX91804Ŗ€ĸ€0€0€ €íFAD-binding oxidoreductase [Burkholderia ubonensis] >KUZ71655.1 amino acid dehydrogenase [Burkholderia ubonensis] >KUZ92442.1 amino acid dehydrogenase [Burkholderia ubonensis] >KUZ94636.1 amino acid dehydrogenase [Burkholderia ubonensis]Ą€0€Š€0€Ą€ WP_059632389Ŗ€ĸ€0€0€ €…LysR family transcriptional regulator [Tepidicaulis marinus] >GAK45921.1 LysR family transcriptional regulator [Tepidicaulis marinus]Ą€0€Š€0€Ą€ WP_052379448Ŗ€ĸ€0€0€ €@Holliday junction resolvase RecU [Erysipelotrichaceae bacterium]Ą€0€¯€0€Ą€HCW55486Ŗ€ĸ€0€0€ €ihypothetical protein [Aliarcobacter butzleri] >MCT7554762.1 hypothetical protein [Aliarcobacter butzleri]Ą€0€Š€0€Ą€ WP_260920963Ŗ€ĸ€0€0€ €4FAD-dependent oxidoreductase [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBS0905846Ŗ€ĸ€0€0€ €2hypothetical protein [Salinisphaeraceae bacterium]Ą€0€¤€0€Ą€MAA73247Ŗ€ĸ€0€0€ €4hypothetical protein VR78_15695 [Hoeflea sp. BRH_c9]Ą€0€¤€0€Ą€KJS09633Ŗ€ĸ€0€0€ €ŖLacI family DNA-binding transcriptional regulator [Enterobacter cloacae] >KZQ34787.1 LacI family transcriptional regulator [Enterobacter cloacae subsp. dissolvens]Ą€0€Š€0€Ą€ WP_063427392Ŗ€ĸ€0€0€ €‚PMULTISPECIES: replication protein, partial [Acinetobacter calcoaceticus/baumannii complex] >MBR7691416.1 replication protein [Acinetobacter nosocomialis] >MBS0036535.1 replication protein [Acinetobacter nosocomialis] >MCG5289171.1 replication protein [Acinetobacter baumannii] >MCT6659744.1 replication protein [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_171251269Ŗ€ĸ€0€0€ €,guanylate kinase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR6293537Ŗ€ĸ€0€0€ €!DNA adenine methylase [bacterium]Ą€0€¤€0€Ą€ MBD8963934Ŗ€ĸ€0€0€ €3hypothetical protein FGRMN_2770 [Fusarium graminum]Ą€0€¤€0€Ą€ KAF4998971Ŗ€ĸ€0€0€ €}hypothetical protein [Methylobacterium sp. Leaf87] >KQO68516.1 hypothetical protein ASF22_19905 [Methylobacterium sp. Leaf87]Ą€0€Š€0€Ą€ WP_056264272Ŗ€ĸ€0€0€ €Jxanthine dehydrogenase family protein subunit M [Acidimicrobiia bacterium]Ą€0€¯€0€Ą€HIE21596Ŗ€ĸ€0€0€ €Ūhypothetical protein [Curtobacterium flaccumfaciens] >UXN25438.1 hypothetical protein N8D74_00660 [Curtobacterium flaccumfaciens] >UYC80276.1 hypothetical protein OE229_14230 [Curtobacterium flaccumfaciens pv. poinsettiae]Ą€0€Š€0€Ą€ WP_262138576Ŗ€ĸ€0€0€ €2CoA transferase subunit A [Anaerolineae bacterium]Ą€0€¤€0€Ą€NPV66369Ŗ€ĸ€0€0€ €‚immunoglobulin heavy chain junction region [Homo sapiens] >MBN4415556.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4454871.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4565292.1 immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4358138Ŗ€ĸ€0€0€ €T16S rRNA (cytosine(1402)-N(4))-methyltransferase RsmH [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBM3366565Ŗ€ĸ€0€0€ €­bacterioferritin [Gluconacetobacter sacchari] >MBB2160259.1 bacterioferritin [Gluconacetobacter sacchari] >GBQ28790.1 bacterioferritin [Gluconacetobacter sacchari DSM 12717]Ą€0€Š€0€Ą€ WP_182997113Ŗ€ĸ€0€0€ €N-acetylmuramoyl-L-alanine amidase, partial [Staphylococcus succinus] >MBU0437225.1 N-acetylmuramoyl-L-alanine amidase [Staphylococcus succinus]Ą€0€Š€0€Ą€ WP_215799033Ŗ€ĸ€0€0€ €1FAD-binding oxidoreductase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO7690464Ŗ€ĸ€0€0€ €1DNA topoisomerase 1, partial [Stigmatomma bellii]Ą€0€¤€0€Ą€ANN75327Ŗ€ĸ€0€0€ €=CaiB/BaiF CoA-transferase family protein [Roseomonas sp. E05]Ą€0€Š€0€Ą€ WP_283525395Ŗ€ĸ€0€0€ €BTRAP transporter small permease subunit [Hwanghaeella grinnelliae]Ą€0€¤€0€Ą€RVU39726Ŗ€ĸ€0€0€ €Šphenylacetic acid degradation bifunctional protein PaaZ [Agromyces protaetiae] >QAY72925.1 phenylacetic acid degradation bifunctional protein PaaZ [Agromyces protaetiae]Ą€0€Š€0€Ą€ WP_129189671Ŗ€ĸ€0€0€ €‚MStl1p [Saccharomyces cerevisiae YJM270] >PTN41115.1 glucose-inactivated glycerol proton symporter STL1 [Saccharomyces cerevisiae] >CAI4374580.1 AIC_G0013670.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI4375830.1 CAS_1a_G0013600.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI6593221.1 AIC_G0013670.mRNA.1.CDS.1 [Saccharomyces cerevisiae]Ą€0€¤€0€Ą€AJU61790Ŗ€ĸ€0€0€ €‚ŧMULTISPECIES: LysR family transcriptional regulator [Pseudomonas] >KES21202.1 LysR family transcriptional regulator [Pseudomonas sp. AAC] >MBB1605587.1 LysR family transcriptional regulator [Pseudomonas sp. UMC76] >MBB1637609.1 LysR family transcriptional regulator [Pseudomonas sp. UME83] >MBH3433828.1 LysR family transcriptional regulator [Pseudomonas citronellolis] >NTX93139.1 LysR family transcriptional regulator [Pseudomonas sp. UMA643]Ą€0€Š€0€Ą€ WP_009620393Ŗ€ĸ€0€0€ €5chemotaxis protein CheA [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCE5327674Ŗ€ĸ€0€0€ €ˆFtsX-like permease family protein [Allocatelliglobosispora scoriae] >MBB5874570.1 hypothetical protein [Allocatelliglobosispora scoriae]Ą€0€Š€0€Ą€ WP_184846795Ŗ€ĸ€0€0€ €)unnamed protein product [Menidia menidia]Ą€0€Ĩ€0€Ą€ CAG5919444Ŗ€ĸ€0€0€ €•tubulin-like doman-containing protein [Paenibacillus illinoisensis] >MCM3206896.1 tubulin-like doman-containing protein [Paenibacillus illinoisensis]Ą€0€Š€0€Ą€ WP_251643117Ŗ€ĸ€0€0€ €‚Õglycoside hydrolase family 12 protein [Aureobasidium subglaciale EXF-2481] >KAI5199030.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5214353.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5217754.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5242553.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5252318.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale]Ą€0€Š€0€Ą€ XP_013338901Ŗ€ĸ€0€0€ €-lysoplasmalogenase [Streptomyces samsunensis]Ą€0€Š€0€Ą€ WP_254645866Ŗ€ĸ€0€0€ €+sialate O-acetylesterase [Escherichia coli]Ą€0€¤€0€Ą€ EFK3891274Ŗ€ĸ€0€0€ €6peptidylprolyl isomerase [Campylobacterales bacterium]Ą€0€¯€0€Ą€HIP46790Ŗ€ĸ€0€0€ €Qseptal ring lytic transglycosylase RlpA family protein [Dolichospermum circinale]Ą€0€Š€0€Ą€ WP_271820285Ŗ€ĸ€0€0€ €Ņmethylmalonyl-CoA epimerase [Pseudopuniceibacterium sediminis] >KAA2312369.1 methylmalonyl-CoA epimerase [Puniceibacterium sp. HSS470] >RII37417.1 methylmalonyl-CoA epimerase [Pseudopuniceibacterium sediminis]Ą€0€Š€0€Ą€ WP_119400337Ŗ€ĸ€0€0€ €KMV54297.1 hypothetical protein ACM21_24005 [Escherichia coli]Ą€0€Š€0€Ą€ WP_049595658Ŗ€ĸ€0€0€ €ZP-loop containing nucleoside triphosphate hydrolase protein, partial [Lactarius hatsudake]Ą€0€¤€0€Ą€ KAH8979981Ŗ€ĸ€0€0€ €0acyl-CoA dehydrogenase [Myxococcaceae bacterium]Ą€0€¤€0€Ą€RYZ40664Ŗ€ĸ€0€0€ €>GntR family transcriptional regulator [Cryobacterium arcticum]Ą€0€¤€0€Ą€ANP72927Ŗ€ĸ€0€0€ €Dfilamentation induced by cAMP protein fic [Clostridium beijerinckii]Ą€0€Š€0€Ą€ WP_279270002Ŗ€ĸ€0€0€ €Fhypothetical protein D8674_021982 [Pyrus ussuriensis x Pyrus communis]Ą€0€¤€0€Ą€ KAB2615394Ŗ€ĸ€0€0€ €ATPase [Enterococcus faecium]Ą€0€¤€0€Ą€NTM88027Ŗ€ĸ€0€0€ €‚"hypothetical protein [Vibrio parahaemolyticus] >HAS6625660.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6636184.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6652665.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6658038.1 hypothetical protein [Vibrio parahaemolyticus]Ą€0€¯€0€Ą€ HAS6615025Ŗ€ĸ€0€0€ €5ATP synthase F0 subunit B [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5673014Ŗ€ĸ€0€0€ €8DUF3944 domain-containing protein [Citrobacter freundii]Ą€0€¯€0€Ą€ HCA5739398Ŗ€ĸ€0€0€ €8PASTA domain-containing protein [Algoriphagus yeomjeoni]Ą€0€¤€0€Ą€RAI83609Ŗ€ĸ€0€0€ €ŠNAD-dependent succinate-semialdehyde dehydrogenase [Rhodococcus sp. FXJ9.536] >MCQ4118180.1 NAD-dependent succinate-semialdehyde dehydrogenase [Rhodococcus sp. FXJ9.536]Ą€0€Š€0€Ą€ WP_255965801Ŗ€ĸ€0€0€ €‚ģMULTISPECIES: DUF1565 domain-containing protein [Nostocaceae] >HBW32458.1 DUF1565 domain-containing protein [Nostoc sp. UBA8866] >MBD2174824.1 DUF1565 domain-containing protein [Anabaena cylindrica FACHB-318] >MBD2266585.1 DUF1565 domain-containing protein [Anabaena sp. FACHB-709] >MBD2276177.1 DUF1565 domain-containing protein [Nostoc sp. PCC 7120 = FACHB-418] >MBD2286822.1 DUF1565 domain-containing protein [Anabaena cylindrica FACHB-170]Ą€0€Š€0€Ą€ WP_010997757Ŗ€ĸ€0€0€ €1prolyl aminopeptidase [Micromonospora arborensis]Ą€0€Š€0€Ą€ WP_244200682Ŗ€ĸ€0€0€ €Khypothetical protein A5866_002976, partial [Enterococcus sp. 12C11_DIV0727]Ą€0€¤€0€Ą€OTO70739Ŗ€ĸ€0€0€ €ŊMULTISPECIES: hypothetical protein [Prevotella] >QVJ79991.1 hypothetical protein J4031_09775 [Prevotella ruminicola] >SDQ45443.1 hypothetical protein SAMN04487826_1778 [Prevotella sp. khp1]Ą€0€Š€0€Ą€ WP_143010918Ŗ€ĸ€0€0€ €Nproton-conducting transporter membrane subunit [Saccharomonospora sp. CUA-673]Ą€0€Š€0€Ą€ WP_255375741Ŗ€ĸ€0€0€ €üMULTISPECIES: NADH-quinone oxidoreductase subunit J [unclassified Methyloversatilis] >MCQ9374030.1 NADH-quinone oxidoreductase subunit J [Methyloversatilis sp. XJ19-13] >MCQ9378715.1 NADH-quinone oxidoreductase subunit J [Methyloversatilis sp. XJ19-49]Ą€0€Š€0€Ą€ WP_257080809Ŗ€ĸ€0€0€ €DABC transporter ATP-binding protein [Micromonospora sp. NBRC 101691]Ą€0€Ŧ€0€Ą€GLY24463Ŗ€ĸ€0€0€ €0HAD family phosphatase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR5377733Ŗ€ĸ€0€0€ €/MoxR family ATPase [Microbacterium sp. kSW2-24]Ą€0€Š€0€Ą€ WP_247623927Ŗ€ĸ€0€0€ €ĒEAL domain-containing protein [Bradyrhizobium huanghuaihaiense] >TWI75835.1 diguanylate cyclase/phosphodiesterase with PAS/PAC sensor(s) [Bradyrhizobium huanghuaihaiense]Ą€0€Š€0€Ą€ WP_018646673Ŗ€ĸ€0€0€ €:PREDICTED: L-ascorbate oxidase homolog [Nicotiana tabacum]Ą€0€Š€0€Ą€ XP_016445639Ŗ€ĸ€0€0€ €,semaphorin-5A isoform X5 [Takifugu rubripes]Ą€0€Š€0€Ą€ XP_029698713Ŗ€ĸ€0€0€ €0SDR family oxidoreductase [Cellulomonas hominis]Ą€0€¤€0€Ą€ MBU5424338Ŗ€ĸ€0€0€ €xcitrate synthase [Oceaniovalibus guishaninsula] >EKE43682.1 citrate (Si)-synthase [Oceaniovalibus guishaninsula JLT2003]Ą€0€Š€0€Ą€ WP_007427566Ŗ€ĸ€0€0€ €GNAT family N-acetyltransferase [Curtobacterium sp. MCLR17_007] >PZF01986.1 N-acetyltransferase [Curtobacterium sp. MCLR17_007]Ą€0€Š€0€Ą€ WP_111106433Ŗ€ĸ€0€0€ €relaxase [Helicobacter pylori]Ą€0€¤€0€Ą€PDW44028Ŗ€ĸ€0€0€ €CPREDICTED: zinc finger protein 595-like isoform X2 [Papilio xuthus]Ą€0€Š€0€Ą€ XP_013164386Ŗ€ĸ€0€0€ €/F0F1 ATP synthase subunit C [Bacilli bacterium]Ą€0€¤€0€Ą€ MBR3209975Ŗ€ĸ€0€0€ €yhypothetical protein [Mesorhizobium sp. STM 4661] >CCV14962.1 conserved hypothetical protein [Mesorhizobium sp. STM 4661]Ą€0€Š€0€Ą€ WP_006336501Ŗ€ĸ€0€0€ €0hypothetical protein [Dehalococcoidia bacterium]Ą€0€¯€0€Ą€HCE77318Ŗ€ĸ€0€0€ €yhypothetical protein [Crinalium epipsammum] >AFZ13810.1 hypothetical protein Cri9333_2971 [Crinalium epipsammum PCC 9333]Ą€0€Š€0€Ą€ WP_015203918Ŗ€ĸ€0€0€ €ÉGntR family transcriptional regulator [Trichococcus collinsii] >CZR09731.1 transcription regulator hth gntr [Trichococcus collinsii] >SEA13178.1 regulatory protein, gntR family [Trichococcus collinsii]Ą€0€Š€0€Ą€ WP_086987611Ŗ€ĸ€0€0€ €7hypothetical protein EZS28_014842 [Streblomastix strix]Ą€0€¤€0€Ą€ KAA6389633Ŗ€ĸ€0€0€ €HCrp/Fnr family transcriptional regulator [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HEB56095Ŗ€ĸ€0€0€ €–glycoside hydrolase family 3 N-terminal domain-containing protein [Mycobacterium nebraskense] >KLO40344.1 beta-glucosidase [Mycobacterium nebraskense]Ą€0€Š€0€Ą€ WP_047323176Ŗ€ĸ€0€0€ €5DsbA family protein [Candidatus Puniceispirillum sp.]Ą€0€¤€0€Ą€ MBT6415404Ŗ€ĸ€0€0€ €Khybrid sensor histidine kinase/response regulator [Azospirillum brasilense]Ą€0€¤€0€Ą€ MBK3737236Ŗ€ĸ€0€0€ €9conserved hypothetical protein [Weizmannia coagulans 2-6]Ą€0€¤€0€Ą€AEH52569Ŗ€ĸ€0€0€ €1MAG TPA: hypothetical protein [Bacteriophage sp.]Ą€0€¯€0€Ą€DAK76805Ŗ€ĸ€0€0€ €8hypothetical protein DFH09DRAFT_374031 [Mycena vulgaris]Ą€0€¤€0€Ą€ KAJ6490484Ŗ€ĸ€0€0€ €ĩTIGR04024 family LLM class F420-dependent oxidoreductase [Halobacterium sp. CBA1126] >MUV61396.1 TIGR04024 family LLM class F420-dependent oxidoreductase [Halobacterium sp. CBA1126]Ą€0€Š€0€Ą€ WP_157502995Ŗ€ĸ€0€0€ €ŽMULTISPECIES: helix-turn-helix domain-containing protein [Marinomonas] >GGN22556.1 AraC family transcriptional regulator [Marinomonas arctica]Ą€0€Š€0€Ą€ WP_223232292Ŗ€ĸ€0€0€ €.chemotaxis protein CheA [Sorangium cellulosum]Ą€0€¤€0€Ą€KYG00847Ŗ€ĸ€0€0€ €~potassium/sodium hyperpolarization-activated cyclic nucleotide-gated channel 3-like isoform X1 [Periophthalmus magnuspinnatus]Ą€0€Š€0€Ą€ XP_033824504Ŗ€ĸ€0€0€ €^D-alanyl-D-alanine carboxypeptidase/D-alanyl-D-alanine-endopeptidase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ0048698Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UFA30503Ŗ€ĸ€0€0€ €-metallophosphoesterase [Pedobacter miscanthi]Ą€0€¤€0€Ą€RBQ02499Ŗ€ĸ€0€0€ €?envelope glycoprotein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€QCI53355Ŗ€ĸ€0€0€ €}competence type IV pilus major pilin ComGC [Enterococcus mundtii] >SFM28121.1 competence protein ComGC [Enterococcus mundtii]Ą€0€Š€0€Ą€ WP_074801249Ŗ€ĸ€0€0€ €Alipoyl(octanoyl) transferase LipB [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI1210064Ŗ€ĸ€0€0€ €Holfactory receptor 2AP1 isoform X2 [Pteronotus parnellii mesoamericanus]Ą€0€Š€0€Ą€ XP_054446685Ŗ€ĸ€0€0€ €øtype III restriction-modification system endonuclease [Leuconostoc lactis] >MSB67136.1 type III restriction-modification system endonuclease [Leuconostoc lactis] >RYS86294.1 type III restriction-modification system endonuclease [Leuconostoc lactis]Ą€0€Š€0€Ą€ WP_129873796Ŗ€ĸ€0€0€ €>flagellar filament capping protein FliD [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_087702867Ŗ€ĸ€0€0€ €Bglyceraldehyde 3-phosphate dehydrogenase [Haematococcus lacustris]Ą€0€Ŧ€0€Ą€GFH27490Ŗ€ĸ€0€0€ €åhypothetical protein [Helicobacter bilis] >MCI7410871.1 hypothetical protein [Helicobacter bilis] >TLE07925.1 hypothetical protein LS78_007215 [Helicobacter bilis] >TLE10096.1 hypothetical protein LS79_006685 [Helicobacter bilis]Ą€0€Š€0€Ą€ WP_034563362Ŗ€ĸ€0€0€ €5hypothetical protein PYW07_013422 [Mythimna separata]Ą€0€¤€0€Ą€ KAJ8704128Ŗ€ĸ€0€0€ €Hquinone-dependent dihydroorotate dehydrogenase [Azospirillum brasilense]Ą€0€Š€0€Ą€ WP_114861267Ŗ€ĸ€0€0€ €>efflux transporter outer membrane subunit [Pandoraea sputorum]Ą€0€Š€0€Ą€ WP_224791962Ŗ€ĸ€0€0€ €>GNAT family N-acetyltransferase [Lysinibacillus xylanilyticus]Ą€0€Š€0€Ą€ WP_268637051Ŗ€ĸ€0€0€ €uhypothetical protein, conserved [Plasmodium gonderi] >GAW80859.1 hypothetical protein, conserved [Plasmodium gonderi]Ą€0€Š€0€Ą€ XP_028543448Ŗ€ĸ€0€0€ €monovalent cation/H(+) antiporter subunit G [Ancylobacter lacus] >MBS7540991.1 monovalent cation/H(+) antiporter subunit G [Ancylobacter lacus]Ą€0€Š€0€Ą€ WP_213341058Ŗ€ĸ€0€0€ €‚ŠABC transporter permease [Lactococcus lactis] >KST76465.1 hypothetical protein ATCC19435_2418 [Lactococcus lactis subsp. lactis] >MBU3884728.1 ABC transporter permease [Lactococcus lactis] >MCT0075490.1 ABC transporter permease [Lactococcus lactis subsp. lactis] >MCT3119616.1 ABC transporter permease [Lactococcus lactis] >QLF90001.1 ABC transporter permease [Lactococcus lactis subsp. lactis]Ą€0€Š€0€Ą€ WP_025016984Ŗ€ĸ€0€0€ €‚čMULTISPECIES: Mur ligase family protein [unclassified Campylobacter] >MBE2983936.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM6883] >MBE2994474.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM6913] >MBE3028782.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM9344] >MBE3607671.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM9337]Ą€0€Š€0€Ą€ WP_170015751Ŗ€ĸ€0€0€ €STAT-variant-translocated molybdopterin oxidoreductase [Catalinimonas alkaloidigena]Ą€0€Š€0€Ą€ WP_277479375Ŗ€ĸ€0€0€ €ƒhypothetical protein DWQ09_01710 [Pseudomonadota bacterium] >QKK10294.1 hypothetical protein HND59_00385 [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ KAA3630074Ŗ€ĸ€0€0€ €3GTP cyclohydrolase I FolE [Ochrobactrum gallinarum]Ą€0€¤€0€Ą€ MBD7990178Ŗ€ĸ€0€0€ €CAK80750.1 unnamed protein product [Paramecium tetraurelia]Ą€0€Š€0€Ą€ XP_001448147Ŗ€ĸ€0€0€ €‰dicarboxylate/amino acid:cation symporter [Shewanella morhuae] >PTA51376.1 dicarboxylate/amino acid:cation symporter [Shewanella morhuae]Ą€0€Š€0€Ą€ WP_107883730Ŗ€ĸ€0€0€ €2thymidine phosphorylase [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€CFP83382Ŗ€ĸ€0€0€ €vdihydrofolate reductase family protein [Actinomadura latina] >NKZ03608.1 dihydrofolate reductase [Actinomadura latina]Ą€0€Š€0€Ą€ WP_067636955Ŗ€ĸ€0€0€ €5hypothetical protein POTOM_008160 [Populus tomentosa]Ą€0€¤€0€Ą€ KAG6786554Ŗ€ĸ€0€0€ €gUPF0149 family protein [Massilia sp. BJB1822] >NVE01199.1 UPF0149 family protein [Massilia sp. BJB1822]Ą€0€Š€0€Ą€ WP_176349335Ŗ€ĸ€0€0€ €sorbosone dehydrogenase family protein [Pseudomonas sp. WS 5146] >NMX54539.1 sorbosone dehydrogenase family protein [Pseudomonas sp. WS 5146]Ą€0€Š€0€Ą€ WP_169984846Ŗ€ĸ€0€0€ €zDUF2382 domain-containing protein [Nostoc cycadae] >GBE92047.1 photosystem reaction center subunit H [Nostoc cycadae WK-1]Ą€0€Š€0€Ą€ WP_103124525Ŗ€ĸ€0€0€ €Nsuperoxide dismutase [Salmonella enterica subsp. enterica serovar Enteritidis]Ą€0€¤€0€Ą€ MCD3114202Ŗ€ĸ€0€0€ €R4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU2478158Ŗ€ĸ€0€0€ €!protein ALP1-like [Daphnia pulex]Ą€0€Š€0€Ą€ XP_046463157Ŗ€ĸ€0€0€ €:hypothetical protein D6D00_06007 [Aureobasidium pullulans]Ą€0€¤€0€Ą€THY23779Ŗ€ĸ€0€0€ €MBJ7476855.1 mechanosensitive ion channel family protein [Rhodococcus sp. (in: high G+C Gram-positive bacteria)] >MYV29884.1 mechanosensitive ion channel [Rhodococcus erythropolis] >OCC22289.1 mechanosensitive ion channel protein MscS [Prescottella equi] >ARE37529.1 mechanosensitive ion channel protein MscS [Rhodococcus sp. BH4] >AUS35573.1 mechanosensitive ion channel family protein [Rhodococcus qingshengii]Ą€0€Š€0€Ą€ WP_003939801Ŗ€ĸ€0€0€ €0hypothetical protein I4U23_004561 [Adineta vaga]Ą€0€¤€0€Ą€UJR17665Ŗ€ĸ€0€0€ €D39S ribosomal protein L39, mitochondrial [Centrocercus urophasianus]Ą€0€Š€0€Ą€ XP_042666906Ŗ€ĸ€0€0€ €KSQ95698.1 fimbrial protein [Pseudomonas aeruginosa] >MBG3975162.1 fimbrial protein [Pseudomonas aeruginosa] >MBG5706744.1 fimbrial protein [Pseudomonas aeruginosa] >MBR7543127.1 fimbrial protein [Pseudomonas aeruginosa] >MBV6121251.1 fimbrial protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_029528833Ŗ€ĸ€0€0€ €Wribonuclease E [Aeromonas hydrophila] >WGY34324.1 ribonuclease E [Aeromonas hydrophila]Ą€0€Š€0€Ą€ WP_282467912Ŗ€ĸ€0€0€ €@MAG: hypothetical protein E6Q40_12695, partial [Cupriavidus sp.]Ą€0€¤€0€Ą€TXI82219Ŗ€ĸ€0€0€ €}glucose-6-phosphate dehydrogenase [Arthrobacter sp. Y-9] >WFR82911.1 glucose-6-phosphate dehydrogenase [Arthrobacter sp. Y-9]Ą€0€Š€0€Ą€ WP_278266677Ŗ€ĸ€0€0€ €3hypothetical protein EYF80_037214 [Liparis tanakae]Ą€0€¤€0€Ą€TNN52570Ŗ€ĸ€0€0€ €6hypothetical protein [Cyanobacteria bacterium UBA8530]Ą€0€¯€0€Ą€HBN08375Ŗ€ĸ€0€0€ €SPancreatic Triacylglyceride Lipase-like protein 1, partial [Nematostella vectensis]Ą€0€Ĩ€0€Ą€SJX71965Ŗ€ĸ€0€0€ €;NAD(P)H-dependent oxidoreductase [Actinoplanes sp. LAM7112]Ą€0€Š€0€Ą€ WP_127508273Ŗ€ĸ€0€0€ €&hypothetical protein [Rubrobacter sp.]Ą€0€¤€0€Ą€ MBA3472522Ŗ€ĸ€0€0€ €ąaminodeoxychorismate synthase component I [Candidatus Contubernalis alkalaceticum] >UNC92390.1 aminodeoxychorismate synthase component I [Candidatus Contubernalis alkalaceticum]Ą€0€Š€0€Ą€ WP_241420500Ŗ€ĸ€0€0€ €ģTIGR03761 family integrating conjugative element protein [Salmonella enterica] >QXN83094.1 TIGR03761 family integrating conjugative element protein [Salmonella enterica subsp. diarizonae]Ą€0€Š€0€Ą€ WP_218505696Ŗ€ĸ€0€0€ €0sialidase family protein [Mesobacillus jeotgali]Ą€0€Š€0€Ą€ WP_226678738Ŗ€ĸ€0€0€ €‚flagellar biosynthesis protein FliQ [Pusillibacter faecalis] >MBC5747337.1 flagellar biosynthesis protein FliQ [Dysosmobacter sp. NSJ-60] >MBS5658827.1 flagellar biosynthesis protein FliQ [Oscillibacter sp.] >BCK84727.1 hypothetical protein MM59RIKEN_20460 [Pusillibacter faecalis]Ą€0€Š€0€Ą€ WP_187029467Ŗ€ĸ€0€0€ €8hypothetical protein LJK88_46645 [Paenibacillus sp. P26]Ą€0€¤€0€Ą€UUZ81931Ŗ€ĸ€0€0€ €Sacetyl-CoA carboxylase carboxyltransferase subunit alpha [Paenibacillus kribbensis]Ą€0€Š€0€Ą€ WP_179032033Ŗ€ĸ€0€0€ €6MBL fold metallo-hydrolase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ6875507Ŗ€ĸ€0€0€ €ŽMULTISPECIES: spore photoproduct lyase [Bacillaceae] >PLR69461.1 spore photoproduct lyase [Bacillus sp. UMB0893] >QNG59068.1 spore photoproduct lyase [Bacillus sp. PAMC26568]Ą€0€Š€0€Ą€ WP_101564711Ŗ€ĸ€0€0€ €9biotin--[acetyl-CoA-carboxylase] ligase [Pedosphaera sp.]Ą€0€¤€0€Ą€MSU20497Ŗ€ĸ€0€0€ €2ABC transporter permease [Paenibacillus sp. TCA20]Ą€0€Š€0€Ą€ WP_047914038Ŗ€ĸ€0€0€ €@metalloenzyme, LuxS/M16 peptidase-like protein [Artemisia annua]Ą€0€¤€0€Ą€PWA46560Ŗ€ĸ€0€0€ €mS8 family serine peptidase [Streptococcus mitis] >MQQ01917.1 S8 family serine peptidase [Streptococcus mitis]Ą€0€Š€0€Ą€ WP_153219677Ŗ€ĸ€0€0€ €ŠBglII/BstYI family type II restriction endonuclease [Paenibacillus foliorum] >NOU95627.1 restriction endonuclease [Paenibacillus foliorum]Ą€0€Š€0€Ą€ WP_171653853Ŗ€ĸ€0€0€ €?NAD(P)/FAD-dependent oxidoreductase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€TAM79626Ŗ€ĸ€0€0€ €khypothetical protein [Arthrobacter zhangbolii] >MCC3294409.1 hypothetical protein [Arthrobacter zhangbolii]Ą€0€Š€0€Ą€ WP_227903033Ŗ€ĸ€0€0€ €‚Hprepilin peptidase-dependent protein [Escherichia coli] >KHI21804.1 hypothetical protein PU35_19255 [Escherichia coli] >MBB8039856.1 prepilin peptidase-dependent protein [Escherichia coli] >SQT79458.1 prepilin peptidase-dependent protein B [Escherichia coli] >HCO5109330.1 prepilin peptidase-dependent protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_047664410Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€NLB93078Ŗ€ĸ€0€0€ €MBO1859096.1 hypothetical protein [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_208090714Ŗ€ĸ€0€0€ €kSCO family protein [Sinorhizobium garamanticum] >WEX86260.1 SCO family protein [Sinorhizobium garamanticum]Ą€0€Š€0€Ą€ WP_280658332Ŗ€ĸ€0€0€ €)histidine--tRNA ligase [Escherichia coli]Ą€0€¤€0€Ą€MXI78925Ŗ€ĸ€0€0€ €7AAA domain-containing protein [Clostridiales bacterium]Ą€0€¤€0€Ą€NLO64495Ŗ€ĸ€0€0€ €@LysR family transcriptional regulator [Rhizobium bangladeshense]Ą€0€Š€0€Ą€ WP_064711955Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBM2811997Ŗ€ĸ€0€0€ €3serine/threonine-protein kinase [Panicum miliaceum]Ą€0€¤€0€Ą€RLN36134Ŗ€ĸ€0€0€ €ATP-dependent helicase [Halalkaliarchaeum desulfuricum] >AUX08555.1 ATP-dependent helicase Lhr [Halalkaliarchaeum desulfuricum]Ą€0€Š€0€Ą€ WP_119815679Ŗ€ĸ€0€0€ €wsel1 repeat family protein [Pseudomonas sp. Pc102] >BBP84793.1 hypothetical protein PHLH8_44350 [Pseudomonas sp. Pc102]Ą€0€Š€0€Ą€ WP_213625822Ŗ€ĸ€0€0€ €?SMP-30/gluconolactonase/LRE family protein [Okeania sp. SIO2C2]Ą€0€¤€0€Ą€NEP87605Ŗ€ĸ€0€0€ €‚mdipeptide ABC transporter permease DppC [Salmonella enterica] >EGY5273954.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EHM7582267.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EHM7591734.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EHM7604342.1 dipeptide ABC transporter permease DppC [Salmonella enterica]Ą€0€¤€0€Ą€ EGY4555186Ŗ€ĸ€0€0€ €mglutaredoxin-like protein NrdH [Photorhabdus luminescens] >PQQ27292.1 NrdH-redoxin [Photorhabdus luminescens]Ą€0€Š€0€Ą€ WP_105399038Ŗ€ĸ€0€0€ €€IS21 family transposase, partial [Brevibacillus borstelensis] >MCM3594086.1 IS21 family transposase [Brevibacillus borstelensis]Ą€0€Š€0€Ą€ WP_251247609Ŗ€ĸ€0€0€ €@ABC transporter ATP-binding protein [Streptomyces sp. NBC_00183]Ą€0€Š€0€Ą€ WP_266842210Ŗ€ĸ€0€0€ €,unnamed protein product [Phytophthora lilii]Ą€0€Ŧ€0€Ą€GMF22075Ŗ€ĸ€0€0€ €Bhypothetical protein AGMMS50229_05460 [Campylobacterota bacterium]Ą€0€Ŧ€0€Ą€GHV04322Ŗ€ĸ€0€0€ €¯hybrid sensor histidine kinase/response regulator transcription factor [Bacteroides xylanisolvens] >SFO15715.1 Signal transduction histidine kinase [Bacteroides xylanisolvens]Ą€0€Š€0€Ą€ WP_074911472Ŗ€ĸ€0€0€ €DEDD exonuclease domain-containing protein [Halosaccharopolyspora lacisalsi] >MBA8825617.1 DNA polymerase-3 subunit epsilon [Halosaccharopolyspora lacisalsi]Ą€0€Š€0€Ą€ WP_182544916Ŗ€ĸ€0€0€ €iron-containing alcohol dehydrogenase [Klebsiella michiganensis] >HBM3414658.1 iron-containing alcohol dehydrogenase [Klebsiella michiganensis]Ą€0€Š€0€Ą€ WP_232553043Ŗ€ĸ€0€0€ €8hypothetical protein EV667_2852 [Ancylobacter aquaticus]Ą€0€¤€0€Ą€TCK28839Ŗ€ĸ€0€0€ €4tryptophan synthase subunit alpha [Escherichia coli]Ą€0€¯€0€Ą€ HCJ9518601Ŗ€ĸ€0€0€ €serine/threonine-protein phosphatase [Streptomyces sp. KAI-26] >NUW19196.1 serine/threonine-protein phosphatase [Streptomyces roseoviolaceus]Ą€0€¤€0€Ą€NUV85209Ŗ€ĸ€0€0€ €mhypothetical protein [Alkaliphilus flagellatus] >MBU5677559.1 hypothetical protein [Alkaliphilus flagellatus]Ą€0€Š€0€Ą€ WP_216418390Ŗ€ĸ€0€0€ €Ehypothetical protein KR215_011509, partial [Drosophila sulfurigaster]Ą€0€¤€0€Ą€ KAH8394604Ŗ€ĸ€0€0€ €AMAG: hypothetical protein DWI28_04350 [Planctomycetota bacterium]Ą€0€¤€0€Ą€RLT18611Ŗ€ĸ€0€0€ €,hypothetical protein [Saccharothrix sp. S26]Ą€0€Š€0€Ą€ WP_267937098Ŗ€ĸ€0€0€ €1addiction module protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MBC7977454Ŗ€ĸ€0€0€ €MIS256-like element ISLgar5 family transposase, partial [Enterococcus faecium]Ą€0€Š€0€Ą€ WP_257007586Ŗ€ĸ€0€0€ €acytochrome b [Chromohalobacter salexigens] >RXE47839.1 cytochrome b [Chromohalobacter salexigens]Ą€0€Š€0€Ą€ WP_128690407Ŗ€ĸ€0€0€ €‚ABC transporter permease [Tsukamurella pulmonis] >KXO94464.1 ABC transporter permease [Tsukamurella pulmonis] >SDR27777.1 ABC-2 type transport system permease protein [Tsukamurella pulmonis] >SUP13579.1 ABC-2 family transporter protein [Tsukamurella pulmonis]Ą€0€Š€0€Ą€ WP_068563945Ŗ€ĸ€0€0€ €8four helix bundle protein [Prolixibacteraceae bacterium]Ą€0€¤€0€Ą€ MBN2775557Ŗ€ĸ€0€0€ €‚›DUF3709 domain-containing protein, partial [Vibrio cholerae] >MCD6670920.1 DUF3709 domain-containing protein [Vibrio cholerae] >TQO97642.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >TQP81354.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >TQQ45764.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >HAS4598451.1 DUF3709 domain-containing protein [Vibrio cholerae]Ą€0€Š€0€Ą€ WP_134806596Ŗ€ĸ€0€0€ €5hypothetical protein [Candidatus Thalassarchaeum sp.]Ą€0€¤€0€Ą€NRB12392Ŗ€ĸ€0€0€ €Įadenosylcobalamin-dependent ribonucleoside-diphosphate reductase [Motiliproteus coralliicola] >RDE22623.1 adenosylcobalamin-dependent ribonucleoside-diphosphate reductase [Motiliproteus coralliicola]Ą€0€Š€0€Ą€ WP_114695256Ŗ€ĸ€0€0€ €6HD domain-containing protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBI4300015Ŗ€ĸ€0€0€ €low molecular weight protein arginine phosphatase [Cytobacillus firmus] >MCU1807299.1 low molecular weight protein arginine phosphatase [Cytobacillus firmus]Ą€0€Š€0€Ą€ WP_262175203Ŗ€ĸ€0€0€ €@response regulator transcription factor [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAG2350674Ŗ€ĸ€0€0€ €mhypothetical protein [Leptospira brenneri] >TGK96616.1 hypothetical protein EHQ30_08470 [Leptospira brenneri]Ą€0€Š€0€Ą€ WP_135676778Ŗ€ĸ€0€0€ €5cytochrome c oxidase subunit 3 [Gordius sp. VVA-2019]Ą€0€¤€0€Ą€QDH52386Ŗ€ĸ€0€0€ €•phosphate ABC transporter permease PstA [Lachnospiraceae bacterium] >MBS6705268.1 phosphate ABC transporter permease PstA [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBS4968936Ŗ€ĸ€0€0€ €^aromatic ring-hydroxylating dioxygenase subunit alpha, partial [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€TMJ83338Ŗ€ĸ€0€0€ €#L-asparaginase 2 [Escherichia coli]Ą€0€¤€0€Ą€ EJS0734484Ŗ€ĸ€0€0€ €§carboxymuconolactone decarboxylase family protein [Citrobacter amalonaticus] >EGT4253473.1 carboxymuconolactone decarboxylase family protein [Citrobacter amalonaticus]Ą€0€¤€0€Ą€ EGT3575439Ŗ€ĸ€0€0€ €:NAD-dependent epimerase/dehydratase [Corchorus capsularis]Ą€0€¤€0€Ą€OMO76535Ŗ€ĸ€0€0€ €qEthD family reductase [Burkholderia sp. KCJ3K979] >MBL3963679.1 EthD family reductase [Burkholderia sp. KCJ3K979]Ą€0€Š€0€Ą€ WP_202587913Ŗ€ĸ€0€0€ €hsensor histidine kinase [Methylobacterium sp. Leaf465] >KQT70129.1 ATPase [Methylobacterium sp. Leaf465]Ą€0€Š€0€Ą€ WP_056382861Ŗ€ĸ€0€0€ €@transcription factor MafK-like isoform X1 [Scleropages formosus]Ą€0€Š€0€Ą€ XP_018594075Ŗ€ĸ€0€0€ €‚ąMULTISPECIES: nuclear transport factor 2 family protein [Bacteroidales] >ATR98018.1 nuclear transport factor 2 family protein [Porphyromonas gingivalis] >ATR98321.1 nuclear transport factor 2 family protein [Porphyromonas gingivalis] >PIK19560.1 nuclear transport factor 2 family protein [Prevotella intermedia] >SJM18914.1 ketosteroid isomerase [Porphyromonas gingivalis] >SJM20384.1 ketosteroid isomerase [Porphyromonas gingivalis]Ą€0€Š€0€Ą€ WP_077492284Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEX99374Ŗ€ĸ€0€0€ €0hypothetical protein [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€MBS13190Ŗ€ĸ€0€0€ €‚ƒaladin isoform X1 [Vespa crabro] >XP_046837597.1 aladin isoform X1 [Vespa crabro] >XP_047343237.1 aladin isoform X1 [Vespa velutina] >XP_047343238.1 aladin isoform X1 [Vespa velutina] >XP_047343239.1 aladin isoform X1 [Vespa velutina] >XP_047343240.1 aladin isoform X1 [Vespa velutina] >XP_047343241.1 aladin isoform X1 [Vespa velutina] >XP_047343243.1 aladin isoform X1 [Vespa velutina]Ą€0€Š€0€Ą€ XP_046837596Ŗ€ĸ€0€0€ €/hypothetical protein [Rhodopseudomonas sp. B29]Ą€0€Š€0€Ą€ WP_022723191Ŗ€ĸ€0€0€ €=Gag-Pol polyprotein, partial [Human immunodeficiency virus 1]Ą€0€Ŧ€0€Ą€BAO23243Ŗ€ĸ€0€0€ €shypothetical protein [Blastopirellula marina] >PQO45087.1 hypothetical protein C5Y93_16265 [Blastopirellula marina]Ą€0€Š€0€Ą€ WP_105336487Ŗ€ĸ€0€0€ €7HDOD domain-containing protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MCO4016744Ŗ€ĸ€0€0€ €4FAD-binding oxidoreductase [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_122747354Ŗ€ĸ€0€0€ €ŗ60S ribosome subunit biogenesis protein NIP7-like protein [Aphelenchoides besseyi] >KAI6225738.1 60S ribosome subunit biogenesis protein NIP7-like protein [Aphelenchoides besseyi]Ą€0€¤€0€Ą€ KAI6203333Ŗ€ĸ€0€0€ €)four helix bundle protein [Kosmotoga sp.]Ą€0€¤€0€Ą€ MBO8166298Ŗ€ĸ€0€0€ €Lhypothetical protein AUG08_13020 [Acidobacteria bacterium 13_1_20CM_2_55_15]Ą€0€¤€0€Ą€OLE87009Ŗ€ĸ€0€0€ €bsiroheme synthase [Sphingomonas sp. Leaf9] >KQM44002.1 siroheme synthase [Sphingomonas sp. Leaf11]Ą€0€¤€0€Ą€KQM27662Ŗ€ĸ€0€0€ €5adenylyl-sulfate kinase [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCE2883039Ŗ€ĸ€0€0€ €–DHA2 family efflux MFS transporter permease subunit [Burkholderia cenocepacia] >QND93902.1 multidrug resistance protein stp [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_185921121Ŗ€ĸ€0€0€ €SABC transporter [Streptomyces sedi] >TNM26199.1 ABC transporter [Streptomyces sedi]Ą€0€Š€0€Ą€ WP_139649072Ŗ€ĸ€0€0€ €9hypothetical protein IV203_032840 [Nitzschia inconspicua]Ą€0€¤€0€Ą€ KAG7345309Ŗ€ĸ€0€0€ €Etransmembrane protein 11 homolog, mitochondrial [Drosophila innubila]Ą€0€Š€0€Ą€ XP_034481174Ŗ€ĸ€0€0€ €˙hypothetical protein [Escherichia coli] >EFA5448126.1 hypothetical protein [Escherichia coli] >EFB4408638.1 hypothetical protein [Escherichia coli] >EFB5177190.1 hypothetical protein [Escherichia coli] >EFG2997504.1 hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EFA5447392Ŗ€ĸ€0€0€ €eprepilin-type N-terminal cleavage/methylation domain-containing protein [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MBI3868575Ŗ€ĸ€0€0€ €?DNA-directed RNA polymerase beta sub-unit [Helicobacter pylori]Ą€0€Ŧ€0€Ą€BBG20955Ŗ€ĸ€0€0€ €‚membrane protein [Lacticaseibacillus paracasei] >MCD0433506.1 hypothetical protein [Lacticaseibacillus paracasei subsp. paracasei]Ą€0€Š€0€Ą€ WP_045136250Ŗ€ĸ€0€0€ €Xaminomethyl-transferring glycine dehydrogenase subunit GcvPB [Magnetococcales bacterium]Ą€0€¤€0€Ą€ MBF0107908Ŗ€ĸ€0€0€ €3acyloxyacyl hydrolase [Crocinitomicaceae bacterium]Ą€0€¤€0€Ą€ MCB9222627Ŗ€ĸ€0€0€ €6MAG: alanine--tRNA ligase [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€RYY55682Ŗ€ĸ€0€0€ €)glucosidase [Chryseobacterium kimseyorum]Ą€0€Š€0€Ą€ WP_264750294Ŗ€ĸ€0€0€ €glycogen synthase kinase-3 beta-like [Carassius auratus] >XP_052474600.1 glycogen synthase kinase-3 beta-like [Carassius gibelio]Ą€0€Š€0€Ą€ XP_026100634Ŗ€ĸ€0€0€ €\MAG: tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Bacillota bacterium]Ą€0€¤€0€Ą€PWM49891Ŗ€ĸ€0€0€ €‚€MULTISPECIES: glutathione S-transferase [Methylorubrum] >MBY0142618.1 glutathione S-transferase [Methylorubrum populi] >MRI56595.1 glutathione S-transferase [Methylobacterium sp. DB1607] >MBB5765460.1 hypothetical protein [Methylorubrum rhodesianum] >MBI1691657.1 glutathione S-transferase [Methylorubrum sp. DB1722] >MBK3403062.1 glutathione S-transferase [Methylorubrum rhodesianum]Ą€0€Š€0€Ą€ WP_017487366Ŗ€ĸ€0€0€ €kMBL fold metallo-hydrolase [Chryseobacterium sp. FH1] >KFC20494.1 beta-lactamase [Chryseobacterium sp. FH1]Ą€0€Š€0€Ą€ WP_034968029Ŗ€ĸ€0€0€ €9glutathione peroxidase, partial [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€OXE30643Ŗ€ĸ€0€0€ €7putative RNA capping protein VP3, partial [Rotavirus A]Ą€0€¤€0€Ą€QDI78883Ŗ€ĸ€0€0€ €hypothetical protein SDRG_00312 [Saprolegnia diclina VS20] >EQC42583.1 hypothetical protein SDRG_00312 [Saprolegnia diclina VS20]Ą€0€Š€0€Ą€ XP_008604006Ŗ€ĸ€0€0€ €Š50S ribosomal protein L7/L12-serine acetyltransferase [Citrobacter werkmanii] >EGT0670835.1 50S ribosomal protein L7/L12-serine acetyltransferase [Citrobacter werkmanii]Ą€0€¤€0€Ą€ EGT0637761Ŗ€ĸ€0€0€ €Ąsulfurtransferase/chromate resistance protein [Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1] >TGT38389.1 sulfurtransferase [Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1]Ą€0€Š€0€Ą€ WP_135916821Ŗ€ĸ€0€0€ €‚Vmycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MXZ79254.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MYB73048.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MYE73466.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MYI00165.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium]Ą€0€¤€0€Ą€MXW58053Ŗ€ĸ€0€0€ €:leucine-rich repeat neuronal protein 3-like [Nymphalis io]Ą€0€Š€0€Ą€ XP_050358545Ŗ€ĸ€0€0€ €ƒleucine-rich repeat protein [Plasmodium cynomolgi strain B] >GAB69312.1 leucine-rich repeat protein [Plasmodium cynomolgi strain B]Ą€0€Š€0€Ą€ XP_004225259Ŗ€ĸ€0€0€ €GEK38226.1 NADPH:quinone reductase [Enterococcus thailandicus] >GMC04241.1 NADPH:quinone reductase [Enterococcus thailandicus] >GMC08162.1 NADPH:quinone reductase [Enterococcus thailandicus]Ą€0€¤€0€Ą€OJG95819Ŗ€ĸ€0€0€ €5hypothetical protein CDAR_474071 [Caerostris darwini]Ą€0€Ŧ€0€Ą€GIY33458Ŗ€ĸ€0€0€ €Fphenylalanine--tRNA ligase subunit alpha [Bifidobacterium crudilactis]Ą€0€¤€0€Ą€ MCI1663915Ŗ€ĸ€0€0€ €įhypothetical protein [Enterococcus faecalis] >UYY06290.1 hypothetical protein OLM08_10950 [Enterococcus faecalis] >HBG9513106.1 hypothetical protein [Enterococcus faecalis] >HBG9520580.1 hypothetical protein [Enterococcus faecalis]Ą€0€Š€0€Ą€ WP_142429410Ŗ€ĸ€0€0€ €=prolyl 4-hydroxylase subunit alpha-3 isoform X1 [Oryx dammah]Ą€0€Š€0€Ą€ XP_040114763Ŗ€ĸ€0€0€ €}ATP-binding protein [Streptomyces albidoflavus] >RZD80397.1 two-component sensor histidine kinase [Streptomyces albidoflavus]Ą€0€Š€0€Ą€ WP_129857883Ŗ€ĸ€0€0€ €4uroporphyrinogen decarboxylase [Salmonella enterica]Ą€0€¤€0€Ą€ EAN4724137Ŗ€ĸ€0€0€ €eMFS transporter, partial [Bacillus mycoides] >TKI81333.1 MFS transporter, partial [Bacillus mycoides]Ą€0€Š€0€Ą€ WP_137058869Ŗ€ĸ€0€0€ €;hypothetical protein, partial [Pseudophaeobacter sp. ZH257]Ą€0€Š€0€Ą€ WP_278924671Ŗ€ĸ€0€0€ €8germin-like protein subfamily T member 2 [Brassica rapa]Ą€0€Š€0€Ą€ XP_033130084Ŗ€ĸ€0€0€ €ferrous iron transport protein B [Eggerthella sp. NSJ-70] >MBC5585032.1 ferrous iron transport protein B [Eggerthella sp. NSJ-70]Ą€0€Š€0€Ą€ WP_186939222Ŗ€ĸ€0€0€ €VMAG: rhamnose ABC transporter substrate-binding protein [alpha proteobacterium HIMB59]Ą€0€¤€0€Ą€RZO90007Ŗ€ĸ€0€0€ €vtriose-phosphate isomerase [Actinomadura rubrobrunea] >GLW65069.1 triosephosphate isomerase [Actinomadura rubrobrunea]Ą€0€Š€0€Ą€ WP_067908376Ŗ€ĸ€0€0€ €1PREDICTED: RRP12-like protein [Bison bison bison]Ą€0€Š€0€Ą€ XP_010831352Ŗ€ĸ€0€0€ €“biotin--[acetyl-CoA-carboxylase] ligase [Nakamurella sp. PAMC28650] >QNK83147.1 biotin--[acetyl-CoA-carboxylase] ligase [Nakamurella sp. PAMC28650]Ą€0€Š€0€Ą€ WP_187094112Ŗ€ĸ€0€0€ €!MFS transporter [Bacillus cereus]Ą€0€Š€0€Ą€ WP_176538754Ŗ€ĸ€0€0€ €6DUF4180 domain-containing protein [Flavobacterium sp.]Ą€0€¤€0€Ą€MPT34124Ŗ€ĸ€0€0€ €%hypothetical protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBO5205168Ŗ€ĸ€0€0€ €Mamino acid ABC transporter ATP-binding protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBK8687530Ŗ€ĸ€0€0€ €.hypothetical protein [Noviherbaspirillum soli]Ą€0€Š€0€Ą€ WP_228527316Ŗ€ĸ€0€0€ €Panaerobic sulfatase maturase [Salmonella enterica subsp. enterica serovar Gokul]Ą€0€¤€0€Ą€ ECA9858842Ŗ€ĸ€0€0€ €—fumarylacetoacetate hydrolase family protein [Acidovorax sp.] >ODS78117.1 MAG: 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase [Acidovorax sp. SCN 65-28]Ą€0€¤€0€Ą€ MBN9625832Ŗ€ĸ€0€0€ €UMULTISPECIES: DotH/IcmK family type IV secretion protein [unclassified Sulfitobacter]Ą€0€Š€0€Ą€ WP_276153259Ŗ€ĸ€0€0€ €>hypothetical protein COA65_03705 [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€PCJ60344Ŗ€ĸ€0€0€ €SLuxR C-terminal-related transcriptional regulator, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_034004944Ŗ€ĸ€0€0€ €ĸuncharacterized protein MELLADRAFT_59995 [Melampsora larici-populina 98AG31] >EGG10995.1 hypothetical protein MELLADRAFT_59995 [Melampsora larici-populina 98AG31]Ą€0€Š€0€Ą€ XP_007405597Ŗ€ĸ€0€0€ €oL,D-transpeptidase [Acinetobacter sp. NIPH 1852] >MCH7308645.1 L,D-transpeptidase [Acinetobacter sp. NIPH 1852]Ą€0€Š€0€Ą€ WP_241323553Ŗ€ĸ€0€0€ €‚†PLP-dependent aminotransferase family protein [Mycobacteroides chelonae] >MBF9317858.1 PLP-dependent aminotransferase family protein [Mycobacteroides chelonae] >OHT73135.1 GntR family transcriptional regulator [Mycobacteroides chelonae] >OHT74325.1 GntR family transcriptional regulator [Mycobacteroides chelonae] >OHT89784.1 GntR family transcriptional regulator [Mycobacteroides chelonae]Ą€0€Š€0€Ą€ WP_030096092Ŗ€ĸ€0€0€ €qhaloacid dehalogenase type II [Rhizobium tropici] >KAA1184694.1 haloacid dehalogenase type II [Rhizobium tropici]Ą€0€Š€0€Ą€ WP_149633476Ŗ€ĸ€0€0€ €KDO23115.1 hypothetical protein SPRG_11959 [Saprolegnia parasitica CBS 223.65]Ą€0€Š€0€Ą€ XP_012206226Ŗ€ĸ€0€0€ €=DUF269 domain-containing protein, partial [Mesorhizobium sp.]Ą€0€¤€0€Ą€TIX75263Ŗ€ĸ€0€0€ €;hypothetical protein FHG89_25395 [Micromonospora orduensis]Ą€0€¤€0€Ą€TNH24208Ŗ€ĸ€0€0€ €žtype I glyceraldehyde-3-phosphate dehydrogenase, partial [Mesotoga sp. HF07.pep.5.2.highcov] >RLL91210.1 glyceraldehyde-3-phosphate dehydrogenase, partial [Mesotoga sp. HF07.pep.5.2.highcov]Ą€0€Š€0€Ą€ WP_147434933Ŗ€ĸ€0€0€ €{hypothetical protein [Arthrobacter sp. ok909] >SDP38434.1 hypothetical protein SAMN04487914_109155 [Arthrobacter sp. ok909]Ą€0€Š€0€Ą€ WP_091252096Ŗ€ĸ€0€0€ €Bmannitol dehydrogenase family protein [Corynebacterium glutamicum]Ą€0€¯€0€Ą€HJE11106Ŗ€ĸ€0€0€ €3hypothetical protein [Erysipelotrichales bacterium]Ą€0€¤€0€Ą€ MBQ1306452Ŗ€ĸ€0€0€ €-DMT family protein [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBR5168981Ŗ€ĸ€0€0€ €gradical SAM protein [Aeropyrum pernix] >BAA79165.1 conserved hypothetical protein [Aeropyrum pernix K1]Ą€0€Š€0€Ą€ WP_010865602Ŗ€ĸ€0€0€ €Õhypothetical protein [Lactiplantibacillus plantarum] >APP11179.1 hypothetical protein BSG92_01595 [Lactiplantibacillus plantarum subsp. plantarum] >MCT6651154.1 hypothetical protein [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_074028604Ŗ€ĸ€0€0€ €/acetate--CoA ligase [Campylobacter upsaliensis]Ą€0€Š€0€Ą€ WP_270967954Ŗ€ĸ€0€0€ €=Oidioi.mRNA.OKI2018_I69.PAR.g10290.t1.cds [Oikopleura dioica]Ą€0€Ĩ€0€Ą€ CAG5083139Ŗ€ĸ€0€0€ €stranscription factor FapR [Desulfofundulus salinum] >RKO68098.1 transcription factor FapR [Desulfofundulus salinum]Ą€0€Š€0€Ą€ WP_121452481Ŗ€ĸ€0€0€ €=DUF1292 domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ8412219Ŗ€ĸ€0€0€ €Kformylglycine-generating enzyme family protein [Oxalobacteraceae bacterium]Ą€0€¤€0€Ą€RYE89993Ŗ€ĸ€0€0€ €wenergy transducer TonB [Sphingorhabdus profundilacus] >MVZ96578.1 energy transducer TonB [Sphingorhabdus profundilacus]Ą€0€Š€0€Ą€ WP_160352546Ŗ€ĸ€0€0€ €0hypothetical protein [Elusimicrobiota bacterium]Ą€0€¤€0€Ą€ MBU2573448Ŗ€ĸ€0€0€ €ŗhistidinol phosphatase [Sphingobacteriia bacterium] >TAG30440.1 histidinol phosphatase [Sphingobacteriia bacterium] >TAH09203.1 histidinol phosphatase [Sphingobacteriia bacterium]Ą€0€¤€0€Ą€TAG14385Ŗ€ĸ€0€0€ €Dhydroxyethylthiazole kinase [Candidatus Scybalocola faecigallinarum]Ą€0€¯€0€Ą€HIS46075Ŗ€ĸ€0€0€ €4pyruvate ferredoxin oxidoreductase [Eggerthella sp.]Ą€0€¤€0€Ą€ MBS6779195Ŗ€ĸ€0€0€ €;GNAT family N-acetyltransferase [Spirochaetaceae bacterium]Ą€0€¤€0€Ą€ MBP3450714Ŗ€ĸ€0€0€ €*hypothetical protein [Stieleria sedimenti]Ą€0€Š€0€Ą€ WP_259633828Ŗ€ĸ€0€0€ €>acetyl-CoA C-acyltransferase, partial [Stecheria intestinalis]Ą€0€Š€0€Ą€ WP_277084622Ŗ€ĸ€0€0€ €NHZ77944.1 AAA family ATPase [Massilia frigida]Ą€0€Š€0€Ą€ WP_167084302Ŗ€ĸ€0€0€ €0response regulator [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MBK9137892Ŗ€ĸ€0€0€ €jtautomerase family protein [Acetobacter indonesiensis] >OUI95847.1 tautomerase [Acetobacter indonesiensis]Ą€0€Š€0€Ą€ WP_086612756Ŗ€ĸ€0€0€ €–ABC transporter ATP-binding protein [Streptomyces californicus] >MCC0575389.1 ABC transporter ATP-binding protein/permease [Streptomyces californicus]Ą€0€Š€0€Ą€ WP_229319113Ŗ€ĸ€0€0€ €'hypothetical protein [Trifolium medium]Ą€0€¤€0€Ą€MCI40880Ŗ€ĸ€0€0€ €?DUF393 domain-containing protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU6305288Ŗ€ĸ€0€0€ €RLPXTG cell wall anchor domain-containing protein [Staphylococcus pseudintermedius]Ą€0€¤€0€Ą€UAS17182Ŗ€ĸ€0€0€ €-NDP-sugar synthase [Methanomicrobia archaeon]Ą€0€¤€0€Ą€ MBN1762539Ŗ€ĸ€0€0€ €‚>acetyltransferase [Burkholderia stagnalis] >RQQ06041.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] >RQQ15039.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] >RQQ30112.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] >RQQ32839.1 GNAT family N-acetyltransferase [Burkholderia stagnalis]Ą€0€¤€0€Ą€KVN34631Ŗ€ĸ€0€0€ €1unnamed protein product [Meloidogyne enterolobii]Ą€0€Ĩ€0€Ą€ CAD2189922Ŗ€ĸ€0€0€ €.Ca2+-transporting ATPase [Fusarium circinatum]Ą€0€¤€0€Ą€ KAF5671546Ŗ€ĸ€0€0€ €/3319_t:CDS:2, partial [Dentiscutata erythropus]Ą€0€Ĩ€0€Ą€ CAG8783316Ŗ€ĸ€0€0€ €.ferredoxin-2, mitochondrial [Tupaia chinensis]Ą€0€Š€0€Ą€ XP_006161615Ŗ€ĸ€0€0€ €§twin-arginine translocase TatA/TatE family subunit [Tessaracoccus sp. SD287] >MBO1029906.1 twin-arginine translocase TatA/TatE family subunit [Tessaracoccus sp. SD287]Ą€0€Š€0€Ą€ WP_207472995Ŗ€ĸ€0€0€ €3glutathione synthase [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€TMG92410Ŗ€ĸ€0€0€ €%DNA helicase RecQ [Piscinibacter sp.]Ą€0€¤€0€Ą€ MBL0091585Ŗ€ĸ€0€0€ €NDam family site-specific DNA-(adenine-N6)-methyltransferase [Escherichia coli]Ą€0€¤€0€Ą€ EJI8012843Ŗ€ĸ€0€0€ €#Chain AM, mL116 [Polytomella magna]Ą€0€Ž€0€ €8APNŖ€AMĸ€0€0€ €‚PAAA family ATPase [Mycolicibacterium goodii] >OKH63244.1 TmrB [Mycobacterium sp. SWH-M5] >MBU8809273.1 hypothetical protein [Mycolicibacterium goodii] >MBU8816843.1 hypothetical protein [Mycolicibacterium goodii] >MBU8821830.1 hypothetical protein [Mycolicibacterium goodii] >MBU8836822.1 hypothetical protein [Mycolicibacterium goodii]Ą€0€Š€0€Ą€ WP_073680713Ŗ€ĸ€0€0€ €,proline aminopeptidase II [Escherichia coli]Ą€0€Ĩ€0€Ą€SQB81123Ŗ€ĸ€0€0€ €_ribonuclease H2 subunit B [Homo sapiens] >KAI4063360.1 ribonuclease H2 subunit B [Homo sapiens]Ą€0€¤€0€Ą€ KAI2569442Ŗ€ĸ€0€0€ €’MULTISPECIES: Sua5/YciO/YrdC/YwlC family protein [Stenotrophomonas] >MCR8713142.1 Sua5/YciO/YrdC/YwlC family protein [Stenotrophomonas indicatrix]Ą€0€Š€0€Ą€ WP_049468231Ŗ€ĸ€0€0€ €ģacetyl-CoA C-acetyltransferase [Pragia fontium] >GKX64419.1 acetyl-CoA acetyltransferase [Pragia fontium] >SFD47519.1 acetyl-CoA C-acetyltransferase [Pragia fontium DSM 5563 = ATCC 49100]Ą€0€Š€0€Ą€ WP_074825075Ŗ€ĸ€0€0€ €}glutathione S-transferase [Enterovibrio norvegicus] >SFO89767.1 Glutathione S-transferase [Enterovibrio norvegicus DSM 15893]Ą€0€Š€0€Ą€ WP_074925385Ŗ€ĸ€0€0€ €_12522_t:CDS:10 [Funneliformis geosporum] >CAI2162812.1 15846_t:CDS:10 [Funneliformis geosporum]Ą€0€Ĩ€0€Ą€ CAI2162316Ŗ€ĸ€0€0€ €}M20/M25/M40 family metallo-hydrolase [Alkalilimnicola ehrlichii] >ABI57083.1 peptidase M20 [Alkalilimnicola ehrlichii MLHE-1]Ą€0€Š€0€Ą€ WP_011629477Ŗ€ĸ€0€0€ €‚fMULTISPECIES: proline--tRNA ligase [Acinetobacter] >AVF06276.1 proline--tRNA ligase [Acinetobacter baumannii] >AYX95692.1 proline--tRNA ligase [Acinetobacter sp. FDAARGOS_493] >EGY2941256.1 proline--tRNA ligase [Acinetobacter baumannii] >EGY2948766.1 proline--tRNA ligase [Acinetobacter baumannii] >EHA0745632.1 proline--tRNA ligase [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_001202764Ŗ€ĸ€0€0€ €tpermease [Candidatus Bipolaricaulis anaerobius] >SQD93081.1 putative permease [Candidatus Bipolaricaulis anaerobius]Ą€0€Š€0€Ą€ WP_122031495Ŗ€ĸ€0€0€ €5DUF1559 domain-containing protein [Victivallis lenta]Ą€0€Š€0€Ą€ WP_177995267Ŗ€ĸ€0€0€ €qresponse regulator [Phenylobacterium hankyongense] >RAK59794.1 response regulator [Phenylobacterium hankyongense]Ą€0€Š€0€Ą€ WP_111457087Ŗ€ĸ€0€0€ €‚fhypothetical protein F4W67_22635 [Pseudomonas caricapapayae] >KPW57636.1 Uncharacterized protein ALO80_00819 [Pseudomonas caricapapayae] >RMM09851.1 hypothetical protein ALQ84_200169 [Pseudomonas caricapapayae] >RMV77663.1 hypothetical protein ALP05_200007 [Pseudomonas caricapapayae] >RMV92156.1 hypothetical protein ALP01_200056 [Pseudomonas caricapapayae]Ą€0€¤€0€Ą€ KAA8693182Ŗ€ĸ€0€0€ €/hypothetical protein [Streptomyces sp. SID8359]Ą€0€¤€0€Ą€MYT92751Ŗ€ĸ€0€0€ €PBJ67873.1 hypothetical protein BCY84_22871 [Trypanosoma cruzi cruzi] >PWU88017.1 hypothetical protein C4B63_81g57 [Trypanosoma cruzi]Ą€0€¤€0€Ą€ESS65152Ŗ€ĸ€0€0€ €Ĩhypothetical protein [Enterobacter cloacae] >MCI8906438.1 hypothetical protein [Enterobacter sp.] >PAO07178.1 hypothetical protein CIW61_06550 [Enterobacter cloacae]Ą€0€Š€0€Ą€ WP_095451526Ŗ€ĸ€0€0€ €/zinc finger MYM-type protein 1-like [Bufo bufo]Ą€0€Š€0€Ą€ XP_040286004Ŗ€ĸ€0€0€ €‚ģBifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] >RMT51308.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] >RMV00418.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] >RMV22145.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae]Ą€0€¤€0€Ą€KPX96424Ŗ€ĸ€0€0€ €‚lactose permease [Escherichia coli] >MCE3651999.1 lactose permease [Escherichia coli] >HCJ8430123.1 lactose permease [Escherichia coli] >HCJ9156062.1 lactose permease [Escherichia coli] >HCJ9491408.1 lactose permease [Escherichia coli] >HCJ9658667.1 lactose permease [Escherichia coli]Ą€0€Š€0€Ą€ WP_233290946Ŗ€ĸ€0€0€ €4ISAs1 family transposase, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_139552727Ŗ€ĸ€0€0€ €?hypothetical protein F444_00745 [Phytophthora parasitica P1976]Ą€0€¤€0€Ą€ETO85594Ŗ€ĸ€0€0€ €Mleucine-rich repeat domain-containing protein [TM7 phylum sp. oral taxon 352]Ą€0€¤€0€Ą€TWP21248Ŗ€ĸ€0€0€ €-hypothetical protein [Cellvibrio sp. KY-GH-1]Ą€0€Š€0€Ą€ WP_225318916Ŗ€ĸ€0€0€ €ohypothetical protein [Sphingomonas sp. UV9] >RXD02530.1 hypothetical protein EQZ23_18080 [Sphingomonas sp. UV9]Ą€0€Š€0€Ą€ WP_128455839Ŗ€ĸ€0€0€ €0hypothetical protein [Lentilactobacillus kefiri]Ą€0€Š€0€Ą€ WP_109249144Ŗ€ĸ€0€0€ €1hypothetical protein [Parabacteroides distasonis]Ą€0€Š€0€Ą€ WP_272056282Ŗ€ĸ€0€0€ €+hypothetical protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ ECC0814460Ŗ€ĸ€0€0€ €)amidohydrolase [Pseudomonadota bacterium]Ą€0€¤€0€Ą€RZO46377Ŗ€ĸ€0€0€ €!PWP2 protein [Cnemophilus loriae]Ą€0€¤€0€Ą€NXB12866Ŗ€ĸ€0€0€ €Kputative immunoglobulin-blocking virulence protein [Metamycoplasma hominis]Ą€0€Š€0€Ą€ WP_203282270Ŗ€ĸ€0€0€ €/TRL-like family protein [Archangium sp. Cb G35]Ą€0€Š€0€Ą€ WP_083681546Ŗ€ĸ€0€0€ €AMAG: hypothetical protein B7Y39_02140 [Bdellovibrio sp. 28-41-41]Ą€0€¤€0€Ą€OYZ24246Ŗ€ĸ€0€0€ €beta-ketoacyl-ACP synthase III [Mesorhizobium sp. B2-4-19] >TPK64615.1 beta-ketoacyl-ACP synthase III [Mesorhizobium sp. B2-4-19]Ą€0€Š€0€Ą€ WP_140889516Ŗ€ĸ€0€0€ €,AMP-binding protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBN0056136Ŗ€ĸ€0€0€ €0Uncharacterised protein [Neisseria meningitidis]Ą€0€Ĩ€0€Ą€CKL52325Ŗ€ĸ€0€0€ €.type III secretion protein [Mesorhizobium sp.]Ą€0€¤€0€Ą€TIP25924Ŗ€ĸ€0€0€ €cNADAR family protein [Azonexus fungiphilus] >NHC06957.1 NADAR family protein [Azonexus fungiphilus]Ą€0€Š€0€Ą€ WP_173580245Ŗ€ĸ€0€0€ €8pantoate--beta-alanine ligase [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBP9134796Ŗ€ĸ€0€0€ €5hypothetical protein [Winogradskyella helgolandensis]Ą€0€Š€0€Ą€ WP_179321248Ŗ€ĸ€0€0€ €‚TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica] >EAO1480178.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica] >EBQ9442150.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Cerro] >EBR8573716.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Java] >EBU6738390.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Adelaide] >ECB2068339.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Benin] >ECD9471830.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. diarizonae] >ECF4963220.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Infantis] >ECY7784271.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Anatum] >EDN4537905.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. diarizonae serovar 47:k:z35] >EDX2602355.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Pomona]Ą€0€¤€0€Ą€ EAA1978353Ŗ€ĸ€0€0€ €?MAG TPA: glutamyl-tRNA synthetase, partial [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAZ71054Ŗ€ĸ€0€0€ €C2H2 transcription factor (RfeC), putative [Aspergillus clavatus NRRL 1] >EAW13926.1 C2H2 transcription factor (RfeC), putative [Aspergillus clavatus NRRL 1]Ą€0€Š€0€Ą€ XP_001275352Ŗ€ĸ€0€0€ €žtrypsin-like peptidase [Extensimonas vulgaris] >TWI36563.1 trypsin-like peptidase [Extensimonas vulgaris] >TXD17194.1 trypsin-like peptidase domain-containing protein [Extensimonas vulgaris]Ą€0€¤€0€Ą€RCX10040Ŗ€ĸ€0€0€ €>GntR family transcriptional regulator [Cupriavidus basilensis]Ą€0€Š€0€Ą€ WP_276263713Ŗ€ĸ€0€0€ €…hypothetical protein, variant 3 [Phytophthora parasitica P1569] >ETL78917.1 hypothetical protein, variant 3 [Phytophthora parasitica]Ą€0€¤€0€Ą€ETI31896Ŗ€ĸ€0€0€ €“alpha-1,6-mannosyltransferase [Pseudomonas sp. URMO17WK12:I6] >CAH0231100.1 GDP-mannose-dependent alpha-mannosyltransferase [Pseudomonas sp. Bi130]Ą€0€¤€0€Ą€PZW56938Ŗ€ĸ€0€0€ €,unnamed protein product [Clonostachys rosea]Ą€0€Ĩ€0€Ą€VUC33496Ŗ€ĸ€0€0€ €4transketolase, partial [Streptomyces sp. NEAU-YJ-81]Ą€0€Š€0€Ą€ WP_279595826Ŗ€ĸ€0€0€ €Žtripartite tricarboxylate transporter substrate binding protein [Delftia acidovorans] >MCA1071321.1 hypothetical protein [Delftia acidovorans]Ą€0€Š€0€Ą€ WP_216295494Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QWC83326Ŗ€ĸ€0€0€ €ŸMULTISPECIES: PAS domain-containing methyl-accepting chemotaxis protein [Pseudomonas] >MBV4537083.1 methyl-accepting chemotaxis protein [Pseudomonas urmiensis]Ą€0€Š€0€Ą€ WP_186556299Ŗ€ĸ€0€0€ €Gcoordinator of PRMT5 and differentiation stimulator [Ochotona princeps]Ą€0€Š€0€Ą€ XP_036352003Ŗ€ĸ€0€0€ €5intronic protein 259, partial [Ozotomerus sp. INB043]Ą€0€¤€0€Ą€AUW66636Ŗ€ĸ€0€0€ €oprobable mitochondrial saccharopine dehydrogenase-like oxidoreductase At5g39410 isoform X2 [Hevea brasiliensis]Ą€0€Š€0€Ą€ XP_021678658Ŗ€ĸ€0€0€ €iTerC family protein [Pseudomonas sp. 32.2.56] >MCR4508817.1 TerC family protein [Pseudomonas sp. 32.2.56]Ą€0€Š€0€Ą€ WP_257777211Ŗ€ĸ€0€0€ €‚čMULTISPECIES: cellulose synthase complex outer membrane protein BcsC [Enterobacter cloacae complex] >EHN8719404.1 cellulose biosynthesis protein BcsC [Enterobacter hormaechei] >EJV4648068.1 cellulose biosynthesis protein BcsC [Enterobacter hormaechei] >KJL51137.1 cellulose synthase [Enterobacter hormaechei subsp. xiangfangensis] >KJN06145.1 cellulose synthase [Enterobacter hormaechei subsp. xiangfangensis] >KJO94843.1 cellulose synthase [Enterobacter hormaechei subsp. xiangfangensis]Ą€0€Š€0€Ą€ WP_045332585Ŗ€ĸ€0€0€ €phypothetical protein [Arthrobacter terrae] >MBG0739810.1 hypothetical protein [Paeniglutamicibacter antarcticus]Ą€0€Š€0€Ą€ WP_196396761Ŗ€ĸ€0€0€ €6ImcF-related family protein [Leclercia adecarboxylata]Ą€0€Š€0€Ą€ WP_263298010Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFD45028Ŗ€ĸ€0€0€ €EDNA-binding transcriptional regulator YbjK [Mycobacterium sp. OAS707]Ą€0€¤€0€Ą€ MBE1549930Ŗ€ĸ€0€0€ €L-arabinose ABC transporter permease AraH [Pseudomonas fluorescens] >VVM86309.1 Ribose import permease protein RbsC [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_154951203Ŗ€ĸ€0€0€ €Gechinoderm microtubule-associated protein-like 5 isoform X8 [Tyto alba]Ą€0€Š€0€Ą€ XP_042646948Ŗ€ĸ€0€0€ €‘hypothetical protein, partial [Sinomicrobium pectinilyticum] >RNL83543.1 hypothetical protein ED312_14955, partial [Sinomicrobium pectinilyticum]Ą€0€Š€0€Ą€ WP_148044309Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEY78623Ŗ€ĸ€0€0€ €.ubiquitin-like protein [Pseudomonas sp. HLS-6]Ą€0€Š€0€Ą€ WP_157767135Ŗ€ĸ€0€0€ €@pyridoxal-phosphate dependent enzyme [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBI3668312Ŗ€ĸ€0€0€ €LRHS repeat protein [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€¤€0€Ą€ EDD0587303Ŗ€ĸ€0€0€ €3hypothetical protein NL676_031724 [Syzygium grande]Ą€0€¤€0€Ą€ KAI6685811Ŗ€ĸ€0€0€ €5ABC transporter permease [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBN9383861Ŗ€ĸ€0€0€ €Ahypothetical protein IQ07DRAFT_600810 [Pyrenochaeta sp. DS3sAY3a]Ą€0€¤€0€Ą€OAL48948Ŗ€ĸ€0€0€ €5hypothetical protein EGW08_012370 [Elysia chlorotica]Ą€0€¤€0€Ą€RUS79844Ŗ€ĸ€0€0€ €UMULTISPECIES: methyltransferase domain-containing protein [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_266613108Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HCN7845163Ŗ€ĸ€0€0€ €:PDZ domain-containing protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR7122964Ŗ€ĸ€0€0€ €Ąhead decoration protein, partial [Escherichia coli] >MSF43747.1 head decoration protein [Escherichia coli] >MSG06337.1 head decoration protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_154324327Ŗ€ĸ€0€0€ €)hypothetical protein [Acidobacterium sp.]Ą€0€¯€0€Ą€HCT61068Ŗ€ĸ€0€0€ €/hypothetical protein [Acidobacteriia bacterium]Ą€0€¤€0€Ą€ MBZ5490509Ŗ€ĸ€0€0€ €?MAG: hypothetical protein EOO91_19115, partial [Pedobacter sp.]Ą€0€¤€0€Ą€RZK52568Ŗ€ĸ€0€0€ €}hypothetical protein TGAM01_v207817 [Trichoderma gamsii] >PON23290.1 hypothetical protein TGAM01_v207817 [Trichoderma gamsii]Ą€0€Š€0€Ą€ XP_018661491Ŗ€ĸ€0€0€ €qhypothetical protein [Microbulbifer agarilyticus] >MBY6213292.1 hypothetical protein [Microbulbifer agarilyticus]Ą€0€Š€0€Ą€ WP_222251196Ŗ€ĸ€0€0€ €‚NAD(P)H-hydrate dehydratase [Coprobacillus sp. AF27-24BH] >RGH26169.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AF02-13] >RGH51280.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AM37-9BH] >RHQ21825.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AF29-3BH]Ą€0€¤€0€Ą€RGG06187Ŗ€ĸ€0€0€ €FMAG: signal recognition particle-docking protein FtsY [Lutibacter sp.]Ą€0€¤€0€Ą€PHR72175Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ6421794Ŗ€ĸ€0€0€ €*unnamed protein product [Escherichia coli]Ą€0€Š€0€Ą€ WP_251290759Ŗ€ĸ€0€0€ €950S ribosomal protein L18 [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MBR4471080Ŗ€ĸ€0€0€ €Rgamma-glutamyl-gamma-aminobutyrate hydrolase family protein [Fusobacterium varium]Ą€0€¤€0€Ą€ MCF2638803Ŗ€ĸ€0€0€ €;hypothetical protein NM208_g14133 [Fusarium decemcellulare]Ą€0€¤€0€Ą€ KAJ3519417Ŗ€ĸ€0€0€ €succinate--CoA ligase subunit alpha [Mycolicibacterium vulneris] >TVX95725.1 succinate--CoA ligase subunit alpha [Mycolicibacterium porcinum]Ą€0€¤€0€Ą€OCB46767Ŗ€ĸ€0€0€ €2hypothetical protein [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCD8138445Ŗ€ĸ€0€0€ €sS24 family peptidase [Acinetobacter ursingii] >UYF72996.1 hypothetical protein LSO60_07015 [Acinetobacter ursingii]Ą€0€Š€0€Ą€ WP_263513200Ŗ€ĸ€0€0€ € IN35 protein [Panurus biarmicus]Ą€0€¤€0€Ą€NWW37631Ŗ€ĸ€0€0€ €ŖTRAP transporter substrate-binding protein [Lysinibacillus sphaericus] >EON71754.1 C4-dicarboxylate-binding periplasmic protein [Lysinibacillus sphaericus OT4b.31]Ą€0€Š€0€Ą€ WP_010859888Ŗ€ĸ€0€0€ €?putative transposase, partial [Shigella flexneri 2a str. 2457T]Ą€0€¤€0€Ą€EFS12202Ŗ€ĸ€0€0€ €|alpha/beta fold hydrolase [Sphingopyxis indica] >SNS79390.1 Pimeloyl-ACP methyl ester carboxylesterase [Sphingopyxis indica]Ą€0€Š€0€Ą€ WP_245836657Ŗ€ĸ€0€0€ €ohypothetical protein [Arthrobacter sp. PM3] >AXJ08981.1 hypothetical protein CFN17_04590 [Arthrobacter sp. PM3]Ą€0€Š€0€Ą€ WP_208750182Ŗ€ĸ€0€0€ €‚Āoligosaccharide flippase family protein [Alteromonas macleodii] >OES29411.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OES30037.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OES30239.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OES40695.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OZB92503.1 hypothetical protein BBP29_07195 [Alteromonas macleodii]Ą€0€Š€0€Ą€ WP_069944653Ŗ€ĸ€0€0€ €-glycosyltransferase [Chlorobi bacterium OLB5]Ą€0€¤€0€Ą€KXK44331Ŗ€ĸ€0€0€ €chypothetical protein [Nostoc linckia] >MBD2565889.1 hypothetical protein [Nostoc linckia FACHB-391]Ą€0€Š€0€Ą€ WP_190971545Ŗ€ĸ€0€0€ €ŸDNA translocase FtsK [Salmonella enterica subsp. enterica serovar Carno] >ECE9435129.1 DNA translocase FtsK [Salmonella enterica subsp. enterica serovar Carno]Ą€0€¤€0€Ą€ ECB3811761Ŗ€ĸ€0€0€ €/MAG TPA: tail tape measure [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAT73027Ŗ€ĸ€0€0€ €9heavy metal translocating P-type ATPase [Pseudomonas sp.]Ą€0€¯€0€Ą€HCT06136Ŗ€ĸ€0€0€ €=hypothetical protein FOA52_001061 [Chlamydomonas sp. UWO 241]Ą€0€¤€0€Ą€ KAG1677749Ŗ€ĸ€0€0€ €Bmechanosensitive ion channel family protein [Enterococcus cecorum]Ą€0€Ĩ€0€Ą€ CAI3266215Ŗ€ĸ€0€0€ €lipid-A-disaccharide synthase [Pseudomonas oryzihabitans] >MXS20473.1 lipid-A-disaccharide synthase [Pseudomonas oryzihabitans]Ą€0€Š€0€Ą€ WP_160923791Ŗ€ĸ€0€0€ €Wtype II toxin-antitoxin system Phd/YefM family antitoxin [Acidaminococcaceae bacterium]Ą€0€¤€0€Ą€ MBQ9635153Ŗ€ĸ€0€0€ €…outer membrane protein transport protein [Vibrio vulnificus] >QNE02933.1 outer membrane protein transport protein [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_185892762Ŗ€ĸ€0€0€ €‚;hypothetical protein TVAGG3_0415630 [Trichomonas vaginalis G3] >XP_051085585.1 hypothetical protein TVAGG3_0872330 [Trichomonas vaginalis G3] >XP_051098841.1 hypothetical protein TVAGG3_0289790 [Trichomonas vaginalis G3] >XP_051099515.1 hypothetical protein TVAGG3_0310020 [Trichomonas vaginalis G3] >XP_051106173.1 hypothetical protein TVAGG3_0055780 [Trichomonas vaginalis G3] >XP_051111366.1 hypothetical protein TVAGG3_0203320 [Trichomonas vaginalis G3] >EAX65767.1 hypothetical protein TVAG_606840 [Trichomonas vaginalis G3] >EAY00779.1 hypothetical protein TVAG_231190 [Trichomonas vaginalis G3] >EAY22928.1 hypothetical protein TVAG_076750 [Trichomonas vaginalis G3] >KAI5501456.1 hypothetical protein TVAGG3_0872330 [Trichomonas vaginalis G3] >KAI5527171.1 hypothetical protein TVAGG3_0289790 [Trichomonas vaginalis G3]Ą€0€Š€0€Ą€ XP_001312457Ŗ€ĸ€0€0€ €Ŋsiderophore-interacting protein [Vibrio fluvialis] >TOY92288.1 siderophore-interacting protein [Vibrio fluvialis] >TRN11240.1 NADPH-dependent ferric siderophore reductase [Vibrio fluvialis]Ą€0€Š€0€Ą€ WP_140229785Ŗ€ĸ€0€0€ €>GRB2-associated-binding protein 1 isoform X6 [Betta splendens]Ą€0€Š€0€Ą€ XP_029003841Ŗ€ĸ€0€0€ €qNAD-dependent deacetylase [Staphylococcus aureus] >HAR4426729.1 NAD-dependent deacetylase [Staphylococcus aureus]Ą€0€¤€0€Ą€ MCC1459731Ŗ€ĸ€0€0€ €550S ribosomal protein L24 [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MCC6386819Ŗ€ĸ€0€0€ €beta-ketoacyl-ACP synthase III [Amycolatopsis sp. YIM 10] >QFU91731.1 Acetoacetyl CoA synthase NphT7 [Amycolatopsis sp. YIM 10]Ą€0€Š€0€Ą€ WP_153033981Ŗ€ĸ€0€0€ €‚rDUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2186644.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2189792.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2194085.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2195625.1 DUF2752 domain-containing protein [Streptococcus thermophilus]Ą€0€¤€0€Ą€ MCE2153491Ŗ€ĸ€0€0€ €˜chromatin modification-related protein EAF1 B isoform X9 [Gossypium hirsutum] >KAG4174704.1 hypothetical protein ERO13_A11G137900v2 [Gossypium hirsutum]Ą€0€Š€0€Ą€ XP_040937145Ŗ€ĸ€0€0€ €/hypothetical protein [Exiguobacterium sp. s138]Ą€0€Š€0€Ą€ WP_214850425Ŗ€ĸ€0€0€ €ZMAG: type VI secretion system contractile sheath small subunit [Planctomycetota bacterium]Ą€0€¤€0€Ą€RMF71452Ŗ€ĸ€0€0€ €äDUF3772 domain-containing protein [Methylorubrum rhodesianum] >MBK3402589.1 mechanosensitive ion channel family protein [Methylorubrum rhodesianum] >MBY0141487.1 mechanosensitive ion channel family protein [Methylorubrum populi]Ą€0€Š€0€Ą€ WP_200671006Ŗ€ĸ€0€0€ €GTRAP transporter TatT component family protein [Paucibacter sp. Y2R2-4]Ą€0€Š€0€Ą€ WP_263537640Ŗ€ĸ€0€0€ €“molybdenum ABC transporter ATP-binding protein [Inquilinus limosus] >OWJ65002.1 molybdenum ABC transporter ATP-binding protein [Inquilinus limosus]Ą€0€Š€0€Ą€ WP_088153117Ŗ€ĸ€0€0€ €J3-isopropylmalate dehydrogenase [Candidatus Intestinimonas pullistercoris]Ą€0€¯€0€Ą€HJC40183Ŗ€ĸ€0€0€ €Gpeptidoglycan amidohydrolase family protein [Streptococcus ruminantium]Ą€0€Š€0€Ą€ WP_155963450Ŗ€ĸ€0€0€ €CPREDICTED: zinc finger protein 132 isoform X2 [Rhinopithecus bieti]Ą€0€Š€0€Ą€ XP_017706045Ŗ€ĸ€0€0€ €0hypothetical protein M6B38_197065 [Iris pallida]Ą€0€¤€0€Ą€ KAJ6801625Ŗ€ĸ€0€0€ €‡preprotein translocase subunit YajC [Bacteroidota bacterium] >MBS1930665.1 preprotein translocase subunit YajC [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1921425Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBD5086961Ŗ€ĸ€0€0€ €Bexopolysaccharide biosynthesis protein [Bradyrhizobium brasilense]Ą€0€¤€0€Ą€NLS70598Ŗ€ĸ€0€0€ €™peptide MFS transporter [Microbacterium sp. 77mftsu3.1] >SDG66055.1 proton-dependent oligopeptide transporter, POT family [Microbacterium sp. 77mftsu3.1]Ą€0€Š€0€Ą€ WP_018187484Ŗ€ĸ€0€0€ €;GNAT family N-acetyltransferase [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBI4606629Ŗ€ĸ€0€0€ €‚ēiron ABC transporter permease [Salmonella enterica] >EBW2431262.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Brancaster] >EBZ4432116.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Derby] >ECD3900893.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Haga] >EIS1589850.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Kingston]Ą€0€¤€0€Ą€ EAP5059555Ŗ€ĸ€0€0€ €ČNYN domain-containing protein [Acidimicrobiales bacterium] >MYD35119.1 NYN domain-containing protein [Acidimicrobiales bacterium] >MYI08135.1 NYN domain-containing protein [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€MXX44250Ŗ€ĸ€0€0€ €‡LysR family transcriptional regulator [Vibrio sp. SS-MA-C1-2] >UJF18466.1 LysR family transcriptional regulator [Vibrio sp. SS-MA-C1-2]Ą€0€Š€0€Ą€ WP_235060562Ŗ€ĸ€0€0€ €>hypothetical protein [Candidatus Competibacteraceae bacterium]Ą€0€¤€0€Ą€ MBK8752367Ŗ€ĸ€0€0€ €g6-phosphogluconolactonase [Gordonia jacobaea] >KNA93209.1 6-phosphogluconolactonase [Gordonia jacobaea]Ą€0€Š€0€Ą€ WP_049697298Ŗ€ĸ€0€0€ €ACC1-like family splicing factor [Allomyces macrogynus ATCC 38327]Ą€0€¤€0€Ą€KNE54577Ŗ€ĸ€0€0€ €8Co2+/Mg2+ efflux protein ApaG [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0281612Ŗ€ĸ€0€0€ €„MULTISPECIES: ABC transporter permease [unclassified Amycolatopsis] >MCG3748987.1 ABC transporter permease [Amycolatopsis sp. Poz14]Ą€0€Š€0€Ą€ WP_037818847Ŗ€ĸ€0€0€ €NSDR family NAD(P)-dependent oxidoreductase, partial [Actinomycetota bacterium]Ą€0€¤€0€Ą€TML70651Ŗ€ĸ€0€0€ €ƒNADH dehydrogenase subunit 2 [Pseudopentaceros richardsoni] >BAM72001.1 NADH dehydrogenase subunit 2 [Pseudopentaceros richardsoni]Ą€0€Š€0€Ą€ YP_007317140Ŗ€ĸ€0€0€ €.transcriptional regulator ArgR [Colwellia sp.]Ą€0€¤€0€Ą€NQZ80525Ŗ€ĸ€0€0€ €‚MULTISPECIES: virulence factor SrfC family protein [Citrobacter freundii complex] >EJR7282066.1 virulence effector SrfC [Citrobacter freundii] >KYC20359.1 virulence effector SrfC [Citrobacter sp. AATXQ] >QLX05289.1 virulence effector SrfC [Citrobacter freundii] >HBU6364790.1 virulence effector SrfC [Citrobacter freundii] >HCC4464017.1 virulence effector SrfC [Citrobacter freundii]Ą€0€Š€0€Ą€ WP_061548291Ŗ€ĸ€0€0€ €Fhypothetical protein A2080_15995 [Ignavibacteria bacterium GWC2_36_12]Ą€0€¤€0€Ą€OGU48181Ŗ€ĸ€0€0€ €MBY7662019.1 CHASE domain-containing protein [Vibrio atlanticus] >OEE21973.1 histidine kinase [Vibrio cyclitrophicus ZF14]Ą€0€Š€0€Ą€ WP_010434011Ŗ€ĸ€0€0€ €&hypothetical protein [Fibrobacter sp.]Ą€0€¤€0€Ą€NLP00897Ŗ€ĸ€0€0€ €>hypothetical protein E6Q98_02660 [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€TXH38725Ŗ€ĸ€0€0€ €?glycoside hydrolase family 16 protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBN2697970Ŗ€ĸ€0€0€ €-unnamed protein product [Arabidopsis arenosa]Ą€0€Ĩ€0€Ą€ CAE5960238Ŗ€ĸ€0€0€ €úGTP-sensing pleiotropic transcriptional regulator CodY [Streptococcus ruminantium] >BBA91975.1 GTP-sensing pleiotropic transcriptional regulator [Streptococcus ruminantium] >BDD38132.1 pleiotropic transcriptional repressor [Streptococcus ruminantium]Ą€0€Š€0€Ą€ WP_120171324Ŗ€ĸ€0€0€ €ghypothetical protein [Gramella jeungdoensis] >MCM8570975.1 hypothetical protein [Gramella jeungdoensis]Ą€0€Š€0€Ą€ WP_252115680Ŗ€ĸ€0€0€ €MCC7470627.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Candidatus Nomurabacteria bacterium]Ą€0€¤€0€Ą€ MBL8041865Ŗ€ĸ€0€0€ €†MFS transporter [Pseudomonas viciae] >QBZ92547.1 MFS transporter [Pseudomonas viciae] >WGO93308.1 MFS transporter [Pseudomonas viciae]Ą€0€Š€0€Ą€ WP_135847767Ŗ€ĸ€0€0€ €WATP-dependent Clp protease ATP-binding subunit ClpX [Candidatus Merdivicinus faecavium]Ą€0€¯€0€Ą€HIT09367Ŗ€ĸ€0€0€ €€PepSY domain-containing protein [Lactobacillus crispatus] >QLL74680.1 hypothetical protein GTO85_10235 [Lactobacillus crispatus]Ą€0€Š€0€Ą€ WP_180860911Ŗ€ĸ€0€0€ €‚-hypothetical protein [Salmonella enterica] >EBX0890232.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Oslo] >EBX7470108.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Bareilly] >ECD3734779.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Stanley] >ECI5956091.1 hypothetical protein [Salmonella enterica subsp. enterica] >ECW9807156.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Poona] >ECZ5203000.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Kentucky]Ą€0€¤€0€Ą€ EAQ3014137Ŗ€ĸ€0€0€ €9hypothetical protein [Cyanobacteria bacterium HKST-UBA04]Ą€0€¤€0€Ą€ MCA9799621Ŗ€ĸ€0€0€ €oDinB family protein [Anaerocolumna sp. AGMB13025] >WFR58917.1 DinB family protein [Anaerocolumna sp. AGMB13025]Ą€0€Š€0€Ą€ WP_278273894Ŗ€ĸ€0€0€ €ÜRtcB family protein [Serratia fonticola] >CAI1645344.1 RNA-splicing ligase RtcB [Serratia fonticola] >CAI1709662.1 RNA-splicing ligase RtcB [Serratia fonticola] >CAI1816723.1 RNA-splicing ligase RtcB [Serratia fonticola]Ą€0€Š€0€Ą€ WP_261281372Ŗ€ĸ€0€0€ €”sarcosine oxidase subunit gamma family protein [Pseudomonas arsenicoxydans] >SDN91028.1 sarcosine oxidase subunit gamma [Pseudomonas arsenicoxydans]Ą€0€Š€0€Ą€ WP_090178898Ŗ€ĸ€0€0€ €9hypothetical protein, partial [Burkholderia pseudomallei]Ą€0€Š€0€Ą€ WP_264248212Ŗ€ĸ€0€0€ €6DUF11 domain-containing protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ8743106Ŗ€ĸ€0€0€ €‚hypothetical protein [Campylobacter jejuni] >EAH6034559.1 hypothetical protein [Campylobacter jejuni] >EAH6789356.1 hypothetical protein [Campylobacter jejuni] >EAH7264217.1 hypothetical protein [Campylobacter jejuni] >EAH7628976.1 hypothetical protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAH4606626Ŗ€ĸ€0€0€ €]MFS transporter [Staphylococcus aureus] >HCG2703946.1 MFS transporter [Staphylococcus aureus]Ą€0€¯€0€Ą€ HCG2498768Ŗ€ĸ€0€0€ €9HAAAP family serine/threonine permease [Escherichia coli]Ą€0€¯€0€Ą€ HBA5291325Ŗ€ĸ€0€0€ €gHolliday junction resolvase RuvX [bacterium] >MBU1990467.1 Holliday junction resolvase RuvX [bacterium]Ą€0€¤€0€Ą€ MBU0720757Ŗ€ĸ€0€0€ €Yiron-sulfur cluster biosynthesis family protein [Marinilactibacillus sp. Marseille-P9653]Ą€0€Š€0€Ą€ WP_225744764Ŗ€ĸ€0€0€ €}DUF445 domain-containing protein [Streptomyces sp. NRRL WC-3618] >KOV74208.1 membrane protein [Streptomyces sp. NRRL WC-3618]Ą€0€Š€0€Ą€ WP_053743010Ŗ€ĸ€0€0€ €cY-family DNA polymerase [Escherichia coli] >MCN8982890.1 Y-family DNA polymerase [Escherichia coli]Ą€0€¤€0€Ą€ EFJ8748319Ŗ€ĸ€0€0€ €/RNA polymerase beta subunit [Angelica dahurica]Ą€0€¤€0€Ą€ULU28230Ŗ€ĸ€0€0€ €EABC transporter substrate-binding protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBP3421135Ŗ€ĸ€0€0€ €ĩhypothetical protein [Oceanobacillus profundus] >MCM3398552.1 hypothetical protein [Oceanobacillus profundus] >PAE29020.1 hypothetical protein CHI07_11400 [Paenibacillus sp. 7884-2]Ą€0€Š€0€Ą€ WP_095310603Ŗ€ĸ€0€0€ €8TIGR00645 family protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NBW88664Ŗ€ĸ€0€0€ €/PREDICTED: acid phosphatase 1 [Camelina sativa]Ą€0€Š€0€Ą€ XP_010481786Ŗ€ĸ€0€0€ €3unnamed protein product [Heligmosomoides polygyrus]Ą€0€Ĩ€0€Ą€VDP42962Ŗ€ĸ€0€0€ €JMlaE family lipid ABC transporter permease subunit [Oligoflexia bacterium]Ą€0€¤€0€Ą€ MBF0362390Ŗ€ĸ€0€0€ €Gadenylyltransferase/sulfurtransferase MoeZ [Microlunatus sp. Gsoil 973]Ą€0€Š€0€Ą€ WP_230208134Ŗ€ĸ€0€0€ €6hypothetical protein Cgig2_007750 [Carnegiea gigantea]Ą€0€¤€0€Ą€ KAJ8438905Ŗ€ĸ€0€0€ €/hypothetical protein [Streptomyces sp. Wb2n-11]Ą€0€Š€0€Ą€ WP_093797100Ŗ€ĸ€0€0€ €;N-acetylmuramoyl-L-alanine amidase [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCA9871439Ŗ€ĸ€0€0€ €‡hypothetical protein PFICI_01603 [Pestalotiopsis fici W106-1] >ETS87775.1 hypothetical protein PFICI_01603 [Pestalotiopsis fici W106-1]Ą€0€Š€0€Ą€ XP_007828375Ŗ€ĸ€0€0€ €amidase [Oleispira sp.]Ą€0€¤€0€Ą€ MBL4798178Ŗ€ĸ€0€0€ €hypothetical protein [Bailinhaonella thermotolerans] >RJL30045.1 hypothetical protein D5H75_24210 [Bailinhaonella thermotolerans]Ą€0€Š€0€Ą€ WP_119928822Ŗ€ĸ€0€0€ €&protein lev-9-like [Uloborus diversus]Ą€0€Š€0€Ą€ XP_054720054Ŗ€ĸ€0€0€ €8hypothetical protein [Paenibacillus sp. Marseille-Q4541]Ą€0€Š€0€Ą€ WP_211748754Ŗ€ĸ€0€0€ €6S-layer homology domain-containing protein [bacterium]Ą€0€¤€0€Ą€ MBU0518438Ŗ€ĸ€0€0€ €#MY15B protein [Corvus moneduloides]Ą€0€¤€0€Ą€NXD58230Ŗ€ĸ€0€0€ €/hypothetical protein [SAR324 cluster bacterium]Ą€0€¤€0€Ą€ MBL4825303Ŗ€ĸ€0€0€ €;pyrroline-5-carboxylate reductase [Actinomycetia bacterium]Ą€0€¯€0€Ą€HAG54718Ŗ€ĸ€0€0€ €oATP/GTP-binding protein [Mycobacterium nebraskense] >KLO35436.1 ATP-binding protein [Mycobacterium nebraskense]Ą€0€Š€0€Ą€ WP_047323805Ŗ€ĸ€0€0€ €7hypothetical protein H0H81_006075 [Sphagnurus paluster]Ą€0€¤€0€Ą€ KAG5639171Ŗ€ĸ€0€0€ €Hdiguanylate cyclase (GGDEF) domain-containing protein [Thiovulum sp. ES]Ą€0€¤€0€Ą€EJF06804Ŗ€ĸ€0€0€ €Hcoiled-coil domain-containing protein 158 isoform X7 [Canis lupus dingo]Ą€0€Š€0€Ą€ XP_048961030Ŗ€ĸ€0€0€ €7uncharacterized protein LOC106615150 [Bactrocera oleae]Ą€0€Š€0€Ą€ XP_014086709Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€NBO56108Ŗ€ĸ€0€0€ €”ABC transporter permease [Streptococcus dysgalactiae] >OBY99973.1 multidrug ABC transporter permease [Streptococcus dysgalactiae subsp. equisimilis]Ą€0€Š€0€Ą€ WP_065358803Ŗ€ĸ€0€0€ €ohypothetical protein [Actinopolyspora biskrensis] >NYH79879.1 hypothetical protein [Actinopolyspora biskrensis]Ą€0€Š€0€Ą€ WP_179536231Ŗ€ĸ€0€0€ €AABC transporter ATP-binding protein [Caballeronia sp. GAWG1-5s-s]Ą€0€Š€0€Ą€ WP_250499463Ŗ€ĸ€0€0€ €G7TMR-DISM extracellular 2 [Leptospira weilii serovar Topaz str. LT2116]Ą€0€¤€0€Ą€EMF80818Ŗ€ĸ€0€0€ €ahypothetical protein [Zobellella iuensis] >MBL1376261.1 hypothetical protein [Zobellella iuensis]Ą€0€Š€0€Ą€ WP_202082228Ŗ€ĸ€0€0€ €‡RICIN domain-containing protein [Kitasatospora aureofaciens] >MBV6696741.1 RICIN domain-containing protein [Kitasatospora aureofaciens]Ą€0€Š€0€Ą€ WP_218198734Ŗ€ĸ€0€0€ €Gmembrane glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UJQ14296Ŗ€ĸ€0€0€ €#Paratox [Streptococcus lutetiensis]Ą€0€Š€0€Ą€ WP_281734351Ŗ€ĸ€0€0€ €8hypothetical protein BST95_17960 [Halioglobus japonicus]Ą€0€¤€0€Ą€AQA19851Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBT4511102Ŗ€ĸ€0€0€ €!dihydroorotase [Escherichia coli]Ą€0€¤€0€Ą€ EHS0147317Ŗ€ĸ€0€0€ €CFS13550.1 glycosyltransferase [Mycobacterium tuberculosis] >CFS18135.1 glycosyltransferase [Mycobacterium tuberculosis] >CFS59817.1 glycosyltransferase [Mycobacterium tuberculosis] >CKS68236.1 glycosyltransferase [Mycobacterium tuberculosis]Ą€0€Ĩ€0€Ą€CEZ68761Ŗ€ĸ€0€0€ €/DUF3289 family protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBW6187146Ŗ€ĸ€0€0€ €itetraspanin-14 isoform X2 [Bicyclus anynana] >XP_052737513.1 tetraspanin-14 isoform X2 [Bicyclus anynana]Ą€0€Š€0€Ą€ XP_052737512Ŗ€ĸ€0€0€ €3menaquinol oxidoreductase [Chloroflexota bacterium]Ą€0€¤€0€Ą€RLT25539Ŗ€ĸ€0€0€ €3TldD/PmbA family protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MCH8117287Ŗ€ĸ€0€0€ €9DNA-protecting protein DprA [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€ MBT5780702Ŗ€ĸ€0€0€ €thypothetical protein [Nocardiopsis sp. Huas11] >RKS07355.1 hypothetical protein DFP74_3022 [Nocardiopsis sp. Huas11]Ą€0€Š€0€Ą€ WP_121182262Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WEI27974Ŗ€ĸ€0€0€ €5ribosome recycling factor [Rhodobacterales bacterium]Ą€0€¤€0€Ą€ MBD3769330Ŗ€ĸ€0€0€ €8potassium transporter Kup [Paraburkholderia kururiensis]Ą€0€Š€0€Ą€ WP_114811503Ŗ€ĸ€0€0€ €93-hydroxyacyl-CoA dehydrogenase, partial [Variovorax sp.]Ą€0€¤€0€Ą€RZI94009Ŗ€ĸ€0€0€ €+histidine kinase [Maribacter sedimenticola]Ą€0€Š€0€Ą€ WP_245838763Ŗ€ĸ€0€0€ €_MFS transporter [Euryarchaeota archaeon] >MBT7938821.1 MFS transporter [Euryarchaeota archaeon]Ą€0€¤€0€Ą€ MBT6972091Ŗ€ĸ€0€0€ €1hypothetical protein [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MCU1401149Ŗ€ĸ€0€0€ €AN-acyl homoserine lactonase family protein [Tenacibaculum soleae]Ą€0€Š€0€Ą€ WP_271406340Ŗ€ĸ€0€0€ €rcysteine desulfurase family protein [Hyunsoonleella flava] >TBN06799.1 cysteine desulfurase [Hyunsoonleella flava]Ą€0€Š€0€Ą€ WP_130962786Ŗ€ĸ€0€0€ €+prenyltransferase [Vulcanisaeta distributa]Ą€0€Š€0€Ą€ WP_243678753Ŗ€ĸ€0€0€ €=MerR family transcriptional regulator [Solirubrobacter pauli]Ą€0€Š€0€Ą€ WP_245971990Ŗ€ĸ€0€0€ €+unnamed protein product [Brassica oleracea]Ą€0€Ĩ€0€Ą€VDD35992Ŗ€ĸ€0€0€ €?DNA-directed RNA polymerase subunit beta [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7389792Ŗ€ĸ€0€0€ €*DUF5715 family protein [Prevotella buccae]Ą€0€Š€0€Ą€ WP_281670363Ŗ€ĸ€0€0€ €'folate receptor [Tachysurus fulvidraco]Ą€0€Š€0€Ą€ XP_026994537Ŗ€ĸ€0€0€ €Kpentatricopeptide repeat-containing protein At5g08510-like [Lolium rigidum]Ą€0€Š€0€Ą€ XP_047076827Ŗ€ĸ€0€0€ €=fructose-6-phosphate aldolase [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MBR2684576Ŗ€ĸ€0€0€ €,xylose isomerase [Pectobacterium peruviense]Ą€0€Š€0€Ą€ WP_113625996Ŗ€ĸ€0€0€ €Gsigma-70 family RNA polymerase sigma factor [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCH8269832Ŗ€ĸ€0€0€ €OKP54793.1 cystathionine gamma-synthase [Serratia marcescens]Ą€0€Š€0€Ą€ WP_074053577Ŗ€ĸ€0€0€ €bputative ABC transporter ATP-binding protein YheS [Candidatus Dependentiae bacterium ADurb.Bin331]Ą€0€¤€0€Ą€OQA35671Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Pacearchaeota archaeon]Ą€0€¤€0€Ą€ MBS3065855Ŗ€ĸ€0€0€ €INAD-dependent epimerase/dehydratase family protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR5562318Ŗ€ĸ€0€0€ €+AAA family ATPase [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_122440133Ŗ€ĸ€0€0€ €Mcarbohydrate ABC transporter substrate-binding protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR4038690Ŗ€ĸ€0€0€ €(arylsulfatase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR6141090Ŗ€ĸ€0€0€ €œoligosaccharide flippase family protein [Polynucleobacter hirudinilacicola] >OWF66224.1 hypothetical protein B6A14_03230 [Polynucleobacter hirudinilacicola]Ą€0€Š€0€Ą€ WP_087909023Ŗ€ĸ€0€0€ €lMULTISPECIES: chemotaxis protein CheB [Pseudomonas] >RSC25745.1 chemotaxis protein CheB [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_054891276Ŗ€ĸ€0€0€ €“FAD/NAD(P)-binding oxidoreductase, partial [Pseudomonas aeruginosa] >KXC76852.1 FAD/NAD(P)-binding oxidoreductase, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_061195945Ŗ€ĸ€0€0€ €Ŋhypothetical protein KY289_033078 [Solanum tuberosum] >KAH0647720.1 hypothetical protein KY285_032968 [Solanum tuberosum] >KAH0740662.1 hypothetical protein KY290_033705 [Solanum tuberosum]Ą€0€¤€0€Ą€ KAH0642104Ŗ€ĸ€0€0€ €vhypothetical protein, partial [Streptomyces sp. SID10815] >NEA45200.1 hypothetical protein [Streptomyces sp. SID10815]Ą€0€Š€0€Ą€ WP_164582471Ŗ€ĸ€0€0€ €—MULTISPECIES: ImmA/IrrE family metallo-endopeptidase [Psychrobacter] >MBF4490844.1 ImmA/IrrE family metallo-endopeptidase [Psychrobacter sp. N25K4-3-2]Ą€0€Š€0€Ą€ WP_194621234Ŗ€ĸ€0€0€ €5S41 family peptidase [Prevotella sp. Marseille-P4119]Ą€0€Š€0€Ą€ WP_106812746Ŗ€ĸ€0€0€ €‚ƒORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UPX24421.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UPX32237.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UQE52230.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UQG49769.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UPP41269Ŗ€ĸ€0€0€ €œmethylmalonyl-CoA mutase family protein [Streptomyces himastatinicus] >EFL23152.1 putative methylmalonyl-CoA mutase [Streptomyces himastatinicus ATCC 53653]Ą€0€Š€0€Ą€ WP_009714971Ŗ€ĸ€0€0€ €*hypothetical protein [Bacillota bacterium]Ą€0€¤€0€Ą€MTI81752Ŗ€ĸ€0€0€ €=hypothetical protein HDU86_000700 [Geranomyces michiganensis]Ą€0€¤€0€Ą€ KAJ3160366Ŗ€ĸ€0€0€ €@hypothetical protein DB345_18570 [Spartobacteria bacterium LR76]Ą€0€¤€0€Ą€PTX93603Ŗ€ĸ€0€0€ €/alpha/beta hydrolase [Citrobacter amalonaticus]Ą€0€Š€0€Ą€ WP_252438898Ŗ€ĸ€0€0€ €,APC family permease [Sphingobium xenophagum]Ą€0€Š€0€Ą€ WP_026002460Ŗ€ĸ€0€0€ €;quinoprotein ethanol dehydrogenase [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_282322778Ŗ€ĸ€0€0€ €&TolC family protein [Derxia lacustris]Ą€0€Š€0€Ą€ WP_085315249Ŗ€ĸ€0€0€ €2oleosin 18.2 kDa-like [Cucurbita pepo subsp. pepo]Ą€0€Š€0€Ą€ XP_023529459Ŗ€ĸ€0€0€ €:YcgN family cysteine cluster protein [Pseudomonas sp. 2FE]Ą€0€Š€0€Ą€ WP_137885208Ŗ€ĸ€0€0€ €8hypothetical protein BHE74_00034507 [Ensete ventricosum]Ą€0€¤€0€Ą€RWW58604Ŗ€ĸ€0€0€ € FAD-dependent oxidoreductase [Sphingomonas leidyi] >NIJ66975.1 3-phenylpropionate/trans-cinnamate dioxygenase ferredoxin reductase subunit [Sphingomonas leidyi]Ą€0€Š€0€Ą€ WP_167301289Ŗ€ĸ€0€0€ €ŒGntR family transcriptional regulator [Listeria seeligeri] >EFR99824.1 GntR family transcriptional regulator [Listeria seeligeri FSL N1-067]Ą€0€Š€0€Ą€ WP_003748238Ŗ€ĸ€0€0€ €Æhypothetical protein [Streptococcus sanguinis] >EFX94748.1 hypothetical protein HMPREF9398_0477 [Streptococcus sanguinis VMC66] >QKQ44963.1 hypothetical protein FOC72_10620 [Streptococcus sanguinis]Ą€0€Š€0€Ą€ WP_002894198Ŗ€ĸ€0€0€ €:hypothetical protein OsI_00897 [Oryza sativa Indica Group]Ą€0€¤€0€Ą€EEC70172Ŗ€ĸ€0€0€ €6hypothetical protein TSOC_002714 [Tetrabaena socialis]Ą€0€¤€0€Ą€PNH10535Ŗ€ĸ€0€0€ €čelectron transfer flavoprotein subunit beta/FixA family protein [Kurthia sibirica] >PWI26141.1 electron transfer flavoprotein subunit beta [Kurthia sibirica] >GEK33398.1 electron transfer flavoprotein subunit beta [Kurthia sibirica]Ą€0€Š€0€Ą€ WP_109305164Ŗ€ĸ€0€0€ €•type III-A CRISPR-associated RAMP protein Csm5 [Nostoc sp. TCL26-01] >QLE58529.1 type III-A CRISPR-associated RAMP protein Csm5 [Nostoc sp. TCL26-01]Ą€0€Š€0€Ą€ WP_179050696Ŗ€ĸ€0€0€ €450S ribosomal protein L10 [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0449087Ŗ€ĸ€0€0€ €@N-acetylglucosamine transferase, partial [Plasmodium falciparum]Ą€0€Ĩ€0€Ą€CAC10160Ŗ€ĸ€0€0€ €?ribosome-binding factor A [Spirochaetes bacterium RBG_16_67_19]Ą€0€¤€0€Ą€OHD72009Ŗ€ĸ€0€0€ €;hypothetical protein J5N97_001341 [Dioscorea zingiberensis]Ą€0€¤€0€Ą€ KAJ0960782Ŗ€ĸ€0€0€ €KMAG: Chain length determinant protein [Tenericutes bacterium ADurb.BinA124]Ą€0€¤€0€Ą€OPZ33967Ŗ€ĸ€0€0€ €ąTIGR03564 family F420-dependent LLM class oxidoreductase [Streptosporangium sandarakinum] >NYF43958.1 F420-dependent oxidoreductase-like protein [Streptosporangium sandarakinum]Ą€0€Š€0€Ą€ WP_179827767Ŗ€ĸ€0€0€ €‚LysR substrate-binding domain-containing protein [Celerinatantimonas diazotrophica] >TCK46732.1 LysR family transcriptional regulator of abg operon [Celerinatantimonas diazotrophica] >CAG9295434.1 HTH-type transcriptional regulator TsaR [Celerinatantimonas diazotrophica]Ą€0€Š€0€Ą€ WP_131914061Ŗ€ĸ€0€0€ €]thymidine kinase [Xenorhabdus bovienii] >MCG3471001.1 thymidine kinase [Xenorhabdus bovienii]Ą€0€Š€0€Ą€ WP_238126428Ŗ€ĸ€0€0€ €‚Bdisease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288271.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288272.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288273.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288274.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288275.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288276.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis]Ą€0€Š€0€Ą€ XP_052288270Ŗ€ĸ€0€0€ €fUDP-2,3-diacylglucosamine hydrolase, partial [Alphaproteobacteria bacterium HGW-Alphaproteobacteria-3]Ą€0€¤€0€Ą€PKP76071Ŗ€ĸ€0€0€ €ŪLysR family transcriptional regulator, partial [Klebsiella pneumoniae] >HCD4712694.1 LysR family transcriptional regulator [Klebsiella pneumoniae] >HCD8271218.1 LysR family transcriptional regulator [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_144841777Ŗ€ĸ€0€0€ €NMitochondrial ubiquitin ligase activator of NFKB 1, partial [Cariama cristata]Ą€0€¤€0€Ą€KFP60608Ŗ€ĸ€0€0€ €ßMULTISPECIES: ferredoxin family protein [Actinomycetes] >MBL0704792.1 ferredoxin family protein [Sinomonas sp. JC656] >BCT76899.1 ferredoxin [Corynebacterium cyclohexanicum] >GHG47087.1 ferredoxin [Sinomonas sp. KCTC 49339]Ą€0€Š€0€Ą€ WP_189693187Ŗ€ĸ€0€0€ €Adihydroorotase family protein [Candidatus Thorarchaeota archaeon]Ą€0€¤€0€Ą€ MCK5302212Ŗ€ĸ€0€0€ €dhypothetical protein CO022_01765, partial [Flavobacteriales bacterium CG_4_9_14_0_2_um_filter_32_27]Ą€0€¤€0€Ą€PJC62958Ŗ€ĸ€0€0€ €yhypothetical protein DQ04_01021160 [Trypanosoma grayi] >KEG13415.1 hypothetical protein DQ04_01021160 [Trypanosoma grayi]Ą€0€Š€0€Ą€ XP_009308369Ŗ€ĸ€0€0€ €)L-ascorbate oxidase-like [Lolium rigidum]Ą€0€Š€0€Ą€ XP_047046442Ŗ€ĸ€0€0€ €.YqgE/AlgH family protein [Parapedobacter soli]Ą€0€Š€0€Ą€ WP_262247119Ŗ€ĸ€0€0€ €GVPS16 core subunit of CORVET and HOPS complexes [Phyllostomus discolor]Ą€0€¤€0€Ą€ KAF6089756Ŗ€ĸ€0€0€ €ABC transporter ATP-binding protein [Neobacillus novalis] >WHY87508.1 ABC transporter ATP-binding protein [Neobacillus novalis]Ą€0€Š€0€Ą€ WP_066083732Ŗ€ĸ€0€0€ €Īdienelactone hydrolase family protein [Pseudomonas fluorescens] >CAG8865004.1 hypothetical protein PS861_00807 [Pseudomonas fluorescens] >VVP85919.1 hypothetical protein PS934_01134 [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_150724537Ŗ€ĸ€0€0€ €Dhypothetical protein M8C21_021189, partial [Ambrosia artemisiifolia]Ą€0€¤€0€Ą€ KAI7727618Ŗ€ĸ€0€0€ €íMULTISPECIES: transporter [Serratia] >MBH3007313.1 transporter [Serratia ureilytica] >MBH3116239.1 transporter [Serratia ureilytica] >MBJ2106471.1 transporter [Serratia ureilytica] >CAI1000741.1 ZIP Zinc transporter [Serratia marcescens]Ą€0€Š€0€Ą€ WP_164107212Ŗ€ĸ€0€0€ €NtRNA wybutosine-synthesizing protein 2 homolog isoform X1 [Argiope bruennichi]Ą€0€Š€0€Ą€ XP_055928676Ŗ€ĸ€0€0€ €MATP-dependent 6-phosphofructokinase [Candidatus Coproplasma stercoripullorum]Ą€0€¯€0€Ą€HIR39763Ŗ€ĸ€0€0€ €.2-isopropylmalate synthase [Planktomarina sp.]Ą€0€¤€0€Ą€ MCH1470780Ŗ€ĸ€0€0€ €^LIM and calponin homology domains-containing protein 1a isoform X12 [Electrophorus electricus]Ą€0€Š€0€Ą€ XP_035385791Ŗ€ĸ€0€0€ €+transposase [Solirubrobacterales bacterium]Ą€0€¤€0€Ą€ MBV8954574Ŗ€ĸ€0€0€ €Airon-containing alcohol dehydrogenase [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MBE0479857Ŗ€ĸ€0€0€ €{endolytic transglycosylase MltG [Ruegeria sp. THAF33] >QFT73270.1 putative aminodeoxychorismate lyase [Ruegeria sp. THAF33]Ą€0€Š€0€Ą€ WP_152458326Ŗ€ĸ€0€0€ €Iclass A beta-lactamase-related serine hydrolase [Saprospirales bacterium]Ą€0€¤€0€Ą€TVR86131Ŗ€ĸ€0€0€ €(VOC family protein [Duodenibacillus sp.]Ą€0€¤€0€Ą€ MCF0253735Ŗ€ĸ€0€0€ €>uncharacterized protein LOC115766042 [Drosophila novamexicana]Ą€0€Š€0€Ą€ XP_030565673Ŗ€ĸ€0€0€ €iphage minor tail protein L [Escherichia coli] >EGF8521815.1 phage minor tail protein L [Escherichia coli]Ą€0€¤€0€Ą€ EFV4730429Ŗ€ĸ€0€0€ €6glutamine--tRNA ligase isoform X2 [Trifolium pratense]Ą€0€Š€0€Ą€ XP_045807497Ŗ€ĸ€0€0€ €Houter membrane beta-barrel family protein [[Flexibacter] sp. ATCC 35208]Ą€0€Š€0€Ą€ WP_179091326Ŗ€ĸ€0€0€ €*aminopeptidase [Phycisphaerales bacterium]Ą€0€¤€0€Ą€ MCC7351004Ŗ€ĸ€0€0€ €`bifunctional glutamate N-acetyltransferase/amino-acid acetyltransferase ArgJ [Bacillus subtilis]Ą€0€Š€0€Ą€ WP_158323663Ŗ€ĸ€0€0€ €3FtsX-like permease family protein [Clostridium sp.]Ą€0€¤€0€Ą€ MCI6190072Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MCG67859Ŗ€ĸ€0€0€ €;hypothetical protein DLJ47_01975 [Micromonospora sp. S4605]Ą€0€¤€0€Ą€PWU57639Ŗ€ĸ€0€0€ €Ŗcarboxylate-amine ligase [Nostoc sp. 'Peltigera malacea cyanobiont' DB3992] >PHM10142.1 carboxylate-amine ligase [Nostoc sp. 'Peltigera malacea cyanobiont' DB3992]Ą€0€Š€0€Ą€ WP_099100504Ŗ€ĸ€0€0€ €šhelix-turn-helix domain-containing protein [Simiduia sp. 21SJ11W-1] >UTA47791.1 winged helix-turn-helix domain-containing protein [Simiduia sp. 21SJ11W-1]Ą€0€Š€0€Ą€ WP_253357977Ŗ€ĸ€0€0€ €ëDMT family transporter [Campylobacter jejuni] >MBW1386166.1 hypothetical protein [Campylobacter jejuni] >HAA1576457.1 EamA/RhaT family transporter [Campylobacter jejuni] >HAA1993596.1 EamA/RhaT family transporter [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_218989306Ŗ€ĸ€0€0€ €7alpha-amylase [Chloroflexi bacterium HGW-Chloroflexi-1]Ą€0€¤€0€Ą€PKO20637Ŗ€ĸ€0€0€ €CATP synthase F1 subunit gamma [Candidatus Kaiserbacteria bacterium]Ą€0€¤€0€Ą€ MBV9159501Ŗ€ĸ€0€0€ €Icoiled-coil domain-containing protein 157 isoform X3 [Thamnophis elegans]Ą€0€Š€0€Ą€ XP_032085066Ŗ€ĸ€0€0€ €2EamA family transporter [Comamonadaceae bacterium]Ą€0€¤€0€Ą€TSA09501Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UHB14670Ŗ€ĸ€0€0€ €Ghypothetical protein A2V74_01545 [Acidobacteria bacterium RBG_16_70_10]Ą€0€¤€0€Ą€OFV87204Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCC6149544Ŗ€ĸ€0€0€ €Bhypothetical protein B0H14DRAFT_3876745 [Mycena olivaceomarginata]Ą€0€¤€0€Ą€ KAJ7819277Ŗ€ĸ€0€0€ €CCA tRNA nucleotidyltransferase [Mesobacillus foraminis] >MBT2754931.1 CCA tRNA nucleotidyltransferase [Mesobacillus foraminis]Ą€0€Š€0€Ą€ WP_214892570Ŗ€ĸ€0€0€ €sputative membrane protein [Polaromonas sp. CG_9.7] >MBG6112675.1 putative membrane protein [Polaromonas sp. CG_9.2]Ą€0€¤€0€Ą€ MBG6071015Ŗ€ĸ€0€0€ €MBE9018034.1 hypothetical protein [Chroococcidiopsidales cyanobacterium LEGE 13417] >AFY88401.1 hypothetical protein Chro_2933 [Chroococcidiopsis thermalis PCC 7203] >PSB61528.1 hypothetical protein C7B79_21665 [Chroococcidiopsis cubana CCALA 043] >PSM47847.1 hypothetical protein C7Y66_17605 [Chroococcidiopsis sp. CCALA 051] >RUT05391.1 hypothetical protein DSM107010_55440 [Chroococcidiopsis cubana SAG 39.79]Ą€0€Š€0€Ą€ WP_015154948Ŗ€ĸ€0€0€ €Galpha-ketoglutarate-dependent dioxygenase AlkB [Bordetella genomosp. 9]Ą€0€Š€0€Ą€ WP_198297627Ŗ€ĸ€0€0€ €’glycosyltransferase [Frigoribacterium sp. PhB160] >ROS62223.1 glycosyltransferase involved in cell wall biosynthesis [Frigoribacterium sp. PhB160]Ą€0€Š€0€Ą€ WP_233572281Ŗ€ĸ€0€0€ €‚MULTISPECIES: organoarsenical effux MFS transporter ArsJ [Stutzerimonas stutzeri subgroup] >MCQ2046227.1 organoarsenical effux MFS transporter ArsJ [Stutzerimonas kunmingensis] >PKR26921.1 MFS transporter [Stutzerimonas stutzeri] >QQC09727.1 organoarsenical effux MFS transporter ArsJ [Stutzerimonas stutzeri] >VEI34609.1 major facilitator superfamily permease [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_101275729Ŗ€ĸ€0€0€ €-transposase, partial [Sinorhizobium meliloti]Ą€0€¤€0€Ą€KKA06871Ŗ€ĸ€0€0€ €‚eallophanate hydrolase [Acinetobacter baumannii] >MBD0455675.1 allophanate hydrolase [Acinetobacter baumannii] >MBR8591099.1 allophanate hydrolase [Acinetobacter baumannii] >MCD0195425.1 allophanate hydrolase [Acinetobacter baumannii] >MCG5791833.1 allophanate hydrolase [Acinetobacter baumannii] >MCJ9445060.1 allophanate hydrolase [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_109267392Ŗ€ĸ€0€0€ €‚MULTISPECIES: efflux RND transporter periplasmic adaptor subunit [Enterobacter] >KJN65673.1 membrane protein [Enterobacter hormaechei subsp. steigerwaltii] >KLP81493.1 membrane protein [Enterobacter hormaechei subsp. steigerwaltii] >KLW82639.1 hypothetical protein SK62_01470 [Enterobacter sp. BIDMC109] >KOQ79909.1 membrane protein [Enterobacter hormaechei] >KOQ85435.1 membrane protein [Enterobacter hormaechei]Ą€0€Š€0€Ą€ WP_045339064Ŗ€ĸ€0€0€ €¤LuxR C-terminal-related transcriptional regulator [Streptomyces diastatochromogenes] >OXY94970.1 hypothetical protein BEK98_17815 [Streptomyces diastatochromogenes]Ą€0€Š€0€Ą€ WP_094217606Ŗ€ĸ€0€0€ €(acyltransferase [Prescottella equi 103S]Ą€0€Ĩ€0€Ą€CBH50084Ŗ€ĸ€0€0€ €ĄM91 family zinc metallopeptidase [Oceanibaculum indicum] >RKQ72952.1 NleD-like pathogen effector protein (putative zinc metallopeptidase) [Oceanibaculum indicum]Ą€0€Š€0€Ą€ WP_121217628Ŗ€ĸ€0€0€ €aarylsulfatase [Mycolicibacterium iranicum] >ORV85511.1 arylsulfatase [Mycolicibacterium iranicum]Ą€0€Š€0€Ą€ WP_085176546Ŗ€ĸ€0€0€ €XMAG: cyclic pyranopterin monophosphate synthase MoaC [Candidatus Poseidoniales archaeon]Ą€0€¤€0€Ą€RJU83745Ŗ€ĸ€0€0€ €GDegT/DnrJ/EryC1/StrS family aminotransferase [Streptomyces sp. SID4946]Ą€0€Š€0€Ą€ WP_210167953Ŗ€ĸ€0€0€ €ZPREDICTED: uncharacterized protein KIAA0556-like isoform X1 [Sinocyclocheilus anshuiensis]Ą€0€Š€0€Ą€ XP_016339808Ŗ€ĸ€0€0€ €whypothetical protein [Pseudomonadota bacterium] >QKK06440.1 hypothetical protein HND56_12445 [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBL1147659Ŗ€ĸ€0€0€ €‰class I SAM-dependent methyltransferase [Listeria welshimeri] >MBC6157295.1 class I SAM-dependent methyltransferase [Listeria welshimeri]Ą€0€¤€0€Ą€ MBC2353926Ŗ€ĸ€0€0€ €-hypothetical protein [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCD6302399Ŗ€ĸ€0€0€ €Fhypothetical protein NIBR502774_08065 [Rhizobium sp. NIBRBAC000502774]Ą€0€¤€0€Ą€QDG92469Ŗ€ĸ€0€0€ €OBJ46746.1 carbohydrate degradation protein [Mycobacterium colombiense] >OBJ78207.1 carbohydrate degradation protein [Mycobacterium colombiense] >OBK66361.1 carbohydrate degradation protein [Mycobacterium colombiense]Ą€0€Š€0€Ą€ WP_065073385Ŗ€ĸ€0€0€ €˙urease subunit alpha [Staphylococcus pseudintermedius] >PNZ20422.1 urease subunit alpha [Staphylococcus pseudintermedius] >QPR47730.1 urease subunit alpha [Staphylococcus pseudintermedius] >RAU27912.1 urease subunit alpha [Staphylococcus pseudintermedius]Ą€0€Š€0€Ą€ WP_103263575Ŗ€ĸ€0€0€ €–aminotransferase class V-fold PLP-dependent enzyme [Variovorax sp. YR752] >SOD29953.1 Selenocysteine lyase/Cysteine desulfurase [Variovorax sp. YR752]Ą€0€Š€0€Ą€ WP_097199932Ŗ€ĸ€0€0€ €Ichaperone-modulator protein CbpM [Candidatus Methanolliviera sp. GoM_oil]Ą€0€Ĩ€0€Ą€VUT24782Ŗ€ĸ€0€0€ €‚ĸMULTISPECIES: SgcJ/EcaC family oxidoreductase [Pseudomonas] >AAY93085.1 conserved hypothetical protein [Pseudomonas protegens Pf-5] >AGL85641.1 hypothetical protein PFLCHA0_c38750 [Pseudomonas protegens CHA0] >APC21598.1 DUF4440 domain-containing protein [Pseudomonas protegens] >ASE22723.1 DUF4440 domain-containing protein [Pseudomonas protegens] >MBP5112541.1 SgcJ/EcaC family oxidoreductase [Pseudomonas protegens]Ą€0€Š€0€Ą€ WP_011062110Ŗ€ĸ€0€0€ €mMFS transporter [Paraburkholderia guartelaensis] >TDG10922.1 MFS transporter [Paraburkholderia guartelaensis]Ą€0€Š€0€Ą€ WP_133179454Ŗ€ĸ€0€0€ €(MARCKS-related protein [Pipra filicauda]Ą€0€Š€0€Ą€ XP_027584191Ŗ€ĸ€0€0€ €Csugar-binding domain-containing protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_250377942Ŗ€ĸ€0€0€ €5DUF2336 domain-containing protein [Rhizobium sp. CG4]Ą€0€¤€0€Ą€ MCM2455575Ŗ€ĸ€0€0€ €-NAD(P)-binding domain [Phytophthora cactorum]Ą€0€¤€0€Ą€ KAF1787790Ŗ€ĸ€0€0€ €Áimidazole glycerol phosphate synthase subunit HisH [Candidatus Nitrosacidococcus tergens] >CAB1277556.1 Imidazole glycerol phosphate synthase subunit HisH [Candidatus Nitrosacidococcus tergens]Ą€0€Š€0€Ą€ WP_197744369Ŗ€ĸ€0€0€ €Žpyrroloquinoline quinone biosynthesis protein PqqF, partial [Pseudomonas aeruginosa] >MCC0244330.1 pyrroloquinoline quinone biosynthesis protein PqqF [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_227329750Ŗ€ĸ€0€0€ €/unnamed protein product, partial [Brenthis ino]Ą€0€Ĩ€0€Ą€ CAH0730513Ŗ€ĸ€0€0€ €PLP-dependent cysteine synthase family protein [Larkinella knui] >RRB14169.1 PLP-dependent cysteine synthase family protein [Larkinella knui]Ą€0€Š€0€Ą€ WP_124908062Ŗ€ĸ€0€0€ €8putative Bet v I/Major latex protein [Helianthus annuus]Ą€0€¤€0€Ą€ KAJ0798837Ŗ€ĸ€0€0€ €9hydrogenase iron-sulfur subunit [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCA1595916Ŗ€ĸ€0€0€ €‚HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] >2VGF_B HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] >2VGF_C HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] >2VGF_D HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens]Ą€0€Ž€0€ €2VGFĄ€AŖ€Aĸ€0€0€ €‚$helix-turn-helix domain-containing protein [Burkholderia stagnalis] >KVN10514.1 AraC family transcriptional regulator [Burkholderia stagnalis] >KWK08385.1 AraC family transcriptional regulator [Burkholderia stagnalis] >KWO23722.1 AraC family transcriptional regulator [Burkholderia stagnalis]Ą€0€Š€0€Ą€ WP_059923305Ŗ€ĸ€0€0€ €@hypothetical protein Moror_1527 [Moniliophthora roreri MCA 2997]Ą€0€¤€0€Ą€ESK93629Ŗ€ĸ€0€0€ €Œhypothetical protein HanXRQr2_Chr13g0571681 [Helianthus annuus] >KAJ0847870.1 hypothetical protein HanPSC8_Chr13g0550361 [Helianthus annuus]Ą€0€¤€0€Ą€ KAF5772005Ŗ€ĸ€0€0€ €6growth hormone receptor isoform X1 [Lontra canadensis]Ą€0€Š€0€Ą€ XP_032707293Ŗ€ĸ€0€0€ €‚hypothetical protein [Clavibacter michiganensis] >MWJ11924.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis]Ą€0€Š€0€Ą€ WP_160447747Ŗ€ĸ€0€0€ €Iribosomal RNA small subunit methyltransferase E [Phycisphaerae bacterium]Ą€0€Ŧ€0€Ą€GJM25205Ŗ€ĸ€0€0€ €…phosphoribosyltransferase family protein [Streptomyces sp. CB01373] >PJM92811.1 phosphoribosyl transferase [Streptomyces sp. CB01373]Ą€0€Š€0€Ą€ WP_100571198Ŗ€ĸ€0€0€ €auxin response factor 2A-like isoform X2 [Prosopis alba] >XP_028766234.1 auxin response factor 2A-like isoform X2 [Prosopis alba]Ą€0€Š€0€Ą€ XP_028766233Ŗ€ĸ€0€0€ €-Clp protease ClpP, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_143356561Ŗ€ĸ€0€0€ €Ccobyric acid synthase CobQ, partial [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€RLA95129Ŗ€ĸ€0€0€ €-hypothetical protein [Pirellulales bacterium]Ą€0€¤€0€Ą€ MBN1854849Ŗ€ĸ€0€0€ €šuncharacterized protein P170DRAFT_472586 [Aspergillus steynii IBT 23096] >PLB52694.1 hypothetical protein P170DRAFT_472586 [Aspergillus steynii IBT 23096]Ą€0€Š€0€Ą€ XP_024707996Ŗ€ĸ€0€0€ €‚tropinone reductase homolog At5g06060 isoform X1 [Prunus persica] >ONI00121.1 hypothetical protein PRUPE_6G068900 [Prunus persica]Ą€0€Š€0€Ą€ XP_007206475Ŗ€ĸ€0€0€ €jMotE family protein [Mesorhizobium loti] >PLP56961.1 hypothetical protein CYK37_22195 [Mesorhizobium loti]Ą€0€Š€0€Ą€ WP_101938578Ŗ€ĸ€0€0€ €4SDR family oxidoreductase [Saliphagus infecundisoli]Ą€0€Š€0€Ą€ WP_224828628Ŗ€ĸ€0€0€ €;Xaa-Pro peptidase family protein [Acidobacteriia bacterium]Ą€0€¤€0€Ą€ MBZ5591381Ŗ€ĸ€0€0€ €Ihypothetical protein BJ741DRAFT_116767 [Chytriomyces cf. hyalinus JEL632]Ą€0€¤€0€Ą€ KAI8838875Ŗ€ĸ€0€0€ €@hypothetical protein EDB80DRAFT_776134 [Ilyonectria destructans]Ą€0€¤€0€Ą€ KAH7009790Ŗ€ĸ€0€0€ €Xhypothetical protein LEP1GSC052_4064 [Leptospira kmetyi serovar Malaysia str. Bejo-Iso9]Ą€0€¤€0€Ą€EQA53083Ŗ€ĸ€0€0€ €ˆthiamine phosphate synthase [Actinoallomurus bryophytorum] >TQL94673.1 thiamine-phosphate diphosphorylase [Actinoallomurus bryophytorum]Ą€0€Š€0€Ą€ WP_141952156Ŗ€ĸ€0€0€ €cupin domain-containing protein [Streptomyces sp. SID2563] >MYW09234.1 cupin domain-containing protein [Streptomyces sp. SID2563]Ą€0€Š€0€Ą€ WP_161208527Ŗ€ĸ€0€0€ €?carbon starvation CstA family protein [Muribaculum intestinale]Ą€0€Š€0€Ą€ WP_278436726Ŗ€ĸ€0€0€ €0PREDICTED: angiotensinogen [Chinchilla lanigera]Ą€0€Š€0€Ą€ XP_005405047Ŗ€ĸ€0€0€ €chypothetical protein [Bosea sp. F3-2] >QEL21377.1 hypothetical protein FQV39_01390 [Bosea sp. F3-2]Ą€0€Š€0€Ą€ WP_149128675Ŗ€ĸ€0€0€ €‚unnamed protein product, partial [Didymodactylos carnosus] >CAF1600497.1 unnamed protein product, partial [Didymodactylos carnosus] >CAF4024977.1 unnamed protein product, partial [Didymodactylos carnosus] >CAF4477359.1 unnamed protein product, partial [Didymodactylos carnosus]Ą€0€Ĩ€0€Ą€ CAF1216529Ŗ€ĸ€0€0€ €/imidazolonepropionase [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_270908912Ŗ€ĸ€0€0€ €oMULTISPECIES: DUF3164 family protein [Pseudomonas] >AJQ47929.1 sulfate transporter [Pseudomonas putida S13.1.2]Ą€0€Š€0€Ą€ WP_019470943Ŗ€ĸ€0€0€ €žCO dehydrogenase/CO-methylating acetyl-CoA synthase complex subunit beta [Methanolobus tindarius] >ETA66855.1 acetyl-CoA decarbonylase/synthase beta subunit [Methanolobus tindarius DSM 2278]Ą€0€Š€0€Ą€ WP_023843991Ŗ€ĸ€0€0€ €9DUF853 domain-containing protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€UTN87579Ŗ€ĸ€0€0€ €hphospholipid/cholesterol/gamma-HCH transport system substrate-binding protein [Saccharopolyspora hordei]Ą€0€¤€0€Ą€NYI84739Ŗ€ĸ€0€0€ €BIg-like domain-containing protein [Paraperlucidibaca baekdonensis]Ą€0€Š€0€Ą€ WP_181898940Ŗ€ĸ€0€0€ €ŸFAD-binding and (Fe-S)-binding domain-containing protein [Polynucleobacter aenigmaticus] >OWS72223.1 FAD-binding oxidoreductase [Polynucleobacter aenigmaticus]Ą€0€Š€0€Ą€ WP_088526897Ŗ€ĸ€0€0€ €)RND transporter [Azospirillum sp. TSH100]Ą€0€¤€0€Ą€PWC90347Ŗ€ĸ€0€0€ €;UDP-N-acetylglucosamine diphosphorylase [Lacunisphaera sp.]Ą€0€¤€0€Ą€MSU45888Ŗ€ĸ€0€0€ €/hypothetical protein [Novosphingobium profundi]Ą€0€¤€0€Ą€ MBT0668662Ŗ€ĸ€0€0€ €/unnamed protein product, partial [Brenthis ino]Ą€0€Ĩ€0€Ą€ CAH0727316Ŗ€ĸ€0€0€ €cUDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Streptomyces sp. MW-W600-10]Ą€0€Š€0€Ą€ WP_256342227Ŗ€ĸ€0€0€ €›radical SAM family heme chaperone HemW [Gammaproteobacteria bacterium] >MBT4494727.1 radical SAM family heme chaperone HemW [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT4160670Ŗ€ĸ€0€0€ €7DUF4430 domain-containing protein [Adlercreutzia muris]Ą€0€¤€0€Ą€NCA33082Ŗ€ĸ€0€0€ €Cinterferon-induced very large GTPase 1-like [Mercenaria mercenaria]Ą€0€Š€0€Ą€ XP_045183397Ŗ€ĸ€0€0€ €;GNAT family N-acetyltransferase [Paraflavisolibacter caeni]Ą€0€Š€0€Ą€ WP_279295785Ŗ€ĸ€0€0€ €úvitamin B12-dependent ribonucleotide reductase [Actinomycetota bacterium] >MBV6509135.1 Vitamin B12-dependent ribonucleotide reductase [Acidimicrobiales bacterium] >RIK08514.1 vitamin B12-dependent ribonucleotide reductase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ KAA0234643Ŗ€ĸ€0€0€ €Ŧresponse regulator transcription factor [Paenibacillus radicis (ex Gao et al. 2016)] >GGG63660.1 DNA-binding response regulator [Paenibacillus radicis (ex Gao et al. 2016)]Ą€0€Š€0€Ą€ WP_188888464Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1743426Ŗ€ĸ€0€0€ €‚‡DUF3486 family protein [Salmonella enterica] >EBQ5245413.1 DUF3486 family protein [Salmonella enterica subsp. salamae] >EBV7096495.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Oranienburg] >ECA5248077.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Lomalinda] >ECD3767984.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Onderstepoort] >ECN6755364.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Newport] >EDJ2552662.1 terminase [Salmonella enterica subsp. enterica serovar Stanley] >EED7270564.1 DUF3486 family protein [Salmonella enterica subsp. enterica]Ą€0€¤€0€Ą€ EBD4871273Ŗ€ĸ€0€0€ €#hypothetical protein [Shinella sp.]Ą€0€¤€0€Ą€ MBO9629596Ŗ€ĸ€0€0€ €:3-phosphoglycerate dehydrogenase [Bacillus sp. FJAT-22058]Ą€0€¤€0€Ą€KOR84431Ŗ€ĸ€0€0€ €2manganese efflux pump [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ7329863Ŗ€ĸ€0€0€ €Ŗsugar ABC transporter substrate-binding protein [Rhizobium sp. BK212] >MBB4216626.1 multiple sugar transport system substrate-binding protein [Rhizobium sp. BK212]Ą€0€Š€0€Ą€ WP_132575460Ŗ€ĸ€0€0€ €5DNA mismatch repair protein MutS [Citrobacter koseri]Ą€0€¯€0€Ą€ HAV2020887Ŗ€ĸ€0€0€ €“helix-turn-helix domain-containing protein [Marinifilum sp. N1E240] >MPQ48562.1 helix-turn-helix domain-containing protein [Marinifilum sp. N1E240]Ą€0€Š€0€Ą€ WP_152735594Ŗ€ĸ€0€0€ €Aintegrase family protein [Candidatus Obscuribacterales bacterium]Ą€0€¤€0€Ą€ MBX9878857Ŗ€ĸ€0€0€ €*cytochrome P450 [Streptomyces sp. Tu 6176]Ą€0€Š€0€Ą€ WP_037889990Ŗ€ĸ€0€0€ €%DNA topoisomerase [Enterocloster sp.]Ą€0€¤€0€Ą€ MBP7989505Ŗ€ĸ€0€0€ €Øplasmid pRiA4b ORF-3 family protein, partial [Klebsiella pneumoniae] >MBM0668847.1 plasmid pRiA4b ORF-3 family protein [Klebsiella pneumoniae] >MBM0711093.1 plasmid pRiA4b ORF-3 family protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_203162307Ŗ€ĸ€0€0€ €(hypothetical protein [Lutibacter sp. B2]Ą€0€¤€0€Ą€ MBF8983114Ŗ€ĸ€0€0€ €2cytochrome P450 2D14-like [Eublepharis macularius]Ą€0€Š€0€Ą€ XP_054844157Ŗ€ĸ€0€0€ €RCOP9 signalosome complex subunit 1 isoform X4 [Perognathus longimembris pacificus]Ą€0€Š€0€Ą€ XP_048221756Ŗ€ĸ€0€0€ €‚formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >AVA41138.1 phosphoribosylglycinamide formyltransferase 2 [Proteus mirabilis] >EJL1445064.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >MBI6371005.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >QKG50075.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >WDQ23400.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_104836709Ŗ€ĸ€0€0€ €ųABC transporter ATP-binding protein [Burkholderia cenocepacia] >AQQ31500.1 ABC transporter [Burkholderia cenocepacia] >MBR8079673.1 ABC transporter ATP-binding protein [Burkholderia cenocepacia] >ONW37454.1 ABC transporter [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_077217464Ŗ€ĸ€0€0€ €-DNA-binding protein [Flavobacterium sp. CJ74]Ą€0€Š€0€Ą€ WP_116788607Ŗ€ĸ€0€0€ €nL-serine ammonia-lyase [Cutibacterium acnes] >EFS52803.1 L-serine ammonia-lyase [Cutibacterium acnes HL059PA1]Ą€0€Š€0€Ą€ WP_002541411Ŗ€ĸ€0€0€ €1DMT family transporter [Leclercia adecarboxylata]Ą€0€Š€0€Ą€ WP_280713773Ŗ€ĸ€0€0€ €}DUF1318 domain-containing protein [Sphingomonas xanthus] >QDP18928.1 DUF1318 domain-containing protein [Sphingomonas xanthus]Ą€0€Š€0€Ą€ WP_147493387Ŗ€ĸ€0€0€ €1DNA-processing protein DprA [Pseudomonas migulae]Ą€0€Š€0€Ą€ WP_182342936Ŗ€ĸ€0€0€ €PJI83010.1 hypothetical protein B0G85_0400 [Polynucleobacter brandtiae]Ą€0€Š€0€Ą€ WP_100378753Ŗ€ĸ€0€0€ €}hypothetical protein LUZ61_021070 [Rhynchospora tenuis] >KAJ3696296.1 hypothetical protein LUZ61_000001 [Rhynchospora tenuis]Ą€0€¤€0€Ą€ KAJ3691906Ŗ€ĸ€0€0€ €;ABC transporter ATP-binding protein [Meiothermus cerbereus]Ą€0€Š€0€Ą€ WP_036258374Ŗ€ĸ€0€0€ €;hypothetical protein H7F33_20150 [Pedobacter sp. PAMC26386]Ą€0€¤€0€Ą€QNK62815Ŗ€ĸ€0€0€ €Gradical SAM/SPASM domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCD7834656Ŗ€ĸ€0€0€ €KAA9381707.1 ABC transporter permease [Microbispora cellulosiformans]Ą€0€Š€0€Ą€ WP_150930630Ŗ€ĸ€0€0€ €$calumenin-B-like [Carassius auratus]Ą€0€Š€0€Ą€ XP_026120963Ŗ€ĸ€0€0€ €|Xaa-Pro peptidase family protein [Variovorax sp. MHTC-1] >RST48155.1 aminopeptidase P family protein [Variovorax sp. MHTC-1]Ą€0€Š€0€Ą€ WP_126840241Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HBK0888477Ŗ€ĸ€0€0€ €Cuncharacterized protein LOC107031971 isoform X2 [Solanum pennellii]Ą€0€Š€0€Ą€ XP_027768392Ŗ€ĸ€0€0€ €uD-alanine--D-alanine ligase [Paenibacillus arenosi] >MBD8500734.1 D-alanine--D-alanine ligase [Paenibacillus arenosi]Ą€0€Š€0€Ą€ WP_192026965Ŗ€ĸ€0€0€ €'RL30 protein, partial [Crocuta crocuta]Ą€0€¤€0€Ą€ KAF0880495Ŗ€ĸ€0€0€ €‚›glycoside hydrolase family 31 protein [Prevotella copri] >MCF0067398.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9457465.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9501482.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9504261.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9507598.1 glycoside hydrolase family 31 protein [Prevotella copri]Ą€0€Š€0€Ą€ WP_234564275Ŗ€ĸ€0€0€ €Æprobable ribosome biogenesis protein RLP24 [Salmo salar] >ACI70049.1 Probable ribosome biogenesis protein RLP24 [Salmo salar] >AGH92504.1 ribosome biogenesis protein RLP24 like protein [Salmo salar]Ą€0€Š€0€Ą€ XP_013982426Ŗ€ĸ€0€0€ €7replication initiator protein A [Enterococcus faecalis]Ą€0€¤€0€Ą€ EIR3813187Ŗ€ĸ€0€0€ €=serine/threonine-protein kinase H1 isoform X2 [Chanos chanos]Ą€0€Š€0€Ą€ XP_030620685Ŗ€ĸ€0€0€ €@type VI secretion system protein TssA [Photorhabdus sp. RW14-46]Ą€0€¤€0€Ą€NHB63634Ŗ€ĸ€0€0€ €?TonB-dependent receptor, partial [Bacteroides thetaiotaomicron]Ą€0€¤€0€Ą€ KAB4839568Ŗ€ĸ€0€0€ €Dhypothetical protein HMPREF1544_09664 [Mucor circinelloides 1006PhL]Ą€0€¤€0€Ą€EPB83562Ŗ€ĸ€0€0€ €‚transglutaminase family protein [Pseudomonas ogarae] >OPG68954.1 transglutaminase [Pseudomonas ogarae] >OPG78007.1 transglutaminase [Pseudomonas ogarae] >PBJ11997.1 hypothetical protein BSF43_22340 [Pseudomonas ogarae] >PBJ20131.1 hypothetical protein BSG18_37320 [Pseudomonas ogarae]Ą€0€Š€0€Ą€ WP_079304935Ŗ€ĸ€0€0€ €‚DUF2920 family protein [Campylobacter coli] >EAH7501121.1 DUF2920 family protein [Campylobacter coli] >EAH8157725.1 DUF2920 family protein [Campylobacter coli] >EAI4264085.1 DUF2920 family protein [Campylobacter coli] >EAJ6667800.1 DUF2920 family protein [Campylobacter coli]Ą€0€¤€0€Ą€ EAH7180598Ŗ€ĸ€0€0€ €`EI24 domain-containing protein [Helicobacter pylori] >RVY90290.1 peptidase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_127965636Ŗ€ĸ€0€0€ €=heavy metal-binding domain-containing protein [Alistipes sp.]Ą€0€¤€0€Ą€ MBP3290446Ŗ€ĸ€0€0€ €0lysozyme [Candidatus Liberibacter ctenarytainae]Ą€0€¤€0€Ą€ MBL0848796Ŗ€ĸ€0€0€ €6aromatic prenyltransferase [Aspergillus taichungensis]Ą€0€¤€0€Ą€PLN85696Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBR4316258Ŗ€ĸ€0€0€ €BUDP-N-acetylmuramate--L-alanine ligase [Gemmatimonadota bacterium]Ą€0€¯€0€Ą€HBU57020Ŗ€ĸ€0€0€ €Nhypothetical protein APUTEX25_002554, partial [Auxenochlorella protothecoides]Ą€0€¤€0€Ą€RMZ53977Ŗ€ĸ€0€0€ €ˇenergy transducer TonB [Halopseudomonas oceani] >POB01491.1 energy transducer TonB [Halopseudomonas oceani] >GGE55770.1 hypothetical protein GCM10007421_32850 [Halopseudomonas oceani]Ą€0€Š€0€Ą€ WP_104739464Ŗ€ĸ€0€0€ €isulfate permease [Chromohalobacter salexigens] >NWO11424.1 sulfate permease [Chromohalobacter salexigens]Ą€0€Š€0€Ą€ WP_178999808Ŗ€ĸ€0€0€ €´MOSC domain-containing protein [Vibrio vulnificus] >OQK58240.1 hypothetical protein XM78_c21434 [Vibrio vulnificus] >OQK61462.1 hypothetical protein XM79_c21417 [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_080539504Ŗ€ĸ€0€0€ €peptidase T [Flavicella sp.]Ą€0€Š€0€Ą€ WP_271563639Ŗ€ĸ€0€0€ €‚YP_009901340.1 HtjA [Escherichia phage atuna] >QXV79363.1 capsid decoration protein [Escherichia phage FritzSarasin] >UGO52245.1 putative scaffolding protein [Escherichia phage vB_EcoD_Poky] >QHR71330.1 HtjA [Escherichia phage tonnikala] >QHR72293.1 HtjA [Escherichia phage atuna]Ą€0€Š€0€Ą€ YP_009901198Ŗ€ĸ€0€0€ €“branched-chain amino acid aminotransferase [Haemophilus seminalis] >KAA5523456.1 branched-chain amino acid aminotransferase [Haemophilus seminalis]Ą€0€Š€0€Ą€ WP_139989153Ŗ€ĸ€0€0€ €?UvrD-helicase domain-containing protein [Bacteroides uniformis]Ą€0€Š€0€Ą€ WP_240053789Ŗ€ĸ€0€0€ €Vputative DNA gyrase subunit A, chloroplastic/mitochondrial [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFD60763Ŗ€ĸ€0€0€ €3hypothetical protein [Zetaproteobacteria bacterium]Ą€0€¤€0€Ą€MBQ48993Ŗ€ĸ€0€0€ €NMAG: leucyl/phenylalanyl-tRNA--protein transferase [Planctomycetota bacterium]Ą€0€¤€0€Ą€RLS53863Ŗ€ĸ€0€0€ €9DNA polymerase III subunit gamma/tau [Romboutsia ilealis]Ą€0€¤€0€Ą€MRN26950Ŗ€ĸ€0€0€ €ÔMULTISPECIES: MoxR family ATPase [Rhodococcus] >EKT84106.1 ATP-dependent protease [Rhodococcus opacus M213] >UOT06413.1 MoxR family ATPase [Rhodococcus opacus] >GLK41620.1 ATPase AAA [Rhodococcus wratislaviensis]Ą€0€Š€0€Ą€ WP_005253785Ŗ€ĸ€0€0€ €rAMP-binding protein [Burkholderia stagnalis] >KVD84573.1 beta-hydroxyacyl-ACP dehydratase [Burkholderia stagnalis]Ą€0€Š€0€Ą€ WP_059566149Ŗ€ĸ€0€0€ €bhypothetical protein A2693_02200 [Candidatus Curtissbacteria bacterium RIFCSPHIGHO2_01_FULL_40_12]Ą€0€¤€0€Ą€OGD88828Ŗ€ĸ€0€0€ €uFAD-binding oxidoreductase [Aurantimonas coralicida] >HEU00299.1 FAD-binding oxidoreductase [Aurantimonas coralicida]Ą€0€¯€0€Ą€HDZ72415Ŗ€ĸ€0€0€ €j2-oxoglutarate dehydrogenase, E2 component, dihydrolipoamide succinyltransferase [Actinomycetia bacterium]Ą€0€¤€0€Ą€NDI25889Ŗ€ĸ€0€0€ €?Ig-like domain-containing protein [Oceanospirillales bacterium]Ą€0€¤€0€Ą€ MBL1272346Ŗ€ĸ€0€0€ €QPREDICTED: uncharacterized protein LOC106324251 [Brassica oleracea var. oleracea]Ą€0€Š€0€Ą€ XP_013617705Ŗ€ĸ€0€0€ €Acoenzyme F420-0:L-glutamate ligase [Ilumatobacteraceae bacterium]Ą€0€¤€0€Ą€ MBL6635315Ŗ€ĸ€0€0€ €whypothetical protein [Streptomyces candidus] >GHH35046.1 hypothetical protein GCM10018773_08140 [Streptomyces candidus]Ą€0€¤€0€Ą€ MBB6433666Ŗ€ĸ€0€0€ €;restriction endonuclease subunit S [Leptospira interrogans]Ą€0€Š€0€Ą€ WP_061261925Ŗ€ĸ€0€0€ €5DUF4136 domain-containing protein [Vibrio sp. CyArs1]Ą€0€Š€0€Ą€ WP_240207262Ŗ€ĸ€0€0€ €xPBP1A family penicillin-binding protein [Bacillus sp. V3-13] >PLR75453.1 penicillin-binding protein [Bacillus sp. V3-13]Ą€0€Š€0€Ą€ WP_101662518Ŗ€ĸ€0€0€ €1hypothetical protein [Rhodospirillales bacterium]Ą€0€¤€0€Ą€ MBT3358747Ŗ€ĸ€0€0€ €:DUF2794 domain-containing protein [Rhodobiaceae bacterium]Ą€0€¯€0€Ą€HAL84546Ŗ€ĸ€0€0€ €?DUF1648 domain-containing protein [Chryseobacterium hispalense]Ą€0€Š€0€Ą€ WP_051686353Ŗ€ĸ€0€0€ €‚3PREDICTED: arginine-glutamic acid dipeptide repeats protein isoform X1 [Stegastes partitus] >XP_008293962.1 PREDICTED: arginine-glutamic acid dipeptide repeats protein isoform X1 [Stegastes partitus] >XP_008293969.1 PREDICTED: arginine-glutamic acid dipeptide repeats protein isoform X1 [Stegastes partitus]Ą€0€Š€0€Ą€ XP_008293954Ŗ€ĸ€0€0€ €5SDR family oxidoreductase [Pseudomonadales bacterium]Ą€0€¤€0€Ą€ MCB1644245Ŗ€ĸ€0€0€ €Zaspartyl/asparaginyl beta-hydroxylase domain-containing protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MCH7862091Ŗ€ĸ€0€0€ €3hypothetical protein [Ignavibacteriaceae bacterium]Ą€0€¤€0€Ą€NUN10705Ŗ€ĸ€0€0€ €™hypothetical protein A1O7_08964 [Cladophialophora yegresii CBS 114405] >EXJ56033.1 hypothetical protein A1O7_08964 [Cladophialophora yegresii CBS 114405]Ą€0€Š€0€Ą€ XP_007761143Ŗ€ĸ€0€0€ €gYjiH family protein [Staphylococcus xylosus] >PTI06535.1 histidine transporter [Staphylococcus xylosus]Ą€0€Š€0€Ą€ WP_107551828Ŗ€ĸ€0€0€ €Q2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Shewanella algae]Ą€0€¤€0€Ą€QQO85492Ŗ€ĸ€0€0€ €=aspartate aminotransferase family protein [Butyricimonas sp.]Ą€0€¤€0€Ą€ MBQ6794463Ŗ€ĸ€0€0€ €.L-rhamnose mutarotase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBK9391165Ŗ€ĸ€0€0€ €vRtcB family protein [Stenotrophomonas maltophilia] >PZS89497.1 RNA-splicing ligase RtcB [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_111113162Ŗ€ĸ€0€0€ €2unnamed protein product [Nyctereutes procyonoides]Ą€0€Ĩ€0€Ą€ CAD7694243Ŗ€ĸ€0€0€ €(hypothetical protein [Ktedonobacter sp.]Ą€0€¯€0€Ą€HBE26957Ŗ€ĸ€0€0€ €3hypothetical protein [Faecalibacterium prausnitzii]Ą€0€¤€0€Ą€ MBS7058472Ŗ€ĸ€0€0€ €}AI-2E family transporter [Gammaproteobacteria bacterium] >HAB46379.1 AI-2E family transporter [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT5464676Ŗ€ĸ€0€0€ €AMULTISPECIES: DUF899 family protein [unclassified Bradyrhizobium]Ą€0€Š€0€Ą€ WP_249119039Ŗ€ĸ€0€0€ €Ehypothetical protein BRD39_04480 [Bacteroidetes bacterium QH_9_64_21]Ą€0€¤€0€Ą€PSQ73325Ŗ€ĸ€0€0€ €4uncharacterized protein LOC115442196 [Manduca sexta]Ą€0€Š€0€Ą€ XP_037293573Ŗ€ĸ€0€0€ €&polyprotein, partial [West Nile virus]Ą€0€¤€0€Ą€AHM93900Ŗ€ĸ€0€0€ €Ōphospholipase B1, membrane-associated [Apis mellifera] >KAG6799501.1 phospholipase B1, membrane-associated [Apis mellifera caucasica] >KAG9434400.1 phospholipase B1, membrane-associated [Apis mellifera carnica]Ą€0€Š€0€Ą€ XP_624193Ŗ€ĸ€0€0€ €kcation:proton antiporter [Prevotella koreensis] >RUL59119.1 sodium:proton antiporter [Prevotella koreensis]Ą€0€Š€0€Ą€ WP_126678289Ŗ€ĸ€0€0€ €wterminase endonuclease subunit [Serratia marcescens] >HBU7310937.1 terminase endonuclease subunit [Serratia marcescens]Ą€0€¯€0€Ą€ HBU6715136Ŗ€ĸ€0€0€ €6hypothetical protein M9H77_26290 [Catharanthus roseus]Ą€0€¤€0€Ą€ KAI5657497Ŗ€ĸ€0€0€ €CFtsW/RodA/SpoVE family cell cycle protein [Victivallales bacterium]Ą€0€¤€0€Ą€ MBR4371193Ŗ€ĸ€0€0€ €;serine/threonine-protein kinase receptor R3 [Puma concolor]Ą€0€Š€0€Ą€ XP_025786250Ŗ€ĸ€0€0€ €ŲIS110 family transposase [Escherichia coli] >HBN0479107.1 IS110 family transposase [Escherichia coli] >HBN0560834.1 IS110 family transposase [Escherichia coli] >HBN0649071.1 IS110 family transposase [Escherichia coli]Ą€0€¯€0€Ą€ HBN0452499Ŗ€ĸ€0€0€ €#TSN1 protein [Circaetus pectoralis]Ą€0€¤€0€Ą€NXW19449Ŗ€ĸ€0€0€ €ahypothetical protein [Rhodovulum strictum] >MRH20027.1 hypothetical protein [Rhodovulum strictum]Ą€0€Š€0€Ą€ WP_153747345Ŗ€ĸ€0€0€ €.peptidyl-arginine deiminase [Escherichia coli]Ą€0€¤€0€Ą€MXD03405Ŗ€ĸ€0€0€ €¯amidohydrolase/deacetylase family metallohydrolase [Bradyrhizobium liaoningense] >MBR0907693.1 amidohydrolase/deacetylase family metallohydrolase [Bradyrhizobium liaoningense]Ą€0€Š€0€Ą€ WP_212309145Ŗ€ĸ€0€0€ €97-carboxy-7-deazaguanine synthase QueE [bacterium LRH843]Ą€0€¤€0€Ą€NEU29184Ŗ€ĸ€0€0€ €2cysteine--tRNA ligase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ5754168Ŗ€ĸ€0€0€ €Gphosphoribosylformylglycinamidine cyclo-ligase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1745163Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ8003389Ŗ€ĸ€0€0€ €nintegrase, catalytic region, zinc finger, CCHC-type, peptidase aspartic, catalytic [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEW80515Ŗ€ĸ€0€0€ €8porphobilinogen synthase [Deltaproteobacteria bacterium]Ą€0€¯€0€Ą€HHO76132Ŗ€ĸ€0€0€ €#elongation factor P [Marinovum sp.]Ą€0€¤€0€Ą€ MCH2165167Ŗ€ĸ€0€0€ €yhypothetical protein FD754_004330 [Muntiacus muntjak] >KAB0380621.1 hypothetical protein FD755_008405 [Muntiacus reevesi]Ą€0€¤€0€Ą€ KAB0360174Ŗ€ĸ€0€0€ €‚peptide chain release factor 1 [Weissella thailandensis] >NKY90945.1 peptide chain release factor 1 [Weissella thailandensis] >RDS59451.1 peptide chain release factor 1 [Weissella thailandensis] >GEP74459.1 peptide chain release factor 1 [Weissella thailandensis]Ą€0€Š€0€Ą€ WP_115470986Ŗ€ĸ€0€0€ €1hypothetical protein AYI70_g92 [Smittium culicis]Ą€0€¤€0€Ą€OMJ26529Ŗ€ĸ€0€0€ €xVOC family protein [Streptomyces sp. L-9-10] >RYJ25774.1 2,3-dihydroxybiphenyl 1,2-dioxygenase [Streptomyces sp. L-9-10]Ą€0€Š€0€Ą€ WP_129770031Ŗ€ĸ€0€0€ €mFAD-dependent oxidoreductase [Mesorhizobium sp.] >RWK32492.1 FAD-dependent oxidoreductase [Mesorhizobium sp.]Ą€0€¤€0€Ą€RWK19229Ŗ€ĸ€0€0€ €JKetosteroid isomerase-like protein (fragment) [Mesorhizobium sp. ORS 3359]Ą€0€Ĩ€0€Ą€CDX32740Ŗ€ĸ€0€0€ €wEVE domain-containing protein [Neorhizobium galegae] >MCQ1853621.1 EVE domain-containing protein [Neorhizobium galegae]Ą€0€Š€0€Ą€ WP_255761006Ŗ€ĸ€0€0€ €,hypothetical protein [Achromobacter sp. RTa]Ą€0€Š€0€Ą€ WP_255352846Ŗ€ĸ€0€0€ €6MAG: 50S ribosomal protein L15 [Pseudoxanthomonas sp.]Ą€0€¤€0€Ą€QLQ30255Ŗ€ĸ€0€0€ €3tetraacyldisaccharide 4'-kinase [Roseibacillus sp.]Ą€0€¤€0€Ą€ MCH2065391Ŗ€ĸ€0€0€ €‚MULTISPECIES: Rid family hydrolase [unclassified Paenibacillus] >PRA05764.1 YjgF-like translation initiation inhibitor [Paenibacillus sp. MYb63] >PRA49886.1 YjgF-like translation initiation inhibitor [Paenibacillus sp. MYb67] >QZN75704.1 RidA family protein [Paenibacillus sp. DR312]Ą€0€Š€0€Ą€ WP_105599976Ŗ€ĸ€0€0€ €Mpeptidase [Gemmiger formicilis] >MBM6899394.1 peptidase [Gemmiger formicilis]Ą€0€Š€0€Ą€ WP_204650864Ŗ€ĸ€0€0€ €6putative protein S-acyltransferase 23 [Zostera marina]Ą€0€¤€0€Ą€KMZ56706Ŗ€ĸ€0€0€ €Etype II secretion system protein GspD [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€TLZ05171Ŗ€ĸ€0€0€ €‚uMULTISPECIES: CaiB/BaiF CoA-transferase family protein [Rhodococcus] >MBJ7324646.1 CoA transferase [Rhodococcus sp. (in: high G+C Gram-positive bacteria)] >MSX05730.1 CoA transferase [Actinomycetia bacterium] >KJV02527.1 carnitine dehydratase [Rhodococcus sp. PML026] >MBW4782266.1 CoA transferase [Rhodococcus fascians] >MBY3792345.1 CoA transferase [Rhodococcus fascians]Ą€0€Š€0€Ą€ WP_032373688Ŗ€ĸ€0€0€ €3RNA-directed DNA polymerase [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBY0139633Ŗ€ĸ€0€0€ €ˆendolytic transglycosylase MltG [Pseudomonas syringae] >RMT28392.1 hypothetical protein ALP50_04412 [Pseudomonas syringae pv. spinaceae]Ą€0€Š€0€Ą€ WP_122236618Ŗ€ĸ€0€0€ €Įtwin-arginine translocation signal domain-containing protein [Mucilaginibacter boryungensis] >MBE9665499.1 twin-arginine translocation signal domain-containing protein [Mucilaginibacter boryungensis]Ą€0€Š€0€Ą€ WP_194104904Ŗ€ĸ€0€0€ €‹helix-turn-helix domain-containing protein [Proteus mirabilis] >MBQ0521891.1 helix-turn-helix domain-containing protein [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_210799437Ŗ€ĸ€0€0€ €/homoserine kinase [Curtobacterium ammoniigenes]Ą€0€Š€0€Ą€ WP_066519483Ŗ€ĸ€0€0€ €†TRAP transporter large permease [Faecalibacterium sp. An122] >OUQ37749.1 hypothetical protein B5E67_07260 [Faecalibacterium sp. An122]Ą€0€Š€0€Ą€ WP_087384365Ŗ€ĸ€0€0€ €;hypothetical protein N322_08212, partial [Cariama cristata]Ą€0€¤€0€Ą€KFP63770Ŗ€ĸ€0€0€ €@PucR family transcriptional regulator [Ruminococcus bicirculans]Ą€0€Š€0€Ą€ WP_272114414Ŗ€ĸ€0€0€ €‚ĖMULTISPECIES: transcriptional regulator [Mesorhizobium] >RUY73689.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.05.1.1] >RUY80426.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.09.2.1] >RUZ08263.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.04.2.1] >RUZ43265.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.15.1.1] >RUZ86511.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.14.1.1]Ą€0€Š€0€Ą€ WP_050580425Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4326111Ŗ€ĸ€0€0€ €Iadenylate/guanylate cyclase domain-containing protein [Roseibium suaedae]Ą€0€¤€0€Ą€ MBD8893743Ŗ€ĸ€0€0€ €hypothetical protein N7444_003527 [Penicillium canescens] >KAJ6093767.1 hypothetical protein N7499_003098 [Penicillium canescens]Ą€0€¤€0€Ą€ KAJ6059888Ŗ€ĸ€0€0€ €—zincin-like metallopeptidase domain-containing protein [Achromobacter insolitus] >OAD16470.1 hypothetical protein A3839_28385 [Achromobacter insolitus]Ą€0€Š€0€Ą€ WP_063640296Ŗ€ĸ€0€0€ €:preprotein translocase subunit SecA [Halieaceae bacterium]Ą€0€¤€0€Ą€ MBT5488157Ŗ€ĸ€0€0€ €SGNH/GDSL hydrolase family protein [Nocardia neocaledoniensis]Ą€0€Š€0€Ą€ WP_280343167Ŗ€ĸ€0€0€ €.ATP-binding protein [Bryobacterales bacterium]Ą€0€¤€0€Ą€ MCC6539403Ŗ€ĸ€0€0€ €0unnamed protein product [Peronospora destructor]Ą€0€Ĩ€0€Ą€ CAI5716986Ŗ€ĸ€0€0€ €:molybdopterin-dependent oxidoreductase [Sulfuricurvum sp.]Ą€0€¤€0€Ą€ MCK9371657Ŗ€ĸ€0€0€ €0hypothetical protein [Pseudarthrobacter sp. AB1]Ą€0€¤€0€Ą€ MBE4717433Ŗ€ĸ€0€0€ €;hypothetical protein L5515_004276 [Caenorhabditis briggsae]Ą€0€¤€0€Ą€UMM23672Ŗ€ĸ€0€0€ €.alpha/beta hydrolase [Bacillus sp. FJAT-27445]Ą€0€Š€0€Ą€ WP_059171534Ŗ€ĸ€0€0€ €9EAL domain-containing protein [Magnetococcales bacterium]Ą€0€¤€0€Ą€ MBF0143407Ŗ€ĸ€0€0€ €ƒhypothetical protein HELRODRAFT_182635 [Helobdella robusta] >ESN90803.1 hypothetical protein HELRODRAFT_182635 [Helobdella robusta]Ą€0€Š€0€Ą€ XP_009031127Ŗ€ĸ€0€0€ €‚ãABC transporter substrate-binding protein [Enterobacter bugandensis] >MCK6953077.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCK7209093.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCM7236184.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCM7315980.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCM7351534.1 ABC transporter substrate-binding protein [Enterobacter bugandensis]Ą€0€Š€0€Ą€ WP_248112338Ŗ€ĸ€0€0€ €Îpyruvate dehydrogenase (acetyl-transferring) E1 component subunit alpha [Kribbella flavida] >ADB35856.1 pyruvate dehydrogenase (acetyl-transferring) E1 component, alpha subunit [Kribbella flavida DSM 17836]Ą€0€Š€0€Ą€ WP_012924408Ŗ€ĸ€0€0€ €OCPBP family intramembrane metalloprotease [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MCD6205878Ŗ€ĸ€0€0€ €‚Bhypothetical protein BVG94_09545 [Serratia marcescens] >ODJ20976.1 hypothetical protein BBC05_22080 [Serratia sp. ISTD04] >PKR40968.1 hypothetical protein CU560_25180 [Serratia ureilytica] >ASM02398.1 hypothetical protein BVG88_09635 [Serratia marcescens] >AUO04307.1 hypothetical protein C0558_21950 [Serratia marcescens]Ą€0€¤€0€Ą€ASL92868Ŗ€ĸ€0€0€ €aCZB domain-containing protein [bacterium] >MBU1883853.1 CZB domain-containing protein [bacterium]Ą€0€¤€0€Ą€ MBU0633142Ŗ€ĸ€0€0€ €2beta-CASP ribonuclease aCPSF1 [Halostella litorea]Ą€0€Š€0€Ą€ WP_135820337Ŗ€ĸ€0€0€ €6acetyl-CoA acetyltransferase [Chloroflexota bacterium]Ą€0€¤€0€Ą€MBG91959Ŗ€ĸ€0€0€ €Nhypothetical protein [Candidatus Thiodiazotropha sp. (ex Codakia orbicularis)]Ą€0€¤€0€Ą€ MBV2096469Ŗ€ĸ€0€0€ €@acetamidase/formamidase family protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCH8223536Ŗ€ĸ€0€0€ €;immunoglobulin heavy chain junction region [Macaca mulatta]Ą€0€¤€0€Ą€MOX37967Ŗ€ĸ€0€0€ €{META domain-containing protein [Marmoricola solisilvae] >RNL79827.1 META domain-containing protein [Marmoricola solisilvae]Ą€0€Š€0€Ą€ WP_123234331Ŗ€ĸ€0€0€ €‡SDR family oxidoreductase [Paraburkholderia caribensis] >AMV45978.1 AraC family transcriptional regulator [Paraburkholderia caribensis]Ą€0€Š€0€Ą€ WP_062917436Ŗ€ĸ€0€0€ €4S -2-HYDROXY-ACID OXIDASE-RELATED [Salix koriyanagi]Ą€0€¤€0€Ą€ KAJ6728134Ŗ€ĸ€0€0€ €Mglutamine--fructose-6-phosphate transaminase (isomerizing) [Pantoea ananatis]Ą€0€Š€0€Ą€ WP_264228578Ŗ€ĸ€0€0€ €jhypothetical protein [Chloroflexota bacterium] >MCC6896460.1 hypothetical protein [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCA0453363Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBN1275370Ŗ€ĸ€0€0€ €BMobA/MobL family protein [Xanthomonas translucens pv. translucens]Ą€0€¤€0€Ą€ MCT8275829Ŗ€ĸ€0€0€ €{hypothetical protein [Pseudoalteromonas sp. J010] >RRS09154.1 hypothetical protein EAG18_08520 [Pseudoalteromonas sp. J010]Ą€0€Š€0€Ą€ WP_125251950Ŗ€ĸ€0€0€ €DUF3077 domain-containing protein [Pseudomonas sp. D4002] >NWB24350.1 DUF3077 domain-containing protein [Pseudomonas sp. D4002]Ą€0€Š€0€Ą€ WP_177055611Ŗ€ĸ€0€0€ €1MULTISPECIES: hypothetical protein [Sphingomonas]Ą€0€Š€0€Ą€ WP_112382897Ŗ€ĸ€0€0€ €˜LysR substrate-binding domain-containing protein [Nitratireductor sp. B36] >MCC5778614.1 LysR family transcriptional regulator [Nitratireductor sp. B36]Ą€0€Š€0€Ą€ WP_229447885Ŗ€ĸ€0€0€ €+netrin-4 [Peromyscus californicus insignis]Ą€0€Š€0€Ą€ XP_052609093Ŗ€ĸ€0€0€ €=peptidoglycan editing factor PgeF [Nocardioides sp. R-C-SC26]Ą€0€Š€0€Ą€ WP_232676102Ŗ€ĸ€0€0€ €SHJ39273.1 acetylornithine deacetylase [Shimia gijangensis]Ą€0€Š€0€Ą€ WP_073251662Ŗ€ĸ€0€0€ €4hypothetical protein ONZ45_g13809 [Pleurotus djamor]Ą€0€¤€0€Ą€ KAJ8488862Ŗ€ĸ€0€0€ €Šbiosynthetic-type acetolactate synthase large subunit [Staphylococcus aureus] >HAR4083306.1 biosynthetic-type acetolactate synthase large subunit [Staphylococcus aureus]Ą€0€¯€0€Ą€ HAR3824072Ŗ€ĸ€0€0€ €C2-hydroxyhepta-2,4-diene-1,7-dioate isomerase [Nonomuraea spiralis]Ą€0€Ŧ€0€Ą€GGS66510Ŗ€ĸ€0€0€ €:FAD-dependent oxidoreductase [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€MSO98652Ŗ€ĸ€0€0€ €Dphosphatase and actin regulator 4 isoform X4 [Oryctolagus cuniculus]Ą€0€Š€0€Ą€ XP_008264087Ŗ€ĸ€0€0€ €,olfactory receptor, partial [Eulemur mongoz]Ą€0€¤€0€Ą€AAR19565Ŗ€ĸ€0€0€ €ēHupE/UreJ family protein [Pelagibacterium halotolerans] >QJR17694.1 HupE/UreJ family protein [Pelagibacterium halotolerans] >SEA41006.1 HupE / UreJ protein [Pelagibacterium halotolerans]Ą€0€Š€0€Ą€ WP_083824265Ŗ€ĸ€0€0€ €?pyruvate:ferredoxin (flavodoxin) oxidoreductase [Geobacter sp.]Ą€0€¤€0€Ą€NJD91181Ŗ€ĸ€0€0€ €?DUF1080 domain-containing protein [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCA8990238Ŗ€ĸ€0€0€ €vhypothetical protein [Kaistella haifensis] >OWK99275.1 hypothetical protein AP75_01955 [Kaistella haifensis DSM 19056]Ą€0€Š€0€Ą€ WP_031504118Ŗ€ĸ€0€0€ €*phosphohydrolase [Enterobacter hormaechei]Ą€0€¤€0€Ą€ MBT1821840Ŗ€ĸ€0€0€ €8JAB domain-containing protein [Actinomycetota bacterium]Ą€0€¤€0€Ą€ MCL5772337Ŗ€ĸ€0€0€ €0alanine dehydrogenase [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€VRK55480Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFD10569Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBO7366298Ŗ€ĸ€0€0€ €"glypican-6-like [Danio aesculapii]Ą€0€Š€0€Ą€ XP_056309872Ŗ€ĸ€0€0€ €-amino acid permease [Actinomycetia bacterium]Ą€0€¯€0€Ą€HHC07960Ŗ€ĸ€0€0€ €REF44761.1 aldehyde dehydrogenase [Serratia ficaria] >CAI0695147.1 Aldehyde dehydrogenase B [Serratia ficaria] >CAI0813542.1 Aldehyde dehydrogenase B [Serratia ficaria] >CAI0819962.1 Aldehyde dehydrogenase B [Serratia ficaria] >CAI0826114.1 Aldehyde dehydrogenase B [Serratia ficaria]Ą€0€Š€0€Ą€ WP_061795322Ŗ€ĸ€0€0€ €#ankyrin [Gymnopus androsaceus JB14]Ą€0€¤€0€Ą€ KAE9407684Ŗ€ĸ€0€0€ €‚ÉMULTISPECIES: GNAT family N-acetyltransferase [unclassified Pseudomonas] >TWC12907.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ075] >TWC13512.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ074] >TWC29322.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ078] >TWC31920.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ085] >TWC49777.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ124]Ą€0€Š€0€Ą€ WP_144929841Ŗ€ĸ€0€0€ €@translation elongation factor 1-alpha, partial [Fusarium solani]Ą€0€¤€0€Ą€ABB86219Ŗ€ĸ€0€0€ €shypothetical protein [Acetobacter suratthaniensis] >MBO1329471.1 hypothetical protein [Acetobacter suratthaniensis]Ą€0€Š€0€Ą€ WP_207855327Ŗ€ĸ€0€0€ €'hypothetical protein [Butyrivibrio sp.]Ą€0€¤€0€Ą€ MBR4831078Ŗ€ĸ€0€0€ €6hypothetical protein FMUND_12105 [Fusarium mundagurra]Ą€0€¤€0€Ą€ KAF5705428Ŗ€ĸ€0€0€ €TMogA/MoaB family molybdenum cofactor biosynthesis protein [SAR202 cluster bacterium]Ą€0€¤€0€Ą€MQG84887Ŗ€ĸ€0€0€ €3antitermination regulator [Kribbellaceae bacterium]Ą€0€¤€0€Ą€NUR94205Ŗ€ĸ€0€0€ €4hypothetical protein K1719_030192 [Acacia pycnantha]Ą€0€¤€0€Ą€ KAI9087862Ŗ€ĸ€0€0€ €/hypothetical protein [Portunus trituberculatus]Ą€0€¤€0€Ą€MPC13528Ŗ€ĸ€0€0€ €1metallophosphoesterase [Tannerellaceae bacterium]Ą€0€¤€0€Ą€ MBN2660390Ŗ€ĸ€0€0€ €PtRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Ignavibacteria bacterium]Ą€0€¤€0€Ą€ MBK9183427Ŗ€ĸ€0€0€ €3IS66 family transposase [Kiritimatiellia bacterium]Ą€0€¤€0€Ą€ MCO5068575Ŗ€ĸ€0€0€ €‚¸MULTISPECIES: metallophosphoesterase [Staphylococcus] >ARJ12823.1 serine/threonine protein phosphatase [Staphylococcus lugdunensis] >MCH8664993.1 metallophosphoesterase [Staphylococcus lugdunensis] >OFJ61269.1 serine/threonine protein phosphatase [Staphylococcus sp. HMSC077E11] >OFM46575.1 serine/threonine protein phosphatase [Staphylococcus sp. HMSC077E12] >OFR90009.1 serine/threonine protein phosphatase [Staphylococcus sp. HMSC059F04]Ą€0€Š€0€Ą€ WP_070545363Ŗ€ĸ€0€0€ €_hypothetical protein [Chromatium okenii] >MBK1641914.1 hypothetical protein [Chromatium okenii]Ą€0€Š€0€Ą€ WP_200154298Ŗ€ĸ€0€0€ €‚N4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii AD2-60a] >OWZ49419.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii AD1-83a] >OWZ55621.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii 125.91] >OWZ69208.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii] >OXC86111.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii AD1-7a] >OXG21161.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Tu401-1] >OXG25869.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Tu259-1] >OXG34753.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Bt120] >OXG38010.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Bt15] >OXG52548.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Th84] >OXG65024.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii MW-RSA1955] >OXG66995.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii c8] >OXG69976.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii CHC193] >OXG85105.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii MW-RSA36] >OXG86690.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Br795] >OXH15443.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii A5-35-17] >OXH17133.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii A1-35-8] >OXL09980.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Gb118] >OXM80705.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Bt63]Ą€0€¤€0€Ą€OWZ34415Ŗ€ĸ€0€0€ €‚"hypothetical protein [Vibrio parahaemolyticus] >EGQ9062597.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9102482.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9370919.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9420049.1 hypothetical protein [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EGQ8192442Ŗ€ĸ€0€0€ €bSubName: Full=Uncharacterized protein {ECO:0000313|EMBL:CCA67557.1} [Serendipita indica DSM 11827]Ą€0€Ĩ€0€Ą€ CAG7850540Ŗ€ĸ€0€0€ €3hypothetical protein NW759_011146 [Fusarium solani]Ą€0€¤€0€Ą€ KAJ4213304Ŗ€ĸ€0€0€ €1alpha-1,2-fucosyltransferase [Helicobacter canis]Ą€0€Š€0€Ą€ WP_170235146Ŗ€ĸ€0€0€ €/homoserine dehydrogenase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3156222Ŗ€ĸ€0€0€ €ÉMULTISPECIES: hypothetical protein [unclassified Pseudomonas] >KRA88915.1 hypothetical protein ASD91_15755 [Pseudomonas sp. Root68] >KRB70259.1 hypothetical protein ASD95_24060 [Pseudomonas sp. Root71]Ą€0€Š€0€Ą€ WP_056726975Ŗ€ĸ€0€0€ €¸Gfo/Idh/MocA family oxidoreductase [Enterococcus rivorum] >MBP2097487.1 putative dehydrogenase [Enterococcus rivorum] >OEH82946.1 NAD(P)-dependent oxidoreductase [Enterococcus rivorum]Ą€0€Š€0€Ą€ WP_069697901Ŗ€ĸ€0€0€ €3hypothetical protein MRS44_003156 [Fusarium solani]Ą€0€¤€0€Ą€ KAJ3469091Ŗ€ĸ€0€0€ €Nputative uncharacterized protein DDB_G0277255 [Dermatophagoides pteronyssinus]Ą€0€Š€0€Ą€ XP_027201715Ŗ€ĸ€0€0€ €ytranscription repressor NadR [Mogibacterium diversum] >MBF1358358.1 transcription repressor NadR [Mogibacterium diversum]Ą€0€¤€0€Ą€ MBF1354756Ŗ€ĸ€0€0€ €Aoxygen-insensitive NADPH nitroreductase [Alteribacter keqinensis]Ą€0€¤€0€Ą€RNA69827Ŗ€ĸ€0€0€ €;hypothetical protein, partial [Pseudomonas sp. NBRC 111135]Ą€0€Š€0€Ą€ WP_054910535Ŗ€ĸ€0€0€ €)NAD(P)H-hydrate epimerase [Treponema sp.]Ą€0€¤€0€Ą€ MCQ2587557Ŗ€ĸ€0€0€ €.hypothetical protein [Streptomyces sp. H27-G5]Ą€0€Š€0€Ą€ WP_267829077Ŗ€ĸ€0€0€ €9glycosyltransferase family 2 protein [Campylobacter coli]Ą€0€¯€0€Ą€ HBK1877356Ŗ€ĸ€0€0€ €§polyamine ABC transporter substrate-binding protein [Pseudomonas sp. JR33AA] >MCE5975896.1 polyamine ABC transporter substrate-binding protein [Pseudomonas sp. JR33AA]Ą€0€Š€0€Ą€ WP_233689818Ŗ€ĸ€0€0€ €&YfdY family protein [Escherichia coli]Ą€0€¯€0€Ą€ HAL5964588Ŗ€ĸ€0€0€ €‚/uncharacterized protein LOC9638250 [Selaginella moellendorffii] >XP_002993607.1 uncharacterized protein LOC9663448 [Selaginella moellendorffii] >EFJ05299.1 hypothetical protein SELMODRAFT_431675 [Selaginella moellendorffii] >EFJ25821.1 hypothetical protein SELMODRAFT_413811 [Selaginella moellendorffii]Ą€0€Š€0€Ą€ XP_002973447Ŗ€ĸ€0€0€ €BSulP family inorganic anion transporter [Actinoplanes durhamensis]Ą€0€Š€0€Ą€ WP_203727943Ŗ€ĸ€0€0€ €preprotein translocase subunit YajC [Cupriavidus pauculus] >GJG98696.1 preprotein translocase subunit YajC [Cupriavidus pauculus]Ą€0€Š€0€Ą€ WP_238267528Ŗ€ĸ€0€0€ €/cytochrome b, partial [Boraras urophthalmoides]Ą€0€¤€0€Ą€ADJ57888Ŗ€ĸ€0€0€ €9DUF2911 domain-containing protein [Opitutaceae bacterium]Ą€0€¤€0€Ą€ MBX7122227Ŗ€ĸ€0€0€ €ŽNADP-dependent phosphogluconate dehydrogenase [Rhodococcus sp. Leaf278] >KQU45761.1 6-phosphogluconate dehydrogenase [Rhodococcus sp. Leaf278]Ą€0€Š€0€Ą€ WP_057479385Ŗ€ĸ€0€0€ €FRNA polymerase sporulation sigma factor SigH [Clostridium perfringens]Ą€0€¤€0€Ą€ EGT3616788Ŗ€ĸ€0€0€ €0radical SAM protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBP1550239Ŗ€ĸ€0€0€ €‚›amino acid ABC transporter ATP-binding protein [Lactobacillus hominis] >KRM84769.1 ABC superfamily ATP binding cassette transporter, ABC protein [Lactobacillus hominis DSM 23910 = CRBIP 24.179] >MCT3347812.1 amino acid ABC transporter ATP-binding protein [Lactobacillus hominis] >CCI81440.1 L-cystine ABC superfamily ATP binding cassette transporter, ABC protein [Lactobacillus hominis DSM 23910 = CRBIP 24.179]Ą€0€Š€0€Ą€ WP_008470196Ŗ€ĸ€0€0€ €?phage terminase large subunit family protein [Escherichia coli]Ą€0€¤€0€Ą€ EHY1237200Ŗ€ĸ€0€0€ €3globin family protein [Bradyrhizobium stylosanthis]Ą€0€Š€0€Ą€ WP_063692548Ŗ€ĸ€0€0€ €‚‚double zinc ribbon domain-containing protein [Elizabethkingia anophelis] >KUF47109.1 phosphoribosyltransferase [Elizabethkingia anophelis] >MCT3642683.1 ComF family protein [Elizabethkingia anophelis] >MCT3651894.1 ComF family protein [Elizabethkingia anophelis] >MCT3654049.1 ComF family protein [Elizabethkingia anophelis] >MCT3659239.1 ComF family protein [Elizabethkingia anophelis]Ą€0€Š€0€Ą€ WP_058877503Ŗ€ĸ€0€0€ €2diaminopimelate epimerase [Advenella kashmirensis]Ą€0€¯€0€Ą€HBP29295Ŗ€ĸ€0€0€ €}precorrin-3B C(17)-methyltransferase [Pseudomonas fragi] >NNB33134.1 precorrin-3B C(17)-methyltransferase [Pseudomonas fragi]Ą€0€Š€0€Ą€ WP_169872765Ŗ€ĸ€0€0€ €Esigma-70 family RNA polymerase sigma factor [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCI7575045Ŗ€ĸ€0€0€ €Æphage tail tape measure protein [Pseudomonas aeruginosa] >HCF2831529.1 phage tail tape measure protein [Pseudomonas aeruginosa] >HCL3885898.1 phage tail tape measure protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCE7955950Ŗ€ĸ€0€0€ €phypothetical protein AXI71_gp47 [Lactococcus phage GE1] >ALA07001.1 hypothetical protein [Lactococcus phage GE1]Ą€0€Š€0€Ą€ YP_009226675Ŗ€ĸ€0€0€ €‚lsterol desaturase family protein [Ignavibacteria bacterium] >MBP6509577.1 sterol desaturase family protein [Candidatus Kapabacteria bacterium] >MBK6419025.1 sterol desaturase family protein [Ignavibacteria bacterium] >MBK6760291.1 sterol desaturase family protein [Ignavibacteria bacterium] >MBK7185247.1 sterol desaturase family protein [Ignavibacteria bacterium]Ą€0€¤€0€Ą€ MBK6290503Ŗ€ĸ€0€0€ €‚åmurein biosynthesis integral membrane protein MurJ [Corynebacterium minutissimum] >KHO30424.1 membrane protein [Corynebacterium minutissimum] >QPS59974.1 murein biosynthesis integral membrane protein MurJ [Corynebacterium minutissimum] >QQA79235.1 murein biosynthesis integral membrane protein MurJ [Corynebacterium minutissimum] >SQH98049.1 putative integral membrane protein [Corynebacterium minutissimum] >VEG04711.1 putative integral membrane protein [Corynebacterium minutissimum]Ą€0€Š€0€Ą€ WP_039672911Ŗ€ĸ€0€0€ €Nheterogeneous nuclear ribonucleoprotein A/B isoform X2 [Rhinatrema bivittatum]Ą€0€Š€0€Ą€ XP_029439375Ŗ€ĸ€0€0€ €+MFS family permease [Arthrobacter pigmenti]Ą€0€¤€0€Ą€NJC23639Ŗ€ĸ€0€0€ €ECopG family transcriptional regulator [Candidatus Accumulibacter sp.]Ą€0€¯€0€Ą€HCZ13020Ŗ€ĸ€0€0€ €|MAG: tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Tindallia sp. MSAO_Bac2]Ą€0€¤€0€Ą€RQD71026Ŗ€ĸ€0€0€ €)TIGR03032 family protein [Williamsia sp.]Ą€0€¤€0€Ą€ MBE7174334Ŗ€ĸ€0€0€ €CLytTR family DNA-binding domain-containing protein [Taibaiella sp.]Ą€0€¤€0€Ą€ MCF8449868Ŗ€ĸ€0€0€ €‚>NlpC/P60 family protein [Eggerthella lenta] >MBU9894281.1 C40 family peptidase [Eggerthella lenta] >MBV4058824.1 C40 family peptidase [Eggerthella lenta] >MBV4106300.1 C40 family peptidase [Eggerthella lenta] >MBV4129708.1 C40 family peptidase [Eggerthella lenta] >MBV4143856.1 C40 family peptidase [Eggerthella lenta]Ą€0€Š€0€Ą€ WP_217309755Ŗ€ĸ€0€0€ €3hypothetical protein EZV62_024785 [Acer yangbiense]Ą€0€¤€0€Ą€TXG48910Ŗ€ĸ€0€0€ €6hypothetical protein COLO4_03403 [Corchorus olitorius]Ą€0€¤€0€Ą€OMP12204Ŗ€ĸ€0€0€ €,hypothetical protein [Cyanothece sp. SIO1E1]Ą€0€¤€0€Ą€NET34040Ŗ€ĸ€0€0€ €-VOC family protein [Ciceribacter thiooxidans]Ą€0€Š€0€Ą€ WP_182308552Ŗ€ĸ€0€0€ €qS-adenosyl-L-methionine-dependent tRNA 4-demethylwyosine synthase TYW1-like isoform X4 [Gopherus flavomarginatus]Ą€0€Š€0€Ą€ XP_050785609Ŗ€ĸ€0€0€ €Œsulfite exporter TauE/SafE family protein [Tautonia plasticadhaerens] >QDV39145.1 hypothetical protein ElP_71090 [Tautonia plasticadhaerens]Ą€0€Š€0€Ą€ WP_145279320Ŗ€ĸ€0€0€ €ƒATP-grasp domain-containing protein [Nostoc sp. FACHB-888] >MBD2243374.1 ATP-grasp domain-containing protein [Nostoc sp. FACHB-888]Ą€0€Š€0€Ą€ WP_190728559Ŗ€ĸ€0€0€ €JUDP-3-O-acyl-N-acetylglucosamine deacetylase, partial [Vibrio antiquarius]Ą€0€Š€0€Ą€ WP_043884631Ŗ€ĸ€0€0€ €>tyrosine-type recombinase/integrase [Caldilineaceae bacterium]Ą€0€¤€0€Ą€ MCL4835344Ŗ€ĸ€0€0€ €4Uncharacterised protein [Mycobacterium tuberculosis]Ą€0€Ĩ€0€Ą€CKR50421Ŗ€ĸ€0€0€ €4hypothetical protein mMyoMyo1_011419 [Myotis myotis]Ą€0€¤€0€Ą€ KAF6355230Ŗ€ĸ€0€0€ €7hypothetical protein CRE_27739 [Caenorhabditis remanei]Ą€0€¤€0€Ą€EFP11715Ŗ€ĸ€0€0€ €\anaerobic ribonucleoside-triphosphate reductase activating protein [Kosmotogaceae bacterium]Ą€0€¤€0€Ą€ MBN2220243Ŗ€ĸ€0€0€ €uncharacterized protein GSPATT00030165001 [Paramecium tetraurelia] >CAK59531.1 unnamed protein product [Paramecium tetraurelia]Ą€0€Š€0€Ą€ XP_001426929Ŗ€ĸ€0€0€ €‚ąDUF421 domain-containing protein [Acinetobacter baumannii] >ENV30425.1 hypothetical protein F961_01121 [Acinetobacter baumannii NIPH 60] >CAA0225992.1 hypothetical protein ABKPCSM125_02191 [Acinetobacter baumannii] >HBM1758047.1 DUF421 domain-containing protein [Acinetobacter baumannii] >HBM1853224.1 DUF421 domain-containing protein [Acinetobacter baumannii] >HBM1987889.1 DUF421 domain-containing protein [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_004841038Ŗ€ĸ€0€0€ €Oretrovirus-related Pol polyprotein from transposon 412 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFT25780Ŗ€ĸ€0€0€ €Wexoribonuclease R [Vibrio splendidus] >PTP40505.1 exoribonuclease R [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_108101124Ŗ€ĸ€0€0€ €Dclass I SAM-dependent methyltransferase [Exiguobacterium sp. RIT594]Ą€0€Š€0€Ą€ WP_233494598Ŗ€ĸ€0€0€ €Œuncharacterized protein CGCA056_v011682 [Colletotrichum aenigma] >KAF5512852.1 hypothetical protein CGCA056_v011682 [Colletotrichum aenigma]Ą€0€Š€0€Ą€ XP_037174607Ŗ€ĸ€0€0€ €=DUF1636 domain-containing protein [Leptolyngbya sp. PCC 6406]Ą€0€Š€0€Ą€ WP_008314082Ŗ€ĸ€0€0€ €@cytochrome oxidase subunit I, partial [Teuchophorus stenostigma]Ą€0€¤€0€Ą€ACO35565Ŗ€ĸ€0€0€ €>outer dense fiber protein 3-like protein 2a [Morone saxatilis]Ą€0€Š€0€Ą€ XP_035530493Ŗ€ĸ€0€0€ €1SDR family oxidoreductase [Prescottella defluvii]Ą€0€Š€0€Ą€ WP_031940100Ŗ€ĸ€0€0€ €~glycoside hydrolase family 65 protein [Enterococcus faecalis] >RXV44726.1 family 65 glycosyl hydrolase [Enterococcus faecalis]Ą€0€Š€0€Ą€ WP_129194092Ŗ€ĸ€0€0€ €Disoprenoid biosynthesis glyoxalase ElbB [Methylocystaceae bacterium]Ą€0€¤€0€Ą€NVK17210Ŗ€ĸ€0€0€ €KT9SS type A sorting domain-containing protein [Ignavibacteriales bacterium]Ą€0€¤€0€Ą€QQS37660Ŗ€ĸ€0€0€ €?uncharacterized protein LOC105691078 isoform X2 [Athalia rosae]Ą€0€Š€0€Ą€ XP_012264750Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBK7503626Ŗ€ĸ€0€0€ €5glycosylated lysosomal membrane protein [Oryx dammah]Ą€0€Š€0€Ą€ XP_040086206Ŗ€ĸ€0€0€ €)endopeptidase La [Anaerolineae bacterium]Ą€0€¯€0€Ą€HHJ06374Ŗ€ĸ€0€0€ €'hypothetical protein [Trifolium medium]Ą€0€¤€0€Ą€MCH99616Ŗ€ĸ€0€0€ €ERI81815.1 site-specific recombinase, phage integrase family [Bacteroides pyogenes F0041]Ą€0€Š€0€Ą€ WP_021646634Ŗ€ĸ€0€0€ €9flagellar export chaperone FliS [Caldibacillus sp. NES_3]Ą€0€Š€0€Ą€ WP_244811380Ŗ€ĸ€0€0€ €?alpha/beta hydrolase family protein [Mycobacterium xenopi 3993]Ą€0€¤€0€Ą€EUA22401Ŗ€ĸ€0€0€ €ankyrin repeat domain-containing protein [Paenibacillus xylanexedens] >APO47126.1 hypothetical protein BS614_25775 [Paenibacillus xylanexedens]Ą€0€Š€0€Ą€ WP_074096037Ŗ€ĸ€0€0€ €lhypothetical protein [Nostoc linckia FACHB-104] >MBD2335391.1 hypothetical protein [Calothrix sp. FACHB-156]Ą€0€¤€0€Ą€ MBD2210658Ŗ€ĸ€0€0€ €‚replication-associated recombination protein A [Shewanella algae] >PSS74488.1 recombination factor protein RarA [Shewanella algae]Ą€0€Š€0€Ą€ WP_107352122Ŗ€ĸ€0€0€ €s50S ribosomal protein L18 [Euryarchaeota archaeon] >MCD6158712.1 50S ribosomal protein L18 [Euryarchaeota archaeon]Ą€0€¤€0€Ą€ MCD6156803Ŗ€ĸ€0€0€ €1elongation factor G [Lacrimispora saccharolytica]Ą€0€¤€0€Ą€ MCF2656092Ŗ€ĸ€0€0€ €Iadenylate/guanylate cyclase domain-containing protein [Nocardia seriolae]Ą€0€Š€0€Ą€ WP_238588402Ŗ€ĸ€0€0€ €*GTPase Era [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBR0212985Ŗ€ĸ€0€0€ €{carbonic anhydrase [Pisolithus microcarpus] >KIK17511.1 hypothetical protein PISMIDRAFT_685288 [Pisolithus microcarpus 441]Ą€0€¤€0€Ą€ KAI6019239Ŗ€ĸ€0€0€ €oM1 family aminopeptidase [Myxococcus sp. XM-1-1-1] >MBZ4412162.1 hypothetical protein [Myxococcus sp. XM-1-1-1]Ą€0€Š€0€Ą€ WP_223749936Ŗ€ĸ€0€0€ €0dihydropteroate synthase [Staphylococcus aureus]Ą€0€¤€0€Ą€ MBX8197149Ŗ€ĸ€0€0€ €7hypothetical protein HA402_000402 [Bradysia odoriphaga]Ą€0€¤€0€Ą€ KAG4074423Ŗ€ĸ€0€0€ €/FTR1 family protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_139499883Ŗ€ĸ€0€0€ €7shikimate dehydrogenase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCD6533325Ŗ€ĸ€0€0€ €<2-isopropylmalate synthase [Acidiferrobacteraceae bacterium]Ą€0€¤€0€Ą€MBO68682Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UIX40308Ŗ€ĸ€0€0€ €O-antigen ligase family protein [Mesorhizobium sp. CA14] >MBZ9849998.1 O-antigen ligase family protein [Mesorhizobium sp. CA14]Ą€0€Š€0€Ą€ WP_224586479Ŗ€ĸ€0€0€ €MBU3908288.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] >MBU4003075.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] >MBU4019917.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] >MBU4096917.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBA3031770Ŗ€ĸ€0€0€ €;translation initiation factor IF-2 [Theionarchaea archaeon]Ą€0€¤€0€Ą€ MBU7046308Ŗ€ĸ€0€0€ €ADEAD/DEAH box helicase family protein [Agrobacterium tumefaciens]Ą€0€¤€0€Ą€NTZ64221Ŗ€ĸ€0€0€ €@LLM class flavin-dependent oxidoreductase [Streptomyces sp. 110]Ą€0€¤€0€Ą€ MBL1120007Ŗ€ĸ€0€0€ €Wformate-dependent phosphoribosylglycinamide formyltransferase [Enterobacter sp. Cy-643]Ą€0€¤€0€Ą€NIF31361Ŗ€ĸ€0€0€ €“ABC transporter ATP-binding protein/permease [Bifidobacterium sp.] >MCI1225091.1 ABC transporter ATP-binding protein/permease [Bifidobacterium sp.]Ą€0€¤€0€Ą€ MCH4209672Ŗ€ĸ€0€0€ €EMarR family transcriptional regulator [Arthrobacter crystallopoietes]Ą€0€Š€0€Ą€ WP_244250846Ŗ€ĸ€0€0€ €Qphosphoribosylaminoimidazolesuccinocarboxamide synthase [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCC8072670Ŗ€ĸ€0€0€ €Ĩphosphoenolpyruvate--protein phosphotransferase [Prosthecodimorpha staleyi] >MBT9292403.1 phosphoenolpyruvate--protein phosphotransferase [Prosthecodimorpha staleyi]Ą€0€Š€0€Ą€ WP_261970917Ŗ€ĸ€0€0€ €;hypothetical protein KXZ65_04165 [Pectobacterium sp. PL152]Ą€0€¤€0€Ą€UKE84511Ŗ€ĸ€0€0€ €3hypothetical protein [Vicinamibacterales bacterium]Ą€0€¤€0€Ą€ MCU0251598Ŗ€ĸ€0€0€ €)IS3 family transposase [Escherichia coli]Ą€0€¯€0€Ą€ HAW5846675Ŗ€ĸ€0€0€ €*MAG TPA: ParB protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAQ84782Ŗ€ĸ€0€0€ €ŸLacI family DNA-binding transcriptional regulator [Reichenbachiella faecimaris] >SMD32480.1 LacI family transcriptional regulator [Reichenbachiella faecimaris]Ą€0€Š€0€Ą€ WP_084371136Ŗ€ĸ€0€0€ €‚hypothetical protein, partial [Acinetobacter baumannii] >MBD0171588.1 hypothetical protein [Acinetobacter baumannii] >MBU0364223.1 hypothetical protein [Acinetobacter baumannii] >OWX58814.1 hypothetical protein A7A53_18580, partial [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_088774527Ŗ€ĸ€0€0€ €GGS23596.1 50S ribosomal protein L3 [Streptomyces niveoruber] >GGS94341.1 50S ribosomal protein L3 [Streptomyces griseoviridis] >GGU21064.1 50S ribosomal protein L3 [Streptomyces daghestanicus] >GHI31529.1 50S ribosomal protein L3 [Streptomyces daghestanicus]Ą€0€Š€0€Ą€ WP_189417916Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UEC52718Ŗ€ĸ€0€0€ €9RluA family pseudouridine synthase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7293051Ŗ€ĸ€0€0€ €DIg-like domain-containing protein, partial [Tenacibaculum maritimum]Ą€0€Š€0€Ą€ WP_159259813Ŗ€ĸ€0€0€ €8DUF2972 domain-containing protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAH5981648Ŗ€ĸ€0€0€ €.terminase small subunit [Cupriavidus pauculus]Ą€0€Š€0€Ą€ WP_227461668Ŗ€ĸ€0€0€ €5gag protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AAX49003Ŗ€ĸ€0€0€ €*CLUMA_CG006665, isoform A [Clunio marinus]Ą€0€Ĩ€0€Ą€CRK93005Ŗ€ĸ€0€0€ €O16S rRNA (guanine(527)-N(7))-methyltransferase RsmG [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBM4091591Ŗ€ĸ€0€0€ €‰glycine hydroxymethyltransferase [Micromonospora sp. WMMD1155] >WFE54021.1 glycine hydroxymethyltransferase [Micromonospora sp. WMMD1155]Ą€0€Š€0€Ą€ WP_282259321Ŗ€ĸ€0€0€ €5DUF58 domain-containing protein [Pseudomonas sp. PP3]Ą€0€Š€0€Ą€ WP_212626688Ŗ€ĸ€0€0€ €:Holliday junction resolvase RuvX [Sphingomonas yabuuchiae]Ą€0€Š€0€Ą€ WP_167345377Ŗ€ĸ€0€0€ €#GGT5 hydrolase [Spizaetus tyrannus]Ą€0€¤€0€Ą€NXJ48511Ŗ€ĸ€0€0€ €]RidA family protein [Grimontia marina] >CZF85839.1 Enamine/imine deaminase [Grimontia marina]Ą€0€Š€0€Ą€ WP_062713263Ŗ€ĸ€0€0€ €ãlysophospholipid acyltransferase family protein [Sulfurospirillum diekertiae] >ARU47716.1 hypothetical protein Sdiek1_0540 [Sulfurospirillum diekertiae] >ASC92562.1 hypothetical protein Sdiek2_0531 [Sulfurospirillum diekertiae]Ą€0€Š€0€Ą€ WP_087437779Ŗ€ĸ€0€0€ €ųMotA/TolQ/ExbB proton channel family protein [Liquorilactobacillus satsumensis] >MCP9312883.1 flagellar motor stator protein MotA [Liquorilactobacillus satsumensis] >MCP9359979.1 flagellar motor stator protein MotA [Liquorilactobacillus satsumensis]Ą€0€Š€0€Ą€ WP_261907733Ŗ€ĸ€0€0€ €NAP-2 complex subunit alpha-1-like protein [Cinnamomum micranthum f. kanehirae]Ą€0€¤€0€Ą€RWR83460Ŗ€ĸ€0€0€ €Üthreonine/serine exporter family protein [Corallococcus exiguus] >NRD54892.1 threonine/serine exporter family protein [Corallococcus exiguus] >RUO93487.1 threonine/serine exporter family protein [Corallococcus sp. AB018]Ą€0€Š€0€Ą€ WP_126933505Ŗ€ĸ€0€0€ €ŪMULTISPECIES: methionine adenosyltransferase [Mycobacterium] >OBF96983.1 methionine adenosyltransferase [Mycobacterium sp. 852002-51152_SCH6134967] >VEG42356.1 S-adenosylmethionine synthetase [Mycolicibacterium flavescens]Ą€0€Š€0€Ą€ WP_066841281Ŗ€ĸ€0€0€ €ĢPLP-dependent aspartate aminotransferase family protein [bacterium BMS3Abin03] >MCG6959924.1 PLP-dependent aspartate aminotransferase family protein [bacterium BMS3Abin03]Ą€0€¤€0€Ą€ MCG6912449Ŗ€ĸ€0€0€ €‚[MULTISPECIES: AAA family ATPase [Fusobacterium] >ASG29969.1 ATPase [Fusobacterium animalis] >EEO42814.1 hypothetical protein FSDG_01373 [Fusobacterium animalis 7_1] >EHG17747.2 hypothetical protein HMPREF9369_02161 [Fusobacterium nucleatum subsp. polymorphum F0401] >ERT41895.1 hypothetical protein HMPREF1538_00725 [Fusobacterium nucleatum CTI-1]Ą€0€Š€0€Ą€ WP_008701575Ŗ€ĸ€0€0€ €Fhypothetical protein C3L33_17218, partial [Rhododendron williamsianum]Ą€0€¤€0€Ą€ KAE9450885Ŗ€ĸ€0€0€ €}(Fe-S)-binding protein [Lacticaseibacillus paracasei] >BBF74995.1 putative Fe-S oxidoreductase [Lacticaseibacillus paracasei]Ą€0€Š€0€Ą€ WP_126353423Ŗ€ĸ€0€0€ €ĩtype II toxin-antitoxin system VapC family toxin [Thermoflexus hugenholtzii] >SNB60871.1 Predicted nucleic acid-binding protein, contains PIN domain [Thermoflexus hugenholtzii JAD2]Ą€0€Š€0€Ą€ WP_159461552Ŗ€ĸ€0€0€ €usolute carrier family 43 member 3 [Cebus imitator] >XP_037583943.1 solute carrier family 43 member 3 [Cebus imitator]Ą€0€Š€0€Ą€ XP_017354457Ŗ€ĸ€0€0€ €‹glycine-glycine endopeptidase LytM [Staphylococcus aureus] >EZX95342.1 glycyl-glycine endopeptidase lytM [Staphylococcus aureus GD2010-061]Ą€0€Š€0€Ą€ WP_031885024Ŗ€ĸ€0€0€ €ƒDUF1800 domain-containing protein [Pseudoalteromonas rubra] >KAF7786462.1 hypothetical protein PRUB_a1034 [Pseudoalteromonas rubra]Ą€0€Š€0€Ą€ WP_010381982Ŗ€ĸ€0€0€ €5biopolymer transporter ExbD [Marinobacter lutaoensis]Ą€0€Š€0€Ą€ WP_217904803Ŗ€ĸ€0€0€ €=acyl carrier protein phosphodiesterase [Enterobacter cloacae]Ą€0€Ŧ€0€Ą€GJK53752Ŗ€ĸ€0€0€ €}NAD(P)/FAD-dependent oxidoreductase [Bradyrhizobium lablabi] >KRR22912.1 cyclohexanone monooxygenase [Bradyrhizobium lablabi]Ą€0€Š€0€Ą€ WP_057859275Ŗ€ĸ€0€0€ €aDnaD domain protein [Clostridium sp. FP1] >MBZ9637360.1 DnaD domain protein [Clostridium sp. FP1]Ą€0€Š€0€Ą€ WP_164945946Ŗ€ĸ€0€0€ € penicillin-binding transpeptidase domain-containing protein [Mycolicibacterium fortuitum] >MCA4722605.1 penicillin-binding protein [Mycolicibacterium fortuitum]Ą€0€Š€0€Ą€ WP_225592933Ŗ€ĸ€0€0€ €8ER membrane protein DP1/Yop1 [Haplosporangium sp. Z 767]Ą€0€¤€0€Ą€ KAF9194863Ŗ€ĸ€0€0€ €‚?surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UZM56993.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UZY61307.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >WAN17900.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UYC71619Ŗ€ĸ€0€0€ €‚HE3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019294.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019295.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019296.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019297.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus]Ą€0€Š€0€Ą€ XP_007423461Ŗ€ĸ€0€0€ €DBcr/CflA family efflux MFS transporter [Symbiobacterium terraclitae]Ą€0€Š€0€Ą€ WP_209467194Ŗ€ĸ€0€0€ €CMULTISPECIES: helix-turn-helix transcriptional regulator [Ruegeria]Ą€0€Š€0€Ą€ WP_226688333Ŗ€ĸ€0€0€ €1MCE-family protein MCE1A [Mycobacterium kansasii]Ą€0€¤€0€Ą€KZS76886Ŗ€ĸ€0€0€ €ÔMULTISPECIES: urease accessory protein UreD [unclassified Methylophilus] >KQT43777.1 urease accessory protein ureD [Methylophilus sp. Leaf416] >KQT59262.1 urease accessory protein ureD [Methylophilus sp. Leaf459]Ą€0€Š€0€Ą€ WP_055826320Ŗ€ĸ€0€0€ €™hypothetical protein A2X67_13820 [Ignavibacteria bacterium GWA2_55_11] >OGU45550.1 hypothetical protein A2X68_06960 [Ignavibacteria bacterium GWC2_56_12]Ą€0€¤€0€Ą€OGU28904Ŗ€ĸ€0€0€ €:Fe-S cluster assembly protein SufD [Virgibacillus proomii]Ą€0€Š€0€Ą€ WP_077320126Ŗ€ĸ€0€0€ €™glycoside hydrolase family 130 protein [Clostridium lacusfryxellense] >MBU3113282.1 glycoside hydrolase family 130 protein [Clostridium lacusfryxellense]Ą€0€Š€0€Ą€ WP_216308000Ŗ€ĸ€0€0€ €BRrf2 family transcriptional regulator [Desulfobulbaceae bacterium]Ą€0€¤€0€Ą€ MCL7487729Ŗ€ĸ€0€0€ €^MULTISPECIES: PrgH/EprH family type III secretion apparatus protein [unclassified Pseudomonas]Ą€0€Š€0€Ą€ WP_219734411Ŗ€ĸ€0€0€ €Dzinc ABC transporter solute-binding protein [Clostridium sp. MCC334]Ą€0€¤€0€Ą€ MBT9793465Ŗ€ĸ€0€0€ €‚™MULTISPECIES: adenylosuccinate synthase [Gardnerella] >RFT33689.1 adenylosuccinate synthase [Bifidobacteriaceae bacterium NR019] >RFT35440.1 adenylosuccinate synthase [Bifidobacteriaceae bacterium NR017] >RIY29324.1 adenylosuccinate synthase [Bifidobacteriaceae bacterium GH005] >ADB13603.1 adenylosuccinate synthase [Gardnerella vaginalis 409-05] >NSX31639.1 adenylosuccinate synthase [Gardnerella vaginalis]Ą€0€Š€0€Ą€ WP_012913739Ŗ€ĸ€0€0€ €„LysE/ArgO family amino acid transporter [Gluconacetobacter aggeris] >MBB2169262.1 amino acid transporter [Gluconacetobacter aggeris]Ą€0€Š€0€Ą€ WP_182986787Ŗ€ĸ€0€0€ €P50S ribosomal protein L25/general stress protein Ctc [Deinococcus wulumuqiensis]Ą€0€¤€0€Ą€AXG99930Ŗ€ĸ€0€0€ €ADUF115 domain-containing protein, partial [Clostridium botulinum]Ą€0€Š€0€Ą€ WP_181244664Ŗ€ĸ€0€0€ €‚qArc family DNA-binding protein [Escherichia coli] >EED0553408.1 Arc family DNA-binding protein [Escherichia coli] >EEQ5618100.1 Arc family DNA-binding protein [Escherichia coli] >EEQ9422172.1 Arc family DNA-binding protein [Escherichia coli] >EER2244463.1 Arc family DNA-binding protein [Escherichia coli] >EET4313745.1 Arc family DNA-binding protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_097746315Ŗ€ĸ€0€0€ €UMULTISPECIES: PLP-dependent aminotransferase family protein [unclassified Salmonella]Ą€0€Š€0€Ą€ WP_187788315Ŗ€ĸ€0€0€ €+DHHA1 domain protein [Weizmannia coagulans]Ą€0€¤€0€Ą€KWZ83306Ŗ€ĸ€0€0€ €“two-component system response regulator BaeR [Morganella morganii] >MBC3994568.1 two-component system response regulator BaeR [Morganella morganii]Ą€0€Š€0€Ą€ WP_186723788Ŗ€ĸ€0€0€ €4Exocyst complex component SEC5A [Striga hermonthica]Ą€0€Ĩ€0€Ą€ CAA0813386Ŗ€ĸ€0€0€ €tDEAD/DEAH box helicase family protein [Tamlana nanhaiensis] >KJD32857.1 DEAD/DEAH box helicase [Tamlana nanhaiensis]Ą€0€Š€0€Ą€ WP_044626129Ŗ€ĸ€0€0€ €:hypothetical protein [Candidatus Cloacimonadota bacterium]Ą€0€¤€0€Ą€ MCD4818220Ŗ€ĸ€0€0€ €7FtsX-like permease family protein [FCB group bacterium]Ą€0€¤€0€Ą€ MCP4570049Ŗ€ĸ€0€0€ €host specificity protein J [Salmonella enterica subsp. enterica] >ECJ4715026.1 host specificity protein J [Salmonella enterica subsp. enterica]Ą€0€¤€0€Ą€ ECI3309320Ŗ€ĸ€0€0€ €*GTP pyrophosphokinase [Streptococcus suis]Ą€0€Š€0€Ą€ WP_024404629Ŗ€ĸ€0€0€ €€NADH:flavin oxidoreductase/NADH oxidase [Chryseobacterium sp. Leaf180] >KQR92530.1 oxidoreductase [Chryseobacterium sp. Leaf180]Ą€0€Š€0€Ą€ WP_055863905Ŗ€ĸ€0€0€ €cytochrome-c oxidase, cbb3-type subunit III [Parvularcula marina] >RFB01438.1 cytochrome-c oxidase, cbb3-type subunit III [Parvularcula marina]Ą€0€Š€0€Ą€ WP_116393154Ŗ€ĸ€0€0€ €1MAG TPA: hypothetical protein [Bacteriophage sp.]Ą€0€¯€0€Ą€DAG36852Ŗ€ĸ€0€0€ €ARsmD family RNA methyltransferase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBR0212092Ŗ€ĸ€0€0€ €N-acetylmuramoyl-L-alanine amidase [Thermophilibacter sp. ET337] >MCR8907887.1 N-acetylmuramoyl-L-alanine amidase [Thermophilibacter sp. ET337]Ą€0€Š€0€Ą€ WP_258340180Ŗ€ĸ€0€0€ €CUvrD-helicase domain-containing protein [Faecalitalea cylindroides]Ą€0€Š€0€Ą€ WP_278906630Ŗ€ĸ€0€0€ €‚äMULTISPECIES: BfmA/BtgA family mobilization protein [Bacteria] >KDS13736.1 putative clindamycin resistance transfer factor BtgA [Bacteroides fragilis str. 3725 D9 ii] >RGF12941.1 clindamycin resistance transfer factor BtgA [Bacteroides sp. AM16-15] >RGI00200.1 clindamycin resistance transfer factor BtgA [Bacteroides sp. AM25-34] >HCO68393.1 clindamycin resistance transfer factor BtgA [Dysgonomonas sp.] >KAA3978585.1 clindamycin resistance transfer factor BtgA [Bacteroides ovatus]Ą€0€Š€0€Ą€ WP_032845625Ŗ€ĸ€0€0€ €Iouter membrane protein assembly factor BamD [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€NBR46296Ŗ€ĸ€0€0€ €ßneutral/alkaline non-lysosomal ceramidase N-terminal domain-containing protein [Myxococcus sp. XM-1-1-1] >MBZ4407744.1 neutral/alkaline non-lysosomal ceramidase N-terminal domain-containing protein [Myxococcus sp. XM-1-1-1]Ą€0€Š€0€Ą€ WP_223746173Ŗ€ĸ€0€0€ €9major facilitator transporter [Caballeronia jiangsuensis]Ą€0€¤€0€Ą€KAK48091Ŗ€ĸ€0€0€ €Ŗsulfate/molybdate ABC transporter ATP-binding protein [Campylobacter coli] >EHH5651118.1 sulfate/molybdate ABC transporter ATP-binding protein [Campylobacter coli]Ą€0€¤€0€Ą€ EHH5649593Ŗ€ĸ€0€0€ €MCG8110937.1 M20/M25/M40 family metallo-hydrolase [Candidatus Thiodiazotropha endolucinida]Ą€0€¤€0€Ą€ MCG8030229Ŗ€ĸ€0€0€ €umalto-oligosyltrehalose synthase [Rhizobium lentis] >MBX5109896.1 malto-oligosyltrehalose synthase [Rhizobium lentis]Ą€0€Š€0€Ą€ WP_221166976Ŗ€ĸ€0€0€ €1hypothetical protein [Corynebacterium propinquum]Ą€0€Š€0€Ą€ WP_161797448Ŗ€ĸ€0€0€ €’YkgJ family cysteine cluster protein [Herbaspirillum robiniae] >OWY28216.1 zinc/iron-chelating domain-containing protein [Herbaspirillum robiniae]Ą€0€Š€0€Ą€ WP_088751843Ŗ€ĸ€0€0€ €6GTP-binding protein, partial [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_122705662Ŗ€ĸ€0€0€ €1collagen alpha-1(XIX) chain [Moschus berezovskii]Ą€0€Š€0€Ą€ XP_055289786Ŗ€ĸ€0€0€ €1sensor histidine kinase [Burkholderia sp. Bp9125]Ą€0€¤€0€Ą€RQR66516Ŗ€ĸ€0€0€ €>lipid A biosynthesis acyltransferase [Chitinophagia bacterium]Ą€0€¤€0€Ą€NDC77618Ŗ€ĸ€0€0€ €?coat protein, partial [Dicentrarchus labrax encephalitis virus]Ą€0€Ĩ€0€Ą€CAC14781Ŗ€ĸ€0€0€ €Bcalcium-regulated heat-stable protein 1 [Paramormyrops kingsleyae]Ą€0€Š€0€Ą€ XP_023677472Ŗ€ĸ€0€0€ €8trypsin-like serine protease [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBM3993664Ŗ€ĸ€0€0€ €…septum site-determining protein MinD [Neoroseomonas terrae] >MBR0649683.1 septum site-determining protein MinD [Neoroseomonas terrae]Ą€0€Š€0€Ą€ WP_211867837Ŗ€ĸ€0€0€ €ļhypothetical protein, partial [Escherichia coli] >KPP30953.1 host specificity protein J, partial [Escherichia coli] >KPP44844.1 host specificity protein J, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_042959984Ŗ€ĸ€0€0€ €™carbamoyl-phosphate synthase large subunit [Acinetobacter sp. Ac_3412] >NNP76095.1 carbamoyl phosphate synthase large subunit [Acinetobacter sp. Ac_3412]Ą€0€Š€0€Ą€ WP_171549300Ŗ€ĸ€0€0€ €‚™MULTISPECIES: tRNA dihydrouridine synthase DusB [Kosakonia] >MCL6742792.1 tRNA dihydrouridine synthase DusB [Kosakonia sp. R1.Fl] >PDO86040.1 tRNA dihydrouridine synthase DusB [Kosakonia pseudosacchari] >QHM93160.1 tRNA dihydrouridine synthase DusB [Kosakonia sacchari] >QOV63662.1 tRNA dihydrouridine synthase DusB [Kosakonia pseudosacchari] >RCW97218.1 tRNA-U20-dihydrouridine synthase [Kosakonia sp. AG348]Ą€0€Š€0€Ą€ WP_044489505Ŗ€ĸ€0€0€ €Achromosome segregation protein SMC [Streptomyces sp. NRRL F-5527]Ą€0€Š€0€Ą€ WP_031065317Ŗ€ĸ€0€0€ €LDNA methyltransferase 1-associated protein 1 [Scaptodrosophila lebanonensis]Ą€0€Š€0€Ą€ XP_030368951Ŗ€ĸ€0€0€ €Ŗmajor facilitator superfamily domain-containing protein [Suillus paluster] >KAG1732247.1 major facilitator superfamily domain-containing protein [Suillus paluster]Ą€0€Š€0€Ą€ XP_041173850Ŗ€ĸ€0€0€ €?mechanosensitive ion channel family protein [Bilifractor porci]Ą€0€¤€0€Ą€MST81202Ŗ€ĸ€0€0€ €‚’ABC transporter substrate-binding protein [Haematobacter massiliensis] >KFI29594.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >OWJ73022.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >OWJ88309.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >QBJ25665.1 ABC transporter substrate-binding protein [Haematobacter massiliensis]Ą€0€Š€0€Ą€ WP_035710346Ŗ€ĸ€0€0€ €Tpilus assembly protein PilM [Betaproteobacteria bacterium HGW-Betaproteobacteria-14]Ą€0€¤€0€Ą€PKO72095Ŗ€ĸ€0€0€ €,hypothetical protein [Holdemania filiformis]Ą€0€Š€0€Ą€ WP_278839117Ŗ€ĸ€0€0€ €xheavy metal translocating P-type ATPase [Micromonospora cremea] >SIN31651.1 Cu+-exporting ATPase [Micromonospora cremea]Ą€0€Š€0€Ą€ WP_074319120Ŗ€ĸ€0€0€ €3elongation factor Ts [Oceanospirillaceae bacterium]Ą€0€¤€0€Ą€MAG44064Ŗ€ĸ€0€0€ €|flavin reductase family protein [Frankiaceae bacterium] >MBV9369228.1 flavin reductase family protein [Frankiales bacterium]Ą€0€¤€0€Ą€ MBV9097303Ŗ€ĸ€0€0€ €7hypothetical protein C4D60_Mb11t07560 [Musa balbisiana]Ą€0€¤€0€Ą€THU55532Ŗ€ĸ€0€0€ €7sarcosine oxidase subunit gamma [Woeseiaceae bacterium]Ą€0€¤€0€Ą€NNC77678Ŗ€ĸ€0€0€ €‚„MULTISPECIES: hypothetical protein [Enterobacter] >QIB82571.1 hypothetical protein G0034_13060 [Enterobacter sp. T2] >AFP70478.1 hypothetical protein ECENHK_13125 [Enterobacter kobei] >AIX54539.1 hypothetical protein ECNIH4_09855 [Enterobacter cloacae] >AMZ78697.1 hypothetical protein A4308_17435 [Enterobacter sp. ODB01] >AOP87252.1 hypothetical protein BFV64_13180 [Enterobacter kobei]Ą€0€Š€0€Ą€ WP_014884217Ŗ€ĸ€0€0€ €>MULTISPECIES: hypothetical protein [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_266631528Ŗ€ĸ€0€0€ €‚;DUF551 domain-containing protein [Escherichia coli] >EES5038280.1 DUF551 domain-containing protein [Escherichia coli] >EFQ8277835.1 DUF551 domain-containing protein [Escherichia coli] >EGP3981197.1 DUF551 domain-containing protein [Escherichia coli] >EJU0088884.1 DUF551 domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EEQ7907210Ŗ€ĸ€0€0€ €:kinase-like domain-containing protein [Suillus variegatus]Ą€0€¤€0€Ą€ KAG1799066Ŗ€ĸ€0€0€ €-6616_t:CDS:2, partial [Entrophospora candida]Ą€0€Ĩ€0€Ą€ CAG8651065Ŗ€ĸ€0€0€ €Smajor facilitator superfamily domain-containing protein [Aspergillus carlsbadensis]Ą€0€¤€0€Ą€ KAJ0414039Ŗ€ĸ€0€0€ €2DUF6400 family protein [Mycobacterium colombiense]Ą€0€Š€0€Ą€ WP_231117944Ŗ€ĸ€0€0€ €ŠLysR substrate-binding domain-containing protein [Cupriavidus cauae] >UZN51873.1 LysR family transcriptional regulator [Cupriavidus cauae]Ą€0€Š€0€Ą€ WP_265634479Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UGB98301Ŗ€ĸ€0€0€ €1RNA methyltransferase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ6815353Ŗ€ĸ€0€0€ €>uroporphyrinogen-III C-methyltransferase [Paucibacter sp. hw8]Ą€0€Š€0€Ą€ WP_276598033Ŗ€ĸ€0€0€ €,3'-5' exonuclease [Clostridioides difficile]Ą€0€¯€0€Ą€ HBM7289758Ŗ€ĸ€0€0€ €0hypothetical protein [Akkermansiaceae bacterium]Ą€0€¤€0€Ą€ MCU0780070Ŗ€ĸ€0€0€ €[bleomycin hydrolase [Escherichia coli] >HBD0375753.1 bleomycin hydrolase [Escherichia coli]Ą€0€¤€0€Ą€ EIG2935021Ŗ€ĸ€0€0€ €§bifunctional UDP-sugar hydrolase/5'-nucleotidase UshA [Enterobacter asburiae] >UUR71665.1 bifunctional UDP-sugar hydrolase/5'-nucleotidase UshA [Enterobacter asburiae]Ą€0€Š€0€Ą€ WP_257258519Ŗ€ĸ€0€0€ €/AAA family ATPase [Paludibacteraceae bacterium]Ą€0€¤€0€Ą€ MBR4705654Ŗ€ĸ€0€0€ €inorganic phosphate transporter [Rhodococcus sp. Leaf278] >KQU61164.1 inorganic phosphate transporter [Rhodococcus sp. Leaf278]Ą€0€Š€0€Ą€ WP_057475198Ŗ€ĸ€0€0€ €‰tryptophan synthase subunit beta [Salsuginibacillus halophilus] >PSL50502.1 tryptophan synthase beta chain [Salsuginibacillus halophilus]Ą€0€Š€0€Ą€ WP_106587829Ŗ€ĸ€0€0€ €sigma-70 family RNA polymerase sigma factor [Modestobacter sp. DSM 44400] >SDY06017.1 RNA polymerase, sigma subunit, ECF family [Modestobacter sp. DSM 44400]Ą€0€Š€0€Ą€ WP_091540071Ŗ€ĸ€0€0€ €Ahelix-turn-helix transcriptional regulator [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ2810184Ŗ€ĸ€0€0€ €9tetratricopeptide repeat protein [Nitrospinota bacterium]Ą€0€¤€0€Ą€ MBI4382429Ŗ€ĸ€0€0€ €ydiaminopropionate ammonia-lyase [Salmonella enterica] >EHN7679405.1 diaminopropionate ammonia-lyase [Salmonella enterica]Ą€0€¤€0€Ą€ EEJ7112508Ŗ€ĸ€0€0€ €?MAG: hypothetical protein ABS55_09865 [Lautropia sp. SCN 70-15]Ą€0€¤€0€Ą€ODT35081Ŗ€ĸ€0€0€ €9preprotein translocase subunit YajC [Comamonas sp. CMM01]Ą€0€¤€0€Ą€ MBD9532752Ŗ€ĸ€0€0€ €2NADP-dependent malic enzyme [Bordetella pertussis]Ą€0€Ĩ€0€Ą€CFU01724Ŗ€ĸ€0€0€ €2hypothetical protein [Acidobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBV9085084Ŗ€ĸ€0€0€ €%hypothetical protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBQ2193282Ŗ€ĸ€0€0€ €‚-transporter substrate-binding domain-containing protein [Burkholderia gladioli] >ATF88592.1 amino acid ABC transporter substrate-binding protein [Burkholderia gladioli pv. gladioli] >MBJ9664319.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >MBJ9715847.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >MBU9156258.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >MBU9168883.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli]Ą€0€Š€0€Ą€ WP_096751687Ŗ€ĸ€0€0€ €(AAA family ATPase [Cytophagia bacterium]Ą€0€¤€0€Ą€NVJ47954Ŗ€ĸ€0€0€ €7unnamed protein product, partial [Rotaria sp. Silwood2]Ą€0€Ĩ€0€Ą€ CAF4530116Ŗ€ĸ€0€0€ €4glycosyltransferase family 4 protein [Roseibium sp.]Ą€0€¤€0€Ą€ MBO6858759Ŗ€ĸ€0€0€ €MMAG: hypothetical protein CND84_01195 [Marine Group II euryarchaeote MED-G35]Ą€0€¤€0€Ą€PDH25543Ŗ€ĸ€0€0€ €8cytochrome oxidase subunit 1, partial [Oeneis glacialis]Ą€0€¤€0€Ą€QUA05739Ŗ€ĸ€0€0€ €hypothetical protein DMP12_08385 [Gordonibacter urolithinfaciens] >ROT91295.1 hypothetical protein DMP13_07270 [Gordonibacter urolithinfaciens]Ą€0€¤€0€Ą€ROT89752Ŗ€ĸ€0€0€ €Kcarbohydrate ABC transporter permease, partial [Burkholderia thailandensis]Ą€0€Š€0€Ą€ WP_102848179Ŗ€ĸ€0€0€ €•hypothetical protein ALQ36_04893 [Pseudomonas syringae pv. primulae] >RMU30559.1 hypothetical protein ALP30_04447 [Pseudomonas syringae pv. primulae]Ą€0€¤€0€Ą€RMO68303Ŗ€ĸ€0€0€ €6chloride channel protein [Methanosarcinaceae archaeon]Ą€0€¤€0€Ą€ MBN1133474Ŗ€ĸ€0€0€ €AFM26925.1 K+ transport system, NAD-binding component [Desulfomonile tiedjei DSM 6799]Ą€0€Š€0€Ą€ WP_014812045Ŗ€ĸ€0€0€ €Gpeptidoglycan-associated lipoprotein Pal [Bacteriovoracaceae bacterium]Ą€0€¤€0€Ą€ MCM2350719Ŗ€ĸ€0€0€ €MBW4724000.1 DNA translocase FtsK [Prevotella melaninogenica]Ą€0€Š€0€Ą€ WP_219484458Ŗ€ĸ€0€0€ €?flagellar protein export ATPase FliI [Burkholderia multivorans]Ą€0€Š€0€Ą€ WP_254218450Ŗ€ĸ€0€0€ €@NBS-LRR disease resistance protein, partial [Dasypyrum villosum]Ą€0€¤€0€Ą€UBY07556Ŗ€ĸ€0€0€ €Fhypothetical protein BOX15_Mlig007975g1, partial [Macrostomum lignano]Ą€0€¤€0€Ą€PAA85122Ŗ€ĸ€0€0€ €chypothetical protein [Streptomyces sp. G1] >MCM1966878.1 hypothetical protein [Streptomyces sp. G1]Ą€0€Š€0€Ą€ WP_250740298Ŗ€ĸ€0€0€ €9ganglioside GM2 activator isoform X1 [Salarias fasciatus]Ą€0€Š€0€Ą€ XP_029957910Ŗ€ĸ€0€0€ €5membrane protein insertase YidC [Streptococcus mitis]Ą€0€Š€0€Ą€ WP_261066330Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EIN6894283Ŗ€ĸ€0€0€ €‚MULTISPECIES: glutamate ABC transporter substrate-binding protein [Streptomyces] >EFD69225.1 sugar-binding protein [Streptomyces lividans TK24] >KKD15004.1 sugar-binding protein [Streptomyces sp. WM6391] >BDE39441.1 sugar-binding protein [Streptomyces lividans]Ą€0€Š€0€Ą€ WP_003976137Ŗ€ĸ€0€0€ €?hypothetical protein GOMPHAMPRED_000060 [Gomphillus americanus]Ą€0€Ĩ€0€Ą€ CAF9903004Ŗ€ĸ€0€0€ €1hypothetical protein [Paraburkholderia mimosarum]Ą€0€Š€0€Ą€ WP_028211029Ŗ€ĸ€0€0€ €3Transcriptional antiterminator [Serratia fonticola]Ą€0€Ĩ€0€Ą€VTR17913Ŗ€ĸ€0€0€ €mABC transporter permease [Staphylococcus aureus] >MUH17730.1 ABC transporter permease [Staphylococcus aureus]Ą€0€Š€0€Ą€ WP_155560674Ŗ€ĸ€0€0€ €52-hydroxyacyl-CoA dehydratase [Lachnoclostridium sp.]Ą€0€¤€0€Ą€ MCI5849734Ŗ€ĸ€0€0€ €‚'MULTISPECIES: hypothetical protein [unclassified Colwellia] >MBA6378989.1 hypothetical protein [Colwellia sp. BRX10-7] >MBA6386596.1 hypothetical protein [Colwellia sp. BRX10-2] >MBA6401097.1 hypothetical protein [Colwellia sp. BRX10-5] >MBA6405712.1 hypothetical protein [Colwellia sp. BRX10-1]Ą€0€Š€0€Ą€ WP_182221967Ŗ€ĸ€0€0€ €‚ˆPro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >MBS5694965.1 pro-sigmaK processing inhibitor BofA family protein [Lachnospiraceae bacterium] >NSI88915.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >NSJ03693.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >QRO38967.1 pro-sigmaK processing inhibitor BofA family protein [[Clostridium] scindens]Ą€0€¤€0€Ą€ MBO1682517Ŗ€ĸ€0€0€ €7hypothetical protein N7455_002805 [Penicillium solitum]Ą€0€¤€0€Ą€ KAJ5879340Ŗ€ĸ€0€0€ €™polysaccharide deacetylase family protein [Microthrixaceae bacterium] >MCO5317379.1 polysaccharide deacetylase family protein [Microthrixaceae bacterium]Ą€0€¤€0€Ą€ MCB1269932Ŗ€ĸ€0€0€ €ADUF3365 domain-containing protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBF0266635Ŗ€ĸ€0€0€ €7F0F1 ATP synthase subunit beta [Pseudogulbenkiania sp.]Ą€0€¤€0€Ą€ MBI3145102Ŗ€ĸ€0€0€ €ccalcium/sodium antiporter [Stappia indica] >MCA1299259.1 calcium/sodium antiporter [Stappia indica]Ą€0€Š€0€Ą€ WP_224911464Ŗ€ĸ€0€0€ €qTolC family protein [Flavobacterium anhuiense] >SCY44641.1 Outer membrane protein TolC [Flavobacterium anhuiense]Ą€0€Š€0€Ą€ WP_091131895Ŗ€ĸ€0€0€ €hypothetical protein [Salimicrobium salexigens] >SIS46981.1 hypothetical protein SAMN05421758_101362 [Salimicrobium salexigens]Ą€0€Š€0€Ą€ WP_076569469Ŗ€ĸ€0€0€ €œTraG family conjugative transposon ATPase [Muribaculum intestinale] >TGY67634.1 TraG family conjugative transposon ATPase, partial [Muribaculum intestinale]Ą€0€¤€0€Ą€MYM13983Ŗ€ĸ€0€0€ €“GNAT family N-acetyltransferase [Pseudomonas chlororaphis] >AZD73332.1 hypothetical protein C4K16_2972 [Pseudomonas chlororaphis subsp. aurantiaca]Ą€0€Š€0€Ą€ WP_124336611Ŗ€ĸ€0€0€ €9hypothetical protein CAZ10_10895 [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€OTI63326Ŗ€ĸ€0€0€ €‚42-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase, partial [Bordetella bronchiseptica] >KCV51224.1 putative dihydrolipoyllysine-residue succinyltransferase, E2 component of oxoglutarate dehydrogenase (succinyl-transferring) complex, partial [Bordetella bronchiseptica 3E44]Ą€0€Š€0€Ą€ WP_033456074Ŗ€ĸ€0€0€ €8hypothetical protein K1T71_005343 [Dendrolimus kikuchii]Ą€0€¤€0€Ą€ KAJ0179631Ŗ€ĸ€0€0€ €Ģprotein Tob1 [Ailuropoda melanoleuca] >XP_034496550.1 protein Tob1 [Ailuropoda melanoleuca] >EFB21689.1 hypothetical protein PANDA_015623, partial [Ailuropoda melanoleuca]Ą€0€Š€0€Ą€ XP_011231611Ŗ€ĸ€0€0€ €-actin cross-linking protein [Citrus sinensis]Ą€0€¤€0€Ą€ KAH9773659Ŗ€ĸ€0€0€ €J4-hydroxythreonine-4-phosphate dehydrogenase PdxA [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG4284514Ŗ€ĸ€0€0€ € UvrD-helicase domain-containing protein [Pseudomonas amygdali] >SOS39783.1 helicase UvrD [Pseudomonas syringae] >SPD82323.1 helicase UvrD [Pseudomonas syringae]Ą€0€Š€0€Ą€ WP_232923125Ŗ€ĸ€0€0€ €6envelope glycoprotein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€QJX39053Ŗ€ĸ€0€0€ €>CLIP-associating protein 1a isoform X5 [Tachysurus fulvidraco]Ą€0€Š€0€Ą€ XP_047670625Ŗ€ĸ€0€0€ €=homoserine dehydrogenase [Candidatus Blautia faecigallinarum]Ą€0€¯€0€Ą€HIZ23242Ŗ€ĸ€0€0€ €‚ hypothetical protein A2Z79_02495 [Deltaproteobacteria bacterium GWA2_55_82] >OGQ62742.1 hypothetical protein A3I81_09315 [Deltaproteobacteria bacterium RIFCSPLOWO2_02_FULL_55_12] >OIJ75120.1 hypothetical protein A2V21_308395 [Deltaproteobacteria bacterium GWC2_55_46]Ą€0€¤€0€Ą€OGP18648Ŗ€ĸ€0€0€ €ˆhypothetical protein I5H04_gp13 [Mycobacterium Phage Niklas] >QBP31672.1 hypothetical protein SEA_NIKLAS_90 [Mycobacterium Phage Niklas]Ą€0€Š€0€Ą€ YP_009953780Ŗ€ĸ€0€0€ €shypothetical protein [Microcella alkaliphila] >BAU31351.1 fimbrial assembly protein (PilN) [Microcella alkaliphila]Ą€0€Š€0€Ą€ WP_096420503Ŗ€ĸ€0€0€ €Irecombination activating protein 1, partial [Phyllodactylus galapagensis]Ą€0€¤€0€Ą€AIR72471Ŗ€ĸ€0€0€ €aNifU family protein [Sphingomonas suaedae] >QDX27396.1 NifU family protein [Sphingomonas suaedae]Ą€0€Š€0€Ą€ WP_145848873Ŗ€ĸ€0€0€ €IABC transporter ATP-binding protein [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MCF7808720Ŗ€ĸ€0€0€ €=NAD(P) transhydrogenase subunit alpha [Ruminiclostridium sp.]Ą€0€¤€0€Ą€ MCR4780139Ŗ€ĸ€0€0€ €@AraC family transcriptional regulator, partial [Marinomonas sp.]Ą€0€¤€0€Ą€RUM56169Ŗ€ĸ€0€0€ €¯tonB dependent receptor family protein, partial [Acinetobacter baumannii 24975_1] >KCZ39653.1 tonB dependent receptor family protein, partial [Acinetobacter baumannii 25691_7]Ą€0€¤€0€Ą€EXV29885Ŗ€ĸ€0€0€ €hBadF/BadG/BcrA/BcrD ATPase family protein [Cohnella luojiensis] >TFE24510.1 ATPase [Cohnella luojiensis]Ą€0€Š€0€Ą€ WP_135153154Ŗ€ĸ€0€0€ €khistidine kinase [Pseudoxanthomonas sp. PXM01] >MBD9469645.1 histidine kinase [Pseudoxanthomonas sp. PXM01]Ą€0€Š€0€Ą€ WP_192272294Ŗ€ĸ€0€0€ €…glucosamine-6-phosphate isomerase [Mammaliicoccus vitulinus] >QJF25508.1 glucosamine-6-phosphate isomerase [Mammaliicoccus vitulinus]Ą€0€Š€0€Ą€ WP_169034890Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MCL2179853Ŗ€ĸ€0€0€ €‹DUF4383 domain-containing protein [Paenarthrobacter aurescens] >MCT9871106.1 DUF4383 domain-containing protein [Paenarthrobacter aurescens]Ą€0€Š€0€Ą€ WP_261610998Ŗ€ĸ€0€0€ €CMAG: hypothetical protein KatS3mg104_0887 [Phycisphaerae bacterium]Ą€0€Ŧ€0€Ą€GIW75824Ŗ€ĸ€0€0€ €›pyruvate, water dikinase regulatory protein [Staphylococcus simulans] >PTJ14476.1 phosphoenolpyruvate synthase regulatory protein [Staphylococcus simulans]Ą€0€Š€0€Ą€ WP_107605937Ŗ€ĸ€0€0€ €œYitT family protein [Phocaeicola plebeius] >MBM6962313.1 YitT family protein [Phocaeicola plebeius] >MCR8882218.1 YitT family protein [Phocaeicola plebeius]Ą€0€Š€0€Ą€ WP_204504397Ŗ€ĸ€0€0€ €hypothetical protein [Lactiplantibacillus plantarum] >AVE81986.1 hypothetical protein C4O30_02770 [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_104880153Ŗ€ĸ€0€0€ €ƒglycosyltransferase family 4 protein [Infirmifilum lucidum] >QOJ79304.1 glycosyltransferase family 4 protein [Infirmifilum lucidum]Ą€0€Š€0€Ą€ WP_192819276Ŗ€ĸ€0€0€ €"ribonuclease J [Bacilli bacterium]Ą€0€¤€0€Ą€ MBP3258987Ŗ€ĸ€0€0€ €EBX4835909.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECB4308652.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECB4460935.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECN2972421.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECV8703829.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€Š€0€Ą€ WP_080069963Ŗ€ĸ€0€0€ €jenoyl-CoA hydratase/isomerase family protein [Dyella flava] >GLQ52295.1 enoyl-CoA hydratase [Dyella flava]Ą€0€¤€0€Ą€ MBM7125960Ŗ€ĸ€0€0€ €‚MULTISPECIES: monovalent cation/H+ antiporter subunit D [Pseudomonas] >OHC31951.1 monovalent cation/H+ antiporter subunit D [Pseudomonadales bacterium RIFCSPLOWO2_12_60_38] >OHC39978.1 monovalent cation/H+ antiporter subunit D [Pseudomonadales bacterium RIFCSPLOWO2_12_FULL_59_450] >ETK41264.1 cation:proton antiporter [Pseudomonas fluorescens FH5] >PTT10875.1 monovalent cation/H+ antiporter subunit D [Pseudomonas sp. HMWF034] >QGF94262.1 monovalent cation/H+ antiporter subunit D [Pseudomonas sp. CFSAN084952]Ą€0€Š€0€Ą€ WP_032902824Ŗ€ĸ€0€0€ €Shypothetical protein ASPFODRAFT_130446, partial [Aspergillus luchuensis CBS 106.47]Ą€0€¤€0€Ą€OJZ88794Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCA1602026Ŗ€ĸ€0€0€ €=signal recognition particle protein [Brevibacterium luteolum]Ą€0€Š€0€Ą€ WP_254698006Ŗ€ĸ€0€0€ €‚;molybdate ABC transporter permease subunit [Leptospira selangorensis] >TGK09799.1 molybdate ABC transporter permease subunit [Leptospira selangorensis] >TGM12752.1 molybdate ABC transporter permease subunit [Leptospira selangorensis] >TGM30813.1 molybdate ABC transporter permease subunit [Leptospira selangorensis]Ą€0€Š€0€Ą€ WP_135625684Ŗ€ĸ€0€0€ €>4Fe-4S dicluster domain-containing protein [Desulfobacula sp.]Ą€0€¤€0€Ą€ MCF6248835Ŗ€ĸ€0€0€ €•S-layer homology domain-containing protein [Sporosarcina sp. E16_3] >MBO0602563.1 S-layer homology domain-containing protein [Sporosarcina sp. E16_3]Ą€0€Š€0€Ą€ WP_207277556Ŗ€ĸ€0€0€ €invasion associated locus B family protein [Sulfitobacter pontiacus] >UOA23534.1 hypothetical protein DSM110277_01958 [Sulfitobacter pontiacus]Ą€0€¤€0€Ą€QLL42869Ŗ€ĸ€0€0€ €‚3-phenylpropionate MFS transporter [Vibrio anguillarum] >AQM28744.1 3-phenylpropionic acid transporter [Vibrio anguillarum] >MBT2948538.1 3-phenylpropionate MFS transporter [Vibrio anguillarum] >MCS0350791.1 3-phenylpropionate MFS transporter [Vibrio ordalii]Ą€0€Š€0€Ą€ WP_208891791Ŗ€ĸ€0€0€ €1hypothetical protein [Campylobacterota bacterium]Ą€0€¤€0€Ą€NPA60307Ŗ€ĸ€0€0€ €>MBL fold metallo-hydrolase [candidate division KSB1 bacterium]Ą€0€¤€0€Ą€NUM76802Ŗ€ĸ€0€0€ €eATP-binding protein [Shewanella sp. KJ10-1] >MCT8986641.1 ATP-binding protein [Shewanella sp. KJ10-1]Ą€0€Š€0€Ą€ WP_261733022Ŗ€ĸ€0€0€ €HDUF2088 domain-containing protein [Candidatus Hydrogenedentes bacterium]Ą€0€¤€0€Ą€ MCC6153889Ŗ€ĸ€0€0€ €*hypothetical protein [Blastopirellula sp.]Ą€0€¤€0€Ą€MAR11490Ŗ€ĸ€0€0€ €]hypothetical protein [Tsuneonella aeria] >MXO76177.1 hypothetical protein [Tsuneonella aeria]Ą€0€Š€0€Ą€ WP_202390355Ŗ€ĸ€0€0€ €JTyrosine-protein phosphatase non-receptor type 5, partial [Cathartes aura]Ą€0€¤€0€Ą€KFP55735Ŗ€ĸ€0€0€ €9hypothetical protein BWY75_03855 [bacterium ADurb.Bin425]Ą€0€¤€0€Ą€OPZ80214Ŗ€ĸ€0€0€ €Ehypothetical protein SAMN05216565_11233, partial [Litchfieldia salsa]Ą€0€Ĩ€0€Ą€SDP91455Ŗ€ĸ€0€0€ €HABC transporter ATP-binding protein [Candidatus Eisenbacteria bacterium]Ą€0€¤€0€Ą€ MCA9759546Ŗ€ĸ€0€0€ €MBO9235972.1 helix-turn-helix transcriptional regulator [Escherichia coli]Ą€0€Š€0€Ą€ WP_209164465Ŗ€ĸ€0€0€ €Ŗcatalase [Bacillus anthracis] >MCC0759338.1 catalase [Bacillus sp. BRTN] >MCC0770014.1 catalase [Bacillus pacificus] >OFE38863.1 catalase HPII [Bacillus anthracis]Ą€0€Š€0€Ą€ WP_070172067Ŗ€ĸ€0€0€ €*ornithine decarboxylase [Escherichia coli]Ą€0€¤€0€Ą€ MBC9216850Ŗ€ĸ€0€0€ €‚ hypothetical protein TWF788_005325 [Orbilia oligospora] >KAF3199047.1 hypothetical protein TWF106_004047 [Orbilia oligospora] >KAF3201809.1 hypothetical protein TWF191_003227 [Orbilia oligospora] >KAF3233080.1 hypothetical protein TWF192_002540 [Orbilia oligospora]Ą€0€¤€0€Ą€ KAF3157345Ŗ€ĸ€0€0€ €‰type IX secretion system protein PorQ [Hymenobacter monticola] >UOE34028.1 type IX secretion system protein PorQ [Hymenobacter monticola]Ą€0€Š€0€Ą€ WP_243514657Ŗ€ĸ€0€0€ €NMULTISPECIES: phosphomannomutase/phosphoglucomutase [unclassified Sphingobium]Ą€0€Š€0€Ą€ WP_264593810Ŗ€ĸ€0€0€ €Ÿ5-dehydro-4-deoxy-D-glucuronate isomerase [Opitutaceae bacterium LMO-M01] >WED63284.1 5-dehydro-4-deoxy-D-glucuronate isomerase [Opitutaceae bacterium LMO-M01]Ą€0€¤€0€Ą€ MCF3649217Ŗ€ĸ€0€0€ €fhypothetical protein, partial [Escherichia coli] >MCT7452082.1 hypothetical protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_260912062Ŗ€ĸ€0€0€ €-MFS transporter [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€MBV38818Ŗ€ĸ€0€0€ €`D-ribose transporter subunit; membrane component of ABC superfamily [Mesorhizobium sp. ORS 3324]Ą€0€Ĩ€0€Ą€CDX26094Ŗ€ĸ€0€0€ €9hypothetical protein M569_08806, partial [Genlisea aurea]Ą€0€¤€0€Ą€EPS65972Ŗ€ĸ€0€0€ €;hypothetical protein [Candidatus Peribacteraceae bacterium]Ą€0€¤€0€Ą€ MCF7845821Ŗ€ĸ€0€0€ €’SUMF1/EgtB/PvdO family nonheme iron enzyme [Phycisphaerales bacterium] >MCB9835387.1 SUMF1/EgtB/PvdO family nonheme iron enzyme [Phycisphaera sp.]Ą€0€¤€0€Ą€ MCA9273490Ŗ€ĸ€0€0€ €}hypothetical protein [Corynebacterium lizhenjunii] >QPK79809.1 hypothetical protein G7Y31_03685 [Corynebacterium lizhenjunii]Ą€0€Š€0€Ą€ WP_165007860Ŗ€ĸ€0€0€ €Áglycosyltransferase [Aquiflexum balticum] >SMD43256.1 Glycosyltransferase, catalytic subunit of cellulose synthase and poly-beta-1,6-N-acetylglucosamine synthase [Aquiflexum balticum DSM 16537]Ą€0€Š€0€Ą€ WP_084119994Ŗ€ĸ€0€0€ €HGNAT family N-acetyltransferase, partial [Curtobacterium sp. MCBA15_004]Ą€0€Š€0€Ą€ WP_139266533Ŗ€ĸ€0€0€ €1malonyl-CoA decarboxylase [Acidithiobacillus sp.]Ą€0€¤€0€Ą€PHS07087Ŗ€ĸ€0€0€ €1unnamed protein product [Rhizophagus irregularis]Ą€0€Ĩ€0€Ą€ CAB4375794Ŗ€ĸ€0€0€ €2non-structural protein 5B, partial [Hepacivirus C]Ą€0€¤€0€Ą€QLT57385Ŗ€ĸ€0€0€ €0OsmC family protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBL8001378Ŗ€ĸ€0€0€ €,LRP2 binding protein [Desmophyllum pertusum]Ą€0€¤€0€Ą€ KAJ7390332Ŗ€ĸ€0€0€ €Fhypothetical protein M404DRAFT_991689 [Pisolithus tinctorius Marx 270]Ą€0€¤€0€Ą€KIO14952Ŗ€ĸ€0€0€ €Gsugar ABC transporter substrate-binding protein [Streptomyces sp. 604F]Ą€0€¤€0€Ą€QHV87229Ŗ€ĸ€0€0€ €>antibiotic biosynthesis monooxygenase [Allochromatium palmeri]Ą€0€Š€0€Ą€ WP_281350185Ŗ€ĸ€0€0€ €ksiderophore-interacting protein [Dawidia soli] >MBT1687079.1 siderophore-interacting protein [Dawidia soli]Ą€0€Š€0€Ą€ WP_254090314Ŗ€ĸ€0€0€ €‘Ger(x)C family spore germination protein [Geobacillus sp. Manikaran-105] >PJW13523.1 spore gernimation protein KC [Geobacillus sp. Manikaran-105]Ą€0€Š€0€Ą€ WP_100659968Ŗ€ĸ€0€0€ €2glycoprotein B, partial [Equid gammaherpesvirus 5]Ą€0€¤€0€Ą€QTW92269Ŗ€ĸ€0€0€ €,Myeloid leukemia factor [Sesbania bispinosa]Ą€0€¤€0€Ą€ KAJ1419147Ŗ€ĸ€0€0€ €EGCN5-related N-acetyltransferas-like protein [Decorospora gaudefroyi]Ą€0€¤€0€Ą€ KAF1839740Ŗ€ĸ€0€0€ €shypothetical chloroplast RF15 [Trientalis europaea] >BDY11325.1 hypothetical chloroplast RF15 [Trientalis europaea]Ą€0€Ŧ€0€Ą€BDY11310Ŗ€ĸ€0€0€ €ĩserine/threonine-protein kinase 33 isoform X1 [Perognathus longimembris pacificus] >XP_048216282.1 serine/threonine-protein kinase 33 isoform X1 [Perognathus longimembris pacificus]Ą€0€Š€0€Ą€ XP_048216280Ŗ€ĸ€0€0€ €qGIY-YIG nuclease family protein [Pedobacter nyackensis] >SMD00698.1 putative endonuclease [Pedobacter nyackensis]Ą€0€Š€0€Ą€ WP_084290175Ŗ€ĸ€0€0€ €[cleavage and polyadenylation specificity factor subunit 3 isoform X3 [Sciurus carolinensis]Ą€0€Š€0€Ą€ XP_047379458Ŗ€ĸ€0€0€ €aribosomal protein S19 [Halymenia maculata] >QIG87181.1 ribosomal protein S19 [Halymenia maculata]Ą€0€Š€0€Ą€ YP_009745171Ŗ€ĸ€0€0€ €5type III pantothenate kinase [Zhongshania antarctica]Ą€0€Š€0€Ą€ WP_276509439Ŗ€ĸ€0€0€ €QtRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Treponemataceae bacterium]Ą€0€¤€0€Ą€ MCQ2612024Ŗ€ĸ€0€0€ €oNCS2 family permease [Streptomyces sp. AN091965] >MCI3931423.1 NCS2 family permease [Streptomyces sp. AN091965]Ą€0€Š€0€Ą€ WP_242719345Ŗ€ĸ€0€0€ €Hglycerol-3-phosphate 1-O-acyltransferase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU2333720Ŗ€ĸ€0€0€ €‚ RusA family crossover junction endodeoxyribonuclease [Clostridioides difficile] >HBF6292655.1 RusA family crossover junction endodeoxyribonuclease [Clostridioides difficile] >HBY2691946.1 RusA family crossover junction endodeoxyribonuclease [Clostridioides difficile]Ą€0€¯€0€Ą€ HBF5910189Ŗ€ĸ€0€0€ €wglycosyltransferase family 39 protein [Listeria monocytogenes] >OFH02483.1 mannosyltransferase [Listeria monocytogenes]Ą€0€Š€0€Ą€ WP_070276216Ŗ€ĸ€0€0€ €§1-hydroxy-2-methyl-2-butenyl 4-diphosphate reductase [Kitasatospora cheerisanensis] >KDN85987.1 hypothetical protein KCH_18040 [Kitasatospora cheerisanensis KCTC 2395]Ą€0€Š€0€Ą€ WP_244305237Ŗ€ĸ€0€0€ €˜glycoside hydrolase family 3 N-terminal domain-containing protein [Duganella lactea] >MYM83388.1 glycoside hydrolase family 3 protein [Duganella lactea]Ą€0€Š€0€Ą€ WP_161020167Ŗ€ĸ€0€0€ €+FAD-binding protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBZ7417361Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBV8166774Ŗ€ĸ€0€0€ €‚šSDR family oxidoreductase [Sinorhizobium meliloti] >AEG58020.1 3-oxoacyl-(acyl-carrier-protein) reductase [Sinorhizobium meliloti AK83] >ASP80465.1 NAD(P)-dependent oxidoreductase [Sinorhizobium meliloti] >MQW21509.1 SDR family NAD(P)-dependent oxidoreductase [Sinorhizobium meliloti] >RMC64834.1 SDR family oxidoreductase [Sinorhizobium meliloti] >RMI15706.1 SDR family oxidoreductase [Sinorhizobium meliloti]Ą€0€Š€0€Ą€ WP_013845913Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCH8147627Ŗ€ĸ€0€0€ €O2 3-bisphosphoglycerate-dependent phosphoglycerate mutase [Fusarium beomiforme]Ą€0€¤€0€Ą€ KAF4336989Ŗ€ĸ€0€0€ €ƒaromatic ring-hydroxylating dioxygenase subunit alpha [Sorangium cellulosum] >AUX42560.1 (2Fe-2S) ferredoxin [Sorangium cellulosum]Ą€0€Š€0€Ą€ WP_104981358Ŗ€ĸ€0€0€ €‚MULTISPECIES: hypothetical protein [Leuconostoc] >ADG39981.1 hypothetical protein LKI_02190 [Leuconostoc kimchii IMSNU 11154] >AEJ30219.1 hypothetical protein LGMK_00785 [Leuconostoc sp. C2] >QBR47303.1 hypothetical protein EW139_03875 [Leuconostoc kimchii]Ą€0€Š€0€Ą€ WP_013102579Ŗ€ĸ€0€0€ €“hypothetical protein BBK36DRAFT_1122941 [Trichoderma citrinoviride] >PTB64657.1 hypothetical protein BBK36DRAFT_1122941 [Trichoderma citrinoviride]Ą€0€Š€0€Ą€ XP_024747977Ŗ€ĸ€0€0€ €/hypothetical protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€NDF13247Ŗ€ĸ€0€0€ €‚,ABC transporter permease [Enterococcus faecalis] >HBG9553336.1 ABC transporter permease [Enterococcus faecalis] >HBM7953914.1 ABC transporter permease [Enterococcus faecalis] >HBM7987000.1 ABC transporter permease [Enterococcus faecalis] >HBM8552236.1 ABC transporter permease [Enterococcus faecalis]Ą€0€Š€0€Ą€ WP_162783004Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ARR91819Ŗ€ĸ€0€0€ €Ahistidinol-phosphate transaminase [Steroidobacteraceae bacterium]Ą€0€¤€0€Ą€ MCS6948286Ŗ€ĸ€0€0€ €ohypothetical protein [Paenibacillus donghaensis] >MBE9917804.1 hypothetical protein [Paenibacillus donghaensis]Ą€0€Š€0€Ą€ WP_194235048Ŗ€ĸ€0€0€ €4PepSY-like domain-containing protein [Alistipes sp.]Ą€0€¤€0€Ą€ MBO5878101Ŗ€ĸ€0€0€ €‚ũtRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Rhodococcus qingshengii] >KZL31154.1 tRNA threonylcarbamoyladenosine biosynthesis protein TsaB [Rhodococcus qingshengii] >MBQ9054282.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Rhodococcus sp. (in: high G+C Gram-positive bacteria)] >MCE4164264.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Rhodococcus sp. Ni2]Ą€0€Š€0€Ą€ WP_063316698Ŗ€ĸ€0€0€ €K50S ribosomal protein L3 N(5)-glutamine methyltransferase [Shigella sonnei]Ą€0€¯€0€Ą€ HBC6813009Ŗ€ĸ€0€0€ €Esnf-related serine threonine-protein kinase [Limosa lapponica baueri]Ą€0€¤€0€Ą€PKU40490Ŗ€ĸ€0€0€ €ohypothetical protein [Bradyrhizobium sp. CCGB12] >MCP3390373.1 hypothetical protein [Bradyrhizobium sp. CCGB12]Ą€0€Š€0€Ą€ WP_254144300Ŗ€ĸ€0€0€ €˙unnamed protein product, partial [Tilletia laevis] >CAD6901748.1 unnamed protein product, partial [Tilletia controversa] >CAD6909075.1 unnamed protein product, partial [Tilletia laevis] >CAD6969998.1 unnamed protein product, partial [Tilletia controversa]Ą€0€Ĩ€0€Ą€ CAD6897702Ŗ€ĸ€0€0€ €2alkaline phosphatase [Phormidesmis sp. FL-bin-119]Ą€0€¤€0€Ą€ MBC7757407Ŗ€ĸ€0€0€ €:hypothetical protein BD410DRAFT_805275 [Rickenella mellea]Ą€0€¤€0€Ą€TDL20017Ŗ€ĸ€0€0€ €AMULTISPECIES: type 4a pilus biogenesis protein PilO [Xanthomonas]Ą€0€Š€0€Ą€ WP_115513761Ŗ€ĸ€0€0€ €†glutamine--tRNA ligase/YqeY domain fusion protein [Caulifigura coniformis] >QDT55619.1 Glutamine--tRNA ligase [Caulifigura coniformis]Ą€0€Š€0€Ą€ WP_145031602Ŗ€ĸ€0€0€ €}hypothetical protein C6W57_02310 [Caldibacillus debilis] >REJ30455.1 hypothetical protein C6P37_03145 [Caldibacillus debilis]Ą€0€¤€0€Ą€REJ18923Ŗ€ĸ€0€0€ €wcysteinyl-tRNA synthetase [Cupriavidus alkaliphilus] >MBB3014394.1 cysteinyl-tRNA synthetase [Cupriavidus alkaliphilus]Ą€0€¤€0€Ą€ MBB3008158Ŗ€ĸ€0€0€ €N2-aminoethylphosphonate ABC transporter permease subunit [Salmonella enterica]Ą€0€¤€0€Ą€ EAV4122193Ŗ€ĸ€0€0€ €:RICIN domain-containing protein [Streptomyces sp. GESEQ-4]Ą€0€Š€0€Ą€ WP_246884968Ŗ€ĸ€0€0€ €wD-alanyl-D-alanine carboxypeptidase [Rhodoferax sp.] >MBP9930688.1 D-alanyl-D-alanine carboxypeptidase [Rhodoferax sp.]Ą€0€¤€0€Ą€ MBP6505074Ŗ€ĸ€0€0€ €3transposase [Streptococcus pseudopneumoniae IS7493]Ą€0€¤€0€Ą€AEL09906Ŗ€ĸ€0€0€ €*hypothetical protein [Streptococcus mitis]Ą€0€Š€0€Ą€ WP_260467581Ŗ€ĸ€0€0€ €3ABC transporter permease [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MBE7554905Ŗ€ĸ€0€0€ €2unnamed protein product [Callosobruchus chinensis]Ą€0€Ĩ€0€Ą€ CAH7718754Ŗ€ĸ€0€0€ €'ankyrin-2 isoform X43 [Pan troglodytes]Ą€0€Š€0€Ą€ XP_054539312Ŗ€ĸ€0€0€ €Ęacetoacetyl-CoA reductase [Ruegeria conchae] >RLK02723.1 3-oxoacyl-[acyl-carrier-protein] reductase /acetoacetyl-CoA reductase [Ruegeria conchae] >UWR03378.1 acetoacetyl-CoA reductase [Ruegeria conchae]Ą€0€Š€0€Ą€ WP_010443651Ŗ€ĸ€0€0€ €?ATP:cob(I)alamin adenosyltransferase [Saprospiraceae bacterium]Ą€0€¤€0€Ą€NNK90694Ŗ€ĸ€0€0€ €CTIGR00282 family metallophosphoesterase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCI0339177Ŗ€ĸ€0€0€ €@hypothetical protein F442_02142 [Phytophthora parasitica P10297]Ą€0€¤€0€Ą€ETP52929Ŗ€ĸ€0€0€ €(armadillo-type protein [Pilaira anomala]Ą€0€¤€0€Ą€ KAI9354912Ŗ€ĸ€0€0€ €ƒcupin domain-containing protein [Bryobacterales bacterium] >MBV9401957.1 cupin domain-containing protein [Bryobacterales bacterium]Ą€0€¤€0€Ą€ MBV8846188Ŗ€ĸ€0€0€ €1hypothetical protein [Parabacteroides timonensis]Ą€0€Š€0€Ą€ WP_075555721Ŗ€ĸ€0€0€ €/hypothetical protein [Synergistaceae bacterium]Ą€0€¤€0€Ą€ MBR0168732Ŗ€ĸ€0€0€ €.hypothetical protein [Streptomyces sp. HNS054]Ą€0€Š€0€Ą€ WP_159020823Ŗ€ĸ€0€0€ €/hypothetical protein VSDG_06309 [Valsa sordida]Ą€0€¤€0€Ą€ROV93981Ŗ€ĸ€0€0€ €t4Fe-4S dicluster domain-containing protein [Adlercreutzia muris] >NCA31827.1 4Fe-4S ferredoxin [Adlercreutzia muris]Ą€0€Š€0€Ą€ WP_160324393Ŗ€ĸ€0€0€ €.M3 family metallopeptidase [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_280604208Ŗ€ĸ€0€0€ €-hypothetical protein [Bacillus thuringiensis]Ą€0€Š€0€Ą€ WP_141769780Ŗ€ĸ€0€0€ €uncharacterized protein CORC01_14441 [Colletotrichum orchidophilum] >OHE90264.1 hypothetical protein CORC01_14441 [Colletotrichum orchidophilum]Ą€0€Š€0€Ą€ XP_022467441Ŗ€ĸ€0€0€ €‚Ehypothetical protein BASA62_001953 [Batrachochytrium salamandrivorans] >KAH6579049.1 hypothetical protein BASA60_003418 [Batrachochytrium salamandrivorans] >KAH6589538.1 hypothetical protein BASA61_005572 [Batrachochytrium salamandrivorans] >KAH6596600.1 hypothetical protein BASA50_005006 [Batrachochytrium salamandrivorans]Ą€0€¤€0€Ą€ KAH6575376Ŗ€ĸ€0€0€ €HN-acetylmuramoyl-L-alanine amidase [Parageobacillus thermoglucosidasius]Ą€0€¤€0€Ą€RDE30147Ŗ€ĸ€0€0€ €trigger factor [Marinovum sp.]Ą€0€¤€0€Ą€MBS07042Ŗ€ĸ€0€0€ €,flavocytochrome c [Synergistaceae bacterium]Ą€0€¤€0€Ą€ MBR0185573Ŗ€ĸ€0€0€ €>sigma-70 family RNA polymerase sigma factor [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBR6873642Ŗ€ĸ€0€0€ €Ghypothetical protein BGZ60DRAFT_429424 [Hymenoscyphus varicosporioides]Ą€0€¤€0€Ą€ KAH8674414Ŗ€ĸ€0€0€ €8hypothetical protein M0805_008727 [Coniferiporia weirii]Ą€0€¤€0€Ą€ KAI5122644Ŗ€ĸ€0€0€ €BLysR family transcriptional regulator [Pseudonocardia sp. ICBG162]Ą€0€Š€0€Ą€ WP_255657001Ŗ€ĸ€0€0€ €Cdecarboxylating 6-phosphogluconate dehydrogenase [Salinibacter sp.]Ą€0€Š€0€Ą€ WP_208427233Ŗ€ĸ€0€0€ €glnA [Bacillota bacterium]Ą€0€¤€0€Ą€ MBP1765367Ŗ€ĸ€0€0€ €(hypothetical protein [Pangasius djambal]Ą€0€¤€0€Ą€ MCJ8744353Ŗ€ĸ€0€0€ €iglycerate kinase [Corynebacterium diphtheriae] >UJL57974.1 glycerate kinase [Corynebacterium diphtheriae]Ą€0€Š€0€Ą€ WP_235697519Ŗ€ĸ€0€0€ €aion transporter [Alloalcanivorax marinus] >MBL7249645.1 ion transporter [Alloalcanivorax marinus]Ą€0€Š€0€Ą€ WP_203101196Ŗ€ĸ€0€0€ €Āhypothetical protein [Niastella yeongjuensis] >OQP54318.1 hypothetical protein A4H97_22810 [Niastella yeongjuensis] >SEP30329.1 hypothetical protein SAMN05660816_05148 [Niastella yeongjuensis]Ą€0€Š€0€Ą€ WP_081197627Ŗ€ĸ€0€0€ €TIron compound ABC transporter permease component [Limosilactobacillus fermentum F-6]Ą€0€¤€0€Ą€AGL88086Ŗ€ĸ€0€0€ €8hypothetical protein MHU86_7027 [Fragilaria crotonensis]Ą€0€¤€0€Ą€ KAI2507414Ŗ€ĸ€0€0€ €Cglycosyltransferase family 4 protein [Catenibacterium sp. CMD_8551]Ą€0€Š€0€Ą€ WP_278243902Ŗ€ĸ€0€0€ €‚tMULTISPECIES: transporter substrate-binding domain-containing protein [Streptococcus] >MBK5024077.1 transporter substrate-binding domain-containing protein [Streptococcus sp. 17.1] >MBK5033407.1 transporter substrate-binding domain-containing protein [Streptococcus sp. 15.1] >MBT9615698.1 transporter substrate-binding domain-containing protein [Streptococcus salivarius]Ą€0€Š€0€Ą€ WP_195519891Ŗ€ĸ€0€0€ €/IS30 family transposase [Pyxidicoccus sp. MSG2]Ą€0€Š€0€Ą€ WP_267857086Ŗ€ĸ€0€0€ €Atranscriptional regulator, TetR family [Streptomyces sp. TLI_053]Ą€0€Ĩ€0€Ą€SDT73851Ŗ€ĸ€0€0€ €Btype II secretion system minor pseudopilin GspI [Enterobacter sp.]Ą€0€¤€0€Ą€ MCI8905996Ŗ€ĸ€0€0€ €5phosphoribosyltransferase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBE5853476Ŗ€ĸ€0€0€ €SAM-dependent chlorinase/fluorinase [Pedobacter sp. N36a] >MBC8986602.1 SAM-dependent chlorinase/fluorinase [Pedobacter sp. N36a]Ą€0€Š€0€Ą€ WP_187666598Ŗ€ĸ€0€0€ €BGfo/Idh/MocA family oxidoreductase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€RYY73542Ŗ€ĸ€0€0€ €Qfumarate hydratase C-terminal domain-containing protein [Victivallales bacterium]Ą€0€¤€0€Ą€ MBO7740928Ŗ€ĸ€0€0€ €2nitrate reductase subunit alpha [Escherichia coli]Ą€0€¤€0€Ą€ EEW1536683Ŗ€ĸ€0€0€ €FtRNA-dihydrouridine synthase family protein [Fusobacterium mortiferum]Ą€0€¤€0€Ą€ MBM6691367Ŗ€ĸ€0€0€ €:hypothetical protein BXZ70DRAFT_923690 [Cristinia sonorae]Ą€0€¤€0€Ą€ KAH8103951Ŗ€ĸ€0€0€ €-unnamed protein product [Polarella glacialis]Ą€0€Ĩ€0€Ą€ CAE8618269Ŗ€ĸ€0€0€ €‚Dhypothetical protein KC342_g12241 [Hortaea werneckii] >KAI7078824.1 hypothetical protein KC339_g13608 [Hortaea werneckii] >KAI7226772.1 hypothetical protein KC365_g9229 [Hortaea werneckii] >KAI7305673.1 hypothetical protein KC340_g11928 [Hortaea werneckii] >KAI7354459.1 hypothetical protein KC354_g11111 [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI6823133Ŗ€ĸ€0€0€ €bbifunctional glutamate--cysteine ligase GshA/glutathione synthetase GshB [Bacteroidales bacterium]Ą€0€¤€0€Ą€NLU38508Ŗ€ĸ€0€0€ €-hypothetical protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCE3964987Ŗ€ĸ€0€0€ €/hypothetical protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€NBR20456Ŗ€ĸ€0€0€ €3DUF2461 family protein, partial [Mesorhizobium sp.]Ą€0€¤€0€Ą€TIW64311Ŗ€ĸ€0€0€ €J6,7-dimethyl-8-ribityllumazine synthase [Comamonadaceae bacterium BICA1-1]Ą€0€¤€0€Ą€KJS71365Ŗ€ĸ€0€0€ €Ehypothetical protein FSBG_01140 [Fusobacterium gonidiaformans 3-1-5R]Ą€0€¤€0€Ą€EFS21643Ŗ€ĸ€0€0€ €Dhypothetical protein AGMMS50225_00850 [Betaproteobacteria bacterium]Ą€0€Ŧ€0€Ą€GHU06330Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UXH94526Ŗ€ĸ€0€0€ €chypothetical protein [Salmonella enterica] >EGS3431603.1 hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EDX9534630Ŗ€ĸ€0€0€ €.M48 family metallopeptidase [Escherichia coli]Ą€0€Š€0€Ą€ WP_258143355Ŗ€ĸ€0€0€ €eMFS transporter [Enterobacter chengduensis] >MCK7427480.1 MFS transporter [Enterobacter chengduensis]Ą€0€Š€0€Ą€ WP_248050568Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAR19459Ŗ€ĸ€0€0€ €ŅtRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Alphaproteobacteria bacterium] >MBT5860972.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT4710545Ŗ€ĸ€0€0€ €ŠLuxR C-terminal-related transcriptional regulator [Mangrovimonas futianensis] >MCF1421725.1 LuxR C-terminal-related transcriptional regulator [Mangrovimonas futianensis]Ą€0€Š€0€Ą€ WP_232634591Ŗ€ĸ€0€0€ €›VanW family protein [Nonomuraea solani] >SEH00142.1 Vancomycin resistance protein YoaR, contains peptidoglycan-binding and VanW domains [Nonomuraea solani]Ą€0€Š€0€Ą€ WP_103961312Ŗ€ĸ€0€0€ €5hypothetical protein DI613_03920 [Kocuria rhizophila]Ą€0€¤€0€Ą€PZP36069Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MCJ7770831Ŗ€ĸ€0€0€ €LHeat shock 70 kDa protein 12B,Heat shock 70 kDa protein 12A [Mytilus edulis]Ą€0€Ĩ€0€Ą€ CAG2229172Ŗ€ĸ€0€0€ €Genoyl-CoA hydratase/isomerase family protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBU1183407Ŗ€ĸ€0€0€ €0hypothetical protein CTR54_07905 [Rhizobium sp.]Ą€0€¤€0€Ą€PJI44171Ŗ€ĸ€0€0€ €žresponse regulator transcription factor [Microbacterium azadirachtae] >SFR36375.1 DNA-binding response regulator, NarL/FixJ family, contains REC and HTH domains [Microbacterium azadirachtae]Ą€0€Š€0€Ą€ WP_091735241Ŗ€ĸ€0€0€ €Žexodeoxyribonuclease VII large subunit [Curtobacterium flaccumfaciens] >MBT1669564.1 exodeoxyribonuclease VII large subunit [Curtobacterium flaccumfaciens pv. flaccumfaciens]Ą€0€Š€0€Ą€ WP_214524166Ŗ€ĸ€0€0€ €.Acyltransferase family [Raoultella planticola]Ą€0€Ĩ€0€Ą€VTM75314Ŗ€ĸ€0€0€ €%protein CWC15 homolog [Aedes aegypti]Ą€0€Š€0€Ą€ XP_021694973Ŗ€ĸ€0€0€ €:NAD-dependent DNA ligase LigB [Microbulbifer sp. GX H0434]Ą€0€Š€0€Ą€ WP_250464711Ŗ€ĸ€0€0€ €Lmultidrug effflux MFS transporter [Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1]Ą€0€Š€0€Ą€ WP_189524079Ŗ€ĸ€0€0€ €0sensor histidine kinase [Streptomyces daliensis]Ą€0€¤€0€Ą€ MBR7675499Ŗ€ĸ€0€0€ €‹hypothetical protein AMSG_05626 [Thecamonas trahens ATCC 50062] >KNC49588.1 hypothetical protein AMSG_05626 [Thecamonas trahens ATCC 50062]Ą€0€Š€0€Ą€ XP_013757696Ŗ€ĸ€0€0€ €kglycerate kinase [Azospirillum sp. YIM B02556] >MBK1842133.1 glycerate kinase [Azospirillum sp. YIM B02556]Ą€0€Š€0€Ą€ WP_200198809Ŗ€ĸ€0€0€ €9hypothetical protein EYR38_008961 [Pleurotus pulmonarius]Ą€0€¤€0€Ą€ KAF4593247Ŗ€ĸ€0€0€ €sulfate ABC transporter substrate-binding protein [Micromonospora lutea] >GIJ20649.1 sulfate ABC transporter substrate-binding protein [Micromonospora lutea]Ą€0€Š€0€Ą€ WP_203995341Ŗ€ĸ€0€0€ €0protein SERAC1 isoform X5 [Mesocricetus auratus]Ą€0€Š€0€Ą€ XP_040614072Ŗ€ĸ€0€0€ €}YegP family protein [Micromonospora sp. AMSO31t] >KAB1903473.1 DUF1508 domain-containing protein [Micromonospora sp. AMSO31t]Ą€0€Š€0€Ą€ WP_151465610Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MBD5437993Ŗ€ĸ€0€0€ €‚Ũformate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >MCB4895308.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >MCB4901046.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >OQM53723.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >RGL20629.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >RGL27712.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum]Ą€0€Š€0€Ą€ WP_055062962Ŗ€ĸ€0€0€ €VTU01834.1 Uncharacterized protein OS=uncultured bacterium Lac161 PE=4 SV=1: PmoA [Gemmataceae bacterium]Ą€0€Ĩ€0€Ą€VIP11815Ŗ€ĸ€0€0€ €Qphospholipid carrier-dependent glycosyltransferase [Streptomyces sp. PKU-MA01144]Ą€0€¤€0€Ą€NNJ03433Ŗ€ĸ€0€0€ €Sdivision/cell wall cluster transcriptional repressor MraZ [Enterobacter hormaechei]Ą€0€Š€0€Ą€ WP_251841748Ŗ€ĸ€0€0€ €Õunnamed protein product [Adineta steineri] >CAF1247033.1 unnamed protein product [Adineta steineri] >CAF1531613.1 unnamed protein product [Adineta steineri] >CAF4122447.1 unnamed protein product [Adineta steineri]Ą€0€Ĩ€0€Ą€ CAF1124877Ŗ€ĸ€0€0€ €Jmolybdopterin-dependent oxidoreductase [Mycolicibacterium aromaticivorans]Ą€0€Š€0€Ą€ WP_081845076Ŗ€ĸ€0€0€ €EPREDICTED: uncharacterized protein LOC109234644 [Nicotiana attenuata]Ą€0€Š€0€Ą€ XP_019256258Ŗ€ĸ€0€0€ €8hypothetical protein AVEN_167255-1 [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBM64226Ŗ€ĸ€0€0€ €(AMP-binding protein [Campylobacter coli]Ą€0€¤€0€Ą€ EJG3313804Ŗ€ĸ€0€0€ €%unnamed protein product [Linum tenue]Ą€0€Ĩ€0€Ą€ CAI0451207Ŗ€ĸ€0€0€ €Mmetalloregulator ArsR/SmtB family transcription factor [Streptomyces akebiae]Ą€0€Š€0€Ą€ WP_259407579Ŗ€ĸ€0€0€ €:hypothetical protein DTO207G8_8145 [Paecilomyces variotii]Ą€0€¤€0€Ą€ KAJ9247365Ŗ€ĸ€0€0€ €:thioredoxin-disulfide reductase [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MBE0669914Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ3049129Ŗ€ĸ€0€0€ €>acyl-CoA dehydrogenase family protein [Deinococcus apachensis]Ą€0€Š€0€Ą€ WP_019585553Ŗ€ĸ€0€0€ €ĨNADP-dependent phosphogluconate dehydrogenase [Lactobacillus melliventris] >KJY55338.1 6-phosphogluconate dehydrogenase, decarboxylating [Lactobacillus melliventris]Ą€0€Š€0€Ą€ WP_046325749Ŗ€ĸ€0€0€ €‚Sdihydropteroate synthase [Proteus mirabilis] >EGT3592488.1 dihydropteroate synthase [Proteus mirabilis] >KAB7717576.1 dihydropteroate synthase [Proteus mirabilis] >MBF8455131.1 dihydropteroate synthase [Proteus mirabilis] >MBG3049692.1 dihydropteroate synthase [Proteus mirabilis] >MBG6020593.1 dihydropteroate synthase [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_104459365Ŗ€ĸ€0€0€ €‚•ECF transporter S component [Streptococcus lutetiensis] >MBD8956520.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0889608.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0914443.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0916196.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0919611.1 ECF transporter S component [Streptococcus lutetiensis]Ą€0€Š€0€Ą€ WP_111712808Ŗ€ĸ€0€0€ €9hypothetical protein BWY19_00351 [bacterium ADurb.Bin212]Ą€0€¤€0€Ą€OQB06356Ŗ€ĸ€0€0€ €rnucleotidyltransferase family protein [Frankia casuarinae] >ORT90122.1 nucleotidyltransferase [Frankia casuarinae]Ą€0€Š€0€Ą€ WP_085004337Ŗ€ĸ€0€0€ €=tumor protein D54-like isoform X4 [Centruroides sculpturatus]Ą€0€Š€0€Ą€ XP_023219850Ŗ€ĸ€0€0€ €@hypothetical protein ADL01_36075 [Streptomyces sp. NRRL WC-3618]Ą€0€¤€0€Ą€KOV59425Ŗ€ĸ€0€0€ €Joligopeptide transport system permease protein [Actinoplanes campanulatus]Ą€0€¤€0€Ą€ MBB3097508Ŗ€ĸ€0€0€ €khypothetical protein [Serratia plymuthica] >AHY07401.1 hypothetical protein sch_12860 [Serratia plymuthica]Ą€0€Š€0€Ą€ WP_208905085Ŗ€ĸ€0€0€ €uFloral homeotic protein APETALA 1 [Capsicum baccatum] >PHT67620.1 Floral homeotic protein APETALA 1 [Capsicum annuum]Ą€0€¤€0€Ą€PHT33663Ŗ€ĸ€0€0€ €lyase [Salmonella enterica]Ą€0€¤€0€Ą€ EBA3403631Ŗ€ĸ€0€0€ €˙cytosine permease [Parageobacillus caldoxylosilyticus] >BDG36373.1 cytosine permease [Parageobacillus caldoxylosilyticus] >BDG40160.1 cytosine permease [Parageobacillus caldoxylosilyticus] >BDG43886.1 cytosine permease [Parageobacillus caldoxylosilyticus]Ą€0€Š€0€Ą€ WP_244380042Ŗ€ĸ€0€0€ €Dclass I SAM-dependent RNA methyltransferase [Pseudobutyrivibrio sp.]Ą€0€¤€0€Ą€ MBD8915742Ŗ€ĸ€0€0€ €[vitrin isoform X1 [Bos taurus] >XP_027410803.1 vitrin isoform X2 [Bos indicus x Bos taurus]Ą€0€Š€0€Ą€ XP_010808195Ŗ€ĸ€0€0€ €€hybrid sensor histidine kinase/response regulator [Pseudomonas sp. P7759] >NWC77910.1 response regulator [Pseudomonas sp. P7759]Ą€0€Š€0€Ą€ WP_177077803Ŗ€ĸ€0€0€ €7VOC family protein, partial [Burkholderia pseudomallei]Ą€0€Š€0€Ą€ WP_179100660Ŗ€ĸ€0€0€ €Ŋarchease [Methanothrix soehngenii] >MBP7069195.1 archease [Methanothrix sp.] >NLJ22764.1 protein archease [Methanothrix soehngenii] >NYT09560.1 protein archease [Methanosarcinales archaeon]Ą€0€Š€0€Ą€ WP_048133111Ŗ€ĸ€0€0€ €BABC transporter substrate-binding protein [Rhodococcus globerulus]Ą€0€Š€0€Ą€ WP_092805375Ŗ€ĸ€0€0€ €–anthranilate phosphoribosyltransferase, partial [Pseudomonas aeruginosa] >MCO2089771.1 anthranilate phosphoribosyltransferase [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_132898842Ŗ€ĸ€0€0€ €mhypothetical protein [Paraburkholderia tropica] >MBB2977372.1 hypothetical protein [Paraburkholderia tropica]Ą€0€Š€0€Ą€ WP_156773536Ŗ€ĸ€0€0€ €‚ŨMULTISPECIES: aspartate-semialdehyde dehydrogenase [Stenotrophomonas] >AWT15684.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBA0285368.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBA0322384.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBA0362176.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBH1618399.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_110713006Ŗ€ĸ€0€0€ €>MAG: hypothetical protein B7X08_03985 [Acidocella sp. 20-63-7]Ą€0€¤€0€Ą€OYV25858Ŗ€ĸ€0€0€ €Gformate-dependent uric acid utilization protein AegA [Escherichia coli]Ą€0€¤€0€Ą€ EHP6050825Ŗ€ĸ€0€0€ €Ŧsugar ABC transporter permease [Serratia sp. Leaf50] >MBF6636717.1 ABC transporter permease [Rouxiella silvae] >ORJ20942.1 sugar ABC transporter permease [Rouxiella silvae]Ą€0€¤€0€Ą€KQN49849Ŗ€ĸ€0€0€ €7DNA replication/repair protein RecF [Hirschia maritima]Ą€0€Š€0€Ą€ WP_233355236Ŗ€ĸ€0€0€ €,hypothetical protein [Gemmataceae bacterium]Ą€0€¤€0€Ą€ MCI0743675Ŗ€ĸ€0€0€ €'PPARD protein [Rostratula benghalensis]Ą€0€¤€0€Ą€NXJ71029Ŗ€ĸ€0€0€ €JU32 family peptidase [Salmonella enterica subsp. enterica serovar Javiana]Ą€0€¤€0€Ą€ EHL4743850Ŗ€ĸ€0€0€ €ųMULTISPECIES: hypothetical protein [unclassified Paenibacillus] >MBP1157338.1 hypothetical protein [Paenibacillus sp. PvP091] >MBP1171924.1 hypothetical protein [Paenibacillus sp. PvR098] >MBP2438305.1 hypothetical protein [Paenibacillus sp. PvP052]Ą€0€Š€0€Ą€ WP_210022830Ŗ€ĸ€0€0€ €@2-oxo acid dehydrogenase subunit E2 [Mycobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBY0286260Ŗ€ĸ€0€0€ €vMULTISPECIES: hypothetical protein [Streptomyces] >QHC29208.1 hypothetical protein GR129_10595 [Streptomyces sp. HF10]Ą€0€Š€0€Ą€ WP_145485057Ŗ€ĸ€0€0€ €5hypothetical protein [Pseudonocardia sp. AL041005-10]Ą€0€Š€0€Ą€ WP_238589724Ŗ€ĸ€0€0€ €Tmotility associated factor glycosyltransferase family protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAL1671435Ŗ€ĸ€0€0€ €IMAG: PemK family protein [Parcubacteria group bacterium GW2011_GWB1_44_7]Ą€0€¤€0€Ą€KKT74736Ŗ€ĸ€0€0€ €{DUF4340 domain-containing protein [Fulvivirga sp. M361] >TRX60838.1 DUF4340 domain-containing protein [Fulvivirga sp. M361]Ą€0€Š€0€Ą€ WP_143397677Ŗ€ĸ€0€0€ €~dihydrofolate reductase family protein [Streptomyces tanashiensis] >GGT18786.1 DNA-binding protein [Streptomyces tanashiensis]Ą€0€Š€0€Ą€ WP_189806213Ŗ€ĸ€0€0€ €Ghypothetical protein MIMGU_mgv1a024907mg, partial [Erythranthe guttata]Ą€0€¤€0€Ą€EYU25844Ŗ€ĸ€0€0€ €7MATE family efflux transporter [Campylobacter sp. P146]Ą€0€Š€0€Ą€ WP_086268031Ŗ€ĸ€0€0€ €3general substrate transporter [Artomyces pyxidatus]Ą€0€¤€0€Ą€ KAI0064471Ŗ€ĸ€0€0€ €9hypothetical protein EDD30_1015 [Couchioplanes caeruleus]Ą€0€¤€0€Ą€ROP28277Ŗ€ĸ€0€0€ €7hypothetical protein DFL_001482 [Arthrobotrys flagrans]Ą€0€¤€0€Ą€RVD87240Ŗ€ĸ€0€0€ €-hypothetical protein [Euryarchaeota archaeon]Ą€0€¤€0€Ą€MBJ14675Ŗ€ĸ€0€0€ €‚hypothetical protein C0W70_06395 [Photobacterium kishitanii] >PSX29256.1 hypothetical protein C0W52_04425 [Photobacterium kishitanii] >PSX33648.1 hypothetical protein C0W39_08330 [Photobacterium kishitanii] >PSX46076.1 hypothetical protein C0W53_03840 [Photobacterium kishitanii]Ą€0€¤€0€Ą€PSX20495Ŗ€ĸ€0€0€ €@cytochrome oxidase subunit I, partial [Mastotermes darwiniensis]Ą€0€¤€0€Ą€ACE88666Ŗ€ĸ€0€0€ €/signal protein PDZ [Chitinophagaceae bacterium]Ą€0€¯€0€Ą€HCL05707Ŗ€ĸ€0€0€ €1MAG TPA: hypothetical protein [Bacteriophage sp.]Ą€0€¯€0€Ą€DAK63787Ŗ€ĸ€0€0€ €nquinolinate synthase NadA [Caballeronia temeraria] >SAK39246.1 quinolinate synthetase [Caballeronia temeraria]Ą€0€Š€0€Ą€ WP_061158136Ŗ€ĸ€0€0€ €dsulfatase [Haliscomenobacter hydrossis] >AEE54131.1 sulfatase [Haliscomenobacter hydrossis DSM 1100]Ą€0€Š€0€Ą€ WP_013768652Ŗ€ĸ€0€0€ €ADUF1592 domain-containing protein [Verrucomicrobium sp. BvORR034]Ą€0€Š€0€Ą€ WP_265593313Ŗ€ĸ€0€0€ €QPREDICTED: ultraviolet-sensitive opsin, partial [Balearica regulorum gibbericeps]Ą€0€Š€0€Ą€ XP_010298897Ŗ€ĸ€0€0€ €‚hemolysin family protein [Bacillus subtilis] >QHM16330.1 Magnesium and cobalt efflux protein CorC [Bacillus subtilis] >TWG64638.1 CBS domain containing-hemolysin-like protein [Bacillus subtilis J24] >TWG78017.1 CBS domain containing-hemolysin-like protein [Bacillus subtilis J26]Ą€0€Š€0€Ą€ WP_029317544Ŗ€ĸ€0€0€ €Sflagellar type III secretion system pore protein FliP [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€TXH38262Ŗ€ĸ€0€0€ €šMAG TPA: terminase small subunit [Caudoviricetes sp.] >DAO21654.1 MAG TPA: terminase small subunit [Caudoviricetes sp.] >DAT98492.1 MAG TPA: terminase small subunit [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAM16636Ŗ€ĸ€0€0€ €#protein RAFTIN 1A [Triticum urartu]Ą€0€Š€0€Ą€ XP_048545356Ŗ€ĸ€0€0€ €°ABC transporter permease [Leifsonia sp. TF02-11] >MBN9629828.1 ABC transporter permease [Actinomycetia bacterium] >MBO1741208.1 ABC transporter permease [Leifsonia sp. TF02-11]Ą€0€Š€0€Ą€ WP_208042111Ŗ€ĸ€0€0€ €1hypothetical protein [Dyadobacter alkalitolerans]Ą€0€Š€0€Ą€ WP_026632538Ŗ€ĸ€0€0€ €‰DUF971 domain-containing protein [Gulbenkiania indica] >CUA85219.1 Uncharacterized conserved protein, DUF971 family [Gulbenkiania indica]Ą€0€Š€0€Ą€ WP_054285415Ŗ€ĸ€0€0€ €)hypothetical protein [Nocardia farcinica]Ą€0€Š€0€Ą€ WP_280506832Ŗ€ĸ€0€0€ €@centrosomal protein of 126 kDa isoform X2 [Choloepus didactylus]Ą€0€Š€0€Ą€ XP_037697134Ŗ€ĸ€0€0€ €›MULTISPECIES: dTMP kinase [unclassified Calothrix] >MBD2203185.1 dTMP kinase [Calothrix sp. FACHB-168] >MBD2218785.1 dTMP kinase [Calothrix sp. FACHB-1219]Ą€0€Š€0€Ą€ WP_190630613Ŗ€ĸ€0€0€ €-hypothetical protein [Enterocloster sp. OA13]Ą€0€¤€0€Ą€ MCH1948979Ŗ€ĸ€0€0€ €‚…MULTISPECIES: global nitrogen regulator NtcA [Cyanophyceae] >ACB55584.1 NtcA [Nodularia spumigena NSOR10] >AHJ26618.1 Global nitrogen regulatory protein, CRP family of transcriptional regulators [Nodularia spumigena CCY9414] >EAW42952.1 Transcriptional Regulator, Crp/Fnr family protein [Nodularia spumigena CCY9414] >KZL51680.1 global nitrogen regulator NtcA [Nodularia spumigena CENA596]Ą€0€Š€0€Ą€ WP_006198916Ŗ€ĸ€0€0€ €4GMC family oxidoreductase [Acidimicrobiia bacterium]Ą€0€¤€0€Ą€ MBX7161768Ŗ€ĸ€0€0€ €>Hypothetical predicted protein [Olea europaea subsp. europaea]Ą€0€Ĩ€0€Ą€ CAA2935380Ŗ€ĸ€0€0€ €*ATPase [Methanomassiliicoccaceae archaeon]Ą€0€¤€0€Ą€ MCL2712337Ŗ€ĸ€0€0€ €gcysteine--tRNA ligase [Xanthomonas hyacinthi] >QGY78268.1 cysteine--tRNA ligase [Xanthomonas hyacinthi]Ą€0€¤€0€Ą€PPU99279Ŗ€ĸ€0€0€ €7DUF499 domain-containing protein [Thermaceae bacterium]Ą€0€¤€0€Ą€ MBF6594441Ŗ€ĸ€0€0€ €yS41 family peptidase [Halobacteriovoraceae bacterium] >MBT5095502.1 S41 family peptidase [Halobacteriovoraceae bacterium]Ą€0€¤€0€Ą€ MBT3583534Ŗ€ĸ€0€0€ €‹ABC transporter permease [Nonomuraea coxensis] >QYC41089.1 Dipeptide transport system permease protein DppC [Nonomuraea coxensis DSM 45129]Ą€0€Š€0€Ą€ WP_020547001Ŗ€ĸ€0€0€ €lsodium ion-translocating decarboxylase subunit beta [Salmonella enterica subsp. enterica serovar Braenderup]Ą€0€¤€0€Ą€ ECG5012903Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HBA6816094Ŗ€ĸ€0€0€ €/unnamed protein product [Pocillopora meandrina]Ą€0€Ĩ€0€Ą€ CAH3167921Ŗ€ĸ€0€0€ €glycosyltransferase family 2 protein [Agrobacterium tumefaciens] >QTK81523.1 Succinoglycan biosynthesis protein exoO [Agrobacterium tumefaciens]Ą€0€Š€0€Ą€ WP_209090305Ŗ€ĸ€0€0€ €/hypothetical protein [Enterobacter bugandensis]Ą€0€Š€0€Ą€ WP_270310942Ŗ€ĸ€0€0€ €utonB-system energizer ExbB [Bradyrhizobium sp. 139] >MCK1739314.1 tonB-system energizer ExbB [Bradyrhizobium sp. 139]Ą€0€Š€0€Ą€ WP_247424115Ŗ€ĸ€0€0€ €,noelin-2a isoform X1 [Salvelinus fontinalis]Ą€0€Š€0€Ą€ XP_055749319Ŗ€ĸ€0€0€ €kCsbD family protein [Thalassococcus sp. S3] >QBF33378.1 general stress protein CsbD [Thalassococcus sp. S3]Ą€0€Š€0€Ą€ WP_130410090Ŗ€ĸ€0€0€ €Hhypothetical protein, partial [uncultured Gammaproteobacteria bacterium]Ą€0€Ĩ€0€Ą€ CAC9485003Ŗ€ĸ€0€0€ €,hypothetical protein EON80_20590 [bacterium]Ą€0€¤€0€Ą€RYG63745Ŗ€ĸ€0€0€ €*dna repair rad16 [Trichoderma cornu-damae]Ą€0€¤€0€Ą€ KAH6611424Ŗ€ĸ€0€0€ €ãchemotaxis response regulator protein-glutamate methylesterase [Vibrio metoecus] >KQB05277.1 chemotaxis protein CheY [Vibrio metoecus] >PAR49438.1 chemotaxis response regulator protein-glutamate methylesterase [Vibrio metoecus]Ą€0€Š€0€Ą€ WP_055029966Ŗ€ĸ€0€0€ €„enoyl-CoA hydratase-related protein [Actinocrispum wychmicini] >TCO50822.1 methylglutaconyl-CoA hydratase [Actinocrispum wychmicini]Ą€0€Š€0€Ą€ WP_132124768Ŗ€ĸ€0€0€ €TGY90962.1 MFS transporter [Petralouisia muris]Ą€0€Š€0€Ą€ WP_135991721Ŗ€ĸ€0€0€ €3ribosome recycling factor [Clostridiales bacterium]Ą€0€¤€0€Ą€NLK90780Ŗ€ĸ€0€0€ €‹O-antigen polymerase family protein [Anaerolineales bacterium] >MBM2847322.1 O-antigen polymerase family protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MBF8281865Ŗ€ĸ€0€0€ €/unnamed protein product [Pleuronectes platessa]Ą€0€Ĩ€0€Ą€ CAB1434041Ŗ€ĸ€0€0€ €‚ribonuclease HII [Pelodictyon phaeoclathratiforme] >B4SAK8.1 RecName: Full=Ribonuclease HII; Short=RNase HII [Pelodictyon phaeoclathratiforme BU-1] >ACF42377.1 Ribonuclease H [Pelodictyon phaeoclathratiforme BU-1] >MBV5288811.1 ribonuclease HII [Pelodictyon phaeoclathratiforme]Ą€0€Š€0€Ą€ WP_012506875Ŗ€ĸ€0€0€ €‚hypothetical protein [Pseudomonas aeruginosa] >HCH9649915.1 hypothetical protein [Pseudomonas aeruginosa] >HCH9654809.1 hypothetical protein [Pseudomonas aeruginosa] >HCI0112133.1 hypothetical protein [Pseudomonas aeruginosa] >HCI3084671.1 hypothetical protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCE5956952Ŗ€ĸ€0€0€ €Bglycoside hydrolase family 32 protein [Sphingobacterium detergens]Ą€0€Š€0€Ą€ WP_120259880Ŗ€ĸ€0€0€ €_thymidine kinase [Sinorhizobium meliloti] >PJR15388.1 thymidine kinase [Sinorhizobium meliloti]Ą€0€Š€0€Ą€ WP_100671858Ŗ€ĸ€0€0€ €=Hypothetical predicted protein, partial [Paramuricea clavata]Ą€0€Ĩ€0€Ą€ CAB4041173Ŗ€ĸ€0€0€ €ņ3-oxoacyl-ACP reductase FabG1 [Nocardia neocaledoniensis] >PWV80821.1 3-oxoacyl-(acyl-carrier-protein) reductase [Nocardia neocaledoniensis] >GEM34506.1 3-oxoacyl-[acyl-carrier-protein] reductase FabG1 [Nocardia neocaledoniensis NBRC 108232]Ą€0€Š€0€Ą€ WP_110035452Ŗ€ĸ€0€0€ €two-component system response regulator RssB [Escherichia coli] >MBF8912777.1 two-component system response regulator RssB [Escherichia coli]Ą€0€Š€0€Ą€ WP_196114185Ŗ€ĸ€0€0€ €=TBC1 domain family member 15 isoform X1 [Leopardus geoffroyi]Ą€0€Š€0€Ą€ XP_045323097Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBO5545990Ŗ€ĸ€0€0€ €‚—MurR/RpiR family transcriptional regulator [Mesorhizobium sp. B2-2-2] >MBZ9806698.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. ESP-6-2] >MBZ9870552.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. BR1-1-9] >MBZ9939891.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. BR1-1-13] >TPM24537.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. B2-2-2]Ą€0€Š€0€Ą€ WP_140643433Ŗ€ĸ€0€0€ €>AraC family transcriptional regulator [Burkholderia ubonensis]Ą€0€¤€0€Ą€KVQ00241Ŗ€ĸ€0€0€ €Unickel pincer cofactor biosynthesis protein LarC [filamentous cyanobacterium Phorm 6]Ą€0€¤€0€Ą€PSB50277Ŗ€ĸ€0€0€ €'Vacuolar protease A [Cryomyces minteri]Ą€0€¤€0€Ą€TKA61426Ŗ€ĸ€0€0€ €QPK62115.1 glycosyltransferase [Methylomonas sp. LL1]Ą€0€Š€0€Ą€ WP_196434573Ŗ€ĸ€0€0€ €,zinc metallopeptidase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR4407160Ŗ€ĸ€0€0€ €MAuto transport ing lipase, GDSL family [Pseudomonas amygdali pv. eriobotryae]Ą€0€¤€0€Ą€RMO53691Ŗ€ĸ€0€0€ €jElectron transporter SenC [Pseudomonas sp. JV241A] >SUQ63228.1 SCO1 protein [Pseudomonas wadenswilerensis]Ą€0€Ĩ€0€Ą€SPO69561Ŗ€ĸ€0€0€ €=D-lyxose/D-mannose family sugar isomerase [Mogibacterium sp.]Ą€0€¤€0€Ą€ MBR0373962Ŗ€ĸ€0€0€ €ĸTolC family protein [Chryseobacterium sp. RU33C] >SIQ26715.1 efflux transporter, outer membrane factor (OMF) lipoprotein, NodT family [Chryseobacterium sp. RU33C]Ą€0€Š€0€Ą€ WP_076595086Ŗ€ĸ€0€0€ €-DUF2535 family protein [Peribacillus glennii]Ą€0€Š€0€Ą€ WP_267897383Ŗ€ĸ€0€0€ €Ehypothetical protein PGUG_05185 [Meyerozyma guilliermondii ATCC 6260]Ą€0€¤€0€Ą€EDK41087Ŗ€ĸ€0€0€ €ohypothetical protein [Carboxylicivirga linearis] >MBS2099942.1 hypothetical protein [Carboxylicivirga linearis]Ą€0€Š€0€Ą€ WP_212217181Ŗ€ĸ€0€0€ €ŖPepSY-associated TM helix domain-containing protein [Mucilaginibacter straminoryzae] >MCJ8208187.1 PepSY domain-containing protein [Mucilaginibacter straminoryzae]Ą€0€Š€0€Ą€ WP_245128022Ŗ€ĸ€0€0€ €6GNAT family N-acetyltransferase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR4270493Ŗ€ĸ€0€0€ €Âhypothetical protein [Streptomyces subrutilus] >QEU77679.1 hypothetical protein CP968_04745 [Streptomyces subrutilus] >GGZ65247.1 hypothetical protein GCM10010371_26200 [Streptomyces subrutilus]Ą€0€Š€0€Ą€ WP_150516775Ŗ€ĸ€0€0€ €Wintegral membrane sensor signal transduction histidine kinase [Pseudofrankia inefficax]Ą€0€¤€0€Ą€ADP83890Ŗ€ĸ€0€0€ €›methyltransferase domain-containing protein [Nocardiopsis sp. DZFXJ 01] >WDZ91250.1 methyltransferase domain-containing protein [Nocardiopsis sp. DZFXJ 01]Ą€0€Š€0€Ą€ WP_274975805Ŗ€ĸ€0€0€ € flagellin A [Campylobacter coli]Ą€0€¤€0€Ą€ EFB0579454Ŗ€ĸ€0€0€ €HPREDICTED: WD-40 repeat-containing protein MSI2-like [Solanum tuberosum]Ą€0€Š€0€Ą€ XP_006359699Ŗ€ĸ€0€0€ €‚DUF1266 domain-containing protein [Salmonella enterica] >EBM7134536.1 DUF1266 domain-containing protein [Salmonella enterica] >ECI8010902.1 DUF1266 domain-containing protein [Salmonella enterica subsp. enterica] >EJU7421817.1 DUF1266 domain-containing protein [Salmonella enterica]Ą€0€¤€0€Ą€ EAX5650801Ŗ€ĸ€0€0€ €&ATP-binding protein [Escherichia coli]Ą€0€¤€0€Ą€ EIQ3832535Ŗ€ĸ€0€0€ €(hypothetical protein [Tessaracoccus sp.]Ą€0€¤€0€Ą€ MBK7823216Ŗ€ĸ€0€0€ €,manganese efflux pump [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7086969Ŗ€ĸ€0€0€ €6hypothetical protein C5167_047131 [Papaver somniferum]Ą€0€¤€0€Ą€RZC84346Ŗ€ĸ€0€0€ €ģhypothetical protein [Fictibacillus barbaricus] >MBN3547791.1 hypothetical protein [Fictibacillus barbaricus] >GGB51583.1 hypothetical protein GCM10007199_16740 [Fictibacillus barbaricus]Ą€0€Š€0€Ą€ WP_188402311Ŗ€ĸ€0€0€ €?response regulator receiver domain protein [Vibrio antiquarius]Ą€0€¤€0€Ą€EDN57974Ŗ€ĸ€0€0€ €6MBL fold metallo-hydrolase [Bryobacteraceae bacterium]Ą€0€¤€0€Ą€ MCL4851158Ŗ€ĸ€0€0€ €‚holo-ACP synthase [bacterium] >MBW7938283.1 holo-ACP synthase [Candidatus Omnitrophota bacterium] >MBV6482941.1 Holo-[acyl-carrier-protein] synthase [bacterium] >MCC6732127.1 holo-ACP synthase [Candidatus Omnitrophota bacterium] >MCK6496453.1 holo-ACP synthase [bacterium]Ą€0€¤€0€Ą€ MBE7487601Ŗ€ĸ€0€0€ €ĀDUF4150 domain-containing protein [Variovorax guangxiensis] >MBB4223363.1 hypothetical protein [Variovorax guangxiensis] >RUR68347.1 DUF4150 domain-containing protein [Variovorax guangxiensis]Ą€0€Š€0€Ą€ WP_126022479Ŗ€ĸ€0€0€ €)NAD(P)-binding protein [Suillus weaverae]Ą€0€¤€0€Ą€ KAG2346037Ŗ€ĸ€0€0€ €HT9SS type A sorting domain-containing protein [Ignavibacteria bacterium]Ą€0€¤€0€Ą€ MBK6770753Ŗ€ĸ€0€0€ €6phage major capsid protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_064754910Ŗ€ĸ€0€0€ €Ipreprotein translocase subunit SecA [Brachybacterium sp. Marseille-Q7125]Ą€0€Š€0€Ą€ WP_281507500Ŗ€ĸ€0€0€ €BDNA-directed RNA polymerase subunit beta' [Leptospira interrogans]Ą€0€Š€0€Ą€ WP_061278828Ŗ€ĸ€0€0€ €?hypothetical protein GQ55_7G285200 [Panicum hallii var. hallii]Ą€0€¤€0€Ą€PUZ48934Ŗ€ĸ€0€0€ €šcitrate synthase [Mycobacterium triplex] >ORX07480.1 type II citrate synthase [Mycobacterium triplex] >CDO90710.1 citrate synthase [Mycobacterium triplex]Ą€0€Š€0€Ą€ WP_036471418Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBK9356005Ŗ€ĸ€0€0€ €1cytochrome B [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€NOR15507Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UMF87224Ŗ€ĸ€0€0€ €DPIN domain-containing protein [Candidatus Bipolaricaulota bacterium]Ą€0€¤€0€Ą€ MCK4600250Ŗ€ĸ€0€0€ €-deoxyribose-phosphate aldolase [Ruegeria sp.]Ą€0€¯€0€Ą€HCE70276Ŗ€ĸ€0€0€ €palpha/beta fold hydrolase [Streptomyces caeruleatus] >KUN94013.1 alpha/beta hydrolase [Streptomyces caeruleatus]Ą€0€Š€0€Ą€ WP_062723913Ŗ€ĸ€0€0€ €6sel1 repeat family protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ7943218Ŗ€ĸ€0€0€ €‡class I SAM-dependent methyltransferase [Vibrio parahaemolyticus] >TOH62441.1 SAM-dependent methyltransferase [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140264131Ŗ€ĸ€0€0€ €‚ĢAraC family transcriptional regulator [Brevibacillus laterosporus] >AIG24687.1 ABC-type Fe3+-hydroxamate transport system, periplasmic binding protein [Brevibacillus laterosporus LMG 15441] >RJL09485.1 helix-turn-helix domain-containing protein [Brevibacillus laterosporus] >TPH16642.1 helix-turn-helix domain-containing protein [Brevibacillus laterosporus] >HAS00340.1 AraC family transcriptional regulator [Brevibacillus sp.]Ą€0€Š€0€Ą€ WP_003333677Ŗ€ĸ€0€0€ €F1-acyl-sn-glycerol-3-phosphate acyltransferase [Ruegeria arenilitoris]Ą€0€Š€0€Ą€ WP_170365402Ŗ€ĸ€0€0€ €ęGPO family capsid scaffolding protein, partial [Enterobacter roggenkampii] >MCK7203959.1 GPO family capsid scaffolding protein [Enterobacter roggenkampii] >MCK7204004.1 GPO family capsid scaffolding protein [Enterobacter roggenkampii]Ą€0€Š€0€Ą€ WP_248214628Ŗ€ĸ€0€0€ €Ahypothetical protein YQE_02011, partial [Dendroctonus ponderosae]Ą€0€¤€0€Ą€ENN81602Ŗ€ĸ€0€0€ €ehypothetical protein [Burkholderia cepacia] >MCA7927664.1 hypothetical protein [Burkholderia cepacia]Ą€0€Š€0€Ą€ WP_175863615Ŗ€ĸ€0€0€ €Pglutamine--tRNA ligase/YqeY domain fusion protein [Kiritimatiellaceae bacterium]Ą€0€¤€0€Ą€NOU36639Ŗ€ĸ€0€0€ €>hypothetical protein N7475_008539 [Penicillium sp. IBT 31633x]Ą€0€¤€0€Ą€ KAJ5463595Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MBZ0263796Ŗ€ĸ€0€0€ €‚“PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491137.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491138.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491139.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491140.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis]Ą€0€Š€0€Ą€ XP_047491136Ŗ€ĸ€0€0€ €GTlpA family protein disulfide reductase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN1882318Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MCP3920706Ŗ€ĸ€0€0€ €KATP-binding cassette domain-containing protein [Microbacterium paraoxydans]Ą€0€Š€0€Ą€ WP_159463829Ŗ€ĸ€0€0€ €/hypothetical protein [Sediminibacterium sp. C3]Ą€0€Š€0€Ą€ WP_026750608Ŗ€ĸ€0€0€ €YRHS repeat protein [Escherichia coli] >EEW8995285.1 RHS repeat protein [Escherichia coli]Ą€0€¤€0€Ą€ EER8306359Ŗ€ĸ€0€0€ €­3-oxoadipyl-CoA thiolase [Caulobacter vibrioides] >ENZ81874.1 3-oxoadipyl-CoA thiolase [Caulobacter vibrioides OR37] >MBQ1563144.1 3-oxoadipyl-CoA thiolase [Caulobacter sp.]Ą€0€Š€0€Ą€ WP_004619799Ŗ€ĸ€0€0€ €œmolybdopterin-dependent oxidoreductase [Saccharothrix tamanrassetensis] >MBB5960454.1 biotin/methionine sulfoxide reductase [Saccharothrix tamanrassetensis]Ą€0€Š€0€Ą€ WP_184698676Ŗ€ĸ€0€0€ €9PTS glucose transporter subunit IIA [Paenibacillus elgii]Ą€0€Š€0€Ą€ WP_010502862Ŗ€ĸ€0€0€ €Knucleotidyltransferase domain-containing protein [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR2359580Ŗ€ĸ€0€0€ €qtetratricopeptide repeat protein [Thiomonas bhubaneswarensis] >CUA93398.1 TPR repeat [Thiomonas bhubaneswarensis]Ą€0€Š€0€Ą€ WP_055449466Ŗ€ĸ€0€0€ €_ribonuclease [Novosphingobium sp. EMRT-2] >QCI93351.1 ribonuclease [Novosphingobium sp. EMRT-2]Ą€0€Š€0€Ą€ WP_136955567Ŗ€ĸ€0€0€ €‚ZMULTISPECIES: AraC family transcriptional regulator [Proteus] >MCK9780498.1 AraC family transcriptional regulator [Proteus columbae] >MCT6518838.1 AraC family transcriptional regulator [Proteus vulgaris] >ODQ07011.1 AraC family transcriptional regulator [Shigella sp. FC130] >OEI94406.1 AraC family transcriptional regulator [Shigella sp. FC1655]Ą€0€Š€0€Ą€ WP_069367753Ŗ€ĸ€0€0€ €wDoxX family protein [Flavobacterium cheongpyeongense] >PXY40488.1 DoxX family protein [Flavobacterium cheongpyeongense]Ą€0€Š€0€Ą€ WP_110307043Ŗ€ĸ€0€0€ €‘HigA family addiction module antitoxin [Limnohabitans sp. 15K] >PIT81348.1 addiction module antidote protein, HigA family [Limnohabitans sp. 15K]Ą€0€Š€0€Ą€ WP_100173513Ŗ€ĸ€0€0€ €qhypothetical protein [Acinetobacter guerrae] >RKG33882.1 hypothetical protein D7V21_08240 [Acinetobacter guerrae]Ą€0€Š€0€Ą€ WP_120370033Ŗ€ĸ€0€0€ €2NDP-sugar synthase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCE9577072Ŗ€ĸ€0€0€ €AJP56025.1 LysR family transcriptional regulator [Pandoraea vervacti]Ą€0€Š€0€Ą€ WP_044453403Ŗ€ĸ€0€0€ €>transcriptional regulator, partial [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYX98855Ŗ€ĸ€0€0€ €1EamA family transporter [Gluconobacter japonicus]Ą€0€Š€0€Ą€ WP_253783299Ŗ€ĸ€0€0€ €‚IS110 family transposase [Shigella flexneri] >EFW0298298.1 IS110 family transposase [Shigella flexneri] >EGE0102377.1 IS110 family transposase [Shigella flexneri] >EGE3382788.1 IS110 family transposase [Shigella flexneri] >EJD5263671.1 IS110 family transposase [Shigella flexneri]Ą€0€¤€0€Ą€ EFV9236312Ŗ€ĸ€0€0€ €Iacetyl-CoA carboxylase, carboxyltransferase subunit beta [Rhodoferax sp.]Ą€0€¤€0€Ą€ MCF8210731Ŗ€ĸ€0€0€ €¯murein biosynthesis integral membrane protein MurJ [Pseudomonas psychrotolerans] >MBA1212576.1 murein biosynthesis integral membrane protein MurJ [Pseudomonas psychrotolerans]Ą€0€Š€0€Ą€ WP_181110053Ŗ€ĸ€0€0€ €class I SAM-dependent methyltransferase [Paenibacillus sp. YPG26] >USB32764.1 class I SAM-dependent methyltransferase [Paenibacillus sp. YPG26]Ą€0€Š€0€Ą€ WP_251376328Ŗ€ĸ€0€0€ €9PD40 domain-containing protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MBN1266236Ŗ€ĸ€0€0€ €;glycosyltransferase family 25 protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_230078324Ŗ€ĸ€0€0€ €8M55 family metallopeptidase [Aminiphilus circumscriptus]Ą€0€Š€0€Ą€ WP_029165724Ŗ€ĸ€0€0€ €Ycytochrome c [Marichromatium gracile] >MCF1182281.1 cytochrome c [Marichromatium gracile]Ą€0€Š€0€Ą€ WP_234523932Ŗ€ĸ€0€0€ €Khypothetical protein CEE34_03175 [Candidatus Aerophobetes bacterium Ae_b3a]Ą€0€¤€0€Ą€TKJ47549Ŗ€ĸ€0€0€ €3Uncharacterized protein XD86_0964 [Mesotoga infera]Ą€0€¤€0€Ą€KUK66960Ŗ€ĸ€0€0€ €+peptide hydrolase [Streptomyces sp. OM5714]Ą€0€¤€0€Ą€ KAF2778654Ŗ€ĸ€0€0€ €-hypothetical protein [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MBL7183650Ŗ€ĸ€0€0€ €?hypothetical protein BAE44_0003988 [Dichanthelium oligosanthes]Ą€0€¤€0€Ą€OEL34993Ŗ€ĸ€0€0€ €8hypothetical protein Bca52824_048309 [Brassica carinata]Ą€0€¤€0€Ą€ KAG2288705Ŗ€ĸ€0€0€ €–hypothetical protein [Pseudomonas fulva] >MBF8675046.1 hypothetical protein [Pseudomonas fulva] >MBF8696394.1 hypothetical protein [Pseudomonas fulva]Ą€0€Š€0€Ą€ WP_196132500Ŗ€ĸ€0€0€ €?AraC family transcriptional regulator [Rhizobium leguminosarum]Ą€0€¤€0€Ą€ MBY5764273Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOP14804Ŗ€ĸ€0€0€ €rtRNA (uridine(34)/cytosine(34)/5-carboxymethylaminomethyluridine(34)-2'-O)-methyltransferase TrmL [Arenimonas sp.]Ą€0€¤€0€Ą€ MCC6757021Ŗ€ĸ€0€0€ €@hypothetical protein GCM10025868_07600 [Angustibacter aerolatus]Ą€0€Ŧ€0€Ą€GMA85510Ŗ€ĸ€0€0€ €Kphosphate ABC transporter ATP-binding protein [Magnetospirillum marisnigri]Ą€0€¤€0€Ą€OAN53756Ŗ€ĸ€0€0€ €0DUF4363 family protein [Clostridiales bacterium]Ą€0€¯€0€Ą€HHT66172Ŗ€ĸ€0€0€ €6hypothetical protein LB506_003359 [Fusarium annulatum]Ą€0€¤€0€Ą€ KAI1051942Ŗ€ĸ€0€0€ €ĩglycosyltransferase [Pseudomonas viridiflava] >TKJ63458.1 glycosyl transferase family 2 [Pseudomonas viridiflava] >TKK31310.1 glycosyl transferase family 2 [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_137202811Ŗ€ĸ€0€0€ €4ABC transporter ATP-binding protein [Rhodoferax sp.]Ą€0€¤€0€Ą€ MCP5262709Ŗ€ĸ€0€0€ €hhypothetical protein [Gossypium davidsonii] >MBA0653077.1 hypothetical protein [Gossypium klotzschianum]Ą€0€¤€0€Ą€ MBA0617731Ŗ€ĸ€0€0€ €7Flagellar capping protein FliD [Burkholderia sp. OK233]Ą€0€Ĩ€0€Ą€SOE69513Ŗ€ĸ€0€0€ €opolyprenyl synthetase [Streptomyces sp. WAC02707] >RSS94109.1 polyprenyl synthetase [Streptomyces sp. WAC02707]Ą€0€Š€0€Ą€ WP_125770870Ŗ€ĸ€0€0€ €Qhypothetical protein A3K69_08060 [Candidatus Bathyarchaeota archaeon RBG_16_57_9]Ą€0€¤€0€Ą€OGD46026Ŗ€ĸ€0€0€ €4hypothetical protein G6F47_010060 [Rhizopus delemar]Ą€0€¤€0€Ą€ KAG1590416Ŗ€ĸ€0€0€ €8hypothetical protein C8R46DRAFT_1349110 [Mycena filopes]Ą€0€¤€0€Ą€ KAJ7170950Ŗ€ĸ€0€0€ €&transposase [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€VTD69375Ŗ€ĸ€0€0€ €nATP-dependent DNA helicase PcrA, partial [Candidatus Portnoybacteria bacterium CG_4_10_14_0_8_um_filter_40_50]Ą€0€¤€0€Ą€PIY74148Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MCR5435766Ŗ€ĸ€0€0€ €÷MULTISPECIES: isoleucine--tRNA ligase [Streptococcus] >MTQ41920.1 isoleucine--tRNA ligase [Streptococcus sp. BIOML-A1] >RJU25411.1 isoleucine--tRNA ligase [Streptococcus sp. AM43-2AT] >RYS61175.1 isoleucine--tRNA ligase [Streptococcus sp. bf_0095]Ą€0€Š€0€Ą€ WP_123159424Ŗ€ĸ€0€0€ €+hypothetical protein [Enterococcus faecium]Ą€0€¯€0€Ą€ HAQ5294203Ŗ€ĸ€0€0€ €JTRAP transporter substrate-binding protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCD6306959Ŗ€ĸ€0€0€ €?ABC transporter ATP-binding protein [Agrobacterium tumefaciens]Ą€0€¤€0€Ą€QCM13287Ŗ€ĸ€0€0€ €/hypothetical protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0252923Ŗ€ĸ€0€0€ €iC40 family peptidase [Streptomyces sp. RO-S4] >MCO4699497.1 C40 family peptidase [Streptomyces sp. RO-S4]Ą€0€Š€0€Ą€ WP_252541609Ŗ€ĸ€0€0€ €ÕLysR family transcriptional regulator [Caballeronia arationis] >SAL02939.1 LysR family transcriptional regulator [Caballeronia arationis] >SOE53880.1 transcriptional regulator, LysR family [Caballeronia arationis]Ą€0€Š€0€Ą€ WP_062640876Ŗ€ĸ€0€0€ €;hypothetical protein Ctob_011251 [Chrysochromulina tobinii]Ą€0€¤€0€Ą€KOO34710Ŗ€ĸ€0€0€ €Vbranched-chain amino acid transport system II carrier protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_121334391Ŗ€ĸ€0€0€ €‚ĸNADH-plastoquinone oxidoreductase subunit H [Primulina hezhouensis] >YP_010546316.1 NADH-plastoquinone oxidoreductase subunit 7 [Primulina cardaminifolia] >ATG27889.1 NADH-plastoquinone oxidoreductase subunit 7 [Primulina brachytricha var. magnibracteata] >UUJ36341.1 NADH-plastoquinone oxidoreductase subunit H [Primulina hezhouensis] >UYI29832.1 NADH-plastoquinone oxidoreductase subunit 7 [Primulina cardaminifolia]Ą€0€Š€0€Ą€ YP_010462557Ŗ€ĸ€0€0€ €R[FeFe] hydrogenase H-cluster radical SAM maturase HydE [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5237392Ŗ€ĸ€0€0€ €‚UEA27922.1 L,D-transpeptidase/peptidoglycan binding protein [Blautia massiliensis] >UWO16306.1 L,D-transpeptidase/peptidoglycan binding protein [Blautia sp. KLE_1732_HM_1032] >CBL21185.1 Uncharacterized protein conserved in bacteria [Ruminococcus sp. SR1/5]Ą€0€Š€0€Ą€ WP_015527010Ŗ€ĸ€0€0€ €.AMP-binding protein [Caldilineaceae bacterium]Ą€0€¤€0€Ą€ MCB0094774Ŗ€ĸ€0€0€ €Ąp-hydroxycinnamoyl CoA hydratase/lyase, partial [Xanthomonas hortorum] >MCM5618997.1 p-hydroxycinnamoyl CoA hydratase/lyase [Xanthomonas hortorum pv. pelargonii]Ą€0€Š€0€Ą€ WP_251767892Ŗ€ĸ€0€0€ €ILysM peptidoglycan-binding domain-containing protein [Leuconostoc palmae]Ą€0€Š€0€Ą€ WP_220742815Ŗ€ĸ€0€0€ €@ABC transporter ATP-binding protein [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€NNE23115Ŗ€ĸ€0€0€ €*hypothetical protein [Pseudomonas sp. S35]Ą€0€Š€0€Ą€ WP_238785931Ŗ€ĸ€0€0€ €>MSMEG_4193 family putative phosphomutase [Streptomyces arenae]Ą€0€¤€0€Ą€ MCF3123421Ŗ€ĸ€0€0€ €9hypothetical protein N7481_010097 [Penicillium waksmanii]Ą€0€¤€0€Ą€ KAJ5976390Ŗ€ĸ€0€0€ €,hypothetical protein [Chlorobiota bacterium]Ą€0€¤€0€Ą€NPA33962Ŗ€ĸ€0€0€ €ÁATP-binding protein, partial [Bathymodiolus thermophilus thioautotrophic gill symbiont] >OIR25648.1 transcriptional regulator, partial [Bathymodiolus thermophilus thioautotrophic gill symbiont]Ą€0€Š€0€Ą€ WP_071563317Ŗ€ĸ€0€0€ €Aresponse regulator transcription factor [Methylobacterium durans]Ą€0€Š€0€Ą€ WP_236961032Ŗ€ĸ€0€0€ €,nef protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AIG14299Ŗ€ĸ€0€0€ €;hypothetical protein SZ30_31340 [Burkholderia pseudomallei]Ą€0€¤€0€Ą€KIX64119Ŗ€ĸ€0€0€ €kMATE family efflux transporter [Vibrio barjaei] >OIN24112.1 MATE family efflux transporter [Vibrio barjaei]Ą€0€Š€0€Ą€ WP_063603400Ŗ€ĸ€0€0€ €RRHS repeat-associated core domain-containing protein, partial [Snodgrassella alvi]Ą€0€Š€0€Ą€ WP_218965839Ŗ€ĸ€0€0€ €enucleoside hydrolase [Dorea formicigenerans] >NSK19641.1 nucleoside hydrolase [Dorea formicigenerans]Ą€0€Š€0€Ą€ WP_173789750Ŗ€ĸ€0€0€ €CO4A1 protein [Balaeniceps rex]Ą€0€¤€0€Ą€NXS49052Ŗ€ĸ€0€0€ €CUvrD-helicase domain-containing protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBL6756473Ŗ€ĸ€0€0€ €xCvpA family protein [Chloroflexota bacterium] >OJV99906.1 hypothetical protein BGO39_29525 [Chloroflexi bacterium 54-19]Ą€0€¤€0€Ą€ MBN9390566Ŗ€ĸ€0€0€ €‚ adenylate/guanylate cyclase domain-containing protein [Agrobacterium fabacearum] >NTA56708.1 adenylate/guanylate cyclase domain-containing protein [Agrobacterium tumefaciens] >WCK68959.1 adenylate/guanylate cyclase domain-containing protein [Agrobacterium fabacearum]Ą€0€Š€0€Ą€ WP_174048133Ŗ€ĸ€0€0€ €'acetyltransferase [Salmonella enterica]Ą€0€¤€0€Ą€ EIG7023758Ŗ€ĸ€0€0€ €ATrk system potassium transporter TrkG, partial [Shinella curvata]Ą€0€¤€0€Ą€ KAG8015916Ŗ€ĸ€0€0€ €ˆoxygen-independent coproporphyrinogen III oxidase [Helicobacter pylori] >KHL78028.1 coproporphyrinogen III oxidase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_039085559Ŗ€ĸ€0€0€ €‡cupin domain-containing protein [Paenibacillus vietnamensis] >MCA0753523.1 cupin domain-containing protein [Paenibacillus vietnamensis]Ą€0€Š€0€Ą€ WP_224721611Ŗ€ĸ€0€0€ €7glucan 1,6-alpha-glucosidase [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€VJO49958Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MBK7771335Ŗ€ĸ€0€0€ €.transposase, IS110 family [Klebsiella oxytoca]Ą€0€Ĩ€0€Ą€SQI90360Ŗ€ĸ€0€0€ €IPocR ligand-binding domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCH5250214Ŗ€ĸ€0€0€ €‚}DNA polymerase III subunit alpha [Escherichia coli] >EFA5233595.1 DNA polymerase III subunit alpha [Escherichia coli] >EFG1002833.1 DNA polymerase III subunit alpha [Escherichia coli] >EGE3987778.1 DNA polymerase III subunit alpha [Escherichia coli] >EGH5787495.1 DNA polymerase III subunit alpha [Escherichia coli] >EGI7098215.1 DNA polymerase III subunit alpha [Escherichia coli]Ą€0€Š€0€Ą€ WP_241468713Ŗ€ĸ€0€0€ €=DUF4197 domain-containing protein [Chitinophagales bacterium]Ą€0€¤€0€Ą€ MCO5248061Ŗ€ĸ€0€0€ €1hypothetical protein BDD21_1976 [Thiocapsa rosea]Ą€0€¤€0€Ą€RKT44589Ŗ€ĸ€0€0€ €750S ribosomal protein L18 [Flavobacteriaceae bacterium]Ą€0€¤€0€Ą€TDM00308Ŗ€ĸ€0€0€ €]ABC-F family ATP-binding cassette domain-containing protein [Bradyrhizobium australafricanum]Ą€0€¤€0€Ą€ MCA6099904Ŗ€ĸ€0€0€ €Dhypothetical protein C6499_01310 [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€RKU33385Ŗ€ĸ€0€0€ €0chaperonin 10-like protein [Fusarium tricinctum]Ą€0€¤€0€Ą€ KAH7252800Ŗ€ĸ€0€0€ €Ohemagglutinin [Escherichia coli] >EIT9414843.1 hemagglutinin [Escherichia coli]Ą€0€¤€0€Ą€ EIH6124474Ŗ€ĸ€0€0€ €*hypothetical protein [Thermosyntropha sp.]Ą€0€¤€0€Ą€ MBO8159537Ŗ€ĸ€0€0€ €‚ŽMULTISPECIES: DUF3336 domain-containing protein [Acinetobacter] >HJF27339.1 DUF3336 domain-containing protein [Acinetobacter lwoffii] >MCO8042027.1 DUF3336 domain-containing protein [Acinetobacter sp. S4400-12] >MCO8044131.1 DUF3336 domain-containing protein [Acinetobacter bohemicus] >QKQ70197.1 DUF3336 domain-containing protein [Acinetobacter sp. 10FS3-1] >TSH78544.1 DUF3336 domain-containing protein [Acinetobacter sp. RF15A]Ą€0€Š€0€Ą€ WP_151206143Ŗ€ĸ€0€0€ €3DUF3240 family protein [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MBN8912970Ŗ€ĸ€0€0€ €Chypothetical protein CGH10_23835, partial [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€TOP73014Ŗ€ĸ€0€0€ €#4Fe-4S ferredoxin [Pseudomonas sp.]Ą€0€¯€0€Ą€HAV89419Ŗ€ĸ€0€0€ €enoyl-CoA hydratase/isomerase family protein [Nocardioides sp. Root140] >KQY50122.1 hypothetical protein ASD30_21570 [Nocardioides sp. Root140]Ą€0€Š€0€Ą€ WP_056688515Ŗ€ĸ€0€0€ €>PA0069 family radical SAM protein [Acetobacteraceae bacterium]Ą€0€¤€0€Ą€ MBV9654022Ŗ€ĸ€0€0€ €quinone-dependent dihydroorotate dehydrogenase [Paroceanicella profunda] >QDL92264.1 quinone-dependent dihydroorotate dehydrogenase [Paroceanicella profunda]Ą€0€Š€0€Ą€ WP_138572923Ŗ€ĸ€0€0€ €2hypothetical protein [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MBI2925684Ŗ€ĸ€0€0€ €‚lMULTISPECIES: ABC transporter permease [Klebsiella] >NNJ21164.1 ABC transporter permease [Klebsiella sp. KBG6.2] >EIV5229784.1 ABC transporter permease [Klebsiella pneumoniae] >EIW5088865.1 ABC transporter permease [Klebsiella pneumoniae] >MBD7376324.1 ABC transporter permease [Klebsiella pneumoniae] >MBD7569539.1 ABC transporter permease [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_065519347Ŗ€ĸ€0€0€ €0Casein kinase II subunit beta [Fusarium sp. Ph1]Ą€0€¤€0€Ą€ KAI8690655Ŗ€ĸ€0€0€ €6hypothetical protein BG005_008089 [Podila minutissima]Ą€0€¤€0€Ą€ KAG0363719Ŗ€ĸ€0€0€ €Winositol polyphosphate-4-phosphatase type I A-like isoform X7 [Anarrhichthys ocellatus]Ą€0€Š€0€Ą€ XP_031707624Ŗ€ĸ€0€0€ €‚VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT3961233.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT4635853.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT4685103.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT4733371.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MBT3590949Ŗ€ĸ€0€0€ €Dchromosome partitioning protein ParA [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU0838658Ŗ€ĸ€0€0€ €Cflagellin [Salmonella enterica subsp. enterica serovar Mississippi]Ą€0€¤€0€Ą€ ECB3502766Ŗ€ĸ€0€0€ €0site-specific integrase [Longicatena caecimuris]Ą€0€Š€0€Ą€ WP_270757591Ŗ€ĸ€0€0€ €Mrhomboid family intramembrane serine protease [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€TLY75477Ŗ€ĸ€0€0€ €öMULTISPECIES: NAD(P)H-dependent glycerol-3-phosphate dehydrogenase [unclassified Streptomyces] >AZM59838.1 glycerol-3-phosphate dehydrogenase [Streptomyces sp. WAC 01438] >RSM93898.1 glycerol-3-phosphate dehydrogenase [Streptomyces sp. WAC 01420]Ą€0€Š€0€Ą€ WP_125504029Ŗ€ĸ€0€0€ €#cytochrome B [Lactococcus carnosus]Ą€0€Š€0€Ą€ WP_245404560Ŗ€ĸ€0€0€ €>cytochrome c oxidase assembly protein [Pannonibacter sp. SL95]Ą€0€Š€0€Ą€ WP_268140002Ŗ€ĸ€0€0€ €hypothetical protein [Candidatus Altiarchaeales archaeon] >HEX54874.1 hypothetical protein [Candidatus Altiarchaeales archaeon]Ą€0€¯€0€Ą€HDO82225Ŗ€ĸ€0€0€ €đlysophospholipid acyltransferase family protein [Dickeya fangzhongdai] >KHN60591.1 acyl-phosphate glycerol 3-phosphate acyltransferase [Dickeya fangzhongdai] >WES90197.1 lysophospholipid acyltransferase family protein [Dickeya fangzhongdai]Ą€0€Š€0€Ą€ WP_039692015Ŗ€ĸ€0€0€ €]nuclear pore complex component-domain-containing protein [Leotiomycetes sp. MPI-SDFR-AT-0126]Ą€0€¤€0€Ą€ KAH7371872Ŗ€ĸ€0€0€ €mhypothetical protein [Actinoplanes ovalisporus] >MBM2614132.1 hypothetical protein [Actinoplanes ovalisporus]Ą€0€Š€0€Ą€ WP_203374052Ŗ€ĸ€0€0€ €]hypothetical protein [Listeria booriae] >MBC2305740.1 hypothetical protein [Listeria booriae]Ą€0€Š€0€Ą€ WP_185644473Ŗ€ĸ€0€0€ €3hypothetical protein [Desulfohalobiaceae bacterium]Ą€0€¤€0€Ą€ MCF8106439Ŗ€ĸ€0€0€ €u2-isopropylmalate synthase [Klugiella xanthotipulae] >TQM61268.1 2-isopropylmalate synthase [Klugiella xanthotipulae]Ą€0€Š€0€Ą€ WP_141918410Ŗ€ĸ€0€0€ €3HORMA domain-containing protein 1 [Hordeum vulgare]Ą€0€¤€0€Ą€ KAE8802158Ŗ€ĸ€0€0€ €1MAG TPA: tail sheath protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAM55269Ŗ€ĸ€0€0€ €%RHS repeat protein [Escherichia coli]Ą€0€¤€0€Ą€ EFI7849450Ŗ€ĸ€0€0€ €>penicillin acylase family protein [Pseudomonas thermotolerans]Ą€0€Š€0€Ą€ WP_027896470Ŗ€ĸ€0€0€ €ƒhypothetical protein [Klebsiella pneumoniae] >UNA34365.1 hypothetical protein LOF13_10485 [Klebsiella pneumoniae subsp. pneumoniae]Ą€0€¤€0€Ą€ MBD3702988Ŗ€ĸ€0€0€ €Îhelix-turn-helix transcriptional regulator [Streptomyces sp. MBT51] >MBK3595579.1 helix-turn-helix domain-containing protein [Streptomyces sp. MBT51] >HBF81364.1 transcriptional regulator [Streptomyces sp.]Ą€0€Š€0€Ą€ WP_200696402Ŗ€ĸ€0€0€ €Fhypothetical protein KCU60_g13068, partial [Aureobasidium melanogenum]Ą€0€¤€0€Ą€ KAH0091028Ŗ€ĸ€0€0€ €…class I SAM-dependent methyltransferase [Dorea formicigenerans] >MBT9741627.1 SAM-dependent methyltransferase [Dorea formicigenerans]Ą€0€Š€0€Ą€ WP_215683653Ŗ€ĸ€0€0€ €8non-ribosomal peptide synthetase [Nocardia tenerifensis]Ą€0€Š€0€Ą€ WP_246003214Ŗ€ĸ€0€0€ €ĖUncharacterized protein AUREO_038390 [Aureobasidium pullulans] >THX34426.1 hypothetical protein D6D10_07540 [Aureobasidium pullulans] >THZ23922.1 hypothetical protein D6C89_05243 [Aureobasidium pullulans]Ą€0€¤€0€Ą€OBW66090Ŗ€ĸ€0€0€ €2ribonuclease 3-like protein 2 [Solanum stenotomum]Ą€0€Š€0€Ą€ XP_049399244Ŗ€ĸ€0€0€ €|SAM-dependent methyltransferase [Streptomyces montanus] >TLS39621.1 hypothetical protein FE633_45950 [Streptomyces montanus]Ą€0€Š€0€Ą€ WP_138051112Ŗ€ĸ€0€0€ €yDJ-1/PfpI family protein [Plesiomonas shigelloides] >SPZ37445.1 transcriptional activator FtrA [Plesiomonas shigelloides]Ą€0€Š€0€Ą€ WP_112865547Ŗ€ĸ€0€0€ €.aminotransferase [Microbacteriaceae bacterium]Ą€0€¤€0€Ą€ MCU1506104Ŗ€ĸ€0€0€ €x5'/3'-nucleotidase SurE [Campylobacterales bacterium] >NQY52797.1 5'/3'-nucleotidase SurE [Campylobacteraceae bacterium]Ą€0€¤€0€Ą€ MCJ8328039Ŗ€ĸ€0€0€ €6hypothetical protein E8E13_002725 [Curvularia kusanoi]Ą€0€¤€0€Ą€ KAF2994395Ŗ€ĸ€0€0€ €@dienelactone hydrolase family protein [Streptomyces beihaiensis]Ą€0€Š€0€Ą€ WP_266603981Ŗ€ĸ€0€0€ €YVTM2421 [Homo sapiens]Ą€0€¤€0€Ą€AAQ88513Ŗ€ĸ€0€0€ €nhypothetical protein, partial [Corallococcus exiguus] >NRD51406.1 hypothetical protein [Corallococcus exiguus]Ą€0€Š€0€Ą€ WP_217278020Ŗ€ĸ€0€0€ €’nuclear transport factor 2 family protein [Mycolicibacterium fortuitum] >OBJ92956.1 hypothetical protein A5638_27340 [Mycolicibacterium fortuitum]Ą€0€Š€0€Ą€ WP_065073015Ŗ€ĸ€0€0€ €Pendonuclease/exonuclease/phosphatase family protein [Haemophilus parainfluenzae]Ą€0€¤€0€Ą€ MBS7021842Ŗ€ĸ€0€0€ €wXaa-Pro aminopeptidase [Janthinobacterium sp. BJB401] >NVI84208.1 Xaa-Pro aminopeptidase [Janthinobacterium sp. BJB401]Ą€0€Š€0€Ą€ WP_176390098Ŗ€ĸ€0€0€ €Īzinc ABC transporter permease subunit ZnuB [Serratia marcescens] >ASM07658.1 zinc ABC transporter permease [Serratia marcescens] >MBH2838984.1 zinc ABC transporter permease subunit ZnuB [Serratia marcescens]Ą€0€Š€0€Ą€ WP_089187353Ŗ€ĸ€0€0€ €Ėhypothetical protein PF010_g12408 [Phytophthora fragariae] >KAE9225083.1 hypothetical protein PF004_g12013 [Phytophthora fragariae] >KAE9341024.1 hypothetical protein PF008_g10836 [Phytophthora fragariae]Ą€0€¤€0€Ą€ KAE9107042Ŗ€ĸ€0€0€ €1DsbA family oxidoreductase [Vibrio rhizosphaerae]Ą€0€Š€0€Ą€ WP_084717372Ŗ€ĸ€0€0€ €0RNase adapter RapZ [Endozoicomonas arenosclerae]Ą€0€Š€0€Ą€ WP_062263491Ŗ€ĸ€0€0€ €:MAG: single-stranded DNA exonuclease [Methylibium sp. NZG]Ą€0€¤€0€Ą€KNZ32786Ŗ€ĸ€0€0€ €mGNAT family N-acetyltransferase [Enterobacter ludwigii] >WGC23386.1 acetyltransferase [Enterobacter ludwigii]Ą€0€Š€0€Ą€ WP_277491977Ŗ€ĸ€0€0€ €.Caspase-1, p20 [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€PWB61544Ŗ€ĸ€0€0€ €7YjbQ family protein [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MBF0570872Ŗ€ĸ€0€0€ €Chypothetical protein K431DRAFT_98367 [Polychaeton citri CBS 116435]Ą€0€¤€0€Ą€ KAF2725148Ŗ€ĸ€0€0€ €,glutathione S-transferase [Trifolium medium]Ą€0€¤€0€Ą€MCI02510Ŗ€ĸ€0€0€ €HDHS-like NAD/FAD-binding domain-containing protein [Irpex rosettiformis]Ą€0€¤€0€Ą€ KAI0095213Ŗ€ĸ€0€0€ €‚]GH25 family lysozyme [Lactiplantibacillus plantarum] >MCS8622434.1 LysM peptidoglycan-binding domain-containing protein [Lactiplantibacillus plantarum] >MCT3215842.1 LysM peptidoglycan-binding domain-containing protein [Lactiplantibacillus plantarum] >MCT3271065.1 LysM peptidoglycan-binding domain-containing protein [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_259691170Ŗ€ĸ€0€0€ €iantirestriction protein [Salmonella enterica] >EIZ5861904.1 antirestriction protein [Salmonella enterica]Ą€0€¤€0€Ą€ EHG9706352Ŗ€ĸ€0€0€ €‚TGS domain-containing protein [Gammaproteobacteria bacterium] >NIT64215.1 TGS domain-containing protein [Gammaproteobacteria bacterium] >NIV21162.1 TGS domain-containing protein [Gammaproteobacteria bacterium] >NIY32795.1 TGS domain-containing protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NIR98474Ŗ€ĸ€0€0€ €6UDP-glucose 4-epimerase GalE [Staphylococcus succinus]Ą€0€Š€0€Ą€ WP_073505727Ŗ€ĸ€0€0€ €*oxidoreductase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€RPI21000Ŗ€ĸ€0€0€ €‚VCBS repeat-containing protein [Roseobacter denitrificans] >ABG31536.1 FG-GAP repeat domain protein [Roseobacter denitrificans OCh 114] >AVL54534.1 VCBS repeat-containing protein [Roseobacter denitrificans] >SFF90225.1 Repeat domain-containing protein [Roseobacter denitrificans OCh 114]Ą€0€Š€0€Ą€ WP_011568153Ŗ€ĸ€0€0€ €2DUF3833 domain-containing protein [Acidovorax sp.]Ą€0€¤€0€Ą€ MBP8225438Ŗ€ĸ€0€0€ €LGAF domain-containing sensor histidine kinase [Luteimicrobium xylanilyticum]Ą€0€Š€0€Ą€ WP_148284348Ŗ€ĸ€0€0€ €=MULTISPECIES: lactate utilization protein C [Exiguobacterium]Ą€0€Š€0€Ą€ WP_138860096Ŗ€ĸ€0€0€ €8Gfo/Idh/MocA family oxidoreductase [Occultella gossypii]Ą€0€Š€0€Ą€ WP_249423022Ŗ€ĸ€0€0€ €EJE8513604.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJE8516679.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJE8771931.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJE8775538.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJG1689390.1 cache domain-containing protein [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140164964Ŗ€ĸ€0€0€ €Ÿ16S rRNA (guanine(527)-N(7))-methyltransferase RsmG [Bacillus wiedmannii] >KXY10501.1 16S rRNA (guanine(527)-N(7))-methyltransferase RsmG [Bacillus wiedmannii]Ą€0€Š€0€Ą€ WP_061671893Ŗ€ĸ€0€0€ €ŋMULTISPECIES: phosphotransferase system, HPr-related protein [Pseudomonas] >MCP1616507.1 hypothetical protein [Pseudomonas otitidis] >TQL05762.1 hypothetical protein [Pseudomonas sp. SLBN-26]Ą€0€Š€0€Ą€ WP_142009293Ŗ€ĸ€0€0€ €BT9SS type A sorting domain-containing protein [Sporocytophaga sp.]Ą€0€¤€0€Ą€ MCR6642262Ŗ€ĸ€0€0€ €-hypothetical protein [Nitrospinota bacterium]Ą€0€¤€0€Ą€ MCH8312134Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAI44238Ŗ€ĸ€0€0€ €9FAD-dependent oxidoreductase [Vicinamibacteria bacterium]Ą€0€¤€0€Ą€ MCU0243120Ŗ€ĸ€0€0€ €Tmethyltransferase domain-containing protein [Candidatus Eremiobacteraeota bacterium]Ą€0€¤€0€Ą€ MBD5657753Ŗ€ĸ€0€0€ €MlisH domain-containing protein ARMC9-like isoform X3 [Trichogramma pretiosum]Ą€0€Š€0€Ą€ XP_023318286Ŗ€ĸ€0€0€ €‚­autotransporter domain-containing protein [Salmonella enterica subsp. enterica] >EDP1364953.1 autotransporter domain-containing protein [Salmonella enterica subsp. enterica serovar Reading] >EDP1942823.1 autotransporter domain-containing protein [Salmonella enterica subsp. enterica serovar Reading] >EHI2701716.1 autotransporter adhesin BigA [Salmonella enterica] >EIV5059753.1 autotransporter adhesin BigA [Salmonella enterica]Ą€0€¤€0€Ą€ EAA8040699Ŗ€ĸ€0€0€ €5focal adhesion kinase 1 isoform X13 [Oryzias latipes]Ą€0€Š€0€Ą€ XP_023815606Ŗ€ĸ€0€0€ €>hypothetical protein E1A91_D03G194500v1 [Gossypium mustelinum]Ą€0€¤€0€Ą€TYI91467Ŗ€ĸ€0€0€ €:cytochrome P450 3A30-like isoform X1 [Pungitius pungitius]Ą€0€Š€0€Ą€ XP_037327098Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EER8085032Ŗ€ĸ€0€0€ €/hypothetical protein [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBQ3129991Ŗ€ĸ€0€0€ €Qpenicillin-binding transpeptidase domain-containing protein [Asanoa sp. WMMD1127]Ą€0€Š€0€Ą€ WP_278084771Ŗ€ĸ€0€0€ €sParA family protein [Streptomyces sp. TLI_55] >SNX88294.1 chromosome partitioning protein [Streptomyces sp. TLI_55]Ą€0€Š€0€Ą€ WP_097275324Ŗ€ĸ€0€0€ €Ųaminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Bacillus sp. EB106-08-02-XG196] >NWQ39174.1 aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Bacillus sp. EB106-08-02-XG196]Ą€0€Š€0€Ą€ WP_179156843Ŗ€ĸ€0€0€ €HNADH:ubiquinone oxidoreductase subunit L [Alphaproteobacteria bacterium]Ą€0€Ŧ€0€Ą€GIR47037Ŗ€ĸ€0€0€ €Ķuroporphyrinogen-III C-methyltransferase [Pseudomonas libanensis] >KRP45785.1 uroporphyrin-III methyltransferase [Pseudomonas libanensis] >SDK82071.1 uroporphyrin-III C-methyltransferase [Pseudomonas libanensis]Ą€0€Š€0€Ą€ WP_057012309Ŗ€ĸ€0€0€ €‚4,5-DOPA dioxygenase extradiol [Salmonella enterica subsp. enterica] >EAO9144970.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica] >ECT8495126.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica subsp. enterica serovar Pensacola] >EDQ0310708.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica subsp. enterica serovar Berta] >EAQ4575716.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica]Ą€0€¤€0€Ą€ EAA6840433Ŗ€ĸ€0€0€ €9ribulose-phosphate 3-epimerase [Spirochaetales bacterium]Ą€0€¤€0€Ą€ MBN1799017Ŗ€ĸ€0€0€ €fructose-1,6-bisphosphatase class 1 [bacterium BMS3Abin14] >HDL52473.1 class 1 fructose-bisphosphatase [Pseudomonadota bacterium]Ą€0€Ŧ€0€Ą€GBE16035Ŗ€ĸ€0€0€ €=PHP domain-containing protein [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MCF0110827Ŗ€ĸ€0€0€ €ĶMULTISPECIES: N-formylglutamate deformylase [Pseudomonas fluorescens group] >QDH62835.1 N-formylglutamate deformylase [Pseudomonas azotoformans] >WGT28572.1 N-formylglutamate deformylase [Pseudomonas marginalis]Ą€0€Š€0€Ą€ WP_141605349Ŗ€ĸ€0€0€ €CNAD(P)/FAD-dependent oxidoreductase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCL4469743Ŗ€ĸ€0€0€ €‚xYecA family protein [Klebsiella quasipneumoniae subsp. similipneumoniae] >HCI6672445.1 YecA family protein [Klebsiella quasipneumoniae subsp. quasipneumoniae] >HCI6707116.1 YecA family protein [Klebsiella pneumoniae] >HCI6743945.1 YecA family protein [Klebsiella variicola subsp. variicola] >HCI6697517.1 YecA family protein [Klebsiella quasipneumoniae subsp. quasipneumoniae]Ą€0€¯€0€Ą€ HCI4632030Ŗ€ĸ€0€0€ €‚w2Fe-2S iron-sulfur cluster-binding protein [Burkholderia multivorans] >MBU9312580.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] >MCA8251499.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] >MCA8457291.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans]Ą€0€Š€0€Ą€ WP_217105914Ŗ€ĸ€0€0€ €Ãhypothetical protein TWF788_006692 [Orbilia oligospora] >KAF3206276.1 hypothetical protein TWF679_008795 [Orbilia oligospora] >KAF3228854.1 hypothetical protein TWF106_006372 [Orbilia oligospora]Ą€0€¤€0€Ą€ KAF3180666Ŗ€ĸ€0€0€ €šTIGR02530 family flagellar biosynthesis protein [Paenibacillus sp. MMS18-CY102] >MWC26563.1 flagellar biosynthesis protein [Paenibacillus sp. MMS18-CY102]Ą€0€Š€0€Ą€ WP_160394157Ŗ€ĸ€0€0€ €Rhypoxanthine phosphoribosyltransferase [candidate division Zixibacteria bacterium]Ą€0€¤€0€Ą€ MCK4403577Ŗ€ĸ€0€0€ €6hypothetical protein COLO4_12106 [Corchorus olitorius]Ą€0€¤€0€Ą€OMP01148Ŗ€ĸ€0€0€ €>recombinase family protein [Janthinobacterium agaricidamnosum]Ą€0€Š€0€Ą€ WP_038492378Ŗ€ĸ€0€0€ €:DNA replication/repair protein RecF [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ1771956Ŗ€ĸ€0€0€ €iglycoside hydrolase family 18 protein [Klebsiella variicola] >KMI14657.1 chitinase [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_048271612Ŗ€ĸ€0€0€ €palpha/beta hydrolase [Dactylosporangium fulvum] >UWP86539.1 alpha/beta fold hydrolase [Dactylosporangium fulvum]Ą€0€Š€0€Ą€ WP_259865813Ŗ€ĸ€0€0€ €cDNA methyltransferase [Loktanella fryxellensis] >SEN88049.1 DNA methylase [Loktanella fryxellensis]Ą€0€Š€0€Ą€ WP_089905939Ŗ€ĸ€0€0€ €@methionine--tRNA ligase subunit beta [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBO7633581Ŗ€ĸ€0€0€ €-DnaD domain protein [Streptococcus anginosus]Ą€0€Š€0€Ą€ WP_264351023Ŗ€ĸ€0€0€ €;hypothetical protein CY35_02G151800 [Sphagnum magellanicum]Ą€0€¤€0€Ą€ KAH9572460Ŗ€ĸ€0€0€ €?hypothetical protein BA022_11600 [Diaphorobacter nitroreducens]Ą€0€¤€0€Ą€ASI70574Ŗ€ĸ€0€0€ €AZB23209.1 hypothetical protein EG339_00555 [Chryseobacterium bernardetii] >UCA62018.1 hypothetical protein KB553_10985 [Chryseobacterium rhizoplanae]Ą€0€Š€0€Ą€ WP_123868396Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EHW0060032Ŗ€ĸ€0€0€ €‚peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_01_FULL_40_15] >OGG18112.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_02_FULL_40_24] >OGG21032.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPLOWO2_01_FULL_40_10] >OGG25055.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_12_FULL_40_13] >OGG33882.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPLOWO2_02_FULL_40_10]Ą€0€¤€0€Ą€OGG08302Ŗ€ĸ€0€0€ €.unnamed protein product [Rotaria sp. Silwood1]Ą€0€Ĩ€0€Ą€ CAF4577788Ŗ€ĸ€0€0€ €*hypothetical protein [Anaerostipes hadrus]Ą€0€¯€0€Ą€HCL36615Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UYE49180Ŗ€ĸ€0€0€ €ĸDNA glycosylase [Hydrogenoanaerobacterium saccharovorans] >MBM6922656.1 DNA-3-methyladenine glycosylase 2 family protein [Hydrogenoanaerobacterium saccharovorans]Ą€0€Š€0€Ą€ WP_204719689Ŗ€ĸ€0€0€ €Ÿ23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Escherichia coli] >RBW88021.1 23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Escherichia coli]Ą€0€Š€0€Ą€ WP_113851760Ŗ€ĸ€0€0€ €+GNAT family N-acetyltransferase [bacterium]Ą€0€¤€0€Ą€ MCE5240463Ŗ€ĸ€0€0€ €Ftranslation initiation factor IF-2 [Candidatus Pacebacteria bacterium]Ą€0€¤€0€Ą€ MBP9771519Ŗ€ĸ€0€0€ €%hypothetical protein [Shewanella sp.]Ą€0€¤€0€Ą€ MCF1439711Ŗ€ĸ€0€0€ €-virulence protein E [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ1653514Ŗ€ĸ€0€0€ €õflavodoxin domain-containing protein [Anaerocolumna cellulosilytica] >MBB5197524.1 menaquinone-dependent protoporphyrinogen IX oxidase [Anaerocolumna cellulosilytica] >BCJ96549.1 hypothetical protein acsn021_41180 [Anaerocolumna cellulosilytica]Ą€0€Š€0€Ą€ WP_184094916Ŗ€ĸ€0€0€ €įassimilatory sulfite reductase (NADPH) hemoprotein subunit [Escherichia coli] >APJ76192.1 sulfite reductase subunit beta [Escherichia coli] >HAP0275274.1 assimilatory sulfite reductase (NADPH) hemoprotein subunit [Escherichia coli]Ą€0€Š€0€Ą€ WP_073520930Ŗ€ĸ€0€0€ €‚EMULTISPECIES: calcium:proton antiporter [unclassified Pseudomonas] >PVZ09807.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I12] >PVZ21437.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I10] >PVZ30382.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I11] >SNZ18679.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I9]Ą€0€Š€0€Ą€ WP_097089246Ŗ€ĸ€0€0€ €1hypothetical protein Zmor_013532 [Zophobas morio]Ą€0€¤€0€Ą€ KAJ3654337Ŗ€ĸ€0€0€ €@S-layer homology domain-containing protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MBP8613265Ŗ€ĸ€0€0€ €}DUF58 domain-containing protein [Acaryochloris marina] >QUY42327.1 DUF58 domain-containing protein [Acaryochloris marina S15]Ą€0€Š€0€Ą€ WP_212663497Ŗ€ĸ€0€0€ €‡N-acetyl-gamma-glutamyl-phosphate reductase [Pedosphaera sp.] >MSU43043.1 N-acetyl-gamma-glutamyl-phosphate reductase [Pedosphaera sp.]Ą€0€¤€0€Ą€MSU42127Ŗ€ĸ€0€0€ €Hfumarylacetoacetate hydrolase family protein [Noviherbaspirillum galbum]Ą€0€¤€0€Ą€NEX64733Ŗ€ĸ€0€0€ €Isushi repeat-containing protein SRPX2 isoform X3 [Eublepharis macularius]Ą€0€Š€0€Ą€ XP_054852439Ŗ€ĸ€0€0€ €Snascent polypeptide-associated complex protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€RLE48019Ŗ€ĸ€0€0€ €@MULTISPECIES: DEAD/DEAH box helicase [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_217691728Ŗ€ĸ€0€0€ €Ytransposase IS116/IS110/IS902 family protein [Thioalkalivibrio nitratireducens DSM 14787]Ą€0€¤€0€Ą€AGA34473Ŗ€ĸ€0€0€ €8hypothetical protein [Microbacteriaceae bacterium K1510]Ą€0€¤€0€Ą€ MCK9908664Ŗ€ĸ€0€0€ €2hypothetical protein [Gemmatimonadaceae bacterium]Ą€0€¤€0€Ą€ MCU0650575Ŗ€ĸ€0€0€ €Bhypothetical protein J3E74DRAFT_372585, partial [Bipolaris maydis]Ą€0€¤€0€Ą€ KAJ5056431Ŗ€ĸ€0€0€ €=MAG: 2-oxoglutarate synthase subunit alpha [Desulfotalea sp.]Ą€0€¤€0€Ą€PHR24038Ŗ€ĸ€0€0€ €AACT domain-containing protein [Candidatus Micrarchaeota archaeon]Ą€0€¤€0€Ą€ MBU0592078Ŗ€ĸ€0€0€ €zYciI family protein [Candidatus Nitrosacidococcus sp. I8] >CAH9017121.1 Protein YciI [Candidatus Nitrosacidococcus sp. I8]Ą€0€Š€0€Ą€ WP_264694478Ŗ€ĸ€0€0€ €/molecular chaperone, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_250376457Ŗ€ĸ€0€0€ €9phosphate ABC transporter ATP-binding protein [bacterium]Ą€0€¤€0€Ą€ MBC7326981Ŗ€ĸ€0€0€ €D7-cyano-7-deazaguanine synthase QueC [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBV9550452Ŗ€ĸ€0€0€ €‡AraC family transcriptional regulator [Paraburkholderia saeva] >CAG4898182.1 hypothetical protein R52603_02421 [Paraburkholderia saeva]Ą€0€Š€0€Ą€ WP_228938141Ŗ€ĸ€0€0€ €,hypothetical protein [Afipia clevelandensis]Ą€0€Š€0€Ą€ WP_040301436Ŗ€ĸ€0€0€ €Ąrelaxase/mobilization nuclease domain-containing protein [Slackia exigua] >MCK6139400.1 relaxase/mobilization nuclease domain-containing protein [Slackia exigua]Ą€0€Š€0€Ą€ WP_248126409Ŗ€ĸ€0€0€ €/hypothetical protein [SAR202 cluster bacterium]Ą€0€¤€0€Ą€MQG44163Ŗ€ĸ€0€0€ €capsular biosynthesis protein [Chromobacterium vaccinii] >MCD4498056.1 capsular biosynthesis protein [Chromobacterium vaccinii]Ą€0€Š€0€Ą€ WP_231149750Ŗ€ĸ€0€0€ €9TatD family hydrolase [Candidatus Levybacteria bacterium]Ą€0€¤€0€Ą€ MBI2621122Ŗ€ĸ€0€0€ €4DUF6286 domain-containing protein [Vallicoccus soli]Ą€0€Š€0€Ą€ WP_218566587Ŗ€ĸ€0€0€ €750S ribosomal protein L30 [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€MBD20513Ŗ€ĸ€0€0€ €5hypothetical protein KQX54_013828 [Cotesia glomerata]Ą€0€¤€0€Ą€ KAH0561149Ŗ€ĸ€0€0€ €Osigma 54-interacting transcriptional regulator [Burkholderia pseudomultivorans]Ą€0€Š€0€Ą€ WP_175896721Ŗ€ĸ€0€0€ €@hypothetical protein CU098_000465, partial [Rhizopus stolonifer]Ą€0€¤€0€Ą€RCI04718Ŗ€ĸ€0€0€ €MORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UBR86455Ŗ€ĸ€0€0€ €%fascin-2 isoform X1 [Crotalus tigris]Ą€0€Š€0€Ą€ XP_039202520Ŗ€ĸ€0€0€ €ŒHNH endonuclease signature motif containing protein [Corynebacterium diphtheriae] >UJL58579.1 HNH endonuclease [Corynebacterium diphtheriae]Ą€0€Š€0€Ą€ WP_235697247Ŗ€ĸ€0€0€ €rbifunctional (p)ppGpp synthetase/guanosine-3',5'-bis(diphosphate) 3'-pyrophosphohydrolase [Listeria monocytogenes]Ą€0€¤€0€Ą€ EHQ6376324Ŗ€ĸ€0€0€ €KPOU domain, class 2, transcription factor 2 isoform X3 [Solea senegalensis]Ą€0€Š€0€Ą€ XP_043890337Ŗ€ĸ€0€0€ €-hypothetical protein [Acinetobacter ursingii]Ą€0€Š€0€Ą€ WP_228268753Ŗ€ĸ€0€0€ €‚#ribonuclease I [Salmonella enterica] >EAO6764553.1 ribonuclease I [Salmonella enterica] >EDN1391706.1 ribonuclease I [Salmonella enterica] >EFR8871473.1 ribonuclease I [Salmonella enterica] >EHI7785009.1 ribonuclease I [Salmonella enterica] >EHZ7551984.1 ribonuclease I [Salmonella enterica]Ą€0€Š€0€Ą€ WP_046093714Ŗ€ĸ€0€0€ €ĸporin [Psychrobacter cryohalolentis] >ABE75020.1 conserved hypothetical protein [Psychrobacter cryohalolentis K5] >ASE25227.1 porin [Psychrobacter cryohalolentis]Ą€0€Š€0€Ą€ WP_011513572Ŗ€ĸ€0€0€ €4CocE/NonD family hydrolase [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCI0901122Ŗ€ĸ€0€0€ €NSignal transduction histidine-protein kinase BaeS [uncultured Clostridium sp.]Ą€0€Ĩ€0€Ą€SCH39951Ŗ€ĸ€0€0€ €%maturase K, partial [Crassula grisea]Ą€0€¤€0€Ą€AYV64277Ŗ€ĸ€0€0€ €qhypothetical protein [Alsobacter sp. SYSU M60028] >MCP8939524.1 hypothetical protein [Alsobacter sp. SYSU M60028]Ą€0€Š€0€Ą€ WP_254743169Ŗ€ĸ€0€0€ €Ralcohol dehydrogenase catalytic domain-containing protein [Chromatiales bacterium]Ą€0€¤€0€Ą€ MCB1875218Ŗ€ĸ€0€0€ €‚DUF4307 domain-containing protein [Actinocatenispora comari] >GIL31390.1 hypothetical protein NUM_66440 [Actinocatenispora comari]Ą€0€Š€0€Ą€ WP_207128967Ŗ€ĸ€0€0€ €-gas vesicle protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€NQT73935Ŗ€ĸ€0€0€ €;DUF308 domain-containing protein [Thermotogaceae bacterium]Ą€0€¤€0€Ą€NLI07658Ŗ€ĸ€0€0€ €chypothetical protein [Gemmiger formicilis] >MBM6915261.1 hypothetical protein [Gemmiger formicilis]Ą€0€Š€0€Ą€ WP_204657011Ŗ€ĸ€0€0€ €aunnamed protein product [Rotaria sordida] >CAF1582616.1 unnamed protein product [Rotaria sordida]Ą€0€Ĩ€0€Ą€ CAF1315160Ŗ€ĸ€0€0€ €uhypothetical protein [Desulfosporosinus sp. I2] >KJR45565.1 hypothetical protein UF75_4037 [Desulfosporosinus sp. I2]Ą€0€Š€0€Ą€ WP_197079459Ŗ€ĸ€0€0€ €Esodium/glucose cotransporter 1 isoform X2 [Erpetoichthys calabaricus]Ą€0€Š€0€Ą€ XP_051777026Ŗ€ĸ€0€0€ €2hypothetical protein [Mesorhizobium metallidurans]Ą€0€Š€0€Ą€ WP_244440115Ŗ€ĸ€0€0€ €+hypothetical protein [uncultured bacterium]Ą€0€¤€0€Ą€AUN37106Ŗ€ĸ€0€0€ €550S ribosomal protein L14 [Actinomycetales bacterium]Ą€0€¤€0€Ą€TSA21665Ŗ€ĸ€0€0€ €;DUF1080 domain-containing protein [Rubinisphaera margarita]Ą€0€Š€0€Ą€ WP_261362933Ŗ€ĸ€0€0€ €8hypothetical protein SUGI_1177720 [Cryptomeria japonica]Ą€0€Ŧ€0€Ą€GLJ54837Ŗ€ĸ€0€0€ €$Ryncolin-4 [Holothuria leucospilota]Ą€0€¤€0€Ą€ KAJ8033891Ŗ€ĸ€0€0€ €+heme-binding protein [Flavobacterium filum]Ą€0€Š€0€Ą€ WP_276974217Ŗ€ĸ€0€0€ €€helix-turn-helix transcriptional regulator [Methylocystis hirsuta] >RNJ50155.1 transcriptional regulator [Methylocystis hirsuta]Ą€0€Š€0€Ą€ WP_123176104Ŗ€ĸ€0€0€ €shypothetical protein [Methylovirgula sp. HY1] >QXX76723.1 hypothetical protein MHY1_p00245 [Methylovirgula sp. HY1]Ą€0€Š€0€Ą€ WP_219324004Ŗ€ĸ€0€0€ €uL-lactate permease [Burkholderia sp. FL-7-2-10-S1-D7] >KVF79375.1 lactate permease [Burkholderia sp. FL-7-2-10-S1-D7]Ą€0€Š€0€Ą€ WP_059678947Ŗ€ĸ€0€0€ €?hypothetical protein C4518_04935 [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€RJP93937Ŗ€ĸ€0€0€ €2hypothetical protein CK203_088145 [Vitis vinifera]Ą€0€¤€0€Ą€RVW37287Ŗ€ĸ€0€0€ € MFS transporter [Ralstonia solanacearum] >OAI80057.1 hexuronate transporter [Ralstonia solanacearum] >CUV13991.1 hexuronate transporter [Ralstonia solanacearum]Ą€0€Š€0€Ą€ WP_064049628Ŗ€ĸ€0€0€ €whypothetical protein [Candidatus Magnetobacterium casensis] >MBF0338013.1 hypothetical protein [Nitrospirota bacterium]Ą€0€Š€0€Ą€ WP_156033277Ŗ€ĸ€0€0€ €‚pMULTISPECIES: carbohydrate-binding protein CenC [Serratia] >CUY21873.1 Carbohydrate binding domain [Serratia marcescens] >CUY40030.1 Carbohydrate binding domain [Serratia marcescens] >CUZ11269.1 Carbohydrate binding domain [Serratia marcescens] >CUZ38442.1 Carbohydrate binding domain [Serratia marcescens] >CUZ56341.1 Carbohydrate binding domain [Serratia marcescens]Ą€0€Š€0€Ą€ WP_230200986Ŗ€ĸ€0€0€ €‚ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9069858.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9084903.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9125622.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9138037.1 ABC transporter substrate-binding protein [Agrobacterium pusense]Ą€0€Š€0€Ą€ WP_220331155Ŗ€ĸ€0€0€ € type II secretion system inner membrane protein GspF [Nitrosospira multiformis] >SEN55640.1 type II secretion system protein F (GspF) [Nitrosospira multiformis]Ą€0€Š€0€Ą€ WP_074745818Ŗ€ĸ€0€0€ €ihypothetical protein [Aliarcobacter butzleri] >MCG3683899.1 hypothetical protein [Aliarcobacter butzleri]Ą€0€Š€0€Ą€ WP_151949835Ŗ€ĸ€0€0€ €Aputative zinc-binding protein [Candidatus Thorarchaeota archaeon]Ą€0€¤€0€Ą€ MBS3795756Ŗ€ĸ€0€0€ €.ribosomal protein [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MCU1460142Ŗ€ĸ€0€0€ €,Clathrin heavy chain [Coemansia sp. RSA 532]Ą€0€¤€0€Ą€ KAJ2188950Ŗ€ĸ€0€0€ €‚ĖMULTISPECIES: heavy metal translocating P-type ATPase [Bacteroidota] >MCT3651567.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] >ADY52153.1 copper-translocating P-type ATPase [Pseudopedobacter saltans DSM 12145] >MCT3659013.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] >MCT3666178.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] >MCT3852191.1 copper-translocating P-type ATPase [Elizabethkingia anophelis]Ą€0€Š€0€Ą€ WP_013632646Ŗ€ĸ€0€0€ €‹hypothetical protein FVEG_16302 [Fusarium verticillioides 7600] >EWG48672.1 hypothetical protein FVEG_16302 [Fusarium verticillioides 7600]Ą€0€Š€0€Ą€ XP_018754863Ŗ€ĸ€0€0€ €lglycogen/starch synthase [Deinococcus sp. 23YEL01] >MCD0170461.1 glycogen synthase [Deinococcus sp. 23YEL01]Ą€0€Š€0€Ą€ WP_230284916Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€NJM16453Ŗ€ĸ€0€0€ €>hypothetical protein HIM_07081 [Hirsutella minnesotensis 3608]Ą€0€¤€0€Ą€KJZ73525Ŗ€ĸ€0€0€ €5hypothetical protein OIU78_012767 [Salix suchowensis]Ą€0€¤€0€Ą€ KAJ6336236Ŗ€ĸ€0€0€ €0PAS domain S-box protein [Azospirillum agricola]Ą€0€Š€0€Ą€ WP_211114623Ŗ€ĸ€0€0€ €=centrosomal protein of 135 kDa isoform X2 [Cimex lectularius]Ą€0€Š€0€Ą€ XP_014259138Ŗ€ĸ€0€0€ €5hypothetical protein, partial [Enterococcus faecalis]Ą€0€Š€0€Ą€ WP_271104848Ŗ€ĸ€0€0€ €>riboflavin biosynthesis protein RibF [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCI7202149Ŗ€ĸ€0€0€ €.enoyl-CoA hydratase [Photobacterium aphoticum]Ą€0€Ŧ€0€Ą€GAL07990Ŗ€ĸ€0€0€ €ADUF2868 domain-containing protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBR9906678Ŗ€ĸ€0€0€ €vDUF2218 domain-containing protein [Aminobacter aganoensis] >MBB6355315.1 hypothetical protein [Aminobacter aganoensis]Ą€0€Š€0€Ą€ WP_184699897Ŗ€ĸ€0€0€ €+VOC family protein [Streptomyces sp. SID89]Ą€0€¤€0€Ą€MYX39762Ŗ€ĸ€0€0€ €ƒSOS response-associated peptidase [Mesorhizobium sp. CA16] >MBZ9915146.1 SOS response-associated peptidase [Mesorhizobium sp. CA16]Ą€0€Š€0€Ą€ WP_224547797Ŗ€ĸ€0€0€ €4site-2 protease family protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MCL2341595Ŗ€ĸ€0€0€ €RPREDICTED: uncharacterized protein KIAA1377 homolog [Colobus angolensis palliatus]Ą€0€Š€0€Ą€ XP_011782004Ŗ€ĸ€0€0€ €9pyrrolo-quinoline quinone [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€MBL14507Ŗ€ĸ€0€0€ €Buroporphyrinogen-III C-methyltransferase [Chloroflexota bacterium]Ą€0€¤€0€Ą€TMC92967Ŗ€ĸ€0€0€ €MMAG: hypothetical protein B7Z82_04350, partial [Halothiobacillus sp. 20-54-6]Ą€0€¤€0€Ą€OYV27796Ŗ€ĸ€0€0€ €kphosphatase PAP2 family protein [Labilithrix luteola] >AKV03744.1 PAP2 family protein [Labilithrix luteola]Ą€0€Š€0€Ą€ WP_169928520Ŗ€ĸ€0€0€ € amidohydrolase [Synergistes sp.]Ą€0€¤€0€Ą€ MCR5335843Ŗ€ĸ€0€0€ €ĄStp1/IreP family PP2C-type Ser/Thr phosphatase [Subdoligranulum sp.] >UYJ43184.1 MAG: Stp1/IreP family PP2C-type Ser/Thr phosphatase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€MUT95175Ŗ€ĸ€0€0€ €[shikimate kinase [Streptomyces sp. 769] >AJC59754.1 Shikimate kinase [Streptomyces sp. 769]Ą€0€Š€0€Ą€ WP_039638019Ŗ€ĸ€0€0€ €-UMP kinase [Candidatus Uhrbacteria bacterium]Ą€0€¤€0€Ą€ MBI4599533Ŗ€ĸ€0€0€ €Stranscription regulator, AraC family [Streptococcus infantarius subsp. infantarius]Ą€0€¤€0€Ą€ MCO4478718Ŗ€ĸ€0€0€ €5hypothetical protein [Syntrophobacteraceae bacterium]Ą€0€¤€0€Ą€NTW34833Ŗ€ĸ€0€0€ €Ģphosphoribosylaminoimidazolesuccinocarboxamide synthase [Gardnerella vaginalis] >RFD72872.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Gardnerella vaginalis]Ą€0€Š€0€Ą€ WP_116773703Ŗ€ĸ€0€0€ €>NADH-quinone oxidoreductase subunit L [Streptomyces sp. MBT65]Ą€0€¤€0€Ą€ MBK3574312Ŗ€ĸ€0€0€ €,rev protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AYX42557Ŗ€ĸ€0€0€ €MBQ4844470.1 insulinase family protein [Pseudoalteromonas sp. MMG005]Ą€0€Š€0€Ą€ WP_211056951Ŗ€ĸ€0€0€ €nicotinate phosphoribosyltransferase [Halorubrum persicum] >PHQ40373.1 nicotinate phosphoribosyltransferase [Halorubrum persicum]Ą€0€Š€0€Ą€ WP_099253885Ŗ€ĸ€0€0€ €.AAA family ATPase [Paenibacillus xylanexedens]Ą€0€Š€0€Ą€ WP_145321954Ŗ€ĸ€0€0€ €pdeoxyribonuclease IV [Campylobacter hyointestinalis] >CUU71172.1 endonuclease IV [Campylobacter hyointestinalis]Ą€0€Š€0€Ą€ WP_059433000Ŗ€ĸ€0€0€ €aprotein HASTY 1 [Prunus persica] >ONI04716.1 hypothetical protein PRUPE_6G336100 [Prunus persica]Ą€0€Š€0€Ą€ XP_007208131Ŗ€ĸ€0€0€ €6BBE domain-containing protein [Bacillus thuringiensis]Ą€0€¤€0€Ą€ MCT4573170Ŗ€ĸ€0€0€ €L5'-AMP-activated protein kinase subunit gamma-3 isoform X1 [Anser cygnoides]Ą€0€Š€0€Ą€ XP_047935591Ŗ€ĸ€0€0€ €{small multi-drug export protein [Clostridia bacterium] >MBR3998280.1 small multi-drug export protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7930482Ŗ€ĸ€0€0€ €1MFS transporter, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_132774430Ŗ€ĸ€0€0€ €AABC transporter ATP-binding protein [Desulfurococcaceae archaeon]Ą€0€¤€0€Ą€ MCC6044083Ŗ€ĸ€0€0€ €GMAG: hypothetical protein CM1200mP13_11360 [Pelagibacterales bacterium]Ą€0€Ŧ€0€Ą€GIS77777Ŗ€ĸ€0€0€ €įhypothetical protein [Dehalococcoidia bacterium] >MXZ87710.1 hypothetical protein [Dehalococcoidia bacterium] >MYA53061.1 hypothetical protein [Dehalococcoidia bacterium] >MYI86460.1 hypothetical protein [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€MXW24770Ŗ€ĸ€0€0€ €Hclass II aldolase, tagatose bisphosphate family [Escherichia coli TA271]Ą€0€¤€0€Ą€EGI35895Ŗ€ĸ€0€0€ €uATP synthase F0 subunit 6 [Macrophthalmus pacificus] >QHR85459.1 ATP synthase F0 subunit 6 [Macrophthalmus pacificus]Ą€0€Š€0€Ą€ YP_009731821Ŗ€ĸ€0€0€ €“(2Fe-2S) ferredoxin domain-containing protein [Lachnospiraceae bacterium] >MBQ9065491.1 (2Fe-2S) ferredoxin domain-containing protein [Blautia sp.]Ą€0€¤€0€Ą€ MBQ7424709Ŗ€ĸ€0€0€ €ãRpn family recombination-promoting nuclease/putative transposase [Aphanothece sacrum] >GBF79154.1 hypothetical protein AsFPU1_0546 [Aphanothece sacrum FPU1] >GBF86543.1 hypothetical protein AsFPU3_3614 [Aphanothece sacrum FPU3]Ą€0€Š€0€Ą€ WP_124977341Ŗ€ĸ€0€0€ €Čresponse regulator transcription factor [Eisenbergiella tayi] >ODM12345.1 Transcriptional regulatory protein YycF [Eisenbergiella tayi] >OIZ62139.1 DNA-binding response regulator [Eisenbergiella tayi]Ą€0€Š€0€Ą€ WP_069156513Ŗ€ĸ€0€0€ €0hypothetical protein [Rhodothermaceae bacterium]Ą€0€¤€0€Ą€MAQ92282Ŗ€ĸ€0€0€ €‚sABC transporter permease [Enterobacter roggenkampii] >QLW20327.1 ABC transporter permease [Enterobacter cloacae] >KLP28676.1 peptide ABC transporter permease [Enterobacter roggenkampii] >OUF04167.1 ABC transporter [Enterobacter roggenkampii] >TXU41529.1 ABC transporter permease [Enterobacter roggenkampii] >TXU90391.1 ABC transporter permease [Enterobacter roggenkampii]Ą€0€Š€0€Ą€ WP_047721562Ŗ€ĸ€0€0€ €9Protein of unknown function [Bradyrhizobium erythrophlei]Ą€0€Ĩ€0€Ą€SHG89682Ŗ€ĸ€0€0€ €đMULTISPECIES: MarC family protein [unclassified Pseudomonas] >MCR8933324.1 MarC family protein [Pseudomonas sp. A4] >MCR8976927.1 MarC family protein [Pseudomonas sp. P7] >CAB1400572.1 membrane protein, MarC family [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_258450640Ŗ€ĸ€0€0€ €‚Qglycosyltransferase [Pseudomonas aeruginosa] >QQM11387.1 glycosyltransferase [Pseudomonas aeruginosa] >HBO4310254.1 glycosyltransferase [Pseudomonas aeruginosa] >HBO4703822.1 glycosyltransferase [Pseudomonas aeruginosa] >HCF4399922.1 glycosyltransferase [Pseudomonas aeruginosa] >HCF6230430.1 glycosyltransferase [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_200200480Ŗ€ĸ€0€0€ €Hserine hydrolase domain-containing protein [Paenibacillus sp. WQ 127069]Ą€0€Š€0€Ą€ WP_262686037Ŗ€ĸ€0€0€ €PLS38235.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS38612.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS38989.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS45259.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS48114.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum]Ą€0€Š€0€Ą€ WP_101701979Ŗ€ĸ€0€0€ €&UPF0182 family protein [Rhodoluna sp.]Ą€0€¤€0€Ą€ MCF8535784Ŗ€ĸ€0€0€ €MBB6399555.1 DNA-binding response OmpR family regulator [Actinomadura coerulea]Ą€0€Š€0€Ą€ WP_185031483Ŗ€ĸ€0€0€ €Dmagnesium chelatase ATPase subunit I [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBL0929646Ŗ€ĸ€0€0€ €0hypothetical protein [Dinghuibacter silviterrae]Ą€0€Š€0€Ą€ WP_162852444Ŗ€ĸ€0€0€ €‚ƒORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QTN67304.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QTZ16065.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QWB78449.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UBC80802.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QTM79632Ŗ€ĸ€0€0€ €2thioredoxin [Xanthomonadaceae bacterium SCN 69-48]Ą€0€¤€0€Ą€ODU51779Ŗ€ĸ€0€0€ €PGU81698.1 LysR family transcriptional regulator [Bacillus cereus]Ą€0€Š€0€Ą€ WP_098876031Ŗ€ĸ€0€0€ €2hypothetical protein [Gemmatimonadaceae bacterium]Ą€0€¤€0€Ą€NUQ21352Ŗ€ĸ€0€0€ €zFGGY-family carbohydrate kinase, partial [Klebsiella pneumoniae] >MBK6211740.1 carbohydrate kinase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_265102281Ŗ€ĸ€0€0€ €WABC-F family ATP-binding cassette domain-containing protein [Rhodothermaceae bacterium]Ą€0€¤€0€Ą€MYD56339Ŗ€ĸ€0€0€ €;sugar phosphate isomerase/epimerase [Opitutaceae bacterium]Ą€0€¤€0€Ą€ MCE2861656Ŗ€ĸ€0€0€ €9GSCFA domain-containing protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR6441032Ŗ€ĸ€0€0€ €_peptide ABC transporter permease, partial [Mycobacterium avium subsp. paratuberculosis 10-8425]Ą€0€¤€0€Ą€ETB53277Ŗ€ĸ€0€0€ €6uncharacterized protein LOC106175088 [Lingula anatina]Ą€0€Š€0€Ą€ XP_013412367Ŗ€ĸ€0€0€ €:hypothetical protein IE077_003618 [Cardiosporidium cionae]Ą€0€¤€0€Ą€ KAF8820068Ŗ€ĸ€0€0€ €ĐHNH endonuclease signature motif containing protein [Mycobacterium marseillense] >ORA90427.1 HNH nuclease [Mycobacterium marseillense] >BBY13286.1 hypothetical protein MMARJ_40260 [Mycobacterium marseillense]Ą€0€Š€0€Ą€ WP_083019054Ŗ€ĸ€0€0€ €*OsmC family protein [Neisseria flavescens]Ą€0€Š€0€Ą€ WP_128581955Ŗ€ĸ€0€0€ €‚Cdimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] >AMJ52268.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] >AMJ52272.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] >AMJ52346.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium]Ą€0€¤€0€Ą€AMJ52230Ŗ€ĸ€0€0€ €œhypothetical protein BA865_09885 [Desulfobacterales bacterium S5133MH4] >OEU81439.1 hypothetical protein BA872_03490 [Desulfobacterales bacterium C00003060]Ą€0€¤€0€Ą€OEU77901Ŗ€ĸ€0€0€ €TetR/AcrR family transcriptional regulator [Streptomyces xanthii] >QNS06554.1 TetR/AcrR family transcriptional regulator [Streptomyces xanthii]Ą€0€Š€0€Ą€ WP_188339236Ŗ€ĸ€0€0€ €Ahypothetical protein LOC_Os11g06810 [Oryza sativa Japonica Group]Ą€0€¤€0€Ą€AAX93012Ŗ€ĸ€0€0€ €*insulinase family protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBQ2344446Ŗ€ĸ€0€0€ €‘hypothetical protein I203_07028 [Kwoniella mangroviensis CBS 8507] >OCF63709.1 hypothetical protein I203_07028 [Kwoniella mangroviensis CBS 8507]Ą€0€Š€0€Ą€ XP_019000248Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WEU87158Ŗ€ĸ€0€0€ €{sodium:proton antiporter [Mucilaginibacter limnophilus] >RVT98421.1 sodium:proton antiporter [Mucilaginibacter limnophilus]Ą€0€Š€0€Ą€ WP_127706998Ŗ€ĸ€0€0€ €-hypothetical protein RF55_4304 [Lasius niger]Ą€0€¤€0€Ą€KMQ95473Ŗ€ĸ€0€0€ €mDMT family transporter [Jiangella rhizosphaerae] >RIQ23700.1 DMT family transporter [Jiangella rhizosphaerae]Ą€0€Š€0€Ą€ WP_119660228Ŗ€ĸ€0€0€ €4unnamed protein product, partial [Nymphaea colorata]Ą€0€Ĩ€0€Ą€VVW92857Ŗ€ĸ€0€0€ €9uncharacterized protein DUF58 [Kinneretia asaccharophila]Ą€0€¤€0€Ą€TDP04522Ŗ€ĸ€0€0€ €9chorismate synthase [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MCS5639477Ŗ€ĸ€0€0€ €Duncharacterized protein LOC122413973 isoform X2 [Venturia canescens]Ą€0€Š€0€Ą€ XP_043280639Ŗ€ĸ€0€0€ €+methylmalonyl-CoA mutase [Vitreoscilla sp.]Ą€0€¤€0€Ą€ MBT9597716Ŗ€ĸ€0€0€ €7hypothetical protein F1880_001722 [Penicillium rolfsii]Ą€0€¤€0€Ą€ KAF3385475Ŗ€ĸ€0€0€ €‚“toxin YdaT domain-containing protein [Klebsiella pneumoniae] >EIV7976743.1 hypothetical protein [Klebsiella pneumoniae] >EIV8515614.1 hypothetical protein [Klebsiella pneumoniae] >MBG1950044.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae] >MBG1956257.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae] >MBG2341037.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_071081072Ŗ€ĸ€0€0€ €Vbifunctional cytidylyltransferase/SDR family oxidoreductase [Acrocarpospora corrugata]Ą€0€Š€0€Ą€ WP_246239142Ŗ€ĸ€0€0€ €>putative ATP-dependent RNA helicase DDX47 [Cricetulus griseus]Ą€0€¤€0€Ą€ERE79785Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ7518453Ŗ€ĸ€0€0€ €Fasparagine synthase (glutamine-hydrolyzing) [Thiotrichaceae bacterium]Ą€0€¤€0€Ą€ MCK5725948Ŗ€ĸ€0€0€ €%DNA primase [Corynebacterium pilosum]Ą€0€Ĩ€0€Ą€STC68550Ŗ€ĸ€0€0€ €yDNA/RNA non-specific endonuclease [Hymenobacter nivis] >TPG63603.1 DNA/RNA non-specific endonuclease [Hymenobacter nivis]Ą€0€Š€0€Ą€ WP_140468443Ŗ€ĸ€0€0€ €$protein kinase [Polyangium sp. rjm3]Ą€0€Š€0€Ą€ WP_271931007Ŗ€ĸ€0€0€ €ËDUF3775 domain-containing protein [Legionella bozemanae] >KTC70980.1 hypothetical protein Lboz_2557 [Legionella bozemanae] >STO34748.1 Protein of uncharacterised function (DUF3775) [Legionella bozemanae]Ą€0€Š€0€Ą€ WP_058460161Ŗ€ĸ€0€0€ €)aldose 1-epimerase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ9736331Ŗ€ĸ€0€0€ €ETRAF2 and NCK-interacting protein kinase isoform X21 [Chelonia mydas]Ą€0€Š€0€Ą€ XP_043377824Ŗ€ĸ€0€0€ €:replication factor C subunit 1 [Saccharomyces pastorianus]Ą€0€¤€0€Ą€QID82546Ŗ€ĸ€0€0€ €:centromere protein C isoform X5 [Ornithorhynchus anatinus]Ą€0€Š€0€Ą€ XP_039769176Ŗ€ĸ€0€0€ €/hypothetical protein [Clostridioides difficile]Ą€0€¯€0€Ą€ HBH1966141Ŗ€ĸ€0€0€ €ˆcupin domain-containing protein [Undibacterium squillarum] >GGX34989.1 hypothetical protein GCM10010946_10370 [Undibacterium squillarum]Ą€0€Š€0€Ą€ WP_189355988Ŗ€ĸ€0€0€ €GPREDICTED: traB domain-containing protein isoform X2 [Sturnus vulgaris]Ą€0€Š€0€Ą€ XP_014733223Ŗ€ĸ€0€0€ €Usignal recognition particle-docking protein FtsY [Bacteroidetes bacterium QS_8_68_28]Ą€0€¤€0€Ą€PSR02572Ŗ€ĸ€0€0€ €‚(recombination protein NinG [Enterobacter hormaechei] >KTJ91409.1 NinG family protein [Enterobacter hormaechei subsp. xiangfangensis] >HAS0862993.1 NinG family protein [Enterobacter hormaechei subsp. xiangfangensis] >HAV1664494.1 NinG family protein [Enterobacter hormaechei subsp. xiangfangensis]Ą€0€Š€0€Ą€ WP_058671428Ŗ€ĸ€0€0€ €,unnamed protein product [Shewanella baltica]Ą€0€Š€0€Ą€ WP_283629251Ŗ€ĸ€0€0€ €¯oxaloacetate decarboxylase [Salmonella enterica subsp. enterica serovar Newport] >EJD4775248.1 oxaloacetate decarboxylase [Salmonella enterica subsp. enterica serovar Newport]Ą€0€¤€0€Ą€ ECN6431251Ŗ€ĸ€0€0€ €Nbranched-chain amino acid ABC transporter permease LivH [Citrobacter freundii]Ą€0€Š€0€Ą€ WP_165462493Ŗ€ĸ€0€0€ €;tRNA pseudouridine(55) synthase TruB [Campylobacter jejuni]Ą€0€¤€0€Ą€ EFV4293432Ŗ€ĸ€0€0€ €IMAG: Structural maintenance of chromosomes protein 6 [Pleopsidium flavum]Ą€0€¤€0€Ą€ KAI9878467Ŗ€ĸ€0€0€ €Jprobable serine/threonine-protein kinase SIS8 isoform X2 [Triticum urartu]Ą€0€Š€0€Ą€ XP_048540820Ŗ€ĸ€0€0€ €GFadR/GntR family transcriptional regulator [Pseudomonas allokribbensis]Ą€0€Š€0€Ą€ WP_192558464Ŗ€ĸ€0€0€ €zuncharacterized protein PtA15_2A730 [Puccinia triticina] >WAQ82413.1 hypothetical protein PtA15_2A730 [Puccinia triticina]Ą€0€Š€0€Ą€ XP_053017968Ŗ€ĸ€0€0€ €•ABC transporter ATP-binding protein [Bradyrhizobium symbiodeficiens] >QDF39791.1 ABC transporter ATP-binding protein [Bradyrhizobium symbiodeficiens]Ą€0€Š€0€Ą€ WP_140480909Ŗ€ĸ€0€0€ €7hypothetical protein DPMN_039406 [Dreissena polymorpha]Ą€0€¤€0€Ą€ KAH3876125Ŗ€ĸ€0€0€ €uDUF968 domain-containing protein [Escherichia coli] >EES0716625.1 DUF968 domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EER7236894Ŗ€ĸ€0€0€ €‚HMULTISPECIES: transposase, partial [Bacteria] >KAB6553049.1 transposase, partial [Phocaeicola vulgatus] >KAB6561622.1 transposase, partial [Phocaeicola vulgatus] >MSS51163.1 transposase [Phocaeicola vulgatus] >RGJ72571.1 DDE transposase, partial [Phocaeicola vulgatus] >RGU59964.1 DDE transposase, partial [Phocaeicola vulgatus]Ą€0€Š€0€Ą€ WP_117700467Ŗ€ĸ€0€0€ €7MgtC/SapB family protein [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_049471407Ŗ€ĸ€0€0€ €Qtype II toxin-antitoxin system RelE/ParE family toxin, partial [Escherichia coli]Ą€0€¤€0€Ą€TZC53901Ŗ€ĸ€0€0€ €J[FeFe] hydrogenase H-cluster maturation GTPase HydF [Clostridia bacterium]Ą€0€¤€0€Ą€NLW23809Ŗ€ĸ€0€0€ €&protein S100-A6 [Sarcophilus harrisii]Ą€0€Š€0€Ą€ XP_003768056Ŗ€ĸ€0€0€ €Tmaleylpyruvate isomerase family mycothiol-dependent enzyme [Rhodococcus yunnanensis]Ą€0€Š€0€Ą€ WP_072802511Ŗ€ĸ€0€0€ €FRluA family pseudouridine synthase [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€ MBI1736306Ŗ€ĸ€0€0€ €ŨTetR family transcriptional regulator C-terminal domain-containing protein [Paenarthrobacter aurescens] >MCT9870786.1 TetR family transcriptional regulator C-terminal domain-containing protein [Paenarthrobacter aurescens]Ą€0€Š€0€Ą€ WP_261610700Ŗ€ĸ€0€0€ €ÆABC transporter permease [Deltaproteobacteria bacterium] >MBW2611812.1 ABC transporter permease [Deltaproteobacteria bacterium] >MBW2676646.1 ABC transporter permease [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW2176475Ŗ€ĸ€0€0€ €ĖABC transporter ATP-binding protein [Rhizobium laguerreae] >MBY3502467.1 ABC transporter ATP-binding protein [Rhizobium laguerreae] >MBY3575245.1 ABC transporter ATP-binding protein [Rhizobium laguerreae]Ą€0€Š€0€Ą€ WP_221977168Ŗ€ĸ€0€0€ €EDihydrodipicolinate synthetase family, partial [uncultured bacterium]Ą€0€¤€0€Ą€AIA18772Ŗ€ĸ€0€0€ €NAD(P)-dependent alcohol dehydrogenase [Burkholderia plantarii] >MBI0330635.1 NAD(P)-dependent alcohol dehydrogenase [Burkholderia plantarii]Ą€0€Š€0€Ą€ WP_198255508Ŗ€ĸ€0€0€ €ĘD-ribose pyranase [Heliomicrobium modesticaldum] >B0TIM6.1 RecName: Full=D-ribose pyranase [Heliomicrobium modesticaldum Ice1] >ABZ84967.1 ribose abc transporter rbsd [Heliomicrobium modesticaldum Ice1]Ą€0€Š€0€Ą€ WP_012283464Ŗ€ĸ€0€0€ €WYbaK/prolyl-tRNA synthetase associated domain-containing protein [Dickeya chrysanthemi]Ą€0€Š€0€Ą€ WP_027711481Ŗ€ĸ€0€0€ €PMULTISPECIES: LysR family transcriptional regulator [unclassified Amycolatopsis]Ą€0€Š€0€Ą€ WP_134669716Ŗ€ĸ€0€0€ €mYigZ family protein [Sphingobacterium sp. Ka21] >MBE8722425.1 YigZ family protein [Sphingobacterium sp. Ka21]Ą€0€Š€0€Ą€ WP_196938834Ŗ€ĸ€0€0€ €-hypothetical protein [Anaerolineae bacterium]Ą€0€¯€0€Ą€HFC12574Ŗ€ĸ€0€0€ €GMAG: aminomethyl-transferring glycine dehydrogenase [Defluviimonas sp.]Ą€0€¤€0€Ą€ KAB2885888Ŗ€ĸ€0€0€ €(hypothetical protein [Dorea longicatena]Ą€0€Š€0€Ą€ WP_270218171Ŗ€ĸ€0€0€ €ehypothetical protein [Maribellus maritimus] >MCG6191071.1 hypothetical protein [Maribellus maritimus]Ą€0€Š€0€Ą€ WP_238769582Ŗ€ĸ€0€0€ €/hypothetical protein [Portunus trituberculatus]Ą€0€¤€0€Ą€MPC67018Ŗ€ĸ€0€0€ €÷tat protein, partial [Simian immunodeficiency virus] >ACI42812.1 tat protein, partial [Simian immunodeficiency virus] >ACI42813.1 tat protein, partial [Simian immunodeficiency virus] >ACI42819.1 tat protein, partial [Simian immunodeficiency virus]Ą€0€¤€0€Ą€ACI42798Ŗ€ĸ€0€0€ €Čprobable VID24-required for vacuolar import and degradation of Fbp1p [Rhynchosporium agropyri] >CZT48313.1 probable VID24-required for vacuolar import and degradation of Fbp1p [Rhynchosporium secalis]Ą€0€Ĩ€0€Ą€CZT01546Ŗ€ĸ€0€0€ €3steroid 21-hydroxylase-like [Pyrgilauda ruficollis]Ą€0€Š€0€Ą€ XP_041334537Ŗ€ĸ€0€0€ €’helix-turn-helix domain-containing protein [Streptomyces sp. SID8350] >SCK61790.1 hypothetical protein YUWDRAFT_06241 [Streptomyces sp. AmelKG-D3]Ą€0€Š€0€Ą€ WP_237523417Ŗ€ĸ€0€0€ €@fibronectin type III domain-containing protein [Eubacterium sp.]Ą€0€¤€0€Ą€ MCR5102838Ŗ€ĸ€0€0€ €íhypothetical protein [Planctomycetota bacterium] >MCH9724744.1 hypothetical protein [Planctomycetota bacterium] >MCH9778810.1 hypothetical protein [Planctomycetota bacterium] >MCH9791607.1 hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCH9656178Ŗ€ĸ€0€0€ €.AAA family ATPase [Acinetobacter haemolyticus]Ą€0€Š€0€Ą€ WP_266095674Ŗ€ĸ€0€0€ €4selenide, water dikinase SelD [Desulfotomaculum sp.]Ą€0€¯€0€Ą€HHW43430Ŗ€ĸ€0€0€ €…hydantoinase B/oxoprolinase family protein [Massilia sp. H6] >UVW27074.1 hydantoinase B/oxoprolinase family protein [Massilia sp. H6]Ą€0€Š€0€Ą€ WP_259206442Ŗ€ĸ€0€0€ €%polymerase [Corallococcus sp. AB011P]Ą€0€¤€0€Ą€RKG50564Ŗ€ĸ€0€0€ €>radical SAM family heme chaperone HemW [Crateriforma spongiae]Ą€0€Š€0€Ą€ WP_168565867Ŗ€ĸ€0€0€ €rAAA family ATPase [Paenibacillus sp. P32E] >OKP85837.1 chromosome segregation protein SMC [Paenibacillus sp. P32E]Ą€0€Š€0€Ą€ WP_074087188Ŗ€ĸ€0€0€ €GtRNA wybutosine-synthesizing protein 4 isoform X1 [Dryobates pubescens]Ą€0€Š€0€Ą€ XP_054020552Ŗ€ĸ€0€0€ €yATP-binding protein [Belnapia rosea] >SDD49032.1 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase [Belnapia rosea]Ą€0€Š€0€Ą€ WP_245704803Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFB08691Ŗ€ĸ€0€0€ €>glycoside hydrolase family 95 protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBT7091597Ŗ€ĸ€0€0€ €;keratin-associated protein 4-3-like [Phyllostomus hastatus]Ą€0€Š€0€Ą€ XP_045691652Ŗ€ĸ€0€0€ €4hypothetical protein [Stenotrophomonas sp. PFBMAA-4]Ą€0€Š€0€Ą€ WP_283222342Ŗ€ĸ€0€0€ €kDUF969 domain-containing protein [Cutibacterium avidum] >BCQ01857.1 membrane protein [Cutibacterium avidum]Ą€0€Š€0€Ą€ WP_221268711Ŗ€ĸ€0€0€ €SLAM [Mus musculus]Ą€0€Ŧ€0€Ą€BAE96300Ŗ€ĸ€0€0€ €cation-transporting P-type ATPase [Dyadobacter sp. CY347] >MCF2489319.1 cation-transporting P-type ATPase [Dyadobacter sp. CY347]Ą€0€Š€0€Ą€ WP_235126772Ŗ€ĸ€0€0€ €8acetyl-CoA C-acetyltransferase [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBA2536487Ŗ€ĸ€0€0€ €}cytochrome c oxidase subunit III [Andinoacara rivulatus] >BAP82523.1 cytochrome c oxidase subunit III [Andinoacara rivulatus]Ą€0€Š€0€Ą€ YP_009109540Ŗ€ĸ€0€0€ €>DNA polymerase III subunit delta [Flavobacteriaceae bacterium]Ą€0€¤€0€Ą€MBF11761Ŗ€ĸ€0€0€ €oaminoacyl-histidine dipeptidase [Prevotella sp.] >MBF1598778.1 aminoacyl-histidine dipeptidase [Prevotella sp.]Ą€0€¤€0€Ą€ MBF1583063Ŗ€ĸ€0€0€ €BGNAT family N-acetyltransferase, partial [Chloroflexota bacterium]Ą€0€¤€0€Ą€PLS78226Ŗ€ĸ€0€0€ €Mefflux RND transporter periplasmic adaptor subunit [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0359667Ŗ€ĸ€0€0€ €+PPE family protein [Mycobacterium canettii]Ą€0€Š€0€Ą€ WP_230865828Ŗ€ĸ€0€0€ €!beta-lactamase [Escherichia coli]Ą€0€¯€0€Ą€ HBL8984898Ŗ€ĸ€0€0€ €?dipeptide/tripeptide permease DtpB [Klebsiella quasipneumoniae]Ą€0€¤€0€Ą€QLP56207Ŗ€ĸ€0€0€ €Ÿquinol dehydrogenase ferredoxin subunit NapH [Sulfuricurvum kujiense] >ADR35267.1 periplasmic nitrate reductase subunit NapH [Sulfuricurvum kujiense DSM 16994]Ą€0€Š€0€Ą€ WP_013449879Ŗ€ĸ€0€0€ €,DUF853 family protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR2605819Ŗ€ĸ€0€0€ €Hhypothetical protein MIAR_03000 [Microbacterium arabinogalactanolyticum]Ą€0€Ŧ€0€Ą€GLC83712Ŗ€ĸ€0€0€ €æpermease [Sphaerochaeta associata] >NBJ17103.1 permease [Dehalobacter sp. 4CP] >NLA97187.1 permease [Spirochaetales bacterium] >UOM52323.1 permease [Sphaerochaeta associata] >SMP45610.1 Predicted permease [Sphaerochaeta associata]Ą€0€Š€0€Ą€ WP_244774495Ŗ€ĸ€0€0€ €‚MULTISPECIES: NAD(P)-binding domain-containing protein [Micrococcus] >MCM3551349.1 NAD(P)/FAD-dependent oxidoreductase [Micrococcus luteus] >MCT2067510.1 NAD(P)/FAD-dependent oxidoreductase [Micrococcus luteus] >MCT2254130.1 NAD(P)/FAD-dependent oxidoreductase [Micrococcus luteus]Ą€0€Š€0€Ą€ WP_113913927Ŗ€ĸ€0€0€ €eN-6 DNA methylase [Massilia phyllostachyos] >MCD2514728.1 N-6 DNA methylase [Massilia phyllostachyos]Ą€0€Š€0€Ą€ WP_231056077Ŗ€ĸ€0€0€ €Eendonuclease domain-containing protein [Stenotrophomonas maltophilia]Ą€0€¤€0€Ą€ MBH1832495Ŗ€ĸ€0€0€ €.TMEM175 family protein [Bifidobacterium canis]Ą€0€Š€0€Ą€ WP_246165763Ŗ€ĸ€0€0€ €įiron ABC transporter permease [Candidatus Methanomethylophilus sp.] >MCI2074501.1 iron ABC transporter permease [Candidatus Methanomethylophilus sp.] >MCI2093786.1 iron ABC transporter permease [Candidatus Methanomethylophilus sp.]Ą€0€¤€0€Ą€ MCH3978367Ŗ€ĸ€0€0€ €“DNA-directed RNA polymerase subunit beta' [Enterobacter hormaechei] >UXI39853.1 DNA-directed RNA polymerase subunit beta' [Enterobacter hormaechei]Ą€0€Š€0€Ą€ WP_261665820Ŗ€ĸ€0€0€ €0unnamed protein product [Rotaria magnacalcarata]Ą€0€Ĩ€0€Ą€ CAF2148714Ŗ€ĸ€0€0€ €…VOC family protein [Dethiosulfatibacter aminovorans] >SHI38684.1 lactoylglutathione lyase [Dethiosulfatibacter aminovorans DSM 17477]Ą€0€Š€0€Ą€ WP_073045763Ŗ€ĸ€0€0€ €BTBC1 domain family member 5 isoform X2 [Sphaerodactylus townsendi]Ą€0€Š€0€Ą€ XP_048366669Ŗ€ĸ€0€0€ €‚baseplate assembly protein [Escherichia coli] >EFE4323261.1 baseplate assembly protein [Escherichia coli] >EFE5904591.1 baseplate assembly protein [Escherichia coli] >EFE6231132.1 baseplate assembly protein [Escherichia coli] >EFE6257714.1 baseplate assembly protein [Escherichia coli]Ą€0€¤€0€Ą€ EEX5979844Ŗ€ĸ€0€0€ €ehypothetical protein [Clostridia bacterium] >MBQ3554477.1 hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3226584Ŗ€ĸ€0€0€ €DE3 ubiquitin-protein ligase MYCBP2 isoform X11 [Agelaius phoeniceus]Ą€0€Š€0€Ą€ XP_054484247Ŗ€ĸ€0€0€ €3hypothetical protein, partial [Acaenitus dubitator]Ą€0€¤€0€Ą€QQO98901Ŗ€ĸ€0€0€ €8class I SAM-dependent methyltransferase [Rhodoferax sp.]Ą€0€¤€0€Ą€ MCK9213126Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOO25268Ŗ€ĸ€0€0€ €YP-loop containing nucleoside triphosphate hydrolase protein [Scenedesmus sp. NREL 46B-D3]Ą€0€¤€0€Ą€ KAF6257731Ŗ€ĸ€0€0€ €šhelix-turn-helix domain-containing protein [Enterococcus casseliflavus] >NKD30547.1 M protein trans-acting positive regulator [Enterococcus casseliflavus]Ą€0€Š€0€Ą€ WP_167827352Ŗ€ĸ€0€0€ €3response regulator [Inquilinus sp. Marseille-Q2685]Ą€0€Š€0€Ą€ WP_225767809Ŗ€ĸ€0€0€ €$hypothetical protein [Spirosoma sp.]Ą€0€¤€0€Ą€ MBC7569412Ŗ€ĸ€0€0€ €phosphopantetheine-binding protein [Paenibacillus allorhizosphaerae] >CAG7659187.1 D-alanyl carrier protein [Paenibacillus allorhizosphaerae]Ą€0€Š€0€Ą€ WP_218103566Ŗ€ĸ€0€0€ €DUncharacterised protein [Mycobacteroides abscessus subsp. abscessus]Ą€0€Ĩ€0€Ą€SKY52432Ŗ€ĸ€0€0€ €…outer membrane beta-barrel protein [Pseudomonadota bacterium] >MBV1746757.1 outer membrane beta-barrel protein [Desulfomicrobium sp.]Ą€0€¤€0€Ą€ MBU4593984Ŗ€ĸ€0€0€ €hypothetical protein [Lacticaseibacillus paracasei] >AWR91053.1 hypothetical protein DMC16_07890 [Lacticaseibacillus paracasei]Ą€0€Š€0€Ą€ WP_110344369Ŗ€ĸ€0€0€ €"guanine deaminase [Nevskia ramosa]Ą€0€Š€0€Ą€ WP_022975915Ŗ€ĸ€0€0€ €•NADH-quinone oxidoreductase subunit NuoE [Paenibacillus timonensis] >MCH1641695.1 NADH-quinone oxidoreductase subunit NuoE [Paenibacillus timonensis]Ą€0€Š€0€Ą€ WP_178020540Ŗ€ĸ€0€0€ €fhypothetical protein [Bradyrhizobium sp. 48] >MCK1461803.1 hypothetical protein [Bradyrhizobium sp. 2]Ą€0€¤€0€Ą€ MCK1443663Ŗ€ĸ€0€0€ €wDNA topoisomerase IV subunit A [Leuconostoc citreum] >MBU7449970.1 DNA topoisomerase IV subunit A [Leuconostoc citreum]Ą€0€Š€0€Ą€ WP_216768648Ŗ€ĸ€0€0€ €‚iMULTISPECIES: recombination mediator RecR [Vibrio] >ANP75999.1 recombination protein RecR [Vibrio crassostreae 9CS106] >KAA8674244.1 recombination protein RecR [Vibrio gigantis] >MBE8575032.1 recombination protein RecR [Vibrio sp. OPT18] >MCC4888408.1 recombination mediator RecR [Vibrio sp. F13] >MCG9544178.1 recombination mediator RecR [Vibrio sp. Isolate33]Ą€0€Š€0€Ą€ WP_019823189Ŗ€ĸ€0€0€ €6peptide chain release factor 1 [Myxococcota bacterium]Ą€0€¤€0€Ą€ MCH2409214Ŗ€ĸ€0€0€ €‰LysR family transcriptional regulator [Eggerthella guodeyinii] >MRX82658.1 LysR family transcriptional regulator [Eggerthella guodeyinii]Ą€0€Š€0€Ą€ WP_154333510Ŗ€ĸ€0€0€ €:serine/threonine protein kinase [Nostoc linckia FACHB-104]Ą€0€¤€0€Ą€ MBD2210269Ŗ€ĸ€0€0€ €URagB/SusD family nutrient uptake outer membrane protein [Sphingobacterium tabacisoli]Ą€0€Š€0€Ą€ WP_210352796Ŗ€ĸ€0€0€ €Bergothioneine biosynthesis protein EgtB [Streptomyces sp. GESEQ-4]Ą€0€Š€0€Ą€ WP_210569664Ŗ€ĸ€0€0€ €8FAD-dependent oxidoreductase [Achromobacter sp. GD03932]Ą€0€Š€0€Ą€ WP_280015341Ŗ€ĸ€0€0€ €BDNA polymerase III subunit epsilon [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NCO19736Ŗ€ĸ€0€0€ €Aconserved membrane hypothetical protein [Desulfosarcina cetonica]Ą€0€Ĩ€0€Ą€VTR69884Ŗ€ĸ€0€0€ €{excinuclease ABC subunit UvrA [Suonthocola fibrivorans] >SCJ79859.1 Excinuclease ABC subunit A [uncultured Clostridium sp.]Ą€0€Š€0€Ą€ WP_158347019Ŗ€ĸ€0€0€ €eUDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Chryseobacterium sp. LAM-KRS1]Ą€0€Š€0€Ą€ WP_172281536Ŗ€ĸ€0€0€ €.hypothetical protein [Staphylococcus succinus]Ą€0€Š€0€Ą€ WP_248827332Ŗ€ĸ€0€0€ €&GlpM family protein [Escherichia coli]Ą€0€¤€0€Ą€ EHX0204875Ŗ€ĸ€0€0€ €qcentriolar satellite-associated tubulin polyglutamylase complex regulator 1 isoform X1 [Nyctereutes procyonoides]Ą€0€Š€0€Ą€ XP_055165408Ŗ€ĸ€0€0€ €{hypothetical protein [Streptomyces sp. CA-210063] >UUU33467.1 hypothetical protein JIX56_28450 [Streptomyces sp. CA-210063]Ą€0€Š€0€Ą€ WP_257544752Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAV98325Ŗ€ĸ€0€0€ €ŒA24 family peptidase [Anoxybacillus calidus] >MBA2871619.1 leader peptidase (prepilin peptidase)/N-methyltransferase [Anoxybacillus calidus]Ą€0€Š€0€Ą€ WP_181537449Ŗ€ĸ€0€0€ €qhypothetical protein [Streptomyces neyagawaensis] >MCL6732396.1 hypothetical protein [Streptomyces neyagawaensis]Ą€0€Š€0€Ą€ WP_055542300Ŗ€ĸ€0€0€ €ŽMULTISPECIES: 50S ribosomal protein L13 [Miniimonas] >TNU73865.1 50S ribosomal protein L13 [Miniimonas arenae] >HCX86112.1 50S ribosomal protein L13 [Micrococcales bacterium]Ą€0€Š€0€Ą€ WP_108719223Ŗ€ĸ€0€0€ €ORnfABCDGE type electron transport complex subunit D [Phycisphaerales bacterium]Ą€0€¤€0€Ą€NNF43866Ŗ€ĸ€0€0€ €QNQ89494.1 M1 family peptidase [Corynebacterium poyangense]Ą€0€Š€0€Ą€ WP_187974949Ŗ€ĸ€0€0€ €„uncharacterized protein F5147DRAFT_406975 [Suillus discolor] >KAG2094617.1 hypothetical protein F5147DRAFT_406975 [Suillus discolor]Ą€0€Š€0€Ą€ XP_041287579Ŗ€ĸ€0€0€ €CTetR/AcrR family transcriptional regulator [Catellatospora sp. KI3]Ą€0€Š€0€Ą€ WP_281305524Ŗ€ĸ€0€0€ €7hypothetical protein CRE_20079 [Caenorhabditis remanei]Ą€0€¤€0€Ą€EFP02123Ŗ€ĸ€0€0€ €‚|type II secretion system F family protein [Campylobacter jejuni] >EAI0000134.1 type II secretion system F family protein [Campylobacter jejuni] >EAI0407462.1 type II secretion system F family protein [Campylobacter jejuni] >EAI0718316.1 type II secretion system F family protein [Campylobacter jejuni] >EAK6680663.1 type II secretion system F family protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAH8250412Ŗ€ĸ€0€0€ €†MDR family MFS transporter [Ralstonia syzygii] >CCA85010.1 putative multidrug resistance transmembrane protein [Ralstonia syzygii R24]Ą€0€Š€0€Ą€ WP_197332010Ŗ€ĸ€0€0€ €-hypothetical protein [Nitrospirota bacterium]Ą€0€¤€0€Ą€ MBI5212085Ŗ€ĸ€0€0€ €7DivIVA domain-containing protein [Actinoplanes lobatus]Ą€0€¤€0€Ą€ MBB4747289Ŗ€ĸ€0€0€ €KtRNA (guanosine(37)-N1)-methyltransferase TrmD [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ6275073Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOM22963Ŗ€ĸ€0€0€ €žzinc-dependent metalloprotease family protein [Zooshikella ganghwensis] >MBU2707204.1 carbohydrate binding domain-containing protein [Zooshikella ganghwensis]Ą€0€Š€0€Ą€ WP_212720030Ŗ€ĸ€0€0€ €‚ōflagellar biosynthesis protein FlhB [Salmonella enterica] >EAR0346105.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >EAS9679733.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >EBP0189222.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >ECF9747253.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >EDV4942008.1 flagellar type III secretion system protein FlhB [Salmonella enterica subsp. arizonae]Ą€0€Š€0€Ą€ WP_079835571Ŗ€ĸ€0€0€ €/Coat protein [Tomato leaf curl New Delhi virus]Ą€0€Ĩ€0€Ą€CUU64509Ŗ€ĸ€0€0€ €1signal peptide peptidase-like 1 [Ipomoea triloba]Ą€0€Š€0€Ą€ XP_031095384Ŗ€ĸ€0€0€ €;beta-lactamase family protein [Flavobacteriaceae bacterium]Ą€0€¤€0€Ą€NNK86663Ŗ€ĸ€0€0€ €thioesterase [Frankia sp. KB5]Ą€0€¤€0€Ą€ORT47413Ŗ€ĸ€0€0€ €gthymidine phosphorylase [Pantoea agglomerans] >WEC73158.1 thymidine phosphorylase [Pantoea agglomerans]Ą€0€Š€0€Ą€ WP_275102754Ŗ€ĸ€0€0€ €PLOW QUALITY PROTEIN: cell division control protein 6 homolog [Carassius auratus]Ą€0€Š€0€Ą€ XP_026109466Ŗ€ĸ€0€0€ €gDUF47 family protein [Bilophila wadsworthia] >MCI6539659.1 DUF47 family protein [Bilophila wadsworthia]Ą€0€Š€0€Ą€ WP_279046072Ŗ€ĸ€0€0€ €wcellulose-binding protein [Streptomyces xanthophaeus] >GHI87346.1 cellulose-binding protein [Streptomyces xanthophaeus]Ą€0€Š€0€Ą€ WP_031150487Ŗ€ĸ€0€0€ €:hypothetical protein FPHOBKDP_00085 [Listeria phage LPJP1]Ą€0€¤€0€Ą€QXN67839Ŗ€ĸ€0€0€ €ANADP-dependent isocitrate dehydrogenase [Terriglobales bacterium]Ą€0€¤€0€Ą€ MBI2682423Ŗ€ĸ€0€0€ €NPQQ-binding-like beta-propeller repeat protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBL4581517Ŗ€ĸ€0€0€ €?hypothetical protein E6H47_07195 [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€TMH88670Ŗ€ĸ€0€0€ €Bhypothetical protein Misp05_47720 [Micromonospora sp. NBRC 107095]Ą€0€Ŧ€0€Ą€GLZ61196Ŗ€ĸ€0€0€ €dhypothetical protein, partial [Escherichia coli] >MWJ65893.1 hypothetical protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_202116891Ŗ€ĸ€0€0€ €(unnamed protein product [Mytilus edulis]Ą€0€Ĩ€0€Ą€ CAG2201344Ŗ€ĸ€0€0€ €0citryl-CoA lyase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NOX27817Ŗ€ĸ€0€0€ €‚efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAI4351299.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAJ7037266.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAJ7665019.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAK7980844.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >ECL4217525.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_220524718Ŗ€ĸ€0€0€ €*hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EBN6490838Ŗ€ĸ€0€0€ €)Na+/H+ antiporter [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBR1104065Ŗ€ĸ€0€0€ €ƒhypothetical protein [Allocoleopsis franciscana] >AFZ19512.1 hypothetical protein Mic7113_3794 [Allocoleopsis franciscana PCC 7113]Ą€0€Š€0€Ą€ WP_015183653Ŗ€ĸ€0€0€ €Aribosomal lysine N-methyltransferase 1 [Saccharomyces cerevisiae]Ą€0€Ŧ€0€Ą€GFP71094Ŗ€ĸ€0€0€ €>uncharacterized protein si:ch211-79k12.1 [Cheilinus undulatus]Ą€0€Š€0€Ą€ XP_041648869Ŗ€ĸ€0€0€ €3toprim domain-containing protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MCM1168016Ŗ€ĸ€0€0€ €Hribonucleotide-diphosphate reductase subunit alpha [Salmonella enterica]Ą€0€¯€0€Ą€ HAC8926176Ŗ€ĸ€0€0€ €pserine/threonine-protein kinase [Sorangium cellulosum] >CAN93545.1 Protein kinase [Sorangium cellulosum So ce56]Ą€0€Š€0€Ą€ WP_012236017Ŗ€ĸ€0€0€ €‚Ÿresponse regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ1322728.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ1740279.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ1911031.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ2078067.1 response regulator transcription factor [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MBP1530348Ŗ€ĸ€0€0€ €P-type conjugative transfer protein TrbL [Pseudomonas lalucatii] >MBS7661635.1 P-type conjugative transfer protein TrbL [Pseudomonas lalucatii]Ą€0€Š€0€Ą€ WP_213638963Ŗ€ĸ€0€0€ €*AAA family ATPase [Listeria monocytogenes]Ą€0€¤€0€Ą€ MCH2804017Ŗ€ĸ€0€0€ €†Mut7-C RNAse domain-containing protein [Burkholderia territorii] >KVN46083.1 twitching motility protein PilT [Burkholderia territorii]Ą€0€Š€0€Ą€ WP_059978677Ŗ€ĸ€0€0€ €‚RMULTISPECIES: type II toxin-antitoxin system VapC family toxin [Agrobacterium tumefaciens complex] >AYM14445.1 hypothetical protein At1D1108_48190 [Agrobacterium tumefaciens] >NSY93559.1 type II toxin-antitoxin system VapC family toxin [Agrobacterium tumefaciens] >CUX05826.1 putative VapC ribonuclease Y4jK [Agrobacterium fabacearum S56]Ą€0€Š€0€Ą€ WP_025591525Ŗ€ĸ€0€0€ €9diphosphomevalonate decarboxylase [Ascosphaera aggregata]Ą€0€¤€0€Ą€ KAI5289156Ŗ€ĸ€0€0€ €7GYD domain-containing protein [Rhizobium leguminosarum]Ą€0€Š€0€Ą€ WP_205930861Ŗ€ĸ€0€0€ €™lysylphosphatidylglycerol synthase transmembrane domain-containing protein [Pseudomonas putida] >PTV66292.1 TIGR00374 family protein [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_108078099Ŗ€ĸ€0€0€ €Bbiotin--[acetyl-CoA-carboxylase] ligase [Cereibacter azotoformans]Ą€0€¤€0€Ą€ MBO4168293Ŗ€ĸ€0€0€ €~uncharacterized protein LAJ45_10702 [Morchella importuna] >KAH8145265.1 hypothetical protein LAJ45_10702 [Morchella importuna]Ą€0€Š€0€Ą€ XP_045966569Ŗ€ĸ€0€0€ €transglutaminase family protein [Croceibacterium salegens] >MXO59415.1 transglutaminase family protein [Croceibacterium salegens]Ą€0€Š€0€Ą€ WP_159793761Ŗ€ĸ€0€0€ €1hypothetical protein [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€ MBJ7265026Ŗ€ĸ€0€0€ €>hypothetical protein BU730P1_00045 [Bacteroides phage BU730P1]Ą€0€¤€0€Ą€WAX10255Ŗ€ĸ€0€0€ €ZPAS domain-containing methyl-accepting chemotaxis protein [Thalassospira sp. MCCC 1A01428]Ą€0€Š€0€Ą€ WP_246832833Ŗ€ĸ€0€0€ €Iphosphoribosylformylglycinamidine cyclo-ligase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MCR5574391Ŗ€ĸ€0€0€ €'GldG family protein [Dyella subtropica]Ą€0€Š€0€Ą€ WP_266169258Ŗ€ĸ€0€0€ €0hypothetical protein [Elusimicrobiota bacterium]Ą€0€¤€0€Ą€ MBK8423602Ŗ€ĸ€0€0€ €ITetR/AcrR family transcriptional regulator [Chryseobacterium sp. Leaf201]Ą€0€Š€0€Ą€ WP_185116294Ŗ€ĸ€0€0€ €‘iron-containing alcohol dehydrogenase, partial [Proteus mirabilis] >TFT45620.1 iron-containing alcohol dehydrogenase, partial [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_135180648Ŗ€ĸ€0€0€ €ihypothetical protein [Myxococcales bacterium] >MCB9705491.1 hypothetical protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCA9634778Ŗ€ĸ€0€0€ €Æheme anaerobic degradation radical SAM methyltransferase ChuW/HutW, partial [Vibrio sp. V19_P1S1T109] >OXX69546.1 putative heme utilization radical SAM enzyme HutW, partial [Vibrio sp. V19_P1S1T109]Ą€0€Š€0€Ą€ WP_094151267Ŗ€ĸ€0€0€ €/hypothetical protein [Leptospiraceae bacterium]Ą€0€¤€0€Ą€MBI41622Ŗ€ĸ€0€0€ €/hypothetical protein [Flavobacteriia bacterium]Ą€0€¤€0€Ą€NDD35992Ŗ€ĸ€0€0€ €‚(hypothetical protein [Campylobacter hyointestinalis] >PPB51267.1 hypothetical protein CDQ68_08390 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB52390.1 hypothetical protein CDQ69_07605 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB61166.1 hypothetical protein CDQ72_05585 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB65068.1 hypothetical protein CDQ73_02110 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB65726.1 hypothetical protein CDQ75_08195 [Campylobacter hyointestinalis subsp. hyointestinalis]Ą€0€Š€0€Ą€ WP_059432031Ŗ€ĸ€0€0€ €HBspA family leucine-rich repeat surface protein [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAH3295886Ŗ€ĸ€0€0€ €‘PREDICTED: methylmalonic aciduria and homocystinuria type C protein [Capra hircus] >KAJ1063947.1 hypothetical protein K5549_009259 [Capra hircus]Ą€0€Š€0€Ą€ XP_005678593Ŗ€ĸ€0€0€ €;SPFH domain-containing protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€NQX99425Ŗ€ĸ€0€0€ €ĩcapsule polysaccharide biosynthesis protein [Aspergillus saccharolyticus JOP 1030-1] >PYH44624.1 capsule polysaccharide biosynthesis protein [Aspergillus saccharolyticus JOP 1030-1]Ą€0€Š€0€Ą€ XP_025430606Ŗ€ĸ€0€0€ €‚ŌMULTISPECIES: diguanylate cyclase AdrA [Salmonella] >pir|AH0549| adrA protein [imported] - Salmonella enterica subsp. enterica serovar Typhi (strain CT18) [Salmonella enterica subsp. enterica serovar Typhi] >EBH2514894.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Enteritidis] >EBH8523462.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. CR0044] >ECK9447520.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. CFSAN000626] >EHG5370500.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Paratyphi A] >EHM9605277.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Rough:-] >HAB6954650.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. 404ty] >HAD6508000.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344] >HAE0039911.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Enteritidis str. P125109] >HCG3555194.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. AG3] >HCM6890665.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhimurium str. D23580]Ą€0€Š€0€Ą€ WP_000484099Ŗ€ĸ€0€0€ €}AmmeMemoRadiSam system protein A [Collinsella tanakaei] >MBM6779883.1 AmmeMemoRadiSam system protein A [Collinsella tanakaei]Ą€0€Š€0€Ą€ WP_204618903Ŗ€ĸ€0€0€ €CoA activase [bacterium]Ą€0€¤€0€Ą€ MBK7140969Ŗ€ĸ€0€0€ €uprotoporphyrinogen oxidase [Paenibacillus sp. GM2FR] >PJN55724.1 Protoporphyrinogen oxidase [Paenibacillus sp. GM2FR]Ą€0€Š€0€Ą€ WP_100537786Ŗ€ĸ€0€0€ €?NADH-quinone oxidoreductase subunit A [Bacteroidales bacterium]Ą€0€¤€0€Ą€NLI35930Ŗ€ĸ€0€0€ €RMULTISPECIES: Holliday junction branch migration DNA helicase RuvB [Streptococcus]Ą€0€Š€0€Ą€ WP_173283317Ŗ€ĸ€0€0€ €Apreprotein translocase subunit SecY [Xanthomarina gelatinilytica]Ą€0€¯€0€Ą€HAB28525Ŗ€ĸ€0€0€ €:heparin lyase I family protein [Bradyrhizobium embrapense]Ą€0€Š€0€Ą€ WP_157113211Ŗ€ĸ€0€0€ €.HPr(Ser) kinase/phosphatase [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBQ1897904Ŗ€ĸ€0€0€ €2hypothetical protein [Gemmatimonadaceae bacterium]Ą€0€¤€0€Ą€ MCU0622952Ŗ€ĸ€0€0€ €630S ribosomal protein S13 [Nitrosomonadales bacterium]Ą€0€¤€0€Ą€ MBI5438416Ŗ€ĸ€0€0€ €]thiaminase II [Enterococcus sp. BWB1-3] >MBL1229446.1 thiaminase II [Enterococcus sp. BWB1-3]Ą€0€Š€0€Ą€ WP_202067358Ŗ€ĸ€0€0€ €PRossmann-like and DUF2520 domain-containing protein [Chromobacterium amazonense]Ą€0€Š€0€Ą€ WP_274771680Ŗ€ĸ€0€0€ €6GNAT family N-acetyltransferase [Maribellus sediminis]Ą€0€Š€0€Ą€ WP_167605087Ŗ€ĸ€0€0€ €7CotH kinase family protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBP6311895Ŗ€ĸ€0€0€ €FPLP-dependent aminotransferase family protein [Streptomyces sp. XM83C]Ą€0€¤€0€Ą€ MCK1819907Ŗ€ĸ€0€0€ €%fimbrial chaperone [Escherichia coli]Ą€0€¯€0€Ą€ HAP0275886Ŗ€ĸ€0€0€ €3TonB-dependent receptor [Xanthomonadales bacterium]Ą€0€¤€0€Ą€ MCE2873365Ŗ€ĸ€0€0€ €chead decoration protein [Escherichia coli] >EJB5478758.1 head decoration protein [Escherichia coli]Ą€0€¤€0€Ą€ EFQ5532992Ŗ€ĸ€0€0€ €{energy transducer TonB [candidate division KSB1 bacterium] >MCB9503674.1 energy transducer TonB [Deferribacteres bacterium]Ą€0€¤€0€Ą€ MCA9734355Ŗ€ĸ€0€0€ €ˆTPM domain-containing protein [Pseudodesulfovibrio nedwellii] >BDQ37903.1 hypothetical protein SYK_22630 [Pseudodesulfovibrio nedwellii]Ą€0€Š€0€Ą€ WP_281760414Ŗ€ĸ€0€0€ €'PCSK4 convertase [Tachuris rubrigastra]Ą€0€¤€0€Ą€NWR36449Ŗ€ĸ€0€0€ €‚ZMULTISPECIES: nucleoside hydrolase [Serratia] >ANM77078.1 inosine-uridine preferring nucleoside hydrolase family protein [Serratia marcescens] >KFF87762.1 hydrolase [Serratia nematodiphila DZ0503SBS1] >KMJ12412.1 hypothetical protein SN04_03520 [Serratia marcescens] >SCY81480.1 Inosine-uridine nucleoside N-ribohydrolase [Serratia nematodiphila]Ą€0€Š€0€Ą€ WP_033631967Ŗ€ĸ€0€0€ €9hypothetical protein TCDM_03583 [Trypanosoma cruzi Dm28c]Ą€0€¤€0€Ą€ESS67695Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOP71390Ŗ€ĸ€0€0€ €:thioesterase family protein [Mycolicibacterium hippocampi]Ą€0€Š€0€Ą€ WP_163889187Ŗ€ĸ€0€0€ €0MULTISPECIES: hypothetical protein [Pseudomonas]Ą€0€Š€0€Ą€ WP_230633440Ŗ€ĸ€0€0€ €ĶATP-dependent zinc metalloprotease FtsH [Methylomonas rapida] >MCQ1314132.1 ATP-dependent zinc metalloprotease FtsH [Methylomonas rapida] >WAR46106.1 ATP-dependent zinc metalloprotease FtsH [Methylomonas rapida]Ą€0€Š€0€Ą€ WP_255187010Ŗ€ĸ€0€0€ €Nsuccinate dehydrogenase, cytochrome b556 subunit [Xanthobacteraceae bacterium]Ą€0€¤€0€Ą€ MBX9648850Ŗ€ĸ€0€0€ €žIg-like domain-containing protein, partial [Agrobacterium albertimagni] >EKF56923.1 hypothetical protein QWE_24125, partial [Agrobacterium albertimagni AOL15]Ą€0€Š€0€Ą€ WP_006728805Ŗ€ĸ€0€0€ €“TM0106 family RecB-like putative nuclease [Flavobacterium sp. ENC] >MCD0464062.1 TM0106 family RecB-like putative nuclease [Flavobacterium sp. ENC]Ą€0€Š€0€Ą€ WP_230699958Ŗ€ĸ€0€0€ €4site-specific integrase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6890073Ŗ€ĸ€0€0€ €>type I methionyl aminopeptidase [Sphaerospermopsis sp. SIO1G1]Ą€0€¤€0€Ą€NET00292Ŗ€ĸ€0€0€ €wABC transporter permease [Streptomyces xanthochromogenes] >GHB20329.1 membrane protein [Streptomyces xanthochromogenes]Ą€0€Š€0€Ą€ WP_189761921Ŗ€ĸ€0€0€ €cexonuclease subunit SbcD [Mixta hanseatica] >UQY45178.1 exonuclease subunit SbcD [Mixta hanseatica]Ą€0€Š€0€Ą€ WP_249893756Ŗ€ĸ€0€0€ €‚hybrid sensor histidine kinase/response regulator [Citrobacter freundii] >OUE71082.1 integral membrane sensor hybrid histidine kinase [Citrobacter freundii] >QLD09340.1 response regulator [Citrobacter freundii] >HCM58529.1 HAMP domain-containing protein [Citrobacter freundii]Ą€0€Š€0€Ą€ WP_086504813Ŗ€ĸ€0€0€ €/hypothetical protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MCH6549687Ŗ€ĸ€0€0€ €>hypothetical protein E1A91_A13G268900v1 [Gossypium mustelinum]Ą€0€¤€0€Ą€TYJ03004Ŗ€ĸ€0€0€ €"CC166 protein [Phainopepla nitens]Ą€0€¤€0€Ą€NXO69257Ŗ€ĸ€0€0€ €Pdihydrolipoamide succinyltransferase [Betaproteobacteria bacterium RBG_16_64_18]Ą€0€¤€0€Ą€OFZ89526Ŗ€ĸ€0€0€ €-acetyltransferase [Chitinophagales bacterium]Ą€0€¤€0€Ą€ MBL7790458Ŗ€ĸ€0€0€ €/hypothetical protein [SAR324 cluster bacterium]Ą€0€¤€0€Ą€ MBF0278962Ŗ€ĸ€0€0€ €type II secretion system F family protein [Rhizobium sp. PEPV16] >KAF5881732.1 type II secretion system F family protein [Rhizobium sp. PEPV16]Ą€0€Š€0€Ą€ WP_151519865Ŗ€ĸ€0€0€ €’MULTISPECIES: DUF1488 domain-containing protein [unclassified Caballeronia] >QSN62033.1 DUF1488 domain-containing protein [Caballeronia sp. M1242]Ą€0€Š€0€Ą€ WP_175939838Ŗ€ĸ€0€0€ €˜contractile injection system protein, VgrG/Pvc8 family [Sphingomonas aracearum] >RDE04677.1 phage late control D family protein [Sphingomonas aracearum]Ą€0€Š€0€Ą€ WP_114688413Ŗ€ĸ€0€0€ €5hypothetical protein E3Q15_01780 [Wallemia mellicola]Ą€0€¤€0€Ą€TIC14313Ŗ€ĸ€0€0€ €Lhypothetical protein BK712_19325 [Bacillus thuringiensis serovar seoulensis]Ą€0€¤€0€Ą€OTX04318Ŗ€ĸ€0€0€ €0lipid A 1-phosphatase LpxE [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_248415755Ŗ€ĸ€0€0€ €=uncharacterized protein TNCV_3181821 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFV11951Ŗ€ĸ€0€0€ €ˆPhzF family phenazine biosynthesis isomerase [Bacillus thuringiensis] >OTY21364.1 isomerase [Bacillus thuringiensis serovar navarrensis]Ą€0€Š€0€Ą€ WP_088031849Ŗ€ĸ€0€0€ €Htrinucleotide repeat-containing gene 6C protein-like [Scomber japonicus]Ą€0€Š€0€Ą€ XP_053193947Ŗ€ĸ€0€0€ €dtranslation initiation factor IF-2 N-terminal domain-containing protein [Selenomonadaceae bacterium]Ą€0€¤€0€Ą€ MBR6343266Ŗ€ĸ€0€0€ €$hypothetical protein [Gimesia algae]Ą€0€Š€0€Ą€ WP_232103437Ŗ€ĸ€0€0€ €&hypothetical protein [Nostoc sp. KVJ3]Ą€0€Š€0€Ą€ WP_265275480Ŗ€ĸ€0€0€ €fbifunctional ADP-dependent NAD(P)H-hydrate dehydratase/NAD(P)H-hydrate epimerase [Salmonella enterica]Ą€0€¤€0€Ą€ EIO1807611Ŗ€ĸ€0€0€ € peptidase M28 [Streptomyces sp.]Ą€0€¤€0€Ą€NUT29294Ŗ€ĸ€0€0€ €Ktype II toxin-antitoxin system PemK/MazF family toxin [Bacillota bacterium]Ą€0€¤€0€Ą€ MBR3785149Ŗ€ĸ€0€0€ €:hypothetical protein [Candidatus Microgenomates bacterium]Ą€0€¤€0€Ą€ MBI3290135Ŗ€ĸ€0€0€ €krecombination regulator RecX [Burkholderia ubonensis] >KVX78967.1 recombinase RecX [Burkholderia ubonensis]Ą€0€Š€0€Ą€ WP_060115800Ŗ€ĸ€0€0€ €–7TM diverse intracellular signaling domain-containing protein [Pseudoalteromonas phenolica] >TLX46432.1 histidine kinase [Pseudoalteromonas phenolica]Ą€0€Š€0€Ą€ WP_138482356Ŗ€ĸ€0€0€ €Esodium:proton antiporter NhaD [Campylobacter sp. IFREMER_LSEM_CL2101]Ą€0€Š€0€Ą€ WP_263727326Ŗ€ĸ€0€0€ €‚ĪMarR family transcriptional regulator [Peribacillus frigoritolerans] >MBD8588529.1 MarR family transcriptional regulator [Peribacillus simplex] >NCT35708.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >MCP1151075.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >MCT1389252.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >CEG25073.1 MarR family transcriptional regulator [Peribacillus simplex]Ą€0€Š€0€Ą€ WP_072274035Ŗ€ĸ€0€0€ €OPQQ-dependent dehydrogenase, methanol/ethanol family [Porticoccaceae bacterium]Ą€0€¤€0€Ą€ MBT4210917Ŗ€ĸ€0€0€ €bPREDICTED: protein TRIGALACTOSYLDIACYLGLYCEROL 2, chloroplastic-like isoform X2 [Raphanus sativus]Ą€0€Š€0€Ą€ XP_018439942Ŗ€ĸ€0€0€ €9RNA-binding protein 42 isoform X2 [Phyllostomus hastatus]Ą€0€Š€0€Ą€ XP_045702922Ŗ€ĸ€0€0€ €įsite-specific integrase [Lactiplantibacillus plantarum] >KZU44632.1 Integrase [Lactiplantibacillus plantarum] >KZU44983.1 Integrase [Lactiplantibacillus plantarum] >QBA80105.1 site-specific integrase [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_063485223Ŗ€ĸ€0€0€ €mHugZ family heme oxygenase [Helicobacter pylori] >QEF21038.1 HugZ family heme oxygenase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_149236326Ŗ€ĸ€0€0€ €Chypothetical protein M422DRAFT_254370 [Sphaerobolus stellatus SS14]Ą€0€¤€0€Ą€KIJ42589Ŗ€ĸ€0€0€ €‚cytochrome b, partial [Locusta migratoria] >BAI82637.1 cytochrome b, partial [Locusta migratoria] >BAI82638.1 cytochrome b, partial [Locusta migratoria] >BAI82639.1 cytochrome b, partial [Locusta migratoria] >BAI82640.1 cytochrome b, partial [Locusta migratoria]Ą€0€Ŧ€0€Ą€BAI82636Ŗ€ĸ€0€0€ €ehypothetical protein [Cohnella sp. NL03-T5] >MCD9025824.1 hypothetical protein [Cohnella sp. NL03-T5]Ą€0€Š€0€Ą€ WP_232189573Ŗ€ĸ€0€0€ €•beta-propeller fold lactonase family protein [Kofleriaceae bacterium] >VUZ85658.1 Virginiamycin B lyase [Candidatus Methylomirabilis lanthanidiphila]Ą€0€¤€0€Ą€ MBZ0168159Ŗ€ĸ€0€0€ €Nwinged helix-turn-helix transcriptional regulator [Parvularculaceae bacterium]Ą€0€¤€0€Ą€NWG72028Ŗ€ĸ€0€0€ €CDUF5684 domain-containing protein, partial [Microbacterium sp. K35]Ą€0€Š€0€Ą€ WP_136035264Ŗ€ĸ€0€0€ €*hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EAP3700350Ŗ€ĸ€0€0€ €6cystathionine beta-synthase [Streptomyces sp. ISL-111]Ą€0€Š€0€Ą€ WP_251074290Ŗ€ĸ€0€0€ €…rhomboid family protein [Bacteroides fragilis str. 3725 D9(v)] >EXZ74498.1 rhomboid family protein [Bacteroides fragilis str. 3976T8]Ą€0€¤€0€Ą€EXZ64635Ŗ€ĸ€0€0€ €Bhypothetical protein BRAS3809_410003 [Bradyrhizobium sp. STM 3809]Ą€0€Ĩ€0€Ą€CCE01062Ŗ€ĸ€0€0€ €waspartate 1-decarboxylase [Adlercreutzia caecimuris] >MCI9208990.1 aspartate 1-decarboxylase [Adlercreutzia caecimuris]Ą€0€Š€0€Ą€ WP_278800290Ŗ€ĸ€0€0€ €&unnamed protein product [Mus musculus]Ą€0€Ŧ€0€Ą€BAB28876Ŗ€ĸ€0€0€ €?hypothetical protein T492DRAFT_837875 [Pavlovales sp. CCMP2436]Ą€0€¤€0€Ą€ KAJ1633120Ŗ€ĸ€0€0€ €ķTonB-dependent siderophore receptor [Pseudomonas mucidolens] >SDU93285.1 outer-membrane receptor for ferric coprogen and ferric-rhodotorulic acid [Pseudomonas mucidolens] >SQH33755.1 TonB-dependent siderophore receptor [Pseudomonas mucidolens]Ą€0€Š€0€Ą€ WP_090221424Ŗ€ĸ€0€0€ €surfeit 2 [Myotis myotis]Ą€0€¤€0€Ą€ KAF6315484Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEZ33207Ŗ€ĸ€0€0€ €AHelix-turn-helix domain protein [Planctomycetes bacterium Poly21]Ą€0€¤€0€Ą€TWU17869Ŗ€ĸ€0€0€ €;putative lipid II flippase FtsW [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBM3767188Ŗ€ĸ€0€0€ €‚Ąphosphorylcholine esterase CbpE [Streptococcus pneumoniae] >MBW8115208.1 phosphorylcholine esterase CbpE [Streptococcus pneumoniae] >CAG5536288.1 choline binding protein E CbpE [Streptococcus pneumoniae] >CAG5537130.1 choline binding protein E CbpE [Streptococcus pneumoniae] >CAG5542406.1 choline binding protein E CbpE [Streptococcus pneumoniae] >CVL99381.1 choline binding protein E CbpE [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_061364641Ŗ€ĸ€0€0€ €OAG12460.1 hypothetical protein CC84DRAFT_1159771 [Paraphaeosphaeria sporulosa]Ą€0€Š€0€Ą€ XP_018042825Ŗ€ĸ€0€0€ €rglycosyltransferase family A protein [Pedobacter soli] >SDD72051.1 Glycosyl transferase family 2 [Pedobacter soli]Ą€0€Š€0€Ą€ WP_090770466Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QXI91160Ŗ€ĸ€0€0€ €Asugar ABC transporter permease [Rhodobacteraceae bacterium D3-12]Ą€0€¤€0€Ą€UYV38309Ŗ€ĸ€0€0€ €AraC family transcriptional regulator [Acinetobacter venetianus] >KXZ73968.1 HTH-type transcriptional regulator VirS [Acinetobacter venetianus]Ą€0€Š€0€Ą€ WP_061517937Ŗ€ĸ€0€0€ €‡MULTISPECIES: Ig-like domain-containing protein [unclassified Limnothrix] >MBD2590641.1 hypothetical protein [Limnothrix sp. FACHB-406]Ą€0€Š€0€Ą€ WP_190531886Ŗ€ĸ€0€0€ €…DUF3313 domain-containing protein [Serratia grimesii] >CAI1070014.1 Protein of uncharacterised function (DUF3313) [Serratia grimesii]Ą€0€Š€0€Ą€ WP_130382900Ŗ€ĸ€0€0€ €Dcytochrome oxidase subunit 1, partial [Parasitidae sp. BOLD:ACH1904]Ą€0€¤€0€Ą€AKT58828Ŗ€ĸ€0€0€ €/liprin-beta-2b isoform X9 [Syngnathus scovelli]Ą€0€Š€0€Ą€ XP_049578625Ŗ€ĸ€0€0€ €œmannose-1-phosphate guanylyltransferase [Verrucomicrobiales bacterium] >MCP5557301.1 mannose-1-phosphate guanylyltransferase [Verrucomicrobiaceae bacterium]Ą€0€¤€0€Ą€ MCB1208284Ŗ€ĸ€0€0€ €‚ammonium transporter AmtB [Escherichia coli] >AKK47088.1 ammonium transporter [Escherichia coli PCN033] >EIG1652609.1 ammonium transporter AmtB [Escherichia coli] >KWV17660.1 ammonium transporter [Escherichia coli] >HBE3851640.1 ammonium transporter AmtB [Escherichia coli]Ą€0€Š€0€Ą€ WP_000685022Ŗ€ĸ€0€0€ €6transcription antiterminator [Staphylococcus simulans]Ą€0€Š€0€Ą€ WP_105979700Ŗ€ĸ€0€0€ €AAY94730.1 putative lipoprotein [Pseudomonas protegens Pf-5] >ASE21119.1 hypothetical protein CEP86_11685 [Pseudomonas protegens] >MBB1616860.1 hypothetical protein [Pseudomonas sp. UMC65] >MBB1617377.1 hypothetical protein [Pseudomonas sp. UME65] >MBF0643104.1 hypothetical protein [Pseudomonas protegens]Ą€0€Š€0€Ą€ WP_011063740Ŗ€ĸ€0€0€ €460S acidic ribosomal protein P1 [Cricetulus griseus]Ą€0€¤€0€Ą€EGV97757Ŗ€ĸ€0€0€ €kaminopeptidase N [Shewanella sp. 10N.286.52.C2] >PMG26474.1 aminopeptidase N [Shewanella sp. 10N.286.52.C2]Ą€0€Š€0€Ą€ WP_102477257Ŗ€ĸ€0€0€ €ĢSDR family oxidoreductase [Micromonospora luteifusca] >MBM7491988.1 NAD(P)-dependent dehydrogenase (short-subunit alcohol dehydrogenase family) [Micromonospora luteifusca]Ą€0€Š€0€Ą€ WP_204942955Ŗ€ĸ€0€0€ €ƒserine/threonine-protein kinase [Leptolyngbya sp. PCC 7376] >AFY37870.1 serine/threonine protein kinase [Leptolyngbya sp. PCC 7376]Ą€0€Š€0€Ą€ WP_015133641Ŗ€ĸ€0€0€ €/hypothetical protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCD6425313Ŗ€ĸ€0€0€ €3hypothetical protein NDA17_000310 [Ustilago hordei]Ą€0€¤€0€Ą€UTT93350Ŗ€ĸ€0€0€ €6MBL fold metallo-hydrolase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5602468Ŗ€ĸ€0€0€ €Ihypothetical protein A2X81_18755 [Desulfobacterales bacterium GWB2_56_26]Ą€0€¤€0€Ą€OGR18938Ŗ€ĸ€0€0€ €…nucleotide pyrophosphohydrolase [Planctomycetota bacterium] >MBI5796962.1 nucleotide pyrophosphohydrolase [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBI5677341Ŗ€ĸ€0€0€ €-membrane protein [Virgibacillus alimentarius]Ą€0€Š€0€Ą€ WP_029267497Ŗ€ĸ€0€0€ €9thioredoxin-disulfide reductase [Thermoplasmata archaeon]Ą€0€¤€0€Ą€ MCI4325574Ŗ€ĸ€0€0€ €Jcell division protein FtsZ [Klebsiella pneumoniae subsp. rhinoscleromatis]Ą€0€Ĩ€0€Ą€STW12454Ŗ€ĸ€0€0€ €1threonine ammonia-lyase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBE6306819Ŗ€ĸ€0€0€ €Qmembrane protein insertion efficiency factor YidD [Syntrophomonadaceae bacterium]Ą€0€¤€0€Ą€NLB51443Ŗ€ĸ€0€0€ €?erythrocyte membrane protein 1, partial [Plasmodium falciparum]Ą€0€¤€0€Ą€UKS51372Ŗ€ĸ€0€0€ €.hypothetical protein [[Actinobacillus] rossii]Ą€0€¤€0€Ą€ MCI7352812Ŗ€ĸ€0€0€ €qSDR family oxidoreductase [Dietzia cercidiphylli] >MCT1515898.1 SDR family oxidoreductase [Dietzia cercidiphylli]Ą€0€Š€0€Ą€ WP_259847195Ŗ€ĸ€0€0€ €ĪMULTISPECIES: group II truncated hemoglobin [unclassified Massilia] >MBD8528743.1 group II truncated hemoglobin [Massilia sp. CFBP 13647] >MBD8672347.1 group II truncated hemoglobin [Massilia sp. CFBP 13721]Ą€0€Š€0€Ą€ WP_192049367Ŗ€ĸ€0€0€ €•ogr/Delta-like zinc finger family protein [Pectobacterium atrosepticum] >AIK16055.1 transcriptional activator Ogr/delta [Pectobacterium atrosepticum]Ą€0€Š€0€Ą€ WP_039294206Ŗ€ĸ€0€0€ €=TPA_asm: hypothetical protein HUJ06_011665 [Nelumbo nucifera]Ą€0€¯€0€Ą€DAD32814Ŗ€ĸ€0€0€ €Aferrochelatase-1, chloroplastic/mitochondrial [Vigna unguiculata]Ą€0€Š€0€Ą€ XP_027924147Ŗ€ĸ€0€0€ €|protein phosphatase 2C domain-containing protein [Streptomyces sp. SID3343] >MYW02298.1 integrase [Streptomyces sp. SID3343]Ą€0€Š€0€Ą€ WP_161359378Ŗ€ĸ€0€0€ €5DUF3265 domain-containing protein [Vibrio campbellii]Ą€0€Š€0€Ą€ WP_196351635Ŗ€ĸ€0€0€ €0hypothetical protein [Mycobacteroides abscessus]Ą€0€Š€0€Ą€ WP_100521084Ŗ€ĸ€0€0€ €ąexopolyphosphatase [Komagataeibacter nataicola] >PYD66320.1 exopolyphosphatase [Komagataeibacter nataicola] >GBR22019.1 exopolyphosphatase [Komagataeibacter nataicola NRIC 0616]Ą€0€¤€0€Ą€AQU86570Ŗ€ĸ€0€0€ €:hypothetical protein C8Q79DRAFT_1002797 [Trametes meyenii]Ą€0€¤€0€Ą€ KAI0643035Ŗ€ĸ€0€0€ €7chorismate mutase [Planctomycetes bacterium GWA2_39_15]Ą€0€¤€0€Ą€OHB35500Ŗ€ĸ€0€0€ €‚ZMULTISPECIES: bifunctional NADP-dependent 3-hydroxy acid dehydrogenase/3-hydroxypropionate dehydrogenase YdfG [Pantoea] >AER32650.1 NADP-dependent L-serine/L-allo-threonine dehydrogenase YdfG [Pantoea ananatis PA13] >AMB75889.1 NAD(P)-dependent oxidoreductase [Pantoea ananatis] >AVG77030.1 bifunctional NADP-dependent 3-hydroxy acid dehydrogenase/3-hydroxypropionate dehydrogenase YdfG [Pantoea ananatis] >AWQ18745.1 bifunctional NADP-dependent 3-hydroxy acid dehydrogenase/3-hydroxypropionate dehydrogenase YdfG [Pantoea ananatis] >ERM14109.1 hypothetical protein L585_11010 [Pantoea ananatis BRT175]Ą€0€Š€0€Ą€ WP_014605789Ŗ€ĸ€0€0€ €ÛMULTISPECIES: GNAT family N-acetyltransferase [Pseudomonas fluorescens group] >NMY99873.1 GNAT family N-acetyltransferase [Pseudomonas proteolytica] >VVO13091.1 hypothetical protein PS834_03608 [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_154907134Ŗ€ĸ€0€0€ €ihypothetical protein [Xanthomonas campestris] >MCC8485776.1 hypothetical protein [Xanthomonas campestris]Ą€0€Š€0€Ą€ WP_228944212Ŗ€ĸ€0€0€ €‚ÄMULTISPECIES: HTH-type transcriptional regulator SgrR [Providencia] >EIM8470303.1 HTH-type transcriptional regulator SgrR [Providencia stuartii] >EHZ6870683.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] >EIL2151235.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] >EIY6244454.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] >EJD5976149.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri]Ą€0€Š€0€Ą€ WP_136134536Ŗ€ĸ€0€0€ €HUDP-N-acetylglucosamine 1-carboxyvinyltransferase [Campylobacter jejuni]Ą€0€¤€0€Ą€ ECL7245291Ŗ€ĸ€0€0€ €1PAS-domain containing protein [Desulfobacula sp.]Ą€0€¤€0€Ą€ MBC2704089Ŗ€ĸ€0€0€ €0NUDIX domain-containing protein [Nitrospira sp.]Ą€0€¤€0€Ą€ MBH0193692Ŗ€ĸ€0€0€ €9glycosyltransferase family 2 protein [Campylobacter coli]Ą€0€¤€0€Ą€ EJK2981647Ŗ€ĸ€0€0€ €~zinc-binding alcohol dehydrogenase [Paenibacillus lautus] >GIO99299.1 hypothetical protein J14TS5_43850 [Paenibacillus lautus]Ą€0€Š€0€Ą€ WP_213646387Ŗ€ĸ€0€0€ €tEamA family transporter [Deinococcus koreensis] >PNY82822.1 hypothetical protein CVO96_02705 [Deinococcus koreensis]Ą€0€Š€0€Ą€ WP_103313256Ŗ€ĸ€0€0€ €=hypothetical protein V070_00770 [Staphylococcus aureus C0673]Ą€0€¤€0€Ą€EZX24376Ŗ€ĸ€0€0€ €MAQ02293.1 LysR family transcriptional regulator [Alteromonadaceae bacterium] >MBR9790913.1 LysR family transcriptional regulator [Gammaproteobacteria bacterium] >RPH20683.1 LysR family transcriptional regulator [Alteromonadaceae bacterium TMED7]Ą€0€¤€0€Ą€MAJ71254Ŗ€ĸ€0€0€ €=diaminopimelate decarboxylase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI1424129Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MCA9450479Ŗ€ĸ€0€0€ €4inorganic diphosphatase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCC8042769Ŗ€ĸ€0€0€ €„uncharacterized protein EDB91DRAFT_310528 [Suillus paluster] >KAG1742398.1 hypothetical protein EDB91DRAFT_310528 [Suillus paluster]Ą€0€Š€0€Ą€ XP_041178038Ŗ€ĸ€0€0€ €3channel protein TolC [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€NBW79235Ŗ€ĸ€0€0€ €‚PMULTISPECIES: type III pantothenate kinase [Streptomyces] >AYC39519.1 Type III pantothenate kinase [Streptomyces griseorubiginosus] >KUM67316.1 type III pantothenate kinase [Streptomyces griseorubiginosus] >KUN62474.1 type III pantothenate kinase [Streptomyces griseorubiginosus] >TCR11530.1 pantothenate kinase [Streptomyces sp. BK205]Ą€0€Š€0€Ą€ WP_030323867Ŗ€ĸ€0€0€ €2alpha/beta fold hydrolase [Aeromonas finlandensis]Ą€0€Š€0€Ą€ WP_033135619Ŗ€ĸ€0€0€ €'prepilin peptidase [Ensifer sp. IC4062]Ą€0€¤€0€Ą€ MCA1442501Ŗ€ĸ€0€0€ €EHI2431989.1 glycoside hydrolase family 19 protein [Salmonella enterica]Ą€0€¤€0€Ą€ EBT2494165Ŗ€ĸ€0€0€ €>DUF4340 domain-containing protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR5121093Ŗ€ĸ€0€0€ €&BTBDJ protein [Crypturellus undulatus]Ą€0€¤€0€Ą€NWJ08205Ŗ€ĸ€0€0€ €yhypothetical protein [Micromonospora tulbaghiae] >AYF32021.1 hypothetical protein CSH63_32215 [Micromonospora tulbaghiae]Ą€0€Š€0€Ą€ WP_162959321Ŗ€ĸ€0€0€ €>PLP-dependent aminotransferase family protein [Pantoea vagans]Ą€0€Š€0€Ą€ WP_278498266Ŗ€ĸ€0€0€ €uhypothetical protein [Anaerofustis stercorihominis] >MCR2032183.1 hypothetical protein [Anaerofustis stercorihominis]Ą€0€Š€0€Ą€ WP_257479708Ŗ€ĸ€0€0€ €#ribulokinase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3867797Ŗ€ĸ€0€0€ €=GT4 family glycosyltransferase PelF [Marinobacter bohaiensis]Ą€0€Š€0€Ą€ WP_111496981Ŗ€ĸ€0€0€ €3DNA polymerase III subunit alpha [Escherichia coli]Ą€0€Ĩ€0€Ą€STF90731Ŗ€ĸ€0€0€ €qhypothetical protein [Erythrobacter sp. JK5] >QUL36898.1 hypothetical protein KDC96_10820 [Erythrobacter sp. JK5]Ą€0€Š€0€Ą€ WP_212448448Ŗ€ĸ€0€0€ €pSAM-dependent methyltransferase [Brachyspira aalborgi] >TXJ20662.1 tetrapyrrole methylase [Brachyspira aalborgi]Ą€0€Š€0€Ą€ WP_147738784Ŗ€ĸ€0€0€ €ZMAG: hypothetical protein DI630_29120 [Gordonia sp. (in: high G+C Gram-positive bacteria)]Ą€0€¤€0€Ą€PZT91770Ŗ€ĸ€0€0€ €‚{sel1 repeat family protein [Salmonella enterica] >ECY7443322.1 sel1 repeat family protein [Salmonella enterica subsp. enterica serovar Havana] >EDU9075978.1 sel1 repeat family protein [Salmonella enterica subsp. enterica] >EGZ4036161.1 sel1 repeat family protein [Salmonella enterica subsp. enterica serovar Lansing] >EAO3922596.1 sel1 repeat family protein [Salmonella enterica]Ą€0€¤€0€Ą€ EAM9790494Ŗ€ĸ€0€0€ €carbonic anhydrase-related protein isoform X4 [Lingula anatina] >XP_013404025.1 carbonic anhydrase-related protein isoform X4 [Lingula anatina]Ą€0€Š€0€Ą€ XP_013404023Ŗ€ĸ€0€0€ €3DUF6049 family protein [Streptomyces sp. NBS 14/10]Ą€0€Š€0€Ą€ WP_107485636Ŗ€ĸ€0€0€ €‚Q50S ribosomal protein L35 [Paracoccaceae bacterium] >MBF9019222.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCA1058] >MBF9021667.1 50S ribosomal protein L35 [Rhodobacterales bacterium FZCC0069] >MBF9025313.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCD6035] >MBF9027653.1 50S ribosomal protein L35 [Rhodobacterales bacterium FZCC0188] >MBF9054300.1 50S ribosomal protein L35 [Rhodobacterales bacterium LSUCC1028] >MBF9056587.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCA1065] >QPI84850.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCA1288]Ą€0€¤€0€Ą€ MBE1289959Ŗ€ĸ€0€0€ €?PAS domain-containing protein, partial [Streptomyces sp. st140]Ą€0€Š€0€Ą€ WP_143660971Ŗ€ĸ€0€0€ €Aglycosyltransferase family 1 protein [Parvularculaceae bacterium]Ą€0€¤€0€Ą€ MCB2112291Ŗ€ĸ€0€0€ €1hypothetical protein B4086_3959 [Bacillus cereus]Ą€0€¤€0€Ą€KLA07975Ŗ€ĸ€0€0€ €‚Čpyruvate dehydrogenase (acetyl-transferring), homodimeric type [Xanthomonas oryzae] >AEQ98132.1 pyruvate dehydrogenase E1 component [Xanthomonas oryzae pv. oryzicola BLS256] >AJQ81668.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzae PXO86] >AJQ89288.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzicola] >AKK65417.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzicola] >AKN94679.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzicola]Ą€0€Š€0€Ą€ WP_014504812Ŗ€ĸ€0€0€ €Ūputative transcription factor AS2-LOB family [Helianthus annuus] >KAJ0585613.1 putative transcription factor AS2-LOB family [Helianthus annuus] >KAJ0923852.1 putative transcription factor AS2-LOB family [Helianthus annuus]Ą€0€¤€0€Ą€ KAF5807084Ŗ€ĸ€0€0€ €‹thiamine pyrophosphate-requiring protein [Burkholderia gladioli] >KVM64639.1 thiamine pyrophosphate-binding protein [Burkholderia gladioli]Ą€0€Š€0€Ą€ WP_060004157Ŗ€ĸ€0€0€ €IMULTISPECIES: helix-turn-helix transcriptional regulator [Micromonospora]Ą€0€Š€0€Ą€ WP_204334995Ŗ€ĸ€0€0€ €plasmid recombination protein, partial [Bacteroides xylanisolvens] >MBV3883292.1 mobilization protein [Bacteroides xylanisolvens]Ą€0€Š€0€Ą€ WP_217736698Ŗ€ĸ€0€0€ €CDegT/DnrJ/EryC1/StrS family aminotransferase [Butyricimonas virosa]Ą€0€Š€0€Ą€ WP_270430070Ŗ€ĸ€0€0€ €Bhypothetical protein K438DRAFT_1987614 [Mycena galopus ATCC 62051]Ą€0€¤€0€Ą€ KAF8153477Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCI0648031Ŗ€ĸ€0€0€ €7homeobox protein Nkx-2.3 isoform X1 [Alosa sapidissima]Ą€0€Š€0€Ą€ XP_041922209Ŗ€ĸ€0€0€ €PBSX family phage terminase large subunit [Haemophilus parainfluenzae] >STP06295.1 phage terminase large subunit [Haemophilus parainfluenzae]Ą€0€Š€0€Ą€ WP_115180843Ŗ€ĸ€0€0€ €>tagatose-bisphosphate aldolase subunit KbaZ [Escherichia coli]Ą€0€¤€0€Ą€ EFG7579667Ŗ€ĸ€0€0€ €ƒbranched-chain amino acid ABC transporter permease [Pandoraea sp. ISTKB] >ODP34821.1 ABC transporter permease [Pandoraea sp. ISTKB]Ą€0€Š€0€Ą€ WP_069341101Ŗ€ĸ€0€0€ €|bacteriophage antitermination protein Q [Enterobacter roggenkampii] >MBQ0300584.1 antiterminator [Enterobacter roggenkampii]Ą€0€Š€0€Ą€ WP_210949324Ŗ€ĸ€0€0€ €*diguanylate cyclase [Halieaceae bacterium]Ą€0€¤€0€Ą€ MBT3459335Ŗ€ĸ€0€0€ €§glutathionylspermidine synthase family protein [Pseudolysobacter antarcticus] >QBB69740.1 glutathionylspermidine synthase family protein [Pseudolysobacter antarcticus]Ą€0€Š€0€Ą€ WP_129832000Ŗ€ĸ€0€0€ €+PAS domain S-box protein [Desulfamplus sp.]Ą€0€¤€0€Ą€ MBF0233644Ŗ€ĸ€0€0€ €uNUDIX domain-containing protein [Streptomyces sp. FBKL.4005] >OYP20590.1 NUDIX hydrolase [Streptomyces sp. FBKL.4005]Ą€0€Š€0€Ą€ WP_094375360Ŗ€ĸ€0€0€ €&O-antigen ligase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_248415167Ŗ€ĸ€0€0€ €9glycine C-acetyltransferase [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MBV8174008Ŗ€ĸ€0€0€ €uMULTISPECIES: sel1 repeat family protein [Pseudomonas] >QXI02187.1 sel1 repeat family protein [Pseudomonas monsensis]Ą€0€Š€0€Ą€ WP_186748347Ŗ€ĸ€0€0€ €Ahypothetical protein GCM10017557_64800 [Streptomyces aurantiacus]Ą€0€Ŧ€0€Ą€BCL31621Ŗ€ĸ€0€0€ €Khypothetical protein MCC01966_19690 [Bifidobacteriaceae bacterium MCC01966]Ą€0€Ŧ€0€Ą€GDZ43403Ŗ€ĸ€0€0€ €Cmaturase K [Melinis repens] >CCC54823.1 maturase K [Melinis repens]Ą€0€¤€0€Ą€UFH83377Ŗ€ĸ€0€0€ €=glycosyltransferase family 2 protein [Chloroflexia bacterium]Ą€0€¤€0€Ą€NJO91920Ŗ€ĸ€0€0€ €‚“cytochrome oxidase subunit 1, partial [Hymenoptera sp. BOLD:AAU8342] >AMK40055.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BOLD:AAU8342] >AOC67416.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BOLD-2016] >AVP17110.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BIOUG24697-H01] >AMK44287.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BOLD:AAU8342]Ą€0€¤€0€Ą€AKA56406Ŗ€ĸ€0€0€ €>3-phosphoglycerate dehydrogenase [Crocinitomicaceae bacterium]Ą€0€¤€0€Ą€MBC99785Ŗ€ĸ€0€0€ €/TerC family protein [Bradyrhizobium sp. dw_411]Ą€0€Š€0€Ą€ WP_213741880Ŗ€ĸ€0€0€ €>HAMP domain-containing protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBK8012537Ŗ€ĸ€0€0€ €‰amidohydrolase family protein [Paraburkholderia sp. Ac-20347] >MBN3810945.1 amidohydrolase family protein [Paraburkholderia sp. Ac-20347]Ą€0€Š€0€Ą€ WP_205994446Ŗ€ĸ€0€0€ €‚ŦMULTISPECIES: YbjQ family protein [unclassified Thalassolituus] >MAY14950.1 hypothetical protein [Oceanospirillaceae bacterium] >MBU2038590.1 YbjQ family protein [Gammaproteobacteria bacterium] >PIQ39370.1 MAG: hypothetical protein COW58_12105 [Thalassolituus sp. CG17_big_fil_post_rev_8_21_14_2_50_53_8] >MCA6061865.1 YbjQ family protein [Thalassolituus sp. ST750PaO-4] >TVV45366.1 YbjQ family protein [Thalassolituus sp. C2-1]Ą€0€Š€0€Ą€ WP_145465857Ŗ€ĸ€0€0€ €Ėhypothetical protein A3C13_02470 [Candidatus Lloydbacteria bacterium RIFCSPHIGHO2_02_FULL_50_11] >OGZ12848.1 hypothetical protein A2942_03060 [Candidatus Lloydbacteria bacterium RIFCSPLOWO2_01_FULL_50_20]Ą€0€¤€0€Ą€OGZ08419Ŗ€ĸ€0€0€ €,hypothetical protein [Comamonas thiooxydans]Ą€0€Š€0€Ą€ WP_231879606Ŗ€ĸ€0€0€ €=ParB/RepB/Spo0J family partition protein [Gemella sp. zg-570]Ą€0€Š€0€Ą€ WP_253195963Ŗ€ĸ€0€0€ €]transglutaminase family protein cysteine peptidase BTLCP [Methylovorus glucosetrophus SIP3-4]Ą€0€¤€0€Ą€ACT50261Ŗ€ĸ€0€0€ €ĻDUF6376 family protein [Bacillus cereus] >PFQ45600.1 hypothetical protein COK05_14040 [Bacillus cereus] >PGU11999.1 hypothetical protein COD21_07630 [Bacillus cereus]Ą€0€Š€0€Ą€ WP_098613056Ŗ€ĸ€0€0€ €5gamma-butyrobetaine dioxygenase [Tulosesus angulatus]Ą€0€¤€0€Ą€ KAF6751692Ŗ€ĸ€0€0€ €ZYebC/PmpR family DNA-binding transcriptional regulator [Candidatus Acetothermia bacterium]Ą€0€¯€0€Ą€HDI11217Ŗ€ĸ€0€0€ €MBO6754609.1 TetR family transcriptional regulator [Spongiibacter sp.]Ą€0€Š€0€Ą€ WP_022957608Ŗ€ĸ€0€0€ €3hypothetical protein KL921_001569 [Ogataea angusta]Ą€0€¤€0€Ą€ KAG7812337Ŗ€ĸ€0€0€ €Acytidylate kinase-like family protein [Anaerolineaceae bacterium]Ą€0€¤€0€Ą€NLF10573Ŗ€ĸ€0€0€ €tetratricopeptide repeat protein [Pelomonas saccharophila] >TCU96190.1 tetratricopeptide repeat protein [Pelomonas saccharophila]Ą€0€Š€0€Ą€ WP_132572234Ŗ€ĸ€0€0€ €;exodeoxyribonuclease VII large subunit [Kluyvera sp. Awk 3]Ą€0€Š€0€Ą€ WP_271457636Ŗ€ĸ€0€0€ €>MAG: hypothetical protein APF83_02865 [Lutibacter sp. BRH_c52]Ą€0€¤€0€Ą€KUO65278Ŗ€ĸ€0€0€ €XSapC family protein [Ruegeria faecimaris] >SMO62942.1 SapC protein [Ruegeria faecimaris]Ą€0€Š€0€Ą€ WP_142636409Ŗ€ĸ€0€0€ €@mannitol-phosphate 5-dehydrogenase [Microbacteriaceae bacterium]Ą€0€¤€0€Ą€ MCU1514505Ŗ€ĸ€0€0€ €u50S ribosomal protein L7/L12 [Clostridia bacterium] >MBQ7831782.1 50S ribosomal protein L7/L12 [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7769568Ŗ€ĸ€0€0€ €‚}excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAH4697914.1 UvrABC system protein B [Campylobacter jejuni] >EAI9135044.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAI9853252.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAJ4773803.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAJ5469833.1 excinuclease ABC subunit UvrB [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_032587385Ŗ€ĸ€0€0€ €/hypothetical protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCS6907720Ŗ€ĸ€0€0€ €ˇMULTISPECIES: 30S ribosomal protein S16 [Bacteroidaceae] >MCL1607442.1 30S ribosomal protein S16 [Mediterranea sp. ET5] >CDD83067.1 30S ribosomal protein S16 [Bacteroides sp. CAG:462]Ą€0€Š€0€Ą€ WP_022385641Ŗ€ĸ€0€0€ €ETlpA disulfide reductase family protein [Shewanella sp. 38A_GOM-205m]Ą€0€Š€0€Ą€ WP_028779961Ŗ€ĸ€0€0€ €;competence/damage-inducible protein A [Cytobacillus firmus]Ą€0€Š€0€Ą€ WP_282171596Ŗ€ĸ€0€0€ €TetR/AcrR family transcriptional regulator [Novosphingobium sp.] >MBP6554084.1 TetR/AcrR family transcriptional regulator [Novosphingobium sp.]Ą€0€¤€0€Ą€ MBP6361937Ŗ€ĸ€0€0€ €Hamino acid ABC transporter ATP-binding protein [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_279984614Ŗ€ĸ€0€0€ €Éacyl-CoA dehydrogenase family protein [Pseudomonas umsongensis] >OXR36095.1 acyl-CoA dehydrogenase [Pseudomonas umsongensis] >SDT52576.1 hypothetical protein SAMN04490206_3512 [Pseudomonas umsongensis]Ą€0€Š€0€Ą€ WP_083349422Ŗ€ĸ€0€0€ €?AarF/ABC1/UbiB kinase family protein [Actinomycetota bacterium]Ą€0€¤€0€Ą€TMK27100Ŗ€ĸ€0€0€ €?hypothetical protein CcCBS67573_g00509 [Chytriomyces confervae]Ą€0€¤€0€Ą€TPX78184Ŗ€ĸ€0€0€ €ĨDUF3275 family protein [Pseudomonas juntendi] >MBA6133850.1 DUF3275 family protein [Pseudomonas juntendi] >MBA6149222.1 DUF3275 family protein [Pseudomonas juntendi]Ą€0€Š€0€Ą€ WP_182336829Ŗ€ĸ€0€0€ €6MMPL family transporter [Candidatus Nanopelagicus sp.]Ą€0€¤€0€Ą€ MBJ7506254Ŗ€ĸ€0€0€ €+unnamed protein product [Arabis nemorensis]Ą€0€Ĩ€0€Ą€VVB00125Ŗ€ĸ€0€0€ €>glucose-1-phosphate adenylyltransferase [Pseudothermotoga sp.]Ą€0€¯€0€Ą€HBJ80371Ŗ€ĸ€0€0€ €7DUF1376 domain-containing protein [Salmonella enterica]Ą€0€¯€0€Ą€ HAG0018107Ŗ€ĸ€0€0€ €ĶMULTISPECIES: sulfate adenylyltransferase subunit CysD [Blastomonas] >AOF98971.1 sulfate adenylyltransferase, small subunit [Blastomonas sp. RAC04] >KPF72129.1 sulfate adenylyltransferase [Blastomonas sp. AAP25]Ą€0€Š€0€Ą€ WP_054136413Ŗ€ĸ€0€0€ €MORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UVI10561Ŗ€ĸ€0€0€ €(hypothetical protein [Bacillus mycoides]Ą€0€Š€0€Ą€ WP_165773198Ŗ€ĸ€0€0€ €8ABC transporter permease [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCP4329804Ŗ€ĸ€0€0€ €EN-acetylmuramoyl-L-alanine amidase [Streptosporangium nondiastaticum]Ą€0€¤€0€Ą€PSJ26816Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBM3990268Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Moduliflexus flocculans]Ą€0€¤€0€Ą€ MCK7479919Ŗ€ĸ€0€0€ €/Uncharacterised protein [Staphylococcus aureus]Ą€0€Ĩ€0€Ą€CYB93821Ŗ€ĸ€0€0€ €/WYL domain-containing protein [Bacteroides sp.]Ą€0€¤€0€Ą€ MBD5361948Ŗ€ĸ€0€0€ €flavodoxin family protein [Deltaproteobacteria bacterium] >MBN2673389.1 flavodoxin family protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN2341313Ŗ€ĸ€0€0€ €glycosyltransferase family 8 protein [Helicobacter pylori] >QQW85341.1 glycosyltransferase family 8 protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_202167283Ŗ€ĸ€0€0€ €‚BM20 aminoacylase family protein [Rhizobium leguminosarum] >TAU72812.1 amidohydrolase [Rhizobium leguminosarum] >TAV84788.1 amidohydrolase [Rhizobium leguminosarum] >TAV85941.1 amidohydrolase [Rhizobium leguminosarum] >TAW27704.1 amidohydrolase [Rhizobium leguminosarum] >TAX05693.1 amidohydrolase [Rhizobium leguminosarum]Ą€0€Š€0€Ą€ WP_130670507Ŗ€ĸ€0€0€ €‚Yhypothetical protein COV83_06475 [Candidatus Peregrinibacteria bacterium CG11_big_fil_rev_8_21_14_0_20_49_14] >PIR51653.1 hypothetical protein COU78_00430 [Candidatus Peregrinibacteria bacterium CG10_big_fil_rev_8_21_14_0_10_49_24] >PJA67987.1 hypothetical protein CO157_01530 [Candidatus Peregrinibacteria bacterium CG_4_9_14_3_um_filter_49_12]Ą€0€¤€0€Ą€PIQ75822Ŗ€ĸ€0€0€ €DMAG: hypothetical protein D4R64_03985 [Porphyromonadaceae bacterium]Ą€0€¤€0€Ą€TSA38195Ŗ€ĸ€0€0€ €ÂMULTISPECIES: 50S ribosomal protein L33 [unclassified Nitrosovibrio] >SEO82923.1 LSU ribosomal protein L33P [Nitrosovibrio sp. Nv6] >SOD42540.1 LSU ribosomal protein L33P [Nitrosovibrio sp. Nv4]Ą€0€Š€0€Ą€ WP_090879207Ŗ€ĸ€0€0€ €&phage receptor [Pseudomonas sp. PDM17]Ą€0€Š€0€Ą€ WP_225601911Ŗ€ĸ€0€0€ €ƒhypothetical protein [Streptomyces roseolilacinus] >GGQ10884.1 hypothetical protein GCM10010249_31740 [Streptomyces roseolilacinus]Ą€0€Š€0€Ą€ WP_189534272Ŗ€ĸ€0€0€ €;FTR1 family iron permease [Caballeronia megalochromosomata]Ą€0€¤€0€Ą€KXU92672Ŗ€ĸ€0€0€ €8glycoside hydrolase family 16 protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBR6069896Ŗ€ĸ€0€0€ €‹GntR family transcriptional regulator [Methylobacterium oryzae] >UIN32883.1 GntR family transcriptional regulator [Methylobacterium oryzae]Ą€0€Š€0€Ą€ WP_234080888Ŗ€ĸ€0€0€ €TtRNA 2-thiocytidine biosynthesis protein TtcA [Candidatus Fimimorpha excrementavium]Ą€0€¯€0€Ą€HIS55495Ŗ€ĸ€0€0€ €…glycoside hydrolase family 88 protein [Gemmiger formicilis] >MCC2192372.1 glycoside hydrolase family 88 protein [Gemmiger formicilis]Ą€0€Š€0€Ą€ WP_227594049Ŗ€ĸ€0€0€ €‡ABC transporter permease, partial [Micromonospora aurantiaca] >RNH90173.1 ABC transporter permease, partial [Micromonospora aurantiaca]Ą€0€Š€0€Ą€ WP_148062134Ŗ€ĸ€0€0€ €‚ŗconjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ2667074.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ3052334.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ3299450.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ7829425.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EER8339443.1 conjugal transfer relaxosome protein TraY [Escherichia coli]Ą€0€Š€0€Ą€ WP_024217747Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UCP77012Ŗ€ĸ€0€0€ €8hypothetical protein Tsubulata_043830 [Turnera subulata]Ą€0€¤€0€Ą€ KAJ4828317Ŗ€ĸ€0€0€ €_hypothetical protein UR30_C0006G0008 [Candidatus Peregrinibacteria bacterium GW2011_GWC2_33_13]Ą€0€¤€0€Ą€KKP40103Ŗ€ĸ€0€0€ €ksignal peptidase I [Faecalibacterium sp. An192] >OUP29639.1 signal peptidase I [Faecalibacterium sp. An192]Ą€0€Š€0€Ą€ WP_087364392Ŗ€ĸ€0€0€ €‚cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] >ADJ35590.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] >ADJ35608.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] >ADM31019.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02]Ą€0€¤€0€Ą€ADJ35581Ŗ€ĸ€0€0€ €Gsugar kinase [Treponema sp.] >MCL2251317.1 sugar kinase [Treponema sp.]Ą€0€¤€0€Ą€ MCL2184308Ŗ€ĸ€0€0€ €>hypothetical protein DMF21_08585 [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€PYL80520Ŗ€ĸ€0€0€ €‚‚MULTISPECIES: 6-carboxyhexanoate--CoA ligase [Bacillus] >AQS44328.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >MBT0953810.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >MCD7913006.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >MCQ9194587.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >NVE03636.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis]Ą€0€Š€0€Ą€ WP_077722411Ŗ€ĸ€0€0€ €@hypothetical protein DLM64_10300 [Solirubrobacterales bacterium]Ą€0€¤€0€Ą€PZS09564Ŗ€ĸ€0€0€ €›Rrf2 family transcriptional regulator [Sediminibacillus dalangtanensis] >QTM97951.1 Rrf2 family transcriptional regulator [Sediminibacillus dalangtanensis]Ą€0€Š€0€Ą€ WP_209366475Ŗ€ĸ€0€0€ €>HEAT repeat domain-containing protein [Catellatospora paridis]Ą€0€Š€0€Ą€ WP_155387753Ŗ€ĸ€0€0€ €=PREDICTED: E3 ubiquitin-protein ligase SHPRH [Merops nubicus]Ą€0€Š€0€Ą€ XP_008942036Ŗ€ĸ€0€0€ €/transporter permease [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS1208135Ŗ€ĸ€0€0€ €HPREDICTED: uncharacterized protein LOC105456728 [Wasmannia auropunctata]Ą€0€Š€0€Ą€ XP_011699286Ŗ€ĸ€0€0€ €salpha/beta hydrolase [Sandaracinaceae bacterium] >MBP7680479.1 alpha/beta hydrolase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBK6580699Ŗ€ĸ€0€0€ €;myosin heavy chain, muscle isoform X23 [Solenopsis invicta]Ą€0€Š€0€Ą€ XP_025996498Ŗ€ĸ€0€0€ €^NYN domain-containing protein [Helicobacter pylori] >KNE05806.1 nuclease [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_050825696Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WGP70063Ŗ€ĸ€0€0€ €8hypothetical protein LSCM4_04672 [Leishmania orientalis]Ą€0€¤€0€Ą€ KAG5478439Ŗ€ĸ€0€0€ €NFA60501.1 hypothetical protein [Clostridium botulinum] >NFI73903.1 hypothetical protein [Clostridium sporogenes] >NFL71715.1 hypothetical protein [Clostridium sporogenes] >NFM23754.1 hypothetical protein [Clostridium sporogenes] >NFP61777.1 hypothetical protein [Clostridium sporogenes]Ą€0€Š€0€Ą€ WP_163205944Ŗ€ĸ€0€0€ €9hypothetical protein BGX28_009675 [Mortierella sp. GBA30]Ą€0€¤€0€Ą€ KAG0196869Ŗ€ĸ€0€0€ €jhypothetical protein M513_08776 [Trichuris suis] >KHJ45085.1 aminotransferase, class I/II [Trichuris suis]Ą€0€¤€0€Ą€KFD50394Ŗ€ĸ€0€0€ €5nitroreductase family protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HCB0607732Ŗ€ĸ€0€0€ €3glycosyltransferase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW2147570Ŗ€ĸ€0€0€ €2serine protease grass-like [Drosophila eugracilis]Ą€0€Š€0€Ą€ XP_017076166Ŗ€ĸ€0€0€ €/phosphoglucosamine mutase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_187918914Ŗ€ĸ€0€0€ €‚Qimmunoglobulin light chain junction region [Homo sapiens] >MBZ71565.1 immunoglobulin light chain junction region [Homo sapiens] >MBZ71571.1 immunoglobulin light chain junction region [Homo sapiens] >MCD11869.1 immunoglobulin light chain junction region [Homo sapiens] >MCD12295.1 immunoglobulin light chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB1667778Ŗ€ĸ€0€0€ €)CoA transferase [Chloroflexota bacterium]Ą€0€¤€0€Ą€MYJ01754Ŗ€ĸ€0€0€ €(MTMRB protein [Thryothorus ludovicianus]Ą€0€¤€0€Ą€NXA78151Ŗ€ĸ€0€0€ €*transposase, partial [Burkholderia mallei]Ą€0€Š€0€Ą€ WP_196764971Ŗ€ĸ€0€0€ €ŋMULTISPECIES: sporulation peptidase YabG [Rossellomorea] >MCR8850970.1 sporulation peptidase YabG [Rossellomorea sp. SC111] >UXH42892.1 sporulation peptidase YabG [Rossellomorea vietnamensis]Ą€0€Š€0€Ą€ WP_197035361Ŗ€ĸ€0€0€ €Jhypothetical protein SAMN02910317_00364 [Ruminococcaceae bacterium FB2012]Ą€0€Ĩ€0€Ą€SDB07816Ŗ€ĸ€0€0€ €8unnamed protein product, partial [Iphiclides podalirius]Ą€0€Ĩ€0€Ą€ CAH2042052Ŗ€ĸ€0€0€ €‚†hypothetical protein [Clostridium felsineum] >MCR3761073.1 hypothetical protein [Clostridium felsineum] >URZ04297.1 hypothetical protein CLAUR_043860 [Clostridium felsineum] >URZ07488.1 hypothetical protein CLROS_028260 [Clostridium felsineum] >URZ12519.1 hypothetical protein CROST_032410 [Clostridium felsineum] >URZ17181.1 hypothetical protein CLFE_032330 [Clostridium felsineum DSM 794]Ą€0€Š€0€Ą€ WP_077832600Ŗ€ĸ€0€0€ €EMAG: preprotein translocase subunit SecG [Phycisphaeraceae bacterium]Ą€0€¤€0€Ą€USN98129Ŗ€ĸ€0€0€ €:hypothetical protein [Candidatus Coatesbacteria bacterium]Ą€0€¤€0€Ą€ MBD3373279Ŗ€ĸ€0€0€ €ghypothetical protein [Dyadobacter sp. CY312] >MCE7043284.1 hypothetical protein [Dyadobacter sp. CY312]Ą€0€Š€0€Ą€ WP_233824378Ŗ€ĸ€0€0€ €”ATP-binding protein [Klebsiella oxytoca] >MBZ7705750.1 ATP-binding protein [Klebsiella oxytoca] >QRS14948.1 ATP-binding protein [Klebsiella oxytoca]Ą€0€Š€0€Ą€ WP_204723735Ŗ€ĸ€0€0€ €,hypothetical protein [Pseudarthrobacter sp.]Ą€0€¤€0€Ą€ MCU1518316Ŗ€ĸ€0€0€ €‚žRecName: Full=Ribonuclease 3; AltName: Full=Ribonuclease III; Short=RNase III [Clostridium perfringens str. 13] >ALG49286.1 Ribonuclease III [Clostridium perfringens] >EDT23455.1 ribonuclease III [Clostridium perfringens B str. ATCC 3626] >EDT26444.1 ribonuclease III [Clostridium perfringens CPE str. F4969] >EDT71383.1 ribonuclease III [Clostridium perfringens D str. JGS1721] >EDT78378.1 ribonuclease III [Clostridium perfringens NCTC 8239] >EHP48261.1 ribonuclease 3 [Clostridium perfringens WAL-14572] >EIA16569.1 ribonuclease III [Clostridium perfringens F262] >STB15757.1 ribonuclease III [Clostridium novyi] >BDC02359.1 ribonuclease 3 [Clostridium perfringens E]Ą€0€§€0€Ą€Q8XJN8Ŗ€ĸ€0€0€ €‚;MULTISPECIES: TetR/AcrR family transcriptional regulator [Pseudomonas] >MCK3837500.1 TetR/AcrR family transcriptional regulator [Pseudomonas sp. NCIMB 10586] >MCK3844056.1 TetR/AcrR family transcriptional regulator [Pseudomonas sp. W15Feb34] >VCU65501.1 TetR family transcriptional regulator [Pseudomonas synxantha]Ą€0€Š€0€Ą€ WP_216090438Ŗ€ĸ€0€0€ €0AI-2E family transporter [Mycetohabitans sp. B2]Ą€0€Š€0€Ą€ WP_237070319Ŗ€ĸ€0€0€ €aalpha-N-acetylgalactosaminide alpha-2,6-sialyltransferase 6 isoform X3 [Oncorhynchus tshawytscha]Ą€0€Š€0€Ą€ XP_024252803Ŗ€ĸ€0€0€ €ccytochrome b, partial [Microcotyle caudata] >QYT38723.1 cytochrome b, partial [Microcotyle caudata]Ą€0€¤€0€Ą€QYT38722Ŗ€ĸ€0€0€ €6uracil-DNA glycosylase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT3899069Ŗ€ĸ€0€0€ €ēclass 1a ribonucleoside-diphosphate reductase subunit alpha [Pseudoalteromonas sp. SR45-1] >MBB1324177.1 ribonucleoside-diphosphate reductase subunit alpha [Pseudoalteromonas sp. SR45-1]Ą€0€Š€0€Ą€ WP_182711301Ŗ€ĸ€0€0€ €shelix-turn-helix domain-containing protein [Spirosoma arboris] >MVM34267.1 hypothetical protein [Spirosoma arboris]Ą€0€Š€0€Ą€ WP_157589094Ŗ€ĸ€0€0€ €2cobalamin-dependent protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ6692395Ŗ€ĸ€0€0€ €¨ABC transporter ATP-binding protein [Achromobacter xylosoxidans] >OMG92676.1 Fe3+/spermidine/putrescine ABC transporter ATP-binding protein [Achromobacter xylosoxidans]Ą€0€Š€0€Ą€ WP_076409454Ŗ€ĸ€0€0€ €>preprotein translocase subunit YajC [Spirochaetales bacterium]Ą€0€¤€0€Ą€RPI95901Ŗ€ĸ€0€0€ €Fdelta-60 repeat domain-containing protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBW7892865Ŗ€ĸ€0€0€ €LATP-binding cassette sub-family G member 2-like isoform X2 [Cavia porcellus]Ą€0€Š€0€Ą€ XP_013005546Ŗ€ĸ€0€0€ €vefflux RND transporter permease subunit [Sapientia aquatica] >TDK68676.1 multidrug efflux protein [Sapientia aquatica]Ą€0€Š€0€Ą€ WP_133325549Ŗ€ĸ€0€0€ €:D-alanyl-D-alanine carboxypeptidase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3498542Ŗ€ĸ€0€0€ €HMULTISPECIES: POTRA domain-containing protein [unclassified Pseudomonas]Ą€0€Š€0€Ą€ WP_085648136Ŗ€ĸ€0€0€ €phosphoribosyl-ATP diphosphatase [Bradyrhizobium sp. Gha] >SFH83143.1 phosphoribosyl-ATP pyrophosphatase [Bradyrhizobium sp. Gha]Ą€0€Š€0€Ą€ WP_092226977Ŗ€ĸ€0€0€ €hypothetical protein ES332_A06G158700v1 [Gossypium tomentosum]Ą€0€¤€0€Ą€TYI23342Ŗ€ĸ€0€0€ €Úcytidine deaminase [Microbacterium sp. USTB-Y] >MBN9156428.1 cytidine deaminase [Microbacterium sp.] >MBS1896770.1 cytidine deaminase [Actinomycetia bacterium] >MBS1899056.1 cytidine deaminase [Actinomycetia bacterium]Ą€0€Š€0€Ą€ WP_251438464Ŗ€ĸ€0€0€ €1transposase [Methylacidiphilum kamchatkense Kam1]Ą€0€¤€0€Ą€KIE57707Ŗ€ĸ€0€0€ €Ązinc-dependent MarR family transcriptional regulator [Streptococcus suis] >MBO4107618.1 zinc-dependent MarR family transcriptional regulator [Streptococcus suis]Ą€0€Š€0€Ą€ WP_208562420Ŗ€ĸ€0€0€ €*hypothetical protein [Pedobacter sp. L105]Ą€0€Š€0€Ą€ WP_158799804Ŗ€ĸ€0€0€ €ĻMu-like prophage major head subunit gpT family protein [Humidesulfovibrio mexicanus] >SNR95372.1 Mu-like prophage major head subunit gpT [Humidesulfovibrio mexicanus]Ą€0€Š€0€Ą€ WP_089274238Ŗ€ĸ€0€0€ €MAG: hypothetical protein APR63_12240 [Desulfuromonas sp. SDB]Ą€0€¤€0€Ą€KQC11686Ŗ€ĸ€0€0€ €wprotoporphyrinogen oxidase [Streptomyces endophytica] >UZJ33723.1 protoporphyrinogen oxidase [Streptomyces endophytica]Ą€0€Š€0€Ą€ WP_265364885Ŗ€ĸ€0€0€ €}GNAT family N-acetyltransferase [Clostridium sporogenes] >NFE68809.1 GNAT family N-acetyltransferase [Clostridium sporogenes]Ą€0€¤€0€Ą€NFE66003Ŗ€ĸ€0€0€ €}alpha/beta hydrolase, partial [Mycolicibacterium sp. CBMA 361] >MUM35818.1 lysophospholipase [Mycolicibacterium sp. CBMA 361]Ą€0€Š€0€Ą€ WP_162529103Ŗ€ĸ€0€0€ €ŧhypothetical protein [Paenibacillus sp. MSJ-34] >MBU5442238.1 hypothetical protein [Paenibacillus sp. MSJ-34] >CAH0118983.1 hypothetical protein PAE9249_01480 [Paenibacillus sp. CECT 9249]Ą€0€Š€0€Ą€ WP_216537974Ŗ€ĸ€0€0€ €9peptidoglycan editing factor PgeF [Cyanothece sp. BG0011]Ą€0€Š€0€Ą€ WP_107668606Ŗ€ĸ€0€0€ €M39S ribosomal protein L38, mitochondrial isoform X1 [Neopelma chrysocephalum]Ą€0€Š€0€Ą€ XP_027547584Ŗ€ĸ€0€0€ €ZPor secretion system C-terminal sorting domain-containing protein [Ohtaekwangia koreensis]Ą€0€Ĩ€0€Ą€SKC89544Ŗ€ĸ€0€0€ €Ĩsulfite exporter TauE/SafE family protein [Dolichospermum flos-aquae] >QJB43311.1 sulfite exporter TauE/SafE family protein [Dolichospermum flos-aquae CCAP 1403/13F]Ą€0€Š€0€Ą€ WP_168694891Ŗ€ĸ€0€0€ €‚_DNA-binding response regulator [Campylobacter coli] >EAI7711628.1 response regulator transcription factor [Campylobacter coli] >EAJ9862471.1 response regulator transcription factor [Campylobacter coli] >EAL0725393.1 response regulator transcription factor [Campylobacter coli] >EAV9509805.1 response regulator transcription factor [Campylobacter coli]Ą€0€¤€0€Ą€ EAC1232420Ŗ€ĸ€0€0€ €8ATP synthase F0 subunit 6, partial [Prosopium coulterii]Ą€0€¤€0€Ą€AFN42320Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€ MBM3210814Ŗ€ĸ€0€0€ €Gpeptide ABC transporter substrate-binding protein [Salmonella enterica]Ą€0€¤€0€Ą€ EHA1403784Ŗ€ĸ€0€0€ €SAP protein [Vireo altiloquus]Ą€0€¤€0€Ą€NWT13315Ŗ€ĸ€0€0€ €5putative formate dehydrogenase [Lentibacillus populi]Ą€0€Ŧ€0€Ą€GGB39876Ŗ€ĸ€0€0€ €‚šDUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT4424391.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT5642064.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT6605558.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT7187848.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBT3283529Ŗ€ĸ€0€0€ €ÍDUF2970 domain-containing protein [Polynucleobacter sp. MG-Unter2-18] >MCF8165349.1 DUF2970 domain-containing protein [Rhodoferax sp.] >MCF8189965.1 DUF2970 domain-containing protein [Polynucleobacter sp.]Ą€0€Š€0€Ą€ WP_215356761Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€MYD98720Ŗ€ĸ€0€0€ €7hypothetical protein CDD83_565 [Cordyceps sp. RAO-2017]Ą€0€¤€0€Ą€PHH91422Ŗ€ĸ€0€0€ €Ÿhypothetical protein [Campylobacter jejuni] >ECL7534632.1 hypothetical protein [Campylobacter jejuni] >ECQ6423833.1 hypothetical protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ ECL3553101Ŗ€ĸ€0€0€ €3pseudouridine synthase [Lichenihabitans psoromatis]Ą€0€Š€0€Ą€ WP_177525402Ŗ€ĸ€0€0€ €-unnamed protein product [Blepharisma stoltei]Ą€0€Ĩ€0€Ą€ CAG9334863Ŗ€ĸ€0€0€ €Bprotein-glutamate O-methyltransferase CheR [Mycoplana azooxidifex]Ą€0€Š€0€Ą€ WP_183806671Ŗ€ĸ€0€0€ €‰ribonuclease E activity regulator RraA [Xanthomonas arboricola] >NIK52993.1 regulator of ribonuclease activity A [Xanthomonas arboricola]Ą€0€Š€0€Ą€ WP_166773323Ŗ€ĸ€0€0€ €*hypothetical protein [Enterococcus florum]Ą€0€Š€0€Ą€ WP_175580162Ŗ€ĸ€0€0€ €‚hypothetical protein [Salmonella enterica] >EDS9293264.1 hypothetical protein [Salmonella enterica] >EGA5088688.1 hypothetical protein [Salmonella enterica] >EIE0271549.1 hypothetical protein [Salmonella enterica] >EIE6010563.1 hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ ECH4355821Ŗ€ĸ€0€0€ €‚hypothetical protein [Pectobacterium versatile] >ASN85266.1 Hypothetical protein SCC1_1830 [Pectobacterium versatile] >POY55698.1 hypothetical protein F018LOC_01633 [Pectobacterium versatile] >POY57096.1 hypothetical protein PB70LOC_03886 [Pectobacterium versatile] >POY65082.1 hypothetical protein PB69LOC_01355 [Pectobacterium versatile] >RUR87593.1 hypothetical protein PB16LOC_04383 [Pectobacterium versatile]Ą€0€Š€0€Ą€ WP_232835221Ŗ€ĸ€0€0€ €>hypothetical protein FrCorBMG51_07465 [Protofrankia coriariae]Ą€0€¤€0€Ą€KLL12075Ŗ€ĸ€0€0€ €;hypothetical protein [Candidatus Hydrogenedentes bacterium]Ą€0€¤€0€Ą€ MCC6486159Ŗ€ĸ€0€0€ €8serine/threonine protein kinase [Microcoleus sp. SU_5_3]Ą€0€¤€0€Ą€NJK67049Ŗ€ĸ€0€0€ €‚˛galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >EJA2383331.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >EJB5614295.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >KMV94301.1 hypothetical protein HMPREF9688_02489 [Klebsiella oxytoca 10-5244] >MBF8468564.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >MBG2708454.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca]Ą€0€Š€0€Ą€ WP_016809838Ŗ€ĸ€0€0€ €~hypothetical protein [Methanoculleus bourgensis] >CVK31863.1 conserved protein of unknown function [Methanoculleus bourgensis]Ą€0€Š€0€Ą€ WP_238320463Ŗ€ĸ€0€0€ €=hypothetical protein BTJ68_09872 [Hortaea werneckii EXF-2000]Ą€0€¤€0€Ą€OTA29349Ŗ€ĸ€0€0€ €HMAG: hypothetical protein B7Y78_14745, partial [Caulobacter sp. 35-67-4]Ą€0€¤€0€Ą€OYX89137Ŗ€ĸ€0€0€ €‚ŨMFS transporter [Bradyrhizobium japonicum] >MCP1764945.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1787082.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1808959.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1817889.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1870600.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum]Ą€0€Š€0€Ą€ WP_253571813Ŗ€ĸ€0€0€ €=DUF3422 domain-containing protein [Sedimentimonas flavescens]Ą€0€Š€0€Ą€ WP_263847269Ŗ€ĸ€0€0€ €€uncharacterized protein HCBG_08160 [Histoplasma capsulatum G186AR] >EEH04034.1 predicted protein [Histoplasma capsulatum G186AR]Ą€0€Š€0€Ą€ XP_045284515Ŗ€ĸ€0€0€ €ŸNAD(P)/FAD-dependent oxidoreductase [Mycolicibacterium rhodesiae] >AEV75498.1 putative flavoprotein involved in K+ transport [Mycolicibacterium rhodesiae NBB3]Ą€0€Š€0€Ą€ WP_014213241Ŗ€ĸ€0€0€ €/ATP-dependent DNA helicase [Pseudomonas meliae]Ą€0€Š€0€Ą€ WP_044344333Ŗ€ĸ€0€0€ €>putative family sugar transporter [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MCU1400721Ŗ€ĸ€0€0€ €&glutamate racemase [Cellvibrio mixtus]Ą€0€Š€0€Ą€ WP_084128119Ŗ€ĸ€0€0€ €AS-layer homology domain-containing protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR5447513Ŗ€ĸ€0€0€ €4hypothetical protein CBE37_02255 [bacterium TMED277]Ą€0€¤€0€Ą€OUX43364Ŗ€ĸ€0€0€ €8sensor histidine kinase [Escherichia coli O25b:H4-ST131]Ą€0€¤€0€Ą€ MBK0846266Ŗ€ĸ€0€0€ €:FAD-dependent oxidoreductase [Brevibacterium sp. 'Marine']Ą€0€Š€0€Ą€ WP_169253344Ŗ€ĸ€0€0€ €QLysR family nitrogen assimilation transcriptional regulator [Samsonia erythrinae]Ą€0€¤€0€Ą€TCV06956Ŗ€ĸ€0€0€ €'MFS transporter [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBW2970848Ŗ€ĸ€0€0€ €}hypothetical protein [Actinokineospora terrae] >SER22912.1 hypothetical protein SAMN04487818_102155 [Actinokineospora terrae]Ą€0€Š€0€Ą€ WP_092775107Ŗ€ĸ€0€0€ €ąMULTISPECIES: hypothetical protein [unclassified Kocuria] >MCT1602035.1 hypothetical protein [Kocuria sp. p3-SID1428] >MCT2180626.1 hypothetical protein [Kocuria sp. p3-SID1433]Ą€0€Š€0€Ą€ WP_259895494Ŗ€ĸ€0€0€ €6fimbrial assembly protein, partial [Shigella flexneri]Ą€0€¤€0€Ą€PQN15048Ŗ€ĸ€0€0€ €+MAG: response regulator [Aquabacterium sp.]Ą€0€¤€0€Ą€TAL20232Ŗ€ĸ€0€0€ €Chypothetical protein BDR07DRAFT_1199070, partial [Suillus spraguei]Ą€0€¤€0€Ą€ KAG2356287Ŗ€ĸ€0€0€ €DNA polymerase III subunit beta [Pseudanabaena sp. Salubria-1]Ą€0€¤€0€Ą€ MCL1491976Ŗ€ĸ€0€0€ €'hypothetical protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBR2109594Ŗ€ĸ€0€0€ €@hypothetical protein G6674_01610 [Polynucleobacter paneuropaeus]Ą€0€¤€0€Ą€QWD35723Ŗ€ĸ€0€0€ €+DEAD/DEAH box helicase [Streptococcus suis]Ą€0€¤€0€Ą€NQR19375Ŗ€ĸ€0€0€ €-TonB-dependent receptor [Parabacteroides sp.]Ą€0€¤€0€Ą€ MBP3518143Ŗ€ĸ€0€0€ €1hypothetical protein [Alteromonadaceae bacterium]Ą€0€¤€0€Ą€ MBL4910304Ŗ€ĸ€0€0€ €.IMP dehydrogenase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ1404818Ŗ€ĸ€0€0€ €-hypothetical protein [Microbacterium oxydans]Ą€0€Š€0€Ą€ WP_091032200Ŗ€ĸ€0€0€ €?envelope glycoprotein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AAX97169Ŗ€ĸ€0€0€ €6Rid family hydrolase, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_238486267Ŗ€ĸ€0€0€ €yautotransporter outer membrane beta-barrel domain-containing protein [Salmonella enterica subsp. enterica serovar Anecho]Ą€0€¤€0€Ą€ EIW7596561Ŗ€ĸ€0€0€ €gTlyA family RNA methyltransferase [Enterococcus mundtii] >STD22753.1 hemolysin A [Enterococcus mundtii]Ą€0€Š€0€Ą€ WP_115357420Ŗ€ĸ€0€0€ €5DUF692 family protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCH9784543Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ MCD4206375Ŗ€ĸ€0€0€ €4peptidylprolyl isomerase [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBK8100495Ŗ€ĸ€0€0€ €(DNA-binding protein [Campylobacter coli]Ą€0€¤€0€Ą€ EAJ8453921Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBK9653437Ŗ€ĸ€0€0€ €XHolliday junction branch migration DNA helicase RuvB [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€ MBI2528438Ŗ€ĸ€0€0€ €{tonB-system energizer ExbB [Bradyrhizobium sp. IC4059] >MCA1518393.1 tonB-system energizer ExbB [Bradyrhizobium sp. IC3069]Ą€0€¤€0€Ą€ MCA1360809Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBK9974619Ŗ€ĸ€0€0€ €;hypothetical protein BGU63_15230 [Clostridioides difficile]Ą€0€¤€0€Ą€PBI27870Ŗ€ĸ€0€0€ € Jnm1p [Saccharomyces cerevisiae]Ą€0€¤€0€Ą€ KAJ1535693Ŗ€ĸ€0€0€ €,FAD-binding oxidoreductase [Yangia pacifica]Ą€0€¤€0€Ą€ MBE9640947Ŗ€ĸ€0€0€ €0hypothetical protein [Thermoguttaceae bacterium]Ą€0€¤€0€Ą€ MBQ6107527Ŗ€ĸ€0€0€ €Hhypothetical protein E6H76_12105, partial [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€TMG86695Ŗ€ĸ€0€0€ €7estrogen receptor beta isoform X1 [Taeniopygia guttata]Ą€0€Š€0€Ą€ XP_030131005Ŗ€ĸ€0€0€ €@M20/M25/M40 family metallo-hydrolase [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MCL6644735Ŗ€ĸ€0€0€ €Ļtranscription initiation protein SPT3 homolog isoform X3 [Ursus maritimus] >XP_045657592.1 transcription initiation protein SPT3 homolog isoform X1 [Ursus americanus]Ą€0€Š€0€Ą€ XP_040499486Ŗ€ĸ€0€0€ €EDV28789.1 predicted protein [Trichoplax adhaerens]Ą€0€Š€0€Ą€ XP_002107991Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HAJ30683Ŗ€ĸ€0€0€ €2ATP synthase F0 subunit 6 [Siphlonurus aestivalis]Ą€0€¤€0€Ą€QNV11749Ŗ€ĸ€0€0€ €2hypothetical protein [Oryza sativa Japonica Group]Ą€0€Ŧ€0€Ą€BAD29386Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCL5999032Ŗ€ĸ€0€0€ €,SLC13 family permease [Rhodococcus fascians]Ą€0€Š€0€Ą€ WP_032407714Ŗ€ĸ€0€0€ €JRluA family pseudouridine synthase [Candidatus Saccharibacteria bacterium]Ą€0€¤€0€Ą€ MBQ1540263Ŗ€ĸ€0€0€ €5hypothetical protein HN011_002989 [Eciton burchellii]Ą€0€¤€0€Ą€ KAH0956195Ŗ€ĸ€0€0€ €3DUF1648 domain-containing protein [Croceitalea sp.]Ą€0€¤€0€Ą€NNM19111Ŗ€ĸ€0€0€ €.transcriptional activator NhaR [Ideonella sp.]Ą€0€¤€0€Ą€ MBL0087235Ŗ€ĸ€0€0€ €‚°MULTISPECIES: amino acid ABC transporter permease [Rhizobiaceae] >NHT76819.1 amino acid ABC transporter permease [Ferranicluibacter rubi] >PYE31075.1 amino acid ABC transporter membrane protein (PAAT family) [Rhizobium sp. PP-WC-1G-195] >TCQ05391.1 amino acid ABC transporter membrane protein (PAAT family) [Rhizobium sp. PP-F2F-G36] >TCQ26030.1 amino acid ABC transporter membrane protein (PAAT family) [Rhizobium sp. PP-CC-3G-465]Ą€0€Š€0€Ą€ WP_110808154Ŗ€ĸ€0€0€ €.RES family NAD+ phosphorylase [Reyranella sp.]Ą€0€¤€0€Ą€ MBX9947011Ŗ€ĸ€0€0€ €ƒTetR/AcrR family transcriptional regulator [Nocardia nova] >MBV7705745.1 TetR/AcrR family transcriptional regulator [Nocardia nova]Ą€0€Š€0€Ą€ WP_218022068Ŗ€ĸ€0€0€ €;SprB repeat-containing protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBK8142594Ŗ€ĸ€0€0€ €2phage tail tape measure protein [Escherichia coli]Ą€0€¤€0€Ą€ EFG7698437Ŗ€ĸ€0€0€ €8juvenile hormone esterase-like [Schistocerca piceifrons]Ą€0€Š€0€Ą€ XP_047113196Ŗ€ĸ€0€0€ €9paired domain-containing protein [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFX26854Ŗ€ĸ€0€0€ €DCshA/CshB family fibrillar adhesin-related protein [Mesonia mobilis]Ą€0€Š€0€Ą€ WP_283640148Ŗ€ĸ€0€0€ €.signal peptidase I [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR1866691Ŗ€ĸ€0€0€ €4GNAT family N-acetyltransferase [Maritimibacter sp.]Ą€0€¤€0€Ą€ MCB1329842Ŗ€ĸ€0€0€ €wcation transporter [Promicromonospora soli] >GHH79014.1 hypothetical protein GCM10017772_43880 [Promicromonospora soli]Ą€0€Š€0€Ą€ WP_189671415Ŗ€ĸ€0€0€ €:DUF362 domain-containing protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBN1187923Ŗ€ĸ€0€0€ €9bcl-2-modifying factor isoform X2 [Balaenoptera musculus]Ą€0€Š€0€Ą€ XP_036700879Ŗ€ĸ€0€0€ €-acyl-CoA desaturase [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBV9252674Ŗ€ĸ€0€0€ €7acetoacetate--CoA ligase [Nitriliruptoraceae bacterium]Ą€0€¤€0€Ą€ MCC5948066Ŗ€ĸ€0€0€ €ƒalpha-N-acetylglucosaminidase [Mucilaginibacter sp. SG538B] >NVM62535.1 alpha-N-acetylglucosaminidase [Mucilaginibacter sp. SG538B]Ą€0€Š€0€Ą€ WP_176623291Ŗ€ĸ€0€0€ €{ABC transporter permease [Mesorhizobium sp. L103C120A0] >ESZ61109.1 ABC transporter permease [Mesorhizobium sp. L103C120A0]Ą€0€Š€0€Ą€ WP_023828789Ŗ€ĸ€0€0€ €=trehalose-6-phosphate synthase 1, partial [Drosophila nasuta]Ą€0€Ŧ€0€Ą€BAR90558Ŗ€ĸ€0€0€ €:heparinase II/III family protein [Dyadobacter diqingensis]Ą€0€Š€0€Ą€ WP_256527700Ŗ€ĸ€0€0€ €>hypothetical protein C5U48_10910 [Mycolicibacter virginiensis]Ą€0€¤€0€Ą€PQM52169Ŗ€ĸ€0€0€ €?hypothetical protein A5792_04590 [Mycolicibacterium peregrinum]Ą€0€¤€0€Ą€OBB22832Ŗ€ĸ€0€0€ €=hypothetical protein F5Y05DRAFT_384253 [Hypoxylon sp. FL0543]Ą€0€¤€0€Ą€ KAI1138495Ŗ€ĸ€0€0€ €PUB26175.1 hypothetical protein C8K30_106264 [Promicromonospora sp. AC04]Ą€0€Š€0€Ą€ WP_108494191Ŗ€ĸ€0€0€ €Cgalactosyl transferase GMA12/MNN10 family protein [Artemisia annua]Ą€0€¤€0€Ą€PWA78445Ŗ€ĸ€0€0€ €ĒATP-binding cassette domain-containing protein [Thermosynechococcus vestitus] >BAC09308.1 ATP-binding protein of sugar ABC transporter [Thermosynechococcus vestitus BP-1]Ą€0€Š€0€Ą€ WP_011057593Ŗ€ĸ€0€0€ €qhypothetical protein [Planococcus maritimus] >QMT16581.1 hypothetical protein H1Q58_11435 [Planococcus maritimus]Ą€0€Š€0€Ą€ WP_083249539Ŗ€ĸ€0€0€ €Acapsular polysaccharide biosynthesis protein [Campylobacter coli]Ą€0€¤€0€Ą€ EAL3378245Ŗ€ĸ€0€0€ €Bhypothetical protein BVRB_2g040900 [Beta vulgaris subsp. vulgaris]Ą€0€¤€0€Ą€KMT17181Ŗ€ĸ€0€0€ €‚.MULTISPECIES: hypothetical protein [Bacillus subtilis group] >MBT3123261.1 hypothetical protein [Bacillus inaquosorum] >MCF7615321.1 hypothetical protein [Bacillus subtilis] >MCL9628370.1 hypothetical protein [Bacillus subtilis] >QTG87164.1 hypothetical protein J4048_21105 [Bacillus amyloliquefaciens]Ą€0€Š€0€Ą€ WP_208557144Ŗ€ĸ€0€0€ €ēProhibitin-1, subunit of the prohibitin complex (Phb1p-Phb2p) [Coemansia sp. RSA 678] >KAJ2501611.1 Prohibitin-1, subunit of the prohibitin complex (Phb1p-Phb2p) [Coemansia sp. RSA 1972]Ą€0€¤€0€Ą€ KAJ2141250Ŗ€ĸ€0€0€ €GtRNA threonylcarbamoyladenosine dehydratase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ7587638Ŗ€ĸ€0€0€ €BLacI family transcriptional regulator [Corynebacterium glutamicum]Ą€0€¤€0€Ą€OKX80212Ŗ€ĸ€0€0€ €Qdihydroorotase [Vibrio fluvialis] >MCG6402323.1 dihydroorotase [Vibrio fluvialis]Ą€0€Š€0€Ą€ WP_238850425Ŗ€ĸ€0€0€ €Ptail fiber assembly protein [Salmonella enterica subsp. enterica serovar Rissen]Ą€0€¤€0€Ą€ MBJ4904885Ŗ€ĸ€0€0€ €?forkhead box protein O-like isoform X2 [Sitodiplosis mosellana]Ą€0€Š€0€Ą€ XP_055296131Ŗ€ĸ€0€0€ €‚€2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Bacillus cereus] >PGZ50061.1 dihydrolipoyllysine-residue succinyltransferase [Bacillus anthracis] >RAS96163.1 dihydrolipoamide succinyltransferase [Bacillus cereus] >RAS98174.1 dihydrolipoamide succinyltransferase [Bacillus cereus] >RAT09964.1 dihydrolipoamide succinyltransferase [Bacillus cereus]Ą€0€Š€0€Ą€ WP_098923619Ŗ€ĸ€0€0€ €&hypothetical protein [Shigella boydii]Ą€0€Š€0€Ą€ WP_260479645Ŗ€ĸ€0€0€ €‚-rhomboid family intramembrane serine protease [Escherichia coli] >EFN8261400.1 rhomboid family intramembrane serine protease [Escherichia coli] >EGM0635672.1 rhomboid family intramembrane serine protease [Escherichia coli] >HBD0319371.1 rhomboid family intramembrane serine protease [Escherichia coli]Ą€0€Š€0€Ą€ WP_089563581Ŗ€ĸ€0€0€ €‡PREDICTED: subtilisin-like protease SBT3.9 [Nelumbo nucifera] >DAD46933.1 TPA_asm: hypothetical protein HUJ06_016870 [Nelumbo nucifera]Ą€0€Š€0€Ą€ XP_010263869Ŗ€ĸ€0€0€ €ĻDUF294 nucleotidyltransferase-like domain-containing protein [Salegentibacter holothuriorum] >SKB86569.1 CBS domain-containing protein [Salegentibacter holothuriorum]Ą€0€Š€0€Ą€ WP_079722145Ŗ€ĸ€0€0€ €(hypothetical protein [Oscillibacter sp.]Ą€0€¤€0€Ą€ MBQ9329940Ŗ€ĸ€0€0€ €>cytochrome c maturation protein CcmE [Lewinellaceae bacterium]Ą€0€¤€0€Ą€ MCB9082534Ŗ€ĸ€0€0€ €úMULTISPECIES: 23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD [unclassified Carnobacterium] >ALV21625.1 RNA methyltransferase, TrmA [Carnobacterium sp. CP1] >QQP69643.1 23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD [Carnobacterium sp. CS13]Ą€0€Š€0€Ą€ WP_058918927Ŗ€ĸ€0€0€ €w3-oxoadipyl-CoA thiolase [Pseudomonas nitroreducens] >MCP1689627.1 3-oxoadipyl-CoA thiolase [Pseudomonas nitroreducens]Ą€0€¤€0€Ą€ MCP1651746Ŗ€ĸ€0€0€ €shypothetical protein [Streptomyces sp. GMY02] >QXE37415.1 hypothetical protein KQY30_27530 [Streptomyces sp. GMY02]Ą€0€Š€0€Ą€ WP_217309155Ŗ€ĸ€0€0€ €shypothetical protein [Azospirillum sp. TSA6c] >PWC48328.1 hypothetical protein TSA6c_18190 [Azospirillum sp. TSA6c]Ą€0€Š€0€Ą€ WP_247879744Ŗ€ĸ€0€0€ €2hypothetical protein [Changpingibacter yushuensis]Ą€0€Š€0€Ą€ WP_182050463Ŗ€ĸ€0€0€ €uABC transporter permease [Cutibacterium sp. CBA3108] >WCC80683.1 ABC transporter permease [Cutibacterium sp. CBA3108]Ą€0€Š€0€Ą€ WP_271418863Ŗ€ĸ€0€0€ €?hypothetical protein CGS46_12925 [Faecalibacterium prausnitzii]Ą€0€¤€0€Ą€PDX57421Ŗ€ĸ€0€0€ €Ņphosphate/phosphite/phosphonate ABC transporter substrate-binding protein [Bacillus vallismortis] >MCI4138502.1 phosphate/phosphite/phosphonate ABC transporter substrate-binding protein [Bacillus vallismortis]Ą€0€Š€0€Ą€ WP_268551200Ŗ€ĸ€0€0€ €Ucalcineurin-like phosphoesterase C-terminal domain-containing protein [Alistipes sp.]Ą€0€¤€0€Ą€ MBO5962796Ŗ€ĸ€0€0€ €‰MULTISPECIES: YeaH/YhbH family protein [unclassified Pseudomonas] >PAM85507.1 hypothetical protein CES87_03325 [Pseudomonas sp. ERMR1:02]Ą€0€Š€0€Ą€ WP_128604954Ŗ€ĸ€0€0€ €“Crp/Fnr family transcriptional regulator [Flammeovirga sp. EKP202] >MBD0400310.1 Crp/Fnr family transcriptional regulator [Flammeovirga sp. EKP202]Ą€0€Š€0€Ą€ WP_188167525Ŗ€ĸ€0€0€ €=preprotein translocase subunit SecG [Lentisphaeria bacterium]Ą€0€¤€0€Ą€ MBQ7208271Ŗ€ĸ€0€0€ €MSW40660.1 phosphotransferase [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSV72798Ŗ€ĸ€0€0€ €sfatty acid desaturase [Aurantiacibacter atlanticus] >AKQ42914.1 fatty acid desaturase [Aurantiacibacter atlanticus]Ą€0€Š€0€Ą€ WP_048886461Ŗ€ĸ€0€0€ €Gglycerol-3-phosphate 1-O-acyltransferase PlsY [Cysteiniphilum halobium]Ą€0€Š€0€Ą€ WP_119328079Ŗ€ĸ€0€0€ €shypothetical protein [Kitasatospora paracochleata] >MCP2307295.1 hypothetical protein [Kitasatospora paracochleata]Ą€0€Š€0€Ą€ WP_253793201Ŗ€ĸ€0€0€ €ímanganese efflux pump [Methanocorpusculum sp.] >MBO5367644.1 manganese efflux pump [Methanocorpusculum sp.] >MBO5432158.1 manganese efflux pump [Methanocorpusculum sp.] >MBP3443627.1 manganese efflux pump [Methanocorpusculaceae archaeon]Ą€0€¤€0€Ą€ MBO5118622Ŗ€ĸ€0€0€ €?succinate--CoA ligase subunit alpha [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBI3461834Ŗ€ĸ€0€0€ €‚cupin domain-containing protein [Hyphomicrobiales bacterium] >MBV8240325.1 cupin domain-containing protein [Hyphomicrobiales bacterium] >MBV8319888.1 cupin domain-containing protein [Hyphomicrobiales bacterium] >MBV8418495.1 cupin domain-containing protein [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MBV8110278Ŗ€ĸ€0€0€ €abeta-galactosidase [Klebsiella variicola] >MCR8654844.1 beta-galactosidase [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_258219484Ŗ€ĸ€0€0€ €6hypothetical protein Vadar_025291 [Vaccinium darrowii]Ą€0€¤€0€Ą€ KAH7858561Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ MBB7523286Ŗ€ĸ€0€0€ €Šhypothetical protein [Sphingomonas endophytica] >MBB5727120.1 DNA-binding MarR family transcriptional regulator [Sphingomonas endophytica]Ą€0€Š€0€Ą€ WP_184039851Ŗ€ĸ€0€0€ €zhomocysteine-responsive endoplasmic reticulum-resident ubiquitin-like domain member 2 protein isoform X4 [Cuculus canorus]Ą€0€Š€0€Ą€ XP_053914187Ŗ€ĸ€0€0€ €‚HNH endonuclease [Rhodospirillaceae bacterium] >OUX71761.1 hypothetical protein CBD00_00010 [Rhodospirillaceae bacterium TMED140] >CAI8291913.1 MAG: Uncharacterised protein [Rhodospirillaceae bacterium] >HCI01419.1 HNH endonuclease [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€MAW35414Ŗ€ĸ€0€0€ €‚OLemA family protein [Mycoplasmopsis pullorum] >TNK82937.1 LemA family protein [Mycoplasmopsis pullorum] >TNK84302.1 LemA family protein [Mycoplasmopsis pullorum] >TNK84559.1 LemA family protein [Mycoplasmopsis pullorum] >TNK86558.1 LemA family protein [Mycoplasmopsis pullorum] >TNK87342.1 LemA family protein [Mycoplasmopsis pullorum]Ą€0€Š€0€Ą€ WP_139553477Ŗ€ĸ€0€0€ €*17387_t:CDS:1, partial [Racocetra persica]Ą€0€Ĩ€0€Ą€ CAG8793492Ŗ€ĸ€0€0€ €'BrnT family toxin [Methyloglobulus sp.]Ą€0€¤€0€Ą€NOU20958Ŗ€ĸ€0€0€ €‚walpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBG7162510.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBI6973372.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBV5918477.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBX6223906.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MCO2998201.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_096221151Ŗ€ĸ€0€0€ €serralysin family metalloprotease [Pseudomonas muyukensis] >QXH37152.1 serralysin family metalloprotease [Pseudomonas muyukensis]Ą€0€Š€0€Ą€ WP_217853533Ŗ€ĸ€0€0€ €*ABC transporter permease [Paracoccus yeei]Ą€0€¤€0€Ą€ATQ57711Ŗ€ĸ€0€0€ €(unnamed protein product [Lactuca virosa]Ą€0€Ĩ€0€Ą€ CAH1431027Ŗ€ĸ€0€0€ €—glycoside hydrolase family 88 protein [Parabacteroides sp. W1-Q-101] >MCM0718054.1 glycoside hydrolase family 88 protein [Parabacteroides sp. W1-Q-101]Ą€0€Š€0€Ą€ WP_250822302Ŗ€ĸ€0€0€ €­adenosylmethionine--8-amino-7-oxononanoate transaminase [Escherichia fergusonii] >NVP68455.1 adenosylmethionine--8-amino-7-oxononanoate transaminase [Escherichia fergusonii]Ą€0€Š€0€Ą€ WP_160194147Ŗ€ĸ€0€0€ €‚,pseudaminic acid synthase [Campylobacter jejuni] >EAI9914462.1 pseudaminic acid synthase [Campylobacter jejuni] >EAL8157114.1 pseudaminic acid synthase [Campylobacter jejuni] >EAL9166584.1 pseudaminic acid synthase [Campylobacter jejuni] >EGS1374125.1 pseudaminic acid synthase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAI0195789Ŗ€ĸ€0€0€ €4paired box protein Pax-5 isoform X6 [Pongo pygmaeus]Ą€0€Š€0€Ą€ XP_054357454Ŗ€ĸ€0€0€ €)unnamed protein product [Lactuca saligna]Ą€0€Ĩ€0€Ą€ CAI9280851Ŗ€ĸ€0€0€ €/hypothetical protein [Qipengyuania sp. XHP0211]Ą€0€Š€0€Ą€ WP_278329032Ŗ€ĸ€0€0€ €0DsrE family protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBL0183169Ŗ€ĸ€0€0€ €6DEAD/DEAH box helicase, partial [Xanthomonas phaseoli]Ą€0€Š€0€Ą€ WP_025983621Ŗ€ĸ€0€0€ €:hypothetical protein E6H92_09025 [Chloroflexota bacterium]Ą€0€¤€0€Ą€TMG37032Ŗ€ĸ€0€0€ €“sugar phosphate isomerase/epimerase family protein [Frigoriglobus tundricola] >QJW92761.1 hypothetical protein FTUN_0258 [Frigoriglobus tundricola]Ą€0€Š€0€Ą€ WP_171469099Ŗ€ĸ€0€0€ €Dsuccinyldiaminopimelate transaminase [Curtobacterium flaccumfaciens]Ą€0€Š€0€Ą€ WP_250898423Ŗ€ĸ€0€0€ €*uridylate kinase [Streptosporangium canum]Ą€0€Ĩ€0€Ą€SFI40936Ŗ€ĸ€0€0€ €srelated to importin9 [Fusarium fujikuroi IMI 58289] >CCT63959.1 related to importin9 [Fusarium fujikuroi IMI 58289]Ą€0€Š€0€Ą€ XP_023426040Ŗ€ĸ€0€0€ €4hypothetical protein Pfo_030895 [Paulownia fortunei]Ą€0€¤€0€Ą€ KAI3473816Ŗ€ĸ€0€0€ €adephospho-CoA kinase [Helicobacter pylori] >ANH45596.1 dephospho-CoA kinase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_033776418Ŗ€ĸ€0€0€ €;DUF1461 domain-containing protein [Clostridiales bacterium]Ą€0€¤€0€Ą€NLD51718Ŗ€ĸ€0€0€ €:zf-HC2 domain-containing protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCK5694897Ŗ€ĸ€0€0€ €nPREDICTED: uroporphyrinogen decarboxylase 1, chloroplastic-like isoform X2 [Musa acuminata subsp. malaccensis]Ą€0€Š€0€Ą€ XP_018682766Ŗ€ĸ€0€0€ €5isoprenyl transferase [Alphaproteobacteria bacterium]Ą€0€¯€0€Ą€HHY51372Ŗ€ĸ€0€0€ €+DNA polymerase I [Butyrivibrio sp. WCD2001]Ą€0€Š€0€Ą€ WP_026497435Ŗ€ĸ€0€0€ €‚ˆMULTISPECIES: zinc metallopeptidase [Lysinibacillus] >AUS89009.1 Zn-dependent protease [Lysinibacillus sp. YS11] >KGR85681.1 Zn-dependent protease [Lysinibacillus boronitolerans JCM 21713 = 10a = NBRC 103108] >KMN41979.1 Zn-dependent protease [Lysinibacillus sp. LK3] >MCM0623470.1 zinc metallopeptidase [Lysinibacillus sp. OL1_EC] >MCR6523039.1 zinc metallopeptidase [Lysinibacillus capsici]Ą€0€Š€0€Ą€ WP_036077718Ŗ€ĸ€0€0€ €MULTISPECIES: exodeoxyribonuclease VII small subunit [Streptomyces] >KJK41114.1 exodeoxyribonuclease VII small subunit [Streptomyces variegatus]Ą€0€Š€0€Ą€ WP_031132573Ŗ€ĸ€0€0€ €0host specificity protein J [Salmonella enterica]Ą€0€¤€0€Ą€ EEO7917989Ŗ€ĸ€0€0€ €galpha/beta hydrolase [Ruminiclostridium sp.] >MCI9466325.1 alpha/beta hydrolase [Ruminiclostridium sp.]Ą€0€¤€0€Ą€ MCI8828397Ŗ€ĸ€0€0€ €;ASCH domain-containing protein [Klebsiella quasipneumoniae]Ą€0€Š€0€Ą€ WP_218804454Ŗ€ĸ€0€0€ €CF-box/WD repeat-containing protein 7 isoform X3 [Amblyraja radiata]Ą€0€Š€0€Ą€ XP_032873419Ŗ€ĸ€0€0€ €2chloride channel protein [Denitromonas halophilus]Ą€0€¤€0€Ą€TVO55343Ŗ€ĸ€0€0€ €‚$hypothetical protein [Gemmatimonadota bacterium] >NIS03152.1 hypothetical protein [Gemmatimonadota bacterium] >NIU54144.1 hypothetical protein [Gemmatimonadota bacterium] >NIV25538.1 hypothetical protein [Gemmatimonadota bacterium] >NIW38083.1 hypothetical protein [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€NIR46571Ŗ€ĸ€0€0€ €IS1634 family transposase [Desulfobacteraceae bacterium] >MBC2719779.1 IS1634 family transposase [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€ MBC2695466Ŗ€ĸ€0€0€ €C1,2-phenylacetyl-CoA epoxidase subunit A [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBP9134320Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBM4010536Ŗ€ĸ€0€0€ €RNAD-dependent epimerase/dehydratase family protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€NBB83031Ŗ€ĸ€0€0€ €8hypothetical protein AVEN_251438-1 [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBN69281Ŗ€ĸ€0€0€ €Dhypothetical protein P280DRAFT_408271 [Massarina eburnea CBS 473.64]Ą€0€¤€0€Ą€ KAF2637112Ŗ€ĸ€0€0€ €+Fic family protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_132898733Ŗ€ĸ€0€0€ €(hypothetical protein [Aeromonas veronii]Ą€0€¤€0€Ą€NJI17449Ŗ€ĸ€0€0€ €•ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >WBB44984.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UZO53924Ŗ€ĸ€0€0€ €vcation diffusion facilitator family transporter [Stakelama marina] >MBR0552422.1 cation transporter [Stakelama marina]Ą€0€Š€0€Ą€ WP_284053701Ŗ€ĸ€0€0€ €Ënitroreductase family deazaflavin-dependent oxidoreductase [Candidatus Bathyarchaeota archaeon] >TMI55556.1 nitroreductase family deazaflavin-dependent oxidoreductase [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€TMI36513Ŗ€ĸ€0€0€ €Jricin-type beta-trefoil lectin domain protein [Streptomyces sp. NBC_00338]Ą€0€Š€0€Ą€ WP_266784861Ŗ€ĸ€0€0€ €cHDIG domain-containing protein [bacterium] >MCP4801139.1 HDIG domain-containing protein [bacterium]Ą€0€¤€0€Ą€ MCP4144501Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCH9693433Ŗ€ĸ€0€0€ €‚methylated-DNA--[protein]-cysteine S-methyltransferase [Glaesserella parasuis] >MCT8608395.1 methylated-DNA--[protein]-cysteine S-methyltransferase [Glaesserella parasuis] >MWQ25788.1 methylated-DNA--[protein]-cysteine S-methyltransferase [Glaesserella parasuis]Ą€0€Š€0€Ą€ WP_160421767Ŗ€ĸ€0€0€ €ADUF2076 domain-containing protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN9560624Ŗ€ĸ€0€0€ €ƒM23 family metallopeptidase [Gallalistipes aquisgranensis] >MBE5033676.1 M23 family metallopeptidase [Gallalistipes aquisgranensis]Ą€0€Š€0€Ą€ WP_226387626Ŗ€ĸ€0€0€ €menaquinone biosynthesis protein [Sphingobacterium prati] >NPE47560.1 menaquinone biosynthesis protein [Sphingobacterium prati]Ą€0€Š€0€Ą€ WP_172394656Ŗ€ĸ€0€0€ €œpolyphosphate polymerase domain-containing protein [Paenibacillus sp. FSL R5-192] >ETT35447.1 hypothetical protein C161_17369 [Paenibacillus sp. FSL R5-192]Ą€0€Š€0€Ą€ WP_036671656Ŗ€ĸ€0€0€ €fCoB--CoM heterodisulfide reductase iron-sulfur subunit A family protein [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€ MCJ7686803Ŗ€ĸ€0€0€ €7NYN domain-containing protein [Janibacter massiliensis]Ą€0€Š€0€Ą€ WP_106817586Ŗ€ĸ€0€0€ €4MAG: adenine phosphoribosyltransferase [Kaistia sp.]Ą€0€¤€0€Ą€WEK50023Ŗ€ĸ€0€0€ €;GGDEF domain-containing protein [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MBI5333464Ŗ€ĸ€0€0€ €ihypothetical protein [Microcystis sp. M034S2] >MCA2750792.1 hypothetical protein [Microcystis sp. M144S2]Ą€0€¤€0€Ą€ MCA2691876Ŗ€ĸ€0€0€ €é50S ribosomal protein L11 methyltransferase [Streptococcus equinus] >EFW88313.1 ribosomal protein L11 methyltransferase [Streptococcus equinus ATCC 9812] >SUN69620.1 50S ribosomal protein L11 methyltransferase [Streptococcus equinus]Ą€0€Š€0€Ą€ WP_003067788Ŗ€ĸ€0€0€ €0angiomotin-like isoform X1 [Procambarus clarkii]Ą€0€Š€0€Ą€ XP_045615378Ŗ€ĸ€0€0€ €žadenylosuccinate synthase [Cronobacter condimenti] >ALB64184.1 adenylosuccinate synthetase [Cronobacter condimenti 1330] >CCJ74080.1 Adenylosuccinate synthetase [Cronobacter condimenti 1330]Ą€0€Š€0€Ą€ WP_007678833Ŗ€ĸ€0€0€ €Znucleotide-binding site leucine-rich repeat protein, partial [Rhododendron rubropunctatum]Ą€0€¤€0€Ą€AFC90328Ŗ€ĸ€0€0€ €Áhypothetical protein UAE_01562 [Enterococcus hirae ATCC 9790] >EOU07341.1 hypothetical protein I584_00663 [Enterococcus hirae ATCC 9790] >VTQ65387.1 Uncharacterised protein [Enterococcus hirae]Ą€0€¤€0€Ą€EOH70952Ŗ€ĸ€0€0€ €ŠDUF5080 family protein, partial [Staphylococcus arlettae] >PTH56159.1 DUF5080 domain-containing protein, partial [Staphylococcus arlettae]Ą€0€Š€0€Ą€ WP_107387431Ŗ€ĸ€0€0€ €‘elongation factor G-like protein EF-G2 [Nocardiopsis sp. DZFXJ 01] >WDZ91984.1 elongation factor G-like protein EF-G2 [Nocardiopsis sp. DZFXJ 01]Ą€0€Š€0€Ą€ WP_274976404Ŗ€ĸ€0€0€ €shypothetical protein [Alteromonas oceanisediminis] >MBT0586567.1 hypothetical protein [Alteromonas oceanisediminis]Ą€0€Š€0€Ą€ WP_214130944Ŗ€ĸ€0€0€ €•ABC transporter ATP-binding protein [Propioniciclava sinopodophylli] >TBT88674.1 ABC transporter ATP-binding protein [Propioniciclava sinopodophylli]Ą€0€Š€0€Ą€ WP_131166802Ŗ€ĸ€0€0€ €8SAM-dependent methyltransferase [Spirochaetia bacterium]Ą€0€¯€0€Ą€HBE02941Ŗ€ĸ€0€0€ €Lhypothetical protein Ngar_c20080 [Candidatus Nitrososphaera gargensis Ga9.2]Ą€0€¤€0€Ą€AFU58940Ŗ€ĸ€0€0€ €8apolipoprotein N-acyltransferase [Pseudonocardia oceani]Ą€0€¤€0€Ą€ MBW0108125Ŗ€ĸ€0€0€ €L2-hydroxycarboxylate transporter family protein [Klebsiella quasipneumoniae]Ą€0€Š€0€Ą€ WP_281163474Ŗ€ĸ€0€0€ €yHAD-IIB family hydrolase [Dialister succinatiphilus] >EHO62267.1 cof-like hydrolase [Dialister succinatiphilus YIT 11850]Ą€0€Š€0€Ą€ WP_008860295Ŗ€ĸ€0€0€ €Áuncharacterized protein LOC123088142 [Triticum aestivum] >KAF7045875.1 hypothetical protein CFC21_054937 [Triticum aestivum] >VAH97810.1 unnamed protein product [Triticum turgidum subsp. durum]Ą€0€Š€0€Ą€ XP_044366249Ŗ€ĸ€0€0€ €9OsmC family peroxiredoxin [Streptosporangiales bacterium]Ą€0€¤€0€Ą€MQA03337Ŗ€ĸ€0€0€ €‚|sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1716414.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1800754.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1814591.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1871501.1 sigma 54-interacting transcriptional regulator [Clostridium sp.]Ą€0€¤€0€Ą€ MCH3963123Ŗ€ĸ€0€0€ €‚C40 family peptidase [Salmonella enterica] >MCT7000827.1 C40 family peptidase [Salmonella enterica subsp. enterica serovar Carrau]Ą€0€Š€0€Ą€ WP_260776178Ŗ€ĸ€0€0€ €gaminoacyl-tRNA hydrolase [Halomonas sp. KAO] >MBF7054546.1 aminoacyl-tRNA hydrolase [Halomonas sp. KAO]Ą€0€Š€0€Ą€ WP_195689481Ŗ€ĸ€0€0€ €ES-adenosylmethionine decarboxylase proenzyme-like [Xyrauchen texanus]Ą€0€Š€0€Ą€ XP_051954746Ŗ€ĸ€0€0€ €FTetR/AcrR family transcriptional regulator [Sandaracinaceae bacterium]Ą€0€¤€0€Ą€ MCB9662416Ŗ€ĸ€0€0€ €‹ORF7a protein [Severe acute respiratory syndrome coronavirus 2] >UJR93908.1 ORF7a protein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UJR03683Ŗ€ĸ€0€0€ €˜hypothetical protein AUI58_03860 [Chloroflexi bacterium 13_1_40CM_2_70_6] >TME95228.1 DNA polymerase domain-containing protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€OLD52228Ŗ€ĸ€0€0€ €NATP-dependent Clp protease proteolytic subunit [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBS2033149Ŗ€ĸ€0€0€ €CT-cell surface protein tactile isoform X2 [Leptonychotes weddellii]Ą€0€Š€0€Ą€ XP_030892138Ŗ€ĸ€0€0€ €‹sugar ABC transporter permease [Klebsiella pneumoniae] >ROC02011.1 sugar ABC transporter permease [Klebsiella pneumoniae subsp. pneumoniae]Ą€0€Š€0€Ą€ WP_105447015Ŗ€ĸ€0€0€ €¸trk system potassium uptake protein TrkH [Vibrio gazogenes DSM 21264] [Vibrio gazogenes DSM 21264 = NBRC 103151] >SJN53375.1 Trk system potassium uptake protein TrkH [Vibrio gazogenes]Ą€0€Ĩ€0€Ą€SHG12942Ŗ€ĸ€0€0€ €=choline transporter-like protein 1 [Anoplophora glabripennis]Ą€0€Š€0€Ą€ XP_018575520Ŗ€ĸ€0€0€ €‚…DEAD/DEAH box helicase [Streptococcus pneumoniae] >CEW27400.1 putative SNF-family helicase [Streptococcus pneumoniae] >CEX30387.1 putative SNF-family helicase [Streptococcus pneumoniae] >CIX77801.1 putative SNF-family helicase [Streptococcus pneumoniae] >CIZ88429.1 putative SNF-family helicase [Streptococcus pneumoniae] >CJB82382.1 putative SNF-family helicase [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_050210146Ŗ€ĸ€0€0€ €wSDR family oxidoreductase [Streptomyces antibioticus] >KUN30256.1 short-chain dehydrogenase [Streptomyces antibioticus]Ą€0€Š€0€Ą€ WP_059191156Ŗ€ĸ€0€0€ €‚8MULTISPECIES: nitrate reductase [Mycobacterium avium complex (MAC)] >AFS16523.1 Nitrate reductase [Mycobacterium intracellulare subsp. intracellulare MTCC 9506] >BCO54036.1 molybdopterin oxidoreductase [Mycobacterium paraintracellulare] >BCO91307.1 molybdopterin oxidoreductase [Mycobacterium paraintracellulare]Ą€0€Š€0€Ą€ WP_014942931Ŗ€ĸ€0€0€ €Œhypothetical protein PTNB85_05640 [Pyrenophora teres f. teres] >KAE8844210.1 hypothetical protein HRS9122_05313 [Pyrenophora teres f. teres]Ą€0€¤€0€Ą€ KAE8834307Ŗ€ĸ€0€0€ €,metallophosphoesterase [Arcanobacterium sp.]Ą€0€¤€0€Ą€ MCI5825153Ŗ€ĸ€0€0€ €Rmotility associated factor glycosyltransferase family protein [Campylobacter coli]Ą€0€¤€0€Ą€ EJA9392162Ŗ€ĸ€0€0€ €>iron-sulfur cluster assembly protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCI6629070Ŗ€ĸ€0€0€ €™cation diffusion facilitator family transporter [Adlercreutzia equolifaciens] >RDC47414.1 cation transporter [Adlercreutzia equolifaciens subsp. celatus]Ą€0€Š€0€Ą€ WP_114539302Ŗ€ĸ€0€0€ €Dhypothetical protein AYP45_17505 [Candidatus Brocadia caroliniensis]Ą€0€¤€0€Ą€OOP55008Ŗ€ĸ€0€0€ €Mlysophospholipid acyltransferase family protein [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€ MBU6376428Ŗ€ĸ€0€0€ €Oprobable carotenoid cleavage dioxygenase 4, chloroplastic [Potentilla anserina]Ą€0€Š€0€Ą€ XP_050375343Ŗ€ĸ€0€0€ €“ABC transporter substrate-binding protein [Pseudomonas sp. CVAP#3] >MBU6959354.1 ABC transporter substrate-binding protein [Pseudomonas sp. CVAP#3]Ą€0€Š€0€Ą€ WP_216743397Ŗ€ĸ€0€0€ €.3-dehydroquinate synthase [Moorena sp. SIO4G2]Ą€0€¤€0€Ą€NEO63080Ŗ€ĸ€0€0€ €edephospho-CoA kinase [Slackia equolifaciens] >RNL42093.1 dephospho-CoA kinase [Slackia equolifaciens]Ą€0€Š€0€Ą€ WP_123207952Ŗ€ĸ€0€0€ €uhypothetical protein [Stenotrophomonas maltophilia] >MBA0291056.1 hypothetical protein [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_180874312Ŗ€ĸ€0€0€ €Llysophospholipid acyltransferase family protein [Massilibacteroides vaginae]Ą€0€Š€0€Ą€ WP_085535344Ŗ€ĸ€0€0€ €7uncharacterized protein LOC112800713 [Arachis hypogaea]Ą€0€Š€0€Ą€ XP_025698866Ŗ€ĸ€0€0€ €;unnamed protein product [Musa acuminata subsp. malaccensis]Ą€0€Ĩ€0€Ą€ CAG1853776Ŗ€ĸ€0€0€ €qreplicative DNA helicase [Rhizobium sp. BK376] >TCR93039.1 primary replicative DNA helicase [Rhizobium sp. BK376]Ą€0€Š€0€Ą€ WP_132517191Ŗ€ĸ€0€0€ €>LysR family transcriptional regulator [Psychromonas sp. SA13A]Ą€0€Š€0€Ą€ WP_166370521Ŗ€ĸ€0€0€ €˜roadblock/LC7 domain-containing protein [Streptomyces lacrimifluminis] >GGJ12292.1 hypothetical protein GCM10012282_05780 [Streptomyces lacrimifluminis]Ą€0€Š€0€Ą€ WP_189145586Ŗ€ĸ€0€0€ €%hypothetical protein [Myxococcus sp.]Ą€0€¤€0€Ą€ MBE2253919Ŗ€ĸ€0€0€ €;PREDICTED: box C/D snoRNA protein 1 [Monodelphis domestica]Ą€0€Š€0€Ą€ XP_016284980Ŗ€ĸ€0€0€ €ŠTOBE domain-containing protein [Meridianimarinicoccus roseus] >PWR01118.1 molybdenum-pterin-binding protein [Meridianimarinicoccus roseus]Ą€0€Š€0€Ą€ WP_109813103Ŗ€ĸ€0€0€ €¤cytochrome-c oxidase, cbb3-type subunit III [Rhodopseudomonas rhenobacensis] >MBB5045366.1 cytochrome c oxidase cbb3-type subunit 3 [Rhodopseudomonas rhenobacensis]Ą€0€Š€0€Ą€ WP_184253104Ŗ€ĸ€0€0€ €:hypothetical protein Psuf_004460 [Phytohabitans suffuscus]Ą€0€Ŧ€0€Ą€BCB83133Ŗ€ĸ€0€0€ €4shikimate dehydrogenase [Photobacterium phosphoreum]Ą€0€¤€0€Ą€OBU40353Ŗ€ĸ€0€0€ €‚€MULTISPECIES: universal stress protein [Pseudomonas] >ASM84592.1 universal stress protein UspA [Pseudomonas aeruginosa] >ASM87261.1 universal stress protein UspA [Pseudomonas aeruginosa] >KSI16333.1 universal stress protein UspA [Pseudomonas aeruginosa] >KSI37606.1 universal stress protein UspA [Pseudomonas aeruginosa] >MBA1204692.1 universal stress protein [Pseudomonas capeferrum]Ą€0€Š€0€Ą€ WP_024947943Ŗ€ĸ€0€0€ €7aldehyde dehydrogenase (NADP(+)) [Streptomyces radicis]Ą€0€Š€0€Ą€ WP_230424277Ŗ€ĸ€0€0€ €osite-specific integrase [Sporosarcina sp. resist] >QNK89392.1 site-specific integrase [Sporosarcina sp. resist]Ą€0€Š€0€Ą€ WP_187047047Ŗ€ĸ€0€0€ €kDEAD/DEAH box helicase [Salinivibrio sp. IB643] >OOE98621.1 ATP-dependent helicase [Salinivibrio sp. IB643]Ą€0€Š€0€Ą€ WP_077646570Ŗ€ĸ€0€0€ €0glutamate synthase [Methylobacterium sp. Leaf89]Ą€0€¤€0€Ą€KQO71000Ŗ€ĸ€0€0€ €ČMULTISPECIES: hypothetical protein [unclassified Sphingopyxis] >KTE42948.1 hypothetical protein ATE62_04330 [Sphingopyxis sp. HIX] >KTE85226.1 hypothetical protein ATE72_05035 [Sphingopyxis sp. HXXIV]Ą€0€Š€0€Ą€ WP_058807138Ŗ€ĸ€0€0€ €…MFS general substrate transporter [Lindgomyces ingoldianus] >KAF2474665.1 MFS general substrate transporter [Lindgomyces ingoldianus]Ą€0€Š€0€Ą€ XP_033551505Ŗ€ĸ€0€0€ €=MAG: CYTH domain-containing protein, partial [Pedobacter sp.]Ą€0€¤€0€Ą€RZK87475Ŗ€ĸ€0€0€ €wvariable surface lipoprotein [Mycoplasmopsis bovis] >AXJ69574.1 hypothetical protein CH327_04080 [Mycoplasmopsis bovis]Ą€0€Š€0€Ą€ WP_115287442Ŗ€ĸ€0€0€ €9hypothetical protein AAFF_G00420710 [Aldrovandia affinis]Ą€0€¤€0€Ą€ KAJ8398543Ŗ€ĸ€0€0€ €Sribokinase [Paracholeplasma morum] >MBM7454085.1 ribokinase [Paracholeplasma morum]Ą€0€Š€0€Ą€ WP_204434340Ŗ€ĸ€0€0€ €Bhypothetical protein BT63DRAFT_453269 [Microthyrium microscopicum]Ą€0€¤€0€Ą€ KAF2670900Ŗ€ĸ€0€0€ €YMAG: 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase [Planctomycetota bacterium]Ą€0€¤€0€Ą€RLS24356Ŗ€ĸ€0€0€ €oABC transporter permease [Rhodobacter capsulatus] >KQB15039.1 ABC transporter permease [Rhodobacter capsulatus]Ą€0€¤€0€Ą€KQB14740Ŗ€ĸ€0€0€ €‚MULTISPECIES: dCTP deaminase [Pantoea] >MBW1214781.1 dCTP deaminase [Pantoea allii] >MBW1252609.1 dCTP deaminase [Pantoea allii] >MBW1258412.1 dCTP deaminase [Pantoea allii] >MBW1261956.1 dCTP deaminase [Pantoea allii] >MBW1267633.1 dCTP deaminase [Pantoea allii]Ą€0€Š€0€Ą€ WP_063880179Ŗ€ĸ€0€0€ €”winged helix-turn-helix domain-containing protein [Rhizobium sp. WYCCWR10014] >OAV52066.1 DNA-binding response regulator [Rhizobium sp. WYCCWR10014]Ą€0€Š€0€Ą€ WP_064652354Ŗ€ĸ€0€0€ €:uncharacterized protein LOC112085297 [Eutrema salsugineum]Ą€0€Š€0€Ą€ XP_024010268Ŗ€ĸ€0€0€ €…CF0 subunit III of ATP synthase [Cymbomonas tetramitiformis] >ANA56918.1 CF0 subunit III of ATP synthase [Cymbomonas tetramitiformis]Ą€0€Š€0€Ą€ YP_009252784Ŗ€ĸ€0€0€ €*YigZ family protein [Thiomicrorhabdus sp.]Ą€0€¤€0€Ą€ MCF6346354Ŗ€ĸ€0€0€ €ĖDUF4352 domain-containing protein [Listeria monocytogenes] >MCB2768242.1 DUF4352 domain-containing protein [Listeria monocytogenes] >MCB2791630.1 DUF4352 domain-containing protein [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAF4791746Ŗ€ĸ€0€0€ €Bglycosyl transferase family 1, partial [Mycobacterium colombiense]Ą€0€¤€0€Ą€OBJ23133Ŗ€ĸ€0€0€ €ûhypothetical chloroplast RF15 [Ageratina adenophora] >YP_004564431.1 hypothetical chloroplast RF15 [Ageratina adenophora] >AEG64605.1 hypothetical chloroplast RF15 [Ageratina adenophora] >AEG64617.1 hypothetical chloroplast RF15 [Ageratina adenophora]Ą€0€Š€0€Ą€ YP_004564419Ŗ€ĸ€0€0€ €Fchromosomal replication initiator protein DnaA [Salinispora arenicola]Ą€0€Š€0€Ą€ WP_230519716Ŗ€ĸ€0€0€ €/GTP 3',8-cyclase MoaA [Azotobacter chroococcum]Ą€0€Š€0€Ą€ WP_039806668Ŗ€ĸ€0€0€ €thypothetical protein [Deltaproteobacteria bacterium] >OUV35480.1 hypothetical protein CBC48_03820 [bacterium TMED88]Ą€0€¤€0€Ą€MAJ59213Ŗ€ĸ€0€0€ €0unnamed protein product [Paramecium pentaurelia]Ą€0€Ĩ€0€Ą€ CAD8186381Ŗ€ĸ€0€0€ €Éimmunoglobulin heavy chain junction region [Homo sapiens] >MBB1809438.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBB1821768.1 immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB1804587Ŗ€ĸ€0€0€ €phypothetical protein, partial [Xanthomonas perforans] >MCF5925539.1 hypothetical protein [Xanthomonas perforans]Ą€0€Š€0€Ą€ WP_236513170Ŗ€ĸ€0€0€ €0hypothetical protein [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€ MBK9065949Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCD8051495Ŗ€ĸ€0€0€ €ØPREDICTED: probable U3 small nucleolar RNA-associated protein 11, partial [Balearica regulorum gibbericeps] >KFO03922.1 putative U3 small nucleolar RNA-associated protein 11, partial [Balearica regulorum gibbericeps]Ą€0€Š€0€Ą€ XP_010311338Ŗ€ĸ€0€0€ €‘iron-sulfur cluster formation ABC transporter [Silvetia siliquosa] >UNH90232.1 iron-sulfur cluster formation ABC transporter [Silvetia siliquosa]Ą€0€Š€0€Ą€ YP_010317795Ŗ€ĸ€0€0€ €1hypothetical protein [Streptomyces panaciradicis]Ą€0€Š€0€Ą€ WP_283947944Ŗ€ĸ€0€0€ €-hypothetical protein [Burkholderia stagnalis]Ą€0€Š€0€Ą€ WP_124519303Ŗ€ĸ€0€0€ €vhistidine phosphatase family protein [Pseudomonas jessenii] >PYY66316.1 phosphoglycerate mutase [Pseudomonas jessenii]Ą€0€Š€0€Ą€ WP_110663263Ŗ€ĸ€0€0€ €6hypothetical protein GH714_024718 [Hevea brasiliensis]Ą€0€¤€0€Ą€ KAF2317565Ŗ€ĸ€0€0€ €sD-site 20S pre-rRNA nuclease [Aspergillus niger ATCC 13496] >CAL00348.1 unnamed protein product [Aspergillus niger]Ą€0€¤€0€Ą€RDH15740Ŗ€ĸ€0€0€ €‹MULTISPECIES: host specificity protein J [unclassified Providencia] >MTC21796.1 DUF1983 domain-containing protein [Providencia sp. wls1938]Ą€0€Š€0€Ą€ WP_154599351Ŗ€ĸ€0€0€ €0hypothetical protein [Anaerolineaceae bacterium]Ą€0€¤€0€Ą€ MBK8904706Ŗ€ĸ€0€0€ €Ihypothetical protein BA864_05750 [Desulfuromonadales bacterium C00003093]Ą€0€¤€0€Ą€OEU68709Ŗ€ĸ€0€0€ €%hypothetical protein [Hyphomonas sp.]Ą€0€¯€0€Ą€HAW53859Ŗ€ĸ€0€0€ €‚‹uncharacterized LOC4327091 [Oryza sativa Japonica Group] >EEC70140.1 hypothetical protein OsI_00830 [Oryza sativa Indica Group] >KAB8080424.1 hypothetical protein EE612_000942 [Oryza sativa] >KAF2949000.1 hypothetical protein DAI22_01g075208 [Oryza sativa Japonica Group] >BAA92969.1 unknown protein [Oryza sativa Japonica Group] >BAG95741.1 unnamed protein product [Oryza sativa Japonica Group]Ą€0€Š€0€Ą€ NP_001395973Ŗ€ĸ€0€0€ €‘LysR family transcriptional regulator [Paraburkholderia acidicola] >PCE26971.1 LysR family transcriptional regulator [Paraburkholderia acidicola]Ą€0€Š€0€Ą€ WP_096719144Ŗ€ĸ€0€0€ €ŽMBL fold metallo-hydrolase [Serratia plymuthica] >EKF62990.1 methyl parathion hydrolase [Serratia plymuthica A30] >UJE00739.1 MBL fold metallo-hydrolase [Serratia plymuthica]Ą€0€Š€0€Ą€ WP_006327457Ŗ€ĸ€0€0€ €,YCF48-related protein [Methylomonas sp. MK1]Ą€0€Š€0€Ą€ WP_081607935Ŗ€ĸ€0€0€ €ô3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Durio zibethinus] >XP_022745131.1 3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Durio zibethinus] >XP_022745132.1 3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Durio zibethinus]Ą€0€Š€0€Ą€ XP_022745130Ŗ€ĸ€0€0€ €3hypothetical protein [Rhodanobacteraceae bacterium]Ą€0€¤€0€Ą€ MCC6596976Ŗ€ĸ€0€0€ €Bcyclodeaminase/cyclohydrolase family protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MCL2337464Ŗ€ĸ€0€0€ €-hypothetical protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCA9667429Ŗ€ĸ€0€0€ €_glucarate dehydratase [Bacillus subtilis] >UYU28364.1 glucarate dehydratase [Bacillus subtilis]Ą€0€Š€0€Ą€ WP_264379403Ŗ€ĸ€0€0€ €ssugar ABC transporter permease [Streptomyces nigra] >AWE50316.1 sugar ABC transporter permease [Streptomyces nigra]Ą€0€Š€0€Ą€ WP_108706918Ŗ€ĸ€0€0€ €ester cyclase [Amylibacter sp.]Ą€0€¤€0€Ą€ MCO4825170Ŗ€ĸ€0€0€ €CMerR family transcriptional regulator [Desulfobacterales bacterium]Ą€0€¤€0€Ą€ MCG8687614Ŗ€ĸ€0€0€ €4hypothetical protein MG293_012837 [Ovis ammon polii]Ą€0€¤€0€Ą€ KAI4536634Ŗ€ĸ€0€0€ €@polysaccharide export protein [Sphingosinithalassobacter portus]Ą€0€Š€0€Ą€ WP_109807231Ŗ€ĸ€0€0€ €¤MULTISPECIES: osmoprotectant NAGGN system M42 family peptidase [Pseudomonas] >AUG09076.1 osmoprotectant NAGGN system M42 family peptidase [Pseudomonas sp. S09G 359]Ą€0€Š€0€Ą€ WP_101272247Ŗ€ĸ€0€0€ €Īmetal-sulfur cluster assembly factor [Bacillus sp. ISL-51] >MBT2634817.1 metal-sulfur cluster assembly factor [Bacillus sp. ISL-26] >MBT2712292.1 metal-sulfur cluster assembly factor [Pseudomonas sp. ISL-88]Ą€0€¤€0€Ą€ MBT2573851Ŗ€ĸ€0€0€ €9Nuclear import receptor, partial [Coemansia sp. RSA 2681]Ą€0€¤€0€Ą€ KAJ2336672Ŗ€ĸ€0€0€ €Popioid-binding protein/cell adhesion molecule isoform X7 [Heterocephalus glaber]Ą€0€Š€0€Ą€ XP_021098423Ŗ€ĸ€0€0€ €.Gfo/Idh/MocA family oxidoreductase [bacterium]Ą€0€¤€0€Ą€ MCP4641540Ŗ€ĸ€0€0€ €>glycosyltransferase family 39 protein [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MBN1977789Ŗ€ĸ€0€0€ €6hypothetical protein A4A49_21218 [Nicotiana attenuata]Ą€0€¤€0€Ą€OIT39507Ŗ€ĸ€0€0€ €$asparaginase [Lachnobacterium bovis]Ą€0€Š€0€Ą€ WP_022748957Ŗ€ĸ€0€0€ €^topoisomerase II [Pseudomonas sp.] >MBX9762612.1 topoisomerase II [Pseudomonadaceae bacterium]Ą€0€¤€0€Ą€ MBA4289549Ŗ€ĸ€0€0€ €-SLC13 family permease [Pseudoalteromonas sp.]Ą€0€¤€0€Ą€MBD58399Ŗ€ĸ€0€0€ €tsensor domain-containing protein [Streptomyces asoensis] >QJT01258.1 sensor histidine kinase [Streptomyces asoensis]Ą€0€Š€0€Ą€ WP_171396840Ŗ€ĸ€0€0€ €‚acyl-CoA dehydrogenase family protein [Rhodococcus pyridinivorans] >SEC98552.1 Acyl-CoA dehydrogenase [Rhodococcus pyridinivorans]Ą€0€Š€0€Ą€ WP_064060986Ŗ€ĸ€0€0€ €#MFS transporter [Brevundimonas sp.]Ą€0€¤€0€Ą€ MCH4268493Ŗ€ĸ€0€0€ €3glycine-rich RNA-binding protein 2 [Actinidia rufa]Ą€0€Ŧ€0€Ą€GFY83906Ŗ€ĸ€0€0€ €Žefflux RND transporter periplasmic adaptor subunit [Rhizobium sullae] >TCU20397.1 RND family efflux transporter MFP subunit [Rhizobium sullae]Ą€0€Š€0€Ą€ WP_132558606Ŗ€ĸ€0€0€ €yMBL fold metallo-hydrolase [Streptomyces sp. SID14478] >NEB74342.1 MBL fold metallo-hydrolase [Streptomyces sp. SID14478]Ą€0€Š€0€Ą€ WP_164300700Ŗ€ĸ€0€0€ €‚fPREDICTED: phosphoprotein associated with glycosphingolipid-enriched microdomains 1 [Miniopterus natalensis] >XP_016071529.1 PREDICTED: phosphoprotein associated with glycosphingolipid-enriched microdomains 1 [Miniopterus natalensis] >XP_016071530.1 PREDICTED: phosphoprotein associated with glycosphingolipid-enriched microdomains 1 [Miniopterus natalensis]Ą€0€Š€0€Ą€ XP_016071528Ŗ€ĸ€0€0€ €>MULTISPECIES: hypothetical protein [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_143662806Ŗ€ĸ€0€0€ €.Na+/H+ antiporter [Streptomyces shenzhenensis]Ą€0€Š€0€Ą€ WP_234538829Ŗ€ĸ€0€0€ €(S49 family peptidase [Piscinibacter sp.]Ą€0€¤€0€Ą€ MBK7529683Ŗ€ĸ€0€0€ €‚'MULTISPECIES: glutaredoxin 3 [Sphingobium] >EPR17636.1 glutaredoxin [Sphingobium indicum IP26] >KEZ00570.1 glutaredoxin [Sphingomonas sp. BHC-A] >NYI22019.1 glutaredoxin 3 [Sphingobium indicum] >APL93318.1 glutaredoxin [Sphingobium indicum B90A] >EQB06686.1 glutaredoxin [Sphingobium sp. HDIP04]Ą€0€Š€0€Ą€ WP_007683719Ŗ€ĸ€0€0€ €9RluA family pseudouridine synthase [Actinomyces vulturis]Ą€0€Š€0€Ą€ WP_067782871Ŗ€ĸ€0€0€ €?stage V sporulation protein AD [Candidatus Coproplasma avicola]Ą€0€¯€0€Ą€HIR66791Ŗ€ĸ€0€0€ €;probable acyl-CoA dehydrogenase 6 [Neopelma chrysocephalum]Ą€0€Š€0€Ą€ XP_027540421Ŗ€ĸ€0€0€ €@response regulator transcription factor [Paenibacillus sp. JZ16]Ą€0€Š€0€Ą€ WP_194544138Ŗ€ĸ€0€0€ €Kplasma-membrane proton-efflux P-type ATPase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBY0273331Ŗ€ĸ€0€0€ €mNPP1 family protein [Streptomyces sp. HUAS 15-9] >UXY25769.1 NPP1 family protein [Streptomyces sp. HUAS 15-9]Ą€0€Š€0€Ą€ WP_263205390Ŗ€ĸ€0€0€ €2NADP-dependent oxidoreductase [Streptococcus suis]Ą€0€Š€0€Ą€ WP_024410349Ŗ€ĸ€0€0€ €;DUF4919 domain-containing protein [Rikenellaceae bacterium]Ą€0€¤€0€Ą€ MBQ9146327Ŗ€ĸ€0€0€ €Aglycosyltransferase family 4 protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBC8266069Ŗ€ĸ€0€0€ €)50S ribosomal protein L5 [Taibaiella sp.]Ą€0€¤€0€Ą€ MBL7705960Ŗ€ĸ€0€0€ €8hypothetical protein M758_UG313800 [Ceratodon purpureus]Ą€0€¤€0€Ą€ KAG0597131Ŗ€ĸ€0€0€ €BBro-N domain-containing protein, partial [Pseudomonas viridiflava]Ą€0€Š€0€Ą€ WP_164706884Ŗ€ĸ€0€0€ €›endonuclease/exonuclease/phosphatase family protein [Bauldia litoralis] >SDB09042.1 Endonuclease/Exonuclease/phosphatase family protein [Bauldia litoralis]Ą€0€Š€0€Ą€ WP_090874869Ŗ€ĸ€0€0€ €‚ÄMULTISPECIES: type IVB secretion system protein IcmH/DotU [Shewanella] >HCD14732.1 type IV secretion protein DotU [Shewanella sp.] >AYV12595.1 DotU family type IV/VI secretion system protein [Shewanella algae] >MBO2546650.1 DotU family type IV/VI secretion system protein [Shewanella algae] >MBO2551226.1 DotU family type IV/VI secretion system protein [Shewanella algae] >MBO2555489.1 DotU family type IV/VI secretion system protein [Shewanella algae]Ą€0€Š€0€Ą€ WP_028781258Ŗ€ĸ€0€0€ €7hydroxyacid dehydrogenase [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€ MBT3931813Ŗ€ĸ€0€0€ €6SGNH/GDSL hydrolase family protein [Bilifractor porci]Ą€0€Š€0€Ą€ WP_235903398Ŗ€ĸ€0€0€ €GATP phosphoribosyltransferase regulatory subunit [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR0144760Ŗ€ĸ€0€0€ €‚‚putative DNA topoisomerase II medium subunit [Campylobacter phage F348] >QPX63407.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F352] >QPX65543.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F374] >QPX65710.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F375] >QXO05963.1 hypothetical protein [Campylobacter phage CJLB-10]Ą€0€¤€0€Ą€QPX63240Ŗ€ĸ€0€0€ €JDNA (cytosine-5)-methyltransferase PliMCI-like isoform X2 [Bombus affinis]Ą€0€Š€0€Ą€ XP_050578957Ŗ€ĸ€0€0€ €0hypothetical protein [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MBK5104727Ŗ€ĸ€0€0€ €cunnamed protein product [Cyprideis torosa] >CAG0904733.1 unnamed protein product [Cyprideis torosa]Ą€0€Ĩ€0€Ą€ CAD7234202Ŗ€ĸ€0€0€ €?hypothetical protein DLM73_14500 [Chthoniobacterales bacterium]Ą€0€¤€0€Ą€PZR72038Ŗ€ĸ€0€0€ €5hypothetical protein G6F62_015890 [Rhizopus arrhizus]Ą€0€¤€0€Ą€ KAG1302368Ŗ€ĸ€0€0€ €‰MULTISPECIES: hypothetical protein [unclassified Brevibacterium] >SMY02225.1 hypothetical protein BSP239C_03322 [Brevibacterium sp. 239c]Ą€0€Š€0€Ą€ WP_101574454Ŗ€ĸ€0€0€ €9cytochrome P450 monooxygenase [Purpureocillium lilacinum]Ą€0€¤€0€Ą€PWI72242Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€UZY22531Ŗ€ĸ€0€0€ €‚ŊCRISPR type III-associated RAMP protein Csm3 [Mycobacterium tuberculosis variant bovis BCG] >KAL12329.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0018] >KAL13714.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0037] >KAL23979.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0067] >KAL27351.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0081] >KBM29953.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0004] >KBM46398.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0025] >KBM88503.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0069] >KCF44302.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0006] >KCF75398.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0019] >KCH21996.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0102] >KCH43606.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0110]Ą€0€¤€0€Ą€AMC51858Ŗ€ĸ€0€0€ €YVOC family protein [Staphylococcus aureus] >SGR28419.1 glyoxalase [Staphylococcus aureus]Ą€0€Š€0€Ą€ WP_072519951Ŗ€ĸ€0€0€ €­nucleoside triphosphate pyrophosphohydrolase family protein [Lutibacter sp. A80] >UMB60045.1 nucleoside triphosphate pyrophosphohydrolase family protein [Lutibacter sp. A80]Ą€0€Š€0€Ą€ WP_240226434Ŗ€ĸ€0€0€ €obiopolymer transporter ExbD [Tahibacter amnicola] >UXI68423.1 biopolymer transporter ExbD [Tahibacter amnicola]Ą€0€Š€0€Ą€ WP_261695383Ŗ€ĸ€0€0€ €lMULTISPECIES: glutaredoxin 3 [unclassified Pseudomonas] >MBD9427252.1 glutaredoxin 3 [Pseudomonas sp. PDM15]Ą€0€Š€0€Ą€ WP_137974759Ŗ€ĸ€0€0€ €–uncharacterized protein F4807DRAFT_369859 [Annulohypoxylon truncatum] >KAI1212395.1 hypothetical protein F4807DRAFT_369859 [Annulohypoxylon truncatum]Ą€0€Š€0€Ą€ XP_047856915Ŗ€ĸ€0€0€ €MCQ4771468.1 hypothetical protein [Intestinimonas massiliensis]Ą€0€Š€0€Ą€ WP_256304635Ŗ€ĸ€0€0€ €Bhypothetical protein H072_2292 [Dactylellina haptotyla CBS 200.50]Ą€0€¤€0€Ą€EPS43711Ŗ€ĸ€0€0€ €‚G3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus paraplantarum] >ALO03002.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus paraplantarum] >KGE74925.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus paraplantarum] >OAX76253.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_033611379Ŗ€ĸ€0€0€ €0AAA family ATPase [Ligilactobacillus salivarius]Ą€0€¤€0€Ą€MSE05949Ŗ€ĸ€0€0€ €+hypothetical protein [Methylobacterium sp.]Ą€0€¤€0€Ą€ MBA4269667Ŗ€ĸ€0€0€ €‰formate dehydrogenase subunit delta [Rhizobium sp. PP-F2F-G36] >TCQ06705.1 formate dehydrogenase subunit delta [Rhizobium sp. PP-F2F-G36]Ą€0€Š€0€Ą€ WP_132448671Ŗ€ĸ€0€0€ €>hypothetical protein PKHYL_34910 [Psychrobacter sp. KH172YL61]Ą€0€Ŧ€0€Ą€BBI69300Ŗ€ĸ€0€0€ €‚Qhydroxymethylbilane synthase [Thiobacillus denitrificans] >Q3SFT5.1 RecName: Full=Porphobilinogen deaminase; Short=PBG; AltName: Full=Hydroxymethylbilane synthase; Short=HMBS; AltName: Full=Pre-uroporphyrinogen synthase [Thiobacillus denitrificans ATCC 25259] >AAZ98521.1 porphobilinogen deaminase [Thiobacillus denitrificans ATCC 25259]Ą€0€Š€0€Ą€ WP_011313080Ŗ€ĸ€0€0€ €‚THIT family protein [Salmonella enterica subsp. enterica] >EBJ9718681.1 HIT family protein [Salmonella enterica] >EBZ8469799.1 HIT family protein [Salmonella enterica subsp. enterica serovar Stanley] >ECC7372229.1 HIT family protein [Salmonella enterica] >ECI7398980.1 HIT family protein [Salmonella enterica subsp. enterica serovar Stanley]Ą€0€¤€0€Ą€ EBG8325683Ŗ€ĸ€0€0€ €Ēhypothetical protein [Corallococcus exiguus] >NBC44611.1 hypothetical protein [Corallococcus exiguus] >TNV62906.1 hypothetical protein FH620_16830 [Corallococcus exiguus]Ą€0€Š€0€Ą€ WP_139918144Ŗ€ĸ€0€0€ €0hypothetical protein [Akkermansiaceae bacterium]Ą€0€¤€0€Ą€NIP96332Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WGP98278Ŗ€ĸ€0€0€ €qhypothetical protein [Leptolyngbya sp. FACHB-541] >MBD1997902.1 hypothetical protein [Leptolyngbya sp. FACHB-541]Ą€0€Š€0€Ą€ WP_190797347Ŗ€ĸ€0€0€ €‰helix-turn-helix domain-containing protein [Thiomicrospira sp. XS5] >KUJ74772.1 hypothetical protein AVO42_05115 [Thiomicrospira sp. XS5]Ą€0€Š€0€Ą€ WP_068647811Ŗ€ĸ€0€0€ €kresponse regulator [Mesorhizobium sp. J8] >BCM17920.1 hypothetical protein MJ8_16860 [Mesorhizobium sp. J8]Ą€0€Š€0€Ą€ WP_201413968Ŗ€ĸ€0€0€ €/hypothetical protein [Sphingomonas sp. Leaf343]Ą€0€Š€0€Ą€ WP_269082627Ŗ€ĸ€0€0€ €8calcineurin-like phosphoesterase [Thraustotheca clavata]Ą€0€¤€0€Ą€OQR96432Ŗ€ĸ€0€0€ €/hypothetical protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCA9916937Ŗ€ĸ€0€0€ €=phosphate ABC transporter, permease protein [Vibrio cholerae]Ą€0€Ŧ€0€Ą€GIC06559Ŗ€ĸ€0€0€ €1hypothetical protein [Pseudomonas sp. Irchel 3H7]Ą€0€Š€0€Ą€ WP_256588339Ŗ€ĸ€0€0€ €nucleoside recognition domain-containing protein [Sedimentibacter acidaminivorans] >MBP1926209.1 spore maturation protein B [Sedimentibacter acidaminivorans]Ą€0€Š€0€Ą€ WP_209511935Ŗ€ĸ€0€0€ €isochorismatase family protein [Pseudomonas proteolytica] >NMZ09336.1 isochorismatase family protein [Pseudomonas proteolytica]Ą€0€Š€0€Ą€ WP_169872418Ŗ€ĸ€0€0€ €1isoleucine--tRNA ligase [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSZ29533Ŗ€ĸ€0€0€ €%RHS repeat protein [Escherichia coli]Ą€0€¤€0€Ą€ EJW7579374Ŗ€ĸ€0€0€ €/hypothetical protein [Acidimicrobiia bacterium]Ą€0€¤€0€Ą€ MBM3780037Ŗ€ĸ€0€0€ €Lefflux RND transporter periplasmic adaptor subunit [Thiomicrorhabdus indica]Ą€0€Š€0€Ą€ WP_130537043Ŗ€ĸ€0€0€ €ĨDUF1003 domain-containing protein [Mesorhizobium sp. M3A.F.Ca.ET.080.04.2.1] >AZO10270.1 DUF1003 domain-containing protein [Mesorhizobium sp. M3A.F.Ca.ET.080.04.2.1]Ą€0€Š€0€Ą€ WP_129553552Ŗ€ĸ€0€0€ €7acetaldehyde dehydrogenase [Alteribacillus bidgolensis]Ą€0€Ĩ€0€Ą€SDI97994Ŗ€ĸ€0€0€ €Ghypothetical protein B6245_19190 [Desulfobacteraceae bacterium 4572_88]Ą€0€¤€0€Ą€OQY55840Ŗ€ĸ€0€0€ €hypothetical protein [Burkholderia ambifaria] >EDT38899.1 hypothetical protein BamMEX5DRAFT_5333 [Burkholderia ambifaria MEX-5]Ą€0€Š€0€Ą€ WP_006761119Ŗ€ĸ€0€0€ €helix-turn-helix transcriptional regulator [Paralcaligenes ureilyticus] >TCT11182.1 regulatory LuxR family protein [Paralcaligenes ureilyticus]Ą€0€Š€0€Ą€ WP_132579575Ŗ€ĸ€0€0€ €mcarboxypeptidase M32 [Shewanella sp. FJAT-53532] >QYJ83348.1 carboxypeptidase M32 [Shewanella sp. FJAT-53532]Ą€0€Š€0€Ą€ WP_220073286Ŗ€ĸ€0€0€ €Buncharacterized protein C3orf84 homolog [Nyctereutes procyonoides]Ą€0€Š€0€Ą€ XP_055198731Ŗ€ĸ€0€0€ €,endonuclease III [Phascolarctobacterium sp.]Ą€0€¤€0€Ą€ MBQ8417539Ŗ€ĸ€0€0€ €Bhypothetical protein M885DRAFT_534415 [Pelagophyceae sp. CCMP2097]Ą€0€¤€0€Ą€ KAJ1449837Ŗ€ĸ€0€0€ €‚‰acyl-CoA dehydrogenase [Acinetobacter baumannii] >EHT1074091.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EJB8486652.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EJV1004921.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EXA84090.1 acyl-CoA dehydrogenase, C-terminal domain protein [Acinetobacter baumannii 118362] >KRJ33650.1 acyl-CoA dehydrogenase [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_000576638Ŗ€ĸ€0€0€ €Bclass I SAM-dependent methyltransferase [Streptomyces sp. SID6013]Ą€0€¤€0€Ą€MYS48845Ŗ€ĸ€0€0€ €3uncharacterized protein LOC110996835 [Pieris rapae]Ą€0€Š€0€Ą€ XP_022120389Ŗ€ĸ€0€0€ €ŌDUF4105 domain-containing protein [Acinetobacter bereziniae] >MBJ8453723.1 DUF4105 domain-containing protein [Acinetobacter bereziniae] >MBJ8458101.1 DUF4105 domain-containing protein [Acinetobacter bereziniae]Ą€0€Š€0€Ą€ WP_199936433Ŗ€ĸ€0€0€ €|FAD-dependent monooxygenase [Vandammella animalimorsus] >PAT40648.1 FAD-dependent oxidoreductase [Vandammella animalimorsus]Ą€0€Š€0€Ą€ WP_095556548Ŗ€ĸ€0€0€ €/hypothetical protein [Armatimonadota bacterium]Ą€0€¤€0€Ą€NLN79518Ŗ€ĸ€0€0€ €ÁMULTISPECIES: putative 2-aminoethylphosphonate ABC transporter permease subunit [Bacillus] >QCY60526.1 putative 2-aminoethylphosphonate ABC transporter permease subunit [Bacillus thuringiensis]Ą€0€Š€0€Ą€ WP_139032727Ŗ€ĸ€0€0€ €.carbohydrate porin, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_029364876Ŗ€ĸ€0€0€ €hypothetical protein [Candidatus Woesearchaeota archaeon] >HII88988.1 hypothetical protein [Candidatus Woesearchaeota archaeon]Ą€0€¯€0€Ą€HIG96475Ŗ€ĸ€0€0€ €€protein BUNDLE SHEATH DEFECTIVE 2, chloroplastic [Jatropha curcas] >KDP42950.1 hypothetical protein JCGZ_23892 [Jatropha curcas]Ą€0€Š€0€Ą€ XP_012066326Ŗ€ĸ€0€0€ €@DUF58 domain-containing protein [Frigoribacterium sp. CFBP 8751]Ą€0€Š€0€Ą€ WP_274604755Ŗ€ĸ€0€0€ €FT9SS type A sorting domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBL0280791Ŗ€ĸ€0€0€ €+protein ELYS isoform X2 [Cimex lectularius]Ą€0€Š€0€Ą€ XP_024081758Ŗ€ĸ€0€0€ €4hypothetical protein AALP_AA8G142500 [Arabis alpina]Ą€0€¤€0€Ą€KFK25655Ŗ€ĸ€0€0€ €•response regulator transcription factor [Streptomyces leeuwenhoekii] >CQR63571.1 Transcriptional regulatory protein degU [Streptomyces leeuwenhoekii]Ą€0€Š€0€Ą€ WP_176572922Ŗ€ĸ€0€0€ €ˇphosphatidylinositol N-acetylglucosaminyltransferase subunit C [Nilaparvata lugens] >XP_039286755.1 phosphatidylinositol N-acetylglucosaminyltransferase subunit C [Nilaparvata lugens]Ą€0€Š€0€Ą€ XP_039286754Ŗ€ĸ€0€0€ €/acyl-CoA desaturase [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€ MBK7906023Ŗ€ĸ€0€0€ €0hypothetical protein [Actinomycetales bacterium]Ą€0€¤€0€Ą€ MCP4742086Ŗ€ĸ€0€0€ €8Hypothetical protein MOV77_005820 [Trichomonas stableri]Ą€0€¤€0€Ą€WGY84075Ŗ€ĸ€0€0€ €AMAG: hypothetical protein D6731_20370 [Planctomycetota bacterium]Ą€0€¤€0€Ą€RMG09135Ŗ€ĸ€0€0€ €protein FAR1-RELATED SEQUENCE 5-like [Arachis ipaensis] >XP_025638049.1 protein FAR1-RELATED SEQUENCE 5-like [Arachis hypogaea]Ą€0€Š€0€Ą€ XP_016192053Ŗ€ĸ€0€0€ €5MAG: GNAT family N-acetyltransferase [Acidovorax sp.]Ą€0€¤€0€Ą€RZJ10574Ŗ€ĸ€0€0€ €/ATP-binding protein [Kiritimatiellia bacterium]Ą€0€¤€0€Ą€ MBQ6246919Ŗ€ĸ€0€0€ €*DUF3169 family protein [Oscillibacter sp.]Ą€0€¤€0€Ą€ MBE5709430Ŗ€ĸ€0€0€ €6ABC transporter ATP-binding protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBQ8297564Ŗ€ĸ€0€0€ €Hrhomboid family intramembrane serine protease [Limosilactobacillus oris]Ą€0€Š€0€Ą€ WP_039930315Ŗ€ĸ€0€0€ €8Flagellar hook protein FlgE [Herbaspirillum frisingense]Ą€0€¤€0€Ą€ KAF1039360Ŗ€ĸ€0€0€ €adenosine deaminase family protein [Micromonospora sp. PLK6-60] >MBY8870358.1 adenosine deaminase family protein [Micromonospora sp. PLK6-60]Ą€0€Š€0€Ą€ WP_222952672Ŗ€ĸ€0€0€ €‚`right-handed parallel beta-helix repeat-containing protein [Marinilactibacillus psychrotolerans] >GEL65878.1 hypothetical protein MPS01_00330 [Marinilactibacillus psychrotolerans] >GEQ34846.1 hypothetical protein M132T_03540 [Marinilactibacillus psychrotolerans] >SDC08121.1 parallel beta-helix repeat (two copies) [Marinilactibacillus psychrotolerans]Ą€0€Š€0€Ą€ WP_091759775Ŗ€ĸ€0€0€ €khypothetical protein [Mucilaginibacter rivuli] >MBW4888496.1 hypothetical protein [Mucilaginibacter rivuli]Ą€0€Š€0€Ą€ WP_219486374Ŗ€ĸ€0€0€ €…tetratricopeptide repeat protein [Flavobacterium daejeonense] >KQB42835.1 hypothetical protein RCH33_931 [Flavobacterium daejeonense]Ą€0€Š€0€Ą€ WP_055091847Ŗ€ĸ€0€0€ €{dihydropteroate synthase [Leptospira mtsangambouensis] >MCG6140253.1 dihydropteroate synthase [Leptospira mtsangambouensis]Ą€0€Š€0€Ą€ WP_238837572Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EHK3702610Ŗ€ĸ€0€0€ €hypothetical protein [Shigella sonnei] >EFY1212955.1 hypothetical protein [Shigella sonnei] >EJC9686381.1 hypothetical protein [Shigella sonnei]Ą€0€¤€0€Ą€ EFV8345964Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB2134936Ŗ€ĸ€0€0€ €‘RNA 2',3'-cyclic phosphodiesterase [Dehalogenimonas etheniformans] >QNT75290.1 RNA 2',3'-cyclic phosphodiesterase [Dehalogenimonas etheniformans]Ą€0€Š€0€Ą€ WP_162485939Ŗ€ĸ€0€0€ €1ATPase AAA [Gammaproteobacteria bacterium MFB021]Ą€0€¤€0€Ą€KFF47610Ŗ€ĸ€0€0€ €&glycosyltransferase [Escherichia coli]Ą€0€¯€0€Ą€ HBC7850765Ŗ€ĸ€0€0€ €MCD0159995.1 hypothetical protein [Deinococcus sp. 6YEL10]Ą€0€Š€0€Ą€ WP_230269925Ŗ€ĸ€0€0€ €MBP7379455.1 hypothetical protein [Odoribacter sp.] >OKZ39216.1 MAG: hypothetical protein BHV82_15910 [Odoribacter sp. 43_10] >CDB08654.1 putative uncharacterized protein [Odoribacter splanchnicus CAG:14] >ADY32523.1 hypothetical protein Odosp_1487 [Odoribacter splanchnicus DSM 20712] >MBP8906432.1 hypothetical protein [Odoribacter sp.]Ą€0€Š€0€Ą€ WP_013611731Ŗ€ĸ€0€0€ €€ATPase, P-type (transporting), HAD superfamily, subfamily IC/heavy metal translocating P-type ATPase [Ruminococcus flavefaciens]Ą€0€Ĩ€0€Ą€SFX27592Ŗ€ĸ€0€0€ €/histone acetyltransferase [Mycoemilia scoparia]Ą€0€¤€0€Ą€ KAJ1918571Ŗ€ĸ€0€0€ €‚UPF0175 family protein [Nostoc sp. FACHB-888] >MBC6433652.1 UPF0175 family protein [Nostoc sp. HG1] >MBD2242948.1 UPF0175 family protein [Nostoc sp. FACHB-888] >MBN3894421.1 UPF0175 family protein [Nostoc sp. NOS(2021)] >MCL6750428.1 UPF0175 family protein [Nostoc sp. CCCryo 231-06]Ą€0€Š€0€Ą€ WP_190728164Ŗ€ĸ€0€0€ €šhypothetical protein [Marinobacter adhaerens] >OAN93809.1 hypothetical protein A8B84_04485 [Marinobacter sp. EhC06] >OAN94595.1 hypothetical protein A8B80_13730 [Marinobacter sp. EhN04]Ą€0€¤€0€Ą€ MCD1648821Ŗ€ĸ€0€0€ €PTS sugar transporter subunit IIA [Enterococcus faecium] >EFF32620.1 transcriptional antiterminator, BglG family [Enterococcus faecium E1039]Ą€0€Š€0€Ą€ WP_002318774Ŗ€ĸ€0€0€ €>demethylmenaquinone methyltransferase [Bacteroidota bacterium]Ą€0€Ŧ€0€Ą€GDX50632Ŗ€ĸ€0€0€ €A3-dehydroquinate synthase [Candidatus Dormibacteraeota bacterium]Ą€0€¤€0€Ą€PZR90627Ŗ€ĸ€0€0€ €2ferrous iron transport protein A [Eubacterium sp.]Ą€0€¤€0€Ą€ MCM1122913Ŗ€ĸ€0€0€ €>efflux RND transporter permease subunit [Klebsiella grimontii]Ą€0€Š€0€Ą€ WP_154963182Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UKU68032Ŗ€ĸ€0€0€ €WVOC family protein [Streptomyces sp.] >NUS83330.1 VOC family protein [Streptomyces sp.]Ą€0€¤€0€Ą€NUP45658Ŗ€ĸ€0€0€ €‚ heavy metal translocating P-type ATPase [Tetragenococcus halophilus] >QXN87083.1 cadmium-translocating P-type ATPase [Tetragenococcus halophilus] >GFK21094.1 cation-transporting ATPase [Tetragenococcus halophilus] >GFK23506.1 cation-transporting ATPase [Tetragenococcus halophilus] >GFK28147.1 cation-transporting ATPase [Tetragenococcus halophilus] >GLL50613.1 metal-transporting ATPase [Tetragenococcus halophilus]Ą€0€Š€0€Ą€ WP_041591748Ŗ€ĸ€0€0€ €]electron transport complex subunit RsxC [Salmonella enterica subsp. enterica serovar Newport]Ą€0€¤€0€Ą€ EED8954498Ŗ€ĸ€0€0€ €-N-6 DNA methylase [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBU0638288Ŗ€ĸ€0€0€ €.meiosis inhibitor protein 1 [Myotis lucifugus]Ą€0€Š€0€Ą€ XP_023618023Ŗ€ĸ€0€0€ €=hypothetical protein B0H13DRAFT_1883159 [Mycena leptocephala]Ą€0€¤€0€Ą€ KAJ7901288Ŗ€ĸ€0€0€ €‚eDUF202 domain-containing protein [Pectobacterium wasabiae] >AOR61823.1 hypothetical protein A7983_00725 [Pectobacterium wasabiae CFBP 3304] >EJS95151.1 Hypothetical protein Y17_1361 [Pectobacterium wasabiae CFBP 3304] >KFX08106.1 hypothetical protein JV38_09380 [Pectobacterium wasabiae] >KGA30741.1 hypothetical protein KU73_02225 [Pectobacterium wasabiae]Ą€0€Š€0€Ą€ WP_005969797Ŗ€ĸ€0€0€ €•DUF4179 domain-containing protein [Aneurinibacillus aneurinilyticus] >NMF01036.1 DUF4179 domain-containing protein [Aneurinibacillus aneurinilyticus]Ą€0€Š€0€Ą€ WP_168976500Ŗ€ĸ€0€0€ €L6-pyruvoyl-tetrahydropterin synthase-related protein [Syntrophomonas wolfei]Ą€0€Š€0€Ą€ WP_061213510Ŗ€ĸ€0€0€ €DUF1684 domain-containing protein [Euryarchaeota archaeon] >TLZ66561.1 DUF1684 domain-containing protein [Euryarchaeota archaeon]Ą€0€¤€0€Ą€TLZ56659Ŗ€ĸ€0€0€ €6hypothetical protein VPNG_01356 [Cytospora leucostoma]Ą€0€¤€0€Ą€ROW17242Ŗ€ĸ€0€0€ €Binosine-5'-monophosphate dehydrogenase 1 isoform X4 [Mus musculus]Ą€0€Š€0€Ą€ XP_030111227Ŗ€ĸ€0€0€ €/hypothetical protein [Natronomonas gomsonensis]Ą€0€Š€0€Ą€ WP_254860001Ŗ€ĸ€0€0€ €yradical SAM/SPASM domain-containing protein [Brachyspira aalborgi] >TXJ13553.1 radical SAM protein [Brachyspira aalborgi]Ą€0€Š€0€Ą€ WP_147757699Ŗ€ĸ€0€0€ €ŲMotA/TolQ/ExbB proton channel family protein [Lutimaribacter pacificus] >SDN58087.1 biopolymer transport protein ExbB [Lutimaribacter pacificus] >SHJ43822.1 biopolymer transport protein ExbB [Lutimaribacter pacificus]Ą€0€Š€0€Ą€ WP_149786838Ŗ€ĸ€0€0€ €6hypothetical protein [Schwartzia sp. (in: firmicutes)]Ą€0€¤€0€Ą€ MBQ7514694Ŗ€ĸ€0€0€ €:hypothetical protein CTAYLR_004004 [Chrysophaeum taylorii]Ą€0€¤€0€Ą€ KAJ8599810Ŗ€ĸ€0€0€ €‚tDNA mismatch repair protein MutS [Thermotoga neapolitana] >B9K800.1 RecName: Full=DNA mismatch repair protein MutS [Thermotoga neapolitana DSM 4359] >ACM23083.1 DNA mismatch repair protein mutS [Thermotoga neapolitana DSM 4359] >KFZ21892.1 DNA mismatch repair protein MutS [Thermotoga neapolitana LA10] >HBF11636.1 DNA mismatch repair protein MutS [Thermotoga neapolitana]Ą€0€Š€0€Ą€ WP_015919400Ŗ€ĸ€0€0€ €=hypothetical protein TERMP_00867 [Thermococcus barophilus MP]Ą€0€¤€0€Ą€ADT83844Ŗ€ĸ€0€0€ €2conserved hypothetical protein [Thiomonas sp. CB3]Ą€0€Ĩ€0€Ą€CQR43717Ŗ€ĸ€0€0€ €=hypothetical protein CXR23_07115 [Brevibacterium aurantiacum]Ą€0€¤€0€Ą€AZT92937Ŗ€ĸ€0€0€ €/YraN family protein [Pseudomonadales bacterium]Ą€0€¤€0€Ą€ MCG8609391Ŗ€ĸ€0€0€ €0hypothetical protein [Hydrogenophaga sp. IBVHS1]Ą€0€Š€0€Ą€ WP_143435921Ŗ€ĸ€0€0€ €AEndothelial Cell-Selective Adhesion Molecule [Manis pentadactyla]Ą€0€¤€0€Ą€ KAI5237214Ŗ€ĸ€0€0€ €Fhypothetical protein KUCAC02_034684, partial [Chaenocephalus aceratus]Ą€0€¤€0€Ą€ KAI4790364Ŗ€ĸ€0€0€ €ETA02040.1 putative RND superfamily drug exporter [Frankia sp. CcI6] >OAA23430.1 putative drug exporter of the RND superfamily [Frankia casuarinae] >OHV53716.1 hypothetical protein CgIS1_13630 [Frankia sp. CgIS1]Ą€0€Š€0€Ą€ WP_023840997Ŗ€ĸ€0€0€ €6TIM barrel protein [Candidatus Parvarchaeota archaeon]Ą€0€¤€0€Ą€ MCL5016798Ŗ€ĸ€0€0€ €Chypothetical protein [Candidatus Mediterraneibacter gallistercoris]Ą€0€¯€0€Ą€HJC43196Ŗ€ĸ€0€0€ €finsulin-like growth factor-binding protein complex acid labile subunit isoform X1 [Anneissia japonica]Ą€0€Š€0€Ą€ XP_033115746Ŗ€ĸ€0€0€ €Cclass I SAM-dependent methyltransferase [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MCA9828892Ŗ€ĸ€0€0€ €1hypothetical protein AGLY_008770 [Aphis glycines]Ą€0€¤€0€Ą€ KAE9534034Ŗ€ĸ€0€0€ €‚ÆMULTISPECIES: LysR family transcriptional regulator [unclassified Leucobacter] >PII82237.1 LysR family transcriptional regulator [Leucobacter sp. OLCALW19] >PII88523.1 LysR family transcriptional regulator [Leucobacter sp. OLTLW20] >PII94170.1 LysR family transcriptional regulator [Leucobacter sp. OLAS13] >PII98257.1 LysR family transcriptional regulator [Leucobacter sp. OLDS2] >PIJ03473.1 LysR family transcriptional regulator [Leucobacter sp. OLIS6]Ą€0€Š€0€Ą€ WP_099723413Ŗ€ĸ€0€0€ €/thiamine diphosphokinase [Clostridia bacterium]Ą€0€¤€0€Ą€ MCR4805905Ŗ€ĸ€0€0€ €}hypothetical protein [Candidatus Poribacteria bacterium] >MYA55072.1 hypothetical protein [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€MXV83649Ŗ€ĸ€0€0€ €replication initiation protein [Malaciobacter halophilus] >RYA23596.1 hypothetical protein CRU96_06865 [Malaciobacter halophilus]Ą€0€Š€0€Ą€ WP_129502220Ŗ€ĸ€0€0€ €1unnamed protein product [Schistocephalus solidus]Ą€0€Ĩ€0€Ą€VDL88157Ŗ€ĸ€0€0€ €-DEAD/DEAH box helicase [Pararheinheimera sp.]Ą€0€¤€0€Ą€ MCA1930442Ŗ€ĸ€0€0€ €AraC family transcriptional regulator [Methylobacterium sp. OT2] >MBN4095588.1 AraC family transcriptional regulator [Methylobacterium sp. OT2]Ą€0€Š€0€Ą€ WP_205833587Ŗ€ĸ€0€0€ €qaminopeptidase P [Plasmodium sp. gorilla clade G2] >SOV19579.1 aminopeptidase P [Plasmodium sp. gorilla clade G2]Ą€0€Š€0€Ą€ XP_028540875Ŗ€ĸ€0€0€ €‚ÚMULTISPECIES: WXG100 family type VII secretion target [Gardnerella] >RIY16342.1 WXG100 family type VII secretion target [Bifidobacteriaceae bacterium WP012] >EIK83041.1 hypothetical protein CGSMWGv1500E_02586 [Gardnerella vaginalis 1500E] >EIK87889.1 hypothetical protein CGSMWGv6119V5_01823 [Gardnerella vaginalis 6119V5] >PMC42939.1 WXG100 family type VII secretion target [Gardnerella vaginalis] >PZO97420.1 WXG100 family type VII secretion target [Gardnerella vaginalis]Ą€0€Š€0€Ą€ WP_004127832Ŗ€ĸ€0€0€ €,CoA transferase [Acetobacteraceae bacterium]Ą€0€¤€0€Ą€ MBX6373297Ŗ€ĸ€0€0€ €:hypothetical protein F5Y03DRAFT_372684 [Xylaria venustula]Ą€0€¤€0€Ą€ KAI1294496Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBA2742690Ŗ€ĸ€0€0€ €Padenylyl-sulfate kinase [Flavobacteriales bacterium CG_4_9_14_3_um_filter_40_17]Ą€0€¤€0€Ą€PJB11797Ŗ€ĸ€0€0€ €CBZ29997.1 conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103]Ą€0€Š€0€Ą€ XP_003878446Ŗ€ĸ€0€0€ €>uncharacterized protein A4U43_C08F7980 [Asparagus officinalis]Ą€0€¤€0€Ą€ONK59585Ŗ€ĸ€0€0€ €,sodium-dependent transporter [Alistipes sp.]Ą€0€¤€0€Ą€ MBQ7856432Ŗ€ĸ€0€0€ €Ėhypothetical protein DTO169C6_6848 [Paecilomyces variotii] >KAJ9353228.1 hypothetical protein DTO280E4_7417 [Paecilomyces variotii] >KAJ9356155.1 hypothetical protein DTO027B9_3697 [Paecilomyces variotii]Ą€0€¤€0€Ą€ KAJ9220763Ŗ€ĸ€0€0€ €‰DUF4136 domain-containing protein [Janthinobacterium sp. AD80] >PMQ14983.1 hypothetical protein JaAD80_18170 [Janthinobacterium sp. AD80]Ą€0€Š€0€Ą€ WP_102296123Ŗ€ĸ€0€0€ €2error-prone DNA polymerase [Lysobacter sp. H23M47]Ą€0€Š€0€Ą€ WP_228062638Ŗ€ĸ€0€0€ €?hypothetical protein FVER14953_04702 [Fusarium verticillioides]Ą€0€¤€0€Ą€RBQ75851Ŗ€ĸ€0€0€ €}gamma-glutamylcyclotransferase [Bradyrhizobium sp. 149] >MCK1652866.1 gamma-glutamylcyclotransferase [Bradyrhizobium sp. 149]Ą€0€Š€0€Ą€ WP_247498151Ŗ€ĸ€0€0€ €ŗtRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Massilia aurea] >MCS0707165.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Massilia aurea]Ą€0€Š€0€Ą€ WP_258835625Ŗ€ĸ€0€0€ €7hypothetical protein SETIT_7G312000v2 [Setaria italica]Ą€0€¤€0€Ą€RCV36353Ŗ€ĸ€0€0€ €‚eion transporter [Streptococcus mutans] >RKW06524.1 ion transporter [Streptococcus sp.] >AYO47087.1 ion transporter [Streptococcus mutans] >EMB62640.1 hypothetical protein SMU21_04125 [Streptococcus mutans 1SM1] >EMB73970.1 hypothetical protein SMU41_09144 [Streptococcus mutans 2VS1] >EMB78618.1 hypothetical protein SMU52_09644 [Streptococcus mutans NFSM2]Ą€0€Š€0€Ą€ WP_002264996Ŗ€ĸ€0€0€ €…hypothetical protein [Saccharopolyspora rhizosphaerae] >RRO15398.1 hypothetical protein EIL87_15135 [Saccharopolyspora rhizosphaerae]Ą€0€Š€0€Ą€ WP_125091196Ŗ€ĸ€0€0€ €›nitrogen regulation protein NR(I) [Pseudochrobactrum asaccharolyticum] >MCF7645607.1 nitrogen regulation protein NR(I) [Pseudochrobactrum asaccharolyticum]Ą€0€Š€0€Ą€ WP_272906673Ŗ€ĸ€0€0€ €wABC transporter permease [Corynebacterium sp. ACRPE] >MCG7467089.1 ABC transporter permease [Corynebacterium sp. ACRPE]Ą€0€Š€0€Ą€ WP_239280620Ŗ€ĸ€0€0€ €Baminomethyl transferase family protein [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MCE2456387Ŗ€ĸ€0€0€ €:hypothetical protein IEQ34_015889 [Dendrobium chrysotoxum]Ą€0€¤€0€Ą€ KAH0455857Ŗ€ĸ€0€0€ €L4-hydroxythreonine-4-phosphate dehydrogenase PdxA [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBO7602558Ŗ€ĸ€0€0€ €5RNA polymerase sigma factor [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBA3364572Ŗ€ĸ€0€0€ €3hypothetical protein EB796_004635 [Bugula neritina]Ą€0€¤€0€Ą€ KAF6037074Ŗ€ĸ€0€0€ €Ūhypothetical protein [Providencia rettgeri] >EJD6601879.1 hypothetical protein [Providencia rettgeri] >MBS6209394.1 hypothetical protein [Proteus hauseri] >OBY35354.1 hypothetical protein PR729_21940 [Providencia rettgeri]Ą€0€¤€0€Ą€ EJD6083724Ŗ€ĸ€0€0€ €NMG02617.1 phenylphosphate carboxylase subunit delta [Azoarcus taiwanensis]Ą€0€Š€0€Ą€ WP_168987397Ŗ€ĸ€0€0€ €‚]F0F1 ATP synthase subunit I [Escherichia coli] >ARV34688.1 ATP F0F1 synthase subunit I [Escherichia coli] >EFB6075157.1 F0F1 ATP synthase subunit I [Escherichia coli] >EFC0726960.1 F0F1 ATP synthase subunit I [Escherichia coli] >EFC9684449.1 F0F1 ATP synthase subunit I [Escherichia coli] >EFD1681395.1 F0F1 ATP synthase subunit I [Escherichia coli]Ą€0€Š€0€Ą€ WP_087514544Ŗ€ĸ€0€0€ €1hypothetical protein [Alcanivoracaceae bacterium]Ą€0€¤€0€Ą€ MBL4661703Ŗ€ĸ€0€0€ €8PilZ domain-containing protein [Catenovulum agarivorans]Ą€0€Š€0€Ą€ WP_157447226Ŗ€ĸ€0€0€ €Sacetolactate synthase small subunit, partial [Enterobacteriaceae bacterium TzEc077]Ą€0€¤€0€Ą€ KAE9687153Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HED33315Ŗ€ĸ€0€0€ €‚×MULTISPECIES: AraC family transcriptional regulator [Bacillus] >ANN31340.1 AraC family transcriptional regulator [Bacillus thuringiensis serovar coreanensis] >EEL66266.1 Transcriptional regulator, AraC [Bacillus cereus F65185] >EEM85042.1 Transcriptional regulator, AraC [Bacillus thuringiensis serovar huazhongensis BGSC 4BD1] >EEM97633.1 Transcriptional regulator, AraC [Bacillus thuringiensis IBL 200] >EJR24967.1 hypothetical protein IIA_00940 [Bacillus cereus VD014]Ą€0€Š€0€Ą€ WP_000446844Ŗ€ĸ€0€0€ €‘extracellular solute-binding protein [Cellulosimicrobium aquatile] >NMF28340.1 extracellular solute-binding protein [Cellulosimicrobium aquatile]Ą€0€Š€0€Ą€ WP_168945101Ŗ€ĸ€0€0€ €Jsingle-stranded-DNA-specific exonuclease RecJ, partial [Mesorhizobium sp.]Ą€0€¤€0€Ą€TIW69825Ŗ€ĸ€0€0€ €:DEAD/DEAH box helicase, partial [Clostridioides difficile]Ą€0€Š€0€Ą€ WP_143823896Ŗ€ĸ€0€0€ €Gperoxisomal acyl-coenzyme A oxidase 1-like isoform X2 [Ipomoea triloba]Ą€0€Š€0€Ą€ XP_031104936Ŗ€ĸ€0€0€ €TPM domain-containing protein [Aestuariibaculum sp. M13] >MCR8669037.1 TPM domain-containing protein [Aestuariibaculum sp. M13]Ą€0€Š€0€Ą€ WP_258228246Ŗ€ĸ€0€0€ €Ĩhypothetical protein [Pedobacter cryoconitis] >MBB5637886.1 hypothetical protein [Pedobacter cryoconitis] >MBB6270358.1 hypothetical protein [Pedobacter cryoconitis]Ą€0€Š€0€Ą€ WP_183883741Ŗ€ĸ€0€0€ €-hypothetical protein [Listeria monocytogenes]Ą€0€¤€0€Ą€ EHG9421715Ŗ€ĸ€0€0€ €3Glucosidase 2 subunit beta [Zancudomyces culisetae]Ą€0€¤€0€Ą€OMH80233Ŗ€ĸ€0€0€ €Dmolybdopterin-dependent oxidoreductase [Mycolicibacterium rhodesiae]Ą€0€Š€0€Ą€ WP_041302673Ŗ€ĸ€0€0€ €}sel1 repeat family protein [Halomonas sp. MCCC 1A17488] >MCG3238259.1 sel1 repeat family protein [Halomonas sp. MCCC 1A17488]Ą€0€¤€0€Ą€ MCE8014926Ŗ€ĸ€0€0€ €:rod shape-determining protein MreC [Streptococcus sp. 714]Ą€0€Š€0€Ą€ WP_173267071Ŗ€ĸ€0€0€ €=hypothetical protein D9756_011278 [Leucoagaricus leucothites]Ą€0€¤€0€Ą€ KAF5344437Ŗ€ĸ€0€0€ €mribonuclease PH [Cylindrospermum sp. FACHB-282] >MBD2385817.1 ribonuclease PH [Cylindrospermum sp. FACHB-282]Ą€0€Š€0€Ą€ WP_190457829Ŗ€ĸ€0€0€ €Oimidazole glycerol phosphate synthase subunit HisF [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBX3242409Ŗ€ĸ€0€0€ €;M48 family metallopeptidase [Verrucomicrobiaceae bacterium]Ą€0€¤€0€Ą€ MBL9113742Ŗ€ĸ€0€0€ €‡hypothetical protein PFICI_01941 [Pestalotiopsis fici W106-1] >ETS88113.1 hypothetical protein PFICI_01941 [Pestalotiopsis fici W106-1]Ą€0€Š€0€Ą€ XP_007828713Ŗ€ĸ€0€0€ €bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Candidatus Ligilactobacillus excrementavium]Ą€0€¯€0€Ą€HIZ96099Ŗ€ĸ€0€0€ €‚=hypothetical protein KC338_g8138 [Hortaea werneckii] >KAI7287860.1 hypothetical protein KC352_g4513 [Hortaea werneckii] >KAI7572412.1 hypothetical protein KC317_g780 [Hortaea werneckii] >KAI7628566.1 hypothetical protein KC346_g104 [Hortaea werneckii] >KAI7638381.1 hypothetical protein KC343_g113 [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI6857291Ŗ€ĸ€0€0€ €8testis-expressed protein 38 isoform X2 [Panthera tigris]Ą€0€Š€0€Ą€ XP_007077310Ŗ€ĸ€0€0€ €GntR family transcriptional regulator [Streptomyces sp. CEV 2-1] >ROQ70996.1 GntR family transcriptional regulator [Streptomyces sp. CEV 2-1]Ą€0€Š€0€Ą€ WP_123470196Ŗ€ĸ€0€0€ €{hypothetical protein [Congregibacter litoralis] >EAQ98125.1 hypothetical protein KT71_02722 [Congregibacter litoralis KT71]Ą€0€Š€0€Ą€ WP_008292946Ŗ€ĸ€0€0€ €uHop family outer membrane protein HopF [Helicobacter pylori] >TPI00432.1 outer membrane protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_140476737Ŗ€ĸ€0€0€ €)unnamed protein product [Lactuca saligna]Ą€0€Ĩ€0€Ą€ CAI9301549Ŗ€ĸ€0€0€ €$peptidase M16 [Actinomadura litoris]Ą€0€¤€0€Ą€MUN40768Ŗ€ĸ€0€0€ €¯Asp-tRNA(Asn)/Glu-tRNA(Gln) amidotransferase subunit GatB [Haloplanus rubicundus] >AXG09587.1 Asp-tRNA(Asn)/Glu-tRNA(Gln) amidotransferase subunit GatB [Haloplanus rubicundus]Ą€0€Š€0€Ą€ WP_114605464Ŗ€ĸ€0€0€ €îamino acid ABC transporter ATP-binding protein [Rhizobium tibeticum] >SEI17549.1 L-cystine import ATP-binding protein TcyN [Rhizobium tibeticum] >SEP03978.1 amino acid ABC transporter ATP-binding protein, PAAT family [Rhizobium tibeticum]Ą€0€Š€0€Ą€ WP_072380563Ŗ€ĸ€0€0€ €1unnamed protein product, partial [Vitis vinifera]Ą€0€Ĩ€0€Ą€CBI36349Ŗ€ĸ€0€0€ €‚adenosylmethionine decarboxylase [Limnoraphis robusta] >KKD38547.1 S-adenosylmethionine decarboxylase [Limnoraphis robusta CS-951]Ą€0€Š€0€Ą€ WP_046278045Ŗ€ĸ€0€0€ €ÖYlxR family protein [Fructobacillus pseudoficulneus] >GAP02624.1 hypothetical protein FPFC_020720 [Fructobacillus pseudoficulneus] >SEH38637.1 hypothetical protein SAMN05660469_0560 [Fructobacillus pseudoficulneus]Ą€0€Š€0€Ą€ WP_059376966Ŗ€ĸ€0€0€ €1hypothetical protein AALO_G00129200 [Alosa alosa]Ą€0€¤€0€Ą€ KAG5276208Ŗ€ĸ€0€0€ €&Putative nuclease [Vibrio anguillarum]Ą€0€Ĩ€0€Ą€CDQ50939Ŗ€ĸ€0€0€ €7hypothetical protein BKG97_10665 [Rodentibacter heylii]Ą€0€¤€0€Ą€OOF77949Ŗ€ĸ€0€0€ €ƒDUF4115 domain-containing protein [Pseudomonas aeruginosa] >MCO2989126.1 DUF4115 domain-containing protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MCO2595964Ŗ€ĸ€0€0€ €8GH92 family glycosyl hydrolase [Muribaculum intestinale]Ą€0€Š€0€Ą€ WP_279150283Ŗ€ĸ€0€0€ €9GTP cyclohydrolase I FolE [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBV8133755Ŗ€ĸ€0€0€ €shypothetical protein [Treponema bryantii] >SEQ30476.1 hypothetical protein SAMN04487977_103320 [Treponema bryantii]Ą€0€Š€0€Ą€ WP_074642620Ŗ€ĸ€0€0€ €P16S rRNA (cytosine(1402)-N(4))-methyltransferase RsmH [Actinomycetota bacterium]Ą€0€¤€0€Ą€ MCI0677710Ŗ€ĸ€0€0€ €Eacetyl-CoA C-acetyltransferase [Alkalihalobacterium alkalinitrilicum]Ą€0€Š€0€Ą€ WP_078429679Ŗ€ĸ€0€0€ €QBromo adjacent homology (BAH) domain [Arabidopsis thaliana x Arabidopsis arenosa]Ą€0€¤€0€Ą€ KAG7534354Ŗ€ĸ€0€0€ €Dwinged helix-turn-helix domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EFE9598678Ŗ€ĸ€0€0€ €`hypothetical protein [Nonomuraea dietziae] >MBB3733764.1 head-tail adaptor [Nonomuraea dietziae]Ą€0€Š€0€Ą€ WP_183662448Ŗ€ĸ€0€0€ €¯SusC/RagA family TonB-linked outer membrane protein [Chryseobacterium sp. ISL-6] >MBT2620032.1 SusC/RagA family TonB-linked outer membrane protein [Chryseobacterium sp. ISL-6]Ą€0€Š€0€Ą€ WP_214826002Ŗ€ĸ€0€0€ €0ATP-binding protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR0198895Ŗ€ĸ€0€0€ €‚hypothetical protein [Tritonibacter horizontis] >KUP93558.1 capsule polysaccharide biosynthesis protein [Tritonibacter horizontis]Ą€0€Š€0€Ą€ WP_068241828Ŗ€ĸ€0€0€ €4lipoyl synthase [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBS7623663Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ABJ92889Ŗ€ĸ€0€0€ €sensor domain-containing diguanylate cyclase [Vibrio tasmaniensis] >OEF50628.1 diguanylate cyclase [Vibrio tasmaniensis 1F-267]Ą€0€Š€0€Ą€ WP_029222917Ŗ€ĸ€0€0€ €ļM3 family metallopeptidase [Shewanella hafniensis] >MCL1136894.1 M3 family metallopeptidase [Shewanella hafniensis] >GIU39188.1 dipeptidyl carboxypeptidase II [Shewanella hafniensis]Ą€0€Š€0€Ą€ WP_220778039Ŗ€ĸ€0€0€ €9hypothetical protein CLOM_g15344 [Closterium sp. NIES-68]Ą€0€Ŧ€0€Ą€GJP56269Ŗ€ĸ€0€0€ €%hypothetical protein [Leptospira sp.]Ą€0€¤€0€Ą€NCS93910Ŗ€ĸ€0€0€ €YLysM peptidoglycan-binding domain-containing protein [Candidatus Blautia faecigallinarum]Ą€0€¯€0€Ą€HIZ21956Ŗ€ĸ€0€0€ €&hypothetical protein [Blautia marasmi]Ą€0€Š€0€Ą€ WP_095173689Ŗ€ĸ€0€0€ €MPREDICTED: LOW QUALITY PROTEIN: nipped-B-like protein [Propithecus coquereli]Ą€0€Š€0€Ą€ XP_012504886Ŗ€ĸ€0€0€ €5hypothetical protein TRAPUB_9771 [Trametes pubescens]Ą€0€¤€0€Ą€OJT13672Ŗ€ĸ€0€0€ €Salpha-N-acetylgalactosaminide alpha-2,6-sialyltransferase 2 [Simochromis diagramma]Ą€0€Š€0€Ą€ XP_039870427Ŗ€ĸ€0€0€ €)NAD-binding protein [Rubrobacter marinus]Ą€0€Š€0€Ą€ WP_228281474Ŗ€ĸ€0€0€ €Alipopolysaccharide assembly protein LapB [Neisseria meningitidis]Ą€0€Š€0€Ą€ WP_127202744Ŗ€ĸ€0€0€ €¤YscB family type III secretion system chaperone VscB [Vibrio parahaemolyticus] >TNZ76496.1 YscB family type III secretion system chaperone [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140214184Ŗ€ĸ€0€0€ €.hypothetical protein [Streptomyces sp. CC224B]Ą€0€Š€0€Ą€ WP_282791351Ŗ€ĸ€0€0€ €iacid phosphatase [Paraburkholderia aspalathi] >MBK3840172.1 acid phosphatase [Paraburkholderia aspalathi]Ą€0€Š€0€Ą€ WP_200652460Ŗ€ĸ€0€0€ €ÜUBP-type zinc finger domain-containing protein [Streptomyces albidoflavus] >RZE26649.1 hypothetical protein C0Q93_08490 [Streptomyces albidoflavus] >RZE47915.1 hypothetical protein C0Q94_08495 [Streptomyces albidoflavus]Ą€0€Š€0€Ą€ WP_129825188Ŗ€ĸ€0€0€ €4M20 family metallopeptidase [Thermogemmatispora sp.]Ą€0€¤€0€Ą€ MBX5450151Ŗ€ĸ€0€0€ €Bglycosyltransferase family 4 protein [Bradyrhizobium sp. URHD0069]Ą€0€Š€0€Ą€ WP_081851094Ŗ€ĸ€0€0€ €1zinc ribbon domain-containing protein [bacterium]Ą€0€¤€0€Ą€MRR30429Ŗ€ĸ€0€0€ €‚ nuclear transport factor 2 family protein [Rhizobium pisi] >MBB3137948.1 ketosteroid isomerase-like protein [Rhizobium pisi] >RSB65716.1 nuclear transport factor 2 family protein [Rhizobium pisi] >TCA48315.1 nuclear transport factor 2 family protein [Rhizobium pisi]Ą€0€Š€0€Ą€ WP_125849054Ŗ€ĸ€0€0€ €-c-type cytochrome [Neorhizobium sp. AL 9.2.2]Ą€0€Š€0€Ą€ WP_244631495Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ADB27070Ŗ€ĸ€0€0€ €‚5glutathione S-transferase family protein [Rhizobium leguminosarum] >MBY5582097.1 glutathione S-transferase family protein [Rhizobium leguminosarum] >MBY5648019.1 glutathione S-transferase family protein [Rhizobium leguminosarum] >MBY5705918.1 glutathione S-transferase family protein [Rhizobium leguminosarum]Ą€0€Š€0€Ą€ WP_222323558Ŗ€ĸ€0€0€ €+Tim10/DDP family zinc finger [Cinara cedri]Ą€0€Ĩ€0€Ą€VVC36036Ŗ€ĸ€0€0€ €—bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD [Flavobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBL6607133Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAO54200Ŗ€ĸ€0€0€ €Hphosphoenolpyruvate--protein phosphotransferase [Bacillus sp. AFS055030]Ą€0€¤€0€Ą€PGL69713Ŗ€ĸ€0€0€ €6roundabout homolog 1 isoform X3 [Sturnira hondurensis]Ą€0€Š€0€Ą€ XP_036914921Ŗ€ĸ€0€0€ €3NAD(+) synthase [Candidatus Atribacteria bacterium]Ą€0€¤€0€Ą€ MBP8718427Ŗ€ĸ€0€0€ €ëPDZ domain-containing protein [Bacillus mycoides] >QWG47403.1 PDZ domain-containing protein [Bacillus mycoides] >QWH14559.1 PDZ domain-containing protein [Bacillus mycoides] >TBX82388.1 PDZ domain-containing protein [Bacillus mycoides]Ą€0€¤€0€Ą€QWG36045Ŗ€ĸ€0€0€ €–iron ABC transporter permease [Cytobacillus oceanisediminis] >PWW20468.1 iron complex transport system permease protein [Cytobacillus oceanisediminis]Ą€0€Š€0€Ą€ WP_110066977Ŗ€ĸ€0€0€ €6hypothetical protein F2Q70_00004454 [Brassica cretica]Ą€0€¤€0€Ą€ KAF2570897Ŗ€ĸ€0€0€ €?DEAD/DEAH box helicase [Candidatus Krumholzibacteria bacterium]Ą€0€¤€0€Ą€ MCK4236496Ŗ€ĸ€0€0€ €`C3 and PZP-like alpha-2-macroglobulin domain-containing protein 8 isoform X1 [Alosa sapidissima]Ą€0€Š€0€Ą€ XP_041912709Ŗ€ĸ€0€0€ €Bisochorismatase family cysteine hydrolase [Bacillus sp. UNC41MFS5]Ą€0€Š€0€Ą€ WP_026564934Ŗ€ĸ€0€0€ €hypothetical protein [Pseudoalteromonas sp. MelDa3] >PLT27250.1 hypothetical protein CXF89_01025 [Pseudoalteromonas sp. MelDa3]Ą€0€Š€0€Ą€ WP_121953554Ŗ€ĸ€0€0€ €khypothetical protein [Pseudomonas proteolytica] >NMZ12804.1 hypothetical protein [Pseudomonas proteolytica]Ą€0€Š€0€Ą€ WP_169877562Ŗ€ĸ€0€0€ €2hypothetical protein NPIL_150851 [Nephila pilipes]Ą€0€Ŧ€0€Ą€GFU30764Ŗ€ĸ€0€0€ €;glycosyltransferase family 4 protein [Cellulomonas sp. HZM]Ą€0€Š€0€Ą€ WP_231496029Ŗ€ĸ€0€0€ €JDUF4765 family protein [Salmonella enterica subsp. enterica serovar Derby]Ą€0€¤€0€Ą€ EJE2345556Ŗ€ĸ€0€0€ €ĒIg-like domain-containing protein, partial [Salmonella enterica] >MCT6967047.1 Ig-like domain-containing protein [Salmonella enterica subsp. enterica serovar Oranienburg]Ą€0€Š€0€Ą€ WP_260821709Ŗ€ĸ€0€0€ €}hypothetical protein WL70_07130 [Burkholderia ubonensis] >KWD88750.1 hypothetical protein WL72_34205 [Burkholderia ubonensis]Ą€0€¤€0€Ą€KWD88427Ŗ€ĸ€0€0€ €Blon protease homolog, mitochondrial isoform X1 [Spodoptera litura]Ą€0€Š€0€Ą€ XP_022824318Ŗ€ĸ€0€0€ €2hypothetical protein [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€ MCB0405579Ŗ€ĸ€0€0€ €Ŗalpha/beta hydrolase [Alteromonas sp. KUL150] >GFD71207.1 alpha/beta hydrolase [Tenacibaculum sp. KUL113] >GFD83960.1 alpha/beta hydrolase [Alteromonas sp. KUL150]Ą€0€Š€0€Ą€ WP_159117211Ŗ€ĸ€0€0€ € oxidoreductase [Shigella sonnei]Ą€0€¤€0€Ą€ EFX2174330Ŗ€ĸ€0€0€ €cCoA transferase [Mycobacterium colombiense] >OBI40104.1 CoA-transferase [Mycobacterium colombiense]Ą€0€Š€0€Ą€ WP_065029373Ŗ€ĸ€0€0€ €^Hemin transport system permease protein HmuU [Alphaproteobacteria bacterium MarineAlpha2_Bin1]Ą€0€¤€0€Ą€PPR79666Ŗ€ĸ€0€0€ €8ABC transporter permease [Sedimentisphaerales bacterium]Ą€0€¤€0€Ą€ MBN2020480Ŗ€ĸ€0€0€ €6LysR family transcriptional regulator [Vibrio barjaei]Ą€0€Š€0€Ą€ WP_268678783Ŗ€ĸ€0€0€ €”MULTISPECIES: pentapeptide repeat-containing protein [Marinobacter] >MCD1631004.1 pentapeptide repeat-containing protein [Marinobacter shengliensis]Ą€0€Š€0€Ą€ WP_082780476Ŗ€ĸ€0€0€ €$CoA transferase [Campylobacter coli]Ą€0€¤€0€Ą€ EGS8470081Ŗ€ĸ€0€0€ €Uandrogen-induced prostate proliferative shutoff associated protein AS3 [Mus musculus]Ą€0€¤€0€Ą€AAM52216Ŗ€ĸ€0€0€ €=DUF1330 domain-containing protein [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€PYP75467Ŗ€ĸ€0€0€ €RDegT/DnrJ/EryC1/StrS family aminotransferase [Drouetiella hepatica Uher 2000/2452]Ą€0€¤€0€Ą€ MBW4662439Ŗ€ĸ€0€0€ €"Epsin-2 [Dissostichus eleginoides]Ą€0€¤€0€Ą€ KAI9522339Ŗ€ĸ€0€0€ €›plasminogen-binding protein pgbA C-terminal domain-containing protein [Helicobacter pylori] >RKU97126.1 plasmid stabilization protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_120851171Ŗ€ĸ€0€0€ €‚$MULTISPECIES: phosphatase PAP2 family protein [unclassified Tenacibaculum] >MCF2875214.1 phosphatase PAP2 family protein [Tenacibaculum sp. Cn5-1] >MCF2935290.1 phosphatase PAP2 family protein [Tenacibaculum sp. Cn5-34] >MCG7511268.1 phosphatase PAP2 family protein [Tenacibaculum sp. Cn5-46]Ą€0€Š€0€Ą€ WP_235274869Ŗ€ĸ€0€0€ €5outer inflammatory protein OipA [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_101000040Ŗ€ĸ€0€0€ €ĄDUF4310 family protein [Enterococcus lactis] >MCL9990784.1 DUF4310 family protein [Enterococcus lactis] >NVF17793.1 DUF4310 family protein [Enterococcus faecium]Ą€0€Š€0€Ą€ WP_250676265Ŗ€ĸ€0€0€ €‚´MULTISPECIES: fumarylacetoacetate hydrolase family protein [Campylobacter] >EAI4454802.1 fumarylacetoacetate hydrolase family protein [Campylobacter lari] >KDA37148.1 fumarylacetoacetase [Campylobacter jejuni K5] >NGY23034.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY30662.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY34034.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY34750.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY48098.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY52014.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_002857697Ŗ€ĸ€0€0€ €šmetalloregulator ArsR/SmtB family transcription factor [Mycobacterium mantenii] >OBH72175.1 ArsR family transcriptional regulator [Mycobacterium mantenii]Ą€0€Š€0€Ą€ WP_067835961Ŗ€ĸ€0€0€ €}DUF771 domain-containing protein [Enterococcus faecalis] >MRJ28901.1 DUF771 domain-containing protein [Enterococcus faecalis]Ą€0€Š€0€Ą€ WP_153853838Ŗ€ĸ€0€0€ €Ehypothetical protein AV274_2291 [Blastocystis sp. ATCC 50177/Nand II]Ą€0€¤€0€Ą€OAO15975Ŗ€ĸ€0€0€ €2hypothetical protein [Rhodospirillaceae bacterium]Ą€0€¯€0€Ą€HAJ19792Ŗ€ĸ€0€0€ €9translational GTPase TypA [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN2427654Ŗ€ĸ€0€0€ €Ülipopolysaccharide heptosyltransferase RfaC [Escherichia coli O32] >HCO1822010.1 lipopolysaccharide heptosyltransferase RfaC [Escherichia coli] >HCO5779136.1 lipopolysaccharide heptosyltransferase RfaC [Escherichia coli]Ą€0€¤€0€Ą€ EEZ9625188Ŗ€ĸ€0€0€ €WLOW QUALITY PROTEIN: E3 ubiquitin-protein ligase TRIM39-like [Hypomesus transpacificus]Ą€0€Š€0€Ą€ XP_046907253Ŗ€ĸ€0€0€ €\MULTISPECIES: zinc-dependent dehydrogenase [unclassified Ponticoccus (in: a-proteobacteria)]Ą€0€Š€0€Ą€ WP_255519487Ŗ€ĸ€0€0€ €Fpolyribonucleotide nucleotidyltransferase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ3724833Ŗ€ĸ€0€0€ €-hypothetical protein [Nanoarchaeota archaeon]Ą€0€¤€0€Ą€ MCH7568487Ŗ€ĸ€0€0€ €Õpyrroline-5-carboxylate reductase [Lactobacillus delbrueckii] >MCT2877735.1 pyrroline-5-carboxylate reductase [Lactobacillus delbrueckii] >MCT3491465.1 pyrroline-5-carboxylate reductase [Lactobacillus delbrueckii]Ą€0€Š€0€Ą€ WP_260264417Ŗ€ĸ€0€0€ €)hypothetical protein [Campylobacter coli]Ą€0€¤€0€Ą€ EAC1801539Ŗ€ĸ€0€0€ €€uncharacterized protein LOC18766846 isoform X2 [Prunus persica] >ONH92901.1 hypothetical protein PRUPE_8G202200 [Prunus persica]Ą€0€Š€0€Ą€ XP_020425985Ŗ€ĸ€0€0€ €™hypothetical protein PGT21_027165 [Puccinia graminis f. sp. tritici] >KAA1128955.1 hypothetical protein PGTUg99_012272 [Puccinia graminis f. sp. tritici]Ą€0€¤€0€Ą€ KAA1094631Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QSZ25555Ŗ€ĸ€0€0€ €2hypothetical protein [Planctomycetaceae bacterium]Ą€0€¯€0€Ą€HAA59914Ŗ€ĸ€0€0€ €-DNA primase, partial [Staphylococcus xylosus]Ą€0€¤€0€Ą€PTI43160Ŗ€ĸ€0€0€ €sulfite exporter TauE/SafE family protein [Bradyrhizobium zhanjiangense] >RXG88639.1 sulfite exporter TauE/SafE family protein [Bradyrhizobium zhanjiangense]Ą€0€Š€0€Ą€ WP_128942179Ŗ€ĸ€0€0€ €HNaeI family type II restriction endonuclease [Streptomyces plumbidurans]Ą€0€Š€0€Ą€ WP_261996416Ŗ€ĸ€0€0€ €^5-(carboxyamino)imidazole ribonucleotide mutase [Enterobacter hormaechei subsp. steigerwaltii]Ą€0€¯€0€Ą€ HCM9096811Ŗ€ĸ€0€0€ €CCrp/Fnr family transcriptional regulator [Paenibacillus sp. BT-177]Ą€0€Š€0€Ą€ WP_264218405Ŗ€ĸ€0€0€ €?response regulator transcription factor [Ruminiclostridium sp.]Ą€0€¤€0€Ą€ MBQ5584458Ŗ€ĸ€0€0€ €DAzlC family ABC transporter permease, partial [Bordetella pertussis]Ą€0€Š€0€Ą€ WP_050837451Ŗ€ĸ€0€0€ €IHAMP domain-containing sensor histidine kinase [Variovorax sp. PAMC28562]Ą€0€Š€0€Ą€ WP_261802249Ŗ€ĸ€0€0€ €=type I secretion system permease/ATPase [Morganella morganii]Ą€0€Š€0€Ą€ WP_222599035Ŗ€ĸ€0€0€ €(clathrin light chain [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI7371949Ŗ€ĸ€0€0€ €DSUN domain-containing protein 2-like isoform X1 [Etheostoma cragini]Ą€0€Š€0€Ą€ XP_034729382Ŗ€ĸ€0€0€ €9hypothetical protein CA264_11865 [Pontibacter actiniarum]Ą€0€¤€0€Ą€ARS36073Ŗ€ĸ€0€0€ €@zinc-ribbon domain-containing protein [Epibacterium sp. DP7N7-1]Ą€0€¤€0€Ą€ MBW3244368Ŗ€ĸ€0€0€ €0hydroxymethylglutaryl-CoA lyase [Shewanella sp.]Ą€0€¯€0€Ą€HCD14621Ŗ€ĸ€0€0€ €×uncharacterized protein BKA67DRAFT_574558 [Truncatella angustata] >KAH6648347.1 hypothetical protein BKA67DRAFT_574558 [Truncatella angustata] >KAH8204788.1 hypothetical protein TruAng_000977 [Truncatella angustata]Ą€0€Š€0€Ą€ XP_045954854Ŗ€ĸ€0€0€ €‚4alkyl hydroperoxide reductase subunit F, partial [Pseudomonas aeruginosa] >MBF2996228.1 alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa] >MBF3124059.1 alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa] >NQA33211.1 alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_116803659Ŗ€ĸ€0€0€ €6excinuclease ABC subunit A [Acidobacteriota bacterium]Ą€0€¤€0€Ą€MBU22120Ŗ€ĸ€0€0€ €ápermease [Listeria monocytogenes] >EAE1918257.1 permease [Listeria monocytogenes] >EAE3487340.1 permease [Listeria monocytogenes] >EAE9261800.1 permease [Listeria monocytogenes] >EAF2090933.1 permease [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAE1668788Ŗ€ĸ€0€0€ €™protein-glutamine gamma-glutamyltransferase [Sutcliffiella horikoshii] >UAL45635.1 protein-glutamine gamma-glutamyltransferase [Sutcliffiella horikoshii]Ą€0€Š€0€Ą€ WP_223489404Ŗ€ĸ€0€0€ €7sodium/glutamate symporter [Helicobacter sp. NHP19-003]Ą€0€Š€0€Ą€ WP_260320705Ŗ€ĸ€0€0€ €apyruvate kinase [Streptomyces sp. SID9124] >NED11367.1 pyruvate kinase [Streptomyces sp. SID9124]Ą€0€Š€0€Ą€ WP_164636708Ŗ€ĸ€0€0€ €6prolyl 3-hydroxylase OGFOD1 isoform X2 [Myotis myotis]Ą€0€Š€0€Ą€ XP_036201052Ŗ€ĸ€0€0€ €8GerAB/ArcD/ProY family transporter [Priestia megaterium]Ą€0€¤€0€Ą€NGY89703Ŗ€ĸ€0€0€ €Htranscription-repair coupling factor, partial [Rhodocyclaceae bacterium]Ą€0€¤€0€Ą€TRZ64304Ŗ€ĸ€0€0€ €)12399_t:CDS:10 [Funneliformis caledonium]Ą€0€Ĩ€0€Ą€ CAG8457419Ŗ€ĸ€0€0€ €qhypothetical protein [Dokdonia sp. Dokd-P16] >AWH75502.1 hypothetical protein DCS32_15425 [Dokdonia sp. Dokd-P16]Ą€0€Š€0€Ą€ WP_108879099Ŗ€ĸ€0€0€ €ALLM class F420-dependent oxidoreductase [Microbacterium profundi]Ą€0€Š€0€Ą€ WP_033105884Ŗ€ĸ€0€0€ €‚Bmolecular chaperone HscC [Escherichia coli] >EFG5903269.1 molecular chaperone HscC [Escherichia coli] >MBF5263464.1 molecular chaperone HscC [Escherichia coli] >MBF5336005.1 molecular chaperone HscC [Escherichia coli] >MGP84073.1 molecular chaperone HscC [Escherichia coli] >STI30133.1 chaperone protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_134885491Ŗ€ĸ€0€0€ €9uncharacterized protein LOC113330808 [Papaver somniferum]Ą€0€Š€0€Ą€ XP_026433405Ŗ€ĸ€0€0€ €4MULTISPECIES: CidA/LrgA family protein [Thermincola]Ą€0€Š€0€Ą€ WP_049771622Ŗ€ĸ€0€0€ €>TolC family protein [Candidatus Coprenecus stercorigallinarum]Ą€0€¯€0€Ą€HIR95098Ŗ€ĸ€0€0€ €2putative diacylglycerol kinase [Trypanosoma cruzi]Ą€0€¤€0€Ą€ KAF8288686Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€MXE70911Ŗ€ĸ€0€0€ €Mpleckstrin homology domain-containing family A member 3 [Dryobates pubescens]Ą€0€Š€0€Ą€ XP_054030025Ŗ€ĸ€0€0€ €0hypothetical protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5093499Ŗ€ĸ€0€0€ €@hypothetical protein N302_16240, partial [Corvus brachyrhynchos]Ą€0€¤€0€Ą€KFO63955Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AVA00513Ŗ€ĸ€0€0€ €?hypothetical protein GGI09_008692, partial [Coemansia sp. S100]Ą€0€¤€0€Ą€ KAJ2074960Ŗ€ĸ€0€0€ €ILPXTG cell wall anchor domain-containing protein [Fusibacter bizertensis]Ą€0€Š€0€Ą€ WP_281094896Ŗ€ĸ€0€0€ €=hypothetical protein VR46_13325 [Streptomyces sp. NRRL S-444]Ą€0€¤€0€Ą€KJY45691Ŗ€ĸ€0€0€ €7hypothetical protein ElyMa_002076000 [Elysia marginata]Ą€0€Ŧ€0€Ą€GFR70582Ŗ€ĸ€0€0€ €Ahypothetical protein E4U19_003417 [Claviceps sp. Clav32 group G5]Ą€0€¤€0€Ą€ KAG6025013Ŗ€ĸ€0€0€ €.DUF2505 family protein [Kineococcus indalonis]Ą€0€¤€0€Ą€NAZ85407Ŗ€ĸ€0€0€ €)hypothetical protein [Lactobacillus apis]Ą€0€Š€0€Ą€ WP_278960438Ŗ€ĸ€0€0€ €‰MetQ/NlpA family ABC transporter substrate-binding protein [Pseudomonas sp. RIT357] >EZP68437.1 NLPA lipoprotein [Pseudomonas sp. RIT357]Ą€0€Š€0€Ą€ WP_032884901Ŗ€ĸ€0€0€ €/hypothetical protein [Halomonas zhanjiangensis]Ą€0€Š€0€Ą€ WP_018916691Ŗ€ĸ€0€0€ €Îanthranilate synthase component I [Streptococcus pneumoniae] >COE85767.1 anthranilate synthase component I [Streptococcus pneumoniae] >COG06752.1 anthranilate synthase component I [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_050274510Ŗ€ĸ€0€0€ €8penicillin-binding protein 2 [Streptomyces sp. SID14515]Ą€0€¤€0€Ą€NEB38825Ŗ€ĸ€0€0€ €ltRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex ATPase subunit type 1 TsaE [Hydrogenophaga sp.]Ą€0€¤€0€Ą€ MCU0925088Ŗ€ĸ€0€0€ €‹bifunctional DNA primase/polymerase [Streptomyces sp. FXJ1.172] >WEO95042.1 bifunctional DNA primase/polymerase [Streptomyces sp. FXJ1.172]Ą€0€Š€0€Ą€ WP_067041261Ŗ€ĸ€0€0€ €VATP-binding protein [Duganella aceris] >NGZ86517.1 histidine kinase [Duganella aceris]Ą€0€Š€0€Ą€ WP_166106360Ŗ€ĸ€0€0€ €)alpha/beta hydrolase [Kurthia sp. Dielmo]Ą€0€Š€0€Ą€ WP_139994336Ŗ€ĸ€0€0€ €2hypothetical protein [Exiguobacterium aurantiacum]Ą€0€Š€0€Ą€ WP_232939508Ŗ€ĸ€0€0€ €Pcellulose synthase complex periplasmic endoglucanase BcsZ [Vibrio alginolyticus]Ą€0€Š€0€Ą€ WP_182039401Ŗ€ĸ€0€0€ €Dglycosyltransferase family 39 protein [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€THB74636Ŗ€ĸ€0€0€ €"MAG: ligase [[Chlorobium] sp. 445]Ą€0€¤€0€Ą€PIO49166Ŗ€ĸ€0€0€ €‚˜L-arabinonate dehydratase [Neorhizobium galegae] >CDZ25460.1 Dihydroxyacid dehydratase/phosphogluconate dehydratase [Neorhizobium galegae bv. officinalis] >KAA9387666.1 dihydroxy-acid dehydratase [Neorhizobium galegae] >KAB1110345.1 dihydroxy-acid dehydratase [Neorhizobium galegae] >MCM2499070.1 L-arabinonate dehydratase [Neorhizobium galegae] >MCQ1765588.1 L-arabinonate dehydratase [Neorhizobium galegae]Ą€0€Š€0€Ą€ WP_046625651Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MBU1707539Ŗ€ĸ€0€0€ €7cytochrome oxidase subunit 1, partial [Thiodia citrana]Ą€0€¤€0€Ą€ADW49125Ŗ€ĸ€0€0€ €5amidase domain-containing protein [Paenibacillus sp.]Ą€0€¤€0€Ą€ MBR2564295Ŗ€ĸ€0€0€ €0unnamed protein product [Trichogramma brassicae]Ą€0€Ĩ€0€Ą€ CAB0034103Ŗ€ĸ€0€0€ €ŸMULTISPECIES: TonB-dependent receptor [Pseudomonas putida group] >KGK23915.1 amino acid ABC transporter substrate-binding protein [Pseudomonas plecoglossicida]Ą€0€Š€0€Ą€ WP_047594685Ŗ€ĸ€0€0€ €‹choice-of-anchor I family protein [Acinetobacter sp. CIP 102129] >ENU85318.1 hypothetical protein F973_02682 [Acinetobacter sp. CIP 102129]Ą€0€Š€0€Ą€ WP_004762412Ŗ€ĸ€0€0€ €‘GNAT family N-acetyltransferase [Paraburkholderia phenoliruptrix] >MBW9095902.1 GNAT family N-acetyltransferase [Paraburkholderia phenoliruptrix]Ą€0€¤€0€Ą€ MBW0445137Ŗ€ĸ€0€0€ €wpenicillin-binding protein 1C [Roseivirga seohaensis] >KYG85000.1 penicillin-binding protein 1C [Roseivirga seohaensis]Ą€0€Š€0€Ą€ WP_062300449Ŗ€ĸ€0€0€ €8unnamed protein product [Triticum turgidum subsp. durum]Ą€0€Ĩ€0€Ą€VAH04400Ŗ€ĸ€0€0€ €9conjugative transposon protein TraJ [Myroides injenensis]Ą€0€Š€0€Ą€ WP_010251888Ŗ€ĸ€0€0€ €‚^hypothetical protein BUY85_11515 [Staphylococcus equorum] >PTH45098.1 hypothetical protein BU596_07060 [Staphylococcus arlettae] >PTK35111.1 hypothetical protein BUZ68_00795 [Staphylococcus saprophyticus] >RIL35316.1 hypothetical protein BUY86_08985 [Staphylococcus equorum] >RIO24530.1 hypothetical protein BUZ82_07170 [Staphylococcus saprophyticus]Ą€0€¤€0€Ą€PTE76569Ŗ€ĸ€0€0€ €oDMT family protein [Ancylobacter sp. VKM B-3255] >MBS9475556.1 DMT family protein [Ancylobacter sp. VKM B-3255]Ą€0€Š€0€Ą€ WP_213753432Ŗ€ĸ€0€0€ €Jphosphate ABC transporter ATP-binding protein PstB [Ruegeria arenilitoris]Ą€0€Š€0€Ą€ WP_174822921Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBM4292280Ŗ€ĸ€0€0€ €7thermostable hemolysin delta-VPH [Clostridia bacterium]Ą€0€¤€0€Ą€ MBP5405476Ŗ€ĸ€0€0€ €(XK-related protein 7 [Willisornis vidua]Ą€0€¤€0€Ą€ KAJ7413400Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UJS94137Ŗ€ĸ€0€0€ €Dhypothetical protein CBC75_03950 [Actinomycetales bacterium TMED115]Ą€0€¤€0€Ą€OUV52596Ŗ€ĸ€0€0€ €Olytic transglycosylase domain-containing protein [Desulfuromonadales bacterium]Ą€0€¤€0€Ą€ MBE0500203Ŗ€ĸ€0€0€ €õphage tail protein [Escherichia coli] >EEY2511973.1 phage tail protein [Escherichia coli] >EFB6530111.1 phage tail protein [Escherichia coli] >EFL2781866.1 phage tail protein [Escherichia coli] >EFM8696917.1 phage tail protein [Escherichia coli]Ą€0€¤€0€Ą€ EER6968786Ŗ€ĸ€0€0€ €jinositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 2 isoform X7 [Salvelinus alpinus]Ą€0€Š€0€Ą€ XP_023840445Ŗ€ĸ€0€0€ €HPhzF family phenazine biosynthesis protein, partial [Comamonas aquatica]Ą€0€Š€0€Ą€ WP_279826355Ŗ€ĸ€0€0€ €Rhypothetical protein [bacterium] >NUN44437.1 LEA type 2 family protein [bacterium]Ą€0€¤€0€Ą€ MCK6542200Ŗ€ĸ€0€0€ €VTonB-dependent receptor plug domain-containing protein, partial [Xanthomonas phaseoli]Ą€0€Š€0€Ą€ WP_017166220Ŗ€ĸ€0€0€ €¤uncharacterized protein P152DRAFT_169542 [Eremomyces bilateralis CBS 781.70] >KAF1809113.1 hypothetical protein P152DRAFT_169542 [Eremomyces bilateralis CBS 781.70]Ą€0€Š€0€Ą€ XP_033530744Ŗ€ĸ€0€0€ €ŲMULTISPECIES: acyl-CoA dehydrogenase family protein [unclassified Methylobacterium] >MBP2496242.1 acyl-CoA dehydrogenase [Methylobacterium sp. PvP105] >MBP2503886.1 acyl-CoA dehydrogenase [Methylobacterium sp. PvP109]Ą€0€Š€0€Ą€ WP_070999907Ŗ€ĸ€0€0€ €0oligopeptide:H+ symporter [Shewanella sp. Pdp11]Ą€0€Š€0€Ą€ WP_232790853Ŗ€ĸ€0€0€ €?Plant protein of unknown function (DUF247) [Quillaja saponaria]Ą€0€¤€0€Ą€ KAJ7966218Ŗ€ĸ€0€0€ €(POT family, partial [Musa troglodytarum]Ą€0€¤€0€Ą€URE29467Ŗ€ĸ€0€0€ €Ihelix-turn-helix domain-containing protein [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€THB72442Ŗ€ĸ€0€0€ €@hypothetical protein HK104_008799 [Borealophlyctis nickersoniae]Ą€0€¤€0€Ą€ KAJ3286973Ŗ€ĸ€0€0€ €shypothetical protein COW72_01330, partial [Candidatus Nealsonbacteria bacterium CG18_big_fil_WC_8_21_14_2_50_37_10]Ą€0€¤€0€Ą€PIQ07033Ŗ€ĸ€0€0€ €9Gfo/Idh/MocA family oxidoreductase [Sphingobium sp. 15-1]Ą€0€Š€0€Ą€ WP_218036247Ŗ€ĸ€0€0€ €bPapC/FimD family outer membrane usher protein [Salmonella enterica subsp. enterica serovar Putten]Ą€0€¤€0€Ą€ EBS3704194Ŗ€ĸ€0€0€ €ˆMULTISPECIES: DUF134 domain-containing protein [Bacteroidales] >UVS08354.1 DUF134 domain-containing protein [Parabacteroides distasonis]Ą€0€Š€0€Ą€ WP_230324968Ŗ€ĸ€0€0€ €(hypothetical protein [Sulfitobacter sp.]Ą€0€¯€0€Ą€HCI08118Ŗ€ĸ€0€0€ €‚ABC transporter ATP-binding protein [Clostridia bacterium] >MBQ5956135.1 ABC transporter ATP-binding protein [Clostridia bacterium] >MBQ6003995.1 ABC transporter ATP-binding protein [Clostridia bacterium] >MBR0438652.1 ABC transporter ATP-binding protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ4454347Ŗ€ĸ€0€0€ €qDUF6089 family protein [Rhodocytophaga rosea] >QHT69537.1 hypothetical protein GXP67_24265 [Rhodocytophaga rosea]Ą€0€Š€0€Ą€ WP_162445525Ŗ€ĸ€0€0€ €,hypothetical protein [Acinetobacter indicus]Ą€0€Š€0€Ą€ WP_168414869Ŗ€ĸ€0€0€ €‚type IV secretory system conjugative DNA transfer family protein [Pediococcus acidilactici] >EOA07656.1 Ti-type conjugative transfer system protein TraG, traG [Pediococcus acidilactici D3] >MBW4798194.1 type IV secretory system conjugative DNA transfer family protein [Pediococcus acidilactici] >MBW9307430.1 conjugal transfer protein TraG [Pediococcus acidilactici] >MCE5962991.1 type IV secretory system conjugative DNA transfer family protein [Pediococcus acidilactici] >RXA13962.1 conjugal transfer protein TraG [Pediococcus acidilactici]Ą€0€Š€0€Ą€ WP_005921846Ŗ€ĸ€0€0€ €ƒhypothetical protein [Paenibacillus sp. VTT E-133291] >OZQ94778.1 hypothetical protein CA598_09225 [Paenibacillus sp. VTT E-133291]Ą€0€Š€0€Ą€ WP_094876339Ŗ€ĸ€0€0€ €BNAD-dependent aldehyde dehydrogenase [Nitrososphaeraceae archaeon]Ą€0€¤€0€Ą€ MCC2649654Ŗ€ĸ€0€0€ €čuncharacterized protein LOC127068843 isoform X3 [Vespula vulgaris] >XP_050861106.1 uncharacterized protein LOC127068843 isoform X3 [Vespula vulgaris] >XP_050861107.1 uncharacterized protein LOC127068843 isoform X3 [Vespula vulgaris]Ą€0€Š€0€Ą€ XP_050861105Ŗ€ĸ€0€0€ €ībifunctional GTP diphosphokinase/guanosine-3',5'-bis pyrophosphate 3'-pyrophosphohydrolase [Salmonella enterica] >HAF6483690.1 bifunctional GTP diphosphokinase/guanosine-3',5'-bis pyrophosphate 3'-pyrophosphohydrolase [Salmonella enterica]Ą€0€¯€0€Ą€ HAF6482379Ŗ€ĸ€0€0€ €U[FeFe] hydrogenase H-cluster radical SAM maturase HydG [Cupidesulfovibrio termitidis]Ą€0€Š€0€Ą€ WP_035064005Ŗ€ĸ€0€0€ €ÃDNA repair protein RecN [Mycobacterium sp. DBP42] >OFB37046.1 DNA repair protein RecN [Mycolicibacterium sp. (ex Dasyatis americana)] >TMS50945.1 DNA repair protein RecN [Mycobacterium sp. DBP42]Ą€0€Š€0€Ą€ WP_070188258Ŗ€ĸ€0€0€ €@hypothetical protein CCMSSC00406_0007577 [Pleurotus cornucopiae]Ą€0€¤€0€Ą€ KAG9223390Ŗ€ĸ€0€0€ €4DUF4430 domain-containing protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBQ5629560Ŗ€ĸ€0€0€ €Žspore cortex-lytic enzyme [Thermoanaerobacterium sp. RBIITD] >SNX53950.1 N-acetylmuramoyl-L-alanine amidase [Thermoanaerobacterium sp. RBIITD]Ą€0€Š€0€Ą€ WP_096231334Ŗ€ĸ€0€0€ €]NUDIX hydrolase [Pseudomonas entomophila] >AMA46143.1 NUDIX hydrolase [Pseudomonas monteilii]Ą€0€Š€0€Ą€ WP_060393952Ŗ€ĸ€0€0€ €ņProtein CBG25764 [Caenorhabditis briggsae] >ULU08535.1 hypothetical protein L3Y34_019615 [Caenorhabditis briggsae] >UMM20451.1 hypothetical protein L5515_015722 [Caenorhabditis briggsae] >CAS00373.1 Protein CBG25764 [Caenorhabditis briggsae]Ą€0€Š€0€Ą€ XP_045099932Ŗ€ĸ€0€0€ €2DUF6150 family protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCU0236787Ŗ€ĸ€0€0€ €9formate dehydrogenase (NADP+) beta subunit [Azoarcus sp.]Ą€0€¤€0€Ą€ MCK9987173Ŗ€ĸ€0€0€ €(endoglycosidase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBO8466917Ŗ€ĸ€0€0€ €Giron/manganese ABC transporter permease subunit SitD [Escherichia coli]Ą€0€¤€0€Ą€ MBB8005642Ŗ€ĸ€0€0€ €6phosphorylcholine phosphatase [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_265279605Ŗ€ĸ€0€0€ €_ribonuclease R [Pseudomonas sp. KNUC1026] >UFH49120.1 ribonuclease R [Pseudomonas sp. KNUC1026]Ą€0€Š€0€Ą€ WP_236355782Ŗ€ĸ€0€0€ €‚lysine decarboxylase CadA [Escherichia coli] >EFE0326074.1 lysine decarboxylase CadA [Escherichia coli] >EFK1635433.1 lysine decarboxylase CadA [Escherichia coli] >EIQ7170944.1 lysine decarboxylase CadA [Escherichia coli] >EIQ9902334.1 lysine decarboxylase CadA [Escherichia coli]Ą€0€¤€0€Ą€ EEW4501628Ŗ€ĸ€0€0€ €˙hypothetical protein [Escherichia coli] >EGO6743993.1 hypothetical protein [Escherichia coli] >EGO6752351.1 hypothetical protein [Escherichia coli] >EGO7541940.1 hypothetical protein [Escherichia coli] >EGO7635434.1 hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EGO6711073Ŗ€ĸ€0€0€ €EBG5025425.1 hypothetical protein [Salmonella enterica subsp. enterica] >EBV3237988.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Oranienburg] >EAS1263710.1 hypothetical protein [Salmonella enterica] >EBB1607768.1 hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EAQ6361894Ŗ€ĸ€0€0€ €‚Qputative non-specific serine/threonine protein kinase [Helianthus annuus] >KAJ0649886.1 putative non-specific serine/threonine protein kinase [Helianthus annuus] >KAJ0653672.1 putative non-specific serine/threonine protein kinase [Helianthus annuus] >KAJ0846185.1 putative non-specific serine/threonine protein kinase [Helianthus annuus]Ą€0€¤€0€Ą€ KAJ0452418Ŗ€ĸ€0€0€ €5MBL fold metallo-hydrolase [Streptomyces sp. CB03234]Ą€0€Š€0€Ą€ WP_079277665Ŗ€ĸ€0€0€ €‚•MULTISPECIES: DUF5405 family protein [Enterobacteriaceae] >AXO51952.1 hypothetical protein AXA52_20255 [Enterobacter hormaechei] >AYL05331.1 hypothetical protein D9T11_11275 [Enterobacter kobei] >MBF9270782.1 DUF5405 family protein [Enterobacter hormaechei] >MBJ6482727.1 DUF5405 family protein [Enterobacter hormaechei] >MBT1874481.1 DUF5405 family protein [Enterobacter hormaechei subsp. xiangfangensis]Ą€0€Š€0€Ą€ WP_080337214Ŗ€ĸ€0€0€ €ABC transporter ATP-binding protein [Niallia sp. NCCP-28] >GKU83899.1 ABC transporter ATP-binding protein [Niallia sp. NCCP-28]Ą€0€Š€0€Ą€ WP_248562494Ŗ€ĸ€0€0€ €Įhypothetical protein [Parageobacillus toebii] >MBB3870244.1 hypothetical protein [Parageobacillus toebii NBRC 107807] >QIQ33881.1 hypothetical protein DER53_14945 [Parageobacillus toebii NBRC 107807]Ą€0€Š€0€Ą€ WP_062756220Ŗ€ĸ€0€0€ €@E3 ubiquitin-protein ligase TRIM39-like [Myxocyprinus asiaticus]Ą€0€Š€0€Ą€ XP_051536923Ŗ€ĸ€0€0€ €7hypothetical protein ZIOFF_072353 [Zingiber officinale]Ą€0€¤€0€Ą€ KAG6471244Ŗ€ĸ€0€0€ €ĄLysR substrate-binding domain-containing protein [Pseudomonas sp. B21-017] >UVM40809.1 LysR substrate-binding domain-containing protein [Pseudomonas sp. B21-017]Ą€0€Š€0€Ą€ WP_258613669Ŗ€ĸ€0€0€ €$USH1C protein [Atractosteus spatula]Ą€0€¤€0€Ą€ MBN3324024Ŗ€ĸ€0€0€ €0YwaF family protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCD8106539Ŗ€ĸ€0€0€ €@hypothetical protein DH86_00000193, partial [Scytalidium sp. 3C]Ą€0€¤€0€Ą€RQM07044Ŗ€ĸ€0€0€ €>M20/M25/M40 family metallo-hydrolase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBN2666786Ŗ€ĸ€0€0€ €raldehyde dehydrogenase family protein [Halomonas sp. HAL1] >EHA14120.1 aldehyde dehydrogenase [Halomonas sp. HAL1]Ą€0€Š€0€Ą€ WP_008959270Ŗ€ĸ€0€0€ €xP-II family nitrogen regulator [Limnohabitans sp. Bal53] >PUE39263.1 transcriptional regulator [Limnohabitans sp. Bal53]Ą€0€Š€0€Ą€ WP_108365493Ŗ€ĸ€0€0€ €ŋcytochrome oxidase subunit 1, partial [Anomala chapini] >AGC74999.1 cytochrome oxidase subunit 1, partial [Anomala chapini] >AGC75000.1 cytochrome oxidase subunit 1, partial [Anomala chapini]Ą€0€¤€0€Ą€AGC74998Ŗ€ĸ€0€0€ €&valine--tRNA ligase [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBQ9679177Ŗ€ĸ€0€0€ €1hypothetical protein HWV62_2364 [Athelia sp. TMB]Ą€0€¤€0€Ą€ KAF7985745Ŗ€ĸ€0€0€ €+YcaO-like family protein [Escherichia coli]Ą€0€¤€0€Ą€ EJR4237259Ŗ€ĸ€0€0€ €7GGDEF domain-containing protein [Paenibacillus filicis]Ą€0€Š€0€Ą€ WP_269885397Ŗ€ĸ€0€0€ €6nonstructural protein 2, partial [Porcine rotavirus A]Ą€0€¤€0€Ą€AWX41049Ŗ€ĸ€0€0€ €Ehypothetical protein DMF82_02500, partial [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYQ07964Ŗ€ĸ€0€0€ €ABC transporter permease subunit [Burkholderia sp. Tr-862] >NIF44225.1 ABC transporter permease subunit [Burkholderia sp. Tr-862]Ą€0€Š€0€Ą€ WP_166725305Ŗ€ĸ€0€0€ €*gamma-aminobutyrate permease [Kocuria sp.]Ą€0€¯€0€Ą€HAG62657Ŗ€ĸ€0€0€ €xexonuclease [Escherichia coli] >EFL6313181.1 exonuclease [Escherichia coli] >EHQ4458557.1 exonuclease [Escherichia coli]Ą€0€¤€0€Ą€ EFF4884300Ŗ€ĸ€0€0€ €(hypothetical protein [Pangasius djambal]Ą€0€¤€0€Ą€ MCJ8729721Ŗ€ĸ€0€0€ €thypothetical protein [Tumebacillus sp. BK434] >TCP58204.1 hypothetical protein EV586_102657 [Tumebacillus sp. BK434]Ą€0€Š€0€Ą€ WP_132944465Ŗ€ĸ€0€0€ €>hypothetical protein G4228_010049 [Cervus hanglu yarkandensis]Ą€0€¤€0€Ą€ KAF4018288Ŗ€ĸ€0€0€ €1PAS domain-containing protein [Bacillus safensis]Ą€0€Š€0€Ą€ WP_267586803Ŗ€ĸ€0€0€ €?rap1 GTPase-activating protein 1 isoform X2 [Podarcis raffonei]Ą€0€Š€0€Ą€ XP_053257159Ŗ€ĸ€0€0€ €ėtranslocation/assembly module TamB domain-containing protein [Chryseobacterium piscicola] >PQA98268.1 cell envelope biogenesis protein AsmA [Chryseobacterium piscicola] >SIS82278.1 Family of unknown function [Chryseobacterium piscicola]Ą€0€Š€0€Ą€ WP_076451668Ŗ€ĸ€0€0€ €2VOC family protein [Bacillus sp. UNC437CL72CviS29]Ą€0€Š€0€Ą€ WP_026591533Ŗ€ĸ€0€0€ €]Uncharacterized conserved protein, DUF885 familyt [Marinactinospora thermotolerans DSM 45154]Ą€0€Ĩ€0€Ą€SKA28887Ŗ€ĸ€0€0€ €Kreverse transcriptase domain-containing protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFA35713Ŗ€ĸ€0€0€ €´exodeoxyribonuclease III [Novosphingobium sp. ST904] >KPH66917.1 exodeoxyribonuclease III [Novosphingobium sp. ST904] >TCM25370.1 exodeoxyribonuclease-3 [Novosphingobium sp. ST904]Ą€0€Š€0€Ą€ WP_054435236Ŗ€ĸ€0€0€ €Jmethyl-accepting chemotaxis protein PctA, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_269572442Ŗ€ĸ€0€0€ €hypothetical protein [Stenotrophomonas maltophilia] >UXY49218.1 hypothetical protein N8888_04565 [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_263177763Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MCP5114939Ŗ€ĸ€0€0€ €>hypothetical protein EXE44_19695, partial [Halorubrum sp. SS7]Ą€0€¤€0€Ą€TKX51930Ŗ€ĸ€0€0€ €@16S rRNA processing protein RimM [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI1328179Ŗ€ĸ€0€0€ €’Glu/Leu/Phe/Val dehydrogenase dimerization domain-containing protein [Hymenobacter edaphi] >RAK64575.1 leucine dehydrogenase [Hymenobacter edaphi]Ą€0€Š€0€Ą€ WP_111479522Ŗ€ĸ€0€0€ €Odual specificity protein phosphatase family protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBU6237646Ŗ€ĸ€0€0€ €}RluA family pseudouridine synthase [Prevotella pallens] >MBF1462040.1 RluA family pseudouridine synthase [Prevotella pallens]Ą€0€Š€0€Ą€ WP_276638014Ŗ€ĸ€0€0€ €Bserine/threonine-protein kinase TNNI3K isoform X2 [Macaca mulatta]Ą€0€Š€0€Ą€ XP_028705251Ŗ€ĸ€0€0€ €9uncharacterized protein LOC120358402 [Solenopsis invicta]Ą€0€Š€0€Ą€ XP_039308535Ŗ€ĸ€0€0€ €.radical SAM protein [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBO5932171Ŗ€ĸ€0€0€ €‚sensor histidine kinase [Agrobacterium vitis] >MUO90247.1 sensor histidine kinase [Agrobacterium vitis] >MUZ51144.1 sensor histidine kinase [Agrobacterium vitis] >MUZ90529.1 sensor histidine kinase [Agrobacterium vitis] >OHZ42483.1 hypothetical protein BBL07_07240 [Agrobacterium vitis]Ą€0€¤€0€Ą€ MCF1432737Ŗ€ĸ€0€0€ €3hypothetical protein NL676_008318 [Syzygium grande]Ą€0€¤€0€Ą€ KAI6705356Ŗ€ĸ€0€0€ €*adenylate cyclase [Mesorhizobium amorphae]Ą€0€Ŧ€0€Ą€GLR41095Ŗ€ĸ€0€0€ €\corrinoid protein [Bacillota bacterium] >MCG2730820.1 corrinoid protein [Acetobacterium sp.]Ą€0€¤€0€Ą€ MBU4440546Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCI5497968Ŗ€ĸ€0€0€ €@Translation elongation factor 1 beta [Neopestalotiopsis sp. 37M]Ą€0€¤€0€Ą€ KAF3016851Ŗ€ĸ€0€0€ €O31676.2 RecName: Full=6-carboxy-5,6,7,8-tetrahydropterin synthase; Short=CPH4 synthase; AltName: Full=Queuosine biosynthesis protein QueD [Bacillus subtilis subsp. subtilis str. 168] >ADV96388.1 6-pyruvoyl tetrahydrobiopterin synthase-like; queuosine biosynthesis [Bacillus subtilis BSn5] >AGI28666.1 6-pyruvoyl tetrahydrobiopterin synthase-like; queuosine biosynthesis [Bacillus subtilis subsp. subtilis str. BAB-1] >AHA77380.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis PY79] >AIC39779.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis subsp. subtilis str. JH642 substr. AG174] >AIC44011.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis subsp. subtilis str. AG1839] >AIC97916.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis subsp. subtilis str. OH 131.1] >AII35382.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis TO-A] >AJO57998.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus sp. YP1] >AKC46925.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis KCTC 1028 = ATCC 6051a] >AKD34777.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis HJ5] >AMK72011.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis subsp. natto] >AOL27766.1 6-carboxytetrahydropterin synthase QueD [Bacillus sp. FJAT-14266] >AOL29318.1 6-carboxytetrahydropterin synthase QueD [Shouchella gibsonii] >EME07480.1 queuosine biosynthesis protein QueD [Bacillus subtilis MB73/2] >EXF52853.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis QH-1] >KMY42333.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus sp. FJAT-27445] >TWG64208.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J24] >TWG77587.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J26] >TWG78575.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J27] >TWH27947.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J22] >CCU57930.1 Queuosine biosynthesis QueD, PTPS-I [Bacillus subtilis E1] >BAM57588.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis BEST7003] >GAK78219.1 6-pyruvoyl tetrahydrobiopterin synthase-like; queuosine biosynthesis [Bacillus subtilis Miyagi-4] >GIN81201.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus sp. J5TS4]Ą€0€Š€0€Ą€ WP_003245665Ŗ€ĸ€0€0€ €6helix-turn-helix transcriptional regulator [bacterium]Ą€0€¤€0€Ą€ MBQ8460137Ŗ€ĸ€0€0€ €Valpha-L-arabinofuranosidase C-terminal domain-containing protein [Pedobacter mendelii]Ą€0€Š€0€Ą€ WP_188412405Ŗ€ĸ€0€0€ €/hypothetical protein [Ignavibacteria bacterium]Ą€0€¤€0€Ą€ MBK7412786Ŗ€ĸ€0€0€ €iATP-binding protein [Dactylosporangium fulvum] >UWP80752.1 ATP-binding protein [Dactylosporangium fulvum]Ą€0€Š€0€Ą€ WP_259858510Ŗ€ĸ€0€0€ €6hypothetical protein JZ751_023589 [Albula glossodonta]Ą€0€¤€0€Ą€ KAG9339452Ŗ€ĸ€0€0€ €?translation initiation factor IF-3 [Parabacteroides distasonis]Ą€0€Š€0€Ą€ WP_195473821Ŗ€ĸ€0€0€ €‚glycosyltransferase family 2 protein [Oceanobacillus chungangensis] >RDW20403.1 glycosyltransferase [Oceanobacillus chungangensis]Ą€0€Š€0€Ą€ WP_115748516Ŗ€ĸ€0€0€ €}hypothetical protein NW766_005982 [Fusarium irregulare] >KAJ4018339.1 hypothetical protein NW752_005454 [Fusarium irregulare]Ą€0€¤€0€Ą€ KAJ4013743Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Parcubacteria bacterium]Ą€0€¤€0€Ą€ MBC7406653Ŗ€ĸ€0€0€ €:hypothetical protein PANDA_009735 [Ailuropoda melanoleuca]Ą€0€¤€0€Ą€EFB15155Ŗ€ĸ€0€0€ €.alpha-L-fucosidase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYX81094Ŗ€ĸ€0€0€ €class I SAM-dependent methyltransferase [Bacillus mobilis] >NEK97718.1 class I SAM-dependent methyltransferase [Bacillus mobilis]Ą€0€Š€0€Ą€ WP_163095201Ŗ€ĸ€0€0€ €Érod shape-determining protein MreC [Clostridia bacterium] >MBQ2326755.1 rod shape-determining protein MreC [Clostridia bacterium] >MBQ5812703.1 rod shape-determining protein MreC [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ1271561Ŗ€ĸ€0€0€ €.IS5 family transposase [Actinomyces procaprae]Ą€0€Š€0€Ą€ WP_136193451Ŗ€ĸ€0€0€ €(hypothetical protein [Bacillus haynesii]Ą€0€Š€0€Ą€ WP_268311115Ŗ€ĸ€0€0€ €8hypothetical protein [Chitinolyticbacter sp. YIM B06366]Ą€0€Š€0€Ą€ WP_255991635Ŗ€ĸ€0€0€ €%predicted protein [Mycena chlorophos]Ą€0€Ŧ€0€Ą€GAT48029Ŗ€ĸ€0€0€ €(hypothetical protein [Ruegeria haliotis]Ą€0€¤€0€Ą€NVO57457Ŗ€ĸ€0€0€ €sTonB-dependent receptor [Prevotella sp. HMSC073D09] >OFQ08492.1 TonB-dependent receptor [Prevotella sp. HMSC073D09]Ą€0€Š€0€Ą€ WP_070720871Ŗ€ĸ€0€0€ €”hypothetical protein [Amycolatopsis keratiniphila] >ONF73092.1 hypothetical protein AVR91_0207410 [Amycolatopsis keratiniphila subsp. keratiniphila]Ą€0€Š€0€Ą€ WP_063274718Ŗ€ĸ€0€0€ €‚Ēaldose-1-epimerase [Salmonella enterica] >ECA8971264.1 aldose-1-epimerase [Salmonella enterica subsp. enterica serovar Omuna] >ECE0504959.1 aldose-1-epimerase [Salmonella enterica subsp. enterica] >EDH5632142.1 aldose epimerase [Salmonella enterica subsp. enterica serovar Claibornei] >EDP8780068.1 aldose-1-epimerase [Salmonella enterica subsp. enterica] >EEB9698256.1 aldose-1-epimerase [Salmonella enterica subsp. enterica]Ą€0€Š€0€Ą€ WP_202100641Ŗ€ĸ€0€0€ €9hypothetical protein D4764_01G0000230 [Takifugu flavidus]Ą€0€¤€0€Ą€TWW80208Ŗ€ĸ€0€0€ €1TATA-box-binding protein-like [Macaca nemestrina]Ą€0€Š€0€Ą€ XP_011760839Ŗ€ĸ€0€0€ €?hypothetical protein FBU31_004194 [Coemansia sp. 'formosensis']Ą€0€¤€0€Ą€ KAJ2823714Ŗ€ĸ€0€0€ €)oxidoreductase [Limisphaerales bacterium]Ą€0€¯€0€Ą€HAO77415Ŗ€ĸ€0€0€ €=uncharacterized protein C12orf40 homolog [Budorcas taxicolor]Ą€0€Š€0€Ą€ XP_052496526Ŗ€ĸ€0€0€ €/KamA family radical SAM protein [Atopobium sp.]Ą€0€¤€0€Ą€NLH91916Ŗ€ĸ€0€0€ €#acyltransferase [Mycobacterium sp.]Ą€0€¤€0€Ą€ MBV9352198Ŗ€ĸ€0€0€ €8Neutral ceramidase precursor [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBP1602824Ŗ€ĸ€0€0€ €MAG: hypothetical protein ABS67_01925 [Niabella sp. SCN 42-15] >OJU23181.1 hypothetical protein BGN92_01215 [Sphingobacteriales bacterium 41-5]Ą€0€¤€0€Ą€ODT35417Ŗ€ĸ€0€0€ €‚ülipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae] >MCH5508714.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae pv. syringae] >MCH5637783.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae pv. syringae] >MCH7426916.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae pv. syringae] >SOP99791.1 Undecaprenyl phosphate-alpha-4-amino-4-deoxy-L-arabinose arabinosyl transferase [Pseudomonas syringae pv. syringae]Ą€0€Š€0€Ą€ WP_104684232Ŗ€ĸ€0€0€ €DLy6/PLAUR domain-containing protein 2, partial [Opisthocomus hoazin]Ą€0€¤€0€Ą€KFQ97446Ŗ€ĸ€0€0€ €-unnamed protein product [Diabrotica balteata]Ą€0€Ĩ€0€Ą€ CAH1278847Ŗ€ĸ€0€0€ €Xtripartite tricarboxylate transporter substrate binding protein [Microvirga calopogonii]Ą€0€Š€0€Ą€ WP_114947547Ŗ€ĸ€0€0€ €žMULTISPECIES: DegT/DnrJ/EryC1/StrS family aminotransferase [Enterobacter] >SFI56143.1 dTDP-4-amino-4,6-dideoxygalactose transaminase [Enterobacter sp. NFIX59]Ą€0€Š€0€Ą€ WP_090419626Ŗ€ĸ€0€0€ €/ABC transporter permease [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3573680Ŗ€ĸ€0€0€ €=hypothetical protein N0V93_003647 [Gnomoniopsis smithogilvyi]Ą€0€¤€0€Ą€ KAJ4394429Ŗ€ĸ€0€0€ €9hypothetical protein BDR05DRAFT_884791 [Suillus weaverae]Ą€0€¤€0€Ą€ KAG2343201Ŗ€ĸ€0€0€ €:hypothetical protein, partial [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_251989158Ŗ€ĸ€0€0€ €830S ribosomal protein S13 [Bacteroides thetaiotaomicron]Ą€0€¤€0€Ą€ MCS2900418Ŗ€ĸ€0€0€ €Ÿindole-3-glycerol phosphate synthase TrpC [Peribacillus frigoritolerans] >MCP1152262.1 indole-3-glycerol phosphate synthase TrpC [Peribacillus frigoritolerans]Ą€0€Š€0€Ą€ WP_253349177Ŗ€ĸ€0€0€ €mPolarity suppression protein [Escherichia coli] >EFK5126963.1 Polarity suppression protein [Escherichia coli]Ą€0€¤€0€Ą€ EED0743056Ŗ€ĸ€0€0€ €9MULTISPECIES: MFS transporter [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_030383398Ŗ€ĸ€0€0€ €/signal peptidase I [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR2088606Ŗ€ĸ€0€0€ €4short-chain dehydrogenase [Porticoccaceae bacterium]Ą€0€¤€0€Ą€MAN53906Ŗ€ĸ€0€0€ €chypothetical protein [Aquabacterium terrae] >NRF65548.1 hypothetical protein [Aquabacterium terrae]Ą€0€Š€0€Ą€ WP_173119692Ŗ€ĸ€0€0€ €;MAG: hypothetical protein BGO59_22745 [Spirosoma sp. 48-14]Ą€0€¤€0€Ą€OJW76341Ŗ€ĸ€0€0€ €type I-D CRISPR-associated protein Cas5/Csc1 [Haloarcula sp. Atlit-120R] >RLM32778.1 type I-D CRISPR-associated protein Cas5/Csc1 [Haloarcula sp. Atlit-120R]Ą€0€Š€0€Ą€ WP_121538494Ŗ€ĸ€0€0€ €Eretinol dehydrogenase 13 isoform X2 [Saimiri boliviensis boliviensis]Ą€0€Š€0€Ą€ XP_039322713Ŗ€ĸ€0€0€ €‚Qimmunoglobulin light chain junction region [Homo sapiens] >MBZ68404.1 immunoglobulin light chain junction region [Homo sapiens] >MCD09463.1 immunoglobulin light chain junction region [Homo sapiens] >MCD10015.1 immunoglobulin light chain junction region [Homo sapiens] >MCD10297.1 immunoglobulin light chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB1728438Ŗ€ĸ€0€0€ €‚,conserved hypothetical protein [Escherichia coli 53638] >EMV93333.1 hypothetical protein EC2860050_2373 [Escherichia coli 2860050] >EMW52198.1 hypothetical protein EC2770900_2265 [Escherichia coli 2770900] >EMW74961.1 hypothetical protein EC2747800_2371 [Escherichia coli 2747800] >EMX69218.1 hypothetical protein ECENVIRA101_2633 [Escherichia coli Envira 10/1] >EMX70850.1 hypothetical protein ECENVIRA811_2555 [Escherichia coli Envira 8/11] >EMZ84766.1 hypothetical protein ECP03052931_2450 [Escherichia coli p0305293.1] >ENA52052.1 hypothetical protein EC2729250_2301 [Escherichia coli 2729250] >ENB07146.1 hypothetical protein EC2866350_2300 [Escherichia coli 2866350] >END46418.1 hypothetical protein ECP030529313_2189 [Escherichia coli p0305293.13] >ENE10952.1 hypothetical protein ECP030529314_2289 [Escherichia coli p0305293.14] >ENG31083.1 hypothetical protein ECP030529310_2282 [Escherichia coli p0305293.10] >ENG42731.1 hypothetical protein ECP030529311_2334 [Escherichia coli p0305293.11] >ENG43153.1 hypothetical protein ECP030529312_2333 [Escherichia coli p0305293.12] >ENG51348.1 hypothetical protein ECP030529315_2259 [Escherichia coli p0305293.15] >ENG55768.1 hypothetical protein ECP03052932_2306 [Escherichia coli p0305293.2] >ENG62200.1 hypothetical protein ECP03052933_2334 [Escherichia coli p0305293.3] >ENG65329.1 hypothetical protein ECP03052934_2252 [Escherichia coli p0305293.4] >ENG71380.1 hypothetical protein ECP03052938_2312 [Escherichia coli p0305293.8] >ENG77324.1 hypothetical protein ECP03052939_2207 [Escherichia coli p0305293.9] >ENH45496.1 hypothetical protein ECP03052935_2319 [Escherichia coli p0305293.5] >ENH56565.1 hypothetical protein ECP03052936_2218 [Escherichia coli p0305293.6] >EPH47072.1 hypothetical protein L340_4901 [Escherichia coli E2265] >ESV03261.1 hypothetical protein L339_03121 [Escherichia coli E1777] >KDT52752.1 hypothetical protein AD43_3836 [Escherichia coli 3-105-05_S4_C3] >KEM14832.1 hypothetical protein AB51_2255 [Escherichia coli 6-319-05_S1_C2] >KEM28154.1 hypothetical protein AB80_2458 [Escherichia coli 6-319-05_S1_C3]Ą€0€¤€0€Ą€EDU63556Ŗ€ĸ€0€0€ €Htape measure protein [Salmonella enterica subsp. enterica serovar Cerro]Ą€0€¤€0€Ą€ EDQ8124076Ŗ€ĸ€0€0€ €›ATP-binding cassette domain-containing protein [Campylobacter sp. MIT 12-8780] >TQR41612.1 hypothetical protein DMB95_04510 [Campylobacter sp. MIT 12-8780]Ą€0€Š€0€Ą€ WP_142931103Ŗ€ĸ€0€0€ €‚PMULTISPECIES: lysine 2,3-aminomutase [Bacillus] >KLK99152.1 lysine 2,3-aminomutase [Bacillus pumilus] >MBW4850019.1 lysine 2,3-aminomutase [Bacillaceae bacterium] >KUF21891.1 lysine 2,3-aminomutase [Bacillus sp. G1(2015b)] >MBR0606154.1 lysine 2,3-aminomutase [Bacillus safensis] >MBR0638991.1 lysine 2,3-aminomutase [Bacillus safensis]Ą€0€Š€0€Ą€ WP_047203279Ŗ€ĸ€0€0€ €Ehypothetical protein KCU66_g3727, partial [Aureobasidium melanogenum]Ą€0€¤€0€Ą€ KAH0130274Ŗ€ĸ€0€0€ €0MAG TPA: minor tail protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAQ89956Ŗ€ĸ€0€0€ €_UB22A hydrolase [Chloropsis hardwickii] >NWZ68134.1 UB22A hydrolase [Acrocephalus arundinaceus]Ą€0€¤€0€Ą€NWH38694Ŗ€ĸ€0€0€ €tYdbC family protein [Enterococcus silesiacus] >ALS02240.1 hypothetical protein ATZ33_12850 [Enterococcus silesiacus]Ą€0€Š€0€Ą€ WP_071877135Ŗ€ĸ€0€0€ €9class I SAM-dependent methyltransferase [Rhizobacter sp.]Ą€0€¤€0€Ą€ MBC7935646Ŗ€ĸ€0€0€ €/(Fe-S)-binding protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCA9664716Ŗ€ĸ€0€0€ €7unnamed protein product [Trypanosoma congolense IL3000]Ą€0€Ĩ€0€Ą€CCD14225Ŗ€ĸ€0€0€ €7hypothetical protein Lalb_Chr07g0194351 [Lupinus albus]Ą€0€¤€0€Ą€ KAE9611124Ŗ€ĸ€0€0€ €Vlipoyltransferase and lipoate-protein ligase [Lentilactobacillus parakefiri DSM 10551]Ą€0€¤€0€Ą€KRL72956Ŗ€ĸ€0€0€ €=hypothetical protein DXA36_30505 [Eisenbergiella sp. OF01-20]Ą€0€¤€0€Ą€RHP79651Ŗ€ĸ€0€0€ €9cytochrome C biogenesis protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSZ96355Ŗ€ĸ€0€0€ €=tail fiber domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MCB0501525Ŗ€ĸ€0€0€ €‚Žputative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2645097.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2645487.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2645850.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2646590.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei]Ą€0€Ĩ€0€Ą€ CAI2640540Ŗ€ĸ€0€0€ €@PREDICTED: uncharacterized protein LOC109036748 [Bemisia tabaci]Ą€0€Š€0€Ą€ XP_018906655Ŗ€ĸ€0€0€ €)inner membrane protein [Escherichia coli]Ą€0€Ĩ€0€Ą€STI83942Ŗ€ĸ€0€0€ €‰efflux transporter outer membrane subunit [Desulfovibrio sp.] >MBI4958570.1 efflux transporter outer membrane subunit [Desulfovibrio sp.]Ą€0€¤€0€Ą€ MBI4806480Ŗ€ĸ€0€0€ €Atubulin alpha chain-like, partial [Olea europaea var. sylvestris]Ą€0€Š€0€Ą€ XP_022851607Ŗ€ĸ€0€0€ €8hypothetical protein BHW06_00460 [Clostridium sp. 44_14]Ą€0€¤€0€Ą€OKZ85006Ŗ€ĸ€0€0€ €0hypothetical protein [Elusimicrobiota bacterium]Ą€0€¤€0€Ą€NLI10446Ŗ€ĸ€0€0€ €Hribosome biogenesis GTP-binding protein YihA/YsxC [Roseococcus pinisoli]Ą€0€Š€0€Ą€ WP_249681227Ŗ€ĸ€0€0€ €3hypothetical protein EPUL_004436 [Erysiphe pulchra]Ą€0€¤€0€Ą€POS85366Ŗ€ĸ€0€0€ €™MULTISPECIES: hypothetical protein [unclassified Paenibacillus] >MBE1441206.1 1,4-dihydroxy-2-naphthoate octaprenyltransferase [Paenibacillus sp. OAS669]Ą€0€Š€0€Ą€ WP_079908511Ŗ€ĸ€0€0€ €1SDR family oxidoreductase [Mycobacterium sp. MBM]Ą€0€¤€0€Ą€ MCF6390562Ŗ€ĸ€0€0€ €kLPS-assembly protein LptD [Helicobacter pylori] >RVY46066.1 LPS-assembly protein LptD [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_127953526Ŗ€ĸ€0€0€ €?hypothetical protein SAMN05421854_108188 [Amycolatopsis rubida]Ą€0€Ĩ€0€Ą€SFQ01701Ŗ€ĸ€0€0€ €/alpha-galactosidase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBO5336885Ŗ€ĸ€0€0€ €.phage tail protein I [Vibrio parahaemolyticus]Ą€0€¯€0€Ą€ HCG9411603Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QUM20585Ŗ€ĸ€0€0€ €QRNA-dependent RNA polymerase P1-P2 fusion protein [Cereal yellow dwarf virus RPS]Ą€0€¤€0€Ą€AAF62532Ŗ€ĸ€0€0€ €=tRNA specific adenosine deaminase 2 [Echinococcus granulosus]Ą€0€Ĩ€0€Ą€CDS15483Ŗ€ĸ€0€0€ €1Ppx/GppA family phosphatase [Helicobacter pylori]Ą€0€¤€0€Ą€ MCQ2831693Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MCQ2578417Ŗ€ĸ€0€0€ €‘ABC transporter ATP-binding protein [Lysinibacillus mangiferihumi] >TKI63558.1 ABC transporter ATP-binding protein [Lysinibacillus mangiferihumi]Ą€0€Š€0€Ą€ WP_107894076Ŗ€ĸ€0€0€ €Æcache domain-containing protein [Aliarcobacter butzleri] >MCG3675252.1 cache domain-containing protein [Aliarcobacter butzleri] >MCT7620373.1 cache domain-containing protein [Aliarcobacter butzleri]Ą€0€Š€0€Ą€ WP_237962375Ŗ€ĸ€0€0€ €=hypothetical protein EDB86DRAFT_3137838 [Lactarius hatsudake]Ą€0€¤€0€Ą€ KAH8980086Ŗ€ĸ€0€0€ €áTetR family transcriptional regulator [Pectobacterium punjabense] >MBN3136807.1 TetR family transcriptional regulator [Pectobacterium punjabense] >MCE5378574.1 TetR family transcriptional regulator [Pectobacterium punjabense]Ą€0€Š€0€Ą€ WP_205541900Ŗ€ĸ€0€0€ €;hypothetical protein [Candidatus Gracilibacteria bacterium]Ą€0€¤€0€Ą€ MCF7917901Ŗ€ĸ€0€0€ €MATP phosphoribosyltransferase regulatory subunit [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ7693256Ŗ€ĸ€0€0€ €sSMI1/KNR4 family protein [Bacillus toyonensis] >OSM10368.1 1,3-beta-glucan synthase regulator [Bacillus toyonensis]Ą€0€Š€0€Ą€ WP_085451092Ŗ€ĸ€0€0€ €|MULTISPECIES: HPP family protein [Pseudomonas] >KPA96104.1 CBS-domain-containing membrane protein [Pseudomonas fuscovaginae]Ą€0€Š€0€Ą€ WP_054059514Ŗ€ĸ€0€0€ €OJH18651.1 hypothetical protein BLX88_10600 [Bacillus obstructivus] >MCI1592416.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] >MCI1612315.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] >MCI1745387.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] >MCI1761945.1 DUF5590 domain-containing protein [Heyndrickxia oleronia]Ą€0€Š€0€Ą€ WP_058002390Ŗ€ĸ€0€0€ €zMULTISPECIES: DUF1801 domain-containing protein [Mumia] >KAA1419826.1 DUF1801 domain-containing protein [Mumia zhuanghuii]Ą€0€Š€0€Ą€ WP_149771049Ŗ€ĸ€0€0€ €'YigZ family protein [Bacilli bacterium]Ą€0€¤€0€Ą€ MBQ9456987Ŗ€ĸ€0€0€ €=FAD-dependent oxidoreductase [Streptomyces griseochromogenes]Ą€0€Š€0€Ą€ WP_245384442Ŗ€ĸ€0€0€ €9hypothetical protein ACO34A_15220 [Rhizobium sp. ACO-34A]Ą€0€¤€0€Ą€ATN35154Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€MHQ93786Ŗ€ĸ€0€0€ €LATP-dependent RNA helicase DDX54 isoform X2 [Trichechus manatus latirostris]Ą€0€Š€0€Ą€ XP_023589550Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5287652Ŗ€ĸ€0€0€ €thypothetical protein [Francisella sp. FSC1006] >AIT09657.1 hypothetical protein LO80_06560 [Francisella sp. FSC1006]Ą€0€Š€0€Ą€ WP_040009751Ŗ€ĸ€0€0€ €cYeeE/YedE family protein [Cytobacillus firmus] >MBG9657198.1 membrane protein [Cytobacillus firmus]Ą€0€Š€0€Ą€ WP_197201326Ŗ€ĸ€0€0€ €‚ÍMULTISPECIES: SDR family oxidoreductase [Mesorhizobium] >MBZ9929936.1 SDR family oxidoreductase [Mesorhizobium sp. BR1-1-5] >AGB43202.1 dehydrogenase of unknown specificity, short-chain alcohol dehydrogenase like protein [Mesorhizobium australicum WSM2073] >MBZ9684781.1 SDR family oxidoreductase [Mesorhizobium sp. CO1-1-2] >MBZ9697120.1 SDR family oxidoreductase [Mesorhizobium sp. CO1-1-9] >MBZ9726480.1 SDR family oxidoreductase [Mesorhizobium sp. CO1-1-11]Ą€0€Š€0€Ą€ WP_015314674Ŗ€ĸ€0€0€ €Ĩunnamed protein product [Penicillium salamii] >CAG8360570.1 unnamed protein product [Penicillium salamii] >CAG8397145.1 unnamed protein product [Penicillium salamii]Ą€0€Ĩ€0€Ą€ CAG8151748Ŗ€ĸ€0€0€ €qMULTISPECIES: hypothetical protein [Arcobacteraceae] >MBL3520417.1 hypothetical protein [Aliarcobacter lanthieri]Ą€0€Š€0€Ą€ WP_202269095Ŗ€ĸ€0€0€ €/FeoA family protein [Butyrivibrio fibrisolvens]Ą€0€Š€0€Ą€ WP_248403399Ŗ€ĸ€0€0€ €9hypothetical protein FOZG_17362 [Fusarium oxysporum Fo47]Ą€0€¤€0€Ą€EWZ28924Ŗ€ĸ€0€0€ €ƒGNAT family N-acetyltransferase [Microbispora catharanthi] >KAB8186005.1 GNAT family N-acetyltransferase [Microbispora catharanthi]Ą€0€Š€0€Ą€ WP_139573954Ŗ€ĸ€0€0€ €cDUF2024 family protein [Muricauda algicola] >TMU50952.1 DUF2024 family protein [Muricauda algicola]Ą€0€Š€0€Ą€ WP_138838620Ŗ€ĸ€0€0€ €(unnamed protein product [Lactuca virosa]Ą€0€Ĩ€0€Ą€ CAH1454680Ŗ€ĸ€0€0€ €"ROK family protein [Alistipes sp.]Ą€0€¤€0€Ą€ MBR4964110Ŗ€ĸ€0€0€ €“M23 family metallopeptidase [Agromyces hippuratus] >NYG21307.1 murein DD-endopeptidase MepM/ murein hydrolase activator NlpD [Agromyces hippuratus]Ą€0€Š€0€Ą€ WP_246303703Ŗ€ĸ€0€0€ €uhistidinol dehydrogenase [Pseudomonas kairouanensis] >TFY92524.1 histidinol dehydrogenase [Pseudomonas kairouanensis]Ą€0€Š€0€Ą€ WP_135287436Ŗ€ĸ€0€0€ €LEAL domain-containing protein, partial [Hydrogenophilales bacterium 16-62-9]Ą€0€¤€0€Ą€OYY81277Ŗ€ĸ€0€0€ €%core protein, partial [Hepacivirus C]Ą€0€¤€0€Ą€AWY63092Ŗ€ĸ€0€0€ €-hypothetical protein [Streptococcus gordonii]Ą€0€Š€0€Ą€ WP_061583028Ŗ€ĸ€0€0€ €¨MULTISPECIES: MobC family plasmid mobilization relaxosome protein [Morganellaceae] >MCT0090471.1 MobC family plasmid mobilization relaxosome protein [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_259695835Ŗ€ĸ€0€0€ €‚Obifunctional 2-polyprenyl-6-hydroxyphenol methylase/3-demethylubiquinol 3-O-methyltransferase UbiG [Citrobacter amalonaticus] >KKF69137.1 3-demethylubiquinone-9 3-methyltransferase [Vibrio parahaemolyticus] >EJS3682099.1 bifunctional 2-polyprenyl-6-hydroxyphenol methylase/3-demethylubiquinol 3-O-methyltransferase UbiG [Citrobacter amalonaticus] >KKY42158.1 3-demethylubiquinone-9 3-methyltransferase [Vibrio parahaemolyticus] >KOP94946.1 3-demethylubiquinone-9 3-methyltransferase [Citrobacter amalonaticus] >KOP97335.1 3-demethylubiquinone-9 3-methyltransferase [Citrobacter amalonaticus]Ą€0€Š€0€Ą€ WP_044328211Ŗ€ĸ€0€0€ €PCNP protein [Penelope pileata]Ą€0€¤€0€Ą€NXC48933Ŗ€ĸ€0€0€ €ŠGfo/Idh/MocA family oxidoreductase [Prochlorococcus sp.] >CAI8166839.1 MAG: D-xylose dehydrogenase [Prochlorococcus marinus str. MIT 9215]Ą€0€¤€0€Ą€ MCP4974199Ŗ€ĸ€0€0€ €•hypothetical protein H8356DRAFT_1028854 [Neocallimastix sp. JGI-2020a] >ORY61855.1 hypothetical protein LY90DRAFT_668496 [Neocallimastix californiae]Ą€0€¤€0€Ą€ KAG4104878Ŗ€ĸ€0€0€ €‚(MAG: NusA antitermination factor [Parcubacteria group bacterium GW2011_GWA1_38_7] >OHA87077.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_01_FULL_39_63] >OHA94618.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_02_FULL_39_19] >OHA98069.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_12_FULL_39_21] >OHB02532.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPLOWO2_01_FULL_39_39]Ą€0€¤€0€Ą€KKQ77718Ŗ€ĸ€0€0€ €3hypothetical protein B9Z65_8210 [Elsinoe australis]Ą€0€¤€0€Ą€PSK49415Ŗ€ĸ€0€0€ €uroporphyrinogen decarboxylase [Klebsiella michiganensis] >MBZ7393981.1 uroporphyrinogen decarboxylase [Klebsiella michiganensis]Ą€0€Š€0€Ą€ WP_224255409Ŗ€ĸ€0€0€ €†hypothetical protein [Prochlorococcus marinus] >KZR74661.1 hypothetical protein PMIT1320_01286 [Prochlorococcus marinus str. MIT 1320]Ą€0€Š€0€Ą€ WP_063415362Ŗ€ĸ€0€0€ €[MULTISPECIES: transmembrane anchor protein [unclassified Paracoccus (in: a-proteobacteria)]Ą€0€Š€0€Ą€ WP_247740288Ŗ€ĸ€0€0€ €ŖTetR/AcrR family transcriptional regulator [Solirubrobacterales bacterium] >MBV9534777.1 TetR/AcrR family transcriptional regulator [Solirubrobacterales bacterium]Ą€0€¤€0€Ą€ MBV9168199Ŗ€ĸ€0€0€ €0ATPase 8 [Populus alba x Populus x berolinensis]Ą€0€¤€0€Ą€ KAJ6994162Ŗ€ĸ€0€0€ €(hypothetical protein [Gossypium lobatum]Ą€0€¤€0€Ą€ MBA0549662Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QVX70521Ŗ€ĸ€0€0€ €qtranscriptional regulator [Pseudomonas sp. TNT11] >MCK1787384.1 transcriptional regulator [Pseudomonas sp. TNT11]Ą€0€Š€0€Ą€ WP_247406571Ŗ€ĸ€0€0€ €=hypothetical protein CU048_03420 [Beijerinckiaceae bacterium]Ą€0€¤€0€Ą€QBR70480Ŗ€ĸ€0€0€ €Ahypothetical protein GCM10011613_06820 [Cellvibrio zantedeschiae]Ą€0€Ŧ€0€Ą€GGY65584Ŗ€ĸ€0€0€ €|hypothetical protein [Azospirillum argentinense] >KAA1053897.1 hypothetical protein FH063_002479 [Azospirillum argentinense]Ą€0€Š€0€Ą€ WP_149651004Ŗ€ĸ€0€0€ €3ABC transporter permease [Aureimonas psammosilenae]Ą€0€Š€0€Ą€ WP_152046331Ŗ€ĸ€0€0€ €9POTRA domain-containing protein [Blattabacterium cuenoti]Ą€0€Š€0€Ą€ WP_223843725Ŗ€ĸ€0€0€ €8HRDC domain-containing protein [Terriglobales bacterium]Ą€0€¤€0€Ą€ MBA3914538Ŗ€ĸ€0€0€ €-hypothetical protein [Nocardiopsis sp. EMB25]Ą€0€Š€0€Ą€ WP_268645109Ŗ€ĸ€0€0€ €Ocarbamoyl-phosphate synthase, small subunit [Staphylococcus lugdunensis M23590]Ą€0€¤€0€Ą€EFU85163Ŗ€ĸ€0€0€ €qelongation factor Tu [Rhodospirillales bacterium] >MBI4968558.1 elongation factor Tu [Rhodospirillales bacterium]Ą€0€¤€0€Ą€ MBI4966856Ŗ€ĸ€0€0€ €/heat shock protein HtpX [Leucobacter exalbidus]Ą€0€¤€0€Ą€ MBP1327478Ŗ€ĸ€0€0€ €shypothetical protein BKH22_12530 [Actinomyces oris] >OLO67435.1 hypothetical protein BKH21_06750 [Actinomyces oris]Ą€0€¤€0€Ą€OLO59787Ŗ€ĸ€0€0€ €MCC4831156.1 SapC family protein [Shewanella sp. 10N.7] >PMG69696.1 multidrug transporter [Shewanella sp. 10N.286.51.B7]Ą€0€Š€0€Ą€ WP_102529905Ŗ€ĸ€0€0€ €3ATP-binding protein, partial [Hyphomonas adhaerens]Ą€0€Š€0€Ą€ WP_273418567Ŗ€ĸ€0€0€ €ufatty acid cis/trans isomerase [Serpens gallinarum] >MBD7977103.1 fatty acid cis/trans isomerase [Serpens gallinarum]Ą€0€Š€0€Ą€ WP_251835880Ŗ€ĸ€0€0€ €Xphosphoglucomutase/phosphomannomutase family protein [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MBL7151874Ŗ€ĸ€0€0€ €EUDP-N-acetyl-D-mannosamine dehydrogenase [Corynebacterium glutamicum]Ą€0€¯€0€Ą€HJE10580Ŗ€ĸ€0€0€ €ŒLON peptidase substrate-binding domain-containing protein [Methylopila turkensis] >GLK81879.1 ATP-dependent protease [Methylopila turkensis]Ą€0€Š€0€Ą€ WP_271202339Ŗ€ĸ€0€0€ €#uge [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBP1746912Ŗ€ĸ€0€0€ €.phage tail protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_181865219Ŗ€ĸ€0€0€ €-YraN family protein [Zavarzinia compransoris]Ą€0€¤€0€Ą€ MCF4165308Ŗ€ĸ€0€0€ €bMlaD family protein [Gordonia lacunae] >OUC77675.1 mammalian cell entry protein [Gordonia lacunae]Ą€0€Š€0€Ą€ WP_086536228Ŗ€ĸ€0€0€ €“preprotein translocase subunit SecG [Gammaproteobacteria bacterium] >NND54153.1 preprotein translocase subunit SecG [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT8422994Ŗ€ĸ€0€0€ €Uenterotoxin [Enterobacter ludwigii] >MCE1984545.1 enterotoxin [Enterobacter ludwigii]Ą€0€Š€0€Ą€ WP_232947168Ŗ€ĸ€0€0€ €Vcontact-dependent growth inhibition system immunity protein [Paenibacillus sp. PvR133]Ą€0€Š€0€Ą€ WP_245248603Ŗ€ĸ€0€0€ €Emyelin-associated neurite-outgrowth inhibitor isoform X5 [Hyla sarda]Ą€0€Š€0€Ą€ XP_056420557Ŗ€ĸ€0€0€ €)hypothetical protein [Okeania sp. SIO2H7]Ą€0€¤€0€Ą€NEP46602Ŗ€ĸ€0€0€ €4hypothetical protein M8J76_016815 [Diaphorina citri]Ą€0€¤€0€Ą€ KAI5750574Ŗ€ĸ€0€0€ €Iuncharacterized protein LOC124304396 isoform X47 [Neodiprion virginianus]Ą€0€Š€0€Ą€ XP_046618542Ŗ€ĸ€0€0€ €Dmethyltransferase domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBX2992548Ŗ€ĸ€0€0€ €C4-hydroxy-tetrahydrodipicolinate reductase [Bacteroidota bacterium]Ą€0€Ŧ€0€Ą€GDX41819Ŗ€ĸ€0€0€ €5DUF3783 domain-containing protein [Coprobacillus sp.]Ą€0€¤€0€Ą€ MCI9050290Ŗ€ĸ€0€0€ €Dacyl-[acyl-carrier-protein] thioesterase [Spirochaetaceae bacterium]Ą€0€¤€0€Ą€ MBE6344311Ŗ€ĸ€0€0€ €‚XDUF4406 domain-containing protein, partial [Escherichia coli] >EEY1457362.1 DUF4406 domain-containing protein [Escherichia coli] >EIH2391671.1 DUF4406 domain-containing protein [Escherichia coli] >EJN3638501.1 DUF4406 domain-containing protein [Escherichia coli] >EKJ21560.1 hypothetical protein ECEC1865_1570, partial [Escherichia coli EC1865]Ą€0€Š€0€Ą€ WP_001495833Ŗ€ĸ€0€0€ €Mglycerol-3-phosphate 1-O-acyltransferase PlsY [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MBQ3420014Ŗ€ĸ€0€0€ €EMarR family transcriptional regulator [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCP4716728Ŗ€ĸ€0€0€ €TrbI/VirB10 family protein, partial [Stenotrophomonas pavanii] >OWR35693.1 conjugal transfer protein TrbI, partial [Stenotrophomonas pavanii]Ą€0€Š€0€Ą€ WP_141098672Ŗ€ĸ€0€0€ €.hypothetical protein [Scytonema sp. NIES-4073]Ą€0€Š€0€Ą€ WP_096561808Ŗ€ĸ€0€0€ €walpha-L-fucosidase [Arachidicoccus ginsenosidivorans] >QEC70786.1 alpha-L-fucosidase [Arachidicoccus ginsenosidivorans]Ą€0€Š€0€Ą€ WP_146780046Ŗ€ĸ€0€0€ €ihypothetical protein [Halalkalibacter oceani] >MCM3714707.1 hypothetical protein [Halalkalibacter oceani]Ą€0€Š€0€Ą€ WP_251223476Ŗ€ĸ€0€0€ €2histidine kinase [Streptomyces aureoverticillatus]Ą€0€Ŧ€0€Ą€GGR71723Ŗ€ĸ€0€0€ €6uncharacterized protein LOC116025619 [Ipomoea triloba]Ą€0€Š€0€Ą€ XP_031122780Ŗ€ĸ€0€0€ €‚hypothetical protein [Stutzerimonas stutzeri] >EMD98228.1 beta-glucosidase/6-phospho-beta- glucosidase/beta- galactosidase [Stutzerimonas stutzeri NF13] >MBK3879321.1 beta-glucosidase [Stutzerimonas stutzeri] >MCQ4292185.1 beta-glucosidase [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_003303823Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MCL2808632Ŗ€ĸ€0€0€ €xtype IV-A pilus assembly ATPase PilB [Legionella nautarum] >KTD36638.1 pilus assembly protein PilB [Legionella nautarum]Ą€0€Š€0€Ą€ WP_058504615Ŗ€ĸ€0€0€ €@DUF2087 domain-containing protein [Streptomyces sp. NRRL F-2580]Ą€0€Š€0€Ą€ WP_030720866Ŗ€ĸ€0€0€ €7uncharacterized protein LOC125220163 [Salvia hispanica]Ą€0€Š€0€Ą€ XP_047978269Ŗ€ĸ€0€0€ €2hypothetical protein [Paludibacteraceae bacterium]Ą€0€¤€0€Ą€ MCR5498557Ŗ€ĸ€0€0€ €ãMULTISPECIES: type II secretion system F family protein [Rhodococcus] >UDF21827.1 type II secretion system F family protein [Rhodococcus qingshengii] >WEX06651.1 type II secretion system F family protein [Rhodococcus sp. RCBS9]Ą€0€Š€0€Ą€ WP_230359455Ŗ€ĸ€0€0€ €2hypothetical protein [Cyclobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBX2942005Ŗ€ĸ€0€0€ €Wsulfurtransferase-like selenium metabolism protein YedF [Sulfurospirillum arcachonense]Ą€0€Š€0€Ą€ WP_024953993Ŗ€ĸ€0€0€ €ˆNAD-dependent epimerase/dehydratase family protein [Streptomyces dioscori] >PSM38697.1 NAD-dependent dehydratase [Streptomyces dioscori]Ą€0€Š€0€Ą€ WP_107020819Ŗ€ĸ€0€0€ €9glucose-6-phosphate isomerase [Nocardioides iriomotensis]Ą€0€Š€0€Ą€ WP_240755700Ŗ€ĸ€0€0€ €5GroES-like protein [Rhizopogon vinicolor AM-OR11-026]Ą€0€¤€0€Ą€OAX39412Ŗ€ĸ€0€0€ €B[LysW]-aminoadipate kinase [Candidatus Dormibacteraeota bacterium]Ą€0€¤€0€Ą€ MBV8195826Ŗ€ĸ€0€0€ €hglycerophosphoryl diester phosphodiesterase membrane domain-containing protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MBF0987109Ŗ€ĸ€0€0€ €ųMULTISPECIES: LacI family DNA-binding transcriptional regulator [unclassified Streptomyces] >MCC5033817.1 LacI family transcriptional regulator [Streptomyces sp. WAC 00631] >MCC9742796.1 LacI family transcriptional regulator [Streptomyces sp. MNU89]Ą€0€Š€0€Ą€ WP_125625723Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€WGQ72821Ŗ€ĸ€0€0€ €|nuclear transport factor 2 family protein [Actinomadura rubrobrunea] >GLW63371.1 membrane protein [Actinomadura rubrobrunea]Ą€0€Š€0€Ą€ WP_083951119Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MBO4859232Ŗ€ĸ€0€0€ €Oefflux RND transporter periplasmic adaptor subunit [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCI8350609Ŗ€ĸ€0€0€ €BRluA family pseudouridine synthase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI5966481Ŗ€ĸ€0€0€ €?hypothetical protein [Candidatus Corynebacterium intestinavium]Ą€0€¯€0€Ą€HJD49103Ŗ€ĸ€0€0€ €5transcriptional regulator [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYT05517Ŗ€ĸ€0€0€ €DATP-binding cassette domain-containing protein [Lactobacillus iners]Ą€0€¤€0€Ą€QIC18874Ŗ€ĸ€0€0€ €2metal ABC transporter permease [Solobacterium sp.]Ą€0€¤€0€Ą€ MBQ9047503Ŗ€ĸ€0€0€ €-Sensor protein ZraS [Myxococcaceae bacterium]Ą€0€Ĩ€0€Ą€ CAG0990770Ŗ€ĸ€0€0€ €?oligopeptide transporter, OPT family [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBO6078463Ŗ€ĸ€0€0€ €7penicillin-binding protein activator [Shewanella algae]Ą€0€Š€0€Ą€ WP_243890777Ŗ€ĸ€0€0€ €ŗglutathione-regulated potassium-efflux system protein KefC [Klebsiella pneumoniae] >MCQ0524759.1 glutathione-regulated potassium-efflux system protein KefC [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_255073759Ŗ€ĸ€0€0€ €>DNA integrity scanning protein DisA [Collinsella intestinalis]Ą€0€Ĩ€0€Ą€VWM24802Ŗ€ĸ€0€0€ €Qcytochrome b N-terminal domain-containing protein [Streptacidiphilus sp. ASG 303]Ą€0€¤€0€Ą€ MCD0485423Ŗ€ĸ€0€0€ €}type II 3-dehydroquinate dehydratase [Devosia neptuniae] >UXN69275.1 type II 3-dehydroquinate dehydratase [Devosia neptuniae]Ą€0€Š€0€Ą€ WP_113120276Ŗ€ĸ€0€0€ €:hypothetical protein BU14_0869s0003 [Porphyra umbilicalis]Ą€0€¤€0€Ą€OSX70183Ŗ€ĸ€0€0€ €+ATP-binding protein [Pasteurella multocida]Ą€0€Š€0€Ą€ WP_256212307Ŗ€ĸ€0€0€ €2siphovirus Gp157 family protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_283099644Ŗ€ĸ€0€0€ €4hypothetical protein NLJ89_g9260 [Agrocybe chaxingu]Ą€0€¤€0€Ą€ KAJ3501609Ŗ€ĸ€0€0€ €Chypothetical protein FRC06_003943, partial [Ceratobasidium sp. 370]Ą€0€¤€0€Ą€ KAG9084682Ŗ€ĸ€0€0€ €chypothetical protein [Salmonella enterica] >EFO9573059.1 hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ ECZ1075286Ŗ€ĸ€0€0€ €‚ãmetal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4545249.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4612703.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4731705.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4779802.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT5365207.1 metal ABC transporter ATP-binding protein [Clostridioides difficile]Ą€0€Š€0€Ą€ WP_022619009Ŗ€ĸ€0€0€ €Ÿright-handed parallel beta-helix repeat-containing protein [Sandaracinus amylolyticus] >AKF09893.1 hypothetical protein DB32_007042 [Sandaracinus amylolyticus]Ą€0€Š€0€Ą€ WP_053236900Ŗ€ĸ€0€0€ €;M14 family carboxypeptidase N/E, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_089566156Ŗ€ĸ€0€0€ €=transposable element Tc1 transposase [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFV68115Ŗ€ĸ€0€0€ €›homeodomain-interacting protein kinase 3 isoform X4 [Hirundo rustica] >XP_039923986.1 homeodomain-interacting protein kinase 3 isoform X4 [Hirundo rustica]Ą€0€Š€0€Ą€ XP_039923984Ŗ€ĸ€0€0€ €@Lrp/AsnC family transcriptional regulator [Bacillus xiamenensis]Ą€0€Š€0€Ą€ WP_206760453Ŗ€ĸ€0€0€ €1DUF4954 family protein [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBP3534615Ŗ€ĸ€0€0€ €)unnamed protein product [Nezara viridula]Ą€0€Ĩ€0€Ą€ CAH1398908Ŗ€ĸ€0€0€ €;hypothetical protein BD560DRAFT_394108 [Blakeslea trispora]Ą€0€¤€0€Ą€ KAI8373711Ŗ€ĸ€0€0€ €Cankyrin repeat and SOCS box protein 9 isoform X1 [Physeter catodon]Ą€0€Š€0€Ą€ XP_007121961Ŗ€ĸ€0€0€ €‚`aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20045.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20066.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20084.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20094.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis]Ą€0€¤€0€Ą€ABY20040Ŗ€ĸ€0€0€ €growth factor receptor-bound protein 10 isoform X2 [Podarcis raffonei] >XP_053218985.1 growth factor receptor-bound protein 10 isoform X2 [Podarcis raffonei]Ą€0€Š€0€Ą€ XP_053218984Ŗ€ĸ€0€0€ €sputative nucleotide-binding alpha-beta plait domain superfamily, RNA-binding domain superfamily [Helianthus annuus]Ą€0€¤€0€Ą€ KAJ0483518Ŗ€ĸ€0€0€ €6FAD-dependent oxidoreductase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBP5538497Ŗ€ĸ€0€0€ €†imidazolonepropionase [Paeniglutamicibacter gangotriensis] >EMQ99284.1 imidazolonepropionase [Paeniglutamicibacter gangotriensis Lz1y]Ą€0€Š€0€Ą€ WP_007270472Ŗ€ĸ€0€0€ €@fatty acid desaturase family protein [Pseudomonadales bacterium]Ą€0€¤€0€Ą€ MCH1598717Ŗ€ĸ€0€0€ €7DUF1559 domain-containing protein [Blastopirellula sp.]Ą€0€¤€0€Ą€ MCE2791243Ŗ€ĸ€0€0€ €hypothetical protein C8N45_101200 [Yoonia sediminilitoris] >RCW98784.1 hypothetical protein DFP92_101200 [Yoonia sediminilitoris]Ą€0€¤€0€Ą€PUB18616Ŗ€ĸ€0€0€ €5SDR family oxidoreductase [Pseudomonas nitroreducens]Ą€0€¤€0€Ą€ MBG6287041Ŗ€ĸ€0€0€ €PKQ56986.1 hypothetical protein B5566_14830 [Mycobacterium sp. MHSD3] >SKN93974.1 Uncharacterised protein [Mycobacteroides abscessus subsp. bolletii] >VEG18364.1 Uncharacterised protein [Mycolicibacterium phlei] >AKC39665.1 hypothetical protein GR01_15450 [Mycobacteroides chelonae] >ANA99187.1 hypothetical protein BB28_16305 [Mycobacteroides chelonae CCUG 47445]Ą€0€Š€0€Ą€ WP_030094039Ŗ€ĸ€0€0€ €4putative protein kinase UbiB [Burkholderia gladioli]Ą€0€¤€0€Ą€ KAF1017786Ŗ€ĸ€0€0€ €050S ribosomal protein L21 [Nitrospira sp. WS110]Ą€0€¤€0€Ą€NGZ99312Ŗ€ĸ€0€0€ €(HNH endonuclease [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MBL1816365Ŗ€ĸ€0€0€ €Ihypothetical protein E6J90_48735, partial [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€TMQ05501Ŗ€ĸ€0€0€ €{ABC transporter permease [Rhodanobacter sp.] >OJW41931.1 MAG: ABC transporter ATP-binding protein [Rhodanobacter sp. 67-28]Ą€0€¤€0€Ą€ MBN8894000Ŗ€ĸ€0€0€ €EGD5611065.1 exodeoxyribonuclease [Salmonella enterica]Ą€0€¤€0€Ą€ ECU3870451Ŗ€ĸ€0€0€ €6hypothetical protein BGZ82_006954 [Podila clonocystis]Ą€0€¤€0€Ą€ KAG0031507Ŗ€ĸ€0€0€ €Inuclear transport factor 2 family protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€TMJ88229Ŗ€ĸ€0€0€ €;flagellar basal body P-ring protein FlgI [Vibrio quintilis]Ą€0€Š€0€Ą€ WP_143169250Ŗ€ĸ€0€0€ €-polymerase, partial [Avian nephritis virus 1]Ą€0€¤€0€Ą€AEN92745Ŗ€ĸ€0€0€ €5hypothetical protein CEP53_013003 [Fusarium sp. AF-6]Ą€0€¤€0€Ą€RSL41043Ŗ€ĸ€0€0€ €:hypothetical protein, partial [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_235620461Ŗ€ĸ€0€0€ €;tRNA (guanine-N(1)-)-methyltransferase [Phaseolus vulgaris]Ą€0€¤€0€Ą€AGV54449Ŗ€ĸ€0€0€ €•carboxypeptidase regulatory-like domain-containing protein [Pigmentiphaga sp. H8] >AZG11105.1 hypothetical protein EGT29_26215 [Pigmentiphaga sp. H8]Ą€0€Š€0€Ą€ WP_124691753Ŗ€ĸ€0€0€ €0Coronin-like protein crn1 [Neonectria ditissima]Ą€0€¤€0€Ą€KPM41539Ŗ€ĸ€0€0€ €Bhypothetical protein [Candidatus Bathyarchaeota archaeon A05DMB-4]Ą€0€¤€0€Ą€ MBX5327472Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QTD03487Ŗ€ĸ€0€0€ €1hypothetical protein [Streptomyces sp. NBC_01142]Ą€0€Š€0€Ą€ WP_266535309Ŗ€ĸ€0€0€ €ÍMULTISPECIES: translation elongation factor 4 [Leuconostoc gelidum group] >AFS40320.1 GTP-binding protein LepA [Leuconostoc gelidum JB7] >GMA68329.1 elongation factor 4 [Leuconostoc gelidum subsp. gelidum]Ą€0€Š€0€Ą€ WP_010016619Ŗ€ĸ€0€0€ €/hypothetical protein [Herbaspirillum huttiense]Ą€0€Š€0€Ą€ WP_039789871Ŗ€ĸ€0€0€ €‚€3-isopropylmalate dehydratase large subunit [SCandidatus Aminicenantes bacterium Aminicenantia_JdfR_composite] >MCP2596656.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-335-G13] >MCP2598227.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-335-L06] >MCP2603940.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-708-M15] >MCP2606353.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-708-I09] >MCP2618558.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-335-A11]Ą€0€¤€0€Ą€ MCP2519657Ŗ€ĸ€0€0€ €>4-aminobutyrate--2-oxoglutarate transaminase [Rubrobacter sp.]Ą€0€¤€0€Ą€ MBA3609961Ŗ€ĸ€0€0€ €/radical SAM protein [Nitrososphaerota archaeon]Ą€0€¤€0€Ą€ MCL7398932Ŗ€ĸ€0€0€ €?Gfo/Idh/MocA family oxidoreductase [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MCU0269282Ŗ€ĸ€0€0€ €mEAL domain-containing protein [Erwinia sp. S38] >MBJ9999758.1 EAL domain-containing protein [Erwinia sp. S38]Ą€0€Š€0€Ą€ WP_200543170Ŗ€ĸ€0€0€ €Ptetratricopeptide repeat protein [Leptolyngbyaceae cyanobacterium T60_A2020_046]Ą€0€¤€0€Ą€ MBF2036494Ŗ€ĸ€0€0€ €Lubiquitin carboxyl-terminal hydrolase 19-like isoform X6 [Oncorhynchus keta]Ą€0€Š€0€Ą€ XP_052337646Ŗ€ĸ€0€0€ €€PaaI family thioesterase [Paraburkholderia hiiakae] >CAD6558739.1 hypothetical protein LMG27952_06694 [Paraburkholderia hiiakae]Ą€0€Š€0€Ą€ WP_201700143Ŗ€ĸ€0€0€ €,hypothetical protein [Opitutaceae bacterium]Ą€0€¤€0€Ą€MBE35268Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€MYI74371Ŗ€ĸ€0€0€ €Blipid-binding SYLF domain-containing protein [Luteimonas composti]Ą€0€Š€0€Ą€ WP_280941535Ŗ€ĸ€0€0€ €;hypothetical protein J5N97_029013 [Dioscorea zingiberensis]Ą€0€¤€0€Ą€ KAJ0963891Ŗ€ĸ€0€0€ €+YdcF family protein [Psychrobacter sp. Ps1]Ą€0€Š€0€Ą€ WP_238068046Ŗ€ĸ€0€0€ €‚’surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UDK45093.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UES93012.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UFD21902.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UFO56612.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UDK40309Ŗ€ĸ€0€0€ €;methyl-accepting chemotaxis protein [Bacillus sp. CLL-7-23]Ą€0€Š€0€Ą€ WP_271340374Ŗ€ĸ€0€0€ €‚succinate dehydrogenase hydrophobic membrane anchor subunit [Nocardia asteroides] >TLF65644.1 succinate dehydrogenase [Nocardia asteroides NBRC 15531] >UGT47586.1 succinate dehydrogenase hydrophobic membrane anchor subunit [Nocardia asteroides] >SFM49342.1 succinate dehydrogenase subunit D [Nocardia asteroides] >VEG33502.1 Succinate dehydrogenase/fumarate reductase, cytochrome b subunit [Nocardia asteroides] >GAD87743.1 succinate dehydrogenase hydrophobic membrane anchor protein [Nocardia asteroides NBRC 15531]Ą€0€Š€0€Ą€ WP_019045265Ŗ€ĸ€0€0€ €wprotein RepA [Salmonella enterica subsp. enterica serovar Enteritidis] >EJR9022866.1 protein RepA [Salmonella enterica]Ą€0€¤€0€Ą€ ECX3143969Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€MSR47408Ŗ€ĸ€0€0€ €>rhodanese-related sulfurtransferase [Streptococcus salivarius]Ą€0€Š€0€Ą€ WP_247915795Ŗ€ĸ€0€0€ €hYitT family protein [Enterocloster lavalensis] >RHR46692.1 YitT family protein [Clostridium sp. AF18-27]Ą€0€Š€0€Ą€ WP_118757260Ŗ€ĸ€0€0€ €1peptidylprolyl isomerase [Euryarchaeota archaeon]Ą€0€¤€0€Ą€NPA74709Ŗ€ĸ€0€0€ €qGTPase ObgE [Mycobacterium arosiense] >ORA20334.1 GTPase ObgE [Mycobacterium arosiense ATCC BAA-1401 = DSM 45069]Ą€0€Š€0€Ą€ WP_083062905Ŗ€ĸ€0€0€ €ucobalamin-binding protein [Massilia sp. DM-R-R2A-13] >UGQ47716.1 cobalamin-binding protein [Massilia sp. DM-R-R2A-13]Ą€0€Š€0€Ą€ WP_231768584Ŗ€ĸ€0€0€ €aspartate aminotransferase family protein [Mesorhizobium sp. LMG 17147] >MCP9232709.1 aspartate aminotransferase family protein [Mesorhizobium sp. LMG 17147]Ą€0€Š€0€Ą€ WP_254819486Ŗ€ĸ€0€0€ €0type 1 fimbria chaperone FimC [Escherichia coli]Ą€0€¤€0€Ą€ EFB3581025Ŗ€ĸ€0€0€ €yheme utilization protein [Acinetobacter nosocomialis] >MBP1495661.1 heme utilization protein [Acinetobacter nosocomialis]Ą€0€Š€0€Ą€ WP_209834627Ŗ€ĸ€0€0€ €šGDSL-type esterase/lipase family protein [Parasphingopyxis lamellibrachiae] >RED16538.1 hypothetical protein DFR46_1562 [Parasphingopyxis lamellibrachiae]Ą€0€Š€0€Ą€ WP_116235933Ŗ€ĸ€0€0€ €-hypothetical protein [Campylobacter concisus]Ą€0€Š€0€Ą€ WP_103640433Ŗ€ĸ€0€0€ €7protein translocase subunit SecF [DPANN group archaeon]Ą€0€¤€0€Ą€NOZ81161Ŗ€ĸ€0€0€ €*hypothetical protein [Bacillota bacterium]Ą€0€¤€0€Ą€NLL42224Ŗ€ĸ€0€0€ €Áhypothetical protein KNU50_gp52 [Gordonia phage Walrus] >QBG78443.1 hypothetical protein PBI_WALRUS_52 [Gordonia phage Walrus] >QFG09680.1 hypothetical protein PBI_PIPP_56 [Gordonia phage Pipp]Ą€0€Š€0€Ą€ YP_010101702Ŗ€ĸ€0€0€ €†uncharacterized protein CKM354_000392400 [Cercospora kikuchii] >GIZ40591.1 hypothetical protein CKM354_000392400 [Cercospora kikuchii]Ą€0€Š€0€Ą€ XP_044655078Ŗ€ĸ€0€0€ €Ihelix-turn-helix transcriptional regulator [Bacteroides thetaiotaomicron]Ą€0€¤€0€Ą€ MCS3353511Ŗ€ĸ€0€0€ €o30S ribosomal protein S10 [Clostridia bacterium] >MBQ1231415.1 30S ribosomal protein S10 [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ1183295Ŗ€ĸ€0€0€ €1methyltransferase-like protein 7A [Gallus gallus]Ą€0€Š€0€Ą€ XP_040549882Ŗ€ĸ€0€0€ €)hypothetical protein [Enhygromyxa salina]Ą€0€Š€0€Ą€ WP_146661090Ŗ€ĸ€0€0€ €4putative beta-glucosidase I [Alternaria arborescens]Ą€0€¤€0€Ą€RYO44776Ŗ€ĸ€0€0€ €1hypothetical protein [Alteromonadaceae bacterium]Ą€0€¤€0€Ą€NQY65348Ŗ€ĸ€0€0€ €YRnfABCDGE type electron transport complex subunit D [Candidatus Cloacimonadota bacterium]Ą€0€¤€0€Ą€ MBC8384723Ŗ€ĸ€0€0€ €y3-hydroxyisobutyrate dehydrogenase [Vibrio fluvialis] >MCE7620416.1 3-hydroxyisobutyrate dehydrogenase [Vibrio fluvialis]Ą€0€Š€0€Ą€ WP_233927803Ŗ€ĸ€0€0€ €‚ęnon-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECM9107941.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECN0247255.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECN0901314.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECN2720213.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport]Ą€0€¤€0€Ą€ EBR8320535Ŗ€ĸ€0€0€ €Ĩhypothetical protein [Rhizobiaceae bacterium] >MCC0044691.1 hypothetical protein [Brucellaceae bacterium] >MCC0044778.1 hypothetical protein [Brucellaceae bacterium]Ą€0€¤€0€Ą€ MCB1452120Ŗ€ĸ€0€0€ €Etype II secretion system protein [Candidatus Parcubacteria bacterium]Ą€0€¤€0€Ą€ MCK4540455Ŗ€ĸ€0€0€ €ÜDNA alkylation repair protein [Streptococcus thermophilus] >ELW74297.1 DNA alkylation repair protein [Streptococcus thermophilus MTCC 5461] >ELW74550.1 DNA alkylation repair protein [Streptococcus thermophilus MTCC 5460]Ą€0€Š€0€Ą€ WP_002951147Ŗ€ĸ€0€0€ €ļcupin domain-containing protein [Lichenicola cladoniae] >NPD65356.1 acireductone dioxygenase [Acetobacteraceae bacterium] >QKE91558.1 acireductone dioxygenase [Lichenicola cladoniae]Ą€0€Š€0€Ą€ WP_171832914Ŗ€ĸ€0€0€ €Buncharacterized protein DC041_0005844, partial [Schistosoma bovis]Ą€0€¤€0€Ą€RTG88278Ŗ€ĸ€0€0€ €/hypothetical protein [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MCI9173074Ŗ€ĸ€0€0€ €'MoxR family ATPase [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_232968558Ŗ€ĸ€0€0€ €u2-iminoacetate synthase ThiH [Marinomonas sp. RSW2] >MCQ4071842.1 2-iminoacetate synthase ThiH [Marinomonas sp. RSW2]Ą€0€Š€0€Ą€ WP_255895909Ŗ€ĸ€0€0€ €PDUF4432 family protein [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€¯€0€Ą€ HAS9516566Ŗ€ĸ€0€0€ €6hypothetical protein L6164_036983 [Bauhinia variegata]Ą€0€¤€0€Ą€ KAI4297075Ŗ€ĸ€0€0€ €8hypothetical protein KF715C_ch33700 [Pseudomonas putida]Ą€0€Ŧ€0€Ą€BAW23943Ŗ€ĸ€0€0€ €›16S rRNA (uracil(1498)-N(3))-methyltransferase [Colwellia sp. MB02u-6] >MBA6327347.1 16S rRNA (uracil(1498)-N(3))-methyltransferase [Colwellia sp. MB02u-6]Ą€0€Š€0€Ą€ WP_182232449Ŗ€ĸ€0€0€ €ũCCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] >MBT4298420.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] >MBT4535767.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] >MBT6838386.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.]Ą€0€¤€0€Ą€ MBT3329129Ŗ€ĸ€0€0€ €yhypothetical protein [Agrobacterium tumefaciens] >UXT99886.1 hypothetical protein FY129_20740 [Agrobacterium tumefaciens]Ą€0€Š€0€Ą€ WP_112978543Ŗ€ĸ€0€0€ €;GNAT family N-acetyltransferase [Citrobacter portucalensis]Ą€0€Š€0€Ą€ WP_275397725Ŗ€ĸ€0€0€ €=4Fe-4S dicluster domain-containing protein [Algoriphagus sp.]Ą€0€¤€0€Ą€NVJ87065Ŗ€ĸ€0€0€ €0MFS transporter [Bradyrhizobium sp. CCBAU 11386]Ą€0€Š€0€Ą€ WP_271569319Ŗ€ĸ€0€0€ €Ehypothetical protein N865_02825 [Intrasporangium oryzae NRRL B-24470]Ą€0€¤€0€Ą€EWT02607Ŗ€ĸ€0€0€ €‚vgalactose/glucose ABC transporter substrate-binding protein MglB [Vibrio cholerae] >GHW77386.1 galactoside ABC transporter, periplasmic D-galactose/D-glucose-binding protein [Vibrio metoecus] >ATD27454.1 Galactose/methyl galactoside ABC transport system, D-galactose-binding periplasmic protein MglB [Vibrio cholerae] >AWB70742.1 D-galactose-binding periplasmic protein [Vibrio cholerae] >AYC05451.1 Galactose/methyl galactoside ABC transport system, D-galactose-binding periplasmic protein MglB [Vibrio cholerae] >EEO06537.1 galactose/methyl galactoside ABC transport system D-galactose-binding MglB [Vibrio cholerae TM 11079-80]Ą€0€Š€0€Ą€ WP_001884703Ŗ€ĸ€0€0€ €WGS63242.1 2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase KduD [Vibrio lentus]Ą€0€Š€0€Ą€ WP_281054160Ŗ€ĸ€0€0€ €5IGL c2671_light_IGKV1-5_IGKJ2, partial [Homo sapiens]Ą€0€¤€0€Ą€QEP12732Ŗ€ĸ€0€0€ €SNB56085.1 putative ABC transport system substrate-binding protein [Marinobacter sp. es.042]Ą€0€Š€0€Ą€ WP_088557458Ŗ€ĸ€0€0€ €‚Lhypothetical protein AN699_0217565 [Serratia marcescens] >OCN18488.1 hypothetical protein AN701_0217830 [Serratia marcescens] >OCN39886.1 hypothetical protein AN658_0217160 [Serratia marcescens] >OCN41815.1 hypothetical protein AN660_0217535 [Serratia marcescens] >OCN62303.1 hypothetical protein AN664_0217130 [Serratia marcescens]Ą€0€¤€0€Ą€OCN18427Ŗ€ĸ€0€0€ €,serine hydrolase [Janthinobacterium lividum]Ą€0€¤€0€Ą€UQV46285Ŗ€ĸ€0€0€ €‡MarR family transcriptional regulator [Streptococcus oralis] >MBZ2082705.1 MarR family transcriptional regulator [Streptococcus oralis]Ą€0€Š€0€Ą€ WP_223326327Ŗ€ĸ€0€0€ €EGAF and ANTAR domain-containing protein [Actinomycetospora chibensis]Ą€0€Š€0€Ą€ WP_274192231Ŗ€ĸ€0€0€ €GTPase Era [Escherichia coli]Ą€0€¯€0€Ą€ HCN8461219Ŗ€ĸ€0€0€ €…ABC transporter permease subunit [Burkholderia multivorans] >MBU9226588.1 ABC transporter permease subunit [Burkholderia multivorans]Ą€0€Š€0€Ą€ WP_217101611Ŗ€ĸ€0€0€ €gRNA methyltransferase [Amycolatopsis suaedae] >RZQ61838.1 RNA methyltransferase [Amycolatopsis suaedae]Ą€0€Š€0€Ą€ WP_130477570Ŗ€ĸ€0€0€ €EDUF2207 domain-containing protein [candidate division KSB1 bacterium]Ą€0€¤€0€Ą€ MBN2090897Ŗ€ĸ€0€0€ €‚Ĩtype III secretion apparatus protein, YscQ/HrcQ family [Escherichia coli] >EAA2292080.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] >EEW0951939.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] >EEW2246670.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] >EEY9418411.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli]Ą€0€¤€0€Ą€AVJ74934Ŗ€ĸ€0€0€ €‚oGntR family transcriptional regulator [Staphylococcus kloosii] >AVQ35309.1 GntR family transcriptional regulator [Staphylococcus kloosii] >PNZ07362.1 GntR family transcriptional regulator [Staphylococcus kloosii] >GEP82244.1 GntR family transcriptional regulator [Staphylococcus kloosii] >SUM48354.1 gluconate operon transcriptional repressor [Staphylococcus kloosii]Ą€0€Š€0€Ą€ WP_103294927Ŗ€ĸ€0€0€ €Ehypothetical protein A2Y59_03705 [Chloroflexi bacterium RBG_13_52_14]Ą€0€¤€0€Ą€OGO01021Ŗ€ĸ€0€0€ €Obiosynthetic-type acetolactate synthase large subunit [Confluentibacter lentus]Ą€0€Š€0€Ą€ WP_100610557Ŗ€ĸ€0€0€ €_transposase [Methanosarcinales archaeon] >MCD4808844.1 transposase [Methanosarcinales archaeon]Ą€0€¤€0€Ą€ MCD4768021Ŗ€ĸ€0€0€ €‚…murein biosynthesis integral membrane protein MurJ [Bifidobacterium pseudolongum] >RYQ03306.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] >RYQ11741.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] >RYQ13995.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] >RYQ65528.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum]Ą€0€Š€0€Ą€ WP_129895541Ŗ€ĸ€0€0€ €yhypothetical protein PV09_07339 [Verruconis gallopava] >KIW01301.1 hypothetical protein PV09_07339 [Verruconis gallopava]Ą€0€Š€0€Ą€ XP_016211170Ŗ€ĸ€0€0€ €3GNAT family N-acetyltransferase [Vibrio vulnificus]Ą€0€¤€0€Ą€ EIO3984852Ŗ€ĸ€0€0€ €6Topoisomerase VI, partial [Trisetopsis roggeveldensis]Ą€0€Ĩ€0€Ą€CDL67554Ŗ€ĸ€0€0€ €DF0F1 ATP synthase subunit B' [Paracoccus sp. (in: a-proteobacteria)]Ą€0€¯€0€Ą€HHY02707Ŗ€ĸ€0€0€ €4unnamed protein product [Miscanthus lutarioriparius]Ą€0€Ĩ€0€Ą€ CAD6270987Ŗ€ĸ€0€0€ €@PEP-CTERM sorting domain-containing protein [Roseiconus lacunae]Ą€0€Š€0€Ą€ WP_160149429Ŗ€ĸ€0€0€ €?curlin [Pseudomonas zeae] >UUT14867.1 curlin [Pseudomonas zeae]Ą€0€Š€0€Ą€ WP_257358148Ŗ€ĸ€0€0€ €8DUF995 domain-containing protein [Dechloromonas sp. H13]Ą€0€Š€0€Ą€ WP_194266302Ŗ€ĸ€0€0€ €|histidine--tRNA ligase [Methanobrevibacter millerae] >ALT67925.1 histidyl-tRNA synthetase HisS [Methanobrevibacter millerae]Ą€0€Š€0€Ą€ WP_058738289Ŗ€ĸ€0€0€ €‚#50S ribosomal protein L7/L12 [Glutamicibacter protophormiae] >MBP2400388.1 large subunit ribosomal protein L7/L12 [Glutamicibacter protophormiae] >QRQ77674.1 50S ribosomal protein L7/L12 [Glutamicibacter protophormiae] >GGL94076.1 50S ribosomal protein L7/L12 [Glutamicibacter protophormiae]Ą€0€Š€0€Ą€ WP_188948933Ŗ€ĸ€0€0€ €ytRNA lysidine(34) synthetase TilS [Metabacillus iocasae] >MBM7704898.1 tRNA(Ile)-lysidine synthase [Metabacillus iocasae]Ą€0€Š€0€Ą€ WP_205188895Ŗ€ĸ€0€0€ €‘type II toxin-antitoxin system RelE/ParE family toxin [Gardnerella vaginalis] >RFD75821.1 addiction module antitoxin RelB [Gardnerella vaginalis]Ą€0€Š€0€Ą€ WP_116691934Ŗ€ĸ€0€0€ €3nitroreductase family protein [Paucibacter sp. hw8]Ą€0€Š€0€Ą€ WP_273597572Ŗ€ĸ€0€0€ €yhypothetical protein [Capnocytophaga periodontitidis] >MBI1645537.1 hypothetical protein [Capnocytophaga periodontitidis]Ą€0€Š€0€Ą€ WP_198465579Ŗ€ĸ€0€0€ €@hypothetical protein F4779DRAFT_584664 [Xylariaceae sp. FL0662B]Ą€0€¤€0€Ą€ KAI0008979Ŗ€ĸ€0€0€ €Ahypothetical protein BIV57_22535 [Mangrovactinospora gilvigrisea]Ą€0€¤€0€Ą€OIV35259Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EIQ2008784Ŗ€ĸ€0€0€ €+envelope protein 2, partial [Hepacivirus C]Ą€0€¤€0€Ą€AST39768Ŗ€ĸ€0€0€ €)ATP-binding protein [Parabacteroides sp.]Ą€0€¤€0€Ą€ MBP8846809Ŗ€ĸ€0€0€ €‚sMULTISPECIES: hypothetical protein [Pseudomonas] >ANC02115.1 hypothetical protein AB688_08220 [Pseudomonas putida] >AXA23733.1 hypothetical protein C1S65_06205 [Pseudomonas putida] >KAB5623214.1 hypothetical protein F7234_12525 [Pseudomonas putida] >MBK0059193.1 hypothetical protein [Pseudomonas sp. S44] >RSC27173.1 hypothetical protein EGT09_12440 [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_054895058Ŗ€ĸ€0€0€ €#TCP11L1 [Branchiostoma lanceolatum]Ą€0€Ĩ€0€Ą€ CAH1250835Ŗ€ĸ€0€0€ €Ķmulticopper oxidase family protein [Stutzerimonas frequens] >MBA4725232.1 multicopper oxidase family protein [Pseudomonas sp.] >MBK3916096.1 multicopper oxidase domain-containing protein [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_200599363Ŗ€ĸ€0€0€ €ķmajor facilitator superfamily permease [Ligilactobacillus acidipiscis DSM 15836] >GAW64170.1 major facilitator superfamily transporter [Ligilactobacillus acidipiscis] >GEN21703.1 hypothetical protein LAC02_49840 [Ligilactobacillus acidipiscis]Ą€0€¤€0€Ą€KRM25387Ŗ€ĸ€0€0€ €ądTMP kinase [Helicobacter pylori] >KAA6507543.1 dTMP kinase [Helicobacter pylori] >KAA6509158.1 dTMP kinase [Helicobacter pylori] >KAA6515094.1 dTMP kinase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_150146969Ŗ€ĸ€0€0€ €;TLD domain-containing protein 2 isoform X1 [Phoca vitulina]Ą€0€Š€0€Ą€ XP_032275630Ŗ€ĸ€0€0€ €KRHS repeat-associated core domain protein [Escherichia coli 3-105-05_S1_C1]Ą€0€¤€0€Ą€KDT27382Ŗ€ĸ€0€0€ €‚/DegT/DnrJ/EryC1/StrS aminotransferase family protein [Ralstonia insidiosa] >ANJ71585.1 aminotransferase [Ralstonia insidiosa] >KAB0472185.1 DegT/DnrJ/EryC1/StrS aminotransferase family protein [Ralstonia insidiosa] >MBY4908236.1 DegT/DnrJ/EryC1/StrS aminotransferase family protein [Ralstonia insidiosa]Ą€0€Š€0€Ą€ WP_064802002Ŗ€ĸ€0€0€ €OGW46417.1 glyoxalase [Nitrospirae bacterium GWD2_57_8] >HAR38101.1 glyoxalase [Porphyromonadaceae bacterium]Ą€0€¤€0€Ą€OGW26817Ŗ€ĸ€0€0€ €ĪDNA repair protein RecO [Ignavibacteria bacterium GWA2_35_9] >OGU43689.1 DNA repair protein RecO [Ignavibacteria bacterium GWB2_36_8] >OGU52925.1 DNA repair protein RecO [Ignavibacteria bacterium GWC2_36_12]Ą€0€¤€0€Ą€OGU26820Ŗ€ĸ€0€0€ €‚VNAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus] >MCP9792076.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus MW73D5] >MCP9893883.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus Candia 3F8] >MCP9897510.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus Candia 3B3]Ą€0€Š€0€Ą€ WP_094590349Ŗ€ĸ€0€0€ €@c-type cytochrome biogenesis protein CcmI [Methyloprofundus sp.]Ą€0€¤€0€Ą€NOR80888Ŗ€ĸ€0€0€ €CRNA polymerase sigma-70 factor (ECF subfamily) [Sphingomonas abaci]Ą€0€¤€0€Ą€ MBB4616026Ŗ€ĸ€0€0€ €hypothetical protein PV07_03380 [Cladophialophora immunda] >KIW31788.1 hypothetical protein PV07_03380 [Cladophialophora immunda]Ą€0€Š€0€Ą€ XP_016252004Ŗ€ĸ€0€0€ €ųhypothetical protein [Faecalibacterium prausnitzii] >MBV0898646.1 hypothetical protein [Faecalibacterium prausnitzii] >MCQ5162189.1 hypothetical protein [Faecalibacterium prausnitzii] >MCQ5176136.1 hypothetical protein [Faecalibacterium prausnitzii]Ą€0€Š€0€Ą€ WP_217297942Ŗ€ĸ€0€0€ €7GAF domain-containing protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€ MBE1296527Ŗ€ĸ€0€0€ €-hypothetical protein [Methanobrevibacter sp.]Ą€0€¤€0€Ą€ MCI7428666Ŗ€ĸ€0€0€ €WtRNA-dihydrouridine(16/17) synthase [NAD(P)(+)]-like protein [Boothiomyces sp. JEL0838]Ą€0€¤€0€Ą€ KAJ3308761Ŗ€ĸ€0€0€ €&cytochrome P450 [Nocardia salmonicida]Ą€0€Š€0€Ą€ WP_063055719Ŗ€ĸ€0€0€ €DTlpA family protein disulfide reductase [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MCB0773217Ŗ€ĸ€0€0€ €)sensor histidine kinase [Eubacterium sp.]Ą€0€¤€0€Ą€ MBR6403893Ŗ€ĸ€0€0€ €VMAG TPA: hypothetical protein D7I01_04585, partial [Candidatus Poseidoniales archaeon]Ą€0€¯€0€Ą€DAC17040Ŗ€ĸ€0€0€ €ÅMAG: apolipoprotein N-acyltransferase [Mesoaciditoga sp.] >PMP80285.1 MAG: apolipoprotein N-acyltransferase [Mesoaciditoga sp.] >HEU23627.1 apolipoprotein N-acyltransferase [Mesoaciditoga lauensis]Ą€0€¤€0€Ą€PMP70922Ŗ€ĸ€0€0€ €rtRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex transferase subunit TsaD [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€NDB23390Ŗ€ĸ€0€0€ €0hypothetical protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCL4849599Ŗ€ĸ€0€0€ €mEAL domain-containing protein [Vibrio cholerae] >EJL6882398.1 EAL domain-containing protein [Vibrio cholerae]Ą€0€¤€0€Ą€ EIA4708990Ŗ€ĸ€0€0€ €cMULTISPECIES: TatD family hydrolase [Olivibacter] >QEL04094.1 hydrolase TatD [Olivibacter sp. LS-1]Ą€0€Š€0€Ą€ WP_130858156Ŗ€ĸ€0€0€ €6hypothetical protein MKW98_026692 [Papaver atlanticum]Ą€0€¤€0€Ą€ KAI3849778Ŗ€ĸ€0€0€ €CRNase adapter RapZ [Candidatus Avamphibacillus intestinigallinarum]Ą€0€¯€0€Ą€HIS27960Ŗ€ĸ€0€0€ €mhypothetical protein [Helicobacter pylori] >QQW87861.1 hypothetical protein HG566_03125 [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_202165152Ŗ€ĸ€0€0€ €sbifunctional 4-hydroxy-3-methylbut-2-enyl diphosphate reductase/30S ribosomal protein S1 [Veillonella tobetsuensis]Ą€0€Š€0€Ą€ WP_281675368Ŗ€ĸ€0€0€ €25-oxoprolinase subunit PxpB [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR4451941Ŗ€ĸ€0€0€ €WNAD(+)/NADH kinase [Veillonella sp.] >MBS7141877.1 NAD(+)/NADH kinase [Veillonella sp.]Ą€0€¤€0€Ą€ MBS6326441Ŗ€ĸ€0€0€ €6ABC transporter permease [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ KAB2647529Ŗ€ĸ€0€0€ €ESDR family NAD(P)-dependent oxidoreductase [Streptomyces sp. SID5926]Ą€0€¤€0€Ą€MYS73268Ŗ€ĸ€0€0€ €€folate-binding protein YgfZ [Endozoicomonas montiporae] >AMO56969.1 glycine cleavage T protein [Endozoicomonas montiporae CL-33]Ą€0€Š€0€Ą€ WP_051789242Ŗ€ĸ€0€0€ €„methyltransferase-like protein 9 isoform X1 [Pimephales promelas] >KAG1935683.1 methyltransferase-like protein [Pimephales promelas]Ą€0€Š€0€Ą€ XP_039509588Ŗ€ĸ€0€0€ €phypothetical protein [Novosphingobium subterraneum] >KHS42695.1 anti-sigma factor [Novosphingobium subterraneum]Ą€0€Š€0€Ą€ WP_039337636Ŗ€ĸ€0€0€ €Sdual specificity tyrosine-phosphorylation-regulated kinase 2-like [Cyprinus carpio]Ą€0€Š€0€Ą€ XP_042622198Ŗ€ĸ€0€0€ €“LysR family transcriptional regulator [Pectobacterium sp. 21LCBS03] >UPY94983.1 LysR family transcriptional regulator [Pectobacterium sp. 21LCBS03]Ą€0€Š€0€Ą€ WP_248721304Ŗ€ĸ€0€0€ €4hypothetical protein mMyoMyo1_012667 [Myotis myotis]Ą€0€¤€0€Ą€ KAF6360286Ŗ€ĸ€0€0€ €ĒATP-dependent helicase [Mediterraneibacter faecis] >MCB5369715.1 ATP-dependent helicase [Mediterraneibacter faecis] >MCB6848306.1 ATP-dependent helicase [bacterium TM473]Ą€0€Š€0€Ą€ WP_226865765Ŗ€ĸ€0€0€ €rhypothetical protein [Rhizobium sp. ACO-34A] >ATN37607.1 hypothetical protein ACO34A_27945 [Rhizobium sp. ACO-34A]Ą€0€Š€0€Ą€ WP_099061260Ŗ€ĸ€0€0€ €1GNAT family N-acetyltransferase [Eubacterium sp.]Ą€0€¯€0€Ą€HCI94645Ŗ€ĸ€0€0€ €shomospermidine synthase [Bradyrhizobium sp. CB1650] >WGD53733.1 homospermidine synthase [Bradyrhizobium sp. CB1650]Ą€0€Š€0€Ą€ WP_279374958Ŗ€ĸ€0€0€ €Nhypothetical protein AVDCRST_MAG35-436, partial [uncultured Quadrisphaera sp.]Ą€0€Ĩ€0€Ą€ CAA9391925Ŗ€ĸ€0€0€ €Dgalactose-1-phosphate uridylyltransferase [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCJ7733050Ŗ€ĸ€0€0€ €—flagellar hook-length control protein FliK [Ancylobacter polymorphus] >UOK72756.1 flagellar hook-length control protein FliK [Ancylobacter polymorphus]Ą€0€Š€0€Ą€ WP_244450453Ŗ€ĸ€0€0€ €ispermidine synthase [Paraburkholderia youngii] >NVI04789.1 spermidine synthase [Paraburkholderia youngii]Ą€0€Š€0€Ą€ WP_176366948Ŗ€ĸ€0€0€ €Ģtype II toxin-antitoxin system RelE/ParE family toxin [Pectobacterium carotovorum] >MBG0753661.1 hypothetical protein [Pectobacterium carotovorum subsp. carotovorum PCCS1]Ą€0€Š€0€Ą€ WP_194430615Ŗ€ĸ€0€0€ €7hypothetical protein Hamer_G003583 [Homarus americanus]Ą€0€¤€0€Ą€ KAG7164393Ŗ€ĸ€0€0€ €Ô4-carboxymuconolactone decarboxylase [Roseateles depolymerans] >ALV06865.1 4-carboxymuconolactone decarboxylase [Roseateles depolymerans] >REG19844.1 4-carboxymuconolactone decarboxylase [Roseateles depolymerans]Ą€0€Š€0€Ą€ WP_058935081Ŗ€ĸ€0€0€ €ÅGlu/Leu/Phe/Val dehydrogenase [Caldanaerobacter subterraneus] >KUK09674.1 Glutamate dehydrogenase [Caldanaerobacter subterraneus] >HBT48750.1 glutamate dehydrogenase [Caldanaerobacter subterraneus]Ą€0€Š€0€Ą€ WP_278428737Ŗ€ĸ€0€0€ €G2-oxoglutarate-Fe(II) type oxidoreductase hxnY isoform B [Glycine soja]Ą€0€¤€0€Ą€RZC11235Ŗ€ĸ€0€0€ €ƒLLM class flavin-dependent oxidoreductase [Ruegeria halocynthiae] >SDX53698.1 alkanesulfonate monooxygenase [Ruegeria halocynthiae]Ą€0€Š€0€Ą€ WP_074737802Ŗ€ĸ€0€0€ €4Beta-lactamase-like protein [Trichoderma lentiforme]Ą€0€¤€0€Ą€ KAF3069499Ŗ€ĸ€0€0€ €=hypothetical protein ARMSODRAFT_447172 [Armillaria solidipes]Ą€0€¤€0€Ą€PBK65192Ŗ€ĸ€0€0€ €{bifunctional methylenetetrahydrofolate dehydrogenase/methenyltetrahydrofolate cyclohydrolase FolD [Xanthomonas sp. SHU 199]Ą€0€Š€0€Ą€ WP_017908092Ŗ€ĸ€0€0€ €jFGGY-family carbohydrate kinase [Microbacterium stercoris] >MBO3664631.1 ATPase [Microbacterium stercoris]Ą€0€Š€0€Ą€ WP_208504450Ŗ€ĸ€0€0€ €‹sigma-70 family RNA polymerase sigma factor [Rhodococcus aetherivorans] >KDE14176.1 RNA polymerase sigma factor [Rhodococcus aetherivorans]Ą€0€Š€0€Ą€ WP_029542314Ŗ€ĸ€0€0€ €Hputative eukaryotic translation initiation factor 1 [Lyophyllum shimeji]Ą€0€Ŧ€0€Ą€GLB35420Ŗ€ĸ€0€0€ €Phypothetical protein HMPREF0670_02407 [Prevotella sp. oral taxon 317 str. F0108]Ą€0€¤€0€Ą€EFC67761Ŗ€ĸ€0€0€ €TMDIS1-interacting receptor like kinase 2-like [Aegilops tauschii subsp. strangulata]Ą€0€Š€0€Ą€ XP_040250218Ŗ€ĸ€0€0€ €tuncharacterized protein LOC124885496 [Capsicum annuum] >PHT77436.1 hypothetical protein T459_20958 [Capsicum annuum]Ą€0€Š€0€Ą€ XP_047249348Ŗ€ĸ€0€0€ €NAD(P)-binding domain-containing protein [Streptomyces sp. SID8350] >SCK22477.1 hypothetical protein YUWDRAFT_01581 [Streptomyces sp. AmelKG-D3]Ą€0€¤€0€Ą€MYT98825Ŗ€ĸ€0€0€ €/hypothetical protein [Planktothrix sp. UBA8402]Ą€0€¯€0€Ą€HAN73743Ŗ€ĸ€0€0€ €‡DNA mismatch repair protein MutS [Clostridium pasteurianum] >AGK97516.1 DNA mismatch repair protein MutS [Clostridium pasteurianum BC1]Ą€0€Š€0€Ą€ WP_015615815Ŗ€ĸ€0€0€ €@DUF1501 domain-containing protein [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€ MBP6785762Ŗ€ĸ€0€0€ €:hypothetical protein [Staphylococcus phage vB_SauM-V1SA22]Ą€0€¤€0€Ą€UVD42744Ŗ€ĸ€0€0€ €7hypothetical protein DPMN_074539 [Dreissena polymorpha]Ą€0€¤€0€Ą€ KAH3699581Ŗ€ĸ€0€0€ €-hypothetical protein [Mesoaciditoga lauensis]Ą€0€¯€0€Ą€HEU25100Ŗ€ĸ€0€0€ €/transposase [Corynebacterium aquilae DSM 44791]Ą€0€¤€0€Ą€APT84512Ŗ€ĸ€0€0€ €Ehypothetical protein FRY97_21810, partial [Phaeodactylibacter luteus]Ą€0€¤€0€Ą€TXB56523Ŗ€ĸ€0€0€ €×MULTISPECIES: anthranilate synthase component I [unclassified Streptomyces] >AWZ06471.1 anthranilate synthase component I [Streptomyces sp. ICC4] >AWZ14042.1 anthranilate synthase component I [Streptomyces sp. ICC1]Ą€0€Š€0€Ą€ WP_112449552Ŗ€ĸ€0€0€ €shypothetical protein FPOAC1_000243 [Fusarium poae] >KAG8674279.1 hypothetical protein FPOAC1_000243 [Fusarium poae]Ą€0€Š€0€Ą€ XP_044710778Ŗ€ĸ€0€0€ €yMULTISPECIES: azurin [Pseudomonas] >AIL63914.1 Azurin, blue copper domain-containing protein [Pseudomonas alkylphenolica]Ą€0€Š€0€Ą€ WP_038615177Ŗ€ĸ€0€0€ €Jhypothetical protein L218DRAFT_1016447, partial [Marasmius fiardii PR-910]Ą€0€¤€0€Ą€ KAF9248384Ŗ€ĸ€0€0€ €sHAD hydrolase family protein [Salmonella enterica] >EJE5227536.1 HAD hydrolase family protein [Salmonella enterica]Ą€0€¤€0€Ą€ EDQ8633181Ŗ€ĸ€0€0€ €KGF13955.1 anti-sigma factor antagonist [Lancefieldella parvula DNF00906] >MBF0947533.1 STAS domain-containing protein [Atopobium sp.] >MBS6730676.1 STAS domain-containing protein [Atopobium sp.]Ą€0€Š€0€Ą€ WP_035431971Ŗ€ĸ€0€0€ €vhelix-turn-helix transcriptional regulator [Leucothrix pacifica] >PWR00656.1 DNA-binding protein [Leucothrix pacifica]Ą€0€Š€0€Ą€ WP_109835637Ŗ€ĸ€0€0€ €9rod shape-determining protein RodA [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR3487460Ŗ€ĸ€0€0€ €‚ßMULTISPECIES: molybdopterin synthase catalytic subunit MoaE [Klebsiella] >MBK2817416.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella pneumoniae] >AYW20755.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella sp. P1CD1] >EIY5082076.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella variicola] >ESM74045.1 molybdopterin synthase catalytic subunit [Klebsiella variicola] >MBK1450169.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_023322253Ŗ€ĸ€0€0€ €;serine/threonine protein kinase [Kiritimatiellia bacterium]Ą€0€¤€0€Ą€ MBP7829117Ŗ€ĸ€0€0€ €HIPK2 kinase [Trogon melanurus]Ą€0€¤€0€Ą€NXJ84327Ŗ€ĸ€0€0€ €?glycosyltransferase family 1 protein [Burkholderia sp. WSM2230]Ą€0€Š€0€Ą€ WP_025599976Ŗ€ĸ€0€0€ €;GNAT family N-acetyltransferase [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBC8378821Ŗ€ĸ€0€0€ €BHsp20/alpha crystallin family protein [Roseiconus nitratireducens]Ą€0€Š€0€Ą€ WP_235908972Ŗ€ĸ€0€0€ €‚3YlmC/YmxH family sporulation protein [Pelotomaculum terephthalicicum] >MCG9968065.1 YlmC/YmxH family sporulation protein [Pelotomaculum terephthalicicum JT] >OPX85636.1 MAG: PRC-barrel domain protein [Pelotomaculum sp. PtaB.Bin117] >OPY63992.1 MAG: PRC-barrel domain protein [Pelotomaculum sp. PtaU1.Bin065]Ą€0€Š€0€Ą€ WP_240083300Ŗ€ĸ€0€0€ €Fcytochrome oxidase subunit 1, partial [Frankliniella sp. BOLD:AAN6620]Ą€0€¤€0€Ą€AHH30646Ŗ€ĸ€0€0€ €KKG12706.1 hypothetical protein EO92_03045 [Methanosarcina sp. 2.H.A.1B.4]Ą€0€Š€0€Ą€ WP_048168883Ŗ€ĸ€0€0€ €Shypothetical protein CA265_05260 [Sphingobacteriaceae bacterium GW460-11-11-14-LB5]Ą€0€¤€0€Ą€ARS39112Ŗ€ĸ€0€0€ €1CRISPR-associated protein Cas5 [Methanothrix sp.]Ą€0€¤€0€Ą€ MCK9405607Ŗ€ĸ€0€0€ €’uncharacterized protein LOC100382978 [Zea mays] >ACN31739.1 unknown [Zea mays] >ONM60790.1 hypothetical protein ZEAMMB73_Zm00001d022487 [Zea mays]Ą€0€Š€0€Ą€ NP_001169133Ŗ€ĸ€0€0€ €Othiosulfate oxidation carrier complex protein SoxZ, partial [Mesorhizobium sp.]Ą€0€¤€0€Ą€RWQ68821Ŗ€ĸ€0€0€ €7hypothetical protein OJAV_G00006110 [Oryzias javanicus]Ą€0€¤€0€Ą€RVE76210Ŗ€ĸ€0€0€ €‰sulfite oxidase-like oxidoreductase [Bradyrhizobium sediminis] >QWG20004.1 sulfite oxidase-like oxidoreductase [Bradyrhizobium sediminis]Ą€0€Š€0€Ą€ WP_215615491Ŗ€ĸ€0€0€ €FABC transporter ATP-binding protein [Candidatus Helarchaeota archaeon]Ą€0€¤€0€Ą€NVM03966Ŗ€ĸ€0€0€ €@NADP-dependent isocitrate dehydrogenase [Syntrophales bacterium]Ą€0€¤€0€Ą€ MCK9363077Ŗ€ĸ€0€0€ €ÍMULTISPECIES: NUDIX domain-containing protein [Streptomyces] >UFQ13583.1 NUDIX domain-containing protein [Streptomyces huasconensis] >WCL83180.1 NUDIX domain-containing protein [Streptomyces sp. JCM 35825]Ą€0€Š€0€Ą€ WP_230898856Ŗ€ĸ€0€0€ €´ATP-dependent DNA helicase DinG [Escherichia coli] >MCN5891741.1 ATP-dependent DNA helicase DinG [Escherichia coli] >HAX9219850.1 ATP-dependent DNA helicase DinG [Escherichia coli]Ą€0€¤€0€Ą€ EFG6535742Ŗ€ĸ€0€0€ €/phosphogluconate dehydratase [Escherichia coli]Ą€0€Š€0€Ą€ WP_236525681Ŗ€ĸ€0€0€ €thypothetical protein [Neochlamydia sp. TUME1] >KIC74144.1 hypothetical protein DB41_IT00070 [Neochlamydia sp. TUME1]Ą€0€Š€0€Ą€ WP_039386062Ŗ€ĸ€0€0€ €@MAG: acyl-CoA dehydrogenase [Candidatus Eisenbacteria bacterium]Ą€0€¤€0€Ą€UCF78466Ŗ€ĸ€0€0€ €Ksulfite exporter TauE/SafE family protein [Patescibacteria group bacterium]Ą€0€¤€0€Ą€ MCL5970005Ŗ€ĸ€0€0€ €˛hypothetical protein [Bradyrhizobium ivorense] >MCC8939516.1 hypothetical protein [Bradyrhizobium ivorense] >VIO76965.1 hypothetical protein CI41S_53790 [Bradyrhizobium ivorense]Ą€0€Š€0€Ą€ WP_139484744Ŗ€ĸ€0€0€ €€TRAP transporter large permease subunit [Acidovorax sp. CF316] >EJE52988.1 TRAP transporter, DctM subunit [Acidovorax sp. CF316]Ą€0€Š€0€Ą€ WP_007853416Ŗ€ĸ€0€0€ €Fpentapeptide repeat-containing protein [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MCI6704618Ŗ€ĸ€0€0€ €ŨHTH-type transcriptional activator RhaS [Enterobacter huaxiensis] >RSK62738.1 HTH-type transcriptional activator RhaS [Enterobacter huaxiensis] >UNC52286.1 HTH-type transcriptional activator RhaS [Enterobacter huaxiensis]Ą€0€Š€0€Ą€ WP_119938117Ŗ€ĸ€0€0€ €ysensor histidine kinase [Limosilactobacillus reuteri] >MCC4501643.1 sensor histidine kinase [Limosilactobacillus reuteri]Ą€0€Š€0€Ą€ WP_229408570Ŗ€ĸ€0€0€ €1macro domain-containing protein [Eubacterium sp.]Ą€0€¤€0€Ą€ MCI6995250Ŗ€ĸ€0€0€ €>hypothetical protein EDB89DRAFT_653226 [Lactarius sanguifluus]Ą€0€¤€0€Ą€ KAH9162276Ŗ€ĸ€0€0€ €Ltranscription initiation factor IID, TAF10 subunit [Aureobasidium pullulans]Ą€0€¤€0€Ą€THY09373Ŗ€ĸ€0€0€ €#transporter [Verminephrobacter sp.]Ą€0€¤€0€Ą€ MBA4060735Ŗ€ĸ€0€0€ €=MerR family transcriptional regulator [Kitasatospora azatica]Ą€0€Š€0€Ą€ WP_035847413Ŗ€ĸ€0€0€ €-hypothetical protein [Saccharofermentans sp.]Ą€0€¤€0€Ą€ MCQ2473581Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4382193Ŗ€ĸ€0€0€ €-ATP-dependent chaperone ClpB [Vibrio harveyi]Ą€0€Š€0€Ą€ WP_029789810Ŗ€ĸ€0€0€ €0hypothetical protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCI9436439Ŗ€ĸ€0€0€ €Aclass I SAM-dependent methyltransferase [Nonomuraea sp. MG754425]Ą€0€Š€0€Ą€ WP_237106527Ŗ€ĸ€0€0€ €EMgpC family cytadherence protein, partial [Mycoplasmoides pneumoniae]Ą€0€Š€0€Ą€ WP_235029016Ŗ€ĸ€0€0€ €gDNA topoisomerase III [Pseudomonas oleovorans] >RED02962.1 DNA topoisomerase-3 [Pseudomonas oleovorans]Ą€0€Š€0€Ą€ WP_115946316Ŗ€ĸ€0€0€ €=exodeoxyribonuclease III [Actinobacteria bacterium IMCC26207]Ą€0€¤€0€Ą€KLR59865Ŗ€ĸ€0€0€ €éMULTISPECIES: DUF5686 and carboxypeptidase-like regulatory domain-containing protein [Sphingobacterium] >MBB1642633.1 hypothetical protein [Sphingobacterium sp. UME9] >MCS4165673.1 hypothetical protein [Sphingobacterium sp. BIGb0116]Ą€0€Š€0€Ą€ WP_227550239Ŗ€ĸ€0€0€ €,T cell receptor alpha, partial [Salmo salar]Ą€0€¤€0€Ą€ABO71806Ŗ€ĸ€0€0€ €>hypothetical protein EST38_g4674 [Candolleomyces aberdarensis]Ą€0€¤€0€Ą€RXW21184Ŗ€ĸ€0€0€ €=DUF1080 domain-containing protein [Anaerolineaceae bacterium]Ą€0€¤€0€Ą€NMC86773Ŗ€ĸ€0€0€ €4hypothetical protein M8J76_005091 [Diaphorina citri]Ą€0€¤€0€Ą€ KAI5749163Ŗ€ĸ€0€0€ €7hypothetical protein DRN38_00180 [Thermococci archaeon]Ą€0€¤€0€Ą€RLF82422Ŗ€ĸ€0€0€ €FGntR family transcriptional regulator [Spongiactinospora sp. TRM90649]Ą€0€Š€0€Ą€ WP_277309438Ŗ€ĸ€0€0€ €§hypothetical protein [Rhodovulum imhoffii] >MBK5934127.1 hypothetical protein [Rhodovulum imhoffii] >PTN02799.1 hypothetical protein C8N32_105172 [Rhodovulum imhoffii]Ą€0€Š€0€Ą€ WP_107891604Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MCG62561Ŗ€ĸ€0€0€ €-Replication protein P [Escherichia coli O409]Ą€0€¤€0€Ą€ EFO2078189Ŗ€ĸ€0€0€ €.RNA-binding protein [Streptococcus halichoeri]Ą€0€Š€0€Ą€ WP_159583277Ŗ€ĸ€0€0€ €‚Whypothetical protein [Phaeovulum veldkampii] >MBK5947560.1 hypothetical protein [Phaeovulum veldkampii DSM 11550] >NCU20427.1 hypothetical protein [Candidatus Falkowbacteria bacterium] >PTE18495.1 hypothetical protein C5F46_03730 [Phaeovulum veldkampii DSM 11550] >TDQ59230.1 hypothetical protein EV658_109109 [Phaeovulum veldkampii DSM 11550]Ą€0€Š€0€Ą€ WP_107324026Ŗ€ĸ€0€0€ €YegS/Rv2252/BmrU family lipid kinase [Sphingobium psychrophilum] >NML09527.1 YegS/Rv2252/BmrU family lipid kinase [Sphingobium psychrophilum]Ą€0€Š€0€Ą€ WP_169571417Ŗ€ĸ€0€0€ €‚…thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] >EHG6153130.1 sulfurtransferase [Escherichia fergusonii] >EHG6211065.1 sulfurtransferase [Escherichia fergusonii] >QLM89427.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] >QLN36314.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] >QMH66838.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii]Ą€0€Š€0€Ą€ WP_181198956Ŗ€ĸ€0€0€ €ABC transporter permease [Alkalihalobacillus clausii] >PAF08561.1 hypothetical protein CHH65_15385 [Alkalihalobacillus clausii]Ą€0€Š€0€Ą€ WP_095317440Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€MBF66593Ŗ€ĸ€0€0€ €Ptype II toxin-antitoxin system VapC family toxin [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€TLY59051Ŗ€ĸ€0€0€ €!unknown [Clostridium sp. CAG:122]Ą€0€Ĩ€0€Ą€CCZ42971Ŗ€ĸ€0€0€ €5PTS transporter subunit EIIA [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBF2983383Ŗ€ĸ€0€0€ €Aeukaryotic transcription factor, partial [Conandron ramondioides]Ą€0€¤€0€Ą€AEF32461Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¯€0€Ą€HCC04630Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QTZ27226Ŗ€ĸ€0€0€ €0Alpha-L-fucosidase 2 [Paramyrothecium foliicola]Ą€0€¤€0€Ą€ KAI9164099Ŗ€ĸ€0€0€ €EHN09557.1 Cyclohexanone monooxygenase [Patulibacter medicamentivorans]Ą€0€Š€0€Ą€ WP_007577863Ŗ€ĸ€0€0€ €qM3 family metallopeptidase [Chryseobacterium sp. Leaf394] >KQS93253.1 peptidase M3 [Chryseobacterium sp. Leaf394]Ą€0€Š€0€Ą€ WP_056082173Ŗ€ĸ€0€0€ €Bglycosyltransferase family 2 protein [Gemmatimonadaceae bacterium]Ą€0€¤€0€Ą€ MBA2687082Ŗ€ĸ€0€0€ €2ABC transporter permease [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EGQ7676658Ŗ€ĸ€0€0€ €=hypothetical protein FOA52_009665 [Chlamydomonas sp. UWO 241]Ą€0€¤€0€Ą€ KAG1662457Ŗ€ĸ€0€0€ €CMAG: RNA-dependent RNA polymerase, partial [Porcine picobirnavirus]Ą€0€¤€0€Ą€UAW00545Ŗ€ĸ€0€0€ €/N-acetyltransferase [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€PYP50915Ŗ€ĸ€0€0€ €}NADH dehydrogenase subunit 5 [Thoracotermes macrothorax] >AQP30488.1 NADH dehydrogenase subunit 5 [Thoracotermes macrothorax]Ą€0€Š€0€Ą€ YP_009351723Ŗ€ĸ€0€0€ €8hypothetical protein C8R47DRAFT_1297427 [Mycena vitilis]Ą€0€¤€0€Ą€ KAJ6471610Ŗ€ĸ€0€0€ €.unnamed protein product [Schistosoma rodhaini]Ą€0€Ĩ€0€Ą€ CAH8478102Ŗ€ĸ€0€0€ €&hypothetical protein [Rhodobacter sp.]Ą€0€¤€0€Ą€ MCA3441055Ŗ€ĸ€0€0€ €Avacuolar-type H+-ATPase subunit C/Vma6 [Microbacterium sp. AK009]Ą€0€¤€0€Ą€NYF16576Ŗ€ĸ€0€0€ €.IQ domain-containing protein K [Marmota monax]Ą€0€Š€0€Ą€ XP_046290611Ŗ€ĸ€0€0€ €ÉDUF4431 domain-containing protein [Legionella massiliensis] >CDZ78206.1 hypothetical protein BN59_02514 [Legionella massiliensis] >CEE13944.1 hypothetical protein BN1094_02514 [Legionella massiliensis]Ą€0€Š€0€Ą€ WP_052403276Ŗ€ĸ€0€0€ €%toll-like receptor 5 [Sillago sinica]Ą€0€¤€0€Ą€QFE31818Ŗ€ĸ€0€0€ €Dhypothetical protein M8C21_027660, partial [Ambrosia artemisiifolia]Ą€0€¤€0€Ą€ KAI7728447Ŗ€ĸ€0€0€ €L1-deoxy-D-xylulose-5-phosphate reductoisomerase [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MCC2111968Ŗ€ĸ€0€0€ €:hypothetical protein C8F04DRAFT_1264698 [Mycena alexandri]Ą€0€¤€0€Ą€ KAJ7029618Ŗ€ĸ€0€0€ €:DUF4080 domain-containing protein [Tissierellia bacterium]Ą€0€¤€0€Ą€NLM06991Ŗ€ĸ€0€0€ €‚50S ribosomal protein L18 [Simkania negevensis] >MCB1067266.1 50S ribosomal protein L18 [Simkania sp.] >MCB1074433.1 50S ribosomal protein L18 [Simkania sp.] >MCB1083926.1 50S ribosomal protein L18 [Simkania sp.] >MCP5489703.1 50S ribosomal protein L18 [Chlamydiales bacterium]Ą€0€Š€0€Ą€ WP_148259014Ŗ€ĸ€0€0€ €}uracil phosphoribosyltransferase [Streptococcus oralis] >MBZ2087812.1 uracil phosphoribosyltransferase [Streptococcus oralis]Ą€0€Š€0€Ą€ WP_223329113Ŗ€ĸ€0€0€ €cupin domain-containing protein [Deltaproteobacteria bacterium] >MBW2541528.1 cupin domain-containing protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW2495039Ŗ€ĸ€0€0€ €ypenicillin-binding protein 2 [Formosa sp. Hel1_31_208] >SDR96080.1 penicillin-binding protein 2 [Formosa sp. Hel1_31_208]Ą€0€Š€0€Ą€ WP_091423297Ŗ€ĸ€0€0€ €3Uncharacterised protein [Bacteroides xylanisolvens]Ą€0€Ĩ€0€Ą€CUP44403Ŗ€ĸ€0€0€ €Åhypothetical protein DRI97_14285 [Bacteroidota bacterium] >RLD93286.1 hypothetical protein DRJ29_09295 [Bacteroidota bacterium] >RLE06383.1 hypothetical protein DRJ13_00360 [Bacteroidota bacterium]Ą€0€¤€0€Ą€RLD52647Ŗ€ĸ€0€0€ €>denitrifying nitrite reductase, partial [uncultured bacterium]Ą€0€¤€0€Ą€ANN23072Ŗ€ĸ€0€0€ €7unnamed protein product, partial [Fusarium langsethiae]Ą€0€Ŧ€0€Ą€GKU14775Ŗ€ĸ€0€0€ €Kchromosomal replication initiator protein DnaA [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ3380675Ŗ€ĸ€0€0€ €Gputative permease component of ABC transporter [Ensifer adhaerens OV14]Ą€0€¤€0€Ą€AHK46784Ŗ€ĸ€0€0€ €‚÷FAD-dependent oxidoreductase [Salmonella enterica] >EAA1571681.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica] >EBH8576303.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica serovar Braenderup] >EBW8522259.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica serovar Haardt] >ECY3939865.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica serovar Kallo] >EAA6540631.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica]Ą€0€Š€0€Ą€ WP_064047563Ŗ€ĸ€0€0€ €QMAG: hypothetical protein DRP51_05685 [candidate division Zixibacteria bacterium]Ą€0€¤€0€Ą€RKX20462Ŗ€ĸ€0€0€ €Cubiquitin-associated domain-containing protein 1 [Bombyx mandarina]Ą€0€Š€0€Ą€ XP_028028252Ŗ€ĸ€0€0€ €pagmatinase [Microbacterium hydrocarbonoxydans] >KJL47936.1 Guanidinobutyrase [Microbacterium hydrocarbonoxydans]Ą€0€Š€0€Ą€ WP_045257206Ŗ€ĸ€0€0€ €gGTP-binding protein [Bacillus badius] >KZR58396.1 cobalamin biosynthesis protein CobW [Bacillus badius]Ą€0€Š€0€Ą€ WP_063441918Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAK92403Ŗ€ĸ€0€0€ €SMAG: PilT/PilU family type 4a pilus ATPase, partial [Verrucomicrobiaceae bacterium]Ą€0€¤€0€Ą€RYD39969Ŗ€ĸ€0€0€ €qPIG-L family deacetylase [Rhodococcus spongiicola] >RVW03559.1 PIG-L family deacetylase [Rhodococcus spongiicola]Ą€0€Š€0€Ą€ WP_127947155Ŗ€ĸ€0€0€ €‚lACP phosphodiesterase [Serratia plymuthica] >AGO53901.1 acyl carrier protein phosphodiesterase AcpH [Serratia plymuthica 4Rx13] >AHY05966.1 ACP phosphodiesterase [Serratia plymuthica] >MBL3523921.1 DUF479 domain-containing protein [Serratia plymuthica] >OJT37955.1 ACP phosphodiesterase [Serratia plymuthica] >PYD37792.1 ACP phosphodiesterase [Serratia plymuthica]Ą€0€Š€0€Ą€ WP_004949240Ŗ€ĸ€0€0€ €Qintein-containing PRP8 protein precursor, partial [Paracoccidioides brasiliensis]Ą€0€¤€0€Ą€ACE76975Ŗ€ĸ€0€0€ €0carboxylesterase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€TNE33066Ŗ€ĸ€0€0€ €hprotease [Clostridioides difficile] >EGT4667855.1 M56 family metallopeptidase [Clostridioides difficile]Ą€0€¤€0€Ą€ EGT2204415Ŗ€ĸ€0€0€ €@hypothetical protein COB49_00230 [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€PCI52029Ŗ€ĸ€0€0€ €8unnamed protein product [Triticum turgidum subsp. durum]Ą€0€Ĩ€0€Ą€VAH82675Ŗ€ĸ€0€0€ €Hputative ATP-dependent RNA helicase DHX58 [Patagioenas fasciata monilis]Ą€0€¤€0€Ą€OPJ74512Ŗ€ĸ€0€0€ €)lymphostatin Efa1/LifA [Escherichia coli]Ą€0€¤€0€Ą€ EIM4841263Ŗ€ĸ€0€0€ €:hypothetical protein A5673_25565 [Mycobacterium sp. E3198]Ą€0€¤€0€Ą€OBG32114Ŗ€ĸ€0€0€ €GTPase ObgE [Hallella seregens]Ą€0€Š€0€Ą€ WP_027951454Ŗ€ĸ€0€0€ €6unnamed protein product, partial [Polarella glacialis]Ą€0€Ĩ€0€Ą€ CAE8591613Ŗ€ĸ€0€0€ €5beta-ketoacyl-ACP synthase II [Staphylococcus aureus]Ą€0€¯€0€Ą€ HAR4306776Ŗ€ĸ€0€0€ €ũtoxin-antitoxin system YwqK family antitoxin [Bacteroides thetaiotaomicron] >MCA6010897.1 toxin-antitoxin system YwqK family antitoxin [Bacteroides thetaiotaomicron] >UVR91191.1 toxin-antitoxin system YwqK family antitoxin [Bacteroides thetaiotaomicron]Ą€0€Š€0€Ą€ WP_225700676Ŗ€ĸ€0€0€ €yhypothetical protein KY284_024671 [Solanum tuberosum] >KAH0676905.1 hypothetical protein KY285_024706 [Solanum tuberosum]Ą€0€¤€0€Ą€ KAH0673584Ŗ€ĸ€0€0€ €ßATP-binding protein [Rhodocyclaceae bacterium] >MCP5238928.1 ATP-binding protein [Zoogloeaceae bacterium] >MCP5254184.1 ATP-binding protein [Zoogloeaceae bacterium] >MCP5295358.1 ATP-binding protein [Zoogloeaceae bacterium]Ą€0€¤€0€Ą€ MBX3687043Ŗ€ĸ€0€0€ €Jtype VI secretion system-associated protein VasI [Pseudomonas sp. PS01297]Ą€0€Š€0€Ą€ WP_282363731Ŗ€ĸ€0€0€ €6phage major capsid protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_252100317Ŗ€ĸ€0€0€ €>hypothetical protein MIMGU_mgv1a003466mg [Erythranthe guttata]Ą€0€¤€0€Ą€EYU24504Ŗ€ĸ€0€0€ €(hypothetical protein [Roseibacillus sp.]Ą€0€¤€0€Ą€MAF21094Ŗ€ĸ€0€0€ €tyrosine recombinase XerC [Alphaproteobacteria bacterium] >MBR2341886.1 tyrosine recombinase XerC [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBQ7949870Ŗ€ĸ€0€0€ €vuncharacterized protein DIURU_004876 [Diutina rugosa] >KAA8898022.1 hypothetical protein DIURU_004876 [Diutina rugosa]Ą€0€Š€0€Ą€ XP_034010279Ŗ€ĸ€0€0€ €*hypothetical protein [Parabacteroides sp.]Ą€0€¤€0€Ą€ MCI7705732Ŗ€ĸ€0€0€ €wMAG: UDP-N-acetylglucosamine 1-carboxyvinyltransferase [Candidatus Omnitrophica bacterium CG_4_9_14_0_2_um_filter_42_8]Ą€0€¤€0€Ą€PJC48296Ŗ€ĸ€0€0€ €6putative lipid II flippase FtsW [Arthrobacter sp. BF1]Ą€0€Š€0€Ą€ WP_256939523Ŗ€ĸ€0€0€ €JNAD-dependent epimerase/dehydratase family protein [Bryobacter aggregatus]Ą€0€Š€0€Ą€ WP_051669385Ŗ€ĸ€0€0€ €=helix-turn-helix domain-containing protein [Vibrio fluvialis]Ą€0€¤€0€Ą€ MBY7817199Ŗ€ĸ€0€0€ €vHU family DNA-binding protein [Hydrogenophaga intermedia] >CDN90570.1 Histone-like protein [Hydrogenophaga intermedia]Ą€0€Š€0€Ą€ WP_035624729Ŗ€ĸ€0€0€ €/cytochrome P450 2C42-like [Peromyscus leucopus]Ą€0€Š€0€Ą€ XP_028717800Ŗ€ĸ€0€0€ €;DUF1679 domain-containing protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBN2027958Ŗ€ĸ€0€0€ €BTetR family transcriptional regulator [Rhizobiales bacterium PAR1]Ą€0€¤€0€Ą€OYU48266Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Tectomicrobia bacterium]Ą€0€¤€0€Ą€ MBM3222384Ŗ€ĸ€0€0€ €"lipoyl synthase [Arthrobacter sp.]Ą€0€¯€0€Ą€HAG61063Ŗ€ĸ€0€0€ €O-methyltransferase [bacterium]Ą€0€¤€0€Ą€ MCK4826606Ŗ€ĸ€0€0€ €Irho GTPase-activating protein 44-like isoform X2 [Leptopilina heterotoma]Ą€0€Š€0€Ą€ XP_043479276Ŗ€ĸ€0€0€ €ģhypothetical protein AB719_05920, partial [Acinetobacter baumannii] >HBI2389385.1 replication protein [Acinetobacter baumannii] >HBI2425625.1 replication protein [Acinetobacter baumannii]Ą€0€¤€0€Ą€RDJ60584Ŗ€ĸ€0€0€ €NPREDICTED: uncharacterized protein LOC107746125 [Sinocyclocheilus rhinocerous]Ą€0€Š€0€Ą€ XP_016415707Ŗ€ĸ€0€0€ €9hypothetical protein BHC48_03005 [Snodgrassella communis]Ą€0€¤€0€Ą€PIT51662Ŗ€ĸ€0€0€ €ƒCof-type HAD-IIB family hydrolase [Gracilibacillus oryzae] >KAB8138601.1 Cof-type HAD-IIB family hydrolase [Gracilibacillus oryzae]Ą€0€Š€0€Ą€ WP_153401532Ŗ€ĸ€0€0€ €Ŗalpha-xenorhabdolysin family binary toxin subunit B [Pseudomonas syringae] >MBI6707569.1 alpha-xenorhabdolysin family binary toxin subunit B [Pseudomonas syringae]Ą€0€Š€0€Ą€ WP_198721977Ŗ€ĸ€0€0€ €ˇheavy-metal-associated domain-containing protein [Candidatus Rokubacteria bacterium] >MBI2555571.1 heavy-metal-associated domain-containing protein [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€ MBI2153585Ŗ€ĸ€0€0€ €,IMP dehydrogenase [Indiicoccus explosivorum]Ą€0€Š€0€Ą€ WP_088008362Ŗ€ĸ€0€0€ €'MFS transporter [Staphylococcus aureus]Ą€0€¯€0€Ą€ HCD1810260Ŗ€ĸ€0€0€ €7arabinofuranosyltransferase [Saccharopolyspora spinosa]Ą€0€Š€0€Ą€ WP_238935592Ŗ€ĸ€0€0€ €{hypothetical protein [Actinospica acidithermotolerans] >MBR7826465.1 hypothetical protein [Actinospica acidithermotolerans]Ą€0€Š€0€Ą€ WP_212517614Ŗ€ĸ€0€0€ €Osigma-54-dependent Fis family transcriptional regulator [Leptolyngbya sp. 15MV]Ą€0€¤€0€Ą€QYU66920Ŗ€ĸ€0€0€ €BPQQ-dependent sugar dehydrogenase [Bradyrhizobium sp. CCBAU 51745]Ą€0€Š€0€Ą€ WP_271619988Ŗ€ĸ€0€0€ €FBadF/BadG/BcrA/BcrD ATPase family protein [Microbulbifer guangxiensis]Ą€0€Š€0€Ą€ WP_237066347Ŗ€ĸ€0€0€ €>glycosyltransferase family 2 protein [Polyangiaceae bacterium]Ą€0€¤€0€Ą€ MBX3184110Ŗ€ĸ€0€0€ €:hypothetical protein DTO271G3_7668 [Paecilomyces variotii]Ą€0€¤€0€Ą€ KAJ9293589Ŗ€ĸ€0€0€ €n2,3-dihydro-2,3-dihydroxybenzoate dehydrogenase [enterobactin] siderophore [Cronobacter universalis NCTC 9529]Ą€0€Ĩ€0€Ą€CCK15435Ŗ€ĸ€0€0€ €‚MVWA domain-containing protein [Cupriavidus taiwanensis] >SOY97400.1 conserved hypothetical protein, Von Willebrand factor type A domain (vwa), putative exported protein [Cupriavidus taiwanensis] >SOZ00129.1 conserved hypothetical protein, Von Willebrand factor type A domain (vwa), putative exported protein [Cupriavidus taiwanensis]Ą€0€Š€0€Ą€ WP_116314221Ŗ€ĸ€0€0€ €&TGBp1 [Cherry green ring mottle virus]Ą€0€¤€0€Ą€ATB18092Ŗ€ĸ€0€0€ €t50S ribosomal protein L23 [Bacteroidota bacterium] >MCK5766238.1 50S ribosomal protein L23 [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBE9483558Ŗ€ĸ€0€0€ €>ABC-2 family transporter protein [Paenibacillus riograndensis]Ą€0€Š€0€Ą€ WP_216083845Ŗ€ĸ€0€0€ €,MFS transporter [Klebsiella quasipneumoniae]Ą€0€Š€0€Ą€ WP_218801637Ŗ€ĸ€0€0€ €@hypothetical protein TrLO_g15822 [Triparma laevis f. longispina]Ą€0€Ŧ€0€Ą€GMH77683Ŗ€ĸ€0€0€ €/sialate O-acetylesterase [Flexithrix dorotheae]Ą€0€Š€0€Ą€ WP_020530816Ŗ€ĸ€0€0€ €pMlaD family protein [Mycobacterium sp. E1747] >OBH11049.1 mammalian cell entry protein [Mycobacterium sp. E1747]Ą€0€Š€0€Ą€ WP_068080190Ŗ€ĸ€0€0€ €,cytochrome P450 2D15 isoform X3 [Lynx rufus]Ą€0€Š€0€Ą€ XP_046922164Ŗ€ĸ€0€0€ €{hypothetical protein PV06_04091 [Exophiala oligosperma] >KIW45728.1 hypothetical protein PV06_04091 [Exophiala oligosperma]Ą€0€Š€0€Ą€ XP_016265944Ŗ€ĸ€0€0€ €BGntR family transcriptional regulator [Massiliimalia massiliensis]Ą€0€Š€0€Ą€ WP_077533069Ŗ€ĸ€0€0€ €=NADH-plastoquinone oxidoreductase subunit J [Zeuxine affinis]Ą€0€¤€0€Ą€QXO05584Ŗ€ĸ€0€0€ €¤hypothetical protein [Chloroflexota bacterium] >MYF82215.1 hypothetical protein [Chloroflexota bacterium] >MYI03606.1 hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€MYB21565Ŗ€ĸ€0€0€ €JPREDICTED: proteasome subunit beta type-8 isoform X2 [Macaca fascicularis]Ą€0€Š€0€Ą€ XP_005553416Ŗ€ĸ€0€0€ €lMULTISPECIES: pitrilysin family protein [Rikenellaceae] >KHE42190.1 Zn-dependent peptidase [Alistipes inops]Ą€0€Š€0€Ą€ WP_035473288Ŗ€ĸ€0€0€ €ABC transporter ATP-binding protein [Bacillota bacterium] >MBQ5961170.1 ABC transporter ATP-binding protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MBQ4383193Ŗ€ĸ€0€0€ €Jhypothetical protein DV738_g5576, partial [Chaetothyriales sp. CBS 135597]Ą€0€¤€0€Ą€RMZ75246Ŗ€ĸ€0€0€ €3unnamed protein product, partial [Adineta steineri]Ą€0€Ĩ€0€Ą€ CAF4338983Ŗ€ĸ€0€0€ €Thypothetical protein A2161_06345 [Candidatus Schekmanbacteria bacterium RBG_13_48_7]Ą€0€¤€0€Ą€OGL48105Ŗ€ĸ€0€0€ €4phage minor head protein [Lysinibacillus fusiformis]Ą€0€Š€0€Ą€ WP_232540662Ŗ€ĸ€0€0€ €jaminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBE3116889Ŗ€ĸ€0€0€ €PHO12486.1 ubiquinone-dependent pyruvate dehydrogenase [Malaciobacter marinus]Ą€0€Š€0€Ą€ WP_099345046Ŗ€ĸ€0€0€ €=hypothetical protein RBSH_02336 [Rhodopirellula baltica SH28]Ą€0€¤€0€Ą€EKK02300Ŗ€ĸ€0€0€ €3methionine adenosyltransferase [Porphyrobacter sp.]Ą€0€¤€0€Ą€ MCU0947041Ŗ€ĸ€0€0€ €>transcription factor bHLH118-like protein [Gossypium australe]Ą€0€¤€0€Ą€ KAA3459801Ŗ€ĸ€0€0€ €:BREX system P-loop protein BrxC [Virgibacillus dakarensis]Ą€0€¤€0€Ą€ MBT2214695Ŗ€ĸ€0€0€ €‚'DNA utilization protein GntX [Proteus mirabilis] >EKB00247.1 comF family protein [Proteus mirabilis WGLW4] >EGS5724412.1 DNA utilization protein GntX [Proteus mirabilis] >EJD6085788.1 DNA utilization protein GntX [Proteus mirabilis] >KAB7718237.1 DNA utilization protein GntX [Proteus mirabilis]Ą€0€¤€0€Ą€AUU37591Ŗ€ĸ€0€0€ €>hypothetical protein DME78_10210 [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€PYJ65046Ŗ€ĸ€0€0€ €|multicopper oxidase domain-containing protein [Mycobacterium sp. E3298] >OBG76939.1 copper oxidase [Mycobacterium sp. E3298]Ą€0€Š€0€Ą€ WP_067783946Ŗ€ĸ€0€0€ €kquinone oxidoreductase [Bacillus thuringiensis] >NIL34304.1 quinone oxidoreductase [Bacillus thuringiensis]Ą€0€Š€0€Ą€ WP_167320363Ŗ€ĸ€0€0€ €(endonuclease [Helicobacter pylori UM114]Ą€0€¤€0€Ą€EPZ93706Ŗ€ĸ€0€0€ €ĖRpiB/LacA/LacB family sugar-phosphate isomerase [Vibrio renipiscarius] >KII79410.1 hypothetical protein PL18_07000 [Vibrio renipiscarius] >KII80961.1 hypothetical protein OJ16_06665 [Vibrio renipiscarius]Ą€0€Š€0€Ą€ WP_040988594Ŗ€ĸ€0€0€ €Icoiled-coil domain-containing protein 66 isoform X2 [Puntigrus tetrazona]Ą€0€Š€0€Ą€ XP_043079005Ŗ€ĸ€0€0€ €™glycosyltransferase family 4 protein [Azospirillum sp. OGB3] >MBB3267926.1 glycosyltransferase involved in cell wall biosynthesis [Azospirillum sp. OGB3]Ą€0€Š€0€Ą€ WP_183181890Ŗ€ĸ€0€0€ €‹LysR family transcriptional regulator [Vibrio parahaemolyticus] >TOC73516.1 LysR family transcriptional regulator [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140334279Ŗ€ĸ€0€0€ €9hypothetical protein HCR_03760 [Hydrogenimonas sp. ISO32]Ą€0€Ŧ€0€Ą€BDY12064Ŗ€ĸ€0€0€ €žuncharacterized protein B0I36DRAFT_379707 [Microdochium trichocladiopsis] >KAH7040817.1 hypothetical protein B0I36DRAFT_379707 [Microdochium trichocladiopsis]Ą€0€Š€0€Ą€ XP_046018872Ŗ€ĸ€0€0€ €b3-hydroxyisobutyryl-CoA hydrolase-like protein 1, mitochondrial isoform X2 [Telopea speciosissima]Ą€0€Š€0€Ą€ XP_043718329Ŗ€ĸ€0€0€ €‚ZGNAT family N-acetyltransferase [Muribaculaceae bacterium] >MCI6223689.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] >MCI6563242.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] >MCI6903590.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] >MCI6985548.1 GNAT family N-acetyltransferase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBS7393837Ŗ€ĸ€0€0€ €3EamA family transporter [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR4683986Ŗ€ĸ€0€0€ €›HAMP domain-containing histidine kinase [Prolixibacteraceae bacterium] >MBN2772623.1 HAMP domain-containing histidine kinase [Prolixibacteraceae bacterium]Ą€0€¤€0€Ą€ MBN1819552Ŗ€ĸ€0€0€ €„hypothetical protein [Aeromonas salmonicida] >UYZ32428.1 hypothetical protein AXW80_23230 [Aeromonas salmonicida subsp. salmonicida]Ą€0€Š€0€Ą€ WP_269026738Ŗ€ĸ€0€0€ €9amino acid ABC transporter permease [Bacillus sp. 1NLA3E]Ą€0€Š€0€Ą€ WP_041580422Ŗ€ĸ€0€0€ €7hypothetical protein E4U52_001323 [Claviceps spartinae]Ą€0€¤€0€Ą€ KAG5994228Ŗ€ĸ€0€0€ €yefflux RND transporter permease subunit [Chryseobacterium sp. ON_d1] >GEJ43591.1 transporter [Chryseobacterium sp. ON_d1]Ą€0€Š€0€Ą€ WP_172616972Ŗ€ĸ€0€0€ €.tryptophan 7-halogenase [Methylomonas sp. 11b]Ą€0€Š€0€Ą€ WP_026600741Ŗ€ĸ€0€0€ €)hypothetical protein [Campylobacter coli]Ą€0€¤€0€Ą€ MCH3756135Ŗ€ĸ€0€0€ €‚9MULTISPECIES: aminopeptidase N [Cronobacter] >EJJ0547225.1 aminopeptidase N [Cronobacter sakazakii] >NCH16907.1 aminopeptidase N [Cronobacter sakazakii] >NHW94352.1 aminopeptidase N [Cronobacter sp. HA18006] >PQV80708.1 aminopeptidase N [Cronobacter sakazakii] >PQY39512.1 aminopeptidase N [Cronobacter sakazakii]Ą€0€Š€0€Ą€ WP_097641037Ŗ€ĸ€0€0€ €…DUF559 domain-containing protein [Corynebacterium striatum] >HAT6486502.1 DUF559 domain-containing protein [Corynebacterium striatum]Ą€0€¯€0€Ą€ HAT6420703Ŗ€ĸ€0€0€ €R2-oxo-4-hydroxy-4-carboxy-5-ureidoimidazoline decarboxylase [Phenylobacterium sp.]Ą€0€¤€0€Ą€ MBL8770704Ŗ€ĸ€0€0€ €vhypothetical protein [Curtobacterium sp. PhB78] >ROS47023.1 hypothetical protein EDF53_0039 [Curtobacterium sp. PhB78]Ą€0€Š€0€Ą€ WP_148058234Ŗ€ĸ€0€0€ €;M-phase phosphoprotein 9 isoform X4 [Heterocephalus glaber]Ą€0€Š€0€Ą€ XP_021113256Ŗ€ĸ€0€0€ €UPREDICTED: serine/threonine-protein phosphatase 5 [Musa acuminata subsp. malaccensis]Ą€0€Š€0€Ą€ XP_009403500Ŗ€ĸ€0€0€ €eacyl-CoA synthetase [Streptomyces sp. sk2.1] >TXS75574.1 acyl-CoA synthetase [Streptomyces sp. sk2.1]Ą€0€Š€0€Ą€ WP_148836004Ŗ€ĸ€0€0€ €6endonuclease III [Candidatus Kaiserbacteria bacterium]Ą€0€¤€0€Ą€ MBI5405531Ŗ€ĸ€0€0€ €$PKHF1 protein [Rhabdornis inornatus]Ą€0€¤€0€Ą€NXH52939Ŗ€ĸ€0€0€ €Apolysaccharide biosynthesis protein [Desulfobacterales bacterium]Ą€0€¤€0€Ą€ MCJ7594907Ŗ€ĸ€0€0€ €ØUncharacterized protein CELE_C27D6.3 [Caenorhabditis elegans] >Q10032.1 RecName: Full=Uncharacterized protein C27D6.3 [Caenorhabditis elegans] >CCD65810.1 Uncharacterized protein CELE_C27D6.3 [Caenorhabditis elegans]Ą€0€Š€0€Ą€ NP_494967Ŗ€ĸ€0€0€ €0hypothetical protein [Bacteroides xylanisolvens]Ą€0€Š€0€Ą€ WP_167509077Ŗ€ĸ€0€0€ €^filamentous hemagglutinin N-terminal domain-containing protein [Sedimentisphaerales bacterium]Ą€0€¤€0€Ą€ MBN2132609Ŗ€ĸ€0€0€ €Šestrogen-related receptor gamma-like isoform X1 [Perca fluviatilis] >KAF1376512.1 hypothetical protein PFLUV_G00212260 [Perca fluviatilis]Ą€0€Š€0€Ą€ XP_039638319Ŗ€ĸ€0€0€ €.hypothetical protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€MBG83645Ŗ€ĸ€0€0€ €‚ŒMULTISPECIES: cold shock-like protein CspF [Edwardsiella] >AIJ09702.1 Cold shock protein CspH [Edwardsiella anguillarum ET080813] >KAB0592653.1 cold shock-like protein CspF [Edwardsiella anguillarum] >RFT04009.1 cold-shock protein [Edwardsiella anguillarum] >UBU94956.1 cold shock-like protein CspF [Edwardsiella sp. LADL05-105] >UOU80475.1 cold shock-like protein CspF [Edwardsiella anguillarum]Ą€0€Š€0€Ą€ WP_071844175Ŗ€ĸ€0€0€ €Dhelix-turn-helix domain-containing protein [Actinoplanes sp. L3-i22]Ą€0€Š€0€Ą€ WP_221323620Ŗ€ĸ€0€0€ €0unnamed protein product [Microthlaspi erraticum]Ą€0€Ĩ€0€Ą€ CAA7056023Ŗ€ĸ€0€0€ €=DUF3617 domain-containing protein [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MBK6594401Ŗ€ĸ€0€0€ €‹integration host factor subunit alpha [Halomonas sp. NCCP-2165] >GKW50410.1 integration host factor subunit alpha [Halomonas sp. NCCP-2165]Ą€0€Š€0€Ą€ WP_251309955Ŗ€ĸ€0€0€ €cytochrome P450 [bacterium]Ą€0€¤€0€Ą€ MCP4907131Ŗ€ĸ€0€0€ €>amidohydrolase family protein [marine benthic group bacterium]Ą€0€¤€0€Ą€ MCL7977512Ŗ€ĸ€0€0€ €2hypothetical protein [Synechococcus sp. MIT S9508]Ą€0€Š€0€Ą€ WP_156485294Ŗ€ĸ€0€0€ €uhypothetical protein H257_13336 [Aphanomyces astaci] >ETV71458.1 hypothetical protein H257_13336 [Aphanomyces astaci]Ą€0€Š€0€Ą€ XP_009839123Ŗ€ĸ€0€0€ €KEH33884.1 PPR containing plant-like protein [Medicago truncatula] >RHN67154.1 putative transcription regulator SWI/SNF-BAF60b family [Medicago truncatula]Ą€0€Š€0€Ą€ XP_024635273Ŗ€ĸ€0€0€ €qmetallophosphoesterase [Ferrimonas aestuarii] >TKB51688.1 hypothetical protein FCL42_17770 [Ferrimonas aestuarii]Ą€0€Š€0€Ą€ WP_136864777Ŗ€ĸ€0€0€ €‚usugar nucleotide-binding protein [Bifidobacterium breve] >AZI17407.1 NAD-dependent epimerase/dehydratase family protein [Bifidobacterium breve] >KOA38948.1 bifunctional dTDP-4-keto-L-rhamnose reductase/dTDP-4-keto-6-deoxyglucose-3,5-epimerase [Bifidobacterium breve MCC 0476] >GDZ57814.1 fused dTDP-4-keto-L-rhamnose reductase and dTDP-4-keto-6-deoxyglucose-3,5-epimerase enzyme involved in rhamnose biosynthesis [Bifidobacteriaceae bacterium MCC01967] >GDZ64180.1 fused dTDP-4-keto-L-rhamnose reductase and dTDP-4-keto-6-deoxyglucose-3,5-epimerase enzyme involved in rhamnose biosynthesis [Bifidobacteriaceae bacterium MCC02038]Ą€0€Š€0€Ą€ WP_052822157Ŗ€ĸ€0€0€ €|DoxX family protein, partial [Cellulosimicrobium cellulans] >MBE9939965.1 DoxX family protein [Cellulosimicrobium cellulans]Ą€0€Š€0€Ą€ WP_194217236Ŗ€ĸ€0€0€ €^EscC/YscC/HrcC family type III secretion system outer membrane ring protein [Escherichia coli]Ą€0€¤€0€Ą€ EGI4396582Ŗ€ĸ€0€0€ €DPGF-CTERM sorting domain-containing protein [Natrinema amylolyticum]Ą€0€Š€0€Ą€ WP_226480428Ŗ€ĸ€0€0€ €’Lsr2 family protein [Janibacter limosus] >QBF45084.1 Lsr2 family protein [Janibacter limosus] >UUZ44207.1 Lsr2 family protein [Janibacter limosus]Ą€0€Š€0€Ą€ WP_130628329Ŗ€ĸ€0€0€ €1hypothetical protein [Selenomonadaceae bacterium]Ą€0€¤€0€Ą€ MBR1729873Ŗ€ĸ€0€0€ €‚dGNAT family N-acetyltransferase [Macrococcus canis] >ARQ06293.1 N-acetyltransferase (GNAT) domain-containing protein [Macrococcus canis] >QTQ08712.1 GNAT family N-acetyltransferase [Macrococcus canis] >TDM17294.1 N-acetyltransferase [Macrococcus canis] >TDM20625.1 N-acetyltransferase [Macrococcus canis] >TDM22318.1 N-acetyltransferase [Macrococcus canis]Ą€0€Š€0€Ą€ WP_086041969Ŗ€ĸ€0€0€ €oglutamate racemase [Betaproteobacteria bacterium] >GHU40783.1 glutamate racemase [Betaproteobacteria bacterium]Ą€0€Ŧ€0€Ą€GHT89622Ŗ€ĸ€0€0€ €MULTISPECIES: protein-export chaperone SecB [Cupidesulfovibrio] >MBG3876116.1 hypothetical protein [Cupidesulfovibrio oxamicus]Ą€0€Š€0€Ą€ WP_116306280Ŗ€ĸ€0€0€ €JPREDICTED: ribosome biogenesis protein TSR3 homolog [Tarenaya hassleriana]Ą€0€Š€0€Ą€ XP_010547631Ŗ€ĸ€0€0€ €ąuncharacterized protein LOC100811795 [Glycine max] >KAH1069562.1 hypothetical protein GYH30_006954 [Glycine max] >KRH66597.1 hypothetical protein GLYMA_03G116900v4 [Glycine max]Ą€0€Š€0€Ą€ XP_006576743Ŗ€ĸ€0€0€ €/M15 family metallopeptidase [Roseburia hominis]Ą€0€Š€0€Ą€ WP_235358277Ŗ€ĸ€0€0€ €uFAD-binding oxidoreductase [Bacillus sp. AFS040349] >PGT80823.1 FAD-dependent oxidoreductase [Bacillus sp. AFS040349]Ą€0€Š€0€Ą€ WP_098798564Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MBO6087363Ŗ€ĸ€0€0€ €iNAD(+) diphosphatase [Deinococcus radiophilus] >UFA51659.1 NAD(+) diphosphatase [Deinococcus radiophilus]Ą€0€Š€0€Ą€ WP_229253501Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBK8986217Ŗ€ĸ€0€0€ €¯S/F1C fimbrial major subunit operon transcriptional regulator [Escherichia coli] >MBB7843026.1 S/F1C fimbrial major subunit operon transcriptional regulator [Escherichia coli]Ą€0€¤€0€Ą€ MBB7170543Ŗ€ĸ€0€0€ €Ilytic transglycosylase domain-containing protein [Microbispora siamensis]Ą€0€Š€0€Ą€ WP_239108544Ŗ€ĸ€0€0€ €˛conjugal transfer protein TraG N-terminal domain-containing protein, partial [Pseudomonas aeruginosa] >TEH22737.1 conjugal transfer protein TraG, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_166737616Ŗ€ĸ€0€0€ €=MAG: NAD-dependent protein deacylase [Eubacterium sp. 45_250]Ą€0€¤€0€Ą€OLA08565Ŗ€ĸ€0€0€ €‚\hypothetical protein PF003_g7926 [Phytophthora fragariae] >KAE8938621.1 hypothetical protein PF009_g11511 [Phytophthora fragariae] >KAE9000573.1 hypothetical protein PF011_g14117 [Phytophthora fragariae] >KAE9114167.1 hypothetical protein PF007_g10484 [Phytophthora fragariae] >KAE9145366.1 hypothetical protein PF006_g9774 [Phytophthora fragariae]Ą€0€¤€0€Ą€ KAE8908303Ŗ€ĸ€0€0€ €†GNAT family N-acetyltransferase [Agromyces cerinus] >MBM7832661.1 ribosomal protein S18 acetylase RimI-like enzyme [Agromyces cerinus]Ą€0€Š€0€Ą€ WP_204462572Ŗ€ĸ€0€0€ €=hypothetical protein BGN94_06530 [Rhizobiales bacterium 68-8]Ą€0€¤€0€Ą€OJU33055Ŗ€ĸ€0€0€ €?glycoside hydrolase family 127 protein [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCU0521352Ŗ€ĸ€0€0€ €8hypothetical protein H9Q73_010603 [Fusarium xylarioides]Ą€0€¤€0€Ą€ KAG5775718Ŗ€ĸ€0€0€ €ėMULTISPECIES: anti-adapter protein IraP [Enterobacter] >MBA7856964.1 anti-adapter protein IraP [Enterobacter sp. RHBSTW-00901] >QPK01472.1 anti-adapter protein IraP [Enterobacter mori] >BBS35991.1 anti-RssB factor [Enterobacter cloacae]Ą€0€Š€0€Ą€ WP_182273896Ŗ€ĸ€0€0€ €Dhydrolase [Cytophagales bacterium CG18_big_fil_WC_8_21_14_2_50_42_9]Ą€0€¤€0€Ą€PIQ22394Ŗ€ĸ€0€0€ €zrhodanese-like domain-containing protein [Thermus aquaticus] >KOX89240.1 Thiosulfate sulfurtransferase [Thermus aquaticus]Ą€0€Š€0€Ą€ WP_053767117Ŗ€ĸ€0€0€ €ˇc-type cytochrome biogenesis protein [Salmonella enterica subsp. enterica serovar Mississippi] >EDQ2826388.1 c-type cytochrome biogenesis protein [Salmonella enterica subsp. enterica]Ą€0€¤€0€Ą€ EDN4899961Ŗ€ĸ€0€0€ €oputative hydro-lyase [Actinoallomurus purpureus] >MCO6008849.1 putative hydro-lyase [Actinoallomurus purpureus]Ą€0€Š€0€Ą€ WP_252845183Ŗ€ĸ€0€0€ €4hypothetical protein, partial [Blautia massiliensis]Ą€0€Š€0€Ą€ WP_270610708Ŗ€ĸ€0€0€ €glycosyltransferase family 2 protein [Fulvivirga marina] >MBL6449802.1 glycosyltransferase family 2 protein [Fulvivirga marina]Ą€0€Š€0€Ą€ WP_202859343Ŗ€ĸ€0€0€ €JStructure of Proteasome-Pba1-Pba2 Complex [Saccharomyces cerevisiae S288C]Ą€0€Ž€0€ €4G4SĄ€FŖ€Fĸ€0€0€ €5recombinase family protein [Comamonadaceae bacterium]Ą€0€¤€0€Ą€ MCK7495745Ŗ€ĸ€0€0€ €‚Pdisease resistance protein At4g27190 [Vigna angularis] >XP_017412205.1 disease resistance protein At4g27190 [Vigna angularis] >KAG2410350.1 Disease resistance protein [Vigna angularis] >KOM30811.1 hypothetical protein LR48_Vigan01g036600 [Vigna angularis] >BAT73545.1 hypothetical protein VIGAN_01104300 [Vigna angularis var. angularis]Ą€0€Š€0€Ą€ XP_017412204Ŗ€ĸ€0€0€ €@Gfo/Idh/MocA family oxidoreductase [Salegentibacter sp. Hel_I_6]Ą€0€Š€0€Ą€ WP_037318352Ŗ€ĸ€0€0€ €‚transposase [Escherichia coli] >HBW1046176.1 IS66 family transposase [Klebsiella pneumoniae] >HBW7446324.1 IS66 family transposase [Klebsiella pneumoniae] >HBW7490463.1 IS66 family transposase [Klebsiella pneumoniae] >HBW7780278.1 IS66 family transposase [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ EFH7886278Ŗ€ĸ€0€0€ €‚•MarR family transcriptional regulator [bacterium M00.F.Ca.ET.205.01.1.1] >TGU54050.1 MarR family transcriptional regulator [bacterium M00.F.Ca.ET.152.01.1.1] >TGV37543.1 MarR family transcriptional regulator [Mesorhizobium sp. M00.F.Ca.ET.186.01.1.1] >TGZ41093.1 MarR family transcriptional regulator [bacterium M00.F.Ca.ET.162.01.1.1] >TJW32189.1 MarR family transcriptional regulator [Mesorhizobium sp.]Ą€0€¤€0€Ą€TGQ73293Ŗ€ĸ€0€0€ €7tRNA(Ile)-lysidine synthetase [Phytophthora parasitica]Ą€0€¤€0€Ą€ETL94002Ŗ€ĸ€0€0€ €§DMT family transporter [Desulfitobacterium dehalogenans] >AFM00144.1 DMT(drug/metabolite transporter) superfamily permease [Desulfitobacterium dehalogenans ATCC 51507]Ą€0€Š€0€Ą€ WP_014793632Ŗ€ĸ€0€0€ €‚hDUF3274 domain-containing protein [Klebsiella michiganensis] >MBA7859840.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBA8052665.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBL0775410.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBZ7211041.1 DUF3274 domain-containing protein [Klebsiella michiganensis]Ą€0€Š€0€Ą€ WP_182158016Ŗ€ĸ€0€0€ €uGDP-L-fucose synthase isoform X2 [Jaculus jaculus] >XP_044998618.1 GDP-L-fucose synthase isoform X2 [Jaculus jaculus]Ą€0€Š€0€Ą€ XP_044998617Ŗ€ĸ€0€0€ €6SDR family oxidoreductase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ9647935Ŗ€ĸ€0€0€ €:DUF4143 domain-containing protein [Rickettsia montanensis]Ą€0€Š€0€Ą€ WP_232202741Ŗ€ĸ€0€0€ €&methyltransferase [Nocardia higoensis]Ą€0€Š€0€Ą€ WP_051027110Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UHK01047Ŗ€ĸ€0€0€ €%5231_t:CDS:2 [Paraglomus brasilianum]Ą€0€Ĩ€0€Ą€ CAG8560118Ŗ€ĸ€0€0€ €;histone deacetylase family protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCF2977864Ŗ€ĸ€0€0€ €mputative phage tail fiber protein K [Salmonella enterica subsp. indica serovar 6,14,25:z10:1,(2),7 str. 1121]Ą€0€¤€0€Ą€ESE83270Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MCD58157Ŗ€ĸ€0€0€ €{unnamed protein product [Bursaphelenchus okinawaensis] >CAG9114618.1 unnamed protein product [Bursaphelenchus okinawaensis]Ą€0€Ĩ€0€Ą€ CAD5221127Ŗ€ĸ€0€0€ €/MCE family protein [Caulobacteraceae bacterium]Ą€0€¤€0€Ą€ MBE7218062Ŗ€ĸ€0€0€ €*cullin-2 isoform X2 [Megalops cyprinoides]Ą€0€Š€0€Ą€ XP_036378433Ŗ€ĸ€0€0€ €Kclass I SAM-dependent rRNA methyltransferase [Myxococcales bacterium FL481]Ą€0€¤€0€Ą€TPV93333Ŗ€ĸ€0€0€ €‚štaurine ABC transporter permease TauC [Enterobacter asburiae] >EHN8902465.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK6836449.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK6994160.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK7061975.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK7243845.1 taurine ABC transporter permease TauC [Enterobacter asburiae]Ą€0€Š€0€Ą€ WP_213750918Ŗ€ĸ€0€0€ €0alpha/beta fold hydrolase [Planctomicrobium sp.]Ą€0€¤€0€Ą€ MBT5019052Ŗ€ĸ€0€0€ €‡DUF4177 domain-containing protein [Paenarthrobacter sp. CM16] >NQD87728.1 DUF4177 domain-containing protein [Paenarthrobacter sp. CM16]Ą€0€Š€0€Ą€ WP_172323533Ŗ€ĸ€0€0€ €0nitronate monooxygenase [Bacteroidota bacterium]Ą€0€¤€0€Ą€TRZ74764Ŗ€ĸ€0€0€ €9hypothetical protein FPRO05_03314 [Fusarium proliferatum]Ą€0€¤€0€Ą€RBA14522Ŗ€ĸ€0€0€ €ODEAD/DEAH box helicase domain-containing protein, partial [Acidiphilium sp. PM]Ą€0€¤€0€Ą€EGO95442Ŗ€ĸ€0€0€ €#hypothetical protein [Ahrensia sp.]Ą€0€¤€0€Ą€MAS03180Ŗ€ĸ€0€0€ €™OprO/OprP family phosphate-selective porin [Xanthomonas citri] >WAW90936.1 OprO/OprP family phosphate-selective porin [Xanthomonas citri pv. malvacearum]Ą€0€Š€0€Ą€ WP_269358925Ŗ€ĸ€0€0€ €Ahypothetical protein PtrEW4_005350 [Pyrenophora tritici-repentis]Ą€0€¤€0€Ą€ KAI1570405Ŗ€ĸ€0€0€ €spirin family protein [Mitsuaria sp. PDC51] >SFS00963.1 hypothetical protein SAMN05428960_4790 [Mitsuaria sp. PDC51]Ą€0€Š€0€Ą€ WP_091733714Ŗ€ĸ€0€0€ €‰DUF4920 domain-containing protein [Sphingobacteriia bacterium] >NDC73439.1 DUF4920 domain-containing protein [Sphingobacteriia bacterium]Ą€0€¤€0€Ą€NBY29827Ŗ€ĸ€0€0€ €Eaminoacetone oxidase family FAD-binding enzyme [Campylobacter showae]Ą€0€Š€0€Ą€ WP_122873240Ŗ€ĸ€0€0€ €]succinate dehydrogenase assembly factor 2, partial [Mesorhizobium sp. M7A.F.Ca.US.005.03.2.1]Ą€0€¤€0€Ą€RUY13648Ŗ€ĸ€0€0€ €‚zDUF6265 family protein [Elizabethkingia anophelis] >EQB93415.1 hypothetical protein C874_01460 [Elizabethkingia anophelis 502] >MCT3921799.1 hypothetical protein [Elizabethkingia anophelis] >MCT3958110.1 hypothetical protein [Elizabethkingia anophelis] >MCT4060736.1 hypothetical protein [Elizabethkingia anophelis] >MCT4107028.1 hypothetical protein [Elizabethkingia anophelis]Ą€0€Š€0€Ą€ WP_021346398Ŗ€ĸ€0€0€ €cdiacylglycerol acyltransferase/mycolyltransferase Ag85A, partial [Mycobacterium sp. ITM-2016-00317]Ą€0€¤€0€Ą€PQP77439Ŗ€ĸ€0€0€ €;hypothetical protein C5S35_03960 [Methanophagales archaeon]Ą€0€¤€0€Ą€ KAF5437455Ŗ€ĸ€0€0€ €‚Îpeptidase C39 family protein [Enterococcus faecalis] >EOI05804.1 hypothetical protein UCI_00728 [Enterococcus faecalis EnGen0241] >EOI40630.1 hypothetical protein UIU_00232 [Enterococcus faecalis EnGen0299] >EOJ48965.1 hypothetical protein WM7_00797 [Enterococcus faecalis EnGen0361] >EOK03269.1 hypothetical protein WOS_02646 [Enterococcus faecalis EnGen0367] >EOK37429.1 hypothetical protein WUI_02872 [Enterococcus faecalis EnGen0335] >EOK38563.1 hypothetical protein WUE_00768 [Enterococcus faecalis EnGen0330] >EOK43257.1 hypothetical protein WUG_00804 [Enterococcus faecalis EnGen0332] >EOL92099.1 hypothetical protein WM3_00768 [Enterococcus faecalis EnGen0366] >EOL92673.1 hypothetical protein WM1_02843 [Enterococcus faecalis EnGen0341] >EOL95916.1 hypothetical protein WM5_00760 [Enterococcus faecalis EnGen0344] >ERT25927.1 hypothetical protein O994_00217 [Enterococcus faecalis JH2-2] >ETU38313.1 hypothetical protein P016_00125 [Enterococcus faecalis EnGen0416]Ą€0€¤€0€Ą€AVR90781Ŗ€ĸ€0€0€ €+GTP pyrophosphokinase [Halomonas hibernica]Ą€0€Š€0€Ą€ WP_172117930Ŗ€ĸ€0€0€ €Cglycosyltransferase family 39 protein [Marinobacter santoriniensis]Ą€0€Š€0€Ą€ WP_152638733Ŗ€ĸ€0€0€ €ihypothetical protein [Myxococcales bacterium] >MCH8889966.1 hypothetical protein [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCH7644438Ŗ€ĸ€0€0€ €]RagB/SusD family nutrient uptake outer membrane protein, partial [Parabacteroides distasonis]Ą€0€Š€0€Ą€ WP_272053002Ŗ€ĸ€0€0€ €DNADH-quinone oxidoreductase subunit NuoH [Anaerolineaceae bacterium]Ą€0€¤€0€Ą€ MBI9043002Ŗ€ĸ€0€0€ €+methionine synthase [Enterobacter vonholyi]Ą€0€Š€0€Ą€ WP_276533217Ŗ€ĸ€0€0€ €=restriction endonuclease, partial [Pseudomonas coronafaciens]Ą€0€¤€0€Ą€KGS11954Ŗ€ĸ€0€0€ €Htwo-component system sensor histidine kinase YesM [Paenibacillus lupini]Ą€0€¤€0€Ą€NIK25817Ŗ€ĸ€0€0€ €ĶDUF3526 domain-containing protein [Xanthomonas albilineans] >QHQ29756.1 hypothetical protein XaFJ1_GM003047 [Xanthomonas albilineans] >CBA17499.1 hypothetical protein XALC_3022 [Xanthomonas albilineans GPE PC73]Ą€0€Š€0€Ą€ WP_012917492Ŗ€ĸ€0€0€ €/hypothetical protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MCB0689733Ŗ€ĸ€0€0€ €2acyl-CoA dehydrogenase [Pseudomonadales bacterium]Ą€0€¤€0€Ą€ MBL6807531Ŗ€ĸ€0€0€ €:hypothetical protein PAPYR_6126 [Paratrimastix pyriformis]Ą€0€¤€0€Ą€ KAJ4458169Ŗ€ĸ€0€0€ €•tRNA threonylcarbamoyladenosine dehydratase [Dialister micraerophilus] >EGF13637.1 HesA/MoeB/ThiF family protein [Dialister micraerophilus DSM 19965]Ą€0€Š€0€Ą€ WP_007556065Ŗ€ĸ€0€0€ €:ABC transporter ATP-binding protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ9964693Ŗ€ĸ€0€0€ €$AAA family ATPase [Escherichia coli]Ą€0€¤€0€Ą€ EGO4094244Ŗ€ĸ€0€0€ €>glycosyl hydrolase family 28 protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCI5916932Ŗ€ĸ€0€0€ €fructose-6-phosphate aldolase [Citrobacter portucalensis] >ULK52968.1 fructose-6-phosphate aldolase [Citrobacter portucalensis]Ą€0€Š€0€Ą€ WP_239606280Ŗ€ĸ€0€0€ €=agmatine deiminase family protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€MSO45354Ŗ€ĸ€0€0€ €‚#cysteine and glycine-rich protein 3 [Bos taurus] >XP_005900735.1 PREDICTED: cysteine and glycine-rich protein 3 isoform X2 [Bos mutus] >XP_010856729.1 PREDICTED: cysteine and glycine-rich protein 3 [Bison bison bison] >XP_019810477.1 PREDICTED: cysteine and glycine-rich protein 3 isoform X2 [Bos indicus] >XP_020765801.1 cysteine and glycine-rich protein 3 [Odocoileus virginianus texanus] >XP_025142082.1 cysteine and glycine-rich protein 3 isoform X2 [Bubalus bubalis] >XP_027388070.1 cysteine and glycine-rich protein 3 [Bos indicus x Bos taurus] >XP_043307074.1 cysteine and glycine-rich protein 3 [Cervus canadensis] >XP_043730995.1 cysteine and glycine-rich protein 3 [Cervus elaphus] >XP_055272003.1 cysteine and glycine-rich protein 3 [Moschus berezovskii] >XP_055437309.1 cysteine and glycine-rich protein 3 isoform X2 [Bubalus carabanensis] >Q4U0T9.1 RecName: Full=Cysteine and glycine-rich protein 3; AltName: Full=Cysteine-rich protein 3; Short=CRP3 [Bos taurus] >QLF99902.1 cysteine and glycine-rich protein 3 [Bos grunniens] >CAI9166769.1 unnamed protein product [Rangifer tarandus platyrhyncus] >AAI03109.1 Cysteine and glycine-rich protein 3 (cardiac LIM protein) [Bos taurus] >AAY45897.1 cysteine- and glycine-rich protein 3 [Bos taurus] >ELR52834.1 Cysteine and glycine-rich protein 3 [Bos mutus]Ą€0€Š€0€Ą€ NP_001019860Ŗ€ĸ€0€0€ €Kreverse transcriptase domain-containing protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFB98697Ŗ€ĸ€0€0€ €.unnamed protein product [Caenorhabditis bovis]Ą€0€Ĩ€0€Ą€ CAB3403040Ŗ€ĸ€0€0€ €Dpenicillin-insensitive murein endopeptidase [Nannocystis sp. bb15-2]Ą€0€Š€0€Ą€ WP_276594570Ŗ€ĸ€0€0€ €yphenylalanine--tRNA ligase subunit beta [Thauera sp.] >MBP7048720.1 phenylalanine--tRNA ligase subunit beta [Thauera sp.]Ą€0€¤€0€Ą€ MBP6132529Ŗ€ĸ€0€0€ €>hypothetical protein ES319_A03G016400v1 [Gossypium barbadense]Ą€0€¤€0€Ą€ KAB2088711Ŗ€ĸ€0€0€ €8hypothetical protein EGJ99_18275 [Klebsiella pneumoniae]Ą€0€¤€0€Ą€RRY46070Ŗ€ĸ€0€0€ €‚žcalcium uniporter protein 6, mitochondrial [Glycine max] >XP_028191682.1 calcium uniporter protein 6, mitochondrial-like [Glycine soja] >KAG4974970.1 hypothetical protein JHK87_031791 [Glycine soja] >KAG4989538.1 hypothetical protein JHK85_032521 [Glycine max] >KAG4995128.1 hypothetical protein JHK86_031955 [Glycine max] >KAG5125127.1 hypothetical protein JHK82_031864 [Glycine max] >KAG5146553.1 hypothetical protein JHK84_032096 [Glycine max]Ą€0€Š€0€Ą€ XP_006591276Ŗ€ĸ€0€0€ €metal-sulfur cluster assembly factor [Oryzomicrobium terrae] >QEL66399.1 hypothetical protein OTERR_29230 [Oryzomicrobium terrae]Ą€0€Š€0€Ą€ WP_054621512Ŗ€ĸ€0€0€ €>hypothetical protein GOP47_0008753 [Adiantum capillus-veneris]Ą€0€¤€0€Ą€ KAI5076688Ŗ€ĸ€0€0€ €‚1SdiA-regulated domain-containing protein [Aliarcobacter butzleri] >MCT7563887.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri] >MCT7612562.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri] >MCT7641204.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri]Ą€0€Š€0€Ą€ WP_260879442Ŗ€ĸ€0€0€ €5hypothetical protein KM043_004783 [Ampulex compressa]Ą€0€¤€0€Ą€ KAG7202115Ŗ€ĸ€0€0€ €ET-Complex Protein 11 X-Linked Protein 2, partial [Manis pentadactyla]Ą€0€¤€0€Ą€ KAI5128402Ŗ€ĸ€0€0€ €M(deoxy)nucleoside triphosphate pyrophosphohydrolase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR6417349Ŗ€ĸ€0€0€ €Dtellurite resistance TerB family protein [Citrobacter portucalensis]Ą€0€Š€0€Ą€ WP_267448957Ŗ€ĸ€0€0€ €Bsigma-70 family RNA polymerase sigma factor [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR2718156Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAU97140Ŗ€ĸ€0€0€ €ADCY8 cyclase [Malurus elegans]Ą€0€¤€0€Ą€NWV65193Ŗ€ĸ€0€0€ €ETetR/AcrR family transcriptional regulator [Saccharothrix sp. AJ9571]Ą€0€¤€0€Ą€UJW35797Ŗ€ĸ€0€0€ €Oclass I SAM-dependent methyltransferase [Candidatus Heimdallarchaeota archaeon]Ą€0€¤€0€Ą€ MCE7733397Ŗ€ĸ€0€0€ €`bifunctional DNA primase/polymerase domain protein [Corynebacterium glucuronolyticum ATCC 51866]Ą€0€¤€0€Ą€EEI62381Ŗ€ĸ€0€0€ €0threonine dehydratase [Thermoflexales bacterium]Ą€0€Ĩ€0€Ą€ CAG0929351Ŗ€ĸ€0€0€ €8cytochrome oxidase subunit 1, partial [Stator tigrensis]Ą€0€¤€0€Ą€AAX94106Ŗ€ĸ€0€0€ €=thiosulfate reductase cytochrome B subunit [Escherichia coli]Ą€0€¤€0€Ą€ EFC4417017Ŗ€ĸ€0€0€ €Rtype II toxin-antitoxin system PemK/MazF family toxin [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCL2109536Ŗ€ĸ€0€0€ €Friboflavin kinase / FMN adenylyltransferase [Pseudomonas linyingensis]Ą€0€Ĩ€0€Ą€SEJ33525Ŗ€ĸ€0€0€ €Lpolymerase acidic protein [Influenza A virus (A/Nagasaki/13N020/2014(H3N2))]Ą€0€Ŧ€0€Ą€BAQ58714Ŗ€ĸ€0€0€ €÷hypothetical protein [Oceanospirillaceae bacterium] >MBT5630667.1 hypothetical protein [Oceanospirillaceae bacterium] >MBT6102099.1 hypothetical protein [Oceanospirillaceae bacterium] >HAW17267.1 hypothetical protein [Oceanospirillaceae bacterium]Ą€0€¤€0€Ą€ MBT4239116Ŗ€ĸ€0€0€ €‹amino acid ABC transporter permease [Pseudomonas sp. p1(2021b)] >UBM26168.1 amino acid ABC transporter permease [Pseudomonas sp. p1(2021b)]Ą€0€Š€0€Ą€ WP_224458015Ŗ€ĸ€0€0€ €&hemagglutinin [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBP6650873Ŗ€ĸ€0€0€ €}2-phospho-L-lactate transferase [Sphingobium yanoikuyae] >ATI79598.1 2-phospho-L-lactate transferase [Sphingobium yanoikuyae]Ą€0€Š€0€Ą€ WP_097382902Ŗ€ĸ€0€0€ €…hypothetical protein SARC_06409 [Sphaeroforma arctica JP610] >KNC81263.1 hypothetical protein SARC_06409 [Sphaeroforma arctica JP610]Ą€0€Š€0€Ą€ XP_014155165Ŗ€ĸ€0€0€ €DAraC family transcriptional regulator [Butyrivibrio proteoclasticus]Ą€0€Š€0€Ą€ WP_026661995Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€NPM18735Ŗ€ĸ€0€0€ €&hypothetical protein [Gallionella sp.]Ą€0€¤€0€Ą€ MBW8078285Ŗ€ĸ€0€0€ €mRNA methyltransferase [Streptomyces spectabilis] >QDQ10497.1 RNA methyltransferase [Streptomyces spectabilis]Ą€0€Š€0€Ą€ WP_144002426Ŗ€ĸ€0€0€ €9hypothetical protein H2202_004371 [Exophiala xenobiotica]Ą€0€¤€0€Ą€ KAJ9499981Ŗ€ĸ€0€0€ €2hypothetical protein [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MBI5799565Ŗ€ĸ€0€0€ €OTRAP transporter substrate-binding protein DctP [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT8367246Ŗ€ĸ€0€0€ €‡hypothetical protein [Desulfallas thermosapovorans] >TYO95498.1 hypothetical protein LX24_01459 [Desulfallas thermosapovorans DSM 6562]Ą€0€Š€0€Ą€ WP_243131659Ŗ€ĸ€0€0€ €8putative quinol monooxygenase [Fictibacillus halophilus]Ą€0€Š€0€Ą€ WP_226536872Ŗ€ĸ€0€0€ €Brab11 family-interacting protein 4A isoform X2 [Anguilla anguilla]Ą€0€Š€0€Ą€ XP_035254397Ŗ€ĸ€0€0€ €Pbifunctional aspartate kinase/homoserine dehydrogenase I [Chlorobiota bacterium]Ą€0€¤€0€Ą€NOY97419Ŗ€ĸ€0€0€ €ƒcupin domain-containing protein [Nitrososphaerota archaeon] >TLX90138.1 cupin domain-containing protein [Nitrososphaerota archaeon]Ą€0€¤€0€Ą€TLX84297Ŗ€ĸ€0€0€ €?MarR family transcriptional regulator [Azotobacter chroococcum]Ą€0€¤€0€Ą€TBV99016Ŗ€ĸ€0€0€ €Žhypothetical protein AVEN_98651-1, partial [Araneus ventricosus] >GBO23275.1 hypothetical protein AVEN_246378-1, partial [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBO23274Ŗ€ĸ€0€0€ €1Protease PrtS precursor [bacterium ADurb.BinA028]Ą€0€¤€0€Ą€OPZ52024Ŗ€ĸ€0€0€ €FSDR family NAD(P)-dependent oxidoreductase [Burkholderia sp. Se-20373]Ą€0€¤€0€Ą€ MBN3744368Ŗ€ĸ€0€0€ €-hypothetical protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCE5900341Ŗ€ĸ€0€0€ €4cell division protein MraZ [Bacteroidales bacterium]Ą€0€¯€0€Ą€HCY01371Ŗ€ĸ€0€0€ €ˇ30S ribosomal protein S12 methylthiotransferase RimO [Bradyrhizobium sp. CCBAU 53421] >QOZ34381.1 30S ribosomal protein S12 methylthiotransferase RimO [Bradyrhizobium sp. CCBAU 53421]Ą€0€Š€0€Ą€ WP_194454339Ŗ€ĸ€0€0€ €‚iacireductone dioxygenase [Klebsiella pneumoniae] >EIX9513452.1 acireductone dioxygenase [Klebsiella pneumoniae] >PLL66308.1 acireductone dioxygenase [Klebsiella pneumoniae] >HBR2774437.1 acireductone dioxygenase [Klebsiella pneumoniae] >HBV3399693.1 acireductone dioxygenase [Klebsiella pneumoniae] >HBV3516582.1 acireductone dioxygenase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_159220133Ŗ€ĸ€0€0€ €‚|hypothetical protein [Bacillus cereus] >EOO23311.1 hypothetical protein ICC_06143 [Bacillus cereus BAG1X1-1] >EOO43048.1 hypothetical protein ICI_06073 [Bacillus cereus BAG1X2-1] >EOO56398.1 hypothetical protein ICM_05693 [Bacillus cereus BAG1X2-3] >EOP00145.1 hypothetical protein ICO_06508 [Bacillus cereus BAG2O-1] >PHA06038.1 hypothetical protein COE70_33505 [Bacillus cereus]Ą€0€Š€0€Ą€ WP_016083913Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UPB00876Ŗ€ĸ€0€0€ €RVC93559.1 cobalt-precorrin-6A reductase, partial [Mesorhizobium sp. M2A.F.Ca.ET.029.05.1.1]Ą€0€Š€0€Ą€ WP_189342802Ŗ€ĸ€0€0€ €‚`Hypothetical protein BBMN68_202 [Bifidobacterium longum subsp. longum BBMN68] >AIW44821.1 hypothetical protein BLGT_06900 [Bifidobacterium longum subsp. longum GT15] >EEI79855.1 hypothetical protein HMPREF0175_1973 [Bifidobacterium longum subsp. longum ATCC 55813] >KWZ93765.1 hypothetical protein HMPREF3231_00803 [Bifidobacterium longum] >THJ28372.1 hypothetical protein E6L38_08485 [Bifidobacterium longum subsp. infantis] >CCK35242.1 putative uncharacterized protein [Bifidobacterium longum subsp. longum CECT 7347] >BAJ71469.1 conserved hypothetical protein [Bifidobacterium longum subsp. infantis 157F]Ą€0€¤€0€Ą€ADQ02892Ŗ€ĸ€0€0€ €:hypothetical protein Bbelb_175930 [Branchiostoma belcheri]Ą€0€¤€0€Ą€ KAI8504475Ŗ€ĸ€0€0€ €khypothetical protein [Acinetobacter sp. Tr-809] >NIE96265.1 hypothetical protein [Acinetobacter sp. Tr-809]Ą€0€Š€0€Ą€ WP_167248335Ŗ€ĸ€0€0€ €`type VI secretion system-associated FHA domain protein TagH [Candidatus Thiodiazotropha weberae]Ą€0€¤€0€Ą€ MCG8010344Ŗ€ĸ€0€0€ €ĒAllophycocyanin beta 18 subunit [Thorea hispida] >AOM65363.1 Allophycocyanin beta 18 subunit [Thorea hispida] >ARX95925.1 allophycocyanin beta-18 subunit [Thorea hispida]Ą€0€Š€0€Ą€ YP_009296428Ŗ€ĸ€0€0€ €-host specificity protein J [Escherichia coli]Ą€0€¤€0€Ą€ EJQ6627878Ŗ€ĸ€0€0€ €KAsnC family transcriptional regulator [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€MAV59409Ŗ€ĸ€0€0€ €Chypothetical protein METSCH_D08420 [Metschnikowia aff. pulcherrima]Ą€0€¤€0€Ą€QBM89760Ŗ€ĸ€0€0€ €eLOW QUALITY PROTEIN: solute carrier organic anion transporter family member 1C1 [Pimephales promelas]Ą€0€Š€0€Ą€ XP_039523839Ŗ€ĸ€0€0€ €JPREDICTED: F-box/FBD/LRR-repeat protein At1g13570-like [Nicotiana tabacum]Ą€0€Š€0€Ą€ XP_016446524Ŗ€ĸ€0€0€ €›hypothetical protein BT93_J1707 [Corymbia citriodora subsp. variegata] >KAF8011166.1 hypothetical protein BT93_J1707 [Corymbia citriodora subsp. variegata]Ą€0€¤€0€Ą€ KAF8011165Ŗ€ĸ€0€0€ €dCoA transferase [Mycobacterium malmoense] >OCB38508.1 acyl-CoA transferase [Mycobacterium malmoense]Ą€0€Š€0€Ą€ WP_065517671Ŗ€ĸ€0€0€ €#PDPK1 kinase [Halcyon senegalensis]Ą€0€¤€0€Ą€NXD84883Ŗ€ĸ€0€0€ €Øhypothetical protein KC352_g40461, partial [Hortaea werneckii] >KAI7557778.1 hypothetical protein KC346_g23174, partial [Hortaea werneckii] >KAI7631473.1 hypothetical protein KC322_g22809, partial [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI7091816Ŗ€ĸ€0€0€ €„phosphoglycerate mutase family protein [Bdellovibrio bacteriovorus] >KYG61680.1 phosphoglycerate mutase [Bdellovibrio bacteriovorus]Ą€0€Š€0€Ą€ WP_061836762Ŗ€ĸ€0€0€ €ÍMULTISPECIES: hypothetical protein [Microcystis] >MBD2288501.1 hypothetical protein [Microcystis wesenbergii FACHB-1317] >UZO78704.1 hypothetical protein M8120_12995 [Microcystis aeruginosa str. Chao 1910]Ą€0€Š€0€Ą€ WP_190357222Ŗ€ĸ€0€0€ €˛hypothetical protein [Vibrio cholerae] >EGQ8093561.1 hypothetical protein [Vibrio cholerae] >EMQ68588.1 hypothetical protein VCNHCC008D_001580 [Vibrio cholerae O1 str. NHCC-008D]Ą€0€Š€0€Ą€ WP_002162515Ŗ€ĸ€0€0€ €;MAG: hypothetical protein IMF26_07105 [Bacillota bacterium]Ą€0€¤€0€Ą€QUL97857Ŗ€ĸ€0€0€ €*MFS transporter [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBO7137251Ŗ€ĸ€0€0€ €ætype II CAAX endopeptidase family protein [Kribbella sandramycini] >MBB6566314.1 membrane protease YdiL (CAAX protease family) [Kribbella sandramycini] >NOL43023.1 CPBP family intramembrane metalloprotease [Kribbella sandramycini]Ą€0€Š€0€Ą€ WP_171675609Ŗ€ĸ€0€0€ €”YccS family putative transporter [Acinetobacter baumannii] >EYD52647.1 integral membrane, YccS/YhfK family protein [Acinetobacter baumannii 25493_4]Ą€0€Š€0€Ą€ WP_031972379Ŗ€ĸ€0€0€ €‚–MULTISPECIES: co-chaperone GroES [unclassified Mesorhizobium] >ESX05107.1 molecular chaperone GroES [Mesorhizobium sp. LSJC265A00] >ESX96116.1 molecular chaperone GroES [Mesorhizobium sp. LNJC403B00] >ESY05960.1 molecular chaperone GroES [Mesorhizobium sp. LNJC399B00] >ESY12177.1 molecular chaperone GroES [Mesorhizobium sp. LNJC398B00] >ESY33020.1 molecular chaperone GroES [Mesorhizobium sp. LNJC386A00]Ą€0€Š€0€Ą€ WP_023698577Ŗ€ĸ€0€0€ €™3-deoxy-7-phosphoheptulonate synthase class II [Streptomyces collinus] >UJA17453.1 3-deoxy-7-phosphoheptulonate synthase class II [Streptomyces collinus]Ą€0€¤€0€Ą€UJA07681Ŗ€ĸ€0€0€ €4FAD-dependent oxidoreductase [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBQ3247549Ŗ€ĸ€0€0€ €jATP-binding protein [Pedobacter sp. Hv1] >KQC00136.1 hypothetical protein AQF98_13920 [Pedobacter sp. Hv1]Ą€0€Š€0€Ą€ WP_055132583Ŗ€ĸ€0€0€ €?addiction module protein [Candidatus Hydrogenedentes bacterium]Ą€0€¤€0€Ą€ MBI3118824Ŗ€ĸ€0€0€ €/TonB-dependent receptor [Marinicella sp. S6413]Ą€0€Š€0€Ą€ WP_267184195Ŗ€ĸ€0€0€ €9hypothetical protein OS493_039898 [Desmophyllum pertusum]Ą€0€¤€0€Ą€ KAJ7369304Ŗ€ĸ€0€0€ €y(2Fe-2S)-binding protein [Fervidicoccus fontis] >AFH43225.1 hypothetical protein FFONT_1237 [Fervidicoccus fontis Kam940]Ą€0€Š€0€Ą€ WP_014558374Ŗ€ĸ€0€0€ €)MFS transporter [Ferroplasma acidiphilum]Ą€0€Š€0€Ą€ WP_257788220Ŗ€ĸ€0€0€ €ĢPREDICTED: sialyltransferase-like protein 2 isoform X2 [Raphanus sativus] >KAJ4897523.1 Glycosyltransferase family 29 (sialyltransferase) family protein [Raphanus sativus]Ą€0€Š€0€Ą€ XP_018492447Ŗ€ĸ€0€0€ €-glycosyltransferase [Nitrospirales bacterium]Ą€0€¤€0€Ą€ MBA3614174Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¯€0€Ą€ HBE3137209Ŗ€ĸ€0€0€ €0potassium transporter TrkA [Agrobacterium vitis]Ą€0€¤€0€Ą€MVA71646Ŗ€ĸ€0€0€ €oComF family protein [Arcobacter sp. CECT 8983] >RXJ90300.1 phosphoribosyltransferase [Arcobacter sp. CECT 8983]Ą€0€Š€0€Ą€ WP_129006924Ŗ€ĸ€0€0€ €™vacuolar ATP synthase subunit, putative [Ichthyophthirius multifiliis] >EGR31156.1 vacuolar ATP synthase subunit, putative [Ichthyophthirius multifiliis]Ą€0€Š€0€Ą€ XP_004034642Ŗ€ĸ€0€0€ €Ipyridine nucleotide-disulfide oxidoreductase [Catonella morbi ATCC 51271]Ą€0€¤€0€Ą€ESL04748Ŗ€ĸ€0€0€ €¤sigma-54 dependent transcriptional regulator [Brevundimonas diminuta] >MBD3818957.1 sigma-54-dependent Fis family transcriptional regulator [Brevundimonas diminuta]Ą€0€Š€0€Ą€ WP_278449211Ŗ€ĸ€0€0€ €‚shypothetical protein [Agrobacterium tumefaciens] >TGE78911.1 hypothetical protein C9410_12200 [Rhizobium sp. SEMIA 439] >MBB4282744.1 hypothetical protein [Agrobacterium tumefaciens] >MBB4318653.1 hypothetical protein [Agrobacterium tumefaciens] >MBB4323922.1 hypothetical protein [Agrobacterium tumefaciens] >MBB4336440.1 hypothetical protein [Agrobacterium tumefaciens]Ą€0€Š€0€Ą€ WP_080864663Ŗ€ĸ€0€0€ €3hypothetical protein JVU11DRAFT_1738 [Chiua virens]Ą€0€¤€0€Ą€ KAG9317532Ŗ€ĸ€0€0€ €Ehypothetical protein C9986_02460, partial [Pseudidiomarina aestuarii]Ą€0€¤€0€Ą€PTB82632Ŗ€ĸ€0€0€ €9hypothetical protein BGX29_005093 [Mortierella sp. GBA35]Ą€0€¤€0€Ą€ KAF9101968Ŗ€ĸ€0€0€ €.hypothetical protein [Chitinophagia bacterium]Ą€0€¤€0€Ą€NDE10255Ŗ€ĸ€0€0€ €MCD2145030.1 RNA polymerase sigma factor SigF [Gordonia paraffinivorans] >VFA88440.1 Sigma-37 [Gordonia paraffinivorans]Ą€0€Š€0€Ą€ WP_131734175Ŗ€ĸ€0€0€ €ÅMULTISPECIES: ABC transporter permease [Vagococcus] >APB30396.1 branched-chain amino acid ABC transporter permease [Vagococcus teuberi] >RHH68467.1 ABC transporter permease [Vagococcus sp. AM17-17]Ą€0€Š€0€Ą€ WP_071455957Ŗ€ĸ€0€0€ €Dhypothetical protein PABG_06465 [Paracoccidioides brasiliensis Pb03]Ą€0€¤€0€Ą€EEH16378Ŗ€ĸ€0€0€ €į3',5'-cyclic-nucleotide phosphodiesterase [Helicobacter pylori] >AGL65992.1 phosphoesterase [Helicobacter pylori UM032] >AGL68097.1 phosphoesterase [Helicobacter pylori UM299] >AGR62264.1 phosphoesterase [Helicobacter pylori UM298]Ą€0€Š€0€Ą€ WP_015645305Ŗ€ĸ€0€0€ €%phage tail protein [Escherichia coli]Ą€0€¯€0€Ą€ HAL0497824Ŗ€ĸ€0€0€ €kMULTISPECIES: Tn3 family transposase [Acidovorax] >MCO4243727.1 Tn3 family transposase [Acidovorax facilis]Ą€0€Š€0€Ą€ WP_055394972Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ6611319Ŗ€ĸ€0€0€ €Vphosphatidylglycerol lysyltransferase domain-containing protein [Streptococcus uberis]Ą€0€Š€0€Ą€ WP_231837445Ŗ€ĸ€0€0€ €‚8D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775458.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775462.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775467.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775473.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775479.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_056017510.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_056017521.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_056017524.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis]Ą€0€Š€0€Ą€ XP_048775453Ŗ€ĸ€0€0€ €qhypothetical protein [Butyricicoccus sp. BIOML-A1] >MZT27279.1 hypothetical protein [Butyricicoccus sp. BIOML-A1]Ą€0€Š€0€Ą€ WP_161275011Ŗ€ĸ€0€0€ €‚*toxin YdaT domain-containing protein [Enterobacter roggenkampii] >MCU2290028.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2299138.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2321140.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2339234.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2341886.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii]Ą€0€Š€0€Ą€ WP_262114929Ŗ€ĸ€0€0€ €:hypothetical protein NFI96_025673 [Prochilodus magdalenae]Ą€0€¤€0€Ą€ KAI4882225Ŗ€ĸ€0€0€ €,hypothetical protein [Leucobacter sp. cx-42]Ą€0€¤€0€Ą€ MBC9954836Ŗ€ĸ€0€0€ €‰fructose bisphosphate aldolase [Pelagerythrobacter aerophilus] >RIV79787.1 fructose bisphosphate aldolase [Pelagerythrobacter aerophilus]Ą€0€Š€0€Ą€ WP_119512617Ŗ€ĸ€0€0€ €‚}hypothetical protein [Bacteroides acidifaciens] >MBF0729040.1 hypothetical protein [Bacteroides acidifaciens] >MBF0834614.1 hypothetical protein [Bacteroides acidifaciens] >MCR1997584.1 hypothetical protein [Bacteroides acidifaciens] >TFU51164.1 hypothetical protein E4T97_05565 [Bacteroides acidifaciens] >GFH88276.1 hypothetical protein IMSAGC001_03718 [Bacteroides acidifaciens]Ą€0€Š€0€Ą€ WP_024986590Ŗ€ĸ€0€0€ €Dhelix-turn-helix domain-containing protein [Granulicatella adiacens]Ą€0€Š€0€Ą€ WP_217950418Ŗ€ĸ€0€0€ €1ABC transporter permease [Oxalobacter formigenes]Ą€0€¤€0€Ą€ MCM1513138Ŗ€ĸ€0€0€ €,unnamed protein product [Neisseria subflava]Ą€0€Š€0€Ą€ WP_107723967Ŗ€ĸ€0€0€ €‡tellurite resistance TerB family protein [Pseudomonas sp. LD120] >KAF0863118.1 DUF533 domain-containing protein [Pseudomonas sp. LD120]Ą€0€Š€0€Ą€ WP_159896041Ŗ€ĸ€0€0€ €LATP-dependent zinc metalloprotease FtsH [Holdemania sp. 1001302B_160321_E10]Ą€0€Š€0€Ą€ WP_195397250Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAP26351Ŗ€ĸ€0€0€ €˛DUF4157 domain-containing protein [Dokdonia pacifica] >GGG23349.1 hypothetical protein GCM10011344_25110 [Dokdonia pacifica] >SNR48861.1 Phage-related protein [Dokdonia pacifica]Ą€0€Š€0€Ą€ WP_089370623Ŗ€ĸ€0€0€ €I3-phenylpropionate/cinnamic acid dioxygenase subunit beta [Aquincola sp.]Ą€0€¤€0€Ą€ MBQ1765196Ŗ€ĸ€0€0€ €‚âMULTISPECIES: VOC family protein [unclassified Ruegeria] >NOD75505.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4332] >NOD87487.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4318] >NOE13042.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4318-2] >NOG08790.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4315]Ą€0€Š€0€Ą€ WP_171183333Ŗ€ĸ€0€0€ €+hypothetical protein [Thelotrema lepadinum]Ą€0€¤€0€Ą€ MCJ1326389Ŗ€ĸ€0€0€ €+proteasome subunit beta [Prescottella equi]Ą€0€Š€0€Ą€ WP_237171174Ŗ€ĸ€0€0€ €‚,thioredoxin-dependent thiol peroxidase [Haemophilus paraphrohaemolyticus] >EIG23492.1 thioredoxin-dependent thiol peroxidase [Haemophilus paraphrohaemolyticus HK411] >OOR96319.1 peroxiredoxin [Haemophilus paraphrohaemolyticus] >STP01202.1 Putative peroxiredoxin bcp [Haemophilus paraphrohaemolyticus]Ą€0€Š€0€Ą€ WP_005710284Ŗ€ĸ€0€0€ €*hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EAV2673163Ŗ€ĸ€0€0€ €ˆVacJ family lipoprotein [Pseudoxanthomonas yeongjuensis] >KAF1716661.1 hypothetical protein CSC74_07135 [Pseudoxanthomonas yeongjuensis]Ą€0€Š€0€Ą€ WP_162313773Ŗ€ĸ€0€0€ €(hypothetical protein [Papaver nudicaule]Ą€0€¤€0€Ą€ MCL7030477Ŗ€ĸ€0€0€ €mhypothetical protein [Pseudomonas neuropathica] >MBF6032874.1 hypothetical protein [Pseudomonas neuropathica]Ą€0€Š€0€Ą€ WP_194933787Ŗ€ĸ€0€0€ €2-dehydropantoate 2-reductase [Sphingomonas anseongensis] >MCL6679725.1 2-dehydropantoate 2-reductase [Sphingomonas anseongensis]Ą€0€Š€0€Ą€ WP_249868607Ŗ€ĸ€0€0€ €AD-2-hydroxyacid dehydrogenase [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€ MBT7096516Ŗ€ĸ€0€0€ €%AAA family ATPase [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_116870479Ŗ€ĸ€0€0€ €‚ heavy metal translocating P-type ATPase metal-binding domain-containing protein [Flavobacterium sp. J49] >MBF6642209.1 heavy metal translocating P-type ATPase metal-binding domain-containing protein [Flavobacterium sp. J49] >NIC03455.1 HAD-IC family P-type ATPase [Flavobacterium sp. J49]Ą€0€Š€0€Ą€ WP_176307440Ŗ€ĸ€0€0€ €‚'MULTISPECIES: hypothetical protein [Vibrio harveyi group] >EHR6401694.1 hypothetical protein [Vibrio parahaemolyticus] >EJM7151514.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6213173.1 hypothetical protein [Vibrio vulnificus] >HBK3327014.1 hypothetical protein [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_182023956Ŗ€ĸ€0€0€ €)unnamed protein product [Rotaria sordida]Ą€0€Ĩ€0€Ą€ CAF1059395Ŗ€ĸ€0€0€ €õdihydrolipoyllysine-residue succinyltransferase [Staphylococcus delphini] >UXS20615.1 dihydrolipoyllysine-residue succinyltransferase [Staphylococcus delphini] >UXS56620.1 dihydrolipoyllysine-residue succinyltransferase [Staphylococcus delphini]Ą€0€Š€0€Ą€ WP_262612393Ŗ€ĸ€0€0€ €‚ēMULTISPECIES: two-component regulator propeller domain-containing protein [Parabacteroides] >MCP9363124.1 ATP-binding protein [Parabacteroides distasonis] >MCS2462397.1 ATP-binding protein [Parabacteroides distasonis] >MCS3340124.1 ATP-binding protein [Parabacteroides distasonis] >UVR13135.1 ATP-binding protein [Parabacteroides distasonis] >WHA39576.1 two-component regulator propeller domain-containing protein [Parabacteroides distasonis]Ą€0€Š€0€Ą€ WP_232306300Ŗ€ĸ€0€0€ €Transposase [Escherichia coli]Ą€0€Ĩ€0€Ą€ CAB5621061Ŗ€ĸ€0€0€ €‡hydroxymethylbilane synthase [Thermodesulfobacterium sp. TA1] >QER41942.1 hydroxymethylbilane synthase [Thermodesulfobacterium sp. TA1]Ą€0€Š€0€Ą€ WP_150071802Ŗ€ĸ€0€0€ €Îstage 0 sporulation family protein [Acetobacterium wieringae] >OXS26311.1 MAG: stage 0 sporulation protein [Acetobacterium sp. MES1] >URN84413.1 stage 0 sporulation family protein [Acetobacterium wieringae]Ą€0€Š€0€Ą€ WP_250934260Ŗ€ĸ€0€0€ €:hypothetical protein DTO282F9_5513 [Paecilomyces variotii]Ą€0€¤€0€Ą€ KAJ9397508Ŗ€ĸ€0€0€ €wimelysin family protein [Halopseudomonas nanhaiensis] >UAW99920.1 imelysin family protein [Halopseudomonas nanhaiensis]Ą€0€Š€0€Ą€ WP_223655776Ŗ€ĸ€0€0€ €Kprotein maternal effect lethal 26 [Trichonephila inaurata madagascariensis]Ą€0€Ŧ€0€Ą€GFY73571Ŗ€ĸ€0€0€ €>MarR family transcriptional regulator [Cohnella cholangitidis]Ą€0€¤€0€Ą€QMV44496Ŗ€ĸ€0€0€ €ƒhypothetical protein BBJ29_004799 [Phytophthora kernoviae] >RLN58040.1 hypothetical protein BBP00_00007208 [Phytophthora kernoviae]Ą€0€¤€0€Ą€RLN50561Ŗ€ĸ€0€0€ €ƒ3-oxoacid CoA-transferase subunit B [Helicobacter pylori] >KHL83069.1 succinyl-CoA:3-ketoacid-CoA transferase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_042632177Ŗ€ĸ€0€0€ €3sodium/potassium/calcium exchanger 1 [Equus quagga]Ą€0€Š€0€Ą€ XP_046509038Ŗ€ĸ€0€0€ €hVacuolar protein sorting-associated protein 55-like protein [Cucurbita argyrosperma subsp. argyrosperma]Ą€0€¤€0€Ą€ KAG7034489Ŗ€ĸ€0€0€ €9acyltransferase family protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBL7809501Ŗ€ĸ€0€0€ €$transposase [Cohnella rhizosphaerae]Ą€0€Š€0€Ą€ WP_277531229Ŗ€ĸ€0€0€ €5HAD-IA family hydrolase [Asticcacaulis tiandongensis]Ą€0€Š€0€Ą€ WP_140985543Ŗ€ĸ€0€0€ €ALysR family transcriptional regulator [Streptomyces goshikiensis]Ą€0€Š€0€Ą€ WP_190032834Ŗ€ĸ€0€0€ €:unnamed protein product [Vitrella brassicaformis CCMP3155]Ą€0€Ĩ€0€Ą€CEM11561Ŗ€ĸ€0€0€ €‚°MULTISPECIES: cold-shock protein [Bacillaceae] >KOR77690.1 cold-shock protein [Bacillus sp. FJAT-21352] >KOR84155.1 cold-shock protein [Bacillus sp. FJAT-22058] >KQU08263.1 cold-shock protein [Bacillus sp. Leaf13] >KRF55167.1 cold-shock protein [Bacillus sp. Soil768D1] >KRF60064.1 cold-shock protein [Bacillus sp. Soil745] >MBO0996561.1 cold-shock protein [Bacillus sp. SD075] >MBT2645512.1 cold-shock protein [Bacillus sp. ISL-34] >MBT2669663.1 cold-shock protein [Streptomyces sp. ISL-14] >MCD1159677.1 cold-shock protein [Peribacillus castrilensis] >MCP1095770.1 cold-shock protein [Bacillaceae bacterium OS4b] >NCT39493.1 cold-shock protein [Peribacillus frigoritolerans] >PEF38603.1 cold-shock protein [Bacillus sp. AFS094228] >PEO41838.1 cold-shock protein [Bacillus sp. AFS026049] >PEZ77290.1 cold-shock protein [Bacillus sp. AFS017274] >PKF87772.1 cold-shock protein [Bacillus sp. BA3] >QNK50562.1 cold-shock protein [Brevibacterium sp. PAMC23299] >QOS88002.1 cold-shock protein [Brevibacillus sp. JNUCC-41] >QYF82037.1 cold-shock protein [Brevibacterium sp. PAMC21349] >TDL90147.1 cold-shock protein [Vibrio vulnificus] >SNT37564.1 cold-shock DNA-binding protein family [Bacillus sp. OK838]Ą€0€Š€0€Ą€ WP_028393295Ŗ€ĸ€0€0€ €@hypothetical protein BGO31_12695 [Bacteroidetes bacterium 43-16]Ą€0€¤€0€Ą€OJV54207Ŗ€ĸ€0€0€ €1alpha/beta hydrolase [Herbidospora sakaeratensis]Ą€0€Š€0€Ą€ WP_157553964Ŗ€ĸ€0€0€ €ŋMULTISPECIES: DNA translocase FtsK [Antarcticibacterium] >MCM4159656.1 cell division protein FtsK [Antarcticibacterium sp. W02-3] >QCY70899.1 DNA translocase FtsK [Antarcticibacterium flavum]Ą€0€Š€0€Ą€ WP_139067457Ŗ€ĸ€0€0€ €qhypothetical protein [Flavobacteriales bacterium] >MCC6938017.1 hypothetical protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBK7384228Ŗ€ĸ€0€0€ €yefflux transporter outer membrane subunit [Bordetella genomosp. 11] >OZI66869.1 RND transporter [Bordetella genomosp. 11]Ą€0€Š€0€Ą€ WP_094840069Ŗ€ĸ€0€0€ €#methyltransferase [Ferroplasma sp.]Ą€0€¯€0€Ą€HIH60710Ŗ€ĸ€0€0€ €glycosyltransferase family 2 protein [Leptospiraceae bacterium] >MCP5496330.1 glycosyltransferase family 2 protein [Leptospiraceae bacterium]Ą€0€¤€0€Ą€ MCB1191718Ŗ€ĸ€0€0€ €mtryptophan--tRNA ligase [Cellvibrio sp. PSBB006] >ARU26913.1 tryptophan--tRNA ligase [Cellvibrio sp. PSBB006]Ą€0€Š€0€Ą€ WP_087465911Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UGA79226Ŗ€ĸ€0€0€ €GP182 protein [Todus mexicanus]Ą€0€¤€0€Ą€NWI70572Ŗ€ĸ€0€0€ €‚ihypothetical protein ABG82_04845 [Mycobacteroides immunogenum] >ANO02814.1 hypothetical protein BAB75_04870 [Mycobacteroides immunogenum] >KIU39242.1 hypothetical protein TL11_18445 [Mycobacteroides immunogenum] >KPG02769.1 hypothetical protein AN909_26865 [Mycobacteroides immunogenum] >KPG03342.1 hypothetical protein AN910_26460 [Mycobacteroides immunogenum]Ą€0€¤€0€Ą€AMT69763Ŗ€ĸ€0€0€ €7PD-(D/E)XK nuclease family protein [Cyclobacterium sp.]Ą€0€¤€0€Ą€ MBD3627516Ŗ€ĸ€0€0€ €Bhypothetical protein KF146_2209 [Lactococcus lactis subsp. lactis]Ą€0€¤€0€Ą€KST94193Ŗ€ĸ€0€0€ €5rhodanese-related sulfurtransferase [Yeosuana marina]Ą€0€Š€0€Ą€ WP_166960135Ŗ€ĸ€0€0€ €4unnamed protein product [Symbiodinium necroappetens]Ą€0€Ĩ€0€Ą€ CAE7938465Ŗ€ĸ€0€0€ €shypothetical protein [Bifidobacterium catenulatum] >MBS6896306.1 hypothetical protein [Bifidobacterium catenulatum]Ą€0€Š€0€Ą€ WP_278665106Ŗ€ĸ€0€0€ €Cflagellar biosynthetic protein FliR [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBI2083107Ŗ€ĸ€0€0€ €7hypothetical protein FRC20_007613 [Serendipita sp. 405]Ą€0€¤€0€Ą€ KAG8833708Ŗ€ĸ€0€0€ €jnitroreductase family protein [Mycobacterium sp. E342] >OBH25313.1 nitroreductase [Mycobacterium sp. E342]Ą€0€Š€0€Ą€ WP_068059894Ŗ€ĸ€0€0€ €sglutamate--tRNA ligase [Nitrospirillum amazonense] >TWB29082.1 glutamyl-tRNA synthetase [Nitrospirillum amazonense]Ą€0€Š€0€Ą€ WP_145616262Ŗ€ĸ€0€0€ €>arginine decarboxylase [Xanthomonadaceae bacterium NML93-0399]Ą€0€¤€0€Ą€PBJ84576Ŗ€ĸ€0€0€ €¤hypothetical protein [Rhizobium leguminosarum] >NEI59450.1 hypothetical protein [Rhizobium leguminosarum] >NEI88290.1 hypothetical protein [Rhizobium leguminosarum]Ą€0€Š€0€Ą€ WP_164581131Ŗ€ĸ€0€0€ €Rvirulence RhuM family protein [Salmonella enterica subsp. enterica serovar Rissen]Ą€0€¤€0€Ą€ MBJ4905015Ŗ€ĸ€0€0€ €”MULTISPECIES: conjugal transfer pilus assembly protein TraU [Burkholderia cepacia complex] >WGS46069.1 TraU family protein [Burkholderia sp. JSH-S8]Ą€0€Š€0€Ą€ WP_232441874Ŗ€ĸ€0€0€ €Earsenate reductase (glutaredoxin) [candidate division KSB1 bacterium]Ą€0€¤€0€Ą€ MCH8874789Ŗ€ĸ€0€0€ €9hypothetical protein [Pseudobdellovibrionaceae bacterium]Ą€0€¤€0€Ą€ MBL7689759Ŗ€ĸ€0€0€ €{alpha/beta hydrolase [Alteromonas macleodii] >AFS38234.1 hypothetical protein MASE_13640 [Alteromonas macleodii ATCC 27126]Ą€0€Š€0€Ą€ WP_014950321Ŗ€ĸ€0€0€ €RShlB/FhaC/HecB family hemolysin secretion/activation protein [Salmonella enterica]Ą€0€¤€0€Ą€ EAS0616219Ŗ€ĸ€0€0€ €2spore coat protein GerQ [Paenibacillus sp. J31TS4]Ą€0€Ŧ€0€Ą€GIP40757Ŗ€ĸ€0€0€ €Pcyclic nucleotide-binding/CBS domain-containing protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_070334369Ŗ€ĸ€0€0€ €mhypothetical protein [Rhizobium sp. BK376] >TCR66926.1 hypothetical protein EV561_15110 [Rhizobium sp. BK376]Ą€0€Š€0€Ą€ WP_132528552Ŗ€ĸ€0€0€ €$pectinesterase 2 [Solanum pennellii]Ą€0€Š€0€Ą€ XP_015055542Ŗ€ĸ€0€0€ €/response regulator [Caulobacteraceae bacterium]Ą€0€¤€0€Ą€ MBX9709025Ŗ€ĸ€0€0€ €XS-adenosyl-L-methionine-dependent methyltransferase [Leotiomycetes sp. MPI-SDFR-AT-0126]Ą€0€¤€0€Ą€ KAH7420042Ŗ€ĸ€0€0€ €0hypothetical protein [Saccharopolyspora spinosa]Ą€0€Š€0€Ą€ WP_158309540Ŗ€ĸ€0€0€ €;uncharacterized protein TNCT_168411 [Trichonephila clavata]Ą€0€Ŧ€0€Ą€GFR08784Ŗ€ĸ€0€0€ €=hypothetical protein BGZ73_001834 [Actinomortierella ambigua]Ą€0€¤€0€Ą€ KAF9974715Ŗ€ĸ€0€0€ €Ephosphoribosylglycinamide formyltransferase [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBM3701396Ŗ€ĸ€0€0€ €9thioredoxin-disulfide reductase [Actinomycetia bacterium]Ą€0€¯€0€Ą€HCP62665Ŗ€ĸ€0€0€ €hypothetical protein [archaeon]Ą€0€¤€0€Ą€ MCR4368335Ŗ€ĸ€0€0€ €D3-methyl-2-oxobutanoate hydroxymethyltransferase [Ilumatobacter sp.]Ą€0€¤€0€Ą€NKB40192Ŗ€ĸ€0€0€ €unnamed protein product, partial [Rotaria magnacalcarata] >CAF5051910.1 unnamed protein product, partial [Rotaria magnacalcarata]Ą€0€Ĩ€0€Ą€ CAF4882469Ŗ€ĸ€0€0€ €:transcriptional regulator CynR [Streptomyces sp. SID11233]Ą€0€¤€0€Ą€NED83450Ŗ€ĸ€0€0€ €'NAD+ synthase [Methylomagnum ishizawai]Ą€0€Ŧ€0€Ą€BBL73457Ŗ€ĸ€0€0€ €5glycine dehydrogenase [Solirubrobacterales bacterium]Ą€0€¤€0€Ą€ MBA2522987Ŗ€ĸ€0€0€ €WTMAO reductase system periplasmic protein TorT [Candidatus Pseudothioglobus singularis]Ą€0€Š€0€Ą€ WP_271771839Ŗ€ĸ€0€0€ €“hypothetical protein [Escherichia coli] >EHA3339893.1 hypothetical protein [Escherichia coli] >EJF7785096.1 hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EFA7535944Ŗ€ĸ€0€0€ €‡trypsin-like peptidase domain-containing protein [Geodermatophilus sp. Leaf369] >KQS60189.1 peptidase S1 [Geodermatophilus sp. Leaf369]Ą€0€Š€0€Ą€ WP_055759832Ŗ€ĸ€0€0€ €8M20 family metallo-hydrolase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR5510068Ŗ€ĸ€0€0€ €Žlipid A deacylase LpxR family protein [Sediminibacterium sp.] >MBX9780451.1 lipid A deacylase LpxR family protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBR2648677Ŗ€ĸ€0€0€ €Ybranched-chain amino acid ABC transporter substrate-binding protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MCR4426439Ŗ€ĸ€0€0€ €bCDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MCI8272365Ŗ€ĸ€0€0€ €GTOX high mobility group box family member 2 isoform X1 [Equus caballus]Ą€0€Š€0€Ą€ XP_023482372Ŗ€ĸ€0€0€ €Q[FeFe] hydrogenase H-cluster radical SAM maturase HydG [Candidatus Scalindua sp.]Ą€0€¤€0€Ą€ MBT6563471Ŗ€ĸ€0€0€ €=Inheritance of peroxisomes protein 1 [Nakaseomyces glabratus]Ą€0€¤€0€Ą€ KAI8393114Ŗ€ĸ€0€0€ €Ēpeptide-methionine (R)-S-oxide reductase MsrB, partial [Erythrobacter sp. HI0063] >KZY56785.1 peptide-methionine (R)-S-oxide reductase, partial [Erythrobacter sp. HI0063]Ą€0€Š€0€Ą€ WP_067680410Ŗ€ĸ€0€0€ €helix-turn-helix transcriptional regulator [Massilia antarctica] >MCE3603218.1 helix-turn-helix transcriptional regulator [Massilia antarctica]Ą€0€Š€0€Ą€ WP_233292564Ŗ€ĸ€0€0€ €*glycine--tRNA ligase [Rothia mucilaginosa]Ą€0€Š€0€Ą€ WP_049327990Ŗ€ĸ€0€0€ €XMULTISPECIES: cyclopropane-fatty-acyl-phospholipid synthase [unclassified Acinetobacter]Ą€0€Š€0€Ą€ WP_279961109Ŗ€ĸ€0€0€ €Ahypothetical protein JRO89_XS01G0041700 [Xanthoceras sorbifolium]Ą€0€¤€0€Ą€ KAH7576347Ŗ€ĸ€0€0€ €?hypothetical protein F5Y18DRAFT_420195 [Xylariaceae sp. FL1019]Ą€0€¤€0€Ą€ KAI1260235Ŗ€ĸ€0€0€ €0unnamed protein product [Chrysodeixis includens]Ą€0€Ĩ€0€Ą€ CAD0200323Ŗ€ĸ€0€0€ €.hypothetical protein [Rikenellaceae bacterium]Ą€0€¤€0€Ą€ MBO5874131Ŗ€ĸ€0€0€ €:hypothetical protein F511_34988 [Dorcoceras hygrometricum]Ą€0€¤€0€Ą€KZV16312Ŗ€ĸ€0€0€ €Éunnamed protein product, partial [Rotaria magnacalcarata] >CAF5210724.1 unnamed protein product, partial [Rotaria magnacalcarata] >CAF5217309.1 unnamed protein product, partial [Rotaria magnacalcarata]Ą€0€Ĩ€0€Ą€ CAF5136964Ŗ€ĸ€0€0€ €oSDR family oxidoreductase [Larsenimonas suaedae] >MCM2972515.1 SDR family oxidoreductase [Larsenimonas suaedae]Ą€0€Š€0€Ą€ WP_251593142Ŗ€ĸ€0€0€ €:hypothetical protein, partial [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_176749474Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UJT06733Ŗ€ĸ€0€0€ €‚7nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0559964.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0592223.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0604986.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0620998.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0626866.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_070306574Ŗ€ĸ€0€0€ €Kprofilin-3 [Molossus molossus] >KAF6481467.1 profilin 3 [Molossus molossus]Ą€0€Š€0€Ą€ XP_036098045Ŗ€ĸ€0€0€ €‚3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobia bacterium GWA2_66_18] >OGR69469.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobia bacterium GWC2_65_9] >HAZ09165.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobiota bacterium]Ą€0€¤€0€Ą€OGR46634Ŗ€ĸ€0€0€ €#CATA Catalase [Illadopsis cleaveri]Ą€0€¤€0€Ą€NXM52897Ŗ€ĸ€0€0€ €"CDX4 protein [Lanius ludovicianus]Ą€0€¤€0€Ą€NWT80859Ŗ€ĸ€0€0€ €.hypothetical protein [Agrobacterium leguminum]Ą€0€Š€0€Ą€ WP_269828627Ŗ€ĸ€0€0€ €BSPFH domain / Band 7 family protein [Phycisphaerae bacterium RAS1]Ą€0€¤€0€Ą€TWT41731Ŗ€ĸ€0€0€ €4hypothetical protein D0863_00098 [Hortaea werneckii]Ą€0€¤€0€Ą€RMY79307Ŗ€ĸ€0€0€ €?preprotein translocase subunit SCY2, chloroplastic [Senna tora]Ą€0€¤€0€Ą€ KAF7818313Ŗ€ĸ€0€0€ €^filamentous hemagglutinin N-terminal domain-containing protein, partial [Acinetobacter pittii]Ą€0€Š€0€Ą€ WP_045125019Ŗ€ĸ€0€0€ €8hypothetical protein ACN38_g10719 [Penicillium nordicum]Ą€0€¤€0€Ą€KOS38468Ŗ€ĸ€0€0€ €Ĩphosphate ABC transporter permease subunit PstC [Dermatophilaceae bacterium] >NUR80607.1 phosphate ABC transporter permease subunit PstC [Dermatophilaceae bacterium]Ą€0€¤€0€Ą€NUQ31250Ŗ€ĸ€0€0€ €3recombinase family protein [Holdemanella sp. SCCA2]Ą€0€¤€0€Ą€ MCF7626618Ŗ€ĸ€0€0€ €FNTP transferase domain-containing protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCH5207665Ŗ€ĸ€0€0€ €‚Lhypothetical protein VdG1_06122 [Verticillium dahliae VDG1] >KAG7138719.1 Glucan endo-1 like protein [Verticillium longisporum] >PNH42332.1 hypothetical protein VD0004_g4954 [Verticillium dahliae] >PNH69909.1 hypothetical protein VD0001_g7029 [Verticillium dahliae] >RBQ90581.1 hypothetical protein VDGD_10470 [Verticillium dahliae]Ą€0€¤€0€Ą€ KAF3356825Ŗ€ĸ€0€0€ €‚.Uncharacterised protein [Streptococcus pneumoniae] >CJB70584.1 Uncharacterised protein [Streptococcus pneumoniae] >CJD53854.1 Uncharacterised protein [Streptococcus pneumoniae] >CJG02309.1 Uncharacterised protein [Streptococcus pneumoniae] >CJH37629.1 Uncharacterised protein [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€CJB10156Ŗ€ĸ€0€0€ €?hypothetical protein EOP51_11800 [Sphingobacteriales bacterium]Ą€0€¤€0€Ą€RYE23003Ŗ€ĸ€0€0€ €(50S ribosomal protein L3 [Alistipes sp.]Ą€0€¤€0€Ą€ MBR0338720Ŗ€ĸ€0€0€ €9DEAD/DEAH box helicase family protein [Porphyromonas sp.]Ą€0€¤€0€Ą€ MBF1375496Ŗ€ĸ€0€0€ €KAI5380075.1 hypothetical protein J4E82_001148 [Alternaria postmessia]Ą€0€Š€0€Ą€ XP_051592778Ŗ€ĸ€0€0€ €/unnamed protein product [Pleuronectes platessa]Ą€0€Ĩ€0€Ą€ CAB1415528Ŗ€ĸ€0€0€ €KATP-binding domain-containing protein, partial [Bacteroides sp. HMSC068A09]Ą€0€Š€0€Ą€ WP_168166755Ŗ€ĸ€0€0€ €‚'MULTISPECIES: EscS/YscS/HrcS family type III secretion system export apparatus protein [Pseudomonas] >PNB75836.1 EscS/YscS/HrcS family type III secretion system export apparatus protein [Pseudomonas sp. GW456-E7] >AFY20819.1 surface presentation of antigens protein [Pseudomonas sp. UW4] >EJM75644.1 type III secretion protein, HrpO family [Pseudomonas sp. GM49] >KII33531.1 type III secretion system protein SpaQ [Pseudomonas fluorescens] >PMZ78216.1 EscS/YscS/HrcS family type III secretion system export apparatus protein [Pseudomonas sp. FW305-70]Ą€0€Š€0€Ą€ WP_007993424Ŗ€ĸ€0€0€ €1hypothetical protein [Pyrinomonadaceae bacterium]Ą€0€¤€0€Ą€ MCM3872453Ŗ€ĸ€0€0€ €Ōlong-chain fatty acid--CoA ligase [Bacillus cereus] >PET20820.1 fatty-acid--CoA ligase [Bacillus cereus] >PEV57812.1 fatty-acid--CoA ligase [Bacillus cereus] >PFQ59784.1 fatty-acid--CoA ligase [Bacillus cereus]Ą€0€Š€0€Ą€ WP_098279309Ŗ€ĸ€0€0€ €2cytochrome b, partial [Boulenophrys jinggangensis]Ą€0€¤€0€Ą€AXB40829Ŗ€ĸ€0€0€ €Csodium channel protein type 2 subunit alpha [Meriones unguiculatus]Ą€0€Š€0€Ą€ XP_021507806Ŗ€ĸ€0€0€ €ÚTex family protein [Bradyrhizobium brasilense] >MCC8975630.1 RNA-binding transcriptional accessory protein [Bradyrhizobium brasilense] >SDC93099.1 uncharacterized protein SAMN05216337_100626 [Bradyrhizobium brasilense]Ą€0€Š€0€Ą€ WP_092081374Ŗ€ĸ€0€0€ €kglutamine synthetase III [Belliella baltica] >AFL84821.1 glutamine synthetase [Belliella baltica DSM 15883]Ą€0€Š€0€Ą€ WP_014772780Ŗ€ĸ€0€0€ €‚×serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >EHR5762746.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >EHY0929484.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >EJC6829958.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >MCI9699527.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >MCR9814016.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_065766477Ŗ€ĸ€0€0€ €Xmaturase K, partial [Grayia spinosa] >AVO23226.1 maturase K, partial [Grayia brandegeei]Ą€0€¤€0€Ą€AVO23223Ŗ€ĸ€0€0€ €9immunoglobulin light chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MCA50524Ŗ€ĸ€0€0€ €3hypothetical protein [Adlercreutzia aquisgranensis]Ą€0€Š€0€Ą€ WP_251231146Ŗ€ĸ€0€0€ €.hypothetical protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€ MBC7140825Ŗ€ĸ€0€0€ €“sodium:solute symporter family protein [Natronobacterium texcoconense] >SDQ51530.1 solute:Na+ symporter, SSS family [Natronobacterium texcoconense]Ą€0€Š€0€Ą€ WP_090378310Ŗ€ĸ€0€0€ €‡serine palmitoyltransferase [Exophiala aquamarina CBS 119918] >KEF55798.1 serine palmitoyltransferase [Exophiala aquamarina CBS 119918]Ą€0€Š€0€Ą€ XP_013258388Ŗ€ĸ€0€0€ €į4-hydroxy-tetrahydrodipicolinate synthase [Roseibium polysiphoniae] >MBD8875045.1 4-hydroxy-tetrahydrodipicolinate synthase [Roseibium polysiphoniae] >MBS8258940.1 4-hydroxy-tetrahydrodipicolinate synthase [Roseibium polysiphoniae]Ą€0€Š€0€Ą€ WP_192106836Ŗ€ĸ€0€0€ €‰LysR family transcriptional regulator [Klebsiella pneumoniae] >HCN3289327.1 LysR family transcriptional regulator [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ EIX9307167Ŗ€ĸ€0€0€ €/hypothetical protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€NJL74459Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€USR14792Ŗ€ĸ€0€0€ €Lmetal ABC transporter substrate-binding protein [Pseudomonas sp. CNPSo 3701]Ą€0€Š€0€Ą€ WP_274124432Ŗ€ĸ€0€0€ €FAD/NAD(P)-binding protein [Glarea lozoyensis ATCC 20868] >EPE32353.1 FAD/NAD(P)-binding protein [Glarea lozoyensis ATCC 20868]Ą€0€Š€0€Ą€ XP_008080365Ŗ€ĸ€0€0€ €?glutamine synthetase family protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5546513Ŗ€ĸ€0€0€ €‚$MULTISPECIES: aspartate kinase [Alphaproteobacteria] >MBN7757986.1 aspartate kinase [Nitratireductor aquimarinus] >MBN7762449.1 aspartate kinase [Nitratireductor aquibiodomus] >MBY6000748.1 aspartate kinase [Tritonibacter mobilis] >MBY6022778.1 aspartate kinase [Nitratireductor sp. DP7N14-4]Ą€0€Š€0€Ą€ WP_206548446Ŗ€ĸ€0€0€ €Âcytochrome c oxidase subunit II [Eublepharis macularius] >WEF49953.1 cytochrome c oxidase subunit II [Eublepharis macularius] >BAW33376.1 cytochrome c oxidase subunit II [Eublepharis macularius]Ą€0€Š€0€Ą€ YP_009340709Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¯€0€Ą€HEC61404Ŗ€ĸ€0€0€ €"FAT3 protein [Pterocles burchelli]Ą€0€¤€0€Ą€NWU63809Ŗ€ĸ€0€0€ €ADUF3696 domain-containing protein [Acidithiobacillus ferridurans]Ą€0€¤€0€Ą€ MBU2720902Ŗ€ĸ€0€0€ €9hypothetical protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MBI2666778Ŗ€ĸ€0€0€ €3hypothetical protein, partial [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_154503573Ŗ€ĸ€0€0€ €egag protein [Human immunodeficiency virus 1] >MCH61836.1 gag protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€MCH61727Ŗ€ĸ€0€0€ €€ABC transporter permease subunit [Devosia sp. LC5] >KFC62518.1 ABC transporter, permease protein, HisMQ family [Devosia sp. LC5]Ą€0€Š€0€Ą€ WP_035102910Ŗ€ĸ€0€0€ €Bcarbon-nitrogen hydrolase family protein [Victivallales bacterium]Ą€0€¤€0€Ą€ MBR4902600Ŗ€ĸ€0€0€ €"histidine kinase [Pseudomonas sp.]Ą€0€¯€0€Ą€HAB03480Ŗ€ĸ€0€0€ €nglycosyltransferase, partial [Bacillus paranthracis] >MBE7145330.1 glycosyltransferase [Bacillus paranthracis]Ą€0€Š€0€Ą€ WP_193655704Ŗ€ĸ€0€0€ €‚yMULTISPECIES: coproporphyrinogen III oxidase [Bacillus] >MUG01045.1 coproporphyrinogen III oxidase [Bacillus tequilensis] >MCO8147752.1 coproporphyrinogen III oxidase [Bacillus subtilis] >MCS4323037.1 coproporphyrinogen III oxidase [Bacillus subtilis] >NJJ25872.1 coproporphyrinogen III oxidase [Bacillus subtilis] >NQE96271.1 coproporphyrinogen III oxidase [Bacillus subtilis]Ą€0€Š€0€Ą€ WP_032677416Ŗ€ĸ€0€0€ €Mtrypsin-like peptidase domain-containing protein [Casimicrobiaceae bacterium]Ą€0€¤€0€Ą€ MCS6996891Ŗ€ĸ€0€0€ €Rnitrate reductase subunit alpha [Salmonella enterica subsp. enterica serovar Lome]Ą€0€¤€0€Ą€ EHZ4862226Ŗ€ĸ€0€0€ €+diguanylate cyclase [Pseudomonas sp. 18058]Ą€0€Š€0€Ą€ WP_159812831Ŗ€ĸ€0€0€ €6NAD-dependent protein deacylase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBP5726154Ŗ€ĸ€0€0€ €8FGGY-family carbohydrate kinase [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCE1252202Ŗ€ĸ€0€0€ €–LysR substrate-binding domain-containing protein [Pseudomonas sp. TCU-HL1] >AOE84956.1 LysR family transcriptional regulator [Pseudomonas sp. TCU-HL1]Ą€0€Š€0€Ą€ WP_069083484Ŗ€ĸ€0€0€ €yMULTISPECIES: hypothetical protein [Streptomyces] >QKV68895.1 hypothetical protein HUT13_08930 [Streptomyces harbinensis]Ą€0€Š€0€Ą€ WP_158687193Ŗ€ĸ€0€0€ €-alpha/beta fold hydrolase [Aeromonas veronii]Ą€0€Š€0€Ą€ WP_265775712Ŗ€ĸ€0€0€ €mhypothetical protein JHK86_044440 [Glycine max] >KAG5107642.1 hypothetical protein JHK84_044549 [Glycine max]Ą€0€¤€0€Ą€ KAG4938299Ŗ€ĸ€0€0€ €œT9SS type A sorting domain-containing protein [Calditrichia bacterium] >NUQ43210.1 T9SS type A sorting domain-containing protein [Calditrichaceae bacterium]Ą€0€¤€0€Ą€ MCK6622141Ŗ€ĸ€0€0€ €9hypothetical protein M5E87_10175 [Flavonifractor plautii]Ą€0€¤€0€Ą€UQT49937Ŗ€ĸ€0€0€ €Šuncharacterized protein LOC126100114 isoform X2 [Schistocerca cancellata] >XP_049941157.1 uncharacterized protein LOC126418440 isoform X2 [Schistocerca serialis cubense]Ą€0€Š€0€Ą€ XP_049766603Ŗ€ĸ€0€0€ €0hypothetical protein [Acinetobacter sp. YH12251]Ą€0€Š€0€Ą€ WP_180076776Ŗ€ĸ€0€0€ €Lpyridoxamine 5'-phosphate oxidase family protein [Dehalococcoidia bacterium]Ą€0€¤€0€Ą€ MCH2675159Ŗ€ĸ€0€0€ €čbifunctional adenosylcobinamide kinase/adenosylcobinamide-phosphate guanylyltransferase [Streptomyces yokosukanensis] >KUN05623.1 adenosylcobinamide kinase/adenosylcobinamide phosphate guanyltransferase [Streptomyces yokosukanensis]Ą€0€Š€0€Ą€ WP_067123247Ŗ€ĸ€0€0€ €oacyl-CoA dehydrogenase [Rhodanobacter sp. MP1X3] >MBB6242718.1 acyl-CoA dehydrogenase [Rhodanobacter sp. MP1X3]Ą€0€Š€0€Ą€ WP_184601943Ŗ€ĸ€0€0€ €9CCA tRNA nucleotidyltransferase [Thermoplasmata archaeon]Ą€0€¤€0€Ą€ MCK5309055Ŗ€ĸ€0€0€ €scytosol nonspecific dipeptidase [Escherichia coli] >EIJ1049984.1 cytosol nonspecific dipeptidase [Escherichia coli]Ą€0€¤€0€Ą€ EIJ1046776Ŗ€ĸ€0€0€ €Rvacuolar protein sorting-associated protein 13D isoform X1 [Mustela putorius furo]Ą€0€Š€0€Ą€ XP_044919701Ŗ€ĸ€0€0€ €EMAG: hypothetical protein KatS3mg052_1296 [Candidatus Roseilinea sp.]Ą€0€Ŧ€0€Ą€GIV84289Ŗ€ĸ€0€0€ €2hypothetical protein [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€ MCB0346442Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MBQ2465495Ŗ€ĸ€0€0€ €Dimmunoglobulin heavy chain variable region, partial [Macaca mulatta]Ą€0€¤€0€Ą€AHN95135Ŗ€ĸ€0€0€ €.ribosomal protein S19 [Euphorbia neokaessneri]Ą€0€¤€0€Ą€UOA67814Ŗ€ĸ€0€0€ €@nucleolar complex protein 2 homolog isoform X1 [Serinus canaria]Ą€0€Š€0€Ą€ XP_030087828Ŗ€ĸ€0€0€ €/ABC transporter permease [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR5943268Ŗ€ĸ€0€0€ €8hypothetical protein FD123_1523 [Bacteroidota bacterium]Ą€0€¤€0€Ą€TND09120Ŗ€ĸ€0€0€ €EFadR/GntR family transcriptional regulator [Salinicoccus carnicancri]Ą€0€Š€0€Ą€ WP_017549704Ŗ€ĸ€0€0€ €P4'-phosphopantetheinyl transferase superfamily protein [Cellulomonas sp. JH27-2]Ą€0€Š€0€Ą€ WP_225225222Ŗ€ĸ€0€0€ €zphage tail protein [Bilophila wadsworthia] >EFV45745.2 hypothetical protein HMPREF0179_00366 [Bilophila wadsworthia 3_1_6]Ą€0€Š€0€Ą€ WP_016360879Ŗ€ĸ€0€0€ €@energy-coupling factor transporter ATPase [Megamonas funiformis]Ą€0€Š€0€Ą€ WP_278489123Ŗ€ĸ€0€0€ €Eankyrin repeat domain-containing protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€NQY08093Ŗ€ĸ€0€0€ €3fibronectin-binding protein [Staphylococcus aureus]Ą€0€¤€0€Ą€ MBS3611729Ŗ€ĸ€0€0€ €3hypothetical protein [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€ MCP4111938Ŗ€ĸ€0€0€ €‚ĸMULTISPECIES: helix-hairpin-helix domain-containing protein [Bacillus] >MBR3337914.1 helix-hairpin-helix domain-containing protein [Bacillus sp. (in: firmicutes)] >CEY37263.1 competence protein [Streptococcus pneumoniae] >AHX20350.1 competence protein ComE [Bacillus bombysepticus str. Wang] >AKR37379.1 ComE operon protein 1 [Bacillus thuringiensis serovar indiana] >ALZ59878.1 ComE operon protein 1 [Bacillus cereus]Ą€0€Š€0€Ą€ WP_000989932Ŗ€ĸ€0€0€ €ŖCoA pyrophosphatase [Flavonifractor plautii] >UBS60948.1 CoA pyrophosphatase [Flavonifractor plautii] >UYJ49903.1 MAG: CoA pyrophosphatase [Flavonifractor plautii]Ą€0€Š€0€Ą€ WP_225123293Ŗ€ĸ€0€0€ €/hypothetical protein [SAR202 cluster bacterium]Ą€0€¤€0€Ą€ MBM3947147Ŗ€ĸ€0€0€ €‡ribosome biogenesis GTPase YqeH [Marinilactibacillus sp. 15R] >API89134.1 ribosome biogenesis GTPase YqeH [Marinilactibacillus sp. 15R]Ą€0€Š€0€Ą€ WP_072694527Ŗ€ĸ€0€0€ €exonuclease [Escherichia coli]Ą€0€¤€0€Ą€ EFE8261313Ŗ€ĸ€0€0€ €Mguanine nucleotide-binding protein subunit alpha [Cryptococcus gattii CA1873]Ą€0€¤€0€Ą€KIR59352Ŗ€ĸ€0€0€ €;hypothetical protein N7468_003088 [Penicillium chermesinum]Ą€0€¤€0€Ą€ KAJ5238469Ŗ€ĸ€0€0€ €‚zuracil phosphoribosyltransferase [Elusimicrobia bacterium GWA2_51_34] >OGR61594.1 uracil phosphoribosyltransferase [Elusimicrobia bacterium GWC2_51_8] >OGR88091.1 uracil phosphoribosyltransferase [Elusimicrobia bacterium GWF2_52_66] >HAF96311.1 uracil phosphoribosyltransferase [Elusimicrobiota bacterium] >HCE98498.1 uracil phosphoribosyltransferase [Elusimicrobiota bacterium]Ą€0€¤€0€Ą€OGR49074Ŗ€ĸ€0€0€ €‚CAH6117160.1 putative fimbrial chaperone SfmC [Citrobacter koseri] >SQB21450.1 fimbrial chaperone protein FimC [Citrobacter koseri] >SUX66901.1 fimbrial chaperone protein FimC [Citrobacter koseri] >SUX92496.1 fimbrial chaperone protein FimC [Citrobacter koseri]Ą€0€Ĩ€0€Ą€ CAG0273471Ŗ€ĸ€0€0€ €3DUF3367 domain-containing protein [Dietzia sp. B44]Ą€0€¤€0€Ą€ MBB1053783Ŗ€ĸ€0€0€ €>DUF3000 domain-containing protein [Smaragdicoccus niigatensis]Ą€0€Š€0€Ą€ WP_018160716Ŗ€ĸ€0€0€ €3ATP-dependent zinc protease [Bacteroidia bacterium]Ą€0€¤€0€Ą€ MBC7426139Ŗ€ĸ€0€0€ €4hypothetical protein [Pararhodobacter zhoushanensis]Ą€0€Š€0€Ą€ WP_264507413Ŗ€ĸ€0€0€ €shypothetical protein [Paenibacillus sp. 1182] >ODB58115.1 hypothetical protein A7311_13300 [Paenibacillus polymyxa]Ą€0€¤€0€Ą€ MBP1312051Ŗ€ĸ€0€0€ €8unnamed protein product [Triticum turgidum subsp. durum]Ą€0€Ĩ€0€Ą€VAI85984Ŗ€ĸ€0€0€ €/peptide MFS transporter [Bacteroides eggerthii]Ą€0€Š€0€Ą€ WP_270570428Ŗ€ĸ€0€0€ €8hypothetical protein AMS68_008019 [Peltaster fructicola]Ą€0€¤€0€Ą€QIX02502Ŗ€ĸ€0€0€ €9hypothetical protein D7I43_28695 [Micromonospora globbae]Ą€0€¤€0€Ą€RKF23984Ŗ€ĸ€0€0€ €6hypothetical protein Pint_08831 [Pistacia integerrima]Ą€0€¤€0€Ą€ KAJ0024505Ŗ€ĸ€0€0€ €9MAG TPA: periplasmic serine protease [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAP78583Ŗ€ĸ€0€0€ €Mmothers against decapentaplegic homolog 4-like isoform X3 [Lytechinus pictus]Ą€0€Š€0€Ą€ XP_054751877Ŗ€ĸ€0€0€ €nhypothetical protein JHK87_022769 [Glycine soja] >KAG5138121.1 hypothetical protein JHK82_022852 [Glycine max]Ą€0€¤€0€Ą€ KAG5001697Ŗ€ĸ€0€0€ €/unnamed protein product [Leptospira santarosai]Ą€0€Š€0€Ą€ WP_282969582Ŗ€ĸ€0€0€ €Ipolypeptide N-acetylgalactosaminyltransferase 13 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFV58109Ŗ€ĸ€0€0€ €ÄMULTISPECIES: VOC family protein [Bacillus cereus group] >MCA0998807.1 VOC family protein [Bacillus thuringiensis] >PEM06365.1 glyoxalase [Bacillus cereus] >PFX73065.1 glyoxalase [Bacillus cereus]Ą€0€Š€0€Ą€ WP_098137943Ŗ€ĸ€0€0€ €-DsbA family protein [Neorhizobium huautlense]Ą€0€Š€0€Ą€ WP_105371864Ŗ€ĸ€0€0€ €3L protein of photosystem II [Fritschiella tuberosa]Ą€0€¤€0€Ą€QJA13926Ŗ€ĸ€0€0€ €9MFS transporter [Pusillimonas sp. (ex Stolz et al. 2005)]Ą€0€¯€0€Ą€HCN70936Ŗ€ĸ€0€0€ €rrhodanese-like domain-containing protein [Sporosarcina sp. P3] >PID20729.1 sulfurtransferase [Sporosarcina sp. P3]Ą€0€Š€0€Ą€ WP_099639594Ŗ€ĸ€0€0€ €‡efflux RND transporter permease subunit [Calothrix brevissima] >BAY66413.1 AcrB/AcrD/AcrF family protein [Calothrix brevissima NIES-22]Ą€0€Š€0€Ą€ WP_096647361Ŗ€ĸ€0€0€ €Chypothetical protein EDB81DRAFT_642038 [Dactylonectria macrodidyma]Ą€0€¤€0€Ą€ KAH7160752Ŗ€ĸ€0€0€ €kunnamed protein product [Spirodela intermedia] >CAA6655760.1 unnamed protein product [Spirodela intermedia]Ą€0€Ĩ€0€Ą€ CAA2616064Ŗ€ĸ€0€0€ €‚)decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] >ADV86665.1 6-phosphogluconate dehydrogenase decarboxylating [Vibrio vulnificus MO6-24/O] >ARN65863.1 6-phosphogluconate dehydrogenase, decarboxylating [Vibrio vulnificus] >EGR0040964.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] >EGR0093291.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] >EGR0097390.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_013571875Ŗ€ĸ€0€0€ €:hypothetical protein D6C91_09769 [Aureobasidium pullulans]Ą€0€¤€0€Ą€THZ10219Ŗ€ĸ€0€0€ €@serine/threonine protein phosphatase [Leuconostoc mesenteroides]Ą€0€Š€0€Ą€ WP_273946616Ŗ€ĸ€0€0€ €2ABC transporter permease [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCI7704736Ŗ€ĸ€0€0€ €‚ MULTISPECIES: 5-(carboxyamino)imidazole ribonucleotide mutase [unclassified Erythrobacter] >MAL54667.1 5-(carboxyamino)imidazole ribonucleotide mutase [Sphingomonadaceae bacterium] >HAN89631.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp.] >KZX95237.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp. HI0019] >KZY08843.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp. HI0028] >KZY94206.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp. HI0074]Ą€0€Š€0€Ą€ WP_063505693Ŗ€ĸ€0€0€ €6hypothetical protein A4D02_23085 [Niastella koreensis]Ą€0€¤€0€Ą€OQP53277Ŗ€ĸ€0€0€ €8hypothetical protein B0H17DRAFT_1185332 [Mycena rosella]Ą€0€¤€0€Ą€ KAJ7660540Ŗ€ĸ€0€0€ €Rphosphofurin acidic cluster sorting protein 2 isoform X1 [Schistocerca cancellata]Ą€0€Š€0€Ą€ XP_049776195Ŗ€ĸ€0€0€ €.hypothetical protein [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_235374454Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MBU4557481Ŗ€ĸ€0€0€ €Žtype I-F CRISPR-associated helicase Cas3f [Moraxella catarrhalis] >MPW87310.1 type I-F CRISPR-associated helicase Cas3 [Moraxella catarrhalis]Ą€0€Š€0€Ą€ WP_152718850Ŗ€ĸ€0€0€ €;hypothetical protein BofuT4_P119860.1 [Botrytis cinerea T4]Ą€0€Ĩ€0€Ą€CCD45280Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MCB2198743Ŗ€ĸ€0€0€ €‚?MFS transporter [Cronobacter malonaticus] >EGT4385462.1 MFS transporter [Cronobacter malonaticus] >EGT4422847.1 MFS transporter [Cronobacter malonaticus] >EGT4447234.1 MFS transporter [Cronobacter malonaticus] >EGT4455950.1 MFS transporter [Cronobacter malonaticus] >PUX14378.1 MFS transporter [Cronobacter malonaticus]Ą€0€Š€0€Ą€ WP_032993387Ŗ€ĸ€0€0€ €Ûtype VI secretion system membrane subunit TssM [Pseudomonas thivervalensis] >AXA58012.1 type VI secretion protein IcmF [Pseudomonas thivervalensis] >AXA63724.1 type VI secretion protein IcmF [Pseudomonas thivervalensis]Ą€0€Š€0€Ą€ WP_208665977Ŗ€ĸ€0€0€ €xTIGR01777 family oxidoreductase [Rathayibacter sp. AY1A3] >PPF32514.1 TIGR01777 family protein [Rathayibacter sp. AY1A3]Ą€0€Š€0€Ą€ WP_104329329Ŗ€ĸ€0€0€ €.glycosyltransferase [Phocaeicola massiliensis]Ą€0€Š€0€Ą€ WP_252264110Ŗ€ĸ€0€0€ €@MAG: mechanosensitive ion channel family protein [Ralstonia sp.]Ą€0€¤€0€Ą€UCF22071Ŗ€ĸ€0€0€ €,S8/S53 family peptidase [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_276234417Ŗ€ĸ€0€0€ €?patatin-like phospholipase family protein [Rhizobium sp. T1473]Ą€0€Š€0€Ą€ WP_210363492Ŗ€ĸ€0€0€ €<6-phospho-beta-glucosidase [Candidatus Anaerostipes avicola]Ą€0€¯€0€Ą€HJC81763Ŗ€ĸ€0€0€ €Qefflux RND transporter periplasmic adaptor subunit [Acidaminococcaceae bacterium]Ą€0€¤€0€Ą€ MBQ9697149Ŗ€ĸ€0€0€ €isite-specific integrase [Phocaeicola sartorii] >TGY67166.1 site-specific integrase [Phocaeicola sartorii]Ą€0€Š€0€Ą€ WP_135952734Ŗ€ĸ€0€0€ €‚Yhypothetical protein [Pseudomonas aeruginosa] >MCS7968418.1 hypothetical protein [Pseudomonas aeruginosa] >MCS8136896.1 hypothetical protein [Pseudomonas aeruginosa] >MCS8179099.1 hypothetical protein [Pseudomonas aeruginosa] >MCS8191334.1 hypothetical protein [Pseudomonas aeruginosa] >MCT0921016.1 hypothetical protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_121369366Ŗ€ĸ€0€0€ €8VWA domain-containing protein [Clostridium sp. AF27-5AA]Ą€0€¤€0€Ą€RHQ28634Ŗ€ĸ€0€0€ €oAldehyde reductase II [Fusarium keratoplasticum] >KAI8649267.1 Aldehyde reductase II [Fusarium keratoplasticum]Ą€0€Š€0€Ą€ XP_052906513Ŗ€ĸ€0€0€ €!Protein DJ-1 homolog D [Zea mays]Ą€0€¤€0€Ą€ONM12286Ŗ€ĸ€0€0€ €8MAG: catalase/peroxidase HPI [Planctomycetota bacterium]Ą€0€¤€0€Ą€RIK81456Ŗ€ĸ€0€0€ €Ehypothetical protein MSMEI_4768 [Mycolicibacterium smegmatis MC2 155]Ą€0€¤€0€Ą€AFP41217Ŗ€ĸ€0€0€ €4RecF/RecN/SMC domain protein [Klebsiella pneumoniae]Ą€0€Ĩ€0€Ą€SQC43367Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ACY29573Ŗ€ĸ€0€0€ €ģMULTISPECIES: FAD-binding oxidoreductase [unclassified Halomonas] >MBE0398852.1 FAD-binding oxidoreductase [Halomonas sp. FME1] >PCC21239.1 FAD-binding oxidoreductase [Halomonas sp. JB37]Ą€0€Š€0€Ą€ WP_096277301Ŗ€ĸ€0€0€ €=type I 3-dehydroquinate dehydratase [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCD8323718Ŗ€ĸ€0€0€ €5sporulation protein YunB [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6889650Ŗ€ĸ€0€0€ €wABC transporter permease subunit [Streptomyces mirabilis] >GHD43578.1 ABC transporter permease [Streptomyces mirabilis]Ą€0€Š€0€Ą€ WP_099922565Ŗ€ĸ€0€0€ €‚‚MULTISPECIES: pilus assembly protein PilM [Providencia] >AXH63343.1 pilus assembly protein HofM [Providencia huaxiensis] >MBQ0269197.1 pilus assembly protein PilM [Providencia huaxiensis] >MBQ0535177.1 pilus assembly protein PilM [Providencia huaxiensis] >MBQ0589976.1 pilus assembly protein PilM [Providencia huaxiensis] >MBZ3680808.1 pilus assembly protein PilM [Providencia rettgeri]Ą€0€Š€0€Ą€ WP_102140144Ŗ€ĸ€0€0€ €ķPAS domain S-box protein [Anaerolineae bacterium] >MCB0178858.1 PAS domain S-box protein [Anaerolineae bacterium] >MCB0223592.1 PAS domain S-box protein [Anaerolineae bacterium] >MCB9106491.1 PAS domain S-box protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCB0174630Ŗ€ĸ€0€0€ €'peroxidase 55-like [Chenopodium quinoa]Ą€0€Š€0€Ą€ XP_021727484Ŗ€ĸ€0€0€ €Falpha/beta hydrolase fold domain-containing protein [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBR1383934Ŗ€ĸ€0€0€ €NUDP-glucose/GDP-mannose dehydrogenase family protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCF8391604Ŗ€ĸ€0€0€ €Ncoiled-coil domain-containing protein 24 isoform X3 [Trachypithecus francoisi]Ą€0€Š€0€Ą€ XP_033082621Ŗ€ĸ€0€0€ €>hypothetical protein SAMN04488494_2721 [Prevotella ruminicola]Ą€0€Ĩ€0€Ą€SHM84371Ŗ€ĸ€0€0€ €?MAG: ABC transporter permease, partial [Anaerolineae bacterium]Ą€0€¤€0€Ą€ KAB2860347Ŗ€ĸ€0€0€ €‚Ohypothetical protein MCOR02_002782 [Pyricularia oryzae] >KAI6364688.1 hypothetical protein MCOR31_007291 [Pyricularia oryzae] >KAI6422678.1 hypothetical protein MCOR24_003943 [Pyricularia oryzae] >KAI6429502.1 hypothetical protein MCOR21_005007 [Pyricularia oryzae] >KAI6493878.1 hypothetical protein MCOR13_007685 [Pyricularia oryzae]Ą€0€¤€0€Ą€ KAH9439214Ŗ€ĸ€0€0€ €[hypothetical protein AVDCRST_MAG13-921, partial [uncultured Solirubrobacteraceae bacterium]Ą€0€Ĩ€0€Ą€ CAA9477187Ŗ€ĸ€0€0€ €AMAG: hypothetical protein E6K70_03945 [Planctomycetota bacterium]Ą€0€¤€0€Ą€TMQ35121Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBV8739832Ŗ€ĸ€0€0€ €uhelicase, partial [Campylobacter jejuni] >PVX05370.1 hypothetical protein DDV78_10140, partial [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_165801127Ŗ€ĸ€0€0€ €1chloride channel protein [Microvirga calopogonii]Ą€0€Š€0€Ą€ WP_114947928Ŗ€ĸ€0€0€ €,unnamed protein product [Rhizoctonia solani]Ą€0€Ĩ€0€Ą€ CAE6513018Ŗ€ĸ€0€0€ €=DEAD/DEAH box helicase family protein [Bilophila wadsworthia]Ą€0€Š€0€Ą€ WP_279059865Ŗ€ĸ€0€0€ €khypothetical protein [Clostridium senegalense] >MBU5227228.1 hypothetical protein [Clostridium senegalense]Ą€0€Š€0€Ą€ WP_010299410Ŗ€ĸ€0€0€ €IBamA/TamA family outer membrane protein [Flavobacteriaceae bacterium W22]Ą€0€¤€0€Ą€MXS72767Ŗ€ĸ€0€0€ €Ģimidazole glycerol phosphate synthase subunit HisH [Lachnospiraceae bacterium] >MCI9674198.1 imidazole glycerol phosphate synthase subunit HisH [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCI9320818Ŗ€ĸ€0€0€ €%cation:proton antiporter [Haliea sp.]Ą€0€¤€0€Ą€ MBK6509184Ŗ€ĸ€0€0€ €.hypothetical protein [Clostridiales bacterium]Ą€0€¯€0€Ą€HAW15717Ŗ€ĸ€0€0€ €+PAS domain protein [Terricaulis silvestris]Ą€0€¤€0€Ą€QGZ94761Ŗ€ĸ€0€0€ €glucose-6-phosphate isomerase, partial [Staphylococcus aureus] >EVY44964.1 glucose-6-phosphate isomerase, partial [Staphylococcus aureus H54403]Ą€0€Š€0€Ą€ WP_031876812Ŗ€ĸ€0€0€ €&3866_t:CDS:2 [Funneliformis geosporum]Ą€0€Ĩ€0€Ą€ CAI2192293Ŗ€ĸ€0€0€ €Nsigma-70 family RNA polymerase sigma factor [Candidatus Uhrbacteria bacterium]Ą€0€¤€0€Ą€QQR61334Ŗ€ĸ€0€0€ €/unnamed protein product [Pocillopora meandrina]Ą€0€Ĩ€0€Ą€ CAH3164498Ŗ€ĸ€0€0€ €˜T9SS type A sorting domain-containing protein [Meridianimaribacter sp. CL38] >TBV26657.1 hypothetical protein DMZ43_06220 [Meridianimaribacter sp. CL38]Ą€0€Š€0€Ą€ WP_131506707Ŗ€ĸ€0€0€ €Cthioredoxin-like domain-containing protein [Parabacteroides merdae]Ą€0€Š€0€Ą€ WP_229055514Ŗ€ĸ€0€0€ €5rRNA pseudouridine synthase [Clostridiales bacterium]Ą€0€¤€0€Ą€NLB38271Ŗ€ĸ€0€0€ €ŸMULTISPECIES: 4-hydroxy-tetrahydrodipicolinate reductase [Staphylococcus] >OFU75955.1 4-hydroxy-tetrahydrodipicolinate reductase [Staphylococcus sp. HMSC10B09]Ą€0€Š€0€Ą€ WP_070443635Ŗ€ĸ€0€0€ €‚gglutamine synthetase [Clostridium botulinum] >ACA43834.1 putative glutamine synthetase [Clostridium botulinum B1 str. Okra] >MBD5563218.1 glutamine synthetase [Clostridium botulinum] >MBD5568189.1 glutamine synthetase [Clostridium botulinum] >MBD5571919.1 glutamine synthetase [Clostridium botulinum] >MBD5575679.1 glutamine synthetase [Clostridium botulinum]Ą€0€Š€0€Ą€ WP_015957503Ŗ€ĸ€0€0€ €‚ aldose 1-epimerase family protein [Pseudomonas cichorii] >MBX8612176.1 aldose 1-epimerase family protein [Pseudomonas cichorii] >GFM49025.1 DUF4432 domain-containing protein [Pseudomonas cichorii] >GFM73804.1 DUF4432 domain-containing protein [Pseudomonas cichorii]Ą€0€Š€0€Ą€ WP_117183207Ŗ€ĸ€0€0€ €6alkaline phosphatase family protein [Dongshaea marina]Ą€0€Š€0€Ą€ WP_199911565Ŗ€ĸ€0€0€ €Üconserved hypothetical protein [Xanthomonas citri pv. fuscans] >SOO23258.1 conserved hypothetical protein [Xanthomonas phaseoli pv. phaseoli] >SOO26340.1 conserved hypothetical protein [Xanthomonas phaseoli pv. phaseoli]Ą€0€Ĩ€0€Ą€SON95852Ŗ€ĸ€0€0€ €‚Kconserved hypothetical protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. ATCC 9150] >AJD95334.1 hypothetical protein IT63_08765 [Salmonella enterica subsp. enterica serovar Paratyphi A] >APV97771.1 cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. ATCC 11511] >AXR37744.1 CMD domain-containing protein [Salmonella enterica subsp. enterica] >EAB2639071.1 CMD domain-containing protein [Salmonella enterica] >EBA0149410.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Enteritidis] >EBH8140482.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. AKU_12601] >EBX8729714.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Sendai] >ECD7317730.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Typhi] >EDT3616659.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Java] >EGI6564221.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Typhimurium] >EHB5590343.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar 2,12:-:1,5] >EHX6073314.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Telelkebir] >EPE47115.1 putative cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. JX05-19] >EPE48115.1 putative cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. GXS2268] >KSB45996.1 cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. SA19950809] >MBO2209509.1 CMD domain-containing protein [Salmonella sp. 32100201201700044SM] >MBO2225224.1 CMD domain-containing protein [Salmonella sp. 32100201201700099SM] >HAB6957142.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Typhi str. 404ty]Ą€0€¤€0€Ą€AAV77137Ŗ€ĸ€0€0€ €'response regulator [Hydrogenophaga sp.]Ą€0€¤€0€Ą€ MBU7572244Ŗ€ĸ€0€0€ €zhypothetical protein [Geodermatophilus normandii] >PWW23411.1 hypothetical protein JD79_02585 [Geodermatophilus normandii]Ą€0€Š€0€Ą€ WP_110005820Ŗ€ĸ€0€0€ €Duncharacterized protein LOC110681853 isoform X3 [Chenopodium quinoa]Ą€0€Š€0€Ą€ XP_021713690Ŗ€ĸ€0€0€ €Íhypothetical protein A3I06_04470 [Candidatus Lindowbacteria bacterium RIFCSPLOWO2_02_FULL_62_12] >OGH59621.1 hypothetical protein A3G34_07315 [Candidatus Lindowbacteria bacterium RIFCSPLOWO2_12_FULL_62_27]Ą€0€¤€0€Ą€OGH56711Ŗ€ĸ€0€0€ €5ABC transporter permease [Pyrinomonadaceae bacterium]Ą€0€¤€0€Ą€ MBX7055839Ŗ€ĸ€0€0€ €‚ÎN-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >ABR42075.1 putative N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis ATCC 8503] >PNL08995.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >QRO17714.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >UEB11564.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >SUV24255.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis]Ą€0€Š€0€Ą€ WP_011965948Ŗ€ĸ€0€0€ €0MFS transporter [Cyclobacterium sp. SYSU L10401]Ą€0€Š€0€Ą€ WP_240469694Ŗ€ĸ€0€0€ €(hypothetical protein [Bacilli bacterium]Ą€0€¤€0€Ą€ MBQ4570877Ŗ€ĸ€0€0€ €‚hypothetical protein SERLADRAFT_442457 [Serpula lacrymans var. lacrymans S7.9] >EGN94825.1 hypothetical protein SERLA73DRAFT_77557 [Serpula lacrymans var. lacrymans S7.3] >EGO20324.1 hypothetical protein SERLADRAFT_442457 [Serpula lacrymans var. lacrymans S7.9]Ą€0€Š€0€Ą€ XP_007323069Ŗ€ĸ€0€0€ €{hypothetical protein [Bradyrhizobium sp. LVM 105] >RTE94916.1 hypothetical protein D6B98_03875 [Bradyrhizobium sp. LVM 105]Ą€0€Š€0€Ą€ WP_126255586Ŗ€ĸ€0€0€ €-acyl-CoA thioesterase II [Sphingorhabdus sp.]Ą€0€¤€0€Ą€ MBF6603381Ŗ€ĸ€0€0€ €Otype II toxin-antitoxin system VapB family antitoxin [Acidimicrobiia bacterium]Ą€0€¤€0€Ą€ MBA3289554Ŗ€ĸ€0€0€ €DUF2383 domain-containing protein [Alkaliphilus sp. B6464] >QUH20645.1 DUF2383 domain-containing protein [Alkaliphilus sp. B6464]Ą€0€Š€0€Ą€ WP_212377792Ŗ€ĸ€0€0€ €DStearoyl-[acyl-carrier-protein] 9-desaturase 7 [Hirschfeldia incana]Ą€0€¤€0€Ą€ KAJ0239815Ŗ€ĸ€0€0€ €'Otopetrin-3, partial [Cariama cristata]Ą€0€¤€0€Ą€KFP59321Ŗ€ĸ€0€0€ €Ktype II toxin-antitoxin system VapC family toxin [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCA9949067Ŗ€ĸ€0€0€ €…hypothetical protein [Chryseobacterium arthrosphaerae] >UEQ77637.1 hypothetical protein J8N07_04845 [Chryseobacterium arthrosphaerae]Ą€0€Š€0€Ą€ WP_229048323Ŗ€ĸ€0€0€ €;Peptidoglycan D,D-transpeptidase FtsI [Serratia symbiotica]Ą€0€Ĩ€0€Ą€VAX76432Ŗ€ĸ€0€0€ €…DUF1990 domain-containing protein [Nocardia cyriacigeorgica] >TLF79313.1 DUF1990 domain-containing protein [Nocardia cyriacigeorgica]Ą€0€Š€0€Ą€ WP_138447205Ŗ€ĸ€0€0€ €ihypothetical protein CO015_00900, partial [candidate division WWE3 bacterium CG_4_8_14_3_um_filter_42_11]Ą€0€¤€0€Ą€PJC69268Ŗ€ĸ€0€0€ €€Type 1 glutamine amidotransferase-like domain-containing protein [Finegoldia magna] >OXZ27376.1 peptidase S51 [Finegoldia magna]Ą€0€Š€0€Ą€ WP_094207656Ŗ€ĸ€0€0€ €Oglutathione-specific gamma-glutamylcyclotransferase 1-like [Petromyzon marinus]Ą€0€Š€0€Ą€ XP_032812066Ŗ€ĸ€0€0€ €0FAD-dependent oxidoreductase [Oscillibacter sp.]Ą€0€¤€0€Ą€ MBP3509218Ŗ€ĸ€0€0€ €EPREDICTED: uncharacterized protein LOC102212273 [Pundamilia nyererei]Ą€0€Š€0€Ą€ XP_005720745Ŗ€ĸ€0€0€ €Cdiol dehydratase reactivase subunit alpha [Clostridium perfringens]Ą€0€Š€0€Ą€ WP_138289979Ŗ€ĸ€0€0€ €3hypothetical protein OIU85_010181 [Salix viminalis]Ą€0€¤€0€Ą€ KAJ6676972Ŗ€ĸ€0€0€ €Hhomocysteine S-methyltransferase family protein [Burkholderia ambifaria]Ą€0€Š€0€Ą€ WP_175692337Ŗ€ĸ€0€0€ €NNAD-dependent epimerase/dehydratase family protein [Nitrososphaerota archaeon]Ą€0€¤€0€Ą€ MBT6370142Ŗ€ĸ€0€0€ €Ž50S ribosomal protein L35 [Agrobacterium sp. D14] >KVK52509.1 50S ribosomal protein L35 [Agrobacterium sp. JL28] >KVK52895.1 50S ribosomal protein L35 [Agrobacterium sp. LY4]Ą€0€¤€0€Ą€KVK44743Ŗ€ĸ€0€0€ €Cvitamin B12-dependent ribonucleotide reductase [Rubripirellula sp.]Ą€0€Š€0€Ą€ WP_271960159Ŗ€ĸ€0€0€ €‡hypothetical protein [Flavobacterium saccharophilum] >SHM59740.1 hypothetical protein SAMN05444366_3623 [Flavobacterium saccharophilum]Ą€0€Š€0€Ą€ WP_072974645Ŗ€ĸ€0€0€ €Ë30S ribosome-binding factor RbfA [Couchioplanes caeruleus] >OJF09917.1 ribosome-binding factor A [Couchioplanes caeruleus subsp. caeruleus] >ROP32581.1 ribosome-binding factor A [Couchioplanes caeruleus]Ą€0€Š€0€Ą€ WP_071809692Ŗ€ĸ€0€0€ €1GNAT family N-acetyltransferase [Vibrio cholerae]Ą€0€¤€0€Ą€ EGR0469058Ŗ€ĸ€0€0€ €7aminodeoxyfutalosine nucleosidase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_199497249Ŗ€ĸ€0€0€ €ßcytochrome c oxidase subunit II [Hydrogenobacter thermophilus] >ADO45850.1 cytochrome c oxidase, subunit II [Hydrogenobacter thermophilus TK-6] >BAI69928.1 cytochrome c oxidase subunit II [Hydrogenobacter thermophilus TK-6]Ą€0€Š€0€Ą€ WP_012964108Ŗ€ĸ€0€0€ €amidophosphoribosyltransferase [Micromonospora sp. S4605] >PWU53961.1 amidophosphoribosyltransferase [Micromonospora sp. S4605]Ą€0€Š€0€Ą€ WP_109900609Ŗ€ĸ€0€0€ €7NAD(P)H-hydrate dehydratase [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MBU6501496Ŗ€ĸ€0€0€ €3unnamed protein product, partial [Timema poppensis]Ą€0€Ĩ€0€Ą€ CAD7420625Ŗ€ĸ€0€0€ €Eputative aspartate aminotransferase, cytoplasmic 2 [Psammomys obesus]Ą€0€Š€0€Ą€ XP_055449440Ŗ€ĸ€0€0€ €^purine nucleoside phosphorylase I, inosine and guanosine-specific [Bacteroidales bacterium 6E]Ą€0€Ŧ€0€Ą€GAP70049Ŗ€ĸ€0€0€ €‚õMULTISPECIES: pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus] >EGP4765649.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP4862296.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP5143799.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP5247784.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP5391029.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium]Ą€0€Š€0€Ą€ WP_070770047Ŗ€ĸ€0€0€ €peroxiredoxin [Rubrivivax sp.]Ą€0€¤€0€Ą€ MBK8529220Ŗ€ĸ€0€0€ €2restriction endonuclease [Lentibacillus sediminis]Ą€0€Š€0€Ą€ WP_239984652Ŗ€ĸ€0€0€ €*hypothetical protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MBR0417215Ŗ€ĸ€0€0€ €;sodium channel protein para isoform X31 [Bombus terrestris]Ą€0€Š€0€Ą€ XP_048264533Ŗ€ĸ€0€0€ €'DEAD/DEAH box helicase [Prevotella sp.]Ą€0€¤€0€Ą€ MCD8297279Ŗ€ĸ€0€0€ €”uncharacterized protein BU25DRAFT_396916 [Macroventuria anomochaeta] >KAF2625552.1 hypothetical protein BU25DRAFT_396916 [Macroventuria anomochaeta]Ą€0€Š€0€Ą€ XP_033559743Ŗ€ĸ€0€0€ €6protein translocase subunit SecD [Bacillota bacterium]Ą€0€¤€0€Ą€ MBE6139600Ŗ€ĸ€0€0€ €@putative URI domain endonuclease [Alteromonas naphthalenivorans]Ą€0€¤€0€Ą€AEF02257Ŗ€ĸ€0€0€ €(hypothetical protein [Papaver nudicaule]Ą€0€¤€0€Ą€ MCL7045034Ŗ€ĸ€0€0€ €Ąhypothetical protein PICMEDRAFT_15782 [Pichia membranifaciens NRRL Y-2026] >ODQ47907.1 hypothetical protein PICMEDRAFT_15782 [Pichia membranifaciens NRRL Y-2026]Ą€0€Š€0€Ą€ XP_019019020Ŗ€ĸ€0€0€ €‡ABC transporter permease subunit [Paenibacillus montaniterrae] >GIP19356.1 sugar ABC transporter permease [Paenibacillus montaniterrae]Ą€0€Š€0€Ą€ WP_213520007Ŗ€ĸ€0€0€ €MRNA-binding motif, single-stranded-interacting protein 3 [Pteropus giganteus]Ą€0€Š€0€Ą€ XP_039699416Ŗ€ĸ€0€0€ €Fouter membrane protein assembly factor BamD [Phyllobacterium trifolii]Ą€0€Š€0€Ą€ WP_112530108Ŗ€ĸ€0€0€ €3GTPase IMAP family member 5-like [Ursus americanus]Ą€0€Š€0€Ą€ XP_045648298Ŗ€ĸ€0€0€ €—CDF family Co(II)/Ni(II) efflux transporter DmeF, partial [Burkholderia cenocepacia] >ONT24838.1 cation transporter, partial [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_143281017Ŗ€ĸ€0€0€ €7OmpA family protein [Flavobacteriaceae bacterium 144Ye]Ą€0€¤€0€Ą€RYH76248Ŗ€ĸ€0€0€ €Uhypothetical protein Thethe_01538 [Thermoanaerobacterium thermosaccharolyticum M0795]Ą€0€¤€0€Ą€AGB19176Ŗ€ĸ€0€0€ €QGY75485.1 transposase [Xanthomonas hyacinthi]Ą€0€¤€0€Ą€PPU96251Ŗ€ĸ€0€0€ €°MULTISPECIES: glycosyltransferase [unclassified Pseudomonas] >UVL17114.1 glycosyltransferase [Pseudomonas sp. B21-044] >UVM14463.1 glycosyltransferase [Pseudomonas sp. B21-023]Ą€0€Š€0€Ą€ WP_258598016Ŗ€ĸ€0€0€ €xM50 family metallopeptidase [Streptomyces dioscori] >PSM38456.1 hypothetical protein C6Y14_37760 [Streptomyces dioscori]Ą€0€Š€0€Ą€ WP_107021410Ŗ€ĸ€0€0€ €gM48 family metallopeptidase [Prevotella sp.] >MBQ9186667.1 M48 family metallopeptidase [Prevotella sp.]Ą€0€¤€0€Ą€ MBQ8064675Ŗ€ĸ€0€0€ €ÍGNAT family N-acetyltransferase [Anaerotruncus colihominis] >OUP70577.1 hypothetical protein B5F11_03825 [Anaerotruncus colihominis] >OUP76087.1 hypothetical protein B5F10_02795 [Anaerotruncus colihominis]Ą€0€Š€0€Ą€ WP_087299666Ŗ€ĸ€0€0€ €2MULTISPECIES: hypothetical protein [Amycolatopsis]Ą€0€Š€0€Ą€ WP_134667128Ŗ€ĸ€0€0€ €8anaerobic sulfatase maturase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBI4875790Ŗ€ĸ€0€0€ €Esigma-70 family RNA polymerase sigma factor [Micromonospora sp. CP22]Ą€0€Š€0€Ą€ WP_196222422Ŗ€ĸ€0€0€ €ADUF3604 domain-containing protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT3564223Ŗ€ĸ€0€0€ €MBW3467232.1 glycosyltransferase [Arthrospiribacter ruber]Ą€0€Š€0€Ą€ WP_219287479Ŗ€ĸ€0€0€ €HCK53410.1 lipopolysaccharide heptosyltransferase II [Planctomycetaceae bacterium]Ą€0€¯€0€Ą€HAA51207Ŗ€ĸ€0€0€ €‚arginine N-methyltransferase-like protein [Leishmania major strain Friedlin] >CAG9570527.1 arginine_N-methyltransferase-like_protein [Leishmania major strain Friedlin] >CAJ03105.1 arginine N-methyltransferase-like protein [Leishmania major strain Friedlin]Ą€0€Š€0€Ą€ XP_001681736Ŗ€ĸ€0€0€ €…VIT family protein [Mycobacterium colombiense] >KBZ60735.1 hypothetical protein K875_03682 [Mycobacterium [tuberculosis] TKK-01-0051]Ą€0€Š€0€Ą€ WP_282575598Ŗ€ĸ€0€0€ €{alpha/beta fold hydrolase [Micromonospora sp. RHAY321] >MCO1597803.1 alpha/beta fold hydrolase [Micromonospora sp. RHAY321]Ą€0€Š€0€Ą€ WP_252418399Ŗ€ĸ€0€0€ €§nucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2] >UYE61960.1 nucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UYE59123Ŗ€ĸ€0€0€ €SLysM peptidoglycan-binding domain-containing protein [Ilumatobacteraceae bacterium]Ą€0€¤€0€Ą€ MCO5330244Ŗ€ĸ€0€0€ €.ATP synthase subunit delta [Hortaea werneckii]Ą€0€¤€0€Ą€ KAI7478392Ŗ€ĸ€0€0€ €‚”MULTISPECIES: copper homeostasis protein CutC [Klebsiella] >KAA0481749.1 copper homeostasis protein CutC [Klebsiella pneumoniae] >MBD0796850.1 copper homeostasis protein CutC [Klebsiella sp. K4] >MBL1549335.1 copper homeostasis protein CutC [Klebsiella pneumoniae] >MBL1575440.1 copper homeostasis protein CutC [Klebsiella pneumoniae] >MBL1801844.1 copper homeostasis protein CutC [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_065888604Ŗ€ĸ€0€0€ €class I SAM-dependent methyltransferase [Streptomyces nigrescens] >WAU07161.1 class I SAM-dependent methyltransferase [Streptomyces nigrescens]Ą€0€Š€0€Ą€ WP_277412281Ŗ€ĸ€0€0€ €;QueT transporter family protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR6382124Ŗ€ĸ€0€0€ €‚!glycosyl transferase [Escherichia coli] >EEV2150287.1 glycosyl transferase [Escherichia coli] >EEZ8987176.1 glycosyl transferase [Escherichia coli] >EFK0498953.1 glycosyl transferase [Escherichia coli] >EJE85064.1 hypothetical protein ECO9455_19593 [Escherichia coli O111:H11 str. CVM9455]Ą€0€¤€0€Ą€ EER9391136Ŗ€ĸ€0€0€ €Saminopeptidase N [Vibrio gigantis] >KAA8667018.1 aminopeptidase N [Vibrio gigantis]Ą€0€Š€0€Ą€ WP_086711488Ŗ€ĸ€0€0€ €‘ABC transporter substrate-binding protein [Paenibacillus polymyxa] >OAZ49210.1 ABC transporter substrate-binding protein [Paenibacillus polymyxa]Ą€0€Š€0€Ą€ WP_064962354Ŗ€ĸ€0€0€ €shypothetical protein [Oceanospirillaceae bacterium] >MBT11446.1 hypothetical protein [Oceanospirillaceae bacterium]Ą€0€¤€0€Ą€MAD47294Ŗ€ĸ€0€0€ €hPTS mannose/fructose/sorbose transporter subunit IIC [Salmonella enterica subsp. enterica serovar Typhi]Ą€0€¤€0€Ą€NRJ54907Ŗ€ĸ€0€0€ €Ghelix-turn-helix domain-containing protein [Herbidospora sakaeratensis]Ą€0€Š€0€Ą€ WP_062336768Ŗ€ĸ€0€0€ €Ahypothetical protein BJ165DRAFT_1561251 [Panaeolus papilionaceus]Ą€0€¤€0€Ą€ KAF9035758Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSW56406Ŗ€ĸ€0€0€ €/hypothetical protein [Bryobacterales bacterium]Ą€0€¤€0€Ą€ MCC6537716Ŗ€ĸ€0€0€ €3hypothetical protein [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_277778661Ŗ€ĸ€0€0€ €‹AraC family transcriptional regulator [Staphylococcus arlettae] >UXU53114.1 AraC family transcriptional regulator [Staphylococcus arlettae]Ą€0€Š€0€Ą€ WP_262615610Ŗ€ĸ€0€0€ €ƒsterol desaturase family protein [Leptospira bouyouniensis] >TGL03211.1 sterol desaturase family protein [Leptospira bouyouniensis]Ą€0€Š€0€Ą€ WP_135771669Ŗ€ĸ€0€0€ €`Binding-protein-dependent transport systems inner membrane component [Mesorhizobium plurifarium]Ą€0€Ĩ€0€Ą€CDX53829Ŗ€ĸ€0€0€ €Fhypothetical protein E6Q88_07435, partial [Xanthomonadaceae bacterium]Ą€0€¤€0€Ą€TXH71851Ŗ€ĸ€0€0€ €FATP-dependent RNA helicase DDX51 isoform X1 [Symphalangus syndactylus]Ą€0€Š€0€Ą€ XP_055095726Ŗ€ĸ€0€0€ €:DUF547 domain-containing protein [Pseudozobellia sp. WGM2]Ą€0€Š€0€Ą€ WP_209402264Ŗ€ĸ€0€0€ €‡GspH/FimT family pseudopilin [Gammaproteobacteria bacterium] >MBK8990249.1 GspH/FimT family pseudopilin [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBK6277277Ŗ€ĸ€0€0€ €‚ÛMULTISPECIES: thiol:disulfide interchange protein DsbA/DsbL [Marinobacter] >MBL3823202.1 thiol:disulfide interchange protein DsbA/DsbL [Marinobacter sp. MC3] >MBL3892467.1 thiol:disulfide interchange protein DsbA/DsbL [Marinobacter sp. MW3] >MCD1645979.1 thiol:disulfide interchange protein DsbA/DsbL [Marinobacter adhaerens] >OAN88762.1 disulfide bond formation protein DsbA [Marinobacter sp. EhN04] >OAN91743.1 disulfide bond formation protein DsbA [Marinobacter sp. EhC06]Ą€0€Š€0€Ą€ WP_064229784Ŗ€ĸ€0€0€ €;M20 aminoacylase family protein [Aliamphritea hakodatensis]Ą€0€Š€0€Ą€ WP_271272236Ŗ€ĸ€0€0€ €ATraG/TraD family protein, partial [Acidithiobacillus sp. GGI-221]Ą€0€¤€0€Ą€EGQ64116Ŗ€ĸ€0€0€ €MLytTR family DNA-binding domain-containing protein [Brevundimonas sp. NIBR10]Ą€0€Š€0€Ą€ WP_271145842Ŗ€ĸ€0€0€ €;DUF475 domain-containing protein [Burkholderia sp. BCC1644]Ą€0€Š€0€Ą€ WP_176051587Ŗ€ĸ€0€0€ €hypothetical protein [Achromobacter sp. MFA1 R4] >SIT25400.1 hypothetical protein SAMN05428937_3019 [Achromobacter sp. MFA1 R4]Ą€0€Š€0€Ą€ WP_076519206Ŗ€ĸ€0€0€ €=hypothetical protein PsorP6_005182 [Peronosclerospora sorghi]Ą€0€¤€0€Ą€ KAI9912466Ŗ€ĸ€0€0€ €jMULTISPECIES: AAA family ATPase [Streptomyces] >WDI23163.1 AAA family ATPase [Streptomyces enissocaesilis]Ą€0€Š€0€Ą€ WP_165687160Ŗ€ĸ€0€0€ €€conjugal transfer protein TraD [Mangrovibacter phragmitis] >OAT75824.1 plasmid stabilization protein [Mangrovibacter phragmitis]Ą€0€Š€0€Ą€ WP_064600084Ŗ€ĸ€0€0€ €Fmetal-dependent transcriptional regulator [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6702431Ŗ€ĸ€0€0€ €0hypothetical protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR4890737Ŗ€ĸ€0€0€ €ĶMULTISPECIES: 2-phospho-L-lactate transferase [Streptomyces] >MBZ9596177.1 2-phospho-L-lactate transferase [Streptomyces erythrochromogenes] >UUY48127.1 2-phospho-L-lactate transferase [Streptomyces yangpuensis]Ą€0€Š€0€Ą€ WP_046778966Ŗ€ĸ€0€0€ €‚DNA-binding transcriptional activator AppY [Escherichia coli] >EFN4399469.1 AraC family transcriptional regulator [Escherichia coli] >EIM5925671.1 DNA-binding transcriptional activator AppY [Escherichia coli] >MCQ1733809.1 DNA-binding transcriptional activator AppY [Escherichia coli]Ą€0€Š€0€Ą€ WP_255401854Ŗ€ĸ€0€0€ €4hypothetical protein [Acidithiobacillus thiooxidans]Ą€0€Š€0€Ą€ WP_226831475Ŗ€ĸ€0€0€ €;DUF3459 domain-containing protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€ MBP7746105Ŗ€ĸ€0€0€ €>CBS domain-containing protein [Microcystis aeruginosa BS13-10]Ą€0€¤€0€Ą€NCS37471Ŗ€ĸ€0€0€ €Œuncharacterized protein F4812DRAFT_365283 [Daldinia caldariorum] >KAI1468394.1 hypothetical protein F4812DRAFT_365283 [Daldinia caldariorum]Ą€0€Š€0€Ą€ XP_047790709Ŗ€ĸ€0€0€ €3cytochrome c oxidase subunit II [Pontibacter ruber]Ą€0€Š€0€Ą€ WP_250427403Ŗ€ĸ€0€0€ €Bpreprotein translocase subunit SecF [Ruminococcaceae bacterium P7]Ą€0€Ĩ€0€Ą€SCX00186Ŗ€ĸ€0€0€ €}tetratricopeptide repeat protein [Clostridia bacterium] >MCI9275070.1 tetratricopeptide repeat protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MCI8393530Ŗ€ĸ€0€0€ €Dhypothetical protein AGMMS49543_27170 [Betaproteobacteria bacterium]Ą€0€Ŧ€0€Ą€GHT88678Ŗ€ĸ€0€0€ €{sulfatase-like hydrolase/transferase [Fuerstiella sp.] >MCP4858139.1 sulfatase-like hydrolase/transferase [Fuerstiella sp.]Ą€0€¤€0€Ą€ MCP4788584Ŗ€ĸ€0€0€ €ąhypothetical protein [Anaerolineales bacterium] >MCB8940463.1 hypothetical protein [Ardenticatenaceae bacterium] >MCB8973479.1 hypothetical protein [Ardenticatenaceae bacterium]Ą€0€¤€0€Ą€ MCA9900904Ŗ€ĸ€0€0€ €5envelope glycoprotein [Simian immunodeficiency virus]Ą€0€¤€0€Ą€AEJ33395Ŗ€ĸ€0€0€ €uhypothetical protein [Sinosporangium album] >SDH66796.1 hypothetical protein SAMN05421505_1208 [Sinosporangium album]Ą€0€Š€0€Ą€ WP_093172109Ŗ€ĸ€0€0€ €-radical SAM protein [Negativicutes bacterium]Ą€0€¤€0€Ą€NCB77646Ŗ€ĸ€0€0€ €•LacI family DNA-binding transcriptional regulator [Bacillus thuringiensis] >PFN63879.1 LacI family transcriptional regulator [Bacillus thuringiensis]Ą€0€Š€0€Ą€ WP_098515742Ŗ€ĸ€0€0€ €9WD repeat-containing protein 17 isoform X3 [Lagopus muta]Ą€0€Š€0€Ą€ XP_048796933Ŗ€ĸ€0€0€ €OComEC family DNA internalization-related competence protein [Bacilli bacterium]Ą€0€¤€0€Ą€ MBR4275022Ŗ€ĸ€0€0€ €,protamine-3 [Odocoileus virginianus texanus]Ą€0€Š€0€Ą€ XP_020736247Ŗ€ĸ€0€0€ €ÖrasGAP-activating-like protein 1 isoform X1 [Perca fluviatilis] >XP_039660069.1 rasGAP-activating-like protein 1 isoform X1 [Perca fluviatilis] >KAF1388669.1 hypothetical protein PFLUV_G00065040 [Perca fluviatilis]Ą€0€Š€0€Ą€ XP_039660068Ŗ€ĸ€0€0€ €9DNA mismatch repair protein Mlh1 [Coemansia sp. RSA 1290]Ą€0€¤€0€Ą€ KAJ2633851Ŗ€ĸ€0€0€ €6transcriptional activator NhaR [Curvibacter delicatus]Ą€0€Š€0€Ą€ WP_066708699Ŗ€ĸ€0€0€ €Qmolybdenum cofactor biosynthesis protein MoaB [Tildeniella torsiva UHER 1998/13D]Ą€0€¤€0€Ą€ MBW4485777Ŗ€ĸ€0€0€ €uDUF5937 family protein [Nonomuraea solani] >SEH02709.1 Helix-turn-helix domain-containing protein [Nonomuraea solani]Ą€0€Š€0€Ą€ WP_103963736Ŗ€ĸ€0€0€ €<3-hydroxybutyryl-CoA dehydrogenase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR4838026Ŗ€ĸ€0€0€ €Icalcium-transporting ATPase 4, endoplasmic reticulum-type [Brassica rapa]Ą€0€Š€0€Ą€ XP_009147075Ŗ€ĸ€0€0€ €KYK51407.1 beta-carotene 15,15'-monooxygenase [Lactiplantibacillus plantarum] >KYM68602.1 beta-carotene 15,15'-monooxygenase [Lactiplantibacillus plantarum]Ą€0€Š€0€Ą€ WP_062689758Ŗ€ĸ€0€0€ €530S ribosomal protein S1 [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6812365Ŗ€ĸ€0€0€ €"CP4V2 protein [Notiomystis cincta]Ą€0€¤€0€Ą€NWX34570Ŗ€ĸ€0€0€ €0hypothetical protein [Micromonospora luteifusca]Ą€0€¤€0€Ą€ MBM7494038Ŗ€ĸ€0€0€ €‹LysR family transcriptional regulator [Mogibacterium diversum] >MBF1341533.1 LysR family transcriptional regulator [Mogibacterium diversum]Ą€0€Š€0€Ą€ WP_273138110Ŗ€ĸ€0€0€ €3hypothetical protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCG6876547Ŗ€ĸ€0€0€ €ymobilization protein, partial [Bacteroides uniformis] >KAB3888156.1 mobilization protein, partial [Bacteroides uniformis]Ą€0€Š€0€Ą€ WP_151856261Ŗ€ĸ€0€0€ €uncharacterized protein GSPATT00020353001 [Paramecium tetraurelia] >CAK86681.1 unnamed protein product [Paramecium tetraurelia]Ą€0€Š€0€Ą€ XP_001454078Ŗ€ĸ€0€0€ €‚hypothetical protein AUP40_20380 [Thalassospira xiamenensis] >MAL27930.1 flagellar assembly protein FliW [Thalassospira sp.] >PTB84264.1 flagellar assembly protein FliW [Marinobacter vinifirmus] >HBN51183.1 flagellar assembly protein FliW [Thalassospira sp.]Ą€0€¤€0€Ą€KZD01260Ŗ€ĸ€0€0€ €Apolyribonucleotide nucleotidyltransferase [Gilliamella sp. W8145]Ą€0€¤€0€Ą€ MBI0103662Ŗ€ĸ€0€0€ €0PLP-dependent transferase [Opitutales bacterium]Ą€0€¤€0€Ą€ MCC5806595Ŗ€ĸ€0€0€ €6MAG: 50S ribosomal protein L18 [Thermoprotei archaeon]Ą€0€¤€0€Ą€RLE74569Ŗ€ĸ€0€0€ €BNADH-quinone oxidoreductase subunit M [Polaromonas sp. AET17H-212]Ą€0€Š€0€Ą€ WP_096665911Ŗ€ĸ€0€0€ €8CASD1 acetyltransferase, partial [Acromyrmex insinuator]Ą€0€¤€0€Ą€ KAG5313265Ŗ€ĸ€0€0€ €ounnamed protein product [Rotaria magnacalcarata] >CAF5213101.1 unnamed protein product [Rotaria magnacalcarata]Ą€0€Ĩ€0€Ą€ CAF5110230Ŗ€ĸ€0€0€ €'hypothetical protein [Helicobacter sp.]Ą€0€¤€0€Ą€ MBD5168133Ŗ€ĸ€0€0€ €RSr22 [synthetic construct] >CUM44200.1 unnamed protein product [Triticum aestivum]Ą€0€¤€0€Ą€QNU41032Ŗ€ĸ€0€0€ €¤MULTISPECIES: hypothetical protein [Nostocaceae] >MBD2458473.1 hypothetical protein [Nostoc sp. FACHB-87] >MBD2479556.1 hypothetical protein [Anabaena sp. FACHB-83]Ą€0€Š€0€Ą€ WP_190594466Ŗ€ĸ€0€0€ €+MAG: PIF1-like helicase [Bacteriophage sp.]Ą€0€¤€0€Ą€UWG74403Ŗ€ĸ€0€0€ €‚ĐMULTISPECIES: cupredoxin domain-containing protein [Pseudomonadaceae] >OCX90713.1 iron transporter [Pseudomonas sp. CO183] >PKL97327.1 cupredoxin domain-containing protein [Gammaproteobacteria bacterium HGW-Gammaproteobacteria-9] >PKM08060.1 cupredoxin domain-containing protein [Gammaproteobacteria bacterium HGW-Gammaproteobacteria-7] >AGA85438.1 hypothetical protein Psest_0845 [Stutzerimonas stutzeri RCH2] >AHY44222.1 iron transporter [Stutzerimonas stutzeri]Ą€0€Š€0€Ą€ WP_015275782Ŗ€ĸ€0€0€ €1Kruppel-like factor 5 (intestinal) [Homo sapiens]Ą€0€Ĩ€0€Ą€CCO02790Ŗ€ĸ€0€0€ €*unnamed protein product [Leptidea sinapis]Ą€0€Ĩ€0€Ą€VVC94919Ŗ€ĸ€0€0€ €Ąwinged helix DNA-binding domain-containing protein [Streptomyces sp. wa22] >TXS17010.1 winged helix DNA-binding domain-containing protein [Streptomyces sp. wa22]Ą€0€Š€0€Ą€ WP_147958553Ŗ€ĸ€0€0€ €.pyruvate, phosphate dikinase [Bacteroides sp.]Ą€0€¤€0€Ą€ MBD5306941Ŗ€ĸ€0€0€ €>hypothetical protein TL16_g00631 [Triparma laevis f. inornata]Ą€0€Ŧ€0€Ą€GMH49846Ŗ€ĸ€0€0€ €.S1 family peptidase [Micromonospora thermarum]Ą€0€¤€0€Ą€NJP33277Ŗ€ĸ€0€0€ €Ądipeptide ABC transporter ATP-binding protein [Sutterella wadsworthensis] >MCB7457324.1 dipeptide ABC transporter ATP-binding protein [Sutterella wadsworthensis]Ą€0€Š€0€Ą€ WP_227059655Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4261164Ŗ€ĸ€0€0€ €:hypothetical protein QS99_C0008G0053 [archaeon GW2011_AR4]Ą€0€¤€0€Ą€KHO46355Ŗ€ĸ€0€0€ €:50S ribosomal protein L20 [Planctomycetes bacterium K23_9]Ą€0€¤€0€Ą€QDT09879Ŗ€ĸ€0€0€ €Šalcohol dehydrogenase [Fusarium oxysporum f. sp. raphani 54005] >KAG7435564.1 Aldo-keto reductase yakc [Fusarium oxysporum f. sp. raphani]Ą€0€¤€0€Ą€EXK83554Ŗ€ĸ€0€0€ €3glycine cleavage system protein H [Roseovarius sp.]Ą€0€¤€0€Ą€MAO00220Ŗ€ĸ€0€0€ €OCDP-alcohol phosphatidyltransferase family protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBK7557264Ŗ€ĸ€0€0€ €MCR6506835.1 SAM-dependent methyltransferase [Bacteroides muris (ex Fokt et al. 2023)]Ą€0€Š€0€Ą€ WP_257939681Ŗ€ĸ€0€0€ €Ctranscription initiation factor IIE subunit beta [Trametes punicea]Ą€0€¤€0€Ą€ KAI8972608Ŗ€ĸ€0€0€ €alpha-amylase family glycosyl hydrolase [Bacillus sp. 3103sda1] >MCP1126052.1 alpha-amylase family glycosyl hydrolase [Bacillus sp. 3103sda1]Ą€0€Š€0€Ą€ WP_253630899Ŗ€ĸ€0€0€ €.metallophosphoesterase [Kineococcus rubinsiae]Ą€0€Š€0€Ą€ WP_167581056Ŗ€ĸ€0€0€ €ƒMupG family TIM beta-alpha barrel fold protein [Bacillus sp. 165] >MBO9131182.1 DUF871 domain-containing protein [Bacillus sp. 165]Ą€0€Š€0€Ą€ WP_209095964Ŗ€ĸ€0€0€ €‘GntR family transcriptional regulator [Pseudoalteromonas sp. H105] >KTF13087.1 GntR family transcriptional regulator [Pseudoalteromonas sp. H105]Ą€0€Š€0€Ą€ WP_058561589Ŗ€ĸ€0€0€ €GIH34977.1 cellulose-binding protein [Microbispora amethystogenes]Ą€0€Š€0€Ą€ WP_204287739Ŗ€ĸ€0€0€ €thiocyanate hydrolase subunit gamma [Mycolicibacterium fortuitum] >OBK62915.1 thiocyanate hydrolase subunit gamma [Mycolicibacterium fortuitum]Ą€0€Š€0€Ą€ WP_065148066Ŗ€ĸ€0€0€ €Tcollagenase ColA [Bacillus wiedmannii] >PEQ05297.1 collagenase [Bacillus wiedmannii]Ą€0€Š€0€Ą€ WP_098191572Ŗ€ĸ€0€0€ €:Cof-type HAD-IIB family hydrolase [Paenibacillus polymyxa]Ą€0€¤€0€Ą€URJ46333Ŗ€ĸ€0€0€ €{glycerophosphodiester phosphodiesterase [Halomonas sp.] >HEB05411.1 glycerophosphodiester phosphodiesterase [Halomonas sp.]Ą€0€¯€0€Ą€HDZ48353Ŗ€ĸ€0€0€ €)patatin family protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_271243471Ŗ€ĸ€0€0€ €(cytochrome c1 [Pseudomonas akapageensis]Ą€0€Š€0€Ą€ WP_166360839Ŗ€ĸ€0€0€ €Radenylate/guanylate cyclase domain-containing protein [Mycolicibacterium sp. CR10]Ą€0€Š€0€Ą€ WP_137144119Ŗ€ĸ€0€0€ €:hypothetical protein [Scytonematopsis contorta HA4267-MV1]Ą€0€¤€0€Ą€ MBW4512449Ŗ€ĸ€0€0€ €eheterocyst specific ABC-transporter, membrane spanning subunit DevC homolog [Rivularia sp. IAM M-261]Ą€0€Ŧ€0€Ą€GJD18679Ŗ€ĸ€0€0€ €…diaminopimelate decarboxylase [Puniceibacterium antarcticum] >PIL18290.1 diaminopimelate decarboxylase [Puniceibacterium antarcticum]Ą€0€Š€0€Ą€ WP_099912534Ŗ€ĸ€0€0€ €aMULTISPECIES: HutD family protein [Halomonas] >NYS77295.1 HutD family protein [Halomonas glaciei]Ą€0€Š€0€Ą€ WP_179915466Ŗ€ĸ€0€0€ €1c-type cytochrome [Desulfovibrionaceae bacterium]Ą€0€¤€0€Ą€ MCL1962319Ŗ€ĸ€0€0€ €(membrane protein [Klebsiella pneumoniae]Ą€0€Ŧ€0€Ą€GKN74270Ŗ€ĸ€0€0€ €•cell wall-binding repeat-containing protein [Peptostreptococcus russellii] >PSJ30857.1 hypothetical protein UF10_08320 [Peptostreptococcus russellii]Ą€0€Š€0€Ą€ WP_106777349Ŗ€ĸ€0€0€ €Fsurface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QUE11983Ŗ€ĸ€0€0€ €$transposase [Bacteroidota bacterium]Ą€0€¤€0€Ą€NQT76827Ŗ€ĸ€0€0€ €type VI secretion system membrane subunit TssM [Pseudomonas sp. PSKL.D1] >WDY60627.1 type VI secretion system membrane subunit TssM [Pseudomonas sp. PSKL.D1]Ą€0€Š€0€Ą€ WP_274910452Ŗ€ĸ€0€0€ €}ABATE domain-containing protein [Streptomyces sp. PBH53] >AKN73357.1 hypothetical protein QR97_29595 [Streptomyces sp. PBH53]Ą€0€Š€0€Ą€ WP_208884269Ŗ€ĸ€0€0€ €DRNA polymerase subunit B, partial [uncultured Verminephrobacter sp.]Ą€0€¤€0€Ą€AIR77599Ŗ€ĸ€0€0€ €CSBA1 [Candida oxycetoniae] >KAI3403076.1 SBA1 [Candida oxycetoniae]Ą€0€Š€0€Ą€ XP_049178823Ŗ€ĸ€0€0€ €=outer membrane protein OmpK [Gallaecimonas pentaromativorans]Ą€0€Š€0€Ą€ WP_050657700Ŗ€ĸ€0€0€ €ŗargininosuccinate lyase [Agrobacterium tumefaciens] >NSY57092.1 argininosuccinate lyase [Agrobacterium tumefaciens] >WCK04686.1 argininosuccinate lyase [Agrobacterium tumefaciens]Ą€0€Š€0€Ą€ WP_173991185Ŗ€ĸ€0€0€ €IMAG: hypothetical protein BGO68_05925 [Candidatus Amoebophilus sp. 36-38]Ą€0€¤€0€Ą€OJW72254Ŗ€ĸ€0€0€ €Btype VI secretion system baseplate subunit TssF [Escherichia coli]Ą€0€¤€0€Ą€ EFG1511687Ŗ€ĸ€0€0€ €Reukaryotic translation initiation factor 3, subunit 6 [Piedraia hortae CBS 480.64]Ą€0€¤€0€Ą€ KAF2864190Ŗ€ĸ€0€0€ €KPyoverdin chromophore biosynthetic protein pvcC, partial [Escherichia coli]Ą€0€¤€0€Ą€ KAA1446899Ŗ€ĸ€0€0€ €7attachment protein, partial [Psychromonas sp. PRT-SC03]Ą€0€¤€0€Ą€KPU83403Ŗ€ĸ€0€0€ €Drhodanese-like domain-containing protein [Bradyrhizobium sp. SSUT77]Ą€0€Š€0€Ą€ WP_279687934Ŗ€ĸ€0€0€ €OG/U mismatch-specific DNA glycosylase [Klebsiella pneumoniae subsp. pneumoniae]Ą€0€¤€0€Ą€ MCS5932532Ŗ€ĸ€0€0€ €serine/threonine-protein kinase [Chroococcidiopsis sp. CCALA 051] >PSM48130.1 serine/threonine protein kinase [Chroococcidiopsis sp. CCALA 051]Ą€0€Š€0€Ą€ WP_106546380Ŗ€ĸ€0€0€ €helix-turn-helix transcriptional regulator [Nocardia huaxiensis] >UFS98502.1 helix-turn-helix domain-containing protein [Nocardia huaxiensis]Ą€0€Š€0€Ą€ WP_231085688Ŗ€ĸ€0€0€ €nMULTISPECIES: thioesterase family protein [Aeromonas] >MCH7370883.1 acyl-CoA thioesterase [Aeromonas sp. MR16]Ą€0€Š€0€Ą€ WP_033131454Ŗ€ĸ€0€0€ €˛hypothetical protein [Streptococcus canis] >QKG74783.1 hypothetical protein GE022_000795 [Streptococcus canis] >GFG42252.1 hypothetical protein ScFU29_11560 [Streptococcus canis]Ą€0€Š€0€Ą€ WP_164228299Ŗ€ĸ€0€0€ €ŋShlB/FhaC/HecB family hemolysin secretion/activation protein [Burkholderia pseudomallei] >MCL4671125.1 ShlB/FhaC/HecB family hemolysin secretion/activation protein [Burkholderia pseudomallei]Ą€0€Š€0€Ą€ WP_249510290Ŗ€ĸ€0€0€ €‚ unnamed protein product [Rotaria sordida] >CAF0970105.1 unnamed protein product [Rotaria sordida] >CAF1228397.1 unnamed protein product [Rotaria sordida] >CAF1230897.1 unnamed protein product [Rotaria sordida] >CAF3963341.1 unnamed protein product [Rotaria sordida]Ą€0€Ĩ€0€Ą€ CAF0807478Ŗ€ĸ€0€0€ €:TonB-dependent siderophore receptor [Facilibium subflavum]Ą€0€Š€0€Ą€ WP_119344914Ŗ€ĸ€0€0€ €)OsmC family protein [Sciscionella marina]Ą€0€Š€0€Ą€ WP_020497701Ŗ€ĸ€0€0€ €7outer membrane usher protein [Photorhabdus sp. RW14-46]Ą€0€Š€0€Ą€ WP_242685612Ŗ€ĸ€0€0€ €0cytochrome b, partial [Jaculus jaculus hirtipes]Ą€0€¤€0€Ą€UNP33456Ŗ€ĸ€0€0€ €9general substrate transporter [Aspergillus coremiiformis]Ą€0€¤€0€Ą€ KAE8355151Ŗ€ĸ€0€0€ €JDUF3298 and DUF4163 domain-containing protein [Flavobacterium antarcticum]Ą€0€Š€0€Ą€ WP_026718622Ŗ€ĸ€0€0€ €2dysferlin-like, partial [Antrostomus carolinensis]Ą€0€Š€0€Ą€ XP_028939562Ŗ€ĸ€0€0€ €/prolyl aminopeptidase [Paracoccaceae bacterium]Ą€0€¤€0€Ą€NRB18267Ŗ€ĸ€0€0€ €BABC-F type ribosomal protection protein [Clostridium pasteurianum]Ą€0€Š€0€Ą€ WP_041710957Ŗ€ĸ€0€0€ €aDUF2487 family protein [Macrococcus canis] >QIH75976.1 DUF2487 family protein [Macrococcus canis]Ą€0€Š€0€Ą€ WP_164942207Ŗ€ĸ€0€0€ €ąendonuclease/exonuclease/phosphatase family protein [Pseudonocardia xinjiangensis] >NMH76849.1 endonuclease/exonuclease/phosphatase family protein [Pseudonocardia xinjiangensis]Ą€0€Š€0€Ą€ WP_169394925Ŗ€ĸ€0€0€ €zCheR family methyltransferase [Burkholderia cenocepacia] >MBJ9916543.1 PAS domain S-box protein [Burkholderia cenocepacia]Ą€0€Š€0€Ą€ WP_200037957Ŗ€ĸ€0€0€ €8elongator complex protein 3, partial [Copris sp. INB146]Ą€0€¤€0€Ą€AUW90066Ŗ€ĸ€0€0€ €3hypothetical protein [Pseudoalteromonas ulvae UL12]Ą€0€¤€0€Ą€ MBE0362647Ŗ€ĸ€0€0€ €‚heme lyase CcmF/NrfE family subunit [Escherichia coli] >EFA2256848.1 heme lyase CcmF/NrfE family subunit [Escherichia coli] >EGN2978185.1 heme lyase CcmF/NrfE family subunit [Escherichia coli] >EHV9219066.1 heme lyase CcmF/NrfE family subunit [Escherichia coli]Ą€0€¤€0€Ą€ EET4312562Ŗ€ĸ€0€0€ €‚glycoside hydrolase family 16 protein [Naumannella cuiyingiana] >NYI70026.1 beta-glucanase (GH16 family) [Naumannella cuiyingiana]Ą€0€Š€0€Ą€ WP_179444023Ŗ€ĸ€0€0€ €7unnamed protein product [Eruca vesicaria subsp. sativa]Ą€0€Ĩ€0€Ą€ CAH8385548Ŗ€ĸ€0€0€ €LMAP/microtubule affinity-regulating kinase 3-like isoform X7 [Daphnia pulex]Ą€0€Š€0€Ą€ XP_046441060Ŗ€ĸ€0€0€ €+unnamed protein product [Cuscuta epithymum]Ą€0€Ĩ€0€Ą€ CAH9078713Ŗ€ĸ€0€0€ €vYggL family protein [Klebsiella michiganensis] >PLL34481.1 hypothetical protein CWN50_19660 [Klebsiella michiganensis]Ą€0€Š€0€Ą€ WP_268012811Ŗ€ĸ€0€0€ €Whypothetical protein COZ21_09525 [Bacteroidetes bacterium CG_4_10_14_3_um_filter_31_20]Ą€0€¤€0€Ą€PIY03328Ŗ€ĸ€0€0€ €FABC transporter substrate-binding protein [Flavobacteriales bacterium]Ą€0€¯€0€Ą€HIA35646Ŗ€ĸ€0€0€ €53'-5' exonuclease, partial [Bacillus stratosphericus]Ą€0€¤€0€Ą€TFV00908Ŗ€ĸ€0€0€ €kserine--tRNA ligase [Halobacteriovorax sp. DA5] >POB15096.1 serine--tRNA ligase [Halobacteriovorax sp. DA5]Ą€0€Š€0€Ą€ WP_103216576Ŗ€ĸ€0€0€ €2cystine transporter permease [Cytobacillus firmus]Ą€0€¤€0€Ą€ MBG9445742Ŗ€ĸ€0€0€ €@uncharacterized protein LOC119615716, partial [Lucilia sericata]Ą€0€Š€0€Ą€ XP_037827647Ŗ€ĸ€0€0€ €’XdhC/CoxI family protein [Aquimarina spongiae] >SHI34083.1 Xanthine and CO dehydrogenase maturation factor, XdhC/CoxF family [Aquimarina spongiae]Ą€0€Š€0€Ą€ WP_073312722Ŗ€ĸ€0€0€ €Gphosphonate C-P lyase system protein PhnH [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€MAR88726Ŗ€ĸ€0€0€ €?iron-containing alcohol dehydrogenase [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ MBM4836391Ŗ€ĸ€0€0€ €=hypothetical protein AaE_004595, partial [Aphanomyces astaci]Ą€0€¤€0€Ą€ KAF0756529Ŗ€ĸ€0€0€ €tM20/M25/M40 family metallo-hydrolase [Sphingomonas sp. Root241] >KRC81009.1 peptidase M28 [Sphingomonas sp. Root241]Ą€0€Š€0€Ą€ WP_056610248Ŗ€ĸ€0€0€ €6deoxyhypusine synthase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU2271834Ŗ€ĸ€0€0€ €VATPase/histidine kinase/DNA gyrase B/HSP90 domain protein [Aneurinibacillus migulanus]Ą€0€Ĩ€0€Ą€CEH30391Ŗ€ĸ€0€0€ €4replication endonuclease, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_162756046Ŗ€ĸ€0€0€ €DDUF362 domain-containing protein [Caldicellulosiruptor sp. DIB 104C]Ą€0€Š€0€Ą€ WP_271629396Ŗ€ĸ€0€0€ €\UDP-N-acetyl-D-mannosamine dehydrogenase [Salmonella enterica subsp. enterica serovar Ndolo]Ą€0€¤€0€Ą€ EBU9231875Ŗ€ĸ€0€0€ €DParB/RepB/Spo0J family partition protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_169053012Ŗ€ĸ€0€0€ €…exodeoxyribonuclease V subunit beta [Klebsiella pneumoniae] >MBZ4059594.1 exodeoxyribonuclease V subunit beta [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_223695792Ŗ€ĸ€0€0€ €†DUF882 domain-containing protein [Acidovorax soli] >SDZ72976.1 Uncharacterized conserved protein YcbK, DUF882 family [Acidovorax soli]Ą€0€Š€0€Ą€ WP_092696504Ŗ€ĸ€0€0€ €ƒMCE family protein [Mycolicibacterium chubuense] >AFM16240.1 virulence factor Mce family protein [Mycolicibacterium chubuense NBB4]Ą€0€Š€0€Ą€ WP_014814721Ŗ€ĸ€0€0€ €ƒhypothetical protein I3760_04G135900 [Carya illinoinensis] >KAG6718142.1 hypothetical protein I3842_04G135600 [Carya illinoinensis]Ą€0€¤€0€Ą€ KAG2712649Ŗ€ĸ€0€0€ €‚bMULTISPECIES: biliverdin-producing heme oxygenase [Pseudoalteromonas] >KJY93028.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN36799.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN37583.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN49619.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN56276.1 heme oxygenase [Pseudoalteromonas piscicida]Ą€0€Š€0€Ą€ WP_045961551Ŗ€ĸ€0€0€ €ˆPH domain-containing protein, partial [Agrobacterium sp. NCIB 9042] >NIB13677.1 PH domain-containing protein [Agrobacterium tumefaciens]Ą€0€Š€0€Ą€ WP_166690114Ŗ€ĸ€0€0€ €'site-specific integrase [Alistipes sp.]Ą€0€¤€0€Ą€ MBQ8778157Ŗ€ĸ€0€0€ €@apolipoprotein N-acyltransferase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NVK26228Ŗ€ĸ€0€0€ €YCDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR5140322Ŗ€ĸ€0€0€ €Wsialic acid TRAP transporter substrate-binding protein SiaP [Bradyrhizobium sp. CSA207]Ą€0€Š€0€Ą€ WP_275196335Ŗ€ĸ€0€0€ €7PE family protein, partial [Mycobacterium tuberculosis]Ą€0€Š€0€Ą€ WP_078747788Ŗ€ĸ€0€0€ €!plasminogen [Clonorchis sinensis]Ą€0€Ŧ€0€Ą€GAA38267Ŗ€ĸ€0€0€ €Cformate dehydrogenase-specific chaperone [Campylobacter sp. RM9328]Ą€0€Š€0€Ą€ WP_169999893Ŗ€ĸ€0€0€ €EGDSL-type esterase/lipase family protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MCI5668237Ŗ€ĸ€0€0€ €:SulP family inorganic anion transporter [Sulfurimonas sp.]Ą€0€¤€0€Ą€ MCD6173453Ŗ€ĸ€0€0€ €Rmotility associated factor glycosyltransferase family protein [Campylobacter coli]Ą€0€¤€0€Ą€ EFS8130303Ŗ€ĸ€0€0€ €1hypothetical protein [Paenibacillus sp. Y412MC10]Ą€0€Š€0€Ą€ WP_145141753Ŗ€ĸ€0€0€ €Bheavy metal translocating P-type ATPase [Methanobacterium paludis]Ą€0€¤€0€Ą€ MCE7698179Ŗ€ĸ€0€0€ €‰ABC transporter permease subunit [Pusillimonas sp. ANT_WB101] >KAA0893061.1 ABC transporter permease subunit [Pusillimonas sp. ANT_WB101]Ą€0€Š€0€Ą€ WP_149397594Ŗ€ĸ€0€0€ €2transmembrane protein 170A isoform X5 [Sus scrofa]Ą€0€Š€0€Ą€ XP_020949431Ŗ€ĸ€0€0€ €3CopD family protein [Streptomyces sp. AC627_RSS907]Ą€0€Š€0€Ą€ WP_254406115Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBB2072367Ŗ€ĸ€0€0€ €ohypothetical protein [Streptomyces albidoflavus] >MBF4132714.1 hypothetical protein [Streptomyces albidoflavus]Ą€0€Š€0€Ą€ WP_194546214Ŗ€ĸ€0€0€ €8tetratricopeptide repeat protein [Gilliamella sp. B3482]Ą€0€Š€0€Ą€ WP_267353308Ŗ€ĸ€0€0€ €5calpastatin isoform X3 [Aquila chrysaetos chrysaetos]Ą€0€Š€0€Ą€ XP_029860665Ŗ€ĸ€0€0€ €Uglycosyltransferase [Ilyomonas limi] >TKK64193.1 glycosyltransferase [Ilyomonas limi]Ą€0€Š€0€Ą€ WP_137264191Ŗ€ĸ€0€0€ €Ehypothetical protein, partial [Enterobacter cloacae complex sp. P4RS]Ą€0€Š€0€Ą€ WP_227413069Ŗ€ĸ€0€0€ €%flavodoxin family protein [bacterium]Ą€0€¤€0€Ą€ MBU2643279Ŗ€ĸ€0€0€ €‚ŖMcrC family protein, partial [Clostridioides difficile] >EGT3649900.1 hypothetical protein [Clostridioides difficile] >EQF95200.1 mcrBC 5-methylcytosine restriction system component family protein, partial [Clostridioides difficile 842] >MCE0567596.1 McrC family protein [Clostridioides difficile] >MCE0588872.1 McrC family protein [Clostridioides difficile] >MCE0596344.1 McrC family protein [Clostridioides difficile]Ą€0€Š€0€Ą€ WP_021391773Ŗ€ĸ€0€0€ €Oadenylate/guanylate cyclase domain-containing protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MCH7812019Ŗ€ĸ€0€0€ €uTonB-dependent siderophore receptor [Burkholderia cepacia] >KVQ29323.1 TonB-dependent receptor [Burkholderia cepacia]Ą€0€Š€0€Ą€ WP_059812501Ŗ€ĸ€0€0€ €HFKBP-type peptidyl-prolyl cis-trans isomerase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBQ3958696Ŗ€ĸ€0€0€ €‚ŒMULTISPECIES: ribosome modulation factor [Vibrio] >OIQ26365.1 ribosome modulation factor [Vibrio sp. MedPE-SWchi] >OCH74269.1 ribosome modulation factor [Vibrio genomosp. F10] >OEE34610.1 ribosome modulation factor [Vibrio genomosp. F10 str. ZF-129] >OEE96409.1 ribosome modulation factor [Vibrio genomosp. F10 str. 9ZC157] >OEF05164.1 ribosome modulation factor [Vibrio genomosp. F10 str. 9ZB36]Ą€0€Š€0€Ą€ WP_017034258Ŗ€ĸ€0€0€ €yDUF2848 domain-containing protein [Bosea sp. 47.2.35] >MCR4522734.1 DUF2848 domain-containing protein [Bosea sp. 47.2.35]Ą€0€Š€0€Ą€ WP_257733866Ŗ€ĸ€0€0€ €…tyrosine-type recombinase/integrase [Klebsiella pneumoniae] >HBW9598731.1 tyrosine-type recombinase/integrase [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBR2011202Ŗ€ĸ€0€0€ €MULTISPECIES: MarR family transcriptional regulator [Lysinibacillus] >QQP11078.1 MarR family transcriptional regulator [Lysinibacillus agricola]Ą€0€Š€0€Ą€ WP_053594912Ŗ€ĸ€0€0€ €2MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAS28513Ŗ€ĸ€0€0€ €idienelactone hydrolase family protein [Halosegnis longus] >RNJ25974.1 alpha/beta hydrolase [Salella cibi]Ą€0€Š€0€Ą€ WP_075938258Ŗ€ĸ€0€0€ €4unnamed protein product [Miscanthus lutarioriparius]Ą€0€Ĩ€0€Ą€ CAD6215318Ŗ€ĸ€0€0€ €Dhypothetical protein F4778DRAFT_177860 [Xylariomycetidae sp. FL2044]Ą€0€¤€0€Ą€ KAH9898930Ŗ€ĸ€0€0€ €ūmalate dehydrogenase [Proteus sp. CD3] >MBG3130914.1 malate dehydrogenase [Proteus mirabilis] >MBG6027521.1 malate dehydrogenase [Proteus mirabilis] >MBG6048375.1 malate dehydrogenase [Proteus mirabilis] >QEZ90839.1 malate dehydrogenase [Proteus sp. CD3]Ą€0€Š€0€Ą€ WP_151434014Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBK7764469Ŗ€ĸ€0€0€ €Ĩphage shock protein operon transcriptional activator [Aeromonas salmonicida] >WCH21150.1 phage shock protein operon transcriptional activator [Aeromonas salmonicida]Ą€0€Š€0€Ą€ WP_271786410Ŗ€ĸ€0€0€ €SDHF4 factor [Uria aalge]Ą€0€¤€0€Ą€NXV43694Ŗ€ĸ€0€0€ €#olfactory receptor 7G1 [Bos taurus]Ą€0€Š€0€Ą€ XP_002688837Ŗ€ĸ€0€0€ €Qaspartate/glutamate racemase family protein [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MCH8328754Ŗ€ĸ€0€0€ €Ghelix-turn-helix transcriptional regulator [Anaerotruncus sp. DFI.9.16]Ą€0€Š€0€Ą€ WP_256153163Ŗ€ĸ€0€0€ €:NAD(P)-dependent oxidoreductase [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0394142Ŗ€ĸ€0€0€ €.arginine decarboxylase [Bacteroidia bacterium]Ą€0€¤€0€Ą€ MCS7028162Ŗ€ĸ€0€0€ €QDHA2 family efflux MFS transporter permease subunit [Polymorphobacter megasporae]Ą€0€Š€0€Ą€ WP_255602293Ŗ€ĸ€0€0€ €Ahypothetical protein Brms1b_005886 [Colletotrichum noveboracense]Ą€0€¤€0€Ą€ KAJ0315765Ŗ€ĸ€0€0€ €=phosphopantetheine-binding protein [Streptomyces sp. SID5471]Ą€0€Š€0€Ą€ WP_237526657Ŗ€ĸ€0€0€ €‹type I-E CRISPR-associated protein Cse2/CasB [Kaustia mangrovi] >QPC44969.1 type I-E CRISPR-associated protein Cse2/CasB [Kaustia mangrovi]Ą€0€Š€0€Ą€ WP_213162342Ŗ€ĸ€0€0€ €’uncharacterized protein BDZ99DRAFT_489851 [Mytilinidion resinicola] >KAF2806634.1 hypothetical protein BDZ99DRAFT_489851 [Mytilinidion resinicola]Ą€0€Š€0€Ą€ XP_033573598Ŗ€ĸ€0€0€ €Ŋtrypsin-like peptidase domain-containing protein [Herbinix luporum] >CUH93132.1 hypothetical protein SD1D_1586 [Herbinix luporum] >HHT56129.1 trypsin-like serine protease [Herbinix luporum]Ą€0€Š€0€Ą€ WP_058258401Ŗ€ĸ€0€0€ €GEN33769.1 hypothetical protein ADA01nite_12290 [Aneurinibacillus danicus]Ą€0€Š€0€Ą€ WP_146809086Ŗ€ĸ€0€0€ €KLIM and calponin -like proteiny domains-containing protein 1 [Channa argus]Ą€0€¤€0€Ą€ KAF3694195Ŗ€ĸ€0€0€ €>MULTISPECIES: hypothetical protein [unclassified Haladaptatus]Ą€0€Š€0€Ą€ WP_276247412Ŗ€ĸ€0€0€ €whypothetical protein NUBL22004_12150 [Klebsiella pneumoniae] >HCI8768104.1 hypothetical protein [Klebsiella pneumoniae]Ą€0€Ŧ€0€Ą€GKN64987Ŗ€ĸ€0€0€ €4fructan beta-fructosidase [Sphingobacterium faecium]Ą€0€¤€0€Ą€PTX11617Ŗ€ĸ€0€0€ €Ąalpha-glucosidase [Photobacterium leiognathi] >KJF96792.1 alpha-glucosidase [Photobacterium leiognathi] >PSV86778.1 alpha-glucosidase [Photobacterium leiognathi]Ą€0€Š€0€Ą€ WP_045070942Ŗ€ĸ€0€0€ €‚class II fructose-bisphosphate aldolase [Candidatus Hamiltonella defensa] >ACQ68158.1 fructose-bisphosphate aldolase, class II [Candidatus Hamiltonella defensa 5AT (Acyrthosiphon pisum)] >ATW22761.1 class II fructose-bisphosphate aldolase [Candidatus Hamiltonella defensa]Ą€0€Š€0€Ą€ WP_015873926Ŗ€ĸ€0€0€ €BIS5-like element IS903B family transposase [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ EJA2215897Ŗ€ĸ€0€0€ €?hypothetical protein ILUMI_17265, partial [Ignelater luminosus]Ą€0€¤€0€Ą€ KAF2888908Ŗ€ĸ€0€0€ €JAG1 protein [Dromas ardeola]Ą€0€¤€0€Ą€NWU56530Ŗ€ĸ€0€0€ €bifunctional nuclease family protein [Pseudonocardia parietis] >MBP2367872.1 bifunctional DNase/RNase [Pseudonocardia parietis]Ą€0€Š€0€Ą€ WP_210028065Ŗ€ĸ€0€0€ €9alanine dehydrogenase [Paenibacillus sp. Marseille-Q4541]Ą€0€Š€0€Ą€ WP_211746996Ŗ€ĸ€0€0€ €•CYFIP-related Rac1 interactor B [Gasterosteus aculeatus aculeatus] >XP_040023427.1 CYFIP-related Rac1 interactor B [Gasterosteus aculeatus aculeatus]Ą€0€Š€0€Ą€ XP_040023426Ŗ€ĸ€0€0€ €‚qhypothetical protein DOE59_03880 [Salmonella enterica subsp. diarizonae serovar 48:i:z] >EAA2774506.1 hypothetical protein [Salmonella enterica subsp. diarizonae] >EAM2672582.1 hypothetical protein [Salmonella enterica] >EAA4452833.1 hypothetical protein [Salmonella enterica subsp. diarizonae] >EAA6041385.1 hypothetical protein [Salmonella enterica subsp. diarizonae]Ą€0€¤€0€Ą€AXC70826Ŗ€ĸ€0€0€ €0peptide chain release factor 3 [Fibrobacter sp.]Ą€0€¤€0€Ą€ MBR6853793Ŗ€ĸ€0€0€ €sugar ABC transporter substrate-binding protein [Nonomuraea phyllanthi] >QFY07869.1 extracellular solute-binding protein [Nonomuraea phyllanthi]Ą€0€Š€0€Ą€ WP_153262038Ŗ€ĸ€0€0€ €‚6Ldh family oxidoreductase [Cytophagales bacterium] >MCA6366716.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6372729.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6377585.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6384752.1 Ldh family oxidoreductase [Cytophagales bacterium]Ą€0€¤€0€Ą€ MCA4896083Ŗ€ĸ€0€0€ €=D-tyrosyl-tRNA(Tyr) deacylase [Pseudomonas sp. URMO17WK12:I6]Ą€0€¤€0€Ą€PZW62518Ŗ€ĸ€0€0€ €*TonB family protein [Raoultella terrigena]Ą€0€¤€0€Ą€ROR98276Ŗ€ĸ€0€0€ €9leucine-rich repeat-containing protein 34 [Puma concolor]Ą€0€Š€0€Ą€ XP_025769677Ŗ€ĸ€0€0€ €Éphosphoribosylformylglycinamidine synthase subunit PurQ [Propionibacterium sp. oral taxon 192] >EPH03386.1 phosphoribosylformylglycinamidine synthase I [Propionibacterium sp. oral taxon 192 str. F0372]Ą€0€Š€0€Ą€ WP_016669239Ŗ€ĸ€0€0€ €/glycosyltransferase [Microthrixaceae bacterium]Ą€0€¤€0€Ą€ MCB1271755Ŗ€ĸ€0€0€ €3pol protein, partial [Human immunodeficiency virus]Ą€0€¤€0€Ą€AFV39595Ŗ€ĸ€0€0€ €6MULTISPECIES: tautomerase family protein [Pseudomonas]Ą€0€Š€0€Ą€ WP_123749269Ŗ€ĸ€0€0€ €6hypothetical protein DAPPUDRAFT_104788 [Daphnia pulex]Ą€0€¤€0€Ą€EFX79048Ŗ€ĸ€0€0€ €(glutamate--tRNA ligase [Silicimonas sp.]Ą€0€¤€0€Ą€NNE87648Ŗ€ĸ€0€0€ €3dienelactone hydrolase [Shackletoniella antarctica]Ą€0€¤€0€Ą€PZO34543Ŗ€ĸ€0€0€ €/unnamed protein product [Cylicostephanus goldi]Ą€0€Ĩ€0€Ą€VDK55583Ŗ€ĸ€0€0€ €Fgastrula zinc finger protein XlCGF57.1 isoform X4 [Salvelinus alpinus]Ą€0€Š€0€Ą€ XP_023822602Ŗ€ĸ€0€0€ €AAraC family transcriptional regulator [Desulfovibrio ferrophilus]Ą€0€Š€0€Ą€ WP_126376486Ŗ€ĸ€0€0€ €$glycosyltransferase [Nitrospina sp.]Ą€0€¤€0€Ą€ MBT4259311Ŗ€ĸ€0€0€ €shypothetical protein [Acholeplasma laidlawii] >OED59124.1 hypothetical protein BHS12_05380 [Acholeplasma laidlawii]Ą€0€Š€0€Ą€ WP_069580620Ŗ€ĸ€0€0€ €&hypothetical protein [Fibrobacter sp.]Ą€0€¤€0€Ą€ MBR4681128Ŗ€ĸ€0€0€ €Csulfite oxidase-like oxidoreductase [Streptomyces sp. endophyte_N2]Ą€0€Š€0€Ą€ WP_128788759Ŗ€ĸ€0€0€ €5hypothetical protein NDU88_006035 [Pleurodeles waltl]Ą€0€¤€0€Ą€ KAJ1174213Ŗ€ĸ€0€0€ €GATP-binding cassette domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBO8485404Ŗ€ĸ€0€0€ €wnucleotide sugar dehydrogenase [Xanthomonas codiaei] >MCC8536206.1 nucleotide sugar dehydrogenase [Xanthomonas codiaei]Ą€0€Š€0€Ą€ WP_228961807Ŗ€ĸ€0€0€ €EDQ95496.1 indolepyruvate ferredoxin oxidoreductase, alpha subunit [Intestinibacter bartlettii DSM 16795] >UWO80452.1 indolepyruvate ferredoxin oxidoreductase subunit alpha [Intestinibacter bartlettii] >SKA54271.1 indolepyruvate ferredoxin oxidoreductase alpha subunit [Intestinibacter bartlettii DSM 16795]Ą€0€Š€0€Ą€ WP_007287952Ŗ€ĸ€0€0€ €›amino acid ABC transporter ATP-binding protein [Cohnella lupini] >RED63208.1 amino acid ABC transporter ATP-binding protein (PAAT family) [Cohnella lupini]Ą€0€Š€0€Ą€ WP_115992495Ŗ€ĸ€0€0€ €…50S ribosomal protein L1 [Pseudobutyrivibrio sp. ACV-2] >SEA07581.1 large subunit ribosomal protein L1 [Pseudobutyrivibrio sp. ACV-2]Ą€0€Š€0€Ą€ WP_090297373Ŗ€ĸ€0€0€ €[UDP-N-acetylglucosamine 4,6-dehydratase (configuration-retaining) [Campylobacter sp. P0021]Ą€0€Š€0€Ą€ WP_086280341Ŗ€ĸ€0€0€ €5FAD-binding oxidoreductase [Sphingomonas azotifigens]Ą€0€Š€0€Ą€ WP_084578893Ŗ€ĸ€0€0€ €7cell wall transcription factor ACE2 [Elaeis guineensis]Ą€0€Š€0€Ą€ XP_010918378Ŗ€ĸ€0€0€ €EThioredoxin reductase 2, mitochondrial, partial [Trichinella nelsoni]Ą€0€¤€0€Ą€KRX15989Ŗ€ĸ€0€0€ €9hypothetical protein BGX29_008988 [Mortierella sp. GBA35]Ą€0€¤€0€Ą€ KAF9095505Ŗ€ĸ€0€0€ €8PREDICTED: olfactory receptor 7A5-like [Dipodomys ordii]Ą€0€Š€0€Ą€ XP_012889676Ŗ€ĸ€0€0€ €8Predicted oxidoreductase [Paenibacillus algorifonticola]Ą€0€Ĩ€0€Ą€SFF07309Ŗ€ĸ€0€0€ €5VTC domain-containing protein [Oligoflexia bacterium]Ą€0€¤€0€Ą€ MCP4913426Ŗ€ĸ€0€0€ €;hypothetical protein DXA64_08755 [Collinsella sp. OF03-4AA]Ą€0€¤€0€Ą€RGX77898Ŗ€ĸ€0€0€ €0ribonuclease III [Erysipelotrichaceae bacterium]Ą€0€¤€0€Ą€ MBE6142085Ŗ€ĸ€0€0€ €BRNA polymerase I enhancer binding protein [Linnemannia schmuckeri]Ą€0€¤€0€Ą€ KAF9145485Ŗ€ĸ€0€0€ €+hypothetical protein [Adiantum nelumboides]Ą€0€¤€0€Ą€ MCO5569846Ŗ€ĸ€0€0€ €2AAA family ATPase [Mycolicibacterium sp. CBMA 226]Ą€0€¤€0€Ą€MUL75888Ŗ€ĸ€0€0€ €¨branched-chain amino acid ABC transporter permease [Hoeflea halophila] >SOE18524.1 amino acid/amide ABC transporter membrane protein 2 (HAAT family) [Hoeflea halophila]Ą€0€Š€0€Ą€ WP_097108993Ŗ€ĸ€0€0€ €caminomethyl-transferring glycine dehydrogenase subunit GcvPA [Candidatus Bipolaricaulota bacterium]Ą€0€¤€0€Ą€ MBC7097666Ŗ€ĸ€0€0€ €lmitochondrial import inner membrane translocase subunit TIM14-3-like [Populus alba x Populus x berolinensis]Ą€0€¤€0€Ą€ KAJ6888161Ŗ€ĸ€0€0€ €‡NADPH-dependent 2,4-dienoyl-CoA reductase [Escherichia coli] >MCF6621031.1 NADPH-dependent 2,4-dienoyl-CoA reductase [Escherichia coli]Ą€0€Š€0€Ą€ WP_236939362Ŗ€ĸ€0€0€ €5splicing factor CC1-like protein [Mycena epipterygia]Ą€0€¤€0€Ą€ KAJ7092692Ŗ€ĸ€0€0€ €ISulP family inorganic anion transporter, partial [Acidovorax delafieldii]Ą€0€Š€0€Ą€ WP_040330177Ŗ€ĸ€0€0€ €§contact-dependent inhibition effector tRNA nuclease [Escherichia coli] >ELD03531.1 filamentous hemagglutinin family domain-containing protein [Escherichia coli KTE201]Ą€0€Š€0€Ą€ WP_001537381Ŗ€ĸ€0€0€ €qhypothetical protein [Methylophilaceae bacterium] >NCW63511.1 hypothetical protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBL6727407Ŗ€ĸ€0€0€ €fisochorismate synthase MenF [Vibrio splendidus] >KPM00776.1 isochorismate synthase [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_054541705Ŗ€ĸ€0€0€ €2dihydrofolate reductase [Bacteroides acidifaciens]Ą€0€Š€0€Ą€ WP_279085497Ŗ€ĸ€0€0€ €0hypothetical protein [Deferribacteres bacterium]Ą€0€¤€0€Ą€ MCB9510871Ŗ€ĸ€0€0€ €:2-hydroxyacid dehydrogenase [Pseudomonas sp. Irchel s3h14]Ą€0€Š€0€Ą€ WP_095128211Ŗ€ĸ€0€0€ €0hypothetical protein [Bryobacteraceae bacterium]Ą€0€¤€0€Ą€ MBE0660081Ŗ€ĸ€0€0€ €aMFS transporter [Arthrospiribacter ruber] >MBW3466276.1 MFS transporter [Arthrospiribacter ruber]Ą€0€Š€0€Ą€ WP_219286064Ŗ€ĸ€0€0€ €,methylglyoxal synthase [Gilliamella apicola]Ą€0€Š€0€Ą€ WP_218057064Ŗ€ĸ€0€0€ €‚qhypothetical protein [Flavonifractor plautii] >MSB02998.1 hypothetical protein [Flavonifractor plautii] >MSB06942.1 hypothetical protein [Flavonifractor plautii] >MSB48508.1 hypothetical protein [Flavonifractor plautii] >TCO97347.1 hypothetical protein EV206_108151 [Flavonifractor plautii DSM 6740] >UOX44173.1 hypothetical protein K5I25_13405 [Flavonifractor plautii]Ą€0€Š€0€Ą€ WP_131971174Ŗ€ĸ€0€0€ €EEAL domain-containing response regulator [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MBL8777518Ŗ€ĸ€0€0€ €unknown [Populus trichocarpa]Ą€0€¤€0€Ą€ABK94958Ŗ€ĸ€0€0€ €1adenylosuccinate lyase [Aphanizomenon flos-aquae]Ą€0€Š€0€Ą€ WP_199308568Ŗ€ĸ€0€0€ €MBJ8081877.1 DUF805 domain-containing protein [Bacillus cereus group sp. N14]Ą€0€Š€0€Ą€ WP_199713305Ŗ€ĸ€0€0€ €whypothetical protein [Ligilactobacillus agilis] >GET07166.1 hypothetical protein SY212_21960 [Ligilactobacillus agilis]Ą€0€Š€0€Ą€ WP_172585284Ŗ€ĸ€0€0€ €‰Piwi domain-containing protein [Halorubrum sp. Hd13] >OYR38618.1 stem cell self-renewal protein Piwi domain protein [Halorubrum sp. Hd13]Ą€0€Š€0€Ą€ WP_094590818Ŗ€ĸ€0€0€ €2GTP-binding protein 8 isoform X1 [Mustela erminea]Ą€0€Š€0€Ą€ XP_032204694Ŗ€ĸ€0€0€ €Bhypothetical protein HDU80_001625, partial [Chytriomyces hyalinus]Ą€0€¤€0€Ą€ KAJ3382075Ŗ€ĸ€0€0€ €Ģ16S rRNA (cytidine(1402)-2'-O)-methyltransferase [Paraburkholderia sp. BL27I4N3] >REE20603.1 16S rRNA (cytidine1402-2'-O)-methyltransferase [Paraburkholderia sp. BL27I4N3]Ą€0€Š€0€Ą€ WP_116143250Ŗ€ĸ€0€0€ €2CTP synthase [Spirochaetes bacterium ADurb.Bin133]Ą€0€¤€0€Ą€OQB67688Ŗ€ĸ€0€0€ €}hypothetical protein LB506_011403 [Fusarium annulatum] >CVL03643.1 uncharacterized protein FPRN_11858 [Fusarium proliferatum]Ą€0€¤€0€Ą€ KAI1055415Ŗ€ĸ€0€0€ €¤glycoside hydrolase family 5 protein [Asticcacaulis benevestitus] >ESQ86429.1 hypothetical protein ABENE_18550 [Asticcacaulis benevestitus DSM 16100 = ATCC BAA-896]Ą€0€Š€0€Ą€ WP_018083176Ŗ€ĸ€0€0€ €Úclass I adenylate-forming enzyme family protein [Faecalicatena contorta] >MBS6763278.1 acyl--CoA ligase [Clostridium sp.] >CUO59820.1 Long-chain-fatty-acid--CoA ligase [[Eubacterium] contortum] [Faecalicatena contorta]Ą€0€Š€0€Ą€ WP_055153579Ŗ€ĸ€0€0€ €{putative quinol monooxygenase [Aliivibrio fischeri] >OCH01789.1 antibiotic biosynthesis monooxygenase [Aliivibrio fischeri]Ą€0€Š€0€Ą€ WP_065640612Ŗ€ĸ€0€0€ €6cytidine deaminase-like protein [Suillus brevipes Sb2]Ą€0€¤€0€Ą€ KAG2753283Ŗ€ĸ€0€0€ €‘MULTISPECIES: DUF3099 domain-containing protein [unclassified Streptomyces] >OII63315.1 DUF3099 domain-containing protein [Streptomyces sp. CC53]Ą€0€Š€0€Ą€ WP_071280632Ŗ€ĸ€0€0€ €@AraC family transcriptional regulator [Bradyrhizobium sp. dw_78]Ą€0€Š€0€Ą€ WP_213775833Ŗ€ĸ€0€0€ €(MFS transporter [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG4760275Ŗ€ĸ€0€0€ €>hypothetical protein BGZ76_010167 [Entomortierella beljakovae]Ą€0€¤€0€Ą€ KAF9432903Ŗ€ĸ€0€0€ €0hypothetical protein [Synechococcus sp. WH 8020]Ą€0€Š€0€Ą€ WP_245407141Ŗ€ĸ€0€0€ €LPREDICTED: solute carrier family 28 member 3-like [Saccoglossus kowalevskii]Ą€0€Š€0€Ą€ XP_006814105Ŗ€ĸ€0€0€ €.hypothetical protein [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_228201287Ŗ€ĸ€0€0€ €Gamidase signature domain-containing protein [Diaporthaceae sp. PMI_573]Ą€0€¤€0€Ą€ KAH8780162Ŗ€ĸ€0€0€ €_DNA ligase D [Pseudomonas guariconensis] >MBF8724001.1 DNA ligase D [Pseudomonas guariconensis]Ą€0€Š€0€Ą€ WP_196146635Ŗ€ĸ€0€0€ €1MAG TPA: hypothetical protein [Bacteriophage sp.]Ą€0€¯€0€Ą€DAH49916Ŗ€ĸ€0€0€ €.SNF2-related protein [Pseudomonas alcaligenes]Ą€0€Š€0€Ą€ WP_237034910Ŗ€ĸ€0€0€ €_polyadenylate-binding protein-interacting protein 12 isoform X1 [Beta vulgaris subsp. vulgaris]Ą€0€Š€0€Ą€ XP_010676925Ŗ€ĸ€0€0€ €‚ß4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ37038.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ38279.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ41237.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ43973.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ47595.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis]Ą€0€Š€0€Ą€ WP_086353716Ŗ€ĸ€0€0€ €{class I SAM-dependent methyltransferase [Vibrio splendidus] >PMK17842.1 SAM-dependent methyltransferase [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_102576363Ŗ€ĸ€0€0€ €Umandelate racemase/muconate lactonizing enzyme family protein [Bryobacter aggregatus]Ą€0€Š€0€Ą€ WP_080508033Ŗ€ĸ€0€0€ €Amannose-1-phosphate guanyltransferase, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_052922907Ŗ€ĸ€0€0€ €ōHigA family addiction module antitoxin [Leptospira inadai] >EQA37399.1 addiction module antidote protein HigA [Leptospira inadai serovar Lyme str. 10] >PNV71637.1 addiction module antidote protein, HigA family [Leptospira inadai serovar Lyme]Ą€0€Š€0€Ą€ WP_010409355Ŗ€ĸ€0€0€ €/uncharacterized protein LOC103650413 [Zea mays]Ą€0€Š€0€Ą€ XP_008674211Ŗ€ĸ€0€0€ €‚HPr family phosphocarrier protein [Collinsella sp. AF19-7AC] >RGT33563.1 HPr family phosphocarrier protein [Collinsella sp. AF19-1LB] >RGX53720.1 HPr family phosphocarrier protein [Collinsella sp. AF02-46-1] >RHE30266.1 HPr family phosphocarrier protein [Collinsella sp. AM29-10AC]Ą€0€¤€0€Ą€RGT06351Ŗ€ĸ€0€0€ €‚Lporphobilinogen synthase [Gammaproteobacteria bacterium] >NIM71976.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIN38163.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIO25587.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIO64346.1 porphobilinogen synthase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NIM26842Ŗ€ĸ€0€0€ €$polyprotein, partial [Hepacivirus C]Ą€0€¤€0€Ą€AMA13662Ŗ€ĸ€0€0€ €bribulose-1,5-bisphosphate carboxylase/oxygenase large subunit, partial [Leptochilus hemionitideus]Ą€0€¤€0€Ą€AFP82159Ŗ€ĸ€0€0€ €4peptidoglycan-binding protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ2990925Ŗ€ĸ€0€0€ €=hypothetical protein ASF40_12690 [Microbacterium sp. Leaf288]Ą€0€¤€0€Ą€KQP70604Ŗ€ĸ€0€0€ €3hypothetical protein [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€ MCH1407713Ŗ€ĸ€0€0€ €0replicative DNA helicase [Staphylococcus aureus]Ą€0€¯€0€Ą€ HAR7369715Ŗ€ĸ€0€0€ €Ubifunctional fucokinase/L-fucose-1-P-guanylyltransferase [Paraprevotella xylaniphila]Ą€0€¯€0€Ą€HAC44255Ŗ€ĸ€0€0€ €>membrane protein insertase YidC [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€NBS93427Ŗ€ĸ€0€0€ €‘carbohydrate kinase family protein [Mycobacterium sp. 852002-40037_SCH5390672] >OBB95262.1 ribokinase [Mycobacterium sp. 852002-40037_SCH5390672]Ą€0€Š€0€Ą€ WP_067101053Ŗ€ĸ€0€0€ €5telomerase Cajal body protein 1 [Aplysia californica]Ą€0€Š€0€Ą€ XP_005111944Ŗ€ĸ€0€0€ €`signal peptide peptidase SppA [Pontibacter mucosus] >PTX21207.1 protease-4 [Pontibacter mucosus]Ą€0€Š€0€Ą€ WP_108210605Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOP62942Ŗ€ĸ€0€0€ €‹ABC transporter substrate-binding protein [Variovorax sp. N23] >MCU4118491.1 ABC transporter substrate-binding protein [Variovorax sp. N23]Ą€0€Š€0€Ą€ WP_262073613Ŗ€ĸ€0€0€ €3hypothetical protein KPL70_003575 [Citrus sinensis]Ą€0€¤€0€Ą€ KAH9744176Ŗ€ĸ€0€0€ €'NS3-4 protease, partial [Hepacivirus C]Ą€0€¤€0€Ą€AFX75916Ŗ€ĸ€0€0€ €shypothetical protein [Flavobacterium sp. 245] >TDO95654.1 hypothetical protein EV145_11370 [Flavobacterium sp. 245]Ą€0€Š€0€Ą€ WP_166638495Ŗ€ĸ€0€0€ €5ACT domain-containing protein [Hypoxylon rubiginosum]Ą€0€¤€0€Ą€ KAI4867710Ŗ€ĸ€0€0€ €lsensor histidine kinase [Paenibacillus yonginensis] >ANS74331.1 histidine kinase [Paenibacillus yonginensis]Ą€0€Š€0€Ą€ WP_083180153Ŗ€ĸ€0€0€ €Uaminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Arenimonas sp.]Ą€0€¤€0€Ą€ MCM2356329Ŗ€ĸ€0€0€ €=mannose-6-phosphate isomerase, class I [Lactococcus garvieae]Ą€0€Š€0€Ą€ WP_270233472Ŗ€ĸ€0€0€ €;Fanconi anemia group I protein isoform X1 [Bombus bifarius]Ą€0€Š€0€Ą€ XP_033306318Ŗ€ĸ€0€0€ €cpeptide deformylase [Roseomonas sp. SSH11] >MBP0443737.1 peptide deformylase [Roseomonas sp. SSH11]Ą€0€Š€0€Ą€ WP_209377953Ŗ€ĸ€0€0€ €‰PREDICTED: receptor-like protein kinase HAIKU2 [Ipomoea nil] >XP_019180949.1 PREDICTED: receptor-like protein kinase HAIKU2 [Ipomoea nil]Ą€0€Š€0€Ą€ XP_019180948Ŗ€ĸ€0€0€ €1unnamed protein product [Clonostachys rhizophaga]Ą€0€Ĩ€0€Ą€ CAH0023967Ŗ€ĸ€0€0€ €Dacyl-CoA dehydrogenase family protein, partial [Brucella melitensis]Ą€0€Š€0€Ą€ WP_019444443Ŗ€ĸ€0€0€ €2octaprenyl diphosphate synthase [Methylophaga sp.]Ą€0€¤€0€Ą€ MBL1320270Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEW47215Ŗ€ĸ€0€0€ €Bzf-C3HC-domain-containing protein [Schizophyllum commune Loenen D]Ą€0€¤€0€Ą€ KAI4518191Ŗ€ĸ€0€0€ €dMULTISPECIES: fimbrial protein [Shewanella] >NDO74944.1 type 1 fimbrial protein [Shewanella sp. SE1]Ą€0€Š€0€Ą€ WP_162206844Ŗ€ĸ€0€0€ €Øtranscription-repair coupling factor [Rhizobium leguminosarum] >MBY5903082.1 transcription-repair coupling factor [Rhizobium leguminosarum] >MBY5910125.1 transcription-repair coupling factor [Rhizobium leguminosarum]Ą€0€Š€0€Ą€ WP_113544184Ŗ€ĸ€0€0€ €Ycatalase [Nocardia brasiliensis] >AFU02344.1 catalase [Nocardia brasiliensis ATCC 700358]Ą€0€Š€0€Ą€ WP_014985199Ŗ€ĸ€0€0€ €Fstimulator of interferon genes protein isoform X2 [Globicephala melas]Ą€0€Š€0€Ą€ XP_030725309Ŗ€ĸ€0€0€ €Aanti-phage deoxyguanosine triphosphatase [Haemophilus influenzae]Ą€0€Š€0€Ą€ WP_192880951Ŗ€ĸ€0€0€ €4proline--tRNA ligase [Polynucleobacter paneuropaeus]Ą€0€¤€0€Ą€ MBT8607749Ŗ€ĸ€0€0€ €,hypothetical protein [Staphylococcus aureus]Ą€0€¤€0€Ą€NGL48818Ŗ€ĸ€0€0€ €}hypothetical protein [Streptomyces sp. YIM 130001] >RII15623.1 hypothetical protein DSC45_17480 [Streptomyces sp. YIM 130001]Ą€0€Š€0€Ą€ WP_162929259Ŗ€ĸ€0€0€ €3ribosome recycling factor [Spirochaetota bacterium]Ą€0€¤€0€Ą€NLV68328Ŗ€ĸ€0€0€ €zArgE/DapE family deacylase [Geodermatophilus obscurus] >SFO13918.1 acetylornithine deacetylase [Geodermatophilus obscurus]Ą€0€Š€0€Ą€ WP_075013026Ŗ€ĸ€0€0€ €+gas vesicle protein GvpU [Bacillus sp. F19]Ą€0€¤€0€Ą€USK34290Ŗ€ĸ€0€0€ €%TolC family protein [Fibrobacter sp.]Ą€0€¤€0€Ą€NLE01480Ŗ€ĸ€0€0€ €™DNA-directed RNA polymerase subunit beta [Streptomyces sulfonofaciens] >GHH78450.1 DNA-directed RNA polymerase subunit beta [Streptomyces sulfonofaciens]Ą€0€Š€0€Ą€ WP_189931865Ŗ€ĸ€0€0€ €Pmechanosensitive ion channel family protein [Candidatus Parcubacteria bacterium]Ą€0€¤€0€Ą€ MCK5466482Ŗ€ĸ€0€0€ €“general secretion pathway protein GspB [Thioalkalivibrio sp. XN279] >NHA13830.1 general secretion pathway protein GspB [Thioalkalivibrio sp. XN279]Ą€0€Š€0€Ą€ WP_166047848Ŗ€ĸ€0€0€ €Dputative GTP-binding protein [Annulohypoxylon bovei var. microspora]Ą€0€¤€0€Ą€ KAI2467201Ŗ€ĸ€0€0€ €FLysM peptidoglycan-binding domain-containing protein [Kingella kingae]Ą€0€Š€0€Ą€ WP_272952826Ŗ€ĸ€0€0€ €:hypothetical protein Mycsm_00195 [Mycobacterium sp. JS623]Ą€0€¤€0€Ą€AGB20654Ŗ€ĸ€0€0€ €BS-methyl-5-thioribose-1-phosphate isomerase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ6868443Ŗ€ĸ€0€0€ €ŧmetal-dependent phosphohydrolase [Symploca sp. SIO1C2] >NER47052.1 metal-dependent phosphohydrolase [Symploca sp. SIO1A3] >NER92497.1 metal-dependent phosphohydrolase [Symploca sp. SIO1B1]Ą€0€¤€0€Ą€NER20127Ŗ€ĸ€0€0€ €7NAD(P)H-dependent oxidoreductase [Agromyces mediolanus]Ą€0€Š€0€Ą€ WP_269061021Ŗ€ĸ€0€0€ €,AAA family ATPase [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MCE2789155Ŗ€ĸ€0€0€ €DTIGR04133 family radical SAM/SPASM protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR6875525Ŗ€ĸ€0€0€ €2MBL fold metallo-hydrolase [Alteromonas macleodii]Ą€0€¯€0€Ą€HAO16792Ŗ€ĸ€0€0€ €]polypeptide N-acetylgalactosaminyltransferase 13 isoform X2 [Saimiri boliviensis boliviensis]Ą€0€Š€0€Ą€ XP_039325768Ŗ€ĸ€0€0€ €4M42 family metallopeptidase [Bacillus sp. AFS073361]Ą€0€Š€0€Ą€ WP_180230190Ŗ€ĸ€0€0€ €˜LysR substrate-binding domain-containing protein [Salipiger manganoxidans] >MCD1618572.1 LysR family transcriptional regulator [Salipiger manganoxidans]Ą€0€Š€0€Ą€ WP_230796143Ŗ€ĸ€0€0€ €éMULTISPECIES: polyphosphate kinase 2 [Burkholderia] >KVE07020.1 polyphosphate kinase [Burkholderia anthina] >MCA8240322.1 polyphosphate kinase 2 [Burkholderia sp. AU32262] >PHP86996.1 polyphosphate kinase 2 [Burkholderia sp. AU18528]Ą€0€Š€0€Ą€ WP_059639348Ŗ€ĸ€0€0€ €?signal recognition particle protein [Nocardioides donggukensis]Ą€0€Š€0€Ą€ WP_225579579Ŗ€ĸ€0€0€ €Tputative RNA-directed DNA polymerase from transposon X-element [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBN39940Ŗ€ĸ€0€0€ €$DNA polymerase IV [Shimazuella alba]Ą€0€¤€0€Ą€MXQ53321Ŗ€ĸ€0€0€ €‚uMULTISPECIES: DUF4105 domain-containing protein [Stenotrophomonas] >KUO99848.1 hypothetical protein AR276_07000 [Stenotrophomonas maltophilia] >MCU1059567.1 DUF4105 domain-containing protein [Stenotrophomonas maltophilia] >PJL78386.1 hypothetical protein B9Y88_06390 [Stenotrophomonas maltophilia] >PZT38519.1 hypothetical protein A7X94_07100 [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_100449703Ŗ€ĸ€0€0€ €.protein NDRG3 isoform X7 [Galleria mellonella]Ą€0€Š€0€Ą€ XP_052751399Ŗ€ĸ€0€0€ €†SdrD B-like domain-containing protein [Chloroflexus islandicus] >OAN46013.1 hypothetical protein A6A03_01790 [Chloroflexus islandicus]Ą€0€Š€0€Ą€ WP_066786685Ŗ€ĸ€0€0€ €K4Fe-4S dicluster domain-containing protein, partial [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_117077319Ŗ€ĸ€0€0€ €‰glycosyl hydrolase family 28 protein [Marseilla massiliensis] >MCL1611138.1 glycosyl hydrolase family 28 protein [Marseilla massiliensis]Ą€0€Š€0€Ą€ WP_249084213Ŗ€ĸ€0€0€ €‚~polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae] >TBP38624.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >TBP63323.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >TBP98684.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >TBQ62276.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >HBR1509863.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae]Ą€0€Š€0€Ą€ WP_131096443Ŗ€ĸ€0€0€ €=hypothetical protein F4821DRAFT_48216 [Hypoxylon rubiginosum]Ą€0€¤€0€Ą€ KAI6080770Ŗ€ĸ€0€0€ €Cextracellular solute-binding protein [Paenibacillus sp. PAMC 26794]Ą€0€Š€0€Ą€ WP_017691736Ŗ€ĸ€0€0€ €ˆDNA transformation protein TfoX [Haemophilus haemolyticus] >EGT74759.1 DNA transformation protein tfoX [Haemophilus haemolyticus M19501]Ą€0€Š€0€Ą€ WP_005632191Ŗ€ĸ€0€0€ €™AroM family protein [Pantoea cypripedii] >MBP2196664.1 protein AroM [Pantoea cypripedii] >ORM92640.1 hypothetical protein HA50_04410 [Pantoea cypripedii]Ą€0€Š€0€Ą€ WP_084873045Ŗ€ĸ€0€0€ €Iaminotransferase class V-fold PLP-dependent enzyme [Alistipes finegoldii]Ą€0€Š€0€Ą€ WP_195290884Ŗ€ĸ€0€0€ €(hypothetical protein [Nocardia wallacei]Ą€0€Š€0€Ą€ WP_280336340Ŗ€ĸ€0€0€ €1unnamed protein product [Meloidogyne enterolobii]Ą€0€Ĩ€0€Ą€ CAD2182685Ŗ€ĸ€0€0€ €+ParA family protein [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBT5919638Ŗ€ĸ€0€0€ €iputative leucine-rich repeat receptor-like serine/threonine-protein kinase At2g19230 [Chenopodium quinoa]Ą€0€Š€0€Ą€ XP_021765438Ŗ€ĸ€0€0€ €ņMULTISPECIES: acyl-CoA desaturase [unclassified Streptomyces] >PJJ05515.1 fatty acid desaturase [Streptomyces sp. 2333.5] >SEE77849.1 Fatty acid desaturase [Streptomyces sp. 2314.4] >SEF00227.1 Fatty acid desaturase [Streptomyces sp. 2112.2]Ą€0€Š€0€Ą€ WP_093486522Ŗ€ĸ€0€0€ €8GHKL domain-containing protein [Clostridium intestinale]Ą€0€¤€0€Ą€QLY80081Ŗ€ĸ€0€0€ €‚fMotA/TolQ/ExbB proton channel family protein [Achromobacter marplatensis] >EJO31560.1 MotA/TolQ/ExbB proton channel family protein 2 [Achromobacter marplatensis] >OWT72098.1 chemotaxis protein MotA [Achromobacter marplatensis] >RBP24633.1 chemotaxis protein MotA [Achromobacter marplatensis] >CAB3625501.1 Chemotaxis protein PomA [Achromobacter marplatensis]Ą€0€Š€0€Ą€ WP_006224372Ŗ€ĸ€0€0€ €iMFS transporter [Mesorhizobium sp. LSHC412B00] >ESX85334.1 MFS transporter [Mesorhizobium sp. LSHC412B00]Ą€0€Š€0€Ą€ WP_023727015Ŗ€ĸ€0€0€ €9hypothetical protein CPB85DRAFT_1549681 [Mucidula mucida]Ą€0€¤€0€Ą€ KAF8917914Ŗ€ĸ€0€0€ €™MULTISPECIES: chorismate mutase [unclassified Rhodococcus (in: high G+C Gram-positive bacteria)] >MBY6707610.1 chorismate mutase [Rhodococcus sp. BP-241]Ą€0€Š€0€Ą€ WP_037184031Ŗ€ĸ€0€0€ €whypothetical protein [Deltaproteobacteria bacterium] >MBM4299381.1 hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBM4261824Ŗ€ĸ€0€0€ €‚exodeoxyribonuclease III [Limosilactobacillus reuteri] >MBC6911862.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MBM6813005.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MCC4513948.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MCC4518397.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MQB59861.1 exodeoxyribonuclease III [Limosilactobacillus reuteri]Ą€0€Š€0€Ą€ WP_085680475Ŗ€ĸ€0€0€ €%phage tail protein [Escherichia coli]Ą€0€¤€0€Ą€ EFI9255255Ŗ€ĸ€0€0€ €‚J5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase [Streptococcus sp. HMSC078H03] >MBS7134825.1 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase [Streptococcus salivarius] >OFN99018.1 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase [Streptococcus sp. HMSC078H03]Ą€0€Š€0€Ą€ WP_070475600Ŗ€ĸ€0€0€ €dMULTISPECIES: right-handed parallel beta-helix repeat-containing protein [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_275405902Ŗ€ĸ€0€0€ €=MAG: NADH-quinone oxidoreductase subunit 13 [Meiothermus sp.]Ą€0€Ŧ€0€Ą€GIW30304Ŗ€ĸ€0€0€ €BER membrane protein complex subunit, partial [Lachnellula suecica]Ą€0€¤€0€Ą€TVY78526Ŗ€ĸ€0€0€ €Ahelix-turn-helix transcriptional regulator [Providencia rettgeri]Ą€0€Š€0€Ą€ WP_273827584Ŗ€ĸ€0€0€ €Smitochondrial inner membrane protease ATP23 homolog [Girardinichthys multiradiatus]Ą€0€Š€0€Ą€ XP_047245969Ŗ€ĸ€0€0€ €:COP9 signalosome complex subunit 1 [Orycteropus afer afer]Ą€0€Š€0€Ą€ XP_007957752Ŗ€ĸ€0€0€ €0hypothetical protein [Bifidobacterium sp. N5G01]Ą€0€Š€0€Ą€ WP_272896519Ŗ€ĸ€0€0€ €4Fructosamine/Ketosamine-3-kinase [Xylaria arbuscula]Ą€0€¤€0€Ą€ KAI1368854Ŗ€ĸ€0€0€ €BDS15129.1 Smr/MutS family protein [Aureispira sp. EL160426]Ą€0€Š€0€Ą€ WP_264790310Ŗ€ĸ€0€0€ €‚.lysophospholipid acyltransferase family protein [Brochothrix thermosphacta] >EUJ34336.1 1-acyl-sn-glycerol-3-phosphate acyltransferase [Brochothrix thermosphacta DSM 20171 = FSL F6-1036] >ODJ51447.1 acyl-phosphate glycerol 3-phosphate acyltransferase [Brochothrix thermosphacta DSM 20171 = FSL F6-1036]Ą€0€Š€0€Ą€ WP_029091796Ŗ€ĸ€0€0€ €*hypothetical protein [Salmonella enterica]Ą€0€Š€0€Ą€ WP_237142885Ŗ€ĸ€0€0€ €Nhypothetical protein HMPREF9248_0015, partial [Fannyhessea vaginae PB189-T1-4]Ą€0€¤€0€Ą€EFL44656Ŗ€ĸ€0€0€ €Fputative sulfate exporter family transporter [Noviherbaspirillum saxi]Ą€0€¤€0€Ą€RJF99999Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBM4059513Ŗ€ĸ€0€0€ €‚DUF2384 domain-containing protein [Herbaspirillum sp.] >MCP3945962.1 DUF2384 domain-containing protein [Herbaspirillum sp.] >MCP4032278.1 DUF2384 domain-containing protein [Herbaspirillum sp.] >MCP4558291.1 DUF2384 domain-containing protein [Herbaspirillum sp.]Ą€0€¤€0€Ą€ MCP3657241Ŗ€ĸ€0€0€ € ABC transporter substrate-binding protein [Rhizobium rosettiformans] >QRF54748.1 amino acid ABC transporter substrate-binding protein [Rhizobium rosettiformans]Ą€0€Š€0€Ą€ WP_203021165Ŗ€ĸ€0€0€ €”ATP-binding cassette domain-containing protein [Xanthomonas citri] >ASL00712.1 ABC transporter ATP-binding protein [Xanthomonas citri pv. vignicola]Ą€0€Š€0€Ą€ WP_089095302Ŗ€ĸ€0€0€ €:YbdK family carboxylate-amine ligase [Streptomyces sp. I5]Ą€0€Š€0€Ą€ WP_233230645Ŗ€ĸ€0€0€ €čIS66 family transposase [Acinetobacter junii] >ENV67571.1 hypothetical protein F948_01104 [Acinetobacter junii CIP 64.5] >SSX95876.1 transposase component [Acinetobacter junii] >SUU20586.1 transposase component [Acinetobacter junii]Ą€0€Š€0€Ą€ WP_004960861Ŗ€ĸ€0€0€ €Ucation:dicarboxylase symporter family transporter, partial [Microbacterium sp. Bi128]Ą€0€Š€0€Ą€ WP_230009938Ŗ€ĸ€0€0€ €rDUF5686 family protein [Chryseobacterium soli] >KFF13268.1 hypothetical protein IW15_05580 [Chryseobacterium soli]Ą€0€Š€0€Ą€ WP_034709917Ŗ€ĸ€0€0€ €}DDE_3 domain protein, partial [Streptococcus pneumoniae] >CTM75809.1 DDE_3 domain protein, partial [Streptococcus pneumoniae]Ą€0€Ĩ€0€Ą€CTM60173Ŗ€ĸ€0€0€ €’efflux RND transporter permease subunit [Pseudoalteromonas luteoviolacea] >KID57988.1 multidrug transporter AcrB [Pseudoalteromonas luteoviolacea]Ą€0€Š€0€Ą€ WP_039608285Ŗ€ĸ€0€0€ €Nconserved protein of unknown function [Candidatus Nitrosocaldus cavascurensis]Ą€0€Ĩ€0€Ą€SPC33634Ŗ€ĸ€0€0€ €}hypothetical protein [Corynebacterium sp. HS2168-gen11] >MCS4535293.1 hypothetical protein [Corynebacterium sp. HS2168-gen11]Ą€0€Š€0€Ą€ WP_259287153Ŗ€ĸ€0€0€ €:DUF3480 domain-containing protein [Bacillus thuringiensis]Ą€0€¤€0€Ą€MRB85170Ŗ€ĸ€0€0€ €PNif3-like dinuclear metal center hexameric protein [Flavobacteriaceae bacterium]Ą€0€¤€0€Ą€ MCD6544917Ŗ€ĸ€0€0€ €„glucosyltransferase domain-containing protein [Enterobacter hormaechei] >HAS1333091.1 hypothetical protein [Enterobacter hormaechei]Ą€0€¤€0€Ą€ MBK4335994Ŗ€ĸ€0€0€ €+hypothetical protein [Gossypium davidsonii]Ą€0€¤€0€Ą€ MBA0628892Ŗ€ĸ€0€0€ €Airon-containing redox enzyme family protein [Pseudomonas sp. P13]Ą€0€Š€0€Ą€ WP_281459228Ŗ€ĸ€0€0€ €-unnamed protein product [Timema californicum]Ą€0€Ĩ€0€Ą€ CAD7578726Ŗ€ĸ€0€0€ €GSite-specific recombinase XerD [Enterobacteriaceae bacterium JKS000234]Ą€0€Ĩ€0€Ą€SOD38336Ŗ€ĸ€0€0€ €OZO01442.1 hypothetical protein B7453_26915 [Pseudomonas sp. IB20]Ą€0€Š€0€Ą€ WP_094953410Ŗ€ĸ€0€0€ €žMULTISPECIES: SRPBCC family protein [unclassified Limnohabitans] >PUE19687.1 polyketide cyclase [Limnohabitans sp. MMS-10A-192] >PUE27048.1 polyketide cyclase [Limnohabitans sp. MMS-10A-160]Ą€0€Š€0€Ą€ WP_108324249Ŗ€ĸ€0€0€ €™peptidase domain-containing ABC transporter [Clostridium perfringens] >EHA1010026.1 peptidase domain-containing ABC transporter [Clostridium perfringens]Ą€0€Š€0€Ą€ WP_195238978Ŗ€ĸ€0€0€ €;hypothetical protein CRUP_026497 [Coryphaenoides rupestris]Ą€0€¤€0€Ą€ KAG7283570Ŗ€ĸ€0€0€ €,hypothetical protein [Nocardia brasiliensis]Ą€0€Š€0€Ą€ WP_280427578Ŗ€ĸ€0€0€ €;ferrous iron transport protein A [Breznakiella homolactica]Ą€0€Š€0€Ą€ WP_223292749Ŗ€ĸ€0€0€ €ƒDUF3413 domain-containing protein [Vibrio gelatinilyticus] >MCJ2376181.1 DUF3413 domain-containing protein [Vibrio gelatinilyticus]Ą€0€Š€0€Ą€ WP_244355613Ŗ€ĸ€0€0€ €‚Ÿhypothetical protein NVI2019_OGMBKCAO_03906 [Providencia alcalifaciens] >CAG9436218.1 hypothetical protein NVI2019_PLFLNFOB_04023 [Providencia alcalifaciens] >CAG9436231.1 hypothetical protein NVI2019_ANGEOOBF_04024 [Providencia alcalifaciens] >CAG9436252.1 hypothetical protein NVI2019_KOLGMIGM_04025 [Providencia alcalifaciens] >CAG9437519.1 hypothetical protein NVI2019_OHEONHNH_04023 [Providencia alcalifaciens]Ą€0€Ĩ€0€Ą€ CAG9435424Ŗ€ĸ€0€0€ €ģautotransporter adhesin BigA [Salmonella enterica subsp. enterica serovar Typhimurium] >ECG3165274.1 autotransporter adhesin BigA [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€¤€0€Ą€ ECE8916583Ŗ€ĸ€0€0€ €‚ cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] >MCP3949106.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] >MCP4034788.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] >MCP4557152.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.]Ą€0€¤€0€Ą€ MCP3654032Ŗ€ĸ€0€0€ €|glycylpeptide N-tetradecanoyltransferase 2 isoform X2 [Myotis myotis] >KAF6268443.1 N-myristoyltransferase 2 [Myotis myotis]Ą€0€Š€0€Ą€ XP_036163171Ŗ€ĸ€0€0€ €GMAG: hypothetical protein A1D16_20000 [Flavihumibacter sp. CACIAM 22H1]Ą€0€¤€0€Ą€KYP14137Ŗ€ĸ€0€0€ €MCD8532368.1 OmpA family protein [Saccharospirillaceae bacterium]Ą€0€¤€0€Ą€ MCD8523842Ŗ€ĸ€0€0€ €Nefflux RND transporter periplasmic adaptor subunit [Novosphingobium umbonatum]Ą€0€¤€0€Ą€RVU05718Ŗ€ĸ€0€0€ €$cyanase [Polaromonas sp. AET17H-212]Ą€0€Š€0€Ą€ WP_096671147Ŗ€ĸ€0€0€ €@molybdopterin-dependent oxidoreductase [Geovibrio ferrireducens]Ą€0€Š€0€Ą€ WP_265822109Ŗ€ĸ€0€0€ €Žhypothetical protein [Fundidesulfovibrio magnetotacticus] >GFK92917.1 hypothetical protein NNJEOMEG_00745 [Fundidesulfovibrio magnetotacticus]Ą€0€Š€0€Ą€ WP_173081441Ŗ€ĸ€0€0€ €4hypothetical protein C725_2229 [Pacificimonas flava]Ą€0€¤€0€Ą€EMD82508Ŗ€ĸ€0€0€ €Qalanine--glyoxylate aminotransferase family protein [Pseudochrobactrum sp. AO18b]Ą€0€Š€0€Ą€ WP_022710297Ŗ€ĸ€0€0€ €+Na(+)/H(+) antiporter subunit D [bacterium]Ą€0€¤€0€Ą€ MBT3784852Ŗ€ĸ€0€0€ €‚"MFS transporter [Escherichia albertii] >EFF3308547.1 MFS transporter [Escherichia coli] >EFZ3939896.1 MFS transporter [Shigella sonnei] >EEW0786604.1 MFS transporter [Escherichia albertii] >EEW6708954.1 MFS transporter [Escherichia albertii] >EFG2485759.1 MFS transporter [Escherichia coli]Ą€0€Š€0€Ą€ WP_059267425Ŗ€ĸ€0€0€ €sdethiobiotin synthase [Pseudoalteromonas sp. S2755] >TMN33102.1 dethiobiotin synthase [Pseudoalteromonas sp. S2755]Ą€0€Š€0€Ą€ WP_138583465Ŗ€ĸ€0€0€ €6hypothetical protein A7D27_24070 [Pseudomonas sp. 1D4]Ą€0€¤€0€Ą€OEC37898Ŗ€ĸ€0€0€ €Asite-specific DNA-methyltransferase [Ignavibacteriales bacterium]Ą€0€¤€0€Ą€ MBI2416798Ŗ€ĸ€0€0€ €3IS200/IS605 family transposase [Halovivax sp. TS33]Ą€0€Š€0€Ą€ WP_276256752Ŗ€ĸ€0€0€ € MULTISPECIES: pirin family protein [Anaerococcus] >MSS78348.1 pirin family protein [Anaerococcus porci] >NVF10746.1 pirin family protein [Anaerococcus faecalis]Ą€0€Š€0€Ą€ WP_154541351Ŗ€ĸ€0€0€ €$FANCI protein [Setophaga kirtlandii]Ą€0€¤€0€Ą€NXL14598Ŗ€ĸ€0€0€ €7MAG: Ppx/GppA family phosphatase [Sulfurospirillum sp.]Ą€0€¤€0€Ą€RUM68418Ŗ€ĸ€0€0€ €0type VII secretion protein [Enterococcus durans]Ą€0€¤€0€Ą€NAB09037Ŗ€ĸ€0€0€ €ëATP-binding cassette domain-containing protein [Photobacterium carnosum] >KAE8178601.1 ABC transporter ATP-binding protein [Photobacterium carnosum] >MCD9525179.1 ATP-binding cassette domain-containing protein [Photobacterium carnosum]Ą€0€Š€0€Ą€ WP_152652784Ŗ€ĸ€0€0€ €Eflagellar export chaperone FliS [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MCH7618159Ŗ€ĸ€0€0€ €”HWE histidine kinase domain-containing protein [Enterovirga rhinocerotis] >TDR87296.1 PAS domain S-box-containing protein [Enterovirga rhinocerotis]Ą€0€Š€0€Ą€ WP_166652585Ŗ€ĸ€0€0€ €9hypothetical protein C2857_004728 [Epichloe festucae Fl1]Ą€0€¤€0€Ą€QPH00767Ŗ€ĸ€0€0€ €=diguanylate cyclase [Pusillimonas sp. (ex Stolz et al. 2005)]Ą€0€¯€0€Ą€HCN71343Ŗ€ĸ€0€0€ €6aspartate--tRNA ligase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN8536342Ŗ€ĸ€0€0€ €JPAS domain-containing sensor histidine kinase [Desulfatitalea tepidiphila]Ą€0€Š€0€Ą€ WP_083453642Ŗ€ĸ€0€0€ €ahypothetical protein [Campylobacter coli] >EEP1989649.1 hypothetical protein [Campylobacter coli]Ą€0€¤€0€Ą€ EDF8564338Ŗ€ĸ€0€0€ €Ŗpoly(A) polymerase [Methylobacterium oxalidis] >GJE30184.1 CCA-adding enzyme [Methylobacterium oxalidis] >GLS61935.1 poly(A) polymerase [Methylobacterium oxalidis]Ą€0€Ŧ€0€Ą€GEP01990Ŗ€ĸ€0€0€ €‚?Phosphoglucomutase/phosphomannomutase family protein [Arabidopsis thaliana] >Q9SGC1.1 RecName: Full=Probable phosphoglucomutase, cytoplasmic 2; Short=PGM 2; AltName: Full=Glucose phosphomutase 2 [Arabidopsis thaliana] >KAG7659130.1 Alpha-D-phosphohexomutase alpha/beta/alpha I/II/III [Arabidopsis suecica] >AAG52345.1 putative phosphoglucomutase; 31864-35570 [Arabidopsis thaliana] >AAL90895.1 At1g70730/F5A18_9 [Arabidopsis thaliana] >AAO11543.1 At1g70730/F5A18_9 [Arabidopsis thaliana] >AEE35105.1 Phosphoglucomutase/phosphomannomutase family protein [Arabidopsis thaliana]Ą€0€Š€0€Ą€ NP_177230Ŗ€ĸ€0€0€ €ihypothetical protein [Agrobacterium sp. OT33] >MBO0126447.1 hypothetical protein [Agrobacterium sp. OT33]Ą€0€Š€0€Ą€ WP_206913767Ŗ€ĸ€0€0€ €Dhelix-turn-helix domain-containing protein [Paenibacillus sp. OVF10]Ą€0€¤€0€Ą€UOK61174Ŗ€ĸ€0€0€ €kYbgA family protein [Streptococcus mitis] >KEQ47129.1 hypothetical protein SK608_1549 [Streptococcus mitis]Ą€0€Š€0€Ą€ WP_033677965Ŗ€ĸ€0€0€ €:DUF559 domain-containing protein [Isoptericola variabilis]Ą€0€¤€0€Ą€ MBF1231925Ŗ€ĸ€0€0€ €;DNA polymerase III subunit gamma/tau [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ1196899Ŗ€ĸ€0€0€ €;protein-tyrosine phosphatase family protein [Lentzea flava]Ą€0€Š€0€Ą€ WP_189254710Ŗ€ĸ€0€0€ €)protein FAM171A1 [Enhydra lutris kenyoni]Ą€0€Š€0€Ą€ XP_022371551Ŗ€ĸ€0€0€ €BMAG: hypothetical protein C0594_00615 [Marinilabiliales bacterium]Ą€0€¤€0€Ą€PLX13980Ŗ€ĸ€0€0€ €+unnamed protein product [Cuscuta epithymum]Ą€0€Ĩ€0€Ą€ CAH9132908Ŗ€ĸ€0€0€ €2aldo/keto reductase [Acholeplasmataceae bacterium]Ą€0€¯€0€Ą€HHU23657Ŗ€ĸ€0€0€ €5hypothetical protein WR25_20475 [Diploscapter pachys]Ą€0€¤€0€Ą€PAV59276Ŗ€ĸ€0€0€ €6ABC transporter permease subunit [Pseudomonas tructae]Ą€0€Š€0€Ą€ WP_233281725Ŗ€ĸ€0€0€ €uS8 family serine peptidase [Anaerolineae bacterium] >MCB0201682.1 S8 family serine peptidase [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCA9869097Ŗ€ĸ€0€0€ €6gfo/Idh/MocA family oxidoreductase [Tepidisphaera sp.]Ą€0€¤€0€Ą€ MBI1189702Ŗ€ĸ€0€0€ €;NADH dehydrogenase subunit 2, partial [Hypsilurus modestus]Ą€0€¤€0€Ą€QOL09497Ŗ€ĸ€0€0€ €}BDH_1b_G0025640.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI7165907.1 BDH_1b_G0025640.mRNA.1.CDS.1 [Saccharomyces cerevisiae]Ą€0€Ĩ€0€Ą€ CAI4531609Ŗ€ĸ€0€0€ €Ēexodeoxyribonuclease VII small subunit [Kineococcus radiotolerans] >ABS02609.1 exodeoxyribonuclease VII, small subunit [Kineococcus radiotolerans SRS30216 = ATCC BAA-149]Ą€0€Š€0€Ą€ WP_012084538Ŗ€ĸ€0€0€ €Pligase-associated DNA damage response DEXH box helicase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1587439Ŗ€ĸ€0€0€ €6peptidylprolyl isomerase [Reichenbachiella versicolor]Ą€0€Š€0€Ą€ WP_109832405Ŗ€ĸ€0€0€ €JVacB/RNase II family 3'-5' exoribonuclease [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NDH41984Ŗ€ĸ€0€0€ €6hypothetical protein DAPPUDRAFT_314368 [Daphnia pulex]Ą€0€¤€0€Ą€EFX84833Ŗ€ĸ€0€0€ €‚\MULTISPECIES: mechanosensitive ion channel [Gordonia] >ATD70869.1 mechanosensitive ion channel family protein [Gordonia sp. 1D] >KAF0969980.1 hypothetical protein BPODLACK_01670 [Gordonia sp. YY1] >UKO90478.1 mechanosensitive ion channel family protein [Gordonia amicalis] >UPW14663.1 mechanosensitive ion channel family protein [Gordonia amicalis]Ą€0€Š€0€Ą€ WP_024498088Ŗ€ĸ€0€0€ €‚ŋtrans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >EGQ9291731.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >EGR0070046.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >EJE8545528.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >MCA3891378.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >MCA3954373.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus]Ą€0€Š€0€Ą€ WP_130201530Ŗ€ĸ€0€0€ €*elongation factor 4 [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5098538Ŗ€ĸ€0€0€ €}hypothetical protein DV454_002165 [Geotrichum candidum] >KAF7500901.1 hypothetical protein DV113_001110 [Geotrichum candidum]Ą€0€¤€0€Ą€ KAF5115699Ŗ€ĸ€0€0€ €ÉSynaptobrevin [Penicillium chrysogenum] >KAJ5265368.1 Synaptobrevin [Penicillium chrysogenum] >KAJ5268680.1 Synaptobrevin [Penicillium chrysogenum] >KAJ6148612.1 Synaptobrevin [Penicillium chrysogenum]Ą€0€¤€0€Ą€ KAJ5249775Ŗ€ĸ€0€0€ €Ttranslation initiation factor IF-3 [Streptomyces sp. 3213] [Streptomyces sp. 3213.3]Ą€0€Ĩ€0€Ą€SED04027Ŗ€ĸ€0€0€ €@LL-diaminopimelate aminotransferase [Campylobacterota bacterium]Ą€0€¤€0€Ą€RLA59280Ŗ€ĸ€0€0€ €-hypothetical protein [Rhodobiaceae bacterium]Ą€0€¤€0€Ą€MAL04956Ŗ€ĸ€0€0€ €\transient receptor potential cation channel subfamily M member 6 isoform X1 [Phoca vitulina]Ą€0€Š€0€Ą€ XP_032283352Ŗ€ĸ€0€0€ €=uncharacterized protein LOC125562972 [Nematostella vectensis]Ą€0€Š€0€Ą€ XP_048583328Ŗ€ĸ€0€0€ €nDabb family protein [Chitinophagaceae bacterium] >MBN8667756.1 Dabb family protein [Chitinophagales bacterium]Ą€0€¤€0€Ą€ MBL7752135Ŗ€ĸ€0€0€ €ąLysR substrate-binding domain-containing protein [Chromobacterium sp. IIBBL 290-4] >UTH76636.1 LysR substrate-binding domain-containing protein [Chromobacterium sp. IIBBL 290-4]Ą€0€Š€0€Ą€ WP_254301195Ŗ€ĸ€0€0€ €5SLC45 family MFS transporter [Tuberibacillus calidus]Ą€0€Š€0€Ą€ WP_027723927Ŗ€ĸ€0€0€ €Ccytochrome oxidase subunit 1, partial [Cecidomyiidae sp. BOLD-2016]Ą€0€¤€0€Ą€AOQ89457Ŗ€ĸ€0€0€ €3hypothetical protein, partial [Vibrio aestuarianus]Ą€0€Š€0€Ą€ WP_280550159Ŗ€ĸ€0€0€ €Ipeptidoglycan-binding domain-containing protein [Streptomyces sp. ICN988]Ą€0€Š€0€Ą€ WP_263549390Ŗ€ĸ€0€0€ €Ipyridoxal phosphate-dependent aminotransferase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR4127938Ŗ€ĸ€0€0€ €\Plasma membrane sulfite pump involved in sulfite metabolism, partial [Coemansia sp. RSA 562]Ą€0€¤€0€Ą€ KAJ2160675Ŗ€ĸ€0€0€ €Šendonuclease/exonuclease/phosphatase family protein [Aequorivita sp. KMM 9714] >NGX84521.1 endonuclease/exonuclease/phosphatase family protein [Aequorivita sp. KMM 9714]Ą€0€Š€0€Ą€ WP_165149223Ŗ€ĸ€0€0€ €=outer membrane beta-barrel protein HofC [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_154427248Ŗ€ĸ€0€0€ €‘glycosyltransferase family 2 protein [Micromonas pusilla CCMP1545] >EEH59711.1 glycosyltransferase family 2 protein [Micromonas pusilla CCMP1545]Ą€0€Š€0€Ą€ XP_003056335Ŗ€ĸ€0€0€ €gacetate operon transcriptional repressor IclR [Salmonella enterica subsp. enterica serovar Livingstone]Ą€0€¤€0€Ą€MIX29656Ŗ€ĸ€0€0€ €?related to PTR2-Di-and tripeptide permease [Fusarium fujikuroi]Ą€0€Ĩ€0€Ą€SCN76227Ŗ€ĸ€0€0€ €galpha/beta hydrolase [Paenibacillus borealis] >AIQ56832.1 alpha/beta hydrolase [Paenibacillus borealis]Ą€0€Š€0€Ą€ WP_042211112Ŗ€ĸ€0€0€ €‚hypothetical protein [Natronincola peptidivorans] >SES82297.1 hypothetical protein SAMN05660297_00608 [Natronincola peptidivorans]Ą€0€Š€0€Ą€ WP_170834655Ŗ€ĸ€0€0€ €chypothetical protein [Dysgonomonas mossii] >MBS7112524.1 hypothetical protein [Dysgonomonas mossii]Ą€0€¤€0€Ą€ MBS5796435Ŗ€ĸ€0€0€ €1DUF5693 family protein [Paenibacillus silvestris]Ą€0€Š€0€Ą€ WP_235959345Ŗ€ĸ€0€0€ €.PaaI family thioesterase [Bacillota bacterium]Ą€0€¯€0€Ą€HHX25519Ŗ€ĸ€0€0€ €vhistidine kinase [Bacillus cereus group sp. N24] >MBJ7945774.1 sensor histidine kinase [Bacillus cereus group sp. N24]Ą€0€Š€0€Ą€ WP_199690327Ŗ€ĸ€0€0€ €:glycosyl hydrolase family 18 protein [Priestia megaterium]Ą€0€Š€0€Ą€ WP_195694458Ŗ€ĸ€0€0€ €;ABC transporter permease, partial [Pseudomonas sp. HMWF005]Ą€0€¤€0€Ą€PTT91340Ŗ€ĸ€0€0€ €8HPr(Ser) kinase/phosphatase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ1405588Ŗ€ĸ€0€0€ €fDolichyl-diphosphooligosaccharide--protein glycosyltransferase subunit 2, partial [Fulmarus glacialis]Ą€0€¤€0€Ą€KFV95086Ŗ€ĸ€0€0€ €ôMBL fold metallo-hydrolase [Pusillibacter faecalis] >MBC5746297.1 MBL fold metallo-hydrolase [Dysosmobacter sp. NSJ-60] >MBS5657801.1 MBL fold metallo-hydrolase [Oscillibacter sp.] >BCK83977.1 MBL fold metallo-hydrolase [Pusillibacter faecalis]Ą€0€Š€0€Ą€ WP_187027854Ŗ€ĸ€0€0€ €/hypothetical protein [Actinomadura lepetitiana]Ą€0€¤€0€Ą€NDU77367Ŗ€ĸ€0€0€ €?WNT1-inducible-signaling pathway protein 1 [Echeneis naucrates]Ą€0€Š€0€Ą€ XP_029370816Ŗ€ĸ€0€0€ €TDD46462.1 ATP-binding cassette domain-containing protein [Kribbella antibiotica]Ą€0€Š€0€Ą€ WP_132175930Ŗ€ĸ€0€0€ €LacI family DNA-binding transcriptional regulator [Nonlabens sp. YIK11] >KQC31999.1 LacI family transcriptional regulator [Nonlabens sp. YIK11]Ą€0€Š€0€Ą€ WP_055411085Ŗ€ĸ€0€0€ €,unnamed protein product [Rhizoctonia solani]Ą€0€Ĩ€0€Ą€ CAE6438319Ŗ€ĸ€0€0€ €‚ËMULTISPECIES: ATP-dependent RecD-like DNA helicase [Eubacteriales] >EHO33860.1 RecD/TraA family helicase [Lachnospiraceae bacterium 7_1_58FAA] >MBS6523543.1 ATP-dependent RecD-like DNA helicase [Clostridiales bacterium] >RHO83357.1 ATP-dependent RecD-like DNA helicase [Clostridiaceae bacterium AF42-6] >RJW02388.1 ATP-dependent RecD-like DNA helicase [Subdoligranulum sp. AF14-43] >BDE85727.1 ATP-dependent RecD-like DNA helicase [Oscillospiraceae bacterium]Ą€0€Š€0€Ą€ WP_009257967Ŗ€ĸ€0€0€ €Hprobable tRNA (uracil-O(2)-)-methyltransferase [Mizuhopecten yessoensis]Ą€0€Š€0€Ą€ XP_021377602Ŗ€ĸ€0€0€ €‚4transposase DDE domain protein, partial [Orientia tsutsugamushi str. Sido] >KJW00008.1 transposase DDE domain protein [Orientia tsutsugamushi str. Sido] >KJW05781.1 transposase DDE domain protein [Orientia tsutsugamushi str. Sido] >KJW05839.1 transposase DDE domain protein [Orientia tsutsugamushi str. Sido]Ą€0€¤€0€Ą€KJV99157Ŗ€ĸ€0€0€ €CPDK repeat-containing protein [Burkholderiales bacterium JOSHI_001]Ą€0€¤€0€Ą€EHR73697Ŗ€ĸ€0€0€ €7Trk family potassium uptake protein [Solobacterium sp.]Ą€0€¤€0€Ą€ MBQ2688679Ŗ€ĸ€0€0€ €7unnamed protein product, partial [Rotaria sp. Silwood1]Ą€0€Ĩ€0€Ą€ CAF4001745Ŗ€ĸ€0€0€ €Ecysteine desulfurase family protein [Metabacillus halosaccharovorans]Ą€0€Š€0€Ą€ WP_264144890Ŗ€ĸ€0€0€ €,calcium-binding protein [Moorena sp. SIO4G3]Ą€0€¤€0€Ą€NEO77458Ŗ€ĸ€0€0€ €3hypothetical protein HRbin28_02170 [bacterium HR28]Ą€0€Ŧ€0€Ą€GBD21712Ŗ€ĸ€0€0€ €ĨLysM peptidoglycan-binding domain-containing protein [Ruoffia tabacinasalis] >TLQ40229.1 LysM peptidoglycan-binding domain-containing protein [Ruoffia tabacinasalis]Ą€0€Š€0€Ą€ WP_138405018Ŗ€ĸ€0€0€ €2uncharacterized protein LOC112694086 [Sipha flava]Ą€0€Š€0€Ą€ XP_025425233Ŗ€ĸ€0€0€ €apolipoprotein N-acyltransferase [Cupriavidus basilensis] >AJG17996.1 Apolipoprotein N-acyltransferase [Cupriavidus basilensis]Ą€0€Š€0€Ą€ WP_043343784Ŗ€ĸ€0€0€ €&hypothetical protein [Nostoc sp. JL23]Ą€0€¤€0€Ą€ MBN3879913Ŗ€ĸ€0€0€ €2protein shifted isoform X2 [Pseudomyrmex gracilis]Ą€0€Š€0€Ą€ XP_020282545Ŗ€ĸ€0€0€ €‡DUF2852 domain-containing protein [Tropicimonas isoalkanivorans] >SFC57805.1 Protein of unknown function [Tropicimonas isoalkanivorans]Ą€0€Š€0€Ą€ WP_093361010Ŗ€ĸ€0€0€ €CM-phase inducer phosphatase 1-like, partial [Pantherophis guttatus]Ą€0€Š€0€Ą€ XP_034262050Ŗ€ĸ€0€0€ €;hypothetical protein PHMEG_0004011 [Phytophthora megakarya]Ą€0€¤€0€Ą€OWZ21453Ŗ€ĸ€0€0€ €ãTetR/AcrR family transcriptional regulator [Vibrio parahaemolyticus] >TON30807.1 TetR family transcriptional regulator [Vibrio parahaemolyticus] >HCE2131761.1 TetR/AcrR family transcriptional regulator [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140204528Ŗ€ĸ€0€0€ €ˇsulfurtransferase-like selenium metabolism protein YedF [Niveibacterium microcysteis] >QSI76692.1 sulfurtransferase-like selenium metabolism protein YedF [Niveibacterium microcysteis]Ą€0€Š€0€Ą€ WP_206254325Ŗ€ĸ€0€0€ €KSusC/RagA family TonB-linked outer membrane protein [Hoylesella timonensis]Ą€0€Š€0€Ą€ WP_278843343Ŗ€ĸ€0€0€ €xDUF1491 family protein [Paracoccaceae bacterium] >HBG97625.1 DUF1491 domain-containing protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€ MBL4542294Ŗ€ĸ€0€0€ €;hypothetical protein ZYGM_004041 [Zygosaccharomyces mellis]Ą€0€Ŧ€0€Ą€GCE99025Ŗ€ĸ€0€0€ €IATP-binding cassette domain-containing protein [Coriobacteriia bacterium]Ą€0€¤€0€Ą€ MCL2537505Ŗ€ĸ€0€0€ €Ąuncharacterized protein LOC126304646 isoform X19 [Schistocerca gregaria] >XP_049847772.1 uncharacterized protein LOC126304646 isoform X20 [Schistocerca gregaria]Ą€0€Š€0€Ą€ XP_049847771Ŗ€ĸ€0€0€ €6purine-nucleoside phosphorylase [Rubellimicrobium sp.]Ą€0€¤€0€Ą€ MCC7321896Ŗ€ĸ€0€0€ €1radical SAM protein [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MCE5280144Ŗ€ĸ€0€0€ €:class I SAM-dependent methyltransferase [Nitrosomonas sp.]Ą€0€¤€0€Ą€ MBX3615544Ŗ€ĸ€0€0€ €5uncharacterized protein LOC125009591 [Mugil cephalus]Ą€0€Š€0€Ą€ XP_047443619Ŗ€ĸ€0€0€ €:dehydrosqualene desaturase [Erysipelotrichaceae bacterium]Ą€0€Ŧ€0€Ą€GBU10433Ŗ€ĸ€0€0€ €[2,5-didehydrogluconate reductase DkgB [Salmonella enterica subsp. enterica serovar Virchow]Ą€0€¤€0€Ą€ ECG5731039Ŗ€ĸ€0€0€ €AMAG: hypothetical protein L6R42_003732 [Xanthoria sp. 1 TBL-2021]Ą€0€¤€0€Ą€ KAI4261063Ŗ€ĸ€0€0€ €Dflagellar M-ring protein FliF [Candidatus Hydrogenedentes bacterium]Ą€0€¤€0€Ą€RME91291Ŗ€ĸ€0€0€ €NTL93919.1 amino acid permease [Enterococcus faecium] >RXD20758.1 amino acid permease [Enterococcus faecium]Ą€0€Š€0€Ą€ WP_128492049Ŗ€ĸ€0€0€ €'CHMP3 protein [Odontophorus gujanensis]Ą€0€¤€0€Ą€NXJ09179Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€ MBM3211208Ŗ€ĸ€0€0€ €Qmultiple epidermal growth factor-like domains protein 8 [Rhipicephalus microplus]Ą€0€Š€0€Ą€ XP_037269637Ŗ€ĸ€0€0€ €2hypothetical protein [Kitasatospora sp. NBC_01287]Ą€0€Š€0€Ą€ WP_266300278Ŗ€ĸ€0€0€ €‚Šsulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT3284629.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT4321035.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT4425085.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT6605862.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBT3283615Ŗ€ĸ€0€0€ €8LexA family transcriptional regulator [Escherichia coli]Ą€0€¯€0€Ą€ HBB8861935Ŗ€ĸ€0€0€ €*hypothetical protein [Bacillota bacterium]Ą€0€¤€0€Ą€ MBP1762081Ŗ€ĸ€0€0€ €?hypothetical protein Q27BPR15_01605 [Rhodobacter sp. CACIA14H1]Ą€0€¤€0€Ą€ESW62330Ŗ€ĸ€0€0€ €>MULTISPECIES: hypothetical protein [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_139216328Ŗ€ĸ€0€0€ €+protein SMG7 isoform X2 [Sander lucioperca]Ą€0€Š€0€Ą€ XP_031159380Ŗ€ĸ€0€0€ €Hdarobactin export ABC transporter permease subunit [Yersinia intermedia]Ą€0€Š€0€Ą€ WP_145549645Ŗ€ĸ€0€0€ €1hypothetical protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MCB0396773Ŗ€ĸ€0€0€ €ĸbiotin synthase BioB [Leeuwenhoekiella blandensis] >MAO43936.1 biotin synthase BioB [Leeuwenhoekiella sp.] >HBT09536.1 biotin synthase BioB [Leeuwenhoekiella sp.]Ą€0€Š€0€Ą€ WP_040532466Ŗ€ĸ€0€0€ €histone deacetylase 1-like isoform X1 [Zingiber officinale] >KAG6497946.1 hypothetical protein ZIOFF_045852 [Zingiber officinale]Ą€0€Š€0€Ą€ XP_042399294Ŗ€ĸ€0€0€ €"cdiA2 2 [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS1222269Ŗ€ĸ€0€0€ €=DNA/RNA non-specific endonuclease [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5249229Ŗ€ĸ€0€0€ €4Uncharacterized protein TCM_007255 [Theobroma cacao]Ą€0€¤€0€Ą€EOX98511Ŗ€ĸ€0€0€ €?MafB family polymorphic toxin, partial [Neisseria meningitidis]Ą€0€Š€0€Ą€ WP_263871176Ŗ€ĸ€0€0€ €€leucine-rich repeat and immunoglobulin-like domain-containing nogo receptor-interacting protein 2 [Protobothrops mucrosquamatus]Ą€0€Š€0€Ą€ XP_015675072Ŗ€ĸ€0€0€ €mDUF4275 family protein [Mesobacillus maritimus] >MBY0098324.1 DUF4275 family protein [Mesobacillus maritimus]Ą€0€Š€0€Ą€ WP_221874538Ŗ€ĸ€0€0€ €‚žMULTISPECIES: PQQ-dependent sugar dehydrogenase [unclassified Methylobacterium] >MCJ2074217.1 PQQ-dependent sugar dehydrogenase [Methylobacterium sp. E-016] >TXM89647.1 sorbosone dehydrogenase [Methylobacterium sp. WL116] >TXN27692.1 sorbosone dehydrogenase [Methylobacterium sp. WL93] >TXN49057.1 sorbosone dehydrogenase [Methylobacterium sp. WL119] >TXN66352.1 sorbosone dehydrogenase [Methylobacterium sp. WL30]Ą€0€Š€0€Ą€ WP_147728825Ŗ€ĸ€0€0€ €BD-alanine-D-alanine ligase, partial [Staphylococcus aureus T69686]Ą€0€¤€0€Ą€EWA78047Ŗ€ĸ€0€0€ €‚‰phage baseplate assembly protein V [Escherichia coli] >EEV6001972.1 phage baseplate assembly protein V [Escherichia coli] >EFC3660118.1 phage baseplate assembly protein V [Escherichia coli] >EFC6558508.1 phage baseplate assembly protein V [Escherichia coli] >EFH7065387.1 phage baseplate assembly protein V [Escherichia coli] >EIO7127154.1 phage baseplate assembly protein V [Escherichia coli]Ą€0€Š€0€Ą€ WP_137499306Ŗ€ĸ€0€0€ €}TonB-dependent siderophore receptor [Pseudomonas putida] >UTL82847.1 TonB-dependent siderophore receptor [Pseudomonas putida]Ą€0€Š€0€Ą€ WP_254467474Ŗ€ĸ€0€0€ €‡UDP-N-acetylmuramate--L-alanine ligase [Streptomyces oryzae] >MBO8194442.1 UDP-N-acetylmuramate--L-alanine ligase [Streptomyces oryzae]Ą€0€Š€0€Ą€ WP_209241541Ŗ€ĸ€0€0€ €}BAL_1a_G0003360.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI7046386.1 BAL_1a_G0003360.mRNA.1.CDS.1 [Saccharomyces cerevisiae]Ą€0€Ĩ€0€Ą€ CAI4270029Ŗ€ĸ€0€0€ €7Polynucleotide 5'-hydroxyl-kinase NOL9 [Manis javanica]Ą€0€¤€0€Ą€ KAI5947122Ŗ€ĸ€0€0€ €ˇP-loop containing nucleoside triphosphate hydrolase protein [Cokeromyces recurvatus] >KAI7902530.1 P-loop containing nucleoside triphosphate hydrolase protein [Cokeromyces recurvatus]Ą€0€Š€0€Ą€ XP_051382515Ŗ€ĸ€0€0€ €,hypothetical protein [Aigarchaeota archaeon]Ą€0€¤€0€Ą€ MCS7125979Ŗ€ĸ€0€0€ €Ophosphate ABC transporter ATP-binding protein [Allopontixanthobacter sediminis]Ą€0€¤€0€Ą€MXP43753Ŗ€ĸ€0€0€ €@GyrI-like domain-containing protein [Flavimobilis rhizosphaerae]Ą€0€¤€0€Ą€ MBD9700330Ŗ€ĸ€0€0€ €0tape measure protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_072184911Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MBI1992098Ŗ€ĸ€0€0€ €Kfusaric acid resistance protein [Mycobacterium sp. 852013-50091_SCH5140682]Ą€0€¤€0€Ą€OBC01194Ŗ€ĸ€0€0€ €_hypothetical protein [Pseudomonas fragi] >MBM1205270.1 hypothetical protein [Pseudomonas fragi]Ą€0€Š€0€Ą€ WP_203304418Ŗ€ĸ€0€0€ €rhypothetical protein [Pseudomonas sp. SJZ131] >TWD47642.1 hypothetical protein FBY12_3356 [Pseudomonas sp. SJZ131]Ą€0€Š€0€Ą€ WP_145254095Ŗ€ĸ€0€0€ €:DUF2935 domain-containing protein [Tissierellia bacterium]Ą€0€¤€0€Ą€NLV89229Ŗ€ĸ€0€0€ €ĸDNA-directed RNA polymerase subunit H [Candidatus Methanosuratincola sp.] >RWX73493.1 hypothetical protein Metus_1467 [Candidatus Methanosuratincola subterraneus]Ą€0€¤€0€Ą€ MCQ8893008Ŗ€ĸ€0€0€ €‚lMULTISPECIES: 4-carboxymuconolactone decarboxylase [Rhizobium] >MBY2949882.1 4-carboxymuconolactone decarboxylase [Rhizobium leguminosarum] >MBY3100025.1 4-carboxymuconolactone decarboxylase [Rhizobium laguerreae] >MBY3215274.1 4-carboxymuconolactone decarboxylase [Rhizobium laguerreae] >MBY5394577.1 4-carboxymuconolactone decarboxylase [Rhizobium leguminosarum]Ą€0€Š€0€Ą€ WP_221968558Ŗ€ĸ€0€0€ €1hypothetical protein [Rubrobacteraceae bacterium]Ą€0€¤€0€Ą€ MBA2782760Ŗ€ĸ€0€0€ €-hypothetical protein [Burkholderia ubonensis]Ą€0€Š€0€Ą€ WP_232465954Ŗ€ĸ€0€0€ €œchaperonin GroEL [Streptomyces sp. SID10815] >NEA50819.1 chaperonin GroEL [Streptomyces sp. SID10815] >QKW28129.1 chaperonin GroEL [Streptomyces seoulensis]Ą€0€Š€0€Ą€ WP_164588414Ŗ€ĸ€0€0€ €5aspartate carbamoyltransferase [Methanomicrobium sp.]Ą€0€¤€0€Ą€ MBO4522510Ŗ€ĸ€0€0€ €Cpolysaccharide deacetylase family protein [Clostridium perfringens]Ą€0€Š€0€Ą€ WP_206762159Ŗ€ĸ€0€0€ €Aaconitate hydratase [Candidatus Methanomethylophilaceae archaeon]Ą€0€¤€0€Ą€ MBR7152669Ŗ€ĸ€0€0€ €=hypothetical protein AaE_010044, partial [Aphanomyces astaci]Ą€0€¤€0€Ą€ KAF0721509Ŗ€ĸ€0€0€ €3DNA-binding response regulator [Streptomyces sp. C]Ą€0€Š€0€Ą€ WP_241695219Ŗ€ĸ€0€0€ €´zinc transporter ZIP10 isoform X2 [Myotis myotis] >XP_036174926.1 zinc transporter ZIP10 isoform X2 [Myotis myotis] >KAF6337459.1 solute carrier family 39 member 10 [Myotis myotis]Ą€0€Š€0€Ą€ XP_036174925Ŗ€ĸ€0€0€ €lalpha/beta hydrolase-fold protein [Chitinophaga filiformis] >MCF6403072.1 esterase [Chitinophaga filiformis]Ą€0€Š€0€Ą€ WP_236387036Ŗ€ĸ€0€0€ €8MoaD/ThiS family protein [Sphingosinicella sp. BN140058]Ą€0€Š€0€Ą€ WP_165356608Ŗ€ĸ€0€0€ €‚LGNAT family N-acetyltransferase [Bacillus thuringiensis] >PGK69235.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGM34038.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGP89975.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGR64781.1 GNAT family N-acetyltransferase [Bacillus thuringiensis]Ą€0€¤€0€Ą€PFQ70995Ŗ€ĸ€0€0€ €4glutamate--tRNA ligase [Acidimicrobiaceae bacterium]Ą€0€¤€0€Ą€MYE57211Ŗ€ĸ€0€0€ €‰LodA/GoxA family CTQ-dependent oxidase [Bradyrhizobium sp. YR681] >EJN14822.1 hypothetical protein PMI42_01600 [Bradyrhizobium sp. YR681]Ą€0€Š€0€Ą€ WP_008132112Ŗ€ĸ€0€0€ €Ķprotein PRY2-like isoform X1 [Stylophora pistillata] >XP_022789337.1 protein PRY2-like isoform X1 [Stylophora pistillata] >PFX26402.1 Golgi-associated plant pathogenesis-related protein 1 [Stylophora pistillata]Ą€0€Š€0€Ą€ XP_022789336Ŗ€ĸ€0€0€ €}type VI secretion system Vgr family protein [Moraxella bovis] >UYZ73477.1 DUF2345 domain-containing protein [Moraxella bovis]Ą€0€Š€0€Ą€ WP_264695257Ŗ€ĸ€0€0€ €ghemolysin family protein [Qipengyuania flava] >QYJ07232.1 hemolysin family protein [Qipengyuania flava]Ą€0€Š€0€Ą€ WP_219954954Ŗ€ĸ€0€0€ €1Duffy binding protein, partial [Plasmodium vivax]Ą€0€¤€0€Ą€AAR06568Ŗ€ĸ€0€0€ €Œlysophospholipid acyltransferase family protein [Bosea sp. LC85] >KFC65454.1 Lyso-ornithine lipid acyltransferase precursor [Bosea sp. LC85]Ą€0€Š€0€Ą€ WP_043239074Ŗ€ĸ€0€0€ €Bbiotin/lipoyl-binding protein, partial [Burkholderiales bacterium]Ą€0€¤€0€Ą€ KAB2838176Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1617120Ŗ€ĸ€0€0€ €‰Gfo/Idh/MocA family oxidoreductase [Tropicimonas sp. IMCC6043] >RYH11275.1 Gfo/Idh/MocA family oxidoreductase [Tropicimonas sp. IMCC6043]Ą€0€Š€0€Ą€ WP_129629290Ŗ€ĸ€0€0€ €_major facilitator superfamily permease [Lacticaseibacillus paracasei subsp. tolerans DSM 20258]Ą€0€¤€0€Ą€KRN01502Ŗ€ĸ€0€0€ €qtrans-cinnamate 4-monooxygenase [Echinacea angustifolia] >WHU31432.1 cinnamate 4-hydroxylase [Echinacea purpurea]Ą€0€¤€0€Ą€ACF74449Ŗ€ĸ€0€0€ €ģaminodeoxychorismate/anthranilate synthase component II [Polynucleobacter aenigmaticus] >OWS70612.1 anthranilate/aminodeoxychorismate synthase component II [Polynucleobacter aenigmaticus]Ą€0€Š€0€Ą€ WP_088527814Ŗ€ĸ€0€0€ €Ÿacetyl-CoA carboxylase, carboxyltransferase subunit beta [Massilia agri] >MCS0594856.1 acetyl-CoA carboxylase, carboxyltransferase subunit beta [Massilia agri]Ą€0€Š€0€Ą€ WP_258825945Ŗ€ĸ€0€0€ €˜ABC transporter permease subunit [Pseudomonas sp. GM74] >EJM97090.1 ABC-type uncharacterized transport system, permease component [Pseudomonas sp. GM74]Ą€0€Š€0€Ą€ WP_008045531Ŗ€ĸ€0€0€ €Áhypothetical protein [Photobacterium leiognathi] >KJF89786.1 hypothetical protein UB42_11045 [Photobacterium leiognathi] >PSV82516.1 hypothetical protein CTM94_10220 [Photobacterium leiognathi]Ą€0€Š€0€Ą€ WP_045064390Ŗ€ĸ€0€0€ €)regulatory protein [Frankiales bacterium]Ą€0€¤€0€Ą€ MCU1589779Ŗ€ĸ€0€0€ €Žuncharacterized protein J4E78_003415 [Alternaria triticimaculans] >KAI4665950.1 hypothetical protein J4E78_003415 [Alternaria triticimaculans]Ą€0€Š€0€Ą€ XP_049224720Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBQ0033687Ŗ€ĸ€0€0€ €5leucine-rich repeat protein [Rikenellaceae bacterium]Ą€0€¤€0€Ą€ MBP3425637Ŗ€ĸ€0€0€ €Eadenylate/guanylate cyclase domain-containing protein [Treponema sp.]Ą€0€¤€0€Ą€ MCR5285329Ŗ€ĸ€0€0€ €>chaperone protein dnaJ A6, chloroplastic-like [Ananas comosus]Ą€0€Š€0€Ą€ XP_020103231Ŗ€ĸ€0€0€ €‹aspartyl protease family protein [Stenotrophomonas maltophilia] >PZS89812.1 hypothetical protein A7X83_11990 [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_258394058Ŗ€ĸ€0€0€ €qhypothetical protein [Corynebacterium aquatimens] >MBG6121097.1 hypothetical protein [Corynebacterium aquatimens]Ą€0€Š€0€Ą€ WP_196823726Ŗ€ĸ€0€0€ €o3-hydroxyacyl-ACP dehydratase [Chitinophaga agri] >QHS62665.1 3-hydroxyacyl-ACP dehydratase [Chitinophaga agri]Ą€0€Š€0€Ą€ WP_162334308Ŗ€ĸ€0€0€ €8DUF262 domain-containing protein [Thiolinea disciformis]Ą€0€Š€0€Ą€ WP_020394619Ŗ€ĸ€0€0€ €Qphosphonate ABC transporter, permease protein PhnE [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€TMH05674Ŗ€ĸ€0€0€ €jhypothetical protein [Lysinibacillus capsici] >SPT97623.1 Uncharacterised protein [Lysinibacillus capsici]Ą€0€Š€0€Ą€ WP_112116848Ŗ€ĸ€0€0€ €Ifatty acid oxidation complex subunit alpha FadB [Vibrio parahaemolyticus]Ą€0€¯€0€Ą€ HCH2726488Ŗ€ĸ€0€0€ €Scarboxypeptidase-like regulatory domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBK6833697Ŗ€ĸ€0€0€ €AMICOS complex subunit MIC19 isoform X1 [Dromaius novaehollandiae]Ą€0€Š€0€Ą€ XP_025975121Ŗ€ĸ€0€0€ €formate dehydrogenase accessory sulfurtransferase FdhD [Acinetobacter baumannii] >AUT38309.1 sulfurtransferase FdhD [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_103270848Ŗ€ĸ€0€0€ €1CBPD Carboxypeptidase [Oxylabes madagascariensis]Ą€0€¤€0€Ą€NXS05193Ŗ€ĸ€0€0€ €;thioredoxin-disulfide reductase [Hormoscilla sp. GM7CHS1pb]Ą€0€¤€0€Ą€ MBC6481257Ŗ€ĸ€0€0€ €5hypothetical protein BLS_009434 [Venturia inaequalis]Ą€0€¤€0€Ą€ KAE9963299Ŗ€ĸ€0€0€ €:tryptophan synthase subunit alpha [Cellulomonas flavigena]Ą€0€Š€0€Ą€ WP_048771567Ŗ€ĸ€0€0€ €6DUF2071 domain-containing protein [Halapricum salinum]Ą€0€Š€0€Ą€ WP_237560484Ŗ€ĸ€0€0€ €5hypothetical protein POTOM_007901 [Populus tomentosa]Ą€0€¤€0€Ą€ KAG6786301Ŗ€ĸ€0€0€ €/OHCU decarboxylase [Roseobacter sp. MedPE-SWde]Ą€0€¤€0€Ą€OIQ39557Ŗ€ĸ€0€0€ €qhypothetical protein [Streptomyces griseocarneus] >MBZ6473356.1 hypothetical protein [Streptomyces griseocarneus]Ą€0€Š€0€Ą€ WP_190063487Ŗ€ĸ€0€0€ €mribonuclease HI [Halococcus saccharolyticus] >EMA48023.1 ribonuclease H [Halococcus saccharolyticus DSM 5350]Ą€0€Š€0€Ą€ WP_006075792Ŗ€ĸ€0€0€ €8DNA polymerase II subunit B3-1 [Andrographis paniculata]Ą€0€Š€0€Ą€ XP_051120762Ŗ€ĸ€0€0€ €-hypothetical protein [Bacillus thuringiensis]Ą€0€¤€0€Ą€MRB06557Ŗ€ĸ€0€0€ €ynucleoside-diphosphate kinase [Streptococcus pyogenes] >VGV10735.1 nucleoside diphosphate kinase [Streptococcus pyogenes]Ą€0€Š€0€Ą€ WP_136085111Ŗ€ĸ€0€0€ €7unnamed protein product, partial [Fusarium graminearum]Ą€0€Ĩ€0€Ą€ CAF3446016Ŗ€ĸ€0€0€ €350S ribosomal protein L9 [Acidobacteriia bacterium]Ą€0€¤€0€Ą€ MBZ5699012Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEX59890Ŗ€ĸ€0€0€ €āDUF418 domain-containing protein [Pseudoxanthomonas winnipegensis] >RZZ90754.1 DUF418 domain-containing protein [Pseudoxanthomonas winnipegensis] >TAA36136.1 DUF418 domain-containing protein [Pseudoxanthomonas winnipegensis]Ą€0€Š€0€Ą€ WP_130523666Ŗ€ĸ€0€0€ €4DUF4252 domain-containing protein [Gelidibacter sp.]Ą€0€¤€0€Ą€ MCB0447703Ŗ€ĸ€0€0€ €!ZN235-like protein [Mya arenaria]Ą€0€¤€0€Ą€WAR09170Ŗ€ĸ€0€0€ €?MAG: hypothetical protein FE041_05700 [Thermoplasmata archaeon]Ą€0€¤€0€Ą€ KAA0009614Ŗ€ĸ€0€0€ €$protease SohB [Pseudomonas syringae]Ą€0€¤€0€Ą€ MBI6809448Ŗ€ĸ€0€0€ €whypothetical protein [Marmoricola ginsengisoli] >RNL65153.1 hypothetical protein EFK50_04060 [Marmoricola ginsengisoli]Ą€0€Š€0€Ą€ WP_123226257Ŗ€ĸ€0€0€ €hypothetical protein BGZ91_007627 [Linnemannia elongata] >KAG0067109.1 hypothetical protein BGZ90_001150 [Linnemannia elongata]Ą€0€¤€0€Ą€ KAF9308882Ŗ€ĸ€0€0€ €rC-terminal binding protein [Aureimonas ureilytica] >KTQ95651.1 2-hydroxyacid dehydrogenase [Aureimonas ureilytica]Ą€0€Š€0€Ą€ WP_058635033Ŗ€ĸ€0€0€ €9hypothetical protein PC117_g14089 [Phytophthora cactorum]Ą€0€¤€0€Ą€ KAG2929087Ŗ€ĸ€0€0€ €Fhypothetical protein ABS88_22020, partial [Sphingopyxis sp. SCN 67-31]Ą€0€¤€0€Ą€ODU23539Ŗ€ĸ€0€0€ €oISNCY family transposase [Burkholderia gladioli] >MBJ9679968.1 ISNCY family transposase [Burkholderia gladioli]Ą€0€Š€0€Ą€ WP_186229980Ŗ€ĸ€0€0€ €@hypothetical protein O6H91_09G110300 [Diphasiastrum complanatum]Ą€0€¤€0€Ą€ KAJ7545197Ŗ€ĸ€0€0€ €‚MAG: Polysaccharide biosynthesis protein CapD [Parcubacteria group bacterium GW2011_GWC2_44_22] >HBH45809.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] >HCC50487.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] >HCE48706.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] >HCR14883.1 hypothetical protein [Candidatus Jacksonbacteria bacterium]Ą€0€¤€0€Ą€KKT55671Ŗ€ĸ€0€0€ €WDown syndrome cell adhesion molecule-like protein Dscam2 isoform X5 [Polistes fuscatus]Ą€0€Š€0€Ą€ XP_043494069Ŗ€ĸ€0€0€ €Kmothers against decapentaplegic homolog 4 isoform X1 [Amphiprion ocellaris]Ą€0€Š€0€Ą€ XP_035812514Ŗ€ĸ€0€0€ €R1-acyl-sn-glycerol-3-phosphate acyltransferase [Candidatus Blautia gallistercoris]Ą€0€¯€0€Ą€HIX59898Ŗ€ĸ€0€0€ €ONAD-dependent epimerase/dehydratase family protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBL0273084Ŗ€ĸ€0€0€ €€hypothetical protein [Paeniclostridium sordellii] >CEO33151.1 lipoprotein [[Clostridium] sordellii] [Paeniclostridium sordellii]Ą€0€Š€0€Ą€ WP_077066366Ŗ€ĸ€0€0€ €‚Tprophage tail fiber N-terminal domain-containing protein [Escherichia coli] >EFA5428657.1 phage tail protein [Escherichia coli O117] >EAC1535255.1 phage tail protein [Escherichia coli] >EEU9476956.1 phage tail protein [Escherichia coli] >EEW1652734.1 phage tail protein [Escherichia coli] >EEW1765025.1 phage tail protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_001531669Ŗ€ĸ€0€0€ €uMBL fold metallo-hydrolase [Actinomycetia bacterium] >MSY11108.1 MBL fold metallo-hydrolase [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSX26960Ŗ€ĸ€0€0€ €6hypothetical protein Cantr_09205 [Candida viswanathii]Ą€0€¤€0€Ą€RCK62276Ŗ€ĸ€0€0€ €=collagen alpha-2(I) chain isoform X3 [Chrysemys picta bellii]Ą€0€Š€0€Ą€ XP_023957144Ŗ€ĸ€0€0€ €/DsbA family protein [Micromonospora sp. Mcm103]Ą€0€Š€0€Ą€ WP_262014488Ŗ€ĸ€0€0€ €:class IV adenylate cyclase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€NOZ88085Ŗ€ĸ€0€0€ €Hubiquitin carboxyl-terminal hydrolase 8-like isoform X1 [Lolium perenne]Ą€0€Š€0€Ą€ XP_051216225Ŗ€ĸ€0€0€ €3dihydrolipoamide dehydrogenase [Enterococcus hirae]Ą€0€¤€0€Ą€ MBO1089156Ŗ€ĸ€0€0€ €DMAG: hypothetical protein KatS3mg082_2718 [Nitrospiraceae bacterium]Ą€0€Ŧ€0€Ą€GIW56314Ŗ€ĸ€0€0€ €#DNA helicase [Klebsiella variicola]Ą€0€¤€0€Ą€PXL39359Ŗ€ĸ€0€0€ €ƒmethyltransferase [Microbulbifer donghaiensis] >SHG24894.1 16S rRNA (guanine1207-N2)-methyltransferase [Microbulbifer donghaiensis]Ą€0€Š€0€Ą€ WP_073277800Ŗ€ĸ€0€0€ €8hypothetical protein BZZ08_00608 [Streptomyces sp. MH60]Ą€0€¤€0€Ą€PPS91010Ŗ€ĸ€0€0€ €signal recognition particle protein [Treponema vincentii] >UTC48219.1 signal recognition particle protein [Treponema vincentii]Ą€0€Š€0€Ą€ WP_253808359Ŗ€ĸ€0€0€ €uhypothetical protein [Vibrio parahaemolyticus] >TOG31080.1 hypothetical protein CGJ04_10365 [Vibrio parahaemolyticus]Ą€0€Š€0€Ą€ WP_140347789Ŗ€ĸ€0€0€ €=helix-turn-helix domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EFT9578334Ŗ€ĸ€0€0€ €1hypothetical protein [Desulfurococcales archaeon]Ą€0€¤€0€Ą€ MCE4613707Ŗ€ĸ€0€0€ €9hypothetical protein N878_10305 [Pseudomonas sp. EGD-AK9]Ą€0€¤€0€Ą€ERI49901Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Poseidoniales archaeon]Ą€0€¯€0€Ą€HIN08122Ŗ€ĸ€0€0€ €Barginine N-succinyltransferase [Proteobacteria bacterium ST_bin14]Ą€0€¤€0€Ą€OQW79047Ŗ€ĸ€0€0€ €ĪABC transporter permease [Algoriphagus ratkowskyi] >PZX51861.1 putative ABC transport system permease protein [Algoriphagus ratkowskyi] >TXD76006.1 FtsX-like permease family protein [Algoriphagus ratkowskyi]Ą€0€Š€0€Ą€ WP_086502876Ŗ€ĸ€0€0€ €5hypothetical protein POTOM_004341 [Populus tomentosa]Ą€0€¤€0€Ą€ KAG6788279Ŗ€ĸ€0€0€ €Cputative pectinesterase/pectinesterase inhibitor 28 [Carica papaya]Ą€0€Š€0€Ą€ XP_021898889Ŗ€ĸ€0€0€ €FRM4B protein [Regulus satrapa]Ą€0€¤€0€Ą€NWR48904Ŗ€ĸ€0€0€ €,nef protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€QJX39570Ŗ€ĸ€0€0€ €štype I-C CRISPR-associated endonuclease Cas1c [Paenibacillus apiarius] >MBN3525830.1 type I-C CRISPR-associated endonuclease Cas1 [Paenibacillus apiarius]Ą€0€Š€0€Ą€ WP_206096314Ŗ€ĸ€0€0€ €+rhs element protein RhsB [Escherichia coli]Ą€0€¤€0€Ą€ EIH4263652Ŗ€ĸ€0€0€ €1dihydropteroate synthase [Euryarchaeota archaeon]Ą€0€¤€0€Ą€ MBT5285153Ŗ€ĸ€0€0€ €Btype III restriction protein res subunit [Clostridium sp. CAG:417]Ą€0€Ĩ€0€Ą€CDC61696Ŗ€ĸ€0€0€ €=uridine kinase [Streptococcus infantarius subsp. infantarius]Ą€0€¤€0€Ą€ MCO4570690Ŗ€ĸ€0€0€ €8hypothetical protein EV363DRAFT_1392335 [Boletus edulis]Ą€0€¤€0€Ą€ KAF8141928Ŗ€ĸ€0€0€ €:IS1595 family transposase, partial [Neisseria gonorrhoeae]Ą€0€¤€0€Ą€TJW13192Ŗ€ĸ€0€0€ €+amidohydrolase [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MCB0793211Ŗ€ĸ€0€0€ €Īphosphatase PAP2 family protein [Haemophilus haemolyticus] >EGT75360.1 Phosphatidylglycerophosphatase B [Haemophilus haemolyticus M19107] >KKZ58125.1 phosphatidylglycerophosphatase [Haemophilus haemolyticus]Ą€0€Š€0€Ą€ WP_005629113Ŗ€ĸ€0€0€ €5VCBS repeat-containing protein [Algoriphagus marinus]Ą€0€Š€0€Ą€ WP_083639049Ŗ€ĸ€0€0€ €äMULTISPECIES: GntR family transcriptional regulator [unclassified Azospirillum] >PWC55685.1 AsnC family transcriptional regulator [Azospirillum sp. TSH20] >PWC57167.1 AsnC family transcriptional regulator [Azospirillum sp. TSH7]Ą€0€Š€0€Ą€ WP_169054812Ŗ€ĸ€0€0€ €"ATPase V [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR1706273Ŗ€ĸ€0€0€ €Fhypothetical protein N566_10555 [Streptomycetaceae bacterium MP113-05]Ą€0€¤€0€Ą€EST37880Ŗ€ĸ€0€0€ €ŽMULTISPECIES: alpha/beta hydrolase [unclassified Variovorax] >AVQ83088.1 alpha/beta hydrolase [Variovorax sp. PMC12] >QRY32617.1 alpha/beta hydrolase [Variovorax sp. PDNC026]Ą€0€Š€0€Ą€ WP_106936446Ŗ€ĸ€0€0€ €0dynamin family protein [Exiguobacterium sp. s22]Ą€0€Š€0€Ą€ WP_214777175Ŗ€ĸ€0€0€ €enoyl-CoA hydratase-related protein [Albimonas pacifica] >SFH64813.1 Enoyl-CoA hydratase/carnithine racemase [Albimonas pacifica]Ą€0€Š€0€Ą€ WP_092857087Ŗ€ĸ€0€0€ €|methylmalonyl-CoA epimerase [Euryarchaeota archaeon] >RPG74133.1 methylmalonyl-CoA epimerase [Euryarchaeota archaeon TMED85]Ą€0€¤€0€Ą€RAH10573Ŗ€ĸ€0€0€ €2universal stress protein YxiE-like [Ostrea edulis]Ą€0€Š€0€Ą€ XP_048732732Ŗ€ĸ€0€0€ €3sporulation protein [Gammaproteobacteria bacterium]Ą€0€¯€0€Ą€HFC54342Ŗ€ĸ€0€0€ €>methyl-accepting chemotaxis protein [Salinivibrio socompensis]Ą€0€Š€0€Ą€ WP_025739406Ŗ€ĸ€0€0€ €Äprotease IV, partial [Pseudomonas aeruginosa] >MBO3780764.1 protease IV [Pseudomonas aeruginosa] >MBW6272732.1 protease IV [Pseudomonas aeruginosa] >NQB46603.1 protease IV [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_116813830Ŗ€ĸ€0€0€ €]malate synthase [Streptomyces inhibens] >REK90532.1 malate synthase A [Streptomyces inhibens]Ą€0€Š€0€Ą€ WP_128505522Ŗ€ĸ€0€0€ €'transposase [Geminicoccaceae bacterium]Ą€0€¤€0€Ą€ MCB9943168Ŗ€ĸ€0€0€ €/hypothetical protein [Saccharopolyspora pogona]Ą€0€Š€0€Ą€ WP_190822868Ŗ€ĸ€0€0€ €Fcondensation domain-containing protein, partial [Pseudomonas syringae]Ą€0€Š€0€Ą€ WP_258007507Ŗ€ĸ€0€0€ €/sensor histidine kinase [Bacteroidia bacterium]Ą€0€¤€0€Ą€TVR41840Ŗ€ĸ€0€0€ €4LysE family transporter [Pseudomonas sp. PMCC200367]Ą€0€Š€0€Ą€ WP_283181662Ŗ€ĸ€0€0€ €qunnamed protein product [Aureobasidium pullulans] >CAD0025009.1 unnamed protein product [Aureobasidium pullulans]Ą€0€Ĩ€0€Ą€ CAC9886154Ŗ€ĸ€0€0€ €ruroporphyrinogen-III synthase [Niallia circulans] >KLV24489.1 hypothetical protein ABW02_17525 [Niallia circulans]Ą€0€Š€0€Ą€ WP_047943571Ŗ€ĸ€0€0€ €,hypothetical protein [Bacillaceae bacterium]Ą€0€¤€0€Ą€ MBO2482901Ŗ€ĸ€0€0€ €ģtripartite tricarboxylate transporter substrate binding protein [Cupriavidus gilardii] >MCT9125660.1 tripartite tricarboxylate transporter substrate binding protein [Cupriavidus gilardii]Ą€0€Š€0€Ą€ WP_261668588Ŗ€ĸ€0€0€ €3bone morphogenetic protein 3 [Sciurus carolinensis]Ą€0€Š€0€Ą€ XP_047422702Ŗ€ĸ€0€0€ €?cation-translocating P-type ATPase [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6688122Ŗ€ĸ€0€0€ €9hypothetical protein NLI96_g1118 [Physisporinus lineatus]Ą€0€¤€0€Ą€ KAJ3490879Ŗ€ĸ€0€0€ €8cytochrome ubiquinol oxidase subunit I [Cedecea davisae]Ą€0€Š€0€Ą€ WP_227317406Ŗ€ĸ€0€0€ €Cdienelactone hydrolase family protein [Cyclobacteriaceae bacterium]Ą€0€¤€0€Ą€ MCB0488436Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCD6430924Ŗ€ĸ€0€0€ €=phosphatidylglycerophosphatase A [Methylococcaceae bacterium]Ą€0€¤€0€Ą€ MCI0654225Ŗ€ĸ€0€0€ €Douter membrane protein assembly factor BamA [Ascidiaceihabitans sp.]Ą€0€Š€0€Ą€ WP_271515333Ŗ€ĸ€0€0€ €ahypothetical protein [Fibrella aquatilis] >MBO0930408.1 hypothetical protein [Fibrella aquatilis]Ą€0€Š€0€Ą€ WP_207334372Ŗ€ĸ€0€0€ €^glycosyltransferase family 4 protein [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€¤€0€Ą€NYK82134Ŗ€ĸ€0€0€ €8hypothetical protein BHE90_013331 [Fusarium euwallaceae]Ą€0€¤€0€Ą€RTE72268Ŗ€ĸ€0€0€ €inucleoside permease [Epilithonimonas sp. JDS] >MCD9853115.1 nucleoside permease [Epilithonimonas sp. JDS]Ą€0€Š€0€Ą€ WP_232703726Ŗ€ĸ€0€0€ €œO-acetyl-ADP-ribose deacetylase [Paraburkholderia sp. CI2] >MBB5466346.1 O-acetyl-ADP-ribose deacetylase (regulator of RNase III) [Paraburkholderia sp. CI2]Ą€0€Š€0€Ą€ WP_184066976Ŗ€ĸ€0€0€ €ĄNAD-dependent succinate-semialdehyde dehydrogenase [Aeromonas hydrophila] >MCR3910506.1 NAD-dependent succinate-semialdehyde dehydrogenase [Aeromonas hydrophila]Ą€0€Š€0€Ą€ WP_257689765Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU0791683Ŗ€ĸ€0€0€ €Ŗmechanosensitive ion channel family protein [Pseudoalteromonas sp. SR45-1] >MBB1324469.1 mechanosensitive ion channel family protein [Pseudoalteromonas sp. SR45-1]Ą€0€Š€0€Ą€ WP_182711428Ŗ€ĸ€0€0€ €7hypothetical protein SEVIR_5G447000v2 [Setaria viridis]Ą€0€¤€0€Ą€TKW18680Ŗ€ĸ€0€0€ €‰pyridoxamine 5'-phosphate oxidase [Streptomyces sp. MUM 203J] >MCH0542948.1 pyridoxamine 5'-phosphate oxidase [Streptomyces sp. MUM 203J]Ą€0€Š€0€Ą€ WP_240111183Ŗ€ĸ€0€0€ €8FHA domain-containing protein [Streptomyces sp. SID9944]Ą€0€¤€0€Ą€NED75586Ŗ€ĸ€0€0€ €”hypothetical protein [Bacillus safensis] >MBR0636900.1 hypothetical protein [Bacillus safensis] >NOL38523.1 hypothetical protein [Bacillus safensis]Ą€0€¤€0€Ą€ MBR0615264Ŗ€ĸ€0€0€ €=hypothetical protein RFI_02125, partial [Reticulomyxa filosa]Ą€0€¤€0€Ą€ETO34949Ŗ€ĸ€0€0€ €:hypothetical protein C5S47_04520 [ANME-2 cluster archaeon]Ą€0€¤€0€Ą€ KAF5411244Ŗ€ĸ€0€0€ €eheparan-alpha-glucosaminide N-acetyltransferase domain-containing protein [Janthinobacterium sp. CG3]Ą€0€Š€0€Ą€ WP_017878759Ŗ€ĸ€0€0€ €Eribose-phosphate pyrophosphokinase, partial [Campylobacter sp. CH185]Ą€0€¤€0€Ą€TEY22245Ŗ€ĸ€0€0€ €~hypothetical protein [Mesorhizobium sp. LNHC221B00] >ESY75513.1 hypothetical protein X740_30910 [Mesorhizobium sp. LNHC221B00]Ą€0€Š€0€Ą€ WP_023780537Ŗ€ĸ€0€0€ €qalpha-L-fucosidase [Flavobacterium sp. A45] >OOG68067.1 hypothetical protein B0E44_13580 [Flavobacterium sp. A45]Ą€0€Š€0€Ą€ WP_077376172Ŗ€ĸ€0€0€ €~Tex family protein [Pseudomonas sp. PLB05] >MCD4864471.1 RNA-binding transcriptional accessory protein [Pseudomonas sp. PLB05]Ą€0€Š€0€Ą€ WP_231355705Ŗ€ĸ€0€0€ €EMAG: hypothetical protein KatS3mg102_0160 [Planctomycetota bacterium]Ą€0€Ŧ€0€Ą€GIW70618Ŗ€ĸ€0€0€ €@hypothetical protein FQV10_0004976, partial [Eudyptes schlegeli]Ą€0€¤€0€Ą€ KAF1538674Ŗ€ĸ€0€0€ €EDHA2 family efflux MFS transporter permease subunit [Bacillus cereus]Ą€0€¤€0€Ą€QFY03744Ŗ€ĸ€0€0€ €Mouter membrane protein assembly factor BamE [Holosporaceae bacterium 'Namur']Ą€0€¤€0€Ą€ MBA8666914Ŗ€ĸ€0€0€ €?hypothetical protein NQ314_011319, partial [Rhamnusium bicolor]Ą€0€¤€0€Ą€ KAJ8938828Ŗ€ĸ€0€0€ €ØMULTISPECIES: MFS transporter [unclassified Pseudomonas] >KAA0985960.1 MFS transporter [Pseudomonas sp. ANT_J12] >QJI43949.1 MFS transporter [Pseudomonas sp. ADAK7] >QJI50249.1 MFS transporter [Pseudomonas sp. ADAK2]Ą€0€Š€0€Ą€ WP_149660939Ŗ€ĸ€0€0€ €-aldo/keto reductase [Xanthomonas translucens]Ą€0€Š€0€Ą€ WP_262404887Ŗ€ĸ€0€0€ €:hypothetical protein BON30_36255 [Cystobacter ferrugineus]Ą€0€¤€0€Ą€OJH36051Ŗ€ĸ€0€0€ €WAB82460.1 L-fucose/L-arabinose isomerase family protein [Microcella sp. MMS21-STM12]Ą€0€Š€0€Ą€ WP_267782507Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCP5198054Ŗ€ĸ€0€0€ €@hypothetical protein C807_02682 [Lachnospiraceae bacterium 28-4]Ą€0€¤€0€Ą€EOS29826Ŗ€ĸ€0€0€ €BATP synthase F1 subunit delta [Candidatus Moranbacteria bacterium]Ą€0€¤€0€Ą€NLC30933Ŗ€ĸ€0€0€ €‚-DNA primase [Streptomyces clavuligerus] >ANW20313.1 DNA primase [Streptomyces clavuligerus] >AXU14939.1 DNA primase [Streptomyces clavuligerus] >EFG06747.1 DNA primase [Streptomyces clavuligerus] >MBY6304986.1 DNA primase [Streptomyces clavuligerus] >QCS07711.1 DNA primase [Streptomyces clavuligerus]Ą€0€Š€0€Ą€ WP_003960394Ŗ€ĸ€0€0€ €DUF4129 domain-containing protein [Bacillus sp. sid0103] >MBV7506482.1 DUF4129 domain-containing protein [Bacillus sp. sid0103]Ą€0€Š€0€Ą€ WP_218348303Ŗ€ĸ€0€0€ €]metalloproteinase [Bacteroides pyogenes] >TYK35742.1 metalloproteinase [Bacteroides pyogenes]Ą€0€Š€0€Ą€ WP_148727848Ŗ€ĸ€0€0€ €Mpolyhydroxyalkanoate synthesis repressor PhaR [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€TVS18044Ŗ€ĸ€0€0€ €0hypothetical protein [Gracilibacillus lacisalsi]Ą€0€Š€0€Ą€ WP_018934053Ŗ€ĸ€0€0€ €Lacetyl/propionyl-CoA carboxylase subunit alpha [Rhodospirillaceae bacterium]Ą€0€¤€0€Ą€MBV00212Ŗ€ĸ€0€0€ €†uncharacterized protein C8Q71DRAFT_855349 [Rhodofomes roseus] >KAH9840055.1 hypothetical protein C8Q71DRAFT_855349 [Rhodofomes roseus]Ą€0€Š€0€Ą€ XP_047781705Ŗ€ĸ€0€0€ €?hypothetical protein [Candidatus Gastranaerophilales bacterium]Ą€0€¤€0€Ą€ MBQ7286305Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ4426944Ŗ€ĸ€0€0€ €9beta-lactamase family protein [Bradyrhizobium sp. AS23.2]Ą€0€¤€0€Ą€OKO87070Ŗ€ĸ€0€0€ €6MULTISPECIES: 6-phosphogluconolactonase [Streptomyces]Ą€0€Š€0€Ą€ WP_259408897Ŗ€ĸ€0€0€ €žhypothetical protein DV454_001500 [Geotrichum candidum] >KAF7498613.1 hypothetical protein DV113_003349 [Geotrichum candidum] >CDO52289.1 conserved hypothetical protein [Geotrichum candidum]Ą€0€¤€0€Ą€ KAF5116816Ŗ€ĸ€0€0€ €3S8 family serine peptidase [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MBN1246547Ŗ€ĸ€0€0€ €/hypothetical protein [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBR6946428Ŗ€ĸ€0€0€ €“cytochrome c-type biogenesis protein CcmH [Mesorhizobium sanjuanii] >PDQ20720.1 cytochrome c-type biogenesis protein CcmH [Mesorhizobium sanjuanii]Ą€0€Š€0€Ą€ WP_097574091Ŗ€ĸ€0€0€ €CATP-grasp domain-containing protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCF8145043Ŗ€ĸ€0€0€ €GMaoC/PaaZ C-terminal domain-containing protein [Puerhibacterium puerhi]Ą€0€Š€0€Ą€ WP_159796041Ŗ€ĸ€0€0€ €@hypothetical protein FRC19_011860, partial [Serendipita sp. 401]Ą€0€¤€0€Ą€ KAG8816705Ŗ€ĸ€0€0€ €GPhzF family phenazine biosynthesis protein [Gemmatimonadales bacterium]Ą€0€¤€0€Ą€ MBA3497606Ŗ€ĸ€0€0€ €'protein UL135 [Human betaherpesvirus 5]Ą€0€¤€0€Ą€AHJ84873Ŗ€ĸ€0€0€ €6M48 family metalloprotease [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€ MCA9738196Ŗ€ĸ€0€0€ €‰putative transcription factor C2H2 family [Helianthus annuus] >KAJ0734391.1 putative transcription factor C2H2 family [Helianthus annuus]Ą€0€¤€0€Ą€ KAJ0689199Ŗ€ĸ€0€0€ €?hypothetical protein N779_04450 [Vibrio coralliilyticus OCN008]Ą€0€¤€0€Ą€ERB66459Ŗ€ĸ€0€0€ €¨aldo/keto reductase [Planctomycetota bacterium] >MBL6909383.1 aldo/keto reductase [Pirellulales bacterium] >HAU49353.1 aldo/keto reductase [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MBL6710595Ŗ€ĸ€0€0€ €)portal protein [Shewanella shenzhenensis]Ą€0€¤€0€Ą€ MCH1932562Ŗ€ĸ€0€0€ €Puncharacterized protein LOC129583905 isoform X2 [Paramacrobiotus metropolitanus]Ą€0€Š€0€Ą€ XP_055331916Ŗ€ĸ€0€0€ €JABC transporter ATP-binding protein [Candidatus Nanopelagicales bacterium]Ą€0€¤€0€Ą€ MCH1405047Ŗ€ĸ€0€0€ €8hypothetical protein EAF04_004685 [Stromatinia cepivora]Ą€0€¤€0€Ą€ KAF7869901Ŗ€ĸ€0€0€ €ghypothetical protein [Klebsiella pneumoniae] >HBX7387745.1 hypothetical protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_220674761Ŗ€ĸ€0€0€ €Ãputative endopolygalacturonase A [Phytophthora ramorum] >KAH7491118.1 putative endopolygalacturonase A [Phytophthora ramorum] >KAH7499946.1 putative endopolygalacturonase A [Phytophthora ramorum]Ą€0€¤€0€Ą€ KAH7489251Ŗ€ĸ€0€0€ €2RNA-binding protein 33 isoform X8 [Phocoena sinus]Ą€0€Š€0€Ą€ XP_032499984Ŗ€ĸ€0€0€ €*hypothetical protein [Yersinia mollaretii]Ą€0€Š€0€Ą€ WP_261369297Ŗ€ĸ€0€0€ €3sensor histidine kinase [Bradyrhizobium semiaridum]Ą€0€Š€0€Ą€ WP_283842967Ŗ€ĸ€0€0€ €@class I SAM-dependent methyltransferase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBT3932996Ŗ€ĸ€0€0€ €ŧMULTISPECIES: HU family DNA-binding protein [Acetobacterium] >MBC3795920.1 integration host factor [Acetobacterium tundrae] >MBC3886869.1 integration host factor [Acetobacterium paludosum]Ą€0€Š€0€Ą€ WP_148565498Ŗ€ĸ€0€0€ €"MFS transporter [Escherichia coli]Ą€0€Š€0€Ą€ WP_097485790Ŗ€ĸ€0€0€ €;multicopper oxidase family protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HCI3868538Ŗ€ĸ€0€0€ €Ņsulfur oxidation c-type cytochrome SoxA [Henriciella mobilis] >RIJ18310.1 sulfur oxidation c-type cytochrome SoxA [Henriciella mobilis] >RIJ24886.1 sulfur oxidation c-type cytochrome SoxA [Henriciella mobilis]Ą€0€Š€0€Ą€ WP_119403424Ŗ€ĸ€0€0€ €‚ËMULTISPECIES: 30S ribosomal protein S20 [Candidatus Phytoplasma] >ACU45411.1 30S ribosomal protein S20 [Peanut witches'-broom phytoplasma] >QLL37033.1 30S ribosomal protein S20 ['Echinacea purpurea' witches'-broom phytoplasma] >WEX20246.1 MAG: 30S ribosomal protein S20 [Candidatus Phytoplasma aurantifolia] >EMR14605.1 30S ribosomal protein S20 [Peanut witches'-broom phytoplasma NTU2011] >MCG3566785.1 30S ribosomal protein S20 [Sesame phyllody phytoplasma]Ą€0€Š€0€Ą€ WP_004994904Ŗ€ĸ€0€0€ €ēL,D-transpeptidase [Patescibacteria group bacterium] >MBU1029141.1 L,D-transpeptidase [Patescibacteria group bacterium] >MBU1916129.1 L,D-transpeptidase [Patescibacteria group bacterium]Ą€0€¤€0€Ą€ MBU0624735Ŗ€ĸ€0€0€ €1hypothetical protein [Streptomyces sp. NBC_01433]Ą€0€Š€0€Ą€ WP_266814553Ŗ€ĸ€0€0€ €@DHH family phosphoesterase [Candidatus Methanomethylophilus sp.]Ą€0€¤€0€Ą€ MBQ4411698Ŗ€ĸ€0€0€ €Sputative autophagy-related cysteine peptidase atg4, partial [Toxoplasma gondii ARI]Ą€0€¤€0€Ą€KYF44507Ŗ€ĸ€0€0€ €.hypothetical protein [Micrococcales bacterium]Ą€0€¤€0€Ą€ MCL2788588Ŗ€ĸ€0€0€ €ŲMULTISPECIES: YceK/YidQ family lipoprotein [unclassified Pseudomonas] >MCU1734385.1 YceK/YidQ family lipoprotein [Pseudomonas sp. 20P_3.2_Bac4] >MCU1743410.1 YceK/YidQ family lipoprotein [Pseudomonas sp. 20P_3.2_Bac5]Ą€0€Š€0€Ą€ WP_262155701Ŗ€ĸ€0€0€ €-f-box containing protein [Fusarium napiforme]Ą€0€¤€0€Ą€ KAF5548980Ŗ€ĸ€0€0€ €BBP74723.1 hypothetical protein PHLH7_08270 [Pseudomonas sp. Ost2]Ą€0€Š€0€Ą€ WP_212810521Ŗ€ĸ€0€0€ €:MOSC domain-containing protein [Nocardiopsis sp. MG754419]Ą€0€¤€0€Ą€ MBR8744763Ŗ€ĸ€0€0€ €‚Ãmalto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6387519.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6402266.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6408792.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6426372.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >NYB01540.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii]Ą€0€Š€0€Ą€ WP_120452154Ŗ€ĸ€0€0€ €Emechanosensitive ion channel family protein [Chlorobiaceae bacterium]Ą€0€¤€0€Ą€NTU53989Ŗ€ĸ€0€0€ €.RNA methyltransferase [Spirochaetia bacterium]Ą€0€Ŧ€0€Ą€GHU61839Ŗ€ĸ€0€0€ €]aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBS1744667Ŗ€ĸ€0€0€ €-hypothetical protein [Euryarchaeota archaeon]Ą€0€¤€0€Ą€MBU03734Ŗ€ĸ€0€0€ €.hypothetical protein [Neorhizobium alkalisoli]Ą€0€Š€0€Ą€ WP_105386412Ŗ€ĸ€0€0€ €7ferrous iron transport protein B [Clostridia bacterium]Ą€0€¤€0€Ą€ MBR2406030Ŗ€ĸ€0€0€ €uclass II fumarate hydratase [Legionella impletisoli] >GGI84803.1 fumarate hydratase class II [Legionella impletisoli]Ą€0€Š€0€Ą€ WP_131776591Ŗ€ĸ€0€0€ €9protein translocase subunit SecF [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MCL2039304Ŗ€ĸ€0€0€ €‚ABC transporter substrate-binding protein [Corynebacterium diphtheriae] >MBG9275404.1 ABC transporter substrate-binding protein [Corynebacterium diphtheriae bv. mitis] >MBG9290077.1 ABC transporter substrate-binding protein [Corynebacterium diphtheriae bv. gravis] >CAB0517901.1 zinc ABC transporter substrate-binding protein [Corynebacterium diphtheriae] >CAB0563835.1 zinc ABC transporter substrate-binding protein [Corynebacterium diphtheriae] >CAB0924261.1 zinc ABC transporter substrate-binding protein [Corynebacterium diphtheriae]Ą€0€Š€0€Ą€ WP_196974466Ŗ€ĸ€0€0€ €ŊABC transporter permease [Deinococcus humi] >MBB5362907.1 peptide/nickel transport system permease protein [Deinococcus humi] >GGO25719.1 peptide ABC transporter permease [Deinococcus humi]Ą€0€Š€0€Ą€ WP_184130797Ŗ€ĸ€0€0€ €TRsmD family RNA methyltransferase [Curtobacterium flaccumfaciens pv. flaccumfaciens]Ą€0€¤€0€Ą€ MCS5505837Ŗ€ĸ€0€0€ €‚[DUF2303 family protein, partial [Escherichia coli] >EHK6665346.1 DUF2303 family protein [Escherichia coli] >KYR86642.1 hypothetical protein AML14_21455, partial [Escherichia coli] >HAG5713073.1 DUF2303 family protein [Escherichia coli] >HCB8382315.1 DUF2303 family protein [Escherichia coli] >HCB8416972.1 DUF2303 family protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_062865604Ŗ€ĸ€0€0€ €0hypothetical protein [Microlunatus endophyticus]Ą€0€Š€0€Ą€ WP_188895946Ŗ€ĸ€0€0€ €7PP-loop family protein, partial [Toxoplasma gondii RUB]Ą€0€¤€0€Ą€KFG62183Ŗ€ĸ€0€0€ €1valyl-tRNA synthetase [Micromonospora inyonensis]Ą€0€Ĩ€0€Ą€SCL13606Ŗ€ĸ€0€0€ €¤6,7-dimethyl-8-ribityllumazine synthase [Candidatus Pelagibacter sp.] >OUW11617.1 MAG: 6,7-dimethyl-8-ribityllumazine synthase [Candidatus Pelagibacter sp. TMED166]Ą€0€¤€0€Ą€MAJ56944Ŗ€ĸ€0€0€ €:hypothetical protein DL771_004941 [Monosporascus sp. 5C6A]Ą€0€¤€0€Ą€RYP71249Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3470868Ŗ€ĸ€0€0€ €@MULTISPECIES: SAM-dependent methyltransferase [Lactobacillaceae]Ą€0€Š€0€Ą€ WP_234897981Ŗ€ĸ€0€0€ €‚ŒMULTISPECIES: solute carrier family 23 protein [unclassified Butyricicoccus] >MCC2175872.1 NCS2 family nucleobase:cation symporter [Agathobaculum butyriciproducens] >RGM79829.1 purine permease [Butyricicoccus sp. OM06-6AC] >RHP18327.1 purine permease [Butyricicoccus sp. AF35-5AC] >RHQ72233.1 purine permease [Butyricicoccus sp. AF24-19AC] >RHR87596.1 purine permease [Butyricicoccus sp. AF15-40]Ą€0€Š€0€Ą€ WP_117751014Ŗ€ĸ€0€0€ €ghypothetical protein [Massilia sp. NEAU-DD11] >MVW63177.1 hypothetical protein [Massilia sp. NEAU-DD11]Ą€0€Š€0€Ą€ WP_160410225Ŗ€ĸ€0€0€ €™ABC-F family ATP-binding cassette domain-containing protein [Phytohabitans flavus] >BCB80044.1 ABC transporter ATP-binding protein [Phytohabitans flavus]Ą€0€Š€0€Ą€ WP_173040157Ŗ€ĸ€0€0€ €8cysteine desulfurase [Candidatus Carbobacillus altaicus]Ą€0€¤€0€Ą€ MBE3595273Ŗ€ĸ€0€0€ €8hypothetical protein KFE94_04205 [bacterium SCSIO 12643]Ą€0€¤€0€Ą€UTW67325Ŗ€ĸ€0€0€ €)glycerate kinase [Acidovorax cavernicola]Ą€0€¤€0€Ą€RIX75659Ŗ€ĸ€0€0€ €1hypothetical protein [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBL0255244Ŗ€ĸ€0€0€ €ptype I restriction modification DNA specificity domain protein [Leptospira kirschneri serovar Bim str. PUO 1247]Ą€0€¤€0€Ą€EMK19049Ŗ€ĸ€0€0€ €?hypothetical protein D3926_21825 [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€THB74514Ŗ€ĸ€0€0€ €×vif protein [Human immunodeficiency virus 1] >AWD47830.1 vif protein [Human immunodeficiency virus 1] >AWD47948.1 vif protein [Human immunodeficiency virus 1] >AWD47956.1 vif protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AWD47640Ŗ€ĸ€0€0€ €05-oxoprolinase subunit PxpB [Fretibacterium sp.]Ą€0€¤€0€Ą€ MCR4818155Ŗ€ĸ€0€0€ €9DUF1329 domain-containing protein [Arhodomonas aquaeolei]Ą€0€Š€0€Ą€ WP_018717981Ŗ€ĸ€0€0€ €(maturase K, partial [Tetraena mongolica]Ą€0€¤€0€Ą€UTU41876Ŗ€ĸ€0€0€ €FABC transporter substrate-binding protein [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€ MCE2907393Ŗ€ĸ€0€0€ €ŠBofC N-terminal domain-containing protein [Cytobacillus oceanisediminis] >MCM3393185.1 hypothetical protein [Cytobacillus oceanisediminis]Ą€0€Š€0€Ą€ WP_251174936Ŗ€ĸ€0€0€ €Tzinc-dependent alcohol dehydrogenase family protein [Mucilaginibacter sp. 14171R-50]Ą€0€Š€0€Ą€ WP_202925384Ŗ€ĸ€0€0€ €ĩPoly-beta-1,6-N-acetyl-D-glucosamine export protein precursor [Serratia marcescens] >CAI2531606.1 Poly-beta-1,6-N-acetyl-D-glucosamine export protein precursor [Serratia marcescens]Ą€0€Ĩ€0€Ą€ CAI0990105Ŗ€ĸ€0€0€ €‚ŪMULTISPECIES: Rrf2 family transcriptional regulator [unclassified Mesorhizobium] >MBZ9697637.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. CO1-1-9] >MBZ9744094.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. CO1-1-7] >MBZ9754775.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. ESP6-5] >MBZ9976089.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. BR-1-1-10] >TPK12952.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. B2-5-7]Ą€0€Š€0€Ą€ WP_140660563Ŗ€ĸ€0€0€ €žhypothetical protein [Streptomyces nigrescens] >WAU02056.1 hypothetical protein STRNI_000005 [Streptomyces nigrescens] >WAU09408.1 hypothetical protein STRNI_008223 [Streptomyces nigrescens]Ą€0€Š€0€Ą€ WP_277410236Ŗ€ĸ€0€0€ €Dglycosyltransferase family 4 protein [Verrucomicrobiaceae bacterium]Ą€0€¤€0€Ą€ MCP5558243Ŗ€ĸ€0€0€ €3unnamed protein product, partial [Timema cristinae]Ą€0€Ĩ€0€Ą€ CAD7419184Ŗ€ĸ€0€0€ €Ąnucleotidyl transferase AbiEii/AbiGii toxin family protein [Pigmentiphaga litoralis] >GGX04802.1 hypothetical protein GCM10007242_07510 [Pigmentiphaga litoralis]Ą€0€Š€0€Ą€ WP_189609880Ŗ€ĸ€0€0€ €)hypothetical protein [Paraprevotella sp.]Ą€0€¤€0€Ą€ MBQ8283265Ŗ€ĸ€0€0€ €pyridoxamine 5'-phosphate oxidase family protein [Blautia obeum] >NSJ35888.1 pyridoxamine 5'-phosphate oxidase family protein [Blautia obeum]Ą€0€Š€0€Ą€ WP_173904515Ŗ€ĸ€0€0€ €9kinesin-like protein KIF27 isoform X3 [Lontra canadensis]Ą€0€Š€0€Ą€ XP_032696462Ŗ€ĸ€0€0€ €Bputative receptor-like protein kinase At1g80870 [Mangifera indica]Ą€0€Š€0€Ą€ XP_044484513Ŗ€ĸ€0€0€ €DUPF0692 protein C19orf54 homolog isoform X2 [Zalophus californianus]Ą€0€Š€0€Ą€ XP_027476133Ŗ€ĸ€0€0€ €}D-arabinono-1,4-lactone oxidase [Streptomyces massasporeus] >GGV83670.1 FAD-linked oxidoreductase [Streptomyces massasporeus]Ą€0€Š€0€Ą€ WP_189592858Ŗ€ĸ€0€0€ €ƒphosphoglycerate dehydrogenase [Acinetobacter shaoyimingii] >QIO07005.1 phosphoglycerate dehydrogenase [Acinetobacter shaoyimingii]Ą€0€Š€0€Ą€ WP_166225641Ŗ€ĸ€0€0€ €Aglycosyltransferase 87 family protein [Kitasatospora purpeofusca]Ą€0€Š€0€Ą€ WP_266312166Ŗ€ĸ€0€0€ €whypothetical protein [Seonamhaeicola maritimus] >TXG39408.1 hypothetical protein FUA22_05920 [Seonamhaeicola maritimus]Ą€0€Š€0€Ą€ WP_147766978Ŗ€ĸ€0€0€ €bile acid:sodium symporter family protein [Bacillus atrophaeus] >MCG8398076.1 bile acid:sodium symporter family protein [Bacillus atrophaeus]Ą€0€Š€0€Ą€ WP_239815372Ŗ€ĸ€0€0€ €Fhypothetical protein BRC78_07575 [Halobacteriales archaeon QH_8_68_33]Ą€0€¤€0€Ą€PSP85445Ŗ€ĸ€0€0€ €øL-fuculokinase [Klebsiella pneumoniae] >SBZ89685.1 L-fuculokinase [Klebsiella pneumoniae] >HBQ5639708.1 L-fuculokinase [Klebsiella pneumoniae] >HCB0137453.1 L-fuculokinase [Klebsiella pneumoniae] >HCB0157815.1 L-fuculokinase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_065809357Ŗ€ĸ€0€0€ €chypothetical protein [Neobacillus cucumis] >MBM7652187.1 hypothetical protein [Neobacillus cucumis]Ą€0€Š€0€Ą€ WP_205177065Ŗ€ĸ€0€0€ €Gsmall ribosomal subunit biogenesis GTPase RsgA [Vibrio cincinnatiensis]Ą€0€¤€0€Ą€ MCG3730919Ŗ€ĸ€0€0€ €›MULTISPECIES: AAA family ATPase [Massilia] >NHZ37728.1 AAA family ATPase [Massilia rubra] >NHZ95574.1 AAA domain-containing protein [Massilia sp. CCM 8734]Ą€0€Š€0€Ą€ WP_166886913Ŗ€ĸ€0€0€ €*ribonuclease R [Mycobacteroides abscessus]Ą€0€Ĩ€0€Ą€CPY79168Ŗ€ĸ€0€0€ €Vammonia-forming cytochrome c nitrite reductase subunit c552 [Porticoccaceae bacterium]Ą€0€¤€0€Ą€ MBT5578634Ŗ€ĸ€0€0€ €shypothetical protein [Colwellia sp. Arc7-635] >AZQ84728.1 hypothetical protein EKO29_12400 [Colwellia sp. Arc7-635]Ą€0€Š€0€Ą€ WP_126669182Ŗ€ĸ€0€0€ €Ûfumarylacetoacetate hydrolase family protein [Amycolatopsis azurea] >EMD23464.1 4-oxalocrotonate decarboxylase [Amycolatopsis azurea DSM 43854] >OOC08549.1 4-oxalocrotonate decarboxylase [Amycolatopsis azurea DSM 43854]Ą€0€Š€0€Ą€ WP_005165186Ŗ€ĸ€0€0€ €Bhypothetical protein C0V82_14155 [Niveispirillum cyanobacteriorum]Ą€0€¤€0€Ą€AUN31249Ŗ€ĸ€0€0€ €4transaldolase family protein [Holdemania filiformis]Ą€0€Š€0€Ą€ WP_279123632Ŗ€ĸ€0€0€ €6TIGR00730 family Rossman fold protein [Rhodoferax sp.]Ą€0€¤€0€Ą€ MCM2341063Ŗ€ĸ€0€0€ €?Crp/Fnr family transcriptional regulator [Chryseobacterium sp.]Ą€0€¤€0€Ą€MPT31245Ŗ€ĸ€0€0€ €2hypothetical protein V757_00985 [Pelistega indica]Ą€0€¤€0€Ą€ETD72983Ŗ€ĸ€0€0€ €“ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UEC75592.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UEC68750Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCP4488771Ŗ€ĸ€0€0€ €5aspartate aminotransferase [Bacteroides faecis MAJ27]Ą€0€Ĩ€0€Ą€SDW64481Ŗ€ĸ€0€0€ €Cefflux RND transporter permease subunit [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€ MBT8462299Ŗ€ĸ€0€0€ €0hypothetical protein [Kiritimatiellia bacterium]Ą€0€¤€0€Ą€ MBR2488648Ŗ€ĸ€0€0€ €*hypothetical protein [Neisseria lactamica]Ą€0€Š€0€Ą€ WP_240030709Ŗ€ĸ€0€0€ €0hypothetical protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_250146767Ŗ€ĸ€0€0€ €_filamentous hemagglutinin N-terminal domain-containing protein, partial [Burkholderia gladioli]Ą€0€Š€0€Ą€ WP_186153646Ŗ€ĸ€0€0€ €;uncharacterized protein PAC_19613 [Phialocephala subalpina]Ą€0€Ĩ€0€Ą€CZR69713Ŗ€ĸ€0€0€ €{probable transcription factor RL9 [Panicum virgatum] >KAG2583979.1 hypothetical protein PVAP13_6KG255300 [Panicum virgatum]Ą€0€Š€0€Ą€ XP_039854086Ŗ€ĸ€0€0€ €4lipase maturation factor family protein [Naasia sp.]Ą€0€¤€0€Ą€ MCU1437293Ŗ€ĸ€0€0€ €}THAP domain-containing protein 2 [Neodiprion lecontei] >XP_015523374.1 THAP domain-containing protein 2 [Neodiprion lecontei]Ą€0€Š€0€Ą€ XP_015523373Ŗ€ĸ€0€0€ €2MAG TPA: NUDIX domain protein [Caudoviricetes sp.]Ą€0€¯€0€Ą€DAO22062Ŗ€ĸ€0€0€ €8transketolase family protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBR1628375Ŗ€ĸ€0€0€ €Gthiolase domain-containing protein [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€ MCK5056842Ŗ€ĸ€0€0€ €‚>potassium transporter TrkG, partial [Francisella tularensis] >ORU69155.1 potassium transporter, partial [Francisella tularensis subsp. holarctica] >ORU70093.1 potassium transporter, partial [Francisella tularensis subsp. holarctica] >ORU76631.1 potassium transporter, partial [Francisella tularensis subsp. holarctica]Ą€0€Š€0€Ą€ WP_274481161Ŗ€ĸ€0€0€ €6CCR4-NOT transcription complex subunit 4 [Danio rerio]Ą€0€Š€0€Ą€ XP_697509Ŗ€ĸ€0€0€ € ATP-binding cassette domain-containing protein, partial [Salmonella enterica] >EEU8513608.1 ATP-binding cassette domain-containing protein [Salmonella enterica]Ą€0€Š€0€Ą€ WP_139764340Ŗ€ĸ€0€0€ €EATP-binding cassette domain-containing protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ3864274Ŗ€ĸ€0€0€ €ĻSPFH domain-containing protein [Sphingomonas sp. JUb134] >MBM7405540.1 regulator of protease activity HflC (stomatin/prohibitin superfamily) [Sphingomonas sp. JUb134]Ą€0€Š€0€Ą€ WP_132882604Ŗ€ĸ€0€0€ €mhypothetical protein [Rhodococcus sp. P-2] >QQM23520.1 hypothetical protein I7X09_08540 [Rhodococcus sp. P-2]Ą€0€Š€0€Ą€ WP_200316392Ŗ€ĸ€0€0€ €$hypothetical protein [Vibrio lentus]Ą€0€Š€0€Ą€ WP_241908014Ŗ€ĸ€0€0€ €@RimK family alpha-L-glutamate ligase [Nitrososphaerota archaeon]Ą€0€¤€0€Ą€ MCL7403925Ŗ€ĸ€0€0€ €9DNA mismatch repair protein MutS [Anaerolineae bacterium]Ą€0€¤€0€Ą€ MCJ7548546Ŗ€ĸ€0€0€ €8hypothetical protein BGW39_002606 [Mortierella sp. 14UC]Ą€0€¤€0€Ą€ KAF9116737Ŗ€ĸ€0€0€ €CABC transporter substrate-binding protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€NLG67042Ŗ€ĸ€0€0€ €ßprobable anion transporter 6, chloroplastic [Arabidopsis lyrata subsp. lyrata] >EFH50254.1 hypothetical protein ARALYDRAFT_910078 [Arabidopsis lyrata subsp. lyrata] >CAH8271722.1 unnamed protein product [Arabidopsis lyrata]Ą€0€Š€0€Ą€ XP_002873995Ŗ€ĸ€0€0€ €@hypothetical protein [Candidatus Lambdaproteobacteria bacterium]Ą€0€¯€0€Ą€HIA56122Ŗ€ĸ€0€0€ €ohypothetical protein [Chitinophagales bacterium] >MBP6154218.1 hypothetical protein [Chitinophagales bacterium]Ą€0€¤€0€Ą€ MBP6049275Ŗ€ĸ€0€0€ €4imidazolonepropionase [Desulfobacteraceae bacterium]Ą€0€¯€0€Ą€HAY39979Ŗ€ĸ€0€0€ €@alpha/beta hydrolase-fold protein [Pseudoalteromonas sp. T1lg48]Ą€0€Š€0€Ą€ WP_105188257Ŗ€ĸ€0€0€ €@amino acid synthesis family protein [Acidimicrobiales bacterium]Ą€0€¤€0€Ą€ MCH2430466Ŗ€ĸ€0€0€ €ģphosphocholine cytidylyltransferase family protein [Candidatus Rokubacteria bacterium] >MBI2554179.1 phosphocholine cytidylyltransferase family protein [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€ MBI2152769Ŗ€ĸ€0€0€ €+collagen-like protein [Ottowia thiooxydans]Ą€0€Š€0€Ą€ WP_211231677Ŗ€ĸ€0€0€ €EJL6514317.1 hypothetical protein [Vibrio cholerae] >EJL6630051.1 hypothetical protein [Vibrio cholerae] >EJL6742578.1 hypothetical protein [Vibrio cholerae] >EJL6880646.1 hypothetical protein [Vibrio cholerae]Ą€0€¤€0€Ą€ EHD2267589Ŗ€ĸ€0€0€ €:hypothetical protein D3871_08170 [Noviherbaspirillum saxi]Ą€0€¤€0€Ą€RJF98482Ŗ€ĸ€0€0€ €Bhypothetical protein LBMAG18_07990 [Alphaproteobacteria bacterium]Ą€0€Ŧ€0€Ą€GDX36288Ŗ€ĸ€0€0€ €APEP-CTERM sorting domain-containing protein [Prosthecobacter sp.]Ą€0€¤€0€Ą€ MCF7786316Ŗ€ĸ€0€0€ €7hypothetical protein OCU04_011138 [Sclerotinia nivalis]Ą€0€¤€0€Ą€ KAJ8059477Ŗ€ĸ€0€0€ €8PIN domain-containing protein [Armatimonadota bacterium]Ą€0€¤€0€Ą€ MBI3948044Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBM4386043Ŗ€ĸ€0€0€ €‚hhypothetical protein LOZ40_005695 [Ophidiomyces ophidiicola] >KAI2091661.1 hypothetical protein LOZ35_004880 [Ophidiomyces ophidiicola] >KAI2092891.1 hypothetical protein LOZ33_005122 [Ophidiomyces ophidiicola] >KAI2108791.1 hypothetical protein LOZ42_005792 [Ophidiomyces ophidiicola] >KAI2162620.1 hypothetical protein LOZ23_004320 [Ophidiomyces ophidiicola]Ą€0€¤€0€Ą€ KAI2062789Ŗ€ĸ€0€0€ €;hypothetical protein PEf771_161 [Enterococcus phage PEf771]Ą€0€¤€0€Ą€QEP29574Ŗ€ĸ€0€0€ €•helix-turn-helix transcriptional regulator [Euryarchaeota archaeon] >MBT7988015.1 helix-turn-helix transcriptional regulator [Euryarchaeota archaeon]Ą€0€¤€0€Ą€ MBT4920854Ŗ€ĸ€0€0€ €7hypothetical protein KR059_004041 [Drosophila kikkawai]Ą€0€¤€0€Ą€ KAH8333868Ŗ€ĸ€0€0€ €350S ribosomal protein L27 [Bacteroidales bacterium]Ą€0€¤€0€Ą€NLN95163Ŗ€ĸ€0€0€ €DRieske 2Fe-2S domain-containing protein [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MBI1386726Ŗ€ĸ€0€0€ €badenosine deaminase [Escherichia coli] >ERE20395.1 adenosine deaminase [Escherichia coli T1282_01]Ą€0€Š€0€Ą€ WP_021500824Ŗ€ĸ€0€0€ €irho GTPase-activating protein 17 isoform 4 [Rattus norvegicus] >BAB85655.1 Nadrin-102 [Rattus norvegicus]Ą€0€Š€0€Ą€ NP_001257623Ŗ€ĸ€0€0€ €=alpha,alpha-trehalose-phosphate synthase [Klebsiella oxytoca]Ą€0€Š€0€Ą€ WP_200780455Ŗ€ĸ€0€0€ €Ŧead/Ea22-like family protein [Escherichia coli] >HBD6312189.1 ead/Ea22-like family protein [Shigella flexneri] >HCN5100477.1 ead/Ea22-like family protein [Escherichia coli]Ą€0€¤€0€Ą€ KAE9803106Ŗ€ĸ€0€0€ €=succinate--CoA ligase subunit alpha [Leptolyngbya sp. SIO3F4]Ą€0€¤€0€Ą€NEQ48723Ŗ€ĸ€0€0€ €Esigma-70 family RNA polymerase sigma factor [Gemmobacter sp. 24YEA27]Ą€0€Š€0€Ą€ WP_283179095Ŗ€ĸ€0€0€ €4type IV pilus secretin PilQ [Larsenimonas sp. GH2-1]Ą€0€Š€0€Ą€ WP_265896212Ŗ€ĸ€0€0€ €mAPH(6)-I family aminoglycoside O-phosphotransferase [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€¤€0€Ą€ EDA9915590Ŗ€ĸ€0€0€ €5ABC transporter permease, partial [Mesorhizobium sp.]Ą€0€¤€0€Ą€TIU74829Ŗ€ĸ€0€0€ €dflavodoxin-dependent (E)-4-hydroxy-3-methylbut-2-enyl-diphosphate synthase [Actinomycetia bacterium]Ą€0€¤€0€Ą€NLA37038Ŗ€ĸ€0€0€ €\putative UDP-glucuronate:xylan alpha-glucuronosyltransferase 3 isoform X2 [Arachis hypogaea]Ą€0€Š€0€Ą€ XP_025606354Ŗ€ĸ€0€0€ €Ģlytic transglycosylase domain-containing protein [Pseudooceanicola lipolyticus] >PJE37862.1 lytic transglycosylase domain-containing protein [Pseudooceanicola lipolyticus]Ą€0€Š€0€Ą€ WP_100161462Ŗ€ĸ€0€0€ €+hypothetical protein [Campylobacter jejuni]Ą€0€¤€0€Ą€ EAL7285322Ŗ€ĸ€0€0€ €Úhypothetical protein Barb4_02569 [Bacteroidales bacterium Barb4] >OAV74093.1 hypothetical protein Barb7_02455 [Bacteroidales bacterium Barb7] >OAV75584.1 hypothetical protein Barb7_00796 [Bacteroidales bacterium Barb7]Ą€0€¤€0€Ą€OAV67199Ŗ€ĸ€0€0€ €@5-(carboxyamino)imidazole ribonucleotide mutase [Prevotella sp.]Ą€0€¤€0€Ą€ MCI6491833Ŗ€ĸ€0€0€ €?hypothetical protein LDENG_00226550, partial [Lucifuga dentata]Ą€0€¤€0€Ą€ KAF7644169Ŗ€ĸ€0€0€ €‚ IS200/IS605 family element RNA-guided endonuclease TnpB [Paenibacillus algorifonticola] >SFE22069.1 transposase, IS605 OrfB family, central region [Paenibacillus algorifonticola] >SFF21653.1 transposase, IS605 OrfB family, central region [Paenibacillus algorifonticola]Ą€0€Š€0€Ą€ WP_046234935Ŗ€ĸ€0€0€ €PParB/RepB/Spo0J family partition protein [Candidatus Saccharibacteria bacterium]Ą€0€¤€0€Ą€ MBQ8156531Ŗ€ĸ€0€0€ €Qhydroxymethylglutaryl-CoA reductase, degradative [Lactiplantibacillus daoliensis]Ą€0€Š€0€Ą€ WP_137607852Ŗ€ĸ€0€0€ €&arylsulfatase [Paludisphaera sp. Pla2]Ą€0€Š€0€Ą€ WP_277858638Ŗ€ĸ€0€0€ €‚glucan ABC transporter ATP-binding protein/ permease [Nitrobacter hamburgensis] >Q1QH37.1 RecName: Full=Beta-(1-->2)glucan export ATP-binding/permease protein NdvA [Nitrobacter hamburgensis X14] >ABE64460.1 glucan exporter ATP-binding protein [Nitrobacter hamburgensis X14]Ą€0€Š€0€Ą€ WP_011512097Ŗ€ĸ€0€0€ €‚‰outer membrane beta-barrel protein [Prevotella copri] >MCF0068412.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9459380.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9502602.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9505495.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9508490.1 outer membrane beta-barrel protein [Prevotella copri]Ą€0€Š€0€Ą€ WP_118155356Ŗ€ĸ€0€0€ €GMotA/TolQ/ExbB proton channel family protein [Ignavibacteria bacterium]Ą€0€¤€0€Ą€NPV11463Ŗ€ĸ€0€0€ €)histidine kinase [Kineosporia rhizophila]Ą€0€¤€0€Ą€ MCE0539567Ŗ€ĸ€0€0€ €hMlaD family protein [Labilithrix luteola] >AKU94608.1 Paraquat-inducible protein B [Labilithrix luteola]Ą€0€Š€0€Ą€ WP_146646172Ŗ€ĸ€0€0€ €0hypothetical protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ3906581Ŗ€ĸ€0€0€ €]hypothetical protein [Burkholderia territorii] >KWA18560.1 extensin [Burkholderia territorii]Ą€0€Š€0€Ą€ WP_060137083Ŗ€ĸ€0€0€ €Nserine/threonine-protein kinase BLUS1-like isoform X2 [Impatiens glandulifera]Ą€0€Š€0€Ą€ XP_047334060Ŗ€ĸ€0€0€ €‚flagellar biosynthesis protein FlgI [Polynucleobacter paneuropaeus] >MBT8542937.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] >MBT8575267.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] >MBT8580122.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] >QWD11945.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus]Ą€0€¤€0€Ą€AWW49543Ŗ€ĸ€0€0€ €‡transcription-repair coupling factor [Aliarcobacter butzleri] >RZV15962.1 transcription-repair coupling factor [Aliarcobacter butzleri]Ą€0€Š€0€Ą€ WP_130528929Ŗ€ĸ€0€0€ €!transporter [Salmonella enterica]Ą€0€¤€0€Ą€ EIC6151294Ŗ€ĸ€0€0€ €Nfibrillarin-like rRNA/tRNA 2'-O-methyltransferase [Nitrosopumilaceae archaeon]Ą€0€¤€0€Ą€ MCE2507101Ŗ€ĸ€0€0€ €&carbohydrate porin [Silvania confinis]Ą€0€Š€0€Ą€ WP_271268402Ŗ€ĸ€0€0€ €‚\UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6613941.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6673370.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6927828.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6953803.1 UvrD-helicase domain-containing protein [Rhizobiaceae bacterium]Ą€0€¤€0€Ą€ MBO6554759Ŗ€ĸ€0€0€ €vABC transporter permease [Chitinophaga eiseniae] >NLR78717.1 FtsX-like permease family protein [Chitinophaga eiseniae]Ą€0€Š€0€Ą€ WP_168738097Ŗ€ĸ€0€0€ €ATetR/AcrR family transcriptional regulator [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO4925134Ŗ€ĸ€0€0€ €“cold shock domain-containing protein CspD [Pseudomonas sp. B21-015] >UVM52528.1 cold shock domain-containing protein CspD [Pseudomonas sp. B21-015]Ą€0€Š€0€Ą€ WP_258700041Ŗ€ĸ€0€0€ €?E3 SUMO-protein ligase PIAS3-like isoform X4 [Aedes albopictus]Ą€0€Š€0€Ą€ XP_029728184Ŗ€ĸ€0€0€ €;ABC transporter substrate-binding protein [Yangia pacifica]Ą€0€Š€0€Ą€ WP_263620371Ŗ€ĸ€0€0€ €Kchromosomal replication initiator protein DnaA [Chitinophagaceae bacterium]Ą€0€¯€0€Ą€HAI83337Ŗ€ĸ€0€0€ €ŖDegT/DnrJ/EryC1/StrS family aminotransferase [Chroococcidiopsis sp. CCNUC1] >URD51205.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Chroococcidiopsis sp. CCNUC1]Ą€0€Š€0€Ą€ WP_250015522Ŗ€ĸ€0€0€ €5TonB-dependent receptor [Crocinitomicaceae bacterium]Ą€0€¤€0€Ą€ MCC6600438Ŗ€ĸ€0€0€ €&hypothetical protein [Akkermansia sp.]Ą€0€¤€0€Ą€ MBR3944831Ŗ€ĸ€0€0€ €/MBOAT family protein [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBQ6224848Ŗ€ĸ€0€0€ €?cytochrome oxidase subunit 1, partial [Argyrodes sp. Rodrigues]Ą€0€¤€0€Ą€AHK62764Ŗ€ĸ€0€0€ €Ehypothetical protein H0H87_010914, partial [Tephrocybe sp. NHM501043]Ą€0€¤€0€Ą€ KAG6815834Ŗ€ĸ€0€0€ €&etfB-5 [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBS1237631Ŗ€ĸ€0€0€ €qchemotaxis protein CheX [Nitrospinota bacterium] >MBL7019480.1 chemotaxis protein CheX [Nitrospinaceae bacterium]Ą€0€¤€0€Ą€ MBC8287102Ŗ€ĸ€0€0€ €site-2 protease family protein [Methylobacterium sp. WL69] >TXM69125.1 site-2 protease family protein [Methylobacterium sp. WL69]Ą€0€Š€0€Ą€ WP_147710924Ŗ€ĸ€0€0€ €ohypothetical protein [Vicingus serpentipes] >TXB67253.1 hypothetical protein FRY74_03445 [Vicingus serpentipes]Ą€0€Š€0€Ą€ WP_147098622Ŗ€ĸ€0€0€ €@hypothetical protein AV530_011790 [Patagioenas fasciata monilis]Ą€0€¤€0€Ą€OPJ85369Ŗ€ĸ€0€0€ €čperoxidase [Acinetobacter baumannii] >KQE16208.1 peroxidase [Acinetobacter baumannii] >KRI03248.1 peroxidase [Acinetobacter baumannii] >KRI04877.1 peroxidase [Acinetobacter baumannii] >KRI74331.1 peroxidase [Acinetobacter baumannii]Ą€0€¤€0€Ą€AOM87821Ŗ€ĸ€0€0€ €0plasmid stabilization protein [Escherichia coli]Ą€0€¤€0€Ą€ EFI9116993Ŗ€ĸ€0€0€ €ŋUDP-glucose 4-epimerase GalE [Actinoplanes brasiliensis] >TDO40172.1 UDP-galactose 4-epimerase [Actinoplanes brasiliensis] >GID25238.1 UDP-glucose 4-epimerase GalE [Actinoplanes brasiliensis]Ą€0€Š€0€Ą€ WP_133874384Ŗ€ĸ€0€0€ €INif3-like dinuclear metal center hexameric protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBP6873711Ŗ€ĸ€0€0€ €7DUF4232 domain-containing protein [Streptomyces tendae]Ą€0€Š€0€Ą€ WP_236578309Ŗ€ĸ€0€0€ €1hypothetical protein [Casimicrobiaceae bacterium]Ą€0€¤€0€Ą€ MCS6997039Ŗ€ĸ€0€0€ €§ABC transporter substrate-binding protein [Pseudooceanicola nitratireducens] >MBY6166207.1 ABC transporter substrate-binding protein [Pseudooceanicola nitratireducens]Ą€0€Š€0€Ą€ WP_222322625Ŗ€ĸ€0€0€ €,hypothetical protein [Nocardia sp. BMG51109]Ą€0€Š€0€Ą€ WP_232235954Ŗ€ĸ€0€0€ €ymammalian cell entry protein [Mycolicibacter sinensis] >OBG00521.1 mammalian cell entry protein [Mycolicibacter sinensis]Ą€0€¤€0€Ą€OBF96065Ŗ€ĸ€0€0€ €&glutamate racemase [Sulfitobacter sp.]Ą€0€¯€0€Ą€HAC47786Ŗ€ĸ€0€0€ €Lnickel pincer cofactor biosynthesis protein LarB [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYV42293Ŗ€ĸ€0€0€ €-DUF4192 family protein [Brevibacterium casei]Ą€0€Š€0€Ą€ WP_186372554Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBK7761530Ŗ€ĸ€0€0€ €qhypothetical protein [Sporosarcina sp. P26b] >PIC97387.1 hypothetical protein CSV69_00245 [Sporosarcina sp. P26b]Ą€0€Š€0€Ą€ WP_099692467Ŗ€ĸ€0€0€ €Fhypothetical protein, partial [Enterobacter cloacae complex sp. P11RS]Ą€0€Š€0€Ą€ WP_227414037Ŗ€ĸ€0€0€ €[MAG: hypothetical protein AUH76_11100 [Candidatus Rokubacteria bacterium 13_1_40CM_4_67_11]Ą€0€¤€0€Ą€OLC60889Ŗ€ĸ€0€0€ €WRnfABCDGE type electron transport complex subunit D [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MCM8792278Ŗ€ĸ€0€0€ €1Hypothetical predicted protein [Octopus vulgaris]Ą€0€Ĩ€0€Ą€ CAI9728293Ŗ€ĸ€0€0€ €:hypothetical protein GDO81_005630 [Engystomops pustulosus]Ą€0€¤€0€Ą€ KAG8587293Ŗ€ĸ€0€0€ €.envelope protein 2 variant 410 [Hepacivirus C]Ą€0€¤€0€Ą€MOY95459Ŗ€ĸ€0€0€ €0amino acid ABC transporter [Salinarimonas ramus]Ą€0€Ŧ€0€Ą€GGK29005Ŗ€ĸ€0€0€ €*hypothetical protein [Helicobacter pylori]Ą€0€¤€0€Ą€ MCQ2641798Ŗ€ĸ€0€0€ €‚formate dehydrogenase accessory sulfurtransferase FdhD [Klebsiella pneumoniae] >MCD5901806.1 formate dehydrogenase accessory sulfurtransferase FdhD [Klebsiella pneumoniae] >HBU8027787.1 formate dehydrogenase accessory sulfurtransferase FdhD [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MCD5879085Ŗ€ĸ€0€0€ €*lactate dehydrogenase [Methanoculleus sp.]Ą€0€¯€0€Ą€HDQ08114Ŗ€ĸ€0€0€ €NUE93484.1 GNAT family N-acetyltransferase [Acinetobacter seifertii]Ą€0€Š€0€Ą€ WP_174736260Ŗ€ĸ€0€0€ €50S ribosomal protein L11 methyltransferase [Helicobacter pylori] >UOS41906.1 50S ribosomal protein L11 methyltransferase [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_245086788Ŗ€ĸ€0€0€ €(sulfotransferase [Gordonia zhaorongruii]Ą€0€Š€0€Ą€ WP_132993058Ŗ€ĸ€0€0€ €9phage tail assembly protein T, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_262152891Ŗ€ĸ€0€0€ €Ntype III-B CRISPR-associated protein Cas10/Cmr2 [Ktedonobacteraceae bacterium]Ą€0€¤€0€Ą€ MBA2391527Ŗ€ĸ€0€0€ €;penicillin-sensitive transpeptidase [Alteromonas macleodii]Ą€0€¯€0€Ą€HCG88012Ŗ€ĸ€0€0€ €5hypothetical protein HYC85_015192 [Camellia sinensis]Ą€0€¤€0€Ą€ KAF5949235Ŗ€ĸ€0€0€ €AAraC family transcriptional regulator [Pseudidiomarina sediminum]Ą€0€Š€0€Ą€ WP_026861651Ŗ€ĸ€0€0€ €ŲMULTISPECIES: 6,7-dimethyl-8-ribityllumazine synthase [Stigmatella] >SEN21123.1 6,7-dimethyl-8-ribityllumazine synthase [Stigmatella aurantiaca] >SEU06140.1 6,7-dimethyl-8-ribityllumazine synthase [Stigmatella erecta]Ą€0€Š€0€Ą€ WP_075011186Ŗ€ĸ€0€0€ €‘glutathione S-transferase family protein [Pseudomonas sp. PDNC002] >QRY78475.1 glutathione S-transferase family protein [Pseudomonas sp. PDNC002]Ą€0€Š€0€Ą€ WP_205336461Ŗ€ĸ€0€0€ €ĸhypothetical protein CRN46_13465 [Vibrio vulnificus] >HAS8195300.1 hypothetical protein [Vibrio vulnificus] >HAS8367292.1 hypothetical protein [Vibrio vulnificus]Ą€0€¤€0€Ą€POC21689Ŗ€ĸ€0€0€ €:methyl-accepting chemotaxis protein [Xanthomonas phaseoli]Ą€0€Š€0€Ą€ WP_017172025Ŗ€ĸ€0€0€ €Xrelaxase/mobilization nuclease domain-containing protein, partial [Pseudomonas syringae]Ą€0€Š€0€Ą€ WP_157783106Ŗ€ĸ€0€0€ €Gmolybdopterin synthase sulfur carrier subunit [Chloroflexota bacterium]Ą€0€¤€0€Ą€MBH39527Ŗ€ĸ€0€0€ €+hypothetical protein [Roseomonas sp. SSH11]Ą€0€¤€0€Ą€ MBP0444593Ŗ€ĸ€0€0€ €putative kinetochore protein nuf2 [Aspergillus ruber CBS 135680] >EYE93960.1 putative kinetochore protein nuf2 [Aspergillus ruber CBS 135680]Ą€0€Š€0€Ą€ XP_040637648Ŗ€ĸ€0€0€ €4Uncharacterised protein [Clostridium paraputrificum]Ą€0€Ĩ€0€Ą€CUQ45908Ŗ€ĸ€0€0€ €>hypothetical protein F8271_27690 [Micromonospora sp. ALFpr18c]Ą€0€¤€0€Ą€ KAB1930676Ŗ€ĸ€0€0€ €0hypothetical protein [Ralstonia mannitolilytica]Ą€0€Š€0€Ą€ WP_063393100Ŗ€ĸ€0€0€ €!netrin-4-like [Scomber japonicus]Ą€0€Š€0€Ą€ XP_053174626Ŗ€ĸ€0€0€ €ŽNAD-dependent DNA ligase LigA [Vibrio fluvialis] >MBY7919839.1 NAD-dependent DNA ligase LigA [Vibrio fluvialis] >MBY8156103.1 NAD-dependent DNA ligase LigA [Vibrio fluvialis]Ą€0€¤€0€Ą€ MBY7869037Ŗ€ĸ€0€0€ €7TonB-dependent receptor [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€MXW19700Ŗ€ĸ€0€0€ €ÕCalcium/calmodulin dependent protein kinase [Trichoderma reesei QM6a] >EGR44085.1 Calcium/calmodulin dependent protein kinase [Trichoderma reesei QM6a] >ETR96738.1 kinase-like protein [Trichoderma reesei RUT C-30]Ą€0€Š€0€Ą€ XP_006969978Ŗ€ĸ€0€0€ €‚‰iron ABC transporter permease [Pasteurella multocida] >MCL7800326.1 iron ABC transporter permease [Pasteurella multocida] >MCL7805643.1 iron ABC transporter permease [Pasteurella multocida] >MCL7808735.1 iron ABC transporter permease [Pasteurella multocida] >MCL7809199.1 iron ABC transporter permease [Pasteurella multocida] >MCL7813606.1 iron ABC transporter permease [Pasteurella multocida]Ą€0€Š€0€Ą€ WP_249991478Ŗ€ĸ€0€0€ €€MULTISPECIES: alpha/beta fold hydrolase [Rhizobium] >UWU38257.1 alpha/beta fold hydrolase [Rhizobium leguminosarum bv. phaseoli]Ą€0€Š€0€Ą€ WP_077989166Ŗ€ĸ€0€0€ €kcytosine permease [Caballeronia novacaledonica] >GJH07942.1 cytosine permease [Caballeronia novacaledonica]Ą€0€Š€0€Ą€ WP_238286377Ŗ€ĸ€0€0€ €4Holliday junction resolvase RuvX [Bacilli bacterium]Ą€0€¤€0€Ą€ MBQ6476844Ŗ€ĸ€0€0€ €7hypothetical protein XELAEV_18005086mg [Xenopus laevis]Ą€0€¤€0€Ą€OCT99299Ŗ€ĸ€0€0€ €ŒAimR family lysis-lysogeny pheromone receptor [Bacillus thuringiensis] >TBX38577.1 hypothetical protein E0M35_29315 [Bacillus thuringiensis]Ą€0€Š€0€Ą€ WP_131252095Ŗ€ĸ€0€0€ €"dihydroorotase [Pseudanabaena sp.]Ą€0€¯€0€Ą€HBC43327Ŗ€ĸ€0€0€ €>HDIG domain-containing protein [Candidatus Saccharicenans sp.]Ą€0€¤€0€Ą€ MBP7794228Ŗ€ĸ€0€0€ €/uroporphyrinogen decarboxylase [Nitrospina sp.]Ą€0€¤€0€Ą€ MBT4259674Ŗ€ĸ€0€0€ €Stype II toxin-antitoxin system RelE/ParE family toxin [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€ MCP5487798Ŗ€ĸ€0€0€ €Cuncharacterized protein LOC118395546 isoform X4 [Oncorhynchus keta]Ą€0€Š€0€Ą€ XP_052321142Ŗ€ĸ€0€0€ €:F0F1 ATP synthase subunit delta [Comamonadaceae bacterium]Ą€0€¯€0€Ą€HAJ13960Ŗ€ĸ€0€0€ €MABC transporter substrate-binding protein [Pseudomonas marginalis ICMP 11289]Ą€0€¤€0€Ą€KTC18574Ŗ€ĸ€0€0€ €¤hypothetical protein [Actinomycetia bacterium] >MSY06443.1 hypothetical protein [Actinomycetia bacterium] >MSZ29286.1 hypothetical protein [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSX81993Ŗ€ĸ€0€0€ €D2Fe-2S iron-sulfur cluster-binding protein [Calothrix sp. NIES-3974]Ą€0€Š€0€Ą€ WP_172892835Ŗ€ĸ€0€0€ €gTransglutaminase-like enzyme, putative cysteine protease, partial [Pseudomonas amygdali pv. lachrymans]Ą€0€¤€0€Ą€RMP47417Ŗ€ĸ€0€0€ €xYncE family protein [Mycobacterium sp. GA-1841] >OMC35141.1 hypothetical protein A5740_08335 [Mycobacterium sp. GA-1841]Ą€0€Š€0€Ą€ WP_076195104Ŗ€ĸ€0€0€ €žwinged helix-turn-helix domain-containing protein, partial [Salmonella bongori] >HAD94956.1 PLP-dependent aminotransferase family protein [Salmonella bongori]Ą€0€Š€0€Ą€ WP_278448552Ŗ€ĸ€0€0€ €:SagB/ThcOx family dehydrogenase [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBU1163645Ŗ€ĸ€0€0€ €=hypothetical protein, partial [Paenibacillus curdlanolyticus]Ą€0€Š€0€Ą€ WP_178943877Ŗ€ĸ€0€0€ €Mtripartite tricarboxylate transporter TctB family protein [Bosea sp. FBZP-16]Ą€0€Š€0€Ą€ WP_100963785Ŗ€ĸ€0€0€ €ÎGntR family transcriptional regulator [Methylobacterium indicum] >KMO20874.1 hypothetical protein QR78_09800 [Methylobacterium indicum] >KMO25103.1 hypothetical protein QR79_09390 [Methylobacterium indicum]Ą€0€Š€0€Ą€ WP_048427321Ŗ€ĸ€0€0€ €–RNA-binding protein [Rhodopirellula baltica] >ELP33948.1 protein containing RNA recognition motif, RNP-1 domain protein [Rhodopirellula baltica SWK14]Ą€0€Š€0€Ą€ WP_007337172Ŗ€ĸ€0€0€ €4GspE/PulE family protein [Shewanella marinintestina]Ą€0€Š€0€Ą€ WP_283107263Ŗ€ĸ€0€0€ €?ThiF family adenylyltransferase, partial [Bacillus inaquosorum]Ą€0€Š€0€Ą€ WP_268276024Ŗ€ĸ€0€0€ €?MAG: flagellar export chaperone FlgN [Armatimonadota bacterium]Ą€0€¤€0€Ą€UCH34204Ŗ€ĸ€0€0€ €ŊMULTISPECIES: CoA-acylating methylmalonate-semialdehyde dehydrogenase [Stenotrophomonas] >PJL14780.1 methylmalonate-semialdehyde dehydrogenase (CoA acylating) [Stenotrophomonas maltophilia]Ą€0€Š€0€Ą€ WP_100461895Ŗ€ĸ€0€0€ €1hypothetical protein [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€NNE21990Ŗ€ĸ€0€0€ €MBW2388402.1 hypothetical protein [Deltaproteobacteria bacterium] >MBW2725811.1 hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW2293111Ŗ€ĸ€0€0€ €yDUF1257 domain-containing protein [Calothrix sp. 336/3] >AKG22282.1 hypothetical protein IJ00_14335 [Calothrix sp. 336/3]Ą€0€Š€0€Ą€ WP_035154071Ŗ€ĸ€0€0€ €gaspartate kinase [Synechococcus sp. PCC 7502] >AFY72511.1 aspartate kinase [Synechococcus sp. PCC 7502]Ą€0€Š€0€Ą€ WP_015167170Ŗ€ĸ€0€0€ €utransmembrane protein 88-like [Petromyzon marinus] >XP_032818146.1 transmembrane protein 88-like [Petromyzon marinus]Ą€0€Š€0€Ą€ XP_032818145Ŗ€ĸ€0€0€ €S23S rRNA (pseudouridine(1915)-N(3))-methyltransferase RlmH [Oceanimonas marisflavi]Ą€0€Š€0€Ą€ WP_107851562Ŗ€ĸ€0€0€ €6hypothetical protein BDL97_02G013800 [Sphagnum fallax]Ą€0€¤€0€Ą€ KAH8969015Ŗ€ĸ€0€0€ €8hypothetical protein CEV08_09090 [Bartonella tribocorum]Ą€0€¤€0€Ą€PIT67883Ŗ€ĸ€0€0€ €_hypothetical protein [Laspinema sp. D2a] >MCT7966540.1 hypothetical protein [Laspinema sp. D2a]Ą€0€¤€0€Ą€ MCT7963129Ŗ€ĸ€0€0€ €7HU family DNA-binding protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€NWG07731Ŗ€ĸ€0€0€ €'hypothetical protein [Methylophaga sp.]Ą€0€¤€0€Ą€MAX51409Ŗ€ĸ€0€0€ €›H+/gluconate symporter and related permeases [Plesiomonas shigelloides] >SUC49170.1 H+/gluconate symporter and related permeases [Plesiomonas shigelloides]Ą€0€Ĩ€0€Ą€SPZ45747Ŗ€ĸ€0€0€ €%hypothetical protein [Idotea baltica]Ą€0€¤€0€Ą€ MCL4144983Ŗ€ĸ€0€0€ €Mhypothetical protein [bacterium] >NBX48824.1 hypothetical protein [bacterium]Ą€0€¤€0€Ą€NBS68005Ŗ€ĸ€0€0€ €*GTP-binding protein [Faecalibacterium sp.]Ą€0€¤€0€Ą€ MBP6400846Ŗ€ĸ€0€0€ €.hypothetical protein [Rikenellaceae bacterium]Ą€0€¤€0€Ą€ MBQ1990346Ŗ€ĸ€0€0€ €ēthyrostimulin beta-5 subunit-like [Nilaparvata lugens] >XP_039284788.1 thyrostimulin beta-5 subunit-like [Nilaparvata lugens] >BAO00956.1 glycoprotein hormone beta 5 [Nilaparvata lugens]Ą€0€Š€0€Ą€ XP_039284787Ŗ€ĸ€0€0€ €Ltetratricopeptide repeat protein [Streptomyces himalayensis subsp. aureolus]Ą€0€¤€0€Ą€ MBA4865741Ŗ€ĸ€0€0€ €‚ĄDHH family phosphoesterase [Limosilactobacillus fermentum] >AOY85070.1 hypothetical protein BKD34_00050 [Limosilactobacillus fermentum] >APU45854.1 hypothetical protein BUW47_05165 [Limosilactobacillus fermentum] >MCO8300339.1 DHH family phosphoesterase [Limosilactobacillus fermentum] >MCT3438121.1 hypothetical protein [Limosilactobacillus fermentum] >PWM27699.1 hypothetical protein [Limosilactobacillus fermentum]Ą€0€Š€0€Ą€ WP_070955303Ŗ€ĸ€0€0€ €NADP-ribosylation factor-binding protein GGA3-like isoform X3 [Cyprinus carpio]Ą€0€Š€0€Ą€ XP_018957721Ŗ€ĸ€0€0€ €‚įMULTISPECIES: 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas] >HCH52003.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas sp.] >MBL0513879.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas media] >MBS4641515.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas media] >NEX90257.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas rivipollensis] >NEY08075.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas rivipollensis]Ą€0€Š€0€Ą€ WP_042648904Ŗ€ĸ€0€0€ €khypothetical protein COT89_01620 [Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_42_22]Ą€0€¤€0€Ą€PIR97932Ŗ€ĸ€0€0€ €AMFS-type transporter SLC18B1-like isoform X1 [Gigantopelta aegis]Ą€0€Š€0€Ą€ XP_041378246Ŗ€ĸ€0€0€ €›PLP-dependent aminotransferase family protein [Pseudomonas aeruginosa] >HCF2668703.1 PLP-dependent aminotransferase family protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_034002239Ŗ€ĸ€0€0€ €*THO complex subunit 2 [Linnemannia zychae]Ą€0€¤€0€Ą€ KAF9922452Ŗ€ĸ€0€0€ €Zacetyl-CoA C-acyltransferase FadA [Salmonella enterica subsp. enterica serovar Mikawasima]Ą€0€¤€0€Ą€ EDH4057100Ŗ€ĸ€0€0€ €‚đMULTISPECIES: GTP-binding protein [Paraburkholderia] >MBB5403577.1 sulfate adenylyltransferase subunit 1 [Paraburkholderia youngii] >MBB5416429.1 sulfate adenylyltransferase subunit 1 [Paraburkholderia atlantica] >MBB5426414.1 sulfate adenylyltransferase subunit 1 [Paraburkholderia atlantica] >NUX53483.1 sulfate adenylyltransferase [Paraburkholderia youngii] >NUY29796.1 sulfate adenylyltransferase [Paraburkholderia atlantica] >NVI04875.1 sulfate adenylyltransferase [Paraburkholderia youngii]Ą€0€Š€0€Ą€ WP_018431719Ŗ€ĸ€0€0€ €ETetR/AcrR family transcriptional regulator [Georgenia satyanarayanai]Ą€0€Š€0€Ą€ WP_152190814Ŗ€ĸ€0€0€ €(hypothetical protein [Prescottella equi]Ą€0€Š€0€Ą€ WP_233284074Ŗ€ĸ€0€0€ €2DUF1295 domain-containing protein [Variovorax sp.]Ą€0€¤€0€Ą€ MBO9514898Ŗ€ĸ€0€0€ €MBK3749973.1 LysR family transcriptional regulator [Stutzerimonas balearica] >MBK3828169.1 LysR family transcriptional regulator [Stutzerimonas balearica] >MBK3857854.1 LysR family transcriptional regulator [Stutzerimonas balearica]Ą€0€Š€0€Ą€ WP_200629424Ŗ€ĸ€0€0€ €4hypothetical protein GHT06_008813 [Daphnia sinensis]Ą€0€¤€0€Ą€ KAI9565065Ŗ€ĸ€0€0€ €MNADH-quinone oxidoreductase subunit NuoF [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€ MBN2399180Ŗ€ĸ€0€0€ €,CsbD family protein [Microbacterium sp. 3J1]Ą€0€Š€0€Ą€ WP_091227077Ŗ€ĸ€0€0€ €gferredoxin family protein [Escherichia coli] >MBW0981782.1 ferredoxin family protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_218795152Ŗ€ĸ€0€0€ €‚rDUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK6893510.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK7248774.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK7288065.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK9599298.1 DUF4956 domain-containing protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBK6411085Ŗ€ĸ€0€0€ €.AMP-binding protein [Alcaligenaceae bacterium]Ą€0€¤€0€Ą€NQW84129Ŗ€ĸ€0€0€ €#ATPase [Sphingomonadales bacterium]Ą€0€¤€0€Ą€ MBW7837788Ŗ€ĸ€0€0€ €rdinitrogenase iron-molybdenum cofactor biosynthesis domain-containing protein [Candidatus Aminicenantes bacterium]Ą€0€¤€0€Ą€ MCK4337579Ŗ€ĸ€0€0€ €‚SDNA adenine methylase [Campylobacter jejuni] >EAH4524525.1 DNA adenine methylase [Campylobacter jejuni] >EAH4643421.1 DNA adenine methylase [Campylobacter jejuni] >EAH4729281.1 DNA adenine methylase [Campylobacter jejuni] >EAH5071440.1 DNA adenine methylase [Campylobacter jejuni] >EAH5191733.1 DNA adenine methylase [Campylobacter jejuni]Ą€0€Š€0€Ą€ WP_087686007Ŗ€ĸ€0€0€ €gIS1 family transposase [Salmonella enterica] >ECG9614248.1 IS1 family transposase [Salmonella enterica]Ą€0€¤€0€Ą€ EAR7791084Ŗ€ĸ€0€0€ €;hypothetical protein CRUP_029941 [Coryphaenoides rupestris]Ą€0€¤€0€Ą€ KAG7278336Ŗ€ĸ€0€0€ €nepoxide hydrolase [Staphylococcus arlettae] >MBK3719072.1 Fluoroacetate dehalogenase [Staphylococcus arlettae]Ą€0€Š€0€Ą€ WP_200669895Ŗ€ĸ€0€0€ €.NAD-binding protein [Streptomyces sp. SID4919]Ą€0€Š€0€Ą€ WP_272925939Ŗ€ĸ€0€0€ €=MAG: hypothetical protein DHS20C07_30820 [Methyloligella sp.]Ą€0€Ŧ€0€Ą€GJM01403Ŗ€ĸ€0€0€ €3hypothetical protein EYF80_039802 [Liparis tanakae]Ą€0€¤€0€Ą€TNN49994Ŗ€ĸ€0€0€ €4hypothetical protein M8J76_017129 [Diaphorina citri]Ą€0€¤€0€Ą€ KAI5724218Ŗ€ĸ€0€0€ €Khypothetical protein [Salmonella enterica subsp. enterica serovar Kedougou]Ą€0€¤€0€Ą€ ECG2575758Ŗ€ĸ€0€0€ €radical SAM family heme chaperone HemW [Achromobacter sp. RTa] >KGD87015.1 coproporphyrinogen III oxidase [Achromobacter sp. RTa]Ą€0€Š€0€Ą€ WP_043548763Ŗ€ĸ€0€0€ €Hphosphodiesterase [Salmonella enterica subsp. enterica serovar Kentucky]Ą€0€¤€0€Ą€ EDF9697826Ŗ€ĸ€0€0€ €Aphosphomannomutase/phosphoglucomutase [Cellulomonas sp. URHE0023]Ą€0€Š€0€Ą€ WP_028046854Ŗ€ĸ€0€0€ €,vpu protein [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AYX54788Ŗ€ĸ€0€0€ €ŊDNA-binding transcriptional regulator CytR [Citrobacter sp. Marseille-Q6884] >MBJ3593721.1 DNA-binding transcriptional regulator CytR [Salmonella enterica subsp. enterica serovar Saintpaul]Ą€0€Š€0€Ą€ WP_198907334Ŗ€ĸ€0€0€ €{N-acetyltransferase [Kitasatospora aureofaciens] >MBV6700050.1 GNAT family N-acetyltransferase [Kitasatospora aureofaciens]Ą€0€Š€0€Ą€ WP_218203447Ŗ€ĸ€0€0€ €-ATP-binding protein [Paraburkholderia terrae]Ą€0€Ŧ€0€Ą€GJH02859Ŗ€ĸ€0€0€ €|hypothetical protein [Azospirillum argentinense] >KAA1053235.1 hypothetical protein FH063_003154 [Azospirillum argentinense]Ą€0€Š€0€Ą€ WP_149651389Ŗ€ĸ€0€0€ €Bhypothetical protein G5B39_03430 [Rhodobacteraceae bacterium SC52]Ą€0€¤€0€Ą€QIE41101Ŗ€ĸ€0€0€ €9carbamoyltransferase HypF [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€RLB79053Ŗ€ĸ€0€0€ €Dtype II CRISPR RNA-guided endonuclease Cas9 [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAD1341741Ŗ€ĸ€0€0€ €&acyl--CoA ligase [Delftia acidovorans]Ą€0€¤€0€Ą€ MBN9324306Ŗ€ĸ€0€0€ €MBB4917878.1 Kef-type K+ transport system membrane component KefB [Streptosporangium saharense]Ą€0€Š€0€Ą€ WP_184718542Ŗ€ĸ€0€0€ €ĀDUF2165 domain-containing protein [Streptomyces chromofuscus] >QOV47237.1 DUF2165 domain-containing protein [Streptomyces chromofuscus] >GGT24392.1 membrane protein [Streptomyces chromofuscus]Ą€0€Š€0€Ą€ WP_189700210Ŗ€ĸ€0€0€ €>dihydrofolate reductase family protein [Nocardia beijingensis]Ą€0€Š€0€Ą€ WP_067799544Ŗ€ĸ€0€0€ €3IS5 family transposase [Puniceibacterium sediminis]Ą€0€Š€0€Ą€ WP_089269927Ŗ€ĸ€0€0€ €3AraC-like DNA-binding protein [Kribbella jejuensis]Ą€0€¤€0€Ą€TQJ11194Ŗ€ĸ€0€0€ €%RHS repeat protein [Escherichia coli]Ą€0€¤€0€Ą€ EFL5817307Ŗ€ĸ€0€0€ €)YaeQ family protein [Vogesella sp. LYT5W]Ą€0€Š€0€Ą€ WP_272770862Ŗ€ĸ€0€0€ €‚Rhypothetical protein [Levilactobacillus brevis] >ANN48436.1 hypothetical protein A6F53_03880 [Levilactobacillus brevis] >ATU69940.1 hypothetical protein CT113_06185 [Levilactobacillus brevis] >KID42790.1 hypothetical protein LbDm2_2339 [Levilactobacillus brevis] >QCZ42894.1 hypothetical protein UCCLBBS124_0552 [Levilactobacillus brevis]Ą€0€Š€0€Ą€ WP_024525698Ŗ€ĸ€0€0€ €$hypothetical protein [Muriicola sp.]Ą€0€¤€0€Ą€ MBT8283357Ŗ€ĸ€0€0€ €4hypothetical protein XK25_02295 [Streptococcus suis]Ą€0€¤€0€Ą€KPA62791Ŗ€ĸ€0€0€ €_hypothetical protein [Aeromonas veronii] >MCF5901536.1 hypothetical protein [Aeromonas veronii]Ą€0€Š€0€Ą€ WP_236270941Ŗ€ĸ€0€0€ €Mnucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UBA80202Ŗ€ĸ€0€0€ €AS-layer homology domain-containing protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ4557037Ŗ€ĸ€0€0€ €´gamma-tubulin [Encephalitozoon intestinalis ATCC 50506] >ADM11996.1 gamma-tubulin [Encephalitozoon intestinalis ATCC 50506] >UTX45784.1 gamma-tubulin [Encephalitozoon intestinalis]Ą€0€Š€0€Ą€ XP_003073356Ŗ€ĸ€0€0€ €ŸDeoR/GlpR family DNA-binding transcription regulator [Thalassospira lucentensis] >KZB66329.1 glycerol-3-phosphate regulon repressor [Thalassospira lucentensis]Ą€0€Š€0€Ą€ WP_062950599Ŗ€ĸ€0€0€ €?iron-only hydrogenase system regulator [Clostridium sp. C8-1-8]Ą€0€Š€0€Ą€ WP_160680844Ŗ€ĸ€0€0€ €uhypothetical protein [Pantoea sp. CFSAN033090] >KOA70976.1 hypothetical protein AFL22_08085 [Pantoea sp. CFSAN033090]Ą€0€Š€0€Ą€ WP_052271161Ŗ€ĸ€0€0€ €~uncharacterized protein GT037_002589 [Alternaria burnsii] >KAF7678841.1 hypothetical protein GT037_002589 [Alternaria burnsii]Ą€0€Š€0€Ą€ XP_038788914Ŗ€ĸ€0€0€ €N4-hydroxyphenylacetate 3-monooxygenase, oxygenase component [Escherichia coli]Ą€0€Š€0€Ą€ WP_277108398Ŗ€ĸ€0€0€ €Jpyridoxal phosphate-dependent aminotransferase [Corynebacterium hindlerae]Ą€0€Š€0€Ą€ WP_244311009Ŗ€ĸ€0€0€ €1hypothetical protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MBK9059381Ŗ€ĸ€0€0€ €‚4chemotaxis motB protein [Clostridium botulinum CFSAN001628] >EPS46638.1 chemotaxis motB protein [Clostridium botulinum CFSAN002367] >MCS4455478.1 hypothetical protein [Clostridium botulinum] >MCS4465250.1 hypothetical protein [Clostridium botulinum] >MCS4466166.1 hypothetical protein [Clostridium botulinum]Ą€0€¤€0€Ą€EKX78645Ŗ€ĸ€0€0€ €Œsuccinate--CoA ligase subunit alpha [Shewanella piezotolerans] >ACJ29671.1 Succinyl-CoA ligase, alpha subunit [Shewanella piezotolerans WP3]Ą€0€Š€0€Ą€ WP_020913025Ŗ€ĸ€0€0€ €Ltype 2 lanthipeptide synthetase LanM family protein [Streptomyces sp. ATE26]Ą€0€Š€0€Ą€ WP_281295215Ŗ€ĸ€0€0€ €įMULTISPECIES: type IV secretion system protein [unclassified Caulobacter] >KQY33001.1 type IV secretion system protein VirB6 [Caulobacter sp. Root487D2Y] >KQZ02673.1 type IV secretion system protein VirB6 [Caulobacter sp. Root1455]Ą€0€Š€0€Ą€ WP_056438721Ŗ€ĸ€0€0€ €mhypothetical protein [Aeromonas dhakensis] >WDF95279.1 hypothetical protein PUB92_02550 [Aeromonas dhakensis]Ą€0€Š€0€Ą€ WP_274182085Ŗ€ĸ€0€0€ €DHEAT repeat domain-containing protein [Cyanobacteria bacterium SID2]Ą€0€¤€0€Ą€ MBO9999515Ŗ€ĸ€0€0€ €KAAA family ATPase [Salmonella enterica subsp. enterica serovar Enteritidis]Ą€0€¤€0€Ą€ EIC9579770Ŗ€ĸ€0€0€ €Ereplicative DNA helicase [Desulfohalovibrio alkalitolerans DSM 16529]Ą€0€¤€0€Ą€EPR30609Ŗ€ĸ€0€0€ €'hypothetical protein [Blautia wexlerae]Ą€0€¤€0€Ą€MZT63759Ŗ€ĸ€0€0€ €Vphosphoribosylaminoimidazolesuccinocarboxamide synthase [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€ MCP3872510Ŗ€ĸ€0€0€ €9lipocalin-like domain-containing protein [Prevotella sp.]Ą€0€¤€0€Ą€ MCI7433635Ŗ€ĸ€0€0€ €‚MULTISPECIES: ribonucleotide-diphosphate reductase subunit beta [unclassified Lactobacillus] >PEG91373.1 ribonucleotide-diphosphate reductase subunit beta [Lactobacillus sp. UMNPBX12] >PEG93291.1 ribonucleotide-diphosphate reductase subunit beta [Lactobacillus sp. UMNPBX11]Ą€0€Š€0€Ą€ WP_098035768Ŗ€ĸ€0€0€ €ÔTAL effector repeat-containing protein, partial [Xanthomonas oryzae] >RBD11544.1 avirulence protein, partial [Xanthomonas oryzae pv. oryzae] >RBH15081.1 avirulence protein, partial [Xanthomonas oryzae pv. oryzae]Ą€0€Š€0€Ą€ WP_181693616Ŗ€ĸ€0€0€ €0hypothetical protein, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_261589216Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFD62658Ŗ€ĸ€0€0€ €=putative papain-like cysteine prorease [Plasmodium simiovale]Ą€0€Ŧ€0€Ą€BAK08426Ŗ€ĸ€0€0€ €ībifunctional DNA-formamidopyrimidine glycosylase/DNA-(apurinic or apyrimidinic site) lyase [Jiangella ureilytica] >TDC56907.1 bifunctional DNA-formamidopyrimidine glycosylase/DNA-(apurinic or apyrimidinic site) lyase [Jiangella ureilytica]Ą€0€Š€0€Ą€ WP_131977297Ŗ€ĸ€0€0€ €?hypothetical protein F5Y19DRAFT_471268 [Xylariaceae sp. FL1651]Ą€0€¤€0€Ą€ KAI8633010Ŗ€ĸ€0€0€ €9chitin synthase D protein [Rutstroemia sp. NJR-2017a BBW]Ą€0€¤€0€Ą€PQE21401Ŗ€ĸ€0€0€ €2RNA polymerase sigma factor [Muricauda sp. F6463D]Ą€0€Š€0€Ą€ WP_262917761Ŗ€ĸ€0€0€ €/riboflavin synthase [Rhodothermaceae bacterium]Ą€0€¤€0€Ą€NNF58653Ŗ€ĸ€0€0€ €SOS response-associated peptidase [Gammaproteobacteria bacterium] >QWN38906.1 SOS response-associated peptidase family protein [Cobetia sp. 4B]Ą€0€¤€0€Ą€ MBR9756324Ŗ€ĸ€0€0€ €(response regulator [Pelomonas sp. BJYL3]Ą€0€Š€0€Ą€ WP_269633767Ŗ€ĸ€0€0€ €(alpha/beta hydrolase [Bacillus haynesii]Ą€0€Š€0€Ą€ WP_268315162Ŗ€ĸ€0€0€ €3PH domain-containing protein [Xanthomonas bonasiae]Ą€0€¤€0€Ą€ MBN6104449Ŗ€ĸ€0€0€ €*hypothetical protein [Salmonella enterica]Ą€0€¤€0€Ą€ EJJ5352541Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBO5696496Ŗ€ĸ€0€0€ €Qcarboxymuconolactone decarboxylase family protein [Syntrophomonadaceae bacterium]Ą€0€¯€0€Ą€HHV35141Ŗ€ĸ€0€0€ €Ņ2-oxoglutarate-dependent dioxygenase 19 [Vigna angularis] >KOM48568.1 hypothetical protein LR48_Vigan07g227200 [Vigna angularis] >BAT82175.1 hypothetical protein VIGAN_03214400 [Vigna angularis var. angularis]Ą€0€Š€0€Ą€ XP_017428875Ŗ€ĸ€0€0€ €?Domain of uncharacterised function (DUF2825) [Escherichia coli]Ą€0€Ĩ€0€Ą€SQP19075Ŗ€ĸ€0€0€ €Ŋglycoside hydrolase family protein [Escherichia coli] >HBN7218304.1 glycoside hydrolase family protein [Escherichia coli] >HBQ4288609.1 glycoside hydrolase family protein [Escherichia coli]Ą€0€¯€0€Ą€ HAX2015273Ŗ€ĸ€0€0€ €CUTP--glucose-1-phosphate uridylyltransferase GalU [Bacillus cereus]Ą€0€Š€0€Ą€ WP_088349221Ŗ€ĸ€0€0€ €Dhypothetical protein JAAARDRAFT_32327 [Jaapia argillacea MUCL 33604]Ą€0€¤€0€Ą€KDQ61317Ŗ€ĸ€0€0€ €1hypothetical protein [Selenomonadaceae bacterium]Ą€0€¤€0€Ą€ MBQ6004917Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCH9651907Ŗ€ĸ€0€0€ €‚ßABC transporter substrate-binding protein [Pseudomonas aeruginosa] >EJU1182480.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >MBH9208453.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >MCA6829374.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >MCA6834844.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >PQL97156.1 histidine ABC transporter substrate-binding protein [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_105248459Ŗ€ĸ€0€0€ €Õhelix-turn-helix domain-containing protein [Pseudomonas aeruginosa] >RQJ39609.1 hypothetical protein IPC1_28385 [Pseudomonas aeruginosa] >HBO9196964.1 PucR family transcriptional regulator [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_121285867Ŗ€ĸ€0€0€ €“SRPBCC domain-containing protein [Amycolatopsis sp. WAC 04182] >RSN53042.1 activator of Hsp90 ATPase 1 family protein [Amycolatopsis sp. WAC 04182]Ą€0€Š€0€Ą€ WP_125684427Ŗ€ĸ€0€0€ €.hypothetical protein [Amycolatopsis albispora]Ą€0€Š€0€Ą€ WP_205215113Ŗ€ĸ€0€0€ €*hypothetical protein [Bacillus atrophaeus]Ą€0€Š€0€Ą€ WP_268371125Ŗ€ĸ€0€0€ €3DUF262 domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EFH5292178Ŗ€ĸ€0€0€ €GT9SS type A sorting domain-containing protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBR6130424Ŗ€ĸ€0€0€ €‚host specificity protein J [Escherichia coli] >EEY3548467.1 host specificity protein J [Escherichia coli] >EEY3553353.1 host specificity protein J [Escherichia coli] >EEY3563735.1 host specificity protein J [Escherichia coli] >EEY3574865.1 host specificity protein J [Escherichia coli]Ą€0€¤€0€Ą€ EEY3543156Ŗ€ĸ€0€0€ €4hypothetical protein D0868_06024 [Hortaea werneckii]Ą€0€¤€0€Ą€RMY06144Ŗ€ĸ€0€0€ €gNAD(+) diphosphatase [Sinorhizobium sojae] >ASY64978.1 NADH pyrophosphatase [Ensifer sojae CCBAU 05684]Ą€0€Š€0€Ą€ WP_034853447Ŗ€ĸ€0€0€ €8DUF6470 family protein [Caldibacillus thermoamylovorans]Ą€0€Š€0€Ą€ WP_270578305Ŗ€ĸ€0€0€ €4Inner membrane protein YbcI [Anaerolineae bacterium]Ą€0€Ĩ€0€Ą€ CAG0978995Ŗ€ĸ€0€0€ €Üsubstrate-binding domain-containing protein [Burkholderia cepacia] >RQZ97001.1 ABC transporter substrate-binding protein [Burkholderia cepacia] >RQZ97084.1 ABC transporter substrate-binding protein [Burkholderia cepacia]Ą€0€Š€0€Ą€ WP_124843803Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UOU30556Ŗ€ĸ€0€0€ €ōAflatoxin biosynthesis ketoreductase nor-1 protein [Lasiodiplodia theobromae] >KAB2570814.1 Norsolorinic acid ketoreductase [Lasiodiplodia theobromae] >KAF4537481.1 Aflatoxin biosynthesis ketoreductase nor-1 protein [Lasiodiplodia theobromae]Ą€0€Š€0€Ą€ XP_035366182Ŗ€ĸ€0€0€ €@hypothetical protein DJ52_01630, partial [Brachyspira murdochii]Ą€0€¤€0€Ą€PPS22991Ŗ€ĸ€0€0€ €Üglycerophosphoryl diester phosphodiesterase membrane domain-containing protein [Microbacterium kyungheense] >TQM34541.1 membrane-anchored glycerophosphoryl diester phosphodiesterase (GDPDase) [Microbacterium kyungheense]Ą€0€Š€0€Ą€ WP_141892995Ŗ€ĸ€0€0€ €Dflagellar hook-associated protein [Yersinia kristensenii ATCC 33638]Ą€0€¤€0€Ą€EEP92076Ŗ€ĸ€0€0€ €.hypothetical protein [Chloroflexota bacterium]Ą€0€¤€0€Ą€ MBA2447626Ŗ€ĸ€0€0€ €5disease resistance protein RGA2-like [Lolium rigidum]Ą€0€Š€0€Ą€ XP_047044137Ŗ€ĸ€0€0€ €=DUF3791 domain-containing protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ9764712Ŗ€ĸ€0€0€ €‰type III glutamate--ammonia ligase [Jatrophihabitans telluris] >UQX87459.1 type III glutamate--ammonia ligase [Jatrophihabitans telluris]Ą€0€Š€0€Ą€ WP_249769997Ŗ€ĸ€0€0€ €mannan-binding family protein [Mycolicibacter sp. MYC098] >UBS74104.1 mannan-binding family protein [Mycolicibacter sp. MYC098]Ą€0€Š€0€Ą€ WP_225405726Ŗ€ĸ€0€0€ €>DUF2252 domain-containing protein [Pseudomonas sp. FW300-N2A2]Ą€0€Š€0€Ą€ WP_207285306Ŗ€ĸ€0€0€ €‚Dfp1/Him1, central region-domain-containing protein [Aspergillus caelatus] >KAE8368628.1 Dfp1/Him1, central region-domain-containing protein [Aspergillus caelatus] >KAE8418476.1 Dfp1/Him1, central region-domain-containing protein [Aspergillus pseudocaelatus]Ą€0€Š€0€Ą€ XP_031931709Ŗ€ĸ€0€0€ €NMU92706.1 hypothetical protein [Achromobacter ruhlandii]Ą€0€Š€0€Ą€ WP_169537597Ŗ€ĸ€0€0€ €‚KTSC domain-containing protein [Klebsiella pneumoniae] >QOK32856.1 hypothetical protein IFY65_02782 [Klebsiella pneumoniae] >HBT7060981.1 KTSC domain-containing protein [Klebsiella pneumoniae] >HBX2950285.1 KTSC domain-containing protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_192906080Ŗ€ĸ€0€0€ €7hypothetical protein [Candidatus Electrothrix sp. ATG2]Ą€0€¤€0€Ą€ MCI5211411Ŗ€ĸ€0€0€ €4aspartate kinase [Candidatus Acetothermia bacterium]Ą€0€¯€0€Ą€HDC92778Ŗ€ĸ€0€0€ €vhypothetical protein [Variovorax beijingensis] >TWD78162.1 hypothetical protein FB547_108220 [Variovorax beijingensis]Ą€0€Š€0€Ą€ WP_145745914Ŗ€ĸ€0€0€ €‰beta-eliminating lyase-related protein [Sulfitobacter sp. S223] >UWR27084.1 low specificity L-threonine aldolase [Sulfitobacter sp. S223]Ą€0€Š€0€Ą€ WP_259999572Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBO7559822Ŗ€ĸ€0€0€ €:YARHG domain-containing protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MCH2044272Ŗ€ĸ€0€0€ €5hypothetical protein AVP1_0034 [Aeromonas phage AVP1]Ą€0€¤€0€Ą€WAX22144Ŗ€ĸ€0€0€ €@DUF1223 domain-containing protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€TMH79857Ŗ€ĸ€0€0€ €9hypothetical protein C2845_PM13G07880 [Panicum miliaceum]Ą€0€¤€0€Ą€RLN04523Ŗ€ĸ€0€0€ €Ymolybdenum cofactor-independent xanthine hydroxylase subunit HpxE [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MCJ6180240Ŗ€ĸ€0€0€ €7MAG: NAD(P)H:quinone oxidoreductase [Rhodanobacter sp.]Ą€0€¤€0€Ą€TAM59961Ŗ€ĸ€0€0€ €‡hypothetical protein N7461_006848 [Penicillium sp. DV-2018c] >KAJ5567752.1 hypothetical protein N7535_007058 [Penicillium sp. DV-2018c]Ą€0€¤€0€Ą€ KAJ5544544Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4384494Ŗ€ĸ€0€0€ €Iamino acid adenylation domain-containing protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBN9628875Ŗ€ĸ€0€0€ €.hypothetical protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€ MCG3136245Ŗ€ĸ€0€0€ €]hypothetical protein [Stappia sediminis] >MXN66550.1 hypothetical protein [Stappia sediminis]Ą€0€Š€0€Ą€ WP_160776805Ŗ€ĸ€0€0€ €&EF1 alpha, partial [Dissophora ornata]Ą€0€¤€0€Ą€ KAI8594425Ŗ€ĸ€0€0€ €&MFS transporter [Enterobacter cloacae]Ą€0€Š€0€Ą€ WP_049005162Ŗ€ĸ€0€0€ €cinsertion element protein [Niallia sp. RD1] >UTI40996.1 insertion element protein [Niallia sp. RD1]Ą€0€Š€0€Ą€ WP_254415125Ŗ€ĸ€0€0€ €YPREDICTED: probable phospholipid-transporting ATPase VA isoform X3 [Lepidothrix coronata]Ą€0€Š€0€Ą€ XP_017674008Ŗ€ĸ€0€0€ €>type III secretion system effector SopD2 [Salmonella enterica]Ą€0€¤€0€Ą€ EAQ3230686Ŗ€ĸ€0€0€ €+30S ribosomal protein S17 [Eubacterium sp.]Ą€0€¤€0€Ą€ MCI5937295Ŗ€ĸ€0€0€ €¨DEAD/DEAH box helicase family protein [Mesorhizobium sp. M7A.F.Ce.TU.012.03.2.1] >AZV19259.1 hypothetical protein EJ079_09175 [Mesorhizobium sp. M7A.F.Ce.TU.012.03.2.1]Ą€0€Š€0€Ą€ WP_127808836Ŗ€ĸ€0€0€ €čATP-binding protein [Dolichospermum sp. DET66] >MBS3033787.1 ATP-binding protein [Dolichospermum sp. DET67] >MBS3038990.1 ATP-binding protein [Dolichospermum sp. DET50] >QSX66243.1 MAG: ATP-binding protein [Dolichospermum sp. DET69]Ą€0€¤€0€Ą€ MBS3028587Ŗ€ĸ€0€0€ €[UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Helicobacter pylori]Ą€0€¤€0€Ą€ MCQ2831428Ŗ€ĸ€0€0€ €ŗMULTISPECIES: hypothetical protein [unclassified Caballeronia] >MCE4544603.1 hypothetical protein [Caballeronia sp. PC1] >MCE4571755.1 hypothetical protein [Caballeronia sp. CLC5]Ą€0€Š€0€Ą€ WP_233387703Ŗ€ĸ€0€0€ €7DUF58 domain-containing protein [Halovivax sp. WLHSJ27]Ą€0€Š€0€Ą€ WP_255193900Ŗ€ĸ€0€0€ €olipocalin family protein [Pseudomonas sp. PDM26] >MBV7547079.1 lipocalin family protein [Pseudomonas sp. PDM26]Ą€0€Š€0€Ą€ WP_218429656Ŗ€ĸ€0€0€ €å1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino]imidazole-4-carboxamide isomerase [Acidocella aromatica] >MBB5374379.1 phosphoribosylformimino-5-aminoimidazole carboxamide ribotide isomerase [Acidocella aromatica]Ą€0€Š€0€Ą€ WP_183267399Ŗ€ĸ€0€0€ €Lefflux RND transporter periplasmic adaptor subunit [Acinetobacter baumannii]Ą€0€Š€0€Ą€ WP_150951972Ŗ€ĸ€0€0€ €Rpyridoxal phosphate-dependent aminotransferase [Candidatus Thorarchaeota archaeon]Ą€0€¤€0€Ą€ MCK5265770Ŗ€ĸ€0€0€ €/Tellurium resistance [Streptomyces sp. SID7499]Ą€0€¤€0€Ą€NEE13244Ŗ€ĸ€0€0€ €.hypothetical protein [Phycisphaerae bacterium]Ą€0€¤€0€Ą€ MBN1491997Ŗ€ĸ€0€0€ €‚€MULTISPECIES: hypothetical protein [Brucella] >MCI0998796.1 hypothetical protein [Ochrobactrum sp. C6C9] >RRD26793.1 hypothetical protein ECB98_04280 [Brucellaceae bacterium VT-16-1752] >WHT43594.1 hypothetical protein QLQ11_17080 [Ochrobactrum sp. SSR] >RLL73697.1 hypothetical protein D8666_13830 [[Ochrobactrum] soli] >WHS33494.1 hypothetical protein QLQ09_19145 [Brucella sp. NM4]Ą€0€Š€0€Ą€ WP_109367919Ŗ€ĸ€0€0€ €[hypothetical protein bthur0005_20520 [Bacillus thuringiensis serovar pakistani str. T13001]Ą€0€¤€0€Ą€EEM48070Ŗ€ĸ€0€0€ €Lpyruvate, phosphate dikinase [Wolbachia endosymbiont of Oedothorax gibbosus]Ą€0€Š€0€Ą€ WP_250295751Ŗ€ĸ€0€0€ €)TIGR00300 family protein [Nitrospira sp.]Ą€0€¤€0€Ą€ MBX3123235Ŗ€ĸ€0€0€ €7SWIM zinc finger family protein [Amycolatopsis eburnea]Ą€0€Š€0€Ą€ WP_225440164Ŗ€ĸ€0€0€ €manganese efflux pump MntP family protein [Neobacillus sp. YX16] >WHZ03015.1 manganese efflux pump MntP family protein [Neobacillus sp. YX16]Ą€0€Š€0€Ą€ WP_283953184Ŗ€ĸ€0€0€ €:threonine synthase, partial [Zetaproteobacteria bacterium]Ą€0€¤€0€Ą€PCI03623Ŗ€ĸ€0€0€ €6hypothetical protein F2Q70_00043779 [Brassica cretica]Ą€0€¤€0€Ą€ KAF2592864Ŗ€ĸ€0€0€ €üMULTISPECIES: rhomboid family intramembrane serine protease [Acinetobacter calcoaceticus/baumannii complex] >EXE62282.1 rhomboid family protein [Acinetobacter sp. 1542444] >QIT18741.1 rhomboid family intramembrane serine protease [Acinetobacter pittii]Ą€0€Š€0€Ą€ WP_032004153Ŗ€ĸ€0€0€ €lMAG: tRNA (guanosine(46)-N7)-methyltransferase TrmB [Candidatus Riflebacteria bacterium HGW-Riflebacteria-1]Ą€0€¤€0€Ą€PKL38269Ŗ€ĸ€0€0€ €=AmmeMemoRadiSam system protein A [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBO7728038Ŗ€ĸ€0€0€ €khypothetical protein [Photobacterium carnosum] >MCD9528345.1 hypothetical protein [Photobacterium carnosum]Ą€0€Š€0€Ą€ WP_232584446Ŗ€ĸ€0€0€ €‚uDhaKLM operon coactivator DhaQ [Streptococcus suis] >MCK3866709.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQG69679.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQG99400.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQH64292.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQN13327.1 DhaKLM operon coactivator DhaQ [Streptococcus suis]Ą€0€Š€0€Ą€ WP_044680588Ŗ€ĸ€0€0€ €Aeukaryotic translation initiation factor 2D-like [Haliotis rubra]Ą€0€Š€0€Ą€ XP_046578103Ŗ€ĸ€0€0€ €)hypothetical protein [Deminuibacter soli]Ą€0€Š€0€Ą€ WP_147313907Ŗ€ĸ€0€0€ €KAG8670870.1 hypothetical protein FPOAC1_004104 [Fusarium poae]Ą€0€Š€0€Ą€ XP_044707369Ŗ€ĸ€0€0€ €yDNA recombination protein RmuC [Klebsiella aerogenes] >HBT3288923.1 DNA recombination protein RmuC [Klebsiella aerogenes]Ą€0€¯€0€Ą€ HBT3283900Ŗ€ĸ€0€0€ €6hypothetical protein E0H92_22715 [Kribbella speibonae]Ą€0€¤€0€Ą€TCC36519Ŗ€ĸ€0€0€ €–ABC transporter permease [Sulfitobacter sp. THAF37] >QFT58942.1 beta-methylgalactoside transporter inner membrane component [Sulfitobacter sp. THAF37]Ą€0€Š€0€Ą€ WP_152465448Ŗ€ĸ€0€0€ €2nucleotidyltransferase [Catenibacterium mitsuokai]Ą€0€¤€0€Ą€ MBD9190508Ŗ€ĸ€0€0€ €‚gMULTISPECIES: hypothetical protein [Pseudomonas] >MCL6691953.1 hypothetical protein [Pseudomonas sp. R3.Fl] >MCP1606959.1 hypothetical protein [Pseudomonas citronellolis] >MCP1644052.1 hypothetical protein [Pseudomonas citronellolis] >MCP1653521.1 hypothetical protein [Pseudomonas citronellolis] >MCP1667128.1 hypothetical protein [Pseudomonas citronellolis]Ą€0€Š€0€Ą€ WP_074980016Ŗ€ĸ€0€0€ €‚_hypothetical protein [Clostridium beijerinckii] >MBC2457301.1 hypothetical protein [Clostridium beijerinckii] >MBC2474357.1 hypothetical protein [Clostridium beijerinckii] >NOV59008.1 hypothetical protein [Clostridium beijerinckii] >NOV71604.1 hypothetical protein [Clostridium beijerinckii] >NOW32363.1 hypothetical protein [Clostridium beijerinckii]Ą€0€Š€0€Ą€ WP_171780287Ŗ€ĸ€0€0€ €=pentapeptide repeat-containing protein [Klebsiella aerogenes]Ą€0€¯€0€Ą€ HBS5718813Ŗ€ĸ€0€0€ €Fdivision abnormally delayed protein-like isoform X1 [Vespa mandarinia]Ą€0€Š€0€Ą€ XP_035731890Ŗ€ĸ€0€0€ €‘hypothetical protein MARPO_0028s0062 [Marchantia polymorpha] >BBN00651.1 hypothetical protein Mp_2g00890 [Marchantia polymorpha subsp. ruderalis]Ą€0€¤€0€Ą€PTQ42746Ŗ€ĸ€0€0€ €8hypothetical protein WM28_32255 [Burkholderia ubonensis]Ą€0€¤€0€Ą€KWO58748Ŗ€ĸ€0€0€ €950S ribosomal protein L10 [Chlamydiifrater phoenicopteri]Ą€0€Š€0€Ą€ WP_213357559Ŗ€ĸ€0€0€ €ķnitroreductase family deazaflavin-dependent oxidoreductase [Mycobacterium asiaticum] >OBI91309.1 nitroreductase [Mycobacterium asiaticum] >OBJ47986.1 nitroreductase [Mycobacterium asiaticum] >OBJ90772.1 nitroreductase [Mycobacterium asiaticum]Ą€0€Š€0€Ą€ WP_065138043Ŗ€ĸ€0€0€ €actin-7 [Lolium rigidum]Ą€0€Š€0€Ą€ XP_047095132Ŗ€ĸ€0€0€ €|transketolase C-terminal domain-containing protein [Pseudomonas sp. GV071] >PTQ67899.1 transketolase [Pseudomonas sp. GV071]Ą€0€Š€0€Ą€ WP_108098468Ŗ€ĸ€0€0€ €aion channel protein [Agromyces badenianii] >AWB96602.1 ion channel protein [Agromyces badenianii]Ą€0€Š€0€Ą€ WP_108596398Ŗ€ĸ€0€0€ €samino acid permease [Pseudomonas multiresinivorans] >QJP10797.1 amino acid permease [Pseudomonas multiresinivorans]Ą€0€Š€0€Ą€ WP_169940736Ŗ€ĸ€0€0€ €fnitrilase family protein [Bradyrhizobium sp. Leo121] >RZN20106.1 hydratase [Bradyrhizobium sp. Leo121]Ą€0€Š€0€Ą€ WP_130229163Ŗ€ĸ€0€0€ €hypothetical protein [Actinocatenispora thailandica] >BCJ36223.1 hypothetical protein Athai_37260 [Actinocatenispora thailandica]Ą€0€Š€0€Ą€ WP_203962627Ŗ€ĸ€0€0€ €‚8hypothetical protein CO725_23215 [Vibrio parahaemolyticus] >EGR2288586.1 hypothetical protein [Vibrio parahaemolyticus] >EGR2845636.1 hypothetical protein [Vibrio parahaemolyticus] >EGR3042916.1 hypothetical protein [Vibrio parahaemolyticus] >TBT82840.1 hypothetical protein D5E71_24380 [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ATI48360Ŗ€ĸ€0€0€ €‚glutamine-hydrolyzing carbamoyl-phosphate synthase small subunit [Shewanella insulae] >MCG9711987.1 glutamine-hydrolyzing carbamoyl-phosphate synthase small subunit [Shewanella insulae] >MCG9739862.1 glutamine-hydrolyzing carbamoyl-phosphate synthase small subunit [Shewanella insulae]Ą€0€Š€0€Ą€ WP_239881445Ŗ€ĸ€0€0€ €'aminopeptidase [Spirochaetia bacterium]Ą€0€¤€0€Ą€ MBP7096418Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GFD44438Ŗ€ĸ€0€0€ €Bhypothetical protein PC119_g11980, partial [Phytophthora cactorum]Ą€0€¤€0€Ą€ KAG3014872Ŗ€ĸ€0€0€ €“aldo/keto reductase family protein [Alphaproteobacteria bacterium] >MBN9590754.1 aldo/keto reductase family protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBN9534694Ŗ€ĸ€0€0€ €Yribulose-1,5-bisphosphate carboxylase/oxygenase large subunit, partial [Rohdea fimbriata]Ą€0€Ŧ€0€Ą€BAD88428Ŗ€ĸ€0€0€ €@hypothetical protein DSZ33_06790 [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€RTZ57973Ŗ€ĸ€0€0€ €™molybdopterin synthase catalytic subunit MoaE [Hahellaceae bacterium] >MCP5209839.1 molybdopterin synthase catalytic subunit MoaE [Hahellaceae bacterium]Ą€0€¤€0€Ą€ MCP5208043Ŗ€ĸ€0€0€ €galpha/beta hydrolase [Sphingomonas crocodyli] >RVT92946.1 alpha/beta hydrolase [Sphingomonas crocodyli]Ą€0€Š€0€Ą€ WP_127741063Ŗ€ĸ€0€0€ €=cytochrome c biogenesis protein CcdC [Paenibacillus polymyxa]Ą€0€Š€0€Ą€ WP_025722435Ŗ€ĸ€0€0€ €fLeoA protein [Helicobacter pylori] >GHS31695.1 hypothetical protein VN1291_04870 [Helicobacter pylori]Ą€0€Ŧ€0€Ą€BDO44729Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EHY7905316Ŗ€ĸ€0€0€ €Cputative retrotransposon hot spot protein (RHS) [Trypanosoma cruzi]Ą€0€¤€0€Ą€PWU96467Ŗ€ĸ€0€0€ €@GatB/YqeY domain-containing protein [Leptospirillum ferriphilum]Ą€0€Š€0€Ą€ WP_256855996Ŗ€ĸ€0€0€ €îMULTISPECIES: cysteine--tRNA ligase [Haemophilus] >OFQ18540.1 cysteine--tRNA ligase [Haemophilus sp. HMSC073C03] >RDE94011.1 cysteine--tRNA ligase [Haemophilus parainfluenzae] >RDF07641.1 cysteine--tRNA ligase [Haemophilus parainfluenzae]Ą€0€Š€0€Ą€ WP_070714099Ŗ€ĸ€0€0€ €‚īRestriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4167593.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4168393.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4180884.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4195519.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage]Ą€0€Ĩ€0€Ą€ CAB4155648Ŗ€ĸ€0€0€ €‚tTatD family hydrolase [Candidatus Thiodiazotropha taylori] >PUB88646.1 TatD family deoxyribonuclease [gamma proteobacterium symbiont of Ctena orbiculata] >MBT2990172.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori] >MBT2998356.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori] >MBT3000353.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori]Ą€0€¤€0€Ą€ MBT2971737Ŗ€ĸ€0€0€ €Œmethyl-accepting chemotaxis protein, partial [Rhodovulum kholense] >PTW49963.1 HAMP domain-containing protein, partial [Rhodovulum kholense]Ą€0€Š€0€Ą€ WP_146176256Ŗ€ĸ€0€0€ €/hypothetical protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MCH7694635Ŗ€ĸ€0€0€ €6transposase family protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCH8819771Ŗ€ĸ€0€0€ €qheme-binding protein [Amycolatopsis pithecellobii] >MTD54563.1 heme-binding protein [Amycolatopsis pithecellobii]Ą€0€Š€0€Ą€ WP_154756783Ŗ€ĸ€0€0€ €6globin domain-containing protein [Clostridium tertium]Ą€0€Š€0€Ą€ WP_142419176Ŗ€ĸ€0€0€ €‚ĄMULTISPECIES: plasmid SOS inhibition protein A [Enterobacteriaceae] >HBT3067396.1 plasmid SOS inhibition protein A [Klebsiella aerogenes] >ATS16767.1 plasmid SOS inhibition protein A [Klebsiella pneumoniae] >AYU65583.1 Plasmid SOS inhibition protein A [Klebsiella pneumoniae] >MBC4991753.1 plasmid SOS inhibition protein A [Klebsiella pneumoniae] >MBK2380686.1 plasmid SOS inhibition protein A [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_094313715Ŗ€ĸ€0€0€ €/hypothetical protein [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBP3287665Ŗ€ĸ€0€0€ €;aldehyde dehydrogenase family protein [Streptomyces sp. S9]Ą€0€¤€0€Ą€ MBO7941816Ŗ€ĸ€0€0€ €Ftyrosine-type recombinase/integrase, partial [Bacillus pseudomycoides]Ą€0€Š€0€Ą€ WP_041488527Ŗ€ĸ€0€0€ €CMAG: DNA polymerase III subunit epsilon [Synechococcus sp. TMED185]Ą€0€¤€0€Ą€OUW40900Ŗ€ĸ€0€0€ €—NADH-quinone oxidoreductase subunit L [Parasegetibacter sp. NRK P23] >MCM5527381.1 NADH-quinone oxidoreductase subunit L [Parasegetibacter sp. NRK P23]Ą€0€Š€0€Ą€ WP_251758029Ŗ€ĸ€0€0€ €Rnucleotidyl transferase AbiEii/AbiGii toxin family protein [Opitutaceae bacterium]Ą€0€¤€0€Ą€ MBP7140479Ŗ€ĸ€0€0€ €„urease accessory UreF family protein [Streptomyces sp. SID4985] >MYQ46630.1 urease accessory protein UreF [Streptomyces sp. SID4985]Ą€0€Š€0€Ą€ WP_161180930Ŗ€ĸ€0€0€ €otRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex transferase subunit TsaD [Actinomycetia bacterium]Ą€0€¯€0€Ą€HAS08893Ŗ€ĸ€0€0€ €iron-containing redox enzyme family protein [Streptomyces lincolnensis] >MCD7438099.1 iron-containing redox enzyme family protein [Streptomyces lincolnensis]Ą€0€Š€0€Ą€ WP_232025538Ŗ€ĸ€0€0€ €8CHAP domain-containing protein [Streptococcus sanguinis]Ą€0€¤€0€Ą€QLB53288Ŗ€ĸ€0€0€ €rPASTA domain-containing protein [Muricauda koreensis] >PWL37444.1 penicillin-binding protein [Muricauda koreensis]Ą€0€Š€0€Ą€ WP_109665156Ŗ€ĸ€0€0€ €VIP protein [Todus mexicanus]Ą€0€¤€0€Ą€NWI67355Ŗ€ĸ€0€0€ €‚ofimbrial protein [Salmonella enterica] >EBH8416615.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Nijmegen] >EBW8396729.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Florida] >ECC9937971.1 fimbrial protein [Salmonella enterica subsp. enterica] >ECG2734238.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Nottingham] >ECX3451528.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Rubislaw] >EDR3486420.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Midway] >EDV0100661.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Mbandaka] >HBI5523776.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Welikade] >HBK8692889.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Virchow] >HCM6290404.1 fimbrial protein [Salmonella enterica subsp. enterica serovar 16:l,v:-]Ą€0€Š€0€Ą€ WP_157957173Ŗ€ĸ€0€0€ €UPREDICTED: probable helicase with zinc finger domain isoform X1 [Chinchilla lanigera]Ą€0€Š€0€Ą€ XP_005402208Ŗ€ĸ€0€0€ €2Uncharacterised protein [Clostridioides difficile]Ą€0€Ĩ€0€Ą€VFC12725Ŗ€ĸ€0€0€ €LPREDICTED: serine/threonine-protein kinase ULK4 isoform X1 [Cercocebus atys]Ą€0€Š€0€Ą€ XP_011889539Ŗ€ĸ€0€0€ €phosphomethylpyrimidine synthase ThiC [Herbaspirillum sp. C7C2] >MCI1014431.1 phosphomethylpyrimidine synthase ThiC [Herbaspirillum sp. C7C2]Ą€0€Š€0€Ą€ WP_241812465Ŗ€ĸ€0€0€ €Ghypothetical protein M472_09260 [Sphingobacterium paucimobilis HER1398]Ą€0€¤€0€Ą€ERJ58959Ŗ€ĸ€0€0€ €4hypothetical protein [Paenibacillus sp. MMS18-CY102]Ą€0€¤€0€Ą€MWC28217Ŗ€ĸ€0€0€ €™NAD(P)H-dependent oxidoreductase subunit E [Chryseobacterium paridis] >MBK1895407.1 NAD(P)H-dependent oxidoreductase subunit E [Chryseobacterium paridis]Ą€0€Š€0€Ą€ WP_200244355Ŗ€ĸ€0€0€ €4MerC domain-containing protein [Aliidiomarina maris]Ą€0€Š€0€Ą€ WP_181452264Ŗ€ĸ€0€0€ €=SDR family oxidoreductase [Candidatus Poribacteria bacterium]Ą€0€¤€0€Ą€MXY99086Ŗ€ĸ€0€0€ €7hypothetical protein C0Q70_03292 [Pomacea canaliculata]Ą€0€¤€0€Ą€PVD36313Ŗ€ĸ€0€0€ €0aminoacyl-tRNA hydrolase [Cryobacterium sp. Y11]Ą€0€Š€0€Ą€ WP_104082941Ŗ€ĸ€0€0€ €Orecombination-associated protein RdgC [Pusillimonas sp. (ex Stolz et al. 2005)]Ą€0€¤€0€Ą€MBF22348Ŗ€ĸ€0€0€ €‚ˆHD domain-containing protein [Lactobacillus taiwanensis] >KRN00390.1 HD superfamily hydrolase [Lactobacillus taiwanensis DSM 21401] >MCR1903722.1 HD domain-containing protein [Lactobacillus taiwanensis] >MCR1915740.1 HD domain-containing protein [Lactobacillus taiwanensis] >MRM98361.1 HD domain-containing protein [Lactobacillus taiwanensis] >OYR88048.1 hydrolase [Lactobacillus taiwanensis]Ą€0€Š€0€Ą€ WP_057718391Ŗ€ĸ€0€0€ €*Uncharacterised protein [Prevotella copri]Ą€0€Ĩ€0€Ą€CUQ63902Ŗ€ĸ€0€0€ €7NADPH-dependent FMN reductase [Mycobacterium sp. ST-F2]Ą€0€¤€0€Ą€OKH79147Ŗ€ĸ€0€0€ €;YgjV family protein [Candidatus Saccharibacteria bacterium]Ą€0€¤€0€Ą€ MBO4855552Ŗ€ĸ€0€0€ €MBB3677394.1 hydroxyethylthiazole kinase [Modestobacter versicolor] >PZA21084.1 hydroxyethylthiazole kinase [Modestobacter versicolor]Ą€0€Š€0€Ą€ WP_110552514Ŗ€ĸ€0€0€ €23-oxoacyl-ACP synthase [Burkholderiales bacterium]Ą€0€¤€0€Ą€ MCC6608271Ŗ€ĸ€0€0€ €Qmethyltransferase domain-containing protein, partial [Methanoregulaceae archaeon]Ą€0€¤€0€Ą€RPI37384Ŗ€ĸ€0€0€ €@bifunctional nuclease family protein [Microthrixaceae bacterium]Ą€0€¤€0€Ą€ MCO5319342Ŗ€ĸ€0€0€ €@hypothetical protein SAMN05216579_1887 [Pseudomonas granadensis]Ą€0€Ĩ€0€Ą€SDS88477Ŗ€ĸ€0€0€ €2membrane protein ycf1, partial [Medicago monantha]Ą€0€¤€0€Ą€ART90939Ŗ€ĸ€0€0€ €HDUF2834 domain-containing protein [Candidatus Latescibacteria bacterium]Ą€0€¤€0€Ą€ MBT5873300Ŗ€ĸ€0€0€ €‚/N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] >NDY70665.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] >QBH14028.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] >RAM03555.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus]Ą€0€Š€0€Ą€ WP_111953219Ŗ€ĸ€0€0€ €4unnamed protein product, partial [Nymphaea colorata]Ą€0€Ĩ€0€Ą€VVV80071Ŗ€ĸ€0€0€ €,protein NEDD1 isoform X2 [Sander lucioperca]Ą€0€Š€0€Ą€ XP_031168963Ŗ€ĸ€0€0€ €3hypothetical protein [Pseudomonas azerbaijanoriens]Ą€0€Š€0€Ą€ WP_225923723Ŗ€ĸ€0€0€ €Wendoplasmic reticulum-Golgi intermediate compartment protein 2 [Trichonephila clavipes]Ą€0€Ŧ€0€Ą€GFX14753Ŗ€ĸ€0€0€ €‚ˆORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >QVH32379.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >QWB63253.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >QWP16864.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >UEZ81836.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€QVD87869Ŗ€ĸ€0€0€ €‚F0F1 ATP synthase subunit delta [Micrococcus flavus] >MBB4883033.1 F-type H+-transporting ATPase subunit delta [Micrococcus flavus] >TFI04449.1 F0F1 ATP synthase subunit delta [Micrococcus flavus] >GGK41871.1 ATP synthase subunit delta [Micrococcus flavus]Ą€0€Š€0€Ą€ WP_135028221Ŗ€ĸ€0€0€ €6uncharacterized protein LOC124885817 [Capsicum annuum]Ą€0€Š€0€Ą€ XP_047250014Ŗ€ĸ€0€0€ €_GTP 3',8-cyclase MoaA [Shewanella algae] >MCE9781858.1 GTP 3',8-cyclase MoaA [Shewanella algae]Ą€0€Š€0€Ą€ WP_234521407Ŗ€ĸ€0€0€ €1PTS transporter subunit EIIC [Streptococcus suis]Ą€0€Š€0€Ą€ WP_274718192Ŗ€ĸ€0€0€ €5DUF1697 domain-containing protein [Solobacterium sp.]Ą€0€¤€0€Ą€ MBQ6488280Ŗ€ĸ€0€0€ €4unnamed protein product [Xanthobacter autotrophicus]Ą€0€Š€0€Ą€ WP_282641071Ŗ€ĸ€0€0€ €^glycoside hydrolase family 3 C-terminal domain-containing protein [Kiritimatiellota bacterium]Ą€0€¤€0€Ą€ MCL1888839Ŗ€ĸ€0€0€ €2potassium transporter TrkG [Enterobacter asburiae]Ą€0€¯€0€Ą€ HCH0658035Ŗ€ĸ€0€0€ €nucleotidyltransferase domain-containing protein [Treponema pedis] >QSI04618.1 hypothetical protein DYQ05_06545 [Treponema pedis]Ą€0€Š€0€Ą€ WP_024465855Ŗ€ĸ€0€0€ €÷PREDICTED: chorismate synthase, chloroplastic-like [Populus euphratica] >XP_011040988.1 PREDICTED: chorismate synthase, chloroplastic-like [Populus euphratica] >XP_011040989.1 PREDICTED: chorismate synthase, chloroplastic-like [Populus euphratica]Ą€0€Š€0€Ą€ XP_011040987Ŗ€ĸ€0€0€ €{DUF839 domain-containing protein [Peribacillus huizhouensis] >MBA9028579.1 hypothetical protein [Peribacillus huizhouensis]Ą€0€Š€0€Ą€ WP_182503633Ŗ€ĸ€0€0€ €8exosome complex component CSL4 [Cyclospora cayetanensis]Ą€0€Š€0€Ą€ XP_026193030Ŗ€ĸ€0€0€ €facyl-CoA synthetase short-chain family member 3, mitochondrial isoform X1 [Tympanuchus pallidicinctus]Ą€0€Š€0€Ą€ XP_052525039Ŗ€ĸ€0€0€ €‡ATP-binding protein, partial [Vibrio cyclitrophicus] >PMI43316.1 two-component sensor histidine kinase, partial [Vibrio cyclitrophicus]Ą€0€Š€0€Ą€ WP_102461582Ŗ€ĸ€0€0€ €IMotA/TolQ/ExbB proton channel family protein [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€NLD53371Ŗ€ĸ€0€0€ €Ghypothetical protein A2Z25_14160 [Planctomycetes bacterium RBG_16_55_9]Ą€0€¤€0€Ą€OHB76863Ŗ€ĸ€0€0€ €%Glycoside hydrolase [Trema orientale]Ą€0€¤€0€Ą€PON87355Ŗ€ĸ€0€0€ €!antiterminator [Escherichia coli]Ą€0€¤€0€Ą€ EIR8916606Ŗ€ĸ€0€0€ €Rlarge-conductance mechanosensitive channel protein MscL [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBQ7987638Ŗ€ĸ€0€0€ €0hypothetical protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCH7923992Ŗ€ĸ€0€0€ €0phage tail spike protein [Staphylococcus aureus]Ą€0€Š€0€Ą€ WP_234738658Ŗ€ĸ€0€0€ €=hypothetical protein BGZ52_007421 [Haplosporangium bisporale]Ą€0€¤€0€Ą€ KAF8953894Ŗ€ĸ€0€0€ €Jtype IVB secretion system protein IcmH/DotU [Paraburkholderia sp. BCC1876]Ą€0€Š€0€Ą€ WP_035556611Ŗ€ĸ€0€0€ €ˆhypothetical protein EG68_01051 [Paragonimus skrjabini miyazakii] >KAF8570863.1 hypothetical protein P879_06278 [Paragonimus westermani]Ą€0€¤€0€Ą€ KAF7261528Ŗ€ĸ€0€0€ €YZinc finger A20 and AN1 domain-containing stress-associated protein 8 [Capsicum chinense]Ą€0€¤€0€Ą€PHU06236Ŗ€ĸ€0€0€ €)S1/P1 nuclease [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0194197Ŗ€ĸ€0€0€ €ŧtRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Fibrobacter succinogenes] >MCL4100513.1 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase [Fibrobacter succinogenes]Ą€0€Š€0€Ą€ WP_249505358Ŗ€ĸ€0€0€ €qtype VI secretion protein ImpB [Bremerella cremea] >RCS50672.1 type VI secretion protein ImpB [Bremerella cremea]Ą€0€Š€0€Ą€ WP_114368818Ŗ€ĸ€0€0€ €vhypothetical protein [Enterocloster lavalensis] >RHR56373.1 hypothetical protein DWX10_06695 [Clostridium sp. AF18-27]Ą€0€Š€0€Ą€ WP_118754559Ŗ€ĸ€0€0€ €6hypothetical protein HG530_003420 [Fusarium avenaceum]Ą€0€¤€0€Ą€ KAI6772462Ŗ€ĸ€0€0€ €Apseudouridine-5'-phosphatase [Perognathus longimembris pacificus]Ą€0€Š€0€Ą€ XP_048189479Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5360769Ŗ€ĸ€0€0€ €Žtetratricopeptide repeat protein 4 [Cervus elaphus] >KAF4021760.1 hypothetical protein G4228_013227 [Cervus hanglu yarkandensis] >OWK05057.1 TTC4 [Cervus elaphus hippelaphus]Ą€0€Š€0€Ą€ XP_043732582Ŗ€ĸ€0€0€ €ANAD(P)/FAD-dependent oxidoreductase [Leptolyngbya sp. DLM2.Bin27]Ą€0€¤€0€Ą€TVQ11450Ŗ€ĸ€0€0€ €ģCof-type HAD-IIB family hydrolase [Blautia sp. An249] >OUO78620.1 haloacid dehalogenase [Blautia sp. An249] >HIY18965.1 Cof-type HAD-IIB family hydrolase [Candidatus Blautia avistercoris]Ą€0€Š€0€Ą€ WP_087222948Ŗ€ĸ€0€0€ €:B-cell receptor-associated protein 29 [Alligator sinensis]Ą€0€Š€0€Ą€ XP_025063182Ŗ€ĸ€0€0€ €TRAP transporter large permease [Rhodovulum sp. BSW8] >RBO52607.1 C4-dicarboxylate ABC transporter permease [Rhodovulum sp. BSW8]Ą€0€Š€0€Ą€ WP_113669955Ŗ€ĸ€0€0€ €gcarbohydrate porin [Pectobacterium polonicum] >TKY82725.1 carbohydrate porin [Pectobacterium polonicum]Ą€0€Š€0€Ą€ WP_137740674Ŗ€ĸ€0€0€ €Fhypothetical protein DFH08DRAFT_696408, partial [Mycena albidolilacea]Ą€0€¤€0€Ą€ KAJ7349597Ŗ€ĸ€0€0€ €1LXG domain-containing protein [Bacillus safensis]Ą€0€¤€0€Ą€ MBQ4874411Ŗ€ĸ€0€0€ €]pyruvate carboxylase [Bacillus subtilis] >RXF80141.1 pyruvate carboxylase [Bacillus subtilis]Ą€0€Š€0€Ą€ WP_021479352Ŗ€ĸ€0€0€ €8Uncharacterized protein GBIM_05064 [Gryllus bimaculatus]Ą€0€Ŧ€0€Ą€GLG98414Ŗ€ĸ€0€0€ €Tphosphoribosylformylglycinamidine synthase subunit PurL [Flavobacteriales bacterium]Ą€0€¤€0€Ą€ MCB0786882Ŗ€ĸ€0€0€ €9T-cell immunomodulatory protein isoform X1 [Calypte anna]Ą€0€Š€0€Ą€ XP_030313316Ŗ€ĸ€0€0€ €=fructose-6-phosphate aldolase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBM4374951Ŗ€ĸ€0€0€ €(hypothetical protein [Methanoregula sp.]Ą€0€¯€0€Ą€HII98403Ŗ€ĸ€0€0€ €Azinc ribbon domain-containing protein [Phycisphaerales bacterium]Ą€0€¤€0€Ą€ MCA9288779Ŗ€ĸ€0€0€ €NBAH and coiled-coil domain-containing protein 1 isoform X4 [Scatophagus argus]Ą€0€Š€0€Ą€ XP_046270414Ŗ€ĸ€0€0€ €6STAS domain-containing protein [Parafrankia sp. EUN1f]Ą€0€Š€0€Ą€ WP_157475717Ŗ€ĸ€0€0€ €OAsp-tRNA(Asn)/Glu-tRNA(Gln) amidotransferase subunit GatB [Helicobacter pylori]Ą€0€¤€0€Ą€ MCQ2791623Ŗ€ĸ€0€0€ €atpE [Ramlibacter sp.]Ą€0€¤€0€Ą€ MCE3270046Ŗ€ĸ€0€0€ €˜ATP-binding cassette domain-containing protein [Photobacterium sanctipauli] >PSW09154.1 ABC transporter ATP-binding protein [Photobacterium sanctipauli]Ą€0€Š€0€Ą€ WP_036816548Ŗ€ĸ€0€0€ €5hypothetical protein EYS10_02430 [Rahnella aquatilis]Ą€0€¤€0€Ą€QBJ07451Ŗ€ĸ€0€0€ €{GntR family transcriptional regulator [Ralstonia soli] >MCO5399359.1 GntR family transcriptional regulator [Ralstonia soli]Ą€0€Š€0€Ą€ WP_252681452Ŗ€ĸ€0€0€ €)peptidase M20 [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYR37153Ŗ€ĸ€0€0€ €3hypothetical protein [Betaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT6184820Ŗ€ĸ€0€0€ €kFMN-binding protein [Rhodocyclaceae bacterium] >MCB1892741.1 FMN-binding protein [Rhodocyclaceae bacterium]Ą€0€¤€0€Ą€ MBX3649353Ŗ€ĸ€0€0€ €;Crp/Fnr family transcriptional regulator [Listeria innocua]Ą€0€¯€0€Ą€ HBM3973915Ŗ€ĸ€0€0€ €:aminopeptidase N, partial [Candidatus Electrothrix marina]Ą€0€¤€0€Ą€RWX51021Ŗ€ĸ€0€0€ €:pre-mRNA-splicing factor syf1 [Tieghemiomyces parasiticus]Ą€0€¤€0€Ą€ KAJ1923473Ŗ€ĸ€0€0€ €-carbohydrate porin [Paracoccus denitrificans]Ą€0€Š€0€Ą€ WP_221246517Ŗ€ĸ€0€0€ €0SLC13 family permease [Acidimicrobiia bacterium]Ą€0€¤€0€Ą€MXZ69365Ŗ€ĸ€0€0€ €@TetR family transcriptional regulator [Streptomyces cavourensis]Ą€0€Ŧ€0€Ą€GGU82495Ŗ€ĸ€0€0€ €5amidohydrolase family protein [Achromobacter spanius]Ą€0€Š€0€Ą€ WP_279996009Ŗ€ĸ€0€0€ €ysarcosine oxidase subunit gamma [Roseivivax sediminis] >SFD92629.1 sarcosine oxidase subunit gamma [Roseivivax sediminis]Ą€0€Š€0€Ą€ WP_149755470Ŗ€ĸ€0€0€ €K5-(carboxyamino)imidazole ribonucleotide synthase [Paracoccaceae bacterium]Ą€0€¯€0€Ą€HCW85392Ŗ€ĸ€0€0€ €Bhypothetical protein PCASD_17198 [Puccinia coronata f. sp. avenae]Ą€0€¤€0€Ą€PLW21337Ŗ€ĸ€0€0€ €ÃS-ribosylhomocysteine lyase [Anaerostipes butyraticus] >GFO86756.1 S-ribosylhomocysteine lyase [Anaerostipes butyraticus] >HJC81655.1 S-ribosylhomocysteine lyase [Candidatus Anaerostipes avicola]Ą€0€Š€0€Ą€ WP_201312397Ŗ€ĸ€0€0€ €‚•HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] >MBU2071294.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] >MBU2181701.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] >MBU2205311.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBU1557098Ŗ€ĸ€0€0€ €6cytoplasmic protein, partial [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€TOF36258Ŗ€ĸ€0€0€ €ŽYitT family protein [Fusicatenibacter saccharivorans] >CUO62523.1 Uncharacterized BCR%2C YitT family COG1284 [Fusicatenibacter saccharivorans]Ą€0€Š€0€Ą€ WP_055228170Ŗ€ĸ€0€0€ €Bserine/threonine protein kinase bacterial [Eubacterium sp. CAG:86]Ą€0€Ĩ€0€Ą€CCX82620Ŗ€ĸ€0€0€ €Ghydrogenase nickel incorporation protein HypB [Desulfovibrio sp. JC010]Ą€0€¤€0€Ą€NDV26630Ŗ€ĸ€0€0€ €7hypothetical protein JTE90_027933 [Oedothorax gibbosus]Ą€0€¤€0€Ą€ KAG8195189Ŗ€ĸ€0€0€ €Mphosphate transport system regulatory protein PhoU [Acidobacteriia bacterium]Ą€0€¤€0€Ą€ MBZ5631081Ŗ€ĸ€0€0€ €nSmall secreted [Fusarium albosuccineum] >KAF5013315.1 hypothetical protein FDECE_665 [Fusarium decemcellulare]Ą€0€¤€0€Ą€ KAF4465142Ŗ€ĸ€0€0€ €eMHC class II antigen, partial [Podarcis sp.] >WHA30342.1 MHC class II antigen, partial [Podarcis sp.]Ą€0€¤€0€Ą€WHA30314Ŗ€ĸ€0€0€ €Blipopolysaccharide biosynthesis protein [Collinsella intestinalis]Ą€0€Š€0€Ą€ WP_239463733Ŗ€ĸ€0€0€ €’ABC transporter permease subunit [Psychrobacillus sp. OK032] >SES25045.1 phosphonate transport system permease protein [Psychrobacillus sp. OK032]Ą€0€Š€0€Ą€ WP_093271293Ŗ€ĸ€0€0€ €=LysR family transcriptional regulator [Halomonas sulfidaeris]Ą€0€Š€0€Ą€ WP_241524600Ŗ€ĸ€0€0€ €,dipeptidase 2 isoform X3 [Thunnus albacares]Ą€0€Š€0€Ą€ XP_044188718Ŗ€ĸ€0€0€ €ehypothetical protein [Enterobacter cloacae] >HAS1043574.1 hypothetical protein [Enterobacter cloacae]Ą€0€¯€0€Ą€ HAS1030591Ŗ€ĸ€0€0€ €_acyltransferase [Paracoccus sp. TK19116] >MCQ0970510.1 acyltransferase [Paracoccus sp. TK19116]Ą€0€Š€0€Ą€ WP_255329483Ŗ€ĸ€0€0€ €.glutamate 5-kinase [Chloroflexaceae bacterium]Ą€0€¤€0€Ą€ MCU0490050Ŗ€ĸ€0€0€ €MFS transporter [bacterium]Ą€0€¤€0€Ą€ MCP4309405Ŗ€ĸ€0€0€ €?ribonucleoside-diphosphate reductase [Bacteroidaceae bacterium]Ą€0€¤€0€Ą€ MBR5775979Ŗ€ĸ€0€0€ €`DUF1380 domain-containing protein [Salmonella enterica subsp. enterica serovar Bovismorbificans]Ą€0€¤€0€Ą€ EDT4006401Ŗ€ĸ€0€0€ €>acyl-CoA dehydrogenase family protein [Nitrospinota bacterium]Ą€0€¤€0€Ą€ MCH8312862Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR5342912Ŗ€ĸ€0€0€ €HCrp/Fnr family transcriptional regulator [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€NIR99268Ŗ€ĸ€0€0€ €ETetR family transcriptional regulator [Streptomyces pseudovenezuelae]Ą€0€Š€0€Ą€ WP_280876395Ŗ€ĸ€0€0€ €3Cys-tRNA(Pro) deacylase [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBO4309439Ŗ€ĸ€0€0€ €‘bile acid:sodium symporter family protein [Streptomyces sp. A1499] >THC50836.1 bile acid:sodium symporter family protein [Streptomyces sp. A1499]Ą€0€Š€0€Ą€ WP_136241334Ŗ€ĸ€0€0€ €*Repressor Rok [Bacillus paralicheniformis]Ą€0€¤€0€Ą€TWL42136Ŗ€ĸ€0€0€ €‚'nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] >XP_029075795.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] >XP_029075796.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] >XP_029075797.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros]Ą€0€Š€0€Ą€ XP_029075794Ŗ€ĸ€0€0€ €‚!ATP-binding protein [Vibrio cholerae] >EGQ7967949.1 ATP-binding protein [Vibrio cholerae] >EJL6688945.1 ATP-binding protein [Vibrio cholerae] >EJL6762622.1 ATP-binding protein [Vibrio cholerae] >OEC27232.1 AAA family ATPase [Vibrio cholerae] >OFI98586.1 AAA family ATPase [Vibrio cholerae]Ą€0€Š€0€Ą€ WP_053034526Ŗ€ĸ€0€0€ €,DUF1367 family protein [Salmonella enterica]Ą€0€¤€0€Ą€ EIN7713189Ŗ€ĸ€0€0€ €{organic hydroperoxide resistance protein [Gordonia sp. SID5947] >MYR07899.1 Ohr family peroxiredoxin [Gordonia sp. SID5947]Ą€0€Š€0€Ą€ WP_161061319Ŗ€ĸ€0€0€ €Ksodium/hydrogen exchanger family-like protein [Aureococcus anophagefferens]Ą€0€¤€0€Ą€ KAH8057076Ŗ€ĸ€0€0€ €:serine/threonine-protein kinase [Myxococcus sp. RHSTA-1-4]Ą€0€Š€0€Ą€ WP_223752944Ŗ€ĸ€0€0€ €8type II secretion system protein GspL [Escherichia coli]Ą€0€¤€0€Ą€ MCT6212844Ŗ€ĸ€0€0€ €4hypothetical protein ECZU26_46100 [Escherichia coli]Ą€0€Ŧ€0€Ą€GHL33785Ŗ€ĸ€0€0€ €?unnamed protein product, partial [Nippostrongylus brasiliensis]Ą€0€Ĩ€0€Ą€VDL79744Ŗ€ĸ€0€0€ €2class 1 fructose-bisphosphatase [Escherichia coli]Ą€0€¯€0€Ą€ HBA4333173Ŗ€ĸ€0€0€ €0hypothetical protein [Kiritimatiellia bacterium]Ą€0€¤€0€Ą€ MBR4170715Ŗ€ĸ€0€0€ €SDR family oxidoreductase [Pseudoalteromonas citrea] >TMP41951.1 ATPase [Pseudoalteromonas citrea] >TMP54508.1 ATPase [Pseudoalteromonas citrea]Ą€0€Š€0€Ą€ WP_138597401Ŗ€ĸ€0€0€ €8FYN-binding protein 1 isoform X2 [Pygocentrus nattereri]Ą€0€Š€0€Ą€ XP_017569355Ŗ€ĸ€0€0€ €5multidrug resistance protein B [Acinetobacter pittii]Ą€0€¤€0€Ą€RQL72805Ŗ€ĸ€0€0€ €<8-amino-7-oxononanoate synthase [Geodermatophilus chilensis]Ą€0€Š€0€Ą€ WP_100498040Ŗ€ĸ€0€0€ €1xylulose kinase isoform X1 [Sciurus carolinensis]Ą€0€Š€0€Ą€ XP_047387430Ŗ€ĸ€0€0€ €‚MULTISPECIES: sensor domain-containing diguanylate cyclase [Cetobacterium] >ERT69275.1 hypothetical protein HMPREF0202_00784 [Cetobacterium somerae ATCC BAA-474] >MBC2854398.1 diguanylate cyclase [Cetobacterium sp. 2G large] >MCQ9627033.1 diguanylate cyclase [Cetobacterium somerae]Ą€0€Š€0€Ą€ WP_023050329Ŗ€ĸ€0€0€ €:DNA-binding response regulator [Gemmatimonadota bacterium]Ą€0€¤€0€Ą€PYP94120Ŗ€ĸ€0€0€ €VE3 ubiquitin--protein ligase [Salmonella enterica subsp. arizonae serovar 62:z4,z23:-]Ą€0€¤€0€Ą€ EDV6147146Ŗ€ĸ€0€0€ €”extracellular solute-binding protein [Pseudoalteromonas sp. 78C3] >PKH90867.1 ABC transporter substrate-binding protein [Pseudoalteromonas sp. 78C3]Ą€0€Š€0€Ą€ WP_101164019Ŗ€ĸ€0€0€ €7FAD-dependent oxidoreductase [Peptococcaceae bacterium]Ą€0€¤€0€Ą€ MBQ2777352Ŗ€ĸ€0€0€ €iformimidoylglutamase [Actinomycetia bacterium] >MSY68116.1 formimidoylglutamase [Actinomycetia bacterium]Ą€0€¤€0€Ą€MSX50368Ŗ€ĸ€0€0€ €;hypothetical protein GGR55DRAFT_699545 [Xylaria sp. FL0064]Ą€0€¤€0€Ą€ KAI0815695Ŗ€ĸ€0€0€ €‚NMULTISPECIES: ABC transporter permease [unclassified Curtobacterium] >ROP65796.1 osmoprotectant transport system permease protein [Curtobacterium sp. ZW137] >ROS74152.1 osmoprotectant transport system permease protein [Curtobacterium sp. PhB130] >TCK62968.1 osmoprotectant transport system permease protein [Curtobacterium sp. PhB136]Ą€0€Š€0€Ą€ WP_123653117Ŗ€ĸ€0€0€ €‚ĸMULTISPECIES: glycogen/starch/alpha-glucan phosphorylase [Blautia] >MBS5705646.1 glycogen/starch/alpha-glucan phosphorylase [Ruminococcus sp.] >MBT9807380.1 glycogen/starch/alpha-glucan family phosphorylase [Blautia wexlerae] >UWO20871.1 glycogen/starch/alpha-glucan phosphorylase [Blautia wexlerae DSM 19850] >CUO27371.1 Maltodextrin phosphorylase [Blautia obeum] >VUX63411.1 Glycogen phosphorylase [Blautia wexlerae]Ą€0€Š€0€Ą€ WP_025579907Ŗ€ĸ€0€0€ €_CsbD family protein [Bosea sp. WAO] >KUL93954.1 hypothetical protein DK26_19640 [Bosea sp. WAO]Ą€0€Š€0€Ą€ WP_066476002Ŗ€ĸ€0€0€ €misoleucine--tRNA ligase [Staphylococcus xylosus] >ARD74219.1 isoleucine--tRNA ligase [Staphylococcus xylosus]Ą€0€Š€0€Ą€ WP_081224968Ŗ€ĸ€0€0€ €€alpha/beta fold hydrolase [Hymenobacter artigasi] >NKI88989.1 pimeloyl-ACP methyl ester carboxylesterase [Hymenobacter artigasi]Ą€0€Š€0€Ą€ WP_168672621Ŗ€ĸ€0€0€ €mbifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II [Achromobacter xylosoxidans]Ą€0€Š€0€Ą€ WP_202730319Ŗ€ĸ€0€0€ €1ABC transporter permease [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG5741623Ŗ€ĸ€0€0€ €9hypothetical protein ASG99_06755 [Bacillus sp. Soil768D1]Ą€0€¤€0€Ą€KRF62093Ŗ€ĸ€0€0€ €ehypothetical protein [Gordonia alkaliphila] >MCK0440380.1 hypothetical protein [Gordonia alkaliphila]Ą€0€Š€0€Ą€ WP_246995487Ŗ€ĸ€0€0€ €haminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MCF7895906Ŗ€ĸ€0€0€ €Aglycine cleavage system protein H [Hydrogenophaga taeniospiralis]Ą€0€¤€0€Ą€ MCB4366171Ŗ€ĸ€0€0€ €2hypothetical protein [[Bacteroides] pectinophilus]Ą€0€¤€0€Ą€ MCI6020178Ŗ€ĸ€0€0€ €‚ōMULTISPECIES: ATP-binding cassette domain-containing protein [Mesorhizobium] >RWC47022.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp.] >PAP97088.1 sugar ABC transporter ATP-binding protein [Mesorhizobium wenxiniae] >RUV30344.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp. M5C.F.Ca.IN.020.32.2.1] >RUV62313.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp. M5C.F.Ca.IN.020.29.1.1] >RWD49558.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp.]Ą€0€Š€0€Ą€ WP_029347391Ŗ€ĸ€0€0€ €QYedE-related selenium metabolism membrane protein [Desulfovibrionaceae bacterium]Ą€0€¤€0€Ą€ MBQ7739147Ŗ€ĸ€0€0€ €Iserine/threonine-protein kinase Sgk2-like isoform X1 [Oncorhynchus nerka]Ą€0€Š€0€Ą€ XP_029528577Ŗ€ĸ€0€0€ €4hypothetical protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCP4697618Ŗ€ĸ€0€0€ €7shikimate dehydrogenase [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCF6323317Ŗ€ĸ€0€0€ €îvitamin B12 ABC transporter substrate-binding protein BtuF [Klebsiella variicola] >QHW98968.1 vitamin B12 ABC transporter substrate-binding protein BtuF [Klebsiella variicola] >VGP99364.1 Vitamin B12-binding protein [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_136027195Ŗ€ĸ€0€0€ €Sanchored repeat ABC transporter, substrate-binding protein [Arcanobacterium phocae]Ą€0€Š€0€Ą€ WP_216395189Ŗ€ĸ€0€0€ €>DUF2497 domain-containing protein [Caulobacteraceae bacterium]Ą€0€¤€0€Ą€NBU29208Ŗ€ĸ€0€0€ €YDNA polymerase I [Priestia megaterium] >RDZ15629.1 DNA polymerase I [Priestia megaterium]Ą€0€Š€0€Ą€ WP_116073910Ŗ€ĸ€0€0€ €5uncharacterized protein LOC113689956 [Coffea arabica]Ą€0€Š€0€Ą€ XP_027063577Ŗ€ĸ€0€0€ €:DUF4148 domain-containing protein [Burkholderia ambifaria]Ą€0€Š€0€Ą€ WP_175715079Ŗ€ĸ€0€0€ €oLdh family oxidoreductase [Pseudomonas fluorescens] >KII37323.1 lactate dehydrogenase [Pseudomonas fluorescens]Ą€0€Š€0€Ą€ WP_034146623Ŗ€ĸ€0€0€ €VMarR family winged helix-turn-helix transcriptional regulator [Acinetobacter nectaris]Ą€0€Š€0€Ą€ WP_237414093Ŗ€ĸ€0€0€ €‚ IS3 family transposase [Escherichia coli] >EFB1168540.1 IS3 family transposase [Escherichia coli] >EFB3194574.1 IS3 family transposase [Escherichia coli] >EFC9591053.1 IS3 family transposase [Escherichia coli] >EFD4121895.1 IS3 family transposase [Escherichia coli]Ą€0€¤€0€Ą€ EEW7484806Ŗ€ĸ€0€0€ €EVQ34471.1 phage protein, partial [Staphylococcus aureus M1395]Ą€0€Š€0€Ą€ WP_049882603Ŗ€ĸ€0€0€ €+phosphodiesterase [Paracoccaceae bacterium]Ą€0€¤€0€Ą€ MCR9147539Ŗ€ĸ€0€0€ €@class I SAM-dependent methyltransferase [Caulobacter vibrioides]Ą€0€Š€0€Ą€ WP_081612908Ŗ€ĸ€0€0€ €ƒBON domain-containing protein [Psychrobacter sp. ANT_H56B] >KAA0923098.1 BON domain-containing protein [Psychrobacter sp. ANT_H56B]Ą€0€Š€0€Ą€ WP_149493237Ŗ€ĸ€0€0€ €5Fe-S cluster assembly protein SufD [Chloroflexus sp.]Ą€0€¤€0€Ą€ MBO9347542Ŗ€ĸ€0€0€ €Åhypothetical protein [Mycobacteroides franklinii] >ORA58548.1 hypothetical protein BST24_21075 [Mycobacteroides franklinii] >TDH17587.1 hypothetical protein EJ571_26800 [Mycobacteroides franklinii]Ą€0€Š€0€Ą€ WP_078336203Ŗ€ĸ€0€0€ €>LETM1 domain-containing protein 1 isoform X2 [Clupea harengus]Ą€0€Š€0€Ą€ XP_012676239Ŗ€ĸ€0€0€ €‚ÚHolliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPHIGHO2_01_FULL_44_39] >OGN60389.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPHIGHO2_12_FULL_44_59] >OGN66374.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPLOWO2_01_FULL_44_52] >OGN69407.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPLOWO2_02_FULL_45_22] >OGN70560.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPLOWO2_12_FULL_45_20]Ą€0€¤€0€Ą€OGN55943Ŗ€ĸ€0€0€ €Clipoprotein, acid phosphatase family [Rodentibacter pneumotropicus]Ą€0€Ĩ€0€Ą€VEH65358Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UNI03201Ŗ€ĸ€0€0€ €7SOSS complex subunit B2 isoform X2 [Callithrix jacchus]Ą€0€Š€0€Ą€ XP_008997370Ŗ€ĸ€0€0€ €MBF0251588.1 DnaJ domain-containing protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBF0248932Ŗ€ĸ€0€0€ €3neurobeachin-like protein 2 isoform X4 [Hyla sarda]Ą€0€Š€0€Ą€ XP_056374717Ŗ€ĸ€0€0€ €K1-acyl-sn-glycerol-3-phosphate acyltransferase [Sphingomonadales bacterium]Ą€0€¤€0€Ą€ MBM3921745Ŗ€ĸ€0€0€ €Hphenylacetate--CoA ligase family protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBL8834799Ŗ€ĸ€0€0€ €3sugar transferase [Dehalobacterium formicoaceticum]Ą€0€Š€0€Ą€ WP_089608892Ŗ€ĸ€0€0€ €2SDR family oxidoreductase [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MCA0387421Ŗ€ĸ€0€0€ €8ZIP family metal transporter [Mesorhizobium sp. RMAD-H1]Ą€0€Š€0€Ą€ WP_183433527Ŗ€ĸ€0€0€ €hYesL family protein [Peribacillus loiseleuriae] >KMY51228.1 membrane protein [Peribacillus loiseleuriae]Ą€0€Š€0€Ą€ WP_049682576Ŗ€ĸ€0€0€ €6type IV secretion system protein [Salmonella enterica]Ą€0€¤€0€Ą€ EHL1725675Ŗ€ĸ€0€0€ €“host specificity protein J [Salmonella enterica] >HAT5895895.1 host specificity protein J [Salmonella enterica subsp. enterica serovar Typhimurium]Ą€0€¤€0€Ą€ EFQ4765027Ŗ€ĸ€0€0€ €‚šMULTISPECIES: copper resistance protein B [Rhodanobacter] >KZC18931.1 copper resistance protein CopB [Rhodanobacter denitrificans] >UJJ52335.1 copper resistance protein B [Rhodanobacter denitrificans] >UJM95081.1 copper resistance protein B [Rhodanobacter denitrificans] >UJM98612.1 copper resistance protein B [Rhodanobacter denitrificans] >UJN21973.1 copper resistance protein B [Rhodanobacter denitrificans]Ą€0€Š€0€Ą€ WP_027489832Ŗ€ĸ€0€0€ €KATP-binding cassette domain-containing protein [Phyllobacterium calauticae]Ą€0€Š€0€Ą€ WP_226904802Ŗ€ĸ€0€0€ €IHybrid signal transduction histidine kinase J [Talaromyces marneffei PM1]Ą€0€¤€0€Ą€KFX48203Ŗ€ĸ€0€0€ €‹glycoside hydrolase family 43 protein [Chryseobacterium gleum] >MCD9615307.1 glycoside hydrolase family 43 protein [Chryseobacterium gleum]Ą€0€Š€0€Ą€ WP_232719809Ŗ€ĸ€0€0€ €‚ˆacetyl-CoA carboxylase carboxyltransferase subunit alpha [Komagataeibacter rhaeticus] >MBL7239943.1 acetyl-CoA carboxylase carboxyltransferase subunit alpha [Komagataeibacter rhaeticus] >PYD54161.1 acetyl-CoA carboxylase carboxyl transferase subunit alpha [Komagataeibacter rhaeticus] >GBQ17896.1 acetyl-CoA carboxylase carboxyltransferase subunit alpha [Komagataeibacter rhaeticus DSM 16663]Ą€0€Š€0€Ą€ WP_110581055Ŗ€ĸ€0€0€ €7DUF1501 domain-containing protein [Conexibacter woesei]Ą€0€Š€0€Ą€ WP_027004648Ŗ€ĸ€0€0€ €Amolybdopterin-binding protein [Chloroflexi bacterium RBG_16_56_8]Ą€0€¤€0€Ą€OGO39675Ŗ€ĸ€0€0€ €=hypothetical protein EF812_02150 [Methanosarcinales archaeon]Ą€0€¤€0€Ą€RZN15559Ŗ€ĸ€0€0€ €1S8 family serine peptidase [Wenzhouxiangella sp.]Ą€0€¤€0€Ą€ MCH8479059Ŗ€ĸ€0€0€ €wSLC13 family permease [Modicisalibacter tunisiensis] >MBZ9566096.1 SLC13 family permease [Modicisalibacter tunisiensis]Ą€0€Š€0€Ą€ WP_224419934Ŗ€ĸ€0€0€ €:hypothetical protein NM208_g2999 [Fusarium decemcellulare]Ą€0€¤€0€Ą€ KAJ3544539Ŗ€ĸ€0€0€ €khypothetical protein [Bacteroidales bacterium] >MBP8643674.1 hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBP7023394Ŗ€ĸ€0€0€ €Ccytochrome oxidase subunit 1, partial [Antaeotricha sp. Phillips01]Ą€0€¤€0€Ą€AFA24308Ŗ€ĸ€0€0€ €8hypothetical protein EZE20_01220 [Arundinibacter roseus]Ą€0€¤€0€Ą€TDB69252Ŗ€ĸ€0€0€ €›NADH-quinone oxidoreductase subunit G [Saccharopolyspora rhizosphaerae] >RRO13030.1 NADH-quinone oxidoreductase subunit G [Saccharopolyspora rhizosphaerae]Ą€0€Š€0€Ą€ WP_125093116Ŗ€ĸ€0€0€ €ˇMULTISPECIES: SDR family NAD(P)-dependent oxidoreductase [Aeromonas] >MBS4641730.1 SDR family oxidoreductase [Aeromonas media] >RQX24770.1 SDR family oxidoreductase [Aeromonas caviae]Ą€0€Š€0€Ą€ WP_042650033Ŗ€ĸ€0€0€ €&hypothetical protein [Roseobacter sp.]Ą€0€¯€0€Ą€HDZ79728Ŗ€ĸ€0€0€ €8unnamed protein product [Triticum turgidum subsp. durum]Ą€0€Ĩ€0€Ą€VAI76478Ŗ€ĸ€0€0€ €9hypothetical protein EJ110_NYTH05486 [Nymphaea thermarum]Ą€0€¤€0€Ą€ KAF3789931Ŗ€ĸ€0€0€ €•hypothetical protein, unlikely [Trypanosoma brucei gambiense DAL972] >CBH13546.1 hypothetical protein, unlikely [Trypanosoma brucei gambiense DAL972]Ą€0€Š€0€Ą€ XP_011775823Ŗ€ĸ€0€0€ €Yalpha/beta hydrolase [Slackia exigua] >MCQ5091589.1 alpha/beta hydrolase [Slackia exigua]Ą€0€Š€0€Ą€ WP_256314628Ŗ€ĸ€0€0€ €chypothetical protein [Ramlibacter paludis] >MCG2595475.1 hypothetical protein [Ramlibacter paludis]Ą€0€Š€0€Ą€ WP_275700142Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7792117Ŗ€ĸ€0€0€ €@NUMOD3 domain-containing DNA-binding protein [Ensifer sesbaniae]Ą€0€¤€0€Ą€ MCK3776214Ŗ€ĸ€0€0€ €*glutamate decarboxylase [Lentinula edodes]Ą€0€Ŧ€0€Ą€GAW04005Ŗ€ĸ€0€0€ €SPREDICTED: histone-lysine N-methyltransferase EZH2 isoform X7 [Anolis carolinensis]Ą€0€Š€0€Ą€ XP_016849932Ŗ€ĸ€0€0€ €glipid-transfer protein [Kineobactrum salinum] >QIB67398.1 lipid-transfer protein [Kineobactrum salinum]Ą€0€Š€0€Ą€ WP_163496825Ŗ€ĸ€0€0€ €6hypothetical protein E8E13_002760 [Curvularia kusanoi]Ą€0€¤€0€Ą€ KAF2999697Ŗ€ĸ€0€0€ €2hypothetical protein L484_022615 [Morus notabilis]Ą€0€¤€0€Ą€EXB75938Ŗ€ĸ€0€0€ €3ribosome recycling factor [Chloroflexota bacterium]Ą€0€¤€0€Ą€NLT72898Ŗ€ĸ€0€0€ €KIT15418.1 OsmC-like protein [Jannaschia aquimarina] >SNT22616.1 Uncharacterized OsmC-related protein [Jannaschia aquimarina]Ą€0€Š€0€Ą€ WP_043919642Ŗ€ĸ€0€0€ €?GNAT family N-acetyltransferase [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBE6455882Ŗ€ĸ€0€0€ €.hypothetical protein [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBK8805244Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ MCI4494966Ŗ€ĸ€0€0€ €7unnamed protein product [Eruca vesicaria subsp. sativa]Ą€0€Ĩ€0€Ą€ CAH8302172Ŗ€ĸ€0€0€ €âCUE domain family protein [Aspergillus niger] >GCB22365.1 protein phosphatase 2C homolog 2 [Aspergillus awamori] >GLA08129.1 protein phosphatase 2C 2 [Aspergillus niger] >GLA41243.1 protein phosphatase 2C 2 [Aspergillus niger]Ą€0€¤€0€Ą€TPR01788Ŗ€ĸ€0€0€ €HORF7a protein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UHH56899Ŗ€ĸ€0€0€ €/hypothetical protein [Armatimonadota bacterium]Ą€0€¤€0€Ą€ MBI5835246Ŗ€ĸ€0€0€ €Lhelix-turn-helix transcriptional regulator [Candidatus Coprenecus pullicola]Ą€0€¯€0€Ą€HIR73384Ŗ€ĸ€0€0€ €;DUF4412 domain-containing protein [Chlorobiaceae bacterium]Ą€0€¤€0€Ą€NTU59162Ŗ€ĸ€0€0€ €>universal stress protein [Candidatus Marinimicrobia bacterium]Ą€0€¯€0€Ą€HIO39972Ŗ€ĸ€0€0€ €4hypothetical protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW2003542Ŗ€ĸ€0€0€ €6zinc-binding dehydrogenase [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MBN1566249Ŗ€ĸ€0€0€ €2protein PROCA1 isoform X1 [Cynoglossus semilaevis]Ą€0€Š€0€Ą€ XP_024910805Ŗ€ĸ€0€0€ €9PREDICTED: sorting nexin-9 isoform X3 [Equus przewalskii]Ą€0€Š€0€Ą€ XP_008531547Ŗ€ĸ€0€0€ €:rap1 GTPase-activating protein 1 isoform 45 [Homo sapiens]Ą€0€Š€0€Ą€ NP_001375225Ŗ€ĸ€0€0€ €Uhypothetical protein PSTG_19309, partial [Puccinia striiformis f. sp. tritici PST-78]Ą€0€¤€0€Ą€KNE87310Ŗ€ĸ€0€0€ €„hypothetical protein [Saprospirales bacterium] >RME01247.1 nucleotidyltransferase domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€MAT55784Ŗ€ĸ€0€0€ €6hypothetical protein, partial [Pseudomonas aeruginosa]Ą€0€Š€0€Ą€ WP_256825141Ŗ€ĸ€0€0€ €úergothioneine biosynthesis protein EgtB [Rhodothalassium salexigens] >MBB4210547.1 ergothioneine biosynthesis protein EgtB [Rhodothalassium salexigens DSM 2132] >TCP37896.1 ergothioneine biosynthesis protein EgtB [Rhodothalassium salexigens DSM 2132]Ą€0€Š€0€Ą€ WP_200287444Ŗ€ĸ€0€0€ €DM20/M25/M40 family metallo-hydrolase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBW1759047Ŗ€ĸ€0€0€ €GlxA family transcriptional regulator [Mesorhizobium loti] >PLP59350.1 GlxA family transcriptional regulator [Mesorhizobium loti]Ą€0€Š€0€Ą€ WP_101936735Ŗ€ĸ€0€0€ €0class 1 internalin InlI [Listeria monocytogenes]Ą€0€¤€0€Ą€ EAE5693959Ŗ€ĸ€0€0€ €)poly(A) polymerase [Campylobacter jejuni]Ą€0€¤€0€Ą€ EHQ4925811Ŗ€ĸ€0€0€ €ĘDUF305 domain-containing protein [Jiulongibacter sediminis] >KPM49645.1 hypothetical protein AFM12_03365 [Jiulongibacter sediminis] >TBX26683.1 hypothetical protein TK44_03370 [Jiulongibacter sediminis]Ą€0€Š€0€Ą€ WP_055143902Ŗ€ĸ€0€0€ €Hclass I SAM-dependent RNA methyltransferase [Cystobacterineae bacterium]Ą€0€¤€0€Ą€ MCL2259531Ŗ€ĸ€0€0€ €WPutative zn(2)-C6 fungal-type DNA-binding domain-containing protein [Septoria linicola]Ą€0€¤€0€Ą€USW54809Ŗ€ĸ€0€0€ €ehypothetical protein [Bacillus cereus] >PWE74153.1 hypothetical protein B1R38_07650 [Bacillus cereus]Ą€0€Š€0€Ą€ WP_109103107Ŗ€ĸ€0€0€ €GSDR family NAD(P)-dependent oxidoreductase [Longimicrobiales bacterium]Ą€0€¤€0€Ą€ MCJ7630170Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MBR3543702Ŗ€ĸ€0€0€ €Phypothetical protein BKA65DRAFT_39412 [Rhexocercosporidium sp. MPI-PUGE-AT-0058]Ą€0€¤€0€Ą€ KAH7333078Ŗ€ĸ€0€0€ €‚dtRNA pseudouridine(38-40) synthase TruA [Bacillus sp. BB081] >PEA76755.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] >PEG07406.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] >PEI71178.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] >PEJ46601.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii]Ą€0€¤€0€Ą€ KAA0785577Ŗ€ĸ€0€0€ €_YjgB family protein [Bacillus sp. 28A-2] >MBD3860774.1 YjgB family protein [Bacillus sp. 28A-2]Ą€0€Š€0€Ą€ WP_191097707Ŗ€ĸ€0€0€ €Wmagnesium-protoporphyrin IX monomethyl ester (oxidative) cyclase [Roseomonas sp. MO-31]Ą€0€Š€0€Ą€ WP_270933235Ŗ€ĸ€0€0€ €/DNA-binding protein WhiA [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO4823235Ŗ€ĸ€0€0€ €Atranscription factor 7-like 2 isoform X33 [Phyllostomus discolor]Ą€0€Š€0€Ą€ XP_028368138Ŗ€ĸ€0€0€ €?hypothetical protein JMUB5056_0546 [Leptotrichia hongkongensis]Ą€0€Ŧ€0€Ą€BBM58963Ŗ€ĸ€0€0€ €RM34 protein [Ardeotis kori]Ą€0€¤€0€Ą€NXE29491Ŗ€ĸ€0€0€ €(hypothetical protein [Campylobacter sp.]Ą€0€¤€0€Ą€ MBQ7135263Ŗ€ĸ€0€0€ €2hypothetical protein FXO38_07820 [Capsicum annuum]Ą€0€¤€0€Ą€ KAF3668984Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€NQU12192Ŗ€ĸ€0€0€ €‚CMULTISPECIES: LLM class flavin-dependent oxidoreductase [unclassified Bradyrhizobium] >MCK1400345.1 LLM class flavin-dependent oxidoreductase [Bradyrhizobium sp. 39] >MCK1749257.1 LLM class flavin-dependent oxidoreductase [Bradyrhizobium sp. 135] >UPJ36101.1 LLM class flavin-dependent oxidoreductase [Bradyrhizobium sp. 4]Ą€0€Š€0€Ą€ WP_247359483Ŗ€ĸ€0€0€ €‹FAD-linked oxidase C-terminal domain-containing protein [Kangsaoukella pontilimi] >MXQ06675.1 FAD-binding protein [Kangsaoukella pontilimi]Ą€0€Š€0€Ą€ WP_160762600Ŗ€ĸ€0€0€ €$PREDICTED: expressed [Prunus dulcis]Ą€0€Ĩ€0€Ą€VVA34975Ŗ€ĸ€0€0€ €†penicillin-binding protein activator [Serratia plymuthica] >QJW53577.1 Penicillin-binding protein activator LpoA [Serratia plymuthica]Ą€0€Š€0€Ą€ WP_062791926Ŗ€ĸ€0€0€ €]AIDA autotransporter-like protein ShdA [Salmonella enterica subsp. enterica serovar Mbandaka]Ą€0€¤€0€Ą€ EBW1672033Ŗ€ĸ€0€0€ €-aminopeptidase [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€ MBP7948257Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ2895174Ŗ€ĸ€0€0€ €:hypothetical protein GGH99_005144 [Coemansia sp. RSA 1285]Ą€0€¤€0€Ą€ KAJ2681556Ŗ€ĸ€0€0€ €-peptide deformylase [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MCB0919686Ŗ€ĸ€0€0€ €)FliI/YscN family ATPase [Blastomonas sp.]Ą€0€¤€0€Ą€ MBL0967454Ŗ€ĸ€0€0€ €Chelix-turn-helix transcriptional regulator [Streptomyces sp. MBT53]Ą€0€¤€0€Ą€ MBK6016805Ŗ€ĸ€0€0€ €Fefflux RND transporter periplasmic adaptor subunit [Vibrio vulnificus]Ą€0€¯€0€Ą€ HAT8492399Ŗ€ĸ€0€0€ €2DUF6350 family protein [Brachybacterium sp. FME24]Ą€0€Š€0€Ą€ WP_226831873Ŗ€ĸ€0€0€ €qUma2 family endonuclease [Streptomyces brevispora] >TWG05003.1 Uma2 family endonuclease [Streptomyces brevispora]Ą€0€Š€0€Ą€ WP_145765032Ŗ€ĸ€0€0€ €PIS66 family insertion sequence element accessory protein TnpB [Escherichia coli]Ą€0€¤€0€Ą€ EFN6096987Ŗ€ĸ€0€0€ €hMULTISPECIES: phage integrase N-terminal SAM-like domain-containing protein [unclassified Mesorhizobium]Ą€0€Š€0€Ą€ WP_245437884Ŗ€ĸ€0€0€ €Hcofactor-independent phosphoglycerate mutase [Thermoguttaceae bacterium]Ą€0€¤€0€Ą€ MBP3694442Ŗ€ĸ€0€0€ €ŅMAG: 50S ribosomal protein L18 [Parcubacteria group bacterium GW2011_GWA1_36_12] >KKQ77315.1 MAG: 50S ribosomal protein L18, large subunit ribosomal protein L18 [Parcubacteria group bacterium GW2011_GWC1_38_6]Ą€0€¤€0€Ą€KKP93192Ŗ€ĸ€0€0€ €HMULTISPECIES: LamG domain-containing protein [unclassified Streptomyces]Ą€0€Š€0€Ą€ WP_031101924Ŗ€ĸ€0€0€ €1-deoxy-D-xylulose-5-phosphate reductoisomerase [Halopseudomonas salina] >GGC85400.1 1-deoxy-D-xylulose 5-phosphate reductoisomerase [Halopseudomonas salina]Ą€0€Š€0€Ą€ WP_150277740Ŗ€ĸ€0€0€ €%protein FAM184A [Aplysia californica]Ą€0€Š€0€Ą€ XP_005100439Ŗ€ĸ€0€0€ €0GRF zinc finger family protein [Striga asiatica]Ą€0€Ŧ€0€Ą€GER25411Ŗ€ĸ€0€0€ €[NADH dehydrogenase (ubiquinone) complex I, assembly factor 6 isoform X1 [Echinops telfairi]Ą€0€Š€0€Ą€ XP_004697524Ŗ€ĸ€0€0€ €9SMC-Scp complex subunit ScpB [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBE6787267Ŗ€ĸ€0€0€ €‹ParB/RepB/Spo0J family partition protein [Levilactobacillus hammesii] >KRL96171.1 Spo0J-like protein [Levilactobacillus hammesii DSM 16381]Ą€0€Š€0€Ą€ WP_057732191Ŗ€ĸ€0€0€ €.hypothetical protein [Kangiellaceae bacterium]Ą€0€¤€0€Ą€ MCF6194916Ŗ€ĸ€0€0€ €Čtetratricopeptide repeat protein [Mediterraneibacter faecis] >MCB5370915.1 tetratricopeptide repeat protein [Mediterraneibacter faecis] >MCB6849336.1 tetratricopeptide repeat protein [bacterium TM473]Ą€0€Š€0€Ą€ WP_226866106Ŗ€ĸ€0€0€ €,hypothetical protein [Staphylococcus aureus]Ą€0€¤€0€Ą€NGQ14502Ŗ€ĸ€0€0€ €‚50S ribosomal protein L30 [Oscillospiraceae bacterium] >MBQ9648641.1 50S ribosomal protein L30 [Oscillospiraceae bacterium] >MBR3560307.1 50S ribosomal protein L30 [Oscillospiraceae bacterium] >MBR7074962.1 50S ribosomal protein L30 [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ7713804Ŗ€ĸ€0€0€ €æDUF6268 family outer membrane beta-barrel protein [Salegentibacter salinarum] >PKD17627.1 hypothetical protein APR41_05295 [Salegentibacter salinarum] >SKB49907.1 hypothetical protein SAMN05660903_01084 [Salegentibacter salinarum]Ą€0€Š€0€Ą€ WP_079712214Ŗ€ĸ€0€0€ €:hypothetical protein Bbelb_436070 [Branchiostoma belcheri]Ą€0€¤€0€Ą€ KAI8478671Ŗ€ĸ€0€0€ €%TolC family protein [Fibrobacter sp.]Ą€0€¤€0€Ą€ MBQ2559410Ŗ€ĸ€0€0€ €Ëtype II toxin-antitoxin system Phd/YefM family antitoxin [Anaerotignum lactatifermentans] >SHK75081.1 antitoxin YefM [[Clostridium] lactatifermentans DSM 14214] [Anaerotignum lactatifermentans DSM 14214]Ą€0€Š€0€Ą€ WP_072851907Ŗ€ĸ€0€0€ €ųATP-binding cassette domain-containing protein [Gluconobacter sphaericus] >MBS1085533.1 ATP-binding cassette domain-containing protein [Gluconobacter sphaericus] >MBS1099329.1 ATP-binding cassette domain-containing protein [Gluconobacter sphaericus]Ą€0€Š€0€Ą€ WP_211555180Ŗ€ĸ€0€0€ €MCL6672754.1 acetylserotonin O-methyltransferase [Streptomyces panaciradicis]Ą€0€Š€0€Ą€ WP_249839557Ŗ€ĸ€0€0€ €rbifunctional pyr operon transcriptional regulator/uracil phosphoribosyltransferase PyrR [Armatimonadota bacterium]Ą€0€¤€0€Ą€ MBI2200351Ŗ€ĸ€0€0€ €*unnamed protein product [Mytilus coruscus]Ą€0€Ĩ€0€Ą€ CAC5421833Ŗ€ĸ€0€0€ €Žbifunctional 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase/2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase [Limimaricola sp.]Ą€0€¤€0€Ą€ MBI1418116Ŗ€ĸ€0€0€ €&ribonuclease HII [Sinomonas sp. JC656]Ą€0€Š€0€Ą€ WP_236663175Ŗ€ĸ€0€0€ €/prephenate dehydrogenase [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7152318Ŗ€ĸ€0€0€ €smetal-dependent hydrolase [Burkholderia sp. LS-044] >THJ53229.1 metal-dependent hydrolase [Burkholderia sp. LS-044]Ą€0€Š€0€Ą€ WP_136470377Ŗ€ĸ€0€0€ €yphosphoenolpyruvate mutase [Treponema denticola] >EMB36007.1 phosphoenolpyruvate phosphomutase [Treponema denticola H-22]Ą€0€Š€0€Ą€ WP_002682757Ŗ€ĸ€0€0€ €—hypothetical protein BO82DRAFT_396411 [Aspergillus uvarum CBS 121591] >PYH76040.1 hypothetical protein BO82DRAFT_396411 [Aspergillus uvarum CBS 121591]Ą€0€Š€0€Ą€ XP_025486240Ŗ€ĸ€0€0€ €aUDP-4-amino-4,6-dideoxy-N-acetyl-beta-L-altrosamine transaminase [Opitutae bacterium Tous-C1TDCM]Ą€0€¤€0€Ą€PAW68992Ŗ€ĸ€0€0€ €ES-layer homology domain-containing protein [Peptococcaceae bacterium]Ą€0€¤€0€Ą€ MCL6479991Ŗ€ĸ€0€0€ €response regulator transcription factor [Streptomyces malaysiensis] >PNG98910.1 hypothetical protein SMF913_14935 [Streptomyces malaysiensis]Ą€0€Š€0€Ą€ WP_250850661Ŗ€ĸ€0€0€ €>GNAT family N-acetyltransferase [Cytobacillus oceanisediminis]Ą€0€Š€0€Ą€ WP_282139373Ŗ€ĸ€0€0€ €LtRNA (guanosine(37)-N1)-methyltransferase TrmD [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€PYK96819Ŗ€ĸ€0€0€ €*oxidoreductase [Enterobacter nematophilus]Ą€0€Š€0€Ą€ WP_266179881Ŗ€ĸ€0€0€ €Dsplicing factor, proline- and glutamine-rich [Trematomus bernacchii]Ą€0€Š€0€Ą€ XP_033980738Ŗ€ĸ€0€0€ €Ctetratricopeptide repeat protein, partial [Brachyspira alvinipulli]Ą€0€Š€0€Ą€ WP_028330468Ŗ€ĸ€0€0€ €Dchromosomal replication initiator protein DnaA [Actinomadura citrea]Ą€0€Ŧ€0€Ą€GGT63801Ŗ€ĸ€0€0€ €‚yMULTISPECIES: hypothetical protein [Methylobacterium] >MBK3409648.1 hypothetical protein [Methylobacterium ajmalii] >MBK3423157.1 hypothetical protein [Methylobacterium ajmalii] >MBZ6411492.1 hypothetical protein [Methylobacterium sp.] >KMO16048.1 hypothetical protein QR79_23495 [Methylobacterium indicum] >KMO19021.1 hypothetical protein QR78_13900 [Methylobacterium indicum]Ą€0€Š€0€Ą€ WP_048428121Ŗ€ĸ€0€0€ €ƒDNA polymerase [Jatrophihabitans sp. GAS493] >SOD72742.1 P4 family phage/plasmid primase-like protien [Jatrophihabitans sp. GAS493]Ą€0€Š€0€Ą€ WP_157749445Ŗ€ĸ€0€0€ €Fhypothetical protein P691DRAFT_773989 [Macrolepiota fuliginosa MF-IS2]Ą€0€¤€0€Ą€ KAF9450340Ŗ€ĸ€0€0€ €whypothetical protein DW172_03870 [[Eubacterium] rectale] >DAQ21645.1 MAG TPA: hypothetical protein [Caudoviricetes sp.]Ą€0€¤€0€Ą€RHI25825Ŗ€ĸ€0€0€ €ZMAG: B12-binding domain-containing radical SAM protein [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€PYO04262Ŗ€ĸ€0€0€ €5M48 family metalloprotease [Paenibacillus silvestris]Ą€0€¤€0€Ą€MZQ82908Ŗ€ĸ€0€0€ €+NAD(+) synthase [Mediterraneibacter faecis]Ą€0€Š€0€Ą€ WP_278416415Ŗ€ĸ€0€0€ €,hypothetical protein [Klebsiella pneumoniae]Ą€0€¤€0€Ą€ MCP5940157Ŗ€ĸ€0€0€ €€arsenate reductase family protein [Paenibacillus algorifonticola] >SFF12613.1 arsenate reductase [Paenibacillus algorifonticola]Ą€0€Š€0€Ą€ WP_046233091Ŗ€ĸ€0€0€ €nhypothetical protein [Flavobacterium sp. 9] >PIF34155.1 hypothetical protein CLU81_4790 [Flavobacterium sp. 9]Ą€0€Š€0€Ą€ WP_099711966Ŗ€ĸ€0€0€ €aAAA family ATPase [Legionella sp. 31fI33] >MCC5015772.1 AAA family ATPase [Legionella sp. 31fI33]Ą€0€Š€0€Ą€ WP_228364598Ŗ€ĸ€0€0€ €Ãhypothetical protein TWF788_008153 [Orbilia oligospora] >KAF3229706.1 hypothetical protein TWF106_000094 [Orbilia oligospora] >KAF3229753.1 hypothetical protein TWF106_000141 [Orbilia oligospora]Ą€0€¤€0€Ą€ KAF3190632Ŗ€ĸ€0€0€ €5glucan 1,6-alpha-glucosidase [Arthrobacter sp. Hiyo6]Ą€0€Ŧ€0€Ą€GAP55147Ŗ€ĸ€0€0€ €’nucleoside-diphosphate sugar epimerase/dehydratase [Roseburia sp. OF03-24] >RGX93525.1 polysaccharide biosynthesis protein [Roseburia sp. OF03-24]Ą€0€Š€0€Ą€ WP_117920451Ŗ€ĸ€0€0€ €aMAG: class I SAM-dependent methyltransferase [Candidatus Pristimantibacillus lignocellulolyticus]Ą€0€¤€0€Ą€URN93064Ŗ€ĸ€0€0€ €cGMP-dependent protein kinase 1-like isoform X3 [Stegostoma fasciatum] >XP_048379118.1 cGMP-dependent protein kinase 1-like isoform X3 [Stegostoma fasciatum]Ą€0€Š€0€Ą€ XP_048379117Ŗ€ĸ€0€0€ €yhypothetical protein [Pelorhabdus rhamnosifermentans] >MBU2701193.1 hypothetical protein [Pelorhabdus rhamnosifermentans]Ą€0€Š€0€Ą€ WP_215829554Ŗ€ĸ€0€0€ €R50S ribosomal protein L11 methyltransferase [Candidatus Scatomorpha merdipullorum]Ą€0€¯€0€Ą€HIS66173Ŗ€ĸ€0€0€ €§ATP phosphoribosyltransferase regulatory subunit [Thermococcus chitonophagus] >ASJ16234.1 ATP phosphoribosyltransferase regulatory subunit [Thermococcus chitonophagus]Ą€0€Š€0€Ą€ WP_068579097Ŗ€ĸ€0€0€ €hypothetical protein [Pseudomonas nicosulfuronedens] >TLX75116.1 hypothetical protein FAS41_17365 [Pseudomonas nicosulfuronedens]Ą€0€Š€0€Ą€ WP_138524404Ŗ€ĸ€0€0€ €FtsX-like permease family protein [Sneathiella sedimenti] >MBO0332073.1 FtsX-like permease family protein [Sneathiella sedimenti]Ą€0€Š€0€Ą€ WP_207040866Ŗ€ĸ€0€0€ €vNAD(P)H:quinone oxidoreductase [Lactuca sativa] >KAJ0210844.1 hypothetical protein LSAT_V11C400208770 [Lactuca sativa]Ą€0€Š€0€Ą€ XP_023744527Ŗ€ĸ€0€0€ €rJ domain-containing protein [Rhizobium sp. RU35A] >SIQ65492.1 DnaJ domain-containing protein [Rhizobium sp. RU35A]Ą€0€Š€0€Ą€ WP_149746544Ŗ€ĸ€0€0€ €äuncharacterized protein BDV37DRAFT_281790 [Aspergillus pseudonomiae] >KAB8258687.1 hypothetical protein BDV32DRAFT_139428 [Aspergillus pseudonomiae] >KAE8405383.1 hypothetical protein BDV37DRAFT_281790 [Aspergillus pseudonomiae]Ą€0€Š€0€Ą€ XP_031942702Ŗ€ĸ€0€0€ €*prohead core protein [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_231208164Ŗ€ĸ€0€0€ €+hypothetical protein [Polynucleobacter sp.]Ą€0€¤€0€Ą€ MCF8184263Ŗ€ĸ€0€0€ €‚bhypothetical protein A2209_03080 [Candidatus Roizmanbacteria bacterium RIFOXYA1_FULL_41_12] >OGK67605.1 hypothetical protein A2262_03130 [Candidatus Roizmanbacteria bacterium RIFOXYA2_FULL_41_8] >OGK71071.1 hypothetical protein A2313_01640 [Candidatus Roizmanbacteria bacterium RIFOXYB2_FULL_41_10] >OGK71693.1 hypothetical protein A2403_04515 [Candidatus Roizmanbacteria bacterium RIFOXYC1_FULL_41_16] >OGK72958.1 hypothetical protein A2459_00360 [Candidatus Roizmanbacteria bacterium RIFOXYC2_FULL_41_10] >OGK75013.1 hypothetical protein A2575_03760 [Candidatus Roizmanbacteria bacterium RIFOXYD1_FULL_41_24]Ą€0€¤€0€Ą€OGK67013Ŗ€ĸ€0€0€ €6pyruvate, phosphate dikinase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCB9002045Ŗ€ĸ€0€0€ €7hypothetical protein H5410_000522 [Solanum commersonii]Ą€0€¤€0€Ą€ KAG5628805Ŗ€ĸ€0€0€ €y50S ribosomal protein L13 [Streptococcus sp. 'caviae'] >OLN82535.1 50S ribosomal protein L13 [Streptococcus sp. 'caviae']Ą€0€Š€0€Ą€ WP_075347218Ŗ€ĸ€0€0€ €GPLP-dependent aminotransferase family protein [Acinetobacter baumannii]Ą€0€¯€0€Ą€ HAV5500596Ŗ€ĸ€0€0€ €khypothetical protein [Eikenella glucosivorans] >MBH5329991.1 hypothetical protein [Eikenella glucosivorans]Ą€0€Š€0€Ą€ WP_197903834Ŗ€ĸ€0€0€ €9glucose-6-phosphate dehydrogenase [Mycolicibacterium sp.]Ą€0€¤€0€Ą€ MBV8349295Ŗ€ĸ€0€0€ €‚Ņglycosyltransferase family 2 protein [Salmonella enterica subsp. enterica serovar Kentucky] >EEI5373392.1 glycosyltransferase family 2 protein [Salmonella enterica] >ECT1171768.1 glycosyltransferase family 2 protein [Salmonella enterica subsp. enterica serovar Kentucky] >EDN1506693.1 glycosyltransferase family 2 protein [Salmonella enterica subsp. enterica serovar Kentucky] >EEC4989996.1 glycosyltransferase [Salmonella enterica subsp. enterica serovar Kentucky]Ą€0€¤€0€Ą€ EBY9237686Ŗ€ĸ€0€0€ €=ABC transporter ATP-binding protein [Actinospica durhamensis]Ą€0€¤€0€Ą€ MBR7834804Ŗ€ĸ€0€0€ €‚zMULTISPECIES: N-acetylmuramoyl-L-alanine amidase [Bacillus] >ACJ82450.1 surface-layer N-acetylmuramoyl-L-alanine amidase [Bacillus cereus AH187] >EEL01922.1 Uncharacterized cell wall amidase [Bacillus cereus BDRD-ST26] >EJP95160.1 hypothetical protein IAU_02552 [Bacillus cereus IS075] >EJR12385.1 hypothetical protein II7_03266 [Bacillus cereus MSX-A12] >EOO85953.1 hypothetical protein IGS_04272 [Bacillus cereus IS845/00] >EOO93950.1 hypothetical protein IGQ_05206 [Bacillus cereus IS195] >KFK75853.1 hypothetical protein DJ87_4170 [Bacillus cereus] >BAL16690.1 N-acetylmuramoyl-L-alanine amidase, family 3 [Bacillus cereus NC7401]Ą€0€Š€0€Ą€ WP_000877275Ŗ€ĸ€0€0€ €3hypothetical protein [Nocardioides ginsengisegetis]Ą€0€¤€0€Ą€ MBA8802464Ŗ€ĸ€0€0€ €BNADH-quinone oxidoreductase subunit J [Desulfobulbaceae bacterium]Ą€0€¤€0€Ą€RPH43036Ŗ€ĸ€0€0€ €^MAG: hypothetical protein CVV42_01665 [Candidatus Riflebacteria bacterium HGW-Riflebacteria-2]Ą€0€¤€0€Ą€PKL50735Ŗ€ĸ€0€0€ €6formate dehydrogenase subunit alpha [Listeria innocua]Ą€0€¤€0€Ą€ ECJ9372216Ŗ€ĸ€0€0€ €@glycosyltransferase family 4 protein [Chitinophagales bacterium]Ą€0€¤€0€Ą€ MCB9044857Ŗ€ĸ€0€0€ €6unnamed protein product, partial [Heterotrigona itama]Ą€0€Ĩ€0€Ą€ CAD1480611Ŗ€ĸ€0€0€ €DORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UXX67934Ŗ€ĸ€0€0€ €Kzinc ABC transporter substrate-binding protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBR4318777Ŗ€ĸ€0€0€ €ŦTIR domain-containing protein [Lentzea flava] >MCP2198634.1 TIR domain-containing protein [Lentzea flava] >GGU29014.1 hypothetical protein GCM10010178_21430 [Lentzea flava]Ą€0€Š€0€Ą€ WP_189253472Ŗ€ĸ€0€0€ €uncharacterized protein LOC6505447 [Drosophila ananassae] >EDV33046.1 uncharacterized protein Dana_GF22794 [Drosophila ananassae]Ą€0€Š€0€Ą€ XP_001964912Ŗ€ĸ€0€0€ €‚~MULTISPECIES: TIGR02569 family protein [Gordonia] >AUH70197.1 TIGR02569 family protein [Gordonia sp. YC-JH1] >KJR05318.1 aminoglycoside phosphotransferase [Gordonia sihwensis] >KXT55746.1 aminoglycoside phosphotransferase [Gordonia sp. QH-12] >WFN95022.1 TIGR02569 family protein [Gordonia sihwensis] >GAC60174.1 hypothetical protein GSI01S_08_00290 [Gordonia sihwensis NBRC 108236]Ą€0€Š€0€Ą€ WP_006895514Ŗ€ĸ€0€0€ €4zinc finger protein-like 1 homolog [Vigna umbellata]Ą€0€Š€0€Ą€ XP_047161348Ŗ€ĸ€0€0€ €(arogenate dehydratase 2 [Actinidia rufa]Ą€0€Ŧ€0€Ą€GFZ13182Ŗ€ĸ€0€0€ €Sflagellar basal body P-ring formation chaperone FlgA [Desulfobacteraceae bacterium]Ą€0€¤€0€Ą€ MCD4741867Ŗ€ĸ€0€0€ €‚YebG family protein [Yersinia pseudotuberculosis] >ABS47248.1 conserved hypothetical protein [Yersinia pseudotuberculosis IP 31758] >AIN12483.1 yebG family protein [Yersinia pseudotuberculosis] >AJJ07133.1 yebG family protein [Yersinia pseudotuberculosis] >AJJ59135.1 yebG family protein [Yersinia pseudotuberculosis YPIII] >AJK14935.1 yebG family protein [Yersinia pseudotuberculosis str. PA3606]Ą€0€Š€0€Ą€ WP_012105291Ŗ€ĸ€0€0€ €zFxLYD domain-containing protein [Serratia marcescens] >KAB1583004.1 hypothetical protein F7687_04745 [Serratia marcescens]Ą€0€Š€0€Ą€ WP_151428268Ŗ€ĸ€0€0€ €-hypothetical protein [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG4742902Ŗ€ĸ€0€0€ €a2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Anoxybacillus caldiproteolyticus]Ą€0€Š€0€Ą€ WP_199425576Ŗ€ĸ€0€0€ €bpyruvate dehydrogenase complex dihydrolipoyllysine-residue acetyltransferase [Citrobacter braakii]Ą€0€¤€0€Ą€ KAA0555231Ŗ€ĸ€0€0€ €ksite-specific integrase [Bacteroides fragilis] >MCM0301863.1 site-specific integrase [Bacteroides fragilis]Ą€0€Š€0€Ą€ WP_250703775Ŗ€ĸ€0€0€ €rholin [Streptomyces hiroshimensis] >GGY03608.1 hypothetical protein GCM10010324_58150 [Streptomyces hiroshimensis]Ą€0€Š€0€Ą€ WP_190024728Ŗ€ĸ€0€0€ €-biotin sulfoxide reductase [Escherichia coli]Ą€0€¤€0€Ą€ EJH9475741Ŗ€ĸ€0€0€ €Mpeptidyl-prolyl cis-trans isomerase, FKBP-type [Cellvibrio japonicus Ueda107]Ą€0€¤€0€Ą€ACE85434Ŗ€ĸ€0€0€ €1transcriptional regulator [Bacteroides uniformis]Ą€0€¯€0€Ą€HAF83917Ŗ€ĸ€0€0€ €{hypothetical protein [Acetivibrio ethanolgignens] >KSV57640.1 hypothetical protein ASU35_04340 [Acetivibrio ethanolgignens]Ą€0€Š€0€Ą€ WP_058354136Ŗ€ĸ€0€0€ €'isoprenyl transferase [Pedosphaera sp.]Ą€0€¤€0€Ą€ MCH2591601Ŗ€ĸ€0€0€ €3toprim domain-containing protein [Escherichia coli]Ą€0€¤€0€Ą€ EJV3581946Ŗ€ĸ€0€0€ €įMULTISPECIES: helix-turn-helix domain-containing protein [Pseudooceanicola] >MBT9383758.1 helix-turn-helix domain-containing protein [Pseudooceanicola endophyticus] >MXN17612.1 hypothetical protein [Pseudooceanicola sp. GBMRC 2024]Ą€0€Š€0€Ą€ WP_160893107Ŗ€ĸ€0€0€ €{calcium/sodium antiporter [Aeromonas allosaccharophila] >KRW64096.1 sodium:calcium antiporter [Aeromonas allosaccharophila]Ą€0€Š€0€Ą€ WP_058051508Ŗ€ĸ€0€0€ €§carboxymuconolactone decarboxylase family protein [Pedobacter insulae] >SFG54931.1 alkylhydroperoxidase AhpD family core domain-containing protein [Pedobacter insulae]Ą€0€Š€0€Ą€ WP_090991509Ŗ€ĸ€0€0€ €1NADH dehydrogenase subunit 5 [Brasenia schreberi]Ą€0€¤€0€Ą€UDH58358Ŗ€ĸ€0€0€ €Ĩenergy-coupling factor ABC transporter permease [Phaeovibrio sulfidiphilus] >MBE1236758.1 energy-coupling factor ABC transporter permease [Phaeovibrio sulfidiphilus]Ą€0€Š€0€Ą€ WP_192533765Ŗ€ĸ€0€0€ €2hypothetical protein [Elusimicrobiaceae bacterium]Ą€0€¤€0€Ą€ MBR5151349Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UHM53165Ŗ€ĸ€0€0€ €‚RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >EEX47327.1 SusD family protein [Bacteroides finegoldii DSM 17565] >KAA5218700.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >KAA5222702.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >KAA5227102.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >KAA5231214.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii]Ą€0€Š€0€Ą€ WP_007747506Ŗ€ĸ€0€0€ €9immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€ MBN4480386Ŗ€ĸ€0€0€ €3hypothetical protein [Streptomyces kebangsaanensis]Ą€0€Š€0€Ą€ WP_073952834Ŗ€ĸ€0€0€ €JMULTISPECIES: ABC transporter ATP-binding protein [unclassified Rhizobium]Ą€0€Š€0€Ą€ WP_247749043Ŗ€ĸ€0€0€ €protein translocase subunit SecF [Hansschlegelia quercus] >TBN54352.1 protein translocase subunit SecF [Hansschlegelia quercus]Ą€0€Š€0€Ą€ WP_131001993Ŗ€ĸ€0€0€ €Bsigma-70 family RNA polymerase sigma factor [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ2865526Ŗ€ĸ€0€0€ €:putative uncharacterized protein [Bacteroides sp. CAG:661]Ą€0€Ĩ€0€Ą€CCZ48101Ŗ€ĸ€0€0€ €žHAMP domain-containing sensor histidine kinase [Micromonospora wenchangensis] >OWV08417.1 two-component sensor histidine kinase [Micromonospora wenchangensis]Ą€0€Š€0€Ą€ WP_088644037Ŗ€ĸ€0€0€ €?hypothetical protein RHMOL_Rhmol02G0260000 [Rhododendron molle]Ą€0€¤€0€Ą€ KAI8569196Ŗ€ĸ€0€0€ €3AMP-binding protein [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€RLB66027Ŗ€ĸ€0€0€ €‚ĢMULTISPECIES: orotate phosphoribosyltransferase [Streptomyces] >AMW11901.1 orotate phosphoribosyltransferase [Streptomyces qaidamensis] >MBB3078130.1 orotate phosphoribosyltransferase [Streptomyces violarus] >MBB4713667.1 orotate phosphoribosyltransferase [Streptomyces luteogriseus] >QWB24144.1 orotate phosphoribosyltransferase [Streptomyces sp. MG62] >UUA07132.1 orotate phosphoribosyltransferase [Streptomyces sp. CRLD-Y-1]Ą€0€Š€0€Ą€ WP_030245666Ŗ€ĸ€0€0€ €1M48 family peptidase [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€NCY12679Ŗ€ĸ€0€0€ €6LTA synthase family protein [Pseudomonas chlororaphis]Ą€0€Š€0€Ą€ WP_277588386Ŗ€ĸ€0€0€ €cresponse regulator [Phormidium tenue] >MBD3884873.1 response regulator [Phormidium tenue FACHB-886]Ą€0€Š€0€Ą€ WP_191131110Ŗ€ĸ€0€0€ €Žuncharacterized protein BDW43DRAFT_266629 [Aspergillus alliaceus] >KAB8236978.1 hypothetical protein BDW43DRAFT_266629 [Aspergillus alliaceus]Ą€0€Š€0€Ą€ XP_031903815Ŗ€ĸ€0€0€ €{SIS domain-containing protein [Paralysiella testudinis] >QRQ82957.1 SIS domain-containing protein [Paralysiella testudinis]Ą€0€Š€0€Ą€ WP_230340254Ŗ€ĸ€0€0€ €?class I SAM-dependent methyltransferase [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_234278623Ŗ€ĸ€0€0€ €glycosyltransferase [bacterium]Ą€0€¤€0€Ą€ MCH9811988Ŗ€ĸ€0€0€ €‚ŨFe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EFA3821121.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EFN8166508.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EHK7392752.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EJE6823416.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >MBA0904959.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli]Ą€0€Š€0€Ą€ WP_097346712Ŗ€ĸ€0€0€ €Ītranslation initiation factor IF-3 [Myxococcales bacterium] >MCB9543735.1 translation initiation factor IF-3 [Myxococcales bacterium] >MCB9552708.1 translation initiation factor IF-3 [Myxococcales bacterium]Ą€0€¤€0€Ą€ MCB9527501Ŗ€ĸ€0€0€ €3methyltransferase type 11 [Leptolyngbya sp. BL0902]Ą€0€¤€0€Ą€QQE66073Ŗ€ĸ€0€0€ €”MBL fold metallo-hydrolase [Mobilisporobacter senegalensis] >ROR29357.1 phosphoribosyl 1,2-cyclic phosphodiesterase [Mobilisporobacter senegalensis]Ą€0€Š€0€Ą€ WP_123608797Ŗ€ĸ€0€0€ €aAAA family ATPase [Heliomicrobium undosum] >MZP30094.1 AAA family ATPase [Heliomicrobium undosum]Ą€0€Š€0€Ą€ WP_161258623Ŗ€ĸ€0€0€ €$Ceramide kinase [Eufriesea mexicana]Ą€0€¤€0€Ą€OAD54734Ŗ€ĸ€0€0€ €eABC transporter permease, partial [Comamonadaceae bacterium CG17_big_fil_post_rev_8_21_14_2_50_60_13]Ą€0€¤€0€Ą€PIW09420Ŗ€ĸ€0€0€ €Îhypothetical protein UX30_C0003G0029 [Candidatus Saccharibacteria bacterium GW2011_GWA2_46_10] >OGL36370.1 hypothetical protein A3F05_01315 [Candidatus Saccharibacteria bacterium RIFCSPHIGHO2_12_FULL_47_17]Ą€0€¤€0€Ą€KKU20154Ŗ€ĸ€0€0€ €=TATA-box-binding protein [Candidatus Woesearchaeota archaeon]Ą€0€¤€0€Ą€ MCF7871960Ŗ€ĸ€0€0€ €Ąiron-sulfur cluster assembly accessory protein [Pedobacter sp. MC2016-14] >MCD0490685.1 iron-sulfur cluster assembly accessory protein [Pedobacter sp. MC2016-14]Ą€0€Š€0€Ą€ WP_230693348Ŗ€ĸ€0€0€ €NLacI family DNA-binding transcriptional regulator [Achromobacter xylosoxidans]Ą€0€Š€0€Ą€ WP_238874073Ŗ€ĸ€0€0€ €5tight junction protein ZO-1 isoform X18 [Salmo salar]Ą€0€Š€0€Ą€ XP_014030939Ŗ€ĸ€0€0€ €Ŗbeta-ketoacyl synthase chain length factor [Candidatus Accumulibacter sp.] >MBO3713725.1 beta-ketoacyl synthase chain length factor [Candidatus Accumulibacter sp.]Ą€0€¤€0€Ą€ MBN8497621Ŗ€ĸ€0€0€ €Qisovaleryl-CoA dehydrogenase [Klebsiella quasipneumoniae subsp. similipneumoniae]Ą€0€¯€0€Ą€ HBR1243745Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UFM00670Ŗ€ĸ€0€0€ €GGX34874.1 hypothetical protein GCM10010946_10190 [Undibacterium squillarum]Ą€0€Š€0€Ą€ WP_189355971Ŗ€ĸ€0€0€ €!ROP1L protein [Climacteris rufus]Ą€0€¤€0€Ą€NWW81056Ŗ€ĸ€0€0€ €GMULTISPECIES: MIP/aquaporin family protein [unclassified Streptococcus]Ą€0€Š€0€Ą€ WP_173213591Ŗ€ĸ€0€0€ €mDNA repair protein RecN [Mammaliicoccus sciuri] >MCD8796080.1 DNA repair protein RecN [Mammaliicoccus sciuri]Ą€0€Š€0€Ą€ WP_232180661Ŗ€ĸ€0€0€ €,amidohydrolase [Leptolyngbya sp. LCM1.Bin17]Ą€0€¤€0€Ą€TVP67793Ŗ€ĸ€0€0€ €ĮMULTISPECIES: LysR family transcriptional regulator [unclassified Pseudomonas] >CRM45038.1 Nodulation protein D 2 [Pseudomonas sp. 24 E 1] >CRM66157.1 Nodulation protein D 2 [Pseudomonas sp. 24 R 17]Ą€0€Š€0€Ą€ WP_065881511Ŗ€ĸ€0€0€ €Ldiol dehydratase reactivase subunit alpha, partial [Actinomycetospora lutea]Ą€0€Š€0€Ą€ WP_274285032Ŗ€ĸ€0€0€ €Oadenylate/guanylate cyclase domain-containing protein [Paracoccaceae bacterium]Ą€0€¤€0€Ą€NDH21517Ŗ€ĸ€0€0€ €Qhypothetical protein C9933_01770, partial [Methylophaga nitratireducenticrescens]Ą€0€¤€0€Ą€PTB82517Ŗ€ĸ€0€0€ €MCK7309622.1 ATPase RavA [Enterobacter quasiroggenkampii]Ą€0€Š€0€Ą€ WP_248222673Ŗ€ĸ€0€0€ €)monooxygenase, partial [Escherichia coli]Ą€0€Š€0€Ą€ WP_105466370Ŗ€ĸ€0€0€ €&zincin [Fistulina hepatica ATCC 64428]Ą€0€¤€0€Ą€KIY45866Ŗ€ĸ€0€0€ €/ABC transporter permease [Campylobacter jejuni]Ą€0€¤€0€Ą€ MBJ6738874Ŗ€ĸ€0€0€ €oPseD protein [Campylobacter jejuni subsp. jejuni] >PJQ25940.1 PseD protein [Campylobacter jejuni subsp. jejuni]Ą€0€¤€0€Ą€PJQ02245Ŗ€ĸ€0€0€ €ĪNADP-dependent isocitrate dehydrogenase [Chishuiella changwenlii] >GGE92899.1 isocitrate dehydrogenase, NADP-dependent [Chishuiella changwenlii] >SHL32651.1 isocitrate dehydrogenase [Chishuiella changwenlii]Ą€0€Š€0€Ą€ WP_072932559Ŗ€ĸ€0€0€ €msirohydrochlorin chelatase [Bacillus velezensis] >QMT22485.1 sirohydrochlorin chelatase [Bacillus velezensis]Ą€0€Š€0€Ą€ WP_182072700Ŗ€ĸ€0€0€ €‚Įoligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] >MCG7962544.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha endolucinida] >RLW53795.1 hypothetical protein B6D76_10365 [gamma proteobacterium symbiont of Stewartia floridana] >MCG7895059.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] >MCG7911621.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori]Ą€0€¤€0€Ą€ MCG7868091Ŗ€ĸ€0€0€ €DNAD(P)H-quinone oxidoreductase subunit O [Trichodesmium sp. MAG_R03]Ą€0€¤€0€Ą€ MCL2931045Ŗ€ĸ€0€0€ €8DUF2807 domain-containing protein [Phocaeicola vulgatus]Ą€0€¤€0€Ą€UKI46111Ŗ€ĸ€0€0€ €0starch-binding protein [Clostridiales bacterium]Ą€0€¤€0€Ą€ MCR5635645Ŗ€ĸ€0€0€ €}Fe-S protein assembly chaperone HscA [Pseudomonas alcaligenes] >AMR68125.1 molecular chaperone HscA [Pseudomonas alcaligenes]Ą€0€Š€0€Ą€ WP_061905238Ŗ€ĸ€0€0€ €wvirion morphogenesis protein [Salinivibrio sp. VYel6] >MPX98299.1 virion morphogenesis protein [Salinivibrio sp. VYel6]Ą€0€Š€0€Ą€ WP_152835594Ŗ€ĸ€0€0€ €9S-adenosylmethionine synthetase [Calothrix sp. NIES-2100]Ą€0€Ŧ€0€Ą€BAY23582Ŗ€ĸ€0€0€ €Ęcryptochrome/photolyase family protein [Ensifer adhaerens] >MBW0367276.1 cryptochrome/photolyase family protein [Ensifer adhaerens] >UCM24800.1 cryptochrome/photolyase family protein [Ensifer adhaerens]Ą€0€Š€0€Ą€ WP_218685492Ŗ€ĸ€0€0€ €Ahypothetical protein BDV28DRAFT_75688 [Aspergillus coremiiformis]Ą€0€¤€0€Ą€ KAE8354616Ŗ€ĸ€0€0€ €#RNase H [Lachnoanaerobaculum orale]Ą€0€¤€0€Ą€RRJ17109Ŗ€ĸ€0€0€ €yhypothetical protein [Streptomyces flaveolus] >GGQ85011.1 hypothetical protein GCM10010216_53510 [Streptomyces flaveolus]Ą€0€Š€0€Ą€ WP_189232804Ŗ€ĸ€0€0€ €Kpyruvate:ferredoxin (flavodoxin) oxidoreductase [Streptococcus ruminantium]Ą€0€Š€0€Ą€ WP_156009076Ŗ€ĸ€0€0€ €7protein C8orf37 homolog isoform X1 [Globicephala melas]Ą€0€Š€0€Ą€ XP_030718790Ŗ€ĸ€0€0€ €LDDE-type integrase/transposase/recombinase, partial [Streptococcus pyogenes]Ą€0€Š€0€Ą€ WP_153276888Ŗ€ĸ€0€0€ €6exonuclease SbcCD subunit D [Nocardioides sp. Leaf285]Ą€0€Š€0€Ą€ WP_082500294Ŗ€ĸ€0€0€ €9DUF3685 domain-containing protein [Limnoraphis sp. WC205]Ą€0€¤€0€Ą€ MCG5061674Ŗ€ĸ€0€0€ €0ribonuclease HII [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCB1857105Ŗ€ĸ€0€0€ €†type II CAAX endopeptidase family protein [Burkholderia stabilis] >AOR70215.1 hypothetical protein BBJ41_21845 [Burkholderia stabilis]Ą€0€Š€0€Ą€ WP_069748396Ŗ€ĸ€0€0€ €AJV64443.1 Atg10p [Saccharomyces cerevisiae YJM1439] >AJV72920.1 Atg10p [Saccharomyces cerevisiae YJM195] >AJV79977.1 Atg10p [Saccharomyces cerevisiae YJM627] >CAD6477098.1 Y55_G0026480.mRNA.1.CDS.1 [Saccharomyces cerevisiae]Ą€0€¤€0€Ą€AJV50090Ŗ€ĸ€0€0€ €Ahypothetical protein AMJ75_03530 [Phycisphaerae bacterium SM1_79]Ą€0€¤€0€Ą€KPL24525Ŗ€ĸ€0€0€ €3predicted protein, partial [Nematostella vectensis]Ą€0€¤€0€Ą€EDO26407Ŗ€ĸ€0€0€ €8hypothetical protein Psch_03290 [Pelotomaculum schinkii]Ą€0€¤€0€Ą€TEB04530Ŗ€ĸ€0€0€ €BSURP and G-patch domain-containing protein 2 [Opisthocomus hoazin]Ą€0€¤€0€Ą€KFR16735Ŗ€ĸ€0€0€ €Ķleucine--tRNA ligase [Lacticaseibacillus paracasei] >QPC25636.1 leucine--tRNA ligase [Lacticaseibacillus paracasei subsp. tolerans] >QPC28527.1 leucine--tRNA ligase [Lacticaseibacillus paracasei subsp. tolerans]Ą€0€Š€0€Ą€ WP_194957532Ŗ€ĸ€0€0€ €;hypothetical protein BDV39DRAFT_210154 [Aspergillus sergii]Ą€0€¤€0€Ą€ KAE8322051Ŗ€ĸ€0€0€ €;hypothetical protein J6590_089891 [Homalodisca vitripennis]Ą€0€¤€0€Ą€ KAG8246189Ŗ€ĸ€0€0€ €4SDR family oxidoreductase [Actinomadura sp. CNU-125]Ą€0€Š€0€Ą€ WP_262401812Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€ACH90072Ŗ€ĸ€0€0€ €?zinc finger BED domain-containing protein 6 [Lontra canadensis]Ą€0€Š€0€Ą€ XP_032734223Ŗ€ĸ€0€0€ €6hypothetical protein VPNG_07072 [Cytospora leucostoma]Ą€0€¤€0€Ą€ROW07476Ŗ€ĸ€0€0€ €YKu protein [Lysobacter sp. CFH 32150] >MCI4568869.1 Ku protein [Lysobacter sp. CFH 32150]Ą€0€Š€0€Ą€ WP_242908489Ŗ€ĸ€0€0€ €‚Vcytochrome d ubiquinol oxidase subunit II [Pseudomonas extremorientalis] >KAB0519141.1 cytochrome d ubiquinol oxidase subunit II [Pseudomonas extremorientalis] >OIN09428.1 cytochrome d ubiquinol oxidase subunit II [Pseudomonas extremorientalis] >SDP23785.1 cytochrome bd-I ubiquinol oxidase subunit 2 apoprotein [Pseudomonas extremorientalis]Ą€0€Š€0€Ą€ WP_071489953Ŗ€ĸ€0€0€ €2hypothetical protein T08_2256 [Trichinella sp. T8]Ą€0€¤€0€Ą€KRZ86866Ŗ€ĸ€0€0€ €h3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA [Pseudomonas chlororaphis subsp. aurantiaca]Ą€0€Ŧ€0€Ą€BBN52434Ŗ€ĸ€0€0€ €OFGGY-family carbohydrate kinase [Candidatus Ornithoclostridium faecigallinarum]Ą€0€¯€0€Ą€HIU98185Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€Ŧ€0€Ą€BAO11608Ŗ€ĸ€0€0€ €Šalpha/beta hydrolase [Flavobacterium sp. Sd200] >MXN90357.1 alpha/beta hydrolase fold domain-containing protein [Flavobacterium sp. Sd200]Ą€0€Š€0€Ą€ WP_160748510Ŗ€ĸ€0€0€ €;hypothetical protein DL768_008612 [Monosporascus sp. mg162]Ą€0€¤€0€Ą€RYP44998Ŗ€ĸ€0€0€ €8CBS domain-containing protein [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MCF6289355Ŗ€ĸ€0€0€ €,hypothetical protein [Propionibacterium sp.]Ą€0€¤€0€Ą€NLI85305Ŗ€ĸ€0€0€ €5microsomal epoxide hydrolase [Bisporella sp. PMI_857]Ą€0€¤€0€Ą€ KAH8586608Ŗ€ĸ€0€0€ €$flavodoxin [Clostridiales bacterium]Ą€0€¤€0€Ą€NLY70754Ŗ€ĸ€0€0€ €2RNase E specificity factor CsrD [Escherichia coli]Ą€0€¤€0€Ą€ EJP8326510Ŗ€ĸ€0€0€ €Tol-Pal system beta propeller repeat protein TolB [Bradyrhizobium sp. 197] >MCK1480005.1 Tol-Pal system protein TolB [Bradyrhizobium sp. 197]Ą€0€Š€0€Ą€ WP_247447489Ŗ€ĸ€0€0€ €kDoxX family protein [Flavihumibacter profundi] >MBZ5855725.1 DoxX family protein [Flavihumibacter profundi]Ą€0€Š€0€Ą€ WP_224115114Ŗ€ĸ€0€0€ €Ecircularly permuted type 2 ATP-grasp protein [Demequina salsinemoris]Ą€0€Š€0€Ą€ WP_236685314Ŗ€ĸ€0€0€ €>DUF533 domain-containing protein [Planctomycetaceae bacterium]Ą€0€¤€0€Ą€ MBI1382466Ŗ€ĸ€0€0€ €Kisocitrate/isopropylmalate family dehydrogenase [Rhodococcus sp. IEGM 1381]Ą€0€Š€0€Ą€ WP_283277237Ŗ€ĸ€0€0€ €cytochrome c biogenesis protein CcdA [Flavobacterium sp. ENC] >MCD0466111.1 thioredoxin family protein [Flavobacterium sp. ENC]Ą€0€Š€0€Ą€ WP_230702007Ŗ€ĸ€0€0€ €0alpha/beta hydrolase [Herbidospora mongoliensis]Ą€0€Š€0€Ą€ WP_245657543Ŗ€ĸ€0€0€ €¨unnamed protein product [Rotaria sp. Silwood2] >CAF3933291.1 unnamed protein product [Rotaria sp. Silwood2] >CAF4156877.1 unnamed protein product [Rotaria sp. Silwood2]Ą€0€Ĩ€0€Ą€ CAF2595159Ŗ€ĸ€0€0€ €zhypothetical protein [Streptomyces sp. AVP053U2] >ODA69813.1 hypothetical protein APS67_006030 [Streptomyces sp. AVP053U2]Ą€0€Š€0€Ą€ WP_256082840Ŗ€ĸ€0€0€ €npolyhydroxyalkanoate granule-associated protein PhaF, partial [Pseudomonas syringae pv. actinidiae ICMP 18807]Ą€0€¤€0€Ą€EPN58803Ŗ€ĸ€0€0€ €MCA6015739.1 hypothetical protein [Bacteroides thetaiotaomicron] >MCE8839479.1 hypothetical protein [Bacteroides thetaiotaomicron] >MCS2255778.1 hypothetical protein [Bacteroides thetaiotaomicron] >UYV00040.1 hypothetical protein KQP69_20920 [Bacteroides thetaiotaomicron]Ą€0€Š€0€Ą€ WP_164674633Ŗ€ĸ€0€0€ €Übenzoate 1,2-dioxygenase large subunit [Neoroseomonas oryzicola] >MBR0662409.1 benzoate 1,2-dioxygenase large subunit [Neoroseomonas oryzicola] >NKE20303.1 benzoate 1,2-dioxygenase large subunit [Neoroseomonas oryzicola]Ą€0€Š€0€Ą€ WP_168044369Ŗ€ĸ€0€0€ €ícyclopropane-fatty-acyl-phospholipid synthase family protein [Klebsiella variicola] >MBD0698784.1 class I SAM-dependent methyltransferase [Klebsiella variicola] >MBD0750750.1 class I SAM-dependent methyltransferase [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_188200635Ŗ€ĸ€0€0€ €UTT38419.1 cell division protein ZapE [Glutamicibacter mishrai]Ą€0€Š€0€Ą€ WP_255164512Ŗ€ĸ€0€0€ €aaminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Burkholderiaceae bacterium]Ą€0€¤€0€Ą€NCX40317Ŗ€ĸ€0€0€ €Uiron chelate uptake ABC transporter family permease subunit [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EIU6828535Ŗ€ĸ€0€0€ €&DUF535 family protein [Dyella sp. C11]Ą€0€Š€0€Ą€ WP_109125398Ŗ€ĸ€0€0€ €`phosphonate metabolism protein/1,5-bisphosphokinase (PRPP-forming) PhnN [Pseudomonas aeruginosa]Ą€0€¤€0€Ą€ MBG6436126Ŗ€ĸ€0€0€ €?Trinucleotide repeat-containing 6C protein, partial [Bos mutus]Ą€0€¤€0€Ą€ELR45644Ŗ€ĸ€0€0€ €:UBN2 domain-containing protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEW91653Ŗ€ĸ€0€0€ €7vesicle transport v-SNARE protein [Ancylostoma caninum]Ą€0€¤€0€Ą€RCN27214Ŗ€ĸ€0€0€ €ŽHlyD family efflux transporter periplasmic adaptor subunit [Novosphingobium sp. AAP83] >KPF90740.1 RND transporter [Novosphingobium sp. AAP83]Ą€0€Š€0€Ą€ WP_054108586Ŗ€ĸ€0€0€ €nYesL family protein [Streptococcus oralis] >RXX20231.1 hypothetical protein DF216_07965 [Streptococcus oralis]Ą€0€Š€0€Ą€ WP_129326500Ŗ€ĸ€0€0€ €>MAG: hypothetical protein EA390_15105 [Balneolaceae bacterium]Ą€0€¤€0€Ą€TVR26043Ŗ€ĸ€0€0€ €ČTonB-dependent siderophore receptor [Alcaligenes faecalis] >OSZ32898.1 TonB-dependent siderophore receptor [Alcaligenes faecalis] >OSZ45083.1 TonB-dependent siderophore receptor [Alcaligenes faecalis]Ą€0€¤€0€Ą€ KAA1286543Ŗ€ĸ€0€0€ €_MFS transporter [Flavobacterium sp. YO64] >RXM44565.1 MFS transporter [Flavobacterium sp. YO64]Ą€0€Š€0€Ą€ WP_129053744Ŗ€ĸ€0€0€ €Hphosphate starvation-inducible protein PhoH [Mariprofundus ferrooxydans]Ą€0€¤€0€Ą€KON47367Ŗ€ĸ€0€0€ €‚Ehypothetical protein COW87_04375 [Candidatus Levybacteria bacterium CG22_combo_CG10-13_8_21_14_all_35_11] >PJA91225.1 hypothetical protein CO135_02535 [Candidatus Levybacteria bacterium CG_4_9_14_3_um_filter_35_16] >PJC54843.1 hypothetical protein CO028_00105 [Candidatus Levybacteria bacterium CG_4_9_14_0_2_um_filter_35_21]Ą€0€¤€0€Ą€PIP74303Ŗ€ĸ€0€0€ €MFimD/PapC N-terminal domain-containing protein, partial [Salmonella enterica]Ą€0€Š€0€Ą€ WP_283162015Ŗ€ĸ€0€0€ €/TonB-dependent receptor [Pseudomonas lundensis]Ą€0€Š€0€Ą€ WP_070412310Ŗ€ĸ€0€0€ €@ARF GTPase-activating protein GIT1, partial [Galemys pyrenaicus]Ą€0€¤€0€Ą€ KAG8520114Ŗ€ĸ€0€0€ €ņsite-specific integrase [Vibrio parahaemolyticus] >EHR6685984.1 site-specific integrase [Vibrio parahaemolyticus] >EHR6714578.1 site-specific integrase [Vibrio parahaemolyticus] >EJA3434004.1 site-specific integrase [Vibrio parahaemolyticus]Ą€0€¤€0€Ą€ EGR2264783Ŗ€ĸ€0€0€ €8unnamed protein product [Ciceribacter naphthalenivorans]Ą€0€Ĩ€0€Ą€SSC70273Ŗ€ĸ€0€0€ €‚1MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3725010.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3729647.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3731436.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3755590.1 MBL fold metallo-hydrolase [Phenylobacterium sp.]Ą€0€¤€0€Ą€ MCA3708721Ŗ€ĸ€0€0€ €‚ycytochrome c heme attachment protein [Camelina laxa] >UIS13606.1 cytochrome c heme attachment protein [Camelina laxa] >UIS14362.1 cytochrome c heme attachment protein [Camelina laxa] >UIS14866.1 cytochrome c heme attachment protein [Camelina laxa] >UIS16546.1 cytochrome c heme attachment protein [Camelina laxa] >UIS16630.1 cytochrome c heme attachment protein [Camelina laxa]Ą€0€Š€0€Ą€ YP_010258034Ŗ€ĸ€0€0€ €ĸamino acid ABC transporter permease [Rhodospirillum centenum] >ACJ00490.1 general L-amino acid transport system permease protein AapM [Rhodospirillum centenum SW]Ą€0€Š€0€Ą€ WP_012568269Ŗ€ĸ€0€0€ €Yarylsulfatase [Bradyrhizobium jicamae] >KRR03613.1 arylsulfatase [Bradyrhizobium jicamae]Ą€0€Š€0€Ą€ WP_057837626Ŗ€ĸ€0€0€ €‡outer membrane protein transport protein [Vibrio splendidus] >MCC5516714.1 outer membrane protein transport protein [Vibrio splendidus]Ą€0€Š€0€Ą€ WP_102511913Ŗ€ĸ€0€0€ €8hypothetical protein F5877DRAFT_90668 [Lentinula edodes]Ą€0€¤€0€Ą€ KAJ3918428Ŗ€ĸ€0€0€ €4hypothetical protein BSM_00760 [uncultured archaeon]Ą€0€Ĩ€0€Ą€CBH36599Ŗ€ĸ€0€0€ €.hypothetical protein [Phaseolibacter flectens]Ą€0€Š€0€Ą€ WP_028684940Ŗ€ĸ€0€0€ €@hypothetical protein BGO69_14355 [Bacteroidetes bacterium 46-16]Ą€0€¤€0€Ą€OJW81690Ŗ€ĸ€0€0€ €1pseudouridine synthase [Ruminococcus bicirculans]Ą€0€Š€0€Ą€ WP_278643529Ŗ€ĸ€0€0€ €$hypothetical protein [Treponema sp.]Ą€0€¤€0€Ą€ MBR5966198Ŗ€ĸ€0€0€ €­phycobilisome rod-core linker polypeptide CpcG [filamentous cyanobacterium CCT1] >PSN78489.1 phycobilisome rod-core linker polypeptide CpcG [filamentous cyanobacterium CCP4]Ą€0€¤€0€Ą€PSN12224Ŗ€ĸ€0€0€ €Iaminotransferase class V-fold PLP-dependent enzyme [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5857838Ŗ€ĸ€0€0€ €VFB13610.1 Enterochelin esterase and related enzymes [Bacteroides heparinolyticus]Ą€0€Š€0€Ą€ WP_131751929Ŗ€ĸ€0€0€ €'acyltransferase [Prevotella intermedia]Ą€0€Š€0€Ą€ WP_257012936Ŗ€ĸ€0€0€ €8cohesin domain-containing protein [Coprococcus eutactus]Ą€0€Š€0€Ą€ WP_242859101Ŗ€ĸ€0€0€ €?hypothetical protein GQ55_2G141800 [Panicum hallii var. hallii]Ą€0€¤€0€Ą€PUZ69802Ŗ€ĸ€0€0€ €Æflavodoxin family protein [Pectobacterium zantedeschiae] >RYC40169.1 NADPH-dependent FMN reductase [Pectobacterium zantedeschiae] >RYC40743.1 flavodoxin family protein [Pectobacterium zantedeschiae]Ą€0€Š€0€Ą€ WP_129712947Ŗ€ĸ€0€0€ €Ūhypothetical protein [Candidatus Thiodiazotropha sp. (ex Codakia orbicularis)] >MBV2127212.1 hypothetical protein [Candidatus Thiodiazotropha taylori] >MCG7980321.1 hypothetical protein [Candidatus Thiodiazotropha taylori]Ą€0€¤€0€Ą€ MBT3039312Ŗ€ĸ€0€0€ €%SDK2 protein [Tricholaema leucomelas]Ą€0€¤€0€Ą€NXX47445Ŗ€ĸ€0€0€ € hypothetical protein [bacterium]Ą€0€¤€0€Ą€ MCP3684079Ŗ€ĸ€0€0€ €.Rdx family protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MCH7797911Ŗ€ĸ€0€0€ €ANU17428.1 competence/damage-inducible protein A [Planococcus maritimus]Ą€0€Š€0€Ą€ WP_068462781Ŗ€ĸ€0€0€ €0hypothetical protein LWI28_011377 [Acer negundo]Ą€0€¤€0€Ą€ KAI9181093Ŗ€ĸ€0€0€ €5metallophosphoesterase [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€MAZ13301Ŗ€ĸ€0€0€ €;hypothetical protein B7X58_05460 [Marinobacter sp. 34-60-7]Ą€0€¤€0€Ą€OZB16321Ŗ€ĸ€0€0€ €Chypothetical protein GGH91_005494, partial [Coemansia sp. RSA 2671]Ą€0€¤€0€Ą€ KAJ2335352Ŗ€ĸ€0€0€ €7AIR synthase family protein [Halanaerobiales bacterium]Ą€0€¤€0€Ą€ MCG8513288Ŗ€ĸ€0€0€ €+hypothetical protein [Alicyclobacillus sp.]Ą€0€¤€0€Ą€ MCL6517734Ŗ€ĸ€0€0€ €ohypothetical protein [Burkholderia anthina] >QTD92621.1 hypothetical protein J4G50_30875 [Burkholderia anthina]Ą€0€Š€0€Ą€ WP_207999384Ŗ€ĸ€0€0€ €3MULTISPECIES: SCO family protein [Paraburkholderia]Ą€0€Š€0€Ą€ WP_018419316Ŗ€ĸ€0€0€ €:PAS domain-containing protein [Methylobacterium sp. E-025]Ą€0€¤€0€Ą€ MCJ2110312Ŗ€ĸ€0€0€ €$molecular chaperone DnaJ [bacterium]Ą€0€¤€0€Ą€ MCS6830908Ŗ€ĸ€0€0€ €mhypothetical protein [Salinarimonas soli] >KAA2235884.1 hypothetical protein F0L46_17755 [Salinarimonas soli]Ą€0€Š€0€Ą€ WP_149819987Ŗ€ĸ€0€0€ €'fimbrial protein [Citrobacter freundii]Ą€0€¯€0€Ą€ HAT4052191Ŗ€ĸ€0€0€ €bmetallophosphoesterase [Prevotella sp. P3-122] >OYP60843.1 phosphoesterase [Prevotella sp. P3-122]Ą€0€Š€0€Ą€ WP_094400414Ŗ€ĸ€0€0€ €aunnamed protein product [Rotaria sordida] >CAF3953809.1 unnamed protein product [Rotaria sordida]Ą€0€Ĩ€0€Ą€ CAF1109260Ŗ€ĸ€0€0€ €:hypothetical protein RvY_00523 [Ramazzottius varieornatus]Ą€0€Ŧ€0€Ą€GAU87713Ŗ€ĸ€0€0€ €bATP synthase F0 subunit 8 [Pteraclis aesticola] >BAN83429.1 ATPase subunit 8 [Pteraclis aesticola]Ą€0€Š€0€Ą€ YP_008593487Ŗ€ĸ€0€0€ €LNAD-dependent DNA ligase LigB [Enterobacter hormaechei subsp. steigerwaltii]Ą€0€¯€0€Ą€ HAV1793262Ŗ€ĸ€0€0€ €3acyl-CoA dehydrogenase [Arthrobacter sp. StoSoilA2]Ą€0€Ŧ€0€Ą€BCW36351Ŗ€ĸ€0€0€ €‚?deaminase [Actinoplanes lobatus] >MBB4753895.1 diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase [Actinoplanes lobatus] >GGN97137.1 hypothetical protein GCM10010112_89040 [Actinoplanes lobatus] >GIE45510.1 hypothetical protein Alo02nite_84080 [Actinoplanes lobatus]Ą€0€Š€0€Ą€ WP_188125540Ŗ€ĸ€0€0€ €6hypothetical protein [Peptostreptococcaceae bacterium]Ą€0€¤€0€Ą€ MBK5261536Ŗ€ĸ€0€0€ €.isoleucine--tRNA ligase [Gorillibacterium sp.]Ą€0€¤€0€Ą€ MCL6457358Ŗ€ĸ€0€0€ €mS1 family peptidase [Streptomyces flavotricini] >MCC0100320.1 S1 family peptidase [Streptomyces flavotricini]Ą€0€Š€0€Ą€ WP_229343766Ŗ€ĸ€0€0€ €‚ĄLysR family transcriptional regulator [Bordetella hinzii] >AKQ54763.1 Hca operon transcriptional activator [Bordetella hinzii] >AKQ59276.1 Hca operon transcriptional activator [Bordetella hinzii] >AZW15478.1 LysR family transcriptional regulator [Bordetella hinzii] >KXA72336.1 LysR family transcriptional regulator [Bordetella hinzii LMG 13501] >MBZ0076701.1 LysR family transcriptional regulator [Bordetella hinzii]Ą€0€Š€0€Ą€ WP_029579419Ŗ€ĸ€0€0€ €Ķhypothetical protein DFH05DRAFT_1530656 [Lentinula boryana] >KAJ3793441.1 hypothetical protein GGU11DRAFT_759943 [Lentinula boryana] >KAJ3979909.1 hypothetical protein F5890DRAFT_1478160 [Lentinula aff. boryana]Ą€0€¤€0€Ą€ KAJ3738999Ŗ€ĸ€0€0€ €/adenylosuccinate lyase [Chlorobiales bacterium]Ą€0€¤€0€Ą€ MCG8377291Ŗ€ĸ€0€0€ €Ģacyl-ACP--UDP-N-acetylglucosamine O-acyltransferase [Methylocystis silviterrae] >NUJ79490.1 acyl-ACP--UDP-N-acetylglucosamine O-acyltransferase [Methylocystis silviterrae]Ą€0€Š€0€Ą€ WP_175093485Ŗ€ĸ€0€0€ €ESL02508.1 FCD domain protein [Catonella morbi ATCC 51271]Ą€0€Š€0€Ą€ WP_023355490Ŗ€ĸ€0€0€ €,ribosome silencing factor [Ruminococcus sp.]Ą€0€¤€0€Ą€ MBQ8348910Ŗ€ĸ€0€0€ €5carbamate kinase [Candidatus Saganbacteria bacterium]Ą€0€¤€0€Ą€NQT29221Ŗ€ĸ€0€0€ €6uncharacterized protein LOC124420266 [Lucilia cuprina]Ą€0€Š€0€Ą€ XP_046808501Ŗ€ĸ€0€0€ €yfamily 2 glycosyl transferase [Bordetella bronchialis] >ANN75062.1 family 2 glycosyl transferase [Bordetella bronchialis]Ą€0€¤€0€Ą€ANN69912Ŗ€ĸ€0€0€ €Euncharacterized protein LOC122317079 isoform X4 [Carya illinoinensis]Ą€0€Š€0€Ą€ XP_042989918Ŗ€ĸ€0€0€ €%aldo/keto reductase [Nostoc sp. KVJ3]Ą€0€Š€0€Ą€ WP_265272113Ŗ€ĸ€0€0€ €‚8MULTISPECIES: alpha-ketoglutarate-dependent dioxygenase AlkB [unclassified Mesorhizobium] >RWK07815.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp.] >TGT01899.1 alpha-ketoglutarate-dependent dioxygenase AlkB [bacterium M00.F.Ca.ET.177.01.1.1] >TGQ54748.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.210.01.1.1] >TGQ73527.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.212.01.1.1] >TGR10977.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.204.01.1.1]Ą€0€Š€0€Ą€ WP_127859415Ŗ€ĸ€0€0€ €qGxxExxY protein [Elizabethkingia miricola] >AJW64861.1 hypothetical protein VO54_03431 [Elizabethkingia miricola]Ą€0€Š€0€Ą€ WP_045183792Ŗ€ĸ€0€0€ €-APC family permease [Micrococcales bacterium]Ą€0€¤€0€Ą€NCA08360Ŗ€ĸ€0€0€ €5EamA family transporter [Chelativorans sp. YIM 93263]Ą€0€Š€0€Ą€ WP_274423713Ŗ€ĸ€0€0€ €?hypothetical_protein [Leishmania braziliensis MHOM/BR/75/M2904]Ą€0€Ĩ€0€Ą€SYZ65887Ŗ€ĸ€0€0€ €‚Na(+)-translocating NADH-quinone reductase subunit A [Rodentibacter pneumotropicus] >OOF64197.1 NADH:ubiquinone reductase (Na(+)-transporting) subunit A [Rodentibacter pneumotropicus] >THA18460.1 Na(+)-translocating NADH-quinone reductase subunit A [Rodentibacter pneumotropicus]Ą€0€Š€0€Ą€ WP_077583480Ŗ€ĸ€0€0€ €Dflavin reductase family protein [Candidatus Bathyarchaeota archaeon]Ą€0€¤€0€Ą€ MBS7632436Ŗ€ĸ€0€0€ €‚WMULTISPECIES: prephenate dehydratase [Bacillus] >MBY0033749.1 prephenate dehydratase [Bacillus velezensis] >MBY0043401.1 prephenate dehydratase [Bacillus velezensis] >NRF36012.1 prephenate dehydratase [Bacillus velezensis] >NUI58440.1 prephenate dehydratase [Bacillus amyloliquefaciens] >PAB03792.1 prephenate dehydratase [Bacillus velezensis]Ą€0€Š€0€Ą€ WP_095061089Ŗ€ĸ€0€0€ €ÃMULTISPECIES: ABC transporter permease [unclassified Mesorhizobium] >MBZ9865788.1 ABC transporter permease [Mesorhizobium sp. CA15] >TPI77307.1 ABC transporter permease [Mesorhizobium sp. B2-8-9]Ą€0€Š€0€Ą€ WP_140843904Ŗ€ĸ€0€0€ €8polyphosphate kinase 2, partial [Sinorhizobium meliloti]Ą€0€¤€0€Ą€RVG63469Ŗ€ĸ€0€0€ €/histidine--tRNA ligase [Arthrobacter sp. A2-55]Ą€0€Š€0€Ą€ WP_262452366Ŗ€ĸ€0€0€ € glycosidase [Flavobacterium sp.]Ą€0€¤€0€Ą€ MBC7494677Ŗ€ĸ€0€0€ €‚†MULTISPECIES: 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group] >MBZ6459059.1 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group sp.] >MBZ6461580.1 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group sp.] >MBZ6471273.1 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group sp.] >CAI2797976.1 Probable D-lactate dehydrogenase (EC [Pseudomonas fluorescens SBW25]Ą€0€Š€0€Ą€ WP_012724915Ŗ€ĸ€0€0€ €easpartate kinase [Halonatronomonas betaini] >MBF8436614.1 aspartate kinase [Halonatronomonas betaini]Ą€0€Š€0€Ą€ WP_270453521Ŗ€ĸ€0€0€ €9glutamate 5-kinase [Nostocaceae cyanobacterium CSU_2_110]Ą€0€¤€0€Ą€NJS16994Ŗ€ĸ€0€0€ €.hypothetical protein [Actinomycetia bacterium]Ą€0€¯€0€Ą€HDH03041Ŗ€ĸ€0€0€ €‚+hypothetical protein [Mediterraneibacter faecis] >RGD81433.1 hypothetical protein DXD07_11480 [Ruminococcus sp. TF10-6] >RGF72828.1 hypothetical protein DWZ26_11320 [Ruminococcus sp. AF31-14BH] >RGF89932.1 hypothetical protein DXA12_08720 [Ruminococcus sp. AM57-5] >RGF95622.1 hypothetical protein DW983_14325 [Ruminococcus sp. AM49-8] >RGF98031.1 hypothetical protein DW977_14185 [Ruminococcus sp. AM49-10BH] >RGG35319.1 hypothetical protein DWY13_12810 [Ruminococcus sp. AF24-16] >RGI14262.1 hypothetical protein DXD00_10815 [Ruminococcus sp. TF10-12AC]Ą€0€Š€0€Ą€ WP_117579611Ŗ€ĸ€0€0€ €Dfibronectin type III-like domain-contianing protein [Prevotella sp.]Ą€0€¤€0€Ą€ MBQ5493788Ŗ€ĸ€0€0€ €4hypothetical protein LENED_000222 [Lentinula edodes]Ą€0€Ŧ€0€Ą€GAV98814Ŗ€ĸ€0€0€ €alpha/beta hydrolase [Enhydrobacter aerosaccus] >SKA21221.1 Pimeloyl-ACP methyl ester carboxylesterase [Enhydrobacter aerosaccus]Ą€0€Š€0€Ą€ WP_085935883Ŗ€ĸ€0€0€ €3hypothetical protein [Chitinivibrionales bacterium]Ą€0€¤€0€Ą€ MBD3418876Ŗ€ĸ€0€0€ €ˇputative FMN-dependent luciferase-like monooxygenase [Bradyrhizobium symbiodeficiens] >QIP02457.1 putative FMN-dependent luciferase-like monooxygenase [Bradyrhizobium symbiodeficiens]Ą€0€Š€0€Ą€ WP_166476065Ŗ€ĸ€0€0€ €1hypothetical protein [Oscillospiraceae bacterium]Ą€0€Ĩ€0€Ą€ CAH0542131Ŗ€ĸ€0€0€ €ŽPREDICTED: 17.4 kDa class III heat shock protein [Nicotiana attenuata] >OIT05217.1 17.4 kda class iii heat shock protein [Nicotiana attenuata]Ą€0€Š€0€Ą€ XP_019244033Ŗ€ĸ€0€0€ €éMULTISPECIES: type III secretion system export apparatus subunit SctU [Pseudomonas] >KNX78709.1 preprotein translocase U [Pseudomonas sp. 250J] >QZA56245.1 type III secretion system export apparatus subunit SctU [Pseudomonas sp. 2hn]Ą€0€Š€0€Ą€ WP_050704913Ŗ€ĸ€0€0€ €(ECF-type sigma factor [Chiayiivirga sp.]Ą€0€¤€0€Ą€ MCI1709954Ŗ€ĸ€0€0€ €šinvasion associated locus B family protein [Bradyrhizobium shewense] >SCB16608.1 Invasion protein IalB, involved in pathogenesis [Bradyrhizobium shewense]Ą€0€Š€0€Ą€ WP_165637167Ŗ€ĸ€0€0€ €6hypothetical protein CVT26_003472 [Gymnopilus dilepis]Ą€0€¤€0€Ą€PPQ98220Ŗ€ĸ€0€0€ €4cell surface protein SprA [Muribaculaceae bacterium]Ą€0€¤€0€Ą€ MBQ1746349Ŗ€ĸ€0€0€ €ruracil-DNA glycosylase [Acinetobacter sp. VNH17] >WHP06411.1 uracil-DNA glycosylase [Acinetobacter sp. KCTC 92772]Ą€0€Š€0€Ą€ WP_267979634Ŗ€ĸ€0€0€ €Ŋhypothetical protein KY284_020756 [Solanum tuberosum] >KAH0683155.1 hypothetical protein KY289_020907 [Solanum tuberosum] >KAH0758253.1 hypothetical protein KY290_021746 [Solanum tuberosum]Ą€0€¤€0€Ą€ KAH0679671Ŗ€ĸ€0€0€ €9hypothetical protein DFH09DRAFT_1169484 [Mycena vulgaris]Ą€0€¤€0€Ą€ KAJ6549303Ŗ€ĸ€0€0€ €Fhypothetical protein BOX15_Mlig019935g8, partial [Macrostomum lignano]Ą€0€¤€0€Ą€PAA76673Ŗ€ĸ€0€0€ €'GTR11 protein [Rostratula benghalensis]Ą€0€¤€0€Ą€NXJ67438Ŗ€ĸ€0€0€ €Hcarbamoyl-phosphate synthase large subunit [Crocinitomicaceae bacterium]Ą€0€¤€0€Ą€ MCF8269563Ŗ€ĸ€0€0€ €‚terminase small subunit [Escherichia coli] >HAL7222321.1 terminase small subunit [Escherichia coli 042] >MBS4284125.1 terminase small subunit [Escherichia coli] >MBS4288594.1 terminase small subunit [Escherichia coli] >HAH6410924.1 terminase small subunit [Escherichia coli]Ą€0€¤€0€Ą€ MBS4273564Ŗ€ĸ€0€0€ €+sulfate permease [Pseudomonadota bacterium]Ą€0€¤€0€Ą€ MBS0561514Ŗ€ĸ€0€0€ €@cytochrome c oxidase subunit II, partial [Gasterophilus pecorum]Ą€0€¤€0€Ą€AWQ28479Ŗ€ĸ€0€0€ €:PREDICTED: protein FAM110D isoform X2 [Lipotes vexillifer]Ą€0€Š€0€Ą€ XP_007459185Ŗ€ĸ€0€0€ €Œthermonuclease family protein [Sphingobium yanoikuyae] >EKU72377.1 hypothetical protein HMPREF9718_04903 [Sphingobium yanoikuyae ATCC 51230]Ą€0€Š€0€Ą€ WP_004213189Ŗ€ĸ€0€0€ €*YIP1 family protein [Roseovarius sp. M141]Ą€0€¤€0€Ą€ MCQ0092735Ŗ€ĸ€0€0€ €PDX60036.1 cell division protein FtsW, partial [Faecalibacterium prausnitzii]Ą€0€Š€0€Ą€ WP_143405880Ŗ€ĸ€0€0€ €Cdedicator of cytokinesis protein 7 isoform X1 [Phasianus colchicus]Ą€0€Š€0€Ą€ XP_031459457Ŗ€ĸ€0€0€ €`DNA methyltransferase, partial [Escherichia coli] >MBY3772394.1 DNA methylase [Escherichia coli]Ą€0€Š€0€Ą€ WP_260685194Ŗ€ĸ€0€0€ €€penicillin-binding protein PBP1B [Streptococcus pneumoniae] >SNM61646.1 penicillin-binding protein 1B [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_088784550Ŗ€ĸ€0€0€ €8DUF402 domain-containing protein [Aigarchaeota archaeon]Ą€0€¤€0€Ą€ MCS7142809Ŗ€ĸ€0€0€ €ohypothetical protein [Catenibacterium mitsuokai] >MCI6076957.1 hypothetical protein [Catenibacterium mitsuokai]Ą€0€Š€0€Ą€ WP_278780043Ŗ€ĸ€0€0€ €ÂMULTISPECIES: hypothetical protein [unclassified Bradyrhizobium] >MCJ9703154.1 hypothetical protein [Bradyrhizobium sp. SHOUNA76] >MCJ9731572.1 hypothetical protein [Bradyrhizobium sp. PRIMUS42]Ą€0€Š€0€Ą€ WP_246925475Ŗ€ĸ€0€0€ €BE3 ubiquitin ligase RNF157 isoform X3 [Lagenorhynchus obliquidens]Ą€0€Š€0€Ą€ XP_026936565Ŗ€ĸ€0€0€ €Uchemotaxis-specific protein-glutamate methyltransferase CheB [Erythrobacter sp. AP23]Ą€0€Š€0€Ą€ WP_234002326Ŗ€ĸ€0€0€ €/hypothetical protein [Anaerolineales bacterium]Ą€0€¤€0€Ą€ MCA9916811Ŗ€ĸ€0€0€ €Aacetylornithine carbamoyltransferase [Chitinophagaceae bacterium]Ą€0€¤€0€Ą€ MBL7763785Ŗ€ĸ€0€0€ €Eadhesion G protein-coupled receptor L3 isoform X13 [Podarcis muralis]Ą€0€Š€0€Ą€ XP_028567154Ŗ€ĸ€0€0€ €.hypothetical protein [Micrococcales bacterium]Ą€0€¤€0€Ą€MAT61701Ŗ€ĸ€0€0€ €@calmodulin-regulated spectrin-associated 1 [Pelobates cultripes]Ą€0€Ĩ€0€Ą€ CAH2316765Ŗ€ĸ€0€0€ €8hypothetical protein [Candidatus Dadabacteria bacterium]Ą€0€¤€0€Ą€NIQ16008Ŗ€ĸ€0€0€ €0short-chain dehydrogenase [Methylobacterium sp.]Ą€0€¤€0€Ą€MBP33715Ŗ€ĸ€0€0€ €šHlyD family efflux transporter periplasmic adaptor subunit [Acinetobacter oleivorans] >MBJ9738089.1 HlyD family efflux transporter periplasmic adaptor subunit [Acinetobacter oleivorans]Ą€0€Š€0€Ą€ WP_199942136Ŗ€ĸ€0€0€ €OKJ96639.1 ABC transporter permease [Streptomyces sp. CB02400]Ą€0€Š€0€Ą€ WP_073936403Ŗ€ĸ€0€0€ €Ų3-deoxy-7-phosphoheptulonate synthase [Paenarthrobacter ilicis] >MBM7794256.1 3-deoxy-7-phosphoheptulonate synthase [Paenarthrobacter ilicis] >NIJ00436.1 3-deoxy-7-phosphoheptulonate synthase [Paenarthrobacter ilicis]Ą€0€Š€0€Ą€ WP_167263972Ŗ€ĸ€0€0€ €:hypothetical protein WR43_17800 [Mycolicibacter arupensis]Ą€0€¤€0€Ą€KKB97741Ŗ€ĸ€0€0€ €•LysR family transcriptional regulator [Neorhizobium galegae] >CDZ48383.1 Transcriptional regulator, LysR family [Neorhizobium galegae bv. orientalis]Ą€0€Š€0€Ą€ WP_046600280Ŗ€ĸ€0€0€ €‚+bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD [Microbacterium azadirachtae] >SFR68218.1 diaminohydroxyphosphoribosylaminopyrimidine deaminase / 5-amino-6-(5-phosphoribosylamino)uracil reductase [Microbacterium azadirachtae]Ą€0€Š€0€Ą€ WP_091740622Ŗ€ĸ€0€0€ €8DUF2183 domain-containing protein [Dermacoccus barathri]Ą€0€¤€0€Ą€ MBE7370368Ŗ€ĸ€0€0€ €Šalpha/beta hydrolase-fold protein [Dysgonomonas gadei] >EGK02409.1 hypothetical protein HMPREF9455_01679 [Dysgonomonas gadei ATCC BAA-286]Ą€0€Š€0€Ą€ WP_006799194Ŗ€ĸ€0€0€ €ÅMULTISPECIES: rubredoxin RubA [Marinobacter] >MCG8517607.1 rubredoxin [Pseudomonadales bacterium] >MCK7567330.1 rubredoxin [Marinobacter xestospongiae] >UDL05554.1 rubredoxin [Marinobacter sp. CA1]Ą€0€Š€0€Ą€ WP_227173776Ŗ€ĸ€0€0€ €=Uncharacterised protein [Salmonella enterica subsp. enterica]Ą€0€Ĩ€0€Ą€VEC90219Ŗ€ĸ€0€0€ €Gdeoxyguanosinetriphosphate triphosphohydrolase [Listeria monocytogenes]Ą€0€¤€0€Ą€ MCB2654556Ŗ€ĸ€0€0€ €´abscisic acid receptor PYR1-like [Malus domestica] >XP_050151291.1 abscisic acid receptor PYR1-like [Malus sylvestris] >TQE08045.1 hypothetical protein C1H46_006319 [Malus baccata]Ą€0€Š€0€Ą€ XP_008373570Ŗ€ĸ€0€0€ €CPhospholipid phosphatase-related protein type 5 [Takifugu flavidus]Ą€0€¤€0€Ą€TWW58526Ŗ€ĸ€0€0€ €rScpA family protein [Roseomonas sp. SSH11] >MBP0443970.1 segregation/condensation protein A [Roseomonas sp. SSH11]Ą€0€Š€0€Ą€ WP_209378200Ŗ€ĸ€0€0€ €ANAD(P)-binding domain-containing protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBU6307538Ŗ€ĸ€0€0€ €ļATP-binding protein [Phaeobacter inhibens] >KXF91874.1 hybrid sensor histidine kinase/response regulator [Phaeobacter inhibens] >WHP70151.1 ATP-binding protein [Phaeobacter inhibens]Ą€0€Š€0€Ą€ WP_061048002Ŗ€ĸ€0€0€ €ĸhypothetical protein [Prevotella aurantiaca] >MBF1384287.1 hypothetical protein [Prevotella aurantiaca] >MBF1385697.1 hypothetical protein [Prevotella aurantiaca]Ą€0€Š€0€Ą€ WP_273159410Ŗ€ĸ€0€0€ €6tRNA(m(1)G37)methyltransferase [Coemansia sp. RSA 552]Ą€0€¤€0€Ą€ KAJ2160981Ŗ€ĸ€0€0€ €Gsigma-70 family RNA polymerase sigma factor [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCQ2424848Ŗ€ĸ€0€0€ €-DUF1273 family protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7754763Ŗ€ĸ€0€0€ €iRraA family protein [Mesorhizobium sp. B2-3-4] >TPM40580.1 RraA family protein [Mesorhizobium sp. B2-3-4]Ą€0€Š€0€Ą€ WP_140730472Ŗ€ĸ€0€0€ €kprepilin-type N-terminal cleavage/methylation domain-containing protein [Candidatus Omnitrophota bacterium]Ą€0€¤€0€Ą€ MBI3617399Ŗ€ĸ€0€0€ €Gindolepyruvate oxidoreductase subunit beta [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBP0955672Ŗ€ĸ€0€0€ €‚~MULTISPECIES: ABC transporter ATP-binding protein [Thalassolituus] >MCA6060894.1 ABC transporter ATP-binding protein [Thalassolituus sp. ST750PaO-4] >MCB2387949.1 ABC transporter ATP-binding protein [Thalassolituus alkanivorans] >MCB2422475.1 ABC transporter ATP-binding protein [Thalassolituus alkanivorans] >TVV43715.1 ABC transporter ATP-binding protein [Thalassolituus sp. C2-1]Ą€0€Š€0€Ą€ WP_145468487Ŗ€ĸ€0€0€ €7gliding motility protein GldM [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MCC8146707Ŗ€ĸ€0€0€ €zNAD(+) synthase [Mycobacterium marinum] >CDM77803.1 glutamine-dependent NAD(+) synthetase NadE [Mycobacterium marinum E11]Ą€0€Š€0€Ą€ WP_038580218Ŗ€ĸ€0€0€ €Qmyosin light chain kinase, smooth muscle-like isoform X2 [Myxocyprinus asiaticus]Ą€0€Š€0€Ą€ XP_051566275Ŗ€ĸ€0€0€ €?hypothetical protein MKW92_045106, partial [Papaver armeniacum]Ą€0€¤€0€Ą€ KAI3927707Ŗ€ĸ€0€0€ €4unnamed protein product, partial [Nymphaea colorata]Ą€0€Ĩ€0€Ą€VVW57803Ŗ€ĸ€0€0€ €ŦL-arabinose isomerase [Odoribacter splanchnicus] >MBS6593661.1 L-arabinose isomerase [Odoribacter splanchnicus] >RHD85727.1 L-arabinose isomerase [Odoribacter splanchnicus]Ą€0€Š€0€Ą€ WP_118944732Ŗ€ĸ€0€0€ €CORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€ULA23837Ŗ€ĸ€0€0€ €3chromosome segregation protein SMC [Williamsia sp.]Ą€0€¤€0€Ą€ MBJ7287465Ŗ€ĸ€0€0€ €)N-acetyltransferase [Serratia ureilytica]Ą€0€Š€0€Ą€ WP_266103637Ŗ€ĸ€0€0€ €/IS256 family transposase [Enterococcus faecium]Ą€0€¯€0€Ą€ HAZ0856238Ŗ€ĸ€0€0€ €#MFS transporter [Bordetella hinzii]Ą€0€¤€0€Ą€ MCJ9712781Ŗ€ĸ€0€0€ €fDUF6462 family protein [Roseburia hominis] >MCF2643288.1 transcriptional regulator [Roseburia hominis]Ą€0€Š€0€Ą€ WP_235360343Ŗ€ĸ€0€0€ €iMBL fold metallo-hydrolase [Nisaea acidiphila] >UUX50266.1 MBL fold metallo-hydrolase [Nisaea acidiphila]Ą€0€Š€0€Ą€ WP_257769388Ŗ€ĸ€0€0€ €Knucleoside-diphosphate sugar epimerase, partial [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYQ18715Ŗ€ĸ€0€0€ €@hypothetical protein UZ07_CHB004001062 [Chlorobi bacterium OLB7]Ą€0€¤€0€Ą€KXK57030Ŗ€ĸ€0€0€ €Fhypothetical protein SAMN04487901_12059, partial [Prevotella communis]Ą€0€Ĩ€0€Ą€SDH24188Ŗ€ĸ€0€0€ €2dihydroxy-acid dehydratase [Pseudarthrobacter sp.]Ą€0€¤€0€Ą€ MCU1518283Ŗ€ĸ€0€0€ €0myelin transcription factor 1 [Vombatus ursinus]Ą€0€Š€0€Ą€ XP_027705828Ŗ€ĸ€0€0€ €.hypothetical protein [Pyxidicoccus xibeiensis]Ą€0€Š€0€Ą€ WP_256561903Ŗ€ĸ€0€0€ €+hypothetical protein [Rhodoglobus vestalii]Ą€0€Š€0€Ą€ WP_141990951Ŗ€ĸ€0€0€ €ytranscriptional repressor NrdR [Clostridia bacterium] >MBR3875646.1 transcriptional repressor NrdR [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7326660Ŗ€ĸ€0€0€ €u50S ribosomal protein L20 [Desulfobotulus mexicanus] >TYT74809.1 50S ribosomal protein L20 [Desulfobotulus mexicanus]Ą€0€Š€0€Ą€ WP_139448115Ŗ€ĸ€0€0€ €MBF6354258.1 methylmalonyl-CoA mutase [Nocardia higoensis]Ą€0€Š€0€Ą€ WP_195001047Ŗ€ĸ€0€0€ €{sugar ABC transporter permease [Glycomyces buryatensis] >THV35671.1 sugar ABC transporter permease [Glycomyces buryatensis]Ą€0€Š€0€Ą€ WP_136536828Ŗ€ĸ€0€0€ €‘DNA double-strand break repair nuclease NurA [Sulfolobus islandicus] >ACP47293.1 conserved hypothetical protein [Sulfolobus islandicus Y.N.15.51]Ą€0€Š€0€Ą€ WP_012716944Ŗ€ĸ€0€0€ €EMAG: hypothetical protein JSV47_06010 [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€UCE84061Ŗ€ĸ€0€0€ €‚gTn3 family transposase, partial [Klebsiella pneumoniae] >EAR6860425.1 Tn3 family transposase [Salmonella enterica] >RBZ04625.1 Tn3 family transposase, partial [Klebsiella pneumoniae] >HAD8059026.1 Tn3 family transposase [Salmonella enterica] >HAD8205344.1 Tn3 family transposase [Salmonella enterica] >HAD8297556.1 Tn3 family transposase [Salmonella enterica]Ą€0€Š€0€Ą€ WP_142673401Ŗ€ĸ€0€0€ €y3-dehydroquinate synthase [Bacillus glycinifermentans] >UOY89590.1 3-dehydroquinate synthase [Bacillus glycinifermentans]Ą€0€Š€0€Ą€ WP_247072383Ŗ€ĸ€0€0€ €Auncharacterized protein LOC129443456 [Misgurnus anguillicaudatus]Ą€0€Š€0€Ą€ XP_055059894Ŗ€ĸ€0€0€ €;hypothetical protein SADUNF_Sadunf05G0115500 [Salix dunnii]Ą€0€¤€0€Ą€ KAF9682501Ŗ€ĸ€0€0€ €*hypothetical protein [Nocardia kruczakiae]Ą€0€Š€0€Ą€ WP_157104028Ŗ€ĸ€0€0€ €qisochorismatase family cysteine hydrolase [Streptococcus mitis] >ALD68435.1 isochorismatase [Streptococcus mitis]Ą€0€Š€0€Ą€ WP_000158727Ŗ€ĸ€0€0€ €…DUF3329 domain-containing protein [Mesorhizobium sp. B3-1-6] >TPI43339.1 DUF3329 domain-containing protein [Mesorhizobium sp. B3-1-6]Ą€0€Š€0€Ą€ WP_140641625Ŗ€ĸ€0€0€ €DMmpS family transport accessory protein [Mycolicibacterium neoaurum]Ą€0€Š€0€Ą€ WP_234882652Ŗ€ĸ€0€0€ €Ātripartite tricarboxylate transporter substrate binding protein [Variovorax beijingensis] >TWD91093.1 tripartite-type tricarboxylate transporter receptor subunit TctC [Variovorax beijingensis]Ą€0€Š€0€Ą€ WP_145739766Ŗ€ĸ€0€0€ €¤exodeoxyribonuclease VII large subunit [Salmonella enterica] >PWD09592.1 exodeoxyribonuclease VII large subunit [Salmonella enterica subsp. enterica serovar Anatum]Ą€0€Š€0€Ą€ WP_109219430Ŗ€ĸ€0€0€ €%cardiolipin synthase [Prevotella sp.]Ą€0€¤€0€Ą€ MCR5069553Ŗ€ĸ€0€0€ €ŦMULTISPECIES: ATP-binding cassette domain-containing protein [Sphingobacterium] >MCS4166446.1 molybdate transport system ATP-binding protein [Sphingobacterium sp. BIGb0116]Ą€0€Š€0€Ą€ WP_153844272Ŗ€ĸ€0€0€ €‚=penicillin-binding protein PBP1A [Streptococcus suis] >NQH81427.1 PBP1A family penicillin-binding protein [Streptococcus suis] >NQH87181.1 PBP1A family penicillin-binding protein [Streptococcus suis] >CYU75612.1 membrane carboxypeptidase [Streptococcus suis] >CYU81321.1 membrane carboxypeptidase [Streptococcus suis]Ą€0€Š€0€Ą€ WP_044772468Ŗ€ĸ€0€0€ €7kinase-like domain-containing protein [Gigaspora rosea]Ą€0€¤€0€Ą€RIB10989Ŗ€ĸ€0€0€ €0MULTISPECIES: hypothetical protein [Salinispora]Ą€0€Š€0€Ą€ WP_223874734Ŗ€ĸ€0€0€ €Jaspartyl-phosphate phosphatase Spo0E family protein [Cohnella endophytica]Ą€0€¤€0€Ą€RKP53954Ŗ€ĸ€0€0€ €-nitrite/sulfite reductase [Bacillus tropicus]Ą€0€Š€0€Ą€ WP_144660168Ŗ€ĸ€0€0€ €‚ąMULTISPECIES: cold-shock protein [Paracoccaceae] >ATX65371.1 cold-shock protein [Rhodobaca barguzinensis] >MBB4208951.1 CspA family cold shock protein [Rhodobaca bogoriensis DSM 18756] >PZX46101.1 putative cold-shock DNA-binding protein [Roseinatronobacter thiooxidans] >TDW37624.1 putative cold-shock DNA-binding protein [Rhodobaca barguzinensis] >TDY68234.1 putative cold-shock DNA-binding protein [Rhodobaca bogoriensis DSM 18756]Ą€0€Š€0€Ą€ WP_071468711Ŗ€ĸ€0€0€ €‚5IS1634 family transposase [Mycobacterium kansasii] >MXO40676.1 IS1634 family transposase [Mycobacterium kansasii] >POX68895.1 transposase [Mycobacterium kansasii] >POX77062.1 transposase [Mycobacterium kansasii] >POX98167.1 transposase [Mycobacterium kansasii] >POX99055.1 transposase [Mycobacterium kansasii]Ą€0€Š€0€Ą€ WP_036392442Ŗ€ĸ€0€0€ €qthioredoxin family protein [Paenibacillus typhae] >MBY0012516.1 thioredoxin family protein [Paenibacillus typhae]Ą€0€Š€0€Ą€ WP_221802218Ŗ€ĸ€0€0€ €dMULTISPECIES: AAA family ATPase [Enterobacterales] >EJB8581798.1 AAA family ATPase [Vibrio cholerae]Ą€0€Š€0€Ą€ WP_250239427Ŗ€ĸ€0€0€ €iYqaA family protein [Loktanella sp. IMCC34160] >RYG92159.1 DedA family protein [Loktanella sp. IMCC34160]Ą€0€Š€0€Ą€ WP_129681113Ŗ€ĸ€0€0€ €=hypothetical protein [Candidatus Anoxychlamydiales bacterium]Ą€0€¤€0€Ą€NGX49271Ŗ€ĸ€0€0€ €Ghypothetical protein DMF17_12250, partial [Verrucomicrobiota bacterium]Ą€0€¤€0€Ą€PYL83902Ŗ€ĸ€0€0€ €ŌUbiA family prenyltransferase [Chryseobacterium daecheongense] >ROI00881.1 prenyltransferase [Chryseobacterium daecheongense] >TDX95185.1 4-hydroxybenzoate polyprenyltransferase [Chryseobacterium daecheongense]Ą€0€Š€0€Ą€ WP_123262559Ŗ€ĸ€0€0€ €]ATP-binding protein [Campylobacter coli] >OOX91655.1 ATP-binding protein [Campylobacter coli]Ą€0€¤€0€Ą€OOX90626Ŗ€ĸ€0€0€ €8DUF3021 domain-containing protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBO5037501Ŗ€ĸ€0€0€ €:hypothetical protein D6D24_02909 [Aureobasidium pullulans]Ą€0€¤€0€Ą€THW19323Ŗ€ĸ€0€0€ €8MAG: hypothetical protein EPO47_00135 [Rugosibacter sp.]Ą€0€¤€0€Ą€TBR12235Ŗ€ĸ€0€0€ €transposase [Actinomyces oris]Ą€0€Š€0€Ą€ WP_256695454Ŗ€ĸ€0€0€ €2hypothetical protein [Paludibacteraceae bacterium]Ą€0€¤€0€Ą€ MBR1786128Ŗ€ĸ€0€0€ €#hypothetical protein [Algicola sp.]Ą€0€¤€0€Ą€NQZ11975Ŗ€ĸ€0€0€ €0hypothetical protein [Tanacetum cinerariifolium]Ą€0€Ŧ€0€Ą€GEY63590Ŗ€ĸ€0€0€ €'ribokinase [Parabacteroides distasonis]Ą€0€¤€0€Ą€ MCF2604604Ŗ€ĸ€0€0€ €Ehypothetical protein FRX31_012492, partial [Thalictrum thalictroides]Ą€0€¤€0€Ą€ KAF5197921Ŗ€ĸ€0€0€ €+unnamed protein product [Fasciola hepatica]Ą€0€Ĩ€0€Ą€ CAI8519318Ŗ€ĸ€0€0€ €9hypothetical protein BDZ85DRAFT_286522 [Elsinoe ampelina]Ą€0€¤€0€Ą€ KAF2218229Ŗ€ĸ€0€0€ €}restriction endonuclease [Chitinophaga ginsengisegetis] >SKD09969.1 restriction system protein [Chitinophaga ginsengisegetis]Ą€0€Š€0€Ą€ WP_079473139Ŗ€ĸ€0€0€ €+pyruvate synthase [Chloroflexota bacterium]Ą€0€¤€0€Ą€NLX43212Ŗ€ĸ€0€0€ €Áhypothetical protein [Nitrospira sp.] >MBH0180643.1 hypothetical protein [Nitrospira sp.] >MBH0185433.1 hypothetical protein [Nitrospira sp.] >MBH0188042.1 hypothetical protein [Nitrospira sp.]Ą€0€¤€0€Ą€ MBH0176532Ŗ€ĸ€0€0€ €™surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >URH44723.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€UPU53169Ŗ€ĸ€0€0€ €ãVirB1 family T4SS lytic transglycosylase Cag4 [Helicobacter pylori] >UOR87027.1 VirB1 family T4SS lytic transglycosylase Cag4 [Helicobacter pylori] >UOS50312.1 VirB1 family T4SS lytic transglycosylase Cag4 [Helicobacter pylori]Ą€0€Š€0€Ą€ WP_154489617Ŗ€ĸ€0€0€ €91,4-alpha-glucan branching enzyme [Cyanothece sp. SIO1E1]Ą€0€¤€0€Ą€NET38287Ŗ€ĸ€0€0€ €‚ocytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15934.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15937.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15942.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15950.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea]Ą€0€¤€0€Ą€AGI15931Ŗ€ĸ€0€0€ €(hypothetical protein [Mycobacterium sp.]Ą€0€¤€0€Ą€ MBI3214161Ŗ€ĸ€0€0€ €Ļ5-carboxymethyl-2-hydroxymuconate semialdehyde dehydrogenase [Acidovorax sp. Root217] >KRC24720.1 2-hydroxymuconic semialdehyde dehydrogenase [Acidovorax sp. Root217]Ą€0€Š€0€Ą€ WP_057201184Ŗ€ĸ€0€0€ €…GNAT family N-acetyltransferase [Exiguobacterium acetylicum] >QZY85777.1 GNAT family N-acetyltransferase [Exiguobacterium acetylicum]Ą€0€Š€0€Ą€ WP_223040576Ŗ€ĸ€0€0€ €*hypothetical protein [Sphingobium xanthum]Ą€0€Š€0€Ą€ WP_221711878Ŗ€ĸ€0€0€ €Hhypothetical protein [Cyanobacteria bacterium K_Offshore_surface_m2_239]Ą€0€¤€0€Ą€ MBM5817467Ŗ€ĸ€0€0€ €'hypothetical protein [Escherichia coli]Ą€0€¤€0€Ą€ EHC2895895Ŗ€ĸ€0€0€ €'N-6 DNA methylase [Lactobacillus iners]Ą€0€¤€0€Ą€ MCT7710903Ŗ€ĸ€0€0€ €•ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >URT32165.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€URQ55824Ŗ€ĸ€0€0€ €PTU75053.1 tetrameric acyl-CoA thioesterase [Pseudomonas mangrovi]Ą€0€Š€0€Ą€ WP_108106595Ŗ€ĸ€0€0€ €‚ribose-phosphate pyrophosphokinase [Parafrankia sp. EUN1f] >KPM57524.1 ribose-phosphate pyrophosphokinase [Frankia sp. R43] >MBE3205023.1 ribose-phosphate diphosphokinase [Parafrankia sp. CH37] >ONH58121.1 ribose-phosphate pyrophosphokinase [Frankia sp. CcI49]Ą€0€¤€0€Ą€EFC81578Ŗ€ĸ€0€0€ €HT9SS type A sorting domain-containing protein [Saprospiraceae bacterium]Ą€0€¤€0€Ą€ MBL0081532Ŗ€ĸ€0€0€ €/CpaF family protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCI0524605Ŗ€ĸ€0€0€ €ehypothetical protein [Citrobacter freundii] >MBJ9269203.1 hypothetical protein [Citrobacter freundii]Ą€0€Š€0€Ą€ WP_200001451Ŗ€ĸ€0€0€ €CTigger transposable element-derived protein 4 [Araneus ventricosus]Ą€0€Ŧ€0€Ą€GBN34629Ŗ€ĸ€0€0€ €†PAS domain-containing methyl-accepting chemotaxis protein [Aeromonas sp. ASNIH2] >AUY12327.1 chemotaxis protein [Aeromonas sp. ASNIH2]Ą€0€Š€0€Ą€ WP_104456122Ŗ€ĸ€0€0€ €8uncharacterized protein LOC120189698 [Hibiscus syriacus]Ą€0€Š€0€Ą€ XP_039048844Ŗ€ĸ€0€0€ €55-formyltetrahydrofolate cyclo-ligase [Erwinia oleae]Ą€0€Š€0€Ą€ WP_034944635Ŗ€ĸ€0€0€ €2hypothetical protein RCJMB04_33l17 [Gallus gallus]Ą€0€Ĩ€0€Ą€CAG32719Ŗ€ĸ€0€0€ €;hypothetical protein VK94_19050, partial [Bacillus sp. LK7]Ą€0€¤€0€Ą€KMN52907Ŗ€ĸ€0€0€ €cABC transporter permease [Bacillus cereus] >MBJ8052424.1 ABC transporter permease [Bacillus cereus]Ą€0€Š€0€Ą€ WP_199673213Ŗ€ĸ€0€0€ €&hypothetical protein [Collinsella sp.]Ą€0€¤€0€Ą€ MCI6147609Ŗ€ĸ€0€0€ €Svoltage-dependent T-type calcium channel subunit alpha-1G isoform X4 [Panthera leo]Ą€0€Š€0€Ą€ XP_042771424Ŗ€ĸ€0€0€ €äefflux transporter outer membrane subunit [Burkholderia ambifaria] >MBR8067076.1 efflux transporter outer membrane subunit [Burkholderia ambifaria] >MBR8179261.1 efflux transporter outer membrane subunit [Burkholderia ambifaria]Ą€0€Š€0€Ą€ WP_212054759Ŗ€ĸ€0€0€ €ļmannose-1-phosphate guanyltransferase [Aphanothece sacrum] >GBF82260.1 nucleotidyl transferase [Aphanothece sacrum FPU1] >GBF87202.1 nucleotidyl transferase [Aphanothece sacrum FPU3]Ą€0€Š€0€Ą€ WP_124978582Ŗ€ĸ€0€0€ €=MICROTUBULE ORGANIZATION 1 family protein [Hibiscus syriacus]Ą€0€¤€0€Ą€ KAE8683921Ŗ€ĸ€0€0€ €Dhypothetical protein Barb6XT_03079 [Bacteroidales bacterium Barb6XT]Ą€0€¤€0€Ą€OAV63675Ŗ€ĸ€0€0€ €?hypothetical protein DMW62_25950, partial [Serratia marcescens]Ą€0€¤€0€Ą€PYB13830Ŗ€ĸ€0€0€ €‚¯MULTISPECIES: biopolymer transporter ExbD [Pseudoalteromonas] >ALQ10345.1 biopolymer transporter ExbD [Pseudoalteromonas sp. Bsw20308] >ATG80026.1 biopolymer transporter ExbD [Pseudoalteromonas sp. 1_2015MBL_MicDiv] >KAA1151027.1 biopolymer transporter ExbD [Pseudoalteromonas fuliginea] >KAA1157383.1 biopolymer transporter ExbD [Pseudoalteromonas fuliginea] >KAA1165701.1 biopolymer transporter ExbD [Pseudoalteromonas fuliginea]Ą€0€Š€0€Ą€ WP_007377599Ŗ€ĸ€0€0€ €nhypothetical protein, partial [Alteromonas sp. BZK5] >MBC6987703.1 hypothetical protein [Alteromonas sp. BZK5]Ą€0€Š€0€Ą€ WP_187447871Ŗ€ĸ€0€0€ €1restriction endonuclease [Burkholderia ambifaria]Ą€0€Š€0€Ą€ WP_175766180Ŗ€ĸ€0€0€ €ˆbeta-ketoacyl-ACP synthase II [Flavobacterium segetis] >SHF96803.1 3-oxoacyl-[acyl-carrier-protein] synthase II [Flavobacterium segetis]Ą€0€Š€0€Ą€ WP_072989136Ŗ€ĸ€0€0€ €DDUF1801 domain-containing protein, partial [Chloroflexota bacterium]Ą€0€¤€0€Ą€TMB80853Ŗ€ĸ€0€0€ €3phage tail tape measure protein [Proteus mirabilis]Ą€0€Š€0€Ą€ WP_277264109Ŗ€ĸ€0€0€ €‚^hypothetical protein PF003_g39287 [Phytophthora fragariae] >KAE8937355.1 hypothetical protein PF009_g12742 [Phytophthora fragariae] >KAE9008135.1 hypothetical protein PF011_g10822 [Phytophthora fragariae] >KAE9109593.1 hypothetical protein PF007_g12187 [Phytophthora fragariae] >KAE9109612.1 hypothetical protein PF010_g11474 [Phytophthora fragariae]Ą€0€¤€0€Ą€ KAE8876596Ŗ€ĸ€0€0€ €Ahypothetical protein JL49_18635 [Pseudoalteromonas luteoviolacea]Ą€0€¤€0€Ą€KZW99196Ŗ€ĸ€0€0€ €whypothetical protein [Gammaproteobacteria bacterium] >MCC8993784.1 hypothetical protein [Candidatus Contendobacter sp.]Ą€0€¤€0€Ą€ MCC6136677Ŗ€ĸ€0€0€ €7aconitate hydratase [Candidatus Electrothrix sp. AU1_5]Ą€0€¤€0€Ą€ MCI5191941Ŗ€ĸ€0€0€ €/adenylyl-sulfate kinase [Klebsiella pneumoniae]Ą€0€¯€0€Ą€ HBW9511025Ŗ€ĸ€0€0€ €xhypothetical protein COX09_01025, partial [Candidatus Beckwithbacteria bacterium CG23_combo_of_CG06-09_8_20_14_all_47_9]Ą€0€¤€0€Ą€PIP52537Ŗ€ĸ€0€0€ €1hypothetical protein [Flavobacteriales bacterium]Ą€0€¤€0€Ą€MAS51861Ŗ€ĸ€0€0€ €N23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Bacteroidia bacterium]Ą€0€¤€0€Ą€ MCF8193609Ŗ€ĸ€0€0€ €shypothetical protein [Cupriavidus oxalaticus] >QBY53143.1 hypothetical protein E0W60_18705 [Cupriavidus oxalaticus]Ą€0€Š€0€Ą€ WP_135705208Ŗ€ĸ€0€0€ €•TetR/AcrR family transcriptional regulator [Streptomyces sp. Jing01] >QJS11440.1 TetR/AcrR family transcriptional regulator [Streptomyces sp. Jing01]Ą€0€Š€0€Ą€ WP_171155369Ŗ€ĸ€0€0€ €G2,4-diaminobutyrate 4-transaminase [Natrinema thermotolerans DSM 11552]Ą€0€¤€0€Ą€ELZ16407Ŗ€ĸ€0€0€ €ĪDUF981 domain-containing protein [Phormidesmis priestleyi] >PSB20160.1 DUF981 domain-containing protein [Phormidesmis priestleyi ULC007] >PZO49090.1 DUF981 domain-containing protein [Phormidesmis priestleyi]Ą€0€Š€0€Ą€ WP_073070755Ŗ€ĸ€0€0€ €/Uncharacterised protein [Klebsiella pneumoniae]Ą€0€Ĩ€0€Ą€SVJ73127Ŗ€ĸ€0€0€ €œATP-binding protein [Robbsia andropogonis] >MCP1117845.1 ATP-binding protein [Robbsia andropogonis] >MCP1127309.1 ATP-binding protein [Robbsia andropogonis]Ą€0€Š€0€Ą€ WP_253463694Ŗ€ĸ€0€0€ €!polymerase P2 [Prune dwarf virus]Ą€0€¤€0€Ą€UCJ00318Ŗ€ĸ€0€0€ €:RluA family pseudouridine synthase [Staphylococcus aureus]Ą€0€¯€0€Ą€ HAR4359619Ŗ€ĸ€0€0€ €sulfur oxidation c-type cytochrome SoxA [Rhodobiaceae bacterium] >MCC0053875.1 sulfur oxidation c-type cytochrome SoxA [Rhodobiaceae bacterium]Ą€0€¤€0€Ą€ MCB1471508Ŗ€ĸ€0€0€ €SMAG: Cation/multidrug efflux pump [Parcubacteria group bacterium GW2011_GWD2_38_11]Ą€0€¤€0€Ą€KKQ50904Ŗ€ĸ€0€0€ €jbeta-galactosidase 6 [Setaria viridis] >TKV97031.1 hypothetical protein SEVIR_9G469300v2 [Setaria viridis]Ą€0€Š€0€Ą€ XP_034577512Ŗ€ĸ€0€0€ €5unnamed protein product [Mycoplasma amphoriforme A39]Ą€0€Ĩ€0€Ą€CDN40573Ŗ€ĸ€0€0€ €%RHS repeat protein [Escherichia coli]Ą€0€¯€0€Ą€ HAN0352225Ŗ€ĸ€0€0€ €+hypothetical protein [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ7354351Ŗ€ĸ€0€0€ €4mobilization protein, partial [Shigella dysenteriae]Ą€0€¤€0€Ą€PQN90025Ŗ€ĸ€0€0€ €ÃNADP-dependent oxaloacetate-decarboxylating malate dehydrogenase [Enterobacter bugandensis] >MRE93696.1 NADP-dependent oxaloacetate-decarboxylating malate dehydrogenase [Enterobacter bugandensis]Ą€0€Š€0€Ą€ WP_153656540Ŗ€ĸ€0€0€ €4large envelope glycoprotein [Equine arteritis virus]Ą€0€¤€0€Ą€ABL14307Ŗ€ĸ€0€0€ €)hypothetical protein [Nitrososphaera sp.]Ą€0€¤€0€Ą€ MCI0559521Ŗ€ĸ€0€0€ €4BCCT family transporter [Hyphomicrobiales bacterium]Ą€0€¤€0€Ą€ MCC2110934Ŗ€ĸ€0€0€ €,FecR family protein [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBO1212818Ŗ€ĸ€0€0€ €‚MULTISPECIES: CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas] >MBN2975132.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas lactucae] >AZF07350.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas sp. R5-89-07] >EFQ61151.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas fluorescens WH6] >MBN2985174.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas lactucae] >MCK6187712.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas sp. EYE_354]Ą€0€Š€0€Ą€ WP_003176097Ŗ€ĸ€0€0€ €›conjugal transfer protein TraP [Salmonella enterica subsp. enterica serovar Typhimurium] >EGU3359091.1 conjugal transfer protein TraP [Salmonella enterica]Ą€0€¤€0€Ą€ EEJ3660224Ŗ€ĸ€0€0€ €§photosystem II CP43 chlorophyll apoprotein [Eustigmatophyceae sp. Bat 8/9-7w] >QAA11485.1 photosystem II CP43 chlorophyll apoprotein [Eustigmatophyceae sp. Bat 8/9-7w]Ą€0€Š€0€Ą€ YP_009550556Ŗ€ĸ€0€0€ €‘hypothetical protein [Aggregatibacter actinomycetemcomitans] >UXM97614.1 hypothetical protein N7761_00235 [Aggregatibacter actinomycetemcomitans]Ą€0€Š€0€Ą€ WP_262088989Ŗ€ĸ€0€0€ €™LuxR C-terminal-related transcriptional regulator, partial [Azospirillum sp. TSH7] >PWC54841.1 transcriptional regulator, partial [Azospirillum sp. TSH7]Ą€0€Š€0€Ą€ WP_146205473Ŗ€ĸ€0€0€ €‚TraH family protein [Sinorhizobium fredii] >P55415.1 RecName: Full=Uncharacterized protein y4dP [Sinorhizobium fredii NGR234] >pir|T02779| y4dP protein - Rhizobium sp. plasmid pNGR234a [Rhizobium sp.] >AAB91645.1 conjugal transfer protein TraH [Sinorhizobium fredii NGR234]Ą€0€Š€0€Ą€ WP_010875413Ŗ€ĸ€0€0€ €GGZ24563.1 hypothetical protein GCM10010365_51110 [Streptomyces poonensis] >GLJ89997.1 hypothetical protein GCM10017589_25980 [Streptomyces poonensis]Ą€0€Š€0€Ą€ WP_189862922Ŗ€ĸ€0€0€ €§TIGR04219 family outer membrane beta-barrel protein [Acinetobacter seifertii] >NUG13279.1 TIGR04219 family outer membrane beta-barrel protein [Acinetobacter seifertii]Ą€0€Š€0€Ą€ WP_174742261Ŗ€ĸ€0€0€ €4plasmid recombination protein [Citrobacter freundii]Ą€0€¤€0€Ą€ MBJ9849823Ŗ€ĸ€0€0€ €*DMT family transporter [Desulfotignum sp.]Ą€0€¤€0€Ą€ MCF8113477Ŗ€ĸ€0€0€ €5metallophosphoesterase [Verrucomicrobiales bacterium]Ą€0€¤€0€Ą€MAH35553Ŗ€ĸ€0€0€ €VAbrB/MazE/SpoVT family DNA-binding domain-containing protein [Cohnella sp. YIM B05605]Ą€0€Š€0€Ą€ WP_276357708Ŗ€ĸ€0€0€ €MBD9665796.1 dipeptide ABC transporter ATP-binding protein [Variovorax sp. VRV01]Ą€0€Š€0€Ą€ WP_192324556Ŗ€ĸ€0€0€ €>DUF3039 domain-containing protein [Mycobacteriaceae bacterium]Ą€0€¤€0€Ą€ MBV8927738Ŗ€ĸ€0€0€ €Jthreonine transporter RhtB [Pectobacterium carotovorum subsp. carotovorum]Ą€0€Ŧ€0€Ą€GKW22999Ŗ€ĸ€0€0€ €ĩSusC/RagA family TonB-linked outer membrane protein [Mucilaginibacter achroorhodeus] >TWR24941.1 SusC/RagA family TonB-linked outer membrane protein [Mucilaginibacter achroorhodeus]Ą€0€Š€0€Ą€ WP_146272353Ŗ€ĸ€0€0€ €Aarsenate reductase (glutaredoxin) [Janthinobacterium sp. UMAB-60]Ą€0€Š€0€Ą€ WP_219133024Ŗ€ĸ€0€0€ €Ihypothetical protein E6J91_14490, partial [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€TMQ14810Ŗ€ĸ€0€0€ €‚Jmolecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB0854426.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB0923721.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB1041692.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB1042216.1 molecular chaperone DnaJ [Corynebacterium diphtheriae]Ą€0€Ĩ€0€Ą€ CAB0780497Ŗ€ĸ€0€0€ €wDUF87 domain-containing protein [Citrobacter braakii] >WGA83688.1 DUF87 domain-containing protein [Citrobacter braakii]Ą€0€Š€0€Ą€ WP_279268272Ŗ€ĸ€0€0€ €]U32 family peptidase C-terminal domain-containing protein, partial [Streptococcus pneumoniae]Ą€0€Š€0€Ą€ WP_201454235Ŗ€ĸ€0€0€ €‚GGDEF domain-containing protein [Pectobacterium punjabense] >MBS4430325.1 GGDEF domain-containing protein [Pectobacterium punjabense] >PTA64320.1 GGDEF domain-containing protein [Pectobacterium punjabense] >QJA21760.1 GGDEF domain-containing protein [Pectobacterium punjabense]Ą€0€Š€0€Ą€ WP_107169208Ŗ€ĸ€0€0€ €+hypothetical protein [Klebsiella variicola]Ą€0€Š€0€Ą€ WP_258315721Ŗ€ĸ€0€0€ €/hypothetical protein [Synergistaceae bacterium]Ą€0€¤€0€Ą€ MBQ0056002Ŗ€ĸ€0€0€ €BPyruvate dehydrogenase E1 component subunit beta [Triticum urartu]Ą€0€¤€0€Ą€EMS62928Ŗ€ĸ€0€0€ €)MFS transporter [Saprospirales bacterium]Ą€0€¤€0€Ą€ MBK6276192Ŗ€ĸ€0€0€ €@MAG: NUDIX domain-containing protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€RLS80176Ŗ€ĸ€0€0€ €7thiamine-phosphate kinase [Flavobacteriaceae bacterium]Ą€0€¤€0€Ą€MAU73077Ŗ€ĸ€0€0€ €Aprotein bunched, class 2/F/G isoform isoform X5 [Lucilia cuprina]Ą€0€Š€0€Ą€ XP_046801602Ŗ€ĸ€0€0€ €Ĩhypothetical protein [Lysobacter enzymogenes] >ALN60374.1 lipoprotein [Lysobacter enzymogenes] >UZW60936.1 hypothetical protein BV903_001200 [Lysobacter enzymogenes]Ą€0€Š€0€Ą€ WP_231783900Ŗ€ĸ€0€0€ €Hlipopolysaccharide biosynthesis protein [Microbacterium sp. VKM Ac-2923]Ą€0€¤€0€Ą€ MCJ1706109Ŗ€ĸ€0€0€ €‚7MULTISPECIES: adenosyl-hopene transferase HpnH [unclassified Mycetohabitans] >MCF2135381.1 adenosyl-hopene transferase HpnH [Mycetohabitans sp. B3] >MCG1019850.1 adenosyl-hopene transferase HpnH [Mycetohabitans sp. B4] >SIT80596.1 hopanoid biosynthesis associated radical SAM protein HpnH [Burkholderia sp. b13]Ą€0€Š€0€Ą€ WP_076788335Ŗ€ĸ€0€0€ €HMotA/TolQ/ExbB proton channel family protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCR5830520Ŗ€ĸ€0€0€ €wpyruvate/2-oxoglutarate dehydrogenase complex dihydrolipoamide acyltransferase (E2) component [Prauserella isguenensis]Ą€0€¤€0€Ą€ MBB3050407Ŗ€ĸ€0€0€ €Anucleotidyltransferase family protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€ MCH7900379Ŗ€ĸ€0€0€ €yamino acid ABC transporter permease [Labrys sp. LIt4] >MBP0583364.1 amino acid ABC transporter permease [Labrys sp. LIt4]Ą€0€Š€0€Ą€ WP_209434296Ŗ€ĸ€0€0€ €ņglycine cleavage system protein GcvH [Deinococcus geothermalis] >Q1IX33.1 RecName: Full=Glycine cleavage system H protein [Deinococcus geothermalis DSM 11300] >ABF46201.1 glycine cleavage system H protein [Deinococcus geothermalis DSM 11300]Ą€0€Š€0€Ą€ WP_011531028Ŗ€ĸ€0€0€ €7GTP-binding protein [Candidatus Lokiarchaeota archaeon]Ą€0€¤€0€Ą€NVM16230Ŗ€ĸ€0€0€ €B50S ribosomal protein L16, partial [Acidithiobacillus sp. GGI-221]Ą€0€¤€0€Ą€EGQ64187Ŗ€ĸ€0€0€ €-IS3 family transposase [Clostridia bacterium]Ą€0€¤€0€Ą€NCC17292Ŗ€ĸ€0€0€ €umechanosensitive channel protein [Escherichia coli] >HAW1428193.1 mechanosensitive channel protein [Escherichia coli]Ą€0€¯€0€Ą€ HAV8610731Ŗ€ĸ€0€0€ €ƒhypothetical protein HRR77_008365 [Exophiala dermatitidis] >KAJ9002340.1 hypothetical protein HRR94_008665 [Exophiala dermatitidis]Ą€0€¤€0€Ą€ KAJ4533602Ŗ€ĸ€0€0€ €9hypothetical protein MATL_G00188870 [Megalops atlanticus]Ą€0€¤€0€Ą€ KAG7462827Ŗ€ĸ€0€0€ €Bhypothetical protein lbkm_0866 [Lachnospiraceae bacterium KM106-2]Ą€0€Ŧ€0€Ą€BBF42184Ŗ€ĸ€0€0€ €YMAG: 16S rRNA (cytosine(1402)-N(4))-methyltransferase [Candidatus Rokubacteria bacterium]Ą€0€¤€0€Ą€PWU18232Ŗ€ĸ€0€0€ €<30S ribosomal protein S8 [Candidatus Dependentiae bacterium]Ą€0€¤€0€Ą€ MBV8660698Ŗ€ĸ€0€0€ €+hypothetical protein [Streptomyces cyaneus]Ą€0€Š€0€Ą€ WP_164904950Ŗ€ĸ€0€0€ €+MFS transporter [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ2317532Ŗ€ĸ€0€0€ €{ABC transporter ATP-binding protein [Bacillus mycoides] >QWH39765.1 ABC transporter ATP-binding protein [Bacillus mycoides]Ą€0€Š€0€Ą€ WP_215557653Ŗ€ĸ€0€0€ €6cell division protein FtsA [Kiritimatiellia bacterium]Ą€0€¤€0€Ą€ MBQ2346567Ŗ€ĸ€0€0€ €īABC transporter substrate-binding protein [Brucella haematophila] >KAB2696536.1 ABC transporter substrate-binding protein [Ochrobactrum sp. Kaboul] >TMV03654.1 transporter substrate-binding domain-containing protein [Brucella haematophila]Ą€0€Š€0€Ą€ WP_138785174Ŗ€ĸ€0€0€ €5RNA-dependent DNA polymerase [Anaerolineae bacterium]Ą€0€¯€0€Ą€HCK66187Ŗ€ĸ€0€0€ €+AAA family ATPase [Bacteroidales bacterium]Ą€0€¤€0€Ą€ MBO7492856Ŗ€ĸ€0€0€ €ÃGfo/Idh/MocA family oxidoreductase [Streptococcus dysgalactiae] >QZT26274.1 Gfo/Idh/MocA family oxidoreductase [Streptococcus dysgalactiae] >VTT01680.1 oxidoreductase [Streptococcus dysgalactiae]Ą€0€Š€0€Ą€ WP_138125503Ŗ€ĸ€0€0€ €Ihemolysin III-like protein [Bifidobacterium pseudolongum subsp. globosum]Ą€0€¤€0€Ą€PKU92481Ŗ€ĸ€0€0€ €immunoglobulin heavy chain junction region [Homo sapiens] >MOM45627.1 immunoglobulin heavy chain junction region [Homo sapiens]Ą€0€¤€0€Ą€MOM40962Ŗ€ĸ€0€0€ €{NAD(P)/FAD-dependent oxidoreductase [Tsuneonella flava] >QSB45235.1 NAD(P)/FAD-dependent oxidoreductase [Tsuneonella flava]Ą€0€Š€0€Ą€ WP_205443952Ŗ€ĸ€0€0€ €fWGR domain-containing protein [Methylomonas methanica] >OAH99197.1 polymerase [Methylomonas methanica]Ą€0€Š€0€Ą€ WP_064038193Ŗ€ĸ€0€0€ €“glutaredoxin family protein [Candidatus Bipolaricaulota bacterium] >MCS7273894.1 glutaredoxin family protein [Candidatus Bipolaricaulota bacterium]Ą€0€¤€0€Ą€ MCS6937099Ŗ€ĸ€0€0€ €aexp1-like protein [Mortierella sp. AD010] >KAF9400923.1 exp1-like protein [Mortierella sp. AD011]Ą€0€¤€0€Ą€ KAF9171043Ŗ€ĸ€0€0€ €yTRAP transporter large permease [Vibrio mediterranei] >MCG9663752.1 TRAP transporter large permease [Vibrio mediterranei]Ą€0€Š€0€Ą€ WP_239913672Ŗ€ĸ€0€0€ €ũtype II toxin-antitoxin system RelE/ParE family toxin [Geobacter hydrogenophilus] >MBT0894352.1 type II toxin-antitoxin system RelE/ParE family toxin [Geobacter hydrogenophilus] >GLI38361.1 hypothetical protein GHYDROH2_18620 [Geobacter hydrogenophilus]Ą€0€Š€0€Ą€ WP_214186529Ŗ€ĸ€0€0€ €›protein translocase subunit secG [Novosphingobium aromaticivorans DSM 12444] >SCY77582.1 protein translocase subunit secG [Novosphingobium aromaticivorans]Ą€0€¤€0€Ą€ABD26457Ŗ€ĸ€0€0€ €-hypothetical protein [Pirellulales bacterium]Ą€0€¤€0€Ą€ MCH2598227Ŗ€ĸ€0€0€ €ŒOpgC domain-containing protein [Bradyrhizobium sp. ORS 375] >CCD90609.1 conserved membrane hypothetical protein [Bradyrhizobium sp. ORS 375]Ą€0€Š€0€Ą€ WP_009025642Ŗ€ĸ€0€0€ €2hypothetical protein [Bdellovibrionales bacterium]Ą€0€¤€0€Ą€ MCB0330656Ŗ€ĸ€0€0€ €ŧparaquat-inducible protein A [Vibrio cyclitrophicus] >OEE83568.1 paraquat-inducible protein A [Vibrio cyclitrophicus FF160] >PMJ21464.1 paraquat-inducible protein A [Vibrio cyclitrophicus]Ą€0€Š€0€Ą€ WP_029189383Ŗ€ĸ€0€0€ €ÕAraC family transcriptional regulator [Halomonas sp. DP3Y7-1] >MBY6209277.1 AraC family transcriptional regulator [Halomonas sp. DP3Y7-2] >MBY6229432.1 AraC family transcriptional regulator [Halomonas sp. DP3Y7-1]Ą€0€Š€0€Ą€ WP_222163701Ŗ€ĸ€0€0€ €[ribonuclease Y [Candidatus Campbellbacteria bacterium CG22_combo_CG10-13_8_21_14_all_36_13]Ą€0€¤€0€Ą€PIP86899Ŗ€ĸ€0€0€ €+AAA family ATPase [Achromobacter insolitus]Ą€0€Š€0€Ą€ WP_082884485Ŗ€ĸ€0€0€ €4hypothetical protein [Alphaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCB1376795Ŗ€ĸ€0€0€ €‚1phage portal protein [Escherichia coli] >EHK3091771.1 phage portal protein [Escherichia coli] >MBW0077866.1 phage portal protein [Escherichia coli] >TEV40342.1 phage portal protein [Escherichia coli] >TEV80342.1 phage portal protein [Escherichia coli] >HCN9385819.1 phage portal protein [Escherichia coli]Ą€0€Š€0€Ą€ WP_134262365Ŗ€ĸ€0€0€ €;2-enoate reductase FldZ [Firmicutes bacterium ADurb.Bin080]Ą€0€¤€0€Ą€OQC16336Ŗ€ĸ€0€0€ €jMalY/PatB family protein [Dorea longicatena] >VUW93362.1 Cystathionine beta-lyase PatB [Dorea longicatena]Ą€0€Š€0€Ą€ WP_144099812Ŗ€ĸ€0€0€ €pDMT family transporter [Adlercreutzia mucosicola] >MVX61402.1 EamA family transporter [Adlercreutzia mucosicola]Ą€0€Š€0€Ą€ WP_160346534Ŗ€ĸ€0€0€ €Ĩaldehyde dehydrogenase family protein [Stenotrophomonas sp. YAU14A_MKIMI4_1] >AWH29356.1 aldehyde dehydrogenase family protein [Stenotrophomonas sp. YAU14A_MKIMI4_1]Ą€0€Š€0€Ą€ WP_108756325Ŗ€ĸ€0€0€ €5YcaO-like family protein [Oscillospiraceae bacterium]Ą€0€¤€0€Ą€ MBQ9907360Ŗ€ĸ€0€0€ €‡MFS transporter [Shigella flexneri] >EHN6470024.1 MFS transporter [Shigella flexneri] >EJD0056746.1 MFS transporter [Shigella flexneri]Ą€0€¤€0€Ą€ EHK6691416Ŗ€ĸ€0€0€ €*hypothetical protein [Colocasia esculenta]Ą€0€¤€0€Ą€MQM04273Ŗ€ĸ€0€0€ €9hypothetical protein DFH09DRAFT_1377283 [Mycena vulgaris]Ą€0€¤€0€Ą€ KAJ6491222Ŗ€ĸ€0€0€ €,YcxB family protein [Lysobacter sp. Root559]Ą€0€Š€0€Ą€ WP_235565772Ŗ€ĸ€0€0€ €Mtranslin [Colletotrichum lupini] >UQC85639.1 translin [Colletotrichum lupini]Ą€0€Š€0€Ą€ XP_049147251Ŗ€ĸ€0€0€ €6MULTISPECIES: endonuclease III [Bacillus cereus group]Ą€0€Š€0€Ą€ WP_242161393Ŗ€ĸ€0€0€ €efflux transporter outer membrane subunit [Pseudomonas sp. N3-W] >WHS62776.1 efflux transporter outer membrane subunit [Pseudomonas sp. N3-W]Ą€0€Š€0€Ą€ WP_283557067Ŗ€ĸ€0€0€ €LORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2]Ą€0€¤€0€Ą€URP80785Ŗ€ĸ€0€0€ €aYecA family protein [Xenorhabdus sp. BG5] >MBE8596421.1 YecA family protein [Xenorhabdus sp. BG5]Ą€0€Š€0€Ą€ WP_193850569Ŗ€ĸ€0€0€ €6hypothetical protein AKJ09_02829 [Labilithrix luteola]Ą€0€¤€0€Ą€AKU96165Ŗ€ĸ€0€0€ €damino acid permease [Nocardia ninae] >GEM40303.1 amino acid transporter [Nocardia ninae NBRC 108245]Ą€0€Š€0€Ą€ WP_147135386Ŗ€ĸ€0€0€ €‹FAD-dependent thymidylate synthase [Micromonospora phytophila] >MCM0678348.1 FAD-dependent thymidylate synthase [Micromonospora phytophila]Ą€0€Š€0€Ą€ WP_250798057Ŗ€ĸ€0€0€ €đATP-binding cassette domain-containing protein [Klebsiella pneumoniae] >SQC09877.1 ABC transporter ATP-binding protein [Klebsiella pneumoniae] >HBY9728820.1 ABC-F family ATP-binding cassette domain-containing protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_112088864Ŗ€ĸ€0€0€ €L16S rRNA (cytosine(1402)-N(4))-methyltransferase RsmH [Clostridia bacterium]Ą€0€¤€0€Ą€ MBQ9976843Ŗ€ĸ€0€0€ €84-hydroxybenzoyl-CoA reductase [Chloroflexota bacterium]Ą€0€¤€0€Ą€TMF32236Ŗ€ĸ€0€0€ €Ahypothetical protein SAMN04487981_113103 [Streptomyces sp. cf386]Ą€0€Ĩ€0€Ą€SDO77973Ŗ€ĸ€0€0€ €GATP-binding cassette domain-containing protein [Paenibacillus sp. AD87]Ą€0€Š€0€Ą€ WP_197521413Ŗ€ĸ€0€0€ €2alpha/beta fold hydrolase [Pseudomonas aeruginosa]Ą€0€¯€0€Ą€ HBO3907473Ŗ€ĸ€0€0€ €MULTISPECIES: muconate cycloisomerase CatB2 [Paraburkholderia] >MBK3785563.1 muconate cycloisomerase [Paraburkholderia aspalathi]Ą€0€Š€0€Ą€ WP_200567098Ŗ€ĸ€0€0€ €‚ZMULTISPECIES: glycosyltransferase family 4 protein [Vibrio] >AVF92518.1 capsular biosynthesis protein [Vibrio diabolicus] >EMD80485.1 glycosyl transferase, group 1 family protein [Vibrio diabolicus E0666] >MCE3218054.1 glycosyltransferase family 4 protein [Vibrio diabolicus] >MCS0447747.1 glycosyltransferase family 4 protein [Vibrio diabolicus]Ą€0€Š€0€Ą€ WP_005392478Ŗ€ĸ€0€0€ €åABC-2 family transporter protein [Prochlorococcus marinus] >MBO8233918.1 multidrug ABC transporter permease [Prochlorococcus marinus XMU1419] >MBW3077382.1 multidrug ABC transporter permease [Prochlorococcus marinus str. XMU1419]Ą€0€Š€0€Ą€ WP_209106433Ŗ€ĸ€0€0€ €2glutathione S-transferase T3-like [Brassica napus]Ą€0€Š€0€Ą€ XP_048593444Ŗ€ĸ€0€0€ €Ipossible periplasmic thioredoxin [Campylobacter jejuni subsp. jejuni 414]Ą€0€¤€0€Ą€EFC33499Ŗ€ĸ€0€0€ €Qclass I SAM-dependent rRNA methyltransferase [Candidatus Sellimonas avistercoris]Ą€0€¯€0€Ą€HIV94128Ŗ€ĸ€0€0€ €CTerB N-terminal domain-containing protein [Chromatiaceae bacterium]Ą€0€¤€0€Ą€ MBK8637870Ŗ€ĸ€0€0€ €6hypothetical protein M231_01946 [Tremella mesenterica]Ą€0€¤€0€Ą€RXK40695Ŗ€ĸ€0€0€ €%phage tail protein [Escherichia coli]Ą€0€¤€0€Ą€ EFG7308611Ŗ€ĸ€0€0€ €heat-inducible transcriptional repressor HrcA [Okeania sp. KiyG1] >GGA12718.1 heat-inducible transcription repressor HrcA [Okeania sp. KiyG1]Ą€0€Š€0€Ą€ WP_202220633Ŗ€ĸ€0€0€ €1site-specific integrase [Actinomycetia bacterium]Ą€0€¤€0€Ą€ MCA1697375Ŗ€ĸ€0€0€ €@Inorganic phosphate transporter pho84 [Actinomortierella wolfii]Ą€0€¤€0€Ą€ KAG0237649Ŗ€ĸ€0€0€ €3AI-2E family transporter [Streptomyces sp. SID6013]Ą€0€¤€0€Ą€MYS55468Ŗ€ĸ€0€0€ €Hlow molecular weight protein-tyrosine-phosphatase [Pseudomonas asuensis]Ą€0€Š€0€Ą€ WP_188867472Ŗ€ĸ€0€0€ €1methionine--tRNA ligase [Bradyrhizobium ivorense]Ą€0€Š€0€Ą€ WP_233286789Ŗ€ĸ€0€0€ €7error-prone DNA polymerase [Caballeronia zhejiangensis]Ą€0€Š€0€Ą€ WP_034473228Ŗ€ĸ€0€0€ €‚acyl-CoA dehydrogenase family protein [Amycolatopsis bartoniae] >MBB2934506.1 alkylation response protein AidB-like acyl-CoA dehydrogenase [Amycolatopsis bartoniae] >TVT01884.1 acyl-CoA dehydrogenase [Amycolatopsis bartoniae] >GHF46886.1 acyl-CoA dehydrogenase [Amycolatopsis bartoniae]Ą€0€Š€0€Ą€ WP_145937814Ŗ€ĸ€0€0€ €‚Yhypothetical protein [Klebsiella variicola] >HBS6925998.1 hypothetical protein [Klebsiella pneumoniae] >PXK61481.1 hypothetical protein DMR84_00900 [Klebsiella variicola] >HBW0878219.1 hypothetical protein [Klebsiella variicola] >HBW0890320.1 hypothetical protein [Klebsiella variicola] >HBX8242518.1 hypothetical protein [Klebsiella pneumoniae]Ą€0€Š€0€Ą€ WP_110236450Ŗ€ĸ€0€0€ €Jhypothetical protein [Pectobacterium carotovorum subsp. carotovorum PCCS1]Ą€0€¤€0€Ą€ MBG0749417Ŗ€ĸ€0€0€ €.FAD-binding protein [Caldilineaceae bacterium]Ą€0€¤€0€Ą€ MBW7885425Ŗ€ĸ€0€0€ €>MULTISPECIES: glutamate synthase large subunit [Anoxybacillus]Ą€0€Š€0€Ą€ WP_020424556Ŗ€ĸ€0€0€ €}hypothetical protein [Mucilaginibacter xinganensis] >ASU34083.1 hypothetical protein MuYL_2193 [Mucilaginibacter xinganensis]Ą€0€Š€0€Ą€ WP_094570475Ŗ€ĸ€0€0€ €7homoserine O-acetyltransferase [Aggregatibacter segnis]Ą€0€Š€0€Ą€ WP_109128643Ŗ€ĸ€0€0€ €2elongation factor 1 alpha, partial [Cyclodes omma]Ą€0€¤€0€Ą€AGS31853Ŗ€ĸ€0€0€ €HNH endonuclease [bacterium]Ą€0€¤€0€Ą€ MBK7190470Ŗ€ĸ€0€0€ €Dserine hydrolase domain-containing protein [Myxococcus qinghaiensis]Ą€0€Š€0€Ą€ WP_256569498Ŗ€ĸ€0€0€ €‚NMULTISPECIES: DMT family transporter [unclassified Pseudomonas] >SDA85080.1 transporter family-2 protein [Pseudomonas sp. NFACC15-1] >SDW69869.1 transporter family-2 protein [Pseudomonas sp. NFACC14] >SFB35729.1 transporter family-2 protein [Pseudomonas sp. NFIX10] >SFF02588.1 transporter family-2 protein [Pseudomonas sp. NFACC06-1]Ą€0€Š€0€Ą€ WP_092203677Ŗ€ĸ€0€0€ €T3-(2,3-dihydroxyphenyl)propionate dioxygenase [Rhodococcus wratislaviensis IFP 2016]Ą€0€¤€0€Ą€ELB87175Ŗ€ĸ€0€0€ €ēMDR family oxidoreductase [Leifsonia xyli] >AAT88202.1 alcohol dehydrogenase [Leifsonia xyli subsp. xyli str. CTCB07] >ODA90917.1 NADPH:quinone dehydrogenase [Leifsonia xyli subsp. xyli]Ą€0€Š€0€Ą€ WP_011185207Ŗ€ĸ€0€0€ €DNRLRE domain-containing protein [Amycolatopsis lexingtonensis] >MBE1501504.1 hypothetical protein [Amycolatopsis lexingtonensis]Ą€0€Š€0€Ą€ WP_158104363Ŗ€ĸ€0€0€ €1unnamed protein product [Coregonus sp. 'balchen']Ą€0€Ĩ€0€Ą€ CAB1315112Ŗ€ĸ€0€0€ €#hypothetical protein [Rothia aeria]Ą€0€Š€0€Ą€ WP_278579814Ŗ€ĸ€0€0€ €Iphosphate ABC transporter ATP-binding protein PstB [Granulicella sp. L60]Ą€0€Š€0€Ą€ WP_158791585Ŗ€ĸ€0€0€ €Ÿanchored repeat-type ABC transporter ATP-binding subunit [Lentzea indica] >NKE60384.1 anchored repeat-type ABC transporter ATP-binding subunit [Lentzea indica]Ą€0€Š€0€Ą€ WP_167977039Ŗ€ĸ€0€0€ €5murein DD-endopeptidase MepM [Haemophilus influenzae]Ą€0€Š€0€Ą€ WP_110431153Ŗ€ĸ€0€0€ €ŗMULTISPECIES: SURF1 family protein [unclassified Pseudomonas] >NWC92190.1 SURF1 family protein [Pseudomonas sp. IPO3779] >NWD20043.1 SURF1 family protein [Pseudomonas sp. IPO3778]Ą€0€Š€0€Ą€ WP_177084516Ŗ€ĸ€0€0€ €OSZ74671.1 cyclohexanone monooxygenase [Hydrogenophaga sp. IBVHS1]Ą€0€Š€0€Ą€ WP_086123022Ŗ€ĸ€0€0€ €qDNA repair protein RecO [Acidimicrobiia bacterium] >PHX59417.1 DNA repair protein RecO [Actinomycetota bacterium]Ą€0€¤€0€Ą€MSO18531Ŗ€ĸ€0€0€ €$LRRC4 protein [Pedionomus torquatus]Ą€0€¤€0€Ą€NWW43432Ŗ€ĸ€0€0€ €’unnamed protein product [Brassica napus] >CAG7865815.1 unnamed protein product [Brassica rapa] >VDC62858.1 unnamed protein product [Brassica rapa]Ą€0€Ĩ€0€Ą€ CAF2048201Ŗ€ĸ€0€0€ €PPGM2 protein [Cardinalis cardinalis] >NXP88516.1 PGM2 protein [Passerina amoena]Ą€0€¤€0€Ą€NWT28302Ŗ€ĸ€0€0€ €thypothetical protein [Nocardiopsis sp. Huas11] >RKS08219.1 hypothetical protein DFP74_3914 [Nocardiopsis sp. Huas11]Ą€0€Š€0€Ą€ WP_121183454Ŗ€ĸ€0€0€ €5pol protein, partial [Human immunodeficiency virus 1]Ą€0€¤€0€Ą€AFJ09957Ŗ€ĸ€0€0€ €}hypothetical protein T265_12248 [Opisthorchis viverrini] >KER18514.1 hypothetical protein T265_12248 [Opisthorchis viverrini]Ą€0€Š€0€Ą€ XP_009177739Ŗ€ĸ€0€0€ €PAOX oxidase [Ardeotis kori]Ą€0€¤€0€Ą€NXE30976Ŗ€ĸ€0€0€ €ahypothetical protein [Duganella sp. FT27W] >MPQ59667.1 hypothetical protein [Duganella sp. FT27W]Ą€0€Š€0€Ą€ WP_152884059Ŗ€ĸ€0€0€ €MBP2411440.1 S-DNA-T family DNA segregation ATPase FtsK/SpoIIIE [Arthrobacter stackebrandtii] >PYH00277.1 cell division protein FtsK [Arthrobacter stackebrandtii]Ą€0€Š€0€Ą€ WP_209676560Ŗ€ĸ€0€0€ €Stransforming growth factor-beta receptor-associated protein 1 [Larimichthys crocea]Ą€0€Š€0€Ą€ XP_027131078Ŗ€ĸ€0€0€ €RWT53243.1 hypothetical protein DN601_27650 [Klebsiella quasipneumoniae subsp. similipneumoniae]Ą€0€Š€0€Ą€ WP_128316318Ŗ€ĸ€0€0€ €1AAA family ATPase [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€ MCR4310565Ŗ€ĸ€0€0€ €Xphage tail sheath C-terminal domain-containing protein [Candidatus Fukatsuia symbiotica]Ą€0€Š€0€Ą€ WP_119963696Ŗ€ĸ€0€0€ €OMULTISPECIES: type II toxin-antitoxin system VapB family antitoxin [Nonomuraea]Ą€0€Š€0€Ą€ WP_221520465Ŗ€ĸ€0€0€ €?methyl-accepting chemotaxis protein [Lachnospiraceae bacterium]Ą€0€¤€0€Ą€ MCI8311254Ŗ€ĸ€0€0€ €:hypothetical protein CM15mP74_20610 [Halieaceae bacterium]Ą€0€Ŧ€0€Ą€GIR70810Ŗ€ĸ€0€0€ €ŽGntR family transcriptional regulator [Pseudovibrio sp. FO-BEG1] >AEV38419.1 transcriptional regulator, GntR family [Pseudovibrio sp. FO-BEG1]Ą€0€Š€0€Ą€ WP_014286324Ŗ€ĸ€0€0€ €Ocarbon-nitrogen hydrolase family protein [Candidatus Hydrogenedentes bacterium]Ą€0€¤€0€Ą€ MCH7911399Ŗ€ĸ€0€0€ €‡GSU2403 family nucleotidyltransferase fold protein [Rhodobacter sp. SGA-6-6] >NGM46854.1 hypothetical protein [Rhodobacter sp. SGA-6-6]Ą€0€Š€0€Ą€ WP_165019025Ŗ€ĸ€0€0€ €Ihypothetical protein E6J90_50840, partial [Deltaproteobacteria bacterium]Ą€0€¤€0€Ą€TMQ04701Ŗ€ĸ€0€0€ €-hypothetical protein [Methanobrevibacter sp.]Ą€0€¤€0€Ą€ MBR6023659Ŗ€ĸ€0€0€ €+hypothetical protein [Oceanobacillus sojae]Ą€0€Š€0€Ą€ WP_077603924Ŗ€ĸ€0€0€ €;sodium-dependent transporter [Faecalibacterium prausnitzii]Ą€0€Š€0€Ą€ WP_156061037Ŗ€ĸ€0€0€ €qcytochrome b/b6 domain-containing protein [Shewanella sp. c952] >GIU08671.1 cytochrome b561 [Shewanella sp. c952]Ą€0€Š€0€Ą€ WP_220737010Ŗ€ĸ€0€0€ €)TPST2 sulfotransferase [Penelope pileata]Ą€0€¤€0€Ą€NXC43906Ŗ€ĸ€0€0€ €,IS3 family transposase [Salmonella enterica]Ą€0€¤€0€Ą€ EJL0691474Ŗ€ĸ€0€0€ €:DUF2884 domain-containing protein [Pectobacterium polaris]Ą€0€Š€0€Ą€ WP_277513241Ŗ€ĸ€0€0€ €‚4antibiotic biosynthesis monooxygenase [Escherichia coli] >EHG9493192.1 antibiotic biosynthesis monooxygenase [Salmonella enterica] >EJH2131756.1 antibiotic biosynthesis monooxygenase [Salmonella enterica subsp. enterica serovar Kentucky] >HCD2222992.1 antibiotic biosynthesis monooxygenase [Escherichia coli]Ą€0€¤€0€Ą€ EET1847662Ŗ€ĸ€0€0€ €KLuxR C-terminal-related transcriptional regulator [Noviherbaspirillum saxi]Ą€0€Š€0€Ą€ WP_233575804Ŗ€ĸ€0€0€ €JATP-binding cassette domain-containing protein [Acidobacteriota bacterium]Ą€0€¤€0€Ą€MSO30570Ŗ€ĸ€0€0€ €|GHKL domain-containing protein [Clostridium ragsdalei] >OBR96118.1 sensory histidine kinase DcuS [Clostridium ragsdalei P11]Ą€0€Š€0€Ą€ WP_065076975Ŗ€ĸ€0€0€ €whypothetical protein [Kibdelosporangium aridum] >RSM83481.1 hypothetical protein DMH04_22785 [Kibdelosporangium aridum]Ą€0€Š€0€Ą€ WP_037252487Ŗ€ĸ€0€0€ €-hypothetical protein [Bacteroidota bacterium]Ą€0€¤€0€Ą€ MBP1672140Ŗ€ĸ€0€0€ €˛proline hydroxylase [Candidatus Ryanbacteria bacterium RIFCSPHIGHO2_01_FULL_45_22] >OGZ46835.1 proline hydroxylase [Candidatus Ryanbacteria bacterium RIFCSPHIGHO2_02_FULL_45_17b]Ą€0€¤€0€Ą€OGZ43278Ŗ€ĸ€0€0€ €AAzlD domain-containing protein [Levilactobacillus tongjiangensis]Ą€0€Š€0€Ą€ WP_125691986Ŗ€ĸ€0€0€ €…cupin domain-containing protein [Planctomycetota bacterium] >MCC7064451.1 cupin domain-containing protein [Planctomycetota bacterium]Ą€0€¤€0€Ą€ MBP8298997Ŗ€ĸ€0€0€ €ŪMULTISPECIES: transcription elongation factor GreA [Aquamicrobium] >MBB6014395.1 transcription elongation factor GreA [Aquamicrobium lusatiense] >MCG8271055.1 transcription elongation factor GreA [Aquamicrobium sp. NLF2-7]Ą€0€Š€0€Ą€ WP_183832569Ŗ€ĸ€0€0€ €_AMP-binding protein [Bacteroides faecium] >QIU93096.1 AMP-binding protein [Bacteroides faecium]Ą€0€Š€0€Ą€ WP_167959909Ŗ€ĸ€0€0€ €lDHHW family protein [Acutalibacter sp. 1XD8-36] >NBJ89957.1 hypothetical protein [Acutalibacter sp. 1XD8-36]Ą€0€Š€0€Ą€ WP_166544121Ŗ€ĸ€0€0€ €7stromal interaction molecule 1 isoform X2 [Salmo salar]Ą€0€Š€0€Ą€ XP_014018893Ŗ€ĸ€0€0€ €Khypothetical protein K501DRAFT_166130, partial [Backusella circina FSU 941]Ą€0€¤€0€Ą€ KAI8889105Ŗ€ĸ€0€0€ €.acyl-CoA dehydrogenase [Halorussus halophilus]Ą€0€Š€0€Ą€ WP_158057697Ŗ€ĸ€0€0€ €•ras-related and estrogen-regulated growth inhibitor-like protein [Xenopus laevis] >OCT66656.1 hypothetical protein XELAEV_18042908mg [Xenopus laevis]Ą€0€Š€0€Ą€ XP_018089046Ŗ€ĸ€0€0€ €:RluA family pseudouridine synthase [Rathayibacter caricis]Ą€0€Š€0€Ą€ WP_279399778Ŗ€ĸ€0€0€ €?helix-turn-helix domain-containing protein [Okeania sp. SIO3B3]Ą€0€¤€0€Ą€NEP82600Ŗ€ĸ€0€0€ €8MAG: MATE family efflux transporter [Flavobacterium sp.]Ą€0€¤€0€Ą€ KAA3621416Ŗ€ĸ€0€0€ €MSH4 [Saccharomyces cerevisiae]Ą€0€¤€0€Ą€KZV11597Ŗ€ĸ€0€0€ €Ehypothetical protein DMG11_33470, partial [Acidobacteriota bacterium]Ą€0€¤€0€Ą€PYS18397Ŗ€ĸ€0€0€ €Ętransposase DDE domain protein [Neisseria meningitidis NM134] >EQD03531.1 transposase DDE domain protein [Neisseria meningitidis NM045] >CWU07183.1 IS1106 transposase (fragment) [Neisseria meningitidis]Ą€0€¤€0€Ą€EPF53206Ŗ€ĸ€0€0€ €Bglutathione S-transferase family protein [Oligoflexales bacterium]Ą€0€¤€0€Ą€ MBP9706914Ŗ€ĸ€0€0€ €Ë2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Waterburya agarophytonicola] >MCC0177585.1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Waterburya agarophytonicola KI4]Ą€0€Š€0€Ą€ WP_263858211Ŗ€ĸ€0€0€ €3choline ABC transporter permease [Elysia marginata]Ą€0€Ŧ€0€Ą€GFR82011Ŗ€ĸ€0€0€ €&RHG05 protein [Pelecanoides urinatrix]Ą€0€¤€0€Ą€NXT44414Ŗ€ĸ€0€0€ €}uncharacterized protein LOC112190352 [Rosa chinensis] >PRQ52230.1 hypothetical protein RchiOBHm_Chr2g0153221 [Rosa chinensis]Ą€0€Š€0€Ą€ XP_024185556Ŗ€ĸ€0€0€ €*endonuclease MutS2 [Enterococcus faecalis]Ą€0€Š€0€Ą€ WP_251843011Ŗ€ĸ€0€0€ €;hypothetical protein [Candidatus Portnoybacteria bacterium]Ą€0€¤€0€Ą€ MCG2809664Ŗ€ĸ€0€0€ €Gfructose-specific PTS transporter subunit EIIC [Staphylococcus capitis]Ą€0€Š€0€Ą€ WP_049427769Ŗ€ĸ€0€0€ €@NADH dehydrogenase subunit 1, partial [Cautires sp. UPOL A00017]Ą€0€¤€0€Ą€AIL29843Ŗ€ĸ€0€0€ €~uncharacterized protein J4E86_004142 [Alternaria arbusti] >KAI4958538.1 hypothetical protein J4E86_004142 [Alternaria arbusti]Ą€0€Š€0€Ą€ XP_051304311Ŗ€ĸ€0€0€ €‡hypothetical protein [Bacillus thuringiensis] >OUA93971.1 hypothetical protein BK704_29755 [[Bacillus thuringiensis] serovar konkukian]Ą€0€Š€0€Ą€ WP_087997173Ŗ€ĸ€0€0€ €-DNA gyrase subunit A [Spiribacter vilamensis]Ą€0€¤€0€Ą€RZU98823Ŗ€ĸ€0€0€ €éLysR family transcriptional regulator [Nocardiopsis sinuspersici] >NYH55071.1 DNA-binding transcriptional LysR family regulator [Nocardiopsis sinuspersici] >OOC53787.1 LysR family transcriptional regulator [Nocardiopsis sinuspersici]Ą€0€Š€0€Ą€ WP_077690175Ŗ€ĸ€0€0€ €yhypothetical protein DD237_003004 [Peronospora effusa] >UIZ26664.1 hypothetical protein KXD40_001560 [Peronospora effusa]Ą€0€¤€0€Ą€RQM16216Ŗ€ĸ€0€0€ €Nrhodanese-like domain-containing protein [Candidatus Marinimicrobia bacterium]Ą€0€¤€0€Ą€ MCF7886260Ŗ€ĸ€0€0€ €.hypothetical protein [Streptomyces sp. UMAF16]Ą€0€Š€0€Ą€ WP_268695178Ŗ€ĸ€0€0€ €ƒhypothetical protein [Streptomyces griseorubiginosus] >KUM76761.1 hypothetical protein AQI84_15195 [Streptomyces griseorubiginosus]Ą€0€Š€0€Ą€ WP_062024872Ŗ€ĸ€0€0€ €‚iso-IS1 ORF2 [Shigella dysenteriae Sd197] >EFP68414.1 insertion element IS1 1/5/6 protein insB [Shigella dysenteriae 1617] >SPZ77529.1 iso-IS1 ORF2 [Shigella dysenteriae] >ABB61037.1 iso-IS1 ORF2 [Shigella dysenteriae Sd197] >ABB61422.1 iso-IS1 ORF2 [Shigella dysenteriae Sd197]Ą€0€¤€0€Ą€ABB60900Ŗ€ĸ€0€0€ €…ABC transporter ATP-binding protein [Mesorhizobium sp. AR02] >UVK50519.1 ABC transporter ATP-binding protein [Mesorhizobium sp. AR02]Ą€0€Š€0€Ą€ WP_258581409Ŗ€ĸ€0€0€ €ghypothetical protein [Sinorhizobium medicae] >MBO1963018.1 hypothetical protein [Sinorhizobium medicae]Ą€0€Š€0€Ą€ WP_208179928Ŗ€ĸ€0€0€ €2DM13 domain-containing protein [Vibrio vulnificus]Ą€0€¤€0€Ą€ EIO4105067Ŗ€ĸ€0€0€ €:hypothetical protein IWW54_004581 [Coemansia sp. RSA 2705]Ą€0€¤€0€Ą€ KAJ2306899Ŗ€ĸ€0€0€ €:hypothetical protein CICLE_v10022662mg [Citrus clementina]Ą€0€¤€0€Ą€ESR55765Ŗ€ĸ€0€0€ €‚Åmethyl-galactoside ABC transporter permease [Enterocloster bolteae] >RGB96392.1 beta-methylgalactoside transporter [Hungatella hathewayi] >ENZ42802.1 methyl-galactoside ABC transporter permease [Enterocloster bolteae 90B3] >ENZ52597.1 methyl-galactoside ABC transporter permease [Enterocloster bolteae 90A9] >MCB6800589.1 beta-methylgalactoside transporter [Enterocloster bolteae] >MCB7232448.1 beta-methylgalactoside transporter [Enterocloster bolteae]Ą€0€Š€0€Ą€ WP_002574744Ŗ€ĸ€0€0€ €įABC transporter ATP-binding protein [Gammaproteobacteria bacterium] >MBT4492062.1 ABC transporter ATP-binding protein [Gammaproteobacteria bacterium] >MBT7370300.1 ABC transporter ATP-binding protein [Gammaproteobacteria bacterium]Ą€0€¤€0€Ą€ MBT4161918Ŗ€ĸ€0€0€ €ŅDHS-like NAD/FAD-binding domain-containing protein, partial [Aspergillus eucalypticola CBS 122712] >PWY67283.1 DHS-like NAD/FAD-binding domain-containing protein, partial [Aspergillus eucalypticola CBS 122712]Ą€0€Š€0€Ą€ XP_025385377Ŗ€ĸ€0€0€ €§4'-phosphopantetheinyl transferase superfamily protein [Nitrospira sp.] >MCB9776504.1 4'-phosphopantetheinyl transferase superfamily protein [Nitrospiraceae bacterium]Ą€0€¤€0€Ą€ MCA9453963Ŗ€ĸ€0€0€ €}hypothetical protein TWF191_011257 [Orbilia oligospora] >KAF3236754.1 hypothetical protein TWF192_011309 [Orbilia oligospora]Ą€0€¤€0€Ą€ KAF3210067Ŗ€ĸ€0€0€ €Acrossover junction endodeoxyribonuclease RuvC [Desulfobacula sp.]Ą€0€¤€0€Ą€ MCD4721788Ŗ€ĸ€0€0€ €quorum-sensing autoinducer CAI-1 synthase [Ramlibacter sp. AW1] >MBL0422282.1 quorum-sensing autoinducer CAI-1 synthase [Ramlibacter sp. AW1]Ą€0€Š€0€Ą€ WP_201685349Ŗ€ĸ€0€0€ €.TonB-dependent receptor [Phocaeicola plebeius]Ą€0€Š€0€Ą€ WP_259301651Ŗ€ĸ€0€0€ €-3416_t:CDS:1, partial [Entrophospora candida]Ą€0€Ĩ€0€Ą€ CAG8531755Ŗ€ĸ€0€0€ €‹RluA family pseudouridine synthase [Hymenobacter sp. HSC-4F20] >MBX0292791.1 RluA family pseudouridine synthase [Hymenobacter sp. HSC-4F20]Ą€0€Š€0€Ą€ WP_220615956Ŗ€ĸ€0€0€ €AATP-dependent RecD-like DNA helicase [Methylobacterium sp. J-026]Ą€0€¤€0€Ą€ MCJ2136558Ŗ€ĸ€0€0€ €ˆWecB/TagA/CpsF family glycosyltransferase [Microbacterium sp. T32] >KZE42597.1 hypothetical protein AVW09_09580 [Microbacterium sp. T32]Ą€0€Š€0€Ą€ WP_063256613Ŗ€ĸ€0€0€ €[MFS transporter [Brevibacillus brevis] >MBY0087880.1 MFS transporter [Brevibacillus brevis]Ą€0€Š€0€Ą€ WP_221868756Ŗ€ĸ€0€0€ €&DDX20 helicase [Drymodes brunneopygia]Ą€0€¤€0€Ą€NXU45820Ŗ€ĸ€0€0€ €2unnamed protein product [Callosobruchus chinensis]Ą€0€Ĩ€0€Ą€ CAH7752048Ŗ€ĸ€0€0€ €4DUF4421 family protein [Paludibacteraceae bacterium]Ą€0€¤€0€Ą€ MBQ7631188Ŗ€ĸ€0€0€ €6hypothetical protein M0804_014344 [Polistes exclamans]Ą€0€¤€0€Ą€ KAI4475370Ŗ€ĸ€0€0€ €Diron-containing alcohol dehydrogenase [Candidatus Obscuribacter sp.]Ą€0€¤€0€Ą€ MBK7837454Ŗ€ĸ€0€0€ €•hypothetical protein X805_29120 [Sphaerotilus natans subsp. natans DSM 6575] >SIR42931.1 transcriptional regulator, AraC family [Sphaerotilus natans]Ą€0€¤€0€Ą€KDB51534Ŗ€ĸ€bbuchfink-diamond-6dc5717/src/test/blast/nr_10k.pin000066400000000000000000002343341523407312000221030ustar00rootroot00000000000000nr_10k nr_10k.pdbMay 24, 2026 4:44 PM'ܝ<ÃjÛ¨9¤™BģRßZÕYŨ C ī _ Õ A ' * ’?ˇ*×3›i˙gڐŠnæĐHÂ@ŗbÕNÆwæ`y §!k!Ũ"X"ã#é$|$ī%ŗ&'('())Œ*C*ŋ+X+¸,1-4-œ.I.Ã/Ą0 00ô1c1Ø2[2Å33ß4E4Å5d8$8|99|9ã:W:É;1;˛<.=‰=˙>k>î?n@ÃADA´CLCČDRDÖEOEÃF(F‘G>G˛HxJJÆL4L°M7MŠN9NÄOÄP†PõQvRBS˛T1U-VÎW6WšXœYY™Z"ZÉ[”[˙\š]]Û^J__›avaōcÁd?d­ee fftfīg”hh˜i*iájĄk klglÕmbnÃo€oãp]qÔrJrĩsQsÄtEt´vsvÔw8xx€xãy`yûz…{|8|Ü}O}¸~č_ë,ĸ‚Šƒ)ƒˆƒü„……„†I‡‡u‰m‰ÎŠ@Šå‹NŒŒrŒđZÚŽqø’ę“W“ū”w•9•Â——z—â˜l™4™ßšLšš›X›Āœ[œŌĻžSžÃŸJŸú † ëĄrĄÜĸHĸ¯Ŗs¤,¤æĨĪĻFĻž§m§Ô¨IŠ/ĒäĢ?ĢöŦƒŦņ­T­ŋŽ›¯c¯Æ°;°•ą˛X˛ķŗŠ´´ēĩēļqļܸÚvēRēšģvģåŧeŧŨŊLŊōžižĪŋPĀ)Ā•ÁÁ’Â+ÂĄÃÑÅRÅÍƊÆđĮeĮīČoČøÉuĘË8ËëĖWĖã͙ÎÎĸĪĐDĐŧŅ,ŅēŌWŌËĶRĶˇÔÔÜÕSÕåÖČ×=×­Ø'ØĩŲzŲđÚgÚčÛîÜrŨ Ũ€ŪkŪĘßGߎā!āŋá4áŠáûâpâæã^ãÔäÆå å‚æšį*į…é"éžęęŠęôëåė¯íîrīīxđgđáņRņÄōˆōôķšôAôČõ1õØöq÷]÷Éø°ųSųŋú@úŖûũTũÉūá˙V˙ÂJ˙n |> ânÖ|  | % „  k g â ŽTņképügöīx'Ÿxl“2ėhyæWĪtõč T!!"#J#Å$€%†%÷'W'Ŋ(-(ī)†)ü*q+ +–,,„-. .˜//x030°1m1ß2ˆ2ú3¯4A4Č5w5í6Š737Ą9Ÿ:;Q;ģ<,<˛=4=Ļ>I>´?)?ã@g@âAJA´CŲDMDĪElF^FßG~H-HŌILJ6JûKģLPMNŲO‚O÷PŗQBQÂR4RüSiSūTkU›VW@XX”[[\ \ë]h]Đ^1^Ē_j`bbšc`cĘdRe"eŲfKfķgXgųhnhōiwm.mĒnnÕpōqRrrųsft¨u*u–vv€ww˜wöxĄz {{Ž}f~ ~ƒ~ėČ€I€ē0‚1‚¤ƒƒ€ƒá„Ē…-…’†"†Ę‡úˆv‰2‰œŠ ŠČ‹ũŒĢnŽFŽ¯;øjÕ‘Ļ’ ’w“>“ĩ”G”ß•O•ž–$–Ĩ—ŗ˜w˜Û™Vš"š—›L›šœ)œĐCž-ž­Ÿ#Ÿ– W ĀĄ0ĄŖĸLŖ¤4ĨĨpĻĻ§§Ã¨B¨ËŠ7ŠĒĒ&ĒŸĢ/ĢčŦĨ­†ŽŽ†¯ ¯Ę°8°ēą8ąą˛"˛Ĩ´B´šĩļAˇ”ˇû¸Žš|ēē„ģ ģ‹ŧSŧĢŊXŊČžDžŧŋ)ŋ”ÁÁšÂSà ÑÄĂÄīÅėĮ"Į‹ÉɌĘfĘßËsËęĖgĖĪͯÎqÎéĪ^ĪÛĐbĐËŅ*ŌFÔÔíÕ\ÕĐց××r×ĶØ:دŲoÛ/ÛōÜVŨ'ŨžŪNŪÃßfßŨāŧâã ã­ä!ä‘åøįįęčįéÃę­ëë“ėė…ėčíMíĩîîĩīÛđKđļņ ņ—ōōqōāķNķŪôOõõÉö§÷÷Øø\øÔų¤úú…úņûeûĶüVüĘũBũēū+ū¤˙˙˙úĮBĄÕķeĮ?ĘC¸.É < î b Ë › ˙ ”{īÁ/”=Ĩ\3Ļ–U×&œbÕxkJ@đ •!›"T"Å#1$ä%F%ē&.&˛','ļ()g)Ü*J+9+Ÿ,",’-[-Â.).‘.ī/e/Õ0Ž11„2X3Ž494Ĩ5O5Ä616œ77k8&8Ô9w9í:f;D;Â.>Ž??~?ė@]@ČB^BÕC:CļD5F F‰FūGmHyIOIĀJeJËKQKÁLxMEN)N—OOæPĄQDQœR÷SœTT}UUÍWžXZZ§[[€]?]Ģ^4_D_Ē` `šab&c5c¨d`dŲeFeëfigAgäh‡hûikiįjQjēk kœl^lãmYmÃn|p prpķq„rFss…tatČu*v vxvëw_wĶxhy ywyņzą{<{Ļ|Ų}V~~~ņ^€€~€ęQĖ‚5‚ôƒfƒĮ„F„ģ…0†Ŗ‡‡§ˆˆ‡ˆí‰^‰éŠĄ‹‹ŒŒŒŒíVŅŽEŽ¯uúũ“q”h”á•_•Ë˜™ņšd›f›æœ‘§ž/žĨ  n ķĄŠĸĸ˜Ŗ Ŗ¯ĨsĨčĻKĻÁ§^§Å¨<¨ĸŠfŠÆĒ4Ē­Ģ>ĢČŦ8Ŧģ­8­•ŽZŽÚ¯D¯ŋ°=ąHąá˛ŒŗFŗĖ´8´˛ĩHĩÂļAļôˇČ¸ŠššĸēEē¯ģģ‰ģųŧyŧöŊ”žžéŋTŋČĀJĀäÁ}ÁđÂgÃÇÄYÅÅpÆ ÆŨĮJĮĢČȘÉɃÉøĘiË'ÍÍÅΊĪyĐiŅŅuŌ4Ķ&ĶčÔpÔÍÖWÖ´ŲąÚژÛÛbÜ"ܒŨŨŨíŪcßvā{āũá_áŊâ+âõäŒäãåfåĐæ7æŖį?įđčWčöéĢęę—ëėšîĘīXīÖđođđō9ķ ķ‡ôYôŅõFö ÷qøAøĢųųzúGû û“üYüöũbũČū9ū¸˙u˙ęgÖEít.¤[ŊLģ3Ļ†  x Ú U Ū d Ô E Ŋ Ĩ ƒ0 Ąšū ‰ v1ŗŽ§ÎOÁ…œ}Q¸ e ö!t"0"—##”$f%6%&.&Ĩ'×(Š(ü*N*ŧ+/,,t-v-õ.o.ë0 02Ü3c3ã4O4Ī5;66Á777ô8Ŗ9Ŧ: :Ō<&=?„@\@ŅA-AĖB‰CRCąDuFEFĩG|GįHFI<IŦJJļL+M M‘NEN×OŒP÷Q_QÍR<S#STėUŸV_VáW‚XGX­Y%YÎZAZą[[•[ū\x^_d_Ú`ībŅcZddŽeeffwfŪg\h˛i,i‘j­kålZmmtmænInŦopoũpipÛqĩr}tptæu¨vv™wwfxxœyzMzÄ{>|-|¨}}–~X(Ũ€G€ōRÉ‚n‚ä„š…'…ķ†p†ä‡`‡ĮˆX‰PŠ!‹öŒ^ŒŲÎŽCŽÃf×‘c“Ë”H”Ŋ•{––ž—˜E˜š™T™ĪšŒ›$›˜œœˆ‰žžsžéŸw HĄ"Ąšĸ%ĸâŖSŖĀ¤9Ĩ Ĩ’ĻĻjĻė§V§Ā¨˜Ē4ĒåĢßŦų­äŽRŽŅ¯R°Pąąmąå˛a˛ŨŗMŗ­´-´ÜĩĩîļgļΡ\¸ĀšmšįēZēÎģŧ ŧŨžž„ŋ"ŋĐĀ=ĀēÁ6Áž ÃÃwÃķÄÍŁÆÃĮ?ĮļČiĘ`ĘËËPËŋÍSÍÆÎ<ΨĪaĐ Đ ŅŅ‰ŌŌiŌæĶ_ĶØÔ°Õ?ÕŗÖ,֔×~×āØgØøŲqŲįÚgÚĖÛ<ÛÔÜ;ÜüŨhŨŲŪPŪõßXßĘā<āŠáīâiâåãÚåƒæąįfįčč„č÷éˆędęŪëLë¸ė2ėĻíîSîĖīQđEđđņÜōķQķ˛ôēõNöŧ÷˛øsų¯úûcüü‘ũũú˙–DŊ<Ģ`šqucrîí p ) ė V Į p īÎmߘ †sŨĢzƒ:ŊF¸5ĐDĐI´3âYÕŒū u å!I!Â"<"Í$Ĩ%8%›&‘'E'š((Š(ū)Ü*å+K+´,5,Ö-q.C.Ŋ/˜0'0ú1d3Š44‹4ū5Ŧ6t6ø7e7é8l8ũ9×:K:Ã;V<ˆ<đ=j>6>Ģ??Ũ@qAIAŗB,CÄEQEĪF)GGGŧHrI;IŠJpK!K–LL„M5MNN˜OOrOéPbQzQôR]RēS“U’VV˜X:XąY YZē[&[‰\2\Į]]˙__š``¯auaãb`cŽd]dåedeŲfRgg hKii€iîj¸k+kĢmmĪnŗooœplpØq‡rr–sdsëtVtÜu˛v!vvķwsx7xĄyyĄzŠ{3{”| |~}Ĩ~J~†€€ž@ü‚p‚ęƒę„å†Ŧ‡‡‹‡ũˆ‰NŠhŠŪ‹O‹ĩŒŒ×Ž˜& ‘‘š’N’Ķ””Ŧ••|•ū——{˜.˜Ĩ™V™ģš››ģœ+œāIĩžsŸ5Ÿ´ # …ĄIĄöĸļŖŖ¤¤ĀĨžĻĻ°§§ƒ¨¨ĶĒgĒĶĢKĢÄŦˇ­~­ōŽmŽß¯d°÷ąā˛U´Šļ&ˇ¤¸¸ėšQšąē)ēļģ$ģ’ģôŧ€ŊŊ ž'žžŋpŋđĀoÁ ÁÃOÃēÄoÅĀÆōȡÉÉĢĘ8ĘĨË-Ė:ͅÍëÎYĐ9Ņ-ŅŦŌ"ŌĪĶŸÕ=ÖքÖéŲOÛÜ܏ŨŪ‰Ūūß{āáIáĩâ-â–ããätäęåkåŅįüčŖééĶęFęŨëœėQė´í~î>î´īKīĨđ‘ņņĪøø™ųFûûuũũ´ū(ūœ˙ ˙âKˇ”ÕKÜ,—•] ’  ō V Ķ “ Ē'îļ3Ą+ĄSē/Cœ ‰éˇ0ĒŠįZĐ+”ũjéŊzų u å!O!ŋ"Z#”$%‡%ú&w''°({(đ))˙*r+:+ą,$,†-G-ģ.`.×/B/ģ0d11é2r2Ũ3M3ū4k5i5Ú6M6Â7X8o9 :ß;M;Ã<4=>=>¸?5?§@g@ÕA_B=BĢC5CÅD€E E|EīFÛGFGĮIäJEJŧK KĄLL‰MkMâNšOmOäPZQ$QãRIS S}T=T§U%UĢVBVėW×XCXąYY¤[P[Ī\5\Ö]^Ô_\```ûaTaûbûcždKdöe›ffŒgrgÛhCii­jÎkmlDmmßn@ooĘp/pēqcrIrĮs#sĸttÕu3uĒvPvĖw5xãyLzzÚ}M~!7Ų_ūƒŪ„e„ä…?…Š††}‡]‡Đˆr‰ ‰¨ŠŠ…Šũ‹jŒ;Œ´¤ŽzŽĪ‰QĪ‘O’ ““Ü”W”Ũ•8•Ė–4—‹˜>˜ō™ˆšš‚ší›oœcœŨHļž"ž›ŸŸˇ + āĄˇĸ>ĸŗŖuŖō¤pĨ…ĻY¨‚¨åŠfĒ.ĢŦ&Ŧ­ ­ƒŽ Ž‡Ž÷¯¤° °•ąRąĐ˛K˛Ęŗ0´4´šĩĩ}ĩüļpˇ¸öšxšėē`ģFģģŧ6ŊŊÄž^žÖŋCŋēĀÖÁŽÂĪÃVÃėāÅKÅüÆmĮ ÉÉÂË1˛ĖĖ{Í"ÎrÎäĪTĪĐĐXĐÃŅ…ŌKŌĮĶRĶĀÔmÔÔÕGÕĩևÖë×hØ2ØøŲšÚ"ÚĶÛIÜģŨ1Ũéß/ߐā3āĻá á†ââ‚âúãbãÔä<åûæÕįģč3ééxę,ęŠë1ëĢėíbíÂî;īīšđIņņvķ—ô6ô­õXöŧ÷Ûø]øŨų^ųĘú”û"ũ1ū˙Ē]ãZŅL°"ˆļ:äMŧ/žĀ Ļ $ œ  Å ( ™ ^ Ô rÜŅ;¯^/–z˙iæŸVžöqįRÆ>Ŗ " Œ ũ!’"A"ö#}#æ$]$Î%A%Š&0&×'N'Á))**k*á+Ĩ,#,˜--t-õ.ž/0A0î1Ė2đ3Q55i5ę6Ę7<7Å828¨9›::;;ãt>õ?]@,@ĖAPAÎBPC.DxFHHuI(IôK,KÁL‡MMzMčNoNøO|OũPoQQūRS4S”T¸U¤V|WÁX)XĐYKZ1[![‘\ \‰\ķ]l^>^ž_+_Ÿ``ļa1cxdff÷gbiÕj[kkēl,l™nJnÖoBoĀpĶq„rRr¸s7sĄttĶu@u¯vwix/yOzzz|x|đ}ķ~k~Đh€L(‚3‚¨ƒuƒí„d„Û…_…Ά^†Ę‡V‡ŋ‰a‰ŧŠMŠÃ‹F‹¸Œ>ŒáMÉŽ9ōaÖ‘K‘Ë’‚›œ œĄžžŽŸŌ OĄ;ĄŽĸxĸâŖPŖž¤W¤ÔĨEĨģĻ&Ļͧ<§¸¨‡¨ũŠŽĒŦĢBĢ´Ŧ­]­ØŽSŽá¯H¯˛°°ŪąIŗfŗ÷´…ĩiĩĶļFļģˇ*ˇü¸jštē)ģŧŧtŧßŊxŊâžĻĀAĀšÁ5 ÂāÃAÄ8ÄãÅYÆĐĮPĮĘČėÉcĘxËHĖ"ĖĖüÎ×ĪĪëŅ3ŅįŌpĶĶuÔ ԁՋÕ÷ÖmÖá×ŋØbØįŲ˜Ú&ÛīŨĐŪKŪļßšāJāąá1ããvãôä§å!åŸį?čØéVęësė‘íîîfîĮī‚đCđ˛ņņ×ōĄķ ķŠô ôÛõ\ö öÆ÷˛ø/øŧų7úuúéûŠü.üŽũ/ūGūĄ˙˙Ž@ÔQ3 Ÿkׂų{ E ō ° p ë X ģ  † ülŌĻ|ōĶI›Hž*  ˜TžSĶváĄGÍ<˛ 5"""ī#k$$ž%ą&'I'ˇ(ī)e)Ô*K*Į+D+î,†,ņ-ˆ.7/Ņ0B0ŋ1s2#2–33´44Ŗ5M5Ü7K7Ė8™99™;;–<<==‹=ũ>ļ@AÚB”CSCēD7DßERFGķH]IJJæLLēM†N N’O“PP¤QvQōRāSQT TŌULUĒVWWŽWöXlXÛYUYÁZž[ž\3\‘]g]Ũ^Ÿ__€_ú`eaKaüc(cėdfe e}eéfWg9hÉi1iŽiũj¸k<lYlÅnn¤op_pĖq7q˛r.stŸv›w wĶx8y {!{Œ{ķ|c|ō~~x~ķg€ €ĸ „‚‚ˆ‚ß„?„°…$…–†~ˆyˆč‰mŠiŠõŒ0ŒŽ‡ŽpŽčRžt‘1‘‰’ ’u“,“–”M•U•Č–J——˜˜Š˜õ™iš]›*›’œNœčnÕžNŸ Ÿ†  ĄCĄŋĸ;Ŗ_ŖФV¤ŌĨNĻĻĪ¨™ĒÁĢRŦŦŦų­rŽ/Ž÷¯c°°ˆą-ąų˛ąŗ;ŗÉ´(´œĩˇ9ˇŖ¸%¸›š šmšáēoēÔģGģŋŊ>ŊĶžMŋŋuŋåĀrĀëÁMÂ=Ã7ÃĨÄūÅpÆÆsĮ`ĮĶČCČŊÉhĘ1ĘĒËSĖÛÍCÍģÎ?ÎęĪ“ĪöĐgĐåŅOŅŧŌyĶ.Ķ§ÕRÕũÖŧ×:× ØŲ ŲæÚ´Û&ۖÜ^Ũ ŨŠŪŪoŪÜßgāáIáŊã˜äå åæ[æ×į‚įņčÃé[éēęžëëÁėgėåîÖī@īĒņmņÚōQķķuķįô×õ<õÂö^öĪ÷¤ø5øĒų-úiû ûƒüDüØũGũˇūūŪ˙t4ŨPÁgGŲQ‰ņ o ß I Ō  t ö—RÂeŪT¤XĮ™øhÉRžJą)ē›HŊ3ē0  y î!ë"¤# ##ø$%ą&&—'H'Á(F(û)g*U*Ķ+C+ē,",ž--|..}/%/ú0[0Ö1b1Ë3E3˛44‡4ķ5Ų6F6§717‹99::í;į<ĸ===ø?ž@P@ÃArCCCųDfDŌEPFLG0GI”JņKcKÜLcLÎM{MéNXNŋO"O}PPsPîQŽRR€RčS‰SũTpYŧZ5[\ \†]F^^z^ė_š`7aašb bļc]e…f3f§gg’h^hãiŗjj‰kkkülmlčmWmęnMnÃoŖppqpęqĨrTs—tt~tæu[uév`w(w–xGxĄyƒyüzļ{c}c}Ę~kG°€#€œ×‚jƒ.†Š‡Ĩˆ!ˆÎ‰?‰ü‹ŦŒƒŒđ„Ž§,ū‚‘‘ˆ‘ô’¸“"“ž”v”í–å—č˜Ž™(™ÍšHšŧ›œœÉ1žđŸpŸæ ×Ą7Ą¯ĸ*ĸ“ŖĖ¤q¤įĨÔĻ™§*§éĒTĒÉĢvŦ‘­d­ÛŽM¯ž°7°ŦąOąæ˛Ąŗ@ŗŠ´*ĩĩĩũļjļđˇuˇį¸T¸Ëš‘šäē¤ģģ~ģđŧMŧ¸Ŋ-ŊÚžMžĪŋUŋĘĀ2ÁÁ˛Â1²ÃQÄĘÄųÅkÅÕÆ2ÆŦČ ČwÉɋÉúĘoË!˞ĖĖ…ĖøÍaÍüÎiÎčĪ˜ĐĐ|ĐáŅ\ŅÄŌ)Ō˛Ķ+Ķ•ÔԎÕ ÕpÖÖģ×/×´ØØĻŲ ŲåڏÛaÜ[ŨŨåŪXāāōáVáĪâIâļã ã™ãũämäååWæ6įččzčęęęåëUëĪėHėŋíDî4īƒđō ķ@ô]ôåöö€÷÷Õø<ø¨ų+ųčúöûvüĸũ.ũĩūūģ˙"˙Ÿ X Û ? ģ ` Ô Z Ā ^ Í @ ĩ — p š Š  } ũ ~ ę h % Ô L ` å ļ w Ū ƒ ` C Ĩ … $ ļ ; Ķ † L ĩ 5 ¯  Ļ ! "D # #œ %~ &) & ' ' 'ę (ę )× *B + +‚ +÷ -I .­ /' /đ 0d 1% 1¨ 2l 3, 3— 4 4} 5V 6 6ŋ 71 7¨ 8- 8Š 9; : : ;? ;­  >ģ ?¸ @+ @Í AM B+ BŽ C Cn CŲ Dz ER Eà FD FŊ Gô Hß IH L Ll Lā MN N0 NĄ Os Ođ PX Pš QĐ R4 R¤ S4 U VĮ W2 WŪ XM Y Yw Yņ Zv [. [į \` \Õ ]X ]Đ ^` ^É _6 _ķ `U a ar aķ bĻ c dä eé f\ f× gQ gĖ hJ iĻ j÷ k• l lz lę mZ mÖ n^ oT oû pî qH rÄ s– t tŖ u u˜ v w wÎ xj y yŊ z8 zĮ {D {÷ |p |ã }™ ~ ~z ~÷ €j €Û q Ū ‚ļ ƒ[ ƒæ „_ „É …} …ë †M †ŧ ‡u ‡ô ˆs ˆå ‰E ŠS Šü ‹¯ Œ! Œ   Ž/ ŽŒ + “  ô ‘b ‘å ’L ’ô “f “Å ”z •Á –, –â —‰ ˜ ˜Â ™, ™œ š ›f ›ņ œa œā ž• Ÿ ŸË  Ņ Ą› ĸ ĸÍ ŖB ŖĀ ĨĖ ĻA ĻÆ §„ ¨Z ¨Đ ŠJ ŠÎ Ē9 Ē” Ģ Ģą Ŧ8 Ŧ´ ­ ­Š Ž Žl Žá ¯M ¯Â °„ ˛§ ŗ´ ´? ĩŊ ļZ ļĘ ˇ: ˇÄ ¸@ ¸ĩ šn ē4 ē¤ ģ/ ģÕ ŧJ ŧČ Ŋ ž> ž­ ŋ„ ŋí Āh ĀŪ Á‰ Áų Âß Ã\ ÃĐ ÄR ĸ Åą Æ* ÆĨ ĮY Įŋ Č3 ȝ É Éq ÉŅ Ę8 ʲ Ë) ˉ Ė! Ėĩ Í, ÎČ Ī' Ņ0 ŅĒ Ō[ Ōž Ķ0 Ķž Ô+ ԛ Õ Õq Õũ Öl Ød Ų ߋ āë በáø âg âŌ ãÚ äŅ å@ åĖ æ æü įu įÚ čF čģ éĄ ę ër ëō ė˛ í í î] îß īK ņ& ņĄ ō ķÔ ô@ ôû õ| ö ÷- ø× úü ûˆ ûí ül ũ" ũ‡ ū ˙„ ˙ņ a Į 2 á Ŧ n ö p Ū N ŋ W   Ž # Ĩ p ë e á P  Š  Œ õ h Ë , ĸ  Õ L Å “ ; ü Ģ  Ÿ  ŧ i Õ H ĩ ( ž  Û Q Å p į b Ū !o "? " #O $3 $¨ % %| %ā &ž '˙ (w (â )V )Á *@ *Å ,? ,Ŋ -2 -´ .( .” / /g /ō 0ē 1- 1Ĩ 2 2 3ŋ 4÷ 5 6š 7ˇ 8Ÿ :: :ŧ ;w Ē ? ?” @O @î AÍ BA Cŧ ED EÆ FG F˛ GÅ H™ I Ié Jg K Kƒ M\ N NŠ O( PŲ Ql QŅ RŖ S SÅ T; TŽ Uz Uâ VĄ Wo WÚ XW Y% YĻ [Ę \M ]k ]Ū ^ž _6 _Ģ `“ aF aĩ b† bú ci cÔ dL dÅ eE eš f} gr hJ j# jĸ k, l l‡ nY nį oQ p pt q, q r sŌ tN uĮ v= vĻ w5 wĨ xn xë yX yÔ z< z¨ {? |% | }M ~ ~ņ n 㠀˜  † ō ‚` ‚Á …. … † †s †ú ‡l ˆ6 ˆŋ ‰ Š Š{ ‹4 ‹ˇ Œ- ŒÆ 3 š ŽG ŽÄ > ž _ Ö ‘I ‘Ŧ ’ņ “l “Û ”H ”ķ •d –Ë ˜‘ ™ ™Ú šW šĘ ›k œ œ× Ž ž€ žķ  g  Û ĄÅ ĸ. ĸ´ Ŗ“ ¤ ¤ ¤ö Ļ= § §ĩ ¨8 ¨× Š\ ŠÕ ĒO Ģ9 Ģß Ŧˆ ­L ­Ŧ Žv Žķ ¯Í °¨ ąh ˛* ˛ˆ ŗ ĩŦ ļR ¸’ š š‹ ē ģ ģû ŧĪ Ŋ™ žÜ ŋG ŋŋ Āb Āæ ÁJ Áå Âi ÂÜ Ã[ Ãß ÄY ÄĀ Å. ÅŖ Æk ĮM Įŗ Čú É ĘN Ë* ËÎ Ė5 ĖĪ ÍB Íš Έ ĪC ĐC ĐÉ Ņ4 ŅĄ Ō Ōy Ōá Ķa Ķâ Ô^ Õ Õ× ÖC ÖĢ ×, ×Ų ØÍ Ų| Ú Ú´ Û' Û´ Üa Üå Ū. Ūã ßÉ ā  á áw ãQ ãŊ äH å æK į į† čō éa éŪ ę‹ ęû í8 íŋ î> îë đ' đ• ņ ņˆ ōM ķ ķˇ ôA ôš õl õŲ öA ö° ÷ ÷ƒ øŒ ų ų„ ųū úb û" û‘ ûü üh üŅ ũƒ ũī ūZ ˙) Ŧ . † î h ë _ ß ` ļ  Á ` _ í a ⠖  ~ ü m - Š 6 ¤ & œ  ‡ # Œ õ b æ e ã ` ˙ k  z ˆ p J š . ļ 9 Ŗ    õ X Đ Z Æ ! "9 "Ž #Š #ø $ŗ % '0 'Ļ (2 (Ļ ) )ƒ *‡ + +Ŗ ,ĩ -= -Ā .2 .– .÷ /‚ /ø 0n 0Û 1W 2; 3Î 5Ŗ 6 6Æ 7A 7ģ 8A 8ę 9™ 9đ ;. ;Ž w >÷ ?Ė @w B” C C Dv Dë ES E´ F: Gr Gî Hĸ I IĨ J( Já K L L“ M Mu Mæ NM O  P Pƒ Pî Qš R< Rģ SJ TĄ U. V" Vƒ Wr Wá XŠ Y YŽ Zh ZŅ \– ] ]€ ]æ ^‡ ^ú _¯ `y a! a„ aī bž c+ cŪ dH dņ eu eÛ fA gc h& hž i) iŠ j* jŊ k* kō l] mŗ o oŽ p+ p¤ qÔ r  s s… u\ uÔ vc vÄ w> w´ x$ x‡ xī yŽ yö z} {! {š |{ |æ }e ~ ~ô f €g €ø Ō ‚. ‚´ „ „m „Ņ …9 …Š †Ŗ ‡ ‡Ž ˆÜ ‰Û Š@ ŠÄ ‹8 ‹ŋ Œ? Œ¸ ‘ û Žf Žä d Ë y ë ‘ą “œ ” •I •Ä –g –ņ —k —Į ™š š šy › ›o œ œđ Ë žB žÉ Ÿx   Ą¯ ĸd Ŗ4 Ŗã ¤Q ¤É ĨH Ĩŧ Ļ| Ļô §c ¨š Š> Ē, Ēú Ģo Ģč Ŧ^ Ŧõ ­z ­į ŽN Žˇ ¯0 ¯¤ °y °ô ąg ˛ ˛ ŗ ŗ~ ŗđ ´ä ĩT ĩø ļi ˇ ˇĄ ¸ ¸… ¸å š ší ģ# ģŠ ŧ ŧ‰ ŧô Ŋ› ž¯ ŋ$ ŋ¸ Áš Â( ä Ä Äî Åu Åī ÆW ÆŅ ĮF ĮŦ ČŦ É+ ɑ Ę Ę¯ Ë? Ëâ Ė; Ėē Ín Κ Ī Ī™ Đ` Ņ& Ņ— Ņķ Ō[ Ōā ԝ Õ Ձ Õō ֋ × ×u Ø Øf ÚT Úà Û@ ۝ Ük Üå ŨÁ Ū/ ßÛ āG āš áN ã 㜠ä ä‰ å æE æĻ į" įÛ é éŖ ęN ęé ëX ė ėz ėå íF íÂ î‚ ī đ đÕ ņK ōR ō ķ| ô3 ô õQ õà öA ö’ ÷> ø ø› ųP ú^ ûg ûÖ üD ü¸ ũc ũË ū> ūŊ ˙# ˙§ D é @ ´  w å o ę ` Ø Ŋ › ™  € ė a ņ | g Ú R Ę - ˜ ' Ø đ r „ R Į ƒ ü   C ú ú Ķ !a !Ņ "M "à #j $ $š %5 %  & & ' ( (w *Ī +9 + , ,û -Ų .@ . /# /Œ 0Ā 1æ 3k 3Ø 4T 5 5Ņ 6S 6Ú 7g 7å 8x 8ė 9Z 9Ø :O :Ė ;„ ;ņ  >ö ?_ @ @‘ A At Aå Br Bė Cs CÖ DĄ EO EØ FC GĻ H‡ H÷ I IŪ J K KÜ LC L¸ MY Mö NŠ O, Oœ P Pp Pé Q[ Qģ R$ Rã S” TG TĀ U, V VĀ Xp Z1 [ [ˇ \4 \ž ] _ _Ü `† `î af a× bE bĀ c3 c­ d d’ eF eĢ fm fŨ gm gā h\ hã iŒ ič jÄ k] kÆ lU lÄ mŽ n( nŽ o oÅ p… pņ qŸ r> r° s: sņ t` tŨ u^ v€ w wĩ x… y§ zŽ { |Ë }> ~m ū €„ €ü ƒD ƒĻ „ „ë …k …Ų ‡˜ ˆ ˆ| ‰5 ‰Ą ŠY Šę ‹a ‹Ö Œo Œã Y Žh ŽĐ O ‘& ‘ô ’o ’Õ “Ĩ ”# ”Ü •C •î –\ –Ī —D —Æ ˜- ˜  šs › › ›é œk œĘ  ã ží ŸR ŸÕ  I  Á Ą, Ąķ ĸx Ŗ ¤o ¤Ų ĨÅ ĻQ ĻČ §M §Õ ¨Z Š Šæ ĒY Ģ Ŧ’ ­ ­’ Ž Žz ¯ ¯Ž °Ē ą­ ˛¸ ŗ7 ´ ĩ ĩĄ ļ/ ļÚ ˇA ˇÄ ¸* ¸Í š6 ēh ģk ģÜ ŧ­ Ŋ) žS žŋ ŋ- ŋņ ĀP ĀĖ Á|  ¸ Ã" Ü Ä ć Å0 Å} Æ= Æą Įl Įä ȏ É É” Éũ ĘZ ĘĶ Ëą Ė Ė› ÍĀ Ī Īŧ Đ= ĐŠ ŅÍ ŌŸ Ķ ĶĪ ÔO ÕĒ ÖK ÖÍ ×: ׎ Ø! Øļ Ų Ú Ú` Û, ÛĒ Ül Ũ) Ũ‰ Ū] Ū˙ ß´ á] áĪ ◠ã ã  ä ä– å å æF æé įU įˇ čf é é‹ ęV ë ëō ė{ ėõ íg íÕ îH îú īŊ đ> đ¯ ōi ķ. ķ— ô ô‘ õ õá ø ø| øë ų` ų¸ ú] úë û üE üš ũ6 ũĀ ū9 ūĩ ˙W ˙ģ % f Ė 1 ķ n ę Y Ũ ‹ h 6 œ a ķ h Ũ ĩ 3 ī ¯  ” , ą  ‚  Ų ~ ƒ ė U Ŋ A  † z Œ !G !› "N "Į #W #Ō $J $´ %" %” &/ &Ŋ '1 '¤ (& (‡ (ö )• *L + +t - - -ô .l .Ú /ė 0v 1S 2% 2• 3 3 4c 5ˇ 6" 6š 6ö 7€ 7é 8T 9" 9ķ :Ę ;9 ;ŋ <- <¤ =k =ņ >‘ >ķ ?W ?ų @S @Ú AP Aų BÎ CQ E` Eë F‹ G H( HĶ IP J’ K5 L L M Mv Mę NĒ O& OÛ P; Pļ Qč R= R§ S" S™ Uz Uđ Vx V˙ WĶ Xƒ Y Y~ ZL [ [Ö \T \Á ]š ^ë __ _× `O `ą a( bĖ c: cã dÍ e eú fg fŲ g\ h h‰ hū i‚ iī jz jķ k] l m mî ne nä ož p p qk qá rR tė v v­ xą y5 yĸ z zƒ {? {ņ |h |ā }V ~Ė E š €) €ė Y ‚é ƒY ƒŧ „4 „ö …p …Đ †‡ ‡ ‡ļ ˆ ˆ ˆũ ‰Ŧ ŠZ Šî Œ§ u æ u ō ‘o ‘Ú “â ”ũ •Į –N — — ˜ ˜w ˜ė ™¸ š2 šô ›Ž œ œú a ž žx ží Ÿ       Ą Ą” Ŗc ŖÛ ¤H ¤Â ĨŠ §v ¨} ¨į Šb Šų ĒŪ ĢO Ģã Ŧ[ Ŧā ­Ē Ž Ž” ¯T ¯Í °E °Û ąW ˛ ŗÅ ´0 ĩ& ĩŠ ļ" ļî ˇt ¸| ¸õ šn ēR ēÄ ģ) ģĄ ŧ Ŋ& Ŋ­ ž ž‡ ŋ ŋr ŋį ĀP Āģ Áy Â9 Ãģ ÅP ÅÎ ÆĪ Į3 Įõ Čj ČŪ ɨ Ę6 Ęú ËĀ Íŗ Î1 ÎĨ Ī> Īį Ņ* Ņ­ Ō% Ķį Ôa Õ; Õˇ Ö2 ֝ ×# ×Ō ØK Øį Ųm Ųá ÚY ÚÕ Û; Ûą ŨG Ũŧ Ū` ŪŅ ß@ ß° ā áŦ â âq âŲ ã× ä[ äĪ æ• į įŠ č/ é éj ėB íŊ î+ îĘ īg īŲ đŌ ņƒ ņņ ōØ ķP ķŌ ô\ õ õ† ö öĖ ÷D ÷ŋ øF øž ų× úB û" ûŠ üo üį ũg ũÛ ūg ūÅ ˙6 ˙ĄÎ…@;˛=ŅĩRÄ8ģ  ‚ Z f Ô E!’û{CĢ÷ÔLÃ5'ãZÜųt3~ø\ŲGģ 3 ž!!!Ü"Ė#<#Ą$ $š%%w%ņ&V&ŋ','–((z(î)Ŗ*H*š++Œ+đ,Y,í-¤..….á/I/ĩ070Ŧ1(2 2‡3"33ü4h4Ō5<5Â636 7 8ú9d:&:; ;;ô>{>ō?[?Î@AIAĀB8B°C)CĸDDĄEE˜FFÕGRH;HęIgIãKQLHLËMGMÖNbNßPŸQRpS6TTTųV2VåW–XGXˇYjYãZķ[„\L]]—^ ^g^č___é`K`Îa4a›bb§cXcŨdŽe¸f3gŽh-hŸiiËjƒkÆmUmģnoĶp“p÷q[r1st‡tųu^uËv7vĢwwņxsx×yˆyøz—{ {‚|.|}~Ν€ €Ŧ%Ļ‚ƒr„-„Ŧ……¤††–†˙‡aˆ1ˆå‰ëŠs‹‹‚ŒČEŽŽÄŸAļ‘$‘›’@“h“Ö”Ķ•g–c—,—ü˜­™™ķšyší›wœ..ĄŸ[  ÁĄDĄÆĸŒŖ_Ŗé¤jĨ4Ļ'Ļĸ¨gŠĒ”Ģ]ĢÅŦSŦÍ­ĨŽ#ŽŦ¯9° °sąąÉ˛S˛Čŗ?ŗî´jĩAĩĸļļäˇĮ¸;¸ŠēiēŪģ‹ŧ4ŧžŊĨžižāŋ•Ā Ā›ÁÁŦÂUÜÄoÄįÅĢÆĮĮ–ČĐÉTÉÁĘoĘÛËáĖĖûÍeÎ|ĪLĪģĐ&ĐÚŅLŅųŌÃĶ/Ķ˛ÔÕÜÖŦיØŲ6ŲĨÚ#ڌÛ)ÛÚÜ5Ü´Ũ$ŨĸŪ…ߑāā”āūáxáčâJâäãKãũäžååŠæWįč´é0éœęëgëŪėWėĐíNíÕî€îđīgīäđIđŊņ=ōôôŽõõ…÷C÷Ëø7øÖųOųĀúˆúûûjcúæ“=ˆ9ĩ<Ļ Õ M Ū p Y ÃAđ¸aÎ@Ģ"‘m*•öaëĪ@Á~L÷wß]&ĸ$Ū G!G!ŗ"l#+#Š$+$”%%Ö&Ė'7'Ŗ(()M)ŧ*'**˙+…+ų,Å.e//Ō0‹0î1ģ2033k3Í4G4Â5G5Ã6?6Æ7/7›8W8ū9t9â:O:ē;2<õ=°>?v@lA8A°B+B™CC’D#FFœGGqGęIJcJíKŠLL™MMŊNÕOGOŊQqQčRTRËS6S¤T!TŖUUšVßWQWÎXrXņY^[d[Ī\†]F]ą^^č_—aąbbbųcƒcųdwdäeQf+fŖg hhÜiLiÅj€krkãmˆnLo&oÛpYpĪqWqČr7sRsĖt˜v5vĸww§xz,zü{€{ø|}}:~~‡~ôv€/€§ Ë‚V‚̓“„]…؆N‡‡Ķˆ†ˆë‰IŠ7‹d‹ĪŒĨŽŽrŽãŖŽ‘?‘Ë’N’Û“[“ų”į•S––„–ķ—°˜Ĩ™™wš šnšų›h›ųœ`œßÂž.žÕŸđ ` āĄKĸ•ŖŖo¤äĨIĻĻ‰§ §§îŠŠéĒ[ĒÖĢtĢôŦą­Z­ÆŽ?ŽÅ¯Ž°e°åąS˛5˛‘ŗ2ŗĘ´>´˛ĩ…ĩåļtļëˇyˇ×¸ąēēˆģhž\ŋ5ŋđĀoĀÛÁPÂiÂūØÄăŗÅüÆģĮ‘ČČ{ČâÉžĘDĘŪË_ËÚĖ\ĖãÍ^ÍÂÎDΡĪ3ĪĐŗŌ'Ō—ĶĩԍÕÕĄÖև× ×nØ؜ÚڕÛÛÛíÜNÜŲŨEŨŋŪ.ŪŠß0ߧāā•āũádâ,â™ãĻääĀåŠææ…æõįƒčč]ę5ę‘ëësëßėŊí‡îUī ī|īķņō:ōÂķ2ķĨô ôõ õ˜öĘ÷r÷øø†ųųũûûƒûūü`üãũ_ū ūƒ˙!˙čJLļÖT{§ : < ¸ ( õ  Ā.ŖŠū›ņ-Ŗ#˛%úˇŊ;ŽŽîZÔNū´ Ž!!}!ä"Y"É#H$$l% %„&6&°''œ(Į)7)Î*S+F+Î,‹,į-_-Û.Ŧ/7/ō0r0é1S2¯33‚44„55x5ų?A?ŗ@G@˛AYAËBHC CÂD7DĢEEĶFŲGEGĢH!H€HâI“JfLPLÃM2M­NN‹NôOSOĮP‘RÍSKS´TJU'U’V V€VøWlXJXķYjYÕZCZä[Y\5\¸^Gf¯g3h ijjˆk!kĶlHlŗm$m—n'nžooŠqvqôrWssœttxtūukvCv°wYwŌx=x§y'y˛z)z–zö{Æ|Ë}D~d~Ûd€€ĪEÛ‚I‚¸„š…R…ĩ†0†Ŗ‡‡Ž‡õˆ§‰H‹UŒ7ŒæSÆŽˆ)ëŊ‘p‘ö’U’Ā“§–6–—V˜(šŒšų›šœ~÷žcžĮŸGŸö m čĄĸĸĸŠĸūŖiŖō¤ŸĨ ĨˇĻ-ĻĢ§Ÿ¨¨ÃŠWŠÖĒĄĢĢlĢÕŦu­E­ØŽlŽī¯R¯Â°I°ÉąFąˇ˛7ŗĪ´X´ŲĩĨļļÆˇmˇŲ¸Mš•šõēĢģ)ģžŧ Ŋ.Ŋœž1žøŋoŋŪĀ\ÁÂ8žÃxÃØÄcÄáÅZÅÉÆGÆĩĮĮ™ČÉÉxĘĘĀË4˝Ė Ė}Ėü͛ĪžМŅŅŒŌfŌäĶQĶļÔ-ÔŽÖJ×&×ÕØGŲ ŲˆŲûÚˇÛ(Û Ũ—ŪŪqŪÕßXāā…ā÷áˇâ)âŦã%ãŒãûäsäčåŧæ&æ¤į!įčœé ëĮėAėŦí'íŌî^îčī§đ đwđ÷ņnņ×ķĨôöb÷÷÷ûøĄų ųģúnûJûļümũFũąū"ū†˙†KĐ{ęQŋ*ŋvž€    ø ]  œ  €Z”KÄ;Š(ŪXĐ1pčČPļ|˙XÁB #!Ō"Q"Ū#y%>%õ&d&Ô'R'Â(@(Ŋ)3)í+P,,×-H-˙.{.ö/Y/ž0#1Ö253G4u5e5Ū6c7Ō8J8Ã9š:¤<:<´=3=ķ?+?ž@@š@ūA~AãBsCsDD‹E4EÕFGFÄGoH HŽI!I“JJŅK”LBLĶMĨNNūOŽPPĘQTQÔRĒSQT;TŽUÁVÅWFXXxXīY¨ZP[[œ\&\¸]j^5^ž_d_ā`T`Įa.a—bc,cŨd”eeÉf?fĢg gŖh#hŦijXk km nnpníodoäqWq×rOrŊs€t tzuKuÔvEw wx yzzs{%{Ÿ|&}}Ö~Xt€+€˜˜÷‚r‚ÛƒPƒģ„'„Ļ…)…ΆE‡m‡ĶˆKˆÂ‰2‰ŖŠ'‹ ‹€‹éŒUėŽ¸}‘:‘¨’2’’ū“y“á”^”Ę•D––ŋ—=—Ģ˜$˜Ą™ ™Åš9šŖ››€›ėœôSĶž[žŅŸE šĄUĸĸÖŖC¤C¤ģĨ,ĨŗĻ4¨k¨öŠwĒ%ĒĘĢ6ĢÃŦrŽŽŠ¯¯ˇ°1°Ŗą%ąŠąū˛[˛Íŗ>´zĩ/ļKļĶˇGˇŋ¸!¸ßš“šųēĒģģĻŧŧĶŊ@Ŋˇž3ž¨ŋŋ_ŋæĀÜÁhÁ۝ÃÄsÄŨÅ@ÅĩÆnÆ÷ĮwĮûČuČëɓË ˀĖ0ĖŦÍ͐ÍũÎĢĪĪÎĐNĐÅŅ¤Ō,ŌÖĶ”ÔԇÕՇÖ-ÖĨ×w×îØ]Ø×ŲMÚ°Û(Ûâ܋ÜíŨøŪßWā!ā”áqâãŠääđåŗæ*æįTįĀč%éžę`ęîëĸėėŽíQíÃî!îžī˛đ đēņƒņëķˇô9ôĨõõčö?öš÷)÷ÜøRøÖųZųŅúøû§ū\˙˙°2pŊzō_n k ō ã Z ô š0ĢJČ€t!“P×HØVĒ{ėŌz-Ÿ{û \ Ķ!z!í"¤##w#ü%õ&a'''‘(((ę)Â*?*đ+´,7,Î.ˆ/%/œ3Ļ44555Đ6P6š707˛8Ä9/9::į;];Ŋ<7<ô=kBÎCSCŊD?DôEnEāGŪHžIJ‰JúK{LL†MMpMÉNHNĶOmOŲPKPÄQRQŌRXSŒTVT¸UsV7VšWW|X'XœY Y•Z[ZŅ[Q[Û\™]]Û^F^Č_1_Ÿ`•b>cúd€døekffƒg~jjk9kÕlžm'mŦn)nĖoTp,pÎq+r@stuuuuÛwwĶyŠz}zí{•||}|ō}Š~~úcÆ€0€Ũĩ‚8ƒ„Î…=…ŧ†1†™‡‡‡ˆ{‰‰ũ‹#‹„Œ-Œš.ĻU’ŋ“5“”e–"–¤——{˜A˜Ë™7š(š­œĪ6ŸŸ Ÿq 8 œĄGĸĸ„ĸį¤GĨŽĻ§GŠAŠ›ĒaĢnĢäŦ™­­–ŽT¯¯‡°+° ąąuąô˛hˇXˇŌ¸Aš?šėēŖģģĘŧuŧķŊLžņŋdŋāĀSĀÃÁtÁķÂfÃÃŋÄ7ÅŨÆ{ÆüĮqČ*ȸÉ$ɲĘ]ĘŋË*ËžĖ,ĖĄÍ͛ÎÎiÎįĪĨĐĐzĐëŅ€ŌPĶĶŠÔUÔęՈÖ ֚××üØĘŲ2ŲČÚEÚĀÛ,ۖÜ ŨŨŊŪ5Ūŗá*áŗâūã[ãˇä#äŸå åˆæ$æ–įvįåčgéņë[ëÔė8ė­í%íŒîOîēīCņĒōķ(ķ”ôõ.õ×÷îø€øķųdųÎú ûfüŒũRũģū8ūÂ˙˙ú^_š’xÖT°\  ž , •  { P  rôgOŊElŽ=ÍLē˜~é[Ūl$ĸ!˙áÃ.ô N Õ!L#$|$ë%g%Ö&H&÷'i'Ö(H(ģ)-) *+*Õ+B+Å,Č-3- ..Ã/‰00¯33Œ4 4x6Á717Ĩ858Ą9 9Ø:M:Š<(=B=ø>d>Ū?H?Å@;@ČAoCCzD'D‚DôEsEáFPGJGÃH4HéJĢKÛL@LÂMLMØNPNËPXPīQjQÚRRüSdSßTˆU UķVTVŧW!WđXRXÚYEZZ[ [ę]‘^Ú_N`egėhOii‰j‘kmm~mâo'oāpIpÔq”rrurüsĀt5tųuœv[včwTw×xXxĮyMy×zĀ{A|}}~}ķ΀A€°3Ë„„Z„Ę…0…Š† †ß‡Q‡Ëˆ/‰‰ÕŠ`Šä‹UŒ+Œœ+ĄųŽhŽÍPųč‘ž’A“M“Ŋ”1”´•1•§––ģ—5˜ ™KššČ›Ēœ9œŖžwŸEŸŧĄĄŦĸ|Ŗ)ŖˤP¤ÍĨ5Ĩ ĻĻÛ§¨7¨ˇŠ;ŠŗĒwŦ’­ ­†ŽŽŠ¯G¯Ā°hą'ąŠ˛ŗ'´ƒ´õĩlĩäļ¯ˇ ˇœ¸U¸ĶšŠēxēįģšŧŧÕŊLŊמAŋVŋËĀ?ĀĖÁÁ÷Â~ÂôÃhĊÄûÅWÅÃƍÆüĮŗČpÉŽĘ+ʗˡËûĖĻÍ ͕ÎxÎŨĐíŅXŅŧŌœĶĶ~ĶæÔÆÕ;Õ¯Ö#Öč×U×āØXØáŲÁÚ@Û ÛxÜ:Ũ Ũ‚ŪEßßĨāāÎá5á›â+âĄã@ääŖååræFæÆį$ččģé9éēę5ë'ëĒė(ėļí=íŽî0îģī‰đUņņōōđô7ô¯õõ‹õõöjöō÷b÷ËøKøęųÚú’ûûsüļũwũęūtūÛ˙  ¸&¤uöqęœž’*Ŧ p 5 ÷ ˇ Y ƒũ’'œ÷xųoũlę˛"“ĩ+ž1´øƒ6ē†=˙ Î!:!á"Q"Ņ$$w%[%Ž&&œ'!'—(() )ˆ*R+#,,™--Ķ.Z.Ö/‡/õ0Õ2%2Ŗ33u424Š5}7*7–8e9Ų:P:´;+<3<ž= ==ī>Q>ž?'?Ģ@*@ŠA;ABBCCĮDADēEEEēF2FŌGGIIéJ­KFKšL.L­M"M˜N N{NđO\OÚPAP­Q”R3RÛSĄTT™UV,VĐW@WŦX$XY/Y™[J[Ë\"\‘]]Õ^Š_R_Â`@a*a–bOc2dKeevfFfÄg(gĸhhšii‰j&j‘jũkšmšnroo„pĩq"rws˙t]tųuiuāvOvģwJwÂx’yyŖzzā{O{°|a|Ō}|~ ~ˆĸ€j€×YĮ‚1‚¯ƒQ„h„˙…ƒ††r†Ø‡“ˆˆ¸‰‰|ŠTŠā‹˛Œ2Œļ*¨ŽŸ|üh‘‘u’L“t“ņ””Ũ–’–ū—ØL™›ŌœKœĖ“žkžōŸXŸÅ , Ķĸĸu¤¤ÂĨ7ĻĻ¨¨đĒzĢĢ“ŦŦŽ­­—ŽŽuŽë¯˜ąąnąö˛v˛â´%ĩĩ×ļOˇv¸ ¸ššpēAēÉģ„ģøŧ„ŊEŊŦž+ž”ŋŋ‹ĀKÁH —ÃÃzÄ<ÆĮČ\ÉɗĘĘÂËJËŦĖ*Ė÷ÍeÍôÎ[ĪŊĐnĐŪŅ[ŅĖŌĢĶ ĶzĶäÕՏÖbÖÕ×LמØFØãŲÁÜ=ÜäŨbŪ ŪŪøßqßØāTāģá'á–â âģã-ãĸä[åDåĐæDæČį8čÔęĶë9ëōėøí†îîgīī|đ&ņņ‰ōōwōūķƒôõõ~öNöī÷hø øÎųmųÜúDúøûpûåüYüųū,ū•˙˙ˆ˙Ú^6lwũmę]ĐSš &  z 7 ™  Ī P ÅįŨfôfĶIŧ0ĮDÂ:ræuåĖ@Ļ›Š÷Ø ˜ ö!o!Ũ"Z##Ä%ĸ&'į(ĸ)h*!*”+Š+ō,{,÷-e-Ų.^.û/Ģ00ū2Ē33‚4]4Î5O5Ė6E6ļ7Š8S8É:Q:ŋ;‡<™=T=ų>d?/?­@@ŪAwB"CCúDŅEŅF6GGmGŪH_HÛIĨJTKKwLLĒM/MžN=O OtOëP\PÔQHQšR"RŅS|SōTYUUƒUōV\W{WëXFXÁY!YÖZ‘[A[ļ\6\ã]___¯`8`ÄaObcĸdQdÁe<eŠffŖgggíh¯i!iŪj‘k kwkęl\lØmænWnØo1o—ppp×qDqĀr9r­s!sˆt–u v,vŠw w÷xey%yÛzKz¸{4|7|Ō}5}ĸ~&~Ž€^€ÆĀ‚1‚Ŧƒ!ƒ—„„†„˙…† †¸‡*‡ŅˆŦ‰Œ‰üŠŪ‹OŒŒ‰ZŅŽGŽęi%Ô‘’’‹“ ““”•%•––|–õ—e˜E˜ĩ™/™Ģ››Õœpœ÷eëž°Ÿ+Ÿ˜   ĄzĄéĸTŖ&ŖĨ¤*¤ĻĨ)ĨŠĨüĻ§;¨ ¨…ŠŠ™Ē Ē˛Ģ˛Ŧ"ŦŠŦû­wŽrŽŌ¯I°Y˛dŗ[ŗĘ´F´Ķĩ=ļUļžˇ6ˇĢ¸e¸ÛēŪģ]ģÅŧ^ŧÅŊ1Ŋ¤žWžĖÁ%Â!ÂąÄLÄēÅ+ŖÆuÆéĮPĮÎɚĘ?ËˋËũĖ`ĖÍÍwÍđĪĪnĪåĐGĐÉŅ’Ō$ĶÕ4Ö1Öą× ØØeŲ1Ų¨Ú(ÚĒÛeÜ'ÜĻŨ[Ū'Ū§ßŪāááÜâ@âŌãƒäåå‹åũævæâį°č čéézéâęPęíëbėė‹íFí˛î&îŠđ'đ˜ņwņøōŨķˆķęôfôÛõOõĖöę÷døø}øûųwúoúØûRûŋü4üąũ&ū]ūŅ˙M˙Ę=ą!Į<înĩ0  … .  ; Õ ŋ &;ˇ2 šūO™ū¤Ģ7Ö3Ŋ!ģoėž ; ´!9""Œ"î#Y#Ō$S$ĩ%b&"&Ī'I(l(Ø)Ö*[*Đ+=,#,-@- .&.‘//°040É1\1É2?2§33w4Ŋ5!5›66t717˙8e8Ü9f9Û:L:Ë;ã<ŗ=>>ž??†@R@ĀA:A¨BBōCcDwF@F˙G¨HH‰ITI°J*J•K$KĨLL MNNĸOXP5PĢQ&QąRžS“TT‚TûU÷VbVÚWAWŧXŗYjZZÂ[S[Å\7\Ō]C]¤^z^Û_b_Č`2a+aŗc”d fGfėgkhEhĢiAkqkôlZlČm@mŗn*ožpp—qqĻsVsžttËv^wwxx$xyytyäzk{+{¯|.|”}~I~°jæ€Y€Ų;ŗ‚…ƒ„„„q„Ū…?…Ļ‡8‡˜ˆˆŖ‰*‰§Šš‹x‹õŒ¨dđŽxŽåU‘ ‘Ē’Đ“{“û”‚••b•ô–i—ģ˜Î™<™Ļš›K›Æœ9œŠŪžDžĒŸŸŸī zĄŠĸĸũŖ~Ŗü¤i¤ŲĻø¨ ¨ŪŠJŠ˛Ē!Ē¤Ģ˙Ŧm­­ˆ­ø¯¯‘°Âą<˛W˛Õŗ?ŗ˛´+´ķĩ°ļ,ˇnˇä¸‹šĐēCēąģeŧ-ŧŊŊ‚ŊüžoŋŋuĀ9ĀŽÁ3ÁÂ8šÂūßÄ6Ä°ÅÅūĮ#ĮēČŦÉ!ÉÎĘōË|Ė ĖsĖŨΝĪ2ĪŧĐ!ЖŅbŅÖŌHĶƒÔ)ÔĸÕK×××æØ`ŲŲÆÚ6Û ÛyŨ Ūŋß8ßŧāˆāúáqâŖâųãŗäRåå§ægįÛé8é›ęęƒëSëæė`í6íÛîVîöīYīÖđTņķŽõ`ö+ö–÷÷ˇø+ú úwúîûrûīüÅũSūūŋ˙› ŊÃVÂL™ß Q Č 9 § 0 ø \ ÍDē(%“š€sáKŧMQÅbŅB´Nŧ|˛ká …!K!Î"O"Ž# #™$$s$ė%t&9&Ė'1(,(Û)**€*į+Ô,O-I-Á./&/¨00°1"1˛2)2ĸ334 45 5^656¤7]7Ā8/8Ö9M9Á:7:ĸ; ;†;ų<°=5=ą>ŗ@†@öAÃB?BĀC3CŧDfEE…FVFŅG;GÜHyHãI:IĩJQJËK8KēL=LŦM|MāOGP¨QQÉRPRČS<SĒT#T‘TũUĖVBVąW+WšXôYhYúZÍ[@[ã\Z]č_Ę`gaaŅb|béc\c˙dŖe eŽgĀhMhÔiDiˇjäkukíl„l÷monn°o÷pqpįq›rr€sBsŗtˇu3wIwÆxLxÁy;yĨz zŽ{ {›||Đ}A}Č~L~Ŋ+Ą€G€š‰ƒcƒė„o…9‡‡v‡ņˆhˆÕ‰ŠŠŠ§‹$‹–ŒpfÆŽ8Ž­š‘ ‘œ’’‘“6“¨”””û•o–X–Ķ—=— ˜™0™˛ššŖ››œœrœâYŅž`ŸŸ“ ĖĄLĸ ĸxĸŨŖæ¤j¤ûĨžĻ!Ļ§ ¨¯ŠLŠáĒLĒËĢDĢšĢūŦlŦÆŽI¯¯q°6°Īą8ąĨ˛˛„˛éŗhŗę´Zĩ ĩ•ļ;ļŋˇË¸Qš-ššúē“ģģŌŧ<ŊCŊŠžėĀĀ‡ĀčÁōÃ*ÃĸÄpÅńÆOÆŗĮĮĪȆÉ\É÷ĘxËDËĀĖFĖŽÍ0ÍąÎ/ĪčĐĒŅ,ŅŨŌqŌāĶIĶąÔpÕÕģÖģ×*×ûؖŲrÚ)ÚĩۛÜ[ŨŨĪŪßĸā āqãããôäĢå.å×æLč[čÔëŽëũėyííƒí˙îqîīīvđaņ!ōßķQķŗôBööĮ÷0÷ĪømųųÆú/úļû!ûÚü=üŦũŌū‹˙q˙ÜĀ.Ģúoāh%ŖôoÜ Į 2 Ļ G  ÍJĨÂÎ;­ Ēŗ, ˜ ëxõk×’írƒ‰œ ' Ÿ! !ƒ"(""ī#Z$%%ŧ'Á(A(ŗ))Ú*+, ,ˆ,å-œ.%.š/$/˜0 0y1>1ļ2ū3y3æ4X4Ô5æ6]6Ô7F7ĩ828ĸ99:Ī;;;Ũ>‡>í?^?ŧ@*@öAŸB"BœC%CâDPE5EíF•G G‚GėHYIŪJųL%LMPMëN|NāO|OõPiPÚQ§RSRËSĐTmTīVpVûWhWäYY„Zķ\Ŧ]^$^ę_^_Ė`8`˛a!abibîcdcŌd›eeveīfôhhnhĘi4iŽjtjākOkÄlClļmmĘn;nąooŧppŋq\qĐrprøsetäuVuĀvkxLy\yĮzą{+{á|I|¸},}ß~b~Ł=ė‚S‚ƃ?„–…†­‡¯ˆ!ˆŽˆęŠ°‹S‹ÆŒ.Ž™‡Gļ‘Ŧ’’æ””r•K•ģ–+–Û—Õ˜J˜Ę™+™¯š˙›f›āœX#‰žžƒŸbŸã Ą@Ą´ĸaŖbŖâ¤u¤āĨ]ĨāĻHĻħ6§ ¨˜ŠŠˆĒ Ē”ĒčĢ]Ŧ­&­šŽn¯Ų°Mą˛˛‘ŗ´´„ĩ4ĩąļĻˇ‡ˇų¸|¸åšŒē3ēļŧtŧįŊŸž.žŠŋĀĀĀîÁUÁĀÂÂÃÃjÃīÄiÄéÅWÅÅÆ1ƚĮOČČzČđÉgÉŌĘyË2ĖĖÎ(ÎßĪ^ĪÕĐ=ĐėŅ°Ō2Ķ1ÔÔuÕ`ÖŨ×N×ŧØ@ØĢڜÜÜĀŨbŪ Ū€ßāāŠáá‘ââ_âÍã*ã”ã÷äxäßåTæætįrčFéhéÛë†ëęėĪí“íûîîâīEđđņGō‡ķ ķvôô–õ[õŅöDö°÷%÷Æø(øšųÜúŅûJûČüAū0ūÜ˙KË>Š[ÆPÕV d Í ¨  y E Ō z éJą!ôdĖ(æļŽßUÆĘ° †õ‰×QÕ É!H!Ë#S$$Ŗ%ø&a&Ė'H'­('(˜))û*+ö,z---Ē.a/‘00~0å1–2V2Ë3G3Ú4R4ģ5"5Û6M7{7ę8Q9S9Ö:;H;ė<ŧ=Y>?L@"@‹AVAÄBŋCĶDhDŅEAF˛G'GĪH}IaIŌJ–JúKoKŲLdLØM¤N*NÉO9OÛPĨQÔR\RÎSISÎT<TüV–WēX*X­Y8YˇZ'Zˆ[T[Á\=\Ē]0]Ÿ^_ra a‘aûbwc2c§ddkdíf{g hhÂi/ijjõkhlZlĐmIn nļooãpmqqŽrIrŸs>sļtŨunuævWvÅw!wxx‰xõyĮz4zĘ{W{Ō|F}}ž~d~įPš€2€áDŦ‚$ƒ–„„Ŗ…]††{‡h‡įˆŠ‰ÆŠc‹ ‹‚Œ ŒuIÁŽ:ŽŽ†‹‘ ’’€’ā“›””z”˙•y–5–û—b˜Š™=™Įš3šõœG °žž”ŸĄ ĸ1ŖA¤%¤ŪĨ[Ļ'Ļ“Ļü§Æ¨CŠ ŠŖĒĒqĒáĢSĢĶŦŖLØ˙à ÄÉßđ“ōí“\š ä€!Å"V"Â#C#ô&s&Ø)[++g,˛/W/™0_2(3Į7ę<ē=XēZ Zŧ]ū^˜` `časb7h‰iÃj‘k\l›nŌot…u9vyxqzgzz{Č|ą}âg€î†‚O„l‡+‡žˆų‹aLŅ‘‹“+”†–:—‘šœīÎŸÄĄCĸ:ŖfĨÅĻ€§;ŠCĒpŦŗ­Ø¯›ąąx˛\˛Á´ĩ‡ļ:ˇ€ˇúēKģĻŧđŊEžĮŋæĀ%ĀŊÄíÆFÆĮĘĮĖĖŋ͈ÍųĪĐŲŌpÔ+Ö Ø<Ų~Ú(ÚvÚõÜÜŪ=á˛áüããä]æPčmčėéÎėííšīOđ’ņpô˛õPõÕ÷Vø^û=üoũĻ˙X&ģĻAáj <‡Ûd?&q',,Ņ-‡.4/q2b4U4ú5å6(88Ķ9Ö:ļ;H= >-?Á@ĻCRCœDžEđH~I”JJ÷LL¤N NęOHQRASZT5W[XZĩ[`[ø\Ņ]L^k^Ŧ_aąc ~Ų€ų‚{„$†ā‰•‹<ŒŒjcŽRû‘O‘Č’’_“†”핃–5—¤™ ›3›¤œĶ0ĨžČ Ą:Ąšĸpĸ÷¤ËĨšĻī§Œ¨Š•Ŧ?ŦÂŽ˜ą%˛§´ßĩ/ĩōˇz¸ßšÕē‰ģ ŧ ŋeÅÛČ ČNÉĘĒËÆÍ7Í´Î7Ī“ĪčĐKŅŅ_Ņ“ĶԒÕ>ÚšÛ­ÜŪEŪŠãälå¯åáæ]éĻëėšîîdīCīŲņšķ ķĨķëöøúûiū rįÕĖ†› Á Ģ Ü ÷ÛŲÚ §V‡“ãS‡!" ";##Ē$ĩ(Į)†)Ū*T;†<€>)> ?Ė@vBDFF F@HŪJžLO_QĩSSÔTÄW+XķYsYæ[x]˛_M`cÍdkee}fg-j>j¸l+nnšnįozoŖp*r%su7vMw›yŠz#{${||Ļ‰Š^Œ3"bA’ö•–_™@™ą›yœœęžxŖĄĻŪĒuŦ7ŦÉŽŽœ¯ją˛ŧļXˇ‘¸bēÔŧŊ”ŋgÁXÂ{ÃÖÄ9ÅĮĮģČLɖĖŌÍXĪĐĀŅŌđÕkÕĒÖšÚĖÜ\Ũhß ā0ãåĸæXæÍč2čøé2ęëšė|í@í}ņööA÷ˇøú_úšû ûŦũIūDŖÂ§á&†cÉö  Ģ % ë>“&aü)ãL ‚!n!Ŧ"¨##5$į'X(…)L)ķ+X,1-;..33G88V:"<Ī>4?„A¤CTEGGlIŽKhM$NPPQlSiU.XY>\\á]`^ë_šbedd›eĖfbgäiŨj3keln“ppīqĩrƒuxŨ|Ļ}ë„I„ô‡‡ĀˆŠ×ŒBŒqē”,•ĩ–—Ô˜;™—ž9 0ŖCŖŽĨNĻĻh§ČŠˇĒAĢ^ŦaŦĩ­˛ŽÉ¯u°A˛˛]˛û´_ĩļ:ˇ“¸šyģËŧĶŊ ž™Ā“ÁGÁÆŠÄlÅBËßĖeÍ)ÎēĪ›Đ\ŅŦՅ×wŲ=ÛÜ/ßwāÄâ"ã—ãÜįKčØęÎícī;đSķôHõN÷nú¯ûjüū˙6EaåšĄ M p ­ `*oƒ.9/t3z9Q:f;—<=Ņ> ?´CüE¯FņGŖHÆJĨLM‹OPuQ&R&SņWtX4Y-[P[Œ^_scôd(e6j jkjŅmmâo.qÖrCrás~sŨtīuÍvéxyRz¸~?1…6‡8‡‰h‹‹BŒ‚ē÷Ž§,q‘:‘â’õ”!–f–ŧ˜Ž™ƒ›|œ ũžøŸŽĄzŖƤĢ§ŠšĒļĢéŦ=­ŽG°Ÿą‚ąÚ˛ëˇã¸ŽšíģNŋVŋ§ÁTÁėÃuÅ(ÆNȖʂ˨ĖūÍVÍvŌzĶ,ÔÅÖU׏ÛÜ6āā—āôâQįOé;ėZíTíũīīîō ķ\ķîô2öú÷Q÷žøųäúpúĘüųũūN`Vo‡ö×: ‚ f ã É[T“MŅŪ˛˜Wģ•IRä÷ : š!Ú"‡#—$$x&1&€&Į(Ŋ)Ŗ*ļ++Q,-a-÷/ 0—1Ü4%5]7>ä?Â@ĀA B3D‚FFoF÷H”HîKbL¤NĨPNP§QûRûThW.XŠYcYØZ’ZË]´`´aúcnf…gÕiiųklmogoûqŅtrvv€yí{Š|4}m€p€˛‚™ƒÎ…ö‡1‰ˇŠŽ‹Ķ)Žŗŋ¯’ŧ“Å•8–t— —Ôš™žžîŸm T¤HĨdĨâĻĶ§‡¨šLš…ēáž\ÁČÂĄÃøÅ?ÅøĮUĮÛÉâĖ˛ÍqÍėÎôĐ$Ņ•ŌvŌīĶčÔņÖŦŲ¸Ú<ÜÜüŨ—ŪŅā0āõâ§ãiä-åĒæVį˙čečĢëëāėėîhîĀđÚōJōÆķ ôöÁøÚųGųîú¸ũ÷ūŲ“’CÃS-ˇ L š Äûøj dÅ|8{é b ä!‘#Š$€%œ& 'ž)•*, 0ū2W37;8d:>:;į=9=h?Ŋ@A˛BųCwDDÎEnF‚H-IÉJKQLŸMŧMüO‚Q@SŲY%Zæ[Ā]Ļ^V``¨cNd;fĖgŠhnkl\m×nīoipˇqŋqærŸsžuÛwPxEzÍ~:~đ¸‹īŒ2ŒÜŽiŽŗK‘ņ’k’ž””M•Y—"—Z›œ›ßœyœīßŸBŸÛĄ4Ŗ¤Ĩƒ§ ¨sŠ-Ē Ē¯Ēö­ĩŽæ¯ą ŗļļ`ˇ.šqģģĩŊŒž2žČĀ]ÂåÃõÅ Į•ČTÉCʘË]ÍuĪLĪ¸ŅEĶԎÕD×9ØĘÚ}ÛܖŪYß'áá]åuæCč6éčęÎëÕí%í‚îˆīđ´ō‡ôšõöĘųjücũĐ˙"Čö؈sā I đ é  ā Ûč4ôÄŽ“âQŠĐā(!Ģ M!`"w"ŋ##ą%Ã'T(&)3)â+ķ,i-.R0k3į5|7Z8Ā9!:Æ;f=-CÖFÅGÁHĒIIjIÔKœOBOņPoRöUaV6V‡WÅX´YL[d\x_­bōdDfHféi(ii…"†>‡Áˆč‹a‹ús˛V‘7‘}’’a”—M˜Ģš›f}ËŸ@Ÿ†ĄŖĀĨ§éŦã­GŽæ¯…°!˛Įŗ÷´âˇbˇŋ¸\¸ŊšēēģHŊÜŋ˜ĀwÂĸÂŨÄ#ÄŗœÆHĮ$Ę~ĘėË$Í ÎCΊĪ{Đ2Ņ~ԗÕÖ×ØØiŲŲÚÅ܌ŨuŪNŪųāáá‚âLã‹ãėå=å¤æFæ›į›čvę\ë?íTížîMđSōōĻķ8õėö’BÕŠuŊ x ĸ¤ņ*{*ž4ņ^5 !W#$Â%Í(S)j*+@-].Ž0ę4I4ŧ6Ļ:+~Ë€¤]ĸƒ…L†•ˆĐ‰E‰ŋ‹’vŽ”‘ˆ’Ó9•ģ–—˜­™YšššŲ›YĘ = hĄYĸ"ŖŌ¤ŗĨ@ĻA§§ųŠ<ŦÄ­ģŽĮ¯é°?ĩ6¸Eē‘ŧTŧÛŊgž9ŋ)ŋâĀåÂ_ĜŝÆĶĮIČLɟĖÉ΀ÎßŅŧŌ¯Ô<ÖQ×ÛØfŲ¯ÛĩŨĀŪæā āKááâ,äUåŗæpéŸęŒíņEōōÎķĀô|ö÷-÷r÷ôųvúFûęüŸũ T B !  ˆ ¤ / k Ž [ “  C ¤ Ą #‰ $‘ %› & ' '} )– *Æ - .! 0Ú 4O 5r 5Ú 7â 9Ú : :| :ų <  >š ?Ô Kj M6 M„ M÷ NA O+ S† Tē Uļ V‹ W< Wų [8 [à ]§ ^€ ^ģ _¨ `0 a* bĢ fU g h9 ià k' kä lÔ nf oî pÉ qw re s sí wN x% yų {› }Ļ ~R €~ ƒĩ „ „Đ ‡ē ˆđ ŠO Ž / Â ‘5 ’Ŗ “ ”ā – –Š —F ˜= ˜¯ ›C žs   Ąë Ŗī ĻÅ §Ŧ ¨Ö Šô Ŧ› ­ŧ ¯‹ ¯ˇ ° ° ąk ˛đ ŗ™ ĩ‹ ¸Â š˛ ģ ŧ| Ŋ$ Ā( Áä Ü Äd Æ Įô Éá ËĶ Ī; Ņ Ņƒ Ķä Ôŗ ÕJ ×/ ØĘ Ųũ Üt Ũh Ū… ā â2 ãŊ åš æ7 æ‡ éE ę‡ ëa ë§ ėĩ î€ đ đY ņ ķŠ ôH õī ÷m ÷­ ų ú; ũ ˙ s , > Ķ Ô ŧ ū § ‡ ¸ B ,  Ī 5 ‘  ^    ú !F !ž %" ' ( + ,ų .< /m 0  12 2C 3Ž 4x 4Ø 7 8 ;- ;x < <ˇ >Ą @S AS B| Bå Em Fo FĐ GP J JŅ Ką L M N; OL Q QÚ RŪ T> X YE Zß Z˙ [č ] ^ŗ _Å `| a b4 b– f fų h iŦ jĮ zĘ |¯ ~~ € ‚ŗ ƒõ ˆ0 ‰€ ‹ Œ Õ W ‘? ‘Ų “­ ”M • •ĩ —€ ˜v ™ š­ œ Ÿî Ą ĸ~ ŖÕ ¤‰ Ļ ĻÄ ¨ą ĢE ­ °é ąĐ ˛- ŗu ĩŖ Ņ? Ķã Ք ×! ØN ؟ ے Üē Ũ< Ũe Ūu ßģ ā áI áņ åg č! ęc ë îS ī— đ đc ņŧ ōg ķt ô ôĻ õ_ öō øÔ ú úN üŪ ũ M ģ Î # ē g Æ  & ƒ š ü Æ ! Ŗ 7 "Q %t &Æ 'o )Ģ -; .Í /i 0â 2G 3y 3ī 4A 5ž 6" 7| 8“ 9M :| :ë <Ę >A A AË CÛ D¯ EŊ I) IV Lĸ Ml Nk P. Q R, RÅ T U§ Uú XŽ ZÖ \ _U ` ak aŗ c% dE gJ h* ju k‰ l m‰ nT o qO u uÄ xk xŽ y zĘ |& |Ž }B ~< e ` Õ „ …ķ † ˆŨ Š„ ‹ Ž Ž› G ž ‘ š˛ œ Æ Ÿd  ‹ Ąe ŖŽ ¤ Ĩ@ ĨŪ §1 ¨đ Đ ÅŽ ĮE Ęy Ę Ëū ÍÁ Îđ Ņ7 Ô Ôo Ö\ Ųö Ú` Ũš Ū â; åÜ æ“ č é~ ëP ė îU ī™ ņ ņá ķĘ ô+ ô~ õ õq ø% ú! úë ū Y ´ å ļ ( ¯  Ē ¯ Í n *  ā ƒ Ø Ū ( â _ < §  2 r ū ä  !Ģ " "‚ $ %9 %ņ '6 )< +? -( 3 5… 6? 6õ 7ë 9# 9é :ĸ ;š ?Ö AÖ BÅ Fk Gà HH IR It J J˜ Kķ Mˇ U| V] Vš VØ W? YĄ Zv Zû [Š ^Y ^Ú _Ŗ `E `˜ `į bs d3 f1 h hÕ i# l˛ n\ nŨ pí rē s tį vš x y> zĪ {> {č }¨ ~{ ‚4 ‚Ö ƒ¤ †Y  ˙ € Ų ‘š ’ã ”5 ”É ”ņ –Z ™ä ›c ›Ū œ‡ Ŗ ž< žÎ  i ¤ö Ļß §Y ŦG Ŧƒ ­W ŽÛ °: ˛ ļš ¸ ¸č šŦ ģ\ ŧq Ŋc ŋķ Āō ÁŖ Å Æģ Čë ÉW ĘŽ ˤ ĖÉ Íj Îq ĪĖ Đā ŅŲ Ķ‹ Ķø Ô¸ Ö Ųŧ Û' ۖ Ũ ŨŲ Ū6 á& 㧠į įĐ č čf é ęw ëk ė¸ íÚ ņû ö™ ÷( øô ųš úG û[ ü€ üŌ ũ ˙Ļ = ŗ Í x  č Į C      j  W Ā 3u 4 4Á 5Z 5Ō <œ >O @ @ü BŠ Cø Ec Gm IV K’ KÖ LĻ Mm MŠ O= Q^ Q• RČ S Ss Tí U¤ W! Y+ \ ^= ^÷ `\ `ë b d‡ eŋ f* gœ i kí mÉ o pY pé v[ z# z{ {ĸ }l €Ų Ž ‚Ü ‚ū „ „Õ †H ‰Ę ‹& ‹D ū ų ‘ˆ ‘Ę ’l ’ü “š ”n —- ˜Ú šn * € žO ŸI Ŗ- ¤ĸ Ĩf ĻÁ ­c ­Ē ¯& °A °ļ ŗÖ ĩU š š¨ ģ Ŋē ŊÜ žĐ Á  “ Æä Įģ Č` ɘ Ëé ͐ Îâ Ī. Ī‘ Ņz Ņũ Ķ~ Õ ×k Ų ÜZ ā āā ã9 äH äØ åų æ| į4 į įô éa éŖ ë( ía îJ î īé đ. đ§ ņˇ ķĻ õ$Wœ  Æ N 3wÃ9 ”ą3ģRjüĩF˜)“!$ž%H(G(Ũ*„+Ņ0Æ1Į2"5{6‰6ŧ6ū858ß:÷<=>6>ŋ?čA…B!BŌCĄDˆFôH1H”I•JŌK'LÜN_OîQRĩS>T‹UŊV,Võ[\\b^™`íaŨbîdŠdŌe3fígKhæj‹lGmąnão›oôpÉr˙söuŪxß{{úŌ‚ē„g…/†x‡Eˆp‰yŠ!‹€ä´‘ ’Ō“M“›“دŽ°‰ąķĩhļΡךmēeŊsŋĀ]ĀäÁuÁĘěřÆĪÉúĘQĖ"ĖŦÍIŌĶˇÔĄÔëÖ× ×ßؖŲÚ?Û_ܗŨŸŪ0ߔāīââ˜ãTæ9į/ę‹íđíōķÚô7ôÃõBög÷NųBû9ü>ũū§˙ĪˆĖ¤˙ķŊY V b ĩ sxą_:ˇp„ßú ŲB 4!F#$đ%ë*r1U1ß3q5G67P888Ļ9a:#:~:Ņ;Y=?2?°@­AëCÆD'FaHĪIDI˙JÆL–N$NĘPĐSzTzUSZH](]ë^Ü`ZaåcŌe|eÍfgŗiAkûmVno6pÎqrEuv4wz1{—|{|ø}’‚Š…Ŋ‡QˆnŠŒ›ė‘E”Ôš‚›œ^žmžÅŸi §ĸĨZ§`¨0¨ŽŠYĒ–Ŧ8­8¯ã°æ˛˛Õ´ŠĩŅˇ ¸>¸´šĩē7ģ†ŧžyŋÁ¨ÂčćŜÆ[ÆĢČTČ÷ÉĘ@ʒËMÖ֒×gŲ Û6Û°ŨŨōŪ,ßâÃää÷ë!ė‚î)ōUōšôĨö,ö`%Ÿēŧj­!@"ú$C$ų&X&ī)0*h+*,r-é.ˆ/ķ1K2î5]6ˇ7A:Ē;˛<">@`@ËAC^Đ`/`û|°}™q€‘Č‚Iƒū„ļ…[‡{ˆ˙Š•ŒŠČŽŽGŠĨ‘ė’š”ķ–C–“—H˜@™š:šîžŸŽ ĖĄCŖ%ĨĨãĻē§‰¨+ĒûĢ´Ŧƒ­.¯x˛x´„´čĩōļ{ˇk¸Ų¸čšŊēŋXĀ0ÁAËÉÍ×ĪĪ|ĐîÔ<Մ×ęÛÜĐŪißüācāēâÎãĒä)äWæíčLé"éâę ėgí íŨī!ī›ķqôĘõhö ÷1÷ƒøÜúûĩüŗũŧūB˙€$§Ŗä†  ų ĸ čPˆŦ@?v‚Ú2xŗ<Ģ")##P$Á)m+y-#.„/Ą0a3›3Ũ456Š8‰9^9č:ĩ<=?=?õ@VAR4RnUV„WĄXĀYBZ[ō\5\x]~_{`6ac˜emeŧf†g gMhĖi’l@mnpq$r,sVsĻvvûxšyĖzW{š}É~x€Æ‚‚›ƒM„Ų…é†æˆˆÜŠŠ‹‹Ŗû]‘ƒ’˙“ž–\˜–™žœrŸ?ŠČŽ2¯(¯ū°‹ą;˛¯ŗ6´KĩHļvļŨˇœš&ē(ģŧ]ŋŋPŋöĀėÁÚÃŋÅčĮ)ĮHĘYËuĖ>͆Î^ĪōĶąÕÖŲŨÚīܟŨAßãáōâDâĩãÁå—æéēę­ė-íīœđđ¤õÔ÷+øTü‰įÜ4—õØÜ_› f!"õ$Õ%d(ų)i+/,§0ą11á2X;É=e? ?Ú@–AĖB˛DhE”EļEöF–GûHĶIíJáL:M\N3NRRVSTßU†WL[[[Ŧ]€]ō^Ŧ_Ö`“`Čb¯c˜dįe>eĸfņgÕi,jslûm?sÔt}vv w\wķyezh{ {Ņ|š~ŧō€÷‚’†4†Ņˆ‰L‰™ŠĀ‹ēČ”Û—˜–™×štœƒTžVžîŸŦŸūĄĸ8¤`¤Ø¤öĨĖ¨™ĒlĒ˙Ģ€ĢéŦōŽŽŨ°:°ĘąąîŗĮ´˜ĩ ļ‹¸ZēPē°ŧŧŅžÉĀāÁ• ÄŦÅĒÆ;ČČúĘ~Ë-ËáĖˇØØYÚQÛŪáöã¯åjå´įį‹é;éËęë’ė¯îņwōyķķÁõ­÷šûsü̓Ũp pI¨  Đ!7XÜV‹mą<Vžbm! "į#Æ$%c'š*H*™*û+Į,–.a/¨0$1­1ę4z5:5û6e7¯8ž:Š;†<—>>°>Ú@A3CŌDfFF‘HÆIIJ1KŨLpO!TTlUUuV¯YO\Ļ^J__^`Âa}ccįfėhĮklˇmŽnēo)o‡wVwĘxô”­•ā—N™6šüœ žŠŸŸų aĄÅĸG§g¨ĒË­ĖŽK¯ŲąOąŊ˛ ˛Ëŗv´ĩĩ“ˇšģ>ŧ0žíĀ`ÃÅËĮâ×äáåŗæ0į÷éBíËîTō¸ķķāõ#úŪûLû“ũ+ū u ę÷dÖĀ?‚ī8wu_T¤ !Î"û#x$j%f&Ä'…(†)Ņ+´-"/E2`:$=>ų@"AšBCĒDÅEÉH°IëJUKĻLSÆUkV!YŋZø\o]ĩ_Sbef)fyggiViūkflFmmo7p2r‚st§u1vŽw*yû|’|×/Å€\‘ƒ„$„Ō‰8ŠŖŒ ÆŽ“ŋ‘Y‘đ“ˆ”[”›•ˇ–o˜™š šŽœ3Úĸ ŖXŖĩ¤_ĨpĻ:§ģŠCŠāĒŽĢ…­PŽž¯K°°Úąšŗ;´F´šĩ€ĩéˇ ēåģáŧFŊŸžnŋXĀ„ÁJÂÂûÃ9ÃÜÄrÅĪÆĘĮxČCÉlĘ0ËĖ~΅߸āqâæãdä´ætįč)é¨ę]ëDëvđžņˇō­ôÄõ¤÷\øÁûûˇüzũũsĶ'įcô œ \ í ˆ ßI~$ą&č''Ü(:)+N-ž/r00¯1…33–44đ5¤6Ļ8o9;Ŋ<1=b>`?Œ@ŋA‡DūECFWGuGâIŠJ$MĸOÜPŒS§TųUėYqZW[¤]^éepg-h˛j4kˇl;mšn|qtĒv#wžz,z={Ģ}!}„~¯€Â‚ƒJˆBˆÛ‰āŒ×Ži.Žõē’X“í”–t—Ūš1›Äĩ ČĄYĸ˨öŠŪĒ¤ŦŦ{¯*ąˇ˛ŠŗÍļ ˇ¸¸%¸Ķēŧģĸŧ4Ŋcžgŋ;ĀØÂ7ÛÃūÄYÆjĮÃČYȔËĖÍ ÎÎŅ˛Ķ6ԎØbØÎŲŪÚ¸ÛāŨ_Ū¨ßķāAá+áŲãēå˜æ@æˇčIéęõėæîtķ*÷5ø°ų“úVüûūå^DGõ – z„AžųˇWWÍk‘Ūhh O!ß##n%M&'(‚*V++h,û/60p2Q47œ8Ä?ĻANB‰DEXFGGšH,KzLM7NŪOÂQĩRũT UVVüWVYYjYô[1\^n_X`ķabõd9d‡eĸfwfĪh@jkrm)nNr‚sctatžv+vÜy‘z™{{˛ŧ‚ŋƒtƒˇ…5†Ū‡å‰\‰Č‹_%té‘t’d•Â–晃›ž žåŸg žĄßŖ+¤¤îĨoĻë§Ų¨bŠöĒVĢÆ­ ­Æ­˙¯i°uąôĩJĩqļļ1ļŸ]¸ŪšwģžKŋ˛Â@ÃŧÆÆâČ-ÉßËĖĸĪ9ĪPŌNŌ—ÔÂ× ØeÛāŪ0ŪŌã,ãįåĄæŅčŊëuî)îģđ˙ōöQöĘøHųĐúíû¤ü<ūĀMT‡šĄŦ‹í ģ < _Sģú;¯— ¤Ŋ & "Ų#¸$Ž)*%*ā+Ę,a,ī-*/ /Ë1…3‚4R6˜9ŗ:ļ=? ?ķ@@ŲA<C4EEļFGqGšJ#KlLūMËNģP›PÛQ‘S™T‚V,VšWîYŊ]3]Ũ^Ü`Nb>c ef„fÕgtj,j™lm*ooæq2r/ssĸt|ulw˜x{{B|I€‚Âƒ†ƒË„ŧ†!‡‰J‰úŠ"Š…‹'ųŽûĸ‘L’”“ “°•>––r—T˜Ž™Uš0œvœõņžōŸøĸõŖÎĻ’§?§ƒŠĢTŦ­ Žƒ¯¸°>°žąb˛´K´ôˇŽ¸Žšžē„ŋ5ĀAĀūÃJÄZÆeË]Í͈ŅŅ¯ĶöØjŲũۆŨáŪˇߤáËâ3âĒããųåRå”įŲëEëŌė<ííeî< õ Ė XLpČīΊ%löĘĪ2Ûnč W!ë"đ#y%e&ĸ))¨*?,^-§/ķ0§5œ7o99ū;<ą>.?âA!AĮCMDšFLG'H5I‚IõK˛N;O+S^UdVX[ˆ\B]Ą^Ö_§`_cRgdh.j}l2mũo$p qŪv3y™yŅzh{X€Ŋ‚đƒ˜„7†‘‡ĸˆŒ>€’)“Ú–—j˜ŠššõåžžŽŸˆ : ŅĄ/ĄęŖŖuĨ`Ĩ­ĻŪ¸š!ēwģŧæŊ‡ŋŽÁgÂîĀÅĐÆ+ÉqËĖĖ}ĖŲÍGĪtЏŌ˛ĶÅÕAÖ ×u×īØļŲÛHŨSŪÁßhážáÖâ8ãræ§č¯íˆņ5ķķŨõõKöŦ÷Ũø*ųíûˆ ¨îzš’c ļ k ” ģ4„­å>{ÍûJ#v%&%Ą%Ü&Ã'''į(Î*G+C+•,Ü.B/ 1Y1á2]3m4•6z79Ė:O; <>A>ƒ?LA`BCD FŸG…II›JķMņO‘PZP¨RDSWSœT“UDWXˇYĶ[]Ģ^ ^p_ŌaŸb´cdĨeøfNf„gÕhģi˙jtlKlįmQmŲo;oqq$q˜rtuĒvÅw¤w÷yz|4|‘}„~Å€¨‚D‚Ė…z†:ˆą‰ÍŠœ‹–‹ËŒŊŽ=Žîĩ“‚”ļ––{–ũ—ᘙ™p›j›¤œ°ž2ŸĄEĄãŖĸ¤ÄĻä¨o¨ÆŠ“ĒæĢ>˛nŗ_ŗŽ´˛ĩ)šCē9ģŧFŊxžšŋôÂ\ÂŌÃ4ÄôÆÔȐËĪgЍÕÖ­×ŨŲÃ܅Ū ß[ā™áŧâĒäå/æŠį’ččˇéģë9ëũđÜņ5ķ”õÔ÷úúrû‚û­üJü÷ęmŠßŽ¯!2"š#z$|$ŋ%Ÿ';()v+Á-Y3T8P9ú<ũ>Q@ŧAB[DUEöG?HyJŗKcLūOJOãPˆS‡TŽU?W]]÷_C`}ab—dee~f=fqfÖgÃhi:kžlSmeo(qpsãuŦuív|x—y˛z {b|~Ļî{Īƒ‹…؆qˆ‰_‰Ĩ‹8‹•ŒÍĨŽ•K’P’y“K”2”…•–Ē˜™z›|ēžd 2ĄĄĀŖ…¤ŋĨĨĻdĒ×ĢĒŦØ­¸¯‘°°_˛7ļ•¸]š‹ēZē—ŧ[Ŋ§žŖŋĻÁŠÁĖÂlÂŗƌČÉË;Ė‰ÎΨĐmŅ'Ķ ÕęÖš×ĀŲ×ڛ܏Ũ~ŪĐá„â>ãdä{æWįčęę¤ë9ėūî7īĨđžņ„ō[ķ@õõD÷\øūúúíûŖũ×ūÂ˙“‚y6ú… $ ÷ KÖ­,å”É :Â;M;ū=3>%>õABBtE˜EÜHJEJ…NĩOsQąTTUUWZZČ[0\_]Ē^Á_@_Ĩ`šbfgIhĶjjIkpkŦlĪnĐo˜rrút t¨v wŦz|}>}‚~Ŧ€€€Û‚߃^†ëŒ˜ŪŽqiČ’Õ”[•đ– ™ ›<žßĄ×Ŗ(¤B¤åĻp§œ§õŠĢĢ5Ŧ’Ž.ŽÜ¯§°qąÕĩ.ļˇ8šLē@ēžģvŧ[žŋCĀÂÅÅÎĮeɯĘ_Ė)ĖĸÎēĪ#ĪFŌČ×QØGŲFŲēÛļÜĘŪ/āYāūâõãsã×å<æJįÅé$é›ë ėė]đņ™ōđķĖõYöL÷÷úøĮų˙ûü ü‘ũũá.ÁY$ŽĄ é lXái*œŖe#sũ‰Ĩ^ d ė!É"į%%&a'( +Ŋ,+-O.ą/>/h0ļ1ũ2ö3 5!6 7M8ŗ:Ũ;Í<^=N=ŧ>ø@šAĒDKĖMŗOXQJSDT_WrYZ”]^_3`amb€c‹e e5f“hžiAiķjj×lKmíopÔqJqũwBwöyVz zp{Â|’}ü/B‘6’“ö”O• •Æ˜™k™ō›ÅHžŽŸÍĄbĄŌ¤¤2¤ĨĨÍĻv§õ¨v¨ÚŠÅĒÄĢĒŦģ­b¯ ¯‰ąB˛VŗŗYĩ.ļú¸gÔÖמØSÚŋÛ8ÜEŨŪ}ādâä*åhæį€ččSčĄčÔëŒëÜė)ė¤í´îīīˇđđBōeō¸ķ1ôâõ›ø ų3úÅûTûßüGÜ\ ,  É ŠĮzĮĪ$Ų8<ŖO q!Ē#($ĩ%¯&h'](r)i*n--s3\6×8Y8û:>Ę?TAAĢCŪEEQGÄHáIÁJK$LNZOŦPļQ}VWļXĸYwZ=ZŸ[Ž\ã]nNoqq„r rÛsčuDvSvĒwČx°z|!|­}~~Ō‚‘„›…ņĄĒŖF¤oĨ¤ĨƧ§ũŦ]­0­÷ŽĒ°w˛Vĩˇ“ē ģčŋ ĀÁLÆeÉÆΚÎëĪgĐ°ŌŌåĶôÔoÕ ֚ØgÜyŨhŨ×ßIßŦāsá¤â;âTããä?å:æoįCčåéęę†ëÕėXėũî3īīÂķxķÂö$öoöŌøųíújû-ũqūūY á_ ā ‡ {=ÜŒ˜–î]Ũã/ž "„#Ą%Œ&(ž)ˇ*j+î.0R1&2s7ķ99<š<ę=!OyOčP P2SÉUšVDWEW—XY•Yņ[˛\Z]K`xa@b§cÜeâgŽickĢl˜n/qYs@s¯tupvvtwnx xyņz zđ|Å~í€Å‚ ‚ōƒÄ„4†4†°‡CˆđˆûŠŠŒ)*Ž œ’:”e•7–p—B™›üœK;´ĄČĸŲ¤`ĨZ§{§íŠ™ĒÄĢëŦz°Są1˛ēŗ ´ ´–ļļgˇ˛¸ĨēœģŦŧ&ŧ´ž“ĀÁŨߥābá?áŪãĄä”äÔå‡åŨæöįūéŖëėûōsôEôēõū÷ øŖųæú–ûûôũũ­äÛŊ=­Ģ ļ > †br†ėfëĮ ũ"Ė#á&û(•+ˆ+¯-”.˜0?11@2n2Î4&:::ˇ;i;Ŋ<éC“E<FF…H‰KéLmLæNQ€SESáVÁXYØ[\\X]]Ũ^=_…_á`ģabũcÔd"dĻe6fhķiâkkrmo‡vvąxU{×}‚ ƒ*„~†Ļ‡†ˆJ‹ŧ%ŽŌņ‘ē’.’š“R“œ–ķ˜š!šĨ›ōœČÕž5Ÿ kĄ ĸ•ĸÛŖf¤ Ĩ0Ĩ˛Ļ§>Š(Ē7ĒVĢ•­ŽÎ°7ą0ąÅ˛'´V´ė¸ēÚģÅŊŊĸž¤ŋyĮ|ČĩĘVĘŊËvËĖ͊ΔĪ—ĐBĐęŅˇŌŦĶīԃÖtØÚ<Ü5ŪÖß-āāoâYã‚æĸæåčkéöęîînīzņ×ōĶôõˆööēøųČûüFũ(ū>˙Á Ŧ l  Ē  Ÿ   ĸ  Č  ų I ú e Å Œ ­ ˆ  Ų Ŋ ” N  .¸ / 0 1Ė 2Š 3“ 5 55 7Į 9\ : :š 6 ?Č Aô Eá FĒ If J2 K× L MA hÜ i k n oN o˙ p| qŅ r— t$ uą v? v{ v¯ zË {Z |v ~O B €V Ö ƒ? ƒ‹ ŸD  € Ą Ąŧ ĸ™ ¤ ¤Í ĨÎ §“ ¨@ Š ¯Æ ą ąŪ ŗ ēš ģĀ ĖŌ Đ3 Ņä Ô Õ= ×t ؜ Ųų ÛÔ Ü$ ᝠⴠär äz å? įc į­ čŌ éZ í‚ íė î˜ đÍ û0 üq ũF ū4 ˙!˜!Ķ!Ũ!Ą!š!!! x! ũ! ˆ! ú!õ!ļ!ã!j!!Ģ!Š!5!š!B!Ö!Ž!ŧ! F!$~!&c!'3!("!-&!-°!.˙!0ë!1 !1‹!2 !3!4Š!7š!9R!:2!:Ũ!;É!=ã!>Ŋ!B‘!D !DK!Dĩ!E8!EÃ!HK!IÕ!K!KĢ!Kä!M*!N!O2!Pō!RŅ!T-!Tˆ!Y<!Y![#!\Ņ!]n!_a!bi!d !e.!hũ!i;!kq!m!mm!o!oÛ!q:!rE!t°!tæ!uē!w;!wr!yÍ!{!š!€!‚!ƒ˛!…!…U!í!˙!‘r!‘ģ!’°!“ !“ģ!• !–.!—8!—!™!šč!œ!ą!Ÿę!Ą!Ŗ!¤ë!Šë!­!Ž!Ž€!ŽŨ!°­!ąŌ!´u!ĩ!!ļL!ˇ'!¸(!š!ēa!ģ—!ŊÆ!ž)!Ā!ĀĐ!Áq!ÂY!Äæ!ş!ÆË!É]!Ė:!ÍŪ!Îķ!Đc!Đå!Ņ#!Ņō!ŌŒ!Õ!æG!č!é@!éË!ët!ėÚ!í5!īŲ!ōÜ!ķĩ!ôÍ!õ´!öō!øI!ø!ų*!úÎ!û !ũ}"‘""u"ũ"É"^"í" p" Ā" T" v" Đ" "ą"s"ô"ļ" "t"¤"t""ˆ"ĩ"ķ","{"ą"w" E" ˙""%""Ã"%a"&ú")")ŧ"+0"+¤",‚",Ø"-1".I"0/"1X"2ž"5Û"7‰"8á"9ũ";";O"< "<ä"=d">m"?į"@č"E"G"GŪ"HË"Ij"JĶ"KŅ"O_"P@"P’"Tī"V5"VŦ"X×"ZŌ"[["]ƒ"^¸"_"`O"`ĩ"en"fä"g…"ƒ;"„o"„ũ"†Ī"‡…"ˆ$"ˆā"‰ô"‹"Œ ""O""Î"’V"’˛"“đ"™›"›L"œX"i"é" å"Ą"ĸu"Ŗ^"Ŗđ"Ļ"§Í"¨Ë"ĢÍ"Ŧv"°N"ą`"˛%"ŗu"´:"´´"ĩū"ļÅ"¸ę"ēt"ŧX"ž‹"”"ÃÆ"Æã"Č'"É~"ʊ"Ë"Ėv"Ėģ"ÍŨ"ĐI"Ņq"Ōč"Ķ­"Ķų"Ôđ"Ö%"äž"æ‘"įĢ"čW"čĐ"ë~"ëÅ"ėë"í"î["īw"ņu"ķ"õ["û"üb"ū¤"ūķ"˙ŗ#E#z#ų#ī#8#ú#ė# É# # ä# ŋ# # K#’#Ũ#5#ž#¯##ŗ#?####B### *#$–#&2#)I#*Y#+/#,]#-˜#3ž#4g#4û#5€#6Õ#8#9×#;/#;´#@"#@ų#B„#Bë#F†#GĮ#I…#L×#Nh#Oß#P>#R~#T)#Vj#X'#Xą#Z#[#\Å#]~#_‹#`ã#a9#bk#cŧ#eU#fI#iP#jS#kĄ#l‘#n#nĪ#ob#oÍ#q##r+#rõ#sž#u2#vé#{ã#|Ų#}t#~a#~°###‚o#‚ę#ƒe#ƒæ#„l#„Á#…`#†#ˆŠ#Ša#‹­#Œą#Ģ#/#‘â#“#“­#•#–?#ąø#˛<#˛Į#ŗ@#ŗi#´J#ˇ;#ē#ēŠ#ģU#ŧ:#ĀO#Áu#Á÷#Ãd#ę#Å#œ#Åč#Æ1#Č%#Čî#ÉÂ#͔#ĐĘ#Ņ­#Ōb#Ôæ#֑#Öö#Ų@#Ú#Û#Ûģ#Üļ#ßē#ę;#ë<#ė#í.#îĀ#ī˛#ņæ#ō¤#ķē#ô°#ö%#÷##ųc#ú?#ûä#ũ;#ū÷$?$0$@$­$¯$Č$$K$$ã$s$ ‘$ [$ Å$ ā$$,$#$â$ $f$$$<$Ę$$ g$ ē$!-$#Í$$Ņ$&6$&€$*}$;¯$<’$? $AŦ$D5$H$Iē$J'$Lj$P$PÔ$S2$Tđ$Up$VÁ$W‹$X]$Zä$^$_¯$_ė$`_$`Ö$ai$aĘ$eD$g)$i$l"$nQ$nž$pī$r#$sÉ$tč$uĮ$v’$x|$xā$yđ${$~"$~„$€%$€ŗ$€ņ$ģ$‚c$‚ļ$„ö$†Ö$‡”$‰Ŧ$‹^$$ā$’ $”)$”õ$–ģ$˜†$™q$šˇ$œ›$Ū$Ÿ€$Ŗ:$¤Š$Ĩ`$Ĩõ$Ļg$¨ļ$Šd$Šã$Ēz$Ģ]$Ģ×$­X$Ž…$°X$°Ā$˛Š$´Î$ĩÔ$ļ$¸€$ēû$ŊĶ$žû$Ā $Ãl$Äd$Åb$Æö$Įå$Ép$Ęë$ˡ$Ė‡$Đæ$ŌĮ$Ԛ$Ö>$Ø/$Ų&$ÚÖ$Û`$ÛÄ$ãz$ãö$æ $æÍ$éĘ$ęĻ$ė$íI$îŌ$ņk$ķ$ķí$÷ą$ų4$úŲ$û˙$ü`$ūH%'% ‚% É%f%Ą%Ô%v%Ŋ%?%Å% T%!Į%#Ö%$-%%Æ%'d%'ŧ%(H%)§%*z%+`%+ļ%,ų%-*%/d%5Ŧ%6§%88%9ˆ%9Ī%:n%Aē%Bx%CK%C %C÷%Es%H-%IÅ%J%MŨ%NB%O&%Ph%Qî%SB%TJ%Uk%VD%WË%]r%]Ô%__%a›%cĮ%dđ%f$%g%h+%i!%i•%l %lų%oU%pŽ%rĻ%sķ%vĀ%wr%xt%ye%{%|Ŋ%˜v%™ %™a%š€%›˛%œ\%S%ž;%Ÿ;% ˛%Ŗr%§7%¨~%¨ģ%Ē%ĢG%­—%ŽÆ%˛Ÿ%´%ĩ2%ļÂ%¸ %ē›%ģ%ŧŋ%ŋ%ŋˇ%Á%Ã/%Ä{%Äü%Į%ɕ%Éä%Ë%Ëk%Ë´%Í%Íe%Ņd%Ņ°%Ņü%Ķ}%Ô#%ÔZ%Õ_%ÖÜ%ؤ%ڊ%Û?%Ü%Ū5%ßO%ßĒ%á%ã%ä/%æp%æä%į¸%é %ëc%î‹%ņ.%ņī%õ%øa%ų­%ųė%úb%ûb%üL%ü”%ūH&&ú&ģ&y&™&Į&›&9&‡&û&ī& 1&!&"`&#-&%1&&_&)Õ&*/&*ū&-G&.Ŗ&.ę&1Ø&4Û&5&6ę&9Ē&;€&=Ė&@Õ&Aė&BÛ&Cn&CĐ&DG&F›&H&H‹&Ié&MJ&OP&OÛ&PŽ&Qf&SŨ&UN&UŠ&VÍ&WY&Y0&Z{&[¯&_ž&`›&a&bž&d…&dö&eĪ&iQ&kD&mŒ&n&op&oė&q.&s2&tá&u>&uģ&x‹&y’&|Š&ƒ7&ƒĐ&†&‡ī&‰&‹Z&‹Ģ&‹Ũ&Œ&ŒÅ&Ž1&ŽÜ&G&“Ŋ&—į&˜S&™Ã&šõ&ˆ&žY&žī&Ÿ×& ¯&Ą &ĄŸ&Ąé&¤„&Ļ&§Á&¨A&Š&Ē;&Ē“&Ģ&­^&¯•&°Z&ąp&˛—&ŗ&ŗˆ&´û&ĩ˛&¸Ģ&š3&ēQ&ģ.&ģú&ŧˆ&ž &ĀŦ&Â&Ä&ÅĄ&ÆM&Čt&Čģ&Ėí&Î4&ĪĨ&Đ´&Ō¸&Ķí&Ô(&ÔĻ&ÕŠ&Ö>&Ø,&ØÍ&Ųõ&Úd&Úķ&Ûë&Üņ&Üü&Ũ1&âÉ&ä¤&æw&č&čÃ&ęŽ&ę÷&ëĐ&î‘&īĀ&đ&ņī&ō7&ķ,&õ§&÷&ų†&ųĪ&û´&üÄ&ūū'į'Ā's'Ũ'ú' ė' Ú''ü'õ'('æ'Ë'_'¨'É'!+'"Õ'#j'$ž'%K'&;''1''°')')Â'*c'*Ö'+ '-.'-¤'0Š'4'4Ė'5Y'6ū'7ū'8§'8Ö'9';7';ō'('@!'AØ'Bî'CŽ'D…'Dí'Eā'F’'H'I6'Ją'TA'U¤'VX'W0'X'[ļ']='b7'bŗ'c 'dŌ'eV'f{'iŧ'jG'jŧ'l4'lb'mƒ'o÷'q'qË'rļ'sS'vK'x'yÁ'zĄ'|‰'}š'~3'•'€%'‚›'ƒ'ƒØ'„c'†ž'ŠŪ'Œ'Œũ'}'Žv'Žŗ'€'!'‘'‘M'“K'”>'•í'˜'™„'šm'œĨ' 'Ÿ¤' ='ĄD'ĄÍ'ĸ’'Ŗô'Ļ'§p'¨„'ĒĶ'Ŧ*'Ŋ#'ŊŦ'ž‘'ŋā'Á!'Ât'Ã'Ä5'ÅL'Æ\'Č÷'ËJ'͸'Îj'Д'Ņ&'ŅÍ'Ō‰'Ķ'Ô'Ö='ֆ'×s'Ú'ÛĻ'Ü~'á-'áÍ'ã2'ãĀ'ä'å-'åˇ'č'čO'ęV'ëæ'í&'î~'îĘ'īČ'ô…'õ'÷#'÷Œ'÷î'ø+'ųß'úT'û#'ūķ'˙‰((ƒ((¯(Å(( H( Ĩ( é((j(Ô( Ē("N($(&('X(* (,d(2\(2ō(5!(5Š(6´(9x(:‡(?(AÖ(Bg(B‰(BĐ(D(EB(FT(H;(I](K)(L(O?(Pv(Põ(R(SM(Sļ(Tõ(Uw(Uß(VÖ(X([R([›(](^0(_ë(`#(`Â(a§(b[(cj(e(f=(gÉ(i(l(m(n (oÅ(p)(pŅ(qE(rå(t(uX(v{(vÅ(y(z(zn(}ē(~˙(Ž( (œ(‚Ą(‚˙(„A(…N(‡Ė(‰(‰ë(‹y(ģ(ī(“(–W(–ä(—/(˜(™((™ũ(›á(œe(ž(ž’( ^( Æ(Ąš(¤¤(Ĩė(ĻÉ(§˜(§ü(­"(­…(¯›(ąd(ąš(˛y(ŗS(ļ](ˇå(ģ(ŧÖ(ŊX(žO(žÃ(Ām(ÁP(Ã7(ÃĄ(Æō(Į+(ČŦ(Ęr(Ë-(ĖŌ(И(Ō”(ĶZ(ÔŌ(Ø(ŲN(Üz(ŨĄ(Ūô(ám(âl(ã“(äÄ(åŲ(į,(čs(ég(ë­(ėÜ(ī_(ņÁ(ō(ķĩ(õ–(õ˛(öŒ(ųB(úz(úí(û](ûé(ũŠ(ū))W)9)c)x)Ž) )S) P) ) y)đ)[)Œ)):) )Ę)) )ƒ))){)ƒ)$ŗ)&c)([))r)*1)+Ü),D)-r)/)/œ)2Ô)7˜)9H);ˇ)<@)<–)=B)>ų)?w)A˜)Aâ)BÛ)Cu)Cŋ)EÎ)FŦ)Gī)Iƒ)J,)Lų)OU)OŖ)Q)Rq)Rö)Tø)UĮ)VŪ)X%)Ym)Yō)Zå)[)\)]F)]b)`ŧ)a7)bo)bí)e|)f~)iā)jQ)k#)l)m:)nu)n˙)o{)oŽ)px)q)qČ)rķ)t§)v@)x|)xė)y)z){$){í) )A)’)”)–Ī)˜$)™*)š)›‚)œ))žF)ŸĻ) Â)Ŗ˜)Ĩ )Ļ))ĻŊ)Ē@)Ē€)Ŧ)ŦØ)Žŧ)¯5)°)°ž)ŗL)ŗ§)´N)´í)ĩ™)ļ™)ˇÛ)šˆ)ŧ¤)ž )ŋ\)Āč)Â/)Ã])ÄK)Å )ĮK)É^)Ęû)ËĀ)Îß)Ņ‚)Ջ)Ö)×ĸ)Ø1)ŲĐ)Ûi)Ũ)Ūį)ßČ)át)ãŧ)än)åž)č.)ču)ę)ë™)ėö)î?)îĮ)đ˛)ōV)ķ&)ķö)õ")õĘ)ų$)ųÆ)úĘ)û\)ü_)ũą)ū&**é**9*ŋ*f*ĸ* * ˜* * j* I* Ē*ĸ*~*)*´**Å*é*h**Ø**¯*”*$V*$Í*&I*'=*'é*,Ę*/ */J*0â*1Ę*7*7Ž*8H*:F*;ˆ*<†*=[*@ē*BL*Ct*Cé*E[*Fđ*G¤*Gæ*J*J*KX*N*RŖ*T5*T˜*W˙*Y*Yŧ*Zq*_*`ī*bé*cÃ*dÕ*e×*fN*fō*iR*k#*lŒ*lĶ*m†*p4*pí*qS*rî*s1*se*w‚*z*{E*|+*}(*€}* *ƒ„*„*†8*ˆ^*ˆĖ*Š*Šŧ*‹É*Œg*q*d*N*‘Ã*”Ŋ*•Ÿ*•ã*–*—*—ę*˜Ø*š›*›8*œÎ*Ÿ.* W* Ģ*ĸ5*Ŗ*Ŗø*¤ū*Ĩã*§;*¨'*¨î*ŦĪ*Ž*¯;*¯Û*ąŽ*˛Ī*ĩ*ļß*ˇæ*¸Ą*šū*žø*ŋ—*Āō*ÁÆ*ÁÛ*Ĥ*ÅŨ*Čh*Éô*Ë*ËÆ*Ëú*Ía*Ņ‘*Ōß*Ķ8*Õ*Õ°*ÖĄ*×4*Øá*Ų*ŲŖ*ŲÛ*Ú*Û*Ûŋ*ŨĶ*Ū9*ßÆ*á*åå*įĩ*ę%*ëĶ*ė*íū*î“*īz*đ4*đŽ*ō‘*ķn*ôÜ*õŸ*ö*÷{*ø›*û¸*ũ#*ũc*ūĢ*˙+0+S+i++‰+e+ū+™+ s+ <++ +h++â+Q+š+g++‰+”+Î+ +!-+"<+#ß+$ķ+&?+&+'â+(9+(œ++ +.1+.Ž+/'+/›+/Ũ+0ô+1…+2 +3Ú+4+5ĸ+Fē+G|+GŪ+H,+H+HĪ+I*+Nj+O+PÃ+Qk+RÕ+Se+T+TÕ+V+["+\°+^Ü+_?+_ä+`3+`~+`°+b€+cŊ+f’+g +hØ+iÍ+mŗ+n+p‡+r§+t +u’+wL+zæ+{Ũ+~8+~ö+€‹+‚¤+„y+„Ø+ˆ8+ˆÛ+‹ß+ŒC+j+ +‘+’…+—Ô+™0+š‹+žš+žø+Ÿw+ĄĘ+ĸø+ŖŽ+ĻÚ+§‰+¨ą+ŠH+ĒŦ+ŦG+Ž™+¯‹+ą÷+˛0+ˇÂ+¸€+š+ē‘+ģ+ŧ-+ŧ +Ŋö+žŦ+ŋu+Ā˛+Án+ÆE+É]+ĘD+Ëú+ͤ+Ōū+ĶÎ+Ô˙+Ö+×J+ا+Ų9+Ųâ+áK+â+æ`+æŌ+č2+č+és+ęĄ+ėķ+í5+íq+īš+ōÖ+ķ$+õ++ö*+÷Š+øų,˛,,[,,G,Ž,‘,Õ,č, Š,!€,#U,%Ë,(ū,)›,*Ū,+V,+Å,,ö,.,.°,1,1[,3i,3å,4ņ,5),5ŋ,; ,;Ú,;ü,ŋ-?%-@T-AR-A‰-C-CŒ-GĨ-O†-P(-R -Rģ-T&-UL-Uņ-V<-Vč-Z-^ˇ-_Ģ-d-f-gĄ-i~-n -od-p-q”-sÎ-tī-vĘ-x1-yŨ-zw-å--‚R-…J-†'-†„-ˆ8-Š-‹-‹î--Ž&-+-‘{-’b-”-•^-—i-—ß-œž--Z-¨-ž-ŸŌ-ŖA-§–-§æ-ĢH-Ŧ-Žg-˛-˛Û-´`-ĩú-ļŧ-ˇč-ēÄ-ģb-ŧS-ŊE-ŋž-ÁS-Ã{-ÃÄ-Å>-Åā-Ə-Č.-ɛ-Ęâ-Ëw-Í%-ĐĪ-Ņ“-Ō^-Ķ—-Ķė-Ô}-Ö -Ø=-ØÕ-ۅ-ŨŅ-Ū}-ßY-āI-á=-ãĸ-äû-įd-éû-ë_-ė-ė^-đW-ņD-ņâ-ōx-ķ`-ôQ-öS-øG-øõ-ú›-ûĒ.y.%.×.. v.). ..’.*.š.É.?.b.˜.>.V.8.‚.!S.".$.%Æ.&.'T.(E.)r.*<.*‡.,.,ë./(./˜.1.2C.2á.4;.5“.6….7‰.9*.:×.;}..?=.Bĸ.Di.FĢ.Gļ.Hq.J.J`.K).K.Lŧ.N[.Or.O˜.R-.S.SĪ.TŖ.V&.W.X&.Yy.\.]Š._._}._÷.aŸ.bß.cŲ.d .gJ.jļ.l¨.n .o`.p.tŽ.vf.vņ.zd.{.|ĸ.}Â.‚Ú.…“.…í.‰".Œ;.f.Ž .S.D.”Į.•î.–6.—Z.˜.šŸ.›.œ).žô. E.ĸŧ.Ŗm.Ļ..¨.¨ī.ĒÛ.­ö.Žo.ŽĐ.˛~.˛ŧ.´’.ĩ.ĩĒ.ˇ=.¸Á.ŧK.ÃI.Än.Æâ.Æī.ĮÁ.Č8.ɑ.Ę .Ë .˗.Ė×.Î}.Ī¨.Ņ´.Ô.ÕY.Ö8.׆.؉.Ų{.ŨG.ŪY.ߐ.āö.áú.ã.ã>.äÃ.æi.į-.į˜.č.é.íû.î .ōö.ķÁ.õ.öz.÷q.ųX.ûœ.ü.ū;.ūŖ.˙L/į/n/k/ü/€/ˇ// s/ 5/ Â/&/_/€/z/Ø//J/Ø// }/!'/!/#Ę/$Î/%/(„/)‹/)ø/*>/,˜/-3/.Ū//ļ/2i/3Ë/4ž/6+/6ū/9/:H/ė/@d/B /BÂ/G]/H/Iä/M~/NC/N’/P /R/RŊ/Sũ/TŪ/VË/Wš/Y/ZN/\'/]V/^ã/a/a~/bĖ/bŪ/cˆ/e§/hŦ/j>/jŗ/kĒ/mK/o/qė/s/sH/t-/uÂ/vQ/v€/wG/wę/xM/y†/yį/{@/{—/|Ë/}ģ/~ /j/R/ƒj/…§/†a/‡,/ˆ/ŠM/‹ĸ/ /`/”‹/”á/•X/—K/šˇ/œ#/ /Ģ/ĸJ/ĸķ/¤l/Ĩ˛/Ĩī/§ļ/Š}/Ēč/Ģd/Ģí/­˛/Ž“/¯B/ŗ+/ŗŽ/ļü/¸Í/šË/ēŧ/ŧ˙/ž/ŋ­/Á?/Áō/Âŧ/Õ/ÆÕ/ČZ/É°/Ė/͕/ÎS/Ī‘/Đ×/Øj/ÚŊ/Ûļ/ܞ/Ūđ/ā‹/áĖ/ãž/įŲ/é /ęQ/ë7/ėé/íÍ/ō/ōë/öT/÷ž/ų\/ųŋ/ü`/ũĐ/˙!0 Đ0 |000×00ŋ0˜0K0å0ë0~0æ0Ÿ00–0.0 ŋ0!į0"L0#r0%Š0&ė0(I0*60*Ģ0+f0+Á0,é0.w02+02Ė04Š05070:J0:w0>‡0?č0A%0Aķ0C™0El0EŪ0Fį0GB0H†0I70JÁ0M[0O@0PŠ0R|0V00VĐ0X0Z~0\Î0\á0^ 0`Ų0c‘0cË0eQ0g˛0hØ0j0oC0oö0sÂ0u0vW0wš0xŊ0{0|v00ƒÚ0…20†ö0‰;0‰h0‰Õ0Š0Œ70ŒÁ0ŽŠ0“0”>0•*0–ĩ0—ô0˜Ī0™’0šļ0›ŋ0ŸŦ0Ą0ĄĄ0ŖĶ0Ĩ(0ĻZ0§—0Š¨0ĢN0ŦŽ0ŽR0¯Â0ĩĻ0ļC0š 0ŧr0Ŋī0ŋŽ0Āˆ0Áj0Ã0Ãe0Ä#0ÄU0Įâ0ÉD0Ęô0Ė0Î0ĪÁ0Đ#0Ņ0Ō‹0Ôq0×_0ÚE0Ü0ā&0á#0â 0ãå0ä0å0åâ0įW0č!0čv0īB0đ‘0ōT0ōđ0ô0ö}0÷ú0ú0û0˙0˙N1[1ę1o1ž1 1@1d1 21 1 Ž1‚1;1Ī1ą1é1ŧ11x1Â1 y1"1#ú1%â1(Ž1){1+1+Ģ1/(1/Ë1011r13Á15N16618w1919—1:˛1?ī1AŨ1Bū1D31DĘ1F¯1I˛1J81LĄ1Nč1Oõ1QŖ1Sí1T‘1V'1VŽ1WŒ1YÜ1Zf1]æ1_$1_Ą1`¸1a1aô1dq1eÜ1f¸1g1g^1j1kĸ1m=1p+1qa1rō1sK1s¨1uĘ1v 1x91x1€r1B1Ę1‚û1„‰1…E1†x1‡ 1‡i1ˆ 1‰g1‹x1Š1Ž1‘ 1’J1’‚1•ē1˜O1˜Ü1šK1›Á1›ø121Ÿs1 š1Ą41ĸž1ŖÁ1¤)1¤æ1Ļ41§ˆ1¨á1Ģ×1Žˇ1¯Û1˛J1´ 1´T1ĩŌ1ļÉ1ˇs1š•1ēF1ŧ^1ŧĀ1ž)1ž¸1ŋŒ1Á>1Áô1Âj1ÆĻ1Į1Č[1Č÷1Ë<1Ė'1ÎÎ1Đw1Ņ‰1Ķy1ԅ1Ôđ1×%1ØÅ1ڇ1Ûb1ÜĢ1į°1č1éF1é}1ęE1ęæ1ëJ1īį1ķ 1õ{1öæ1øë1ųļ1úû1û<1üI1ū¨1˙:2ę26222æ2 ,2 Ü2.2z22#2.2Č2’2•2a22Ũ2d2¯2!y2#–2$Y2&2&Č2'ˇ2(02+v2.2.Z2/â20Ž23Ą25@27-28ä2:Ļ2;ŗ2<ĸ2=L2>¤2?)2A#2Aā2C2Eü2F¯2Hē2Kl2L÷2O’2QĮ2SŠ2TĀ2Tī2U{2WP2XO2Zl2]E2`x2ah2bp2bš2dŠ2ię2jø2kÚ2lô2nÍ2o 2oĶ2p2q2qK2u(2uŊ2wĢ2yJ2z2{2}I2~g2@2¯2€ų22Ũ2ƒÆ2…&2‡’2ø2’n2“e2”™2•\2˜ 2˜ō2™M2Ę2žŗ2Ÿt2ĸÜ2¤ 2¤M2¤2ĨŪ2Ļ?2§ú2Ŧƒ2­Ä2Ž 2°Z2ąÁ2ŗ2ļ\2¸j2ēä2ŧE2Ŋ2žm2Ā¸2Ád2Å82Æ2Įf2Įã2És2Ęe2ËØ2ĖÃ2Ī2ĐP2ŅÆ2Ö/2×;2×Å2Ø_2Ų:2Û¸2ŨD2ß\2ßÚ2á-2áđ2ãī2äÅ2įk2čj2čŲ2ę2ė2ī{2ņ2ōë2ô2õ2õŧ2øĢ2ų¨2ųę2ûu2ũA2ũü2˙ä3 3q3Q3$3 3+3 -3 s3 č3 Ģ3 ?33 3i3Ē3 353Ņ3]3Ē3×3 3 ū3$q3&R3&ā3'î3(t3*ō3+Æ3,R3-3-a3/ü31ą32Ø33h353637~3:ƒ3:Ā3;Z3=A3>œ3?†3@“3AČ3CŽ3DC3E¯3Fæ3G<3KE3Kæ3MH3MŖ3O3S|3S§3Uö3W%3W…3Y/3Z83[A3[˜3\ĸ3^@3`3f˜3fá3gQ3hn3hČ3jj3l¨3m\3o°3qY3rY3t3u…3v¤3yS3{#3|\3}Ŧ3"3Ũ3€ 3€đ3„Ī3ˆO3ˆØ3Š,3Šk3‹v3I3ô3J3‘ã3“3”Ö3–3˜ 3™H3š 3šū3œŠ3Ž3žą3žČ3 3ŖK3Ŗá3ĨL3Ļí3¨U3ŠŦ3Ģl3Ŧ 3ąN3´3ĩd3ˇ3¸ˇ3ē¸3ģ)3ŧ\3ŧÚ3žŗ3žķ3ĀV3ÁÂ3Ã3Å˙3Æ÷3Įõ3ČĮ3Ę#3ËG3Ė3Ė]3Ũ“3Ū3Ū”3߄3âL3ä:3äl3åm3į¤3éq3ëZ3ėE3ėx3í˛3ī33īœ3ōĄ3ķ!3ôh3õ3öL3öĮ3÷á3úą3üC3ūj4p44ž4O4Ú4ž4—4Ú4~4 A4 4 Ä4 64 B4 ‘4 +4>4Ÿ4,4r44/4Å4ģ44ä424#4ū4ģ4Ũ4|4 '4!>4"U4#4%[4&4'4'O4'ø4*i4+Ī4,ë4.”40­42˙45ô46Æ48k49¯4;Y4˜5?–5AŸ5C;5Cä5D=5E`5I‚5Jŋ5KÆ5Pž5R+5Sß5T;5Uc5Uú5W25Wŗ5Wû5X65\^5]}5^5a5b 5bÔ5c”5e5f5fĘ5gĢ5h#5h‰5iÛ5j5jš5kŪ5mÕ5n 5nU5o˜5q(5qž5rÂ5rî5tŋ5uŧ5yŧ5|5}H5~5~¸5€5›Ņ5œÍ5ž5Ÿû5Ą¯5ĸ|5¤x5¤Ŋ5Ļ‡5§5Šr5Ŧ5Ŧa5Ž5ŽK5ŽŊ5°’5ą>5˛˜5˛É5ŗļ5´_5ĩ`5ļI5ˇŽ5¸W5ē5ē/5Ā/5Āį5ÁŅ5Â5ÃÆ5Åˇ5ĘX5Ëv5Ëē5Đ"5ŅÍ5Ķ5ĶĐ5Õr5Ö05×$5Øŧ5Ú>5Û35ۚ5Ü(5ÜË5āY5áø5ãĢ5äe5åp5æQ5į_5čJ5ę5ë.5ėx5î”5ī–5ņ5ō~5ôa5õ5ös5öŅ5÷5÷[5øĀ5ûx5ū55ū5˙<5˙Î6G6‹6;6696Å66  6 =6 —6&6`6)6đ6…6…6+6d66@6Ô6 666 6å6!ō6"6#6$6$Ą6%%6%e6&n6(æ6)˛6*“6+6,}61Z6262Ā63ƒ6;6;W6@!6BŸ6BÚ6C6Cģ6D;6E,6J+6Jî6L*6M6MO6N6Oƒ6QŪ6R*6S16TÚ6Ul6V6VČ6X`6XĘ6[&6[S6]ã6^b6_Ũ6{“6|Ŗ6}N6~•6€Œ6@6Č6„’6†s6†ß6ˆ•6‹6‹Ü6Žy6ē6Ŗ6õ6‘h6’6’Š6•Ÿ6š6œ96=6á6Ÿ6 #6ĄÜ6Ŗy6Ŗū6ĨQ6Ļ56ĻŨ6¨b6Š­6Ēŧ6ĢŽ6­/6¯/6ą6ąā6ļ]6Ā~6Á16à6Äx6Å'6Æ06ŅĄ6ŌE6Ô 6Ôq6Õo6ֆ6×w6ŲU6ŲÎ6Ú{6ÛG6Ũr6āą6â_6âö6ãš6äą6ål6æŌ6čÄ6éd6ë6ëZ6ė~6î,6ī6īų6đ%6đĄ6đđ6ōØ6ķô6õF6÷6÷™6ų6ú 6û¨6ü6üŠ6ū6˙i6˙œ7m7 7Z7Á7 ˇ7 47 ũ7 7 €7@7É7z7&7s7Â7š7Ē7Ļ7$7:7ž7‡7"7#[7%ŧ7&Ū7*´7+Ģ7.ā7/$72š73š75A76Č77S77ī79C79Ō7:#7;#7<7=ö7C›7Dĩ7EĀ7GĀ7H{7Kį7Li7LÁ7N7Nˇ7OH7QË7VZ7Xc7Yc7Za7[{7]7^Û7`7`Ü7a7r 7r7tĖ7v7wĘ7yą7zž7~“7y7ˇ7Š…7‹y7H77W7‘[7’-7“7–§7˜!7™}7žq7Ÿļ7 õ7ĸˇ7Ŗ‡7¤J7Ļl7¨Ŧ7­:7­Õ7ŽĒ7¯ō7ŗ77´17´Ļ7¸A7¸đ7šU7ēV7ēŽ7ēú7ģá7ŊĪ7Ā¨7Â27Ä7Äā7Ś7Į7Čû7ÉÁ7Ęü7Ėu7Ėē7͔7Ī!7Īw7ĶĪ7Ôđ7Õį7× 7×87؏7Ü7ŪN7á„7â"7â–7ã-7äæ7æ-7įn7éD7éô7ę‹7ęÛ7ė7ė 7ėã7ī(7đ7ņ7ņÕ7ķ<7ķĻ7õt7ö87ös7ų7ų’7úR7û¤7ũw7ūX8ü8Ā8?8 18 ö8 Ĩ8 ö8 [8Ė8á8°88Ē8@8Ã8z88P8Ä8!8!Î8"õ8$8&‰8&ī8',8(L8(ˇ8*u8*Î8+¸8-—8/8/ž80]81Ú82ˇ83Û85 86ģ8:‹8<$8=8>N8?o8@W8Aą8D>8DŖ8GS8H8O8PK8PŒ8R~8S—8V8Vg8Vį8XV8Xä8Ye8Yē8\(8]"8_[8`8`I8ap8bg8e¯8fp8gA8i-8iã8j(8j~8nø8pž8q38s8sî8u^8vy8w€8y’8z^8{ 8D8ƒ'8„ŧ8…ģ8Ąq8Ąč8Ŗ)8Ŗņ8Ĩ 8Ļ\8§å8Š+8Š–8Ē8Ēö8Ŧ8Ž}8°8°~8ŗˆ8´#8´Š8ĩj8ļ`8ļÜ8ˇ98¸Ŗ8š8ģ¯8ŧŽ8ŧō8Î(8ĐI8Đ]8Ōg8ÔÃ8Ö8Öŋ8Ø8Ųė8Ú˙8Ũ8ŨÅ8ß>8â$8ã™8äĻ8åÅ8į8é8ë•8ėh8ėž8íĮ8đ8ōs8ôB8ôÖ8õ–8ö8÷e8˙:9F9k9Ą9Å9ô9á919S9‚99F9!9#9ä9#9$9%K9'>9'›9(´9)G9+Ō9.ŗ9/š91ģ9293 94=96Ŧ97‡99Q9;U9?ú9@É9AŲ9F“9G‚9H9I­9L9Lå9M˙9N¸9O`9Oø9Q 9Q?9UŒ9X°9Z9[Z9[ų9]v9aK9dÚ9f9gS9g9h­9j¯9l9mo9oø9q9rÛ9tp9tß9wf9y-9yĩ9{ŗ9|Ž9}ü9€ˇ9‚-9ƒG9„*9„Ų9‡9ˆN9‰W9‹9‹é9Ē9A9N9‘Š9’q9“ĩ9”į9•Ą9œl9œÚ9€9žņ9ŸČ9 9Ŗ9Ĩ 9ĻA9¨á9ŠŠ9ŦA9¯89°Á9°ë9˛S9ŗž9ĩ 9ĩÛ9ˇ9š9š‡9ē]9ŊB9žo9ŋŖ9Āĸ9ÁD9Ãã9Äæ9Įk9ČÜ9ʧ9Ë9ËÔ9Ė 9Í*9Īw9ĪŽ9Ņ?9Ōá9Ôũ9×9ŲŠ9Ûe9Ü­9Ũ$9Ũš9Ū‹9ߎ9á 9áM9á÷9ã 9ãĐ9äú9å29į_9éĮ9ęZ9ęĶ9îÖ9đp9ņ›9ōH9ōâ9ķí9ö69÷&9÷ž9øŲ9úĪ9ü:‚:á:¯:9:o:”: :Í:Š: ¨: ę: ': č:ę:4:Č:f::w: ::–::Z:Ü:s:Đ:u:2:c:s: a: Ä:#k:$ģ:&Ļ:)ļ:*=:,›:-:.˛:/w:0B:0ķ:5ę:6d:>™:>ī:B%:C_:Cđ:Du:G:Hq:Hū:JK:O?:OŸ:U:Us:VŒ:Wā:Y:YŌ:[o:_:`Č:aÚ:c :d›:e:fM:gĢ:i1:kÃ:kû:l?:l:m\:mĶ:nÛ:o:r#:r~:t>:u0:uÖ:vĀ:w‚:xA:y':{2:}Û:„e:„Ė:…:†ø:˜*:œÛ:e:žK:Ÿ:ŸÛ: ×:Ą„:ĸ5:ĸZ:¤ŧ:Š“:Ē8:Ģe:Ŧ:Ŧ|:Ž°:°7:ąl:ąĐ:´Č:ĩü:ˇq:ˇŠ:¸•:ē:ģ:ŧ1:ŧĀ:Ŋ€:ŊĮ:ž:ŋT:Á:ÂÂ:į:Į„:ČB:É):Ɂ:˞:Ëã:Î:Α:Ō:ŌÆ:ÔÁ:×{:Øą:Ų°:Ú=:Ü:Ü*:Ü^:܌:Ū‘:ß:ā.:ā‰:á’:â):ãŽ:äm:äđ:éį:ę‘:í‘:î`:đĻ:ōŒ:ķš:ô :ôd:õ:õé;Ÿ;;ē;˙;ģ;3;L;;;˜;a;ë;ž;!F;";+;- ;0W;2‘;3J;Cå;Dn;F;G@;Hâ;IR;M8;Q};S˙;T4;V¸;W‚;X÷;Y¤;Z­;[8;\;]Ú;^š;_×;a;dĄ;eŗ;fÔ;kE;n˜;po;rp;sŗ;sÉ;vÁ;wÁ;y‘;yé;{>;|\;|Ķ;~Š; ;Û;€¤;€Ō;;Ž;‚u;„>;…f;‡f;‡ŧ;ˆī;‹a;‹ą;Œ‰;w;‘;‘;“;–_;––;˜;˜ĩ;˜ü;š–;œ5;œÃ;ž;Ŗ-;Ŗē;Ĩ¤;§;¨ō;ŠD;Ē ;Ēü;Ģu;Ŧ';ŦT;­Ķ;°š;ą;;´:;ĩB;ļ‚;ˇ;ˇ>;ˇÖ;¸Ũ;ē;ģ;ŧ];Ŋ;žp;ŋƒ;ŋ™;Á&;Áx;ÁÉ;Œ;Ä2;ě;Å;ČV;Ę;ĘŽ;Ėl;ÍŖ;ĪĄ;Ņ‚;Ō@;ÔS;×M;ØĐ;ÚD;Ü;Ũ$;ŪŊ;ß ;āĸ;á2;âĶ;ãĢ;å‡;öŸ;÷c;÷×;ų˛;úĒ;üÆ;ũû;˙F;˙Ú<ô<0<˛< <<<¸< < Đ< <<u<ŋ<Î<ą<C<ß<K<Ė<„<ĩ< œ<&‡<'{<(é<)t<)°<+<+Ē<,š<.<1s<2k<3E<4B<5=<7<8<9l<;V<=t<>gIXcn}Š—ĸ¯ŧÉØåđ˙ (3>KZgt›ĒĩÄŅāīú!0?NYfu„“ĸ¯ŧËÖáîũ &3@OZetŒ™ĻąžÍØįö(7BM\kvƒ’ĄŦˇÄŅŪéö!0?N[hw†‘ ĢēÉØåô˙ &5DQ^mz‰–Ĩ´ÃŌáđũ  +6AP_lw‚‘ ­¸ÅŌáėû  " 1 > I T a p  Œ — Ļ ą ž Í Ø å đ ų   & 5 B Q ^ i x ‡ ” Ÿ Ŧ ģ Æ Õ â ņ ū  ' 2 = H S b q €  ž Š ´ à Ō ß ę ų   $ 3 @ M Z e p } Œ › Ē ĩ Ä Ņ ā ī ü  ' 6 E R ] h u €  œ § ˛ ŋ Ę × â ņ '4AP_n{ˆ—¤ąĀĪŪíü!,;HWds‚‘ž­¸ÃĐßęų-:IXgvƒ’ĄŦšÄĶāíú #.=LYfs€‹–Ą°ŊČĶâņ %0;FS^kx‡”ĄŦģÆĶāīú %2=JYds€œ§´ÁĐÛč÷$3BO^mx…’ŸŽģĘŲæķ +:IXcpŠ—ĻąĀĪŪëú '6AP_l{ˆ—ĸąĀĪŪéô*7FSbmz…’ĄŽšČÕâīú*9DQ`mz‡’ĄŦšÆÕâíü '4AP[hu‚‘œ§˛ŊĖÛč÷"-<GTcn}Š•ĸąĀĪÜëú !0?NYfq~šŠļÅĐßîû $3BO^ix…”Ŗ˛ÁÎŨėų$3@O^kx…”Ą°ŋĖÛæõ '2ANYhw†“ĸąĀÍÚéö!0;HUds€žŠ¸ĮÔãō˙  " / < I V e t  Ž  Ē ˇ  Ņ ā í ü !!'!2!?!L!Y!h!u!‚!!ž!Ģ!¸!Å!Ō!á!î!ũ!""&"1"@"O"Z"g"t"ƒ"’"Ÿ"Ž"Ŋ"Č"×"â"ī"ü" ####0#=#J#Y#h#w#†#•#ĸ#¯#ž#É#Ö#á#đ#˙# $$&$3$B$Q$`$m$z$‰$˜$§$˛$Á$Ė$Û$č$õ$%%"%-%<%I%V%e%t%ƒ%’%%¨%ŗ%ž%É%Ø%å%ô%& &&(&3&B&M&X&e&t&ƒ&&Ÿ&Ŧ&ģ&Č&×&ä&ķ&'''''4'A'P'_'n'}'Œ'™'Ļ'ŗ'ž'É'Ø'į'ô'(((.(=(L(Y(h(u(€((š(Š(¸(Į(Ö(å(ō(ũ( ))&)5)D)Q)\)i)x)…)”)Ÿ)Ŧ)ˇ)Ä)Ķ)â)í)ü) **#*.*9*H*U*d*s*€*‹*š*Š*´*Á*Î*Ũ*ę*ų*++&+3+B+Q+`+o+z+‡+–+Ĩ+´+Ã+Ō+á+î+ũ+ ,,(,7,F,S,^,m,x,…,”,Ą,Ž,š,Č,×,â,ņ,- --)-8-G-T-c-p-{-ˆ-•- -­-ŧ-É-Ö-á-đ-˙- ..(.3.@.M.X.g.v.ƒ...¨.ˇ.Ä.Ī.Ú.é.ô.˙.//,/7/D/Q/\/i/v//Ž//¨/ˇ/Æ/Õ/â/ņ/ü/ 00#020?0J0U0d0s0‚00š0Ĩ0°0ģ0Č0×0æ0ņ0111)141C1P1_1l1{1ˆ1—1Ļ1ĩ1Ā1Í1Ú1å1ô1222,292D2O2\2g2t2222Ē2ˇ2Æ2Õ2â2ņ2ü2 33#303;3H3W3d3s3€33œ3Ģ3ļ3Á3Đ3Û3č3÷344 4/4<4K4Z4i4t44Œ4›4¨4ŗ4ž4Í4Ø4į4ō4555(555B5Q5\5k5z5…5”5Ŗ5˛5Ŋ5Ę5Ų5č5÷5666+686E6T6_6n6y6ˆ6•6 6¯6ž6Ë6Ø6į6ō6ũ6 77*797F7S7`7k7x7…7”7Ÿ7Ē7ĩ7Ā7Ī7Ū7í7ú788!808?8N8]8h8w8†8‘8ž8Ģ8ē8É8Ö8å8ô8˙8 99"9/9<9K9X9c9n9}9ˆ9—9¤9ą9ž9Ë9Ú9å9ō9ũ9 ::(:5:D:S:`:m:z:‰:”:Ą:Ž:ģ:Č:×:æ:õ:;;";/;>;M;\;g;r;;Š;™;Ļ;ŗ;ž;Ë;Ú;é;ø;<<!<0<?<L<Y<h<w<†<•< <­<ē<Å<Đ<Û<ę<õ<== =/=<=K=Z=i=v=…=’=Ą=°=ŋ=Ė=Ų=č=÷=>>">->8>G>V>e>t>>Ž>>Ē>ĩ>Ä>Ī>Ū>í>ø>??%?0???L?Y?d?s?‚??œ?Š?ļ?Ã?Ō?á?î?ų?@@&@3@B@Q@`@o@~@‰@–@Ĩ@´@ŋ@Ė@Ų@č@õ@AAA-A8AGAVAcApA}AŒA—AĻAŗAžAÍAÚAįAôABBB(B5BBBQB\BgBtBBŽB™B¨BŗBÂBÍBÜBéBøBCCC(C5CDCSC^CmC|C‹C–CĨC´CÃCŌCáCîCûC DD(D3DBDQD`DoD|D‰D˜D§D´DÃDŌDáDîDũD EE(E3E>EKEXEcErEEEEĒEšEÆEĶEâEíEøEFFF&F5FBFQF`FoF|F‹F˜FĨF´FŋFÎFÛFęF÷FGG G/G>GMGZGeGrGGŽGGĒGĩGÄGĪGŪGëGúGHHH,H;HFHSH`HoH|H‹H–HŖHŽHŊHČH×HäHķHIII)I8IGIVIeIpIIŠI—IĻIŗIÂIŅIŪIíIúI JJ%J4JAJPJ_JjJwJ†J•J¤JŗJžJËJÚJéJöJK KK&K5KBKQK^KmK|K‹K˜K§KļKÃKÎKÛKčKõKL LL'L6LELRLaLnL}LŒL™L¤LŗLÂLŅLāLīLūL MM!M,M;MJMYMfMqM€MMžMŠM´MŋMÎMŲMčMõMNNN-NtMtZtitxt‡t’tĄtŽtštČt×tætķtuuu-u8uGuTucupu}uŒu›uĒušuÆuĶuŪuëuúuvvv,v7vFvUvbvov|v‹všvŠv¸vĮvŌvŨvęvųvww$w1w@wOw^wmwzw…w”wŖw˛wŋwĘw×wâwīwūw xx%x0x?xNx[xhxsx‚xxœx§xļxÅxĐxÛxęxųxyy"y-y:yGyVyaypy}yˆy“y yĢy¸yÅyĐyÛyæyķyzzz-z…I…X…g…v………”…Ŗ…Ž…ģ…Æ…Ņ…ā…í…ü…††%†4†C†R†_†j†y†††“†ž†Š†ļ†Å†Đ†Ũ†ė†÷†‡‡‡+‡:‡E‡P‡]‡l‡w‡†‡•‡ĸ‡ą‡ž‡Í‡Ü‡ë‡ú‡ˆˆˆ,ˆ7ˆFˆSˆ`ˆmˆ|ˆ‰ˆ˜ˆĨˆ´ˆŋˆĖˆÛˆčˆķˆ‰‰ ‰/‰<‰K‰Z‰g‰v‰‰‰Ÿ‰Ž‰Ŋ‰Ė‰×‰ä‰ķ‰ŠŠŠ+Š:ŠIŠTŠaŠpŠ}ŠŒŠ›Š¨ŠŗŠÂŠĪŠÜŠëŠúŠ‹‹#‹0‹?‹L‹W‹b‹q‹€‹‹ž‹­‹¸‹Į‹Ö‹á‹ė‹ų‹ŒŒ Œ-Œ8ŒEŒTŒcŒnŒ}ŒŒŒ—ŒĻŒŗŒžŒÍŒÜŒëŒöŒ,9DSbm|‹šŠ´ŋÎŨėû ŽŽ&Ž3Ž>ŽKŽXŽgŽvŽ…ŽŽ›Ž¨ŽˇŽÂŽŅŽÜŽéŽøŽ&5BO\ix…ŸŽŊČ×äņü %0;JWfs‚‘ ¯ŧËÚéô˙‘‘&‘5‘@‘O‘Z‘i‘t‘ƒ‘’‘Ą‘Ž‘š‘Ä‘Ķ‘Ū‘ë‘ö‘’’!’0’?’L’[’h’w’„’“’ĸ’ą’Ā’Í’Ü’ë’ú’ ““%“4“A“L“[“f“u“‚““œ“Š“¸“Į“Ō“ß“ę“õ“”””)”8”G”T”c”r””Š”•”ĸ”ą”ž”͔ܔë”ú” ••'•4•?•N•]•j•u•„•“•ž•­•ŧ•Į•Ō•ß•ė•û• ––$–1–@–O–^–k–v–…–”–Ŗ–°–Ŋ–Č–Õ–ä–ī–ū– ——'—4—?—J—Y—h—u—‚——ž—Š—¸—Ã—Đ—Ũ—ė—û—˜˜"˜-˜<˜G˜V˜c˜r˜˜Ž˜˜Ŧ˜š˜Ä˜Ķ˜â˜í˜ü˜ ™™%™0™;™J™W™b™o™|™‰™”™Ŗ™˛™Á™Ė™Û™ę™ų™šš š/š>šMšZšišxšƒš’šŸšŽšššČš×šäšīšūš ››#›.›;›J›Y›d›s›€›‹›–›Ą›°›Ŋ›Ė›Û›ę›õ›œœ œ/œ>œMœ\œkœzœ‰œ–œŖœ°œģœĘœŲœäœķœ-:GVan}ˆ—ĸ­ēĮŌßîũ žž&ž5ž@žKžVžežržžžŸžŽžšžČžÕžäžīžūž ŸŸ'Ÿ2ŸAŸPŸ[ŸhŸuŸ„Ÿ“ŸžŸŠŸ¸ŸÅŸĐŸßŸîŸųŸ  $ 3 > I X g v  Ž ™ ¨ ĩ Ā Ī Ü ë ú  ĄĄ%Ą0Ą?ĄLĄ[ĄhĄwĄ‚ĄĄšĄ§Ą´ĄŋĄÎĄŨĄėĄûĄĸĸ ĸ/ĸ:ĸIĸVĸeĸrĸĸŠĸ•ĸĸĸąĸĀĸÍĸÜĸéĸöĸŖŖŖ*Ŗ5ŖDŖSŖ^ŖmŖ|Ŗ‡Ŗ’ŖĄŖŽŖŊŖČŖ×ŖæŖņŖüŖ¤¤¤.¤9¤D¤Q¤`¤o¤~¤‹¤š¤Š¤¸¤Į¤Ō¤á¤đ¤˙¤ĨĨ&Ĩ3ĨBĨOĨ\ĨkĨvĨ…Ĩ”ĨŖĨ˛ĨÁĨĖĨÛĨčĨ÷ĨĻ ĻĻ+Ļ6ĻCĻPĻ_ĻnĻ}ĻŠĻ™ĻĻĻąĻĀĻÍĻØĻãĻđĻũĻ §§(§5§D§Q§`§o§z§‡§’§Ÿ§Ē§ˇ§Ä§Ņ§ā§ī§ú§¨¨¨+¨6¨C¨R¨a¨p¨}¨Œ¨›¨Ē¨š¨Č¨Õ¨ā¨ī¨ū¨ ŠŠŠ.Š=ŠHŠWŠfŠqŠ|Š‹ŠšŠŠŠ¸ŠÅŠĐŠÛŠęŠųŠĒĒ Ē+Ē6ĒEĒRĒaĒnĒyĒˆĒ“ĒĸĒ­Ē¸ĒÃĒŌĒáĒėĒûĒ ĢĢ$Ģ3ĢBĢQĢ`ĢkĢxĢ‡Ģ–ĢĨĢ°ĢŋĢĖĢŲĢæĢķĢūĢ ŦŦ%Ŧ2ŦAŦLŦYŦdŦsŦ‚ŦŦ˜ŦĨŦ´ŦÁŦÎŦÛŦæŦķŦ­ ­­'­6­E­T­_­n­{­†­‘­ž­Ģ­ē­Į­Ö­å­ô­ŽŽŽ,Ž9ŽHŽWŽbŽqŽ€ŽŽšŽŠŽ¸ŽÅŽŌŽßŽęŽųŽ¯¯¯-¯:¯I¯T¯a¯p¯{¯Š¯•¯¤¯¯¯ē¯É¯Ô¯ß¯ė¯ų¯°°"°/°>°I°X°e°r°°°Ÿ°Ž°ģ°Č°Õ°â°ī°ū° ąą%ą2ąAąLą[ąfąsą‚ąąžąĢąēąĮąÖąåąôą˛ ˛˛$˛3˛@˛K˛Z˛i˛t˛ƒ˛’˛Ą˛Ŧ˛ģ˛Ę˛Õ˛ä˛ī˛ü˛ ŗŗ#ŗ0ŗ?ŗJŗWŗdŗsŗ~ŗ‹ŗšŗĨŗ´ŗÁŗÎŗŨŗėŗûŗ ´´"´1´@´O´\´k´x´ƒ´´›´Ē´ĩ´Â´Ī´Ū´ë´ø´ĩĩ%ĩ2ĩAĩPĩ_ĩjĩyĩ„ĩ‘ĩœĩĢĩēĩÉĩØĩįĩöĩļļļ.ļ9ļDļSļbļoļzļ…ļ’ļļŦļģļĘļŲļäļķļūļ ˇˇ%ˇ4ˇCˇRˇ_ˇnˇ}ˇŠˇ™ˇ¨ˇŗˇĀˇĪˇÜˇéˇøˇ¸¸¸,¸;¸J¸W¸f¸s¸~¸‰¸˜¸§¸ļ¸Á¸Î¸Ũ¸č¸ķ¸ū¸ šš'š4šAšPš_šnš}šˆš—šĻšĩšĀšĪšŪšéšøšēē!ē.ē9ēHēSēbēqē€ēēšēŠē¸ēĮēÖēãēđē˙ēģģ*ģ7ģDģKģZģeģrģģģ›ģĒģšģČģĶģāģīģūģ ŧŧ)ŧ6ŧCŧNŧ]ŧlŧ{ŧŠŧ™ŧĻŧĩŧÄŧĶŧŪŧéŧøŧŊŊŊ*Ŋ7ŊFŊSŊ^ŊmŊ|Ŋ‰Ŋ˜ŊĨŊ˛ŊŋŊĘŊ×ŊæŊķŊžžž+ž:žGžVžežtžƒž’žĄž°žŋžÎžŨžęžųžŋŋ ŋ-ŋ:ŋIŋVŋcŋrŋŋŋŋŦŋģŋČŋ×ŋæŋķŋĀ ĀĀ%Ā4ĀAĀPĀ]ĀjĀuĀ‚ĀĀ˜Ā§ĀļĀÅĀÔĀãĀōĀÁ ÁÁ"Á-Á<ÁKÁVÁaÁlÁyÁˆÁ•ÁĸÁąÁĀÁĪÁÜÁįÁöÁÂÂÂ*Â9ÂHÂSÂ`ÂmÂ|‰”¡®ÂŊÂČÂ×ÂâÂîÂũ ÃÃ$Ã3Ã@ÃKÃZÃeÃtÃÌÙÃĻÃąÃŧÃÉÃÖÃåÃđÃ˙à ÄÄ$Ä3Ä>ÄKÄZÄiÄtÄĎěÄĒÄšÄČÄ×ÄæÄņÄÅÅÅ)Å6ÅEÅRÅaÅpÅ}ňŗÅĸÅąÅĀÅÍÅÚÅįÅôÅ˙ÅÆÆ*Æ9ÆHÆUÆ`ÆmÆ|Æ‡Æ”ÆĄÆŦÆģÆĘÆ×ÆæÆķÆĮ ĮĮ+Į:ĮIĮXĮgĮrĮĮŽĮ›ĮĻĮąĮĀĮËĮÚĮåĮōĮČČČ&Č1Č>ČMČXČgČtȁȐțȨȷČÄČĶČŪČíČúČÉÉÉ*É5ÉBÉOÉ\ÉkÉzɅɒɟÉŦÉģÉČÉ×ÉæÉķÉĘĘĘ)Ę6ĘEĘRĘaĘnĘ}ʌʛĘĻĘŗĘÂĘĪĘÜĘëĘøĘËË!Ë0Ë=ËJËYËfËu˄ˏ˚ËĨ˲ËŋËÎËŲËäËīËūË ĖĖ+Ė:ĖGĖRĖ_ĖjĖwĖ†Ė•Ė Ė¯ĖžĖÍĖÜĖįĖöĖÍÍÍ*Í9ÍFÍUÍ`ÍkÍv̓͒͡ÍŦÍģÍČÍ×ÍäÍņÍÎ ÎÎ)Î6ÎCÎRÎ_ÎjÎu΄ΏΜΩÎļÎÁÎÎÎŲÎæÎõÎĪĪĪ)Ī6ĪAĪPĪ_ĪlĪwĪ„Ī‘Ī Ī­ĪŧĪĮĪÔĪãĪđĪ˙Ī ĐĐ"Đ1Đ@ĐOĐZĐiĐxЇВСаĐŊĐĖĐŲĐčĐ÷ĐŅŅ$Ņ3Ņ>ŅMŅ\ŅkŅxŅƒŅ’ŅĄŅ°ŅģŅĘŅÕŅäŅķŅŌŌŌ+Ō:ŌEŌTŌcŌrŌ}ŌŒŌ™Ō¨ŌĩŌÂŌĪŌŪŌíŌüŌĶĶ#Ķ2ĶAĶLĶ[ĶfĶsĶ€ĶĶšĶŠĶ¸ĶĮĶÖĶåĶđĶûĶÔÔ"Ô1Ô@ÔOÔ^ÔmÔ|ԋԖÔĨÔ°ÔŋÔÎÔŲÔæÔņÔüÔ ÕÕ'Õ4ÕAÕNÕ]ÕlÕwՄՓՠխÕēÕÉÕÖÕåÕôÕÖÖÖ*Ö5ÖBÖMÖZÖgÖvց֎֛ÖĻÖąÖŧÖËÖÖÖãÖōÖ×××&×5×@×O×^×i×t׃גס׮×Ŋ×Ę×Ų×ä×ķ×ØØØ)Ø6ØCØPØ_ØnØ}؈ؗØĸØąØžØÍØÚØįØöØŲŲŲ&Ų5ŲDŲOŲ^ŲkŲxŲƒŲŽŲŲŦŲģŲČŲ×ŲâŲņŲÚÚÚ+Ú:ÚIÚVÚeÚpÚ}ڌڛڨڷÚÂÚŅÚÜÚįÚöÚÛÛÛ(Û3Û>ÛKÛZÛeÛrÛێ۝ÛĒÛˇÛÆÛÕÛâÛņÛüÛÜÜÜ,Ü;ÜJÜYÜdÜqÜ|܉ܖܡÜŦÜģÜĘÜŲÜäÜņÜūÜ ŨŨ'Ũ6ŨEŨTŨaŨpŨ}ŨŠŨ™Ũ¨ŨˇŨÄŨŅŨāŨíŨúŨ ŪŪ'Ū2ŪAŪLŪYŪhŪuŪ„Ū‘ŪœŪĢŪ¸ŪÅŪĐŪßŪîŪųŪßß"ß/ß:ßIßVßcßr߁ߌߙߤ߱߾ßÍßÚßéßôßāā!ā0ā=āHāSā`āmāzā‡ā–āĨā˛āŋāÎāŨāėā÷āáá"á1á<áIáVáeápá}áŠá—á¤áąážáÉáÖáááėá÷áâ ââ%â4âCâNâ[âjâyâ„â‘âžâĢâļâÅâÔâßâîâũâ ãã(ã7ãDãSãbãqã~ãã˜ã§ãļãÁãĐãÛãæãõãää ä+ä8äEäTäaänä{äŠä™ä¨äˇäÂäŅäāäëäøäååå.å;åJåYåhåwå†å•å¤åŗåžåËåÖåååōåũå ææ&æ5æDæQæ\ækæzæ…æ”æĄæŦæˇæÂæÍæØæãæîæũæ įį*į9įDįOį^įmį|į‹įšįŠį¸įÅįÔįáįîįûįčč č/č<čIčVčečtčƒč’čĄčŽčščÆčÕčäčņčūč éé'é2é?éLé[éhéwé†é“éĸéąéĀéÍéÜéįéōéũé ęę&ę3ęBęQę^ęiętęęęŸęĒęšęČęÕęäęīęūę ëë'ë4ëAëNëYëhësë€ëëœëŠëļëÅëÔëãëîëũë ėė ė-ė8ėGėTėcėrėėė›ėĒėĩėÂėĪėŪėëėøėíí#í2íAíPí]ílí{íŠí™í¨íˇíÄíŅíÜíéíøíîîî,î;îJîWîfîuî„îîšî§î´îŋîĖîÛîčîķîī īī!ī.ī=īJīWībīqī|ī‰ī–īĄīŦīšīČīÕīâīíīúī đđ#đ2đAđNđ]đjđyđˆđ“đĸđ¯đŧđĮđÖđåđđđûđ ņņ(ņ3ņ@ņMņ\ņiņvņ…ņ”ņŸņŦņˇņÄņĶņāņëņöņōōō(ō5ōDōQō\ōgōvōƒō’ōŸōŽōģōČō×ōäōņōūō ķķ'ķ6ķEķPķ_ķlķ{ķŠķ—ķĻķŗķžķËķÚķįķöķôô!ô,ô;ôJôYôfôsô€ôôšôŠô¸ôÅôÔôãôđô˙ôõõ(õ3õ@õMõXõeõtõõŒõ›õĻõĩõÂõŅõāõīõüõ öö)ö6öCöNö[öhöwö„ö“öžö­öēöĮöÖöåöôö˙ö÷÷(÷3÷@÷O÷\÷i÷x÷…÷”÷Ą÷Ŧ÷ģ÷Č÷×÷æ÷õ÷øøø)ø6øEøRø]øjøuø€øøžøĢø¸øÅøŌøáøđø˙ø ųų(ų3ų>ųMųXųgųrųųŒų™ų¤ųąųĀųĪųÜųéųøųúú!ú0ú=úLúWúdúsú~ú‰ú˜ú§ú´úÃúŌúáúđúũúûû"û/û>ûIûTûcûpûûŽûû¨ûŗûÂûÍûÚûéûøûüü!ü,ü;üJüYühüwü†ü“ü ü­üŧüËüÚüåüđüũü ũũ*ũ7ũBũOũ^ũiũxũ…ũ”ũŸũĒũĩũÄũŅũÜũëũøũūūū,ū7ūFūUūdūsū‚ū‘ūžū­ūēūÉūÖūáūėū÷ū˙˙"˙1˙<˙K˙V˙e˙t˙ƒ˙˙Ÿ˙Ŧ˙ˇ˙Æ˙Ķ˙â˙í˙ø˙.9FS^mz‰˜ŖŽŊČÕäīū #.;JWds‚š§˛ÁĐßėû"1@KZiv…’ŸŽŊĖÛčõ)8GTcpŠ™¨ˇÆÕāíü !,;JWds~˜§ļÅÔßėû $3@OZgrŽ›ĻĩÂÍÜëú#2?N]jw†‘žŠļÅÔáđû&5BQ`m|‰˜§ļÁĖÛęų$/>M\gv…›ĒšČĶāīü  ! 0 ? J Y d o ~  œ Ģ ļ à Đ Û æ õ    ) 6 E P _ l y ˆ • ¤ ą Ā Ī Ü ë ú   % 2 = L Y h u „ “   ¯ ē Å Ô á đ û   ( 5 D O ^ i x … ’ Ÿ Ž Ŋ Ė Ų æ ķ    ) 4 C N Y h w † “ ĸ ą ž É Ø į ö $1>M\kv›ĒšÆÕäņü %4CR_n}Œ›ĻąĀÍØįô(3@O\grŽ™¨ŗÂŅÜįö.;JYfs€œ§ļÅÔáėų -8EP[hw†• ¯žÍÜįô˙,;HUbo~˜Ĩ˛ŊĘ×äķū )6CP[jyˆ•¤¯žÍØåô,7FSbq€œŠ¸ĮÔãō˙*9FU`kvŒ—ĻŗÂŅÜëú!,9HWdo~˜§´ÁĐŨėû &5@KZgr}Š™¤ŗĀËØåđũ (3>M\kvƒ’ŦģĘÕâíü.9HWfs‚ž­¸ÅŌŨęõ)6ETalw†• ­ŧĮÔãō˙&5@M\kx‡’ŸŽŊĘŲčõ+6ETcpŠ• ¯žÉØãō*9FQ^kvŽ¨ŗĀĪÜëú %0=HWfq|‹šŠ¸ĮÔãđû  " / > M X c p  Œ ™ ¤ ¯ ŧ É Ö å đ ˙  !!(!5!B!O!\!i!v!ƒ!Ž!›!¨!ĩ!Ā!Ī!Ü!ë!ú! """*"7"F"S"`"k"x"‡"”"Ŗ"°"Ŋ"Ė"×"æ"ķ"###+#8#E#T#c#n#}#ˆ#“# #­#¸#Ã#Î#Û#ę#õ#$$ $+$:$G$T$_$n${$Š$™$¨$ˇ$Æ$Õ$â$ī$ū$ %%)%8%G%R%a%n%}%Œ%™%¤%ą%Ā%Ī%Ū%ë%ú% &&%&0&?&N&]&j&w&„&“& &­&ŧ&Ë&Ö&å&ō&ũ& ''&'3'B'Q'^'m'z'‰'–'Ĩ'°'ŋ'Î'Ų'č'õ'(((+(6(E(T(c(p(}(Œ(›(Ļ(ą(ž(Ë(Ø(ã(î(û( )) )/):)I)V)c)r))Ž))Ŧ)š)Č)Ķ)ā)í)ü) **%*0*?*N*]*l*w*‚**ž*­*ŧ*Į*Ô*ã*ō*+++$+1+@+O+Z+i+x+‡+–+Ŗ+°+Ŋ+Ę+Ų+ä+ņ+,,,),8,G,V,c,r,,,,Ŧ,ģ,Ę,Õ,ā,ī,ū, --'-6-E-P-_-l-{-ˆ-“-ž-­-ŧ-Ë-Ú-į-ô-˙-..,.7.D.Q.`.m.z.‰.˜.§.ļ.Å.Ō.Ũ.ė.ų.///-/2I2T2_2n2}2Œ2›2Ē2ĩ2Ä2Ī2Ū2é2ö2333,3;3F3Q3`3o3~33˜3Ĩ3°3ŋ3Î3Ũ3č3õ344 4+464E4T4c4r44Œ4›4Ļ4ĩ4Ä4Ķ4Ū4í4ü455%525A5L5[5j5w5„55š5Š5´5Á5Î5Û5ę5÷566$636B6O6\6i6x6ƒ66Ÿ6Ŧ6š6Æ6Ķ6â6ī6ū6 77'747?7L7Y7h7s7€77œ7Ģ7ļ7Á7Î7Ũ7č7ķ7888+888G8V8e8p8{8Š8™8¨8ˇ8Ä8Ņ8ā8ë8ö8999*979F9S9b9o9z9‰9–9Ŗ9˛9ŋ9Ę9Ų9ä9ņ9:::+:8:E:P:[:h:u:€::š:§:´:Ã:Ō:Ũ:ė:û:;;$;3;B;O;\;i;v;ƒ;;Ÿ;Ž;Ŋ;Ę;Ų;æ;ņ;<<<)<8<G<V<c<n<}<Š<™<Ļ<ĩ<Â<Ī<Ū<é<ö<==#=2=?=J=Y=h=s=‚=‘=ž=Š=´=Á=Đ=Ũ=ė=ų=>>">1>@>M>\>i>t>ƒ>’>>¨>ŗ>Â>Ņ>Ü>ë>ú> ??'?6?E?R?a?l?{?Š?•?¤?¯?ŧ?Į?Ō?á?î?ų?@@"@1@@@O@^@i@x@…@”@Ÿ@Ž@ģ@Ę@×@æ@ņ@ū@ AA)A4A?ALAYAhAwA†A•A¤AŗAÂAÍAØAåAōABBB*B9BFBUBbBmBxBƒB’BĄBŽBŊBĘBŲBčB÷BCCC+C6CECTC_ClC{CŠC™C¨CŗCžCËCÚCéCøCDD!D.D9DHDUD`DkDxD‡D’DDĒDĩDÄDĶDâDņDüD EE'E6EEETE_EjEyE†E‘EžEĢEēEÉEÖEåEđE˙E FF(F5FBFOFZFeFrFFŽFFĒFšFČF×FæFķFūF GG!G0G=GLGWGdGsG‚G‘G G­GŧGÉGØGįGôGHHH.H;HHHUHbHqH€HHšHĨH˛HŋHÎHŨHėHûH II&I3I@IKIXIgIvIIŽI›I¨IˇIÂIÍIÜIįIôIJJJ,J;JJJYJdJoJ~JJœJŠJ´JÁJĐJŨJėJûJ KK$K1K‰K‰Z‰i‰t‰ƒ‰’‰Ą‰°‰ģ‰ƉĶ‰â‰ņ‰ü‰ ŠŠ'Š4ŠCŠRŠ_ŠlŠ{ŠˆŠ“Š Š¯ŠēŠɊԊãŠōŠ˙Š‹‹*‹9‹F‹Q‹`‹o‹~‹‹‹š‹Š‹¸‹ŋŌ‹á‹ė‹û‹ŒŒ$Œ3Œ@ŒOŒ\ŒgŒtŒƒŒ’ŒĄŒ°ŒŋŒΌŲŒäŒīŒúŒ#.=LYhw„“ Ģ¸Į֍áđ˙ŽŽ&Ž3ŽBŽQŽ^ŽkŽzŽ‰Ž”ŽŸŽŽŽģŽƎĶŽâŽņŽ %4AP_jyˆ—¤ŗĪ܏ëú !0?JWbo|‡–Ą°ŋĖېę÷‘‘"‘/‘>‘I‘V‘e‘r‘}‘Š‘™‘Ļ‘ĩ‘đĪ‘ܑé‘ô‘’’’*’5’D’O’^’i’t’ƒ’’›’Ļ’ĩ’’͒ؒã’î’û’““$“1“@“O“^“m“z“‰“˜“§“˛“Ŋ“Ė“ۓę“÷“”” ”-”8”G”R”]”l”{”†”•”¤”ŗ”ž”˔ؔå”đ”˙” ••*•9•H•W•d•s•‚•‘•œ•Š•¸•Į•Ō•á•đ•˙•––&–3–B–O–^–k–z–…––›–Ē–ˇ–ƖՖā–í–ú– ——!—0—?—L—[—j—y—ˆ—•—¤—ŗ—Ā—˗ؗį—ö—˜˜˜*˜7˜F˜S˜b˜q˜€˜˜œ˜Ģ˜ē˜ɘؘå˜ô˜™™™,™;™H™W™b™q™~™‹™š™§™ļ™Á™ЙŨ™ė™ų™šš"š1š@šOš^šmšzš‰š–šĨš°šģšʚŲšæšķšūš ››+›6›C›R›_›j›u›„›“› ›Ģ›ē›śЛۛæ›õ›œœ œ-œ<œIœVœeœtœœœ›œ¨œŗœœŅœāœīœūœ '4CN[fs€˜§´ÁНŨėûžž&ž3žBžOž^žmž|ž‰ž”žŖžŽžŊžĖž۞ęž÷žŸŸŸ-Ÿ<ŸKŸXŸgŸvŸƒŸŸŸŸŽŸŊŸʟŲŸäŸķŸ    / > M \ g r } ˆ •   ­ ē Å Đ ß î ũ ĄĄ$Ą/Ą>ĄKĄZĄgĄvĄ…Ą”ĄŖĄ°ĄŋĄĖĄץäĄķĄĸĸ ĸ/ĸ<ĸGĸVĸaĸpĸ{ĸ†ĸ•ĸĸĸąĸžĸÍĸØĸåĸđĸ˙ĸ ŖŖ$Ŗ3ŖBŖQŖ`ŖoŖzŖ…Ŗ”ŖŖŖ˛ŖÁŖĐŖßŖėŖûŖ ¤¤(¤7¤D¤Q¤`¤o¤z¤‰¤˜¤Ĩ¤´¤Á¤ФŨ¤ė¤û¤ĨĨ Ĩ/Ĩ>ĨMĨZĨeĨtĨƒĨ’ĨĨ¨ĨĩĨÂĨŅĨāĨīĨūĨ ĻĻ'Ļ6ĻAĻPĻ[ĻhĻuĻ‚Ļ‘ĻžĻŠĻ´ĻÃĻŌĻáĻîĻũĻ §§(§5§B§Q§\§i§v§§§Ÿ§Ž§š§ȧÕ§ä§ķ§ū§ ¨¨)¨4¨?¨J¨Y¨f¨u¨€¨‹¨˜¨§¨´¨ŋ¨˨Ú¨å¨ô¨ŠŠŠ,Š7ŠDŠOŠZŠiŠvŠƒŠŽŠ›ŠĒŠˇŠÆŠŅŠÜŠëŠúŠĒĒ!Ē,Ē7ĒBĒQĒ`ĒmĒ|Ē‹Ē–ĒĨĒ´ĒÁĒÎĒŨĒėĒûĒĢĢ Ģ/Ģ<ĢKĢVĢeĢtĢĢŒĢ—ĢĻĢąĢĀĢËĢØĢãĢōĢŦŦŦ,Ŧ7ŦBŦOŦ\ŦkŦvŦŦŦŸŦŽŦģŦĘŦŲŦčŦķŦ­­ ­-­8­E­T­a­n­{­Š­•­ĸ­¯­ē­Į­Ö­á­î­ũ­ ŽŽ&Ž3Ž>ŽMŽ\ŽkŽxŽ‡Ž–ŽŖŽ°ŽģŽĘŽŲŽčŽ÷Ž¯¯ ¯/¯<¯I¯X¯e¯p¯}¯Œ¯™¯¤¯ŗ¯¯ͯÚ¯é¯ö¯°°!°0°=°J°Y°h°w°†°‘°œ°Ģ°ē°É°Ø°ã°ō°˙° ąą&ą1ą@ąOą^ąmązą‰ą–ąŖą°ąŋąÎąŨąėąûą˛˛"˛/˛>˛M˛X˛e˛r˛˛˛˛¨˛ˇ˛Æ˛Õ˛ā˛ī˛ü˛ ŗŗ#ŗ0ŗ;ŗHŗUŗdŗqŗ€ŗŗ˜ŗ§ŗ´ŗŋŗÎŗŨŗčŗõŗ´´´)´8´G´R´a´n´y´„´“´ž´­´ŧ´É´Ö´á´ė´÷´ĩĩ"ĩ-ĩ8ĩGĩTĩaĩlĩyĩ†ĩ‘ĩžĩ­ĩŧĩËĩØĩãĩōĩļļļ*ļ5ļDļSļbļoļ~ļļ˜ļ§ļ´ļÃļĐļßļîļûļˇˇ$ˇ1ˇ>ˇMˇ\ˇgˇrˇˇˇŸˇŦˇģˇÆˇÕˇāˇíˇøˇ¸¸¸.¸=¸L¸W¸d¸o¸|¸‰¸˜¸§¸˛¸ŋ¸Ė¸Û¸ę¸÷¸š šš+š:šEšTš_šnš{šˆš“šĸš¯šŧšÉšØšåšôšēēē&ē3ē>ēKēXēgētēēēēŦēģēĘē×ēæēõēģģ ģ-ģ<ģIģTģaģpģ}ģŠģ™ģ¨ģĩģÄģĪģÚģįģōģŧŧŧ*ŧ9ŧHŧUŧdŧsŧ~ŧ‰ŧ”ŧŸŧŦŧģŧĘŧŲŧčŧõŧŊ ŊŊ#Ŋ.Ŋ9ŊFŊUŊ`ŊmŊ|Ŋ‹Ŋ˜Ŋ§ŊļŊÃŊĐŊßŊėŊûŊ žž(ž7žFžUždžsž~žžœžŠž¸žÞĐžßžîžųžŋŋ ŋ+ŋ6ŋCŋNŋ[ŋhŋwŋ†ŋ•ŋ ŋ¯ŋŧŋËŋÖŋãŋđŋ˙ŋ ĀĀ'Ā6ĀEĀTĀaĀnĀ{Ā†Ā•Ā Ā­Ā¸ĀĮĀÔĀáĀđĀ˙ĀÁÁ*Á5ÁBÁMÁXÁeÁrÁÁŒÁ™Á¤ÁąÁžÁÉÁÖÁåÁôÁÂÂÂ*Â9ÂFÂQÂ\ÂkÂz‡’ŸÂŦÂģÂČÂ×ÂæÂõÂÃÃÃ+Ã8ÃGÃVÃaÃpÃ}ÊÙÃĻÃĩÃÂÃŅÃāÃīÃúà ÄÄ#Ä0Ä;ÄHÄUÄbÄqĀċĖÄŖIJÄŋÄÎÄÛÄęÄųÄÅÅÅ)Å6ÅEÅTÅ_ÅlÅyņőŜŊÅļÅÁÅĐÅŨÅėÅûÅ ÆÆ(Æ5Æ@ÆMÆ\ÆkÆzÆ…Æ”ÆŖÆŽÆģÆĘÆÕÆâÆņÆĮ ĮĮ'Į6ĮEĮTĮaĮlĮ{Į†Į“Į Į­ĮŧĮĮĮŌĮŨĮėĮ÷ĮČČ"Č1Č@ČOČ^ČmČ|ȇȖȥȎȚČÆČĶČâČņČÉÉÉ'É4É?ÉJÉUÉbÉmÉzɇɖÉŖɲÉÁÉĐÉÛÉęÉųÉĘĘ"Ę1Ę@ĘMĘZĘeĘtĘƒĘĘĘŦĘģĘČĘĶĘāĘíĘüĘ ËË%Ë4Ë?ËJËWËdËsˀˏ˚ˊ˸ËÃËŌËŨËčËõËĖĖĖ-Ė<ĖKĖVĖcĖrĖĖŽĖ™Ė¨ĖŗĖĀĖĪĖŪĖíĖüĖ ÍÍ)Í6ÍAÍPÍ_ÍnÍ}ÍŠÍ—ÍĸÍ­ÍēÍĮÍÖÍåÍôÍ˙Í ÎÎ&Î1Î@ÎKÎXÎgÎvÎƒÎÎÎ¨ÎˇÎÂÎĪÎŪÎéÎöÎĪĪ!Ī0Ī?ĪNĪ[ĪhĪuĪ€ĪĪžĪĢĪēĪÅĪÔĪßĪîĪųĪĐĐ"Đ1Đ@ĐOĐ^ĐiĐxĐ‡Đ”ĐŸĐŽĐŊĐĘĐ×ĐâĐíĐøĐŅŅŅ*Ņ7ŅDŅSŅ`ŅoŅ~ŅŅšŅ§ŅļŅÃŅĐŅßŅîŅũŅ ŌŌ(Ō3Ō@ŌOŌZŌiŌvŌ…Ō”ŌŸŌŦŌģŌÆŌĶŌâŌņŌĶĶĶ-Ķ:ĶEĶTĶaĶpĶĶŒĶ›ĶĻĶąĶĀĶĪĶŪĶíĶüĶ ÔÔ)Ô4ÔCÔPÔ[ÔhÔuÔ€Ô‹Ô˜Ô§ÔļÔÁÔÎÔŲÔčÔ÷ÔÕÕ Õ-Õ:ÕIÕXÕgÕtՁՐ՛ÕĒÕˇÕÆÕŅÕāÕëÕúÕÖÖ#Ö.Ö=ÖLÖWÖbÖqÖ€Ö‹Ö–ÖĨÖ°ÖŋÖĘÖÕÖâÖíÖüÖ ××#×0×;×F×S×b×m×|׋זץװ×ŋ×Î×Ũ×ę×ų×ØØ"Ø1Ø@ØOØ^ØmØx؃؎؛بØĩØÄØŅØāØíØøØŲŲ#Ų2Ų?ŲNŲ[ŲjŲuŲ„Ų“ŲĸŲąŲžŲËŲÚŲåŲōŲÚÚÚ&Ú5ÚDÚQÚ^ÚmÚxÚ‡Ú’ÚŸÚŦÚšÚÄÚŅÚāÚëÚöÚÛÛÛ*Û9ÛFÛQÛ`ÛkÛvÛƒÛÛÛ¨ÛˇÛÆÛÕÛäÛņÛÜ ÜÜ'Ü4ÜAÜNÜYÜhÜu܄܏ܞܭÜēÜÉÜÖÜåÜōÜũÜŨŨ"Ũ1Ũ@ŨKŨZŨiŨxŨƒŨŨŸŨŦŨˇŨÄŨĶŨâŨņŨŪŪŪ+Ū6ŪEŪRŪ_ŪlŪ{ŪˆŪ—Ū¤ŪąŪĀŪĪŪÚŪéŪøŪßß%ß2ßAßPß_ßlß{ߊߗßĻßĩßĀßËßÖßåßôß˙ß āā$ā/ā:āGāVācāpāāŒā›āĒāˇāÄāĶāâāíāüā áá%á0á=áLáYáfáqá|á‹ášáĨá°áŊáĖáÛáęá÷áâââ-â:âEâPâ_âjâyâ†â“â â­â¸âÃâĐâÛâæâņâūâ ãã)ã8ãCãNã]ãlãyãˆã•ãĸãąãžãÉãØãåãōã˙ã ää*ä7äFäQä\äiäväääŸäĒäšäÆäĶäāäíäúäåå!å0å?åLå[åhåså‚å‘å åĢåēåĮåÖåãåōåũå ææ&æ3æBæQæ^æmæzæ‡æ”æŖæ°æŋæÎæŨæčæõæįįį-į<įKįVįeįtįįŒį—įĸįąįžįÍįÜįëįøįččč,č;čFčUčdčsč‚č‘č č¯čŧčĮčÔčáčđčũč éé&é3éBéOéZéeérééŒé—é¤éŗéÂéŅéāéëéøéęę#ę2ę?ęNę]ęjęuę€ęęœęŠę¸ęĮęÖęáęđęũęëë$ë3ëBëQë^ëiëxë…ëëŸëĒëšëČë×ëæëõëėėė)ė8ėGėRė]ėhėuė„ė“ėĸė¯ėŧėĮėŌėŨėėė÷ėíí í/í>íIíTíaípí{íŠí™í¤íąíŧíËíÚíįíôí˙í îî*î5îDîQî\îkîzî‰î˜î§î´îÁîĐîŨîčîķîūî īī#ī0ī=īLīWīfīqī€īīšīĨī°īģīĘīÕīâīíīúīđđ!đ0đ?đLđ[đjđyđ†đ•đ đ­đ¸đĮđÔđãđōđņņņ(ņ5ņDņQņ\ņgņrņņņ›ņ¨ņˇņÂņÍņÜņëņøņōōō,ō;ōJōYōfōqō€ō‹ōšō§ō˛ōŋōĘōŲōčō÷ōķķ ķ-ķ8ķEķRķaķpķ}ķˆķ“ķ ķ­ķēķÉķØķåķōķôôô*ô5ôDôQô\ôkôxô…ô”ôŖô°ôŊôĖôÛôęô÷ôõõõ+õ:õIõXõcõrõ}õŒõ™õ¨õˇõÂõŅõŪõíõüõöö!ö.ö9öHöUödöqö€ööœöĢöļöÃöŌößöėö÷ö÷÷÷)÷4÷C÷R÷_÷n÷y÷ˆ÷—÷Ļ÷ĩ÷Â÷Ņ÷ā÷ī÷ū÷ øø'ø2ø?øJøUødøoøzø…ø’øŸøĒøšøČøĶøâøņøūø ųų'ų4ųCųNų]ųjųyųˆų•ųĸų¯ųžųËųØųįųôųúúú*ú9úDúQú`úmúzú‰ú˜úŖúŽúšúÆúÕúäúķúûûû'û2û=ûLû[ûjûuû„û“ûĸû¯ûžûÍûÜûëûúû üü%ü4ü?üNüYühüwü†ü•ü¤üŗüžüÉüØüãüđüûüũũ"ũ-ũ8ũEũRũ_ũlũ{ũ†ũ“ũžũ­ũ¸ũÃũĐũßũîũũũ ūū$ū/ū<ūKūVūcūpūūŠū™ū¨ūˇūÂūÍūÜūéūøū˙˙#˙.˙9˙H˙W˙f˙u˙€˙˙œ˙§˙´˙Á˙Î˙Ų˙ä˙ņ˙)4CN[hs‚š§˛ÁĖŲæķ-<KVapŒ™¤ŗĀĪÜįö,;JYfq~‰”Ŗ˛ŋÎÛčõ)4AN[fq~šŠļÅĐŨė÷ -:IXcpŒ›ĒĩÄŅāëú %2=JYhw†‘ ĢēÉØåđû &5DS^ivŽĒˇÂŅāīū '6ET_l{Š•¤ŗĀĪŪíü #2=HU`oz‰”Ŗ°ŋÎÛčķū  % 0 ? L [ j w ‚ ‘ ž ­ ¸ Å Ô ã ō ũ   & 5 @ O ^ k v … ’ Ą ° ŋ Î Û ę ų    + 6 A N ] h s ‚ ‘ ž ­ ¸ Į Ö á đ û   & 1 @ O \ i t ƒ  Ÿ Ŧ š Æ Õ ä ņ    + 6 C P ] j u  MBL8757583.1 EHX4537433.1WP_133518962.1XP_015036367.2 PAA16140.1 GLZ33620.1XP_039555956.1 MBO7734838.1WP_206363707.1XP_007207923.1XP_051956784.1 OGK79387.1WP_025531131.1 KAJ8763828.1 MBQ1311177.1WP_268714943.1 TME45086.1 VDK71801.1 OGA29379.1 EGI67351.1XP_021846694.1WP_224792367.1 OIO24646.1XP_004466702.1 MOY61908.1WP_053342583.1 EMD83093.1 EJT84792.1WP_077010214.1 HAN2236324.1 HBZ0881431.1 AMA90994.1 MBU0883769.1 MBD5551606.1 MCB9999913.1WP_007356512.1 CAH8368929.1 UKN67998.1WP_220664202.1 PRQ70658.1XP_028261945.1WP_127607693.1 NEO89073.1 SHX72876.1 EAT3027009.1WP_161818832.1 MBQ5338540.1 MBW1825233.1 MBQ0119857.1WP_152158314.1 AOW33101.1XP_027422845.1 UVD88834.1XP_028733567.1 KAF8533701.1XP_031270756.1WP_255266214.1 KRX90811.1 MBN4200190.1WP_114054641.1 ERV81283.1WP_104462564.1WP_061239294.1WP_050238626.1 HIH01984.1 EGC4236544.1WP_250258169.1WP_242961281.1WP_045385114.1WP_233987225.1 KAF8901107.1 MBI5413544.1WP_245770707.1 MYU10132.1 GER04731.1 MCC8048325.1WP_141361908.1XP_039261378.1 MBO1529847.1 MBR3162388.1 MBX9747080.1 MBR3056759.1XP_046337982.1 RVW27732.1 ACU21193.1WP_223975418.1 HAV2038468.1 RBH73006.1 MBL1150364.1 EAA7679439.1 GLX88815.1 MCE2395269.1WP_281543397.1 GHI39478.1WP_234749042.1WP_281674273.1 MBO0734013.1 RPG10933.1WP_122576107.1 WAX08241.1WP_255734230.1 KZS73167.1 PYM79331.1XP_015253450.1YP_008379230.1 KOU48934.1 MCK4671080.1WP_097830045.1WP_143957119.1 RZB31430.1 OLC29722.1 MBF1369421.1 HBU4069332.1 MCK4027136.1 GBF67295.1 MBS6439950.1 MCE2394956.1WP_275149613.1XP_009132605.1WP_017065630.1WP_134064782.1WP_031764117.1 KAH7111090.1 KAF3601053.1XP_056097092.1WP_202659240.1 EEI68160.1WP_249240542.1 GIX80479.1XP_054464105.1WP_031739936.1XP_052068338.1 CAI9830983.1WP_150194162.1 TIL25499.1 KMK70211.1 MBL7906248.1WP_199537626.1WP_255657767.1XP_008572610.1 EGS7320029.1 EHD1462244.1WP_105794890.1 KAJ4753967.1XP_007512765.1 EFU9196970.1WP_133662298.1WP_156164841.1XP_040774166.1XP_010489688.1WP_116818916.1WP_234306850.1 ECO0852462.1 MBC8149950.1 AFA09475.1 GBC84792.1 OLE88521.1 BAV52815.1 NXT80179.1WP_200941876.1WP_146310544.1 KAJ4994524.1 NQU26924.1 KKQ17530.1WP_262043205.1WP_092054000.1 KAH7904576.1 ULB83374.1 MBO7707210.1 KAF5967767.1WP_052991486.1 ORB86003.1WP_219866541.1 MBA0681195.1 CKF71070.1WP_078732502.1WP_079688138.1 MCE2498961.1 RUX64007.1 CRZ84703.1 MBT3222043.1WP_273849839.1WP_025260862.1 HCI3789247.1 AMW35569.1WP_067225239.1 PTQ72351.1 EFG1785427.1XP_025268496.1 OGE84663.1 MBH2016034.1 GEY28869.1Q9GKS6.1WP_247392216.1WP_218790267.1WP_258570851.1WP_025399520.1 KAG1839801.1WP_151427539.1 EEC9966669.1 UOZ97514.1WP_006305873.1WP_210226425.1 MBO7120934.1 NVO14071.1 MBP8196496.1WP_281034490.1 GMH74815.1WP_243220715.1 KAJ4794342.1WP_062821347.1 EBP8848134.1 MBI5683150.1WP_262394687.1 HCE7036204.1 GJP50541.1 HBY86896.1 UAQ80067.1 MBL02020.1WP_278361924.1WP_061121232.1WP_215391030.1WP_237480153.1WP_058093348.1 OZZ34426.1 MAI76755.1WP_235074910.1WP_183882442.1 EHW4468754.1 AMS43029.1WP_274400640.1WP_283129754.1 MCJ7574591.1WP_216195748.1WP_180047249.1 KAF5693711.1 MCF0245553.1 EFX7948152.1 NCW17563.1 KGQ91714.1 MBW1731384.1WP_090340093.1WP_095963788.1WP_051773451.1 WDF47893.1WP_079458535.1 MCB0395607.1WP_105462017.1WP_070054132.1 MCI0441261.1WP_268428026.1WP_257882322.1 MCI2079698.1WP_203201698.1WP_089867971.1 MBO8233644.1 UVY40774.1 NLZ92879.1 MBC8192126.1 GDY00464.1 MBQ1564907.1WP_075653737.1 TJW17418.1 NEK79366.1 MBI2506024.1 PIU18101.1 CAH2014332.1 NBX99292.1WP_254566347.1WP_108024271.1XP_032206552.1 EEY8067912.1 RYP28707.1 CAG7600102.1 KAF6036899.1WP_038233489.1WP_260810007.1XP_030976676.1 KAI9082639.1 MCC7230466.1WP_190890574.1 KAG6242063.1 MBM3933481.1WP_115313274.1WP_166199813.1WP_009803198.1WP_166389238.1WP_214921910.1 BDT03353.1 KAG9273239.1 KAH9897695.1 RXM36450.1WP_119380110.1 KAI9362949.1XP_024427063.2 MCS7281253.1WP_014036593.1WP_272150417.1WP_226863423.1 KAI5358731.1WP_242320225.1 MSZ54974.1 NRB72577.1 KAJ1832792.1WP_007162313.1 OJD14960.1XP_025094492.1 HFC49641.1WP_125257517.1 KRL50971.1WP_270429919.1 KAJ1924652.1XP_043876828.1WP_047430984.1WP_150396769.1WP_239393343.1 MCH8996551.1XP_032956783.1WP_162060842.1 MBF06337.1 MCC5885453.1 KPK46604.1WP_185928545.1 KAI8118081.1 MBI2691306.1 MCE9521167.1WP_167196601.1WP_180298529.1 WAY96880.1 NQW24640.1WP_174261300.1WP_194481458.1 MCD8020507.1 MBF2027262.1 EGN0346558.1 MBB1654724.1 AEO85464.1 CIY68995.1 VGM95377.1WP_229710081.1 ECK9821833.1 KGO32348.1 BAF39771.1WP_190772838.1WP_246966510.1WP_052125494.1 NBR42698.1XP_007007273.1 NXP66683.1 UJJ97602.1 AWI66342.1 RUA32032.1 EHY2137407.1 UZO03952.1 MBX9718818.1 MCU1411638.1WP_195368055.1 MBW4439448.1 KAI9530097.1 NSW79198.1WP_163042480.1 NXY58604.1 MBS5721782.1 KAG6055499.1XP_019459237.1 NJE80740.1WP_153870478.1 MBP6015992.1WP_185218257.1 MBZ0302078.1 MBE56502.1 MBY8116888.1WP_026974351.1 HAB35737.1WP_183491762.1 CAF1218540.1 HBO5091502.1WP_142480892.1 UCF86936.1 KAI0494562.1 MBR3040588.1WP_253057132.1 DAT68911.1 MCJ7486393.1WP_259173727.1XP_039550146.1WP_025917677.1WP_219989626.1WP_120012998.1XP_007378490.1 HAZ7424284.1WP_210832037.1WP_044318929.1 EPY77985.1 MBQ6717580.1 MCI5582667.1 KAH7819128.1WP_072176998.1 MBN2408678.1WP_124583682.1XP_055364111.1 KAH7671712.1 MCC6251785.1WP_161548226.1 PWA40393.1WP_024957561.1XP_026202203.1XP_049917061.1WP_121975536.1WP_065763488.1 VEA68798.1 MBL8103469.1XP_020704071.1 PWU01878.1 KAI9244788.1WP_140465756.1 MUT95740.1WP_019100427.1WP_165185356.1WP_097942517.1 EDX1137207.1WP_071558608.1WP_171312884.1WP_172272319.1WP_206698867.1XP_015918471.2 NOT03931.1WP_122081718.1XP_023664563.1 MCI6056265.1XP_043867713.1 MCI6733811.1WP_200441331.1 OQD63521.1XP_041032211.1WP_250323911.1XP_045908845.1WP_024330540.1 NGS95655.1 OLB04871.1 MCB1103648.1WP_008056683.1 UCF69744.1WP_061554953.1 KAF1884135.1WP_271489102.1 EIC7331684.1YP_009703532.1 OYR82937.1 MCB1431703.1 PHJ25428.1 MCL2354882.1WP_009197348.1 KAH8830836.1 UWQ95440.1WP_059534878.1 MCB9490987.1 ECG5348412.1 MBP8039875.1 NOY27702.1 OGM15869.1 AAA50346.1 QUQ06080.1WP_271116088.1WP_212799263.1 AKF94945.1 MCS7249985.1WP_154377822.1 KAA0177341.1 MCQ4833490.1 MBF0221393.1 CUQ74728.1WP_066046987.1 TYJ28824.1 MCP4196081.1 MBD5426059.1WP_094880233.1 KAJ1466945.1 RHP78675.1WP_084523054.1XP_051312901.1 MCC0650618.1WP_070931219.1 MBE6457252.1 EDD2777448.1WP_228705204.1 TVQ27286.1 CAF1538990.1 MBJ9940918.1 MBL1405656.1WP_002896703.1 RKH80454.1 RWC01310.1 CCZ55979.1 KZC14685.1WP_096201219.1WP_206023254.1 KAJ3986273.1WP_230766143.1WP_282423266.1 MBN4303450.1WP_193956008.1 HCB14820.1XP_040382927.1 NIR36035.1 MBP8741618.1WP_094107226.1 BDP97621.1WP_142260807.1 MBN1157556.1 NCR29367.1 MCE2505556.1WP_039102441.1WP_118445081.1WP_124983255.1 MBQ2432233.1WP_164585387.1WP_205009067.1WP_111627730.1 MBS0463004.1 MOW13079.1WP_097698856.1WP_254638680.1XP_028327800.1 GES47013.1 MBI5098096.1 RNF14763.1 KAF3493633.1WP_174567215.1 KAI5402274.1WP_189129312.1 MBK6342078.1WP_267292626.1 DAW46080.1WP_138941726.1WP_113767226.1 KAF4728781.1WP_060551745.1WP_267918242.1 SCL72461.1WP_226276978.1WP_247893884.1 MBE3671043.1XP_041854783.1 RHX96716.1WP_127737066.1 MBN2689333.1WP_162119468.1WP_150171631.1WP_002615101.1WP_278982769.1 KAH9272690.1WP_096722254.1WP_208947654.1 KAF2590612.1WP_014785013.1 EBF5808819.1WP_213827928.1WP_254400636.1 MBR3156871.1XP_021741676.1WP_001329193.1 MBO6057326.1 MBW1848151.1 KAG5815829.1WP_135279859.1 MCJ1311962.1WP_092424818.1XP_047289230.1 MCB1505913.1WP_257691625.1 KGI55490.1WP_138438236.1 KPK79043.1 OIT02720.1WP_224365716.1 MBK6724754.1 NXB44255.1WP_226232337.1 EEE4210954.1 RLE02911.1WP_171334399.1WP_064779756.1WP_033603452.1 EEC9022132.1XP_047408935.1WP_179136748.1WP_195269918.1 KAG0881289.1 MBN1756127.1WP_150731550.1 KAF6802222.1WP_255517101.1 MCK5244187.1WP_197710405.1WP_100540054.1 TXT57728.1 MBT5378964.1 MBU1113346.1WP_194499183.1WP_093868643.1 KAI0308946.1WP_073388870.1WP_027388460.1 NCW99628.1WP_210726445.1WP_015699100.1 MBY9080345.1WP_093295436.1XP_008215352.1 MBO8197404.1 UCC96225.1 MBV8508112.1 THH04310.1 MBL7795363.1 EDT7412775.1 MBU6492563.1 MBR3700964.1WP_064613675.1XP_031540112.1 NOT95054.1WP_164724930.1WP_263833039.1 MCO6480516.1 MBD5558909.1 NLW39422.1WP_222637261.1WP_257633067.1 MCU0422147.1XP_042343617.1WP_176958177.1 KAJ2277403.1WP_110358640.1 OJV98239.1 MBS1410118.1 HBC3664605.1 KAG5959692.1WP_138471989.1 MBL7722360.1 KAF4995643.1 KAJ5614194.1WP_251116163.1 MBS1909834.1 KAI4951926.1 MBS0323691.1 EDS6425957.1WP_205996060.1 MBW7898988.1WP_111206393.1 MSW04208.1WP_057651690.1WP_032918432.1 MOR90002.1WP_096527630.1XP_014362268.2 GFY15021.1 MBV9888347.1 MBE9467362.1WP_037310167.1WP_244292824.1 MBI5162857.1WP_236345246.1WP_212226535.1 MAJ92374.1WP_257504872.1 UVB16817.1 MBK7087525.1 EFT8991253.1 MBY0434949.1 MBB2902420.1 KAG8379083.1 HBV8273101.1 KAI5005557.1 MBT7135637.1WP_011490055.1XP_021299958.1XP_033668161.1WP_059510827.1WP_056611679.1 HAT6344274.1 EHU4169843.1XP_024696459.1 CDZ73727.1 KAG9509822.1 TWK83191.1WP_176700057.1WP_141400768.1 MBS07362.1 MCL2204087.1WP_027780629.1 EAG5222239.1WP_097514015.1WP_208099194.1XP_025777939.1 MBL6625757.1 KAH7548383.1WP_271250528.1WP_197888162.1XP_033991852.1 HAF54287.1WP_167613923.1 MPZ45416.1WP_067019348.1 MBO5601840.1 MBU6248241.1WP_165682932.1WP_143020066.1WP_238972864.1 ABG88111.1WP_260325674.1 MCC7417019.1 MCI8430709.1XP_030622007.1WP_053695461.1XP_029196159.1WP_049009918.1 OTA99890.1 KPP66050.1 QDF59120.1 MPC98265.1 BBC91732.1XP_040685867.1 EDQ0183574.1WP_072476944.1 MBR3327931.1 ACU61622.1 EFM1979785.1WP_029005116.1 HCF98070.1WP_280541983.1 KEH41285.1 ORV68006.1 HCA7191507.1WP_111083956.1XP_044551221.1 MCK9592859.1WP_076194242.1 MBI2147080.1WP_068964936.1 EHD1229023.1WP_259619769.1 KAF4306879.1WP_017171503.1WP_022389025.1WP_010462366.1 KXN72221.1 TFE29608.1 KAJ4310611.1 MBT3309449.1WP_128950282.1WP_187335130.1WP_164767343.1WP_014217999.1WP_173302040.1 MCH6132484.1 KAJ8911168.1 EGC1082389.1 UZH89542.1 GBE22655.1WP_233227509.1XP_006114890.1 CAI9595211.1WP_108109984.1 MBX2936516.1WP_218623326.1XP_050255036.1WP_278264086.1WP_243977667.1 KAF4611166.1WP_215493005.1 MBK8070034.1 KCN41050.1 MCP5750602.1 MBP7130798.1XP_033679940.1WP_283922158.1WP_133251971.1WP_267714175.1WP_135306871.1 MBE5737882.1 MSL30063.1WP_046302954.1WP_050926421.1 GAO25539.1WP_165894367.1WP_018858575.1 HBB7853833.1 QGT50941.1 KAJ5748900.1WP_073432751.1 KAG5702777.1WP_036488090.1 OAA61066.1 MCI0877007.1 GLI99474.1 MCB1065733.1XP_056041627.1WP_225902036.1 KXH55701.1WP_258930666.1WP_037548932.1 MBM3160744.1 VAI84247.1 AAX29823.1 OZV86646.1WP_007708736.1 MBT7163208.1WP_210734217.1WP_211296720.1 MBO0787136.1 MOK24130.1WP_070509780.1XP_027172582.1 AQY75504.1 MCL4333886.1 KAF9419545.1WP_019296707.1 EAZ5330394.1WP_251450535.1WP_245456681.1WP_063503202.1WP_214279799.1 MBT4680312.1WP_222465269.1WP_157580311.1WP_265399898.1WP_258941688.1 OAH97901.1 MCH8821589.1XP_038144206.1WP_236905832.1WP_124213670.1WP_000391618.1XP_048688918.1XP_018381815.1 HAJ6883934.1WP_259823591.1 EBL5661155.1WP_268394364.1WP_107106807.1WP_250824310.1WP_067144449.1 MBD5174823.1 NEP75465.1WP_247326555.1 AAM31096.1 MCH2098905.1WP_143387569.1 MCU1579718.1 MBE8222136.1 RYD06084.1XP_039387169.1WP_082565353.1 PKL40887.1WP_092015539.1WP_236777269.1 NLX21103.1WP_281498184.1WP_099711363.1WP_127202722.1XP_027728774.1 MBL9135845.1XP_049133140.1 MBP5665134.1 QRN83137.1 CAE6472910.1 MBX6384685.1 AZV79909.1 MCK5187010.1WP_142037733.1 KAJ7821411.1 KAH7980918.1 BBQ86561.1XP_006689993.1WP_009475234.1 MCK5175373.1WP_039095635.1 MCM0593547.1 RWZ64791.1 MBX7220138.1 KAG2053605.1 NXV13419.1WP_114094371.1WP_092156886.1 EDF0432725.1 MCA1589644.1 KAI9774712.1 TAM11363.1WP_281462881.1 KAJ5168969.1 NNM97518.1 KJS37244.1WP_099529629.1 RZJ01256.1 HHH37178.1XP_025046235.1WP_274885772.1WP_252384350.1 CQR41738.1 MBC7879491.1 MBS3963684.1 HET19539.1 EGM3572601.1 MBI4678329.1 RME29710.1 MBT3228703.1WP_086136661.1 GJE89625.1WP_267911890.1WP_164636240.1WP_055406376.1 MBP6544771.1XP_046298169.1 GCB60913.1 MCB9680378.1 KAI3679517.1 MBU0598391.1WP_118925030.1 MCB3018266.1 MSP81668.1 SFB29161.1WP_204638884.1WP_176354145.1WP_226741138.1 ACU52521.1 EAF4311303.1 PIR98590.1 RLV89158.1 RMG03831.1 MBA2496669.1WP_127979673.1WP_101025682.1 MBL68646.1WP_027600082.1WP_183298005.1 NLL64488.1XP_021682448.1 UJV88611.1WP_158303127.1 MBI1797961.1WP_259568097.1 HCD4651973.1WP_109124355.1 MCK9579519.1WP_252122124.1WP_031912375.1WP_102687017.1 OWA15278.1 KAG7153436.1 EAI4228870.1 VDP10889.1WP_188340499.1 MCL0086045.1WP_192500494.1WP_142114448.1 MBI1884116.1 KAJ0250772.1 HBN08959.1 QEC74319.1 KAJ7903702.1 RXN11474.1 MCJ7468405.1 ECI0838809.1WP_087918330.1 EJA1208030.1 KAJ7494177.1 MCH2663613.1WP_157476287.1WP_149911652.1 HBF6683624.1WP_175740884.1 RUU66461.1 MCP1831263.1WP_012785155.1 RYD69609.1 MBF3543544.1 NXN86496.1 HBG7982863.1WP_107194058.1 EFO2269166.1WP_271569604.1 KAG9297605.1 KAG9291817.1WP_103478303.1WP_159081190.1 PHU26875.1 PMD26514.1WP_106281081.1 OYU97658.1 MBP5531704.1WP_203325777.1WP_225927241.1WP_261402515.1 HHO42668.1WP_049480885.1 KAI5618353.1WP_117292786.1WP_127595852.1XP_043406427.1 NNL66378.1 GBM10107.1 MBF8294570.1WP_120358183.1 KAJ8673388.1 NWY89495.1 RLI44152.1WP_251057605.1 HHD92264.1WP_057452934.1 ETK88527.1XP_033323208.1XP_034290446.1 HEY66416.1 MCB2073222.1 HCL9643688.1 KAI9631590.1WP_203891666.1 PMH44474.1WP_280892754.1WP_209898688.1 NOQ32749.1WP_260444899.1WP_157435775.1WP_254398103.1 GBF98204.1 MBS4056461.1WP_176533080.1XP_026180907.1WP_074781633.1WP_117338721.1 MBT4014425.1 NUR77767.1 KAI0987017.1 MBI1874593.1 EBF8124084.1WP_097794281.1 RLD79060.1WP_130237435.1 NEP09993.1WP_254833504.1 HBO7852577.1 MAQ88009.1WP_256546297.1WP_108335718.1 MBH8634352.1 ECI4825602.1WP_070060651.1 AOW36968.1 NDH20019.1WP_224774708.1WP_236373897.1WP_011739125.1XP_044902674.1 HBE7681505.1 KAI5383356.1 MBU0720484.1 QEG42388.1 HCD3539350.1 EET4886479.1WP_120463061.1 HCS32205.1 ODM89149.1 ETI39029.1 USR37329.1WP_235292752.1WP_133499669.1WP_232839144.1 KAF7255154.1 MBP8049567.1WP_224314556.1 CDZ81696.1WP_240904022.1WP_139489874.1WP_246442701.1WP_254033437.1 OHA02323.1WP_121252511.1WP_242254186.1 OFX32653.1 KAI9191373.1 MBP9713953.1WP_098502057.1WP_243269836.1 MCK5068303.1WP_135110180.1WP_215638040.1 OFZ34164.1 HAQ04103.1 HIG02706.1 HBS5629917.1 MBO9310472.1 MBO4463486.1WP_230210113.1 EEV0504409.1 NCV89943.1 GFS02759.1XP_025814622.1 OFZ82064.1WP_096765790.1 MCL2206583.1 MCI8806686.1 MBI4773680.1 MCK4320383.1WP_052016305.1 QDT53250.1 MCG7858617.1 TNF43597.1 MBO7597869.1WP_218401824.1WP_228618531.1 MCK6520984.1WP_232018041.1WP_089092961.1 MCI6324393.1 EFL3122059.1 MBR4563510.1XP_029371967.1 ACA34490.1 KAG3000577.1 MBI0841908.1 MCL5061987.1 EHR6291555.1WP_023685930.1WP_261952390.1WP_135059887.1XP_008902753.1WP_186282298.1WP_118283063.1 HAL7851047.1WP_007635864.1WP_223101678.1WP_140372075.1 SDP58856.1 AAO64374.1 KAI2867803.1 NNE58254.1WP_092396407.1 CAF4033986.1 KAH7290269.1 PZN79281.1 CAD8042782.1WP_083051706.1WP_242531680.1XP_028635853.1 MCB5199682.1 MBI4905271.1WP_181797223.1WP_109219819.1WP_101606078.1 MBD5153813.1 MBR2770999.1WP_240406805.1XP_036266973.1WP_104333814.1WP_087759142.1 GLH03554.1 MBW6524271.1 MBK8955603.1 ERO62343.1 KNZ61865.1 KKT69527.1XP_045788843.1 CEP11827.1 MCS7015141.1WP_276507912.1WP_240732162.1XP_027061846.1 MBV8380961.1WP_136095406.1WP_006004624.1WP_210212399.1 EIK8394933.1WP_137255610.1 MBT3459617.1WP_222256467.1WP_029080824.1WP_174951329.1 MBO0691049.1 MCU0423654.1WP_239588825.1WP_120575284.1WP_200162023.1WP_216576398.1 CAF3478760.1 PKI91935.1 SMS09381.1WP_146207192.1WP_132336079.1XP_022816306.1WP_247429569.1 SFW06215.1WP_137512405.1WP_211254406.1 EJU2993617.1 UXE63572.1WP_196954680.1 RYP53376.1WP_153811865.1WP_236689647.1 MSQ41299.1WP_124548640.1WP_274773199.1WP_200156222.1 KJF42781.1WP_149069943.1 EHW5693237.1 KAJ5060329.1 QWY38042.1WP_013133580.1WP_261132050.1 MBQ4139225.1 KAJ6827980.1 MBQ2444858.1 MBO4463451.1 MCB0447740.1XP_016452348.1WP_063417119.1 KAF1483258.1 ROW03190.1WP_241566677.1WP_233178716.1WP_215152714.1 MBO5433620.1XP_040967143.1WP_278781114.1XP_014204645.1WP_275765493.1WP_136332629.1 OFI40104.1 HBA9856909.1WP_012147640.1WP_045121741.1 CZT45482.1 MCD6247767.1 MBL0720829.1WP_281562017.1 MBF1128433.1WP_045308192.1 AAZ67085.1WP_154454910.1WP_274915895.1 OHX54041.1XP_022216402.2WP_165724099.1 MBN8606766.1 KAJ7773233.1 MCQ2156413.1WP_089246429.1 VDO63589.1WP_098642363.1 MBA2651112.1 UCP72061.1WP_070709792.1 MCI0750124.1 MBR6483218.1 MCA8947870.1WP_244356123.1 HBJ0687394.1 MBQ2719788.1 GFD16573.1 MBS4051699.1 MBT4867863.1WP_211354231.1 HAM57133.1 NMO74192.1 MBQ8462807.1 TEA36026.1WP_205173112.1 CEL11538.1XP_018282977.1 KJS39335.1WP_276369440.1 GGN43478.1WP_049599782.1 MBE6348968.1WP_004699236.1 NOT18216.1 UUS71569.1 VEL25898.1WP_280938002.1 MBI5809191.1WP_064441345.1WP_163968309.1 CVV42982.1WP_167239634.1WP_142725797.1WP_189821229.1 NWY11222.1WP_169605852.1WP_207918089.1WP_100081012.1WP_014407515.1WP_158131988.1 MBE6713534.1 MCP4293344.1WP_125555296.1WP_251586805.1WP_154557671.1 NXK93169.1WP_120653510.1WP_083053697.1WP_262890005.1WP_129053209.1 MCB0080507.1 CAG8634459.1WP_244349102.1WP_137652803.1 MBD8931956.1WP_237973393.1WP_061356765.1WP_073201850.1 MBF1224416.1WP_165438496.1 MBC8203931.1WP_227085212.1WP_034327214.1 MAC18593.1 NOY92382.1 MBW2071526.1 MBP8762091.1 GEV03352.1WP_183483256.1WP_196074572.1WP_107033910.1 MBR5482150.1 HAP8698574.1WP_041723747.1 ECY0969635.1 HBX8004802.1WP_180748367.1 WFQ78449.1 TMD19778.1 GGC93399.1 ABQ63546.1 MCB1412915.1 EUJ18213.1WP_022347710.1 MBE3121179.1XP_022005570.1WP_216244265.1WP_193275955.1 EDQ2752402.1WP_124996221.1 MBR6406611.1 MBS6066499.1XP_029123601.1 TNE39473.1WP_223565913.1 MCI8760428.1XP_031982117.1 MBT3401245.1 HCF4435603.1 MCF7955924.1WP_237762402.1WP_149886053.1WP_109850746.1XP_026175731.1 MCI0684678.1 MAH46576.1 MBS4052605.1 HBD3580067.1YP_010013434.1WP_049105913.1 MCQ2543220.1 GCE22918.1WP_077093245.1 CCX33905.1WP_124989189.1 EEL0394597.1WP_238717267.1 KAJ5991093.1 RCN27560.1 MBQ3742794.1 HBM7970352.1WP_067035785.1 SEP77558.1 MBS6296676.1 MCM4298717.1WP_106627677.1 KAJ1958754.1WP_149230790.1 NLI68303.1 KAB1283136.1 NLZ91447.1WP_241105826.1 AFQ97813.1WP_251874466.1 MBE7001547.1WP_019843633.1XP_028702799.1 MBU4432787.1WP_225239495.1 GAM38698.1WP_069647812.1WP_100524661.1WP_068798537.1WP_170382009.1 AXI09756.1WP_158161316.1 HBQ61597.1 KAG9648608.1WP_208823465.1 EFV3192858.1WP_006027485.1WP_282014297.1 CAC9512212.1WP_247315376.1 MBB1664612.1WP_159801197.1 HBY6471839.1WP_125260587.1WP_131836551.1 MCH5281797.1WP_068156215.1WP_249351853.1 QXV60806.1 MBU1949725.1WP_163911025.1WP_103186018.1XP_050828762.1WP_195426888.1 ASV44386.1 MCI8395767.1WP_085524223.1WP_093727561.1 MBD1933857.1 TCJ90160.1 EKD82894.1WP_242018727.1 SIS29303.1XP_048228476.1 MCH8904788.1WP_234970720.1 MBQ8958073.1WP_204806484.1WP_087711902.1WP_203562037.1 MCQ2617452.1WP_201520784.1WP_185496123.1 MBR3968535.1 NDE79167.1 MCS6915397.1 MBB4243944.1 MBK8326393.1 MCB1072350.1 NJP20283.1 MCB0342695.1 MBI9015564.1WP_186214732.1WP_055486904.1 KAJ9212931.1WP_262510814.1 KAI6876782.1WP_164166542.1WP_024039518.1 MBP9926316.1 NLF87571.1WP_033667247.1WP_005582143.1WP_074121838.1XP_036400802.1XP_022242849.1WP_136055013.1 OAL01167.1 QUL58516.1 MBO7265633.1 USL51576.1WP_203203455.1WP_258699485.1WP_048222205.1 MBE3049203.1 MBJ08097.1XP_054805378.1WP_024270964.1WP_204224003.1 PIE36668.1 HDK38158.1 GAF66133.1WP_087085326.1 EKY24506.1WP_015138129.1 EFA5158712.1 CUX17903.1WP_176462507.1WP_048370512.1XP_031360469.1WP_186101535.1WP_197052899.1 KAG2061513.1WP_249930443.1 KAB7776415.1WP_226360036.1 KAG6208320.1 KAF8844043.1WP_014657023.1WP_013017739.1WP_012456188.1 MBI5477481.1WP_018996200.1WP_235104528.1WP_207517291.1 AMB21424.1 MBI3058450.1 CPW15624.1WP_220281278.1 MCK4862399.1 HBP5520355.1WP_230171322.1WP_127958949.1 KAJ2127656.1 AGC97326.1 RDU38945.1WP_275700896.1 MCO4653091.1 NHW60074.1 OQY98020.1 MBL4853947.1 NVK06315.1WP_001203076.1WP_248055680.1 PWI17876.1 MCD6199266.1WP_275889644.1 MBR4375795.1 HCD1639688.1 MCQ2150528.1 CAI2795006.1 MBE6900854.1 AHG02917.1 MBQ6038336.1WP_279293890.1 QNW05614.1 MBQ1868746.1 EED80871.1WP_083944445.1 DAS51312.1 EGH2885952.1 MCP4417814.1WP_230700203.1XP_020469382.1 MBR5475092.1 NQD93247.1 MBW0490175.1 MBT5105952.1 KAJ5673421.1 GBC87342.1WP_097242040.1WP_126547421.1WP_093699720.1 ECC1749556.1WP_145544593.1WP_203771012.1 HBS26035.1WP_263867815.1WP_002803816.1WP_205186167.1 NEQ77371.1 MBQ1823017.1XP_020476240.1 AYV78736.1 MCI54718.1WP_062003339.1WP_258236293.1 HIZ10317.1 MBK7750076.1WP_149406163.1WP_142133210.1WP_160354134.1WP_073017683.1 MBO6826978.1WP_237025736.1 AAZ73234.1WP_167324608.1 MBF7068745.1WP_002598431.1XP_010216383.1WP_238741277.1WP_175395805.1WP_125933644.1 MBR4207675.1 AOR13807.1 MXZ96777.1 MBU0783111.1WP_231587592.1 ORV24296.1WP_130617254.1 SNS96357.1WP_224014827.1 AAM89588.1WP_146943319.1 MBK7076265.1XP_054023409.1WP_116073604.1WP_162428520.1 AVM35379.1 GJQ31858.1WP_249866435.1 CDE57470.1 EEY6110619.1WP_071876418.1 MBW3588078.1 BCJ09783.1WP_151615076.1 QAA77085.1WP_013384884.1 CAF1284994.1 ORY38386.1 GLO13544.1 CAI9173470.1 PHI20455.1 MCA3282362.1 EFG4747393.1 MBE6211131.1WP_126136917.1 MCS7352192.1 MBT5102369.1WP_222125851.1 GIY87976.1 KHC51086.1XP_048190726.1 KPQ18226.1 KAI3869934.1 NEO65312.1WP_183555556.1 TAH42824.1XP_034617399.1 NJD87536.1 MBK8449583.1WP_062308724.1 MBQ9754467.1WP_278278068.1WP_195180108.1 UKZ95812.1WP_088086543.1WP_110180126.1WP_129639177.1 CAG9815058.1 PJJ44766.1WP_237150901.1 MCE9516778.1 KFU90592.1 PDX17128.1 MBX3707511.1 EAH8201998.1 KKU62290.1 MBK5571697.1WP_176282182.1XP_038766703.1WP_276078981.1 NXM82541.1 KAG1843883.1 KAJ4375381.1WP_001977095.1XP_052534275.1 AAW57761.1 KXZ65002.1WP_279840346.1WP_056329268.1 MBX3400476.1WP_128786583.1 MBV8060578.1XP_003035978.1XP_039406663.1 HBG17616.1WP_277324932.1XP_037916999.1 PBP26446.1 MBS3742576.1WP_150253061.1 MBT3887354.1WP_273302807.1 PKM59746.1 MBW0517832.1 OQA38407.1 GLV83862.1YP_009017695.1XP_003875641.1 NRF69152.1 MCH2678216.1WP_278390468.1WP_130514498.1WP_275865201.1XP_031258584.1WP_248676944.1 KAJ2272836.1XP_017754998.1 HBO0131372.1XP_035800909.1WP_222878685.1 MCD8548598.1 MBK6756051.1WP_021117716.1 EEJ0015338.1 HCJ45190.1 NDD52781.1 HBT3241107.1 MCS5664414.1WP_091054162.1WP_016340583.1WP_281733574.1 HCI6016418.1 KAI6876023.1 EIP7986019.1 RWW57209.1XP_025220530.1WP_234466695.1 KAI0154282.1WP_266771233.1 MCK5360090.1 KAH0848936.1 MBP2236311.1 MBP6786080.1 MCD6482094.1XP_041715299.2 OMF24356.1WP_215262079.1 PWA60456.1WP_103025967.1WP_019092761.1WP_033744100.1WP_194543596.1WP_054998585.1 MBK6870374.1WP_108820366.1WP_152569558.1WP_175083644.1 CAD8183695.1 HCD1954593.1 MBX5702633.1 HBM93052.1WP_281919021.1 MBQ3726282.1WP_066678157.1WP_025209636.1WP_255435582.1WP_254101325.1WP_276362074.1 HEM46184.1 MBI2651826.1WP_046631173.1WP_143210733.1WP_026893585.1 KAE9373439.1 TDB49724.1 KNY10996.1WP_089322445.1WP_145514932.1 CAD8073566.1WP_101794136.1 EEF30376.1 RKK88308.1WP_252809941.1WP_270506568.1 EKD39302.1WP_185816158.1WP_275495439.1WP_123237441.1 CAD8089828.1 CAH0143531.1WP_147833981.1 QLL10545.1WP_111625343.1 TDZ21558.1WP_169079632.1WP_099949840.1WP_188506850.1 TQD79640.1 QRX02582.1WP_095648367.1 HBB9152465.1 HAD16081.1WP_060879438.1 MBQ1583517.1WP_166737936.1XP_044786537.1 KAG7243800.1 MBN8831519.1WP_131827568.1XP_023194678.1 MBR5392328.1 NDH19650.1 MCA9786884.1WP_140706444.1WP_230834693.1 CAH2408238.1WP_279652328.1XP_016482688.1WP_122377077.1 EFW22388.1WP_059048359.1 KAJ8530820.1 MBK6751737.1WP_237907640.1WP_098626931.1WP_017900964.1 KIH61449.1 DAS51696.1 MBQ2198584.1 HAN66834.1WP_091629500.1WP_065450627.1WP_067487176.1 GBN84473.1 MBE6257848.1 MCP5281008.1 WHE12941.1WP_070310045.1WP_182080621.1WP_266170214.1 MBP6854588.1WP_275364603.1WP_131609232.1WP_278888642.1WP_213413035.1WP_198140600.1 CAF1441577.1WP_149656427.1 EFV9058489.1 CAH1968295.1 MCK5224664.1 ECD4982842.1 NNC58435.1WP_233737742.1 HAX5007168.1WP_113620603.1 NND17855.1XP_041823288.1 KIA87593.1WP_177209229.1 KAH7714125.1WP_125553257.1 MBJ7531026.1 VIF85598.1 KAH9082671.1WP_192202944.1WP_243361436.1 RAL39799.1 VDM37090.1WP_185892671.1WP_129703040.1WP_132079800.1 EAG8834195.1WP_210473185.1 HBO82804.1WP_183495065.1WP_171519907.1 KAI1498309.1WP_222532997.1WP_063007015.1 CAG8726868.1 UFM02602.1WP_044229656.1WP_079396843.1WP_201618498.1WP_054377321.1 KAH8074532.1 HIG56173.1XP_018062972.1WP_170725874.1 MBK9009608.1WP_122013538.1XP_023607675.1WP_013970683.1 EJJ0661731.1 KAJ5985703.1WP_151430057.1 KAE8933980.1 MBU3899877.1 VQC01530.1WP_086520229.1 MCP4204994.1 NWZ25026.1WP_101844355.1 GAK23860.1WP_143320175.12VYZ_AWP_051325724.1 MBC5824559.1 MBF0357294.1WP_097902424.1 GBD21053.1WP_268737299.1WP_194365392.1XP_039612537.1 RMP03152.1WP_202291019.1WP_018159095.1WP_011147179.1WP_265889043.1 EAJ3842941.1WP_134660892.1 MCI1641075.1WP_014206161.1 CAA0126222.1WP_139387589.1 KAF0292372.1 MBI5007102.1 MBU2178615.1WP_008134825.1WP_049267651.1WP_199097566.1 MBB4862510.1WP_029222463.1 MCM1185292.1 MBI6149093.1 EAG2878363.1WP_202269758.1XP_007043916.2WP_260402970.1WP_122896374.1 KAJ7197949.1WP_096851915.1WP_060613079.1XP_021776778.1WP_200650920.1WP_267560498.1 AGQ38940.1WP_108677987.1 HBS1873186.1 EPB66139.1XP_013957138.1WP_087214971.1 MPZ95749.1WP_050658900.1 CAD1480127.1 OKZ56768.1 RBR02939.1WP_164653811.1 TYG81953.1 GEU53557.1WP_274755179.1WP_003642885.1WP_222018129.1 KAJ8608448.1WP_063477675.1 PPE01392.1 MBE8398245.1XP_044006408.1WP_218283561.1 OKH85141.1XP_022457077.1WP_162500151.1XP_050030289.1 MBV9229016.1 EDL37908.1WP_208909738.1 MBK6659833.1WP_251511058.1 MCA2619319.1 UMA88644.1WP_260365401.1WP_238869695.1WP_113156891.1 AFG64821.1 MBN8458701.1 CDD38815.1WP_139665379.1WP_214516916.1XP_007311010.1 NLW10703.1 CAI6348765.1 MBA0553791.1 MCI5711730.1XP_039985286.1WP_253646963.1 KAJ8525108.1XP_048409145.1WP_093752330.1 MBV8506574.1WP_063434200.1WP_222594143.1WP_200162643.1 AAX35861.1WP_194312569.1 OCR38384.1WP_245823513.1WP_109993532.1 HIR98957.1 CAG5150301.1WP_231784956.1WP_171486859.1 MAF07216.1 KAJ1492758.1 OYZ89234.1WP_063706594.1 KZT58963.1WP_137783451.1WP_195156489.1 KAJ7469048.1WP_064292413.1WP_226800426.1WP_228049692.1 RYU57897.1 UCF87976.1 AQR57668.1WP_045323370.1 MBD9057797.1WP_158934128.1 QHO28611.1 CAH2238127.1WP_017718577.1 RLG01914.1XP_031974225.1WP_267861425.1 MCD0163384.1 NDF46396.1WP_141134618.1 RKT82586.1WP_131284109.1 PYS39036.1 MBS1636088.1WP_272889997.1 MBR4734761.1 MCM6312373.1XP_015239306.1WP_010048070.1 GFV41582.1 KAG1464501.1 QDK31721.1 KIJ40064.1WP_282979415.1 KAG7602925.1 EIZ9235425.1 MCA1959605.1XP_027026332.2 MBL6706528.1 KAJ7726226.1WP_039764622.1 RLS46433.1WP_279008479.1 QQH27121.1XP_003040019.1 MCF6767132.1 HAF12758.1 KAH9403806.1 MBK7636756.1 KAJ6236901.1XP_033541489.1 PPC85417.1WP_004751198.1 MBQ2640849.1WP_245885601.1 MBE0607625.1WP_144384753.1 AOJ74168.1XP_005573423.1 RCN52028.1WP_122383566.1WP_274676460.1WP_139627894.1WP_012517468.1WP_249312942.1WP_145756500.1 CAH1111016.1 OFJ58224.1 MBI3448467.1WP_091978272.1WP_226208117.1 TGL93452.1 QNM59064.1 AAL18389.1WP_248087248.1 MBK7937165.1XP_050320449.1WP_203164019.1WP_269268099.1 PKB44918.1 MBW6484923.1WP_105585532.1XP_017476002.1WP_122047024.1 CEY44168.1WP_253063755.1 NEB02235.1 SOE22515.1WP_012339795.1 MBP2355331.1 MBP7061284.1 NLL47071.1 EJG1264510.1 MCD6597402.1 KAH6984898.1WP_141817398.1 KAJ5220196.1WP_095981693.1WP_253352066.1 GFT52874.1 CDE36962.1XP_011272275.1WP_023319464.1 MCJ1318822.1WP_054146239.1WP_102273603.1 MCT7046027.1 MCE1309955.1 KAH9016734.1 MBG6268407.1 MQF68191.1WP_046925025.1WP_041119847.1WP_020226160.1 MBL7732834.1WP_267248697.1XP_019381256.1WP_230822898.1 UJW31884.1 KAF0554084.1WP_234280079.1WP_033365653.1WP_019182526.1XP_009464764.1 OFY34840.1 KAG7131021.1WP_246735792.1 NWV63665.1 EBS5850541.1WP_108137685.1WP_060347438.1WP_213973719.1WP_259005392.1 EJV0278763.1 MBN3769952.1 MCH5163858.1 MBP6972346.1 MBV9963051.1 HCT31040.1WP_006697084.1WP_106136481.1WP_098092873.1WP_198730235.1XP_016611986.1WP_230800902.1 MZP65343.1 MBD1815385.1XP_003048468.1WP_217413389.1 EDJ6414383.1WP_019616094.1 MCB1141657.1WP_025427984.1 TNN34207.1 AUQ33312.1 MCP4914981.1WP_260986135.1WP_206581849.1XP_055989820.1 HIM51057.1 RZD53001.1 MBQ7978512.1 MPC84742.1 OFX35756.1 HAS28932.1WP_193436854.1WP_257107333.1WP_010905191.1WP_253620872.1WP_012573472.1WP_098097765.1 EFK2137151.1WP_169577965.1WP_004957233.1 QNF21522.1 EJQ2687561.1 CDA87281.1 MBO5946342.1 MBQ8711066.1 NIW25441.1WP_135949574.1XP_048633428.1 KAI6047342.1 MBR0160695.1 MVZ66986.1 MBF2759673.1 MBQ3459675.1 MBQ3104376.1 NCN26743.1WP_089109701.1 GBL21590.1 HAB9632401.1WP_026002076.1WP_198095175.1 AHH33963.1XP_043014885.1WP_069877432.1 UIR12670.1 TEB32912.1 EDP2695460.1XP_035216353.1WP_137773782.1XP_036437421.1XP_023028205.1 MAT93460.1XP_040253449.1 NOZ55740.1 EBY6522830.1WP_148545383.1 OLB27154.1WP_265735210.1XP_042465169.1 GLW31455.1WP_185740810.1 MBP6728875.1 MBT1322465.1 MCD6064856.1 MBN1558293.1 ANI90891.1 VFV20999.1 TMO21331.1 HIE16764.1WP_202252188.1 KAF1788175.1WP_048611692.1WP_144320971.1WP_049066482.1 PQK14494.1XP_009535872.1 MBR3005965.1 RZM24348.1XP_001840824.2WP_096067320.1WP_007404414.1 ECP3866152.1 MBG6814041.1WP_232745899.1WP_175076961.1WP_120115041.1 UUZ63036.1WP_268579666.1 KAF3628212.1XP_024888572.1 MBL8638832.1 MBS0261058.1WP_213449477.1WP_245350945.1XP_037539096.1WP_214893447.1 KAG7462864.1 HAT9095998.1 ORY76548.1 HCB1767023.1WP_118359022.1 TXK73489.1XP_030079323.1 TOE90752.1 MCI8895019.1 GHP52484.1XP_034264344.1WP_002449605.1 KAE9445077.1 MBE0577924.1 EIT2901672.1WP_128272295.1XP_044485440.1WP_268123036.1WP_118205888.1WP_052232835.1 OGY30120.1 AGO18338.1 MBQ2017527.1WP_282985289.1WP_017123457.1WP_112473496.1 MBF0865514.1 KAF0905729.1WP_270677687.1WP_031822363.1WP_037451816.1XP_013231239.1 KAB0382747.1 CAP00477.1WP_254972748.1WP_250182896.1WP_223413240.1 MCK9338853.1 SEP73001.1 EFA5132122.1 PIR55147.1 MCB0558738.1WP_246612751.1XP_026320625.1 PWM57416.1 MBU5353226.1 PLA74748.1WP_208910104.1XP_021874514.1 KAJ1619151.1 MCB9544502.1 KDF42894.1WP_125188824.1 MCL5028570.1 MBE6835980.1 QQS09360.1WP_180196654.1WP_162782234.1 OWK14769.1 AWS34156.1WP_013572974.1WP_074791539.1 MCQ2059483.1WP_063302373.1 MBA3725210.1 OGH18708.1 KAI9022896.1 MBO0657491.1XP_004647050.1 MCI93591.1XP_049153370.1 HBL3458524.1 NLR72952.1 RLB75920.1 MCH8293010.1 TFV53637.1 KAI9597310.1 MCF8709434.1 QGP90243.1 MBE42757.1 QXR94354.1 EFG8800866.1WP_233987432.1 KAJ3193491.1WP_259770126.1XP_049406314.1WP_200478262.1WP_112308968.1WP_051963813.1 GIR09622.1WP_216207121.1 GBD99233.1 MBA3038663.1WP_280949002.1XP_010267139.1XP_020321477.1 MBO4748034.1 MCB1383119.1 MCB1703688.1WP_039286629.1 CAF1139697.1 CEG83499.1WP_106361175.1WP_083141943.1WP_269672356.1 RKZ09955.1 NFD84694.1WP_022677205.1 ARD43281.1WP_133340757.1XP_047599047.1WP_008346835.1 OGS12612.1WP_063540919.1WP_063637985.1 ENH52105.1 HBX1528262.1 OLP01091.1 MBL7855430.1 MBR0046728.1WP_150461480.1 MBQ8989682.1 ACV16867.1WP_134106059.1XP_014802175.1WP_006685582.1WP_217452155.1 NLU55538.1 UZF38514.1 TVU87390.1XP_018994437.1 MBI2114665.1 PAZ00503.1 SIR93298.1WP_200986363.1WP_247623347.1 TDJ69718.1 MCB9820569.1WP_142051038.1 KAJ2593889.1WP_219798185.1XP_002777379.1 MAG40972.1WP_084371009.1 MCA1836835.1 TSA47082.1WP_212961195.1WP_228273696.1 MBU2510560.1 ECA8969615.1 KAF5192947.1 RYG22587.1 RYY39456.1 KAJ3920833.1 EFO3858608.1WP_032037025.1 EJC8518717.1WP_056747799.1 MBP9767803.1 MBR2609817.1WP_105738432.1 MBR1803321.1 KXK41164.1 MSV89973.1WP_212269268.1 MBQ8356560.1 KAF4755575.1WP_039983362.1 HJF55539.1 MBN2192743.1 EDF5922784.1WP_141624088.1WP_211429491.1 MCL4467776.1 KQO44758.1 NRA95518.1WP_279184953.1WP_019807556.1 KAI1377204.1WP_086236254.1 MCF3649178.1XP_053501940.1 MCI9379843.1 EIA1623697.1 CAF4687378.1 CAH8313346.1 MBN9169301.1 KAG8539342.1WP_259864893.1 WAS49087.1 MBF9039534.1 MCB0672512.1 MBI4878028.1 MBP1876254.1 EBC1613035.1WP_052386686.1WP_068000887.1WP_257384536.1WP_254363411.1 MCA3389197.1 MCK9538307.1WP_013712491.1 MBQ7809358.1WP_187642449.1WP_036824351.1XP_042531659.1WP_092802679.1 NMG18956.1WP_058997548.1 MCO7639728.1 PBK84789.1 KAI9244300.1WP_265332308.1WP_224045636.1WP_049043948.1WP_068780709.1WP_247334239.1WP_265966242.1 MBS7604783.1 MCD6419504.1 MCI2155109.1WP_013559898.1 CKQ42697.1 MCE4566367.1 MCL6540381.1 MBK8168045.1 EAG5429682.1WP_038239756.1WP_017633897.1WP_050498798.1 GFW26598.1 TNI18971.1WP_278631399.1WP_043940504.1 HAS8246497.1WP_176970092.1 MBP6375542.1 MBC7309192.1 MCS6948817.1 HAQ9752200.1XP_007978456.1 EGS7961067.1 MBO5162475.1 KAI8723523.1WP_145643501.1 MCB0840321.1WP_257880947.1 KAG1144813.1 EAJ4317745.1WP_098952357.1XP_016469741.1XP_036130723.1WP_169105698.1WP_154097642.1WP_135194320.1 MSR12783.1XP_003502921.1WP_142590093.1WP_210356206.1 SCK25073.1 MCI7610146.1 GFC18333.1WP_020403159.1WP_169356007.1 MCJ2541369.1WP_277690767.1 KAJ1283197.1WP_199711823.1WP_076799287.1 KOV87872.1WP_043158522.1WP_099219937.1WP_041481207.1 CAH2899959.1 SED94327.1WP_015484594.1 CAI8213472.1XP_056050985.1WP_109341768.1 MAB27215.1 KAJ1022640.1WP_112119927.1 NNF05378.1WP_062517857.1 MBO5721020.1 EFD7787626.1WP_161643844.1 WDA54585.1WP_020560972.1WP_096202154.1 MBQ3976808.1XP_018561118.1WP_002655233.1 MCL2033989.1WP_198297747.1 VDR39692.1WP_131055803.1WP_249557352.1WP_070428178.1WP_137732205.1WP_201490320.1WP_036973950.1 KNA07336.1 KAG3033979.1 NRB78924.1 PNJ24551.1WP_027369743.1 EBU6207141.1WP_244028884.1 OGD85943.1XP_049486383.1WP_119088635.1XP_055254096.1WP_241133221.1WP_225781432.1 MBQ3321785.1 RMF68396.1WP_177420403.1 MBX7048921.1 MBP5709003.1 GAN03156.1 ETZ74096.1 MCC7304610.1WP_075190302.1 TLX83379.1 MBA2554676.1WP_239517986.1 CDL84920.1WP_122920202.1 HID24809.1 MBW6512602.1 MBD3641221.1WP_070723361.1 TDR34929.1 QQC21553.1 MCQ2539410.1WP_187843135.1 UGX22439.1WP_126679569.1WP_001804449.1 MCP4774001.1WP_218014032.1 MBT3179978.1WP_220492852.1WP_063338866.1WP_262406623.1WP_110366458.1 PAF30375.1WP_180034620.1 GFA01557.1 MBV5323933.1 EHH49716.1WP_064068643.1 KAI9713296.1 KAG7197246.1 HAT4171334.1WP_148803392.1 KAJ0864938.1WP_282035981.1 MCO6473319.1XP_006376427.2 UPT73080.1 EGR2272270.1WP_079091847.1 KAG7553039.1 CUH97802.1WP_106697451.1WP_200047810.1WP_097273626.1WP_223806191.1 EJO8252676.1XP_052459928.1WP_282393050.1 KAF9021604.1WP_190492354.1 RZU50905.1WP_004647440.1WP_196051328.1WP_122709004.1WP_231022353.1WP_279838136.1 GGY15265.1 MBE0512446.1WP_270310372.1WP_009881125.1 MCB9642437.1WP_061880815.1 KAI3416446.1WP_015602159.1XP_040238549.2 AAV84242.1 MBN8715319.1WP_123966251.1 MBA2544012.1WP_234123871.1WP_004185621.1 MCB0243881.1 KDR18051.1WP_253495381.1 EFN5389376.1 MCI0529127.1WP_050163955.1XP_001275602.1 MBS9779527.1WP_149040698.1 MBI5294613.1 KAG5560933.1WP_070664995.1 KAJ3564783.1 KDZ18439.1 UBP50947.1WP_160877220.1XP_047466965.1WP_186480556.1WP_185334683.1WP_193019742.1 NXX86929.1WP_070552687.1XP_004149267.1 HIR19825.1 NBT94281.1 MBE6649515.1 EEE2002201.1 GFT96598.1WP_251111556.1 KAI9193803.1 OAQ80483.1 MCK4996050.1WP_190461229.1WP_083296738.1 OPL17692.1WP_248328072.1WP_105160947.1 HHZ84751.1WP_059149453.1 KAG0047764.1 CSP94261.1WP_249310236.1XP_025923156.1WP_255691273.1 SDI37994.1WP_035109232.1 KAJ6253787.1 QZU16279.1WP_106735761.1 MBS8550192.1 UPA83906.1WP_004208647.1WP_053816212.1 HCI22783.1WP_116701099.1YP_009919788.1WP_004660460.1WP_004727834.1 GFX07062.1 NXG47881.1WP_110984669.1WP_050342552.1WP_266708839.1WP_274323930.1WP_133448963.1WP_044459070.1 MBZ0271896.1 KAF2871612.1 OGF51096.1 KAA0015115.1 MCD6081740.1WP_074527819.1WP_108511015.1WP_167197999.1 QDH16072.1 NGP45824.1 MCB9315714.1WP_165144904.1 GLC62462.1WP_068051662.1 KFZ09473.1 MCF8452598.1WP_179243590.1 UBY01598.1 PBN43802.1 UNP61785.1 MBI3778926.1WP_055947144.1 EHW4033744.1 MCA9004139.1 MBM3534697.1 MCE2152122.1WP_090467430.1 EHR8930749.1 KOR85988.1WP_264950959.1WP_238975975.1WP_212282141.1 EAQ06730.1WP_236248745.1 EFX4914003.1 EFL6071320.1 MOY08337.1WP_123363258.1 GIS82389.1XP_040342838.1 AFA35617.1 NQJ73193.1XP_026829212.1 KAI1358894.1WP_024870391.1 EAI2381694.1WP_167263015.1WP_222168304.1WP_221265680.1WP_087199737.1 HAI0697239.1WP_039190453.1WP_268285128.1WP_223360106.1 OUR78726.1 NIP79453.1XP_008332845.1 TQD74562.1 MCL4381067.1WP_091276063.1 PDM41204.1WP_205448866.1 TKJ28570.1WP_204037257.1 TQD99590.1WP_180130780.1WP_254962431.1WP_245961518.1 MBN8919778.1 PWL92822.1 KFY78659.1WP_079619859.1 PLX13828.1 MBW1714133.1 ENF92344.1WP_258515841.1 ECP6736894.1WP_006034446.1WP_106759541.1WP_204663166.1 MBJ7292067.1WP_086486287.1 EHH4366918.1WP_282689626.1 KAJ1529594.1WP_055337992.1XP_040136988.1WP_060933343.1WP_258380998.1 MCB1338306.1WP_038052668.1WP_116619797.1WP_105526419.1WP_129543374.1 MBL8820230.1XP_004869485.1WP_248846761.1 MCP5260845.1 WDS37366.1WP_238844860.1 NXY38534.1WP_263072085.1 MCB1815789.1 MWR41881.1XP_044490862.1 MBM3322720.1WP_038440434.1XP_005087540.1 PKM16736.1 MBG8612140.1 NLY22703.1 TMH33622.1 TEA36401.1WP_279029857.1XP_037829017.1 GBM15324.1WP_216890540.1WP_023955328.1 EHK9185512.1WP_236495189.1XP_049236752.1 MBO6153462.1 EAZ93353.1 TAL78422.1 MBQ9979016.1WP_232038993.1 KAF0259695.1WP_263011293.1WP_153201580.1WP_074667553.1WP_096443068.1WP_063378475.1WP_211627431.1WP_152029253.1 MCR5007903.1 UEX07109.1WP_172228453.1XP_054800357.1 MCD4805360.1 MUU11774.1WP_221286480.1WP_076679691.1 QIG46118.1WP_171531042.1XP_002430673.1 ANJ20823.1 NXR14151.1 MBI5003436.1 MCU2740175.1WP_203339841.1XP_052621353.1 KAJ4922108.1 MBK6983032.1 MCI9332849.1WP_057489847.1WP_100146488.1WP_176018545.1 MBI4448201.1 QGA29503.1WP_274358594.1XP_052375968.1WP_137692307.1 MBS0252047.1 MBM3499926.1 NBQ41256.1 MBQ6111538.1WP_189646918.1 MXX91804.1WP_059632389.1WP_052379448.1 HCW55486.1WP_260920963.1 HBS0905846.1 MAA73247.1 KJS09633.1WP_063427392.1WP_171251269.1 MBR6293537.1 MBD8963934.1 KAF4998971.1WP_056264272.1 HIE21596.1WP_262138576.1 NPV66369.1 MBN4358138.1 MBM3366565.1WP_182997113.1WP_215799033.1 MBO7690464.1 ANN75327.1WP_283525395.1 RVU39726.1WP_129189671.1 AJU61790.1WP_009620393.1 MCE5327674.1WP_184846795.1 CAG5919444.1WP_251643117.1XP_013338901.1WP_254645866.1 EFK3891274.1 HIP46790.1WP_271820285.1WP_119400337.1 GGK76871.1WP_161554567.1 MBD5394228.1WP_049595658.1 KAH8979981.1 RYZ40664.1 ANP72927.1WP_279270002.1 KAB2615394.1 NTM88027.1 HAS6615025.1 MCR5673014.1 HCA5739398.1 RAI83609.1WP_255965801.1WP_010997757.1WP_244200682.1 OTO70739.1WP_143010918.1WP_255375741.1WP_257080809.1 GLY24463.1 MBR5377733.1WP_247623927.1WP_018646673.1XP_016445639.1XP_029698713.1 MBU5424338.1WP_007427566.1WP_111106433.1 PDW44028.1XP_013164386.1 MBR3209975.1WP_006336501.1 HCE77318.1WP_015203918.1WP_086987611.1 KAA6389633.1 HEB56095.1WP_047323176.1 MBT6415404.1 MBK3737236.1 AEH52569.1 DAK76805.1 KAJ6490484.1WP_157502995.1WP_223232292.1 KYG00847.1XP_033824504.1 MBQ0048698.1 UFA30503.1 RBQ02499.1 QCI53355.1WP_074801249.1 MBI1210064.1XP_054446685.1WP_129873796.1WP_087702867.1 GFH27490.1WP_034563362.1 KAJ8704128.1WP_114861267.1WP_224791962.1WP_268637051.1XP_028543448.1WP_213341058.1WP_025016984.1WP_170015751.1WP_277479375.1 KAA3630074.1 MBD7990178.1 MBX3011771.1 KMZ99658.1XP_001448147.1WP_107883730.1 CFP83382.1WP_067636955.1 KAG6786554.1WP_176349335.1WP_169984846.1WP_103124525.1 MCD3114202.1 MBU2478158.1XP_046463157.1 THY23779.1 KAF6757059.1WP_003939801.1 UJR17665.1XP_042666906.1 RGZ20155.1 GIP39269.1 EII8712558.1 KAG2309455.1 TSC89929.1 MBB4856459.1WP_264934627.1WP_262832653.1WP_029528833.1WP_282467912.1 TXI82219.1WP_278266677.1 TNN52570.1 HBN08375.1 SJX71965.1WP_127508273.1 MBA3472522.1WP_241420500.1WP_218505696.1WP_226678738.1WP_187029467.1 UUZ81931.1WP_179032033.1 MBQ6875507.1WP_101564711.1 MSU20497.1WP_047914038.1 PWA46560.1WP_153219677.1WP_171653853.1 TAM79626.1WP_227903033.1WP_047664410.1 NLB93078.1 KAI1725697.1 MBK8382708.1WP_208090714.1WP_280658332.1 MXI78925.1 NLO64495.1WP_064711955.1 MBM2811997.1 RLN36134.1WP_119815679.1WP_213625822.1 NEP87605.1 EGY4555186.1WP_105399038.1WP_251247609.1WP_266842210.1 GMF22075.1 GHV04322.1WP_074911472.1WP_182544916.1WP_232553043.1 TCK28839.1 HCJ9518601.1 NUV85209.1WP_216418390.1 KAH8394604.1 RLT18611.1WP_267937098.1 MBC7977454.1WP_257007586.1WP_128690407.1WP_068563945.1 MBN2775557.1WP_134806596.1 NRB12392.1WP_114695256.1 MBI4300015.1WP_262175203.1 EAG2350674.1WP_135676778.1 QDH52386.1 MBS4968936.1 TMJ83338.1 EJS0734484.1 EGT3575439.1 OMO76535.1WP_202587913.1WP_056382861.1XP_018594075.2WP_077492284.1 GEX99374.1 MBS13190.1XP_046837596.1WP_022723191.1 BAO23243.1WP_105336487.1 MCO4016744.1WP_122747354.1 KAI6203333.1 MBO8166298.1 OLE87009.1 KQM27662.1 MCE2883039.1WP_185921121.1WP_139649072.1 KAG7345309.1XP_034481174.1 EFA5447392.1 MBI3868575.1 BBG20955.1WP_045136250.1 MBF0107908.1 MCB9222627.1 RYY55682.1WP_264750294.1XP_026100634.1 PWM49891.1WP_017487366.1WP_034968029.1 OXE30643.1 QDI78883.1XP_008604006.1 EGT0637761.1WP_135916821.1 MXW58053.1XP_050358545.1XP_004225259.1 TBR44965.1 AQA21753.1 DAO35860.1 MCB9555407.1 NOG54385.1XP_027894086.1 OJG95819.1 GIY33458.1 MCI1663915.1WP_142429410.1XP_040114763.1WP_129857883.1 EAN4724137.1WP_137058869.1WP_278924671.1XP_033130084.1WP_186939222.1 RZO90007.1WP_067908376.1XP_010831352.1WP_187094112.1WP_176538754.1 MPT34124.1 MBO5205168.1 MBK8687530.1WP_228527316.1 ECA9858842.1 MBN9625832.1WP_276153259.1 PCJ60344.1WP_034004944.1XP_007405597.1WP_241323553.1WP_030096092.1WP_149633476.1 COS78102.1XP_031145922.1 KAF1792308.1XP_012206226.1 TIX75263.1 TNH24208.1WP_147434933.1WP_091252096.1 HJE11106.1 MBQ1306452.1 MBR5168981.1WP_010865602.1WP_074028604.1WP_270967954.1 CAG5083139.1WP_121452481.1 MBQ8412219.1 RYE89993.1WP_160352546.1 MBU2573448.1 TAG14385.1 HIS46075.1 MBS6779195.1 MBP3450714.1WP_259633828.1WP_277084622.1 HBO4828144.1 CAB3503427.1WP_167084302.1 MBK9137892.1WP_086612756.1WP_229319113.1 MCI40880.1 MBU6305288.1 UAS17182.2 MBN1762539.1 KVN34631.1 CAD2189922.1 KAF5671546.1 CAG8783316.1XP_006161615.1WP_207472995.1 TMG92410.1 MBL0091585.1 EJI8012843.18APN_AMWP_073680713.1 SQB81123.1 KAI2569442.1WP_049468231.1WP_074825075.1WP_074925385.1 CAI2162316.1WP_011629477.1WP_001202764.1WP_122031495.1WP_177995267.1WP_111457087.1 KAA8693182.1 MYT92751.1XP_043889695.1WP_274549238.1 DAZ64401.1 UBD95131.1 ESS65152.1WP_095451526.1XP_040286004.1 KPX96424.1WP_233290946.1WP_139552727.1 ETO85594.1 TWP21248.1WP_225318916.1WP_128455839.1WP_109249144.1WP_272056282.1 ECC0814460.1 RZO46377.1 NXB12866.1WP_203282270.1WP_083681546.1 OYZ24246.1WP_140889516.1 MBN0056136.1 CKL52325.1 TIP25924.1WP_173580245.1 MBP9134796.1WP_179321248.1 EAA1978353.1 DAZ71054.1XP_001275352.1 RCX10040.1WP_276263713.1 ETI31896.1 PZW56938.1 VUC33496.1WP_279595826.1WP_216295494.1 QWC83326.1WP_186556299.1XP_036352003.1 AUW66636.1XP_021678658.1WP_257777211.1WP_045332585.1WP_196396761.1WP_263298010.1 GFD45028.1 MBE1549930.1WP_154951203.1XP_042646948.1WP_148044309.1 GEY78623.1WP_157767135.1 MBI3668312.1 EDD0587303.1 KAI6685811.1 MBN9383861.1 OAL48948.1 RUS79844.1WP_266613108.1 HCN7845163.1 MBR7122964.1WP_154324327.1 HCT61068.1 MBZ5490509.1 RZK52568.1XP_018661491.1WP_222251196.1 RGG06187.1 PHR72175.1 MBQ6421794.1WP_251290759.1 MBR4471080.1 MCF2638803.1 KAJ3519417.1 OCB46767.1 MCD8138445.1WP_263513200.1 NWW37631.1WP_010859888.1 EFS12202.1WP_245836657.1WP_208750182.1WP_069944653.1 KXK44331.1WP_190971545.1 ECB3811761.1 DAT73027.1 HCT06136.1 KAG1677749.1 CAI3266215.1WP_160923791.1 MBQ9635153.1WP_185892762.1XP_001312457.2WP_140229785.1XP_029003841.1 MCC1459731.1 MCC6386819.1WP_153033981.1 MCE2153491.1XP_040937145.1WP_214850425.1 RMF71452.1WP_200671006.1WP_263537640.1WP_088153117.1 HJC40183.1WP_155963450.1XP_017706045.1 KAJ6801625.1 MBS1921425.1 MBD5086961.1 NLS70598.1WP_018187484.1 MBI4606629.1 EAP5059555.1 MXX44250.1WP_235060562.1 MBK8752367.1WP_049697298.1 KNE54577.1 MBS0281612.1WP_037818847.1 TML70651.1YP_007317140.1 NQZ80525.1WP_061548291.1 OGU48181.1 TIQ70464.1WP_010434011.1 NLP00897.1 TXH38725.1 MBN2697970.1 CAE5960238.1WP_120171324.1WP_252115680.1 EZA58905.1 MBL8041865.1WP_135847767.1 HIT09367.1WP_180860911.1 EAQ3014137.1 MCA9799621.1WP_278273894.1WP_261281372.1WP_090178898.1WP_264248212.1 MBQ8743106.1 EAH4606626.1 HCG2498768.1 HBA5291325.1 MBU0720757.1WP_225744764.1WP_053743010.1 EFJ8748319.1 ULU28230.1 MBP3421135.1WP_095310603.1 NBW88664.1XP_010481786.1 VDP42962.1 MBF0362390.1WP_230208134.1 KAJ8438905.1WP_093797100.1 MCA9871439.1XP_007828375.1 MBL4798178.1WP_119928822.1XP_054720054.1WP_211748754.1 MBU0518438.1 NXD58230.1 MBL4825303.1 HAG54718.1WP_047323805.1 KAG5639171.1 EJF06804.1XP_048961030.1XP_014086709.1 NBO56108.1WP_065358803.1WP_179536231.1WP_250499463.1 EMF80818.1WP_202082228.1WP_218198734.1 UJQ14296.1WP_281734351.1 AQA19851.1 MBT4511102.1 EHS0147317.1WP_067032591.1 CEZ68761.1 MBW6187146.1XP_052737512.1 RLT25539.1 MCH8117287.1 MBT5780702.1WP_121182262.1 WEI27974.1 MBD3769330.1WP_114811503.1 RZI94009.1WP_245838763.1 MBT6972091.1 MCU1401149.1WP_271406340.1WP_130962786.1WP_243678753.1WP_245971990.1 VDD35992.1 MBQ7389792.1WP_281670363.1XP_026994537.1XP_047076827.1 MBR2684576.1WP_113625996.1 MCH8269832.1 AGD93042.1 KAI4090501.1 NLO81011.1WP_074053577.1 OQA35671.1 MBS3065855.1 MBR5562318.1WP_122440133.1 MBR4038690.1 MBR6141090.1WP_087909023.1WP_054891276.1WP_061195945.1 KAH0642104.1WP_164582471.1WP_194621234.1WP_106812746.1 UPP41269.1WP_009714971.1 MTI81752.1 KAJ3160366.1 PTX93603.1WP_252438898.1WP_026002460.1WP_282322778.1WP_085315249.1XP_023529459.1WP_137885208.1 RWW58604.1WP_167301289.1WP_003748238.1WP_002894198.1 EEC70172.1 PNH10535.1WP_109305164.1WP_179050696.1 MBS0449087.1 CAC10160.1 OHD72009.1 KAJ0960782.1 OPZ33967.1WP_179827767.1WP_131914061.1WP_238126428.1XP_052288270.1 PKP76071.1WP_144841777.1 KFP60608.1WP_189693187.1 MCK5302212.1 PJC62958.1XP_009308369.1XP_047046442.1WP_262247119.1 KAF6089756.1WP_066083732.1WP_150724537.1 KAI7727618.1WP_164107212.1XP_055928676.1 HIR39763.1 MCH1470780.1XP_035385791.1 MBV8954574.1 MBE0479857.1WP_152458326.1 TVR86131.1 MCF0253735.1XP_030565673.1 EFV4730429.1XP_045807497.1WP_179091326.1 MCC7351004.1WP_158323663.1 MCI6190072.1 MCG67859.1 PWU57639.1WP_099100504.1WP_253357977.1WP_218989306.1 PKO20637.1 MBV9159501.1XP_032085066.1 TSA09501.1 UHB14670.1 OFV87204.1 MCC6149544.1 KAJ7819277.1WP_214892570.1 MBG6071015.1 MBO5908692.1WP_015154948.1WP_198297627.1WP_233572281.1WP_101275729.1 KKA06871.1WP_109267392.1WP_045339064.1WP_094217606.1 CBH50084.1WP_121217628.1WP_085176546.1 RJU83745.1WP_210167953.1XP_016339808.1 MBL1147659.1 MBC2353926.1 MCD6302399.1 QDG92469.1XP_035778474.1 OME96001.1XP_004384112.1WP_065073385.1WP_103263575.1WP_097199932.1 VUT24782.1WP_011062110.1WP_133179454.1XP_027584191.1WP_250377942.1 MCM2455575.1 KAF1787790.1WP_197744369.1WP_227329750.1 CAH0730513.1WP_124908062.1 KAJ0798837.1 MCA1595916.12VGF_AWP_059923305.1 ESK93629.1 KAF5772005.1XP_032707293.1WP_160447747.1 GJM25205.1WP_100571198.1XP_028766233.1WP_143356561.1 RLA95129.1 MBN1854849.1XP_024707996.1XP_007206475.1WP_101938578.1WP_224828628.1 MBZ5591381.1 KAI8838875.1 KAH7009790.1 EQA53083.1WP_141952156.1WP_161208527.1WP_278436726.1XP_005405047.1WP_149128675.1 CAF1216529.1WP_270908912.1WP_019470943.1WP_023843991.1 UTN87579.1 NYI84739.1WP_181898940.1WP_088526897.1 PWC90347.1 MSU45888.1 MBT0668662.1 CAH0727316.1WP_256342227.1 MBT4160670.1 NCA33082.1XP_045183397.2WP_279295785.1 KAA0234643.1WP_188888464.1 MBS1743426.1 EBD4871273.1 MBO9629596.1 KOR84431.1 MBQ7329863.1WP_132575460.1 HAV2020887.1WP_152735594.1 MBX9878857.1WP_037889990.1 MBP7989505.1WP_203162307.1 MBF8983114.1XP_054844157.1XP_048221756.1WP_104836709.1WP_077217464.1WP_116788607.1WP_002541411.1WP_280713773.1WP_147493387.1WP_182342936.1WP_232243969.1 MBN1793755.1WP_100378753.1 KAJ3691906.1WP_036258374.1 QNK62815.1 MCD7834656.1 MBP7634095.1XP_019384620.1 MBT3747969.1 MBQ6998144.1WP_150930630.1XP_026120963.1WP_126840241.1 HBK0888477.1XP_027768392.1WP_192026965.1 KAF0880495.1WP_234564275.1XP_013982426.1 EIR3813187.1XP_030620685.1 NHB63634.1 KAB4839568.1 EPB83562.1WP_079304935.1 EAH7180598.1WP_127965636.1 MBP3290446.1 MBL0848796.1 PLN85696.1 MBR4316258.1 HBU57020.1 RMZ53977.1WP_104739464.1WP_178999808.1WP_080539504.1WP_271563639.1YP_009901198.1WP_139989153.1WP_240053789.1 GFD60763.1 MBQ48993.1 RLS53863.1 MRN26950.1WP_005253785.1WP_059566149.1 OGD88828.1 HDZ72415.1 NDI25889.1 MBL1272346.1XP_013617705.1 MBL6635315.1 MBB6433666.1WP_061261925.1WP_240207262.1WP_101662518.1 MBT3358747.1 HAL84546.1WP_051686353.1XP_008293954.1 MCB1644245.1 MCH7862091.1 NUN10705.1XP_007761143.1WP_107551828.1 QQO85492.1 MBQ6794463.1 MBK9391165.1WP_111113162.1 CAD7694243.1 HBE26957.1 MBS7058472.1 MBT5464676.1WP_249119039.1 PSQ73325.1XP_037293573.1 AHM93900.1 XP_624193.2WP_126678289.1 HBU6715136.1 KAI5657497.1 MBR4371193.1XP_025786250.1 HBN0452499.1 NXW19449.1WP_153747345.1 MXD03405.1WP_212309145.1 NEU29184.1 MBQ5754168.1 MBS1745163.1 MBQ8003389.1 GEW80515.1 HHO76132.1 MCH2165167.1 KAB0360174.1WP_115470986.1 OMJ26529.1WP_129770031.1 RWK19229.1 CDX32740.1WP_255761006.1WP_255352846.1 QLQ30255.1 MCH2065391.1WP_105599976.1WP_204650864.1 KMZ56706.1 TLZ05171.1WP_032373688.1 HBY0139633.1WP_122236618.1WP_194104904.1WP_210799437.1WP_066519483.1WP_087384365.1 KFP63770.1WP_272114414.1WP_050580425.1 MBN4326111.1 MBD8893743.1 KAJ6059888.1WP_063640296.1 MBT5488157.1XP_020272228.1XP_053592881.1 HCF6759084.1 HBF53378.1XP_017857703.1 PIV62444.1XP_020788278.1WP_280343167.1 MCC6539403.1 CAI5716986.1 MCK9371657.1 MBE4717433.1 UMM23672.1WP_059171534.1 MBF0143407.1XP_009031127.1WP_248112338.1WP_012924408.1 MCD6205878.1 ASL92868.1 MBU0633142.1WP_135820337.1 MBG91959.1 MBV2096469.1 MCH8223536.1 MOX37967.1WP_123234331.1WP_062917436.1 KAJ6728134.1WP_264228578.1 MCA0453363.1 MBN1275370.1 MCT8275829.1WP_125251950.1WP_177055611.1WP_112382897.1WP_229447885.1XP_052609093.1WP_232676102.1 SCH22700.1WP_073251662.1 KAJ8488862.1 HAR3824072.1 GGS66510.1 MSO98652.1XP_008264087.1 AAR19565.1WP_083824265.1 NJD91181.1 MCA8990238.1WP_031504118.1 MBT1821840.1 MCL5772337.1 VRK55480.1 GFD10569.1 MBO7366298.1XP_056309872.1 HHC07960.1WP_279836660.1 EHA1083554.1 MBQ2587741.1XP_011924069.1 OGD37525.1 CAH9417069.1WP_061795322.1 KAE9407684.1WP_144929841.1 ABB86219.1WP_207855327.1 MBR4831078.1 KAF5705428.1 MQG84887.1 NUR94205.1 KAI9087862.1 MPC13528.1 MBN2660390.1 MBK9183427.1 MCO5068575.1WP_070545363.1WP_200154298.1 OWZ34415.1 EGQ8192442.1 CAG7850540.1 KAJ4213304.1WP_170235146.1 MBQ3156222.1WP_056726975.1WP_069697901.1 KAJ3469091.1XP_027201715.1 MBF1354756.1 RNA69827.1WP_054910535.1 MCQ2587557.1WP_267829077.1 HBK1877356.1WP_233689818.1 HAL5964588.1XP_002973447.1WP_203727943.1WP_238267528.1 ADJ57888.1 MBX7122227.1WP_057479385.1 EGT3616788.1 MBP1550239.1WP_008470196.1 EHY1237200.1WP_063692548.1WP_058877503.1 HBP29295.1WP_169872765.1 MCI7575045.1 HCE7955950.1YP_009226675.1 MBK6290503.1WP_039672911.1XP_029439375.1 NJC23639.1 HCZ13020.1 RQD71026.1 MBE7174334.1 MCF8449868.1WP_217309755.1 TXG48910.1 OMP12204.1 NET34040.1WP_182308552.1XP_050785609.1WP_145279320.1WP_190728559.1WP_043884631.1 MCL4835344.1 CKR50421.1 KAF6355230.1 EFP11715.1 MBN2220243.1XP_001426929.1WP_004841038.1 GFT25780.1WP_108101124.1WP_233494598.1XP_037174607.1WP_008314082.1 ACO35565.1XP_035530493.1WP_031940100.1WP_129194092.1 NVK17210.1 QQS37660.1XP_012264750.2 MBK7503626.1XP_040086206.1 HHJ06374.1 MCH99616.1 MPY37361.1 MCQ2288428.1WP_021646634.1WP_244811380.1 EUA22401.1WP_074096037.1 MBD2210658.1WP_107352122.1 MCD6156803.1 MCF2656092.1WP_238588402.1 MBR0212985.1 KAI6019239.1WP_223749936.1 MBX8197149.1 KAG4074423.1WP_139499883.1 MCD6533325.1 MBO68682.1 UIX40308.1WP_224586479.1 GBE25682.1 MBI3947524.1 MBA3031770.1 MBU7046308.1 NTZ64221.1 MBL1120007.1 NIF31361.1 MCH4209672.1WP_244250846.1 MCC8072670.1WP_261970917.1 UKE84511.1 MCU0251598.1 HAW5846675.1 DAQ84782.1WP_084371136.1WP_088774527.1 MBM4075151.1 OLA65010.1 KAH8277827.1 MBK9228460.1WP_105035243.1 KAJ6942832.1WP_189417916.1 UEC52718.1 MBQ7293051.1WP_159259813.1 EAH5981648.1WP_227461668.1 AAX49003.1 CRK93005.1 MBM4091591.1WP_282259321.1WP_212626688.1WP_167345377.1 NXJ48511.1WP_062713263.1WP_087437779.1WP_261907733.1 RWR83460.1WP_126933505.1WP_066841281.1 MCG6912449.1WP_008701575.1 KAE9450885.1WP_126353423.1WP_159461552.1XP_017354457.1WP_031885024.1WP_010381982.1WP_217904803.1 GJK53752.1WP_057859275.1WP_164945946.1WP_225592933.1 KAF9194863.1 UYC71619.1XP_007423461.1WP_209467194.1WP_226688333.1 KZS76886.1WP_055826320.1 OGU28904.1WP_077320126.1WP_216308000.1 MCL7487729.1WP_219734411.1 MBT9793465.1WP_012913739.1WP_182986787.1 AXG99930.1WP_181244664.1WP_097746315.1WP_187788315.1 KWZ83306.1WP_186723788.1 CAA0813386.1WP_044626129.1 MCD4818220.1 MCP4570049.1 ECI3309320.1WP_024404629.1WP_055863905.1WP_116393154.1 DAG36852.1 MBR0212092.1WP_258340180.1WP_278906630.1WP_032845625.1 NBR46296.1WP_223746173.1 KAK48091.1 EHH5649593.1 EIM6243235.1 KAI1395879.1 MCG8030229.1WP_221166976.1WP_161797448.1WP_088751843.1WP_122705662.1XP_055289786.1 RQR66516.1 NDC77618.1 CAC14781.1XP_023677472.1 MBM3993664.1WP_211867837.1WP_042959984.1WP_171549300.1WP_044489505.1WP_031065317.1XP_030368951.1XP_041173850.1 MST81202.1WP_035710346.1 PKO72095.1WP_278839117.1WP_074319120.1 MAG44064.1 MBV9097303.1 THU55532.1 NNC77678.1WP_014884217.1WP_266631528.1 EEQ7907210.1 KAG1799066.1 CAG8651065.1 KAJ0414039.1WP_231117944.1WP_265634479.1 UGB98301.1 MBQ6815353.1WP_276598033.1 HBM7289758.1 MCU0780070.1 EIG2935021.1WP_257258519.1 MBR4705654.1WP_057475198.1WP_106587829.1WP_091540071.1 MBQ2810184.1 MBI4382429.1 EEJ7112508.1 ODT35081.1 MBD9532752.1 CFU01724.1 MBV9085084.1 MBQ2193282.1WP_096751687.1 NVJ47954.1 CAF4530116.1 MBO6858759.1 PDH25543.1 QUA05739.1 ROT89752.1WP_102848179.1 RMO68303.1 MBN1133474.1WP_054919719.1WP_014812045.1 MCM2350719.1 GGU95879.1 EDV4701861.1WP_060883568.1 NBC28176.1WP_219484458.1WP_254218450.1 UBY07556.1 PAA85122.1WP_250740298.1XP_029957910.1WP_261066330.1 EIN6894283.1WP_003976137.1 CAF9903004.1WP_028211029.1 VTR17913.1WP_155560674.1 MCI5849734.1WP_182221967.1 MBO1682517.1 KAJ5879340.1 MCB1269932.1 MBF0266635.1 MBI3145102.1WP_224911464.1WP_091131895.1WP_076569469.1 MYM13983.1WP_124336611.1 OTI63326.1WP_033456074.1 KAJ0179631.1XP_011231611.1 KAH9773659.1 MBG4284514.1WP_232923125.1 QJX39053.1XP_047670625.1 HIZ23242.1 OGP18648.1YP_009953780.1WP_096420503.1 AIR72471.1WP_145848873.1 MCF7808720.1 MCR4780139.1 RUM56169.1 EXV29885.1WP_135153154.1WP_192272294.1WP_169034890.1 MCL2179853.1WP_261610998.1 GIW75824.1WP_107605937.1WP_204504397.1WP_104880153.1WP_192819276.1 MBP3258987.1WP_051799949.1WP_080069963.1 MBM7125960.1WP_032902824.1 OJZ88794.1 MCA1602026.1WP_254698006.1WP_135625684.1 MCF6248835.1WP_207277556.1 QLL42869.1WP_208891791.1 NPA60307.1 NUM76802.1WP_261733022.1 MCC6153889.1 MAR11490.1WP_202390355.1 KFP55735.1 OPZ80214.1 SDP91455.1 MCA9759546.1XP_042575628.1 UTM04871.1 MBE4386870.1 MBU1949759.1WP_209164465.1WP_070172067.1 MBC9216850.1 KAF3157345.1WP_243514657.1WP_264593810.1 MCF3649217.1WP_260912062.1 MBV38818.1 CDX26094.1 EPS65972.1 MCF7845821.1 MCA9273490.1WP_165007860.1WP_084119994.1WP_139266533.1 PHS07087.1 CAB4375794.1 QLT57385.1 MBL8001378.1 KAJ7390332.1 KIO14952.1 QHV87229.1WP_281350185.1WP_254090314.1WP_100659968.1 QTW92269.1 KAJ1419147.1 KAF1839740.1 BDY11310.1XP_048216280.1WP_084290175.1XP_047379458.1YP_009745171.1WP_276509439.1 MCQ2612024.1WP_242719345.1 MBU2333720.1 HBF5910189.1WP_070276216.1WP_244305237.1WP_161020167.1 HBZ7417361.1 MBV8166774.1WP_013845913.1 MCH8147627.1 KAF4336989.1WP_104981358.1WP_013102579.1XP_024747977.1 NDF13247.1WP_162783004.1 ARR91819.1 MCS6948286.1WP_194235048.1 MBO5878101.1WP_063316698.1 HBC6813009.1 PKU40490.1WP_254144300.1 CAD6897702.1 MBC7757407.1 TDL20017.1WP_115513761.1WP_145031602.1 REJ18923.1 MBB3008158.1 EAV4122193.1WP_246884968.1 MBP6505074.1 AEL09906.1WP_260467581.1 MBE7554905.1 CAH7718754.1XP_054539312.1WP_010443651.1 NNK90694.1 MCI0339177.1 ETP52929.1 KAI9354912.1 MBV8846188.1WP_075555721.1 MBR0168732.1WP_159020823.1 ROV93981.1WP_160324393.1WP_280604208.1WP_141769780.1XP_022467441.1 KAH6575376.1 RDE30147.1 MBS07042.1 MBR0185573.1 MBR6873642.1 KAH8674414.1 KAI5122644.1WP_255657001.1WP_208427233.1 MBP1765367.1 MCJ8744353.1WP_235697519.1WP_203101196.1WP_081197627.1 AGL88086.1 KAI2507414.1WP_278243902.1WP_195519891.1WP_267857086.1 SDT73851.1 MCI8905996.1 MBE5853476.1WP_187666598.1 RYY73542.1 MBO7740928.1 EEW1536683.1 MBM6691367.1 KAH8103951.1 CAE8618269.1 KAI6823133.1 NLU38508.1 HCE3964987.1 NBR20456.1 TIW64311.1 KJS71365.1 EFS21643.1 GHU06330.1 UXH94526.1 EDX9534630.1WP_258143355.1WP_248050568.1 DAR19459.1 MBT4710545.1WP_232634591.1WP_103961312.1 PZP36069.1 MCJ7770831.1 CAG2229172.1 MBU1183407.1 PJI44171.1WP_091735241.1WP_214524166.1 VTM75314.1XP_021694973.1WP_250464711.1WP_189524079.1 MBR7675499.1XP_013757696.1WP_200198809.1 KAF4593247.1WP_203995341.1XP_040614072.1WP_151465610.1 MBD5437993.1WP_055062962.1 NEE34914.1WP_277627940.1XP_049747270.1 GJC78212.1WP_259665259.1 VIP11815.1 NNJ03433.1WP_251841748.1 CAF1124877.1WP_081845076.1XP_019256258.1 GBM64226.1 EJG3313804.1 CAI0451207.1WP_259407579.1 KAJ9247365.1 MBE0669914.1 MBQ3049129.1WP_019585553.1WP_046325749.1WP_104459365.1WP_111712808.1 OQB06356.1WP_085004337.1XP_023219850.1 KOV59425.1 MBB3097508.1WP_208905085.1 PHT33663.1 EBA3403631.1WP_244380042.1 MBD8915742.1XP_010808195.1WP_177077803.1WP_179100660.1WP_048133111.1WP_092805375.1WP_132898842.1WP_156773536.1WP_110713006.1 OYV25858.1 EHP6050825.1 KQN49849.1WP_233355236.1 MCI0743675.1 NXJ71029.1 EHL4743850.1WP_210022830.1 MBY0286260.1WP_145485057.1WP_238589724.1 EAL1671435.1 KKT74736.1WP_143397677.1WP_189806213.1 EYU25844.1WP_086268031.1 KAI0064471.1 ROP28277.1 RVD87240.1 MBJ14675.1 PSX20495.1 ACE88666.1 HCL05707.1 DAK63787.1WP_061158136.1WP_013768652.1WP_265593313.1XP_010298897.1WP_029317544.1 TXH38262.1 DAM16636.1XP_048545356.1WP_208042111.1WP_026632538.1WP_054285415.1WP_280506832.1XP_037697134.1WP_190630613.1 MCH1948979.1WP_006198916.1 MBX7161768.1 CAA2935380.1 MCL2712337.1 PPU99279.1 MBF6594441.1 MBT3583534.1WP_020547001.1 ECG5012903.1 HBA6816094.1 CAH3167921.1WP_209090305.1WP_270310942.1WP_247424115.1XP_055749319.1WP_130410090.1 CAC9485003.1 RYG63745.1 KAH6611424.1WP_055029966.1WP_132124768.1 HBP5649656.1 MBV8815235.1WP_132670557.1 EEZ61636.1WP_135991721.1 NLK90780.1 MBF8281865.1 CAB1434041.1WP_012506875.1 HCE5956952.1WP_120259880.1WP_100671858.1 CAB4041173.1WP_110035452.1WP_196114185.1XP_045323097.1 MBO5545990.1WP_140643433.1 KVQ00241.1 PSB50277.1 TKA61426.1WP_018046034.1WP_199519257.1 QEA04360.1 EJB4327760.1WP_243386166.1WP_196434573.1 MBR4407160.1 RMO53691.1 SPO69561.1 MBR0373962.1WP_076595086.1WP_267897383.1 EDK41087.2WP_212217181.1WP_245128022.1 MBR4270493.1WP_150516775.1 ADP83890.1WP_274975805.1 EFB0579454.1XP_006359699.1 EAX5650801.1 EIQ3832535.1 MBK7823216.1 MBQ7086969.1 RZC84346.1WP_188402311.1 EDN57974.1 MCL4851158.1 MBE7487601.1WP_126022479.1 KAG2346037.1 MBK6770753.1WP_064754910.1WP_281507500.1WP_061278828.1 PUZ48934.1WP_036471418.1 MBK9356005.1 NOR15507.1 UMF87224.1 MCK4600250.1 HCE70276.1WP_062723913.1 MBQ7943218.1WP_140264131.1WP_003333677.1WP_170365402.1WP_248214628.1 ENN81602.1WP_175863615.1 NOU36639.1 KAJ5463595.1 MBZ0263796.1XP_047491136.1 MBN1882318.1 MCP3920706.1WP_159463829.1WP_026750608.1 EER8306359.1WP_004619799.1WP_184698676.1WP_010502862.1 MBR2359580.1WP_055449466.1WP_136955567.1WP_069367753.1WP_110307043.1WP_100173513.1WP_120370033.1 MCE9577072.1 MBL4744408.1 NDD01017.1 MBY0289623.1WP_044453403.1 PYX98855.1WP_253783299.1 EFV9236312.1 MCF8210731.1WP_181110053.1WP_251376328.1 MBN1266236.1WP_230078324.1WP_029165724.1WP_234523932.1 TKJ47549.1 KUK66960.1 KAF2778654.1 MBL7183650.1 OEL34993.1 KAG2288705.1WP_196132500.1 MBY5764273.1 MOP14804.1 MCC6757021.1 GMA85510.1 OAN53756.1 HHT66172.1 KAI1051942.1WP_137202811.1 MCP5262709.1 MBA0617731.1 SOE69513.1WP_125770870.1 OGD46026.1 KAG1590416.1 KAJ7170950.1 VTD69375.1 PIY74148.1 MCR5435766.1WP_123159424.1 HAQ5294203.1 MCD6306959.1 QCM13287.1 MBS0252923.1WP_252541609.1WP_062640876.1 KOO34710.1WP_121334391.1YP_010462557.1 MCR5237392.1WP_015527010.1 MCB0094774.1WP_251767892.1WP_220742815.1 NNE23115.1WP_238785931.1 MCF3123421.1 KAJ5976390.1 NPA33962.1WP_071563317.1WP_236961032.1 AIG14299.1 KIX64119.1WP_063603400.1WP_218965839.1WP_173789750.1 NXS49052.1 MBL6756473.1 MBN9390566.1WP_174048133.1 EIG7023758.1 KAG8015916.1WP_039085559.1WP_224721611.1 VJO49958.1 MBK7771335.1 SQI90360.1 MCH5250214.1WP_241468713.1 MCO5248061.1 RKT44589.1 TDM00308.1 MCA6099904.1 RKU33385.1 KAH7252800.1 EIH6124474.1 MBO8159537.1WP_151206143.1 MBN8912970.1 TOP73014.1 HAV89419.1WP_056688515.1 MBV9654022.1WP_138572923.1 MBI2925684.1WP_065519347.1 KAI8690655.1 KAG0363719.1XP_031707624.1 MBT3590949.1 MBU0838658.1 ECB3502766.1WP_270757591.1 TLY75477.1WP_125504029.1WP_245404560.1WP_268140002.1 HDO82225.1WP_039692015.1 KAH7371872.1WP_203374052.1WP_185644473.1 MCF8106439.1WP_141918410.1 KAE8802158.1 DAM55269.1 EFI7849450.1WP_027896470.1 MBD3702988.1WP_200696402.1 KAH0091028.1WP_215683653.1WP_246003214.1 OBW66090.1XP_049399244.1WP_138051112.1WP_112865547.1 MCU1506104.1 MCJ8328039.1 KAF2994395.1WP_266603981.1 AAQ88513.1WP_217278020.1WP_065073015.1 MBS7021842.1WP_176390098.1WP_089187353.1 KAE9107042.1WP_084717372.1WP_062263491.1 KNZ32786.1WP_277491977.1 PWB61544.1 MBF0570872.1 KAF2725148.1 MCI02510.1 KAI0095213.1WP_259691170.1 EHG9706352.1 NIR98474.1WP_073505727.1 RPI21000.1WP_011568153.1 MBP8225438.1WP_148284348.1WP_138860096.1WP_249423022.1 MBM3258402.1WP_140164964.1WP_061671893.1WP_142009293.1 MCR6642262.1 MCH8312134.1 DAI44238.1 MCU0243120.1 MBD5657753.1XP_023318286.1 EAA8040699.1XP_023815606.1 TYI91467.1XP_037327098.1 EER8085032.1 MBQ3129991.1WP_278084771.1WP_097275324.1WP_179156843.1 GIR47037.1WP_057012309.1 EAA6840433.1 MBN1799017.1 GBE16035.1 MCF0110827.1WP_141605349.1 MCL4469743.1 HCI4632030.1WP_217105914.1 KAF3180666.1WP_160394157.1 MCK4403577.1 OMP01148.1WP_038492378.1 MBQ1771956.1WP_048271612.1WP_259865813.1WP_089905939.1 MBO7633581.1WP_264351023.1 KAH9572460.1 ASI70574.1 KAG9043128.1WP_123868396.1 EHW0060032.1 OGG08302.1 CAF4577788.1 HCL36615.1 UYE49180.1WP_204719689.1WP_113851760.1 MCE5240463.1 MBP9771519.1 MCF1439711.1 MBQ1653514.1WP_184094916.1WP_073520930.1WP_097089246.1 KAJ3654337.1 MBP8613265.1WP_212663497.1 MSU42127.1 NEX64733.1XP_054852439.1 RLE48019.1WP_217691728.1 AGA34473.1 MCK9908664.1 MCU0650575.1 KAJ5056431.1 PHR24038.1 MBU0592078.1WP_264694478.1WP_250376457.1 MBC7326981.1 MBV9550452.1WP_228938141.1WP_040301436.1WP_248126409.1 MQG44163.1WP_231149750.1 MBI2621122.1WP_218566587.1 MBD20513.1 KAH0561149.1WP_175896721.1 RCI04718.1 UBR86455.1XP_039202520.1WP_235697247.1 EHQ6376324.1XP_043890337.1WP_228268753.1WP_046093714.1WP_011513572.1 MCI0901122.1 SCH39951.1 AYV64277.1WP_254743169.1 MCB1875218.1WP_207128967.1 NQT73935.1 NLI07658.1WP_204657011.1 CAF1315160.1WP_197079459.1XP_051777026.1WP_244440115.1 AUN37106.1 TSA21665.1WP_261362933.1 GLJ54837.1 KAJ8033891.1WP_276974217.1WP_123176104.1WP_219324004.1WP_059678947.1 RJP93937.1 RVW37287.1WP_064049628.1WP_156033277.1WP_230200986.1WP_220331155.1WP_074745818.1WP_151949835.1 MBS3795756.1 MCU1460142.1 KAJ2188950.1WP_013632646.1XP_018754863.1WP_230284916.1 NJM16453.1 KJZ73525.1 KAJ6336236.1WP_211114623.1XP_014259138.1WP_271104848.1 MCI7202149.1 GAL07990.1 MBR9906678.1WP_184699897.1 MYX39762.1WP_224547797.1 MCL2341595.1XP_011782004.1 MBL14507.1 TMC92967.1 OYV27796.1WP_169928520.1 MCR5335843.1 MUT95175.1WP_039638019.1 MBI4599533.1 MCO4478718.1 NTW34833.1WP_116773703.1 MBK3574312.1 AYX42557.1XP_044019329.1WP_211056951.1WP_099253885.1WP_145321954.1WP_059433000.1XP_007208131.1 MCT4573170.1XP_047935591.1 MBQ7930482.1WP_132774430.1 MCC6044083.1 GIS77777.1 MXW24770.1 EGI35895.1YP_009731821.1 MBQ7424709.1WP_124977341.1WP_069156513.1 MAQ92282.1WP_047721562.1 SHG89682.1WP_258450640.1WP_200200480.1WP_262686037.1 KAG9404442.1WP_101701979.1 MCF8535784.1 EFW50635.1WP_185031483.1 MBL0929646.1WP_162852444.1 QTM79632.1 ODU51779.1 KAI1815548.1WP_098876031.1 NUQ21352.1WP_265102281.1 MYD56339.1 MCE2861656.1 MBR6441032.1 ETB53277.1XP_013412367.1 KAF8820068.1WP_083019054.1WP_128581955.1 AMJ52230.1 OEU77901.1WP_188339236.1 AAX93012.1 MBQ2344446.1XP_019000248.1 WEU87158.1WP_127706998.1 KMQ95473.1WP_119660228.1 VVW92857.1 TDP04522.1 MCS5639477.1XP_043280639.1 MBT9597716.1 KAF3385475.1WP_071081072.1WP_246239142.1 ERE79785.1 MBQ7518453.1 MCK5725948.1 STC68550.1WP_140468443.1WP_271931007.1WP_058460161.1 MBQ9736331.1XP_043377824.1 QID82546.1XP_039769176.1 HBH1966141.1WP_189355988.1XP_014733223.1 PSR02572.1WP_058671428.1WP_283629251.1 ECN6431251.1WP_165462493.1 EFV4293432.1 KAI9878467.1XP_048540820.1WP_192558464.1XP_053017968.1WP_140480909.1 KAH3876125.1 EER7236894.1WP_117700467.1WP_049471407.1 TZC53901.1 NLW23809.1XP_003768056.1WP_072802511.1 MBI1736306.1WP_261610700.1 MBW2176475.1WP_221977168.1 AIA18772.1WP_198255508.1WP_012283464.1WP_027711481.1WP_134669716.1WP_196938834.1 HFC12574.1 KAB2885888.1WP_270218171.1WP_238769582.1 MPC67018.1 ACI42798.1 CZT01546.1XP_041334537.1WP_237523417.1 MCR5102838.1 MCH9656178.1WP_266095674.1 HHW43430.1WP_259206442.1 RKG50564.1WP_168565867.1WP_074087188.1XP_054020552.1WP_245704803.1 GFB08691.1 MBT7091597.1XP_045691652.1WP_283222342.1WP_221268711.1 BAE96300.1WP_235126772.1 MBA2536487.1YP_009109540.1 MBF11761.1 MBF1583063.1 PLS78226.1 MBS0359667.1WP_230865828.1 HBL8984898.1 QLP56207.1WP_013449879.1 MBR2605819.1 GLC83712.1WP_244774495.1WP_113913927.1WP_231056077.1 MBH1832495.1WP_246165763.1 MCH3978367.1WP_261665820.1 CAF2148714.1WP_073045763.1XP_048366669.1 EEX5979844.1 MBQ3226584.1XP_054484247.1 QQO98901.1 MCK9213126.1 MOO25268.1 KAF6257731.1WP_167827352.1WP_225767809.1 MBC7569412.1WP_218103566.1 SKY52432.1 MBU4593984.1WP_110344369.1WP_022975915.1WP_178020540.1 MCK1443663.1WP_216768648.1WP_019823189.1 MCH2409214.1WP_154333510.1 MBD2210269.1WP_210352796.1WP_210569664.1WP_280015341.1 NCO19736.1 VTR69884.1WP_158347019.1WP_172281536.1WP_248827332.1 EHX0204875.1XP_055165408.1WP_257544752.1 DAV98325.1WP_181537449.1WP_055542300.1WP_108719223.1 NNF43866.1WP_153009295.1WP_227405228.1 ESU92681.1 OJT07575.1WP_187974949.1XP_041287579.1WP_281305524.1 EFP02123.1 EAH8250412.1WP_197332010.1 MBI5212085.1 MBB4747289.1 MBQ6275073.1 MOM22963.1WP_212720030.1WP_079835571.1 CUU64509.1XP_031095384.1 NNK86663.1 ORT47413.1WP_275102754.1XP_026109466.1WP_279046072.1WP_031150487.1 QXN67839.1 MBI2682423.1 MBL4581517.1 TMH88670.1 GLZ61196.1WP_202116891.1 CAG2201344.1 NOX27817.1WP_220524718.1 EBN6490838.1 HBR1104065.1WP_015183653.1 GFP71094.1XP_041648869.1 MCM1168016.1 HAC8926176.1WP_012236017.1 MBP1530348.1WP_213638963.1 MCH2804017.1WP_059978677.1WP_025591525.1 KAI5289156.1WP_205930861.1WP_108078099.1 MBO4168293.1XP_045966569.1WP_159793761.1 MBJ7265026.1 WAX10255.1WP_246832833.1 MCR5574391.1WP_266169258.1 MBK8423602.1WP_185116294.1WP_135180648.1 MCA9634778.1WP_094151267.1 MBI41622.1 NDD35992.1WP_059432031.1 EAH3295886.1XP_005678593.1 NQX99425.1XP_025430606.1WP_000484099.1WP_204618903.1 MBK7140969.1WP_100537786.1 NLI35930.1WP_173283317.1 HAB28525.1WP_157113211.1 MBQ1897904.1 MCU0622952.1 MBI5438416.1WP_202067358.1WP_274771680.1WP_167605087.1 MBP6311895.1 MCK1819907.1 HAP0275886.1 MCE2873365.1 EFQ5532992.1 MCA9734355.1WP_281760414.1 NWR36449.1WP_033631967.1 ESS67695.1 MOP71390.1WP_163889187.1WP_230633440.1WP_255187010.1 MBX9648850.1WP_006728805.1WP_230699958.1 MBE6890073.1 NET00292.1WP_189761921.1WP_249893756.1WP_086504813.1 MCH6549687.1 TYJ03004.1 NXO69257.1 OFZ89526.1 MBL7790458.1 MBF0278962.1WP_151519865.1WP_175939838.1WP_114688413.1 TIC14313.1 OTX04318.1WP_248415755.1 GFV11951.1WP_088031849.1XP_053193947.1 MBR6343266.1WP_232103437.1WP_265275480.1 EIO1807611.1 NUT29294.1 MBR3785149.1 MBI3290135.1WP_060115800.1WP_138482356.1WP_263727326.1WP_072274035.1 MBT4210917.1XP_018439942.1XP_045702922.1WP_063485223.1WP_149236326.1 KIJ42589.1 BAI82636.1WP_232189573.1 MBZ0168159.1 NWG72028.1WP_136035264.1 EAP3700350.1WP_251074290.1 EXZ64635.1 CCE01062.1WP_278800290.1 BAB28876.1 KAJ1633120.1WP_090221424.1 KAF6315484.1 GEZ33207.1 TWU17869.1 MBM3767188.1WP_061364641.1 VPT01298.1WP_225764381.1 UGY43725.1XP_018042825.1WP_090770466.1 QXI91160.1 UYV38309.1WP_061517937.1WP_190531886.1WP_130382900.1 AKT58828.1XP_049578625.1 MCB1208284.1WP_000685022.1WP_105979700.1 MBQ8238565.1 MBQ9299122.1 MBR5879017.1 MCS6903464.1WP_011063740.1 EGV97757.1WP_102477257.1WP_204942955.1WP_015133641.1 MCD6425313.1 UTT93350.1 MCR5602468.1 OGR18938.1 MBI5677341.1WP_029267497.1 MCI4325574.1 STW12454.1 MBE6306819.1 NLB51443.1 UKS51372.1 MCI7352812.1WP_259847195.1WP_192049367.1WP_039294206.1 DAD32814.1XP_027924147.1WP_161359378.1WP_196351635.1WP_100521084.1 AQU86570.1 KAI0643035.1 OHB35500.1WP_014605789.1WP_154907134.1WP_228944212.1WP_136134536.1 ECL7245291.1 MBC2704089.1 MBH0193692.1 EJK2981647.1WP_213646387.1WP_103313256.1 EZX24376.1 KAJ3327837.1 KAJ2660037.1 MAJ71254.1 MBI1424129.1 MCA9450479.1 MCC8042769.1XP_041178038.1 NBW79235.1WP_030323867.1WP_033135619.1 MCA1442501.1 KAI5251673.1 EBT2494165.1 MBR5121093.1 NWJ08205.1WP_162959321.1WP_278498266.1WP_257479708.1 MBQ3867797.1WP_111496981.1 STF90731.1WP_212448448.1WP_147738784.1 PZT91770.1 EAM9790494.1XP_013404023.1WP_107485636.1 MBE1289959.1WP_143660971.1 MCB2112291.1 KLA07975.1WP_014504812.1 KAF5807084.1WP_060004157.1WP_204334995.1WP_217736698.1WP_270430070.1 KAF8153477.1 MCI0648031.1XP_041922209.1WP_115180843.1 EFG7579667.1WP_069341101.1WP_210949324.1 MBT3459335.1WP_129832000.1 MBF0233644.1WP_094375360.1WP_248415167.1 MBV8174008.1WP_186748347.1 BCL31621.1 GDZ43403.1 UFH83377.1 NJO91920.1 AKA56406.1 MBC99785.1WP_213741880.1 MBK8012537.1WP_205994446.1WP_145465857.1 OGZ08419.1WP_231879606.1WP_253195963.1 ACT50261.1WP_098613056.1 KAF6751692.1 HDI11217.1 KAI9233655.1WP_258038067.1WP_022957608.1 KAG7812337.1 NLF10573.1WP_132572234.1WP_271457636.1 KUO65278.1WP_142636409.1 MCU1514505.1 MBQ7769568.1WP_032587385.1 MCS6907720.1WP_022385641.1WP_028779961.1WP_282171596.1 MBP6361937.1WP_279984614.1WP_083349422.1 TMK27100.1 TPX78184.1WP_182336829.1 MBJ7506254.1 VVB00125.1 HBJ80371.1 HAG0018107.1WP_054136413.1 UVI10561.1WP_165773198.1 MCP4329804.1 PSJ26816.1 MBM3990268.1 MCK7479919.1 CYB93821.1 MBD5361948.1 MBN2341313.1WP_202167283.1WP_130670507.1 PIQ75822.1 TSA38195.1WP_090879207.1WP_225601911.1WP_189534272.1 KXU92672.1 MBR6069896.1WP_234080888.1 HIS55495.1WP_227594049.1WP_148062134.1WP_024217747.1 UCP77012.1 KAJ4828317.1 KKP40103.1WP_087364392.1 ADJ35581.1 MCL2184308.1 PYL80520.1WP_077722411.1 PZS09564.1WP_209366475.1WP_155387753.1XP_008942036.1 MBS1208135.1XP_011699286.1 MBK6580699.1XP_025996498.1WP_050825696.1 WGP70063.1 KAG5478439.1 KAG5713212.1 GJP86697.1 EAJ4016142.1 AUP48118.1WP_163205944.1 KAG0196869.1 KFD50394.1 HCB0607732.1 MBW2147570.1XP_017076166.2WP_187918914.1 MBB1667778.1 MYJ01754.1 NXA78151.1WP_196764971.1WP_197035361.1 SDB07816.1 CAH2042052.1WP_077832600.1 USN98129.1 MBD3373279.1WP_233824378.1WP_204723735.1 MCU1518316.1Q8XJN8.1WP_216090438.1WP_237070319.1XP_024252803.1 QYT38722.1 MBT3899069.1WP_182711301.1WP_157589094.1 MBQ6692395.1WP_076409454.1 RPI95901.1 MBW7892865.1XP_013005546.1WP_133325549.1 MBQ3498542.1WP_085648136.1WP_092226977.1 MBS1713296.1 MBF2073911.1WP_272062680.1 TYI23342.1WP_251438464.1 KIE57707.1WP_208562420.1WP_158799804.1WP_089274238.1 MCK9252526.1WP_265225845.1 GIU76508.1 POM61486.1 HAA79725.1WP_261529150.1WP_249438391.1 KQC11686.1WP_265364885.1 NFE66003.1WP_162529103.1WP_216537974.1WP_107668606.1XP_027547584.1 SKC89544.1WP_168694891.1 EAC1232420.1 AFN42320.1 MBM3210814.1 EHA1403784.1 NWT13315.1 GGB39876.1 MBT3283529.1WP_215356761.1 MYD98720.1 PHH91422.1 ECL3553101.1WP_177525402.1 CAG9334863.1WP_183806671.1WP_166773323.1WP_175580162.1 ECH4355821.1WP_232835221.1 KLL12075.1 MCC6486159.1 NJK67049.1WP_016809838.1WP_238320463.1 OTA29349.1 OYX89137.1WP_253571813.1WP_263847269.1XP_045284515.1WP_014213241.1WP_044344333.1 MCU1400721.1WP_084128119.1 MBR5447513.1 OUX43364.1 MBK0846266.1WP_169253344.1 TCV06956.1 HBW2970848.1WP_092775107.1WP_259895494.1 PQN15048.1 TAL20232.1 KAG2356287.1XP_040082341.1 MCL1491976.1 MBR2109594.1 QWD35723.1 NQR19375.1 MBP3518143.1 MBL4910304.1 MBQ1404818.1WP_091032200.1 AAX97169.1WP_238486267.1 EIW7596561.1WP_115357420.1 MCH9784543.1 MCD4206375.1 MBK8100495.1 EAJ8453921.1 MBK9653437.1 MBI2528438.1 MCA1360809.1 MBK9974619.1 PBI27870.1 KAJ1535693.1 MBE9640947.1 MBQ6107527.1 TMG86695.1XP_030131005.3 MCL6644735.1XP_040499486.1XP_043577599.1XP_002107991.1 HAJ30683.1 QNV11749.1 BAD29386.1 MCL5999032.1WP_032407714.1 MBQ1540263.1 KAH0956195.1 NNM19111.1 MBL0087235.1WP_110808154.1 MBX9947011.1WP_218022068.1 MBK8142594.1 EFG7698437.1XP_047113196.1 GFX26854.1WP_283640148.1 MBR1866691.1 MCB1329842.1WP_189671415.1 MBN1187923.1XP_036700879.1 MBV9252674.1 MCC5948066.1WP_176623291.1WP_023828789.1 BAR90558.1WP_256527700.1 PQM52169.1 OBB22832.1 KAI1138495.1 KAF1947782.1 OGO62636.1 UBL45068.1 RYQ91928.1 MBM6667216.1WP_108494191.1 PWA78445.1WP_011057593.1WP_083249539.1 EAL3378245.1 KMT17181.1WP_208557144.1 KAJ2141250.1 MBQ7587638.1 OKX80212.1WP_238850425.1 MBJ4904885.1XP_055296131.1WP_098923619.1WP_260479645.1WP_089563581.1XP_010263869.1WP_079722145.1 MBQ9329940.1 MCB9082534.1WP_058918927.1 MCP1651746.1WP_217309155.1WP_247879744.1WP_182050463.1WP_271418863.1 PDX57421.1WP_268551200.1 MBO5962796.1WP_128604954.1WP_188167525.1 MBQ7208271.1 PIF02276.1 MCM1504065.1WP_265258498.1XP_015665538.2WP_208405463.1 MBS5124634.1XP_037020921.2WP_268422715.1WP_113928814.1 MCI0601354.1 MSV72798.1WP_048886461.1WP_119328079.1WP_253793201.1 MBO5118622.1 MBI3461834.1 MBV8110278.1WP_258219484.1 KAH7858561.1 MBB7523286.1WP_184039851.1XP_053914187.1 MAW35414.1WP_139553477.1 CAG8793492.1 NOU20958.1WP_096221151.1WP_217853533.1 ATQ57711.1 CAH1431027.1WP_250822302.1WP_160194147.1 EAI0195789.1XP_054357454.1 CAI9280851.1WP_278329032.1 MBL0183169.1WP_025983621.1 TMG37032.1WP_171469099.1WP_250898423.1 SFI40936.1XP_023426040.1 KAI3473816.1WP_033776418.1 NLD51718.1 MCK5694897.1XP_018682766.1 HHY51372.1WP_026497435.1WP_036077718.1WP_031132573.1 EEO7917989.1 MCI8828397.1WP_218804454.1XP_032873419.1 TVO55343.1 NIR46571.1 MBC2695466.1 MBP9134320.1 MBM4010536.1 NBB83031.1 GBN69281.1 KAF2637112.1WP_132898733.1 NJI17449.1 UZO53924.1WP_284053701.1 TMI36513.1WP_266784861.1 MCP4144501.1 MCH9693433.1WP_160421767.1 MBN9560624.1WP_226387626.1WP_172394656.1WP_036671656.1 MCJ7686803.1WP_106817586.1 WEK50023.1 MBI5333464.1 MCA2691876.1WP_003067788.1XP_045615378.1WP_007678833.1 AFC90328.1 EOH70952.1WP_107387431.1WP_274976404.1WP_214130944.1WP_131166802.1 HBE02941.1 AFU58940.1 MBW0108125.1WP_281163474.1WP_008860295.1XP_044366249.1 MQA03337.1 MCH3963123.1WP_260776178.1WP_195689481.1XP_051954746.1 MCB9662416.1 UJR03683.1 OLD52228.1 MBS2033149.1XP_030892138.1WP_105447015.1 SHG12942.1XP_018575520.1WP_050210146.1WP_059191156.1WP_014942931.1 KAE8834307.1 MCI5825153.1 EJA9392162.1 MCI6629070.1WP_114539302.1 OOP55008.1 MBU6376428.1XP_050375343.1WP_216743397.1 NEO63080.1WP_123207952.1WP_180874312.1WP_085535344.1XP_025698866.1 CAG1853776.1WP_132517191.1WP_166370521.1WP_189145586.1 MBE2253919.1XP_016284980.1WP_109813103.1WP_184253104.1 BCB83133.1 OBU40353.1WP_024947943.1WP_230424277.1WP_187047047.1WP_077646570.1 KQO71000.1WP_058807138.1XP_033551505.1 RZK87475.1WP_115287442.1 KAJ8398543.1WP_204434340.1 KAF2670900.1 RLS24356.1 KQB14740.1WP_063880179.1WP_064652354.1XP_024010268.1YP_009252784.1 MCF6346354.1 EAF4791746.1 OBJ23133.1YP_004564419.1WP_230519716.1WP_039806668.1 MAJ59213.1 CAD8186381.1 MBB1804587.1WP_236513170.1 MBK9065949.1 MCD8051495.1XP_010311338.1YP_010317795.1WP_283947944.1WP_124519303.1WP_110663263.1 KAF2317565.1 RDH15740.1WP_154599351.1 MBK8904706.1 OEU68709.1 HAW53859.1NP_001395973.1WP_096719144.1WP_006327457.1WP_081607935.1XP_022745130.1 MCC6596976.1 MCL2337464.1 MCA9667429.1WP_264379403.1WP_108706918.1 MCO4825170.1 MCG8687614.1 KAI4536634.1WP_109807231.1WP_101272247.1 MBT2573851.1 KAJ2336672.1XP_021098423.1 MCP4641540.1 MBN1977789.1 OIT39507.1WP_022748957.1 MBA4289549.1 MBD58399.1WP_171396840.1WP_064060986.1 MCH4268493.1 GFY83906.1WP_132558606.1WP_164300700.1XP_016071528.1WP_143662806.1WP_234538829.1 MBK7529683.1WP_007683719.1WP_067782871.1 HIR66791.1XP_027540421.1WP_194544138.1 MBY0273331.1WP_263205390.1WP_024410349.1 MBQ9146327.1 MBC8266069.1 MBL7705960.1 KAG0597131.1WP_164706884.1WP_090874869.1WP_028781258.1 MBT3931813.1WP_235903398.1 MBR0144760.1 QPX63240.1XP_050578957.1 MBK5104727.1 CAD7234202.1 PZR72038.1 KAG1302368.1WP_101574454.1 PWI72242.1 UZY22531.1 AMC51858.1WP_072519951.1WP_240226434.1WP_261695383.1WP_137974759.1XP_047856915.1 EYC35406.1WP_256304635.1 EPS43711.1WP_033611379.1 MSE05949.1 MBA4269667.1WP_132448671.1 BBI69300.1WP_011313080.1 EBG8325683.1WP_139918144.1 NIP96332.1 WGP98278.1WP_190797347.1WP_068647811.1WP_201413968.1WP_269082627.1 OQR96432.1 MCA9916937.1 GIC06559.1WP_256588339.1WP_209511935.1WP_169872418.1 MSZ29533.1 EJW7579374.1 MBM3780037.1WP_130537043.1WP_129553552.1 SDI97994.1 OQY55840.1WP_006761119.1WP_132579575.1WP_220073286.1XP_055198731.1 MBQ8417539.1 KAJ1449837.1WP_000576638.1 MYS48845.1XP_022120389.2WP_199936433.1WP_095556548.1 NLN79518.1WP_139032727.1WP_029364876.1 HIG96475.1XP_012066326.1WP_274604755.1 MBL0280791.1XP_024081758.1 KFK25655.1WP_176572922.1XP_039286754.1 MBK7906023.1 MCP4742086.1 WGY84075.1 RMG09135.1XP_016192053.1 RZJ10574.1 MBQ6246919.1 MBE5709430.1 MBQ8297564.1WP_039930315.1 KAF1039360.1WP_222952672.1WP_091759775.1WP_219486374.1WP_055091847.1WP_238837572.1 EHK3702610.1 EFV8345964.1 MBB2134936.1WP_162485939.1 KFF47610.1 HBC7850765.1WP_026729912.1 MBU2837240.1 MCH5231772.1 MCE1200518.1 CAA9338705.1XP_011822310.1 MBE6491651.1WP_255632456.1WP_120851940.1WP_230269925.1 QBL97920.1 KAJ3865263.1 NDJ88951.1 MBQ2085260.1 KAH3670308.1WP_013611731.1 SFX27592.1 KAJ1918571.1WP_190728164.1 MCD1648821.1WP_002318774.1 GDX50632.1 PZR90627.1 MCM1122913.1WP_154963182.1 UKU68032.1 NUP45658.1WP_041591748.1 EED8954498.1 MBU0638288.1XP_023618023.1 KAJ7901288.1WP_005969797.1WP_168976500.1WP_061213510.1 TLZ56659.1 ROW17242.1XP_030111227.1WP_254860001.1WP_147757699.1WP_149786838.1 MBQ7514694.1 KAJ8599810.1WP_015919400.1 ADT83844.1 CQR43717.1 AZT92937.1 MCG8609391.1WP_143435921.1 KAI5237214.1 KAI4790364.1WP_090149712.1 KAI7428497.1WP_023840997.1 MCL5016798.1 HJC43196.1XP_033115746.1 MCA9828892.1 KAE9534034.1WP_099723413.1 MCR4805905.1 MXV83649.1WP_129502220.1 VDL88157.1 MCA1930442.1WP_205833587.1XP_028540875.1WP_004127832.1 MBX6373297.1 KAI1294496.1 MBA2742690.1 PJB11797.1 OWZ15943.1 KAJ0788155.1 KAJ3641143.1 OSS44110.1XP_003878446.1 ONK59585.1 MBQ7856432.1 KAJ9220763.1WP_102296123.1WP_228062638.1 RBQ75851.1WP_247498151.1WP_258835625.1 RCV36353.1WP_002264996.1WP_125091196.1WP_272906673.1WP_239280620.1 MCE2456387.1 KAH0455857.1 MBO7602558.1 MBA3364572.1 KAF6037074.1 EJD6083724.1XP_053603972.1WP_168987397.1WP_087514544.1 MBL4661703.1WP_157447226.1 KAE9687153.1 HED33315.1WP_000446844.1WP_168945101.1 TIW69825.1WP_143823896.1XP_031104936.1WP_258228246.1WP_183883741.1 EHG9421715.1 OMH80233.1WP_041302673.1 MCE8014926.1WP_173267071.1 KAF5344437.1WP_190457829.1 MBX3242409.1 MBL9113742.1XP_007828713.1 HIZ96099.1 KAI6857291.1XP_007077310.1WP_123470196.1WP_008292946.1WP_140476737.1 CAI9301549.1 MUN40768.1WP_114605464.1WP_072380563.1 CBI36349.3WP_046278045.1WP_059376966.1 KAG5276208.1 CDQ50939.1 OOF77949.1 MCO2595964.1WP_279150283.1 MBV8133755.1WP_074642620.1 MCI0677710.1WP_078429679.1 KAG7534354.1 EFE9598678.1WP_183662448.1WP_214826002.1 MBR0198895.1WP_068241828.1 MBS7623663.1 ABJ92889.1WP_029222917.1WP_220778039.1 GJP56269.1 NCS93910.1 HIZ21956.1WP_095173689.1XP_012504886.1 OJT13672.1XP_039870427.1WP_228281474.1WP_127202744.1WP_140214184.1WP_282791351.1WP_200652460.1WP_129825188.1 MBX5450151.1WP_081851094.1 MRR30429.1WP_125849054.1WP_244631495.1 ADB27070.1WP_222323558.1 VVC36036.1 MBL6607133.1 DAO54200.1 PGL69713.1XP_036914921.1 MBP8718427.1 QWG36045.1WP_110066977.1 KAF2570897.1 MCK4236496.1XP_041912709.1WP_026564934.1WP_121953554.1WP_169877562.1 GFU30764.1WP_231496029.1 EJE2345556.1WP_260821709.1 KWD88427.1XP_022824318.1 MCB0405579.1WP_159117211.1 EFX2174330.1WP_065029373.1 PPR79666.1 MBN2020480.1WP_268678783.1WP_082780476.1 EGS8470081.1 AAM52216.1 PYP75467.1 MBW4662439.1 KAI9522339.1WP_120851171.1WP_235274869.1WP_101000040.1WP_250676265.1WP_002857697.1WP_067835961.1WP_153853838.1 OAO15975.1 HAJ19792.1 MBN2427654.1 EEZ9625188.1XP_046907253.1WP_255519487.1 MBQ3724833.1 MCH7568487.1WP_260264417.1 EAC1801539.1XP_020425985.1 KAA1094631.1 QSZ25555.1 HAA59914.1 PTI43160.1WP_128942179.1WP_261996416.1 HCM9096811.1WP_264218405.1 MBQ5584458.1WP_050837451.1WP_261802249.1WP_222599035.1 KAI7371949.1XP_034729382.1 ARS36073.1 MBW3244368.1 HCD14621.1XP_045954854.1WP_116803659.1 MBU22120.1 EAE1668788.1WP_223489404.1WP_260320705.1WP_164636708.1XP_036201052.1 NGY89703.1 TRZ64304.1 CAG8457419.1WP_108879099.1WP_033105884.1WP_134885491.1XP_026433405.1WP_049771622.1 HIR95098.1 KAF8288686.1 MXE70911.1XP_054030025.1 MCR5093499.1 KFO63955.1 AVA00513.1 KAJ2074960.1WP_281094896.1 KJY45691.1 GFR70582.1 KAG6025013.1 NAZ85407.1WP_278960438.1WP_032884901.1WP_018916691.1WP_050274510.1 NEB38825.1 MCU0925088.1WP_067041261.1WP_166106360.1WP_139994336.1WP_232939508.1WP_182039401.1 THB74636.1 PIO49166.1WP_046625651.1 MBU1707539.1 ADW49125.1 MBR2564295.1 CAB0034103.1WP_047594685.1WP_004762412.1 MBW0445137.1WP_062300449.1 VAH04400.1WP_010251888.1 PTE76569.1WP_213753432.1WP_174822921.1 MBM4292280.1 MBP5405476.1 KAJ7413400.1 UJS94137.1 OUV52596.1 MBE0500203.1 EER6968786.1XP_023840445.1WP_279826355.1 MCK6542200.1WP_017166220.1XP_033530744.1WP_070999907.1WP_232790853.1 KAJ7966218.1 URE29467.1 THB72442.1 KAJ3286973.1 PIQ07033.1WP_218036247.1 EBS3704194.1WP_230324968.1 HCI08118.1 MBQ4454347.1WP_162445525.1WP_168414869.1WP_005921846.1WP_094876339.1 MCC2649654.1XP_050861105.1 HAF6482379.1WP_035064005.1WP_070188258.1 KAG9223390.1 MBQ5629560.1WP_096231334.1WP_060393952.1XP_045099932.1 MCU0236787.1 MCK9987173.1 MBO8466917.1 MBB8005642.1WP_265279605.1WP_236355782.1 EEW4501628.1 EGO6711073.1 EYC39616.1 EAQ6361894.1 KAJ0452418.1WP_079277665.1WP_080337214.1WP_248562494.1WP_062756220.1XP_051536923.1 KAG6471244.1WP_258613669.1 MBN3324024.1 MCD8106539.1 RQM07044.1 MBN2666786.1WP_008959270.1WP_108365493.1 AGC74998.1 MBQ9679177.1 KAF7985745.1 EJR4237259.1WP_269885397.1 AWX41049.1 PYQ07964.1WP_166725305.1 HAG62657.1 EFF4884300.1 MCJ8729721.1WP_132944465.1 KAF4018288.1WP_267586803.1XP_053257159.1WP_076451668.1WP_026591533.1 SKA28887.1 GFA35713.1WP_054435236.1WP_269572442.1WP_263177763.1 MCP5114939.1 TKX51930.1 MBI1328179.1WP_111479522.1 MBU6237646.1WP_276638014.1XP_028705251.1XP_039308535.1 MBO5932171.1 MCF1432737.1 KAI6705356.1 GLR41095.1 MBU4440546.1 MCI5497968.1 KAF3016851.1 MBZ0167657.1WP_201297008.1WP_003245665.1 MBQ8460137.1WP_188412405.1 MBK7412786.1WP_259858510.1 KAG9339452.1WP_195473821.1WP_115748516.1 KAJ4013743.1 MBC7406653.1 EFB15155.1 PYX81094.1WP_163095201.1 MBQ1271561.1WP_136193451.1WP_268311115.1WP_255991635.1 GAT48029.1 NVO57457.1WP_070720871.1WP_063274718.1WP_202100641.1 TWW80208.1XP_011760839.1 KAJ2823714.1 HAO77415.1XP_052496526.1 NLH91916.1 MBV9352198.1 MBP1602824.1 ODT35417.1WP_104684232.1 KFQ97446.1 CAH1278847.1WP_114947547.1WP_090419626.1 MBQ3573680.1 KAJ4394429.1 KAG2343201.1WP_251989158.1 MCS2900418.1WP_253349177.1 EED0743056.1WP_030383398.1 MBR2088606.1 MAN53906.1WP_173119692.1 OJW76341.1WP_121538494.1XP_039322713.1 MBB1728438.1 EDU63556.1 EDQ8124076.1WP_142931103.1WP_047203279.1 KAH0130274.1 DAQ89956.1 NWH38694.1WP_071877135.1 MBC7935646.1 MCA9664716.1 CCD14225.1 KAE9611124.1 KRL72956.1 RHP79651.1 MSZ96355.1 MCB0501525.1 CAI2640540.1XP_018906655.1 STI83942.1 MBI4806480.1XP_022851607.1 OKZ85006.1 NLI10446.1WP_249681227.1 POS85366.1WP_079908511.1 MCF6390562.1WP_127953526.1 SFQ01701.1 MBO5336885.1 HCG9411603.1 QUM20585.1 AAF62532.1 CDS15483.1 MCQ2831693.1 MCQ2578417.1WP_107894076.1WP_237962375.1 KAH8980086.1WP_205541900.1 MCF7917901.1 MBQ7693256.1WP_085451092.1WP_054059514.1 OMH39194.1WP_265245651.1 HHT71325.1WP_266882648.1WP_058002390.1WP_149771049.1 MBQ9456987.1WP_245384442.1 ATN35154.1 MHQ93786.1XP_023589550.1 MBO5287652.1WP_040009751.1WP_197201326.1WP_015314674.1 CAG8151748.1WP_202269095.1WP_248403399.1 EWZ28924.1WP_139573954.1WP_138838620.1 CAH1454680.1 MBR4964110.1WP_246303703.1WP_135287436.1 OYY81277.1 AWY63092.1WP_061583028.1WP_259695835.1WP_044328211.1 NXC48933.1 MCP4974199.1 KAG4104878.1 KKQ77718.1 PSK49415.1WP_224255409.1WP_063415362.1WP_247740288.1 MBV9168199.1 KAJ6994162.1 MBA0549662.1 QVX70521.1WP_247406571.1 QBR70480.1 GGY65584.1WP_149651004.1WP_152046331.1WP_223843725.1 MBA3914538.1WP_268645109.1 EFU85163.1 MBI4966856.1 MBP1327478.1 OLO59787.1 PWY99603.1 MBP8960789.1WP_102529905.1WP_273418567.1WP_251835880.1 MBL7151874.1 HJE10580.1WP_271202339.1 MBP1746912.1WP_181865219.1 MCF4165308.1WP_086536228.1 MBT8422994.1WP_232947168.1WP_245248603.1XP_056420557.1 NEP46602.1 KAI5750574.1XP_046618542.1 MBX2992548.1 GDX41819.1 MCI9050290.1 MBE6344311.1WP_001495833.1 MBQ3420014.1 MCP4716728.1WP_141098672.1WP_096561808.1WP_146780046.1WP_251223476.1 GGR71723.1XP_031122780.1WP_003303823.1 MCL2808632.1WP_058504615.1WP_030720866.1XP_047978269.1 MCR5498557.1WP_230359455.1 MBX2942005.1WP_024953993.1WP_107020819.1WP_240755700.1 OAX39412.1 MBV8195826.1 MBF0987109.1WP_125625723.1 WGQ72821.1WP_083951119.1 MBO4859232.1 MCI8350609.1 MBI5966481.1 HJD49103.1 PYT05517.1 QIC18874.1 MBQ9047503.1 CAG0990770.1 MBO6078463.1WP_243890777.1WP_255073759.1 VWM24802.1 MCD0485423.1WP_113120276.1 OSX70183.1WP_256212307.1WP_283099644.1 KAJ3501609.1 KAG9084682.1 ECZ1075286.1WP_022619009.1WP_053236900.1WP_089566156.1 GFV68115.1XP_039923984.1WP_206760453.1 MBP3534615.1 CAH1398908.1 KAI8373711.1XP_007121961.1 ABY20040.1XP_053218984.1 KAJ0483518.1 MBP5538497.1WP_007270472.1 MCH1598717.1 MCE2791243.1 PUB18616.1 MBG6287041.1 KAH9956814.1WP_030094039.1 KAF1017786.1 NGZ99312.1 MBL1816365.1 TMQ05501.1 MBN8894000.1 RRH78400.1WP_228824605.1 ECU3870451.1 KAG0031507.1 TMJ88229.1WP_143169250.1 AEN92745.1 RSL41043.1WP_235620461.1 AGV54449.1WP_124691753.1 KPM41539.1 MBX5327472.1 QTD03487.1WP_266535309.1WP_010016619.1WP_039789871.1 MCP2519657.1 MBA3609961.1 MCL7398932.1 MCU0269282.1WP_200543170.1 MBF2036494.1XP_052337646.1WP_201700143.1 MBE35268.1 MYI74371.1WP_280941535.1 KAJ0963891.1WP_238068046.1 UDK40309.1WP_271340374.1WP_019045265.1 ECX3143969.1 MSR47408.1WP_247915795.1WP_118757260.1 NPA74709.1WP_083062905.1WP_231768584.1WP_254819486.1 EFB3581025.1WP_209834627.1WP_116235933.1WP_103640433.1 NOZ81161.1 NLL42224.1YP_010101702.1XP_044655078.1 MCS3353511.1 MBQ1183295.1XP_040549882.1WP_146661090.1 RYO44776.1 NQY65348.1 MBC8384723.1WP_233927803.1 EBR8320535.1 MCB1452120.1 MCK4540455.1WP_002951147.1WP_171832914.1 RTG88278.1 MCI9173074.1WP_232968558.1WP_255895909.1 HAS9516566.1 KAI4297075.1 BAW23943.1WP_182232449.1 MBT3329129.1WP_112978543.1WP_275397725.1 NVJ87065.1WP_271569319.1 EWT02607.1WP_001884703.1WP_231483373.1 KAH9316303.1WP_226909596.1WP_281054160.1 QEP12732.1 MBF8300261.1WP_088557458.1 OCN18427.1 UQV46285.1WP_223326327.1WP_274192231.1 HCN8461219.1WP_217101611.1WP_130477570.1 MBN2090897.1 AVJ74934.1WP_103294927.1 OGO01021.1WP_100610557.1 MCD4768021.1WP_129895541.1XP_016211170.1 EIO3984852.1 CDL67554.1 HHY02707.1 CAD6270987.1WP_160149429.1WP_257358148.1WP_194266302.1WP_058738289.1WP_188948933.1WP_205188895.1WP_116691934.1WP_273597572.1WP_198465579.1 KAI0008979.1 OIV35259.1 EIQ2008784.1 AST39768.1 MBP8846809.1WP_054895058.1 CAH1250835.1WP_200599363.1 KRM25387.1WP_150146969.1XP_032275630.1 KDT27382.1WP_064802002.1 HCH8663031.1 MBL04873.1 OGW26817.1 OGU26820.1WP_094590349.1 NOR80888.1 MBB4616026.1XP_016252004.1WP_217297942.1 MBE1296527.1 MCI7428666.1 KAJ3308761.1WP_063055719.1 MCB0773217.1 MBR6403893.1 DAC17040.1 PMP70922.1 NDB23390.1 MCL4849599.1 EIA4708990.1WP_130858156.1 KAI3849778.1 HIS27960.1WP_202165152.1WP_281675368.1 MBR4451941.1 MBS6326441.1 KAB2647529.1 MYS73268.1WP_051789242.1XP_039509588.1WP_039337636.1XP_042622198.1WP_248721304.1 KAF6360286.1WP_226865765.1WP_099061260.1 HCI94645.1WP_279374958.1 CAA9391925.1 MCJ7733050.1WP_244450453.1WP_176366948.1WP_194430615.1 KAG7164393.1WP_058935081.1WP_278428737.1 RZC11235.1WP_074737802.1 KAF3069499.1 PBK65192.1WP_017908092.1WP_208504450.1WP_029542314.1 GLB35420.1 EFC67761.1XP_040250218.1XP_047249348.1 MYT98825.1 HAN73743.1WP_015615815.1 MBP6785762.1 UVD42744.1 KAH3699581.1 HEU25100.1 APT84512.1 TXB56523.1WP_112449552.1XP_044710778.1WP_038615177.1 KAF9248384.1 EDQ8633181.1 NDE73311.1 THW78755.1 MAD76787.1 MCI6853747.1WP_280443824.1 CEP26668.1 OTN76164.1WP_035431971.1WP_109835637.1 MBR3487460.1WP_023322253.1 MBP7829117.1 NXJ84327.1WP_025599976.1 MBC8378821.1WP_235908972.1WP_240083300.1 AHH30646.1 KAI9888532.1 KAF5898047.1WP_048168883.1 ARS39112.1 MCK9405607.1NP_001169133.1 RWQ68821.1 RVE76210.1WP_215615491.1 NVM03966.1 MCK9363077.1WP_230898856.1 EFG6535742.1WP_236525681.1WP_039386062.1 UCF78466.1 MCL5970005.1WP_139484744.1WP_007853416.1 MCI6704618.1WP_119938117.1WP_229408570.1 MCI6995250.1 KAH9162276.1 THY09373.1 MBA4060735.1WP_035847413.1 MCQ2473581.1 MBN4382193.1WP_029789810.1 MCI9436439.1WP_237106527.1WP_235029016.1WP_115946316.1 KLR59865.1WP_227550239.1 ABO71806.1 RXW21184.1 NMC86773.1 KAI5749163.1 RLF82422.1WP_277309438.1WP_107891604.1 MCG62561.1 EFO2078189.1WP_159583277.1WP_107324026.1WP_169571417.1WP_181198956.1WP_095317440.1 MBF66593.1 TLY59051.1 CCZ42971.1 MBF2983383.1 AEF32461.1 HCC04630.1 QTZ27226.1 KAI9164099.1XP_042112981.1WP_007577863.1WP_056082173.1 MBA2687082.1 EGQ7676658.1 KAG1662457.1 UAW00545.1 PYP50915.1YP_009351723.1 KAJ6471610.1 CAH8478102.1 MCA3441055.1 NYF16576.1XP_046290611.1WP_052403276.1 QFE31818.1 KAI7728447.1 MCC2111968.1 KAJ7029618.1 NLM06991.1WP_148259014.1WP_223329113.1 MBW2495039.1WP_091423297.1 CUP44403.1 RLD52647.1 ANN23072.1 GKU14775.1 MBQ3380675.1 AHK46784.1WP_064047563.1 RKX20462.1XP_028028252.1WP_045257206.1WP_063441918.1 DAK92403.1 RYD39969.1WP_127947155.1WP_004949240.1 ACE76975.1 TNE33066.1 EGT2204415.1 PCI52029.1 VAH82675.1 OPJ74512.1 EIM4841263.1 OBG32114.1WP_027951454.1 CAE8591613.1 HAR4306776.1WP_225700676.1 KAH0673584.1 MBX3687043.1WP_282363731.1WP_252100317.1 EYU24504.1 MAF21094.1 MBQ7949870.1XP_034010279.1 MCI7705732.1 PJC48296.1WP_256939523.1WP_051669385.1 MBY7817199.1WP_035624729.1XP_028717800.1 MBN2027958.1 OYU48266.1 MBM3222384.1 HAG61063.1 MCK4826606.1XP_043479276.1 RDJ60584.1XP_016415707.1 PIT51662.1WP_153401532.1WP_198721977.1 MBI2153585.1WP_088008362.1 HCD1810260.1WP_238935592.1WP_212517614.1 QYU66920.1WP_271619988.1WP_237066347.1 MBX3184110.1 KAJ9293589.1 CCK15435.1WP_116314221.1 ATB18092.1 MBE9483558.1WP_216083845.1WP_218801637.1 GMH77683.1WP_020530816.1WP_068080190.1XP_046922164.1XP_016265944.1WP_077533069.1 QXO05584.1 MYB21565.1XP_005553416.1WP_035473288.1 MBQ4383193.1 RMZ75246.1 CAF4338983.1 OGL48105.1WP_232540662.1 MBE3116889.1 KAI8964031.1WP_099345046.1 EKK02300.1 MCU0947041.1 KAA3459801.1 MBT2214695.1 AUU37591.1 PYJ65046.1WP_067783946.1WP_167320363.1 EPZ93706.1WP_040988594.1XP_043079005.1WP_183181890.1WP_140334279.1 BDY12064.1XP_046018872.1XP_043718329.1 MBS7393837.1 MCR4683986.1 MBN1819552.1WP_269026738.1WP_041580422.1 KAG5994228.1WP_172616972.1WP_026600741.1 MCH3756135.1WP_097641037.1 HAT6420703.1 MBL8770704.1WP_148058234.1XP_021113256.1XP_009403500.1WP_148836004.1 MBI5405531.1 NXH52939.1 MCJ7594907.1 NP_494967.1WP_167509077.1 MBN2132609.1XP_039638319.1 MBG83645.1WP_071844175.1WP_221323620.1 CAA7056023.1 MBK6594401.1WP_251309955.1 MCP4907131.1 MCL7977512.1WP_156485294.1XP_009839123.1 GHU76743.1 KAJ2820567.1 MCL7714424.1 HBR4968137.1XP_024635273.1WP_136864777.1WP_052822157.1WP_194217236.1 EGI4396582.1WP_226480428.1WP_130628329.1 MBR1729873.1WP_086041969.1 GHT89622.1WP_116306280.1XP_010547631.1XP_006576743.1WP_235358277.1WP_098798564.1 MBO6087363.1WP_229253501.1 MBK8986217.1 MBB7170543.1WP_239108544.1WP_166737616.1 OLA08565.1 KAE8908303.1WP_204462572.1 OJU33055.1 MCU0521352.1 KAG5775718.1WP_182273896.1 PIQ22394.1WP_053767117.1 EDN4899961.1WP_252845183.1WP_270610708.1WP_202859343.14G4S_F MCK7495745.1XP_017412204.1WP_037318352.1 EFH7886278.1 TGQ73293.1 ETL94002.1WP_014793632.1WP_182158016.1XP_044998617.1 MBQ9647935.1WP_232202741.1WP_051027110.1 UHK01047.1 CAG8560118.1 HCF2977864.1 ESE83270.1 MCD58157.1 CAD5221127.1 MBE7218062.1XP_036378433.1 TPV93333.1WP_213750918.1 MBT5019052.1WP_172323533.1 TRZ74764.1 RBA14522.1 EGO95442.1 MAS03180.1WP_269358925.1 KAI1570405.1WP_091733714.1 NBY29827.1WP_122873240.1 RUY13648.1WP_021346398.1 PQP77439.1 KAF5437455.1 AVR90781.1WP_172117930.1WP_152638733.1 MCH7644438.1WP_272053002.1 MBI9043002.1WP_276533217.1 KGS11954.1 NIK25817.1WP_012917492.1 MCB0689733.1 MBL6807531.1 KAJ4458169.1WP_007556065.1 MBQ9964693.1 EGO4094244.1 MCI5916932.1WP_239606280.1 MSO45354.1NP_001019860.1 GFB98697.1 CAB3403040.1WP_276594570.1 MBP6132529.1 KAB2088711.1 RRY46070.1XP_006591276.1WP_054621512.1 KAI5076688.1WP_260879442.1 KAG7202115.1 KAI5128402.1 MBR6417349.1WP_267448957.1 MBR2718156.1 DAU97140.1 NWV65193.1 UJW35797.1 MCE7733397.1 EEI62381.1 CAG0929351.1 AAX94106.1 EFC4417017.1 MCL2109536.1 SEJ33525.1 BAQ58714.1 MBT4239116.1WP_224458015.1 HBP6650873.1WP_097382902.1XP_014155165.1WP_026661995.1 NPM18735.1 MBW8078285.1WP_144002426.1 KAJ9499981.1 MBI5799565.1 MBT8367246.1WP_243131659.1WP_226536872.1XP_035254397.1 NOY97419.1 TLX84297.1 TBV99016.1 GBO23274.1 OPZ52024.1 MBN3744368.1 HCE5900341.1 HCY01371.1WP_194454339.1WP_159220133.1WP_016083913.1 UPB00876.1 MBR2864610.1 KAF2420586.1 PIR02665.1 MCQ2295302.1WP_189342802.1 ADQ02892.1 KAI8504475.1WP_167248335.1 MCG8010344.1YP_009296428.1 EJQ6627878.1 MAV59409.1 QBM89760.1XP_039523839.1XP_016446524.1 KAF8011165.1WP_065517671.1 NXD84883.1 KAI7091816.1WP_061836762.1WP_190357222.1WP_002162515.1 QUL97857.1 MBO7137251.1WP_171675609.1WP_031972379.1WP_023698577.1 UJA07681.1 HBQ3247549.1WP_055132583.1 MBI3118824.1WP_267184195.1 KAJ7369304.1WP_014558374.1WP_257788220.1XP_018492447.1 MBA3614174.1 HBE3137209.1 MVA71646.1WP_129006924.1XP_004034642.1 ESL04748.1WP_278449211.1WP_080864663.1 KAG9317532.1 PTB82632.1 KAF9101968.1 NDE10255.1 MCH7882583.1 MBH2908027.1WP_131734175.1WP_071455957.1 EEH16378.1WP_015645305.1 HAL0497824.1WP_055394972.1 MBQ6611319.1WP_231837445.1XP_048775453.1WP_161275011.1WP_262114929.1 KAI4882225.1 MBC9954836.1WP_119512617.1WP_024986590.1WP_217950418.1 MCM1513138.1WP_107723967.1WP_159896041.1WP_195397250.1 DAP26351.1WP_089370623.1 MBQ1765196.1WP_171183333.1 MCJ1326389.1WP_237171174.1WP_005710284.1 EAV2673163.1WP_162313773.1 MCL7030477.1WP_194933787.1WP_249868607.1 MBT7096516.1WP_116870479.1WP_176307440.1WP_182023956.1 CAF1059395.1WP_262612393.1WP_232306300.1 CAB5621061.1WP_150071802.1WP_250934260.1 KAJ9397508.1WP_223655776.1 GFY73571.1 QMV44496.1 RLN50561.1WP_042632177.1XP_046509038.1 KAG7034489.1 MBL7809501.1WP_277531229.1WP_140985543.1WP_190032834.1 CEM11561.1WP_028393295.1 OJV54207.1WP_157553964.1WP_139067457.1 MBK7384228.1WP_094840069.1 HIH60710.1 MCB1191718.1WP_087465911.1 UGA79226.1 NWI70572.1 AMT69763.1 MBD3627516.1 KST94193.1WP_166960135.1 CAE7938465.1WP_278665106.1 MBI2083107.1 KAG8833708.1WP_068059894.1WP_145616262.1 PBJ84576.1WP_164581131.1 MBJ4905015.1WP_232441874.1 MCH8874789.1 MBL7689759.1WP_014950321.1 EAS0616219.1 GIP40757.1WP_070334369.1WP_132528552.1XP_015055542.1 MBX9709025.1 KAH7420042.1WP_158309540.1 GFR08784.1 KAF9974715.1 MBM3701396.1 HCP62665.1 MCR4368335.1 NKB40192.1 CAF4882469.1 NED83450.1 BBL73457.1 MBA2522987.1WP_271771839.1 EFA7535944.1WP_055759832.1 MBR5510068.1 MBR2648677.1 MCR4426439.1 MCI8272365.1XP_023482372.1 MBT6563471.1 KAI8393114.1WP_067680410.1WP_233292564.1WP_049327990.1WP_279961109.1 KAH7576347.1 KAI1260235.1 CAD0200323.1 MBO5874131.1 KZV16312.1 CAF5136964.1WP_251593142.1WP_176749474.1 UJT06733.1WP_070306574.1XP_036098045.1 OGR46634.1 NXM52897.1 NWT80859.1WP_269828627.1 TWT41731.1 RMY79307.1 KAF7818313.1WP_045125019.1 KOS38468.1 NUQ31250.1 MCF7626618.1 MCH5207665.1 KAF3356825.1 CJB10156.1 RYE23003.1 MBR0338720.1 MBF1375496.1 KAJ8358812.1 MBQ8641985.1XP_051592778.1 CAB1415528.1WP_168166755.1WP_007993424.1 MCM3872453.1WP_098279309.1 AXB40829.1XP_021507806.1WP_092081374.1WP_014772780.1WP_065766477.1 AVO23223.1 MCA50524.1WP_251231146.1 MBC7140825.1WP_090378310.1XP_013258388.1WP_192106836.1 EIX9307167.1 NJL74459.1 USR14792.1WP_274124432.1XP_008080365.1 MCR5546513.1WP_206548446.1YP_009340709.1 HEC61404.1 NWU63809.1 MBU2720902.1 MBI2666778.1WP_154503573.1 MCH61727.1WP_035102910.1 MBR4902600.1 HAB03480.1WP_193655704.1WP_032677416.1 MCS6996891.1 EHZ4862226.1WP_159812831.1 MBP5726154.1 MCE1252202.1WP_069083484.1WP_158687193.1WP_265775712.1 KAG4938299.1 MCK6622141.1 UQT49937.1XP_049766603.1WP_180076776.1 MCH2675159.1WP_067123247.1WP_184601943.1 MCK5309055.1 EIJ1046776.1XP_044919701.1 GIV84289.1 MCB0346442.1 MBQ2465495.1 AHN95135.1 UOA67814.1XP_030087828.2 MBR5943268.1 TND09120.1WP_017549704.1WP_225225222.1WP_016360879.1WP_278489123.1 NQY08093.1 MBS3611729.1 MCP4111938.1WP_000989932.1WP_225123293.1 MBM3947147.1WP_072694527.1 EFE8261313.1 KIR59352.1 KAJ5238469.1 OGR49074.1 CAG0273471.1 MBB1053783.1WP_018160716.1 MBC7426139.1WP_264507413.1 MBP1312051.1 VAI85984.1WP_270570428.1 QIX02502.1 RKF23984.1 KAJ0024505.1 DAP78583.1XP_054751877.1 KAG5001697.1WP_282969582.1 GFV58109.1WP_098137943.1WP_105371864.1 QJA13926.1 HCN70936.1WP_099639594.1WP_096647361.1 KAH7160752.1 CAA2616064.1WP_013571875.1 THZ10219.1WP_273946616.1 MCI7704736.1WP_063505693.1 OQP53277.1 KAJ7660540.1XP_049776195.1WP_235374454.1 MBU4557481.1WP_152718850.1 CCD45280.1 MCB2198743.1WP_032993387.1WP_208665977.1WP_104329329.1WP_252264110.1 UCF22071.1WP_276234417.1WP_210363492.1 HJC81763.1 MBQ9697149.1WP_135952734.1WP_121369366.1 RHQ28634.1XP_052906513.1 ONM12286.1 RIK81456.1 AFP41217.1 SQC43367.1 ACY29573.1WP_096277301.1 MCD8323718.1 MBE6889650.1WP_099922565.1WP_102140144.1 MCB0174630.1XP_021727484.1 MBR1383934.1 MCF8391604.1XP_033082621.1 SHM84371.1 KAB2860347.1 KAH9439214.1 CAA9477187.1 TMQ35121.1 MBV8739832.1WP_165801127.1WP_114947928.1 CAE6513018.1WP_279059865.1WP_010299410.1 MXS72767.1 MCI9320818.1 MBK6509184.1 HAW15717.1 QGZ94761.1WP_031876812.1 CAI2192293.1 QQR61334.1 CAH3164498.1WP_131506707.1WP_229055514.1 NLB38271.1WP_070443635.1WP_015957503.1WP_117183207.1WP_199911565.1 SON95852.1 AAV77137.1 MBU7572244.1WP_110005820.1XP_021713690.1 OGH56711.1 MBX7055839.1WP_011965948.1WP_240469694.1 MBQ4570877.1XP_007323069.1WP_126255586.1 MBF6603381.1 MBA3289554.1WP_212377792.1 KAJ0239815.1 KFP59321.1 MCA9949067.1WP_229048323.1 VAX76432.1WP_138447205.1 PJC69268.1WP_094207656.1XP_032812066.1 MBP3509218.1XP_005720745.1WP_138289979.1 KAJ6676972.1WP_175692337.1 MBT6370142.1 KVK44743.1WP_271960159.1WP_072974645.1WP_071809692.1 EGR0469058.1WP_199497249.1WP_012964108.1WP_109900609.1 MBU6501496.1 CAD7420625.1XP_055449440.1 GAP70049.1WP_070770047.1 MBK8529220.1WP_239984652.1 MBR0417215.1XP_048264533.1 MCD8297279.1XP_033559743.1 MBE6139600.1 AEF02257.1 MCL7045034.1XP_019019020.1WP_213520007.1XP_039699416.1WP_112530108.1XP_045648298.1WP_143281017.1 RYH76248.1 AGB19176.1 KUI47647.1 NWV34805.1 KEP75282.1WP_266441326.1WP_266727676.1 PPU96251.1WP_258598016.1WP_107021410.1 MBQ8064675.1WP_087299666.1WP_134667128.1 MBI4875790.1WP_196222422.1 MBT3564223.1 SBS78954.1 MBN2371430.1WP_219287479.1WP_175630420.1 HAA51207.1XP_001681736.1WP_282575598.1WP_252418399.1 UYE59123.1 MCO5330244.1 KAI7478392.1WP_065888604.1WP_277412281.1 MBR6382124.1 EER9391136.1WP_086711488.1WP_064962354.1 MAD47294.1 NRJ54907.1WP_062336768.1 KAF9035758.1 MSW56406.1 MCC6537716.1WP_277778661.1WP_262615610.1WP_135771669.1 CDX53829.1 TXH71851.1XP_055095726.1WP_209402264.1 MBK6277277.1WP_064229784.1WP_271272236.1 EGQ64116.1WP_271145842.1WP_176051587.1WP_076519206.1 KAI9912466.1WP_165687160.1WP_064600084.1 MBE6702431.1 MCR4890737.1WP_046778966.1WP_255401854.1WP_226831475.1 MBP7746105.1 NCS37471.1XP_047790709.1WP_250427403.1 SCX00186.1 MCI8393530.1 GHT88678.1 MCP4788584.1 MCA9900904.1 AEJ33395.1WP_093172109.1 NCB77646.1WP_098515742.1XP_048796933.1 MBR4275022.1XP_020736247.1XP_039660068.1 KAJ2633851.1WP_066708699.1 MBW4485777.1WP_103963736.1 MBR4838026.1XP_009147075.2 MBQ69096.1 MBR7027046.1WP_062689758.1 MBE6812365.1 NWX34570.1 MBM7494038.1WP_273138110.1 MCG6876547.1WP_151856261.1XP_001454078.1 KZD01260.1 MBI0103662.1 MCC5806595.1 RLE74569.1WP_096665911.1 KAG5313265.1 CAF5110230.1 MBD5168133.1 QNU41032.1WP_190594466.1 UWG74403.1WP_015275782.1 CCO02790.1 VVC94919.1WP_147958553.1 MBD5306941.1 GMH49846.1 NJP33277.1WP_227059655.1 MBN4261164.1 KHO46355.1 QDT09879.1 EXK83554.1 MAO00220.1 MBK7557264.1 MCH5225744.1 MBP7222158.1WP_257939681.1 KAI8972608.1WP_253630899.1WP_167581056.1WP_209095964.1WP_058561589.1 MCA9255001.1WP_204287739.1WP_065148066.1WP_098191572.1 URJ46333.1 HDZ48353.1WP_271243471.1WP_166360839.1WP_137144119.1 MBW4512449.1 GJD18679.1WP_099912534.1WP_179915466.1 MCL1962319.1 GKN74270.1WP_106777349.1 QUE11983.1 NQT76827.1WP_274910452.1WP_208884269.1 AIR77599.1XP_049178823.1WP_050657700.1WP_173991185.1 OJW72254.1 EFG1511687.1 KAF2864190.1 KAA1446899.1 KPU83403.1WP_279687934.1 MCS5932532.1WP_106546380.1WP_231085688.1WP_033131454.1WP_164228299.1WP_249510290.1 CAF0807478.1WP_119344914.1WP_020497701.1WP_242685612.1 UNP33456.1 KAE8355151.1WP_026718622.1XP_028939562.1 NRB18267.1WP_041710957.1WP_164942207.1WP_169394925.1WP_200037957.1 AUW90066.1 MBE0362647.1 EET4312562.1WP_179444023.1 CAH8385548.1XP_046441060.1 CAH9078713.1WP_268012811.1 PIY03328.1 HIA35646.1 TFV00908.1WP_103216576.1 MBG9445742.1XP_037827647.1WP_073312722.1 MAR88726.1 MBM4836391.1 KAF0756529.1WP_056610248.1 MBU2271834.1 CEH30391.1WP_162756046.1WP_271629396.1 EBU9231875.1WP_169053012.1WP_223695792.1WP_092696504.1WP_014814721.1 KAG2712649.1WP_045961551.1WP_166690114.1 MBQ8778157.1 NVK26228.1 MBR5140322.1WP_275196335.1WP_078747788.1 GAA38267.2WP_169999893.1 MCI5668237.1 MCD6173453.1 EFS8130303.1WP_145141753.1 MCE7698179.1WP_149397594.1XP_020949431.1WP_254406115.1 MBB2072367.1WP_194546214.1WP_267353308.1XP_029860665.1WP_137264191.1WP_227413069.1 MBU2643279.1WP_021391773.1 MCH7812019.1WP_059812501.1 MBQ3958696.1WP_017034258.1WP_257733866.1 HBR2011202.1WP_053594912.1 DAS28513.1WP_075938258.1 CAD6215318.1 KAH9898930.1WP_151434014.1 MBK7764469.1WP_271786410.1 NXV43694.1XP_002688837.2 MCH8328754.1WP_256153163.1 MBS0394142.1 MCS7028162.1WP_255602293.1 KAJ0315765.1WP_237526657.1WP_213162342.1XP_033573598.1WP_058258401.1WP_187935882.1 MCM8621761.1WP_146809086.1 KAF3694195.1WP_276247412.1 GKN64987.1 PTX11617.1WP_045070942.1WP_015873926.1 EJA2215897.1 KAF2888908.1 NWU56530.1WP_210028065.1WP_211746996.1XP_040023426.1 AXC70826.1 MBR6853793.1WP_153262038.1 MCA4896083.1 PZW62518.1 ROR98276.1XP_025769677.1WP_016669239.1 MCB1271755.1 AFV39595.1WP_123749269.1 EFX79048.1 NNE87648.1 PZO34543.1 VDK55583.1XP_023822602.1WP_126376486.1 MBT4259311.1WP_069580620.1 MBR4681128.1WP_128788759.1 KAJ1174213.1 MBO8485404.1WP_228961807.1WP_141772753.1 MBL8169415.1WP_278088590.1 CDG57236.1 MBP2329018.1 SOD38512.1WP_161967657.1WP_007287952.1WP_115992495.1WP_090297373.1WP_086280341.1WP_084578893.1XP_010918378.1 KRX15989.1 KAF9095505.1XP_012889676.1 SFF07309.1 MCP4913426.1 RGX77898.1 MBE6142085.1 KAF9145485.1 MCO5569846.1 MUL75888.1WP_097108993.1 MBC7097666.1 KAJ6888161.1WP_236939362.1 KAJ7092692.1WP_040330177.1WP_001537381.1 MBL6727407.1WP_054541705.1WP_279085497.1 MCB9510871.1WP_095128211.1 MBE0660081.1WP_219286064.1WP_218057064.1WP_131971174.1 MBL8777518.1 ABK94958.1WP_199308568.1 APC24336.1WP_199713305.1WP_172585284.1WP_094590818.1XP_032204694.1 KAJ3382075.1WP_116143250.1 OQB67688.1 KAI1055415.1WP_018083176.1WP_055153579.1WP_065640612.1 KAG2753283.1WP_071280632.1WP_213775833.1 MBG4760275.1 KAF9432903.1WP_245407141.1XP_006814105.1WP_228201287.1 KAH8780162.1WP_196146635.1 DAH49916.1WP_237034910.1XP_010676925.2WP_086353716.1WP_102576363.1WP_080508033.1WP_052922907.1WP_010409355.1XP_008674211.1 RGT06351.1 NIM26842.1 AMA13662.1 AFP82159.1 MBQ2990925.1 KQP70604.1 MCH1407713.1 HAR7369715.1 HAC44255.1 NBS93427.1WP_067101053.1XP_005111944.2WP_108210605.1 MOP62942.1WP_262073613.1 KAH9744176.1 AFX75916.1WP_166638495.1 KAI4867710.1WP_083180153.1 MCM2356329.1WP_270233472.1XP_033306318.1WP_209377953.1XP_019180948.1 CAH0023967.1WP_019444443.1 MBL1320270.1 GEW47215.1 KAI4518191.1WP_162206844.1WP_113544184.1WP_014985199.1XP_030725309.1WP_192880951.1 MBT8607749.1 NGL48818.1WP_162929259.1 NLV68328.1WP_075013026.1 USK34290.1 NLE01480.1WP_189931865.1 MCK5466482.1WP_166047848.1 KAI2467201.1WP_272952826.1 AGB20654.1 MBQ6868443.1 NER20127.1WP_269061021.1 MCE2789155.1 MBR6875525.1 HAO16792.1XP_039325768.1WP_180230190.1WP_230796143.1WP_059639348.1WP_225579579.1 GBN39940.1 MXQ53321.1WP_100449703.1XP_052751399.1WP_066786685.1WP_117077319.1WP_249084213.1WP_131096443.1 KAI6080770.1WP_017691736.1WP_005632191.1WP_084873045.1WP_195290884.1WP_280336340.1 CAD2182685.1 HBT5919638.1XP_021765438.1WP_093486522.1 QLY80081.1WP_006224372.1WP_023727015.1 KAF8917914.1WP_037184031.1 MBM4261824.1WP_085680475.1 EFI9255255.1WP_070475600.1WP_275405902.1 GIW30304.1 TVY78526.1WP_273827584.1XP_047245969.1XP_007957752.1WP_272896519.1 KAI1368854.1 STW09510.1WP_264790310.1WP_029091796.1WP_237142885.1 EFL44656.1 RJF99999.1 MBM4059513.1 MCP3657241.1WP_203021165.1WP_089095302.1WP_233230645.1WP_004960861.1WP_230009938.1WP_034709917.1 CTM60173.1WP_039608285.1 SPC33634.1WP_259287153.1 MRB85170.1 MCD6544917.1 MBK4335994.1 MBA0628892.1WP_281459228.1 CAD7578726.1 SOD38336.1 TYG55675.1WP_094953410.1WP_108324249.1WP_195238978.1 KAG7283570.1WP_280427578.1WP_223292749.1WP_244355613.1 CAG9435424.1 ECE8916583.1 MCP3654032.1XP_036163171.1 KYP14137.1 KAF5321974.1 MCD8523842.1 RVU05718.1WP_096671147.1WP_265822109.1WP_173081441.1 EMD82508.1WP_022710297.1 MBT3784852.1WP_059267425.1WP_138583465.1 OEC37898.1 MBI2416798.1WP_276256752.1WP_154541351.1 NXL14598.1 RUM68418.1 NAB09037.1WP_152652784.1 MCH7618159.1WP_166652585.1 QPH00767.1 HCN71343.1 MBN8536342.1WP_083453642.1 EDF8564338.1 GEP01990.1 NP_177230.1WP_206913767.1 UOK61174.1WP_033677965.1 MBF1231925.1 MBQ1196899.1WP_189254710.1XP_022371551.1 PLX13980.1 CAH9132908.1 HHU23657.1 PAV59276.1WP_233281725.1 MCA9869097.1 MBI1189702.1 QOL09497.1 CAI4531609.1WP_012084538.1 MBS1587439.1WP_109832405.1 NDH41984.1 EFX84833.1WP_024498088.1WP_130201530.1 MBO5098538.1 KAF5115699.1 KAJ5249775.1 SED04027.1 RLA59280.1 MAL04956.1XP_032283352.1XP_048583328.1 MBL7752135.1WP_254301195.1WP_027723927.1 AOQ89457.1WP_280550159.1WP_263549390.1 MBR4127938.1 KAJ2160675.1WP_165149223.1WP_154427248.1XP_003056335.1 MIX29656.1 SCN76227.1WP_042211112.1WP_170834655.1 MBS5796435.1WP_235959345.1 HHX25519.1WP_199690327.1WP_195694458.1 PTT91340.1 MBQ1405588.1 KFV95086.1WP_187027854.1 NDU77367.1XP_029370816.1 PYX86466.1 MBN9117024.1 AXZ65741.1WP_132175930.1WP_055411085.1 CAE6438319.1WP_009257967.1XP_021377602.1 KJV99157.1 EHR73697.1 MBQ2688679.1 CAF4001745.1WP_264144890.1 NEO77458.1 GBD21712.1WP_138405018.1XP_025425233.1WP_043343784.1 MBN3879913.1XP_020282545.1WP_093361010.1XP_034262050.1 OWZ21453.1WP_140204528.1WP_206254325.1WP_278843343.1 MBL4542294.1 GCE99025.1 MCL2537505.1XP_049847771.1 MCC7321896.1 MCE5280144.1 MBX3615544.1XP_047443619.1 GBU10433.1 ECG5731039.1 KAI4261063.1 RME91291.1 KAF8902954.1WP_128492049.1 NXJ09179.1 MBM3211208.1XP_037269637.1WP_266300278.1 MBT3283615.1 HBB8861935.1 MBP1762081.1 ESW62330.1WP_139216328.1XP_031159380.1WP_145549645.1 MCB0396773.1WP_040532466.1XP_042399294.1 MBS1222269.1 MCR5249229.1 EOX98511.1WP_263871176.1XP_015675072.1WP_221874538.1WP_147728825.1 EWA78047.1WP_137499306.1WP_254467474.1WP_209241541.1 CAI4270029.1 KAI5947122.1XP_051382515.1 MCS7125979.1 MXP43753.1 MBD9700330.1WP_072184911.1 MBI1992098.1 OBC01194.1WP_203304418.1WP_145254095.1 NLV89229.1 MCQ8893008.1WP_221968558.1 MBA2782760.1WP_232465954.1WP_164588414.1 MBO4522510.1WP_206762159.1 MBR7152669.1 KAF0721509.1WP_241695219.1XP_036174925.1WP_236387036.1WP_165356608.1 PFQ70995.1 MYE57211.1WP_008132112.1XP_022789336.1WP_264695257.1WP_219954954.1 AAR06568.1WP_043239074.1 KAB2838176.1 MBS1617120.1WP_129629290.1 KRN01502.1 ACF74449.1WP_088527814.1WP_258825945.1WP_008045531.1WP_045064390.1 MCU1589779.1XP_049224720.1 MBQ0033687.1 MBP3425637.1 MCR5285329.1XP_020103231.1WP_258394058.1WP_196823726.1WP_162334308.1WP_020394619.1 TMH05674.1WP_112116848.1 HCH2726488.1 MBK6833697.1XP_025975121.1WP_103270848.1 NXS05193.1 MBC6481257.1 KAE9963299.1WP_048771567.1WP_237560484.1 KAG6786301.1 OIQ39557.1WP_190063487.1WP_006075792.1XP_051120762.1 MRB06557.1WP_136085111.1 CAF3446016.1 MBZ5699012.1 GEX59890.1WP_130523666.1 MCB0447703.1 WAR09170.1 KAA0009614.1 MBI6809448.1WP_123226257.1 KAF9308882.1WP_058635033.1 KAG2929087.1 ODU23539.1WP_186229980.1 KAJ7545197.1 KKT55671.1XP_043494069.1XP_035812514.1 HIX59898.1 MBL0273084.1WP_077066366.1WP_001531669.1 MSX26960.1 RCK62276.1XP_023957144.1WP_262014488.1 NOZ88085.1XP_051216225.1 MBO1089156.1 GIW56314.1 PXL39359.1WP_073277800.1 PPS91010.1WP_253808359.1WP_140347789.1 EFT9578334.1 MCE4613707.1 ERI49901.1 HIN08122.1 OQW79047.1WP_086502876.1 KAG6788279.1XP_021898889.1 NWR48904.1 QJX39570.1WP_206096314.1 EIH4263652.1 MBT5285153.1 CDC61696.1 MCO4570690.1 KAF8141928.1 TJW13192.1 MCB0793211.1WP_005629113.1WP_083639049.1WP_169054812.1 MBR1706273.1 EST37880.1WP_106936446.1WP_214777175.1WP_092857087.1 RAH10573.1XP_048732732.1 HFC54342.1WP_025739406.1WP_116813830.1WP_128505522.1 MCB9943168.1WP_190822868.1WP_258007507.1 TVR41840.1WP_283181662.1 CAC9886154.1WP_047943571.1 MBO2482901.1WP_261668588.1XP_047422702.1 MBE6688122.1 KAJ3490879.1WP_227317406.1 MCB0488436.1 MCD6430924.1 MCI0654225.1WP_271515333.1WP_207334372.1 NYK82134.1 RTE72268.1WP_232703726.1WP_184066976.1WP_257689765.1 MBU0791683.1WP_182711428.1 TKW18680.1WP_240111183.1 NED75586.1 MBR0615264.1 ETO34949.1 KAF5411244.1WP_017878759.1 TEY22245.1WP_023780537.1WP_077376172.1WP_231355705.1 GIW70618.1 KAF1538674.1 QFY03744.1 MBA8666914.1 KAJ8938828.1WP_149660939.1WP_262404887.1 OJH36051.1 KAF9463056.1 MCJ8273875.1XP_045701611.1WP_267782507.1 MCP5198054.1 EOS29826.1 NLC30933.1WP_003960394.1WP_218348303.1WP_148727848.1 TVS18044.1WP_018934053.1 MBV00212.1XP_047781705.1 MBQ7286305.1 MBQ4426944.1 OKO87070.1WP_259408897.1 KAF5116816.1 MBN1246547.1 MBR6946428.1WP_097574091.1 MCF8145043.1WP_159796041.1 KAG8816705.1 MBA3497606.1 AHJ84873.1 MCA9738196.1 KAJ0689199.1 ERB66459.1 MBL6710595.1 MCH1932562.1XP_055331916.1 MCH1405047.1 KAF7869901.1WP_220674761.1 KAH7489251.1XP_032499984.1WP_261369297.1WP_283842967.1 MBT3932996.1WP_148565498.1WP_097485790.1 HCI3868538.1WP_119403424.1WP_004994904.1 MBU0624735.1WP_266814553.1 MBQ4411698.1 KYF44507.1 MCL2788588.1WP_262155701.1 KAF5548980.1 KAH7262805.1WP_183063711.1WP_212810521.1 MBR8744763.1WP_120452154.1 NTU53989.1 GHU61839.1 MBS1744667.1 MBU03734.1WP_105386412.1 MBR2406030.1WP_131776591.1 MCL2039304.1WP_196974466.1WP_184130797.1 MCS5505837.1WP_062865604.1WP_188895946.1 KFG62183.1 SCL13606.1 MAJ56944.1 RYP71249.1 MBQ3470868.1WP_234897981.1WP_117751014.1WP_160410225.1WP_173040157.1 MBE3595273.1 UTW67325.1 RIX75659.1 MBL0255244.1 EMK19049.1 THB74514.1 AWD47640.1 MCR4818155.1WP_018717981.1 UTU41876.1 MCE2907393.1WP_251174936.1WP_202925384.1 CAI0990105.1WP_140660563.1WP_277410236.1 MCP5558243.1 CAD7419184.1WP_189609880.1 MBQ8283265.1WP_173904515.1XP_032696462.1XP_044484513.1XP_027476133.1WP_189592858.1WP_166225641.1WP_266312166.1WP_147766978.1WP_239815372.1 PSP85445.1WP_065809357.1WP_205177065.1 MCG3730919.1WP_166886913.1 CPY79168.1 MBT5578634.1WP_126669182.1WP_005165186.1 AUN31249.1WP_279123632.1 MCM2341063.1 MPT31245.1 ETD72983.1 UEC68750.1 MCP4488771.1 SDW64481.1 MBT8462299.1 MBR2488648.1WP_240030709.1WP_250146767.1WP_186153646.1 CZR69713.1XP_039854086.1 MCU1437293.1XP_015523373.1 DAO22062.1 MBR1628375.1 MCK5056842.1WP_274481161.1 XP_697509.2WP_139764340.1 MBQ3864274.1WP_132882604.1WP_200316392.1WP_241908014.1 MCL7403925.1 MCJ7548546.1 KAF9116737.1 NLG67042.1XP_002873995.1 HIA56122.1 MBP6049275.1 HAY39979.1WP_105188257.1 MCH2430466.1 MBI2152769.1WP_211231677.1WP_269048359.1WP_195553161.1 MBL1417270.1XP_019741907.1 AJF60049.1 EHD2267589.1 RJF98482.1 GDX36288.1 MCF7786316.1 KAJ8059477.1 MBI3948044.1 MBM4386043.1 KAI2062789.1 QEP29574.1 MBT4920854.1 KAH8333868.1 NLN95163.1 MBI1386726.1WP_021500824.1NP_001257623.1WP_200780455.1 KAE9803106.1 NEQ48723.1WP_283179095.1WP_265896212.1 EDA9915590.1 TIU74829.1 NLA37038.1XP_025606354.1WP_100161462.1 EAL7285322.1 OAV67199.1 MCI6491833.1 KAF7644169.1WP_046234935.1 MBQ8156531.1WP_137607852.1WP_277858638.1WP_011512097.1WP_118155356.1 NPV11463.1 MCE0539567.1WP_146646172.1 MBQ3906581.1WP_060137083.1XP_047334060.1 AWW49543.1WP_130528929.1 EIC6151294.1 MCE2507101.1WP_271268402.1 MBO6554759.1WP_168738097.1 MBO4925134.1WP_258700041.1XP_029728184.1WP_263620371.1 HAI83337.1WP_250015522.1 MCC6600438.1 MBR3944831.1 MBQ6224848.1 AHK62764.1 KAG6815834.1 MBS1237631.1 MBC8287102.1WP_147710924.1WP_147098622.1 OPJ85369.1 AOM87821.1 EFI9116993.1WP_133874384.1 MBP6873711.1WP_236578309.1 MCS6997039.1WP_222322625.1WP_232235954.1 OBF96065.1 HAC47786.1 PYV42293.1WP_186372554.1 MBK7761530.1WP_099692467.1WP_227414037.1 OLC60889.1 MCM8792278.1 CAI9728293.1 KAG8587293.1 MOY95459.1 GGK29005.1 MCQ2641798.1 MCD5879085.1 HDQ08114.1XP_052062472.1 MCB1594269.1WP_089820066.1WP_174736260.1WP_245086788.1WP_132993058.1WP_262152891.1 MBA2391527.1 HCG88012.1 KAF5949235.1WP_026861651.1WP_075011186.1WP_205336461.1 POC21689.1WP_017172025.1WP_157783106.1 MBH39527.1 MBP0444593.1XP_040637648.1 CUQ45908.1 KAB1930676.1WP_063393100.1XP_053174626.1 MBY7869037.1 MXW19700.1XP_006969978.1WP_249991478.1WP_077989166.1WP_238286377.1 MBQ6476844.1 OCT99299.1WP_131252095.1 HBC43327.1 MBP7794228.1 MBT4259674.1 MCP5487798.1XP_052321142.1 HAJ13960.1 KTC18574.1 MSX81993.1WP_172892835.1 RMP47417.1WP_076195104.1WP_278448552.1 MBU1163645.1WP_178943877.1WP_100963785.1WP_048427321.1WP_007337172.1WP_283107263.1WP_268276024.1 UCH34204.1WP_100461895.1 NNE21990.1 CAG1014836.1 HEY60602.1 MBL6847974.1 MBW2293111.1WP_035154071.1WP_015167170.1XP_032818145.1WP_107851562.1 KAH8969015.1 PIT67883.1 MCT7963129.1 NWG07731.1 MAX51409.1 SPZ45747.1 MCL4144983.1 NBS68005.1 MBP6400846.1 MBQ1990346.1XP_039284787.1 MBA4865741.1WP_070955303.1XP_018957721.2WP_042648904.1 PIR97932.1XP_041378246.1WP_034002239.1 KAF9922452.1 EDH4057100.1WP_018431719.1WP_152190814.1WP_233284074.1 MBO9514898.1 MCH6550914.1 MOO35077.1WP_156140069.1WP_200629424.1 KAI9565065.1 MBN2399180.1WP_091227077.1WP_218795152.1 MBK6411085.1 NQW84129.1 MBW7837788.1 MCK4337579.1WP_087686007.1 EAR7791084.1 KAG7278336.1WP_200669895.1WP_272925939.1 GJM01403.1 TNN49994.1 KAI5724218.1 ECG2575758.1WP_043548763.1 EDF9697826.1WP_028046854.1 AYX54788.1WP_198907334.1WP_218203447.1 GJH02859.1WP_149651389.1 QIE41101.1 RLB79053.1 EAD1341741.1 MBN9324306.1 MCO5064371.1WP_184718542.1WP_189700210.1WP_067799544.1WP_089269927.1 TQJ11194.1 EFL5817307.1WP_272770862.1WP_024525698.1 MBT8283357.1 KPA62791.1WP_236270941.1 UBA80202.1 MBQ4557037.1XP_003073356.1WP_062950599.1WP_160680844.1WP_052271161.1XP_038788914.1WP_277108398.1WP_244311009.1 MBK9059381.1 EKX78645.1WP_020913025.1WP_281295215.1WP_056438721.1WP_274182085.1 MBO9999515.1 EIC9579770.1 EPR30609.1 MZT63759.1 MCP3872510.1 MCI7433635.1WP_098035768.1WP_181693616.1WP_261589216.1 GFD62658.1 BAK08426.1WP_131977297.1 KAI8633010.1 PQE21401.1WP_262917761.1 NNF58653.1 MBR9756324.1WP_269633767.1WP_268315162.1 MBN6104449.1 EJJ5352541.1 MBO5696496.1 HHV35141.1XP_017428875.1 SQP19075.1 HAX2015273.1WP_088349221.1 KDQ61317.1 MBQ6004917.1 MCH9651907.1WP_105248459.1WP_121285867.1WP_125684427.1WP_205215113.1WP_268371125.1 EFH5292178.1 MBR6130424.1 EEY3543156.1 RMY06144.1WP_034853447.1WP_270578305.1 CAG0978995.1WP_124843803.1 UOU30556.1XP_035366182.1 PPS22991.1WP_141892995.1 EEP92076.1 MBA2447626.1XP_047044137.1 MBQ9764712.1WP_249769997.1WP_225405726.1WP_207285306.1XP_031931709.1 BCU97455.1WP_169537597.1WP_192906080.1 MCI5211411.1 HDC92778.1WP_145745914.1WP_259999572.1 MBO7559822.1 MCH2044272.1 WAX22144.1 TMH79857.1 RLN04523.1 MCJ6180240.1 TAM59961.1 KAJ5544544.1 MBN4384494.1 HBN9628875.1 MCG3136245.1WP_160776805.1 KAI8594425.1WP_049005162.1WP_254415125.1XP_017674008.1 EAQ3230686.1 MCI5937295.1WP_127808836.1 MBS3028587.1 MCQ2831428.1WP_233387703.1WP_255193900.1WP_218429656.1WP_183267399.1WP_150951972.1 MCK5265770.1 NEE13244.1 MBN1491997.1WP_109367919.1 EEM48070.1WP_250295751.1 MBX3123235.1WP_225440164.1WP_283953184.1 PCI03623.1 KAF2592864.1WP_032004153.1 PKL38269.1 MBO7728038.1WP_232584446.1WP_044680588.1XP_046578103.1WP_147313907.1WP_219459964.1XP_044707369.1 HBT3283900.1 TCC36519.1WP_152465448.1 MBD9190508.1WP_074980016.1WP_171780287.1 HBS5718813.1XP_035731890.1 PTQ42746.1 KWO58748.1WP_213357559.1WP_065138043.1XP_047095132.1WP_108098468.1WP_108596398.1WP_169940736.1WP_130229163.1WP_203962627.1 ATI48360.1WP_239881445.1 MBP7096418.1 GFD44438.1 KAG3014872.1 MBN9534694.1 BAD88428.1 RTZ57973.1 MCP5208043.1WP_127741063.1WP_025722435.1 BDO44729.1 EHY7905316.1 PWU96467.1WP_256855996.1WP_070714099.1 CAB4155648.1 MBT2971737.1WP_146176256.1 MCH7694635.1 MCH8819771.1WP_154756783.1WP_142419176.1WP_094313715.1 MBP3287665.1 MBO7941816.1WP_041488527.1 OUW40900.1WP_251758029.1 MBP7140479.1WP_161180930.1 HAS08893.1WP_232025538.1 QLB53288.1WP_109665156.1 NWI67355.1WP_157957173.1XP_005402208.1 VFC12725.1XP_011889539.1WP_241812465.1 ERJ58959.1 MWC28217.1WP_200244355.1WP_181452264.1 MXY99086.1 PVD36313.1WP_104082941.1 MBF22348.1WP_057718391.1 CUQ63902.1 OKH79147.1 MBO4855552.1 TKY54154.1WP_269217061.1WP_110552514.1 MCC6608271.1 RPI37384.1 MCO5319342.1 SDS88477.1 ART90939.1 MBT5873300.1WP_111953219.1 VVV80071.1XP_031168963.1WP_225923723.1 GFX14753.1 QVD87869.1WP_135028221.1XP_047250014.1WP_234521407.1WP_274718192.1 MBQ6488280.1WP_282641071.1 MCL1888839.1 HCH0658035.1WP_024465855.1XP_011040987.1WP_182503633.1XP_026193030.1XP_052525039.1WP_102461582.1 NLD53371.1 OHB76863.1 PON87355.1 EIR8916606.1 MBQ7987638.1 MCH7923992.1WP_234738658.1 KAF8953894.1WP_035556611.1 KAF7261528.1 PHU06236.1 MBS0194197.1WP_249505358.1WP_114368818.1WP_118754559.1 KAI6772462.1XP_048189479.1 MBO5360769.1XP_043732582.1 TVQ11450.1WP_087222948.1XP_025063182.1WP_113669955.1WP_137740674.1 KAJ7349597.1 MBQ4874411.1WP_021479352.1 GLG98414.1 MCB0786882.1XP_030313316.1 MBM4374951.1 HII98403.1 MCA9288779.1XP_046270414.1WP_157475717.1 MCQ2791623.1 MCE3270046.1WP_036816548.1 QBJ07451.1WP_252681452.1 PYR37153.1 MBT6184820.1 MBX3649353.1 HBM3973915.1 RWX51021.1 KAJ1923473.1WP_221246517.1 MXZ69365.1 GGU82495.1WP_279996009.1WP_149755470.1 HCW85392.1 PLW21337.1WP_201312397.1 MBU1557098.1 TOF36258.1WP_055228170.1 CCX82620.1 NDV26630.1 KAG8195189.1 MBZ5631081.1 KAF4465142.1 WHA30314.1WP_239463733.1WP_093271293.1WP_241524600.1XP_044188718.1 HAS1030591.1WP_255329483.1 MCU0490050.1 MCP4309405.1 MBR5775979.1 EDT4006401.1 MCH8312862.1 MBR5342912.1 NIR99268.1WP_280876395.1 MBO4309439.1WP_136241334.1 TWL42136.1XP_029075794.1WP_053034526.1 EIN7713189.1WP_161061319.1 KAH8057076.1WP_223752944.1 MCT6212844.1 GHL33785.1 VDL79744.1 HBA4333173.1 MBR4170715.1WP_138597401.1XP_017569355.1 RQL72805.1WP_100498040.1XP_047387430.1WP_023050329.1 PYP94120.1 EDV6147146.1WP_101164019.1 MBQ2777352.1 MSX50368.1 KAI0815695.1WP_123653117.1WP_025579907.1WP_066476002.1WP_081224968.1WP_168672621.1WP_202730319.1 MBG5741623.1 KRF62093.1WP_246995487.1 MCF7895906.1 MCB4366171.1 MCI6020178.1WP_029347391.1 MBQ7739147.1XP_029528577.1 MCP4697618.1 MCF6323317.1WP_136027195.1WP_216395189.1 NBU29208.1WP_116073910.1XP_027063577.1WP_175715079.1WP_034146623.1WP_237414093.1 EEW7484806.1WP_225118260.1XP_056429915.1WP_049882603.1 MCR9147539.1WP_081612908.1WP_149493237.1 MBO9347542.1WP_078336203.1XP_012676239.1 OGN55943.1 VEH65358.1 UNI03201.1XP_008997370.1XP_018358059.1 MWD28632.1 MCF6148530.1 RSL59427.1 MBW8896250.1 VGP03367.1 GAX21055.1 MBF0248932.1XP_056374717.1 MBM3921745.1 MBL8834799.1WP_089608892.1 MCA0387421.1WP_183433527.1WP_049682576.1 EHL1725675.1 EFQ4765027.1WP_027489832.1WP_226904802.1 KFX48203.1WP_232719809.1WP_110581055.1WP_027004648.1 OGO39675.1 RZN15559.1 MCH8479059.1WP_224419934.1 KAJ3544539.1 MBP7023394.1 AFA24308.1 TDB69252.1WP_125093116.1WP_042650033.1 HDZ79728.1 VAI76478.1 KAF3789931.1XP_011775823.1WP_256314628.1WP_275700142.1 MBQ7792117.1 MCK3776214.1 GAW04005.1XP_016849932.1WP_163496825.1 KAF2999697.1 EXB75938.1 NLT72898.1WP_265907929.1 AML78558.1WP_043919642.1 MBE6455882.1 MBK8805244.1 MCI4494966.1 CAH8302172.1 TPR01788.1 UHH56899.1 MBI5835246.1 HIR73384.1 NTU59162.1 HIO39972.1 MBW2003542.1 MBN1566249.1XP_024910805.1XP_008531547.1NP_001375225.1 KNE87310.1 MAT55784.1WP_256825141.1WP_200287444.1 MBW1759047.1WP_101936735.1 EAE5693959.1 EHQ4925811.1WP_055143902.1 MCL2259531.1 USW54809.1WP_109103107.1 MCJ7630170.1 MBR3543702.1 KAH7333078.1 KAA0785577.1WP_191097707.1WP_270933235.1 MBO4823235.1XP_028368138.1 BBM58963.1 NXE29491.1 MBQ7135263.1 KAF3668984.1 NQU12192.1WP_247359483.1WP_160762600.1 VVA34975.1WP_062791926.1 EBW1672033.1 MBP7948257.1 MBQ2895174.1 KAJ2681556.1 MCB0919686.1 MBL0967454.1 MBK6016805.1 HAT8492399.1WP_226831873.1WP_145765032.1 EFN6096987.1WP_245437884.1 MBP3694442.1 KKP93192.1WP_031101924.1WP_150277740.1XP_005100439.2 GER25411.1XP_004697524.1 MBE6787267.1WP_057732191.1 MCF6194916.1WP_226866106.1 NGQ14502.1 MBQ7713804.1WP_079712214.1 KAI8478671.1 MBQ2559410.1WP_072851907.1WP_211555180.1 MCG0239154.1WP_249839557.1 MBI2200351.1 CAC5421833.1 MBI1418116.1WP_236663175.1 MBQ7152318.1WP_136470377.1WP_002682757.1XP_025486240.1 PAW68992.1 MCL6479991.1WP_250850661.1WP_282139373.1 PYK96819.1WP_266179881.1XP_033980738.1WP_028330468.1 GGT63801.1WP_048428121.1WP_157749445.1 KAF9450340.1 RHI25825.1 PYO04262.1 MZQ82908.1WP_278416415.1 MCP5940157.1WP_046233091.1WP_099711966.1WP_228364598.1 KAF3190632.1 GAP55147.1WP_117920451.1 URN93064.1XP_048379117.1WP_215829554.1 HIS66173.1WP_068579097.1WP_138524404.1WP_207040866.1XP_023744527.1WP_149746544.1XP_031942702.1WP_231208164.1 MCF8184263.1 OGK67013.1 MCB9002045.1 KAG5628805.1WP_075347218.1 HAV5500596.1WP_197903834.1 MBV8349295.1 EBY9237686.1 MBR7834804.1WP_000877275.1 MBA8802464.1 RPH43036.1 PKL50735.1 ECJ9372216.1 MCB9044857.1 CAD1480611.1 UXX67934.1 MBR4318777.1WP_189253472.1XP_001964912.1WP_006895514.1XP_047161348.1 GFZ13182.1 MCD4741867.1WP_012105291.1WP_151428268.1 MBG4742902.1WP_199425576.1 KAA0555231.1WP_250703775.1WP_190024728.1 EJH9475741.1 ACE85434.1 HAF83917.1WP_058354136.1 MCH2591601.1 EJV3581946.1WP_160893107.1WP_058051508.1WP_090991509.1 UDH58358.1WP_192533765.1 MBR5151349.1 UHM53165.1WP_007747506.1 MBN4480386.1WP_073952834.1WP_247749043.1WP_131001993.1 MBQ2865526.1 CCZ48101.1WP_088644037.1 KAI8569196.1 RLB66027.1WP_030245666.1 NCY12679.1WP_277588386.1WP_191131110.1XP_031903815.1WP_230340254.1WP_234278623.1 MCH9811988.1WP_097346712.1 MCB9527501.1 QQE66073.1WP_123608797.1WP_161258623.1 OAD54734.1 PIW09420.1 KKU20154.1 MCF7871960.1WP_230693348.1WP_238874073.1XP_014030939.2 MBN8497621.1 HBR1243745.1 UFM00670.1 ONC03263.1 VHX55998.1WP_189355971.1 NWW81056.1WP_173213591.1WP_232180661.1 TVP67793.1WP_065881511.1WP_274285032.1 NDH21517.1 PTB82517.1 KAA0114277.1WP_280691874.1 ETO00561.1WP_248222673.1WP_105466370.1 KIY45866.1 MBJ6738874.1 PJQ02245.1WP_072932559.1WP_182072700.1 MCG7868091.1 MCL2931045.1 UKI46111.1 MCR5635645.1WP_061905238.1WP_152835594.1 BAY23582.1WP_218685492.1 KAE8354616.1 RRJ17109.1WP_189232804.1WP_156009076.1XP_030718790.1WP_153276888.1WP_082500294.1 MCG5061674.1 MCB1857105.1WP_069748396.1 KAH8986285.1 AJV50090.1 KPL24525.1 EDO26407.1 TEB04530.1 KFR16735.1WP_194957532.1 KAE8322051.1 KAG8246189.1WP_262401812.1 ACH90072.1XP_032734223.1 ROW07476.1WP_242908489.1WP_071489953.1 KRZ86866.1 BBN52434.1 HIU98185.1 BAO11608.1WP_160748510.1 RYP44998.1 MCF6289355.1 NLI85305.1 KAH8586608.1 NLY70754.1 EJP8326510.1WP_247447489.1WP_224115114.1WP_236685314.1 MBI1382466.1WP_283277237.1WP_230702007.1WP_245657543.1 CAF2595159.1WP_256082840.1 EPN58803.1 MBQ6414464.1 VSL28096.1WP_032936131.1 MBP3623608.1WP_164674633.1WP_168044369.1WP_188200635.1 MBM3303016.1WP_255164512.1 NCX40317.1 EIU6828535.1WP_109125398.1 MBG6436126.1 ELR45644.1 GEW91653.1 RCN27214.1WP_054108586.1WP_129326500.1 TVR26043.1 KAA1286543.1WP_129053744.1 KON47367.1 PIP74303.1WP_283162015.1WP_070412310.1 KAG8520114.1 EGR2264783.1 SSC70273.1 MCA3708721.1YP_010258034.1WP_012568269.1WP_057837626.1WP_102511913.1 KAJ3918428.1 CBH36599.1WP_028684940.1 OJW81690.1WP_278643529.1 MBR5966198.1 PSN12224.1 MBO5857838.1 HJD11223.1WP_045591686.1WP_131751929.1WP_257012936.1WP_242859101.1 PUZ69802.1WP_129712947.1 MBT3039312.1 NXX47445.1 MCP3684079.1 MCH7797911.1WP_242439424.1WP_068462781.1 KAI9181093.1 MAZ13301.1 OZB16321.1 KAJ2335352.1 MCG8513288.1 MCL6517734.1WP_207999384.1WP_018419316.1 MCJ2110312.1 MCS6830908.1WP_149819987.1 HAT4052191.1WP_094400414.1 CAF1109260.1 GAU87713.1YP_008593487.1 HAV1793262.1 BCW36351.1WP_188125540.1 MBK5261536.1 MCL6457358.1WP_229343766.1WP_029579419.1 KAJ3738999.1 MCG8377291.1WP_175093485.1XP_043971649.1WP_023355490.1 MBQ8348910.1 NQT29221.1XP_046808501.1 ANN69912.1XP_042989918.1WP_265272113.1WP_127859415.1WP_045183792.1 NCA08360.1WP_274423713.1 SYZ65887.1WP_077583480.1 MBS7632436.1WP_095061089.1WP_140843904.1 RVG63469.1WP_262452366.1 MBC7494677.1WP_012724915.1WP_270453521.1 NJS16994.1 HDH03041.1WP_117579611.1 MBQ5493788.1 GAV98814.1WP_085935883.1 MBD3418876.1WP_166476065.1 CAH0542131.1XP_019244033.1WP_050704913.1 MCI1709954.1WP_165637167.1 PPQ98220.1 MBQ1746349.1WP_267979634.1 KAH0679671.1 KAJ6549303.1 PAA76673.1 NXJ67438.1 MCF8269563.1 MBS4273564.1 MBS0561514.1 AWQ28479.1XP_007459185.1WP_004213189.1 MCQ0092735.1WP_175630617.1 UBN63752.1WP_143405880.1XP_031459457.1WP_260685194.1WP_088784550.1 MCS7142809.1WP_278780043.1WP_246925475.1XP_026936565.1WP_234002326.1 MCA9916811.1 MBL7763785.1XP_028567154.1 MAT61701.1 CAH2316765.1 NIQ16008.1 MBP33715.1WP_199942136.1 OCT51367.1 GLX98417.1 TNF89271.1 MCB9353584.1 MCI6965979.1 HIP02283.1WP_073936403.1WP_167263972.1 KKB97741.1WP_046600280.1WP_091740622.1 MBE7370368.1WP_006799194.1WP_227173776.1 VEC90219.1 MCB2654556.1XP_008373570.1 TWW58526.1WP_209378200.1 MBU6307538.1WP_061048002.1WP_273159410.1 KAJ2160981.1 MCQ2424848.1 MBQ7754763.1WP_140730472.1 MBI3617399.1 MBP0955672.1WP_145468487.1 MCC8146707.1WP_038580218.1XP_051566275.1 KAI3927707.1 VVW57803.1WP_118944732.1 ULA23837.2 MBJ7287465.1WP_266103637.1 HAZ0856238.1 MCJ9712781.1WP_235360343.1WP_257769388.1 PYQ18715.1 KXK57030.1 SDH24188.1 MCU1518283.1XP_027705828.1WP_256561903.1WP_141990951.1 MBQ7326660.1WP_139448115.1 KAJ5112313.1 OWY66639.1 PLU16997.1 VST16928.1WP_195001047.1WP_136536828.1WP_012716944.1 UCE84061.1WP_142673401.1WP_247072383.1XP_055059894.1 KAF9682501.1WP_157104028.1WP_000158727.1WP_140641625.1WP_234882652.1WP_145739766.1WP_109219430.1 MCR5069553.1WP_153844272.1WP_044772468.1 RIB10989.1WP_223874734.1 RKP53954.1WP_144660168.1WP_071468711.1WP_036392442.1WP_221802218.1WP_250239427.1WP_129681113.1 NGX49271.1 PYL83902.1WP_123262559.1 OOX90626.1 MBO5037501.1 THW19323.1 TBR12235.1WP_256695454.1 MBR1786128.1 NQZ11975.1 GEY63590.1 MCF2604604.1 KAF5197921.1 CAI8519318.1 KAF2218229.1WP_079473139.1 NLX43212.1 MBH0176532.1 UPU53169.1WP_154489617.1 NET38287.1 AGI15931.1 MBI3214161.1WP_057201184.1WP_223040576.1WP_221711878.1 MBM5817467.1 EHC2895895.1 MCT7710903.1 URQ55824.1 KAI5804476.1WP_108106595.1 EFC81578.1 MBL0081532.1 MCI0524605.1WP_200001451.1 GBN34629.1WP_104456122.1XP_039048844.1WP_034944635.1 CAG32719.1 KMN52907.1WP_199673213.1 MCI6147609.1XP_042771424.1WP_212054759.1WP_124978582.1 KAE8683921.1 OAV63675.1 PYB13830.1WP_007377599.1WP_187447871.1WP_175766180.1WP_072989136.1 TMB80853.1WP_277264109.1 KAE8876596.1 KZW99196.1 MCC6136677.1 MCI5191941.1 HBW9511025.1 PIP52537.1 MAS51861.1 MCF8193609.1WP_135705208.1WP_171155369.1 ELZ16407.1WP_073070755.1 SVJ73127.1WP_253463694.1 UCJ00318.1 HAR4359619.1 MCB1471508.1 KKQ50904.1XP_034577512.1 CDN40573.1 HAN0352225.1 MBQ7354351.1 PQN90025.1WP_153656540.1 ABL14307.1 MCI0559521.1 MCC2110934.1 HBO1212818.1WP_003176097.1 EEJ3660224.1YP_009550556.1WP_262088989.1WP_146205473.1WP_010875413.1 HET19548.1 GFS24540.1WP_189862922.1WP_174742261.1 MBJ9849823.1 MCF8113477.1 MAH35553.1WP_276357708.1 KAJ7618075.1WP_192324556.1 MBV8927738.1 GKW22999.1WP_146272353.1WP_219133024.1 TMQ14810.1 CAB0780497.1WP_279268272.1WP_201454235.1WP_107169208.1WP_258315721.1 MBQ0056002.1 EMS62928.1 MBK6276192.1 RLS80176.1 MAU73077.1XP_046801602.1WP_231783900.1 MCJ1706109.1WP_076788335.1 MCR5830520.1 MBB3050407.1 MCH7900379.1WP_209434296.1WP_011531028.1 NVM16230.1 EGQ64187.1 NCC17292.1 HAV8610731.1 KAJ4533602.1 KAG7462827.1 BBF42184.1 PWU18232.1 MBV8660698.1WP_164904950.1 MBQ2317532.1WP_215557653.1 MBQ2346567.1WP_138785174.1 HCK66187.1 MBO7492856.1WP_138125503.1 PKU92481.1 MOM40962.1WP_205443952.1WP_064038193.1 MCS6937099.1 KAF9171043.1WP_239913672.1WP_214186529.1 ABD26457.1 MCH2598227.1WP_009025642.1 MCB0330656.1WP_029189383.1WP_222163701.1 PIP86899.1WP_082884485.1 MCB1376795.1WP_134262365.1 OQC16336.1WP_144099812.1WP_160346534.1WP_108756325.1 MBQ9907360.1 EHK6691416.1 MQM04273.1 KAJ6491222.1WP_235565772.1XP_049147251.1WP_242161393.1WP_283557067.1 URP80785.1WP_193850569.1 AKU96165.1WP_147135386.1WP_250798057.1WP_112088864.1 MBQ9976843.1 TMF32236.1 SDO77973.1WP_197521413.1 HBO3907473.1WP_200567098.1WP_005392478.1WP_209106433.1XP_048593444.1 EFC33499.1 HIV94128.1 MBK8637870.1 RXK40695.1 EFG7308611.1WP_202220633.1 MCA1697375.1 KAG0237649.1 MYS55468.1WP_188867472.1WP_233286789.1WP_034473228.1WP_145937814.1WP_110236450.1 MBG0749417.1 MBW7885425.1WP_020424556.1WP_094570475.1WP_109128643.1 AGS31853.1 MBK7190470.1WP_256569498.1WP_092203677.1 ELB87175.1WP_011185207.1WP_158104363.1 CAB1315112.1WP_278579814.1WP_158791585.1WP_167977039.1WP_110431153.1WP_177084516.1 RZL08229.1 KAF6750975.1WP_086123022.1 MSO18531.1 NWW43432.1 CAF2048201.1 NWT28302.1WP_121183454.1 AFJ09957.1XP_009177739.1 NXE30976.1WP_152884059.1 MBO1518138.1WP_209676560.1XP_027131078.1 EDQ9505691.1 KAG0922869.1 OXA48312.1 PAV09171.1 DAM73724.1XP_028655184.1 MBN2762177.1 NCV73474.1WP_128316318.1 MCR4310565.1WP_119963696.1WP_221520465.1 MCI8311254.1 GIR70810.1WP_014286324.1 MCH7911399.1WP_165019025.1 TMQ04701.1 MBR6023659.1WP_077603924.1WP_156061037.1WP_220737010.1 NXC43906.1 EJL0691474.1WP_277513241.1 EET1847662.1WP_233575804.1 MSO30570.1WP_065076975.1WP_037252487.1 MBP1672140.1 OGZ43278.1WP_125691986.1 MBP8298997.1WP_183832569.1WP_167959909.1WP_166544121.1XP_014018893.1 KAI8889105.1WP_158057697.1XP_018089046.1WP_279399778.1 NEP82600.1 KAA3621416.1 KZV11597.1 PYS18397.1 EPF53206.1 MBP9706914.1WP_263858211.1 GFR82011.1 NXT44414.1XP_024185556.1WP_251843011.1 MCG2809664.1WP_049427769.1 AIL29843.1XP_051304311.1WP_087997173.1 RZU98823.1WP_077690175.1 RQM16216.1 MCF7886260.1WP_268695178.1WP_062024872.1 ABB60900.1WP_258581409.1WP_208179928.1 EIO4105067.1 KAJ2306899.1 ESR55765.1WP_002574744.1 MBT4161918.1XP_025385377.1 MCA9453963.1 KAF3210067.1 MCD4721788.1WP_201685349.1WP_259301651.1 CAG8531755.1WP_220615956.1 MCJ2136558.1WP_063256613.1WP_221868756.1 NXU45820.1 CAH7752048.1 MBQ7631188.1 KAI4475370.1 MBK7837454.1 KDB51534.1bbuchfink-diamond-6dc5717/src/test/blast/nr_10k.pot000066400000000000000000003523101523407312000221120ustar00rootroot00000000000000'  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙       !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙ !!!!!!!!! ! ! ! ! !!!!!!!!!!!!!!!!!!! !!!"!#!$!%!&!'!(!)!*!+!,!-!.!/!0!1!2!3!4!5!6!7!8!9!:!;!!?!@!A!B!C!D!E!F!G!H!I!J!K!L!M!N!O!P!Q!R!S!T!U!V!W!X!Y!Z![!\!]!^!_!`!a!b!c!d!e!f!g!h!i!j!k!l!m!n!o!p!q!r!s!t!u!v!w!x!y!z!{!|!}!~!!€!!‚!ƒ!„!…!†!‡!ˆ!‰!Š!‹!Œ!!Ž!!!‘!’!“!”!•!–!—!˜!™!š!›!œ!!ž!Ÿ! !Ą!ĸ!Ŗ!¤!Ĩ!Ļ!§!¨!Š!Ē!Ģ!Ŧ!­!Ž!¯!°!ą!˛!ŗ!´!ĩ!ļ!ˇ!¸!š!ē!ģ!ŧ!Ŋ!ž!ŋ!Ā!Á!Â!Ã!Ä!Å!Æ!Į!Č!É!Ę!Ë!Ė!Í!Î!Ī!Đ!Ņ!Ō!Ķ!Ô!Õ!Ö!×!Ø!Ų!Ú!Û!Ü!Ũ!Ū!ß!ā!á!â!ã!ä!å!æ!į!č!é!ę!ë!ė!í!î!ī!đ!ņ!ō!ķ!ô!õ!ö!÷!ø!ų!ú!û!ü!ũ!ū!˙!""""""""" " " " " """"""""""""""""""" "!"""#"$"%"&"'"(")"*"+","-"."/"0"1"2"3"4"5"6"7"8"9":";"<"=">"?"@"A"B"C"D"E"F"G"H"I"J"K"L"M"N"O"P"Q"R"S"T"U"V"W"X"Y"Z"["\"]"^"_"`"a"b"c"d"e"f"g"h"i"j"k"l"m"n"o"p"q"r"s"t"u"v"w"x"y"z"{"|"}"~""€""‚"ƒ"„"…"†"‡"ˆ"‰"Š"‹"Œ""Ž"""‘"’"“"”"•"–"—"˜"™"š"›"œ""ž"Ÿ" "Ą"ĸ"Ŗ"¤"Ĩ"Ļ"§"¨"Š"Ē"Ģ"Ŧ"­"Ž"¯"°"ą"˛"ŗ"´"ĩ"ļ"ˇ"¸"š"ē"ģ"ŧ"Ŋ"ž"ŋ"Ā"Á"Â"Ã"Ä"Å"Æ"Į"Č"É"Ę"Ë"Ė"Í"Î"Ī"Đ"Ņ"Ō"Ķ"Ô"Õ"Ö"×"Ø"Ų"Ú"Û"Ü"Ũ"Ū"ß"ā"á"â"ã"ä"å"æ"į"č"é"ę"ë"ė"í"î"ī"đ"ņ"ō"ķ"ô"õ"ö"÷"ø"ų"ú"û"ü"ũ"ū"˙"######### # # # # ################### #!#"###$#%#&#'#(#)#*#+#,#-#.#/#0#1#2#3#4#5#6#7#8#9#:#;#<#=#>#?#@#A#B#C#D#E#F#G#H#I#J#K#L#M#N#O#P#Q#R#S#T#U#V#W#X#Y#Z#[#\#]#^#_#`#a#b#c#d#e#f#g#h#i#j#k#l#m#n#o#p#q#r#s#t#u#v#w#x#y#z#{#|#}#~##€##‚#ƒ#„#…#†#‡#ˆ#‰#Š#‹#Œ##Ž###‘#’#“#”#•#–#—#˜#™#š#›#œ##ž#Ÿ# #Ą#ĸ#Ŗ#¤#Ĩ#Ļ#§#¨#Š#Ē#Ģ#Ŧ#­#Ž#¯#°#ą#˛#ŗ#´#ĩ#ļ#ˇ#¸#š#ē#ģ#ŧ#Ŋ#ž#ŋ#Ā#Á#Â#Ã#Ä#Å#Æ#Į#Č#É#Ę#Ë#Ė#Í#Î#Ī#Đ#Ņ#Ō#Ķ#Ô#Õ#Ö#×#Ø#Ų#Ú#Û#Ü#Ũ#Ū#ß#ā#á#â#ã#ä#å#æ#į#č#é#ę#ë#ė#í#î#ī#đ#ņ#ō#ķ#ô#õ#ö#÷#ø#ų#ú#û#ü#ũ#ū#˙#$$$$$$$$$ $ $ $ $ $$$$$$$$$$$$$$$$$$$ $!$"$#$$$%$&$'$($)$*$+$,$-$.$/$0$1$2$3$4$5$6$7$8$9$:$;$<$=$>$?$@$A$B$C$D$E$F$G$H$I$J$K$L$M$N$O$P$Q$R$S$T$U$V$W$X$Y$Z$[$\$]$^$_$`$a$b$c$d$e$f$g$h$i$j$k$l$m$n$o$p$q$r$s$t$u$v$w$x$y$z${$|$}$~$$€$$‚$ƒ$„$…$†$‡$ˆ$‰$Š$‹$Œ$$Ž$$$‘$’$“$”$•$–$—$˜$™$š$›$œ$$ž$Ÿ$ $Ą$ĸ$Ŗ$¤$Ĩ$Ļ$§$¨$Š$Ē$Ģ$Ŧ$­$Ž$¯$°$ą$˛$ŗ$´$ĩ$ļ$ˇ$¸$š$ē$ģ$ŧ$Ŋ$ž$ŋ$Ā$Á$Â$Ã$Ä$Å$Æ$Į$Č$É$Ę$Ë$Ė$Í$Î$Ī$Đ$Ņ$Ō$Ķ$Ô$Õ$Ö$×$Ø$Ų$Ú$Û$Ü$Ũ$Ū$ß$ā$á$â$ã$ä$å$æ$į$č$é$ę$ë$ė$í$î$ī$đ$ņ$ō$ķ$ô$õ$ö$÷$ø$ų$ú$û$ü$ũ$ū$˙$%%%%%%%%% % % % % %%%%%%%%%%%%%%%%%%% %!%"%#%$%%%&%'%(%)%*%+%,%-%.%/%0%1%2%3%4%5%6%7%8%9%:%;%<%=%>%?%@%A%B%C%D%E%F%G%H%I%J%K%L%M%N%O%P%Q%R%S%T%U%V%W%X%Y%Z%[%\%]%^%_%`%a%b%c%d%e%f%g%h%i%j%k%l%m%n%o%p%q%r%s%t%u%v%w%x%y%z%{%|%}%~%%€%%‚%ƒ%„%…%†%‡%ˆ%‰%Š%‹%Œ%%Ž%%%‘%’%“%”%•%–%—%˜%™%š%›%œ%%ž%Ÿ% %Ą%ĸ%Ŗ%¤%Ĩ%Ļ%§%¨%Š%Ē%Ģ%Ŧ%­%Ž%¯%°%ą%˛%ŗ%´%ĩ%ļ%ˇ%¸%š%ē%ģ%ŧ%Ŋ%ž%ŋ%Ā%Á%Â%Ã%Ä%Å%Æ%Į%Č%É%Ę%Ë%Ė%Í%Î%Ī%Đ%Ņ%Ō%Ķ%Ô%Õ%Ö%×%Ø%Ų%Ú%Û%Ü%Ũ%Ū%ß%ā%á%â%ã%ä%å%æ%į%č%é%ę%ë%ė%í%î%ī%đ%ņ%ō%ķ%ô%õ%ö%÷%ø%ų%ú%û%ü%ũ%ū%˙%&&&&&&&&& & & & & &&&&&&&&&&&&&&&&&&& &!&"&#&$&%&&&'&(&)&*&+&,&-&.&/&0&1&2&3&4&5&6&7&8&9&:&;&<&=&>&?&@&A&B&C&D&E&F&G&H&I&J&K&L&M&N&O&P&Q&R&S&T&U&V&W&X&Y&Z&[&\&]&^&_&`&a&b&c&d&e&f&g&h&i&j&k&l&m&n&o&p&q&r&s&t&u&v&w&x&y&z&{&|&}&~&&€&&‚&ƒ&„&…&†&‡&ˆ&‰&Š&‹&Œ&&Ž&&&‘&’&“&”&•&–&—&˜&™&š&›&œ&&ž&Ÿ& &Ą&ĸ&Ŗ&¤&Ĩ&Ļ&§&¨&Š&Ē&Ģ&Ŧ&­&Ž&¯&°&ą&˛&ŗ&´&ĩ&ļ&ˇ&¸&š&ē&ģ&ŧ&Ŋ&ž&ŋ&Ā&Á&Â&Ã&Ä&Å&Æ&Į&Č&É&Ę&Ë&Ė&Í&Î&Ī&Đ&Ņ&Ō&Ķ&Ô&Õ&Ö&×&Ø&Ų&Ú&Û&Ü&Ũ&Ū&ß&ā&á&â&ã&ä&å&æ&į&č&é&ę&ë&ė&í&î&ī&đ&ņ&ō&ķ&ô&õ&ö&÷&ø&ų&ú&û&ü&ũ&ū&˙&''''''''' ' ' ' ' ''''bbuchfink-diamond-6dc5717/src/test/blast/nr_10k.psq000066400000000000000000171423551523407312000221310ustar00rootroot00000000000000                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                  bbuchfink-diamond-6dc5717/src/test/blast/nr_10k.ptf000066400000000000000000017204401523407312000221050ustar00rootroot00000000000000ŪĀīž Ą@˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙˙ŪĀīž Ą@˙˙˙˙˙˙˙˙ŧŧ0 taxid2offsetėėbbuchfink-diamond-6dc5717/src/test/blast/nr_10k.pto000066400000000000000000001161041523407312000221110ustar00rootroot00000000000000'  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙       !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ĄĸŖ¤ĨĻ§¨ŠĒĢŦ­Ž¯°ą˛ŗ´ĩļˇ¸šēģŧŊžŋĀÁÂÃÄÅÆĮČÉĘËĖÍÎĪĐŅŌĶÔÕÖ×ØŲÚÛÜŨŪßāáâãäåæįčéęëėíîīđņōķôõö÷øųúûüũū˙                           ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  €  ‚ ƒ „ … † ‡ ˆ ‰ Š ‹ Œ  Ž   ‘ ’ “ ” • – — ˜ ™ š › œ  ž Ÿ   Ą ĸ Ŗ ¤ Ĩ Ļ § ¨ Š Ē Ģ Ŧ ­ Ž ¯ ° ą ˛ ŗ ´ ĩ ļ ˇ ¸ š ē ģ ŧ Ŋ ž ŋ Ā Á Â Ã Ä Å Æ Į Č É Ę Ë Ė Í Î Ī Đ Ņ Ō Ķ Ô Õ Ö × Ø Ų Ú Û Ü Ũ Ū ß ā á â ã ä å æ į č é ę ë ė í î ī đ ņ ō ķ ô õ ö ÷ ø ų ú û ü ũ ū ˙ !!!!!!!!! ! ! ! ! !!!!!!!!!!!!!!!!!!! !!!"!#!$!%!&!'!(!)!*!+!,!-!.!/!0!1!2!3!4!5!6!7!8!9!:!;!!?!@!A!B!C!D!E!F!G!H!I!J!K!L!M!N!O!P!Q!R!S!T!U!V!W!X!Y!Z![!\!]!^!_!`!a!b!c!d!e!f!g!h!i!j!k!l!m!n!o!p!q!r!s!t!u!v!w!x!y!z!{!|!}!~!!€!!‚!ƒ!„!…!†!‡!ˆ!‰!Š!‹!Œ!!Ž!!!‘!’!“!”!•!–!—!˜!™!š!›!œ!!ž!Ÿ! !Ą!ĸ!Ŗ!¤!Ĩ!Ļ!§!¨!Š!Ē!Ģ!Ŧ!­!Ž!¯!°!ą!˛!ŗ!´!ĩ!ļ!ˇ!¸!š!ē!ģ!ŧ!Ŋ!ž!ŋ!Ā!Á!Â!Ã!Ä!Å!Æ!Į!Č!É!Ę!Ë!Ė!Í!Î!Ī!Đ!Ņ!Ō!Ķ!Ô!Õ!Ö!×!Ø!Ų!Ú!Û!Ü!Ũ!Ū!ß!ā!á!â!ã!ä!å!æ!į!č!é!ę!ë!ė!í!î!ī!đ!ņ!ō!ķ!ô!õ!ö!÷!ø!ų!ú!û!ü!ũ!ū!˙!""""""""" " " " " """"""""""""""""""" "!"""#"$"%"&"'"(")"*"+","-"."/"0"1"2"3"4"5"6"7"8"9":";"<"=">"?"@"A"B"C"D"E"F"G"H"I"J"K"L"M"N"O"P"Q"R"S"T"U"V"W"X"Y"Z"["\"]"^"_"`"a"b"c"d"e"f"g"h"i"j"k"l"m"n"o"p"q"r"s"t"u"v"w"x"y"z"{"|"}"~""€""‚"ƒ"„"…"†"‡"ˆ"‰"Š"‹"Œ""Ž"""‘"’"“"”"•"–"—"˜"™"š"›"œ""ž"Ÿ" "Ą"ĸ"Ŗ"¤"Ĩ"Ļ"§"¨"Š"Ē"Ģ"Ŧ"­"Ž"¯"°"ą"˛"ŗ"´"ĩ"ļ"ˇ"¸"š"ē"ģ"ŧ"Ŋ"ž"ŋ"Ā"Á"Â"Ã"Ä"Å"Æ"Į"Č"É"Ę"Ë"Ė"Í"Î"Ī"Đ"Ņ"Ō"Ķ"Ô"Õ"Ö"×"Ø"Ų"Ú"Û"Ü"Ũ"Ū"ß"ā"á"â"ã"ä"å"æ"į"č"é"ę"ë"ė"í"î"ī"đ"ņ"ō"ķ"ô"õ"ö"÷"ø"ų"ú"û"ü"ũ"ū"˙"######### # # # # ################### #!#"###$#%#&#'#(#)#*#+#,#-#.#/#0#1#2#3#4#5#6#7#8#9#:#;#<#=#>#?#@#A#B#C#D#E#F#G#H#I#J#K#L#M#N#O#P#Q#R#S#T#U#V#W#X#Y#Z#[#\#]#^#_#`#a#b#c#d#e#f#g#h#i#j#k#l#m#n#o#p#q#r#s#t#u#v#w#x#y#z#{#|#}#~##€##‚#ƒ#„#…#†#‡#ˆ#‰#Š#‹#Œ##Ž###‘#’#“#”#•#–#—#˜#™#š#›#œ##ž#Ÿ# #Ą#ĸ#Ŗ#¤#Ĩ#Ļ#§#¨#Š#Ē#Ģ#Ŧ#­#Ž#¯#°#ą#˛#ŗ#´#ĩ#ļ#ˇ#¸#š#ē#ģ#ŧ#Ŋ#ž#ŋ#Ā#Á#Â#Ã#Ä#Å#Æ#Į#Č#É#Ę#Ë#Ė#Í#Î#Ī#Đ#Ņ#Ō#Ķ#Ô#Õ#Ö#×#Ø#Ų#Ú#Û#Ü#Ũ#Ū#ß#ā#á#â#ã#ä#å#æ#į#č#é#ę#ë#ė#í#î#ī#đ#ņ#ō#ķ#ô#õ#ö#÷#ø#ų#ú#û#ü#ũ#ū#˙#$$$$$$$$$ $ $ $ $ $$$$$$$$$$$$$$$$$$$ $!$"$#$$$%$&$'$($)$*$+$,$-$.$/$0$1$2$3$4$5$6$7$8$9$:$;$<$=$>$?$@$A$B$C$D$E$F$G$H$I$J$K$L$M$N$O$P$Q$R$S$T$U$V$W$X$Y$Z$[$\$]$^$_$`$a$b$c$d$e$f$g$h$i$j$k$l$m$n$o$p$q$r$s$t$u$v$w$x$y$z${$|$}$~$$€$$‚$ƒ$„$…$†$‡$ˆ$‰$Š$‹$Œ$$Ž$$$‘$’$“$”$•$–$—$˜$™$š$›$œ$$ž$Ÿ$ $Ą$ĸ$Ŗ$¤$Ĩ$Ļ$§$¨$Š$Ē$Ģ$Ŧ$­$Ž$¯$°$ą$˛$ŗ$´$ĩ$ļ$ˇ$¸$š$ē$ģ$ŧ$Ŋ$ž$ŋ$Ā$Á$Â$Ã$Ä$Å$Æ$Į$Č$É$Ę$Ë$Ė$Í$Î$Ī$Đ$Ņ$Ō$Ķ$Ô$Õ$Ö$×$Ø$Ų$Ú$Û$Ü$Ũ$Ū$ß$ā$á$â$ã$ä$å$æ$į$č$é$ę$ë$ė$í$î$ī$đ$ņ$ō$ķ$ô$õ$ö$÷$ø$ų$ú$û$ü$ũ$ū$˙$%%%%%%%%% % % % % %%%%%%%%%%%%%%%%%%% %!%"%#%$%%%&%'%(%)%*%+%,%-%.%/%0%1%2%3%4%5%6%7%8%9%:%;%<%=%>%?%@%A%B%C%D%E%F%G%H%I%J%K%L%M%N%O%P%Q%R%S%T%U%V%W%X%Y%Z%[%\%]%^%_%`%a%b%c%d%e%f%g%h%i%j%k%l%m%n%o%p%q%r%s%t%u%v%w%x%y%z%{%|%}%~%%€%%‚%ƒ%„%…%†%‡%ˆ%‰%Š%‹%Œ%%Ž%%%‘%’%“%”%•%–%—%˜%™%š%›%œ%%ž%Ÿ% %Ą%ĸ%Ŗ%¤%Ĩ%Ļ%§%¨%Š%Ē%Ģ%Ŧ%­%Ž%¯%°%ą%˛%ŗ%´%ĩ%ļ%ˇ%¸%š%ē%ģ%ŧ%Ŋ%ž%ŋ%Ā%Á%Â%Ã%Ä%Å%Æ%Į%Č%É%Ę%Ë%Ė%Í%Î%Ī%Đ%Ņ%Ō%Ķ%Ô%Õ%Ö%×%Ø%Ų%Ú%Û%Ü%Ũ%Ū%ß%ā%á%â%ã%ä%å%æ%į%č%é%ę%ë%ė%í%î%ī%đ%ņ%ō%ķ%ô%õ%ö%÷%ø%ų%ú%û%ü%ũ%ū%˙%&&&&&&&&& & & & & &&&&&&&&&&&&&&&&&&& &!&"&#&$&%&&&'&(&)&*&+&,&-&.&/&0&1&2&3&4&5&6&7&8&9&:&;&<&=&>&?&@&A&B&C&D&E&F&G&H&I&J&K&L&M&N&O&P&Q&R&S&T&U&V&W&X&Y&Z&[&\&]&^&_&`&a&b&c&d&e&f&g&h&i&j&k&l&m&n&o&p&q&r&s&t&u&v&w&x&y&z&{&|&}&~&&€&&‚&ƒ&„&…&†&‡&ˆ&‰&Š&‹&Œ&&Ž&&&‘&’&“&”&•&–&—&˜&™&š&›&œ&&ž&Ÿ& &Ą&ĸ&Ŗ&¤&Ĩ&Ļ&§&¨&Š&Ē&Ģ&Ŧ&­&Ž&¯&°&ą&˛&ŗ&´&ĩ&ļ&ˇ&¸&š&ē&ģ&ŧ&Ŋ&ž&ŋ&Ā&Á&Â&Ã&Ä&Å&Æ&Į&Č&É&Ę&Ë&Ė&Í&Î&Ī&Đ&Ņ&Ō&Ķ&Ô&Õ&Ö&×&Ø&Ų&Ú&Û&Ü&Ũ&Ū&ß&ā&á&â&ã&ä&å&æ&į&č&é&ę&ë&ė&í&î&ī&đ&ņ&ō&ķ&ô&õ&ö&÷&ø&ų&ú&û&ü&ũ&ū&˙&''''''''' ' ' ' ' '''bbuchfink-diamond-6dc5717/src/test/blast/nr_10k_filtered.pal000066400000000000000000000002051523407312000237330ustar00rootroot00000000000000# # Alias file created 05/24/2026 16:58:16 # TITLE nr_10k_filtered DBLIST "./nr_10k" SEQIDLIST ./seqidlist.txt NSEQ 13 LENGTH 10331 bbuchfink-diamond-6dc5717/src/test/blast/seqidlist.txt000066400000000000000000000002621523407312000230320ustar00rootroot00000000000000KFX48203.1 KDF42894.1 WP_007356512.1 MBO8233644.1 MCH5250214.1 WP_200037957.1 WP_212961195.1 MBQ1868746.1 WP_144320971.1 XP_001454078.1 MBK8012537.1 WP_010434011.1 WP_225118260.1bbuchfink-diamond-6dc5717/src/test/blastp-blocked.out000066400000000000000000054435141523407312000226220ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 100 330 0 0 1 330 1 330 3.48e-230 626 EHX4537433.1 EHX4537433.1 100 139 0 0 1 139 1 139 9.69e-88 250 WP_133518962.1 WP_133518962.1 100 294 0 0 1 294 1 294 1.65e-219 596 XP_015036367.2 XP_015036367.2 100 451 0 0 1 451 1 451 0.0 900 PAA16140.1 PAA16140.1 100 576 0 0 1 576 1 576 0.0 1134 GLZ33620.1 GLZ33620.1 100 703 0 0 1 703 1 703 0.0 1474 XP_039555956.1 XP_039555956.1 100 2052 0 0 1 2052 1 2052 0.0 3560 MBO7734838.1 MBO7734838.1 100 277 0 0 1 277 1 277 1.29e-155 433 WP_206363707.1 WP_206363707.1 100 272 0 0 1 272 1 272 5.20e-196 535 WP_206363707.1 WP_029347391.1 37.9 224 138 1 14 236 1 224 9.82e-52 168 WP_206363707.1 WP_150396769.1 33.7 252 162 3 13 264 19 265 2.91e-39 141 WP_206363707.1 GBD21053.1 33.7 249 158 3 18 265 26 268 2.25e-38 139 WP_206363707.1 WP_076409454.1 32.1 221 138 5 17 236 3 212 1.33e-28 110 WP_206363707.1 WP_088153117.1 29.8 215 132 6 44 251 24 226 1.66e-20 88.2 WP_206363707.1 MBU5353226.1 28.2 206 133 6 24 221 21 219 8.06e-20 85.5 WP_206363707.1 MBQ3864274.1 30.3 211 134 5 31 235 33 236 9.57e-20 85.5 WP_206363707.1 WP_211555180.1 30.9 220 136 6 34 248 19 227 1.56e-16 75.1 WP_206363707.1 WP_066083732.1 26.3 240 150 9 16 236 4 235 5.87e-15 72.0 WP_206363707.1 WP_131166802.1 30.9 230 137 7 33 248 25 246 1.12e-14 71.2 WP_206363707.1 WAY96880.1 27.7 188 114 7 37 217 8 180 6.44e-13 64.3 WP_206363707.1 WP_071876418.1 25.5 220 127 5 34 241 317 511 2.85e-12 64.7 WP_206363707.1 WP_281543397.1 25.6 246 161 7 33 269 4 236 2.23e-11 61.2 WP_206363707.1 EHR6291555.1 23.6 178 118 5 14 186 1 165 8.01e-04 38.9 XP_007207923.1 XP_007207923.1 100 418 0 0 1 418 1 418 3.13e-282 765 XP_051956784.1 XP_051956784.1 100 350 0 0 1 350 1 350 1.04e-209 576 OGK79387.1 OGK79387.1 100 250 0 0 1 250 1 250 5.21e-185 505 WP_025531131.1 WP_025531131.1 100 165 0 0 1 165 1 165 4.36e-117 326 KAJ8763828.1 KAJ8763828.1 100 200 0 0 1 200 1 200 1.45e-139 386 KAJ8763828.1 XP_026320625.1 44.4 160 89 0 12 171 8 167 4.10e-47 152 MBQ1311177.1 MBQ1311177.1 100 348 0 0 1 348 1 348 2.86e-254 688 MBQ1311177.1 WP_198907334.1 28.0 339 226 8 6 337 13 340 1.22e-29 114 WP_268714943.1 WP_268714943.1 100 338 0 0 1 338 1 338 1.94e-231 630 TME45086.1 TME45086.1 100 727 0 0 1 727 1 727 0.0 1357 TME45086.1 WP_265225845.1 29.1 733 466 18 30 727 30 743 3.98e-57 209 TME45086.1 MBL4744408.1 26.0 736 494 13 7 720 9 715 5.93e-48 181 TME45086.1 WP_039608285.1 26.4 584 401 7 20 595 20 582 1.11e-43 168 TME45086.1 WP_133325549.1 23.5 647 465 8 9 649 9 631 5.92e-40 156 TME45086.1 WP_110366458.1 21.6 707 509 17 25 708 27 711 8.15e-33 134 TME45086.1 KKQ50904.1 22.9 480 342 11 14 476 41 509 6.20e-24 106 TME45086.1 WP_172616972.1 20.4 724 520 16 14 715 19 708 3.30e-18 87.8 VDK71801.1 VDK71801.1 100 155 0 0 1 155 1 155 3.80e-104 293 OGA29379.1 OGA29379.1 100 580 0 0 1 580 1 580 0.0 1115 OGA29379.1 WP_264228578.1 54.1 582 264 2 1 580 1 581 4.58e-209 594 OGA29379.1 HCJ45190.1 66.7 63 21 0 479 541 1 63 2.97e-23 91.7 EGI67351.1 EGI67351.1 100 144 0 0 1 144 1 144 8.53e-98 276 XP_021846694.1 XP_021846694.1 100 107 0 0 1 107 1 107 1.19e-66 194 WP_224792367.1 WP_224792367.1 100 128 0 0 1 128 1 128 4.62e-92 260 OIO24646.1 OIO24646.1 100 176 0 0 1 176 1 176 2.79e-123 343 XP_004466702.1 XP_004466702.1 100 638 0 0 1 638 1 638 0.0 1209 XP_004466702.1 UWG74403.1 28.6 437 268 13 207 618 24 441 1.09e-41 155 XP_004466702.1 EAJ4317745.1 28.1 416 248 15 213 592 5 405 4.41e-28 115 MOY61908.1 MOY61908.1 100 100 0 0 1 100 1 100 2.78e-73 210 MOY61908.1 AST39768.1 64.3 98 35 0 2 99 2 99 4.45e-45 139 MOY61908.1 MOY95459.1 58.2 98 41 0 2 99 2 99 2.46e-42 132 MOY61908.1 AMA13662.1 52.0 98 47 0 2 99 63 160 6.93e-36 118 WP_053342583.1 WP_053342583.1 100 642 0 0 1 642 1 642 0.0 1241 WP_053342583.1 KAI5076688.1 28.1 588 374 19 15 567 105 678 1.11e-58 209 EMD83093.1 EMD83093.1 100 447 0 0 1 447 1 447 0.0 872 EMD83093.1 WP_130670507.1 37.5 389 202 12 50 433 29 381 1.98e-66 216 EMD83093.1 WP_224014827.1 40.2 333 179 8 50 380 25 339 2.02e-64 211 EMD83093.1 TVP67793.1 34.9 387 221 10 50 434 35 392 3.48e-61 202 EMD83093.1 WP_271272236.1 34.8 316 182 8 50 360 19 315 4.45e-45 159 EJT84792.1 EJT84792.1 100 75 0 0 1 75 1 75 1.71e-49 148 WP_077010214.1 WP_077010214.1 100 330 0 0 1 330 1 330 2.29e-235 639 HAN2236324.1 HAN2236324.1 100 676 0 0 1 676 1 676 0.0 1415 HAN2236324.1 PKO20637.1 24.0 512 265 22 188 672 12 426 3.55e-18 86.3 HAN2236324.1 WP_253630899.1 22.2 486 244 20 226 659 62 465 7.15e-17 82.4 HAN2236324.1 MBP7746105.1 22.9 584 257 25 186 671 283 771 6.15e-16 80.1 HAN2236324.1 VJO49958.1 32.8 131 56 4 186 316 6 104 3.72e-11 64.3 HAN2236324.1 WP_125555296.1 22.4 407 210 18 226 594 27 365 2.02e-10 62.0 HBZ0881431.1 HBZ0881431.1 100 65 0 0 1 65 1 65 2.18e-43 132 AMA90994.1 AMA90994.1 100 197 0 0 1 197 1 197 5.04e-134 372 AMA90994.1 AVM35379.1 85.4 192 28 0 6 197 1 192 9.83e-113 318 AMA90994.1 QUA05739.1 81.7 197 36 0 1 197 1 197 2.63e-112 317 AMA90994.1 AWS34156.1 81.7 197 36 0 1 197 1 197 9.59e-112 316 AMA90994.1 AFA24308.1 84.7 189 29 0 9 197 2 190 1.02e-109 311 AMA90994.1 QUQ06080.1 79.2 197 41 0 1 197 1 197 1.06e-108 308 AMA90994.1 AKT58828.1 79.0 195 41 0 1 195 1 195 2.20e-107 304 AMA90994.1 ADW49125.1 82.5 189 33 0 9 197 1 189 2.69e-107 305 AMA90994.1 ABQ63546.1 77.6 196 44 0 2 197 1 196 3.99e-106 302 AMA90994.1 AFA09475.1 85.2 183 27 0 15 197 1 183 7.29e-106 301 AMA90994.1 ADJ35581.1 76.1 197 47 0 1 197 2 198 1.22e-105 301 AMA90994.1 AOQ89457.1 80.7 187 36 0 5 191 1 187 9.19e-105 297 AMA90994.1 AXZ65741.1 79.3 188 39 0 1 188 1 188 1.92e-104 296 AMA90994.1 AHK62764.1 74.1 193 50 0 5 197 1 193 9.39e-101 288 AMA90994.1 AKA56406.1 71.4 196 53 1 2 197 2 194 8.37e-94 270 AMA90994.1 AOR13807.1 72.9 188 51 0 10 197 1 188 1.23e-93 270 AMA90994.1 AAX94106.1 86.2 167 23 0 31 197 1 167 5.40e-93 276 AMA90994.1 UZF38514.1 68.5 184 58 0 14 197 1 184 5.60e-87 253 AMA90994.1 AHH30646.1 79.5 166 32 2 32 197 6 169 4.46e-83 242 AMA90994.1 AGI15931.1 66.1 189 64 0 9 197 2 190 4.76e-81 238 AMA90994.1 ACE88666.1 82.2 118 21 0 80 197 1 118 1.24e-60 184 AMA90994.1 APC24336.1 71.1 90 26 0 108 197 1 90 6.67e-33 119 MBU0883769.1 MBU0883769.1 100 456 0 0 1 456 1 456 1.89e-316 855 MBU0883769.1 MBI5098096.1 36.7 450 261 11 15 448 14 455 7.63e-63 209 MBD5551606.1 MBD5551606.1 100 414 0 0 1 414 1 414 3.03e-303 818 MBD5551606.1 MBR7122964.1 37.8 270 155 7 144 411 60 318 2.27e-48 166 MCB9999913.1 MCB9999913.1 100 1058 0 0 1 1058 1 1058 0.0 2163 MCB9999913.1 WP_081224968.1 36.4 1046 521 21 16 1049 2 915 4.43e-213 633 MCB9999913.1 WP_123159424.1 35.1 1019 522 20 20 1027 6 896 1.48e-182 554 MCB9999913.1 SCL13606.1 26.1 391 246 11 534 913 447 805 2.58e-23 105 MCB9999913.1 MBQ9679177.1 29.2 219 147 4 35 252 10 221 1.65e-19 92.8 MCB9999913.1 XP_053592881.1 27.3 165 97 3 61 224 67 209 1.24e-12 70.5 MCB9999913.1 MCL2204087.1 25.3 356 197 12 570 896 402 717 2.82e-12 69.3 WP_007356512.1 WP_007356512.1 100 1231 0 0 1 1231 1 1231 0.0 2295 WP_007356512.1 HAS8246497.1 30.9 482 293 7 740 1211 478 929 5.24e-62 228 WP_007356512.1 TAL20232.1 34.3 420 247 6 725 1136 211 609 1.72e-56 206 WP_007356512.1 WP_138482356.1 33.2 404 234 7 743 1138 413 788 1.68e-51 195 WP_007356512.1 WP_261733022.1 33.0 476 279 8 732 1196 244 690 7.45e-51 191 WP_007356512.1 EDN57974.1 28.7 522 225 10 743 1138 399 899 4.93e-46 179 WP_007356512.1 MBQ1868746.1 30.1 419 259 9 727 1136 248 641 3.24e-44 169 WP_007356512.1 KFX48203.1 38.7 292 152 5 736 1025 681 947 1.77e-43 171 WP_007356512.1 MBN8606766.1 34.9 272 147 7 737 1004 574 819 5.88e-33 136 WP_007356512.1 WP_200037957.1 27.9 402 251 8 736 1132 1009 1376 1.46e-29 126 WP_007356512.1 PSQ73325.1 32.1 271 153 6 732 995 600 846 2.37e-28 121 WP_007356512.1 WP_076194242.1 33.8 240 128 7 749 984 241 453 1.89e-27 115 WP_007356512.1 XP_001454078.1 26.9 390 209 10 744 1084 217 579 5.26e-26 113 WP_007356512.1 WP_063540919.1 28.0 396 230 11 747 1134 495 843 1.31e-25 112 WP_007356512.1 WP_217452155.1 32.0 175 87 4 863 1034 2 147 1.13e-12 65.5 WP_007356512.1 WP_010434011.1 28.6 241 139 8 749 987 376 585 3.13e-11 65.9 WP_007356512.1 MBQ5584458.1 32.2 118 77 1 1019 1136 2 116 1.00e-10 61.6 CAH8368929.1 CAH8368929.1 100 94 0 0 1 94 1 94 6.31e-65 189 UKN67998.1 UKN67998.1 100 7072 0 0 1 7072 1 7072 0.0 13879 UKN67998.1 UMF87224.1 98.1 7072 131 0 1 7072 21 7092 0.0 13863 UKN67998.1 QWC83326.1 98.3 7076 116 2 1 7072 21 7096 0.0 13848 UKN67998.1 QVD87869.1 98.3 7073 120 1 1 7072 21 7093 0.0 13847 UKN67998.1 UZO53924.1 98.3 7073 120 1 1 7072 21 7093 0.0 13845 UKN67998.1 WEU87158.1 98.3 7076 118 2 1 7072 21 7096 0.0 13843 UKN67998.1 UVB16817.1 98.3 7073 121 1 1 7072 21 7093 0.0 13842 UKN67998.1 QSZ25555.1 98.2 7076 120 2 1 7072 21 7096 0.0 13842 UKN67998.1 URQ55824.1 98.3 7073 122 1 1 7072 21 7093 0.0 13842 UKN67998.1 UBP50947.1 98.2 7076 120 2 1 7072 21 7096 0.0 13839 UKN67998.1 UBD95131.1 98.2 7076 122 2 1 7072 21 7096 0.0 13834 UKN67998.1 UEC52718.1 98.2 7076 125 2 1 7072 21 7096 0.0 13827 UKN67998.1 UIR12670.1 98.1 7072 135 0 1 7072 21 7092 0.0 13807 UKN67998.1 QZU16279.1 97.9 7076 146 2 1 7072 21 7096 0.0 13777 UKN67998.1 UPA83906.1 97.9 7072 152 0 1 7072 21 7092 0.0 13766 UKN67998.1 UBR86455.1 97.4 7076 180 2 1 7072 20 7095 0.0 13698 UKN67998.1 UXX67934.1 97.3 7073 190 1 1 7072 21 7093 0.0 13681 UKN67998.1 UCP72061.1 97.2 7076 197 2 1 7072 21 7096 0.0 13656 UKN67998.1 UCP77012.1 97.1 7076 199 2 1 7072 21 7096 0.0 13654 UKN67998.1 WHE12941.1 96.7 7067 232 1 7 7072 1 7067 0.0 13572 UKN67998.1 UGA79226.1 96.1 7076 275 2 1 7072 21 7096 0.0 13476 UKN67998.1 UAQ80067.1 95.6 7076 307 2 1 7072 21 7096 0.0 13391 UKN67998.1 UVI10561.1 94.8 7066 364 1 8 7072 1 7066 0.0 13258 UKN67998.1 UJT06733.1 95.0 7072 357 0 1 7072 21 7092 0.0 13258 UKN67998.1 UOU30556.1 95.5 7073 314 1 1 7072 21 7093 0.0 13191 WP_220664202.1 WP_220664202.1 100 336 0 0 1 336 1 336 2.68e-237 644 WP_220664202.1 WP_165462493.1 29.6 311 186 8 22 330 16 295 1.80e-28 110 PRQ70658.1 PRQ70658.1 100 176 0 0 1 176 1 176 2.76e-114 320 XP_028261945.1 XP_028261945.1 100 833 0 0 1 833 1 833 0.0 1593 XP_028261945.1 XP_023607675.1 79.0 620 105 6 2 600 3 618 3.02e-319 896 XP_028261945.1 WP_002264996.1 30.5 210 122 5 227 428 41 234 1.17e-16 78.6 XP_028261945.1 WP_014812045.1 36.6 71 40 2 352 421 37 103 1.57e-04 43.1 WP_127607693.1 WP_127607693.1 100 153 0 0 1 153 1 153 3.28e-113 315 NEO89073.1 NEO89073.1 100 519 0 0 1 519 1 519 0.0 972 NEO89073.1 WP_259999572.1 36.9 168 103 2 78 245 129 293 1.62e-25 105 SHX72876.1 SHX72876.1 100 71 0 0 1 71 1 71 8.42e-46 139 EAT3027009.1 EAT3027009.1 100 138 0 0 1 138 1 138 2.91e-93 264 WP_161818832.1 WP_161818832.1 100 195 0 0 1 195 1 195 3.71e-135 374 WP_161818832.1 WP_054891276.1 43.9 180 101 0 13 192 7 186 4.72e-42 138 MBQ5338540.1 MBQ5338540.1 100 1617 0 0 1 1617 1 1617 0.0 3197 MBQ5338540.1 WP_153219677.1 30.8 741 440 30 159 860 161 867 8.31e-52 199 MBW1825233.1 MBW1825233.1 100 313 0 0 1 313 1 313 3.77e-182 503 MBQ0119857.1 MBQ0119857.1 100 205 0 0 1 205 1 205 1.20e-154 424 WP_152158314.1 WP_152158314.1 100 202 0 0 1 202 1 202 2.42e-148 408 WP_152158314.1 OGG08302.1 32.2 214 127 8 2 201 97 306 1.54e-15 72.0 AOW33101.1 AOW33101.1 100 318 0 0 1 318 1 318 7.47e-244 659 AOW33101.1 AVA00513.1 93.1 318 22 0 1 318 17 334 1.73e-229 624 AOW33101.1 QWY38042.1 92.8 318 23 0 1 318 17 334 1.11e-226 619 AOW33101.1 ACY29573.1 92.8 318 23 0 1 318 17 334 1.40e-226 620 AOW33101.1 BAO11608.1 92.1 318 25 0 1 318 17 334 1.94e-226 616 AOW33101.1 ACH90072.1 92.1 318 25 0 1 318 45 362 3.09e-226 617 AOW33101.1 AOW36968.1 91.8 318 26 0 1 318 1 318 3.13e-226 615 AOW33101.1 BAO23243.1 91.8 318 26 0 1 318 17 334 3.72e-225 613 AOW33101.1 AFJ09957.1 92.5 318 24 0 1 318 17 334 4.22e-225 616 AOW33101.1 AFV39595.1 94.7 318 17 0 1 318 70 387 6.29e-222 629 AOW33101.1 ARR91819.1 85.2 290 42 1 1 289 17 306 1.23e-180 499 AOW33101.1 ACV16867.1 92.8 235 17 0 84 318 1 235 9.59e-165 459 AOW33101.1 ADB27070.1 92.9 198 14 0 121 318 1 198 1.83e-138 389 AOW33101.1 ABJ92889.1 81.9 83 15 0 1 83 14 96 1.92e-48 155 XP_027422845.1 XP_027422845.1 100 566 0 0 1 566 1 566 0.0 1101 XP_027422845.1 SCN76227.1 22.4 513 325 10 33 510 90 564 6.23e-27 113 UVD88834.1 UVD88834.1 100 76 0 0 1 76 1 76 3.16e-50 150 XP_028733567.1 XP_028733567.1 100 1381 0 0 1 1381 1 1381 0.0 2533 KAF8533701.1 KAF8533701.1 100 179 0 0 1 179 1 179 1.43e-131 364 XP_031270756.1 XP_031270756.1 100 319 0 0 1 319 1 319 8.41e-246 664 WP_255266214.1 WP_255266214.1 100 503 0 0 1 503 1 503 0.0 926 WP_255266214.1 MBI5333464.1 39.8 161 91 3 291 445 224 384 3.20e-20 90.9 WP_255266214.1 WP_126679569.1 37.3 166 87 4 291 445 369 528 1.51e-19 90.5 WP_255266214.1 WP_145544593.1 37.0 154 92 3 293 445 363 512 2.14e-18 86.3 WP_255266214.1 WP_107169208.1 33.6 152 96 4 296 442 203 354 1.60e-17 82.4 WP_255266214.1 GHI39478.1 41.5 118 68 1 326 442 322 439 3.81e-16 79.0 WP_255266214.1 WP_018646673.1 32.3 161 103 3 288 442 517 677 2.36e-15 77.4 WP_255266214.1 EGR2272270.1 38.9 126 73 3 324 445 547 672 2.57e-15 77.0 WP_255266214.1 WP_000484099.1 30.9 175 95 8 286 445 199 362 2.52e-12 66.6 WP_255266214.1 WP_269885397.1 29.5 122 84 2 326 445 144 265 3.97e-11 62.0 WP_255266214.1 WP_023050329.1 25.9 147 106 2 299 444 206 350 2.92e-08 53.9 WP_255266214.1 MBT3459335.1 46.0 63 32 1 299 359 207 269 2.00e-06 47.8 KRX90811.1 KRX90811.1 100 501 0 0 1 501 1 501 0.0 986 KRX90811.1 XP_046441060.1 28.8 302 139 7 164 417 55 328 2.27e-24 105 KRX90811.1 XP_020321477.1 29.5 302 137 7 164 417 47 320 5.02e-24 104 KRX90811.1 MBF1128433.1 30.8 169 105 5 252 412 115 279 1.27e-14 74.7 MBN4200190.1 MBN4200190.1 100 18 0 0 1 18 1 18 5.50e-10 45.1 WP_114054641.1 WP_114054641.1 100 333 0 0 1 333 1 333 2.18e-230 627 WP_114054641.1 WP_022748957.1 31.7 259 166 5 2 250 55 312 1.39e-27 109 WP_114054641.1 EJS0734484.1 31.2 321 203 7 4 313 26 339 3.32e-26 105 WP_114054641.1 MCI6965979.1 31.5 270 171 7 1 264 1 262 8.26e-21 89.7 WP_114054641.1 KAJ7369304.1 35.6 87 55 1 85 170 61 147 2.31e-06 47.4 ERV81283.1 ERV81283.1 100 232 0 0 1 232 1 232 8.60e-166 455 WP_104462564.1 WP_104462564.1 100 304 0 0 1 304 1 304 4.02e-216 588 WP_104462564.1 WP_140843904.1 36.1 241 129 5 69 285 66 305 1.54e-35 129 WP_061239294.1 WP_061239294.1 100 388 0 0 1 388 1 388 3.88e-295 795 WP_050238626.1 WP_050238626.1 100 390 0 0 1 390 1 390 2.16e-293 791 HIH01984.1 HIH01984.1 100 151 0 0 1 151 1 151 3.56e-107 300 EGC4236544.1 EGC4236544.1 100 200 0 0 1 200 1 200 3.86e-144 397 WP_250258169.1 WP_250258169.1 100 540 0 0 1 540 1 540 0.0 1062 WP_242961281.1 WP_242961281.1 100 702 0 0 1 702 1 702 0.0 1373 WP_242961281.1 WP_200543170.1 31.7 180 120 3 524 701 259 437 5.77e-16 80.1 WP_045385114.1 WP_045385114.1 100 146 0 0 1 146 1 146 7.11e-82 236 WP_233987225.1 WP_233987225.1 100 314 0 0 1 314 1 314 8.85e-225 611 KAF8901107.1 KAF8901107.1 100 520 0 0 1 520 1 520 0.0 1025 KAF8901107.1 XP_049236752.1 26.4 478 318 11 33 488 10 475 1.53e-35 139 KAF8901107.1 AJU61790.1 24.5 473 323 8 36 487 29 488 8.56e-31 124 KAF8901107.1 MCB1412915.1 30.5 167 111 3 78 240 66 231 1.06e-14 74.7 MBI5413544.1 MBI5413544.1 100 606 0 0 1 606 1 606 0.0 1162 WP_245770707.1 WP_245770707.1 100 490 0 0 1 490 1 490 0.0 907 MYU10132.1 MYU10132.1 100 132 0 0 1 132 1 132 5.33e-93 263 GER04731.1 GER04731.1 100 441 0 0 1 441 1 441 0.0 873 GER04731.1 WP_231022353.1 47.6 401 172 5 1 401 1 363 3.45e-118 350 GER04731.1 WP_258835625.1 32.0 388 242 10 9 378 7 390 1.46e-42 154 GER04731.1 MBP6375542.1 30.1 412 248 10 9 394 7 404 4.48e-41 150 GER04731.1 WP_194454339.1 25.7 417 276 11 1 398 1 402 4.40e-23 99.4 MCC8048325.1 MCC8048325.1 100 415 0 0 1 415 1 415 1.97e-304 821 WP_141361908.1 WP_141361908.1 100 346 0 0 1 346 1 346 9.82e-245 664 XP_039261378.1 XP_039261378.1 100 435 0 0 1 435 1 435 1.27e-317 856 MBO1529847.1 MBO1529847.1 100 342 0 0 1 342 1 342 7.61e-256 692 MBO1529847.1 WP_202925384.1 31.3 342 219 6 1 338 1 330 2.56e-49 166 MBO1529847.1 MBN1566249.1 31.0 352 213 15 5 337 1 341 1.57e-34 127 MBO1529847.1 XP_047466965.1 28.2 365 219 13 4 331 9 367 1.09e-25 104 MBO1529847.1 WP_016809838.1 28.0 296 191 12 5 288 1 286 2.21e-16 77.4 MBO1529847.1 KAH7252800.1 26.8 280 183 10 5 268 7 280 2.35e-16 77.4 MBR3162388.1 MBR3162388.1 100 637 0 0 1 637 1 637 0.0 1270 MBX9747080.1 MBX9747080.1 100 735 0 0 1 735 1 735 0.0 1472 MBX9747080.1 HAJ30683.1 24.5 832 473 36 1 729 30 809 4.13e-22 100 MBX9747080.1 MCE2873365.1 28.3 184 121 4 1 173 36 219 4.17e-13 71.2 MBX9747080.1 MXW19700.1 30.5 187 113 5 1 173 41 224 9.37e-13 70.1 MBX9747080.1 WP_267184195.1 28.1 196 114 8 17 198 50 232 7.39e-07 50.8 MBX9747080.1 WP_254467474.1 28.7 115 77 3 93 205 229 340 1.37e-06 50.1 MBX9747080.1 MBO1518138.1 30.6 111 66 5 93 200 142 244 4.03e-06 48.5 MBR3056759.1 MBR3056759.1 100 222 0 0 1 222 1 222 1.10e-163 449 XP_046337982.1 XP_046337982.1 100 501 0 0 1 501 1 501 3.04e-264 726 RVW27732.1 RVW27732.1 100 382 0 0 1 382 1 382 2.27e-309 830 ACU21193.1 ACU21193.1 100 246 0 0 1 246 1 246 1.43e-180 493 WP_223975418.1 WP_223975418.1 100 299 0 0 1 299 1 299 9.50e-217 589 HAV2038468.1 HAV2038468.1 100 606 0 0 1 606 1 606 0.0 1155 HAV2038468.1 WP_200037957.1 22.0 246 175 6 370 604 1007 1246 2.48e-10 62.0 RBH73006.1 RBH73006.1 100 186 0 0 1 186 1 186 3.22e-136 376 MBL1150364.1 MBL1150364.1 100 186 0 0 1 186 1 186 6.46e-127 353 MBL1150364.1 MBR6293537.1 41.7 84 43 2 6 85 4 85 5.88e-13 62.4 MBL1150364.1 MBG6436126.1 34.5 148 92 4 1 147 1 144 8.67e-10 53.9 EAA7679439.1 EAA7679439.1 100 519 0 0 1 519 1 519 0.0 970 EAA7679439.1 WP_213741880.1 52.8 235 109 2 1 234 2 235 1.40e-74 234 EAA7679439.1 WP_219954954.1 30.3 271 180 4 248 511 162 430 6.41e-34 131 GLX88815.1 GLX88815.1 100 300 0 0 1 300 1 300 3.58e-217 590 GLX88815.1 WP_210226425.1 44.9 296 163 0 1 296 1 296 3.55e-92 274 GLX88815.1 HCN8461219.1 67.4 86 28 0 9 94 8 93 1.27e-37 127 GLX88815.1 NLW23809.1 26.2 168 117 3 11 177 13 174 8.30e-11 60.5 MCE2395269.1 MCE2395269.1 100 578 0 0 1 578 1 578 0.0 1207 WP_281543397.1 WP_281543397.1 100 292 0 0 1 292 1 292 7.21e-213 579 WP_281543397.1 WP_084371009.1 38.7 292 172 2 2 289 15 303 6.34e-65 204 WP_281543397.1 WP_221265680.1 41.2 194 113 1 5 197 35 228 2.40e-42 146 WP_281543397.1 WP_152652784.1 28.2 287 193 6 4 284 20 299 2.66e-32 119 WP_281543397.1 WP_192500494.1 26.6 297 192 8 4 288 17 299 1.88e-28 109 WP_281543397.1 EHR6291555.1 32.7 199 132 2 4 201 22 219 2.84e-25 103 WP_281543397.1 WP_185334683.1 28.5 256 173 5 7 256 22 273 5.78e-25 102 WP_281543397.1 THW78755.1 30.2 199 129 1 4 202 483 671 3.85e-23 97.8 WP_281543397.1 WP_221977168.1 24.8 210 146 3 4 201 30 239 2.20e-21 89.4 WP_281543397.1 WP_088153117.1 31.4 207 130 6 7 205 17 219 6.17e-20 87.0 WP_281543397.1 WP_248562494.1 28.1 221 151 4 4 222 16 230 5.55e-18 80.5 WP_281543397.1 MBQ9964693.1 31.6 174 98 6 5 177 17 170 6.78e-13 64.3 WP_281543397.1 WP_105160947.1 22.4 303 176 10 5 288 332 594 1.23e-12 66.2 WP_281543397.1 WP_153844272.1 24.9 209 147 3 5 203 275 483 1.46e-12 65.9 WP_281543397.1 WP_206363707.1 25.6 246 161 7 4 236 33 269 4.39e-11 60.5 WP_281543397.1 KAF9974715.1 23.7 207 137 7 5 205 481 672 2.88e-10 59.3 WP_281543397.1 WAY96880.1 24.9 181 117 4 5 173 5 178 9.96e-08 49.7 WP_281543397.1 WP_041710957.1 25.7 191 98 7 19 206 33 182 2.32e-06 47.0 GHI39478.1 GHI39478.1 100 450 0 0 1 450 1 450 0.0 887 GHI39478.1 HCN71343.1 45.9 122 64 2 322 441 7 128 2.55e-24 96.3 GHI39478.1 WP_159812831.1 30.7 287 125 8 160 440 182 400 1.86e-17 82.4 GHI39478.1 WP_255266214.1 41.5 118 68 1 322 439 326 442 3.41e-16 79.0 WP_234749042.1 WP_234749042.1 100 377 0 0 1 377 1 377 4.70e-270 731 WP_281674273.1 WP_281674273.1 100 98 0 0 1 98 1 98 2.42e-64 187 MBO0734013.1 MBO0734013.1 100 227 0 0 1 227 1 227 6.09e-168 460 RPG10933.1 RPG10933.1 100 100 0 0 1 100 1 100 2.58e-69 200 WP_122576107.1 WP_122576107.1 100 321 0 0 1 321 1 321 1.23e-239 649 WAX08241.1 WAX08241.1 100 387 0 0 1 387 1 387 1.50e-287 776 WP_255734230.1 WP_255734230.1 100 178 0 0 1 178 1 178 1.67e-125 348 KZS73167.1 KZS73167.1 100 325 0 0 1 325 1 325 2.05e-240 651 KZS73167.1 WP_244292824.1 43.3 305 152 7 40 324 11 314 3.12e-62 199 PYM79331.1 PYM79331.1 100 121 0 0 1 121 1 121 1.40e-67 197 XP_015253450.1 XP_015253450.1 100 592 0 0 1 592 1 592 0.0 1155 YP_008379230.1 YP_008379230.1 100 346 0 0 1 346 1 346 7.92e-235 639 YP_008379230.1 YP_007317140.1 46.1 345 177 3 1 341 1 340 1.35e-89 271 YP_008379230.1 QOL09497.1 37.5 192 120 0 127 318 2 193 4.29e-33 120 YP_008379230.1 EAZ5330394.1 26.0 311 197 8 23 300 122 432 6.14e-13 67.8 YP_008379230.1 WP_096665911.1 23.9 197 133 4 10 189 115 311 4.02e-05 43.5 YP_008379230.1 WP_243361436.1 25.0 176 111 3 34 188 135 310 6.99e-05 42.7 KOU48934.1 KOU48934.1 100 329 0 0 1 329 1 329 8.35e-194 534 MCK4671080.1 MCK4671080.1 100 84 0 0 1 84 1 84 3.93e-50 150 WP_097830045.1 WP_097830045.1 100 385 0 0 1 385 1 385 7.33e-278 751 WP_097830045.1 MBR3487460.1 34.1 396 211 14 8 378 11 381 8.56e-52 176 WP_097830045.1 MBM3767188.1 29.6 406 224 11 2 375 36 411 4.12e-37 137 WP_097830045.1 WP_256939523.1 28.6 384 244 12 2 380 15 373 2.07e-33 126 WP_097830045.1 MBR4371193.1 28.8 351 191 10 64 378 7 334 3.61e-31 119 WP_143957119.1 WP_143957119.1 100 286 0 0 1 286 1 286 8.51e-193 528 RZB31430.1 RZB31430.1 100 62 0 0 1 62 1 62 2.84e-40 124 OLC29722.1 OLC29722.1 100 151 0 0 1 151 1 151 4.00e-113 315 MBF1369421.1 MBF1369421.1 100 1071 0 0 1 1071 1 1071 0.0 2037 MBF1369421.1 WP_106812746.1 37.2 1081 638 16 12 1069 9 1071 2.09e-241 712 HBU4069332.1 HBU4069332.1 100 344 0 0 1 344 1 344 8.18e-252 682 HBU4069332.1 HCE5900341.1 89.6 144 15 0 113 256 1 144 3.91e-85 252 MCK4027136.1 MCK4027136.1 100 128 0 0 1 128 1 128 2.29e-83 238 GBF67295.1 GBF67295.1 100 1023 0 0 1 1023 1 1023 0.0 2064 MBS6439950.1 MBS6439950.1 100 456 0 0 1 456 1 456 3.72e-307 831 MCE2394956.1 MCE2394956.1 100 46 0 0 1 46 1 46 2.75e-29 95.5 WP_275149613.1 WP_275149613.1 100 200 0 0 1 200 1 200 4.89e-147 405 XP_009132605.1 XP_009132605.1 100 112 0 0 1 112 1 112 2.01e-74 214 WP_017065630.1 WP_017065630.1 100 281 0 0 1 281 1 281 1.66e-192 526 WP_134064782.1 WP_134064782.1 100 453 0 0 1 453 1 453 8.63e-316 853 WP_134064782.1 WP_230009938.1 40.4 183 107 1 255 437 4 184 1.93e-38 138 WP_031764117.1 WP_031764117.1 100 406 0 0 1 406 1 406 2.36e-296 800 KAH7111090.1 KAH7111090.1 100 442 0 0 1 442 1 442 0.0 881 KAH7111090.1 CEG83499.1 23.8 210 154 3 22 228 16 222 3.28e-22 93.2 KAF3601053.1 KAF3601053.1 100 500 0 0 1 500 1 500 3.28e-284 777 XP_056097092.1 XP_056097092.1 100 539 0 0 1 539 1 539 0.0 1052 WP_202659240.1 WP_202659240.1 100 321 0 0 1 321 1 321 4.68e-244 660 WP_202659240.1 WP_045257206.1 38.3 295 171 3 28 313 16 308 1.94e-68 214 WP_202659240.1 KAJ9293589.1 37.7 199 107 3 132 313 58 256 4.06e-39 137 WP_202659240.1 PBN43802.1 35.1 271 155 9 46 301 175 439 2.46e-37 137 EEI68160.1 EEI68160.1 100 169 0 0 1 169 1 169 9.41e-114 318 WP_249240542.1 WP_249240542.1 100 77 0 0 1 77 1 77 3.27e-48 145 GIX80479.1 GIX80479.1 100 126 0 0 1 126 1 126 1.02e-85 244 XP_054464105.1 XP_054464105.1 100 486 0 0 1 486 1 486 0.0 988 WP_031739936.1 WP_031739936.1 100 352 0 0 1 352 1 352 6.38e-228 622 XP_052068338.1 XP_052068338.1 100 884 0 0 1 884 1 884 0.0 1860 CAI9830983.1 CAI9830983.1 100 73 0 0 1 73 1 73 5.54e-54 159 WP_150194162.1 WP_150194162.1 100 486 0 0 1 486 1 486 0.0 931 WP_150194162.1 WP_245657543.1 35.2 347 191 14 125 467 37 353 1.02e-25 106 TIL25499.1 TIL25499.1 100 121 0 0 1 121 1 121 7.55e-90 254 KMK70211.1 KMK70211.1 100 498 0 0 1 498 1 498 0.0 958 MBL7906248.1 MBL7906248.1 100 540 0 0 1 540 1 540 0.0 1120 WP_199537626.1 WP_199537626.1 100 126 0 0 1 126 1 126 1.33e-90 256 WP_255657767.1 WP_255657767.1 100 225 0 0 1 225 1 225 2.20e-160 441 WP_255657767.1 WP_123470196.1 34.3 140 87 2 11 150 14 148 4.33e-10 55.8 XP_008572610.1 XP_008572610.1 100 585 0 0 1 585 1 585 0.0 1156 XP_008572610.1 XP_019384620.1 30.3 595 331 12 28 584 368 916 7.68e-88 290 EGS7320029.1 EGS7320029.1 100 235 0 0 1 235 1 235 1.48e-163 449 EGS7320029.1 HDI11217.1 33.6 217 140 3 22 235 1 216 2.19e-31 113 EHD1462244.1 EHD1462244.1 100 180 0 0 1 180 1 180 1.68e-135 374 WP_105794890.1 WP_105794890.1 100 405 0 0 1 405 1 405 1.19e-284 770 KAJ4753967.1 KAJ4753967.1 100 322 0 0 1 322 1 322 5.40e-214 584 XP_007512765.1 XP_007512765.1 100 221 0 0 1 221 1 221 2.76e-152 420 EFU9196970.1 EFU9196970.1 100 833 0 0 1 833 1 833 0.0 1623 EFU9196970.1 PGL69713.1 36.1 532 332 4 152 677 37 566 3.28e-105 334 EFU9196970.1 WP_261970917.1 33.6 541 337 13 116 647 11 538 7.34e-70 239 WP_133662298.1 WP_133662298.1 100 157 0 0 1 157 1 157 1.95e-107 301 WP_156164841.1 WP_156164841.1 100 132 0 0 1 132 1 132 4.05e-97 273 XP_040774166.1 XP_040774166.1 100 384 0 0 1 384 1 384 1.28e-282 763 XP_010489688.1 XP_010489688.1 100 263 0 0 1 263 1 263 2.04e-168 464 WP_116818916.1 WP_116818916.1 100 734 0 0 1 734 1 734 0.0 1422 WP_116818916.1 WP_189646918.1 40.7 739 411 11 6 733 2 724 4.61e-149 450 WP_234306850.1 WP_234306850.1 100 305 0 0 1 305 1 305 9.79e-213 580 WP_234306850.1 WP_058635033.1 37.4 262 159 3 44 301 44 304 1.38e-46 158 WP_234306850.1 WP_251874466.1 37.7 260 157 2 42 297 43 301 5.46e-45 154 WP_234306850.1 WP_059510827.1 38.6 303 174 6 7 301 3 301 6.27e-41 143 WP_234306850.1 WP_116701099.1 37.3 241 141 7 46 280 49 285 2.64e-33 122 WP_234306850.1 WP_012724915.1 36.5 249 140 5 69 301 70 316 1.47e-31 118 ECO0852462.1 ECO0852462.1 100 310 0 0 1 310 1 310 9.32e-234 633 MBC8149950.1 MBC8149950.1 100 433 0 0 1 433 1 433 0.0 896 AFA09475.1 AFA09475.1 100 205 0 0 1 205 1 205 1.39e-144 399 AFA09475.1 ADW49125.1 96.1 205 8 0 1 205 7 211 1.85e-139 386 AFA09475.1 AFA24308.1 94.6 205 11 0 1 205 8 212 1.51e-136 379 AFA09475.1 QUA05739.1 93.9 198 12 0 1 198 15 212 1.14e-131 367 AFA09475.1 AVM35379.1 89.3 205 22 0 1 205 10 214 1.00e-130 364 AFA09475.1 AWS34156.1 85.4 205 30 0 1 205 15 219 9.00e-126 352 AFA09475.1 QUQ06080.1 82.9 205 35 0 1 205 15 219 1.05e-124 349 AFA09475.1 ADJ35581.1 82.0 205 37 0 1 205 16 220 1.54e-124 349 AFA09475.1 ABQ63546.1 81.0 205 39 0 1 205 14 218 2.65e-120 338 AFA09475.1 AAX94106.1 89.4 189 20 0 17 205 1 189 9.54e-117 337 AFA09475.1 AHK62764.1 77.1 205 47 0 1 205 11 215 3.64e-114 323 AFA09475.1 AMA90994.1 85.2 183 27 0 1 183 15 197 1.38e-108 308 AFA09475.1 AOR13807.1 78.2 193 42 0 1 193 6 198 2.02e-108 307 AFA09475.1 UZF38514.1 71.7 205 58 0 1 205 2 206 2.55e-106 302 AFA09475.1 AKT58828.1 81.8 181 33 0 1 181 15 195 1.01e-105 300 AFA09475.1 AOQ89457.1 80.8 177 34 0 1 177 11 187 6.62e-100 285 AFA09475.1 AXZ65741.1 78.7 174 37 0 1 174 15 188 1.08e-96 277 AFA09475.1 AGI15931.1 69.2 198 61 0 2 199 9 206 4.67e-95 274 AFA09475.1 AKA56406.1 68.8 186 55 1 1 186 15 197 4.86e-88 256 AFA09475.1 AHH30646.1 76.8 168 37 2 18 185 6 171 6.38e-85 247 AFA09475.1 ACE88666.1 82.9 140 24 0 66 205 1 140 1.01e-80 235 AFA09475.1 APC24336.1 73.2 112 30 0 94 205 1 112 2.70e-51 168 GBC84792.1 GBC84792.1 100 404 0 0 1 404 1 404 3.49e-297 801 GBC84792.1 VTR69884.1 35.6 390 238 6 2 382 12 397 1.67e-65 213 OLE88521.1 OLE88521.1 100 234 0 0 1 234 1 234 3.80e-170 466 BAV52815.1 BAV52815.1 100 154 0 0 1 154 1 154 8.02e-110 307 BAV52815.1 MBE0500203.1 44.0 100 54 2 14 112 80 178 3.94e-18 75.5 NXT80179.1 NXT80179.1 100 415 0 0 1 415 1 415 2.54e-316 851 NXT80179.1 XP_026175731.1 27.3 227 135 9 192 402 97 309 3.99e-16 77.0 NXT80179.1 XP_024252803.1 22.2 261 160 9 167 390 46 300 3.17e-09 56.2 WP_200941876.1 WP_200941876.1 100 648 0 0 1 648 1 648 0.0 1284 WP_200941876.1 TMQ04701.1 30.5 367 198 13 178 520 581 914 5.68e-31 127 WP_200941876.1 MBP6544771.1 27.6 519 281 18 39 524 19 475 1.21e-29 122 WP_200941876.1 WP_167959909.1 25.9 513 282 14 45 524 7 454 2.93e-28 117 WP_200941876.1 WP_112119927.1 22.9 477 263 15 53 524 10 386 9.71e-18 84.7 WP_200941876.1 RLB66027.1 28.6 322 154 15 225 524 166 433 1.71e-13 71.6 WP_200941876.1 MCL4144983.1 52.3 44 20 1 467 509 1 44 3.65e-07 47.0 WP_200941876.1 WP_246003214.1 30.2 149 81 9 416 543 300 446 4.46e-04 41.6 WP_146310544.1 WP_146310544.1 100 172 0 0 1 172 1 172 2.69e-119 332 KAJ4994524.1 KAJ4994524.1 100 548 0 0 1 548 1 548 0.0 1065 NQU26924.1 NQU26924.1 100 1098 0 0 1 1098 1 1098 0.0 2211 NQU26924.1 MBP3509218.1 32.8 472 289 9 463 915 137 599 6.99e-67 235 NQU26924.1 MBQ2777352.1 31.5 467 305 7 461 915 135 598 3.51e-61 219 NQU26924.1 MCK9987173.1 30.3 607 342 22 458 1007 10 592 4.56e-57 206 NQU26924.1 EHP6050825.1 31.2 414 252 11 464 846 236 647 6.60e-45 171 KKQ17530.1 KKQ17530.1 100 339 0 0 1 339 1 339 4.49e-242 657 WP_262043205.1 WP_262043205.1 100 569 0 0 1 569 1 569 0.0 1159 WP_262043205.1 WP_222594143.1 26.2 408 248 4 181 537 60 465 5.38e-35 135 WP_262043205.1 YP_010462557.1 29.7 387 237 9 181 537 12 393 6.44e-33 128 WP_092054000.1 WP_092054000.1 100 334 0 0 1 334 1 334 3.31e-246 667 KAH7904576.1 KAH7904576.1 100 474 0 0 1 474 1 474 0.0 942 ULB83374.1 ULB83374.1 100 4401 0 0 1 4401 1 4401 0.0 8326 ULB83374.1 ULA23837.2 96.8 4401 140 0 1 4401 1 4401 0.0 8326 ULB83374.1 UIR12670.1 96.8 4397 142 0 1 4397 1 4397 0.0 8318 ULB83374.1 UXH94526.1 96.7 4401 145 0 1 4401 1 4401 0.0 8317 ULB83374.1 UPA83906.1 96.7 4397 146 0 1 4397 1 4397 0.0 8307 ULB83374.1 UMF87224.1 96.2 4397 166 0 1 4397 1 4397 0.0 8306 ULB83374.1 QTD03487.1 96.5 4405 151 2 1 4401 1 4405 0.0 8303 ULB83374.1 QTM79632.1 96.4 4402 156 1 1 4401 1 4402 0.0 8300 ULB83374.1 QXR94354.1 96.5 4402 154 1 1 4401 1 4402 0.0 8299 ULB83374.1 UPP41269.1 96.5 4402 155 1 1 4401 1 4402 0.0 8299 ULB83374.1 QTZ27226.1 96.4 4402 156 1 1 4401 1 4402 0.0 8297 ULB83374.1 USR14792.1 96.4 4402 156 1 1 4401 1 4402 0.0 8296 ULB83374.1 UZO53924.1 96.5 4398 153 1 1 4397 1 4398 0.0 8296 ULB83374.1 QWC83326.1 96.5 4401 150 2 1 4397 1 4401 0.0 8294 ULB83374.1 UVB16817.1 96.5 4398 153 1 1 4397 1 4398 0.0 8294 ULB83374.1 QVD87869.1 96.5 4398 153 1 1 4397 1 4398 0.0 8293 ULB83374.1 URQ55824.1 96.5 4398 154 1 1 4397 1 4398 0.0 8293 ULB83374.1 QSZ25555.1 96.5 4401 152 2 1 4397 1 4401 0.0 8292 ULB83374.1 UEC68750.1 96.4 4405 155 2 1 4401 1 4405 0.0 8291 ULB83374.1 UFM00670.1 96.4 4405 156 2 1 4401 1 4405 0.0 8291 ULB83374.1 WEU87158.1 96.5 4401 152 2 1 4397 1 4401 0.0 8289 ULB83374.1 UKU68032.1 96.4 4401 158 0 1 4401 1 4401 0.0 8289 ULB83374.1 UBP50947.1 96.4 4401 153 2 1 4397 1 4401 0.0 8287 ULB83374.1 QZU16279.1 96.4 4401 153 2 1 4397 1 4401 0.0 8287 ULB83374.1 UBD95131.1 96.4 4401 153 2 1 4397 1 4401 0.0 8286 MBO7707210.1 MBO7707210.1 100 283 0 0 1 283 1 283 1.34e-208 567 MBO7707210.1 MCE2861656.1 41.1 280 151 4 1 280 1 266 1.30e-67 209 KAF5967767.1 KAF5967767.1 100 1145 0 0 1 1145 1 1145 0.0 1885 WP_052991486.1 WP_052991486.1 100 201 0 0 1 201 1 201 3.18e-148 408 ORB86003.1 ORB86003.1 100 181 0 0 1 181 1 181 3.63e-126 350 WP_219866541.1 WP_219866541.1 100 172 0 0 1 172 1 172 1.24e-124 346 MBA0681195.1 MBA0681195.1 100 316 0 0 1 316 1 316 5.81e-231 627 MBA0681195.1 XP_047781705.1 61.1 36 14 0 243 278 337 372 4.47e-10 58.5 MBA0681195.1 KAF8141928.1 52.3 44 21 0 235 278 251 294 6.62e-10 57.8 CKF71070.1 CKF71070.1 100 752 0 0 1 752 1 752 0.0 1457 CKF71070.1 WP_200543170.1 40.6 436 255 2 306 741 256 687 1.40e-102 328 CKF71070.1 HAB03480.1 35.7 566 347 7 194 746 530 1091 1.16e-101 335 CKF71070.1 WP_230171322.1 35.0 488 295 5 251 737 547 1013 3.87e-86 292 CKF71070.1 MBF0143407.1 36.1 424 264 4 318 737 632 1052 2.93e-77 268 CKF71070.1 WP_126679569.1 30.9 459 305 7 289 737 337 793 8.05e-54 197 CKF71070.1 WP_159812831.1 45.2 166 90 1 311 475 234 399 3.69e-35 137 CKF71070.1 HCN71343.1 44.8 125 69 0 356 480 7 131 1.85e-31 117 CKF71070.1 MCJ2541369.1 40.4 99 59 0 499 597 86 184 1.97e-19 85.1 CKF71070.1 EGR2272270.1 37.0 127 77 2 356 480 549 674 1.92e-18 88.2 WP_078732502.1 WP_078732502.1 100 498 0 0 1 498 1 498 0.0 966 WP_078732502.1 MCJ2110312.1 60.8 255 98 1 11 265 6 258 2.66e-102 305 WP_078732502.1 HAB03480.1 29.4 136 92 2 135 268 151 284 2.35e-11 64.7 WP_079688138.1 WP_079688138.1 100 164 0 0 1 164 1 164 6.99e-118 328 MCE2498961.1 MCE2498961.1 100 234 0 0 1 234 1 234 5.18e-168 461 RUX64007.1 RUX64007.1 100 66 0 0 1 66 1 66 6.14e-48 144 CRZ84703.1 CRZ84703.1 100 339 0 0 1 339 1 339 6.65e-184 522 CRZ84703.1 EED8954498.1 51.7 234 103 3 3 234 281 506 1.15e-48 176 MBT3222043.1 MBT3222043.1 100 185 0 0 1 185 1 185 3.35e-133 369 WP_273849839.1 WP_273849839.1 100 258 0 0 1 258 1 258 7.36e-164 452 WP_273849839.1 WP_110035452.1 34.5 261 140 9 1 257 1 234 9.07e-33 118 WP_273849839.1 WP_010443651.1 35.3 252 141 6 7 255 3 235 2.28e-29 109 WP_273849839.1 WP_108024271.1 30.8 253 160 3 7 256 8 248 4.28e-28 106 WP_273849839.1 WP_013845913.1 31.6 244 151 4 1 241 1 231 3.44e-23 93.2 WP_273849839.1 KAI0154282.1 33.1 263 158 9 2 257 6 257 2.89e-20 85.5 WP_025260862.1 WP_025260862.1 100 223 0 0 1 223 1 223 3.70e-142 394 HCI3789247.1 HCI3789247.1 100 145 0 0 1 145 1 145 4.06e-110 307 HCI3789247.1 EHC2895895.1 48.3 149 72 2 1 145 14 161 1.17e-38 127 AMW35569.1 AMW35569.1 100 451 0 0 1 451 1 451 0.0 891 AMW35569.1 WP_035473288.1 25.4 311 215 8 35 341 5 302 2.75e-19 87.8 WP_067225239.1 WP_067225239.1 100 288 0 0 1 288 1 288 2.93e-210 572 PTQ72351.1 PTQ72351.1 100 403 0 0 1 403 1 403 1.03e-293 793 PTQ72351.1 WP_241420500.1 42.1 387 191 4 43 399 101 484 3.28e-91 281 PTQ72351.1 WP_112449552.1 40.2 373 207 2 43 399 115 487 4.95e-79 250 PTQ72351.1 WP_050274510.1 36.5 367 212 4 41 393 86 445 2.82e-65 213 EFG1785427.1 EFG1785427.1 100 228 0 0 1 228 1 228 3.43e-122 344 XP_025268496.1 XP_025268496.1 100 683 0 0 1 683 1 683 2.09e-161 479 OGE84663.1 OGE84663.1 100 73 0 0 1 73 1 73 5.34e-52 154 MBH2016034.1 MBH2016034.1 100 277 0 0 1 277 1 277 1.42e-181 499 MBH2016034.1 PWC90347.1 22.6 235 154 3 30 263 69 276 1.05e-06 47.8 GEY28869.1 GEY28869.1 100 305 0 0 1 305 1 305 1.08e-225 612 Q9GKS6.1 Q9GKS6.1 100 653 0 0 1 653 1 653 0.0 1290 Q9GKS6.1 XP_017674008.1 60.9 476 156 4 4 452 686 1158 1.55e-178 537 Q9GKS6.1 WP_019100427.1 23.2 267 137 8 45 309 440 640 2.78e-06 48.9 WP_247392216.1 WP_247392216.1 100 277 0 0 1 277 1 277 6.47e-188 514 WP_247392216.1 WP_186153646.1 44.4 259 135 5 1 253 1 256 8.44e-55 176 WP_247392216.1 WP_243269836.1 47.7 235 118 4 45 276 31 263 9.33e-49 171 WP_247392216.1 WP_001537381.1 50.0 202 95 5 79 276 45 244 2.76e-47 167 WP_247392216.1 MBS1222269.1 44.8 210 90 2 1 192 1 202 9.60e-46 151 WP_247392216.1 WP_045125019.1 37.9 203 116 4 84 277 104 305 1.34e-29 114 WP_247392216.1 WP_230822898.1 37.6 178 98 4 86 256 78 249 2.46e-22 94.4 WP_218790267.1 WP_218790267.1 100 128 0 0 1 128 1 128 7.08e-96 270 WP_258570851.1 WP_258570851.1 100 225 0 0 1 225 1 225 1.94e-154 426 WP_025399520.1 WP_025399520.1 100 293 0 0 1 293 1 293 3.70e-211 575 KAG1839801.1 KAG1839801.1 100 134 0 0 1 134 1 134 1.40e-98 277 WP_151427539.1 WP_151427539.1 100 507 0 0 1 507 1 507 0.0 1008 EEC9966669.1 EEC9966669.1 100 73 0 0 1 73 1 73 7.07e-48 144 UOZ97514.1 UOZ97514.1 100 93 0 0 1 93 1 93 7.12e-66 191 WP_006305873.1 WP_006305873.1 100 460 0 0 1 460 1 460 0.0 878 WP_006305873.1 WP_004699236.1 32.9 465 272 10 9 460 10 447 7.60e-66 216 WP_006305873.1 MCQ2831428.1 24.7 308 185 10 116 388 69 364 4.63e-05 43.9 WP_210226425.1 WP_210226425.1 100 299 0 0 1 299 1 299 2.43e-219 596 WP_210226425.1 GLX88815.1 44.9 296 163 0 1 296 1 296 2.35e-95 282 WP_210226425.1 HCN8461219.1 57.0 86 37 0 9 94 8 93 1.37e-28 103 MBO7120934.1 MBO7120934.1 100 280 0 0 1 280 1 280 3.28e-203 553 NVO14071.1 NVO14071.1 100 218 0 0 1 218 1 218 6.62e-163 446 NVO14071.1 WP_236905832.1 53.4 161 68 3 54 214 6 159 4.55e-55 171 MBP8196496.1 MBP8196496.1 100 805 0 0 1 805 1 805 0.0 1585 MBP8196496.1 HAN66834.1 43.5 818 270 11 1 805 21 659 1.06e-202 588 MBP8196496.1 WP_043940504.1 42.2 811 280 13 1 805 21 648 1.81e-189 554 MBP8196496.1 WP_150253061.1 34.4 842 351 17 1 805 19 696 5.97e-130 402 WP_281034490.1 WP_281034490.1 100 164 0 0 1 164 1 164 5.09e-111 311 WP_281034490.1 MBP1876254.1 41.0 161 84 4 1 158 183 335 5.09e-24 94.4 WP_281034490.1 WP_227059655.1 44.4 63 35 0 1 63 215 277 4.96e-12 61.2 WP_281034490.1 GLY24463.1 47.6 63 33 0 1 63 196 258 4.56e-11 58.2 WP_281034490.1 WP_192324556.1 44.4 63 35 0 1 63 510 572 6.66e-10 55.1 WP_281034490.1 WP_159463829.1 30.0 60 40 1 2 61 527 584 4.48e-06 43.9 GMH74815.1 GMH74815.1 100 692 0 0 1 692 1 692 0.0 1351 WP_243220715.1 WP_243220715.1 100 170 0 0 1 170 1 170 3.86e-127 352 KAJ4794342.1 KAJ4794342.1 100 151 0 0 1 151 1 151 8.39e-106 296 WP_062821347.1 WP_062821347.1 100 216 0 0 1 216 1 216 8.00e-154 423 EBP8848134.1 EBP8848134.1 100 122 0 0 1 122 1 122 2.34e-80 230 MBI5683150.1 MBI5683150.1 100 286 0 0 1 286 1 286 6.35e-204 556 MBI5683150.1 WP_261132050.1 44.6 260 135 6 26 281 4 258 4.48e-60 190 WP_262394687.1 WP_262394687.1 100 64 0 0 1 64 1 64 2.89e-43 132 HCE7036204.1 HCE7036204.1 100 90 0 0 1 90 1 90 1.30e-62 182 GJP50541.1 GJP50541.1 100 681 0 0 1 681 1 681 0.0 992 HBY86896.1 HBY86896.1 100 366 0 0 1 366 1 366 7.33e-257 696 HBY86896.1 WP_061905238.1 60.5 367 139 2 1 366 1 362 2.02e-141 413 HBY86896.1 WP_134885491.1 34.2 348 205 5 20 366 6 330 1.38e-46 165 UAQ80067.1 UAQ80067.1 100 7096 0 0 1 7096 1 7096 0.0 13731 UAQ80067.1 UBD95131.1 97.3 7096 190 0 1 7096 1 7096 0.0 13723 UAQ80067.1 UEC52718.1 97.3 7096 193 0 1 7096 1 7096 0.0 13716 UAQ80067.1 QWC83326.1 97.2 7096 200 0 1 7096 1 7096 0.0 13705 UAQ80067.1 UBP50947.1 97.2 7096 201 0 1 7096 1 7096 0.0 13703 UAQ80067.1 QSZ25555.1 97.1 7096 203 0 1 7096 1 7096 0.0 13702 UAQ80067.1 WEU87158.1 97.2 7096 202 0 1 7096 1 7096 0.0 13699 UAQ80067.1 QVD87869.1 97.1 7096 203 1 1 7096 1 7093 0.0 13688 UAQ80067.1 UMF87224.1 96.8 7096 225 2 1 7096 1 7092 0.0 13679 UAQ80067.1 UZO53924.1 97.0 7096 208 1 1 7096 1 7093 0.0 13676 UAQ80067.1 UVB16817.1 97.0 7096 207 1 1 7096 1 7093 0.0 13676 UAQ80067.1 URQ55824.1 97.0 7096 208 1 1 7096 1 7093 0.0 13676 UAQ80067.1 QZU16279.1 97.0 7096 214 0 1 7096 1 7096 0.0 13666 UAQ80067.1 UIR12670.1 96.7 7096 230 2 1 7096 1 7092 0.0 13621 UAQ80067.1 UPA83906.1 97.0 7096 211 2 1 7096 1 7092 0.0 13620 UAQ80067.1 UBR86455.1 96.6 7095 243 0 2 7096 1 7095 0.0 13591 UAQ80067.1 UCP72061.1 96.3 7096 266 0 1 7096 1 7096 0.0 13543 UAQ80067.1 UCP77012.1 96.2 7096 267 0 1 7096 1 7096 0.0 13541 UAQ80067.1 UXX67934.1 96.1 7096 276 1 1 7096 1 7093 0.0 13515 UAQ80067.1 UGA79226.1 97.1 6952 205 0 1 6952 1 6952 0.0 13414 UAQ80067.1 UKN67998.1 95.6 7076 307 2 21 7096 1 7072 0.0 13394 UAQ80067.1 WHE12941.1 95.5 7070 317 1 27 7096 1 7067 0.0 13368 UAQ80067.1 UVI10561.1 94.6 7069 380 1 28 7096 1 7066 0.0 13134 UAQ80067.1 UJT06733.1 93.6 7096 451 2 1 7096 1 7092 0.0 13074 UAQ80067.1 UOU30556.1 92.2 7096 551 1 1 7096 1 7093 0.0 12844 MBL02020.1 MBL02020.1 100 543 0 0 1 543 1 543 0.0 1045 MBL02020.1 MBL6706528.1 30.6 562 307 15 33 543 7 536 4.36e-62 213 WP_278361924.1 WP_278361924.1 100 385 0 0 1 385 1 385 2.56e-278 752 WP_278361924.1 WP_145937814.1 26.8 373 264 5 12 379 13 381 3.97e-27 109 WP_278361924.1 WP_275495439.1 25.7 389 253 9 24 384 27 407 8.99e-15 73.6 WP_278361924.1 RYZ40664.1 25.0 348 243 8 1 341 12 348 8.69e-14 70.5 WP_278361924.1 MCH8312862.1 24.7 166 119 3 102 267 84 243 1.35e-06 48.1 WP_061121232.1 WP_061121232.1 100 424 0 0 1 424 1 424 4.23e-315 848 WP_215391030.1 WP_215391030.1 100 699 0 0 1 699 1 699 0.0 1393 WP_215391030.1 WP_185892671.1 45.1 632 343 4 42 671 24 653 2.56e-188 547 WP_215391030.1 HBD3580067.1 41.1 621 362 4 45 664 34 651 3.10e-171 504 WP_237480153.1 WP_237480153.1 100 692 0 0 1 692 1 692 0.0 1417 WP_237480153.1 EIA1623697.1 27.1 712 417 22 16 682 60 714 2.34e-40 156 WP_058093348.1 WP_058093348.1 100 422 0 0 1 422 1 422 2.93e-305 823 OZZ34426.1 OZZ34426.1 100 214 0 0 1 214 1 214 7.14e-156 428 OZZ34426.1 HBS1873186.1 54.6 207 88 2 12 214 5 209 1.54e-71 219 MAI76755.1 MAI76755.1 100 86 0 0 1 86 1 86 1.34e-60 177 WP_235074910.1 WP_235074910.1 100 248 0 0 1 248 1 248 1.21e-173 476 WP_183882442.1 WP_183882442.1 100 238 0 0 1 238 1 238 9.87e-159 437 WP_183882442.1 WP_087085326.1 38.7 191 114 1 4 194 5 192 1.58e-32 117 WP_183882442.1 WP_010443651.1 33.0 203 126 3 7 209 3 195 1.21e-25 99.0 WP_183882442.1 WP_042650033.1 32.2 236 141 4 4 220 5 240 5.72e-24 94.7 WP_183882442.1 WP_060347438.1 31.7 199 126 4 1 190 1 198 1.81e-23 94.0 WP_183882442.1 KAG2346037.1 29.7 185 127 2 9 190 16 200 3.17e-20 85.1 WP_183882442.1 WP_014605789.1 30.2 222 129 6 11 216 5 216 8.02e-18 78.2 WP_183882442.1 WP_077093245.1 31.8 217 135 4 9 216 11 223 1.24e-16 75.9 WP_183882442.1 XP_028635853.1 27.8 227 154 3 4 221 8 233 2.51e-16 75.9 EHW4468754.1 EHW4468754.1 100 424 0 0 1 424 1 424 2.19e-317 854 EHW4468754.1 EFJ8748319.1 62.7 424 154 3 1 422 1 422 1.04e-187 526 AMS43029.1 AMS43029.1 100 339 0 0 1 339 1 339 5.23e-241 654 AMS43029.1 HCE70276.1 61.2 178 67 1 65 242 1 176 2.60e-66 205 WP_274400640.1 WP_274400640.1 100 120 0 0 1 120 1 120 4.76e-79 226 WP_283129754.1 WP_283129754.1 100 82 0 0 1 82 1 82 5.21e-54 160 MCJ7574591.1 MCJ7574591.1 100 67 0 0 1 67 1 67 1.45e-42 130 WP_216195748.1 WP_216195748.1 100 294 0 0 1 294 1 294 4.92e-196 536 WP_216195748.1 MBK8070034.1 45.9 290 151 5 4 288 3 291 5.98e-66 206 WP_216195748.1 MAG44064.1 61.8 34 13 0 1 34 1 34 8.46e-06 40.4 WP_180047249.1 WP_180047249.1 100 358 0 0 1 358 1 358 4.16e-268 724 KAF5693711.1 KAF5693711.1 100 149 0 0 1 149 1 149 2.62e-108 303 MCF0245553.1 MCF0245553.1 100 177 0 0 1 177 1 177 2.47e-122 340 EFX7948152.1 EFX7948152.1 100 366 0 0 1 366 1 366 1.21e-255 693 NCW17563.1 NCW17563.1 100 359 0 0 1 359 1 359 1.99e-271 733 KGQ91714.1 KGQ91714.1 100 550 0 0 1 550 1 550 0.0 1098 MBW1731384.1 MBW1731384.1 100 112 0 0 1 112 1 112 4.72e-82 233 MBW1731384.1 EAI2381694.1 26.0 73 53 1 14 85 12 84 1.42e-08 47.0 WP_090340093.1 WP_090340093.1 100 302 0 0 1 302 1 302 1.27e-227 617 WP_095963788.1 WP_095963788.1 100 92 0 0 1 92 1 92 5.70e-58 171 WP_051773451.1 WP_051773451.1 100 116 0 0 1 116 1 116 1.90e-74 214 WDF47893.1 WDF47893.1 100 290 0 0 1 290 1 290 3.83e-207 564 WP_079458535.1 WP_079458535.1 100 312 0 0 1 312 1 312 1.05e-231 628 MCB0395607.1 MCB0395607.1 100 312 0 0 1 312 1 312 1.22e-230 625 WP_105462017.1 WP_105462017.1 100 95 0 0 1 95 1 95 4.78e-65 189 WP_070054132.1 WP_070054132.1 100 213 0 0 1 213 1 213 1.10e-154 425 WP_070054132.1 WP_040988594.1 53.3 214 97 2 1 213 1 212 3.04e-80 237 MCI0441261.1 MCI0441261.1 100 134 0 0 1 134 1 134 2.07e-100 281 WP_268428026.1 WP_268428026.1 100 467 0 0 1 467 1 467 0.0 902 WP_257882322.1 WP_257882322.1 100 237 0 0 1 237 1 237 1.97e-178 487 MCI2079698.1 MCI2079698.1 100 309 0 0 1 309 1 309 1.36e-221 602 MCI2079698.1 WP_077690175.1 29.5 149 104 1 4 151 5 153 2.26e-16 76.6 MCI2079698.1 WP_009620393.1 20.1 239 190 1 6 244 6 243 5.11e-09 54.7 MCI2079698.1 WP_254301195.1 29.6 162 92 6 11 163 16 164 3.18e-07 49.3 WP_203201698.1 WP_203201698.1 100 156 0 0 1 156 1 156 7.99e-120 332 WP_089867971.1 WP_089867971.1 100 138 0 0 1 138 1 138 1.05e-104 293 MBO8233644.1 MBO8233644.1 100 381 0 0 1 381 1 381 1.11e-270 733 MBO8233644.1 WP_076194242.1 31.9 229 148 5 150 373 230 455 5.62e-26 107 MBO8233644.1 KDF42894.1 25.2 266 177 7 119 368 220 479 3.79e-20 90.1 MBO8233644.1 SCH39951.1 30.4 289 177 10 83 361 194 468 9.15e-20 89.0 MBO8233644.1 MBQ1868746.1 24.4 258 183 6 123 370 232 487 7.49e-18 83.6 MBO8233644.1 WP_283842967.1 28.1 210 135 4 165 364 362 565 1.66e-11 63.9 MBO8233644.1 MBR6403893.1 24.6 280 183 10 111 378 156 419 3.93e-10 59.3 MBO8233644.1 TVR41840.1 25.8 198 124 5 165 358 310 488 1.66e-06 48.1 MBO8233644.1 WP_088644037.1 21.2 231 147 6 159 372 210 422 8.14e-05 42.7 UVY40774.1 UVY40774.1 100 681 0 0 1 681 1 681 0.0 1360 NLZ92879.1 NLZ92879.1 100 130 0 0 1 130 1 130 2.36e-86 246 NLZ92879.1 MBI0103662.1 44.4 72 40 0 5 76 621 692 2.91e-13 63.5 NLZ92879.1 WP_231355705.1 41.4 70 40 1 6 74 648 717 2.25e-11 58.2 NLZ92879.1 MBQ3724833.1 37.5 72 45 0 5 76 630 701 4.29e-09 51.6 NLZ92879.1 WP_092081374.1 40.0 70 41 1 6 74 651 720 5.89e-09 51.2 NLZ92879.1 WP_246966510.1 40.3 72 40 2 6 74 10 81 2.88e-08 48.9 NLZ92879.1 PJJ44766.1 34.1 88 55 1 6 90 685 772 5.14e-08 48.5 MBC8192126.1 MBC8192126.1 100 469 0 0 1 469 1 469 0.0 928 GDY00464.1 GDY00464.1 100 652 0 0 1 652 1 652 0.0 1306 MBQ1564907.1 MBQ1564907.1 100 385 0 0 1 385 1 385 1.21e-244 667 MBQ1564907.1 WP_250934260.1 55.4 258 115 0 4 261 5 262 3.52e-88 266 WP_075653737.1 WP_075653737.1 100 567 0 0 1 567 1 567 0.0 1099 TJW17418.1 TJW17418.1 100 79 0 0 1 79 1 79 7.52e-57 167 NEK79366.1 NEK79366.1 100 194 0 0 1 194 1 194 5.74e-143 394 MBI2506024.1 MBI2506024.1 100 391 0 0 1 391 1 391 2.21e-282 763 MBI2506024.1 WP_108511015.1 30.3 208 128 7 52 253 12 208 1.11e-14 72.8 PIU18101.1 PIU18101.1 100 356 0 0 1 356 1 356 9.90e-250 677 CAH2014332.1 CAH2014332.1 100 245 0 0 1 245 1 245 3.83e-189 515 CAH2014332.1 KAI8118081.1 31.6 247 146 5 11 234 226 472 2.39e-39 140 NBX99292.1 NBX99292.1 100 179 0 0 1 179 1 179 3.12e-126 350 WP_254566347.1 WP_254566347.1 100 131 0 0 1 131 1 131 2.18e-96 271 WP_108024271.1 WP_108024271.1 100 251 0 0 1 251 1 251 2.64e-174 478 WP_108024271.1 WP_010443651.1 37.1 240 144 4 8 247 3 235 8.89e-43 144 WP_108024271.1 WP_110035452.1 36.1 238 138 5 11 248 10 233 1.50e-36 127 WP_108024271.1 KAI0154282.1 34.3 251 156 4 5 248 8 256 7.36e-30 110 WP_108024271.1 WP_273849839.1 30.8 253 160 3 8 248 7 256 4.65e-25 98.2 WP_108024271.1 WP_077093245.1 32.4 244 141 7 8 242 9 237 4.12e-20 85.9 XP_032206552.1 XP_032206552.1 100 859 0 0 1 859 1 859 0.0 1672 EEY8067912.1 EEY8067912.1 100 1653 0 0 1 1653 1 1653 0.0 3277 RYP28707.1 RYP28707.1 100 558 0 0 1 558 1 558 0.0 922 CAG7600102.1 CAG7600102.1 100 67 0 0 1 67 1 67 5.24e-45 136 KAF6036899.1 KAF6036899.1 100 192 0 0 1 192 1 192 1.15e-132 368 WP_038233489.1 WP_038233489.1 100 410 0 0 1 410 1 410 1.67e-298 805 WP_260810007.1 WP_260810007.1 100 283 0 0 1 283 1 283 8.86e-223 603 XP_030976676.1 XP_030976676.1 100 368 0 0 1 368 1 368 5.85e-289 778 XP_030976676.1 KAI1055415.1 40.2 358 194 10 9 359 7 351 2.70e-82 253 KAI9082639.1 KAI9082639.1 100 124 0 0 1 124 1 124 1.70e-83 238 MCC7230466.1 MCC7230466.1 100 130 0 0 1 130 1 130 8.23e-87 247 WP_190890574.1 WP_190890574.1 100 347 0 0 1 347 1 347 2.30e-264 714 KAG6242063.1 KAG6242063.1 100 84 0 0 1 84 1 84 1.80e-46 141 MBM3933481.1 MBM3933481.1 100 98 0 0 1 98 1 98 3.29e-71 205 WP_115313274.1 WP_115313274.1 100 207 0 0 1 207 1 207 2.07e-156 429 WP_115313274.1 MCL4851158.1 36.1 208 123 5 6 207 6 209 9.36e-35 120 WP_166199813.1 WP_166199813.1 100 67 0 0 1 67 1 67 5.72e-40 124 WP_009803198.1 WP_009803198.1 100 51 0 0 1 51 1 51 2.78e-31 100 WP_166389238.1 WP_166389238.1 100 395 0 0 1 395 1 395 2.83e-271 735 WP_214921910.1 WP_214921910.1 100 370 0 0 1 370 1 370 7.85e-238 649 BDT03353.1 BDT03353.1 100 171 0 0 1 171 1 171 1.89e-114 320 KAG9273239.1 KAG9273239.1 100 1402 0 0 1 1402 1 1402 0.0 2573 KAH9897695.1 KAH9897695.1 100 243 0 0 1 243 1 243 1.96e-181 495 RXM36450.1 RXM36450.1 100 209 0 0 1 209 1 209 1.70e-156 429 WP_119380110.1 WP_119380110.1 100 453 0 0 1 453 1 453 1.73e-319 862 KAI9362949.1 KAI9362949.1 100 99 0 0 1 99 1 99 1.15e-67 196 KAI9362949.1 EZA58905.1 48.1 77 40 0 1 77 28 104 2.93e-19 79.3 XP_024427063.2 XP_024427063.2 100 1239 0 0 1 1239 1 1239 0.0 2404 MCS7281253.1 MCS7281253.1 100 234 0 0 1 234 1 234 4.62e-171 468 WP_014036593.1 WP_014036593.1 100 322 0 0 1 322 1 322 2.66e-230 625 WP_272150417.1 WP_272150417.1 100 49 0 0 1 49 1 49 2.32e-18 68.2 WP_226863423.1 WP_226863423.1 100 123 0 0 1 123 1 123 5.29e-82 234 KAI5358731.1 KAI5358731.1 100 840 0 0 1 840 1 840 0.0 1645 WP_242320225.1 WP_242320225.1 100 369 0 0 1 369 1 369 5.48e-249 677 MSZ54974.1 MSZ54974.1 100 385 0 0 1 385 1 385 6.37e-288 776 MSZ54974.1 MBG91959.1 44.9 401 198 10 1 383 1 396 2.32e-96 291 MSZ54974.1 MCK5056842.1 33.9 360 217 8 22 367 19 371 1.42e-46 162 NRB72577.1 NRB72577.1 100 381 0 0 1 381 1 381 1.13e-279 755 NRB72577.1 WP_169356007.1 39.1 371 220 4 12 377 8 377 1.45e-80 250 NRB72577.1 KAJ6728134.1 40.7 177 105 0 9 185 5 181 6.44e-41 142 KAJ1832792.1 KAJ1832792.1 100 75 0 0 1 75 1 75 3.32e-47 142 WP_007162313.1 WP_007162313.1 100 222 0 0 1 222 1 222 1.42e-150 416 OJD14960.1 OJD14960.1 100 149 0 0 1 149 1 149 9.12e-109 304 XP_025094492.1 XP_025094492.1 100 448 0 0 1 448 1 448 0.0 870 HFC49641.1 HFC49641.1 100 369 0 0 1 369 1 369 9.55e-275 742 WP_125257517.1 WP_125257517.1 100 152 0 0 1 152 1 152 4.32e-113 315 KRL50971.1 KRL50971.1 100 69 0 0 1 69 1 69 4.97e-44 134 WP_270429919.1 WP_270429919.1 100 780 0 0 1 780 1 780 0.0 1608 KAJ1924652.1 KAJ1924652.1 100 777 0 0 1 777 1 777 0.0 1537 XP_043876828.1 XP_043876828.1 100 358 0 0 1 358 1 358 5.59e-225 615 WP_047430984.1 WP_047430984.1 100 675 0 0 1 675 1 675 0.0 1328 WP_047430984.1 MBY7869037.1 50.0 670 327 5 5 670 3 668 8.75e-216 617 WP_047430984.1 MBQ4139225.1 33.5 170 109 2 505 670 4 173 1.33e-21 90.9 WP_150396769.1 WP_150396769.1 100 519 0 0 1 519 1 519 0.0 1001 WP_150396769.1 MBO5162475.1 37.7 494 290 6 32 513 6 493 6.01e-104 319 WP_150396769.1 WP_185334683.1 34.1 499 321 4 22 513 2 499 3.06e-94 294 WP_150396769.1 WP_089246429.1 34.6 491 310 7 28 509 8 496 4.23e-91 286 WP_150396769.1 GBD21053.1 34.4 506 310 7 24 515 26 523 2.71e-88 279 WP_150396769.1 WP_206363707.1 33.7 252 162 3 19 265 13 264 2.04e-38 140 WP_150396769.1 WP_227059655.1 26.8 530 296 18 38 493 35 546 9.95e-33 130 WP_150396769.1 WP_029347391.1 31.5 248 165 2 22 264 3 250 3.81e-32 122 WP_150396769.1 WP_192324556.1 26.4 527 309 16 37 493 30 547 9.62e-29 118 WP_150396769.1 WP_071876418.1 21.2 518 313 15 40 493 21 507 1.54e-22 99.4 WP_150396769.1 WP_008134825.1 30.3 231 150 3 19 245 607 830 5.96e-22 98.2 WP_150396769.1 EHR6291555.1 23.6 550 327 18 22 493 3 537 2.17e-20 92.8 WP_150396769.1 GLY24463.1 34.5 238 134 9 24 243 4 237 2.28e-20 90.5 WP_150396769.1 WP_152652784.1 28.8 233 155 4 27 257 8 231 4.32e-20 89.4 WP_150396769.1 WP_088153117.1 30.4 237 138 8 50 280 24 239 5.31e-20 90.1 WP_150396769.1 MBQ4383193.1 28.9 204 136 6 37 237 21 218 1.89e-16 77.0 WP_150396769.1 WP_221265680.1 28.6 213 141 4 281 493 27 228 2.30e-16 78.6 WP_150396769.1 WP_247749043.1 28.8 215 139 7 37 243 371 579 7.72e-15 75.5 WP_150396769.1 WP_089095302.1 22.3 497 281 19 36 459 15 479 1.06e-14 75.1 WP_150396769.1 WP_142931103.1 22.0 491 313 17 40 496 20 474 2.40e-14 73.6 WP_150396769.1 WP_211555180.1 27.0 204 143 2 36 237 15 214 3.53e-14 70.5 WP_150396769.1 WP_192500494.1 22.7 216 154 4 25 238 3 207 6.52e-14 70.9 WP_150396769.1 WP_158791585.1 25.9 228 143 6 29 240 9 226 1.56e-13 68.9 WP_150396769.1 HBO4828144.1 28.5 200 127 5 290 488 31 215 1.02e-12 67.0 WP_150396769.1 WP_098952357.1 28.1 224 137 6 282 493 22 233 1.46e-12 67.0 WP_239393343.1 WP_239393343.1 100 92 0 0 1 92 1 92 1.51e-62 182 MCH8996551.1 MCH8996551.1 100 116 0 0 1 116 1 116 6.35e-82 233 XP_032956783.1 XP_032956783.1 100 1005 0 0 1 1005 1 1005 0.0 1979 WP_162060842.1 WP_162060842.1 100 246 0 0 1 246 1 246 1.61e-177 486 MBF06337.1 MBF06337.1 100 185 0 0 1 185 1 185 8.91e-138 380 MCC5885453.1 MCC5885453.1 100 385 0 0 1 385 1 385 1.16e-299 806 MCC5885453.1 CUX17903.1 43.7 334 179 7 50 377 8 338 4.67e-84 258 KPK46604.1 KPK46604.1 100 146 0 0 1 146 1 146 5.75e-106 296 WP_185928545.1 WP_185928545.1 100 293 0 0 1 293 1 293 6.74e-223 604 KAI8118081.1 KAI8118081.1 100 489 0 0 1 489 1 489 0.0 976 KAI8118081.1 KAG7602925.1 27.0 440 289 12 37 468 97 512 1.30e-40 151 KAI8118081.1 XP_002873995.1 27.1 439 290 11 37 468 97 512 1.30e-40 151 KAI8118081.1 CAH2014332.1 32.4 247 144 5 226 472 11 234 2.45e-37 135 MBI2691306.1 MBI2691306.1 100 304 0 0 1 304 1 304 9.99e-226 612 MBI2691306.1 XP_025698866.1 29.0 100 62 4 44 137 48 144 7.54e-06 45.1 MCE9521167.1 MCE9521167.1 100 282 0 0 1 282 1 282 6.08e-200 545 WP_167196601.1 WP_167196601.1 100 227 0 0 1 227 1 227 2.64e-153 423 WP_167196601.1 NLR72952.1 44.5 220 118 3 3 221 12 228 9.55e-46 150 WP_167196601.1 MBE6142085.1 30.6 219 148 2 7 221 4 222 4.55e-18 78.2 WP_180298529.1 WP_180298529.1 100 253 0 0 1 253 1 253 1.73e-180 494 WAY96880.1 WAY96880.1 100 195 0 0 1 195 1 195 3.31e-138 382 WAY96880.1 KAJ5168969.1 45.5 198 104 2 1 195 519 715 1.46e-43 152 WAY96880.1 KAI7371949.1 42.4 198 110 2 1 195 663 859 3.66e-39 140 WAY96880.1 WP_060613079.1 42.3 189 106 2 7 192 361 549 8.63e-38 135 WAY96880.1 MBQ4454347.1 38.9 193 116 1 4 194 355 547 3.17e-37 134 WAY96880.1 WP_011512097.1 37.8 193 118 1 2 192 358 550 7.76e-35 127 WAY96880.1 KAI9191373.1 40.6 170 101 0 4 173 412 581 1.31e-34 127 WAY96880.1 WP_247749043.1 36.6 194 116 3 8 194 377 570 4.60e-32 119 WAY96880.1 MWR41881.1 34.2 199 113 5 5 195 44 232 2.85e-20 84.0 WAY96880.1 KAF9974715.1 29.5 193 111 4 7 192 483 657 1.55e-18 81.3 WAY96880.1 NVM03966.1 32.8 186 98 7 5 180 38 206 3.82e-18 79.0 WAY96880.1 WP_250499463.1 32.0 203 119 6 4 194 27 222 8.99e-18 76.6 WAY96880.1 WP_008470196.1 30.6 186 119 4 1 180 21 202 1.20e-17 76.6 WAY96880.1 KAJ2660037.1 32.5 166 92 3 2 164 1206 1354 5.37e-16 73.9 WAY96880.1 WP_072380563.1 27.4 190 117 4 4 180 16 197 1.44e-14 68.2 WAY96880.1 EHR6291555.1 29.8 191 125 5 2 190 20 203 5.91e-14 67.8 WAY96880.1 WP_192500494.1 29.2 161 91 2 5 157 18 163 6.36e-14 67.0 WAY96880.1 MCH4209672.1 29.2 185 117 4 10 194 403 573 8.11e-14 67.4 WAY96880.1 WP_211555180.1 30.4 161 101 5 2 157 16 170 2.26e-13 64.7 WAY96880.1 WP_206363707.1 28.6 192 114 8 15 190 44 228 8.70e-13 63.5 WAY96880.1 WP_036816548.1 26.2 202 138 4 2 192 19 220 1.01e-12 63.2 WAY96880.1 WP_088153117.1 27.7 184 111 6 15 186 24 197 2.57e-12 62.8 WAY96880.1 MBQ9964693.1 26.4 193 114 5 3 192 15 182 2.11e-11 58.5 WAY96880.1 WP_221265680.1 28.2 156 107 3 2 157 32 182 1.66e-10 57.4 WAY96880.1 WP_112088864.1 26.0 181 103 4 6 180 358 513 4.33e-09 53.5 NQW24640.1 NQW24640.1 100 370 0 0 1 370 1 370 1.24e-266 721 WP_174261300.1 WP_174261300.1 100 201 0 0 1 201 1 201 5.62e-133 369 WP_194481458.1 WP_194481458.1 100 302 0 0 1 302 1 302 2.71e-213 581 MCD8020507.1 MCD8020507.1 100 413 0 0 1 413 1 413 2.16e-291 788 MBF2027262.1 MBF2027262.1 100 174 0 0 1 174 1 174 1.38e-122 341 EGN0346558.1 EGN0346558.1 100 560 0 0 1 560 1 560 0.0 1148 AEO85464.1 AEO85464.1 100 847 0 0 1 847 1 847 0.0 1702 AEO85464.1 QJX39053.1 72.1 856 218 6 1 846 1 845 0.0 1229 AEO85464.1 QCI53355.1 78.5 353 66 3 37 379 2 354 3.90e-200 571 AEO85464.1 AAX97169.1 81.8 335 61 0 513 847 1 335 1.42e-189 543 AEO85464.1 AEJ33395.1 34.5 895 485 25 28 847 14 882 2.05e-133 418 AEO85464.1 ABG88111.1 57.4 94 39 1 280 373 2 94 1.48e-30 114 CIY68995.1 CIY68995.1 100 367 0 0 1 367 1 367 3.99e-266 720 CIY68995.1 WP_098798564.1 40.9 372 204 5 1 359 1 369 6.52e-82 253 VGM95377.1 VGM95377.1 100 563 0 0 1 563 1 563 0.0 1123 WP_229710081.1 WP_229710081.1 100 391 0 0 1 391 1 391 6.69e-293 790 ECK9821833.1 ECK9821833.1 100 253 0 0 1 253 1 253 7.73e-193 525 ECK9821833.1 MBI2416798.1 50.0 54 27 0 180 233 51 104 1.15e-11 59.7 ECK9821833.1 WP_223806191.1 46.5 43 23 0 187 229 239 281 5.26e-05 42.0 KGO32348.1 KGO32348.1 100 45 0 0 1 45 1 45 1.05e-28 94.0 BAF39771.1 BAF39771.1 100 210 0 0 1 210 1 210 8.76e-164 448 WP_190772838.1 WP_190772838.1 100 155 0 0 1 155 1 155 2.03e-99 281 WP_190772838.1 MBZ5699012.1 42.1 152 83 4 5 155 1 148 1.06e-22 86.3 WP_246966510.1 WP_246966510.1 100 266 0 0 1 266 1 266 5.83e-190 519 WP_246966510.1 NLZ92879.1 40.3 72 40 2 10 81 6 74 4.30e-08 49.3 WP_052125494.1 WP_052125494.1 100 1041 0 0 1 1041 1 1041 0.0 2007 WP_052125494.1 WP_237034910.1 42.1 1027 565 8 8 1017 5 1018 2.62e-242 712 WP_052125494.1 MCD8297279.1 28.1 199 120 4 108 306 107 282 3.70e-12 68.9 NBR42698.1 NBR42698.1 100 190 0 0 1 190 1 190 6.22e-136 376 XP_007007273.1 XP_007007273.1 100 87 0 0 1 87 1 87 4.13e-60 176 NXP66683.1 NXP66683.1 100 117 0 0 1 117 1 117 1.14e-80 230 UJJ97602.1 UJJ97602.1 100 4401 0 0 1 4401 1 4401 0.0 8438 UJJ97602.1 UJV88611.1 99.8 4401 8 0 1 4401 1 4401 0.0 8435 UJJ97602.1 ULA23837.2 97.8 4401 96 0 1 4401 1 4401 0.0 8433 UJJ97602.1 UIR12670.1 97.9 4397 94 0 1 4397 1 4397 0.0 8430 UJJ97602.1 UXH94526.1 97.8 4401 97 0 1 4401 1 4401 0.0 8428 UJJ97602.1 UPA83906.1 97.8 4397 98 0 1 4397 1 4397 0.0 8419 UJJ97602.1 UMF87224.1 97.3 4397 118 0 1 4397 1 4397 0.0 8418 UJJ97602.1 QTD03487.1 97.5 4405 105 2 1 4401 1 4405 0.0 8412 UJJ97602.1 QXR94354.1 97.6 4402 106 1 1 4401 1 4402 0.0 8411 UJJ97602.1 UPP41269.1 97.5 4402 107 1 1 4401 1 4402 0.0 8411 UJJ97602.1 QTM79632.1 97.5 4402 109 1 1 4401 1 4402 0.0 8410 UJJ97602.1 USR14792.1 97.5 4402 108 1 1 4401 1 4402 0.0 8408 UJJ97602.1 UZO53924.1 97.6 4398 105 1 1 4397 1 4398 0.0 8407 UJJ97602.1 QWC83326.1 97.6 4401 102 2 1 4397 1 4401 0.0 8406 UJJ97602.1 QSZ25555.1 97.6 4401 103 2 1 4397 1 4401 0.0 8406 UJJ97602.1 UVB16817.1 97.6 4398 105 1 1 4397 1 4398 0.0 8405 UJJ97602.1 QTZ27226.1 97.5 4402 111 1 1 4401 1 4402 0.0 8405 UJJ97602.1 QVD87869.1 97.6 4398 105 1 1 4397 1 4398 0.0 8405 UJJ97602.1 URQ55824.1 97.6 4398 106 1 1 4397 1 4398 0.0 8405 UJJ97602.1 UFM00670.1 97.5 4405 108 2 1 4401 1 4405 0.0 8402 UJJ97602.1 WEU87158.1 97.5 4401 104 2 1 4397 1 4401 0.0 8401 UJJ97602.1 UKU68032.1 97.5 4401 110 0 1 4401 1 4401 0.0 8400 UJJ97602.1 UEC68750.1 97.5 4405 108 2 1 4401 1 4405 0.0 8400 UJJ97602.1 UBP50947.1 97.5 4401 105 2 1 4397 1 4401 0.0 8399 UJJ97602.1 QZU16279.1 97.5 4401 105 2 1 4397 1 4401 0.0 8399 AWI66342.1 AWI66342.1 100 249 0 0 1 249 1 249 7.99e-184 502 RUA32032.1 RUA32032.1 100 424 0 0 1 424 1 424 9.97e-314 845 EHY2137407.1 EHY2137407.1 100 118 0 0 1 118 1 118 1.01e-79 228 UZO03952.1 UZO03952.1 100 299 0 0 1 299 1 299 3.91e-225 610 UZO03952.1 MBF1128433.1 28.6 234 131 9 10 234 51 257 1.64e-14 72.0 UZO03952.1 XP_048540820.1 23.4 171 98 6 79 246 883 1023 9.50e-09 54.7 UZO03952.1 WP_106546380.1 25.1 231 138 10 36 238 63 286 1.33e-06 47.8 UZO03952.1 MBD2210269.1 26.8 153 97 5 103 245 145 292 1.34e-06 47.8 UZO03952.1 WP_271931007.1 21.3 197 102 6 89 244 763 947 2.73e-05 43.9 MBX9718818.1 MBX9718818.1 100 169 0 0 1 169 1 169 7.74e-113 316 MCU1411638.1 MCU1411638.1 100 400 0 0 1 400 1 400 4.53e-291 786 MCU1411638.1 MBA3609961.1 31.7 407 225 11 20 384 37 432 7.95e-55 186 MCU1411638.1 MBQ6794463.1 32.5 385 237 10 15 394 7 373 4.67e-52 176 MCU1411638.1 MCF7895906.1 30.2 338 226 3 5 340 5 334 4.36e-50 170 MCU1411638.1 NBT94281.1 34.8 158 98 2 17 174 29 181 2.17e-19 83.6 WP_195368055.1 WP_195368055.1 100 574 0 0 1 574 1 574 0.0 1120 WP_195368055.1 MBQ4454347.1 49.9 565 283 0 4 568 5 569 4.38e-199 567 WP_195368055.1 WP_060613079.1 32.9 574 357 8 12 573 21 578 9.35e-93 294 WP_195368055.1 MBQ8297564.1 33.6 491 304 8 92 571 87 566 2.75e-77 253 WP_195368055.1 WP_195238978.1 31.9 492 323 8 86 573 233 716 4.04e-71 241 WP_195368055.1 WP_192324556.1 29.5 217 141 6 355 562 345 558 2.30e-14 74.3 MBW4439448.1 MBW4439448.1 100 454 0 0 1 454 1 454 0.0 902 KAI9530097.1 KAI9530097.1 100 50 0 0 1 50 1 50 3.15e-32 103 NSW79198.1 NSW79198.1 100 669 0 0 1 669 1 669 0.0 1301 NSW79198.1 MBF0233644.1 37.9 385 203 11 291 661 235 597 2.83e-70 241 NSW79198.1 WP_061048002.1 39.9 308 168 3 378 669 326 632 5.06e-67 233 NSW79198.1 WP_211114623.1 33.2 386 248 8 285 668 286 663 8.33e-51 187 NSW79198.1 WP_086504813.1 41.1 253 137 5 413 663 375 617 4.05e-47 176 NSW79198.1 MBK3737236.1 40.6 244 142 2 421 663 419 660 3.27e-45 169 NSW79198.1 MBN1819552.1 39.0 77 42 1 594 665 491 567 3.23e-09 58.2 WP_163042480.1 WP_163042480.1 100 447 0 0 1 447 1 447 0.0 929 WP_163042480.1 KAF2317565.1 30.5 334 188 8 3 326 55 354 1.11e-41 150 WP_163042480.1 MBD5394228.1 28.4 282 177 10 40 319 39 297 1.18e-23 99.0 NXY58604.1 NXY58604.1 100 380 0 0 1 380 1 380 2.67e-282 762 MBS5721782.1 MBS5721782.1 100 835 0 0 1 835 1 835 0.0 1650 KAG6055499.1 KAG6055499.1 100 597 0 0 1 597 1 597 0.0 1196 XP_019459237.1 XP_019459237.1 100 336 0 0 1 336 1 336 5.18e-235 639 NJE80740.1 NJE80740.1 100 205 0 0 1 205 1 205 1.82e-140 389 NJE80740.1 WP_190630613.1 39.5 205 121 2 4 205 3 207 8.01e-39 131 WP_153870478.1 WP_153870478.1 100 239 0 0 1 239 1 239 6.25e-167 458 MBP6015992.1 MBP6015992.1 100 614 0 0 1 614 1 614 0.0 1267 WP_185218257.1 WP_185218257.1 100 455 0 0 1 455 1 455 0.0 939 WP_185218257.1 MCP4788584.1 31.2 433 244 15 26 444 26 418 1.99e-52 181 WP_185218257.1 WP_013768652.1 25.4 489 230 20 26 426 36 477 9.26e-28 114 MBZ0302078.1 MBZ0302078.1 100 127 0 0 1 127 1 127 1.05e-92 261 MBZ0302078.1 MBQ8348910.1 33.3 96 63 1 22 117 10 104 2.63e-18 73.2 MBE56502.1 MBE56502.1 100 114 0 0 1 114 1 114 2.94e-77 221 MBY8116888.1 MBY8116888.1 100 401 0 0 1 401 1 401 3.31e-289 781 WP_026974351.1 WP_026974351.1 100 569 0 0 1 569 1 569 0.0 1170 WP_026974351.1 TFE29608.1 26.0 254 150 11 70 289 99 348 5.48e-05 44.3 HAB35737.1 HAB35737.1 100 410 0 0 1 410 1 410 2.12e-301 813 HAB35737.1 KAI2867803.1 35.7 266 154 6 49 297 22 287 9.64e-30 116 WP_183491762.1 WP_183491762.1 100 319 0 0 1 319 1 319 6.84e-236 639 CAF1218540.1 CAF1218540.1 100 831 0 0 1 831 1 831 0.0 1601 HBO5091502.1 HBO5091502.1 100 157 0 0 1 157 1 157 1.22e-110 309 WP_142480892.1 WP_142480892.1 100 174 0 0 1 174 1 174 2.39e-123 343 UCF86936.1 UCF86936.1 100 98 0 0 1 98 1 98 2.07e-65 190 KAI0494562.1 KAI0494562.1 100 154 0 0 1 154 1 154 1.56e-107 301 MBR3040588.1 MBR3040588.1 100 276 0 0 1 276 1 276 8.73e-206 560 MBR3040588.1 WP_006327457.1 39.2 51 26 1 78 123 111 161 6.42e-04 38.9 WP_253057132.1 WP_253057132.1 100 784 0 0 1 784 1 784 0.0 1462 DAT68911.1 DAT68911.1 100 121 0 0 1 121 1 121 7.87e-83 236 MCJ7486393.1 MCJ7486393.1 100 370 0 0 1 370 1 370 2.54e-275 743 MCJ7486393.1 WP_280938002.1 34.2 187 116 2 51 230 77 263 1.15e-26 108 MCJ7486393.1 MCK5265770.1 25.9 359 226 11 38 369 39 384 1.54e-26 107 WP_259173727.1 WP_259173727.1 100 470 0 0 1 470 1 470 0.0 920 XP_039550146.1 XP_039550146.1 100 151 0 0 1 151 1 151 1.98e-104 293 WP_025917677.1 WP_025917677.1 100 76 0 0 1 76 1 76 4.49e-50 150 WP_219989626.1 WP_219989626.1 100 146 0 0 1 146 1 146 1.07e-110 308 WP_219989626.1 WP_266103637.1 50.8 130 62 2 14 142 1 129 9.66e-43 136 WP_120012998.1 WP_120012998.1 100 40 0 0 1 40 1 40 8.36e-24 81.3 XP_007378490.1 XP_007378490.1 100 134 0 0 1 134 1 134 9.14e-95 267 HAZ7424284.1 HAZ7424284.1 100 506 0 0 1 506 1 506 4.81e-310 843 HAZ7424284.1 WP_104456122.1 33.4 488 288 6 7 475 7 476 4.65e-56 194 HAZ7424284.1 WP_186556299.1 36.4 528 270 10 1 488 1 502 2.19e-50 178 HAZ7424284.1 WP_120358183.1 46.8 173 92 0 331 503 337 509 3.27e-34 134 HAZ7424284.1 EIZ9235425.1 60.8 120 47 0 330 449 335 454 4.84e-33 130 HAZ7424284.1 WP_237962375.1 38.1 160 99 0 339 498 473 632 6.98e-23 100 HAZ7424284.1 WP_269572442.1 32.5 163 88 2 332 476 440 598 5.72e-16 79.0 HAZ7424284.1 WP_246832833.1 35.2 145 85 3 362 505 340 476 1.92e-10 61.2 WP_210832037.1 WP_210832037.1 100 249 0 0 1 249 1 249 3.92e-175 480 WP_044318929.1 WP_044318929.1 100 535 0 0 1 535 1 535 0.0 987 EPY77985.1 EPY77985.1 100 277 0 0 1 277 1 277 9.73e-199 542 MBQ6717580.1 MBQ6717580.1 100 333 0 0 1 333 1 333 4.86e-243 659 MBQ6717580.1 WP_192880951.1 37.4 198 92 4 39 204 25 222 1.42e-25 104 MCI5582667.1 MCI5582667.1 100 494 0 0 1 494 1 494 0.0 978 KAH7819128.1 KAH7819128.1 100 152 0 0 1 152 1 152 1.24e-112 314 WP_072176998.1 WP_072176998.1 100 256 0 0 1 256 1 256 5.20e-188 513 MBN2408678.1 MBN2408678.1 100 87 0 0 1 87 1 87 4.13e-60 176 WP_124583682.1 WP_124583682.1 100 297 0 0 1 297 1 297 1.76e-211 576 WP_124583682.1 WP_228281474.1 43.1 116 66 0 169 284 2 117 8.90e-24 92.4 XP_055364111.1 XP_055364111.1 100 3186 0 0 1 3186 1 3186 0.0 6078 KAH7671712.1 KAH7671712.1 100 324 0 0 1 324 1 324 7.31e-229 622 MCC6251785.1 MCC6251785.1 100 468 0 0 1 468 1 468 0.0 953 MCC6251785.1 MBL7151874.1 37.8 460 266 5 4 459 7 450 1.14e-94 292 MCC6251785.1 WP_011739125.1 24.7 457 312 9 6 458 5 433 5.96e-28 114 WP_161548226.1 WP_161548226.1 100 238 0 0 1 238 1 238 2.99e-169 464 PWA40393.1 PWA40393.1 100 575 0 0 1 575 1 575 0.0 1078 WP_024957561.1 WP_024957561.1 100 222 0 0 1 222 1 222 7.86e-148 409 XP_026202203.1 XP_026202203.1 100 692 0 0 1 692 1 692 0.0 1264 XP_049917061.1 XP_049917061.1 100 526 0 0 1 526 1 526 0.0 1016 WP_121975536.1 WP_121975536.1 100 345 0 0 1 345 1 345 1.20e-249 676 WP_121975536.1 RYD39969.1 47.1 280 143 4 16 291 23 301 5.25e-80 244 WP_121975536.1 WP_029222463.1 41.1 338 190 5 1 334 1 333 2.31e-78 243 WP_121975536.1 WP_058504615.1 35.6 253 146 7 3 243 188 435 4.58e-34 130 WP_121975536.1 WP_283107263.1 33.7 273 157 9 11 271 189 449 4.52e-31 121 WP_121975536.1 NRF69152.1 35.2 253 125 11 14 244 146 381 4.23e-28 112 WP_121975536.1 WP_203339841.1 37.7 151 90 2 114 264 130 276 7.91e-28 109 WP_121975536.1 WP_017718577.1 30.9 285 165 10 3 271 237 505 8.77e-26 106 WP_121975536.1 MBT7163208.1 32.0 284 157 12 5 270 196 461 4.54e-25 104 WP_121975536.1 EEC9022132.1 28.3 265 141 9 14 240 100 353 7.69e-16 76.6 WP_065763488.1 WP_065763488.1 100 736 0 0 1 736 1 736 0.0 1521 VEA68798.1 VEA68798.1 100 112 0 0 1 112 1 112 2.25e-80 229 VEA68798.1 QQO85492.1 42.9 112 60 1 1 108 144 255 1.16e-18 76.6 MBL8103469.1 MBL8103469.1 100 455 0 0 1 455 1 455 2.16e-319 862 MBL8103469.1 MBP6786080.1 52.3 453 211 2 2 454 1 448 2.09e-151 450 MBL8103469.1 WP_029789810.1 50.9 446 213 3 2 447 1 440 4.52e-141 423 MBL8103469.1 KAF6257731.1 45.8 437 227 5 6 439 5 434 2.69e-116 360 MBL8103469.1 KAI7727618.1 46.2 364 156 3 85 448 93 416 4.94e-99 315 MBL8103469.1 WP_136095406.1 54.5 301 122 6 151 444 103 395 1.74e-92 294 MBL8103469.1 KPK79043.1 48.3 240 122 1 165 404 151 388 2.81e-65 221 XP_020704071.1 XP_020704071.1 100 159 0 0 1 159 1 159 1.32e-124 345 PWU01878.1 PWU01878.1 100 208 0 0 1 208 1 208 5.44e-148 408 KAI9244788.1 KAI9244788.1 100 397 0 0 1 397 1 397 5.36e-238 651 KAI9244788.1 KAF5192947.1 59.0 83 33 1 5 87 14 95 3.84e-23 99.8 WP_140465756.1 WP_140465756.1 100 1320 0 0 1 1320 1 1320 0.0 2502 MUT95740.1 MUT95740.1 100 828 0 0 1 828 1 828 0.0 1522 WP_019100427.1 WP_019100427.1 100 918 0 0 1 918 1 918 0.0 1780 WP_019100427.1 WP_049009918.1 51.0 869 394 5 47 915 64 900 3.87e-296 840 WP_019100427.1 MBE6688122.1 29.7 740 479 16 49 767 20 739 1.14e-93 314 WP_019100427.1 WP_278631399.1 29.2 766 482 18 50 791 21 750 5.28e-78 270 WP_019100427.1 WP_235126772.1 29.9 807 457 24 49 794 15 773 1.37e-74 261 WP_019100427.1 KAA0114277.1 27.3 769 495 17 36 771 38 775 1.10e-70 250 WP_019100427.1 KAJ6994162.1 26.8 771 492 21 37 794 21 732 1.73e-62 227 WP_019100427.1 MBY0273331.1 29.3 735 419 26 50 773 7 651 2.89e-62 224 WP_019100427.1 XP_009147075.2 24.8 762 460 23 117 778 208 956 2.09e-47 182 WP_019100427.1 MBE5737882.1 23.0 732 487 14 50 746 22 711 3.89e-45 174 WP_019100427.1 KAF5671546.1 22.8 873 547 21 31 796 157 1009 1.31e-38 154 WP_019100427.1 WP_074319120.1 31.0 158 84 1 546 703 561 693 2.46e-16 82.0 WP_019100427.1 MBI6149093.1 30.3 175 93 3 547 721 592 737 1.38e-13 73.2 WP_019100427.1 HCT06136.1 33.1 154 76 4 553 705 579 706 1.77e-13 72.8 WP_019100427.1 WP_041591748.1 26.5 151 85 2 540 690 454 578 2.27e-11 65.9 WP_019100427.1 Q9GKS6.1 23.2 267 137 8 440 640 45 309 4.38e-07 52.0 WP_019100427.1 WP_176307440.1 34.9 63 41 0 619 681 653 715 7.41e-04 41.6 WP_165185356.1 WP_165185356.1 100 449 0 0 1 449 1 449 0.0 869 WP_097942517.1 WP_097942517.1 100 145 0 0 1 145 1 145 9.58e-109 303 EDX1137207.1 EDX1137207.1 100 336 0 0 1 336 1 336 1.03e-250 678 EDX1137207.1 WP_071489953.1 67.9 336 107 1 1 336 1 335 3.77e-170 474 WP_071558608.1 WP_071558608.1 100 129 0 0 1 129 1 129 4.25e-84 240 WP_171312884.1 WP_171312884.1 100 205 0 0 1 205 1 205 9.46e-152 417 WP_172272319.1 WP_172272319.1 100 434 0 0 1 434 1 434 0.0 866 WP_206698867.1 WP_206698867.1 100 414 0 0 1 414 1 414 9.52e-291 786 WP_206698867.1 WP_029317544.1 24.8 416 286 9 13 404 17 429 7.82e-37 138 WP_206698867.1 WP_101606078.1 24.0 396 288 8 1 388 7 397 5.02e-25 104 WP_206698867.1 WP_219954954.1 26.0 319 219 7 93 402 115 425 6.56e-22 95.5 XP_015918471.2 XP_015918471.2 100 923 0 0 1 923 1 923 0.0 1821 NOT03931.1 NOT03931.1 100 312 0 0 1 312 1 312 1.49e-231 628 WP_122081718.1 WP_122081718.1 100 208 0 0 1 208 1 208 2.69e-148 409 WP_122081718.1 WP_088527814.1 41.9 191 99 5 4 188 2 186 3.34e-42 139 WP_122081718.1 MCR5007903.1 41.1 190 104 4 4 188 2 188 3.90e-39 131 XP_023664563.1 XP_023664563.1 100 625 0 0 1 625 1 625 0.0 1251 MCI6056265.1 MCI6056265.1 100 426 0 0 1 426 1 426 1.56e-302 817 XP_043867713.1 XP_043867713.1 100 276 0 0 1 276 1 276 1.06e-206 562 MCI6733811.1 MCI6733811.1 100 466 0 0 1 466 1 466 0.0 877 MCI6733811.1 ECG5012903.1 39.9 233 108 8 16 243 1 206 3.00e-31 117 MCI6733811.1 WP_139387589.1 73.3 75 20 0 388 462 2 76 2.87e-27 102 WP_200441331.1 WP_200441331.1 100 496 0 0 1 496 1 496 9.38e-268 735 OQD63521.1 OQD63521.1 100 290 0 0 1 290 1 290 2.66e-182 501 XP_041032211.1 XP_041032211.1 100 346 0 0 1 346 1 346 2.41e-245 665 XP_041032211.1 NWI70572.1 23.7 295 210 7 29 319 28 311 1.15e-14 72.4 WP_250323911.1 WP_250323911.1 100 98 0 0 1 98 1 98 9.45e-71 204 WP_250323911.1 WP_118944732.1 33.0 103 63 1 2 98 399 501 2.70e-14 65.1 XP_045908845.1 XP_045908845.1 100 220 0 0 1 220 1 220 4.12e-158 434 WP_024330540.1 WP_024330540.1 100 496 0 0 1 496 1 496 0.0 1012 WP_024330540.1 NNE87648.1 37.0 479 277 9 1 471 1 462 9.74e-89 278 WP_024330540.1 WP_145616262.1 34.9 478 284 10 1 468 1 461 1.57e-80 256 WP_024330540.1 DAZ71054.1 36.4 330 195 8 3 318 34 362 1.32e-61 204 WP_024330540.1 MYE57211.1 38.5 218 115 3 4 221 5 203 1.55e-43 151 WP_024330540.1 NIP79453.1 44.3 88 47 2 139 226 1 86 2.17e-17 75.5 NGS95655.1 NGS95655.1 100 179 0 0 1 179 1 179 1.42e-122 341 NGS95655.1 MCK4403577.1 51.4 175 84 1 1 175 1 174 9.92e-60 182 OLB04871.1 OLB04871.1 100 144 0 0 1 144 1 144 2.45e-97 275 MCB1103648.1 MCB1103648.1 100 329 0 0 1 329 1 329 4.51e-246 666 MCB1103648.1 WP_265272113.1 28.3 329 206 13 1 315 1 313 2.59e-23 97.1 WP_008056683.1 WP_008056683.1 100 827 0 0 1 827 1 827 0.0 1632 WP_008056683.1 WP_072380563.1 32.2 211 130 7 246 446 8 215 7.48e-20 88.2 WP_008056683.1 WP_071876418.1 25.1 371 230 13 95 429 129 487 1.35e-19 91.7 WP_008056683.1 THW78755.1 29.9 211 140 5 236 445 1214 1417 1.95e-17 85.9 WP_008056683.1 WP_036816548.1 30.9 223 137 8 250 458 17 236 1.98e-17 81.3 WP_008056683.1 WP_107894076.1 26.6 222 145 7 242 446 12 232 2.77e-15 76.3 WP_008056683.1 WP_142931103.1 29.2 195 124 4 254 440 275 463 1.66e-13 72.0 WP_008056683.1 GLY24463.1 28.7 216 122 7 255 446 24 231 9.39e-13 68.6 WP_008056683.1 WP_060613079.1 28.5 200 131 7 255 446 359 554 3.41e-12 68.2 WP_008056683.1 WP_139764340.1 34.8 92 57 2 244 333 11 101 8.92e-08 50.1 WP_008056683.1 WP_112088864.1 33.8 139 70 6 268 402 370 490 1.37e-06 50.1 WP_008056683.1 WP_173040157.1 32.2 152 87 9 254 402 306 444 7.51e-06 47.8 UCF69744.1 UCF69744.1 100 133 0 0 1 133 1 133 2.53e-96 271 WP_061554953.1 WP_061554953.1 100 450 0 0 1 450 1 450 0.0 868 WP_061554953.1 WP_105738432.1 27.8 453 282 11 7 440 7 433 8.89e-38 141 KAF1884135.1 KAF1884135.1 100 420 0 0 1 420 1 420 2.84e-311 838 WP_271489102.1 WP_271489102.1 100 67 0 0 1 67 1 67 9.86e-41 125 EIC7331684.1 EIC7331684.1 100 491 0 0 1 491 1 491 0.0 969 EIC7331684.1 WP_209241541.1 36.5 457 270 6 23 471 17 461 1.48e-84 267 EIC7331684.1 WP_093868643.1 30.7 479 279 9 16 481 3 441 4.47e-71 231 YP_009703532.1 YP_009703532.1 100 634 0 0 1 634 1 634 0.0 925 OYR82937.1 OYR82937.1 100 62 0 0 1 62 1 62 6.50e-37 115 MCB1431703.1 MCB1431703.1 100 270 0 0 1 270 1 270 1.56e-196 536 PHJ25428.1 PHJ25428.1 100 1042 0 0 1 1042 1 1042 0.0 2095 MCL2354882.1 MCL2354882.1 100 399 0 0 1 399 1 399 1.29e-285 772 WP_009197348.1 WP_009197348.1 100 267 0 0 1 267 1 267 7.13e-196 534 WP_009197348.1 MBT2971737.1 37.2 250 146 4 15 257 3 248 5.54e-45 150 WP_009197348.1 MBI2621122.1 30.5 272 164 5 15 264 2 270 1.93e-32 118 KAH8830836.1 KAH8830836.1 100 417 0 0 1 417 1 417 1.77e-308 831 UWQ95440.1 UWQ95440.1 100 293 0 0 1 293 1 293 3.86e-213 580 WP_059534878.1 WP_059534878.1 100 723 0 0 1 723 1 723 0.0 1504 WP_059534878.1 HBO82804.1 63.9 83 30 0 1 83 1 83 2.68e-26 101 MCB9490987.1 MCB9490987.1 100 669 0 0 1 669 1 669 0.0 1295 MCB9490987.1 EET4312562.1 34.2 418 269 4 3 417 4 418 6.76e-64 220 ECG5348412.1 ECG5348412.1 100 181 0 0 1 181 1 181 6.28e-127 352 MBP8039875.1 MBP8039875.1 100 116 0 0 1 116 1 116 2.12e-89 252 NOY27702.1 NOY27702.1 100 356 0 0 1 356 1 356 1.15e-248 675 NOY27702.1 MBF1128433.1 35.9 209 122 4 17 221 9 209 1.45e-27 112 OGM15869.1 OGM15869.1 100 197 0 0 1 197 1 197 3.27e-130 362 AAA50346.1 AAA50346.1 100 57 0 0 1 57 1 57 1.06e-33 107 QUQ06080.1 QUQ06080.1 100 219 0 0 1 219 1 219 7.38e-156 429 QUQ06080.1 ADJ35581.1 83.1 219 37 0 1 219 2 220 1.60e-132 370 QUQ06080.1 AVM35379.1 83.2 214 36 0 6 219 1 214 4.14e-129 361 QUQ06080.1 ABQ63546.1 80.7 218 42 0 2 219 1 218 5.56e-128 358 QUQ06080.1 AFA24308.1 81.6 212 39 0 8 219 1 212 5.24e-127 355 QUQ06080.1 ADW49125.1 81.5 211 39 0 9 219 1 211 7.18e-127 355 QUQ06080.1 QUA05739.1 79.2 212 44 0 1 212 1 212 3.53e-125 351 QUQ06080.1 AFA09475.1 82.9 205 35 0 15 219 1 205 2.26e-124 348 QUQ06080.1 AWS34156.1 76.3 219 52 0 1 219 1 219 4.31e-123 346 QUQ06080.1 AHK62764.1 75.8 215 52 0 5 219 1 215 1.04e-119 337 QUQ06080.1 AKT58828.1 78.5 195 42 0 1 195 1 195 2.85e-111 315 QUQ06080.1 AMA90994.1 79.2 197 41 0 1 197 1 197 8.74e-111 314 QUQ06080.1 AAX94106.1 84.1 189 30 0 31 219 1 189 5.38e-110 320 QUQ06080.1 AXZ65741.1 79.3 188 39 0 1 188 1 188 7.88e-105 298 QUQ06080.1 AOR13807.1 71.2 198 57 0 10 207 1 198 4.31e-102 292 QUQ06080.1 UZF38514.1 68.0 206 66 0 14 219 1 206 8.05e-102 291 QUQ06080.1 AGI15931.1 69.9 206 62 0 8 213 1 206 6.26e-99 284 QUQ06080.1 AOQ89457.1 73.3 187 50 0 5 191 1 187 9.35e-99 283 QUQ06080.1 AKA56406.1 64.2 201 65 2 2 200 2 197 1.76e-89 260 QUQ06080.1 AHH30646.1 74.9 167 40 2 32 198 6 170 1.19e-81 239 QUQ06080.1 ACE88666.1 82.1 140 25 0 80 219 1 140 9.36e-78 228 QUQ06080.1 APC24336.1 67.9 112 36 0 108 219 1 112 1.22e-46 156 WP_271116088.1 WP_271116088.1 100 395 0 0 1 395 1 395 2.22e-284 768 WP_271116088.1 WP_066841281.1 52.8 413 166 5 1 395 1 402 4.16e-138 398 WP_271116088.1 BAY23582.1 47.6 429 173 7 1 395 34 444 8.24e-123 361 WP_271116088.1 MCU0947041.1 47.2 413 183 8 6 395 6 406 2.70e-114 338 WP_212799263.1 WP_212799263.1 100 225 0 0 1 225 1 225 5.22e-168 460 WP_212799263.1 NCO19736.1 29.1 182 102 8 33 207 4 165 7.33e-06 43.9 AKF94945.1 AKF94945.1 100 195 0 0 1 195 1 195 1.12e-145 401 MCS7249985.1 MCS7249985.1 100 60 0 0 1 60 1 60 1.74e-40 124 WP_154377822.1 WP_154377822.1 100 914 0 0 1 914 1 914 0.0 1830 KAA0177341.1 KAA0177341.1 100 1278 0 0 1 1278 1 1278 0.0 1889 MCQ4833490.1 MCQ4833490.1 100 49 0 0 1 49 1 49 4.19e-32 102 MBF0221393.1 MBF0221393.1 100 373 0 0 1 373 1 373 4.81e-286 771 CUQ74728.1 CUQ74728.1 100 216 0 0 1 216 1 216 2.76e-145 402 WP_066046987.1 WP_066046987.1 100 462 0 0 1 462 1 462 0.0 962 WP_066046987.1 WP_049327990.1 48.8 467 214 8 1 456 1 453 3.29e-156 449 TYJ28824.1 TYJ28824.1 100 89 0 0 1 89 1 89 6.23e-65 188 MCP4196081.1 MCP4196081.1 100 79 0 0 1 79 1 79 1.65e-51 154 MBD5426059.1 MBD5426059.1 100 162 0 0 1 162 1 162 2.01e-116 324 WP_094880233.1 WP_094880233.1 100 412 0 0 1 412 1 412 2.10e-318 856 WP_094880233.1 WP_278088590.1 28.6 398 246 10 17 406 18 385 6.38e-38 139 KAJ1466945.1 KAJ1466945.1 100 311 0 0 1 311 1 311 2.19e-228 620 RHP78675.1 RHP78675.1 100 450 0 0 1 450 1 450 2.18e-319 862 WP_084523054.1 WP_084523054.1 100 94 0 0 1 94 1 94 5.39e-66 191 XP_051312901.1 XP_051312901.1 100 233 0 0 1 233 1 233 1.89e-174 477 MCC0650618.1 MCC0650618.1 100 308 0 0 1 308 1 308 1.27e-205 562 WP_070931219.1 WP_070931219.1 100 80 0 0 1 80 1 80 3.89e-46 140 MBE6457252.1 MBE6457252.1 100 147 0 0 1 147 1 147 2.08e-104 293 EDD2777448.1 EDD2777448.1 100 215 0 0 1 215 1 215 1.19e-159 438 WP_228705204.1 WP_228705204.1 100 97 0 0 1 97 1 97 9.90e-68 196 TVQ27286.1 TVQ27286.1 100 324 0 0 1 324 1 324 1.01e-235 639 CAF1538990.1 CAF1538990.1 100 95 0 0 1 95 1 95 2.87e-66 192 MBJ9940918.1 MBJ9940918.1 100 220 0 0 1 220 1 220 1.45e-167 458 MBL1405656.1 MBL1405656.1 100 101 0 0 1 101 1 101 1.61e-68 198 WP_002896703.1 WP_002896703.1 100 44 0 0 1 44 1 44 1.15e-27 91.3 RKH80454.1 RKH80454.1 100 281 0 0 1 281 1 281 6.12e-204 555 RWC01310.1 RWC01310.1 100 410 0 0 1 410 1 410 3.05e-310 835 CCZ55979.1 CCZ55979.1 100 121 0 0 1 121 1 121 1.93e-83 238 CCZ55979.1 MBR3785149.1 44.2 113 61 1 2 112 1 113 5.31e-27 95.5 KZC14685.1 KZC14685.1 100 453 0 0 1 453 1 453 5.20e-301 815 WP_096201219.1 WP_096201219.1 100 850 0 0 1 850 1 850 0.0 1691 WP_206023254.1 WP_206023254.1 100 340 0 0 1 340 1 340 1.72e-251 681 KAJ3986273.1 KAJ3986273.1 100 658 0 0 1 658 1 658 0.0 1279 KAJ3986273.1 NP_001257623.1 35.2 165 103 2 454 618 247 407 8.74e-22 98.6 WP_230766143.1 WP_230766143.1 100 314 0 0 1 314 1 314 9.90e-222 603 WP_282423266.1 WP_282423266.1 100 666 0 0 1 666 1 666 0.0 1298 WP_282423266.1 WP_267184195.1 23.0 640 405 26 59 661 52 640 4.13e-14 73.9 WP_282423266.1 WP_222018129.1 29.3 140 97 1 38 177 33 170 7.83e-12 66.6 WP_282423266.1 OGU48181.1 30.7 101 66 1 63 163 82 178 1.17e-09 59.7 MBN4303450.1 MBN4303450.1 100 18 0 0 1 18 1 18 1.92e-10 46.2 WP_193956008.1 WP_193956008.1 100 537 0 0 1 537 1 537 0.0 1087 WP_193956008.1 WP_230284916.1 30.2 434 215 20 100 522 87 443 1.50e-29 119 WP_193956008.1 RMF68396.1 25.4 409 225 16 149 528 131 488 5.52e-19 88.2 HCB14820.1 HCB14820.1 100 441 0 0 1 441 1 441 8.89e-296 801 HCB14820.1 HCH0658035.1 30.1 306 198 7 104 399 94 393 8.68e-25 104 HCB14820.1 KAG8015916.1 36.7 79 49 1 312 390 34 111 6.47e-04 38.9 XP_040382927.1 XP_040382927.1 100 360 0 0 1 360 1 360 7.61e-256 693 NIR36035.1 NIR36035.1 100 117 0 0 1 117 1 117 1.61e-80 230 MBP8741618.1 MBP8741618.1 100 703 0 0 1 703 1 703 0.0 1379 MBP8741618.1 WP_119815679.1 37.2 733 384 18 3 699 31 723 1.26e-114 365 MBP8741618.1 WP_025983621.1 77.0 191 44 0 3 193 5 195 1.53e-90 279 MBP8741618.1 MBS1587439.1 27.9 617 371 18 12 616 4 558 1.16e-46 176 WP_094107226.1 WP_094107226.1 100 235 0 0 1 235 1 235 2.91e-179 489 BDP97621.1 BDP97621.1 100 61 0 0 1 61 1 61 3.11e-39 121 WP_142260807.1 WP_142260807.1 100 251 0 0 1 251 1 251 3.17e-150 417 WP_142260807.1 WP_065073385.1 39.8 201 118 2 50 249 41 239 4.98e-45 151 WP_142260807.1 WP_036824351.1 31.9 185 123 2 56 237 57 241 3.19e-20 85.1 MBN1157556.1 MBN1157556.1 100 90 0 0 1 90 1 90 1.79e-60 177 NCR29367.1 NCR29367.1 100 49 0 0 1 49 1 49 2.85e-30 98.2 MCE2505556.1 MCE2505556.1 100 433 0 0 1 433 1 433 5.68e-304 821 MCE2505556.1 MBI9043002.1 35.2 335 169 5 96 417 25 324 3.13e-55 184 WP_039102441.1 WP_039102441.1 100 624 0 0 1 624 1 624 0.0 1272 WP_039102441.1 HBM7970352.1 32.3 496 287 12 14 502 5 458 7.26e-68 229 WP_118445081.1 WP_118445081.1 100 300 0 0 1 300 1 300 2.63e-219 596 WP_124983255.1 WP_124983255.1 100 198 0 0 1 198 1 198 1.57e-142 393 MBQ2432233.1 MBQ2432233.1 100 166 0 0 1 166 1 166 1.46e-120 335 WP_164585387.1 WP_164585387.1 100 356 0 0 1 356 1 356 4.98e-259 701 WP_164585387.1 WP_006027485.1 53.9 343 157 1 1 343 1 342 1.51e-129 373 WP_164585387.1 MBN1566249.1 30.4 329 200 12 1 315 1 314 9.18e-27 107 WP_164585387.1 WP_167320363.1 28.3 297 168 12 1 289 1 260 1.21e-12 66.2 WP_205009067.1 WP_205009067.1 100 216 0 0 1 216 1 216 1.73e-148 410 WP_205009067.1 WP_196938834.1 39.7 141 85 0 17 157 22 162 2.56e-24 94.0 WP_205009067.1 MCF6346354.1 42.1 133 75 1 12 142 12 144 3.21e-24 93.6 WP_111627730.1 WP_111627730.1 100 265 0 0 1 265 1 265 3.21e-182 499 WP_111627730.1 MCM2341063.1 45.6 147 77 2 110 256 146 289 3.06e-35 126 MBS0463004.1 MBS0463004.1 100 202 0 0 1 202 1 202 1.77e-150 414 WP_097698856.1 WP_097698856.1 100 1264 0 0 1 1264 1 1264 0.0 2504 WP_254638680.1 WP_254638680.1 100 67 0 0 1 67 1 67 1.58e-37 117 XP_028327800.1 XP_028327800.1 100 1238 0 0 1 1238 1 1238 0.0 2149 GES47013.1 GES47013.1 100 55 0 0 1 55 1 55 2.74e-35 111 MBI5098096.1 MBI5098096.1 100 459 0 0 1 459 1 459 0.0 885 MBI5098096.1 MBU0883769.1 36.7 458 263 13 3 451 5 444 4.29e-67 220 MBI5098096.1 WP_256342227.1 29.6 362 225 12 25 361 24 380 3.68e-24 103 MBI5098096.1 WP_004699236.1 24.7 291 189 11 54 336 58 326 1.13e-10 61.6 MBI5098096.1 MCQ2831428.1 24.9 273 164 10 91 336 58 316 3.00e-07 50.8 RNF14763.1 RNF14763.1 100 684 0 0 1 684 1 684 0.0 1412 KAF3493633.1 KAF3493633.1 100 356 0 0 1 356 1 356 2.96e-251 681 WP_174567215.1 WP_174567215.1 100 335 0 0 1 335 1 335 1.28e-239 650 KAI5402274.1 KAI5402274.1 100 543 0 0 1 543 1 543 0.0 1029 WP_189129312.1 WP_189129312.1 100 431 0 0 1 431 1 431 3.34e-311 839 MBK6342078.1 MBK6342078.1 100 446 0 0 1 446 1 446 0.0 881 WP_267292626.1 WP_267292626.1 100 514 0 0 1 514 1 514 0.0 942 WP_267292626.1 OFZ89526.1 47.3 421 192 8 118 512 4 420 1.42e-113 341 WP_267292626.1 WP_033456074.1 59.1 298 117 3 217 514 4 296 1.70e-106 318 WP_267292626.1 WP_098923619.1 49.5 416 188 6 118 512 3 417 2.91e-106 322 WP_267292626.1 MBT3887354.1 56.1 296 121 2 227 514 27 321 1.00e-100 304 WP_267292626.1 WP_262612393.1 41.4 423 218 6 118 512 3 423 6.48e-87 272 WP_267292626.1 NDI25889.1 42.0 283 157 2 231 506 1 283 5.11e-59 195 WP_267292626.1 KAJ4394429.1 27.6 456 267 11 116 512 61 512 8.89e-29 117 WP_267292626.1 WP_039190453.1 40.0 95 52 3 1 90 1 95 1.02e-09 58.9 WP_267292626.1 MBB3050407.1 35.5 76 47 1 117 190 6 81 2.43e-08 49.7 DAW46080.1 DAW46080.1 100 85 0 0 1 85 1 85 1.20e-58 172 WP_138941726.1 WP_138941726.1 100 577 0 0 1 577 1 577 0.0 1088 WP_138941726.1 WP_265896212.1 41.2 553 298 8 26 575 148 676 3.72e-120 369 WP_138941726.1 TLZ05171.1 27.4 303 191 8 288 575 314 602 4.33e-23 102 WP_113767226.1 WP_113767226.1 100 441 0 0 1 441 1 441 0.0 874 WP_113767226.1 MBW4662439.1 34.2 366 206 6 92 429 26 384 2.80e-58 194 WP_113767226.1 WP_210167953.1 32.4 349 214 9 92 429 11 348 7.52e-43 153 KAF4728781.1 KAF4728781.1 100 443 0 0 1 443 1 443 0.0 880 WP_060551745.1 WP_060551745.1 100 225 0 0 1 225 1 225 1.38e-163 449 WP_267918242.1 WP_267918242.1 100 585 0 0 1 585 1 585 0.0 1131 WP_267918242.1 WP_087199737.1 21.7 529 285 19 96 548 97 572 1.42e-11 65.5 SCL72461.1 SCL72461.1 100 283 0 0 1 283 1 283 1.66e-177 489 WP_226276978.1 WP_226276978.1 100 508 0 0 1 508 1 508 0.0 964 WP_226276978.1 WP_255602293.1 37.0 500 289 4 21 495 30 528 1.09e-104 322 WP_226276978.1 RQL72805.1 33.2 488 320 5 21 504 22 507 9.25e-79 253 WP_226276978.1 WP_197332010.1 30.8 493 328 4 23 504 21 511 1.27e-69 229 WP_226276978.1 WP_185921121.1 26.7 430 299 9 21 441 17 439 2.57e-36 139 WP_226276978.1 KAG8816705.1 37.4 171 106 1 21 191 63 232 1.53e-28 111 WP_226276978.1 BBC91732.1 26.4 417 267 10 22 414 3 403 1.96e-28 116 WP_247893884.1 WP_247893884.1 100 452 0 0 1 452 1 452 4.93e-310 838 WP_247893884.1 WP_263847269.1 37.3 434 258 6 24 451 4 429 7.31e-75 239 MBE3671043.1 MBE3671043.1 100 727 0 0 1 727 1 727 0.0 1371 MBE3671043.1 WP_131096443.1 48.3 718 361 6 14 726 9 721 2.15e-222 638 MBE3671043.1 WP_049066482.1 34.3 718 442 10 17 712 8 717 7.17e-132 405 XP_041854783.1 XP_041854783.1 100 311 0 0 1 311 1 311 7.10e-234 634 RHX96716.1 RHX96716.1 100 723 0 0 1 723 1 723 0.0 1422 WP_127737066.1 WP_127737066.1 100 206 0 0 1 206 1 206 3.42e-150 413 MBN2689333.1 MBN2689333.1 100 126 0 0 1 126 1 126 1.89e-90 256 MBN2689333.1 MCU0925088.1 46.2 106 48 1 20 116 43 148 8.03e-27 96.7 WP_162119468.1 WP_162119468.1 100 394 0 0 1 394 1 394 1.11e-288 779 WP_162119468.1 WP_195290884.1 34.7 421 241 6 3 389 4 424 1.19e-68 221 WP_162119468.1 WP_074053577.1 33.9 386 246 2 4 388 2 379 4.38e-68 218 WP_150171631.1 WP_150171631.1 100 174 0 0 1 174 1 174 1.10e-128 356 WP_002615101.1 WP_002615101.1 100 714 0 0 1 714 1 714 0.0 1330 WP_002615101.1 MBJ7506254.1 33.2 539 317 8 158 694 160 657 6.66e-76 256 WP_002615101.1 WP_023840997.1 33.7 555 315 6 174 692 169 706 4.78e-73 250 WP_278982769.1 WP_278982769.1 100 436 0 0 1 436 1 436 1.61e-316 853 WP_278982769.1 NOY97419.1 26.8 459 301 9 2 434 1 450 1.75e-42 158 WP_278982769.1 WP_015167170.1 30.5 302 185 8 150 434 118 411 6.64e-27 111 KAH9272690.1 KAH9272690.1 100 128 0 0 1 128 1 128 7.09e-87 247 KAH9272690.1 MBI3145102.1 46.1 115 60 1 12 126 2 114 7.63e-27 101 KAH9272690.1 AAL18389.1 54.1 37 17 0 89 125 1 37 4.49e-06 42.7 WP_096722254.1 WP_096722254.1 100 304 0 0 1 304 1 304 4.07e-225 611 WP_096722254.1 WP_044453403.1 63.4 295 104 1 1 291 1 295 5.72e-135 383 WP_096722254.1 NED83450.1 28.5 298 195 7 1 289 3 291 4.56e-23 95.1 WP_096722254.1 WP_046600280.1 29.5 146 96 2 2 140 3 148 4.37e-14 69.7 WP_096722254.1 WP_200986363.1 19.7 305 241 3 1 303 1 303 2.86e-10 58.5 WP_096722254.1 WP_066708699.1 32.9 82 55 0 1 82 1 82 1.61e-08 53.1 WP_096722254.1 WP_241524600.1 33.3 93 59 1 1 93 1 90 1.91e-07 50.1 WP_208947654.1 WP_208947654.1 100 149 0 0 1 149 1 149 1.98e-94 268 WP_208947654.1 WP_261695383.1 34.6 130 82 2 1 130 1 127 1.74e-10 53.9 WP_208947654.1 WP_007377599.1 28.3 120 84 2 17 135 16 134 1.01e-06 43.9 KAF2590612.1 KAF2590612.1 100 385 0 0 1 385 1 385 4.04e-161 456 WP_014785013.1 WP_014785013.1 100 504 0 0 1 504 1 504 0.0 946 EBF5808819.1 EBF5808819.1 100 85 0 0 1 85 1 85 2.54e-51 154 WP_213827928.1 WP_213827928.1 100 305 0 0 1 305 1 305 4.22e-223 606 WP_213827928.1 WP_280541983.1 51.1 282 138 0 18 299 41 322 7.24e-94 279 WP_254400636.1 WP_254400636.1 100 168 0 0 1 168 1 168 1.35e-126 350 MBR3156871.1 MBR3156871.1 100 644 0 0 1 644 1 644 0.0 1209 XP_021741676.1 XP_021741676.1 100 507 0 0 1 507 1 507 0.0 964 XP_021741676.1 KAJ0963891.1 38.2 304 104 11 2 261 16 279 2.55e-45 167 WP_001329193.1 WP_001329193.1 100 95 0 0 1 95 1 95 1.79e-69 200 MBO6057326.1 MBO6057326.1 100 197 0 0 1 197 1 197 6.44e-146 402 MBW1848151.1 MBW1848151.1 100 205 0 0 1 205 1 205 3.43e-154 423 KAG5815829.1 KAG5815829.1 100 780 0 0 1 780 1 780 0.0 1379 KAG5815829.1 XP_042622198.1 33.5 355 203 8 432 774 183 516 6.69e-52 189 KAG5815829.1 NXJ84327.1 32.9 368 205 11 431 772 179 530 6.68e-42 163 KAG5815829.1 XP_039923984.1 31.7 360 212 11 435 772 178 525 1.37e-38 153 KAG5815829.1 KAI9912466.1 29.6 216 118 6 557 771 136 318 8.89e-18 84.3 KAG5815829.1 XP_011889539.1 25.4 181 110 6 510 669 56 232 4.72e-10 61.6 KAG5815829.1 WP_281919021.1 36.6 131 73 5 565 691 124 248 5.15e-10 60.8 WP_135279859.1 WP_135279859.1 100 844 0 0 1 844 1 844 0.0 1572 WP_135279859.1 OMF24356.1 32.1 579 339 18 202 748 60 616 2.74e-64 225 WP_135279859.1 KAG0922869.1 46.4 84 44 1 212 294 18 101 4.56e-14 68.2 MCJ1311962.1 MCJ1311962.1 100 968 0 0 1 968 1 968 0.0 1906 WP_092424818.1 WP_092424818.1 100 324 0 0 1 324 1 324 9.53e-225 612 XP_047289230.1 XP_047289230.1 100 1629 0 0 1 1629 1 1629 0.0 3063 MCB1505913.1 MCB1505913.1 100 170 0 0 1 170 1 170 1.63e-119 333 MCB1505913.1 MQA03337.1 63.1 160 59 0 5 164 5 164 2.21e-66 198 WP_257691625.1 WP_257691625.1 100 547 0 0 1 547 1 547 0.0 1133 WP_257691625.1 XP_008080365.1 45.3 559 283 8 1 544 76 626 3.89e-156 458 KGI55490.1 KGI55490.1 100 167 0 0 1 167 1 167 4.83e-106 298 WP_138438236.1 WP_138438236.1 100 67 0 0 1 67 1 67 2.14e-44 135 KPK79043.1 KPK79043.1 100 722 0 0 1 722 1 722 0.0 1394 KPK79043.1 MBL8103469.1 48.3 240 122 1 151 388 165 404 8.64e-67 226 KPK79043.1 WP_136095406.1 29.1 612 363 14 152 697 120 726 5.74e-66 231 KPK79043.1 WP_029789810.1 49.2 240 120 2 152 389 161 400 2.80e-62 222 KPK79043.1 MBP6786080.1 48.3 236 120 1 152 385 162 397 9.47e-61 218 KPK79043.1 KAF6257731.1 47.2 248 127 2 152 397 163 408 2.63e-56 205 KPK79043.1 KAI7727618.1 40.9 257 118 3 133 385 143 369 1.28e-46 176 OIT02720.1 OIT02720.1 100 362 0 0 1 362 1 362 3.38e-260 704 WP_224365716.1 WP_224365716.1 100 46 0 0 1 46 1 46 3.90e-29 95.1 MBK6724754.1 MBK6724754.1 100 328 0 0 1 328 1 328 7.75e-242 655 NXB44255.1 NXB44255.1 100 1649 0 0 1 1649 1 1649 0.0 3179 WP_226232337.1 WP_226232337.1 100 392 0 0 1 392 1 392 4.68e-289 780 EEE4210954.1 EEE4210954.1 100 102 0 0 1 102 1 102 3.92e-74 213 EEE4210954.1 WP_001495833.1 64.3 56 20 0 4 59 5 60 1.07e-20 76.6 RLE02911.1 RLE02911.1 100 439 0 0 1 439 1 439 0.0 874 WP_171334399.1 WP_171334399.1 100 102 0 0 1 102 1 102 2.36e-75 216 WP_064779756.1 WP_064779756.1 100 347 0 0 1 347 1 347 1.94e-256 694 WP_064779756.1 WP_124978582.1 37.6 221 131 4 122 335 3 223 1.38e-36 138 WP_064779756.1 MCH5207665.1 40.5 79 43 2 122 200 4 78 1.13e-10 59.3 WP_033603452.1 WP_033603452.1 100 1185 0 0 1 1185 1 1185 0.0 2308 WP_033603452.1 WP_100461895.1 24.7 507 327 15 512 983 12 498 1.10e-21 98.6 EEC9022132.1 EEC9022132.1 100 502 0 0 1 502 1 502 0.0 1018 EEC9022132.1 NRF69152.1 28.6 416 249 13 79 480 125 506 1.13e-39 149 EEC9022132.1 WP_058504615.1 28.1 370 229 10 72 438 175 510 1.89e-34 134 EEC9022132.1 WP_283107263.1 26.8 380 243 13 75 449 167 516 3.15e-30 122 EEC9022132.1 MBT7163208.1 30.7 352 202 15 98 441 203 520 8.94e-29 118 EEC9022132.1 WP_017718577.1 28.0 382 231 14 25 389 160 514 4.03e-28 116 EEC9022132.1 WP_203339841.1 30.6 219 131 5 194 406 106 309 1.35e-23 100 EEC9022132.1 WP_121975536.1 28.3 265 141 9 100 353 14 240 1.12e-15 76.6 XP_047408935.1 XP_047408935.1 100 786 0 0 1 786 1 786 0.0 1544 WP_179136748.1 WP_179136748.1 100 106 0 0 1 106 1 106 3.16e-75 216 WP_195269918.1 WP_195269918.1 100 415 0 0 1 415 1 415 5.83e-281 761 WP_195269918.1 MYS55468.1 26.6 184 130 2 203 385 234 413 1.58e-08 54.7 KAG0881289.1 KAG0881289.1 100 202 0 0 1 202 1 202 7.46e-143 394 MBN1756127.1 MBN1756127.1 100 78 0 0 1 78 1 78 2.19e-51 153 WP_150731550.1 WP_150731550.1 100 351 0 0 1 351 1 351 1.62e-266 719 WP_150731550.1 WP_034968029.1 34.5 319 203 5 22 337 44 359 3.54e-64 206 KAF6802222.1 KAF6802222.1 100 494 0 0 1 494 1 494 0.0 1006 KAF6802222.1 MBE9640947.1 25.9 452 286 11 40 468 48 473 1.09e-24 105 WP_255517101.1 WP_255517101.1 100 137 0 0 1 137 1 137 4.85e-96 271 MCK5244187.1 MCK5244187.1 100 284 0 0 1 284 1 284 7.26e-218 591 WP_197710405.1 WP_197710405.1 100 258 0 0 1 258 1 258 5.14e-180 493 WP_100540054.1 WP_100540054.1 100 83 0 0 1 83 1 83 4.09e-56 166 WP_100540054.1 MCG8687614.1 31.3 64 44 0 7 70 9 72 1.93e-04 35.8 TXT57728.1 TXT57728.1 100 252 0 0 1 252 1 252 7.63e-179 489 MBT5378964.1 MBT5378964.1 100 278 0 0 1 278 1 278 7.79e-169 466 MBU1113346.1 MBU1113346.1 100 171 0 0 1 171 1 171 1.50e-120 335 WP_194499183.1 WP_194499183.1 100 203 0 0 1 203 1 203 2.31e-142 393 WP_093868643.1 WP_093868643.1 100 448 0 0 1 448 1 448 0.0 873 WP_093868643.1 EIC7331684.1 32.9 413 247 6 3 391 16 422 5.33e-72 233 WP_093868643.1 WP_209241541.1 33.7 454 257 10 10 431 17 458 1.78e-66 218 WP_093868643.1 HBU57020.1 56.3 71 31 0 319 389 1 71 1.10e-20 86.3 WP_093868643.1 WP_172281536.1 23.7 367 204 12 25 348 39 372 3.04e-13 69.7 KAI0308946.1 KAI0308946.1 100 90 0 0 1 90 1 90 2.17e-61 179 WP_073388870.1 WP_073388870.1 100 157 0 0 1 157 1 157 9.32e-115 320 WP_027388460.1 WP_027388460.1 100 355 0 0 1 355 1 355 3.79e-258 699 NCW99628.1 NCW99628.1 100 179 0 0 1 179 1 179 1.18e-130 362 NCW99628.1 CAB0780497.1 44.2 154 85 1 1 153 192 345 1.23e-44 149 NCW99628.1 XP_020103231.1 36.4 162 89 2 6 153 276 437 6.15e-29 109 WP_210726445.1 WP_210726445.1 100 294 0 0 1 294 1 294 4.61e-74 227 WP_015699100.1 WP_015699100.1 100 344 0 0 1 344 1 344 3.62e-255 690 WP_015699100.1 WP_125625723.1 25.1 327 216 8 8 325 12 318 3.53e-19 85.5 WP_015699100.1 OKX80212.1 21.9 256 180 6 86 324 27 279 9.72e-08 51.2 MBY9080345.1 MBY9080345.1 100 237 0 0 1 237 1 237 6.36e-184 501 WP_093295436.1 WP_093295436.1 100 247 0 0 1 247 1 247 1.50e-187 511 XP_008215352.1 XP_008215352.1 100 593 0 0 1 593 1 593 0.0 1197 XP_008215352.1 XP_029528577.1 35.4 288 174 5 188 473 30 307 2.15e-44 160 XP_008215352.1 KAG1590416.1 34.0 285 177 6 188 472 80 353 3.72e-38 143 XP_008215352.1 XP_048409145.1 40.9 88 49 2 297 384 761 845 3.72e-10 61.2 MBO8197404.1 MBO8197404.1 100 263 0 0 1 263 1 263 4.50e-102 296 UCC96225.1 UCC96225.1 100 57 0 0 1 57 1 57 3.94e-38 118 MBV8508112.1 MBV8508112.1 100 395 0 0 1 395 1 395 1.03e-257 701 MBV8508112.1 WP_260320705.1 38.3 394 226 7 11 388 4 396 2.42e-78 245 THH04310.1 THH04310.1 100 505 0 0 1 505 1 505 0.0 978 MBL7795363.1 MBL7795363.1 100 179 0 0 1 179 1 179 2.78e-129 358 EDT7412775.1 EDT7412775.1 100 126 0 0 1 126 1 126 3.27e-91 258 MBU6492563.1 MBU6492563.1 100 195 0 0 1 195 1 195 6.72e-147 404 MBR3700964.1 MBR3700964.1 100 481 0 0 1 481 1 481 0.0 966 WP_064613675.1 WP_064613675.1 100 213 0 0 1 213 1 213 7.12e-151 416 XP_031540112.1 XP_031540112.1 100 1692 0 0 1 1692 1 1692 0.0 3107 NOT95054.1 NOT95054.1 100 133 0 0 1 133 1 133 1.58e-90 256 NOT95054.1 MBP8960789.1 33.3 90 58 1 1 88 8 97 4.18e-08 48.1 WP_164724930.1 WP_164724930.1 100 195 0 0 1 195 1 195 3.07e-143 395 WP_263833039.1 WP_263833039.1 100 400 0 0 1 400 1 400 9.61e-277 749 MCO6480516.1 MCO6480516.1 100 224 0 0 1 224 1 224 4.46e-164 450 MCO6480516.1 WP_242531680.1 36.8 182 107 3 43 222 2 177 2.58e-28 103 MBD5558909.1 MBD5558909.1 100 192 0 0 1 192 1 192 5.31e-138 381 NLW39422.1 NLW39422.1 100 335 0 0 1 335 1 335 1.56e-240 652 NLW39422.1 NVM03966.1 38.8 335 182 9 1 330 1 317 1.73e-59 192 NLW39422.1 WP_152652784.1 34.1 302 182 7 33 331 18 305 4.15e-49 165 NLW39422.1 WP_192500494.1 34.8 299 179 8 34 330 16 300 1.28e-45 155 NLW39422.1 EHR6291555.1 43.1 211 112 4 33 240 342 547 7.30e-43 154 NLW39422.1 RLN50561.1 28.2 298 207 4 34 328 658 951 1.78e-31 123 NLW39422.1 THW78755.1 29.1 234 160 4 34 267 1229 1456 5.36e-26 107 NLW39422.1 WP_185334683.1 32.1 234 132 6 4 229 3 217 2.51e-24 101 NLW39422.1 MSO30570.1 29.4 221 149 5 35 254 22 236 7.48e-23 95.9 NLW39422.1 WP_071876418.1 29.0 221 149 4 17 236 300 513 2.94e-21 92.8 NLW39422.1 MCF7808720.1 25.5 212 144 2 33 235 23 229 2.27e-19 84.0 NLW39422.1 WP_088153117.1 26.2 225 145 6 14 232 4 213 1.48e-15 75.1 NLW39422.1 WP_142931103.1 27.2 213 147 6 19 228 262 469 2.93e-14 71.6 WP_222637261.1 WP_222637261.1 100 984 0 0 1 984 1 984 0.0 2029 WP_222637261.1 GGB39876.1 64.3 983 344 3 1 982 1 977 0.0 1347 WP_222637261.1 ECJ9372216.1 55.3 971 426 5 7 975 7 971 0.0 1112 WP_257633067.1 WP_257633067.1 100 497 0 0 1 497 1 497 0.0 940 WP_257633067.1 WP_230424277.1 51.1 503 229 7 4 493 7 505 5.58e-145 424 MCU0422147.1 MCU0422147.1 100 453 0 0 1 453 1 453 0.0 913 MCU0422147.1 OFY34840.1 27.4 427 243 18 19 410 38 432 1.88e-26 109 MCU0422147.1 WP_120115041.1 23.6 212 142 5 21 219 25 229 9.74e-14 71.2 XP_042343617.1 XP_042343617.1 100 453 0 0 1 453 1 453 0.0 904 WP_176958177.1 WP_176958177.1 100 299 0 0 1 299 1 299 3.18e-215 585 WP_176958177.1 WP_192106836.1 43.9 285 159 1 1 284 1 285 2.09e-81 246 WP_176958177.1 WP_278888642.1 37.2 282 175 2 1 280 5 286 1.46e-56 182 WP_176958177.1 AIA18772.1 57.2 152 64 1 1 151 1 152 2.16e-55 175 KAJ2277403.1 KAJ2277403.1 100 839 0 0 1 839 1 839 0.0 1596 WP_110358640.1 WP_110358640.1 100 332 0 0 1 332 1 332 2.53e-249 674 WP_110358640.1 WP_271243471.1 84.9 332 50 0 1 332 26 357 3.98e-211 579 OJV98239.1 OJV98239.1 100 349 0 0 1 349 1 349 2.51e-228 623 MBS1410118.1 MBS1410118.1 100 372 0 0 1 372 1 372 2.51e-267 723 HBC3664605.1 HBC3664605.1 100 68 0 0 1 68 1 68 1.18e-46 140 KAG5959692.1 KAG5959692.1 100 878 0 0 1 878 1 878 0.0 1748 WP_138471989.1 WP_138471989.1 100 396 0 0 1 396 1 396 1.77e-270 733 MBL7722360.1 MBL7722360.1 100 501 0 0 1 501 1 501 0.0 956 KAF4995643.1 KAF4995643.1 100 660 0 0 1 660 1 660 0.0 1327 KAJ5614194.1 KAJ5614194.1 100 471 0 0 1 471 1 471 0.0 961 WP_251116163.1 WP_251116163.1 100 279 0 0 1 279 1 279 3.39e-200 546 MBS1909834.1 MBS1909834.1 100 692 0 0 1 692 1 692 0.0 1394 KAI4951926.1 KAI4951926.1 100 319 0 0 1 319 1 319 2.29e-234 635 MBS0323691.1 MBS0323691.1 100 261 0 0 1 261 1 261 6.30e-187 511 EDS6425957.1 EDS6425957.1 100 543 0 0 1 543 1 543 0.0 1062 WP_205996060.1 WP_205996060.1 100 832 0 0 1 832 1 832 0.0 1602 MBW7898988.1 MBW7898988.1 100 186 0 0 1 186 1 186 2.99e-141 389 WP_111206393.1 WP_111206393.1 100 149 0 0 1 149 1 149 3.06e-107 300 MSW04208.1 MSW04208.1 100 527 0 0 1 527 1 527 0.0 1024 WP_057651690.1 WP_057651690.1 100 293 0 0 1 293 1 293 1.45e-208 568 WP_057651690.1 MBU5424338.1 35.0 240 152 2 54 290 16 254 2.96e-27 105 WP_057651690.1 WP_281054160.1 29.4 248 163 5 48 289 8 249 1.43e-21 89.7 WP_057651690.1 WP_110035452.1 28.0 246 157 6 51 292 7 236 1.39e-14 70.1 WP_057651690.1 MBN3744368.1 29.7 185 123 3 48 230 1 180 9.00e-13 65.5 WP_057651690.1 XP_028635853.1 34.6 107 64 1 46 146 6 112 1.24e-09 57.0 WP_057651690.1 MCJ7630170.1 56.8 37 16 0 48 84 3 39 1.01e-06 43.9 WP_032918432.1 WP_032918432.1 100 270 0 0 1 270 1 270 5.26e-204 555 MOR90002.1 MOR90002.1 100 27 0 0 1 27 1 27 8.53e-19 67.8 WP_096527630.1 WP_096527630.1 100 131 0 0 1 131 1 131 6.00e-85 242 XP_014362268.2 XP_014362268.2 100 1204 0 0 1 1204 1 1204 0.0 2156 GFY15021.1 GFY15021.1 100 262 0 0 1 262 1 262 3.14e-192 524 GFY15021.1 GFT25780.1 52.2 92 40 1 129 216 65 156 1.17e-22 93.6 MBV9888347.1 MBV9888347.1 100 110 0 0 1 110 1 110 5.81e-73 210 MBE9467362.1 MBE9467362.1 100 828 0 0 1 828 1 828 0.0 1547 MBE9467362.1 WP_074911472.1 29.0 238 155 6 592 825 791 1018 1.02e-19 93.2 MBE9467362.1 MBN1819552.1 26.8 239 169 2 590 827 332 565 4.35e-19 90.1 WP_037310167.1 WP_037310167.1 100 290 0 0 1 290 1 290 2.89e-202 552 WP_244292824.1 WP_244292824.1 100 316 0 0 1 316 1 316 5.98e-224 609 WP_244292824.1 KZS73167.1 43.3 305 152 7 11 314 40 324 2.94e-59 191 MBI5162857.1 MBI5162857.1 100 178 0 0 1 178 1 178 4.28e-128 355 WP_236345246.1 WP_236345246.1 100 286 0 0 1 286 1 286 6.90e-208 566 WP_212226535.1 WP_212226535.1 100 170 0 0 1 170 1 170 1.98e-120 335 MAJ92374.1 MAJ92374.1 100 324 0 0 1 324 1 324 5.60e-233 632 MAJ92374.1 TMF32236.1 35.0 326 207 4 1 324 1 323 8.91e-62 198 MAJ92374.1 HIE21596.1 28.7 258 139 6 28 282 25 240 9.85e-20 85.9 WP_257504872.1 WP_257504872.1 100 531 0 0 1 531 1 531 0.0 966 WP_257504872.1 WP_144320971.1 34.2 415 209 17 119 526 161 518 4.37e-36 139 WP_257504872.1 TAL20232.1 29.8 262 153 8 273 525 218 457 4.35e-19 89.0 WP_257504872.1 MCH5250214.1 23.6 254 165 7 279 526 186 416 1.40e-14 75.1 WP_257504872.1 XP_001454078.1 30.6 124 78 4 408 525 326 447 2.41e-06 48.5 UVB16817.1 UVB16817.1 100 7093 0 0 1 7093 1 7093 0.0 14171 UVB16817.1 UZO53924.1 99.9 7093 5 0 1 7093 1 7093 0.0 14156 UVB16817.1 URQ55824.1 99.9 7093 5 0 1 7093 1 7093 0.0 14156 UVB16817.1 QVD87869.1 99.7 7093 18 0 1 7093 1 7093 0.0 14128 UVB16817.1 QWC83326.1 99.7 7096 15 1 1 7093 1 7096 0.0 14127 UVB16817.1 UMF87224.1 99.5 7093 38 1 1 7093 1 7092 0.0 14122 UVB16817.1 WEU87158.1 99.7 7096 17 1 1 7093 1 7096 0.0 14122 UVB16817.1 QSZ25555.1 99.7 7096 19 1 1 7093 1 7096 0.0 14121 UVB16817.1 UBP50947.1 99.7 7096 20 1 1 7093 1 7096 0.0 14115 UVB16817.1 UBD95131.1 99.6 7096 22 1 1 7093 1 7096 0.0 14110 UVB16817.1 UEC52718.1 99.6 7096 25 1 1 7093 1 7096 0.0 14104 UVB16817.1 UIR12670.1 99.4 7093 42 1 1 7093 1 7092 0.0 14066 UVB16817.1 QZU16279.1 99.3 7096 46 1 1 7093 1 7096 0.0 14053 UVB16817.1 UPA83906.1 99.2 7093 59 1 1 7093 1 7092 0.0 14025 UVB16817.1 UXX67934.1 99.0 7093 73 0 1 7093 1 7093 0.0 13995 UVB16817.1 UBR86455.1 98.8 7095 80 1 2 7093 1 7095 0.0 13973 UVB16817.1 UCP72061.1 98.6 7096 97 1 1 7093 1 7096 0.0 13933 UVB16817.1 UCP77012.1 98.6 7096 98 1 1 7093 1 7096 0.0 13932 UVB16817.1 WHE12941.1 98.3 7067 117 0 27 7093 1 7067 0.0 13841 UVB16817.1 UKN67998.1 98.3 7073 121 1 21 7093 1 7072 0.0 13835 UVB16817.1 UGA79226.1 97.5 7096 174 1 1 7093 1 7096 0.0 13755 UVB16817.1 UAQ80067.1 97.0 7096 207 1 1 7093 1 7096 0.0 13667 UVB16817.1 UVI10561.1 96.5 7066 249 0 28 7093 1 7066 0.0 13527 UVB16817.1 UJT06733.1 96.3 7093 264 1 1 7093 1 7092 0.0 13517 UVB16817.1 UOU30556.1 94.9 7093 364 0 1 7093 1 7093 0.0 13287 MBK7087525.1 MBK7087525.1 100 314 0 0 1 314 1 314 4.44e-234 634 EFT8991253.1 EFT8991253.1 100 1029 0 0 1 1029 1 1029 0.0 2089 EFT8991253.1 WP_265822109.1 23.3 653 380 25 50 688 18 563 9.10e-25 109 EFT8991253.1 WP_220281278.1 24.8 250 156 8 121 363 76 300 5.20e-11 65.1 EFT8991253.1 HCH8663031.1 22.9 306 188 11 67 371 42 300 1.07e-07 54.3 MBY0434949.1 MBY0434949.1 100 1494 0 0 1 1494 1 1494 0.0 2873 MBB2902420.1 MBB2902420.1 100 276 0 0 1 276 1 276 1.82e-198 541 MBB2902420.1 WP_279826355.1 44.5 301 126 8 9 273 3 298 2.66e-61 194 KAG8379083.1 KAG8379083.1 100 304 0 0 1 304 1 304 9.86e-217 590 HBV8273101.1 HBV8273101.1 100 127 0 0 1 127 1 127 1.33e-86 246 HBV8273101.1 WP_185116294.1 44.2 52 29 0 11 62 2 53 3.37e-09 50.8 KAI5005557.1 KAI5005557.1 100 441 0 0 1 441 1 441 2.90e-317 855 MBT7135637.1 MBT7135637.1 100 206 0 0 1 206 1 206 6.03e-135 375 WP_011490055.1 WP_011490055.1 100 275 0 0 1 275 1 275 6.11e-201 547 XP_021299958.1 XP_021299958.1 100 1095 0 0 1 1095 1 1095 0.0 2100 XP_033668161.1 XP_033668161.1 100 434 0 0 1 434 1 434 0.0 869 XP_033668161.1 KAJ2593889.1 38.8 363 195 9 50 408 42 381 1.90e-68 221 WP_059510827.1 WP_059510827.1 100 321 0 0 1 321 1 321 3.74e-225 612 WP_059510827.1 WP_058635033.1 35.4 328 195 4 1 318 1 321 3.14e-50 168 WP_059510827.1 WP_251874466.1 36.8 266 163 3 40 304 47 308 3.29e-44 152 WP_059510827.1 WP_234306850.1 39.1 297 169 6 9 301 13 301 5.80e-43 148 WP_059510827.1 WP_116701099.1 34.3 254 145 5 36 280 45 285 2.04e-40 142 WP_059510827.1 MBC99785.1 33.2 268 166 6 45 301 48 313 6.29e-33 122 WP_059510827.1 WP_095128211.1 31.6 247 160 3 60 306 66 303 6.60e-30 114 WP_059510827.1 KOR84431.1 28.8 240 160 4 51 287 50 281 6.85e-23 95.1 WP_056611679.1 WP_056611679.1 100 177 0 0 1 177 1 177 3.78e-117 327 WP_056611679.1 WP_135028221.1 25.6 156 112 2 24 177 117 270 5.24e-07 46.6 HAT6344274.1 HAT6344274.1 100 290 0 0 1 290 1 290 7.83e-216 586 EHU4169843.1 EHU4169843.1 100 478 0 0 1 478 1 478 0.0 950 XP_024696459.1 XP_024696459.1 100 487 0 0 1 487 1 487 0.0 917 XP_024696459.1 XP_039286754.1 29.9 174 104 5 305 476 110 267 2.01e-12 65.9 CDZ73727.1 CDZ73727.1 100 253 0 0 1 253 1 253 7.36e-182 497 CDZ73727.1 WP_197521413.1 27.6 217 130 6 1 203 1 204 1.98e-15 72.4 CDZ73727.1 WP_089095302.1 29.6 213 122 8 1 202 314 509 3.09e-15 73.2 CDZ73727.1 MBC7326981.1 27.3 220 125 7 2 193 5 217 3.76e-15 71.2 CDZ73727.1 MBR7834804.1 28.1 217 137 6 1 203 17 228 7.81e-15 70.5 CDZ73727.1 WP_152652784.1 27.3 245 154 6 6 232 10 248 8.90e-15 70.9 CDZ73727.1 WP_008134825.1 31.6 209 121 6 1 193 612 814 2.04e-14 70.9 CDZ73727.1 WP_227059655.1 27.2 232 134 6 1 198 17 247 4.58e-14 69.7 CDZ73727.1 GLY24463.1 26.1 226 138 6 1 198 4 228 2.21e-13 67.0 CDZ73727.1 MWR41881.1 27.6 199 123 3 17 198 44 238 4.28e-12 62.8 CDZ73727.1 WP_107894076.1 26.0 192 119 3 16 184 24 215 6.30e-12 62.8 CDZ73727.1 WP_060613079.1 22.8 228 130 8 5 203 345 555 1.28e-11 62.4 CDZ73727.1 WP_247749043.1 25.5 212 110 6 2 179 357 554 7.71e-11 60.1 CDZ73727.1 WP_207918089.1 23.3 219 132 6 2 193 6 215 3.80e-10 57.0 CDZ73727.1 WP_066083732.1 25.4 213 129 6 1 184 6 217 1.43e-09 55.8 CDZ73727.1 WP_158791585.1 24.7 219 128 7 4 194 7 216 7.93e-09 53.1 CDZ73727.1 WP_112088864.1 32.9 140 84 4 30 167 370 501 6.44e-08 51.2 KAG9509822.1 KAG9509822.1 100 386 0 0 1 386 1 386 3.70e-267 724 TWK83191.1 TWK83191.1 100 358 0 0 1 358 1 358 4.03e-275 742 WP_176700057.1 WP_176700057.1 100 176 0 0 1 176 1 176 2.04e-125 348 WP_141400768.1 WP_141400768.1 100 255 0 0 1 255 1 255 1.23e-190 520 MBS07362.1 MBS07362.1 100 458 0 0 1 458 1 458 3.82e-317 857 MCL2204087.1 MCL2204087.1 100 898 0 0 1 898 1 898 0.0 1811 MCL2204087.1 MBQ9679177.1 50.2 916 388 13 1 881 1 883 3.41e-306 865 MCL2204087.1 CAI9595211.1 35.2 935 481 19 4 843 80 984 1.01e-169 519 MCL2204087.1 SCL13606.1 27.4 787 460 25 13 732 63 805 2.59e-65 234 MCL2204087.1 MBK6751737.1 29.3 283 164 5 632 883 3 280 1.21e-29 118 MCL2204087.1 MCB9999913.1 25.3 356 197 12 402 717 570 896 1.61e-11 66.6 MCL2204087.1 WP_233286789.1 27.5 120 75 4 439 553 370 482 1.02e-04 44.3 WP_027780629.1 WP_027780629.1 100 191 0 0 1 191 1 191 1.25e-131 365 EAG5222239.1 EAG5222239.1 100 248 0 0 1 248 1 248 5.00e-182 497 EAG5222239.1 KAA0785577.1 54.3 247 111 2 1 247 1 245 2.09e-90 265 EAG5222239.1 WP_216576398.1 38.1 247 150 3 1 247 1 244 4.40e-54 173 WP_097514015.1 WP_097514015.1 100 546 0 0 1 546 1 546 5.62e-285 783 WP_097514015.1 EIZ9235425.1 46.3 348 186 1 121 467 107 454 1.81e-26 111 WP_097514015.1 WP_237962375.1 47.1 119 57 3 382 497 498 613 1.31e-17 84.7 WP_097514015.1 WP_186556299.1 41.9 129 61 1 382 496 364 492 1.36e-15 77.8 WP_208099194.1 WP_208099194.1 100 59 0 0 1 59 1 59 9.12e-38 117 XP_025777939.1 XP_025777939.1 100 643 0 0 1 643 1 643 0.0 1162 MBL6625757.1 MBL6625757.1 100 354 0 0 1 354 1 354 5.04e-267 721 MBL6625757.1 WP_166476065.1 38.8 85 51 1 32 115 36 120 7.95e-12 63.9 KAH7548383.1 KAH7548383.1 100 1152 0 0 1 1152 1 1152 0.0 2179 WP_271250528.1 WP_271250528.1 100 51 0 0 1 51 1 51 3.95e-31 100 WP_197888162.1 WP_197888162.1 100 269 0 0 1 269 1 269 2.13e-198 540 XP_033991852.1 XP_033991852.1 100 1257 0 0 1 1257 1 1257 0.0 2042 HAF54287.1 HAF54287.1 100 74 0 0 1 74 1 74 3.89e-50 150 WP_167613923.1 WP_167613923.1 100 101 0 0 1 101 1 101 3.11e-75 215 MPZ45416.1 MPZ45416.1 100 574 0 0 1 574 1 574 0.0 1092 WP_067019348.1 WP_067019348.1 100 209 0 0 1 209 1 209 8.34e-148 407 MBO5601840.1 MBO5601840.1 100 331 0 0 1 331 1 331 1.92e-248 672 MBU6248241.1 MBU6248241.1 100 679 0 0 1 679 1 679 0.0 1046 WP_165682932.1 WP_165682932.1 100 108 0 0 1 108 1 108 3.40e-71 206 WP_143020066.1 WP_143020066.1 100 157 0 0 1 157 1 157 3.51e-110 308 WP_238972864.1 WP_238972864.1 100 85 0 0 1 85 1 85 3.84e-56 171 ABG88111.1 ABG88111.1 100 94 0 0 1 94 1 94 1.88e-66 192 ABG88111.1 QJX39053.1 63.2 95 34 1 1 94 270 364 6.11e-34 120 ABG88111.1 AEO85464.1 57.4 94 39 1 2 94 280 373 2.24e-31 113 WP_260325674.1 WP_260325674.1 100 273 0 0 1 273 1 273 8.94e-193 526 MCC7417019.1 MCC7417019.1 100 221 0 0 1 221 1 221 4.63e-160 439 MCI8430709.1 MCI8430709.1 100 283 0 0 1 283 1 283 8.00e-201 548 MCI8430709.1 WP_252809941.1 28.2 287 168 8 8 278 28 292 1.81e-17 79.0 XP_030622007.1 XP_030622007.1 100 298 0 0 1 298 1 298 1.06e-208 569 WP_053695461.1 WP_053695461.1 100 277 0 0 1 277 1 277 4.67e-201 551 WP_053695461.1 WP_072476944.1 44.9 265 138 5 6 267 58 317 7.43e-62 197 XP_029196159.1 XP_029196159.1 100 357 0 0 1 357 1 357 5.52e-277 746 WP_049009918.1 WP_049009918.1 100 902 0 0 1 902 1 902 0.0 1762 WP_049009918.1 WP_019100427.1 51.3 869 391 6 64 900 47 915 1.66e-297 843 WP_049009918.1 MBE6688122.1 29.7 723 474 13 47 742 1 716 1.09e-91 308 WP_049009918.1 WP_278631399.1 27.9 759 487 18 66 788 20 754 1.97e-81 279 WP_049009918.1 KAA0114277.1 28.5 761 492 14 57 782 42 785 9.21e-80 276 WP_049009918.1 WP_235126772.1 27.5 742 468 15 67 760 16 735 1.64e-72 254 WP_049009918.1 KAJ6994162.1 26.0 803 508 23 66 834 33 783 4.87e-69 246 WP_049009918.1 MBY0273331.1 29.9 686 410 18 127 805 66 687 7.23e-68 239 WP_049009918.1 MBE5737882.1 26.4 715 462 15 67 742 22 711 1.21e-58 214 WP_049009918.1 KAF5671546.1 23.4 768 454 23 62 710 171 923 6.59e-42 164 WP_049009918.1 XP_009147075.2 28.8 361 231 5 442 776 597 957 2.75e-39 156 WP_049009918.1 WP_074319120.1 31.4 153 80 1 543 695 562 689 8.51e-15 77.0 WP_049009918.1 HCT06136.1 30.6 157 82 3 546 701 576 706 2.39e-11 65.9 WP_049009918.1 MBI6149093.1 31.1 161 84 2 543 703 592 725 5.56e-11 64.7 OTA99890.1 OTA99890.1 100 241 0 0 1 241 1 241 1.67e-172 473 KPP66050.1 KPP66050.1 100 1540 0 0 1 1540 1 1540 0.0 3106 QDF59120.1 QDF59120.1 100 513 0 0 1 513 1 513 0.0 1033 MPC98265.1 MPC98265.1 100 84 0 0 1 84 1 84 6.47e-58 170 BBC91732.1 BBC91732.1 100 474 0 0 1 474 1 474 0.0 886 BBC91732.1 WP_023727015.1 30.1 422 282 8 3 420 35 447 3.03e-42 155 BBC91732.1 RQL72805.1 30.5 311 191 7 5 305 25 320 7.30e-29 117 BBC91732.1 WP_226276978.1 27.4 343 213 8 3 329 22 344 2.07e-23 101 BBC91732.1 KAG8816705.1 39.2 166 94 3 7 171 68 227 9.11e-23 95.1 XP_040685867.1 XP_040685867.1 100 421 0 0 1 421 1 421 1.13e-297 804 XP_040685867.1 GAN03156.1 50.1 417 199 5 8 420 1 412 1.05e-124 365 XP_040685867.1 MCP1651746.1 38.4 401 219 10 34 414 6 398 1.51e-63 208 XP_040685867.1 EDH4057100.1 35.9 396 230 9 33 417 2 384 2.41e-60 199 XP_040685867.1 WP_004619799.1 36.5 395 219 10 41 414 11 394 1.39e-58 195 XP_040685867.1 WP_277084622.1 39.1 322 170 5 116 420 2 314 2.23e-58 192 XP_040685867.1 WP_074825075.1 35.6 393 232 8 34 414 3 386 8.64e-58 192 XP_040685867.1 WP_078429679.1 34.7 392 234 9 36 414 5 387 5.58e-54 182 XP_040685867.1 WP_083141943.1 34.5 383 229 7 36 408 5 375 3.70e-44 156 XP_040685867.1 MBA2536487.1 30.5 394 239 8 36 414 5 378 2.52e-39 143 EDQ0183574.1 EDQ0183574.1 100 51 0 0 1 51 1 51 4.63e-30 97.8 WP_072476944.1 WP_072476944.1 100 319 0 0 1 319 1 319 3.64e-231 627 WP_072476944.1 WP_053695461.1 44.9 265 138 5 58 317 6 267 4.04e-58 188 MBR3327931.1 MBR3327931.1 100 133 0 0 1 133 1 133 7.24e-87 247 ACU61622.1 ACU61622.1 100 177 0 0 1 177 1 177 5.86e-130 360 EFM1979785.1 EFM1979785.1 100 60 0 0 1 60 1 60 1.05e-41 127 WP_029005116.1 WP_029005116.1 100 175 0 0 1 175 1 175 1.96e-118 330 HCF98070.1 HCF98070.1 100 132 0 0 1 132 1 132 1.07e-83 239 WP_280541983.1 WP_280541983.1 100 324 0 0 1 324 1 324 9.28e-232 629 WP_280541983.1 WP_213827928.1 51.2 281 137 0 42 322 19 299 6.20e-93 277 KEH41285.1 KEH41285.1 100 200 0 0 1 200 1 200 5.09e-149 410 ORV68006.1 ORV68006.1 100 167 0 0 1 167 1 167 2.73e-121 337 HCA7191507.1 HCA7191507.1 100 274 0 0 1 274 1 274 1.97e-201 548 WP_111083956.1 WP_111083956.1 100 299 0 0 1 299 1 299 3.18e-215 585 WP_111083956.1 HIS27960.1 41.0 266 156 1 16 281 10 274 2.89e-65 205 WP_111083956.1 WP_062263491.1 36.8 285 176 4 16 298 3 285 6.15e-56 181 XP_044551221.1 XP_044551221.1 100 580 0 0 1 580 1 580 0.0 1154 MCK9592859.1 MCK9592859.1 100 85 0 0 1 85 1 85 3.70e-62 181 WP_076194242.1 WP_076194242.1 100 465 0 0 1 465 1 465 0.0 874 WP_076194242.1 KFX48203.1 32.1 287 165 7 204 462 643 927 4.23e-33 131 WP_076194242.1 KDF42894.1 27.1 409 268 9 76 458 84 488 2.51e-32 127 WP_076194242.1 WP_007356512.1 33.1 242 131 6 239 453 747 984 1.24e-28 118 WP_076194242.1 MBO8233644.1 31.7 230 149 5 230 456 150 374 5.79e-27 110 WP_076194242.1 MCH5250214.1 27.8 263 178 6 203 458 158 415 1.51e-26 111 WP_076194242.1 WP_200037957.1 33.9 227 137 6 239 458 1020 1240 1.05e-25 109 WP_076194242.1 WP_212961195.1 30.6 232 160 1 222 452 411 642 2.26e-25 108 WP_076194242.1 MBQ1868746.1 28.1 228 154 4 239 458 268 493 2.21e-23 101 WP_076194242.1 WP_144320971.1 31.4 245 150 7 216 458 289 517 7.01e-21 93.6 WP_076194242.1 XP_001454078.1 26.2 210 148 3 231 436 212 418 2.16e-19 89.4 WP_076194242.1 MBK8012537.1 23.0 296 193 7 182 452 285 570 4.60e-17 82.0 WP_076194242.1 WP_010434011.1 28.1 281 166 10 183 451 324 580 6.69e-12 65.9 WP_076194242.1 WP_225118260.1 28.6 213 128 7 241 442 439 638 2.31e-08 54.7 MBI2147080.1 MBI2147080.1 100 244 0 0 1 244 1 244 7.64e-175 479 WP_068964936.1 WP_068964936.1 100 504 0 0 1 504 1 504 0.0 1011 EHD1229023.1 EHD1229023.1 100 142 0 0 1 142 1 142 5.17e-107 299 EHD1229023.1 WP_045308192.1 59.9 142 53 2 1 142 1 138 4.14e-59 180 WP_259619769.1 WP_259619769.1 100 497 0 0 1 497 1 497 0.0 928 WP_259619769.1 WP_185921121.1 32.3 424 270 8 27 446 9 419 5.88e-49 173 KAF4306879.1 KAF4306879.1 100 250 0 0 1 250 1 250 7.02e-174 477 KAF4306879.1 MCF7871960.1 38.3 175 106 2 76 249 18 191 2.56e-35 123 WP_017171503.1 WP_017171503.1 100 181 0 0 1 181 1 181 9.67e-131 362 WP_017171503.1 HCG9411603.1 33.1 154 99 1 6 155 7 160 2.03e-26 99.4 WP_022389025.1 WP_022389025.1 100 459 0 0 1 459 1 459 0.0 930 WP_022389025.1 WP_257689765.1 29.4 401 258 9 39 424 85 475 7.77e-45 161 WP_022389025.1 XP_050320449.1 31.9 345 218 8 102 433 143 483 1.87e-42 155 WP_022389025.1 WP_057201184.1 28.9 349 226 8 100 431 129 472 2.32e-28 115 WP_010462366.1 WP_010462366.1 100 587 0 0 1 587 1 587 0.0 1111 KXN72221.1 KXN72221.1 100 228 0 0 1 228 1 228 1.10e-175 479 KXN72221.1 KAI1815548.1 31.7 208 129 4 31 228 29 233 5.19e-34 125 TFE29608.1 TFE29608.1 100 614 0 0 1 614 1 614 0.0 1161 TFE29608.1 WP_026974351.1 24.2 260 147 9 99 348 70 289 4.49e-05 44.7 KAJ4310611.1 KAJ4310611.1 100 678 0 0 1 678 1 678 0.0 1378 MBT3309449.1 MBT3309449.1 100 252 0 0 1 252 1 252 7.84e-172 472 WP_128950282.1 WP_128950282.1 100 306 0 0 1 306 1 306 3.59e-220 598 WP_128950282.1 KJS37244.1 53.2 297 124 5 22 303 1 297 1.86e-89 267 WP_187335130.1 WP_187335130.1 100 83 0 0 1 83 1 83 1.32e-52 157 WP_164767343.1 WP_164767343.1 100 197 0 0 1 197 1 197 4.89e-141 389 WP_164767343.1 WP_073505727.1 48.1 156 81 0 1 156 161 316 3.83e-47 155 WP_164767343.1 WP_133874384.1 47.8 157 79 3 6 160 164 319 1.07e-40 139 WP_014217999.1 WP_014217999.1 100 323 0 0 1 323 1 323 4.44e-234 635 WP_014217999.1 WP_265272113.1 30.6 314 198 7 9 307 6 314 6.09e-35 128 WP_014217999.1 EXK83554.1 31.7 312 181 10 20 306 16 320 1.50e-30 116 WP_014217999.1 HHZ84751.1 26.6 335 204 12 8 306 5 333 3.25e-18 82.4 WP_173302040.1 WP_173302040.1 100 599 0 0 1 599 1 599 0.0 1206 WP_173302040.1 WP_182711301.1 22.3 611 300 20 86 585 192 738 3.83e-14 73.9 WP_173302040.1 GIS77777.1 55.6 36 16 0 102 137 3 38 7.10e-05 39.3 MCH6132484.1 MCH6132484.1 100 226 0 0 1 226 1 226 3.81e-166 455 MCH6132484.1 WP_094313715.1 72.7 220 60 0 1 220 20 239 5.20e-115 327 KAJ8911168.1 KAJ8911168.1 100 87 0 0 1 87 1 87 1.44e-60 177 EGC1082389.1 EGC1082389.1 100 272 0 0 1 272 1 272 3.98e-200 545 UZH89542.1 UZH89542.1 100 1271 0 0 1 1271 1 1271 0.0 2165 UZH89542.1 UYC71619.1 89.9 1271 125 1 1 1271 1 1268 0.0 2150 UZH89542.1 UPU53169.1 89.6 1273 128 2 1 1271 1 1270 0.0 2142 UZH89542.1 UDK40309.1 90.0 1273 123 2 1 1271 1 1271 0.0 2122 UZH89542.1 UHB14670.1 88.5 1273 143 2 1 1271 1 1271 0.0 2108 UZH89542.1 UIX40308.1 88.6 1273 141 2 1 1271 1 1271 0.0 2107 UZH89542.1 USL51576.1 87.5 1273 154 2 1 1271 1 1270 0.0 2057 UZH89542.1 QUE11983.1 87.3 1271 160 1 1 1271 1 1270 0.0 2048 UZH89542.1 UBN63752.1 87.4 1271 159 1 1 1271 1 1270 0.0 2024 UZH89542.1 UGX22439.1 84.9 1273 188 2 1 1271 1 1271 0.0 1997 UZH89542.1 QUM20585.1 82.3 1273 222 2 1 1271 1 1272 0.0 1909 UZH89542.1 QVX70521.1 82.6 1273 219 1 1 1271 1 1273 0.0 1893 UZH89542.1 QXI91160.1 83.1 1273 212 2 1 1271 1 1272 0.0 1835 UZH89542.1 UUS71569.1 75.6 1273 309 1 1 1271 1 1273 0.0 1420 UZH89542.1 UHK01047.1 68.8 1273 395 1 1 1271 1 1273 0.0 1266 GBE22655.1 GBE22655.1 100 202 0 0 1 202 1 202 6.93e-148 407 WP_233227509.1 WP_233227509.1 100 318 0 0 1 318 1 318 4.78e-231 627 XP_006114890.1 XP_006114890.1 100 352 0 0 1 352 1 352 5.03e-266 718 CAI9595211.1 CAI9595211.1 100 1031 0 0 1 1031 1 1031 0.0 2094 CAI9595211.1 MBQ9679177.1 34.4 944 495 17 80 995 4 851 4.47e-173 528 CAI9595211.1 MCL2204087.1 35.2 935 481 20 80 984 4 843 5.71e-166 509 CAI9595211.1 SCL13606.1 24.2 865 531 24 89 907 62 847 4.13e-54 202 CAI9595211.1 WP_081224968.1 23.1 939 575 29 125 995 56 915 2.26e-45 175 CAI9595211.1 MBK6751737.1 27.8 255 150 9 761 991 3 247 3.92e-17 81.6 WP_108109984.1 WP_108109984.1 100 80 0 0 1 80 1 80 5.48e-55 162 MBX2936516.1 MBX2936516.1 100 428 0 0 1 428 1 428 5.55e-313 843 WP_218623326.1 WP_218623326.1 100 151 0 0 1 151 1 151 4.86e-105 295 XP_050255036.1 XP_050255036.1 100 392 0 0 1 392 1 392 5.16e-302 813 WP_278264086.1 WP_278264086.1 100 434 0 0 1 434 1 434 0.0 864 WP_243977667.1 WP_243977667.1 100 293 0 0 1 293 1 293 2.30e-205 560 WP_243977667.1 WP_046600280.1 29.3 294 194 3 2 287 1 288 2.83e-36 130 WP_243977667.1 WP_133340757.1 25.4 295 197 6 7 287 12 297 5.25e-19 84.0 KAF4611166.1 KAF4611166.1 100 583 0 0 1 583 1 583 0.0 1170 WP_215493005.1 WP_215493005.1 100 491 0 0 1 491 1 491 0.0 999 WP_215493005.1 WP_070714099.1 40.6 490 251 14 5 489 2 456 3.88e-111 335 WP_215493005.1 PPU99279.1 37.4 497 266 11 5 489 5 468 5.89e-98 301 WP_215493005.1 MBB3008158.1 37.8 487 243 17 19 489 1 443 3.37e-93 288 MBK8070034.1 MBK8070034.1 100 293 0 0 1 293 1 293 1.31e-195 535 MBK8070034.1 WP_216195748.1 45.7 291 152 5 3 292 4 289 1.19e-65 206 MBK8070034.1 MAG44064.1 71.0 31 9 0 3 33 4 34 2.92e-08 47.4 KCN41050.1 KCN41050.1 100 341 0 0 1 341 1 341 6.66e-245 664 MCP5750602.1 MCP5750602.1 100 87 0 0 1 87 1 87 7.39e-63 183 MBP7130798.1 MBP7130798.1 100 31 0 0 1 31 1 31 1.42e-14 57.4 XP_033679940.1 XP_033679940.1 100 1283 0 0 1 1283 1 1283 0.0 2556 XP_033679940.1 WP_281919021.1 30.5 105 65 3 199 300 116 215 4.25e-07 52.4 XP_033679940.1 MBP7829117.1 26.6 128 87 3 168 295 127 247 2.81e-06 50.1 WP_283922158.1 WP_283922158.1 100 177 0 0 1 177 1 177 1.21e-113 318 WP_133251971.1 WP_133251971.1 100 408 0 0 1 408 1 408 1.44e-282 765 WP_267714175.1 WP_267714175.1 100 399 0 0 1 399 1 399 1.68e-281 761 WP_135306871.1 WP_135306871.1 100 313 0 0 1 313 1 313 6.27e-229 621 WP_135306871.1 HCD14621.1 43.5 285 160 1 13 297 10 293 4.10e-75 231 WP_135306871.1 QEC74319.1 32.7 257 168 3 16 267 8 264 1.22e-32 120 MBE5737882.1 MBE5737882.1 100 880 0 0 1 880 1 880 0.0 1532 MBE5737882.1 MBE6688122.1 33.1 897 525 19 22 870 21 890 7.08e-113 365 MBE5737882.1 KAA0114277.1 32.4 913 547 19 3 872 34 919 5.77e-105 344 MBE5737882.1 WP_278631399.1 30.2 868 546 16 22 864 21 853 1.15e-102 337 MBE5737882.1 WP_235126772.1 28.9 890 557 17 22 865 16 875 2.64e-88 298 MBE5737882.1 KAF5671546.1 28.6 879 527 15 35 814 187 1063 4.63e-84 292 MBE5737882.1 XP_009147075.2 25.6 1008 579 21 22 866 136 1135 2.77e-72 257 MBE5737882.1 WP_049009918.1 26.3 715 463 15 22 711 67 742 8.26e-50 188 MBE5737882.1 WP_019100427.1 23.1 732 486 14 22 711 50 746 6.13e-37 148 MBE5737882.1 MBY0273331.1 24.6 609 390 15 85 688 59 603 1.64e-31 130 MBE5737882.1 KAJ6994162.1 23.5 697 458 22 35 712 47 687 9.49e-31 128 MBE5737882.1 WP_041591748.1 28.4 162 84 4 511 672 462 591 9.98e-10 60.5 MSL30063.1 MSL30063.1 100 309 0 0 1 309 1 309 1.20e-199 547 WP_046302954.1 WP_046302954.1 100 990 0 0 1 990 1 990 0.0 1395 WP_050926421.1 WP_050926421.1 100 129 0 0 1 129 1 129 3.92e-80 230 GAO25539.1 GAO25539.1 100 92 0 0 1 92 1 92 7.20e-61 178 WP_165894367.1 WP_165894367.1 100 348 0 0 1 348 1 348 8.93e-258 697 WP_018858575.1 WP_018858575.1 100 1277 0 0 1 1277 1 1277 0.0 1872 HBB7853833.1 HBB7853833.1 100 491 0 0 1 491 1 491 0.0 936 HBB7853833.1 MBI5333464.1 33.1 166 106 3 326 488 227 390 1.10e-16 80.1 HBB7853833.1 WP_018646673.1 28.7 167 110 4 328 489 525 687 7.18e-16 79.0 QGT50941.1 QGT50941.1 100 798 0 0 1 798 1 798 0.0 1571 KAJ5748900.1 KAJ5748900.1 100 249 0 0 1 249 1 249 1.14e-183 501 WP_073432751.1 WP_073432751.1 100 168 0 0 1 168 1 168 3.17e-116 324 KAG5702777.1 KAG5702777.1 100 260 0 0 1 260 1 260 3.01e-189 516 KAG5702777.1 RCI04718.1 36.7 49 30 1 67 115 259 306 1.10e-04 41.2 WP_036488090.1 WP_036488090.1 100 235 0 0 1 235 1 235 1.60e-167 459 OAA61066.1 OAA61066.1 100 541 0 0 1 541 1 541 3.02e-303 828 MCI0877007.1 MCI0877007.1 100 335 0 0 1 335 1 335 4.05e-252 682 GLI99474.1 GLI99474.1 100 145 0 0 1 145 1 145 9.58e-109 303 GLI99474.1 WP_089269927.1 42.1 107 62 0 7 113 10 116 2.03e-28 103 MCB1065733.1 MCB1065733.1 100 67 0 0 1 67 1 67 1.50e-44 135 MCB1065733.1 MBI4966856.1 73.3 45 12 0 23 67 1 45 2.70e-19 71.2 XP_056041627.1 XP_056041627.1 100 711 0 0 1 711 1 711 0.0 1410 WP_225902036.1 WP_225902036.1 100 86 0 0 1 86 1 86 6.39e-59 173 KXH55701.1 KXH55701.1 100 108 0 0 1 108 1 108 7.69e-77 220 WP_258930666.1 WP_258930666.1 100 66 0 0 1 66 1 66 1.16e-43 133 WP_037548932.1 WP_037548932.1 100 482 0 0 1 482 1 482 0.0 899 WP_037548932.1 HAG62657.1 45.3 479 254 6 3 477 38 512 4.48e-136 400 WP_037548932.1 WP_169940736.1 34.4 425 266 8 6 426 11 426 4.62e-65 216 WP_037548932.1 KAJ5112313.1 31.4 487 316 8 2 476 53 533 5.48e-59 202 MBM3160744.1 MBM3160744.1 100 139 0 0 1 139 1 139 1.62e-95 270 VAI84247.1 VAI84247.1 100 89 0 0 1 89 1 89 4.08e-61 179 AAX29823.1 AAX29823.1 100 558 0 0 1 558 1 558 0.0 1140 OZV86646.1 OZV86646.1 100 37 0 0 1 37 1 37 1.59e-20 72.8 WP_007708736.1 WP_007708736.1 100 231 0 0 1 231 1 231 6.08e-170 465 WP_007708736.1 MBP1530348.1 37.3 228 131 3 1 228 1 216 3.56e-44 146 WP_007708736.1 MBQ5584458.1 37.1 229 141 1 1 229 1 226 1.87e-43 144 WP_007708736.1 MCL7714424.1 37.4 227 137 2 2 228 3 224 2.79e-42 141 WP_007708736.1 WP_069156513.1 33.3 231 149 3 3 231 4 231 3.96e-40 136 WP_007708736.1 WP_186723788.1 34.7 225 140 2 4 228 8 225 3.54e-39 134 WP_007708736.1 WP_101794136.1 36.2 232 138 3 3 227 26 254 1.65e-38 132 WP_007708736.1 WP_194544138.1 33.2 229 146 3 2 226 11 236 9.52e-33 117 WP_007708736.1 EAG2350674.1 47.5 122 61 1 2 123 3 121 5.42e-32 112 WP_007708736.1 EAC1232420.1 28.6 231 153 5 1 229 1 221 1.59e-28 105 WP_007708736.1 WP_232306300.1 42.0 112 64 1 4 115 1123 1233 1.28e-22 94.4 WP_007708736.1 WP_185031483.1 30.6 183 119 4 47 228 45 220 4.29e-20 84.0 WP_007708736.1 WP_064652354.1 28.7 237 147 6 1 227 1 225 4.53e-19 81.3 WP_007708736.1 WP_272906673.1 24.2 153 111 3 4 156 6 153 1.41e-08 52.8 WP_007708736.1 MBQ2640849.1 54.5 33 12 1 196 228 1 30 4.25e-05 38.1 MBT7163208.1 MBT7163208.1 100 582 0 0 1 582 1 582 0.0 1164 MBT7163208.1 NRF69152.1 37.9 417 242 6 160 568 108 515 1.93e-75 247 MBT7163208.1 WP_017718577.1 35.0 406 245 4 182 568 223 628 3.04e-66 226 MBT7163208.1 WP_283107263.1 31.0 384 258 3 191 570 178 558 4.25e-62 213 MBT7163208.1 WP_058504615.1 33.2 382 236 9 196 568 190 561 1.03e-57 201 MBT7163208.1 WP_203339841.1 37.6 258 158 3 207 462 22 278 4.44e-44 158 MBT7163208.1 EEC9022132.1 32.3 297 168 11 203 471 98 389 1.63e-25 108 MBT7163208.1 WP_121975536.1 41.3 150 72 5 325 461 124 270 6.96e-23 98.6 MBT7163208.1 RYD39969.1 35.5 155 84 4 319 460 127 278 3.95e-19 86.7 WP_210734217.1 WP_210734217.1 100 273 0 0 1 273 1 273 2.79e-196 535 WP_211296720.1 WP_211296720.1 100 501 0 0 1 501 1 501 0.0 981 MBO0787136.1 MBO0787136.1 100 280 0 0 1 280 1 280 3.77e-193 528 MBO0787136.1 WP_244311009.1 34.6 81 51 2 21 100 178 257 2.30e-09 55.8 MOK24130.1 MOK24130.1 100 23 0 0 1 23 1 23 1.85e-14 56.6 WP_070509780.1 WP_070509780.1 100 366 0 0 1 366 1 366 2.91e-263 712 WP_070509780.1 WP_008346835.1 35.5 231 143 3 26 254 3 229 1.63e-30 115 XP_027172582.1 XP_027172582.1 100 224 0 0 1 224 1 224 5.15e-154 424 XP_027172582.1 KAA3459801.1 30.1 153 97 5 16 161 72 221 1.90e-09 54.3 AQY75504.1 AQY75504.1 100 354 0 0 1 354 1 354 4.45e-261 706 AQY75504.1 WP_016809838.1 28.4 334 206 7 7 324 3 319 1.06e-39 142 AQY75504.1 WP_213646387.1 24.3 301 166 10 61 335 51 315 4.39e-11 61.6 MCL4333886.1 MCL4333886.1 100 327 0 0 1 327 1 327 8.61e-234 635 MCL4333886.1 MBR0160695.1 28.5 179 89 8 159 305 152 323 1.15e-09 57.4 MCL4333886.1 WP_027951454.1 26.4 182 109 5 162 319 157 337 1.44e-09 57.0 KAF9419545.1 KAF9419545.1 100 483 0 0 1 483 1 483 0.0 957 KAF9419545.1 WP_173991185.1 38.0 460 283 2 14 472 6 464 1.57e-96 298 WP_019296707.1 WP_019296707.1 100 124 0 0 1 124 1 124 7.20e-85 241 EAZ5330394.1 EAZ5330394.1 100 485 0 0 1 485 1 485 0.0 914 EAZ5330394.1 YP_008379230.1 25.6 328 210 9 122 449 23 316 2.45e-20 90.5 EAZ5330394.1 WP_096665911.1 23.6 453 287 13 30 473 67 469 7.38e-19 87.4 EAZ5330394.1 YP_007317140.1 22.7 321 214 5 114 434 15 301 3.15e-17 81.3 EAZ5330394.1 WP_243361436.1 22.5 298 197 11 116 399 120 397 4.58e-12 66.2 WP_251450535.1 WP_251450535.1 100 310 0 0 1 310 1 310 1.99e-219 597 WP_245456681.1 WP_245456681.1 100 90 0 0 1 90 1 90 3.61e-60 176 WP_063503202.1 WP_063503202.1 100 248 0 0 1 248 1 248 3.83e-161 444 WP_214279799.1 WP_214279799.1 100 62 0 0 1 62 1 62 3.70e-45 136 MBT4680312.1 MBT4680312.1 100 185 0 0 1 185 1 185 2.46e-135 374 WP_222465269.1 WP_222465269.1 100 131 0 0 1 131 1 131 7.89e-90 254 WP_157580311.1 WP_157580311.1 100 268 0 0 1 268 1 268 2.47e-192 525 WP_157580311.1 WP_123966251.1 32.3 257 141 8 7 256 183 413 5.06e-26 103 WP_265399898.1 WP_265399898.1 100 308 0 0 1 308 1 308 1.99e-218 594 WP_265399898.1 WP_029542314.1 30.8 286 191 5 17 295 16 301 1.05e-32 121 WP_265399898.1 WP_091540071.1 29.4 235 119 8 14 209 15 241 4.30e-14 70.1 WP_258941688.1 WP_258941688.1 100 158 0 0 1 158 1 158 9.67e-122 337 WP_258941688.1 WP_124548640.1 43.4 145 76 3 6 148 13 153 1.38e-35 119 OAH97901.1 OAH97901.1 100 229 0 0 1 229 1 229 1.04e-160 442 OAH97901.1 MUT95175.1 32.2 230 149 3 2 224 9 238 4.21e-26 100 MCH8821589.1 MCH8821589.1 100 190 0 0 1 190 1 190 1.90e-121 339 XP_038144206.1 XP_038144206.1 100 959 0 0 1 959 1 959 0.0 1891 WP_236905832.1 WP_236905832.1 100 163 0 0 1 163 1 163 7.01e-122 338 WP_236905832.1 NVO14071.1 55.3 150 64 2 13 159 65 214 2.96e-56 174 WP_124213670.1 WP_124213670.1 100 473 0 0 1 473 1 473 2.07e-319 863 WP_124213670.1 WP_272906673.1 36.1 479 284 6 5 466 6 479 5.19e-83 263 WP_124213670.1 WP_164653811.1 38.3 470 239 11 5 456 27 463 1.08e-75 243 WP_124213670.1 WP_278449211.1 36.4 382 220 5 3 368 6 380 3.75e-69 226 WP_124213670.1 WP_175896721.1 39.3 321 160 4 141 456 159 449 7.25e-59 199 WP_124213670.1 KNY10996.1 39.2 332 159 6 141 465 8 303 1.12e-58 194 WP_124213670.1 MBP7222158.1 41.2 228 134 0 139 366 11 238 1.02e-55 186 WP_124213670.1 WP_205173112.1 41.8 249 141 3 126 371 142 389 1.91e-54 187 WP_124213670.1 MCL7714424.1 31.3 160 101 4 1 156 1 155 3.60e-12 64.3 WP_124213670.1 WP_269633767.1 31.5 149 99 2 4 150 11 158 5.46e-10 59.3 WP_124213670.1 HBG17616.1 31.7 104 68 1 4 104 6 109 2.16e-08 54.7 WP_000391618.1 WP_000391618.1 100 179 0 0 1 179 1 179 5.61e-129 357 XP_048688918.1 XP_048688918.1 100 264 0 0 1 264 1 264 2.73e-178 489 XP_018381815.1 XP_018381815.1 100 145 0 0 1 145 1 145 3.61e-113 315 HAJ6883934.1 HAJ6883934.1 100 274 0 0 1 274 1 274 1.10e-198 541 WP_259823591.1 WP_259823591.1 100 66 0 0 1 66 1 66 7.85e-42 128 EBL5661155.1 EBL5661155.1 100 95 0 0 1 95 1 95 1.66e-65 190 EBL5661155.1 ACE85434.1 27.4 73 53 0 2 74 76 148 3.28e-04 35.8 WP_268394364.1 WP_268394364.1 100 319 0 0 1 319 1 319 5.28e-249 672 WP_107106807.1 WP_107106807.1 100 172 0 0 1 172 1 172 3.41e-122 340 WP_250824310.1 WP_250824310.1 100 271 0 0 1 271 1 271 1.32e-193 528 WP_250824310.1 WP_032884901.1 45.4 238 126 3 32 269 25 258 2.12e-63 198 WP_067144449.1 WP_067144449.1 100 125 0 0 1 125 1 125 8.71e-91 256 MBD5174823.1 MBD5174823.1 100 98 0 0 1 98 1 98 1.03e-65 191 NEP75465.1 NEP75465.1 100 440 0 0 1 440 1 440 4.66e-32 125 WP_247326555.1 WP_247326555.1 100 78 0 0 1 78 1 78 2.27e-53 158 AAM31096.1 AAM31096.1 100 70 0 0 1 70 1 70 2.42e-49 147 MCH2098905.1 MCH2098905.1 100 501 0 0 1 501 1 501 4.18e-313 850 WP_143387569.1 WP_143387569.1 100 229 0 0 1 229 1 229 1.66e-157 434 WP_143387569.1 WP_036077718.1 42.2 218 124 1 5 222 2 217 1.61e-48 157 MCU1579718.1 MCU1579718.1 100 274 0 0 1 274 1 274 5.88e-178 489 MBE8222136.1 MBE8222136.1 100 95 0 0 1 95 1 95 2.47e-58 172 RYD06084.1 RYD06084.1 100 58 0 0 1 58 1 58 2.53e-39 121 XP_039387169.1 XP_039387169.1 100 188 0 0 1 188 1 188 3.61e-134 371 WP_082565353.1 WP_082565353.1 100 338 0 0 1 338 1 338 1.26e-252 683 WP_082565353.1 WP_044489505.1 59.1 320 129 2 1 319 1 319 2.86e-131 375 WP_082565353.1 KAJ3308761.1 29.4 248 161 6 1 239 1 243 1.12e-22 95.9 PKL40887.1 PKL40887.1 100 149 0 0 1 149 1 149 7.21e-106 296 PKL40887.1 WP_113120276.1 51.1 141 68 1 7 146 5 145 7.29e-45 142 WP_092015539.1 WP_092015539.1 100 273 0 0 1 273 1 273 4.87e-206 560 WP_236777269.1 WP_236777269.1 100 397 0 0 1 397 1 397 3.03e-267 725 WP_236777269.1 WP_220524718.1 26.9 376 268 4 16 387 8 380 8.55e-35 130 WP_236777269.1 MBQ9697149.1 25.5 353 210 7 47 394 48 352 9.93e-19 85.1 WP_236777269.1 KAB2838176.1 28.0 182 126 1 42 218 37 218 4.75e-06 45.8 NLX21103.1 NLX21103.1 100 324 0 0 1 324 1 324 3.83e-240 650 WP_281498184.1 WP_281498184.1 100 584 0 0 1 584 1 584 0.0 1140 WP_281498184.1 WP_226865765.1 38.3 60 36 1 21 80 12 70 1.88e-05 45.8 WP_281498184.1 MBL6756473.1 35.4 79 48 2 24 100 60 137 2.40e-04 42.4 WP_281498184.1 WP_168166755.1 41.4 58 32 1 367 424 49 104 2.58e-04 41.2 WP_099711363.1 WP_099711363.1 100 311 0 0 1 311 1 311 1.58e-221 602 WP_099711363.1 WP_151434014.1 31.3 326 187 15 1 311 1 304 9.01e-30 113 WP_127202722.1 WP_127202722.1 100 436 0 0 1 436 1 436 6.01e-312 842 XP_027728774.1 XP_027728774.1 100 2001 0 0 1 2001 1 2001 0.0 4125 MBL9135845.1 MBL9135845.1 100 221 0 0 1 221 1 221 1.06e-165 454 MBL9135845.1 KAI6019239.1 35.8 212 113 5 4 195 13 221 1.74e-37 129 MBL9135845.1 WP_203727943.1 30.4 158 93 4 33 186 534 678 9.30e-13 65.1 XP_049133140.1 XP_049133140.1 100 253 0 0 1 253 1 253 2.20e-183 501 MBP5665134.1 MBP5665134.1 100 74 0 0 1 74 1 74 9.55e-51 151 QRN83137.1 QRN83137.1 100 295 0 0 1 295 1 295 2.00e-216 588 CAE6472910.1 CAE6472910.1 100 590 0 0 1 590 1 590 0.0 1198 CAE6472910.1 WP_266708839.1 30.3 501 280 18 52 546 93 530 1.98e-40 152 MBX6384685.1 MBX6384685.1 100 406 0 0 1 406 1 406 1.47e-274 744 AZV79909.1 AZV79909.1 100 85 0 0 1 85 1 85 1.24e-60 177 MCK5187010.1 MCK5187010.1 100 135 0 0 1 135 1 135 2.15e-89 254 WP_142037733.1 WP_142037733.1 100 412 0 0 1 412 1 412 5.04e-285 771 KAJ7821411.1 KAJ7821411.1 100 89 0 0 1 89 1 89 3.11e-56 166 KAH7980918.1 KAH7980918.1 100 627 0 0 1 627 1 627 0.0 1259 BBQ86561.1 BBQ86561.1 100 321 0 0 1 321 1 321 1.78e-223 608 BBQ86561.1 KRX15989.1 28.2 216 134 6 88 289 18 226 2.69e-13 68.6 XP_006689993.1 XP_006689993.1 100 512 0 0 1 512 1 512 0.0 888 WP_009475234.1 WP_009475234.1 100 424 0 0 1 424 1 424 1.39e-304 822 MCK5175373.1 MCK5175373.1 100 88 0 0 1 88 1 88 4.60e-62 181 WP_039095635.1 WP_039095635.1 100 339 0 0 1 339 1 339 7.02e-255 689 MCM0593547.1 MCM0593547.1 100 255 0 0 1 255 1 255 4.25e-182 498 RWZ64791.1 RWZ64791.1 100 364 0 0 1 364 1 364 1.75e-263 713 MBX7220138.1 MBX7220138.1 100 709 0 0 1 709 1 709 0.0 1123 MBX7220138.1 WP_008292946.1 22.4 192 108 6 284 441 224 408 1.94e-04 43.1 KAG2053605.1 KAG2053605.1 100 347 0 0 1 347 1 347 1.81e-261 706 NXV13419.1 NXV13419.1 100 216 0 0 1 216 1 216 3.88e-113 320 WP_114094371.1 WP_114094371.1 100 116 0 0 1 116 1 116 4.47e-82 234 WP_092156886.1 WP_092156886.1 100 185 0 0 1 185 1 185 3.78e-139 384 WP_092156886.1 WP_247498151.1 57.1 170 71 1 9 176 15 184 3.97e-59 182 WP_092156886.1 XP_032812066.1 36.3 157 98 1 8 162 7 163 1.15e-25 97.4 EDF0432725.1 EDF0432725.1 100 56 0 0 1 56 1 56 4.17e-35 110 MCA1589644.1 MCA1589644.1 100 744 0 0 1 744 1 744 0.0 1419 KAI9774712.1 KAI9774712.1 100 767 0 0 1 767 1 767 0.0 1490 KAI9774712.1 XP_040614072.1 22.7 278 122 10 65 271 346 601 5.26e-06 48.1 TAM11363.1 TAM11363.1 100 325 0 0 1 325 1 325 2.88e-231 628 WP_281462881.1 WP_281462881.1 100 371 0 0 1 371 1 371 1.21e-278 752 WP_281462881.1 WP_009025642.1 30.6 366 216 10 10 354 49 397 1.20e-33 127 KAJ5168969.1 KAJ5168969.1 100 790 0 0 1 790 1 790 0.0 1476 KAJ5168969.1 KAI7371949.1 71.7 647 176 3 103 748 252 892 1.93e-306 863 KAJ5168969.1 MBQ4454347.1 32.8 491 324 6 253 741 86 572 9.04e-80 266 KAJ5168969.1 WP_060613079.1 34.7 496 311 10 254 744 92 579 8.69e-78 260 KAJ5168969.1 WP_036258374.1 32.6 509 322 9 232 729 51 549 5.65e-68 233 KAJ5168969.1 WP_011512097.1 38.3 402 235 9 353 749 192 585 2.00e-63 221 KAJ5168969.1 WAY96880.1 45.5 198 104 2 519 715 1 195 8.10e-43 152 KAJ5168969.1 WP_247749043.1 31.3 383 219 14 398 747 230 601 4.65e-38 149 KAJ5168969.1 KAJ2660037.1 30.7 336 204 11 419 742 1725 2043 8.71e-31 129 KAJ5168969.1 WP_008470196.1 32.6 218 135 5 522 733 24 235 3.18e-29 115 KAJ5168969.1 WP_176354145.1 33.6 220 127 8 526 737 24 232 2.23e-22 98.2 KAJ5168969.1 MCH4209672.1 29.9 197 122 4 521 717 396 576 7.20e-18 86.3 KAJ5168969.1 WP_036816548.1 29.5 217 130 8 521 721 20 229 5.70e-15 73.9 KAJ5168969.1 NNE23115.1 24.8 214 139 7 530 734 25 225 1.40e-09 58.9 KAJ5168969.1 MQF68191.1 33.8 71 42 1 522 592 31 96 4.24e-06 45.1 NNM97518.1 NNM97518.1 100 335 0 0 1 335 1 335 5.08e-246 666 KJS37244.1 KJS37244.1 100 303 0 0 1 303 1 303 3.46e-221 601 KJS37244.1 WP_128950282.1 53.2 297 124 5 1 297 22 303 1.61e-90 270 WP_099529629.1 WP_099529629.1 100 243 0 0 1 243 1 243 3.46e-166 457 WP_099529629.1 WP_065888604.1 40.7 241 135 4 7 241 4 242 1.50e-43 145 RZJ01256.1 RZJ01256.1 100 269 0 0 1 269 1 269 9.11e-209 566 HHH37178.1 HHH37178.1 100 271 0 0 1 271 1 271 1.13e-194 531 HHH37178.1 WP_166725305.1 34.3 178 117 0 79 256 130 307 2.21e-26 103 HHH37178.1 WP_217101611.1 34.3 178 117 0 79 256 130 307 8.20e-26 102 HHH37178.1 WP_213750918.1 30.2 182 126 1 74 254 77 258 3.18e-18 80.5 HHH37178.1 HAT4171334.1 29.3 184 129 1 76 259 19 201 3.59e-16 76.3 XP_025046235.1 XP_025046235.1 100 235 0 0 1 235 1 235 1.08e-165 455 XP_025046235.1 MBN3324024.1 39.4 241 123 8 1 234 487 711 3.26e-20 87.4 WP_274885772.1 WP_274885772.1 100 611 0 0 1 611 1 611 0.0 1136 WP_274885772.1 MAD47294.1 34.4 598 330 13 5 588 5 554 4.43e-92 293 WP_252384350.1 WP_252384350.1 100 147 0 0 1 147 1 147 2.34e-101 285 CQR41738.1 CQR41738.1 100 469 0 0 1 469 1 469 0.0 939 CQR41738.1 WP_182544916.1 36.0 378 226 8 5 374 25 394 2.14e-48 173 CQR41738.1 TFV00908.1 46.6 146 77 1 23 168 1 145 7.62e-35 125 MBC7879491.1 MBC7879491.1 100 672 0 0 1 672 1 672 0.0 1283 MBS3963684.1 MBS3963684.1 100 417 0 0 1 417 1 417 4.17e-307 828 HET19539.1 HET19539.1 100 107 0 0 1 107 1 107 2.40e-75 216 EGM3572601.1 EGM3572601.1 100 876 0 0 1 876 1 876 0.0 1768 MBI4678329.1 MBI4678329.1 100 412 0 0 1 412 1 412 6.98e-292 789 RME29710.1 RME29710.1 100 169 0 0 1 169 1 169 1.39e-115 323 MBT3228703.1 MBT3228703.1 100 312 0 0 1 312 1 312 1.59e-226 615 MBT3228703.1 MCE2152122.1 37.8 74 46 0 110 183 101 174 3.93e-08 50.8 WP_086136661.1 WP_086136661.1 100 408 0 0 1 408 1 408 9.23e-263 715 WP_086136661.1 WP_118283063.1 34.3 388 253 2 12 398 6 392 3.78e-46 162 GJE89625.1 GJE89625.1 100 361 0 0 1 361 1 361 2.14e-267 723 WP_267911890.1 WP_267911890.1 100 65 0 0 1 65 1 65 1.18e-38 120 WP_267911890.1 MCM4298717.1 54.3 46 21 0 1 46 5 50 6.90e-11 51.6 WP_164636240.1 WP_164636240.1 100 486 0 0 1 486 1 486 0.0 949 WP_164636240.1 WP_094151267.1 34.0 427 257 7 53 465 5 420 2.32e-64 213 WP_164636240.1 WP_168565867.1 30.3 327 209 8 88 411 10 320 1.78e-31 123 WP_164636240.1 MBT4160670.1 30.3 274 171 8 98 365 9 268 5.19e-22 95.9 WP_055406376.1 WP_055406376.1 100 308 0 0 1 308 1 308 1.13e-208 570 MBP6544771.1 MBP6544771.1 100 551 0 0 1 551 1 551 0.0 1095 MBP6544771.1 WP_167959909.1 30.2 503 328 10 53 548 42 528 7.49e-60 206 MBP6544771.1 WP_148836004.1 29.6 527 322 12 28 551 12 492 5.70e-52 183 MBP6544771.1 WP_112119927.1 29.2 346 216 10 208 550 141 460 6.66e-38 144 MBP6544771.1 WP_055153579.1 25.0 519 335 11 39 550 14 485 1.34e-31 126 MBP6544771.1 WP_200941876.1 27.1 509 277 18 19 466 39 514 5.73e-30 122 XP_046298169.1 XP_046298169.1 100 314 0 0 1 314 1 314 6.78e-229 621 XP_046298169.1 XP_049747270.1 55.9 299 131 1 10 308 10 307 1.89e-116 337 XP_046298169.1 XP_005087540.1 34.2 298 194 1 14 311 12 307 4.09e-48 162 XP_046298169.1 XP_002688837.2 33.8 296 180 5 14 302 12 298 1.34e-47 160 XP_046298169.1 XP_034290446.1 32.6 304 195 4 8 307 8 305 1.62e-45 155 XP_046298169.1 XP_042531659.1 31.2 301 199 5 6 303 4 299 1.40e-37 134 GCB60913.1 GCB60913.1 100 645 0 0 1 645 1 645 0.0 1244 MCB9680378.1 MCB9680378.1 100 246 0 0 1 246 1 246 1.16e-170 468 MCB9680378.1 KAG2346037.1 32.5 194 127 3 5 195 16 208 1.02e-20 86.7 KAI3679517.1 KAI3679517.1 100 292 0 0 1 292 1 292 1.98e-210 573 MBU0598391.1 MBU0598391.1 100 341 0 0 1 341 1 341 5.38e-260 702 WP_118925030.1 WP_118925030.1 100 393 0 0 1 393 1 393 1.01e-279 756 MCB3018266.1 MCB3018266.1 100 267 0 0 1 267 1 267 2.22e-174 479 MCB3018266.1 NRJ54907.1 97.8 267 5 1 1 267 1 266 9.30e-169 465 MSP81668.1 MSP81668.1 100 239 0 0 1 239 1 239 9.04e-185 503 SFB29161.1 SFB29161.1 100 524 0 0 1 524 1 524 0.0 984 SFB29161.1 HAT4171334.1 40.8 524 298 3 2 524 3 515 3.27e-128 382 SFB29161.1 GFR82011.1 45.8 214 111 1 1 209 1 214 6.05e-50 169 SFB29161.1 WP_123653117.1 32.6 190 128 0 20 209 29 218 6.67e-26 104 WP_204638884.1 WP_204638884.1 100 264 0 0 1 264 1 264 2.00e-180 494 WP_204638884.1 WP_211867837.1 46.0 250 127 2 3 244 2 251 3.47e-71 218 WP_204638884.1 MCR4310565.1 24.4 262 186 6 4 258 133 389 2.75e-15 73.2 WP_176354145.1 WP_176354145.1 100 370 0 0 1 370 1 370 1.02e-265 719 WP_176354145.1 WP_140480909.1 47.4 329 166 4 10 335 17 341 1.76e-93 282 WP_176354145.1 WP_076409454.1 45.4 315 151 5 6 316 5 302 2.53e-85 261 WP_176354145.1 WP_237907640.1 42.2 358 194 6 7 362 5 351 1.19e-82 254 WP_176354145.1 WP_109219819.1 47.9 286 145 3 8 293 20 301 3.82e-80 248 WP_176354145.1 WP_170725874.1 46.6 294 129 3 15 307 14 280 3.57e-76 237 WP_176354145.1 WP_011057593.1 42.6 312 154 6 6 309 5 299 1.91e-68 218 WP_176354145.1 WP_258581409.1 43.1 295 161 4 6 295 4 296 2.59e-68 218 WP_176354145.1 MWR41881.1 41.0 227 127 2 16 236 39 264 2.98e-51 170 WP_176354145.1 HBO4828144.1 49.7 193 93 2 19 211 28 216 7.87e-49 164 WP_176354145.1 WP_077217464.1 36.0 258 148 5 16 261 45 297 6.16e-45 155 WP_176354145.1 WP_222125851.1 36.1 238 142 3 11 239 7 243 3.09e-43 149 WP_176354145.1 EHH5649593.1 37.3 212 118 2 24 229 21 223 9.69e-38 135 WP_176354145.1 WP_088153117.1 36.5 200 118 2 31 224 24 220 1.90e-33 126 WP_176354145.1 MBQ3864274.1 36.9 222 130 4 17 228 32 253 2.07e-32 122 WP_176354145.1 WP_227059655.1 34.7 219 135 4 18 228 341 559 2.44e-30 120 WP_176354145.1 WP_247429569.1 31.8 239 146 4 3 228 14 248 7.14e-29 111 WP_176354145.1 WP_221977168.1 30.2 222 141 3 6 215 16 235 3.39e-25 101 WP_176354145.1 KAJ5168969.1 32.9 228 134 8 17 233 519 738 3.40e-22 96.7 WP_176354145.1 KAF9974715.1 27.9 222 139 7 18 234 478 683 6.52e-12 65.5 WP_226741138.1 WP_226741138.1 100 315 0 0 1 315 1 315 5.82e-210 573 ACU52521.1 ACU52521.1 100 151 0 0 1 151 1 151 1.19e-105 296 EAF4311303.1 EAF4311303.1 100 199 0 0 1 199 1 199 5.08e-144 397 PIR98590.1 PIR98590.1 100 708 0 0 1 708 1 708 0.0 1344 RLV89158.1 RLV89158.1 100 885 0 0 1 885 1 885 0.0 1634 RMG03831.1 RMG03831.1 100 222 0 0 1 222 1 222 9.38e-165 451 MBA2496669.1 MBA2496669.1 100 126 0 0 1 126 1 126 6.61e-91 257 WP_127979673.1 WP_127979673.1 100 230 0 0 1 230 1 230 6.79e-162 445 WP_127979673.1 MCH8328754.1 41.8 225 130 1 1 224 5 229 1.30e-59 186 WP_101025682.1 WP_101025682.1 100 1011 0 0 1 1011 1 1011 0.0 1950 WP_101025682.1 MBT2214695.1 29.4 725 480 15 6 723 215 914 8.79e-76 271 MBL68646.1 MBL68646.1 100 283 0 0 1 283 1 283 2.07e-212 577 MBL68646.1 WP_224828628.1 39.9 298 152 10 1 278 1 291 7.88e-58 185 WP_027600082.1 WP_027600082.1 100 125 0 0 1 125 1 125 3.42e-88 250 WP_183298005.1 WP_183298005.1 100 240 0 0 1 240 1 240 2.04e-177 485 NLL64488.1 NLL64488.1 100 179 0 0 1 179 1 179 1.18e-130 362 NLL64488.1 WP_050163955.1 39.5 152 92 0 5 156 86 237 4.86e-33 116 XP_021682448.1 XP_021682448.1 100 146 0 0 1 146 1 146 5.98e-108 301 UJV88611.1 UJV88611.1 100 4401 0 0 1 4401 1 4401 0.0 8457 UJV88611.1 ULA23837.2 98.0 4401 90 0 1 4401 1 4401 0.0 8449 UJV88611.1 UIR12670.1 98.0 4397 88 0 1 4397 1 4397 0.0 8447 UJV88611.1 UXH94526.1 97.9 4401 91 0 1 4401 1 4401 0.0 8445 UJV88611.1 UJJ97602.1 99.8 4401 8 0 1 4401 1 4401 0.0 8436 UJV88611.1 UPA83906.1 97.9 4397 92 0 1 4397 1 4397 0.0 8436 UJV88611.1 UMF87224.1 97.5 4397 112 0 1 4397 1 4397 0.0 8434 UJV88611.1 QTD03487.1 97.7 4405 99 2 1 4401 1 4405 0.0 8428 UJV88611.1 QXR94354.1 97.7 4402 100 1 1 4401 1 4402 0.0 8428 UJV88611.1 UPP41269.1 97.7 4402 101 1 1 4401 1 4402 0.0 8427 UJV88611.1 QTM79632.1 97.6 4402 103 1 1 4401 1 4402 0.0 8426 UJV88611.1 USR14792.1 97.7 4402 102 1 1 4401 1 4402 0.0 8425 UJV88611.1 UZO53924.1 97.7 4398 99 1 1 4397 1 4398 0.0 8424 UJV88611.1 QWC83326.1 97.7 4401 96 2 1 4397 1 4401 0.0 8423 UJV88611.1 QSZ25555.1 97.7 4401 97 2 1 4397 1 4401 0.0 8422 UJV88611.1 UVB16817.1 97.7 4398 99 1 1 4397 1 4398 0.0 8422 UJV88611.1 QTZ27226.1 97.6 4402 105 1 1 4401 1 4402 0.0 8421 UJV88611.1 QVD87869.1 97.7 4398 99 1 1 4397 1 4398 0.0 8421 UJV88611.1 URQ55824.1 97.7 4398 100 1 1 4397 1 4398 0.0 8421 UJV88611.1 UFM00670.1 97.6 4405 102 2 1 4401 1 4405 0.0 8419 UJV88611.1 WEU87158.1 97.7 4401 98 2 1 4397 1 4401 0.0 8418 UJV88611.1 UKU68032.1 97.6 4401 104 0 1 4401 1 4401 0.0 8417 UJV88611.1 UEC68750.1 97.6 4405 102 2 1 4401 1 4405 0.0 8416 UJV88611.1 UBP50947.1 97.7 4401 99 2 1 4397 1 4401 0.0 8415 UJV88611.1 QZU16279.1 97.7 4401 99 2 1 4397 1 4401 0.0 8415 WP_158303127.1 WP_158303127.1 100 56 0 0 1 56 1 56 1.02e-35 112 MBI1797961.1 MBI1797961.1 100 347 0 0 1 347 1 347 1.81e-261 706 MBI1797961.1 WP_069877432.1 38.6 339 189 8 19 347 15 344 5.32e-75 234 MBI1797961.1 MCI1663915.1 35.8 341 189 5 22 347 16 341 1.19e-69 219 WP_259568097.1 WP_259568097.1 100 890 0 0 1 890 1 890 0.0 1773 WP_259568097.1 MBR7152669.1 37.4 163 100 1 8 168 6 168 1.16e-32 122 HCD4651973.1 HCD4651973.1 100 875 0 0 1 875 1 875 0.0 1691 WP_109124355.1 WP_109124355.1 100 216 0 0 1 216 1 216 1.05e-149 413 WP_109124355.1 WP_132579575.1 40.4 52 31 0 155 206 15 66 1.82e-05 40.0 MCK9579519.1 MCK9579519.1 100 342 0 0 1 342 1 342 2.85e-251 680 WP_252122124.1 WP_252122124.1 100 326 0 0 1 326 1 326 3.15e-240 651 WP_252122124.1 WP_039806668.1 43.9 285 157 3 1 284 5 287 4.44e-69 217 WP_252122124.1 WP_234521407.1 31.6 326 220 3 1 326 4 326 6.40e-46 157 WP_031912375.1 WP_031912375.1 100 74 0 0 111 184 111 184 1.02e-44 144 WP_102687017.1 WP_102687017.1 100 348 0 0 1 348 1 348 4.24e-256 693 OWA15278.1 OWA15278.1 100 133 0 0 1 133 1 133 2.16e-97 274 OWA15278.1 WP_136193451.1 48.5 99 49 2 10 106 8 106 1.55e-24 93.6 OWA15278.1 WP_089269927.1 40.2 97 53 2 10 101 7 103 1.25e-16 72.0 KAG7153436.1 KAG7153436.1 100 518 0 0 1 518 1 518 1.44e-139 411 EAI4228870.1 EAI4228870.1 100 719 0 0 1 719 1 719 0.0 1275 VDP10889.1 VDP10889.1 100 190 0 0 1 190 1 190 4.74e-140 386 WP_188340499.1 WP_188340499.1 100 122 0 0 1 122 1 122 1.20e-91 258 MCL0086045.1 MCL0086045.1 100 263 0 0 1 263 1 263 7.66e-189 516 WP_192500494.1 WP_192500494.1 100 303 0 0 1 303 1 303 4.92e-221 600 WP_192500494.1 WP_152652784.1 35.6 295 187 2 7 299 10 303 8.66e-60 191 WP_192500494.1 EHR6291555.1 41.5 217 125 1 3 217 330 546 1.48e-56 190 WP_192500494.1 RLN50561.1 35.8 226 139 4 16 235 1508 1733 9.18e-42 152 WP_192500494.1 THW78755.1 32.3 226 147 6 3 226 1216 1437 1.35e-29 117 WP_192500494.1 WP_281543397.1 30.8 195 131 3 17 208 4 197 3.74e-29 111 WP_192500494.1 WP_132175930.1 31.5 219 141 5 8 219 33 249 1.09e-28 110 WP_192500494.1 WP_221265680.1 28.6 217 147 4 3 214 20 233 3.67e-28 109 WP_192500494.1 MSO30570.1 27.9 233 162 5 3 231 8 238 1.39e-26 105 WP_192500494.1 WP_279984614.1 29.4 235 146 7 5 222 12 243 3.01e-22 92.0 WP_192500494.1 WP_247749043.1 31.4 210 127 6 15 210 371 577 1.75e-18 84.0 WP_192500494.1 WP_150396769.1 23.2 211 149 4 8 207 30 238 6.49e-15 73.2 WP_192500494.1 WAY96880.1 29.2 161 91 2 18 163 5 157 1.08e-14 69.7 WP_192500494.1 WP_089246429.1 24.3 222 148 6 5 209 7 225 1.23e-13 69.3 WP_192500494.1 XP_013005546.1 28.1 199 132 6 30 221 74 268 2.63e-11 62.4 WP_192500494.1 WP_131166802.1 25.9 216 135 8 17 210 25 237 1.30e-10 59.7 WP_192500494.1 WP_145468487.1 22.7 181 133 3 20 193 28 208 3.64e-10 57.4 WP_192500494.1 KAF9974715.1 21.0 200 133 3 18 208 481 664 5.62e-07 49.3 WP_142114448.1 WP_142114448.1 100 368 0 0 1 368 1 368 1.09e-259 704 WP_142114448.1 WP_054059514.1 37.4 187 107 5 36 221 30 207 2.59e-22 92.8 WP_142114448.1 WP_129703040.1 32.6 138 91 1 43 180 26 161 5.74e-16 73.6 MBI1884116.1 MBI1884116.1 100 224 0 0 1 224 1 224 1.23e-161 444 KAJ0250772.1 KAJ0250772.1 100 120 0 0 1 120 1 120 1.05e-36 119 HBN08959.1 HBN08959.1 100 248 0 0 1 248 1 248 2.63e-168 462 QEC74319.1 QEC74319.1 100 264 0 0 1 264 1 264 5.42e-194 529 QEC74319.1 HCD14621.1 31.1 257 171 4 8 264 13 263 2.65e-33 121 QEC74319.1 WP_135306871.1 32.7 257 168 3 8 264 16 267 2.69e-33 121 KAJ7903702.1 KAJ7903702.1 100 442 0 0 1 442 1 442 0.0 874 KAJ7903702.1 EYU24504.1 28.7 334 179 6 9 309 174 481 3.12e-40 150 KAJ7903702.1 XP_046441060.1 28.0 279 188 4 23 300 61 327 1.11e-31 126 KAJ7903702.1 XP_020321477.1 26.1 307 204 7 6 307 36 324 6.89e-29 118 KAJ7903702.1 KAH6984898.1 23.3 300 176 5 19 267 20 316 5.52e-20 91.3 KAJ7903702.1 WP_281919021.1 25.6 254 180 4 23 268 12 264 5.47e-15 75.1 KAJ7903702.1 GIW70618.1 24.6 268 191 4 23 279 48 315 5.00e-14 72.8 KAJ7903702.1 XP_043377824.1 26.5 279 175 11 23 285 25 289 1.61e-13 71.2 KAJ7903702.1 XP_026100634.1 28.8 226 129 8 27 234 87 298 2.60e-13 69.7 KAJ7903702.1 WP_271931007.1 28.3 233 119 10 29 221 667 891 1.83e-12 67.8 KAJ7903702.1 NJK67049.1 31.0 129 86 2 94 219 119 247 8.03e-10 58.9 KAJ7903702.1 XP_048409145.1 33.8 80 50 2 134 213 766 842 8.78e-07 49.7 KAJ7903702.1 KAI3849778.1 25.3 154 106 3 74 218 542 695 2.35e-05 45.1 RXN11474.1 RXN11474.1 100 779 0 0 1 779 1 779 0.0 1506 MCJ7468405.1 MCJ7468405.1 100 131 0 0 1 131 1 131 2.26e-89 253 ECI0838809.1 ECI0838809.1 100 452 0 0 1 452 1 452 0.0 906 WP_087918330.1 WP_087918330.1 100 250 0 0 1 250 1 250 1.49e-184 504 WP_087918330.1 WP_175395805.1 50.0 246 123 0 1 246 1 246 3.20e-88 260 WP_087918330.1 NET00292.1 48.0 244 125 2 5 246 28 271 1.33e-78 236 EJA1208030.1 EJA1208030.1 100 154 0 0 1 154 1 154 7.72e-117 325 KAJ7494177.1 KAJ7494177.1 100 313 0 0 1 313 1 313 4.94e-226 614 MCH2663613.1 MCH2663613.1 100 350 0 0 1 350 1 350 2.79e-262 709 WP_157476287.1 WP_157476287.1 100 196 0 0 1 196 1 196 5.53e-151 414 WP_157476287.1 KUO65278.1 44.7 190 101 3 1 190 1 186 2.20e-58 180 WP_149911652.1 WP_149911652.1 100 433 0 0 1 433 1 433 2.20e-317 855 WP_149911652.1 WP_102461582.1 33.2 295 179 5 141 426 32 317 6.07e-38 138 WP_149911652.1 WP_274755179.1 33.8 290 178 6 139 423 138 418 3.21e-37 139 WP_149911652.1 MBX3687043.1 29.8 235 124 7 201 414 232 446 1.49e-15 76.6 WP_149911652.1 KDF42894.1 27.9 251 159 9 189 423 244 488 8.49e-12 65.1 WP_149911652.1 WP_149230790.1 27.8 223 142 9 213 422 324 540 1.75e-07 51.6 HBF6683624.1 HBF6683624.1 100 193 0 0 1 193 1 193 9.42e-128 355 WP_175740884.1 WP_175740884.1 100 195 0 0 1 195 1 195 1.19e-131 365 RUU66461.1 RUU66461.1 100 380 0 0 1 380 1 380 2.42e-269 729 RUU66461.1 WP_192324556.1 53.2 395 163 3 5 377 223 617 8.17e-126 374 RUU66461.1 WP_227059655.1 47.8 393 188 3 2 377 224 616 2.34e-110 334 RUU66461.1 MBU5353226.1 51.1 262 122 3 82 340 7 265 2.47e-81 249 RUU66461.1 WP_226904802.1 51.8 253 121 1 82 333 25 277 5.91e-80 247 RUU66461.1 MBQ3864274.1 54.1 255 112 4 103 355 33 284 6.24e-80 246 RUU66461.1 WP_098952357.1 46.9 260 136 2 82 339 6 265 5.23e-65 208 RUU66461.1 MCP5262709.1 42.9 259 134 4 82 333 4 255 8.91e-60 194 RUU66461.1 GLY24463.1 44.2 260 130 4 82 333 7 259 7.99e-58 189 RUU66461.1 WP_066083732.1 36.7 267 153 4 76 333 3 262 2.84e-53 178 RUU66461.1 WP_131166802.1 41.2 260 139 4 82 333 8 261 6.37e-53 177 RUU66461.1 WP_107894076.1 38.8 260 149 5 82 333 3 260 2.42e-52 175 RUU66461.1 MWR41881.1 36.3 223 136 5 106 326 44 262 6.88e-35 127 RUU66461.1 WP_258581409.1 33.2 238 141 6 95 329 12 234 2.70e-31 120 RUU66461.1 WP_109219819.1 33.3 231 132 8 109 332 36 251 4.65e-27 108 RUU66461.1 WP_072380563.1 31.0 229 151 5 106 331 17 241 4.20e-26 103 RUU66461.1 WP_022619009.1 29.1 199 123 7 109 302 22 207 9.90e-16 74.3 RUU66461.1 MBQ8297564.1 25.5 255 174 8 69 318 314 557 5.19e-12 65.5 RUU66461.1 WP_222125851.1 38.8 49 30 0 4 52 193 241 3.51e-06 46.2 RUU66461.1 QCM13287.1 41.1 56 30 1 1 56 206 258 1.01e-04 42.0 MCP1831263.1 MCP1831263.1 100 171 0 0 1 171 1 171 6.91e-126 349 WP_012785155.1 WP_012785155.1 100 424 0 0 1 424 1 424 2.62e-309 834 RYD69609.1 RYD69609.1 100 101 0 0 1 101 1 101 2.66e-76 218 MBF3543544.1 MBF3543544.1 100 69 0 0 1 69 1 69 4.24e-18 68.9 NXN86496.1 NXN86496.1 100 611 0 0 1 611 1 611 0.0 1224 HBG7982863.1 HBG7982863.1 100 208 0 0 1 208 1 208 6.89e-151 415 HBG7982863.1 WP_046234935.1 58.8 182 75 0 16 197 173 354 1.60e-70 217 WP_107194058.1 WP_107194058.1 100 267 0 0 1 267 1 267 9.42e-201 546 EFO2269166.1 EFO2269166.1 100 379 0 0 1 379 1 379 6.51e-278 751 EFO2269166.1 WP_054998585.1 34.7 354 214 8 16 364 13 354 2.55e-62 202 WP_271569604.1 WP_271569604.1 100 87 0 0 1 87 1 87 5.65e-58 171 KAG9297605.1 KAG9297605.1 100 537 0 0 1 537 1 537 0.0 1065 KAG9291817.1 KAG9291817.1 100 367 0 0 1 367 1 367 7.51e-271 732 WP_103478303.1 WP_103478303.1 100 123 0 0 1 123 1 123 7.81e-84 239 WP_159081190.1 WP_159081190.1 100 66 0 0 1 66 1 66 1.59e-41 127 PHU26875.1 PHU26875.1 100 271 0 0 1 271 1 271 1.12e-185 508 PMD26514.1 PMD26514.1 100 679 0 0 1 679 1 679 0.0 1233 WP_106281081.1 WP_106281081.1 100 536 0 0 1 536 1 536 0.0 1035 OYU97658.1 OYU97658.1 100 108 0 0 1 108 1 108 1.89e-77 221 OYU97658.1 WP_230693348.1 63.9 108 39 0 1 108 1 108 1.07e-49 151 MBP5531704.1 MBP5531704.1 100 166 0 0 1 166 1 166 2.08e-120 335 WP_203325777.1 WP_203325777.1 100 201 0 0 1 201 1 201 1.84e-147 406 WP_203325777.1 MCI5191941.1 33.3 87 51 2 73 159 529 608 8.23e-07 47.0 WP_225927241.1 WP_225927241.1 100 830 0 0 1 830 1 830 0.0 1638 WP_225927241.1 WP_232923125.1 70.3 812 238 2 20 829 2 812 0.0 1131 WP_261402515.1 WP_261402515.1 100 225 0 0 1 225 1 225 2.46e-157 433 HHO42668.1 HHO42668.1 100 441 0 0 1 441 1 441 7.24e-30 119 WP_049480885.1 WP_049480885.1 100 510 0 0 1 510 1 510 0.0 974 KAI5618353.1 KAI5618353.1 100 688 0 0 1 688 1 688 0.0 1338 KAI5618353.1 XP_046907253.1 27.9 463 269 17 232 669 92 514 4.90e-36 141 WP_117292786.1 WP_117292786.1 100 127 0 0 1 127 1 127 1.09e-85 244 WP_127595852.1 WP_127595852.1 100 143 0 0 1 143 1 143 8.81e-86 245 XP_043406427.1 XP_043406427.1 100 473 0 0 1 473 1 473 0.0 923 NNL66378.1 NNL66378.1 100 137 0 0 1 137 1 137 8.71e-99 278 NNL66378.1 WP_134885491.1 30.8 133 68 3 5 137 8 116 1.02e-13 65.1 GBM10107.1 GBM10107.1 100 148 0 0 1 148 1 148 2.84e-107 300 MBF8294570.1 MBF8294570.1 100 589 0 0 1 589 1 589 0.0 1172 MBF8294570.1 RYO44776.1 31.8 607 332 23 24 576 249 827 6.60e-67 231 MBF8294570.1 MCL1888839.1 34.3 280 159 3 333 588 435 713 1.97e-46 172 MBF8294570.1 MBQ5493788.1 39.5 119 72 0 461 579 17 135 2.11e-24 97.8 WP_120358183.1 WP_120358183.1 100 553 0 0 1 553 1 553 6.37e-283 778 WP_120358183.1 HAZ7424284.1 47.1 172 91 0 337 508 331 502 1.39e-32 129 KAJ8673388.1 KAJ8673388.1 100 310 0 0 1 310 1 310 1.59e-225 612 NWY89495.1 NWY89495.1 100 508 0 0 1 508 1 508 0.0 1034 RLI44152.1 RLI44152.1 100 113 0 0 1 113 1 113 6.96e-71 205 WP_251057605.1 WP_251057605.1 100 437 0 0 1 437 1 437 8.84e-310 836 HHD92264.1 HHD92264.1 100 835 0 0 1 835 1 835 0.0 1631 WP_057452934.1 WP_057452934.1 100 352 0 0 1 352 1 352 2.87e-256 694 WP_057452934.1 MBF0865514.1 59.3 332 134 1 9 339 11 342 6.68e-142 404 WP_057452934.1 WP_083296738.1 57.8 306 129 0 13 318 24 329 3.42e-126 365 WP_057452934.1 WP_040532466.1 52.7 313 147 1 9 320 4 316 3.65e-118 344 ETK88527.1 ETK88527.1 100 182 0 0 1 182 1 182 3.49e-129 358 XP_033323208.1 XP_033323208.1 100 1211 0 0 1 1211 1 1211 0.0 2132 XP_034290446.1 XP_034290446.1 100 322 0 0 1 322 1 322 7.95e-232 629 XP_034290446.1 XP_012889676.1 51.1 307 148 2 1 307 1 305 6.77e-97 287 XP_034290446.1 XP_002688837.2 44.4 297 156 3 13 305 12 303 1.89e-78 240 XP_034290446.1 XP_005087540.1 41.0 300 176 1 12 311 11 309 9.57e-75 231 XP_034290446.1 XP_042531659.1 40.9 301 175 3 4 303 3 301 3.71e-73 226 XP_034290446.1 AAR19565.1 47.3 222 117 0 66 287 1 222 4.18e-67 208 XP_034290446.1 XP_054446685.1 38.1 302 184 3 12 312 9 308 3.34e-65 206 XP_034290446.1 XP_046298169.1 32.7 300 192 4 7 300 7 302 9.71e-44 150 XP_034290446.1 XP_049747270.1 31.1 305 193 7 5 300 5 301 5.11e-37 133 HEY66416.1 HEY66416.1 100 365 0 0 1 365 1 365 1.43e-258 701 MCB2073222.1 MCB2073222.1 100 107 0 0 1 107 1 107 3.15e-59 176 HCL9643688.1 HCL9643688.1 100 129 0 0 1 129 1 129 6.80e-90 254 KAI9631590.1 KAI9631590.1 100 172 0 0 1 172 1 172 2.81e-130 360 WP_203891666.1 WP_203891666.1 100 504 0 0 1 504 1 504 0.0 999 PMH44474.1 PMH44474.1 100 245 0 0 1 245 1 245 2.18e-170 468 WP_280892754.1 WP_280892754.1 100 283 0 0 1 283 1 283 1.63e-209 570 WP_209898688.1 WP_209898688.1 100 111 0 0 1 111 1 111 2.26e-66 194 NOQ32749.1 NOQ32749.1 100 401 0 0 1 401 1 401 3.08e-294 794 WP_260444899.1 WP_260444899.1 100 502 0 0 1 502 1 502 0.0 988 WP_157435775.1 WP_157435775.1 100 112 0 0 1 112 1 112 3.60e-77 221 WP_254398103.1 WP_254398103.1 100 515 0 0 1 515 1 515 0.0 988 GBF98204.1 GBF98204.1 100 1267 0 0 1 1267 1 1267 0.0 1117 MBS4056461.1 MBS4056461.1 100 344 0 0 1 344 1 344 2.40e-212 582 WP_176533080.1 WP_176533080.1 100 175 0 0 1 175 1 175 2.49e-130 360 XP_026180907.1 XP_026180907.1 100 1075 0 0 1 1075 1 1075 0.0 2055 WP_074781633.1 WP_074781633.1 100 296 0 0 1 296 1 296 1.30e-217 591 WP_117338721.1 WP_117338721.1 100 473 0 0 1 473 1 473 0.0 974 MBT4014425.1 MBT4014425.1 100 78 0 0 1 78 1 78 4.80e-46 140 NUR77767.1 NUR77767.1 100 345 0 0 1 345 1 345 2.17e-252 683 KAI0987017.1 KAI0987017.1 100 337 0 0 1 337 1 337 5.30e-249 674 MBI1874593.1 MBI1874593.1 100 46 0 0 1 46 1 46 7.88e-29 94.4 EBF8124084.1 EBF8124084.1 100 596 0 0 1 596 1 596 0.0 1099 WP_097794281.1 WP_097794281.1 100 97 0 0 1 97 1 97 2.25e-64 187 RLD79060.1 RLD79060.1 100 402 0 0 1 402 1 402 1.23e-305 823 RLD79060.1 MBE6900854.1 50.8 380 184 3 13 390 3 381 2.32e-132 384 RLD79060.1 WP_106587829.1 49.6 389 192 4 9 395 5 391 1.35e-130 379 RLD79060.1 MBI3668312.1 43.5 184 96 3 217 393 58 240 7.54e-45 154 WP_130237435.1 WP_130237435.1 100 326 0 0 1 326 1 326 4.29e-238 645 WP_130237435.1 WP_051789242.1 29.9 308 210 4 20 325 28 331 5.35e-33 123 NEP09993.1 NEP09993.1 100 125 0 0 1 125 1 125 2.14e-82 235 WP_254833504.1 WP_254833504.1 100 158 0 0 1 158 1 158 3.49e-106 298 HBO7852577.1 HBO7852577.1 100 183 0 0 1 183 1 183 5.84e-108 305 MAQ88009.1 MAQ88009.1 100 159 0 0 1 159 1 159 4.61e-68 202 WP_256546297.1 WP_256546297.1 100 275 0 0 1 275 1 275 6.57e-196 535 WP_256546297.1 WP_276362074.1 41.5 253 148 0 23 275 4 256 5.65e-61 192 WP_256546297.1 WP_221977168.1 36.8 247 140 3 33 274 25 260 4.81e-48 159 WP_256546297.1 WP_008134825.1 36.4 253 145 3 23 270 350 591 1.38e-43 156 WP_256546297.1 WP_071876418.1 29.1 258 156 7 24 272 4 243 3.35e-25 102 WP_256546297.1 MBQ3864274.1 29.7 239 144 8 21 247 10 236 1.60e-21 90.5 WP_256546297.1 HBO4828144.1 31.3 192 110 3 54 244 45 215 1.19e-20 87.4 WP_256546297.1 MCP5262709.1 26.5 245 154 7 23 253 1 233 7.29e-20 85.9 WP_256546297.1 MBT4161918.1 26.3 217 140 5 36 248 23 223 1.21e-19 83.6 WP_256546297.1 WP_066083732.1 22.6 261 164 7 22 261 5 248 1.52e-16 76.6 WP_256546297.1 WP_197521413.1 26.8 220 132 8 38 256 21 212 3.85e-15 72.0 WP_256546297.1 WP_022619009.1 25.0 236 150 7 43 274 23 235 4.14e-15 71.2 WP_256546297.1 WP_192324556.1 24.3 251 175 4 20 258 10 257 1.63e-13 68.6 WP_256546297.1 WP_107894076.1 23.6 237 162 8 23 248 5 233 4.64e-12 63.5 WP_256546297.1 WP_125260587.1 34.6 104 58 3 169 263 827 929 5.34e-09 55.1 WP_256546297.1 MBO8485404.1 30.6 134 79 6 148 272 702 830 6.95e-09 54.7 WP_256546297.1 WP_173040157.1 25.6 223 134 5 23 244 291 482 8.42e-09 54.3 WP_256546297.1 MCD6199266.1 34.1 126 72 5 156 271 368 492 2.95e-08 52.8 WP_256546297.1 WP_158347019.1 41.0 78 43 2 172 247 379 455 2.97e-07 49.7 WP_256546297.1 MBU22120.1 34.3 108 60 4 146 247 496 598 2.31e-06 47.0 WP_108335718.1 WP_108335718.1 100 426 0 0 1 426 1 426 2.63e-310 837 MBH8634352.1 MBH8634352.1 100 365 0 0 1 365 1 365 9.25e-253 690 MBH8634352.1 WP_281760414.1 42.3 137 79 0 32 168 25 161 5.80e-29 112 MBH8634352.1 WP_258228246.1 30.1 136 95 0 32 167 26 161 4.31e-15 73.2 ECI4825602.1 ECI4825602.1 100 56 0 0 1 56 1 56 2.42e-34 108 WP_070060651.1 WP_070060651.1 100 334 0 0 1 334 1 334 4.25e-233 634 AOW36968.1 AOW36968.1 100 333 0 0 1 333 1 333 5.34e-256 691 AOW36968.1 ACH90072.1 89.5 333 35 0 1 333 45 377 1.94e-233 636 AOW36968.1 AFJ09957.1 88.3 333 39 0 1 333 17 349 2.96e-229 627 AOW36968.1 ACY29573.1 88.6 333 38 0 1 333 17 349 4.66e-229 627 AOW36968.1 AVA00513.1 90.7 323 30 0 1 323 17 339 1.29e-228 622 AOW36968.1 QWY38042.1 87.1 333 43 0 1 333 17 349 8.69e-228 623 AOW36968.1 BAO11608.1 88.9 323 36 0 1 323 17 339 2.50e-226 617 AOW36968.1 BAO23243.1 88.4 327 38 0 1 327 17 343 4.12e-226 616 AOW36968.1 AOW33101.1 91.8 318 26 0 1 318 1 318 6.61e-226 615 AOW36968.1 AFV39595.1 89.8 333 34 0 1 333 70 402 4.46e-224 635 AOW36968.1 ARR91819.1 80.8 291 55 1 1 290 17 307 1.83e-172 479 AOW36968.1 ACV16867.1 89.2 250 27 0 84 333 1 250 1.21e-171 477 AOW36968.1 ADB27070.1 89.0 210 23 0 121 330 1 210 2.65e-144 404 AOW36968.1 ABJ92889.1 78.3 83 18 0 1 83 14 96 3.59e-46 150 NDH20019.1 NDH20019.1 100 284 0 0 1 284 1 284 2.69e-204 556 WP_224774708.1 WP_224774708.1 100 13 0 0 1 13 1 13 3.90e-04 33.1 WP_236373897.1 WP_236373897.1 100 389 0 0 1 389 1 389 4.51e-290 782 WP_011739125.1 WP_011739125.1 100 445 0 0 1 445 1 445 1.11e-307 832 WP_011739125.1 WP_187918914.1 35.9 434 262 5 3 428 2 427 1.09e-76 244 WP_011739125.1 WP_028046854.1 31.9 454 270 13 10 428 23 472 6.22e-38 142 WP_011739125.1 MCC6251785.1 24.9 454 309 9 5 430 6 455 6.60e-20 90.1 XP_044902674.1 XP_044902674.1 100 161 0 0 1 161 1 161 4.41e-106 334 XP_044902674.1 EFB15155.1 37.1 132 71 4 8 132 115 241 5.21e-11 63.9 XP_044902674.1 XP_017706045.1 61.4 44 17 0 11 54 35 78 8.23e-09 57.0 XP_044902674.1 KAB0382747.1 54.5 44 20 0 10 53 6 49 5.29e-07 51.2 HBE7681505.1 HBE7681505.1 100 1355 0 0 1 1355 1 1355 0.0 2245 HBE7681505.1 ECB3811761.1 74.0 768 171 9 1 764 1 743 0.0 951 HBE7681505.1 WP_139067457.1 40.5 521 276 10 842 1349 280 779 6.63e-100 336 HBE7681505.1 WP_219484458.1 40.6 497 260 10 867 1349 329 804 6.89e-98 331 HBE7681505.1 WP_209676560.1 29.6 301 170 12 923 1218 607 870 2.37e-15 80.1 KAI5383356.1 KAI5383356.1 100 448 0 0 1 448 1 448 0.0 902 MBU0720484.1 MBU0720484.1 100 217 0 0 1 217 1 217 2.21e-156 430 QEG42388.1 QEG42388.1 100 485 0 0 1 485 1 485 0.0 992 HCD3539350.1 HCD3539350.1 100 175 0 0 1 175 1 175 2.49e-130 360 EET4886479.1 EET4886479.1 100 453 0 0 1 453 1 453 0.0 915 EET4886479.1 WP_004960861.1 39.6 427 246 5 24 445 107 526 1.02e-94 294 EET4886479.1 EFH7886278.1 62.7 166 62 0 283 448 1 166 1.87e-72 224 WP_120463061.1 WP_120463061.1 100 139 0 0 1 139 1 139 5.64e-96 271 HCS32205.1 HCS32205.1 100 677 0 0 1 677 1 677 0.0 1303 ODM89149.1 ODM89149.1 100 236 0 0 1 236 1 236 2.30e-181 494 ETI39029.1 ETI39029.1 100 656 0 0 1 656 1 656 0.0 1328 USR37329.1 USR37329.1 100 189 0 0 1 189 1 189 1.53e-140 387 USR37329.1 BAD88428.1 94.6 186 10 0 4 189 1 186 7.77e-127 363 USR37329.1 AFP82159.1 93.8 160 10 0 30 189 1 160 8.10e-105 305 WP_235292752.1 WP_235292752.1 100 227 0 0 1 227 1 227 3.02e-168 461 WP_133499669.1 WP_133499669.1 100 675 0 0 1 675 1 675 0.0 1317 WP_232839144.1 WP_232839144.1 100 329 0 0 1 329 1 329 4.90e-250 676 KAF7255154.1 KAF7255154.1 100 378 0 0 1 378 1 378 8.07e-267 723 MBP8049567.1 MBP8049567.1 100 279 0 0 1 279 1 279 1.27e-195 534 MBP8049567.1 WP_122920202.1 34.1 270 171 2 6 275 25 287 5.22e-43 147 MBP8049567.1 WP_204504397.1 29.5 278 185 4 2 275 19 289 4.32e-30 113 WP_224314556.1 WP_224314556.1 100 121 0 0 1 121 1 121 8.18e-85 241 CDZ81696.1 CDZ81696.1 100 333 0 0 1 333 1 333 2.15e-246 667 CDZ81696.1 WP_251074290.1 50.8 323 148 4 5 325 18 331 4.36e-108 322 CDZ81696.1 WP_124908062.1 31.6 335 214 5 3 332 17 341 9.19e-43 149 WP_240904022.1 WP_240904022.1 100 263 0 0 1 263 1 263 2.53e-178 489 WP_139489874.1 WP_139489874.1 100 38 0 0 1 38 1 38 3.11e-25 84.7 WP_246442701.1 WP_246442701.1 100 184 0 0 1 184 1 184 2.02e-129 359 WP_254033437.1 WP_254033437.1 100 254 0 0 1 254 1 254 6.87e-192 523 OHA02323.1 OHA02323.1 100 572 0 0 1 572 1 572 0.0 1098 OHA02323.1 PIQ07033.1 40.0 555 284 11 13 562 5 515 3.06e-114 348 OHA02323.1 NEB38825.1 31.6 380 214 12 147 504 67 422 8.04e-41 152 OHA02323.1 WP_131284109.1 30.6 402 226 15 153 526 76 452 6.24e-32 127 OHA02323.1 OMF24356.1 30.0 313 186 11 246 556 331 612 1.81e-20 93.6 OHA02323.1 MBQ2895174.1 25.8 279 144 7 162 386 228 497 9.62e-14 72.0 OHA02323.1 HCG88012.1 25.6 223 128 7 233 451 436 624 7.31e-11 63.2 WP_121252511.1 WP_121252511.1 100 372 0 0 1 372 1 372 1.84e-269 729 WP_121252511.1 PZW56938.1 29.5 305 188 7 21 310 1 293 7.93e-25 102 WP_121252511.1 MCP5558243.1 28.6 185 118 6 163 339 194 372 5.30e-04 40.0 WP_242254186.1 WP_242254186.1 100 244 0 0 1 244 1 244 7.64e-175 479 OFX32653.1 OFX32653.1 100 647 0 0 1 647 1 647 0.0 1149 OFX32653.1 HCT06136.1 40.6 537 316 3 44 579 178 712 2.71e-109 344 OFX32653.1 MBI6149093.1 40.1 564 324 7 63 622 218 771 7.63e-105 333 OFX32653.1 WP_074319120.1 39.7 615 330 9 42 622 136 743 2.83e-102 326 OFX32653.1 WP_041591748.1 35.8 559 349 5 62 619 89 638 8.94e-94 301 OFX32653.1 WP_013632646.1 31.4 554 360 10 80 622 259 803 1.04e-67 234 OFX32653.1 SFX27592.1 33.0 525 324 10 41 559 127 629 2.35e-66 229 OFX32653.1 MCE7698179.1 31.0 378 240 7 82 451 31 395 5.19e-45 163 OFX32653.1 MBY0273331.1 25.9 528 347 9 77 567 58 578 7.59e-32 130 OFX32653.1 KAJ6994162.1 23.8 555 344 17 80 566 95 638 2.92e-17 84.3 OFX32653.1 WP_278631399.1 34.0 156 75 3 438 566 499 653 3.90e-12 67.8 OFX32653.1 WP_235126772.1 33.5 158 74 2 439 566 512 668 6.83e-12 67.0 KAI9191373.1 KAI9191373.1 100 876 0 0 1 876 1 876 0.0 1656 KAI9191373.1 MBQ4454347.1 31.6 469 285 8 175 615 118 578 8.04e-56 201 KAI9191373.1 WP_060613079.1 29.7 516 318 10 127 612 79 579 1.26e-54 197 KAI9191373.1 MBQ8297564.1 27.3 516 339 8 117 605 56 562 1.54e-50 186 KAI9191373.1 WP_195238978.1 28.5 487 317 7 142 605 235 713 9.01e-47 177 KAI9191373.1 WP_036258374.1 25.9 540 334 14 119 613 46 564 2.63e-45 170 KAI9191373.1 NFD84694.1 36.3 259 144 2 361 599 488 745 3.89e-39 154 KAI9191373.1 WAY96880.1 40.6 170 101 0 412 581 4 173 1.71e-34 129 KAI9191373.1 WP_247749043.1 32.1 249 143 4 391 614 353 600 2.90e-32 131 KAI9191373.1 KAJ2660037.1 35.2 247 151 6 338 578 1747 1990 9.80e-29 122 KAI9191373.1 KAF9974715.1 25.1 471 280 16 143 578 855 1287 1.07e-23 106 KAI9191373.1 MWR41881.1 29.5 224 113 6 410 599 41 253 5.44e-19 86.3 KAI9191373.1 WP_142931103.1 32.2 180 99 6 395 565 259 424 3.15e-13 71.2 KAI9191373.1 WP_088153117.1 32.9 143 84 4 428 565 29 164 3.40e-12 67.4 KAI9191373.1 MCB0243881.1 31.7 164 96 5 413 568 25 180 1.36e-11 63.5 KAI9191373.1 WP_221265680.1 29.0 155 103 4 412 565 34 182 3.27e-10 60.8 KAI9191373.1 RLN50561.1 27.3 172 116 5 407 576 1504 1668 7.96e-10 61.2 MBP9713953.1 MBP9713953.1 100 181 0 0 1 181 1 181 2.47e-133 369 WP_098502057.1 WP_098502057.1 100 199 0 0 1 199 1 199 7.45e-137 379 WP_243269836.1 WP_243269836.1 100 3126 0 0 1 3126 1 3126 0.0 5142 WP_243269836.1 HBP6650873.1 37.1 850 430 13 1596 2434 9 764 2.88e-119 404 WP_243269836.1 WP_001537381.1 53.5 282 127 3 29 309 11 289 2.72e-73 273 WP_243269836.1 WP_247392216.1 47.7 235 118 4 31 263 45 276 1.65e-50 179 WP_243269836.1 WP_186153646.1 51.4 175 83 2 65 238 82 255 1.07e-45 165 WP_243269836.1 MBS1222269.1 53.5 155 65 3 29 177 49 202 2.03e-37 139 MCK5068303.1 MCK5068303.1 100 66 0 0 1 66 1 66 1.16e-43 133 WP_135110180.1 WP_135110180.1 100 169 0 0 1 169 1 169 2.06e-117 327 WP_215638040.1 WP_215638040.1 100 396 0 0 1 396 1 396 8.14e-292 787 WP_215638040.1 WP_280938002.1 26.1 398 255 16 19 393 31 412 6.01e-26 106 OFZ34164.1 OFZ34164.1 100 73 0 0 1 73 1 73 1.08e-51 154 HAQ04103.1 HAQ04103.1 100 407 0 0 1 407 1 407 1.50e-304 820 HAQ04103.1 WP_122236618.1 36.7 166 99 2 221 386 158 317 3.63e-24 101 HIG02706.1 HIG02706.1 100 421 0 0 1 421 1 421 0.0 879 HBS5629917.1 HBS5629917.1 100 121 0 0 1 121 1 121 2.44e-86 245 MBO9310472.1 MBO9310472.1 100 82 0 0 1 82 1 82 6.87e-50 150 MBO4463486.1 MBO4463486.1 100 192 0 0 1 192 1 192 2.11e-137 391 WP_230210113.1 WP_230210113.1 100 69 0 0 1 69 1 69 3.75e-48 144 EEV0504409.1 EEV0504409.1 100 267 0 0 1 267 1 267 3.39e-194 530 EEV0504409.1 EEY3543156.1 90.8 131 12 0 1 131 893 1023 1.18e-71 235 EEV0504409.1 EEO7917989.1 75.8 99 24 0 1 99 860 958 2.07e-42 152 EEV0504409.1 EFQ4765027.1 61.4 57 22 0 1 57 864 920 1.37e-15 74.7 NCV89943.1 NCV89943.1 100 456 0 0 1 456 1 456 2.99e-313 847 NCV89943.1 GIR09622.1 41.8 466 235 7 11 453 7 459 8.94e-107 323 NCV89943.1 WP_007853416.1 36.6 465 266 7 6 453 4 456 1.75e-79 254 NCV89943.1 WP_239913672.1 26.4 444 278 11 22 454 14 419 6.14e-29 116 NCV89943.1 WP_113669955.1 24.6 398 268 10 55 445 40 412 7.10e-20 89.7 GFS02759.1 GFS02759.1 100 55 0 0 1 55 1 55 5.73e-37 115 XP_025814622.1 XP_025814622.1 100 1089 0 0 1 1089 1 1089 0.0 1145 XP_025814622.1 KAI3849778.1 31.9 370 215 11 716 1077 430 770 1.81e-36 147 XP_025814622.1 XP_021765438.1 31.5 286 175 8 710 989 526 796 5.24e-35 142 XP_025814622.1 XP_040250218.1 32.9 316 172 9 767 1081 347 623 1.24e-33 137 XP_025814622.1 XP_019180948.1 28.6 308 184 7 780 1079 679 958 2.65e-27 118 XP_025814622.1 KAG2309455.1 27.3 425 247 15 685 1079 494 886 4.40e-25 110 XP_025814622.1 XP_044484513.1 32.9 213 132 5 723 931 29 234 2.68e-23 104 XP_025814622.1 MBF1128433.1 29.4 235 144 9 775 1005 8 224 2.57e-19 91.7 XP_025814622.1 MBD2210269.1 29.6 223 128 10 782 989 19 227 3.36e-12 68.6 XP_025814622.1 XP_042622198.1 35.0 103 52 3 886 986 307 396 1.80e-05 47.0 OFZ82064.1 OFZ82064.1 100 66 0 0 1 66 1 66 8.73e-48 143 WP_096765790.1 WP_096765790.1 100 153 0 0 1 153 1 153 1.97e-114 318 WP_096765790.1 MCP5208043.1 44.6 148 80 2 5 152 3 148 1.98e-36 121 WP_096765790.1 WP_023322253.1 42.8 152 82 4 2 152 3 150 6.26e-33 112 MCL2206583.1 MCL2206583.1 100 117 0 0 1 117 1 117 2.20e-87 247 MCI8806686.1 MCI8806686.1 100 239 0 0 1 239 1 239 4.64e-153 423 MBI4773680.1 MBI4773680.1 100 354 0 0 1 354 1 354 2.71e-246 669 MCK4320383.1 MCK4320383.1 100 152 0 0 1 152 1 152 4.31e-104 292 WP_052016305.1 WP_052016305.1 100 344 0 0 1 344 1 344 4.99e-262 707 QDT53250.1 QDT53250.1 100 479 0 0 1 479 1 479 0.0 945 MCG7858617.1 MCG7858617.1 100 261 0 0 1 261 1 261 6.76e-182 498 TNF43597.1 TNF43597.1 100 360 0 0 1 360 1 360 4.17e-269 727 MBO7597869.1 MBO7597869.1 100 412 0 0 1 412 1 412 1.05e-302 816 MBO7597869.1 WP_205443952.1 27.1 417 256 14 8 404 8 396 1.00e-30 120 MBO7597869.1 CAA0126222.1 27.5 432 247 15 8 400 14 418 1.62e-28 114 MBO7597869.1 WP_122873240.1 24.1 440 251 17 8 397 12 418 3.17e-19 87.4 WP_218401824.1 WP_218401824.1 100 338 0 0 1 338 1 338 1.49e-235 640 WP_228618531.1 WP_228618531.1 100 185 0 0 1 185 1 185 1.00e-134 372 MCK6520984.1 MCK6520984.1 100 222 0 0 1 222 1 222 2.58e-162 445 WP_232018041.1 WP_232018041.1 100 162 0 0 1 162 1 162 7.02e-117 325 WP_089092961.1 WP_089092961.1 100 70 0 0 1 70 1 70 8.13e-48 144 MCI6324393.1 MCI6324393.1 100 702 0 0 1 702 1 702 0.0 1402 MCI6324393.1 WP_267184195.1 27.7 177 119 6 76 245 19 193 2.56e-08 55.5 EFL3122059.1 EFL3122059.1 100 257 0 0 1 257 1 257 7.57e-159 443 EFL3122059.1 EIH4263652.1 92.1 253 16 1 9 257 1 253 2.84e-136 396 EFL3122059.1 EFL5817307.1 92.7 206 11 1 56 257 1 206 1.46e-103 309 EFL3122059.1 EFI7849450.1 74.8 131 29 1 28 154 3 133 4.77e-62 192 EFL3122059.1 EFN5389376.1 90.8 142 9 1 120 257 1 142 1.25e-53 186 EFL3122059.1 EER8306359.1 75.3 85 21 0 1 85 215 299 1.60e-38 136 MBR4563510.1 MBR4563510.1 100 168 0 0 1 168 1 168 1.92e-126 350 XP_029371967.1 XP_029371967.1 100 378 0 0 1 378 1 378 1.12e-273 740 XP_029371967.1 XP_017476002.1 39.0 369 155 6 33 376 187 510 6.63e-66 216 XP_029371967.1 NWT80859.1 32.6 95 50 2 198 292 152 232 9.13e-05 42.0 ACA34490.1 ACA34490.1 100 516 0 0 1 516 1 516 0.0 1019 ACA34490.1 WP_252264110.1 44.4 135 75 0 259 393 4 138 1.03e-32 121 ACA34490.1 EHK9185512.1 31.4 280 158 9 259 514 6 275 4.52e-27 108 ACA34490.1 EJK2981647.1 29.2 130 81 4 238 358 16 143 3.34e-08 52.8 KAG3000577.1 KAG3000577.1 100 773 0 0 1 773 1 773 0.0 1476 MBI0841908.1 MBI0841908.1 100 74 0 0 1 74 1 74 4.56e-49 147 MCL5061987.1 MCL5061987.1 100 205 0 0 1 205 1 205 1.30e-158 434 EHR6291555.1 EHR6291555.1 100 578 0 0 1 578 1 578 0.0 1147 EHR6291555.1 WP_152652784.1 45.6 217 118 0 327 543 3 219 4.72e-63 208 EHR6291555.1 WP_192500494.1 41.5 217 125 1 330 546 3 217 1.04e-56 191 EHR6291555.1 NLW39422.1 43.1 216 115 4 337 547 28 240 4.93e-44 158 EHR6291555.1 WP_084371009.1 38.4 211 128 2 330 539 3 212 7.47e-40 145 EHR6291555.1 NVM03966.1 36.6 213 129 3 339 550 32 239 1.27e-36 137 EHR6291555.1 RLN50561.1 32.0 253 163 4 319 562 1483 1735 3.17e-34 137 EHR6291555.1 WP_132175930.1 34.1 220 128 5 337 546 35 247 2.05e-32 125 EHR6291555.1 WP_221265680.1 32.4 210 141 1 329 537 19 228 2.48e-32 125 EHR6291555.1 MSO30570.1 32.3 223 148 3 327 547 5 226 1.93e-29 117 EHR6291555.1 WP_281543397.1 32.7 199 132 2 22 219 4 201 4.13e-25 103 EHR6291555.1 WP_278489123.1 30.8 221 149 3 333 549 16 236 2.18e-24 101 EHR6291555.1 WP_150396769.1 23.6 550 327 18 3 537 22 493 4.34e-21 95.1 EHR6291555.1 THW78755.1 31.0 210 133 3 22 230 483 681 5.57e-19 89.7 EHR6291555.1 MWR41881.1 29.5 207 139 4 30 229 51 257 4.64e-18 82.8 EHR6291555.1 WP_089246429.1 22.9 554 329 16 6 538 5 481 6.76e-17 82.0 EHR6291555.1 WP_088153117.1 27.8 194 131 4 33 219 24 215 4.39e-14 72.4 EHR6291555.1 WAY96880.1 29.8 191 125 5 20 203 2 190 2.38e-13 67.4 EHR6291555.1 WP_247749043.1 29.1 227 142 9 14 226 365 586 8.48e-13 69.3 EHR6291555.1 XP_013005546.1 26.6 199 130 6 352 541 69 260 3.50e-12 67.4 EHR6291555.1 WP_222599035.1 27.7 213 137 7 29 230 488 694 1.82e-10 62.0 EHR6291555.1 WP_142931103.1 27.6 214 134 7 15 215 266 471 7.34e-10 59.7 EHR6291555.1 MBQ9964693.1 28.6 189 113 5 5 192 1 168 2.47e-09 55.5 EHR6291555.1 WP_112088864.1 29.3 184 110 6 18 198 352 518 3.36e-06 48.1 EHR6291555.1 WP_041710957.1 24.7 194 107 7 2 186 286 449 4.49e-06 47.8 WP_023685930.1 WP_023685930.1 100 402 0 0 1 402 1 402 2.63e-291 786 WP_261952390.1 WP_261952390.1 100 176 0 0 1 176 1 176 3.27e-131 363 WP_135059887.1 WP_135059887.1 100 470 0 0 1 470 1 470 0.0 889 XP_008902753.1 XP_008902753.1 100 165 0 0 1 165 1 165 6.20e-117 326 WP_186282298.1 WP_186282298.1 100 149 0 0 1 149 1 149 7.50e-108 301 WP_186282298.1 WP_065138043.1 68.5 146 44 1 1 146 1 144 3.26e-67 199 WP_118283063.1 WP_118283063.1 100 404 0 0 1 404 1 404 4.64e-254 692 WP_118283063.1 WP_086136661.1 35.1 367 236 2 6 371 12 377 2.40e-56 189 HAL7851047.1 HAL7851047.1 100 647 0 0 1 647 1 647 0.0 1325 HAL7851047.1 WP_220281278.1 69.0 649 195 4 1 647 170 814 0.0 936 HAL7851047.1 HCH8663031.1 52.3 642 296 6 8 646 174 808 1.49e-220 633 HAL7851047.1 EJH9475741.1 31.0 665 390 21 17 646 130 760 8.88e-75 253 HAL7851047.1 WP_081845076.1 24.7 583 371 20 47 605 179 717 3.33e-25 109 WP_007635864.1 WP_007635864.1 100 271 0 0 1 271 1 271 9.12e-210 569 WP_223101678.1 WP_223101678.1 100 276 0 0 1 276 1 276 1.74e-196 536 WP_140372075.1 WP_140372075.1 100 650 0 0 1 650 1 650 0.0 1295 WP_140372075.1 WP_055153579.1 33.8 136 78 4 377 503 295 427 1.84e-11 65.1 SDP58856.1 SDP58856.1 100 190 0 0 1 190 1 190 1.79e-144 397 SDP58856.1 WP_196074572.1 37.8 148 84 3 6 146 11 157 4.14e-31 109 AAO64374.1 AAO64374.1 100 238 0 0 1 238 1 238 1.82e-138 386 KAI2867803.1 KAI2867803.1 100 340 0 0 1 340 1 340 2.73e-248 672 KAI2867803.1 HAB35737.1 35.7 266 154 6 22 287 49 297 3.20e-31 120 NNE58254.1 NNE58254.1 100 196 0 0 1 196 1 196 1.71e-145 400 WP_092396407.1 WP_092396407.1 100 535 0 0 1 535 1 535 0.0 1070 CAF4033986.1 CAF4033986.1 100 470 0 0 1 470 1 470 0.0 939 KAH7290269.1 KAH7290269.1 100 107 0 0 1 107 1 107 2.80e-74 213 PZN79281.1 PZN79281.1 100 396 0 0 1 396 1 396 1.81e-279 756 PZN79281.1 WP_063417119.1 29.0 389 242 15 10 371 455 836 5.30e-22 96.7 PZN79281.1 MBE0479857.1 22.5 369 257 11 14 371 12 362 1.23e-13 70.1 CAD8042782.1 CAD8042782.1 100 443 0 0 1 443 1 443 0.0 915 WP_083051706.1 WP_083051706.1 100 396 0 0 1 396 1 396 8.40e-269 729 WP_083051706.1 MAJ59213.1 30.2 225 157 0 150 374 625 849 1.27e-30 122 WP_083051706.1 WP_200671006.1 27.2 338 229 7 52 381 535 863 1.24e-22 98.6 WP_242531680.1 WP_242531680.1 100 181 0 0 1 181 1 181 4.62e-138 380 WP_242531680.1 MCO6480516.1 36.8 182 107 3 2 177 43 222 3.13e-31 111 XP_028635853.1 XP_028635853.1 100 500 0 0 1 500 1 500 8.28e-308 837 XP_028635853.1 WP_063302373.1 58.8 272 109 3 6 274 2 273 3.15e-98 296 XP_028635853.1 WP_183882442.1 27.8 227 154 3 8 233 4 221 2.21e-18 82.8 XP_028635853.1 MXY99086.1 31.3 182 106 5 21 197 1 168 6.11e-15 72.8 XP_028635853.1 WP_057651690.1 34.6 107 64 1 6 112 46 146 1.61e-08 54.3 XP_028635853.1 KAI0154282.1 23.5 221 150 7 7 222 7 213 3.19e-04 40.8 MCB5199682.1 MCB5199682.1 100 400 0 0 1 400 1 400 5.56e-276 748 MCB5199682.1 MBT6972091.1 28.5 383 232 11 8 354 15 391 2.18e-34 130 MCB5199682.1 RCV36353.1 26.7 90 66 0 67 156 85 174 2.02e-04 41.6 MBI4905271.1 MBI4905271.1 100 434 0 0 1 434 1 434 7.48e-305 823 WP_181797223.1 WP_181797223.1 100 157 0 0 1 157 1 157 7.97e-116 322 WP_109219819.1 WP_109219819.1 100 378 0 0 1 378 1 378 1.52e-271 734 WP_109219819.1 WP_076409454.1 53.1 292 123 3 14 301 1 282 4.94e-93 281 WP_109219819.1 WP_140480909.1 52.3 258 121 2 17 273 12 268 6.03e-82 253 WP_109219819.1 WP_170725874.1 44.5 326 154 4 18 343 5 303 1.03e-80 249 WP_109219819.1 WP_176354145.1 47.9 286 145 3 20 301 8 293 1.10e-79 247 WP_109219819.1 WP_237907640.1 47.7 287 139 4 18 297 4 286 2.15e-76 238 WP_109219819.1 WP_258581409.1 49.8 243 120 1 20 260 6 248 3.20e-75 236 WP_109219819.1 WP_011057593.1 44.8 286 152 2 20 303 7 288 1.98e-70 223 WP_109219819.1 NNE23115.1 37.7 231 144 0 20 250 5 235 6.16e-47 162 WP_109219819.1 HBO4828144.1 45.7 199 105 2 23 221 20 215 1.77e-44 153 WP_109219819.1 WP_142133210.1 36.7 240 146 3 17 251 10 248 7.12e-40 140 WP_109219819.1 EHH5649593.1 36.0 239 131 4 28 260 14 236 1.18e-36 133 WP_109219819.1 MBU5353226.1 33.0 267 165 6 31 287 29 291 1.25e-36 133 WP_109219819.1 WP_145468487.1 35.6 205 122 3 21 215 10 214 3.81e-33 122 WP_109219819.1 WP_226904802.1 32.3 232 140 5 33 251 49 276 3.48e-31 119 WP_109219819.1 WP_192324556.1 34.0 250 151 5 33 273 345 589 1.13e-30 121 WP_109219819.1 WP_278489123.1 34.1 217 138 3 30 242 25 240 1.90e-30 116 WP_109219819.1 MCH1405047.1 40.8 157 85 2 16 168 8 160 6.96e-28 105 WP_109219819.1 MBQ9964693.1 37.9 203 106 5 17 219 1 183 6.99e-28 106 WP_109219819.1 RUU66461.1 33.3 231 132 8 33 248 106 329 6.35e-27 108 WP_109219819.1 MBQ3864274.1 32.0 241 145 6 14 236 9 248 6.44e-25 102 WP_109219819.1 MBQ8297564.1 28.4 225 132 7 33 238 350 564 6.76e-17 80.5 WP_109219819.1 WP_221977168.1 25.7 230 154 4 16 230 12 239 8.67e-15 72.0 WP_109219819.1 WP_248562494.1 22.4 214 153 4 17 226 1 205 2.35e-09 56.2 WP_101606078.1 WP_101606078.1 100 450 0 0 1 450 1 450 2.97e-310 838 WP_101606078.1 MCF6289355.1 35.9 217 138 1 169 385 34 249 5.30e-45 156 WP_101606078.1 WP_029317544.1 33.7 291 181 4 96 377 107 394 1.41e-41 152 WP_101606078.1 WP_206698867.1 25.8 306 219 6 96 397 87 388 1.36e-24 103 WP_101606078.1 WP_023955328.1 30.3 264 162 10 79 328 88 343 3.90e-16 77.8 MBD5153813.1 MBD5153813.1 100 205 0 0 1 205 1 205 4.88e-154 423 MBD5153813.1 MCI9320818.1 47.1 204 100 4 1 202 1 198 3.20e-54 170 MBD5153813.1 WP_079396843.1 42.2 206 113 3 1 205 1 201 1.66e-47 153 MBD5153813.1 WP_197744369.1 37.4 206 119 6 2 202 4 204 1.62e-35 122 MBR2770999.1 MBR2770999.1 100 502 0 0 1 502 1 502 0.0 980 MBR2770999.1 WP_142725797.1 34.3 297 161 9 9 276 5 296 3.76e-35 137 WP_240406805.1 WP_240406805.1 100 62 0 0 1 62 1 62 5.75e-40 123 WP_240406805.1 WP_041488527.1 52.2 23 11 0 16 38 26 48 6.62e-05 35.0 XP_036266973.1 XP_036266973.1 100 1047 0 0 1 1047 1 1047 0.0 1972 WP_104333814.1 WP_104333814.1 100 205 0 0 1 205 1 205 3.01e-139 385 WP_087759142.1 WP_087759142.1 100 498 0 0 1 498 1 498 0.0 981 WP_087759142.1 WP_265102281.1 98.9 264 3 0 235 498 5 268 1.04e-182 510 WP_087759142.1 MCE1252202.1 22.9 240 153 8 5 227 17 241 1.86e-05 45.4 GLH03554.1 GLH03554.1 100 433 0 0 1 433 1 433 4.53e-320 862 MBW6524271.1 MBW6524271.1 100 229 0 0 1 229 1 229 6.09e-169 462 MBK8955603.1 MBK8955603.1 100 262 0 0 1 262 1 262 1.32e-184 505 MBK8955603.1 QLL10545.1 43.5 260 144 3 3 259 18 277 3.32e-72 221 MBK8955603.1 EJV0278763.1 31.8 255 161 4 1 248 1 249 3.44e-29 109 ERO62343.1 ERO62343.1 100 335 0 0 1 335 1 335 8.29e-236 640 ERO62343.1 WP_111479522.1 41.3 322 184 2 14 330 29 350 8.45e-68 215 KNZ61865.1 KNZ61865.1 100 92 0 0 1 92 1 92 7.20e-61 178 KKT69527.1 KKT69527.1 100 261 0 0 1 261 1 261 7.05e-184 503 XP_045788843.1 XP_045788843.1 100 150 0 0 1 150 1 150 6.16e-112 312 CEP11827.1 CEP11827.1 100 404 0 0 1 404 1 404 1.69e-256 699 MCS7015141.1 MCS7015141.1 100 466 0 0 1 466 1 466 0.0 902 MCS7015141.1 MBW8896250.1 29.0 200 118 6 1 183 12 204 7.78e-14 69.3 WP_276507912.1 WP_276507912.1 100 530 0 0 1 530 1 530 0.0 1046 WP_240732162.1 WP_240732162.1 100 118 0 0 1 118 1 118 2.67e-84 239 WP_240732162.1 ENF92344.1 31.1 106 59 4 2 101 171 268 1.61e-08 49.3 XP_027061846.1 XP_027061846.1 100 440 0 0 1 440 1 440 0.0 915 MBV8380961.1 MBV8380961.1 100 671 0 0 1 671 1 671 0.0 1384 WP_136095406.1 WP_136095406.1 100 760 0 0 1 760 1 760 0.0 1482 WP_136095406.1 WP_029789810.1 46.5 706 295 12 114 742 155 854 5.45e-194 571 WP_136095406.1 MBP6786080.1 46.8 692 272 10 110 719 153 830 2.06e-190 562 WP_136095406.1 KAF6257731.1 46.2 689 272 16 120 721 163 839 9.31e-170 511 WP_136095406.1 MBL8103469.1 54.5 301 122 6 103 395 151 444 3.85e-93 296 WP_136095406.1 KAI7727618.1 51.1 282 104 3 120 398 165 415 3.44e-75 259 WP_136095406.1 KPK79043.1 29.1 612 363 14 120 726 152 697 3.19e-66 231 WP_136095406.1 MCH2804017.1 65.4 78 27 0 469 546 2 79 6.62e-29 108 WP_006004624.1 WP_006004624.1 100 364 0 0 1 364 1 364 2.59e-265 717 WP_006004624.1 MBQ7739147.1 66.6 362 119 1 1 362 1 360 2.56e-172 482 WP_210212399.1 WP_210212399.1 100 337 0 0 1 337 1 337 1.15e-243 660 WP_210212399.1 WP_101936735.1 34.9 318 206 1 1 318 1 317 9.12e-56 182 WP_210212399.1 WP_232306300.1 21.2 151 114 2 169 318 1223 1369 7.88e-04 39.7 EIK8394933.1 EIK8394933.1 100 933 0 0 1 933 1 933 0.0 1717 WP_137255610.1 WP_137255610.1 100 301 0 0 1 301 1 301 1.31e-224 609 MBT3459617.1 MBT3459617.1 100 225 0 0 1 225 1 225 1.17e-155 429 MBT3459617.1 WP_060613079.1 54.5 222 101 0 1 222 359 580 8.22e-74 232 MBT3459617.1 WP_011512097.1 47.1 223 117 1 1 223 361 582 1.50e-55 184 MBT3459617.1 MBQ8297564.1 40.8 218 128 1 1 218 350 566 1.34e-49 168 MBT3459617.1 NFD84694.1 39.9 228 131 2 1 223 539 765 2.20e-48 167 MBT3459617.1 WP_247749043.1 37.6 221 134 2 1 217 374 594 1.24e-41 147 MBT3459617.1 WP_222599035.1 36.8 204 128 1 5 208 486 688 1.83e-38 139 MBT3459617.1 WP_278489123.1 31.1 212 125 6 1 202 28 228 2.86e-23 93.2 MBT3459617.1 WP_008056683.1 33.0 209 125 8 1 203 255 454 6.92e-19 83.2 MBT3459617.1 WP_107894076.1 30.9 217 126 9 1 199 25 235 2.13e-14 69.3 MBT3459617.1 GLY24463.1 32.4 219 126 9 1 202 24 237 5.37e-14 68.2 MBT3459617.1 WP_036816548.1 28.3 223 142 7 2 211 23 240 7.54e-14 67.0 MBT3459617.1 WP_139764340.1 31.0 84 56 2 1 82 21 104 2.17e-05 41.2 WP_222256467.1 WP_222256467.1 100 431 0 0 1 431 1 431 9.11e-320 861 WP_029080824.1 WP_029080824.1 100 234 0 0 1 234 1 234 1.17e-164 452 WP_174951329.1 WP_174951329.1 100 364 0 0 1 364 1 364 1.83e-265 718 WP_174951329.1 WP_226800426.1 43.7 355 177 9 19 364 50 390 2.79e-78 244 MBO0691049.1 MBO0691049.1 100 360 0 0 1 360 1 360 5.29e-272 734 MBO0691049.1 WP_095556548.1 32.8 360 210 10 1 328 42 401 2.52e-33 126 MCU0423654.1 MCU0423654.1 100 166 0 0 1 166 1 166 5.74e-127 351 WP_239588825.1 WP_239588825.1 100 248 0 0 1 248 1 248 1.87e-177 486 WP_120575284.1 WP_120575284.1 100 149 0 0 1 149 1 149 9.12e-109 304 WP_200162023.1 WP_200162023.1 100 96 0 0 1 96 1 96 2.17e-66 192 WP_216576398.1 WP_216576398.1 100 250 0 0 1 250 1 250 1.74e-183 501 WP_216576398.1 KAA0785577.1 42.0 245 141 1 1 244 1 245 1.03e-60 190 WP_216576398.1 EAG5222239.1 38.1 247 150 3 1 244 1 247 4.99e-53 170 CAF3478760.1 CAF3478760.1 100 524 0 0 1 524 1 524 0.0 1059 CAF3478760.1 XP_013258388.1 46.9 475 251 1 28 502 154 627 1.58e-157 463 CAF3478760.1 MBV8174008.1 33.5 376 229 7 127 501 41 396 3.39e-54 186 CAF3478760.1 KFD50394.1 31.3 288 188 4 133 418 99 378 2.20e-45 164 PKI91935.1 PKI91935.1 100 331 0 0 1 331 1 331 2.77e-232 631 SMS09381.1 SMS09381.1 100 447 0 0 1 447 1 447 0.0 904 WP_146207192.1 WP_146207192.1 100 207 0 0 1 207 1 207 8.08e-154 422 WP_132336079.1 WP_132336079.1 100 60 0 0 1 60 1 60 3.65e-42 129 XP_022816306.1 XP_022816306.1 100 396 0 0 1 396 1 396 3.78e-249 679 WP_247429569.1 WP_247429569.1 100 260 0 0 1 260 1 260 3.37e-186 509 WP_247429569.1 WP_008134825.1 35.0 246 159 1 14 258 348 593 1.10e-45 161 WP_247429569.1 WP_221977168.1 36.1 241 153 1 17 256 16 256 2.93e-45 151 WP_247429569.1 WP_176354145.1 31.6 237 149 4 14 248 3 228 2.60e-29 112 WP_247429569.1 WP_222599035.1 28.4 215 143 5 32 244 482 687 2.72e-18 82.4 SFW06215.1 SFW06215.1 100 43 0 0 1 43 1 43 4.37e-24 84.7 WP_137512405.1 WP_137512405.1 100 366 0 0 1 366 1 366 3.34e-278 750 WP_137512405.1 EEY3543156.1 98.6 366 5 0 1 366 1 366 5.67e-264 739 WP_137512405.1 ECI3309320.1 79.0 366 77 0 1 366 1 366 1.59e-216 614 WP_137512405.1 EFQ4765027.1 79.0 366 77 0 1 366 1 366 4.24e-216 614 WP_137512405.1 EEO7917989.1 73.5 366 97 0 1 366 1 366 5.58e-200 579 WP_137512405.1 WP_042959984.1 82.2 101 18 0 103 203 1 101 1.06e-54 173 WP_137512405.1 WP_181865219.1 96.4 55 2 0 312 366 1 55 4.49e-32 120 WP_211254406.1 WP_211254406.1 100 87 0 0 1 87 1 87 4.44e-64 186 EJU2993617.1 EJU2993617.1 100 368 0 0 1 368 1 368 9.74e-263 711 UXE63572.1 UXE63572.1 100 181 0 0 1 181 1 181 4.60e-129 358 WP_196954680.1 WP_196954680.1 100 271 0 0 1 271 1 271 6.81e-134 377 RYP53376.1 RYP53376.1 100 327 0 0 1 327 1 327 1.42e-257 695 WP_153811865.1 WP_153811865.1 100 245 0 0 1 245 1 245 8.00e-182 496 WP_236689647.1 WP_236689647.1 100 258 0 0 1 258 1 258 8.63e-188 513 MSQ41299.1 MSQ41299.1 100 137 0 0 1 137 1 137 1.02e-97 275 WP_124548640.1 WP_124548640.1 100 161 0 0 1 161 1 161 6.51e-126 348 WP_124548640.1 WP_258941688.1 42.6 148 79 3 13 156 6 151 1.40e-35 119 WP_274773199.1 WP_274773199.1 100 274 0 0 1 274 1 274 2.54e-188 515 WP_200156222.1 WP_200156222.1 100 278 0 0 1 278 1 278 1.58e-218 592 KJF42781.1 KJF42781.1 100 71 0 0 1 71 1 71 3.69e-49 147 WP_149069943.1 WP_149069943.1 100 91 0 0 1 91 1 91 3.57e-65 189 EHW5693237.1 EHW5693237.1 100 149 0 0 1 149 1 149 3.86e-101 285 KAJ5060329.1 KAJ5060329.1 100 529 0 0 1 529 1 529 0.0 1073 KAJ5060329.1 KAG9084682.1 32.3 424 261 7 64 472 18 430 5.99e-75 242 KAJ5060329.1 PWI72242.1 28.0 514 327 15 9 510 20 502 5.00e-51 181 KAJ5060329.1 XP_046922164.1 24.7 511 290 17 7 499 16 449 6.85e-27 111 QWY38042.1 QWY38042.1 100 400 0 0 1 400 1 400 2.12e-305 822 QWY38042.1 AFV39595.1 94.8 400 21 0 1 400 54 453 3.46e-285 794 QWY38042.1 AFJ09957.1 91.3 400 35 0 1 400 1 400 3.09e-283 766 QWY38042.1 ACY29573.1 90.8 400 37 0 1 400 1 400 8.24e-282 764 QWY38042.1 ACH90072.1 89.8 352 36 0 1 352 29 380 9.49e-247 673 QWY38042.1 BAO11608.1 91.2 339 30 0 1 339 1 339 1.79e-241 658 QWY38042.1 BAO23243.1 90.4 343 33 0 1 343 1 343 3.44e-240 655 QWY38042.1 AVA00513.1 89.7 339 35 0 1 339 1 339 1.64e-237 648 QWY38042.1 AOW36968.1 87.1 333 43 0 17 349 1 333 8.56e-227 620 QWY38042.1 AOW33101.1 92.8 318 23 0 17 334 1 318 8.10e-226 617 QWY38042.1 ACV16867.1 91.7 301 25 0 100 400 1 301 4.43e-212 582 QWY38042.1 ARR91819.1 85.0 306 45 1 1 305 1 306 1.14e-190 528 QWY38042.1 ADB27070.1 91.9 210 17 0 137 346 1 210 2.50e-147 414 QWY38042.1 ABJ92889.1 80.2 96 19 0 4 99 1 96 1.11e-54 174 WP_013133580.1 WP_013133580.1 100 209 0 0 1 209 1 209 4.67e-154 423 WP_261132050.1 WP_261132050.1 100 268 0 0 1 268 1 268 4.79e-190 519 WP_261132050.1 MBI5683150.1 44.6 260 135 6 4 258 26 281 3.34e-59 188 MBQ4139225.1 MBQ4139225.1 100 174 0 0 1 174 1 174 7.70e-120 334 MBQ4139225.1 WP_047430984.1 33.3 171 110 2 3 173 504 670 9.72e-25 98.2 KAJ6827980.1 KAJ6827980.1 100 528 0 0 1 528 1 528 0.0 895 MBQ2444858.1 MBQ2444858.1 100 117 0 0 1 117 1 117 2.68e-79 227 MBO4463451.1 MBO4463451.1 100 178 0 0 1 178 1 178 8.00e-133 367 MCB0447740.1 MCB0447740.1 100 309 0 0 1 309 1 309 1.43e-232 630 MCB0447740.1 WP_090770466.1 38.4 99 53 4 8 105 5 96 1.21e-10 59.7 XP_016452348.1 XP_016452348.1 100 536 0 0 1 536 1 536 0.0 1070 XP_016452348.1 MCK5302212.1 28.1 452 300 7 56 506 18 445 2.36e-43 158 XP_016452348.1 TDJ69718.1 25.1 431 288 15 72 495 22 424 1.37e-24 104 WP_063417119.1 WP_063417119.1 100 891 0 0 1 891 1 891 0.0 1723 WP_063417119.1 MBM4836391.1 31.9 382 227 7 456 836 23 372 1.67e-47 172 WP_063417119.1 MBK7837454.1 32.5 332 194 7 457 786 9 312 3.73e-41 152 WP_063417119.1 PZN79281.1 28.8 389 243 15 455 836 10 371 2.34e-25 107 KAF1483258.1 KAF1483258.1 100 404 0 0 1 404 1 404 6.84e-304 818 ROW03190.1 ROW03190.1 100 477 0 0 1 477 1 477 2.82e-308 836 ROW03190.1 XP_029439375.1 46.9 162 83 3 1 160 52 212 1.77e-43 154 ROW03190.1 WP_007337172.1 36.3 80 49 1 83 160 55 134 6.85e-10 57.0 ROW03190.1 KAJ0483518.1 43.8 48 27 0 115 162 1 48 4.45e-08 48.5 ROW03190.1 XP_033980738.1 28.0 143 88 5 1 141 269 398 1.29e-07 52.4 ROW03190.1 XP_045702922.1 42.0 50 29 0 1 50 373 422 1.34e-06 48.9 WP_241566677.1 WP_241566677.1 100 357 0 0 1 357 1 357 3.58e-273 737 WP_233178716.1 WP_233178716.1 100 96 0 0 1 96 1 96 4.95e-63 184 WP_215152714.1 WP_215152714.1 100 420 0 0 1 420 1 420 2.65e-316 851 WP_215152714.1 WP_037889990.1 35.8 388 235 6 32 416 54 430 3.25e-61 202 MBO5433620.1 MBO5433620.1 100 159 0 0 1 159 1 159 1.08e-105 297 XP_040967143.1 XP_040967143.1 100 454 0 0 1 454 1 454 0.0 887 WP_278781114.1 WP_278781114.1 100 1704 0 0 1 1704 1 1704 0.0 3436 XP_014204645.1 XP_014204645.1 100 750 0 0 1 750 1 750 0.0 992 WP_275765493.1 WP_275765493.1 100 251 0 0 1 251 1 251 8.39e-139 388 WP_136332629.1 WP_136332629.1 100 232 0 0 1 232 1 232 1.74e-165 454 OFI40104.1 OFI40104.1 100 100 0 0 1 100 1 100 6.61e-63 184 HBA9856909.1 HBA9856909.1 100 90 0 0 1 90 1 90 2.17e-61 179 WP_012147640.1 WP_012147640.1 100 105 0 0 1 105 1 105 2.15e-77 221 WP_045121741.1 WP_045121741.1 100 455 0 0 1 455 1 455 4.31e-320 864 CZT45482.1 CZT45482.1 100 933 0 0 1 933 1 933 0.0 1688 CZT45482.1 XP_023589550.1 40.6 762 375 14 81 832 90 783 3.65e-155 478 CZT45482.1 RSL59427.1 35.8 400 217 4 89 486 63 424 3.87e-69 236 CZT45482.1 GEU53557.1 32.8 378 206 6 92 461 101 438 1.01e-53 196 CZT45482.1 MBA0549662.1 28.1 398 246 3 89 486 22 379 7.16e-53 188 CZT45482.1 NQR19375.1 30.6 409 243 5 89 494 3 373 5.19e-50 181 CZT45482.1 XP_055095726.1 27.1 436 225 10 98 467 195 603 3.74e-26 113 MCD6247767.1 MCD6247767.1 100 174 0 0 1 174 1 174 1.43e-115 323 MBL0720829.1 MBL0720829.1 100 125 0 0 1 125 1 125 2.31e-77 223 WP_281562017.1 WP_281562017.1 100 646 0 0 1 646 1 646 0.0 1165 WP_281562017.1 MBP1327478.1 36.2 229 122 8 97 320 72 281 7.96e-30 117 MBF1128433.1 MBF1128433.1 100 618 0 0 1 618 1 618 0.0 1148 MBF1128433.1 WP_281919021.1 35.4 257 161 2 10 261 12 268 5.35e-47 171 MBF1128433.1 WP_106546380.1 33.8 317 176 11 2 295 6 311 4.36e-35 137 MBF1128433.1 MBD2210269.1 31.6 342 205 12 2 320 6 341 4.49e-33 131 MBF1128433.1 XP_020321477.1 29.0 279 186 6 10 284 53 323 1.82e-27 116 MBF1128433.1 NOY27702.1 35.9 209 122 4 9 209 17 221 3.40e-27 111 MBF1128433.1 XP_046441060.1 28.9 277 187 6 9 283 60 328 3.40e-26 112 MBF1128433.1 WP_271931007.1 30.3 264 141 9 2 230 653 908 6.79e-22 99.0 MBF1128433.1 XP_025814622.1 29.4 235 144 9 8 224 775 1005 6.86e-21 95.9 MBF1128433.1 XP_051566275.1 27.2 206 142 5 10 212 1242 1442 2.06e-18 88.2 MBF1128433.1 XP_021765438.1 29.7 202 127 5 16 208 601 796 1.12e-17 85.5 MBF1128433.1 XP_048379117.1 27.3 194 135 2 33 224 281 470 4.24e-14 73.6 MBF1128433.1 UZO03952.1 28.6 234 131 9 51 257 10 234 4.54e-14 71.6 MBF1128433.1 XP_048540820.1 23.0 265 163 9 12 269 792 1022 5.44e-10 60.8 MBF1128433.1 RIB10989.1 29.5 78 46 3 149 219 6 81 1.05e-04 42.0 WP_045308192.1 WP_045308192.1 100 212 0 0 1 212 1 212 9.43e-160 438 WP_045308192.1 EHD1229023.1 59.9 142 53 2 1 138 1 142 7.12e-58 177 AAZ67085.1 AAZ67085.1 100 80 0 0 1 80 1 80 9.46e-56 164 WP_154454910.1 WP_154454910.1 100 317 0 0 1 317 1 317 2.90e-236 640 WP_274915895.1 WP_274915895.1 100 238 0 0 1 238 1 238 9.60e-166 455 WP_274915895.1 WP_192558464.1 32.5 212 124 5 24 226 21 222 4.46e-15 70.5 WP_274915895.1 WP_169054812.1 26.2 206 125 4 26 226 30 213 1.49e-05 43.1 OHX54041.1 OHX54041.1 100 151 0 0 1 151 1 151 1.63e-103 291 XP_022216402.2 XP_022216402.2 100 535 0 0 1 535 1 535 2.22e-288 790 WP_165724099.1 WP_165724099.1 100 275 0 0 1 275 1 275 1.73e-191 523 WP_165724099.1 MCF8449868.1 30.4 260 162 5 4 262 3 244 1.92e-30 112 WP_165724099.1 MPZ95749.1 31.3 227 125 3 3 227 10 207 3.28e-27 104 MBN8606766.1 MBN8606766.1 100 820 0 0 1 820 1 820 0.0 1504 MBN8606766.1 PSQ73325.1 28.7 544 334 14 310 815 323 850 2.61e-40 158 MBN8606766.1 TAL20232.1 36.0 239 141 3 574 804 223 457 2.63e-37 147 MBN8606766.1 WP_138482356.1 40.4 228 131 3 579 804 412 636 6.98e-35 141 MBN8606766.1 WP_007356512.1 35.8 257 135 7 574 804 737 989 3.20e-34 139 MBN8606766.1 KFX48203.1 35.1 239 134 4 574 798 682 913 7.77e-31 129 MBN8606766.1 MBQ1868746.1 30.7 251 161 4 572 813 256 502 3.89e-27 115 MBN8606766.1 WP_074911472.1 28.8 226 154 5 584 806 798 1019 1.86e-15 79.3 MBN8606766.1 MBN1819552.1 25.9 228 164 4 581 805 338 563 2.44e-15 78.2 KAJ7773233.1 KAJ7773233.1 100 836 0 0 1 836 1 836 0.0 1657 MCQ2156413.1 MCQ2156413.1 100 337 0 0 1 337 1 337 2.13e-239 650 MCQ2156413.1 HAR7369715.1 37.1 329 188 6 1 313 136 461 2.77e-65 211 MCQ2156413.1 EPR30609.1 38.3 313 184 6 1 310 116 422 3.96e-64 207 MCQ2156413.1 WP_132517191.1 37.3 295 152 4 46 310 196 487 1.61e-52 179 MCQ2156413.1 MBR4705654.1 34.3 236 142 7 31 263 165 390 6.68e-28 111 WP_089246429.1 WP_089246429.1 100 515 0 0 1 515 1 515 0.0 989 WP_089246429.1 WP_150396769.1 34.6 491 310 7 8 496 28 509 7.02e-89 280 WP_089246429.1 MBO5162475.1 36.5 485 281 12 10 481 4 474 1.87e-82 263 WP_089246429.1 WP_185334683.1 30.6 500 323 10 9 499 9 493 1.91e-65 219 WP_089246429.1 WP_008134825.1 28.5 494 311 18 7 480 353 824 1.10e-35 140 WP_089246429.1 WP_247749043.1 31.3 230 133 8 19 237 373 588 3.73e-18 85.9 WP_089246429.1 WP_089095302.1 23.7 535 301 17 20 485 19 515 5.18e-18 85.5 WP_089246429.1 WP_221265680.1 30.7 228 133 5 10 230 25 234 2.87e-17 81.3 WP_089246429.1 MBP1876254.1 28.3 237 149 7 7 233 4 229 4.04e-16 78.2 WP_089246429.1 WP_071876418.1 22.9 510 313 18 15 471 16 498 7.32e-16 78.6 WP_089246429.1 EHR6291555.1 22.9 560 322 17 5 481 6 538 1.69e-14 74.3 WP_089246429.1 WP_098952357.1 28.3 226 142 7 275 488 30 247 1.87e-13 69.7 WP_089246429.1 WP_084371009.1 29.2 212 132 7 275 483 17 213 2.13e-13 69.3 WP_089246429.1 WP_131166802.1 28.4 243 146 9 2 225 3 236 2.92e-13 69.3 WP_089246429.1 WP_192500494.1 24.3 222 148 6 7 225 5 209 5.27e-12 65.1 WP_089246429.1 WP_142931103.1 22.1 488 313 15 20 478 20 469 3.45e-10 60.5 WP_089246429.1 WP_066083732.1 35.8 81 51 1 403 482 158 238 5.15e-10 59.3 WP_089246429.1 WP_107894076.1 28.9 114 79 2 372 483 124 237 6.53e-10 58.9 WP_089246429.1 WP_041710957.1 23.2 224 129 8 10 228 295 480 1.25e-06 49.3 WP_089246429.1 WP_195238978.1 22.3 211 144 6 276 480 501 697 4.21e-06 47.8 WP_089246429.1 MBQ8297564.1 25.8 244 153 11 252 482 320 548 8.83e-06 46.6 WP_089246429.1 NVM03966.1 23.0 217 131 7 275 481 37 227 1.05e-05 45.8 WP_089246429.1 MBQ9964693.1 24.6 195 116 5 10 204 7 170 4.79e-04 39.7 VDO63589.1 VDO63589.1 100 160 0 0 1 160 1 160 7.77e-72 211 WP_098642363.1 WP_098642363.1 100 574 0 0 1 574 1 574 0.0 1115 WP_098642363.1 WP_091423297.1 23.7 434 268 14 169 568 180 584 1.41e-19 90.9 MBA2651112.1 MBA2651112.1 100 64 0 0 1 64 1 64 1.51e-36 115 MBA2651112.1 WP_066476002.1 51.9 52 25 0 1 52 1 52 1.91e-10 49.3 UCP72061.1 UCP72061.1 100 7096 0 0 1 7096 1 7096 0.0 13999 UCP72061.1 UBD95131.1 98.9 7096 81 0 1 7096 1 7096 0.0 13989 UCP72061.1 UEC52718.1 98.8 7096 84 0 1 7096 1 7096 0.0 13982 UCP72061.1 QWC83326.1 98.7 7096 90 0 1 7096 1 7096 0.0 13973 UCP72061.1 UBP50947.1 98.7 7096 91 0 1 7096 1 7096 0.0 13971 UCP72061.1 WEU87158.1 98.7 7096 92 0 1 7096 1 7096 0.0 13967 UCP72061.1 QSZ25555.1 98.7 7096 94 0 1 7096 1 7096 0.0 13966 UCP72061.1 QVD87869.1 98.6 7096 93 1 1 7096 1 7093 0.0 13956 UCP72061.1 UCP77012.1 99.5 7096 39 0 1 7096 1 7096 0.0 13948 UCP72061.1 UMF87224.1 98.3 7096 115 2 1 7096 1 7092 0.0 13946 UCP72061.1 UZO53924.1 98.6 7096 98 1 1 7096 1 7093 0.0 13944 UCP72061.1 UVB16817.1 98.6 7096 97 1 1 7096 1 7093 0.0 13944 UCP72061.1 URQ55824.1 98.6 7096 98 1 1 7096 1 7093 0.0 13944 UCP72061.1 QZU16279.1 98.5 7096 105 0 1 7096 1 7096 0.0 13932 UCP72061.1 UIR12670.1 98.3 7096 120 2 1 7096 1 7092 0.0 13889 UCP72061.1 UBR86455.1 98.0 7095 139 0 2 7096 1 7095 0.0 13851 UCP72061.1 UPA83906.1 98.0 7096 137 2 1 7096 1 7092 0.0 13847 UCP72061.1 UXX67934.1 97.6 7096 166 1 1 7096 1 7093 0.0 13783 UCP72061.1 UGA79226.1 98.0 7096 141 0 1 7096 1 7096 0.0 13727 UCP72061.1 UKN67998.1 97.2 7076 197 2 21 7096 1 7072 0.0 13662 UCP72061.1 WHE12941.1 97.0 7070 206 1 27 7096 1 7067 0.0 13637 UCP72061.1 UAQ80067.1 96.3 7096 266 0 1 7096 1 7096 0.0 13546 UCP72061.1 UJT06733.1 95.1 7096 342 2 1 7096 1 7092 0.0 13340 UCP72061.1 UVI10561.1 95.1 7069 340 1 28 7096 1 7066 0.0 13320 UCP72061.1 UOU30556.1 93.8 7096 439 1 1 7096 1 7093 0.0 13115 WP_070709792.1 WP_070709792.1 100 283 0 0 1 283 1 283 5.55e-176 485 MCI0750124.1 MCI0750124.1 100 386 0 0 1 386 1 386 3.71e-292 787 MCI0750124.1 WP_002655233.1 27.4 241 140 10 110 347 282 490 3.98e-16 78.2 MBR6483218.1 MBR6483218.1 100 294 0 0 1 294 1 294 2.36e-228 618 MCA8947870.1 MCA8947870.1 100 632 0 0 1 632 1 632 0.0 1305 WP_244356123.1 WP_244356123.1 100 152 0 0 1 152 1 152 7.15e-103 289 WP_244356123.1 WP_097574091.1 45.7 94 51 0 59 152 42 135 8.77e-25 91.7 HBJ0687394.1 HBJ0687394.1 100 376 0 0 1 376 1 376 1.70e-251 684 MBQ2719788.1 MBQ2719788.1 100 574 0 0 1 574 1 574 0.0 1108 MBQ2719788.1 NWT28302.1 32.8 545 335 12 37 561 25 558 5.94e-72 239 MBQ2719788.1 WP_264593810.1 25.9 317 185 11 57 369 24 294 1.84e-11 64.7 GFD16573.1 GFD16573.1 100 163 0 0 1 163 1 163 9.20e-118 328 GFD16573.1 GFB08691.1 84.1 44 7 0 120 163 2 45 3.25e-20 81.3 MBS4051699.1 MBS4051699.1 100 224 0 0 1 224 1 224 5.00e-161 442 MBT4867863.1 MBT4867863.1 100 69 0 0 1 69 1 69 7.06e-44 134 WP_211354231.1 WP_211354231.1 100 160 0 0 1 160 1 160 3.10e-110 308 HAM57133.1 HAM57133.1 100 66 0 0 1 66 1 66 7.85e-42 128 HAM57133.1 MBN2192743.1 48.4 62 32 0 5 66 6 67 3.77e-14 63.2 NMO74192.1 NMO74192.1 100 435 0 0 1 435 1 435 5.80e-314 847 NMO74192.1 NBW79235.1 24.2 414 291 11 19 417 26 431 3.76e-21 93.6 MBQ8462807.1 MBQ8462807.1 100 823 0 0 1 823 1 823 0.0 1696 MBQ8462807.1 WP_070723361.1 57.0 823 311 9 1 815 1 788 0.0 914 TEA36026.1 TEA36026.1 100 349 0 0 1 349 1 349 2.77e-257 696 TEA36026.1 KAI8569196.1 55.3 257 108 4 69 320 12 266 8.87e-97 286 WP_205173112.1 WP_205173112.1 100 467 0 0 1 467 1 467 0.0 900 WP_205173112.1 WP_272906673.1 35.6 340 195 4 148 464 140 478 8.60e-64 212 WP_205173112.1 WP_164653811.1 37.5 317 180 5 145 459 164 464 2.11e-62 208 WP_205173112.1 WP_175896721.1 38.1 318 176 3 148 459 148 450 4.29e-60 202 WP_205173112.1 MBP7222158.1 34.6 321 202 5 147 463 1 317 7.84e-58 192 WP_205173112.1 WP_271786410.1 35.9 337 195 6 148 467 8 340 8.38e-57 190 WP_205173112.1 WP_124213670.1 41.8 249 141 3 142 389 126 371 4.87e-56 191 WP_205173112.1 KNY10996.1 40.2 214 127 1 166 379 12 224 4.12e-51 174 WP_205173112.1 WP_278449211.1 31.0 232 153 3 148 377 145 371 1.87e-38 144 CEL11538.1 CEL11538.1 100 230 0 0 1 230 1 230 2.68e-168 461 XP_018282977.1 XP_018282977.1 100 534 0 0 1 534 1 534 0.0 1015 XP_018282977.1 WP_254218450.1 30.6 353 224 7 121 466 174 512 7.79e-38 144 KJS39335.1 KJS39335.1 100 77 0 0 1 77 1 77 6.85e-50 149 WP_276369440.1 WP_276369440.1 100 372 0 0 1 372 1 372 1.31e-278 752 WP_276369440.1 MCH8293010.1 27.5 247 161 8 41 281 2 236 1.10e-18 84.3 GGN43478.1 GGN43478.1 100 69 0 0 1 69 1 69 1.53e-47 143 WP_049599782.1 WP_049599782.1 100 393 0 0 1 393 1 393 3.16e-267 725 MBE6348968.1 MBE6348968.1 100 687 0 0 1 687 1 687 0.0 1365 MBE6348968.1 WP_012573472.1 45.3 684 359 8 8 683 501 1177 1.24e-196 585 MBE6348968.1 WP_070770047.1 42.7 679 372 10 5 676 495 1163 2.94e-181 547 MBE6348968.1 NJD91181.1 43.0 700 363 13 5 685 419 1101 4.29e-170 514 MBE6348968.1 WP_156009076.1 40.5 686 385 11 10 682 498 1173 1.52e-161 495 WP_004699236.1 WP_004699236.1 100 448 0 0 1 448 1 448 0.0 869 WP_004699236.1 WP_006305873.1 32.8 460 279 9 10 447 9 460 3.29e-68 223 WP_004699236.1 MBI5098096.1 24.7 291 189 11 58 326 54 336 6.00e-10 59.3 NOT18216.1 NOT18216.1 100 615 0 0 1 615 1 615 0.0 1191 NOT18216.1 WP_021479352.1 33.1 632 381 10 5 613 534 1146 2.77e-97 320 NOT18216.1 ECN6431251.1 64.8 122 43 0 43 164 1 122 2.37e-53 176 UUS71569.1 UUS71569.1 100 1273 0 0 1 1273 1 1273 0.0 1454 UUS71569.1 UIX40308.1 67.2 1273 416 1 1 1273 1 1271 0.0 1432 UUS71569.1 USL51576.1 70.2 1273 376 1 1 1273 1 1270 0.0 1430 UUS71569.1 UDK40309.1 67.6 1273 411 1 1 1273 1 1271 0.0 1429 UUS71569.1 UBN63752.1 71.3 1273 362 2 1 1273 1 1270 0.0 1424 UUS71569.1 QUE11983.1 69.8 1273 382 2 1 1273 1 1270 0.0 1423 UUS71569.1 UZH89542.1 75.6 1273 309 1 1 1273 1 1271 0.0 1422 UUS71569.1 UYC71619.1 66.5 1273 422 2 1 1273 1 1268 0.0 1422 UUS71569.1 UHB14670.1 66.1 1273 429 1 1 1273 1 1271 0.0 1419 UUS71569.1 UPU53169.1 66.1 1273 428 1 1 1273 1 1270 0.0 1419 UUS71569.1 UGX22439.1 60.9 1326 410 4 1 1273 1 1271 0.0 1311 UUS71569.1 QXI91160.1 95.2 747 36 0 527 1273 526 1272 0.0 1306 UUS71569.1 QUM20585.1 94.8 747 39 0 527 1273 526 1272 0.0 1301 UUS71569.1 QVX70521.1 65.4 1273 440 0 1 1273 1 1273 0.0 1282 UUS71569.1 UHK01047.1 71.1 1273 368 0 1 1273 1 1273 0.0 952 VEL25898.1 VEL25898.1 100 99 0 0 1 99 1 99 1.98e-59 175 WP_280938002.1 WP_280938002.1 100 414 0 0 1 414 1 414 4.55e-314 845 WP_280938002.1 WP_244311009.1 57.4 404 171 1 12 414 8 411 8.61e-172 485 WP_280938002.1 WP_215638040.1 26.1 398 255 16 31 412 19 393 2.77e-27 110 WP_280938002.1 MCJ7486393.1 34.2 187 116 2 77 263 51 230 6.87e-27 108 MBI5809191.1 MBI5809191.1 100 158 0 0 1 158 1 158 1.13e-111 312 WP_064441345.1 WP_064441345.1 100 155 0 0 1 155 1 155 2.18e-94 268 WP_163968309.1 WP_163968309.1 100 677 0 0 1 677 1 677 0.0 1253 CVV42982.1 CVV42982.1 100 303 0 0 1 303 1 303 4.08e-49 164 CVV42982.1 CEY44168.1 87.8 41 5 0 263 303 170 210 9.30e-04 38.1 WP_167239634.1 WP_167239634.1 100 234 0 0 1 234 1 234 5.62e-172 471 WP_167239634.1 NCO19736.1 52.6 232 105 3 1 229 1 230 1.80e-75 226 WP_142725797.1 WP_142725797.1 100 639 0 0 1 639 1 639 0.0 1276 WP_142725797.1 MBR2770999.1 34.5 296 160 9 6 296 10 276 9.81e-34 133 WP_189821229.1 WP_189821229.1 100 92 0 0 1 92 1 92 1.51e-62 182 NWY11222.1 NWY11222.1 100 156 0 0 1 156 1 156 5.19e-107 300 NWY11222.1 XP_041922209.1 56.5 62 27 0 12 73 155 216 8.01e-15 68.6 NWY11222.1 XP_009464764.1 52.6 57 27 0 12 68 277 333 1.29e-12 62.4 WP_169605852.1 WP_169605852.1 100 72 0 0 1 72 1 72 9.23e-50 150 WP_207918089.1 WP_207918089.1 100 252 0 0 1 252 1 252 1.49e-185 506 WP_207918089.1 MXP43753.1 63.1 252 92 1 2 252 11 262 1.34e-112 322 WP_207918089.1 WP_174822921.1 61.2 250 96 1 4 252 6 255 1.09e-107 310 WP_207918089.1 OAN53756.1 61.4 246 94 1 8 252 14 259 5.23e-102 295 WP_207918089.1 MBC7326981.1 54.0 250 114 1 4 252 5 254 5.57e-98 285 WP_207918089.1 WP_158791585.1 57.0 251 105 3 4 252 3 252 2.99e-97 283 WP_207918089.1 MWR41881.1 33.1 248 151 7 3 247 26 261 5.49e-33 119 WP_207918089.1 WP_072380563.1 29.6 247 160 6 6 247 2 239 2.36e-28 106 WP_207918089.1 MCP5262709.1 29.4 265 161 11 1 252 1 252 1.04e-23 95.9 WP_207918089.1 GLY24463.1 30.3 244 151 7 16 247 19 255 5.43e-23 94.0 WP_207918089.1 MBU5353226.1 28.6 241 151 6 16 247 26 254 5.88e-22 90.9 WP_207918089.1 WP_107894076.1 29.5 237 152 9 21 247 25 256 7.31e-22 90.9 WP_207918089.1 WP_071876418.1 27.0 252 166 7 6 251 4 243 4.79e-21 90.1 WP_207918089.1 WP_152652784.1 31.3 214 132 6 1 212 1 201 1.44e-20 87.0 WP_207918089.1 WP_227059655.1 30.6 242 151 9 16 243 32 270 2.64e-19 85.1 WP_207918089.1 WP_192324556.1 27.0 256 166 6 6 243 14 266 2.19e-18 82.4 WP_207918089.1 WP_084371009.1 24.9 229 148 7 4 226 1 211 6.11e-18 79.7 WP_207918089.1 EHH5649593.1 27.6 210 131 7 32 237 29 221 1.02e-17 79.0 WP_207918089.1 WP_150396769.1 26.9 212 140 7 20 226 39 240 3.14e-10 58.2 WP_207918089.1 CDZ73727.1 23.7 219 131 7 6 215 2 193 2.35e-09 54.7 WP_207918089.1 KAF9974715.1 23.9 197 112 4 21 208 481 648 1.35e-08 53.5 WP_100081012.1 WP_100081012.1 100 97 0 0 1 97 1 97 6.71e-66 191 WP_014407515.1 WP_014407515.1 100 299 0 0 1 299 1 299 2.80e-209 570 WP_014407515.1 MBK9183427.1 37.1 275 158 5 6 266 11 284 2.60e-44 152 WP_014407515.1 MCQ2612024.1 32.5 280 161 8 9 266 11 284 7.35e-34 124 WP_158131988.1 WP_158131988.1 100 659 0 0 1 659 1 659 0.0 1230 WP_158131988.1 WP_097346712.1 65.8 657 223 2 2 658 4 658 5.46e-300 830 WP_158131988.1 EIU6828535.1 34.8 276 179 1 51 326 47 321 1.04e-34 132 WP_158131988.1 AHK46784.1 31.7 284 182 3 386 657 36 319 8.99e-32 124 WP_158131988.1 AGL88086.1 29.3 273 171 5 390 658 29 283 5.16e-25 103 WP_158131988.1 PPR79666.1 28.9 273 190 3 386 655 60 331 1.65e-24 103 WP_158131988.1 WP_249991478.1 33.3 321 194 12 13 322 13 324 1.92e-24 103 WP_158131988.1 EAP5059555.1 32.1 277 175 7 390 657 82 354 1.80e-23 100 MBE6713534.1 MBE6713534.1 100 443 0 0 1 443 1 443 1.11e-306 829 MBE6713534.1 MCF6289355.1 27.7 242 172 3 179 418 28 268 8.51e-22 93.2 MCP4293344.1 MCP4293344.1 100 222 0 0 1 222 1 222 9.77e-167 456 WP_125555296.1 WP_125555296.1 100 554 0 0 1 554 1 554 0.0 1180 WP_125555296.1 VJO49958.1 47.2 538 252 7 4 534 5 517 2.00e-177 509 WP_125555296.1 WP_253630899.1 29.2 531 288 17 6 522 41 497 2.26e-64 217 WP_125555296.1 PKO20637.1 25.9 398 214 16 4 369 9 357 5.45e-17 82.0 WP_125555296.1 WP_275700896.1 22.1 384 214 12 3 372 2 314 9.02e-15 74.7 WP_125555296.1 MBR6406611.1 25.8 225 100 8 27 203 187 392 6.52e-13 69.7 WP_125555296.1 MBP7746105.1 26.3 213 100 9 27 203 342 533 1.66e-12 68.6 WP_125555296.1 HAN2236324.1 22.5 408 208 19 27 365 226 594 4.50e-12 67.0 WP_251586805.1 WP_251586805.1 100 58 0 0 1 58 1 58 3.48e-37 116 WP_154557671.1 WP_154557671.1 100 325 0 0 1 325 1 325 5.04e-241 653 NXK93169.1 NXK93169.1 100 143 0 0 1 143 1 143 6.03e-102 286 WP_120653510.1 WP_120653510.1 100 223 0 0 1 223 1 223 1.23e-165 454 WP_083053697.1 WP_083053697.1 100 180 0 0 1 180 1 180 8.26e-127 352 WP_262890005.1 WP_262890005.1 100 219 0 0 1 219 1 219 5.64e-160 439 WP_129053209.1 WP_129053209.1 100 857 0 0 1 857 1 857 0.0 1706 WP_129053209.1 MXS72767.1 29.8 894 542 29 7 857 15 865 2.04e-92 308 MCB0080507.1 MCB0080507.1 100 109 0 0 1 109 1 109 6.31e-72 207 CAG8634459.1 CAG8634459.1 100 55 0 0 1 55 1 55 9.06e-23 79.7 WP_244349102.1 WP_244349102.1 100 486 0 0 1 486 1 486 0.0 955 WP_244349102.1 MCF8391604.1 44.4 486 219 7 1 485 1 436 1.24e-126 374 WP_244349102.1 WP_228961807.1 30.6 330 156 9 1 325 1 262 2.39e-33 128 WP_244349102.1 HJE10580.1 26.4 484 262 14 2 466 10 418 2.27e-28 115 WP_137652803.1 WP_137652803.1 100 311 0 0 1 311 1 311 1.32e-229 623 MBD8931956.1 MBD8931956.1 100 70 0 0 1 70 1 70 1.99e-48 145 WP_237973393.1 WP_237973393.1 100 240 0 0 1 240 1 240 2.58e-180 492 WP_061356765.1 WP_061356765.1 100 182 0 0 1 182 1 182 2.19e-132 366 WP_073201850.1 WP_073201850.1 100 331 0 0 1 331 1 331 7.59e-230 625 WP_073201850.1 PHR72175.1 47.1 325 162 4 1 324 1 316 1.65e-92 276 WP_073201850.1 PSR02572.1 49.3 296 148 2 30 324 49 343 1.88e-91 275 WP_073201850.1 WP_253808359.1 35.1 271 159 6 51 316 28 286 6.70e-42 149 WP_073201850.1 WP_225579579.1 36.1 263 150 4 61 316 44 295 1.24e-40 147 WP_073201850.1 WP_254698006.1 36.8 228 130 3 92 316 65 281 3.29e-39 143 WP_073201850.1 CBI36349.3 32.8 201 129 1 120 320 97 291 3.78e-33 125 MBF1224416.1 MBF1224416.1 100 792 0 0 1 792 1 792 0.0 1565 WP_165438496.1 WP_165438496.1 100 120 0 0 1 120 1 120 2.36e-79 227 MBC8203931.1 MBC8203931.1 100 254 0 0 1 254 1 254 2.66e-180 493 WP_227085212.1 WP_227085212.1 100 456 0 0 1 456 1 456 0.0 872 WP_034327214.1 WP_034327214.1 100 144 0 0 1 144 1 144 1.94e-103 290 MAC18593.1 MAC18593.1 100 170 0 0 1 170 1 170 7.44e-116 323 NOY92382.1 NOY92382.1 100 136 0 0 1 136 1 136 3.97e-81 233 MBW2071526.1 MBW2071526.1 100 295 0 0 1 295 1 295 3.17e-213 580 MBP8762091.1 MBP8762091.1 100 454 0 0 1 454 1 454 4.73e-309 836 GEV03352.1 GEV03352.1 100 232 0 0 1 232 1 232 1.60e-161 444 WP_183483256.1 WP_183483256.1 100 216 0 0 1 216 1 216 2.90e-131 366 WP_196074572.1 WP_196074572.1 100 170 0 0 1 170 1 170 3.71e-125 347 WP_196074572.1 WP_089820066.1 43.0 165 86 3 8 170 2 160 3.72e-37 124 WP_196074572.1 SDP58856.1 36.4 162 94 4 11 170 6 160 5.23e-31 109 WP_107033910.1 WP_107033910.1 100 487 0 0 1 487 1 487 0.0 1018 MBR5482150.1 MBR5482150.1 100 160 0 0 1 160 1 160 1.17e-114 320 HAP8698574.1 HAP8698574.1 100 201 0 0 1 201 1 201 2.93e-144 398 WP_041723747.1 WP_041723747.1 100 318 0 0 1 318 1 318 5.27e-219 597 WP_041723747.1 MCS6996891.1 39.2 232 133 5 46 272 118 346 4.22e-40 143 WP_041723747.1 MBF0357294.1 38.8 183 104 4 48 223 162 343 1.58e-26 108 ECY0969635.1 ECY0969635.1 100 96 0 0 1 96 1 96 7.58e-67 194 HBX8004802.1 HBX8004802.1 100 336 0 0 1 336 1 336 6.97e-249 674 HBX8004802.1 HBK1877356.1 52.4 84 37 2 12 92 4 87 5.93e-19 85.9 HBX8004802.1 XP_034264344.1 42.1 107 52 3 13 109 65 171 6.87e-16 76.3 HBX8004802.1 MBA2687082.1 40.4 89 50 1 15 100 9 97 2.20e-11 62.4 HBX8004802.1 WP_084119994.1 35.6 104 66 1 15 117 4 107 2.11e-10 59.3 HBX8004802.1 XP_003056335.1 30.1 113 53 3 14 100 132 244 9.96e-07 48.5 HBX8004802.1 WP_219287479.1 24.9 197 127 8 17 198 7 197 1.19e-05 44.7 WP_180748367.1 WP_180748367.1 100 102 0 0 1 102 1 102 1.80e-61 181 WFQ78449.1 WFQ78449.1 100 161 0 0 1 161 1 161 2.26e-108 304 TMD19778.1 TMD19778.1 100 84 0 0 1 84 1 84 3.20e-58 171 GGC93399.1 GGC93399.1 100 255 0 0 1 255 1 255 2.39e-188 514 ABQ63546.1 ABQ63546.1 100 218 0 0 1 218 1 218 1.09e-152 421 ABQ63546.1 QUQ06080.1 80.7 218 42 0 1 218 2 219 1.30e-126 355 ABQ63546.1 AVM35379.1 81.3 214 40 0 5 218 1 214 2.20e-126 354 ABQ63546.1 ADW49125.1 82.0 211 38 0 8 218 1 211 2.68e-124 348 ABQ63546.1 AFA24308.1 82.9 211 36 0 8 218 2 212 7.97e-124 347 ABQ63546.1 AWS34156.1 78.0 218 48 0 1 218 2 219 4.83e-122 343 ABQ63546.1 ADJ35581.1 75.2 218 54 0 1 218 3 220 1.67e-120 339 ABQ63546.1 QUA05739.1 80.1 211 42 0 1 211 2 212 1.03e-119 337 ABQ63546.1 AFA09475.1 81.0 205 39 0 14 218 1 205 1.90e-118 333 ABQ63546.1 AHK62764.1 73.0 215 58 0 4 218 1 215 1.01e-112 320 ABQ63546.1 AKT58828.1 77.8 194 43 0 1 194 2 195 3.04e-108 307 ABQ63546.1 AMA90994.1 77.6 196 44 0 1 196 2 197 3.79e-107 305 ABQ63546.1 AXZ65741.1 79.0 186 39 0 1 186 2 187 1.78e-103 295 ABQ63546.1 UZF38514.1 68.0 206 66 0 13 218 1 206 8.55e-99 284 ABQ63546.1 AOQ89457.1 74.3 187 48 0 4 190 1 187 4.93e-96 276 ABQ63546.1 AGI15931.1 63.9 205 74 0 8 212 2 206 1.40e-90 263 ABQ63546.1 AHH30646.1 73.2 168 43 2 31 198 6 171 9.39e-81 237 ABQ63546.1 ACE88666.1 80.0 140 28 0 79 218 1 140 4.92e-75 221 ABQ63546.1 APC24336.1 67.9 112 36 0 107 218 1 112 1.92e-44 150 MCB1412915.1 MCB1412915.1 100 485 0 0 1 485 1 485 0.0 937 MCB1412915.1 WP_133179454.1 62.7 474 170 2 7 476 15 485 4.25e-202 568 MCB1412915.1 KAK48091.1 29.2 401 248 12 16 407 28 401 2.07e-24 103 MCB1412915.1 KAF8901107.1 30.5 167 111 3 66 231 78 240 5.42e-14 72.4 MCB1412915.1 WP_049005162.1 29.1 223 130 7 25 225 6 222 2.27e-13 70.1 MCB1412915.1 XP_049236752.1 21.4 229 169 3 14 232 2 229 8.10e-11 62.8 MCB1412915.1 WP_245350945.1 23.9 468 283 15 27 469 26 445 1.15e-08 55.5 MCB1412915.1 WP_255602293.1 23.6 203 121 8 28 217 26 207 1.12e-06 49.3 EUJ18213.1 EUJ18213.1 100 226 0 0 1 226 1 226 3.23e-158 435 EUJ18213.1 KAI3473816.1 47.2 53 28 0 165 217 147 199 1.81e-08 52.4 WP_022347710.1 WP_022347710.1 100 532 0 0 1 532 1 532 0.0 1080 MBE3121179.1 MBE3121179.1 100 105 0 0 1 105 1 105 5.71e-73 210 XP_022005570.1 XP_022005570.1 100 142 0 0 1 142 1 142 4.25e-97 274 WP_216244265.1 WP_216244265.1 100 517 0 0 1 517 1 517 0.0 982 WP_193275955.1 WP_193275955.1 100 455 0 0 1 455 1 455 3.44e-307 831 WP_193275955.1 MBU2178615.1 40.4 302 175 2 142 438 1 302 3.21e-68 218 WP_193275955.1 WP_149786838.1 41.2 97 56 1 337 432 99 195 6.50e-13 65.9 WP_193275955.1 NPV11463.1 40.2 97 57 1 305 400 69 165 8.41e-12 62.8 EDQ2752402.1 EDQ2752402.1 100 138 0 0 1 138 1 138 3.54e-94 266 WP_124996221.1 WP_124996221.1 100 145 0 0 1 145 1 145 4.26e-78 226 MBR6406611.1 MBR6406611.1 100 691 0 0 1 691 1 691 0.0 1468 MBR6406611.1 PKO20637.1 32.9 519 235 18 124 625 2 424 1.18e-72 241 MBR6406611.1 MBP7746105.1 29.1 550 311 17 126 638 278 785 1.04e-58 211 MBR6406611.1 WP_125555296.1 25.8 225 100 8 187 392 27 203 1.87e-12 68.6 MBS6066499.1 MBS6066499.1 100 146 0 0 1 146 1 146 4.55e-103 289 XP_029123601.1 XP_029123601.1 100 2578 0 0 1 2578 1 2578 0.0 4875 XP_029123601.1 KAI6685811.1 33.6 2104 1098 53 478 2461 155 2079 1.54e-285 904 TNE39473.1 TNE39473.1 100 175 0 0 1 175 1 175 3.97e-127 352 WP_223565913.1 WP_223565913.1 100 402 0 0 1 402 1 402 1.09e-299 808 WP_223565913.1 WP_117183207.1 47.4 392 198 4 11 399 12 398 1.21e-129 377 MCI8760428.1 MCI8760428.1 100 211 0 0 1 211 1 211 5.02e-150 413 XP_031982117.1 XP_031982117.1 100 715 0 0 1 715 1 715 0.0 1366 XP_031982117.1 XP_028702799.1 41.7 72 40 2 29 99 1024 1094 1.02e-09 60.5 MBT3401245.1 MBT3401245.1 100 327 0 0 1 327 1 327 1.40e-248 672 HCF4435603.1 HCF4435603.1 100 698 0 0 1 698 1 698 0.0 1342 HCF4435603.1 MBT3583534.1 29.3 335 195 11 217 542 51 352 1.77e-30 123 MCF7955924.1 MCF7955924.1 100 413 0 0 1 413 1 413 2.87e-296 800 WP_237762402.1 WP_237762402.1 100 651 0 0 1 651 1 651 0.0 1296 WP_237762402.1 WP_242685612.1 39.1 634 364 11 23 650 39 656 1.58e-141 432 WP_237762402.1 WP_202291019.1 37.6 644 383 11 12 650 27 656 3.67e-136 417 WP_237762402.1 ECD4982842.1 37.4 649 369 15 23 650 34 666 8.18e-135 415 WP_237762402.1 EBS3704194.1 37.4 649 369 15 23 650 34 666 1.15e-134 415 WP_237762402.1 WP_222168304.1 34.0 529 321 13 1 516 7 520 5.37e-74 253 WP_149886053.1 WP_149886053.1 100 513 0 0 1 513 1 513 0.0 1041 WP_149886053.1 WP_007747506.1 27.2 570 332 25 1 513 1 544 6.46e-28 115 WP_109850746.1 WP_109850746.1 100 76 0 0 1 76 1 76 1.83e-49 148 XP_026175731.1 XP_026175731.1 100 312 0 0 1 312 1 312 6.57e-235 636 XP_026175731.1 NXT80179.1 27.8 216 127 8 97 299 192 391 5.46e-16 76.3 MCI0684678.1 MCI0684678.1 100 1360 0 0 1 1360 1 1360 0.0 2649 MAH46576.1 MAH46576.1 100 174 0 0 1 174 1 174 1.97e-122 340 MBS4052605.1 MBS4052605.1 100 115 0 0 1 115 1 115 6.90e-81 231 HBD3580067.1 HBD3580067.1 100 661 0 0 1 661 1 661 0.0 1326 HBD3580067.1 WP_185892671.1 46.8 630 331 3 34 660 27 655 5.77e-204 586 HBD3580067.1 WP_215391030.1 41.1 621 362 4 34 651 45 664 1.86e-169 499 YP_010013434.1 YP_010013434.1 100 188 0 0 1 188 1 188 1.17e-139 385 WP_049105913.1 WP_049105913.1 100 364 0 0 1 364 1 364 5.15e-256 694 WP_049105913.1 MBQ9979016.1 51.4 107 49 1 257 363 119 222 1.42e-31 120 WP_049105913.1 MCP4914981.1 67.2 61 20 0 271 331 155 215 5.42e-22 91.3 WP_049105913.1 MCH8269832.1 47.5 61 32 0 277 337 166 226 6.98e-10 58.2 MCQ2543220.1 MCQ2543220.1 100 214 0 0 1 214 1 214 5.03e-156 429 GCE22918.1 GCE22918.1 100 483 0 0 1 483 1 483 1.28e-263 723 WP_077093245.1 WP_077093245.1 100 317 0 0 1 317 1 317 4.55e-224 609 WP_077093245.1 WP_108024271.1 32.5 243 140 7 10 237 9 242 2.87e-21 89.4 WP_077093245.1 WP_010443651.1 34.0 188 111 2 9 196 3 177 8.54e-21 87.8 WP_077093245.1 MXY99086.1 34.6 179 105 3 19 196 1 168 1.70e-16 75.9 WP_077093245.1 WP_183882442.1 31.2 218 135 4 11 223 9 216 4.25e-16 74.7 WP_077093245.1 WP_253646963.1 31.2 189 118 4 11 196 15 194 2.64e-11 61.6 WP_077093245.1 WP_204942955.1 32.5 169 99 4 9 177 7 160 9.19e-08 50.8 WP_077093245.1 MYS73268.1 30.1 196 123 5 6 198 4 188 1.30e-05 44.3 CCX33905.1 CCX33905.1 100 432 0 0 1 432 1 432 6.97e-240 659 WP_124989189.1 WP_124989189.1 100 441 0 0 1 441 1 441 0.0 864 EEL0394597.1 EEL0394597.1 100 266 0 0 1 266 1 266 2.44e-182 499 WP_238717267.1 WP_238717267.1 100 645 0 0 1 645 1 645 0.0 1243 WP_238717267.1 KAJ2633851.1 38.4 336 192 5 4 326 6 339 3.84e-55 199 KAJ5991093.1 KAJ5991093.1 100 278 0 0 1 278 1 278 1.39e-203 554 KAJ5991093.1 OJG95819.1 37.3 193 116 4 34 224 26 215 2.78e-30 114 RCN27560.1 RCN27560.1 100 175 0 0 1 175 1 175 2.04e-120 335 MBQ3742794.1 MBQ3742794.1 100 293 0 0 1 293 1 293 9.98e-225 609 HBM7970352.1 HBM7970352.1 100 540 0 0 1 540 1 540 0.0 1083 HBM7970352.1 WP_039102441.1 32.3 495 286 12 5 457 14 501 2.36e-67 227 WP_067035785.1 WP_067035785.1 100 304 0 0 1 304 1 304 1.63e-215 587 SEP77558.1 SEP77558.1 100 603 0 0 1 603 1 603 0.0 1136 SEP77558.1 MBQ1868746.1 30.8 331 185 7 250 566 194 494 2.11e-39 151 SEP77558.1 WP_261733022.1 34.1 273 170 6 301 567 215 483 9.11e-34 135 SEP77558.1 WP_138482356.1 34.8 233 138 6 339 565 412 636 1.52e-32 132 SEP77558.1 WP_061048002.1 26.5 294 177 11 292 568 355 626 6.62e-17 82.8 MBS6296676.1 MBS6296676.1 100 862 0 0 1 862 1 862 0.0 1793 MCM4298717.1 MCM4298717.1 100 114 0 0 1 114 1 114 9.10e-81 230 MCM4298717.1 WP_267911890.1 56.8 44 19 0 7 50 3 46 4.29e-11 52.8 WP_106627677.1 WP_106627677.1 100 489 0 0 1 489 1 489 0.0 913 KAJ1958754.1 KAJ1958754.1 100 900 0 0 1 900 1 900 0.0 1617 WP_149230790.1 WP_149230790.1 100 548 0 0 1 548 1 548 0.0 1046 WP_149230790.1 MBS1636088.1 27.9 240 157 8 307 539 89 319 1.59e-11 63.9 WP_149230790.1 WP_149911652.1 33.3 111 68 3 432 540 316 422 3.61e-06 47.8 NLI68303.1 NLI68303.1 100 207 0 0 1 207 1 207 3.29e-153 421 KAB1283136.1 KAB1283136.1 100 153 0 0 1 153 1 153 2.28e-95 270 NLZ91447.1 NLZ91447.1 100 480 0 0 1 480 1 480 0.0 974 WP_241105826.1 WP_241105826.1 100 334 0 0 1 334 1 334 1.71e-248 672 WP_241105826.1 WP_180034620.1 48.6 319 161 2 14 329 12 330 1.02e-100 298 AFQ97813.1 AFQ97813.1 100 274 0 0 1 274 1 274 1.51e-205 559 AFQ97813.1 UTU41876.1 63.1 260 93 2 12 269 2 260 6.73e-111 319 AFQ97813.1 AYV64277.1 60.0 275 100 4 1 272 159 426 5.01e-107 315 AFQ97813.1 UFH83377.1 56.5 276 117 2 1 274 165 439 2.78e-96 290 WP_251874466.1 WP_251874466.1 100 341 0 0 1 341 1 341 4.89e-247 669 WP_251874466.1 WP_058635033.1 52.5 320 151 1 3 322 2 320 2.66e-112 328 WP_251874466.1 WP_234306850.1 37.7 260 157 2 43 301 42 297 1.94e-51 171 WP_251874466.1 WP_059510827.1 36.5 285 175 4 44 324 37 319 1.35e-48 164 WP_251874466.1 MBK5104727.1 38.6 223 134 2 18 237 23 245 1.62e-46 156 WP_251874466.1 MBC99785.1 32.7 269 167 5 51 306 47 314 2.76e-41 145 WP_251874466.1 WP_116701099.1 36.9 233 138 5 58 286 60 287 4.49e-41 144 WP_251874466.1 WP_012724915.1 34.8 264 153 6 58 305 56 316 2.21e-36 132 WP_251874466.1 WP_166225641.1 35.3 258 159 4 44 296 51 305 9.88e-36 132 MBE7001547.1 MBE7001547.1 100 72 0 0 1 72 1 72 4.64e-48 144 WP_019843633.1 WP_019843633.1 100 160 0 0 1 160 1 160 5.79e-115 320 XP_028702799.1 XP_028702799.1 100 1918 0 0 1 1918 1 1918 0.0 3496 XP_028702799.1 XP_031982117.1 41.7 72 40 2 1024 1094 29 99 6.20e-09 59.3 MBU4432787.1 MBU4432787.1 100 216 0 0 1 216 1 216 4.48e-160 439 MBU4432787.1 WP_149746544.1 36.5 211 117 5 10 213 6 206 1.49e-35 123 MBU4432787.1 MBF0248932.1 38.9 54 33 0 158 211 4 57 1.17e-08 48.5 WP_225239495.1 WP_225239495.1 100 479 0 0 1 479 1 479 0.0 942 GAM38698.1 GAM38698.1 100 149 0 0 1 149 1 149 1.25e-106 298 WP_069647812.1 WP_069647812.1 100 978 0 0 1 978 1 978 0.0 1944 WP_100524661.1 WP_100524661.1 100 226 0 0 1 226 1 226 1.05e-163 449 WP_068798537.1 WP_068798537.1 100 187 0 0 1 187 1 187 7.88e-133 368 WP_170382009.1 WP_170382009.1 100 328 0 0 1 328 1 328 4.12e-237 643 AXI09756.1 AXI09756.1 100 127 0 0 1 127 1 127 1.00e-56 171 WP_158161316.1 WP_158161316.1 100 200 0 0 1 200 1 200 3.70e-142 392 WP_158161316.1 WP_119328079.1 47.6 191 99 1 8 197 6 196 3.03e-56 175 WP_158161316.1 MBQ3420014.1 37.1 202 112 5 2 192 3 200 5.87e-25 95.1 HBQ61597.1 HBQ61597.1 100 171 0 0 1 171 1 171 2.05e-118 330 KAG9648608.1 KAG9648608.1 100 657 0 0 1 657 1 657 0.0 1342 WP_208823465.1 WP_208823465.1 100 304 0 0 1 304 1 304 1.93e-223 607 WP_208823465.1 MCP3872510.1 47.2 290 143 5 11 299 12 292 8.73e-88 263 EFV3192858.1 EFV3192858.1 100 159 0 0 1 159 1 159 2.73e-99 281 WP_006027485.1 WP_006027485.1 100 346 0 0 1 346 1 346 1.27e-256 694 WP_006027485.1 WP_164585387.1 53.9 343 157 1 1 342 1 343 4.77e-133 382 WP_006027485.1 KAH7252800.1 35.5 296 175 7 1 285 7 297 1.73e-49 167 WP_282014297.1 WP_282014297.1 100 365 0 0 1 365 1 365 1.51e-269 728 CAC9512212.1 CAC9512212.1 100 1259 0 0 1 1259 1 1259 0.0 2476 WP_247315376.1 WP_247315376.1 100 513 0 0 1 513 1 513 0.0 1024 MBB1664612.1 MBB1664612.1 100 19 0 0 1 19 1 19 5.99e-12 50.1 WP_159801197.1 WP_159801197.1 100 114 0 0 1 114 1 114 2.23e-81 232 HBY6471839.1 HBY6471839.1 100 25 0 0 1 25 1 25 1.75e-15 59.3 HBY6471839.1 EFW50635.1 100 17 0 0 9 25 81 97 2.56e-08 42.7 WP_125260587.1 WP_125260587.1 100 943 0 0 1 943 1 943 0.0 1876 WP_125260587.1 MBU22120.1 45.2 985 471 10 6 943 14 976 1.45e-286 820 WP_125260587.1 WP_158347019.1 36.5 933 447 17 1 921 1 800 5.42e-179 537 WP_125260587.1 MBO8485404.1 32.4 947 504 12 2 936 9 831 1.25e-157 483 WP_125260587.1 MCD6199266.1 43.6 530 289 3 402 924 293 819 4.90e-149 460 WP_125260587.1 WP_256546297.1 34.6 104 58 3 827 929 169 263 7.66e-09 56.2 WP_125260587.1 MCH4209672.1 31.0 129 68 4 808 921 475 597 9.92e-07 50.8 WP_125260587.1 MBR7834804.1 34.4 90 49 3 836 924 158 238 4.06e-06 47.8 WP_131836551.1 WP_131836551.1 100 495 0 0 1 495 1 495 0.0 974 WP_131836551.1 XP_050320449.1 48.0 479 239 4 19 494 13 484 1.61e-148 432 WP_131836551.1 WP_057201184.1 44.8 478 253 6 20 494 6 475 9.34e-126 374 WP_131836551.1 WP_008959270.1 40.9 482 275 6 16 493 9 484 3.99e-110 333 WP_131836551.1 WP_061795322.1 39.8 485 274 9 18 492 20 496 2.23e-105 322 WP_131836551.1 WP_257689765.1 37.7 469 285 4 21 488 17 479 3.07e-100 308 WP_131836551.1 WP_255965801.1 37.2 487 295 5 10 493 5 483 1.07e-96 299 WP_131836551.1 WP_108756325.1 39.3 471 277 6 21 491 9 470 3.40e-88 276 WP_131836551.1 WP_195426888.1 38.1 444 256 9 39 477 36 465 7.31e-76 245 WP_131836551.1 WP_205186167.1 35.5 422 259 5 76 493 2 414 4.93e-71 230 MCH5281797.1 MCH5281797.1 100 645 0 0 1 645 1 645 0.0 1304 WP_068156215.1 WP_068156215.1 100 930 0 0 1 930 1 930 0.0 1892 WP_068156215.1 WP_014504812.1 52.4 882 411 7 36 914 11 886 9.01e-317 893 WP_249351853.1 WP_249351853.1 100 361 0 0 1 361 1 361 3.04e-267 722 WP_249351853.1 RZI94009.1 44.1 102 56 1 237 338 1 101 5.45e-28 104 QXV60806.1 QXV60806.1 100 84 0 0 1 84 1 84 5.79e-52 155 MBU1949725.1 MBU1949725.1 100 163 0 0 1 163 1 163 1.16e-120 335 WP_163911025.1 WP_163911025.1 100 222 0 0 1 222 1 222 1.88e-155 428 WP_103186018.1 WP_103186018.1 100 291 0 0 1 291 1 291 6.21e-218 592 XP_050828762.1 XP_050828762.1 100 33 0 0 333 365 333 365 9.17e-13 67.0 WP_195426888.1 WP_195426888.1 100 490 0 0 1 490 1 490 0.0 946 WP_195426888.1 WP_205186167.1 41.7 422 238 5 74 490 4 422 1.56e-90 281 WP_195426888.1 WP_257689765.1 36.0 470 290 7 22 483 19 485 3.91e-77 248 WP_195426888.1 WP_131836551.1 38.1 444 256 9 36 465 39 477 3.44e-72 235 WP_195426888.1 WP_057201184.1 36.0 478 269 11 19 475 6 467 5.99e-70 229 WP_195426888.1 WP_255965801.1 33.3 457 294 7 33 482 31 483 9.72e-67 221 WP_195426888.1 XP_050320449.1 34.1 443 275 9 34 465 31 467 1.47e-65 218 WP_195426888.1 WP_108756325.1 32.2 441 277 6 36 465 27 456 2.08e-58 198 WP_195426888.1 WP_061795322.1 31.6 431 274 8 26 440 32 457 1.20e-53 186 WP_195426888.1 WP_232038993.1 29.0 434 289 7 58 473 54 486 2.59e-42 155 ASV44386.1 ASV44386.1 100 105 0 0 1 105 1 105 2.61e-78 223 MCI8395767.1 MCI8395767.1 100 175 0 0 1 175 1 175 3.27e-126 350 WP_085524223.1 WP_085524223.1 100 235 0 0 1 235 1 235 1.32e-166 457 WP_093727561.1 WP_093727561.1 100 67 0 0 1 67 1 67 6.94e-41 126 MBD1933857.1 MBD1933857.1 100 245 0 0 1 245 1 245 3.12e-154 427 MBD1933857.1 WP_124977341.1 52.4 233 102 2 14 238 38 269 1.18e-55 177 TCJ90160.1 TCJ90160.1 100 396 0 0 1 396 1 396 1.17e-275 746 EKD82894.1 EKD82894.1 100 472 0 0 1 472 1 472 0.0 928 WP_242018727.1 WP_242018727.1 100 184 0 0 1 184 1 184 2.10e-131 364 WP_242018727.1 WP_184066976.1 62.8 145 54 0 16 160 19 163 8.50e-57 175 WP_242018727.1 KAG7462864.1 40.2 97 56 2 79 173 1 97 1.67e-14 68.6 SIS29303.1 SIS29303.1 100 68 0 0 1 68 1 68 7.44e-41 126 XP_048228476.1 XP_048228476.1 100 354 0 0 1 354 1 354 5.19e-260 703 XP_048228476.1 XP_043718329.1 41.2 347 174 2 12 328 40 386 3.06e-84 259 XP_048228476.1 XP_022745130.1 38.8 139 49 3 237 339 15 153 7.65e-20 84.0 MCH8904788.1 MCH8904788.1 100 582 0 0 1 582 1 582 0.0 1109 MCH8904788.1 MBQ1196899.1 37.3 354 217 4 9 359 7 358 8.56e-69 231 MCH8904788.1 WP_280949002.1 42.0 286 158 3 8 289 15 296 8.62e-60 208 MCH8904788.1 MCF1439711.1 47.3 74 38 1 8 81 7 79 4.24e-18 77.8 WP_234970720.1 WP_234970720.1 100 328 0 0 1 328 1 328 3.03e-239 649 MBQ8958073.1 MBQ8958073.1 100 570 0 0 1 570 1 570 0.0 1159 WP_204806484.1 WP_204806484.1 100 116 0 0 1 116 1 116 1.97e-76 219 WP_087711902.1 WP_087711902.1 100 121 0 0 1 121 1 121 1.65e-84 240 WP_203562037.1 WP_203562037.1 100 466 0 0 1 466 1 466 1.63e-227 630 WP_203562037.1 WP_063706594.1 30.1 143 88 3 325 466 678 809 1.58e-09 58.5 MCQ2617452.1 MCQ2617452.1 100 483 0 0 1 483 1 483 0.0 912 MCQ2617452.1 WP_154503573.1 47.2 108 53 2 9 112 13 120 5.19e-13 69.3 WP_201520784.1 WP_201520784.1 100 285 0 0 1 285 1 285 2.49e-205 559 WP_201520784.1 MCP4774001.1 43.8 265 131 6 30 279 23 284 9.72e-57 182 WP_201520784.1 WP_103270848.1 32.0 247 154 7 30 273 26 261 1.41e-28 108 WP_185496123.1 WP_185496123.1 100 755 0 0 1 755 1 755 0.0 1477 WP_185496123.1 WP_278906630.1 21.4 468 298 17 201 615 5 455 2.72e-04 42.7 MBR3968535.1 MBR3968535.1 100 314 0 0 1 314 1 314 1.23e-176 489 MBR3968535.1 UCF87976.1 38.0 192 118 1 4 195 9 199 4.69e-37 131 NDE79167.1 NDE79167.1 100 117 0 0 1 117 1 117 1.09e-87 248 MCS6915397.1 MCS6915397.1 100 641 0 0 1 641 1 641 0.0 1257 MBB4243944.1 MBB4243944.1 100 68 0 0 1 68 1 68 3.50e-48 144 MBK8326393.1 MBK8326393.1 100 263 0 0 1 263 1 263 2.29e-190 520 MBK8326393.1 WP_042648904.1 50.6 261 129 0 3 263 4 264 6.38e-90 265 MBK8326393.1 NKB40192.1 41.3 254 146 3 12 263 29 281 8.98e-57 181 MCB1072350.1 MCB1072350.1 100 420 0 0 1 420 1 420 2.44e-312 841 NJP20283.1 NJP20283.1 100 171 0 0 1 171 1 171 1.09e-113 318 MCB0342695.1 MCB0342695.1 100 92 0 0 1 92 1 92 5.76e-59 190 MBI9015564.1 MBI9015564.1 100 62 0 0 1 62 1 62 7.09e-32 103 WP_186214732.1 WP_186214732.1 100 127 0 0 1 127 1 127 3.81e-86 245 WP_055486904.1 WP_055486904.1 100 624 0 0 1 624 1 624 0.0 1026 WP_055486904.1 MBL8169415.1 29.8 191 114 4 262 443 374 553 1.44e-10 62.4 KAJ9212931.1 KAJ9212931.1 100 626 0 0 1 626 1 626 0.0 1156 WP_262510814.1 WP_262510814.1 100 42 0 0 1 42 1 42 6.90e-26 86.7 KAI6876782.1 KAI6876782.1 100 240 0 0 1 240 1 240 1.00e-168 463 WP_164166542.1 WP_164166542.1 100 200 0 0 1 200 1 200 4.69e-145 400 WP_024039518.1 WP_024039518.1 100 431 0 0 1 431 1 431 1.80e-315 850 WP_024039518.1 WP_262452366.1 32.3 433 268 6 11 427 7 430 1.24e-61 204 WP_024039518.1 WP_058738289.1 31.3 418 267 13 13 421 8 414 2.36e-54 185 WP_024039518.1 MXI78925.1 28.8 219 134 7 107 323 2 200 6.23e-20 85.9 MBP9926316.1 MBP9926316.1 100 224 0 0 1 224 1 224 1.23e-161 444 NLF87571.1 NLF87571.1 100 140 0 0 1 140 1 140 3.96e-101 284 WP_033667247.1 WP_033667247.1 100 256 0 0 1 256 1 256 6.60e-166 457 WP_005582143.1 WP_005582143.1 100 205 0 0 1 205 1 205 5.83e-137 380 WP_074121838.1 WP_074121838.1 100 233 0 0 1 233 1 233 2.45e-161 444 XP_036400802.1 XP_036400802.1 100 322 0 0 1 322 1 322 3.14e-238 645 XP_022242849.1 XP_022242849.1 100 903 0 0 1 903 1 903 0.0 1772 XP_022242849.1 XP_019384620.1 27.3 476 285 16 435 898 486 912 1.01e-34 141 XP_022242849.1 XP_014030939.2 24.5 351 188 10 556 897 791 1073 3.65e-16 82.0 WP_136055013.1 WP_136055013.1 100 246 0 0 1 246 1 246 4.95e-172 472 OAL01167.1 OAL01167.1 100 267 0 0 1 267 1 267 2.95e-179 492 QUL58516.1 QUL58516.1 100 289 0 0 1 289 1 289 1.69e-205 560 QUL58516.1 WP_213520007.1 36.5 282 174 4 1 281 18 295 2.50e-53 174 MBO7265633.1 MBO7265633.1 100 85 0 0 1 85 1 85 1.30e-53 159 USL51576.1 USL51576.1 100 1270 0 0 1 1270 1 1270 0.0 2356 USL51576.1 UPU53169.1 95.9 1270 52 0 1 1270 1 1270 0.0 2345 USL51576.1 UYC71619.1 95.7 1270 52 1 1 1270 1 1268 0.0 2332 USL51576.1 UHB14670.1 93.6 1273 77 2 1 1270 1 1271 0.0 2274 USL51576.1 UIX40308.1 93.4 1273 79 2 1 1270 1 1271 0.0 2268 USL51576.1 UDK40309.1 93.2 1273 82 2 1 1270 1 1271 0.0 2258 USL51576.1 QUE11983.1 90.6 1273 114 3 1 1270 1 1270 0.0 2180 USL51576.1 UGX22439.1 90.0 1273 122 2 1 1270 1 1271 0.0 2163 USL51576.1 UBN63752.1 88.9 1273 135 3 1 1270 1 1270 0.0 2128 USL51576.1 QUM20585.1 86.8 1273 164 2 1 1270 1 1272 0.0 2068 USL51576.1 UZH89542.1 87.5 1273 154 2 1 1270 1 1271 0.0 2062 USL51576.1 QVX70521.1 85.3 1273 184 1 1 1270 1 1273 0.0 2026 USL51576.1 QXI91160.1 81.7 1273 229 2 1 1270 1 1272 0.0 1902 USL51576.1 UUS71569.1 70.2 1273 376 1 1 1270 1 1273 0.0 1433 USL51576.1 UHK01047.1 58.4 1273 527 1 1 1270 1 1273 0.0 1197 WP_203203455.1 WP_203203455.1 100 782 0 0 1 782 1 782 0.0 1516 WP_203203455.1 WP_153656540.1 59.4 763 300 3 20 781 4 757 2.59e-320 891 WP_203203455.1 CFU01724.1 67.0 88 29 0 692 779 1 88 1.03e-31 117 WP_258699485.1 WP_258699485.1 100 587 0 0 1 587 1 587 0.0 1164 WP_048222205.1 WP_048222205.1 100 450 0 0 1 450 1 450 0.0 915 MBE3049203.1 MBE3049203.1 100 134 0 0 1 134 1 134 1.52e-93 264 MBE3049203.1 KAI1051942.1 55.2 134 60 0 1 134 296 429 1.86e-44 152 MBE3049203.1 TVO55343.1 32.8 119 71 3 2 115 97 211 8.27e-11 56.6 MBJ08097.1 MBJ08097.1 100 139 0 0 1 139 1 139 1.09e-93 265 XP_054805378.1 XP_054805378.1 100 209 0 0 1 209 1 209 5.24e-151 416 WP_024270964.1 WP_024270964.1 100 239 0 0 1 239 1 239 1.05e-174 478 WP_024270964.1 PLU16997.1 28.1 256 153 5 12 238 54 307 9.19e-18 79.0 WP_204224003.1 WP_204224003.1 100 184 0 0 1 184 1 184 9.27e-135 372 PIE36668.1 PIE36668.1 100 258 0 0 1 258 1 258 3.94e-184 503 HDK38158.1 HDK38158.1 100 377 0 0 1 377 1 377 4.51e-268 726 GAF66133.1 GAF66133.1 100 572 0 0 1 572 1 572 0.0 1103 GAF66133.1 HBL3458524.1 42.1 575 317 6 1 569 1 565 8.04e-147 433 WP_087085326.1 WP_087085326.1 100 256 0 0 1 256 1 256 2.44e-177 486 WP_087085326.1 WP_042650033.1 34.6 260 155 2 1 256 1 249 8.20e-37 129 WP_087085326.1 WP_183882442.1 38.7 191 114 1 5 192 4 194 1.21e-32 117 WP_087085326.1 WP_281054160.1 30.6 252 162 5 5 253 8 249 9.23e-25 97.4 WP_087085326.1 KAG2346037.1 29.1 254 173 4 10 256 16 269 1.26e-20 86.7 WP_087085326.1 CCK15435.1 32.4 111 66 2 150 256 1 106 9.13e-08 47.8 EKY24506.1 EKY24506.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_015138129.1 WP_015138129.1 100 117 0 0 1 117 1 117 1.38e-81 233 EFA5158712.1 EFA5158712.1 100 258 0 0 1 258 1 258 3.51e-187 511 CUX17903.1 CUX17903.1 100 338 0 0 1 338 1 338 1.73e-259 701 CUX17903.1 MCC5885453.1 44.3 327 173 7 15 338 57 377 2.05e-84 258 WP_176462507.1 WP_176462507.1 100 809 0 0 1 809 1 809 0.0 1573 WP_048370512.1 WP_048370512.1 100 438 0 0 1 438 1 438 4.64e-301 814 WP_048370512.1 MBO5908692.1 54.0 124 57 0 298 421 1 124 2.05e-44 149 XP_031360469.1 XP_031360469.1 100 94 0 0 1 94 1 94 1.27e-64 188 WP_186101535.1 WP_186101535.1 100 732 0 0 1 732 1 732 0.0 1531 WP_186101535.1 NET38287.1 45.9 750 368 10 8 727 6 747 4.14e-222 639 WP_197052899.1 WP_197052899.1 100 242 0 0 1 242 1 242 1.48e-171 470 KAG2061513.1 KAG2061513.1 100 396 0 0 1 396 1 396 6.86e-284 767 WP_249930443.1 WP_249930443.1 100 532 0 0 1 532 1 532 0.0 1001 WP_249930443.1 WP_200037957.1 27.0 233 161 4 287 515 1140 1367 5.86e-16 79.7 KAB7776415.1 KAB7776415.1 100 393 0 0 1 393 1 393 4.38e-274 742 KAB7776415.1 WP_160923791.1 52.9 380 170 4 1 379 3 374 2.14e-110 327 WP_226360036.1 WP_226360036.1 100 138 0 0 1 138 1 138 5.23e-96 271 WP_226360036.1 WP_161061319.1 51.1 137 65 1 4 138 7 143 1.73e-42 135 WP_226360036.1 WP_004957233.1 50.0 132 64 2 4 134 8 138 4.69e-37 122 KAG6208320.1 KAG6208320.1 100 328 0 0 1 328 1 328 7.84e-226 615 KAF8844043.1 KAF8844043.1 100 460 0 0 1 460 1 460 4.52e-316 859 WP_014657023.1 WP_014657023.1 100 522 0 0 1 522 1 522 0.0 1032 WP_014657023.1 MYD56339.1 28.4 194 120 4 30 222 33 208 1.69e-14 73.2 WP_014657023.1 WP_105160947.1 30.5 197 120 7 34 228 347 528 7.52e-10 59.7 WP_014657023.1 WP_247749043.1 26.3 213 133 7 33 229 388 592 9.01e-09 56.2 WP_013017739.1 WP_013017739.1 100 293 0 0 1 293 1 293 7.25e-218 592 WP_012456188.1 WP_012456188.1 100 294 0 0 1 294 1 294 4.60e-185 509 MBI5477481.1 MBI5477481.1 100 61 0 0 1 61 1 61 5.75e-44 133 WP_018996200.1 WP_018996200.1 100 186 0 0 1 186 1 186 2.27e-136 377 WP_235104528.1 WP_235104528.1 100 137 0 0 1 137 1 137 7.75e-102 285 WP_207517291.1 WP_207517291.1 100 155 0 0 1 155 1 155 3.26e-114 318 AMB21424.1 AMB21424.1 100 552 0 0 1 552 1 552 0.0 1045 MBI3058450.1 MBI3058450.1 100 349 0 0 1 349 1 349 7.17e-244 662 CPW15624.1 CPW15624.1 100 188 0 0 1 188 1 188 2.02e-140 387 WP_220281278.1 WP_220281278.1 100 814 0 0 1 814 1 814 0.0 1664 WP_220281278.1 HAL7851047.1 69.0 649 195 4 170 814 1 647 0.0 933 WP_220281278.1 HCH8663031.1 50.1 805 385 9 16 813 14 808 1.90e-271 769 WP_220281278.1 EJH9475741.1 33.3 757 411 30 109 813 46 760 5.31e-92 304 WP_220281278.1 WP_184698676.1 30.0 720 427 19 129 812 72 750 1.52e-80 273 WP_220281278.1 WP_265822109.1 26.0 868 465 32 14 768 6 809 1.19e-47 181 WP_220281278.1 WP_081845076.1 23.7 773 488 30 67 804 43 748 8.75e-30 124 WP_220281278.1 MCK9371657.1 22.3 506 323 18 58 542 2 458 7.47e-16 80.1 WP_220281278.1 EFT8991253.1 25.6 250 154 9 76 300 121 363 7.09e-11 64.3 MCK4862399.1 MCK4862399.1 100 236 0 0 1 236 1 236 5.17e-169 463 HBP5520355.1 HBP5520355.1 100 654 0 0 1 654 1 654 0.0 1316 WP_230171322.1 WP_230171322.1 100 1065 0 0 1 1065 1 1065 0.0 2071 WP_230171322.1 WP_200543170.1 42.9 431 236 3 589 1014 259 684 1.64e-104 341 WP_230171322.1 HAB03480.1 37.0 552 320 10 486 1014 537 1083 6.89e-97 330 WP_230171322.1 CKF71070.1 34.8 485 295 4 549 1013 254 737 2.23e-87 296 WP_230171322.1 WP_126679569.1 33.4 524 331 9 511 1019 279 799 7.12e-61 222 WP_230171322.1 MBF0143407.1 34.0 435 278 6 593 1020 627 1059 8.05e-59 218 WP_230171322.1 WP_159812831.1 39.0 159 96 1 602 759 245 403 7.34e-26 110 WP_230171322.1 WP_029222917.1 34.5 171 100 5 607 773 323 485 1.44e-19 91.7 WP_230171322.1 WP_107169208.1 36.1 169 92 5 603 763 202 362 3.75e-18 85.9 WP_230171322.1 WP_000484099.1 33.5 167 104 4 597 760 202 364 5.49e-18 85.5 WP_230171322.1 HCN71343.1 36.8 125 78 1 636 760 8 131 5.95e-18 79.7 WP_230171322.1 EGR2272270.1 29.1 213 100 2 599 760 462 674 7.88e-18 87.0 WP_230171322.1 MBI5333464.1 33.1 169 110 3 594 760 219 386 6.87e-17 82.4 WP_230171322.1 MCJ2541369.1 41.4 99 54 1 777 871 84 182 7.42e-17 78.2 WP_230171322.1 MBK6870374.1 34.0 153 92 5 609 759 1 146 1.70e-15 74.7 WP_127958949.1 WP_127958949.1 100 201 0 0 1 201 1 201 3.05e-146 403 KAJ2127656.1 KAJ2127656.1 100 190 0 0 1 190 1 190 2.82e-107 303 AGC97326.1 AGC97326.1 100 241 0 0 1 241 1 241 8.61e-175 478 AGC97326.1 ACO35565.1 79.7 241 49 0 1 241 3 243 2.93e-141 394 AGC97326.1 AAX94106.1 86.9 222 29 0 1 222 210 431 1.26e-139 397 AGC97326.1 AGC74998.1 86.4 214 29 0 16 229 1 214 2.99e-135 377 AGC97326.1 APC24336.1 69.2 240 72 1 1 240 133 370 5.21e-120 345 RDU38945.1 RDU38945.1 100 187 0 0 1 187 1 187 4.41e-139 384 RDU38945.1 WP_231355705.1 33.8 65 40 1 107 171 645 706 1.42e-04 40.0 WP_275700896.1 WP_275700896.1 100 411 0 0 1 411 1 411 0.0 865 WP_275700896.1 MBP7746105.1 24.0 458 246 16 30 400 341 783 3.48e-22 97.4 WP_275700896.1 WP_125555296.1 22.0 386 212 12 2 314 3 372 1.20e-15 77.0 MCO4653091.1 MCO4653091.1 100 276 0 0 1 276 1 276 1.02e-204 557 NHW60074.1 NHW60074.1 100 68 0 0 1 68 1 68 1.11e-33 108 OQY98020.1 OQY98020.1 100 129 0 0 1 129 1 129 3.37e-90 255 MBL4853947.1 MBL4853947.1 100 385 0 0 1 385 1 385 3.07e-295 795 MBL4853947.1 WP_083349422.1 49.5 394 187 3 1 383 1 393 5.23e-136 392 MBL4853947.1 XP_027540421.1 28.9 349 224 7 51 383 66 406 2.60e-37 137 MBL4853947.1 WP_019444443.1 29.1 326 204 9 76 383 4 320 9.55e-32 120 MBL4853947.1 WP_145937814.1 28.6 203 136 5 51 247 43 242 5.71e-16 77.0 MBL4853947.1 WP_275495439.1 26.9 156 98 8 93 237 86 236 1.43e-05 45.1 NVK06315.1 NVK06315.1 100 207 0 0 1 207 1 207 2.82e-154 424 WP_001203076.1 WP_001203076.1 100 419 0 0 1 419 1 419 8.65e-301 812 WP_248055680.1 WP_248055680.1 100 180 0 0 1 180 1 180 6.83e-135 372 PWI17876.1 PWI17876.1 100 126 0 0 1 126 1 126 1.06e-87 249 MCD6199266.1 MCD6199266.1 100 821 0 0 1 821 1 821 0.0 1637 MCD6199266.1 WP_125260587.1 43.7 529 288 3 293 818 402 923 3.28e-148 457 MCD6199266.1 WP_158347019.1 35.0 842 473 16 6 817 4 801 2.56e-145 446 MCD6199266.1 MBU22120.1 41.1 526 292 4 297 816 441 954 6.88e-130 410 MCD6199266.1 MBO8485404.1 30.6 844 525 15 6 821 11 821 1.76e-112 360 MCD6199266.1 WP_253620872.1 33.1 121 79 2 682 800 414 534 2.09e-12 69.3 MCD6199266.1 WP_256546297.1 34.1 126 72 5 368 492 156 271 2.07e-08 54.7 WP_275889644.1 WP_275889644.1 100 237 0 0 1 237 1 237 2.22e-184 502 MBR4375795.1 MBR4375795.1 100 222 0 0 1 222 1 222 1.74e-160 441 MBR4375795.1 XP_048189479.1 33.0 185 116 6 6 185 10 191 5.40e-15 69.7 HCD1639688.1 HCD1639688.1 100 230 0 0 1 230 1 230 3.00e-165 453 MCQ2150528.1 MCQ2150528.1 100 383 0 0 1 383 1 383 1.65e-273 740 CAI2795006.1 CAI2795006.1 100 539 0 0 1 539 1 539 0.0 1001 CAI2795006.1 NEB02235.1 47.1 429 225 2 100 527 27 454 1.20e-121 364 CAI2795006.1 WP_032407714.1 27.3 472 286 11 91 528 5 453 2.14e-31 125 MBE6900854.1 MBE6900854.1 100 394 0 0 1 394 1 394 2.33e-290 783 MBE6900854.1 WP_106587829.1 56.3 378 164 1 4 381 10 386 1.10e-147 422 MBE6900854.1 RLD79060.1 49.9 389 192 3 3 390 13 399 8.50e-130 377 MBE6900854.1 MBI3668312.1 50.8 181 83 1 213 387 63 243 1.02e-55 182 AHG02917.1 AHG02917.1 100 315 0 0 1 315 1 315 6.35e-214 583 AHG02917.1 MBX7055839.1 40.5 321 169 3 5 308 8 323 4.93e-70 219 AHG02917.1 MBE7554905.1 32.6 337 195 2 1 308 1 334 2.74e-56 184 AHG02917.1 WP_239280620.1 36.7 313 185 4 5 309 11 318 3.05e-54 178 AHG02917.1 MBB3097508.1 34.2 301 191 3 13 311 2 297 3.77e-44 151 AHG02917.1 WP_208042111.1 29.2 315 209 4 1 307 1 309 2.39e-35 128 AHG02917.1 MBW2176475.1 31.0 252 166 1 67 310 165 416 2.14e-33 125 AHG02917.1 KAB2860347.1 47.0 117 62 0 195 311 1 117 3.32e-30 109 MBQ6038336.1 MBQ6038336.1 100 322 0 0 1 322 1 322 2.28e-231 628 WP_279293890.1 WP_279293890.1 100 428 0 0 1 428 1 428 6.81e-298 805 WP_279293890.1 WP_049005162.1 33.3 393 250 7 2 390 7 391 1.87e-54 185 WP_279293890.1 MBV8506574.1 33.8 364 225 6 64 421 1 354 2.63e-54 183 QNW05614.1 QNW05614.1 100 311 0 0 1 311 1 311 4.41e-228 619 MBQ1868746.1 MBQ1868746.1 100 652 0 0 1 652 1 652 0.0 1274 MBQ1868746.1 TAL20232.1 33.9 389 236 11 253 629 218 597 1.40e-53 192 MBQ1868746.1 WP_138482356.1 31.1 402 251 7 252 642 401 787 3.83e-47 177 MBQ1868746.1 WP_007356512.1 30.0 416 263 8 248 641 727 1136 8.92e-47 176 MBQ1868746.1 KFX48203.1 27.2 536 241 13 257 649 681 1210 2.46e-42 163 MBQ1868746.1 WP_200037957.1 28.7 488 310 14 166 637 911 1376 8.32e-42 161 MBQ1868746.1 SEP77558.1 30.8 331 185 7 194 494 250 566 1.25e-39 152 MBQ1868746.1 EDN57974.1 34.2 231 142 5 263 489 398 622 1.60e-33 135 MBQ1868746.1 WP_212961195.1 24.7 438 274 7 255 648 412 837 1.93e-30 126 MBQ1868746.1 PSQ73325.1 32.6 258 157 6 249 498 596 844 1.15e-29 123 MBQ1868746.1 MBN8606766.1 30.7 254 163 4 253 502 569 813 2.54e-29 122 MBQ1868746.1 WP_076194242.1 28.9 225 150 4 271 493 242 458 3.95e-25 107 MBQ1868746.1 MBO8233644.1 24.4 258 183 6 232 487 123 370 5.19e-19 87.8 MBQ1868746.1 MBS1636088.1 26.2 237 165 4 256 491 90 317 1.10e-18 85.9 MBQ1868746.1 EJF06804.1 29.6 125 79 3 519 640 1 119 3.47e-10 60.1 MBQ1868746.1 MBP1530348.1 29.5 132 83 3 521 650 4 127 6.01e-10 58.2 MBQ1868746.1 WP_010434011.1 22.3 264 179 7 238 494 344 588 1.83e-06 49.3 MBQ1868746.1 WP_188888464.1 30.6 121 75 4 519 637 3 116 6.70e-04 40.0 EED80871.1 EED80871.1 100 546 0 0 1 546 1 546 0.0 949 WP_083944445.1 WP_083944445.1 100 352 0 0 1 352 1 352 6.38e-269 726 DAS51312.1 DAS51312.1 100 252 0 0 1 252 1 252 1.69e-150 418 EGH2885952.1 EGH2885952.1 100 3815 0 0 1 3815 1 3815 0.0 6888 MCP4417814.1 MCP4417814.1 100 263 0 0 1 263 1 263 9.80e-201 546 WP_230700203.1 WP_230700203.1 100 265 0 0 1 265 1 265 1.27e-188 515 XP_020469382.1 XP_020469382.1 100 227 0 0 1 227 1 227 1.61e-163 449 MBR5475092.1 MBR5475092.1 100 147 0 0 1 147 1 147 1.71e-103 290 NQD93247.1 NQD93247.1 100 105 0 0 1 105 1 105 9.09e-79 224 MBW0490175.1 MBW0490175.1 100 536 0 0 1 536 1 536 0.0 1060 MBT5105952.1 MBT5105952.1 100 303 0 0 1 303 1 303 4.85e-212 578 KAJ5673421.1 KAJ5673421.1 100 601 0 0 1 601 1 601 0.0 1167 GBC87342.1 GBC87342.1 100 256 0 0 1 256 1 256 2.15e-171 471 GBC87342.1 MBQ6815353.1 32.0 147 95 2 102 246 117 260 9.59e-16 73.2 WP_097242040.1 WP_097242040.1 100 696 0 0 1 696 1 696 0.0 1251 WP_126547421.1 WP_126547421.1 100 884 0 0 1 884 1 884 0.0 1734 WP_126547421.1 WP_017166220.1 38.7 388 201 11 121 478 22 402 4.62e-55 194 WP_126547421.1 MBN8831519.1 29.9 201 110 8 86 272 3 186 1.93e-10 62.8 WP_093699720.1 WP_093699720.1 100 290 0 0 1 290 1 290 1.72e-219 595 ECC1749556.1 ECC1749556.1 100 103 0 0 1 103 1 103 2.09e-74 213 ECC1749556.1 WP_279595826.1 55.1 107 35 2 9 102 19 125 5.31e-33 118 WP_145544593.1 WP_145544593.1 100 519 0 0 1 519 1 519 0.0 1004 WP_145544593.1 MBI5333464.1 39.0 187 105 3 342 519 205 391 1.99e-26 109 WP_145544593.1 WP_269885397.1 38.2 170 98 2 357 519 103 272 8.19e-26 105 WP_145544593.1 WP_000484099.1 37.6 165 96 3 361 518 204 368 3.56e-24 102 WP_145544593.1 MBK6870374.1 40.9 149 85 3 371 516 1 149 8.73e-24 97.4 WP_145544593.1 WP_126679569.1 35.7 168 100 4 359 518 367 534 1.36e-21 97.1 WP_145544593.1 WP_200543170.1 36.9 160 93 4 366 517 274 433 3.57e-20 92.4 WP_145544593.1 WP_107169208.1 38.3 167 94 6 352 509 188 354 2.06e-19 88.2 WP_145544593.1 EJF06804.1 36.4 173 94 6 361 518 135 306 3.64e-19 86.7 WP_145544593.1 EGR2272270.1 40.8 130 72 2 393 517 548 677 4.50e-19 89.0 WP_145544593.1 HAB03480.1 37.8 180 99 6 352 518 647 826 8.08e-19 88.6 WP_145544593.1 WP_255266214.1 36.5 156 94 3 361 512 291 445 1.25e-18 87.0 WP_145544593.1 WP_023050329.1 31.8 157 103 3 356 509 193 348 3.11e-15 75.5 WP_145544593.1 WP_018646673.1 26.8 179 122 4 349 518 508 686 5.63e-11 63.5 WP_145544593.1 MBT3459335.1 37.2 94 52 3 349 435 184 277 1.16e-07 51.6 WP_203771012.1 WP_203771012.1 100 503 0 0 1 503 1 503 0.0 971 WP_203771012.1 WP_266784861.1 29.9 291 174 12 73 360 200 463 2.01e-23 101 HBS26035.1 HBS26035.1 100 67 0 0 1 67 1 67 9.51e-39 120 WP_263867815.1 WP_263867815.1 100 93 0 0 1 93 1 93 3.98e-63 184 WP_002803816.1 WP_002803816.1 100 124 0 0 1 124 1 124 3.14e-70 204 WP_205186167.1 WP_205186167.1 100 422 0 0 1 422 1 422 4.45e-300 810 WP_205186167.1 WP_195426888.1 41.7 422 238 5 4 422 74 490 1.49e-89 278 WP_205186167.1 WP_057201184.1 37.8 429 248 7 4 421 61 481 9.13e-71 229 WP_205186167.1 WP_131836551.1 35.5 422 259 5 2 414 76 493 5.54e-67 219 WP_205186167.1 WP_257689765.1 36.3 355 219 4 61 411 130 481 1.44e-64 213 WP_205186167.1 WP_255965801.1 33.0 415 271 4 5 415 73 484 1.59e-61 205 WP_205186167.1 XP_050320449.1 32.7 422 267 8 1 414 71 483 2.26e-53 183 WP_205186167.1 WP_108756325.1 34.5 412 251 6 4 407 65 465 2.70e-49 172 WP_205186167.1 WP_061795322.1 32.3 430 259 13 4 413 79 496 9.56e-49 171 WP_205186167.1 WP_257633067.1 29.2 161 98 5 76 225 121 276 9.86e-05 42.7 NEQ77371.1 NEQ77371.1 100 536 0 0 1 536 1 536 0.0 1046 MBQ1823017.1 MBQ1823017.1 100 282 0 0 1 282 1 282 4.04e-189 518 XP_020476240.1 XP_020476240.1 100 2965 0 0 1 2965 1 2965 0.0 5144 AYV78736.1 AYV78736.1 100 438 0 0 1 438 1 438 8.89e-312 843 MCI54718.1 MCI54718.1 100 77 0 0 1 77 1 77 1.49e-53 159 WP_062003339.1 WP_062003339.1 100 114 0 0 1 114 1 114 4.68e-83 236 WP_258236293.1 WP_258236293.1 100 73 0 0 1 73 1 73 1.83e-32 105 HIZ10317.1 HIZ10317.1 100 233 0 0 1 233 1 233 8.19e-160 440 HIZ10317.1 MBQ7587638.1 48.2 218 106 2 10 226 11 222 8.86e-59 184 HIZ10317.1 WP_007556065.1 42.6 230 126 3 2 230 3 227 2.68e-52 167 HIZ10317.1 WP_268276024.1 50.6 89 44 0 1 89 2 90 2.11e-21 83.6 MBK7750076.1 MBK7750076.1 100 1114 0 0 1 1114 1 1114 0.0 2116 WP_149406163.1 WP_149406163.1 100 307 0 0 1 307 1 307 1.11e-219 597 WP_149406163.1 WP_213449477.1 49.0 310 139 4 1 307 1 294 6.78e-93 276 WP_142133210.1 WP_142133210.1 100 251 0 0 1 251 1 251 9.62e-177 484 WP_142133210.1 WP_115992495.1 54.4 248 107 2 10 251 1 248 2.45e-85 253 WP_142133210.1 WP_222125851.1 49.0 243 119 1 10 247 1 243 9.29e-80 238 WP_142133210.1 WP_279984614.1 49.6 250 118 3 10 251 9 258 9.05e-77 231 WP_142133210.1 WP_008470196.1 49.6 236 119 0 10 245 9 244 1.95e-75 228 WP_142133210.1 WP_072380563.1 42.9 240 134 1 10 246 1 240 1.03e-60 190 WP_142133210.1 MWR41881.1 38.7 225 130 4 26 245 44 265 3.40e-46 153 WP_142133210.1 WP_258581409.1 38.4 229 135 3 9 236 2 225 3.01e-44 151 WP_142133210.1 WP_215557653.1 43.8 208 112 5 22 226 19 224 1.02e-43 147 WP_142133210.1 WP_140480909.1 34.4 244 153 4 6 247 8 246 1.44e-40 141 WP_142133210.1 WP_109219819.1 36.7 240 146 3 10 248 17 251 3.38e-40 140 WP_142133210.1 MCF7808720.1 37.9 206 123 5 26 228 26 229 1.46e-34 122 WP_142133210.1 WP_145468487.1 38.3 183 109 4 25 204 25 206 3.05e-33 119 WP_142133210.1 MBQ8297564.1 30.6 219 125 5 26 231 350 554 7.77e-17 77.8 WP_160354134.1 WP_160354134.1 100 212 0 0 1 212 1 212 1.14e-151 417 WP_073017683.1 WP_073017683.1 100 176 0 0 1 176 1 176 1.01e-134 372 MBO6826978.1 MBO6826978.1 100 188 0 0 1 188 1 188 1.86e-136 377 WP_237025736.1 WP_237025736.1 100 830 0 0 1 830 1 830 0.0 1330 AAZ73234.1 AAZ73234.1 100 138 0 0 1 138 1 138 8.03e-100 280 WP_167324608.1 WP_167324608.1 100 483 0 0 1 483 1 483 0.0 972 WP_167324608.1 MBY0289623.1 31.0 287 177 4 1 287 1 266 8.54e-37 138 MBF7068745.1 MBF7068745.1 100 216 0 0 1 216 1 216 2.11e-117 331 WP_002598431.1 WP_002598431.1 100 58 0 0 1 58 1 58 2.05e-27 91.7 XP_010216383.1 XP_010216383.1 100 236 0 0 1 236 1 236 1.75e-176 482 WP_238741277.1 WP_238741277.1 100 135 0 0 1 135 1 135 6.41e-91 258 WP_175395805.1 WP_175395805.1 100 249 0 0 1 249 1 249 8.33e-186 507 WP_175395805.1 WP_087918330.1 50.0 246 123 0 1 246 1 246 1.29e-87 258 WP_175395805.1 NET00292.1 41.3 247 143 2 2 246 25 271 5.03e-65 202 WP_125933644.1 WP_125933644.1 100 384 0 0 1 384 1 384 2.64e-275 744 MBR4207675.1 MBR4207675.1 100 937 0 0 1 937 1 937 0.0 1691 AOR13807.1 AOR13807.1 100 198 0 0 1 198 1 198 3.56e-139 385 AOR13807.1 ADW49125.1 79.8 198 40 0 1 198 2 199 7.56e-112 316 AOR13807.1 AVM35379.1 77.3 198 45 0 1 198 5 202 2.29e-109 310 AOR13807.1 QUA05739.1 77.8 198 44 0 1 198 10 207 3.04e-109 310 AOR13807.1 AFA24308.1 77.3 198 45 0 1 198 3 200 2.49e-108 307 AOR13807.1 AFA09475.1 78.2 193 42 0 6 198 1 193 6.51e-107 303 AOR13807.1 AWS34156.1 76.1 197 47 0 1 197 10 206 1.74e-105 300 AOR13807.1 ADJ35581.1 72.2 198 55 0 1 198 11 208 4.23e-104 297 AOR13807.1 AHK62764.1 71.7 198 56 0 1 198 6 203 1.46e-102 293 AOR13807.1 QUQ06080.1 71.2 198 57 0 1 198 10 207 3.19e-101 290 AOR13807.1 AKT58828.1 72.0 186 52 0 1 186 10 195 1.21e-95 275 AOR13807.1 AMA90994.1 72.9 188 51 0 1 188 10 197 1.06e-94 272 AOR13807.1 AKA56406.1 72.3 191 50 1 1 191 10 197 1.51e-94 272 AOR13807.1 UZF38514.1 69.1 194 60 0 5 198 1 194 1.18e-93 270 AOR13807.1 AAX94106.1 76.8 177 41 0 22 198 1 177 1.12e-92 275 AOR13807.1 AOQ89457.1 71.4 182 52 0 1 182 6 187 9.73e-91 262 AOR13807.1 AGI15931.1 65.0 197 69 0 2 198 4 200 8.71e-89 258 AOR13807.1 AXZ65741.1 65.4 179 62 0 1 179 10 188 1.16e-82 241 AOR13807.1 AHH30646.1 72.6 168 44 2 23 190 6 171 1.88e-82 240 AOR13807.1 ACE88666.1 66.4 128 43 0 71 198 1 128 1.72e-58 179 MXZ96777.1 MXZ96777.1 100 284 0 0 1 284 1 284 3.73e-163 452 MBU0783111.1 MBU0783111.1 100 393 0 0 1 393 1 393 7.29e-298 802 MBU0783111.1 RWK19229.1 24.6 313 197 11 8 305 7 295 2.29e-13 70.1 WP_231587592.1 WP_231587592.1 100 355 0 0 1 355 1 355 1.10e-266 720 ORV24296.1 ORV24296.1 100 188 0 0 1 188 1 188 4.57e-137 379 ORV24296.1 MBA3364572.1 31.5 162 109 2 14 174 8 168 1.27e-14 67.0 WP_130617254.1 WP_130617254.1 100 239 0 0 1 239 1 239 3.93e-170 466 SNS96357.1 SNS96357.1 100 401 0 0 1 401 1 401 6.22e-294 793 WP_224014827.1 WP_224014827.1 100 391 0 0 1 391 1 391 2.84e-294 793 WP_224014827.1 WP_130670507.1 53.7 391 176 3 2 390 6 393 1.27e-139 402 WP_224014827.1 WP_271272236.1 44.9 374 204 2 15 386 9 382 1.09e-104 312 WP_224014827.1 TVP67793.1 40.1 387 227 4 6 388 16 401 5.77e-95 288 WP_224014827.1 MCB0793211.1 37.5 381 230 5 9 382 8 387 4.37e-81 252 WP_224014827.1 EMD83093.1 37.2 398 217 11 25 391 50 445 8.30e-66 214 WP_224014827.1 MBY0289623.1 29.7 360 213 14 16 367 20 347 2.97e-21 92.8 AAM89588.1 AAM89588.1 100 218 0 0 1 218 1 218 5.17e-151 416 WP_146943319.1 WP_146943319.1 100 173 0 0 1 173 1 173 2.79e-117 327 MBK7076265.1 MBK7076265.1 100 237 0 0 1 237 1 237 5.03e-181 494 XP_054023409.1 XP_054023409.1 100 178 0 0 1 178 1 178 2.21e-130 361 WP_116073604.1 WP_116073604.1 100 212 0 0 1 212 1 212 1.34e-159 437 WP_162428520.1 WP_162428520.1 100 864 0 0 1 864 1 864 0.0 1713 WP_162428520.1 WP_227550239.1 22.2 446 265 18 446 845 432 841 1.35e-13 73.2 AVM35379.1 AVM35379.1 100 214 0 0 1 214 1 214 2.20e-150 414 AVM35379.1 ADW49125.1 89.6 211 22 0 4 214 1 211 8.53e-136 377 AVM35379.1 AWS34156.1 86.9 214 28 0 1 214 6 219 1.32e-134 375 AVM35379.1 AFA24308.1 88.6 211 24 0 4 214 2 212 2.43e-133 371 AVM35379.1 AFA09475.1 89.3 205 22 0 10 214 1 205 1.22e-129 362 AVM35379.1 QUA05739.1 87.0 207 27 0 1 207 6 212 2.59e-128 358 AVM35379.1 QUQ06080.1 83.2 214 36 0 1 214 6 219 4.71e-128 358 AVM35379.1 ABQ63546.1 81.3 214 40 0 1 214 5 218 1.07e-126 355 AVM35379.1 ADJ35581.1 81.3 214 40 0 1 214 7 220 1.63e-126 354 AVM35379.1 AHK62764.1 76.6 214 50 0 1 214 2 215 2.09e-120 339 AVM35379.1 AAX94106.1 91.5 189 16 0 26 214 1 189 6.35e-120 345 AVM35379.1 AMA90994.1 85.4 192 28 0 1 192 6 197 4.55e-114 322 AVM35379.1 UZF38514.1 73.8 206 54 0 9 214 1 206 1.39e-110 313 AVM35379.1 AKT58828.1 82.1 190 34 0 1 190 6 195 3.87e-110 312 AVM35379.1 AOR13807.1 77.3 198 45 0 5 202 1 198 1.74e-109 310 AVM35379.1 AOQ89457.1 81.2 186 35 0 1 186 2 187 5.38e-106 301 AVM35379.1 AXZ65741.1 80.9 183 35 0 1 183 6 188 8.78e-103 293 AVM35379.1 AGI15931.1 69.3 205 63 0 4 208 2 206 2.98e-98 282 AVM35379.1 AKA56406.1 71.1 197 50 2 1 195 6 197 3.43e-95 274 AVM35379.1 AHH30646.1 77.4 168 36 2 27 194 6 171 6.33e-85 247 AVM35379.1 ACE88666.1 85.7 140 20 0 75 214 1 140 2.47e-81 237 AVM35379.1 APC24336.1 71.4 112 32 0 103 214 1 112 8.71e-49 162 GJQ31858.1 GJQ31858.1 100 467 0 0 1 467 1 467 0.0 988 WP_249866435.1 WP_249866435.1 100 417 0 0 1 417 1 417 7.20e-308 830 CDE57470.1 CDE57470.1 100 522 0 0 1 522 1 522 0.0 1034 EEY6110619.1 EEY6110619.1 100 171 0 0 1 171 1 171 7.76e-123 341 WP_071876418.1 WP_071876418.1 100 555 0 0 1 555 1 555 0.0 1070 WP_071876418.1 WP_142931103.1 26.2 516 307 16 1 497 1 461 6.21e-34 132 WP_071876418.1 MBP1876254.1 33.0 224 140 6 4 221 2 221 2.50e-27 111 WP_071876418.1 WP_197521413.1 33.3 228 133 5 4 228 2 213 8.82e-26 105 WP_071876418.1 WP_256546297.1 29.1 258 156 7 4 243 24 272 1.70e-24 101 WP_071876418.1 WP_222125851.1 28.7 247 153 7 4 238 2 237 3.23e-24 100 WP_071876418.1 WP_132175930.1 31.8 214 130 2 18 225 40 243 6.34e-24 101 WP_071876418.1 MWR41881.1 29.6 216 138 4 21 229 44 252 6.75e-24 99.8 WP_071876418.1 WP_150396769.1 21.6 546 313 16 2 507 23 493 1.24e-21 96.7 WP_071876418.1 WP_072380563.1 27.6 228 153 4 300 517 2 227 3.76e-21 91.3 WP_071876418.1 WP_084371009.1 29.2 253 164 7 4 255 3 241 5.77e-21 92.0 WP_071876418.1 NLW39422.1 29.0 221 149 4 300 513 17 236 1.20e-20 91.7 WP_071876418.1 WP_226904802.1 27.8 241 156 6 4 229 23 260 2.52e-20 90.9 WP_071876418.1 WP_022619009.1 27.9 229 147 5 1 224 1 216 4.82e-20 87.8 WP_071876418.1 WP_152652784.1 33.2 214 134 6 17 229 17 222 9.01e-20 88.6 WP_071876418.1 WP_207918089.1 27.0 252 166 7 4 243 6 251 1.20e-19 87.0 WP_071876418.1 WP_008470196.1 28.6 213 141 5 316 519 24 234 1.36e-18 84.0 WP_071876418.1 WP_195238978.1 30.6 222 140 7 4 220 485 697 1.82e-18 87.4 WP_071876418.1 WP_115992495.1 26.0 219 149 2 313 518 13 231 3.15e-18 82.8 WP_071876418.1 NVM03966.1 30.7 205 132 4 315 514 34 233 7.05e-18 83.2 WP_071876418.1 WP_008056683.1 28.9 187 123 5 308 487 246 429 8.02e-18 85.5 WP_071876418.1 MBC7326981.1 25.4 244 165 7 4 237 7 243 2.90e-17 80.1 WP_071876418.1 WP_089246429.1 23.1 510 312 18 16 498 15 471 1.92e-16 80.5 WP_071876418.1 WP_145468487.1 29.0 210 131 5 4 203 7 208 2.87e-16 76.6 WP_071876418.1 WP_158791585.1 25.4 236 159 8 21 243 20 251 3.14e-16 77.0 MBW3588078.1 MBW3588078.1 100 822 0 0 1 822 1 822 0.0 1514 MBW3588078.1 RZU98823.1 45.0 829 420 3 20 813 17 844 5.85e-240 691 MBW3588078.1 WP_216768648.1 38.0 676 392 9 33 693 21 684 2.17e-140 433 BCJ09783.1 BCJ09783.1 100 92 0 0 1 92 1 92 4.88e-59 174 WP_151615076.1 WP_151615076.1 100 189 0 0 1 189 1 189 4.06e-136 376 QAA77085.1 QAA77085.1 100 745 0 0 1 745 1 745 0.0 1508 WP_013384884.1 WP_013384884.1 100 309 0 0 1 309 1 309 1.07e-218 595 CAF1284994.1 CAF1284994.1 100 350 0 0 1 350 1 350 4.43e-259 701 ORY38386.1 ORY38386.1 100 954 0 0 1 954 1 954 0.0 1743 GLO13544.1 GLO13544.1 100 548 0 0 1 548 1 548 0.0 1071 CAI9173470.1 CAI9173470.1 100 146 0 0 1 146 1 146 1.78e-109 305 PHI20455.1 PHI20455.1 100 114 0 0 1 114 1 114 2.61e-80 229 MCA3282362.1 MCA3282362.1 100 365 0 0 1 365 1 365 3.61e-277 748 MCA3282362.1 WP_080508033.1 24.0 333 223 10 37 352 69 388 4.77e-11 62.0 EFG4747393.1 EFG4747393.1 100 249 0 0 1 249 1 249 2.08e-170 468 EFG4747393.1 NPM18735.1 97.2 249 7 0 1 249 16 264 2.76e-164 453 EFG4747393.1 MBB7523286.1 100 42 0 0 1 42 467 508 5.71e-21 89.7 MBE6211131.1 MBE6211131.1 100 322 0 0 1 322 1 322 3.37e-233 633 WP_126136917.1 WP_126136917.1 100 287 0 0 1 287 1 287 1.34e-210 573 WP_126136917.1 MBK9183427.1 35.0 283 165 9 7 274 6 284 2.34e-34 125 WP_126136917.1 MCQ2612024.1 26.9 286 185 12 12 279 9 288 2.52e-13 67.4 MCS7352192.1 MCS7352192.1 100 111 0 0 1 111 1 111 6.56e-36 119 MBT5102369.1 MBT5102369.1 100 187 0 0 1 187 1 187 9.98e-136 375 WP_222125851.1 WP_222125851.1 100 246 0 0 1 246 1 246 2.19e-175 480 WP_222125851.1 WP_115992495.1 51.2 250 107 2 1 242 1 243 2.19e-82 245 WP_222125851.1 WP_142133210.1 49.0 243 119 1 1 243 10 247 2.78e-81 242 WP_222125851.1 WP_008470196.1 46.5 241 124 1 1 241 9 244 1.87e-74 225 WP_222125851.1 WP_279984614.1 46.9 243 127 1 1 241 9 251 2.10e-71 218 WP_222125851.1 WP_072380563.1 45.7 245 125 2 1 242 1 240 1.23e-68 210 WP_222125851.1 WP_176354145.1 36.1 238 142 3 7 243 11 239 7.44e-44 150 WP_222125851.1 WP_140480909.1 38.9 234 131 5 1 232 12 235 3.96e-43 148 WP_222125851.1 MBQ4383193.1 32.6 218 133 6 8 221 15 222 2.97e-26 100 WP_222125851.1 WP_071876418.1 28.7 247 153 7 2 237 4 238 1.64e-25 102 WP_222125851.1 RUU66461.1 38.8 49 30 0 193 241 4 52 5.45e-06 45.1 GIY87976.1 GIY87976.1 100 113 0 0 1 113 1 113 3.88e-77 221 KHC51086.1 KHC51086.1 100 659 0 0 1 659 1 659 0.0 1179 XP_048190726.1 XP_048190726.1 100 815 0 0 1 815 1 815 0.0 1457 KPQ18226.1 KPQ18226.1 100 397 0 0 1 397 1 397 1.82e-284 769 KPQ18226.1 WP_099949840.1 52.7 395 174 3 1 392 1 385 1.88e-131 381 KAI3869934.1 KAI3869934.1 100 489 0 0 1 489 1 489 0.0 918 NEO65312.1 NEO65312.1 100 515 0 0 1 515 1 515 0.0 1059 NEO65312.1 RYE89993.1 30.8 299 137 11 271 505 32 324 1.22e-25 105 WP_183555556.1 WP_183555556.1 100 725 0 0 1 725 1 725 0.0 1434 TAH42824.1 TAH42824.1 100 230 0 0 1 230 1 230 3.77e-159 438 TAH42824.1 WP_129553552.1 43.6 220 124 0 4 223 65 284 2.42e-56 180 XP_034617399.1 XP_034617399.1 100 297 0 0 1 297 1 297 4.96e-227 615 NJD87536.1 NJD87536.1 100 285 0 0 1 285 1 285 1.81e-198 542 MBK8449583.1 MBK8449583.1 100 678 0 0 1 678 1 678 0.0 1284 WP_062308724.1 WP_062308724.1 100 288 0 0 1 288 1 288 4.71e-191 523 MBQ9754467.1 MBQ9754467.1 100 462 0 0 1 462 1 462 0.0 909 WP_278278068.1 WP_278278068.1 100 43 0 0 1 43 1 43 8.92e-27 89.0 WP_195180108.1 WP_195180108.1 100 92 0 0 1 92 1 92 1.35e-56 167 UKZ95812.1 UKZ95812.1 100 106 0 0 1 106 1 106 4.67e-77 220 WP_088086543.1 WP_088086543.1 100 235 0 0 1 235 1 235 1.37e-168 462 WP_110180126.1 WP_110180126.1 100 388 0 0 1 388 1 388 2.91e-265 719 WP_129639177.1 WP_129639177.1 100 168 0 0 1 168 1 168 2.14e-114 320 CAG9815058.1 CAG9815058.1 100 497 0 0 1 497 1 497 0.0 1001 PJJ44766.1 PJJ44766.1 100 822 0 0 1 822 1 822 0.0 1527 PJJ44766.1 WP_092081374.1 57.5 730 298 4 37 759 1 725 1.22e-279 790 PJJ44766.1 WP_231355705.1 56.1 731 299 6 36 757 3 720 4.75e-262 744 PJJ44766.1 WP_206581849.1 41.4 771 379 10 35 754 2 750 1.39e-170 509 PJJ44766.1 NLZ92879.1 34.1 88 55 1 685 772 6 90 3.74e-08 51.2 WP_237150901.1 WP_237150901.1 100 239 0 0 1 239 1 239 8.01e-179 488 MCE9516778.1 MCE9516778.1 100 365 0 0 1 365 1 365 3.76e-238 649 KFU90592.1 KFU90592.1 100 347 0 0 1 347 1 347 2.18e-253 686 PDX17128.1 PDX17128.1 100 167 0 0 1 167 1 167 2.52e-117 327 PDX17128.1 WEK50023.1 49.1 169 81 2 1 166 12 178 2.87e-49 155 MBX3707511.1 MBX3707511.1 100 771 0 0 1 771 1 771 0.0 1494 EAH8201998.1 EAH8201998.1 100 443 0 0 1 443 1 443 0.0 875 EAH8201998.1 MBV00212.1 48.8 430 217 3 4 430 3 432 2.75e-138 410 EAH8201998.1 WP_021479352.1 44.6 448 237 5 3 440 6 452 7.37e-121 377 EAH8201998.1 MBG6814041.1 48.5 359 183 2 3 359 8 366 6.27e-116 342 KKU62290.1 KKU62290.1 100 439 0 0 1 439 1 439 5.82e-284 771 MBK5571697.1 MBK5571697.1 100 199 0 0 1 199 1 199 2.91e-134 372 WP_176282182.1 WP_176282182.1 100 422 0 0 1 422 1 422 5.06e-306 825 XP_038766703.1 XP_038766703.1 100 488 0 0 1 488 1 488 0.0 928 WP_276078981.1 WP_276078981.1 100 492 0 0 1 492 1 492 0.0 972 NXM82541.1 NXM82541.1 100 497 0 0 1 497 1 497 0.0 955 NXM82541.1 KAJ4922108.1 48.6 504 191 13 1 497 26 468 4.42e-131 387 KAG1843883.1 KAG1843883.1 100 871 0 0 1 871 1 871 0.0 1815 KAJ4375381.1 KAJ4375381.1 100 463 0 0 1 463 1 463 3.25e-270 738 WP_001977095.1 WP_001977095.1 100 119 0 0 1 119 1 119 1.08e-79 228 XP_052534275.1 XP_052534275.1 100 608 0 0 1 608 1 608 0.0 1158 XP_052534275.1 WP_038052668.1 32.0 503 245 10 105 602 6 416 6.34e-61 206 XP_052534275.1 WP_200198809.1 38.0 400 191 7 205 602 78 422 2.91e-60 205 XP_052534275.1 RIX75659.1 35.2 401 201 10 208 602 99 446 1.50e-47 171 AAW57761.1 AAW57761.1 100 206 0 0 1 206 1 206 1.58e-164 449 AAW57761.1 QJX39570.1 78.4 208 42 2 1 206 1 207 2.85e-131 365 AAW57761.1 AIG14299.1 69.0 216 56 3 1 206 1 215 2.17e-114 323 KXZ65002.1 KXZ65002.1 100 150 0 0 1 150 1 150 1.06e-112 314 KXZ65002.1 MBE6455882.1 45.9 85 46 0 10 94 184 268 5.23e-19 79.7 WP_279840346.1 WP_279840346.1 100 484 0 0 1 484 1 484 0.0 920 WP_279840346.1 WP_094840069.1 39.1 501 265 5 13 474 9 508 1.57e-95 296 WP_279840346.1 MBI4806480.1 34.7 472 295 5 8 472 7 472 9.84e-75 241 WP_279840346.1 WP_224791962.1 33.0 488 300 7 4 477 3 477 3.61e-61 206 WP_279840346.1 WP_283557067.1 29.0 476 312 8 3 474 7 460 1.04e-44 161 WP_056329268.1 WP_056329268.1 100 410 0 0 1 410 1 410 1.21e-291 788 MBX3400476.1 MBX3400476.1 100 306 0 0 1 306 1 306 1.68e-193 531 WP_128786583.1 WP_128786583.1 100 630 0 0 1 630 1 630 0.0 1041 WP_128786583.1 WP_269572442.1 38.0 552 321 5 40 582 42 581 5.22e-73 244 WP_128786583.1 WP_025739406.1 37.1 340 214 0 234 573 241 580 1.46e-41 158 WP_128786583.1 WP_104456122.1 51.3 160 78 0 439 598 331 490 7.85e-35 137 WP_128786583.1 HBP5649656.1 41.3 310 179 2 290 598 229 536 1.66e-34 136 WP_128786583.1 WP_186556299.1 53.1 147 69 0 459 605 350 496 4.75e-30 122 WP_128786583.1 WP_271340374.1 29.0 259 160 3 296 536 238 490 1.24e-15 78.6 WP_128786583.1 WP_156140069.1 43.9 107 60 0 473 579 405 511 2.30e-11 65.1 WP_128786583.1 WP_237962375.1 45.8 83 42 1 439 521 467 546 3.26e-11 64.7 WP_128786583.1 MCI8311254.1 43.9 66 37 0 441 506 323 388 7.80e-08 53.5 MBV8060578.1 MBV8060578.1 100 243 0 0 1 243 1 243 1.81e-177 485 XP_003035978.1 XP_003035978.1 100 284 0 0 1 284 1 284 4.60e-100 293 XP_039406663.1 XP_039406663.1 100 406 0 0 1 406 1 406 3.26e-303 817 HBG17616.1 HBG17616.1 100 533 0 0 1 533 1 533 0.0 1048 HBG17616.1 UOK61174.1 40.6 96 56 1 437 532 262 356 3.43e-15 75.9 HBG17616.1 MCF8449868.1 33.3 105 65 2 5 109 2 101 4.35e-11 61.6 HBG17616.1 WP_188888464.1 33.0 103 68 1 6 108 4 105 6.75e-10 57.8 HBG17616.1 MBY5764273.1 40.8 76 45 0 437 512 244 319 1.75e-09 57.8 HBG17616.1 WP_124213670.1 31.7 104 68 1 6 109 4 104 2.43e-08 54.7 HBG17616.1 WP_232306300.1 36.1 108 57 3 7 109 1123 1223 5.08e-06 47.8 HBG17616.1 WP_138482356.1 26.9 104 73 2 6 109 672 772 1.85e-05 45.8 HBG17616.1 KFX48203.1 25.9 108 71 3 7 109 1078 1181 9.11e-04 40.4 WP_277324932.1 WP_277324932.1 100 394 0 0 1 394 1 394 8.70e-286 772 WP_277324932.1 MBF0865514.1 36.7 308 185 6 18 320 16 318 1.24e-54 182 XP_037916999.1 XP_037916999.1 100 507 0 0 1 507 1 507 0.0 931 XP_037916999.1 KAJ7092692.1 27.7 159 96 3 68 214 64 215 1.41e-12 67.4 PBP26446.1 PBP26446.1 100 125 0 0 1 125 1 125 8.31e-71 206 MBS3742576.1 MBS3742576.1 100 79 0 0 1 79 1 79 7.79e-59 172 WP_150253061.1 WP_150253061.1 100 701 0 0 1 701 1 701 0.0 1353 WP_150253061.1 WP_043940504.1 47.1 688 308 12 12 696 14 648 1.63e-182 532 WP_150253061.1 HAN66834.1 40.9 696 349 13 14 700 16 658 2.43e-152 455 WP_150253061.1 MBP8196496.1 34.4 835 350 16 19 692 1 798 1.40e-125 390 MBT3887354.1 MBT3887354.1 100 321 0 0 1 321 1 321 4.01e-204 559 MBT3887354.1 WP_033456074.1 58.4 298 112 3 24 321 11 296 1.19e-117 339 MBT3887354.1 OFZ89526.1 56.2 306 124 3 26 321 117 422 9.98e-114 334 MBT3887354.1 WP_267292626.1 56.2 297 121 2 24 319 224 512 1.56e-104 313 MBT3887354.1 WP_098923619.1 54.0 298 128 4 24 320 129 418 6.17e-101 301 MBT3887354.1 WP_262612393.1 47.8 301 143 6 24 320 134 424 1.46e-83 257 MBT3887354.1 NDI25889.1 40.5 294 153 3 31 313 1 283 5.53e-65 205 MBT3887354.1 KAA0555231.1 31.6 310 185 6 25 319 333 630 3.85e-37 138 MBT3887354.1 KAJ4394429.1 27.5 316 207 7 24 321 203 514 5.61e-27 108 WP_273302807.1 WP_273302807.1 100 217 0 0 1 217 1 217 8.02e-159 436 PKM59746.1 PKM59746.1 100 69 0 0 1 69 1 69 7.58e-48 144 MBW0517832.1 MBW0517832.1 100 269 0 0 1 269 1 269 3.57e-206 560 OQA38407.1 OQA38407.1 100 458 0 0 1 458 1 458 0.0 867 OQA38407.1 WP_225579579.1 48.5 462 209 6 1 457 7 444 6.88e-132 389 OQA38407.1 WP_254698006.1 48.0 454 207 6 9 457 1 430 9.67e-130 384 OQA38407.1 WP_253808359.1 47.1 427 214 4 1 426 1 416 8.78e-125 368 OQA38407.1 PHR72175.1 32.5 292 178 6 9 293 28 307 6.26e-37 136 GLV83862.1 GLV83862.1 100 402 0 0 1 402 1 402 1.36e-293 792 GLV83862.1 WP_025599976.1 32.4 244 137 6 159 385 170 402 1.10e-20 91.7 GLV83862.1 WP_005392478.1 24.1 245 166 4 82 323 62 289 6.09e-09 55.5 YP_009017695.1 YP_009017695.1 100 69 0 0 1 69 1 69 4.79e-42 129 XP_003875641.1 XP_003875641.1 100 295 0 0 1 295 1 295 6.22e-220 597 NRF69152.1 NRF69152.1 100 520 0 0 1 520 1 520 0.0 992 NRF69152.1 WP_283107263.1 41.1 499 269 8 27 516 75 557 1.34e-94 297 NRF69152.1 WP_017718577.1 41.6 435 228 6 102 517 203 630 9.68e-93 295 NRF69152.1 WP_058504615.1 39.2 436 244 12 85 516 144 562 3.76e-79 256 NRF69152.1 MBT7163208.1 40.5 375 215 5 142 515 201 568 2.76e-72 239 NRF69152.1 WP_203339841.1 39.7 272 153 6 139 407 13 276 8.21e-52 178 NRF69152.1 EEC9022132.1 29.2 383 231 12 125 477 79 451 4.30e-34 133 NRF69152.1 WP_121975536.1 35.1 248 129 10 146 383 14 239 2.58e-26 108 NRF69152.1 RYD39969.1 30.5 272 161 7 148 407 23 278 5.65e-22 94.7 MCH2678216.1 MCH2678216.1 100 189 0 0 1 189 1 189 5.76e-136 376 MCH2678216.1 MBE6787267.1 36.0 175 102 6 1 168 1 172 2.63e-26 97.8 MCH2678216.1 WP_228824605.1 35.8 123 71 4 48 166 51 169 1.39e-14 67.4 WP_278390468.1 WP_278390468.1 100 422 0 0 1 422 1 422 5.91e-305 823 WP_130514498.1 WP_130514498.1 100 381 0 0 1 381 1 381 5.14e-276 746 WP_275865201.1 WP_275865201.1 100 63 0 0 1 63 1 63 8.45e-38 118 XP_031258584.1 XP_031258584.1 100 347 0 0 1 347 1 347 5.57e-256 692 WP_248676944.1 WP_248676944.1 100 305 0 0 1 305 1 305 1.55e-209 572 WP_248676944.1 WP_131914061.1 27.0 196 139 4 12 205 3 196 2.06e-17 79.3 WP_248676944.1 MAJ71254.1 22.3 193 142 4 17 204 8 197 3.23e-04 40.0 KAJ2272836.1 KAJ2272836.1 100 726 0 0 1 726 1 726 0.0 1448 XP_017754998.1 XP_017754998.1 100 525 0 0 1 525 1 525 0.0 1066 HBO0131372.1 HBO0131372.1 100 338 0 0 1 338 1 338 1.30e-213 585 XP_035800909.1 XP_035800909.1 100 952 0 0 1 952 1 952 0.0 1562 XP_035800909.1 XP_017857703.1 28.1 303 171 7 121 383 8 303 2.03e-21 99.0 WP_222878685.1 WP_222878685.1 100 273 0 0 1 273 1 273 1.80e-192 526 MCD8548598.1 MCD8548598.1 100 148 0 0 1 148 1 148 4.71e-106 297 MBK6756051.1 MBK6756051.1 100 768 0 0 1 768 1 768 0.0 1478 WP_021117716.1 WP_021117716.1 100 53 0 0 1 53 1 53 3.29e-33 105 EEJ0015338.1 EEJ0015338.1 100 433 0 0 1 433 1 433 6.75e-312 841 EEJ0015338.1 WP_254218450.1 46.4 293 153 3 91 380 174 465 2.21e-78 250 EEJ0015338.1 MBL0967454.1 39.6 331 188 4 98 425 5 326 2.34e-68 219 EEJ0015338.1 AAL18389.1 32.3 337 210 10 92 414 1 333 1.94e-36 136 HCJ45190.1 HCJ45190.1 100 65 0 0 1 65 1 65 1.26e-42 130 HCJ45190.1 WP_264228578.1 74.6 63 16 0 1 63 480 542 1.66e-26 98.2 HCJ45190.1 OGA29379.1 66.7 63 21 0 1 63 479 541 1.30e-24 92.8 NDD52781.1 NDD52781.1 100 424 0 0 1 424 1 424 2.27e-294 796 HBT3241107.1 HBT3241107.1 100 991 0 0 1 991 1 991 0.0 1995 MCS5664414.1 MCS5664414.1 100 304 0 0 1 304 1 304 2.63e-221 601 WP_091054162.1 WP_091054162.1 100 137 0 0 1 137 1 137 1.06e-99 280 WP_016340583.1 WP_016340583.1 100 233 0 0 1 233 1 233 6.08e-171 468 WP_016340583.1 MCH2591601.1 41.7 230 127 2 6 229 17 245 2.54e-56 178 WP_016340583.1 HHY51372.1 37.2 231 136 3 6 229 20 248 8.20e-54 172 WP_281733574.1 WP_281733574.1 100 219 0 0 1 219 1 219 1.22e-154 426 HCI6016418.1 HCI6016418.1 100 198 0 0 1 198 1 198 5.72e-145 399 KAI6876023.1 KAI6876023.1 100 357 0 0 1 357 1 357 3.64e-257 696 EIP7986019.1 EIP7986019.1 100 347 0 0 1 347 1 347 2.20e-237 645 EIP7986019.1 WP_282985289.1 54.5 44 20 0 117 160 867 910 3.96e-06 47.0 RWW57209.1 RWW57209.1 100 378 0 0 1 378 1 378 2.94e-269 729 XP_025220530.1 XP_025220530.1 100 849 0 0 1 849 1 849 0.0 1555 WP_234466695.1 WP_234466695.1 100 434 0 0 1 434 1 434 4.52e-290 786 KAI0154282.1 KAI0154282.1 100 258 0 0 1 258 1 258 5.59e-184 503 KAI0154282.1 WP_108024271.1 34.3 251 156 4 8 256 5 248 8.81e-33 118 KAI0154282.1 WP_273849839.1 33.1 263 158 9 6 257 2 257 1.06e-19 84.0 KAI0154282.1 WP_013845913.1 30.9 149 95 5 8 156 4 144 4.47e-09 53.9 KAI0154282.1 XP_028635853.1 24.8 149 107 3 7 153 7 152 9.19e-04 38.5 WP_266771233.1 WP_266771233.1 100 256 0 0 1 256 1 256 1.39e-192 525 MCK5360090.1 MCK5360090.1 100 228 0 0 1 228 1 228 3.93e-160 440 KAH0848936.1 KAH0848936.1 100 75 0 0 1 75 1 75 7.21e-51 152 MBP2236311.1 MBP2236311.1 100 119 0 0 1 119 1 119 1.32e-80 230 MBP6786080.1 MBP6786080.1 100 867 0 0 1 867 1 867 0.0 1630 MBP6786080.1 WP_029789810.1 56.6 844 355 6 1 839 1 838 4.35e-319 895 MBP6786080.1 KAF6257731.1 49.9 875 408 9 5 858 5 870 6.21e-275 785 MBP6786080.1 WP_136095406.1 45.9 716 281 11 129 830 96 719 3.71e-189 559 MBP6786080.1 MBL8103469.1 52.4 450 209 2 1 445 2 451 1.75e-149 446 MBP6786080.1 KAI7727618.1 52.2 320 113 5 104 423 116 395 1.39e-85 291 MBP6786080.1 KPK79043.1 36.2 401 232 5 4 400 8 388 5.35e-60 216 MBP6786080.1 MCH2804017.1 56.4 78 34 0 584 661 2 79 1.61e-24 96.3 MBP6786080.1 HIT09367.1 44.4 63 29 2 570 626 77 139 7.22e-04 41.2 MCD6482094.1 MCD6482094.1 100 488 0 0 1 488 1 488 0.0 971 XP_041715299.2 XP_041715299.2 100 401 0 0 1 401 1 401 4.70e-257 700 OMF24356.1 OMF24356.1 100 618 0 0 1 618 1 618 0.0 1193 OMF24356.1 WP_101662518.1 37.5 560 327 8 55 604 55 601 2.40e-119 368 OMF24356.1 WP_135279859.1 31.7 575 347 15 60 616 202 748 2.34e-62 219 OMF24356.1 HCG88012.1 40.7 258 128 8 68 316 63 304 1.80e-40 154 OMF24356.1 OHA02323.1 28.4 356 215 13 290 612 208 556 1.87e-19 90.5 OMF24356.1 PIQ07033.1 27.4 277 156 9 339 581 214 479 9.81e-16 78.6 WP_215262079.1 WP_215262079.1 100 496 0 0 1 496 1 496 0.0 962 WP_215262079.1 WP_269885397.1 33.6 146 90 2 347 486 115 259 3.91e-15 73.9 PWA60456.1 PWA60456.1 100 322 0 0 1 322 1 322 5.96e-252 680 WP_103025967.1 WP_103025967.1 100 304 0 0 1 304 1 304 3.04e-195 535 WP_019092761.1 WP_019092761.1 100 306 0 0 1 306 1 306 7.64e-206 562 WP_033744100.1 WP_033744100.1 100 145 0 0 1 145 1 145 1.86e-106 298 WP_194543596.1 WP_194543596.1 100 272 0 0 1 272 1 272 8.37e-202 549 WP_194543596.1 PYK96819.1 51.6 250 93 1 1 250 1 222 3.45e-84 250 WP_194543596.1 MBQ6275073.1 44.6 271 124 3 1 269 1 247 1.25e-73 229 WP_054998585.1 WP_054998585.1 100 362 0 0 1 362 1 362 2.28e-258 700 WP_054998585.1 EFO2269166.1 34.7 354 214 8 13 354 16 364 1.47e-60 197 MBK6870374.1 MBK6870374.1 100 201 0 0 1 201 1 201 3.03e-137 380 MBK6870374.1 WP_145544593.1 41.2 148 84 3 1 148 371 515 5.59e-23 94.0 MBK6870374.1 MBI5333464.1 36.7 158 92 3 1 151 234 390 1.00e-21 89.7 MBK6870374.1 WP_000484099.1 38.5 156 86 6 1 149 214 366 3.36e-18 79.7 MBK6870374.1 WP_107169208.1 38.1 105 63 1 1 103 208 312 5.47e-17 76.3 MBK6870374.1 EGR2272270.1 39.0 123 71 2 28 146 551 673 4.01e-16 74.3 MBK6870374.1 WP_029222917.1 30.3 152 101 2 1 149 325 474 2.25e-15 72.0 MBK6870374.1 WP_230171322.1 40.0 80 47 1 1 79 609 688 1.24e-14 70.1 WP_108820366.1 WP_108820366.1 100 95 0 0 1 95 1 95 1.17e-65 191 WP_152569558.1 WP_152569558.1 100 570 0 0 1 570 1 570 0.0 1097 WP_175083644.1 WP_175083644.1 100 244 0 0 1 244 1 244 1.27e-173 476 CAD8183695.1 CAD8183695.1 100 804 0 0 1 804 1 804 0.0 1533 HCD1954593.1 HCD1954593.1 100 74 0 0 1 74 1 74 1.12e-49 149 MBX5702633.1 MBX5702633.1 100 161 0 0 1 161 1 161 2.65e-125 347 MBX5702633.1 EEW7484806.1 60.2 128 51 0 10 137 2 129 8.57e-54 165 HBM93052.1 HBM93052.1 100 156 0 0 1 156 1 156 6.57e-119 330 WP_281919021.1 WP_281919021.1 100 489 0 0 1 489 1 489 0.0 972 WP_281919021.1 MBF1128433.1 35.8 254 158 2 12 265 10 258 1.10e-46 169 WP_281919021.1 GIW70618.1 39.7 272 151 6 11 274 47 313 1.41e-41 157 WP_281919021.1 MBP7829117.1 34.6 257 162 3 7 263 50 300 4.48e-34 134 WP_281919021.1 WP_271931007.1 31.9 235 125 7 12 216 661 890 2.13e-24 105 WP_281919021.1 KAJ7903702.1 25.6 254 180 4 12 264 23 268 2.56e-15 76.3 WP_281919021.1 EYU24504.1 24.2 248 151 7 12 228 189 430 1.12e-09 58.9 WP_281919021.1 KAG5815829.1 37.4 107 60 3 124 227 565 667 1.71e-09 58.5 WP_281919021.1 XP_033679940.1 31.4 102 62 3 119 215 202 300 1.62e-07 52.4 MBQ3726282.1 MBQ3726282.1 100 433 0 0 1 433 1 433 0.0 865 WP_066678157.1 WP_066678157.1 100 255 0 0 1 255 1 255 7.66e-185 505 WP_025209636.1 WP_025209636.1 100 296 0 0 1 296 1 296 1.07e-216 589 WP_255435582.1 WP_255435582.1 100 104 0 0 1 104 1 104 1.25e-71 206 WP_255435582.1 MBI5438416.1 63.5 104 37 1 1 104 19 121 7.18e-38 122 WP_255435582.1 MCS2900418.1 56.7 104 45 0 1 104 20 123 4.40e-35 115 WP_255435582.1 MBI3448467.1 50.0 104 52 0 1 104 19 122 1.21e-30 103 WP_254101325.1 WP_254101325.1 100 647 0 0 1 647 1 647 0.0 1337 WP_254101325.1 WP_270967954.1 49.0 630 304 8 22 641 27 649 2.95e-208 596 WP_254101325.1 XP_052525039.1 35.2 625 385 12 22 636 43 657 3.24e-114 355 WP_254101325.1 MCC5948066.1 29.8 640 403 18 24 642 38 652 4.76e-67 230 WP_254101325.1 WP_068051662.1 24.9 546 327 15 102 615 34 528 1.56e-28 118 WP_254101325.1 RLB66027.1 24.1 547 372 18 76 616 4 513 3.29e-28 117 WP_254101325.1 NQW84129.1 21.6 514 372 12 103 614 63 547 1.91e-18 87.4 WP_254101325.1 NDJ88951.1 24.1 527 347 21 105 608 27 523 1.56e-15 78.2 WP_254101325.1 MBF2759673.1 21.7 612 363 19 81 617 155 725 2.03e-11 65.5 WP_254101325.1 PYB13830.1 24.6 569 339 22 84 636 3196 3690 2.73e-11 65.5 WP_254101325.1 WP_246003214.1 19.5 543 366 13 107 636 45 529 4.22e-09 57.8 WP_254101325.1 EJG3313804.1 21.8 376 245 16 201 547 90 445 1.47e-05 46.2 WP_254101325.1 WP_200941876.1 26.5 200 114 6 91 273 60 243 3.46e-04 42.0 WP_276362074.1 WP_276362074.1 100 257 0 0 1 257 1 257 5.18e-184 503 WP_276362074.1 WP_256546297.1 41.5 253 148 0 4 256 23 275 2.64e-61 192 WP_276362074.1 WP_221977168.1 39.4 241 140 3 14 254 25 259 9.79e-49 160 WP_276362074.1 MBR7834804.1 38.3 256 138 3 4 256 17 255 6.43e-47 155 WP_276362074.1 WP_159463829.1 32.9 252 147 4 4 254 357 587 3.80e-31 119 WP_276362074.1 MWR41881.1 29.8 242 151 5 5 242 29 255 3.81e-30 112 WP_276362074.1 WP_167977039.1 29.6 233 148 4 4 236 5 221 2.41e-24 96.3 WP_276362074.1 WP_226904802.1 30.0 260 137 8 4 239 22 260 5.02e-21 89.0 WP_276362074.1 OAN53756.1 30.2 245 152 7 14 250 21 254 7.78e-21 87.0 WP_276362074.1 MBC7326981.1 26.5 234 153 4 5 231 7 228 3.59e-19 82.4 WP_276362074.1 WP_158791585.1 25.8 240 155 4 14 244 14 239 1.70e-17 77.8 WP_276362074.1 WP_174822921.1 28.2 248 145 10 9 242 12 240 3.37e-17 77.0 WP_276362074.1 WP_211555180.1 26.5 215 141 2 16 228 15 214 6.08e-16 73.2 WP_276362074.1 MXP43753.1 25.5 239 161 6 10 242 20 247 9.06e-16 73.2 WP_276362074.1 MBU22120.1 33.0 94 56 3 137 228 510 598 1.37e-08 53.5 WP_276362074.1 WP_158347019.1 38.4 73 40 2 153 220 379 451 1.02e-07 50.8 WP_276362074.1 WP_041481207.1 26.7 210 131 8 16 221 349 539 7.08e-06 45.1 HEM46184.1 HEM46184.1 100 96 0 0 1 96 1 96 4.39e-66 192 MBI2651826.1 MBI2651826.1 100 127 0 0 1 127 1 127 1.62e-87 248 WP_046631173.1 WP_046631173.1 100 688 0 0 1 688 1 688 0.0 1360 WP_143210733.1 WP_143210733.1 100 207 0 0 1 207 1 207 1.69e-146 404 WP_026893585.1 WP_026893585.1 100 223 0 0 1 223 1 223 1.38e-162 446 WP_026893585.1 MBP1530348.1 47.9 219 111 1 4 222 3 218 4.26e-75 224 WP_026893585.1 MBQ5584458.1 39.7 224 129 3 5 222 4 227 1.26e-50 162 WP_026893585.1 WP_186723788.1 41.8 225 119 5 5 222 8 227 2.25e-50 162 WP_026893585.1 PYP94120.1 37.1 221 135 3 5 222 3 222 2.64e-47 154 WP_026893585.1 WP_194544138.1 38.8 224 127 2 5 218 13 236 2.01e-43 144 WP_026893585.1 WP_069156513.1 35.9 231 138 5 1 222 1 230 5.51e-41 138 WP_026893585.1 EAC1232420.1 33.8 219 140 3 5 220 4 220 2.29e-40 136 WP_026893585.1 WP_101794136.1 34.3 230 138 2 5 221 27 256 3.27e-39 134 WP_026893585.1 EAG2350674.1 41.0 122 72 0 1 122 1 122 4.32e-32 112 WP_026893585.1 WP_064652354.1 33.9 230 139 5 3 222 2 228 3.29e-30 110 WP_026893585.1 WP_185031483.1 30.7 179 117 4 48 221 45 221 9.63e-20 82.8 WP_026893585.1 WP_074911472.1 36.2 116 70 2 5 117 1056 1170 4.21e-16 75.1 WP_026893585.1 MBQ2640849.1 57.6 33 14 0 191 223 1 33 3.54e-08 46.6 KAE9373439.1 KAE9373439.1 100 221 0 0 1 221 1 221 1.62e-160 441 TDB49724.1 TDB49724.1 100 121 0 0 1 121 1 121 2.64e-81 232 KNY10996.1 KNY10996.1 100 305 0 0 1 305 1 305 1.51e-216 589 KNY10996.1 WP_164653811.1 47.3 279 141 4 17 294 190 463 1.36e-68 219 KNY10996.1 WP_175896721.1 40.5 299 155 5 8 294 162 449 4.94e-60 196 KNY10996.1 WP_272906673.1 43.5 248 128 2 14 260 160 396 6.40e-59 194 KNY10996.1 WP_124213670.1 38.9 324 158 4 12 302 148 464 2.00e-58 192 KNY10996.1 WP_271786410.1 40.6 254 140 3 18 260 32 285 1.22e-52 174 KNY10996.1 WP_205173112.1 34.1 302 187 5 12 302 166 466 1.51e-49 169 WP_089322445.1 WP_089322445.1 100 272 0 0 1 272 1 272 2.37e-192 525 WP_145514932.1 WP_145514932.1 100 457 0 0 1 457 1 457 0.0 925 WP_145514932.1 WP_039085559.1 42.2 443 250 3 9 445 5 447 1.10e-123 366 WP_145514932.1 WP_168565867.1 23.0 391 277 9 52 440 12 380 4.43e-22 95.9 CAD8073566.1 CAD8073566.1 100 195 0 0 1 195 1 195 2.72e-137 380 WP_101794136.1 WP_101794136.1 100 259 0 0 1 259 1 259 3.49e-183 501 WP_101794136.1 WP_186723788.1 36.1 233 138 3 27 259 8 229 2.79e-43 145 WP_101794136.1 MCL7714424.1 34.0 235 140 3 26 257 4 226 1.60e-39 135 WP_101794136.1 WP_026893585.1 34.2 231 139 2 26 256 4 221 2.70e-39 134 WP_101794136.1 MBQ5584458.1 34.8 233 145 1 27 259 4 229 1.31e-38 133 WP_101794136.1 WP_007708736.1 36.2 232 138 3 26 254 3 227 1.57e-36 127 WP_101794136.1 PYP94120.1 33.1 236 145 3 25 259 1 224 1.47e-33 120 WP_101794136.1 WP_069156513.1 32.9 231 146 3 26 254 4 227 1.55e-33 120 WP_101794136.1 MBP1530348.1 32.9 231 139 3 26 256 3 217 6.12e-33 118 WP_101794136.1 WP_064652354.1 31.0 232 150 3 27 256 4 227 3.53e-28 106 WP_101794136.1 EAC1232420.1 26.3 232 155 4 25 254 2 219 1.56e-21 88.2 WP_101794136.1 WP_074911472.1 35.0 120 74 2 27 143 1056 1174 2.49e-14 70.9 WP_101794136.1 QYU66920.1 30.2 116 77 3 27 138 5 120 1.84e-09 53.1 EEF30376.1 EEF30376.1 100 351 0 0 1 351 1 351 9.94e-252 682 RKK88308.1 RKK88308.1 100 989 0 0 1 989 1 989 0.0 1962 WP_252809941.1 WP_252809941.1 100 296 0 0 1 296 1 296 1.56e-209 571 WP_252809941.1 MCI8430709.1 27.8 273 159 8 43 293 23 279 4.50e-20 86.3 WP_270506568.1 WP_270506568.1 100 409 0 0 1 409 1 409 1.27e-297 803 WP_270506568.1 WP_282259321.1 43.2 417 202 4 4 386 15 430 1.14e-112 337 EKD39302.1 EKD39302.1 100 31 0 0 1 31 1 31 2.54e-17 64.3 WP_185816158.1 WP_185816158.1 100 232 0 0 1 232 1 232 5.34e-160 440 WP_185816158.1 KJS09633.1 40.4 104 62 0 125 228 485 588 5.48e-19 83.6 WP_275495439.1 WP_275495439.1 100 408 0 0 1 408 1 408 4.57e-295 796 WP_275495439.1 UCF78466.1 41.1 404 202 10 6 402 1 375 3.34e-76 239 WP_275495439.1 WP_019585553.1 34.4 404 227 10 8 400 16 392 8.52e-61 200 WP_275495439.1 WP_145937814.1 34.7 409 232 12 1 402 1 381 2.73e-57 191 WP_275495439.1 WP_278361924.1 25.7 389 253 9 27 407 24 384 2.21e-15 75.5 WP_123237441.1 WP_123237441.1 100 305 0 0 1 305 1 305 3.28e-195 535 WP_123237441.1 WP_069341101.1 27.3 275 191 5 29 302 27 293 2.64e-22 92.8 CAD8089828.1 CAD8089828.1 100 273 0 0 1 273 1 273 7.04e-190 519 CAH0143531.1 CAH0143531.1 100 182 0 0 1 182 1 182 6.99e-120 335 CAH0143531.1 WP_122920202.1 31.2 154 102 3 3 154 25 176 5.49e-19 80.5 CAH0143531.1 WP_055228170.1 24.5 155 113 2 2 152 20 174 2.02e-06 45.1 WP_147833981.1 WP_147833981.1 100 124 0 0 1 124 1 124 1.37e-77 226 WP_147833981.1 ABD26457.1 40.0 100 55 2 25 123 27 122 8.07e-11 55.1 QLL10545.1 QLL10545.1 100 277 0 0 1 277 1 277 2.79e-198 541 QLL10545.1 MBK8955603.1 44.1 254 139 3 18 271 3 253 6.17e-73 223 QLL10545.1 EJV0278763.1 31.7 252 166 4 18 267 3 250 1.55e-32 118 WP_111625343.1 WP_111625343.1 100 97 0 0 1 97 1 97 3.32e-66 192 TDZ21558.1 TDZ21558.1 100 893 0 0 1 893 1 893 0.0 1753 WP_169079632.1 WP_169079632.1 100 228 0 0 1 228 1 228 3.62e-156 430 WP_099949840.1 WP_099949840.1 100 389 0 0 1 389 1 389 3.50e-278 752 WP_099949840.1 KPQ18226.1 52.7 395 174 3 1 385 1 392 2.61e-131 380 WP_188506850.1 WP_188506850.1 100 300 0 0 1 300 1 300 1.60e-229 622 TQD79640.1 TQD79640.1 100 282 0 0 1 282 1 282 3.67e-201 548 QRX02582.1 QRX02582.1 100 4098 0 0 1 4098 1 4098 0.0 8034 QRX02582.1 QSZ25555.1 100.0 4098 2 0 1 4098 1 4098 0.0 8032 QRX02582.1 QTD03487.1 99.9 4098 4 0 1 4098 1 4098 0.0 8029 QRX02582.1 QWC83326.1 99.9 4098 3 0 1 4098 1 4098 0.0 8028 QRX02582.1 WEU87158.1 99.9 4098 3 0 1 4098 1 4098 0.0 8026 QRX02582.1 UBP50947.1 99.8 4098 7 0 1 4098 1 4098 0.0 8019 QRX02582.1 QZU16279.1 99.8 4098 9 0 1 4098 1 4098 0.0 8015 QRX02582.1 UBD95131.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 QRX02582.1 UFM00670.1 99.7 4098 12 0 1 4098 1 4098 0.0 8010 QRX02582.1 QVD87869.1 99.8 4098 6 1 1 4098 1 4095 0.0 8010 QRX02582.1 QXR94354.1 99.8 4098 7 1 1 4098 1 4095 0.0 8009 QRX02582.1 UEC68750.1 99.7 4098 12 0 1 4098 1 4098 0.0 8008 QRX02582.1 UBL45068.1 99.8 4098 10 0 1 4098 1 4098 0.0 8007 QRX02582.1 QTM79632.1 99.7 4098 10 1 1 4098 1 4095 0.0 8007 QRX02582.1 UHM53165.1 99.7 4098 12 0 1 4098 1 4098 0.0 8005 QRX02582.1 UFM02602.1 99.7 4098 12 0 1 4098 1 4098 0.0 8005 QRX02582.1 UEC52718.1 99.7 4098 13 0 1 4098 1 4098 0.0 8005 QRX02582.1 UIR12670.1 99.7 4098 8 2 1 4098 1 4094 0.0 8004 QRX02582.1 QTZ27226.1 99.6 4098 12 1 1 4098 1 4095 0.0 8002 QRX02582.1 UPA83906.1 99.7 4098 9 2 1 4098 1 4094 0.0 8001 QRX02582.1 UZO53924.1 99.7 4098 10 1 1 4098 1 4095 0.0 8001 QRX02582.1 UVB16817.1 99.7 4098 10 1 1 4098 1 4095 0.0 7999 QRX02582.1 ULA23837.2 99.7 4098 10 2 1 4098 1 4094 0.0 7999 QRX02582.1 URQ55824.1 99.7 4098 11 1 1 4098 1 4095 0.0 7998 QRX02582.1 UMF87224.1 99.2 4098 30 2 1 4098 1 4094 0.0 7997 WP_095648367.1 WP_095648367.1 100 484 0 0 1 484 1 484 0.0 929 WP_095648367.1 HAT8492399.1 30.2 202 136 3 214 410 166 367 1.40e-22 97.4 WP_095648367.1 MCI8350609.1 24.4 205 134 4 216 414 145 334 1.40e-07 51.6 HBB9152465.1 HBB9152465.1 100 462 0 0 1 462 1 462 0.0 891 HAD16081.1 HAD16081.1 100 542 0 0 1 542 1 542 0.0 964 WP_060879438.1 WP_060879438.1 100 533 0 0 1 533 1 533 0.0 964 MBQ1583517.1 MBQ1583517.1 100 321 0 0 1 321 1 321 2.87e-229 623 WP_166737936.1 WP_166737936.1 100 828 0 0 1 828 1 828 0.0 1330 XP_044786537.1 XP_044786537.1 100 335 0 0 1 335 1 335 6.25e-215 588 KAG7243800.1 KAG7243800.1 100 384 0 0 1 384 1 384 6.06e-281 759 MBN8831519.1 MBN8831519.1 100 650 0 0 1 650 1 650 0.0 1281 MBN8831519.1 WP_017166220.1 29.2 243 137 8 56 272 36 269 1.52e-12 68.2 MBN8831519.1 WP_126547421.1 31.2 199 107 9 56 237 135 320 1.08e-10 63.2 WP_131827568.1 WP_131827568.1 100 72 0 0 1 72 1 72 1.02e-42 131 XP_023194678.1 XP_023194678.1 100 641 0 0 1 641 1 641 8.73e-268 747 MBR5392328.1 MBR5392328.1 100 231 0 0 1 231 1 231 1.14e-174 477 NDH19650.1 NDH19650.1 100 153 0 0 1 153 1 153 4.46e-102 287 MCA9786884.1 MCA9786884.1 100 467 0 0 1 467 1 467 0.0 882 WP_140706444.1 WP_140706444.1 100 159 0 0 1 159 1 159 1.27e-113 317 WP_230834693.1 WP_230834693.1 100 182 0 0 1 182 1 182 9.24e-125 347 CAH2408238.1 CAH2408238.1 100 176 0 0 1 176 1 176 3.65e-119 332 WP_279652328.1 WP_279652328.1 100 458 0 0 1 458 1 458 9.17e-309 835 WP_279652328.1 HBT3283900.1 36.9 455 273 3 7 458 5 448 3.32e-90 281 WP_279652328.1 KUK66960.1 30.2 182 121 2 212 393 171 346 1.01e-22 98.2 XP_016482688.1 XP_016482688.1 100 245 0 0 1 245 1 245 7.07e-176 481 WP_122377077.1 WP_122377077.1 100 162 0 0 1 162 1 162 6.22e-111 310 EFW22388.1 EFW22388.1 100 403 0 0 1 403 1 403 9.06e-256 697 WP_059048359.1 WP_059048359.1 100 354 0 0 1 354 1 354 1.94e-255 692 KAJ8530820.1 KAJ8530820.1 100 989 0 0 1 989 1 989 0.0 1967 MBK6751737.1 MBK6751737.1 100 296 0 0 1 296 1 296 2.59e-208 568 MBK6751737.1 MBQ9679177.1 34.4 285 155 9 1 281 628 884 2.44e-38 142 MBK6751737.1 MCL2204087.1 30.0 283 162 6 3 280 632 883 9.96e-30 117 MBK6751737.1 CAI9595211.1 27.5 255 151 9 3 247 761 991 2.75e-17 80.5 WP_237907640.1 WP_237907640.1 100 358 0 0 1 358 1 358 6.51e-256 693 WP_237907640.1 WP_011057593.1 50.1 355 163 6 2 354 3 345 3.56e-95 286 WP_237907640.1 WP_258581409.1 50.0 292 142 3 1 288 1 292 3.37e-87 266 WP_237907640.1 WP_176354145.1 42.1 359 195 6 4 351 6 362 3.64e-81 250 WP_237907640.1 WP_109219819.1 51.2 248 119 1 4 251 18 263 1.02e-76 239 WP_237907640.1 WP_076409454.1 41.2 352 194 6 4 352 5 346 4.35e-74 231 WP_237907640.1 WP_140480909.1 44.4 293 159 3 4 295 13 302 3.07e-73 230 WP_237907640.1 WP_170725874.1 40.6 323 165 3 4 325 5 301 2.39e-70 221 WP_237907640.1 NNE23115.1 35.0 314 191 3 6 314 5 310 1.07e-55 184 WP_237907640.1 MWR41881.1 37.6 237 142 2 3 233 28 264 1.79e-45 155 WP_237907640.1 WP_278489123.1 32.2 233 153 3 19 247 28 259 4.81e-28 109 WP_237907640.1 NFD84694.1 29.4 218 131 6 17 221 537 744 2.56e-18 84.7 WP_237907640.1 MBQ8297564.1 26.4 216 136 5 22 224 353 558 1.25e-17 82.4 WP_237907640.1 WP_222599035.1 32.0 206 117 6 24 216 487 682 1.46e-16 79.3 WP_237907640.1 MCA9759546.1 30.4 224 143 6 3 218 7 225 1.52e-16 76.6 WP_098626931.1 WP_098626931.1 100 342 0 0 1 342 1 342 2.08e-228 622 WP_017900964.1 WP_017900964.1 100 179 0 0 1 179 1 179 5.39e-127 352 KIH61449.1 KIH61449.1 100 403 0 0 1 403 1 403 7.59e-296 798 DAS51696.1 DAS51696.1 100 166 0 0 1 166 1 166 4.03e-118 329 MBQ2198584.1 MBQ2198584.1 100 492 0 0 1 492 1 492 0.0 978 HAN66834.1 HAN66834.1 100 659 0 0 1 659 1 659 0.0 1291 HAN66834.1 WP_043940504.1 53.9 648 280 7 16 659 16 648 1.02e-225 641 HAN66834.1 MBP8196496.1 43.5 814 269 10 21 656 1 801 9.82e-202 585 HAN66834.1 WP_150253061.1 40.9 696 349 13 16 658 14 700 5.84e-156 464 WP_091629500.1 WP_091629500.1 100 443 0 0 1 443 1 443 1.02e-318 859 WP_065450627.1 WP_065450627.1 100 999 0 0 1 999 1 999 0.0 1981 WP_067487176.1 WP_067487176.1 100 230 0 0 1 230 1 230 5.35e-159 437 GBN84473.1 GBN84473.1 100 92 0 0 1 92 1 92 5.66e-67 194 MBE6257848.1 MBE6257848.1 100 327 0 0 1 327 1 327 4.20e-225 613 MBE6257848.1 WP_058051508.1 41.2 328 178 6 2 324 1 318 1.98e-69 219 MBE6257848.1 WP_224911464.1 36.8 329 182 5 1 312 1 320 5.53e-56 183 MBE6257848.1 XP_046509038.1 44.4 63 35 0 199 261 945 1007 1.20e-07 51.6 MCP5281008.1 MCP5281008.1 100 557 0 0 1 557 1 557 0.0 1111 WHE12941.1 WHE12941.1 100 7067 0 0 1 7067 1 7067 0.0 13860 WHE12941.1 URQ55824.1 98.4 7067 116 0 1 7067 27 7093 0.0 13847 WHE12941.1 UZO53924.1 98.3 7067 118 0 1 7067 27 7093 0.0 13844 WHE12941.1 UVB16817.1 98.3 7067 117 0 1 7067 27 7093 0.0 13844 WHE12941.1 QVD87869.1 98.2 7067 130 0 1 7067 27 7093 0.0 13818 WHE12941.1 QWC83326.1 98.2 7070 127 1 1 7067 27 7096 0.0 13817 WHE12941.1 UMF87224.1 97.9 7067 150 1 1 7067 27 7092 0.0 13812 WHE12941.1 WEU87158.1 98.1 7070 129 1 1 7067 27 7096 0.0 13812 WHE12941.1 QSZ25555.1 98.1 7070 131 1 1 7067 27 7096 0.0 13811 WHE12941.1 UBP50947.1 98.1 7070 130 1 1 7067 27 7096 0.0 13809 WHE12941.1 UBD95131.1 98.1 7070 132 1 1 7067 27 7096 0.0 13804 WHE12941.1 UEC52718.1 98.0 7070 135 1 1 7067 27 7096 0.0 13797 WHE12941.1 UIR12670.1 97.8 7067 154 1 1 7067 27 7092 0.0 13756 WHE12941.1 QZU16279.1 97.8 7070 156 1 1 7067 27 7096 0.0 13747 WHE12941.1 UPA83906.1 97.6 7067 171 1 1 7067 27 7092 0.0 13715 WHE12941.1 UXX67934.1 97.4 7067 186 0 1 7067 27 7093 0.0 13683 WHE12941.1 UBR86455.1 97.3 7070 190 1 1 7067 26 7095 0.0 13668 WHE12941.1 UCP77012.1 97.3 7070 187 1 1 7067 27 7096 0.0 13649 WHE12941.1 UCP72061.1 97.0 7070 206 1 1 7067 27 7096 0.0 13628 WHE12941.1 UKN67998.1 96.7 7067 232 1 1 7067 7 7072 0.0 13568 WHE12941.1 UGA79226.1 95.9 7070 286 1 1 7067 27 7096 0.0 13445 WHE12941.1 UVI10561.1 96.0 7066 280 0 2 7067 1 7066 0.0 13363 WHE12941.1 UAQ80067.1 95.5 7070 317 1 1 7067 27 7096 0.0 13361 WHE12941.1 UJT06733.1 94.7 7067 376 1 1 7067 27 7092 0.0 13207 WHE12941.1 UOU30556.1 93.3 7067 475 0 1 7067 27 7093 0.0 12978 WP_070310045.1 WP_070310045.1 100 675 0 0 1 675 1 675 0.0 1292 WP_182080621.1 WP_182080621.1 100 432 0 0 1 432 1 432 0.0 867 WP_182080621.1 WP_058918927.1 24.3 444 292 14 12 417 19 456 5.35e-21 93.2 WP_182080621.1 MBD8915742.1 24.3 350 200 14 131 418 144 490 3.01e-11 63.5 WP_266170214.1 WP_266170214.1 100 396 0 0 1 396 1 396 2.00e-292 789 WP_266170214.1 WP_072989136.1 36.7 267 136 9 149 392 156 412 2.05e-39 144 WP_266170214.1 HAR4306776.1 31.5 362 189 12 65 391 71 408 3.52e-36 135 WP_266170214.1 WP_192202944.1 29.9 422 242 14 2 393 3 400 4.31e-27 109 MBP6854588.1 MBP6854588.1 100 300 0 0 1 300 1 300 3.74e-219 595 WP_275364603.1 WP_275364603.1 100 80 0 0 1 80 1 80 1.46e-50 151 WP_131609232.1 WP_131609232.1 100 754 0 0 1 754 1 754 0.0 1463 WP_278888642.1 WP_278888642.1 100 295 0 0 1 295 1 295 3.86e-214 582 WP_278888642.1 WP_176958177.1 37.5 280 173 2 5 284 1 278 1.29e-57 185 WP_278888642.1 WP_192106836.1 37.7 273 169 1 5 277 1 272 2.36e-56 182 WP_278888642.1 AIA18772.1 42.1 152 88 0 5 156 1 152 5.87e-39 132 WP_213413035.1 WP_213413035.1 100 129 0 0 1 129 1 129 1.22e-83 239 WP_198140600.1 WP_198140600.1 100 40 0 0 1 40 1 40 4.28e-26 87.0 CAF1441577.1 CAF1441577.1 100 271 0 0 1 271 1 271 2.20e-192 525 WP_149656427.1 WP_149656427.1 100 325 0 0 1 325 1 325 1.40e-222 606 WP_149656427.1 MBE7554905.1 31.5 336 216 6 1 323 1 335 3.85e-42 147 WP_149656427.1 MBX7055839.1 28.6 329 196 6 13 323 17 324 1.98e-36 132 WP_149656427.1 WP_239280620.1 30.4 273 176 4 55 325 60 320 6.92e-36 130 WP_149656427.1 WP_047721562.1 30.6 337 213 9 5 323 4 337 6.92e-35 128 WP_149656427.1 MBB3097508.1 30.8 266 167 2 58 323 47 295 1.65e-33 123 WP_149656427.1 KAB2860347.1 40.9 115 68 0 209 323 1 115 1.35e-25 97.4 EFV9058489.1 EFV9058489.1 100 83 0 0 1 83 1 83 4.24e-58 171 CAH1968295.1 CAH1968295.1 100 313 0 0 1 313 1 313 3.38e-233 632 CAH1968295.1 WP_244311009.1 28.2 312 188 9 1 308 130 409 2.38e-25 103 MCK5224664.1 MCK5224664.1 100 167 0 0 1 167 1 167 1.20e-124 345 ECD4982842.1 ECD4982842.1 100 885 0 0 1 885 1 885 0.0 1784 ECD4982842.1 EBS3704194.1 98.9 885 10 0 1 885 1 885 0.0 1764 ECD4982842.1 WP_202291019.1 52.4 847 380 6 5 844 4 834 2.07e-318 893 ECD4982842.1 WP_242685612.1 50.4 813 386 6 33 844 38 834 3.45e-300 848 ECD4982842.1 WP_237762402.1 37.9 651 363 17 34 666 23 650 2.57e-132 409 ECD4982842.1 WP_222168304.1 28.2 839 539 26 18 826 16 821 8.34e-77 266 NNC58435.1 NNC58435.1 100 697 0 0 1 697 1 697 0.0 1372 NNC58435.1 MCC7304610.1 48.3 683 347 4 7 688 11 688 3.47e-228 650 NNC58435.1 MCF2656092.1 34.3 688 435 9 5 688 4 678 3.29e-128 394 NNC58435.1 WP_274976404.1 30.0 744 444 10 11 689 26 757 8.93e-97 313 NNC58435.1 WP_010016619.1 25.6 489 232 14 11 488 17 384 3.43e-23 102 WP_233737742.1 WP_233737742.1 100 577 0 0 1 577 1 577 0.0 1136 WP_233737742.1 WP_270570428.1 27.4 588 317 14 17 576 6 511 4.31e-61 209 WP_233737742.1 WP_018187484.1 31.1 440 250 12 8 429 16 420 2.04e-41 154 HAX5007168.1 HAX5007168.1 100 299 0 0 1 299 1 299 1.22e-228 619 WP_113620603.1 WP_113620603.1 100 707 0 0 1 707 1 707 0.0 1406 WP_113620603.1 WP_175076961.1 39.4 657 360 13 1 639 1 637 1.71e-140 427 WP_113620603.1 WP_115946316.1 35.9 607 343 13 4 583 2 589 6.22e-104 330 NND17855.1 NND17855.1 100 323 0 0 1 323 1 323 2.29e-236 641 XP_041823288.1 XP_041823288.1 100 136 0 0 1 136 1 136 1.51e-94 267 KIA87593.1 KIA87593.1 100 66 0 0 1 66 1 66 2.74e-42 129 WP_177209229.1 WP_177209229.1 100 344 0 0 1 344 1 344 6.33e-265 715 KAH7714125.1 KAH7714125.1 100 170 0 0 1 170 1 170 1.70e-121 338 WP_125553257.1 WP_125553257.1 100 268 0 0 1 268 1 268 6.25e-186 509 MBJ7531026.1 MBJ7531026.1 100 141 0 0 1 141 1 141 2.19e-94 267 MBJ7531026.1 WP_279399778.1 55.9 136 59 1 6 141 3 137 1.22e-39 133 MBJ7531026.1 WP_067782871.1 50.0 136 63 3 8 141 4 136 9.27e-35 120 VIF85598.1 VIF85598.1 100 163 0 0 1 163 1 163 2.33e-05 40.8 KAH9082671.1 KAH9082671.1 100 184 0 0 1 184 1 184 2.19e-133 369 WP_192202944.1 WP_192202944.1 100 402 0 0 1 402 1 402 3.42e-287 776 WP_192202944.1 WP_072989136.1 36.5 416 239 11 1 398 3 411 1.15e-64 211 WP_192202944.1 HAR4306776.1 37.3 408 243 8 2 399 5 409 4.15e-64 209 WP_192202944.1 WP_266170214.1 30.1 422 241 14 3 400 2 393 2.54e-25 104 WP_192202944.1 NQZ11975.1 29.3 270 164 7 150 398 176 439 4.36e-14 72.0 WP_243361436.1 WP_243361436.1 100 481 0 0 1 481 1 481 0.0 914 WP_243361436.1 WP_096665911.1 40.4 411 238 2 57 465 62 467 5.26e-95 294 WP_243361436.1 GIW30304.1 33.9 410 257 5 58 465 54 451 9.18e-57 194 WP_243361436.1 MBT3784852.1 29.0 324 198 8 79 400 73 366 4.89e-26 109 WP_243361436.1 EAZ5330394.1 21.9 301 195 11 120 397 116 399 1.77e-10 61.2 WP_243361436.1 YP_007317140.1 28.6 217 136 7 215 429 100 299 3.60e-09 56.6 WP_243361436.1 YP_008379230.1 23.6 267 167 7 135 397 34 267 1.93e-07 51.2 RAL39799.1 RAL39799.1 100 326 0 0 1 326 1 326 2.31e-242 656 RAL39799.1 WP_259408897.1 34.1 223 135 4 110 326 29 245 2.48e-33 122 VDM37090.1 VDM37090.1 100 50 0 0 1 50 1 50 2.22e-32 103 WP_185892671.1 WP_185892671.1 100 655 0 0 1 655 1 655 0.0 1321 WP_185892671.1 HBD3580067.1 46.8 631 332 3 26 655 33 660 1.55e-206 592 WP_185892671.1 WP_215391030.1 45.4 625 337 4 24 646 42 664 6.00e-189 549 WP_129703040.1 WP_129703040.1 100 177 0 0 1 177 1 177 7.68e-126 349 WP_129703040.1 WP_142114448.1 32.5 151 95 2 26 169 43 193 1.89e-19 82.4 WP_132079800.1 WP_132079800.1 100 700 0 0 1 700 1 700 0.0 1337 WP_132079800.1 WP_267560498.1 34.9 690 421 10 8 690 4 672 1.11e-106 337 WP_132079800.1 WP_259206442.1 30.2 706 431 23 12 692 8 676 2.88e-59 215 EAG8834195.1 EAG8834195.1 100 365 0 0 1 365 1 365 1.69e-266 721 WP_210473185.1 WP_210473185.1 100 274 0 0 1 274 1 274 1.01e-194 531 WP_210473185.1 WP_070443635.1 39.7 204 113 4 67 268 46 241 3.67e-38 132 HBO82804.1 HBO82804.1 100 84 0 0 1 84 1 84 2.10e-54 161 HBO82804.1 WP_059534878.1 63.9 83 30 0 1 83 1 83 2.02e-26 99.0 WP_183495065.1 WP_183495065.1 100 406 0 0 1 406 1 406 4.44e-301 811 WP_171519907.1 WP_171519907.1 100 428 0 0 1 428 1 428 0.0 892 WP_171519907.1 MBI1386726.1 26.9 383 218 13 28 390 104 444 5.92e-28 113 WP_171519907.1 WP_168044369.1 29.1 206 135 5 29 223 24 229 1.74e-25 106 KAI1498309.1 KAI1498309.1 100 606 0 0 1 606 1 606 0.0 1238 WP_222532997.1 WP_222532997.1 100 319 0 0 1 319 1 319 8.68e-239 647 WP_063007015.1 WP_063007015.1 100 287 0 0 1 287 1 287 2.95e-214 582 CAG8726868.1 CAG8726868.1 100 348 0 0 1 348 1 348 1.19e-271 732 CAG8726868.1 XP_047046442.1 33.2 346 194 10 4 327 217 547 5.41e-51 176 CAG8726868.1 XP_016445639.1 27.8 317 187 11 10 307 204 497 2.65e-21 93.2 CAG8726868.1 WP_200599363.1 29.0 93 40 3 234 326 388 454 1.32e-06 48.1 UFM02602.1 UFM02602.1 100 4405 0 0 1 4405 1 4405 0.0 8651 UFM02602.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8635 UFM02602.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8633 UFM02602.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8631 UFM02602.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8630 UFM02602.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8630 UFM02602.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8625 UFM02602.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8622 UFM02602.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8619 UFM02602.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8618 UFM02602.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8617 UFM02602.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8614 UFM02602.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8612 UFM02602.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8609 UFM02602.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8608 UFM02602.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8603 UFM02602.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8603 UFM02602.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8603 UFM02602.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8601 UFM02602.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8601 UFM02602.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8599 UFM02602.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8599 UFM02602.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8598 UFM02602.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8596 UFM02602.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8595 WP_044229656.1 WP_044229656.1 100 66 0 0 1 66 1 66 4.55e-41 126 WP_079396843.1 WP_079396843.1 100 201 0 0 1 201 1 201 3.05e-146 403 WP_079396843.1 MCI9320818.1 41.5 200 115 2 1 199 1 199 3.18e-53 167 WP_079396843.1 MBD5153813.1 42.2 206 113 3 1 201 1 205 7.42e-46 149 WP_079396843.1 WP_197744369.1 39.2 204 116 4 2 199 4 205 7.07e-45 146 WP_201618498.1 WP_201618498.1 100 90 0 0 1 90 1 90 1.17e-56 167 WP_054377321.1 WP_054377321.1 100 129 0 0 1 129 1 129 1.00e-91 259 WP_054377321.1 WP_153276888.1 69.6 46 14 0 1 46 85 130 9.04e-16 67.0 KAH8074532.1 KAH8074532.1 100 147 0 0 1 147 1 147 7.84e-109 304 HIG56173.1 HIG56173.1 100 537 0 0 1 537 1 537 0.0 1081 HIG56173.1 WP_160877220.1 40.3 442 251 4 41 471 18 457 2.78e-100 311 XP_018062972.1 XP_018062972.1 100 802 0 0 1 802 1 802 0.0 1471 WP_170725874.1 WP_170725874.1 100 337 0 0 1 337 1 337 6.64e-243 659 WP_170725874.1 WP_076409454.1 43.8 345 172 4 1 328 1 340 2.38e-85 259 WP_170725874.1 WP_109219819.1 42.5 360 177 6 5 336 18 375 2.05e-82 253 WP_170725874.1 WP_140480909.1 39.6 356 174 5 5 331 13 356 4.46e-79 244 WP_170725874.1 WP_176354145.1 46.6 294 129 3 14 280 15 307 9.14e-76 236 WP_170725874.1 WP_237907640.1 40.6 323 165 3 5 301 4 325 2.02e-71 224 WP_170725874.1 WP_011057593.1 45.6 237 129 0 1 237 1 237 9.38e-66 209 WP_170725874.1 WP_258581409.1 42.6 251 142 1 5 253 4 254 1.54e-63 204 WP_170725874.1 MWR41881.1 39.4 221 128 1 20 234 44 264 9.58e-47 157 WP_170725874.1 WP_077217464.1 36.8 258 149 6 15 265 45 295 1.10e-43 150 WP_170725874.1 HBO4828144.1 44.7 197 104 3 19 213 29 222 5.96e-41 143 WP_170725874.1 EHH5649593.1 41.5 193 99 3 27 213 25 209 1.36e-35 129 WP_170725874.1 WP_088153117.1 33.0 203 128 2 29 225 23 223 2.37e-30 117 WP_170725874.1 MCH1405047.1 44.0 150 76 2 8 153 13 158 4.54e-30 110 WP_170725874.1 WP_098952357.1 36.8 228 135 4 17 235 28 255 1.37e-29 114 WP_170725874.1 MBQ4383193.1 35.4 226 137 5 1 218 1 225 5.11e-29 110 WP_170725874.1 MBQ3864274.1 34.7 216 132 4 17 223 33 248 5.35e-29 112 WP_170725874.1 WP_192324556.1 33.3 252 149 6 7 242 328 576 1.20e-28 114 WP_170725874.1 WP_227059655.1 32.8 250 159 5 2 242 326 575 2.22e-28 114 WP_170725874.1 WP_084371009.1 31.9 213 138 3 4 213 2 210 4.75e-26 103 WP_170725874.1 WP_221977168.1 26.5 215 143 3 12 213 23 235 8.19e-17 77.4 MBK9009608.1 MBK9009608.1 100 168 0 0 1 168 1 168 1.56e-107 302 WP_122013538.1 WP_122013538.1 100 571 0 0 1 571 1 571 0.0 1057 WP_122013538.1 WP_232180661.1 33.5 573 361 7 1 568 1 558 1.14e-84 272 WP_122013538.1 WP_070188258.1 30.9 592 381 7 1 570 1 586 1.75e-63 217 XP_023607675.1 XP_023607675.1 100 911 0 0 1 911 1 911 0.0 1756 XP_023607675.1 XP_028261945.1 78.9 620 106 6 3 618 2 600 9.77e-316 887 XP_023607675.1 WP_002264996.1 27.8 263 151 7 176 429 2 234 3.24e-16 77.4 XP_023607675.1 WP_014812045.1 36.6 71 40 2 353 422 37 103 1.88e-05 46.2 WP_013970683.1 WP_013970683.1 100 401 0 0 1 401 1 401 1.00e-299 808 WP_013970683.1 WP_261281372.1 75.9 402 95 1 2 401 6 407 1.31e-223 615 WP_013970683.1 WP_111113162.1 59.8 400 156 3 4 401 10 406 4.36e-160 454 EJJ0661731.1 EJJ0661731.1 100 155 0 0 1 155 1 155 1.38e-106 299 KAJ5985703.1 KAJ5985703.1 100 376 0 0 1 376 1 376 8.19e-275 743 WP_151430057.1 WP_151430057.1 100 356 0 0 1 356 1 356 6.50e-255 691 WP_151430057.1 PHR24038.1 33.2 376 219 7 7 353 8 380 5.11e-56 186 WP_151430057.1 MBS6779195.1 29.0 328 189 8 9 307 11 323 1.00e-19 87.8 KAE8933980.1 KAE8933980.1 100 305 0 0 1 305 1 305 1.87e-226 614 MBU3899877.1 MBU3899877.1 100 117 0 0 1 117 1 117 5.42e-79 226 VQC01530.1 VQC01530.1 100 81 0 0 1 81 1 81 2.05e-55 164 WP_086520229.1 WP_086520229.1 100 380 0 0 1 380 1 380 9.33e-283 763 MCP4204994.1 MCP4204994.1 100 99 0 0 1 99 1 99 1.82e-73 211 NWZ25026.1 NWZ25026.1 100 345 0 0 1 345 1 345 3.76e-253 685 NWZ25026.1 WP_088008362.1 41.9 217 121 1 126 337 248 464 5.26e-47 164 WP_101844355.1 WP_101844355.1 100 278 0 0 1 278 1 278 6.61e-202 550 WP_101844355.1 MCF6323317.1 29.3 273 187 4 4 275 14 281 2.77e-33 121 GAK23860.1 GAK23860.1 100 185 0 0 1 185 1 185 4.92e-126 350 WP_143320175.1 WP_143320175.1 100 302 0 0 1 302 1 302 2.16e-219 596 2VYZ_A 2VYZ_A 100 110 0 0 1 110 1 110 1.87e-78 224 WP_051325724.1 WP_051325724.1 100 478 0 0 1 478 1 478 0.0 893 MBC5824559.1 MBC5824559.1 100 374 0 0 1 374 1 374 1.66e-257 699 MBC5824559.1 MBQ1771956.1 36.9 350 214 4 1 349 7 350 1.69e-60 197 MBC5824559.1 WP_167263015.1 32.9 350 228 3 1 346 1 347 1.36e-48 166 MBF0357294.1 MBF0357294.1 100 710 0 0 1 710 1 710 0.0 1229 MBF0357294.1 MCS6996891.1 35.9 231 142 3 111 338 67 294 4.13e-34 133 MBF0357294.1 WP_041723747.1 38.8 183 104 4 162 343 48 223 3.15e-27 111 MBF0357294.1 MBL6706528.1 29.6 71 50 0 487 557 564 634 8.81e-04 40.8 WP_097902424.1 WP_097902424.1 100 194 0 0 1 194 1 194 8.49e-145 399 GBD21053.1 GBD21053.1 100 527 0 0 1 527 1 527 0.0 1014 GBD21053.1 WP_185334683.1 45.1 501 273 2 26 525 4 503 5.33e-138 407 GBD21053.1 WP_150396769.1 34.2 503 315 6 26 523 24 515 9.90e-89 280 GBD21053.1 WP_206363707.1 33.7 249 158 3 26 268 18 265 6.02e-38 139 GBD21053.1 WP_066083732.1 29.3 242 144 10 276 500 4 235 4.72e-16 77.8 GBD21053.1 WP_089095302.1 22.3 538 292 17 26 484 3 493 1.03e-13 72.0 GBD21053.1 THW78755.1 29.1 206 128 4 38 242 480 668 1.52e-13 72.0 GBD21053.1 WP_258581409.1 26.1 207 136 5 295 499 19 210 2.71e-13 69.7 GBD21053.1 WP_088153117.1 26.0 231 146 10 286 509 7 219 4.45e-08 53.5 WP_268737299.1 WP_268737299.1 100 211 0 0 1 211 1 211 3.83e-154 424 WP_194365392.1 WP_194365392.1 100 269 0 0 1 269 1 269 2.56e-190 520 XP_039612537.1 XP_039612537.1 100 875 0 0 1 875 1 875 0.0 1769 RMP03152.1 RMP03152.1 100 44 0 0 1 44 1 44 2.33e-27 90.5 WP_202291019.1 WP_202291019.1 100 843 0 0 1 843 1 843 0.0 1688 WP_202291019.1 WP_242685612.1 59.3 825 332 4 14 837 16 837 0.0 1030 WP_202291019.1 EBS3704194.1 52.4 847 380 6 4 834 5 844 2.79e-318 893 WP_202291019.1 ECD4982842.1 52.4 847 380 6 4 834 5 844 7.96e-318 892 WP_202291019.1 WP_237762402.1 37.7 663 383 14 11 656 1 650 5.17e-135 415 WP_202291019.1 WP_222168304.1 28.2 859 550 27 16 835 12 842 1.39e-80 275 WP_018159095.1 WP_018159095.1 100 201 0 0 1 201 1 201 1.02e-144 399 WP_011147179.1 WP_011147179.1 100 254 0 0 1 254 1 254 2.77e-182 498 WP_265889043.1 WP_265889043.1 100 450 0 0 1 450 1 450 0.0 906 EAJ3842941.1 EAJ3842941.1 100 231 0 0 1 231 1 231 7.71e-173 473 WP_134660892.1 WP_134660892.1 100 277 0 0 1 277 1 277 1.41e-216 587 MCI1641075.1 MCI1641075.1 100 152 0 0 1 152 1 152 5.20e-96 272 WP_014206161.1 WP_014206161.1 100 314 0 0 1 314 1 314 3.03e-241 652 WP_014206161.1 MCJ6180240.1 40.1 304 174 5 17 314 21 322 4.01e-68 214 CAA0126222.1 CAA0126222.1 100 422 0 0 1 422 1 422 8.52e-314 845 CAA0126222.1 WP_205443952.1 48.2 417 190 7 9 422 3 396 5.72e-118 348 CAA0126222.1 WP_122873240.1 34.2 433 236 15 10 415 8 418 2.12e-57 192 CAA0126222.1 MBO7597869.1 26.8 441 261 15 7 422 1 404 1.08e-27 112 WP_139387589.1 WP_139387589.1 100 82 0 0 1 82 1 82 6.10e-53 157 WP_139387589.1 MCI6733811.1 73.3 75 20 0 2 76 388 462 1.99e-29 106 KAF0292372.1 KAF0292372.1 100 659 0 0 1 659 1 659 0.0 1248 KAF0292372.1 XP_037827647.1 22.7 198 138 2 11 199 199 390 1.49e-06 49.7 MBI5007102.1 MBI5007102.1 100 583 0 0 1 583 1 583 0.0 1176 MBU2178615.1 MBU2178615.1 100 303 0 0 1 303 1 303 1.94e-202 553 MBU2178615.1 WP_193275955.1 40.4 302 175 2 1 302 142 438 3.01e-68 218 MBU2178615.1 NPV11463.1 38.9 113 68 1 169 280 69 181 3.91e-10 57.0 MBU2178615.1 WP_149786838.1 46.2 78 41 1 193 269 91 168 1.20e-09 55.5 WP_008134825.1 WP_008134825.1 100 846 0 0 1 846 1 846 0.0 1612 WP_008134825.1 WP_221977168.1 38.0 242 150 0 350 591 15 256 8.36e-47 166 WP_008134825.1 WP_097108993.1 38.0 287 163 3 43 315 43 328 5.33e-46 166 WP_008134825.1 WP_247429569.1 35.0 246 159 1 348 593 14 258 2.33e-44 159 WP_008134825.1 WP_256546297.1 35.9 256 148 3 347 591 20 270 3.72e-42 153 WP_008134825.1 WP_089246429.1 28.5 494 311 18 353 824 7 480 2.28e-36 142 WP_008134825.1 MCP4329804.1 34.3 297 184 6 20 314 322 609 2.99e-33 134 WP_008134825.1 MCA3389197.1 32.7 303 187 5 16 308 16 311 9.09e-25 104 WP_008134825.1 WP_150396769.1 30.3 231 150 3 607 830 19 245 2.34e-22 100 WP_008134825.1 OAN53756.1 29.5 234 154 5 613 836 12 244 7.78e-22 94.4 WP_008134825.1 MBO5162475.1 32.2 211 132 5 617 824 10 212 2.34e-17 84.3 WP_008134825.1 WP_185334683.1 29.2 219 141 6 612 822 4 216 7.64e-17 82.8 WP_008134825.1 WP_071876418.1 28.5 214 139 7 627 831 20 228 2.30e-14 75.1 WP_008134825.1 CDZ73727.1 31.6 209 121 6 612 814 1 193 3.05e-13 68.9 WP_049267651.1 WP_049267651.1 100 297 0 0 1 297 1 297 8.02e-208 566 WP_049267651.1 WP_035710346.1 45.2 279 148 2 22 295 37 315 3.37e-72 223 WP_199097566.1 WP_199097566.1 100 235 0 0 1 235 1 235 5.24e-182 496 MBB4862510.1 MBB4862510.1 100 71 0 0 1 71 1 71 4.71e-43 132 WP_029222463.1 WP_029222463.1 100 369 0 0 1 369 1 369 1.56e-264 716 WP_029222463.1 WP_121975536.1 41.1 338 190 5 1 333 1 334 1.10e-76 238 WP_029222463.1 RYD39969.1 39.7 292 172 2 3 290 10 301 5.41e-62 199 WP_029222463.1 WP_203339841.1 35.2 176 100 3 112 282 130 296 4.67e-21 91.3 WP_029222463.1 WP_283107263.1 35.4 147 85 3 122 268 312 448 5.38e-20 89.7 MCM1185292.1 MCM1185292.1 100 287 0 0 1 287 1 287 2.60e-208 567 MCM1185292.1 GAP70049.1 47.2 265 136 1 9 269 3 267 1.94e-81 245 MBI6149093.1 MBI6149093.1 100 772 0 0 1 772 1 772 0.0 1347 MBI6149093.1 HCT06136.1 37.9 704 403 10 72 755 50 739 2.41e-126 393 MBI6149093.1 OFX32653.1 40.1 564 324 7 218 771 63 622 1.79e-104 333 MBI6149093.1 WP_074319120.1 33.0 752 430 16 77 771 9 743 1.78e-84 282 MBI6149093.1 WP_041591748.1 33.6 554 360 6 218 768 90 638 4.27e-83 276 MBI6149093.1 WP_013632646.1 28.7 698 423 18 82 725 75 751 4.07e-67 236 MBI6149093.1 SFX27592.1 28.9 512 349 9 238 743 162 664 8.78e-50 184 MBI6149093.1 KAJ6994162.1 26.2 550 321 16 241 716 101 639 2.09e-21 98.2 MBI6149093.1 MBE6688122.1 25.5 274 182 5 233 485 85 357 5.61e-15 77.4 MBI6149093.1 WP_278631399.1 30.9 165 84 3 591 725 499 663 1.32e-12 69.7 MBI6149093.1 WP_019100427.1 30.6 173 91 3 592 735 547 719 3.64e-11 65.1 MBI6149093.1 KAA0114277.1 23.9 297 205 6 236 517 111 401 2.47e-10 62.4 MBI6149093.1 WP_235126772.1 29.0 183 93 5 592 738 512 693 7.25e-10 60.8 MBI6149093.1 WP_049009918.1 31.4 156 80 2 592 720 543 698 6.52e-09 57.8 EAG2878363.1 EAG2878363.1 100 223 0 0 1 223 1 223 1.53e-150 416 WP_202269758.1 WP_202269758.1 100 586 0 0 1 586 1 586 0.0 1171 XP_007043916.2 XP_007043916.2 100 275 0 0 1 275 1 275 2.11e-192 526 WP_260402970.1 WP_260402970.1 100 128 0 0 1 128 1 128 9.69e-94 264 WP_122896374.1 WP_122896374.1 100 382 0 0 1 382 1 382 6.58e-284 766 WP_122896374.1 WP_168565867.1 33.4 377 244 3 3 379 12 381 1.01e-71 227 WP_122896374.1 MBT4160670.1 33.6 375 234 7 3 374 5 367 2.04e-62 203 WP_122896374.1 WP_043548763.1 34.6 387 237 9 1 379 29 407 1.91e-60 199 WP_122896374.1 WP_094151267.1 29.2 298 205 5 4 297 49 344 1.51e-33 128 KAJ7197949.1 KAJ7197949.1 100 202 0 0 1 202 1 202 5.95e-158 432 WP_096851915.1 WP_096851915.1 100 179 0 0 1 179 1 179 6.50e-119 332 WP_060613079.1 WP_060613079.1 100 582 0 0 1 582 1 582 0.0 1075 WP_060613079.1 WP_195368055.1 32.6 583 365 8 12 578 3 573 5.20e-87 279 WP_060613079.1 MBQ4454347.1 34.3 492 308 4 92 575 87 571 7.54e-85 274 WP_060613079.1 MBT3459617.1 54.8 221 100 0 359 579 1 221 3.24e-72 229 WP_060613079.1 KAJ5168969.1 34.2 500 317 9 73 565 235 729 8.37e-72 244 WP_060613079.1 MBQ8297564.1 26.3 577 406 5 13 579 2 569 9.00e-65 220 WP_060613079.1 KAI7371949.1 31.7 586 384 12 5 579 308 888 1.85e-63 223 WP_060613079.1 WP_036258374.1 29.9 529 359 5 58 579 40 563 2.99e-59 205 WP_060613079.1 WP_011512097.1 34.5 426 261 7 164 580 165 581 1.22e-58 204 WP_060613079.1 NFD84694.1 27.2 508 362 3 75 575 248 754 7.43e-57 202 WP_060613079.1 KAI9191373.1 29.8 521 311 13 79 579 127 612 1.15e-50 186 WP_060613079.1 WP_247749043.1 40.0 245 143 2 339 579 354 598 4.59e-49 178 WP_060613079.1 WP_038440434.1 27.0 515 366 7 69 579 61 569 3.57e-46 169 WP_060613079.1 WAY96880.1 41.9 191 108 2 359 549 5 192 1.29e-36 133 WP_060613079.1 WP_278489123.1 32.6 224 132 6 355 569 24 237 7.50e-24 100 WP_060613079.1 GLY24463.1 30.0 233 139 6 347 561 12 238 4.78e-17 80.9 WP_060613079.1 WP_142931103.1 27.2 224 141 7 341 554 258 469 3.62e-12 67.0 WP_060613079.1 WP_008056683.1 28.5 200 131 7 359 554 255 446 2.88e-11 64.7 WP_060613079.1 CDZ73727.1 22.5 231 133 8 342 555 2 203 3.16e-10 59.3 WP_060613079.1 NNE23115.1 26.6 207 140 6 363 565 22 220 1.60e-09 58.2 XP_021776778.1 XP_021776778.1 100 975 0 0 1 975 1 975 0.0 1831 WP_200650920.1 WP_200650920.1 100 164 0 0 1 164 1 164 5.95e-110 308 WP_267560498.1 WP_267560498.1 100 678 0 0 1 678 1 678 0.0 1320 WP_267560498.1 WP_132079800.1 34.9 690 421 10 4 672 8 690 8.18e-111 348 WP_267560498.1 WP_259206442.1 32.1 692 428 19 7 676 7 678 9.81e-75 259 AGQ38940.1 AGQ38940.1 100 34 0 0 1 34 1 34 5.40e-20 71.2 AGQ38940.1 EJS0734484.1 68.4 19 6 0 1 19 253 271 9.98e-04 32.0 WP_108677987.1 WP_108677987.1 100 242 0 0 1 242 1 242 1.88e-174 478 HBS1873186.1 HBS1873186.1 100 328 0 0 1 328 1 328 8.32e-237 642 HBS1873186.1 OZZ34426.1 54.6 207 88 2 5 209 12 214 2.08e-72 221 HBS1873186.1 WP_200478262.1 46.1 141 69 3 95 235 42 175 1.53e-27 108 EPB66139.1 EPB66139.1 100 347 0 0 1 347 1 347 1.11e-246 669 XP_013957138.1 XP_013957138.1 100 135 0 0 1 135 1 135 4.33e-89 253 WP_087214971.1 WP_087214971.1 100 147 0 0 1 147 1 147 1.25e-105 296 MPZ95749.1 MPZ95749.1 100 249 0 0 1 249 1 249 1.66e-176 483 MPZ95749.1 WP_165724099.1 28.9 263 154 5 10 241 3 263 5.59e-28 106 MPZ95749.1 MBQ5584458.1 33.3 102 63 3 12 111 4 102 4.49e-07 47.8 MPZ95749.1 WP_064652354.1 28.9 114 75 3 12 122 4 114 9.97e-05 40.8 WP_050658900.1 WP_050658900.1 100 296 0 0 1 296 1 296 1.15e-211 576 CAD1480127.1 CAD1480127.1 100 506 0 0 1 506 1 506 0.0 991 OKZ56768.1 OKZ56768.1 100 116 0 0 1 116 1 116 3.82e-83 236 RBR02939.1 RBR02939.1 100 576 0 0 1 576 1 576 0.0 1140 WP_164653811.1 WP_164653811.1 100 476 0 0 1 476 1 476 0.0 920 WP_164653811.1 WP_278449211.1 36.1 454 270 9 24 464 5 451 3.44e-76 244 WP_164653811.1 WP_272906673.1 38.7 367 217 4 27 392 6 365 2.78e-75 243 WP_164653811.1 WP_124213670.1 38.3 470 239 11 27 463 5 456 6.41e-74 239 WP_164653811.1 KNY10996.1 45.1 295 156 4 174 463 1 294 5.92e-68 218 WP_164653811.1 WP_175896721.1 42.1 323 176 5 150 464 131 450 6.16e-64 212 WP_164653811.1 WP_205173112.1 37.4 318 181 5 165 466 146 461 1.68e-60 203 WP_164653811.1 WP_271786410.1 49.1 230 115 2 167 394 8 237 6.14e-60 198 TYG81953.1 TYG81953.1 100 153 0 0 1 153 1 153 1.56e-111 311 TYG81953.1 ESR55765.1 95.9 74 3 0 1 74 1 74 3.67e-46 144 TYG81953.1 KAG0031507.1 45.2 146 79 1 8 152 4 149 6.29e-43 137 GEU53557.1 GEU53557.1 100 591 0 0 1 591 1 591 0.0 1004 GEU53557.1 RSL59427.1 35.0 371 229 6 101 467 66 428 1.07e-66 223 GEU53557.1 XP_023589550.1 32.6 347 224 5 101 443 101 441 2.60e-56 202 GEU53557.1 CZT45482.1 33.3 375 208 6 101 438 92 461 6.46e-56 201 GEU53557.1 NQR19375.1 32.1 368 235 6 96 457 1 359 7.14e-56 193 GEU53557.1 XP_055095726.1 26.8 380 207 13 135 450 237 609 8.47e-27 113 WP_274755179.1 WP_274755179.1 100 422 0 0 1 422 1 422 7.38e-299 807 WP_274755179.1 WP_144320971.1 37.3 292 164 10 133 417 239 518 3.38e-39 145 WP_274755179.1 WP_149911652.1 34.7 291 174 8 138 418 139 423 1.64e-37 139 WP_274755179.1 WP_259858510.1 33.0 288 181 7 135 417 160 440 1.34e-35 134 WP_274755179.1 ADP83890.1 32.3 331 169 8 132 418 189 508 9.94e-31 122 WP_274755179.1 GDX36288.1 25.1 279 190 7 134 402 125 394 2.39e-24 102 WP_274755179.1 WP_245704803.1 31.1 219 144 4 200 417 4 216 5.91e-24 98.2 WP_274755179.1 MBR6403893.1 21.2 288 205 7 134 406 130 410 3.57e-09 56.6 WP_274755179.1 WP_225118260.1 28.6 220 126 10 198 398 431 638 2.54e-08 54.3 WP_003642885.1 WP_003642885.1 100 264 0 0 1 264 1 264 2.85e-180 494 WP_222018129.1 WP_222018129.1 100 628 0 0 1 628 1 628 0.0 1252 WP_222018129.1 WP_267184195.1 25.4 614 399 23 46 621 44 636 5.11e-34 135 WP_222018129.1 OGU48181.1 22.1 611 411 19 53 624 77 661 1.15e-13 72.4 WP_222018129.1 WP_282423266.1 29.7 138 95 1 35 170 40 177 2.44e-12 68.2 WP_222018129.1 WP_254467474.1 31.4 118 76 2 53 170 157 269 1.71e-05 46.2 KAJ8608448.1 KAJ8608448.1 100 152 0 0 1 152 1 152 8.71e-113 314 WP_063477675.1 WP_063477675.1 100 171 0 0 1 171 1 171 8.40e-127 351 WP_063477675.1 WP_221874538.1 35.1 134 79 3 45 171 13 145 1.13e-22 86.7 PPE01392.1 PPE01392.1 100 342 0 0 1 342 1 342 3.81e-265 715 MBE8398245.1 MBE8398245.1 100 108 0 0 1 108 1 108 1.38e-79 227 XP_044006408.1 XP_044006408.1 100 2470 0 0 1 2470 1 2470 0.0 4017 WP_218283561.1 WP_218283561.1 100 343 0 0 1 343 1 343 1.44e-240 653 OKH85141.1 OKH85141.1 100 443 0 0 1 443 1 443 3.39e-317 855 OKH85141.1 MBV8506574.1 40.7 349 202 3 73 420 1 345 5.54e-82 255 OKH85141.1 WP_049005162.1 32.3 415 264 8 10 418 7 410 8.95e-63 207 OKH85141.1 WP_245350945.1 29.3 427 294 6 4 428 19 439 1.21e-48 171 OKH85141.1 WP_133179454.1 29.2 178 91 8 60 226 81 234 4.44e-09 56.6 OKH85141.1 KAK48091.1 28.5 123 76 3 69 191 89 199 7.05e-08 52.8 XP_022457077.1 XP_022457077.1 100 413 0 0 1 413 1 413 4.44e-245 671 WP_162500151.1 WP_162500151.1 100 294 0 0 1 294 1 294 1.95e-202 553 XP_050030289.1 XP_050030289.1 100 192 0 0 1 192 1 192 5.67e-68 206 MBV9229016.1 MBV9229016.1 100 584 0 0 1 584 1 584 0.0 1127 EDL37908.1 EDL37908.1 100 88 0 0 1 88 1 88 9.30e-62 180 WP_208909738.1 WP_208909738.1 100 312 0 0 1 312 1 312 3.76e-225 612 WP_208909738.1 WP_098515742.1 33.0 94 63 0 1 94 1 94 2.92e-08 52.4 MBK6659833.1 MBK6659833.1 100 157 0 0 1 157 1 157 4.80e-117 325 WP_251511058.1 WP_251511058.1 100 338 0 0 1 338 1 338 3.41e-241 654 MCA2619319.1 MCA2619319.1 100 446 0 0 1 446 1 446 0.0 919 UMA88644.1 UMA88644.1 100 7071 0 0 1 7071 1 7071 0.0 12775 UMA88644.1 UMF87224.1 91.6 7071 597 0 1 7071 22 7092 0.0 12757 UMA88644.1 UKN67998.1 93.2 7071 482 0 1 7071 2 7072 0.0 12752 UMA88644.1 QWC83326.1 91.7 7075 581 2 1 7071 22 7096 0.0 12743 UMA88644.1 UZO53924.1 91.7 7072 584 1 1 7071 22 7093 0.0 12743 UMA88644.1 QVD87869.1 91.7 7072 585 1 1 7071 22 7093 0.0 12742 UMA88644.1 UVB16817.1 91.7 7072 585 1 1 7071 22 7093 0.0 12740 UMA88644.1 URQ55824.1 91.7 7072 586 1 1 7071 22 7093 0.0 12740 UMA88644.1 WEU87158.1 91.7 7075 583 2 1 7071 22 7096 0.0 12738 UMA88644.1 QSZ25555.1 91.7 7075 585 2 1 7071 22 7096 0.0 12737 UMA88644.1 UBP50947.1 91.7 7075 585 2 1 7071 22 7096 0.0 12734 UMA88644.1 UBD95131.1 91.7 7075 586 2 1 7071 22 7096 0.0 12733 UMA88644.1 UEC52718.1 91.6 7075 589 2 1 7071 22 7096 0.0 12726 UMA88644.1 UXX67934.1 92.3 7072 546 1 1 7071 22 7093 0.0 12706 UMA88644.1 UIR12670.1 91.5 7071 601 0 1 7071 22 7092 0.0 12701 UMA88644.1 UPA83906.1 91.7 7071 586 0 1 7071 22 7092 0.0 12701 UMA88644.1 QZU16279.1 91.3 7075 610 2 1 7071 22 7096 0.0 12676 UMA88644.1 UBR86455.1 90.9 7075 641 2 1 7071 21 7095 0.0 12601 UMA88644.1 UCP72061.1 90.6 7075 661 2 1 7071 22 7096 0.0 12555 UMA88644.1 UCP77012.1 90.6 7075 660 2 1 7071 22 7096 0.0 12554 UMA88644.1 WHE12941.1 90.1 7067 696 1 6 7071 1 7067 0.0 12471 UMA88644.1 UOU30556.1 92.5 7072 526 1 1 7071 22 7093 0.0 12398 UMA88644.1 UGA79226.1 89.5 7075 740 2 1 7071 22 7096 0.0 12372 UMA88644.1 UAQ80067.1 89.0 7075 771 2 1 7071 22 7096 0.0 12290 UMA88644.1 UVI10561.1 88.3 7066 828 1 7 7071 1 7066 0.0 12157 WP_260365401.1 WP_260365401.1 100 285 0 0 1 285 1 285 5.20e-182 500 WP_238869695.1 WP_238869695.1 100 406 0 0 1 406 1 406 3.44e-289 781 WP_238869695.1 HIZ96099.1 42.1 397 225 3 3 398 1 393 7.76e-97 293 WP_113156891.1 WP_113156891.1 100 819 0 0 1 819 1 819 0.0 1682 AFG64821.1 AFG64821.1 100 72 0 0 1 72 1 72 2.14e-44 135 MBN8458701.1 MBN8458701.1 100 315 0 0 1 315 1 315 1.65e-225 613 CDD38815.1 CDD38815.1 100 450 0 0 1 450 1 450 0.0 894 WP_139665379.1 WP_139665379.1 100 302 0 0 1 302 1 302 5.02e-209 570 WP_139665379.1 RVU05718.1 37.4 155 87 3 27 178 60 207 7.47e-14 69.7 WP_214516916.1 WP_214516916.1 100 582 0 0 1 582 1 582 0.0 1134 WP_214516916.1 MBF2759673.1 34.5 557 278 15 62 570 209 726 1.80e-67 233 WP_214516916.1 WP_167959909.1 24.5 400 232 16 171 563 194 530 1.26e-15 78.2 XP_007311010.1 XP_007311010.1 100 735 0 0 1 735 1 735 0.0 1472 NLW10703.1 NLW10703.1 100 87 0 0 1 87 1 87 1.62e-57 169 CAI6348765.1 CAI6348765.1 100 492 0 0 1 492 1 492 1.28e-307 835 MBA0553791.1 MBA0553791.1 100 921 0 0 1 921 1 921 0.0 1843 MCI5711730.1 MCI5711730.1 100 105 0 0 1 105 1 105 1.51e-77 221 XP_039985286.1 XP_039985286.1 100 825 0 0 1 825 1 825 0.0 1632 WP_253646963.1 WP_253646963.1 100 295 0 0 1 295 1 295 7.17e-210 572 WP_253646963.1 MCB1644245.1 32.4 188 121 3 14 201 8 189 7.48e-19 82.4 WP_253646963.1 WP_077093245.1 30.7 192 121 4 15 197 11 199 4.46e-11 60.8 WP_253646963.1 KFP63770.1 26.2 187 133 4 15 199 40 223 1.69e-06 47.0 KAJ8525108.1 KAJ8525108.1 100 888 0 0 1 888 1 888 0.0 1702 XP_048409145.1 XP_048409145.1 100 928 0 0 1 928 1 928 0.0 1799 XP_048409145.1 XP_008215352.1 33.6 140 88 4 761 897 297 434 4.89e-11 64.7 XP_048409145.1 GIW70618.1 27.3 264 151 11 660 898 55 302 3.42e-10 62.4 XP_048409145.1 KAJ7903702.1 33.8 80 50 2 766 842 134 213 6.09e-07 51.2 WP_093752330.1 WP_093752330.1 100 182 0 0 1 182 1 182 2.68e-108 305 MBV8506574.1 MBV8506574.1 100 368 0 0 1 368 1 368 6.86e-263 712 MBV8506574.1 OKH85141.1 39.9 358 210 3 1 354 73 429 1.02e-80 252 MBV8506574.1 WP_279293890.1 33.8 364 225 6 1 354 64 421 3.94e-56 187 WP_063434200.1 WP_063434200.1 100 377 0 0 1 377 1 377 1.41e-271 734 WP_063434200.1 WP_114688413.1 41.0 329 168 2 45 368 36 343 9.46e-77 239 WP_222594143.1 WP_222594143.1 100 465 0 0 1 465 1 465 0.0 929 WP_222594143.1 YP_010462557.1 36.7 417 236 3 51 465 3 393 6.47e-84 262 WP_222594143.1 WP_262043205.1 26.3 415 252 5 54 465 174 537 2.37e-35 136 WP_200162643.1 WP_200162643.1 100 205 0 0 1 205 1 205 1.51e-148 409 AAX35861.1 AAX35861.1 100 566 0 0 1 566 1 566 0.0 1086 AAX35861.1 AUP48118.1 92.6 566 42 0 1 566 1 566 0.0 1005 WP_194312569.1 WP_194312569.1 100 323 0 0 1 323 1 323 5.95e-223 607 OCR38384.1 OCR38384.1 100 382 0 0 1 382 1 382 7.46e-290 781 OCR38384.1 MBO5336885.1 26.9 413 243 8 20 381 4 408 4.37e-40 149 WP_245823513.1 WP_245823513.1 100 200 0 0 1 200 1 200 2.80e-137 380 WP_109993532.1 WP_109993532.1 100 488 0 0 1 488 1 488 0.0 902 WP_109993532.1 KAF1039360.1 47.0 149 79 0 339 487 271 419 9.44e-32 124 HIR98957.1 HIR98957.1 100 96 0 0 1 96 1 96 1.12e-68 198 CAG5150301.1 CAG5150301.1 100 82 0 0 1 82 1 82 1.23e-52 157 WP_231784956.1 WP_231784956.1 100 149 0 0 1 149 1 149 6.40e-100 281 WP_171486859.1 WP_171486859.1 100 92 0 0 1 92 1 92 3.16e-64 187 MAF07216.1 MAF07216.1 100 691 0 0 1 691 1 691 0.0 1323 MAF07216.1 WP_113544184.1 33.1 477 297 8 173 640 525 988 1.04e-58 213 MAF07216.1 WP_130528929.1 34.5 385 232 8 261 640 479 848 4.52e-56 204 MAF07216.1 TRZ64304.1 36.7 316 166 9 373 677 2 294 7.68e-42 156 MAF07216.1 NQR19375.1 24.7 287 199 6 318 597 71 347 2.92e-06 48.5 KAJ1492758.1 KAJ1492758.1 100 507 0 0 1 507 1 507 0.0 909 OYZ89234.1 OYZ89234.1 100 201 0 0 1 201 1 201 7.43e-138 382 OYZ89234.1 MBA3614174.1 34.0 103 63 3 3 101 504 605 4.32e-04 38.9 WP_063706594.1 WP_063706594.1 100 809 0 0 1 809 1 809 0.0 1383 WP_063706594.1 WP_203562037.1 34.1 85 56 0 678 762 325 409 1.01e-07 53.5 KZT58963.1 KZT58963.1 100 1347 0 0 1 1347 1 1347 0.0 2487 KZT58963.1 XP_043377824.1 31.4 274 161 8 1083 1343 30 289 3.65e-31 131 KZT58963.1 XP_048216280.1 29.4 282 170 7 1081 1347 23 290 1.70e-26 112 KZT58963.1 XP_020321477.1 28.3 265 174 5 1075 1339 52 300 1.70e-22 102 KZT58963.1 XP_046441060.1 28.5 260 172 5 1084 1343 67 312 4.31e-22 101 KZT58963.1 XP_029528577.1 30.0 250 163 6 1082 1331 34 271 4.26e-21 95.1 KZT58963.1 XP_051566275.1 24.7 267 177 7 1084 1343 1248 1497 9.51e-17 84.7 KZT58963.1 XP_019180948.1 31.9 213 120 7 1082 1285 680 876 2.30e-14 76.6 KZT58963.1 MBD2210269.1 29.9 271 159 13 1083 1332 19 279 1.46e-12 70.1 KZT58963.1 WP_106546380.1 28.0 289 166 13 1083 1344 19 292 1.88e-12 69.7 KZT58963.1 RIB10989.1 31.9 116 73 2 1223 1337 6 116 2.98e-11 62.4 WP_137783451.1 WP_137783451.1 100 90 0 0 1 90 1 90 4.03e-66 191 WP_195156489.1 WP_195156489.1 100 48 0 0 1 48 1 48 4.45e-29 95.1 WP_195156489.1 VTD69375.1 93.5 46 3 0 1 46 128 173 2.16e-23 84.3 KAJ7469048.1 KAJ7469048.1 100 208 0 0 1 208 1 208 1.06e-154 425 WP_064292413.1 WP_064292413.1 100 113 0 0 1 113 1 113 3.58e-82 234 WP_226800426.1 WP_226800426.1 100 390 0 0 1 390 1 390 9.43e-288 776 WP_226800426.1 WP_174951329.1 43.4 355 178 9 50 390 19 364 6.74e-80 248 WP_228049692.1 WP_228049692.1 100 96 0 0 1 96 1 96 5.33e-67 194 WP_228049692.1 MBH39527.1 35.8 81 52 0 16 96 1 81 1.43e-10 51.2 RYU57897.1 RYU57897.1 100 153 0 0 1 153 1 153 1.56e-111 311 UCF87976.1 UCF87976.1 100 260 0 0 1 260 1 260 2.06e-171 471 UCF87976.1 MBR3968535.1 38.5 187 114 1 9 194 4 190 4.59e-34 123 AQR57668.1 AQR57668.1 100 29 0 0 1 29 1 29 1.97e-09 44.3 WP_045323370.1 WP_045323370.1 100 318 0 0 1 318 1 318 3.14e-236 640 MBD9057797.1 MBD9057797.1 100 353 0 0 1 353 1 353 1.61e-258 699 WP_158934128.1 WP_158934128.1 100 187 0 0 1 187 1 187 3.21e-132 366 WP_158934128.1 WP_026564934.1 29.1 179 113 4 7 174 5 180 5.05e-16 70.9 QHO28611.1 QHO28611.1 100 342 0 0 1 342 1 342 6.43e-248 672 CAH2238127.1 CAH2238127.1 100 94 0 0 1 94 1 94 1.88e-66 192 WP_017718577.1 WP_017718577.1 100 674 0 0 1 674 1 674 0.0 1302 WP_017718577.1 WP_283107263.1 36.2 624 336 11 24 642 4 570 7.83e-100 315 WP_017718577.1 NRF69152.1 41.6 435 228 6 203 630 102 517 3.68e-96 304 WP_017718577.1 WP_058504615.1 42.0 417 216 6 219 633 174 566 1.82e-90 291 WP_017718577.1 MBT7163208.1 35.4 390 235 3 239 628 196 568 6.86e-67 228 WP_017718577.1 WP_203339841.1 37.6 266 163 3 240 503 12 276 7.65e-46 164 WP_017718577.1 EEC9022132.1 40.4 171 85 5 359 514 221 389 2.39e-26 111 WP_017718577.1 RYD39969.1 38.2 212 114 6 312 512 82 287 1.07e-25 106 WP_017718577.1 WP_121975536.1 37.0 200 104 6 319 505 81 271 4.62e-24 102 RLG01914.1 RLG01914.1 100 84 0 0 1 84 1 84 1.26e-55 164 XP_031974225.1 XP_031974225.1 100 261 0 0 1 261 1 261 5.95e-176 483 WP_267861425.1 WP_267861425.1 100 329 0 0 1 329 1 329 9.38e-239 647 WP_267861425.1 WP_265272113.1 37.4 313 182 5 1 302 1 310 1.33e-57 188 WP_267861425.1 HHZ84751.1 28.0 339 196 12 1 301 1 329 2.79e-25 102 MCD0163384.1 MCD0163384.1 100 185 0 0 1 185 1 185 6.44e-122 340 NDF46396.1 NDF46396.1 100 380 0 0 1 380 1 380 2.07e-295 795 WP_141134618.1 WP_141134618.1 100 220 0 0 1 220 1 220 1.59e-146 405 RKT82586.1 RKT82586.1 100 362 0 0 1 362 1 362 2.19e-240 654 RKT82586.1 WP_269633767.1 35.5 183 98 8 170 338 162 338 1.30e-12 66.6 WP_131284109.1 WP_131284109.1 100 488 0 0 1 488 1 488 0.0 908 WP_131284109.1 NEB38825.1 35.9 502 290 12 1 488 1 484 3.11e-74 240 WP_131284109.1 OHA02323.1 30.3 419 238 16 76 469 153 542 9.47e-24 102 WP_131284109.1 WP_196051328.1 28.2 354 213 14 132 471 332 658 3.65e-19 89.0 WP_131284109.1 WP_225592933.1 28.3 315 176 7 138 450 291 557 4.09e-18 85.5 WP_131284109.1 PIQ07033.1 28.5 337 191 13 131 452 179 480 2.33e-14 73.6 WP_131284109.1 VAX76432.1 24.7 441 257 18 76 488 165 558 1.03e-12 68.6 PYS39036.1 PYS39036.1 100 161 0 0 1 161 1 161 8.53e-113 315 MBS1636088.1 MBS1636088.1 100 319 0 0 1 319 1 319 2.35e-227 618 MBS1636088.1 WP_144320971.1 30.8 221 137 6 101 319 311 517 1.52e-18 84.3 MBS1636088.1 MBQ1868746.1 25.6 242 170 4 87 319 253 493 2.70e-16 77.8 MBS1636088.1 WP_259858510.1 25.0 236 145 6 85 310 218 431 8.92e-16 75.9 MBS1636088.1 WP_149230790.1 27.9 240 157 8 89 319 307 539 5.16e-12 64.7 WP_272889997.1 WP_272889997.1 100 139 0 0 1 139 1 139 1.96e-96 272 MBR4734761.1 MBR4734761.1 100 485 0 0 1 485 1 485 0.0 978 MCM6312373.1 MCM6312373.1 100 558 0 0 1 558 1 558 0.0 1103 MCM6312373.1 HBS0905846.1 98.7 558 7 0 1 558 1 558 0.0 1088 MCM6312373.1 HBZ7417361.1 98.6 283 4 0 276 558 1 283 4.88e-202 562 MCM6312373.1 WP_280015341.1 41.5 556 316 4 5 553 10 563 6.65e-134 400 XP_015239306.1 XP_015239306.1 100 407 0 0 1 407 1 407 1.89e-282 764 WP_010048070.1 WP_010048070.1 100 86 0 0 1 86 1 86 1.90e-60 177 GFV41582.1 GFV41582.1 100 127 0 0 1 127 1 127 1.55e-94 266 KAG1464501.1 KAG1464501.1 100 401 0 0 1 401 1 401 4.38e-294 793 QDK31721.1 QDK31721.1 100 292 0 0 1 292 1 292 1.30e-215 586 KIJ40064.1 KIJ40064.1 100 183 0 0 1 183 1 183 6.54e-139 383 WP_282979415.1 WP_282979415.1 100 324 0 0 1 324 1 324 1.11e-223 609 WP_282979415.1 NGP45824.1 37.8 241 146 3 76 316 2 238 7.39e-51 167 WP_282979415.1 WP_113851760.1 34.0 209 133 4 108 315 33 237 2.37e-34 124 KAG7602925.1 KAG7602925.1 100 517 0 0 1 517 1 517 0.0 1030 KAG7602925.1 XP_002873995.1 98.1 517 10 0 1 517 1 517 0.0 1011 KAG7602925.1 KAI8118081.1 26.4 447 293 11 97 517 37 473 2.79e-41 153 EIZ9235425.1 EIZ9235425.1 100 454 0 0 1 454 1 454 1.78e-253 700 EIZ9235425.1 HAZ7424284.1 60.8 120 47 0 335 454 330 449 3.10e-32 127 EIZ9235425.1 WP_097514015.1 46.3 356 174 4 107 454 121 467 1.03e-24 105 EIZ9235425.1 WP_237962375.1 54.3 94 43 0 338 431 467 560 4.74e-18 85.9 MCA1959605.1 MCA1959605.1 100 488 0 0 1 488 1 488 0.0 967 XP_027026332.2 XP_027026332.2 100 1504 0 0 1 1504 1 1504 0.0 2488 XP_027026332.2 XP_008293954.1 76.3 1534 280 22 26 1504 41 1545 0.0 1831 MBL6706528.1 MBL6706528.1 100 635 0 0 1 635 1 635 0.0 1243 MBL6706528.1 MBN2666786.1 37.6 378 229 6 259 631 12 387 1.51e-74 242 MBL6706528.1 MBL02020.1 30.4 562 308 14 7 536 33 543 6.99e-61 210 MBL6706528.1 MCG8030229.1 36.2 312 193 5 317 624 789 1098 1.48e-55 202 MBL6706528.1 WP_056610248.1 25.4 555 297 17 7 516 29 511 1.10e-24 106 KAJ7726226.1 KAJ7726226.1 100 185 0 0 1 185 1 185 4.96e-135 373 WP_039764622.1 WP_039764622.1 100 181 0 0 1 181 1 181 5.19e-135 373 WP_039764622.1 WP_052822157.1 30.6 183 114 8 1 177 9 184 4.63e-15 70.5 RLS46433.1 RLS46433.1 100 245 0 0 1 245 1 245 4.09e-175 479 WP_279008479.1 WP_279008479.1 100 311 0 0 1 311 1 311 1.43e-208 570 WP_279008479.1 WP_154951203.1 40.0 300 170 5 15 310 27 320 8.48e-63 200 WP_279008479.1 CDX26094.1 39.9 313 177 6 3 307 18 327 3.59e-59 191 WP_279008479.1 KQN49849.1 33.2 289 191 2 19 307 15 301 5.63e-47 159 WP_279008479.1 WP_105447015.1 44.0 150 84 0 158 307 237 386 4.96e-37 134 WP_279008479.1 WP_023828789.1 38.9 131 79 1 178 307 276 406 2.13e-21 92.0 QQH27121.1 QQH27121.1 100 197 0 0 1 197 1 197 4.69e-139 384 QQH27121.1 WP_009257967.1 24.8 133 92 4 52 184 270 394 1.62e-08 52.0 XP_003040019.1 XP_003040019.1 100 184 0 0 1 184 1 184 1.73e-139 384 MCF6767132.1 MCF6767132.1 100 247 0 0 1 247 1 247 1.31e-172 473 HAF12758.1 HAF12758.1 100 1083 0 0 1 1083 1 1083 0.0 2159 KAH9403806.1 KAH9403806.1 100 511 0 0 1 511 1 511 0.0 989 MBK7636756.1 MBK7636756.1 100 238 0 0 1 238 1 238 2.29e-173 474 KAJ6236901.1 KAJ6236901.1 100 933 0 0 1 933 1 933 0.0 1730 XP_033541489.1 XP_033541489.1 100 343 0 0 1 343 1 343 7.66e-261 704 PPC85417.1 PPC85417.1 100 132 0 0 1 132 1 132 3.47e-89 253 WP_004751198.1 WP_004751198.1 100 265 0 0 1 265 1 265 1.10e-173 478 MBQ2640849.1 MBQ2640849.1 100 33 0 0 1 33 1 33 4.19e-19 68.9 MBQ2640849.1 WP_026893585.1 57.6 33 14 0 1 33 191 223 5.23e-09 46.6 MBQ2640849.1 WP_185031483.1 62.5 32 11 1 1 31 190 221 6.64e-07 40.8 MBQ2640849.1 WP_007708736.1 54.5 33 12 1 1 30 196 228 8.33e-06 37.7 WP_245885601.1 WP_245885601.1 100 149 0 0 1 149 1 149 2.52e-106 298 WP_245885601.1 MCF8449868.1 28.2 124 76 3 12 135 3 113 1.66e-08 50.1 WP_245885601.1 WP_234002326.1 32.8 61 41 0 63 123 68 128 5.14e-04 37.4 MBE0607625.1 MBE0607625.1 100 141 0 0 1 141 1 141 2.37e-98 277 WP_144384753.1 WP_144384753.1 100 346 0 0 1 346 1 346 1.10e-202 558 WP_144384753.1 WP_217309755.1 48.0 100 46 4 229 327 447 541 2.64e-16 78.2 WP_144384753.1 WP_252541609.1 30.2 162 112 1 53 213 56 217 2.20e-09 56.6 AOJ74168.1 AOJ74168.1 100 451 0 0 1 451 1 451 0.0 901 AOJ74168.1 WP_058918927.1 28.0 464 301 10 1 447 7 454 2.45e-39 145 XP_005573423.1 XP_005573423.1 100 1988 0 0 1 1988 1 1988 0.0 3695 XP_005573423.1 XP_021507806.1 72.0 2014 431 11 2 1988 4 1911 0.0 2555 XP_005573423.1 XP_048264533.1 45.8 2004 925 32 12 1904 16 1968 0.0 1383 XP_005573423.1 XP_042771424.1 24.9 1849 1130 43 102 1762 57 1835 1.22e-97 350 RCN52028.1 RCN52028.1 100 224 0 0 1 224 1 224 3.45e-120 339 WP_122383566.1 WP_122383566.1 100 91 0 0 1 91 1 91 7.21e-65 188 WP_274676460.1 WP_274676460.1 100 30 0 0 1 30 1 30 3.40e-17 63.9 WP_274676460.1 WP_196351635.1 83.3 30 5 0 1 30 1 30 1.84e-12 52.0 WP_139627894.1 WP_139627894.1 100 102 0 0 1 102 1 102 6.51e-73 209 WP_012517468.1 WP_012517468.1 100 609 0 0 1 609 1 609 0.0 1163 WP_249312942.1 WP_249312942.1 100 212 0 0 1 212 1 212 2.21e-149 412 WP_145756500.1 WP_145756500.1 100 132 0 0 1 132 1 132 1.93e-86 246 CAH1111016.1 CAH1111016.1 100 173 0 0 1 173 1 173 1.90e-133 368 OFJ58224.1 OFJ58224.1 100 687 0 0 1 687 1 687 0.0 1288 MBI3448467.1 MBI3448467.1 100 128 0 0 1 128 1 128 2.47e-87 248 MBI3448467.1 MCS2900418.1 54.5 121 55 0 3 123 4 124 3.74e-40 129 MBI3448467.1 MBI5438416.1 52.5 122 57 1 1 122 1 121 2.21e-38 124 MBI3448467.1 WP_255435582.1 50.0 104 52 0 19 122 1 104 3.00e-30 103 WP_091978272.1 WP_091978272.1 100 200 0 0 1 200 1 200 6.89e-138 382 WP_226208117.1 WP_226208117.1 100 161 0 0 1 161 1 161 1.21e-112 315 TGL93452.1 TGL93452.1 100 82 0 0 1 82 1 82 3.80e-56 166 QNM59064.1 QNM59064.1 100 78 0 0 1 78 1 78 1.27e-50 151 AAL18389.1 AAL18389.1 100 395 0 0 1 395 1 395 6.08e-282 762 AAL18389.1 MBI3145102.1 72.4 395 97 2 1 390 77 464 2.48e-198 553 AAL18389.1 EEJ0015338.1 32.9 337 208 11 1 333 92 414 6.46e-36 134 AAL18389.1 MBL0967454.1 31.8 327 208 7 10 333 1 315 8.03e-35 129 AAL18389.1 KAH9272690.1 54.1 37 17 0 1 37 89 125 1.39e-05 42.7 WP_248087248.1 WP_248087248.1 100 447 0 0 1 447 1 447 0.0 901 WP_248087248.1 MBE6835980.1 29.3 420 248 14 15 415 7 396 9.78e-42 151 MBK7937165.1 MBK7937165.1 100 509 0 0 1 509 1 509 0.0 1065 MBK7937165.1 WP_020530816.1 27.4 653 278 14 12 478 7 649 4.22e-73 242 XP_050320449.1 XP_050320449.1 100 485 0 0 1 485 1 485 0.0 973 XP_050320449.1 WP_131836551.1 48.0 479 239 4 13 484 19 494 6.88e-150 435 XP_050320449.1 WP_057201184.1 42.6 467 255 4 25 484 15 475 1.12e-112 340 XP_050320449.1 WP_061795322.1 39.6 482 267 11 14 480 22 494 1.81e-104 319 XP_050320449.1 WP_257689765.1 38.9 468 279 4 14 478 16 479 3.62e-102 313 XP_050320449.1 WP_008959270.1 37.4 478 289 7 12 483 11 484 4.05e-94 292 XP_050320449.1 WP_255965801.1 36.3 482 288 10 11 483 12 483 2.44e-88 277 XP_050320449.1 WP_108756325.1 37.6 481 271 9 12 480 6 469 6.67e-81 257 XP_050320449.1 WP_195426888.1 33.9 443 276 9 31 467 34 465 1.54e-70 231 XP_050320449.1 WP_205186167.1 32.7 422 267 8 71 483 1 414 5.93e-58 196 XP_050320449.1 WP_022389025.1 28.8 420 276 11 74 483 27 433 1.03e-42 155 XP_050320449.1 WP_232038993.1 27.0 477 307 13 33 482 32 494 1.71e-42 156 WP_203164019.1 WP_203164019.1 100 189 0 0 1 189 1 189 1.11e-124 347 WP_269268099.1 WP_269268099.1 100 77 0 0 1 77 1 77 1.33e-29 98.6 PKB44918.1 PKB44918.1 100 910 0 0 1 910 1 910 0.0 1723 PKB44918.1 WP_264950959.1 30.9 149 100 2 133 279 36 183 2.76e-12 68.9 MBW6484923.1 MBW6484923.1 100 425 0 0 1 425 1 425 8.25e-240 658 WP_105585532.1 WP_105585532.1 100 128 0 0 1 128 1 128 1.38e-93 264 XP_017476002.1 XP_017476002.1 100 527 0 0 1 527 1 527 0.0 930 XP_017476002.1 XP_029371967.1 38.5 369 157 6 187 510 33 376 4.13e-68 222 WP_122047024.1 WP_122047024.1 100 460 0 0 1 460 1 460 4.27e-320 864 CEY44168.1 CEY44168.1 100 21 0 0 1 21 1 21 1.55e-08 51.2 CEY44168.1 CVV42982.1 87.8 41 5 0 170 210 263 303 6.44e-04 38.1 WP_253063755.1 WP_253063755.1 100 345 0 0 1 345 1 345 1.73e-258 699 WP_253063755.1 MSU42127.1 42.9 350 187 5 1 338 8 356 5.63e-85 259 NEB02235.1 NEB02235.1 100 465 0 0 1 465 1 465 1.16e-310 841 NEB02235.1 CAI2795006.1 47.1 431 226 2 24 453 97 526 2.04e-124 371 SOE22515.1 SOE22515.1 100 353 0 0 1 353 1 353 4.16e-245 665 WP_012339795.1 WP_012339795.1 100 290 0 0 1 290 1 290 4.66e-208 566 WP_012339795.1 WP_248721304.1 27.3 154 106 3 1 148 1 154 1.15e-07 50.4 MBP2355331.1 MBP2355331.1 100 400 0 0 1 400 1 400 7.19e-288 778 MBP2355331.1 MCP4907131.1 31.3 352 209 7 46 374 41 382 1.02e-40 147 MBP7061284.1 MBP7061284.1 100 110 0 0 1 110 1 110 2.37e-72 209 NLL47071.1 NLL47071.1 100 169 0 0 1 169 1 169 1.40e-124 345 EJG1264510.1 EJG1264510.1 100 447 0 0 1 447 1 447 3.57e-305 825 EJG1264510.1 AJU61790.1 25.9 471 300 10 4 434 24 485 3.32e-31 124 EJG1264510.1 KAE8355151.1 27.3 432 256 15 43 435 102 514 1.37e-27 113 EJG1264510.1 XP_023028205.1 26.6 413 284 9 38 437 26 432 7.85e-19 86.7 EJG1264510.1 KAG0237649.1 23.2 435 293 11 44 440 93 524 1.02e-12 68.2 EJG1264510.1 MCB5199682.1 25.4 142 91 3 45 173 46 185 7.29e-05 43.1 MCD6597402.1 MCD6597402.1 100 210 0 0 1 210 1 210 2.60e-156 429 KAH6984898.1 KAH6984898.1 100 952 0 0 1 952 1 952 0.0 1761 KAH6984898.1 XP_048216280.1 27.7 310 181 4 24 330 20 289 5.12e-33 131 KAH6984898.1 XP_029528577.1 30.3 261 130 7 24 281 30 241 4.57e-26 109 KAH6984898.1 KAG1590416.1 27.4 259 136 5 24 281 80 287 2.34e-25 107 KAH6984898.1 XP_011889539.1 28.2 309 179 6 24 324 4 277 9.09e-24 106 KAH6984898.1 XP_048379117.1 25.8 295 166 6 24 316 257 500 9.06e-23 102 KAH6984898.1 XP_030620685.1 27.2 313 178 5 19 329 91 355 1.26e-22 100 KAH6984898.1 KAJ7903702.1 25.2 302 168 7 20 316 19 267 6.69e-20 92.0 KAH6984898.1 EYU24504.1 24.9 273 143 6 20 269 185 418 2.41e-12 68.9 KAH6984898.1 GIW70618.1 23.3 300 162 9 31 315 55 301 9.10e-11 64.3 WP_141817398.1 WP_141817398.1 100 161 0 0 1 161 1 161 3.62e-114 318 KAJ5220196.1 KAJ5220196.1 100 205 0 0 1 205 1 205 1.06e-148 409 WP_095981693.1 WP_095981693.1 100 692 0 0 1 692 1 692 0.0 1356 WP_253352066.1 WP_253352066.1 100 1723 0 0 1 1723 1 1723 0.0 3024 GFT52874.1 GFT52874.1 100 233 0 0 1 233 1 233 2.03e-114 325 CDE36962.1 CDE36962.1 100 384 0 0 1 384 1 384 5.65e-286 771 CDE36962.1 WP_223413240.1 30.6 85 55 1 38 122 34 114 9.18e-05 42.4 CDE36962.1 WP_266179881.1 31.3 64 44 0 38 101 34 97 2.15e-04 41.2 XP_011272275.1 XP_011272275.1 100 344 0 0 1 344 1 344 1.28e-223 610 WP_023319464.1 WP_023319464.1 100 223 0 0 1 223 1 223 2.59e-167 458 MCJ1318822.1 MCJ1318822.1 100 297 0 0 1 297 1 297 1.22e-227 617 WP_054146239.1 WP_054146239.1 100 337 0 0 1 337 1 337 4.69e-211 578 WP_054146239.1 EGY4555186.1 41.2 272 149 6 38 307 35 297 1.72e-30 115 WP_102273603.1 WP_102273603.1 100 147 0 0 1 147 1 147 9.14e-99 278 MCT7046027.1 MCT7046027.1 100 39 0 0 1 39 1 39 1.27e-20 73.2 MCE1309955.1 MCE1309955.1 100 360 0 0 1 360 1 360 3.99e-267 722 KAH9016734.1 KAH9016734.1 100 766 0 0 1 766 1 766 0.0 1279 MBG6268407.1 MBG6268407.1 100 382 0 0 1 382 1 382 3.65e-281 759 MBG6268407.1 MCT6212844.1 24.9 358 217 13 48 375 49 384 1.16e-12 67.0 MQF68191.1 MQF68191.1 100 122 0 0 1 122 1 122 1.25e-84 241 MQF68191.1 WP_008470196.1 33.9 62 41 0 26 87 19 80 5.69e-08 47.8 MQF68191.1 KAJ5168969.1 33.8 71 42 1 31 96 522 592 1.22e-06 44.3 MQF68191.1 EHR6291555.1 37.1 62 31 3 38 93 29 88 4.14e-04 37.0 MQF68191.1 WP_258581409.1 30.0 90 52 2 26 104 13 102 7.16e-04 36.2 WP_046925025.1 WP_046925025.1 100 168 0 0 1 168 1 168 3.72e-124 344 WP_041119847.1 WP_041119847.1 100 283 0 0 1 283 1 283 6.38e-207 563 WP_020226160.1 WP_020226160.1 100 152 0 0 1 152 1 152 1.45e-111 311 MBL7732834.1 MBL7732834.1 100 145 0 0 1 145 1 145 3.47e-111 310 WP_267248697.1 WP_267248697.1 100 410 0 0 1 410 1 410 1.96e-281 762 XP_019381256.1 XP_019381256.1 100 1164 0 0 1 1164 1 1164 0.0 2012 WP_230822898.1 WP_230822898.1 100 488 0 0 1 488 1 488 0.0 959 WP_230822898.1 WP_001537381.1 36.2 257 139 12 78 322 52 295 9.18e-28 116 WP_230822898.1 WP_247392216.1 37.0 184 103 4 78 255 86 262 1.36e-25 104 UJW31884.1 UJW31884.1 100 121 0 0 1 121 1 121 2.85e-85 242 KAF0554084.1 KAF0554084.1 100 1261 0 0 1 1261 1 1261 0.0 2518 WP_234280079.1 WP_234280079.1 100 59 0 0 1 59 1 59 1.01e-14 59.7 WP_033365653.1 WP_033365653.1 100 211 0 0 1 211 1 211 4.30e-151 416 WP_019182526.1 WP_019182526.1 100 387 0 0 1 387 1 387 6.66e-291 784 WP_019182526.1 WP_182039401.1 41.0 346 199 2 42 383 23 367 2.77e-85 262 XP_009464764.1 XP_009464764.1 100 350 0 0 1 350 1 350 4.79e-238 647 XP_009464764.1 NWY11222.1 52.6 57 27 0 277 333 12 68 5.41e-12 61.6 XP_009464764.1 NWT80859.1 57.9 57 24 0 278 334 150 206 1.01e-11 62.8 OFY34840.1 OFY34840.1 100 474 0 0 1 474 1 474 0.0 949 OFY34840.1 MCU0422147.1 26.5 468 266 20 45 474 25 452 1.21e-25 107 OFY34840.1 WP_120115041.1 25.5 282 186 10 20 293 3 268 6.29e-15 75.1 KAG7131021.1 KAG7131021.1 100 1156 0 0 1 1156 1 1156 0.0 2127 WP_246735792.1 WP_246735792.1 100 381 0 0 1 381 1 381 3.42e-290 782 NWV63665.1 NWV63665.1 100 207 0 0 1 207 1 207 4.64e-144 398 EBS5850541.1 EBS5850541.1 100 195 0 0 1 195 1 195 1.49e-125 350 WP_108137685.1 WP_108137685.1 100 431 0 0 1 431 1 431 6.90e-288 780 WP_060347438.1 WP_060347438.1 100 276 0 0 1 276 1 276 1.37e-193 529 WP_060347438.1 WP_183882442.1 32.2 199 125 4 1 198 1 190 2.88e-24 96.3 WP_060347438.1 WP_281054160.1 29.8 255 156 8 4 248 8 249 3.91e-23 93.6 WP_060347438.1 WP_014605789.1 29.5 183 119 4 15 196 7 180 3.02e-11 60.5 WP_060347438.1 WP_138597401.1 26.7 195 124 5 64 248 57 242 3.84e-09 54.3 WP_213973719.1 WP_213973719.1 100 241 0 0 1 241 1 241 1.68e-181 495 WP_259005392.1 WP_259005392.1 100 655 0 0 1 655 1 655 0.0 1163 EJV0278763.1 EJV0278763.1 100 254 0 0 1 254 1 254 6.53e-181 495 EJV0278763.1 QLL10545.1 31.7 252 166 4 3 250 18 267 5.48e-32 117 EJV0278763.1 MBK8955603.1 31.8 255 161 4 1 249 1 248 2.38e-29 109 MBN3769952.1 MBN3769952.1 100 176 0 0 1 176 1 176 1.61e-122 341 MCH5163858.1 MCH5163858.1 100 878 0 0 1 878 1 878 0.0 1667 MBP6972346.1 MBP6972346.1 100 424 0 0 1 424 1 424 0.0 866 MBV9963051.1 MBV9963051.1 100 559 0 0 1 559 1 559 0.0 1179 MBV9963051.1 MBX7161768.1 45.3 64 35 0 491 554 408 471 2.39e-11 64.3 HCT31040.1 HCT31040.1 100 107 0 0 1 107 1 107 3.41e-66 193 WP_006697084.1 WP_006697084.1 100 342 0 0 1 342 1 342 1.54e-255 691 WP_006697084.1 WP_206096314.1 57.7 343 144 1 1 342 1 343 5.87e-142 404 WP_106136481.1 WP_106136481.1 100 245 0 0 1 245 1 245 3.00e-177 485 WP_098092873.1 WP_098092873.1 100 292 0 0 1 292 1 292 6.50e-225 609 WP_198730235.1 WP_198730235.1 100 160 0 0 1 160 1 160 7.05e-116 323 XP_016611986.1 XP_016611986.1 100 262 0 0 1 262 1 262 5.65e-195 531 WP_230800902.1 WP_230800902.1 100 346 0 0 1 346 1 346 6.09e-264 712 MZP65343.1 MZP65343.1 100 275 0 0 1 275 1 275 6.11e-201 547 MBD1815385.1 MBD1815385.1 100 248 0 0 1 248 1 248 4.84e-189 515 XP_003048468.1 XP_003048468.1 100 433 0 0 1 433 1 433 0.0 877 WP_217413389.1 WP_217413389.1 100 108 0 0 1 108 1 108 5.21e-75 215 EDJ6414383.1 EDJ6414383.1 100 191 0 0 1 191 1 191 8.50e-139 383 WP_019616094.1 WP_019616094.1 100 346 0 0 1 346 1 346 6.73e-252 682 WP_019616094.1 WP_098515742.1 23.3 287 167 9 12 289 7 249 1.44e-09 56.6 MCB1141657.1 MCB1141657.1 100 936 0 0 1 936 1 936 0.0 1764 WP_025427984.1 WP_025427984.1 100 362 0 0 1 362 1 362 5.88e-245 666 TNN34207.1 TNN34207.1 100 110 0 0 1 110 1 110 3.77e-78 223 AUQ33312.1 AUQ33312.1 100 362 0 0 1 362 1 362 3.29e-267 722 MCP4914981.1 MCP4914981.1 100 215 0 0 1 215 1 215 1.54e-146 405 MCP4914981.1 MBQ9979016.1 67.1 73 24 0 143 215 118 190 2.58e-24 97.1 MCP4914981.1 WP_049105913.1 67.2 61 20 0 155 215 271 331 3.04e-21 88.6 MCP4914981.1 MCH8269832.1 47.6 63 33 0 149 211 154 216 2.29e-11 60.5 WP_260986135.1 WP_260986135.1 100 92 0 0 1 92 1 92 2.72e-56 167 WP_206581849.1 WP_206581849.1 100 751 0 0 1 751 1 751 0.0 1417 WP_206581849.1 WP_231355705.1 44.2 762 368 9 1 750 1 717 6.69e-182 537 WP_206581849.1 WP_092081374.1 43.1 757 376 8 6 750 7 720 6.53e-178 527 WP_206581849.1 PJJ44766.1 41.4 771 379 10 2 750 35 754 7.88e-169 505 XP_055989820.1 XP_055989820.1 100 640 0 0 1 640 1 640 0.0 1186 HIM51057.1 HIM51057.1 100 885 0 0 1 885 1 885 0.0 1754 HIM51057.1 WP_265593313.1 42.9 403 221 5 485 882 175 573 1.20e-94 307 RZD53001.1 RZD53001.1 100 178 0 0 1 178 1 178 3.81e-131 363 MBQ7978512.1 MBQ7978512.1 100 72 0 0 1 72 1 72 1.33e-47 143 MPC84742.1 MPC84742.1 100 76 0 0 1 76 1 76 3.44e-45 137 OFX35756.1 OFX35756.1 100 161 0 0 1 161 1 161 7.30e-114 318 HAS28932.1 HAS28932.1 100 366 0 0 1 366 1 366 1.85e-275 743 WP_193436854.1 WP_193436854.1 100 243 0 0 1 243 1 243 3.46e-166 457 WP_193436854.1 MBI0103662.1 33.0 182 112 7 14 186 315 495 1.07e-15 74.3 WP_257107333.1 WP_257107333.1 100 332 0 0 1 332 1 332 2.39e-238 647 WP_257107333.1 WP_198255508.1 38.8 322 179 7 19 329 18 332 1.80e-61 197 WP_257107333.1 WP_167320363.1 28.6 343 206 7 1 328 1 319 1.08e-25 103 WP_257107333.1 OJG95819.1 33.5 245 130 9 19 255 22 241 4.82e-23 96.3 WP_257107333.1 OAX39412.1 28.4 218 119 7 6 205 11 209 9.41e-11 60.5 WP_010905191.1 WP_010905191.1 100 289 0 0 1 289 1 289 2.23e-210 572 WP_010905191.1 WP_124978582.1 32.8 244 142 11 1 236 1 230 4.70e-19 85.5 WP_253620872.1 WP_253620872.1 100 1056 0 0 1 1056 1 1056 0.0 2099 WP_253620872.1 WP_158347019.1 30.7 300 158 12 144 401 295 586 8.19e-22 100 WP_253620872.1 MBO8485404.1 28.2 291 166 10 171 422 333 619 3.70e-17 85.1 WP_253620872.1 MCD6199266.1 38.8 98 58 2 437 534 705 800 1.38e-11 67.0 WP_012573472.1 WP_012573472.1 100 1181 0 0 1 1181 1 1181 0.0 2392 WP_012573472.1 WP_070770047.1 53.6 1179 526 12 12 1180 6 1173 0.0 1234 WP_012573472.1 WP_156009076.1 49.7 1176 569 11 14 1176 8 1173 0.0 1105 WP_012573472.1 NJD91181.1 46.5 1113 559 14 89 1178 1 1100 0.0 962 WP_012573472.1 MBE6348968.1 45.3 684 359 8 501 1177 8 683 1.75e-198 591 WP_012573472.1 MBS6779195.1 31.3 386 239 9 11 386 7 376 9.82e-39 147 WP_098097765.1 WP_098097765.1 100 142 0 0 1 142 1 142 2.88e-104 292 EFK2137151.1 EFK2137151.1 100 459 0 0 1 459 1 459 9.71e-316 853 EFK2137151.1 WP_063603400.1 34.8 417 265 3 22 434 1 414 2.75e-62 207 WP_169577965.1 WP_169577965.1 100 196 0 0 1 196 1 196 5.97e-146 402 WP_004957233.1 WP_004957233.1 100 141 0 0 1 141 1 141 1.01e-99 280 WP_004957233.1 WP_161061319.1 44.3 140 75 2 1 138 1 139 3.65e-40 130 WP_004957233.1 WP_226360036.1 50.0 132 64 2 8 138 4 134 3.62e-39 127 QNF21522.1 QNF21522.1 100 275 0 0 1 275 1 275 5.24e-202 550 QNF21522.1 WP_160421767.1 32.3 161 108 1 116 275 10 170 1.94e-21 87.4 EJQ2687561.1 EJQ2687561.1 100 292 0 0 1 292 1 292 1.25e-213 581 CDA87281.1 CDA87281.1 100 81 0 0 1 81 1 81 7.15e-56 165 MBO5946342.1 MBO5946342.1 100 188 0 0 1 188 1 188 5.56e-138 381 MBQ8711066.1 MBQ8711066.1 100 534 0 0 1 534 1 534 0.0 1088 NIW25441.1 NIW25441.1 100 99 0 0 1 99 1 99 8.74e-63 184 WP_135949574.1 WP_135949574.1 100 562 0 0 1 562 1 562 0.0 1051 XP_048633428.1 XP_048633428.1 100 117 0 0 1 117 1 117 1.01e-74 215 KAI6047342.1 KAI6047342.1 100 537 0 0 1 537 1 537 0.0 1069 MBR0160695.1 MBR0160695.1 100 426 0 0 1 426 1 426 0.0 863 MBR0160695.1 WP_083062905.1 41.9 439 237 8 1 424 1 436 2.61e-100 306 MBR0160695.1 WP_027951454.1 45.3 333 177 3 2 332 3 332 3.52e-83 259 MBR0160695.1 MCL4333886.1 28.5 179 89 8 152 323 159 305 8.40e-10 58.2 MVZ66986.1 MVZ66986.1 100 276 0 0 1 276 1 276 5.26e-207 563 MBF2759673.1 MBF2759673.1 100 858 0 0 1 858 1 858 0.0 1676 MBF2759673.1 WP_214516916.1 33.2 620 323 18 147 726 2 570 1.01e-67 234 MBF2759673.1 WP_167959909.1 25.3 495 269 17 187 646 36 464 6.62e-22 99.0 MBF2759673.1 WP_068051662.1 25.1 522 282 19 185 674 39 483 6.54e-17 83.2 MBF2759673.1 NQW84129.1 23.1 281 191 7 187 452 69 339 3.46e-09 58.5 MBF2759673.1 TMQ04701.1 23.7 338 159 12 305 608 611 883 3.03e-08 55.8 MBF2759673.1 WP_254101325.1 21.4 618 370 19 149 725 75 617 1.02e-07 53.9 MBF2759673.1 PYB13830.1 30.7 205 104 10 145 339 3184 3360 1.09e-07 54.3 MBF2759673.1 WP_246003214.1 30.5 190 109 6 146 332 13 182 1.29e-07 53.5 MBQ3459675.1 MBQ3459675.1 100 222 0 0 1 222 1 222 1.69e-176 481 MBQ3459675.1 WP_267979634.1 55.4 193 85 1 28 219 43 235 1.29e-72 219 MBQ3104376.1 MBQ3104376.1 100 123 0 0 1 123 1 123 1.64e-85 243 NCN26743.1 NCN26743.1 100 202 0 0 1 202 1 202 1.83e-143 396 WP_089109701.1 WP_089109701.1 100 250 0 0 1 250 1 250 2.10e-175 481 GBL21590.1 GBL21590.1 100 131 0 0 1 131 1 131 4.39e-87 248 HAB9632401.1 HAB9632401.1 100 391 0 0 1 391 1 391 1.84e-290 783 WP_026002076.1 WP_026002076.1 100 514 0 0 1 514 1 514 0.0 1044 WP_198095175.1 WP_198095175.1 100 337 0 0 1 337 1 337 2.38e-236 642 WP_198095175.1 MBL1320270.1 45.9 318 168 2 21 337 8 322 3.32e-84 256 AHH33963.1 AHH33963.1 100 292 0 0 1 292 1 292 3.46e-220 597 XP_043014885.1 XP_043014885.1 100 455 0 0 1 455 1 455 0.0 899 WP_069877432.1 WP_069877432.1 100 360 0 0 1 360 1 360 4.34e-271 732 WP_069877432.1 MCI1663915.1 38.7 341 192 6 12 344 10 341 2.07e-80 248 WP_069877432.1 MBI1797961.1 38.6 339 189 8 15 344 19 347 7.80e-75 233 UIR12670.1 UIR12670.1 100 7092 0 0 1 7092 1 7092 0.0 14102 UIR12670.1 UMF87224.1 99.3 7092 52 0 1 7092 1 7092 0.0 14090 UIR12670.1 QWC83326.1 99.4 7096 38 2 1 7092 1 7096 0.0 14075 UIR12670.1 QVD87869.1 99.4 7093 42 1 1 7092 1 7093 0.0 14074 UIR12670.1 WEU87158.1 99.4 7096 40 2 1 7092 1 7096 0.0 14070 UIR12670.1 UZO53924.1 99.4 7093 43 1 1 7092 1 7093 0.0 14070 UIR12670.1 UVB16817.1 99.4 7093 42 1 1 7092 1 7093 0.0 14069 UIR12670.1 URQ55824.1 99.4 7093 43 1 1 7092 1 7093 0.0 14069 UIR12670.1 QSZ25555.1 99.4 7096 42 2 1 7092 1 7096 0.0 14069 UIR12670.1 UBP50947.1 99.3 7096 43 2 1 7092 1 7096 0.0 14063 UIR12670.1 UBD95131.1 99.3 7096 45 2 1 7092 1 7096 0.0 14058 UIR12670.1 UEC52718.1 99.3 7096 48 2 1 7092 1 7096 0.0 14052 UIR12670.1 QZU16279.1 99.0 7096 67 2 1 7092 1 7096 0.0 14003 UIR12670.1 UPA83906.1 99.0 7092 73 0 1 7092 1 7092 0.0 13993 UIR12670.1 UBR86455.1 98.5 7095 103 2 2 7092 1 7095 0.0 13921 UIR12670.1 UXX67934.1 98.4 7093 111 1 1 7092 1 7093 0.0 13908 UIR12670.1 UCP72061.1 98.3 7096 120 2 1 7092 1 7096 0.0 13881 UIR12670.1 UCP77012.1 98.2 7096 122 2 1 7092 1 7096 0.0 13878 UIR12670.1 UKN67998.1 98.1 7072 135 0 21 7092 1 7072 0.0 13805 UIR12670.1 WHE12941.1 97.8 7067 154 1 27 7092 1 7067 0.0 13757 UIR12670.1 UGA79226.1 97.2 7096 197 2 1 7092 1 7096 0.0 13703 UIR12670.1 UAQ80067.1 96.7 7096 230 2 1 7092 1 7096 0.0 13615 UIR12670.1 UJT06733.1 96.1 7092 278 0 1 7092 1 7092 0.0 13485 UIR12670.1 UVI10561.1 96.0 7066 285 1 28 7092 1 7066 0.0 13446 UIR12670.1 UOU30556.1 94.6 7093 379 1 1 7092 1 7093 0.0 13243 TEB32912.1 TEB32912.1 100 164 0 0 1 164 1 164 2.96e-119 332 EDP2695460.1 EDP2695460.1 100 166 0 0 1 166 1 166 5.28e-114 318 XP_035216353.1 XP_035216353.1 100 152 0 0 1 152 1 152 6.39e-81 234 WP_137773782.1 WP_137773782.1 100 119 0 0 1 119 1 119 1.48e-86 245 XP_036437421.1 XP_036437421.1 100 1737 0 0 1 1737 1 1737 0.0 1148 XP_036437421.1 XP_023957144.1 37.1 237 136 7 1509 1735 914 1147 4.22e-41 164 XP_023028205.1 XP_023028205.1 100 434 0 0 1 434 1 434 1.96e-300 812 XP_023028205.1 EJG1264510.1 26.9 398 272 8 41 432 53 437 1.83e-18 85.5 XP_023028205.1 NXJ67438.1 25.3 430 291 12 22 434 51 467 1.84e-09 57.8 XP_023028205.1 KAE8355151.1 22.3 430 277 14 37 431 108 515 3.46e-09 57.0 MAT93460.1 MAT93460.1 100 440 0 0 1 440 1 440 4.86e-304 822 XP_040253449.1 XP_040253449.1 100 243 0 0 1 243 1 243 7.13e-184 501 XP_040253449.1 POS85366.1 65.2 23 8 0 201 223 37 59 5.21e-04 39.3 NOZ55740.1 NOZ55740.1 100 428 0 0 1 428 1 428 3.67e-318 857 EBY6522830.1 EBY6522830.1 100 334 0 0 1 334 1 334 4.19e-249 674 WP_148545383.1 WP_148545383.1 100 362 0 0 1 362 1 362 1.32e-257 698 OLB27154.1 OLB27154.1 100 521 0 0 1 521 1 521 0.0 1021 OLB27154.1 WP_147135386.1 36.8 478 259 5 38 515 34 468 1.89e-88 278 OLB27154.1 WP_128492049.1 21.8 472 294 11 33 491 15 424 2.34e-17 82.8 WP_265735210.1 WP_265735210.1 100 488 0 0 1 488 1 488 0.0 961 XP_042465169.1 XP_042465169.1 100 571 0 0 1 571 1 571 0.0 1133 XP_042465169.1 CAD7419184.1 30.7 228 130 5 361 563 23 247 2.14e-21 94.4 GLW31455.1 GLW31455.1 100 67 0 0 1 67 1 67 3.56e-43 132 WP_185740810.1 WP_185740810.1 100 207 0 0 1 207 1 207 1.57e-151 417 MBP6728875.1 MBP6728875.1 100 198 0 0 1 198 1 198 1.57e-142 393 MBP6728875.1 WP_140204528.1 32.1 81 54 1 22 101 8 88 2.01e-04 38.9 MBT1322465.1 MBT1322465.1 100 59 0 0 1 59 1 59 5.98e-34 108 MCD6064856.1 MCD6064856.1 100 403 0 0 1 403 1 403 3.01e-302 814 MCD6064856.1 MCK1819907.1 25.1 374 254 11 32 397 46 401 1.17e-20 92.0 MBN1558293.1 MBN1558293.1 100 544 0 0 1 544 1 544 0.0 1062 ANI90891.1 ANI90891.1 100 54 0 0 1 54 1 54 7.10e-33 105 VFV20999.1 VFV20999.1 100 306 0 0 1 306 1 306 2.10e-228 619 VFV20999.1 XP_043971649.1 69.4 183 42 1 90 258 302 484 1.02e-92 285 TMO21331.1 TMO21331.1 100 63 0 0 1 63 1 63 2.69e-43 132 HIE16764.1 HIE16764.1 100 106 0 0 1 106 1 106 2.93e-71 206 WP_202252188.1 WP_202252188.1 100 377 0 0 1 377 1 377 1.37e-278 752 WP_202252188.1 WP_099100504.1 36.7 349 220 1 1 348 1 349 1.94e-71 226 WP_202252188.1 WP_233230645.1 33.1 320 197 7 48 357 27 339 3.34e-33 125 KAF1788175.1 KAF1788175.1 100 182 0 0 1 182 1 182 1.22e-129 359 WP_048611692.1 WP_048611692.1 100 380 0 0 1 380 1 380 7.59e-257 697 WP_144320971.1 WP_144320971.1 100 521 0 0 1 521 1 521 1.13e-318 866 WP_144320971.1 WP_259858510.1 45.4 295 141 9 234 519 158 441 9.46e-55 189 WP_144320971.1 WP_274755179.1 40.0 250 136 8 277 518 174 417 3.33e-36 137 WP_144320971.1 WP_257504872.1 34.8 379 186 15 194 518 155 526 2.75e-33 131 WP_144320971.1 WP_076194242.1 31.4 245 150 7 289 517 216 458 1.42e-19 89.7 WP_144320971.1 MBS1636088.1 31.1 222 133 7 312 517 102 319 1.01e-18 85.5 WP_144320971.1 KDF42894.1 30.4 293 170 10 254 518 201 487 1.56e-17 83.6 WP_144320971.1 WP_129857883.1 31.5 286 160 11 234 501 125 392 6.03e-17 81.3 WP_144320971.1 MBX3687043.1 30.8 273 162 8 259 520 200 456 1.35e-16 80.5 WP_049066482.1 WP_049066482.1 100 731 0 0 1 731 1 731 0.0 1338 WP_049066482.1 MBE3671043.1 34.3 718 442 10 8 717 17 712 1.69e-129 399 WP_049066482.1 WP_131096443.1 35.0 729 432 12 2 717 6 705 2.39e-127 394 PQK14494.1 PQK14494.1 100 565 0 0 1 565 1 565 0.0 1079 XP_009535872.1 XP_009535872.1 100 185 0 0 1 185 1 185 7.90e-132 365 MBR3005965.1 MBR3005965.1 100 356 0 0 1 356 1 356 1.22e-259 702 RZM24348.1 RZM24348.1 100 142 0 0 1 142 1 142 2.19e-99 280 RZM24348.1 MCG8687614.1 51.4 74 35 1 16 88 5 78 7.34e-19 75.5 XP_001840824.2 XP_001840824.2 100 299 0 0 1 299 1 299 8.57e-229 620 WP_096067320.1 WP_096067320.1 100 623 0 0 1 623 1 623 0.0 1315 WP_096067320.1 WP_282322778.1 99.4 623 4 0 1 623 1 623 0.0 1304 WP_096067320.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.99e-106 335 WP_096067320.1 MBL14507.1 27.3 626 363 20 30 614 11 585 1.31e-60 210 WP_007404414.1 WP_007404414.1 100 311 0 0 1 311 1 311 9.22e-205 560 WP_007404414.1 WP_143281017.1 56.3 144 63 0 4 147 13 156 5.40e-50 162 ECP3866152.1 ECP3866152.1 100 106 0 0 1 106 1 106 3.02e-82 233 MBG6814041.1 MBG6814041.1 100 369 0 0 1 369 1 369 2.48e-261 708 MBG6814041.1 MBV00212.1 54.5 358 163 0 9 366 3 360 2.74e-124 371 MBG6814041.1 EAH8201998.1 48.5 359 183 2 8 366 3 359 9.92e-111 329 MBG6814041.1 WP_021479352.1 47.3 370 187 3 4 366 2 370 3.20e-100 319 WP_232745899.1 WP_232745899.1 100 376 0 0 1 376 1 376 6.45e-272 735 WP_175076961.1 WP_175076961.1 100 727 0 0 1 727 1 727 0.0 1428 WP_175076961.1 WP_113620603.1 39.4 657 360 13 1 637 1 639 7.60e-139 423 WP_175076961.1 WP_115946316.1 38.0 595 339 12 7 581 5 589 1.35e-114 358 WP_120115041.1 WP_120115041.1 100 475 0 0 1 475 1 475 0.0 920 WP_120115041.1 OFY34840.1 27.4 237 152 8 1 222 18 249 2.01e-15 76.6 WP_120115041.1 MCU0422147.1 23.6 208 139 5 25 225 21 215 2.40e-13 70.1 UUZ63036.1 UUZ63036.1 100 454 0 0 1 454 1 454 1.36e-308 835 WP_268579666.1 WP_268579666.1 100 200 0 0 1 200 1 200 3.17e-143 395 KAF3628212.1 KAF3628212.1 100 143 0 0 1 143 1 143 7.60e-96 271 XP_024888572.1 XP_024888572.1 100 1393 0 0 1 1393 1 1393 0.0 2628 MBL8638832.1 MBL8638832.1 100 967 0 0 1 967 1 967 0.0 1900 MBL8638832.1 WP_015615815.1 37.2 852 487 17 46 887 2 815 1.29e-167 511 MBL8638832.1 WP_015919400.1 35.7 856 481 18 48 893 4 800 4.05e-148 457 MBL8638832.1 MCJ7548546.1 38.2 751 407 14 48 779 7 719 2.93e-139 432 MBL8638832.1 KAI5122644.1 27.1 862 540 26 58 867 373 1198 4.95e-65 237 MBL8638832.1 KZV11597.1 23.2 578 410 15 316 878 264 822 1.06e-30 128 MBS0261058.1 MBS0261058.1 100 87 0 0 1 87 1 87 5.65e-58 171 WP_213449477.1 WP_213449477.1 100 294 0 0 1 294 1 294 5.08e-214 582 WP_213449477.1 WP_149406163.1 49.0 310 139 4 1 294 1 307 5.25e-92 273 WP_245350945.1 WP_245350945.1 100 457 0 0 1 457 1 457 8.87e-311 840 WP_245350945.1 WP_049005162.1 33.5 418 260 9 21 429 3 411 4.66e-57 192 WP_245350945.1 OKH85141.1 29.6 395 257 7 19 400 4 390 8.30e-41 149 WP_245350945.1 WP_133179454.1 24.9 373 212 16 67 393 76 426 6.81e-06 46.6 XP_037539096.1 XP_037539096.1 100 876 0 0 1 876 1 876 0.0 1733 WP_214893447.1 WP_214893447.1 100 180 0 0 1 180 1 180 3.51e-128 355 KAG7462864.1 KAG7462864.1 100 333 0 0 1 333 1 333 6.59e-186 514 KAG7462864.1 WP_242018727.1 40.2 97 56 2 1 97 79 173 4.56e-15 70.9 HAT9095998.1 HAT9095998.1 100 33 0 0 1 33 1 33 3.35e-16 61.6 ORY76548.1 ORY76548.1 100 271 0 0 1 271 1 271 7.53e-138 387 HCB1767023.1 HCB1767023.1 100 198 0 0 1 198 1 198 1.38e-127 355 WP_118359022.1 WP_118359022.1 100 370 0 0 1 370 1 370 1.24e-204 565 TXK73489.1 TXK73489.1 100 897 0 0 1 897 1 897 0.0 1786 XP_030079323.1 XP_030079323.1 100 347 0 0 1 347 1 347 9.35e-264 712 TOE90752.1 TOE90752.1 100 29 0 0 1 29 1 29 6.06e-13 53.1 MCI8895019.1 MCI8895019.1 100 697 0 0 1 697 1 697 0.0 1366 GHP52484.1 GHP52484.1 100 506 0 0 1 506 1 506 0.0 990 XP_034264344.1 XP_034264344.1 100 398 0 0 1 398 1 398 3.51e-303 816 XP_034264344.1 XP_003056335.1 31.6 335 161 8 66 336 132 462 1.88e-42 154 XP_034264344.1 HBX8004802.1 42.1 107 52 3 65 171 13 109 1.01e-16 79.0 XP_034264344.1 HBK1877356.1 33.9 115 67 4 66 179 6 112 6.83e-10 58.9 WP_002449605.1 WP_002449605.1 100 65 0 0 1 65 1 65 8.28e-39 120 KAE9445077.1 KAE9445077.1 100 161 0 0 1 161 1 161 7.16e-96 272 MBE0577924.1 MBE0577924.1 100 143 0 0 1 143 1 143 6.03e-102 286 EIT2901672.1 EIT2901672.1 100 188 0 0 1 188 1 188 1.66e-139 385 WP_128272295.1 WP_128272295.1 100 180 0 0 1 180 1 180 8.26e-127 352 XP_044485440.1 XP_044485440.1 100 702 0 0 1 702 1 702 0.0 1381 XP_044485440.1 XP_047978269.1 35.9 710 351 19 11 694 17 648 7.83e-112 350 WP_268123036.1 WP_268123036.1 100 428 0 0 1 428 1 428 2.65e-295 799 WP_118205888.1 WP_118205888.1 100 403 0 0 1 403 1 403 1.53e-295 797 WP_052232835.1 WP_052232835.1 100 699 0 0 1 699 1 699 0.0 1381 OGY30120.1 OGY30120.1 100 85 0 0 1 85 1 85 3.32e-56 166 AGO18338.1 AGO18338.1 100 206 0 0 1 206 1 206 1.11e-155 427 MBQ2017527.1 MBQ2017527.1 100 249 0 0 1 249 1 249 3.92e-175 480 MBQ2017527.1 WP_255187010.1 42.1 228 123 4 28 249 34 258 1.21e-51 176 MBQ2017527.1 WP_195397250.1 40.0 240 116 7 28 249 41 270 1.60e-41 148 MBQ2017527.1 WP_161258623.1 42.2 109 62 1 141 248 301 409 4.36e-19 84.3 MBQ2017527.1 RCI04718.1 39.7 116 69 1 131 245 249 364 1.07e-18 82.4 WP_282985289.1 WP_282985289.1 100 995 0 0 1 995 1 995 0.0 1803 WP_282985289.1 WP_277264109.1 30.6 821 463 20 148 951 234 964 1.55e-79 278 WP_282985289.1 EFG7698437.1 46.7 244 113 4 694 923 1 241 1.91e-48 173 WP_282985289.1 EIP7986019.1 54.5 44 20 0 867 910 117 160 4.60e-05 45.1 WP_017123457.1 WP_017123457.1 100 372 0 0 1 372 1 372 1.09e-261 709 WP_017123457.1 MCU0490050.1 46.4 235 123 1 9 240 4 238 8.75e-60 191 WP_112473496.1 WP_112473496.1 100 195 0 0 1 195 1 195 4.73e-147 404 WP_112473496.1 KAF4336989.1 35.4 164 67 6 4 133 6 164 1.81e-21 86.7 MBF0865514.1 MBF0865514.1 100 346 0 0 1 346 1 346 3.48e-254 688 MBF0865514.1 WP_057452934.1 59.3 332 134 1 11 342 9 339 1.53e-140 400 MBF0865514.1 WP_083296738.1 58.6 307 127 0 15 321 24 330 2.39e-127 367 MBF0865514.1 WP_040532466.1 53.7 311 143 1 11 320 4 314 1.27e-119 348 MBF0865514.1 WP_277324932.1 36.8 307 184 6 16 317 18 319 2.15e-54 181 KAF0905729.1 KAF0905729.1 100 1697 0 0 1 1697 1 1697 0.0 3456 WP_270677687.1 WP_270677687.1 100 70 0 0 1 70 1 70 5.93e-50 149 WP_031822363.1 WP_031822363.1 100 379 0 0 1 379 1 379 3.93e-279 754 WP_031822363.1 WP_077583480.1 63.5 381 136 3 1 379 68 447 3.76e-170 481 WP_037451816.1 WP_037451816.1 100 282 0 0 1 282 1 282 3.42e-206 561 XP_013231239.1 XP_013231239.1 100 116 0 0 1 116 1 116 2.64e-20 77.8 KAB0382747.1 KAB0382747.1 100 248 0 0 1 248 1 248 7.54e-164 493 KAB0382747.1 XP_044902674.1 54.5 44 20 0 6 49 10 53 8.38e-07 50.8 CAP00477.1 CAP00477.1 100 382 0 0 1 382 1 382 2.87e-278 752 CAP00477.1 MBP6505074.1 35.9 393 227 4 4 375 2 390 3.53e-79 247 WP_254972748.1 WP_254972748.1 100 959 0 0 1 959 1 959 0.0 1899 WP_254972748.1 WP_232306300.1 36.5 104 66 0 853 956 1266 1369 7.32e-13 71.2 WP_254972748.1 MCB9315714.1 35.9 103 65 1 852 953 111 213 8.31e-13 67.0 WP_250182896.1 WP_250182896.1 100 146 0 0 1 146 1 146 2.34e-96 272 WP_223413240.1 WP_223413240.1 100 345 0 0 1 345 1 345 3.12e-261 706 WP_223413240.1 WP_266179881.1 84.1 345 55 0 1 345 1 345 1.32e-221 605 WP_223413240.1 WP_138125503.1 42.9 338 184 6 3 335 2 335 8.63e-86 261 WP_223413240.1 WP_069697901.1 42.6 340 183 6 3 335 2 336 1.15e-85 260 WP_223413240.1 EFX2174330.1 42.2 258 145 2 55 309 54 310 1.95e-57 187 WP_223413240.1 RYY73542.1 28.7 178 111 5 66 228 79 255 4.98e-08 52.4 WP_223413240.1 CDE36962.1 33.8 65 39 1 54 114 58 122 4.51e-04 40.0 MCK9338853.1 MCK9338853.1 100 695 0 0 1 695 1 695 0.0 1403 SEP73001.1 SEP73001.1 100 33 0 0 1 33 1 33 7.23e-20 70.9 EFA5132122.1 EFA5132122.1 100 243 0 0 1 243 1 243 1.81e-177 485 PIR55147.1 PIR55147.1 100 719 0 0 1 719 1 719 0.0 1339 PIR55147.1 WP_098191572.1 35.2 71 44 2 292 362 790 858 6.47e-05 44.7 MCB0558738.1 MCB0558738.1 100 242 0 0 1 242 1 242 1.32e-174 478 MCB0558738.1 GDX50632.1 49.2 240 120 2 4 242 21 259 1.87e-72 220 WP_246612751.1 WP_246612751.1 100 1104 0 0 1 1104 1 1104 0.0 2128 XP_026320625.1 XP_026320625.1 100 214 0 0 1 214 1 214 1.13e-143 397 XP_026320625.1 KAJ8763828.1 44.4 160 89 0 8 167 12 171 2.49e-46 150 PWM57416.1 PWM57416.1 100 164 0 0 1 164 1 164 1.64e-107 302 MBU5353226.1 MBU5353226.1 100 311 0 0 1 311 1 311 2.35e-223 607 MBU5353226.1 RUU66461.1 51.1 262 122 3 7 265 82 340 1.43e-81 250 MBU5353226.1 WP_227059655.1 49.0 263 133 1 4 265 317 579 7.43e-79 250 MBU5353226.1 WP_098952357.1 46.8 263 138 2 2 262 1 263 3.01e-78 239 MBU5353226.1 WP_192324556.1 47.2 271 136 2 4 270 318 585 6.28e-76 242 MBU5353226.1 WP_226904802.1 44.6 258 142 1 4 260 22 279 1.58e-72 226 MBU5353226.1 MBQ3864274.1 47.1 263 134 3 4 265 12 270 9.64e-72 223 MBU5353226.1 GLY24463.1 41.6 269 142 4 1 261 1 262 7.69e-62 197 MBU5353226.1 WP_066083732.1 40.7 268 139 6 4 260 6 264 2.74e-58 189 MBU5353226.1 WP_107894076.1 37.9 269 146 6 4 261 5 263 9.36e-57 184 MBU5353226.1 MCP5262709.1 39.4 264 142 5 4 258 1 255 2.66e-55 181 MBU5353226.1 WP_131166802.1 37.5 272 144 6 4 261 5 264 2.13e-51 171 MBU5353226.1 MBP1876254.1 38.7 230 137 3 26 254 16 242 1.40e-48 164 MBU5353226.1 WP_109219819.1 32.0 281 177 6 29 305 31 301 5.38e-36 131 MBU5353226.1 WP_076409454.1 30.7 254 157 5 1 254 1 235 4.56e-34 125 MBU5353226.1 WP_258581409.1 29.8 238 155 4 21 256 9 236 4.60e-31 118 MBU5353226.1 WP_072380563.1 28.5 239 164 4 21 256 7 241 1.24e-28 108 MBU5353226.1 WP_207918089.1 28.9 242 149 7 26 254 16 247 2.54e-20 86.7 MBU5353226.1 WP_206363707.1 28.2 206 133 6 21 219 24 221 7.85e-18 80.1 PLA74748.1 PLA74748.1 100 592 0 0 1 592 1 592 0.0 1172 PLA74748.1 HCF6759084.1 62.7 590 214 5 1 588 1 586 1.63e-269 747 PLA74748.1 MBN8536342.1 47.0 594 294 11 3 586 19 601 7.84e-176 510 WP_208910104.1 WP_208910104.1 100 422 0 0 1 422 1 422 4.08e-280 760 XP_021874514.1 XP_021874514.1 100 337 0 0 1 337 1 337 1.16e-252 683 KAJ1619151.1 KAJ1619151.1 100 75 0 0 1 75 1 75 1.51e-52 156 MCB9544502.1 MCB9544502.1 100 98 0 0 1 98 1 98 1.03e-65 191 MCB9544502.1 WP_271820285.1 53.3 92 39 2 10 98 279 369 2.98e-23 89.7 KDF42894.1 KDF42894.1 100 488 0 0 1 488 1 488 0.0 936 KDF42894.1 WP_076194242.1 27.1 409 268 9 84 488 76 458 7.59e-33 128 KDF42894.1 MBO8233644.1 25.2 266 177 7 220 479 119 368 1.48e-20 91.7 KDF42894.1 WP_144320971.1 30.4 293 170 10 201 487 254 518 8.34e-19 87.4 KDF42894.1 SCH39951.1 22.3 256 185 7 233 483 231 477 1.14e-12 68.2 KDF42894.1 WP_149911652.1 27.9 251 159 9 244 488 189 423 2.15e-10 60.8 KDF42894.1 WP_253463694.1 25.1 235 150 7 248 479 204 415 1.12e-08 55.5 KDF42894.1 MBR6403893.1 22.6 340 229 10 147 481 102 412 4.42e-08 53.5 KDF42894.1 TVR41840.1 21.4 215 148 7 275 486 312 508 3.34e-06 47.8 WP_125188824.1 WP_125188824.1 100 130 0 0 1 130 1 130 6.49e-102 285 WP_125188824.1 WP_189693187.1 63.5 104 38 0 1 104 1 104 5.15e-49 150 MCL5028570.1 MCL5028570.1 100 384 0 0 1 384 1 384 7.91e-277 748 MCL5028570.1 MCH5250214.1 32.6 178 100 6 41 211 541 705 1.20e-12 67.8 MBE6835980.1 MBE6835980.1 100 408 0 0 1 408 1 408 3.13e-302 815 MBE6835980.1 WP_248087248.1 29.3 420 248 14 7 396 15 415 1.16e-38 142 QQS09360.1 QQS09360.1 100 595 0 0 1 595 1 595 0.0 1192 QQS09360.1 WP_009714971.1 46.9 563 269 6 28 590 29 561 3.21e-171 496 QQS09360.1 WP_195001047.1 39.2 533 279 6 63 589 90 583 9.63e-119 368 WP_180196654.1 WP_180196654.1 100 561 0 0 1 561 1 561 0.0 1135 WP_180196654.1 MCP5260845.1 53.3 563 250 6 7 557 3 564 1.16e-201 573 WP_180196654.1 HAR3824072.1 31.5 565 336 12 8 545 35 575 5.49e-83 268 WP_162782234.1 WP_162782234.1 100 700 0 0 1 700 1 700 0.0 1361 OWK14769.1 OWK14769.1 100 937 0 0 1 937 1 937 0.0 1821 AWS34156.1 AWS34156.1 100 219 0 0 1 219 1 219 2.03e-153 422 AWS34156.1 AVM35379.1 86.9 214 28 0 6 219 1 214 7.82e-134 373 AWS34156.1 ADW49125.1 84.8 211 32 0 9 219 1 211 7.18e-127 355 AWS34156.1 QUA05739.1 84.4 212 33 0 1 212 1 212 2.89e-124 348 AWS34156.1 AFA09475.1 85.4 205 30 0 15 219 1 205 6.48e-124 347 AWS34156.1 AFA24308.1 83.4 211 35 0 9 219 2 212 8.29e-124 347 AWS34156.1 ABQ63546.1 78.0 218 48 0 2 219 1 218 1.97e-121 342 AWS34156.1 QUQ06080.1 76.3 219 52 0 1 219 1 219 4.12e-121 341 AWS34156.1 ADJ35581.1 74.9 219 55 0 1 219 2 220 6.06e-121 340 AWS34156.1 AHK62764.1 74.9 215 54 0 5 219 1 215 4.68e-116 328 AWS34156.1 AAX94106.1 85.7 189 27 0 31 219 1 189 1.02e-112 327 AWS34156.1 AMA90994.1 81.7 197 36 0 1 197 1 197 5.29e-112 317 AWS34156.1 UZF38514.1 72.8 206 56 0 14 219 1 206 2.19e-106 303 AWS34156.1 AOR13807.1 76.4 195 46 0 12 206 3 197 7.84e-105 299 AWS34156.1 AKT58828.1 75.9 195 47 0 1 195 1 195 1.17e-103 296 AWS34156.1 AOQ89457.1 79.1 187 39 0 5 191 1 187 1.98e-100 287 AWS34156.1 AXZ65741.1 73.9 188 49 0 1 188 1 188 1.12e-97 280 AWS34156.1 AKA56406.1 69.3 199 58 1 2 200 2 197 1.60e-92 268 AWS34156.1 AHH30646.1 75.6 168 39 2 32 199 6 171 5.11e-83 243 AWS34156.1 ACE88666.1 77.9 140 31 0 80 219 1 140 2.19e-76 225 AWS34156.1 APC24336.1 73.2 112 30 0 108 219 1 112 6.75e-50 165 WP_013572974.1 WP_013572974.1 100 600 0 0 1 600 1 600 0.0 1117 WP_074791539.1 WP_074791539.1 100 270 0 0 1 270 1 270 1.54e-187 513 MCQ2059483.1 MCQ2059483.1 100 143 0 0 1 143 1 143 2.87e-100 282 MCQ2059483.1 KFO63955.1 45.6 68 37 0 75 142 3 70 2.91e-17 69.7 WP_063302373.1 WP_063302373.1 100 288 0 0 1 288 1 288 4.47e-205 559 WP_063302373.1 XP_028635853.1 58.8 272 109 3 2 273 6 274 7.24e-98 295 WP_063302373.1 WP_042650033.1 25.9 193 135 2 2 194 3 187 3.45e-11 60.5 WP_063302373.1 WP_280443824.1 24.4 254 164 9 7 242 2 245 5.93e-07 48.1 MBA3725210.1 MBA3725210.1 100 130 0 0 1 130 1 130 1.32e-92 261 OGH18708.1 OGH18708.1 100 183 0 0 1 183 1 183 1.67e-132 367 KAI9022896.1 KAI9022896.1 100 104 0 0 1 104 1 104 2.85e-68 198 MBO0657491.1 MBO0657491.1 100 86 0 0 1 86 1 86 2.04e-64 187 XP_004647050.1 XP_004647050.1 100 364 0 0 1 364 1 364 8.91e-257 696 MCI93591.1 MCI93591.1 100 65 0 0 1 65 1 65 5.34e-44 134 XP_049153370.1 XP_049153370.1 100 388 0 0 1 388 1 388 1.02e-265 721 XP_049153370.1 WP_153219677.1 39.1 64 39 0 308 371 545 608 6.42e-05 43.5 HBL3458524.1 HBL3458524.1 100 568 0 0 1 568 1 568 0.0 1075 HBL3458524.1 GAF66133.1 42.1 575 317 7 1 565 1 569 1.56e-149 440 NLR72952.1 NLR72952.1 100 232 0 0 1 232 1 232 7.07e-165 452 NLR72952.1 WP_167196601.1 44.5 220 118 3 12 228 3 221 8.69e-47 153 NLR72952.1 Q8XJN8.1 31.9 207 126 6 37 232 26 228 3.12e-19 81.6 NLR72952.1 MBE6142085.1 30.7 202 133 3 30 224 17 218 1.33e-16 74.3 RLB75920.1 RLB75920.1 100 82 0 0 1 82 1 82 3.94e-58 171 MCH8293010.1 MCH8293010.1 100 331 0 0 1 331 1 331 2.41e-242 657 MCH8293010.1 WP_276369440.1 29.9 241 149 10 8 236 49 281 4.49e-18 82.4 MCH8293010.1 WP_218036247.1 35.0 103 66 1 62 164 54 155 4.13e-11 61.2 MCH8293010.1 MBI1189702.1 29.1 179 116 3 60 229 68 244 1.33e-10 60.1 MCH8293010.1 MCP4974199.1 27.5 149 102 3 62 204 68 216 5.80e-10 58.2 MCH8293010.1 EFX2174330.1 26.5 147 108 0 61 207 64 210 3.83e-08 52.4 MCH8293010.1 MCP4641540.1 23.9 213 136 6 60 268 126 316 6.79e-08 52.0 MCH8293010.1 MCK9252526.1 24.8 238 152 10 34 249 53 285 8.29e-08 51.6 TFV53637.1 TFV53637.1 100 68 0 0 1 68 1 68 4.47e-42 129 KAI9597310.1 KAI9597310.1 100 120 0 0 1 120 1 120 6.76e-79 226 MCF8709434.1 MCF8709434.1 100 271 0 0 1 271 1 271 1.80e-191 523 MCF8709434.1 MBJ7292067.1 43.5 260 139 5 15 269 8 264 1.96e-53 172 MCF8709434.1 MBM7125960.1 36.5 197 122 2 18 211 5 201 2.82e-33 120 MCF8709434.1 WP_096443068.1 33.0 227 124 8 26 227 33 256 1.53e-19 84.7 QGP90243.1 QGP90243.1 100 494 0 0 1 494 1 494 0.0 933 MBE42757.1 MBE42757.1 100 381 0 0 1 381 1 381 7.82e-271 733 QXR94354.1 QXR94354.1 100 4402 0 0 1 4402 1 4402 0.0 8654 QXR94354.1 QVD87869.1 99.9 4398 3 0 1 4398 1 4398 0.0 8640 QXR94354.1 QTM79632.1 99.7 4402 13 0 1 4402 1 4402 0.0 8633 QXR94354.1 QTD03487.1 99.7 4405 10 1 1 4402 1 4405 0.0 8633 QXR94354.1 QTZ27226.1 99.7 4402 15 0 1 4402 1 4402 0.0 8628 QXR94354.1 QWC83326.1 99.8 4401 7 1 1 4398 1 4401 0.0 8627 QXR94354.1 QSZ25555.1 99.7 4401 9 1 1 4398 1 4401 0.0 8625 QXR94354.1 UPP41269.1 99.7 4402 15 0 1 4402 1 4402 0.0 8623 QXR94354.1 WEU87158.1 99.7 4401 9 1 1 4398 1 4401 0.0 8622 QXR94354.1 ULA23837.2 99.7 4402 14 1 1 4402 1 4401 0.0 8622 QXR94354.1 UBP50947.1 99.7 4401 10 1 1 4398 1 4401 0.0 8620 QXR94354.1 USR14792.1 99.6 4402 16 0 1 4402 1 4402 0.0 8620 QXR94354.1 UIR12670.1 99.7 4398 12 1 1 4398 1 4397 0.0 8619 QXR94354.1 UZO53924.1 99.7 4398 13 0 1 4398 1 4398 0.0 8619 QXR94354.1 UFM00670.1 99.6 4405 15 1 1 4402 1 4405 0.0 8619 QXR94354.1 UXH94526.1 99.6 4402 15 1 1 4402 1 4401 0.0 8618 QXR94354.1 UVB16817.1 99.7 4398 13 0 1 4398 1 4398 0.0 8617 QXR94354.1 UEC68750.1 99.6 4405 15 1 1 4402 1 4405 0.0 8617 QXR94354.1 URQ55824.1 99.7 4398 14 0 1 4398 1 4398 0.0 8616 QXR94354.1 UBL45068.1 99.6 4405 13 1 1 4402 1 4405 0.0 8616 QXR94354.1 QZU16279.1 99.7 4401 12 1 1 4398 1 4401 0.0 8616 QXR94354.1 UBD95131.1 99.7 4401 12 1 1 4398 1 4401 0.0 8614 QXR94354.1 UHM53165.1 99.6 4405 15 1 1 4402 1 4405 0.0 8614 QXR94354.1 UFM02602.1 99.6 4405 15 1 1 4402 1 4405 0.0 8614 QXR94354.1 UMF87224.1 99.2 4398 35 1 1 4398 1 4397 0.0 8609 EFG8800866.1 EFG8800866.1 100 68 0 0 1 68 1 68 1.61e-44 135 WP_233987432.1 WP_233987432.1 100 387 0 0 1 387 1 387 1.50e-287 776 KAJ3193491.1 KAJ3193491.1 100 421 0 0 1 421 1 421 2.04e-300 811 KAJ3193491.1 WP_065073385.1 47.6 63 28 1 94 156 49 106 1.18e-09 57.4 WP_259770126.1 WP_259770126.1 100 647 0 0 1 647 1 647 0.0 1181 WP_259770126.1 MBO6078463.1 29.5 620 385 18 15 597 22 626 6.32e-56 199 XP_049406314.1 XP_049406314.1 100 228 0 0 1 228 1 228 2.37e-161 443 WP_200478262.1 WP_200478262.1 100 323 0 0 1 323 1 323 3.29e-204 560 WP_200478262.1 HBS1873186.1 46.1 141 69 3 42 175 95 235 1.54e-28 110 WP_112308968.1 WP_112308968.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_051963813.1 WP_051963813.1 100 117 0 0 1 117 1 117 1.68e-82 235 WP_051963813.1 WP_058935081.1 37.8 82 51 0 22 103 39 120 7.58e-16 67.0 GIR09622.1 GIR09622.1 100 463 0 0 1 463 1 463 2.73e-308 835 GIR09622.1 NCV89943.1 41.6 466 236 7 7 459 11 453 1.44e-105 320 GIR09622.1 WP_007853416.1 39.9 459 241 5 18 459 16 456 6.44e-97 299 WP_216207121.1 WP_216207121.1 100 138 0 0 1 138 1 138 4.14e-102 286 GBD99233.1 GBD99233.1 100 284 0 0 1 284 1 284 2.97e-192 526 GBD99233.1 WP_108210605.1 36.3 256 152 3 27 271 298 553 5.14e-42 150 GBD99233.1 MBK7529683.1 28.0 239 159 5 39 270 96 328 6.01e-29 111 MBA3038663.1 MBA3038663.1 100 129 0 0 1 129 1 129 1.00e-82 236 WP_280949002.1 WP_280949002.1 100 647 0 0 1 647 1 647 0.0 1240 WP_280949002.1 MBQ1196899.1 40.2 321 178 6 11 325 2 314 3.20e-61 213 WP_280949002.1 MCH8904788.1 42.0 286 158 3 15 296 8 289 3.62e-60 209 WP_280949002.1 MCF1439711.1 39.6 91 51 1 10 100 2 88 4.51e-15 69.3 XP_010267139.1 XP_010267139.1 100 406 0 0 1 406 1 406 6.37e-285 771 XP_010267139.1 XP_028766233.1 31.2 141 65 5 271 405 620 734 2.93e-11 63.5 XP_020321477.1 XP_020321477.1 100 791 0 0 1 791 1 791 0.0 1515 XP_020321477.1 XP_046441060.1 50.1 884 234 18 46 791 54 868 2.42e-227 658 XP_020321477.1 PKU40490.1 53.2 188 86 2 51 236 14 201 2.12e-58 196 XP_020321477.1 XP_030620685.1 33.9 295 182 6 20 304 62 353 1.19e-44 164 XP_020321477.1 KAG1590416.1 34.4 262 162 5 42 296 64 322 9.60e-44 161 XP_020321477.1 XP_048216280.1 32.3 279 171 7 53 315 20 296 3.01e-40 152 XP_020321477.1 XP_048379117.1 32.7 263 163 6 52 303 256 515 5.04e-35 139 XP_020321477.1 KAJ7903702.1 27.1 262 185 3 36 292 6 266 1.66e-28 117 XP_020321477.1 XP_006969978.1 28.9 228 146 7 78 295 93 314 1.07e-27 113 XP_020321477.1 MBF1128433.1 30.0 247 165 4 53 292 10 255 1.69e-26 113 XP_020321477.1 KRX90811.1 29.5 302 137 7 47 320 164 417 5.94e-25 107 XP_020321477.1 XP_047334060.1 29.8 262 169 9 52 300 16 275 1.20e-24 108 XP_020321477.1 KZT58963.1 28.1 270 166 6 52 299 1075 1338 5.77e-23 103 XP_020321477.1 KAI3849778.1 30.3 211 130 9 47 246 489 693 2.31e-12 68.9 MBO4748034.1 MBO4748034.1 100 401 0 0 1 401 1 401 1.13e-280 759 MCB1383119.1 MCB1383119.1 100 184 0 0 1 184 1 184 2.98e-131 363 MCB1703688.1 MCB1703688.1 100 144 0 0 1 144 1 144 2.45e-106 297 MCB1703688.1 ODU51779.1 39.6 96 55 1 36 131 9 101 6.45e-18 76.3 WP_039286629.1 WP_039286629.1 100 81 0 0 1 81 1 81 3.85e-51 153 CAF1139697.1 CAF1139697.1 100 144 0 0 1 144 1 144 6.00e-98 276 CEG83499.1 CEG83499.1 100 230 0 0 1 230 1 230 5.41e-168 460 CEG83499.1 KAH7111090.1 23.8 210 154 3 16 222 22 228 1.36e-20 87.8 WP_106361175.1 WP_106361175.1 100 130 0 0 1 130 1 130 1.22e-97 274 WP_083141943.1 WP_083141943.1 100 387 0 0 1 387 1 387 1.33e-281 761 WP_083141943.1 MCP1651746.1 40.9 403 212 8 5 387 8 404 1.17e-74 236 WP_083141943.1 WP_074825075.1 37.5 408 218 7 1 387 1 392 2.71e-69 221 WP_083141943.1 WP_004619799.1 37.4 401 225 6 6 387 7 400 7.31e-68 218 WP_083141943.1 GAN03156.1 37.8 386 232 7 5 386 30 411 1.41e-63 207 WP_083141943.1 MBA2536487.1 34.8 397 232 5 1 385 1 382 5.59e-62 202 WP_083141943.1 EDH4057100.1 36.5 395 235 7 1 387 1 387 3.41e-61 200 WP_083141943.1 WP_078429679.1 34.1 399 241 7 1 385 1 391 1.89e-57 191 WP_083141943.1 WP_277084622.1 38.9 319 172 7 85 386 1 313 8.04e-52 174 WP_083141943.1 XP_040685867.1 34.5 383 229 7 5 375 36 408 5.95e-48 166 WP_269672356.1 WP_269672356.1 100 934 0 0 1 934 1 934 0.0 1865 RKZ09955.1 RKZ09955.1 100 137 0 0 1 137 1 137 2.13e-90 256 NFD84694.1 NFD84694.1 100 766 0 0 1 766 1 766 0.0 1400 NFD84694.1 MBQ8297564.1 36.6 530 331 3 230 758 44 569 4.70e-98 313 NFD84694.1 MBQ4454347.1 32.5 477 305 4 277 745 95 562 5.23e-68 233 NFD84694.1 WP_195238978.1 34.9 415 247 6 360 759 315 721 7.42e-61 217 NFD84694.1 WP_060613079.1 27.8 486 347 2 277 761 100 582 7.13e-57 202 NFD84694.1 MBT3459617.1 39.9 228 131 2 539 765 1 223 1.95e-47 166 NFD84694.1 WP_038440434.1 22.0 491 373 5 277 764 92 575 1.35e-38 150 NFD84694.1 KAI9191373.1 36.3 259 144 2 488 745 361 599 3.32e-38 151 NFD84694.1 WP_222599035.1 28.2 358 248 2 394 747 338 690 6.90e-38 149 NFD84694.1 WP_247749043.1 31.2 260 174 3 500 754 335 594 8.68e-34 135 NFD84694.1 WP_041481207.1 27.8 241 171 2 491 730 306 544 4.42e-27 114 NFD84694.1 WP_237907640.1 29.4 218 131 6 537 744 17 221 2.27e-18 85.9 NFD84694.1 KAJ2660037.1 28.0 239 149 5 522 754 1192 1413 6.05e-18 87.4 NFD84694.1 WP_088153117.1 28.0 225 146 6 535 751 11 227 6.46e-18 84.7 NFD84694.1 WP_278489123.1 27.9 247 163 5 521 757 5 246 8.93e-18 82.8 NFD84694.1 MCB0243881.1 25.8 198 134 4 528 717 14 206 6.32e-12 64.3 NFD84694.1 WP_098952357.1 24.7 215 140 7 539 739 31 237 6.31e-11 62.8 NFD84694.1 MCH4209672.1 28.0 143 81 4 553 691 412 536 1.79e-09 59.3 NFD84694.1 WP_142931103.1 23.1 221 151 6 522 733 259 469 3.14e-08 55.1 NFD84694.1 WP_150396769.1 19.4 216 158 6 535 738 285 496 5.21e-04 41.6 NFD84694.1 WP_089095302.1 24.3 218 140 8 519 733 312 507 5.58e-04 41.6 WP_022677205.1 WP_022677205.1 100 149 0 0 1 149 1 149 1.11e-100 283 ARD43281.1 ARD43281.1 100 422 0 0 1 422 1 422 6.32e-300 810 WP_133340757.1 WP_133340757.1 100 332 0 0 1 332 1 332 3.17e-243 659 WP_133340757.1 WP_046600280.1 32.7 306 187 4 10 307 4 298 3.31e-39 139 WP_133340757.1 WP_243977667.1 25.4 295 197 6 12 297 7 287 1.35e-17 80.1 XP_047599047.1 XP_047599047.1 100 1268 0 0 1 1268 1 1268 0.0 1952 WP_008346835.1 WP_008346835.1 100 256 0 0 1 256 1 256 3.78e-181 496 WP_008346835.1 WP_070509780.1 35.5 231 143 3 3 229 26 254 4.19e-32 119 OGS12612.1 OGS12612.1 100 90 0 0 1 90 1 90 2.84e-66 192 WP_063540919.1 WP_063540919.1 100 856 0 0 1 856 1 856 0.0 1690 WP_063540919.1 WP_261733022.1 29.4 378 230 11 489 837 253 622 4.22e-35 141 WP_063540919.1 WP_007356512.1 27.9 394 233 10 495 843 747 1134 2.83e-28 120 WP_063540919.1 WP_074911472.1 23.0 387 270 7 472 833 775 1158 2.65e-27 117 WP_063540919.1 WP_232306300.1 26.8 396 241 10 487 841 846 1233 4.25e-26 114 WP_063540919.1 PSQ73325.1 29.1 234 162 2 487 716 607 840 3.81e-23 103 WP_063540919.1 WP_211114623.1 25.7 397 246 12 482 841 407 791 1.12e-17 86.3 WP_063637985.1 WP_063637985.1 100 269 0 0 1 269 1 269 1.68e-195 533 ENH52105.1 ENH52105.1 100 50 0 0 1 50 1 50 3.82e-33 105 HBX1528262.1 HBX1528262.1 100 65 0 0 1 65 1 65 1.00e-39 123 HBX1528262.1 WP_063441918.1 52.0 50 22 1 3 52 4 51 7.88e-10 50.8 OLP01091.1 OLP01091.1 100 310 0 0 1 310 1 310 2.22e-241 652 MBL7855430.1 MBL7855430.1 100 169 0 0 1 169 1 169 3.57e-127 352 MBR0046728.1 MBR0046728.1 100 535 0 0 1 535 1 535 0.0 1108 WP_150461480.1 WP_150461480.1 100 285 0 0 1 285 1 285 8.06e-186 510 WP_150461480.1 MCI7704736.1 41.2 250 145 2 29 276 34 283 3.64e-49 163 WP_150461480.1 EGY4555186.1 36.4 258 156 2 27 276 34 291 7.51e-38 134 WP_150461480.1 ETB53277.1 31.0 252 170 3 29 276 25 276 1.07e-30 114 MBQ8989682.1 MBQ8989682.1 100 242 0 0 1 242 1 242 8.93e-173 473 ACV16867.1 ACV16867.1 100 301 0 0 1 301 1 301 1.66e-227 617 ACV16867.1 AFJ09957.1 95.7 301 13 0 1 301 100 400 6.15e-218 597 ACV16867.1 ACY29573.1 93.0 301 21 0 1 301 100 400 5.05e-213 585 ACV16867.1 QWY38042.1 91.7 301 25 0 1 301 100 400 9.55e-212 581 ACV16867.1 AFV39595.1 92.7 301 22 0 1 301 153 453 5.35e-204 583 ACV16867.1 ACH90072.1 95.3 253 12 0 1 253 128 380 9.64e-184 509 ACV16867.1 BAO23243.1 96.3 244 9 0 1 244 100 343 3.13e-178 494 ACV16867.1 BAO11608.1 95.0 240 12 0 1 240 100 339 6.06e-175 485 ACV16867.1 AOW36968.1 89.2 250 27 0 1 250 84 333 8.93e-171 474 ACV16867.1 AVA00513.1 92.1 240 19 0 1 240 100 339 2.12e-168 469 ACV16867.1 AOW33101.1 92.8 235 17 0 1 235 84 318 9.08e-165 459 ACV16867.1 ADB27070.1 95.7 210 9 0 38 247 1 210 4.65e-153 425 ACV16867.1 ARR91819.1 96.3 188 7 0 20 207 120 307 1.25e-131 374 WP_134106059.1 WP_134106059.1 100 136 0 0 1 136 1 136 1.06e-103 290 WP_134106059.1 WP_108494191.1 65.2 138 46 2 1 136 1 138 5.76e-63 187 XP_014802175.1 XP_014802175.1 100 296 0 0 1 296 1 296 1.13e-227 617 WP_006685582.1 WP_006685582.1 100 412 0 0 1 412 1 412 1.09e-279 758 WP_006685582.1 WP_154097642.1 23.3 344 219 11 55 376 52 372 2.39e-06 47.8 WP_217452155.1 WP_217452155.1 100 155 0 0 1 155 1 155 4.12e-108 303 WP_217452155.1 WP_007356512.1 32.0 175 87 4 2 147 863 1034 4.15e-14 67.0 NLU55538.1 NLU55538.1 100 176 0 0 1 176 1 176 5.43e-130 360 UZF38514.1 UZF38514.1 100 206 0 0 1 206 1 206 2.90e-142 393 UZF38514.1 AVM35379.1 73.8 206 54 0 1 206 9 214 4.47e-109 310 UZF38514.1 ADW49125.1 72.3 206 57 0 1 206 6 211 9.01e-106 301 UZF38514.1 AWS34156.1 72.8 206 56 0 1 206 14 219 1.68e-105 301 UZF38514.1 AFA24308.1 70.9 206 60 0 1 206 7 212 1.26e-103 296 UZF38514.1 AFA09475.1 72.1 204 57 0 3 206 2 205 1.41e-103 295 UZF38514.1 ADJ35581.1 69.4 206 63 0 1 206 15 220 3.35e-103 295 UZF38514.1 QUA05739.1 72.4 199 55 0 1 199 14 212 1.14e-99 286 UZF38514.1 QUQ06080.1 68.0 206 66 0 1 206 14 219 2.06e-99 285 UZF38514.1 ABQ63546.1 68.0 206 66 0 1 206 13 218 6.61e-98 281 UZF38514.1 AHK62764.1 67.5 206 67 0 1 206 10 215 1.04e-97 281 UZF38514.1 AAX94106.1 72.0 189 53 0 18 206 1 189 1.48e-95 283 UZF38514.1 AOR13807.1 69.1 194 60 0 1 194 5 198 2.03e-92 267 UZF38514.1 AMA90994.1 68.5 184 58 0 1 184 14 197 8.31e-87 253 UZF38514.1 AGI15931.1 62.0 200 76 0 1 200 7 206 4.08e-82 241 UZF38514.1 AKT58828.1 66.5 182 61 0 1 182 14 195 5.70e-82 240 UZF38514.1 AKA56406.1 69.0 187 55 1 1 187 14 197 6.09e-82 240 UZF38514.1 AOQ89457.1 66.9 178 59 0 1 178 10 187 7.18e-81 237 UZF38514.1 AHH30646.1 71.3 167 46 2 20 186 7 171 9.32e-78 229 UZF38514.1 AXZ65741.1 63.4 175 64 0 1 175 14 188 9.42e-77 227 UZF38514.1 ACE88666.1 77.1 140 32 0 67 206 1 140 1.81e-74 219 UZF38514.1 APC24336.1 70.5 112 33 0 95 206 1 112 3.06e-50 165 TVU87390.1 TVU87390.1 100 230 0 0 1 230 1 230 6.51e-160 440 TVU87390.1 WP_227405228.1 88.3 230 27 0 1 230 1 230 2.29e-144 400 XP_018994437.1 XP_018994437.1 100 619 0 0 1 619 1 619 0.0 918 MBI2114665.1 MBI2114665.1 100 316 0 0 1 316 1 316 3.36e-230 625 PAZ00503.1 PAZ00503.1 100 98 0 0 1 98 1 98 6.17e-67 194 SIR93298.1 SIR93298.1 100 256 0 0 1 256 1 256 6.13e-196 533 WP_200986363.1 WP_200986363.1 100 316 0 0 1 316 1 316 1.92e-220 600 WP_200986363.1 WP_248721304.1 23.0 278 211 2 1 278 1 275 7.93e-17 77.8 WP_200986363.1 WP_044453403.1 25.5 161 115 2 1 157 1 160 1.89e-08 53.1 WP_200986363.1 WP_096722254.1 22.2 158 120 2 1 157 1 156 2.49e-07 49.7 WP_200986363.1 WP_241524600.1 26.1 161 112 4 1 157 1 158 2.71e-04 40.4 WP_247623347.1 WP_247623347.1 100 84 0 0 1 84 1 84 1.08e-47 144 TDJ69718.1 TDJ69718.1 100 436 0 0 1 436 1 436 0.0 896 TDJ69718.1 HBC43327.1 56.0 134 52 2 1 127 1 134 9.71e-40 137 TDJ69718.1 XP_016452348.1 25.1 431 288 15 22 424 72 495 3.66e-24 103 MCB9820569.1 MCB9820569.1 100 386 0 0 1 386 1 386 5.37e-260 706 WP_142051038.1 WP_142051038.1 100 398 0 0 1 398 1 398 7.30e-248 676 KAJ2593889.1 KAJ2593889.1 100 414 0 0 1 414 1 414 1.13e-298 806 KAJ2593889.1 XP_033668161.1 36.8 405 225 11 3 381 9 408 2.16e-70 226 WP_219798185.1 WP_219798185.1 100 295 0 0 1 295 1 295 4.32e-211 575 XP_002777379.1 XP_002777379.1 100 136 0 0 1 136 1 136 1.15e-98 277 MAG40972.1 MAG40972.1 100 332 0 0 1 332 1 332 1.30e-226 617 WP_084371009.1 WP_084371009.1 100 305 0 0 1 305 1 305 1.69e-213 582 WP_084371009.1 WP_281543397.1 38.7 292 172 2 15 303 2 289 5.26e-64 202 WP_084371009.1 WP_221265680.1 32.7 297 192 4 3 298 20 309 9.36e-47 158 WP_084371009.1 EHR6291555.1 38.4 211 128 2 3 212 330 539 6.69e-38 139 WP_084371009.1 WP_152652784.1 34.1 232 144 5 7 234 10 236 1.25e-34 126 WP_084371009.1 RLN50561.1 31.3 243 163 2 3 241 1494 1736 1.91e-34 131 WP_084371009.1 NVM03966.1 32.3 226 132 3 3 211 6 227 9.09e-33 121 WP_084371009.1 MSO30570.1 30.6 232 158 2 3 232 8 238 1.12e-32 122 WP_084371009.1 WP_132175930.1 31.3 246 162 3 12 252 37 280 3.03e-32 120 WP_084371009.1 WP_170725874.1 31.9 213 138 3 2 210 4 213 4.30e-26 103 WP_084371009.1 WP_185334683.1 31.0 213 141 4 3 209 5 217 3.54e-24 100 WP_084371009.1 MBC7326981.1 28.8 229 148 6 1 215 5 232 3.67e-24 97.1 WP_084371009.1 WP_248562494.1 31.1 212 136 6 3 211 2 206 9.55e-23 94.0 WP_084371009.1 MWR41881.1 28.8 243 140 6 1 211 3 244 6.18e-22 91.3 WP_084371009.1 MBO5162475.1 26.2 252 169 6 5 249 1 242 2.78e-21 92.0 WP_084371009.1 WP_071876418.1 29.2 253 164 7 3 241 4 255 4.28e-21 91.7 WP_084371009.1 MXP43753.1 27.4 215 139 6 12 211 24 236 7.17e-20 85.5 WP_084371009.1 OAN53756.1 26.1 226 146 6 3 211 12 233 1.30e-19 84.7 WP_084371009.1 WP_158791585.1 26.8 224 151 4 1 211 3 226 1.09e-18 82.0 WP_084371009.1 WP_174822921.1 24.3 226 154 6 1 211 6 229 7.74e-18 79.7 WP_084371009.1 WP_207918089.1 24.9 229 148 7 1 211 4 226 9.34e-17 76.6 WP_084371009.1 WP_089246429.1 29.2 212 132 7 17 213 275 483 1.69e-13 68.9 WP_084371009.1 WP_150396769.1 27.9 204 131 5 21 210 292 493 1.03e-11 63.5 WP_084371009.1 WP_153844272.1 27.4 241 146 9 3 223 6 237 1.04e-09 57.4 MCA1836835.1 MCA1836835.1 100 110 0 0 1 110 1 110 2.27e-79 226 TSA47082.1 TSA47082.1 100 200 0 0 1 200 1 200 3.86e-144 397 WP_212961195.1 WP_212961195.1 100 1052 0 0 1 1052 1 1052 0.0 1949 WP_212961195.1 WP_200037957.1 27.6 402 245 4 419 818 1011 1368 1.91e-34 141 WP_212961195.1 MBK0846266.1 36.2 196 120 3 847 1042 364 554 3.95e-30 125 WP_212961195.1 MBQ1868746.1 24.3 441 275 8 412 840 255 648 1.70e-29 124 WP_212961195.1 WP_192272294.1 36.9 206 109 5 841 1039 158 349 5.08e-29 118 WP_212961195.1 WP_076194242.1 30.6 232 160 1 411 642 222 452 5.00e-26 111 WP_212961195.1 NIK25817.1 34.9 218 124 7 839 1039 391 607 8.70e-25 108 WP_212961195.1 WP_083180153.1 33.7 205 124 8 840 1039 404 601 6.35e-21 96.7 WP_212961195.1 MBP1530348.1 36.2 116 71 1 714 829 3 115 1.37e-15 75.5 WP_212961195.1 EJF06804.1 30.5 118 80 1 714 829 2 119 6.06e-13 69.3 WP_212961195.1 WP_069156513.1 35.3 116 71 2 714 828 4 116 9.79e-13 67.4 WP_212961195.1 TVR41840.1 26.4 277 167 11 378 648 263 508 5.04e-11 64.7 WP_212961195.1 KFX48203.1 28.3 106 73 1 715 817 1077 1182 1.24e-07 54.3 WP_228273696.1 WP_228273696.1 100 237 0 0 1 237 1 237 6.36e-184 501 MBU2510560.1 MBU2510560.1 100 97 0 0 1 97 1 97 5.95e-69 199 ECA8969615.1 ECA8969615.1 100 566 0 0 1 566 1 566 0.0 1151 KAF5192947.1 KAF5192947.1 100 595 0 0 1 595 1 595 0.0 1086 KAF5192947.1 KAI9244788.1 52.5 99 38 2 15 112 6 96 7.24e-24 102 RYG22587.1 RYG22587.1 100 239 0 0 1 239 1 239 4.45e-176 481 RYY39456.1 RYY39456.1 100 272 0 0 1 272 1 272 1.09e-197 539 KAJ3920833.1 KAJ3920833.1 100 411 0 0 1 411 1 411 9.07e-216 596 EFO3858608.1 EFO3858608.1 100 71 0 0 1 71 1 71 5.06e-47 142 WP_032037025.1 WP_032037025.1 100 96 0 0 1 96 1 96 3.21e-68 197 EJC8518717.1 EJC8518717.1 100 441 0 0 1 441 1 441 0.0 893 WP_056747799.1 WP_056747799.1 100 93 0 0 1 93 1 93 2.48e-66 192 MBP9767803.1 MBP9767803.1 100 410 0 0 1 410 1 410 8.86e-294 793 MBP9767803.1 ADP83890.1 25.7 230 137 7 193 401 265 481 1.07e-10 61.6 MBP9767803.1 WP_129857883.1 21.3 211 162 3 191 401 179 385 2.80e-05 44.3 MBR2609817.1 MBR2609817.1 100 420 0 0 1 420 1 420 6.98e-312 840 MBR2609817.1 MCP2519657.1 45.1 421 225 5 1 419 1 417 2.46e-119 352 WP_105738432.1 WP_105738432.1 100 443 0 0 1 443 1 443 9.30e-315 849 WP_105738432.1 WP_061554953.1 27.8 453 282 11 7 433 7 440 2.98e-36 137 MBR1803321.1 MBR1803321.1 100 361 0 0 1 361 1 361 4.63e-262 709 KXK41164.1 KXK41164.1 100 305 0 0 1 305 1 305 1.47e-223 607 KXK41164.1 MBL6756473.1 44.8 299 157 3 6 302 46 338 2.20e-76 246 KXK41164.1 PIY74148.1 45.6 285 140 3 28 304 1 278 1.72e-75 241 KXK41164.1 WP_226865765.1 35.0 297 177 8 9 302 4 287 9.16e-45 159 KXK41164.1 WP_240053789.1 29.4 299 180 12 8 295 9 287 3.99e-22 92.8 KXK41164.1 WP_278906630.1 41.2 68 39 1 9 75 4 71 4.00e-06 46.6 MSV89973.1 MSV89973.1 100 183 0 0 1 183 1 183 4.23e-126 350 WP_212269268.1 WP_212269268.1 100 88 0 0 1 88 1 88 1.23e-57 170 WP_212269268.1 WP_079835571.1 51.3 78 35 2 10 84 274 351 9.28e-15 65.9 MBQ8356560.1 MBQ8356560.1 100 212 0 0 1 212 1 212 9.06e-158 433 KAF4755575.1 KAF4755575.1 100 565 0 0 1 565 1 565 0.0 994 WP_039983362.1 WP_039983362.1 100 246 0 0 1 246 1 246 8.91e-175 479 HJF55539.1 HJF55539.1 100 487 0 0 1 487 1 487 0.0 927 MBN2192743.1 MBN2192743.1 100 768 0 0 1 768 1 768 0.0 1261 MBN2192743.1 WP_282467912.1 39.9 343 201 4 370 710 90 429 2.26e-68 242 MBN2192743.1 HAM57133.1 48.4 62 32 0 6 67 5 66 2.09e-12 61.2 EDF5922784.1 EDF5922784.1 100 565 0 0 1 565 1 565 0.0 1147 EDF5922784.1 EJI8012843.1 72.4 673 78 6 1 565 1 673 0.0 922 EDF5922784.1 MBL04873.1 24.7 469 228 19 12 411 20 432 2.08e-09 58.2 WP_141624088.1 WP_141624088.1 100 228 0 0 1 228 1 228 7.38e-165 452 WP_211429491.1 WP_211429491.1 100 983 0 0 1 983 1 983 0.0 1922 MCL4467776.1 MCL4467776.1 100 743 0 0 1 743 1 743 0.0 1481 MCL4467776.1 OEC37898.1 31.1 135 68 5 608 740 462 573 9.56e-10 60.1 KQO44758.1 KQO44758.1 100 428 0 0 1 428 1 428 0.0 868 KQO44758.1 WP_176390098.1 49.3 430 204 6 1 420 12 437 3.69e-139 404 KQO44758.1 SQB81123.1 62.5 64 23 1 363 426 1 63 9.49e-18 75.5 NRA95518.1 NRA95518.1 100 199 0 0 1 199 1 199 4.17e-143 395 WP_279184953.1 WP_279184953.1 100 328 0 0 1 328 1 328 7.22e-247 668 WP_279184953.1 MBR6417349.1 34.2 120 76 2 198 317 2 118 1.01e-11 60.1 WP_019807556.1 WP_019807556.1 100 204 0 0 1 204 1 204 3.69e-144 398 WP_019807556.1 WP_047323805.1 65.0 183 64 0 9 191 10 192 1.76e-83 244 KAI1377204.1 KAI1377204.1 100 298 0 0 1 298 1 298 7.01e-223 605 WP_086236254.1 WP_086236254.1 100 264 0 0 1 264 1 264 3.37e-188 514 WP_086236254.1 WP_042648904.1 44.3 262 143 3 1 260 1 261 1.24e-69 214 WP_086236254.1 NKB40192.1 41.6 255 146 3 11 263 28 281 4.14e-58 185 MCF3649178.1 MCF3649178.1 100 167 0 0 1 167 1 167 5.93e-116 323 MCF3649178.1 WP_045183792.1 49.5 105 53 0 45 149 10 114 2.93e-26 95.5 XP_053501940.1 XP_053501940.1 100 350 0 0 1 350 1 350 1.38e-262 709 MCI9379843.1 MCI9379843.1 100 611 0 0 1 611 1 611 0.0 1219 MCI9379843.1 MCK5725948.1 31.9 661 384 22 1 604 1 652 6.39e-83 271 EIA1623697.1 EIA1623697.1 100 719 0 0 1 719 1 719 0.0 1440 EIA1623697.1 WP_237480153.1 37.1 272 152 6 449 714 424 682 2.11e-42 162 CAF4687378.1 CAF4687378.1 100 85 0 0 1 85 1 85 3.05e-61 179 CAH8313346.1 CAH8313346.1 100 455 0 0 1 455 1 455 0.0 917 MBN9169301.1 MBN9169301.1 100 122 0 0 1 122 1 122 2.25e-78 225 KAG8539342.1 KAG8539342.1 100 77 0 0 1 77 1 77 1.68e-50 151 WP_259864893.1 WP_259864893.1 100 60 0 0 1 60 1 60 1.39e-37 117 WAS49087.1 WAS49087.1 100 7093 0 0 1 7093 1 7093 0.0 12565 WAS49087.1 UZO53924.1 90.7 7093 661 0 1 7093 1 7093 0.0 12557 WAS49087.1 UVB16817.1 90.7 7093 660 0 1 7093 1 7093 0.0 12556 WAS49087.1 URQ55824.1 90.7 7093 661 0 1 7093 1 7093 0.0 12556 WAS49087.1 QVD87869.1 90.5 7093 672 0 1 7093 1 7093 0.0 12532 WAS49087.1 QWC83326.1 90.5 7096 671 1 1 7093 1 7096 0.0 12527 WAS49087.1 UMF87224.1 90.2 7093 694 1 1 7093 1 7092 0.0 12522 WAS49087.1 WEU87158.1 90.5 7096 673 1 1 7093 1 7096 0.0 12522 WAS49087.1 QSZ25555.1 90.4 7096 675 1 1 7093 1 7096 0.0 12521 WAS49087.1 UBP50947.1 90.4 7096 675 1 1 7093 1 7096 0.0 12517 WAS49087.1 UBD95131.1 90.4 7096 677 1 1 7093 1 7096 0.0 12513 WAS49087.1 UEC52718.1 90.4 7096 680 1 1 7093 1 7096 0.0 12506 WAS49087.1 UIR12670.1 90.1 7093 698 1 1 7093 1 7092 0.0 12466 WAS49087.1 QZU16279.1 90.1 7096 702 1 1 7093 1 7096 0.0 12453 WAS49087.1 UPA83906.1 89.9 7093 715 1 1 7093 1 7092 0.0 12425 WAS49087.1 UBR86455.1 90.0 7095 706 1 2 7093 1 7095 0.0 12408 WAS49087.1 UXX67934.1 89.7 7093 729 0 1 7093 1 7093 0.0 12395 WAS49087.1 UCP72061.1 89.3 7096 753 1 1 7093 1 7096 0.0 12333 WAS49087.1 UCP77012.1 89.3 7096 754 1 1 7093 1 7096 0.0 12332 WAS49087.1 WHE12941.1 89.1 7067 773 0 27 7093 1 7067 0.0 12242 WAS49087.1 UKN67998.1 89.0 7073 777 1 21 7093 1 7072 0.0 12237 WAS49087.1 UGA79226.1 88.9 7096 786 1 1 7093 1 7096 0.0 12210 WAS49087.1 UAQ80067.1 88.0 7096 849 1 1 7093 1 7096 0.0 12084 WAS49087.1 UJT06733.1 88.2 7093 838 1 1 7093 1 7092 0.0 12026 WAS49087.1 UVI10561.1 87.2 7066 905 0 28 7093 1 7066 0.0 11928 MBF9039534.1 MBF9039534.1 100 250 0 0 1 250 1 250 1.44e-127 360 MCB0672512.1 MCB0672512.1 100 361 0 0 1 361 1 361 3.55e-266 719 MBI4878028.1 MBI4878028.1 100 884 0 0 1 884 1 884 0.0 1773 MBP1876254.1 MBP1876254.1 100 357 0 0 1 357 1 357 5.78e-254 688 MBP1876254.1 MBU5353226.1 36.0 264 161 5 16 276 26 284 2.72e-50 169 MBP1876254.1 WP_098952357.1 39.3 229 136 3 18 243 28 256 9.62e-46 157 MBP1876254.1 WP_227059655.1 36.5 252 153 4 18 262 341 592 5.54e-42 153 MBP1876254.1 WP_192324556.1 36.7 245 152 3 1 242 325 569 5.87e-39 144 MBP1876254.1 GLY24463.1 33.9 248 154 5 1 238 4 251 8.04e-37 134 MBP1876254.1 MCC6044083.1 36.4 220 136 4 2 220 4 220 1.65e-36 132 MBP1876254.1 WP_107894076.1 30.1 269 174 6 1 257 5 271 1.17e-35 130 MBP1876254.1 WP_077217464.1 35.8 268 131 7 7 249 36 287 5.02e-35 128 MBP1876254.1 WP_071876418.1 33.2 229 142 7 2 225 4 226 7.49e-29 115 MBP1876254.1 WP_281034490.1 40.5 158 89 3 183 335 1 158 2.99e-25 98.6 MBP1876254.1 NVM03966.1 29.1 227 146 4 20 246 37 248 3.80e-23 96.7 MBP1876254.1 WP_022619009.1 28.2 209 135 6 24 228 22 219 3.55e-20 86.7 MBP1876254.1 WP_159463829.1 31.2 221 137 5 16 233 368 576 2.06e-19 87.8 MBP1876254.1 WP_089246429.1 28.3 237 149 7 4 229 7 233 8.31e-18 82.8 MBP1876254.1 WP_125260587.1 41.2 68 36 2 142 206 830 896 2.93e-05 44.3 MBP1876254.1 MBO8485404.1 35.8 67 40 2 142 206 726 791 2.66e-04 41.2 EBC1613035.1 EBC1613035.1 100 264 0 0 1 264 1 264 8.99e-193 526 WP_052386686.1 WP_052386686.1 100 405 0 0 1 405 1 405 1.67e-300 810 WP_068000887.1 WP_068000887.1 100 247 0 0 1 247 1 247 8.60e-178 486 WP_257384536.1 WP_257384536.1 100 781 0 0 1 781 1 781 0.0 1583 WP_254363411.1 WP_254363411.1 100 410 0 0 1 410 1 410 6.83e-282 763 WP_254363411.1 MBP8613265.1 47.5 40 21 0 79 118 326 365 5.23e-05 43.5 MCA3389197.1 MCA3389197.1 100 334 0 0 1 334 1 334 2.16e-226 617 MCA3389197.1 WP_097108993.1 35.2 298 171 4 29 311 31 321 1.46e-47 161 MCA3389197.1 MCP4329804.1 30.9 291 186 6 22 310 324 601 3.81e-30 119 MCA3389197.1 WP_008134825.1 32.8 299 192 5 16 311 16 308 1.60e-24 102 MCK9538307.1 MCK9538307.1 100 134 0 0 1 134 1 134 9.50e-97 272 WP_013712491.1 WP_013712491.1 100 144 0 0 1 144 1 144 8.82e-91 258 MBQ7809358.1 MBQ7809358.1 100 84 0 0 1 84 1 84 1.94e-50 151 WP_187642449.1 WP_187642449.1 100 720 0 0 1 720 1 720 0.0 1172 WP_187642449.1 WP_001537381.1 52.8 447 190 6 10 448 2559 2992 5.82e-113 374 WP_036824351.1 WP_036824351.1 100 253 0 0 1 253 1 253 2.90e-188 513 WP_036824351.1 WP_142260807.1 31.9 185 123 2 57 241 56 237 2.32e-22 90.9 XP_042531659.1 XP_042531659.1 100 309 0 0 1 309 1 309 1.11e-220 600 XP_042531659.1 XP_005087540.1 42.1 304 176 0 1 304 1 304 5.34e-79 241 XP_042531659.1 XP_034290446.1 40.4 307 180 3 3 307 4 309 3.15e-74 229 XP_042531659.1 XP_012889676.1 40.9 308 170 3 1 302 1 302 8.54e-73 225 XP_042531659.1 XP_002688837.2 41.6 305 176 2 1 304 1 304 2.05e-71 221 XP_042531659.1 XP_054446685.1 35.3 303 196 0 5 307 3 305 1.75e-64 204 XP_042531659.1 AAR19565.1 40.6 224 127 2 65 285 2 222 5.68e-49 161 XP_042531659.1 XP_049747270.1 32.5 268 176 3 35 299 37 302 6.54e-39 137 XP_042531659.1 XP_046298169.1 32.5 302 190 8 4 297 6 301 3.78e-37 133 WP_092802679.1 WP_092802679.1 100 810 0 0 1 810 1 810 0.0 1583 NMG18956.1 NMG18956.1 100 86 0 0 1 86 1 86 4.70e-52 155 WP_058997548.1 WP_058997548.1 100 464 0 0 1 464 1 464 0.0 969 MCO7639728.1 MCO7639728.1 100 137 0 0 1 137 1 137 1.69e-96 272 PBK84789.1 PBK84789.1 100 156 0 0 1 156 1 156 6.83e-112 312 KAI9244300.1 KAI9244300.1 100 1221 0 0 1 1221 1 1221 0.0 2184 WP_265332308.1 WP_265332308.1 100 423 0 0 1 423 1 423 4.50e-305 823 WP_224045636.1 WP_224045636.1 100 233 0 0 1 233 1 233 1.55e-173 474 WP_224045636.1 WP_278643529.1 37.8 230 139 4 1 227 60 288 1.08e-43 147 WP_224045636.1 NLB38271.1 29.7 232 153 5 1 226 2 229 2.17e-24 95.5 WP_224045636.1 WP_177525402.1 28.8 219 151 4 2 217 63 279 5.51e-17 77.8 WP_049043948.1 WP_049043948.1 100 73 0 0 1 73 1 73 2.46e-48 145 WP_068780709.1 WP_068780709.1 100 276 0 0 1 276 1 276 7.91e-161 446 WP_247334239.1 WP_247334239.1 100 264 0 0 1 264 1 264 1.49e-191 523 WP_265966242.1 WP_265966242.1 100 213 0 0 1 213 1 213 4.47e-154 424 MBS7604783.1 MBS7604783.1 100 182 0 0 1 182 1 182 6.54e-134 370 MCD6419504.1 MCD6419504.1 100 131 0 0 1 131 1 131 4.94e-93 263 MCD6419504.1 WP_046278045.1 34.8 112 72 1 5 116 2 112 5.20e-23 85.9 MCI2155109.1 MCI2155109.1 100 292 0 0 1 292 1 292 5.49e-192 526 WP_013559898.1 WP_013559898.1 100 287 0 0 1 287 1 287 6.83e-52 170 CKQ42697.1 CKQ42697.1 100 311 0 0 1 311 1 311 7.74e-160 446 MCE4566367.1 MCE4566367.1 100 263 0 0 1 263 1 263 1.18e-167 462 MCL6540381.1 MCL6540381.1 100 144 0 0 1 144 1 144 2.01e-96 272 MBK8168045.1 MBK8168045.1 100 355 0 0 1 355 1 355 3.84e-267 721 EAG5429682.1 EAG5429682.1 100 214 0 0 133 346 133 346 4.23e-129 371 WP_038239756.1 WP_038239756.1 100 288 0 0 1 288 1 288 4.91e-218 592 WP_017633897.1 WP_017633897.1 100 135 0 0 1 135 1 135 9.47e-93 262 WP_050498798.1 WP_050498798.1 100 187 0 0 1 187 1 187 3.08e-130 361 GFW26598.1 GFW26598.1 100 740 0 0 1 740 1 740 0.0 1499 TNI18971.1 TNI18971.1 100 245 0 0 1 245 1 245 3.04e-161 444 WP_278631399.1 WP_278631399.1 100 859 0 0 1 859 1 859 0.0 1609 WP_278631399.1 MBE6688122.1 41.3 831 427 12 1 786 1 815 1.56e-180 541 WP_278631399.1 KAA0114277.1 38.1 895 497 16 4 856 35 914 7.94e-161 491 WP_278631399.1 WP_235126772.1 34.9 869 516 14 21 851 16 872 4.48e-140 436 WP_278631399.1 XP_009147075.2 34.8 838 441 14 19 751 134 971 9.27e-126 405 WP_278631399.1 MBE5737882.1 30.2 868 546 17 21 853 22 864 2.16e-103 338 WP_278631399.1 KAF5671546.1 29.4 799 456 20 30 723 183 978 6.11e-75 265 WP_278631399.1 WP_049009918.1 27.5 777 467 18 20 754 66 788 5.13e-71 250 WP_278631399.1 WP_019100427.1 29.2 766 482 18 21 750 50 791 1.07e-67 241 WP_278631399.1 MBY0273331.1 28.7 693 405 19 21 698 7 625 1.58e-58 212 WP_278631399.1 KAJ6994162.1 28.8 639 384 17 82 702 101 686 1.58e-56 208 WP_278631399.1 MCE7698179.1 32.2 273 147 8 100 364 53 295 6.28e-22 97.4 WP_278631399.1 WP_074319120.1 32.6 175 90 2 500 674 562 708 4.70e-18 87.4 WP_278631399.1 OFX32653.1 34.0 156 75 3 499 653 438 566 6.32e-14 73.9 WP_278631399.1 MBI6149093.1 31.3 166 82 4 499 663 591 725 9.50e-14 73.6 WP_278631399.1 WP_041591748.1 28.5 214 107 4 450 659 424 595 6.87e-12 67.4 WP_278631399.1 SFX27592.1 27.0 148 79 3 500 646 510 629 2.82e-11 65.5 WP_278631399.1 WP_176307440.1 36.8 76 41 1 546 621 632 700 3.41e-05 45.8 WP_043940504.1 WP_043940504.1 100 648 0 0 1 648 1 648 0.0 1264 WP_043940504.1 HAN66834.1 53.9 648 280 7 16 648 16 659 2.65e-223 635 WP_043940504.1 MBP8196496.1 41.6 811 285 11 21 648 1 805 1.47e-186 546 WP_043940504.1 WP_150253061.1 47.1 688 308 12 14 648 12 696 2.66e-183 534 HAS8246497.1 HAS8246497.1 100 984 0 0 1 984 1 984 0.0 1785 HAS8246497.1 TAL20232.1 37.3 389 229 6 473 846 221 609 2.70e-65 230 HAS8246497.1 WP_261733022.1 31.2 573 332 12 400 952 198 728 2.94e-63 227 HAS8246497.1 WP_007356512.1 31.2 487 291 8 474 928 736 1210 5.58e-62 228 HAS8246497.1 EDN57974.1 41.2 233 132 4 480 707 398 630 3.64e-44 172 HAS8246497.1 WP_232306300.1 26.3 396 262 7 480 849 849 1240 5.32e-30 127 WP_176970092.1 WP_176970092.1 100 303 0 0 1 303 1 303 5.42e-209 570 MBP6375542.1 MBP6375542.1 100 444 0 0 1 444 1 444 0.0 880 MBP6375542.1 WP_258835625.1 69.8 444 128 3 1 439 1 443 1.30e-222 617 MBP6375542.1 MBT4710545.1 48.8 445 218 5 1 439 1 441 1.53e-141 411 MBP6375542.1 PWM49891.1 38.7 442 261 5 1 438 1 436 1.01e-96 296 MBP6375542.1 WP_249505358.1 40.8 449 242 9 3 439 2 438 1.90e-96 295 MBP6375542.1 WP_194454339.1 29.6 453 279 11 4 438 8 438 1.25e-48 170 MBP6375542.1 GER04731.1 30.7 446 280 12 7 444 9 433 4.74e-44 158 MBC7309192.1 MBC7309192.1 100 92 0 0 1 92 1 92 5.26e-63 184 MCS6948817.1 MCS6948817.1 100 139 0 0 1 139 1 139 5.63e-105 293 HAQ9752200.1 HAQ9752200.1 100 126 0 0 1 126 1 126 4.47e-89 252 XP_007978456.1 XP_007978456.1 100 292 0 0 1 292 1 292 2.41e-211 575 EGS7961067.1 EGS7961067.1 100 230 0 0 1 230 1 230 2.11e-165 454 MBO5162475.1 MBO5162475.1 100 499 0 0 1 499 1 499 0.0 973 MBO5162475.1 WP_150396769.1 37.7 494 290 6 6 493 32 513 1.46e-104 320 MBO5162475.1 WP_185334683.1 33.9 508 306 8 1 493 7 499 4.86e-86 272 MBO5162475.1 WP_089246429.1 36.2 483 285 11 4 474 10 481 1.01e-85 271 MBO5162475.1 WP_084371009.1 26.9 219 152 5 1 218 5 216 2.94e-22 95.5 MBO5162475.1 WP_142931103.1 25.5 478 306 17 14 470 20 468 3.14e-19 88.6 MBO5162475.1 WP_008134825.1 32.2 211 132 5 10 212 617 824 7.86e-18 85.1 MBO5162475.1 WP_089095302.1 22.0 541 330 17 1 479 6 516 1.47e-17 84.0 MBO5162475.1 WP_167977039.1 26.8 209 139 3 10 210 17 219 4.20e-17 79.3 MBO5162475.1 MBQ3864274.1 26.0 215 155 3 11 221 33 247 3.15e-14 72.0 MBO5162475.1 WP_098952357.1 27.6 199 136 3 279 474 41 234 5.98e-11 62.0 MBO5162475.1 WP_041481207.1 29.6 162 102 6 269 427 353 505 1.82e-08 55.1 MBO5162475.1 MBQ8297564.1 24.7 247 145 8 262 491 343 565 2.47e-08 54.7 MBO5162475.1 WP_195238978.1 23.9 201 143 6 269 468 501 692 2.77e-08 54.7 MBO5162475.1 WP_247749043.1 22.4 223 156 5 269 484 374 586 1.63e-06 48.9 KAI8723523.1 KAI8723523.1 100 502 0 0 1 502 1 502 0.0 993 WP_145643501.1 WP_145643501.1 100 260 0 0 1 260 1 260 6.92e-204 553 WP_145643501.1 WP_054435236.1 63.1 255 92 1 1 253 1 255 2.24e-116 333 WP_145643501.1 KLR59865.1 35.0 254 159 4 1 250 1 252 3.99e-51 166 MCB0840321.1 MCB0840321.1 100 197 0 0 1 197 1 197 6.40e-137 379 WP_257880947.1 WP_257880947.1 100 418 0 0 1 418 1 418 5.07e-288 780 KAG1144813.1 KAG1144813.1 100 295 0 0 1 295 1 295 3.50e-201 550 EAJ4317745.1 EAJ4317745.1 100 440 0 0 1 440 1 440 0.0 866 EAJ4317745.1 UWG74403.1 29.9 431 232 16 5 409 29 415 8.45e-39 144 EAJ4317745.1 XP_004466702.1 28.1 416 248 15 5 405 213 592 4.66e-30 121 WP_098952357.1 WP_098952357.1 100 323 0 0 1 323 1 323 2.36e-229 623 WP_098952357.1 MBU5353226.1 46.8 263 138 2 1 263 2 262 4.00e-76 234 WP_098952357.1 WP_226904802.1 44.8 297 163 1 3 299 22 317 9.36e-72 224 WP_098952357.1 WP_192324556.1 48.4 279 142 2 3 280 318 595 1.21e-71 231 WP_098952357.1 MBQ3864274.1 43.3 289 163 1 28 316 33 320 7.16e-69 216 WP_098952357.1 WP_227059655.1 47.1 261 137 1 3 263 317 576 1.06e-68 224 WP_098952357.1 GLY24463.1 40.7 324 170 7 2 315 3 314 6.43e-64 203 WP_098952357.1 RUU66461.1 46.9 260 136 2 6 265 82 339 1.93e-63 204 WP_098952357.1 MCP5262709.1 40.7 329 178 6 3 323 1 320 1.90e-62 199 WP_098952357.1 WP_107894076.1 37.9 306 174 6 1 299 3 299 9.06e-61 195 WP_098952357.1 MBP1876254.1 39.3 229 136 3 28 256 18 243 1.03e-42 149 WP_098952357.1 QCM13287.1 35.8 279 142 9 3 267 9 264 3.90e-35 127 WP_098952357.1 MWR41881.1 35.1 225 133 4 31 250 44 260 6.55e-30 113 WP_098952357.1 OAN53756.1 36.3 237 134 7 29 255 25 254 1.49e-29 112 WP_098952357.1 WP_170725874.1 36.8 228 135 4 28 255 17 235 2.48e-28 110 WP_098952357.1 WP_072380563.1 29.3 259 161 7 3 257 1 241 1.16e-27 106 WP_098952357.1 WP_076409454.1 30.4 257 155 6 2 258 3 235 5.01e-25 101 WP_098952357.1 WP_279984614.1 30.8 224 145 4 29 246 23 242 1.70e-24 98.6 WP_098952357.1 WP_142931103.1 33.2 235 145 6 2 235 250 473 4.15e-22 94.7 WP_098952357.1 MXP43753.1 34.2 228 133 8 29 246 28 248 5.53e-22 91.7 WP_098952357.1 WP_167977039.1 36.2 207 121 6 34 238 24 221 2.13e-20 87.0 WP_098952357.1 WP_247749043.1 31.0 213 136 5 30 237 373 579 1.34e-18 84.7 WP_098952357.1 WP_158791585.1 29.0 245 153 9 17 247 2 239 1.77e-17 79.0 WP_098952357.1 WP_195238978.1 28.5 214 127 5 34 237 504 701 4.06e-16 77.4 WP_098952357.1 WP_036258374.1 29.4 214 141 7 29 240 342 547 5.22e-14 70.9 XP_016469741.1 XP_016469741.1 100 215 0 0 1 215 1 215 7.71e-156 428 XP_036130723.1 XP_036130723.1 100 346 0 0 1 346 1 346 1.21e-254 689 WP_169105698.1 WP_169105698.1 100 243 0 0 1 243 1 243 5.81e-174 476 WP_169105698.1 RQD71026.1 32.5 243 151 4 1 238 1 235 2.10e-34 122 WP_154097642.1 WP_154097642.1 100 457 0 0 1 457 1 457 1.13e-313 848 WP_154097642.1 HCD1810260.1 20.7 188 145 2 9 196 5 188 2.34e-08 52.8 WP_154097642.1 WP_006685582.1 22.9 375 256 12 14 372 19 376 8.62e-07 49.3 WP_135194320.1 WP_135194320.1 100 155 0 0 1 155 1 155 7.70e-113 315 MSR12783.1 MSR12783.1 100 252 0 0 1 252 1 252 1.27e-145 405 XP_003502921.1 XP_003502921.1 100 523 0 0 1 523 1 523 0.0 996 WP_142590093.1 WP_142590093.1 100 338 0 0 1 338 1 338 2.61e-245 665 WP_142590093.1 WP_086353716.1 48.2 313 156 3 14 324 1 309 7.80e-95 283 WP_142590093.1 MBU2478158.1 33.3 63 42 0 263 325 1 63 2.54e-05 40.0 WP_210356206.1 WP_210356206.1 100 189 0 0 1 189 1 189 2.45e-146 402 SCK25073.1 SCK25073.1 100 772 0 0 1 772 1 772 0.0 1427 SCK25073.1 WP_107485636.1 33.8 668 404 14 72 714 134 788 6.53e-88 293 MCI7610146.1 MCI7610146.1 100 56 0 0 1 56 1 56 1.24e-36 114 MCI7610146.1 WP_106587829.1 47.2 53 28 0 4 56 10 62 8.30e-11 53.1 GFC18333.1 GFC18333.1 100 173 0 0 1 173 1 173 1.98e-126 350 WP_020403159.1 WP_020403159.1 100 474 0 0 1 474 1 474 0.0 918 WP_169356007.1 WP_169356007.1 100 380 0 0 1 380 1 380 2.75e-275 744 WP_169356007.1 NRB72577.1 39.1 371 220 4 8 377 12 377 2.58e-81 252 MCJ2541369.1 MCJ2541369.1 100 184 0 0 1 184 1 184 2.37e-137 379 MCJ2541369.1 CKF71070.1 40.2 102 61 0 83 184 496 597 1.63e-21 89.4 MCJ2541369.1 WP_230171322.1 41.7 96 52 1 84 179 777 868 3.75e-18 79.7 WP_277690767.1 WP_277690767.1 100 275 0 0 1 275 1 275 5.94e-183 502 WP_277690767.1 TMH05674.1 41.3 242 128 2 34 275 23 250 9.94e-46 152 KAJ1283197.1 KAJ1283197.1 100 346 0 0 1 346 1 346 9.29e-259 699 KAJ1283197.1 XP_021727484.1 38.2 306 179 3 42 343 35 334 7.44e-65 207 WP_199711823.1 WP_199711823.1 100 282 0 0 1 282 1 282 8.39e-207 563 WP_076799287.1 WP_076799287.1 100 273 0 0 1 273 1 273 1.83e-201 548 KOV87872.1 KOV87872.1 100 204 0 0 1 204 1 204 3.97e-139 385 KOV87872.1 NNF58653.1 47.4 194 97 2 1 190 9 201 3.22e-47 152 WP_043158522.1 WP_043158522.1 100 360 0 0 1 360 1 360 3.15e-264 714 WP_043158522.1 HCW85392.1 41.1 343 195 5 3 339 11 352 7.39e-84 257 WP_099219937.1 WP_099219937.1 100 462 0 0 1 462 1 462 3.22e-311 842 WP_099219937.1 WP_117751014.1 32.7 456 277 9 15 444 5 456 1.12e-50 177 WP_041481207.1 WP_041481207.1 100 546 0 0 1 546 1 546 0.0 1048 WP_041481207.1 MBQ8297564.1 25.2 385 278 4 162 542 161 539 2.84e-30 123 WP_041481207.1 WP_038440434.1 31.6 228 153 2 305 532 305 529 9.61e-30 121 WP_041481207.1 NFD84694.1 27.5 247 176 2 300 544 485 730 9.97e-28 116 WP_041481207.1 WP_195238978.1 33.3 198 130 1 335 532 485 680 9.49e-27 113 WP_041481207.1 WP_247749043.1 23.7 397 266 12 162 531 171 557 1.70e-16 80.9 WP_041481207.1 WP_142931103.1 30.3 185 119 6 350 530 273 451 1.92e-13 70.9 WP_041481207.1 WP_072380563.1 26.2 191 120 5 338 518 5 184 8.16e-11 60.8 WP_041481207.1 WP_258581409.1 28.6 168 110 3 352 517 18 177 1.18e-10 61.6 WP_041481207.1 WP_098952357.1 29.3 188 122 5 353 532 31 215 6.95e-10 58.9 WP_041481207.1 MCH4209672.1 31.8 201 109 7 352 546 397 575 1.84e-09 58.5 WP_041481207.1 NNE23115.1 28.6 196 110 6 333 523 8 178 1.07e-08 55.5 WP_041481207.1 MBO5162475.1 29.6 162 102 6 353 505 269 427 8.00e-08 53.1 WP_041481207.1 WP_226904802.1 28.4 169 92 5 360 512 56 211 1.62e-05 45.4 WP_041481207.1 NVM03966.1 24.2 153 99 2 369 516 54 194 2.66e-05 44.7 WP_041481207.1 WP_276362074.1 27.6 185 112 7 349 514 16 197 6.36e-05 43.1 WP_041481207.1 WP_089095302.1 27.2 184 105 6 350 526 327 488 9.05e-05 43.5 WP_041481207.1 MBQ3864274.1 28.6 154 85 6 360 499 43 185 1.94e-04 42.0 CAH2899959.1 CAH2899959.1 100 273 0 0 1 273 1 273 5.69e-180 494 CAH2899959.1 TXH38262.1 52.4 229 104 2 48 272 1 228 3.70e-66 204 SED94327.1 SED94327.1 100 455 0 0 1 455 1 455 0.0 887 WP_015484594.1 WP_015484594.1 100 481 0 0 1 481 1 481 0.0 915 CAI8213472.1 CAI8213472.1 100 250 0 0 1 250 1 250 4.60e-179 490 CAI8213472.1 WP_173040157.1 26.5 196 126 5 28 222 301 479 2.56e-13 67.4 XP_056050985.1 XP_056050985.1 100 1158 0 0 1 1158 1 1158 0.0 2001 WP_109341768.1 WP_109341768.1 100 1762 0 0 1 1762 1 1762 0.0 2825 WP_109341768.1 EIW7596561.1 26.9 520 294 19 1304 1762 2217 2711 4.00e-10 63.5 MAB27215.1 MAB27215.1 100 137 0 0 1 137 1 137 1.10e-101 285 MAB27215.1 WP_119400337.1 41.4 133 76 2 1 131 1 133 6.82e-30 103 KAJ1022640.1 KAJ1022640.1 100 401 0 0 1 401 1 401 6.67e-257 699 WP_112119927.1 WP_112119927.1 100 469 0 0 1 469 1 469 0.0 917 WP_112119927.1 WP_167959909.1 24.7 534 319 12 6 465 11 535 1.15e-38 145 WP_112119927.1 WP_068051662.1 25.4 497 311 14 28 468 40 532 2.50e-37 142 WP_112119927.1 MBP6544771.1 29.2 346 216 10 141 460 208 550 9.51e-37 140 WP_112119927.1 RLB66027.1 24.4 488 317 13 28 468 34 516 3.48e-36 138 WP_112119927.1 WP_055153579.1 27.7 426 274 11 68 461 63 486 3.15e-33 129 WP_112119927.1 NDJ88951.1 23.0 530 326 14 1 457 3 523 7.35e-24 102 WP_112119927.1 XP_052525039.1 23.6 530 292 17 28 463 127 637 1.79e-22 99.0 WP_112119927.1 TMQ04701.1 28.6 280 148 8 141 370 619 896 2.35e-22 99.0 WP_112119927.1 WP_200941876.1 25.7 304 161 10 141 386 228 524 2.91e-17 82.8 WP_112119927.1 PYB13830.1 25.2 353 211 11 139 458 3332 3664 3.88e-13 70.5 NNF05378.1 NNF05378.1 100 209 0 0 1 209 1 209 1.14e-145 402 NNF05378.1 MBQ3420014.1 37.6 202 108 4 5 198 9 200 4.23e-28 103 NNF05378.1 WP_119328079.1 31.7 202 128 3 4 204 5 197 2.03e-22 88.6 WP_062517857.1 WP_062517857.1 100 310 0 0 1 310 1 310 1.88e-233 632 WP_062517857.1 WP_265272113.1 22.1 299 178 10 27 294 32 306 2.46e-11 62.0 MBO5721020.1 MBO5721020.1 100 231 0 0 1 231 1 231 8.02e-175 478 EFD7787626.1 EFD7787626.1 100 68 0 0 1 68 1 68 2.36e-42 133 WP_161643844.1 WP_161643844.1 100 186 0 0 1 186 1 186 4.08e-139 384 WP_161643844.1 WP_262247119.1 39.4 175 103 3 14 186 2 175 1.39e-48 154 WDA54585.1 WDA54585.1 100 193 0 0 1 193 1 193 4.34e-133 369 WP_020560972.1 WP_020560972.1 100 90 0 0 1 90 1 90 2.63e-62 182 WP_096202154.1 WP_096202154.1 100 82 0 0 1 82 1 82 4.13e-51 153 MBQ3976808.1 MBQ3976808.1 100 135 0 0 1 135 1 135 1.99e-94 266 XP_018561118.1 XP_018561118.1 100 440 0 0 1 440 1 440 0.0 895 WP_002655233.1 WP_002655233.1 100 543 0 0 1 543 1 543 0.0 1021 WP_002655233.1 MCI0750124.1 27.4 241 140 10 282 490 110 347 1.79e-14 73.6 MCL2033989.1 MCL2033989.1 100 125 0 0 1 125 1 125 7.74e-94 264 WP_198297747.1 WP_198297747.1 100 252 0 0 1 252 1 252 4.54e-171 470 VDR39692.1 VDR39692.1 100 317 0 0 1 317 1 317 1.28e-239 649 WP_131055803.1 WP_131055803.1 100 474 0 0 1 474 1 474 0.0 991 WP_131055803.1 HJC81763.1 39.3 481 258 11 5 467 4 468 1.58e-109 331 WP_249557352.1 WP_249557352.1 100 96 0 0 1 96 1 96 1.03e-46 143 WP_070428178.1 WP_070428178.1 100 569 0 0 1 569 1 569 0.0 1102 WP_137732205.1 WP_137732205.1 100 621 0 0 1 621 1 621 0.0 1191 WP_201490320.1 WP_201490320.1 100 116 0 0 1 116 1 116 1.62e-75 217 WP_036973950.1 WP_036973950.1 100 186 0 0 1 186 1 186 1.16e-129 360 KNA07336.1 KNA07336.1 100 198 0 0 1 198 1 198 2.72e-143 395 KAG3033979.1 KAG3033979.1 100 463 0 0 1 463 1 463 1.29e-306 830 NRB78924.1 NRB78924.1 100 397 0 0 1 397 1 397 1.93e-295 796 PNJ24551.1 PNJ24551.1 100 165 0 0 1 165 1 165 1.06e-108 305 WP_027369743.1 WP_027369743.1 100 517 0 0 1 517 1 517 0.0 1038 EBU6207141.1 EBU6207141.1 100 681 0 0 1 681 1 681 0.0 1255 WP_244028884.1 WP_244028884.1 100 255 0 0 1 255 1 255 7.57e-176 482 OGD85943.1 OGD85943.1 100 216 0 0 1 216 1 216 6.85e-155 426 OGD85943.1 WP_089608892.1 38.9 216 108 9 5 215 267 463 1.31e-32 120 XP_049486383.1 XP_049486383.1 100 1268 0 0 1 1268 1 1268 0.0 2464 WP_119088635.1 WP_119088635.1 100 735 0 0 1 735 1 735 0.0 1430 XP_055254096.1 XP_055254096.1 100 194 0 0 1 194 1 194 3.21e-149 410 XP_055254096.1 NXY38534.1 79.7 118 22 1 61 178 1 116 1.25e-69 207 WP_241133221.1 WP_241133221.1 100 240 0 0 1 240 1 240 1.05e-179 491 WP_225781432.1 WP_225781432.1 100 381 0 0 1 381 1 381 1.09e-261 710 MBQ3321785.1 MBQ3321785.1 100 394 0 0 1 394 1 394 3.86e-289 780 MBQ3321785.1 MBO5857838.1 33.1 163 105 4 1 162 1 160 1.36e-16 75.1 RMF68396.1 RMF68396.1 100 492 0 0 1 492 1 492 0.0 1053 RMF68396.1 WP_230284916.1 31.7 504 268 20 1 486 1 446 9.99e-55 188 RMF68396.1 WP_193956008.1 23.4 546 321 20 3 483 9 522 1.19e-18 87.0 WP_177420403.1 WP_177420403.1 100 425 0 0 1 425 1 425 2.79e-300 811 WP_177420403.1 NOR80888.1 31.7 432 265 10 5 421 5 421 1.77e-54 185 MBX7048921.1 MBX7048921.1 100 80 0 0 1 80 1 80 3.29e-56 166 MBP5709003.1 MBP5709003.1 100 72 0 0 1 72 1 72 1.96e-49 148 MBP5709003.1 WP_088526897.1 51.5 68 32 1 1 68 968 1034 2.71e-17 72.4 GAN03156.1 GAN03156.1 100 412 0 0 1 412 1 412 2.33e-290 785 GAN03156.1 XP_040685867.1 50.1 417 199 5 1 412 8 420 1.81e-125 367 GAN03156.1 WP_074825075.1 38.6 396 224 7 28 411 3 391 3.21e-75 238 GAN03156.1 MCP1651746.1 40.3 407 211 10 28 411 6 403 9.81e-74 234 GAN03156.1 EDH4057100.1 39.3 392 224 8 27 411 2 386 4.78e-73 232 GAN03156.1 WP_004619799.1 37.7 401 222 10 31 411 7 399 2.52e-65 212 GAN03156.1 WP_277084622.1 42.6 319 162 7 110 412 1 314 1.92e-61 199 GAN03156.1 WP_083141943.1 37.8 386 232 7 30 411 5 386 4.86e-61 201 GAN03156.1 MBA2536487.1 34.4 393 231 5 30 410 5 382 2.76e-58 193 ETZ74096.1 ETZ74096.1 100 397 0 0 1 397 1 397 1.37e-279 756 MCC7304610.1 MCC7304610.1 100 697 0 0 1 697 1 697 0.0 1370 MCC7304610.1 NNC58435.1 48.0 687 351 4 11 692 7 692 1.64e-231 659 MCC7304610.1 MCF2656092.1 34.1 680 433 8 14 688 9 678 5.96e-129 396 MCC7304610.1 MBQ2587741.1 33.0 575 345 5 151 693 4 570 5.12e-94 301 MCC7304610.1 WP_274976404.1 28.2 741 465 9 14 692 25 760 2.83e-91 299 MCC7304610.1 WP_010016619.1 34.5 177 107 3 14 184 16 189 2.73e-19 90.5 WP_075190302.1 WP_075190302.1 100 346 0 0 1 346 1 346 5.84e-262 707 WP_075190302.1 XP_027924147.1 40.5 336 183 6 6 326 112 445 3.87e-71 228 TLX83379.1 TLX83379.1 100 177 0 0 1 177 1 177 1.81e-124 346 MBA2554676.1 MBA2554676.1 100 301 0 0 1 301 1 301 7.55e-199 544 MBA2554676.1 MUU11774.1 31.3 246 165 2 55 300 43 284 7.63e-32 118 MBA2554676.1 MBS4968936.1 33.5 227 140 3 81 299 61 284 4.95e-26 102 WP_239517986.1 WP_239517986.1 100 407 0 0 1 407 1 407 2.01e-293 792 WP_239517986.1 MHQ93786.1 24.8 387 247 16 19 385 340 702 3.39e-16 79.0 CDL84920.1 CDL84920.1 100 80 0 0 1 80 1 80 9.12e-54 159 WP_122920202.1 WP_122920202.1 100 293 0 0 1 293 1 293 2.20e-203 555 WP_122920202.1 MBP8049567.1 33.8 272 173 2 23 287 4 275 8.37e-42 144 WP_122920202.1 CAH0143531.1 29.5 166 113 3 25 188 3 166 4.60e-19 81.3 HID24809.1 HID24809.1 100 701 0 0 1 701 1 701 0.0 1374 HID24809.1 MBO6554759.1 26.6 124 82 3 165 287 387 502 1.26e-05 47.0 MBW6512602.1 MBW6512602.1 100 304 0 0 1 304 1 304 8.10e-216 587 MBD3641221.1 MBD3641221.1 100 226 0 0 1 226 1 226 2.03e-161 443 WP_070723361.1 WP_070723361.1 100 793 0 0 1 793 1 793 0.0 1639 WP_070723361.1 MBQ8462807.1 57.2 823 309 10 1 788 1 815 0.0 917 TDR34929.1 TDR34929.1 100 357 0 0 1 357 1 357 7.76e-268 723 TDR34929.1 MCK4996050.1 43.4 348 189 4 3 348 25 366 4.78e-102 304 QQC21553.1 QQC21553.1 100 227 0 0 1 227 1 227 4.08e-157 432 MCQ2539410.1 MCQ2539410.1 100 124 0 0 1 124 1 124 2.23e-79 228 MCQ2539410.1 WP_077533069.1 46.0 113 59 1 1 111 1 113 5.89e-26 92.8 MCQ2539410.1 WP_023355490.1 35.4 65 42 0 14 78 14 78 2.21e-05 40.4 WP_187843135.1 WP_187843135.1 100 120 0 0 1 120 1 120 3.26e-79 229 UGX22439.1 UGX22439.1 100 1271 0 0 1 1271 1 1271 0.0 2342 UGX22439.1 UHB14670.1 95.3 1271 60 0 1 1271 1 1271 0.0 2325 UGX22439.1 UIX40308.1 95.0 1271 63 0 1 1271 1 1271 0.0 2316 UGX22439.1 UDK40309.1 94.6 1271 69 0 1 1271 1 1271 0.0 2299 UGX22439.1 UPU53169.1 93.0 1273 84 2 1 1271 1 1270 0.0 2254 UGX22439.1 UYC71619.1 93.2 1273 80 3 1 1271 1 1268 0.0 2250 UGX22439.1 QUE11983.1 91.2 1273 107 3 1 1271 1 1270 0.0 2192 UGX22439.1 USL51576.1 90.0 1273 122 2 1 1271 1 1270 0.0 2160 UGX22439.1 QUM20585.1 92.5 1273 93 2 1 1271 1 1272 0.0 2153 UGX22439.1 UBN63752.1 89.8 1273 125 3 1 1271 1 1270 0.0 2147 UGX22439.1 QVX70521.1 87.0 1273 164 1 1 1271 1 1273 0.0 2050 UGX22439.1 QXI91160.1 90.3 1273 121 2 1 1271 1 1272 0.0 2043 UGX22439.1 UZH89542.1 84.9 1273 188 2 1 1271 1 1271 0.0 1999 UGX22439.1 UUS71569.1 60.9 1326 410 4 1 1271 1 1273 0.0 1311 UGX22439.1 UHK01047.1 59.0 1273 520 1 1 1271 1 1273 0.0 1211 WP_126679569.1 WP_126679569.1 100 818 0 0 1 818 1 818 0.0 1607 WP_126679569.1 HAB03480.1 30.8 584 377 12 226 797 518 1086 4.39e-65 234 WP_126679569.1 WP_230171322.1 33.4 524 331 9 279 799 511 1019 3.71e-62 225 WP_126679569.1 CKF71070.1 30.9 459 305 7 337 793 289 737 1.22e-55 203 WP_126679569.1 MBF0143407.1 29.8 429 272 8 377 793 641 1052 9.33e-40 157 WP_126679569.1 WP_159812831.1 42.0 162 91 3 370 529 243 403 7.49e-23 100 WP_126679569.1 WP_145544593.1 35.7 168 100 4 367 534 359 518 1.62e-21 97.4 WP_126679569.1 WP_255266214.1 37.3 166 87 4 369 528 291 445 3.26e-19 90.1 WP_126679569.1 HCN71343.1 39.4 132 78 2 400 530 1 131 3.28e-18 80.1 WP_001804449.1 WP_001804449.1 100 403 0 0 1 403 1 403 4.58e-297 801 MCP4774001.1 MCP4774001.1 100 284 0 0 1 284 1 284 1.74e-200 547 MCP4774001.1 WP_201520784.1 43.8 265 131 6 23 284 30 279 5.43e-56 180 MCP4774001.1 WP_103270848.1 31.4 229 145 4 49 277 44 260 1.93e-28 108 WP_218014032.1 WP_218014032.1 100 530 0 0 1 530 1 530 0.0 1066 WP_218014032.1 NLG67042.1 27.7 483 298 16 55 518 90 540 1.85e-31 126 WP_218014032.1 WP_222322625.1 25.7 545 333 19 1 516 4 505 1.45e-23 102 WP_218014032.1 HIA35646.1 22.4 532 356 18 49 530 62 586 5.74e-20 91.7 MBT3179978.1 MBT3179978.1 100 537 0 0 1 537 1 537 0.0 1063 MBT3179978.1 BBL73457.1 41.0 539 298 9 1 528 34 563 1.08e-122 370 MBT3179978.1 MBP8718427.1 32.7 205 129 4 254 458 7 202 7.04e-21 90.5 WP_220492852.1 WP_220492852.1 100 848 0 0 1 848 1 848 0.0 1660 WP_220492852.1 PIY74148.1 39.3 84 39 3 732 815 504 575 5.98e-06 48.1 WP_220492852.1 MBL6756473.1 30.4 125 72 4 161 283 27 138 5.73e-05 45.1 WP_063338866.1 WP_063338866.1 100 344 0 0 1 344 1 344 1.74e-237 645 WP_063338866.1 WP_132898842.1 56.3 277 119 1 69 343 2 278 2.13e-103 303 WP_262406623.1 WP_262406623.1 100 910 0 0 1 910 1 910 0.0 1748 WP_262406623.1 WP_281507500.1 60.8 829 318 3 1 828 1 823 0.0 974 WP_262406623.1 MBT5488157.1 49.3 537 245 6 301 835 1 512 8.25e-153 461 WP_110366458.1 WP_110366458.1 100 1453 0 0 1 1453 1 1453 0.0 2675 WP_110366458.1 MBL4744408.1 30.8 1057 700 11 1 1039 1 1044 6.49e-174 546 WP_110366458.1 WP_265225845.1 24.2 1072 739 17 5 1026 3 1050 3.79e-71 258 WP_110366458.1 WP_039608285.1 23.0 1039 746 14 4 1026 2 1002 1.08e-69 253 WP_110366458.1 TME45086.1 21.8 725 522 17 9 711 7 708 1.90e-35 144 PAF30375.1 PAF30375.1 100 142 0 0 1 142 1 142 3.10e-90 256 WP_180034620.1 WP_180034620.1 100 332 0 0 1 332 1 332 2.42e-247 669 WP_180034620.1 WP_241105826.1 48.4 320 162 2 12 331 14 330 7.19e-101 298 GFA01557.1 GFA01557.1 100 526 0 0 1 526 1 526 0.0 1036 MBV5323933.1 MBV5323933.1 100 87 0 0 1 87 1 87 5.01e-61 178 EHH49716.1 EHH49716.1 100 163 0 0 1 163 1 163 5.13e-124 343 WP_064068643.1 WP_064068643.1 100 317 0 0 1 317 1 317 6.74e-226 614 WP_064068643.1 NQT29221.1 41.5 306 169 4 2 297 4 309 2.62e-67 211 WP_064068643.1 MCU0490050.1 34.2 73 46 1 170 242 115 185 1.50e-04 40.8 KAI9713296.1 KAI9713296.1 100 373 0 0 1 373 1 373 6.54e-259 702 KAG7197246.1 KAG7197246.1 100 828 0 0 1 828 1 828 0.0 1487 HAT4171334.1 HAT4171334.1 100 517 0 0 1 517 1 517 0.0 919 HAT4171334.1 SFB29161.1 40.8 524 298 3 3 515 2 524 1.63e-125 375 HAT4171334.1 GFR82011.1 38.2 212 126 1 4 210 3 214 4.60e-44 153 HAT4171334.1 HHH37178.1 30.8 172 118 1 31 201 88 259 3.06e-15 74.3 WP_148803392.1 WP_148803392.1 100 158 0 0 50 207 50 207 2.23e-103 295 KAJ0864938.1 KAJ0864938.1 100 125 0 0 1 125 1 125 1.15e-86 246 WP_282035981.1 WP_282035981.1 100 170 0 0 1 170 1 170 2.82e-120 335 MCO6473319.1 MCO6473319.1 100 316 0 0 1 316 1 316 2.11e-233 633 XP_006376427.2 XP_006376427.2 100 417 0 0 1 417 1 417 3.83e-303 818 XP_006376427.2 WP_116073910.1 37.2 258 150 6 106 361 4 251 4.77e-44 162 XP_006376427.2 WP_026497435.1 33.1 275 171 6 106 376 4 269 1.40e-37 143 UPT73080.1 UPT73080.1 100 255 0 0 1 255 1 255 7.13e-190 518 EGR2272270.1 EGR2272270.1 100 682 0 0 1 682 1 682 0.0 1283 EGR2272270.1 WP_269885397.1 39.4 132 78 2 546 677 141 270 2.46e-26 107 EGR2272270.1 MBI5333464.1 39.6 149 86 3 527 674 241 386 2.16e-23 101 EGR2272270.1 EJF06804.1 37.3 153 90 4 529 676 153 304 1.19e-20 91.7 EGR2272270.1 WP_107169208.1 36.3 124 78 1 548 671 234 356 1.05e-19 89.7 EGR2272270.1 WP_145544593.1 40.8 130 72 2 548 677 393 517 1.44e-19 90.9 EGR2272270.1 WP_029222917.1 30.3 264 123 8 414 674 267 472 5.11e-19 89.0 EGR2272270.1 CKF71070.1 37.0 127 77 2 549 674 356 480 1.74e-18 88.2 EGR2272270.1 MBK6870374.1 38.7 124 72 2 551 674 28 147 1.39e-17 80.1 EGR2272270.1 WP_230171322.1 29.1 213 100 2 462 674 599 760 1.52e-17 85.5 EGR2272270.1 HCN71343.1 38.9 131 73 4 547 674 5 131 3.20e-17 77.0 EGR2272270.1 WP_255266214.1 38.9 126 73 3 547 672 324 445 8.55e-16 79.0 EGR2272270.1 WP_000484099.1 32.0 125 83 1 550 674 242 364 5.54e-15 75.5 EGR2272270.1 WP_018646673.1 31.5 143 92 3 534 672 540 680 5.88e-12 67.4 EGR2272270.1 WP_023050329.1 28.7 143 92 6 528 669 215 348 2.07e-10 61.2 EGR2272270.1 MBT3459335.1 43.9 41 23 0 550 590 237 277 5.34e-06 47.0 WP_079091847.1 WP_079091847.1 100 258 0 0 1 258 1 258 2.28e-183 501 KAG7553039.1 KAG7553039.1 100 297 0 0 1 297 1 297 4.15e-210 572 KAG7553039.1 PUZ48934.1 42.2 45 26 0 176 220 30 74 6.88e-05 41.2 CUH97802.1 CUH97802.1 100 196 0 0 1 196 1 196 1.35e-142 393 CUH97802.1 HAW5846675.1 36.8 95 58 1 103 195 11 105 1.77e-12 59.7 WP_106697451.1 WP_106697451.1 100 436 0 0 1 436 1 436 1.45e-303 820 WP_200047810.1 WP_200047810.1 100 326 0 0 1 326 1 326 8.67e-238 645 WP_200047810.1 WP_006034446.1 29.8 228 159 1 93 320 82 308 2.01e-23 96.7 WP_097273626.1 WP_097273626.1 100 312 0 0 1 312 1 312 9.34e-235 636 WP_223806191.1 WP_223806191.1 100 307 0 0 1 307 1 307 3.40e-239 647 WP_223806191.1 MBI2416798.1 33.8 71 46 1 212 282 32 101 3.88e-07 47.4 WP_223806191.1 ECK9821833.1 46.5 43 23 0 239 281 187 229 1.14e-04 41.2 EJO8252676.1 EJO8252676.1 100 117 0 0 1 117 1 117 1.33e-79 228 EJO8252676.1 EAL1671435.1 89.7 117 12 0 1 117 230 346 1.40e-66 204 EJO8252676.1 PJQ02245.1 61.2 121 43 2 1 117 474 594 3.11e-40 139 XP_052459928.1 XP_052459928.1 100 256 0 0 1 256 1 256 2.73e-174 478 WP_282393050.1 WP_282393050.1 100 129 0 0 1 129 1 129 1.54e-86 246 KAF9021604.1 KAF9021604.1 100 334 0 0 1 334 1 334 6.21e-251 679 WP_190492354.1 WP_190492354.1 100 123 0 0 1 123 1 123 1.70e-87 248 RZU50905.1 RZU50905.1 100 630 0 0 1 630 1 630 0.0 1115 WP_004647440.1 WP_004647440.1 100 135 0 0 1 135 1 135 1.77e-97 274 WP_196051328.1 WP_196051328.1 100 678 0 0 1 678 1 678 0.0 1329 WP_196051328.1 WP_091423297.1 25.2 544 349 20 160 662 48 574 8.02e-30 123 WP_196051328.1 WP_131284109.1 27.2 349 215 13 336 658 136 471 7.01e-25 107 WP_196051328.1 NEB38825.1 28.3 339 213 13 333 653 131 457 3.92e-23 101 WP_122709004.1 WP_122709004.1 100 319 0 0 1 319 1 319 9.43e-243 657 WP_231022353.1 WP_231022353.1 100 414 0 0 1 414 1 414 6.26e-296 799 WP_231022353.1 GER04731.1 47.6 401 172 5 1 363 1 401 6.49e-118 349 WP_279838136.1 WP_279838136.1 100 276 0 0 1 276 1 276 2.40e-203 553 WP_279838136.1 WP_199425576.1 33.3 105 66 3 29 130 17 120 5.82e-14 68.6 GGY15265.1 GGY15265.1 100 190 0 0 1 190 1 190 4.91e-133 369 MBE0512446.1 MBE0512446.1 100 79 0 0 1 79 1 79 2.44e-53 158 WP_270310372.1 WP_270310372.1 100 424 0 0 1 424 1 424 7.72e-302 815 WP_009881125.1 WP_009881125.1 100 162 0 0 1 162 1 162 6.00e-118 328 MCB9642437.1 MCB9642437.1 100 37 0 0 1 37 1 37 1.35e-21 75.5 WP_061880815.1 WP_061880815.1 100 290 0 0 1 290 1 290 3.06e-213 580 WP_061880815.1 WP_108706918.1 27.4 212 139 4 31 229 21 230 1.97e-18 82.0 KAI3416446.1 KAI3416446.1 100 81 0 0 1 81 1 81 4.14e-55 163 WP_015602159.1 WP_015602159.1 100 186 0 0 1 186 1 186 6.51e-136 375 XP_040238549.2 XP_040238549.2 100 2739 0 0 1 2739 1 2739 0.0 4522 AAV84242.1 AAV84242.1 100 144 0 0 1 144 1 144 2.10e-107 300 AAV84242.1 KAJ1529594.1 63.6 143 51 1 2 144 7 148 2.30e-57 174 MBN8715319.1 MBN8715319.1 100 212 0 0 1 212 1 212 8.27e-145 400 WP_123966251.1 WP_123966251.1 100 418 0 0 1 418 1 418 1.28e-258 705 WP_123966251.1 WP_157580311.1 33.9 233 121 9 207 413 31 256 2.32e-27 108 MBA2544012.1 MBA2544012.1 100 555 0 0 1 555 1 555 0.0 1103 WP_234123871.1 WP_234123871.1 100 121 0 0 1 121 1 121 4.38e-80 229 WP_234123871.1 MCG8687614.1 32.2 115 74 1 3 117 10 120 3.18e-10 52.4 WP_004185621.1 WP_004185621.1 100 352 0 0 1 352 1 352 1.70e-273 737 WP_004185621.1 WP_106735761.1 88.2 348 41 0 5 352 3 350 1.55e-239 651 MCB0243881.1 MCB0243881.1 100 224 0 0 1 224 1 224 6.81e-159 437 MCB0243881.1 WP_145468487.1 43.5 216 122 0 5 220 6 221 6.83e-61 189 MCB0243881.1 MBT4161918.1 43.8 219 123 0 3 221 4 222 1.52e-59 185 MCB0243881.1 MCC6044083.1 46.4 211 112 1 13 223 11 220 1.84e-58 185 MCB0243881.1 WP_250499463.1 41.3 223 130 1 3 224 6 228 2.38e-54 172 MCB0243881.1 MCF7808720.1 40.0 220 132 0 5 224 6 225 8.72e-54 171 MCB0243881.1 WP_107894076.1 30.3 231 150 6 5 224 5 235 2.78e-27 104 MCB0243881.1 WP_195238978.1 28.3 223 129 7 15 223 492 697 4.84e-19 83.6 MCB0243881.1 WP_174822921.1 30.8 198 121 7 21 207 19 211 6.73e-19 80.9 MCB0243881.1 NFD84694.1 25.2 214 146 5 14 221 528 733 2.25e-13 67.0 MCB0243881.1 KAI9191373.1 31.7 164 96 5 25 180 413 568 6.33e-12 62.8 MCB0243881.1 MCH5231772.1 23.9 205 118 4 28 206 20 212 4.85e-06 45.1 KDR18051.1 KDR18051.1 100 57 0 0 1 57 1 57 7.03e-41 125 WP_253495381.1 WP_253495381.1 100 211 0 0 1 211 1 211 2.59e-152 419 EFN5389376.1 EFN5389376.1 100 962 0 0 1 962 1 962 0.0 1729 EFN5389376.1 KDT27382.1 94.8 620 32 0 200 819 1 620 0.0 1137 EFN5389376.1 HAN0352225.1 70.7 481 139 1 187 665 32 512 5.27e-238 678 EFN5389376.1 EIH4263652.1 94.7 475 25 0 1 475 112 586 1.00e-231 665 EFN5389376.1 EFL5817307.1 93.5 416 27 0 1 416 65 480 1.67e-185 543 EFN5389376.1 EJW7579374.1 95.7 258 11 0 187 444 36 293 7.71e-144 428 EFN5389376.1 EFL3122059.1 90.8 142 9 1 1 142 120 257 1.55e-53 187 EFN5389376.1 EDD0587303.1 43.6 110 60 1 705 812 1142 1251 4.48e-22 101 MCI0529127.1 MCI0529127.1 100 323 0 0 1 323 1 323 9.34e-236 639 WP_050163955.1 WP_050163955.1 100 239 0 0 1 239 1 239 1.67e-171 470 WP_050163955.1 NLL64488.1 39.2 153 93 0 86 238 5 157 2.56e-32 114 XP_001275602.1 XP_001275602.1 100 1577 0 0 1 1577 1 1577 0.0 2659 MBS9779527.1 MBS9779527.1 100 352 0 0 1 352 1 352 6.37e-244 662 MBS9779527.1 WP_176051587.1 44.1 345 176 4 1 344 2 330 1.94e-88 268 WP_149040698.1 WP_149040698.1 100 422 0 0 1 422 1 422 3.66e-299 808 MBI5294613.1 MBI5294613.1 100 1067 0 0 1 1067 1 1067 0.0 2107 KAG5560933.1 KAG5560933.1 100 68 0 0 1 68 1 68 3.38e-46 139 WP_070664995.1 WP_070664995.1 100 522 0 0 1 522 1 522 0.0 1018 WP_070664995.1 EHA1403784.1 26.5 260 158 7 110 339 97 353 8.76e-14 72.0 KAJ3564783.1 KAJ3564783.1 100 390 0 0 1 390 1 390 1.56e-286 773 KDZ18439.1 KDZ18439.1 100 51 0 0 1 51 1 51 2.37e-32 103 UBP50947.1 UBP50947.1 100 7096 0 0 1 7096 1 7096 0.0 14174 UBP50947.1 QWC83326.1 99.8 7096 11 0 1 7096 1 7096 0.0 14151 UBP50947.1 WEU87158.1 99.8 7096 13 0 1 7096 1 7096 0.0 14146 UBP50947.1 QSZ25555.1 99.8 7096 15 0 1 7096 1 7096 0.0 14145 UBP50947.1 UBD95131.1 99.8 7096 16 0 1 7096 1 7096 0.0 14140 UBP50947.1 QVD87869.1 99.8 7096 14 1 1 7096 1 7093 0.0 14134 UBP50947.1 UEC52718.1 99.7 7096 19 0 1 7096 1 7096 0.0 14134 UBP50947.1 UMF87224.1 99.4 7096 38 2 1 7096 1 7092 0.0 14121 UBP50947.1 UZO53924.1 99.7 7096 21 1 1 7096 1 7093 0.0 14118 UBP50947.1 UVB16817.1 99.7 7096 20 1 1 7096 1 7093 0.0 14118 UBP50947.1 URQ55824.1 99.7 7096 21 1 1 7096 1 7093 0.0 14118 UBP50947.1 QZU16279.1 99.4 7096 40 0 1 7096 1 7096 0.0 14083 UBP50947.1 UIR12670.1 99.3 7096 43 2 1 7096 1 7092 0.0 14063 UBP50947.1 UPA83906.1 99.1 7096 60 2 1 7096 1 7092 0.0 14022 UBP50947.1 UBR86455.1 99.0 7095 74 0 2 7096 1 7095 0.0 14003 UBP50947.1 UCP72061.1 98.7 7096 91 0 1 7096 1 7096 0.0 13963 UBP50947.1 UCP77012.1 98.7 7096 93 0 1 7096 1 7096 0.0 13960 UBP50947.1 UXX67934.1 98.7 7096 89 1 1 7096 1 7093 0.0 13957 UBP50947.1 UKN67998.1 98.2 7076 120 2 21 7096 1 7072 0.0 13836 UBP50947.1 WHE12941.1 98.1 7070 130 1 27 7096 1 7067 0.0 13810 UBP50947.1 UGA79226.1 97.6 7096 170 0 1 7096 1 7096 0.0 13779 UBP50947.1 UAQ80067.1 97.2 7096 201 0 1 7096 1 7096 0.0 13697 UBP50947.1 UJT06733.1 96.2 7096 265 2 1 7096 1 7092 0.0 13514 UBP50947.1 UVI10561.1 96.2 7069 263 1 28 7096 1 7066 0.0 13494 UBP50947.1 UOU30556.1 94.8 7096 365 1 1 7096 1 7093 0.0 13282 WP_160877220.1 WP_160877220.1 100 523 0 0 1 523 1 523 0.0 1041 WP_160877220.1 HIG56173.1 40.3 442 251 4 18 457 41 471 2.55e-97 303 XP_047466965.1 XP_047466965.1 100 377 0 0 1 377 1 377 1.49e-282 762 XP_047466965.1 WP_016809838.1 29.3 270 158 7 35 301 26 265 5.72e-24 99.8 XP_047466965.1 MBO1529847.1 28.2 365 219 13 9 367 4 331 1.88e-23 98.2 XP_047466965.1 WP_202925384.1 32.4 105 70 1 12 115 7 111 3.67e-12 65.1 WP_186480556.1 WP_186480556.1 100 538 0 0 1 538 1 538 0.0 1109 WP_185334683.1 WP_185334683.1 100 513 0 0 1 513 1 513 0.0 979 WP_185334683.1 GBD21053.1 45.5 497 269 2 4 499 26 521 3.76e-135 400 WP_185334683.1 WP_150396769.1 34.1 499 321 4 2 499 22 513 5.10e-92 288 WP_185334683.1 MBO5162475.1 33.9 508 306 8 7 499 1 493 4.54e-83 265 WP_185334683.1 WP_089246429.1 30.5 482 316 8 9 480 9 481 9.72e-66 219 WP_185334683.1 WP_029347391.1 29.5 244 164 3 2 238 3 245 3.13e-30 117 WP_185334683.1 WP_281543397.1 31.4 204 132 4 22 223 7 204 3.00e-23 98.2 WP_185334683.1 WP_084371009.1 31.0 213 141 4 5 217 3 209 3.74e-23 98.2 WP_185334683.1 NLW39422.1 31.6 234 133 5 3 217 4 229 1.48e-22 97.1 WP_185334683.1 WP_152652784.1 31.1 196 124 4 10 202 11 198 7.70e-20 88.6 WP_185334683.1 WP_197521413.1 29.6 206 116 6 19 217 21 204 5.75e-16 76.6 WP_185334683.1 WP_008134825.1 29.2 219 141 6 4 216 612 822 1.01e-15 78.6 WP_185334683.1 WP_107894076.1 31.6 228 131 9 8 217 13 233 2.00e-12 66.6 WP_185334683.1 WP_066083732.1 32.1 215 126 9 19 217 25 235 9.06e-12 64.7 WP_185334683.1 MBO8485404.1 25.7 206 135 9 141 334 379 578 7.61e-09 56.6 WP_185334683.1 WP_211555180.1 28.8 170 102 6 269 433 15 170 2.44e-08 53.1 WP_185334683.1 OAN53756.1 24.6 224 146 9 23 230 30 246 5.60e-08 52.4 WP_193019742.1 WP_193019742.1 100 173 0 0 1 173 1 173 1.34e-124 346 NXX86929.1 NXX86929.1 100 1346 0 0 1 1346 1 1346 0.0 2468 WP_070552687.1 WP_070552687.1 100 402 0 0 1 402 1 402 9.63e-278 752 WP_070552687.1 KKQ77718.1 40.9 359 183 4 9 340 11 367 9.60e-87 266 XP_004149267.1 XP_004149267.1 100 441 0 0 1 441 1 441 0.0 942 HIR19825.1 HIR19825.1 100 328 0 0 1 328 1 328 1.21e-229 624 NBT94281.1 NBT94281.1 100 181 0 0 1 181 1 181 6.80e-131 362 NBT94281.1 MCF7895906.1 38.0 158 94 1 22 179 12 165 1.56e-31 114 NBT94281.1 MCU1411638.1 34.8 158 98 2 29 181 17 174 9.83e-20 83.6 NBT94281.1 MBQ6794463.1 36.2 152 85 5 33 180 15 158 2.30e-16 73.9 NBT94281.1 MBA3609961.1 33.8 151 87 6 29 172 36 180 1.53e-14 68.9 MBE6649515.1 MBE6649515.1 100 350 0 0 1 350 1 350 1.75e-265 717 EEE2002201.1 EEE2002201.1 100 150 0 0 1 150 1 150 2.93e-110 308 EEE2002201.1 WP_028393295.1 41.9 62 34 1 1 60 2 63 2.16e-10 52.0 GFT96598.1 GFT96598.1 100 576 0 0 1 576 1 576 0.0 1109 WP_251111556.1 WP_251111556.1 100 311 0 0 1 311 1 311 2.86e-224 609 KAI9193803.1 KAI9193803.1 100 193 0 0 1 193 1 193 4.52e-135 374 OAQ80483.1 OAQ80483.1 100 327 0 0 1 327 1 327 3.55e-242 656 MCK4996050.1 MCK4996050.1 100 374 0 0 1 374 1 374 6.80e-282 760 MCK4996050.1 TDR34929.1 44.3 334 176 4 40 366 18 348 9.18e-100 298 WP_190461229.1 WP_190461229.1 100 158 0 0 1 158 1 158 4.98e-115 320 WP_083296738.1 WP_083296738.1 100 362 0 0 1 362 1 362 1.11e-274 741 WP_083296738.1 MBF0865514.1 58.6 307 127 0 24 330 15 321 3.07e-128 370 WP_083296738.1 WP_057452934.1 57.8 306 129 0 24 329 13 318 2.85e-125 362 WP_083296738.1 WP_040532466.1 49.8 307 153 1 24 329 8 314 3.71e-105 311 OPL17692.1 OPL17692.1 100 343 0 0 1 343 1 343 6.04e-258 697 WP_248328072.1 WP_248328072.1 100 418 0 0 1 418 1 418 1.48e-296 801 WP_248328072.1 OYY81277.1 28.6 276 190 4 18 289 5 277 1.20e-30 117 WP_248328072.1 WP_200543170.1 35.2 105 56 3 118 211 585 688 1.37e-07 52.0 WP_105160947.1 WP_105160947.1 100 622 0 0 1 622 1 622 0.0 1184 WP_105160947.1 WP_173040157.1 31.1 592 360 9 18 600 20 572 1.83e-79 261 WP_105160947.1 OQA35671.1 31.1 608 382 13 5 593 3 592 4.46e-67 229 WP_105160947.1 MCH5231772.1 30.2 543 346 13 6 530 4 531 2.74e-62 214 WP_105160947.1 WP_041710957.1 26.0 553 309 10 7 527 7 491 4.03e-45 167 WP_105160947.1 MYD56339.1 36.6 186 114 3 337 522 27 208 1.24e-24 103 WP_105160947.1 WP_089095302.1 34.0 238 109 8 14 242 325 523 3.06e-20 93.2 WP_105160947.1 WP_281543397.1 24.4 234 136 8 332 540 5 222 4.90e-11 62.4 WP_105160947.1 WP_014657023.1 29.3 208 130 7 347 539 34 239 6.79e-10 60.1 WP_105160947.1 WP_088153117.1 28.8 191 103 6 347 512 29 211 4.08e-07 50.8 WP_105160947.1 WP_221265680.1 25.9 193 100 4 6 187 22 182 5.91e-06 47.0 WP_105160947.1 THW78755.1 30.8 143 89 4 332 469 484 621 8.53e-06 47.4 HHZ84751.1 HHZ84751.1 100 345 0 0 1 345 1 345 6.77e-256 692 HHZ84751.1 WP_265272113.1 30.7 342 205 5 1 336 1 316 3.63e-37 135 HHZ84751.1 WP_267861425.1 28.0 343 199 12 1 333 1 305 1.45e-24 100 HHZ84751.1 WP_014217999.1 26.7 337 201 13 5 333 8 306 1.87e-18 83.2 HHZ84751.1 EXK83554.1 25.0 320 180 12 39 336 42 323 7.06e-13 67.0 WP_059149453.1 WP_059149453.1 100 137 0 0 1 137 1 137 5.24e-100 281 KAG0047764.1 KAG0047764.1 100 872 0 0 1 872 1 872 0.0 1749 CSP94261.1 CSP94261.1 100 263 0 0 1 263 1 263 4.48e-197 536 CSP94261.1 NNE87648.1 36.2 221 125 5 17 223 4 222 7.26e-33 123 WP_249310236.1 WP_249310236.1 100 111 0 0 1 111 1 111 4.55e-84 238 XP_025923156.1 XP_025923156.1 100 505 0 0 1 505 1 505 0.0 900 WP_255691273.1 WP_255691273.1 100 579 0 0 1 579 1 579 6.99e-312 853 SDI37994.1 SDI37994.1 100 106 0 0 1 106 1 106 2.93e-71 206 WP_035109232.1 WP_035109232.1 100 73 0 0 1 73 1 73 4.80e-46 139 KAJ6253787.1 KAJ6253787.1 100 485 0 0 1 485 1 485 0.0 958 QZU16279.1 QZU16279.1 100 7096 0 0 1 7096 1 7096 0.0 14112 QZU16279.1 UBD95131.1 99.6 7096 28 0 1 7096 1 7096 0.0 14105 QZU16279.1 UEC52718.1 99.6 7096 31 0 1 7096 1 7096 0.0 14098 QZU16279.1 QWC83326.1 99.5 7096 39 0 1 7096 1 7096 0.0 14084 QZU16279.1 UBP50947.1 99.4 7096 40 0 1 7096 1 7096 0.0 14082 QZU16279.1 WEU87158.1 99.4 7096 41 0 1 7096 1 7096 0.0 14078 QZU16279.1 QSZ25555.1 99.4 7096 43 0 1 7096 1 7096 0.0 14077 QZU16279.1 QVD87869.1 99.4 7096 42 1 1 7096 1 7093 0.0 14067 QZU16279.1 UMF87224.1 99.0 7096 64 2 1 7096 1 7092 0.0 14057 QZU16279.1 UZO53924.1 99.3 7096 47 1 1 7096 1 7093 0.0 14055 QZU16279.1 UVB16817.1 99.3 7096 46 1 1 7096 1 7093 0.0 14055 QZU16279.1 URQ55824.1 99.3 7096 47 1 1 7096 1 7093 0.0 14055 QZU16279.1 UIR12670.1 99.0 7096 67 2 1 7096 1 7092 0.0 14002 QZU16279.1 UBR86455.1 98.8 7095 88 0 2 7096 1 7095 0.0 13962 QZU16279.1 UPA83906.1 98.7 7096 85 2 1 7096 1 7092 0.0 13960 QZU16279.1 UCP72061.1 98.5 7096 105 0 1 7096 1 7096 0.0 13922 QZU16279.1 UCP77012.1 98.5 7096 108 0 1 7096 1 7096 0.0 13917 QZU16279.1 UXX67934.1 98.3 7096 115 1 1 7096 1 7093 0.0 13894 QZU16279.1 UKN67998.1 97.9 7076 146 2 21 7096 1 7072 0.0 13773 QZU16279.1 WHE12941.1 97.8 7070 156 1 27 7096 1 7067 0.0 13746 QZU16279.1 UGA79226.1 97.2 7096 197 0 1 7096 1 7096 0.0 13714 QZU16279.1 UAQ80067.1 97.0 7096 214 0 1 7096 1 7096 0.0 13659 QZU16279.1 UJT06733.1 95.9 7096 290 2 1 7096 1 7092 0.0 13453 QZU16279.1 UVI10561.1 95.9 7069 288 1 28 7096 1 7066 0.0 13431 QZU16279.1 UOU30556.1 94.5 7096 390 1 1 7096 1 7093 0.0 13223 WP_106735761.1 WP_106735761.1 100 350 0 0 1 350 1 350 1.10e-268 725 WP_106735761.1 WP_004185621.1 88.2 348 41 0 3 350 5 352 4.43e-239 650 MBS8550192.1 MBS8550192.1 100 203 0 0 1 203 1 203 8.74e-147 404 UPA83906.1 UPA83906.1 100 7092 0 0 1 7092 1 7092 0.0 14059 UPA83906.1 UMF87224.1 99.0 7092 69 0 1 7092 1 7092 0.0 14047 UPA83906.1 QWC83326.1 99.2 7096 55 2 1 7092 1 7096 0.0 14032 UPA83906.1 QVD87869.1 99.2 7093 59 1 1 7092 1 7093 0.0 14030 UPA83906.1 WEU87158.1 99.1 7096 57 2 1 7092 1 7096 0.0 14027 UPA83906.1 UZO53924.1 99.1 7093 60 1 1 7092 1 7093 0.0 14027 UPA83906.1 UVB16817.1 99.2 7093 59 1 1 7092 1 7093 0.0 14026 UPA83906.1 URQ55824.1 99.1 7093 60 1 1 7092 1 7093 0.0 14026 UPA83906.1 QSZ25555.1 99.1 7096 59 2 1 7092 1 7096 0.0 14026 UPA83906.1 UBP50947.1 99.1 7096 60 2 1 7092 1 7096 0.0 14020 UPA83906.1 UBD95131.1 99.1 7096 61 2 1 7092 1 7096 0.0 14017 UPA83906.1 UEC52718.1 99.0 7096 64 2 1 7092 1 7096 0.0 14010 UPA83906.1 UIR12670.1 99.0 7092 73 0 1 7092 1 7092 0.0 13991 UPA83906.1 QZU16279.1 98.7 7096 85 2 1 7092 1 7096 0.0 13960 UPA83906.1 UBR86455.1 98.3 7095 114 2 2 7092 1 7095 0.0 13885 UPA83906.1 UXX67934.1 98.2 7093 128 1 1 7092 1 7093 0.0 13865 UPA83906.1 UCP72061.1 98.0 7096 137 2 1 7092 1 7096 0.0 13837 UPA83906.1 UCP77012.1 98.0 7096 139 2 1 7092 1 7096 0.0 13835 UPA83906.1 UKN67998.1 97.9 7072 152 0 21 7092 1 7072 0.0 13762 UPA83906.1 WHE12941.1 97.6 7067 171 1 27 7092 1 7067 0.0 13714 UPA83906.1 UGA79226.1 97.2 7096 198 2 1 7092 1 7096 0.0 13678 UPA83906.1 UAQ80067.1 97.0 7096 211 2 1 7092 1 7096 0.0 13612 UPA83906.1 UJT06733.1 95.8 7092 295 0 1 7092 1 7092 0.0 13442 UPA83906.1 UVI10561.1 95.7 7066 302 1 28 7092 1 7066 0.0 13403 UPA83906.1 UOU30556.1 95.1 7093 350 1 1 7092 1 7093 0.0 13258 WP_004208647.1 WP_004208647.1 100 232 0 0 1 232 1 232 6.35e-177 483 WP_004208647.1 WP_091733714.1 40.8 238 132 3 1 230 1 237 1.06e-56 179 WP_004208647.1 WP_154541351.1 36.6 82 48 2 46 123 44 125 2.57e-12 63.2 WP_053816212.1 WP_053816212.1 100 471 0 0 1 471 1 471 0.0 875 HCI22783.1 HCI22783.1 100 287 0 0 1 287 1 287 4.63e-202 551 WP_116701099.1 WP_116701099.1 100 310 0 0 1 310 1 310 7.90e-226 613 WP_116701099.1 WP_058635033.1 34.8 282 173 5 34 309 31 307 6.66e-45 154 WP_116701099.1 WP_059510827.1 34.7 248 152 5 45 285 36 280 1.24e-42 147 WP_116701099.1 WP_251874466.1 34.9 255 157 5 36 285 34 284 2.92e-41 144 WP_116701099.1 WP_234306850.1 37.3 241 141 7 49 285 46 280 1.54e-38 136 WP_116701099.1 MBC99785.1 34.3 233 133 4 70 285 63 292 1.79e-33 123 YP_009919788.1 YP_009919788.1 100 128 0 0 1 128 1 128 6.82e-85 242 WP_004660460.1 WP_004660460.1 100 436 0 0 1 436 1 436 0.0 868 WP_004727834.1 WP_004727834.1 100 183 0 0 1 183 1 183 7.35e-136 375 GFX07062.1 GFX07062.1 100 164 0 0 1 164 1 164 1.21e-118 330 NXG47881.1 NXG47881.1 100 543 0 0 1 543 1 543 0.0 1040 NXG47881.1 WP_164588414.1 22.9 559 333 20 7 524 22 523 1.38e-10 62.0 WP_110984669.1 WP_110984669.1 100 387 0 0 1 387 1 387 4.09e-260 706 WP_050342552.1 WP_050342552.1 100 405 0 0 1 405 1 405 4.46e-305 822 WP_266708839.1 WP_266708839.1 100 531 0 0 1 531 1 531 0.0 1013 WP_266708839.1 CAE6472910.1 30.1 502 278 17 93 529 52 545 3.99e-39 149 WP_274323930.1 WP_274323930.1 100 114 0 0 1 114 1 114 4.17e-77 221 WP_133448963.1 WP_133448963.1 100 171 0 0 1 171 1 171 1.63e-57 176 WP_044459070.1 WP_044459070.1 100 197 0 0 1 197 1 197 3.32e-148 407 MBZ0271896.1 MBZ0271896.1 100 184 0 0 1 184 1 184 9.99e-130 360 MBZ0271896.1 MBQ6488280.1 34.1 88 58 0 9 96 4 91 1.13e-12 61.6 KAF2871612.1 KAF2871612.1 100 97 0 0 1 97 1 97 2.43e-68 197 OGF51096.1 OGF51096.1 100 116 0 0 1 116 1 116 2.89e-77 232 KAA0015115.1 KAA0015115.1 100 326 0 0 1 326 1 326 6.91e-244 660 KAA0015115.1 MBU2271834.1 30.5 282 183 9 23 294 4 282 1.54e-28 110 MCD6081740.1 MCD6081740.1 100 173 0 0 1 173 1 173 2.60e-131 363 WP_074527819.1 WP_074527819.1 100 600 0 0 1 600 1 600 0.0 1170 WP_074527819.1 WP_109267392.1 41.0 568 327 6 27 594 24 583 2.07e-131 396 WP_074527819.1 KAH8780162.1 31.6 187 107 7 58 225 69 253 9.23e-08 53.1 WP_108511015.1 WP_108511015.1 100 335 0 0 1 335 1 335 1.54e-231 630 WP_108511015.1 MBI2506024.1 29.8 208 129 7 12 208 52 253 3.57e-10 58.9 WP_167197999.1 WP_167197999.1 100 79 0 0 1 79 1 79 5.55e-50 150 QDH16072.1 QDH16072.1 100 180 0 0 1 180 1 180 1.13e-133 369 QDH16072.1 WP_005710284.1 49.6 123 58 1 34 156 30 148 1.94e-35 120 NGP45824.1 NGP45824.1 100 247 0 0 1 247 1 247 3.92e-174 477 NGP45824.1 WP_113851760.1 43.5 237 122 6 13 242 11 242 1.39e-53 171 NGP45824.1 WP_282979415.1 37.8 241 146 3 2 238 76 316 1.43e-51 169 NGP45824.1 MBQ6815353.1 37.6 197 109 5 48 241 80 265 4.62e-28 106 MCB9315714.1 MCB9315714.1 100 213 0 0 1 213 1 213 6.03e-143 395 MCB9315714.1 WP_254972748.1 35.9 103 65 1 111 213 852 953 1.64e-14 70.1 WP_165144904.1 WP_165144904.1 100 291 0 0 1 291 1 291 3.17e-211 575 WP_165144904.1 URJ46333.1 29.2 281 177 5 3 280 6 267 1.07e-24 98.6 GLC62462.1 GLC62462.1 100 179 0 0 1 179 1 179 3.50e-123 343 WP_068051662.1 WP_068051662.1 100 543 0 0 1 543 1 543 0.0 1108 WP_068051662.1 WP_098279309.1 42.3 532 293 7 5 528 2 527 5.65e-148 434 WP_068051662.1 WP_112119927.1 25.7 499 307 15 40 532 28 468 7.83e-41 152 WP_068051662.1 NQW84129.1 25.7 510 337 15 37 529 65 549 6.55e-39 148 WP_068051662.1 WP_254101325.1 25.9 544 314 17 39 528 107 615 9.80e-29 119 WP_068051662.1 MBF2759673.1 25.1 565 322 22 39 528 185 723 9.10e-21 94.7 KFZ09473.1 KFZ09473.1 100 262 0 0 1 262 1 262 2.47e-189 517 MCF8452598.1 MCF8452598.1 100 376 0 0 1 376 1 376 3.42e-267 723 WP_179243590.1 WP_179243590.1 100 317 0 0 1 317 1 317 8.08e-218 593 WP_179243590.1 WP_257777211.1 44.6 312 154 5 2 306 18 317 5.89e-73 226 UBY01598.1 UBY01598.1 100 118 0 0 1 118 1 118 1.24e-55 167 PBN43802.1 PBN43802.1 100 481 0 0 1 481 1 481 0.0 969 PBN43802.1 WP_202659240.1 35.1 271 155 9 175 439 46 301 9.49e-36 133 PBN43802.1 WP_045257206.1 33.1 314 189 10 138 445 4 302 4.03e-34 129 PBN43802.1 KAJ9293589.1 29.3 256 137 10 211 437 1 241 7.26e-19 84.7 UNP61785.1 UNP61785.1 100 493 0 0 1 493 1 493 0.0 1003 UNP61785.1 AHM93900.1 46.6 504 253 7 2 493 169 668 1.86e-162 474 MBI3778926.1 MBI3778926.1 100 207 0 0 1 207 1 207 2.41e-155 426 WP_055947144.1 WP_055947144.1 100 214 0 0 1 214 1 214 4.70e-136 378 EHW4033744.1 EHW4033744.1 100 206 0 0 1 206 1 206 1.84e-154 424 MCA9004139.1 MCA9004139.1 100 161 0 0 1 161 1 161 1.31e-116 325 MBM3534697.1 MBM3534697.1 100 719 0 0 1 719 1 719 0.0 1395 MBM3534697.1 WP_222322625.1 27.5 364 221 11 216 544 7 362 6.42e-18 85.9 MCE2152122.1 MCE2152122.1 100 184 0 0 1 184 1 184 4.59e-135 373 MCE2152122.1 MBM3701396.1 41.5 183 100 1 1 176 1 183 3.08e-48 154 MCE2152122.1 MBT3228703.1 28.9 114 80 1 67 180 77 189 1.26e-08 51.6 WP_090467430.1 WP_090467430.1 100 206 0 0 1 206 1 206 8.11e-158 432 EHR8930749.1 EHR8930749.1 100 170 0 0 1 170 1 170 2.70e-118 330 KOR85988.1 KOR85988.1 100 585 0 0 1 585 1 585 0.0 1087 KOR85988.1 WP_203727943.1 29.7 390 255 7 18 401 10 386 1.09e-33 134 KOR85988.1 MCD6173453.1 28.6 325 185 6 10 312 7 306 1.40e-33 128 KOR85988.1 WP_178999808.1 22.0 558 392 12 6 533 21 565 4.80e-28 117 WP_264950959.1 WP_264950959.1 100 767 0 0 1 767 1 767 0.0 1521 WP_264950959.1 PKB44918.1 24.7 292 193 7 31 298 128 416 2.21e-14 75.5 WP_238975975.1 WP_238975975.1 100 523 0 0 1 523 1 523 0.0 1015 WP_212282141.1 WP_212282141.1 100 83 0 0 1 83 1 83 3.85e-57 169 EAQ06730.1 EAQ06730.1 100 265 0 0 1 265 1 265 3.39e-193 527 WP_236248745.1 WP_236248745.1 100 136 0 0 1 136 1 136 6.91e-100 280 EFX4914003.1 EFX4914003.1 100 239 0 0 1 239 1 239 3.04e-192 522 EFL6071320.1 EFL6071320.1 100 365 0 0 1 365 1 365 2.00e-274 741 EFL6071320.1 WP_261281372.1 30.0 410 202 17 8 359 25 407 1.53e-33 127 MOY08337.1 MOY08337.1 100 14 0 0 1 14 1 14 3.18e-08 40.4 WP_123363258.1 WP_123363258.1 100 212 0 0 1 212 1 212 1.28e-148 410 WP_123363258.1 WP_065148066.1 52.1 192 79 4 28 209 34 222 7.34e-60 186 GIS82389.1 GIS82389.1 100 80 0 0 1 80 1 80 1.91e-55 164 XP_040342838.1 XP_040342838.1 100 1353 0 0 1 1353 1 1353 0.0 2348 AFA35617.1 AFA35617.1 100 215 0 0 1 215 1 215 2.30e-157 432 NQJ73193.1 NQJ73193.1 100 272 0 0 1 272 1 272 7.81e-182 499 XP_026829212.1 XP_026829212.1 100 2695 0 0 1 2695 1 2695 0.0 4410 KAI1358894.1 KAI1358894.1 100 525 0 0 1 525 1 525 0.0 1049 WP_024870391.1 WP_024870391.1 100 323 0 0 1 323 1 323 1.14e-236 642 EAI2381694.1 EAI2381694.1 100 96 0 0 1 96 1 96 1.86e-67 195 EAI2381694.1 MBW1731384.1 29.2 65 45 1 12 76 14 77 9.44e-08 44.7 WP_167263015.1 WP_167263015.1 100 369 0 0 1 369 1 369 1.98e-267 723 WP_167263015.1 MBQ1771956.1 42.1 368 203 5 1 366 7 366 4.77e-85 261 WP_167263015.1 MBC5824559.1 32.6 350 229 3 1 347 1 346 1.12e-51 174 WP_222168304.1 WP_222168304.1 100 845 0 0 1 845 1 845 0.0 1688 WP_222168304.1 WP_242685612.1 29.5 834 532 25 31 843 38 836 3.78e-86 291 WP_222168304.1 WP_202291019.1 28.3 860 548 29 12 842 16 835 1.39e-80 275 WP_222168304.1 ECD4982842.1 28.2 844 543 26 16 826 18 831 7.35e-76 263 WP_222168304.1 EBS3704194.1 27.9 841 549 25 16 826 18 831 7.35e-76 263 WP_222168304.1 WP_237762402.1 34.0 529 321 13 7 520 1 516 3.35e-72 248 WP_221265680.1 WP_221265680.1 100 327 0 0 1 327 1 327 3.60e-226 615 WP_221265680.1 WP_084371009.1 37.8 217 134 1 20 236 3 218 6.35e-44 151 WP_221265680.1 WP_281543397.1 41.7 192 111 1 35 226 5 195 5.64e-41 143 WP_221265680.1 WP_152652784.1 33.6 223 147 1 25 247 11 232 1.05e-35 129 WP_221265680.1 MSO30570.1 34.4 221 143 2 15 234 3 222 6.91e-34 125 WP_221265680.1 EHR6291555.1 32.4 210 141 1 19 228 329 537 1.79e-29 116 WP_221265680.1 WP_192500494.1 28.6 217 147 4 20 233 3 214 1.94e-25 102 WP_221265680.1 WP_250499463.1 29.6 226 147 6 14 228 3 227 1.65e-20 87.0 WP_221265680.1 WP_132175930.1 28.8 264 175 5 25 280 33 291 2.11e-20 88.6 WP_221265680.1 NVM03966.1 27.6 192 134 2 35 226 38 224 2.74e-18 82.4 WP_221265680.1 WP_089246429.1 30.3 221 143 4 25 234 10 230 1.94e-16 78.2 WP_221265680.1 WP_131166802.1 29.2 240 149 6 17 235 3 242 8.16e-16 75.5 WP_221265680.1 WP_150396769.1 28.6 213 141 4 27 228 281 493 2.05e-15 75.1 WP_221265680.1 WP_011512097.1 32.8 174 106 5 30 195 356 526 7.50e-14 70.5 WP_221265680.1 WAY96880.1 28.0 157 106 4 32 182 2 157 7.95e-09 53.1 WP_221265680.1 KAI9191373.1 26.8 179 121 5 34 206 412 586 8.90e-09 55.1 WP_221265680.1 WP_105160947.1 25.7 183 113 2 22 182 6 187 1.27e-05 45.1 WP_087199737.1 WP_087199737.1 100 613 0 0 1 613 1 613 0.0 1220 WP_087199737.1 WP_267918242.1 22.1 520 294 17 97 572 96 548 2.80e-12 67.8 HAI0697239.1 HAI0697239.1 100 795 0 0 1 795 1 795 0.0 1565 HAI0697239.1 MBP6132529.1 46.6 796 419 2 1 794 1 792 5.32e-239 686 WP_039190453.1 WP_039190453.1 100 457 0 0 1 457 1 457 1.08e-311 843 WP_039190453.1 EMS62928.1 40.8 316 186 1 139 454 93 407 2.89e-77 245 WP_039190453.1 MBR1628375.1 25.1 283 191 7 133 411 4 269 6.95e-19 85.5 WP_039190453.1 MBY0286260.1 45.5 88 47 1 4 91 3 89 1.47e-15 76.6 WP_039190453.1 WP_267292626.1 40.0 95 52 3 1 95 1 90 9.07e-10 58.9 WP_268285128.1 WP_268285128.1 100 408 0 0 1 408 1 408 2.68e-303 817 WP_268285128.1 WP_016809838.1 28.3 265 157 6 10 274 2 233 8.09e-18 82.4 WP_223360106.1 WP_223360106.1 100 402 0 0 1 402 1 402 2.82e-270 733 OUR78726.1 OUR78726.1 100 102 0 0 1 102 1 102 7.62e-72 207 NIP79453.1 NIP79453.1 100 86 0 0 1 86 1 86 5.26e-58 171 NIP79453.1 WP_024330540.1 44.3 88 47 2 1 86 139 226 1.31e-17 73.9 XP_008332845.1 XP_008332845.1 100 531 0 0 1 531 1 531 0.0 1073 TQD74562.1 TQD74562.1 100 219 0 0 1 219 1 219 4.45e-157 432 MCL4381067.1 MCL4381067.1 100 126 0 0 1 126 1 126 1.14e-91 259 WP_091276063.1 WP_091276063.1 100 45 0 0 1 45 1 45 1.44e-26 88.6 WP_091276063.1 NXE29491.1 56.4 39 17 0 6 44 19 57 1.88e-06 38.1 PDM41204.1 PDM41204.1 100 661 0 0 1 661 1 661 0.0 1237 WP_205448866.1 WP_205448866.1 100 350 0 0 1 350 1 350 9.43e-270 728 TKJ28570.1 TKJ28570.1 100 213 0 0 1 213 1 213 7.65e-146 403 WP_204037257.1 WP_204037257.1 100 191 0 0 1 191 1 191 9.16e-134 370 WP_204037257.1 MBV8133755.1 39.2 181 105 1 12 187 25 205 4.52e-36 124 WP_204037257.1 MBD7990178.1 40.5 173 98 1 24 191 33 205 4.54e-36 123 TQD99590.1 TQD99590.1 100 189 0 0 1 189 1 189 7.24e-130 360 WP_180130780.1 WP_180130780.1 100 454 0 0 1 454 1 454 6.72e-309 835 WP_254962431.1 WP_254962431.1 100 312 0 0 1 312 1 312 3.03e-240 650 WP_245961518.1 WP_245961518.1 100 60 0 0 1 60 1 60 5.28e-33 105 MBN8919778.1 MBN8919778.1 100 323 0 0 1 323 1 323 2.82e-221 603 PWL92822.1 PWL92822.1 100 121 0 0 1 121 1 121 1.65e-84 240 KFY78659.1 KFY78659.1 100 981 0 0 1 981 1 981 0.0 1777 WP_079619859.1 WP_079619859.1 100 344 0 0 1 344 1 344 3.47e-253 685 PLX13828.1 PLX13828.1 100 157 0 0 1 157 1 157 5.84e-118 328 MBW1714133.1 MBW1714133.1 100 163 0 0 1 163 1 163 2.44e-113 317 ENF92344.1 ENF92344.1 100 292 0 0 1 292 1 292 1.00e-228 619 ENF92344.1 WP_117077319.1 84.3 153 24 0 2 154 4 156 1.50e-99 287 ENF92344.1 WP_240732162.1 30.5 105 61 3 171 268 2 101 3.98e-08 49.3 WP_258515841.1 WP_258515841.1 100 81 0 0 1 81 1 81 7.41e-58 170 ECP6736894.1 ECP6736894.1 100 344 0 0 1 344 1 344 1.16e-251 681 ECP6736894.1 EFS8130303.1 95.3 344 16 0 1 344 1 344 1.30e-240 659 ECP6736894.1 PJQ02245.1 31.5 317 204 6 38 344 47 360 1.05e-43 157 ECP6736894.1 EJA9392162.1 36.8 144 84 2 208 344 9 152 3.33e-23 95.5 ECP6736894.1 EAL1671435.1 38.8 116 66 2 234 344 1 116 1.17e-17 81.6 ECP6736894.1 WP_181244664.1 40.0 70 40 1 228 295 191 260 3.22e-06 46.6 WP_006034446.1 WP_006034446.1 100 312 0 0 1 312 1 312 6.05e-231 626 WP_006034446.1 WP_200047810.1 29.8 228 159 1 82 308 93 320 1.47e-24 99.8 WP_106759541.1 WP_106759541.1 100 415 0 0 1 415 1 415 7.38e-300 809 WP_204663166.1 WP_204663166.1 100 253 0 0 1 253 1 253 2.17e-174 478 MBJ7292067.1 MBJ7292067.1 100 264 0 0 1 264 1 264 1.01e-189 518 MBJ7292067.1 MCF8709434.1 43.5 260 139 5 8 264 15 269 4.80e-54 174 WP_086486287.1 WP_086486287.1 100 133 0 0 1 133 1 133 6.45e-90 255 EHH4366918.1 EHH4366918.1 100 317 0 0 1 317 1 317 3.39e-235 637 WP_282689626.1 WP_282689626.1 100 270 0 0 1 270 1 270 1.45e-201 548 WP_282689626.1 WP_065073385.1 29.4 126 75 2 82 207 49 160 1.96e-09 55.5 KAJ1529594.1 KAJ1529594.1 100 148 0 0 1 148 1 148 4.32e-93 264 KAJ1529594.1 AAV84242.1 63.6 143 51 1 7 148 2 144 1.01e-58 177 WP_055337992.1 WP_055337992.1 100 386 0 0 1 386 1 386 8.63e-282 761 WP_055337992.1 WP_019444443.1 65.2 322 112 0 65 386 2 323 1.13e-155 439 WP_055337992.1 MBL6847974.1 40.4 381 218 4 11 386 12 388 2.65e-96 291 WP_055337992.1 WP_019585553.1 33.1 338 219 5 31 363 43 378 2.12e-45 159 WP_055337992.1 MCH8312862.1 26.7 322 212 8 36 350 19 323 4.56e-25 103 WP_055337992.1 RYZ40664.1 26.2 363 238 11 2 349 9 356 1.74e-17 81.6 XP_040136988.1 XP_040136988.1 100 507 0 0 1 507 1 507 0.0 934 WP_060933343.1 WP_060933343.1 100 110 0 0 1 110 1 110 2.76e-80 229 WP_258380998.1 WP_258380998.1 100 239 0 0 1 239 1 239 1.13e-169 465 MCB1338306.1 MCB1338306.1 100 225 0 0 1 225 1 225 2.59e-168 461 WP_038052668.1 WP_038052668.1 100 417 0 0 1 417 1 417 1.12e-295 799 WP_038052668.1 WP_200198809.1 40.0 405 234 4 13 410 14 416 2.23e-89 275 WP_038052668.1 XP_052534275.1 32.3 504 242 12 6 416 105 602 1.61e-61 207 WP_116619797.1 WP_116619797.1 100 122 0 0 1 122 1 122 2.08e-83 238 WP_105526419.1 WP_105526419.1 100 247 0 0 1 247 1 247 6.23e-171 469 WP_129543374.1 WP_129543374.1 100 168 0 0 1 168 1 168 8.43e-121 336 MBL8820230.1 MBL8820230.1 100 325 0 0 1 325 1 325 7.24e-250 675 MBL8820230.1 RYE89993.1 39.7 310 155 5 28 316 31 329 2.93e-66 209 XP_004869485.1 XP_004869485.1 100 555 0 0 1 555 1 555 1.33e-198 564 WP_248846761.1 WP_248846761.1 100 59 0 0 1 59 1 59 1.57e-38 119 MCP5260845.1 MCP5260845.1 100 567 0 0 1 567 1 567 0.0 1118 MCP5260845.1 WP_180196654.1 52.9 563 252 5 3 564 7 557 3.81e-195 556 WDS37366.1 WDS37366.1 100 532 0 0 1 532 1 532 0.0 1060 WP_238844860.1 WP_238844860.1 100 270 0 0 1 270 1 270 3.73e-213 578 NXY38534.1 NXY38534.1 100 147 0 0 1 147 1 147 3.59e-114 317 NXY38534.1 XP_055254096.1 83.0 112 17 1 7 116 67 178 1.90e-69 206 WP_263072085.1 WP_263072085.1 100 254 0 0 1 254 1 254 9.96e-176 482 MCB1815789.1 MCB1815789.1 100 310 0 0 1 310 1 310 2.36e-227 617 MWR41881.1 MWR41881.1 100 267 0 0 1 267 1 267 1.80e-189 518 MWR41881.1 WP_076409454.1 38.6 236 139 1 29 264 5 234 1.37e-54 178 MWR41881.1 WP_176354145.1 40.2 241 137 2 25 264 2 236 3.57e-53 175 MWR41881.1 WP_011057593.1 37.3 236 142 1 29 264 5 234 5.15e-53 174 MWR41881.1 WP_140480909.1 38.5 226 133 1 39 264 24 243 8.21e-51 169 MWR41881.1 WP_008470196.1 37.7 244 147 4 25 266 5 245 3.42e-50 164 MWR41881.1 WP_170725874.1 39.4 221 128 1 44 264 20 234 3.22e-49 164 MWR41881.1 WP_142133210.1 38.8 224 129 4 44 264 26 244 1.04e-48 160 MWR41881.1 WP_258581409.1 39.4 221 128 1 44 264 19 233 2.63e-48 162 MWR41881.1 WP_237907640.1 37.6 237 142 2 28 264 3 233 1.14e-47 160 MWR41881.1 WP_279984614.1 39.2 227 131 3 44 264 25 250 7.46e-46 153 MWR41881.1 HBO4828144.1 37.9 219 120 2 44 262 30 232 8.17e-43 145 MWR41881.1 WP_077217464.1 38.9 216 118 2 39 249 45 251 5.51e-41 141 MWR41881.1 MBC7326981.1 34.6 234 139 7 44 267 22 251 2.12e-38 133 MWR41881.1 WP_072380563.1 33.9 218 141 3 49 264 22 238 4.82e-38 132 MWR41881.1 WP_107894076.1 34.9 249 142 5 34 262 5 253 1.18e-37 133 MWR41881.1 RUU66461.1 36.3 223 136 5 44 262 106 326 1.68e-37 134 MWR41881.1 WP_158791585.1 33.6 235 140 6 44 267 20 249 3.60e-35 125 MWR41881.1 WP_227059655.1 32.6 261 160 5 18 262 11 271 1.69e-34 129 MWR41881.1 WP_098952357.1 35.1 225 133 4 44 260 31 250 1.30e-33 122 MWR41881.1 WP_066083732.1 31.8 255 153 6 29 262 1 255 2.37e-33 122 MWR41881.1 WP_207918089.1 33.1 248 151 7 26 261 3 247 2.96e-33 120 MWR41881.1 WP_152652784.1 34.9 229 142 3 26 254 3 224 1.01e-32 120 MWR41881.1 OAN53756.1 31.5 232 139 7 49 267 32 256 1.35e-32 118 MWR41881.1 MXP43753.1 29.4 252 158 7 29 267 15 259 1.09e-31 116 XP_044490862.1 XP_044490862.1 100 343 0 0 1 343 1 343 6.18e-203 558 MBM3322720.1 MBM3322720.1 100 343 0 0 1 343 1 343 7.66e-261 704 WP_038440434.1 WP_038440434.1 100 581 0 0 1 581 1 581 0.0 1072 WP_038440434.1 WP_060613079.1 27.2 515 365 7 61 569 69 579 4.44e-45 166 WP_038440434.1 WP_195238978.1 28.7 387 268 6 195 575 343 727 4.98e-42 159 WP_038440434.1 NFD84694.1 21.9 498 365 7 92 575 277 764 1.86e-38 149 WP_038440434.1 WP_011512097.1 29.1 358 243 4 222 569 224 580 1.32e-34 136 WP_038440434.1 MBQ8297564.1 22.4 491 367 5 92 573 89 574 6.92e-30 122 WP_038440434.1 WP_041481207.1 31.6 228 153 2 305 529 305 532 1.02e-29 121 WP_038440434.1 WP_247749043.1 31.1 238 157 3 339 569 361 598 4.80e-28 117 WP_038440434.1 MCH4209672.1 29.5 193 111 5 351 538 398 570 3.23e-15 77.0 WP_038440434.1 WP_142931103.1 29.1 227 128 9 332 542 256 465 3.00e-14 73.6 WP_038440434.1 WP_258581409.1 24.8 226 151 5 334 551 3 217 3.19e-14 72.8 WP_038440434.1 WP_278489123.1 25.8 267 143 9 335 575 6 243 4.62e-14 71.2 WP_038440434.1 WP_098952357.1 27.8 216 143 7 350 555 30 242 7.09e-14 71.2 WP_038440434.1 WP_072380563.1 26.6 248 146 9 335 567 2 228 7.52e-13 67.0 WP_038440434.1 WP_089095302.1 24.5 200 134 6 328 527 308 490 9.11e-10 59.7 WP_038440434.1 WP_150396769.1 36.7 79 48 2 470 546 415 493 2.10e-04 42.4 XP_005087540.1 XP_005087540.1 100 314 0 0 1 314 1 314 2.54e-224 610 XP_005087540.1 XP_042531659.1 42.1 304 176 0 1 304 1 304 8.70e-78 238 XP_005087540.1 XP_054446685.1 41.4 297 174 0 8 304 6 302 9.85e-77 235 XP_005087540.1 XP_034290446.1 41.0 300 176 1 11 309 12 311 7.45e-74 228 XP_005087540.1 XP_012889676.1 40.4 292 174 0 11 302 11 302 1.15e-68 214 XP_005087540.1 XP_002688837.2 37.9 298 185 0 9 306 9 306 3.05e-63 201 XP_005087540.1 AAR19565.1 38.3 222 137 0 64 285 1 222 2.03e-47 157 XP_005087540.1 XP_046298169.1 34.5 290 188 1 11 298 13 302 4.80e-46 156 PKM16736.1 PKM16736.1 100 136 0 0 1 136 1 136 2.81e-90 256 MBG8612140.1 MBG8612140.1 100 366 0 0 1 366 1 366 2.53e-273 738 NLY22703.1 NLY22703.1 100 637 0 0 1 637 1 637 0.0 1251 NLY22703.1 MBL0091585.1 43.8 340 180 5 8 337 57 395 3.61e-78 260 TMH33622.1 TMH33622.1 100 244 0 0 1 244 1 244 2.45e-171 470 TEA36401.1 TEA36401.1 100 49 0 0 1 49 1 49 4.19e-32 102 WP_279029857.1 WP_279029857.1 100 368 0 0 1 368 1 368 2.83e-223 612 XP_037829017.1 XP_037829017.1 100 1195 0 0 1 1195 1 1195 0.0 2305 GBM15324.1 GBM15324.1 100 523 0 0 1 523 1 523 0.0 988 WP_216890540.1 WP_216890540.1 100 425 0 0 1 425 1 425 4.42e-297 803 WP_216890540.1 WP_053743010.1 22.0 418 306 4 13 425 16 418 1.28e-25 106 WP_023955328.1 WP_023955328.1 100 352 0 0 1 352 1 352 4.89e-248 673 WP_023955328.1 WP_029317544.1 30.0 353 230 6 1 343 1 346 5.83e-40 145 WP_023955328.1 WP_219954954.1 22.4 340 254 5 4 340 6 338 2.09e-20 90.1 WP_023955328.1 WP_101606078.1 27.9 348 205 14 11 343 12 328 1.26e-16 79.0 WP_023955328.1 MCF6289355.1 25.2 147 106 2 200 345 51 194 1.99e-08 53.1 EHK9185512.1 EHK9185512.1 100 284 0 0 1 284 1 284 2.96e-217 589 EHK9185512.1 ACA34490.1 31.1 283 161 9 3 275 256 514 6.94e-31 119 WP_236495189.1 WP_236495189.1 100 191 0 0 1 191 1 191 1.35e-135 375 XP_049236752.1 XP_049236752.1 100 825 0 0 1 825 1 825 0.0 1521 XP_049236752.1 AJU61790.1 34.8 489 306 7 6 488 21 502 1.03e-89 293 XP_049236752.1 KAI0064471.1 28.0 492 318 11 27 508 44 509 1.80e-44 166 XP_049236752.1 KAF8901107.1 25.8 476 323 10 10 475 33 488 6.21e-34 135 XP_049236752.1 MCB1412915.1 22.9 166 127 1 65 229 67 232 1.54e-08 56.2 MBO6153462.1 MBO6153462.1 100 65 0 0 1 65 1 65 7.59e-44 133 EAZ93353.1 EAZ93353.1 100 53 0 0 1 53 1 53 1.97e-34 108 TAL78422.1 TAL78422.1 100 262 0 0 1 262 1 262 9.83e-205 556 MBQ9979016.1 MBQ9979016.1 100 367 0 0 1 367 1 367 4.02e-250 679 MBQ9979016.1 WP_049105913.1 52.3 107 48 1 119 222 257 363 3.90e-32 122 MBQ9979016.1 MCP4914981.1 68.6 70 22 0 121 190 146 215 6.26e-25 99.4 MBQ9979016.1 MCH8269832.1 31.7 230 96 7 128 354 158 329 3.03e-16 77.4 WP_232038993.1 WP_232038993.1 100 510 0 0 1 510 1 510 0.0 983 WP_232038993.1 WP_195426888.1 29.2 435 275 8 17 437 10 425 1.95e-42 156 WP_232038993.1 XP_050320449.1 27.0 477 307 13 32 494 33 482 9.01e-38 143 WP_232038993.1 WP_061795322.1 27.1 491 326 13 24 502 33 503 1.78e-35 137 KAF0259695.1 KAF0259695.1 100 212 0 0 1 212 1 212 9.66e-144 397 WP_263011293.1 WP_263011293.1 100 137 0 0 1 137 1 137 1.01e-79 229 WP_153201580.1 WP_153201580.1 100 204 0 0 1 204 1 204 1.07e-152 419 WP_074667553.1 WP_074667553.1 100 335 0 0 1 335 1 335 1.15e-242 658 WP_096443068.1 WP_096443068.1 100 313 0 0 1 313 1 313 5.84e-234 634 WP_096443068.1 MCF8709434.1 33.0 227 124 8 33 256 26 227 6.79e-20 85.9 WP_063378475.1 WP_063378475.1 100 79 0 0 1 79 1 79 4.20e-54 160 WP_211627431.1 WP_211627431.1 100 613 0 0 1 613 1 613 0.0 1217 WP_152029253.1 WP_152029253.1 100 96 0 0 1 96 1 96 6.01e-64 186 MCR5007903.1 MCR5007903.1 100 193 0 0 1 193 1 193 2.08e-140 387 MCR5007903.1 WP_088527814.1 46.8 188 98 2 1 188 1 186 5.82e-55 171 MCR5007903.1 WP_122081718.1 41.1 190 104 4 2 188 4 188 4.55e-40 134 UEX07109.1 UEX07109.1 100 4379 0 0 1 4379 1 4379 0.0 7403 UEX07109.1 UFM00670.1 88.0 4379 525 0 1 4379 27 4405 0.0 7387 UEX07109.1 UEC68750.1 88.0 4379 524 0 1 4379 27 4405 0.0 7387 UEX07109.1 QTD03487.1 87.9 4379 528 0 1 4379 27 4405 0.0 7385 UEX07109.1 QZU16279.1 88.1 4375 522 0 1 4375 27 4401 0.0 7384 UEX07109.1 UBD95131.1 88.1 4375 522 0 1 4375 27 4401 0.0 7383 UEX07109.1 UHM53165.1 88.0 4379 525 0 1 4379 27 4405 0.0 7382 UEX07109.1 UFM02602.1 88.0 4379 525 0 1 4379 27 4405 0.0 7382 UEX07109.1 UBP50947.1 88.0 4375 524 0 1 4375 27 4401 0.0 7379 UEX07109.1 QWC83326.1 88.0 4375 525 0 1 4375 27 4401 0.0 7379 UEX07109.1 UBL45068.1 88.0 4379 527 0 1 4379 27 4405 0.0 7378 UEX07109.1 QSZ25555.1 88.0 4375 527 0 1 4375 27 4401 0.0 7377 UEX07109.1 WEU87158.1 88.0 4375 526 0 1 4375 27 4401 0.0 7376 UEX07109.1 UEC52718.1 88.0 4375 526 0 1 4375 27 4401 0.0 7374 UEX07109.1 QXR94354.1 87.9 4379 528 1 1 4379 27 4402 0.0 7369 UEX07109.1 QTM79632.1 87.8 4379 531 1 1 4379 27 4402 0.0 7367 UEX07109.1 UPP41269.1 87.9 4379 529 1 1 4379 27 4402 0.0 7365 UEX07109.1 ULA23837.2 87.8 4379 529 2 1 4379 27 4401 0.0 7363 UEX07109.1 QTZ27226.1 87.8 4379 533 1 1 4379 27 4402 0.0 7362 UEX07109.1 QVD87869.1 87.9 4375 527 1 1 4375 27 4398 0.0 7362 UEX07109.1 USR14792.1 87.8 4379 530 1 1 4379 27 4402 0.0 7361 UEX07109.1 UIR12670.1 87.9 4375 527 2 1 4375 27 4397 0.0 7360 UEX07109.1 UZO53924.1 87.9 4375 528 1 1 4375 27 4398 0.0 7359 UEX07109.1 UKN67998.1 87.8 4375 528 2 1 4375 7 4377 0.0 7359 UEX07109.1 UXH94526.1 87.8 4379 530 2 1 4379 27 4401 0.0 7359 WP_172228453.1 WP_172228453.1 100 57 0 0 1 57 1 57 5.99e-42 128 XP_054800357.1 XP_054800357.1 100 659 0 0 1 659 1 659 0.0 1324 MCD4805360.1 MCD4805360.1 100 385 0 0 1 385 1 385 4.86e-267 724 MUU11774.1 MUU11774.1 100 284 0 0 1 284 1 284 1.72e-191 524 MUU11774.1 MBS4968936.1 34.1 279 170 4 14 283 11 284 1.09e-38 135 MUU11774.1 MBA2554676.1 31.3 246 165 2 43 284 55 300 1.01e-31 117 WP_221286480.1 WP_221286480.1 100 286 0 0 1 286 1 286 1.32e-196 537 WP_221286480.1 WP_187094112.1 42.3 239 114 5 48 279 61 282 2.62e-44 150 WP_076679691.1 WP_076679691.1 100 129 0 0 1 129 1 129 4.98e-92 260 QIG46118.1 QIG46118.1 100 330 0 0 1 330 1 330 6.45e-251 678 WP_171531042.1 WP_171531042.1 100 356 0 0 1 356 1 356 1.35e-272 735 XP_002430673.1 XP_002430673.1 100 66 0 0 1 66 1 66 8.14e-44 133 ANJ20823.1 ANJ20823.1 100 66 0 0 1 66 1 66 2.21e-50 150 NXR14151.1 NXR14151.1 100 261 0 0 1 261 1 261 2.70e-197 537 MBI5003436.1 MBI5003436.1 100 508 0 0 1 508 1 508 0.0 946 MCU2740175.1 MCU2740175.1 100 186 0 0 1 186 1 186 1.66e-138 382 WP_203339841.1 WP_203339841.1 100 342 0 0 1 342 1 342 3.72e-247 670 WP_203339841.1 NRF69152.1 39.7 272 153 6 13 276 139 407 1.92e-53 182 WP_203339841.1 WP_058504615.1 41.6 269 147 7 12 275 191 454 8.49e-52 178 WP_203339841.1 WP_283107263.1 35.1 276 176 3 2 276 174 447 4.64e-48 168 WP_203339841.1 WP_017718577.1 37.6 266 163 3 12 276 240 503 1.14e-47 169 WP_203339841.1 MBT7163208.1 37.6 258 158 3 22 278 207 462 5.39e-47 166 WP_203339841.1 WP_121975536.1 40.1 152 85 3 130 276 114 264 1.50e-27 108 WP_203339841.1 RYD39969.1 29.6 277 172 9 20 284 21 286 2.44e-25 102 WP_203339841.1 EEC9022132.1 31.0 213 126 5 106 303 194 400 7.69e-23 97.4 WP_203339841.1 WP_029222463.1 35.2 176 100 3 130 296 112 282 1.70e-21 92.4 XP_052621353.1 XP_052621353.1 100 522 0 0 1 522 1 522 0.0 1054 KAJ4922108.1 KAJ4922108.1 100 468 0 0 1 468 1 468 1.61e-314 851 KAJ4922108.1 NXM82541.1 48.6 506 188 12 26 468 1 497 4.85e-127 376 KAJ4922108.1 XP_018957721.2 34.8 135 79 4 25 156 11 139 2.20e-16 80.1 MBK6983032.1 MBK6983032.1 100 78 0 0 1 78 1 78 2.19e-51 153 MCI9332849.1 MCI9332849.1 100 201 0 0 1 201 1 201 1.39e-142 394 WP_057489847.1 WP_057489847.1 100 130 0 0 1 130 1 130 1.37e-94 266 WP_100146488.1 WP_100146488.1 100 67 0 0 1 67 1 67 1.92e-38 120 WP_176018545.1 WP_176018545.1 100 382 0 0 1 382 1 382 9.21e-275 743 WP_176018545.1 MCU1514505.1 42.3 366 195 5 3 365 6 358 1.93e-89 273 MBI4448201.1 MBI4448201.1 100 197 0 0 1 197 1 197 8.44e-142 391 QGA29503.1 QGA29503.1 100 685 0 0 1 685 1 685 0.0 1365 QGA29503.1 AFX75916.1 96.1 685 27 0 1 685 1 685 0.0 1322 WP_274358594.1 WP_274358594.1 100 208 0 0 1 208 1 208 7.12e-144 397 XP_052375968.1 XP_052375968.1 100 252 0 0 1 252 1 252 3.98e-190 518 WP_137692307.1 WP_137692307.1 100 515 0 0 1 515 1 515 0.0 992 WP_137692307.1 MBR0185573.1 26.0 400 214 12 58 390 244 628 2.42e-21 95.9 MBS0252047.1 MBS0252047.1 100 273 0 0 1 273 1 273 7.44e-201 547 MBM3499926.1 MBM3499926.1 100 263 0 0 1 263 1 263 1.01e-193 528 NBQ41256.1 NBQ41256.1 100 297 0 0 1 297 1 297 1.64e-216 588 NBQ41256.1 WP_020913025.1 52.7 296 131 2 1 296 1 287 2.92e-108 314 NBQ41256.1 KAF1538674.1 52.4 307 123 5 2 293 20 318 1.21e-104 306 NBQ41256.1 MBI3461834.1 51.7 290 131 2 1 290 1 281 5.32e-102 298 NBQ41256.1 NEQ48723.1 51.4 290 132 3 1 290 1 281 3.29e-97 286 NBQ41256.1 OCB46767.1 47.5 303 141 4 1 294 1 294 2.60e-86 259 MBQ6111538.1 MBQ6111538.1 100 79 0 0 1 79 1 79 9.58e-51 152 WP_189646918.1 WP_189646918.1 100 728 0 0 1 728 1 728 0.0 1400 WP_189646918.1 WP_116818916.1 40.7 739 411 11 2 724 6 733 9.56e-145 439 MXX91804.1 MXX91804.1 100 123 0 0 1 123 1 123 2.72e-93 263 WP_059632389.1 WP_059632389.1 100 414 0 0 1 414 1 414 9.96e-318 854 WP_052379448.1 WP_052379448.1 100 305 0 0 1 305 1 305 1.30e-217 592 HCW55486.1 HCW55486.1 100 138 0 0 1 138 1 138 1.90e-98 277 WP_260920963.1 WP_260920963.1 100 322 0 0 1 322 1 322 6.15e-220 599 HBS0905846.1 HBS0905846.1 100 558 0 0 1 558 1 558 0.0 1102 HBS0905846.1 MCM6312373.1 98.7 558 7 0 1 558 1 558 0.0 1088 HBS0905846.1 HBZ7417361.1 98.2 283 5 0 276 558 1 283 5.65e-201 560 HBS0905846.1 WP_280015341.1 41.5 556 316 4 5 553 10 563 9.40e-134 400 MAA73247.1 MAA73247.1 100 174 0 0 1 174 1 174 1.81e-118 330 KJS09633.1 KJS09633.1 100 589 0 0 1 589 1 589 0.0 1107 KJS09633.1 WP_185816158.1 40.4 104 62 0 485 588 125 228 1.17e-17 80.9 WP_063427392.1 WP_063427392.1 100 335 0 0 1 335 1 335 1.90e-241 655 WP_063427392.1 WP_198907334.1 29.2 308 213 4 8 314 11 314 3.57e-31 118 WP_171251269.1 WP_171251269.1 100 132 0 0 1 132 1 132 3.90e-95 268 MBR6293537.1 MBR6293537.1 100 177 0 0 1 177 1 177 2.39e-129 358 MBR6293537.1 MBL1150364.1 32.2 180 109 7 4 175 6 180 3.73e-16 70.9 MBD8963934.1 MBD8963934.1 100 395 0 0 1 395 1 395 1.52e-291 786 KAF4998971.1 KAF4998971.1 100 271 0 0 1 271 1 271 1.98e-204 556 WP_056264272.1 WP_056264272.1 100 252 0 0 1 252 1 252 1.62e-189 516 HIE21596.1 HIE21596.1 100 285 0 0 1 285 1 285 3.74e-191 523 HIE21596.1 MAJ92374.1 29.8 248 129 6 25 230 28 272 1.01e-13 68.6 WP_262138576.1 WP_262138576.1 100 215 0 0 1 215 1 215 1.76e-161 442 NPV66369.1 NPV66369.1 100 305 0 0 1 305 1 305 2.65e-226 614 NPV66369.1 OGR46634.1 64.7 292 98 3 2 290 3 292 8.81e-134 380 MBN4358138.1 MBN4358138.1 100 15 0 0 1 15 1 15 2.31e-08 40.8 MBM3366565.1 MBM3366565.1 100 225 0 0 1 225 1 225 1.04e-158 436 MBM3366565.1 MBQ9976843.1 41.7 216 120 4 10 223 6 217 1.02e-43 147 MBM3366565.1 PWU18232.1 42.0 219 116 5 10 223 13 225 1.57e-41 142 WP_182997113.1 WP_182997113.1 100 162 0 0 1 162 1 162 2.86e-116 324 WP_215799033.1 WP_215799033.1 100 599 0 0 1 599 1 599 0.0 1101 MBO7690464.1 MBO7690464.1 100 609 0 0 1 609 1 609 0.0 1288 MBO7690464.1 WP_122747354.1 30.0 484 308 11 95 561 57 526 9.44e-61 209 ANN75327.1 ANN75327.1 100 293 0 0 1 293 1 293 1.12e-221 601 WP_283525395.1 WP_283525395.1 100 379 0 0 1 379 1 379 3.09e-276 746 WP_283525395.1 EGS8470081.1 42.7 379 202 5 7 376 3 375 1.78e-95 288 RVU39726.1 RVU39726.1 100 158 0 0 1 158 1 158 2.10e-107 301 WP_129189671.1 WP_129189671.1 100 701 0 0 1 701 1 701 0.0 1348 AJU61790.1 AJU61790.1 100 569 0 0 1 569 1 569 0.0 1127 AJU61790.1 XP_049236752.1 35.0 489 305 7 21 502 6 488 2.54e-91 296 AJU61790.1 EJG1264510.1 26.0 470 299 10 25 485 5 434 8.04e-38 143 AJU61790.1 KAF8901107.1 24.9 458 311 7 43 488 51 487 9.37e-31 124 WP_009620393.1 WP_009620393.1 100 295 0 0 1 295 1 295 1.33e-205 561 WP_009620393.1 WP_077690175.1 33.3 192 122 2 6 194 7 195 8.79e-22 91.7 WP_009620393.1 WP_254301195.1 34.3 172 102 5 5 174 10 172 1.26e-11 62.4 WP_009620393.1 WP_064711955.1 32.0 122 82 1 1 121 1 122 3.42e-10 58.2 WP_009620393.1 MCI2079698.1 20.9 191 151 0 6 196 6 196 7.01e-07 48.1 MCE5327674.1 MCE5327674.1 100 691 0 0 1 691 1 691 0.0 1281 MCE5327674.1 KYG00847.1 41.0 178 96 4 371 545 715 886 3.34e-27 116 WP_184846795.1 WP_184846795.1 100 716 0 0 1 716 1 716 0.0 1325 CAG5919444.1 CAG5919444.1 100 2696 0 0 1 2696 1 2696 0.0 5084 WP_251643117.1 WP_251643117.1 100 1129 0 0 1 1129 1 1129 0.0 2216 XP_013338901.1 XP_013338901.1 100 245 0 0 1 245 1 245 4.26e-177 484 WP_254645866.1 WP_254645866.1 100 213 0 0 1 213 1 213 8.66e-152 418 EFK3891274.1 EFK3891274.1 100 140 0 0 1 140 1 140 3.52e-104 291 HIP46790.1 HIP46790.1 100 175 0 0 1 175 1 175 1.05e-122 341 HIP46790.1 ACE85434.1 35.5 141 89 2 1 140 9 148 4.18e-26 95.9 WP_271820285.1 WP_271820285.1 100 371 0 0 1 371 1 371 8.30e-261 707 WP_271820285.1 MCB9544502.1 53.3 92 39 2 279 369 10 98 2.93e-21 85.9 WP_119400337.1 WP_119400337.1 100 134 0 0 1 134 1 134 1.71e-99 279 WP_119400337.1 MAB27215.1 41.4 133 76 2 1 133 1 131 1.08e-28 100 GGK76871.1 GGK76871.1 100 276 0 0 1 276 1 276 3.01e-197 538 WP_161554567.1 WP_161554567.1 100 252 0 0 1 252 1 252 6.13e-194 528 MBD5394228.1 MBD5394228.1 100 301 0 0 1 301 1 301 2.51e-213 581 MBD5394228.1 WP_163042480.1 31.8 201 125 6 109 297 119 319 9.56e-23 95.9 MBD5394228.1 WP_138572923.1 24.1 307 210 10 7 298 49 347 7.86e-14 69.3 WP_049595658.1 WP_049595658.1 100 102 0 0 1 102 1 102 6.04e-69 199 KAH8979981.1 KAH8979981.1 100 190 0 0 1 190 1 190 5.77e-141 389 RYZ40664.1 RYZ40664.1 100 393 0 0 1 393 1 393 7.71e-284 767 RYZ40664.1 MCH8312862.1 54.4 360 159 2 32 391 3 357 5.31e-128 371 RYZ40664.1 WP_019585553.1 32.8 381 244 7 16 386 16 394 1.11e-49 171 RYZ40664.1 WP_055337992.1 26.2 363 238 11 9 356 2 349 7.80e-17 79.7 RYZ40664.1 WP_278361924.1 23.6 390 278 8 12 389 1 382 1.15e-14 73.2 RYZ40664.1 WP_000576638.1 37.8 82 43 2 111 184 221 302 1.28e-07 52.0 ANP72927.1 ANP72927.1 100 257 0 0 1 257 1 257 5.65e-126 356 ANP72927.1 WP_014286324.1 36.8 68 43 0 47 114 6 73 2.13e-07 48.1 ANP72927.1 WP_048427321.1 46.4 56 30 0 44 99 11 66 4.61e-07 47.8 ANP72927.1 WP_234080888.1 42.4 66 37 1 35 99 14 79 2.29e-06 45.8 WP_279270002.1 WP_279270002.1 100 231 0 0 1 231 1 231 1.74e-169 464 KAB2615394.1 KAB2615394.1 100 332 0 0 1 332 1 332 3.12e-234 636 NTM88027.1 NTM88027.1 100 674 0 0 1 674 1 674 0.0 1328 HAS6615025.1 HAS6615025.1 100 79 0 0 1 79 1 79 1.21e-53 159 MCR5673014.1 MCR5673014.1 100 165 0 0 1 165 1 165 1.90e-86 249 HCA5739398.1 HCA5739398.1 100 245 0 0 1 245 1 245 1.08e-170 468 RAI83609.1 RAI83609.1 100 237 0 0 1 237 1 237 4.79e-170 466 WP_255965801.1 WP_255965801.1 100 484 0 0 1 484 1 484 0.0 933 WP_255965801.1 WP_257689765.1 47.6 481 250 2 3 482 4 483 1.45e-149 434 WP_255965801.1 WP_131836551.1 37.8 490 286 6 5 482 10 492 1.28e-94 293 WP_255965801.1 WP_057201184.1 38.4 466 271 7 26 482 15 473 1.23e-88 278 WP_255965801.1 XP_050320449.1 36.4 481 287 10 12 482 11 482 1.76e-84 267 WP_255965801.1 WP_195426888.1 33.3 457 294 7 31 483 33 482 1.69e-68 225 WP_255965801.1 WP_061795322.1 32.6 481 305 8 15 482 22 496 1.76e-68 226 WP_255965801.1 WP_205186167.1 33.0 415 271 4 73 484 5 415 2.16e-64 213 WP_010997757.1 WP_010997757.1 100 552 0 0 1 552 1 552 0.0 959 WP_010997757.1 MCL6479991.1 26.9 108 69 3 365 465 30 134 2.51e-09 57.4 WP_244200682.1 WP_244200682.1 100 320 0 0 1 320 1 320 7.24e-252 680 WP_244200682.1 NRB18267.1 45.3 298 152 5 4 299 14 302 1.18e-88 266 OTO70739.1 OTO70739.1 100 30 0 0 1 30 1 30 1.14e-15 60.1 WP_143010918.1 WP_143010918.1 100 784 0 0 1 784 1 784 0.0 1526 WP_255375741.1 WP_255375741.1 100 283 0 0 1 283 1 283 1.03e-187 514 WP_257080809.1 WP_257080809.1 100 200 0 0 1 200 1 200 8.28e-130 361 GLY24463.1 GLY24463.1 100 327 0 0 1 327 1 327 3.51e-233 633 GLY24463.1 WP_066083732.1 43.7 318 177 2 4 319 6 323 6.75e-93 278 GLY24463.1 MCP5262709.1 45.8 321 172 2 4 323 1 320 3.72e-92 276 GLY24463.1 WP_107894076.1 44.7 318 175 1 3 320 4 320 6.59e-91 273 GLY24463.1 WP_131166802.1 48.7 306 155 2 2 305 3 308 2.41e-86 261 GLY24463.1 WP_227059655.1 45.8 312 146 4 4 309 17 311 1.05e-76 245 GLY24463.1 WP_192324556.1 50.2 265 124 3 4 261 13 276 5.48e-76 243 GLY24463.1 WP_098952357.1 40.7 324 170 7 3 314 2 315 7.39e-66 208 GLY24463.1 MBU5353226.1 41.3 276 145 5 1 267 1 268 8.99e-61 195 GLY24463.1 RUU66461.1 45.0 249 129 3 14 262 96 336 1.48e-56 186 GLY24463.1 MBQ3864274.1 40.0 300 166 9 21 317 33 321 8.75e-55 180 GLY24463.1 QCM13287.1 39.5 256 149 3 4 259 9 258 1.37e-47 160 GLY24463.1 MBP1876254.1 33.3 252 158 5 4 255 1 242 1.07e-33 125 GLY24463.1 MWR41881.1 30.0 233 153 5 18 250 38 260 1.95e-26 103 GLY24463.1 OAN53756.1 31.0 242 153 8 19 255 22 254 6.10e-25 99.8 GLY24463.1 WP_174822921.1 32.0 244 148 8 19 255 18 250 2.82e-23 95.1 GLY24463.1 MXP43753.1 28.7 244 156 6 19 255 25 257 2.24e-22 92.8 GLY24463.1 WP_207918089.1 30.3 244 151 7 19 255 16 247 1.16e-19 85.1 GLY24463.1 MBT4161918.1 30.8 201 129 5 21 221 23 213 3.74e-19 83.2 GLY24463.1 WP_150396769.1 34.9 238 135 8 3 237 23 243 1.27e-18 84.7 GLY24463.1 WP_158791585.1 28.5 246 154 9 19 255 15 247 2.28e-16 75.9 GLY24463.1 MBC7326981.1 26.9 242 157 9 19 252 17 246 3.21e-16 75.5 GLY24463.1 EHH5649593.1 26.7 206 133 4 38 243 32 219 9.80e-16 74.7 GLY24463.1 WP_060613079.1 30.8 234 136 8 12 238 347 561 1.65e-15 75.5 GLY24463.1 WP_142931103.1 24.9 229 150 4 27 255 23 229 2.67e-14 71.6 MBR5377733.1 MBR5377733.1 100 215 0 0 1 215 1 215 6.34e-155 426 WP_247623927.1 WP_247623927.1 100 403 0 0 1 403 1 403 4.29e-254 692 WP_247623927.1 WP_232968558.1 42.5 308 172 3 100 403 8 314 1.01e-75 236 WP_247623927.1 PAV09171.1 36.6 306 178 3 101 401 25 319 5.35e-56 185 WP_018646673.1 WP_018646673.1 100 958 0 0 1 958 1 958 0.0 1836 WP_018646673.1 WP_200543170.1 34.7 481 302 5 466 943 215 686 2.27e-87 293 WP_018646673.1 HAB03480.1 33.0 506 327 6 454 951 592 1093 9.05e-83 288 WP_018646673.1 MBF0143407.1 32.5 434 290 2 519 951 632 1063 6.40e-61 224 WP_018646673.1 WP_000484099.1 30.1 176 117 3 513 686 197 368 3.74e-16 79.7 WP_018646673.1 WP_255266214.1 32.3 161 103 3 517 677 288 442 8.37e-16 79.7 WP_018646673.1 HBB7853833.1 28.7 167 110 4 525 687 328 489 1.86e-15 78.6 WP_018646673.1 EJF06804.1 32.6 175 108 6 520 686 134 306 6.94e-14 72.0 WP_018646673.1 HCN71343.1 33.3 126 80 2 557 680 6 129 2.00e-13 66.6 WP_018646673.1 EGR2272270.1 31.5 143 92 3 540 680 534 672 1.09e-11 67.0 WP_018646673.1 WP_107169208.1 30.1 156 100 3 527 678 205 355 1.97e-11 65.1 WP_018646673.1 WP_023050329.1 24.7 194 134 7 486 677 165 348 7.86e-11 63.2 WP_018646673.1 WP_145544593.1 26.8 179 122 4 508 686 349 518 7.88e-11 63.9 WP_018646673.1 WP_269885397.1 29.5 129 88 3 559 686 145 271 1.69e-10 61.2 XP_016445639.1 XP_016445639.1 100 548 0 0 1 548 1 548 0.0 1139 XP_016445639.1 XP_047046442.1 26.6 582 345 20 16 541 11 566 2.63e-55 194 XP_016445639.1 CAG8726868.1 27.8 317 187 11 204 497 10 307 3.35e-20 90.5 XP_029698713.1 XP_029698713.1 100 1030 0 0 1 1030 1 1030 0.0 2186 MBU5424338.1 MBU5424338.1 100 273 0 0 1 273 1 273 1.38e-196 536 MBU5424338.1 WP_057651690.1 35.0 240 152 2 16 254 54 290 3.89e-25 99.8 WP_007427566.1 WP_007427566.1 100 431 0 0 1 431 1 431 0.0 876 WP_007427566.1 WP_036471418.1 54.2 432 195 2 1 431 1 430 6.02e-164 466 WP_111106433.1 WP_111106433.1 100 161 0 0 1 161 1 161 5.14e-114 318 PDW44028.1 PDW44028.1 100 673 0 0 1 673 1 673 0.0 1234 XP_013164386.1 XP_013164386.1 100 470 0 0 1 470 1 470 4.51e-309 842 MBR3209975.1 MBR3209975.1 100 81 0 0 1 81 1 81 6.43e-41 127 WP_006336501.1 WP_006336501.1 100 112 0 0 1 112 1 112 1.47e-76 219 HCE77318.1 HCE77318.1 100 267 0 0 1 267 1 267 1.90e-200 545 WP_015203918.1 WP_015203918.1 100 469 0 0 1 469 1 469 0.0 924 WP_086987611.1 WP_086987611.1 100 133 0 0 1 133 1 133 4.72e-92 260 KAA6389633.1 KAA6389633.1 100 924 0 0 1 924 1 924 0.0 1722 HEB56095.1 HEB56095.1 100 242 0 0 1 242 1 242 2.28e-175 480 WP_047323176.1 WP_047323176.1 100 383 0 0 1 383 1 383 1.11e-271 735 MBT6415404.1 MBT6415404.1 100 210 0 0 1 210 1 210 1.97e-151 417 MBK3737236.1 MBK3737236.1 100 667 0 0 1 667 1 667 0.0 1287 MBK3737236.1 NSW79198.1 41.6 238 126 3 430 660 432 663 2.31e-43 164 MBK3737236.1 MBF0233644.1 39.0 241 143 3 422 659 359 598 9.49e-40 154 MBK3737236.1 WP_211114623.1 42.1 252 127 8 418 658 413 656 9.18e-39 151 MBK3737236.1 WP_061048002.1 38.5 239 145 1 422 658 386 624 1.15e-37 148 MBK3737236.1 WP_086504813.1 39.4 241 135 5 422 660 386 617 1.12e-35 142 MBK3737236.1 CAG0990770.1 32.9 228 132 7 437 658 42 254 1.00e-18 85.1 AEH52569.1 AEH52569.1 100 128 0 0 1 128 1 128 1.13e-92 261 DAK76805.1 DAK76805.1 100 134 0 0 1 134 1 134 1.40e-98 277 KAJ6490484.1 KAJ6490484.1 100 1327 0 0 1 1327 1 1327 0.0 2572 WP_157502995.1 WP_157502995.1 100 342 0 0 1 342 1 342 1.41e-251 681 WP_223232292.1 WP_223232292.1 100 296 0 0 1 296 1 296 3.06e-216 588 KYG00847.1 KYG00847.1 100 945 0 0 1 945 1 945 0.0 1741 KYG00847.1 MCE5327674.1 40.4 178 97 4 715 886 371 545 2.78e-28 120 KYG00847.1 WP_086504813.1 35.8 95 40 2 795 889 545 618 2.12e-07 53.1 XP_033824504.1 XP_033824504.1 100 1154 0 0 1 1154 1 1154 0.0 2208 MBQ0048698.1 MBQ0048698.1 100 349 0 0 1 349 1 349 1.81e-262 709 MBQ0048698.1 WP_065766477.1 28.1 167 109 4 160 318 261 424 1.91e-08 53.9 UFA30503.1 UFA30503.1 100 4340 0 0 1 4340 1 4340 0.0 7870 UFA30503.1 QZU16279.1 93.6 4340 278 0 1 4340 27 4366 0.0 7863 UFA30503.1 UBD95131.1 93.6 4340 278 0 1 4340 27 4366 0.0 7862 UFA30503.1 UFM00670.1 93.5 4340 281 0 1 4340 27 4366 0.0 7859 UFA30503.1 UEC68750.1 93.5 4340 281 0 1 4340 27 4366 0.0 7857 UFA30503.1 UHM53165.1 93.5 4340 281 0 1 4340 27 4366 0.0 7854 UFA30503.1 UFM02602.1 93.5 4340 281 0 1 4340 27 4366 0.0 7854 UFA30503.1 UEC52718.1 93.5 4340 282 0 1 4340 27 4366 0.0 7854 UFA30503.1 QWC83326.1 93.4 4340 285 0 1 4340 27 4366 0.0 7851 UFA30503.1 QSZ25555.1 93.4 4340 287 0 1 4340 27 4366 0.0 7849 UFA30503.1 QTD03487.1 93.4 4340 288 0 1 4340 27 4366 0.0 7849 UFA30503.1 WEU87158.1 93.4 4340 287 0 1 4340 27 4366 0.0 7846 UFA30503.1 UBP50947.1 93.4 4340 288 0 1 4340 27 4366 0.0 7844 UFA30503.1 UBL45068.1 93.4 4340 287 0 1 4340 27 4366 0.0 7842 UFA30503.1 QVD87869.1 93.3 4340 287 1 1 4340 27 4363 0.0 7834 UFA30503.1 UIR12670.1 93.3 4340 286 2 1 4340 27 4362 0.0 7834 UFA30503.1 UZO53924.1 93.3 4340 287 1 1 4340 27 4363 0.0 7834 UFA30503.1 QXR94354.1 93.3 4340 288 1 1 4340 27 4363 0.0 7833 UFA30503.1 UKN67998.1 93.3 4340 287 2 1 4340 7 4342 0.0 7832 UFA30503.1 UVB16817.1 93.3 4340 287 1 1 4340 27 4363 0.0 7832 UFA30503.1 QTM79632.1 93.2 4340 291 1 1 4340 27 4363 0.0 7832 UFA30503.1 UPA83906.1 93.3 4340 287 2 1 4340 27 4362 0.0 7831 UFA30503.1 URQ55824.1 93.3 4340 288 1 1 4340 27 4363 0.0 7831 UFA30503.1 UPP41269.1 93.3 4340 289 1 1 4340 27 4363 0.0 7829 UFA30503.1 ULA23837.2 93.3 4340 288 2 1 4340 27 4362 0.0 7829 RBQ02499.1 RBQ02499.1 100 343 0 0 1 343 1 343 1.13e-262 709 QCI53355.1 QCI53355.1 100 354 0 0 1 354 1 354 4.64e-263 711 QCI53355.1 AEO85464.1 78.5 353 66 3 2 354 37 379 1.43e-201 574 QCI53355.1 QJX39053.1 69.9 352 94 2 3 354 31 370 2.66e-174 504 QCI53355.1 AEJ33395.1 30.7 391 217 12 4 353 25 402 2.83e-47 169 WP_074801249.1 WP_074801249.1 100 93 0 0 1 93 1 93 4.48e-60 176 MBI1210064.1 MBI1210064.1 100 226 0 0 1 226 1 226 1.14e-167 459 XP_054446685.1 XP_054446685.1 100 309 0 0 1 309 1 309 5.07e-217 591 XP_054446685.1 XP_005087540.1 41.6 296 173 0 8 303 10 305 1.94e-76 234 XP_054446685.1 XP_002688837.2 37.3 303 190 0 1 303 3 305 1.17e-67 212 XP_054446685.1 XP_034290446.1 37.5 301 187 1 9 308 12 312 2.53e-64 204 XP_054446685.1 XP_042531659.1 35.3 303 196 0 3 305 5 307 1.55e-62 199 XP_054446685.1 XP_012889676.1 39.2 301 179 4 2 300 4 302 1.22e-60 194 XP_054446685.1 AAR19565.1 39.2 222 133 2 63 283 2 222 8.49e-45 150 XP_054446685.1 XP_049747270.1 29.2 301 206 3 9 305 13 310 7.56e-36 129 WP_129873796.1 WP_129873796.1 100 973 0 0 1 973 1 973 0.0 1887 WP_087702867.1 WP_087702867.1 100 642 0 0 1 642 1 642 0.0 1210 GFH27490.1 GFH27490.1 100 315 0 0 1 315 1 315 1.09e-230 626 GFH27490.1 WP_147434933.1 48.3 201 100 2 108 308 2 198 1.39e-58 185 WP_034563362.1 WP_034563362.1 100 202 0 0 1 202 1 202 2.92e-140 388 KAJ8704128.1 KAJ8704128.1 100 296 0 0 1 296 1 296 3.24e-202 552 WP_114861267.1 WP_114861267.1 100 357 0 0 1 357 1 357 8.20e-254 688 WP_114861267.1 WP_138572923.1 57.9 347 138 3 10 356 11 349 5.14e-124 359 WP_224791962.1 WP_224791962.1 100 479 0 0 1 479 1 479 0.0 887 WP_224791962.1 WP_279840346.1 33.0 488 300 7 3 477 4 477 1.41e-59 201 WP_224791962.1 WP_094840069.1 32.3 514 310 7 1 478 1 512 4.32e-56 193 WP_224791962.1 WP_076595086.1 25.6 492 317 9 1 471 6 469 3.06e-37 140 WP_268637051.1 WP_268637051.1 100 142 0 0 1 142 1 142 3.78e-100 281 XP_028543448.1 XP_028543448.1 100 916 0 0 1 916 1 916 0.0 1608 WP_213341058.1 WP_213341058.1 100 111 0 0 1 111 1 111 5.78e-69 200 WP_025016984.1 WP_025016984.1 100 453 0 0 1 453 1 453 2.70e-303 821 WP_170015751.1 WP_170015751.1 100 375 0 0 1 375 1 375 7.90e-277 748 WP_277479375.1 WP_277479375.1 100 1033 0 0 1 1033 1 1033 0.0 2090 KAA3630074.1 KAA3630074.1 100 96 0 0 1 96 1 96 4.19e-73 209 MBD7990178.1 MBD7990178.1 100 206 0 0 1 206 1 206 3.28e-148 408 MBD7990178.1 MBV8133755.1 52.8 193 91 0 12 204 16 208 1.05e-75 225 MBD7990178.1 WP_204037257.1 39.2 189 109 2 17 205 9 191 4.89e-39 131 MBX3011771.1 MBX3011771.1 100 118 0 0 1 118 1 118 1.74e-71 207 KMZ99658.1 KMZ99658.1 100 2416 0 0 1 2416 1 2416 0.0 4228 XP_001448147.1 XP_001448147.1 100 411 0 0 1 411 1 411 4.62e-301 812 WP_107883730.1 WP_107883730.1 100 420 0 0 1 420 1 420 3.20e-276 750 CFP83382.1 CFP83382.1 100 207 0 0 1 207 1 207 2.21e-142 394 CFP83382.1 WP_275102754.1 49.3 201 100 1 5 203 6 206 4.34e-58 187 WP_067636955.1 WP_067636955.1 100 187 0 0 1 187 1 187 4.94e-136 376 KAG6786554.1 KAG6786554.1 100 309 0 0 1 309 1 309 2.51e-217 592 WP_176349335.1 WP_176349335.1 100 229 0 0 1 229 1 229 4.84e-175 478 WP_176349335.1 MBT5488157.1 54.0 50 22 1 179 227 532 581 2.64e-08 52.0 WP_169984846.1 WP_169984846.1 100 437 0 0 1 437 1 437 0.0 893 WP_103124525.1 WP_103124525.1 100 299 0 0 1 299 1 299 1.42e-186 513 MCD3114202.1 MCD3114202.1 100 33 0 0 1 33 1 33 2.15e-21 74.7 MBU2478158.1 MBU2478158.1 100 63 0 0 1 63 1 63 4.18e-38 119 MBU2478158.1 WP_086353716.1 50.0 62 31 0 1 62 248 309 3.51e-13 60.1 MBU2478158.1 WP_142590093.1 40.8 49 29 0 15 63 277 325 1.67e-05 38.5 MBU2478158.1 WP_281675368.1 42.9 49 26 1 3 51 241 287 1.71e-05 38.5 XP_046463157.1 XP_046463157.1 100 159 0 0 1 159 1 159 1.13e-116 325 THY23779.1 THY23779.1 100 356 0 0 1 356 1 356 1.23e-204 563 KAF6757059.1 KAF6757059.1 100 215 0 0 1 215 1 215 3.55e-161 442 WP_003939801.1 WP_003939801.1 100 281 0 0 1 281 1 281 1.27e-196 537 WP_003939801.1 WP_024498088.1 53.4 292 112 3 7 276 7 296 1.43e-96 285 WP_003939801.1 HAV8610731.1 31.3 214 147 0 62 275 503 716 7.40e-31 119 UJR17665.1 UJR17665.1 100 243 0 0 1 243 1 243 1.14e-180 493 XP_042666906.1 XP_042666906.1 100 344 0 0 1 344 1 344 2.01e-252 683 RGZ20155.1 RGZ20155.1 100 289 0 0 1 289 1 289 3.12e-201 549 GIP39269.1 GIP39269.1 100 214 0 0 1 214 1 214 1.01e-146 405 EII8712558.1 EII8712558.1 100 105 0 0 1 105 1 105 5.93e-75 215 KAG2309455.1 KAG2309455.1 100 889 0 0 1 889 1 889 0.0 905 KAG2309455.1 KAI3849778.1 30.6 294 186 7 598 882 484 768 6.11e-32 132 KAG2309455.1 XP_040250218.1 29.6 287 175 8 602 881 350 616 2.50e-29 123 KAG2309455.1 XP_021765438.1 30.2 291 177 11 607 884 591 868 1.61e-27 118 KAG2309455.1 XP_025814622.1 30.0 317 183 10 602 886 770 1079 4.73e-25 110 TSC89929.1 TSC89929.1 100 62 0 0 1 62 1 62 1.71e-41 127 MBB4856459.1 MBB4856459.1 100 200 0 0 1 200 1 200 8.11e-146 402 WP_264934627.1 WP_264934627.1 100 447 0 0 1 447 1 447 0.0 915 WP_264934627.1 WP_187974949.1 41.7 451 247 5 7 443 13 461 4.54e-118 352 WP_262832653.1 WP_262832653.1 100 166 0 0 1 166 1 166 7.24e-121 336 WP_029528833.1 WP_029528833.1 100 453 0 0 1 453 1 453 0.0 893 WP_282467912.1 WP_282467912.1 100 1038 0 0 1 1038 1 1038 0.0 1534 WP_282467912.1 MBN2192743.1 35.5 420 251 7 50 464 341 745 4.86e-67 239 TXI82219.1 TXI82219.1 100 80 0 0 1 80 1 80 1.03e-50 152 WP_278266677.1 WP_278266677.1 100 467 0 0 1 467 1 467 0.0 919 WP_278266677.1 MBV8349295.1 40.0 335 185 4 19 337 33 367 2.81e-71 228 TNN52570.1 TNN52570.1 100 113 0 0 1 113 1 113 9.13e-67 195 HBN08375.1 HBN08375.1 100 185 0 0 1 185 1 185 1.54e-138 382 SJX71965.1 SJX71965.1 100 297 0 0 1 297 1 297 3.63e-229 620 WP_127508273.1 WP_127508273.1 100 188 0 0 1 188 1 188 2.64e-136 377 MBA3472522.1 MBA3472522.1 100 52 0 0 1 52 1 52 5.80e-29 95.1 WP_241420500.1 WP_241420500.1 100 486 0 0 1 486 1 486 0.0 952 WP_241420500.1 PTQ72351.1 42.9 387 188 6 101 484 43 399 5.40e-88 273 WP_241420500.1 WP_112449552.1 35.1 461 286 4 25 484 39 487 8.96e-81 258 WP_241420500.1 WP_050274510.1 34.4 471 274 8 13 480 9 447 3.49e-75 242 WP_218505696.1 WP_218505696.1 100 232 0 0 1 232 1 232 2.29e-170 466 WP_226678738.1 WP_226678738.1 100 334 0 0 1 334 1 334 1.91e-245 665 WP_187029467.1 WP_187029467.1 100 86 0 0 1 86 1 86 5.50e-51 153 WP_187029467.1 WP_007993424.1 38.7 62 38 0 25 86 23 84 1.76e-09 48.1 UUZ81931.1 UUZ81931.1 100 99 0 0 1 99 1 99 7.99e-77 219 WP_179032033.1 WP_179032033.1 100 334 0 0 1 334 1 334 2.39e-239 649 WP_179032033.1 WP_110581055.1 47.3 313 159 2 5 314 5 314 2.80e-89 268 MBQ6875507.1 MBQ6875507.1 100 227 0 0 1 227 1 227 1.97e-173 474 WP_101564711.1 WP_101564711.1 100 342 0 0 1 342 1 342 1.13e-257 696 MSU20497.1 MSU20497.1 100 326 0 0 1 326 1 326 2.28e-233 634 MSU20497.1 MBO4168293.1 32.4 238 140 6 88 314 6 233 3.03e-24 97.4 WP_047914038.1 WP_047914038.1 100 647 0 0 1 647 1 647 0.0 1202 PWA46560.1 PWA46560.1 100 67 0 0 1 67 1 67 1.33e-47 143 WP_153219677.1 WP_153219677.1 100 1684 0 0 1 1684 1 1684 0.0 2918 WP_153219677.1 MBQ5338540.1 30.7 642 394 22 161 773 159 778 8.81e-50 193 WP_153219677.1 XP_049153370.1 32.9 85 51 1 525 609 294 372 1.75e-05 47.4 WP_171653853.1 WP_171653853.1 100 168 0 0 1 168 1 168 4.18e-121 337 TAM79626.1 TAM79626.1 100 413 0 0 1 413 1 413 6.14e-307 827 TAM79626.1 MCL4469743.1 48.0 383 193 2 4 386 3 379 2.47e-124 363 WP_227903033.1 WP_227903033.1 100 132 0 0 1 132 1 132 4.55e-85 243 WP_047664410.1 WP_047664410.1 100 187 0 0 1 187 1 187 2.86e-135 374 NLB93078.1 NLB93078.1 100 150 0 0 1 150 1 150 4.16e-101 285 KAI1725697.1 KAI1725697.1 100 369 0 0 1 369 1 369 2.24e-307 824 MBK8382708.1 MBK8382708.1 100 258 0 0 1 258 1 258 2.30e-192 524 MBK8382708.1 MCK6622141.1 44.6 101 44 2 163 258 1125 1218 1.97e-19 85.9 WP_208090714.1 WP_208090714.1 100 160 0 0 1 160 1 160 3.62e-109 306 WP_280658332.1 WP_280658332.1 100 199 0 0 1 199 1 199 2.33e-149 410 WP_280658332.1 WP_018419316.1 44.1 152 74 5 25 174 43 185 2.81e-34 119 MXI78925.1 MXI78925.1 100 200 0 0 1 200 1 200 3.58e-149 410 MXI78925.1 WP_058738289.1 35.1 222 115 8 1 200 103 317 6.39e-26 101 MXI78925.1 WP_024039518.1 28.2 220 134 7 2 200 107 323 1.54e-20 86.7 MXI78925.1 WP_262452366.1 26.1 226 130 7 2 200 115 330 2.98e-10 57.0 NLO64495.1 NLO64495.1 100 545 0 0 1 545 1 545 0.0 1063 NLO64495.1 CAH9417069.1 34.1 270 127 9 269 518 351 589 2.35e-34 135 WP_064711955.1 WP_064711955.1 100 309 0 0 1 309 1 309 3.72e-219 596 WP_064711955.1 WP_009620393.1 31.0 116 80 0 7 122 6 121 1.23e-08 53.5 MBM2811997.1 MBM2811997.1 100 260 0 0 1 260 1 260 6.07e-189 516 RLN36134.1 RLN36134.1 100 410 0 0 1 410 1 410 5.66e-306 824 RLN36134.1 XP_021765438.1 39.0 305 170 7 58 358 574 866 3.46e-56 197 RLN36134.1 XP_019180948.1 38.2 283 155 9 84 358 679 949 5.31e-43 159 RLN36134.1 XP_040250218.1 33.7 309 180 10 54 358 330 617 9.64e-38 143 RLN36134.1 XP_044484513.1 42.0 174 92 3 69 240 74 240 1.15e-29 119 WP_119815679.1 WP_119815679.1 100 929 0 0 1 929 1 929 0.0 1850 WP_119815679.1 MBP8741618.1 37.1 735 382 18 31 723 3 699 3.78e-118 375 WP_119815679.1 WP_025983621.1 48.0 200 93 4 30 226 4 195 9.26e-46 161 WP_119815679.1 OPJ74512.1 25.2 123 71 3 306 410 351 470 2.42e-04 43.1 WP_213625822.1 WP_213625822.1 100 156 0 0 1 156 1 156 2.78e-111 311 NEP87605.1 NEP87605.1 100 333 0 0 1 333 1 333 3.57e-245 664 EGY4555186.1 EGY4555186.1 100 300 0 0 1 300 1 300 1.84e-194 533 EGY4555186.1 WP_152046331.1 40.2 271 155 2 28 298 25 288 6.24e-58 186 EGY4555186.1 MCI7704736.1 40.7 273 156 1 27 299 25 291 3.14e-55 179 EGY4555186.1 WP_073936403.1 33.2 286 188 2 11 296 18 300 1.77e-44 152 EGY4555186.1 WP_150461480.1 36.7 256 154 2 34 289 27 274 2.68e-39 137 EGY4555186.1 WP_054146239.1 41.2 272 149 6 35 297 38 307 2.90e-32 120 EGY4555186.1 WP_184130797.1 34.7 222 138 2 81 295 148 369 7.31e-30 114 WP_105399038.1 WP_105399038.1 100 76 0 0 1 76 1 76 6.85e-54 159 WP_251247609.1 WP_251247609.1 100 294 0 0 1 294 1 294 3.22e-226 613 WP_266842210.1 WP_266842210.1 100 249 0 0 1 249 1 249 2.76e-175 480 WP_266842210.1 MCC6044083.1 45.7 208 112 1 19 225 13 220 1.71e-54 176 GMF22075.1 GMF22075.1 100 469 0 0 1 469 1 469 0.0 928 GHV04322.1 GHV04322.1 100 567 0 0 1 567 1 567 0.0 962 WP_074911472.1 WP_074911472.1 100 1298 0 0 1 1298 1 1298 0.0 2449 WP_074911472.1 WP_232306300.1 29.3 798 499 18 546 1291 580 1364 6.91e-107 367 WP_074911472.1 WP_063540919.1 23.4 380 263 7 792 1168 489 843 3.61e-26 114 WP_074911472.1 WP_261733022.1 26.1 376 259 11 792 1158 253 618 3.27e-24 108 WP_074911472.1 PSQ73325.1 28.3 230 158 3 798 1021 615 843 6.66e-24 107 WP_074911472.1 MBE9467362.1 28.7 254 164 7 775 1018 579 825 8.82e-22 100 WP_074911472.1 MBN1819552.1 25.3 229 169 2 792 1018 335 563 5.26e-20 94.0 WP_074911472.1 PKL50735.1 27.3 297 172 9 893 1166 787 1062 2.94e-18 89.4 WP_074911472.1 MBN8606766.1 27.6 250 174 5 774 1019 560 806 2.85e-17 85.9 WP_074911472.1 WP_026893585.1 36.2 116 70 2 1056 1170 5 117 2.45e-15 75.1 WP_074911472.1 WP_101794136.1 34.4 131 82 2 1056 1185 27 154 2.80e-14 72.8 WP_074911472.1 WP_196114185.1 32.0 122 79 3 1047 1166 1 120 5.72e-11 63.9 WP_074911472.1 SCH39951.1 22.0 209 158 3 798 1004 265 470 4.33e-10 62.0 WP_074911472.1 WP_273418567.1 33.0 112 67 3 911 1019 43 149 7.80e-10 57.4 WP_182544916.1 WP_182544916.1 100 571 0 0 1 571 1 571 0.0 1145 WP_182544916.1 CQR41738.1 36.0 378 226 8 25 394 5 374 1.48e-51 182 WP_232553043.1 WP_232553043.1 100 382 0 0 1 382 1 382 5.10e-272 736 WP_232553043.1 MBK7837454.1 34.6 237 148 4 67 301 72 303 2.74e-34 127 WP_232553043.1 MBM4836391.1 34.2 234 147 4 67 298 87 315 4.42e-27 109 TCK28839.1 TCK28839.1 100 320 0 0 1 320 1 320 6.01e-145 409 HCJ9518601.1 HCJ9518601.1 100 156 0 0 1 156 1 156 3.80e-109 305 NUV85209.1 NUV85209.1 100 526 0 0 1 526 1 526 0.0 1019 WP_216418390.1 WP_216418390.1 100 208 0 0 1 208 1 208 9.70e-142 392 KAH8394604.1 KAH8394604.1 100 257 0 0 1 257 1 257 5.86e-190 518 KAH8394604.1 GAA38267.2 31.1 251 151 10 12 251 248 487 1.52e-24 100 KAH8394604.1 XP_011822310.1 29.1 282 147 12 1 252 16 274 4.09e-20 85.5 RLT18611.1 RLT18611.1 100 151 0 0 1 151 1 151 6.90e-105 294 WP_267937098.1 WP_267937098.1 100 189 0 0 1 189 1 189 5.31e-132 366 MBC7977454.1 MBC7977454.1 100 81 0 0 1 81 1 81 8.07e-53 157 WP_257007586.1 WP_257007586.1 100 384 0 0 1 384 1 384 1.49e-281 760 WP_257007586.1 HAZ0856238.1 93.0 229 16 0 101 329 1 229 1.13e-153 431 WP_257007586.1 APT84512.1 32.8 344 224 4 5 341 41 384 4.38e-58 194 WP_128690407.1 WP_128690407.1 100 184 0 0 1 184 1 184 3.00e-140 386 WP_068563945.1 WP_068563945.1 100 551 0 0 1 551 1 551 0.0 1002 MBN2775557.1 MBN2775557.1 100 119 0 0 1 119 1 119 8.25e-84 238 WP_134806596.1 WP_134806596.1 100 29 0 0 1 29 1 29 5.53e-18 65.9 NRB12392.1 NRB12392.1 100 213 0 0 1 213 1 213 1.32e-146 405 WP_114695256.1 WP_114695256.1 100 716 0 0 1 716 1 716 0.0 1444 WP_114695256.1 KAA0234643.1 26.1 591 344 13 108 660 152 687 4.25e-35 141 MBI4300015.1 MBI4300015.1 100 466 0 0 1 466 1 466 0.0 935 WP_262175203.1 WP_262175203.1 100 146 0 0 1 146 1 146 1.78e-100 283 WP_262175203.1 WP_067835961.1 55.9 34 15 0 3 36 110 143 1.69e-04 38.5 EAG2350674.1 EAG2350674.1 100 128 0 0 1 128 1 128 8.62e-88 249 EAG2350674.1 WP_194544138.1 51.7 116 56 0 5 120 13 128 1.61e-40 133 EAG2350674.1 MBQ5584458.1 53.4 116 54 0 5 120 4 119 2.66e-39 130 EAG2350674.1 WP_069156513.1 44.8 125 68 1 1 124 1 125 3.65e-34 117 EAG2350674.1 WP_026893585.1 41.0 122 72 0 1 122 1 122 1.39e-31 110 EAG2350674.1 WP_186723788.1 42.1 126 73 0 2 127 5 130 7.98e-31 108 EAG2350674.1 WP_007708736.1 47.5 122 61 1 3 121 2 123 1.32e-30 107 EAG2350674.1 MBP1530348.1 40.5 116 69 0 4 119 3 118 4.16e-30 106 EAG2350674.1 PYP94120.1 39.2 125 75 1 4 127 2 126 1.98e-22 86.7 EAG2350674.1 MCL7714424.1 37.7 122 73 1 1 119 1 122 7.29e-22 85.1 WP_135676778.1 WP_135676778.1 100 71 0 0 1 71 1 71 1.75e-30 102 QDH52386.1 QDH52386.1 100 264 0 0 1 264 1 264 3.14e-193 527 QDH52386.1 YP_009109540.1 46.9 258 132 5 7 264 9 261 1.53e-72 221 MBS4968936.1 MBS4968936.1 100 291 0 0 1 291 1 291 6.58e-204 556 MBS4968936.1 MUU11774.1 34.1 279 170 4 11 284 14 283 1.26e-41 143 MBS4968936.1 MBA2554676.1 32.6 227 142 2 61 284 81 299 3.39e-29 111 TMJ83338.1 TMJ83338.1 100 198 0 0 1 198 1 198 4.04e-154 422 EJS0734484.1 EJS0734484.1 100 348 0 0 1 348 1 348 5.09e-248 672 EJS0734484.1 WP_022748957.1 43.1 327 173 5 26 348 57 374 2.34e-77 240 EJS0734484.1 WP_114054641.1 30.9 320 205 6 26 339 4 313 1.43e-28 111 EGT3575439.1 EGT3575439.1 100 143 0 0 1 143 1 143 5.80e-100 281 OMO76535.1 OMO76535.1 100 182 0 0 1 182 1 182 8.58e-130 360 WP_202587913.1 WP_202587913.1 100 108 0 0 1 108 1 108 9.34e-78 222 WP_056382861.1 WP_056382861.1 100 472 0 0 1 472 1 472 0.0 908 WP_056382861.1 MBX3687043.1 42.9 469 237 13 10 462 1 454 6.58e-97 298 XP_018594075.2 XP_018594075.2 100 208 0 0 1 208 1 208 9.98e-119 334 WP_077492284.1 WP_077492284.1 100 135 0 0 1 135 1 135 2.51e-97 274 GEX99374.1 GEX99374.1 100 362 0 0 1 362 1 362 8.97e-217 595 MBS13190.1 MBS13190.1 100 462 0 0 1 462 1 462 0.0 908 XP_046837596.1 XP_046837596.1 100 501 0 0 1 501 1 501 0.0 1039 WP_022723191.1 WP_022723191.1 100 95 0 0 1 95 1 95 3.36e-65 189 BAO23243.1 BAO23243.1 100 343 0 0 1 343 1 343 3.79e-261 705 BAO23243.1 ACH90072.1 93.0 343 24 0 1 343 29 371 6.82e-248 673 BAO23243.1 BAO11608.1 93.5 339 22 0 1 339 1 339 1.21e-247 671 BAO23243.1 AFJ09957.1 93.0 343 24 0 1 343 1 343 3.30e-247 673 BAO23243.1 ACY29573.1 91.3 343 30 0 1 343 1 343 1.67e-243 664 BAO23243.1 QWY38042.1 90.4 343 33 0 1 343 1 343 7.26e-241 656 BAO23243.1 AVA00513.1 90.0 339 34 0 1 339 1 339 4.84e-238 647 BAO23243.1 AFV39595.1 92.1 343 27 0 1 343 54 396 8.00e-236 666 BAO23243.1 AOW36968.1 88.4 327 38 0 17 343 1 327 8.55e-226 615 BAO23243.1 AOW33101.1 91.8 318 26 0 17 334 1 318 1.64e-224 612 BAO23243.1 ARR91819.1 85.7 307 43 1 1 306 1 307 1.31e-193 533 BAO23243.1 ACV16867.1 96.3 244 9 0 100 343 1 244 1.25e-178 495 BAO23243.1 ADB27070.1 96.6 207 7 0 137 343 1 207 9.48e-152 423 BAO23243.1 ABJ92889.1 78.1 96 21 0 4 99 1 96 3.84e-54 171 WP_105336487.1 WP_105336487.1 100 200 0 0 1 200 1 200 4.53e-152 417 MCO4016744.1 MCO4016744.1 100 503 0 0 1 503 1 503 0.0 977 WP_122747354.1 WP_122747354.1 100 534 0 0 1 534 1 534 0.0 1081 WP_122747354.1 MBO7690464.1 30.0 484 308 11 57 526 95 561 1.14e-59 206 KAI6203333.1 KAI6203333.1 100 180 0 0 1 180 1 180 7.98e-134 370 MBO8166298.1 MBO8166298.1 100 117 0 0 1 117 1 117 9.35e-80 228 OLE87009.1 OLE87009.1 100 672 0 0 1 672 1 672 0.0 1275 KQM27662.1 KQM27662.1 100 253 0 0 1 253 1 253 3.60e-173 475 MCE2883039.1 MCE2883039.1 100 144 0 0 1 144 1 144 2.97e-98 277 MCE2883039.1 HBW9511025.1 55.2 143 61 2 2 144 60 199 6.90e-46 146 MCE2883039.1 PJB11797.1 42.8 138 76 2 2 139 57 191 1.01e-34 118 WP_185921121.1 WP_185921121.1 100 479 0 0 1 479 1 479 0.0 875 WP_185921121.1 WP_023727015.1 34.9 427 251 11 8 420 25 438 2.30e-50 177 WP_185921121.1 WP_259619769.1 32.4 420 267 8 9 415 27 442 2.71e-45 163 WP_185921121.1 RQL72805.1 29.5 424 267 9 7 415 12 418 3.72e-32 127 WP_185921121.1 WP_255602293.1 25.9 428 305 5 7 425 20 444 1.29e-28 117 WP_185921121.1 WP_226276978.1 26.9 428 297 9 19 439 23 441 2.37e-26 110 WP_185921121.1 WP_197332010.1 27.2 412 293 6 11 419 13 420 2.62e-25 107 WP_139649072.1 WP_139649072.1 100 222 0 0 1 222 1 222 3.07e-145 402 KAG7345309.1 KAG7345309.1 100 387 0 0 1 387 1 387 9.73e-284 766 XP_034481174.1 XP_034481174.1 100 174 0 0 1 174 1 174 6.62e-130 359 EFA5447392.1 EFA5447392.1 100 179 0 0 1 179 1 179 4.45e-135 373 MBI3868575.1 MBI3868575.1 100 213 0 0 1 213 1 213 4.29e-152 419 MBI3868575.1 WP_177995267.1 35.4 127 56 4 7 107 4 130 3.77e-13 64.7 BBG20955.1 BBG20955.1 100 2890 0 0 1 2890 1 2890 0.0 5630 BBG20955.1 WP_261665820.1 45.9 1525 616 16 1387 2872 8 1362 0.0 1259 BBG20955.1 WP_061278828.1 45.8 1492 681 17 1395 2881 6 1374 0.0 1208 BBG20955.1 WP_189931865.1 38.7 1396 535 16 11 1375 21 1126 2.54e-294 901 BBG20955.1 MBQ7389792.1 37.8 1441 657 31 7 1400 7 1255 2.05e-270 843 BBG20955.1 ULU28230.1 32.0 1298 567 20 83 1372 67 1056 8.36e-176 571 BBG20955.1 AIR77599.1 35.4 457 275 6 23 471 1 445 5.52e-90 300 BBG20955.1 HAJ19792.1 45.5 88 48 0 599 686 1 88 6.72e-21 87.8 WP_045136250.1 WP_045136250.1 100 86 0 0 1 86 1 86 1.15e-52 157 MBF0107908.1 MBF0107908.1 100 503 0 0 1 503 1 503 0.0 1022 MBF0107908.1 KAB2885888.1 40.3 457 233 9 37 473 454 890 2.85e-97 313 MCB9222627.1 MCB9222627.1 100 194 0 0 1 194 1 194 4.04e-143 394 RYY55682.1 RYY55682.1 100 874 0 0 1 874 1 874 0.0 1698 RYY55682.1 OLA65010.1 42.3 891 470 17 4 871 6 875 1.78e-214 629 WP_264750294.1 WP_264750294.1 100 886 0 0 1 886 1 886 0.0 1839 XP_026100634.1 XP_026100634.1 100 440 0 0 1 440 1 440 7.37e-299 809 XP_026100634.1 KAI9912466.1 31.1 302 192 6 83 373 28 324 5.95e-41 148 XP_026100634.1 XP_042622198.1 28.3 325 176 10 83 364 200 510 2.72e-27 112 XP_026100634.1 NXJ84327.1 33.5 233 134 10 82 303 200 422 9.95e-25 105 XP_026100634.1 XP_039923984.1 31.5 248 148 9 82 318 195 431 1.40e-21 96.3 XP_026100634.1 KAJ7903702.1 28.3 219 139 6 87 298 27 234 1.91e-12 67.0 PWM49891.1 PWM49891.1 100 442 0 0 1 442 1 442 0.0 899 PWM49891.1 WP_258835625.1 40.3 444 255 6 1 436 1 442 2.64e-99 303 PWM49891.1 MBP6375542.1 38.8 438 258 5 1 432 1 434 4.51e-98 299 PWM49891.1 MBT4710545.1 37.1 448 262 8 1 436 1 440 1.99e-90 280 PWM49891.1 WP_249505358.1 35.0 449 273 9 1 439 1 440 6.01e-81 255 PWM49891.1 WP_194454339.1 25.7 362 237 9 11 359 15 357 3.55e-32 125 WP_017487366.1 WP_017487366.1 100 73 0 0 1 73 1 73 1.26e-50 151 WP_034968029.1 WP_034968029.1 100 361 0 0 1 361 1 361 1.73e-282 761 WP_034968029.1 WP_150731550.1 35.1 308 195 4 44 348 22 327 1.30e-64 207 OXE30643.1 OXE30643.1 100 108 0 0 1 108 1 108 3.13e-76 218 QDI78883.1 QDI78883.1 100 431 0 0 1 431 1 431 0.0 880 XP_008604006.1 XP_008604006.1 100 143 0 0 1 143 1 143 4.58e-72 211 EGT0637761.1 EGT0637761.1 100 181 0 0 1 181 1 181 4.79e-131 363 WP_135916821.1 WP_135916821.1 100 272 0 0 1 272 1 272 1.19e-201 549 WP_135916821.1 PYL83902.1 31.9 116 65 2 104 210 147 257 1.03e-15 75.1 MXW58053.1 MXW58053.1 100 284 0 0 1 284 1 284 3.60e-218 592 XP_050358545.1 XP_050358545.1 100 493 0 0 1 493 1 493 0.0 957 XP_004225259.1 XP_004225259.1 100 729 0 0 1 729 1 729 0.0 1274 TBR44965.1 TBR44965.1 100 257 0 0 1 257 1 257 1.42e-181 497 TBR44965.1 MBL6635315.1 36.8 258 149 4 4 257 6 253 8.07e-49 160 AQA21753.1 AQA21753.1 100 154 0 0 1 154 1 154 9.75e-111 309 DAO35860.1 DAO35860.1 100 172 0 0 1 172 1 172 5.89e-123 342 MCB9555407.1 MCB9555407.1 100 491 0 0 1 491 1 491 0.0 914 NOG54385.1 NOG54385.1 100 523 0 0 1 523 1 523 0.0 947 XP_027894086.1 XP_027894086.1 100 953 0 0 1 953 1 953 0.0 1801 OJG95819.1 OJG95819.1 100 345 0 0 1 345 1 345 2.33e-247 671 OJG95819.1 WP_024410349.1 38.4 331 201 2 5 333 1 330 5.66e-76 235 OJG95819.1 KAJ5991093.1 37.3 193 116 4 26 215 34 224 1.78e-30 115 OJG95819.1 WP_257107333.1 33.5 245 130 9 22 241 19 255 2.87e-24 99.8 OJG95819.1 WP_198255508.1 26.2 340 201 11 22 335 18 333 3.09e-21 91.3 GIY33458.1 GIY33458.1 100 949 0 0 1 949 1 949 0.0 1711 GIY33458.1 WP_007337172.1 35.7 70 42 1 214 283 55 121 1.08e-07 51.6 MCI1663915.1 MCI1663915.1 100 345 0 0 1 345 1 345 5.56e-255 690 MCI1663915.1 WP_069877432.1 38.7 341 192 6 10 341 12 344 7.07e-78 241 MCI1663915.1 MBI1797961.1 35.7 353 194 6 4 341 13 347 1.47e-67 214 WP_142429410.1 WP_142429410.1 100 61 0 0 1 61 1 61 1.49e-37 117 XP_040114763.1 XP_040114763.1 100 596 0 0 1 596 1 596 0.0 1185 WP_129857883.1 WP_129857883.1 100 412 0 0 1 412 1 412 8.52e-277 751 WP_129857883.1 WP_144320971.1 31.2 327 180 15 84 392 202 501 8.50e-17 80.5 WP_129857883.1 WP_088644037.1 28.9 350 220 8 60 394 77 412 1.78e-14 73.2 WP_129857883.1 MBP9767803.1 21.3 211 162 3 179 385 191 401 2.65e-04 41.2 EAN4724137.1 EAN4724137.1 100 354 0 0 1 354 1 354 3.55e-267 721 EAN4724137.1 WP_224255409.1 95.5 353 16 0 1 353 1 353 4.57e-254 688 EAN4724137.1 MBT4259674.1 43.9 342 187 3 1 342 1 337 1.38e-99 296 EAN4724137.1 XP_018682766.1 32.3 328 156 4 22 349 79 340 2.56e-57 188 WP_137058869.1 WP_137058869.1 100 216 0 0 1 216 1 216 1.88e-152 420 WP_278924671.1 WP_278924671.1 100 94 0 0 1 94 1 94 3.26e-58 172 XP_033130084.1 XP_033130084.1 100 214 0 0 1 214 1 214 1.19e-154 425 WP_186939222.1 WP_186939222.1 100 848 0 0 1 848 1 848 0.0 1625 WP_186939222.1 MBR2406030.1 30.4 664 406 18 119 755 29 663 5.00e-67 234 WP_186939222.1 WP_223292749.1 48.7 78 40 0 3 80 7 84 5.79e-18 77.8 WP_186939222.1 MCM1122913.1 45.2 73 40 0 1 73 1 73 2.12e-15 70.1 RZO90007.1 RZO90007.1 100 328 0 0 1 328 1 328 8.92e-232 630 WP_067908376.1 WP_067908376.1 100 263 0 0 1 263 1 263 3.80e-189 516 XP_010831352.1 XP_010831352.1 100 1301 0 0 1 1301 1 1301 0.0 2482 WP_187094112.1 WP_187094112.1 100 288 0 0 1 288 1 288 1.63e-207 565 WP_187094112.1 WP_221286480.1 42.3 239 114 5 61 282 48 279 3.64e-48 160 WP_187094112.1 MBO4168293.1 30.5 243 144 10 35 266 3 231 3.15e-13 66.2 WP_176538754.1 WP_176538754.1 100 387 0 0 1 387 1 387 5.08e-254 691 WP_176538754.1 WP_059267425.1 27.5 142 102 1 6 146 12 153 4.56e-06 46.6 MPT34124.1 MPT34124.1 100 121 0 0 1 121 1 121 1.72e-86 245 MBO5205168.1 MBO5205168.1 100 308 0 0 1 308 1 308 1.09e-231 628 MBK8687530.1 MBK8687530.1 100 225 0 0 1 225 1 225 1.42e-156 431 MBK8687530.1 MCC6044083.1 40.3 129 71 4 1 124 36 163 8.03e-11 58.9 MBK8687530.1 WP_211555180.1 34.6 136 76 5 3 130 34 164 1.06e-04 40.4 WP_228527316.1 WP_228527316.1 100 67 0 0 1 67 1 67 4.32e-44 134 ECA9858842.1 ECA9858842.1 100 394 0 0 1 394 1 394 1.32e-305 822 ECA9858842.1 MBI4875790.1 30.5 377 232 11 26 383 29 394 3.57e-55 185 MBN9625832.1 MBN9625832.1 100 281 0 0 1 281 1 281 1.20e-210 572 MBN9625832.1 NEX64733.1 59.6 277 111 1 1 277 1 276 2.69e-118 339 MBN9625832.1 GGS66510.1 51.4 282 130 4 4 280 1 280 2.55e-93 275 MBN9625832.1 WP_002857697.1 34.4 212 130 4 73 277 77 286 1.85e-34 124 WP_276153259.1 WP_276153259.1 100 359 0 0 1 359 1 359 4.43e-259 701 PCJ60344.1 PCJ60344.1 100 82 0 0 1 82 1 82 1.95e-58 171 WP_034004944.1 WP_034004944.1 100 80 0 0 1 80 1 80 4.35e-52 155 XP_007405597.1 XP_007405597.1 100 266 0 0 1 266 1 266 8.16e-181 496 WP_241323553.1 WP_241323553.1 100 411 0 0 1 411 1 411 7.04e-296 799 WP_030096092.1 WP_030096092.1 100 477 0 0 1 477 1 477 0.0 954 WP_030096092.1 MCK1819907.1 52.1 495 201 8 1 474 2 481 1.38e-159 460 WP_030096092.1 WP_034002239.1 35.0 428 242 7 41 434 31 456 1.15e-68 226 WP_030096092.1 WP_187788315.1 34.8 419 260 7 42 453 11 423 1.50e-65 216 WP_030096092.1 WP_278498266.1 33.8 450 246 14 31 438 18 457 1.80e-58 199 WP_149633476.1 WP_149633476.1 100 222 0 0 1 222 1 222 1.50e-170 466 COS78102.1 COS78102.1 100 81 0 0 1 81 1 81 2.05e-55 164 XP_031145922.1 XP_031145922.1 100 330 0 0 1 330 1 330 2.02e-190 525 KAF1792308.1 KAF1792308.1 100 597 0 0 1 597 1 597 0.0 1249 XP_012206226.1 XP_012206226.1 100 654 0 0 1 654 1 654 0.0 1294 TIX75263.1 TIX75263.1 100 80 0 0 1 80 1 80 9.80e-58 169 TNH24208.1 TNH24208.1 100 97 0 0 1 97 1 97 3.29e-32 106 WP_147434933.1 WP_147434933.1 100 203 0 0 1 203 1 203 9.02e-140 387 WP_147434933.1 GFH27490.1 48.3 201 100 2 2 198 108 308 1.60e-56 179 WP_091252096.1 WP_091252096.1 100 206 0 0 1 206 1 206 3.84e-147 405 HJE11106.1 HJE11106.1 100 458 0 0 1 458 1 458 0.0 887 MBQ1306452.1 MBQ1306452.1 100 326 0 0 1 326 1 326 5.98e-254 686 MBR5168981.1 MBR5168981.1 100 123 0 0 1 123 1 123 4.89e-87 247 MBR5168981.1 WP_213753432.1 46.2 117 51 3 7 123 12 116 1.02e-24 89.4 WP_010865602.1 WP_010865602.1 100 392 0 0 1 392 1 392 8.81e-294 792 WP_074028604.1 WP_074028604.1 100 60 0 0 1 60 1 60 7.37e-42 128 WP_270967954.1 WP_270967954.1 100 655 0 0 1 655 1 655 0.0 1347 WP_270967954.1 WP_254101325.1 49.0 630 304 8 27 649 22 641 5.24e-209 598 WP_270967954.1 XP_052525039.1 35.5 636 383 15 25 648 41 661 1.21e-124 382 WP_270967954.1 MCC5948066.1 30.0 620 383 20 17 617 30 617 5.60e-67 230 CAG5083139.1 CAG5083139.1 100 191 0 0 1 191 1 191 1.03e-130 363 WP_121452481.1 WP_121452481.1 100 192 0 0 1 192 1 192 9.48e-132 365 MBQ8412219.1 MBQ8412219.1 100 105 0 0 1 105 1 105 3.07e-68 198 RYE89993.1 RYE89993.1 100 329 0 0 1 329 1 329 4.56e-255 689 RYE89993.1 MBL8820230.1 39.7 312 152 5 31 329 28 316 1.03e-63 203 RYE89993.1 NEO65312.1 37.1 175 94 6 154 324 343 505 2.27e-24 101 RYE89993.1 WP_210569664.1 30.7 322 163 13 20 329 162 435 6.91e-22 94.0 WP_160352546.1 WP_160352546.1 100 238 0 0 1 238 1 238 7.52e-131 367 MBU2573448.1 MBU2573448.1 100 522 0 0 1 522 1 522 0.0 988 TAG14385.1 TAG14385.1 100 220 0 0 1 220 1 220 1.10e-162 446 HIS46075.1 HIS46075.1 100 272 0 0 1 272 1 272 6.08e-195 532 MBS6779195.1 MBS6779195.1 100 391 0 0 1 391 1 391 6.15e-289 780 MBS6779195.1 WP_012573472.1 31.4 376 244 8 11 376 15 386 1.47e-38 145 MBS6779195.1 NJD91181.1 33.0 270 167 8 82 343 2 265 3.00e-27 112 MBS6779195.1 WP_151430057.1 29.0 328 189 8 11 323 9 307 4.41e-22 94.7 MBP3450714.1 MBP3450714.1 100 144 0 0 1 144 1 144 2.02e-105 295 WP_259633828.1 WP_259633828.1 100 41 0 0 1 41 1 41 1.86e-25 85.5 WP_277084622.1 WP_277084622.1 100 315 0 0 1 315 1 315 3.11e-230 625 WP_277084622.1 WP_074825075.1 59.7 313 121 3 1 313 84 391 1.75e-113 332 WP_277084622.1 WP_078429679.1 47.8 312 159 3 1 312 84 391 8.13e-85 259 WP_277084622.1 WP_004619799.1 48.8 320 150 6 1 313 87 399 2.07e-81 250 WP_277084622.1 MCP1651746.1 46.8 316 162 4 2 313 90 403 1.46e-79 246 WP_277084622.1 MBA2536487.1 45.0 313 157 5 1 312 84 382 5.07e-75 233 WP_277084622.1 EDH4057100.1 42.7 321 155 7 1 313 87 386 3.07e-61 198 WP_277084622.1 GAN03156.1 42.3 317 164 6 2 314 111 412 1.60e-60 197 WP_277084622.1 XP_040685867.1 39.1 322 170 5 2 314 116 420 1.67e-58 192 WP_277084622.1 WP_083141943.1 39.4 315 168 7 5 313 89 386 1.39e-50 170 HBO4828144.1 HBO4828144.1 100 284 0 0 1 284 1 284 9.80e-207 563 HBO4828144.1 WP_077217464.1 54.6 229 103 1 29 257 49 276 7.01e-81 244 HBO4828144.1 WP_076409454.1 44.8 239 120 6 11 245 5 235 7.70e-56 182 HBO4828144.1 WP_176354145.1 50.0 192 92 2 29 216 20 211 1.19e-48 164 HBO4828144.1 WP_170725874.1 44.2 197 105 2 29 222 19 213 9.27e-42 145 HBO4828144.1 MWR41881.1 37.9 219 120 2 30 232 44 262 7.33e-41 140 HBO4828144.1 WP_145468487.1 37.1 213 117 3 23 220 19 229 1.08e-31 115 HBO4828144.1 WP_256546297.1 28.0 236 144 4 1 215 14 244 8.91e-21 87.8 HBO4828144.1 WP_150396769.1 29.9 204 119 7 31 215 290 488 4.16e-13 67.4 HBO4828144.1 WP_142931103.1 26.7 195 127 5 33 213 279 471 2.54e-10 58.9 HBO4828144.1 MBQ8297564.1 24.9 197 134 5 29 215 349 541 6.70e-10 57.8 HBO4828144.1 WP_153844272.1 23.5 213 129 5 11 201 6 206 6.40e-09 54.7 HBO4828144.1 WP_195238978.1 25.3 182 121 6 6 176 479 656 3.17e-07 49.7 HBO4828144.1 KAJ2660037.1 24.7 223 139 8 9 215 1807 2016 8.52e-06 45.4 CAB3503427.1 CAB3503427.1 100 670 0 0 1 670 1 670 0.0 1320 WP_167084302.1 WP_167084302.1 100 147 0 0 1 147 1 147 5.52e-109 304 MBK9137892.1 MBK9137892.1 100 423 0 0 1 423 1 423 5.03e-302 815 WP_086612756.1 WP_086612756.1 100 130 0 0 1 130 1 130 4.41e-91 258 WP_229319113.1 WP_229319113.1 100 564 0 0 1 564 1 564 0.0 979 WP_229319113.1 WP_247749043.1 28.8 215 146 3 351 558 377 591 4.01e-15 76.6 MCI40880.1 MCI40880.1 100 78 0 0 1 78 1 78 2.11e-49 148 MBU6305288.1 MBU6305288.1 100 135 0 0 1 135 1 135 3.06e-98 276 UAS17182.2 UAS17182.2 100 147 0 0 1 147 1 147 5.48e-42 135 MBN1762539.1 MBN1762539.1 100 427 0 0 1 427 1 427 0.0 864 KVN34631.1 KVN34631.1 100 146 0 0 1 146 1 146 1.59e-103 290 CAD2189922.1 CAD2189922.1 100 688 0 0 1 688 1 688 0.0 1346 KAF5671546.1 KAF5671546.1 100 1262 0 0 1 1262 1 1262 0.0 2359 KAF5671546.1 MBE6688122.1 30.0 944 547 25 188 1112 35 883 5.68e-94 321 KAF5671546.1 MBE5737882.1 28.1 928 566 16 187 1112 35 863 2.79e-92 316 KAF5671546.1 XP_009147075.2 30.5 896 528 24 183 1027 145 996 2.60e-88 310 KAF5671546.1 WP_235126772.1 28.2 886 526 27 182 1054 24 812 1.39e-80 282 KAF5671546.1 WP_278631399.1 29.5 799 455 21 183 978 30 723 2.53e-80 281 KAF5671546.1 KAA0114277.1 31.9 670 389 16 452 1111 297 909 1.23e-74 266 KAF5671546.1 WP_049009918.1 24.2 764 453 24 171 923 62 710 3.62e-37 150 KAF5671546.1 WP_019100427.1 22.8 869 552 21 157 1009 31 796 1.15e-33 139 KAF5671546.1 KAJ6994162.1 23.0 760 429 19 182 927 42 659 1.11e-32 135 KAF5671546.1 MBY0273331.1 28.5 302 171 12 743 1033 427 694 5.93e-17 84.7 KAF5671546.1 MCE7698179.1 27.9 229 130 6 295 522 79 273 2.52e-11 65.5 CAG8783316.1 CAG8783316.1 100 91 0 0 1 91 1 91 2.61e-67 194 XP_006161615.1 XP_006161615.1 100 178 0 0 1 178 1 178 6.32e-130 360 WP_207472995.1 WP_207472995.1 100 85 0 0 1 85 1 85 7.84e-55 162 TMG92410.1 TMG92410.1 100 313 0 0 1 313 1 313 3.24e-231 627 MBL0091585.1 MBL0091585.1 100 671 0 0 1 671 1 671 0.0 1330 MBL0091585.1 NLY22703.1 43.2 347 186 5 57 402 8 344 1.34e-80 266 EJI8012843.1 EJI8012843.1 100 854 0 0 1 854 1 854 0.0 1751 EJI8012843.1 EDF5922784.1 72.2 673 79 6 1 673 1 565 0.0 921 EJI8012843.1 MBL04873.1 60.7 28 11 0 492 519 405 432 2.45e-04 42.7 8APN_AM 8APN_AM 100 419 0 0 1 419 1 419 2.89e-299 808 WP_073680713.1 WP_073680713.1 100 211 0 0 1 211 1 211 4.48e-153 421 SQB81123.1 SQB81123.1 100 63 0 0 1 63 1 63 2.51e-39 122 SQB81123.1 KQO44758.1 64.5 62 21 1 1 61 363 424 1.40e-18 75.5 KAI2569442.1 KAI2569442.1 100 355 0 0 1 355 1 355 1.18e-261 707 WP_049468231.1 WP_049468231.1 100 186 0 0 1 186 1 186 2.65e-135 374 WP_074825075.1 WP_074825075.1 100 392 0 0 1 392 1 392 1.65e-273 741 WP_074825075.1 WP_078429679.1 51.2 391 190 1 1 390 1 391 1.41e-130 379 WP_074825075.1 WP_277084622.1 59.7 313 121 3 84 391 1 313 1.09e-113 333 WP_074825075.1 MCP1651746.1 47.1 401 203 5 1 392 4 404 6.16e-106 316 WP_074825075.1 WP_004619799.1 48.5 396 193 6 6 392 7 400 8.72e-105 313 WP_074825075.1 MBA2536487.1 44.9 390 207 2 1 390 1 382 2.04e-104 311 WP_074825075.1 EDH4057100.1 46.3 402 191 10 1 392 1 387 4.51e-93 283 WP_074825075.1 GAN03156.1 38.6 396 224 7 3 391 28 411 4.31e-75 237 WP_074825075.1 WP_083141943.1 37.5 408 218 7 1 392 1 387 6.55e-67 215 WP_074825075.1 XP_040685867.1 35.1 393 234 7 3 386 34 414 2.08e-58 194 WP_074925385.1 WP_074925385.1 100 224 0 0 1 224 1 224 6.37e-173 472 CAI2162316.1 CAI2162316.1 100 772 0 0 1 772 1 772 0.0 1385 WP_011629477.1 WP_011629477.1 100 474 0 0 1 474 1 474 0.0 970 WP_001202764.1 WP_001202764.1 100 571 0 0 1 571 1 571 0.0 1131 WP_001202764.1 MBT8607749.1 56.4 571 244 5 1 569 1 568 6.43e-227 638 WP_122031495.1 WP_122031495.1 100 435 0 0 1 435 1 435 1.74e-299 810 WP_177995267.1 WP_177995267.1 100 246 0 0 1 246 1 246 3.94e-178 487 WP_177995267.1 MBI3868575.1 34.9 129 58 4 2 130 5 107 2.93e-12 62.4 WP_111457087.1 WP_111457087.1 100 267 0 0 1 267 1 267 3.35e-185 507 WP_111457087.1 WP_225767809.1 33.6 131 80 6 127 256 4 128 1.43e-08 50.8 KAA8693182.1 KAA8693182.1 100 110 0 0 1 110 1 110 1.08e-77 222 MYT92751.1 MYT92751.1 100 93 0 0 1 93 1 93 9.05e-60 176 XP_043889695.1 XP_043889695.1 100 1998 0 0 1 1998 1 1998 0.0 3856 XP_043889695.1 KAJ2660037.1 42.0 393 189 12 6 384 4 371 1.21e-61 233 XP_043889695.1 XP_032696462.1 36.7 392 210 7 1 379 1 367 9.64e-60 225 WP_274549238.1 WP_274549238.1 100 115 0 0 1 115 1 115 3.04e-75 216 DAZ64401.1 DAZ64401.1 100 297 0 0 1 297 1 297 5.11e-220 597 UBD95131.1 UBD95131.1 100 7096 0 0 1 7096 1 7096 0.0 14174 UBD95131.1 UEC52718.1 99.9 7096 7 0 1 7096 1 7096 0.0 14158 UBD95131.1 QWC83326.1 99.8 7096 15 0 1 7096 1 7096 0.0 14143 UBD95131.1 UBP50947.1 99.8 7096 16 0 1 7096 1 7096 0.0 14142 UBD95131.1 WEU87158.1 99.8 7096 17 0 1 7096 1 7096 0.0 14138 UBD95131.1 QSZ25555.1 99.7 7096 19 0 1 7096 1 7096 0.0 14137 UBD95131.1 QVD87869.1 99.7 7096 18 1 1 7096 1 7093 0.0 14127 UBD95131.1 UMF87224.1 99.4 7096 40 2 1 7096 1 7092 0.0 14117 UBD95131.1 UZO53924.1 99.6 7096 23 1 1 7096 1 7093 0.0 14115 UBD95131.1 UVB16817.1 99.6 7096 22 1 1 7096 1 7093 0.0 14114 UBD95131.1 URQ55824.1 99.6 7096 23 1 1 7096 1 7093 0.0 14114 UBD95131.1 QZU16279.1 99.6 7096 28 0 1 7096 1 7096 0.0 14107 UBD95131.1 UIR12670.1 99.3 7096 45 2 1 7096 1 7092 0.0 14060 UBD95131.1 UBR86455.1 99.1 7095 64 0 2 7096 1 7095 0.0 14022 UBD95131.1 UPA83906.1 99.1 7096 61 2 1 7096 1 7092 0.0 14020 UBD95131.1 UCP72061.1 98.9 7096 81 0 1 7096 1 7096 0.0 13982 UBD95131.1 UCP77012.1 98.8 7096 84 0 1 7096 1 7096 0.0 13977 UBD95131.1 UXX67934.1 98.7 7096 91 1 1 7096 1 7093 0.0 13953 UBD95131.1 UKN67998.1 98.2 7076 122 2 21 7096 1 7072 0.0 13832 UBD95131.1 WHE12941.1 98.1 7070 132 1 27 7096 1 7067 0.0 13806 UBD95131.1 UGA79226.1 97.6 7096 173 0 1 7096 1 7096 0.0 13773 UBD95131.1 UAQ80067.1 97.3 7096 190 0 1 7096 1 7096 0.0 13718 UBD95131.1 UJT06733.1 96.2 7096 267 2 1 7096 1 7092 0.0 13510 UBD95131.1 UVI10561.1 96.2 7069 265 1 28 7096 1 7066 0.0 13491 UBD95131.1 UOU30556.1 94.8 7096 366 1 1 7096 1 7093 0.0 13282 ESS65152.1 ESS65152.1 100 306 0 0 1 306 1 306 8.91e-205 560 WP_095451526.1 WP_095451526.1 100 365 0 0 1 365 1 365 6.61e-264 714 XP_040286004.1 XP_040286004.1 100 487 0 0 1 487 1 487 0.0 958 KPX96424.1 KPX96424.1 100 453 0 0 1 453 1 453 0.0 902 WP_233290946.1 WP_233290946.1 100 416 0 0 1 416 1 416 2.86e-293 793 WP_139552727.1 WP_139552727.1 100 111 0 0 1 111 1 111 2.09e-80 229 WP_139552727.1 CAB5621061.1 100 28 0 0 25 52 180 207 2.41e-13 61.6 ETO85594.1 ETO85594.1 100 380 0 0 1 380 1 380 1.41e-111 329 TWP21248.1 TWP21248.1 100 274 0 0 1 274 1 274 1.23e-163 453 WP_225318916.1 WP_225318916.1 100 91 0 0 1 91 1 91 9.87e-63 183 WP_128455839.1 WP_128455839.1 100 103 0 0 1 103 1 103 2.10e-65 191 WP_109249144.1 WP_109249144.1 100 355 0 0 1 355 1 355 9.35e-176 490 WP_272056282.1 WP_272056282.1 100 129 0 0 1 129 1 129 7.35e-94 265 ECC0814460.1 ECC0814460.1 100 1311 0 0 1 1311 1 1311 0.0 2425 RZO46377.1 RZO46377.1 100 309 0 0 1 309 1 309 5.42e-237 641 NXB12866.1 NXB12866.1 100 557 0 0 1 557 1 557 0.0 1027 WP_203282270.1 WP_203282270.1 100 768 0 0 1 768 1 768 0.0 1378 WP_083681546.1 WP_083681546.1 100 126 0 0 1 126 1 126 5.23e-88 249 OYZ24246.1 OYZ24246.1 100 397 0 0 1 397 1 397 1.01e-281 762 WP_140889516.1 WP_140889516.1 100 373 0 0 1 373 1 373 1.78e-272 736 MBN0056136.1 MBN0056136.1 100 109 0 0 1 109 1 109 8.60e-79 225 CKL52325.1 CKL52325.1 100 78 0 0 1 78 1 78 4.21e-58 170 TIP25924.1 TIP25924.1 100 190 0 0 1 190 1 190 1.71e-133 370 WP_173580245.1 WP_173580245.1 100 170 0 0 1 170 1 170 4.51e-126 349 MBP9134796.1 MBP9134796.1 100 280 0 0 1 280 1 280 4.33e-208 566 MBP9134796.1 HIP02283.1 39.2 283 158 6 1 279 1 273 1.19e-53 174 WP_179321248.1 WP_179321248.1 100 118 0 0 1 118 1 118 6.06e-81 231 EAA1978353.1 EAA1978353.1 100 140 0 0 1 140 1 140 1.88e-99 280 DAZ71054.1 DAZ71054.1 100 372 0 0 1 372 1 372 1.13e-279 754 DAZ71054.1 WP_024330540.1 36.4 330 195 8 34 362 3 318 1.24e-57 193 DAZ71054.1 WP_145616262.1 35.0 297 165 8 33 327 2 272 4.02e-43 154 DAZ71054.1 NNE87648.1 35.8 293 159 10 33 323 2 267 6.93e-39 142 DAZ71054.1 MYE57211.1 33.6 223 120 6 37 258 7 202 6.79e-32 117 XP_001275352.1 XP_001275352.1 100 531 0 0 1 531 1 531 0.0 1054 RCX10040.1 RCX10040.1 100 545 0 0 1 545 1 545 0.0 991 RCX10040.1 WP_116813830.1 35.0 354 176 9 143 486 37 346 3.52e-39 145 WP_276263713.1 WP_276263713.1 100 241 0 0 1 241 1 241 6.42e-161 443 WP_276263713.1 WP_014286324.1 25.7 144 107 0 27 170 13 156 1.21e-14 68.2 ETI31896.1 ETI31896.1 100 700 0 0 1 700 1 700 0.0 1279 PZW56938.1 PZW56938.1 100 370 0 0 1 370 1 370 3.09e-276 746 PZW56938.1 WP_121252511.1 29.5 302 186 7 1 290 21 307 4.20e-25 103 VUC33496.1 VUC33496.1 100 694 0 0 1 694 1 694 0.0 1378 WP_279595826.1 WP_279595826.1 100 691 0 0 1 691 1 691 0.0 1405 WP_279595826.1 ECC1749556.1 55.1 107 35 2 19 125 9 102 7.44e-33 120 WP_216295494.1 WP_216295494.1 100 338 0 0 1 338 1 338 3.05e-244 662 WP_216295494.1 WP_261668588.1 35.4 297 189 2 40 335 21 315 1.04e-57 187 QWC83326.1 QWC83326.1 100 7096 0 0 1 7096 1 7096 0.0 14174 QWC83326.1 WEU87158.1 99.9 7096 8 0 1 7096 1 7096 0.0 14158 QWC83326.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14157 QWC83326.1 UBP50947.1 99.8 7096 11 0 1 7096 1 7096 0.0 14152 QWC83326.1 QVD87869.1 99.8 7096 9 1 1 7096 1 7093 0.0 14147 QWC83326.1 UBD95131.1 99.8 7096 15 0 1 7096 1 7096 0.0 14142 QWC83326.1 UEC52718.1 99.7 7096 18 0 1 7096 1 7096 0.0 14136 QWC83326.1 UMF87224.1 99.5 7096 33 2 1 7096 1 7092 0.0 14133 QWC83326.1 UZO53924.1 99.7 7096 16 1 1 7096 1 7093 0.0 14131 QWC83326.1 UVB16817.1 99.7 7096 15 1 1 7096 1 7093 0.0 14131 QWC83326.1 URQ55824.1 99.7 7096 16 1 1 7096 1 7093 0.0 14131 QWC83326.1 QZU16279.1 99.5 7096 39 0 1 7096 1 7096 0.0 14085 QWC83326.1 UIR12670.1 99.4 7096 38 2 1 7096 1 7092 0.0 14076 QWC83326.1 UPA83906.1 99.2 7096 55 2 1 7096 1 7092 0.0 14034 QWC83326.1 UBR86455.1 99.0 7095 73 0 2 7096 1 7095 0.0 14005 QWC83326.1 UXX67934.1 98.8 7096 84 1 1 7096 1 7093 0.0 13970 QWC83326.1 UCP72061.1 98.7 7096 90 0 1 7096 1 7096 0.0 13965 QWC83326.1 UCP77012.1 98.7 7096 92 0 1 7096 1 7096 0.0 13963 QWC83326.1 UKN67998.1 98.3 7076 116 2 21 7096 1 7072 0.0 13846 QWC83326.1 WHE12941.1 98.2 7070 127 1 27 7096 1 7067 0.0 13819 QWC83326.1 UGA79226.1 97.7 7096 165 0 1 7096 1 7096 0.0 13792 QWC83326.1 UAQ80067.1 97.2 7096 200 0 1 7096 1 7096 0.0 13699 QWC83326.1 UJT06733.1 96.3 7096 258 2 1 7096 1 7092 0.0 13529 QWC83326.1 UVI10561.1 96.3 7069 258 1 28 7096 1 7066 0.0 13507 QWC83326.1 UOU30556.1 94.9 7096 360 1 1 7096 1 7093 0.0 13295 WP_186556299.1 WP_186556299.1 100 521 0 0 1 521 1 521 0.0 881 WP_186556299.1 WP_104456122.1 43.2 495 270 3 1 489 1 490 8.46e-98 304 WP_186556299.1 HAZ7424284.1 36.6 522 265 10 7 502 7 488 5.67e-48 172 WP_186556299.1 HBP5649656.1 50.5 188 86 1 325 505 365 552 5.08e-39 148 WP_186556299.1 WP_140164964.1 50.9 165 81 0 355 519 387 551 1.53e-32 129 WP_186556299.1 WP_128786583.1 53.1 147 69 0 350 496 459 605 8.97e-31 124 WP_186556299.1 WP_097514015.1 41.9 129 61 2 364 492 382 496 7.05e-15 75.5 XP_036352003.1 XP_036352003.1 100 209 0 0 1 209 1 209 3.29e-154 424 AUW66636.1 AUW66636.1 100 124 0 0 1 124 1 124 7.48e-87 246 XP_021678658.1 XP_021678658.1 100 454 0 0 1 454 1 454 0.0 918 WP_257777211.1 WP_257777211.1 100 330 0 0 1 330 1 330 2.74e-227 619 WP_257777211.1 WP_179243590.1 44.6 312 154 5 18 317 2 306 2.44e-72 225 WP_045332585.1 WP_045332585.1 100 1160 0 0 1 1160 1 1160 0.0 2175 WP_196396761.1 WP_196396761.1 100 136 0 0 1 136 1 136 1.76e-93 264 WP_263298010.1 WP_263298010.1 100 1123 0 0 1 1123 1 1123 0.0 2224 GFD45028.1 GFD45028.1 100 88 0 0 1 88 1 88 6.59e-53 158 GFD45028.1 GEX59890.1 74.2 31 8 0 44 74 463 493 1.00e-06 43.1 MBE1549930.1 MBE1549930.1 100 206 0 0 1 206 1 206 4.25e-135 375 MBE1549930.1 WP_205541900.1 31.6 133 77 3 5 131 240 364 4.92e-09 53.5 WP_154951203.1 WP_154951203.1 100 322 0 0 1 322 1 322 1.06e-220 601 WP_154951203.1 WP_279008479.1 40.4 297 173 4 27 320 15 310 2.80e-64 204 WP_154951203.1 WP_105447015.1 44.7 152 84 0 171 322 240 391 1.20e-39 142 WP_154951203.1 HAA79725.1 34.1 217 141 1 104 318 5 221 2.49e-36 129 WP_154951203.1 WP_002574744.1 30.0 277 176 3 62 320 56 332 3.12e-35 129 XP_042646948.1 XP_042646948.1 100 1466 0 0 1 1466 1 1466 0.0 3013 WP_148044309.1 WP_148044309.1 100 109 0 0 1 109 1 109 9.68e-76 217 GEY78623.1 GEY78623.1 100 70 0 0 1 70 1 70 1.64e-47 143 WP_157767135.1 WP_157767135.1 100 407 0 0 1 407 1 407 6.01e-295 796 MBI3668312.1 MBI3668312.1 100 244 0 0 1 244 1 244 4.95e-171 469 MBI3668312.1 MBE6900854.1 50.8 181 83 1 63 243 213 387 2.95e-53 175 MBI3668312.1 WP_106587829.1 47.5 179 87 2 63 241 219 390 2.61e-48 162 MBI3668312.1 RLD79060.1 43.5 184 96 3 58 240 217 393 2.77e-42 146 EDD0587303.1 EDD0587303.1 100 1364 0 0 1 1364 1 1364 0.0 2194 EDD0587303.1 WP_218965839.1 45.7 186 95 5 1076 1259 2 183 2.92e-43 158 EDD0587303.1 EFN5389376.1 43.6 110 60 1 1142 1251 705 812 1.24e-22 103 EDD0587303.1 KDT27382.1 43.2 111 61 2 1142 1252 506 614 8.79e-22 100 KAI6685811.1 KAI6685811.1 100 2164 0 0 1 2164 1 2164 0.0 4111 KAI6685811.1 XP_029123601.1 34.2 2099 1093 53 155 2079 478 2461 4.86e-287 907 MBN9383861.1 MBN9383861.1 100 780 0 0 1 780 1 780 0.0 1532 MBN9383861.1 WP_168738097.1 30.4 783 502 13 27 777 1 772 1.13e-107 345 MBN9383861.1 WP_199673213.1 30.5 128 76 5 280 402 270 389 7.12e-06 47.4 OAL48948.1 OAL48948.1 100 364 0 0 1 364 1 364 7.76e-267 721 RUS79844.1 RUS79844.1 100 369 0 0 1 369 1 369 2.59e-263 713 WP_266613108.1 WP_266613108.1 100 233 0 0 1 233 1 233 1.54e-164 452 HCN7845163.1 HCN7845163.1 100 126 0 0 1 126 1 126 2.80e-92 260 MBR7122964.1 MBR7122964.1 100 322 0 0 1 322 1 322 1.21e-226 616 MBR7122964.1 MBD5551606.1 37.8 270 155 7 60 318 144 411 7.14e-47 161 WP_154324327.1 WP_154324327.1 100 108 0 0 1 108 1 108 2.58e-75 216 HCT61068.1 HCT61068.1 100 72 0 0 1 72 1 72 3.82e-47 142 MBZ5490509.1 MBZ5490509.1 100 62 0 0 1 62 1 62 2.26e-37 117 RZK52568.1 RZK52568.1 100 416 0 0 1 416 1 416 1.61e-299 808 XP_018661491.1 XP_018661491.1 100 747 0 0 1 747 1 747 0.0 1421 WP_222251196.1 WP_222251196.1 100 112 0 0 1 112 1 112 4.74e-73 211 RGG06187.1 RGG06187.1 100 489 0 0 1 489 1 489 0.0 985 RGG06187.1 MBU6501496.1 27.3 447 274 10 44 461 56 480 1.55e-32 128 PHR72175.1 PHR72175.1 100 317 0 0 1 317 1 317 1.78e-221 603 PHR72175.1 PSR02572.1 59.5 296 120 0 21 316 48 343 3.87e-123 355 PHR72175.1 WP_073201850.1 47.1 325 162 4 1 316 1 324 4.27e-95 283 PHR72175.1 CBI36349.3 33.7 285 182 2 28 312 14 291 5.42e-41 146 PHR72175.1 OQA38407.1 32.0 300 175 6 25 307 6 293 6.01e-37 135 PHR72175.1 WP_253808359.1 31.9 295 181 8 20 306 2 284 4.71e-36 133 MBQ6421794.1 MBQ6421794.1 100 182 0 0 1 182 1 182 2.47e-138 381 WP_251290759.1 WP_251290759.1 100 79 0 0 1 79 1 79 8.19e-52 154 MBR4471080.1 MBR4471080.1 100 118 0 0 1 118 1 118 8.95e-83 236 MBR4471080.1 TDM00308.1 59.8 102 40 1 16 117 14 114 2.79e-35 115 MBR4471080.1 KKP93192.1 50.4 129 47 3 6 118 3 130 3.52e-34 113 MBR4471080.1 WP_148259014.1 52.3 109 51 1 11 118 12 120 1.88e-29 101 MCF2638803.1 MCF2638803.1 100 241 0 0 1 241 1 241 3.81e-178 487 MCF2638803.1 WP_088527814.1 29.0 124 65 7 104 224 73 176 2.76e-05 42.0 KAJ3519417.1 KAJ3519417.1 100 448 0 0 1 448 1 448 0.0 934 OCB46767.1 OCB46767.1 100 300 0 0 1 300 1 300 2.13e-209 571 OCB46767.1 WP_020913025.1 55.6 284 109 4 1 280 1 271 7.61e-97 285 OCB46767.1 NEQ48723.1 55.9 290 115 5 1 288 1 279 2.41e-95 281 OCB46767.1 MBI3461834.1 50.7 290 130 3 1 288 1 279 8.31e-92 273 OCB46767.1 NBQ41256.1 47.8 301 139 4 1 292 1 292 1.95e-83 251 OCB46767.1 KAF1538674.1 46.7 304 135 5 2 288 20 313 1.13e-82 250 MCD8138445.1 MCD8138445.1 100 124 0 0 1 124 1 124 5.07e-85 242 WP_263513200.1 WP_263513200.1 100 241 0 0 1 241 1 241 2.20e-177 485 NWW37631.1 NWW37631.1 100 251 0 0 1 251 1 251 7.06e-179 489 WP_010859888.1 WP_010859888.1 100 349 0 0 1 349 1 349 4.40e-254 688 WP_010859888.1 MBT8367246.1 24.5 216 142 7 66 271 54 258 1.07e-09 57.4 EFS12202.1 EFS12202.1 100 192 0 0 1 192 1 192 3.61e-145 399 WP_245836657.1 WP_245836657.1 100 256 0 0 1 256 1 256 3.01e-187 511 WP_208750182.1 WP_208750182.1 100 330 0 0 1 330 1 330 6.84e-237 643 WP_069944653.1 WP_069944653.1 100 482 0 0 1 482 1 482 0.0 872 KXK44331.1 KXK44331.1 100 365 0 0 1 365 1 365 9.13e-271 731 WP_190971545.1 WP_190971545.1 100 546 0 0 1 546 1 546 0.0 996 ECB3811761.1 ECB3811761.1 100 757 0 0 1 757 1 757 0.0 1368 ECB3811761.1 HBE7681505.1 74.0 768 171 9 1 743 1 764 0.0 939 DAT73027.1 DAT73027.1 100 1987 0 0 1 1987 1 1987 0.0 3626 HCT06136.1 HCT06136.1 100 739 0 0 1 739 1 739 0.0 1385 HCT06136.1 MBI6149093.1 37.5 709 399 11 50 739 72 755 3.61e-129 400 HCT06136.1 OFX32653.1 40.6 537 316 3 178 712 44 579 6.46e-113 354 HCT06136.1 WP_013632646.1 35.6 503 301 7 217 709 262 751 6.43e-93 305 HCT06136.1 WP_041591748.1 33.2 549 350 4 196 739 89 625 5.21e-88 288 HCT06136.1 WP_074319120.1 35.1 504 305 8 216 709 206 697 8.47e-79 266 HCT06136.1 SFX27592.1 28.8 538 358 11 166 698 118 635 1.42e-58 209 HCT06136.1 WP_176307440.1 26.6 418 272 10 258 667 310 700 1.55e-24 107 HCT06136.1 KAJ6994162.1 24.3 601 377 18 199 731 79 669 9.89e-24 105 HCT06136.1 WP_235126772.1 33.8 148 68 1 574 691 513 660 2.68e-14 75.1 HCT06136.1 WP_019100427.1 32.4 148 74 3 579 701 553 699 3.81e-12 68.2 HCT06136.1 WP_049009918.1 30.1 153 81 2 576 703 546 697 9.03e-10 60.5 HCT06136.1 KAA0114277.1 23.9 238 166 4 237 460 133 369 1.97e-04 43.1 KAG1677749.1 KAG1677749.1 100 496 0 0 1 496 1 496 0.0 985 CAI3266215.1 CAI3266215.1 100 296 0 0 1 296 1 296 3.15e-209 570 WP_160923791.1 WP_160923791.1 100 375 0 0 1 375 1 375 4.13e-263 713 WP_160923791.1 KAB7776415.1 52.9 380 170 4 3 374 1 379 9.73e-114 335 MBQ9635153.1 MBQ9635153.1 100 108 0 0 1 108 1 108 7.13e-73 210 WP_185892762.1 WP_185892762.1 100 418 0 0 1 418 1 418 7.58e-315 847 XP_001312457.2 XP_001312457.2 100 282 0 0 1 282 1 282 9.11e-211 573 WP_140229785.1 WP_140229785.1 100 259 0 0 1 259 1 259 5.86e-191 521 XP_029003841.1 XP_029003841.1 100 742 0 0 1 742 1 742 0.0 1315 MCC1459731.1 MCC1459731.1 100 314 0 0 1 314 1 314 1.49e-232 630 MCC6386819.1 MCC6386819.1 100 105 0 0 1 105 1 105 1.35e-71 206 WP_153033981.1 WP_153033981.1 100 336 0 0 1 336 1 336 4.63e-238 646 MCE2153491.1 MCE2153491.1 100 103 0 0 1 103 1 103 2.35e-71 206 XP_040937145.1 XP_040937145.1 100 1975 0 0 1 1975 1 1975 0.0 3641 WP_214850425.1 WP_214850425.1 100 420 0 0 1 420 1 420 5.79e-295 797 RMF71452.1 RMF71452.1 100 181 0 0 1 181 1 181 1.07e-118 332 WP_200671006.1 WP_200671006.1 100 925 0 0 1 925 1 925 0.0 1610 WP_200671006.1 MAJ59213.1 32.5 265 174 1 582 841 571 835 4.60e-37 148 WP_200671006.1 WP_083051706.1 27.2 338 229 7 535 863 52 381 1.08e-24 105 WP_263537640.1 WP_263537640.1 100 312 0 0 1 312 1 312 1.61e-210 575 WP_088153117.1 WP_088153117.1 100 374 0 0 1 374 1 374 8.99e-262 709 WP_088153117.1 EHH5649593.1 31.5 235 154 2 3 236 6 234 4.12e-36 131 WP_088153117.1 WP_140480909.1 36.6 191 113 2 23 211 38 222 7.08e-34 127 WP_088153117.1 WP_076409454.1 36.6 202 119 4 16 215 23 217 9.45e-34 126 WP_088153117.1 WP_176354145.1 37.2 191 111 2 24 211 31 215 1.31e-31 121 WP_088153117.1 WP_258581409.1 33.6 259 150 6 16 269 22 263 1.60e-29 115 WP_088153117.1 WP_170725874.1 34.0 191 118 2 23 211 29 213 3.51e-29 114 WP_088153117.1 MBQ9964693.1 39.9 183 86 4 22 204 25 183 2.39e-24 97.1 WP_088153117.1 MCH1405047.1 41.3 138 76 3 17 153 27 160 3.38e-24 95.9 WP_088153117.1 NNE23115.1 32.3 201 124 3 24 220 28 220 1.14e-23 99.0 WP_088153117.1 MBQ3864274.1 32.6 175 109 5 24 191 46 218 3.60e-18 82.8 WP_088153117.1 WP_281543397.1 31.4 207 130 6 17 219 7 205 4.45e-18 82.0 WP_088153117.1 WP_206363707.1 32.0 181 103 6 24 191 44 217 6.27e-18 81.3 WP_088153117.1 WP_150396769.1 30.4 237 138 8 24 239 50 280 2.46e-17 81.6 WP_088153117.1 NFD84694.1 30.2 225 141 6 11 227 535 751 4.40e-16 78.2 WP_088153117.1 WP_142931103.1 27.7 173 115 4 23 191 285 451 4.21e-15 74.7 WP_088153117.1 NLW39422.1 26.2 225 145 6 4 213 14 232 5.85e-14 70.5 WP_088153117.1 EHR6291555.1 30.6 157 102 3 24 178 33 184 1.60e-13 70.1 WP_088153117.1 WP_029347391.1 29.3 208 120 5 23 213 30 227 5.52e-13 66.6 WP_088153117.1 WP_071876418.1 28.0 175 107 6 23 191 326 487 8.69e-13 67.8 WP_088153117.1 KAI9191373.1 32.9 143 84 4 29 164 428 565 8.01e-12 65.1 WP_088153117.1 WAY96880.1 28.9 173 104 6 16 178 8 171 2.27e-11 60.8 WP_088153117.1 KAJ2660037.1 28.9 211 108 6 26 221 1221 1404 1.54e-09 58.2 WP_088153117.1 MBQ8297564.1 24.2 219 135 6 24 227 360 562 2.59e-09 57.0 WP_088153117.1 NVM03966.1 25.5 145 97 3 23 164 47 183 3.64e-09 55.8 HJC40183.1 HJC40183.1 100 325 0 0 1 325 1 325 3.81e-236 640 HJC40183.1 KAE8322051.1 37.3 330 164 11 2 309 6 314 4.30e-48 163 HJC40183.1 WP_283277237.1 34.7 337 193 9 2 325 11 333 2.41e-43 151 WP_155963450.1 WP_155963450.1 100 413 0 0 1 413 1 413 5.11e-315 847 XP_017706045.1 XP_017706045.1 100 310 0 0 1 310 1 310 1.87e-230 657 XP_017706045.1 XP_044902674.1 34.0 150 76 4 35 161 11 160 1.07e-10 63.2 XP_017706045.1 EFB15155.1 24.3 222 141 7 38 246 121 328 1.66e-04 43.1 KAJ6801625.1 KAJ6801625.1 100 901 0 0 1 901 1 901 0.0 1823 MBS1921425.1 MBS1921425.1 100 139 0 0 1 139 1 139 1.09e-84 242 MBD5086961.1 MBD5086961.1 100 79 0 0 1 79 1 79 9.58e-51 152 NLS70598.1 NLS70598.1 100 237 0 0 1 237 1 237 2.55e-165 454 WP_018187484.1 WP_018187484.1 100 494 0 0 1 494 1 494 0.0 920 WP_018187484.1 WP_270570428.1 28.8 525 299 13 26 494 7 512 5.47e-55 190 WP_018187484.1 WP_233737742.1 31.0 410 230 11 16 390 8 399 2.48e-36 140 WP_018187484.1 QLP56207.1 25.7 479 324 10 20 479 7 472 2.66e-34 133 MBI4606629.1 MBI4606629.1 100 167 0 0 1 167 1 167 2.33e-122 340 EAP5059555.1 EAP5059555.1 100 359 0 0 1 359 1 359 4.77e-238 648 EAP5059555.1 WP_249991478.1 34.0 309 192 5 51 354 25 326 1.78e-44 154 EAP5059555.1 EIU6828535.1 30.0 307 206 4 51 357 25 322 5.02e-40 142 EAP5059555.1 WP_110066977.1 28.3 339 226 5 24 354 5 334 1.87e-29 114 EAP5059555.1 WP_097346712.1 30.2 278 181 7 82 355 390 658 9.15e-28 112 EAP5059555.1 WP_158131988.1 32.1 277 180 6 82 357 390 659 3.05e-27 111 EAP5059555.1 AHK46784.1 27.7 289 200 2 76 356 34 321 2.36e-25 102 EAP5059555.1 AGL88086.1 26.9 309 191 9 60 357 1 285 1.08e-21 92.0 MXX44250.1 MXX44250.1 100 223 0 0 1 223 1 223 1.14e-161 444 WP_235060562.1 WP_235060562.1 100 294 0 0 1 294 1 294 1.70e-212 578 MBK8752367.1 MBK8752367.1 100 457 0 0 1 457 1 457 7.42e-303 820 WP_049697298.1 WP_049697298.1 100 250 0 0 1 250 1 250 1.32e-178 489 WP_049697298.1 WP_259408897.1 52.4 246 112 2 6 248 2 245 6.36e-77 231 KNE54577.1 KNE54577.1 100 591 0 0 1 591 1 591 0.0 919 KNE54577.1 KAJ7092692.1 38.2 346 187 10 240 579 37 361 1.35e-58 198 MBS0281612.1 MBS0281612.1 100 147 0 0 1 147 1 147 2.16e-106 298 WP_037818847.1 WP_037818847.1 100 400 0 0 1 400 1 400 2.46e-263 716 WP_037818847.1 MCM1513138.1 39.8 415 230 9 1 400 1 410 1.03e-74 236 WP_037818847.1 WP_199673213.1 30.7 407 259 10 1 400 1 391 9.82e-38 139 TML70651.1 TML70651.1 100 137 0 0 1 137 1 137 9.05e-92 260 TML70651.1 WP_133874384.1 30.5 128 81 2 1 128 1 120 5.13e-13 62.8 TML70651.1 WP_051669385.1 33.1 133 84 3 1 132 9 137 8.63e-07 45.1 YP_007317140.1 YP_007317140.1 100 348 0 0 1 348 1 348 6.65e-228 622 YP_007317140.1 YP_008379230.1 46.1 345 177 3 1 340 1 341 7.82e-97 289 YP_007317140.1 QOL09497.1 41.5 193 106 3 128 316 3 192 3.05e-34 124 YP_007317140.1 EAZ5330394.1 23.1 321 213 5 15 301 114 434 2.48e-15 75.1 YP_007317140.1 WP_243361436.1 25.5 325 203 11 9 299 110 429 2.55e-08 53.5 YP_007317140.1 WP_096665911.1 24.1 299 184 11 1 266 109 397 1.03e-06 48.5 NQZ80525.1 NQZ80525.1 100 155 0 0 1 155 1 155 2.20e-103 291 WP_061548291.1 WP_061548291.1 100 720 0 0 1 720 1 720 0.0 1424 OGU48181.1 OGU48181.1 100 662 0 0 1 662 1 662 0.0 1321 OGU48181.1 WP_222018129.1 22.1 638 424 21 56 661 28 624 3.84e-17 83.6 OGU48181.1 WP_267184195.1 20.3 634 415 20 76 662 50 640 4.08e-14 73.9 OGU48181.1 WP_119344914.1 22.3 669 406 30 73 662 72 705 4.40e-14 73.9 OGU48181.1 WP_047594685.1 23.9 280 164 9 71 322 138 396 4.69e-11 64.3 OGU48181.1 WP_282423266.1 28.6 126 82 2 61 178 38 163 6.67e-10 60.5 OGU48181.1 WP_059812501.1 36.6 71 32 3 117 184 143 203 1.62e-04 43.1 TIQ70464.1 TIQ70464.1 100 68 0 0 1 68 1 68 1.76e-39 122 WP_010434011.1 WP_010434011.1 100 599 0 0 1 599 1 599 0.0 1195 WP_010434011.1 WP_007356512.1 27.8 263 157 8 354 585 727 987 9.06e-15 76.3 WP_010434011.1 WP_076194242.1 26.7 232 154 7 361 580 224 451 6.51e-12 66.2 WP_010434011.1 PSQ73325.1 28.1 260 165 9 351 594 593 846 2.34e-11 65.1 WP_010434011.1 MBQ1868746.1 22.3 264 179 7 344 588 238 494 1.68e-06 49.3 NLP00897.1 NLP00897.1 100 149 0 0 1 149 1 149 1.11e-109 306 TXH38725.1 TXH38725.1 100 150 0 0 1 150 1 150 2.71e-106 298 MBN2697970.1 MBN2697970.1 100 308 0 0 1 308 1 308 5.05e-246 664 CAE5960238.1 CAE5960238.1 100 395 0 0 1 395 1 395 3.23e-277 750 WP_120171324.1 WP_120171324.1 100 262 0 0 1 262 1 262 3.77e-184 504 WP_120171324.1 KPA62791.1 93.7 63 4 0 1 63 1 63 1.20e-35 120 WP_252115680.1 WP_252115680.1 100 173 0 0 1 173 1 173 3.15e-123 342 EZA58905.1 EZA58905.1 100 1125 0 0 1 1125 1 1125 0.0 2107 EZA58905.1 KAI9362949.1 48.1 77 40 0 28 104 1 77 7.02e-19 81.3 MBL8041865.1 MBL8041865.1 100 362 0 0 1 362 1 362 2.76e-284 765 WP_135847767.1 WP_135847767.1 100 380 0 0 1 380 1 380 1.82e-264 717 HIT09367.1 HIT09367.1 100 421 0 0 1 421 1 421 3.30e-306 826 HIT09367.1 XP_022824318.1 28.1 210 107 10 68 266 497 673 2.04e-07 51.6 HIT09367.1 HHJ06374.1 27.2 246 125 13 78 304 230 440 3.66e-06 47.4 HIT09367.1 KAF6257731.1 22.4 344 192 11 62 382 546 837 9.73e-06 46.2 HIT09367.1 MBP6786080.1 40.8 71 36 2 69 139 562 626 1.16e-04 42.7 HIT09367.1 WP_029789810.1 21.4 351 192 13 69 402 558 841 1.53e-04 42.4 WP_180860911.1 WP_180860911.1 100 204 0 0 1 204 1 204 4.01e-123 345 EAQ3014137.1 EAQ3014137.1 100 299 0 0 1 299 1 299 2.26e-224 608 MCA9799621.1 MCA9799621.1 100 409 0 0 1 409 1 409 4.65e-284 769 WP_278273894.1 WP_278273894.1 100 150 0 0 1 150 1 150 3.30e-116 323 WP_261281372.1 WP_261281372.1 100 407 0 0 1 407 1 407 9.69e-301 811 WP_261281372.1 WP_013970683.1 75.9 402 95 1 6 407 2 401 1.26e-221 610 WP_261281372.1 WP_111113162.1 57.3 410 164 4 2 407 4 406 8.35e-157 446 WP_261281372.1 EFL6071320.1 30.0 410 202 17 25 407 8 359 7.37e-30 117 WP_090178898.1 WP_090178898.1 100 210 0 0 1 210 1 210 9.77e-152 417 WP_264248212.1 WP_264248212.1 100 63 0 0 1 63 1 63 1.51e-40 125 WP_264248212.1 MBY7869037.1 50.0 44 22 0 15 58 625 668 1.72e-05 38.5 MBQ8743106.1 MBQ8743106.1 100 283 0 0 1 283 1 283 1.93e-192 526 EAH4606626.1 EAH4606626.1 100 183 0 0 1 183 1 183 6.01e-126 350 HCG2498768.1 HCG2498768.1 100 403 0 0 1 403 1 403 5.73e-259 705 HBA5291325.1 HBA5291325.1 100 409 0 0 1 409 1 409 8.04e-285 771 MBU0720757.1 MBU0720757.1 100 130 0 0 1 130 1 130 3.63e-90 255 WP_225744764.1 WP_225744764.1 100 109 0 0 1 109 1 109 1.67e-76 219 WP_053743010.1 WP_053743010.1 100 420 0 0 1 420 1 420 4.44e-299 808 WP_053743010.1 WP_216890540.1 22.5 378 276 3 56 418 50 425 7.37e-29 115 EFJ8748319.1 EFJ8748319.1 100 422 0 0 1 422 1 422 8.89e-316 850 EFJ8748319.1 EHW4468754.1 62.7 424 154 3 1 422 1 422 1.04e-187 526 ULU28230.1 ULU28230.1 100 1070 0 0 1 1070 1 1070 0.0 2126 ULU28230.1 WP_189931865.1 39.1 1028 569 15 65 1053 111 1120 1.53e-245 725 ULU28230.1 MBQ7389792.1 34.3 1220 619 18 7 1053 19 1228 2.41e-222 670 ULU28230.1 BBG20955.1 31.9 1296 571 19 67 1056 83 1372 4.15e-178 576 ULU28230.1 AIR77599.1 27.9 154 98 2 57 197 55 208 9.67e-15 76.3 MBP3421135.1 MBP3421135.1 100 334 0 0 1 334 1 334 1.51e-242 657 WP_095310603.1 WP_095310603.1 100 92 0 0 1 92 1 92 1.40e-58 172 NBW88664.1 NBW88664.1 100 169 0 0 1 169 1 169 5.23e-111 311 XP_010481786.1 XP_010481786.1 100 272 0 0 1 272 1 272 5.26e-205 557 VDP42962.1 VDP42962.1 100 201 0 0 1 201 1 201 1.70e-143 396 MBF0362390.1 MBF0362390.1 100 384 0 0 1 384 1 384 1.10e-267 725 WP_230208134.1 WP_230208134.1 100 391 0 0 1 391 1 391 1.33e-283 766 KAJ8438905.1 KAJ8438905.1 100 156 0 0 1 156 1 156 2.11e-106 298 WP_093797100.1 WP_093797100.1 100 173 0 0 1 173 1 173 1.57e-132 366 MCA9871439.1 MCA9871439.1 100 246 0 0 1 246 1 246 6.08e-157 434 XP_007828375.1 XP_007828375.1 100 458 0 0 1 458 1 458 0.0 934 MBL4798178.1 MBL4798178.1 100 333 0 0 1 333 1 333 4.53e-248 671 WP_119928822.1 WP_119928822.1 100 172 0 0 1 172 1 172 2.48e-115 322 XP_054720054.1 XP_054720054.1 100 337 0 0 1 337 1 337 1.05e-264 714 WP_211748754.1 WP_211748754.1 100 60 0 0 1 60 1 60 1.80e-42 129 MBU0518438.1 MBU0518438.1 100 191 0 0 1 191 1 191 4.21e-139 384 NXD58230.1 NXD58230.1 100 416 0 0 1 416 1 416 2.19e-297 803 MBL4825303.1 MBL4825303.1 100 266 0 0 1 266 1 266 2.21e-194 530 HAG54718.1 HAG54718.1 100 114 0 0 1 114 1 114 2.32e-74 214 WP_047323805.1 WP_047323805.1 100 198 0 0 1 198 1 198 2.81e-136 377 WP_047323805.1 WP_019807556.1 68.2 173 55 0 20 192 19 191 1.62e-81 239 KAG5639171.1 KAG5639171.1 100 104 0 0 1 104 1 104 2.01e-68 198 EJF06804.1 EJF06804.1 100 310 0 0 1 310 1 310 8.84e-223 605 EJF06804.1 WP_000484099.1 35.3 184 106 4 127 307 196 369 3.30e-30 115 EJF06804.1 MBI5333464.1 36.0 172 105 2 135 306 224 390 1.03e-26 106 EJF06804.1 EGR2272270.1 37.3 153 90 4 153 304 529 676 4.00e-21 92.0 EJF06804.1 WP_145544593.1 36.4 173 94 6 135 306 361 518 1.61e-19 87.0 EJF06804.1 MBP1530348.1 27.9 215 133 6 2 210 3 201 2.47e-18 80.5 EJF06804.1 WP_018646673.1 32.6 175 108 6 134 306 520 686 5.41e-14 70.9 EJF06804.1 WP_212961195.1 30.5 118 80 1 2 119 714 829 9.95e-14 70.1 EJF06804.1 EDN57974.1 33.1 118 75 2 2 116 939 1055 9.97e-14 70.1 EJF06804.1 KFX48203.1 35.9 117 70 2 3 116 1077 1191 1.43e-12 66.6 EJF06804.1 MBQ1868746.1 29.6 125 79 3 1 119 519 640 2.90e-11 62.4 EJF06804.1 MBT3459335.1 37.4 91 55 1 122 210 184 274 4.33e-10 57.8 EJF06804.1 PKL50735.1 28.0 125 88 1 2 126 950 1072 2.54e-09 56.6 EJF06804.1 MBF0233644.1 27.6 116 78 3 3 116 622 733 6.81e-06 45.8 XP_048961030.1 XP_048961030.1 100 964 0 0 1 964 1 964 0.0 1447 XP_014086709.1 XP_014086709.1 100 251 0 0 1 251 1 251 5.97e-171 469 NBO56108.1 NBO56108.1 100 100 0 0 1 100 1 100 6.34e-70 202 WP_065358803.1 WP_065358803.1 100 344 0 0 1 344 1 344 2.03e-236 643 WP_179536231.1 WP_179536231.1 100 206 0 0 1 206 1 206 2.15e-153 421 WP_250499463.1 WP_250499463.1 100 233 0 0 1 233 1 233 5.53e-158 435 WP_250499463.1 MCB0243881.1 41.3 223 130 1 6 228 3 224 2.04e-50 162 WP_250499463.1 MCC6044083.1 42.0 200 114 2 28 227 23 220 9.85e-45 150 WP_250499463.1 MCF7808720.1 37.6 221 137 1 8 228 6 225 3.40e-41 139 WP_250499463.1 WP_221265680.1 29.6 226 147 6 3 227 14 228 8.11e-20 84.7 WP_250499463.1 WAY96880.1 33.9 189 106 6 27 208 4 180 1.06e-14 68.6 WP_250499463.1 MBQ4454347.1 30.8 185 114 5 27 205 355 531 2.24e-11 61.2 EMF80818.1 EMF80818.1 100 299 0 0 1 299 1 299 3.05e-213 580 WP_202082228.1 WP_202082228.1 100 197 0 0 1 197 1 197 9.15e-146 401 WP_218198734.1 WP_218198734.1 100 209 0 0 1 209 1 209 3.22e-120 338 UJQ14296.1 UJQ14296.1 100 145 0 0 1 145 1 145 1.46e-60 187 WP_281734351.1 WP_281734351.1 100 61 0 0 1 61 1 61 4.58e-41 126 AQA19851.1 AQA19851.1 100 162 0 0 1 162 1 162 5.54e-114 318 MBT4511102.1 MBT4511102.1 100 149 0 0 1 149 1 149 5.08e-106 297 EHS0147317.1 EHS0147317.1 100 348 0 0 1 348 1 348 6.83e-262 707 EHS0147317.1 WP_238850425.1 54.3 341 155 1 7 347 3 342 2.28e-128 369 WP_067032591.1 WP_067032591.1 100 250 0 0 1 250 1 250 1.74e-183 501 CEZ68761.1 CEZ68761.1 100 173 0 0 1 173 1 173 8.68e-121 336 MBW6187146.1 MBW6187146.1 100 202 0 0 1 202 1 202 1.63e-146 404 XP_052737512.1 XP_052737512.1 100 296 0 0 1 296 1 296 4.80e-204 557 RLT25539.1 RLT25539.1 100 195 0 0 1 195 1 195 1.35e-137 380 MCH8117287.1 MCH8117287.1 100 213 0 0 1 213 1 213 8.72e-161 441 MBT5780702.1 MBT5780702.1 100 375 0 0 1 375 1 375 1.13e-260 707 MBT5780702.1 WP_182342936.1 43.8 265 131 5 105 366 112 361 3.74e-48 165 WP_121182262.1 WP_121182262.1 100 518 0 0 1 518 1 518 2.69e-313 852 WEI27974.1 WEI27974.1 100 4402 0 0 1 4402 1 4402 0.0 7768 WEI27974.1 UPP41269.1 91.4 4402 378 0 1 4402 1 4402 0.0 7760 WEI27974.1 USR14792.1 91.4 4402 378 0 1 4402 1 4402 0.0 7759 WEI27974.1 UZO53924.1 91.5 4398 376 0 1 4398 1 4398 0.0 7757 WEI27974.1 UVB16817.1 91.5 4398 376 0 1 4398 1 4398 0.0 7755 WEI27974.1 URQ55824.1 91.4 4398 377 0 1 4398 1 4398 0.0 7754 WEI27974.1 UXX67934.1 92.8 4398 315 0 1 4398 1 4398 0.0 7748 WEI27974.1 UKU68032.1 91.6 4402 370 1 1 4402 1 4401 0.0 7745 WEI27974.1 QXR94354.1 91.3 4402 385 0 1 4402 1 4402 0.0 7744 WEI27974.1 ULA23837.2 91.2 4402 386 1 1 4402 1 4401 0.0 7742 WEI27974.1 QTD03487.1 91.2 4405 385 1 1 4402 1 4405 0.0 7742 WEI27974.1 QTM79632.1 91.2 4402 389 0 1 4402 1 4402 0.0 7741 WEI27974.1 UOU30556.1 93.2 4398 299 0 1 4398 1 4398 0.0 7740 WEI27974.1 UIR12670.1 91.2 4398 384 1 1 4398 1 4397 0.0 7739 WEI27974.1 QTZ27226.1 91.2 4402 389 0 1 4402 1 4402 0.0 7738 WEI27974.1 UXH94526.1 91.2 4402 387 1 1 4402 1 4401 0.0 7738 WEI27974.1 QVD87869.1 91.2 4398 385 0 1 4398 1 4398 0.0 7736 WEI27974.1 QWC83326.1 91.2 4401 383 1 1 4398 1 4401 0.0 7735 WEI27974.1 UFM00670.1 91.1 4405 388 1 1 4402 1 4405 0.0 7735 WEI27974.1 UEC68750.1 91.1 4405 387 1 1 4402 1 4405 0.0 7735 WEI27974.1 QSZ25555.1 91.2 4401 385 1 1 4398 1 4401 0.0 7733 WEI27974.1 QZU16279.1 91.2 4401 385 1 1 4398 1 4401 0.0 7732 WEI27974.1 UBD95131.1 91.2 4401 385 1 1 4398 1 4401 0.0 7730 WEI27974.1 WEU87158.1 91.2 4401 385 1 1 4398 1 4401 0.0 7730 WEI27974.1 UHM53165.1 91.1 4405 388 1 1 4402 1 4405 0.0 7730 MBD3769330.1 MBD3769330.1 100 184 0 0 1 184 1 184 1.26e-123 344 MBD3769330.1 NLT72898.1 44.6 177 98 0 7 183 8 184 3.80e-50 158 MBD3769330.1 NLK90780.1 44.4 178 99 0 7 184 8 185 2.84e-47 151 MBD3769330.1 NLV68328.1 41.6 178 104 0 7 184 8 185 5.24e-45 145 WP_114811503.1 WP_114811503.1 100 628 0 0 1 628 1 628 0.0 1212 RZI94009.1 RZI94009.1 100 125 0 0 1 125 1 125 6.13e-91 257 RZI94009.1 WP_249351853.1 44.1 102 56 1 1 101 237 338 7.14e-28 103 WP_245838763.1 WP_245838763.1 100 335 0 0 1 335 1 335 6.98e-228 620 MBT6972091.1 MBT6972091.1 100 447 0 0 1 447 1 447 0.0 876 MBT6972091.1 MCB5199682.1 28.2 383 233 12 15 391 8 354 2.82e-37 139 MCU1401149.1 MCU1401149.1 100 155 0 0 1 155 1 155 1.28e-120 334 WP_271406340.1 WP_271406340.1 100 280 0 0 1 280 1 280 6.89e-205 558 WP_130962786.1 WP_130962786.1 100 382 0 0 1 382 1 382 2.95e-271 734 WP_130962786.1 WP_264144890.1 35.1 376 233 5 4 376 2 369 7.03e-61 199 WP_243678753.1 WP_243678753.1 100 180 0 0 1 180 1 180 4.59e-124 345 WP_245971990.1 WP_245971990.1 100 230 0 0 1 230 1 230 3.09e-158 436 WP_245971990.1 MCG8687614.1 47.7 44 23 0 11 54 18 61 7.80e-07 45.4 VDD35992.1 VDD35992.1 100 49 0 0 1 49 1 49 1.46e-32 103 MBQ7389792.1 MBQ7389792.1 100 1319 0 0 1 1319 1 1319 0.0 2551 MBQ7389792.1 WP_189931865.1 48.5 1306 434 16 11 1257 21 1146 0.0 1156 MBQ7389792.1 BBG20955.1 37.7 1447 663 30 1 1255 1 1400 1.74e-267 834 MBQ7389792.1 ULU28230.1 34.5 1221 617 19 19 1229 7 1054 5.83e-218 659 MBQ7389792.1 AIR77599.1 29.4 473 272 11 23 459 1 447 1.96e-49 181 MBQ7389792.1 HAJ19792.1 47.8 90 45 1 583 672 1 88 1.36e-17 77.4 WP_281670363.1 WP_281670363.1 100 280 0 0 1 280 1 280 2.51e-207 564 XP_026994537.1 XP_026994537.1 100 245 0 0 1 245 1 245 5.92e-202 547 XP_047076827.1 XP_047076827.1 100 534 0 0 1 534 1 534 0.0 1013 XP_047076827.1 CAA7056023.1 32.4 519 305 4 42 523 71 580 7.27e-86 278 MBR2684576.1 MBR2684576.1 100 223 0 0 1 223 1 223 1.00e-155 429 MBR2684576.1 WP_239606280.1 41.2 221 128 2 1 220 1 220 6.48e-51 163 MBR2684576.1 MBM4374951.1 39.1 215 125 5 1 213 1 211 1.17e-41 139 WP_113625996.1 WP_113625996.1 100 439 0 0 1 439 1 439 0.0 901 MCH8269832.1 MCH8269832.1 100 356 0 0 1 356 1 356 1.57e-246 669 MCH8269832.1 MBQ9979016.1 31.3 230 97 6 158 329 128 354 1.76e-15 75.1 MCH8269832.1 MCP4914981.1 30.0 130 88 2 87 216 85 211 1.33e-12 64.7 MCH8269832.1 WP_049105913.1 47.5 61 32 0 166 226 277 337 9.10e-10 57.8 AGD93042.1 AGD93042.1 100 579 0 0 1 579 1 579 0.0 1011 KAI4090501.1 KAI4090501.1 100 177 0 0 1 177 1 177 1.96e-128 356 NLO81011.1 NLO81011.1 100 194 0 0 1 194 1 194 8.49e-145 399 WP_074053577.1 WP_074053577.1 100 386 0 0 1 386 1 386 7.59e-276 746 WP_074053577.1 MCG6912449.1 37.3 375 233 2 6 380 4 376 9.88e-88 268 WP_074053577.1 WP_162119468.1 33.9 387 247 2 2 380 4 389 6.62e-67 215 OQA35671.1 OQA35671.1 100 629 0 0 1 629 1 629 0.0 1207 OQA35671.1 MCH5231772.1 31.0 532 352 5 1 526 1 523 1.30e-75 249 OQA35671.1 WP_105160947.1 31.4 598 373 13 3 582 5 583 6.27e-67 228 OQA35671.1 WP_173040157.1 26.8 559 355 9 29 579 33 545 9.80e-47 172 OQA35671.1 MYD56339.1 42.9 182 103 1 344 525 28 208 1.16e-42 155 OQA35671.1 WP_258581409.1 28.3 219 138 6 323 524 4 220 4.60e-10 60.1 MBS3065855.1 MBS3065855.1 100 95 0 0 1 95 1 95 4.78e-65 189 MBR5562318.1 MBR5562318.1 100 339 0 0 1 339 1 339 1.30e-250 678 WP_122440133.1 WP_122440133.1 100 1215 0 0 1 1215 1 1215 0.0 1969 WP_122440133.1 WP_116870479.1 27.4 1276 816 30 1 1211 1 1231 3.01e-66 243 WP_122440133.1 MCE2789155.1 45.1 173 94 1 1041 1212 831 1003 1.65e-33 138 MBR4038690.1 MBR4038690.1 100 379 0 0 1 379 1 379 7.09e-282 761 MBR6141090.1 MBR6141090.1 100 144 0 0 1 144 1 144 3.22e-111 310 WP_087909023.1 WP_087909023.1 100 423 0 0 1 423 1 423 9.94e-293 792 WP_054891276.1 WP_054891276.1 100 191 0 0 1 191 1 191 7.53e-133 368 WP_054891276.1 WP_161818832.1 43.4 182 103 0 5 186 11 192 3.70e-41 136 WP_061195945.1 WP_061195945.1 100 400 0 0 1 400 1 400 1.41e-294 795 KAH0642104.1 KAH0642104.1 100 154 0 0 1 154 1 154 2.69e-108 303 WP_164582471.1 WP_164582471.1 100 86 0 0 1 86 1 86 4.17e-55 163 WP_194621234.1 WP_194621234.1 100 361 0 0 1 361 1 361 1.69e-264 715 WP_106812746.1 WP_106812746.1 100 1076 0 0 1 1076 1 1076 0.0 2170 WP_106812746.1 MBF1369421.1 37.2 1081 638 16 9 1071 12 1069 7.79e-248 728 UPP41269.1 UPP41269.1 100 4402 0 0 1 4402 1 4402 0.0 8650 UPP41269.1 USR14792.1 99.9 4402 5 0 1 4402 1 4402 0.0 8640 UPP41269.1 URQ55824.1 99.9 4398 3 0 1 4398 1 4398 0.0 8636 UPP41269.1 UZO53924.1 99.9 4398 4 0 1 4398 1 4398 0.0 8635 UPP41269.1 UVB16817.1 99.9 4398 4 0 1 4398 1 4398 0.0 8633 UPP41269.1 QXR94354.1 99.7 4402 15 0 1 4402 1 4402 0.0 8619 UPP41269.1 ULA23837.2 99.6 4402 15 1 1 4402 1 4401 0.0 8618 UPP41269.1 QTM79632.1 99.6 4402 18 0 1 4402 1 4402 0.0 8617 UPP41269.1 QTD03487.1 99.6 4405 15 1 1 4402 1 4405 0.0 8617 UPP41269.1 UIR12670.1 99.7 4398 13 1 1 4398 1 4397 0.0 8615 UPP41269.1 UXH94526.1 99.6 4402 16 1 1 4402 1 4401 0.0 8613 UPP41269.1 QTZ27226.1 99.5 4402 20 0 1 4402 1 4402 0.0 8612 UPP41269.1 QVD87869.1 99.7 4398 14 0 1 4398 1 4398 0.0 8612 UPP41269.1 QWC83326.1 99.7 4401 12 1 1 4398 1 4401 0.0 8611 UPP41269.1 QSZ25555.1 99.6 4401 14 1 1 4398 1 4401 0.0 8609 UPP41269.1 UFM00670.1 99.5 4405 18 1 1 4402 1 4405 0.0 8608 UPP41269.1 WEU87158.1 99.6 4401 14 1 1 4398 1 4401 0.0 8606 UPP41269.1 UEC68750.1 99.5 4405 18 1 1 4402 1 4405 0.0 8605 UPP41269.1 UBP50947.1 99.6 4401 15 1 1 4398 1 4401 0.0 8604 UPP41269.1 QZU16279.1 99.6 4401 15 1 1 4398 1 4401 0.0 8604 UPP41269.1 UPA83906.1 99.6 4398 17 1 1 4398 1 4397 0.0 8604 UPP41269.1 UBD95131.1 99.6 4401 15 1 1 4398 1 4401 0.0 8603 UPP41269.1 UMF87224.1 99.1 4398 37 1 1 4398 1 4397 0.0 8603 UPP41269.1 UHM53165.1 99.5 4405 18 1 1 4402 1 4405 0.0 8603 UPP41269.1 UFM02602.1 99.5 4405 18 1 1 4402 1 4405 0.0 8602 WP_009714971.1 WP_009714971.1 100 566 0 0 1 566 1 566 0.0 1134 WP_009714971.1 QQS09360.1 46.3 575 279 6 17 561 16 590 5.38e-172 498 WP_009714971.1 WP_195001047.1 42.3 542 288 6 27 560 59 583 3.25e-125 384 MTI81752.1 MTI81752.1 100 166 0 0 1 166 1 166 2.62e-114 319 KAJ3160366.1 KAJ3160366.1 100 76 0 0 1 76 1 76 1.90e-51 153 PTX93603.1 PTX93603.1 100 93 0 0 1 93 1 93 1.97e-63 185 WP_252438898.1 WP_252438898.1 100 341 0 0 1 341 1 341 1.03e-248 674 WP_252438898.1 WP_014950321.1 37.6 295 177 5 50 341 14 304 5.45e-58 188 WP_026002460.1 WP_026002460.1 100 445 0 0 1 445 1 445 5.05e-304 822 WP_026002460.1 HHC07960.1 29.9 432 268 16 17 432 25 437 1.31e-31 124 WP_282322778.1 WP_282322778.1 100 623 0 0 1 623 1 623 0.0 1315 WP_282322778.1 WP_096067320.1 99.4 623 4 0 1 623 1 623 0.0 1306 WP_282322778.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.99e-106 335 WP_282322778.1 MBL14507.1 27.3 626 363 20 30 614 11 585 3.55e-61 212 WP_085315249.1 WP_085315249.1 100 435 0 0 1 435 1 435 3.45e-267 728 XP_023529459.1 XP_023529459.1 100 166 0 0 1 166 1 166 2.59e-105 296 WP_137885208.1 WP_137885208.1 100 149 0 0 1 149 1 149 9.46e-120 332 RWW58604.1 RWW58604.1 100 213 0 0 1 213 1 213 2.50e-160 439 WP_167301289.1 WP_167301289.1 100 405 0 0 1 405 1 405 1.24e-286 775 WP_167301289.1 WP_245384442.1 36.2 384 230 8 5 380 15 391 1.35e-56 189 WP_167301289.1 WP_116803659.1 30.5 213 129 9 70 275 68 268 8.94e-05 42.4 WP_003748238.1 WP_003748238.1 100 122 0 0 1 122 1 122 8.81e-85 241 WP_002894198.1 WP_002894198.1 100 131 0 0 1 131 1 131 1.98e-58 175 EEC70172.1 EEC70172.1 100 213 0 0 1 213 1 213 1.02e-159 438 EEC70172.1 KAI6705356.1 40.5 148 82 2 35 177 121 267 1.44e-26 102 PNH10535.1 PNH10535.1 100 179 0 0 1 179 1 179 1.32e-127 354 WP_109305164.1 WP_109305164.1 100 257 0 0 1 257 1 257 2.08e-174 479 WP_179050696.1 WP_179050696.1 100 456 0 0 1 456 1 456 0.0 904 MBS0449087.1 MBS0449087.1 100 175 0 0 1 175 1 175 9.58e-110 308 CAC10160.1 CAC10160.1 100 647 0 0 1 647 1 647 0.0 1158 OHD72009.1 OHD72009.1 100 115 0 0 1 115 1 115 1.83e-76 219 KAJ0960782.1 KAJ0960782.1 100 304 0 0 1 304 1 304 1.74e-235 637 OPZ33967.1 OPZ33967.1 100 253 0 0 1 253 1 253 2.26e-176 483 WP_179827767.1 WP_179827767.1 100 299 0 0 1 299 1 299 1.39e-209 571 WP_131914061.1 WP_131914061.1 100 306 0 0 1 306 1 306 2.36e-225 612 WP_131914061.1 WP_248676944.1 26.5 294 197 10 3 285 12 297 7.18e-20 86.3 WP_131914061.1 EIX9307167.1 23.9 289 215 2 3 288 11 297 7.36e-20 86.3 WP_131914061.1 WP_258613669.1 21.9 137 107 0 11 147 9 145 2.35e-07 49.7 WP_238126428.1 WP_238126428.1 100 199 0 0 1 199 1 199 1.52e-145 401 WP_238126428.1 WP_100671858.1 54.6 194 86 1 1 192 1 194 1.78e-69 208 XP_052288270.1 XP_052288270.1 100 886 0 0 1 886 1 886 0.0 1764 PKP76071.1 PKP76071.1 100 68 0 0 1 68 1 68 2.99e-49 147 WP_144841777.1 WP_144841777.1 100 275 0 0 1 275 1 275 2.67e-195 533 WP_144841777.1 WP_029579419.1 40.1 262 155 2 1 261 24 284 8.93e-52 169 KFP60608.1 KFP60608.1 100 285 0 0 1 285 1 285 5.94e-213 578 WP_189693187.1 WP_189693187.1 100 108 0 0 1 108 1 108 7.35e-84 238 WP_189693187.1 WP_125188824.1 63.5 104 38 0 1 104 1 104 1.49e-49 152 MCK5302212.1 MCK5302212.1 100 454 0 0 1 454 1 454 0.0 911 MCK5302212.1 XP_016452348.1 28.1 452 300 7 18 445 56 506 5.76e-45 162 PJC62958.1 PJC62958.1 100 122 0 0 1 122 1 122 3.73e-86 244 XP_009308369.1 XP_009308369.1 100 893 0 0 1 893 1 893 0.0 1669 XP_047046442.1 XP_047046442.1 100 569 0 0 1 569 1 569 0.0 1199 XP_047046442.1 XP_016445639.1 26.6 582 345 20 11 566 16 541 1.43e-55 194 XP_047046442.1 CAG8726868.1 33.2 346 194 10 217 547 4 327 4.60e-50 174 XP_047046442.1 WP_200599363.1 34.1 88 44 2 460 546 380 454 9.81e-07 49.7 WP_262247119.1 WP_262247119.1 100 175 0 0 1 175 1 175 2.91e-138 380 WP_262247119.1 WP_161643844.1 39.2 176 104 3 1 175 13 186 5.69e-50 157 KAF6089756.1 KAF6089756.1 100 794 0 0 1 794 1 794 0.0 1579 WP_066083732.1 WP_066083732.1 100 337 0 0 1 337 1 337 3.43e-245 664 WP_066083732.1 WP_107894076.1 56.2 322 138 3 6 327 5 323 1.56e-122 353 WP_066083732.1 GLY24463.1 43.7 318 177 2 6 323 4 319 9.40e-96 285 WP_066083732.1 WP_131166802.1 48.2 311 158 3 5 313 4 313 1.80e-91 275 WP_066083732.1 MCP5262709.1 46.7 317 165 3 6 321 1 314 1.70e-90 272 WP_066083732.1 WP_192324556.1 51.0 294 129 3 6 284 13 306 6.54e-87 272 WP_066083732.1 WP_227059655.1 52.6 270 123 1 5 269 16 285 2.07e-85 268 WP_066083732.1 QCM13287.1 43.8 267 143 4 5 271 8 267 1.17e-65 207 WP_066083732.1 MBU5353226.1 40.7 270 136 7 6 264 4 260 1.17e-57 187 WP_066083732.1 WP_226904802.1 35.3 334 191 8 5 323 21 344 1.56e-57 188 WP_066083732.1 RUU66461.1 35.9 287 166 5 3 280 76 353 3.54e-53 177 WP_066083732.1 MBQ3864274.1 36.9 309 179 7 5 307 11 309 7.06e-53 175 WP_066083732.1 MWR41881.1 31.4 255 154 6 1 255 29 262 1.67e-30 115 WP_066083732.1 WP_279984614.1 32.2 258 161 9 5 260 8 253 4.36e-29 111 WP_066083732.1 MCC6044083.1 30.7 231 145 8 7 236 4 220 5.02e-24 98.6 WP_066083732.1 WP_142931103.1 30.2 255 152 6 6 260 3 231 1.31e-21 93.6 WP_066083732.1 WP_076409454.1 27.2 243 149 7 25 263 19 237 8.34e-21 90.1 WP_066083732.1 WP_256546297.1 22.7 264 166 7 2 248 19 261 1.19e-15 74.3 WP_066083732.1 WP_197521413.1 29.0 238 137 9 6 240 1 209 1.28e-15 74.3 WP_066083732.1 GBD21053.1 29.3 242 144 10 4 235 276 500 1.75e-15 75.5 WP_066083732.1 WP_221977168.1 27.5 236 141 9 25 248 30 247 9.92e-14 68.6 WP_066083732.1 WP_206363707.1 26.1 241 149 8 4 235 16 236 1.54e-13 68.2 WP_066083732.1 WP_185334683.1 31.2 215 128 8 25 235 19 217 1.87e-12 66.2 WP_066083732.1 WP_211555180.1 26.2 229 154 7 9 236 2 216 7.82e-11 59.7 WP_066083732.1 WP_089246429.1 24.7 219 149 4 25 238 275 482 4.49e-10 58.9 WP_150724537.1 WP_150724537.1 100 242 0 0 1 242 1 242 1.01e-178 488 KAI7727618.1 KAI7727618.1 100 900 0 0 1 900 1 900 0.0 1714 KAI7727618.1 MBL8103469.1 46.7 362 153 3 95 416 87 448 5.00e-99 315 KAI7727618.1 MBP6786080.1 51.2 332 122 5 116 407 104 435 3.98e-86 292 KAI7727618.1 WP_029789810.1 49.4 326 124 4 110 395 98 422 1.09e-83 285 KAI7727618.1 KAF6257731.1 47.7 329 131 4 102 391 92 418 4.22e-76 265 KAI7727618.1 WP_136095406.1 50.5 285 107 3 165 418 120 401 1.56e-75 261 KAI7727618.1 KPK79043.1 37.6 306 155 4 99 369 81 385 2.58e-48 182 WP_164107212.1 WP_164107212.1 100 229 0 0 1 229 1 229 1.40e-149 414 XP_055928676.1 XP_055928676.1 100 332 0 0 1 332 1 332 1.72e-256 692 XP_055928676.1 HIH60710.1 26.0 223 133 4 91 311 52 244 1.18e-18 82.4 HIR39763.1 HIR39763.1 100 355 0 0 1 355 1 355 3.95e-260 704 MCH1470780.1 MCH1470780.1 100 84 0 0 1 84 1 84 2.06e-45 163 XP_035385791.1 XP_035385791.1 100 1670 0 0 1 1670 1 1670 0.0 3086 XP_035385791.1 KAF3694195.1 31.4 1729 464 26 1 1670 1 1066 2.12e-149 485 MBV8954574.1 MBV8954574.1 100 444 0 0 1 444 1 444 5.95e-307 830 MBE0479857.1 MBE0479857.1 100 388 0 0 1 388 1 388 4.66e-287 775 MBE0479857.1 MBK7837454.1 28.0 293 204 4 1 292 1 287 2.83e-29 114 MBE0479857.1 PZN79281.1 23.1 347 239 10 12 340 14 350 9.94e-18 82.4 WP_152458326.1 WP_152458326.1 100 385 0 0 1 385 1 385 1.80e-278 753 WP_152458326.1 WP_122236618.1 31.2 369 202 9 11 375 11 331 5.34e-43 152 TVR86131.1 TVR86131.1 100 386 0 0 1 386 1 386 3.71e-292 787 MCF0253735.1 MCF0253735.1 100 131 0 0 1 131 1 131 5.99e-103 288 XP_030565673.1 XP_030565673.1 100 381 0 0 1 381 1 381 8.14e-298 801 EFV4730429.1 EFV4730429.1 100 194 0 0 1 194 1 194 4.72e-142 392 XP_045807497.1 XP_045807497.1 100 784 0 0 1 784 1 784 0.0 1589 XP_045807497.1 NOU36639.1 47.5 535 259 8 259 781 21 545 8.99e-156 463 XP_045807497.1 WP_145031602.1 45.9 538 268 9 258 781 31 559 1.72e-151 452 WP_179091326.1 WP_179091326.1 100 796 0 0 1 796 1 796 0.0 1573 MCC7351004.1 MCC7351004.1 100 376 0 0 1 376 1 376 1.18e-283 765 MCC7351004.1 MBP7948257.1 32.5 372 229 8 1 366 1 356 8.96e-56 186 WP_158323663.1 WP_158323663.1 100 410 0 0 1 410 1 410 7.92e-297 801 MCI6190072.1 MCI6190072.1 100 621 0 0 1 621 1 621 0.0 1166 MCG67859.1 MCG67859.1 100 16 0 0 1 16 1 16 4.83e-08 40.0 PWU57639.1 PWU57639.1 100 365 0 0 1 365 1 365 6.95e-250 679 WP_099100504.1 WP_099100504.1 100 373 0 0 1 373 1 373 5.95e-271 733 WP_099100504.1 WP_202252188.1 36.7 349 220 1 1 349 1 348 1.07e-70 224 WP_099100504.1 WP_233230645.1 37.8 320 197 2 48 366 27 345 6.12e-67 214 WP_253357977.1 WP_253357977.1 100 98 0 0 1 98 1 98 1.39e-72 208 WP_218989306.1 WP_218989306.1 100 298 0 0 1 298 1 298 2.70e-211 575 PKO20637.1 PKO20637.1 100 480 0 0 1 480 1 480 0.0 1005 PKO20637.1 MBP7746105.1 33.2 573 254 17 5 477 279 822 5.47e-77 255 PKO20637.1 MBR6406611.1 32.8 519 236 17 2 424 124 625 1.69e-69 233 PKO20637.1 HAN2236324.1 24.1 510 263 22 12 424 188 670 4.46e-18 85.5 PKO20637.1 WP_125555296.1 25.9 398 214 16 9 357 4 369 1.96e-16 80.1 MBV9159501.1 MBV9159501.1 100 305 0 0 1 305 1 305 2.21e-209 571 XP_032085066.1 XP_032085066.1 100 83 0 0 1 83 1 83 1.48e-58 172 TSA09501.1 TSA09501.1 100 307 0 0 1 307 1 307 4.05e-222 603 UHB14670.1 UHB14670.1 100 1271 0 0 1 1271 1 1271 0.0 2456 UHB14670.1 UIX40308.1 98.6 1271 18 0 1 1271 1 1271 0.0 2430 UHB14670.1 UDK40309.1 98.1 1271 24 0 1 1271 1 1271 0.0 2413 UHB14670.1 UPU53169.1 96.5 1273 39 2 1 1271 1 1270 0.0 2368 UHB14670.1 UYC71619.1 96.7 1273 35 3 1 1271 1 1268 0.0 2364 UHB14670.1 UGX22439.1 95.3 1271 60 0 1 1271 1 1271 0.0 2327 UHB14670.1 QUE11983.1 94.6 1273 64 3 1 1271 1 1270 0.0 2301 UHB14670.1 USL51576.1 93.6 1273 77 2 1 1271 1 1270 0.0 2274 UHB14670.1 UBN63752.1 93.2 1273 82 3 1 1271 1 1270 0.0 2256 UHB14670.1 QUM20585.1 90.8 1273 114 2 1 1271 1 1272 0.0 2188 UHB14670.1 QVX70521.1 89.2 1273 136 1 1 1271 1 1273 0.0 2140 UHB14670.1 UZH89542.1 88.5 1273 143 2 1 1271 1 1271 0.0 2113 UHB14670.1 QXI91160.1 86.3 1273 171 2 1 1271 1 1272 0.0 2043 UHB14670.1 UUS71569.1 66.1 1273 429 1 1 1271 1 1273 0.0 1422 UHB14670.1 UHK01047.1 63.6 1273 462 1 1 1271 1 1273 0.0 1340 OFV87204.1 OFV87204.1 100 152 0 0 1 152 1 152 5.90e-111 310 MCC6149544.1 MCC6149544.1 100 260 0 0 1 260 1 260 7.83e-176 483 KAJ7819277.1 KAJ7819277.1 100 758 0 0 1 758 1 758 0.0 1469 WP_214892570.1 WP_214892570.1 100 401 0 0 1 401 1 401 5.80e-299 806 WP_214892570.1 GEP01990.1 34.4 250 150 8 4 247 19 260 9.55e-31 120 MBG6071015.1 MBG6071015.1 100 196 0 0 1 196 1 196 5.07e-138 382 MBO5908692.1 MBO5908692.1 100 127 0 0 1 127 1 127 6.09e-83 237 MBO5908692.1 WP_048370512.1 54.0 124 57 0 1 124 298 421 1.24e-43 146 WP_015154948.1 WP_015154948.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_198297627.1 WP_198297627.1 100 196 0 0 1 196 1 196 3.08e-148 407 WP_233572281.1 WP_233572281.1 100 413 0 0 1 413 1 413 5.41e-301 812 WP_101275729.1 WP_101275729.1 100 404 0 0 1 404 1 404 6.35e-284 768 KKA06871.1 KKA06871.1 100 42 0 0 1 42 1 42 4.28e-29 94.7 WP_109267392.1 WP_109267392.1 100 603 0 0 1 603 1 603 0.0 1191 WP_109267392.1 WP_074527819.1 40.5 580 337 6 16 587 19 598 9.52e-136 407 WP_109267392.1 KAH8780162.1 31.0 210 112 9 8 189 16 220 2.89e-11 64.3 WP_045339064.1 WP_045339064.1 100 361 0 0 1 361 1 361 1.36e-254 690 WP_094217606.1 WP_094217606.1 100 594 0 0 1 594 1 594 0.0 1140 WP_094217606.1 WP_250850661.1 48.0 50 26 0 532 581 146 195 2.13e-04 41.2 CBH50084.1 CBH50084.1 100 402 0 0 1 402 1 402 9.16e-292 788 WP_121217628.1 WP_121217628.1 100 496 0 0 1 496 1 496 0.0 890 WP_085176546.1 WP_085176546.1 100 786 0 0 1 786 1 786 0.0 1639 RJU83745.1 RJU83745.1 100 144 0 0 1 144 1 144 1.86e-101 285 WP_210167953.1 WP_210167953.1 100 369 0 0 1 369 1 369 8.78e-271 732 WP_210167953.1 PAW68992.1 31.0 397 230 8 4 361 12 403 1.74e-43 154 WP_210167953.1 WP_113767226.1 32.4 349 214 9 11 348 92 429 8.76e-43 152 WP_210167953.1 WP_270430070.1 31.1 367 215 11 8 351 22 373 5.24e-37 135 WP_210167953.1 WP_090419626.1 28.2 355 238 6 2 348 15 360 3.14e-32 122 WP_210167953.1 WP_250015522.1 26.9 364 249 5 5 351 19 382 1.56e-31 121 WP_210167953.1 WP_179156843.1 28.3 353 228 7 25 359 26 371 3.63e-31 120 XP_016339808.1 XP_016339808.1 100 1578 0 0 1 1578 1 1578 0.0 3071 MBL1147659.1 MBL1147659.1 100 231 0 0 1 231 1 231 3.20e-156 431 MBC2353926.1 MBC2353926.1 100 197 0 0 1 197 1 197 9.09e-137 379 MBC2353926.1 WP_003067788.1 27.3 99 64 4 45 141 174 266 1.74e-04 39.7 MCD6302399.1 MCD6302399.1 100 363 0 0 1 363 1 363 3.27e-263 712 QDG92469.1 QDG92469.1 100 106 0 0 1 106 1 106 1.50e-82 234 XP_035778474.1 XP_035778474.1 100 686 0 0 1 686 1 686 0.0 1434 OME96001.1 OME96001.1 100 652 0 0 1 652 1 652 0.0 992 OME96001.1 WP_269572442.1 27.5 621 338 16 6 580 10 564 9.26e-31 125 OME96001.1 WP_156140069.1 40.8 103 61 0 481 583 405 507 2.03e-12 68.6 XP_004384112.1 XP_004384112.1 100 241 0 0 1 241 1 241 1.18e-181 496 WP_065073385.1 WP_065073385.1 100 291 0 0 1 291 1 291 7.25e-217 589 WP_065073385.1 WP_142260807.1 39.8 201 118 2 41 239 50 249 1.20e-47 158 WP_065073385.1 KAJ3193491.1 37.9 87 49 1 49 130 94 180 4.56e-10 58.2 WP_065073385.1 WP_282689626.1 28.1 128 78 2 49 162 82 209 5.17e-09 54.3 WP_103263575.1 WP_103263575.1 100 571 0 0 1 571 1 571 0.0 1135 WP_097199932.1 WP_097199932.1 100 430 0 0 1 430 1 430 1.22e-317 855 VUT24782.1 VUT24782.1 100 108 0 0 1 108 1 108 8.66e-74 212 WP_011062110.1 WP_011062110.1 100 173 0 0 1 173 1 173 6.36e-123 342 WP_133179454.1 WP_133179454.1 100 488 0 0 1 488 1 488 0.0 955 WP_133179454.1 MCB1412915.1 62.7 474 170 2 15 485 7 476 6.06e-202 567 WP_133179454.1 KAK48091.1 27.5 465 288 13 24 477 28 454 1.75e-26 110 WP_133179454.1 WP_049005162.1 25.3 387 235 10 88 462 67 411 3.97e-12 66.2 WP_133179454.1 WP_245350945.1 24.5 433 252 17 76 486 67 446 4.00e-10 60.1 WP_133179454.1 OKH85141.1 23.0 413 232 14 81 461 60 418 6.48e-09 56.2 XP_027584191.1 XP_027584191.1 100 229 0 0 1 229 1 229 1.10e-130 366 WP_250377942.1 WP_250377942.1 100 145 0 0 1 145 1 145 1.41e-101 285 MCM2455575.1 MCM2455575.1 100 302 0 0 1 302 1 302 3.95e-206 563 KAF1787790.1 KAF1787790.1 100 259 0 0 1 259 1 259 6.56e-188 513 WP_197744369.1 WP_197744369.1 100 211 0 0 1 211 1 211 3.42e-157 431 WP_197744369.1 MCI9320818.1 42.9 203 110 3 4 205 2 199 2.07e-51 163 WP_197744369.1 WP_079396843.1 39.2 204 116 4 4 205 2 199 1.05e-44 146 WP_197744369.1 MBD5153813.1 37.4 206 119 6 4 204 2 202 1.03e-33 118 WP_227329750.1 WP_227329750.1 100 412 0 0 1 412 1 412 7.61e-296 799 WP_227329750.1 WP_211056951.1 30.9 288 185 4 15 293 15 297 2.90e-27 112 CAH0730513.1 CAH0730513.1 100 350 0 0 1 350 1 350 6.64e-270 728 CAH0730513.1 HDZ48353.1 31.6 114 70 2 59 172 42 147 9.36e-10 57.4 WP_124908062.1 WP_124908062.1 100 355 0 0 1 355 1 355 1.44e-262 710 WP_124908062.1 CDZ81696.1 33.3 312 193 6 17 318 3 309 2.42e-44 154 KAJ0798837.1 KAJ0798837.1 100 98 0 0 1 98 1 98 7.78e-70 201 MCA1595916.1 MCA1595916.1 100 90 0 0 1 90 1 90 3.20e-63 184 2VGF_A 2VGF_A 100 528 0 0 1 528 1 528 0.0 1021 2VGF_A WP_164636708.1 37.2 486 284 6 40 524 2 467 4.86e-92 288 WP_059923305.1 WP_059923305.1 100 344 0 0 1 344 1 344 3.47e-253 685 WP_059923305.1 KDB51534.1 39.3 321 166 7 37 335 8 321 1.05e-47 162 ESK93629.1 ESK93629.1 100 149 0 0 1 149 1 149 4.01e-103 290 KAF5772005.1 KAF5772005.1 100 58 0 0 1 58 1 58 3.60e-39 121 XP_032707293.1 XP_032707293.1 100 646 0 0 1 646 1 646 0.0 1303 WP_160447747.1 WP_160447747.1 100 249 0 0 1 249 1 249 3.45e-169 465 GJM25205.1 GJM25205.1 100 246 0 0 1 246 1 246 1.27e-174 478 WP_100571198.1 WP_100571198.1 100 449 0 0 1 449 1 449 0.0 865 XP_028766233.1 XP_028766233.1 100 739 0 0 1 739 1 739 0.0 1468 XP_028766233.1 VAI85984.1 48.2 303 130 4 5 296 70 356 8.25e-84 286 XP_028766233.1 XP_010267139.1 31.2 138 69 5 620 734 271 405 1.24e-10 62.4 WP_143356561.1 WP_143356561.1 100 387 0 0 1 387 1 387 6.57e-282 761 RLA95129.1 RLA95129.1 100 343 0 0 1 343 1 343 1.46e-249 676 MBN1854849.1 MBN1854849.1 100 979 0 0 1 979 1 979 0.0 1990 XP_024707996.1 XP_024707996.1 100 107 0 0 1 107 1 107 2.40e-66 193 XP_007206475.1 XP_007206475.1 100 271 0 0 1 271 1 271 5.02e-198 540 XP_007206475.1 WP_010443651.1 28.4 250 152 6 19 259 4 235 3.84e-21 87.8 XP_007206475.1 MBQ9647935.1 30.0 270 148 10 15 260 5 257 8.96e-17 76.3 WP_101938578.1 WP_101938578.1 100 217 0 0 1 217 1 217 6.14e-122 343 WP_224828628.1 WP_224828628.1 100 295 0 0 1 295 1 295 4.51e-213 580 WP_224828628.1 MBL68646.1 40.1 297 151 10 1 290 1 277 8.97e-54 175 MBZ5591381.1 MBZ5591381.1 100 382 0 0 1 382 1 382 4.56e-275 744 KAI8838875.1 KAI8838875.1 100 328 0 0 1 328 1 328 9.15e-225 612 KAH7009790.1 KAH7009790.1 100 330 0 0 1 330 1 330 5.70e-245 663 EQA53083.1 EQA53083.1 100 77 0 0 1 77 1 77 3.52e-52 155 WP_141952156.1 WP_141952156.1 100 233 0 0 1 233 1 233 3.24e-166 456 WP_161208527.1 WP_161208527.1 100 173 0 0 1 173 1 173 8.71e-130 359 WP_278436726.1 WP_278436726.1 100 480 0 0 1 480 1 480 0.0 929 XP_005405047.1 XP_005405047.1 100 477 0 0 1 477 1 477 0.0 924 WP_149128675.1 WP_149128675.1 100 167 0 0 1 167 1 167 1.72e-83 241 CAF1216529.1 CAF1216529.1 100 118 0 0 1 118 1 118 3.65e-82 234 WP_270908912.1 WP_270908912.1 100 401 0 0 1 401 1 401 9.22e-296 798 WP_270908912.1 HAY39979.1 36.5 389 208 5 21 399 33 392 1.83e-69 223 WP_270908912.1 WP_007270472.1 35.8 397 222 8 18 400 19 396 2.34e-57 191 WP_019470943.1 WP_019470943.1 100 213 0 0 1 213 1 213 2.78e-148 409 WP_023843991.1 WP_023843991.1 100 469 0 0 1 469 1 469 0.0 924 UTN87579.1 UTN87579.1 100 455 0 0 1 455 1 455 0.0 890 UTN87579.1 MBR2605819.1 48.9 423 214 2 11 432 10 431 4.10e-137 404 NYI84739.1 NYI84739.1 100 397 0 0 1 397 1 397 7.13e-266 722 WP_181898940.1 WP_181898940.1 100 1205 0 0 1 1205 1 1205 0.0 2322 WP_181898940.1 MBL1272346.1 29.9 880 469 36 14 849 33 808 5.04e-67 244 WP_088526897.1 WP_088526897.1 100 1034 0 0 1 1034 1 1034 0.0 2059 WP_088526897.1 MBP5709003.1 51.5 68 32 1 968 1034 1 68 5.31e-16 72.0 PWC90347.1 PWC90347.1 100 378 0 0 1 378 1 378 4.47e-264 716 PWC90347.1 HAT8492399.1 37.5 363 222 2 14 376 9 366 1.79e-74 234 PWC90347.1 MBH2016034.1 22.9 231 150 3 73 276 34 263 9.96e-09 54.3 PWC90347.1 WP_199942136.1 35.0 100 55 4 73 166 44 139 8.53e-04 39.3 MSU45888.1 MSU45888.1 100 226 0 0 1 226 1 226 1.62e-167 459 MBT0668662.1 MBT0668662.1 100 194 0 0 1 194 1 194 9.16e-140 386 CAH0727316.1 CAH0727316.1 100 676 0 0 1 676 1 676 0.0 1299 CAH0727316.1 KAG6471244.1 44.0 100 46 1 14 113 13 102 1.96e-21 94.4 CAH0727316.1 KAJ7545197.1 38.0 121 59 4 5 119 15 125 3.39e-16 79.0 WP_256342227.1 WP_256342227.1 100 489 0 0 1 489 1 489 0.0 954 WP_256342227.1 WP_172281536.1 36.4 475 284 9 18 486 18 480 3.43e-78 251 WP_256342227.1 MCI6853747.1 34.0 503 297 13 4 483 6 496 1.48e-72 236 WP_256342227.1 MBI5098096.1 29.0 362 227 12 24 380 25 361 1.94e-21 95.1 MBT4160670.1 MBT4160670.1 100 376 0 0 1 376 1 376 1.32e-280 757 MBT4160670.1 WP_043548763.1 46.6 373 188 5 5 367 31 402 4.68e-110 326 MBT4160670.1 WP_122896374.1 33.6 375 234 7 5 367 3 374 8.50e-65 209 MBT4160670.1 WP_168565867.1 32.4 376 228 10 2 363 9 372 2.64e-48 166 MBT4160670.1 WP_032677416.1 25.9 313 193 10 6 287 171 475 2.56e-24 102 MBT4160670.1 WP_164636240.1 30.3 274 171 8 9 268 98 365 1.97e-23 99.8 NCA33082.1 NCA33082.1 100 229 0 0 1 229 1 229 8.21e-158 434 XP_045183397.2 XP_045183397.2 100 1538 0 0 1 1538 1 1538 0.0 3040 WP_279295785.1 WP_279295785.1 100 173 0 0 1 173 1 173 1.45e-128 356 KAA0234643.1 KAA0234643.1 100 928 0 0 1 928 1 928 0.0 1828 KAA0234643.1 WP_271960159.1 45.0 965 464 14 23 928 60 1016 4.34e-262 758 KAA0234643.1 WP_114695256.1 25.1 666 384 16 99 687 33 660 1.65e-33 136 WP_188888464.1 WP_188888464.1 100 227 0 0 1 227 1 227 1.17e-156 431 WP_188888464.1 WP_055029966.1 40.0 110 63 2 1 108 1 109 1.67e-17 78.6 WP_188888464.1 WP_069156513.1 25.4 236 146 8 4 223 4 225 4.30e-10 56.2 WP_188888464.1 HBG17616.1 33.0 103 68 1 4 105 6 108 7.04e-10 56.6 WP_188888464.1 MBU7572244.1 36.6 71 43 1 49 117 61 131 6.27e-07 46.2 WP_188888464.1 MUL75888.1 51.9 52 25 0 165 216 809 860 9.67e-07 47.4 WP_188888464.1 WP_138482356.1 30.6 108 73 2 1 108 669 774 2.34e-06 46.2 WP_188888464.1 KFX48203.1 28.0 118 76 3 5 116 1077 1191 5.89e-06 45.1 WP_188888464.1 TAL20232.1 29.8 84 54 1 34 112 518 601 1.68e-05 43.5 WP_188888464.1 MBQ1868746.1 30.6 121 75 4 3 116 519 637 1.75e-04 40.4 MBS1743426.1 MBS1743426.1 100 521 0 0 1 521 1 521 0.0 1015 EBD4871273.1 EBD4871273.1 100 188 0 0 1 188 1 188 1.77e-125 349 MBO9629596.1 MBO9629596.1 100 124 0 0 1 124 1 124 3.85e-89 252 KOR84431.1 KOR84431.1 100 314 0 0 1 314 1 314 1.37e-228 620 KOR84431.1 MBT7096516.1 41.9 179 102 2 132 309 5 182 1.56e-35 125 KOR84431.1 WP_059510827.1 28.8 240 160 4 50 281 51 287 7.09e-24 97.8 KOR84431.1 WP_058635033.1 26.6 278 189 3 38 313 45 309 2.86e-23 96.3 MBQ7329863.1 MBQ7329863.1 100 189 0 0 1 189 1 189 1.20e-128 357 MBQ7329863.1 MBO5118622.1 41.0 178 101 2 9 186 11 184 2.63e-29 105 MBQ7329863.1 MBQ7086969.1 32.4 182 119 2 7 185 12 192 9.24e-21 83.6 WP_132575460.1 WP_132575460.1 100 415 0 0 1 415 1 415 2.51e-307 828 WP_132575460.1 WP_153262038.1 22.2 297 201 11 51 326 66 353 5.91e-07 49.7 HAV2020887.1 HAV2020887.1 100 511 0 0 1 511 1 511 0.0 1018 WP_152735594.1 WP_152735594.1 100 373 0 0 1 373 1 373 6.99e-254 689 MBX9878857.1 MBX9878857.1 100 413 0 0 1 413 1 413 2.23e-309 833 WP_037889990.1 WP_037889990.1 100 430 0 0 1 430 1 430 2.53e-310 837 WP_037889990.1 WP_215152714.1 36.0 386 233 6 54 428 32 414 2.53e-60 200 MBP7989505.1 MBP7989505.1 100 374 0 0 1 374 1 374 7.19e-268 725 WP_203162307.1 WP_203162307.1 100 76 0 0 1 76 1 76 2.04e-55 163 MBF8983114.1 MBF8983114.1 100 137 0 0 1 137 1 137 6.37e-92 260 XP_054844157.1 XP_054844157.1 100 511 0 0 1 511 1 511 0.0 1044 XP_054844157.1 XP_046922164.1 41.4 488 222 7 32 511 18 449 2.28e-124 369 XP_054844157.1 XP_028717800.1 37.0 486 296 6 30 510 9 489 7.18e-104 318 XP_054844157.1 ACF74449.1 28.1 462 297 14 42 483 27 473 3.22e-41 153 XP_054844157.1 XP_041334537.1 24.9 418 295 11 64 478 34 435 1.52e-32 128 XP_054844157.1 XP_037327098.1 27.9 229 152 4 263 482 244 468 8.81e-20 90.5 XP_048221756.1 XP_048221756.1 100 486 0 0 1 486 1 486 0.0 943 XP_048221756.1 XP_007957752.1 97.2 471 12 1 17 486 1 471 0.0 889 WP_104836709.1 WP_104836709.1 100 399 0 0 1 399 1 399 4.02e-289 781 WP_104836709.1 NIF31361.1 70.2 392 117 0 1 392 1 392 3.99e-195 543 WP_077217464.1 WP_077217464.1 100 303 0 0 1 303 1 303 6.99e-221 600 WP_077217464.1 HBO4828144.1 52.2 249 112 2 49 290 29 277 7.48e-81 244 WP_077217464.1 WP_076409454.1 42.7 211 114 2 30 237 4 210 6.02e-50 167 WP_077217464.1 WP_170725874.1 36.8 258 149 6 45 295 15 265 1.82e-44 152 WP_077217464.1 WP_176354145.1 41.8 196 108 3 45 235 16 210 1.94e-44 153 WP_077217464.1 MWR41881.1 40.3 201 111 1 45 236 39 239 2.62e-39 137 WP_077217464.1 MBP1876254.1 39.0 210 117 3 36 235 7 215 6.05e-34 125 WP_077217464.1 WP_153844272.1 25.3 198 128 5 41 221 12 206 2.43e-09 56.2 WP_116788607.1 WP_116788607.1 100 94 0 0 1 94 1 94 1.27e-64 188 WP_002541411.1 WP_002541411.1 100 478 0 0 1 478 1 478 0.0 947 WP_280713773.1 WP_280713773.1 100 321 0 0 1 321 1 321 4.25e-231 627 WP_147493387.1 WP_147493387.1 100 129 0 0 1 129 1 129 2.11e-84 241 WP_182342936.1 WP_182342936.1 100 368 0 0 1 368 1 368 2.90e-202 558 WP_182342936.1 MBT5780702.1 43.8 265 131 5 112 361 105 366 3.67e-48 165 WP_232243969.1 WP_232243969.1 100 467 0 0 1 467 1 467 0.0 935 WP_232243969.1 OYV27796.1 47.2 305 134 5 1 288 18 312 4.56e-84 259 MBN1793755.1 MBN1793755.1 100 194 0 0 1 194 1 194 1.63e-133 370 WP_100378753.1 WP_100378753.1 100 78 0 0 1 78 1 78 1.08e-51 154 KAJ3691906.1 KAJ3691906.1 100 402 0 0 1 402 1 402 3.02e-306 824 WP_036258374.1 WP_036258374.1 100 570 0 0 1 570 1 570 0.0 1102 WP_036258374.1 MBQ8297564.1 32.8 576 368 8 3 568 8 574 1.27e-77 254 WP_036258374.1 KAJ5168969.1 33.4 491 305 10 69 549 251 729 5.64e-68 233 WP_036258374.1 WP_060613079.1 30.1 515 351 3 52 563 71 579 7.96e-65 220 WP_036258374.1 KAI9191373.1 26.8 519 324 13 62 564 135 613 1.14e-46 174 WP_036258374.1 WP_222599035.1 33.4 302 195 3 251 550 391 688 1.98e-39 151 WP_036258374.1 MWR41881.1 32.9 240 132 7 325 550 29 253 3.88e-24 100 WP_036258374.1 WP_098952357.1 27.9 222 134 6 342 547 29 240 1.52e-15 76.3 WP_036258374.1 WP_107894076.1 29.7 219 135 7 343 545 24 239 4.14e-13 68.9 WP_036258374.1 WP_142931103.1 30.6 206 130 8 343 542 275 473 6.11e-12 66.2 QNK62815.1 QNK62815.1 100 313 0 0 1 313 1 313 2.45e-226 615 MCD7834656.1 MCD7834656.1 100 480 0 0 1 480 1 480 0.0 986 MBP7634095.1 MBP7634095.1 100 436 0 0 1 436 1 436 7.64e-315 849 XP_019384620.1 XP_019384620.1 100 917 0 0 1 917 1 917 0.0 1836 XP_019384620.1 XP_008572610.1 30.6 595 329 13 368 916 28 584 2.32e-86 286 XP_019384620.1 XP_048216280.1 32.2 270 163 6 21 279 26 286 5.50e-38 145 XP_019384620.1 XP_022242849.1 26.9 476 287 15 486 912 435 898 7.20e-34 138 XP_019384620.1 KAG1590416.1 29.2 281 175 9 10 283 75 338 8.24e-31 124 XP_019384620.1 XP_029528577.1 29.3 198 128 4 72 268 86 272 1.51e-20 92.8 XP_019384620.1 XP_047334060.1 29.5 264 170 8 24 280 26 280 6.07e-20 93.6 XP_019384620.1 XP_043377824.1 25.3 297 189 10 21 300 31 311 1.66e-17 86.3 XP_019384620.1 EYU24504.1 24.1 295 162 8 21 281 195 461 1.07e-16 82.8 XP_019384620.1 KAI9912466.1 23.6 297 175 12 24 281 37 320 1.01e-08 56.6 MBT3747969.1 MBT3747969.1 100 295 0 0 1 295 1 295 4.07e-225 610 MBQ6998144.1 MBQ6998144.1 100 1761 0 0 1 1761 1 1761 0.0 3514 WP_150930630.1 WP_150930630.1 100 423 0 0 1 423 1 423 2.91e-285 773 WP_150930630.1 WP_148062134.1 32.8 247 145 5 62 308 135 360 2.86e-28 112 XP_026120963.1 XP_026120963.1 100 314 0 0 1 314 1 314 7.37e-233 631 WP_126840241.1 WP_126840241.1 100 393 0 0 1 393 1 393 1.51e-290 784 HBK0888477.1 HBK0888477.1 100 324 0 0 1 324 1 324 1.24e-245 664 XP_027768392.1 XP_027768392.1 100 238 0 0 1 238 1 238 4.29e-178 486 WP_192026965.1 WP_192026965.1 100 369 0 0 1 369 1 369 6.92e-268 724 KAF0880495.1 KAF0880495.1 100 114 0 0 1 114 1 114 2.51e-78 224 WP_234564275.1 WP_234564275.1 100 845 0 0 1 845 1 845 0.0 1766 XP_013982426.1 XP_013982426.1 100 162 0 0 1 162 1 162 1.93e-114 319 EIR3813187.1 EIR3813187.1 100 281 0 0 1 281 1 281 1.36e-191 524 XP_030620685.1 XP_030620685.1 100 422 0 0 1 422 1 422 2.41e-288 781 XP_030620685.1 XP_048216280.1 36.1 291 175 4 80 360 4 293 7.67e-55 186 XP_030620685.1 XP_051566275.1 35.0 280 178 3 89 367 1235 1511 3.37e-51 184 XP_030620685.1 XP_020321477.1 35.6 261 156 5 96 353 53 304 1.61e-44 163 XP_030620685.1 XP_046441060.1 35.1 262 158 6 95 353 60 312 2.05e-42 157 XP_030620685.1 XP_029528577.1 34.1 255 152 5 96 344 30 274 2.24e-40 145 XP_030620685.1 KAG1590416.1 34.2 298 147 9 74 352 66 333 5.61e-40 145 XP_030620685.1 XP_048379117.1 32.1 299 172 9 74 352 228 515 5.26e-35 134 XP_030620685.1 PKU40490.1 30.9 217 142 5 81 293 1 213 3.86e-29 111 XP_030620685.1 EYU24504.1 29.0 297 144 7 96 352 189 458 1.73e-26 110 XP_030620685.1 KAH6984898.1 27.2 313 178 5 91 355 19 329 1.34e-22 99.0 NHB63634.1 NHB63634.1 100 227 0 0 1 227 1 227 5.17e-160 440 KAB4839568.1 KAB4839568.1 100 498 0 0 1 498 1 498 0.0 1007 KAB4839568.1 OJW81690.1 37.6 502 292 9 5 496 16 506 4.74e-101 318 EPB83562.1 EPB83562.1 100 327 0 0 1 327 1 327 2.31e-162 454 WP_079304935.1 WP_079304935.1 100 267 0 0 1 267 1 267 3.49e-187 512 WP_079304935.1 WP_159793761.1 32.8 265 168 5 1 256 1 264 1.36e-44 150 EAH7180598.1 EAH7180598.1 100 403 0 0 1 403 1 403 4.78e-299 806 WP_127965636.1 WP_127965636.1 100 242 0 0 1 242 1 242 1.90e-142 397 MBP3290446.1 MBP3290446.1 100 107 0 0 1 107 1 107 1.29e-70 204 MBL0848796.1 MBL0848796.1 100 89 0 0 1 89 1 89 2.36e-60 177 PLN85696.1 PLN85696.1 100 453 0 0 1 453 1 453 0.0 944 MBR4316258.1 MBR4316258.1 100 77 0 0 1 77 1 77 2.11e-53 158 HBU57020.1 HBU57020.1 100 137 0 0 1 137 1 137 1.98e-95 269 HBU57020.1 WP_209241541.1 43.3 134 68 2 1 131 341 469 1.42e-25 98.6 HBU57020.1 WP_093868643.1 56.3 71 31 0 1 71 319 389 8.66e-21 85.1 RMZ53977.1 RMZ53977.1 100 316 0 0 1 316 1 316 1.32e-211 578 WP_104739464.1 WP_104739464.1 100 230 0 0 1 230 1 230 3.33e-137 382 WP_178999808.1 WP_178999808.1 100 597 0 0 1 597 1 597 0.0 1117 WP_178999808.1 MBS0561514.1 31.4 567 365 9 8 568 24 572 8.42e-67 227 WP_178999808.1 KOR85988.1 21.7 552 401 11 21 565 6 533 8.86e-27 113 WP_178999808.1 MCD6173453.1 22.6 336 214 6 20 343 5 306 9.39e-11 61.6 WP_080539504.1 WP_080539504.1 100 233 0 0 1 233 1 233 3.40e-177 484 WP_271563639.1 WP_271563639.1 100 410 0 0 1 410 1 410 8.39e-308 829 WP_271563639.1 MBW1759047.1 31.6 155 99 3 129 282 94 242 2.84e-14 71.6 YP_009901198.1 YP_009901198.1 100 169 0 0 1 169 1 169 1.84e-120 335 WP_139989153.1 WP_139989153.1 100 343 0 0 1 343 1 343 8.32e-265 714 WP_139989153.1 WP_187935882.1 61.9 344 121 3 1 342 4 339 2.22e-153 432 WP_240053789.1 WP_240053789.1 100 323 0 0 1 323 1 323 1.57e-243 659 WP_240053789.1 MBL6756473.1 29.9 288 189 7 9 287 48 331 2.74e-25 104 WP_240053789.1 KXK41164.1 29.4 299 180 12 9 287 8 295 8.00e-22 92.0 WP_240053789.1 PIY74148.1 28.5 270 172 8 29 283 2 265 1.27e-19 87.8 WP_240053789.1 WP_278906630.1 30.2 139 84 5 172 305 320 450 1.06e-05 45.4 GFD60763.1 GFD60763.1 100 77 0 0 1 77 1 77 8.62e-53 157 MBQ48993.1 MBQ48993.1 100 282 0 0 1 282 1 282 1.76e-208 567 RLS53863.1 RLS53863.1 100 212 0 0 1 212 1 212 1.90e-159 437 MRN26950.1 MRN26950.1 100 87 0 0 1 87 1 87 1.90e-56 167 WP_005253785.1 WP_005253785.1 100 368 0 0 1 368 1 368 8.20e-255 691 WP_059566149.1 WP_059566149.1 100 588 0 0 1 588 1 588 0.0 1131 OGD88828.1 OGD88828.1 100 228 0 0 1 228 1 228 1.95e-160 441 HDZ72415.1 HDZ72415.1 100 438 0 0 1 438 1 438 0.0 902 NDI25889.1 NDI25889.1 100 292 0 0 1 292 1 292 6.53e-200 546 NDI25889.1 WP_033456074.1 44.8 286 140 4 1 283 18 288 3.88e-64 202 NDI25889.1 MBT3887354.1 40.5 294 153 3 1 283 31 313 1.78e-62 198 NDI25889.1 OFZ89526.1 42.7 302 145 4 1 283 122 414 6.36e-62 200 NDI25889.1 WP_098923619.1 43.2 292 141 5 1 283 136 411 1.17e-61 199 NDI25889.1 WP_267292626.1 42.0 283 157 2 1 283 231 506 2.73e-60 198 NDI25889.1 WP_262612393.1 39.1 284 163 6 1 282 141 416 4.15e-51 172 NDI25889.1 KAA0555231.1 34.1 293 180 5 1 285 339 626 5.46e-39 142 NDI25889.1 KAJ4394429.1 31.3 307 177 8 1 283 210 506 7.69e-30 116 MBL1272346.1 MBL1272346.1 100 1075 0 0 1 1075 1 1075 0.0 2121 MBL1272346.1 WP_181898940.1 29.9 880 469 36 33 808 14 849 2.31e-70 254 XP_013617705.1 XP_013617705.1 100 224 0 0 1 224 1 224 1.95e-158 436 MBL6635315.1 MBL6635315.1 100 253 0 0 1 253 1 253 3.80e-184 503 MBL6635315.1 TBR44965.1 36.8 258 149 4 6 253 4 257 4.50e-51 166 MBB6433666.1 MBB6433666.1 100 60 0 0 1 60 1 60 2.39e-38 119 WP_061261925.1 WP_061261925.1 100 396 0 0 1 396 1 396 1.69e-284 769 WP_240207262.1 WP_240207262.1 100 176 0 0 1 176 1 176 7.99e-123 342 WP_101662518.1 WP_101662518.1 100 692 0 0 1 692 1 692 0.0 1345 WP_101662518.1 OMF24356.1 37.5 560 327 8 55 601 55 604 3.79e-119 368 WP_101662518.1 WP_044772468.1 32.2 587 357 17 58 613 52 628 4.66e-73 249 WP_101662518.1 HCG88012.1 35.7 286 180 3 37 321 25 307 3.70e-47 175 MBT3358747.1 MBT3358747.1 100 263 0 0 1 263 1 263 5.62e-191 521 HAL84546.1 HAL84546.1 100 124 0 0 1 124 1 124 2.61e-87 248 WP_051686353.1 WP_051686353.1 100 155 0 0 1 155 1 155 2.90e-108 303 XP_008293954.1 XP_008293954.1 100 1545 0 0 1 1545 1 1545 0.0 2409 XP_008293954.1 XP_027026332.2 76.7 1523 293 20 41 1545 26 1504 0.0 1847 MCB1644245.1 MCB1644245.1 100 258 0 0 1 258 1 258 6.53e-183 500 MCB1644245.1 WP_138597401.1 30.0 243 159 6 11 248 8 244 4.44e-24 95.5 MCB1644245.1 MXY99086.1 31.1 244 151 5 17 249 1 238 5.68e-22 89.7 MCB1644245.1 WP_253646963.1 33.0 188 120 3 8 189 14 201 2.62e-20 86.3 MCH7862091.1 MCH7862091.1 100 180 0 0 1 180 1 180 3.65e-130 360 NUN10705.1 NUN10705.1 100 66 0 0 1 66 1 66 3.69e-49 147 XP_007761143.1 XP_007761143.1 100 381 0 0 1 381 1 381 1.98e-289 780 WP_107551828.1 WP_107551828.1 100 424 0 0 1 424 1 424 3.83e-286 775 QQO85492.1 QQO85492.1 100 262 0 0 1 262 1 262 4.84e-196 534 QQO85492.1 WP_263858211.1 30.0 247 169 4 8 251 8 253 2.99e-28 107 QQO85492.1 WP_199425576.1 31.4 245 152 6 14 248 20 258 7.76e-23 92.8 QQO85492.1 VEA68798.1 43.5 108 57 1 144 251 1 104 1.05e-16 72.4 QQO85492.1 WP_168672621.1 27.8 248 153 10 10 244 4 238 3.18e-10 57.4 MBQ6794463.1 MBQ6794463.1 100 374 0 0 1 374 1 374 1.08e-278 752 MBQ6794463.1 MBA3609961.1 34.2 406 203 11 16 367 41 436 1.35e-56 189 MBQ6794463.1 MCU1411638.1 32.5 385 237 10 7 373 15 394 4.37e-52 176 MBQ6794463.1 MCF7895906.1 33.0 321 200 7 15 325 23 338 8.71e-50 169 MBQ6794463.1 OWZ34415.1 29.1 416 239 8 15 374 58 473 9.73e-46 161 MBQ6794463.1 ELZ16407.1 29.3 403 225 11 16 363 35 432 1.29e-40 147 MBQ6794463.1 WP_160194147.1 28.3 400 251 12 10 374 24 422 4.57e-28 112 MBQ6794463.1 MCM2356329.1 30.5 262 155 8 16 254 34 291 2.55e-25 102 MBQ6794463.1 NBT94281.1 36.2 152 85 5 15 158 33 180 2.27e-15 72.0 MBK9391165.1 MBK9391165.1 100 107 0 0 1 107 1 107 5.88e-76 218 WP_111113162.1 WP_111113162.1 100 406 0 0 1 406 1 406 8.01e-304 818 WP_111113162.1 WP_013970683.1 59.8 400 156 3 10 406 4 401 3.82e-161 457 WP_111113162.1 WP_261281372.1 57.3 410 164 4 4 406 2 407 7.70e-160 454 CAD7694243.1 CAD7694243.1 100 453 0 0 1 453 1 453 1.00e-275 751 CAD7694243.1 XP_015665538.2 33.3 75 48 1 329 401 227 301 1.87e-04 41.6 HBE26957.1 HBE26957.1 100 590 0 0 1 590 1 590 0.0 1154 MBS7058472.1 MBS7058472.1 100 116 0 0 1 116 1 116 2.57e-90 254 MBT5464676.1 MBT5464676.1 100 394 0 0 1 394 1 394 4.85e-267 724 WP_249119039.1 WP_249119039.1 100 239 0 0 1 239 1 239 2.22e-185 505 PSQ73325.1 PSQ73325.1 100 861 0 0 1 861 1 861 0.0 1656 PSQ73325.1 MBN8606766.1 27.8 571 366 11 283 841 270 806 2.74e-40 158 PSQ73325.1 EDN57974.1 36.6 235 136 5 611 839 399 626 1.65e-36 147 PSQ73325.1 WP_007356512.1 31.4 283 163 6 588 846 720 995 3.85e-31 130 PSQ73325.1 WP_261733022.1 34.8 250 151 6 596 840 240 482 7.61e-30 125 PSQ73325.1 MBQ1868746.1 32.8 253 153 6 597 840 250 494 1.94e-28 120 PSQ73325.1 WP_074911472.1 28.3 230 158 3 615 843 798 1021 1.74e-23 105 PSQ73325.1 WP_063540919.1 29.5 227 156 2 614 840 494 716 4.58e-22 100 PSQ73325.1 WP_232306300.1 30.4 253 163 5 594 840 834 1079 1.26e-20 96.3 PSQ73325.1 WP_177077803.1 26.4 269 183 5 580 845 63 319 7.43e-15 76.3 PSQ73325.1 MBR6403893.1 24.5 245 165 8 599 842 195 420 2.83e-10 61.6 PSQ73325.1 WP_010434011.1 27.0 241 159 8 609 846 368 594 5.29e-10 61.2 PSQ73325.1 WP_166106360.1 26.4 246 134 10 620 842 306 527 4.44e-09 58.2 XP_037293573.1 XP_037293573.1 100 291 0 0 1 291 1 291 2.08e-216 588 AHM93900.1 AHM93900.1 100 668 0 0 1 668 1 668 0.0 1340 AHM93900.1 UNP61785.1 46.6 504 253 7 169 668 2 493 1.43e-161 472 XP_624193.2 XP_624193.2 100 405 0 0 1 405 1 405 2.69e-306 825 WP_126678289.1 WP_126678289.1 100 751 0 0 1 751 1 751 0.0 1402 WP_126678289.1 MVA71646.1 24.4 394 271 9 1 381 1 380 9.97e-20 92.0 WP_126678289.1 WP_255073759.1 30.1 279 176 5 33 302 31 299 2.42e-19 90.9 HBU6715136.1 HBU6715136.1 100 219 0 0 1 219 1 219 2.37e-152 420 KAI5657497.1 KAI5657497.1 100 129 0 0 1 129 1 129 2.56e-94 266 MBR4371193.1 MBR4371193.1 100 342 0 0 1 342 1 342 5.51e-249 674 MBR4371193.1 WP_097830045.1 28.9 343 201 10 7 334 64 378 1.56e-29 115 MBR4371193.1 MBM3767188.1 29.9 328 204 9 10 331 104 411 1.71e-29 115 MBR4371193.1 MBR3487460.1 32.1 336 189 7 7 334 77 381 9.76e-29 113 MBR4371193.1 WP_256939523.1 27.7 325 190 10 23 340 92 378 5.43e-15 73.6 XP_025786250.1 XP_025786250.1 100 288 0 0 1 288 1 288 1.41e-217 590 HBN0452499.1 HBN0452499.1 100 331 0 0 1 331 1 331 1.58e-247 670 NXW19449.1 NXW19449.1 100 218 0 0 1 218 1 218 5.39e-153 421 WP_153747345.1 WP_153747345.1 100 231 0 0 1 231 1 231 7.54e-155 427 MXD03405.1 MXD03405.1 100 128 0 0 1 128 1 128 1.05e-88 251 WP_212309145.1 WP_212309145.1 100 379 0 0 1 379 1 379 6.07e-283 763 NEU29184.1 NEU29184.1 100 237 0 0 1 237 1 237 2.05e-180 492 MBQ5754168.1 MBQ5754168.1 100 136 0 0 1 136 1 136 1.10e-96 272 MBS1745163.1 MBS1745163.1 100 403 0 0 1 403 1 403 4.45e-304 819 MBS1745163.1 MCR5574391.1 52.4 380 174 1 13 392 6 378 5.43e-145 416 MBQ8003389.1 MBQ8003389.1 100 95 0 0 1 95 1 95 3.36e-65 189 GEW80515.1 GEW80515.1 100 367 0 0 1 367 1 367 5.12e-253 687 HHO76132.1 HHO76132.1 100 323 0 0 1 323 1 323 6.58e-236 640 HHO76132.1 NIM26842.1 53.6 319 138 5 8 319 2 317 5.24e-106 311 MCH2165167.1 MCH2165167.1 100 187 0 0 1 187 1 187 4.75e-134 371 KAB0360174.1 KAB0360174.1 100 56 0 0 1 56 1 56 7.43e-38 117 WP_115470986.1 WP_115470986.1 100 361 0 0 1 361 1 361 2.03e-240 654 WP_115470986.1 MCH2409214.1 54.0 252 116 0 95 346 90 341 2.23e-97 291 WP_115470986.1 OGG08302.1 33.2 253 166 3 97 347 79 330 1.54e-34 128 OMJ26529.1 OMJ26529.1 100 267 0 0 1 267 1 267 3.49e-155 431 WP_129770031.1 WP_129770031.1 100 382 0 0 1 382 1 382 1.20e-295 796 RWK19229.1 RWK19229.1 100 853 0 0 1 853 1 853 0.0 1764 RWK19229.1 MBU0783111.1 24.6 313 197 11 7 295 8 305 2.74e-12 67.8 CDX32740.1 CDX32740.1 100 38 0 0 1 38 1 38 1.54e-25 85.5 WP_255761006.1 WP_255761006.1 100 146 0 0 1 146 1 146 4.38e-110 307 WP_255352846.1 WP_255352846.1 100 44 0 0 1 44 1 44 1.92e-26 88.2 QLQ30255.1 QLQ30255.1 100 147 0 0 1 147 1 147 1.63e-92 263 MCH2065391.1 MCH2065391.1 100 407 0 0 1 407 1 407 2.90e-302 815 WP_105599976.1 WP_105599976.1 100 128 0 0 1 128 1 128 2.67e-91 258 WP_105599976.1 WP_062713263.1 38.4 112 57 5 20 123 28 135 2.04e-15 66.2 WP_204650864.1 WP_204650864.1 100 152 0 0 1 152 1 152 8.38e-111 309 KMZ56706.1 KMZ56706.1 100 535 0 0 1 535 1 535 1.09e-316 862 TLZ05171.1 TLZ05171.1 100 699 0 0 1 699 1 699 0.0 1242 TLZ05171.1 WP_138941726.1 27.3 315 176 8 314 602 288 575 6.38e-21 95.5 TLZ05171.1 WP_265896212.1 29.1 302 178 10 311 605 407 679 3.14e-19 90.5 WP_032373688.1 WP_032373688.1 100 358 0 0 1 358 1 358 7.49e-271 731 WP_032373688.1 WP_065517671.1 28.9 381 224 13 7 348 9 381 1.15e-34 129 WP_032373688.1 WP_065029373.1 27.7 379 234 10 6 353 3 372 1.72e-30 118 WP_032373688.1 OGO01021.1 27.1 336 223 7 8 323 5 338 2.35e-28 112 HBY0139633.1 HBY0139633.1 100 653 0 0 1 653 1 653 0.0 1210 WP_122236618.1 WP_122236618.1 100 379 0 0 1 379 1 379 1.24e-266 722 WP_122236618.1 WP_152458326.1 31.9 354 190 8 21 327 22 371 2.70e-43 153 WP_122236618.1 HAQ04103.1 36.7 166 99 2 158 317 221 386 6.27e-24 100 WP_194104904.1 WP_194104904.1 100 706 0 0 1 706 1 706 0.0 1471 WP_210799437.1 WP_210799437.1 100 98 0 0 1 98 1 98 1.25e-66 193 WP_066519483.1 WP_066519483.1 100 330 0 0 1 330 1 330 2.86e-229 624 WP_087384365.1 WP_087384365.1 100 433 0 0 1 433 1 433 4.87e-289 783 WP_087384365.1 WP_113669955.1 36.9 406 248 6 17 420 13 412 1.27e-73 235 WP_087384365.1 WP_239913672.1 34.1 414 266 4 16 428 11 418 1.58e-68 222 KFP63770.1 KFP63770.1 100 313 0 0 1 313 1 313 8.19e-225 611 KFP63770.1 WP_253646963.1 28.4 194 126 5 40 226 15 202 3.05e-08 52.4 WP_272114414.1 WP_272114414.1 100 392 0 0 1 392 1 392 5.24e-286 772 WP_050580425.1 WP_050580425.1 100 662 0 0 1 662 1 662 0.0 1298 WP_050580425.1 GLR41095.1 76.3 659 153 2 6 662 1 658 0.0 976 MBN4326111.1 MBN4326111.1 100 22 0 0 1 22 1 22 3.99e-11 48.1 MBD8893743.1 MBD8893743.1 100 765 0 0 1 765 1 765 0.0 1452 MBD8893743.1 NDH21517.1 35.4 198 118 4 447 640 46 237 1.31e-25 105 KAJ6059888.1 KAJ6059888.1 100 72 0 0 1 72 1 72 3.15e-46 140 WP_063640296.1 WP_063640296.1 100 554 0 0 1 554 1 554 0.0 1103 MBT5488157.1 MBT5488157.1 100 583 0 0 1 583 1 583 0.0 1112 MBT5488157.1 WP_262406623.1 49.3 537 245 6 1 512 301 835 3.23e-151 456 MBT5488157.1 WP_281507500.1 46.5 523 261 5 1 505 302 823 4.98e-139 426 MBT5488157.1 WP_176349335.1 75.0 28 7 0 554 581 200 227 1.63e-07 50.8 XP_020272228.1 XP_020272228.1 100 346 0 0 1 346 1 346 2.16e-248 673 XP_053592881.1 XP_053592881.1 100 890 0 0 1 890 1 890 0.0 1834 XP_053592881.1 WP_194957532.1 33.8 787 388 18 45 773 6 717 2.65e-125 395 XP_053592881.1 WP_081224968.1 22.7 671 379 22 46 641 26 631 1.40e-20 95.9 XP_053592881.1 WP_123159424.1 20.6 783 466 23 77 773 57 769 2.16e-14 75.9 XP_053592881.1 SCL13606.1 29.4 204 99 6 47 207 62 263 1.89e-13 72.8 XP_053592881.1 MCB9999913.1 27.3 165 97 3 67 209 61 224 1.80e-12 69.7 XP_053592881.1 MSZ29533.1 25.6 254 133 8 398 647 435 636 7.16e-10 61.2 HCF6759084.1 HCF6759084.1 100 591 0 0 1 591 1 591 0.0 1180 HCF6759084.1 PLA74748.1 62.8 589 213 5 1 585 1 587 1.72e-271 752 HCF6759084.1 MBN8536342.1 49.7 591 280 11 3 584 19 601 2.78e-189 544 HBF53378.1 HBF53378.1 100 161 0 0 1 161 1 161 5.11e-105 295 XP_017857703.1 XP_017857703.1 100 1113 0 0 1 1113 1 1113 0.0 1808 XP_017857703.1 XP_035800909.1 26.3 308 140 6 8 289 121 367 1.60e-20 96.3 PIV62444.1 PIV62444.1 100 186 0 0 1 186 1 186 3.47e-131 363 XP_020788278.1 XP_020788278.1 100 441 0 0 1 441 1 441 2.84e-292 792 WP_280343167.1 WP_280343167.1 100 303 0 0 1 303 1 303 1.72e-221 602 MCC6539403.1 MCC6539403.1 100 491 0 0 1 491 1 491 0.0 948 MCC6539403.1 HHJ06374.1 22.8 237 142 8 222 418 217 452 6.87e-04 40.4 CAI5716986.1 CAI5716986.1 100 695 0 0 1 695 1 695 0.0 1379 MCK9371657.1 MCK9371657.1 100 691 0 0 1 691 1 691 0.0 1393 MCK9371657.1 WP_220281278.1 22.8 514 311 19 2 458 58 542 3.96e-14 74.3 MBE4717433.1 MBE4717433.1 100 145 0 0 1 145 1 145 2.09e-112 313 UMM23672.1 UMM23672.1 100 579 0 0 1 579 1 579 0.0 1109 WP_059171534.1 WP_059171534.1 100 279 0 0 1 279 1 279 9.44e-207 562 WP_059171534.1 WP_139994336.1 46.0 272 144 3 1 271 1 270 3.84e-79 239 MBF0143407.1 MBF0143407.1 100 1081 0 0 1 1081 1 1081 0.0 2142 MBF0143407.1 CKF71070.1 36.1 424 264 4 632 1052 318 737 2.50e-78 271 MBF0143407.1 WP_200543170.1 36.7 420 251 5 641 1055 277 686 1.59e-73 256 MBF0143407.1 HAB03480.1 35.1 427 268 3 634 1052 657 1082 4.84e-67 244 MBF0143407.1 WP_018646673.1 32.9 425 282 2 641 1063 528 951 9.67e-61 223 MBF0143407.1 WP_230171322.1 34.0 435 278 6 627 1059 593 1020 8.07e-58 215 MBF0143407.1 WP_126679569.1 29.8 429 272 8 641 1052 377 793 6.68e-39 154 XP_009031127.1 XP_009031127.1 100 120 0 0 1 120 1 120 3.34e-88 249 WP_248112338.1 WP_248112338.1 100 381 0 0 1 381 1 381 1.41e-298 803 WP_012924408.1 WP_012924408.1 100 391 0 0 1 391 1 391 3.87e-292 788 MCD6205878.1 MCD6205878.1 100 284 0 0 1 284 1 284 3.46e-191 523 ASL92868.1 ASL92868.1 100 182 0 0 1 182 1 182 3.79e-133 368 MBU0633142.1 MBU0633142.1 100 151 0 0 1 151 1 151 7.47e-109 304 WP_135820337.1 WP_135820337.1 100 643 0 0 1 643 1 643 0.0 1292 WP_135820337.1 XP_047379458.1 26.8 317 203 11 330 638 18 313 4.98e-28 117 MBG91959.1 MBG91959.1 100 396 0 0 1 396 1 396 7.16e-286 772 MBG91959.1 MSZ54974.1 44.7 398 197 9 1 393 1 380 1.37e-92 281 MBV2096469.1 MBV2096469.1 100 518 0 0 1 518 1 518 0.0 898 MCH8223536.1 MCH8223536.1 100 306 0 0 1 306 1 306 1.04e-228 620 MOX37967.1 MOX37967.1 100 18 0 0 1 18 1 18 1.11e-09 44.3 WP_123234331.1 WP_123234331.1 100 262 0 0 1 262 1 262 1.81e-191 522 WP_062917436.1 WP_062917436.1 100 266 0 0 1 266 1 266 2.55e-184 504 WP_062917436.1 MYS73268.1 36.1 227 137 3 8 231 8 229 5.77e-36 127 WP_062917436.1 WP_013845913.1 37.8 201 110 7 1 193 1 194 1.49e-24 97.1 KAJ6728134.1 KAJ6728134.1 100 222 0 0 1 222 1 222 3.24e-156 430 KAJ6728134.1 NRB72577.1 40.7 177 105 0 5 181 9 185 4.21e-39 137 WP_264228578.1 WP_264228578.1 100 609 0 0 1 609 1 609 0.0 1174 WP_264228578.1 OGA29379.1 54.1 582 264 2 1 581 1 580 6.82e-209 593 WP_264228578.1 HCJ45190.1 74.6 63 16 0 480 542 1 63 2.13e-25 97.8 MCA0453363.1 MCA0453363.1 100 461 0 0 1 461 1 461 0.0 948 MBN1275370.1 MBN1275370.1 100 128 0 0 1 128 1 128 6.55e-83 237 MCT8275829.1 MCT8275829.1 100 546 0 0 1 546 1 546 0.0 1036 WP_125251950.1 WP_125251950.1 100 243 0 0 1 243 1 243 1.74e-175 480 WP_177055611.1 WP_177055611.1 100 103 0 0 1 103 1 103 3.91e-70 202 WP_112382897.1 WP_112382897.1 100 318 0 0 1 318 1 318 1.37e-230 626 WP_229447885.1 WP_229447885.1 100 320 0 0 1 320 1 320 4.99e-234 635 XP_052609093.1 XP_052609093.1 100 627 0 0 1 627 1 627 0.0 1359 XP_052609093.1 XP_053174626.1 59.7 608 233 7 27 626 31 634 8.42e-283 784 XP_052609093.1 KAI4536634.1 31.4 491 240 21 19 457 10 455 1.98e-50 187 WP_232676102.1 WP_232676102.1 100 231 0 0 1 231 1 231 1.88e-164 451 SCH22700.1 SCH22700.1 100 392 0 0 1 392 1 392 1.34e-288 779 WP_073251662.1 WP_073251662.1 100 387 0 0 1 387 1 387 8.11e-292 786 KAJ8488862.1 KAJ8488862.1 100 1048 0 0 1 1048 1 1048 0.0 1910 HAR3824072.1 HAR3824072.1 100 589 0 0 1 589 1 589 0.0 1185 HAR3824072.1 WP_100610557.1 42.5 555 307 6 36 582 20 570 2.35e-147 436 HAR3824072.1 WP_180196654.1 31.5 565 336 12 35 575 8 545 4.85e-80 261 HAR3824072.1 WP_099345046.1 29.6 540 356 13 45 575 13 537 3.56e-57 200 HAR3824072.1 WP_060004157.1 26.6 583 388 16 34 589 1 570 3.17e-44 164 GGS66510.1 GGS66510.1 100 282 0 0 1 282 1 282 7.80e-212 575 GGS66510.1 NEX64733.1 53.9 280 117 3 1 276 4 275 1.50e-93 276 GGS66510.1 MBN9625832.1 51.4 282 130 4 1 280 4 280 2.08e-92 273 GGS66510.1 WP_002857697.1 35.2 216 130 5 65 272 68 281 8.08e-38 133 MSO98652.1 MSO98652.1 100 231 0 0 1 231 1 231 2.98e-161 443 XP_008264087.1 XP_008264087.1 100 714 0 0 1 714 1 714 0.0 1273 AAR19565.1 AAR19565.1 100 222 0 0 1 222 1 222 2.35e-149 412 AAR19565.1 XP_012889676.1 75.2 222 55 0 1 222 64 285 2.79e-109 314 AAR19565.1 XP_002688837.2 58.7 218 90 0 1 218 64 281 8.34e-82 244 AAR19565.1 XP_034290446.1 47.3 222 117 0 1 222 66 287 1.50e-61 193 AAR19565.1 XP_005087540.1 38.5 221 136 0 2 222 65 285 2.30e-42 144 AAR19565.1 XP_042531659.1 40.6 224 127 2 2 222 65 285 1.59e-41 141 AAR19565.1 XP_054446685.1 39.2 222 133 2 2 222 63 283 3.73e-39 135 AAR19565.1 XP_049747270.1 33.2 187 124 1 3 189 68 253 3.00e-23 93.6 WP_083824265.1 WP_083824265.1 100 245 0 0 1 245 1 245 7.37e-178 486 NJD91181.1 NJD91181.1 100 1109 0 0 1 1109 1 1109 0.0 2197 NJD91181.1 WP_012573472.1 46.5 1113 559 14 1 1100 89 1178 0.0 952 NJD91181.1 WP_070770047.1 45.8 1115 561 14 1 1099 83 1170 0.0 930 NJD91181.1 WP_156009076.1 42.7 1116 615 10 2 1109 84 1183 8.90e-297 860 NJD91181.1 MBE6348968.1 43.0 700 363 13 419 1101 5 685 1.06e-168 511 NJD91181.1 MBS6779195.1 33.0 270 167 8 2 265 82 343 1.93e-27 114 MCA8990238.1 MCA8990238.1 100 288 0 0 1 288 1 288 6.98e-218 591 MCA8990238.1 WP_261362933.1 32.8 204 106 6 109 287 43 240 2.70e-17 78.2 WP_031504118.1 WP_031504118.1 100 186 0 0 1 186 1 186 5.53e-128 355 MBT1821840.1 MBT1821840.1 100 233 0 0 1 233 1 233 6.81e-168 460 MCL5772337.1 MCL5772337.1 100 150 0 0 1 150 1 150 7.48e-104 291 VRK55480.1 VRK55480.1 100 141 0 0 1 141 1 141 9.68e-98 275 VRK55480.1 WP_211746996.1 56.4 140 60 1 1 140 1 139 4.70e-48 157 GFD10569.1 GFD10569.1 100 58 0 0 1 58 1 58 4.94e-37 115 MBO7366298.1 MBO7366298.1 100 480 0 0 1 480 1 480 0.0 994 XP_056309872.1 XP_056309872.1 100 191 0 0 1 191 1 191 1.47e-139 385 HHC07960.1 HHC07960.1 100 441 0 0 1 441 1 441 4.03e-292 792 HHC07960.1 WP_026002460.1 32.3 310 185 10 25 320 17 315 1.42e-29 118 WP_279836660.1 WP_279836660.1 100 508 0 0 1 508 1 508 0.0 969 EHA1083554.1 EHA1083554.1 100 207 0 0 1 207 1 207 2.30e-144 399 MBQ2587741.1 MBQ2587741.1 100 581 0 0 1 581 1 581 0.0 1151 MBQ2587741.1 MCC7304610.1 33.0 575 345 5 4 570 151 693 9.36e-92 295 MBQ2587741.1 WP_274976404.1 28.3 551 325 8 53 562 232 753 2.28e-55 198 XP_011924069.1 XP_011924069.1 100 794 0 0 1 794 1 794 0.0 1323 OGD37525.1 OGD37525.1 100 258 0 0 1 258 1 258 8.02e-193 525 CAH9417069.1 CAH9417069.1 100 602 0 0 1 602 1 602 0.0 1201 CAH9417069.1 NLO64495.1 34.1 270 127 9 351 589 269 518 1.71e-35 139 WP_061795322.1 WP_061795322.1 100 506 0 0 1 506 1 506 0.0 1015 WP_061795322.1 WP_131836551.1 39.8 485 274 9 20 496 18 492 5.17e-107 326 WP_061795322.1 XP_050320449.1 39.6 482 267 11 22 494 14 480 3.76e-104 318 WP_061795322.1 WP_057201184.1 39.5 486 275 9 18 497 2 474 2.26e-99 306 WP_061795322.1 WP_008959270.1 36.6 484 287 10 23 498 14 485 8.00e-86 271 WP_061795322.1 WP_108756325.1 35.9 482 288 9 21 497 7 472 6.60e-80 255 WP_061795322.1 WP_257689765.1 35.2 480 290 9 22 494 16 481 1.34e-79 255 WP_061795322.1 WP_255965801.1 32.9 477 301 8 22 492 15 478 5.61e-72 235 WP_061795322.1 WP_195426888.1 31.6 431 274 8 32 457 26 440 4.37e-58 198 WP_061795322.1 WP_205186167.1 32.3 431 258 13 79 496 4 413 7.76e-54 185 WP_061795322.1 WP_232038993.1 27.4 492 325 14 33 504 24 503 8.29e-41 152 KAE9407684.1 KAE9407684.1 100 230 0 0 1 230 1 230 2.18e-158 436 WP_144929841.1 WP_144929841.1 100 153 0 0 1 153 1 153 3.40e-106 298 ABB86219.1 ABB86219.1 100 75 0 0 1 75 1 75 1.51e-52 156 ABB86219.1 AGS31853.1 88.1 42 5 0 34 75 1 42 8.84e-22 80.5 ABB86219.1 WP_018431719.1 35.5 76 46 2 1 74 16 90 6.21e-07 43.1 WP_207855327.1 WP_207855327.1 100 98 0 0 1 98 1 98 2.15e-67 195 MBR4831078.1 MBR4831078.1 100 503 0 0 1 503 1 503 0.0 979 KAF5705428.1 KAF5705428.1 100 480 0 0 1 480 1 480 0.0 999 MQG84887.1 MQG84887.1 100 160 0 0 1 160 1 160 5.57e-113 315 NUR94205.1 NUR94205.1 100 94 0 0 1 94 1 94 6.85e-60 176 KAI9087862.1 KAI9087862.1 100 347 0 0 1 347 1 347 4.14e-57 187 MPC13528.1 MPC13528.1 100 71 0 0 1 71 1 71 5.92e-46 139 MBN2660390.1 MBN2660390.1 100 617 0 0 1 617 1 617 0.0 1249 MBK9183427.1 MBK9183427.1 100 328 0 0 1 328 1 328 1.75e-238 647 MBK9183427.1 WP_014407515.1 37.1 275 158 5 11 284 6 266 3.72e-45 154 MBK9183427.1 WP_126136917.1 35.0 283 165 9 6 284 7 274 3.96e-32 119 MBK9183427.1 MCQ2612024.1 28.6 283 187 8 12 285 9 285 6.10e-23 95.5 MCO5068575.1 MCO5068575.1 100 401 0 0 1 401 1 401 1.89e-304 820 WP_070545363.1 WP_070545363.1 100 204 0 0 1 204 1 204 1.77e-151 416 WP_200154298.1 WP_200154298.1 100 239 0 0 1 239 1 239 1.40e-131 369 OWZ34415.1 OWZ34415.1 100 479 0 0 1 479 1 479 0.0 946 OWZ34415.1 MBA3609961.1 35.4 435 263 6 45 476 27 446 3.69e-78 249 OWZ34415.1 ELZ16407.1 30.9 424 273 11 56 472 32 442 5.09e-50 175 OWZ34415.1 MBQ6794463.1 29.7 404 228 8 58 461 15 362 2.42e-43 155 OWZ34415.1 WP_160194147.1 31.0 378 229 11 40 401 8 369 1.91e-41 151 OWZ34415.1 WP_254819486.1 26.4 444 300 10 46 475 25 455 7.68e-35 134 OWZ34415.1 MCM2356329.1 30.5 292 172 11 45 322 14 288 2.32e-28 112 EGQ8192442.1 EGQ8192442.1 100 63 0 0 1 63 1 63 1.56e-42 130 CAG7850540.1 CAG7850540.1 100 181 0 0 1 181 1 181 7.62e-103 291 KAJ4213304.1 KAJ4213304.1 100 519 0 0 1 519 1 519 0.0 1027 WP_170235146.1 WP_170235146.1 100 232 0 0 1 232 1 232 6.10e-175 478 MBQ3156222.1 MBQ3156222.1 100 425 0 0 1 425 1 425 6.97e-310 835 MBQ3156222.1 HIZ23242.1 40.9 425 248 2 2 423 4 428 2.76e-103 311 WP_056726975.1 WP_056726975.1 100 109 0 0 1 109 1 109 6.81e-76 218 WP_069697901.1 WP_069697901.1 100 339 0 0 1 339 1 339 7.02e-255 689 WP_069697901.1 WP_138125503.1 67.6 339 109 1 1 339 1 338 6.77e-173 482 WP_069697901.1 WP_266179881.1 44.7 340 176 7 2 336 3 335 1.41e-86 263 WP_069697901.1 WP_223413240.1 42.6 340 183 6 2 336 3 335 1.15e-82 253 WP_069697901.1 EFX2174330.1 33.2 310 202 4 2 310 5 310 3.54e-48 163 WP_069697901.1 MCP4974199.1 32.6 89 54 1 51 139 57 139 1.10e-07 51.2 KAJ3469091.1 KAJ3469091.1 100 462 0 0 1 462 1 462 1.05e-316 856 XP_027201715.1 XP_027201715.1 100 885 0 0 1 885 1 885 0.0 1256 MBF1354756.1 MBF1354756.1 100 169 0 0 1 169 1 169 2.51e-118 330 RNA69827.1 RNA69827.1 100 254 0 0 1 254 1 254 3.78e-180 493 WP_054910535.1 WP_054910535.1 100 369 0 0 1 369 1 369 9.16e-273 737 MCQ2587557.1 MCQ2587557.1 100 495 0 0 1 495 1 495 0.0 956 MCQ2587557.1 EIO1807611.1 29.1 444 258 16 53 474 64 472 9.88e-29 117 WP_267829077.1 WP_267829077.1 100 206 0 0 1 206 1 206 3.15e-146 403 HBK1877356.1 HBK1877356.1 100 518 0 0 1 518 1 518 0.0 1030 HBK1877356.1 HBX8004802.1 52.4 84 37 2 4 87 12 92 1.53e-19 88.2 HBK1877356.1 XP_034264344.1 38.9 90 46 4 6 87 66 154 1.57e-09 58.2 HBK1877356.1 XP_003056335.1 33.7 86 53 3 5 87 131 215 1.97e-05 45.4 HBK1877356.1 WP_219287479.1 34.2 73 44 3 9 81 7 75 6.95e-04 40.0 WP_233689818.1 WP_233689818.1 100 367 0 0 1 367 1 367 2.62e-271 733 HAL5964588.1 HAL5964588.1 100 80 0 0 1 80 1 80 1.07e-52 157 XP_002973447.1 XP_002973447.1 100 158 0 0 1 158 1 158 2.46e-106 298 WP_203727943.1 WP_203727943.1 100 695 0 0 1 695 1 695 0.0 1278 WP_203727943.1 KOR85988.1 29.6 392 257 7 8 386 16 401 1.66e-22 100 WP_203727943.1 MBL9135845.1 30.4 158 93 4 534 678 33 186 1.32e-11 63.2 WP_238267528.1 WP_238267528.1 100 108 0 0 1 108 1 108 8.02e-70 202 WP_238267528.1 MBD9532752.1 50.4 113 48 2 1 105 1 113 1.42e-30 103 WP_238267528.1 RPI95901.1 43.9 98 52 2 1 96 32 128 2.89e-23 85.5 ADJ57888.1 ADJ57888.1 100 364 0 0 1 364 1 364 4.55e-275 742 ADJ57888.1 AXB40829.1 72.2 349 97 0 2 350 1 349 4.98e-200 552 ADJ57888.1 UNP33456.1 75.6 303 74 0 1 303 9 311 5.66e-176 489 ADJ57888.1 BAI82636.1 71.2 205 59 0 65 269 2 206 1.79e-113 327 ADJ57888.1 QYT38722.1 41.9 217 124 2 65 279 41 257 5.94e-56 182 MBX7122227.1 MBX7122227.1 100 291 0 0 1 291 1 291 1.62e-204 558 WP_057479385.1 WP_057479385.1 100 483 0 0 1 483 1 483 0.0 947 WP_057479385.1 WP_013571875.1 49.0 467 234 4 13 476 5 470 1.47e-150 436 WP_057479385.1 WP_046325749.1 41.6 464 261 4 12 474 3 457 4.24e-123 365 WP_057479385.1 WP_208427233.1 38.0 287 157 8 13 295 3 272 3.28e-47 164 EGT3616788.1 EGT3616788.1 100 215 0 0 1 215 1 215 1.61e-148 410 MBP1550239.1 MBP1550239.1 100 331 0 0 1 331 1 331 4.16e-243 659 MBP1550239.1 AUW90066.1 31.1 122 65 4 53 156 47 167 3.01e-09 53.9 WP_008470196.1 WP_008470196.1 100 252 0 0 1 252 1 252 1.60e-180 494 WP_008470196.1 WP_142133210.1 49.6 236 119 0 9 244 10 245 1.96e-75 228 WP_008470196.1 WP_279984614.1 48.0 244 120 1 8 244 8 251 1.74e-74 226 WP_008470196.1 WP_222125851.1 46.5 241 124 1 9 244 1 241 8.85e-73 221 WP_008470196.1 WP_115992495.1 47.9 242 120 2 9 244 1 242 6.15e-71 216 WP_008470196.1 WP_072380563.1 43.5 239 132 1 9 244 1 239 3.46e-67 206 WP_008470196.1 MWR41881.1 37.7 244 147 4 5 245 25 266 2.24e-47 156 WP_008470196.1 MBT4161918.1 38.2 207 118 6 9 207 6 210 8.48e-33 117 WP_008470196.1 KAJ5168969.1 32.6 221 137 5 21 235 519 733 3.45e-29 114 WP_008470196.1 MCP5262709.1 30.2 232 149 7 15 234 11 241 5.50e-28 107 WP_008470196.1 WP_071876418.1 28.2 216 144 5 21 234 313 519 7.40e-20 86.7 WP_008470196.1 WP_036816548.1 25.3 241 164 6 8 236 5 241 1.18e-18 80.9 WP_008470196.1 WAY96880.1 30.6 186 119 4 21 202 1 180 1.55e-17 76.6 WP_008470196.1 KAF9974715.1 25.5 220 154 6 20 235 1118 1331 1.54e-11 62.4 WP_008470196.1 MQF68191.1 33.9 62 41 0 19 80 26 87 3.32e-08 49.3 EHY1237200.1 EHY1237200.1 100 227 0 0 1 227 1 227 2.78e-164 451 WP_063692548.1 WP_063692548.1 100 142 0 0 1 142 1 142 2.11e-97 275 WP_058877503.1 WP_058877503.1 100 217 0 0 1 217 1 217 4.31e-163 447 HBP29295.1 HBP29295.1 100 239 0 0 1 239 1 239 4.27e-174 476 WP_169872765.1 WP_169872765.1 100 555 0 0 1 555 1 555 0.0 1077 MCI7575045.1 MCI7575045.1 100 133 0 0 1 133 1 133 6.71e-92 260 HCE7955950.1 HCE7955950.1 100 745 0 0 1 745 1 745 0.0 1265 YP_009226675.1 YP_009226675.1 100 57 0 0 1 57 1 57 3.25e-37 116 MBK6290503.1 MBK6290503.1 100 262 0 0 1 262 1 262 5.47e-202 549 WP_039672911.1 WP_039672911.1 100 1080 0 0 1 1080 1 1080 0.0 1979 XP_029439375.1 XP_029439375.1 100 319 0 0 1 319 1 319 3.66e-199 546 XP_029439375.1 ROW03190.1 44.2 181 96 4 52 231 1 177 1.66e-42 151 NJC23639.1 NJC23639.1 100 451 0 0 1 451 1 451 1.17e-296 804 HCZ13020.1 HCZ13020.1 100 68 0 0 1 68 1 68 4.80e-46 139 RQD71026.1 RQD71026.1 100 240 0 0 1 240 1 240 9.31e-174 476 RQD71026.1 WP_169105698.1 32.6 239 148 4 1 231 1 234 9.61e-36 125 RQD71026.1 WP_063316698.1 31.2 93 63 1 35 127 52 143 4.43e-06 44.7 MBE7174334.1 MBE7174334.1 100 356 0 0 1 356 1 356 1.99e-274 740 MCF8449868.1 MCF8449868.1 100 246 0 0 1 246 1 246 5.00e-181 494 MCF8449868.1 WP_165724099.1 30.4 260 162 5 3 244 4 262 1.34e-34 123 MCF8449868.1 HBG17616.1 34.0 106 65 2 1 101 4 109 4.53e-12 63.5 MCF8449868.1 WP_245885601.1 28.2 124 76 3 3 113 12 135 2.74e-08 50.1 MCF8449868.1 WP_007356512.1 22.1 131 92 3 2 125 1019 1146 9.78e-04 38.5 WP_217309755.1 WP_217309755.1 100 561 0 0 1 561 1 561 0.0 981 WP_217309755.1 WP_144384753.1 44.1 127 59 6 420 541 208 327 1.61e-18 85.5 TXG48910.1 TXG48910.1 100 175 0 0 1 175 1 175 1.69e-128 356 OMP12204.1 OMP12204.1 100 39 0 0 1 39 1 39 5.34e-22 76.6 NET34040.1 NET34040.1 100 98 0 0 1 98 1 98 9.87e-64 186 WP_182308552.1 WP_182308552.1 100 161 0 0 1 161 1 161 2.87e-120 334 XP_050785609.1 XP_050785609.1 100 721 0 0 1 721 1 721 0.0 1469 WP_145279320.1 WP_145279320.1 100 257 0 0 1 257 1 257 1.36e-147 411 WP_190728559.1 WP_190728559.1 100 422 0 0 1 422 1 422 0.0 863 WP_043884631.1 WP_043884631.1 100 169 0 0 1 169 1 169 8.43e-126 348 MCL4835344.1 MCL4835344.1 100 327 0 0 1 327 1 327 5.42e-237 643 MCL4835344.1 MBQ7949870.1 29.5 176 107 4 156 327 141 303 1.14e-12 65.9 MCL4835344.1 WP_041488527.1 38.9 54 33 0 270 323 4 57 1.17e-07 46.6 CKR50421.1 CKR50421.1 100 119 0 0 1 119 1 119 1.80e-78 225 KAF6355230.1 KAF6355230.1 100 163 0 0 1 163 1 163 2.26e-127 352 EFP11715.1 EFP11715.1 100 397 0 0 1 397 1 397 2.13e-283 766 MBN2220243.1 MBN2220243.1 100 220 0 0 1 220 1 220 2.58e-161 442 XP_001426929.1 XP_001426929.1 100 86 0 0 1 86 1 86 4.02e-53 158 WP_004841038.1 WP_004841038.1 100 225 0 0 1 225 1 225 3.39e-164 450 GFT25780.1 GFT25780.1 100 345 0 0 1 345 1 345 3.50e-258 698 GFT25780.1 GFY15021.1 52.7 91 39 1 65 155 129 215 8.12e-23 94.4 WP_108101124.1 WP_108101124.1 100 166 0 0 1 166 1 166 1.50e-104 295 WP_233494598.1 WP_233494598.1 100 218 0 0 1 218 1 218 1.28e-160 441 XP_037174607.1 XP_037174607.1 100 581 0 0 1 581 1 581 0.0 1088 WP_008314082.1 WP_008314082.1 100 126 0 0 1 126 1 126 1.62e-91 258 ACO35565.1 ACO35565.1 100 251 0 0 1 251 1 251 6.57e-184 502 ACO35565.1 AGC97326.1 79.7 241 49 0 3 243 1 241 1.76e-140 392 ACO35565.1 AAX94106.1 83.4 223 37 0 1 223 208 430 1.90e-134 384 ACO35565.1 AGC74998.1 86.3 211 29 0 18 228 1 211 5.18e-134 375 ACO35565.1 APC24336.1 70.8 250 71 1 1 250 131 378 3.69e-130 371 XP_035530493.1 XP_035530493.1 100 256 0 0 1 256 1 256 6.87e-193 525 WP_031940100.1 WP_031940100.1 100 261 0 0 1 261 1 261 7.66e-188 513 WP_031940100.1 WP_013845913.1 34.4 183 119 1 13 194 9 191 2.45e-26 101 WP_129194092.1 WP_129194092.1 100 764 0 0 1 764 1 764 0.0 1554 NVK17210.1 NVK17210.1 100 216 0 0 1 216 1 216 2.05e-156 430 QQS37660.1 QQS37660.1 100 707 0 0 1 707 1 707 0.0 1441 XP_012264750.2 XP_012264750.2 100 172 0 0 1 172 1 172 4.47e-118 329 MBK7503626.1 MBK7503626.1 100 67 0 0 1 67 1 67 1.56e-46 140 XP_040086206.1 XP_040086206.1 100 405 0 0 1 405 1 405 5.21e-304 819 HHJ06374.1 HHJ06374.1 100 570 0 0 1 570 1 570 0.0 1103 HHJ06374.1 XP_022824318.1 43.8 550 281 5 33 570 307 840 4.09e-136 418 HHJ06374.1 HIT09367.1 28.2 202 101 10 270 440 116 304 2.64e-05 45.1 MCH99616.1 MCH99616.1 100 178 0 0 1 178 1 178 1.81e-129 358 MPY37361.1 MPY37361.1 100 258 0 0 1 258 1 258 8.96e-165 454 MPY37361.1 WP_169054812.1 28.1 203 140 2 59 257 20 220 6.59e-17 75.9 MCQ2288428.1 MCQ2288428.1 100 376 0 0 1 376 1 376 8.30e-284 765 WP_021646634.1 WP_021646634.1 100 308 0 0 1 308 1 308 4.25e-229 621 WP_021646634.1 WP_063485223.1 29.5 220 131 6 86 298 172 374 4.86e-18 82.0 WP_244811380.1 WP_244811380.1 100 133 0 0 1 133 1 133 7.54e-89 252 EUA22401.1 EUA22401.1 100 95 0 0 1 95 1 95 3.49e-67 194 WP_074096037.1 WP_074096037.1 100 195 0 0 1 195 1 195 1.11e-76 226 MBD2210658.1 MBD2210658.1 100 300 0 0 1 300 1 300 6.01e-225 610 WP_107352122.1 WP_107352122.1 100 443 0 0 1 443 1 443 0.0 875 WP_107352122.1 KFF47610.1 51.8 438 204 4 7 438 6 442 1.25e-147 426 MCD6156803.1 MCD6156803.1 100 168 0 0 1 168 1 168 3.44e-120 334 MCD6156803.1 RLE74569.1 55.2 165 73 1 1 164 1 165 2.56e-56 174 MCF2656092.1 MCF2656092.1 100 697 0 0 1 697 1 697 0.0 1367 MCF2656092.1 NNC58435.1 34.3 688 435 9 4 678 5 688 5.52e-126 388 MCF2656092.1 MCC7304610.1 34.1 680 433 8 9 678 14 688 6.55e-124 383 MCF2656092.1 WP_274976404.1 31.8 743 438 9 9 688 25 761 4.06e-100 322 WP_238588402.1 WP_238588402.1 100 255 0 0 1 255 1 255 3.35e-179 491 WP_238588402.1 MCH7812019.1 32.0 125 84 1 86 209 289 413 9.42e-11 59.7 MBR0212985.1 MBR0212985.1 100 239 0 0 1 239 1 239 1.79e-166 457 MBR0212985.1 WP_072694527.1 38.5 65 34 2 9 69 172 234 1.66e-04 40.4 KAI6019239.1 KAI6019239.1 100 229 0 0 1 229 1 229 7.11e-168 460 KAI6019239.1 MBL9135845.1 36.4 209 110 5 13 218 4 192 2.54e-37 128 WP_223749936.1 WP_223749936.1 100 1200 0 0 1 1200 1 1200 0.0 2350 MBX8197149.1 MBX8197149.1 100 267 0 0 1 267 1 267 3.12e-190 520 MBX8197149.1 WP_104459365.1 36.7 251 148 4 1 243 12 259 7.38e-43 145 MBX8197149.1 WP_238837572.1 31.6 253 158 6 5 243 3 254 1.57e-27 105 KAG4074423.1 KAG4074423.1 100 188 0 0 1 188 1 188 3.33e-130 361 WP_139499883.1 WP_139499883.1 100 587 0 0 1 587 1 587 0.0 1113 MCD6533325.1 MCD6533325.1 100 271 0 0 1 271 1 271 1.00e-188 516 MCD6533325.1 MCF6323317.1 32.2 270 171 6 7 266 14 281 4.53e-33 120 MBO68682.1 MBO68682.1 100 522 0 0 1 522 1 522 0.0 1027 UIX40308.1 UIX40308.1 100 1271 0 0 1 1271 1 1271 0.0 2451 UIX40308.1 UHB14670.1 98.6 1271 18 0 1 1271 1 1271 0.0 2429 UIX40308.1 UDK40309.1 98.0 1271 26 0 1 1271 1 1271 0.0 2406 UIX40308.1 UPU53169.1 96.4 1273 41 2 1 1271 1 1270 0.0 2361 UIX40308.1 UYC71619.1 96.5 1273 37 3 1 1271 1 1268 0.0 2357 UIX40308.1 UGX22439.1 95.0 1271 63 0 1 1271 1 1271 0.0 2318 UIX40308.1 QUE11983.1 94.7 1273 62 3 1 1271 1 1270 0.0 2298 UIX40308.1 USL51576.1 93.4 1273 79 2 1 1271 1 1270 0.0 2266 UIX40308.1 UBN63752.1 93.6 1273 77 3 1 1271 1 1270 0.0 2256 UIX40308.1 QUM20585.1 90.7 1273 116 2 1 1271 1 1272 0.0 2181 UIX40308.1 QVX70521.1 90.2 1273 123 1 1 1271 1 1273 0.0 2151 UIX40308.1 UZH89542.1 88.6 1273 141 2 1 1271 1 1271 0.0 2111 UIX40308.1 QXI91160.1 86.3 1273 171 2 1 1271 1 1272 0.0 2036 UIX40308.1 UUS71569.1 67.2 1273 416 1 1 1271 1 1273 0.0 1433 UIX40308.1 UHK01047.1 63.8 1273 459 1 1 1271 1 1273 0.0 1343 WP_224586479.1 WP_224586479.1 100 420 0 0 1 420 1 420 2.15e-306 826 GBE25682.1 GBE25682.1 100 133 0 0 1 133 1 133 2.00e-93 264 MBI3947524.1 MBI3947524.1 100 903 0 0 1 903 1 903 0.0 1830 MBA3031770.1 MBA3031770.1 100 158 0 0 1 158 1 158 2.19e-109 306 MBA3031770.1 MBQ7326660.1 41.0 156 88 2 1 155 1 153 2.01e-37 124 MBU7046308.1 MBU7046308.1 100 582 0 0 1 582 1 582 0.0 1117 MBU7046308.1 MBP9771519.1 31.2 462 237 18 6 452 9 404 2.95e-40 151 MBU7046308.1 MBR6343266.1 48.8 86 28 2 5 90 355 424 1.08e-18 87.0 NTZ64221.1 NTZ64221.1 100 1139 0 0 1 1139 1 1139 0.0 2211 NTZ64221.1 WP_279059865.1 40.7 1089 594 14 28 1109 34 1077 3.08e-247 730 NTZ64221.1 MCM8621761.1 34.2 1185 664 26 3 1137 25 1143 8.75e-181 559 MBL1120007.1 MBL1120007.1 100 402 0 0 1 402 1 402 7.85e-293 790 NIF31361.1 NIF31361.1 100 392 0 0 1 392 1 392 2.10e-276 748 NIF31361.1 WP_104836709.1 71.9 381 107 0 1 381 1 381 3.52e-191 533 MCH4209672.1 MCH4209672.1 100 602 0 0 1 602 1 602 0.0 1128 MCH4209672.1 KAJ5168969.1 29.9 197 122 4 396 576 521 717 9.57e-18 85.5 MCH4209672.1 WP_038440434.1 29.5 193 111 5 398 570 351 538 4.42e-15 76.6 MCH4209672.1 WP_195238978.1 31.7 161 96 4 397 543 500 660 5.44e-15 76.6 MCH4209672.1 MBQ4454347.1 29.4 197 123 5 394 574 352 548 1.03e-14 75.5 MCH4209672.1 WP_072380563.1 28.1 203 109 4 392 566 11 204 5.32e-14 70.5 MCH4209672.1 KAF9974715.1 29.7 185 119 5 394 571 477 657 1.48e-13 72.4 MCH4209672.1 WAY96880.1 29.2 185 117 4 403 573 10 194 6.24e-13 66.2 MCH4209672.1 WP_036816548.1 30.4 214 123 5 396 584 20 232 6.45e-13 67.4 MCH4209672.1 WP_211555180.1 30.8 201 105 7 413 588 34 225 1.77e-11 62.8 MCH4209672.1 MBQ8297564.1 29.0 210 117 8 403 584 355 560 5.69e-11 63.5 MCH4209672.1 NFD84694.1 26.6 139 88 3 412 536 553 691 2.43e-09 58.5 MCH4209672.1 WP_041481207.1 31.8 201 109 7 397 575 352 546 2.67e-09 58.2 MCH4209672.1 WP_112088864.1 32.7 156 90 6 410 560 369 514 6.09e-09 57.0 MCH4209672.1 WP_258581409.1 30.1 186 106 6 393 560 14 193 1.72e-08 55.1 MCH4209672.1 WP_247749043.1 27.6 199 123 7 394 571 370 568 2.60e-08 55.1 MCH4209672.1 WP_089095302.1 27.7 184 108 5 393 564 325 495 2.66e-08 55.1 MCH4209672.1 WP_098952357.1 31.5 200 94 8 398 565 31 219 3.26e-07 50.8 MCH4209672.1 WP_125260587.1 31.0 129 68 4 475 597 808 921 3.66e-07 51.6 MCH4209672.1 WP_158347019.1 33.9 115 61 5 480 587 686 792 1.82e-06 49.3 MCH4209672.1 WP_142931103.1 26.5 181 112 6 411 573 289 466 1.01e-05 46.6 WP_244250846.1 WP_244250846.1 100 213 0 0 1 213 1 213 1.03e-134 375 MCC8072670.1 MCC8072670.1 100 236 0 0 1 236 1 236 7.98e-173 473 MCC8072670.1 WP_116773703.1 49.6 238 115 2 1 233 1 238 2.08e-75 227 WP_261970917.1 WP_261970917.1 100 550 0 0 1 550 1 550 0.0 1004 WP_261970917.1 PGL69713.1 36.3 466 288 6 75 533 68 531 1.81e-77 253 WP_261970917.1 EFU9196970.1 33.6 541 337 13 11 538 116 647 1.06e-60 213 UKE84511.1 UKE84511.1 100 103 0 0 1 103 1 103 3.34e-71 205 MCU0251598.1 MCU0251598.1 100 118 0 0 1 118 1 118 2.11e-72 209 HAW5846675.1 HAW5846675.1 100 107 0 0 1 107 1 107 8.29e-85 240 HAW5846675.1 CUH97802.1 36.5 96 59 1 9 104 101 194 2.42e-14 63.9 DAQ84782.1 DAQ84782.1 100 226 0 0 1 226 1 226 4.10e-161 442 WP_084371136.1 WP_084371136.1 100 344 0 0 1 344 1 344 1.02e-245 666 WP_088774527.1 WP_088774527.1 100 65 0 0 1 65 1 65 1.38e-37 117 MBM4075151.1 MBM4075151.1 100 580 0 0 1 580 1 580 0.0 1044 OLA65010.1 OLA65010.1 100 875 0 0 1 875 1 875 0.0 1747 OLA65010.1 RYY55682.1 42.3 891 470 17 6 875 4 871 2.82e-219 641 KAH8277827.1 KAH8277827.1 100 140 0 0 1 140 1 140 1.81e-97 275 MBK9228460.1 MBK9228460.1 100 105 0 0 1 105 1 105 2.51e-76 218 WP_105035243.1 WP_105035243.1 100 217 0 0 1 217 1 217 6.53e-149 411 KAJ6942832.1 KAJ6942832.1 100 78 0 0 1 78 1 78 1.16e-55 164 WP_189417916.1 WP_189417916.1 100 214 0 0 1 214 1 214 1.97e-153 422 UEC52718.1 UEC52718.1 100 7096 0 0 1 7096 1 7096 0.0 14166 UEC52718.1 UBD95131.1 99.9 7096 7 0 1 7096 1 7096 0.0 14157 UEC52718.1 QWC83326.1 99.7 7096 18 0 1 7096 1 7096 0.0 14136 UEC52718.1 UBP50947.1 99.7 7096 19 0 1 7096 1 7096 0.0 14135 UEC52718.1 WEU87158.1 99.7 7096 20 0 1 7096 1 7096 0.0 14131 UEC52718.1 QSZ25555.1 99.7 7096 22 0 1 7096 1 7096 0.0 14130 UEC52718.1 QVD87869.1 99.7 7096 21 1 1 7096 1 7093 0.0 14120 UEC52718.1 UMF87224.1 99.4 7096 41 2 1 7096 1 7092 0.0 14112 UEC52718.1 UZO53924.1 99.6 7096 26 1 1 7096 1 7093 0.0 14108 UEC52718.1 UVB16817.1 99.6 7096 25 1 1 7096 1 7093 0.0 14107 UEC52718.1 URQ55824.1 99.6 7096 26 1 1 7096 1 7093 0.0 14107 UEC52718.1 QZU16279.1 99.6 7096 31 0 1 7096 1 7096 0.0 14100 UEC52718.1 UIR12670.1 99.3 7096 48 2 1 7096 1 7092 0.0 14053 UEC52718.1 UBR86455.1 99.1 7095 67 0 2 7096 1 7095 0.0 14015 UEC52718.1 UPA83906.1 99.0 7096 64 2 1 7096 1 7092 0.0 14013 UEC52718.1 UCP72061.1 98.8 7096 84 0 1 7096 1 7096 0.0 13975 UEC52718.1 UCP77012.1 98.8 7096 87 0 1 7096 1 7096 0.0 13970 UEC52718.1 UXX67934.1 98.6 7096 94 1 1 7096 1 7093 0.0 13946 UEC52718.1 UKN67998.1 98.2 7076 125 2 21 7096 1 7072 0.0 13825 UEC52718.1 WHE12941.1 98.0 7070 135 1 27 7096 1 7067 0.0 13799 UEC52718.1 UGA79226.1 97.5 7096 176 0 1 7096 1 7096 0.0 13767 UEC52718.1 UAQ80067.1 97.3 7096 193 0 1 7096 1 7096 0.0 13711 UEC52718.1 UJT06733.1 96.1 7096 270 2 1 7096 1 7092 0.0 13503 UEC52718.1 UVI10561.1 96.2 7069 268 1 28 7096 1 7066 0.0 13484 UEC52718.1 UOU30556.1 94.8 7096 369 1 1 7096 1 7093 0.0 13275 MBQ7293051.1 MBQ7293051.1 100 214 0 0 1 214 1 214 4.13e-155 426 WP_159259813.1 WP_159259813.1 100 651 0 0 1 651 1 651 0.0 1165 EAH5981648.1 EAH5981648.1 100 243 0 0 1 243 1 243 1.00e-174 478 WP_227461668.1 WP_227461668.1 100 291 0 0 1 291 1 291 2.19e-170 471 AAX49003.1 AAX49003.1 100 87 0 0 1 87 1 87 1.01e-60 177 AAX49003.1 MCH61727.1 96.6 59 2 0 1 59 71 129 4.61e-38 122 CRK93005.1 CRK93005.1 100 74 0 0 1 74 1 74 7.87e-50 149 MBM4091591.1 MBM4091591.1 100 219 0 0 1 219 1 219 5.42e-158 434 WP_282259321.1 WP_282259321.1 100 478 0 0 1 478 1 478 0.0 939 WP_282259321.1 WP_270506568.1 43.2 417 202 4 15 430 4 386 3.00e-111 333 WP_212626688.1 WP_212626688.1 100 443 0 0 1 443 1 443 3.55e-303 820 WP_167345377.1 WP_167345377.1 100 154 0 0 1 154 1 154 9.00e-107 299 NXJ48511.1 NXJ48511.1 100 582 0 0 1 582 1 582 0.0 1141 WP_062713263.1 WP_062713263.1 100 137 0 0 1 137 1 137 4.32e-99 278 WP_062713263.1 WP_105599976.1 37.0 108 64 3 28 135 20 123 2.39e-14 63.5 WP_087437779.1 WP_087437779.1 100 211 0 0 1 211 1 211 3.99e-156 429 WP_261907733.1 WP_261907733.1 100 260 0 0 1 260 1 260 5.28e-158 437 RWR83460.1 RWR83460.1 100 98 0 0 1 98 1 98 9.10e-69 199 WP_126933505.1 WP_126933505.1 100 424 0 0 1 424 1 424 1.10e-301 815 WP_066841281.1 WP_066841281.1 100 402 0 0 1 402 1 402 1.77e-289 782 WP_066841281.1 BAY23582.1 55.3 416 167 4 1 402 34 444 1.29e-149 430 WP_066841281.1 WP_271116088.1 52.8 413 166 5 1 402 1 395 3.19e-135 391 WP_066841281.1 MCU0947041.1 47.8 414 186 8 6 402 6 406 1.85e-108 323 MCG6912449.1 MCG6912449.1 100 377 0 0 1 377 1 377 1.37e-278 752 MCG6912449.1 WP_074053577.1 37.4 374 232 2 4 375 6 379 5.39e-90 274 MCG6912449.1 WP_195290884.1 33.3 421 230 9 3 376 8 424 1.82e-69 223 WP_008701575.1 WP_008701575.1 100 366 0 0 1 366 1 366 9.32e-260 704 WP_008701575.1 WP_166886913.1 55.6 349 153 2 12 359 12 359 4.78e-130 375 KAE9450885.1 KAE9450885.1 100 403 0 0 1 403 1 403 5.98e-293 791 WP_126353423.1 WP_126353423.1 100 260 0 0 1 260 1 260 1.62e-193 527 WP_159461552.1 WP_159461552.1 100 136 0 0 1 136 1 136 1.45e-92 262 XP_017354457.1 XP_017354457.1 100 491 0 0 1 491 1 491 0.0 940 WP_031885024.1 WP_031885024.1 100 316 0 0 1 316 1 316 1.43e-231 628 WP_010381982.1 WP_010381982.1 100 627 0 0 1 627 1 627 0.0 1172 WP_217904803.1 WP_217904803.1 100 145 0 0 1 145 1 145 3.34e-100 282 WP_217904803.1 WP_007377599.1 29.8 131 85 3 9 138 10 134 7.05e-14 62.8 GJK53752.1 GJK53752.1 100 150 0 0 1 150 1 150 3.86e-115 320 GJK53752.1 WP_004949240.1 62.7 150 56 0 1 150 44 193 1.38e-67 201 WP_057859275.1 WP_057859275.1 100 542 0 0 1 542 1 542 0.0 1105 WP_057859275.1 WP_086123022.1 46.2 541 280 7 1 536 1 535 2.46e-158 461 WP_057859275.1 WP_014213241.1 32.4 485 277 13 19 498 24 462 2.67e-64 216 WP_057859275.1 WP_007577863.1 29.4 496 288 16 40 527 47 488 1.48e-48 174 WP_164945946.1 WP_164945946.1 100 328 0 0 1 328 1 328 4.01e-244 661 WP_225592933.1 WP_225592933.1 100 587 0 0 1 587 1 587 0.0 1120 WP_225592933.1 WP_131284109.1 28.6 315 175 8 291 557 138 450 3.70e-18 85.9 WP_225592933.1 NEB38825.1 35.4 271 125 16 345 580 212 467 7.38e-14 72.4 WP_225592933.1 PIQ07033.1 24.4 353 213 11 221 542 129 458 3.07e-05 45.1 KAF9194863.1 KAF9194863.1 100 179 0 0 1 179 1 179 1.88e-127 353 UYC71619.1 UYC71619.1 100 1268 0 0 1 1268 1 1268 0.0 2463 UYC71619.1 UPU53169.1 99.1 1270 10 1 1 1268 1 1270 0.0 2435 UYC71619.1 UHB14670.1 96.7 1273 35 3 1 1268 1 1271 0.0 2362 UYC71619.1 UIX40308.1 96.5 1273 37 3 1 1268 1 1271 0.0 2356 UYC71619.1 UDK40309.1 96.3 1273 40 3 1 1268 1 1271 0.0 2345 UYC71619.1 USL51576.1 95.7 1270 52 1 1 1268 1 1270 0.0 2330 UYC71619.1 QUE11983.1 93.9 1271 74 2 1 1268 1 1270 0.0 2278 UYC71619.1 UGX22439.1 93.2 1273 80 3 1 1268 1 1271 0.0 2251 UYC71619.1 UBN63752.1 92.2 1271 95 2 1 1268 1 1270 0.0 2225 UYC71619.1 QUM20585.1 89.9 1273 122 3 1 1268 1 1272 0.0 2156 UYC71619.1 UZH89542.1 89.9 1271 125 1 1 1268 1 1271 0.0 2153 UYC71619.1 QVX70521.1 88.3 1273 144 2 1 1268 1 1273 0.0 2108 UYC71619.1 QXI91160.1 85.0 1273 185 3 1 1268 1 1272 0.0 1995 UYC71619.1 UUS71569.1 66.5 1273 422 2 1 1268 1 1273 0.0 1423 UYC71619.1 UHK01047.1 61.5 1273 485 2 1 1268 1 1273 0.0 1287 XP_007423461.1 XP_007423461.1 100 466 0 0 1 466 1 466 0.0 910 WP_209467194.1 WP_209467194.1 100 403 0 0 1 403 1 403 1.42e-275 747 WP_226688333.1 WP_226688333.1 100 250 0 0 1 250 1 250 4.60e-179 490 KZS76886.1 KZS76886.1 100 400 0 0 1 400 1 400 2.85e-294 794 WP_055826320.1 WP_055826320.1 100 289 0 0 1 289 1 289 1.71e-214 583 OGU28904.1 OGU28904.1 100 380 0 0 1 380 1 380 1.34e-291 785 WP_077320126.1 WP_077320126.1 100 435 0 0 1 435 1 435 8.98e-318 856 WP_216308000.1 WP_216308000.1 100 318 0 0 1 318 1 318 6.94e-249 672 MCL7487729.1 MCL7487729.1 100 165 0 0 1 165 1 165 7.54e-118 328 WP_219734411.1 WP_219734411.1 100 389 0 0 1 389 1 389 4.32e-288 777 MBT9793465.1 MBT9793465.1 100 332 0 0 1 332 1 332 2.20e-234 637 WP_012913739.1 WP_012913739.1 100 433 0 0 1 433 1 433 0.0 869 WP_012913739.1 WP_007678833.1 46.4 420 220 3 4 422 5 420 5.34e-133 388 WP_182986787.1 WP_182986787.1 100 218 0 0 1 218 1 218 2.75e-146 404 AXG99930.1 AXG99930.1 100 269 0 0 1 269 1 269 6.61e-161 446 WP_181244664.1 WP_181244664.1 100 332 0 0 1 332 1 332 5.87e-239 648 WP_181244664.1 EFS8130303.1 31.7 145 92 3 191 331 228 369 2.27e-11 62.8 WP_181244664.1 EAL1671435.1 30.5 141 90 2 199 331 1 141 4.78e-08 52.4 WP_181244664.1 EJA9392162.1 28.7 150 85 4 198 331 34 177 2.37e-06 46.6 WP_181244664.1 ECP6736894.1 40.0 70 40 1 191 260 228 295 4.14e-06 46.2 WP_181244664.1 PJQ02245.1 38.9 72 43 1 198 268 242 313 1.00e-05 45.4 WP_097746315.1 WP_097746315.1 100 114 0 0 1 114 1 114 4.01e-75 216 WP_187788315.1 WP_187788315.1 100 444 0 0 1 444 1 444 0.0 885 WP_187788315.1 WP_278498266.1 36.5 449 252 7 4 423 22 466 1.02e-76 246 WP_187788315.1 WP_034002239.1 35.2 454 268 6 1 428 22 475 6.52e-74 238 WP_187788315.1 MCK1819907.1 35.3 416 256 8 7 410 30 444 2.36e-66 219 WP_187788315.1 WP_030096092.1 34.8 419 260 7 11 423 42 453 2.08e-64 213 WP_187788315.1 HAV5500596.1 31.4 388 247 8 15 386 31 415 6.50e-44 158 KWZ83306.1 KWZ83306.1 100 648 0 0 1 648 1 648 0.0 1236 KWZ83306.1 WP_070955303.1 45.7 635 334 5 12 638 31 662 4.09e-190 551 WP_186723788.1 WP_186723788.1 100 239 0 0 1 239 1 239 2.20e-176 482 WP_186723788.1 WP_026893585.1 41.8 225 119 5 8 227 5 222 3.02e-51 164 WP_186723788.1 WP_101794136.1 34.8 233 141 2 8 229 27 259 1.17e-44 149 WP_186723788.1 MCL7714424.1 38.7 222 132 2 8 226 5 225 4.07e-44 146 WP_186723788.1 MBP1530348.1 35.0 220 138 2 8 227 4 218 1.02e-42 142 WP_186723788.1 WP_069156513.1 36.6 224 136 2 8 225 5 228 2.91e-42 142 WP_186723788.1 MBQ5584458.1 34.5 226 144 2 8 229 4 229 2.99e-41 139 WP_186723788.1 EAC1232420.1 35.4 226 135 5 8 228 4 223 2.96e-39 134 WP_186723788.1 WP_007708736.1 34.7 225 140 2 8 225 4 228 1.45e-38 132 WP_186723788.1 WP_194544138.1 33.3 237 143 3 1 223 1 236 7.78e-38 130 WP_186723788.1 EAG2350674.1 42.1 126 73 0 5 130 2 127 1.21e-32 114 WP_186723788.1 WP_064652354.1 32.4 225 147 2 8 227 4 228 6.24e-32 115 WP_186723788.1 PYP94120.1 29.6 223 155 2 8 229 3 224 2.42e-28 105 WP_186723788.1 MCH5250214.1 29.1 117 79 1 8 120 563 679 6.12e-08 51.2 WP_186723788.1 WP_250850661.1 31.0 87 55 2 36 119 39 123 9.40e-06 43.5 CAA0813386.1 CAA0813386.1 100 1074 0 0 1 1074 1 1074 0.0 2060 WP_044626129.1 WP_044626129.1 100 517 0 0 1 517 1 517 0.0 1034 MCD4818220.1 MCD4818220.1 100 296 0 0 1 296 1 296 4.93e-222 602 MCP4570049.1 MCP4570049.1 100 385 0 0 1 385 1 385 1.07e-270 733 ECI3309320.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1805 ECI3309320.1 EFQ4765027.1 100 888 0 0 1 888 1 888 0.0 1805 ECI3309320.1 EEY3543156.1 73.7 917 212 3 1 888 1 917 0.0 1402 ECI3309320.1 EEO7917989.1 69.4 890 264 3 1 888 1 884 0.0 1279 ECI3309320.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 8.42e-218 618 ECI3309320.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 2.48e-202 578 ECI3309320.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 3.17e-186 535 ECI3309320.1 WP_154599351.1 33.4 709 434 17 4 696 10 696 1.23e-110 364 ECI3309320.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 2.36e-47 162 WP_024404629.1 WP_024404629.1 100 185 0 0 1 185 1 185 3.33e-124 346 WP_024404629.1 WP_172117930.1 58.7 184 75 1 2 185 4 186 4.41e-81 237 WP_024404629.1 WP_228268753.1 53.8 117 54 0 69 185 4 120 4.04e-43 138 WP_055863905.1 WP_055863905.1 100 350 0 0 1 350 1 350 2.56e-258 699 WP_055863905.1 KAJ3918428.1 41.8 340 181 5 2 325 43 381 1.83e-81 252 WP_055863905.1 WP_236939362.1 29.4 296 180 10 40 325 44 320 5.18e-29 116 WP_116393154.1 WP_116393154.1 100 308 0 0 1 308 1 308 6.83e-235 636 WP_116393154.1 WP_184253104.1 46.9 288 141 4 13 292 10 293 6.65e-88 263 DAG36852.1 DAG36852.1 100 208 0 0 1 208 1 208 3.17e-156 429 MBR0212092.1 MBR0212092.1 100 183 0 0 1 183 1 183 3.36e-132 366 MBR0212092.1 MCS5505837.1 30.7 127 76 5 6 124 3 125 1.15e-09 53.5 WP_258340180.1 WP_258340180.1 100 754 0 0 1 754 1 754 0.0 1283 WP_278906630.1 WP_278906630.1 100 1041 0 0 1 1041 1 1041 0.0 2062 WP_278906630.1 WP_223695792.1 20.0 873 515 32 19 791 20 809 4.08e-08 55.8 WP_278906630.1 MBO6554759.1 24.8 250 152 7 304 550 370 586 6.97e-08 55.1 WP_278906630.1 KXK41164.1 40.6 69 40 1 3 71 8 75 4.23e-05 45.1 WP_278906630.1 MBL6756473.1 37.3 67 42 0 7 73 52 118 5.60e-05 45.4 WP_278906630.1 PIY74148.1 53.2 47 21 1 25 71 3 48 2.05e-04 43.5 WP_278906630.1 WP_240053789.1 28.9 142 82 6 320 450 172 305 3.22e-04 42.4 WP_032845625.1 WP_032845625.1 100 201 0 0 1 201 1 201 7.13e-136 377 NBR46296.1 NBR46296.1 100 590 0 0 1 590 1 590 0.0 1030 WP_223746173.1 WP_223746173.1 100 436 0 0 1 436 1 436 8.01e-301 813 KAK48091.1 KAK48091.1 100 458 0 0 1 458 1 458 0.0 888 KAK48091.1 WP_133179454.1 34.4 215 133 3 28 235 24 237 1.73e-28 115 KAK48091.1 MCB1412915.1 29.0 410 254 12 28 409 16 416 1.79e-25 107 KAK48091.1 OKH85141.1 28.0 161 97 6 89 234 69 225 1.02e-08 55.5 EHH5649593.1 EHH5649593.1 100 294 0 0 1 294 1 294 2.28e-201 550 EHH5649593.1 WP_076409454.1 41.6 197 101 2 21 209 23 213 1.14e-41 145 EHH5649593.1 WP_176354145.1 37.3 212 118 2 21 223 24 229 1.50e-37 135 EHH5649593.1 WP_088153117.1 31.5 235 154 2 6 234 3 236 1.62e-37 135 EHH5649593.1 WP_109219819.1 37.7 215 119 3 14 219 28 236 1.74e-37 135 EHH5649593.1 WP_011057593.1 40.1 197 104 2 21 209 23 213 2.36e-36 131 EHH5649593.1 WP_170725874.1 41.5 193 99 3 25 209 27 213 6.07e-36 130 EHH5649593.1 WP_140480909.1 40.7 199 102 4 17 207 30 220 4.22e-35 128 EHH5649593.1 NNE23115.1 32.4 207 126 3 25 223 25 225 6.70e-31 117 EHH5649593.1 WP_258581409.1 33.3 210 122 4 21 220 22 223 4.09e-28 109 EHH5649593.1 MCH1405047.1 39.7 136 76 2 20 151 27 160 9.78e-24 93.2 EHH5649593.1 MBQ4383193.1 33.8 195 115 5 32 217 38 227 2.45e-23 94.0 EHH5649593.1 MBQ3864274.1 31.0 216 136 5 29 232 47 261 3.59e-23 95.5 EHH5649593.1 MBC7326981.1 33.6 229 130 9 10 219 12 237 1.04e-20 87.4 EHH5649593.1 WP_158791585.1 28.5 221 134 5 20 221 22 237 9.69e-20 84.7 EHH5649593.1 OAN53756.1 30.4 227 134 9 15 221 22 244 2.85e-19 83.6 EHH5649593.1 WP_107894076.1 27.4 237 144 7 8 219 11 244 1.31e-18 82.8 EHH5649593.1 MCP5262709.1 27.4 237 147 8 5 219 6 239 6.09e-18 80.9 EHH5649593.1 WP_152652784.1 32.7 150 88 3 21 162 24 168 9.55e-18 80.1 EHH5649593.1 WP_174822921.1 27.3 220 138 6 20 221 25 240 1.25e-17 79.0 EHH5649593.1 GLY24463.1 24.9 229 149 5 9 219 20 243 4.01e-17 78.6 EHH5649593.1 MXP43753.1 28.2 220 136 7 20 221 32 247 6.75e-17 77.0 EHH5649593.1 WP_207918089.1 27.0 233 143 9 10 221 11 237 1.52e-16 75.9 EHH5649593.1 WP_192324556.1 24.9 225 145 5 21 221 36 260 2.05e-14 71.6 EHH5649593.1 WP_227059655.1 24.7 239 149 6 25 232 44 282 2.17e-13 68.6 EIM6243235.1 EIM6243235.1 100 251 0 0 1 251 1 251 2.00e-153 425 KAI1395879.1 KAI1395879.1 100 445 0 0 1 445 1 445 0.0 865 MCG8030229.1 MCG8030229.1 100 1108 0 0 1 1108 1 1108 0.0 2208 MCG8030229.1 MBL6706528.1 36.5 310 191 5 789 1096 317 622 3.18e-56 205 MCG8030229.1 MBN2666786.1 33.4 377 237 7 733 1105 21 387 1.54e-54 193 WP_221166976.1 WP_221166976.1 100 869 0 0 1 869 1 869 0.0 1727 WP_161797448.1 WP_161797448.1 100 55 0 0 1 55 1 55 1.12e-34 109 WP_088751843.1 WP_088751843.1 100 150 0 0 1 150 1 150 9.10e-114 317 WP_122705662.1 WP_122705662.1 100 239 0 0 1 239 1 239 1.22e-173 475 WP_122705662.1 CAD7578726.1 35.1 94 22 2 146 239 1 55 5.01e-08 50.4 XP_055289786.1 XP_055289786.1 100 1219 0 0 1 1219 1 1219 0.0 938 RQR66516.1 RQR66516.1 100 416 0 0 1 416 1 416 9.07e-306 824 NDC77618.1 NDC77618.1 100 306 0 0 1 306 1 306 3.64e-229 621 CAC14781.1 CAC14781.1 100 167 0 0 1 167 1 167 3.45e-124 344 XP_023677472.1 XP_023677472.1 100 158 0 0 1 158 1 158 3.22e-102 288 MBM3993664.1 MBM3993664.1 100 601 0 0 1 601 1 601 0.0 1215 WP_211867837.1 WP_211867837.1 100 272 0 0 1 272 1 272 4.22e-186 509 WP_211867837.1 WP_204638884.1 45.6 250 128 2 2 251 3 244 1.01e-70 217 WP_042959984.1 WP_042959984.1 100 101 0 0 1 101 1 101 2.29e-68 198 WP_042959984.1 WP_137512405.1 82.2 101 18 0 1 101 103 203 8.24e-55 172 WP_042959984.1 EEY3543156.1 81.2 101 19 0 1 101 103 203 5.95e-51 169 WP_042959984.1 ECI3309320.1 77.2 101 23 0 1 101 103 203 4.52e-47 158 WP_042959984.1 EFQ4765027.1 77.2 101 23 0 1 101 103 203 4.68e-47 158 WP_042959984.1 EEO7917989.1 71.3 101 29 0 1 101 103 203 3.37e-44 150 WP_171549300.1 WP_171549300.1 100 1077 0 0 1 1077 1 1077 0.0 2127 WP_171549300.1 MCF8269563.1 52.7 786 368 3 1 785 1 783 9.25e-286 815 WP_044489505.1 WP_044489505.1 100 321 0 0 1 321 1 321 2.05e-238 646 WP_044489505.1 WP_082565353.1 59.1 320 129 2 1 319 1 319 9.52e-132 377 WP_044489505.1 MBM6691367.1 47.1 87 45 1 99 184 1 87 1.22e-21 85.9 WP_031065317.1 WP_031065317.1 100 1192 0 0 1 1192 1 1192 0.0 1911 WP_031065317.1 MBJ7287465.1 51.4 1220 539 12 1 1192 1 1194 1.01e-286 837 XP_030368951.1 XP_030368951.1 100 432 0 0 1 432 1 432 2.65e-313 845 XP_041173850.1 XP_041173850.1 100 569 0 0 1 569 1 569 0.0 1108 MST81202.1 MST81202.1 100 341 0 0 1 341 1 341 3.62e-233 634 WP_035710346.1 WP_035710346.1 100 318 0 0 1 318 1 318 1.43e-232 631 WP_035710346.1 WP_049267651.1 45.2 279 148 2 37 315 22 295 2.83e-74 229 PKO72095.1 PKO72095.1 100 371 0 0 1 371 1 371 4.60e-258 700 WP_278839117.1 WP_278839117.1 100 215 0 0 1 215 1 215 4.28e-153 421 WP_074319120.1 WP_074319120.1 100 751 0 0 1 751 1 751 0.0 1380 WP_074319120.1 WP_013632646.1 38.9 737 416 11 21 740 82 801 5.31e-139 427 WP_074319120.1 OFX32653.1 40.2 622 317 13 136 743 42 622 2.61e-100 321 WP_074319120.1 MBI6149093.1 33.0 752 430 16 9 743 77 771 3.29e-82 276 WP_074319120.1 HCT06136.1 30.1 691 425 10 19 697 65 709 3.67e-72 248 WP_074319120.1 SFX27592.1 32.2 515 336 5 208 718 162 667 2.08e-57 206 WP_074319120.1 WP_041591748.1 30.6 546 346 9 209 739 110 637 2.94e-54 196 WP_074319120.1 MBY0273331.1 29.2 483 296 10 246 688 102 578 1.04e-31 130 WP_074319120.1 WP_176307440.1 23.6 631 406 13 122 733 204 777 4.43e-31 128 WP_074319120.1 KAJ6994162.1 24.2 578 335 16 210 705 100 656 2.70e-16 81.6 WP_074319120.1 WP_278631399.1 32.6 175 90 2 562 708 500 674 3.98e-15 77.8 WP_074319120.1 MBE6688122.1 31.4 172 90 2 562 705 515 686 8.31e-14 73.6 WP_074319120.1 KAA0114277.1 32.4 176 88 3 562 706 544 719 1.11e-13 73.2 WP_074319120.1 XP_009147075.2 31.3 176 89 2 562 705 716 891 4.78e-13 71.2 WP_074319120.1 WP_019100427.1 31.0 158 84 1 561 693 546 703 1.72e-12 69.3 WP_074319120.1 WP_049009918.1 31.4 153 80 1 562 689 543 695 7.88e-11 63.9 MAG44064.1 MAG44064.1 100 34 0 0 1 34 1 34 9.00e-19 68.2 MAG44064.1 MBK8070034.1 71.0 31 9 0 4 34 3 33 3.38e-09 47.4 MAG44064.1 WP_216195748.1 61.8 34 13 0 1 34 1 34 1.08e-07 43.1 MBV9097303.1 MBV9097303.1 100 165 0 0 1 165 1 165 1.36e-120 335 MBV9097303.1 WP_226909596.1 35.9 142 85 3 4 144 411 547 3.64e-16 73.2 THU55532.1 THU55532.1 100 217 0 0 1 217 1 217 2.01e-143 397 THU55532.1 KAF5807084.1 56.2 105 46 0 41 145 81 185 1.11e-36 127 NNC77678.1 NNC77678.1 100 177 0 0 1 177 1 177 2.79e-128 355 WP_014884217.1 WP_014884217.1 100 150 0 0 1 150 1 150 1.39e-99 281 WP_266631528.1 WP_266631528.1 100 93 0 0 1 93 1 93 1.10e-60 178 EEQ7907210.1 EEQ7907210.1 100 186 0 0 1 186 1 186 2.45e-131 364 KAG1799066.1 KAG1799066.1 100 297 0 0 1 297 1 297 8.22e-226 612 KAG1799066.1 XP_040250218.1 25.3 285 160 12 34 296 366 619 2.71e-07 50.1 CAG8651065.1 CAG8651065.1 100 96 0 0 1 96 1 96 5.53e-69 199 KAJ0414039.1 KAJ0414039.1 100 490 0 0 1 490 1 490 0.0 960 WP_231117944.1 WP_231117944.1 100 76 0 0 1 76 1 76 4.49e-50 150 WP_265634479.1 WP_265634479.1 100 304 0 0 1 304 1 304 1.57e-213 582 WP_265634479.1 WP_254301195.1 30.0 293 198 6 7 297 5 292 9.42e-17 77.4 WP_265634479.1 WP_046600280.1 35.9 142 87 2 10 148 4 144 1.09e-13 68.6 UGB98301.1 UGB98301.1 100 4405 0 0 1 4405 1 4405 0.0 8091 UGB98301.1 UFM00670.1 94.4 4405 247 0 1 4405 1 4405 0.0 8081 UGB98301.1 UEC68750.1 94.4 4405 247 0 1 4405 1 4405 0.0 8079 UGB98301.1 QZU16279.1 94.5 4401 244 0 1 4401 1 4401 0.0 8078 UGB98301.1 UBD95131.1 94.5 4401 244 0 1 4401 1 4401 0.0 8076 UGB98301.1 UHM53165.1 94.4 4405 247 0 1 4405 1 4405 0.0 8076 UGB98301.1 UFM02602.1 94.4 4405 247 0 1 4405 1 4405 0.0 8076 UGB98301.1 QTD03487.1 94.3 4405 252 0 1 4405 1 4405 0.0 8075 UGB98301.1 UEC52718.1 94.4 4401 248 0 1 4401 1 4401 0.0 8068 UGB98301.1 QWC83326.1 94.3 4401 250 0 1 4401 1 4401 0.0 8067 UGB98301.1 UBL45068.1 94.3 4405 252 0 1 4405 1 4405 0.0 8066 UGB98301.1 QSZ25555.1 94.3 4401 252 0 1 4401 1 4401 0.0 8065 UGB98301.1 WEU87158.1 94.3 4401 252 0 1 4401 1 4401 0.0 8062 UGB98301.1 UBP50947.1 94.3 4401 253 0 1 4401 1 4401 0.0 8060 UGB98301.1 QXR94354.1 94.2 4405 253 1 1 4405 1 4402 0.0 8057 UGB98301.1 QTM79632.1 94.1 4405 256 1 1 4405 1 4402 0.0 8056 UGB98301.1 ULA23837.2 94.1 4405 254 2 1 4405 1 4401 0.0 8051 UGB98301.1 QTZ27226.1 94.1 4405 258 1 1 4405 1 4402 0.0 8051 UGB98301.1 QVD87869.1 94.2 4401 252 1 1 4401 1 4398 0.0 8051 UGB98301.1 UPP41269.1 94.1 4405 256 1 1 4405 1 4402 0.0 8049 UGB98301.1 UIR12670.1 94.2 4401 252 2 1 4401 1 4397 0.0 8049 UGB98301.1 URQ55824.1 94.2 4401 253 1 1 4401 1 4398 0.0 8047 UGB98301.1 UXH94526.1 94.1 4405 255 2 1 4405 1 4401 0.0 8047 UGB98301.1 USR14792.1 94.1 4405 257 1 1 4405 1 4402 0.0 8047 UGB98301.1 UZO53924.1 94.2 4401 254 1 1 4401 1 4398 0.0 8046 MBQ6815353.1 MBQ6815353.1 100 268 0 0 1 268 1 268 1.26e-185 508 MBQ6815353.1 NGP45824.1 37.6 197 109 5 80 265 48 241 6.69e-29 108 MBQ6815353.1 GBC87342.1 32.0 147 95 2 117 260 102 246 3.30e-19 82.8 WP_276598033.1 WP_276598033.1 100 341 0 0 1 341 1 341 5.88e-223 608 HBM7289758.1 HBM7289758.1 100 151 0 0 1 151 1 151 2.50e-107 300 MCU0780070.1 MCU0780070.1 100 470 0 0 1 470 1 470 0.0 952 EIG2935021.1 EIG2935021.1 100 160 0 0 1 160 1 160 2.02e-115 322 WP_257258519.1 WP_257258519.1 100 550 0 0 1 550 1 550 0.0 1119 MBR4705654.1 MBR4705654.1 100 440 0 0 1 440 1 440 0.0 868 MBR4705654.1 HAR7369715.1 27.5 400 257 10 13 390 10 398 9.25e-36 135 MBR4705654.1 EPR30609.1 28.9 418 256 14 23 416 13 413 7.09e-34 130 MBR4705654.1 MCQ2156413.1 34.1 246 140 8 184 410 50 292 5.03e-29 114 MBR4705654.1 WP_132517191.1 31.3 227 134 6 184 390 200 424 8.71e-26 107 WP_057475198.1 WP_057475198.1 100 390 0 0 1 390 1 390 3.71e-269 729 WP_106587829.1 WP_106587829.1 100 401 0 0 1 401 1 401 2.83e-290 784 WP_106587829.1 MBE6900854.1 56.3 378 164 1 10 386 4 381 6.41e-147 421 WP_106587829.1 RLD79060.1 49.6 389 192 4 5 391 9 395 2.87e-127 371 WP_106587829.1 MBI3668312.1 47.5 179 87 2 219 390 63 241 3.05e-48 162 WP_106587829.1 MCI7610146.1 47.2 53 28 0 10 62 4 56 1.24e-10 55.1 WP_091540071.1 WP_091540071.1 100 335 0 0 1 335 1 335 1.77e-246 667 WP_091540071.1 WP_029542314.1 31.3 224 114 8 24 241 22 211 2.69e-16 76.6 WP_091540071.1 WP_265399898.1 27.8 281 157 10 15 284 14 259 4.15e-15 73.2 WP_091540071.1 WP_050498798.1 24.4 205 116 5 6 202 7 180 3.45e-05 42.4 MBQ2810184.1 MBQ2810184.1 100 90 0 0 1 90 1 90 4.22e-59 174 MBI4382429.1 MBI4382429.1 100 837 0 0 1 837 1 837 0.0 1617 EEJ7112508.1 EEJ7112508.1 100 398 0 0 1 398 1 398 5.82e-302 813 ODT35081.1 ODT35081.1 100 263 0 0 1 263 1 263 5.62e-191 521 MBD9532752.1 MBD9532752.1 100 116 0 0 1 116 1 116 1.96e-67 197 MBD9532752.1 WP_238267528.1 50.9 112 47 2 1 112 1 104 6.19e-30 102 CFU01724.1 CFU01724.1 100 91 0 0 1 91 1 91 1.64e-61 180 CFU01724.1 WP_203203455.1 67.0 88 29 0 1 88 692 779 2.53e-33 119 CFU01724.1 WP_153656540.1 56.3 87 38 0 1 87 668 754 1.85e-28 105 MBV9085084.1 MBV9085084.1 100 109 0 0 1 109 1 109 4.42e-81 231 MBQ2193282.1 MBQ2193282.1 100 556 0 0 1 556 1 556 0.0 1080 WP_096751687.1 WP_096751687.1 100 282 0 0 1 282 1 282 9.39e-204 555 WP_096751687.1 WP_138785174.1 24.9 281 177 9 1 267 1 261 2.47e-12 63.9 NVJ47954.1 NVJ47954.1 100 546 0 0 1 546 1 546 0.0 1014 CAF4530116.1 CAF4530116.1 100 41 0 0 1 41 1 41 1.63e-17 78.6 MBO6858759.1 MBO6858759.1 100 379 0 0 1 379 1 379 6.98e-273 738 PDH25543.1 PDH25543.1 100 350 0 0 1 350 1 350 1.78e-249 676 QUA05739.1 QUA05739.1 100 212 0 0 1 212 1 212 1.28e-148 410 QUA05739.1 ADW49125.1 95.1 204 10 0 9 212 1 204 2.35e-137 381 QUA05739.1 AFA24308.1 93.7 205 13 0 8 212 1 205 1.16e-135 377 QUA05739.1 AFA09475.1 93.9 198 12 0 15 212 1 198 3.94e-130 363 QUA05739.1 AVM35379.1 87.0 207 27 0 6 212 1 207 3.65e-128 358 QUA05739.1 AWS34156.1 84.4 212 33 0 1 212 1 212 6.89e-125 350 QUA05739.1 ADJ35581.1 79.7 212 43 0 1 212 2 213 1.01e-124 350 QUA05739.1 QUQ06080.1 79.2 212 44 0 1 212 1 212 5.65e-124 348 QUA05739.1 ABQ63546.1 80.1 211 42 0 2 212 1 211 1.00e-119 337 QUA05739.1 AMA90994.1 81.7 197 36 0 1 197 1 197 2.43e-113 320 QUA05739.1 AKT58828.1 80.0 195 39 0 1 195 1 195 2.52e-110 312 QUA05739.1 AOR13807.1 77.8 198 44 0 10 207 1 198 2.29e-109 310 QUA05739.1 AOQ89457.1 82.9 187 32 0 5 191 1 187 5.21e-108 306 QUA05739.1 AAX94106.1 87.4 182 23 0 31 212 1 182 1.23e-106 311 QUA05739.1 AXZ65741.1 76.1 188 45 0 1 188 1 188 6.65e-102 291 QUA05739.1 UZF38514.1 72.4 199 55 0 14 212 1 199 7.13e-101 289 QUA05739.1 AGI15931.1 66.8 205 68 0 8 212 1 205 2.25e-97 280 QUA05739.1 AKA56406.1 71.6 201 50 2 2 200 2 197 3.88e-96 276 QUA05739.1 AHH30646.1 76.8 168 37 2 32 199 6 171 3.38e-84 245 QUA05739.1 ACE88666.1 82.0 133 24 0 80 212 1 133 2.63e-73 217 QUA05739.1 APC24336.1 73.3 105 28 0 108 212 1 105 2.88e-45 152 ROT89752.1 ROT89752.1 100 121 0 0 1 121 1 121 3.74e-90 254 WP_102848179.1 WP_102848179.1 100 198 0 0 1 198 1 198 4.29e-131 364 RMO68303.1 RMO68303.1 100 77 0 0 1 77 1 77 1.22e-52 156 MBN1133474.1 MBN1133474.1 100 579 0 0 1 579 1 579 0.0 1083 MBN1133474.1 NCS37471.1 28.1 501 338 9 73 562 74 563 5.70e-49 181 MBN1133474.1 WP_114947928.1 26.4 432 278 11 9 420 4 415 1.01e-21 96.7 MBN1133474.1 TVO55343.1 28.7 338 213 10 97 420 118 441 1.48e-15 77.8 WP_054919719.1 WP_054919719.1 100 522 0 0 1 522 1 522 0.0 1046 WP_014812045.1 WP_014812045.1 100 365 0 0 1 365 1 365 6.61e-264 714 WP_014812045.1 XP_023607675.1 43.2 44 21 1 37 76 353 396 5.29e-05 43.5 WP_014812045.1 XP_028261945.1 43.2 44 21 1 37 76 352 395 1.20e-04 42.4 MCM2350719.1 MCM2350719.1 100 166 0 0 1 166 1 166 2.24e-115 322 GGU95879.1 GGU95879.1 100 565 0 0 1 565 1 565 0.0 1076 EDV4701861.1 EDV4701861.1 100 55 0 0 1 55 1 55 4.56e-34 108 WP_060883568.1 WP_060883568.1 100 97 0 0 1 97 1 97 4.04e-67 194 NBC28176.1 NBC28176.1 100 313 0 0 1 313 1 313 1.27e-228 620 WP_219484458.1 WP_219484458.1 100 820 0 0 1 820 1 820 0.0 1565 WP_219484458.1 WP_139067457.1 46.2 819 408 11 1 815 1 790 4.35e-217 630 WP_219484458.1 HBE7681505.1 40.8 495 262 8 329 804 867 1349 6.88e-100 336 WP_219484458.1 WP_209676560.1 27.6 294 183 9 397 684 615 884 9.94e-15 77.0 WP_254218450.1 WP_254218450.1 100 519 0 0 1 519 1 519 0.0 893 WP_254218450.1 MBL0967454.1 53.9 330 152 0 184 513 1 330 3.20e-113 337 WP_254218450.1 EEJ0015338.1 46.4 293 153 3 174 465 91 380 6.11e-76 244 WP_254218450.1 XP_018282977.1 30.6 353 224 7 174 512 121 466 1.09e-35 138 UBY07556.1 UBY07556.1 100 1240 0 0 1 1240 1 1240 0.0 2003 PAA85122.1 PAA85122.1 100 729 0 0 212 940 212 940 1.26e-217 641 WP_250740298.1 WP_250740298.1 100 481 0 0 1 481 1 481 5.99e-312 845 XP_029957910.1 XP_029957910.1 100 197 0 0 1 197 1 197 2.52e-143 395 WP_261066330.1 WP_261066330.1 100 308 0 0 1 308 1 308 6.39e-215 585 EIN6894283.1 EIN6894283.1 100 56 0 0 1 56 1 56 6.13e-37 115 WP_003976137.1 WP_003976137.1 100 352 0 0 1 352 1 352 1.66e-255 692 WP_003976137.1 WP_138785174.1 27.6 210 124 5 121 317 53 247 3.03e-13 67.4 CAF9903004.1 CAF9903004.1 100 304 0 0 1 304 1 304 8.10e-216 587 WP_028211029.1 WP_028211029.1 100 76 0 0 1 76 1 76 2.83e-44 135 VTR17913.1 VTR17913.1 100 450 0 0 1 450 1 450 0.0 885 VTR17913.1 MCH3963123.1 23.0 226 158 7 178 393 543 762 2.10e-06 48.5 WP_155560674.1 WP_155560674.1 100 410 0 0 1 410 1 410 1.06e-269 733 MCI5849734.1 MCI5849734.1 100 1409 0 0 1 1409 1 1409 0.0 2810 WP_182221967.1 WP_182221967.1 100 157 0 0 1 157 1 157 1.49e-111 311 MBO1682517.1 MBO1682517.1 100 69 0 0 1 69 1 69 8.57e-45 136 KAJ5879340.1 KAJ5879340.1 100 395 0 0 1 395 1 395 4.23e-298 803 MCB1269932.1 MCB1269932.1 100 287 0 0 1 287 1 287 8.80e-216 586 MBF0266635.1 MBF0266635.1 100 503 0 0 1 503 1 503 0.0 996 MBI3145102.1 MBI3145102.1 100 464 0 0 1 464 1 464 0.0 900 MBI3145102.1 AAL18389.1 72.4 395 97 2 77 464 1 390 1.25e-199 557 MBI3145102.1 KAH9272690.1 46.1 115 60 1 2 114 12 126 1.90e-25 99.4 WP_224911464.1 WP_224911464.1 100 338 0 0 1 338 1 338 1.63e-223 610 WP_224911464.1 WP_058051508.1 41.7 319 169 6 11 327 10 313 6.36e-53 176 WP_224911464.1 MBE6257848.1 37.0 332 177 5 1 320 1 312 2.92e-52 174 WP_224911464.1 XP_046509038.1 41.7 48 28 0 221 268 960 1007 5.05e-06 46.6 WP_091131895.1 WP_091131895.1 100 436 0 0 1 436 1 436 1.62e-300 813 WP_076569469.1 WP_076569469.1 100 296 0 0 1 296 1 296 1.20e-213 581 MYM13983.1 MYM13983.1 100 294 0 0 1 294 1 294 1.23e-205 561 WP_124336611.1 WP_124336611.1 100 376 0 0 1 376 1 376 1.61e-281 759 OTI63326.1 OTI63326.1 100 335 0 0 1 335 1 335 6.44e-249 674 WP_033456074.1 WP_033456074.1 100 296 0 0 1 296 1 296 5.37e-201 549 WP_033456074.1 OFZ89526.1 72.8 305 61 3 14 296 118 422 1.60e-143 409 WP_033456074.1 MBT3887354.1 58.6 295 110 3 14 296 27 321 5.55e-113 327 WP_033456074.1 WP_267292626.1 59.5 296 115 3 4 294 217 512 7.81e-106 316 WP_033456074.1 WP_098923619.1 52.7 294 134 3 7 295 125 418 1.56e-91 276 WP_033456074.1 WP_262612393.1 49.2 297 139 4 8 295 131 424 6.08e-78 241 WP_033456074.1 NDI25889.1 44.8 286 140 4 18 288 1 283 2.48e-62 197 WP_033456074.1 KAA0555231.1 32.0 303 189 6 8 294 329 630 2.95e-32 124 WP_033456074.1 KAJ4394429.1 27.8 316 202 5 7 296 199 514 7.30e-26 105 KAJ0179631.1 KAJ0179631.1 100 55 0 0 1 55 1 55 1.86e-33 106 XP_011231611.1 XP_011231611.1 100 344 0 0 1 344 1 344 7.40e-223 608 KAH9773659.1 KAH9773659.1 100 572 0 0 1 572 1 572 0.0 1059 MBG4284514.1 MBG4284514.1 100 337 0 0 1 337 1 337 1.52e-248 673 MBG4284514.1 MBV8815235.1 35.6 354 171 10 5 332 2 324 4.19e-49 166 WP_232923125.1 WP_232923125.1 100 813 0 0 1 813 1 813 0.0 1589 WP_232923125.1 WP_225927241.1 70.3 812 238 2 2 812 20 829 0.0 1135 QJX39053.1 QJX39053.1 100 846 0 0 1 846 1 846 0.0 1659 QJX39053.1 AEO85464.1 71.8 856 220 5 1 845 1 846 0.0 1237 QJX39053.1 AAX97169.1 76.5 340 73 1 506 845 2 334 7.07e-176 508 QJX39053.1 QCI53355.1 69.7 353 95 2 30 370 2 354 9.94e-176 509 QJX39053.1 AEJ33395.1 33.7 900 484 26 24 845 17 881 1.44e-127 402 QJX39053.1 ABG88111.1 63.2 95 34 1 270 364 1 94 2.45e-34 124 XP_047670625.1 XP_047670625.1 100 1579 0 0 1 1579 1 1579 0.0 2895 HIZ23242.1 HIZ23242.1 100 431 0 0 1 431 1 431 2.25e-309 835 HIZ23242.1 MBQ3156222.1 40.9 425 248 2 4 428 2 423 3.15e-102 309 OGP18648.1 OGP18648.1 100 122 0 0 1 122 1 122 2.34e-89 253 YP_009953780.1 YP_009953780.1 100 58 0 0 1 58 1 58 5.79e-36 113 WP_096420503.1 WP_096420503.1 100 230 0 0 1 230 1 230 5.64e-145 402 AIR72471.1 AIR72471.1 100 99 0 0 1 99 1 99 6.35e-74 212 WP_145848873.1 WP_145848873.1 100 191 0 0 1 191 1 191 4.92e-138 381 MCF7808720.1 MCF7808720.1 100 230 0 0 1 230 1 230 3.51e-164 451 MCF7808720.1 WP_215557653.1 45.5 220 120 0 6 225 3 222 1.61e-60 189 MCF7808720.1 MCB0243881.1 40.6 217 129 0 6 222 5 221 1.02e-52 168 MCF7808720.1 MBT4161918.1 38.8 224 137 0 1 224 1 224 2.07e-50 162 MCF7808720.1 MCC6044083.1 40.7 214 126 1 11 224 8 220 1.88e-47 157 MCF7808720.1 WP_250499463.1 37.6 221 137 1 6 225 8 228 4.82e-44 146 MCF7808720.1 WP_140480909.1 38.8 219 122 4 6 222 12 220 1.05e-40 141 MCF7808720.1 MBQ4383193.1 36.4 206 127 2 25 229 23 225 1.93e-35 124 MCF7808720.1 WP_142133210.1 37.9 206 123 5 26 229 26 228 2.42e-35 124 MCF7808720.1 WP_072380563.1 36.5 211 118 6 26 227 17 220 1.40e-32 117 MCF7808720.1 NLW39422.1 25.5 212 144 2 23 229 33 235 7.68e-19 82.0 MCF7808720.1 WP_041710957.1 29.1 79 51 2 147 224 98 172 9.47e-06 44.3 MCR4780139.1 MCR4780139.1 100 376 0 0 1 376 1 376 2.07e-268 726 MCR4780139.1 WP_211746996.1 25.4 299 184 7 6 294 5 274 4.25e-18 83.2 RUM56169.1 RUM56169.1 100 251 0 0 1 251 1 251 2.49e-188 513 RUM56169.1 WP_126376486.1 28.1 242 169 4 14 251 27 267 1.99e-26 102 EXV29885.1 EXV29885.1 100 81 0 0 1 81 1 81 1.44e-55 164 WP_135153154.1 WP_135153154.1 100 326 0 0 1 326 1 326 2.90e-236 641 WP_192272294.1 WP_192272294.1 100 357 0 0 1 357 1 357 3.64e-257 696 WP_192272294.1 WP_212961195.1 37.0 208 110 5 156 349 839 1039 2.33e-29 117 WP_192272294.1 NIK25817.1 28.1 221 129 6 162 354 394 612 4.33e-16 77.8 WP_169034890.1 WP_169034890.1 100 199 0 0 1 199 1 199 9.06e-138 381 MCL2179853.1 MCL2179853.1 100 590 0 0 1 590 1 590 0.0 1020 WP_261610998.1 WP_261610998.1 100 135 0 0 1 135 1 135 1.15e-84 242 GIW75824.1 GIW75824.1 100 123 0 0 1 123 1 123 5.72e-86 244 WP_107605937.1 WP_107605937.1 100 271 0 0 1 271 1 271 3.80e-193 527 WP_204504397.1 WP_204504397.1 100 295 0 0 1 295 1 295 5.89e-209 569 WP_204504397.1 MBP8049567.1 29.4 279 184 5 19 289 2 275 3.36e-29 110 WP_104880153.1 WP_104880153.1 100 484 0 0 1 484 1 484 0.0 964 WP_192819276.1 WP_192819276.1 100 290 0 0 1 290 1 290 5.07e-212 577 MBP3258987.1 MBP3258987.1 100 558 0 0 1 558 1 558 0.0 1101 WP_051799949.1 WP_051799949.1 100 130 0 0 1 130 1 130 2.02e-96 271 WP_080069963.1 WP_080069963.1 100 187 0 0 1 187 1 187 2.36e-152 417 MBM7125960.1 MBM7125960.1 100 260 0 0 1 260 1 260 1.21e-179 492 MBM7125960.1 MBU1183407.1 34.4 250 161 2 11 260 11 257 1.43e-41 141 MBM7125960.1 MCF8709434.1 36.7 196 121 2 5 200 18 210 1.55e-31 115 WP_032902824.1 WP_032902824.1 100 560 0 0 1 560 1 560 0.0 1042 OJZ88794.1 OJZ88794.1 100 65 0 0 1 65 1 65 7.86e-46 138 MCA1602026.1 MCA1602026.1 100 200 0 0 1 200 1 200 1.25e-149 411 WP_254698006.1 WP_254698006.1 100 531 0 0 1 531 1 531 0.0 933 WP_254698006.1 WP_225579579.1 66.3 489 152 1 1 489 15 490 1.42e-207 585 WP_254698006.1 OQA38407.1 48.0 454 207 6 1 430 9 457 1.75e-131 389 WP_254698006.1 WP_253808359.1 47.1 435 217 6 1 429 5 432 3.22e-116 349 WP_254698006.1 PSR02572.1 36.2 279 157 8 19 285 68 337 8.92e-42 151 WP_254698006.1 WP_073201850.1 33.2 268 161 4 25 281 56 316 2.76e-39 144 WP_135625684.1 WP_135625684.1 100 226 0 0 1 226 1 226 4.59e-158 435 MCF6248835.1 MCF6248835.1 100 453 0 0 1 453 1 453 0.0 922 WP_207277556.1 WP_207277556.1 100 661 0 0 1 661 1 661 0.0 1174 QLL42869.1 QLL42869.1 100 229 0 0 1 229 1 229 8.44e-151 417 WP_208891791.1 WP_208891791.1 100 396 0 0 1 396 1 396 1.92e-290 784 NPA60307.1 NPA60307.1 100 136 0 0 1 136 1 136 7.44e-86 245 NUM76802.1 NUM76802.1 100 343 0 0 1 343 1 343 3.64e-259 700 WP_261733022.1 WP_261733022.1 100 765 0 0 1 765 1 765 0.0 1429 WP_261733022.1 TAL20232.1 39.0 400 223 7 244 630 218 609 8.27e-71 242 WP_261733022.1 HAS8246497.1 31.2 573 332 12 198 728 400 952 7.71e-67 237 WP_261733022.1 WP_138482356.1 33.3 426 258 6 230 643 388 799 3.52e-59 214 WP_261733022.1 WP_007356512.1 34.1 443 259 6 233 646 721 1159 3.23e-54 201 WP_261733022.1 EDN57974.1 43.3 233 123 3 254 481 398 626 9.30e-45 172 WP_261733022.1 KFX48203.1 33.5 349 207 6 183 513 603 944 1.50e-43 168 WP_261733022.1 WP_063540919.1 29.5 376 232 11 253 622 489 837 2.73e-34 139 WP_261733022.1 SEP77558.1 36.9 236 142 4 251 483 336 567 1.16e-33 135 WP_261733022.1 WP_232306300.1 28.8 393 234 9 259 622 854 1229 1.30e-32 134 WP_261733022.1 PSQ73325.1 34.8 250 151 6 240 482 596 840 2.35e-31 129 WP_261733022.1 WP_074911472.1 25.1 398 279 11 253 640 792 1180 3.69e-25 110 MCC6153889.1 MCC6153889.1 100 415 0 0 1 415 1 415 2.09e-315 848 MAR11490.1 MAR11490.1 100 200 0 0 1 200 1 200 1.14e-136 379 WP_202390355.1 WP_202390355.1 100 38 0 0 40 77 40 77 2.36e-23 82.8 KFP55735.1 KFP55735.1 100 411 0 0 1 411 1 411 1.38e-302 816 OPZ80214.1 OPZ80214.1 100 274 0 0 1 274 1 274 4.40e-189 517 SDP91455.1 SDP91455.1 100 68 0 0 1 68 1 68 4.80e-46 139 MCA9759546.1 MCA9759546.1 100 246 0 0 1 246 1 246 4.60e-177 484 MCA9759546.1 WP_237907640.1 30.4 224 143 6 7 225 3 218 2.46e-18 81.3 XP_042575628.1 XP_042575628.1 100 176 0 0 1 176 1 176 5.81e-116 324 UTM04871.1 UTM04871.1 100 472 0 0 1 472 1 472 0.0 943 MBE4386870.1 MBE4386870.1 100 409 0 0 1 409 1 409 5.07e-272 738 MBU1949759.1 MBU1949759.1 100 283 0 0 1 283 1 283 1.93e-217 590 WP_209164465.1 WP_209164465.1 100 317 0 0 1 317 1 317 3.39e-235 637 WP_070172067.1 WP_070172067.1 100 665 0 0 1 665 1 665 0.0 1355 WP_070172067.1 WP_014985199.1 49.8 626 307 4 21 642 70 692 1.32e-207 598 WP_070172067.1 NXM52897.1 47.7 396 194 5 16 406 1 388 8.81e-118 360 WP_070172067.1 TMQ05501.1 64.3 28 10 0 21 48 33 60 5.27e-06 42.7 MBC9216850.1 MBC9216850.1 100 93 0 0 1 93 1 93 1.14e-62 183 KAF3157345.1 KAF3157345.1 100 102 0 0 1 102 1 102 2.99e-69 200 WP_243514657.1 WP_243514657.1 100 353 0 0 1 353 1 353 8.90e-256 692 WP_264593810.1 WP_264593810.1 100 460 0 0 1 460 1 460 0.0 912 WP_264593810.1 MBL7151874.1 25.7 416 284 11 45 441 42 451 3.05e-24 103 WP_264593810.1 MBQ2719788.1 27.0 270 164 7 33 269 69 338 4.78e-12 66.2 MCF3649217.1 MCF3649217.1 100 276 0 0 1 276 1 276 7.48e-207 562 WP_260912062.1 WP_260912062.1 100 82 0 0 1 82 1 82 8.87e-64 185 MBV38818.1 MBV38818.1 100 413 0 0 1 413 1 413 8.23e-296 799 CDX26094.1 CDX26094.1 100 338 0 0 1 338 1 338 7.23e-227 618 CDX26094.1 WP_279008479.1 40.2 306 173 5 25 327 9 307 1.20e-57 187 CDX26094.1 KQN49849.1 31.8 305 190 6 35 333 15 307 2.07e-34 127 CDX26094.1 WP_105447015.1 44.0 150 84 0 183 332 242 391 2.89e-28 111 CDX26094.1 WP_023828789.1 36.2 152 96 1 182 332 260 411 6.49e-18 82.4 EPS65972.1 EPS65972.1 100 85 0 0 1 85 1 85 2.09e-50 151 MCF7845821.1 MCF7845821.1 100 53 0 0 1 53 1 53 4.12e-16 62.8 MCA9273490.1 MCA9273490.1 100 336 0 0 1 336 1 336 2.56e-260 702 WP_165007860.1 WP_165007860.1 100 229 0 0 1 229 1 229 2.10e-160 441 WP_084119994.1 WP_084119994.1 100 323 0 0 1 323 1 323 6.31e-234 635 WP_084119994.1 HBX8004802.1 35.6 104 66 1 4 107 15 117 6.29e-11 60.8 WP_139266533.1 WP_139266533.1 100 116 0 0 1 116 1 116 3.15e-82 234 PHS07087.1 PHS07087.1 100 470 0 0 1 470 1 470 0.0 941 CAB4375794.1 CAB4375794.1 100 155 0 0 1 155 1 155 3.12e-103 290 QLT57385.1 QLT57385.1 100 105 0 0 1 105 1 105 1.51e-77 221 MBL8001378.1 MBL8001378.1 100 135 0 0 1 135 1 135 5.70e-94 265 KAJ7390332.1 KAJ7390332.1 100 353 0 0 1 353 1 353 2.43e-177 494 KIO14952.1 KIO14952.1 100 53 0 0 1 53 1 53 6.64e-33 105 QHV87229.1 QHV87229.1 100 434 0 0 1 434 1 434 1.36e-319 861 WP_281350185.1 WP_281350185.1 100 115 0 0 1 115 1 115 1.69e-81 232 WP_254090314.1 WP_254090314.1 100 232 0 0 1 232 1 232 2.04e-173 474 WP_100659968.1 WP_100659968.1 100 401 0 0 1 401 1 401 7.45e-286 773 QTW92269.1 QTW92269.1 100 406 0 0 1 406 1 406 3.77e-277 751 KAJ1419147.1 KAJ1419147.1 100 282 0 0 1 282 1 282 8.74e-209 568 KAF1839740.1 KAF1839740.1 100 222 0 0 1 222 1 222 5.04e-169 462 BDY11310.1 BDY11310.1 100 82 0 0 1 82 1 82 4.24e-62 181 XP_048216280.1 XP_048216280.1 100 421 0 0 1 421 1 421 1.34e-305 824 XP_048216280.1 XP_030620685.1 36.1 291 175 4 4 293 80 360 1.50e-54 185 XP_048216280.1 XP_046441060.1 33.2 280 167 8 20 296 61 323 1.17e-39 149 XP_048216280.1 XP_020321477.1 33.0 279 169 8 20 296 53 315 1.36e-39 149 XP_048216280.1 KAG1590416.1 33.5 272 155 6 24 288 84 336 1.03e-37 139 XP_048216280.1 XP_029528577.1 35.5 256 146 5 25 277 35 274 2.18e-37 137 XP_048216280.1 XP_019384620.1 32.2 270 163 6 26 286 21 279 1.69e-36 140 XP_048216280.1 XP_051566275.1 31.8 283 178 5 6 286 1228 1497 3.88e-36 139 XP_048216280.1 RQM16216.1 33.2 256 154 6 24 277 407 647 2.41e-34 134 XP_048216280.1 KAH6984898.1 27.7 321 188 5 9 289 14 330 8.09e-32 126 XP_048216280.1 XP_048379117.1 31.1 280 170 8 24 295 261 525 2.18e-31 124 XP_048216280.1 KZT58963.1 29.4 282 170 7 23 290 1081 1347 9.60e-27 111 WP_084290175.1 WP_084290175.1 100 116 0 0 1 116 1 116 4.47e-82 234 XP_047379458.1 XP_047379458.1 100 545 0 0 1 545 1 545 0.0 1080 XP_047379458.1 WP_135820337.1 27.0 300 196 10 18 296 330 627 7.65e-27 113 YP_009745171.1 YP_009745171.1 100 92 0 0 1 92 1 92 6.38e-64 186 YP_009745171.1 UOA67814.1 59.6 94 36 1 1 92 1 94 9.50e-37 117 WP_276509439.1 WP_276509439.1 100 242 0 0 1 242 1 242 1.32e-174 478 MCQ2612024.1 MCQ2612024.1 100 320 0 0 1 320 1 320 6.08e-235 637 MCQ2612024.1 WP_014407515.1 33.3 294 163 10 9 293 7 276 9.75e-37 132 MCQ2612024.1 MBK9183427.1 28.6 283 187 8 9 285 12 285 1.84e-25 102 MCQ2612024.1 WP_126136917.1 26.9 286 185 12 9 288 12 279 1.13e-13 68.6 WP_242719345.1 WP_242719345.1 100 482 0 0 1 482 1 482 0.0 910 MBU2333720.1 MBU2333720.1 100 411 0 0 1 411 1 411 1.73e-296 800 HBF5910189.1 HBF5910189.1 100 135 0 0 1 135 1 135 9.47e-93 262 WP_070276216.1 WP_070276216.1 100 685 0 0 1 685 1 685 0.0 1216 WP_244305237.1 WP_244305237.1 100 191 0 0 1 191 1 191 8.09e-128 355 WP_161020167.1 WP_161020167.1 100 630 0 0 1 630 1 630 0.0 1231 HBZ7417361.1 HBZ7417361.1 100 283 0 0 1 283 1 283 9.45e-209 568 HBZ7417361.1 MCM6312373.1 98.6 283 4 0 1 283 276 558 1.42e-201 560 HBZ7417361.1 HBS0905846.1 98.2 283 5 0 1 283 276 558 1.16e-200 558 HBZ7417361.1 WP_280015341.1 45.9 279 147 2 3 278 286 563 4.44e-74 235 MBV8166774.1 MBV8166774.1 100 206 0 0 1 206 1 206 7.99e-140 387 WP_013845913.1 WP_013845913.1 100 249 0 0 1 249 1 249 4.57e-174 477 WP_013845913.1 WP_031940100.1 31.7 240 154 4 9 240 13 250 6.55e-25 97.8 WP_013845913.1 WP_062917436.1 37.8 201 110 7 1 194 1 193 2.77e-22 90.9 WP_013845913.1 WP_273849839.1 31.9 238 146 4 7 231 7 241 6.47e-22 89.7 WP_013845913.1 MAN53906.1 27.8 216 155 1 1 216 1 215 9.76e-18 79.0 WP_013845913.1 WP_251593142.1 30.2 189 128 2 4 192 5 189 1.26e-13 67.0 WP_013845913.1 KAI0154282.1 27.4 197 128 7 4 189 8 200 2.63e-08 51.6 MCH8147627.1 MCH8147627.1 100 52 0 0 1 52 1 52 6.42e-35 110 KAF4336989.1 KAF4336989.1 100 241 0 0 1 241 1 241 7.43e-185 504 KAF4336989.1 WP_112473496.1 35.4 164 67 6 6 164 4 133 1.15e-21 87.4 WP_104981358.1 WP_104981358.1 100 383 0 0 1 383 1 383 1.63e-289 780 WP_013102579.1 WP_013102579.1 100 176 0 0 1 176 1 176 1.62e-131 363 XP_024747977.1 XP_024747977.1 100 198 0 0 1 198 1 198 4.36e-149 410 NDF13247.1 NDF13247.1 100 90 0 0 1 90 1 90 2.34e-65 189 WP_162783004.1 WP_162783004.1 100 881 0 0 1 881 1 881 0.0 1674 ARR91819.1 ARR91819.1 100 307 0 0 1 307 1 307 9.39e-212 577 ARR91819.1 AFJ09957.1 87.3 307 38 1 1 307 1 306 9.31e-196 541 ARR91819.1 BAO11608.1 86.0 307 42 1 1 307 1 306 1.06e-195 538 ARR91819.1 BAO23243.1 85.7 307 43 1 1 307 1 306 5.81e-194 534 ARR91819.1 ACH90072.1 85.0 307 45 1 1 307 29 334 1.56e-193 534 ARR91819.1 ACY29573.1 85.3 306 44 1 1 306 1 305 1.59e-192 534 ARR91819.1 AVA00513.1 84.4 307 47 1 1 307 1 306 6.80e-192 528 ARR91819.1 QWY38042.1 85.0 306 45 1 1 306 1 305 3.05e-191 529 ARR91819.1 AFV39595.1 85.9 306 42 1 1 306 54 358 8.27e-185 534 ARR91819.1 AOW33101.1 85.2 290 42 1 17 306 1 289 2.40e-180 498 ARR91819.1 AOW36968.1 80.8 291 55 1 17 307 1 290 1.69e-172 479 ARR91819.1 ACV16867.1 96.3 188 7 0 120 307 20 207 2.57e-131 374 ARR91819.1 ADB27070.1 94.1 170 10 0 138 307 1 170 9.72e-117 333 ARR91819.1 ABJ92889.1 81.3 96 18 0 4 99 1 96 3.00e-56 175 MCS6948286.1 MCS6948286.1 100 360 0 0 1 360 1 360 7.29e-254 688 WP_194235048.1 WP_194235048.1 100 91 0 0 1 91 1 91 6.16e-66 191 MBO5878101.1 MBO5878101.1 100 129 0 0 1 129 1 129 2.88e-91 258 WP_063316698.1 WP_063316698.1 100 227 0 0 1 227 1 227 2.64e-153 423 WP_063316698.1 RQD71026.1 31.2 93 63 1 52 143 35 127 3.38e-05 42.0 HBC6813009.1 HBC6813009.1 100 183 0 0 1 183 1 183 3.50e-134 371 PKU40490.1 PKU40490.1 100 214 0 0 1 214 1 214 1.75e-156 430 PKU40490.1 XP_020321477.1 53.2 188 86 2 14 201 51 236 5.73e-59 196 PKU40490.1 XP_046441060.1 50.0 188 92 2 14 201 59 244 5.19e-58 194 PKU40490.1 XP_030620685.1 30.9 217 142 5 1 213 81 293 1.96e-29 111 WP_254144300.1 WP_254144300.1 100 505 0 0 1 505 1 505 0.0 955 CAD6897702.1 CAD6897702.1 100 57 0 0 1 57 1 57 3.03e-33 106 MBC7757407.1 MBC7757407.1 100 267 0 0 1 267 1 267 1.38e-193 528 TDL20017.1 TDL20017.1 100 385 0 0 1 385 1 385 1.06e-286 773 WP_115513761.1 WP_115513761.1 100 221 0 0 1 221 1 221 2.03e-154 425 WP_145031602.1 WP_145031602.1 100 564 0 0 1 564 1 564 0.0 1158 WP_145031602.1 NOU36639.1 58.5 549 220 4 13 559 3 545 4.92e-236 659 WP_145031602.1 XP_045807497.1 45.9 538 268 9 31 559 258 781 1.23e-151 452 REJ18923.1 REJ18923.1 100 157 0 0 1 157 1 157 1.95e-107 301 MBB3008158.1 MBB3008158.1 100 446 0 0 1 446 1 446 0.0 915 MBB3008158.1 WP_070714099.1 55.1 450 188 5 2 445 17 458 2.80e-173 492 MBB3008158.1 PPU99279.1 43.9 467 225 12 2 446 20 471 4.55e-112 336 MBB3008158.1 WP_215493005.1 37.8 484 247 17 1 443 19 489 2.41e-92 286 EAV4122193.1 EAV4122193.1 100 289 0 0 1 289 1 289 3.07e-192 526 EAV4122193.1 WP_140843904.1 29.0 131 88 2 153 283 191 316 2.90e-07 49.3 WP_246884968.1 WP_246884968.1 100 543 0 0 1 543 1 543 0.0 931 MBP6505074.1 MBP6505074.1 100 394 0 0 1 394 1 394 1.80e-278 753 MBP6505074.1 CAP00477.1 35.9 393 227 4 2 390 4 375 1.14e-77 243 AEL09906.1 AEL09906.1 100 86 0 0 1 86 1 86 2.31e-61 179 WP_260467581.1 WP_260467581.1 100 204 0 0 1 204 1 204 5.63e-139 385 MBE7554905.1 MBE7554905.1 100 338 0 0 1 338 1 338 4.45e-237 644 MBE7554905.1 WP_047721562.1 43.4 332 185 2 5 335 8 337 2.86e-75 233 MBE7554905.1 AHG02917.1 32.6 337 195 2 1 334 1 308 1.78e-54 179 MBE7554905.1 MBX7055839.1 31.9 348 189 7 5 335 8 324 6.10e-51 170 MBE7554905.1 WP_239280620.1 32.3 319 193 5 20 338 26 321 3.73e-42 147 MBE7554905.1 WP_149656427.1 31.8 336 215 6 1 335 1 323 8.66e-40 141 MBE7554905.1 KQB14740.1 31.4 306 191 6 33 336 38 326 7.42e-37 133 MBE7554905.1 KAB2860347.1 46.1 115 62 0 221 335 1 115 5.98e-27 101 CAH7718754.1 CAH7718754.1 100 87 0 0 1 87 1 87 7.74e-56 165 CAH7718754.1 XP_055059894.1 46.2 65 35 0 1 65 61 125 1.41e-15 68.2 XP_054539312.1 XP_054539312.1 100 1839 0 0 1 1839 1 1839 0.0 1995 WP_010443651.1 WP_010443651.1 100 240 0 0 1 240 1 240 1.04e-170 468 WP_010443651.1 WP_110035452.1 39.9 233 133 2 3 235 7 232 4.19e-55 175 WP_010443651.1 WP_108024271.1 36.9 241 145 4 5 238 10 250 2.45e-45 150 WP_010443651.1 WP_273849839.1 35.3 252 141 6 3 235 7 255 2.97e-29 108 WP_010443651.1 WP_183882442.1 33.0 203 126 3 3 195 7 209 1.62e-26 101 WP_010443651.1 KAG2346037.1 33.9 254 145 6 3 235 14 265 1.18e-25 99.8 WP_010443651.1 WP_138597401.1 29.5 241 159 4 3 235 4 241 8.26e-22 89.0 WP_010443651.1 WP_077093245.1 33.5 191 114 2 3 180 9 199 1.77e-21 89.4 WP_010443651.1 XP_007206475.1 28.4 250 152 6 4 235 19 259 2.42e-20 85.5 NNK90694.1 NNK90694.1 100 78 0 0 1 78 1 78 7.62e-52 154 MCI0339177.1 MCI0339177.1 100 259 0 0 1 259 1 259 7.35e-185 505 ETP52929.1 ETP52929.1 100 118 0 0 1 118 1 118 1.01e-79 228 KAI9354912.1 KAI9354912.1 100 1049 0 0 1 1049 1 1049 0.0 1843 MBV8846188.1 MBV8846188.1 100 245 0 0 1 245 1 245 3.50e-176 482 WP_075555721.1 WP_075555721.1 100 227 0 0 1 227 1 227 4.25e-159 437 MBR0168732.1 MBR0168732.1 100 296 0 0 1 296 1 296 2.01e-221 601 WP_159020823.1 WP_159020823.1 100 305 0 0 1 305 1 305 4.09e-230 624 ROV93981.1 ROV93981.1 100 289 0 0 1 289 1 289 9.59e-196 535 WP_160324393.1 WP_160324393.1 100 345 0 0 1 345 1 345 2.49e-267 721 WP_280604208.1 WP_280604208.1 100 615 0 0 1 615 1 615 0.0 1231 WP_141769780.1 WP_141769780.1 100 117 0 0 1 117 1 117 3.39e-73 211 XP_022467441.1 XP_022467441.1 100 97 0 0 1 97 1 97 5.74e-67 194 KAH6575376.1 KAH6575376.1 100 447 0 0 1 447 1 447 0.0 923 KAH6575376.1 XP_051566275.1 30.3 122 74 5 289 403 1335 1452 1.31e-06 49.3 RDE30147.1 RDE30147.1 100 479 0 0 1 479 1 479 0.0 932 RDE30147.1 WP_000877275.1 25.5 321 201 7 178 479 218 519 4.11e-24 103 RDE30147.1 WP_111953219.1 30.8 221 109 4 301 477 374 594 3.08e-20 92.0 MBS07042.1 MBS07042.1 100 443 0 0 1 443 1 443 7.48e-305 824 MBR0185573.1 MBR0185573.1 100 629 0 0 1 629 1 629 0.0 1184 MBR0185573.1 WP_137692307.1 26.0 400 214 12 244 628 58 390 3.72e-19 89.4 MBR0185573.1 MSO98652.1 25.8 225 109 8 142 357 35 210 2.07e-04 41.6 MBR6873642.1 MBR6873642.1 100 1120 0 0 1 1120 1 1120 0.0 2154 KAH8674414.1 KAH8674414.1 100 293 0 0 1 293 1 293 1.31e-220 598 KAI5122644.1 KAI5122644.1 100 1265 0 0 1 1265 1 1265 0.0 2377 KAI5122644.1 WP_015615815.1 29.8 866 507 27 373 1210 14 806 2.05e-85 296 KAI5122644.1 WP_015919400.1 28.0 774 451 20 469 1213 92 788 3.30e-63 229 KAI5122644.1 MBL8638832.1 27.0 857 548 26 373 1198 58 867 2.13e-61 226 KAI5122644.1 MCJ7548546.1 28.2 763 461 25 373 1108 17 719 7.14e-60 218 KAI5122644.1 KZV11597.1 21.9 763 512 26 475 1195 88 808 6.86e-22 100 WP_255657001.1 WP_255657001.1 100 301 0 0 1 301 1 301 4.15e-212 578 WP_255657001.1 WP_190032834.1 31.8 286 186 4 8 292 10 287 3.02e-25 100 WP_255657001.1 WP_099723413.1 30.7 280 180 5 4 282 8 274 3.18e-24 97.8 WP_255657001.1 WP_029579419.1 38.7 186 113 1 4 188 6 191 2.72e-23 95.5 WP_208427233.1 WP_208427233.1 100 303 0 0 1 303 1 303 1.60e-226 614 WP_208427233.1 WP_046325749.1 37.6 287 163 6 4 276 5 289 2.98e-52 176 WP_208427233.1 WP_013571875.1 38.0 295 160 8 3 279 5 294 1.40e-48 167 WP_208427233.1 WP_057479385.1 38.0 287 157 8 3 272 13 295 2.11e-46 161 MBP1765367.1 MBP1765367.1 100 485 0 0 1 485 1 485 0.0 973 MBP1765367.1 WP_014772780.1 54.0 476 213 3 4 477 31 502 1.00e-180 522 MCJ8744353.1 MCJ8744353.1 100 705 0 0 1 705 1 705 0.0 1299 WP_235697519.1 WP_235697519.1 100 388 0 0 1 388 1 388 2.18e-276 748 WP_203101196.1 WP_203101196.1 100 336 0 0 1 336 1 336 4.32e-243 659 WP_081197627.1 WP_081197627.1 100 317 0 0 1 317 1 317 4.61e-233 632 AGL88086.1 AGL88086.1 100 290 0 0 1 290 1 290 8.51e-195 533 AGL88086.1 WP_249991478.1 33.7 288 167 11 20 288 48 330 1.35e-34 126 AGL88086.1 EIU6828535.1 30.9 291 181 6 12 285 35 322 1.84e-29 112 AGL88086.1 WP_097346712.1 31.1 270 172 5 29 284 390 659 6.08e-29 114 AGL88086.1 AHK46784.1 32.3 288 165 6 25 284 36 321 3.43e-27 106 AGL88086.1 WP_158131988.1 29.4 269 176 4 29 283 390 658 4.17e-25 103 AGL88086.1 EAP5059555.1 26.3 281 184 7 26 285 79 357 4.85e-17 78.6 KAI2507414.1 KAI2507414.1 100 237 0 0 1 237 1 237 7.09e-172 471 WP_278243902.1 WP_278243902.1 100 366 0 0 1 366 1 366 1.57e-267 723 WP_278243902.1 WP_081851094.1 33.3 117 71 3 195 306 198 312 2.32e-05 44.3 WP_195519891.1 WP_195519891.1 100 277 0 0 1 277 1 277 4.96e-192 525 WP_267857086.1 WP_267857086.1 100 377 0 0 1 377 1 377 7.27e-274 740 SDT73851.1 SDT73851.1 100 232 0 0 1 232 1 232 7.36e-167 457 MCI8905996.1 MCI8905996.1 100 124 0 0 1 124 1 124 1.02e-84 241 MBE5853476.1 MBE5853476.1 100 167 0 0 1 167 1 167 2.33e-122 340 WP_187666598.1 WP_187666598.1 100 259 0 0 1 259 1 259 5.62e-189 516 RYY73542.1 RYY73542.1 100 381 0 0 1 381 1 381 3.37e-281 759 RYY73542.1 MBI1189702.1 46.5 374 186 6 10 381 1 362 1.50e-101 303 RYY73542.1 MCK9252526.1 41.6 373 217 1 6 377 14 386 2.61e-96 291 RYY73542.1 EFX2174330.1 42.0 81 47 0 79 159 65 145 2.68e-11 62.4 RYY73542.1 WP_223413240.1 35.8 81 52 0 79 159 66 146 5.42e-07 49.3 RYY73542.1 WP_266179881.1 33.3 81 54 0 79 159 66 146 9.36e-06 45.4 MBO7740928.1 MBO7740928.1 100 195 0 0 1 195 1 195 1.25e-142 393 EEW1536683.1 EEW1536683.1 100 1246 0 0 1 1246 1 1246 0.0 2616 EEW1536683.1 EHZ4862226.1 90.5 1246 118 0 1 1246 1 1246 0.0 2409 MBM6691367.1 MBM6691367.1 100 88 0 0 1 88 1 88 6.78e-64 186 MBM6691367.1 WP_044489505.1 47.1 87 45 1 1 87 99 184 1.26e-21 84.3 KAH8103951.1 KAH8103951.1 100 606 0 0 1 606 1 606 0.0 1082 CAE8618269.1 CAE8618269.1 100 575 0 0 1 575 1 575 0.0 1068 KAI6823133.1 KAI6823133.1 100 322 0 0 1 322 1 322 1.84e-221 603 NLU38508.1 NLU38508.1 100 772 0 0 1 772 1 772 0.0 1521 HCE3964987.1 HCE3964987.1 100 85 0 0 1 85 1 85 3.34e-47 143 NBR20456.1 NBR20456.1 100 271 0 0 1 271 1 271 2.79e-195 533 TIW64311.1 TIW64311.1 100 42 0 0 1 42 1 42 6.08e-29 94.4 KJS71365.1 KJS71365.1 100 156 0 0 1 156 1 156 1.13e-101 286 EFS21643.1 EFS21643.1 100 172 0 0 1 172 1 172 2.81e-121 337 GHU06330.1 GHU06330.1 100 1778 0 0 1 1778 1 1778 0.0 3369 UXH94526.1 UXH94526.1 100 4401 0 0 1 4401 1 4401 0.0 8646 UXH94526.1 ULA23837.2 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UXH94526.1 UIR12670.1 99.9 4397 3 0 1 4397 1 4397 0.0 8635 UXH94526.1 UPA83906.1 99.8 4397 7 0 1 4397 1 4397 0.0 8624 UXH94526.1 UMF87224.1 99.4 4397 27 0 1 4397 1 4397 0.0 8623 UXH94526.1 QTD03487.1 99.6 4405 14 2 1 4401 1 4405 0.0 8617 UXH94526.1 QXR94354.1 99.6 4402 15 1 1 4401 1 4402 0.0 8616 UXH94526.1 UPP41269.1 99.6 4402 16 1 1 4401 1 4402 0.0 8616 UXH94526.1 QTM79632.1 99.6 4402 18 1 1 4401 1 4402 0.0 8615 UXH94526.1 USR14792.1 99.6 4402 17 1 1 4401 1 4402 0.0 8613 UXH94526.1 UZO53924.1 99.7 4398 14 1 1 4397 1 4398 0.0 8613 UXH94526.1 QWC83326.1 99.7 4401 11 2 1 4397 1 4401 0.0 8611 UXH94526.1 UVB16817.1 99.7 4398 14 1 1 4397 1 4398 0.0 8611 UXH94526.1 QTZ27226.1 99.5 4402 20 1 1 4401 1 4402 0.0 8610 UXH94526.1 QVD87869.1 99.7 4398 14 1 1 4397 1 4398 0.0 8610 UXH94526.1 URQ55824.1 99.6 4398 15 1 1 4397 1 4398 0.0 8610 UXH94526.1 QSZ25555.1 99.6 4401 13 2 1 4397 1 4401 0.0 8609 UXH94526.1 UFM00670.1 99.5 4405 17 2 1 4401 1 4405 0.0 8608 UXH94526.1 WEU87158.1 99.6 4401 13 2 1 4397 1 4401 0.0 8606 UXH94526.1 UKU68032.1 99.6 4401 19 0 1 4401 1 4401 0.0 8606 UXH94526.1 UEC68750.1 99.5 4405 17 2 1 4401 1 4405 0.0 8605 UXH94526.1 UBP50947.1 99.6 4401 14 2 1 4397 1 4401 0.0 8604 UXH94526.1 QZU16279.1 99.6 4401 14 2 1 4397 1 4401 0.0 8604 UXH94526.1 UBD95131.1 99.6 4401 14 2 1 4397 1 4401 0.0 8603 UXH94526.1 UHM53165.1 99.5 4405 17 2 1 4401 1 4405 0.0 8603 EDX9534630.1 EDX9534630.1 100 80 0 0 1 80 1 80 8.08e-57 167 WP_258143355.1 WP_258143355.1 100 167 0 0 1 167 1 167 4.03e-123 342 WP_248050568.1 WP_248050568.1 100 403 0 0 1 403 1 403 2.15e-270 734 DAR19459.1 DAR19459.1 100 107 0 0 1 107 1 107 4.84e-75 215 MBT4710545.1 MBT4710545.1 100 457 0 0 1 457 1 457 0.0 905 MBT4710545.1 MBP6375542.1 48.8 445 218 5 1 441 1 439 5.55e-142 412 MBT4710545.1 WP_258835625.1 47.4 447 225 6 1 441 1 443 2.25e-130 383 MBT4710545.1 PWM49891.1 37.1 448 262 8 1 440 1 436 8.12e-90 278 MBT4710545.1 WP_249505358.1 35.0 449 270 8 3 441 2 438 7.76e-83 260 WP_232634591.1 WP_232634591.1 100 942 0 0 1 942 1 942 0.0 1743 WP_103961312.1 WP_103961312.1 100 544 0 0 1 544 1 544 0.0 1035 PZP36069.1 PZP36069.1 100 386 0 0 1 386 1 386 3.17e-268 727 MCJ7770831.1 MCJ7770831.1 100 359 0 0 1 359 1 359 5.17e-258 699 CAG2229172.1 CAG2229172.1 100 223 0 0 1 223 1 223 2.49e-165 453 MBU1183407.1 MBU1183407.1 100 257 0 0 1 257 1 257 2.46e-182 499 MBU1183407.1 MBM7125960.1 34.4 250 161 2 11 257 11 260 9.14e-43 144 PJI44171.1 PJI44171.1 100 66 0 0 1 66 1 66 5.14e-38 119 WP_091735241.1 WP_091735241.1 100 223 0 0 1 223 1 223 1.94e-153 423 WP_091735241.1 WP_176572922.1 55.6 216 95 1 4 218 6 221 3.84e-71 214 WP_214524166.1 WP_214524166.1 100 411 0 0 1 411 1 411 4.55e-292 789 VTM75314.1 VTM75314.1 100 339 0 0 1 339 1 339 2.94e-247 670 XP_021694973.1 XP_021694973.1 100 230 0 0 1 230 1 230 8.73e-149 412 WP_250464711.1 WP_250464711.1 100 586 0 0 1 586 1 586 0.0 1202 WP_250464711.1 HAV1793262.1 39.3 542 320 7 43 580 20 556 4.04e-133 398 WP_250464711.1 MBY7869037.1 23.1 528 333 15 52 518 5 520 1.10e-25 110 WP_189524079.1 WP_189524079.1 100 407 0 0 1 407 1 407 5.65e-284 768 MBR7675499.1 MBR7675499.1 100 1530 0 0 1 1530 1 1530 0.0 2986 XP_013757696.1 XP_013757696.1 100 1275 0 0 1 1275 1 1275 0.0 2393 WP_200198809.1 WP_200198809.1 100 425 0 0 1 425 1 425 8.93e-297 802 WP_200198809.1 RIX75659.1 60.6 426 155 3 10 422 21 446 4.04e-157 449 WP_200198809.1 WP_038052668.1 39.6 414 241 4 11 422 10 416 8.58e-83 258 WP_200198809.1 XP_052534275.1 38.0 400 191 7 78 422 205 602 2.92e-57 196 KAF4593247.1 KAF4593247.1 100 770 0 0 1 770 1 770 0.0 1508 WP_203995341.1 WP_203995341.1 100 339 0 0 1 339 1 339 4.01e-245 664 WP_203995341.1 MBS1208135.1 35.3 292 167 9 46 326 45 325 5.60e-46 157 XP_040614072.1 XP_040614072.1 100 618 0 0 1 618 1 618 0.0 1227 XP_040614072.1 KAI9774712.1 28.4 155 90 5 463 601 122 271 2.72e-07 52.0 WP_151465610.1 WP_151465610.1 100 91 0 0 1 91 1 91 4.71e-61 179 MBD5437993.1 MBD5437993.1 100 322 0 0 1 322 1 322 9.67e-233 632 WP_055062962.1 WP_055062962.1 100 505 0 0 1 505 1 505 0.0 989 NEE34914.1 NEE34914.1 100 416 0 0 1 416 1 416 2.80e-284 770 WP_277627940.1 WP_277627940.1 100 328 0 0 1 328 1 328 1.40e-244 662 XP_049747270.1 XP_049747270.1 100 313 0 0 1 313 1 313 1.54e-229 623 XP_049747270.1 XP_046298169.1 55.9 299 131 1 10 307 10 308 5.74e-118 340 XP_049747270.1 XP_002688837.2 33.9 298 194 2 13 309 11 306 2.55e-51 170 XP_049747270.1 XP_012889676.1 32.8 299 189 4 13 306 11 302 1.20e-43 150 XP_049747270.1 XP_042531659.1 32.0 294 191 5 13 302 11 299 5.88e-41 143 XP_049747270.1 XP_034290446.1 31.1 305 193 7 5 301 5 300 1.56e-40 142 XP_049747270.1 XP_054446685.1 29.7 293 199 3 13 302 9 297 1.72e-39 139 XP_049747270.1 AAR19565.1 33.2 187 124 1 68 253 3 189 1.50e-27 105 GJC78212.1 GJC78212.1 100 569 0 0 1 569 1 569 0.0 1164 GJC78212.1 TNE33066.1 27.3 512 290 19 58 540 58 516 2.07e-32 129 WP_259665259.1 WP_259665259.1 100 175 0 0 1 175 1 175 5.43e-125 347 VIP11815.1 VIP11815.1 100 410 0 0 1 410 1 410 1.51e-310 836 NNJ03433.1 NNJ03433.1 100 587 0 0 1 587 1 587 0.0 1214 WP_251841748.1 WP_251841748.1 100 152 0 0 1 152 1 152 2.22e-106 298 CAF1124877.1 CAF1124877.1 100 164 0 0 1 164 1 164 1.37e-26 97.1 WP_081845076.1 WP_081845076.1 100 766 0 0 1 766 1 766 0.0 1561 WP_081845076.1 WP_041302673.1 34.9 737 440 14 40 760 12 724 7.64e-131 404 WP_081845076.1 WP_220281278.1 23.7 739 463 28 43 714 67 771 3.97e-32 132 WP_081845076.1 HAL7851047.1 25.3 589 360 21 179 717 47 605 9.64e-26 111 XP_019256258.1 XP_019256258.1 100 262 0 0 1 262 1 262 2.58e-191 522 GBM64226.1 GBM64226.1 100 176 0 0 1 176 1 176 2.04e-125 348 EJG3313804.1 EJG3313804.1 100 477 0 0 1 477 1 477 0.0 961 EJG3313804.1 WP_246003214.1 23.5 405 289 11 33 435 45 430 9.71e-21 93.6 EJG3313804.1 XP_052525039.1 24.1 316 206 12 154 451 276 575 6.86e-07 50.1 EJG3313804.1 NDJ88951.1 21.5 381 256 13 83 439 98 459 1.45e-06 48.9 EJG3313804.1 WP_254101325.1 21.8 377 244 16 90 445 201 547 1.88e-05 45.4 CAI0451207.1 CAI0451207.1 100 1530 0 0 1 1530 1 1530 0.0 2685 WP_259407579.1 WP_259407579.1 100 222 0 0 1 222 1 222 7.33e-153 421 WP_259407579.1 MCF7886260.1 31.5 92 59 2 131 218 87 178 6.24e-08 49.3 KAJ9247365.1 KAJ9247365.1 100 331 0 0 1 331 1 331 2.99e-261 704 MBE0669914.1 MBE0669914.1 100 313 0 0 1 313 1 313 6.73e-224 608 MBE0669914.1 MCI4325574.1 45.5 308 167 1 4 310 8 315 1.41e-97 289 MBE0669914.1 MBC6481257.1 41.9 313 174 4 1 305 1 313 3.53e-79 246 MBE0669914.1 WP_116803659.1 35.4 297 176 6 15 301 1 291 2.26e-47 159 MBQ3049129.1 MBQ3049129.1 100 136 0 0 1 136 1 136 8.74e-94 265 WP_019585553.1 WP_019585553.1 100 400 0 0 1 400 1 400 1.92e-292 789 WP_019585553.1 UCF78466.1 45.8 380 200 4 16 395 3 376 2.05e-110 327 WP_019585553.1 WP_145937814.1 37.4 380 233 4 16 394 6 381 2.96e-80 250 WP_019585553.1 WP_275495439.1 34.4 404 227 10 16 392 8 400 2.39e-64 209 WP_019585553.1 MBL6847974.1 34.3 364 233 4 17 378 6 365 1.50e-59 196 WP_019585553.1 XP_027540421.1 32.7 379 244 6 14 390 29 398 1.03e-57 192 WP_019585553.1 WP_158057697.1 30.8 377 248 7 21 392 14 382 4.00e-53 179 WP_019585553.1 RYZ40664.1 32.8 381 244 7 16 394 16 386 5.23e-52 177 WP_019585553.1 WP_055337992.1 32.0 363 240 5 18 378 6 363 2.75e-48 167 WP_046325749.1 WP_046325749.1 100 461 0 0 1 461 1 461 0.0 929 WP_046325749.1 WP_013571875.1 44.2 464 247 4 5 457 6 468 4.07e-131 386 WP_046325749.1 WP_057479385.1 41.6 464 261 4 3 457 12 474 5.06e-124 368 WP_046325749.1 WP_208427233.1 37.6 287 163 6 5 289 4 276 1.56e-53 180 WP_104459365.1 WP_104459365.1 100 280 0 0 1 280 1 280 4.28e-199 543 WP_104459365.1 MBX8197149.1 36.7 251 148 4 12 259 1 243 7.74e-43 145 WP_104459365.1 WP_238837572.1 30.9 265 167 8 16 268 3 263 2.81e-29 110 WP_111712808.1 WP_111712808.1 100 190 0 0 1 190 1 190 9.80e-124 345 OQB06356.1 OQB06356.1 100 51 0 0 1 51 1 51 1.13e-30 99.4 WP_085004337.1 WP_085004337.1 100 100 0 0 1 100 1 100 4.14e-66 192 WP_085004337.1 MBR2359580.1 36.8 57 22 1 24 66 21 77 5.65e-05 37.4 XP_023219850.1 XP_023219850.1 100 236 0 0 1 236 1 236 2.29e-117 333 KOV59425.1 KOV59425.1 100 76 0 0 1 76 1 76 9.40e-52 154 MBB3097508.1 MBB3097508.1 100 297 0 0 1 297 1 297 1.94e-199 545 MBB3097508.1 MBX7055839.1 38.5 312 173 5 1 295 15 324 1.20e-52 173 MBB3097508.1 AHG02917.1 34.2 301 191 3 2 297 13 311 6.57e-40 140 MBB3097508.1 WP_047721562.1 30.8 325 193 5 1 295 15 337 5.29e-31 117 MBB3097508.1 WP_149656427.1 31.5 267 164 3 47 295 58 323 8.21e-27 105 MBB3097508.1 KAB2860347.1 40.2 117 70 0 181 297 1 117 6.12e-25 95.1 WP_208905085.1 WP_208905085.1 100 611 0 0 1 611 1 611 0.0 1200 PHT33663.1 PHT33663.1 100 180 0 0 1 180 1 180 1.60e-124 346 EBA3403631.1 EBA3403631.1 100 273 0 0 1 273 1 273 8.94e-193 526 WP_244380042.1 WP_244380042.1 100 450 0 0 1 450 1 450 0.0 889 MBD8915742.1 MBD8915742.1 100 583 0 0 1 583 1 583 0.0 1152 MBD8915742.1 WP_058918927.1 28.7 463 284 9 32 491 39 458 1.73e-46 168 MBD8915742.1 WP_182080621.1 23.8 349 203 13 144 490 131 418 2.31e-11 64.3 XP_010808195.1 XP_010808195.1 100 626 0 0 1 626 1 626 0.0 1223 WP_177077803.1 WP_177077803.1 100 456 0 0 1 456 1 456 8.01e-318 858 WP_177077803.1 EDN57974.1 28.3 230 153 5 94 313 399 626 2.09e-19 89.7 WP_177077803.1 PSQ73325.1 26.6 256 173 5 74 317 591 843 2.24e-15 77.0 WP_177077803.1 TMG86695.1 35.1 114 63 5 211 320 169 275 1.80e-04 41.6 WP_179100660.1 WP_179100660.1 100 64 0 0 1 64 1 64 3.38e-42 129 WP_048133111.1 WP_048133111.1 100 142 0 0 1 142 1 142 6.54e-101 283 WP_092805375.1 WP_092805375.1 100 538 0 0 1 538 1 538 0.0 1048 WP_132898842.1 WP_132898842.1 100 282 0 0 1 282 1 282 7.94e-196 535 WP_132898842.1 WP_063338866.1 56.7 275 117 1 2 276 69 341 3.77e-105 308 WP_156773536.1 WP_156773536.1 100 88 0 0 1 88 1 88 2.77e-63 184 WP_110713006.1 WP_110713006.1 100 342 0 0 1 342 1 342 5.07e-245 664 OYV25858.1 OYV25858.1 100 175 0 0 1 175 1 175 4.64e-126 350 EHP6050825.1 EHP6050825.1 100 659 0 0 1 659 1 659 0.0 1349 EHP6050825.1 MBP3509218.1 33.4 428 265 7 226 652 127 535 3.54e-67 229 EHP6050825.1 MCK9987173.1 35.2 421 238 13 236 647 18 412 5.50e-59 207 EHP6050825.1 MBQ2777352.1 30.7 456 293 10 199 652 100 534 1.69e-52 189 EHP6050825.1 NQU26924.1 31.2 414 252 11 236 647 464 846 4.50e-49 183 EHP6050825.1 WP_236939362.1 30.9 139 83 4 285 421 338 465 4.43e-06 48.1 KQN49849.1 KQN49849.1 100 327 0 0 1 327 1 327 2.32e-222 606 KQN49849.1 WP_279008479.1 33.2 289 191 2 15 301 19 307 1.90e-44 152 KQN49849.1 CDX26094.1 31.8 305 190 6 15 307 35 333 2.85e-32 121 WP_233355236.1 WP_233355236.1 100 396 0 0 1 396 1 396 6.58e-282 762 MCI0743675.1 MCI0743675.1 100 83 0 0 1 83 1 83 2.10e-58 171 NXJ71029.1 NXJ71029.1 100 443 0 0 1 443 1 443 0.0 863 NXJ71029.1 XP_039638319.1 26.6 365 230 10 57 417 109 439 8.77e-24 101 NXJ71029.1 XP_030131005.3 30.7 212 118 8 75 285 188 371 2.67e-14 73.2 EHL4743850.1 EHL4743850.1 100 588 0 0 1 588 1 588 0.0 1183 WP_210022830.1 WP_210022830.1 100 152 0 0 1 152 1 152 1.56e-106 298 MBY0286260.1 MBY0286260.1 100 418 0 0 1 418 1 418 2.86e-294 795 MBY0286260.1 WP_098923619.1 30.5 430 270 12 1 416 1 415 2.02e-34 130 MBY0286260.1 WP_039190453.1 45.5 88 47 1 3 89 4 91 4.28e-15 75.1 MBY0286260.1 WP_262612393.1 22.9 450 280 11 1 414 1 419 3.81e-12 65.9 WP_145485057.1 WP_145485057.1 100 330 0 0 1 330 1 330 9.32e-235 637 WP_238589724.1 WP_238589724.1 100 69 0 0 1 69 1 69 3.02e-36 114 EAL1671435.1 EAL1671435.1 100 402 0 0 1 402 1 402 9.30e-301 810 EAL1671435.1 PJQ02245.1 69.4 408 119 3 1 402 243 650 3.27e-196 555 EAL1671435.1 EJA9392162.1 72.5 233 62 1 1 231 35 267 3.00e-119 345 EAL1671435.1 EJO8252676.1 89.7 117 12 0 230 346 1 117 1.36e-65 203 EAL1671435.1 EFS8130303.1 39.9 238 135 4 1 237 234 464 8.70e-43 154 EAL1671435.1 ECP6736894.1 38.9 113 64 2 1 113 234 341 5.55e-18 82.8 EAL1671435.1 WP_181244664.1 30.5 141 90 2 1 141 199 331 5.79e-08 52.4 KKT74736.1 KKT74736.1 100 92 0 0 1 92 1 92 5.92e-60 176 WP_143397677.1 WP_143397677.1 100 311 0 0 1 311 1 311 4.73e-223 606 WP_189806213.1 WP_189806213.1 100 215 0 0 1 215 1 215 2.82e-167 457 EYU25844.1 EYU25844.1 100 239 0 0 1 239 1 239 1.68e-180 493 WP_086268031.1 WP_086268031.1 100 437 0 0 1 437 1 437 1.01e-299 811 KAI0064471.1 KAI0064471.1 100 516 0 0 1 516 1 516 0.0 1004 KAI0064471.1 XP_049236752.1 28.4 479 309 10 34 488 17 485 4.53e-45 167 ROP28277.1 ROP28277.1 100 40 0 0 1 40 1 40 7.57e-18 66.2 RVD87240.1 RVD87240.1 100 209 0 0 1 209 1 209 1.95e-121 341 MBJ14675.1 MBJ14675.1 100 230 0 0 1 230 1 230 1.89e-168 461 PSX20495.1 PSX20495.1 100 82 0 0 1 82 1 82 6.62e-48 145 ACE88666.1 ACE88666.1 100 146 0 0 1 146 1 146 3.74e-102 287 ACE88666.1 AAX94106.1 84.9 146 22 0 1 146 50 195 4.46e-84 251 ACE88666.1 AVM35379.1 85.7 140 20 0 1 140 75 214 2.39e-81 237 ACE88666.1 ADW49125.1 83.6 140 23 0 1 140 72 211 6.19e-81 236 ACE88666.1 AFA24308.1 83.6 140 23 0 1 140 73 212 1.05e-79 233 ACE88666.1 AFA09475.1 82.9 140 24 0 1 140 66 205 1.19e-79 232 ACE88666.1 AHK62764.1 78.1 146 32 0 1 146 76 221 6.66e-78 228 ACE88666.1 ADJ35581.1 80.7 140 27 0 1 140 81 220 1.84e-77 227 ACE88666.1 QUQ06080.1 82.1 140 25 0 1 140 80 219 5.10e-77 226 ACE88666.1 AWS34156.1 77.9 140 31 0 1 140 80 219 1.03e-76 225 ACE88666.1 ABQ63546.1 80.0 140 28 0 1 140 79 218 8.12e-76 223 ACE88666.1 UZF38514.1 77.1 140 32 0 1 140 67 206 6.38e-75 220 ACE88666.1 QUA05739.1 82.0 133 24 0 1 133 80 212 2.57e-73 216 ACE88666.1 AMA90994.1 82.2 118 21 0 1 118 80 197 3.96e-62 187 ACE88666.1 AKT58828.1 78.4 116 25 0 1 116 80 195 4.05e-59 180 ACE88666.1 AOR13807.1 66.4 128 43 0 1 128 71 198 2.55e-58 178 ACE88666.1 AGI15931.1 65.7 134 46 0 1 134 73 206 3.53e-55 170 ACE88666.1 APC24336.1 71.2 118 34 0 29 146 1 118 3.55e-54 173 ACE88666.1 AXZ65741.1 78.9 109 23 0 1 109 80 188 2.71e-53 165 ACE88666.1 AOQ89457.1 76.8 112 26 0 1 112 76 187 3.72e-53 164 ACE88666.1 AHH30646.1 70.0 120 34 2 1 120 54 171 6.10e-51 158 ACE88666.1 AKA56406.1 66.1 121 38 1 1 121 80 197 1.43e-47 150 HCL05707.1 HCL05707.1 100 401 0 0 1 401 1 401 8.24e-299 805 DAK63787.1 DAK63787.1 100 343 0 0 1 343 1 343 2.23e-244 663 WP_061158136.1 WP_061158136.1 100 375 0 0 1 375 1 375 9.22e-276 745 WP_013768652.1 WP_013768652.1 100 513 0 0 1 513 1 513 0.0 1067 WP_013768652.1 WP_185218257.1 24.9 519 237 22 12 477 8 426 1.04e-27 114 WP_013768652.1 MCP4788584.1 23.7 232 158 2 36 248 26 257 4.34e-21 94.4 WP_265593313.1 WP_265593313.1 100 573 0 0 1 573 1 573 0.0 1145 WP_265593313.1 HIM51057.1 42.9 403 221 5 175 573 485 882 2.33e-101 325 XP_010298897.1 XP_010298897.1 100 169 0 0 1 169 1 169 5.93e-126 349 WP_029317544.1 WP_029317544.1 100 461 0 0 1 461 1 461 0.0 876 WP_029317544.1 WP_101606078.1 31.2 391 233 8 13 394 14 377 7.55e-42 152 WP_029317544.1 WP_023955328.1 29.4 350 236 4 1 346 1 343 1.04e-38 142 WP_029317544.1 MCF6289355.1 33.7 249 159 3 183 429 33 277 7.47e-38 137 WP_029317544.1 WP_206698867.1 24.6 419 289 9 17 432 13 407 9.15e-38 140 TXH38262.1 TXH38262.1 100 232 0 0 1 232 1 232 2.72e-153 423 TXH38262.1 CAH2899959.1 52.4 229 104 2 1 228 48 272 3.91e-67 206 DAM16636.1 DAM16636.1 100 164 0 0 1 164 1 164 2.85e-117 327 XP_048545356.1 XP_048545356.1 100 452 0 0 1 452 1 452 1.35e-247 680 WP_208042111.1 WP_208042111.1 100 313 0 0 1 313 1 313 8.08e-200 548 WP_208042111.1 WP_239280620.1 31.2 308 211 1 3 309 9 316 5.67e-41 143 WP_208042111.1 AHG02917.1 29.2 315 209 4 1 309 1 307 3.53e-33 122 WP_208042111.1 MBX7055839.1 28.7 300 188 4 32 313 35 326 3.17e-27 107 WP_026632538.1 WP_026632538.1 100 83 0 0 1 83 1 83 3.75e-61 178 WP_054285415.1 WP_054285415.1 100 123 0 0 1 123 1 123 1.11e-92 261 WP_280506832.1 WP_280506832.1 100 212 0 0 1 212 1 212 4.64e-151 416 XP_037697134.1 XP_037697134.1 100 1138 0 0 1 1138 1 1138 0.0 2157 XP_037697134.1 XP_011782004.1 72.1 1117 299 9 1 1110 1 1111 0.0 1418 WP_190630613.1 WP_190630613.1 100 210 0 0 1 210 1 210 1.62e-150 414 WP_190630613.1 NJE80740.1 39.5 205 121 2 3 207 4 205 1.30e-40 135 WP_190630613.1 GBE22655.1 30.7 114 72 4 3 112 8 118 8.60e-04 37.4 MCH1948979.1 MCH1948979.1 100 301 0 0 1 301 1 301 4.67e-142 400 WP_006198916.1 WP_006198916.1 100 223 0 0 1 223 1 223 7.07e-156 429 MBX7161768.1 MBX7161768.1 100 472 0 0 1 472 1 472 0.0 930 MBX7161768.1 MBV9963051.1 45.3 64 35 0 408 471 491 554 8.22e-11 62.4 CAA2935380.1 CAA2935380.1 100 132 0 0 1 132 1 132 5.12e-100 280 MCL2712337.1 MCL2712337.1 100 72 0 0 1 72 1 72 3.30e-39 122 PPU99279.1 PPU99279.1 100 471 0 0 1 471 1 471 0.0 938 PPU99279.1 WP_070714099.1 45.6 472 236 8 5 470 2 458 1.14e-127 377 PPU99279.1 MBB3008158.1 44.1 458 220 11 29 471 10 446 9.69e-109 328 PPU99279.1 WP_215493005.1 37.2 500 271 11 1 468 1 489 2.38e-93 290 MBF6594441.1 MBF6594441.1 100 1117 0 0 1 1117 1 1117 0.0 2186 MBT3583534.1 MBT3583534.1 100 455 0 0 1 455 1 455 6.95e-307 830 MBT3583534.1 HCF4435603.1 29.3 335 195 11 51 352 217 542 3.19e-28 116 WP_020547001.1 WP_020547001.1 100 301 0 0 1 301 1 301 6.88e-211 575 ECG5012903.1 ECG5012903.1 100 206 0 0 1 206 1 206 2.20e-137 381 ECG5012903.1 MCI6733811.1 43.4 212 83 10 21 206 43 243 8.95e-30 112 HBA6816094.1 HBA6816094.1 100 60 0 0 1 60 1 60 5.67e-37 115 CAH3167921.1 CAH3167921.1 100 451 0 0 1 451 1 451 6.20e-308 833 WP_209090305.1 WP_209090305.1 100 331 0 0 1 331 1 331 4.28e-236 641 WP_209090305.1 WP_137202811.1 26.6 203 124 9 3 199 911 1094 1.84e-09 57.4 WP_270310942.1 WP_270310942.1 100 251 0 0 1 251 1 251 4.12e-187 510 WP_247424115.1 WP_247424115.1 100 258 0 0 1 258 1 258 1.69e-169 466 WP_247424115.1 MCA1360809.1 56.7 238 88 3 17 247 44 273 8.83e-74 225 WP_247424115.1 NLD53371.1 55.3 76 34 0 147 222 98 173 4.62e-17 76.3 XP_055749319.1 XP_055749319.1 100 483 0 0 1 483 1 483 0.0 965 XP_055749319.1 XP_028567154.1 38.4 284 160 4 198 472 113 390 2.59e-55 197 WP_130410090.1 WP_130410090.1 100 65 0 0 1 65 1 65 8.87e-09 45.1 CAC9485003.1 CAC9485003.1 100 159 0 0 1 159 1 159 1.04e-112 315 RYG63745.1 RYG63745.1 100 70 0 0 1 70 1 70 1.12e-45 138 KAH6611424.1 KAH6611424.1 100 984 0 0 1 984 1 984 0.0 1894 KAH6611424.1 WP_050210146.1 39.7 136 81 1 831 966 877 1011 8.61e-24 106 KAH6611424.1 MCA1930442.1 44.4 126 67 2 832 957 122 244 1.72e-23 99.8 KAH6611424.1 XP_008942036.1 28.8 153 100 4 431 574 738 890 2.07e-11 66.6 WP_055029966.1 WP_055029966.1 100 379 0 0 1 379 1 379 1.61e-262 712 WP_055029966.1 WP_234002326.1 33.9 378 211 5 3 379 23 362 8.95e-51 172 WP_055029966.1 WP_188888464.1 40.0 110 63 2 1 109 1 108 2.04e-17 79.0 WP_055029966.1 XP_001454078.1 28.4 109 69 3 5 106 508 614 4.80e-04 40.4 WP_132124768.1 WP_132124768.1 100 249 0 0 1 249 1 249 7.58e-173 474 HBP5649656.1 HBP5649656.1 100 568 0 0 1 568 1 568 0.0 974 HBP5649656.1 WP_186556299.1 51.1 180 88 0 373 552 326 505 1.92e-38 146 HBP5649656.1 WP_128786583.1 42.6 303 171 2 235 535 296 597 1.62e-33 133 MBV8815235.1 MBV8815235.1 100 333 0 0 1 333 1 333 9.40e-241 653 MBV8815235.1 MBG4284514.1 35.6 354 171 10 2 324 5 332 5.82e-49 165 WP_132670557.1 WP_132670557.1 100 374 0 0 1 374 1 374 8.37e-235 641 EEZ61636.1 EEZ61636.1 100 167 0 0 1 167 1 167 2.42e-115 322 EEZ61636.1 KPL24525.1 44.2 156 78 3 11 166 3 149 4.56e-34 115 WP_135991721.1 WP_135991721.1 100 452 0 0 1 452 1 452 3.40e-317 856 NLK90780.1 NLK90780.1 100 185 0 0 1 185 1 185 1.30e-121 339 NLK90780.1 NLV68328.1 48.3 180 93 0 4 183 4 183 2.12e-57 177 NLK90780.1 NLT72898.1 48.6 181 93 0 4 184 4 184 9.17e-54 167 NLK90780.1 MBD3769330.1 44.4 178 99 0 8 185 7 184 5.27e-45 145 MBF8281865.1 MBF8281865.1 100 485 0 0 1 485 1 485 0.0 915 CAB1434041.1 CAB1434041.1 100 732 0 0 1 732 1 732 0.0 1339 WP_012506875.1 WP_012506875.1 100 206 0 0 1 206 1 206 3.42e-150 413 WP_012506875.1 MCB1857105.1 52.7 184 79 4 15 197 11 187 9.20e-52 164 HCE5956952.1 HCE5956952.1 100 262 0 0 1 262 1 262 6.43e-176 483 WP_120259880.1 WP_120259880.1 100 534 0 0 1 534 1 534 0.0 1099 WP_100671858.1 WP_100671858.1 100 195 0 0 1 195 1 195 8.81e-143 394 WP_100671858.1 WP_238126428.1 54.6 194 86 1 1 194 1 192 2.14e-70 211 CAB4041173.1 CAB4041173.1 100 499 0 0 1 499 1 499 0.0 999 WP_110035452.1 WP_110035452.1 100 238 0 0 1 238 1 238 2.02e-167 459 WP_110035452.1 WP_010443651.1 39.7 234 134 2 6 232 2 235 1.83e-56 178 WP_110035452.1 WP_108024271.1 36.1 238 138 5 10 233 11 248 5.43e-40 136 WP_110035452.1 KAG2346037.1 35.2 253 138 5 7 233 14 266 1.87e-34 122 WP_110035452.1 WP_273849839.1 34.5 261 140 9 1 234 1 257 5.53e-34 121 WP_110035452.1 WP_057651690.1 28.4 243 154 6 10 236 54 292 8.26e-15 70.5 WP_196114185.1 WP_196114185.1 100 337 0 0 1 337 1 337 1.46e-246 668 WP_196114185.1 WP_074911472.1 32.0 122 79 3 1 120 1047 1166 3.53e-12 65.9 WP_196114185.1 PYP94120.1 32.8 116 77 1 9 124 2 116 3.12e-11 60.8 WP_196114185.1 QYU66920.1 28.7 108 75 1 6 111 1 108 4.82e-08 49.7 XP_045323097.1 XP_045323097.1 100 691 0 0 1 691 1 691 0.0 1391 MBO5545990.1 MBO5545990.1 100 185 0 0 1 185 1 185 4.60e-140 386 WP_140643433.1 WP_140643433.1 100 293 0 0 1 293 1 293 7.05e-200 546 KVQ00241.1 KVQ00241.1 100 278 0 0 1 278 1 278 1.69e-204 556 PSB50277.1 PSB50277.1 100 475 0 0 1 475 1 475 0.0 904 TKA61426.1 TKA61426.1 100 400 0 0 1 400 1 400 3.10e-298 804 WP_018046034.1 WP_018046034.1 100 563 0 0 1 563 1 563 0.0 1088 WP_199519257.1 WP_199519257.1 100 135 0 0 1 135 1 135 2.83e-94 266 QEA04360.1 QEA04360.1 100 148 0 0 1 148 1 148 5.50e-105 294 EJB4327760.1 EJB4327760.1 100 452 0 0 1 452 1 452 0.0 900 WP_243386166.1 WP_243386166.1 100 312 0 0 1 312 1 312 1.03e-222 605 WP_196434573.1 WP_196434573.1 100 365 0 0 1 365 1 365 1.69e-266 721 WP_196434573.1 MCB9044857.1 27.0 189 126 5 149 333 195 375 1.08e-11 63.9 MBR4407160.1 MBR4407160.1 100 248 0 0 1 248 1 248 6.45e-169 464 RMO53691.1 RMO53691.1 100 229 0 0 1 229 1 229 2.19e-162 446 SPO69561.1 SPO69561.1 100 214 0 0 1 214 1 214 4.83e-154 424 MBR0373962.1 MBR0373962.1 100 228 0 0 1 228 1 228 2.81e-178 486 WP_076595086.1 WP_076595086.1 100 471 0 0 1 471 1 471 0.0 894 WP_076595086.1 WP_224791962.1 25.8 466 326 6 17 469 13 471 4.24e-43 157 WP_076595086.1 MBI4806480.1 25.0 460 333 6 19 469 15 471 2.09e-40 149 WP_267897383.1 WP_267897383.1 100 43 0 0 1 43 1 43 1.54e-27 90.9 EDK41087.2 EDK41087.2 100 535 0 0 1 535 1 535 0.0 1054 WP_212217181.1 WP_212217181.1 100 417 0 0 1 417 1 417 8.77e-309 832 WP_245128022.1 WP_245128022.1 100 384 0 0 1 384 1 384 1.89e-284 768 MBR4270493.1 MBR4270493.1 100 109 0 0 1 109 1 109 2.89e-77 221 WP_150516775.1 WP_150516775.1 100 181 0 0 1 181 1 181 1.01e-107 304 ADP83890.1 ADP83890.1 100 563 0 0 1 563 1 563 0.0 1020 ADP83890.1 WP_259858510.1 32.9 301 148 8 197 490 173 426 2.33e-28 116 ADP83890.1 WP_274755179.1 36.3 251 141 6 262 508 183 418 7.83e-28 114 ADP83890.1 MBP9767803.1 25.7 230 137 7 265 481 193 401 1.40e-09 58.5 WP_274975805.1 WP_274975805.1 100 234 0 0 1 234 1 234 2.67e-170 466 EFB0579454.1 EFB0579454.1 100 572 0 0 1 572 1 572 0.0 979 EFB0579454.1 ECB3502766.1 85.8 219 31 0 1 219 1 219 3.24e-116 342 XP_006359699.1 XP_006359699.1 100 403 0 0 1 403 1 403 3.17e-288 779 XP_006359699.1 KPM41539.1 27.1 188 96 6 148 334 63 210 3.30e-10 60.1 EAX5650801.1 EAX5650801.1 100 238 0 0 1 238 1 238 3.67e-179 489 EIQ3832535.1 EIQ3832535.1 100 246 0 0 1 246 1 246 1.43e-180 493 MBK7823216.1 MBK7823216.1 100 188 0 0 1 188 1 188 1.94e-138 382 MBQ7086969.1 MBQ7086969.1 100 195 0 0 1 195 1 195 3.05e-134 372 MBQ7086969.1 MBO5118622.1 39.3 183 99 6 8 187 5 178 5.40e-27 99.8 MBQ7086969.1 MBQ7329863.1 32.4 182 119 2 12 192 7 185 1.52e-23 90.9 RZC84346.1 RZC84346.1 100 394 0 0 1 394 1 394 3.33e-274 743 WP_188402311.1 WP_188402311.1 100 122 0 0 1 122 1 122 2.16e-85 243 EDN57974.1 EDN57974.1 100 1059 0 0 1 1059 1 1059 0.0 1949 EDN57974.1 KFX48203.1 33.6 562 310 13 398 919 687 1225 1.45e-70 255 EDN57974.1 MCH5250214.1 33.6 500 313 7 400 893 189 675 2.19e-64 233 EDN57974.1 TAL20232.1 29.7 501 228 7 398 895 228 607 1.51e-53 196 EDN57974.1 WP_007356512.1 28.7 522 225 10 399 899 743 1138 1.15e-47 184 EDN57974.1 HAS8246497.1 41.3 230 130 3 398 626 480 705 4.18e-45 175 EDN57974.1 WP_261733022.1 43.3 233 123 3 398 626 254 481 1.70e-43 168 EDN57974.1 PSQ73325.1 36.4 247 143 6 399 637 611 851 6.20e-36 145 EDN57974.1 WP_232306300.1 32.5 237 153 6 398 631 849 1081 8.07e-21 97.4 EDN57974.1 XP_001454078.1 29.2 243 150 8 397 626 214 447 6.35e-20 93.6 EDN57974.1 WP_177077803.1 27.8 230 154 4 399 626 94 313 6.45e-19 89.4 EDN57974.1 MBQ1868746.1 42.4 118 65 2 940 1055 521 637 2.45e-18 88.6 EDN57974.1 XP_018042825.1 21.9 713 435 26 398 1046 224 878 3.35e-18 88.6 EDN57974.1 MBP1530348.1 33.1 142 80 2 775 908 1 135 1.95e-17 80.9 EDN57974.1 EJF06804.1 33.1 118 75 2 939 1055 2 116 1.42e-13 71.2 EDN57974.1 MBQ5584458.1 34.6 107 63 1 778 884 4 103 5.06e-10 59.3 EDN57974.1 WP_069156513.1 27.3 121 76 4 939 1056 4 115 8.90e-06 46.6 MCL4851158.1 MCL4851158.1 100 210 0 0 1 210 1 210 2.60e-156 429 MCL4851158.1 WP_115313274.1 36.1 208 123 5 6 209 6 207 1.89e-34 120 MCL4851158.1 MSX26960.1 30.9 223 137 4 1 208 1 221 6.83e-30 108 MBE7487601.1 MBE7487601.1 100 151 0 0 1 151 1 151 6.65e-112 312 WP_126022479.1 WP_126022479.1 100 127 0 0 1 127 1 127 2.21e-94 266 KAG2346037.1 KAG2346037.1 100 270 0 0 1 270 1 270 3.61e-186 509 KAG2346037.1 WP_110035452.1 35.2 253 138 5 14 266 7 233 3.44e-32 117 KAG2346037.1 WP_010443651.1 33.9 254 145 6 14 265 3 235 7.00e-25 97.8 KAG2346037.1 WP_087085326.1 29.1 251 171 4 16 266 10 253 2.63e-22 91.3 KAG2346037.1 WP_183882442.1 29.4 187 129 2 16 202 9 192 1.87e-20 85.9 KAG2346037.1 MCB9680378.1 32.5 194 127 3 16 208 5 195 7.93e-20 84.3 KAG2346037.1 WP_014605789.1 27.9 183 125 4 15 196 2 178 3.26e-12 63.2 KAG2346037.1 WP_204942955.1 28.8 198 129 4 14 208 7 195 1.81e-09 55.5 MBK6770753.1 MBK6770753.1 100 300 0 0 1 300 1 300 1.29e-210 574 WP_064754910.1 WP_064754910.1 100 394 0 0 1 394 1 394 2.79e-282 763 WP_281507500.1 WP_281507500.1 100 970 0 0 1 970 1 970 0.0 1832 WP_281507500.1 WP_262406623.1 60.7 834 319 4 1 828 1 831 0.0 969 WP_281507500.1 MBT5488157.1 46.5 523 261 5 302 823 1 505 1.84e-141 433 WP_061278828.1 WP_061278828.1 100 1406 0 0 1 1406 1 1406 0.0 2732 WP_061278828.1 WP_261665820.1 48.3 1419 635 15 6 1382 16 1378 0.0 1238 WP_061278828.1 BBG20955.1 45.8 1492 680 18 6 1374 1395 2881 0.0 1199 PUZ48934.1 PUZ48934.1 100 184 0 0 1 184 1 184 1.22e-130 362 PUZ48934.1 KAG7553039.1 42.2 45 26 0 30 74 176 220 6.26e-04 37.7 WP_036471418.1 WP_036471418.1 100 430 0 0 1 430 1 430 0.0 865 WP_036471418.1 WP_007427566.1 54.2 432 195 2 1 430 1 431 4.24e-164 467 MBK9356005.1 MBK9356005.1 100 308 0 0 1 308 1 308 1.44e-211 577 NOR15507.1 NOR15507.1 100 67 0 0 1 67 1 67 6.59e-48 144 UMF87224.1 UMF87224.1 100 7092 0 0 1 7092 1 7092 0.0 14203 UMF87224.1 QWC83326.1 99.5 7096 33 2 1 7092 1 7096 0.0 14132 UMF87224.1 QVD87869.1 99.5 7093 37 1 1 7092 1 7093 0.0 14130 UMF87224.1 WEU87158.1 99.5 7096 35 2 1 7092 1 7096 0.0 14126 UMF87224.1 QSZ25555.1 99.4 7096 37 2 1 7092 1 7096 0.0 14126 UMF87224.1 UZO53924.1 99.4 7093 39 1 1 7092 1 7093 0.0 14124 UMF87224.1 UVB16817.1 99.5 7093 38 1 1 7092 1 7093 0.0 14124 UMF87224.1 URQ55824.1 99.4 7093 39 1 1 7092 1 7093 0.0 14124 UMF87224.1 UBP50947.1 99.4 7096 38 2 1 7092 1 7096 0.0 14120 UMF87224.1 UBD95131.1 99.4 7096 40 2 1 7092 1 7096 0.0 14115 UMF87224.1 UEC52718.1 99.4 7096 41 2 1 7092 1 7096 0.0 14110 UMF87224.1 UIR12670.1 99.3 7092 52 0 1 7092 1 7092 0.0 14089 UMF87224.1 QZU16279.1 99.0 7096 64 2 1 7092 1 7096 0.0 14058 UMF87224.1 UPA83906.1 99.0 7092 69 0 1 7092 1 7092 0.0 14048 UMF87224.1 UBR86455.1 98.6 7095 94 2 2 7092 1 7095 0.0 13981 UMF87224.1 UXX67934.1 98.5 7093 107 1 1 7092 1 7093 0.0 13963 UMF87224.1 UCP72061.1 98.3 7096 115 2 1 7092 1 7096 0.0 13937 UMF87224.1 UCP77012.1 98.3 7096 117 2 1 7092 1 7096 0.0 13935 UMF87224.1 UKN67998.1 98.1 7072 131 0 21 7092 1 7072 0.0 13859 UMF87224.1 WHE12941.1 97.9 7067 150 1 27 7092 1 7067 0.0 13812 UMF87224.1 UGA79226.1 97.2 7096 192 2 1 7092 1 7096 0.0 13760 UMF87224.1 UAQ80067.1 96.8 7096 225 2 1 7092 1 7096 0.0 13672 UMF87224.1 UJT06733.1 96.1 7092 274 0 1 7092 1 7092 0.0 13540 UMF87224.1 UVI10561.1 96.0 7066 281 1 28 7092 1 7066 0.0 13500 UMF87224.1 UOU30556.1 94.7 7093 375 1 1 7092 1 7093 0.0 13298 MCK4600250.1 MCK4600250.1 100 138 0 0 1 138 1 138 3.03e-95 269 HCE70276.1 HCE70276.1 100 176 0 0 1 176 1 176 1.68e-124 346 HCE70276.1 AMS43029.1 61.2 178 67 1 1 176 65 242 3.37e-67 206 WP_062723913.1 WP_062723913.1 100 308 0 0 1 308 1 308 1.48e-229 622 MBQ7943218.1 MBQ7943218.1 100 241 0 0 1 241 1 241 7.60e-169 463 WP_140264131.1 WP_140264131.1 100 207 0 0 1 207 1 207 8.08e-154 422 WP_140264131.1 WP_102576363.1 43.8 201 112 1 1 201 1 200 1.41e-55 174 WP_003333677.1 WP_003333677.1 100 552 0 0 1 552 1 552 0.0 1122 WP_170365402.1 WP_170365402.1 100 247 0 0 1 247 1 247 5.63e-183 499 WP_248214628.1 WP_248214628.1 100 93 0 0 1 93 1 93 1.68e-64 187 ENN81602.1 ENN81602.1 100 803 0 0 1 803 1 803 0.0 1580 WP_175863615.1 WP_175863615.1 100 67 0 0 1 67 1 67 3.26e-48 144 NOU36639.1 NOU36639.1 100 547 0 0 1 547 1 547 0.0 1139 NOU36639.1 WP_145031602.1 58.5 549 220 4 3 545 13 559 2.37e-236 660 NOU36639.1 XP_045807497.1 47.5 535 259 8 21 545 259 781 1.12e-156 465 KAJ5463595.1 KAJ5463595.1 100 580 0 0 1 580 1 580 0.0 1176 MBZ0263796.1 MBZ0263796.1 100 63 0 0 1 63 1 63 5.94e-38 118 XP_047491136.1 XP_047491136.1 100 1071 0 0 1 1071 1 1071 0.0 1500 MBN1882318.1 MBN1882318.1 100 189 0 0 1 189 1 189 2.09e-138 382 MBN1882318.1 WP_028779961.1 36.1 108 64 1 48 155 39 141 6.64e-21 83.2 MBN1882318.1 MCB0773217.1 32.1 165 94 6 2 155 9 166 7.16e-15 67.8 MBN1882318.1 WP_229055514.1 25.0 104 75 1 54 154 31 134 1.16e-09 53.1 MCP3920706.1 MCP3920706.1 100 573 0 0 1 573 1 573 0.0 1130 WP_159463829.1 WP_159463829.1 100 590 0 0 1 590 1 590 0.0 1090 WP_159463829.1 WP_221977168.1 35.6 247 141 4 357 587 15 259 2.68e-31 120 WP_159463829.1 WP_276362074.1 33.3 249 142 4 361 587 8 254 8.29e-28 110 WP_159463829.1 WP_076409454.1 29.1 244 154 6 358 589 5 241 3.09e-23 99.8 WP_159463829.1 MBP1876254.1 31.2 218 141 5 368 576 16 233 1.20e-16 80.1 WP_159463829.1 WP_197521413.1 26.4 216 132 8 372 577 21 219 4.53e-07 50.1 WP_159463829.1 WP_281034490.1 30.0 60 40 1 527 584 2 61 1.93e-06 46.6 WP_026750608.1 WP_026750608.1 100 84 0 0 1 84 1 84 6.24e-56 165 EER8306359.1 EER8306359.1 100 299 0 0 1 299 1 299 3.22e-224 608 EER8306359.1 EFL3122059.1 75.3 85 21 0 215 299 1 85 2.34e-37 133 EER8306359.1 EFI7849450.1 98.3 60 1 0 240 299 1 60 9.41e-36 125 EER8306359.1 EIH4263652.1 77.9 77 17 0 223 299 1 77 8.27e-34 128 EER8306359.1 EFL5817307.1 83.3 30 5 0 270 299 1 30 1.73e-09 56.6 WP_004619799.1 WP_004619799.1 100 400 0 0 1 400 1 400 1.74e-279 756 WP_004619799.1 MCP1651746.1 70.6 398 115 2 5 400 7 404 8.92e-188 525 WP_004619799.1 WP_074825075.1 48.5 396 193 6 7 400 6 392 1.62e-102 307 WP_004619799.1 EDH4057100.1 43.2 405 204 8 3 400 2 387 1.46e-81 253 WP_004619799.1 WP_078429679.1 41.4 394 221 6 7 398 6 391 1.33e-80 251 WP_004619799.1 WP_277084622.1 48.8 320 150 6 87 399 1 313 7.40e-78 241 WP_004619799.1 MBA2536487.1 39.7 395 217 7 7 398 6 382 4.39e-69 221 WP_004619799.1 GAN03156.1 37.7 401 222 10 7 399 31 411 2.87e-63 207 WP_004619799.1 WP_083141943.1 37.4 401 225 6 7 400 6 387 5.88e-63 205 WP_004619799.1 XP_040685867.1 36.5 395 219 10 11 394 41 414 3.86e-57 191 WP_184698676.1 WP_184698676.1 100 771 0 0 1 771 1 771 0.0 1586 WP_184698676.1 EJH9475741.1 39.3 779 437 16 8 766 13 775 8.88e-171 509 WP_184698676.1 WP_220281278.1 30.2 715 432 20 72 750 129 812 7.54e-81 274 WP_010502862.1 WP_010502862.1 100 177 0 0 1 177 1 177 2.20e-125 348 MBR2359580.1 MBR2359580.1 100 103 0 0 1 103 1 103 4.75e-71 205 MBR2359580.1 WP_085004337.1 36.8 57 22 1 21 77 24 66 1.14e-04 36.6 WP_055449466.1 WP_055449466.1 100 98 0 0 1 98 1 98 6.37e-67 209 WP_136955567.1 WP_136955567.1 100 330 0 0 1 330 1 330 4.43e-233 633 WP_069367753.1 WP_069367753.1 100 278 0 0 1 278 1 278 1.39e-203 554 WP_069367753.1 WP_101936735.1 34.2 79 52 0 194 272 238 316 6.13e-08 51.2 WP_110307043.1 WP_110307043.1 100 126 0 0 1 126 1 126 3.15e-89 253 WP_100173513.1 WP_100173513.1 100 100 0 0 1 100 1 100 1.75e-67 196 WP_120370033.1 WP_120370033.1 100 275 0 0 1 275 1 275 1.80e-193 528 MCE9577072.1 MCE9577072.1 100 327 0 0 1 327 1 327 6.22e-227 617 MBL4744408.1 MBL4744408.1 100 1044 0 0 1 1044 1 1044 0.0 1972 MBL4744408.1 WP_110366458.1 30.7 1057 701 11 1 1044 1 1039 3.45e-173 544 MBL4744408.1 WP_265225845.1 24.1 1081 733 22 5 1031 3 1050 8.73e-64 233 MBL4744408.1 WP_039608285.1 21.8 1031 763 14 9 1031 7 1002 5.38e-62 228 MBL4744408.1 WP_133325549.1 22.5 1043 734 20 10 1031 8 997 1.58e-53 201 MBL4744408.1 TME45086.1 26.0 736 494 13 9 715 7 720 4.03e-52 194 MBL4744408.1 MBT8462299.1 24.5 155 104 2 844 997 2 144 6.83e-06 47.0 NDD01017.1 NDD01017.1 100 306 0 0 1 306 1 306 4.42e-230 624 NDD01017.1 CAI2640540.1 28.5 316 186 12 2 293 42 341 5.32e-19 84.3 MBY0289623.1 MBY0289623.1 100 393 0 0 1 393 1 393 4.57e-276 747 MBY0289623.1 MCR5335843.1 39.0 354 204 5 9 354 8 357 1.20e-62 204 MBY0289623.1 WP_167324608.1 31.7 278 169 4 10 266 10 287 6.14e-35 132 MBY0289623.1 WP_224014827.1 29.8 362 210 13 20 347 16 367 5.09e-19 86.3 WP_044453403.1 WP_044453403.1 100 314 0 0 1 314 1 314 1.60e-227 618 WP_044453403.1 WP_096722254.1 63.4 295 104 1 1 295 1 291 6.84e-134 380 WP_044453403.1 WP_200986363.1 25.5 161 115 2 1 160 1 157 7.81e-09 54.3 WP_044453403.1 WP_241524600.1 25.9 293 199 7 1 282 1 286 3.60e-08 52.4 WP_044453403.1 MBL0087235.1 34.9 86 52 1 1 86 1 82 1.39e-04 41.2 PYX98855.1 PYX98855.1 100 58 0 0 1 58 1 58 9.98e-37 115 WP_253783299.1 WP_253783299.1 100 294 0 0 1 294 1 294 1.15e-210 573 WP_253783299.1 WP_274423713.1 37.5 272 160 5 15 285 17 279 1.31e-44 151 EFV9236312.1 EFV9236312.1 100 59 0 0 1 59 1 59 1.84e-37 117 MCF8210731.1 MCF8210731.1 100 290 0 0 1 290 1 290 8.77e-213 578 MCF8210731.1 WP_258825945.1 72.3 289 80 0 1 289 1 289 1.08e-158 442 WP_181110053.1 WP_181110053.1 100 512 0 0 1 512 1 512 0.0 953 WP_251376328.1 WP_251376328.1 100 199 0 0 1 199 1 199 1.99e-141 390 MBN1266236.1 MBN1266236.1 100 629 0 0 1 629 1 629 0.0 1085 WP_230078324.1 WP_230078324.1 100 235 0 0 1 235 1 235 1.74e-146 406 WP_029165724.1 WP_029165724.1 100 273 0 0 1 273 1 273 1.96e-196 536 WP_234523932.1 WP_234523932.1 100 155 0 0 1 155 1 155 7.67e-104 292 TKJ47549.1 TKJ47549.1 100 356 0 0 1 356 1 356 1.41e-249 677 KUK66960.1 KUK66960.1 100 414 0 0 1 414 1 414 1.51e-248 679 KUK66960.1 WP_279652328.1 28.8 208 138 4 171 368 212 419 1.11e-23 100 KAF2778654.1 KAF2778654.1 100 601 0 0 1 601 1 601 0.0 1239 MBL7183650.1 MBL7183650.1 100 507 0 0 1 507 1 507 0.0 916 OEL34993.1 OEL34993.1 100 315 0 0 1 315 1 315 2.61e-247 668 KAG2288705.1 KAG2288705.1 100 67 0 0 1 67 1 67 2.42e-41 127 WP_196132500.1 WP_196132500.1 100 297 0 0 1 297 1 297 2.47e-236 639 MBY5764273.1 MBY5764273.1 100 341 0 0 1 341 1 341 8.91e-234 636 MOP14804.1 MOP14804.1 100 20 0 0 1 20 1 20 2.66e-13 53.5 MCC6757021.1 MCC6757021.1 100 117 0 0 1 117 1 117 2.57e-86 244 GMA85510.1 GMA85510.1 100 333 0 0 1 333 1 333 9.66e-234 635 OAN53756.1 OAN53756.1 100 259 0 0 1 259 1 259 3.25e-188 514 OAN53756.1 MXP43753.1 71.6 250 71 0 10 259 13 262 2.42e-131 370 OAN53756.1 WP_174822921.1 70.9 251 73 0 9 259 5 255 5.41e-131 369 OAN53756.1 MBC7326981.1 58.7 254 103 2 7 259 2 254 8.66e-104 300 OAN53756.1 WP_207918089.1 61.4 246 94 1 14 259 8 252 3.79e-102 296 OAN53756.1 WP_158791585.1 55.3 246 106 4 16 259 9 252 1.73e-88 261 OAN53756.1 WP_098952357.1 36.7 237 133 7 25 254 29 255 1.09e-32 120 OAN53756.1 WP_279984614.1 31.6 253 148 6 15 255 13 252 1.25e-32 118 OAN53756.1 MWR41881.1 31.9 232 138 8 32 256 49 267 7.06e-32 116 OAN53756.1 MCP5262709.1 32.0 250 155 9 17 257 11 254 3.28e-30 113 OAN53756.1 GLY24463.1 31.0 242 153 8 22 254 19 255 4.88e-28 107 OAN53756.1 WP_192324556.1 32.6 258 146 8 12 251 319 566 4.85e-27 107 OAN53756.1 WP_227059655.1 30.4 247 156 6 22 255 32 275 4.86e-27 107 OAN53756.1 WP_247749043.1 31.1 225 133 7 26 241 373 584 1.59e-24 100 OAN53756.1 WP_107894076.1 29.0 238 149 8 29 254 27 256 4.80e-24 97.1 OAN53756.1 WP_008134825.1 29.5 234 154 5 12 244 613 836 3.22e-22 94.0 OAN53756.1 WP_276362074.1 30.2 245 152 7 21 254 14 250 2.12e-21 88.6 OAN53756.1 WP_084371009.1 24.6 224 152 5 12 233 3 211 6.08e-21 88.2 OAN53756.1 MBQ3864274.1 27.5 233 151 7 30 255 39 260 3.91e-20 86.3 OAN53756.1 WP_167977039.1 32.4 216 120 10 16 223 10 207 4.96e-20 84.7 OAN53756.1 WP_221977168.1 28.4 232 149 6 14 237 18 240 2.97e-19 82.8 OAN53756.1 WP_152652784.1 31.8 201 121 7 21 219 15 201 2.99e-19 83.6 OAN53756.1 WP_071876418.1 27.4 215 142 7 23 233 17 221 1.99e-17 79.7 OAN53756.1 WP_150396769.1 26.8 231 155 7 10 236 23 243 4.11e-12 63.9 OAN53756.1 KAF9974715.1 24.8 222 135 7 30 246 484 678 4.42e-10 58.2 HHT66172.1 HHT66172.1 100 126 0 0 1 126 1 126 6.60e-82 234 KAI1051942.1 KAI1051942.1 100 908 0 0 1 908 1 908 0.0 1747 KAI1051942.1 MBE3049203.1 55.6 133 59 0 297 429 2 134 6.77e-44 153 KAI1051942.1 WP_114947928.1 21.7 364 220 10 338 694 120 425 6.96e-12 67.0 WP_137202811.1 WP_137202811.1 100 1452 0 0 1 1452 1 1452 0.0 2898 WP_137202811.1 WP_200200480.1 31.0 394 240 9 1065 1448 464 835 3.13e-41 164 WP_137202811.1 MBA3614174.1 33.6 247 151 10 1177 1422 504 738 2.61e-28 122 WP_137202811.1 WP_209090305.1 26.6 203 124 9 911 1094 3 199 1.46e-09 59.7 MCP5262709.1 MCP5262709.1 100 325 0 0 1 325 1 325 1.74e-232 631 MCP5262709.1 GLY24463.1 45.8 321 172 2 1 320 4 323 5.23e-92 275 MCP5262709.1 WP_107894076.1 45.2 314 169 3 1 313 5 316 1.74e-90 271 MCP5262709.1 WP_131166802.1 49.7 302 150 2 1 300 5 306 2.47e-88 266 MCP5262709.1 WP_066083732.1 46.8 316 164 3 1 313 6 320 6.00e-88 265 MCP5262709.1 WP_192324556.1 49.3 272 131 3 1 265 13 284 4.46e-78 248 MCP5262709.1 WP_227059655.1 49.6 266 127 3 1 259 17 282 4.34e-74 238 MCP5262709.1 WP_098952357.1 40.7 329 178 6 1 320 3 323 2.18e-64 204 MCP5262709.1 MBQ3864274.1 39.7 295 171 4 6 300 21 308 5.08e-60 193 MCP5262709.1 RUU66461.1 42.9 259 134 4 4 255 82 333 1.65e-58 191 MCP5262709.1 MBU5353226.1 39.4 264 142 5 1 255 4 258 8.55e-54 177 MCP5262709.1 QCM13287.1 42.6 256 140 4 1 255 9 258 2.94e-53 174 MCP5262709.1 OAN53756.1 32.0 250 155 9 11 254 17 257 1.15e-27 107 MCP5262709.1 WP_008470196.1 30.2 232 149 7 11 241 15 234 1.38e-26 103 MCP5262709.1 MBT4161918.1 34.0 209 128 5 21 229 26 224 1.60e-25 100 MCP5262709.1 WP_174822921.1 31.3 246 152 9 16 254 18 253 7.41e-24 96.7 MCP5262709.1 MCC6044083.1 33.5 209 129 5 2 210 4 202 2.80e-23 96.3 MCP5262709.1 WP_279984614.1 29.8 218 139 6 21 233 25 233 1.66e-22 93.2 MCP5262709.1 MXP43753.1 32.6 230 140 9 16 239 25 245 1.09e-21 90.9 MCP5262709.1 WP_207918089.1 29.4 265 161 11 1 252 1 252 2.39e-21 89.7 MCP5262709.1 MBC7326981.1 26.0 258 171 8 8 252 4 254 7.87e-19 82.8 MCP5262709.1 WP_256546297.1 26.5 245 154 7 1 233 23 253 2.04e-18 82.0 MCP5262709.1 WP_211555180.1 31.9 210 130 7 21 229 19 216 2.51e-17 78.2 MCP5262709.1 EHH5649593.1 27.4 237 147 8 6 239 5 219 5.94e-17 78.2 MCP5262709.1 WP_158791585.1 27.4 252 154 10 16 252 15 252 1.19e-16 76.6 MBA0617731.1 MBA0617731.1 100 146 0 0 1 146 1 146 1.72e-107 300 SOE69513.1 SOE69513.1 100 503 0 0 1 503 1 503 1.85e-273 750 WP_125770870.1 WP_125770870.1 100 94 0 0 1 94 1 94 2.79e-59 174 OGD46026.1 OGD46026.1 100 524 0 0 1 524 1 524 0.0 1046 KAG1590416.1 KAG1590416.1 100 389 0 0 1 389 1 389 1.15e-292 789 KAG1590416.1 XP_048379117.1 43.8 304 166 3 75 373 252 555 1.46e-85 269 KAG1590416.1 RQM16216.1 41.6 303 170 4 69 366 392 692 3.23e-81 263 KAG1590416.1 XP_029528577.1 42.9 294 163 3 76 365 26 318 1.03e-80 250 KAG1590416.1 EYU24504.1 37.5 331 147 6 71 364 180 487 1.50e-65 217 KAG1590416.1 NXD84883.1 36.1 313 185 5 74 375 78 386 2.57e-63 210 KAG1590416.1 XP_046441060.1 36.1 252 157 4 69 317 50 300 9.52e-45 163 KAG1590416.1 XP_020321477.1 34.6 254 161 4 77 327 50 301 1.36e-44 162 KAG1590416.1 XP_008215352.1 34.0 285 177 6 80 353 188 472 3.53e-43 157 KAG1590416.1 XP_030620685.1 36.0 267 148 7 80 333 96 352 1.00e-40 147 KAG1590416.1 XP_048216280.1 33.1 278 160 6 84 342 24 294 5.08e-40 145 KAG1590416.1 XP_019384620.1 29.8 289 175 11 86 356 21 299 7.82e-32 125 KAG1590416.1 XP_051566275.1 27.0 274 182 8 72 335 1233 1498 4.36e-27 112 KAG1590416.1 KAH6984898.1 25.7 331 171 9 80 355 24 334 1.62e-26 110 KAJ7170950.1 KAJ7170950.1 100 404 0 0 1 404 1 404 2.12e-282 764 VTD69375.1 VTD69375.1 100 175 0 0 1 175 1 175 2.48e-121 338 VTD69375.1 WP_195156489.1 91.5 47 4 0 128 174 1 47 2.23e-22 83.2 PIY74148.1 PIY74148.1 100 618 0 0 1 618 1 618 0.0 1215 PIY74148.1 MBL6756473.1 41.2 634 337 14 1 610 68 689 7.03e-135 410 PIY74148.1 WP_226865765.1 31.1 611 388 16 1 602 23 609 1.63e-78 259 PIY74148.1 KXK41164.1 45.6 285 140 3 1 278 28 304 3.98e-73 235 PIY74148.1 WP_240053789.1 28.5 270 172 8 2 265 29 283 1.44e-18 85.5 PIY74148.1 WP_220492852.1 32.7 113 64 3 475 575 703 815 3.31e-06 48.5 PIY74148.1 WP_278906630.1 53.2 47 21 1 3 48 25 71 4.07e-05 45.1 MCR5435766.1 MCR5435766.1 100 560 0 0 1 560 1 560 0.0 1074 WP_123159424.1 WP_123159424.1 100 930 0 0 1 930 1 930 0.0 1868 WP_123159424.1 WP_081224968.1 54.8 921 403 9 1 916 1 913 0.0 1004 WP_123159424.1 MCB9999913.1 35.4 1017 522 20 6 896 20 1027 1.08e-176 539 WP_123159424.1 SCL13606.1 22.8 817 519 26 5 773 44 796 2.56e-39 155 WP_123159424.1 WP_194957532.1 23.5 827 432 28 27 771 12 719 3.82e-32 132 WP_123159424.1 XP_053592881.1 21.3 634 358 20 57 622 77 637 3.74e-16 81.6 HAQ5294203.1 HAQ5294203.1 100 759 0 0 1 759 1 759 0.0 1396 MCD6306959.1 MCD6306959.1 100 336 0 0 1 336 1 336 1.26e-251 681 MCD6306959.1 WP_275196335.1 24.4 271 192 5 41 306 34 296 1.86e-15 74.3 QCM13287.1 QCM13287.1 100 281 0 0 1 281 1 281 4.25e-195 533 QCM13287.1 WP_131166802.1 45.4 260 135 3 6 258 2 261 2.24e-65 206 QCM13287.1 WP_066083732.1 43.8 267 143 4 8 267 5 271 1.09e-64 204 QCM13287.1 WP_192324556.1 43.7 270 139 6 1 258 6 274 4.06e-57 191 QCM13287.1 WP_107894076.1 40.9 259 143 6 9 259 5 261 3.17e-55 179 QCM13287.1 MCP5262709.1 42.6 256 140 4 9 258 1 255 3.24e-54 177 QCM13287.1 WP_227059655.1 40.7 263 144 4 8 258 16 278 3.15e-50 173 QCM13287.1 GLY24463.1 39.5 256 149 3 9 258 4 259 7.70e-49 163 QCM13287.1 WP_098952357.1 35.8 279 142 9 9 264 3 267 8.43e-37 131 QCM13287.1 WP_142931103.1 28.3 212 129 6 27 237 20 209 4.37e-15 73.2 QCM13287.1 RUU66461.1 41.1 56 30 1 206 258 1 56 1.32e-04 41.2 MBS0252923.1 MBS0252923.1 100 162 0 0 1 162 1 162 3.75e-112 313 WP_252541609.1 WP_252541609.1 100 394 0 0 1 394 1 394 4.11e-229 629 WP_252541609.1 WP_144384753.1 34.0 338 179 5 56 393 53 346 4.60e-42 149 WP_252541609.1 MCO5330244.1 38.8 129 72 2 271 392 299 427 4.06e-17 80.9 WP_062640876.1 WP_062640876.1 100 299 0 0 1 299 1 299 1.58e-215 586 WP_062640876.1 MAJ71254.1 36.1 310 174 5 1 291 1 305 8.28e-50 166 WP_062640876.1 WP_069083484.1 32.0 297 185 3 3 290 6 294 2.99e-39 138 KOO34710.1 KOO34710.1 100 88 0 0 1 88 1 88 5.00e-57 168 WP_121334391.1 WP_121334391.1 100 437 0 0 1 437 1 437 5.23e-302 816 YP_010462557.1 YP_010462557.1 100 393 0 0 1 393 1 393 1.53e-299 806 YP_010462557.1 WP_222594143.1 36.7 417 236 3 3 393 51 465 2.75e-84 263 YP_010462557.1 WP_262043205.1 29.7 387 237 9 12 393 181 537 9.39e-34 130 MCR5237392.1 MCR5237392.1 100 348 0 0 1 348 1 348 2.19e-258 699 WP_015527010.1 WP_015527010.1 100 411 0 0 1 411 1 411 1.83e-307 828 MCB0094774.1 MCB0094774.1 100 173 0 0 1 173 1 173 1.23e-120 336 WP_251767892.1 WP_251767892.1 100 202 0 0 1 202 1 202 1.02e-149 412 WP_220742815.1 WP_220742815.1 100 201 0 0 1 201 1 201 6.56e-132 367 NNE23115.1 NNE23115.1 100 355 0 0 1 355 1 355 2.19e-257 697 NNE23115.1 WP_258581409.1 34.0 356 222 3 3 347 4 357 9.72e-56 184 NNE23115.1 WP_237907640.1 35.6 312 192 3 5 310 6 314 2.95e-55 183 NNE23115.1 WP_011057593.1 33.2 367 201 7 2 348 4 346 4.37e-54 180 NNE23115.1 WP_109219819.1 37.7 231 144 0 5 235 20 250 4.35e-46 159 NNE23115.1 WP_088153117.1 32.0 200 126 3 28 220 24 220 3.09e-24 100 NNE23115.1 WP_247749043.1 29.5 224 142 6 22 230 378 600 9.93e-16 76.6 NNE23115.1 MBQ3864274.1 25.8 221 155 5 33 244 51 271 4.74e-14 70.5 NNE23115.1 NVM03966.1 29.4 180 120 3 33 211 53 226 1.21e-12 66.2 NNE23115.1 KAI7371949.1 28.9 194 118 8 39 220 688 873 6.67e-10 58.9 NNE23115.1 WP_060613079.1 26.6 207 140 6 22 220 363 565 2.30e-09 57.0 NNE23115.1 KAJ5168969.1 22.5 213 145 7 25 225 530 734 1.42e-08 54.7 NNE23115.1 THW78755.1 28.3 173 106 5 22 191 488 645 6.68e-08 52.8 NNE23115.1 WP_041481207.1 30.3 155 88 5 39 178 374 523 6.43e-07 49.3 WP_238785931.1 WP_238785931.1 100 856 0 0 1 856 1 856 0.0 1605 MCF3123421.1 MCF3123421.1 100 228 0 0 1 228 1 228 2.77e-160 441 KAJ5976390.1 KAJ5976390.1 100 292 0 0 1 292 1 292 4.72e-218 592 NPA33962.1 NPA33962.1 100 531 0 0 1 531 1 531 0.0 1003 WP_071563317.1 WP_071563317.1 100 243 0 0 1 243 1 243 1.37e-172 473 WP_236961032.1 WP_236961032.1 100 93 0 0 1 93 1 93 3.40e-64 187 WP_236961032.1 WP_146205473.1 61.9 42 16 0 49 90 1 42 5.02e-14 59.3 AIG14299.1 AIG14299.1 100 215 0 0 1 215 1 215 9.07e-164 448 AIG14299.1 QJX39570.1 76.7 215 42 1 1 215 1 207 2.26e-128 358 AIG14299.1 AAW57761.1 69.0 216 56 3 1 215 1 206 6.47e-114 322 KIX64119.1 KIX64119.1 100 228 0 0 1 228 1 228 1.45e-180 492 WP_063603400.1 WP_063603400.1 100 439 0 0 1 439 1 439 4.39e-311 840 WP_063603400.1 EFK2137151.1 34.7 421 268 3 1 418 22 438 9.71e-68 221 WP_063603400.1 KAA3621416.1 20.1 418 273 10 9 396 32 418 7.37e-09 55.8 WP_218965839.1 WP_218965839.1 100 303 0 0 1 303 1 303 1.61e-235 637 WP_218965839.1 EDD0587303.1 45.2 186 96 4 2 183 1076 1259 4.81e-46 164 WP_173789750.1 WP_173789750.1 100 317 0 0 1 317 1 317 5.85e-236 639 NXS49052.1 NXS49052.1 100 408 0 0 1 408 1 408 3.60e-22 95.9 MBL6756473.1 MBL6756473.1 100 761 0 0 1 761 1 761 0.0 1483 MBL6756473.1 PIY74148.1 41.0 624 334 12 68 680 1 601 5.07e-137 416 MBL6756473.1 KXK41164.1 44.6 303 160 3 42 338 2 302 5.50e-76 246 MBL6756473.1 WP_226865765.1 30.2 658 380 15 47 678 2 606 1.29e-73 249 MBL6756473.1 WP_240053789.1 30.2 285 186 7 48 328 9 284 1.44e-25 106 MBL6756473.1 WP_278906630.1 37.3 67 42 0 52 118 7 73 6.08e-06 48.1 MBL6756473.1 WP_220492852.1 32.6 95 58 2 48 138 191 283 1.31e-05 47.0 MBL6756473.1 WP_281498184.1 35.4 79 48 2 60 137 24 100 4.57e-05 45.1 MBN9390566.1 MBN9390566.1 100 185 0 0 1 185 1 185 4.57e-131 363 WP_174048133.1 WP_174048133.1 100 406 0 0 1 406 1 406 1.05e-299 808 EIG7023758.1 EIG7023758.1 100 585 0 0 1 585 1 585 8.20e-269 745 KAG8015916.1 KAG8015916.1 100 175 0 0 1 175 1 175 4.46e-124 345 KAG8015916.1 HCH0658035.1 69.5 174 53 0 1 174 274 447 1.06e-82 250 KAG8015916.1 HCB14820.1 34.1 88 57 1 34 120 312 399 1.88e-07 48.1 WP_039085559.1 WP_039085559.1 100 457 0 0 1 457 1 457 0.0 926 WP_039085559.1 WP_145514932.1 41.5 455 258 4 5 457 9 457 2.20e-123 365 WP_224721611.1 WP_224721611.1 100 120 0 0 1 120 1 120 2.09e-91 258 VJO49958.1 VJO49958.1 100 535 0 0 1 535 1 535 0.0 1105 VJO49958.1 WP_125555296.1 47.2 538 252 7 5 517 4 534 1.26e-175 505 VJO49958.1 WP_253630899.1 29.1 536 298 16 8 525 42 513 1.62e-59 204 VJO49958.1 GAP55147.1 54.7 64 29 0 5 68 10 73 2.62e-21 86.7 VJO49958.1 HAN2236324.1 32.8 131 56 4 6 104 186 316 3.88e-11 63.9 MBK7771335.1 MBK7771335.1 100 104 0 0 1 104 1 104 7.87e-66 192 SQI90360.1 SQI90360.1 100 34 0 0 1 34 1 34 1.32e-20 72.8 MCH5250214.1 MCH5250214.1 100 897 0 0 1 897 1 897 0.0 1708 MCH5250214.1 EDN57974.1 33.6 500 313 7 189 675 400 893 2.50e-64 233 MCH5250214.1 KFX48203.1 29.9 551 324 13 164 675 664 1191 1.45e-59 219 MCH5250214.1 WP_138482356.1 38.2 241 143 2 184 423 409 644 4.45e-42 164 MCH5250214.1 TAL20232.1 35.7 249 157 2 177 423 218 465 1.08e-35 142 MCH5250214.1 WP_076194242.1 27.8 263 178 6 158 415 203 458 2.92e-26 111 MCH5250214.1 WP_257504872.1 23.0 257 169 8 186 419 279 529 5.45e-14 73.9 MCH5250214.1 MCL5028570.1 33.8 154 92 4 559 705 61 211 6.56e-12 66.6 MCH5250214.1 WP_069156513.1 28.9 135 91 2 560 693 2 132 3.48e-09 56.6 MCH5250214.1 WP_186723788.1 23.0 213 150 4 563 771 8 210 7.42e-07 49.7 WP_241468713.1 WP_241468713.1 100 1160 0 0 1 1160 1 1160 0.0 2301 WP_241468713.1 STF90731.1 99.7 646 2 0 1 646 1 646 0.0 1287 MCO5248061.1 MCO5248061.1 100 245 0 0 1 245 1 245 1.79e-169 465 RKT44589.1 RKT44589.1 100 254 0 0 1 254 1 254 1.28e-162 449 TDM00308.1 TDM00308.1 100 115 0 0 1 115 1 115 4.16e-73 211 TDM00308.1 MBR4471080.1 60.4 101 39 1 15 114 17 117 4.20e-32 107 TDM00308.1 KKP93192.1 45.3 128 54 1 3 114 2 129 1.46e-27 96.7 TDM00308.1 WP_148259014.1 48.1 108 54 1 9 114 12 119 1.41e-20 78.6 MCA6099904.1 MCA6099904.1 100 507 0 0 1 507 1 507 0.0 973 MCA6099904.1 WP_089095302.1 31.5 534 301 18 1 492 1 511 2.09e-48 175 MCA6099904.1 WP_222599035.1 24.8 202 124 6 7 185 468 664 5.76e-10 60.1 RKU33385.1 RKU33385.1 100 275 0 0 1 275 1 275 2.94e-208 566 KAH7252800.1 KAH7252800.1 100 356 0 0 1 356 1 356 1.76e-268 725 KAH7252800.1 WP_006027485.1 35.5 296 175 7 7 297 1 285 2.33e-50 170 KAH7252800.1 MBO1529847.1 26.8 280 183 10 7 280 5 268 6.05e-16 76.3 KAH7252800.1 WP_167320363.1 21.5 261 152 6 7 257 1 218 2.49e-06 47.0 EIH6124474.1 EIH6124474.1 100 553 0 0 1 553 1 553 3.92e-298 816 EIH6124474.1 WP_261529150.1 65.2 46 14 1 299 342 556 601 5.94e-07 50.8 MBO8159537.1 MBO8159537.1 100 164 0 0 1 164 1 164 1.25e-111 312 WP_151206143.1 WP_151206143.1 100 502 0 0 1 502 1 502 0.0 1015 MBN8912970.1 MBN8912970.1 100 125 0 0 1 125 1 125 5.90e-89 252 TOP73014.1 TOP73014.1 100 99 0 0 1 99 1 99 8.69e-72 206 HAV89419.1 HAV89419.1 100 356 0 0 1 356 1 356 7.79e-272 733 WP_056688515.1 WP_056688515.1 100 269 0 0 1 269 1 269 3.74e-183 502 MBV9654022.1 MBV9654022.1 100 378 0 0 1 378 1 378 3.20e-273 739 WP_138572923.1 WP_138572923.1 100 350 0 0 1 350 1 350 1.95e-237 646 WP_138572923.1 WP_114861267.1 57.9 347 138 3 11 349 10 356 4.07e-118 344 WP_138572923.1 MBD5394228.1 25.6 270 179 9 49 310 7 262 5.14e-09 55.1 MBI2925684.1 MBI2925684.1 100 118 0 0 1 118 1 118 3.00e-81 232 WP_065519347.1 WP_065519347.1 100 368 0 0 1 368 1 368 1.27e-258 701 KAI8690655.1 KAI8690655.1 100 257 0 0 1 257 1 257 3.12e-185 506 KAG0363719.1 KAG0363719.1 100 78 0 0 1 78 1 78 1.22e-48 146 XP_031707624.1 XP_031707624.1 100 958 0 0 1 958 1 958 0.0 1870 MBT3590949.1 MBT3590949.1 100 314 0 0 1 314 1 314 2.47e-104 311 MBU0838658.1 MBU0838658.1 100 342 0 0 1 342 1 342 1.31e-231 630 ECB3502766.1 ECB3502766.1 100 219 0 0 1 219 1 219 3.32e-143 397 ECB3502766.1 EFB0579454.1 85.8 219 31 0 1 219 1 219 4.38e-117 343 WP_270757591.1 WP_270757591.1 100 396 0 0 1 396 1 396 8.14e-292 787 WP_270757591.1 MCA1697375.1 27.6 170 92 8 217 381 150 293 8.97e-04 39.3 TLY75477.1 TLY75477.1 100 242 0 0 1 242 1 242 2.21e-182 498 TLY75477.1 WP_032004153.1 37.6 117 58 4 50 151 45 161 1.50e-10 58.2 TLY75477.1 XP_045954854.1 37.2 78 46 1 75 149 406 483 1.68e-09 55.8 WP_125504029.1 WP_125504029.1 100 336 0 0 1 336 1 336 8.01e-239 648 WP_245404560.1 WP_245404560.1 100 92 0 0 1 92 1 92 3.84e-65 189 WP_268140002.1 WP_268140002.1 100 204 0 0 1 204 1 204 2.93e-150 413 HDO82225.1 HDO82225.1 100 311 0 0 1 311 1 311 4.14e-185 510 WP_039692015.1 WP_039692015.1 100 261 0 0 1 261 1 261 3.53e-193 526 KAH7371872.1 KAH7371872.1 100 260 0 0 1 260 1 260 9.66e-186 508 WP_203374052.1 WP_203374052.1 100 134 0 0 1 134 1 134 7.82e-96 270 WP_185644473.1 WP_185644473.1 100 132 0 0 1 132 1 132 2.97e-90 256 MCF8106439.1 MCF8106439.1 100 202 0 0 1 202 1 202 1.91e-145 401 WP_141918410.1 WP_141918410.1 100 588 0 0 1 588 1 588 0.0 1164 KAE8802158.1 KAE8802158.1 100 146 0 0 1 146 1 146 6.72e-105 294 DAM55269.1 DAM55269.1 100 407 0 0 1 407 1 407 2.73e-291 787 EFI7849450.1 EFI7849450.1 100 170 0 0 1 170 1 170 6.21e-99 281 EFI7849450.1 EFL3122059.1 74.8 131 29 1 3 133 28 154 9.41e-63 194 EFI7849450.1 EIH4263652.1 74.2 132 34 0 3 134 20 151 5.45e-61 196 EFI7849450.1 EFL5817307.1 75.0 104 26 0 31 134 1 104 3.96e-46 155 EFI7849450.1 EER8306359.1 98.3 60 1 0 1 60 240 299 5.35e-36 125 WP_027896470.1 WP_027896470.1 100 799 0 0 1 799 1 799 0.0 1624 MBD3702988.1 MBD3702988.1 100 105 0 0 1 105 1 105 1.40e-73 211 WP_200696402.1 WP_200696402.1 100 274 0 0 1 274 1 274 3.51e-195 533 WP_200696402.1 WP_204334995.1 34.0 188 121 3 84 270 61 246 3.09e-29 109 KAH0091028.1 KAH0091028.1 100 839 0 0 1 839 1 839 0.0 1608 WP_215683653.1 WP_215683653.1 100 290 0 0 1 290 1 290 1.27e-230 624 WP_246003214.1 WP_246003214.1 100 607 0 0 1 607 1 607 0.0 1107 WP_246003214.1 PYB13830.1 26.3 552 369 15 37 576 3206 3731 3.60e-29 122 WP_246003214.1 EJG3313804.1 23.2 409 293 11 45 434 33 439 5.12e-19 88.6 WP_246003214.1 MBN9324306.1 30.6 111 74 1 21 131 18 125 3.08e-09 54.7 WP_246003214.1 TMQ04701.1 24.5 326 181 11 163 439 619 928 1.06e-08 56.6 WP_246003214.1 MBF2759673.1 32.7 153 79 4 47 182 187 332 4.02e-08 54.7 WP_246003214.1 MCC5948066.1 26.2 466 247 22 42 438 116 553 4.78e-08 54.3 WP_246003214.1 XP_052525039.1 23.5 298 196 10 162 435 275 564 6.34e-08 53.9 WP_246003214.1 WP_254101325.1 20.1 472 310 9 45 460 107 567 1.71e-06 49.3 OBW66090.1 OBW66090.1 100 491 0 0 1 491 1 491 0.0 994 XP_049399244.1 XP_049399244.1 100 392 0 0 1 392 1 392 1.18e-282 764 WP_138051112.1 WP_138051112.1 100 391 0 0 1 391 1 391 5.65e-285 769 WP_112865547.1 WP_112865547.1 100 192 0 0 1 192 1 192 2.74e-140 387 MCU1506104.1 MCU1506104.1 100 369 0 0 1 369 1 369 2.22e-264 716 MCU1506104.1 WP_250898423.1 69.9 365 109 1 1 365 6 369 1.74e-175 491 MCJ8328039.1 MCJ8328039.1 100 262 0 0 1 262 1 262 1.24e-198 540 KAF2994395.1 KAF2994395.1 100 193 0 0 1 193 1 193 9.95e-148 406 WP_266603981.1 WP_266603981.1 100 189 0 0 1 189 1 189 7.29e-139 383 AAQ88513.1 AAQ88513.1 100 847 0 0 1 847 1 847 0.0 1739 WP_217278020.1 WP_217278020.1 100 137 0 0 1 137 1 137 9.06e-101 283 WP_065073015.1 WP_065073015.1 100 139 0 0 1 139 1 139 2.69e-103 289 WP_065073015.1 WP_030094039.1 67.9 137 41 1 6 139 9 145 7.67e-68 200 MBS7021842.1 MBS7021842.1 100 283 0 0 1 283 1 283 4.49e-207 563 WP_176390098.1 WP_176390098.1 100 440 0 0 1 440 1 440 0.0 878 WP_176390098.1 KQO44758.1 49.2 435 199 7 12 438 1 421 2.83e-136 396 WP_089187353.1 WP_089187353.1 100 261 0 0 1 261 1 261 1.01e-167 462 KAE9107042.1 KAE9107042.1 100 135 0 0 1 135 1 135 6.64e-84 240 WP_084717372.1 WP_084717372.1 100 220 0 0 1 220 1 220 1.89e-163 448 WP_062263491.1 WP_062263491.1 100 285 0 0 1 285 1 285 1.99e-211 575 WP_062263491.1 HIS27960.1 36.6 284 177 3 2 285 9 289 1.46e-58 187 WP_062263491.1 WP_111083956.1 36.8 285 176 4 3 285 16 298 6.66e-58 186 KNZ32786.1 KNZ32786.1 100 573 0 0 1 573 1 573 0.0 1108 WP_277491977.1 WP_277491977.1 100 315 0 0 1 315 1 315 3.86e-249 672 PWB61544.1 PWB61544.1 100 287 0 0 1 287 1 287 3.33e-220 597 MBF0570872.1 MBF0570872.1 100 139 0 0 1 139 1 139 9.36e-104 290 KAF2725148.1 KAF2725148.1 100 943 0 0 1 943 1 943 0.0 1776 MCI02510.1 MCI02510.1 100 109 0 0 1 109 1 109 3.01e-70 203 KAI0095213.1 KAI0095213.1 100 291 0 0 1 291 1 291 1.65e-222 603 KAI0095213.1 OLA08565.1 33.6 143 67 6 15 154 11 128 3.65e-12 63.2 KAI0095213.1 MBP5726154.1 30.1 153 78 5 7 155 3 130 7.84e-11 59.3 WP_259691170.1 WP_259691170.1 100 353 0 0 1 353 1 353 5.44e-266 718 EHG9706352.1 EHG9706352.1 100 140 0 0 1 140 1 140 3.52e-104 291 NIR98474.1 NIR98474.1 100 41 0 0 1 41 1 41 5.52e-27 89.4 WP_073505727.1 WP_073505727.1 100 333 0 0 1 333 1 333 6.99e-252 681 WP_073505727.1 WP_133874384.1 45.4 326 171 5 1 323 1 322 2.11e-87 264 WP_073505727.1 WP_164767343.1 48.1 156 81 0 161 316 1 156 2.31e-47 157 RPI21000.1 RPI21000.1 100 326 0 0 1 326 1 326 9.14e-249 672 WP_011568153.1 WP_011568153.1 100 248 0 0 1 248 1 248 3.94e-179 490 MBP8225438.1 MBP8225438.1 100 169 0 0 1 169 1 169 5.28e-129 357 WP_148284348.1 WP_148284348.1 100 384 0 0 1 384 1 384 1.26e-257 700 WP_148284348.1 MCE0539567.1 29.5 258 128 8 159 369 145 395 2.87e-08 53.5 WP_138860096.1 WP_138860096.1 100 231 0 0 1 231 1 231 1.61e-165 454 WP_249423022.1 WP_249423022.1 100 323 0 0 1 323 1 323 2.17e-225 613 MBM3258402.1 MBM3258402.1 100 357 0 0 1 357 1 357 5.57e-286 769 WP_140164964.1 WP_140164964.1 100 553 0 0 1 553 1 553 0.0 886 WP_140164964.1 WP_186556299.1 50.9 165 81 0 387 551 355 519 1.94e-33 132 WP_061671893.1 WP_061671893.1 100 239 0 0 1 239 1 239 2.77e-170 467 WP_142009293.1 WP_142009293.1 100 144 0 0 1 144 1 144 2.55e-99 280 MCR6642262.1 MCR6642262.1 100 239 0 0 1 239 1 239 5.41e-177 484 MCH8312134.1 MCH8312134.1 100 109 0 0 1 109 1 109 6.56e-74 213 DAI44238.1 DAI44238.1 100 315 0 0 1 315 1 315 5.61e-233 632 MCU0243120.1 MCU0243120.1 100 417 0 0 1 417 1 417 6.72e-313 842 MCU0243120.1 WP_265364885.1 32.4 68 46 0 7 74 17 84 2.94e-04 41.2 MBD5657753.1 MBD5657753.1 100 271 0 0 1 271 1 271 2.70e-202 550 XP_023318286.1 XP_023318286.1 100 738 0 0 1 738 1 738 0.0 1370 EAA8040699.1 EAA8040699.1 100 1854 0 0 1 1854 1 1854 0.0 2740 EAA8040699.1 ECE8916583.1 64.4 1750 536 24 144 1854 17 1718 0.0 1366 XP_023815606.1 XP_023815606.1 100 486 0 0 1 486 1 486 0.0 985 TYI91467.1 TYI91467.1 100 420 0 0 1 420 1 420 2.06e-304 821 XP_037327098.1 XP_037327098.1 100 497 0 0 1 497 1 497 0.0 992 XP_037327098.1 NWX34570.1 27.3 410 274 8 80 473 99 500 2.20e-39 148 XP_037327098.1 XP_054844157.1 27.9 229 152 4 244 468 263 482 2.64e-17 82.8 EER8085032.1 EER8085032.1 100 505 0 0 1 505 1 505 0.0 988 MBQ3129991.1 MBQ3129991.1 100 282 0 0 1 282 1 282 8.47e-216 585 WP_278084771.1 WP_278084771.1 100 786 0 0 1 786 1 786 0.0 1348 WP_278084771.1 VAX76432.1 29.8 564 348 12 229 774 31 564 1.52e-54 196 WP_278084771.1 PIQ07033.1 26.4 561 356 13 217 767 2 515 1.40e-46 172 WP_278084771.1 MBQ2895174.1 29.2 274 139 9 370 592 228 497 1.86e-15 78.2 WP_097275324.1 WP_097275324.1 100 421 0 0 1 421 1 421 3.03e-302 816 WP_179156843.1 WP_179156843.1 100 379 0 0 1 379 1 379 4.10e-281 759 WP_179156843.1 WP_250015522.1 31.7 379 234 7 1 364 15 383 4.35e-49 168 WP_179156843.1 MBW4662439.1 36.2 243 146 3 22 263 36 270 4.80e-38 139 WP_179156843.1 WP_210167953.1 28.9 342 218 7 26 360 25 348 1.41e-31 121 GIR47037.1 GIR47037.1 100 635 0 0 1 635 1 635 0.0 1242 GIR47037.1 UDH58358.1 43.7 646 335 8 1 632 1 631 2.75e-155 461 GIR47037.1 WP_251758029.1 41.6 627 342 9 9 627 11 621 9.93e-147 437 GIR47037.1 MBK3574312.1 41.4 423 224 7 67 479 69 477 4.55e-86 281 GIR47037.1 YP_009351723.1 37.7 355 203 6 92 446 33 369 1.80e-65 223 WP_057012309.1 WP_057012309.1 100 269 0 0 1 269 1 269 2.59e-199 543 WP_057012309.1 TMC92967.1 48.4 256 121 4 18 268 31 280 2.45e-71 219 EAA6840433.1 EAA6840433.1 100 276 0 0 1 276 1 276 3.59e-214 581 MBN1799017.1 MBN1799017.1 100 220 0 0 1 220 1 220 5.85e-158 434 GBE16035.1 GBE16035.1 100 348 0 0 1 348 1 348 2.67e-259 701 GBE16035.1 HBA4333173.1 51.2 330 156 3 10 338 4 329 1.75e-110 323 MCF0110827.1 MCF0110827.1 100 274 0 0 1 274 1 274 1.84e-206 561 WP_141605349.1 WP_141605349.1 100 266 0 0 1 266 1 266 1.29e-202 551 MCL4469743.1 MCL4469743.1 100 383 0 0 1 383 1 383 8.66e-285 768 MCL4469743.1 TAM79626.1 48.0 383 193 2 3 379 4 386 4.60e-124 362 HCI4632030.1 HCI4632030.1 100 41 0 0 1 41 1 41 9.21e-26 86.3 HCI4632030.1 WP_193850569.1 68.3 41 13 0 1 41 1 41 3.88e-14 60.5 WP_217105914.1 WP_217105914.1 100 349 0 0 1 349 1 349 1.81e-262 709 KAF3180666.1 KAF3180666.1 100 554 0 0 1 554 1 554 0.0 1060 WP_160394157.1 WP_160394157.1 100 130 0 0 1 130 1 130 1.37e-85 244 MCK4403577.1 MCK4403577.1 100 177 0 0 1 177 1 177 6.32e-125 347 MCK4403577.1 NGS95655.1 51.4 175 84 1 1 174 1 175 4.88e-60 183 OMP01148.1 OMP01148.1 100 34 0 0 1 34 1 34 1.02e-15 60.5 WP_038492378.1 WP_038492378.1 100 192 0 0 1 192 1 192 2.33e-132 367 MBQ1771956.1 MBQ1771956.1 100 371 0 0 1 371 1 371 7.75e-266 719 MBQ1771956.1 WP_167263015.1 42.1 368 203 5 7 366 1 366 5.35e-87 266 MBQ1771956.1 MBC5824559.1 36.9 350 214 4 7 350 1 349 2.98e-65 210 WP_048271612.1 WP_048271612.1 100 417 0 0 1 417 1 417 4.05e-314 845 WP_259865813.1 WP_259865813.1 100 282 0 0 1 282 1 282 3.87e-212 576 WP_089905939.1 WP_089905939.1 100 459 0 0 1 459 1 459 0.0 956 WP_089905939.1 WP_260685194.1 47.7 44 22 1 112 154 22 65 3.89e-04 37.7 MBO7633581.1 MBO7633581.1 100 117 0 0 1 117 1 117 2.79e-81 232 WP_264351023.1 WP_264351023.1 100 178 0 0 1 178 1 178 2.29e-132 366 KAH9572460.1 KAH9572460.1 100 1348 0 0 1 1348 1 1348 0.0 2702 ASI70574.1 ASI70574.1 100 179 0 0 1 179 1 179 7.10e-132 365 KAG9043128.1 KAG9043128.1 100 351 0 0 1 351 1 351 3.94e-258 698 WP_123868396.1 WP_123868396.1 100 181 0 0 1 181 1 181 2.20e-136 376 EHW0060032.1 EHW0060032.1 100 99 0 0 1 99 1 99 3.56e-62 182 OGG08302.1 OGG08302.1 100 337 0 0 1 337 1 337 9.84e-245 663 OGG08302.1 WP_115470986.1 33.2 253 166 3 79 330 97 347 2.68e-37 135 OGG08302.1 WP_152158314.1 31.0 210 135 5 97 306 2 201 1.37e-15 72.8 CAF4577788.1 CAF4577788.1 100 207 0 0 1 207 1 207 2.71e-152 419 HCL36615.1 HCL36615.1 100 361 0 0 1 361 1 361 1.94e-254 690 UYE49180.1 UYE49180.1 100 4402 0 0 1 4402 1 4402 0.0 6279 UYE49180.1 ULA23837.2 77.2 4402 1002 1 1 4402 1 4401 0.0 6274 UYE49180.1 UKU68032.1 77.5 4402 990 1 1 4402 1 4401 0.0 6272 UYE49180.1 ULB83374.1 80.3 4402 866 1 1 4402 1 4401 0.0 6270 UYE49180.1 UOU30556.1 79.1 4398 917 0 1 4398 1 4398 0.0 6269 UYE49180.1 UXH94526.1 77.1 4402 1006 1 1 4402 1 4401 0.0 6269 UYE49180.1 UIR12670.1 77.1 4398 1004 1 1 4398 1 4397 0.0 6267 UYE49180.1 QTM79632.1 77.0 4402 1014 0 1 4402 1 4402 0.0 6265 UYE49180.1 QXR94354.1 77.0 4402 1013 0 1 4402 1 4402 0.0 6262 UYE49180.1 QTD03487.1 77.0 4405 1012 1 1 4402 1 4405 0.0 6261 UYE49180.1 UFM00670.1 76.9 4405 1014 1 1 4402 1 4405 0.0 6258 UYE49180.1 QTZ27226.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6258 UYE49180.1 UPP41269.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6257 UYE49180.1 USR14792.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6257 UYE49180.1 UEC68750.1 76.9 4405 1014 1 1 4402 1 4405 0.0 6256 UYE49180.1 UPA83906.1 77.1 4398 1008 1 1 4398 1 4397 0.0 6256 UYE49180.1 QVD87869.1 77.0 4398 1012 0 1 4398 1 4398 0.0 6256 UYE49180.1 UZO53924.1 77.0 4398 1013 0 1 4398 1 4398 0.0 6255 UYE49180.1 UHM53165.1 76.9 4405 1014 1 1 4402 1 4405 0.0 6255 UYE49180.1 UBD95131.1 77.0 4401 1011 1 1 4398 1 4401 0.0 6254 UYE49180.1 UMF87224.1 76.6 4398 1028 1 1 4398 1 4397 0.0 6254 UYE49180.1 URQ55824.1 76.9 4398 1014 0 1 4398 1 4398 0.0 6254 UYE49180.1 QWC83326.1 77.0 4401 1011 1 1 4398 1 4401 0.0 6253 UYE49180.1 QZU16279.1 76.9 4401 1012 1 1 4398 1 4401 0.0 6252 UYE49180.1 UVB16817.1 76.9 4398 1014 0 1 4398 1 4398 0.0 6252 WP_204719689.1 WP_204719689.1 100 274 0 0 1 274 1 274 8.73e-205 557 WP_113851760.1 WP_113851760.1 100 243 0 0 1 243 1 243 9.64e-173 473 WP_113851760.1 NGP45824.1 43.3 245 128 6 3 242 4 242 8.54e-55 174 WP_113851760.1 MCF8193609.1 35.3 241 150 4 7 243 24 262 1.61e-36 128 WP_113851760.1 WP_282979415.1 34.0 209 133 4 33 237 108 315 3.11e-36 129 WP_113851760.1 WP_144002426.1 32.0 175 109 4 66 236 98 266 4.37e-16 73.9 MCE5240463.1 MCE5240463.1 100 202 0 0 1 202 1 202 5.93e-149 410 MBP9771519.1 MBP9771519.1 100 500 0 0 1 500 1 500 0.0 946 MBP9771519.1 MBU7046308.1 31.5 451 219 16 9 391 6 434 1.66e-39 149 MBP9771519.1 MBR6343266.1 62.2 74 23 1 9 82 356 424 6.68e-22 96.3 MBP9771519.1 WP_010016619.1 32.4 219 126 4 15 218 21 232 1.57e-20 93.2 MBP9771519.1 MBP6400846.1 31.6 136 78 4 13 135 9 142 6.07e-13 65.9 MCF1439711.1 MCF1439711.1 100 88 0 0 1 88 1 88 2.28e-62 182 MCF1439711.1 MCH8904788.1 45.6 79 42 1 7 84 8 86 6.41e-19 77.8 MCF1439711.1 WP_280949002.1 39.8 93 48 2 2 88 10 100 8.38e-16 68.9 MBQ1653514.1 MBQ1653514.1 100 189 0 0 1 189 1 189 3.76e-141 389 WP_184094916.1 WP_184094916.1 100 184 0 0 1 184 1 184 2.45e-130 361 WP_073520930.1 WP_073520930.1 100 570 0 0 1 570 1 570 0.0 1157 WP_097089246.1 WP_097089246.1 100 361 0 0 1 361 1 361 7.40e-243 660 KAJ3654337.1 KAJ3654337.1 100 134 0 0 1 134 1 134 1.35e-96 272 MBP8613265.1 MBP8613265.1 100 466 0 0 1 466 1 466 0.0 911 MBP8613265.1 MCL6479991.1 31.9 188 114 5 186 369 28 205 3.79e-17 80.9 MBP8613265.1 WP_254363411.1 52.8 36 17 0 330 365 83 118 4.49e-05 43.9 WP_212663497.1 WP_212663497.1 100 386 0 0 1 386 1 386 1.62e-286 773 WP_212663497.1 WP_274604755.1 40.4 47 28 0 216 262 11 57 2.83e-05 43.5 MSU42127.1 MSU42127.1 100 357 0 0 1 357 1 357 8.93e-258 698 MSU42127.1 WP_253063755.1 42.9 350 187 5 8 356 1 338 1.31e-83 256 NEX64733.1 NEX64733.1 100 286 0 0 1 286 1 286 7.26e-219 593 NEX64733.1 MBN9625832.1 59.6 277 111 1 1 276 1 277 5.52e-118 338 NEX64733.1 GGS66510.1 53.9 280 117 3 4 275 1 276 2.66e-94 278 XP_054852439.1 XP_054852439.1 100 404 0 0 1 404 1 404 2.16e-316 850 RLE48019.1 RLE48019.1 100 111 0 0 1 111 1 111 2.86e-69 201 WP_217691728.1 WP_217691728.1 100 561 0 0 1 561 1 561 0.0 1106 AGA34473.1 AGA34473.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 MCK9908664.1 MCK9908664.1 100 114 0 0 1 114 1 114 1.51e-70 204 MCU0650575.1 MCU0650575.1 100 295 0 0 1 295 1 295 1.51e-211 576 KAJ5056431.1 KAJ5056431.1 100 149 0 0 1 149 1 149 6.47e-84 243 PHR24038.1 PHR24038.1 100 382 0 0 1 382 1 382 3.97e-285 769 PHR24038.1 WP_151430057.1 33.0 376 220 6 8 380 7 353 7.20e-61 198 MBU0592078.1 MBU0592078.1 100 128 0 0 1 128 1 128 1.81e-89 253 WP_264694478.1 WP_264694478.1 100 99 0 0 1 99 1 99 6.89e-69 199 WP_250376457.1 WP_250376457.1 100 234 0 0 1 234 1 234 6.30e-169 463 WP_250376457.1 EFB3581025.1 31.0 210 130 4 25 233 34 229 1.50e-31 114 WP_250376457.1 CAG0273471.1 31.1 209 131 3 25 233 5 200 1.14e-30 111 WP_250376457.1 HAP0275886.1 31.6 177 107 3 25 201 21 183 2.60e-20 84.3 MBC7326981.1 MBC7326981.1 100 254 0 0 1 254 1 254 6.08e-186 508 MBC7326981.1 WP_174822921.1 59.7 253 100 2 3 254 4 255 5.06e-109 313 MBC7326981.1 MXP43753.1 60.0 250 98 2 6 254 14 262 2.12e-107 309 MBC7326981.1 OAN53756.1 58.7 254 103 2 2 254 7 259 1.71e-103 299 MBC7326981.1 WP_207918089.1 54.0 250 114 1 5 254 4 252 5.62e-98 285 MBC7326981.1 WP_158791585.1 58.3 247 99 3 10 254 8 252 1.85e-96 281 MBC7326981.1 MWR41881.1 34.6 234 139 7 22 251 44 267 3.99e-38 132 MBC7326981.1 WP_084371009.1 28.8 229 148 6 5 232 1 215 3.06e-25 99.8 MBC7326981.1 WP_107894076.1 30.5 239 150 9 21 249 24 256 4.35e-25 99.8 MBC7326981.1 WP_152652784.1 30.6 216 133 6 1 214 1 201 8.39e-23 93.2 MBC7326981.1 EHH5649593.1 33.6 229 130 9 12 237 10 219 1.28e-21 89.7 MBC7326981.1 MBQ3864274.1 26.7 232 149 7 22 243 36 256 1.42e-21 90.1 MBC7326981.1 MCP5262709.1 26.0 258 171 8 4 254 8 252 1.94e-21 89.7 MBC7326981.1 WP_192324556.1 28.0 246 153 9 22 250 33 271 4.49e-20 87.4 MBC7326981.1 WP_227059655.1 28.7 247 160 9 17 250 32 275 1.11e-19 86.3 MBC7326981.1 GLY24463.1 26.9 242 157 9 17 246 19 252 1.76e-19 84.3 MBC7326981.1 WP_276362074.1 25.8 233 156 3 7 228 5 231 1.85e-19 83.2 MBC7326981.1 WP_071876418.1 25.4 244 165 7 7 243 4 237 2.17e-18 82.4 MBC7326981.1 WP_221977168.1 28.0 225 137 9 16 228 25 236 1.24e-16 75.5 MBC7326981.1 CDZ73727.1 26.8 209 120 6 16 217 11 193 4.76e-14 68.2 MBC7326981.1 WP_167977039.1 28.4 204 120 10 17 212 16 201 6.30e-14 67.8 MBC7326981.1 WP_150396769.1 26.7 225 144 9 22 239 40 250 6.87e-12 63.2 MBC7326981.1 KAF9974715.1 23.7 190 120 5 22 209 481 647 3.33e-08 52.4 MBV9550452.1 MBV9550452.1 100 229 0 0 1 229 1 229 3.02e-169 463 WP_228938141.1 WP_228938141.1 100 272 0 0 1 272 1 272 9.66e-192 524 WP_040301436.1 WP_040301436.1 100 166 0 0 1 166 1 166 5.96e-120 333 WP_248126409.1 WP_248126409.1 100 423 0 0 1 423 1 423 8.69e-303 817 MQG44163.1 MQG44163.1 100 126 0 0 1 126 1 126 1.62e-91 258 WP_231149750.1 WP_231149750.1 100 440 0 0 1 440 1 440 0.0 914 MBI2621122.1 MBI2621122.1 100 275 0 0 1 275 1 275 5.24e-202 550 MBI2621122.1 MBT2971737.1 33.7 279 159 6 1 274 2 259 6.61e-42 143 MBI2621122.1 WP_009197348.1 31.3 268 165 5 2 269 15 263 2.63e-33 120 WP_218566587.1 WP_218566587.1 100 196 0 0 1 196 1 196 4.23e-121 339 MBD20513.1 MBD20513.1 100 61 0 0 1 61 1 61 1.05e-37 117 KAH0561149.1 KAH0561149.1 100 429 0 0 1 429 1 429 4.56e-298 809 WP_175896721.1 WP_175896721.1 100 459 0 0 1 459 1 459 0.0 889 WP_175896721.1 WP_164653811.1 42.1 323 176 5 131 450 150 464 8.76e-63 209 WP_175896721.1 WP_272906673.1 46.9 260 125 4 148 400 140 393 7.72e-62 207 WP_175896721.1 KNY10996.1 40.5 299 155 5 162 449 8 294 2.22e-58 192 WP_175896721.1 WP_271786410.1 46.3 240 115 2 146 380 6 236 1.28e-57 192 WP_175896721.1 WP_205173112.1 43.5 253 136 2 148 399 148 394 3.41e-57 194 WP_175896721.1 WP_124213670.1 45.0 240 123 3 159 398 141 371 5.43e-57 194 WP_175896721.1 MBP7222158.1 40.5 237 136 2 159 395 13 244 1.03e-49 170 WP_175896721.1 WP_278449211.1 36.7 338 189 8 136 459 135 461 1.53e-49 174 WP_175896721.1 MCH3963123.1 30.6 222 129 6 170 381 150 356 1.12e-17 84.3 RCI04718.1 RCI04718.1 100 364 0 0 1 364 1 364 1.18e-261 708 RCI04718.1 MBQ2017527.1 39.7 116 69 1 249 364 131 245 6.69e-20 86.3 RCI04718.1 WP_161258623.1 37.1 105 66 0 260 364 302 406 1.29e-18 85.5 RCI04718.1 KAG5702777.1 36.7 49 30 1 259 306 67 115 3.67e-04 40.0 UBR86455.1 UBR86455.1 100 7095 0 0 1 7095 1 7095 0.0 14034 UBR86455.1 UBD95131.1 99.1 7095 64 0 1 7095 2 7096 0.0 14023 UBR86455.1 UEC52718.1 99.1 7095 67 0 1 7095 2 7096 0.0 14016 UBR86455.1 QWC83326.1 99.0 7095 73 0 1 7095 2 7096 0.0 14006 UBR86455.1 UBP50947.1 99.0 7095 74 0 1 7095 2 7096 0.0 14005 UBR86455.1 WEU87158.1 98.9 7095 75 0 1 7095 2 7096 0.0 14001 UBR86455.1 QSZ25555.1 98.9 7095 77 0 1 7095 2 7096 0.0 14000 UBR86455.1 QVD87869.1 98.9 7095 76 1 1 7095 2 7093 0.0 13990 UBR86455.1 UMF87224.1 98.6 7095 94 2 1 7095 2 7092 0.0 13985 UBR86455.1 UZO53924.1 98.8 7095 81 1 1 7095 2 7093 0.0 13978 UBR86455.1 UVB16817.1 98.8 7095 80 1 1 7095 2 7093 0.0 13978 UBR86455.1 URQ55824.1 98.8 7095 81 1 1 7095 2 7093 0.0 13978 UBR86455.1 QZU16279.1 98.8 7095 88 0 1 7095 2 7096 0.0 13966 UBR86455.1 UIR12670.1 98.5 7095 103 2 1 7095 2 7092 0.0 13923 UBR86455.1 UPA83906.1 98.3 7095 114 2 1 7095 2 7092 0.0 13889 UBR86455.1 UCP72061.1 98.0 7095 139 0 1 7095 2 7096 0.0 13845 UBR86455.1 UCP77012.1 98.0 7095 142 0 1 7095 2 7096 0.0 13840 UBR86455.1 UXX67934.1 97.9 7095 149 1 1 7095 2 7093 0.0 13817 UBR86455.1 UKN67998.1 97.4 7076 180 2 20 7095 1 7072 0.0 13698 UBR86455.1 WHE12941.1 97.3 7070 190 1 26 7095 1 7067 0.0 13671 UBR86455.1 UGA79226.1 96.7 7095 232 0 1 7095 2 7096 0.0 13635 UBR86455.1 UAQ80067.1 96.6 7095 243 0 1 7095 2 7096 0.0 13587 UBR86455.1 UJT06733.1 95.4 7095 325 2 1 7095 2 7092 0.0 13374 UBR86455.1 UVI10561.1 95.6 7069 311 1 27 7095 1 7066 0.0 13370 UBR86455.1 UOU30556.1 94.0 7095 422 1 1 7095 2 7093 0.0 13148 XP_039202520.1 XP_039202520.1 100 506 0 0 1 506 1 506 0.0 1047 WP_235697247.1 WP_235697247.1 100 387 0 0 1 387 1 387 3.30e-291 785 EHQ6376324.1 EHQ6376324.1 100 180 0 0 1 180 1 180 2.20e-131 363 XP_043890337.1 XP_043890337.1 100 619 0 0 1 619 1 619 0.0 1098 WP_228268753.1 WP_228268753.1 100 120 0 0 1 120 1 120 1.03e-91 258 WP_228268753.1 WP_172117930.1 69.2 117 36 0 4 120 70 186 1.09e-59 180 WP_228268753.1 WP_024404629.1 61.2 98 38 0 4 101 69 166 1.50e-42 136 WP_046093714.1 WP_046093714.1 100 268 0 0 1 268 1 268 4.01e-207 562 WP_011513572.1 WP_011513572.1 100 343 0 0 1 343 1 343 2.17e-251 681 MCI0901122.1 MCI0901122.1 100 223 0 0 1 223 1 223 9.40e-170 464 SCH39951.1 SCH39951.1 100 486 0 0 1 486 1 486 0.0 896 SCH39951.1 MBO8233644.1 31.8 223 136 7 255 468 146 361 8.68e-20 89.4 SCH39951.1 KDF42894.1 24.5 216 151 6 261 469 263 473 3.67e-13 69.7 SCH39951.1 WP_074911472.1 20.8 207 163 1 265 470 798 1004 1.48e-09 58.9 SCH39951.1 GDX36288.1 25.8 236 120 8 256 469 190 392 2.32e-07 51.2 AYV64277.1 AYV64277.1 100 426 0 0 1 426 1 426 7.83e-319 858 AYV64277.1 UFH83377.1 51.8 438 198 6 1 426 1 437 4.18e-137 401 AYV64277.1 AFQ97813.1 60.0 275 100 4 159 426 1 272 4.43e-106 313 AYV64277.1 UTU41876.1 60.9 261 95 3 169 423 1 260 1.65e-102 303 WP_254743169.1 WP_254743169.1 100 538 0 0 1 538 1 538 0.0 1050 MCB1875218.1 MCB1875218.1 100 317 0 0 1 317 1 317 3.02e-238 645 MCB1875218.1 WP_255519487.1 28.7 331 181 13 24 313 11 327 7.01e-26 103 WP_207128967.1 WP_207128967.1 100 166 0 0 1 166 1 166 7.50e-114 318 NQT73935.1 NQT73935.1 100 368 0 0 1 368 1 368 5.55e-278 750 NLI07658.1 NLI07658.1 100 153 0 0 1 153 1 153 4.80e-97 275 WP_204657011.1 WP_204657011.1 100 56 0 0 1 56 1 56 2.13e-37 116 CAF1315160.1 CAF1315160.1 100 77 0 0 1 77 1 77 1.27e-54 161 WP_197079459.1 WP_197079459.1 100 50 0 0 1 50 1 50 6.59e-34 107 XP_051777026.1 XP_051777026.1 100 695 0 0 1 695 1 695 0.0 1358 WP_244440115.1 WP_244440115.1 100 79 0 0 1 79 1 79 4.05e-52 155 AUN37106.1 AUN37106.1 100 76 0 0 1 76 1 76 2.51e-47 143 TSA21665.1 TSA21665.1 100 122 0 0 1 122 1 122 1.25e-84 241 WP_261362933.1 WP_261362933.1 100 271 0 0 1 271 1 271 9.12e-210 569 WP_261362933.1 MCA8990238.1 32.7 205 107 6 43 241 109 288 5.55e-19 82.8 GLJ54837.1 GLJ54837.1 100 232 0 0 1 232 1 232 1.34e-178 487 KAJ8033891.1 KAJ8033891.1 100 106 0 0 1 106 1 106 1.44e-80 229 WP_276974217.1 WP_276974217.1 100 174 0 0 1 174 1 174 1.33e-120 336 WP_123176104.1 WP_123176104.1 100 78 0 0 1 78 1 78 2.56e-50 150 WP_219324004.1 WP_219324004.1 100 59 0 0 1 59 1 59 1.84e-37 117 WP_059678947.1 WP_059678947.1 100 546 0 0 1 546 1 546 0.0 1038 RJP93937.1 RJP93937.1 100 82 0 0 1 82 1 82 2.55e-63 184 RVW37287.1 RVW37287.1 100 120 0 0 1 120 1 120 9.99e-81 231 WP_064049628.1 WP_064049628.1 100 432 0 0 1 432 1 432 2.77e-315 850 WP_156033277.1 WP_156033277.1 100 184 0 0 1 184 1 184 1.17e-128 357 WP_230200986.1 WP_230200986.1 100 622 0 0 1 622 1 622 0.0 1250 WP_220331155.1 WP_220331155.1 100 296 0 0 1 296 1 296 2.59e-208 568 WP_074745818.1 WP_074745818.1 100 401 0 0 1 401 1 401 1.02e-267 727 WP_151949835.1 WP_151949835.1 100 142 0 0 1 142 1 142 3.99e-77 223 MBS3795756.1 MBS3795756.1 100 138 0 0 1 138 1 138 3.03e-95 269 MCU1460142.1 MCU1460142.1 100 103 0 0 1 103 1 103 5.56e-70 202 KAJ2188950.1 KAJ2188950.1 100 1684 0 0 1 1684 1 1684 0.0 3322 WP_013632646.1 WP_013632646.1 100 804 0 0 1 804 1 804 0.0 1519 WP_013632646.1 WP_074319120.1 38.9 737 416 11 82 801 21 740 2.40e-145 444 WP_013632646.1 HCT06136.1 35.4 508 305 7 262 756 217 714 1.83e-94 310 WP_013632646.1 OFX32653.1 31.5 553 359 10 260 803 81 622 5.89e-72 246 WP_013632646.1 MBI6149093.1 28.2 746 464 19 75 804 82 771 4.21e-71 247 WP_013632646.1 MCE7698179.1 33.3 409 256 5 223 628 1 395 1.94e-59 205 XP_018754863.1 XP_018754863.1 100 346 0 0 1 346 1 346 3.73e-249 675 WP_230284916.1 WP_230284916.1 100 463 0 0 1 463 1 463 0.0 930 WP_230284916.1 RMF68396.1 31.7 502 271 19 1 446 1 486 2.58e-53 184 WP_230284916.1 WP_193956008.1 29.7 434 217 19 87 443 100 522 7.94e-29 117 NJM16453.1 NJM16453.1 100 220 0 0 1 220 1 220 2.21e-162 445 KJZ73525.1 KJZ73525.1 100 191 0 0 1 191 1 191 2.17e-141 390 KAJ6336236.1 KAJ6336236.1 100 223 0 0 1 223 1 223 4.63e-161 442 KAJ6336236.1 WP_232790853.1 33.7 83 52 1 15 97 125 204 4.67e-06 45.1 WP_211114623.1 WP_211114623.1 100 797 0 0 1 797 1 797 0.0 1537 WP_211114623.1 MBF0233644.1 33.7 520 335 4 284 795 220 737 4.06e-69 241 WP_211114623.1 WP_061048002.1 31.6 459 293 5 346 795 324 770 7.98e-62 221 WP_211114623.1 WP_086504813.1 36.2 387 230 10 409 792 378 750 6.37e-50 186 WP_211114623.1 NSW79198.1 33.9 348 214 7 318 659 327 664 7.05e-49 182 WP_211114623.1 PKL50735.1 26.7 547 349 14 278 791 535 1062 6.38e-41 160 WP_211114623.1 MBK3737236.1 41.2 260 134 8 405 656 410 658 5.91e-40 155 WP_211114623.1 TMG86695.1 27.4 285 147 6 417 660 8 273 8.58e-20 89.0 WP_211114623.1 WP_063540919.1 26.7 397 242 14 407 791 482 841 1.47e-15 79.3 XP_014259138.1 XP_014259138.1 100 946 0 0 1 946 1 946 0.0 1431 WP_271104848.1 WP_271104848.1 100 76 0 0 1 76 1 76 2.60e-49 148 MCI7202149.1 MCI7202149.1 100 263 0 0 1 263 1 263 7.43e-196 533 MCI7202149.1 SEJ33525.1 31.1 257 171 5 10 262 28 282 1.80e-33 122 GAL07990.1 GAL07990.1 100 84 0 0 1 84 1 84 1.00e-52 157 GAL07990.1 HCH2726488.1 61.5 78 30 0 1 78 340 417 9.57e-26 97.1 MBR9906678.1 MBR9906678.1 100 436 0 0 1 436 1 436 1.17e-318 858 WP_184699897.1 WP_184699897.1 100 94 0 0 1 94 1 94 1.61e-67 195 MYX39762.1 MYX39762.1 100 259 0 0 1 259 1 259 2.70e-196 534 WP_224547797.1 WP_224547797.1 100 197 0 0 1 197 1 197 1.35e-147 406 MCL2341595.1 MCL2341595.1 100 160 0 0 1 160 1 160 1.21e-107 302 XP_011782004.1 XP_011782004.1 100 1120 0 0 1 1120 1 1120 0.0 2123 XP_011782004.1 XP_037697134.1 72.1 1117 299 9 1 1111 1 1110 0.0 1415 MBL14507.1 MBL14507.1 100 586 0 0 1 586 1 586 0.0 1215 MBL14507.1 MBT4210917.1 29.7 585 337 17 38 582 34 584 3.58e-68 233 MBL14507.1 WP_096067320.1 27.5 626 362 21 11 585 30 614 9.05e-62 213 MBL14507.1 WP_282322778.1 27.2 626 364 20 11 585 30 614 9.05e-62 213 TMC92967.1 TMC92967.1 100 289 0 0 1 289 1 289 1.02e-206 563 TMC92967.1 WP_057012309.1 49.2 256 119 4 31 280 18 268 6.80e-69 213 OYV27796.1 OYV27796.1 100 312 0 0 1 312 1 312 1.81e-232 630 OYV27796.1 WP_232243969.1 47.2 305 134 5 18 312 1 288 3.40e-83 257 WP_169928520.1 WP_169928520.1 100 381 0 0 1 381 1 381 3.52e-283 764 MCR5335843.1 MCR5335843.1 100 396 0 0 1 396 1 396 5.49e-290 783 MCR5335843.1 MBY0289623.1 37.9 375 217 6 8 374 9 375 2.86e-64 209 MUT95175.1 MUT95175.1 100 249 0 0 1 249 1 249 7.91e-175 479 MUT95175.1 OAH97901.1 32.2 230 149 3 9 238 2 224 2.34e-26 100 WP_039638019.1 WP_039638019.1 100 184 0 0 1 184 1 184 1.31e-125 349 MBI4599533.1 MBI4599533.1 100 244 0 0 1 244 1 244 1.22e-171 471 MBI4599533.1 SFI40936.1 51.5 229 111 0 13 241 21 249 7.49e-77 231 MCO4478718.1 MCO4478718.1 100 276 0 0 1 276 1 276 3.41e-203 553 NTW34833.1 NTW34833.1 100 246 0 0 1 246 1 246 5.68e-162 446 WP_116773703.1 WP_116773703.1 100 260 0 0 1 260 1 260 2.89e-187 511 WP_116773703.1 MCC8072670.1 49.6 238 115 2 1 238 1 233 1.14e-75 228 MBK3574312.1 MBK3574312.1 100 664 0 0 1 664 1 664 0.0 1237 MBK3574312.1 WP_251758029.1 33.1 650 383 17 6 643 3 612 1.18e-85 280 MBK3574312.1 GIR47037.1 40.2 423 229 6 69 477 67 479 1.95e-83 274 MBK3574312.1 UDH58358.1 36.3 430 244 12 81 495 79 493 5.35e-59 208 MBK3574312.1 YP_009351723.1 30.9 408 261 9 81 485 20 409 8.12e-46 169 MBK3574312.1 MCG6876547.1 28.9 495 300 18 17 479 18 492 2.80e-28 119 MBK3574312.1 WP_096665911.1 27.8 331 221 11 78 400 77 397 6.39e-18 85.5 MBK3574312.1 MBT3784852.1 26.6 274 178 7 132 402 112 365 1.02e-15 79.0 AYX42557.1 AYX42557.1 100 107 0 0 1 107 1 107 5.67e-65 190 XP_044019329.1 XP_044019329.1 100 1512 0 0 1 1512 1 1512 0.0 2783 WP_211056951.1 WP_211056951.1 100 890 0 0 1 890 1 890 0.0 1793 WP_211056951.1 WP_227329750.1 31.0 284 188 3 16 297 16 293 2.25e-29 120 WP_099253885.1 WP_099253885.1 100 385 0 0 1 385 1 385 6.73e-274 741 WP_145321954.1 WP_145321954.1 100 161 0 0 1 161 1 161 5.79e-120 333 WP_059433000.1 WP_059433000.1 100 283 0 0 1 283 1 283 4.01e-210 571 XP_007208131.1 XP_007208131.1 100 1202 0 0 1 1202 1 1202 0.0 2341 MCT4573170.1 MCT4573170.1 100 137 0 0 1 137 1 137 2.31e-103 289 MCT4573170.1 MBE9640947.1 35.4 113 70 3 24 134 360 471 4.07e-12 60.5 XP_047935591.1 XP_047935591.1 100 444 0 0 1 444 1 444 0.0 873 MBQ7930482.1 MBQ7930482.1 100 153 0 0 1 153 1 153 1.09e-102 289 WP_132774430.1 WP_132774430.1 100 562 0 0 1 562 1 562 0.0 1090 MCC6044083.1 MCC6044083.1 100 314 0 0 1 314 1 314 3.40e-213 582 MCC6044083.1 WP_215557653.1 45.7 221 119 1 1 220 1 221 1.29e-59 190 MCC6044083.1 MCB0243881.1 46.4 211 112 1 11 220 13 223 9.15e-56 179 MCC6044083.1 WP_266842210.1 45.7 208 112 1 13 220 19 225 3.04e-54 176 MCC6044083.1 WP_145468487.1 44.7 208 114 1 11 217 14 221 3.28e-51 167 MCC6044083.1 MBT4161918.1 44.1 213 118 1 9 220 12 224 8.95e-51 166 MCC6044083.1 WP_250499463.1 42.0 200 114 2 23 220 28 227 3.07e-46 154 MCC6044083.1 MCF7808720.1 40.7 214 126 1 8 220 11 224 7.89e-46 153 MCC6044083.1 MBQ4383193.1 41.9 203 113 3 18 218 19 218 1.07e-41 142 MCC6044083.1 MBP1876254.1 36.4 220 136 4 4 220 2 220 4.08e-34 126 MCC6044083.1 MCP5262709.1 33.8 210 128 6 22 220 20 229 1.43e-23 97.1 MCC6044083.1 WP_066083732.1 31.3 227 141 8 8 220 11 236 4.38e-23 95.9 MCC6044083.1 WP_107894076.1 30.0 217 138 8 17 220 19 234 4.18e-20 87.4 MCC6044083.1 WP_131166802.1 31.2 234 144 7 16 237 19 247 3.17e-19 85.1 MCC6044083.1 MBK8687530.1 40.0 135 75 4 36 169 1 130 2.40e-13 66.6 MCC6044083.1 WP_041710957.1 31.2 77 51 1 144 220 98 172 2.53e-04 40.8 GIS77777.1 GIS77777.1 100 55 0 0 1 55 1 55 3.32e-36 113 GIS77777.1 WP_173302040.1 55.6 36 16 0 3 38 102 137 6.52e-06 39.3 MXW24770.1 MXW24770.1 100 626 0 0 1 626 1 626 0.0 1183 EGI35895.1 EGI35895.1 100 284 0 0 1 284 1 284 9.40e-205 558 YP_009731821.1 YP_009731821.1 100 223 0 0 1 223 1 223 2.54e-149 412 YP_009731821.1 QNV11749.1 74.6 224 56 1 1 223 1 224 2.24e-111 317 MBQ7424709.1 MBQ7424709.1 100 81 0 0 1 81 1 81 3.02e-57 168 WP_124977341.1 WP_124977341.1 100 272 0 0 1 272 1 272 5.75e-168 464 WP_124977341.1 MBD1933857.1 52.4 233 102 2 38 269 14 238 9.26e-56 178 WP_069156513.1 WP_069156513.1 100 234 0 0 1 234 1 234 4.81e-173 473 WP_069156513.1 MBQ5584458.1 47.1 227 116 3 4 229 3 226 1.12e-62 194 WP_069156513.1 WP_194544138.1 42.9 231 127 4 3 229 10 239 7.00e-56 177 WP_069156513.1 WP_186723788.1 36.6 224 136 2 5 228 8 225 1.02e-42 143 WP_069156513.1 WP_026893585.1 36.2 229 136 5 1 228 1 220 1.84e-42 142 WP_069156513.1 MBP1530348.1 30.2 232 149 5 3 233 2 221 4.32e-40 135 WP_069156513.1 WP_007708736.1 33.6 229 147 3 4 229 3 229 5.65e-40 135 WP_069156513.1 WP_101794136.1 32.9 231 146 3 4 227 26 254 1.19e-35 125 WP_069156513.1 EAG2350674.1 44.8 125 68 1 1 125 1 124 2.99e-35 120 WP_069156513.1 EAC1232420.1 31.0 226 149 5 4 229 3 221 1.61e-29 108 WP_069156513.1 WP_212961195.1 35.3 116 71 2 4 116 714 828 4.85e-14 69.3 WP_069156513.1 WP_074911472.1 29.8 114 75 2 5 115 1056 1167 1.23e-13 68.2 WP_069156513.1 WP_188888464.1 25.4 228 156 8 4 225 4 223 1.56e-12 63.2 WP_069156513.1 WP_250850661.1 27.0 163 112 5 4 161 8 168 1.00e-10 57.8 WP_069156513.1 MCH5250214.1 28.9 135 91 2 2 132 560 693 2.76e-10 58.2 WP_069156513.1 PKL50735.1 28.2 124 81 4 1 119 947 1067 1.26e-09 56.2 WP_069156513.1 EDN57974.1 27.3 121 76 4 4 115 939 1056 1.97e-06 46.6 MAQ92282.1 MAQ92282.1 100 586 0 0 1 586 1 586 0.0 1131 WP_047721562.1 WP_047721562.1 100 337 0 0 1 337 1 337 3.38e-236 642 WP_047721562.1 MBE7554905.1 43.4 332 185 2 8 337 5 335 1.14e-74 232 WP_047721562.1 MBB3097508.1 30.8 325 193 5 15 337 1 295 2.15e-33 123 WP_047721562.1 WP_149656427.1 30.9 337 212 9 4 337 5 323 5.36e-32 120 SHG89682.1 SHG89682.1 100 265 0 0 1 265 1 265 1.96e-192 525 WP_258450640.1 WP_258450640.1 100 198 0 0 1 198 1 198 6.35e-133 369 WP_200200480.1 WP_200200480.1 100 1168 0 0 1 1168 1 1168 0.0 2337 WP_200200480.1 WP_137202811.1 34.1 296 176 5 551 835 1161 1448 4.36e-41 163 WP_200200480.1 MBA3614174.1 32.7 318 203 7 855 1166 156 468 2.68e-38 153 WP_262686037.1 WP_262686037.1 100 423 0 0 1 423 1 423 0.0 884 KAG9404442.1 KAG9404442.1 100 235 0 0 1 235 1 235 1.05e-172 473 WP_101701979.1 WP_101701979.1 100 212 0 0 1 212 1 212 2.40e-153 422 MCF8535784.1 MCF8535784.1 100 197 0 0 1 197 1 197 3.81e-129 359 EFW50635.1 EFW50635.1 100 97 0 0 1 97 1 97 1.16e-66 193 EFW50635.1 ABB60900.1 44.0 91 51 0 1 91 35 125 1.39e-20 78.2 EFW50635.1 HBY6471839.1 100 17 0 0 81 97 9 25 1.12e-06 40.0 WP_185031483.1 WP_185031483.1 100 238 0 0 1 238 1 238 3.49e-168 461 WP_185031483.1 WP_026893585.1 30.0 190 126 4 34 221 37 221 1.03e-19 82.8 WP_185031483.1 WP_007708736.1 30.6 183 119 4 45 220 47 228 1.18e-17 77.4 WP_185031483.1 MBQ5584458.1 31.9 144 98 0 60 203 63 206 3.05e-16 73.6 WP_185031483.1 MBQ2640849.1 62.5 32 11 1 190 221 1 31 1.85e-06 42.0 MBL0929646.1 MBL0929646.1 100 340 0 0 1 340 1 340 3.41e-242 657 WP_162852444.1 WP_162852444.1 100 55 0 0 1 55 1 55 3.10e-32 103 QTM79632.1 QTM79632.1 100 4402 0 0 1 4402 1 4402 0.0 8653 QTM79632.1 QTZ27226.1 99.9 4402 6 0 1 4402 1 4402 0.0 8640 QTM79632.1 QXR94354.1 99.7 4402 13 0 1 4402 1 4402 0.0 8626 QTM79632.1 QTD03487.1 99.6 4405 13 1 1 4402 1 4405 0.0 8624 QTM79632.1 QVD87869.1 99.7 4398 12 0 1 4398 1 4398 0.0 8619 QTM79632.1 QWC83326.1 99.7 4401 10 1 1 4398 1 4401 0.0 8619 QTM79632.1 QSZ25555.1 99.7 4401 12 1 1 4398 1 4401 0.0 8617 QTM79632.1 UPP41269.1 99.6 4402 18 0 1 4402 1 4402 0.0 8614 QTM79632.1 WEU87158.1 99.7 4401 12 1 1 4398 1 4401 0.0 8614 QTM79632.1 ULA23837.2 99.6 4402 17 1 1 4402 1 4401 0.0 8613 QTM79632.1 UBP50947.1 99.6 4401 13 1 1 4398 1 4401 0.0 8611 QTM79632.1 USR14792.1 99.6 4402 19 0 1 4402 1 4402 0.0 8611 QTM79632.1 UIR12670.1 99.6 4398 15 1 1 4398 1 4397 0.0 8611 QTM79632.1 UZO53924.1 99.6 4398 16 0 1 4398 1 4398 0.0 8611 QTM79632.1 UFM00670.1 99.5 4405 18 1 1 4402 1 4405 0.0 8611 QTM79632.1 UXH94526.1 99.6 4402 18 1 1 4402 1 4401 0.0 8609 QTM79632.1 UVB16817.1 99.6 4398 16 0 1 4398 1 4398 0.0 8609 QTM79632.1 UEC68750.1 99.5 4405 18 1 1 4402 1 4405 0.0 8608 QTM79632.1 URQ55824.1 99.6 4398 17 0 1 4398 1 4398 0.0 8608 QTM79632.1 UBL45068.1 99.6 4405 16 1 1 4402 1 4405 0.0 8608 QTM79632.1 QZU16279.1 99.6 4401 15 1 1 4398 1 4401 0.0 8607 QTM79632.1 UBD95131.1 99.6 4401 15 1 1 4398 1 4401 0.0 8606 QTM79632.1 UHM53165.1 99.5 4405 18 1 1 4402 1 4405 0.0 8606 QTM79632.1 UFM02602.1 99.5 4405 18 1 1 4402 1 4405 0.0 8605 QTM79632.1 UMF87224.1 99.1 4398 38 1 1 4398 1 4397 0.0 8600 ODU51779.1 ODU51779.1 100 290 0 0 1 290 1 290 4.29e-204 556 ODU51779.1 MCB1703688.1 39.6 96 55 1 9 101 36 131 2.52e-18 78.2 KAI1815548.1 KAI1815548.1 100 530 0 0 1 530 1 530 0.0 1096 KAI1815548.1 KXN72221.1 31.7 208 129 4 29 233 31 228 2.99e-32 122 WP_098876031.1 WP_098876031.1 100 283 0 0 1 283 1 283 1.06e-205 560 WP_098876031.1 WP_154333510.1 40.8 76 45 0 1 76 1 76 3.75e-11 60.8 WP_098876031.1 WP_134669716.1 27.5 131 92 2 6 134 11 140 9.25e-11 59.7 NUQ21352.1 NUQ21352.1 100 58 0 0 1 58 1 58 1.42e-36 114 WP_265102281.1 WP_265102281.1 100 268 0 0 1 268 1 268 2.03e-191 523 WP_265102281.1 WP_087759142.1 98.9 264 3 0 5 268 235 498 1.60e-182 509 MYD56339.1 MYD56339.1 100 347 0 0 1 347 1 347 1.16e-248 674 MYD56339.1 OQA35671.1 42.9 182 103 1 28 208 344 525 6.43e-43 155 MYD56339.1 WP_105160947.1 35.7 207 128 4 27 228 337 543 6.23e-26 107 MYD56339.1 WP_041710957.1 32.3 198 108 4 27 223 24 196 1.21e-23 100 MYD56339.1 WP_014657023.1 28.4 194 120 4 33 208 30 222 6.29e-15 73.9 MYD56339.1 KAF9974715.1 29.3 191 121 7 27 207 486 672 1.36e-06 48.5 MCE2861656.1 MCE2861656.1 100 270 0 0 1 270 1 270 1.14e-198 541 MCE2861656.1 MBO7707210.1 41.1 280 151 4 1 266 1 280 1.59e-65 204 MBR6441032.1 MBR6441032.1 100 86 0 0 1 86 1 86 1.68e-63 184 ETB53277.1 ETB53277.1 100 285 0 0 1 285 1 285 2.57e-198 541 ETB53277.1 WP_073936403.1 34.5 278 166 4 13 281 30 300 2.09e-34 125 ETB53277.1 WP_150461480.1 31.0 252 170 3 25 276 29 276 7.69e-31 115 XP_013412367.1 XP_013412367.1 100 231 0 0 1 231 1 231 4.80e-167 458 KAF8820068.1 KAF8820068.1 100 354 0 0 1 354 1 354 2.57e-260 704 WP_083019054.1 WP_083019054.1 100 525 0 0 1 525 1 525 0.0 1022 WP_128581955.1 WP_128581955.1 100 139 0 0 1 139 1 139 8.01e-96 270 AMJ52230.1 AMJ52230.1 100 102 0 0 1 102 1 102 2.66e-72 208 AMJ52230.1 MCE2456387.1 38.6 101 62 0 2 102 135 235 4.77e-23 89.7 OEU77901.1 OEU77901.1 100 266 0 0 1 266 1 266 2.58e-193 527 OEU77901.1 WP_115357420.1 45.4 240 125 4 5 240 3 240 2.57e-66 206 WP_188339236.1 WP_188339236.1 100 178 0 0 1 178 1 178 2.67e-122 340 WP_188339236.1 WP_171155369.1 32.9 73 48 1 17 89 26 97 8.66e-04 37.0 AAX93012.1 AAX93012.1 100 958 0 0 1 958 1 958 0.0 1820 MBQ2344446.1 MBQ2344446.1 100 521 0 0 1 521 1 521 0.0 997 XP_019000248.1 XP_019000248.1 100 341 0 0 1 341 1 341 4.61e-261 705 WEU87158.1 WEU87158.1 100 7096 0 0 1 7096 1 7096 0.0 14175 WEU87158.1 QWC83326.1 99.9 7096 8 0 1 7096 1 7096 0.0 14157 WEU87158.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14155 WEU87158.1 UBP50947.1 99.8 7096 13 0 1 7096 1 7096 0.0 14145 WEU87158.1 QVD87869.1 99.8 7096 11 1 1 7096 1 7093 0.0 14140 WEU87158.1 UBD95131.1 99.8 7096 17 0 1 7096 1 7096 0.0 14136 WEU87158.1 UEC52718.1 99.7 7096 20 0 1 7096 1 7096 0.0 14129 WEU87158.1 UMF87224.1 99.5 7096 35 2 1 7096 1 7092 0.0 14126 WEU87158.1 UZO53924.1 99.7 7096 18 1 1 7096 1 7093 0.0 14124 WEU87158.1 UVB16817.1 99.7 7096 17 1 1 7096 1 7093 0.0 14124 WEU87158.1 URQ55824.1 99.7 7096 18 1 1 7096 1 7093 0.0 14124 WEU87158.1 QZU16279.1 99.4 7096 41 0 1 7096 1 7096 0.0 14079 WEU87158.1 UIR12670.1 99.4 7096 40 2 1 7096 1 7092 0.0 14069 WEU87158.1 UPA83906.1 99.1 7096 57 2 1 7096 1 7092 0.0 14027 WEU87158.1 UBR86455.1 98.9 7095 75 0 2 7096 1 7095 0.0 13998 WEU87158.1 UXX67934.1 98.7 7096 86 1 1 7096 1 7093 0.0 13963 WEU87158.1 UCP72061.1 98.7 7096 92 0 1 7096 1 7096 0.0 13958 WEU87158.1 UCP77012.1 98.7 7096 94 0 1 7096 1 7096 0.0 13956 WEU87158.1 UKN67998.1 98.3 7076 118 2 21 7096 1 7072 0.0 13839 WEU87158.1 WHE12941.1 98.1 7070 129 1 27 7096 1 7067 0.0 13812 WEU87158.1 UGA79226.1 97.6 7096 167 0 1 7096 1 7096 0.0 13785 WEU87158.1 UAQ80067.1 97.2 7096 202 0 1 7096 1 7096 0.0 13693 WEU87158.1 UJT06733.1 96.3 7096 261 2 1 7096 1 7092 0.0 13522 WEU87158.1 UVI10561.1 96.3 7069 260 1 28 7096 1 7066 0.0 13500 WEU87158.1 UOU30556.1 94.9 7096 362 1 1 7096 1 7093 0.0 13288 WP_127706998.1 WP_127706998.1 100 411 0 0 1 411 1 411 3.21e-276 749 KMQ95473.1 KMQ95473.1 100 296 0 0 1 296 1 296 1.01e-205 561 WP_119660228.1 WP_119660228.1 100 308 0 0 1 308 1 308 3.18e-199 546 VVW92857.1 VVW92857.1 100 33 0 0 1 33 1 33 8.76e-21 73.2 TDP04522.1 TDP04522.1 100 331 0 0 1 331 1 331 1.49e-236 642 MCS5639477.1 MCS5639477.1 100 234 0 0 1 234 1 234 1.13e-171 470 XP_043280639.1 XP_043280639.1 100 1119 0 0 1 1119 1 1119 0.0 1981 MBT9597716.1 MBT9597716.1 100 210 0 0 1 210 1 210 8.64e-146 402 KAF3385475.1 KAF3385475.1 100 198 0 0 1 198 1 198 1.03e-147 406 WP_071081072.1 WP_071081072.1 100 178 0 0 1 178 1 178 3.79e-122 340 WP_071081072.1 WP_262114929.1 50.5 184 82 4 1 178 1 181 6.72e-51 160 WP_246239142.1 WP_246239142.1 100 460 0 0 1 460 1 460 0.0 897 WP_246239142.1 WP_138597401.1 34.0 188 106 6 253 424 4 189 3.98e-18 82.0 ERE79785.1 ERE79785.1 100 478 0 0 1 478 1 478 0.0 922 ERE79785.1 RSL59427.1 27.8 395 196 9 125 463 62 423 4.02e-32 126 ERE79785.1 NQR19375.1 24.8 367 185 8 126 433 3 337 1.07e-23 101 MBQ7518453.1 MBQ7518453.1 100 683 0 0 1 683 1 683 0.0 1426 MCK5725948.1 MCK5725948.1 100 656 0 0 1 656 1 656 0.0 1341 MCK5725948.1 MCI9379843.1 31.9 661 384 22 1 652 1 604 9.58e-83 271 STC68550.1 STC68550.1 100 632 0 0 1 632 1 632 0.0 1253 STC68550.1 WP_003960394.1 44.8 630 334 6 7 625 3 629 4.01e-170 498 WP_140468443.1 WP_140468443.1 100 475 0 0 1 475 1 475 0.0 922 WP_271931007.1 WP_271931007.1 100 951 0 0 1 951 1 951 0.0 1827 WP_271931007.1 GIW70618.1 32.7 306 174 7 650 949 37 316 4.46e-28 120 WP_271931007.1 WP_281919021.1 32.2 242 128 8 654 890 6 216 9.84e-24 104 WP_271931007.1 MBF1128433.1 27.6 312 171 11 653 950 2 272 4.52e-22 100 WP_271931007.1 MBD2210269.1 29.3 256 136 10 649 889 2 227 2.28e-17 84.7 WP_271931007.1 WP_106546380.1 30.7 251 126 10 656 889 9 228 1.19e-16 82.4 WP_271931007.1 EYU24504.1 29.0 255 159 10 661 904 189 432 2.64e-13 72.0 WP_271931007.1 KAJ7903702.1 27.9 229 125 9 667 891 29 221 4.16e-13 70.9 WP_271931007.1 KZT58963.1 24.4 316 194 11 638 941 1055 1337 3.23e-11 65.9 WP_271931007.1 UZO03952.1 21.3 197 102 6 763 947 89 244 1.15e-04 43.5 WP_058460161.1 WP_058460161.1 100 125 0 0 1 125 1 125 4.85e-88 249 MBQ9736331.1 MBQ9736331.1 100 301 0 0 1 301 1 301 3.79e-233 631 XP_043377824.1 XP_043377824.1 100 1304 0 0 1 1304 1 1304 0.0 2215 XP_043377824.1 XP_047334060.1 38.0 276 151 7 25 291 17 281 2.24e-47 180 XP_043377824.1 KZT58963.1 31.4 274 161 8 30 289 1083 1343 2.05e-31 132 XP_043377824.1 XP_046441060.1 26.6 274 174 9 23 289 59 312 8.31e-21 97.4 XP_043377824.1 RQM16216.1 27.2 213 136 6 25 232 403 601 3.48e-19 92.0 XP_043377824.1 MBP7829117.1 29.0 231 148 5 23 250 53 270 9.64e-18 87.4 XP_043377824.1 EYU24504.1 24.4 254 141 6 4 220 166 405 2.34e-16 82.4 XP_043377824.1 XP_019384620.1 26.0 277 173 9 31 291 21 281 3.61e-16 82.4 XP_043377824.1 KAJ7903702.1 29.0 207 126 8 25 226 23 213 1.54e-13 72.8 XP_043377824.1 OKZ85006.1 30.7 88 56 2 98 182 143 228 8.25e-07 51.6 QID82546.1 QID82546.1 100 864 0 0 1 864 1 864 0.0 1618 XP_039769176.1 XP_039769176.1 100 1235 0 0 1 1235 1 1235 0.0 2189 HBH1966141.1 HBH1966141.1 100 80 0 0 1 80 1 80 2.43e-49 148 WP_189355988.1 WP_189355988.1 100 123 0 0 1 123 1 123 1.51e-90 256 XP_014733223.1 XP_014733223.1 100 328 0 0 1 328 1 328 3.39e-236 641 PSR02572.1 PSR02572.1 100 350 0 0 1 350 1 350 4.02e-230 627 PSR02572.1 PHR72175.1 59.5 296 120 0 48 343 21 316 3.24e-120 348 PSR02572.1 WP_073201850.1 49.3 296 148 2 49 343 30 324 3.98e-91 274 PSR02572.1 WP_254698006.1 36.2 279 157 8 68 337 19 285 5.28e-39 143 PSR02572.1 WP_253808359.1 33.6 295 175 7 53 337 7 290 3.98e-37 137 PSR02572.1 CBI36349.3 32.4 278 173 3 71 344 30 296 5.98e-34 128 PSR02572.1 WP_225579579.1 33.7 282 162 8 69 337 30 299 4.25e-32 124 WP_058671428.1 WP_058671428.1 100 213 0 0 1 213 1 213 1.19e-158 435 WP_283629251.1 WP_283629251.1 100 270 0 0 1 270 1 270 6.52e-189 516 ECN6431251.1 ECN6431251.1 100 122 0 0 1 122 1 122 5.73e-90 254 ECN6431251.1 NOT18216.1 64.8 122 43 0 1 122 43 164 1.28e-53 175 ECN6431251.1 WP_021479352.1 49.5 105 53 0 1 105 574 678 1.66e-32 118 WP_165462493.1 WP_165462493.1 100 304 0 0 1 304 1 304 3.39e-208 568 WP_165462493.1 WP_069341101.1 27.8 295 197 6 6 298 12 292 1.08e-27 107 WP_165462493.1 WP_220664202.1 28.4 324 199 7 3 295 9 330 8.18e-27 105 EFV4293432.1 EFV4293432.1 100 249 0 0 1 249 1 249 7.36e-180 492 KAI9878467.1 KAI9878467.1 100 460 0 0 1 460 1 460 2.04e-290 789 XP_048540820.1 XP_048540820.1 100 1041 0 0 1 1041 1 1041 0.0 1838 XP_048540820.1 XP_028705251.1 32.5 268 154 5 783 1023 447 714 1.25e-33 138 XP_048540820.1 XP_021765438.1 26.7 273 152 6 796 1023 601 870 2.40e-20 95.5 XP_048540820.1 XP_040250218.1 27.1 258 145 9 796 1016 363 614 4.18e-19 91.3 XP_048540820.1 XP_019180948.1 27.5 273 144 8 796 1019 682 949 1.03e-17 87.0 XP_048540820.1 MBF1128433.1 22.8 263 166 8 792 1022 12 269 5.29e-10 61.6 XP_048540820.1 XP_029528577.1 23.0 244 150 7 796 1009 36 271 3.60e-09 58.2 XP_048540820.1 UZO03952.1 23.4 171 98 6 883 1023 79 246 3.31e-08 54.7 WP_192558464.1 WP_192558464.1 100 238 0 0 1 238 1 238 2.26e-164 452 WP_192558464.1 WP_274915895.1 31.6 228 137 5 5 222 8 226 6.46e-16 72.8 WP_192558464.1 WP_048427321.1 27.2 235 139 8 1 229 4 212 7.38e-09 52.8 XP_053017968.1 XP_053017968.1 100 110 0 0 1 110 1 110 6.51e-79 225 WP_140480909.1 WP_140480909.1 100 369 0 0 1 369 1 369 4.67e-266 720 WP_140480909.1 WP_176354145.1 47.4 329 166 4 17 341 10 335 3.18e-91 276 WP_140480909.1 WP_109219819.1 52.3 258 121 2 12 268 17 273 2.95e-82 254 WP_140480909.1 WP_170725874.1 50.6 237 116 1 13 249 5 240 3.46e-79 244 WP_140480909.1 WP_076409454.1 39.5 357 191 7 11 361 3 340 3.12e-77 240 WP_140480909.1 WP_258581409.1 38.7 362 207 5 13 367 4 357 1.06e-73 231 WP_140480909.1 WP_237907640.1 44.4 293 159 3 13 302 4 295 1.40e-71 226 WP_140480909.1 WP_011057593.1 48.1 235 121 1 11 245 3 236 5.37e-71 224 WP_140480909.1 MWR41881.1 38.4 232 135 2 18 243 35 264 9.52e-49 164 WP_140480909.1 WP_222125851.1 38.9 234 131 5 12 235 1 232 1.25e-41 144 WP_140480909.1 WP_142133210.1 34.4 244 153 4 8 246 6 247 7.71e-41 142 WP_140480909.1 MCF7808720.1 38.9 221 123 4 12 222 6 224 6.53e-40 139 WP_140480909.1 WP_115992495.1 34.7 248 145 5 12 246 1 244 5.98e-38 135 WP_140480909.1 WP_215557653.1 33.6 220 136 3 12 222 3 221 8.90e-37 132 WP_140480909.1 EHH5649593.1 40.7 199 102 4 30 220 17 207 3.80e-35 129 WP_140480909.1 WP_088153117.1 36.6 191 113 2 38 222 23 211 9.82e-35 129 WP_140480909.1 MBQ4383193.1 36.2 210 128 5 19 224 15 222 1.61e-33 122 WP_140480909.1 MBQ3864274.1 31.3 224 131 5 29 235 36 253 1.47e-24 100 WP_140480909.1 WP_221977168.1 28.1 217 140 5 17 220 20 233 1.05e-18 83.2 WP_140480909.1 KAF9974715.1 28.6 220 133 7 29 241 481 683 4.72e-11 62.8 EER7236894.1 EER7236894.1 100 198 0 0 1 198 1 198 1.71e-146 403 WP_117700467.1 WP_117700467.1 100 304 0 0 1 304 1 304 2.75e-223 606 WP_049471407.1 WP_049471407.1 100 150 0 0 1 150 1 150 1.28e-95 271 TZC53901.1 TZC53901.1 100 24 0 0 1 24 1 24 9.28e-13 52.4 NLW23809.1 NLW23809.1 100 398 0 0 1 398 1 398 2.61e-289 781 NLW23809.1 GLX88815.1 26.2 168 117 3 13 174 11 177 1.90e-11 62.8 XP_003768056.1 XP_003768056.1 100 91 0 0 1 91 1 91 5.51e-60 176 WP_072802511.1 WP_072802511.1 100 250 0 0 1 250 1 250 3.66e-185 505 MBI1736306.1 MBI1736306.1 100 308 0 0 1 308 1 308 2.83e-218 594 MBI1736306.1 MBI5966481.1 49.5 289 135 4 16 295 17 303 1.64e-84 255 MBI1736306.1 WP_276638014.1 39.3 326 169 6 5 307 34 353 3.60e-61 197 MBI1736306.1 WP_220615956.1 41.4 304 161 5 16 302 48 351 1.72e-58 190 MBI1736306.1 WP_067782871.1 36.8 307 190 3 1 306 1 304 1.00e-55 181 MBI1736306.1 WP_279399778.1 40.7 285 166 2 23 306 23 305 9.18e-54 176 MBI1736306.1 MBQ1540263.1 36.5 288 153 7 8 295 28 285 9.53e-35 126 MBI1736306.1 HAR4359619.1 34.0 209 121 4 84 291 78 270 7.47e-23 94.0 WP_261610700.1 WP_261610700.1 100 211 0 0 1 211 1 211 1.73e-141 392 MBW2176475.1 MBW2176475.1 100 417 0 0 1 417 1 417 2.37e-297 803 MBW2176475.1 AHG02917.1 31.0 252 166 1 165 416 67 310 3.39e-29 114 MBW2176475.1 KQB14740.1 30.1 246 167 1 175 415 80 325 3.55e-21 92.0 WP_221977168.1 WP_221977168.1 100 260 0 0 1 260 1 260 5.36e-183 501 WP_221977168.1 WP_008134825.1 38.0 242 150 0 15 256 350 591 2.08e-48 169 WP_221977168.1 WP_276362074.1 39.4 241 140 3 25 259 14 254 2.78e-48 159 WP_221977168.1 WP_256546297.1 34.6 266 158 3 2 256 10 270 4.55e-48 159 WP_221977168.1 WP_247429569.1 36.1 241 153 1 16 256 17 256 2.93e-45 151 WP_221977168.1 WP_159463829.1 35.2 247 142 4 15 259 357 587 5.57e-34 127 WP_221977168.1 WP_176354145.1 30.2 222 141 3 16 235 6 215 4.72e-26 103 WP_221977168.1 WP_076409454.1 32.0 175 106 2 15 189 4 165 1.18e-22 93.6 WP_221977168.1 WP_281543397.1 24.8 210 146 3 30 239 4 201 5.34e-22 90.9 WP_221977168.1 WP_167977039.1 29.5 234 149 7 15 245 5 225 1.37e-20 86.3 WP_221977168.1 WP_140480909.1 28.1 217 140 5 20 233 17 220 1.13e-19 85.5 WP_221977168.1 MXP43753.1 28.4 257 158 8 10 251 9 254 3.12e-19 82.8 WP_221977168.1 OAN53756.1 28.4 232 149 6 18 240 14 237 4.12e-19 82.4 WP_221977168.1 WP_170725874.1 26.5 215 143 3 23 235 12 213 3.77e-18 80.9 WP_221977168.1 WP_158791585.1 26.4 235 150 7 14 236 3 226 1.30e-17 78.2 WP_221977168.1 MBC7326981.1 27.0 226 138 7 25 236 16 228 3.30e-16 74.3 WP_221977168.1 WP_109219819.1 25.7 230 154 4 12 239 16 230 3.82e-16 75.5 WP_221977168.1 MBQ3864274.1 28.6 217 133 7 30 236 35 239 2.43e-15 72.8 WP_221977168.1 GLY24463.1 26.2 248 156 7 15 244 4 242 2.44e-15 72.8 WP_221977168.1 WP_066083732.1 27.5 236 141 9 30 247 25 248 4.85e-15 72.0 WP_221977168.1 WP_131166802.1 26.8 235 149 8 16 236 11 236 1.21e-12 65.1 WP_221977168.1 WP_107894076.1 24.1 237 149 9 20 238 14 237 4.62e-10 57.4 AIA18772.1 AIA18772.1 100 155 0 0 1 155 1 155 3.67e-111 310 AIA18772.1 WP_176958177.1 57.2 152 64 1 1 152 1 151 7.91e-56 175 AIA18772.1 WP_192106836.1 46.1 154 82 1 1 154 1 153 8.37e-42 139 AIA18772.1 WP_278888642.1 42.1 152 88 0 1 152 5 156 6.74e-38 129 WP_198255508.1 WP_198255508.1 100 334 0 0 1 334 1 334 7.35e-234 635 WP_198255508.1 WP_257107333.1 38.8 322 179 7 18 332 19 329 1.05e-56 185 WP_198255508.1 OJG95819.1 26.2 340 201 11 18 333 22 335 1.08e-16 78.2 WP_012283464.1 WP_012283464.1 100 130 0 0 1 130 1 130 8.91e-91 257 WP_027711481.1 WP_027711481.1 100 164 0 0 1 164 1 164 1.72e-118 330 WP_134669716.1 WP_134669716.1 100 309 0 0 1 309 1 309 3.33e-222 604 WP_134669716.1 WP_046600280.1 33.6 295 179 2 8 294 4 289 1.21e-49 165 WP_134669716.1 WP_098876031.1 26.5 117 86 0 11 127 6 122 3.33e-10 58.2 WP_134669716.1 WP_154333510.1 29.8 84 59 0 6 89 1 84 4.05e-09 55.1 WP_196938834.1 WP_196938834.1 100 205 0 0 1 205 1 205 4.32e-148 408 WP_196938834.1 MCF6346354.1 47.1 121 61 2 22 140 17 136 1.34e-27 102 WP_196938834.1 WP_205009067.1 39.7 141 85 0 22 162 17 157 1.51e-26 99.8 HFC12574.1 HFC12574.1 100 192 0 0 1 192 1 192 2.63e-138 382 KAB2885888.1 KAB2885888.1 100 949 0 0 1 949 1 949 0.0 1904 KAB2885888.1 MBF0107908.1 40.8 436 223 8 475 890 53 473 1.53e-94 306 KAB2885888.1 MBC7097666.1 38.0 366 206 9 18 369 4 362 2.54e-62 216 KAB2885888.1 MBA2522987.1 39.0 136 78 3 25 157 11 144 7.15e-20 85.5 WP_270218171.1 WP_270218171.1 100 73 0 0 1 73 1 73 1.61e-44 135 WP_238769582.1 WP_238769582.1 100 609 0 0 1 609 1 609 0.0 1204 MPC67018.1 MPC67018.1 100 74 0 0 1 74 1 74 2.10e-45 138 ACI42798.1 ACI42798.1 100 98 0 0 1 98 1 98 5.27e-68 197 CZT01546.1 CZT01546.1 100 320 0 0 1 320 1 320 9.00e-237 642 XP_041334537.1 XP_041334537.1 100 473 0 0 1 473 1 473 0.0 926 XP_041334537.1 XP_054844157.1 24.4 418 297 9 34 435 64 478 1.01e-28 117 XP_041334537.1 ACF74449.1 39.3 173 96 2 278 441 302 474 8.89e-27 111 WP_237523417.1 WP_237523417.1 100 124 0 0 1 124 1 124 1.02e-84 241 MCR5102838.1 MCR5102838.1 100 194 0 0 1 194 1 194 3.19e-140 387 MCH9656178.1 MCH9656178.1 100 579 0 0 1 579 1 579 0.0 1144 WP_266095674.1 WP_266095674.1 100 396 0 0 1 396 1 396 5.49e-290 783 HHW43430.1 HHW43430.1 100 346 0 0 1 346 1 346 1.40e-244 664 WP_259206442.1 WP_259206442.1 100 1199 0 0 1 1199 1 1199 0.0 2347 WP_259206442.1 WP_267560498.1 32.6 694 422 21 7 678 7 676 1.74e-68 242 WP_259206442.1 WP_132079800.1 30.2 706 431 23 8 676 12 692 1.75e-57 210 RKG50564.1 RKG50564.1 100 471 0 0 1 471 1 471 0.0 915 WP_168565867.1 WP_168565867.1 100 381 0 0 1 381 1 381 2.21e-286 772 WP_168565867.1 WP_122896374.1 33.4 377 244 3 12 381 3 379 2.92e-74 234 WP_168565867.1 WP_043548763.1 34.6 384 232 10 11 381 30 407 1.53e-58 194 WP_168565867.1 MBT4160670.1 32.5 375 227 10 10 372 3 363 2.68e-48 166 WP_168565867.1 WP_164636240.1 30.3 327 209 8 10 320 88 411 1.66e-33 128 WP_168565867.1 WP_094151267.1 25.6 386 263 9 10 379 46 423 1.08e-29 117 WP_168565867.1 WP_145514932.1 23.0 391 277 9 12 380 52 440 5.54e-21 92.4 WP_074087188.1 WP_074087188.1 100 384 0 0 1 384 1 384 4.27e-281 759 XP_054020552.1 XP_054020552.1 100 678 0 0 1 678 1 678 0.0 1356 WP_245704803.1 WP_245704803.1 100 243 0 0 1 243 1 243 1.04e-167 461 WP_245704803.1 GDX36288.1 35.1 225 131 4 1 214 188 408 5.54e-32 119 WP_245704803.1 WP_274755179.1 31.3 208 136 4 4 205 200 406 3.52e-21 89.7 WP_245704803.1 WP_055132583.1 22.3 242 145 7 2 213 769 997 5.24e-04 39.3 GFB08691.1 GFB08691.1 100 193 0 0 1 193 1 193 1.20e-139 385 GFB08691.1 GFD16573.1 84.1 44 7 0 2 45 120 163 2.94e-19 79.0 GFB08691.1 GFC18333.1 41.3 46 27 0 87 132 64 109 2.43e-04 38.5 MBT7091597.1 MBT7091597.1 100 414 0 0 1 414 1 414 0.0 877 XP_045691652.1 XP_045691652.1 100 18 0 0 1 18 1 18 2.54e-06 43.9 WP_283222342.1 WP_283222342.1 100 523 0 0 1 523 1 523 0.0 916 WP_221268711.1 WP_221268711.1 100 253 0 0 1 253 1 253 4.69e-169 465 BAE96300.1 BAE96300.1 100 343 0 0 1 343 1 343 4.38e-251 680 WP_235126772.1 WP_235126772.1 100 878 0 0 1 878 1 878 0.0 1637 WP_235126772.1 WP_278631399.1 34.8 864 517 13 16 869 21 848 6.43e-140 435 WP_235126772.1 KAA0114277.1 35.1 884 521 18 16 872 52 909 1.31e-131 415 WP_235126772.1 MBE6688122.1 35.3 836 453 19 16 804 21 815 9.39e-130 409 WP_235126772.1 XP_009147075.2 32.6 875 491 21 16 798 136 1003 2.88e-113 372 WP_235126772.1 MBE5737882.1 28.8 884 565 16 16 875 22 865 2.73e-89 301 WP_235126772.1 KAF5671546.1 27.7 894 540 24 24 822 182 1064 6.17e-75 265 WP_235126772.1 WP_019100427.1 30.1 753 425 20 14 718 48 747 1.01e-63 229 WP_235126772.1 WP_049009918.1 28.6 728 444 19 16 718 67 743 6.10e-62 224 WP_235126772.1 KAJ6994162.1 28.3 767 462 19 14 769 32 721 5.84e-57 210 WP_235126772.1 MBY0273331.1 28.5 713 423 18 14 724 5 632 8.37e-56 204 WP_235126772.1 HCT06136.1 33.3 156 74 1 513 668 574 699 1.06e-14 76.6 WP_235126772.1 OFX32653.1 33.5 158 74 2 512 668 439 566 3.41e-13 71.6 WP_235126772.1 MBI6149093.1 28.4 183 94 5 512 693 592 738 2.10e-10 62.8 MBA2536487.1 MBA2536487.1 100 383 0 0 1 383 1 383 8.76e-269 728 MBA2536487.1 WP_078429679.1 55.6 392 165 2 1 383 1 392 4.72e-144 412 MBA2536487.1 WP_074825075.1 45.1 386 204 2 5 382 5 390 2.19e-106 317 MBA2536487.1 WP_277084622.1 45.0 313 157 5 84 382 1 312 1.95e-76 237 MBA2536487.1 MCP1651746.1 39.4 396 223 6 4 382 7 402 3.19e-73 232 MBA2536487.1 WP_004619799.1 39.7 395 217 7 6 382 7 398 5.68e-73 231 MBA2536487.1 EDH4057100.1 38.3 402 211 9 1 382 1 385 1.97e-66 214 MBA2536487.1 WP_083141943.1 35.2 398 229 6 1 382 1 385 4.28e-61 200 MBA2536487.1 GAN03156.1 34.4 393 231 5 5 382 30 410 1.71e-59 196 MBA2536487.1 XP_040685867.1 30.6 392 241 8 5 378 36 414 2.30e-41 149 YP_009109540.1 YP_009109540.1 100 261 0 0 1 261 1 261 9.80e-200 543 YP_009109540.1 QDH52386.1 46.5 258 133 4 9 261 7 264 1.43e-75 229 MBF11761.1 MBF11761.1 100 331 0 0 1 331 1 331 1.57e-222 607 MBF1583063.1 MBF1583063.1 100 483 0 0 1 483 1 483 0.0 971 MBF1583063.1 EIJ1046776.1 41.9 480 274 3 5 482 6 482 3.25e-120 359 PLS78226.1 PLS78226.1 100 138 0 0 1 138 1 138 1.97e-100 282 MBS0359667.1 MBS0359667.1 100 381 0 0 1 381 1 381 1.24e-267 725 WP_230865828.1 WP_230865828.1 100 216 0 0 1 216 1 216 6.90e-117 359 HBL8984898.1 HBL8984898.1 100 284 0 0 1 284 1 284 7.49e-211 573 QLP56207.1 QLP56207.1 100 490 0 0 1 490 1 490 0.0 945 QLP56207.1 WP_270570428.1 27.6 474 269 8 11 432 5 456 6.39e-47 168 QLP56207.1 WP_018187484.1 25.5 479 325 9 7 472 20 479 2.12e-38 144 QLP56207.1 SCN76227.1 24.7 227 123 6 13 194 80 303 4.43e-05 44.3 WP_013449879.1 WP_013449879.1 100 272 0 0 1 272 1 272 6.60e-199 542 MBR2605819.1 MBR2605819.1 100 512 0 0 1 512 1 512 0.0 946 MBR2605819.1 UTN87579.1 48.9 423 214 2 10 431 11 432 9.61e-136 400 GLC83712.1 GLC83712.1 100 280 0 0 1 280 1 280 3.71e-209 568 WP_244774495.1 WP_244774495.1 100 178 0 0 1 178 1 178 1.42e-117 328 WP_113913927.1 WP_113913927.1 100 387 0 0 1 387 1 387 1.57e-289 781 WP_231056077.1 WP_231056077.1 100 672 0 0 1 672 1 672 0.0 1338 MBH1832495.1 MBH1832495.1 100 450 0 0 1 450 1 450 0.0 905 WP_246165763.1 WP_246165763.1 100 211 0 0 1 211 1 211 9.72e-148 407 MCH3978367.1 MCH3978367.1 100 332 0 0 1 332 1 332 1.52e-209 574 WP_261665820.1 WP_261665820.1 100 1407 0 0 1 1407 1 1407 0.0 2723 WP_261665820.1 BBG20955.1 45.9 1525 616 16 8 1362 1387 2872 0.0 1250 WP_261665820.1 WP_061278828.1 48.7 1410 623 16 16 1368 6 1371 0.0 1238 CAF2148714.1 CAF2148714.1 100 274 0 0 1 274 1 274 6.67e-209 567 WP_073045763.1 WP_073045763.1 100 120 0 0 1 120 1 120 9.23e-86 243 XP_048366669.1 XP_048366669.1 100 794 0 0 1 794 1 794 0.0 1466 EEX5979844.1 EEX5979844.1 100 79 0 0 1 79 1 79 3.46e-53 158 MBQ3226584.1 MBQ3226584.1 100 54 0 0 1 54 1 54 2.11e-34 108 XP_054484247.1 XP_054484247.1 100 4695 0 0 1 4695 1 4695 0.0 9176 QQO98901.1 QQO98901.1 100 110 0 0 1 110 1 110 2.84e-55 166 MCK9213126.1 MCK9213126.1 100 55 0 0 1 55 1 55 1.08e-32 104 MOO25268.1 MOO25268.1 100 17 0 0 1 17 1 17 6.14e-09 42.4 KAF6257731.1 KAF6257731.1 100 918 0 0 1 918 1 918 0.0 1730 KAF6257731.1 MBP6786080.1 49.9 875 408 9 5 870 5 858 4.85e-280 798 KAF6257731.1 WP_029789810.1 49.4 852 411 8 5 851 5 841 5.50e-263 754 KAF6257731.1 WP_136095406.1 46.4 689 270 17 163 839 120 721 7.24e-171 514 KAF6257731.1 MBL8103469.1 45.8 437 227 5 5 434 6 439 6.64e-118 365 KAF6257731.1 KAI7727618.1 47.7 329 131 4 92 418 102 391 1.35e-77 270 KAF6257731.1 KPK79043.1 35.7 401 235 5 12 408 16 397 2.16e-57 209 KAF6257731.1 MCH2804017.1 51.9 79 37 1 580 657 1 79 9.90e-18 77.0 KAF6257731.1 HIT09367.1 22.8 281 161 9 599 837 116 382 7.73e-04 41.2 WP_167827352.1 WP_167827352.1 100 495 0 0 1 495 1 495 0.0 981 WP_225767809.1 WP_225767809.1 100 138 0 0 1 138 1 138 1.23e-94 267 WP_225767809.1 WP_111457087.1 33.6 131 80 6 4 128 127 256 8.17e-10 53.5 MBC7569412.1 MBC7569412.1 100 256 0 0 1 256 1 256 2.37e-184 504 WP_218103566.1 WP_218103566.1 100 81 0 0 1 81 1 81 2.71e-51 153 SKY52432.1 SKY52432.1 100 119 0 0 1 119 1 119 1.73e-85 243 MBU4593984.1 MBU4593984.1 100 389 0 0 1 389 1 389 1.06e-288 779 WP_110344369.1 WP_110344369.1 100 91 0 0 1 91 1 91 3.31e-61 179 WP_022975915.1 WP_022975915.1 100 448 0 0 1 448 1 448 0.0 887 WP_178020540.1 WP_178020540.1 100 167 0 0 1 167 1 167 8.13e-123 341 MCK1443663.1 MCK1443663.1 100 240 0 0 1 240 1 240 1.12e-165 455 WP_216768648.1 WP_216768648.1 100 812 0 0 1 812 1 812 0.0 1566 WP_216768648.1 RZU98823.1 35.6 779 449 10 1 737 10 777 9.14e-147 451 WP_216768648.1 MBW3588078.1 37.4 692 406 9 5 684 17 693 7.71e-141 434 WP_019823189.1 WP_019823189.1 100 199 0 0 1 199 1 199 9.51e-149 409 MCH2409214.1 MCH2409214.1 100 358 0 0 1 358 1 358 1.57e-247 672 MCH2409214.1 WP_115470986.1 43.6 346 190 2 1 341 1 346 5.50e-98 293 WP_154333510.1 WP_154333510.1 100 308 0 0 1 308 1 308 7.56e-223 605 WP_154333510.1 MBQ9299122.1 27.5 240 171 3 1 238 1 239 4.16e-25 100 WP_154333510.1 WP_098876031.1 40.8 76 45 0 1 76 1 76 5.51e-11 60.5 WP_154333510.1 WP_134669716.1 29.8 84 59 0 1 84 6 89 1.25e-09 56.6 WP_154333510.1 WP_230796143.1 38.2 76 47 0 1 76 1 76 1.32e-07 50.4 MBD2210269.1 MBD2210269.1 100 517 0 0 1 517 1 517 0.0 1027 MBD2210269.1 WP_106546380.1 57.7 508 211 3 1 506 1 506 1.86e-199 563 MBD2210269.1 MBF1128433.1 31.6 342 205 12 6 341 2 320 1.68e-32 129 MBD2210269.1 WP_012236017.1 29.8 309 154 12 14 289 70 348 1.62e-24 106 MBD2210269.1 WP_271931007.1 29.3 256 136 10 2 227 649 889 2.17e-17 84.0 MBD2210269.1 XP_021765438.1 27.4 234 142 8 9 234 590 803 3.50e-16 80.1 MBD2210269.1 KZT58963.1 29.8 272 158 13 19 279 1083 1332 2.00e-14 74.7 MBD2210269.1 OKZ85006.1 29.1 247 131 11 7 227 42 270 6.86e-14 72.4 MBD2210269.1 XP_025814622.1 28.9 228 133 10 14 227 777 989 7.53e-14 72.8 MBD2210269.1 XP_048379117.1 26.1 230 114 9 49 227 230 454 1.22e-09 58.9 MBD2210269.1 UZO03952.1 23.8 210 133 8 88 292 58 245 7.28e-06 46.2 WP_210352796.1 WP_210352796.1 100 459 0 0 1 459 1 459 0.0 899 WP_210569664.1 WP_210569664.1 100 436 0 0 1 436 1 436 0.0 919 WP_210569664.1 WP_200287444.1 36.5 438 229 13 19 432 26 438 3.03e-62 206 WP_210569664.1 RYE89993.1 30.8 321 158 14 165 435 23 329 8.91e-24 99.8 WP_280015341.1 WP_280015341.1 100 583 0 0 1 583 1 583 0.0 1152 WP_280015341.1 MCM6312373.1 41.7 551 312 4 10 558 5 548 4.39e-135 403 WP_280015341.1 HBS0905846.1 41.7 551 312 4 10 558 5 548 4.39e-135 403 WP_280015341.1 HBZ7417361.1 46.4 274 143 2 286 558 3 273 1.54e-75 240 NCO19736.1 NCO19736.1 100 236 0 0 1 236 1 236 7.66e-171 468 NCO19736.1 WP_167239634.1 53.8 221 98 2 1 219 1 219 7.34e-75 225 NCO19736.1 WP_212799263.1 29.1 182 102 8 4 165 33 207 1.27e-06 46.2 VTR69884.1 VTR69884.1 100 406 0 0 1 406 1 406 1.34e-286 775 VTR69884.1 GBC84792.1 35.6 390 238 6 12 397 2 382 2.47e-60 199 WP_158347019.1 WP_158347019.1 100 809 0 0 1 809 1 809 0.0 1637 WP_158347019.1 WP_125260587.1 36.4 933 448 17 1 800 1 921 2.34e-179 538 WP_158347019.1 MCD6199266.1 35.1 841 472 16 4 800 6 816 1.27e-149 457 WP_158347019.1 MBU22120.1 39.6 657 359 10 158 800 322 954 4.28e-149 461 WP_158347019.1 MBO8485404.1 33.2 835 488 18 6 800 12 816 7.78e-147 450 WP_158347019.1 WP_253620872.1 29.2 319 176 12 295 605 144 420 1.21e-22 102 WP_158347019.1 WP_276362074.1 38.4 73 40 2 379 451 153 220 1.79e-07 51.6 WP_158347019.1 WP_256546297.1 42.5 73 39 2 379 450 172 242 3.68e-07 50.8 WP_158347019.1 MCH4209672.1 34.6 104 58 4 686 786 480 576 2.44e-06 49.3 WP_158347019.1 WP_215557653.1 35.6 73 44 2 379 450 144 214 1.07e-05 46.2 WP_172281536.1 WP_172281536.1 100 486 0 0 1 486 1 486 0.0 960 WP_172281536.1 MCI6853747.1 35.6 503 291 8 1 477 1 496 1.78e-90 283 WP_172281536.1 WP_256342227.1 36.4 475 284 9 18 480 18 486 6.87e-82 260 WP_172281536.1 MCQ2831428.1 34.8 391 226 10 104 481 67 441 3.69e-60 202 WP_172281536.1 WP_093868643.1 23.7 367 204 12 39 372 25 348 1.36e-12 67.8 WP_248827332.1 WP_248827332.1 100 110 0 0 1 110 1 110 1.54e-77 222 EHX0204875.1 EHX0204875.1 100 111 0 0 1 111 1 111 3.76e-74 213 XP_055165408.1 XP_055165408.1 100 336 0 0 1 336 1 336 1.78e-251 680 WP_257544752.1 WP_257544752.1 100 171 0 0 1 171 1 171 5.65e-116 324 DAV98325.1 DAV98325.1 100 87 0 0 1 87 1 87 1.83e-54 162 WP_181537449.1 WP_181537449.1 100 249 0 0 1 249 1 249 1.37e-175 481 WP_055542300.1 WP_055542300.1 100 154 0 0 1 154 1 154 1.61e-100 283 WP_108719223.1 WP_108719223.1 100 147 0 0 1 147 1 147 2.84e-102 287 WP_108719223.1 WP_075347218.1 61.7 141 54 0 3 143 5 145 3.48e-55 168 NNF43866.1 NNF43866.1 100 339 0 0 1 339 1 339 2.59e-241 655 NNF43866.1 MBC8384723.1 38.0 345 189 6 12 333 9 351 4.92e-70 221 NNF43866.1 MCM8792278.1 36.1 335 185 5 7 334 4 316 4.45e-63 201 WP_153009295.1 WP_153009295.1 100 23 0 0 1 23 1 23 1.35e-07 39.3 WP_227405228.1 WP_227405228.1 100 230 0 0 1 230 1 230 1.81e-166 456 WP_227405228.1 TVU87390.1 88.3 230 27 0 1 230 1 230 9.75e-146 404 ESU92681.1 ESU92681.1 100 468 0 0 1 468 1 468 0.0 879 OJT07575.1 OJT07575.1 100 551 0 0 1 551 1 551 0.0 1109 WP_187974949.1 WP_187974949.1 100 471 0 0 1 471 1 471 0.0 984 WP_187974949.1 WP_264934627.1 41.7 451 247 5 13 461 7 443 4.67e-121 359 XP_041287579.1 XP_041287579.1 100 327 0 0 1 327 1 327 1.14e-238 647 WP_281305524.1 WP_281305524.1 100 228 0 0 1 228 1 228 1.67e-161 444 EFP02123.1 EFP02123.1 100 209 0 0 1 209 1 209 1.86e-119 336 EAH8250412.1 EAH8250412.1 100 111 0 0 1 111 1 111 3.62e-72 208 WP_197332010.1 WP_197332010.1 100 511 0 0 1 511 1 511 0.0 977 WP_197332010.1 WP_255602293.1 30.8 509 332 6 13 504 24 529 1.10e-77 251 WP_197332010.1 WP_226276978.1 30.8 493 328 4 21 511 23 504 6.54e-70 230 WP_197332010.1 RQL72805.1 29.6 503 315 13 25 511 28 507 7.17e-56 193 WP_197332010.1 WP_185921121.1 27.0 444 309 7 13 452 11 443 6.13e-35 135 MBI5212085.1 MBI5212085.1 100 38 0 0 1 38 1 38 1.60e-19 76.3 MBB4747289.1 MBB4747289.1 100 146 0 0 1 146 1 146 8.15e-97 273 MBQ6275073.1 MBQ6275073.1 100 428 0 0 1 428 1 428 0.0 866 MBQ6275073.1 WP_194543596.1 44.6 271 124 3 1 247 1 269 8.67e-72 225 MBQ6275073.1 PYK96819.1 48.9 225 110 2 1 225 1 220 1.45e-67 213 WP_212720030.1 WP_212720030.1 100 429 0 0 1 429 1 429 0.0 880 WP_079835571.1 WP_079835571.1 100 383 0 0 1 383 1 383 3.88e-272 736 WP_079835571.1 WP_050704913.1 33.4 347 215 6 8 347 4 341 1.16e-46 161 WP_079835571.1 WP_212269268.1 51.9 77 34 2 274 350 10 83 7.58e-14 65.1 CUU64509.1 CUU64509.1 100 256 0 0 1 256 1 256 2.80e-192 524 XP_031095384.1 XP_031095384.1 100 373 0 0 1 373 1 373 1.34e-267 724 NNK86663.1 NNK86663.1 100 251 0 0 1 251 1 251 3.28e-193 526 ORT47413.1 ORT47413.1 100 226 0 0 1 226 1 226 2.11e-138 385 WP_275102754.1 WP_275102754.1 100 442 0 0 1 442 1 442 1.94e-311 841 WP_275102754.1 CFP83382.1 49.3 201 100 1 6 206 5 203 9.26e-58 187 XP_026109466.1 XP_026109466.1 100 554 0 0 1 554 1 554 0.0 1066 WP_279046072.1 WP_279046072.1 100 209 0 0 1 209 1 209 8.01e-146 402 WP_031150487.1 WP_031150487.1 100 99 0 0 1 99 1 99 2.23e-57 186 QXN67839.1 QXN67839.1 100 209 0 0 1 209 1 209 7.68e-144 397 MBI2682423.1 MBI2682423.1 100 467 0 0 1 467 1 467 0.0 945 MBI2682423.1 KAE8322051.1 30.0 400 185 12 32 423 9 321 4.78e-37 137 MBI2682423.1 WP_283277237.1 24.8 218 137 5 32 245 14 208 1.60e-11 63.9 MBL4581517.1 MBL4581517.1 100 741 0 0 1 741 1 741 0.0 1494 MBL4581517.1 MBT4210917.1 23.8 450 241 15 299 724 184 555 1.27e-19 92.0 TMH88670.1 TMH88670.1 100 78 0 0 1 78 1 78 6.51e-53 157 GLZ61196.1 GLZ61196.1 100 239 0 0 1 239 1 239 1.00e-147 410 WP_202116891.1 WP_202116891.1 100 120 0 0 1 120 1 120 6.75e-88 249 CAG2201344.1 CAG2201344.1 100 1043 0 0 1 1043 1 1043 0.0 1990 NOX27817.1 NOX27817.1 100 272 0 0 1 272 1 272 2.61e-205 558 WP_220524718.1 WP_220524718.1 100 390 0 0 1 390 1 390 1.24e-200 556 WP_220524718.1 WP_236777269.1 26.9 376 268 4 8 380 16 387 3.34e-39 142 EBN6490838.1 EBN6490838.1 100 249 0 0 1 249 1 249 2.02e-177 486 HBR1104065.1 HBR1104065.1 100 544 0 0 1 544 1 544 0.0 997 HBR1104065.1 WP_234538829.1 31.0 526 325 15 27 543 25 521 5.20e-45 164 WP_015183653.1 WP_015183653.1 100 113 0 0 1 113 1 113 1.35e-77 222 GFP71094.1 GFP71094.1 100 427 0 0 1 427 1 427 1.26e-313 845 XP_041648869.1 XP_041648869.1 100 298 0 0 1 298 1 298 2.07e-215 586 MCM1168016.1 MCM1168016.1 100 294 0 0 1 294 1 294 6.63e-210 572 HAC8926176.1 HAC8926176.1 100 142 0 0 1 142 1 142 5.81e-104 291 WP_012236017.1 WP_012236017.1 100 984 0 0 1 984 1 984 0.0 1686 WP_012236017.1 MBD2210269.1 30.1 309 153 13 70 348 14 289 5.36e-23 102 WP_012236017.1 NXD84883.1 29.3 229 133 4 76 300 90 293 2.08e-17 85.1 WP_012236017.1 GIV84289.1 29.4 187 115 6 366 546 42 217 2.01e-09 57.4 MBP1530348.1 MBP1530348.1 100 221 0 0 1 221 1 221 1.14e-160 441 MBP1530348.1 WP_026893585.1 47.9 219 111 1 3 218 4 222 1.48e-75 226 MBP1530348.1 MBQ5584458.1 35.2 227 138 2 1 218 1 227 9.58e-47 152 MBP1530348.1 WP_007708736.1 37.3 228 131 3 1 216 1 228 3.82e-43 143 MBP1530348.1 MCL7714424.1 35.7 227 137 5 3 221 4 229 2.03e-42 141 MBP1530348.1 WP_186723788.1 35.0 220 138 2 4 218 8 227 2.66e-42 141 MBP1530348.1 WP_069156513.1 30.3 231 148 5 3 221 4 233 3.21e-39 133 MBP1530348.1 WP_194544138.1 32.2 230 143 3 4 220 13 242 1.14e-38 132 MBP1530348.1 WP_101794136.1 32.9 231 139 3 3 217 26 256 3.72e-33 118 MBP1530348.1 EAG2350674.1 38.4 125 77 0 3 127 4 128 9.08e-31 108 MBP1530348.1 EAC1232420.1 27.0 222 154 4 1 216 1 220 7.96e-30 108 MBP1530348.1 WP_064652354.1 26.0 231 161 5 1 221 1 231 8.33e-25 96.3 MBP1530348.1 EDN57974.1 29.5 200 115 5 1 183 775 965 3.56e-19 84.0 MBP1530348.1 EJF06804.1 27.9 215 133 6 3 201 2 210 6.72e-19 81.6 MBP1530348.1 WP_212961195.1 34.1 129 80 2 3 126 714 842 1.15e-16 76.6 MBP1530348.1 QYU66920.1 33.6 110 70 2 4 110 5 114 9.38e-13 61.6 MBP1530348.1 PKL50735.1 34.5 113 71 2 3 112 950 1062 4.57e-12 63.2 MBP1530348.1 MBQ1868746.1 29.5 132 83 3 4 127 521 650 4.56e-11 60.1 MBP1530348.1 WP_138482356.1 28.9 121 85 1 3 122 672 792 1.31e-09 55.8 MBP1530348.1 KFX48203.1 25.2 115 80 1 4 112 1077 1191 4.88e-08 51.2 WP_213638963.1 WP_213638963.1 100 392 0 0 1 392 1 392 8.99e-239 653 MCH2804017.1 MCH2804017.1 100 79 0 0 1 79 1 79 1.41e-52 156 MCH2804017.1 WP_136095406.1 65.4 78 27 0 2 79 469 546 1.28e-29 107 MCH2804017.1 WP_029789810.1 59.5 79 32 0 1 79 579 657 1.66e-26 99.0 MCH2804017.1 MBP6786080.1 56.4 78 34 0 2 79 584 661 1.29e-24 93.6 MCH2804017.1 KAF6257731.1 51.9 79 37 1 1 79 580 657 4.57e-19 77.8 WP_059978677.1 WP_059978677.1 100 255 0 0 1 255 1 255 6.10e-191 520 WP_025591525.1 WP_025591525.1 100 139 0 0 1 139 1 139 7.70e-94 265 WP_025591525.1 TLY59051.1 51.9 52 25 0 3 54 5 56 1.71e-14 63.5 KAI5289156.1 KAI5289156.1 100 390 0 0 1 390 1 390 1.32e-278 753 WP_205930861.1 WP_205930861.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_108078099.1 WP_108078099.1 100 330 0 0 1 330 1 330 5.16e-232 630 MBO4168293.1 MBO4168293.1 100 242 0 0 1 242 1 242 1.48e-171 470 MBO4168293.1 MSU20497.1 33.6 214 122 5 29 233 112 314 5.45e-21 88.2 MBO4168293.1 WP_187094112.1 30.5 243 144 10 3 231 35 266 2.31e-12 63.5 XP_045966569.1 XP_045966569.1 100 502 0 0 1 502 1 502 0.0 1014 WP_159793761.1 WP_159793761.1 100 271 0 0 1 271 1 271 3.53e-198 540 WP_159793761.1 WP_079304935.1 32.8 265 168 5 1 264 1 256 2.13e-43 147 MBJ7265026.1 MBJ7265026.1 100 121 0 0 1 121 1 121 2.01e-85 243 WAX10255.1 WAX10255.1 100 141 0 0 1 141 1 141 2.20e-103 290 WP_246832833.1 WP_246832833.1 100 478 0 0 1 478 1 478 5.36e-302 820 WP_246832833.1 HAZ7424284.1 35.2 145 85 3 340 476 362 505 9.76e-10 58.9 MCR5574391.1 MCR5574391.1 100 389 0 0 1 389 1 389 9.48e-292 786 MCR5574391.1 MBS1745163.1 52.4 380 174 1 6 378 13 392 1.05e-144 415 WP_266169258.1 WP_266169258.1 100 451 0 0 1 451 1 451 0.0 900 MBK8423602.1 MBK8423602.1 100 7619 0 0 1 7619 1 7619 0.0 14233 WP_185116294.1 WP_185116294.1 100 192 0 0 1 192 1 192 1.12e-139 385 WP_185116294.1 HBV8273101.1 44.2 52 29 0 2 53 11 62 1.36e-08 49.7 WP_135180648.1 WP_135180648.1 100 220 0 0 1 220 1 220 1.05e-160 441 MCA9634778.1 MCA9634778.1 100 158 0 0 1 158 1 158 5.59e-112 313 WP_094151267.1 WP_094151267.1 100 450 0 0 1 450 1 450 0.0 906 WP_094151267.1 WP_164636240.1 34.0 427 257 7 5 420 53 465 3.76e-66 218 WP_094151267.1 WP_122896374.1 29.2 298 205 5 49 344 4 297 4.93e-34 129 WP_094151267.1 WP_168565867.1 25.6 386 263 9 46 423 10 379 3.29e-29 116 WP_094151267.1 WP_032677416.1 25.0 212 151 4 51 256 173 382 2.39e-13 70.1 MBI41622.1 MBI41622.1 100 242 0 0 1 242 1 242 1.82e-181 495 NDD35992.1 NDD35992.1 100 63 0 0 1 63 1 63 4.33e-40 124 WP_059432031.1 WP_059432031.1 100 178 0 0 1 178 1 178 2.89e-126 350 EAH3295886.1 EAH3295886.1 100 85 0 0 1 85 1 85 1.53e-52 157 XP_005678593.1 XP_005678593.1 100 280 0 0 1 280 1 280 5.96e-215 583 NQX99425.1 NQX99425.1 100 263 0 0 1 263 1 263 3.93e-166 458 NQX99425.1 CAD6270987.1 43.0 230 127 3 1 229 59 285 4.61e-55 177 XP_025430606.1 XP_025430606.1 100 420 0 0 1 420 1 420 0.0 873 WP_000484099.1 WP_000484099.1 100 370 0 0 1 370 1 370 2.61e-268 726 WP_000484099.1 EJF06804.1 35.5 183 105 4 196 368 127 306 5.33e-29 112 WP_000484099.1 WP_145544593.1 37.6 165 96 3 204 368 361 518 1.15e-23 100 WP_000484099.1 MBI5333464.1 35.9 181 108 5 190 366 212 388 9.02e-22 94.0 WP_000484099.1 HAB03480.1 33.5 179 111 3 197 368 649 826 4.10e-21 93.6 WP_000484099.1 WP_107169208.1 31.3 182 123 2 186 366 180 360 1.48e-20 90.1 WP_000484099.1 WP_269885397.1 33.9 186 115 4 185 368 92 271 4.09e-20 87.4 WP_000484099.1 MBK6870374.1 38.7 155 87 5 214 366 1 149 4.90e-19 82.8 WP_000484099.1 WP_230171322.1 33.5 176 107 5 196 364 588 760 3.51e-17 81.6 WP_000484099.1 WP_018646673.1 30.1 176 117 3 197 368 513 686 1.10e-15 77.0 WP_000484099.1 EGR2272270.1 32.0 125 83 1 242 364 550 674 4.01e-15 75.1 WP_000484099.1 WP_029222917.1 31.5 165 102 5 208 368 319 476 2.40e-13 69.3 WP_000484099.1 WP_255266214.1 30.9 175 95 8 199 362 286 445 1.85e-12 66.6 WP_000484099.1 WP_023050329.1 31.4 153 94 5 211 360 205 349 3.90e-12 65.1 WP_000484099.1 MBT3459335.1 40.8 71 42 0 212 282 207 277 8.49e-10 57.4 WP_204618903.1 WP_204618903.1 100 484 0 0 1 484 1 484 0.0 980 WP_204618903.1 MBO7728038.1 50.8 484 215 6 1 484 1 461 3.29e-152 440 MBK7140969.1 MBK7140969.1 100 1399 0 0 1 1399 1 1399 0.0 2793 WP_100537786.1 WP_100537786.1 100 465 0 0 1 465 1 465 0.0 914 NLI35930.1 NLI35930.1 100 116 0 0 1 116 1 116 2.80e-76 219 WP_173283317.1 WP_173283317.1 100 323 0 0 1 323 1 323 2.57e-233 633 WP_173283317.1 MBI2528438.1 51.7 317 153 0 1 317 6 322 4.17e-111 324 WP_173283317.1 KFF47610.1 29.7 148 71 4 11 150 19 141 1.14e-07 51.2 HAB28525.1 HAB28525.1 100 270 0 0 1 270 1 270 2.09e-185 508 WP_157113211.1 WP_157113211.1 100 405 0 0 1 405 1 405 9.94e-261 709 MBQ1897904.1 MBQ1897904.1 100 322 0 0 1 322 1 322 4.79e-233 632 MBQ1897904.1 MBQ1405588.1 46.5 310 166 0 6 315 4 313 6.30e-102 300 MCU0622952.1 MCU0622952.1 100 175 0 0 1 175 1 175 9.00e-124 344 MBI5438416.1 MBI5438416.1 100 121 0 0 1 121 1 121 1.12e-82 236 MBI5438416.1 MCS2900418.1 55.8 120 52 1 3 121 4 123 9.48e-39 125 MBI5438416.1 MBI3448467.1 52.5 122 57 1 1 121 1 122 1.20e-37 122 MBI5438416.1 WP_255435582.1 63.5 104 37 1 19 121 1 104 4.81e-37 120 WP_202067358.1 WP_202067358.1 100 227 0 0 1 227 1 227 2.78e-164 451 WP_274771680.1 WP_274771680.1 100 293 0 0 1 293 1 293 5.31e-195 534 WP_167605087.1 WP_167605087.1 100 146 0 0 1 146 1 146 5.98e-108 301 MBP6311895.1 MBP6311895.1 100 822 0 0 1 822 1 822 0.0 1690 MCK1819907.1 MCK1819907.1 100 502 0 0 1 502 1 502 0.0 966 MCK1819907.1 WP_030096092.1 52.2 496 199 9 2 481 1 474 1.15e-153 445 MCK1819907.1 WP_187788315.1 35.3 416 256 8 30 444 7 410 2.35e-62 208 MCK1819907.1 WP_278498266.1 35.3 453 238 17 46 465 41 471 1.79e-53 186 MCK1819907.1 MCD6064856.1 25.9 359 234 11 46 383 32 379 7.02e-17 80.9 HAP0275886.1 HAP0275886.1 100 225 0 0 1 225 1 225 2.79e-163 448 HAP0275886.1 WP_250376457.1 31.9 188 113 4 10 183 15 201 4.76e-21 86.3 MCE2873365.1 MCE2873365.1 100 895 0 0 1 895 1 895 0.0 1778 MCE2873365.1 MXW19700.1 30.4 928 489 26 31 893 36 871 1.44e-97 323 MCE2873365.1 HAJ30683.1 33.3 195 122 4 31 222 25 214 2.27e-23 104 MCE2873365.1 MBX9747080.1 28.0 186 123 4 36 221 1 175 3.86e-13 71.6 EFQ5532992.1 EFQ5532992.1 100 111 0 0 1 111 1 111 4.22e-80 228 MCA9734355.1 MCA9734355.1 100 253 0 0 1 253 1 253 2.76e-177 486 WP_281760414.1 WP_281760414.1 100 266 0 0 1 266 1 266 3.48e-166 459 WP_281760414.1 MBH8634352.1 41.1 146 86 0 16 161 23 168 1.96e-29 113 NWR36449.1 NWR36449.1 100 647 0 0 1 647 1 647 0.0 1298 NWR36449.1 MCH8479059.1 29.2 528 281 14 54 518 25 522 2.24e-44 165 WP_033631967.1 WP_033631967.1 100 327 0 0 1 327 1 327 1.33e-237 644 ESS67695.1 ESS67695.1 100 2523 0 0 1 2523 1 2523 0.0 5054 MOP71390.1 MOP71390.1 100 15 0 0 1 15 1 15 1.40e-09 43.9 WP_163889187.1 WP_163889187.1 100 275 0 0 1 275 1 275 1.98e-206 561 WP_230633440.1 WP_230633440.1 100 101 0 0 1 101 1 101 3.38e-70 202 WP_255187010.1 WP_255187010.1 100 633 0 0 1 633 1 633 0.0 1231 WP_255187010.1 WP_195397250.1 43.9 615 327 8 2 602 9 619 4.39e-162 476 WP_255187010.1 MBQ2017527.1 42.1 228 123 4 34 258 28 249 1.15e-51 177 WP_255187010.1 WP_161258623.1 47.1 227 114 3 150 374 301 523 1.09e-50 183 MBX9648850.1 MBX9648850.1 100 132 0 0 1 132 1 132 3.33e-96 271 WP_006728805.1 WP_006728805.1 100 219 0 0 1 219 1 219 5.59e-151 416 WP_230699958.1 WP_230699958.1 100 1077 0 0 1 1077 1 1077 0.0 2247 MBE6890073.1 MBE6890073.1 100 462 0 0 1 462 1 462 0.0 906 NET00292.1 NET00292.1 100 276 0 0 1 276 1 276 7.40e-198 540 NET00292.1 WP_087918330.1 48.0 244 125 2 28 271 5 246 1.69e-77 234 NET00292.1 WP_175395805.1 41.3 247 143 2 25 271 2 246 1.58e-64 201 WP_189761921.1 WP_189761921.1 100 793 0 0 1 793 1 793 0.0 1462 WP_249893756.1 WP_249893756.1 100 409 0 0 1 409 1 409 2.45e-295 797 WP_249893756.1 WP_082500294.1 31.2 314 175 10 1 311 1 276 1.62e-32 125 WP_086504813.1 WP_086504813.1 100 754 0 0 1 754 1 754 0.0 1412 WP_086504813.1 WP_061048002.1 33.6 467 269 12 310 749 314 766 2.86e-54 198 WP_086504813.1 WP_211114623.1 36.2 387 230 10 378 750 409 792 1.31e-47 179 WP_086504813.1 NSW79198.1 41.1 253 137 5 375 617 413 663 2.33e-45 171 WP_086504813.1 MBK3737236.1 39.4 241 135 5 386 617 422 660 7.09e-36 142 WP_086504813.1 KYG00847.1 36.6 93 38 2 545 616 795 887 1.50e-06 50.1 MCH6549687.1 MCH6549687.1 100 38 0 0 1 38 1 38 1.75e-22 77.8 TYJ03004.1 TYJ03004.1 100 484 0 0 1 484 1 484 0.0 978 NXO69257.1 NXO69257.1 100 259 0 0 1 259 1 259 5.95e-175 480 OFZ89526.1 OFZ89526.1 100 422 0 0 1 422 1 422 3.41e-272 740 OFZ89526.1 WP_033456074.1 72.8 305 61 3 118 422 14 296 3.44e-145 413 OFZ89526.1 WP_267292626.1 47.3 421 192 8 4 420 118 512 1.02e-117 351 OFZ89526.1 WP_098923619.1 42.4 436 217 3 2 421 1 418 4.55e-112 333 OFZ89526.1 MBT3887354.1 56.2 306 124 3 117 422 26 321 4.86e-111 327 OFZ89526.1 WP_262612393.1 42.0 440 215 7 4 421 3 424 1.38e-82 258 OFZ89526.1 NDI25889.1 42.7 302 145 4 122 414 1 283 3.00e-63 204 OFZ89526.1 KAA0555231.1 31.6 437 266 7 4 420 207 630 1.25e-40 151 OFZ89526.1 KAJ4394429.1 24.1 456 289 7 5 415 64 507 2.41e-30 120 MBL7790458.1 MBL7790458.1 100 209 0 0 1 209 1 209 9.82e-115 324 MBF0278962.1 MBF0278962.1 100 46 0 0 1 46 1 46 9.56e-30 96.7 WP_151519865.1 WP_151519865.1 100 301 0 0 1 301 1 301 3.00e-189 520 WP_175939838.1 WP_175939838.1 100 95 0 0 1 95 1 95 5.80e-66 191 WP_114688413.1 WP_114688413.1 100 343 0 0 1 343 1 343 6.67e-246 667 WP_114688413.1 WP_063434200.1 41.6 329 166 3 36 343 45 368 2.71e-75 235 TIC14313.1 TIC14313.1 100 1555 0 0 1 1555 1 1555 0.0 3142 OTX04318.1 OTX04318.1 100 124 0 0 1 124 1 124 1.29e-87 248 WP_248415755.1 WP_248415755.1 100 177 0 0 1 177 1 177 1.09e-125 349 GFV11951.1 GFV11951.1 100 83 0 0 1 83 1 83 1.93e-63 184 WP_088031849.1 WP_088031849.1 100 299 0 0 1 299 1 299 2.08e-220 598 XP_053193947.1 XP_053193947.1 100 1705 0 0 1 1705 1 1705 0.0 2964 XP_053193947.1 ELR45644.1 45.0 1879 647 67 66 1705 7 1738 0.0 1132 MBR6343266.1 MBR6343266.1 100 424 0 0 1 424 1 424 4.85e-215 595 MBR6343266.1 MBP9771519.1 62.2 74 23 1 356 424 9 82 1.37e-21 95.1 MBR6343266.1 MBU7046308.1 48.8 86 28 2 355 424 5 90 3.33e-18 85.1 WP_232103437.1 WP_232103437.1 100 214 0 0 1 214 1 214 6.86e-154 423 WP_265275480.1 WP_265275480.1 100 113 0 0 1 113 1 113 2.61e-84 239 EIO1807611.1 EIO1807611.1 100 515 0 0 1 515 1 515 0.0 1008 EIO1807611.1 MBU6501496.1 37.0 497 255 9 14 474 6 480 1.27e-67 224 EIO1807611.1 MCQ2587557.1 28.7 443 261 15 64 472 53 474 6.82e-27 112 NUT29294.1 NUT29294.1 100 863 0 0 1 863 1 863 0.0 1642 MBR3785149.1 MBR3785149.1 100 131 0 0 1 131 1 131 4.75e-91 258 MBR3785149.1 CCZ55979.1 44.2 113 61 1 1 113 2 112 3.28e-26 93.6 MBI3290135.1 MBI3290135.1 100 120 0 0 1 120 1 120 9.99e-81 231 WP_060115800.1 WP_060115800.1 100 288 0 0 1 288 1 288 1.21e-193 530 WP_138482356.1 WP_138482356.1 100 888 0 0 1 888 1 888 0.0 1723 WP_138482356.1 WP_261733022.1 34.1 413 246 7 388 786 230 630 6.39e-58 211 WP_138482356.1 TAL20232.1 34.3 388 234 7 413 786 229 609 1.02e-54 199 WP_138482356.1 WP_007356512.1 33.3 412 238 8 406 788 735 1138 2.25e-54 203 WP_138482356.1 KFX48203.1 30.3 505 216 9 413 782 688 1191 9.26e-51 192 WP_138482356.1 MBQ1868746.1 31.3 402 250 8 401 787 252 642 1.58e-47 178 WP_138482356.1 MCH5250214.1 38.2 241 143 2 409 644 184 423 1.88e-42 165 WP_138482356.1 WP_200037957.1 32.0 372 224 11 413 774 1016 1368 5.57e-36 145 WP_138482356.1 MBN8606766.1 40.4 228 131 3 412 636 579 804 8.00e-36 144 WP_138482356.1 WP_232306300.1 27.8 396 264 9 412 789 849 1240 5.07e-35 142 WP_138482356.1 SEP77558.1 34.8 233 138 6 412 636 339 565 2.98e-32 131 WP_138482356.1 PKL50735.1 25.2 393 243 11 406 772 685 1052 1.85e-24 108 WP_138482356.1 MBN1819552.1 27.8 227 158 4 414 636 338 562 2.44e-17 84.7 WP_138482356.1 MBP1530348.1 28.9 121 85 1 672 792 3 122 2.15e-09 57.0 WP_138482356.1 WP_188888464.1 30.6 108 73 2 669 774 1 108 8.73e-07 49.3 WP_138482356.1 HBG17616.1 26.9 104 73 2 672 772 6 109 1.02e-05 47.4 WP_263727326.1 WP_263727326.1 100 452 0 0 1 452 1 452 4.02e-293 795 WP_072274035.1 WP_072274035.1 100 155 0 0 1 155 1 155 1.96e-106 298 MBT4210917.1 MBT4210917.1 100 735 0 0 1 735 1 735 0.0 1521 MBT4210917.1 WP_096067320.1 35.4 627 329 17 5 585 16 612 3.30e-107 338 MBT4210917.1 WP_282322778.1 35.4 627 329 17 5 585 16 612 1.79e-106 336 MBT4210917.1 MBL14507.1 30.0 557 322 15 34 561 38 555 1.69e-68 234 MBT4210917.1 MBL4581517.1 23.8 450 241 15 184 555 299 724 1.04e-20 95.5 XP_018439942.1 XP_018439942.1 100 319 0 0 1 319 1 319 1.59e-225 613 XP_045702922.1 XP_045702922.1 100 470 0 0 1 470 1 470 5.04e-259 711 XP_045702922.1 ROW03190.1 42.0 50 29 0 373 422 1 50 1.23e-05 45.8 WP_063485223.1 WP_063485223.1 100 387 0 0 1 387 1 387 8.00e-283 764 WP_063485223.1 WP_021646634.1 30.2 212 124 6 172 366 86 290 1.06e-15 75.5 WP_149236326.1 WP_149236326.1 100 251 0 0 1 251 1 251 4.12e-187 510 KIJ42589.1 KIJ42589.1 100 181 0 0 1 181 1 181 5.40e-137 378 BAI82636.1 BAI82636.1 100 206 0 0 1 206 1 206 4.51e-155 426 BAI82636.1 UNP33456.1 73.3 206 55 0 1 206 72 277 4.48e-115 328 BAI82636.1 ADJ57888.1 71.2 205 59 0 2 206 65 269 1.17e-112 324 BAI82636.1 AXB40829.1 68.0 206 66 0 1 206 63 268 7.09e-106 306 BAI82636.1 QYT38722.1 37.5 208 128 2 1 206 40 247 5.86e-49 159 WP_232189573.1 WP_232189573.1 100 95 0 0 1 95 1 95 6.64e-24 85.5 MBZ0168159.1 MBZ0168159.1 100 101 0 0 1 101 1 101 1.84e-64 205 NWG72028.1 NWG72028.1 100 91 0 0 1 91 1 91 1.70e-63 185 WP_136035264.1 WP_136035264.1 100 217 0 0 1 217 1 217 7.01e-144 398 EAP3700350.1 EAP3700350.1 100 96 0 0 1 96 1 96 7.03e-63 184 WP_251074290.1 WP_251074290.1 100 480 0 0 1 480 1 480 0.0 944 WP_251074290.1 CDZ81696.1 50.8 323 148 4 18 331 5 325 7.11e-107 319 WP_251074290.1 EAJ4016142.1 33.8 290 181 7 27 315 1 280 3.87e-46 160 EXZ64635.1 EXZ64635.1 100 214 0 0 1 214 1 214 3.97e-153 421 CCE01062.1 CCE01062.1 100 77 0 0 1 77 1 77 2.79e-49 148 WP_278800290.1 WP_278800290.1 100 131 0 0 1 131 1 131 2.01e-92 261 BAB28876.1 BAB28876.1 100 143 0 0 1 143 1 143 1.73e-101 285 KAJ1633120.1 KAJ1633120.1 100 228 0 0 1 228 1 228 3.19e-134 375 WP_090221424.1 WP_090221424.1 100 727 0 0 1 727 1 727 0.0 1461 KAF6315484.1 KAF6315484.1 100 238 0 0 1 238 1 238 4.25e-169 464 GEZ33207.1 GEZ33207.1 100 305 0 0 1 305 1 305 1.46e-198 544 TWU17869.1 TWU17869.1 100 93 0 0 1 93 1 93 3.98e-63 184 MBM3767188.1 MBM3767188.1 100 416 0 0 1 416 1 416 1.61e-299 808 MBM3767188.1 WP_256939523.1 30.0 383 240 7 36 413 12 371 5.90e-40 145 MBM3767188.1 WP_097830045.1 30.9 385 209 11 56 411 19 375 3.27e-38 140 MBM3767188.1 MBR4371193.1 30.2 324 200 9 104 407 10 327 6.59e-33 125 WP_061364641.1 WP_061364641.1 100 627 0 0 1 627 1 627 0.0 933 VPT01298.1 VPT01298.1 100 1659 0 0 1 1659 1 1659 0.0 3136 WP_225764381.1 WP_225764381.1 100 173 0 0 1 173 1 173 1.31e-90 260 UGY43725.1 UGY43725.1 100 419 0 0 1 419 1 419 4.12e-283 767 UGY43725.1 UYE59123.1 81.6 419 74 1 1 419 1 416 7.71e-211 584 UGY43725.1 UBA80202.1 98.9 279 3 0 141 419 141 419 6.03e-168 476 XP_018042825.1 XP_018042825.1 100 897 0 0 1 897 1 897 0.0 1769 XP_018042825.1 EDN57974.1 22.2 713 433 26 224 878 398 1046 8.47e-18 87.0 XP_018042825.1 TAL20232.1 25.1 295 161 11 218 492 212 466 1.90e-10 62.8 XP_018042825.1 WP_083453642.1 29.4 109 75 2 366 474 456 562 2.46e-05 46.2 WP_090770466.1 WP_090770466.1 100 312 0 0 1 312 1 312 1.27e-232 630 WP_090770466.1 MCB0447740.1 28.5 228 133 13 5 215 8 222 3.97e-10 58.2 QXI91160.1 QXI91160.1 100 1272 0 0 1 1272 1 1272 0.0 2082 QXI91160.1 QUM20585.1 93.9 1272 77 0 1 1272 1 1272 0.0 2056 QXI91160.1 UBN63752.1 91.4 1272 107 1 1 1272 1 1270 0.0 2053 QXI91160.1 QUE11983.1 89.7 1272 129 1 1 1272 1 1270 0.0 2048 QXI91160.1 UGX22439.1 90.3 1273 121 2 1 1272 1 1271 0.0 2041 QXI91160.1 UHB14670.1 86.3 1273 171 2 1 1272 1 1271 0.0 2038 QXI91160.1 UIX40308.1 86.3 1273 171 2 1 1272 1 1271 0.0 2032 QXI91160.1 UDK40309.1 85.8 1273 178 2 1 1272 1 1271 0.0 2015 QXI91160.1 UYC71619.1 85.0 1273 185 3 1 1272 1 1268 0.0 1991 QXI91160.1 UPU53169.1 84.7 1273 191 2 1 1272 1 1270 0.0 1991 QXI91160.1 USL51576.1 81.7 1273 229 2 1 1272 1 1270 0.0 1896 QXI91160.1 QVX70521.1 84.4 1273 198 1 1 1272 1 1273 0.0 1878 QXI91160.1 UZH89542.1 83.1 1273 212 2 1 1272 1 1271 0.0 1835 QXI91160.1 UUS71569.1 95.2 747 36 0 526 1272 527 1273 0.0 1305 QXI91160.1 UHK01047.1 63.1 1273 469 1 1 1272 1 1273 0.0 1136 UYV38309.1 UYV38309.1 100 288 0 0 1 288 1 288 1.18e-200 548 WP_061517937.1 WP_061517937.1 100 339 0 0 1 339 1 339 2.82e-245 665 WP_190531886.1 WP_190531886.1 100 551 0 0 1 551 1 551 0.0 1052 WP_130382900.1 WP_130382900.1 100 223 0 0 1 223 1 223 1.31e-151 418 AKT58828.1 AKT58828.1 100 195 0 0 1 195 1 195 1.45e-132 368 AKT58828.1 QUA05739.1 80.0 195 39 0 1 195 1 195 9.41e-110 311 AKT58828.1 QUQ06080.1 78.5 195 42 0 1 195 1 195 1.20e-109 311 AKT58828.1 AVM35379.1 82.1 190 34 0 6 195 1 190 2.03e-109 310 AKT58828.1 ADW49125.1 81.3 187 35 0 9 195 1 187 1.50e-108 308 AKT58828.1 AMA90994.1 79.0 195 41 0 1 195 1 195 5.35e-108 306 AKT58828.1 ABQ63546.1 77.8 194 43 0 2 195 1 194 1.11e-107 306 AKT58828.1 ADJ35581.1 75.9 195 47 0 1 195 2 196 3.94e-106 302 AKT58828.1 AFA24308.1 81.3 187 35 0 9 195 2 188 4.25e-106 301 AKT58828.1 AWS34156.1 75.9 195 47 0 1 195 1 195 7.32e-104 296 AKT58828.1 AFA09475.1 81.8 181 33 0 15 195 1 181 1.30e-103 295 AKT58828.1 AXZ65741.1 77.7 188 42 0 1 188 1 188 8.40e-103 292 AKT58828.1 AOQ89457.1 75.9 187 45 0 5 191 1 187 9.02e-100 285 AKT58828.1 AOR13807.1 72.0 186 52 0 10 195 1 186 3.42e-95 273 AKT58828.1 AKA56406.1 70.4 196 51 2 2 195 2 192 7.36e-92 265 AKT58828.1 AAX94106.1 83.0 165 28 0 31 195 1 165 5.18e-90 268 AKT58828.1 UZF38514.1 66.5 182 61 0 14 195 1 182 9.38e-83 242 AKT58828.1 AGI15931.1 65.2 187 65 0 9 195 2 188 1.54e-81 239 AKT58828.1 AHH30646.1 73.2 164 42 2 32 195 6 167 1.76e-77 228 AKT58828.1 ACE88666.1 78.4 116 25 0 80 195 1 116 6.25e-58 177 AKT58828.1 APC24336.1 65.1 86 30 0 108 193 1 86 3.47e-29 109 XP_049578625.1 XP_049578625.1 100 881 0 0 1 881 1 881 0.0 1728 MCB1208284.1 MCB1208284.1 100 360 0 0 1 360 1 360 2.48e-261 707 MCB1208284.1 WP_052922907.1 36.8 348 207 7 16 355 1 343 1.48e-60 200 WP_000685022.1 WP_000685022.1 100 428 0 0 1 428 1 428 1.18e-298 807 WP_105979700.1 WP_105979700.1 100 286 0 0 1 286 1 286 3.15e-204 556 MBQ8238565.1 MBQ8238565.1 100 143 0 0 1 143 1 143 1.54e-104 293 MBQ9299122.1 MBQ9299122.1 100 312 0 0 1 312 1 312 3.22e-226 614 MBQ9299122.1 WP_154333510.1 27.5 240 171 3 1 239 1 238 7.75e-24 97.4 MBQ9299122.1 WP_190032834.1 42.1 76 44 0 1 76 1 76 1.95e-11 62.0 MBQ9299122.1 WP_268678783.1 36.0 75 46 1 1 75 2 74 7.42e-06 45.1 MBQ9299122.1 WP_273138110.1 36.9 65 40 1 1 64 1 65 4.23e-05 42.7 MBR5879017.1 MBR5879017.1 100 115 0 0 1 115 1 115 7.46e-76 218 MCS6903464.1 MCS6903464.1 100 138 0 0 1 138 1 138 1.39e-100 282 WP_011063740.1 WP_011063740.1 100 152 0 0 1 152 1 152 5.64e-100 282 EGV97757.1 EGV97757.1 100 73 0 0 1 73 1 73 2.65e-52 155 WP_102477257.1 WP_102477257.1 100 854 0 0 1 854 1 854 0.0 1675 WP_102477257.1 WP_086711488.1 55.0 867 366 8 5 852 6 867 0.0 929 WP_102477257.1 WP_097641037.1 54.2 867 378 6 3 851 4 869 0.0 917 WP_102477257.1 RWX51021.1 52.4 555 234 6 1 526 1 554 3.59e-190 554 WP_204942955.1 WP_204942955.1 100 276 0 0 1 276 1 276 9.26e-192 524 WP_204942955.1 KAG2346037.1 28.8 198 129 4 7 195 14 208 1.37e-09 55.8 WP_204942955.1 WP_077093245.1 32.5 169 99 4 7 160 9 177 1.98e-06 46.6 WP_015133641.1 WP_015133641.1 100 536 0 0 1 536 1 536 0.0 1085 WP_015133641.1 OKZ85006.1 27.6 196 121 6 134 323 148 328 1.72e-13 71.2 MCD6425313.1 MCD6425313.1 100 131 0 0 1 131 1 131 6.49e-89 252 UTT93350.1 UTT93350.1 100 332 0 0 1 332 1 332 1.54e-259 700 MCR5602468.1 MCR5602468.1 100 213 0 0 1 213 1 213 3.83e-155 426 OGR18938.1 OGR18938.1 100 268 0 0 1 268 1 268 2.27e-188 515 MBI5677341.1 MBI5677341.1 100 95 0 0 1 95 1 95 1.73e-67 195 WP_029267497.1 WP_029267497.1 100 233 0 0 1 233 1 233 2.21e-173 474 MCI4325574.1 MCI4325574.1 100 331 0 0 1 331 1 331 1.14e-240 652 MCI4325574.1 MBE0669914.1 45.5 308 167 1 8 315 4 310 1.49e-97 289 MCI4325574.1 MBC6481257.1 50.2 307 142 6 13 310 9 313 1.10e-92 282 MCI4325574.1 HCP62665.1 64.3 28 10 0 283 310 1 28 3.65e-06 41.6 STW12454.1 STW12454.1 100 159 0 0 1 159 1 159 1.66e-109 306 MBE6306819.1 MBE6306819.1 100 393 0 0 1 393 1 393 5.82e-279 754 MBE6306819.1 CAG0929351.1 39.7 315 187 2 2 313 7 321 6.57e-71 224 NLB51443.1 NLB51443.1 100 69 0 0 1 69 1 69 5.52e-50 149 UKS51372.1 UKS51372.1 100 138 0 0 1 138 1 138 3.15e-97 274 MCI7352812.1 MCI7352812.1 100 165 0 0 1 165 1 165 8.16e-122 338 WP_259847195.1 WP_259847195.1 100 291 0 0 1 291 1 291 5.64e-205 559 WP_259847195.1 WP_251593142.1 25.0 268 177 5 4 258 3 259 3.13e-07 48.9 WP_192049367.1 WP_192049367.1 100 129 0 0 1 129 1 129 3.93e-98 275 WP_039294206.1 WP_039294206.1 100 80 0 0 1 80 1 80 5.03e-60 175 DAD32814.1 DAD32814.1 100 314 0 0 1 314 1 314 6.38e-243 657 XP_027924147.1 XP_027924147.1 100 489 0 0 1 489 1 489 0.0 962 XP_027924147.1 WP_075190302.1 40.5 336 183 6 112 445 6 326 1.52e-70 226 WP_161359378.1 WP_161359378.1 100 270 0 0 1 270 1 270 1.14e-198 541 WP_196351635.1 WP_196351635.1 100 30 0 0 1 30 1 30 1.44e-18 67.4 WP_196351635.1 WP_274676460.1 83.3 30 5 0 1 30 1 30 3.18e-13 53.9 WP_100521084.1 WP_100521084.1 100 318 0 0 1 318 1 318 6.49e-167 465 AQU86570.1 AQU86570.1 100 376 0 0 1 376 1 376 6.45e-272 735 KAI0643035.1 KAI0643035.1 100 447 0 0 1 447 1 447 5.62e-318 858 OHB35500.1 OHB35500.1 100 360 0 0 1 360 1 360 6.35e-264 714 OHB35500.1 WP_095061089.1 31.3 288 173 7 86 356 1 280 1.89e-34 126 WP_014605789.1 WP_014605789.1 100 248 0 0 1 248 1 248 1.67e-180 493 WP_014605789.1 WP_183882442.1 30.2 222 129 6 5 216 11 216 2.30e-21 87.8 WP_014605789.1 KAG2346037.1 27.6 185 127 4 2 180 15 198 1.17e-15 72.8 WP_014605789.1 WP_281054160.1 28.3 184 123 5 2 180 12 191 4.33e-14 68.2 WP_014605789.1 WP_060347438.1 30.3 195 121 6 7 189 15 206 1.03e-13 67.4 WP_154907134.1 WP_154907134.1 100 148 0 0 1 148 1 148 2.24e-113 315 WP_228944212.1 WP_228944212.1 100 97 0 0 1 97 1 97 3.08e-62 182 WP_136134536.1 WP_136134536.1 100 558 0 0 1 558 1 558 0.0 1165 WP_136134536.1 NLG67042.1 30.2 106 68 4 138 237 74 179 3.88e-05 44.7 ECL7245291.1 ECL7245291.1 100 149 0 0 1 149 1 149 5.93e-105 294 ECL7245291.1 PJC48296.1 46.6 148 77 1 1 148 209 354 8.14e-36 126 MBC2704089.1 MBC2704089.1 100 792 0 0 1 792 1 792 0.0 1506 MBC2704089.1 NDH21517.1 37.1 229 143 1 544 771 29 257 8.20e-44 157 MBH0193692.1 MBH0193692.1 100 724 0 0 1 724 1 724 0.0 1360 EJK2981647.1 EJK2981647.1 100 234 0 0 1 234 1 234 1.75e-175 479 EJK2981647.1 ACA34490.1 30.1 103 67 3 43 143 259 358 8.90e-08 50.4 WP_213646387.1 WP_213646387.1 100 335 0 0 1 335 1 335 1.25e-246 668 WP_213646387.1 AQY75504.1 24.3 301 166 9 51 315 61 335 3.99e-12 64.7 WP_103313256.1 WP_103313256.1 100 140 0 0 1 140 1 140 2.56e-88 251 EZX24376.1 EZX24376.1 100 257 0 0 1 257 1 257 6.95e-173 475 KAJ3327837.1 KAJ3327837.1 100 212 0 0 1 212 1 212 1.02e-129 362 KAJ2660037.1 KAJ2660037.1 100 2050 0 0 1 2050 1 2050 0.0 3940 KAJ2660037.1 KAF9974715.1 33.4 1376 789 27 768 2050 6 1347 3.95e-191 614 KAJ2660037.1 XP_043889695.1 41.8 395 191 12 4 373 6 386 4.79e-63 237 KAJ2660037.1 XP_032696462.1 36.8 386 219 10 4 375 6 380 5.42e-52 200 KAJ2660037.1 MBQ8297564.1 32.9 237 156 3 1807 2041 330 565 3.35e-36 145 KAJ2660037.1 WP_195238978.1 25.2 477 339 10 1569 2038 249 714 3.34e-35 144 KAJ2660037.1 KAJ5168969.1 30.7 336 204 11 1725 2043 419 742 1.71e-30 129 KAJ2660037.1 KAI7371949.1 35.1 245 148 7 1806 2043 646 886 2.55e-30 129 KAJ2660037.1 KAI9191373.1 36.9 198 123 2 1795 1990 381 578 3.96e-28 122 KAJ2660037.1 WP_247749043.1 26.4 246 174 3 1804 2043 352 596 3.13e-22 102 KAJ2660037.1 NFD84694.1 28.0 239 149 5 1192 1413 522 754 1.82e-18 90.5 KAJ2660037.1 WAY96880.1 32.5 166 92 3 1206 1354 2 164 2.26e-15 75.1 KAJ2660037.1 NVM03966.1 25.1 211 143 6 1824 2030 36 235 1.08e-13 72.8 KAJ2660037.1 WP_088153117.1 28.9 211 108 6 1221 1404 26 221 1.23e-10 63.9 KAJ2660037.1 WP_142931103.1 26.0 227 140 7 1798 2007 241 456 2.17e-09 60.5 KAJ2660037.1 WP_145468487.1 27.8 162 106 5 1825 1980 25 181 1.68e-06 49.7 KAJ2660037.1 HBO4828144.1 24.7 223 139 8 1807 2016 9 215 3.56e-06 49.3 MAJ71254.1 MAJ71254.1 100 312 0 0 1 312 1 312 1.66e-228 620 MAJ71254.1 WP_062640876.1 36.1 310 174 5 1 305 1 291 2.63e-48 162 MAJ71254.1 WP_254301195.1 29.5 112 77 1 19 130 19 128 7.82e-06 45.1 MAJ71254.1 WP_248676944.1 22.2 194 143 4 7 197 16 204 1.86e-04 40.8 MBI1424129.1 MBI1424129.1 100 416 0 0 1 416 1 416 1.40e-309 834 MBI1424129.1 WP_099912534.1 53.8 413 187 3 1 409 1 413 1.38e-146 421 MCA9450479.1 MCA9450479.1 100 102 0 0 1 102 1 102 8.58e-69 199 MCC8042769.1 MCC8042769.1 100 184 0 0 1 184 1 184 3.36e-137 379 XP_041178038.1 XP_041178038.1 100 85 0 0 1 85 1 85 2.86e-48 146 NBW79235.1 NBW79235.1 100 445 0 0 1 445 1 445 2.50e-304 823 NBW79235.1 NMO74192.1 24.2 414 291 11 26 431 19 417 6.24e-16 77.8 WP_030323867.1 WP_030323867.1 100 265 0 0 1 265 1 265 1.32e-190 520 WP_033135619.1 WP_033135619.1 100 258 0 0 1 258 1 258 1.44e-195 532 WP_033135619.1 WP_127741063.1 34.5 110 71 1 18 126 17 126 1.47e-14 69.7 MCA1442501.1 MCA1442501.1 100 170 0 0 1 170 1 170 1.09e-108 305 KAI5251673.1 KAI5251673.1 100 167 0 0 1 167 1 167 2.25e-129 357 EBT2494165.1 EBT2494165.1 100 204 0 0 1 204 1 204 1.20e-149 412 MBR5121093.1 MBR5121093.1 100 244 0 0 1 244 1 244 4.07e-170 467 NWJ08205.1 NWJ08205.1 100 322 0 0 1 322 1 322 5.36e-230 625 WP_162959321.1 WP_162959321.1 100 147 0 0 1 147 1 147 1.25e-64 192 WP_278498266.1 WP_278498266.1 100 496 0 0 1 496 1 496 0.0 997 WP_278498266.1 WP_034002239.1 36.8 468 283 6 21 481 24 485 1.09e-89 281 WP_278498266.1 WP_187788315.1 36.3 449 253 6 22 466 4 423 5.32e-78 249 WP_278498266.1 MCK1819907.1 34.3 475 257 17 19 471 24 465 1.18e-58 200 WP_278498266.1 WP_030096092.1 33.8 450 246 14 18 457 31 438 3.65e-58 198 WP_257479708.1 WP_257479708.1 100 414 0 0 1 414 1 414 1.63e-307 828 MBQ3867797.1 MBQ3867797.1 100 552 0 0 1 552 1 552 0.0 1088 WP_111496981.1 WP_111496981.1 100 504 0 0 1 504 1 504 0.0 1014 STF90731.1 STF90731.1 100 672 0 0 1 672 1 672 0.0 1344 STF90731.1 WP_241468713.1 99.7 646 2 0 1 646 1 646 0.0 1288 WP_212448448.1 WP_212448448.1 100 86 0 0 1 86 1 86 5.07e-56 166 WP_147738784.1 WP_147738784.1 100 225 0 0 1 225 1 225 2.67e-161 443 PZT91770.1 PZT91770.1 100 95 0 0 1 95 1 95 1.13e-63 186 EAM9790494.1 EAM9790494.1 100 489 0 0 1 489 1 489 6.59e-297 808 XP_013404023.1 XP_013404023.1 100 296 0 0 1 296 1 296 1.60e-227 616 WP_107485636.1 WP_107485636.1 100 799 0 0 1 799 1 799 0.0 1344 WP_107485636.1 SCK25073.1 33.7 680 413 14 111 778 50 703 6.11e-81 274 MBE1289959.1 MBE1289959.1 100 66 0 0 1 66 1 66 4.55e-41 126 MBE1289959.1 KVK44743.1 72.1 61 16 1 4 63 1 61 4.39e-23 81.3 WP_143660971.1 WP_143660971.1 100 389 0 0 1 389 1 389 1.09e-249 680 MCB2112291.1 MCB2112291.1 100 394 0 0 1 394 1 394 7.46e-287 775 KLA07975.1 KLA07975.1 100 247 0 0 1 247 1 247 3.76e-172 472 WP_014504812.1 WP_014504812.1 100 895 0 0 1 895 1 895 0.0 1831 WP_014504812.1 WP_068156215.1 52.3 886 414 7 11 890 36 918 3.38e-319 899 KAF5807084.1 KAF5807084.1 100 267 0 0 1 267 1 267 2.46e-187 512 KAF5807084.1 THU55532.1 56.2 105 46 0 81 185 41 145 9.69e-37 128 WP_060004157.1 WP_060004157.1 100 604 0 0 1 604 1 604 0.0 1195 WP_060004157.1 WP_100610557.1 30.6 566 361 14 3 555 20 566 5.50e-52 186 WP_060004157.1 HAR3824072.1 26.7 562 373 15 1 549 34 569 1.61e-41 157 WP_204334995.1 WP_204334995.1 100 251 0 0 1 251 1 251 2.39e-186 508 WP_204334995.1 WP_200696402.1 31.2 247 156 6 9 246 29 270 7.02e-31 114 WP_217736698.1 WP_217736698.1 100 316 0 0 1 316 1 316 4.71e-221 602 WP_217736698.1 WP_151856261.1 42.6 136 70 3 67 194 40 175 1.11e-29 114 WP_270430070.1 WP_270430070.1 100 375 0 0 1 375 1 375 2.26e-276 746 WP_270430070.1 MBW4662439.1 42.9 382 191 2 7 366 8 384 1.89e-100 301 WP_270430070.1 WP_250015522.1 30.1 352 229 5 35 371 35 384 2.00e-38 140 WP_270430070.1 WP_064802002.1 28.9 342 219 4 35 357 34 370 7.91e-36 133 WP_270430070.1 WP_210167953.1 30.9 369 217 11 22 375 8 353 5.28e-35 130 KAF8153477.1 KAF8153477.1 100 124 0 0 1 124 1 124 7.48e-87 246 MCI0648031.1 MCI0648031.1 100 180 0 0 1 180 1 180 6.06e-129 357 XP_041922209.1 XP_041922209.1 100 333 0 0 1 333 1 333 7.73e-240 650 XP_041922209.1 NWY11222.1 56.5 62 27 0 155 216 12 73 8.30e-14 66.6 WP_115180843.1 WP_115180843.1 100 447 0 0 1 447 1 447 0.0 895 EFG7579667.1 EFG7579667.1 100 342 0 0 1 342 1 342 1.54e-255 691 WP_069341101.1 WP_069341101.1 100 294 0 0 1 294 1 294 7.95e-202 551 WP_069341101.1 MCP4329804.1 35.3 286 182 1 12 294 5 290 5.73e-49 170 WP_069341101.1 WP_165462493.1 27.8 295 197 6 12 292 6 298 1.98e-25 101 WP_069341101.1 WP_123237441.1 27.3 275 191 5 27 293 29 302 6.99e-23 94.4 WP_210949324.1 WP_210949324.1 100 225 0 0 1 225 1 225 2.04e-165 453 WP_210949324.1 EIR8916606.1 56.6 175 76 0 26 200 1 175 4.57e-62 190 MBT3459335.1 MBT3459335.1 100 277 0 0 1 277 1 277 3.80e-196 535 MBT3459335.1 WP_269885397.1 43.3 97 54 1 182 277 89 185 2.12e-16 75.5 MBT3459335.1 MBI5333464.1 38.8 80 49 0 198 277 223 302 1.14e-10 59.7 MBT3459335.1 WP_000484099.1 40.8 71 42 0 207 277 212 282 3.53e-10 58.2 MBT3459335.1 EJF06804.1 37.4 91 55 1 184 274 122 210 1.71e-09 55.8 MBT3459335.1 WP_145544593.1 37.2 94 52 3 184 277 349 435 1.11e-07 50.8 MBT3459335.1 WP_023050329.1 35.0 80 50 1 195 274 194 271 5.11e-07 48.5 MBT3459335.1 WP_107169208.1 36.7 79 50 0 199 277 198 276 9.26e-07 47.8 MBT3459335.1 WP_255266214.1 46.0 63 32 1 207 269 299 359 1.96e-06 47.0 MBT3459335.1 EGR2272270.1 43.9 41 23 0 237 277 550 590 2.17e-06 47.0 MBT3459335.1 WP_242961281.1 30.4 79 48 2 193 268 528 602 6.54e-04 39.3 WP_129832000.1 WP_129832000.1 100 386 0 0 1 386 1 386 3.87e-294 792 MBF0233644.1 MBF0233644.1 100 746 0 0 1 746 1 746 0.0 1438 MBF0233644.1 WP_061048002.1 34.9 496 299 10 254 737 287 770 2.77e-79 268 MBF0233644.1 NSW79198.1 38.5 366 197 9 246 597 310 661 3.25e-71 244 MBF0233644.1 WP_211114623.1 33.7 520 335 4 220 737 284 795 7.69e-70 243 MBF0233644.1 PKL50735.1 29.5 617 357 18 172 733 469 1062 1.46e-54 201 MBF0233644.1 MBK3737236.1 38.8 250 147 4 359 607 422 666 4.12e-41 158 MBF0233644.1 WP_212961195.1 24.1 424 245 14 379 746 436 838 3.48e-13 71.6 MBF0233644.1 EJF06804.1 27.6 116 78 3 622 733 3 116 3.83e-05 44.7 WP_094375360.1 WP_094375360.1 100 191 0 0 1 191 1 191 7.57e-142 391 WP_248415167.1 WP_248415167.1 100 429 0 0 1 429 1 429 6.31e-299 808 MBV8174008.1 MBV8174008.1 100 399 0 0 1 399 1 399 5.32e-294 793 MBV8174008.1 CAF3478760.1 33.5 376 229 8 41 396 127 501 1.41e-51 179 MBV8174008.1 WP_201685349.1 28.3 350 247 3 39 388 69 414 1.14e-37 139 MBV8174008.1 KFD50394.1 29.3 375 220 10 42 379 96 462 1.17e-34 132 WP_186748347.1 WP_186748347.1 100 107 0 0 1 107 1 107 3.40e-57 170 BCL31621.1 BCL31621.1 100 136 0 0 1 136 1 136 1.00e-74 217 GDZ43403.1 GDZ43403.1 100 256 0 0 1 256 1 256 1.19e-193 527 UFH83377.1 UFH83377.1 100 513 0 0 1 513 1 513 0.0 1026 UFH83377.1 AYV64277.1 51.8 438 198 6 1 437 1 426 2.86e-136 399 UFH83377.1 AFQ97813.1 56.5 276 117 2 165 439 1 274 1.47e-95 289 UFH83377.1 UTU41876.1 55.4 258 115 0 177 434 3 260 1.46e-91 278 UFH83377.1 AVO23223.1 61.2 67 25 1 442 508 1 66 3.98e-18 77.0 NJO91920.1 NJO91920.1 100 95 0 0 1 95 1 95 1.81e-60 177 AKA56406.1 AKA56406.1 100 197 0 0 1 197 1 197 1.06e-135 376 AKA56406.1 QUA05739.1 71.4 199 54 1 2 197 2 200 8.44e-95 273 AKA56406.1 AVM35379.1 71.1 197 50 2 6 197 1 195 1.05e-93 270 AKA56406.1 AOR13807.1 72.3 191 50 1 10 197 1 191 1.23e-93 270 AKA56406.1 AMA90994.1 71.4 196 53 1 2 194 2 197 1.69e-93 269 AKA56406.1 AWS34156.1 69.3 199 58 1 2 197 2 200 4.12e-92 266 AKA56406.1 ADW49125.1 70.1 194 51 2 9 197 1 192 1.28e-91 265 AKA56406.1 AKT58828.1 70.4 196 51 2 2 192 2 195 8.64e-91 262 AKA56406.1 ADJ35581.1 67.3 199 62 1 2 197 3 201 5.74e-90 261 AKA56406.1 AFA24308.1 70.3 195 51 2 8 197 1 193 8.84e-90 260 AKA56406.1 AOQ89457.1 69.9 186 53 1 6 188 2 187 1.79e-88 256 AKA56406.1 AHK62764.1 65.3 196 65 1 5 197 1 196 7.98e-88 256 AKA56406.1 QUQ06080.1 64.3 199 68 1 2 197 2 200 6.09e-87 253 AKA56406.1 AFA09475.1 68.8 186 55 1 15 197 1 186 8.92e-86 250 AKA56406.1 UZF38514.1 69.0 187 55 1 14 197 1 187 2.04e-82 241 AKA56406.1 AXZ65741.1 61.0 187 70 1 2 185 2 188 3.33e-77 228 AKA56406.1 AAX94106.1 70.0 170 48 1 31 197 1 170 3.89e-76 233 AKA56406.1 AHH30646.1 70.7 167 46 2 32 196 6 171 5.14e-75 221 AKA56406.1 AGI15931.1 60.6 193 73 1 8 197 1 193 1.14e-74 222 AKA56406.1 ACE88666.1 66.1 121 38 1 80 197 1 121 1.10e-46 149 MBC99785.1 MBC99785.1 100 318 0 0 1 318 1 318 6.41e-220 599 MBC99785.1 WP_251874466.1 32.7 269 167 5 47 314 51 306 1.38e-40 143 MBC99785.1 WP_059510827.1 33.2 268 166 6 48 313 45 301 1.56e-35 129 MBC99785.1 WP_116701099.1 34.3 233 133 4 63 292 70 285 9.46e-34 124 MBC99785.1 WP_058635033.1 28.6 269 178 4 47 314 50 305 2.76e-31 118 WP_213741880.1 WP_213741880.1 100 241 0 0 1 241 1 241 1.30e-160 442 WP_213741880.1 EAA7679439.1 52.8 235 109 2 2 235 1 234 2.98e-76 238 MBK8012537.1 MBK8012537.1 100 591 0 0 1 591 1 591 0.0 1106 MBK8012537.1 WP_076194242.1 21.9 342 228 9 242 570 137 452 1.41e-17 84.0 WP_205994446.1 WP_205994446.1 100 432 0 0 1 432 1 432 1.67e-316 853 WP_145465857.1 WP_145465857.1 100 106 0 0 1 106 1 106 1.63e-68 199 OGZ08419.1 OGZ08419.1 100 351 0 0 1 351 1 351 3.94e-258 698 WP_231879606.1 WP_231879606.1 100 198 0 0 1 198 1 198 5.10e-148 407 WP_253195963.1 WP_253195963.1 100 288 0 0 1 288 1 288 2.84e-192 526 WP_253195963.1 MBQ8156531.1 38.3 193 114 2 17 209 24 211 1.11e-30 114 WP_253195963.1 WP_057732191.1 37.1 170 105 1 31 198 26 195 7.32e-30 112 ACT50261.1 ACT50261.1 100 218 0 0 1 218 1 218 1.75e-158 435 WP_098613056.1 WP_098613056.1 100 148 0 0 1 148 1 148 1.81e-85 245 KAF6751692.1 KAF6751692.1 100 443 0 0 1 443 1 443 0.0 904 HDI11217.1 HDI11217.1 100 227 0 0 1 227 1 227 7.05e-158 434 HDI11217.1 EGS7320029.1 33.6 217 140 3 1 216 22 235 1.16e-30 111 KAI9233655.1 KAI9233655.1 100 214 0 0 1 214 1 214 8.39e-164 448 WP_258038067.1 WP_258038067.1 100 953 0 0 1 953 1 953 0.0 1811 WP_022957608.1 WP_022957608.1 100 205 0 0 1 205 1 205 4.28e-139 385 KAG7812337.1 KAG7812337.1 100 3995 0 0 1 3995 1 3995 0.0 7762 NLF10573.1 NLF10573.1 100 73 0 0 1 73 1 73 1.61e-44 135 WP_132572234.1 WP_132572234.1 100 254 0 0 1 254 1 254 1.04e-177 487 WP_271457636.1 WP_271457636.1 100 458 0 0 1 458 1 458 3.66e-269 735 WP_271457636.1 WP_109219430.1 93.1 447 31 0 1 447 1 447 4.84e-244 671 KUO65278.1 KUO65278.1 100 189 0 0 1 189 1 189 4.76e-144 396 KUO65278.1 WP_157476287.1 45.2 188 99 3 1 184 1 188 2.43e-57 177 WP_142636409.1 WP_142636409.1 100 264 0 0 1 264 1 264 1.89e-194 530 MCU1514505.1 MCU1514505.1 100 377 0 0 1 377 1 377 1.79e-274 742 MCU1514505.1 WP_176018545.1 42.3 366 195 5 6 358 3 365 7.61e-89 271 MBQ7769568.1 MBQ7769568.1 100 39 0 0 1 39 1 39 1.22e-18 68.2 WP_032587385.1 WP_032587385.1 100 657 0 0 1 657 1 657 0.0 1266 WP_032587385.1 WP_143823896.1 38.7 62 36 1 16 75 191 252 9.57e-04 40.4 MCS6907720.1 MCS6907720.1 100 404 0 0 1 404 1 404 1.25e-290 785 WP_022385641.1 WP_022385641.1 100 144 0 0 1 144 1 144 6.16e-98 279 WP_028779961.1 WP_028779961.1 100 165 0 0 1 165 1 165 3.74e-118 329 WP_028779961.1 MBN1882318.1 36.1 108 64 1 39 141 48 155 1.61e-20 82.0 WP_028779961.1 WP_229055514.1 26.0 131 76 4 48 164 34 157 5.24e-11 56.2 WP_028779961.1 MCB0773217.1 28.2 124 78 4 33 145 47 170 1.47e-08 50.1 WP_282171596.1 WP_282171596.1 100 416 0 0 1 416 1 416 2.67e-298 805 WP_282171596.1 WP_068462781.1 57.5 412 174 1 1 412 1 411 1.20e-156 447 MBP6361937.1 MBP6361937.1 100 209 0 0 1 209 1 209 3.65e-142 393 MBP6361937.1 MCB9662416.1 28.6 105 66 3 18 122 1 96 4.04e-05 41.2 WP_279984614.1 WP_279984614.1 100 265 0 0 1 265 1 265 7.99e-192 523 WP_279984614.1 WP_142133210.1 49.6 250 118 3 9 258 10 251 2.37e-77 233 WP_279984614.1 WP_115992495.1 48.8 252 123 3 9 258 1 248 7.02e-76 229 WP_279984614.1 WP_008470196.1 48.0 244 120 1 8 251 8 244 2.27e-75 228 WP_279984614.1 WP_222125851.1 46.9 243 127 1 9 251 1 241 1.29e-70 216 WP_279984614.1 WP_072380563.1 43.7 245 134 1 9 253 1 241 6.74e-68 209 WP_279984614.1 MWR41881.1 39.0 228 132 3 25 251 44 265 2.29e-44 149 WP_279984614.1 MBT4161918.1 37.2 234 133 7 5 232 2 227 1.22e-36 128 WP_279984614.1 OAN53756.1 31.6 253 148 6 13 252 15 255 3.73e-31 114 WP_279984614.1 WP_066083732.1 32.6 258 160 9 8 253 5 260 6.56e-30 113 WP_279984614.1 MXP43753.1 29.2 253 160 7 10 252 15 258 9.25e-27 103 WP_279984614.1 WP_167977039.1 28.9 235 153 4 6 238 2 224 1.01e-26 102 WP_279984614.1 WP_098952357.1 31.3 224 144 4 23 242 29 246 1.98e-26 103 WP_279984614.1 MBR7834804.1 30.2 235 156 1 8 242 16 242 1.84e-25 99.8 WP_279984614.1 WP_158791585.1 27.9 251 166 4 10 252 5 248 2.11e-25 99.4 WP_279984614.1 WP_192324556.1 30.2 262 160 7 8 253 317 571 5.57e-25 102 WP_279984614.1 MCP5262709.1 29.8 218 139 6 25 233 21 233 7.31e-24 96.7 WP_279984614.1 MBQ3864274.1 29.3 239 141 7 8 228 11 239 1.30e-21 90.5 WP_279984614.1 WP_192500494.1 29.1 237 148 7 10 243 3 222 3.52e-21 89.0 WP_279984614.1 KAF9974715.1 28.4 225 146 6 23 244 1121 1333 2.36e-16 77.0 WP_083349422.1 WP_083349422.1 100 401 0 0 1 401 1 401 5.03e-309 831 WP_083349422.1 MBL4853947.1 49.5 394 187 3 1 393 1 383 2.36e-137 396 WP_083349422.1 WP_000576638.1 29.6 98 59 3 53 144 164 257 1.52e-05 45.4 TMK27100.1 TMK27100.1 100 555 0 0 1 555 1 555 0.0 1088 TMK27100.1 KAF1017786.1 32.8 457 297 4 57 506 52 505 9.29e-60 205 TPX78184.1 TPX78184.1 100 1004 0 0 1 1004 1 1004 0.0 1890 WP_182336829.1 WP_182336829.1 100 200 0 0 1 200 1 200 2.58e-133 370 MBJ7506254.1 MBJ7506254.1 100 699 0 0 1 699 1 699 0.0 1266 MBJ7506254.1 WP_023840997.1 36.2 754 399 14 8 693 5 744 1.98e-123 384 MBJ7506254.1 WP_002615101.1 33.4 539 316 9 160 657 158 694 2.99e-70 241 VVB00125.1 VVB00125.1 100 203 0 0 1 203 1 203 9.80e-144 397 HBJ80371.1 HBJ80371.1 100 420 0 0 1 420 1 420 1.69e-303 819 HAG0018107.1 HAG0018107.1 100 56 0 0 1 56 1 56 3.81e-40 123 WP_054136413.1 WP_054136413.1 100 304 0 0 1 304 1 304 2.56e-228 619 UVI10561.1 UVI10561.1 100 7066 0 0 1 7066 1 7066 0.0 13544 UVI10561.1 UZO53924.1 96.5 7066 250 0 1 7066 28 7093 0.0 13533 UVI10561.1 UVB16817.1 96.5 7066 249 0 1 7066 28 7093 0.0 13533 UVI10561.1 URQ55824.1 96.5 7066 250 0 1 7066 28 7093 0.0 13533 UVI10561.1 QVD87869.1 96.3 7066 261 0 1 7066 28 7093 0.0 13509 UVI10561.1 QWC83326.1 96.3 7069 258 1 1 7066 28 7096 0.0 13508 UVI10561.1 UMF87224.1 96.0 7066 281 1 1 7066 28 7092 0.0 13503 UVI10561.1 WEU87158.1 96.3 7069 260 1 1 7066 28 7096 0.0 13503 UVI10561.1 QSZ25555.1 96.3 7069 262 1 1 7066 28 7096 0.0 13502 UVI10561.1 UBP50947.1 96.2 7069 263 1 1 7066 28 7096 0.0 13496 UVI10561.1 UBD95131.1 96.2 7069 265 1 1 7066 28 7096 0.0 13491 UVI10561.1 UEC52718.1 96.2 7069 268 1 1 7066 28 7096 0.0 13485 UVI10561.1 UIR12670.1 96.0 7066 285 1 1 7066 28 7092 0.0 13448 UVI10561.1 QZU16279.1 95.9 7069 288 1 1 7066 28 7096 0.0 13435 UVI10561.1 UPA83906.1 95.7 7066 302 1 1 7066 28 7092 0.0 13406 UVI10561.1 UXX67934.1 95.5 7066 318 0 1 7066 28 7093 0.0 13372 UVI10561.1 UBR86455.1 95.6 7069 311 1 1 7066 27 7095 0.0 13370 UVI10561.1 WHE12941.1 96.0 7066 280 0 1 7066 2 7067 0.0 13366 UVI10561.1 UCP77012.1 95.4 7069 320 1 1 7066 28 7096 0.0 13337 UVI10561.1 UCP72061.1 95.1 7069 340 1 1 7066 28 7096 0.0 13314 UVI10561.1 UKN67998.1 94.8 7066 364 1 1 7066 8 7072 0.0 13257 UVI10561.1 UGA79226.1 94.1 7069 417 1 1 7066 28 7096 0.0 13137 UVI10561.1 UAQ80067.1 94.6 7069 380 1 1 7066 28 7096 0.0 13130 UVI10561.1 UJT06733.1 92.8 7066 507 1 1 7066 28 7092 0.0 12898 UVI10561.1 UOU30556.1 93.7 7066 446 0 1 7066 28 7093 0.0 12861 WP_165773198.1 WP_165773198.1 100 56 0 0 1 56 1 56 1.06e-37 117 MCP4329804.1 MCP4329804.1 100 617 0 0 1 617 1 617 0.0 1165 MCP4329804.1 WP_069341101.1 35.6 284 180 1 5 288 12 292 3.27e-50 174 MCP4329804.1 WP_097108993.1 34.6 292 170 4 330 601 30 320 6.50e-38 141 MCP4329804.1 WP_008134825.1 34.2 310 191 7 309 609 9 314 2.91e-34 137 MCP4329804.1 MCA3389197.1 30.6 307 198 6 308 601 6 310 4.42e-31 122 PSJ26816.1 PSJ26816.1 100 656 0 0 1 656 1 656 0.0 1314 MBM3990268.1 MBM3990268.1 100 317 0 0 1 317 1 317 1.32e-232 631 MCK7479919.1 MCK7479919.1 100 176 0 0 1 176 1 176 5.01e-126 350 CYB93821.1 CYB93821.1 100 124 0 0 1 124 1 124 6.92e-83 236 MBD5361948.1 MBD5361948.1 100 340 0 0 1 340 1 340 1.16e-249 676 MBN2341313.1 MBN2341313.1 100 197 0 0 1 197 1 197 3.07e-144 397 WP_202167283.1 WP_202167283.1 100 396 0 0 1 396 1 396 3.76e-297 801 WP_130670507.1 WP_130670507.1 100 396 0 0 1 396 1 396 5.26e-288 778 WP_130670507.1 WP_224014827.1 53.7 391 176 3 6 393 2 390 2.77e-136 393 WP_130670507.1 WP_271272236.1 43.3 374 205 4 25 393 15 386 8.85e-94 285 WP_130670507.1 TVP67793.1 40.4 384 219 5 15 391 21 401 1.92e-85 264 WP_130670507.1 MCB0793211.1 38.7 380 227 3 11 385 6 384 3.25e-82 255 WP_130670507.1 EMD83093.1 37.5 389 202 12 29 381 50 433 2.66e-65 213 PIQ75822.1 PIQ75822.1 100 141 0 0 1 141 1 141 7.65e-95 268 TSA38195.1 TSA38195.1 100 59 0 0 1 59 1 59 3.72e-37 116 WP_090879207.1 WP_090879207.1 100 51 0 0 1 51 1 51 1.96e-31 101 WP_225601911.1 WP_225601911.1 100 1051 0 0 1 1051 1 1051 0.0 2094 WP_189534272.1 WP_189534272.1 100 142 0 0 1 142 1 142 1.67e-103 290 KXU92672.1 KXU92672.1 100 283 0 0 1 283 1 283 5.03e-204 556 MBR6069896.1 MBR6069896.1 100 472 0 0 1 472 1 472 0.0 966 WP_234080888.1 WP_234080888.1 100 242 0 0 1 242 1 242 5.70e-160 441 WP_234080888.1 WP_048427321.1 31.7 205 135 2 34 235 21 223 1.44e-14 68.9 WP_234080888.1 WP_014286324.1 30.9 152 97 3 34 181 13 160 3.91e-11 58.5 WP_234080888.1 ANP72927.1 36.0 86 55 0 27 112 47 132 1.27e-05 43.5 WP_234080888.1 WP_103294927.1 29.9 97 63 2 29 125 17 108 2.87e-04 39.3 HIS55495.1 HIS55495.1 100 275 0 0 1 275 1 275 1.20e-207 564 WP_227594049.1 WP_227594049.1 100 383 0 0 1 383 1 383 3.19e-296 797 WP_148062134.1 WP_148062134.1 100 360 0 0 1 360 1 360 8.15e-251 681 WP_148062134.1 WP_150930630.1 32.4 299 169 8 89 360 16 308 5.73e-31 120 WP_024217747.1 WP_024217747.1 100 75 0 0 1 75 1 75 8.44e-50 149 UCP77012.1 UCP77012.1 100 7096 0 0 1 7096 1 7096 0.0 13992 UCP77012.1 UBD95131.1 98.8 7096 84 0 1 7096 1 7096 0.0 13984 UCP77012.1 UEC52718.1 98.8 7096 87 0 1 7096 1 7096 0.0 13977 UCP77012.1 QWC83326.1 98.7 7096 92 0 1 7096 1 7096 0.0 13970 UCP77012.1 UBP50947.1 98.7 7096 93 0 1 7096 1 7096 0.0 13969 UCP77012.1 WEU87158.1 98.7 7096 94 0 1 7096 1 7096 0.0 13965 UCP77012.1 QSZ25555.1 98.6 7096 96 0 1 7096 1 7096 0.0 13964 UCP77012.1 QVD87869.1 98.6 7096 95 1 1 7096 1 7093 0.0 13954 UCP77012.1 UCP72061.1 99.5 7096 39 0 1 7096 1 7096 0.0 13948 UCP77012.1 UMF87224.1 98.3 7096 117 2 1 7096 1 7092 0.0 13944 UCP77012.1 UZO53924.1 98.6 7096 99 1 1 7096 1 7093 0.0 13943 UCP77012.1 UVB16817.1 98.6 7096 98 1 1 7096 1 7093 0.0 13943 UCP77012.1 URQ55824.1 98.6 7096 99 1 1 7096 1 7093 0.0 13943 UCP77012.1 QZU16279.1 98.5 7096 108 0 1 7096 1 7096 0.0 13927 UCP77012.1 UIR12670.1 98.2 7096 122 2 1 7096 1 7092 0.0 13887 UCP77012.1 UBR86455.1 98.0 7095 142 0 2 7096 1 7095 0.0 13846 UCP77012.1 UPA83906.1 98.0 7096 139 2 1 7096 1 7092 0.0 13845 UCP77012.1 UXX67934.1 97.6 7096 167 1 1 7096 1 7093 0.0 13782 UCP77012.1 UGA79226.1 98.0 7096 143 0 1 7096 1 7096 0.0 13725 UCP77012.1 UKN67998.1 97.1 7076 199 2 21 7096 1 7072 0.0 13659 UCP77012.1 WHE12941.1 97.3 7070 187 1 27 7096 1 7067 0.0 13659 UCP77012.1 UAQ80067.1 96.2 7096 267 0 1 7096 1 7096 0.0 13543 UCP77012.1 UVI10561.1 95.4 7069 320 1 28 7096 1 7066 0.0 13343 UCP77012.1 UJT06733.1 95.1 7096 344 2 1 7096 1 7092 0.0 13337 UCP77012.1 UOU30556.1 93.8 7096 440 1 1 7096 1 7093 0.0 13111 KAJ4828317.1 KAJ4828317.1 100 315 0 0 1 315 1 315 1.01e-235 639 KKP40103.1 KKP40103.1 100 129 0 0 1 129 1 129 1.43e-91 259 WP_087364392.1 WP_087364392.1 100 185 0 0 1 185 1 185 2.02e-134 372 WP_087364392.1 MBR2088606.1 49.6 125 54 4 26 146 37 156 1.31e-25 95.1 ADJ35581.1 ADJ35581.1 100 220 0 0 1 220 1 220 1.54e-153 423 ADJ35581.1 QUQ06080.1 83.1 219 37 0 2 220 1 219 1.32e-131 367 ADJ35581.1 ADW49125.1 81.0 211 40 0 10 220 1 211 2.61e-127 356 ADJ35581.1 AVM35379.1 81.3 214 40 0 7 220 1 214 1.18e-126 355 ADJ35581.1 AFA24308.1 81.6 212 39 0 9 220 1 212 1.56e-126 354 ADJ35581.1 QUA05739.1 79.7 212 43 0 2 213 1 212 3.67e-125 351 ADJ35581.1 AFA09475.1 82.0 205 37 0 16 220 1 205 1.36e-123 347 ADJ35581.1 AWS34156.1 74.9 219 55 0 2 220 1 219 5.23e-122 343 ADJ35581.1 ABQ63546.1 75.2 218 54 0 3 220 1 218 5.88e-121 340 ADJ35581.1 AHK62764.1 74.9 215 54 0 6 220 1 215 4.19e-117 331 ADJ35581.1 AKT58828.1 75.9 195 47 0 2 196 1 195 3.82e-107 305 ADJ35581.1 AMA90994.1 76.1 197 47 0 2 198 1 197 4.10e-107 305 ADJ35581.1 AAX94106.1 79.9 189 38 0 32 220 1 189 3.38e-106 311 ADJ35581.1 UZF38514.1 69.4 206 63 0 15 220 1 206 7.57e-105 299 ADJ35581.1 AOR13807.1 72.2 198 55 0 11 208 1 198 3.31e-104 297 ADJ35581.1 AOQ89457.1 72.7 187 51 0 6 192 1 187 1.13e-97 280 ADJ35581.1 AGI15931.1 68.9 206 64 0 9 214 1 206 8.78e-97 279 ADJ35581.1 AXZ65741.1 71.3 188 54 0 2 189 1 188 1.93e-96 277 ADJ35581.1 AKA56406.1 67.3 199 62 1 3 201 2 197 1.36e-91 265 ADJ35581.1 AHH30646.1 73.8 168 42 2 33 200 6 171 3.54e-81 238 ADJ35581.1 ACE88666.1 80.7 140 27 0 81 220 1 140 1.38e-77 228 MCL2184308.1 MCL2184308.1 100 369 0 0 1 369 1 369 1.07e-271 734 PYL80520.1 PYL80520.1 100 193 0 0 1 193 1 193 6.70e-137 379 WP_077722411.1 WP_077722411.1 100 256 0 0 1 256 1 256 1.76e-195 532 PZS09564.1 PZS09564.1 100 452 0 0 1 452 1 452 0.0 961 PZS09564.1 WP_250822302.1 34.7 398 236 10 72 448 47 441 1.37e-80 263 WP_209366475.1 WP_209366475.1 100 172 0 0 1 172 1 172 3.67e-117 327 WP_155387753.1 WP_155387753.1 100 222 0 0 1 222 1 222 1.27e-153 423 XP_008942036.1 XP_008942036.1 100 1702 0 0 1 1702 1 1702 0.0 3304 XP_008942036.1 KAH6611424.1 28.8 153 100 4 738 890 431 574 2.38e-12 70.5 MBS1208135.1 MBS1208135.1 100 334 0 0 1 334 1 334 4.19e-249 674 MBS1208135.1 WP_203995341.1 33.2 328 190 10 11 324 11 323 4.81e-48 163 XP_011699286.1 XP_011699286.1 100 200 0 0 1 200 1 200 1.64e-145 401 MBK6580699.1 MBK6580699.1 100 293 0 0 1 293 1 293 3.45e-216 587 XP_025996498.1 XP_025996498.1 100 1972 0 0 1 1972 1 1972 0.0 2334 WP_050825696.1 WP_050825696.1 100 262 0 0 1 262 1 262 1.01e-188 515 WGP70063.1 WGP70063.1 100 4369 0 0 1 4369 1 4369 0.0 7820 WGP70063.1 QWC83326.1 92.5 4369 329 0 1 4369 1 4369 0.0 7814 WGP70063.1 QTD03487.1 92.4 4369 331 0 1 4369 1 4369 0.0 7814 WGP70063.1 QSZ25555.1 92.4 4369 331 0 1 4369 1 4369 0.0 7812 WGP70063.1 WEU87158.1 92.4 4369 331 0 1 4369 1 4369 0.0 7809 WGP70063.1 UBP50947.1 92.4 4369 331 0 1 4369 1 4369 0.0 7809 WGP70063.1 QZU16279.1 92.4 4369 333 0 1 4369 1 4369 0.0 7806 WGP70063.1 UBD95131.1 92.4 4369 333 0 1 4369 1 4369 0.0 7804 WGP70063.1 UFM00670.1 92.4 4369 334 0 1 4369 1 4369 0.0 7804 WGP70063.1 UEC68750.1 92.3 4369 336 0 1 4369 1 4369 0.0 7799 WGP70063.1 QVD87869.1 92.4 4369 331 1 1 4369 1 4366 0.0 7797 WGP70063.1 QXR94354.1 92.3 4369 332 1 1 4369 1 4366 0.0 7796 WGP70063.1 UHM53165.1 92.3 4369 336 0 1 4369 1 4369 0.0 7796 WGP70063.1 UFM02602.1 92.3 4369 336 0 1 4369 1 4369 0.0 7796 WGP70063.1 UEC52718.1 92.3 4369 337 0 1 4369 1 4369 0.0 7796 WGP70063.1 UBL45068.1 92.3 4369 335 0 1 4369 1 4369 0.0 7795 WGP70063.1 QTM79632.1 92.3 4369 335 1 1 4369 1 4366 0.0 7795 WGP70063.1 UIR12670.1 92.3 4369 333 2 1 4369 1 4365 0.0 7791 WGP70063.1 QTZ27226.1 92.2 4369 337 1 1 4369 1 4366 0.0 7790 WGP70063.1 UPA83906.1 92.3 4369 334 2 1 4369 1 4365 0.0 7789 WGP70063.1 UZO53924.1 92.3 4369 335 1 1 4369 1 4366 0.0 7789 WGP70063.1 UVB16817.1 92.3 4369 335 1 1 4369 1 4366 0.0 7787 WGP70063.1 ULA23837.2 92.2 4369 335 2 1 4369 1 4365 0.0 7786 WGP70063.1 URQ55824.1 92.2 4369 336 1 1 4369 1 4366 0.0 7786 WGP70063.1 UPP41269.1 92.2 4369 337 1 1 4369 1 4366 0.0 7784 KAG5478439.1 KAG5478439.1 100 864 0 0 1 864 1 864 0.0 1569 KAG5713212.1 KAG5713212.1 100 432 0 0 1 432 1 432 0.0 888 GJP86697.1 GJP86697.1 100 570 0 0 1 570 1 570 0.0 907 EAJ4016142.1 EAJ4016142.1 100 285 0 0 1 285 1 285 5.40e-200 546 EAJ4016142.1 WP_251074290.1 33.8 290 181 7 1 280 27 315 1.64e-46 160 AUP48118.1 AUP48118.1 100 566 0 0 1 566 1 566 0.0 1085 AUP48118.1 AAX35861.1 92.6 566 42 0 1 566 1 566 0.0 1009 WP_163205944.1 WP_163205944.1 100 295 0 0 1 295 1 295 2.30e-206 563 KAG0196869.1 KAG0196869.1 100 348 0 0 1 348 1 348 4.48e-242 657 KFD50394.1 KFD50394.1 100 474 0 0 1 474 1 474 0.0 954 KFD50394.1 CAF3478760.1 31.4 290 185 5 99 378 133 418 5.01e-44 160 KFD50394.1 MBV8174008.1 29.3 375 220 10 96 462 42 379 5.34e-35 133 HCB0607732.1 HCB0607732.1 100 79 0 0 1 79 1 79 1.25e-55 164 MBW2147570.1 MBW2147570.1 100 1400 0 0 1 1400 1 1400 0.0 2731 XP_017076166.2 XP_017076166.2 100 278 0 0 1 278 1 278 4.19e-214 581 XP_017076166.2 GAA38267.2 29.6 213 129 7 77 274 286 492 1.90e-14 71.2 WP_187918914.1 WP_187918914.1 100 445 0 0 1 445 1 445 0.0 875 WP_187918914.1 WP_011739125.1 36.0 433 261 5 2 426 3 427 5.66e-84 263 WP_187918914.1 WP_028046854.1 25.1 466 292 12 9 430 23 475 8.07e-29 116 WP_187918914.1 NWT28302.1 21.6 421 266 15 4 373 31 438 4.38e-07 50.4 MYJ01754.1 MYJ01754.1 100 196 0 0 1 196 1 196 6.70e-143 394 MYJ01754.1 WP_065029373.1 41.7 204 102 3 1 195 1 196 1.15e-43 148 MYJ01754.1 WP_065517671.1 40.3 191 108 3 5 192 10 197 7.52e-36 127 NXA78151.1 NXA78151.1 100 547 0 0 1 547 1 547 0.0 1135 WP_196764971.1 WP_196764971.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_197035361.1 WP_197035361.1 100 292 0 0 1 292 1 292 9.14e-216 586 SDB07816.1 SDB07816.1 100 135 0 0 1 135 1 135 8.75e-89 252 CAH2042052.1 CAH2042052.1 100 1063 0 0 1 1063 1 1063 0.0 2118 WP_077832600.1 WP_077832600.1 100 105 0 0 1 105 1 105 5.30e-69 200 USN98129.1 USN98129.1 100 171 0 0 1 171 1 171 4.65e-83 241 MBD3373279.1 MBD3373279.1 100 564 0 0 1 564 1 564 0.0 1168 WP_233824378.1 WP_233824378.1 100 2658 0 0 1 2658 1 2658 0.0 5156 WP_204723735.1 WP_204723735.1 100 320 0 0 1 320 1 320 7.18e-243 657 MCU1518316.1 MCU1518316.1 100 212 0 0 1 212 1 212 5.27e-132 368 Q8XJN8.1 Q8XJN8.1 100 237 0 0 1 237 1 237 9.66e-170 465 Q8XJN8.1 MBE6142085.1 31.8 214 144 2 14 226 12 224 1.52e-32 116 Q8XJN8.1 CDN40573.1 33.5 209 126 6 26 231 271 469 4.81e-26 103 Q8XJN8.1 NLR72952.1 31.0 203 133 4 26 228 37 232 1.57e-22 90.5 WP_216090438.1 WP_216090438.1 100 223 0 0 1 223 1 223 1.18e-163 449 WP_237070319.1 WP_237070319.1 100 387 0 0 1 387 1 387 1.81e-263 715 XP_024252803.1 XP_024252803.1 100 314 0 0 1 314 1 314 1.10e-243 659 XP_024252803.1 NXT80179.1 23.1 221 142 8 86 300 192 390 7.63e-09 54.7 QYT38722.1 QYT38722.1 100 265 0 0 1 265 1 265 9.04e-198 538 QYT38722.1 ADJ57888.1 37.3 260 149 4 1 257 31 279 1.55e-56 183 QYT38722.1 UNP33456.1 38.7 261 150 4 1 260 39 290 6.20e-56 180 QYT38722.1 AXB40829.1 38.5 260 146 4 1 257 30 278 8.49e-56 181 QYT38722.1 BAI82636.1 37.5 208 128 2 40 247 1 206 4.74e-50 162 MBT3899069.1 MBT3899069.1 100 195 0 0 1 195 1 195 5.10e-142 392 WP_182711301.1 WP_182711301.1 100 760 0 0 1 760 1 760 0.0 1486 WP_182711301.1 WP_173302040.1 22.2 600 314 20 192 738 86 585 4.06e-12 67.8 WP_157589094.1 WP_157589094.1 100 103 0 0 1 103 1 103 1.12e-69 201 MBQ6692395.1 MBQ6692395.1 100 279 0 0 1 279 1 279 8.69e-203 552 WP_076409454.1 WP_076409454.1 100 349 0 0 1 349 1 349 3.46e-251 681 WP_076409454.1 WP_109219819.1 53.1 292 123 3 1 282 14 301 4.03e-94 283 WP_076409454.1 WP_176354145.1 45.4 315 151 5 5 302 6 316 8.44e-86 262 WP_076409454.1 WP_170725874.1 43.8 345 172 4 1 340 1 328 6.98e-85 258 WP_076409454.1 WP_140480909.1 39.5 357 191 7 3 340 11 361 1.05e-77 241 WP_076409454.1 WP_237907640.1 41.2 352 194 6 5 346 4 352 2.69e-75 234 WP_076409454.1 WP_258581409.1 36.8 356 207 4 5 345 4 356 1.22e-69 220 WP_076409454.1 WP_011057593.1 47.0 236 125 0 1 236 1 236 5.02e-69 218 WP_076409454.1 HBO4828144.1 46.5 215 106 4 5 213 11 222 6.71e-56 182 WP_076409454.1 MWR41881.1 38.6 236 139 1 5 234 29 264 7.78e-53 174 WP_076409454.1 WP_077217464.1 42.7 211 114 2 4 210 30 237 6.93e-50 167 WP_076409454.1 EHH5649593.1 42.5 193 97 2 27 213 25 209 6.90e-42 146 WP_076409454.1 MBQ4383193.1 40.4 223 124 6 1 215 1 222 1.72e-37 132 WP_076409454.1 WP_088153117.1 31.5 317 190 8 23 318 16 326 4.60e-36 132 WP_076409454.1 MBQ3864274.1 37.6 226 128 6 16 229 32 256 4.83e-36 131 WP_076409454.1 MBU5353226.1 31.4 245 149 5 1 226 1 245 1.89e-34 127 WP_076409454.1 MCH1405047.1 42.6 155 81 2 5 155 10 160 2.66e-32 117 WP_076409454.1 WP_192324556.1 34.7 225 122 5 19 226 344 560 2.92e-32 125 WP_076409454.1 WP_206363707.1 32.1 221 138 5 3 212 17 236 6.32e-28 108 WP_076409454.1 WP_098952357.1 30.4 257 155 6 3 235 2 258 8.28e-27 106 WP_076409454.1 WP_159463829.1 29.0 245 155 6 4 241 357 589 6.01e-26 107 WP_076409454.1 WP_131166802.1 29.9 254 157 7 4 236 5 258 1.86e-24 100 WP_076409454.1 WP_221977168.1 32.0 175 106 2 4 165 15 189 4.13e-22 92.4 WP_076409454.1 WP_066083732.1 26.8 239 155 6 19 237 25 263 1.81e-21 92.0 WP_076409454.1 KAF9974715.1 28.3 233 155 7 20 250 481 703 1.28e-13 70.5 RPI95901.1 RPI95901.1 100 132 0 0 1 132 1 132 1.21e-89 254 RPI95901.1 WP_238267528.1 43.9 98 52 2 32 128 1 96 3.10e-24 88.2 MBW7892865.1 MBW7892865.1 100 138 0 0 1 138 1 138 8.35e-102 285 XP_013005546.1 XP_013005546.1 100 625 0 0 1 625 1 625 0.0 1204 XP_013005546.1 EHR6291555.1 26.6 199 130 6 69 260 352 541 1.84e-10 62.0 XP_013005546.1 RLN50561.1 25.7 206 137 7 60 256 1507 1705 6.27e-10 60.8 XP_013005546.1 WP_192500494.1 28.9 187 123 5 74 257 30 209 1.32e-09 58.2 XP_013005546.1 WP_132175930.1 27.3 216 147 7 51 260 31 242 1.53e-07 52.0 WP_133325549.1 WP_133325549.1 100 1018 0 0 1 1018 1 1018 0.0 1877 WP_133325549.1 WP_039608285.1 35.3 1030 641 12 1 1013 1 1022 2.52e-177 543 WP_133325549.1 WP_096647361.1 26.7 1043 697 19 4 997 6 1029 2.41e-80 281 WP_133325549.1 WP_265225845.1 25.1 1062 724 23 1 1000 1 1053 1.36e-61 226 WP_133325549.1 WP_154963182.1 23.3 1035 729 23 1 997 1 1008 1.32e-45 176 WP_133325549.1 MBL4744408.1 22.9 1045 728 22 8 997 10 1031 4.29e-45 175 WP_133325549.1 WP_172616972.1 24.0 821 549 19 219 997 227 1014 1.14e-42 167 WP_133325549.1 TME45086.1 23.8 655 453 11 9 631 9 649 2.32e-35 142 WP_133325549.1 KKQ50904.1 23.3 485 351 7 16 486 40 517 1.91e-24 108 MBQ3498542.1 MBQ3498542.1 100 448 0 0 1 448 1 448 1.31e-319 862 WP_085648136.1 WP_085648136.1 100 556 0 0 1 556 1 556 0.0 1090 WP_092226977.1 WP_092226977.1 100 134 0 0 1 134 1 134 4.70e-88 250 MBS1713296.1 MBS1713296.1 100 426 0 0 1 426 1 426 1.12e-311 840 MBF2073911.1 MBF2073911.1 100 149 0 0 1 149 1 149 1.91e-119 331 WP_272062680.1 WP_272062680.1 100 509 0 0 1 509 1 509 0.0 1082 TYI23342.1 TYI23342.1 100 139 0 0 1 139 1 139 2.78e-87 249 WP_251438464.1 WP_251438464.1 100 131 0 0 1 131 1 131 8.87e-96 270 KIE57707.1 KIE57707.1 100 136 0 0 1 136 1 136 3.16e-105 294 WP_208562420.1 WP_208562420.1 100 147 0 0 1 147 1 147 1.07e-97 276 WP_158799804.1 WP_158799804.1 100 439 0 0 1 439 1 439 1.79e-319 861 WP_089274238.1 WP_089274238.1 100 301 0 0 1 301 1 301 9.62e-227 615 MCK9252526.1 MCK9252526.1 100 393 0 0 1 393 1 393 1.47e-297 801 MCK9252526.1 RYY73542.1 41.6 373 217 1 14 386 6 377 2.63e-99 298 MCK9252526.1 MBI1189702.1 41.3 363 203 4 18 379 1 354 2.75e-91 277 MCK9252526.1 MCH8293010.1 24.8 238 152 10 53 285 34 249 1.76e-08 53.9 WP_265225845.1 WP_265225845.1 100 1079 0 0 1 1079 1 1079 0.0 2013 WP_265225845.1 WP_039608285.1 26.4 1066 711 16 1 1053 1 1005 2.43e-87 302 WP_265225845.1 WP_096647361.1 25.8 1060 735 18 8 1053 10 1032 1.29e-79 280 WP_265225845.1 WP_110366458.1 23.8 1082 756 17 3 1063 5 1039 3.61e-67 246 WP_265225845.1 WP_133325549.1 24.9 1061 718 21 6 1053 6 1000 2.09e-66 241 WP_265225845.1 MBL4744408.1 24.0 1079 737 21 3 1050 5 1031 4.08e-60 222 WP_265225845.1 TME45086.1 29.0 762 487 18 1 743 1 727 7.32e-58 211 WP_265225845.1 WP_154963182.1 22.7 1066 750 26 5 1054 5 1012 1.01e-39 158 WP_265225845.1 MBT8462299.1 29.9 194 116 4 876 1049 2 195 3.95e-11 62.8 GIU76508.1 GIU76508.1 100 484 0 0 1 484 1 484 0.0 983 POM61486.1 POM61486.1 100 207 0 0 1 207 1 207 3.18e-160 439 HAA79725.1 HAA79725.1 100 238 0 0 1 238 1 238 1.91e-156 432 HAA79725.1 WP_154951203.1 34.1 217 141 1 5 221 104 318 8.71e-32 117 HAA79725.1 WP_105447015.1 30.0 277 133 2 10 226 117 392 5.19e-28 108 HAA79725.1 WP_002574744.1 31.0 213 139 4 14 220 119 329 6.19e-26 101 WP_261529150.1 WP_261529150.1 100 1283 0 0 1 1283 1 1283 0.0 1304 WP_261529150.1 EIH6124474.1 65.2 46 14 1 556 601 299 342 2.80e-05 46.6 WP_249438391.1 WP_249438391.1 100 137 0 0 1 137 1 137 2.22e-92 261 KQC11686.1 KQC11686.1 100 334 0 0 1 334 1 334 2.79e-238 647 WP_265364885.1 WP_265364885.1 100 491 0 0 1 491 1 491 0.0 919 NFE66003.1 NFE66003.1 100 31 0 0 1 31 1 31 2.62e-19 69.3 WP_162529103.1 WP_162529103.1 100 127 0 0 1 127 1 127 3.39e-89 253 WP_216537974.1 WP_216537974.1 100 127 0 0 1 127 1 127 3.26e-96 270 WP_107668606.1 WP_107668606.1 100 264 0 0 1 264 1 264 3.27e-195 532 XP_027547584.1 XP_027547584.1 100 404 0 0 1 404 1 404 3.43e-313 842 SKC89544.1 SKC89544.1 100 783 0 0 1 783 1 783 0.0 1425 WP_168694891.1 WP_168694891.1 100 408 0 0 1 408 1 408 7.69e-303 816 EAC1232420.1 EAC1232420.1 100 223 0 0 1 223 1 223 2.20e-159 438 EAC1232420.1 WP_026893585.1 33.6 220 141 3 4 221 5 221 4.00e-38 130 EAC1232420.1 WP_186723788.1 35.4 226 135 5 4 223 8 228 9.44e-37 127 EAC1232420.1 PYP94120.1 32.4 225 147 5 2 223 1 223 1.35e-34 121 EAC1232420.1 WP_064652354.1 33.2 226 143 6 1 219 1 225 1.92e-28 105 EAC1232420.1 MBP1530348.1 26.9 223 155 4 1 221 1 217 6.66e-28 103 EAC1232420.1 WP_069156513.1 31.5 232 138 6 4 221 5 229 1.87e-26 100 EAC1232420.1 MBQ5584458.1 29.2 233 150 4 1 223 1 228 2.46e-26 100 EAC1232420.1 WP_007708736.1 28.6 231 153 5 1 221 1 229 5.11e-25 96.7 EAC1232420.1 WP_101794136.1 26.1 234 157 4 2 221 25 256 9.78e-20 83.2 AFN42320.1 AFN42320.1 100 170 0 0 1 170 1 170 2.46e-105 297 MBM3210814.1 MBM3210814.1 100 235 0 0 1 235 1 235 2.12e-172 472 EHA1403784.1 EHA1403784.1 100 537 0 0 1 537 1 537 0.0 1082 EHA1403784.1 WP_070664995.1 26.4 273 167 8 77 345 89 331 1.67e-14 74.3 NWT13315.1 NWT13315.1 100 217 0 0 1 217 1 217 2.31e-167 457 GGB39876.1 GGB39876.1 100 979 0 0 1 979 1 979 0.0 1963 GGB39876.1 WP_222637261.1 64.5 983 342 4 1 977 1 982 0.0 1339 GGB39876.1 ECJ9372216.1 56.0 979 427 4 1 977 1 977 0.0 1114 MBT3283529.1 MBT3283529.1 100 375 0 0 1 375 1 375 1.44e-288 777 WP_215356761.1 WP_215356761.1 100 65 0 0 1 65 1 65 3.96e-37 116 MYD98720.1 MYD98720.1 100 105 0 0 1 105 1 105 2.72e-71 206 PHH91422.1 PHH91422.1 100 130 0 0 1 130 1 130 6.77e-86 244 ECL3553101.1 ECL3553101.1 100 138 0 0 1 138 1 138 1.96e-66 196 WP_177525402.1 WP_177525402.1 100 647 0 0 1 647 1 647 0.0 1060 WP_177525402.1 NLB38271.1 30.3 238 144 7 63 286 3 232 1.43e-20 89.7 WP_177525402.1 WP_278643529.1 30.7 202 134 5 86 284 85 283 7.63e-20 89.0 WP_177525402.1 WP_224045636.1 28.8 219 151 4 63 279 2 217 2.48e-17 80.1 CAG9334863.1 CAG9334863.1 100 393 0 0 1 393 1 393 8.76e-290 782 WP_183806671.1 WP_183806671.1 100 302 0 0 1 302 1 302 1.93e-222 604 WP_166773323.1 WP_166773323.1 100 166 0 0 1 166 1 166 1.52e-122 340 WP_175580162.1 WP_175580162.1 100 56 0 0 1 56 1 56 8.71e-37 115 ECH4355821.1 ECH4355821.1 100 325 0 0 1 325 1 325 1.40e-247 669 WP_232835221.1 WP_232835221.1 100 218 0 0 1 218 1 218 5.44e-162 444 KLL12075.1 KLL12075.1 100 300 0 0 1 300 1 300 7.96e-205 559 MCC6486159.1 MCC6486159.1 100 447 0 0 1 447 1 447 0.0 889 NJK67049.1 NJK67049.1 100 478 0 0 1 478 1 478 0.0 921 NJK67049.1 MBF2036494.1 38.3 282 132 8 4 278 5 251 8.69e-39 147 NJK67049.1 XP_046441060.1 29.9 127 85 3 122 247 134 257 1.29e-09 58.9 NJK67049.1 KAJ7903702.1 31.0 126 84 2 122 247 97 219 1.09e-08 55.5 WP_016809838.1 WP_016809838.1 100 347 0 0 1 347 1 347 3.92e-256 693 WP_016809838.1 AQY75504.1 28.4 335 207 7 2 319 6 324 4.92e-42 148 WP_016809838.1 XP_047466965.1 31.5 216 118 5 26 214 35 247 1.19e-25 104 WP_016809838.1 WP_268285128.1 28.3 265 157 6 2 233 10 274 4.57e-19 85.9 WP_016809838.1 MBO1529847.1 28.4 296 190 13 1 286 5 288 7.48e-16 75.9 WP_238320463.1 WP_238320463.1 100 90 0 0 1 90 1 90 2.01e-57 169 OTA29349.1 OTA29349.1 100 1203 0 0 1 1203 1 1203 0.0 2277 OYX89137.1 OYX89137.1 100 96 0 0 1 96 1 96 2.74e-69 200 WP_253571813.1 WP_253571813.1 100 389 0 0 1 389 1 389 1.63e-267 725 WP_263847269.1 WP_263847269.1 100 429 0 0 1 429 1 429 8.38e-304 820 WP_263847269.1 WP_247893884.1 37.3 434 258 6 4 429 24 451 1.62e-72 233 XP_045284515.1 XP_045284515.1 100 156 0 0 1 156 1 156 1.42e-79 231 WP_014213241.1 WP_014213241.1 100 498 0 0 1 498 1 498 0.0 996 WP_014213241.1 WP_007577863.1 44.3 445 243 5 45 485 46 489 6.49e-124 370 WP_014213241.1 WP_086123022.1 31.6 491 280 10 24 463 16 501 1.59e-73 240 WP_014213241.1 WP_057859275.1 31.6 487 278 12 24 462 19 498 2.60e-62 211 WP_044344333.1 WP_044344333.1 100 775 0 0 1 775 1 775 0.0 1532 MCU1400721.1 MCU1400721.1 100 418 0 0 1 418 1 418 3.06e-289 783 WP_084128119.1 WP_084128119.1 100 289 0 0 1 289 1 289 1.25e-191 525 WP_084128119.1 GHT89622.1 37.5 216 130 2 14 229 15 225 9.36e-40 138 MBR5447513.1 MBR5447513.1 100 974 0 0 1 974 1 974 0.0 1993 OUX43364.1 OUX43364.1 100 61 0 0 1 61 1 61 8.32e-35 110 MBK0846266.1 MBK0846266.1 100 565 0 0 1 565 1 565 0.0 1100 MBK0846266.1 WP_212961195.1 35.6 202 125 3 358 554 841 1042 5.03e-31 127 MBK0846266.1 NIK25817.1 29.2 250 150 8 323 551 364 607 3.42e-23 102 WP_169253344.1 WP_169253344.1 100 415 0 0 1 415 1 415 1.22e-298 806 TCV06956.1 TCV06956.1 100 91 0 0 1 91 1 91 1.58e-59 175 HBW2970848.1 HBW2970848.1 100 410 0 0 1 410 1 410 7.27e-293 791 WP_092775107.1 WP_092775107.1 100 210 0 0 1 210 1 210 1.13e-141 392 WP_259895494.1 WP_259895494.1 100 350 0 0 1 350 1 350 2.22e-243 661 PQN15048.1 PQN15048.1 100 266 0 0 1 266 1 266 2.92e-199 542 TAL20232.1 TAL20232.1 100 618 0 0 1 618 1 618 0.0 1178 TAL20232.1 WP_261733022.1 39.0 400 223 7 218 609 244 630 6.31e-69 236 TAL20232.1 HAS8246497.1 38.4 391 222 8 221 609 473 846 2.59e-66 232 TAL20232.1 KFX48203.1 30.6 517 224 7 222 607 681 1193 1.85e-61 219 TAL20232.1 WP_007356512.1 34.3 423 249 6 208 609 722 1136 9.72e-59 211 TAL20232.1 EDN57974.1 30.3 501 223 9 229 607 399 895 3.59e-54 197 TAL20232.1 WP_138482356.1 34.3 388 234 7 229 609 413 786 8.25e-54 196 TAL20232.1 MBQ1868746.1 33.2 388 240 9 218 597 253 629 2.50e-53 191 TAL20232.1 MBN8606766.1 36.0 239 141 3 223 457 574 804 6.16e-38 148 TAL20232.1 WP_232306300.1 29.6 388 250 7 230 602 851 1230 4.37e-37 146 TAL20232.1 MCH5250214.1 37.3 244 142 4 227 465 186 423 5.58e-36 142 TAL20232.1 WP_257504872.1 30.3 244 142 7 236 457 288 525 1.18e-18 87.8 TAL20232.1 XP_018042825.1 25.4 268 155 9 232 465 228 484 1.55e-09 59.3 TAL20232.1 WP_188888464.1 29.8 84 54 1 518 601 34 112 2.55e-05 44.3 KAG2356287.1 KAG2356287.1 100 53 0 0 1 53 1 53 4.83e-35 110 XP_040082341.1 XP_040082341.1 100 211 0 0 1 211 1 211 1.98e-156 429 MCL1491976.1 MCL1491976.1 100 384 0 0 1 384 1 384 5.96e-272 736 MBR2109594.1 MBR2109594.1 100 54 0 0 1 54 1 54 7.10e-33 105 QWD35723.1 QWD35723.1 100 602 0 0 1 602 1 602 0.0 1188 NQR19375.1 NQR19375.1 100 447 0 0 1 447 1 447 8.04e-318 857 NQR19375.1 RSL59427.1 34.8 351 222 5 3 350 63 409 1.04e-56 193 NQR19375.1 GEU53557.1 32.1 368 235 6 1 359 96 457 1.43e-53 187 NQR19375.1 CZT45482.1 31.0 394 231 5 3 358 89 479 8.50e-50 180 NQR19375.1 ERE79785.1 24.5 367 186 7 3 337 126 433 9.15e-25 104 NQR19375.1 MAF07216.1 24.7 287 199 6 71 347 318 597 1.45e-10 61.6 MBP3518143.1 MBP3518143.1 100 1067 0 0 1 1067 1 1067 0.0 2125 MBP3518143.1 WP_146272353.1 29.5 1071 612 39 45 1067 30 1005 1.11e-96 328 MBP3518143.1 WP_259301651.1 27.1 1077 640 38 53 1067 57 1050 1.20e-92 317 MBP3518143.1 WP_214826002.1 29.3 1013 552 40 130 1067 40 963 2.47e-79 278 MBP3518143.1 WP_278843343.1 25.0 1111 693 41 50 1067 20 1083 1.42e-63 233 MBP3518143.1 MCB9353584.1 24.6 1128 632 48 52 1067 20 1041 4.06e-39 156 MBL4910304.1 MBL4910304.1 100 85 0 0 1 85 1 85 2.34e-56 166 MBQ1404818.1 MBQ1404818.1 100 501 0 0 1 501 1 501 0.0 1000 MBQ1404818.1 WP_088008362.1 33.4 485 299 11 11 491 12 476 2.94e-71 233 WP_091032200.1 WP_091032200.1 100 428 0 0 1 428 1 428 4.11e-299 808 AAX97169.1 AAX97169.1 100 335 0 0 1 335 1 335 3.43e-244 662 AAX97169.1 AEO85464.1 81.8 335 61 0 1 335 513 847 5.40e-193 551 AAX97169.1 QJX39053.1 76.5 340 73 1 2 334 506 845 8.75e-178 512 AAX97169.1 AEJ33395.1 39.3 354 187 7 1 335 538 882 1.42e-58 201 WP_238486267.1 WP_238486267.1 100 82 0 0 1 82 1 82 1.44e-51 154 EIW7596561.1 EIW7596561.1 100 2711 0 0 1 2711 1 2711 0.0 4510 EIW7596561.1 EBW1672033.1 85.2 1219 151 4 1 1190 1 1219 0.0 1532 EIW7596561.1 WP_109341768.1 27.6 525 293 21 2212 2711 1300 1762 2.16e-12 71.6 WP_115357420.1 WP_115357420.1 100 273 0 0 1 273 1 273 5.39e-194 530 WP_115357420.1 OEU77901.1 45.4 240 125 4 3 240 5 240 1.69e-64 201 MCH9784543.1 MCH9784543.1 100 114 0 0 1 114 1 114 8.39e-86 243 MCD4206375.1 MCD4206375.1 100 72 0 0 1 72 1 72 3.04e-44 135 MBK8100495.1 MBK8100495.1 100 244 0 0 1 244 1 244 7.40e-182 496 EAJ8453921.1 EAJ8453921.1 100 91 0 0 1 91 1 91 4.03e-62 181 MBK9653437.1 MBK9653437.1 100 174 0 0 1 174 1 174 1.44e-124 346 MBI2528438.1 MBI2528438.1 100 337 0 0 1 337 1 337 2.90e-237 644 MBI2528438.1 WP_173283317.1 52.1 315 151 0 8 322 3 317 4.05e-109 319 MBI2528438.1 KFF47610.1 37.6 117 60 4 16 124 19 130 1.69e-08 53.9 MCA1360809.1 MCA1360809.1 100 288 0 0 1 288 1 288 3.46e-193 529 MCA1360809.1 WP_247424115.1 56.7 238 88 3 44 273 17 247 1.73e-74 227 MCA1360809.1 NLD53371.1 41.0 117 60 2 133 249 67 174 2.26e-14 69.3 MBK9974619.1 MBK9974619.1 100 265 0 0 1 265 1 265 5.62e-192 524 PBI27870.1 PBI27870.1 100 87 0 0 1 87 1 87 3.40e-59 174 KAJ1535693.1 KAJ1535693.1 100 373 0 0 1 373 1 373 8.33e-246 669 MBE9640947.1 MBE9640947.1 100 481 0 0 1 481 1 481 0.0 967 MBE9640947.1 KAF6802222.1 25.9 452 286 11 48 473 40 468 1.19e-22 99.0 MBE9640947.1 MCT4573170.1 35.4 113 70 3 360 471 24 134 3.61e-11 59.3 MBQ6107527.1 MBQ6107527.1 100 422 0 0 1 422 1 422 0.0 862 TMG86695.1 TMG86695.1 100 289 0 0 1 289 1 289 1.02e-206 563 TMG86695.1 WP_083453642.1 35.0 266 132 6 10 269 337 567 7.94e-37 136 TMG86695.1 WP_061048002.1 30.2 298 151 9 10 289 388 646 5.28e-26 105 TMG86695.1 CAG0990770.1 32.2 267 133 9 14 273 33 258 7.02e-23 93.6 TMG86695.1 WP_211114623.1 27.6 294 159 7 10 287 419 674 1.54e-21 92.8 TMG86695.1 WP_166106360.1 25.7 276 148 10 11 270 292 526 1.98e-12 65.5 TMG86695.1 WP_256212307.1 29.9 167 106 6 110 272 26 185 3.07e-09 53.9 TMG86695.1 TVR41840.1 28.7 167 110 5 107 268 346 508 1.23e-07 50.8 TMG86695.1 WP_177077803.1 38.3 81 40 3 200 275 245 320 1.14e-04 41.6 XP_030131005.3 XP_030131005.3 100 568 0 0 1 568 1 568 0.0 1155 XP_030131005.3 XP_039638319.1 37.2 349 204 6 188 534 127 462 1.49e-65 219 XP_030131005.3 NXJ71029.1 50.0 66 32 1 188 253 75 139 1.46e-14 74.3 MCL6644735.1 MCL6644735.1 100 434 0 0 1 434 1 434 0.0 887 XP_040499486.1 XP_040499486.1 100 373 0 0 1 373 1 373 6.08e-232 634 XP_043577599.1 XP_043577599.1 100 471 0 0 1 471 1 471 0.0 879 XP_002107991.1 XP_002107991.1 100 1279 0 0 1 1279 1 1279 0.0 2156 HAJ30683.1 HAJ30683.1 100 819 0 0 1 819 1 819 0.0 1631 HAJ30683.1 MBX9747080.1 23.7 834 477 36 30 809 1 729 1.10e-25 111 HAJ30683.1 MXW19700.1 35.7 199 112 5 25 214 36 227 3.20e-25 110 HAJ30683.1 MCE2873365.1 33.5 197 119 5 25 214 31 222 7.56e-25 109 HAJ30683.1 WP_267184195.1 25.6 160 99 5 8 158 8 156 2.04e-04 43.1 QNV11749.1 QNV11749.1 100 224 0 0 1 224 1 224 2.55e-154 425 QNV11749.1 YP_009731821.1 74.6 224 56 1 1 224 1 223 2.75e-112 319 BAD29386.1 BAD29386.1 100 127 0 0 1 127 1 127 5.20e-59 176 MCL5999032.1 MCL5999032.1 100 92 0 0 1 92 1 92 4.66e-66 191 WP_032407714.1 WP_032407714.1 100 463 0 0 1 463 1 463 6.83e-302 818 WP_032407714.1 CAI2795006.1 27.1 472 285 11 3 453 95 528 1.47e-28 116 MBQ1540263.1 MBQ1540263.1 100 292 0 0 1 292 1 292 4.87e-211 574 MBQ1540263.1 MBI1736306.1 36.5 288 153 7 28 285 8 295 1.52e-37 133 MBQ1540263.1 MBI5966481.1 34.6 295 146 11 34 287 17 305 1.06e-36 131 MBQ1540263.1 WP_276638014.1 31.3 304 164 7 33 291 44 347 1.30e-35 129 MBQ1540263.1 WP_220615956.1 35.3 252 137 7 31 257 45 295 1.91e-32 121 MBQ1540263.1 WP_067782871.1 30.8 266 157 7 34 273 16 280 2.72e-26 103 MBQ1540263.1 HAR4359619.1 29.0 231 141 6 60 273 37 261 2.74e-21 89.4 KAH0956195.1 KAH0956195.1 100 674 0 0 1 674 1 674 0.0 1360 NNM19111.1 NNM19111.1 100 171 0 0 1 171 1 171 1.50e-120 335 MBL0087235.1 MBL0087235.1 100 298 0 0 1 298 1 298 3.58e-216 588 MBL0087235.1 WP_066708699.1 67.8 298 96 0 1 298 1 298 3.94e-144 405 MBL0087235.1 WP_044453403.1 34.9 86 52 1 1 82 1 86 3.12e-05 43.1 WP_110808154.1 WP_110808154.1 100 218 0 0 1 218 1 218 2.64e-144 399 WP_110808154.1 WP_041580422.1 43.4 189 106 1 27 214 23 211 1.70e-45 149 WP_110808154.1 MBG9445742.1 39.4 203 121 1 13 215 12 212 1.06e-34 121 WP_110808154.1 WP_209434296.1 38.3 206 123 1 12 213 14 219 2.17e-33 118 WP_110808154.1 WP_012568269.1 33.7 199 126 3 24 216 163 361 2.25e-20 86.3 WP_110808154.1 WP_224458015.1 37.5 136 82 1 30 162 169 304 3.93e-19 82.8 MBX9947011.1 MBX9947011.1 100 256 0 0 1 256 1 256 6.33e-189 515 WP_218022068.1 WP_218022068.1 100 232 0 0 1 232 1 232 1.31e-160 442 MBK8142594.1 MBK8142594.1 100 335 0 0 1 335 1 335 2.44e-228 622 EFG7698437.1 EFG7698437.1 100 309 0 0 1 309 1 309 4.46e-211 576 EFG7698437.1 WP_282985289.1 39.7 317 156 6 1 304 694 988 5.01e-50 176 EFG7698437.1 WP_277264109.1 34.2 307 173 8 1 304 717 997 5.84e-39 144 XP_047113196.1 XP_047113196.1 100 558 0 0 1 558 1 558 0.0 1130 XP_047113196.1 TNE33066.1 39.6 212 98 3 66 248 67 277 1.22e-33 132 GFX26854.1 GFX26854.1 100 98 0 0 1 98 1 98 2.83e-63 185 WP_283640148.1 WP_283640148.1 100 478 0 0 1 478 1 478 0.0 940 MBR1866691.1 MBR1866691.1 100 199 0 0 1 199 1 199 1.70e-142 393 MCB1329842.1 MCB1329842.1 100 160 0 0 1 160 1 160 2.65e-111 311 WP_189671415.1 WP_189671415.1 100 231 0 0 1 231 1 231 6.21e-138 384 MBN1187923.1 MBN1187923.1 100 652 0 0 1 652 1 652 0.0 1311 XP_036700879.1 XP_036700879.1 100 184 0 0 1 184 1 184 1.43e-138 382 MBV9252674.1 MBV9252674.1 100 299 0 0 1 299 1 299 8.14e-218 592 MBV9252674.1 MBK7906023.1 34.3 242 134 6 43 280 45 265 2.20e-33 124 MCC5948066.1 MCC5948066.1 100 657 0 0 1 657 1 657 0.0 1316 MCC5948066.1 WP_254101325.1 29.8 640 395 19 38 648 24 638 8.27e-63 218 MCC5948066.1 WP_270967954.1 29.7 620 385 19 30 617 17 617 4.78e-62 216 MCC5948066.1 XP_052525039.1 27.5 619 404 20 41 631 44 645 1.39e-38 150 MCC5948066.1 WP_148836004.1 26.4 556 331 25 100 633 5 504 5.76e-15 76.3 MCC5948066.1 WP_246003214.1 28.9 356 191 20 249 576 139 460 1.30e-08 56.2 MCC5948066.1 RLB66027.1 22.2 526 323 22 91 582 1 474 1.09e-04 43.5 WP_176623291.1 WP_176623291.1 100 732 0 0 1 732 1 732 0.0 1527 WP_023828789.1 WP_023828789.1 100 419 0 0 1 419 1 419 1.32e-279 758 WP_023828789.1 WP_105447015.1 32.5 379 251 4 34 411 17 391 9.18e-50 171 WP_023828789.1 WP_279008479.1 30.8 357 183 6 50 406 15 307 2.63e-32 122 WP_023828789.1 CDX26094.1 28.0 382 204 6 34 411 18 332 3.02e-26 106 BAR90558.1 BAR90558.1 100 276 0 0 1 276 1 276 5.48e-209 568 WP_256527700.1 WP_256527700.1 100 367 0 0 1 367 1 367 8.52e-277 747 PQM52169.1 PQM52169.1 100 129 0 0 1 129 1 129 5.57e-80 229 OBB22832.1 OBB22832.1 100 61 0 0 1 61 1 61 7.62e-40 123 KAI1138495.1 KAI1138495.1 100 206 0 0 1 206 1 206 2.72e-156 429 KAF1947782.1 KAF1947782.1 100 153 0 0 1 153 1 153 3.98e-114 318 OGO62636.1 OGO62636.1 100 644 0 0 1 644 1 644 0.0 1313 UBL45068.1 UBL45068.1 100 4405 0 0 1 4405 1 4405 0.0 8652 UBL45068.1 QTD03487.1 99.7 4405 13 0 1 4405 1 4405 0.0 8629 UBL45068.1 UFM00670.1 99.7 4405 14 0 1 4405 1 4405 0.0 8625 UBL45068.1 UBD95131.1 99.8 4401 10 0 1 4401 1 4401 0.0 8624 UBL45068.1 QWC83326.1 99.8 4401 10 0 1 4401 1 4401 0.0 8623 UBL45068.1 UEC68750.1 99.7 4405 14 0 1 4405 1 4405 0.0 8623 UBL45068.1 UBP50947.1 99.8 4401 11 0 1 4401 1 4401 0.0 8622 UBL45068.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8621 UBL45068.1 QSZ25555.1 99.7 4401 12 0 1 4401 1 4401 0.0 8621 UBL45068.1 UHM53165.1 99.7 4405 14 0 1 4405 1 4405 0.0 8620 UBL45068.1 UFM02602.1 99.7 4405 14 0 1 4405 1 4405 0.0 8619 UBL45068.1 WEU87158.1 99.7 4401 12 0 1 4401 1 4401 0.0 8618 UBL45068.1 QXR94354.1 99.6 4405 13 1 1 4405 1 4402 0.0 8613 UBL45068.1 UEC52718.1 99.7 4401 15 0 1 4401 1 4401 0.0 8612 UBL45068.1 QTM79632.1 99.6 4405 16 1 1 4405 1 4402 0.0 8611 UBL45068.1 QTZ27226.1 99.5 4405 18 1 1 4405 1 4402 0.0 8606 UBL45068.1 QVD87869.1 99.7 4401 12 1 1 4401 1 4398 0.0 8606 UBL45068.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8603 UBL45068.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8601 UBL45068.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8600 UBL45068.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8599 UBL45068.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8598 UBL45068.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8598 UBL45068.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8596 UBL45068.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8595 RYQ91928.1 RYQ91928.1 100 464 0 0 1 464 1 464 5.58e-313 847 MBM6667216.1 MBM6667216.1 100 295 0 0 1 295 1 295 8.02e-207 564 WP_108494191.1 WP_108494191.1 100 138 0 0 1 138 1 138 2.49e-103 289 WP_108494191.1 WP_134106059.1 65.2 138 46 2 1 138 1 136 5.84e-63 187 PWA78445.1 PWA78445.1 100 424 0 0 1 424 1 424 0.0 902 WP_011057593.1 WP_011057593.1 100 357 0 0 1 357 1 357 1.38e-261 707 WP_011057593.1 WP_237907640.1 50.1 355 163 6 3 345 2 354 3.55e-95 286 WP_011057593.1 WP_258581409.1 44.9 316 161 4 5 307 4 319 4.15e-76 237 WP_011057593.1 WP_140480909.1 48.1 235 121 1 3 236 11 245 1.03e-70 223 WP_011057593.1 WP_109219819.1 44.8 286 152 2 7 288 20 303 1.04e-69 221 WP_011057593.1 WP_076409454.1 47.0 236 125 0 1 236 1 236 2.87e-68 216 WP_011057593.1 WP_176354145.1 41.2 347 172 8 5 331 6 340 1.02e-67 216 WP_011057593.1 WP_170725874.1 45.6 237 129 0 1 237 1 237 9.94e-66 209 WP_011057593.1 NNE23115.1 33.2 367 201 7 4 346 2 348 1.58e-54 181 WP_011057593.1 MWR41881.1 37.3 236 142 1 5 234 29 264 1.63e-50 168 WP_011057593.1 EHH5649593.1 40.1 197 104 2 23 213 21 209 1.52e-35 129 WP_011057593.1 MBQ4383193.1 36.3 190 116 4 30 215 34 222 5.35e-27 105 WP_011057593.1 WP_153844272.1 25.3 229 141 6 5 213 6 224 1.62e-10 60.5 WP_083249539.1 WP_083249539.1 100 90 0 0 1 90 1 90 1.51e-34 112 EAL3378245.1 EAL3378245.1 100 675 0 0 1 675 1 675 0.0 1342 KMT17181.1 KMT17181.1 100 770 0 0 1 770 1 770 0.0 1390 WP_208557144.1 WP_208557144.1 100 216 0 0 1 216 1 216 1.68e-155 427 KAJ2141250.1 KAJ2141250.1 100 279 0 0 1 279 1 279 3.43e-184 505 MBQ7587638.1 MBQ7587638.1 100 230 0 0 1 230 1 230 7.92e-161 442 MBQ7587638.1 HIZ10317.1 48.2 218 106 2 11 222 10 226 1.91e-60 188 MBQ7587638.1 WP_007556065.1 43.8 226 126 1 1 225 1 226 7.99e-59 184 MBQ7587638.1 WP_268276024.1 55.8 86 38 0 6 91 6 91 1.53e-24 91.7 OKX80212.1 OKX80212.1 100 317 0 0 1 317 1 317 7.23e-221 601 OKX80212.1 WP_015699100.1 21.7 226 158 5 27 249 86 295 6.72e-06 45.4 WP_238850425.1 WP_238850425.1 100 342 0 0 1 342 1 342 1.41e-251 681 WP_238850425.1 EHS0147317.1 54.4 340 154 1 4 342 8 347 1.38e-124 360 MBJ4904885.1 MBJ4904885.1 100 69 0 0 1 69 1 69 1.38e-41 128 XP_055296131.1 XP_055296131.1 100 154 0 0 1 154 1 154 8.34e-112 312 XP_055296131.1 KAF2999697.1 39.6 48 25 1 104 151 123 166 1.78e-04 38.9 WP_098923619.1 WP_098923619.1 100 419 0 0 1 419 1 419 4.50e-287 777 WP_098923619.1 WP_262612393.1 49.9 449 171 8 1 419 1 425 4.86e-123 362 WP_098923619.1 OFZ89526.1 43.1 436 214 4 1 418 2 421 3.72e-108 323 WP_098923619.1 WP_267292626.1 49.9 417 185 8 3 417 118 512 1.33e-105 320 WP_098923619.1 MBT3887354.1 54.0 298 128 4 129 418 24 320 1.34e-96 290 WP_098923619.1 WP_033456074.1 52.7 294 134 3 125 418 7 295 3.45e-93 281 WP_098923619.1 NDI25889.1 43.4 290 143 5 136 411 1 283 7.20e-60 195 WP_098923619.1 KAA0555231.1 33.5 427 269 8 3 417 207 630 4.90e-56 193 WP_098923619.1 MBY0286260.1 29.7 424 281 9 1 415 1 416 9.45e-33 126 WP_260479645.1 WP_260479645.1 100 60 0 0 1 60 1 60 3.99e-37 116 WP_089563581.1 WP_089563581.1 100 625 0 0 1 625 1 625 0.0 1206 XP_010263869.1 XP_010263869.1 100 787 0 0 1 787 1 787 0.0 1524 XP_010263869.1 TYG55675.1 41.3 516 243 9 229 743 3 459 1.39e-97 323 XP_010263869.1 KAI9181093.1 35.4 418 240 10 373 776 135 536 2.30e-58 206 WP_079722145.1 WP_079722145.1 100 642 0 0 1 642 1 642 0.0 1264 WP_079722145.1 WP_070334369.1 24.3 635 420 20 17 638 10 596 4.53e-33 132 MBQ9329940.1 MBQ9329940.1 100 352 0 0 1 352 1 352 1.34e-270 730 MCB9082534.1 MCB9082534.1 100 135 0 0 1 135 1 135 6.16e-89 253 WP_058918927.1 WP_058918927.1 100 459 0 0 1 459 1 459 0.0 905 WP_058918927.1 MBD8915742.1 28.6 465 286 9 37 458 30 491 9.85e-47 168 WP_058918927.1 AOJ74168.1 28.4 454 292 10 17 454 11 447 2.24e-37 140 WP_058918927.1 WP_182080621.1 24.3 444 292 14 19 456 12 417 1.45e-19 89.0 MCP1651746.1 MCP1651746.1 100 404 0 0 1 404 1 404 1.34e-285 772 MCP1651746.1 WP_004619799.1 70.6 398 115 2 7 404 5 400 5.48e-189 528 MCP1651746.1 WP_074825075.1 47.1 401 203 5 4 404 1 392 1.02e-104 313 MCP1651746.1 EDH4057100.1 44.6 404 204 6 4 404 1 387 3.73e-95 288 MCP1651746.1 WP_078429679.1 38.3 399 238 4 4 402 1 391 1.04e-77 244 MCP1651746.1 WP_277084622.1 46.7 317 163 4 89 403 1 313 6.62e-77 239 MCP1651746.1 GAN03156.1 40.3 407 211 10 6 403 28 411 2.10e-72 231 MCP1651746.1 WP_083141943.1 40.9 403 212 8 8 404 5 387 9.07e-71 226 MCP1651746.1 MBA2536487.1 39.4 396 223 6 7 402 4 382 1.61e-70 225 MCP1651746.1 XP_040685867.1 38.4 401 219 10 6 398 34 414 5.65e-63 206 WP_217309155.1 WP_217309155.1 100 142 0 0 1 142 1 142 4.08e-95 269 WP_247879744.1 WP_247879744.1 100 130 0 0 1 130 1 130 1.42e-87 249 WP_182050463.1 WP_182050463.1 100 79 0 0 1 79 1 79 2.26e-49 148 WP_271418863.1 WP_271418863.1 100 403 0 0 1 403 1 403 4.10e-252 687 PDX57421.1 PDX57421.1 100 289 0 0 1 289 1 289 2.60e-209 570 WP_268551200.1 WP_268551200.1 100 345 0 0 1 345 1 345 1.78e-251 681 MBO5962796.1 MBO5962796.1 100 824 0 0 1 824 1 824 0.0 1697 MBO5962796.1 MAH35553.1 24.7 377 223 14 300 646 33 378 1.64e-24 106 WP_128604954.1 WP_128604954.1 100 423 0 0 1 423 1 423 9.47e-307 827 WP_188167525.1 WP_188167525.1 100 193 0 0 1 193 1 193 7.82e-136 376 MBQ7208271.1 MBQ7208271.1 100 128 0 0 1 128 1 128 2.36e-76 220 PIF02276.1 PIF02276.1 100 193 0 0 1 193 1 193 4.87e-130 361 MCM1504065.1 MCM1504065.1 100 340 0 0 1 340 1 340 8.87e-254 686 WP_265258498.1 WP_265258498.1 100 104 0 0 1 104 1 104 1.72e-69 201 XP_015665538.2 XP_015665538.2 100 303 0 0 1 303 1 303 1.33e-170 473 XP_015665538.2 CAD7694243.1 40.0 55 33 0 227 281 329 383 2.20e-04 40.8 WP_208405463.1 WP_208405463.1 100 207 0 0 1 207 1 207 6.59e-144 397 MBS5124634.1 MBS5124634.1 100 154 0 0 1 154 1 154 6.09e-105 295 XP_037020921.2 XP_037020921.2 100 632 0 0 1 632 1 632 0.0 1143 WP_268422715.1 WP_268422715.1 100 44 0 0 1 44 1 44 4.87e-29 94.7 WP_113928814.1 WP_113928814.1 100 61 0 0 1 61 1 61 2.04e-35 112 MCI0601354.1 MCI0601354.1 100 56 0 0 1 56 1 56 9.86e-34 107 MSV72798.1 MSV72798.1 100 334 0 0 1 334 1 334 2.75e-254 687 WP_048886461.1 WP_048886461.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_119328079.1 WP_119328079.1 100 197 0 0 1 197 1 197 1.28e-127 355 WP_119328079.1 WP_158161316.1 47.9 190 98 1 6 195 8 196 1.17e-50 160 WP_119328079.1 MBQ3420014.1 38.3 193 109 3 7 191 10 200 2.73e-25 95.9 WP_119328079.1 NNF05378.1 32.0 200 126 4 7 197 6 204 1.70e-17 75.5 WP_253793201.1 WP_253793201.1 100 205 0 0 1 205 1 205 5.45e-110 311 MBO5118622.1 MBO5118622.1 100 185 0 0 1 185 1 185 1.52e-120 337 MBO5118622.1 MBQ7329863.1 40.9 176 100 2 11 182 9 184 6.51e-30 107 MBO5118622.1 MBQ7086969.1 39.7 184 97 7 5 178 8 187 3.10e-25 95.1 MBI3461834.1 MBI3461834.1 100 293 0 0 1 293 1 293 1.14e-205 561 MBI3461834.1 WP_020913025.1 65.3 285 99 0 1 285 1 285 2.40e-130 370 MBI3461834.1 KAF1538674.1 57.5 301 112 3 2 286 20 320 3.61e-115 333 MBI3461834.1 NEQ48723.1 56.1 289 127 0 1 289 1 289 1.37e-112 325 MBI3461834.1 NBQ41256.1 51.7 290 131 2 1 281 1 290 7.98e-99 290 MBI3461834.1 OCB46767.1 50.7 290 130 3 1 279 1 288 2.31e-91 271 MBV8110278.1 MBV8110278.1 100 157 0 0 1 157 1 157 3.12e-113 316 WP_258219484.1 WP_258219484.1 100 669 0 0 1 669 1 669 0.0 1373 KAH7858561.1 KAH7858561.1 100 408 0 0 1 408 1 408 3.99e-187 523 MBB7523286.1 MBB7523286.1 100 518 0 0 1 518 1 518 0.0 1041 MBB7523286.1 NPM18735.1 96.5 57 2 0 452 508 1 57 9.43e-31 119 MBB7523286.1 EFG4747393.1 100 42 0 0 467 508 1 42 1.39e-21 92.4 WP_184039851.1 WP_184039851.1 100 186 0 0 1 186 1 186 1.26e-133 370 XP_053914187.1 XP_053914187.1 100 371 0 0 1 371 1 371 3.53e-262 710 MAW35414.1 MAW35414.1 100 115 0 0 1 115 1 115 2.30e-88 249 WP_139553477.1 WP_139553477.1 100 221 0 0 1 221 1 221 2.37e-153 422 NOU20958.1 NOU20958.1 100 88 0 0 1 88 1 88 1.95e-63 184 WP_096221151.1 WP_096221151.1 100 279 0 0 1 279 1 279 2.07e-210 572 WP_217853533.1 WP_217853533.1 100 485 0 0 1 485 1 485 0.0 895 ATQ57711.1 ATQ57711.1 100 296 0 0 1 296 1 296 3.53e-206 562 CAH1431027.1 CAH1431027.1 100 357 0 0 1 357 1 357 3.39e-262 709 WP_250822302.1 WP_250822302.1 100 796 0 0 1 796 1 796 0.0 1682 WP_250822302.1 PZS09564.1 34.7 398 236 10 47 441 72 448 6.84e-78 257 WP_160194147.1 WP_160194147.1 100 429 0 0 1 429 1 429 0.0 873 WP_160194147.1 MCM2356329.1 44.1 297 155 6 1 292 1 291 9.80e-74 231 WP_160194147.1 OWZ34415.1 31.7 357 216 9 29 369 57 401 2.44e-42 154 WP_160194147.1 MBA3609961.1 31.5 368 216 9 32 381 42 391 3.77e-41 150 WP_160194147.1 WP_254819486.1 27.8 381 254 10 7 369 10 387 1.57e-30 120 WP_160194147.1 MBQ6794463.1 28.8 371 227 13 41 409 26 361 6.46e-27 109 EAI0195789.1 EAI0195789.1 100 343 0 0 1 343 1 343 1.71e-248 673 XP_054357454.1 XP_054357454.1 100 283 0 0 1 283 1 283 1.18e-202 552 CAI9280851.1 CAI9280851.1 100 286 0 0 1 286 1 286 2.41e-208 567 WP_278329032.1 WP_278329032.1 100 50 0 0 1 50 1 50 4.19e-28 92.8 MBL0183169.1 MBL0183169.1 100 208 0 0 1 208 1 208 5.67e-150 413 WP_025983621.1 WP_025983621.1 100 195 0 0 1 195 1 195 4.51e-136 377 WP_025983621.1 MBP8741618.1 77.0 191 44 0 5 195 3 193 2.33e-90 277 WP_025983621.1 WP_119815679.1 48.0 200 93 4 4 195 30 226 2.46e-43 152 WP_025983621.1 MBS1587439.1 34.3 181 104 5 15 195 5 170 9.10e-20 84.7 TMG37032.1 TMG37032.1 100 127 0 0 1 127 1 127 8.65e-83 236 WP_171469099.1 WP_171469099.1 100 264 0 0 1 264 1 264 1.01e-189 518 WP_250898423.1 WP_250898423.1 100 377 0 0 1 377 1 377 1.57e-268 727 WP_250898423.1 MCU1506104.1 69.9 365 109 1 6 369 1 365 3.40e-173 485 SFI40936.1 SFI40936.1 100 256 0 0 1 256 1 256 1.67e-184 504 SFI40936.1 MBI4599533.1 51.5 229 111 0 21 249 13 241 6.85e-78 234 SFI40936.1 WP_017123457.1 33.9 112 62 2 154 253 150 261 4.45e-06 45.4 XP_023426040.1 XP_023426040.1 100 1066 0 0 1 1066 1 1066 0.0 2019 KAI3473816.1 KAI3473816.1 100 517 0 0 1 517 1 517 0.0 976 KAI3473816.1 EFC81578.1 46.6 307 158 4 204 508 18 320 1.38e-83 260 KAI3473816.1 TEY22245.1 55.8 199 83 2 219 417 1 194 5.94e-71 223 KAI3473816.1 WP_087222948.1 25.7 265 134 6 1 202 1 265 2.64e-13 68.6 KAI3473816.1 PAA76673.1 24.9 265 174 8 223 471 44 299 1.61e-11 63.9 KAI3473816.1 EUJ18213.1 47.2 53 28 0 147 199 165 217 5.56e-08 52.0 WP_033776418.1 WP_033776418.1 100 196 0 0 1 196 1 196 2.51e-138 382 NLD51718.1 NLD51718.1 100 236 0 0 1 236 1 236 3.22e-163 449 MCK5694897.1 MCK5694897.1 100 158 0 0 1 158 1 158 1.43e-114 319 XP_018682766.1 XP_018682766.1 100 360 0 0 1 360 1 360 4.86e-268 724 XP_018682766.1 EAN4724137.1 32.3 328 156 4 79 340 22 349 1.02e-56 187 XP_018682766.1 WP_224255409.1 31.7 328 158 4 79 340 22 349 2.18e-55 183 XP_018682766.1 MBT4259674.1 31.5 327 157 5 67 329 10 333 3.90e-55 182 HHY51372.1 HHY51372.1 100 253 0 0 1 253 1 253 1.27e-182 499 HHY51372.1 MCH2591601.1 45.7 230 125 0 19 248 16 245 8.88e-73 221 HHY51372.1 WP_016340583.1 36.8 234 139 3 17 248 3 229 1.11e-54 174 WP_026497435.1 WP_026497435.1 100 909 0 0 1 909 1 909 0.0 1771 WP_026497435.1 WP_116073910.1 42.8 923 466 17 1 909 1 875 6.15e-225 657 WP_026497435.1 XP_006376427.2 33.1 275 171 6 4 269 106 376 2.26e-37 144 WP_036077718.1 WP_036077718.1 100 224 0 0 1 224 1 224 8.78e-146 404 WP_036077718.1 WP_143387569.1 42.2 218 124 1 9 224 12 229 7.96e-46 150 WP_031132573.1 WP_031132573.1 100 81 0 0 1 81 1 81 2.23e-50 151 WP_031132573.1 WP_012084538.1 75.6 45 11 0 15 59 10 54 2.10e-18 70.5 EEO7917989.1 EEO7917989.1 100 1116 0 0 1 1116 1 1116 0.0 2184 EEO7917989.1 EFQ4765027.1 70.4 922 265 3 1 916 1 920 0.0 1338 EEO7917989.1 EEY3543156.1 65.2 993 309 6 1 958 1 991 0.0 1315 EEO7917989.1 ECI3309320.1 69.4 890 264 3 1 884 1 888 0.0 1275 EEO7917989.1 WP_137512405.1 73.5 366 97 0 1 366 1 366 6.81e-202 585 EEO7917989.1 EJQ6627878.1 64.7 363 121 3 365 722 1 361 9.84e-156 466 EEO7917989.1 WP_181865219.1 70.2 295 84 1 312 602 1 295 5.25e-147 441 EEO7917989.1 WP_154599351.1 33.0 704 440 14 4 693 10 695 5.61e-111 371 EEO7917989.1 WP_042959984.1 71.3 101 29 0 103 203 1 101 3.11e-44 153 EEO7917989.1 EEV0504409.1 75.8 99 24 0 860 958 1 99 1.01e-42 155 MCI8828397.1 MCI8828397.1 100 325 0 0 1 325 1 325 9.08e-244 660 WP_218804454.1 WP_218804454.1 100 118 0 0 1 118 1 118 7.37e-82 233 XP_032873419.1 XP_032873419.1 100 554 0 0 1 554 1 554 3.05e-214 604 TVO55343.1 TVO55343.1 100 506 0 0 1 506 1 506 0.0 952 TVO55343.1 WP_114947928.1 48.7 425 205 5 33 453 12 427 5.16e-111 335 TVO55343.1 MBN1133474.1 27.0 374 240 11 82 441 66 420 2.27e-15 77.0 TVO55343.1 MBE3049203.1 31.6 117 75 2 97 211 2 115 5.04e-09 53.1 NIR46571.1 NIR46571.1 100 136 0 0 1 136 1 136 2.60e-104 291 MBC2695466.1 MBC2695466.1 100 551 0 0 1 551 1 551 0.0 1099 MBP9134320.1 MBP9134320.1 100 308 0 0 1 308 1 308 1.10e-240 650 MBM4010536.1 MBM4010536.1 100 71 0 0 1 71 1 71 3.88e-42 129 NBB83031.1 NBB83031.1 100 334 0 0 1 334 1 334 4.14e-240 651 GBN69281.1 GBN69281.1 100 101 0 0 1 101 1 101 4.26e-73 210 KAF2637112.1 KAF2637112.1 100 1208 0 0 1 1208 1 1208 0.0 2310 WP_132898733.1 WP_132898733.1 100 373 0 0 1 373 1 373 6.21e-273 738 NJI17449.1 NJI17449.1 100 160 0 0 1 160 1 160 4.08e-115 321 UZO53924.1 UZO53924.1 100 7093 0 0 1 7093 1 7093 0.0 14170 UZO53924.1 UVB16817.1 99.9 7093 5 0 1 7093 1 7093 0.0 14157 UZO53924.1 URQ55824.1 99.9 7093 6 0 1 7093 1 7093 0.0 14157 UZO53924.1 QVD87869.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 UZO53924.1 QWC83326.1 99.7 7096 16 1 1 7093 1 7096 0.0 14128 UZO53924.1 UMF87224.1 99.4 7093 39 1 1 7093 1 7092 0.0 14122 UZO53924.1 WEU87158.1 99.7 7096 18 1 1 7093 1 7096 0.0 14122 UZO53924.1 QSZ25555.1 99.7 7096 20 1 1 7093 1 7096 0.0 14122 UZO53924.1 UBP50947.1 99.7 7096 21 1 1 7093 1 7096 0.0 14116 UZO53924.1 UBD95131.1 99.6 7096 23 1 1 7093 1 7096 0.0 14111 UZO53924.1 UEC52718.1 99.6 7096 26 1 1 7093 1 7096 0.0 14104 UZO53924.1 UIR12670.1 99.4 7093 43 1 1 7093 1 7092 0.0 14067 UZO53924.1 QZU16279.1 99.3 7096 47 1 1 7093 1 7096 0.0 14054 UZO53924.1 UPA83906.1 99.1 7093 60 1 1 7093 1 7092 0.0 14025 UZO53924.1 UXX67934.1 99.0 7093 74 0 1 7093 1 7093 0.0 13996 UZO53924.1 UBR86455.1 98.8 7095 81 1 2 7093 1 7095 0.0 13973 UZO53924.1 UCP72061.1 98.6 7096 98 1 1 7093 1 7096 0.0 13933 UZO53924.1 UCP77012.1 98.6 7096 99 1 1 7093 1 7096 0.0 13933 UZO53924.1 WHE12941.1 98.3 7067 118 0 27 7093 1 7067 0.0 13842 UZO53924.1 UKN67998.1 98.3 7073 120 1 21 7093 1 7072 0.0 13840 UZO53924.1 UGA79226.1 97.5 7096 175 1 1 7093 1 7096 0.0 13756 UZO53924.1 UAQ80067.1 97.0 7096 208 1 1 7093 1 7096 0.0 13668 UZO53924.1 UVI10561.1 96.5 7066 250 0 28 7093 1 7066 0.0 13529 UZO53924.1 UJT06733.1 96.2 7093 265 1 1 7093 1 7092 0.0 13518 UZO53924.1 UOU30556.1 94.9 7093 365 0 1 7093 1 7093 0.0 13288 WP_284053701.1 WP_284053701.1 100 307 0 0 1 307 1 307 1.28e-209 572 TMI36513.1 TMI36513.1 100 141 0 0 1 141 1 141 1.05e-101 285 WP_266784861.1 WP_266784861.1 100 465 0 0 1 465 1 465 9.23e-278 758 WP_266784861.1 WP_203771012.1 29.9 291 174 12 200 463 73 360 1.29e-24 104 MCP4144501.1 MCP4144501.1 100 181 0 0 1 181 1 181 3.00e-134 371 MCH9693433.1 MCH9693433.1 100 158 0 0 1 158 1 158 1.32e-110 309 WP_160421767.1 WP_160421767.1 100 187 0 0 1 187 1 187 6.01e-137 378 WP_160421767.1 QNF21522.1 32.3 161 108 1 10 170 116 275 4.86e-22 88.6 MBN9560624.1 MBN9560624.1 100 275 0 0 1 275 1 275 1.21e-159 443 WP_226387626.1 WP_226387626.1 100 289 0 0 1 289 1 289 5.25e-209 569 WP_172394656.1 WP_172394656.1 100 242 0 0 1 242 1 242 8.65e-180 491 WP_036671656.1 WP_036671656.1 100 272 0 0 1 272 1 272 9.38e-199 541 MCJ7686803.1 MCJ7686803.1 100 564 0 0 1 564 1 564 0.0 1091 MCJ7686803.1 GBU10433.1 48.7 39 20 0 146 184 5 43 1.78e-06 48.9 WP_106817586.1 WP_106817586.1 100 201 0 0 1 201 1 201 1.24e-145 401 WEK50023.1 WEK50023.1 100 180 0 0 1 180 1 180 4.09e-127 353 WEK50023.1 PDX17128.1 49.1 169 81 2 12 178 1 166 6.21e-49 154 WEK50023.1 WP_175630617.1 39.5 177 106 1 1 177 1 176 1.23e-37 126 MBI5333464.1 MBI5333464.1 100 391 0 0 1 391 1 391 4.37e-273 739 MBI5333464.1 WP_269885397.1 34.7 167 107 1 225 391 108 272 1.50e-24 100 MBI5333464.1 WP_145544593.1 40.2 174 95 3 218 391 355 519 4.69e-24 102 MBI5333464.1 EJF06804.1 36.0 172 105 2 224 390 135 306 5.49e-24 99.4 MBI5333464.1 HAB03480.1 39.8 181 97 4 218 390 650 826 4.00e-22 97.1 MBI5333464.1 EGR2272270.1 39.6 149 86 3 241 386 527 674 5.68e-22 96.3 MBI5333464.1 MBK6870374.1 36.7 158 92 3 234 390 1 151 1.41e-21 90.1 MBI5333464.1 WP_000484099.1 36.1 169 102 4 224 390 204 368 2.03e-20 90.1 MBI5333464.1 WP_255266214.1 39.8 161 91 3 224 384 291 445 6.33e-19 86.7 MBI5333464.1 WP_107169208.1 36.0 164 91 4 232 389 206 361 3.25e-18 83.6 MBI5333464.1 WP_029222917.1 33.5 167 100 3 227 390 318 476 8.96e-15 73.9 MBI5333464.1 HBB7853833.1 33.1 166 106 3 227 390 326 488 9.04e-15 73.9 MBI5333464.1 WP_230171322.1 35.1 171 102 5 220 386 595 760 1.05e-14 74.3 MBI5333464.1 HCN71343.1 35.1 131 80 4 256 384 2 129 2.12e-12 62.4 MBI5333464.1 WP_023050329.1 27.0 159 107 4 225 382 199 349 2.53e-11 62.8 MBI5333464.1 MBT3459335.1 38.8 80 49 0 223 302 198 277 3.89e-10 58.5 MCA2691876.1 MCA2691876.1 100 91 0 0 1 91 1 91 1.16e-61 180 WP_003067788.1 WP_003067788.1 100 317 0 0 1 317 1 317 1.80e-230 625 WP_003067788.1 WP_245086788.1 32.4 225 138 6 94 312 109 325 1.80e-21 91.3 WP_003067788.1 MBC2353926.1 27.3 99 64 4 174 266 45 141 2.79e-04 39.7 XP_045615378.1 XP_045615378.1 100 1450 0 0 1 1450 1 1450 0.0 2503 WP_007678833.1 WP_007678833.1 100 432 0 0 1 432 1 432 0.0 863 WP_007678833.1 WP_012913739.1 46.4 420 220 3 5 420 4 422 2.32e-134 391 AFC90328.1 AFC90328.1 100 267 0 0 1 267 1 267 6.84e-194 529 EOH70952.1 EOH70952.1 100 272 0 0 1 272 1 272 1.35e-182 501 WP_107387431.1 WP_107387431.1 100 127 0 0 1 127 1 127 5.21e-84 239 WP_274976404.1 WP_274976404.1 100 763 0 0 1 763 1 763 0.0 1429 WP_274976404.1 MCF2656092.1 31.8 730 434 8 25 753 9 675 2.47e-98 318 WP_274976404.1 NNC58435.1 30.0 744 444 10 26 757 11 689 4.21e-92 301 WP_274976404.1 MCC7304610.1 28.2 741 465 9 25 760 14 692 9.29e-84 279 WP_274976404.1 MBQ2587741.1 28.1 551 326 8 232 753 53 562 6.99e-54 194 WP_274976404.1 MBN2427654.1 33.1 148 97 1 23 170 3 148 4.50e-13 70.9 WP_274976404.1 MBP6400846.1 31.7 139 93 1 25 163 6 142 1.39e-12 65.5 WP_214130944.1 WP_214130944.1 100 56 0 0 1 56 1 56 5.92e-35 110 WP_131166802.1 WP_131166802.1 100 342 0 0 1 342 1 342 2.01e-251 681 WP_131166802.1 WP_066083732.1 48.2 311 158 3 4 313 5 313 5.67e-93 279 WP_131166802.1 MCP5262709.1 49.7 302 150 2 5 306 1 300 1.25e-91 275 WP_131166802.1 GLY24463.1 48.7 306 155 2 3 308 2 305 2.15e-90 272 WP_131166802.1 WP_107894076.1 46.4 302 160 2 1 302 1 300 6.70e-84 255 WP_131166802.1 WP_227059655.1 49.4 271 130 3 4 268 16 285 1.51e-78 250 WP_131166802.1 WP_192324556.1 50.9 265 123 3 5 263 13 276 8.44e-77 246 WP_131166802.1 QCM13287.1 45.4 260 135 3 2 261 6 258 1.22e-66 209 WP_131166802.1 MBQ3864274.1 36.7 332 190 9 3 330 10 325 3.35e-59 192 WP_131166802.1 RUU66461.1 40.6 271 147 4 8 272 82 344 3.79e-54 180 WP_131166802.1 MBU5353226.1 36.3 281 163 5 5 278 4 275 1.53e-52 174 WP_131166802.1 WP_076409454.1 29.9 254 157 7 5 258 4 236 2.51e-24 100 WP_131166802.1 MCC6044083.1 30.5 256 142 9 6 247 4 237 3.88e-20 87.8 WP_131166802.1 WP_221265680.1 28.6 290 172 10 3 291 17 272 2.99e-17 79.7 WP_131166802.1 WP_142931103.1 26.2 260 166 6 5 264 3 236 2.16e-16 78.2 WP_131166802.1 WP_173040157.1 30.9 243 133 8 22 263 303 511 1.52e-15 75.9 WP_131166802.1 WP_132175930.1 28.8 222 138 5 17 235 34 238 5.47e-15 73.2 WP_131166802.1 WP_206363707.1 30.8 234 132 8 25 246 33 248 8.73e-14 68.9 WP_131166802.1 WP_089246429.1 28.4 243 146 9 3 236 2 225 1.10e-12 67.0 WP_131166802.1 WP_211555180.1 33.0 191 110 6 29 216 22 197 1.56e-12 64.7 WP_131166802.1 WP_221977168.1 25.2 238 149 7 11 236 16 236 1.31e-11 62.4 WP_131166802.1 WP_192500494.1 25.9 216 135 8 25 237 17 210 1.19e-08 53.9 WP_131166802.1 WP_089095302.1 26.3 213 128 9 24 236 328 511 7.53e-05 42.7 HBE02941.1 HBE02941.1 100 232 0 0 1 232 1 232 6.78e-163 447 AFU58940.1 AFU58940.1 100 145 0 0 1 145 1 145 2.74e-99 280 MBW0108125.1 MBW0108125.1 100 543 0 0 1 543 1 543 0.0 1016 WP_281163474.1 WP_281163474.1 100 444 0 0 1 444 1 444 4.19e-307 830 WP_008860295.1 WP_008860295.1 100 253 0 0 1 253 1 253 9.03e-192 522 XP_044366249.1 XP_044366249.1 100 769 0 0 1 769 1 769 0.0 1372 XP_044366249.1 XP_045702922.1 27.4 73 53 0 513 585 373 445 2.89e-04 42.4 MQA03337.1 MQA03337.1 100 168 0 0 1 168 1 168 9.78e-111 310 MQA03337.1 MCB1505913.1 63.1 160 59 0 5 164 5 164 3.39e-63 190 MCH3963123.1 MCH3963123.1 100 983 0 0 1 983 1 983 0.0 1884 MCH3963123.1 WP_271786410.1 31.6 231 145 6 130 353 10 234 2.10e-22 98.2 MCH3963123.1 WP_175896721.1 30.2 232 137 6 140 356 160 381 1.42e-19 91.3 MCH3963123.1 VTR17913.1 23.0 226 158 7 543 762 178 393 2.64e-06 49.3 WP_260776178.1 WP_260776178.1 100 273 0 0 1 273 1 273 1.86e-169 468 WP_195689481.1 WP_195689481.1 100 196 0 0 1 196 1 196 2.00e-144 398 WP_195689481.1 WP_104082941.1 42.5 174 94 3 7 179 8 176 1.22e-37 127 XP_051954746.1 XP_051954746.1 100 335 0 0 1 335 1 335 1.21e-253 686 MCB9662416.1 MCB9662416.1 100 196 0 0 1 196 1 196 1.07e-139 386 MCB9662416.1 MBP6361937.1 28.6 105 66 3 1 96 18 122 1.27e-04 39.7 UJR03683.1 UJR03683.1 100 121 0 0 1 121 1 121 4.20e-53 161 UJR03683.1 UHH56899.1 97.4 39 1 0 1 39 1 39 9.78e-21 78.2 OLD52228.1 OLD52228.1 100 329 0 0 1 329 1 329 2.24e-246 667 MBS2033149.1 MBS2033149.1 100 198 0 0 1 198 1 198 1.35e-143 396 XP_030892138.1 XP_030892138.1 100 548 0 0 1 548 1 548 0.0 1107 WP_105447015.1 WP_105447015.1 100 393 0 0 1 393 1 393 1.34e-268 728 WP_105447015.1 WP_279008479.1 35.2 341 161 3 46 386 27 307 1.10e-52 176 WP_105447015.1 WP_023828789.1 33.3 366 235 6 32 391 49 411 8.26e-51 174 WP_105447015.1 WP_154951203.1 32.5 360 180 3 32 391 26 322 2.49e-43 152 WP_105447015.1 CDX26094.1 31.7 391 201 7 5 391 4 332 4.12e-38 138 WP_105447015.1 WP_002574744.1 28.2 372 201 7 26 386 13 329 5.31e-34 127 WP_105447015.1 HAA79725.1 29.9 278 132 2 117 392 10 226 3.30e-30 114 SHG12942.1 SHG12942.1 100 483 0 0 1 483 1 483 0.0 917 SHG12942.1 HCH0658035.1 32.9 441 279 7 56 483 44 480 8.63e-64 213 XP_018575520.1 XP_018575520.1 100 562 0 0 1 562 1 562 0.0 1060 WP_050210146.1 WP_050210146.1 100 1032 0 0 1 1032 1 1032 0.0 2002 WP_050210146.1 MCA1930442.1 44.3 246 131 4 765 1006 5 248 2.38e-50 177 WP_050210146.1 KAH6611424.1 42.2 128 73 1 877 1003 831 958 9.46e-22 100 WP_059191156.1 WP_059191156.1 100 305 0 0 1 305 1 305 1.47e-223 607 WP_014942931.1 WP_014942931.1 100 796 0 0 1 796 1 796 0.0 1617 WP_014942931.1 EJH9475741.1 24.8 710 437 29 103 756 76 744 1.04e-24 108 KAE8834307.1 KAE8834307.1 100 323 0 0 1 323 1 323 4.43e-179 496 MCI5825153.1 MCI5825153.1 100 342 0 0 1 342 1 342 4.40e-255 690 EJA9392162.1 EJA9392162.1 100 267 0 0 1 267 1 267 1.34e-200 546 EJA9392162.1 PJQ02245.1 88.4 267 31 0 1 267 209 475 5.46e-174 493 EJA9392162.1 EAL1671435.1 72.5 233 62 1 35 267 1 231 3.03e-116 337 EJA9392162.1 EFS8130303.1 39.0 264 143 5 9 267 208 458 8.25e-47 160 EJA9392162.1 ECP6736894.1 36.9 141 82 2 9 149 208 341 2.46e-22 92.8 EJA9392162.1 WP_181244664.1 36.5 85 53 1 21 105 185 268 1.07e-06 47.4 MCI6629070.1 MCI6629070.1 100 121 0 0 1 121 1 121 4.05e-85 242 MCI6629070.1 MBT2573851.1 36.1 97 62 0 18 114 5 101 3.82e-21 79.7 WP_114539302.1 WP_114539302.1 100 369 0 0 1 369 1 369 1.05e-262 711 OOP55008.1 OOP55008.1 100 68 0 0 1 68 1 68 9.69e-46 138 MBU6376428.1 MBU6376428.1 100 289 0 0 1 289 1 289 1.93e-220 598 XP_050375343.1 XP_050375343.1 100 619 0 0 1 619 1 619 0.0 1174 WP_216743397.1 WP_216743397.1 100 295 0 0 1 295 1 295 9.76e-208 566 NEO63080.1 NEO63080.1 100 374 0 0 1 374 1 374 1.77e-268 726 NEO63080.1 KAH8969015.1 42.8 369 196 4 4 369 127 483 2.39e-89 276 NEO63080.1 PZR90627.1 42.4 321 181 3 50 370 36 352 1.43e-78 244 NEO63080.1 WP_247072383.1 41.0 310 177 4 47 356 38 341 4.80e-78 243 WP_123207952.1 WP_123207952.1 100 196 0 0 1 196 1 196 3.29e-134 372 WP_180874312.1 WP_180874312.1 100 75 0 0 1 75 1 75 2.30e-56 166 WP_085535344.1 WP_085535344.1 100 246 0 0 1 246 1 246 4.80e-179 489 XP_025698866.1 XP_025698866.1 100 308 0 0 1 308 1 308 8.94e-231 625 XP_025698866.1 MBI2691306.1 28.0 100 63 4 48 144 44 137 4.31e-05 42.7 CAG1853776.1 CAG1853776.1 100 3704 0 0 1 3704 1 3704 0.0 7012 WP_132517191.1 WP_132517191.1 100 498 0 0 1 498 1 498 0.0 949 WP_132517191.1 HAR7369715.1 37.0 467 274 5 22 487 11 458 2.49e-97 300 WP_132517191.1 EPR30609.1 39.4 457 243 6 32 488 1 423 1.56e-96 297 WP_132517191.1 MCQ2156413.1 36.8 302 158 4 196 494 46 317 3.44e-51 176 WP_132517191.1 MBR4705654.1 31.3 227 134 6 200 424 184 390 7.04e-23 99.4 WP_166370521.1 WP_166370521.1 100 281 0 0 1 281 1 281 9.73e-201 547 WP_189145586.1 WP_189145586.1 100 171 0 0 1 171 1 171 4.10e-109 306 MBE2253919.1 MBE2253919.1 100 120 0 0 1 120 1 120 2.26e-86 245 XP_016284980.1 XP_016284980.1 100 685 0 0 1 685 1 685 4.24e-266 746 WP_109813103.1 WP_109813103.1 100 70 0 0 1 70 1 70 1.73e-40 125 WP_184253104.1 WP_184253104.1 100 293 0 0 1 293 1 293 3.48e-225 610 WP_184253104.1 WP_116393154.1 46.9 288 141 4 10 293 13 292 1.27e-87 262 BCB83133.1 BCB83133.1 100 164 0 0 1 164 1 164 3.27e-68 202 OBU40353.1 OBU40353.1 100 202 0 0 1 202 1 202 1.03e-124 348 WP_024947943.1 WP_024947943.1 100 283 0 0 1 283 1 283 7.67e-199 543 WP_230424277.1 WP_230424277.1 100 509 0 0 1 509 1 509 0.0 943 WP_230424277.1 WP_257633067.1 50.7 507 225 8 7 505 4 493 6.97e-138 405 WP_187047047.1 WP_187047047.1 100 397 0 0 1 397 1 397 1.17e-296 800 WP_187047047.1 HAW53859.1 28.9 273 151 12 103 374 20 250 4.13e-13 67.4 WP_077646570.1 WP_077646570.1 100 599 0 0 1 599 1 599 0.0 1216 KQO71000.1 KQO71000.1 100 1571 0 0 1 1571 1 1571 0.0 3111 KQO71000.1 WP_020424556.1 50.7 1534 695 15 32 1562 2 1477 0.0 1472 WP_058807138.1 WP_058807138.1 100 226 0 0 1 226 1 226 7.84e-150 414 XP_033551505.1 XP_033551505.1 100 577 0 0 1 577 1 577 0.0 1119 XP_033551505.1 KAG8816705.1 37.1 178 112 0 76 253 56 233 2.23e-34 128 RZK87475.1 RZK87475.1 100 78 0 0 1 78 1 78 3.22e-53 158 WP_115287442.1 WP_115287442.1 100 191 0 0 1 191 1 191 6.78e-64 194 KAJ8398543.1 KAJ8398543.1 100 145 0 0 1 145 1 145 4.74e-109 304 WP_204434340.1 WP_204434340.1 100 308 0 0 1 308 1 308 4.56e-224 608 KAF2670900.1 KAF2670900.1 100 796 0 0 1 796 1 796 6.46e-154 473 RLS24356.1 RLS24356.1 100 245 0 0 1 245 1 245 2.37e-174 478 KQB14740.1 KQB14740.1 100 328 0 0 1 328 1 328 3.56e-206 565 KQB14740.1 MBE7554905.1 30.2 338 217 6 6 326 1 336 1.09e-31 119 KQB14740.1 WP_239280620.1 33.2 262 168 3 64 324 62 317 1.09e-27 108 KQB14740.1 MBW2176475.1 30.1 246 167 1 80 325 175 415 5.97e-20 88.2 WP_063880179.1 WP_063880179.1 100 193 0 0 1 193 1 193 2.96e-140 387 WP_064652354.1 WP_064652354.1 100 241 0 0 1 241 1 241 2.18e-168 462 WP_064652354.1 WP_186723788.1 32.4 225 147 2 4 228 8 227 2.63e-30 111 WP_064652354.1 MBQ5584458.1 33.2 229 150 3 1 228 1 227 6.03e-30 110 WP_064652354.1 WP_026893585.1 33.9 230 139 5 2 228 3 222 1.38e-29 108 WP_064652354.1 EAC1232420.1 33.2 226 143 6 1 225 1 219 2.72e-29 108 WP_064652354.1 WP_101794136.1 31.0 232 150 3 4 227 27 256 2.46e-27 103 WP_064652354.1 MBP1530348.1 26.0 231 161 5 1 231 1 221 9.50e-24 93.6 WP_064652354.1 WP_007708736.1 28.7 237 147 6 1 225 1 227 1.22e-16 74.7 WP_064652354.1 QYU66920.1 27.4 117 81 3 4 117 5 120 2.67e-05 41.2 WP_064652354.1 MPZ95749.1 28.9 114 75 3 4 114 12 122 1.30e-04 40.4 XP_024010268.1 XP_024010268.1 100 220 0 0 1 220 1 220 5.61e-156 429 YP_009252784.1 YP_009252784.1 100 81 0 0 1 81 1 81 1.46e-46 141 MCF6346354.1 MCF6346354.1 100 200 0 0 1 200 1 200 8.11e-146 402 MCF6346354.1 WP_196938834.1 47.1 121 61 2 17 136 22 140 3.64e-27 100 MCF6346354.1 WP_205009067.1 34.4 189 121 2 12 199 12 198 9.29e-27 100 MCF6346354.1 MBQ9456987.1 28.4 194 127 4 5 192 4 191 3.03e-12 61.2 EAF4791746.1 EAF4791746.1 100 218 0 0 1 218 1 218 7.58e-128 358 OBJ23133.1 OBJ23133.1 100 331 0 0 1 331 1 331 6.23e-254 686 YP_004564419.1 YP_004564419.1 100 63 0 0 1 63 1 63 6.38e-42 128 WP_230519716.1 WP_230519716.1 100 582 0 0 1 582 1 582 0.0 1139 WP_230519716.1 GGT63801.1 77.4 337 76 0 243 579 345 681 2.30e-179 521 WP_230519716.1 MBQ3380675.1 45.2 259 135 3 326 582 1 254 9.22e-66 213 WP_039806668.1 WP_039806668.1 100 330 0 0 1 330 1 330 1.29e-241 655 WP_039806668.1 WP_252122124.1 41.5 328 188 4 5 330 1 326 3.58e-71 222 WP_039806668.1 WP_234521407.1 36.4 313 195 4 5 316 4 313 4.83e-62 199 MAJ59213.1 MAJ59213.1 100 855 0 0 1 855 1 855 0.0 1607 MAJ59213.1 WP_200671006.1 32.5 265 174 1 571 835 582 841 1.83e-37 149 MAJ59213.1 WP_083051706.1 30.2 225 157 0 625 849 150 374 2.54e-34 134 CAD8186381.1 CAD8186381.1 100 360 0 0 1 360 1 360 1.56e-264 715 MBB1804587.1 MBB1804587.1 100 16 0 0 1 16 1 16 1.19e-08 41.6 WP_236513170.1 WP_236513170.1 100 84 0 0 1 84 1 84 4.97e-44 135 MBK9065949.1 MBK9065949.1 100 174 0 0 1 174 1 174 1.33e-120 336 MCD8051495.1 MCD8051495.1 100 139 0 0 1 139 1 139 4.46e-102 286 XP_010311338.1 XP_010311338.1 100 211 0 0 1 211 1 211 1.10e-128 359 YP_010317795.1 YP_010317795.1 100 258 0 0 1 258 1 258 1.60e-183 502 WP_283947944.1 WP_283947944.1 100 511 0 0 1 511 1 511 0.0 971 WP_124519303.1 WP_124519303.1 100 299 0 0 1 299 1 299 2.61e-214 583 WP_110663263.1 WP_110663263.1 100 190 0 0 1 190 1 190 1.42e-141 390 KAF2317565.1 KAF2317565.1 100 398 0 0 1 398 1 398 4.92e-294 793 KAF2317565.1 WP_163042480.1 30.5 334 188 8 55 354 3 326 5.03e-40 146 RDH15740.1 RDH15740.1 100 409 0 0 1 409 1 409 5.76e-262 713 WP_154599351.1 WP_154599351.1 100 1131 0 0 1 1131 1 1131 0.0 2084 WP_154599351.1 EEO7917989.1 32.8 704 441 14 10 695 4 693 1.18e-106 359 WP_154599351.1 ECI3309320.1 33.4 710 433 21 10 696 4 696 6.74e-104 346 WP_154599351.1 EFQ4765027.1 33.4 710 433 21 10 696 4 696 1.31e-103 346 WP_154599351.1 EEY3543156.1 32.8 707 434 20 14 696 8 697 3.53e-103 347 MBK8904706.1 MBK8904706.1 100 411 0 0 1 411 1 411 4.75e-294 794 OEU68709.1 OEU68709.1 100 790 0 0 1 790 1 790 0.0 1563 HAW53859.1 HAW53859.1 100 271 0 0 1 271 1 271 1.38e-195 533 HAW53859.1 WP_187047047.1 28.3 290 165 12 3 250 86 374 2.56e-14 70.5 NP_001395973.1 NP_001395973.1 100 213 0 0 1 213 1 213 1.26e-112 319 WP_096719144.1 WP_096719144.1 100 301 0 0 1 301 1 301 1.84e-215 586 WP_006327457.1 WP_006327457.1 100 314 0 0 1 314 1 314 1.37e-228 620 WP_006327457.1 MBR3040588.1 39.2 51 26 1 111 161 78 123 3.08e-04 40.0 WP_081607935.1 WP_081607935.1 100 1573 0 0 1 1573 1 1573 0.0 2215 XP_022745130.1 XP_022745130.1 100 168 0 0 1 168 1 168 1.92e-126 350 XP_022745130.1 XP_043718329.1 41.8 141 75 3 15 155 265 398 1.92e-27 104 XP_022745130.1 XP_048228476.1 57.1 63 27 0 15 77 237 299 3.81e-16 72.8 MCC6596976.1 MCC6596976.1 100 147 0 0 1 147 1 147 1.03e-104 293 MCL2337464.1 MCL2337464.1 100 132 0 0 1 132 1 132 2.63e-84 241 MCA9667429.1 MCA9667429.1 100 340 0 0 1 340 1 340 8.87e-254 686 WP_264379403.1 WP_264379403.1 100 455 0 0 1 455 1 455 0.0 926 WP_108706918.1 WP_108706918.1 100 313 0 0 1 313 1 313 5.37e-230 624 WP_108706918.1 WP_061880815.1 27.0 215 142 4 18 230 28 229 8.25e-19 83.2 MCO4825170.1 MCO4825170.1 100 343 0 0 1 343 1 343 1.34e-270 729 MCG8687614.1 MCG8687614.1 100 132 0 0 1 132 1 132 5.53e-86 245 MCG8687614.1 RZM24348.1 51.4 74 35 1 5 78 16 88 3.81e-18 73.6 MCG8687614.1 WP_234123871.1 32.2 115 74 1 10 120 3 117 3.47e-10 52.4 MCG8687614.1 WP_245971990.1 47.7 44 23 0 18 61 11 54 5.49e-06 42.4 MCG8687614.1 WP_100540054.1 31.3 64 44 0 9 72 7 70 4.26e-04 35.4 KAI4536634.1 KAI4536634.1 100 1133 0 0 1 1133 1 1133 0.0 2192 KAI4536634.1 XP_052609093.1 31.7 489 233 22 10 453 19 451 6.89e-49 183 KAI4536634.1 XP_053174626.1 29.4 476 242 20 21 453 34 458 7.71e-43 165 WP_109807231.1 WP_109807231.1 100 214 0 0 1 214 1 214 3.13e-150 414 WP_101272247.1 WP_101272247.1 100 394 0 0 1 394 1 394 1.64e-290 784 WP_101272247.1 WP_180230190.1 35.9 334 212 2 15 347 2 334 4.49e-72 227 MBT2573851.1 MBT2573851.1 100 102 0 0 1 102 1 102 1.54e-71 206 MBT2573851.1 MCI6629070.1 36.1 97 62 0 5 101 18 114 4.56e-21 79.3 MBT2573851.1 WP_054621512.1 39.8 93 54 2 9 100 10 101 3.45e-17 68.9 KAJ2336672.1 KAJ2336672.1 100 922 0 0 1 922 1 922 0.0 1775 XP_021098423.1 XP_021098423.1 100 320 0 0 1 320 1 320 1.28e-236 641 MCP4641540.1 MCP4641540.1 100 445 0 0 1 445 1 445 0.0 917 MCP4641540.1 MCH8293010.1 23.6 220 142 6 126 323 60 275 6.73e-07 49.3 MBN1977789.1 MBN1977789.1 100 849 0 0 1 849 1 849 0.0 1653 OIT39507.1 OIT39507.1 100 400 0 0 1 400 1 400 2.40e-254 693 WP_022748957.1 WP_022748957.1 100 374 0 0 1 374 1 374 1.94e-256 696 WP_022748957.1 EJS0734484.1 43.1 325 176 4 57 374 26 348 1.26e-80 249 WP_022748957.1 WP_114054641.1 29.1 320 206 8 55 363 2 311 2.51e-31 119 MBA4289549.1 MBA4289549.1 100 94 0 0 1 94 1 94 1.88e-66 192 MBD58399.1 MBD58399.1 100 575 0 0 1 575 1 575 0.0 1054 MBD58399.1 WP_224419934.1 42.9 562 313 4 18 574 17 575 2.28e-137 409 WP_171396840.1 WP_171396840.1 100 426 0 0 1 426 1 426 2.03e-298 806 WP_064060986.1 WP_064060986.1 100 576 0 0 1 576 1 576 0.0 1130 WP_064060986.1 HBR1243745.1 36.2 447 245 13 6 434 23 447 6.33e-64 217 MCH4268493.1 MCH4268493.1 100 444 0 0 1 444 1 444 9.85e-306 827 GFY83906.1 GFY83906.1 100 137 0 0 1 137 1 137 3.15e-92 261 WP_132558606.1 WP_132558606.1 100 358 0 0 1 358 1 358 3.25e-240 654 WP_164300700.1 WP_164300700.1 100 250 0 0 1 250 1 250 1.19e-190 519 XP_016071528.1 XP_016071528.1 100 433 0 0 1 433 1 433 4.98e-298 806 WP_143662806.1 WP_143662806.1 100 184 0 0 1 184 1 184 5.59e-136 375 WP_234538829.1 WP_234538829.1 100 524 0 0 1 524 1 524 0.0 936 WP_234538829.1 HBR1104065.1 31.0 526 325 14 25 521 27 543 3.29e-40 151 MBK7529683.1 MBK7529683.1 100 343 0 0 1 343 1 343 6.28e-235 639 MBK7529683.1 GBD99233.1 30.2 199 132 2 96 294 39 230 5.12e-27 106 WP_007683719.1 WP_007683719.1 100 85 0 0 1 85 1 85 1.46e-59 174 WP_007683719.1 WP_137974759.1 57.6 85 35 1 1 85 1 84 8.67e-27 92.0 WP_067782871.1 WP_067782871.1 100 305 0 0 1 305 1 305 2.76e-228 619 WP_067782871.1 WP_279399778.1 59.4 303 119 3 4 304 5 305 4.28e-126 360 WP_067782871.1 MBI1736306.1 36.8 307 190 3 1 304 1 306 7.42e-62 197 WP_067782871.1 MBI5966481.1 38.3 300 172 6 15 303 16 313 3.62e-59 190 WP_067782871.1 WP_220615956.1 34.7 300 176 8 21 301 54 352 1.62e-45 156 WP_067782871.1 WP_276638014.1 30.0 313 200 4 8 301 37 349 1.04e-41 146 WP_067782871.1 MBJ7531026.1 50.0 136 63 3 4 136 8 141 3.34e-36 125 WP_067782871.1 MBQ1540263.1 30.9 269 159 7 13 280 31 273 1.06e-27 107 WP_067782871.1 HAR4359619.1 31.4 204 125 4 82 284 76 265 9.03e-21 88.2 HIR66791.1 HIR66791.1 100 336 0 0 1 336 1 336 1.11e-245 665 XP_027540421.1 XP_027540421.1 100 408 0 0 1 408 1 408 1.33e-303 818 XP_027540421.1 WP_019585553.1 32.4 383 248 6 29 402 14 394 1.80e-59 197 XP_027540421.1 WP_019444443.1 32.4 321 201 7 95 406 7 320 3.29e-45 157 XP_027540421.1 MBL4853947.1 29.9 335 211 7 80 406 65 383 1.95e-36 135 WP_194544138.1 WP_194544138.1 100 243 0 0 1 243 1 243 1.05e-176 483 WP_194544138.1 MBQ5584458.1 41.5 217 123 1 13 229 4 216 3.65e-58 182 WP_194544138.1 WP_069156513.1 42.0 231 130 3 13 242 5 232 3.63e-56 177 WP_194544138.1 WP_026893585.1 38.5 226 129 2 11 236 3 218 3.49e-45 149 WP_194544138.1 EAG2350674.1 51.7 116 56 0 13 128 5 120 1.91e-41 136 WP_194544138.1 MBP1530348.1 32.2 230 143 3 13 242 4 220 4.03e-40 136 WP_194544138.1 WP_186723788.1 33.3 237 143 3 1 236 1 223 1.01e-38 133 WP_194544138.1 WP_007708736.1 33.2 229 146 3 11 236 2 226 5.07e-33 118 WP_194544138.1 MCL7714424.1 31.5 213 135 2 11 220 3 207 5.23e-32 115 MBY0273331.1 MBY0273331.1 100 774 0 0 1 774 1 774 0.0 1434 MBY0273331.1 KAJ6994162.1 35.7 784 444 19 5 736 32 807 1.46e-119 381 MBY0273331.1 WP_049009918.1 29.7 688 409 18 66 687 127 805 8.26e-59 213 MBY0273331.1 WP_278631399.1 29.0 694 402 20 7 625 21 698 2.63e-58 211 MBY0273331.1 WP_235126772.1 28.5 713 423 18 5 632 14 724 4.03e-56 205 MBY0273331.1 MBE6688122.1 29.6 771 427 28 7 677 21 775 2.00e-55 203 MBY0273331.1 WP_019100427.1 29.6 665 375 22 7 586 50 706 1.59e-53 198 MBY0273331.1 WP_074319120.1 28.2 479 306 7 102 578 246 688 9.30e-37 146 MBY0273331.1 OFX32653.1 25.5 525 353 8 58 578 77 567 1.64e-33 135 MBY0273331.1 KAA0114277.1 28.4 542 312 17 164 637 227 760 5.35e-33 135 MBY0273331.1 WP_041591748.1 25.0 551 361 12 38 581 84 589 2.99e-32 131 MBY0273331.1 MBE5737882.1 23.9 606 396 14 59 602 85 687 1.35e-30 127 MBY0273331.1 XP_009147075.2 28.5 270 174 6 425 677 709 976 3.70e-20 94.4 MBY0273331.1 KAF5671546.1 30.1 229 136 7 427 635 743 967 6.54e-15 77.4 MBY0273331.1 WP_176307440.1 24.8 512 309 17 71 577 282 722 1.68e-12 69.3 WP_263205390.1 WP_263205390.1 100 258 0 0 1 258 1 258 2.32e-201 547 WP_024410349.1 WP_024410349.1 100 333 0 0 1 333 1 333 2.03e-235 639 WP_024410349.1 OJG95819.1 38.1 333 203 2 1 332 5 335 3.87e-73 228 MBQ9146327.1 MBQ9146327.1 100 239 0 0 1 239 1 239 9.35e-178 486 MBC8266069.1 MBC8266069.1 100 382 0 0 1 382 1 382 3.65e-281 759 MBL7705960.1 MBL7705960.1 100 190 0 0 1 190 1 190 5.97e-134 371 MBL7705960.1 KEP75282.1 54.0 176 81 0 7 182 11 186 3.69e-66 199 KAG0597131.1 KAG0597131.1 100 146 0 0 1 146 1 146 1.85e-102 288 WP_164706884.1 WP_164706884.1 100 106 0 0 1 106 1 106 3.99e-78 223 WP_090874869.1 WP_090874869.1 100 341 0 0 1 341 1 341 2.02e-255 691 WP_028781258.1 WP_028781258.1 100 263 0 0 1 263 1 263 4.81e-192 524 MBT3931813.1 MBT3931813.1 100 201 0 0 1 201 1 201 1.64e-150 414 MBT3931813.1 WP_096277301.1 34.7 193 117 3 10 201 276 460 2.07e-31 117 WP_235903398.1 WP_235903398.1 100 200 0 0 1 200 1 200 3.05e-141 390 MBR0144760.1 MBR0144760.1 100 371 0 0 1 371 1 371 5.01e-262 710 MBR0144760.1 MBQ7693256.1 45.6 309 161 1 1 309 1 302 3.20e-84 256 QPX63240.1 QPX63240.1 100 438 0 0 1 438 1 438 0.0 865 XP_050578957.1 XP_050578957.1 100 1273 0 0 1 1273 1 1273 0.0 2619 XP_050578957.1 MBL04873.1 23.1 212 116 5 803 983 3 198 2.75e-06 49.7 MBK5104727.1 MBK5104727.1 100 245 0 0 1 245 1 245 3.22e-172 472 MBK5104727.1 WP_251874466.1 38.6 223 134 2 23 245 18 237 4.17e-47 157 MBK5104727.1 WP_058635033.1 33.8 222 144 2 24 245 18 236 1.54e-39 137 CAD7234202.1 CAD7234202.1 100 154 0 0 1 154 1 154 1.30e-74 218 PZR72038.1 PZR72038.1 100 236 0 0 1 236 1 236 7.12e-176 481 KAG1302368.1 KAG1302368.1 100 78 0 0 1 78 1 78 2.66e-52 155 WP_101574454.1 WP_101574454.1 100 93 0 0 1 93 1 93 1.50e-58 172 PWI72242.1 PWI72242.1 100 522 0 0 1 522 1 522 0.0 1073 PWI72242.1 KAJ5060329.1 28.2 510 327 14 22 502 11 510 9.68e-52 182 PWI72242.1 KAG9084682.1 31.3 396 248 8 82 456 30 422 2.56e-50 177 PWI72242.1 XP_028717800.1 26.6 481 314 13 22 479 9 473 1.50e-40 151 PWI72242.1 XP_046922164.1 23.5 464 299 9 5 457 1 419 3.43e-24 103 UZY22531.1 UZY22531.1 100 341 0 0 1 341 1 341 1.22e-256 694 UZY22531.1 AFV39595.1 99.4 341 2 0 1 341 660 1000 3.95e-246 692 AMC51858.1 AMC51858.1 100 122 0 0 1 122 1 122 6.20e-85 241 WP_072519951.1 WP_072519951.1 100 122 0 0 1 122 1 122 2.63e-86 245 WP_240226434.1 WP_240226434.1 100 128 0 0 1 128 1 128 3.13e-90 255 WP_261695383.1 WP_261695383.1 100 133 0 0 1 133 1 133 4.90e-85 243 WP_261695383.1 WP_208947654.1 34.6 130 82 2 1 127 1 130 3.83e-12 58.2 WP_137974759.1 WP_137974759.1 100 84 0 0 1 84 1 84 4.72e-60 176 WP_137974759.1 WP_007683719.1 57.6 85 35 1 1 84 1 85 2.57e-28 95.9 XP_047856915.1 XP_047856915.1 100 158 0 0 1 158 1 158 4.60e-111 310 EYC35406.1 EYC35406.1 100 161 0 0 1 161 1 161 1.72e-112 314 WP_256304635.1 WP_256304635.1 100 678 0 0 1 678 1 678 0.0 1333 EPS43711.1 EPS43711.1 100 439 0 0 1 439 1 439 0.0 882 EPS43711.1 XP_009403500.1 37.4 155 87 4 6 153 181 332 1.05e-22 98.6 WP_033611379.1 WP_033611379.1 100 331 0 0 1 331 1 331 3.82e-239 649 MSE05949.1 MSE05949.1 100 259 0 0 1 259 1 259 3.49e-183 501 MBA4269667.1 MBA4269667.1 100 761 0 0 1 761 1 761 0.0 1477 WP_132448671.1 WP_132448671.1 100 131 0 0 1 131 1 131 1.36e-90 256 BBI69300.1 BBI69300.1 100 434 0 0 1 434 1 434 1.79e-312 843 BBI69300.1 WP_000576638.1 58.9 287 115 1 3 289 537 820 1.20e-107 335 WP_011313080.1 WP_011313080.1 100 306 0 0 1 306 1 306 1.57e-214 584 WP_011313080.1 WP_150071802.1 48.0 298 152 3 4 301 3 297 3.11e-80 244 EBG8325683.1 EBG8325683.1 100 151 0 0 1 151 1 151 4.86e-114 317 WP_139918144.1 WP_139918144.1 100 340 0 0 1 340 1 340 2.06e-243 660 NIP96332.1 NIP96332.1 100 316 0 0 1 316 1 316 1.39e-238 646 WGP98278.1 WGP98278.1 100 7096 0 0 1 7096 1 7096 0.0 11630 WGP98278.1 QWC83326.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11612 WGP98278.1 QSZ25555.1 84.9 7096 1068 0 1 7096 1 7096 0.0 11609 WGP98278.1 WEU87158.1 85.0 7096 1067 0 1 7096 1 7096 0.0 11607 WGP98278.1 QZU16279.1 85.3 7096 1045 0 1 7096 1 7096 0.0 11601 WGP98278.1 UBP50947.1 84.9 7096 1070 0 1 7096 1 7096 0.0 11600 WGP98278.1 QVD87869.1 84.9 7096 1067 1 1 7096 1 7093 0.0 11598 WGP98278.1 UBD95131.1 84.9 7096 1071 0 1 7096 1 7096 0.0 11597 WGP98278.1 UIR12670.1 85.3 7096 1040 2 1 7096 1 7092 0.0 11593 WGP98278.1 UPA83906.1 85.5 7096 1023 2 1 7096 1 7092 0.0 11593 WGP98278.1 UEC52718.1 84.9 7096 1074 0 1 7096 1 7096 0.0 11591 WGP98278.1 UMF87224.1 84.6 7096 1091 2 1 7096 1 7092 0.0 11583 WGP98278.1 UZO53924.1 84.8 7096 1074 1 1 7096 1 7093 0.0 11582 WGP98278.1 UVB16817.1 84.8 7096 1073 1 1 7096 1 7093 0.0 11581 WGP98278.1 URQ55824.1 84.8 7096 1074 1 1 7096 1 7093 0.0 11581 WGP98278.1 UBR86455.1 85.0 7095 1061 0 2 7096 1 7095 0.0 11540 WGP98278.1 UCP72061.1 84.2 7096 1119 0 1 7096 1 7096 0.0 11452 WGP98278.1 UXX67934.1 84.1 7096 1123 1 1 7096 1 7093 0.0 11445 WGP98278.1 UCP77012.1 84.1 7096 1129 0 1 7096 1 7096 0.0 11441 WGP98278.1 UGA79226.1 85.3 6961 1024 0 1 6961 1 6961 0.0 11391 WGP98278.1 UAQ80067.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11390 WGP98278.1 UKN67998.1 83.4 7076 1174 2 21 7096 1 7072 0.0 11296 WGP98278.1 WHE12941.1 83.2 7070 1185 1 27 7096 1 7067 0.0 11269 WGP98278.1 UVI10561.1 82.4 7069 1240 1 28 7096 1 7066 0.0 11045 WGP98278.1 UOU30556.1 83.3 7096 1180 1 1 7096 1 7093 0.0 11036 WP_190797347.1 WP_190797347.1 100 67 0 0 1 67 1 67 8.42e-42 128 WP_068647811.1 WP_068647811.1 100 138 0 0 1 138 1 138 1.82e-87 249 WP_201413968.1 WP_201413968.1 100 120 0 0 1 120 1 120 3.10e-84 239 WP_269082627.1 WP_269082627.1 100 40 0 0 1 40 1 40 1.15e-21 75.9 OQR96432.1 OQR96432.1 100 224 0 0 1 224 1 224 8.06e-176 479 MCA9916937.1 MCA9916937.1 100 752 0 0 1 752 1 752 0.0 1504 GIC06559.1 GIC06559.1 100 731 0 0 1 731 1 731 0.0 1414 GIC06559.1 WP_008045531.1 42.7 747 395 14 8 731 24 760 9.47e-173 512 GIC06559.1 NUQ31250.1 26.1 295 164 8 432 725 106 347 2.19e-16 79.7 WP_256588339.1 WP_256588339.1 100 145 0 0 1 145 1 145 6.48e-107 299 WP_209511935.1 WP_209511935.1 100 171 0 0 1 171 1 171 5.65e-116 324 WP_169872418.1 WP_169872418.1 100 228 0 0 1 228 1 228 1.13e-159 439 MSZ29533.1 MSZ29533.1 100 1044 0 0 1 1044 1 1044 0.0 2127 MSZ29533.1 MCL6457358.1 40.7 1007 571 11 15 1012 14 1003 2.76e-266 773 MSZ29533.1 WP_081224968.1 28.5 832 525 24 15 809 24 822 1.43e-90 308 MSZ29533.1 SCL13606.1 24.5 864 548 27 11 834 59 858 5.70e-42 164 MSZ29533.1 WP_194957532.1 21.9 841 468 40 22 791 16 738 7.18e-16 80.9 MSZ29533.1 XP_053592881.1 25.6 254 133 8 435 636 398 647 1.22e-12 70.5 MSZ29533.1 WP_233286789.1 31.4 105 69 2 520 624 378 479 1.22e-04 44.3 EJW7579374.1 EJW7579374.1 100 293 0 0 1 293 1 293 7.22e-193 528 EJW7579374.1 EIH4263652.1 96.2 260 10 0 34 293 296 555 2.39e-155 444 EJW7579374.1 EFN5389376.1 95.7 258 11 0 36 293 187 444 8.40e-145 429 EJW7579374.1 KDT27382.1 93.5 245 16 0 49 293 1 245 2.56e-135 399 EJW7579374.1 HAN0352225.1 65.6 291 98 1 5 293 1 291 3.16e-128 373 EJW7579374.1 EFL5817307.1 92.2 232 18 0 35 266 250 481 2.23e-126 367 MBM3780037.1 MBM3780037.1 100 129 0 0 1 129 1 129 9.29e-88 249 WP_130537043.1 WP_130537043.1 100 364 0 0 1 364 1 364 2.85e-253 687 WP_129553552.1 WP_129553552.1 100 308 0 0 1 308 1 308 2.05e-211 577 WP_129553552.1 TAH42824.1 43.6 220 124 0 65 284 4 223 2.58e-55 177 SDI97994.1 SDI97994.1 100 104 0 0 1 104 1 104 8.50e-70 202 OQY55840.1 OQY55840.1 100 144 0 0 1 144 1 144 1.94e-103 290 WP_006761119.1 WP_006761119.1 100 84 0 0 1 84 1 84 1.21e-53 159 WP_132579575.1 WP_132579575.1 100 72 0 0 1 72 1 72 9.36e-48 144 WP_132579575.1 WP_109124355.1 40.4 52 31 0 15 66 155 206 1.68e-06 41.6 WP_220073286.1 WP_220073286.1 100 499 0 0 1 499 1 499 0.0 1008 XP_055198731.1 XP_055198731.1 100 200 0 0 1 200 1 200 3.07e-159 436 MBQ8417539.1 MBQ8417539.1 100 211 0 0 1 211 1 211 9.41e-155 425 MBQ8417539.1 WP_242161393.1 46.2 212 113 1 1 211 1 212 2.44e-62 191 MBQ8417539.1 MBI5405531.1 35.9 198 125 2 1 196 1 198 4.09e-36 124 KAJ1449837.1 KAJ1449837.1 100 977 0 0 1 977 1 977 0.0 1541 WP_000576638.1 WP_000576638.1 100 821 0 0 1 821 1 821 0.0 1621 WP_000576638.1 WP_184601943.1 45.7 771 408 4 35 804 41 801 1.60e-228 661 WP_000576638.1 BBI69300.1 58.9 287 115 1 537 820 3 289 9.92e-110 341 WP_000576638.1 MBL6847974.1 26.7 359 227 13 131 478 11 344 1.92e-18 86.7 WP_000576638.1 RYZ40664.1 24.3 268 170 9 221 481 111 352 2.86e-08 55.1 WP_000576638.1 WP_083349422.1 41.9 43 25 0 215 257 102 144 4.99e-04 41.6 MYS48845.1 MYS48845.1 100 226 0 0 1 226 1 226 4.41e-156 430 XP_022120389.2 XP_022120389.2 100 180 0 0 1 180 1 180 6.79e-126 350 WP_199936433.1 WP_199936433.1 100 643 0 0 1 643 1 643 0.0 1311 WP_095556548.1 WP_095556548.1 100 426 0 0 1 426 1 426 7.41e-301 813 WP_095556548.1 MBO0691049.1 33.0 361 208 11 42 401 1 328 2.35e-29 115 NLN79518.1 NLN79518.1 100 100 0 0 1 100 1 100 3.26e-72 207 WP_139032727.1 WP_139032727.1 100 585 0 0 1 585 1 585 0.0 1088 WP_139032727.1 WP_149397594.1 35.0 537 328 7 23 558 23 539 6.54e-100 313 WP_029364876.1 WP_029364876.1 100 193 0 0 1 193 1 193 7.00e-148 406 WP_029364876.1 WP_271268402.1 67.3 196 59 2 1 192 198 392 2.15e-96 285 HIG96475.1 HIG96475.1 100 283 0 0 1 283 1 283 1.38e-201 550 XP_012066326.1 XP_012066326.1 100 156 0 0 1 156 1 156 6.06e-106 297 WP_274604755.1 WP_274604755.1 100 250 0 0 1 250 1 250 1.16e-172 474 WP_274604755.1 WP_212663497.1 40.4 47 28 0 11 57 216 262 1.83e-05 43.5 MBL0280791.1 MBL0280791.1 100 771 0 0 1 771 1 771 0.0 1540 XP_024081758.1 XP_024081758.1 100 2688 0 0 1 2688 1 2688 0.0 4706 KFK25655.1 KFK25655.1 100 256 0 0 1 256 1 256 1.13e-182 499 WP_176572922.1 WP_176572922.1 100 222 0 0 1 222 1 222 9.98e-151 416 WP_176572922.1 WP_091735241.1 55.6 216 95 1 6 221 4 218 6.23e-70 211 XP_039286754.1 XP_039286754.1 100 274 0 0 1 274 1 274 1.44e-178 491 XP_039286754.1 XP_024696459.1 30.2 172 102 4 112 267 307 476 9.88e-10 57.0 MBK7906023.1 MBK7906023.1 100 401 0 0 1 401 1 401 8.47e-292 788 MBK7906023.1 MBV9252674.1 33.7 264 142 7 31 265 21 280 5.36e-30 115 MCP4742086.1 MCP4742086.1 100 241 0 0 1 241 1 241 2.00e-164 452 WGY84075.1 WGY84075.1 100 563 0 0 1 563 1 563 0.0 1118 RMG09135.1 RMG09135.1 100 189 0 0 1 189 1 189 9.74e-119 332 XP_016192053.1 XP_016192053.1 100 277 0 0 1 277 1 277 1.11e-213 580 RZJ10574.1 RZJ10574.1 100 245 0 0 1 245 1 245 6.05e-177 484 MBQ6246919.1 MBQ6246919.1 100 372 0 0 1 372 1 372 4.15e-266 720 MBE5709430.1 MBE5709430.1 100 253 0 0 1 253 1 253 6.77e-178 487 MBQ8297564.1 MBQ8297564.1 100 575 0 0 1 575 1 575 0.0 1044 MBQ8297564.1 NFD84694.1 37.2 532 325 5 44 569 230 758 4.94e-98 313 MBQ8297564.1 MBQ4454347.1 31.8 475 322 2 89 562 95 568 1.33e-76 252 MBQ8297564.1 WP_195368055.1 32.9 490 309 6 87 566 92 571 4.52e-73 242 MBQ8297564.1 WP_036258374.1 34.1 534 316 8 60 574 52 568 1.20e-70 236 MBQ8297564.1 WP_195238978.1 35.4 319 202 2 253 569 404 720 1.11e-55 198 MBQ8297564.1 KAI9191373.1 29.4 384 243 5 183 562 246 605 6.04e-48 177 MBQ8297564.1 MBT3459617.1 41.6 214 124 1 350 562 1 214 9.36e-48 164 MBQ8297564.1 KAJ2660037.1 33.9 227 148 2 330 556 1807 2031 2.34e-34 137 MBQ8297564.1 KAF9974715.1 29.2 312 211 4 255 558 1021 1330 2.68e-34 137 MBQ8297564.1 WP_247749043.1 32.0 250 163 4 328 572 354 601 1.98e-33 133 MBQ8297564.1 WP_222599035.1 29.4 299 209 2 259 556 391 688 1.46e-31 128 MBQ8297564.1 WP_038440434.1 22.4 491 367 5 89 574 92 573 2.83e-30 123 MBQ8297564.1 WP_041481207.1 30.0 240 168 0 300 539 303 542 4.28e-29 119 MBQ8297564.1 MWR41881.1 30.8 224 130 7 347 556 41 253 4.97e-20 88.6 MBQ8297564.1 WP_278489123.1 31.6 228 142 5 348 568 26 246 4.39e-18 83.2 MBQ8297564.1 WP_237907640.1 26.4 216 136 5 353 558 22 224 6.46e-17 80.9 MBQ8297564.1 WP_142133210.1 30.3 211 136 5 350 554 26 231 2.40e-16 77.4 MBQ8297564.1 WP_258581409.1 28.2 213 136 7 350 555 19 221 1.32e-14 73.9 MBQ8297564.1 WP_072380563.1 27.0 237 148 8 332 555 2 226 1.66e-13 68.9 MBQ8297564.1 WP_192324556.1 28.3 226 120 7 349 550 344 551 1.14e-12 68.9 MBQ8297564.1 WP_145468487.1 29.8 171 102 5 351 512 27 188 1.57e-11 62.8 MBQ8297564.1 MCH4209672.1 31.1 148 88 4 355 502 403 536 5.44e-11 63.5 MBQ8297564.1 RUU66461.1 26.6 218 147 6 349 557 105 318 1.36e-10 61.6 MBQ8297564.1 HBO4828144.1 24.9 197 134 5 349 541 29 215 1.36e-09 57.8 WP_039930315.1 WP_039930315.1 100 219 0 0 1 219 1 219 2.44e-145 402 KAF1039360.1 KAF1039360.1 100 420 0 0 1 420 1 420 8.22e-295 797 KAF1039360.1 WP_109993532.1 47.0 149 79 0 271 419 339 487 1.37e-33 129 WP_222952672.1 WP_222952672.1 100 342 0 0 1 342 1 342 1.39e-242 658 WP_222952672.1 WP_021500824.1 27.7 300 186 5 8 285 5 295 3.17e-17 79.7 WP_091759775.1 WP_091759775.1 100 443 0 0 1 443 1 443 1.80e-312 843 WP_219486374.1 WP_219486374.1 100 327 0 0 1 327 1 327 5.65e-239 648 WP_055091847.1 WP_055091847.1 100 240 0 0 1 240 1 240 3.91e-166 456 WP_238837572.1 WP_238837572.1 100 271 0 0 1 271 1 271 1.83e-200 546 WP_238837572.1 WP_104459365.1 31.2 263 169 7 3 263 16 268 2.50e-31 115 WP_238837572.1 MBX8197149.1 31.6 253 158 6 3 254 5 243 2.90e-29 110 EHK3702610.1 EHK3702610.1 100 108 0 0 1 108 1 108 1.05e-74 214 EFV8345964.1 EFV8345964.1 100 257 0 0 1 257 1 257 5.85e-165 455 MBB2134936.1 MBB2134936.1 100 24 0 0 1 24 1 24 2.86e-16 61.2 WP_162485939.1 WP_162485939.1 100 196 0 0 1 196 1 196 2.51e-138 382 KFF47610.1 KFF47610.1 100 445 0 0 1 445 1 445 7.02e-311 840 KFF47610.1 WP_107352122.1 51.8 438 204 4 6 442 7 438 1.08e-143 416 KFF47610.1 MBI2528438.1 37.3 118 61 4 18 130 15 124 7.02e-08 52.4 KFF47610.1 WP_173283317.1 29.7 148 71 4 19 141 11 150 1.16e-06 48.5 HBC7850765.1 HBC7850765.1 100 184 0 0 1 184 1 184 5.37e-134 370 WP_026729912.1 WP_026729912.1 100 222 0 0 1 222 1 222 6.82e-158 434 MBU2837240.1 MBU2837240.1 100 143 0 0 1 143 1 143 2.02e-100 282 MCH5231772.1 MCH5231772.1 100 541 0 0 1 541 1 541 0.0 1063 MCH5231772.1 OQA35671.1 31.0 536 355 5 1 527 1 530 2.59e-79 259 MCH5231772.1 WP_089095302.1 28.2 532 357 11 1 521 3 520 9.92e-61 209 MCH5231772.1 WP_173040157.1 25.9 505 327 9 16 511 20 486 9.97e-42 156 MCH5231772.1 WP_041710957.1 23.2 564 313 13 1 523 3 487 3.91e-36 140 MCH5231772.1 WP_132175930.1 26.5 226 140 6 9 230 35 238 2.21e-13 69.7 MCH5231772.1 MCB0243881.1 35.7 70 41 1 147 212 137 206 1.57e-05 44.7 MCE1200518.1 MCE1200518.1 100 201 0 0 1 201 1 201 1.70e-143 396 CAA9338705.1 CAA9338705.1 100 361 0 0 1 361 1 361 1.07e-251 683 XP_011822310.1 XP_011822310.1 100 282 0 0 1 282 1 282 1.31e-219 595 XP_011822310.1 GAA38267.2 38.5 247 123 8 38 273 259 487 7.12e-45 156 XP_011822310.1 KAH8394604.1 30.1 249 145 10 38 274 21 252 8.86e-21 87.4 MBE6491651.1 MBE6491651.1 100 188 0 0 1 188 1 188 7.32e-143 393 WP_255632456.1 WP_255632456.1 100 142 0 0 1 142 1 142 2.28e-101 285 WP_120851940.1 WP_120851940.1 100 246 0 0 1 246 1 246 1.61e-177 486 WP_230269925.1 WP_230269925.1 100 190 0 0 1 190 1 190 1.26e-135 375 QBL97920.1 QBL97920.1 100 809 0 0 1 809 1 809 0.0 1254 KAJ3865263.1 KAJ3865263.1 100 1113 0 0 1 1113 1 1113 0.0 2147 NDJ88951.1 NDJ88951.1 100 550 0 0 1 550 1 550 0.0 1097 NDJ88951.1 RLB66027.1 29.1 537 333 19 3 523 1 505 8.15e-45 164 NDJ88951.1 WP_112119927.1 23.2 526 330 13 3 523 1 457 1.75e-26 110 NDJ88951.1 HBN9628875.1 25.6 527 326 18 17 525 694 1172 4.66e-24 105 NDJ88951.1 XP_052525039.1 24.3 548 324 19 27 523 124 631 1.22e-18 87.8 NDJ88951.1 WP_254101325.1 24.2 533 339 22 27 523 105 608 3.06e-15 77.0 NDJ88951.1 EJG3313804.1 21.5 381 256 13 98 459 83 439 5.10e-06 47.4 MBQ2085260.1 MBQ2085260.1 100 143 0 0 1 143 1 143 8.57e-102 286 KAH3670308.1 KAH3670308.1 100 286 0 0 1 286 1 286 4.63e-144 404 WP_013611731.1 WP_013611731.1 100 141 0 0 1 141 1 141 3.94e-106 296 SFX27592.1 SFX27592.1 100 692 0 0 1 692 1 692 0.0 1338 SFX27592.1 OFX32653.1 31.6 588 364 13 127 687 41 617 3.94e-75 253 SFX27592.1 WP_074319120.1 31.6 535 353 5 162 687 208 738 4.68e-69 238 SFX27592.1 HCT06136.1 29.5 509 341 10 140 635 195 698 1.36e-62 220 SFX27592.1 WP_041591748.1 27.6 558 383 8 141 687 89 636 9.15e-58 205 SFX27592.1 MBI6149093.1 27.6 555 387 9 142 687 218 766 2.45e-57 206 SFX27592.1 WP_278631399.1 27.2 147 78 3 511 629 501 646 1.55e-10 62.8 KAJ1918571.1 KAJ1918571.1 100 231 0 0 1 231 1 231 7.96e-166 455 WP_190728164.1 WP_190728164.1 100 82 0 0 1 82 1 82 3.13e-55 163 MCD1648821.1 MCD1648821.1 100 114 0 0 1 114 1 114 1.06e-79 228 WP_002318774.1 WP_002318774.1 100 671 0 0 1 671 1 671 0.0 1284 GDX50632.1 GDX50632.1 100 259 0 0 1 259 1 259 7.13e-192 523 GDX50632.1 MCB0558738.1 49.2 240 120 2 21 259 4 242 3.07e-74 224 PZR90627.1 PZR90627.1 100 356 0 0 1 356 1 356 7.27e-252 683 PZR90627.1 NEO63080.1 42.4 321 181 3 36 352 50 370 3.32e-73 230 PZR90627.1 KAH8969015.1 38.9 329 187 4 10 329 137 460 2.23e-53 181 PZR90627.1 WP_247072383.1 36.0 331 200 8 10 334 13 337 7.65e-48 164 MCM1122913.1 MCM1122913.1 100 73 0 0 1 73 1 73 1.00e-47 144 MCM1122913.1 WP_223292749.1 47.8 69 36 0 3 71 7 75 1.30e-18 70.9 MCM1122913.1 WP_186939222.1 45.2 73 40 0 1 73 1 73 4.66e-16 68.9 WP_154963182.1 WP_154963182.1 100 1020 0 0 1 1020 1 1020 0.0 1935 WP_154963182.1 WP_172616972.1 28.3 1006 692 13 18 1008 23 1014 6.45e-109 361 WP_154963182.1 WP_039608285.1 24.7 1036 730 19 1 1014 1 1008 3.87e-65 237 WP_154963182.1 WP_133325549.1 23.3 1058 701 23 1 1008 1 997 1.33e-51 195 WP_154963182.1 WP_096647361.1 23.4 1061 732 25 3 1013 5 1034 3.24e-41 162 WP_154963182.1 WP_265225845.1 22.8 1072 750 27 1 1012 1 1054 4.52e-41 162 UKU68032.1 UKU68032.1 100 4401 0 0 1 4401 1 4401 0.0 8618 UKU68032.1 ULA23837.2 99.6 4401 18 0 1 4401 1 4401 0.0 8611 UKU68032.1 UIR12670.1 99.6 4397 16 0 1 4397 1 4397 0.0 8609 UKU68032.1 UXH94526.1 99.6 4401 19 0 1 4401 1 4401 0.0 8607 UKU68032.1 UPA83906.1 99.5 4397 20 0 1 4397 1 4397 0.0 8598 UKU68032.1 UMF87224.1 99.1 4397 40 0 1 4397 1 4397 0.0 8596 UKU68032.1 QTD03487.1 99.3 4405 27 2 1 4401 1 4405 0.0 8591 UKU68032.1 QXR94354.1 99.3 4402 28 1 1 4401 1 4402 0.0 8590 UKU68032.1 UPP41269.1 99.3 4402 29 1 1 4401 1 4402 0.0 8589 UKU68032.1 QTM79632.1 99.3 4402 31 1 1 4401 1 4402 0.0 8588 UKU68032.1 USR14792.1 99.3 4402 30 1 1 4401 1 4402 0.0 8587 UKU68032.1 UZO53924.1 99.4 4398 27 1 1 4397 1 4398 0.0 8586 UKU68032.1 QWC83326.1 99.4 4401 24 2 1 4397 1 4401 0.0 8585 UKU68032.1 UVB16817.1 99.4 4398 27 1 1 4397 1 4398 0.0 8584 UKU68032.1 QTZ27226.1 99.2 4402 33 1 1 4401 1 4402 0.0 8583 UKU68032.1 QVD87869.1 99.4 4398 27 1 1 4397 1 4398 0.0 8583 UKU68032.1 URQ55824.1 99.3 4398 28 1 1 4397 1 4398 0.0 8583 UKU68032.1 QSZ25555.1 99.3 4401 26 2 1 4397 1 4401 0.0 8583 UKU68032.1 UFM00670.1 99.2 4405 30 2 1 4401 1 4405 0.0 8581 UKU68032.1 WEU87158.1 99.3 4401 26 2 1 4397 1 4401 0.0 8580 UKU68032.1 UEC68750.1 99.2 4405 30 2 1 4401 1 4405 0.0 8579 UKU68032.1 UBP50947.1 99.3 4401 27 2 1 4397 1 4401 0.0 8577 UKU68032.1 QZU16279.1 99.3 4401 27 2 1 4397 1 4401 0.0 8577 UKU68032.1 UBD95131.1 99.3 4401 27 2 1 4397 1 4401 0.0 8576 UKU68032.1 UHM53165.1 99.2 4405 30 2 1 4401 1 4405 0.0 8576 NUP45658.1 NUP45658.1 100 226 0 0 1 226 1 226 9.66e-160 439 WP_041591748.1 WP_041591748.1 100 653 0 0 1 653 1 653 0.0 1224 WP_041591748.1 OFX32653.1 35.8 559 349 5 89 638 62 619 1.85e-98 313 WP_041591748.1 HCT06136.1 33.2 549 350 4 89 625 196 739 2.22e-90 295 WP_041591748.1 MBI6149093.1 33.6 554 360 5 90 638 218 768 9.05e-88 288 WP_041591748.1 WP_074319120.1 30.4 542 352 8 110 637 209 739 1.50e-62 219 WP_041591748.1 SFX27592.1 27.3 556 385 6 90 636 142 687 1.14e-53 194 WP_041591748.1 MBY0273331.1 24.2 550 367 10 84 589 38 581 1.92e-34 138 WP_041591748.1 WP_176307440.1 24.0 441 308 10 152 585 311 731 2.96e-22 100 WP_041591748.1 WP_278631399.1 28.5 214 107 4 424 595 450 659 1.32e-12 69.3 WP_041591748.1 WP_019100427.1 26.1 142 80 1 462 578 549 690 8.37e-11 63.5 WP_041591748.1 MBE5737882.1 29.0 162 83 4 462 591 511 672 1.88e-10 62.4 EED8954498.1 EED8954498.1 100 559 0 0 1 559 1 559 0.0 1051 EED8954498.1 CRZ84703.1 51.7 234 103 3 281 506 3 234 1.18e-49 179 MBU0638288.1 MBU0638288.1 100 648 0 0 1 648 1 648 0.0 1310 XP_023618023.1 XP_023618023.1 100 995 0 0 1 995 1 995 0.0 1904 KAJ7901288.1 KAJ7901288.1 100 416 0 0 1 416 1 416 1.08e-176 498 WP_005969797.1 WP_005969797.1 100 108 0 0 1 108 1 108 3.97e-70 203 WP_168976500.1 WP_168976500.1 100 578 0 0 1 578 1 578 0.0 1129 WP_061213510.1 WP_061213510.1 100 940 0 0 1 940 1 940 0.0 1816 TLZ56659.1 TLZ56659.1 100 188 0 0 1 188 1 188 2.98e-142 392 ROW17242.1 ROW17242.1 100 605 0 0 1 605 1 605 0.0 1269 XP_030111227.1 XP_030111227.1 100 445 0 0 1 445 1 445 0.0 868 XP_030111227.1 WP_088008362.1 42.8 437 239 5 1 437 51 476 3.69e-103 314 WP_254860001.1 WP_254860001.1 100 127 0 0 1 127 1 127 7.69e-95 267 WP_147757699.1 WP_147757699.1 100 336 0 0 1 336 1 336 1.31e-253 686 WP_147757699.1 ADT83844.1 28.5 137 93 3 27 160 120 254 2.04e-13 68.9 WP_149786838.1 WP_149786838.1 100 201 0 0 1 201 1 201 1.44e-135 376 WP_149786838.1 NPV11463.1 32.5 191 121 3 13 196 9 198 9.81e-17 73.6 WP_149786838.1 WP_193275955.1 38.2 110 67 1 86 195 324 432 9.69e-13 64.3 WP_149786838.1 MBU2178615.1 29.2 168 109 2 1 168 112 269 3.69e-11 59.3 MBQ7514694.1 MBQ7514694.1 100 209 0 0 1 209 1 209 6.12e-150 413 KAJ8599810.1 KAJ8599810.1 100 646 0 0 1 646 1 646 0.0 1305 WP_015919400.1 WP_015919400.1 100 801 0 0 1 801 1 801 0.0 1540 WP_015919400.1 WP_015615815.1 41.4 807 430 17 1 775 1 796 9.44e-187 555 WP_015919400.1 MCJ7548546.1 42.6 714 372 13 4 680 7 719 2.26e-153 463 WP_015919400.1 MBL8638832.1 36.1 837 453 18 4 774 48 868 5.45e-141 439 WP_015919400.1 KAI5122644.1 28.5 743 451 20 92 770 469 1195 6.15e-59 216 WP_015919400.1 KZV11597.1 27.2 647 406 19 131 719 123 762 4.43e-46 176 ADT83844.1 ADT83844.1 100 424 0 0 1 424 1 424 1.04e-315 850 ADT83844.1 WP_147757699.1 27.7 137 94 3 120 254 27 160 2.58e-13 68.9 CQR43717.1 CQR43717.1 100 60 0 0 1 60 1 60 8.34e-39 120 AZT92937.1 AZT92937.1 100 114 0 0 1 114 1 114 1.69e-85 242 MCG8609391.1 MCG8609391.1 100 118 0 0 1 118 1 118 2.57e-82 234 WP_143435921.1 WP_143435921.1 100 146 0 0 1 146 1 146 2.62e-93 265 WP_143435921.1 WP_139484744.1 36.4 121 68 3 17 134 9 123 6.42e-08 47.0 KAI5237214.1 KAI5237214.1 100 96 0 0 1 96 1 96 1.08e-66 193 KAI4790364.1 KAI4790364.1 100 889 0 0 1 889 1 889 0.0 1343 WP_090149712.1 WP_090149712.1 100 484 0 0 1 484 1 484 0.0 974 WP_090149712.1 WP_227317406.1 32.5 468 293 5 6 472 5 450 3.98e-76 244 KAI7428497.1 KAI7428497.1 100 496 0 0 1 496 1 496 0.0 990 KAI7428497.1 KAE8322051.1 36.6 361 197 12 14 356 9 355 1.19e-47 167 WP_023840997.1 WP_023840997.1 100 775 0 0 1 775 1 775 0.0 1375 WP_023840997.1 MBJ7506254.1 36.2 754 399 14 5 744 8 693 4.01e-124 386 WP_023840997.1 WP_002615101.1 33.7 555 315 6 169 706 174 692 9.93e-67 233 MCL5016798.1 MCL5016798.1 100 558 0 0 1 558 1 558 0.0 1084 HJC43196.1 HJC43196.1 100 108 0 0 1 108 1 108 1.13e-78 224 XP_033115746.1 XP_033115746.1 100 560 0 0 1 560 1 560 2.67e-264 731 MCA9828892.1 MCA9828892.1 100 307 0 0 1 307 1 307 6.79e-230 623 KAE9534034.1 KAE9534034.1 100 421 0 0 1 421 1 421 9.86e-308 830 WP_099723413.1 WP_099723413.1 100 286 0 0 1 286 1 286 2.06e-209 570 WP_099723413.1 WP_255657001.1 30.8 289 183 6 8 283 4 288 3.07e-28 108 MCR4805905.1 MCR4805905.1 100 222 0 0 1 222 1 222 1.19e-167 459 MXV83649.1 MXV83649.1 100 202 0 0 1 202 1 202 4.35e-151 415 WP_129502220.1 WP_129502220.1 100 489 0 0 1 489 1 489 0.0 935 VDL88157.1 VDL88157.1 100 99 0 0 1 99 1 99 2.23e-65 190 MCA1930442.1 MCA1930442.1 100 271 0 0 1 271 1 271 6.04e-190 519 MCA1930442.1 WP_050210146.1 44.3 246 131 4 5 248 765 1006 2.07e-52 181 MCA1930442.1 KAH6611424.1 40.7 145 81 3 102 241 810 954 1.33e-22 95.5 WP_205833587.1 WP_205833587.1 100 301 0 0 1 301 1 301 1.45e-212 579 WP_205833587.1 TQJ11194.1 31.1 293 192 3 3 285 15 307 8.81e-30 113 XP_028540875.1 XP_028540875.1 100 771 0 0 1 771 1 771 0.0 1500 WP_004127832.1 WP_004127832.1 100 97 0 0 1 97 1 97 1.47e-60 178 MBX6373297.1 MBX6373297.1 100 416 0 0 1 416 1 416 2.91e-302 815 KAI1294496.1 KAI1294496.1 100 141 0 0 1 141 1 141 1.48e-92 262 MBA2742690.1 MBA2742690.1 100 61 0 0 1 61 1 61 3.64e-38 119 PJB11797.1 PJB11797.1 100 201 0 0 1 201 1 201 1.15e-141 391 PJB11797.1 HBW9511025.1 46.0 189 102 0 3 191 6 194 5.03e-56 174 PJB11797.1 MCE2883039.1 42.8 138 76 2 57 191 2 139 1.99e-34 117 OWZ15943.1 OWZ15943.1 100 167 0 0 1 167 1 167 1.33e-87 252 KAJ0788155.1 KAJ0788155.1 100 82 0 0 1 82 1 82 9.32e-57 167 KAJ3641143.1 KAJ3641143.1 100 575 0 0 1 575 1 575 0.0 1117 OSS44110.1 OSS44110.1 100 479 0 0 1 479 1 479 0.0 926 XP_003878446.1 XP_003878446.1 100 189 0 0 1 189 1 189 9.56e-135 373 ONK59585.1 ONK59585.1 100 535 0 0 1 535 1 535 0.0 1059 MBQ7856432.1 MBQ7856432.1 100 433 0 0 1 433 1 433 7.04e-314 846 MBQ7856432.1 WP_156061037.1 35.0 428 247 10 4 404 2 425 7.89e-72 231 KAJ9220763.1 KAJ9220763.1 100 406 0 0 26 431 26 431 6.66e-166 471 WP_102296123.1 WP_102296123.1 100 209 0 0 1 209 1 209 8.07e-155 425 WP_228062638.1 WP_228062638.1 100 1068 0 0 1 1068 1 1068 0.0 2087 WP_228062638.1 WP_034473228.1 49.2 1132 506 9 2 1068 4 1131 0.0 983 RBQ75851.1 RBQ75851.1 100 539 0 0 1 539 1 539 0.0 984 WP_247498151.1 WP_247498151.1 100 203 0 0 1 203 1 203 9.47e-151 414 WP_247498151.1 WP_092156886.1 57.1 170 71 1 15 184 9 176 7.61e-60 184 WP_247498151.1 XP_032812066.1 34.8 155 95 3 16 167 9 160 2.46e-17 75.9 WP_258835625.1 WP_258835625.1 100 453 0 0 1 453 1 453 0.0 886 WP_258835625.1 MBP6375542.1 69.8 444 128 3 1 443 1 439 3.79e-222 615 WP_258835625.1 MBT4710545.1 47.4 447 225 6 1 443 1 441 1.26e-129 381 WP_258835625.1 PWM49891.1 40.3 444 255 6 1 442 1 436 1.20e-97 298 WP_258835625.1 WP_249505358.1 38.0 450 257 7 3 443 2 438 1.58e-94 290 WP_258835625.1 GER04731.1 31.0 439 276 12 7 440 9 425 8.00e-45 160 RCV36353.1 RCV36353.1 100 458 0 0 1 458 1 458 0.0 910 RCV36353.1 MCB5199682.1 26.3 114 79 1 84 192 66 179 4.81e-07 50.1 WP_002264996.1 WP_002264996.1 100 234 0 0 1 234 1 234 1.79e-159 439 WP_002264996.1 XP_023607675.1 27.8 263 151 7 2 234 176 429 3.78e-16 75.5 WP_002264996.1 XP_028261945.1 27.8 263 151 7 2 234 175 428 5.02e-16 75.1 WP_125091196.1 WP_125091196.1 100 325 0 0 1 325 1 325 9.05e-219 597 WP_272906673.1 WP_272906673.1 100 483 0 0 1 483 1 483 0.0 939 WP_272906673.1 WP_278449211.1 34.8 477 269 8 6 473 8 451 2.75e-85 268 WP_272906673.1 WP_124213670.1 36.5 469 279 5 6 472 5 456 1.74e-84 266 WP_272906673.1 WP_164653811.1 34.4 477 267 8 6 474 27 465 2.23e-78 251 WP_272906673.1 WP_205173112.1 35.6 340 195 4 140 478 148 464 2.91e-66 219 WP_272906673.1 WP_175896721.1 43.5 306 155 6 140 435 148 445 1.81e-65 216 WP_272906673.1 KNY10996.1 42.5 261 138 2 147 396 1 260 8.19e-62 202 WP_272906673.1 WP_271786410.1 38.5 340 196 5 140 477 8 336 5.18e-60 199 WP_272906673.1 MBP7222158.1 35.3 320 183 5 159 477 21 317 2.24e-57 191 WP_272906673.1 MBM3222384.1 51.7 60 26 2 424 482 146 203 3.01e-08 52.4 WP_272906673.1 WP_232306300.1 32.0 122 79 3 4 123 1121 1240 1.60e-07 52.4 WP_272906673.1 WP_007708736.1 25.6 129 92 2 6 130 4 132 1.07e-05 45.1 WP_272906673.1 MBQ5584458.1 28.0 118 80 2 6 119 4 120 6.16e-05 42.7 WP_239280620.1 WP_239280620.1 100 322 0 0 1 322 1 322 1.02e-218 596 WP_239280620.1 AHG02917.1 36.8 304 179 3 20 318 14 309 1.47e-51 171 WP_239280620.1 MBX7055839.1 34.2 325 187 5 11 317 8 323 2.07e-46 158 WP_239280620.1 MBE7554905.1 31.3 336 208 3 9 321 3 338 3.75e-41 144 WP_239280620.1 WP_208042111.1 31.2 308 211 1 9 316 3 309 4.41e-40 141 WP_239280620.1 WP_149656427.1 30.4 273 176 4 60 320 55 325 5.30e-33 122 WP_239280620.1 KQB14740.1 31.3 288 188 4 39 317 38 324 1.53e-31 119 WP_239280620.1 KAB2860347.1 41.2 114 67 0 204 317 1 114 2.71e-22 88.6 MCE2456387.1 MCE2456387.1 100 417 0 0 1 417 1 417 1.47e-316 852 MCE2456387.1 AMJ52230.1 38.6 101 62 0 135 235 2 102 5.38e-23 91.3 KAH0455857.1 KAH0455857.1 100 953 0 0 1 953 1 953 0.0 1862 KAH0455857.1 XP_020425985.1 44.8 96 53 0 585 680 266 361 1.74e-12 69.3 MBO7602558.1 MBO7602558.1 100 366 0 0 1 366 1 366 8.33e-263 711 MBA3364572.1 MBA3364572.1 100 182 0 0 1 182 1 182 2.11e-130 361 MBA3364572.1 ORV24296.1 31.6 171 115 2 10 179 16 185 4.65e-13 62.8 KAF6037074.1 KAF6037074.1 100 148 0 0 1 148 1 148 9.50e-115 319 EJD6083724.1 EJD6083724.1 100 113 0 0 1 113 1 113 2.25e-76 219 XP_053603972.1 XP_053603972.1 100 590 0 0 1 590 1 590 0.0 1156 WP_168987397.1 WP_168987397.1 100 173 0 0 1 173 1 173 3.15e-123 342 WP_087514544.1 WP_087514544.1 100 126 0 0 1 126 1 126 8.66e-78 224 MBL4661703.1 MBL4661703.1 100 150 0 0 1 150 1 150 3.17e-105 295 WP_157447226.1 WP_157447226.1 100 226 0 0 1 226 1 226 3.51e-162 445 KAE9687153.1 KAE9687153.1 100 121 0 0 1 121 1 121 1.53e-80 230 HED33315.1 HED33315.1 100 384 0 0 1 384 1 384 3.77e-259 704 WP_000446844.1 WP_000446844.1 100 300 0 0 1 300 1 300 2.10e-225 611 WP_168945101.1 WP_168945101.1 100 466 0 0 1 466 1 466 0.0 910 WP_168945101.1 WP_064962354.1 26.4 367 231 14 1 349 1 346 3.19e-15 75.9 TIW69825.1 TIW69825.1 100 103 0 0 1 103 1 103 1.94e-70 203 WP_143823896.1 WP_143823896.1 100 488 0 0 1 488 1 488 0.0 948 WP_143823896.1 WP_032587385.1 28.8 146 74 4 191 336 16 131 7.81e-05 43.5 XP_031104936.1 XP_031104936.1 100 548 0 0 1 548 1 548 0.0 1094 WP_258228246.1 WP_258228246.1 100 261 0 0 1 261 1 261 7.15e-145 404 WP_258228246.1 MBH8634352.1 29.6 142 100 0 20 161 26 167 7.13e-17 77.8 WP_183883741.1 WP_183883741.1 100 69 0 0 1 69 1 69 5.41e-39 121 EHG9421715.1 EHG9421715.1 100 613 0 0 1 613 1 613 0.0 1103 OMH80233.1 OMH80233.1 100 634 0 0 1 634 1 634 0.0 1033 WP_041302673.1 WP_041302673.1 100 727 0 0 1 727 1 727 0.0 1450 WP_041302673.1 WP_081845076.1 34.7 737 441 14 12 724 40 760 4.68e-128 397 MCE8014926.1 MCE8014926.1 100 295 0 0 1 295 1 295 3.50e-201 550 WP_173267071.1 WP_173267071.1 100 272 0 0 1 272 1 272 2.44e-169 467 KAF5344437.1 KAF5344437.1 100 863 0 0 1 863 1 863 0.0 1760 WP_190457829.1 WP_190457829.1 100 247 0 0 1 247 1 247 5.34e-172 472 MBX3242409.1 MBX3242409.1 100 253 0 0 1 253 1 253 8.95e-183 499 MBL9113742.1 MBL9113742.1 100 403 0 0 1 403 1 403 6.24e-295 796 XP_007828713.1 XP_007828713.1 100 238 0 0 1 238 1 238 2.99e-169 464 HIZ96099.1 HIZ96099.1 100 394 0 0 1 394 1 394 1.02e-284 769 HIZ96099.1 WP_238869695.1 42.1 397 225 3 1 393 3 398 5.91e-99 298 KAI6857291.1 KAI6857291.1 100 378 0 0 1 378 1 378 7.03e-277 748 XP_007077310.1 XP_007077310.1 100 203 0 0 1 203 1 203 5.37e-132 367 WP_123470196.1 WP_123470196.1 100 207 0 0 1 207 1 207 1.19e-146 404 WP_123470196.1 WP_255657767.1 31.8 148 100 1 2 148 3 150 1.91e-09 53.9 WP_008292946.1 WP_008292946.1 100 1118 0 0 1 1118 1 1118 0.0 2288 WP_008292946.1 MBX7220138.1 22.4 192 108 6 224 408 284 441 6.74e-06 48.5 WP_140476737.1 WP_140476737.1 100 480 0 0 1 480 1 480 0.0 920 CAI9301549.1 CAI9301549.1 100 466 0 0 1 466 1 466 6.52e-313 847 MUN40768.1 MUN40768.1 100 419 0 0 1 419 1 419 2.31e-305 823 WP_114605464.1 WP_114605464.1 100 496 0 0 1 496 1 496 0.0 958 WP_114605464.1 MCQ2791623.1 40.1 489 264 11 14 494 6 473 1.11e-103 317 WP_072380563.1 WP_072380563.1 100 246 0 0 1 246 1 246 2.01e-171 470 WP_072380563.1 WP_115992495.1 47.9 242 123 1 1 239 1 242 2.70e-78 234 WP_072380563.1 WP_008470196.1 43.5 239 132 1 1 239 9 244 7.36e-69 211 WP_072380563.1 WP_222125851.1 45.9 244 124 2 1 239 1 241 1.74e-68 209 WP_072380563.1 WP_279984614.1 43.7 245 134 1 1 241 9 253 3.12e-68 209 WP_072380563.1 WP_142133210.1 42.9 240 134 1 1 240 10 246 3.14e-62 194 WP_072380563.1 WP_258581409.1 34.0 241 150 3 2 241 4 236 1.90e-38 135 WP_072380563.1 MWR41881.1 32.9 237 152 4 4 239 35 265 2.44e-37 130 WP_072380563.1 MCF7808720.1 36.5 211 118 6 17 220 26 227 1.49e-32 117 WP_072380563.1 WP_098952357.1 29.6 257 159 7 1 239 3 255 3.12e-30 113 WP_072380563.1 MBU5353226.1 29.6 230 155 4 7 232 21 247 9.54e-30 111 WP_072380563.1 WP_207918089.1 29.6 247 160 6 2 239 6 247 8.84e-28 105 WP_072380563.1 RUU66461.1 31.3 227 149 5 17 239 106 329 2.02e-27 106 WP_072380563.1 WP_145468487.1 31.4 220 140 5 1 213 6 221 5.65e-27 102 WP_072380563.1 WP_227059655.1 29.3 225 153 4 20 240 347 569 2.18e-24 99.8 WP_072380563.1 WP_071876418.1 27.6 228 153 4 2 227 300 517 5.74e-23 95.5 WP_072380563.1 WP_008056683.1 32.2 211 130 7 8 215 246 446 7.49e-20 86.7 WP_072380563.1 MBQ8297564.1 27.2 239 145 9 2 226 332 555 2.61e-15 73.2 WP_072380563.1 MCH4209672.1 28.1 203 109 4 11 204 392 566 4.84e-15 72.4 WP_072380563.1 WAY96880.1 27.1 199 106 5 16 197 4 180 1.82e-14 68.2 WP_072380563.1 WP_038440434.1 26.6 248 146 9 2 228 335 567 9.61e-14 68.6 WP_072380563.1 WP_041481207.1 25.2 206 132 6 5 199 338 532 2.03e-11 61.6 CBI36349.3 CBI36349.3 100 431 0 0 1 431 1 431 4.95e-313 844 CBI36349.3 WP_253808359.1 32.3 421 278 4 2 421 1 415 2.44e-64 211 CBI36349.3 WP_225579579.1 31.3 425 280 5 2 420 7 425 5.02e-62 207 CBI36349.3 PHR72175.1 33.7 285 182 2 14 291 28 312 7.37e-41 146 CBI36349.3 PSR02572.1 32.4 278 173 3 30 296 71 344 5.73e-37 136 CBI36349.3 WP_073201850.1 28.6 276 182 4 30 294 52 323 1.80e-32 124 WP_046278045.1 WP_046278045.1 100 137 0 0 1 137 1 137 5.24e-100 281 WP_046278045.1 MCD6419504.1 34.8 112 72 1 2 112 5 116 2.72e-23 86.7 WP_059376966.1 WP_059376966.1 100 99 0 0 1 99 1 99 6.64e-67 194 KAG5276208.1 KAG5276208.1 100 1973 0 0 1 1973 1 1973 0.0 1991 CDQ50939.1 CDQ50939.1 100 123 0 0 1 123 1 123 4.02e-86 244 OOF77949.1 OOF77949.1 100 531 0 0 1 531 1 531 0.0 1058 MCO2595964.1 MCO2595964.1 100 194 0 0 1 194 1 194 9.47e-101 287 WP_279150283.1 WP_279150283.1 100 764 0 0 1 764 1 764 0.0 1608 MBV8133755.1 MBV8133755.1 100 219 0 0 1 219 1 219 1.28e-156 431 MBV8133755.1 MBD7990178.1 53.2 190 89 0 19 208 15 204 1.83e-74 222 MBV8133755.1 WP_204037257.1 39.2 181 105 1 25 205 12 187 1.04e-38 130 WP_074642620.1 WP_074642620.1 100 367 0 0 1 367 1 367 6.74e-226 618 MCI0677710.1 MCI0677710.1 100 306 0 0 1 306 1 306 1.29e-213 582 MCI0677710.1 PWU18232.1 48.9 307 144 6 8 303 13 317 1.27e-77 238 MCI0677710.1 MBQ9976843.1 40.5 306 170 5 8 304 6 308 2.15e-61 196 WP_078429679.1 WP_078429679.1 100 392 0 0 1 392 1 392 9.30e-280 756 WP_078429679.1 MBA2536487.1 55.6 392 165 2 1 392 1 383 1.20e-144 414 WP_078429679.1 WP_074825075.1 51.2 391 190 1 1 391 1 390 1.07e-132 384 WP_078429679.1 WP_277084622.1 47.8 312 159 3 84 391 1 312 2.24e-86 263 WP_078429679.1 WP_004619799.1 41.4 394 221 6 6 391 7 398 8.42e-85 262 WP_078429679.1 MCP1651746.1 38.3 399 238 4 1 391 4 402 7.34e-81 252 WP_078429679.1 EDH4057100.1 36.0 400 232 9 1 391 1 385 1.18e-59 196 WP_078429679.1 WP_083141943.1 34.1 399 241 7 1 391 1 385 7.43e-57 189 WP_078429679.1 XP_040685867.1 34.7 392 234 9 5 387 36 414 3.31e-56 188 KAG7534354.1 KAG7534354.1 100 664 0 0 1 664 1 664 0.0 1329 EFE9598678.1 EFE9598678.1 100 410 0 0 1 410 1 410 9.92e-316 849 WP_183662448.1 WP_183662448.1 100 230 0 0 1 230 1 230 1.04e-156 432 WP_214826002.1 WP_214826002.1 100 963 0 0 1 963 1 963 0.0 1938 WP_214826002.1 WP_146272353.1 30.0 1008 572 39 7 963 81 1005 5.17e-99 332 WP_214826002.1 MBP3518143.1 29.1 1001 552 38 40 948 130 1064 2.12e-81 284 WP_214826002.1 WP_278843343.1 27.2 1035 584 39 40 963 107 1083 8.01e-71 253 WP_214826002.1 WP_259301651.1 26.4 1041 553 48 23 963 123 1050 2.01e-53 201 WP_214826002.1 MCB9353584.1 24.6 1001 620 36 40 963 99 1041 3.22e-44 172 MBR0198895.1 MBR0198895.1 100 386 0 0 1 386 1 386 2.41e-288 778 WP_068241828.1 WP_068241828.1 100 420 0 0 1 420 1 420 1.31e-316 852 MBS7623663.1 MBS7623663.1 100 293 0 0 1 293 1 293 1.99e-215 585 MBS7623663.1 HAG61063.1 37.1 286 139 3 6 291 18 262 8.60e-58 186 ABJ92889.1 ABJ92889.1 100 96 0 0 1 96 1 96 3.21e-68 197 ABJ92889.1 ACH90072.1 82.3 96 17 0 1 96 32 127 3.78e-57 178 ABJ92889.1 AFJ09957.1 82.3 96 17 0 1 96 4 99 4.10e-57 179 ABJ92889.1 AVA00513.1 80.2 96 19 0 1 96 4 99 7.68e-57 176 ABJ92889.1 ARR91819.1 81.3 96 18 0 1 96 4 99 9.38e-57 175 ABJ92889.1 BAO11608.1 80.2 96 19 0 1 96 4 99 1.53e-56 176 ABJ92889.1 QWY38042.1 80.2 96 19 0 1 96 4 99 1.88e-55 174 ABJ92889.1 BAO23243.1 78.1 96 21 0 1 96 4 99 1.08e-54 171 ABJ92889.1 ACY29573.1 77.1 96 22 0 1 96 4 99 1.59e-54 173 ABJ92889.1 AFV39595.1 81.3 96 18 0 1 96 57 152 1.73e-53 176 ABJ92889.1 AOW33101.1 81.9 83 15 0 14 96 1 83 2.31e-48 154 ABJ92889.1 AOW36968.1 78.3 83 18 0 14 96 1 83 7.34e-47 150 WP_029222917.1 WP_029222917.1 100 487 0 0 1 487 1 487 0.0 942 WP_029222917.1 WP_230171322.1 34.5 171 100 5 323 485 607 773 1.54e-19 90.5 WP_029222917.1 EGR2272270.1 30.3 264 123 8 267 472 414 674 2.74e-19 89.4 WP_029222917.1 MBK6870374.1 30.3 152 101 2 325 474 1 149 1.02e-16 77.0 WP_029222917.1 MBI5333464.1 33.9 165 98 3 318 474 227 388 1.45e-16 79.7 WP_029222917.1 WP_000484099.1 31.5 165 102 5 319 476 208 368 2.34e-14 72.8 WP_029222917.1 WP_107169208.1 30.1 156 101 4 319 468 202 355 1.28e-11 64.3 WP_220778039.1 WP_220778039.1 100 734 0 0 1 734 1 734 0.0 1445 WP_220778039.1 WP_056082173.1 42.9 674 362 7 73 727 17 686 5.66e-189 551 GJP56269.1 GJP56269.1 100 3162 0 0 1 3162 1 3162 0.0 4466 NCS93910.1 NCS93910.1 100 70 0 0 1 70 1 70 4.72e-47 142 HIZ21956.1 HIZ21956.1 100 412 0 0 1 412 1 412 1.83e-271 737 WP_095173689.1 WP_095173689.1 100 314 0 0 1 314 1 314 4.49e-243 657 XP_012504886.1 XP_012504886.1 100 2610 0 0 1 2610 1 2610 0.0 4469 OJT13672.1 OJT13672.1 100 417 0 0 1 417 1 417 5.92e-307 827 XP_039870427.1 XP_039870427.1 100 326 0 0 1 326 1 326 4.81e-235 638 WP_228281474.1 WP_228281474.1 100 129 0 0 1 129 1 129 7.64e-87 247 WP_228281474.1 WP_124583682.1 43.1 116 66 0 2 117 169 284 1.98e-24 93.2 WP_127202744.1 WP_127202744.1 100 389 0 0 1 389 1 389 1.06e-288 779 WP_140214184.1 WP_140214184.1 100 142 0 0 1 142 1 142 3.24e-101 284 WP_282791351.1 WP_282791351.1 100 336 0 0 1 336 1 336 2.09e-226 620 WP_200652460.1 WP_200652460.1 100 526 0 0 1 526 1 526 0.0 1065 WP_129825188.1 WP_129825188.1 100 86 0 0 1 86 1 86 5.20e-67 193 MBX5450151.1 MBX5450151.1 100 408 0 0 1 408 1 408 1.26e-292 790 WP_081851094.1 WP_081851094.1 100 413 0 0 1 413 1 413 9.76e-304 819 WP_081851094.1 WP_278243902.1 29.7 148 95 4 198 341 195 337 3.61e-06 47.0 MRR30429.1 MRR30429.1 100 87 0 0 1 87 1 87 1.14e-57 170 WP_125849054.1 WP_125849054.1 100 139 0 0 1 139 1 139 3.02e-100 281 WP_244631495.1 WP_244631495.1 100 350 0 0 1 350 1 350 1.61e-261 707 ADB27070.1 ADB27070.1 100 210 0 0 1 210 1 210 4.68e-159 436 ADB27070.1 ACV16867.1 95.7 210 9 0 1 210 38 247 5.62e-154 427 ADB27070.1 AFJ09957.1 95.7 210 9 0 1 210 137 346 2.41e-153 429 ADB27070.1 BAO23243.1 96.6 207 7 0 1 207 137 343 4.09e-152 424 ADB27070.1 ACH90072.1 93.8 210 13 0 1 210 165 374 1.21e-150 421 ADB27070.1 BAO11608.1 96.1 203 8 0 1 203 137 339 2.38e-150 419 ADB27070.1 QWY38042.1 91.9 210 17 0 1 210 137 346 2.28e-148 416 ADB27070.1 ACY29573.1 92.4 210 16 0 1 210 137 346 1.73e-146 413 ADB27070.1 AOW36968.1 89.0 210 23 0 1 210 121 330 1.67e-144 404 ADB27070.1 AFV39595.1 93.3 210 14 0 1 210 190 399 1.08e-141 418 ADB27070.1 AVA00513.1 90.6 203 19 0 1 203 137 339 6.50e-141 395 ADB27070.1 AOW33101.1 92.9 198 14 0 1 198 121 318 4.23e-139 390 ADB27070.1 ARR91819.1 94.1 170 10 0 1 170 138 307 6.65e-117 333 WP_222323558.1 WP_222323558.1 100 229 0 0 1 229 1 229 2.48e-168 461 VVC36036.1 VVC36036.1 100 85 0 0 1 85 1 85 8.14e-57 167 MBL6607133.1 MBL6607133.1 100 322 0 0 1 322 1 322 6.96e-251 677 DAO54200.1 DAO54200.1 100 48 0 0 1 48 1 48 2.01e-34 108 PGL69713.1 PGL69713.1 100 569 0 0 1 569 1 569 0.0 1080 PGL69713.1 EFU9196970.1 36.2 531 331 4 37 565 152 676 1.79e-103 329 PGL69713.1 WP_261970917.1 34.3 536 338 8 5 536 13 538 7.73e-87 278 XP_036914921.1 XP_036914921.1 100 1607 0 0 1 1607 1 1607 0.0 3163 XP_036914921.1 XP_051566275.1 26.3 346 188 9 223 516 32 362 2.38e-17 87.0 XP_036914921.1 XP_043494069.1 31.5 89 58 2 28 115 954 1040 7.22e-04 42.7 MBP8718427.1 MBP8718427.1 100 250 0 0 1 250 1 250 2.89e-182 498 MBP8718427.1 MBT3179978.1 34.2 184 112 4 28 202 275 458 1.13e-22 94.7 MBP8718427.1 BBL73457.1 30.8 221 144 4 19 231 299 518 8.55e-21 89.4 MBP8718427.1 WP_278416415.1 25.3 146 95 5 23 158 335 476 1.62e-06 47.0 MBP8718427.1 WP_038580218.1 23.5 179 118 5 35 203 363 532 5.24e-06 45.4 QWG36045.1 QWG36045.1 100 400 0 0 1 400 1 400 1.62e-284 769 WP_110066977.1 WP_110066977.1 100 335 0 0 1 335 1 335 2.96e-213 583 WP_110066977.1 EIU6828535.1 35.2 307 183 7 32 334 25 319 3.69e-51 171 WP_110066977.1 WP_249991478.1 30.4 283 188 5 54 334 51 326 2.01e-35 129 WP_110066977.1 EAP5059555.1 28.0 339 227 5 5 334 24 354 6.74e-31 118 WP_110066977.1 PPR79666.1 29.4 279 189 5 56 332 59 331 2.42e-29 113 KAF2570897.1 KAF2570897.1 100 70 0 0 1 70 1 70 9.87e-49 146 MCK4236496.1 MCK4236496.1 100 158 0 0 1 158 1 158 7.95e-112 312 XP_041912709.1 XP_041912709.1 100 1867 0 0 1 1867 1 1867 0.0 3762 WP_026564934.1 WP_026564934.1 100 189 0 0 1 189 1 189 7.55e-132 365 WP_026564934.1 WP_158934128.1 29.4 177 111 4 7 180 9 174 9.62e-17 72.8 WP_121953554.1 WP_121953554.1 100 210 0 0 1 210 1 210 3.14e-148 409 WP_169877562.1 WP_169877562.1 100 84 0 0 1 84 1 84 4.42e-47 143 GFU30764.1 GFU30764.1 100 86 0 0 1 86 1 86 1.24e-56 167 WP_231496029.1 WP_231496029.1 100 379 0 0 1 379 1 379 4.78e-280 756 EJE2345556.1 EJE2345556.1 100 697 0 0 1 697 1 697 0.0 1378 WP_260821709.1 WP_260821709.1 100 407 0 0 1 407 1 407 6.27e-297 801 KWD88427.1 KWD88427.1 100 64 0 0 1 64 1 64 4.11e-43 131 XP_022824318.1 XP_022824318.1 100 982 0 0 1 982 1 982 0.0 1863 XP_022824318.1 HHJ06374.1 43.8 550 281 5 307 840 33 570 3.85e-135 416 XP_022824318.1 HIT09367.1 28.8 215 108 10 493 673 63 266 4.37e-06 48.5 MCB0405579.1 MCB0405579.1 100 100 0 0 1 100 1 100 5.44e-62 182 WP_159117211.1 WP_159117211.1 100 227 0 0 1 227 1 227 5.22e-169 462 WP_159117211.1 WP_265775712.1 39.6 197 109 2 27 220 16 205 1.72e-49 159 EFX2174330.1 EFX2174330.1 100 321 0 0 1 321 1 321 1.83e-241 654 EFX2174330.1 WP_266179881.1 35.5 321 200 3 5 321 3 320 2.32e-58 189 EFX2174330.1 WP_223413240.1 37.4 310 187 3 5 310 3 309 6.48e-58 188 EFX2174330.1 WP_069697901.1 33.2 310 202 4 5 310 2 310 2.87e-50 168 EFX2174330.1 WP_138125503.1 31.9 313 201 6 5 310 2 309 6.43e-49 165 EFX2174330.1 MCP4974199.1 26.7 191 134 3 5 190 7 196 1.15e-12 66.2 EFX2174330.1 RYY73542.1 29.9 164 105 3 65 218 79 242 7.00e-12 63.9 EFX2174330.1 MBI1189702.1 31.0 158 95 4 65 210 70 225 3.81e-11 61.6 EFX2174330.1 MCH8293010.1 23.6 250 180 4 5 251 3 244 1.13e-09 57.0 EFX2174330.1 WP_218036247.1 30.8 120 75 3 7 124 1 114 1.93e-06 47.0 WP_065029373.1 WP_065029373.1 100 389 0 0 1 389 1 389 9.89e-294 791 WP_065029373.1 WP_065517671.1 32.9 389 242 8 4 380 9 390 2.57e-49 169 WP_065029373.1 MYJ01754.1 41.7 204 102 3 1 196 1 195 1.87e-41 143 WP_065029373.1 OGO01021.1 30.2 388 258 11 1 383 1 380 2.35e-40 145 WP_065029373.1 WP_032373688.1 27.7 379 234 10 3 372 6 353 4.64e-29 114 PPR79666.1 PPR79666.1 100 339 0 0 1 339 1 339 1.38e-220 602 PPR79666.1 WP_249991478.1 36.6 273 164 5 63 331 57 324 5.42e-45 155 PPR79666.1 AHK46784.1 31.6 285 181 5 59 331 35 317 3.69e-33 123 PPR79666.1 EIU6828535.1 34.1 276 166 9 64 332 52 318 1.45e-31 119 PPR79666.1 WP_158131988.1 28.4 268 190 1 64 331 390 655 5.10e-27 110 PPR79666.1 WP_097346712.1 28.5 270 187 3 64 331 390 655 7.68e-26 106 PPR79666.1 WP_110066977.1 29.6 274 187 3 63 331 60 332 3.98e-25 102 MBN2020480.1 MBN2020480.1 100 263 0 0 1 263 1 263 5.95e-177 486 WP_268678783.1 WP_268678783.1 100 288 0 0 1 288 1 288 7.73e-206 561 WP_268678783.1 NED83450.1 28.5 144 101 1 2 143 3 146 1.27e-15 73.9 WP_268678783.1 MBQ9299122.1 36.0 75 46 1 2 74 1 75 3.83e-06 45.8 WP_082780476.1 WP_082780476.1 100 216 0 0 1 216 1 216 2.62e-73 219 EGS8470081.1 EGS8470081.1 100 390 0 0 1 390 1 390 9.84e-290 781 EGS8470081.1 WP_283525395.1 42.7 379 202 5 3 375 7 376 3.58e-98 295 AAM52216.1 AAM52216.1 100 1446 0 0 1 1446 1 1446 0.0 2629 PYP75467.1 PYP75467.1 100 97 0 0 1 97 1 97 5.52e-65 189 MBW4662439.1 MBW4662439.1 100 394 0 0 1 394 1 394 3.96e-282 763 MBW4662439.1 WP_270430070.1 42.9 382 191 2 8 384 7 366 6.20e-102 305 MBW4662439.1 WP_090419626.1 38.8 371 195 5 8 373 6 349 7.13e-72 228 MBW4662439.1 WP_113767226.1 33.8 382 214 7 14 384 76 429 4.92e-58 194 MBW4662439.1 WP_064802002.1 39.3 275 153 3 18 278 14 288 2.39e-56 188 MBW4662439.1 WP_250015522.1 36.9 293 167 6 16 291 15 306 8.06e-51 173 MBW4662439.1 WP_179156843.1 36.2 243 146 3 36 270 22 263 1.86e-38 140 KAI9522339.1 KAI9522339.1 100 571 0 0 1 571 1 571 0.0 1034 WP_120851171.1 WP_120851171.1 100 512 0 0 1 512 1 512 0.0 900 WP_235274869.1 WP_235274869.1 100 296 0 0 1 296 1 296 7.53e-217 589 WP_101000040.1 WP_101000040.1 100 307 0 0 1 307 1 307 5.14e-225 611 WP_250676265.1 WP_250676265.1 100 225 0 0 1 225 1 225 1.78e-150 416 WP_002857697.1 WP_002857697.1 100 292 0 0 1 292 1 292 3.88e-217 590 WP_002857697.1 GGS66510.1 35.2 216 130 5 68 281 65 272 2.46e-36 129 WP_002857697.1 MBN9625832.1 34.4 212 130 4 77 286 73 277 1.44e-33 122 WP_067835961.1 WP_067835961.1 100 245 0 0 1 245 1 245 2.88e-175 480 WP_067835961.1 WP_262175203.1 45.8 59 29 2 110 166 3 60 6.12e-05 40.4 WP_153853838.1 WP_153853838.1 100 115 0 0 1 115 1 115 9.04e-86 243 OAO15975.1 OAO15975.1 100 778 0 0 1 778 1 778 0.0 1535 HAJ19792.1 HAJ19792.1 100 88 0 0 1 88 1 88 1.81e-59 174 HAJ19792.1 WP_189931865.1 56.0 91 35 2 1 88 496 584 1.89e-24 93.6 HAJ19792.1 BBG20955.1 45.5 88 48 0 1 88 599 686 1.50e-22 88.2 HAJ19792.1 MBQ7389792.1 47.8 90 45 1 1 88 583 672 4.02e-20 81.3 MBN2427654.1 MBN2427654.1 100 603 0 0 1 603 1 603 0.0 1181 MBN2427654.1 MBP6400846.1 65.4 185 64 0 5 189 6 190 4.28e-77 241 MBN2427654.1 WP_010016619.1 24.6 504 316 15 3 471 14 488 7.47e-31 125 MBN2427654.1 WP_274976404.1 34.0 141 91 1 3 141 23 163 2.43e-15 77.8 EEZ9625188.1 EEZ9625188.1 100 312 0 0 1 312 1 312 1.27e-232 630 XP_046907253.1 XP_046907253.1 100 535 0 0 1 535 1 535 0.0 1061 XP_046907253.1 XP_051536923.1 28.4 543 291 18 5 533 3 461 2.24e-43 159 XP_046907253.1 KAI5618353.1 28.5 471 256 18 92 514 232 669 3.35e-34 135 WP_255519487.1 WP_255519487.1 100 332 0 0 1 332 1 332 1.83e-242 657 WP_255519487.1 MBN1566249.1 36.9 312 184 8 7 315 20 321 1.82e-56 185 WP_255519487.1 MCB1875218.1 28.7 331 181 13 11 327 24 313 4.83e-24 98.6 MBQ3724833.1 MBQ3724833.1 100 716 0 0 1 716 1 716 0.0 1424 MBQ3724833.1 MBI0103662.1 43.8 698 378 6 11 702 4 693 1.87e-194 565 MBQ3724833.1 NLZ92879.1 37.5 72 45 0 630 701 5 76 1.99e-09 54.7 MCH7568487.1 MCH7568487.1 100 177 0 0 1 177 1 177 2.47e-122 340 WP_260264417.1 WP_260264417.1 100 257 0 0 1 257 1 257 1.12e-178 489 EAC1801539.1 EAC1801539.1 100 240 0 0 1 240 1 240 2.67e-173 474 XP_020425985.1 XP_020425985.1 100 553 0 0 1 553 1 553 0.0 1073 XP_020425985.1 KAH0455857.1 43.0 100 57 0 262 361 581 680 6.33e-14 73.2 KAA1094631.1 KAA1094631.1 100 301 0 0 1 301 1 301 1.71e-220 599 QSZ25555.1 QSZ25555.1 100 7096 0 0 1 7096 1 7096 0.0 14178 QSZ25555.1 QWC83326.1 99.9 7096 10 0 1 7096 1 7096 0.0 14157 QSZ25555.1 WEU87158.1 99.9 7096 10 0 1 7096 1 7096 0.0 14156 QSZ25555.1 UBP50947.1 99.8 7096 15 0 1 7096 1 7096 0.0 14145 QSZ25555.1 QVD87869.1 99.8 7096 13 1 1 7096 1 7093 0.0 14141 QSZ25555.1 UBD95131.1 99.7 7096 19 0 1 7096 1 7096 0.0 14136 QSZ25555.1 UEC52718.1 99.7 7096 22 0 1 7096 1 7096 0.0 14129 QSZ25555.1 UMF87224.1 99.4 7096 37 2 1 7096 1 7092 0.0 14127 QSZ25555.1 UZO53924.1 99.7 7096 20 1 1 7096 1 7093 0.0 14124 QSZ25555.1 UVB16817.1 99.7 7096 19 1 1 7096 1 7093 0.0 14124 QSZ25555.1 URQ55824.1 99.7 7096 20 1 1 7096 1 7093 0.0 14124 QSZ25555.1 QZU16279.1 99.4 7096 43 0 1 7096 1 7096 0.0 14079 QSZ25555.1 UIR12670.1 99.4 7096 42 2 1 7096 1 7092 0.0 14069 QSZ25555.1 UPA83906.1 99.1 7096 59 2 1 7096 1 7092 0.0 14028 QSZ25555.1 UBR86455.1 98.9 7095 77 0 2 7096 1 7095 0.0 13998 QSZ25555.1 UXX67934.1 98.7 7096 88 1 1 7096 1 7093 0.0 13963 QSZ25555.1 UCP72061.1 98.7 7096 94 0 1 7096 1 7096 0.0 13958 QSZ25555.1 UCP77012.1 98.6 7096 96 0 1 7096 1 7096 0.0 13956 QSZ25555.1 UKN67998.1 98.2 7076 120 2 21 7096 1 7072 0.0 13840 QSZ25555.1 WHE12941.1 98.1 7070 131 1 27 7096 1 7067 0.0 13812 QSZ25555.1 UGA79226.1 97.6 7096 169 0 1 7096 1 7096 0.0 13785 QSZ25555.1 UAQ80067.1 97.1 7096 203 0 1 7096 1 7096 0.0 13696 QSZ25555.1 UJT06733.1 96.2 7096 263 2 1 7096 1 7092 0.0 13522 QSZ25555.1 UVI10561.1 96.3 7069 262 1 28 7096 1 7066 0.0 13500 QSZ25555.1 UOU30556.1 94.8 7096 364 1 1 7096 1 7093 0.0 13288 HAA59914.1 HAA59914.1 100 146 0 0 1 146 1 146 3.46e-98 277 PTI43160.1 PTI43160.1 100 87 0 0 1 87 1 87 3.83e-56 166 WP_128942179.1 WP_128942179.1 100 286 0 0 1 286 1 286 7.10e-201 548 WP_261996416.1 WP_261996416.1 100 305 0 0 1 305 1 305 2.76e-228 619 HCM9096811.1 HCM9096811.1 100 169 0 0 1 169 1 169 3.42e-116 324 HCM9096811.1 WP_063505693.1 68.6 156 49 0 8 163 7 162 1.31e-66 199 HCM9096811.1 MCI6491833.1 49.0 143 70 2 10 152 5 144 2.69e-37 124 WP_264218405.1 WP_264218405.1 100 246 0 0 1 246 1 246 1.01e-180 494 MBQ5584458.1 MBQ5584458.1 100 231 0 0 1 231 1 231 4.28e-170 466 MBQ5584458.1 WP_069156513.1 47.1 227 116 3 4 227 5 230 7.82e-63 194 MBQ5584458.1 WP_194544138.1 40.9 220 126 1 4 219 13 232 6.94e-58 182 MBQ5584458.1 WP_026893585.1 39.7 224 129 3 4 227 5 222 4.09e-52 166 MBQ5584458.1 MBP1530348.1 35.2 227 138 2 1 227 1 218 6.29e-48 155 MBQ5584458.1 WP_007708736.1 37.1 229 141 1 1 226 1 229 1.87e-43 144 MBQ5584458.1 WP_186723788.1 34.5 226 144 2 4 229 8 229 7.29e-42 140 MBQ5584458.1 WP_101794136.1 34.8 233 145 1 4 229 27 259 1.92e-40 137 MBQ5584458.1 EAG2350674.1 53.4 116 54 0 4 119 5 120 3.00e-40 133 MBQ5584458.1 PYP94120.1 36.6 227 138 4 4 229 3 224 5.86e-39 133 MBQ5584458.1 MCL7714424.1 33.8 225 141 3 4 225 5 224 1.45e-35 124 MBQ5584458.1 WP_064652354.1 33.6 226 147 3 1 224 1 225 2.52e-32 116 MBQ5584458.1 EAC1232420.1 28.9 228 157 3 1 228 1 223 1.48e-29 108 MBQ5584458.1 WP_232306300.1 42.5 113 61 2 4 113 1123 1234 4.19e-20 87.0 MBQ5584458.1 WP_185031483.1 29.2 171 120 1 36 206 34 203 4.28e-18 78.6 MBQ5584458.1 EDN57974.1 34.6 107 63 1 4 103 778 884 5.56e-12 63.2 MBQ5584458.1 WP_007356512.1 32.2 118 77 1 2 116 1019 1136 7.67e-12 62.8 MBQ5584458.1 PKL50735.1 28.8 118 79 4 4 117 951 1067 3.11e-08 52.0 MBQ5584458.1 MPZ95749.1 33.3 102 63 3 4 102 12 111 3.08e-07 48.1 MBQ5584458.1 WP_272906673.1 28.0 118 80 2 4 120 6 119 1.58e-06 46.6 MBQ5584458.1 WP_250850661.1 27.3 165 100 6 4 165 9 156 2.92e-05 42.0 WP_050837451.1 WP_050837451.1 100 255 0 0 1 255 1 255 9.88e-172 472 WP_261802249.1 WP_261802249.1 100 374 0 0 1 374 1 374 3.99e-265 718 WP_261802249.1 WP_191131110.1 32.0 103 68 1 269 369 255 357 2.39e-07 50.4 WP_222599035.1 WP_222599035.1 100 703 0 0 1 703 1 703 0.0 1328 WP_222599035.1 NFD84694.1 28.4 356 250 2 338 690 394 747 8.30e-39 152 WP_222599035.1 MBT3459617.1 36.8 204 128 1 486 688 5 208 4.18e-38 139 WP_222599035.1 WP_036258374.1 33.4 302 195 3 391 688 251 550 2.97e-37 145 WP_222599035.1 MBQ8297564.1 29.4 299 209 2 391 688 259 556 1.34e-31 128 WP_222599035.1 WP_089095302.1 33.8 225 126 7 471 678 8 226 1.24e-19 91.7 WP_222599035.1 WP_278489123.1 33.3 216 120 6 486 689 32 235 7.22e-19 85.9 WP_222599035.1 WP_247429569.1 28.3 219 146 5 478 687 28 244 1.81e-17 81.3 WP_222599035.1 WP_237907640.1 32.0 206 117 6 487 682 24 216 2.78e-17 82.4 WP_222599035.1 EHR6291555.1 28.0 211 139 7 488 694 29 230 2.22e-10 62.0 WP_222599035.1 MCA6099904.1 24.9 201 123 6 469 664 8 185 1.39e-09 59.3 WP_222599035.1 WP_153844272.1 28.5 207 120 8 489 678 282 477 1.15e-07 53.1 KAI7371949.1 KAI7371949.1 100 964 0 0 1 964 1 964 0.0 1825 KAI7371949.1 KAJ5168969.1 73.5 623 160 2 274 892 127 748 5.86e-307 865 KAI7371949.1 MBQ4454347.1 31.8 491 329 6 397 885 86 572 9.91e-72 247 KAI7371949.1 WP_060613079.1 31.4 580 386 10 312 888 9 579 2.29e-70 243 KAI7371949.1 WP_195238978.1 31.5 517 325 10 392 889 215 721 5.54e-61 220 KAI7371949.1 WP_011512097.1 36.3 411 249 9 497 903 192 593 3.67e-54 197 KAI7371949.1 MBQ8297564.1 27.8 500 342 11 381 873 68 555 1.59e-51 189 KAI7371949.1 WAY96880.1 42.4 198 110 2 663 859 1 195 3.86e-39 142 KAI7371949.1 WP_247749043.1 32.7 309 189 10 598 891 297 601 4.69e-34 137 KAI7371949.1 KAJ2660037.1 34.6 243 152 6 646 886 1806 2043 5.29e-31 130 KAI7371949.1 WP_036816548.1 27.1 251 141 10 665 890 20 253 4.82e-13 68.6 KAI7371949.1 NNE23115.1 27.4 208 131 8 674 873 25 220 1.90e-11 65.1 XP_034729382.1 XP_034729382.1 100 326 0 0 1 326 1 326 5.68e-243 658 ARS36073.1 ARS36073.1 100 60 0 0 1 60 1 60 8.34e-39 120 MBW3244368.1 MBW3244368.1 100 354 0 0 1 354 1 354 2.89e-195 540 HCD14621.1 HCD14621.1 100 296 0 0 1 296 1 296 3.15e-209 570 HCD14621.1 WP_135306871.1 43.5 285 160 1 10 293 13 297 7.02e-73 225 HCD14621.1 QEC74319.1 31.1 257 171 4 13 263 8 264 3.26e-31 115 XP_045954854.1 XP_045954854.1 100 591 0 0 1 591 1 591 0.0 1157 WP_116803659.1 WP_116803659.1 100 302 0 0 1 302 1 302 8.10e-215 585 WP_116803659.1 MBE0669914.1 35.3 300 172 7 1 291 15 301 1.55e-47 160 WP_116803659.1 MBC6481257.1 29.1 306 191 7 1 291 15 309 5.70e-34 127 WP_116803659.1 WP_167301289.1 30.0 213 130 8 68 268 70 275 5.12e-08 52.0 MBU22120.1 MBU22120.1 100 984 0 0 1 984 1 984 0.0 1947 MBU22120.1 WP_125260587.1 45.2 987 472 11 12 976 4 943 9.76e-285 815 MBU22120.1 MBO8485404.1 32.9 996 455 17 12 969 11 831 1.17e-159 489 MBU22120.1 WP_158347019.1 39.5 660 355 10 322 954 158 800 1.03e-148 460 MBU22120.1 MCD6199266.1 41.1 526 292 4 441 954 297 816 2.87e-131 414 MBU22120.1 WP_276362074.1 34.6 81 50 2 519 598 150 228 7.05e-08 53.1 MBU22120.1 WP_256546297.1 34.3 108 60 4 496 598 146 247 1.11e-06 49.7 EAE1668788.1 EAE1668788.1 100 376 0 0 1 376 1 376 5.92e-268 725 WP_223489404.1 WP_223489404.1 100 281 0 0 1 281 1 281 2.07e-211 574 WP_260320705.1 WP_260320705.1 100 399 0 0 1 399 1 399 1.13e-279 757 WP_260320705.1 MBV8508112.1 38.3 394 226 7 4 396 11 388 6.18e-79 247 WP_164636708.1 WP_164636708.1 100 477 0 0 1 477 1 477 0.0 931 WP_164636708.1 2VGF_A 37.2 489 286 6 2 470 40 527 1.83e-94 294 XP_036201052.1 XP_036201052.1 100 506 0 0 1 506 1 506 0.0 977 NGY89703.1 NGY89703.1 100 107 0 0 1 107 1 107 1.90e-72 209 TRZ64304.1 TRZ64304.1 100 439 0 0 1 439 1 439 3.93e-314 847 TRZ64304.1 WP_113544184.1 40.0 438 259 2 1 437 728 1162 6.19e-102 327 TRZ64304.1 WP_130528929.1 41.6 375 212 3 2 376 591 958 4.58e-88 286 TRZ64304.1 MAF07216.1 36.3 314 170 8 2 294 373 677 9.29e-45 164 CAG8457419.1 CAG8457419.1 100 578 0 0 1 578 1 578 0.0 1150 WP_108879099.1 WP_108879099.1 100 180 0 0 1 180 1 180 3.33e-117 328 WP_033105884.1 WP_033105884.1 100 330 0 0 1 330 1 330 1.65e-253 685 WP_134885491.1 WP_134885491.1 100 556 0 0 1 556 1 556 0.0 1081 WP_134885491.1 WP_061905238.1 30.9 570 341 10 6 547 20 564 1.52e-73 244 WP_134885491.1 HBY86896.1 33.9 348 206 4 6 330 20 366 1.54e-48 171 WP_134885491.1 NNL66378.1 30.1 133 69 1 8 116 5 137 4.14e-13 65.1 XP_026433405.1 XP_026433405.1 100 331 0 0 1 331 1 331 5.50e-248 671 WP_049771622.1 WP_049771622.1 100 128 0 0 1 128 1 128 2.20e-81 233 HIR95098.1 HIR95098.1 100 515 0 0 1 515 1 515 0.0 987 KAF8288686.1 KAF8288686.1 100 660 0 0 1 660 1 660 0.0 1332 MXE70911.1 MXE70911.1 100 78 0 0 1 78 1 78 2.01e-56 166 XP_054030025.1 XP_054030025.1 100 300 0 0 1 300 1 300 5.09e-217 590 MCR5093499.1 MCR5093499.1 100 89 0 0 1 89 1 89 5.79e-61 178 KFO63955.1 KFO63955.1 100 72 0 0 1 72 1 72 5.63e-49 147 KFO63955.1 MCQ2059483.1 45.6 68 37 0 3 70 75 142 5.85e-17 68.2 AVA00513.1 AVA00513.1 100 339 0 0 1 339 1 339 8.29e-263 709 AVA00513.1 BAO11608.1 90.3 339 33 0 1 339 1 339 8.67e-240 651 AVA00513.1 AFJ09957.1 90.9 339 31 0 1 339 1 339 4.73e-239 652 AVA00513.1 ACY29573.1 91.2 339 30 0 1 339 1 339 1.06e-238 652 AVA00513.1 ACH90072.1 90.0 339 34 0 1 339 29 367 3.28e-238 649 AVA00513.1 BAO23243.1 90.0 339 34 0 1 339 1 339 4.78e-238 647 AVA00513.1 QWY38042.1 89.7 339 35 0 1 339 1 339 6.88e-238 649 AVA00513.1 AFV39595.1 90.6 339 32 0 1 339 54 392 3.25e-231 654 AVA00513.1 AOW33101.1 93.1 318 22 0 17 334 1 318 7.53e-229 622 AVA00513.1 AOW36968.1 90.7 323 30 0 17 339 1 323 2.66e-228 622 AVA00513.1 ARR91819.1 84.4 307 47 1 1 306 1 307 7.51e-192 528 AVA00513.1 ACV16867.1 92.1 240 19 0 100 339 1 240 2.39e-168 469 AVA00513.1 ADB27070.1 90.6 203 19 0 137 339 1 203 3.00e-140 394 AVA00513.1 ABJ92889.1 80.2 96 19 0 4 99 1 96 1.92e-56 177 KAJ2074960.1 KAJ2074960.1 100 92 0 0 1 92 1 92 2.94e-51 154 WP_281094896.1 WP_281094896.1 100 1022 0 0 1 1022 1 1022 0.0 1902 KJY45691.1 KJY45691.1 100 75 0 0 1 75 1 75 8.44e-50 149 GFR70582.1 GFR70582.1 100 16 0 0 1 16 1 16 6.52e-05 35.8 KAG6025013.1 KAG6025013.1 100 384 0 0 1 384 1 384 7.77e-268 726 NAZ85407.1 NAZ85407.1 100 165 0 0 1 165 1 165 1.64e-112 315 WP_278960438.1 WP_278960438.1 100 54 0 0 1 54 1 54 3.52e-33 105 WP_032884901.1 WP_032884901.1 100 260 0 0 1 260 1 260 4.40e-182 498 WP_032884901.1 WP_250824310.1 45.4 238 126 3 25 258 32 269 4.47e-65 202 WP_018916691.1 WP_018916691.1 100 380 0 0 1 380 1 380 8.94e-281 758 WP_050274510.1 WP_050274510.1 100 455 0 0 1 455 1 455 0.0 881 WP_050274510.1 WP_112449552.1 41.8 395 216 4 69 449 91 485 3.49e-89 278 WP_050274510.1 WP_241420500.1 34.6 471 273 8 9 447 13 480 3.53e-74 239 WP_050274510.1 PTQ72351.1 36.5 367 212 4 86 445 41 393 1.51e-61 204 NEB38825.1 NEB38825.1 100 485 0 0 1 485 1 485 0.0 928 NEB38825.1 WP_131284109.1 36.3 482 275 12 21 484 21 488 3.23e-78 251 NEB38825.1 OHA02323.1 31.6 380 214 12 67 422 147 504 1.11e-36 140 NEB38825.1 WP_196051328.1 26.7 468 271 18 34 457 214 653 2.06e-20 92.8 NEB38825.1 PIQ07033.1 27.6 352 215 12 76 422 142 458 8.03e-19 87.4 NEB38825.1 WP_225592933.1 32.3 350 171 18 130 467 285 580 8.83e-16 78.2 MCU0925088.1 MCU0925088.1 100 180 0 0 1 180 1 180 2.78e-134 371 MCU0925088.1 MBN2689333.1 46.2 106 48 1 43 148 20 116 2.29e-26 95.9 WP_067041261.1 WP_067041261.1 100 218 0 0 1 218 1 218 7.12e-158 434 WP_166106360.1 WP_166106360.1 100 538 0 0 1 538 1 538 0.0 1039 WP_166106360.1 TMG86695.1 25.3 285 156 10 283 526 2 270 2.29e-09 57.0 WP_166106360.1 WP_283842967.1 28.7 251 140 11 283 513 333 564 2.61e-07 51.6 WP_166106360.1 PSQ73325.1 26.6 244 132 10 308 527 622 842 9.03e-07 50.1 WP_166106360.1 TVR41840.1 36.1 97 47 3 418 513 412 494 9.68e-07 49.7 WP_139994336.1 WP_139994336.1 100 281 0 0 1 281 1 281 5.70e-209 568 WP_139994336.1 WP_059171534.1 46.0 272 144 3 1 270 1 271 2.20e-78 237 WP_232939508.1 WP_232939508.1 100 90 0 0 1 90 1 90 2.73e-64 187 WP_182039401.1 WP_182039401.1 100 368 0 0 1 368 1 368 9.60e-279 752 WP_182039401.1 WP_019182526.1 41.0 346 199 2 23 367 42 383 9.35e-86 263 THB74636.1 THB74636.1 100 515 0 0 1 515 1 515 0.0 1002 PIO49166.1 PIO49166.1 100 271 0 0 1 271 1 271 4.82e-196 535 WP_046625651.1 WP_046625651.1 100 576 0 0 1 576 1 576 0.0 1167 WP_046625651.1 KAF9463056.1 32.0 556 336 10 41 560 16 565 6.40e-77 252 WP_046625651.1 MCU1518283.1 30.6 575 312 17 23 529 3 558 2.91e-68 230 WP_046625651.1 WP_236525681.1 32.0 515 302 16 44 527 68 565 2.05e-53 190 MBU1707539.1 MBU1707539.1 100 115 0 0 1 115 1 115 5.90e-82 233 ADW49125.1 ADW49125.1 100 211 0 0 1 211 1 211 4.13e-149 411 ADW49125.1 AFA24308.1 94.8 211 11 0 1 211 2 212 4.41e-142 393 ADW49125.1 AFA09475.1 96.1 205 8 0 7 211 1 205 1.56e-138 384 ADW49125.1 QUA05739.1 95.1 204 10 0 1 204 9 212 8.17e-138 382 ADW49125.1 AVM35379.1 89.6 211 22 0 1 211 4 214 4.17e-136 378 ADW49125.1 AWS34156.1 84.8 211 32 0 1 211 9 219 5.94e-128 358 ADW49125.1 ADJ35581.1 81.0 211 40 0 1 211 10 220 1.24e-127 357 ADW49125.1 QUQ06080.1 81.5 211 39 0 1 211 9 219 2.82e-126 353 ADW49125.1 ABQ63546.1 82.0 211 38 0 1 211 8 218 4.50e-125 350 ADW49125.1 AAX94106.1 89.9 189 19 0 23 211 1 189 1.72e-116 337 ADW49125.1 AHK62764.1 75.4 211 52 0 1 211 5 215 4.84e-116 328 ADW49125.1 AOR13807.1 79.8 198 40 0 2 199 1 198 2.81e-112 317 ADW49125.1 AKT58828.1 81.3 187 35 0 1 187 9 195 9.84e-110 311 ADW49125.1 AMA90994.1 82.5 189 33 0 1 189 9 197 6.09e-109 309 ADW49125.1 UZF38514.1 72.3 206 57 0 6 211 1 206 1.95e-107 305 ADW49125.1 AOQ89457.1 81.4 183 34 0 1 183 5 187 4.57e-104 296 ADW49125.1 AXZ65741.1 77.8 180 40 0 1 180 9 188 1.43e-98 282 ADW49125.1 AGI15931.1 67.8 205 66 0 1 205 2 206 1.53e-97 280 ADW49125.1 AKA56406.1 70.1 194 51 2 1 192 9 197 2.05e-93 270 ADW49125.1 AHH30646.1 76.8 168 37 2 24 191 6 171 4.62e-84 245 ADW49125.1 ACE88666.1 83.6 140 23 0 72 211 1 140 4.44e-81 236 ADW49125.1 APC24336.1 72.3 112 31 0 100 211 1 112 3.97e-49 162 MBR2564295.1 MBR2564295.1 100 339 0 0 1 339 1 339 8.91e-258 696 CAB0034103.1 CAB0034103.1 100 598 0 0 1 598 1 598 0.0 890 WP_047594685.1 WP_047594685.1 100 807 0 0 1 807 1 807 0.0 1601 WP_047594685.1 WP_119344914.1 31.3 713 430 20 100 799 32 697 3.70e-83 278 WP_047594685.1 KAA1286543.1 22.4 820 507 32 46 807 3 751 1.27e-20 95.5 WP_047594685.1 OGU48181.1 20.8 548 327 21 138 650 71 546 1.30e-10 63.2 WP_004762412.1 WP_004762412.1 100 674 0 0 1 674 1 674 0.0 1332 MBW0445137.1 MBW0445137.1 100 192 0 0 1 192 1 192 7.86e-140 386 WP_062300449.1 WP_062300449.1 100 808 0 0 1 808 1 808 0.0 1621 WP_062300449.1 WP_044772468.1 27.6 381 249 10 73 431 86 461 6.00e-31 128 VAH04400.1 VAH04400.1 100 840 0 0 1 840 1 840 0.0 1645 WP_010251888.1 WP_010251888.1 100 331 0 0 1 331 1 331 3.37e-233 634 PTE76569.1 PTE76569.1 100 62 0 0 1 62 1 62 1.31e-36 115 WP_213753432.1 WP_213753432.1 100 117 0 0 1 117 1 117 1.23e-84 240 WP_213753432.1 MBR5168981.1 46.1 115 50 3 14 116 9 123 1.05e-26 94.4 WP_174822921.1 WP_174822921.1 100 255 0 0 1 255 1 255 8.32e-189 515 WP_174822921.1 MXP43753.1 72.9 255 69 0 1 255 8 262 9.74e-137 384 WP_174822921.1 OAN53756.1 70.9 251 73 0 5 255 9 259 2.27e-132 372 WP_174822921.1 MBC7326981.1 59.7 253 100 2 4 255 3 254 1.53e-110 317 WP_174822921.1 WP_207918089.1 61.2 250 96 1 6 255 4 252 3.34e-109 313 WP_174822921.1 WP_158791585.1 55.6 250 107 4 8 255 5 252 4.11e-98 285 WP_174822921.1 MWR41881.1 30.4 237 145 7 23 252 44 267 3.62e-30 112 WP_174822921.1 MCP5262709.1 31.3 246 152 9 18 253 16 254 1.60e-27 106 WP_174822921.1 GLY24463.1 32.2 245 146 9 18 250 19 255 8.58e-27 104 WP_174822921.1 WP_227059655.1 31.0 252 158 7 18 255 32 281 9.25e-24 98.2 WP_174822921.1 WP_152652784.1 30.5 210 130 5 8 215 6 201 3.23e-23 94.4 WP_174822921.1 WP_192324556.1 29.0 245 154 7 22 251 32 271 1.94e-22 94.4 WP_174822921.1 WP_107894076.1 28.2 238 155 8 23 250 25 256 7.43e-21 88.2 WP_174822921.1 WP_084371009.1 24.3 226 154 6 6 229 1 211 3.87e-20 85.9 WP_174822921.1 MCB0243881.1 30.8 198 121 7 19 211 21 207 1.49e-19 82.8 WP_174822921.1 EHH5649593.1 28.2 220 136 7 25 240 20 221 1.68e-19 84.0 WP_174822921.1 WP_276362074.1 28.2 248 145 10 12 240 9 242 6.68e-18 79.0 WP_174822921.1 WP_071876418.1 26.3 217 142 6 19 229 17 221 7.51e-15 72.0 WP_174822921.1 WP_150396769.1 25.8 229 139 9 16 232 34 243 2.58e-09 55.5 WP_174822921.1 KAF9974715.1 24.7 194 121 4 19 210 477 647 1.08e-07 50.8 MBM4292280.1 MBM4292280.1 100 233 0 0 1 233 1 233 4.46e-173 473 MBP5405476.1 MBP5405476.1 100 71 0 0 1 71 1 71 2.60e-49 147 KAJ7413400.1 KAJ7413400.1 100 435 0 0 1 435 1 435 0.0 879 UJS94137.1 UJS94137.1 100 4296 0 0 1 4296 1 4296 0.0 8352 UJS94137.1 ULA23837.2 99.0 4296 44 0 1 4296 106 4401 0.0 8347 UJS94137.1 UIR12670.1 99.0 4292 42 0 1 4292 106 4397 0.0 8344 UJS94137.1 UKN67998.1 99.0 4292 43 0 1 4292 86 4377 0.0 8343 UJS94137.1 UXH94526.1 99.0 4296 45 0 1 4296 106 4401 0.0 8343 UJS94137.1 UMF87224.1 98.5 4292 64 0 1 4292 106 4397 0.0 8336 UJS94137.1 UPA83906.1 98.9 4292 46 0 1 4292 106 4397 0.0 8333 UJS94137.1 QTD03487.1 98.7 4300 53 2 1 4296 106 4405 0.0 8326 UJS94137.1 QXR94354.1 98.7 4297 54 1 1 4296 106 4402 0.0 8325 UJS94137.1 UPP41269.1 98.7 4297 55 1 1 4296 106 4402 0.0 8325 UJS94137.1 QTM79632.1 98.7 4297 57 1 1 4296 106 4402 0.0 8324 UJS94137.1 UVB16817.1 98.8 4293 52 1 1 4292 106 4398 0.0 8322 UJS94137.1 USR14792.1 98.7 4297 56 1 1 4296 106 4402 0.0 8322 UJS94137.1 UZO53924.1 98.7 4293 53 1 1 4292 106 4398 0.0 8321 UJS94137.1 QWC83326.1 98.7 4296 50 2 1 4292 106 4401 0.0 8320 UJS94137.1 QTZ27226.1 98.6 4297 59 1 1 4296 106 4402 0.0 8319 UJS94137.1 QVD87869.1 98.7 4293 53 1 1 4292 106 4398 0.0 8319 UJS94137.1 URQ55824.1 98.7 4293 54 1 1 4292 106 4398 0.0 8319 UJS94137.1 QSZ25555.1 98.7 4296 52 2 1 4292 106 4401 0.0 8318 UJS94137.1 UFM00670.1 98.6 4300 56 2 1 4296 106 4405 0.0 8316 UJS94137.1 WEU87158.1 98.7 4296 52 2 1 4292 106 4401 0.0 8315 UJS94137.1 UKU68032.1 98.6 4296 58 0 1 4296 106 4401 0.0 8314 UJS94137.1 UEC68750.1 98.6 4300 56 2 1 4296 106 4405 0.0 8314 UJS94137.1 UBP50947.1 98.7 4296 53 2 1 4292 106 4401 0.0 8313 UJS94137.1 QZU16279.1 98.7 4296 53 2 1 4292 106 4401 0.0 8313 OUV52596.1 OUV52596.1 100 232 0 0 1 232 1 232 9.50e-154 424 MBE0500203.1 MBE0500203.1 100 192 0 0 1 192 1 192 4.55e-139 384 MBE0500203.1 WP_100161462.1 49.5 101 49 2 78 178 53 151 2.13e-25 95.5 MBE0500203.1 BAV52815.1 44.0 100 54 2 80 178 14 112 2.33e-19 79.0 EER6968786.1 EER6968786.1 100 118 0 0 1 118 1 118 1.33e-79 233 EER6968786.1 WP_001531669.1 87.3 118 15 0 1 118 1 118 9.02e-64 206 EER6968786.1 WP_089566156.1 87.5 48 6 0 70 117 1 48 7.26e-21 87.0 XP_023840445.1 XP_023840445.1 100 1311 0 0 1 1311 1 1311 0.0 2512 WP_279826355.1 WP_279826355.1 100 301 0 0 1 301 1 301 5.34e-224 608 WP_279826355.1 MBB2902420.1 44.2 301 127 8 3 298 9 273 5.75e-64 201 MCK6542200.1 MCK6542200.1 100 211 0 0 1 211 1 211 2.29e-146 404 WP_017166220.1 WP_017166220.1 100 413 0 0 1 413 1 413 8.02e-303 816 WP_017166220.1 WP_126547421.1 37.7 379 201 9 30 402 129 478 1.01e-57 201 WP_017166220.1 MBN8831519.1 29.5 278 158 9 5 269 20 272 5.76e-15 75.1 XP_033530744.1 XP_033530744.1 100 77 0 0 1 77 1 77 1.43e-51 154 WP_070999907.1 WP_070999907.1 100 371 0 0 1 371 1 371 5.94e-270 730 WP_232790853.1 WP_232790853.1 100 499 0 0 1 499 1 499 0.0 971 WP_232790853.1 WP_270570428.1 25.5 470 300 15 11 454 7 452 1.36e-28 117 WP_232790853.1 KAJ6336236.1 33.7 83 52 1 125 204 15 97 2.61e-04 40.8 KAJ7966218.1 KAJ7966218.1 100 577 0 0 1 577 1 577 0.0 1138 URE29467.1 URE29467.1 100 228 0 0 1 228 1 228 4.10e-162 445 THB72442.1 THB72442.1 100 329 0 0 1 329 1 329 1.24e-243 660 THB72442.1 UOK61174.1 28.8 104 73 1 216 319 254 356 9.99e-04 38.9 KAJ3286973.1 KAJ3286973.1 100 204 0 0 1 204 1 204 8.85e-90 260 PIQ07033.1 PIQ07033.1 100 515 0 0 1 515 1 515 0.0 999 PIQ07033.1 OHA02323.1 40.0 555 284 11 5 515 13 562 3.06e-113 345 PIQ07033.1 WP_278084771.1 26.4 508 323 9 53 515 266 767 1.08e-45 169 PIQ07033.1 VAX76432.1 25.5 506 334 12 23 495 40 535 2.22e-39 149 PIQ07033.1 NEB38825.1 30.1 269 165 8 212 458 155 422 6.21e-22 97.1 PIQ07033.1 WP_131284109.1 28.9 336 191 12 179 480 131 452 2.74e-19 89.0 PIQ07033.1 OMF24356.1 28.0 275 157 10 214 479 339 581 2.00e-16 80.5 PIQ07033.1 WP_225592933.1 24.3 354 214 11 129 459 221 543 1.64e-09 58.5 WP_218036247.1 WP_218036247.1 100 301 0 0 1 301 1 301 1.21e-220 599 WP_218036247.1 MCH8293010.1 28.8 160 105 4 3 155 7 164 1.23e-10 59.7 WP_218036247.1 MBI1189702.1 43.3 67 33 1 42 103 53 119 6.29e-07 48.5 WP_218036247.1 MCP4974199.1 32.7 101 51 2 14 102 21 116 1.51e-06 47.4 WP_218036247.1 EFX2174330.1 31.7 101 64 2 1 96 7 107 7.66e-06 45.1 EBS3704194.1 EBS3704194.1 100 885 0 0 1 885 1 885 0.0 1785 EBS3704194.1 ECD4982842.1 98.9 885 10 0 1 885 1 885 0.0 1763 EBS3704194.1 WP_202291019.1 52.3 845 384 5 5 844 4 834 1.02e-318 894 EBS3704194.1 WP_242685612.1 50.4 813 386 6 33 844 38 834 3.95e-299 845 EBS3704194.1 WP_237762402.1 37.9 651 363 17 34 666 23 650 1.00e-131 407 EBS3704194.1 WP_222168304.1 28.0 836 545 25 18 826 16 821 2.97e-76 264 WP_230324968.1 WP_230324968.1 100 89 0 0 1 89 1 89 1.72e-62 182 HCI08118.1 HCI08118.1 100 206 0 0 1 206 1 206 7.79e-156 427 MBQ4454347.1 MBQ4454347.1 100 584 0 0 1 584 1 584 0.0 1063 MBQ4454347.1 WP_195368055.1 49.8 566 284 0 4 569 3 568 5.10e-198 565 MBQ4454347.1 WP_060613079.1 34.3 492 308 4 87 571 92 575 1.24e-87 281 MBQ4454347.1 MBQ8297564.1 31.8 475 322 2 95 568 89 562 1.23e-78 257 MBQ4454347.1 KAJ5168969.1 33.4 479 314 5 86 561 253 729 3.48e-77 258 MBQ4454347.1 NFD84694.1 31.9 470 317 3 95 562 277 745 4.20e-70 239 MBQ4454347.1 KAI7371949.1 32.2 479 320 5 86 561 397 873 4.77e-69 239 MBQ4454347.1 KAI9191373.1 31.7 476 275 9 118 578 175 615 1.36e-55 200 MBQ4454347.1 WAY96880.1 38.9 193 116 1 355 547 4 194 2.74e-38 138 MBQ4454347.1 WP_278489123.1 28.2 216 135 6 351 556 23 228 7.42e-19 85.5 MBQ4454347.1 MCH4209672.1 29.4 197 123 5 352 548 394 574 4.60e-16 79.7 WP_162445525.1 WP_162445525.1 100 347 0 0 1 347 1 347 1.97e-265 716 WP_168414869.1 WP_168414869.1 100 70 0 0 1 70 1 70 4.55e-45 137 WP_005921846.1 WP_005921846.1 100 749 0 0 1 749 1 749 0.0 1470 WP_094876339.1 WP_094876339.1 100 770 0 0 1 770 1 770 0.0 1505 MCC2649654.1 MCC2649654.1 100 66 0 0 1 66 1 66 1.64e-43 132 MCC2649654.1 WP_257689765.1 41.5 53 31 0 3 55 431 483 3.57e-08 46.2 MCC2649654.1 WP_108756325.1 35.8 53 33 1 1 53 418 469 4.92e-05 37.4 XP_050861105.1 XP_050861105.1 100 459 0 0 1 459 1 459 1.53e-266 729 HAF6482379.1 HAF6482379.1 100 703 0 0 1 703 1 703 0.0 1367 WP_035064005.1 WP_035064005.1 100 469 0 0 1 469 1 469 0.0 939 WP_035064005.1 MBT6563471.1 49.3 458 228 4 12 468 3 457 1.25e-157 453 WP_035064005.1 WP_255895909.1 34.5 336 201 5 47 378 60 380 5.74e-58 194 WP_070188258.1 WP_070188258.1 100 587 0 0 1 587 1 587 0.0 1056 WP_070188258.1 WP_122013538.1 31.0 583 374 7 1 577 1 561 4.74e-60 207 WP_070188258.1 WP_232180661.1 26.4 584 390 9 1 577 1 551 1.59e-47 173 KAG9223390.1 KAG9223390.1 100 776 0 0 1 776 1 776 0.0 1560 MBQ5629560.1 MBQ5629560.1 100 278 0 0 1 278 1 278 5.24e-167 462 WP_096231334.1 WP_096231334.1 100 238 0 0 1 238 1 238 7.98e-174 476 WP_060393952.1 WP_060393952.1 100 146 0 0 1 146 1 146 3.60e-109 305 XP_045099932.1 XP_045099932.1 100 97 0 0 1 97 1 97 4.72e-66 192 MCU0236787.1 MCU0236787.1 100 118 0 0 1 118 1 118 1.90e-31 106 MCK9987173.1 MCK9987173.1 100 595 0 0 1 595 1 595 0.0 1232 MCK9987173.1 NQU26924.1 31.4 580 330 20 10 573 458 985 9.21e-61 216 MCK9987173.1 MBP3509218.1 32.2 490 298 13 12 491 132 597 1.59e-58 204 MCK9987173.1 EHP6050825.1 35.2 421 238 13 18 412 236 647 9.03e-58 203 MCK9987173.1 MBQ2777352.1 30.9 489 305 12 12 491 132 596 5.04e-56 197 MBO8466917.1 MBO8466917.1 100 379 0 0 1 379 1 379 3.86e-295 794 MBB8005642.1 MBB8005642.1 100 115 0 0 1 115 1 115 9.80e-72 207 WP_265279605.1 WP_265279605.1 100 349 0 0 1 349 1 349 4.27e-261 706 WP_236355782.1 WP_236355782.1 100 864 0 0 1 864 1 864 0.0 1689 WP_236355782.1 NDH41984.1 55.8 423 173 3 48 469 1 410 6.55e-144 430 EEW4501628.1 EEW4501628.1 100 517 0 0 1 517 1 517 0.0 1053 EGO6711073.1 EGO6711073.1 100 138 0 0 1 138 1 138 8.35e-102 285 EYC39616.1 EYC39616.1 100 178 0 0 1 178 1 178 3.01e-128 355 EAQ6361894.1 EAQ6361894.1 100 215 0 0 1 215 1 215 3.63e-145 401 KAJ0452418.1 KAJ0452418.1 100 630 0 0 1 630 1 630 0.0 1080 WP_079277665.1 WP_079277665.1 100 368 0 0 1 368 1 368 5.48e-269 727 WP_080337214.1 WP_080337214.1 100 90 0 0 1 90 1 90 2.45e-58 172 WP_080337214.1 WP_220674761.1 73.3 90 24 0 1 90 1 90 2.54e-42 131 WP_248562494.1 WP_248562494.1 100 291 0 0 1 291 1 291 5.48e-212 577 WP_248562494.1 WP_084371009.1 31.1 212 136 6 2 206 3 211 6.60e-23 94.4 WP_248562494.1 WP_281543397.1 28.1 221 151 4 16 230 4 222 1.43e-17 79.3 WP_248562494.1 WP_132175930.1 26.5 181 124 4 29 201 55 234 3.86e-13 67.0 WP_248562494.1 WP_109219819.1 22.4 214 153 4 1 205 17 226 1.35e-09 56.6 WP_062756220.1 WP_062756220.1 100 139 0 0 1 139 1 139 4.46e-102 286 XP_051536923.1 XP_051536923.1 100 470 0 0 1 470 1 470 0.0 951 XP_051536923.1 XP_046907253.1 28.0 543 293 17 3 461 5 533 3.32e-48 172 KAG6471244.1 KAG6471244.1 100 330 0 0 1 330 1 330 4.45e-217 593 KAG6471244.1 KAJ7545197.1 56.3 96 38 1 11 102 23 118 1.35e-28 111 KAG6471244.1 CAH0727316.1 44.0 100 46 1 13 102 14 113 1.29e-21 94.0 WP_258613669.1 WP_258613669.1 100 307 0 0 1 307 1 307 1.95e-229 622 WP_258613669.1 WP_241524600.1 33.0 300 195 4 1 296 1 298 2.18e-43 150 WP_258613669.1 WP_200629424.1 25.5 255 176 5 11 264 22 263 1.80e-07 50.1 WP_258613669.1 WP_131914061.1 24.8 141 98 3 9 145 11 147 7.54e-07 48.1 MBN3324024.1 MBN3324024.1 100 1006 0 0 1 1006 1 1006 0.0 1925 MBN3324024.1 XP_025046235.1 38.6 241 125 7 487 711 1 234 1.96e-21 92.8 MCD8106539.1 MCD8106539.1 100 252 0 0 1 252 1 252 3.14e-187 511 RQM07044.1 RQM07044.1 100 126 0 0 1 126 1 126 2.49e-95 268 MBN2666786.1 MBN2666786.1 100 387 0 0 1 387 1 387 6.57e-282 761 MBN2666786.1 MBL6706528.1 37.6 378 229 6 12 387 259 631 9.21e-75 242 MBN2666786.1 MCG8030229.1 33.4 377 237 7 21 387 733 1105 6.25e-54 190 MBN2666786.1 WP_056610248.1 30.2 252 153 8 55 289 275 520 7.97e-21 92.4 WP_008959270.1 WP_008959270.1 100 486 0 0 1 486 1 486 0.0 955 WP_008959270.1 WP_131836551.1 41.1 482 274 6 9 484 16 493 2.17e-106 324 WP_008959270.1 XP_050320449.1 38.3 457 274 6 30 484 33 483 8.42e-90 281 WP_008959270.1 WP_057201184.1 38.7 483 275 8 13 486 6 476 8.65e-86 270 WP_008959270.1 WP_061795322.1 36.6 484 287 10 14 485 23 498 4.19e-81 259 WP_008959270.1 WP_257689765.1 35.5 485 300 7 4 483 7 483 1.64e-78 251 WP_008959270.1 WP_108756325.1 32.2 454 295 6 30 481 27 469 2.01e-56 193 WP_108365493.1 WP_108365493.1 100 112 0 0 1 112 1 112 1.21e-75 217 WP_108365493.1 MBN2762177.1 71.0 100 29 0 1 100 1 100 5.69e-49 149 AGC74998.1 AGC74998.1 100 216 0 0 1 216 1 216 1.14e-153 423 AGC74998.1 AGC97326.1 86.4 214 29 0 1 214 16 229 2.10e-132 370 AGC74998.1 ACO35565.1 86.3 211 29 0 1 211 18 228 4.25e-132 370 AGC74998.1 AAX94106.1 84.9 205 31 0 1 205 225 429 9.07e-123 353 AGC74998.1 APC24336.1 76.2 210 50 0 1 210 148 357 7.97e-115 331 MBQ9679177.1 MBQ9679177.1 100 897 0 0 1 897 1 897 0.0 1857 MBQ9679177.1 MCL2204087.1 50.2 916 388 13 1 883 1 881 5.84e-302 854 MBQ9679177.1 CAI9595211.1 34.5 944 494 16 4 851 80 995 9.95e-174 529 MBQ9679177.1 WP_081224968.1 24.4 877 537 20 14 804 24 860 2.87e-76 266 MBQ9679177.1 MCL6457358.1 24.1 825 519 18 16 765 16 808 2.46e-65 236 MBQ9679177.1 MBK6751737.1 33.8 290 162 9 628 888 1 289 2.95e-38 143 MBQ9679177.1 MCB9999913.1 30.2 192 129 2 35 221 61 252 1.46e-17 86.3 MBQ9679177.1 WP_233286789.1 25.4 264 169 9 462 711 370 619 2.47e-12 68.9 KAF7985745.1 KAF7985745.1 100 498 0 0 1 498 1 498 0.0 928 EJR4237259.1 EJR4237259.1 100 583 0 0 1 583 1 583 0.0 1176 WP_269885397.1 WP_269885397.1 100 272 0 0 1 272 1 272 1.54e-188 516 WP_269885397.1 MBI5333464.1 34.7 167 107 1 108 272 225 391 1.60e-26 105 WP_269885397.1 EGR2272270.1 39.4 132 78 2 141 270 546 677 3.32e-26 105 WP_269885397.1 WP_145544593.1 38.2 170 98 2 103 272 357 519 5.86e-26 104 WP_269885397.1 WP_000484099.1 33.9 186 115 4 92 271 185 368 2.19e-20 87.8 WP_269885397.1 WP_023050329.1 32.1 165 105 4 100 263 191 349 3.61e-20 87.0 WP_269885397.1 WP_107169208.1 31.7 161 109 1 103 262 194 354 9.87e-20 85.9 WP_269885397.1 MBT3459335.1 45.8 83 45 0 103 185 195 277 2.85e-16 75.1 WP_269885397.1 WP_215262079.1 33.6 146 90 2 115 259 347 486 3.55e-16 76.3 WP_269885397.1 HCN71343.1 28.9 128 84 3 144 267 7 131 9.21e-12 59.7 WP_269885397.1 WP_255266214.1 29.5 122 84 2 144 265 326 445 1.19e-11 62.8 WP_269885397.1 WP_018646673.1 29.5 129 88 3 145 271 559 686 1.16e-10 60.1 AWX41049.1 AWX41049.1 100 210 0 0 1 210 1 210 1.06e-155 427 PYQ07964.1 PYQ07964.1 100 123 0 0 1 123 1 123 4.18e-79 227 WP_166725305.1 WP_166725305.1 100 321 0 0 1 321 1 321 1.31e-225 613 WP_166725305.1 WP_217101611.1 88.1 320 38 0 1 320 1 320 1.85e-193 532 WP_166725305.1 WP_213750918.1 47.8 251 131 0 69 319 22 272 8.27e-69 214 WP_166725305.1 HHH37178.1 33.5 182 121 0 126 307 75 256 7.00e-26 102 HAG62657.1 HAG62657.1 100 515 0 0 1 515 1 515 0.0 966 HAG62657.1 WP_037548932.1 45.0 482 257 6 38 515 3 480 6.32e-142 416 HAG62657.1 KAJ5112313.1 34.9 482 302 5 41 513 57 535 3.63e-86 275 HAG62657.1 WP_169940736.1 37.3 477 282 7 39 513 9 470 9.64e-86 271 EFF4884300.1 EFF4884300.1 100 430 0 0 1 430 1 430 0.0 864 MCJ8729721.1 MCJ8729721.1 100 92 0 0 1 92 1 92 2.48e-70 202 WP_132944465.1 WP_132944465.1 100 124 0 0 1 124 1 124 2.32e-81 233 KAF4018288.1 KAF4018288.1 100 719 0 0 1 719 1 719 0.0 1410 WP_267586803.1 WP_267586803.1 100 262 0 0 1 262 1 262 3.23e-185 506 XP_053257159.1 XP_053257159.1 100 790 0 0 1 790 1 790 0.0 1533 XP_053257159.1 NP_001375225.1 80.3 761 121 4 1 761 1 732 0.0 1155 WP_076451668.1 WP_076451668.1 100 1677 0 0 1 1677 1 1677 0.0 3179 WP_026591533.1 WP_026591533.1 100 152 0 0 1 152 1 152 4.32e-113 315 SKA28887.1 SKA28887.1 100 564 0 0 1 564 1 564 0.0 1080 GFA35713.1 GFA35713.1 100 489 0 0 1 489 1 489 0.0 1017 WP_054435236.1 WP_054435236.1 100 275 0 0 1 275 1 275 1.84e-211 574 WP_054435236.1 WP_145643501.1 63.1 255 92 1 1 255 1 253 3.36e-116 332 WP_054435236.1 KLR59865.1 39.0 251 153 0 1 251 1 251 1.60e-60 191 WP_269572442.1 WP_269572442.1 100 598 0 0 1 598 1 598 0.0 1033 WP_269572442.1 WP_128786583.1 38.0 552 321 5 42 581 40 582 3.62e-72 242 WP_269572442.1 WP_025739406.1 34.5 414 263 4 165 573 171 581 1.42e-53 191 WP_269572442.1 WP_104456122.1 40.8 272 161 0 321 592 214 485 5.57e-33 131 WP_269572442.1 OME96001.1 27.9 602 329 16 8 550 4 559 1.54e-29 122 WP_269572442.1 WP_271340374.1 28.6 301 199 3 256 542 199 497 7.96e-20 91.7 WP_269572442.1 WP_237962375.1 46.7 107 45 3 425 520 441 546 1.30e-14 75.5 WP_269572442.1 WP_156140069.1 41.7 120 60 3 472 586 405 519 2.53e-10 61.6 WP_269572442.1 MCI8311254.1 36.3 135 72 4 428 551 307 438 4.87e-10 60.5 WP_263177763.1 WP_263177763.1 100 80 0 0 1 80 1 80 9.12e-54 159 MCP5114939.1 MCP5114939.1 100 49 0 0 1 49 1 49 1.77e-33 106 TKX51930.1 TKX51930.1 100 63 0 0 1 63 1 63 1.06e-40 125 MBI1328179.1 MBI1328179.1 100 167 0 0 1 167 1 167 5.29e-119 331 WP_111479522.1 WP_111479522.1 100 363 0 0 1 363 1 363 1.14e-263 713 WP_111479522.1 ERO62343.1 45.3 276 146 2 29 304 14 284 7.40e-70 220 MBU6237646.1 MBU6237646.1 100 170 0 0 1 170 1 170 5.70e-129 357 WP_276638014.1 WP_276638014.1 100 362 0 0 1 362 1 362 5.75e-277 747 WP_276638014.1 WP_220615956.1 52.6 331 155 2 25 354 28 357 1.49e-117 343 WP_276638014.1 MBI5966481.1 42.7 309 161 6 43 348 15 310 9.34e-76 235 WP_276638014.1 MBI1736306.1 39.4 320 177 5 34 353 5 307 1.44e-68 216 WP_276638014.1 WP_067782871.1 30.0 313 200 4 37 349 8 301 5.64e-44 152 WP_276638014.1 MBQ1540263.1 31.1 305 165 7 44 348 33 292 1.04e-38 138 XP_028705251.1 XP_028705251.1 100 885 0 0 1 885 1 885 0.0 1285 XP_028705251.1 XP_048540820.1 31.7 278 163 5 445 722 781 1031 2.01e-34 140 XP_028705251.1 XP_021765438.1 33.0 206 126 6 456 655 597 796 9.18e-28 119 XP_039308535.1 XP_039308535.1 100 1065 0 0 1 1065 1 1065 0.0 2188 MBO5932171.1 MBO5932171.1 100 107 0 0 1 107 1 107 3.67e-79 226 MCF1432737.1 MCF1432737.1 100 367 0 0 1 367 1 367 8.27e-259 701 KAI6705356.1 KAI6705356.1 100 305 0 0 1 305 1 305 1.87e-226 614 KAI6705356.1 EEC70172.1 40.9 149 80 3 121 267 35 177 2.12e-25 99.4 GLR41095.1 GLR41095.1 100 658 0 0 1 658 1 658 0.0 1283 GLR41095.1 WP_050580425.1 76.3 659 153 2 1 658 6 662 0.0 973 MBU4440546.1 MBU4440546.1 100 208 0 0 1 208 1 208 4.24e-136 378 MBU4440546.1 WP_276533217.1 35.8 134 80 3 33 164 695 824 1.61e-18 81.6 MCI5497968.1 MCI5497968.1 100 96 0 0 1 96 1 96 1.84e-60 182 KAF3016851.1 KAF3016851.1 100 231 0 0 1 231 1 231 6.35e-147 407 MBZ0167657.1 MBZ0167657.1 100 215 0 0 1 215 1 215 2.19e-146 404 WP_201297008.1 WP_201297008.1 100 92 0 0 1 92 1 92 7.20e-61 178 WP_003245665.1 WP_003245665.1 100 146 0 0 1 146 1 146 1.47e-108 303 MBQ8460137.1 MBQ8460137.1 100 73 0 0 1 73 1 73 8.28e-47 141 WP_188412405.1 WP_188412405.1 100 666 0 0 1 666 1 666 0.0 1347 MBK7412786.1 MBK7412786.1 100 380 0 0 1 380 1 380 1.94e-275 744 MBK7412786.1 NWV65193.1 31.8 258 129 12 140 376 929 1160 6.89e-20 90.1 WP_259858510.1 WP_259858510.1 100 447 0 0 1 447 1 447 6.03e-313 845 WP_259858510.1 WP_144320971.1 44.3 291 150 6 158 441 234 519 4.01e-57 195 WP_259858510.1 WP_274755179.1 34.0 265 164 6 183 440 157 417 1.70e-33 129 WP_259858510.1 ADP83890.1 29.2 489 263 15 12 426 11 490 4.33e-31 124 WP_259858510.1 MBS1636088.1 26.4 212 138 5 235 431 102 310 2.36e-18 84.0 KAG9339452.1 KAG9339452.1 100 127 0 0 1 127 1 127 3.66e-93 263 WP_195473821.1 WP_195473821.1 100 208 0 0 1 208 1 208 1.01e-143 397 WP_195473821.1 MCB9527501.1 39.9 143 82 1 31 173 11 149 3.10e-29 106 WP_115748516.1 WP_115748516.1 100 296 0 0 1 296 1 296 7.00e-222 602 WP_115748516.1 MBA2687082.1 26.1 92 68 0 5 96 9 100 2.43e-04 40.4 KAJ4013743.1 KAJ4013743.1 100 87 0 0 1 87 1 87 1.01e-60 177 MBC7406653.1 MBC7406653.1 100 116 0 0 1 116 1 116 4.14e-78 224 EFB15155.1 EFB15155.1 100 402 0 0 1 402 1 402 1.85e-232 654 EFB15155.1 XP_044902674.1 49.4 77 34 2 113 184 6 82 1.87e-10 62.0 PYX81094.1 PYX81094.1 100 566 0 0 1 566 1 566 0.0 1176 WP_163095201.1 WP_163095201.1 100 196 0 0 1 196 1 196 1.71e-145 400 MBQ1271561.1 MBQ1271561.1 100 277 0 0 1 277 1 277 2.29e-197 538 WP_136193451.1 WP_136193451.1 100 294 0 0 1 294 1 294 1.53e-224 608 WP_136193451.1 OWA15278.1 42.6 122 66 3 8 127 10 129 8.53e-26 97.8 WP_268311115.1 WP_268311115.1 100 108 0 0 1 108 1 108 2.29e-78 224 WP_255991635.1 WP_255991635.1 100 131 0 0 1 131 1 131 4.94e-93 263 GAT48029.1 GAT48029.1 100 370 0 0 1 370 1 370 4.09e-281 758 NVO57457.1 NVO57457.1 100 182 0 0 1 182 1 182 2.28e-134 371 WP_070720871.1 WP_070720871.1 100 760 0 0 1 760 1 760 0.0 1518 WP_063274718.1 WP_063274718.1 100 135 0 0 1 135 1 135 2.07e-96 271 WP_202100641.1 WP_202100641.1 100 285 0 0 1 285 1 285 3.73e-216 587 TWW80208.1 TWW80208.1 100 220 0 0 1 220 1 220 5.94e-79 234 XP_011760839.1 XP_011760839.1 100 203 0 0 1 203 1 203 6.00e-113 319 KAJ2823714.1 KAJ2823714.1 100 141 0 0 1 141 1 141 1.31e-86 247 HAO77415.1 HAO77415.1 100 384 0 0 1 384 1 384 2.30e-285 770 XP_052496526.1 XP_052496526.1 100 674 0 0 1 674 1 674 0.0 1306 NLH91916.1 NLH91916.1 100 368 0 0 1 368 1 368 1.31e-276 746 NLH91916.1 WP_047203279.1 36.9 309 186 5 5 310 29 331 2.62e-60 199 MBV9352198.1 MBV9352198.1 100 497 0 0 1 497 1 497 0.0 929 MBP1602824.1 MBP1602824.1 100 401 0 0 1 401 1 401 7.36e-302 813 ODT35417.1 ODT35417.1 100 171 0 0 1 171 1 171 8.40e-127 351 WP_104684232.1 WP_104684232.1 100 550 0 0 1 550 1 550 0.0 1112 KFQ97446.1 KFQ97446.1 100 70 0 0 1 70 1 70 2.33e-47 142 CAH1278847.1 CAH1278847.1 100 1073 0 0 1 1073 1 1073 0.0 1705 WP_114947547.1 WP_114947547.1 100 326 0 0 1 326 1 326 3.38e-235 638 WP_114947547.1 WP_261668588.1 39.9 311 186 1 15 324 7 317 2.09e-81 248 WP_114947547.1 WP_145739766.1 40.0 320 182 5 12 322 11 329 2.35e-75 233 WP_090419626.1 WP_090419626.1 100 368 0 0 1 368 1 368 2.83e-271 733 WP_090419626.1 MBW4662439.1 37.4 390 212 5 6 368 8 392 5.76e-70 223 WP_090419626.1 WP_250015522.1 31.4 373 217 13 16 360 18 379 1.53e-31 121 WP_090419626.1 WP_210167953.1 28.2 355 238 6 15 360 2 348 4.03e-30 117 MBQ3573680.1 MBQ3573680.1 100 270 0 0 1 270 1 270 6.41e-180 494 KAJ4394429.1 KAJ4394429.1 100 515 0 0 1 515 1 515 0.0 984 KAJ4394429.1 KAA0555231.1 28.3 463 282 12 62 512 206 630 7.14e-38 145 KAJ4394429.1 WP_267292626.1 28.4 461 257 13 61 512 116 512 4.61e-32 127 KAJ4394429.1 OFZ89526.1 24.6 471 282 8 64 514 5 422 2.47e-31 124 KAJ4394429.1 NDI25889.1 32.3 303 179 9 210 506 1 283 5.73e-31 120 KAJ4394429.1 WP_033456074.1 28.4 317 199 5 199 514 7 296 5.72e-30 117 KAJ4394429.1 MBT3887354.1 27.5 316 207 7 203 514 24 321 1.67e-26 108 KAJ4394429.1 WP_262612393.1 26.3 320 204 7 200 513 131 424 1.77e-25 107 KAG2343201.1 KAG2343201.1 100 308 0 0 1 308 1 308 1.29e-198 544 MCS2900418.1 MCS2900418.1 100 125 0 0 1 125 1 125 3.84e-85 242 MCS2900418.1 MBI3448467.1 54.5 121 55 0 4 124 3 123 7.35e-40 128 MCS2900418.1 MBI5438416.1 55.8 120 52 1 4 123 3 121 4.86e-39 125 MCS2900418.1 WP_255435582.1 56.7 104 45 0 20 123 1 104 2.14e-34 113 WP_253349177.1 WP_253349177.1 100 258 0 0 1 258 1 258 2.24e-174 479 EED0743056.1 EED0743056.1 100 148 0 0 1 148 1 148 7.22e-101 284 WP_030383398.1 WP_030383398.1 100 493 0 0 1 493 1 493 8.21e-286 780 MBR2088606.1 MBR2088606.1 100 160 0 0 1 160 1 160 3.62e-109 306 MBR2088606.1 WP_087364392.1 49.6 125 54 4 37 156 26 146 8.89e-25 92.8 MAN53906.1 MAN53906.1 100 295 0 0 1 295 1 295 2.57e-203 555 MAN53906.1 WP_013845913.1 27.8 216 155 1 1 215 1 216 9.37e-20 84.7 WP_173119692.1 WP_173119692.1 100 110 0 0 1 110 1 110 1.00e-73 212 OJW76341.1 OJW76341.1 100 142 0 0 1 142 1 142 1.75e-64 191 WP_121538494.1 WP_121538494.1 100 247 0 0 1 247 1 247 2.29e-182 498 XP_039322713.1 XP_039322713.1 100 261 0 0 1 261 1 261 4.62e-189 516 XP_039322713.1 WP_280443824.1 38.8 227 134 2 20 246 53 274 1.64e-42 144 EDU63556.1 EDU63556.1 100 52 0 0 1 52 1 52 1.78e-32 103 EDQ8124076.1 EDQ8124076.1 100 1431 0 0 1 1431 1 1431 0.0 2388 WP_142931103.1 WP_142931103.1 100 474 0 0 1 474 1 474 0.0 891 WP_142931103.1 WP_192324556.1 30.5 499 284 15 20 455 33 531 1.38e-48 174 WP_142931103.1 WP_227059655.1 28.9 492 288 13 24 455 41 530 3.44e-43 159 WP_142931103.1 WP_071876418.1 26.2 516 307 16 1 461 1 497 8.15e-31 123 WP_142931103.1 WP_107894076.1 28.9 256 157 7 1 231 3 258 7.62e-25 103 WP_142931103.1 WP_066083732.1 30.2 255 152 6 3 231 6 260 1.36e-21 94.0 WP_142931103.1 WP_278489123.1 29.2 243 143 7 1 221 3 238 3.23e-20 89.0 WP_142931103.1 WP_098952357.1 34.1 223 135 6 250 461 2 223 5.77e-20 89.0 WP_142931103.1 GLY24463.1 25.0 220 143 4 20 217 24 243 8.46e-16 76.6 WP_142931103.1 QCM13287.1 28.3 212 129 6 20 209 27 237 9.11e-16 75.9 WP_142931103.1 WP_131166802.1 26.5 245 154 6 3 221 5 249 1.30e-15 76.3 WP_142931103.1 WP_145468487.1 29.4 204 135 5 275 472 25 225 2.56e-15 73.6 WP_142931103.1 WP_258581409.1 25.0 200 146 3 275 473 18 214 3.83e-15 75.1 WP_142931103.1 WP_195238978.1 27.1 225 145 4 4 214 485 704 9.43e-15 75.1 WP_142931103.1 MBO5162475.1 25.3 478 307 16 20 468 14 470 1.19e-14 74.3 WP_142931103.1 WP_088153117.1 27.2 191 129 4 285 469 23 209 9.70e-13 67.8 WP_142931103.1 KAI9191373.1 32.2 180 99 6 259 424 395 565 3.43e-11 63.9 WP_142931103.1 WP_089095302.1 22.1 524 311 18 19 473 18 513 3.87e-11 63.5 WP_142931103.1 WP_038440434.1 29.8 225 129 8 256 465 332 542 4.86e-11 63.2 WP_142931103.1 NLW39422.1 27.2 213 147 6 262 469 19 228 5.91e-11 62.0 WP_142931103.1 WP_041481207.1 30.3 185 119 6 273 451 350 530 8.15e-11 62.4 WP_142931103.1 WP_008056683.1 29.5 193 122 4 275 461 254 438 1.78e-10 61.6 WP_142931103.1 WP_150396769.1 22.2 486 308 18 20 469 40 491 5.59e-10 59.7 WP_142931103.1 WP_060613079.1 27.2 228 144 7 258 473 341 558 4.27e-09 57.0 WP_142931103.1 WP_247749043.1 28.1 210 119 8 283 473 381 577 7.60e-09 56.2 WP_047203279.1 WP_047203279.1 100 466 0 0 1 466 1 466 0.0 935 WP_047203279.1 NLH91916.1 36.9 309 186 5 29 331 5 310 6.53e-60 199 KAH0130274.1 KAH0130274.1 100 398 0 0 1 398 1 398 2.14e-313 842 DAQ89956.1 DAQ89956.1 100 188 0 0 1 188 1 188 4.76e-139 384 NWH38694.1 NWH38694.1 100 490 0 0 1 490 1 490 0.0 1037 NWH38694.1 XP_052337646.1 30.4 191 99 5 136 297 685 870 2.87e-17 83.6 NWH38694.1 XP_051216225.1 30.9 188 107 4 137 301 247 434 3.09e-17 83.2 NWH38694.1 KAI4882225.1 30.5 151 76 3 354 484 668 809 6.21e-15 75.9 WP_071877135.1 WP_071877135.1 100 72 0 0 1 72 1 72 5.83e-51 152 MBC7935646.1 MBC7935646.1 100 216 0 0 1 216 1 216 2.13e-158 435 MCA9664716.1 MCA9664716.1 100 704 0 0 1 704 1 704 0.0 1445 CCD14225.1 CCD14225.1 100 302 0 0 1 302 1 302 2.27e-166 462 KAE9611124.1 KAE9611124.1 100 94 0 0 1 94 1 94 1.09e-65 191 KRL72956.1 KRL72956.1 100 463 0 0 1 463 1 463 0.0 925 RHP79651.1 RHP79651.1 100 71 0 0 1 71 1 71 8.00e-53 156 MSZ96355.1 MSZ96355.1 100 244 0 0 1 244 1 244 4.24e-172 472 MCB0501525.1 MCB0501525.1 100 634 0 0 1 634 1 634 0.0 1246 CAI2640540.1 CAI2640540.1 100 344 0 0 1 344 1 344 4.73e-251 680 CAI2640540.1 NDD01017.1 28.5 316 186 12 42 341 2 293 6.20e-17 78.6 XP_018906655.1 XP_018906655.1 100 645 0 0 1 645 1 645 0.0 1167 STI83942.1 STI83942.1 100 72 0 0 1 72 1 72 4.10e-51 152 MBI4806480.1 MBI4806480.1 100 484 0 0 1 484 1 484 0.0 914 MBI4806480.1 WP_094840069.1 34.6 506 294 5 8 476 5 510 7.70e-85 269 MBI4806480.1 WP_279840346.1 34.9 476 297 6 7 476 8 476 2.18e-77 248 MBI4806480.1 WP_076595086.1 25.2 473 341 7 2 471 7 469 8.57e-37 139 XP_022851607.1 XP_022851607.1 100 271 0 0 1 271 1 271 4.13e-197 537 OKZ85006.1 OKZ85006.1 100 569 0 0 1 569 1 569 0.0 1050 OKZ85006.1 MBD2210269.1 29.1 247 131 11 42 270 7 227 1.06e-14 75.1 OKZ85006.1 WP_015133641.1 27.6 196 121 6 148 328 134 323 4.49e-14 73.2 OKZ85006.1 XP_043377824.1 30.7 88 56 2 143 228 98 182 2.74e-07 52.0 NLI10446.1 NLI10446.1 100 488 0 0 1 488 1 488 0.0 983 WP_249681227.1 WP_249681227.1 100 216 0 0 1 216 1 216 8.59e-149 410 POS85366.1 POS85366.1 100 946 0 0 1 946 1 946 0.0 1931 POS85366.1 XP_040253449.1 65.2 23 8 0 37 59 201 223 8.57e-04 40.4 WP_079908511.1 WP_079908511.1 100 105 0 0 1 105 1 105 2.72e-71 206 MCF6390562.1 MCF6390562.1 100 284 0 0 1 284 1 284 9.01e-203 553 WP_127953526.1 WP_127953526.1 100 753 0 0 1 753 1 753 0.0 1508 SFQ01701.1 SFQ01701.1 100 237 0 0 1 237 1 237 8.98e-175 478 MBO5336885.1 MBO5336885.1 100 809 0 0 1 809 1 809 0.0 1683 MBO5336885.1 OCR38384.1 26.9 413 243 8 4 408 20 381 3.17e-41 154 HCG9411603.1 HCG9411603.1 100 247 0 0 1 247 1 247 3.36e-175 480 HCG9411603.1 WP_017171503.1 33.3 156 100 1 5 160 4 155 8.62e-29 105 QUM20585.1 QUM20585.1 100 1272 0 0 1 1272 1 1272 0.0 2245 QUM20585.1 QUE11983.1 93.4 1272 82 1 1 1272 1 1270 0.0 2200 QUM20585.1 UHB14670.1 90.8 1273 114 2 1 1272 1 1271 0.0 2182 QUM20585.1 UIX40308.1 90.7 1273 116 2 1 1272 1 1271 0.0 2175 QUM20585.1 UDK40309.1 90.4 1273 119 2 1 1272 1 1271 0.0 2164 QUM20585.1 UPU53169.1 89.8 1273 126 2 1 1272 1 1270 0.0 2155 QUM20585.1 UYC71619.1 89.9 1273 122 3 1 1272 1 1268 0.0 2151 QUM20585.1 UGX22439.1 92.5 1273 93 2 1 1272 1 1271 0.0 2149 QUM20585.1 UBN63752.1 92.3 1272 96 1 1 1272 1 1270 0.0 2147 QUM20585.1 USL51576.1 86.8 1273 164 2 1 1272 1 1270 0.0 2061 QUM20585.1 QXI91160.1 93.9 1272 77 0 1 1272 1 1272 0.0 2055 QUM20585.1 QVX70521.1 86.4 1273 172 1 1 1272 1 1273 0.0 1994 QUM20585.1 UZH89542.1 82.3 1273 222 2 1 1272 1 1271 0.0 1907 QUM20585.1 UUS71569.1 94.8 747 39 0 526 1272 527 1273 0.0 1303 QUM20585.1 UHK01047.1 60.7 1273 499 1 1 1272 1 1273 0.0 1181 AAF62532.1 AAF62532.1 100 1074 0 0 1 1074 1 1074 0.0 2180 CDS15483.1 CDS15483.1 100 189 0 0 1 189 1 189 3.22e-142 392 MCQ2831693.1 MCQ2831693.1 100 484 0 0 1 484 1 484 0.0 934 MCQ2831693.1 RUM68418.1 40.7 484 275 7 1 476 1 480 1.23e-110 335 MCQ2578417.1 MCQ2578417.1 100 147 0 0 1 147 1 147 8.15e-102 286 WP_107894076.1 WP_107894076.1 100 328 0 0 1 328 1 328 1.06e-239 650 WP_107894076.1 WP_066083732.1 56.2 322 138 3 5 323 6 327 7.06e-121 349 WP_107894076.1 GLY24463.1 44.7 318 175 1 4 320 3 320 1.44e-92 277 WP_107894076.1 MCP5262709.1 45.2 314 169 3 5 316 1 313 7.71e-92 275 WP_107894076.1 WP_131166802.1 46.4 302 160 2 1 300 1 302 3.29e-81 248 WP_107894076.1 WP_227059655.1 50.4 266 126 2 5 264 17 282 7.22e-78 248 WP_107894076.1 WP_192324556.1 47.8 272 128 2 5 266 13 280 1.56e-75 242 WP_107894076.1 WP_098952357.1 37.9 306 174 6 3 299 1 299 1.89e-63 202 WP_107894076.1 MBQ3864274.1 37.7 302 175 7 5 301 12 305 2.94e-56 184 WP_107894076.1 WP_226904802.1 37.8 291 167 5 21 307 45 325 5.12e-56 184 WP_107894076.1 MBU5353226.1 37.3 268 149 5 5 263 4 261 3.04e-55 181 WP_107894076.1 QCM13287.1 40.9 259 143 6 5 261 9 259 4.09e-54 177 WP_107894076.1 RUU66461.1 38.8 260 149 5 3 260 82 333 6.22e-51 171 WP_107894076.1 MWR41881.1 34.9 249 142 5 5 253 34 262 4.62e-34 124 WP_107894076.1 MBP1876254.1 31.1 254 161 6 5 256 1 242 2.12e-32 122 WP_107894076.1 MCB0243881.1 30.3 231 150 6 5 235 5 224 2.97e-24 97.1 WP_107894076.1 WP_142931103.1 28.9 256 157 7 3 258 1 231 3.36e-24 100 WP_107894076.1 WP_278489123.1 28.6 248 159 8 1 244 1 234 6.19e-22 92.0 WP_107894076.1 MBC7326981.1 30.5 239 150 9 24 256 21 249 7.15e-22 91.3 WP_107894076.1 OAN53756.1 29.0 238 149 8 27 256 29 254 5.39e-21 89.0 WP_107894076.1 MCC6044083.1 29.2 233 151 8 3 234 1 220 5.98e-20 87.0 WP_107894076.1 WP_207918089.1 29.5 237 152 9 25 256 21 247 7.93e-19 82.8 WP_107894076.1 WP_174822921.1 25.9 247 149 8 25 256 23 250 1.96e-17 79.0 WP_107894076.1 MXP43753.1 28.9 246 154 10 18 256 26 257 4.08e-17 78.2 WP_107894076.1 EHH5649593.1 28.0 236 144 7 11 244 8 219 8.40e-17 77.8 WP_237962375.1 WP_237962375.1 100 800 0 0 1 800 1 800 0.0 1404 WP_237962375.1 WP_146176256.1 26.6 301 196 6 49 339 38 323 2.78e-25 107 WP_237962375.1 HAZ7424284.1 42.1 140 81 0 473 612 339 478 1.41e-20 94.4 WP_237962375.1 EIZ9235425.1 53.6 97 45 0 464 560 335 431 9.78e-18 85.5 WP_237962375.1 WP_097514015.1 40.8 147 85 2 498 643 382 527 1.10e-17 85.5 WP_237962375.1 WP_104456122.1 32.0 175 98 2 477 630 344 518 3.41e-14 74.3 WP_237962375.1 WP_269572442.1 44.3 122 56 3 441 561 425 535 2.10e-13 72.0 WP_237962375.1 WP_025739406.1 52.6 76 35 1 484 558 466 541 1.05e-11 66.6 WP_237962375.1 WP_271340374.1 30.1 259 154 7 354 609 297 531 6.93e-11 63.9 WP_237962375.1 WP_128786583.1 41.4 87 51 0 475 561 450 536 9.47e-11 63.5 WP_237962375.1 WP_156140069.1 39.7 116 69 1 498 612 405 520 3.96e-10 61.6 WP_237962375.1 MCI8311254.1 39.4 99 59 1 465 563 323 420 5.72e-10 60.8 KAH8980086.1 KAH8980086.1 100 353 0 0 1 353 1 353 6.18e-231 630 WP_205541900.1 WP_205541900.1 100 425 0 0 1 425 1 425 1.83e-305 824 WP_205541900.1 MBE1549930.1 32.3 133 76 4 240 364 5 131 9.14e-10 56.6 WP_205541900.1 WP_152190814.1 38.1 97 59 1 21 117 5 100 1.20e-09 55.8 MCF7917901.1 MCF7917901.1 100 148 0 0 1 148 1 148 2.84e-107 300 MBQ7693256.1 MBQ7693256.1 100 307 0 0 1 307 1 307 2.44e-223 607 MBQ7693256.1 MBR0144760.1 45.5 310 162 1 1 303 1 310 2.58e-87 264 WP_085451092.1 WP_085451092.1 100 172 0 0 1 172 1 172 8.37e-123 341 WP_054059514.1 WP_054059514.1 100 239 0 0 1 239 1 239 2.06e-156 432 WP_054059514.1 WP_142114448.1 34.4 212 128 5 30 231 36 246 1.68e-22 92.8 OMH39194.1 OMH39194.1 100 245 0 0 1 245 1 245 3.96e-182 497 WP_265245651.1 WP_265245651.1 100 126 0 0 1 126 1 126 1.10e-89 254 HHT71325.1 HHT71325.1 100 338 0 0 1 338 1 338 2.80e-240 652 WP_266882648.1 WP_266882648.1 100 190 0 0 1 190 1 190 3.75e-137 379 WP_058002390.1 WP_058002390.1 100 160 0 0 1 160 1 160 2.36e-114 319 WP_149771049.1 WP_149771049.1 100 114 0 0 1 114 1 114 2.07e-77 222 MBQ9456987.1 MBQ9456987.1 100 201 0 0 1 201 1 201 4.86e-143 395 MBQ9456987.1 MCF6346354.1 27.8 194 128 4 4 191 5 192 6.01e-13 63.2 WP_245384442.1 WP_245384442.1 100 397 0 0 1 397 1 397 8.80e-292 787 WP_245384442.1 WP_167301289.1 36.2 384 230 8 15 391 5 380 1.15e-58 194 ATN35154.1 ATN35154.1 100 117 0 0 1 117 1 117 1.38e-81 233 MHQ93786.1 MHQ93786.1 100 741 0 0 1 741 1 741 0.0 1422 XP_023589550.1 XP_023589550.1 100 886 0 0 1 886 1 886 0.0 1636 XP_023589550.1 CZT45482.1 40.1 769 385 13 82 783 73 832 8.55e-152 469 XP_023589550.1 RSL59427.1 36.2 376 229 6 98 469 63 431 1.73e-64 223 XP_023589550.1 MBA0549662.1 32.8 360 234 4 98 456 22 374 8.91e-58 201 XP_023589550.1 GEU53557.1 32.8 344 221 5 101 438 101 440 7.45e-54 196 XP_023589550.1 XP_055095726.1 27.8 371 201 10 135 442 237 603 2.99e-24 107 MBO5287652.1 MBO5287652.1 100 202 0 0 1 202 1 202 3.04e-142 393 WP_040009751.1 WP_040009751.1 100 140 0 0 1 140 1 140 1.33e-99 280 WP_197201326.1 WP_197201326.1 100 420 0 0 1 420 1 420 3.26e-301 813 WP_015314674.1 WP_015314674.1 100 255 0 0 1 255 1 255 6.04e-182 498 CAG8151748.1 CAG8151748.1 100 168 0 0 1 168 1 168 2.94e-121 337 WP_202269095.1 WP_202269095.1 100 46 0 0 1 46 1 46 1.27e-25 86.3 WP_248403399.1 WP_248403399.1 100 71 0 0 1 71 1 71 1.70e-45 138 EWZ28924.1 EWZ28924.1 100 536 0 0 1 536 1 536 0.0 1070 WP_139573954.1 WP_139573954.1 100 186 0 0 1 186 1 186 1.04e-141 390 WP_138838620.1 WP_138838620.1 100 87 0 0 1 87 1 87 1.27e-63 185 CAH1454680.1 CAH1454680.1 100 134 0 0 1 134 1 134 5.50e-96 270 MBR4964110.1 MBR4964110.1 100 342 0 0 1 342 1 342 4.22e-253 685 WP_246303703.1 WP_246303703.1 100 504 0 0 1 504 1 504 1.20e-222 621 WP_135287436.1 WP_135287436.1 100 438 0 0 1 438 1 438 2.86e-311 840 WP_135287436.1 OTN76164.1 49.0 416 207 3 19 433 10 421 1.26e-128 377 OYY81277.1 OYY81277.1 100 277 0 0 1 277 1 277 1.01e-200 547 OYY81277.1 WP_248328072.1 28.9 263 180 4 5 264 18 276 1.13e-31 119 AWY63092.1 AWY63092.1 100 191 0 0 1 191 1 191 8.85e-141 388 WP_061583028.1 WP_061583028.1 100 214 0 0 1 214 1 214 8.01e-153 421 WP_259695835.1 WP_259695835.1 100 103 0 0 1 103 1 103 1.86e-68 198 WP_044328211.1 WP_044328211.1 100 242 0 0 1 242 1 242 1.05e-180 493 WP_044328211.1 MCE7733397.1 34.0 100 60 3 59 153 45 143 4.40e-06 44.7 NXC48933.1 NXC48933.1 100 177 0 0 1 177 1 177 5.27e-92 264 MCP4974199.1 MCP4974199.1 100 368 0 0 1 368 1 368 6.48e-277 747 MCP4974199.1 MBI1189702.1 28.3 152 98 4 56 196 53 204 9.51e-12 63.9 MCP4974199.1 EFX2174330.1 27.3 194 129 4 7 196 5 190 1.85e-11 62.8 MCP4974199.1 MCH8293010.1 27.0 141 100 2 68 208 62 199 2.05e-09 56.6 MCP4974199.1 WP_069697901.1 32.6 89 54 1 57 139 51 139 5.05e-08 52.4 MCP4974199.1 WP_218036247.1 27.3 150 94 4 9 155 1 138 1.38e-07 50.8 KAG4104878.1 KAG4104878.1 100 306 0 0 1 306 1 306 1.18e-193 531 KKQ77718.1 KKQ77718.1 100 378 0 0 1 378 1 378 2.31e-266 721 KKQ77718.1 WP_070552687.1 40.5 365 188 4 5 367 3 340 2.54e-89 273 PSK49415.1 PSK49415.1 100 2447 0 0 1 2447 1 2447 0.0 4837 WP_224255409.1 WP_224255409.1 100 354 0 0 1 354 1 354 1.02e-266 720 WP_224255409.1 EAN4724137.1 95.5 353 16 0 1 353 1 353 3.22e-254 689 WP_224255409.1 MBT4259674.1 43.0 342 190 3 1 342 1 337 2.54e-97 290 WP_224255409.1 XP_018682766.1 31.1 347 172 5 4 349 60 340 2.78e-56 186 WP_063415362.1 WP_063415362.1 100 179 0 0 1 179 1 179 4.28e-133 368 WP_247740288.1 WP_247740288.1 100 215 0 0 1 215 1 215 4.80e-150 414 MBV9168199.1 MBV9168199.1 100 207 0 0 1 207 1 207 1.97e-145 401 KAJ6994162.1 KAJ6994162.1 100 949 0 0 1 949 1 949 0.0 1846 KAJ6994162.1 MBY0273331.1 35.7 785 441 19 32 806 5 735 5.58e-130 409 KAJ6994162.1 MBE6688122.1 28.5 786 475 21 22 738 9 776 1.61e-73 258 KAJ6994162.1 KAA0114277.1 30.3 704 405 20 22 660 40 722 1.62e-68 244 KAJ6994162.1 WP_049009918.1 26.0 801 511 22 33 783 66 834 1.10e-67 242 KAJ6994162.1 WP_235126772.1 28.5 771 455 22 32 721 14 769 1.51e-65 235 KAJ6994162.1 WP_278631399.1 27.2 772 475 22 23 732 10 756 1.38e-64 232 KAJ6994162.1 WP_019100427.1 26.9 766 488 21 21 727 37 789 2.66e-61 223 KAJ6994162.1 MBE5737882.1 23.2 707 448 19 47 687 35 712 9.95e-38 150 KAJ6994162.1 KAF5671546.1 23.0 749 437 19 42 656 182 924 8.50e-36 145 KAJ6994162.1 HCT06136.1 24.5 605 381 18 79 674 199 736 3.78e-30 126 KAJ6994162.1 MBI6149093.1 26.4 561 327 19 101 649 241 727 6.31e-28 119 KAJ6994162.1 WP_074319120.1 24.7 555 325 13 100 638 210 687 5.52e-27 116 KAJ6994162.1 XP_009147075.2 29.5 386 218 11 400 736 602 982 7.06e-27 116 KAJ6994162.1 OFX32653.1 23.2 568 361 14 80 638 65 566 3.46e-25 110 KAJ6994162.1 WP_176307440.1 22.0 218 149 3 134 342 306 511 1.30e-05 47.4 MBA0549662.1 MBA0549662.1 100 390 0 0 1 390 1 390 1.82e-285 771 MBA0549662.1 XP_023589550.1 32.8 360 234 4 22 374 98 456 1.51e-58 202 MBA0549662.1 RSL59427.1 30.2 378 258 4 18 390 59 435 1.66e-57 193 MBA0549662.1 CZT45482.1 28.4 398 245 3 22 379 89 486 2.19e-53 188 QVX70521.1 QVX70521.1 100 1273 0 0 1 1273 1 1273 0.0 2206 QVX70521.1 UIX40308.1 90.2 1273 123 1 1 1273 1 1271 0.0 2149 QVX70521.1 UHB14670.1 89.2 1273 136 1 1 1273 1 1271 0.0 2137 QVX70521.1 QUE11983.1 91.3 1273 108 2 1 1273 1 1270 0.0 2128 QVX70521.1 UPU53169.1 88.9 1273 138 1 1 1273 1 1270 0.0 2125 QVX70521.1 UDK40309.1 88.6 1273 143 1 1 1273 1 1271 0.0 2117 QVX70521.1 UYC71619.1 88.3 1273 144 2 1 1273 1 1268 0.0 2107 QVX70521.1 UBN63752.1 91.0 1273 112 2 1 1273 1 1270 0.0 2097 QVX70521.1 UGX22439.1 87.0 1273 164 1 1 1273 1 1271 0.0 2050 QVX70521.1 USL51576.1 85.3 1273 184 1 1 1273 1 1270 0.0 2021 QVX70521.1 QUM20585.1 86.4 1273 172 1 1 1273 1 1272 0.0 1997 QVX70521.1 UZH89542.1 82.6 1273 219 1 1 1273 1 1271 0.0 1894 QVX70521.1 QXI91160.1 84.4 1273 198 1 1 1273 1 1272 0.0 1880 QVX70521.1 UUS71569.1 65.4 1273 440 0 1 1273 1 1273 0.0 1281 QVX70521.1 UHK01047.1 61.4 1273 491 0 1 1273 1 1273 0.0 1172 WP_247406571.1 WP_247406571.1 100 123 0 0 1 123 1 123 9.87e-87 246 QBR70480.1 QBR70480.1 100 86 0 0 1 86 1 86 6.15e-57 168 GGY65584.1 GGY65584.1 100 455 0 0 1 455 1 455 0.0 890 WP_149651004.1 WP_149651004.1 100 131 0 0 1 131 1 131 2.65e-88 251 WP_152046331.1 WP_152046331.1 100 292 0 0 1 292 1 292 3.70e-190 521 WP_152046331.1 EGY4555186.1 40.2 271 155 2 25 288 28 298 5.15e-53 173 WP_152046331.1 MCI7704736.1 39.9 263 157 1 27 288 28 290 1.86e-51 169 WP_152046331.1 WP_184130797.1 39.5 223 125 6 72 285 148 369 1.04e-38 138 WP_223843725.1 WP_223843725.1 100 832 0 0 1 832 1 832 0.0 1635 MBA3914538.1 MBA3914538.1 100 138 0 0 1 138 1 138 2.59e-96 271 WP_268645109.1 WP_268645109.1 100 116 0 0 1 116 1 116 5.64e-85 241 EFU85163.1 EFU85163.1 100 375 0 0 1 375 1 375 1.73e-280 757 EFU85163.1 WP_239881445.1 45.7 376 175 7 16 367 16 386 3.24e-103 308 MBI4966856.1 MBI4966856.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 MBI4966856.1 MCB1065733.1 73.3 45 12 0 1 45 23 67 1.81e-19 71.2 MBP1327478.1 MBP1327478.1 100 288 0 0 1 288 1 288 8.29e-201 548 MBP1327478.1 WP_281562017.1 35.1 262 138 10 47 281 64 320 1.42e-28 113 OLO59787.1 OLO59787.1 100 627 0 0 1 627 1 627 0.0 1211 PWY99603.1 PWY99603.1 100 264 0 0 1 264 1 264 2.80e-196 535 MBP8960789.1 MBP8960789.1 100 202 0 0 1 202 1 202 1.57e-144 399 MBP8960789.1 NOT95054.1 33.3 90 58 1 8 97 1 88 9.41e-10 53.1 WP_102529905.1 WP_102529905.1 100 234 0 0 1 234 1 234 4.26e-167 458 WP_273418567.1 WP_273418567.1 100 156 0 0 1 156 1 156 1.27e-107 301 WP_273418567.1 WP_061048002.1 32.0 147 78 5 17 147 481 621 1.64e-10 56.6 WP_273418567.1 WP_074911472.1 33.0 112 67 3 43 149 911 1019 3.20e-10 55.8 WP_251835880.1 WP_251835880.1 100 759 0 0 1 759 1 759 0.0 1556 MBL7151874.1 MBL7151874.1 100 460 0 0 1 460 1 460 0.0 891 MBL7151874.1 MCC6251785.1 37.9 456 263 5 7 446 4 455 3.04e-91 283 MBL7151874.1 WP_264593810.1 25.5 424 275 11 42 451 45 441 1.36e-23 101 MBL7151874.1 NWT28302.1 24.6 423 259 18 7 373 29 447 1.65e-13 70.9 HJE10580.1 HJE10580.1 100 424 0 0 1 424 1 424 6.45e-310 835 HJE10580.1 EBU9231875.1 52.9 418 188 4 9 420 4 418 1.43e-140 406 HJE10580.1 WP_244349102.1 26.5 486 261 15 10 419 2 467 5.53e-31 122 WP_271202339.1 WP_271202339.1 100 223 0 0 1 223 1 223 2.11e-157 433 MBP1746912.1 MBP1746912.1 100 487 0 0 1 487 1 487 0.0 978 MBP1746912.1 MCA0387421.1 24.7 360 212 9 1 354 1 307 5.71e-20 89.0 MBP1746912.1 KKT55671.1 22.4 241 138 8 4 243 300 492 5.79e-05 43.9 WP_181865219.1 WP_181865219.1 100 303 0 0 1 303 1 303 5.81e-229 620 WP_181865219.1 EEY3543156.1 98.3 303 5 0 1 303 312 614 2.87e-215 612 WP_181865219.1 ECI3309320.1 84.4 302 46 1 1 302 312 612 1.08e-186 535 WP_181865219.1 EFQ4765027.1 84.4 302 46 1 1 302 312 612 2.71e-186 535 WP_181865219.1 EJQ6627878.1 97.6 250 6 0 54 303 1 250 2.26e-178 495 WP_181865219.1 EEO7917989.1 70.2 295 84 1 1 295 312 602 3.65e-148 442 WP_181865219.1 WP_137512405.1 96.4 55 2 0 1 55 312 366 5.16e-32 120 MCF4165308.1 MCF4165308.1 100 121 0 0 1 121 1 121 1.59e-82 235 WP_086536228.1 WP_086536228.1 100 353 0 0 1 353 1 353 1.30e-248 674 MBT8422994.1 MBT8422994.1 100 143 0 0 1 143 1 143 1.63e-81 234 WP_232947168.1 WP_232947168.1 100 629 0 0 1 629 1 629 0.0 1280 WP_245248603.1 WP_245248603.1 100 119 0 0 1 119 1 119 1.17e-83 238 XP_056420557.1 XP_056420557.1 100 196 0 0 1 196 1 196 8.54e-121 338 NEP46602.1 NEP46602.1 100 138 0 0 1 138 1 138 6.11e-95 268 KAI5750574.1 KAI5750574.1 100 570 0 0 1 570 1 570 0.0 896 XP_046618542.1 XP_046618542.1 100 1087 0 0 1 1087 1 1087 0.0 1587 MBX2992548.1 MBX2992548.1 100 303 0 0 1 303 1 303 5.81e-229 620 GDX41819.1 GDX41819.1 100 238 0 0 1 238 1 238 4.62e-173 474 MCI9050290.1 MCI9050290.1 100 127 0 0 1 127 1 127 1.62e-87 248 MBE6344311.1 MBE6344311.1 100 248 0 0 1 248 1 248 1.74e-182 498 WP_001495833.1 WP_001495833.1 100 60 0 0 1 60 1 60 5.18e-42 128 WP_001495833.1 EEE4210954.1 64.3 56 20 0 5 60 4 59 6.27e-21 76.6 MBQ3420014.1 MBQ3420014.1 100 204 0 0 1 204 1 204 1.38e-139 386 MBQ3420014.1 WP_119328079.1 38.3 193 109 3 10 200 7 191 6.12e-28 102 MBQ3420014.1 NNF05378.1 37.6 202 108 5 9 200 5 198 2.46e-26 99.0 MBQ3420014.1 WP_158161316.1 36.9 195 108 5 10 200 9 192 1.03e-21 86.7 MCP4716728.1 MCP4716728.1 100 160 0 0 1 160 1 160 4.22e-108 303 WP_141098672.1 WP_141098672.1 100 239 0 0 1 239 1 239 2.88e-172 472 WP_096561808.1 WP_096561808.1 100 59 0 0 1 59 1 59 2.62e-37 116 WP_146780046.1 WP_146780046.1 100 509 0 0 1 509 1 509 0.0 1068 WP_251223476.1 WP_251223476.1 100 242 0 0 1 242 1 242 1.13e-150 417 GGR71723.1 GGR71723.1 100 430 0 0 1 430 1 430 7.62e-296 800 XP_031122780.1 XP_031122780.1 100 533 0 0 1 533 1 533 0.0 1027 WP_003303823.1 WP_003303823.1 100 384 0 0 1 384 1 384 1.32e-309 831 MCL2808632.1 MCL2808632.1 100 232 0 0 1 232 1 232 1.68e-172 472 WP_058504615.1 WP_058504615.1 100 567 0 0 1 567 1 567 0.0 1091 WP_058504615.1 WP_283107263.1 36.2 511 302 7 67 562 56 557 2.07e-97 306 WP_058504615.1 WP_017718577.1 41.8 421 219 6 170 566 215 633 4.20e-90 290 WP_058504615.1 NRF69152.1 39.2 436 244 12 144 562 85 516 6.23e-83 266 WP_058504615.1 MBT7163208.1 33.5 385 233 10 190 562 196 569 1.39e-57 201 WP_058504615.1 WP_203339841.1 41.6 269 147 7 191 454 12 275 3.83e-49 172 WP_058504615.1 WP_121975536.1 35.6 253 146 7 188 435 3 243 2.88e-31 122 WP_058504615.1 EEC9022132.1 28.1 370 229 10 175 510 72 438 1.91e-30 123 WP_058504615.1 RYD39969.1 34.0 262 154 9 181 435 3 252 4.67e-27 109 WP_030720866.1 WP_030720866.1 100 102 0 0 1 102 1 102 2.03e-67 196 XP_047978269.1 XP_047978269.1 100 663 0 0 1 663 1 663 0.0 1328 XP_047978269.1 XP_044485440.1 35.9 708 350 19 19 648 13 694 1.76e-113 355 MCR5498557.1 MCR5498557.1 100 152 0 0 1 152 1 152 9.79e-110 306 WP_230359455.1 WP_230359455.1 100 262 0 0 1 262 1 262 2.40e-171 471 MBX2942005.1 MBX2942005.1 100 136 0 0 1 136 1 136 8.74e-94 265 WP_024953993.1 WP_024953993.1 100 196 0 0 1 196 1 196 1.52e-139 385 WP_107020819.1 WP_107020819.1 100 353 0 0 1 353 1 353 2.66e-257 696 WP_240755700.1 WP_240755700.1 100 545 0 0 1 545 1 545 0.0 1019 WP_240755700.1 WP_031876812.1 32.9 164 103 6 135 292 134 296 4.63e-07 50.4 OAX39412.1 OAX39412.1 100 345 0 0 1 345 1 345 6.49e-254 687 OAX39412.1 WP_257107333.1 28.8 215 116 7 11 206 6 202 1.26e-11 63.2 MBV8195826.1 MBV8195826.1 100 275 0 0 1 275 1 275 1.48e-192 526 MBF0987109.1 MBF0987109.1 100 590 0 0 1 590 1 590 0.0 1007 WP_125625723.1 WP_125625723.1 100 342 0 0 1 342 1 342 8.25e-235 639 WP_125625723.1 WP_015699100.1 25.1 327 216 8 12 318 8 325 3.25e-15 73.9 WGQ72821.1 WGQ72821.1 100 4344 0 0 1 4344 1 4344 0.0 5195 WGQ72821.1 QTD03487.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5188 WGQ72821.1 QWC83326.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5187 WGQ72821.1 QSZ25555.1 67.7 4344 1405 0 1 4344 26 4369 0.0 5185 WGQ72821.1 WEU87158.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5184 WGQ72821.1 UBP50947.1 67.6 4344 1406 0 1 4344 26 4369 0.0 5183 WGQ72821.1 UBD95131.1 67.7 4344 1405 0 1 4344 26 4369 0.0 5182 WGQ72821.1 UCP72061.1 69.4 4344 1330 0 1 4344 26 4369 0.0 5181 WGQ72821.1 QZU16279.1 67.6 4344 1406 0 1 4344 26 4369 0.0 5180 WGQ72821.1 UFM00670.1 67.6 4344 1407 0 1 4344 26 4369 0.0 5178 WGQ72821.1 UEC52718.1 67.6 4344 1406 0 1 4344 26 4369 0.0 5177 WGQ72821.1 UGB98301.1 73.1 4344 1168 0 1 4344 26 4369 0.0 5176 WGQ72821.1 QVD87869.1 67.6 4344 1403 1 1 4344 26 4366 0.0 5176 WGQ72821.1 UEC68750.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5176 WGQ72821.1 UFM02602.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5175 WGQ72821.1 UAQ80067.1 69.4 4344 1328 0 1 4344 26 4369 0.0 5175 WGQ72821.1 UBL45068.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5175 WGQ72821.1 QTM79632.1 67.6 4344 1406 1 1 4344 26 4366 0.0 5174 WGQ72821.1 UHM53165.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5174 WGQ72821.1 QTZ27226.1 67.6 4344 1404 1 1 4344 26 4366 0.0 5173 WGQ72821.1 QXR94354.1 67.6 4344 1405 1 1 4344 26 4366 0.0 5173 WGQ72821.1 UGA79226.1 70.0 4344 1303 0 1 4344 26 4369 0.0 5173 WGQ72821.1 UIR12670.1 67.5 4344 1407 2 1 4344 26 4365 0.0 5167 WGQ72821.1 UPA83906.1 67.5 4344 1406 2 1 4344 26 4365 0.0 5167 WGQ72821.1 ULA23837.2 67.6 4344 1405 2 1 4344 26 4365 0.0 5167 WP_083951119.1 WP_083951119.1 100 136 0 0 1 136 1 136 7.19e-93 263 MBO4859232.1 MBO4859232.1 100 228 0 0 1 228 1 228 7.97e-128 358 MCI8350609.1 MCI8350609.1 100 334 0 0 1 334 1 334 1.81e-234 637 MCI8350609.1 WP_095648367.1 24.4 197 128 4 145 326 216 406 1.29e-07 51.2 MBI5966481.1 MBI5966481.1 100 320 0 0 1 320 1 320 1.95e-231 628 MBI5966481.1 MBI1736306.1 49.5 289 135 4 17 303 16 295 6.55e-87 261 MBI5966481.1 WP_220615956.1 42.3 319 172 7 8 315 39 356 2.05e-70 221 MBI5966481.1 WP_276638014.1 42.7 309 161 6 15 310 43 348 2.90e-70 221 MBI5966481.1 WP_067782871.1 38.3 300 172 6 16 313 15 303 1.31e-56 184 MBI5966481.1 WP_279399778.1 35.3 289 173 6 28 313 27 304 3.94e-44 151 MBI5966481.1 MBQ1540263.1 34.2 298 143 11 17 305 34 287 6.51e-35 127 MBI5966481.1 HAR4359619.1 33.3 219 120 6 83 299 76 270 1.92e-26 103 HJD49103.1 HJD49103.1 100 338 0 0 1 338 1 338 1.27e-204 562 PYT05517.1 PYT05517.1 100 141 0 0 1 141 1 141 3.64e-93 264 QIC18874.1 QIC18874.1 100 306 0 0 1 306 1 306 2.83e-217 591 QIC18874.1 WP_132175930.1 40.1 237 142 0 6 242 11 247 1.21e-60 194 QIC18874.1 WP_152652784.1 31.3 198 131 5 37 233 20 213 3.75e-25 100 QIC18874.1 RLN50561.1 29.1 199 137 3 37 233 1509 1705 8.87e-24 100 QIC18874.1 WP_221265680.1 29.2 202 141 2 38 239 35 234 7.48e-21 89.4 MBQ9047503.1 MBQ9047503.1 100 278 0 0 1 278 1 278 1.08e-175 484 CAG0990770.1 CAG0990770.1 100 271 0 0 1 271 1 271 4.25e-190 520 CAG0990770.1 TMG86695.1 32.2 267 133 9 33 258 14 273 8.90e-22 90.5 CAG0990770.1 MBK3737236.1 33.3 231 133 7 46 261 441 665 8.08e-21 90.1 CAG0990770.1 WP_253463694.1 39.4 71 38 2 192 257 357 427 9.79e-07 47.8 MBO6078463.1 MBO6078463.1 100 666 0 0 1 666 1 666 0.0 1261 MBO6078463.1 WP_259770126.1 30.0 623 380 19 22 627 15 598 4.46e-60 211 WP_243890777.1 WP_243890777.1 100 594 0 0 1 594 1 594 0.0 1155 WP_243890777.1 WP_062791926.1 28.9 626 357 13 43 594 63 674 1.55e-57 203 WP_255073759.1 WP_255073759.1 100 621 0 0 1 621 1 621 0.0 1153 WP_255073759.1 MBK6509184.1 42.6 585 321 5 8 581 6 586 1.26e-141 422 WP_255073759.1 MVA71646.1 42.0 555 313 5 8 556 11 562 5.70e-117 359 WP_255073759.1 WP_126678289.1 30.1 276 180 5 31 299 33 302 1.31e-17 85.1 VWM24802.1 VWM24802.1 100 177 0 0 1 177 1 177 6.80e-120 334 MCD0485423.1 MCD0485423.1 100 553 0 0 1 553 1 553 0.0 1083 WP_113120276.1 WP_113120276.1 100 145 0 0 1 145 1 145 1.47e-103 290 WP_113120276.1 PKL40887.1 51.1 141 68 1 5 145 7 146 1.64e-43 139 OSX70183.1 OSX70183.1 100 166 0 0 1 166 1 166 2.40e-78 228 WP_256212307.1 WP_256212307.1 100 187 0 0 1 187 1 187 2.75e-133 369 WP_256212307.1 TMG86695.1 29.9 167 106 6 26 185 110 272 2.31e-08 50.8 WP_256212307.1 MCH5250214.1 26.1 180 114 7 8 169 225 403 1.51e-07 48.9 WP_256212307.1 PKL50735.1 23.2 177 116 3 13 169 737 913 6.94e-07 47.0 WP_283099644.1 WP_283099644.1 100 146 0 0 1 146 1 146 6.70e-96 271 KAJ3501609.1 KAJ3501609.1 100 354 0 0 1 354 1 354 1.22e-258 700 KAG9084682.1 KAG9084682.1 100 445 0 0 1 445 1 445 0.0 912 KAG9084682.1 KAJ5060329.1 32.3 424 261 7 18 430 64 472 2.56e-75 243 KAG9084682.1 PWI72242.1 31.1 396 249 8 30 422 82 456 5.85e-51 178 ECZ1075286.1 ECZ1075286.1 100 72 0 0 1 72 1 72 9.36e-48 144 WP_022619009.1 WP_022619009.1 100 236 0 0 1 236 1 236 5.62e-173 473 WP_022619009.1 WP_167977039.1 26.7 217 155 2 18 231 20 235 2.94e-30 111 WP_022619009.1 WP_071876418.1 27.8 230 148 5 1 217 1 225 6.04e-21 89.4 WP_022619009.1 MBP1876254.1 28.2 209 135 6 22 219 24 228 6.10e-20 85.5 WP_022619009.1 RUU66461.1 28.3 198 126 5 22 207 109 302 1.31e-16 76.3 WP_022619009.1 WP_256546297.1 25.8 236 148 7 23 235 43 274 1.37e-15 72.4 WP_053236900.1 WP_053236900.1 100 669 0 0 1 669 1 669 0.0 1246 WP_089566156.1 WP_089566156.1 100 404 0 0 1 404 1 404 3.46e-174 490 WP_089566156.1 EER6968786.1 87.5 48 6 0 1 48 70 117 3.16e-21 89.0 WP_089566156.1 WP_001531669.1 82.7 52 9 0 1 52 70 121 1.72e-19 89.0 GFV68115.1 GFV68115.1 100 215 0 0 1 215 1 215 2.41e-168 460 GFV68115.1 GFV58109.1 54.2 48 20 1 160 205 29 76 4.18e-10 53.5 XP_039923984.1 XP_039923984.1 100 1198 0 0 1 1198 1 1198 0.0 2343 XP_039923984.1 NXJ84327.1 47.8 1292 503 32 1 1198 5 1219 0.0 945 XP_039923984.1 XP_042622198.1 33.5 364 213 9 167 524 173 513 3.46e-50 186 XP_039923984.1 KAG5815829.1 31.5 362 214 11 178 527 435 774 8.63e-38 151 XP_039923984.1 XP_026100634.1 31.5 248 148 9 195 431 82 318 2.11e-22 100 XP_039923984.1 XP_051566275.1 27.2 224 152 6 180 400 1226 1441 1.21e-15 80.9 XP_039923984.1 KAI9912466.1 28.8 153 99 4 272 420 109 255 9.32e-15 75.9 XP_039923984.1 XP_011889539.1 26.3 217 129 6 202 396 10 217 8.44e-10 61.6 XP_039923984.1 GIW70618.1 27.3 220 135 7 196 400 48 257 1.08e-05 48.1 WP_206760453.1 WP_206760453.1 100 159 0 0 1 159 1 159 2.02e-110 309 MBP3534615.1 MBP3534615.1 100 356 0 0 1 356 1 356 2.30e-264 714 CAH1398908.1 CAH1398908.1 100 141 0 0 1 141 1 141 1.32e-104 293 KAI8373711.1 KAI8373711.1 100 69 0 0 1 69 1 69 7.06e-44 134 XP_007121961.1 XP_007121961.1 100 294 0 0 1 294 1 294 2.66e-147 413 ABY20040.1 ABY20040.1 100 137 0 0 1 137 1 137 3.15e-92 261 XP_053218984.1 XP_053218984.1 100 591 0 0 1 591 1 591 0.0 1204 KAJ0483518.1 KAJ0483518.1 100 71 0 0 1 71 1 71 8.73e-48 144 KAJ0483518.1 ROW03190.1 39.6 53 32 0 1 53 115 167 2.59e-09 49.7 MBP5538497.1 MBP5538497.1 100 518 0 0 1 518 1 518 0.0 1040 MBP5538497.1 ESL04748.1 39.3 529 279 14 15 518 20 531 1.67e-96 301 WP_007270472.1 WP_007270472.1 100 399 0 0 1 399 1 399 8.31e-282 762 WP_007270472.1 WP_270908912.1 35.8 397 222 8 19 396 18 400 8.15e-53 179 MCH1598717.1 MCH1598717.1 100 319 0 0 1 319 1 319 3.43e-245 663 MCE2791243.1 MCE2791243.1 100 343 0 0 1 343 1 343 2.02e-256 693 PUB18616.1 PUB18616.1 100 75 0 0 1 75 1 75 7.47e-53 157 MBG6287041.1 MBG6287041.1 100 253 0 0 1 253 1 253 8.59e-181 494 MBG6287041.1 WP_042650033.1 35.0 243 154 3 14 252 5 247 1.55e-31 115 MBG6287041.1 MCJ7630170.1 46.7 45 24 0 16 60 5 49 2.71e-05 39.7 KAH9956814.1 KAH9956814.1 100 1212 0 0 1 1212 1 1212 0.0 2324 WP_030094039.1 WP_030094039.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_030094039.1 WP_065073015.1 66.4 140 44 1 6 145 3 139 4.62e-67 198 KAF1017786.1 KAF1017786.1 100 523 0 0 1 523 1 523 0.0 1025 KAF1017786.1 TMK27100.1 33.8 423 273 2 52 474 57 472 2.23e-63 214 NGZ99312.1 NGZ99312.1 100 104 0 0 1 104 1 104 1.72e-69 201 MBL1816365.1 MBL1816365.1 100 97 0 0 1 97 1 97 9.11e-73 209 TMQ05501.1 TMQ05501.1 100 60 0 0 1 60 1 60 6.07e-41 125 TMQ05501.1 WP_070172067.1 64.3 28 10 0 33 60 21 48 1.85e-07 43.9 MBN8894000.1 MBN8894000.1 100 435 0 0 1 435 1 435 0.0 866 MBN8894000.1 WP_199673213.1 33.3 72 48 0 312 383 271 342 2.24e-05 44.7 RRH78400.1 RRH78400.1 100 116 0 0 1 116 1 116 2.39e-86 244 WP_228824605.1 WP_228824605.1 100 206 0 0 1 206 1 206 5.62e-140 387 WP_228824605.1 MCH2678216.1 35.8 123 71 4 51 169 48 166 2.84e-12 61.2 ECU3870451.1 ECU3870451.1 100 975 0 0 1 975 1 975 0.0 1788 ECU3870451.1 EFE8261313.1 45.0 462 146 8 50 431 57 490 1.52e-100 332 KAG0031507.1 KAG0031507.1 100 149 0 0 1 149 1 149 1.92e-110 308 KAG0031507.1 TYG81953.1 45.2 146 79 1 4 149 8 152 3.05e-43 138 KAG0031507.1 ESR55765.1 38.8 67 41 0 4 70 8 74 1.56e-12 58.2 TMJ88229.1 TMJ88229.1 100 125 0 0 1 125 1 125 3.55e-90 255 WP_143169250.1 WP_143169250.1 100 379 0 0 1 379 1 379 7.16e-266 720 WP_143169250.1 AWW49543.1 43.6 362 192 7 24 379 41 396 9.78e-91 276 AEN92745.1 AEN92745.1 100 154 0 0 1 154 1 154 1.28e-115 322 RSL41043.1 RSL41043.1 100 656 0 0 1 656 1 656 0.0 1233 WP_235620461.1 WP_235620461.1 100 21 0 0 1 21 1 21 1.88e-11 48.9 AGV54449.1 AGV54449.1 100 599 0 0 1 599 1 599 0.0 900 AGV54449.1 KAJ2160981.1 39.7 290 126 4 352 593 154 442 2.96e-52 184 WP_124691753.1 WP_124691753.1 100 554 0 0 1 554 1 554 0.0 1035 KPM41539.1 KPM41539.1 100 604 0 0 1 604 1 604 0.0 1106 KPM41539.1 XP_006359699.1 27.1 188 96 6 63 210 148 334 4.95e-10 60.1 KPM41539.1 XP_048796933.1 34.1 91 54 4 135 221 384 472 1.05e-05 47.0 MBX5327472.1 MBX5327472.1 100 67 0 0 1 67 1 67 3.04e-44 134 QTD03487.1 QTD03487.1 100 4405 0 0 1 4405 1 4405 0.0 8658 QTD03487.1 QSZ25555.1 99.8 4401 7 0 1 4401 1 4401 0.0 8643 QTD03487.1 QWC83326.1 99.8 4401 7 0 1 4401 1 4401 0.0 8641 QTD03487.1 WEU87158.1 99.9 4401 5 0 1 4401 1 4401 0.0 8641 QTD03487.1 UBP50947.1 99.8 4401 10 0 1 4401 1 4401 0.0 8634 QTD03487.1 UFM00670.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 QTD03487.1 QXR94354.1 99.7 4405 10 1 1 4405 1 4402 0.0 8631 QTD03487.1 UEC68750.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 QTD03487.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8630 QTD03487.1 UBL45068.1 99.7 4405 13 0 1 4405 1 4405 0.0 8630 QTD03487.1 QTM79632.1 99.6 4405 13 1 1 4405 1 4402 0.0 8629 QTD03487.1 UBD95131.1 99.7 4401 12 0 1 4401 1 4401 0.0 8628 QTD03487.1 UHM53165.1 99.7 4405 15 0 1 4405 1 4405 0.0 8628 QTD03487.1 UFM02602.1 99.7 4405 15 0 1 4405 1 4405 0.0 8628 QTD03487.1 QTZ27226.1 99.6 4405 15 1 1 4405 1 4402 0.0 8624 QTD03487.1 QVD87869.1 99.7 4401 9 1 1 4401 1 4398 0.0 8624 QTD03487.1 ULA23837.2 99.6 4405 13 2 1 4405 1 4401 0.0 8621 QTD03487.1 UEC52718.1 99.6 4401 16 0 1 4401 1 4401 0.0 8620 QTD03487.1 UPP41269.1 99.6 4405 15 1 1 4405 1 4402 0.0 8619 QTD03487.1 UIR12670.1 99.7 4401 11 2 1 4401 1 4397 0.0 8618 QTD03487.1 UXH94526.1 99.6 4405 14 2 1 4405 1 4401 0.0 8617 QTD03487.1 USR14792.1 99.6 4405 16 1 1 4405 1 4402 0.0 8616 QTD03487.1 UZO53924.1 99.6 4401 13 1 1 4401 1 4398 0.0 8616 QTD03487.1 UVB16817.1 99.6 4401 13 1 1 4401 1 4398 0.0 8614 QTD03487.1 URQ55824.1 99.6 4401 14 1 1 4401 1 4398 0.0 8613 WP_266535309.1 WP_266535309.1 100 74 0 0 1 74 1 74 2.34e-51 153 WP_010016619.1 WP_010016619.1 100 617 0 0 1 617 1 617 0.0 1190 WP_010016619.1 MBO5098538.1 61.4 88 34 0 521 608 1 88 2.26e-28 107 WP_010016619.1 MBN2427654.1 24.6 504 316 15 14 488 3 471 1.08e-27 116 WP_010016619.1 MBP6400846.1 40.8 147 77 3 16 159 6 145 1.73e-23 96.7 WP_010016619.1 NNC58435.1 25.9 490 229 15 17 384 11 488 4.03e-23 102 WP_010016619.1 MBP9771519.1 32.4 219 126 4 21 232 15 218 1.43e-19 90.5 WP_010016619.1 MCC7304610.1 34.5 177 107 3 16 189 14 184 1.59e-17 84.7 WP_039789871.1 WP_039789871.1 100 213 0 0 1 213 1 213 1.96e-148 409 MCP2519657.1 MCP2519657.1 100 419 0 0 1 419 1 419 1.59e-312 842 MCP2519657.1 MBR2609817.1 45.0 422 226 5 1 418 1 420 9.85e-119 350 MCP2519657.1 MCI5191941.1 37.0 419 259 4 1 418 1 415 4.37e-84 268 MBA3609961.1 MBA3609961.1 100 448 0 0 1 448 1 448 0.0 880 MBA3609961.1 OWZ34415.1 35.4 432 261 6 27 443 45 473 9.61e-78 248 MBA3609961.1 ELZ16407.1 36.2 412 239 11 36 432 30 432 3.99e-69 225 MBA3609961.1 MBQ6794463.1 34.2 406 203 11 41 436 16 367 4.71e-55 186 MBA3609961.1 MCU1411638.1 31.7 407 225 11 37 432 20 384 6.96e-53 181 MBA3609961.1 MCF7895906.1 32.5 345 202 9 36 379 20 334 8.00e-46 160 MBA3609961.1 WP_160194147.1 31.3 367 218 9 42 391 32 381 2.00e-40 148 MBA3609961.1 WP_254819486.1 29.9 408 265 9 42 432 39 442 3.34e-40 148 MBA3609961.1 MCM2356329.1 30.5 272 166 8 36 299 29 285 2.57e-30 117 MBA3609961.1 NBT94281.1 32.5 151 89 5 36 180 29 172 2.39e-13 66.6 MCL7398932.1 MCL7398932.1 100 496 0 0 1 496 1 496 0.0 1007 MCL7398932.1 MCE5280144.1 31.0 374 216 6 118 486 17 353 8.79e-55 193 MCU0269282.1 MCU0269282.1 100 343 0 0 1 343 1 343 1.59e-253 686 WP_200543170.1 WP_200543170.1 100 692 0 0 1 692 1 692 0.0 1357 WP_200543170.1 WP_230171322.1 42.6 437 241 3 259 690 589 1020 1.06e-102 336 WP_200543170.1 CKF71070.1 40.6 436 255 2 256 687 306 741 1.29e-102 328 WP_200543170.1 WP_018646673.1 34.4 485 306 5 215 690 466 947 2.97e-85 286 WP_200543170.1 MBF0143407.1 36.7 420 251 5 277 686 641 1055 6.61e-73 254 WP_200543170.1 HCN71343.1 47.5 122 64 0 307 428 8 129 1.27e-24 98.2 WP_200543170.1 WP_145544593.1 40.2 127 72 3 307 433 395 517 4.76e-20 92.4 WP_200543170.1 WP_242961281.1 31.7 180 120 3 259 437 524 701 2.27e-15 78.2 WP_200543170.1 WP_248328072.1 35.2 105 56 3 585 688 118 211 1.72e-07 52.4 MBF2036494.1 MBF2036494.1 100 598 0 0 1 598 1 598 1.01e-297 819 MBF2036494.1 NJK67049.1 37.3 300 146 8 5 269 4 296 2.29e-39 149 MBF2036494.1 KZT58963.1 26.1 211 142 7 16 219 1084 1287 5.76e-08 54.3 XP_052337646.1 XP_052337646.1 100 1527 0 0 1 1527 1 1527 0.0 2831 XP_052337646.1 XP_051216225.1 33.1 740 366 21 688 1416 249 870 3.72e-89 309 XP_052337646.1 NWH38694.1 30.5 187 104 4 685 870 136 297 1.18e-16 83.2 WP_201700143.1 WP_201700143.1 100 149 0 0 1 149 1 149 2.94e-105 295 MBE35268.1 MBE35268.1 100 529 0 0 1 529 1 529 0.0 899 MYI74371.1 MYI74371.1 100 104 0 0 1 104 1 104 4.92e-69 200 WP_280941535.1 WP_280941535.1 100 297 0 0 1 297 1 297 2.36e-200 548 KAJ0963891.1 KAJ0963891.1 100 707 0 0 1 707 1 707 0.0 1376 KAJ0963891.1 XP_021741676.1 37.1 310 111 9 16 285 2 267 4.00e-46 170 WP_238068046.1 WP_238068046.1 100 270 0 0 1 270 1 270 2.54e-186 510 UDK40309.1 UDK40309.1 100 1271 0 0 1 1271 1 1271 0.0 2428 UDK40309.1 UHB14670.1 98.1 1271 24 0 1 1271 1 1271 0.0 2411 UDK40309.1 UIX40308.1 98.0 1271 26 0 1 1271 1 1271 0.0 2405 UDK40309.1 UPU53169.1 96.2 1273 44 2 1 1271 1 1270 0.0 2350 UDK40309.1 UYC71619.1 96.3 1273 40 3 1 1271 1 1268 0.0 2345 UDK40309.1 UGX22439.1 94.6 1271 69 0 1 1271 1 1271 0.0 2300 UDK40309.1 QUE11983.1 94.0 1273 71 3 1 1271 1 1270 0.0 2278 UDK40309.1 USL51576.1 93.2 1273 82 2 1 1271 1 1270 0.0 2255 UDK40309.1 UBN63752.1 92.5 1273 90 3 1 1271 1 1270 0.0 2230 UDK40309.1 QUM20585.1 90.4 1273 119 2 1 1271 1 1272 0.0 2169 UDK40309.1 UZH89542.1 90.0 1273 123 2 1 1271 1 1271 0.0 2124 UDK40309.1 QVX70521.1 88.6 1273 143 1 1 1271 1 1273 0.0 2118 UDK40309.1 QXI91160.1 85.8 1273 178 2 1 1271 1 1272 0.0 2018 UDK40309.1 UUS71569.1 67.6 1273 411 1 1 1271 1 1273 0.0 1429 UDK40309.1 UHK01047.1 64.1 1273 455 1 1 1271 1 1273 0.0 1337 WP_271340374.1 WP_271340374.1 100 598 0 0 1 598 1 598 0.0 1053 WP_271340374.1 WP_104456122.1 31.1 225 131 6 371 591 311 515 4.06e-16 79.7 WP_271340374.1 WP_269572442.1 28.6 301 199 3 199 497 256 542 8.41e-16 79.0 WP_271340374.1 WP_128786583.1 40.3 149 84 3 404 548 450 597 4.73e-15 76.6 WP_271340374.1 WP_025739406.1 36.8 185 103 2 414 598 467 637 1.35e-13 72.0 WP_271340374.1 WP_237962375.1 36.2 94 60 0 381 474 452 545 6.18e-10 60.5 WP_271340374.1 WP_156140069.1 33.3 168 98 4 427 580 405 572 1.32e-09 59.3 WP_271340374.1 MCI8311254.1 40.0 95 54 1 382 473 307 401 2.58e-09 58.2 WP_019045265.1 WP_019045265.1 100 144 0 0 1 144 1 144 2.75e-103 290 ECX3143969.1 ECX3143969.1 100 33 0 0 1 33 1 33 1.71e-18 67.4 MSR47408.1 MSR47408.1 100 70 0 0 1 70 1 70 2.73e-46 140 WP_247915795.1 WP_247915795.1 100 327 0 0 1 327 1 327 6.47e-254 686 WP_247915795.1 WP_166960135.1 32.5 295 177 9 8 293 26 307 1.48e-44 154 WP_118757260.1 WP_118757260.1 100 297 0 0 1 297 1 297 1.20e-218 594 NPA74709.1 NPA74709.1 100 273 0 0 1 273 1 273 6.17e-209 567 WP_083062905.1 WP_083062905.1 100 486 0 0 1 486 1 486 0.0 950 WP_083062905.1 MBR0160695.1 41.9 439 237 8 1 436 1 424 2.36e-99 303 WP_083062905.1 WP_027951454.1 38.1 336 195 5 4 337 5 329 1.43e-54 186 WP_231768584.1 WP_231768584.1 100 289 0 0 1 289 1 289 2.91e-206 562 WP_231768584.1 WP_136027195.1 34.5 252 155 3 35 284 23 266 8.21e-41 140 WP_254819486.1 WP_254819486.1 100 459 0 0 1 459 1 459 0.0 921 WP_254819486.1 MBA3609961.1 29.8 423 273 10 39 454 42 447 7.01e-42 152 WP_254819486.1 OWZ34415.1 26.4 444 300 10 25 455 46 475 4.28e-36 137 WP_254819486.1 WP_160194147.1 27.8 381 254 10 10 387 7 369 2.56e-31 123 WP_254819486.1 ELZ16407.1 25.7 460 295 14 23 458 12 448 5.19e-29 117 EFB3581025.1 EFB3581025.1 100 241 0 0 1 241 1 241 1.67e-172 473 EFB3581025.1 CAG0273471.1 51.7 209 99 2 30 237 1 208 2.65e-71 215 EFB3581025.1 WP_250376457.1 31.0 210 130 4 34 229 25 233 1.10e-31 114 WP_209834627.1 WP_209834627.1 100 803 0 0 1 803 1 803 0.0 1534 WP_116235933.1 WP_116235933.1 100 310 0 0 1 310 1 310 1.15e-218 595 WP_103640433.1 WP_103640433.1 100 126 0 0 1 126 1 126 9.76e-84 239 NOZ81161.1 NOZ81161.1 100 297 0 0 1 297 1 297 3.74e-197 540 NLL42224.1 NLL42224.1 100 301 0 0 1 301 1 301 4.45e-207 565 YP_010101702.1 YP_010101702.1 100 104 0 0 1 104 1 104 8.50e-70 202 XP_044655078.1 XP_044655078.1 100 318 0 0 1 318 1 318 1.34e-246 666 MCS3353511.1 MCS3353511.1 100 129 0 0 1 129 1 129 3.00e-93 263 MBQ1183295.1 MBQ1183295.1 100 103 0 0 1 103 1 103 1.08e-67 196 XP_040549882.1 XP_040549882.1 100 246 0 0 1 246 1 246 3.40e-188 513 WP_146661090.1 WP_146661090.1 100 281 0 0 1 281 1 281 9.28e-188 516 RYO44776.1 RYO44776.1 100 846 0 0 1 846 1 846 0.0 1721 RYO44776.1 MBF8294570.1 31.8 607 332 23 249 827 24 576 5.27e-68 235 RYO44776.1 MCL1888839.1 29.4 360 218 10 51 390 71 414 1.14e-30 127 RYO44776.1 MBQ5493788.1 31.7 139 85 4 708 844 13 143 3.43e-13 66.2 NQY65348.1 NQY65348.1 100 72 0 0 1 72 1 72 2.79e-49 147 MBC8384723.1 MBC8384723.1 100 359 0 0 1 359 1 359 7.04e-256 693 MBC8384723.1 MCM8792278.1 45.1 350 148 6 7 352 7 316 1.11e-89 270 MBC8384723.1 NNF43866.1 37.6 346 191 6 9 352 12 334 1.66e-71 224 WP_233927803.1 WP_233927803.1 100 300 0 0 1 300 1 300 2.52e-217 591 EBR8320535.1 EBR8320535.1 100 442 0 0 1 442 1 442 0.0 882 MCB1452120.1 MCB1452120.1 100 55 0 0 1 55 1 55 2.18e-32 103 MCK4540455.1 MCK4540455.1 100 158 0 0 1 158 1 158 5.16e-108 303 WP_002951147.1 WP_002951147.1 100 228 0 0 1 228 1 228 6.62e-177 483 WP_171832914.1 WP_171832914.1 100 179 0 0 1 179 1 179 7.69e-136 375 WP_171832914.1 WP_159220133.1 46.9 177 94 0 1 177 1 177 8.87e-59 180 RTG88278.1 RTG88278.1 100 270 0 0 1 270 1 270 3.55e-177 487 MCI9173074.1 MCI9173074.1 100 406 0 0 1 406 1 406 5.18e-300 809 WP_232968558.1 WP_232968558.1 100 315 0 0 1 315 1 315 7.86e-224 608 WP_232968558.1 WP_247623927.1 42.5 313 165 4 8 314 100 403 7.92e-76 236 WP_232968558.1 PAV09171.1 35.2 321 183 5 1 313 17 320 4.87e-56 182 WP_255895909.1 WP_255895909.1 100 395 0 0 1 395 1 395 4.35e-291 785 WP_255895909.1 WP_035064005.1 33.3 348 217 4 46 380 33 378 7.12e-57 191 WP_255895909.1 MBT6563471.1 30.5 354 235 4 37 380 15 367 3.93e-49 171 HAS9516566.1 HAS9516566.1 100 337 0 0 1 337 1 337 1.87e-258 698 KAI4297075.1 KAI4297075.1 100 867 0 0 1 867 1 867 0.0 1576 BAW23943.1 BAW23943.1 100 144 0 0 1 144 1 144 1.71e-88 252 WP_182232449.1 WP_182232449.1 100 248 0 0 1 248 1 248 7.10e-182 497 MBT3329129.1 MBT3329129.1 100 443 0 0 1 443 1 443 2.98e-311 840 WP_112978543.1 WP_112978543.1 100 99 0 0 1 99 1 99 8.06e-68 196 WP_275397725.1 WP_275397725.1 100 167 0 0 1 167 1 167 7.51e-119 331 NVJ87065.1 NVJ87065.1 100 115 0 0 1 115 1 115 8.02e-89 251 WP_271569319.1 WP_271569319.1 100 415 0 0 1 415 1 415 3.59e-291 787 EWT02607.1 EWT02607.1 100 301 0 0 1 301 1 301 5.80e-228 618 WP_001884703.1 WP_001884703.1 100 324 0 0 1 324 1 324 2.78e-233 633 WP_231483373.1 WP_231483373.1 100 290 0 0 1 290 1 290 9.52e-217 588 KAH9316303.1 KAH9316303.1 100 73 0 0 1 73 1 73 2.74e-54 160 WP_226909596.1 WP_226909596.1 100 574 0 0 1 574 1 574 0.0 1135 WP_226909596.1 MBV9097303.1 35.9 142 85 3 411 547 4 144 1.99e-16 75.5 WP_281054160.1 WP_281054160.1 100 253 0 0 1 253 1 253 1.55e-183 501 WP_281054160.1 WP_042650033.1 31.2 247 160 4 8 249 5 246 1.34e-33 120 WP_281054160.1 WP_087085326.1 30.6 252 162 5 8 249 5 253 5.30e-30 111 WP_281054160.1 WP_060347438.1 29.8 255 156 8 8 249 4 248 1.72e-27 105 WP_281054160.1 WP_057651690.1 29.4 248 163 5 8 249 48 289 1.77e-23 94.7 WP_281054160.1 WP_014605789.1 26.3 240 160 9 12 244 2 231 8.30e-14 67.4 QEP12732.1 QEP12732.1 100 107 0 0 1 107 1 107 6.88e-75 215 MBF8300261.1 MBF8300261.1 100 843 0 0 1 843 1 843 0.0 1667 WP_088557458.1 WP_088557458.1 100 324 0 0 1 324 1 324 1.14e-216 591 OCN18427.1 OCN18427.1 100 142 0 0 1 142 1 142 1.22e-105 295 UQV46285.1 UQV46285.1 100 380 0 0 1 380 1 380 2.46e-278 752 WP_223326327.1 WP_223326327.1 100 144 0 0 1 144 1 144 1.79e-99 280 WP_274192231.1 WP_274192231.1 100 260 0 0 1 260 1 260 2.09e-180 494 HCN8461219.1 HCN8461219.1 100 93 0 0 1 93 1 93 5.65e-63 184 HCN8461219.1 GLX88815.1 67.4 86 28 0 8 93 9 94 7.83e-38 126 HCN8461219.1 WP_210226425.1 53.8 91 42 0 3 93 4 94 2.16e-29 104 WP_217101611.1 WP_217101611.1 100 321 0 0 1 321 1 321 4.96e-230 625 WP_217101611.1 WP_166725305.1 88.1 320 38 0 1 320 1 320 1.42e-197 543 WP_217101611.1 WP_213750918.1 47.0 266 140 1 54 319 8 272 1.15e-71 221 WP_217101611.1 HHH37178.1 34.3 178 117 0 130 307 79 256 2.62e-26 103 WP_130477570.1 WP_130477570.1 100 268 0 0 1 268 1 268 9.26e-188 513 WP_130477570.1 WP_144002426.1 50.2 267 129 2 1 264 4 269 3.49e-78 236 MBN2090897.1 MBN2090897.1 100 607 0 0 1 607 1 607 0.0 1180 AVJ74934.1 AVJ74934.1 100 315 0 0 1 315 1 315 4.12e-235 637 WP_103294927.1 WP_103294927.1 100 226 0 0 1 226 1 226 5.59e-159 437 OGO01021.1 OGO01021.1 100 397 0 0 1 397 1 397 6.46e-294 793 OGO01021.1 WP_065517671.1 32.0 387 245 7 2 375 7 388 2.86e-51 175 OGO01021.1 WP_065029373.1 30.2 388 258 11 1 380 1 383 1.68e-42 151 OGO01021.1 WP_032373688.1 27.1 336 223 7 5 338 8 323 3.83e-29 114 WP_100610557.1 WP_100610557.1 100 577 0 0 1 577 1 577 0.0 1133 WP_100610557.1 HAR3824072.1 42.2 567 314 7 10 570 24 582 6.50e-147 434 WP_100610557.1 WP_099345046.1 29.4 534 361 8 33 563 17 537 7.94e-61 209 WP_100610557.1 WP_060004157.1 30.6 566 361 14 20 566 3 555 8.46e-55 194 MCD4768021.1 MCD4768021.1 100 51 0 0 1 51 1 51 6.01e-35 110 WP_129895541.1 WP_129895541.1 100 1301 0 0 1 1301 1 1301 0.0 2421 XP_016211170.1 XP_016211170.1 100 849 0 0 1 849 1 849 0.0 1690 EIO3984852.1 EIO3984852.1 100 140 0 0 1 140 1 140 1.33e-99 280 CDL67554.1 CDL67554.1 100 74 0 0 1 74 1 74 1.31e-48 146 HHY02707.1 HHY02707.1 100 216 0 0 1 216 1 216 5.27e-104 297 CAD6270987.1 CAD6270987.1 100 287 0 0 1 287 1 287 3.97e-203 554 CAD6270987.1 NQX99425.1 42.9 231 128 3 59 286 1 230 5.62e-54 174 WP_160149429.1 WP_160149429.1 100 212 0 0 1 212 1 212 3.14e-149 411 WP_257358148.1 WP_257358148.1 100 342 0 0 1 342 1 342 3.24e-128 379 WP_194266302.1 WP_194266302.1 100 131 0 0 1 131 1 131 8.54e-94 265 WP_058738289.1 WP_058738289.1 100 431 0 0 1 431 1 431 4.74e-311 839 WP_058738289.1 WP_024039518.1 31.2 398 260 10 25 414 30 421 3.69e-51 176 WP_058738289.1 WP_262452366.1 25.7 428 289 10 8 416 9 426 8.24e-25 104 WP_058738289.1 MXI78925.1 35.1 222 115 8 103 317 1 200 6.44e-24 97.1 WP_188948933.1 WP_188948933.1 100 124 0 0 1 124 1 124 7.37e-53 160 WP_205188895.1 WP_205188895.1 100 459 0 0 1 459 1 459 0.0 925 WP_116691934.1 WP_116691934.1 100 103 0 0 1 103 1 103 9.59e-71 204 WP_273597572.1 WP_273597572.1 100 211 0 0 1 211 1 211 7.74e-154 423 WP_198465579.1 WP_198465579.1 100 777 0 0 1 777 1 777 0.0 1548 KAI0008979.1 KAI0008979.1 100 327 0 0 1 327 1 327 1.57e-245 664 OIV35259.1 OIV35259.1 100 220 0 0 1 220 1 220 1.12e-146 405 EIQ2008784.1 EIQ2008784.1 100 206 0 0 1 206 1 206 3.99e-149 410 AST39768.1 AST39768.1 100 99 0 0 1 99 1 99 1.82e-73 211 AST39768.1 MOY95459.1 72.4 98 27 0 2 99 2 99 6.89e-51 154 AST39768.1 MOY61908.1 64.3 98 35 0 2 99 2 99 3.62e-44 137 AST39768.1 AMA13662.1 62.2 98 37 0 2 99 63 160 1.17e-41 133 MBP8846809.1 MBP8846809.1 100 1317 0 0 1 1317 1 1317 0.0 2632 WP_054895058.1 WP_054895058.1 100 98 0 0 1 98 1 98 2.42e-64 187 CAH1250835.1 CAH1250835.1 100 533 0 0 1 533 1 533 0.0 1002 CAH1250835.1 KAI5128402.1 26.7 90 54 2 81 163 27 111 6.34e-04 38.9 WP_200599363.1 WP_200599363.1 100 456 0 0 1 456 1 456 0.0 953 WP_200599363.1 HCI3868538.1 70.8 264 77 0 1 264 1 264 1.30e-145 414 WP_200599363.1 XP_047046442.1 34.1 88 44 2 380 454 460 546 7.86e-07 49.7 WP_200599363.1 CAG8726868.1 32.3 93 37 2 388 454 234 326 4.04e-06 47.0 KRM25387.1 KRM25387.1 100 84 0 0 1 84 1 84 1.53e-56 167 WP_150146969.1 WP_150146969.1 100 191 0 0 1 191 1 191 1.40e-128 357 XP_032275630.1 XP_032275630.1 100 217 0 0 1 217 1 217 8.90e-147 405 KDT27382.1 KDT27382.1 100 777 0 0 1 777 1 777 0.0 1536 KDT27382.1 EFN5389376.1 95.8 613 26 0 1 613 200 812 0.0 1138 KDT27382.1 HAN0352225.1 78.1 416 89 1 53 466 97 512 1.91e-241 680 KDT27382.1 EIH4263652.1 95.3 276 13 0 1 276 311 586 1.63e-156 466 KDT27382.1 EJW7579374.1 93.5 245 16 0 1 245 49 293 2.42e-135 400 KDT27382.1 EFL5817307.1 92.6 217 16 0 1 217 264 480 1.92e-110 343 KDT27382.1 EDD0587303.1 43.2 111 61 2 506 614 1142 1252 4.49e-21 97.4 WP_064802002.1 WP_064802002.1 100 391 0 0 1 391 1 391 3.92e-301 810 WP_064802002.1 MBW4662439.1 39.3 275 153 3 14 288 18 278 6.55e-56 187 WP_064802002.1 WP_250015522.1 29.6 385 252 11 8 385 13 385 2.74e-42 150 WP_064802002.1 WP_270430070.1 28.3 357 230 5 19 370 22 357 8.38e-38 138 WP_064802002.1 PAW68992.1 29.6 402 251 11 11 389 8 400 2.94e-37 137 HCH8663031.1 HCH8663031.1 100 809 0 0 1 809 1 809 0.0 1640 HCH8663031.1 WP_220281278.1 50.1 805 385 9 14 808 16 813 4.95e-269 763 HCH8663031.1 HAL7851047.1 52.3 642 296 6 174 808 8 646 2.12e-219 630 HCH8663031.1 EJH9475741.1 30.7 755 419 25 113 808 51 760 1.01e-77 265 HCH8663031.1 WP_265822109.1 23.9 856 492 30 13 763 8 809 5.94e-33 135 HCH8663031.1 EFT8991253.1 24.2 223 144 6 103 300 149 371 2.56e-05 46.2 MBL04873.1 MBL04873.1 100 454 0 0 1 454 1 454 0.0 926 MBL04873.1 EDF5922784.1 25.7 401 190 17 88 432 63 411 2.21e-09 57.8 MBL04873.1 XP_050578957.1 23.1 212 116 5 3 198 803 983 1.70e-06 48.9 MBL04873.1 EJI8012843.1 60.7 28 11 0 405 432 492 519 5.17e-04 40.8 OGW26817.1 OGW26817.1 100 129 0 0 1 129 1 129 1.32e-96 271 OGU26820.1 OGU26820.1 100 246 0 0 1 246 1 246 5.60e-178 487 WP_094590349.1 WP_094590349.1 100 115 0 0 1 115 1 115 8.06e-80 228 NOR80888.1 NOR80888.1 100 425 0 0 1 425 1 425 1.42e-293 794 NOR80888.1 WP_177420403.1 31.7 432 265 10 5 421 5 421 7.08e-53 181 MBB4616026.1 MBB4616026.1 100 226 0 0 1 226 1 226 8.62e-163 447 XP_016252004.1 XP_016252004.1 100 486 0 0 1 486 1 486 8.82e-312 845 WP_217297942.1 WP_217297942.1 100 105 0 0 1 105 1 105 2.94e-75 216 MBE1296527.1 MBE1296527.1 100 848 0 0 1 848 1 848 0.0 1647 MCI7428666.1 MCI7428666.1 100 56 0 0 1 56 1 56 6.34e-39 120 KAJ3308761.1 KAJ3308761.1 100 384 0 0 1 384 1 384 1.19e-287 776 KAJ3308761.1 WP_082565353.1 29.4 248 161 6 1 243 1 239 1.75e-22 95.5 WP_063055719.1 WP_063055719.1 100 453 0 0 1 453 1 453 0.0 932 MCB0773217.1 MCB0773217.1 100 186 0 0 1 186 1 186 3.77e-135 374 MCB0773217.1 MBN1882318.1 34.8 132 70 5 40 166 35 155 9.60e-16 70.1 MCB0773217.1 WP_028779961.1 28.2 124 78 4 47 170 33 145 3.40e-10 54.7 MBR6403893.1 MBR6403893.1 100 420 0 0 1 420 1 420 2.87e-295 798 MBR6403893.1 MBO8233644.1 25.0 276 179 10 160 419 115 378 2.40e-09 57.0 MBR6403893.1 PSQ73325.1 24.5 233 157 6 195 409 599 830 3.00e-09 57.4 MBR6403893.1 WP_274755179.1 23.6 208 144 5 210 410 207 406 4.34e-07 50.1 MBR6403893.1 KDF42894.1 23.9 218 147 6 211 412 267 481 8.35e-07 49.3 MBR6403893.1 WP_283842967.1 22.7 211 143 5 216 409 361 568 9.16e-07 49.3 MBR6403893.1 MBN1819552.1 23.3 232 161 6 203 417 333 564 1.19e-06 48.9 MBR6403893.1 WP_166106360.1 23.6 229 142 9 213 415 303 524 1.76e-04 42.0 DAC17040.1 DAC17040.1 100 965 0 0 1 965 1 965 0.0 1873 PMP70922.1 PMP70922.1 100 507 0 0 1 507 1 507 0.0 1003 NDB23390.1 NDB23390.1 100 197 0 0 1 197 1 197 2.94e-142 392 MCL4849599.1 MCL4849599.1 100 375 0 0 1 375 1 375 8.84e-274 740 EIA4708990.1 EIA4708990.1 100 818 0 0 1 818 1 818 0.0 1614 WP_130858156.1 WP_130858156.1 100 328 0 0 1 328 1 328 9.05e-241 652 KAI3849778.1 KAI3849778.1 100 811 0 0 1 811 1 811 0.0 1650 KAI3849778.1 XP_021765438.1 32.8 372 232 12 430 797 533 890 2.29e-45 174 KAI3849778.1 XP_019180948.1 34.1 352 208 11 431 768 608 949 8.39e-43 166 KAI3849778.1 XP_025814622.1 31.9 370 215 11 430 770 716 1077 3.69e-39 155 KAI3849778.1 KAG2309455.1 29.0 365 221 11 433 768 527 882 1.18e-34 140 KAI3849778.1 XP_044484513.1 30.5 279 171 5 440 700 29 302 6.46e-33 134 KAI3849778.1 XP_046441060.1 32.2 199 118 10 501 693 67 254 6.00e-15 77.4 KAI3849778.1 XP_020321477.1 30.0 207 126 9 494 693 52 246 3.48e-13 71.6 KAI3849778.1 KAJ7903702.1 25.3 154 106 3 542 695 74 218 4.71e-06 48.1 HIS27960.1 HIS27960.1 100 294 0 0 1 294 1 294 1.11e-217 591 HIS27960.1 WP_111083956.1 41.0 266 156 1 10 274 16 281 4.02e-65 204 HIS27960.1 WP_062263491.1 36.6 284 177 3 9 289 2 285 5.27e-56 181 WP_202165152.1 WP_202165152.1 100 338 0 0 1 338 1 338 1.39e-240 653 WP_281675368.1 WP_281675368.1 100 632 0 0 1 632 1 632 0.0 1213 WP_281675368.1 WP_086353716.1 35.0 283 175 6 1 274 1 283 6.32e-45 160 WP_281675368.1 MBI0103662.1 42.3 78 44 1 547 624 619 695 3.07e-11 64.7 WP_281675368.1 MBU2478158.1 42.9 49 26 1 241 287 3 51 9.15e-05 39.3 MBR4451941.1 MBR4451941.1 100 254 0 0 1 254 1 254 3.66e-187 511 MBR4451941.1 MCR4818155.1 40.6 234 136 2 16 247 4 236 6.90e-59 185 MBS6326441.1 MBS6326441.1 100 294 0 0 1 294 1 294 8.17e-220 597 KAB2647529.1 KAB2647529.1 100 304 0 0 1 304 1 304 4.89e-217 590 KAB2647529.1 KAB2860347.1 42.7 117 67 0 188 304 1 117 5.93e-28 103 MYS73268.1 MYS73268.1 100 276 0 0 1 276 1 276 2.18e-190 521 MYS73268.1 WP_062917436.1 36.1 227 137 3 8 229 8 231 1.02e-32 119 MYS73268.1 WP_077093245.1 29.2 195 126 4 4 188 6 198 6.19e-07 48.1 WP_051789242.1 WP_051789242.1 100 338 0 0 1 338 1 338 2.24e-246 667 WP_051789242.1 WP_130237435.1 30.3 327 220 6 9 331 3 325 1.49e-30 116 XP_039509588.1 XP_039509588.1 100 326 0 0 1 326 1 326 3.57e-246 666 WP_039337636.1 WP_039337636.1 100 243 0 0 1 243 1 243 2.37e-173 475 XP_042622198.1 XP_042622198.1 100 581 0 0 1 581 1 581 0.0 1171 XP_042622198.1 NXJ84327.1 34.6 350 209 7 183 513 181 529 6.96e-51 187 XP_042622198.1 KAG5815829.1 33.2 367 209 9 171 516 423 774 7.15e-50 182 XP_042622198.1 XP_039923984.1 33.7 362 211 9 172 510 166 521 2.62e-48 179 XP_042622198.1 XP_026100634.1 27.1 325 180 8 200 510 83 364 3.59e-27 112 XP_042622198.1 XP_025814622.1 35.0 103 52 3 307 396 886 986 1.07e-06 50.1 XP_042622198.1 XP_021765438.1 33.0 94 52 4 312 396 702 793 4.28e-04 41.6 WP_248721304.1 WP_248721304.1 100 302 0 0 1 302 1 302 3.30e-214 583 WP_248721304.1 WP_200986363.1 23.5 277 209 2 1 274 1 277 4.60e-18 81.3 WP_248721304.1 WP_012339795.1 27.5 149 102 3 6 154 6 148 1.45e-09 56.2 KAF6360286.1 KAF6360286.1 100 642 0 0 1 642 1 642 0.0 1063 WP_226865765.1 WP_226865765.1 100 609 0 0 1 609 1 609 0.0 1200 WP_226865765.1 PIY74148.1 31.1 611 388 16 23 609 1 602 6.47e-76 252 WP_226865765.1 MBL6756473.1 30.2 658 380 16 2 606 47 678 2.54e-69 237 WP_226865765.1 KXK41164.1 35.4 291 172 8 3 280 8 295 9.24e-44 157 WP_226865765.1 MBO6554759.1 25.0 681 421 19 3 606 200 867 1.11e-31 129 WP_226865765.1 WP_281498184.1 36.0 75 45 2 12 83 21 95 1.13e-05 46.6 WP_099061260.1 WP_099061260.1 100 90 0 0 1 90 1 90 3.20e-63 184 HCI94645.1 HCI94645.1 100 408 0 0 1 408 1 408 4.90e-315 847 HCI94645.1 PFQ70995.1 29.9 401 253 7 14 407 11 390 1.99e-54 183 WP_279374958.1 WP_279374958.1 100 480 0 0 1 480 1 480 0.0 997 CAA9391925.1 CAA9391925.1 100 27 0 0 1 27 1 27 4.46e-12 50.8 MCJ7733050.1 MCJ7733050.1 100 217 0 0 1 217 1 217 9.43e-167 456 WP_244450453.1 WP_244450453.1 100 693 0 0 1 693 1 693 0.0 1134 WP_176366948.1 WP_176366948.1 100 311 0 0 1 311 1 311 1.26e-227 618 WP_194430615.1 WP_194430615.1 100 114 0 0 1 114 1 114 1.29e-80 230 KAG7164393.1 KAG7164393.1 100 111 0 0 1 111 1 111 1.91e-42 133 WP_058935081.1 WP_058935081.1 100 139 0 0 1 139 1 139 1.44e-98 277 WP_058935081.1 WP_051963813.1 37.8 90 52 1 39 128 22 107 5.01e-15 65.1 WP_278428737.1 WP_278428737.1 100 416 0 0 1 416 1 416 7.77e-307 827 RZC11235.1 RZC11235.1 100 260 0 0 1 260 1 260 1.50e-198 540 RZC11235.1 XP_017428875.1 28.9 249 149 12 6 246 35 263 4.16e-14 69.3 WP_074737802.1 WP_074737802.1 100 384 0 0 1 384 1 384 1.84e-291 785 KAF3069499.1 KAF3069499.1 100 582 0 0 1 582 1 582 0.0 1142 PBK65192.1 PBK65192.1 100 225 0 0 1 225 1 225 5.44e-170 465 WP_017908092.1 WP_017908092.1 100 297 0 0 1 297 1 297 9.49e-216 587 WP_208504450.1 WP_208504450.1 100 532 0 0 1 532 1 532 0.0 995 WP_208504450.1 MCE1252202.1 52.1 528 247 3 6 532 10 532 3.82e-163 472 WP_029542314.1 WP_029542314.1 100 309 0 0 1 309 1 309 4.35e-218 593 WP_029542314.1 WP_265399898.1 30.9 288 188 6 16 301 17 295 2.99e-29 112 WP_029542314.1 WP_091540071.1 31.3 224 114 8 22 211 24 241 1.76e-14 71.2 GLB35420.1 GLB35420.1 100 113 0 0 1 113 1 113 9.88e-80 228 EFC67761.1 EFC67761.1 100 50 0 0 1 50 1 50 4.63e-34 107 XP_040250218.1 XP_040250218.1 100 764 0 0 1 764 1 764 0.0 1236 XP_040250218.1 XP_019180948.1 39.3 300 153 7 341 623 668 955 4.17e-54 200 XP_040250218.1 RLN36134.1 33.3 315 185 10 330 623 54 364 8.49e-39 147 XP_040250218.1 XP_021765438.1 34.9 284 162 7 347 614 587 863 1.50e-38 152 XP_040250218.1 XP_025814622.1 32.9 316 172 9 347 623 767 1081 1.29e-35 143 XP_040250218.1 KAG2309455.1 29.3 294 181 8 350 623 602 888 2.45e-31 129 XP_040250218.1 XP_044484513.1 38.1 160 97 1 347 504 76 235 1.56e-30 126 XP_040250218.1 XP_048540820.1 26.6 271 156 9 363 627 796 1029 1.02e-19 92.8 XP_040250218.1 RIB10989.1 28.1 178 108 6 492 666 2 162 1.56e-11 62.4 XP_040250218.1 KAG1799066.1 25.3 285 160 12 366 619 34 296 2.23e-08 54.7 XP_047249348.1 XP_047249348.1 100 332 0 0 1 332 1 332 2.18e-259 700 MYT98825.1 MYT98825.1 100 219 0 0 1 219 1 219 2.12e-155 427 HAN73743.1 HAN73743.1 100 374 0 0 1 374 1 374 4.53e-271 733 WP_015615815.1 WP_015615815.1 100 874 0 0 1 874 1 874 0.0 1681 WP_015615815.1 WP_015919400.1 41.4 807 430 17 1 796 1 775 2.33e-188 559 WP_015615815.1 MCJ7548546.1 41.9 721 391 11 4 704 7 719 4.01e-172 514 WP_015615815.1 MBL8638832.1 37.7 835 475 15 2 799 46 872 7.44e-161 493 WP_015615815.1 KAI5122644.1 29.9 866 506 27 14 806 373 1210 4.28e-82 286 WP_015615815.1 KZV11597.1 26.0 701 441 25 135 779 119 797 1.24e-42 166 MBP6785762.1 MBP6785762.1 100 48 0 0 1 48 1 48 1.13e-31 101 UVD42744.1 UVD42744.1 100 133 0 0 1 133 1 133 1.64e-83 239 KAH3699581.1 KAH3699581.1 100 295 0 0 1 295 1 295 8.93e-72 221 HEU25100.1 HEU25100.1 100 462 0 0 1 462 1 462 0.0 957 APT84512.1 APT84512.1 100 448 0 0 1 448 1 448 0.0 886 APT84512.1 WP_257007586.1 32.8 344 224 4 41 384 5 341 1.32e-58 195 TXB56523.1 TXB56523.1 100 79 0 0 1 79 1 79 6.74e-51 152 WP_112449552.1 WP_112449552.1 100 496 0 0 1 496 1 496 0.0 977 WP_112449552.1 WP_050274510.1 41.8 395 216 4 91 485 69 449 3.13e-91 284 WP_112449552.1 WP_241420500.1 35.1 461 286 4 39 487 25 484 4.63e-81 258 WP_112449552.1 PTQ72351.1 38.9 404 229 3 83 485 11 397 5.16e-77 245 XP_044710778.1 XP_044710778.1 100 375 0 0 1 375 1 375 1.01e-263 714 WP_038615177.1 WP_038615177.1 100 148 0 0 1 148 1 148 8.78e-102 286 KAF9248384.1 KAF9248384.1 100 262 0 0 1 262 1 262 8.02e-170 468 EDQ8633181.1 EDQ8633181.1 100 91 0 0 1 91 1 91 8.13e-62 181 NDE73311.1 NDE73311.1 100 263 0 0 1 263 1 263 8.45e-177 485 THW78755.1 THW78755.1 100 1583 0 0 1 1583 1 1583 0.0 3084 THW78755.1 RLN50561.1 31.5 496 304 13 969 1434 1231 1720 3.05e-50 194 THW78755.1 WP_192500494.1 32.3 226 147 6 1216 1437 3 226 1.47e-27 113 THW78755.1 WP_152652784.1 29.7 296 173 10 483 753 20 305 3.09e-24 103 THW78755.1 NLW39422.1 29.1 234 160 4 1229 1456 34 267 6.83e-24 103 THW78755.1 WP_281543397.1 26.0 311 190 6 483 777 4 290 3.42e-23 100 THW78755.1 EHR6291555.1 31.0 210 133 3 483 681 22 230 6.63e-19 90.9 THW78755.1 MWR41881.1 28.3 205 130 2 484 671 44 248 3.02e-17 82.0 THW78755.1 WP_008056683.1 31.9 182 118 4 1241 1417 265 445 9.82e-16 81.3 THW78755.1 GBD21053.1 29.1 206 128 4 480 668 38 242 2.62e-13 72.8 THW78755.1 WP_088153117.1 23.2 194 130 4 494 670 24 215 3.76e-10 62.0 THW78755.1 NNE23115.1 28.8 170 109 5 488 645 22 191 3.27e-09 58.9 THW78755.1 WP_105160947.1 30.8 143 89 4 484 621 332 469 2.45e-06 50.4 MAD76787.1 MAD76787.1 100 431 0 0 1 431 1 431 2.73e-319 860 MCI6853747.1 MCI6853747.1 100 503 0 0 1 503 1 503 0.0 1012 MCI6853747.1 WP_172281536.1 35.6 503 291 9 1 496 1 477 5.44e-93 290 MCI6853747.1 WP_256342227.1 34.0 503 297 13 6 496 4 483 1.83e-79 254 WP_280443824.1 WP_280443824.1 100 278 0 0 1 278 1 278 4.79e-195 533 WP_280443824.1 XP_039322713.1 38.8 227 134 2 53 274 20 246 1.24e-42 145 WP_280443824.1 WP_063302373.1 25.1 199 129 6 2 191 7 194 7.67e-07 47.8 CEP26668.1 CEP26668.1 100 190 0 0 1 190 1 190 1.31e-137 380 OTN76164.1 OTN76164.1 100 426 0 0 1 426 1 426 3.93e-296 801 OTN76164.1 WP_135287436.1 49.0 416 207 3 10 421 19 433 3.95e-127 373 WP_035431971.1 WP_035431971.1 100 103 0 0 1 103 1 103 8.55e-65 189 WP_109835637.1 WP_109835637.1 100 301 0 0 1 301 1 301 1.53e-223 607 MBR3487460.1 MBR3487460.1 100 402 0 0 1 402 1 402 1.63e-285 772 MBR3487460.1 WP_097830045.1 36.2 351 188 12 54 381 41 378 1.66e-52 178 MBR3487460.1 MBR4371193.1 32.1 336 189 7 77 381 7 334 1.76e-30 118 MBR3487460.1 WP_256939523.1 28.7 321 213 7 67 383 66 374 4.44e-26 106 WP_023322253.1 WP_023322253.1 100 150 0 0 1 150 1 150 5.07e-111 310 WP_023322253.1 MCP5208043.1 47.3 146 76 1 6 150 3 148 3.35e-44 140 WP_023322253.1 WP_096765790.1 42.8 152 82 4 3 150 2 152 2.47e-32 110 MBP7829117.1 MBP7829117.1 100 823 0 0 1 823 1 823 0.0 1498 MBP7829117.1 GIW70618.1 41.1 270 145 4 62 318 55 323 5.50e-47 179 MBP7829117.1 WP_281919021.1 35.8 246 152 3 61 300 18 263 7.07e-35 137 MBP7829117.1 XP_043377824.1 28.5 235 152 5 53 274 23 254 8.99e-19 90.1 MBP7829117.1 XP_044484513.1 30.2 149 94 4 59 201 90 234 2.18e-09 59.3 MBP7829117.1 XP_033679940.1 26.6 128 87 3 127 247 168 295 2.05e-07 53.1 NXJ84327.1 NXJ84327.1 100 1219 0 0 1 1219 1 1219 0.0 2249 NXJ84327.1 XP_039923984.1 47.7 1292 505 31 5 1219 1 1198 0.0 940 NXJ84327.1 XP_042622198.1 34.6 350 209 7 181 529 183 513 6.81e-53 194 NXJ84327.1 KAG5815829.1 33.3 369 202 12 179 530 431 772 7.86e-42 164 NXJ84327.1 XP_026100634.1 33.5 233 134 10 200 422 82 303 2.67e-25 108 NXJ84327.1 XP_051566275.1 26.3 240 166 6 180 416 1221 1452 2.13e-15 80.1 NXJ84327.1 KAI9912466.1 27.6 152 100 4 277 424 109 254 5.35e-14 73.6 NXJ84327.1 XP_011889539.1 27.4 219 128 6 205 401 8 217 8.63e-10 61.6 NXJ84327.1 GIW70618.1 26.6 222 144 6 201 410 48 262 1.66e-06 50.8 WP_025599976.1 WP_025599976.1 100 431 0 0 1 431 1 431 2.19e-316 852 WP_025599976.1 GLV83862.1 32.4 244 137 6 170 402 159 385 1.18e-20 91.7 WP_025599976.1 WP_205996060.1 30.1 153 84 5 222 371 254 386 2.74e-04 41.6 MBC8378821.1 MBC8378821.1 100 622 0 0 1 622 1 622 0.0 1240 WP_235908972.1 WP_235908972.1 100 136 0 0 1 136 1 136 1.91e-97 274 WP_240083300.1 WP_240083300.1 100 85 0 0 1 85 1 85 2.84e-57 169 AHH30646.1 AHH30646.1 100 171 0 0 1 171 1 171 2.40e-117 327 AHH30646.1 AVM35379.1 77.4 168 36 2 6 171 27 194 1.25e-85 249 AHH30646.1 AMA90994.1 79.5 166 32 2 6 169 32 197 2.87e-85 247 AHH30646.1 QUA05739.1 76.8 168 37 2 6 171 32 199 3.34e-85 248 AHH30646.1 ADW49125.1 76.8 168 37 2 6 171 24 191 1.31e-84 246 AHH30646.1 AFA24308.1 78.0 168 35 2 6 171 25 192 1.92e-84 246 AHH30646.1 AFA09475.1 76.8 168 37 2 6 171 18 185 2.16e-84 245 AHH30646.1 AWS34156.1 76.0 167 38 2 6 170 32 198 2.42e-84 246 AHH30646.1 AOR13807.1 72.6 168 44 2 6 171 23 190 2.82e-83 242 AHH30646.1 ABQ63546.1 73.2 168 43 2 6 171 31 198 6.35e-82 239 AHH30646.1 QUQ06080.1 74.9 167 40 2 6 170 32 198 9.32e-82 239 AHH30646.1 ADJ35581.1 73.8 168 42 2 6 171 33 200 1.37e-81 239 AHH30646.1 AHK62764.1 73.2 168 43 2 5 170 27 194 1.41e-81 239 AHH30646.1 AAX94106.1 75.6 168 39 2 6 171 2 169 1.24e-80 243 AHH30646.1 AKT58828.1 73.2 164 42 2 6 167 32 195 6.59e-79 231 AHH30646.1 UZF38514.1 71.3 167 46 2 7 171 20 186 9.47e-79 231 AHH30646.1 AOQ89457.1 73.8 160 40 2 6 163 28 187 1.02e-78 230 AHH30646.1 AXZ65741.1 75.3 158 37 2 5 160 31 188 4.28e-78 229 AHH30646.1 AKA56406.1 70.7 167 46 2 6 171 32 196 9.48e-77 226 AHH30646.1 ACE88666.1 70.0 120 34 2 54 171 1 120 2.50e-51 159 AHH30646.1 APC24336.1 68.1 91 28 1 81 170 1 91 5.71e-32 116 KAI9888532.1 KAI9888532.1 100 438 0 0 1 438 1 438 0.0 877 KAF5898047.1 KAF5898047.1 100 125 0 0 1 125 1 125 7.42e-74 214 WP_048168883.1 WP_048168883.1 100 544 0 0 1 544 1 544 0.0 1072 ARS39112.1 ARS39112.1 100 73 0 0 1 73 1 73 6.04e-49 147 MCK9405607.1 MCK9405607.1 100 248 0 0 1 248 1 248 7.15e-191 520 NP_001169133.1 NP_001169133.1 100 122 0 0 1 122 1 122 9.76e-81 233 RWQ68821.1 RWQ68821.1 100 73 0 0 1 73 1 73 2.46e-48 145 RVE76210.1 RVE76210.1 100 526 0 0 1 526 1 526 0.0 1079 RVE76210.1 NXE30976.1 36.8 340 183 7 50 385 8 319 4.13e-57 191 WP_215615491.1 WP_215615491.1 100 221 0 0 1 221 1 221 4.32e-174 475 WP_215615491.1 WP_128788759.1 47.4 196 101 2 25 219 5 199 5.17e-61 188 WP_215615491.1 OGO39675.1 44.5 182 101 0 38 219 24 205 8.84e-61 187 NVM03966.1 NVM03966.1 100 322 0 0 1 322 1 322 7.95e-232 629 NVM03966.1 NLW39422.1 38.9 334 181 9 1 316 1 329 9.22e-59 190 NVM03966.1 EHR6291555.1 36.6 213 129 3 32 239 339 550 8.94e-36 134 NVM03966.1 WP_152652784.1 30.0 297 198 8 32 321 15 308 5.12e-34 125 NVM03966.1 WP_084371009.1 30.8 247 150 3 6 248 3 232 9.35e-34 124 NVM03966.1 WP_132175930.1 31.5 232 148 4 6 226 7 238 1.21e-31 119 NVM03966.1 RLN50561.1 29.9 231 153 4 36 257 1508 1738 2.28e-26 108 NVM03966.1 MSO30570.1 29.7 212 142 3 31 236 16 226 8.25e-23 95.5 NVM03966.1 MBP1876254.1 29.7 202 131 3 37 227 20 221 8.85e-23 95.5 NVM03966.1 WP_221265680.1 27.5 193 135 2 37 224 34 226 6.39e-20 87.0 NVM03966.1 WP_071876418.1 30.7 205 132 4 34 233 315 514 5.11e-19 85.9 NVM03966.1 WAY96880.1 32.8 186 98 7 38 206 5 180 8.70e-18 78.6 NVM03966.1 MBQ3864274.1 25.6 215 142 5 37 235 35 247 7.97e-17 78.2 NVM03966.1 KAJ2660037.1 25.1 211 143 6 36 235 1824 2030 4.09e-14 71.6 NVM03966.1 NNE23115.1 28.2 202 131 4 31 226 18 211 5.63e-14 70.1 NVM03966.1 WP_142931103.1 24.5 200 136 4 36 224 274 469 4.95e-11 61.6 NVM03966.1 WP_088153117.1 22.4 192 134 4 47 226 23 211 2.30e-10 59.3 NVM03966.1 WP_150396769.1 23.2 211 130 4 40 226 291 493 1.66e-08 53.9 NVM03966.1 WP_089246429.1 23.0 217 131 7 37 227 275 481 1.59e-06 47.8 NVM03966.1 WP_041481207.1 23.4 201 128 5 32 213 344 537 2.08e-05 44.3 MCK9363077.1 MCK9363077.1 100 403 0 0 1 403 1 403 1.89e-305 822 WP_230898856.1 WP_230898856.1 100 168 0 0 1 168 1 168 2.33e-127 352 EFG6535742.1 EFG6535742.1 100 716 0 0 1 716 1 716 0.0 1416 WP_236525681.1 WP_236525681.1 100 603 0 0 1 603 1 603 0.0 1199 WP_236525681.1 WP_046625651.1 32.0 515 302 16 68 565 44 527 3.48e-57 200 WP_236525681.1 MCU1518283.1 28.2 550 327 12 68 565 23 556 4.31e-56 198 WP_039386062.1 WP_039386062.1 100 77 0 0 1 77 1 77 6.85e-50 149 UCF78466.1 UCF78466.1 100 377 0 0 1 377 1 377 5.12e-274 741 UCF78466.1 WP_145937814.1 48.1 376 192 2 3 375 6 381 1.56e-113 334 UCF78466.1 WP_019585553.1 46.9 369 190 4 14 376 27 395 4.41e-109 323 UCF78466.1 WP_275495439.1 41.0 402 205 8 1 375 6 402 1.40e-77 243 UCF78466.1 WP_158057697.1 35.5 369 233 3 10 374 16 383 3.53e-68 218 UCF78466.1 MCH8312862.1 35.7 347 212 5 31 375 15 352 3.49e-57 189 UCF78466.1 MBL6847974.1 32.1 355 233 4 28 376 30 382 1.30e-52 177 MCL5970005.1 MCL5970005.1 100 339 0 0 1 339 1 339 1.96e-236 642 WP_139484744.1 WP_139484744.1 100 132 0 0 1 132 1 132 1.40e-79 229 WP_139484744.1 WP_143435921.1 36.1 119 71 2 9 123 17 134 3.02e-07 45.1 WP_007853416.1 WP_007853416.1 100 513 0 0 1 513 1 513 0.0 970 WP_007853416.1 GIR09622.1 39.9 459 241 5 16 456 18 459 9.61e-104 317 WP_007853416.1 NCV89943.1 36.6 465 266 7 4 456 6 453 4.66e-85 268 MCI6704618.1 MCI6704618.1 100 206 0 0 1 206 1 206 1.02e-110 313 WP_119938117.1 WP_119938117.1 100 278 0 0 1 278 1 278 2.33e-211 574 WP_119938117.1 WP_101936735.1 32.1 106 72 0 166 271 212 317 1.38e-12 65.1 WP_229408570.1 WP_229408570.1 100 326 0 0 1 326 1 326 6.36e-240 650 MCI6995250.1 MCI6995250.1 100 327 0 0 1 327 1 327 1.39e-239 649 KAH9162276.1 KAH9162276.1 100 132 0 0 1 132 1 132 1.79e-91 259 THY09373.1 THY09373.1 100 242 0 0 1 242 1 242 3.07e-164 452 MBA4060735.1 MBA4060735.1 100 34 0 0 1 34 1 34 5.40e-20 71.2 WP_035847413.1 WP_035847413.1 100 254 0 0 1 254 1 254 1.49e-186 509 MCQ2473581.1 MCQ2473581.1 100 318 0 0 1 318 1 318 1.02e-216 591 MBN4382193.1 MBN4382193.1 100 27 0 0 1 27 1 27 8.82e-21 72.8 WP_029789810.1 WP_029789810.1 100 857 0 0 1 857 1 857 0.0 1623 WP_029789810.1 MBP6786080.1 56.8 843 355 6 1 838 1 839 0.0 899 WP_029789810.1 KAF6257731.1 49.4 852 411 8 5 841 5 851 1.07e-259 745 WP_029789810.1 WP_136095406.1 46.9 700 289 11 161 854 120 742 8.68e-194 571 WP_029789810.1 MBL8103469.1 50.4 450 217 3 1 444 2 451 2.16e-141 425 WP_029789810.1 KAI7727618.1 49.4 326 124 4 98 422 110 395 1.43e-83 285 WP_029789810.1 KPK79043.1 35.9 387 233 4 14 400 18 389 4.53e-62 221 WP_029789810.1 MCH2804017.1 59.5 79 32 0 579 657 1 79 7.06e-26 100 MCI9436439.1 MCI9436439.1 100 122 0 0 1 122 1 122 3.32e-89 252 WP_237106527.1 WP_237106527.1 100 311 0 0 1 311 1 311 2.48e-234 635 WP_235029016.1 WP_235029016.1 100 125 0 0 1 125 1 125 6.90e-88 249 WP_115946316.1 WP_115946316.1 100 654 0 0 1 654 1 654 0.0 1289 WP_115946316.1 WP_175076961.1 36.9 618 360 13 3 610 5 602 1.13e-115 361 WP_115946316.1 WP_113620603.1 35.6 618 354 14 2 601 4 595 4.37e-103 327 KLR59865.1 KLR59865.1 100 257 0 0 1 257 1 257 5.26e-202 548 KLR59865.1 WP_054435236.1 39.0 251 153 0 1 251 1 251 1.06e-60 191 KLR59865.1 WP_145643501.1 35.0 254 159 4 1 252 1 250 7.86e-51 165 WP_227550239.1 WP_227550239.1 100 865 0 0 1 865 1 865 0.0 1706 WP_227550239.1 WP_162428520.1 21.7 479 290 18 408 841 407 845 9.15e-13 70.5 ABO71806.1 ABO71806.1 100 112 0 0 1 112 1 112 6.46e-80 228 RXW21184.1 RXW21184.1 100 209 0 0 1 209 1 209 1.68e-147 407 NMC86773.1 NMC86773.1 100 226 0 0 1 226 1 226 6.80e-160 439 KAI5749163.1 KAI5749163.1 100 307 0 0 1 307 1 307 1.00e-206 565 RLF82422.1 RLF82422.1 100 314 0 0 1 314 1 314 2.05e-214 585 WP_277309438.1 WP_277309438.1 100 137 0 0 1 137 1 137 1.10e-92 262 WP_107891604.1 WP_107891604.1 100 123 0 0 1 123 1 123 1.25e-89 253 MCG62561.1 MCG62561.1 100 18 0 0 1 18 1 18 2.34e-11 48.5 EFO2078189.1 EFO2078189.1 100 233 0 0 1 233 1 233 3.38e-168 461 WP_159583277.1 WP_159583277.1 100 264 0 0 1 264 1 264 1.54e-184 505 WP_107324026.1 WP_107324026.1 100 70 0 0 1 70 1 70 1.88e-35 112 WP_169571417.1 WP_169571417.1 100 298 0 0 1 298 1 298 1.46e-215 586 WP_181198956.1 WP_181198956.1 100 435 0 0 1 435 1 435 0.0 895 WP_095317440.1 WP_095317440.1 100 408 0 0 1 408 1 408 1.23e-283 768 MBF66593.1 MBF66593.1 100 571 0 0 1 571 1 571 0.0 1159 TLY59051.1 TLY59051.1 100 111 0 0 1 111 1 111 3.34e-77 221 TLY59051.1 WP_025591525.1 32.2 118 50 1 5 92 3 120 6.89e-15 64.3 CCZ42971.1 CCZ42971.1 100 45 0 0 1 45 1 45 3.42e-25 85.1 MBF2983383.1 MBF2983383.1 100 244 0 0 1 244 1 244 1.04e-172 473 AEF32461.1 AEF32461.1 100 276 0 0 1 276 1 276 3.01e-197 538 HCC04630.1 HCC04630.1 100 200 0 0 1 200 1 200 9.47e-145 399 QTZ27226.1 QTZ27226.1 100 4402 0 0 1 4402 1 4402 0.0 8649 QTZ27226.1 QTM79632.1 99.9 4402 6 0 1 4402 1 4402 0.0 8644 QTZ27226.1 QXR94354.1 99.7 4402 15 0 1 4402 1 4402 0.0 8625 QTZ27226.1 QTD03487.1 99.6 4405 15 1 1 4402 1 4405 0.0 8623 QTZ27226.1 QVD87869.1 99.7 4398 14 0 1 4398 1 4398 0.0 8618 QTZ27226.1 QWC83326.1 99.7 4401 12 1 1 4398 1 4401 0.0 8618 QTZ27226.1 QSZ25555.1 99.6 4401 14 1 1 4398 1 4401 0.0 8616 QTZ27226.1 UPP41269.1 99.5 4402 20 0 1 4402 1 4402 0.0 8613 QTZ27226.1 WEU87158.1 99.6 4401 14 1 1 4398 1 4401 0.0 8613 QTZ27226.1 ULA23837.2 99.5 4402 19 1 1 4402 1 4401 0.0 8612 QTZ27226.1 UBP50947.1 99.6 4401 15 1 1 4398 1 4401 0.0 8610 QTZ27226.1 USR14792.1 99.5 4402 21 0 1 4402 1 4402 0.0 8610 QTZ27226.1 UIR12670.1 99.6 4398 17 1 1 4398 1 4397 0.0 8609 QTZ27226.1 UZO53924.1 99.6 4398 18 0 1 4398 1 4398 0.0 8609 QTZ27226.1 UFM00670.1 99.5 4405 20 1 1 4402 1 4405 0.0 8609 QTZ27226.1 UXH94526.1 99.5 4402 20 1 1 4402 1 4401 0.0 8608 QTZ27226.1 UVB16817.1 99.6 4398 18 0 1 4398 1 4398 0.0 8608 QTZ27226.1 UEC68750.1 99.5 4405 20 1 1 4402 1 4405 0.0 8607 QTZ27226.1 URQ55824.1 99.6 4398 19 0 1 4398 1 4398 0.0 8607 QTZ27226.1 UBL45068.1 99.5 4405 18 1 1 4402 1 4405 0.0 8606 QTZ27226.1 QZU16279.1 99.5 4401 17 1 1 4398 1 4401 0.0 8606 QTZ27226.1 UBD95131.1 99.5 4401 17 1 1 4398 1 4401 0.0 8605 QTZ27226.1 UHM53165.1 99.5 4405 20 1 1 4402 1 4405 0.0 8604 QTZ27226.1 UFM02602.1 99.5 4405 20 1 1 4402 1 4405 0.0 8604 QTZ27226.1 UMF87224.1 99.1 4398 40 1 1 4398 1 4397 0.0 8599 KAI9164099.1 KAI9164099.1 100 800 0 0 1 800 1 800 0.0 1609 XP_042112981.1 XP_042112981.1 100 467 0 0 1 467 1 467 2.20e-249 686 WP_007577863.1 WP_007577863.1 100 518 0 0 1 518 1 518 0.0 997 WP_007577863.1 WP_014213241.1 44.3 445 243 5 46 489 45 485 7.41e-129 383 WP_007577863.1 WP_057859275.1 29.4 496 288 16 47 488 40 527 4.23e-52 184 WP_056082173.1 WP_056082173.1 100 690 0 0 1 690 1 690 0.0 1363 WP_056082173.1 WP_220778039.1 42.5 690 370 8 5 686 57 727 6.12e-185 541 MBA2687082.1 MBA2687082.1 100 340 0 0 1 340 1 340 1.58e-247 671 MBA2687082.1 HBX8004802.1 39.8 93 53 1 5 97 11 100 6.48e-13 67.0 MBA2687082.1 WP_115748516.1 26.1 92 68 0 9 100 5 96 8.90e-06 45.1 EGQ7676658.1 EGQ7676658.1 100 261 0 0 1 261 1 261 3.75e-179 491 KAG1662457.1 KAG1662457.1 100 237 0 0 1 237 1 237 9.99e-110 313 UAW00545.1 UAW00545.1 100 361 0 0 1 361 1 361 3.08e-276 745 PYP50915.1 PYP50915.1 100 166 0 0 1 166 1 166 5.10e-121 336 YP_009351723.1 YP_009351723.1 100 540 0 0 1 540 1 540 0.0 1018 YP_009351723.1 GIR47037.1 37.7 355 203 6 33 369 92 446 6.83e-56 196 YP_009351723.1 WP_251758029.1 35.6 371 213 9 16 370 76 436 6.45e-50 180 YP_009351723.1 UDH58358.1 36.5 373 196 5 17 360 76 436 1.69e-45 168 YP_009351723.1 MBK3574312.1 35.2 307 191 5 33 331 94 400 1.00e-39 151 KAJ6471610.1 KAJ6471610.1 100 351 0 0 1 351 1 351 9.00e-264 712 CAH8478102.1 CAH8478102.1 100 283 0 0 1 283 1 283 5.70e-127 361 MCA3441055.1 MCA3441055.1 100 725 0 0 1 725 1 725 0.0 1392 NYF16576.1 NYF16576.1 100 368 0 0 1 368 1 368 6.03e-257 697 XP_046290611.1 XP_046290611.1 100 287 0 0 1 287 1 287 3.30e-211 574 WP_052403276.1 WP_052403276.1 100 147 0 0 1 147 1 147 9.17e-108 301 QFE31818.1 QFE31818.1 100 898 0 0 1 898 1 898 0.0 1675 KAI7728447.1 KAI7728447.1 100 63 0 0 1 63 1 63 5.94e-38 118 MCC2111968.1 MCC2111968.1 100 412 0 0 1 412 1 412 1.06e-286 776 MCC2111968.1 WP_150277740.1 48.8 389 187 4 22 402 6 390 6.26e-106 317 KAJ7029618.1 KAJ7029618.1 100 186 0 0 1 186 1 186 1.04e-141 390 NLM06991.1 NLM06991.1 100 483 0 0 1 483 1 483 0.0 953 WP_148259014.1 WP_148259014.1 100 120 0 0 1 120 1 120 7.03e-81 231 WP_148259014.1 MBR4471080.1 53.6 110 48 2 12 120 11 118 1.55e-28 99.0 WP_148259014.1 TDM00308.1 48.1 106 53 1 14 119 11 114 1.61e-22 83.6 WP_223329113.1 WP_223329113.1 100 209 0 0 1 209 1 209 2.49e-149 411 WP_223329113.1 OGR49074.1 48.3 205 105 1 4 208 5 208 4.35e-66 201 MBW2495039.1 MBW2495039.1 100 182 0 0 1 182 1 182 2.02e-128 356 WP_091423297.1 WP_091423297.1 100 653 0 0 1 653 1 653 0.0 1320 WP_091423297.1 WP_196051328.1 25.2 544 349 20 48 574 160 662 1.84e-32 131 WP_091423297.1 WP_098642363.1 22.1 569 372 19 48 584 39 568 1.42e-23 103 CUP44403.1 CUP44403.1 100 90 0 0 1 90 1 90 7.84e-64 186 RLD52647.1 RLD52647.1 100 166 0 0 1 166 1 166 4.34e-113 316 ANN23072.1 ANN23072.1 100 158 0 0 1 158 1 158 2.77e-121 336 GKU14775.1 GKU14775.1 100 171 0 0 1 171 1 171 1.29e-121 338 MBQ3380675.1 MBQ3380675.1 100 255 0 0 1 255 1 255 1.37e-178 489 MBQ3380675.1 GGT63801.1 45.3 258 128 3 1 250 428 680 3.15e-68 221 MBQ3380675.1 WP_230519716.1 45.2 259 135 3 1 254 326 582 7.45e-67 215 AHK46784.1 AHK46784.1 100 321 0 0 1 321 1 321 1.46e-222 606 AHK46784.1 WP_158131988.1 32.1 280 178 3 40 319 390 657 1.40e-35 134 AHK46784.1 PPR79666.1 31.5 286 182 5 34 317 58 331 4.70e-35 128 AHK46784.1 WP_097346712.1 31.7 284 174 5 40 319 390 657 4.39e-32 124 AHK46784.1 AGL88086.1 32.7 284 161 6 36 317 25 280 1.94e-30 115 AHK46784.1 EAP5059555.1 27.7 289 200 2 34 321 76 356 1.98e-24 100 WP_064047563.1 WP_064047563.1 100 428 0 0 1 428 1 428 6.65e-305 823 RKX20462.1 RKX20462.1 100 795 0 0 1 795 1 795 0.0 1617 RKX20462.1 WP_146272353.1 27.4 223 142 10 32 247 41 250 7.23e-07 51.2 XP_028028252.1 XP_028028252.1 100 379 0 0 1 379 1 379 1.76e-266 722 WP_045257206.1 WP_045257206.1 100 315 0 0 1 315 1 315 2.56e-229 622 WP_045257206.1 WP_202659240.1 38.3 295 171 3 16 308 28 313 2.69e-68 214 WP_045257206.1 KAJ9293589.1 45.1 246 117 4 82 309 12 257 9.43e-61 193 WP_045257206.1 PBN43802.1 33.9 310 180 12 4 296 138 439 3.94e-36 134 WP_063441918.1 WP_063441918.1 100 395 0 0 1 395 1 395 2.70e-285 771 WP_063441918.1 HBX1528262.1 52.0 50 22 1 4 51 3 52 3.91e-10 53.9 DAK92403.1 DAK92403.1 100 326 0 0 1 326 1 326 2.22e-240 651 RYD39969.1 RYD39969.1 100 301 0 0 1 301 1 301 3.76e-224 608 RYD39969.1 WP_121975536.1 47.1 280 143 4 23 301 16 291 1.15e-80 246 RYD39969.1 WP_029222463.1 39.7 292 172 2 10 301 3 290 1.81e-64 205 RYD39969.1 WP_283107263.1 35.7 241 136 7 51 284 225 453 1.65e-31 121 RYD39969.1 WP_058504615.1 34.2 263 154 9 2 252 180 435 2.71e-30 118 RYD39969.1 WP_017718577.1 37.7 223 122 6 71 287 301 512 1.25e-27 110 RYD39969.1 WP_203339841.1 29.6 277 172 9 21 286 20 284 4.26e-26 103 RYD39969.1 NRF69152.1 30.5 272 161 7 23 278 148 407 6.19e-24 99.8 RYD39969.1 MBT7163208.1 36.8 152 86 4 127 278 319 460 3.38e-20 89.0 WP_127947155.1 WP_127947155.1 100 237 0 0 1 237 1 237 4.83e-179 489 WP_004949240.1 WP_004949240.1 100 193 0 0 1 193 1 193 4.55e-144 397 WP_004949240.1 GJK53752.1 62.7 150 56 0 44 193 1 150 7.22e-67 200 ACE76975.1 ACE76975.1 100 573 0 0 1 573 1 573 0.0 1103 TNE33066.1 TNE33066.1 100 530 0 0 1 530 1 530 0.0 1066 TNE33066.1 XP_047113196.1 39.9 213 96 4 67 277 66 248 3.42e-34 134 TNE33066.1 GJC78212.1 28.0 472 263 17 70 491 70 514 1.73e-30 123 EGT2204415.1 EGT2204415.1 100 412 0 0 1 412 1 412 2.79e-282 764 PCI52029.1 PCI52029.1 100 196 0 0 1 196 1 196 1.07e-148 409 VAH82675.1 VAH82675.1 100 798 0 0 1 798 1 798 0.0 1513 OPJ74512.1 OPJ74512.1 100 674 0 0 1 674 1 674 0.0 1330 OPJ74512.1 WP_119815679.1 25.2 123 71 3 351 470 306 410 1.75e-04 43.1 EIM4841263.1 EIM4841263.1 100 1032 0 0 1 1032 1 1032 0.0 2033 EIM4841263.1 EER9391136.1 28.4 296 154 9 48 336 46 290 5.43e-22 95.9 OBG32114.1 OBG32114.1 100 136 0 0 1 136 1 136 1.24e-93 265 WP_027951454.1 WP_027951454.1 100 397 0 0 1 397 1 397 1.60e-262 713 WP_027951454.1 MBR0160695.1 45.3 333 177 3 3 332 2 332 4.16e-84 261 WP_027951454.1 WP_083062905.1 38.1 336 195 5 5 329 4 337 1.03e-57 194 WP_027951454.1 MCL4333886.1 26.9 182 108 7 157 337 162 319 4.17e-09 55.8 CAE8591613.1 CAE8591613.1 100 142 0 0 1 142 1 142 5.59e-102 286 HAR4306776.1 HAR4306776.1 100 414 0 0 1 414 1 414 1.68e-300 811 HAR4306776.1 WP_072989136.1 51.8 413 195 3 5 413 4 416 1.36e-137 398 HAR4306776.1 WP_192202944.1 37.3 408 243 8 5 409 2 399 1.42e-65 213 HAR4306776.1 WP_266170214.1 30.9 362 191 11 71 408 65 391 1.30e-34 130 WP_225700676.1 WP_225700676.1 100 408 0 0 1 408 1 408 2.17e-231 635 KAH0673584.1 KAH0673584.1 100 436 0 0 1 436 1 436 3.47e-311 840 MBX3687043.1 MBX3687043.1 100 456 0 0 1 456 1 456 1.55e-315 852 MBX3687043.1 WP_056382861.1 42.9 469 237 13 1 454 10 462 8.42e-91 282 MBX3687043.1 WP_144320971.1 39.6 134 74 2 327 456 390 520 2.05e-15 76.6 MBX3687043.1 WP_149911652.1 41.3 92 50 1 359 446 323 414 4.73e-12 65.9 WP_282363731.1 WP_282363731.1 100 224 0 0 1 224 1 224 1.43e-160 441 WP_252100317.1 WP_252100317.1 100 427 0 0 1 427 1 427 6.42e-307 828 EYU24504.1 EYU24504.1 100 583 0 0 1 583 1 583 0.0 1132 EYU24504.1 KAG1590416.1 37.5 331 147 6 180 487 71 364 1.68e-64 214 EYU24504.1 RQM16216.1 36.3 331 158 4 153 467 374 667 5.77e-63 219 EYU24504.1 XP_048379117.1 33.0 324 160 6 188 487 256 546 3.02e-46 169 EYU24504.1 KAJ7903702.1 28.7 334 179 6 174 481 9 309 6.16e-41 152 EYU24504.1 XP_046441060.1 26.5 332 184 6 171 485 44 332 1.56e-27 116 EYU24504.1 XP_030620685.1 28.9 298 145 7 189 459 96 353 9.76e-27 111 EYU24504.1 XP_019384620.1 24.1 299 157 8 195 461 21 281 1.19e-16 82.0 EYU24504.1 XP_043377824.1 24.4 254 141 6 166 405 4 220 5.50e-16 80.1 EYU24504.1 GIW70618.1 27.4 223 138 2 197 418 56 255 4.34e-14 73.9 EYU24504.1 WP_271931007.1 29.0 255 159 10 189 432 661 904 2.14e-13 71.6 EYU24504.1 KAH6984898.1 24.9 273 143 6 185 418 20 269 1.47e-12 68.9 EYU24504.1 WP_281919021.1 24.9 301 173 9 189 473 12 275 5.39e-09 57.0 MAF21094.1 MAF21094.1 100 177 0 0 1 177 1 177 7.12e-131 362 MBQ7949870.1 MBQ7949870.1 100 303 0 0 1 303 1 303 1.03e-222 605 MBQ7949870.1 WP_041488527.1 58.6 58 24 0 244 301 6 63 2.63e-19 78.6 MBQ7949870.1 MCL4835344.1 28.7 188 117 4 129 303 144 327 6.22e-15 72.4 XP_034010279.1 XP_034010279.1 100 655 0 0 1 655 1 655 0.0 1264 MCI7705732.1 MCI7705732.1 100 70 0 0 1 70 1 70 1.92e-46 140 PJC48296.1 PJC48296.1 100 421 0 0 1 421 1 421 7.43e-303 817 PJC48296.1 ECL7245291.1 46.9 145 75 1 209 351 1 145 3.30e-34 123 WP_256939523.1 WP_256939523.1 100 381 0 0 1 381 1 381 7.49e-269 728 WP_256939523.1 MBM3767188.1 29.6 388 245 7 6 370 30 412 4.99e-35 131 WP_256939523.1 WP_097830045.1 29.9 341 208 10 58 373 46 380 3.42e-30 117 WP_256939523.1 MBR3487460.1 28.3 325 217 7 65 377 66 386 3.92e-23 98.2 WP_256939523.1 MBR4371193.1 28.3 332 179 12 92 378 23 340 1.56e-13 69.3 WP_051669385.1 WP_051669385.1 100 348 0 0 1 348 1 348 2.45e-255 691 WP_051669385.1 WP_133874384.1 29.4 330 200 12 9 315 1 320 5.89e-22 93.2 WP_051669385.1 TML70651.1 33.1 133 84 3 9 137 1 132 1.61e-06 45.4 MBY7817199.1 MBY7817199.1 100 328 0 0 1 328 1 328 2.38e-236 641 MBY7817199.1 WP_101936735.1 26.7 300 211 5 27 321 21 316 7.59e-28 108 WP_035624729.1 WP_035624729.1 100 135 0 0 1 135 1 135 1.68e-77 224 XP_028717800.1 XP_028717800.1 100 490 0 0 1 490 1 490 0.0 994 XP_028717800.1 XP_054844157.1 36.8 486 297 6 9 489 30 510 4.27e-102 313 XP_028717800.1 XP_046922164.1 34.0 485 268 6 7 489 14 448 5.33e-89 278 XP_028717800.1 ACF74449.1 27.9 466 310 11 28 476 32 488 2.40e-42 155 XP_028717800.1 PWI72242.1 26.6 481 314 13 9 473 22 479 2.45e-39 147 MBN2027958.1 MBN2027958.1 100 419 0 0 1 419 1 419 6.73e-314 845 OYU48266.1 OYU48266.1 100 207 0 0 1 207 1 207 6.13e-149 410 MBM3222384.1 MBM3222384.1 100 207 0 0 1 207 1 207 2.21e-142 394 MBM3222384.1 WP_272906673.1 50.8 61 27 2 146 204 424 483 4.27e-08 50.8 HAG61063.1 HAG61063.1 100 299 0 0 1 299 1 299 9.91e-219 594 HAG61063.1 MBS7623663.1 37.1 280 135 3 24 262 12 291 1.24e-57 185 MCK4826606.1 MCK4826606.1 100 167 0 0 1 167 1 167 1.30e-119 333 XP_043479276.1 XP_043479276.1 100 857 0 0 1 857 1 857 0.0 1563 XP_043479276.1 NP_001257623.1 44.9 457 238 6 1 451 1 449 2.08e-115 367 RDJ60584.1 RDJ60584.1 100 161 0 0 1 161 1 161 1.20e-103 292 XP_016415707.1 XP_016415707.1 100 259 0 0 1 259 1 259 2.67e-187 511 PIT51662.1 PIT51662.1 100 145 0 0 1 145 1 145 1.16e-109 306 WP_153401532.1 WP_153401532.1 100 258 0 0 1 258 1 258 6.07e-188 513 WP_198721977.1 WP_198721977.1 100 337 0 0 1 337 1 337 3.24e-218 596 MBI2153585.1 MBI2153585.1 100 116 0 0 1 116 1 116 8.35e-78 223 WP_088008362.1 WP_088008362.1 100 488 0 0 1 488 1 488 0.0 953 WP_088008362.1 XP_030111227.1 42.8 437 239 5 51 476 1 437 1.44e-103 315 WP_088008362.1 MBQ1404818.1 33.4 485 299 11 12 476 11 491 4.01e-71 233 WP_088008362.1 NWZ25026.1 41.9 217 121 1 248 464 126 337 1.44e-46 163 HCD1810260.1 HCD1810260.1 100 217 0 0 1 217 1 217 1.80e-146 405 HCD1810260.1 WP_154097642.1 22.7 163 124 1 5 165 9 171 4.54e-09 53.9 WP_238935592.1 WP_238935592.1 100 663 0 0 1 663 1 663 0.0 1285 WP_212517614.1 WP_212517614.1 100 183 0 0 1 183 1 183 1.47e-126 352 QYU66920.1 QYU66920.1 100 133 0 0 1 133 1 133 3.89e-91 258 QYU66920.1 WP_278449211.1 62.4 125 47 0 4 128 7 131 1.94e-48 159 QYU66920.1 MBP1530348.1 33.6 110 70 2 5 114 4 110 1.09e-12 60.8 QYU66920.1 PYP94120.1 25.0 124 91 1 5 128 3 124 3.19e-11 57.0 QYU66920.1 WP_101794136.1 30.2 116 77 3 5 120 27 138 2.44e-09 52.0 QYU66920.1 WP_196114185.1 29.8 104 71 1 5 108 10 111 1.22e-07 47.4 QYU66920.1 WP_064652354.1 28.1 121 82 4 1 120 1 117 2.74e-05 40.4 WP_271619988.1 WP_271619988.1 100 678 0 0 1 678 1 678 0.0 1397 WP_237066347.1 WP_237066347.1 100 315 0 0 1 315 1 315 8.92e-230 624 MBX3184110.1 MBX3184110.1 100 234 0 0 1 234 1 234 4.62e-171 468 KAJ9293589.1 KAJ9293589.1 100 266 0 0 1 266 1 266 1.14e-196 536 KAJ9293589.1 WP_045257206.1 45.1 246 117 4 12 257 82 309 3.17e-60 191 KAJ9293589.1 WP_202659240.1 37.7 199 107 3 58 256 132 313 5.03e-38 134 KAJ9293589.1 PBN43802.1 29.3 256 137 10 1 241 211 437 1.90e-20 88.6 CCK15435.1 CCK15435.1 100 108 0 0 1 108 1 108 1.01e-72 209 CCK15435.1 WP_087085326.1 32.4 111 66 2 1 106 150 256 6.54e-11 55.5 WP_116314221.1 WP_116314221.1 100 356 0 0 1 356 1 356 1.18e-241 657 ATB18092.1 ATB18092.1 100 222 0 0 1 222 1 222 4.84e-167 457 MBE9483558.1 MBE9483558.1 100 96 0 0 1 96 1 96 8.54e-64 186 WP_216083845.1 WP_216083845.1 100 247 0 0 1 247 1 247 4.44e-180 492 WP_218801637.1 WP_218801637.1 100 475 0 0 1 475 1 475 0.0 907 GMH77683.1 GMH77683.1 100 426 0 0 1 426 1 426 8.84e-293 792 WP_020530816.1 WP_020530816.1 100 650 0 0 1 650 1 650 0.0 1321 WP_020530816.1 MBK7937165.1 41.3 242 133 5 410 649 244 478 6.43e-52 185 WP_068080190.1 WP_068080190.1 100 334 0 0 1 334 1 334 3.97e-238 646 XP_046922164.1 XP_046922164.1 100 449 0 0 1 449 1 449 0.0 898 XP_046922164.1 XP_054844157.1 41.3 492 226 7 14 449 27 511 3.62e-122 363 XP_046922164.1 XP_028717800.1 34.0 485 268 6 14 448 7 489 6.88e-89 277 XP_046922164.1 ACF74449.1 23.9 468 284 11 21 426 21 478 1.77e-28 115 XP_046922164.1 KAJ5060329.1 24.4 501 304 15 16 449 7 499 4.74e-26 108 XP_046922164.1 PWI72242.1 23.5 464 299 9 1 419 5 457 7.60e-23 99.4 XP_016265944.1 XP_016265944.1 100 547 0 0 1 547 1 547 0.0 1080 WP_077533069.1 WP_077533069.1 100 126 0 0 1 126 1 126 6.87e-84 239 WP_077533069.1 MCQ2539410.1 45.0 120 64 1 1 120 1 118 4.58e-28 98.2 QXO05584.1 QXO05584.1 100 158 0 0 1 158 1 158 2.47e-124 344 MYB21565.1 MYB21565.1 100 208 0 0 1 208 1 208 5.77e-83 243 XP_005553416.1 XP_005553416.1 100 321 0 0 1 321 1 321 3.57e-248 671 WP_035473288.1 WP_035473288.1 100 404 0 0 1 404 1 404 6.29e-300 808 WP_035473288.1 AMW35569.1 25.4 311 215 8 5 302 35 341 1.02e-19 89.0 MBQ4383193.1 MBQ4383193.1 100 228 0 0 1 228 1 228 4.98e-163 447 MBQ4383193.1 MCC6044083.1 42.3 201 111 3 21 218 20 218 2.34e-44 149 MBQ4383193.1 MBT4161918.1 39.3 224 132 2 3 223 5 227 7.85e-44 145 MBQ4383193.1 WP_076409454.1 40.4 223 124 6 1 222 1 215 1.48e-38 135 MBQ4383193.1 MCF7808720.1 36.4 206 127 2 23 225 25 229 1.73e-36 126 MBQ4383193.1 WP_140480909.1 36.2 210 128 5 15 222 19 224 4.92e-35 126 MBQ4383193.1 WP_170725874.1 35.4 226 137 5 1 225 1 218 1.73e-30 113 MBQ4383193.1 WP_011057593.1 36.3 190 116 4 34 222 30 215 4.71e-29 110 MBQ4383193.1 WP_222125851.1 36.0 203 114 7 28 218 19 217 1.97e-26 100 MBQ4383193.1 EHH5649593.1 35.1 185 107 4 38 218 32 207 5.00e-25 98.2 MBQ4383193.1 WP_150396769.1 28.9 204 136 6 21 218 37 237 1.34e-17 79.3 MBQ4383193.1 WP_041710957.1 30.9 81 51 2 143 222 98 174 9.24e-06 44.3 RMZ75246.1 RMZ75246.1 100 1217 0 0 1 1217 1 1217 0.0 2336 CAF4338983.1 CAF4338983.1 100 118 0 0 1 118 1 118 8.60e-72 208 OGL48105.1 OGL48105.1 100 379 0 0 1 379 1 379 7.60e-277 748 WP_232540662.1 WP_232540662.1 100 243 0 0 1 243 1 243 6.58e-180 491 MBE3116889.1 MBE3116889.1 100 171 0 0 1 171 1 171 4.00e-125 347 KAI8964031.1 KAI8964031.1 100 1248 0 0 1 1248 1 1248 0.0 2190 WP_099345046.1 WP_099345046.1 100 574 0 0 1 574 1 574 0.0 1138 WP_099345046.1 WP_100610557.1 29.4 534 361 8 17 537 33 563 7.90e-61 209 WP_099345046.1 HAR3824072.1 29.4 547 362 13 6 537 38 575 6.45e-56 196 EKK02300.1 EKK02300.1 100 64 0 0 1 64 1 64 7.08e-44 133 MCU0947041.1 MCU0947041.1 100 407 0 0 1 407 1 407 2.48e-303 817 MCU0947041.1 WP_271116088.1 47.5 413 182 9 6 406 6 395 1.58e-113 336 MCU0947041.1 WP_066841281.1 47.8 414 186 8 6 406 6 402 3.62e-111 330 MCU0947041.1 BAY23582.1 46.9 429 187 12 1 406 34 444 1.62e-109 328 KAA3459801.1 KAA3459801.1 100 231 0 0 1 231 1 231 1.13e-165 454 KAA3459801.1 XP_027172582.1 31.6 133 86 4 72 201 16 146 4.14e-10 56.2 MBT2214695.1 MBT2214695.1 100 1340 0 0 1 1340 1 1340 0.0 2594 MBT2214695.1 WP_101025682.1 30.1 725 461 18 222 914 13 723 2.23e-74 267 AUU37591.1 AUU37591.1 100 166 0 0 1 166 1 166 4.19e-120 334 PYJ65046.1 PYJ65046.1 100 153 0 0 1 153 1 153 1.06e-109 306 WP_067783946.1 WP_067783946.1 100 509 0 0 1 509 1 509 0.0 1044 WP_167320363.1 WP_167320363.1 100 321 0 0 1 321 1 321 3.12e-233 633 WP_167320363.1 WP_257107333.1 28.6 343 206 7 1 319 1 328 5.48e-26 103 WP_167320363.1 WP_164585387.1 27.8 295 172 10 1 260 1 289 1.25e-14 72.0 WP_167320363.1 KAH7252800.1 29.1 86 55 3 1 85 7 87 3.83e-04 40.0 EPZ93706.1 EPZ93706.1 100 253 0 0 1 253 1 253 3.00e-181 496 WP_040988594.1 WP_040988594.1 100 212 0 0 1 212 1 212 1.24e-155 427 WP_040988594.1 WP_070054132.1 53.3 214 97 2 1 212 1 213 1.84e-81 240 XP_043079005.1 XP_043079005.1 100 862 0 0 1 862 1 862 0.0 1457 WP_183181890.1 WP_183181890.1 100 401 0 0 1 401 1 401 3.50e-300 809 WP_140334279.1 WP_140334279.1 100 295 0 0 1 295 1 295 1.76e-210 573 BDY12064.1 BDY12064.1 100 116 0 0 1 116 1 116 1.56e-24 88.6 XP_046018872.1 XP_046018872.1 100 369 0 0 1 369 1 369 1.47e-207 572 XP_043718329.1 XP_043718329.1 100 404 0 0 1 404 1 404 2.29e-302 815 XP_043718329.1 XP_048228476.1 41.4 345 172 2 40 384 12 326 2.48e-84 259 XP_043718329.1 XP_022745130.1 41.8 141 75 3 265 398 15 155 6.27e-26 101 MBS7393837.1 MBS7393837.1 100 179 0 0 1 179 1 179 6.84e-139 382 MCR4683986.1 MCR4683986.1 100 65 0 0 1 65 1 65 5.83e-39 121 MBN1819552.1 MBN1819552.1 100 568 0 0 1 568 1 568 0.0 1100 MBN1819552.1 MBE9467362.1 26.8 239 169 2 332 565 590 827 1.36e-20 94.4 MBN1819552.1 WP_232306300.1 28.6 238 159 4 333 563 846 1079 2.35e-20 94.0 MBN1819552.1 WP_074911472.1 25.3 229 169 2 335 563 792 1018 5.33e-20 92.8 MBN1819552.1 WP_138482356.1 27.8 227 158 4 338 562 414 636 1.18e-17 85.1 MBN1819552.1 MBN8606766.1 26.7 236 164 6 333 563 574 805 1.38e-16 81.6 MBN1819552.1 NSW79198.1 39.7 73 39 1 491 563 594 661 3.61e-09 57.8 MBN1819552.1 MBR6403893.1 23.3 232 161 6 333 564 203 417 4.24e-08 53.9 WP_269026738.1 WP_269026738.1 100 97 0 0 1 97 1 97 2.61e-72 207 WP_041580422.1 WP_041580422.1 100 214 0 0 1 214 1 214 1.16e-136 380 WP_041580422.1 MBG9445742.1 41.1 202 116 1 9 210 12 210 1.36e-46 151 WP_041580422.1 WP_110808154.1 43.4 189 106 1 23 211 27 214 1.18e-45 149 WP_041580422.1 MCO5064371.1 33.2 223 124 2 13 212 45 265 7.72e-29 107 KAG5994228.1 KAG5994228.1 100 772 0 0 1 772 1 772 0.0 1290 KAG5994228.1 XP_030087828.2 31.1 592 362 9 160 745 78 629 2.05e-66 234 WP_172616972.1 WP_172616972.1 100 1045 0 0 1 1045 1 1045 0.0 1977 WP_172616972.1 WP_154963182.1 28.3 1006 692 13 23 1014 18 1008 2.10e-104 349 WP_172616972.1 WP_039608285.1 24.3 1037 724 24 10 1019 5 1007 7.69e-58 215 WP_172616972.1 WP_133325549.1 22.9 1026 717 23 20 1014 15 997 4.12e-44 172 WP_172616972.1 KKQ50904.1 28.7 477 328 5 17 487 39 509 8.43e-40 158 WP_172616972.1 TME45086.1 22.3 462 337 10 150 594 141 597 4.27e-17 84.7 WP_026600741.1 WP_026600741.1 100 401 0 0 1 401 1 401 1.43e-299 807 MCH3756135.1 MCH3756135.1 100 98 0 0 1 98 1 98 5.72e-63 184 WP_097641037.1 WP_097641037.1 100 870 0 0 1 870 1 870 0.0 1749 WP_097641037.1 WP_086711488.1 64.3 869 307 2 1 869 1 866 0.0 1129 WP_097641037.1 WP_102477257.1 54.0 867 380 6 4 869 3 851 0.0 920 WP_097641037.1 RWX51021.1 57.3 548 214 6 9 537 8 554 3.97e-210 605 HAT6420703.1 HAT6420703.1 100 281 0 0 1 281 1 281 1.22e-194 532 MBL8770704.1 MBL8770704.1 100 162 0 0 1 162 1 162 4.91e-108 303 WP_148058234.1 WP_148058234.1 100 180 0 0 1 180 1 180 3.62e-121 338 XP_021113256.1 XP_021113256.1 100 1174 0 0 1 1174 1 1174 0.0 2231 XP_009403500.1 XP_009403500.1 100 486 0 0 1 486 1 486 0.0 971 XP_009403500.1 EPS43711.1 37.4 155 87 4 181 332 6 153 5.39e-21 93.6 WP_148836004.1 WP_148836004.1 100 505 0 0 1 505 1 505 0.0 1001 WP_148836004.1 MBP6544771.1 30.3 515 308 14 25 492 41 551 9.77e-51 180 WP_148836004.1 HBN9628875.1 27.0 508 324 17 17 496 690 1178 3.07e-28 117 WP_148836004.1 XP_052525039.1 25.6 520 309 16 34 489 127 632 1.36e-21 96.7 WP_148836004.1 MCC5948066.1 26.8 527 317 24 34 504 120 633 4.43e-15 76.3 WP_148836004.1 MCL4144983.1 24.3 136 55 2 363 497 3 91 2.29e-08 50.1 MBI5405531.1 MBI5405531.1 100 217 0 0 1 217 1 217 6.33e-156 429 MBI5405531.1 WP_242161393.1 38.4 190 116 1 16 205 16 204 4.82e-42 140 MBI5405531.1 MBQ8417539.1 35.9 198 125 2 1 198 1 196 4.03e-33 117 NXH52939.1 NXH52939.1 100 273 0 0 1 273 1 273 8.41e-207 562 MCJ7594907.1 MCJ7594907.1 100 257 0 0 1 257 1 257 4.62e-187 511 MCJ7594907.1 WP_117920451.1 55.2 250 109 2 1 250 370 616 4.11e-86 266 MCJ7594907.1 KKT55671.1 49.8 247 119 2 1 246 375 617 1.36e-74 236 MCJ7594907.1 WP_086280341.1 49.2 250 117 4 1 250 348 587 5.02e-72 229 NP_494967.1 NP_494967.1 100 118 0 0 1 118 1 118 1.38e-52 159 WP_167509077.1 WP_167509077.1 100 163 0 0 1 163 1 163 6.48e-118 328 MBN2132609.1 MBN2132609.1 100 607 0 0 1 607 1 607 0.0 1134 XP_039638319.1 XP_039638319.1 100 464 0 0 1 464 1 464 0.0 911 XP_039638319.1 XP_030131005.3 37.2 349 204 6 127 462 188 534 8.70e-66 219 XP_039638319.1 NXJ71029.1 25.8 387 250 10 107 459 55 438 1.12e-24 104 MBG83645.1 MBG83645.1 100 360 0 0 1 360 1 360 1.13e-257 698 MBG83645.1 MCH6550914.1 39.0 351 201 5 9 352 3 347 9.60e-68 215 WP_071844175.1 WP_071844175.1 100 70 0 0 1 70 1 70 2.83e-48 145 WP_221323620.1 WP_221323620.1 100 178 0 0 1 178 1 178 1.33e-131 364 CAA7056023.1 CAA7056023.1 100 685 0 0 1 685 1 685 0.0 1363 CAA7056023.1 XP_047076827.1 32.5 514 301 4 71 575 42 518 1.18e-87 283 MBK6594401.1 MBK6594401.1 100 184 0 0 1 184 1 184 1.73e-130 362 WP_251309955.1 WP_251309955.1 100 101 0 0 1 101 1 101 2.38e-70 203 MCP4907131.1 MCP4907131.1 100 410 0 0 1 410 1 410 1.45e-308 831 MCP4907131.1 MBP2355331.1 31.1 354 211 7 41 384 46 376 9.86e-46 160 MCL7977512.1 MCL7977512.1 100 66 0 0 1 66 1 66 1.64e-43 132 WP_156485294.1 WP_156485294.1 100 51 0 0 1 51 1 51 1.38e-31 101 XP_009839123.1 XP_009839123.1 100 1052 0 0 1 1052 1 1052 0.0 1867 GHU76743.1 GHU76743.1 100 781 0 0 1 781 1 781 0.0 1595 KAJ2820567.1 KAJ2820567.1 100 180 0 0 1 180 1 180 8.96e-131 362 MCL7714424.1 MCL7714424.1 100 229 0 0 1 229 1 229 2.90e-167 458 MCL7714424.1 WP_186723788.1 38.7 222 132 2 5 225 8 226 2.76e-44 147 MCL7714424.1 MBP1530348.1 35.7 227 137 5 4 229 3 221 5.29e-43 143 MCL7714424.1 WP_007708736.1 37.9 227 136 2 3 224 2 228 1.10e-41 140 MCL7714424.1 WP_101794136.1 34.0 235 140 3 4 226 26 257 2.54e-40 137 MCL7714424.1 MBQ5584458.1 33.8 225 141 3 5 224 4 225 5.63e-35 122 MCL7714424.1 WP_194544138.1 31.5 213 135 2 3 207 11 220 1.37e-31 114 MCL7714424.1 EAG2350674.1 37.7 122 73 1 1 122 1 119 4.36e-23 89.0 MCL7714424.1 WP_124213670.1 31.3 160 101 4 1 155 1 156 1.57e-13 67.4 HBR4968137.1 HBR4968137.1 100 252 0 0 1 252 1 252 5.46e-197 535 HBR4968137.1 HET19548.1 45.2 42 23 0 3 44 1 42 1.98e-07 45.1 XP_024635273.1 XP_024635273.1 100 330 0 0 1 330 1 330 1.23e-176 530 WP_136864777.1 WP_136864777.1 100 290 0 0 1 290 1 290 1.12e-224 608 WP_052822157.1 WP_052822157.1 100 483 0 0 1 483 1 483 0.0 995 WP_052822157.1 WP_039764622.1 30.6 183 114 8 9 184 1 177 4.91e-15 71.6 WP_194217236.1 WP_194217236.1 100 123 0 0 1 123 1 123 5.26e-73 211 EGI4396582.1 EGI4396582.1 100 567 0 0 1 567 1 567 0.0 1086 WP_226480428.1 WP_226480428.1 100 353 0 0 197 549 197 549 5.34e-200 567 WP_130628329.1 WP_130628329.1 100 109 0 0 1 109 1 109 1.81e-71 206 MBR1729873.1 MBR1729873.1 100 323 0 0 1 323 1 323 5.95e-223 607 WP_086041969.1 WP_086041969.1 100 171 0 0 1 171 1 171 2.93e-127 352 GHT89622.1 GHT89622.1 100 268 0 0 1 268 1 268 1.43e-191 523 GHT89622.1 WP_084128119.1 37.5 216 130 2 15 225 14 229 1.01e-37 132 WP_116306280.1 WP_116306280.1 100 157 0 0 1 157 1 157 3.00e-111 311 XP_010547631.1 XP_010547631.1 100 265 0 0 1 265 1 265 1.18e-193 528 XP_006576743.1 XP_006576743.1 100 498 0 0 1 498 1 498 0.0 973 WP_235358277.1 WP_235358277.1 100 233 0 0 1 233 1 233 3.27e-175 479 WP_098798564.1 WP_098798564.1 100 372 0 0 1 372 1 372 1.30e-269 729 WP_098798564.1 CIY68995.1 40.9 372 204 5 1 369 1 359 6.61e-82 253 MBO6087363.1 MBO6087363.1 100 761 0 0 1 761 1 761 0.0 1550 WP_229253501.1 WP_229253501.1 100 225 0 0 1 225 1 225 9.39e-171 467 WP_229253501.1 WP_034853447.1 40.9 159 85 4 43 197 128 281 1.27e-30 113 MBK8986217.1 MBK8986217.1 100 67 0 0 1 67 1 67 2.83e-40 124 MBB7170543.1 MBB7170543.1 100 50 0 0 1 50 1 50 1.33e-33 106 WP_239108544.1 WP_239108544.1 100 236 0 0 1 236 1 236 4.12e-175 479 WP_166737616.1 WP_166737616.1 100 230 0 0 1 230 1 230 3.53e-173 473 OLA08565.1 OLA08565.1 100 237 0 0 1 237 1 237 1.89e-176 482 OLA08565.1 MBP5726154.1 53.6 237 108 2 1 235 1 237 3.49e-91 266 OLA08565.1 KAI0095213.1 33.6 143 67 6 11 128 15 154 6.32e-13 65.1 KAE8908303.1 KAE8908303.1 100 450 0 0 1 450 1 450 0.0 905 KAE8908303.1 ABK94958.1 29.9 368 202 8 96 449 18 343 1.30e-46 163 WP_204462572.1 WP_204462572.1 100 156 0 0 1 156 1 156 4.28e-115 320 OJU33055.1 OJU33055.1 100 405 0 0 1 405 1 405 3.56e-311 837 MCU0521352.1 MCU0521352.1 100 607 0 0 1 607 1 607 0.0 1271 KAG5775718.1 KAG5775718.1 100 296 0 0 1 296 1 296 8.43e-214 582 WP_182273896.1 WP_182273896.1 100 83 0 0 1 83 1 83 2.20e-51 154 PIQ22394.1 PIQ22394.1 100 393 0 0 1 393 1 393 2.37e-303 816 WP_053767117.1 WP_053767117.1 100 230 0 0 1 230 1 230 8.33e-172 470 EDN4899961.1 EDN4899961.1 100 219 0 0 1 219 1 219 2.03e-153 422 WP_252845183.1 WP_252845183.1 100 261 0 0 1 261 1 261 1.18e-191 523 WP_270610708.1 WP_270610708.1 100 228 0 0 1 228 1 228 1.81e-165 454 WP_202859343.1 WP_202859343.1 100 343 0 0 1 343 1 343 1.00e-256 694 4G4S_F 4G4S_F 100 234 0 0 2 235 2 235 4.79e-169 463 MCK7495745.1 MCK7495745.1 100 198 0 0 1 198 1 198 4.52e-142 392 XP_017412204.1 XP_017412204.1 100 992 0 0 1 992 1 992 0.0 1965 WP_037318352.1 WP_037318352.1 100 447 0 0 1 447 1 447 0.0 921 EFH7886278.1 EFH7886278.1 100 171 0 0 1 171 1 171 1.57e-122 340 EFH7886278.1 EET4886479.1 62.7 166 62 0 1 166 283 448 1.57e-71 221 TGQ73293.1 TGQ73293.1 100 159 0 0 1 159 1 159 9.24e-107 300 ETL94002.1 ETL94002.1 100 434 0 0 1 434 1 434 2.26e-319 860 WP_014793632.1 WP_014793632.1 100 320 0 0 1 320 1 320 1.80e-211 578 WP_182158016.1 WP_182158016.1 100 717 0 0 1 717 1 717 0.0 1471 XP_044998617.1 XP_044998617.1 100 321 0 0 1 321 1 321 4.68e-244 660 MBQ9647935.1 MBQ9647935.1 100 262 0 0 1 262 1 262 4.79e-187 511 MBQ9647935.1 WP_042650033.1 27.5 255 174 2 5 259 5 248 2.64e-19 82.8 MBQ9647935.1 XP_007206475.1 30.1 269 149 10 5 257 15 260 2.42e-17 77.8 MBQ9647935.1 MBN3744368.1 25.8 186 134 1 8 193 4 185 3.07e-09 54.7 WP_232202741.1 WP_232202741.1 100 186 0 0 1 186 1 186 8.24e-139 383 WP_051027110.1 WP_051027110.1 100 348 0 0 1 348 1 348 1.73e-255 691 UHK01047.1 UHK01047.1 100 1273 0 0 1 1273 1 1273 0.0 1367 UHK01047.1 UIX40308.1 63.8 1273 459 1 1 1273 1 1271 0.0 1345 UHK01047.1 UHB14670.1 63.6 1273 462 1 1 1273 1 1271 0.0 1341 UHK01047.1 UDK40309.1 64.1 1273 455 1 1 1273 1 1271 0.0 1340 UHK01047.1 QUE11983.1 65.8 1273 433 2 1 1273 1 1270 0.0 1319 UHK01047.1 UBN63752.1 67.2 1273 415 2 1 1273 1 1270 0.0 1313 UHK01047.1 UPU53169.1 61.4 1273 489 1 1 1273 1 1270 0.0 1293 UHK01047.1 UYC71619.1 61.5 1273 485 2 1 1273 1 1268 0.0 1290 UHK01047.1 UZH89542.1 68.8 1273 395 1 1 1273 1 1271 0.0 1272 UHK01047.1 UGX22439.1 59.0 1273 520 1 1 1273 1 1271 0.0 1215 UHK01047.1 USL51576.1 58.4 1273 527 1 1 1273 1 1270 0.0 1198 UHK01047.1 QUM20585.1 60.7 1273 499 1 1 1273 1 1272 0.0 1188 UHK01047.1 QVX70521.1 61.4 1273 491 0 1 1273 1 1273 0.0 1177 UHK01047.1 QXI91160.1 63.1 1273 469 1 1 1273 1 1272 0.0 1142 UHK01047.1 UUS71569.1 71.1 1273 368 0 1 1273 1 1273 0.0 956 CAG8560118.1 CAG8560118.1 100 158 0 0 1 158 1 158 7.33e-108 302 HCF2977864.1 HCF2977864.1 100 346 0 0 1 346 1 346 9.01e-266 717 ESE83270.1 ESE83270.1 100 211 0 0 1 211 1 211 1.84e-170 465 MCD58157.1 MCD58157.1 100 20 0 0 1 20 1 20 5.36e-13 52.8 CAD5221127.1 CAD5221127.1 100 712 0 0 1 712 1 712 0.0 1265 MBE7218062.1 MBE7218062.1 100 312 0 0 1 312 1 312 1.76e-214 585 XP_036378433.1 XP_036378433.1 100 650 0 0 1 650 1 650 0.0 1266 TPV93333.1 TPV93333.1 100 395 0 0 1 395 1 395 3.57e-290 783 TPV93333.1 HIV94128.1 30.7 345 219 8 7 338 5 342 9.60e-35 129 WP_213750918.1 WP_213750918.1 100 275 0 0 1 275 1 275 1.05e-176 486 WP_213750918.1 WP_217101611.1 47.0 266 140 1 8 272 54 319 1.39e-71 221 WP_213750918.1 WP_166725305.1 47.8 251 131 0 22 272 69 319 5.56e-71 219 WP_213750918.1 HHH37178.1 29.0 186 132 0 73 258 69 254 2.48e-19 83.6 MBT5019052.1 MBT5019052.1 100 189 0 0 1 189 1 189 9.18e-133 368 WP_172323533.1 WP_172323533.1 100 51 0 0 1 51 1 51 1.04e-35 112 TRZ74764.1 TRZ74764.1 100 358 0 0 1 358 1 358 5.83e-259 701 RBA14522.1 RBA14522.1 100 1071 0 0 1 1071 1 1071 0.0 2179 EGO95442.1 EGO95442.1 100 333 0 0 1 333 1 333 5.21e-238 646 MAS03180.1 MAS03180.1 100 88 0 0 1 88 1 88 1.95e-63 184 WP_269358925.1 WP_269358925.1 100 485 0 0 1 485 1 485 0.0 937 KAI1570405.1 KAI1570405.1 100 145 0 0 1 145 1 145 1.58e-89 255 WP_091733714.1 WP_091733714.1 100 240 0 0 1 240 1 240 1.82e-180 493 WP_091733714.1 WP_004208647.1 40.8 238 132 3 1 237 1 230 1.09e-56 179 NBY29827.1 NBY29827.1 100 146 0 0 1 146 1 146 8.17e-106 296 WP_122873240.1 WP_122873240.1 100 428 0 0 1 428 1 428 1.17e-314 848 WP_122873240.1 CAA0126222.1 34.2 433 236 15 8 418 10 415 5.26e-59 197 WP_122873240.1 WP_205443952.1 33.2 431 219 16 8 416 4 387 2.39e-56 189 WP_122873240.1 MBO7597869.1 23.0 447 261 17 12 425 8 404 4.43e-19 87.0 RUY13648.1 RUY13648.1 100 31 0 0 1 31 1 31 6.21e-18 65.9 WP_021346398.1 WP_021346398.1 100 161 0 0 1 161 1 161 1.87e-116 324 PQP77439.1 PQP77439.1 100 55 0 0 1 55 1 55 6.94e-38 117 KAF5437455.1 KAF5437455.1 100 40 0 0 1 40 1 40 6.08e-26 86.7 AVR90781.1 AVR90781.1 100 255 0 0 1 255 1 255 2.39e-188 514 WP_172117930.1 WP_172117930.1 100 186 0 0 1 186 1 186 5.16e-142 391 WP_172117930.1 WP_024404629.1 58.7 184 75 1 4 186 2 185 9.40e-83 241 WP_172117930.1 WP_228268753.1 69.2 117 36 0 70 186 4 120 3.61e-61 184 WP_152638733.1 WP_152638733.1 100 531 0 0 1 531 1 531 0.0 1069 MCH7644438.1 MCH7644438.1 100 101 0 0 1 101 1 101 4.80e-70 202 WP_272053002.1 WP_272053002.1 100 396 0 0 1 396 1 396 6.31e-305 820 MBI9043002.1 MBI9043002.1 100 333 0 0 1 333 1 333 1.31e-231 630 MBI9043002.1 MCE2505556.1 35.6 329 172 4 25 322 96 415 1.22e-55 185 WP_276533217.1 WP_276533217.1 100 1232 0 0 1 1232 1 1232 0.0 2437 WP_276533217.1 WP_175692337.1 59.4 330 130 2 12 339 21 348 3.94e-132 406 WP_276533217.1 MBU4440546.1 32.1 140 92 2 702 840 40 177 2.86e-20 89.0 KGS11954.1 KGS11954.1 100 463 0 0 1 463 1 463 0.0 928 NIK25817.1 NIK25817.1 100 623 0 0 1 623 1 623 0.0 1181 NIK25817.1 WP_083180153.1 23.6 415 290 8 194 608 215 602 6.41e-27 114 NIK25817.1 WP_212961195.1 31.5 286 163 10 330 607 779 1039 7.21e-26 111 NIK25817.1 MBK0846266.1 28.4 250 152 7 364 607 323 551 6.81e-24 104 NIK25817.1 WP_192272294.1 28.1 221 129 6 394 612 162 354 9.81e-17 80.5 WP_012917492.1 WP_012917492.1 100 429 0 0 1 429 1 429 1.14e-301 815 MCB0689733.1 MCB0689733.1 100 187 0 0 1 187 1 187 1.04e-137 380 MBL6807531.1 MBL6807531.1 100 366 0 0 1 366 1 366 3.63e-257 697 KAJ4458169.1 KAJ4458169.1 100 148 0 0 1 148 1 148 6.69e-106 296 WP_007556065.1 WP_007556065.1 100 230 0 0 1 230 1 230 3.23e-160 441 WP_007556065.1 MBQ7587638.1 43.5 230 129 1 1 230 1 229 3.21e-58 182 WP_007556065.1 HIZ10317.1 42.6 230 126 3 3 227 2 230 3.31e-53 169 MBQ9964693.1 MBQ9964693.1 100 185 0 0 1 185 1 185 1.12e-131 365 MBQ9964693.1 WP_088153117.1 39.9 183 86 4 25 183 22 204 2.35e-27 104 MBQ9964693.1 WP_258581409.1 33.8 195 107 5 2 175 4 197 1.45e-22 91.3 MBQ9964693.1 WP_211555180.1 34.3 181 95 4 15 171 17 197 5.08e-17 74.3 MBQ9964693.1 WP_167977039.1 32.3 192 104 7 4 170 6 196 6.49e-17 74.3 MBQ9964693.1 WP_281543397.1 31.6 174 98 6 17 170 5 177 6.43e-14 66.6 MBQ9964693.1 WAY96880.1 26.4 193 114 5 15 182 3 192 1.07e-12 62.0 MBQ9964693.1 WP_112088864.1 31.4 169 85 4 9 150 19 183 8.12e-12 61.2 MBQ9964693.1 EHR6291555.1 28.6 189 113 5 1 168 5 192 9.43e-11 58.2 MBQ9964693.1 WP_089095302.1 40.2 82 45 3 89 170 129 206 7.50e-08 49.7 MBQ9964693.1 WP_089246429.1 24.4 176 103 4 2 147 5 180 1.59e-05 42.7 MBQ9964693.1 WP_153844272.1 24.0 175 103 4 1 146 259 432 5.18e-05 41.2 MBQ9964693.1 WP_150396769.1 33.8 74 47 2 112 183 414 487 1.28e-04 40.0 EGO4094244.1 EGO4094244.1 100 89 0 0 1 89 1 89 6.53e-58 171 MCI5916932.1 MCI5916932.1 100 514 0 0 1 514 1 514 0.0 1014 MCI5916932.1 WP_249084213.1 46.8 466 238 6 24 485 373 832 1.72e-122 377 WP_239606280.1 WP_239606280.1 100 220 0 0 1 220 1 220 8.57e-151 416 WP_239606280.1 MBR2684576.1 41.2 221 128 2 1 220 1 220 1.45e-49 159 WP_239606280.1 MBM4374951.1 35.7 210 133 1 1 210 1 208 1.05e-38 131 MSO45354.1 MSO45354.1 100 365 0 0 1 365 1 365 1.37e-281 759 NP_001019860.1 NP_001019860.1 100 194 0 0 1 194 1 194 4.22e-154 422 GFB98697.1 GFB98697.1 100 113 0 0 1 113 1 113 8.13e-79 225 CAB3403040.1 CAB3403040.1 100 361 0 0 1 361 1 361 3.70e-268 724 WP_276594570.1 WP_276594570.1 100 287 0 0 1 287 1 287 4.73e-220 597 MBP6132529.1 MBP6132529.1 100 796 0 0 1 796 1 796 0.0 1536 MBP6132529.1 HAI0697239.1 46.6 796 419 2 1 792 1 794 3.91e-236 678 KAB2088711.1 KAB2088711.1 100 362 0 0 1 362 1 362 1.10e-265 718 RRY46070.1 RRY46070.1 100 63 0 0 1 63 1 63 5.44e-43 131 XP_006591276.1 XP_006591276.1 100 327 0 0 1 327 1 327 1.89e-237 644 WP_054621512.1 WP_054621512.1 100 103 0 0 1 103 1 103 2.54e-75 216 WP_054621512.1 MBT2573851.1 39.8 93 54 2 10 101 9 100 1.52e-18 72.4 KAI5076688.1 KAI5076688.1 100 796 0 0 1 796 1 796 0.0 1509 KAI5076688.1 WP_053342583.1 27.2 646 432 20 105 743 15 629 1.20e-64 226 WP_260879442.1 WP_260879442.1 100 290 0 0 1 290 1 290 1.01e-202 553 KAG7202115.1 KAG7202115.1 100 277 0 0 1 277 1 277 3.80e-196 535 KAI5128402.1 KAI5128402.1 100 154 0 0 1 154 1 154 2.48e-104 293 KAI5128402.1 CAH1250835.1 26.7 90 54 2 27 111 81 163 6.13e-04 37.4 MBR6417349.1 MBR6417349.1 100 132 0 0 1 132 1 132 8.50e-99 277 MBR6417349.1 WP_279184953.1 32.8 128 83 2 2 126 198 325 4.98e-11 57.0 WP_267448957.1 WP_267448957.1 100 219 0 0 1 219 1 219 1.08e-148 410 MBR2718156.1 MBR2718156.1 100 152 0 0 1 152 1 152 1.24e-112 314 DAU97140.1 DAU97140.1 100 154 0 0 1 154 1 154 8.65e-105 294 NWV65193.1 NWV65193.1 100 1241 0 0 1 1241 1 1241 0.0 2347 NWV65193.1 MBK7412786.1 32.4 259 126 13 929 1160 140 376 6.99e-20 91.7 UJW35797.1 UJW35797.1 100 200 0 0 1 200 1 200 1.76e-140 388 UJW35797.1 WP_171155369.1 47.3 55 29 0 10 64 14 68 3.20e-10 55.8 UJW35797.1 WP_062336768.1 40.0 60 36 0 18 77 18 77 3.67e-08 49.7 MCE7733397.1 MCE7733397.1 100 223 0 0 1 223 1 223 3.92e-153 422 MCE7733397.1 WP_044328211.1 34.0 100 60 3 45 143 59 153 9.04e-07 46.6 MCE7733397.1 XP_001681736.1 31.0 100 50 3 13 93 29 128 5.85e-04 38.5 EEI62381.1 EEI62381.1 100 259 0 0 1 259 1 259 1.24e-201 548 CAG0929351.1 CAG0929351.1 100 327 0 0 1 327 1 327 8.61e-234 635 CAG0929351.1 MBE6306819.1 39.7 315 187 2 7 321 2 313 1.57e-73 230 AAX94106.1 AAX94106.1 100 431 0 0 1 431 1 431 1.42e-312 843 AAX94106.1 APC24336.1 70.9 351 102 0 78 428 1 351 4.44e-188 526 AAX94106.1 AGC97326.1 86.9 222 29 0 210 431 1 222 1.29e-138 395 AAX94106.1 ACO35565.1 83.4 223 37 0 208 430 1 223 4.63e-134 384 AAX94106.1 AGC74998.1 84.9 205 31 0 225 429 1 205 7.83e-124 356 AAX94106.1 AVM35379.1 91.5 189 16 0 1 189 26 214 6.36e-120 346 AAX94106.1 ADW49125.1 89.9 189 19 0 1 189 23 211 2.48e-116 337 AAX94106.1 AFA09475.1 89.4 189 20 0 1 189 17 205 1.63e-115 335 AAX94106.1 AFA24308.1 89.4 189 20 0 1 189 24 212 8.38e-115 333 AAX94106.1 AWS34156.1 85.7 189 27 0 1 189 31 219 1.74e-113 330 AAX94106.1 QUQ06080.1 84.1 189 30 0 1 189 31 219 4.26e-109 319 AAX94106.1 AHK62764.1 78.2 193 42 0 3 195 29 221 1.84e-108 317 AAX94106.1 QUA05739.1 87.4 182 23 0 1 182 31 212 3.10e-107 314 AAX94106.1 ADJ35581.1 79.9 189 38 0 1 189 32 220 4.68e-106 311 AAX94106.1 UZF38514.1 72.0 189 53 0 1 189 18 206 7.69e-96 285 AAX94106.1 AMA90994.1 86.2 167 23 0 1 167 31 197 1.29e-94 281 AAX94106.1 AOR13807.1 76.8 177 41 0 1 177 22 198 4.31e-93 277 AAX94106.1 AKT58828.1 83.0 165 28 0 1 165 31 195 5.03e-91 272 AAX94106.1 AOQ89457.1 82.0 161 29 0 1 161 27 187 3.97e-88 264 AAX94106.1 AXZ65741.1 84.7 157 24 0 2 158 32 188 4.67e-87 261 AAX94106.1 ACE88666.1 84.9 146 22 0 50 195 1 146 4.65e-84 252 AAX94106.1 AHH30646.1 75.6 168 39 2 2 169 6 171 2.22e-80 244 AAX94106.1 AKA56406.1 70.3 172 44 2 1 170 31 197 1.34e-77 238 EFC4417017.1 EFC4417017.1 100 201 0 0 1 201 1 201 1.51e-146 404 MCL2109536.1 MCL2109536.1 100 110 0 0 1 110 1 110 1.60e-79 227 SEJ33525.1 SEJ33525.1 100 328 0 0 1 328 1 328 6.37e-241 653 SEJ33525.1 MCI7202149.1 31.1 257 171 5 28 282 10 262 6.33e-32 118 BAQ58714.1 BAQ58714.1 100 716 0 0 1 716 1 716 0.0 1440 MBT4239116.1 MBT4239116.1 100 435 0 0 1 435 1 435 0.0 880 WP_224458015.1 WP_224458015.1 100 365 0 0 1 365 1 365 3.99e-265 717 WP_224458015.1 WP_012568269.1 53.8 366 160 3 4 365 5 365 5.66e-124 360 WP_224458015.1 WP_110808154.1 31.9 182 118 2 176 357 37 212 3.20e-18 80.9 WP_224458015.1 MBG9445742.1 28.6 189 126 2 157 341 17 200 9.60e-17 76.6 HBP6650873.1 HBP6650873.1 100 1034 0 0 1 1034 1 1034 0.0 1828 HBP6650873.1 WP_243269836.1 37.1 850 430 13 9 764 1596 2434 9.51e-120 404 WP_097382902.1 WP_097382902.1 100 313 0 0 1 313 1 313 4.54e-222 604 WP_097382902.1 WP_046778966.1 38.3 321 184 7 1 309 1 319 7.44e-64 202 XP_014155165.1 XP_014155165.1 100 70 0 0 1 70 1 70 2.51e-51 152 WP_026661995.1 WP_026661995.1 100 279 0 0 1 279 1 279 1.57e-205 559 NPM18735.1 NPM18735.1 100 270 0 0 1 270 1 270 1.54e-187 513 NPM18735.1 EFG4747393.1 97.2 249 7 0 16 264 1 249 8.96e-166 457 NPM18735.1 MBB7523286.1 96.5 57 2 0 1 57 452 508 3.30e-30 116 MBW8078285.1 MBW8078285.1 100 418 0 0 1 418 1 418 4.14e-303 818 WP_144002426.1 WP_144002426.1 100 275 0 0 1 275 1 275 1.09e-194 531 WP_144002426.1 WP_130477570.1 50.2 267 129 2 4 269 1 264 1.79e-78 237 WP_144002426.1 WP_113851760.1 33.6 143 92 2 124 266 97 236 6.80e-16 73.6 WP_144002426.1 MCF8193609.1 29.9 197 121 5 81 266 65 255 2.86e-14 69.3 KAJ9499981.1 KAJ9499981.1 100 331 0 0 1 331 1 331 1.33e-239 650 MBI5799565.1 MBI5799565.1 100 77 0 0 1 77 1 77 7.10e-52 154 MBT8367246.1 MBT8367246.1 100 340 0 0 1 340 1 340 1.69e-242 658 MBT8367246.1 WP_010859888.1 24.5 220 145 7 54 262 66 275 2.48e-09 56.2 WP_243131659.1 WP_243131659.1 100 86 0 0 1 86 1 86 1.22e-29 99.4 WP_226536872.1 WP_226536872.1 100 98 0 0 1 98 1 98 5.08e-66 192 XP_035254397.1 XP_035254397.1 100 620 0 0 1 620 1 620 0.0 1191 NOY97419.1 NOY97419.1 100 807 0 0 1 807 1 807 0.0 1533 NOY97419.1 HDC92778.1 38.8 469 269 7 1 454 1 466 4.31e-98 311 NOY97419.1 WP_278982769.1 26.4 451 313 8 1 450 2 434 1.44e-39 150 NOY97419.1 WP_015167170.1 25.9 463 272 16 3 450 5 411 2.92e-28 119 NOY97419.1 WP_270453521.1 27.8 353 233 7 107 453 64 400 3.52e-27 113 TLX84297.1 TLX84297.1 100 124 0 0 1 124 1 124 1.98e-91 258 TBV99016.1 TBV99016.1 100 120 0 0 1 120 1 120 2.87e-80 229 GBO23274.1 GBO23274.1 100 115 0 0 1 115 1 115 6.90e-81 231 OPZ52024.1 OPZ52024.1 100 65 0 0 1 65 1 65 2.18e-43 132 MBN3744368.1 MBN3744368.1 100 278 0 0 1 278 1 278 1.37e-194 531 MBN3744368.1 WP_057651690.1 29.7 185 123 3 1 180 48 230 1.16e-12 65.1 MBN3744368.1 MBQ9647935.1 25.8 186 134 1 4 185 8 193 3.55e-08 51.6 HCE5900341.1 HCE5900341.1 100 144 0 0 1 144 1 144 8.53e-98 276 HCE5900341.1 HBU4069332.1 89.6 144 15 0 1 144 113 256 8.16e-86 253 HCY01371.1 HCY01371.1 100 154 0 0 1 154 1 154 1.89e-108 303 WP_194454339.1 WP_194454339.1 100 441 0 0 1 441 1 441 0.0 876 WP_194454339.1 MBP6375542.1 29.4 453 280 11 8 438 4 438 3.39e-47 166 WP_194454339.1 WP_249505358.1 27.4 457 284 10 8 438 3 437 2.85e-39 145 WP_194454339.1 PWM49891.1 25.4 366 241 9 11 357 7 359 6.01e-31 122 WP_194454339.1 GER04731.1 26.7 352 225 10 1 339 1 332 1.46e-22 97.8 WP_159220133.1 WP_159220133.1 100 180 0 0 1 180 1 180 2.12e-138 381 WP_159220133.1 WP_171832914.1 46.9 177 94 0 1 177 1 177 1.79e-58 179 WP_016083913.1 WP_016083913.1 100 274 0 0 1 274 1 274 3.41e-202 550 UPB00876.1 UPB00876.1 100 4375 0 0 1 4375 1 4375 0.0 6284 UPB00876.1 UMF87224.1 76.7 4371 1018 1 1 4371 28 4397 0.0 6231 UPB00876.1 UPP41269.1 76.7 4375 1019 0 1 4375 28 4402 0.0 6228 UPB00876.1 USR14792.1 76.7 4375 1020 0 1 4375 28 4402 0.0 6225 UPB00876.1 URQ55824.1 76.7 4371 1017 0 1 4371 28 4398 0.0 6224 UPB00876.1 UZO53924.1 76.7 4371 1018 0 1 4371 28 4398 0.0 6223 UPB00876.1 UVB16817.1 76.7 4371 1018 0 1 4371 28 4398 0.0 6221 UPB00876.1 ULA23837.2 76.6 4375 1023 1 1 4375 28 4401 0.0 6214 UPB00876.1 QXR94354.1 76.5 4375 1026 0 1 4375 28 4402 0.0 6212 UPB00876.1 UKU68032.1 76.9 4375 1011 1 1 4375 28 4401 0.0 6212 UPB00876.1 QTM79632.1 76.5 4375 1029 0 1 4375 28 4402 0.0 6211 UPB00876.1 QTD03487.1 76.5 4378 1026 1 1 4375 28 4405 0.0 6210 UPB00876.1 QTZ27226.1 76.5 4375 1029 0 1 4375 28 4402 0.0 6208 UPB00876.1 UOU30556.1 78.5 4371 940 0 1 4371 28 4398 0.0 6207 UPB00876.1 UKN67998.1 76.5 4371 1025 1 1 4371 8 4377 0.0 6207 UPB00876.1 UIR12670.1 76.5 4371 1025 1 1 4371 28 4397 0.0 6207 UPB00876.1 UXH94526.1 76.5 4375 1028 1 1 4375 28 4401 0.0 6205 UPB00876.1 QVD87869.1 76.5 4371 1026 0 1 4371 28 4398 0.0 6204 UPB00876.1 QWC83326.1 76.5 4374 1024 1 1 4371 28 4401 0.0 6203 UPB00876.1 UFM00670.1 76.4 4378 1029 1 1 4375 28 4405 0.0 6203 UPB00876.1 QSZ25555.1 76.5 4374 1025 1 1 4371 28 4401 0.0 6202 UPB00876.1 UEC68750.1 76.4 4378 1029 1 1 4375 28 4405 0.0 6201 UPB00876.1 QZU16279.1 76.5 4374 1026 1 1 4371 28 4401 0.0 6200 UPB00876.1 UBL45068.1 76.5 4378 1027 1 1 4375 28 4405 0.0 6199 UPB00876.1 UBD95131.1 76.5 4374 1026 1 1 4371 28 4401 0.0 6199 MBR2864610.1 MBR2864610.1 100 193 0 0 1 193 1 193 4.91e-139 384 KAF2420586.1 KAF2420586.1 100 97 0 0 1 97 1 97 7.00e-59 174 PIR02665.1 PIR02665.1 100 77 0 0 1 77 1 77 8.93e-55 162 MCQ2295302.1 MCQ2295302.1 100 84 0 0 1 84 1 84 1.79e-55 164 WP_189342802.1 WP_189342802.1 100 77 0 0 1 77 1 77 3.97e-49 147 ADQ02892.1 ADQ02892.1 100 90 0 0 1 90 1 90 6.76e-56 166 KAI8504475.1 KAI8504475.1 100 1343 0 0 1 1343 1 1343 0.0 2564 KAI8504475.1 XP_028567154.1 32.9 417 255 11 826 1230 731 1134 1.13e-42 169 WP_167248335.1 WP_167248335.1 100 170 0 0 1 170 1 170 4.56e-39 129 MCG8010344.1 MCG8010344.1 100 429 0 0 1 429 1 429 8.22e-295 798 YP_009296428.1 YP_009296428.1 100 167 0 0 1 167 1 167 1.52e-118 330 EJQ6627878.1 EJQ6627878.1 100 361 0 0 1 361 1 361 6.14e-267 721 EJQ6627878.1 EEY3543156.1 97.5 361 9 0 1 361 365 725 2.64e-250 704 EJQ6627878.1 ECI3309320.1 77.8 361 79 1 1 361 365 724 1.62e-201 575 EJQ6627878.1 EFQ4765027.1 77.8 361 79 1 1 361 365 724 4.20e-201 575 EJQ6627878.1 WP_181865219.1 97.6 250 6 0 1 250 54 303 1.15e-179 498 EJQ6627878.1 EEO7917989.1 64.7 363 121 3 1 361 365 722 7.44e-158 470 MAV59409.1 MAV59409.1 100 143 0 0 1 143 1 143 9.57e-90 255 QBM89760.1 QBM89760.1 100 171 0 0 1 171 1 171 2.21e-113 317 XP_039523839.1 XP_039523839.1 100 195 0 0 1 195 1 195 2.63e-144 397 XP_016446524.1 XP_016446524.1 100 439 0 0 1 439 1 439 0.0 871 KAF8011165.1 KAF8011165.1 100 1172 0 0 1 1172 1 1172 0.0 2173 WP_065517671.1 WP_065517671.1 100 397 0 0 1 397 1 397 2.82e-288 778 WP_065517671.1 WP_065029373.1 33.0 391 243 8 7 390 2 380 5.34e-48 166 WP_065517671.1 OGO01021.1 31.8 390 248 7 7 391 2 378 1.24e-47 165 WP_065517671.1 MYJ01754.1 40.3 191 108 3 10 197 5 192 4.28e-34 124 WP_065517671.1 WP_032373688.1 28.9 381 224 13 9 381 7 348 1.22e-32 124 NXD84883.1 NXD84883.1 100 555 0 0 1 555 1 555 0.0 1119 NXD84883.1 KAG1590416.1 35.9 315 185 6 82 390 78 381 2.75e-62 208 NXD84883.1 XP_029528577.1 36.0 275 171 3 80 353 26 296 5.93e-57 193 NXD84883.1 WP_012236017.1 28.5 235 139 4 84 293 70 300 2.19e-18 87.4 NXD84883.1 XP_011889539.1 22.9 349 220 9 82 399 2 332 2.11e-13 71.6 KAI7091816.1 KAI7091816.1 100 98 0 0 1 98 1 98 2.42e-64 187 WP_061836762.1 WP_061836762.1 100 164 0 0 1 164 1 164 1.03e-119 333 WP_190357222.1 WP_190357222.1 100 78 0 0 1 78 1 78 1.80e-50 151 WP_002162515.1 WP_002162515.1 100 74 0 0 1 74 1 74 7.87e-50 149 QUL97857.1 QUL97857.1 100 49 0 0 1 49 1 49 6.99e-31 99.8 MBO7137251.1 MBO7137251.1 100 463 0 0 1 463 1 463 0.0 899 WP_171675609.1 WP_171675609.1 100 316 0 0 1 316 1 316 2.96e-224 610 WP_031972379.1 WP_031972379.1 100 724 0 0 1 724 1 724 0.0 1388 WP_023698577.1 WP_023698577.1 100 120 0 0 1 120 1 120 1.42e-80 230 UJA07681.1 UJA07681.1 100 460 0 0 1 460 1 460 0.0 929 HBQ3247549.1 HBQ3247549.1 100 244 0 0 1 244 1 244 1.33e-184 503 WP_055132583.1 WP_055132583.1 100 997 0 0 1 997 1 997 0.0 1960 WP_055132583.1 WP_245704803.1 21.7 226 138 6 783 997 16 213 5.10e-05 44.3 MBI3118824.1 MBI3118824.1 100 81 0 0 1 81 1 81 7.78e-51 152 WP_267184195.1 WP_267184195.1 100 641 0 0 1 641 1 641 0.0 1280 WP_267184195.1 WP_222018129.1 25.4 613 400 23 44 636 46 621 9.38e-34 135 WP_267184195.1 WP_282423266.1 32.0 128 84 2 32 157 39 165 1.46e-12 68.9 WP_267184195.1 OGU48181.1 20.3 634 415 21 50 640 76 662 5.27e-11 63.9 WP_267184195.1 MCI6324393.1 31.4 140 89 5 19 156 76 210 4.48e-09 57.8 WP_267184195.1 MBX9747080.1 29.3 191 100 10 50 223 17 189 7.61e-06 47.4 WP_267184195.1 HAJ30683.1 25.6 160 99 5 8 156 8 158 2.76e-04 42.4 KAJ7369304.1 KAJ7369304.1 100 543 0 0 1 543 1 543 0.0 1066 KAJ7369304.1 MCI6965979.1 35.1 248 155 4 61 307 82 324 6.88e-37 137 KAJ7369304.1 WP_114054641.1 27.2 235 157 7 61 289 85 311 3.07e-11 63.2 WP_014558374.1 WP_014558374.1 100 504 0 0 1 504 1 504 0.0 984 WP_257788220.1 WP_257788220.1 100 241 0 0 1 241 1 241 3.18e-161 444 XP_018492447.1 XP_018492447.1 100 441 0 0 1 441 1 441 0.0 880 MBA3614174.1 MBA3614174.1 100 921 0 0 1 921 1 921 0.0 1858 MBA3614174.1 WP_200200480.1 32.4 318 204 7 156 468 855 1166 1.07e-40 160 MBA3614174.1 WP_137202811.1 33.6 247 151 10 504 738 1177 1422 1.26e-28 122 MBA3614174.1 OYZ89234.1 34.0 103 63 3 504 605 3 101 1.32e-05 45.4 HBE3137209.1 HBE3137209.1 100 246 0 0 1 246 1 246 1.13e-177 486 MVA71646.1 MVA71646.1 100 602 0 0 1 602 1 602 0.0 1094 MVA71646.1 MBK6509184.1 39.4 554 327 5 9 558 4 552 7.07e-116 355 MVA71646.1 WP_255073759.1 42.5 529 300 4 11 536 8 535 1.70e-115 355 MVA71646.1 WP_126678289.1 24.5 396 268 10 1 380 1 381 1.31e-18 88.2 WP_129006924.1 WP_129006924.1 100 189 0 0 1 189 1 189 1.16e-135 375 XP_004034642.1 XP_004034642.1 100 404 0 0 1 404 1 404 4.07e-296 799 ESL04748.1 ESL04748.1 100 536 0 0 1 536 1 536 0.0 1044 ESL04748.1 MBP5538497.1 39.5 529 278 14 20 531 15 518 5.77e-94 294 WP_278449211.1 WP_278449211.1 100 468 0 0 1 468 1 468 0.0 880 WP_278449211.1 WP_272906673.1 34.8 477 269 8 8 451 6 473 4.89e-82 260 WP_278449211.1 WP_164653811.1 35.7 454 272 8 5 451 24 464 1.22e-76 246 WP_278449211.1 WP_124213670.1 36.4 382 220 5 6 380 3 368 4.47e-66 218 WP_278449211.1 WP_175896721.1 37.0 338 188 9 135 461 136 459 1.53e-51 179 WP_278449211.1 MBP7222158.1 33.9 298 188 4 161 451 18 313 1.82e-48 167 WP_278449211.1 QYU66920.1 62.4 125 47 0 7 131 4 128 1.34e-47 159 WP_278449211.1 WP_205173112.1 27.4 317 215 7 145 451 148 459 4.21e-36 137 WP_278449211.1 PYP94120.1 28.8 125 87 1 8 132 3 125 3.02e-11 61.6 WP_278449211.1 MBX9709025.1 43.3 60 30 1 66 125 9 64 2.32e-08 50.8 WP_080864663.1 WP_080864663.1 100 94 0 0 1 94 1 94 5.20e-64 186 KAG9317532.1 KAG9317532.1 100 863 0 0 1 863 1 863 0.0 1688 PTB82632.1 PTB82632.1 100 162 0 0 1 162 1 162 2.35e-115 322 KAF9101968.1 KAF9101968.1 100 771 0 0 1 771 1 771 0.0 1327 NDE10255.1 NDE10255.1 100 99 0 0 1 99 1 99 8.74e-63 184 MCH7882583.1 MCH7882583.1 100 294 0 0 1 294 1 294 8.51e-222 602 MBH2908027.1 MBH2908027.1 100 670 0 0 1 670 1 670 0.0 1360 WP_131734175.1 WP_131734175.1 100 267 0 0 1 267 1 267 7.04e-187 511 WP_131734175.1 MCQ2424848.1 35.6 236 142 4 24 254 9 239 1.39e-35 125 WP_071455957.1 WP_071455957.1 100 367 0 0 1 367 1 367 1.43e-243 663 WP_071455957.1 WP_152465448.1 28.7 310 213 3 24 332 27 329 1.23e-26 107 EEH16378.1 EEH16378.1 100 1358 0 0 1 1358 1 1358 0.0 2473 EEH16378.1 CAC9886154.1 36.4 77 44 3 7 79 54 129 1.88e-05 47.4 WP_015645305.1 WP_015645305.1 100 347 0 0 1 347 1 347 3.00e-260 703 HAL0497824.1 HAL0497824.1 100 346 0 0 1 346 1 346 1.04e-207 570 HAL0497824.1 EFI9255255.1 60.4 53 21 0 156 208 192 244 1.39e-07 51.2 WP_055394972.1 WP_055394972.1 100 1038 0 0 1 1038 1 1038 0.0 1996 MBQ6611319.1 MBQ6611319.1 100 93 0 0 1 93 1 93 1.75e-66 192 WP_231837445.1 WP_231837445.1 100 126 0 0 1 126 1 126 1.97e-92 261 XP_048775453.1 XP_048775453.1 100 594 0 0 1 594 1 594 0.0 1207 WP_161275011.1 WP_161275011.1 100 301 0 0 1 301 1 301 7.06e-204 557 WP_262114929.1 WP_262114929.1 100 181 0 0 1 181 1 181 9.29e-129 357 WP_262114929.1 WP_071081072.1 49.7 183 85 3 1 181 1 178 3.65e-53 166 KAI4882225.1 KAI4882225.1 100 811 0 0 1 811 1 811 0.0 1380 KAI4882225.1 NWH38694.1 29.8 151 77 2 668 809 354 484 6.20e-16 79.7 MBC9954836.1 MBC9954836.1 100 174 0 0 1 174 1 174 1.43e-115 323 WP_119512617.1 WP_119512617.1 100 295 0 0 1 295 1 295 3.70e-212 577 WP_024986590.1 WP_024986590.1 100 150 0 0 1 150 1 150 6.40e-114 317 WP_217950418.1 WP_217950418.1 100 355 0 0 1 355 1 355 4.30e-264 714 MCM1513138.1 MCM1513138.1 100 410 0 0 1 410 1 410 3.24e-280 759 MCM1513138.1 WP_037818847.1 39.8 415 230 9 1 410 1 400 1.23e-76 241 MCM1513138.1 WP_199673213.1 31.3 415 256 7 1 410 1 391 1.07e-47 166 MCM1513138.1 MBN9383861.1 23.1 346 211 13 91 408 84 402 9.97e-12 65.1 WP_107723967.1 WP_107723967.1 100 593 0 0 1 593 1 593 0.0 1206 WP_107723967.1 KTC18574.1 35.1 570 342 10 26 578 37 595 2.04e-100 316 WP_159896041.1 WP_159896041.1 100 241 0 0 1 241 1 241 2.51e-158 437 WP_159896041.1 MBI1382466.1 37.8 196 103 4 58 238 17 208 4.92e-22 89.0 WP_195397250.1 WP_195397250.1 100 619 0 0 1 619 1 619 0.0 1179 WP_195397250.1 WP_255187010.1 44.7 591 313 7 9 595 2 582 6.17e-159 468 WP_195397250.1 WP_161258623.1 44.5 227 119 3 164 388 303 524 2.20e-46 171 WP_195397250.1 MBQ2017527.1 57.6 132 49 2 142 270 122 249 3.97e-41 148 DAP26351.1 DAP26351.1 100 56 0 0 1 56 1 56 1.70e-34 109 WP_089370623.1 WP_089370623.1 100 1425 0 0 1 1425 1 1425 0.0 2682 MBQ1765196.1 MBQ1765196.1 100 189 0 0 1 189 1 189 5.31e-132 366 WP_171183333.1 WP_171183333.1 100 141 0 0 1 141 1 141 9.31e-105 293 MCJ1326389.1 MCJ1326389.1 100 386 0 0 1 386 1 386 1.03e-241 660 WP_237171174.1 WP_237171174.1 100 251 0 0 1 251 1 251 2.17e-173 476 WP_005710284.1 WP_005710284.1 100 159 0 0 1 159 1 159 1.13e-116 325 WP_005710284.1 QDH16072.1 48.4 128 62 1 30 153 34 161 4.86e-35 119 EAV2673163.1 EAV2673163.1 100 114 0 0 1 114 1 114 7.49e-80 228 WP_162313773.1 WP_162313773.1 100 341 0 0 1 341 1 341 1.29e-242 658 MCL7030477.1 MCL7030477.1 100 181 0 0 1 181 1 181 1.08e-127 354 WP_194933787.1 WP_194933787.1 100 200 0 0 1 200 1 200 1.99e-146 403 WP_249868607.1 WP_249868607.1 100 316 0 0 1 316 1 316 1.22e-232 631 MBT7096516.1 MBT7096516.1 100 187 0 0 1 187 1 187 5.15e-138 381 MBT7096516.1 KOR84431.1 40.8 184 107 2 5 187 132 314 1.21e-36 127 WP_116870479.1 WP_116870479.1 100 1238 0 0 1 1238 1 1238 0.0 2270 WP_116870479.1 WP_122440133.1 27.1 1285 809 32 1 1231 1 1211 4.33e-73 265 WP_116870479.1 MCE2789155.1 51.9 156 73 2 1069 1223 841 995 1.79e-39 157 WP_176307440.1 WP_176307440.1 100 791 0 0 1 791 1 791 0.0 1548 WP_176307440.1 WP_074319120.1 22.8 745 497 20 87 778 15 734 7.27e-35 140 WP_176307440.1 HCT06136.1 23.6 577 401 13 207 758 165 726 2.36e-25 110 WP_176307440.1 WP_041591748.1 24.0 441 308 10 311 731 152 585 3.58e-22 100 WP_176307440.1 MBY0273331.1 24.8 544 326 19 277 742 66 604 6.36e-14 73.9 WP_176307440.1 WP_278631399.1 37.5 72 38 1 636 700 550 621 9.34e-05 44.3 WP_176307440.1 KAJ6994162.1 22.0 218 149 3 306 511 134 342 3.73e-04 42.4 WP_176307440.1 WP_019100427.1 34.9 63 41 0 653 715 619 681 8.38e-04 41.2 WP_182023956.1 WP_182023956.1 100 230 0 0 1 230 1 230 7.37e-166 455 CAF1059395.1 CAF1059395.1 100 437 0 0 1 437 1 437 0.0 890 WP_262612393.1 WP_262612393.1 100 425 0 0 1 425 1 425 3.88e-245 672 WP_262612393.1 WP_098923619.1 51.0 437 182 7 1 424 1 418 3.79e-125 367 WP_262612393.1 WP_267292626.1 41.4 423 218 6 3 423 118 512 3.80e-87 273 WP_262612393.1 MBT3887354.1 55.0 229 101 2 196 424 94 320 2.42e-81 251 WP_262612393.1 OFZ89526.1 41.4 444 216 6 1 424 2 421 2.65e-79 249 WP_262612393.1 WP_033456074.1 49.8 297 137 5 131 424 8 295 1.56e-78 243 WP_262612393.1 NDI25889.1 41.9 222 124 2 199 416 62 282 1.77e-49 168 WP_262612393.1 KAA0555231.1 31.4 312 189 7 129 423 327 630 1.35e-33 131 WP_262612393.1 KAJ4394429.1 26.1 314 210 6 131 423 200 512 2.51e-22 97.4 WP_262612393.1 MBY0286260.1 23.3 430 303 9 1 419 1 414 1.24e-13 70.5 WP_232306300.1 WP_232306300.1 100 1369 0 0 1 1369 1 1369 0.0 2403 WP_232306300.1 WP_074911472.1 28.9 798 508 17 580 1367 546 1294 9.90e-101 349 WP_232306300.1 TAL20232.1 29.3 426 272 9 818 1230 193 602 1.30e-35 143 WP_232306300.1 WP_138482356.1 27.6 395 264 9 849 1239 412 788 5.89e-32 133 WP_232306300.1 WP_261733022.1 28.8 393 234 9 854 1229 259 622 6.60e-31 129 WP_232306300.1 HAS8246497.1 26.6 391 253 8 854 1238 485 847 1.28e-29 126 WP_232306300.1 WP_063540919.1 27.5 357 219 8 850 1201 491 812 1.24e-23 106 WP_232306300.1 WP_007708736.1 42.0 112 64 1 1123 1233 4 115 6.41e-21 91.7 WP_232306300.1 EDN57974.1 32.5 237 153 6 849 1081 398 631 3.09e-20 95.9 WP_232306300.1 PSQ73325.1 30.3 254 164 5 833 1079 593 840 7.86e-20 94.4 WP_232306300.1 MBN1819552.1 28.7 237 158 4 847 1079 334 563 5.28e-19 90.9 WP_232306300.1 MBQ5584458.1 42.5 113 61 2 1123 1234 4 113 2.09e-18 84.3 WP_232306300.1 XP_001454078.1 24.7 441 268 16 841 1238 207 626 1.21e-16 83.6 WP_232306300.1 WP_254972748.1 36.5 104 66 0 1266 1369 853 956 9.07e-14 74.7 WP_232306300.1 PYP94120.1 36.2 116 71 2 1123 1237 3 116 1.56e-13 70.1 WP_232306300.1 WP_272906673.1 32.0 122 79 3 1121 1240 4 123 1.99e-07 53.5 WP_232306300.1 HBG17616.1 41.0 78 38 2 1149 1223 37 109 9.91e-06 48.1 CAB5621061.1 CAB5621061.1 100 207 0 0 1 207 1 207 4.00e-154 423 CAB5621061.1 WP_139552727.1 100 28 0 0 180 207 25 52 4.49e-13 61.6 WP_150071802.1 WP_150071802.1 100 304 0 0 1 304 1 304 4.37e-220 598 WP_150071802.1 WP_011313080.1 48.0 298 152 3 3 297 4 301 3.38e-82 249 WP_250934260.1 WP_250934260.1 100 279 0 0 1 279 1 279 8.80e-187 512 WP_250934260.1 MBQ1564907.1 55.4 258 115 0 5 262 4 261 4.65e-86 260 KAJ9397508.1 KAJ9397508.1 100 306 0 0 1 306 1 306 4.80e-234 634 WP_223655776.1 WP_223655776.1 100 348 0 0 1 348 1 348 7.03e-255 690 GFY73571.1 GFY73571.1 100 145 0 0 1 145 1 145 9.21e-107 298 QMV44496.1 QMV44496.1 100 168 0 0 1 168 1 168 9.09e-116 323 RLN50561.1 RLN50561.1 100 1896 0 0 1 1896 1 1896 0.0 3677 RLN50561.1 THW78755.1 31.5 496 304 13 1231 1720 969 1434 8.03e-54 206 RLN50561.1 WP_192500494.1 34.9 241 148 6 1494 1733 3 235 2.65e-40 150 RLN50561.1 WP_084371009.1 31.3 243 163 2 1494 1736 3 241 1.41e-34 134 RLN50561.1 EHR6291555.1 32.5 249 159 4 1487 1735 323 562 5.89e-33 135 RLN50561.1 NLW39422.1 28.2 298 207 4 658 951 34 328 4.55e-30 121 RLN50561.1 WP_132175930.1 34.6 234 145 4 1482 1714 21 247 4.49e-27 112 RLN50561.1 NVM03966.1 29.5 234 156 4 1508 1741 36 260 5.44e-26 109 RLN50561.1 MSO30570.1 26.6 248 177 4 1491 1738 5 247 1.02e-24 106 RLN50561.1 QIC18874.1 29.1 199 137 3 1509 1705 37 233 3.01e-23 100 RLN50561.1 MWR41881.1 30.7 205 135 3 655 852 39 243 3.40e-23 99.8 RLN50561.1 XP_013005546.1 26.3 190 125 6 1507 1690 60 240 4.86e-10 62.8 RLN50561.1 KAI9191373.1 29.3 167 107 6 1515 1672 416 580 5.10e-09 59.7 RLN50561.1 WP_089095302.1 25.4 173 106 5 655 807 14 183 3.96e-06 50.1 WP_042632177.1 WP_042632177.1 100 207 0 0 1 207 1 207 1.69e-146 404 XP_046509038.1 XP_046509038.1 100 1092 0 0 1 1092 1 1092 0.0 1509 XP_046509038.1 WP_058051508.1 38.4 86 50 1 922 1007 170 252 2.99e-10 61.6 XP_046509038.1 MBE6257848.1 43.5 69 39 0 945 1013 199 267 3.12e-08 55.1 XP_046509038.1 WP_224911464.1 33.7 83 55 0 932 1014 6 88 7.40e-07 50.8 KAG7034489.1 KAG7034489.1 100 113 0 0 1 113 1 113 1.46e-81 232 MBL7809501.1 MBL7809501.1 100 351 0 0 1 351 1 351 5.72e-276 743 WP_277531229.1 WP_277531229.1 100 93 0 0 1 93 1 93 1.23e-66 193 WP_140985543.1 WP_140985543.1 100 226 0 0 1 226 1 226 1.33e-166 456 WP_190032834.1 WP_190032834.1 100 301 0 0 1 301 1 301 5.90e-212 577 WP_190032834.1 WP_077690175.1 37.5 272 146 9 1 257 1 263 4.49e-26 103 WP_190032834.1 WP_255657001.1 31.8 286 186 4 10 287 8 292 1.54e-24 99.0 WP_190032834.1 MBQ9299122.1 42.1 76 44 0 1 76 1 76 1.12e-10 59.7 CEM11561.1 CEM11561.1 100 478 0 0 1 478 1 478 2.66e-295 813 WP_028393295.1 WP_028393295.1 100 65 0 0 1 65 1 65 3.10e-43 132 WP_028393295.1 EEE2002201.1 41.9 62 34 1 2 63 1 60 1.99e-09 48.5 OJV54207.1 OJV54207.1 100 59 0 0 1 59 1 59 1.34e-39 122 WP_157553964.1 WP_157553964.1 100 583 0 0 1 583 1 583 0.0 1091 WP_139067457.1 WP_139067457.1 100 796 0 0 1 796 1 796 0.0 1508 WP_139067457.1 WP_219484458.1 46.9 799 372 12 31 790 30 815 2.19e-211 616 WP_139067457.1 HBE7681505.1 40.6 520 275 10 281 779 843 1349 7.99e-101 338 WP_139067457.1 WP_209676560.1 29.7 283 172 10 374 653 615 873 5.63e-13 71.2 MBK7384228.1 MBK7384228.1 100 77 0 0 1 77 1 77 1.56e-28 95.9 WP_094840069.1 WP_094840069.1 100 518 0 0 1 518 1 518 0.0 957 WP_094840069.1 WP_279840346.1 39.0 503 267 5 7 508 11 474 1.24e-91 286 WP_094840069.1 MBI4806480.1 34.5 502 292 4 5 506 8 472 1.01e-77 250 WP_094840069.1 WP_212054759.1 36.2 506 295 7 8 511 16 495 1.24e-67 224 WP_094840069.1 WP_224791962.1 31.0 520 309 7 1 512 1 478 9.21e-54 187 WP_094840069.1 WP_283557067.1 31.2 510 287 9 7 509 9 461 1.64e-51 181 HIH60710.1 HIH60710.1 100 254 0 0 1 254 1 254 4.10e-184 503 HIH60710.1 XP_055928676.1 26.5 223 132 4 52 244 91 311 1.24e-18 82.0 MCB1191718.1 MCB1191718.1 100 382 0 0 1 382 1 382 1.94e-276 747 WP_087465911.1 WP_087465911.1 100 335 0 0 1 335 1 335 1.02e-245 665 UGA79226.1 UGA79226.1 100 7096 0 0 1 7096 1 7096 0.0 13815 UGA79226.1 QWC83326.1 97.7 7096 165 0 1 7096 1 7096 0.0 13803 UGA79226.1 WEU87158.1 97.6 7096 167 0 1 7096 1 7096 0.0 13798 UGA79226.1 QSZ25555.1 97.6 7096 169 0 1 7096 1 7096 0.0 13797 UGA79226.1 UBP50947.1 97.6 7096 170 0 1 7096 1 7096 0.0 13791 UGA79226.1 QVD87869.1 97.6 7096 168 1 1 7096 1 7093 0.0 13787 UGA79226.1 UBD95131.1 97.6 7096 173 0 1 7096 1 7096 0.0 13784 UGA79226.1 UEC52718.1 97.5 7096 176 0 1 7096 1 7096 0.0 13777 UGA79226.1 UMF87224.1 97.2 7096 192 2 1 7096 1 7092 0.0 13773 UGA79226.1 UZO53924.1 97.5 7096 175 1 1 7096 1 7093 0.0 13770 UGA79226.1 UVB16817.1 97.5 7096 174 1 1 7096 1 7093 0.0 13770 UGA79226.1 URQ55824.1 97.5 7096 175 1 1 7096 1 7093 0.0 13770 UGA79226.1 UCP72061.1 98.0 7096 141 0 1 7096 1 7096 0.0 13730 UGA79226.1 UCP77012.1 98.0 7096 143 0 1 7096 1 7096 0.0 13728 UGA79226.1 QZU16279.1 97.2 7096 197 0 1 7096 1 7096 0.0 13727 UGA79226.1 UIR12670.1 97.2 7096 197 2 1 7096 1 7092 0.0 13715 UGA79226.1 UPA83906.1 97.2 7096 198 2 1 7096 1 7092 0.0 13692 UGA79226.1 UBR86455.1 96.7 7095 232 0 2 7096 1 7095 0.0 13644 UGA79226.1 UXX67934.1 96.5 7096 243 1 1 7096 1 7093 0.0 13609 UGA79226.1 UKN67998.1 96.1 7076 275 2 21 7096 1 7072 0.0 13486 UGA79226.1 WHE12941.1 95.9 7070 286 1 27 7096 1 7067 0.0 13458 UGA79226.1 UAQ80067.1 97.1 6952 205 0 1 6952 1 6952 0.0 13419 UGA79226.1 UJT06733.1 94.0 7096 419 2 1 7096 1 7092 0.0 13166 UGA79226.1 UVI10561.1 94.1 7069 417 1 28 7096 1 7066 0.0 13146 UGA79226.1 UOU30556.1 92.6 7096 519 1 1 7096 1 7093 0.0 12934 NWI70572.1 NWI70572.1 100 348 0 0 1 348 1 348 2.19e-258 699 NWI70572.1 XP_041032211.1 22.8 329 225 8 28 345 29 339 8.56e-15 72.8 AMT69763.1 AMT69763.1 100 75 0 0 1 75 1 75 1.51e-52 156 MBD3627516.1 MBD3627516.1 100 958 0 0 1 958 1 958 0.0 1877 KST94193.1 KST94193.1 100 44 0 0 1 44 1 44 1.64e-27 90.9 WP_166960135.1 WP_166960135.1 100 358 0 0 1 358 1 358 1.06e-270 731 WP_166960135.1 WP_247915795.1 32.3 294 179 8 26 307 8 293 3.17e-44 153 CAE7938465.1 CAE7938465.1 100 156 0 0 1 156 1 156 2.41e-76 228 WP_278665106.1 WP_278665106.1 100 579 0 0 1 579 1 579 3.14e-315 862 MBI2083107.1 MBI2083107.1 100 274 0 0 1 274 1 274 1.16e-184 506 KAG8833708.1 KAG8833708.1 100 192 0 0 1 192 1 192 1.78e-136 377 WP_068059894.1 WP_068059894.1 100 214 0 0 1 214 1 214 2.41e-163 447 WP_145616262.1 WP_145616262.1 100 468 0 0 1 468 1 468 0.0 925 WP_145616262.1 NNE87648.1 57.3 464 194 3 1 463 1 461 1.85e-173 493 WP_145616262.1 WP_024330540.1 34.9 478 284 10 1 461 1 468 6.08e-75 242 WP_145616262.1 MYE57211.1 51.7 203 92 3 6 208 7 203 9.00e-64 203 WP_145616262.1 DAZ71054.1 36.0 297 162 9 2 272 33 327 9.76e-44 156 PBJ84576.1 PBJ84576.1 100 629 0 0 1 629 1 629 0.0 1252 PBJ84576.1 MCS7028162.1 31.9 91 55 3 454 544 333 416 2.24e-07 52.0 WP_164581131.1 WP_164581131.1 100 818 0 0 1 818 1 818 0.0 1632 MBJ4905015.1 MBJ4905015.1 100 156 0 0 1 156 1 156 1.88e-109 306 WP_232441874.1 WP_232441874.1 100 322 0 0 1 322 1 322 1.12e-256 692 MCH8874789.1 MCH8874789.1 100 119 0 0 1 119 1 119 1.73e-85 243 MBL7689759.1 MBL7689759.1 100 110 0 0 1 110 1 110 4.09e-73 211 WP_014950321.1 WP_014950321.1 100 304 0 0 1 304 1 304 3.90e-223 606 WP_014950321.1 WP_252438898.1 38.5 286 169 5 23 304 59 341 2.82e-60 194 EAS0616219.1 EAS0616219.1 100 281 0 0 1 281 1 281 8.95e-197 537 GIP40757.1 GIP40757.1 100 159 0 0 1 159 1 159 5.51e-99 280 WP_070334369.1 WP_070334369.1 100 599 0 0 1 599 1 599 0.0 1160 WP_070334369.1 WP_079722145.1 23.9 635 422 19 10 596 17 638 1.30e-33 134 WP_132528552.1 WP_132528552.1 100 82 0 0 1 82 1 82 2.69e-22 80.5 XP_015055542.1 XP_015055542.1 100 525 0 0 1 525 1 525 0.0 1047 XP_015055542.1 XP_021898889.1 36.5 537 288 11 26 525 53 573 1.13e-101 317 MBX9709025.1 MBX9709025.1 100 123 0 0 1 123 1 123 2.72e-84 240 MBX9709025.1 WP_278449211.1 43.3 60 30 1 9 64 66 125 5.34e-08 48.1 KAH7420042.1 KAH7420042.1 100 267 0 0 1 267 1 267 7.49e-207 561 WP_158309540.1 WP_158309540.1 100 55 0 0 1 55 1 55 5.16e-31 100 GFR08784.1 GFR08784.1 100 149 0 0 1 149 1 149 9.12e-109 304 KAF9974715.1 KAF9974715.1 100 1357 0 0 1 1357 1 1357 0.0 2523 KAF9974715.1 KAJ2660037.1 33.1 1358 781 25 26 1347 785 2050 3.30e-188 606 KAF9974715.1 MBQ8297564.1 33.8 231 147 3 1104 1330 330 558 8.45e-34 137 KAF9974715.1 KAI9191373.1 31.4 191 121 4 1103 1287 392 578 1.31e-21 100 KAF9974715.1 WAY96880.1 29.2 195 113 4 481 657 5 192 9.28e-19 84.3 KAF9974715.1 WP_152652784.1 25.5 212 139 4 477 674 17 223 1.33e-14 74.7 KAF9974715.1 MCH4209672.1 29.7 185 119 5 477 657 394 571 2.80e-14 75.9 KAF9974715.1 WP_076409454.1 29.3 198 130 6 481 668 20 217 2.80e-13 71.2 KAF9974715.1 WP_158791585.1 27.4 190 113 5 481 647 20 207 2.34e-12 67.0 KAF9974715.1 WP_176354145.1 28.6 206 126 7 484 673 24 224 5.76e-12 67.4 KAF9974715.1 WP_140480909.1 29.1 203 120 7 481 666 29 224 7.62e-12 67.0 KAF9974715.1 WP_281543397.1 23.6 208 138 7 481 673 5 206 1.31e-10 62.4 KAF9974715.1 WP_008470196.1 25.0 232 162 7 1106 1331 10 235 2.71e-10 60.8 KAF9974715.1 OAN53756.1 26.3 190 109 6 484 647 30 214 3.11e-09 57.8 KAF9974715.1 WP_150396769.1 23.7 211 127 8 478 663 37 238 7.66e-09 58.2 KAF9974715.1 MBT4161918.1 28.5 172 86 5 1122 1274 25 178 1.26e-08 55.5 KAF9974715.1 WP_207918089.1 23.9 197 112 4 481 648 21 208 1.68e-08 55.5 KAF9974715.1 MXP43753.1 25.0 196 118 5 477 647 26 217 2.49e-08 55.1 KAF9974715.1 MBC7326981.1 24.2 194 122 5 477 647 18 209 3.08e-08 54.7 KAF9974715.1 WP_088153117.1 27.3 216 142 8 1125 1332 17 225 3.76e-08 55.5 KAF9974715.1 MCP5262709.1 27.2 243 150 9 1106 1327 2 238 5.30e-08 54.7 KAF9974715.1 WP_174822921.1 24.7 194 121 4 477 647 19 210 3.21e-07 51.6 KAF9974715.1 MYD56339.1 29.3 191 121 7 486 672 27 207 1.73e-06 50.1 KAF9974715.1 EHH5649593.1 23.2 203 122 7 483 664 20 209 1.80e-06 49.7 KAF9974715.1 WP_192500494.1 21.0 200 133 3 481 664 18 208 1.89e-06 49.7 MBM3701396.1 MBM3701396.1 100 204 0 0 1 204 1 204 5.24e-144 397 MBM3701396.1 MCE2152122.1 41.5 183 100 1 1 183 1 176 5.05e-45 146 HCP62665.1 HCP62665.1 100 33 0 0 1 33 1 33 5.96e-19 68.6 HCP62665.1 MCI4325574.1 64.3 28 10 0 1 28 283 310 4.98e-07 41.2 MCR4368335.1 MCR4368335.1 100 110 0 0 1 110 1 110 5.81e-73 210 NKB40192.1 NKB40192.1 100 282 0 0 1 282 1 282 2.81e-205 559 NKB40192.1 WP_042648904.1 40.7 263 153 3 17 278 1 261 2.43e-63 198 NKB40192.1 MBK8326393.1 41.3 254 146 3 29 281 12 263 1.52e-58 186 NKB40192.1 WP_086236254.1 41.6 255 146 3 28 281 11 263 1.25e-57 184 CAF4882469.1 CAF4882469.1 100 77 0 0 1 77 1 77 1.97e-49 148 NED83450.1 NED83450.1 100 307 0 0 1 307 1 307 2.06e-215 587 NED83450.1 WP_029579419.1 37.6 202 111 7 3 196 1 195 1.99e-21 90.5 NED83450.1 WP_096722254.1 32.0 200 134 2 3 202 1 198 9.01e-19 83.2 NED83450.1 WP_268678783.1 28.5 144 101 1 3 146 2 143 1.14e-12 65.5 BBL73457.1 BBL73457.1 100 569 0 0 1 569 1 569 0.0 1114 BBL73457.1 MBT3179978.1 41.0 539 298 8 34 563 1 528 4.00e-120 363 BBL73457.1 WP_038580218.1 32.2 242 139 6 34 251 12 252 1.36e-18 87.8 BBL73457.1 MBP8718427.1 30.5 223 146 4 297 518 17 231 3.39e-18 82.8 MBA2522987.1 MBA2522987.1 100 146 0 0 1 146 1 146 7.55e-102 286 MBA2522987.1 MBC7097666.1 48.3 145 72 3 1 144 1 143 1.41e-35 125 MBA2522987.1 KAB2885888.1 39.0 136 78 3 11 144 25 157 8.07e-21 85.9 WP_271771839.1 WP_271771839.1 100 405 0 0 1 405 1 405 2.12e-303 817 EFA7535944.1 EFA7535944.1 100 76 0 0 1 76 1 76 5.45e-51 152 WP_055759832.1 WP_055759832.1 100 435 0 0 1 435 1 435 4.10e-298 806 WP_055759832.1 MCS6996891.1 40.6 281 146 6 162 432 118 387 8.44e-42 150 MBR5510068.1 MBR5510068.1 100 414 0 0 1 414 1 414 7.23e-311 837 MBR2648677.1 MBR2648677.1 100 319 0 0 1 319 1 319 8.07e-244 659 MCR4426439.1 MCR4426439.1 100 390 0 0 1 390 1 390 8.89e-277 749 MCI8272365.1 MCI8272365.1 100 197 0 0 1 197 1 197 3.98e-131 364 MCI8272365.1 MBR5140322.1 37.9 174 77 6 1 159 6 163 1.32e-20 82.8 XP_023482372.1 XP_023482372.1 100 585 0 0 1 585 1 585 0.0 1018 MBT6563471.1 MBT6563471.1 100 458 0 0 1 458 1 458 0.0 906 MBT6563471.1 WP_035064005.1 49.3 458 228 4 3 457 12 468 1.14e-155 448 MBT6563471.1 WP_255895909.1 30.9 350 231 4 19 367 41 380 6.36e-49 170 KAI8393114.1 KAI8393114.1 100 342 0 0 1 342 1 342 4.46e-239 649 WP_067680410.1 WP_067680410.1 100 90 0 0 1 90 1 90 1.20e-67 195 WP_233292564.1 WP_233292564.1 100 385 0 0 1 385 1 385 2.57e-262 712 WP_049327990.1 WP_049327990.1 100 459 0 0 1 459 1 459 0.0 947 WP_049327990.1 WP_066046987.1 48.4 471 218 8 1 457 1 460 1.42e-157 452 WP_279961109.1 WP_279961109.1 100 399 0 0 1 399 1 399 2.75e-296 799 WP_279961109.1 WP_188200635.1 43.8 384 212 4 15 395 22 404 8.56e-103 308 KAH7576347.1 KAH7576347.1 100 508 0 0 1 508 1 508 0.0 913 KAI1260235.1 KAI1260235.1 100 300 0 0 1 300 1 300 1.96e-205 561 CAD0200323.1 CAD0200323.1 100 263 0 0 1 263 1 263 2.51e-203 552 MBO5874131.1 MBO5874131.1 100 121 0 0 1 121 1 121 1.59e-82 235 KZV16312.1 KZV16312.1 100 77 0 0 1 77 1 77 1.56e-46 141 CAF5136964.1 CAF5136964.1 100 233 0 0 1 233 1 233 1.27e-163 449 WP_251593142.1 WP_251593142.1 100 263 0 0 1 263 1 263 1.36e-182 500 WP_251593142.1 WP_042650033.1 30.5 259 161 3 5 259 5 248 3.86e-22 90.5 WP_251593142.1 WP_013845913.1 30.0 190 129 2 4 189 3 192 4.14e-15 71.2 WP_251593142.1 WP_259847195.1 25.5 263 182 5 3 259 4 258 5.50e-10 57.0 UJT06733.1 UJT06733.1 100 7092 0 0 1 7092 1 7092 0.0 13550 UJT06733.1 UMF87224.1 96.1 7092 274 0 1 7092 1 7092 0.0 13538 UJT06733.1 QWC83326.1 96.3 7096 258 2 1 7092 1 7096 0.0 13525 UJT06733.1 QVD87869.1 96.3 7093 264 1 1 7092 1 7093 0.0 13522 UJT06733.1 WEU87158.1 96.3 7096 261 2 1 7092 1 7096 0.0 13520 UJT06733.1 QSZ25555.1 96.2 7096 263 2 1 7092 1 7096 0.0 13519 UJT06733.1 UZO53924.1 96.2 7093 265 1 1 7092 1 7093 0.0 13518 UJT06733.1 UVB16817.1 96.3 7093 264 1 1 7092 1 7093 0.0 13517 UJT06733.1 URQ55824.1 96.2 7093 265 1 1 7092 1 7093 0.0 13517 UJT06733.1 UBP50947.1 96.2 7096 265 2 1 7092 1 7096 0.0 13511 UJT06733.1 UBD95131.1 96.2 7096 267 2 1 7092 1 7096 0.0 13506 UJT06733.1 UEC52718.1 96.1 7096 270 2 1 7092 1 7096 0.0 13500 UJT06733.1 UIR12670.1 96.1 7092 278 0 1 7092 1 7092 0.0 13483 UJT06733.1 QZU16279.1 95.9 7096 290 2 1 7092 1 7096 0.0 13451 UJT06733.1 UPA83906.1 95.8 7092 295 0 1 7092 1 7092 0.0 13441 UJT06733.1 UBR86455.1 95.4 7095 325 2 2 7092 1 7095 0.0 13369 UJT06733.1 UXX67934.1 95.3 7093 333 1 1 7092 1 7093 0.0 13356 UJT06733.1 UCP72061.1 95.1 7096 342 2 1 7092 1 7096 0.0 13329 UJT06733.1 UCP77012.1 95.1 7096 344 2 1 7092 1 7096 0.0 13326 UJT06733.1 UKN67998.1 95.0 7072 357 0 21 7092 1 7072 0.0 13253 UJT06733.1 WHE12941.1 94.7 7067 376 1 27 7092 1 7067 0.0 13205 UJT06733.1 UGA79226.1 94.0 7096 419 2 1 7092 1 7096 0.0 13151 UJT06733.1 UAQ80067.1 93.6 7096 451 2 1 7092 1 7096 0.0 13065 UJT06733.1 UVI10561.1 92.8 7066 507 1 28 7092 1 7066 0.0 12894 UJT06733.1 UOU30556.1 91.5 7093 601 1 1 7092 1 7093 0.0 12691 WP_070306574.1 WP_070306574.1 100 198 0 0 1 198 1 198 1.98e-136 378 XP_036098045.1 XP_036098045.1 100 137 0 0 1 137 1 137 7.75e-102 285 OGR46634.1 OGR46634.1 100 301 0 0 1 301 1 301 2.76e-226 613 OGR46634.1 NPV66369.1 63.1 301 108 3 3 300 2 302 3.73e-135 383 NXM52897.1 NXM52897.1 100 507 0 0 1 507 1 507 0.0 1041 NXM52897.1 WP_070172067.1 47.6 397 195 5 1 389 16 407 9.86e-121 367 NXM52897.1 WP_014985199.1 45.7 398 203 7 1 390 65 457 2.40e-104 326 NWT80859.1 NWT80859.1 100 259 0 0 1 259 1 259 6.81e-165 455 NWT80859.1 XP_009464764.1 57.9 57 24 0 150 206 278 334 1.01e-11 62.4 WP_269828627.1 WP_269828627.1 100 62 0 0 1 62 1 62 6.97e-41 125 TWT41731.1 TWT41731.1 100 713 0 0 1 713 1 713 0.0 1289 RMY79307.1 RMY79307.1 100 516 0 0 1 516 1 516 0.0 1075 KAF7818313.1 KAF7818313.1 100 541 0 0 1 541 1 541 0.0 1054 WP_045125019.1 WP_045125019.1 100 410 0 0 1 410 1 410 4.45e-255 696 WP_045125019.1 WP_001537381.1 40.4 312 158 10 93 391 39 335 1.53e-46 170 WP_045125019.1 MBS1222269.1 50.0 152 69 3 61 211 57 202 6.42e-33 121 WP_045125019.1 WP_247392216.1 36.9 203 118 3 104 305 84 277 1.08e-31 120 KOS38468.1 KOS38468.1 100 173 0 0 1 173 1 173 6.89e-127 352 KOS38468.1 KAJ3544539.1 40.7 54 31 1 1 54 714 766 2.64e-05 42.0 NUQ31250.1 NUQ31250.1 100 354 0 0 1 354 1 354 9.07e-245 665 NUQ31250.1 WP_008045531.1 25.7 304 171 7 98 347 452 754 1.99e-15 75.9 NUQ31250.1 GIC06559.1 25.8 298 167 8 103 347 429 725 6.23e-15 74.3 MCF7626618.1 MCF7626618.1 100 574 0 0 1 574 1 574 0.0 1126 MCH5207665.1 MCH5207665.1 100 234 0 0 1 234 1 234 1.13e-171 470 MCH5207665.1 WP_064779756.1 40.5 79 43 2 4 78 122 200 2.55e-10 57.8 MCH5207665.1 WP_124978582.1 39.3 56 34 0 4 59 3 58 1.36e-07 50.1 KAF3356825.1 KAF3356825.1 100 434 0 0 1 434 1 434 0.0 880 CJB10156.1 CJB10156.1 100 118 0 0 1 118 1 118 1.81e-82 235 RYE23003.1 RYE23003.1 100 307 0 0 1 307 1 307 8.52e-224 608 MBR0338720.1 MBR0338720.1 100 204 0 0 1 204 1 204 1.63e-147 406 MBF1375496.1 MBF1375496.1 100 1151 0 0 1 1151 1 1151 0.0 2221 KAJ8358812.1 KAJ8358812.1 100 948 0 0 1 948 1 948 0.0 1709 MBQ8641985.1 MBQ8641985.1 100 100 0 0 1 100 1 100 4.63e-72 207 XP_051592778.1 XP_051592778.1 100 358 0 0 1 358 1 358 2.00e-234 639 CAB1415528.1 CAB1415528.1 100 113 0 0 1 113 1 113 7.24e-73 210 WP_168166755.1 WP_168166755.1 100 235 0 0 1 235 1 235 1.49e-172 472 WP_168166755.1 WP_281498184.1 41.4 58 32 1 49 104 367 424 4.41e-04 39.3 WP_007993424.1 WP_007993424.1 100 84 0 0 1 84 1 84 1.73e-53 159 WP_007993424.1 WP_187029467.1 38.7 62 38 0 23 84 25 86 2.15e-10 50.4 MCM3872453.1 MCM3872453.1 100 74 0 0 1 74 1 74 7.47e-57 167 WP_098279309.1 WP_098279309.1 100 537 0 0 1 537 1 537 0.0 1072 WP_098279309.1 WP_068051662.1 42.3 532 293 7 2 527 5 528 2.30e-144 425 WP_098279309.1 TMQ04701.1 23.8 320 182 9 151 427 592 892 3.26e-17 83.6 AXB40829.1 AXB40829.1 100 350 0 0 1 350 1 350 8.33e-264 712 AXB40829.1 ADJ57888.1 73.0 344 93 0 1 344 2 345 2.49e-202 558 AXB40829.1 UNP33456.1 73.1 301 81 0 2 302 11 311 4.03e-170 474 AXB40829.1 BAI82636.1 68.0 206 66 0 63 268 1 206 1.82e-107 311 AXB40829.1 QYT38722.1 38.0 266 151 4 30 284 1 263 5.64e-56 182 XP_021507806.1 XP_021507806.1 100 1911 0 0 1 1911 1 1911 0.0 3462 XP_021507806.1 XP_005573423.1 72.1 2015 427 11 4 1911 2 1988 0.0 2566 XP_021507806.1 XP_048264533.1 48.3 1836 745 43 14 1720 16 1775 0.0 1257 XP_021507806.1 XP_042771424.1 24.6 1806 1084 47 119 1726 71 1796 1.36e-85 311 WP_092081374.1 WP_092081374.1 100 779 0 0 1 779 1 779 0.0 1439 WP_092081374.1 WP_231355705.1 61.8 740 279 2 4 743 3 738 8.19e-315 877 WP_092081374.1 PJJ44766.1 56.6 751 311 5 1 743 37 780 2.06e-285 804 WP_092081374.1 WP_206581849.1 43.0 760 378 8 4 720 3 750 1.72e-184 544 WP_092081374.1 NLZ92879.1 40.0 70 41 1 651 720 6 74 4.05e-09 53.9 WP_014772780.1 WP_014772780.1 100 720 0 0 1 720 1 720 0.0 1402 WP_014772780.1 MBP1765367.1 54.0 476 213 3 31 502 4 477 5.96e-180 520 WP_065766477.1 WP_065766477.1 100 473 0 0 1 473 1 473 0.0 937 WP_065766477.1 MBQ0048698.1 28.1 167 109 4 261 424 160 318 8.29e-09 55.5 AVO23223.1 AVO23223.1 100 68 0 0 1 68 1 68 4.80e-46 139 AVO23223.1 UFH83377.1 61.2 67 25 1 1 66 442 508 8.09e-20 79.3 WP_251231146.1 WP_251231146.1 100 233 0 0 1 233 1 233 2.25e-157 434 MBC7140825.1 MBC7140825.1 100 106 0 0 1 106 1 106 1.83e-74 214 WP_090378310.1 WP_090378310.1 100 469 0 0 1 469 1 469 0.0 872 XP_013258388.1 XP_013258388.1 100 686 0 0 1 686 1 686 0.0 1337 XP_013258388.1 CAF3478760.1 46.9 475 251 1 154 627 28 502 2.63e-155 457 WP_192106836.1 WP_192106836.1 100 292 0 0 1 292 1 292 8.77e-214 581 WP_192106836.1 WP_176958177.1 43.9 285 159 1 1 285 1 284 2.89e-81 246 WP_192106836.1 WP_278888642.1 37.7 273 169 1 1 272 5 277 1.03e-54 177 WP_192106836.1 AIA18772.1 46.1 154 82 1 1 153 1 154 2.22e-41 139 EIX9307167.1 EIX9307167.1 100 307 0 0 1 307 1 307 7.51e-218 593 EIX9307167.1 WP_230796143.1 36.0 272 171 2 11 282 1 269 8.74e-50 166 EIX9307167.1 WP_131914061.1 26.3 190 140 0 11 200 3 192 6.74e-19 83.6 NJL74459.1 NJL74459.1 100 177 0 0 1 177 1 177 5.15e-115 322 USR14792.1 USR14792.1 100 4402 0 0 1 4402 1 4402 0.0 8651 USR14792.1 UPP41269.1 99.9 4402 5 0 1 4402 1 4402 0.0 8640 USR14792.1 URQ55824.1 99.9 4398 4 0 1 4398 1 4398 0.0 8634 USR14792.1 UZO53924.1 99.9 4398 5 0 1 4398 1 4398 0.0 8633 USR14792.1 UVB16817.1 99.9 4398 5 0 1 4398 1 4398 0.0 8631 USR14792.1 QXR94354.1 99.6 4402 16 0 1 4402 1 4402 0.0 8616 USR14792.1 ULA23837.2 99.6 4402 16 1 1 4402 1 4401 0.0 8615 USR14792.1 QTM79632.1 99.6 4402 19 0 1 4402 1 4402 0.0 8615 USR14792.1 QTD03487.1 99.6 4405 16 1 1 4402 1 4405 0.0 8615 USR14792.1 UIR12670.1 99.7 4398 14 1 1 4398 1 4397 0.0 8613 USR14792.1 UXH94526.1 99.6 4402 17 1 1 4402 1 4401 0.0 8611 USR14792.1 QTZ27226.1 99.5 4402 21 0 1 4402 1 4402 0.0 8610 USR14792.1 QVD87869.1 99.7 4398 15 0 1 4398 1 4398 0.0 8610 USR14792.1 QWC83326.1 99.6 4401 13 1 1 4398 1 4401 0.0 8609 USR14792.1 QSZ25555.1 99.6 4401 15 1 1 4398 1 4401 0.0 8607 USR14792.1 UFM00670.1 99.5 4405 19 1 1 4402 1 4405 0.0 8605 USR14792.1 WEU87158.1 99.6 4401 15 1 1 4398 1 4401 0.0 8604 USR14792.1 UEC68750.1 99.5 4405 19 1 1 4402 1 4405 0.0 8603 USR14792.1 UBP50947.1 99.6 4401 16 1 1 4398 1 4401 0.0 8602 USR14792.1 QZU16279.1 99.6 4401 16 1 1 4398 1 4401 0.0 8602 USR14792.1 UPA83906.1 99.6 4398 18 1 1 4398 1 4397 0.0 8602 USR14792.1 UBD95131.1 99.6 4401 16 1 1 4398 1 4401 0.0 8601 USR14792.1 UMF87224.1 99.1 4398 38 1 1 4398 1 4397 0.0 8600 USR14792.1 UHM53165.1 99.5 4405 19 1 1 4402 1 4405 0.0 8600 USR14792.1 UFM02602.1 99.5 4405 19 1 1 4402 1 4405 0.0 8600 WP_274124432.1 WP_274124432.1 100 310 0 0 1 310 1 310 5.48e-217 591 XP_008080365.1 XP_008080365.1 100 629 0 0 1 629 1 629 0.0 1285 XP_008080365.1 WP_257691625.1 45.1 559 284 8 76 626 1 544 3.49e-158 464 MCR5546513.1 MCR5546513.1 100 389 0 0 1 389 1 389 2.00e-293 791 WP_206548446.1 WP_206548446.1 100 494 0 0 1 494 1 494 0.0 956 WP_206548446.1 NOY97419.1 22.2 490 307 20 25 482 3 450 1.06e-19 90.9 YP_009340709.1 YP_009340709.1 100 228 0 0 1 228 1 228 1.74e-163 449 YP_009340709.1 AWQ28479.1 53.2 222 104 0 1 222 1 222 2.40e-87 256 HEC61404.1 HEC61404.1 100 165 0 0 1 165 1 165 1.98e-104 294 NWU63809.1 NWU63809.1 100 376 0 0 1 376 1 376 2.01e-275 744 MBU2720902.1 MBU2720902.1 100 429 0 0 1 429 1 429 7.31e-314 846 MBI2666778.1 MBI2666778.1 100 79 0 0 1 79 1 79 4.05e-52 155 WP_154503573.1 WP_154503573.1 100 525 0 0 1 525 1 525 0.0 1002 WP_154503573.1 MCQ2617452.1 46.7 120 56 3 1 120 1 112 3.58e-16 79.3 MCH61727.1 MCH61727.1 100 129 0 0 1 129 1 129 3.64e-94 265 MCH61727.1 AAX49003.1 96.6 59 2 0 71 129 1 59 4.82e-38 122 WP_035102910.1 WP_035102910.1 100 269 0 0 1 269 1 269 2.49e-197 538 WP_035102910.1 WP_233281725.1 33.3 243 122 6 27 264 2 209 1.23e-28 107 WP_035102910.1 MCO5064371.1 26.3 236 149 3 27 259 50 263 1.20e-12 64.7 MBR4902600.1 MBR4902600.1 100 406 0 0 1 406 1 406 1.07e-317 853 HAB03480.1 HAB03480.1 100 1098 0 0 1 1098 1 1098 0.0 2166 HAB03480.1 CKF71070.1 35.3 590 361 8 510 1091 170 746 2.43e-103 340 HAB03480.1 WP_230171322.1 36.4 574 331 11 521 1083 464 1014 5.62e-98 333 HAB03480.1 WP_018646673.1 33.6 482 308 6 616 1093 478 951 4.08e-83 289 HAB03480.1 MBF0143407.1 35.0 428 269 3 656 1082 633 1052 1.13e-67 246 HAB03480.1 WP_126679569.1 30.8 584 377 12 518 1086 226 797 3.23e-65 235 HAB03480.1 WP_159812831.1 37.0 281 152 7 550 817 131 399 5.41e-35 137 HAB03480.1 HCN71343.1 42.9 133 71 1 688 820 2 129 2.01e-26 103 HAB03480.1 MBI5333464.1 36.6 216 119 6 621 826 183 390 1.02e-23 103 HAB03480.1 WP_000484099.1 31.1 209 136 3 619 826 167 368 1.55e-21 96.3 HAB03480.1 WP_145544593.1 37.8 180 99 6 647 826 352 518 3.97e-18 87.4 HAB03480.1 WP_107169208.1 37.0 135 71 5 694 824 236 360 4.15e-16 79.7 HAB03480.1 WP_078732502.1 29.4 136 92 2 151 284 135 268 7.45e-12 67.4 WP_193655704.1 WP_193655704.1 100 248 0 0 1 248 1 248 5.84e-181 494 WP_032677416.1 WP_032677416.1 100 501 0 0 1 501 1 501 0.0 1004 WP_032677416.1 MBT4160670.1 25.9 313 193 10 171 475 6 287 5.70e-22 95.9 WP_032677416.1 WP_094151267.1 27.1 181 124 4 173 351 51 225 1.93e-12 67.4 MCS6996891.1 MCS6996891.1 100 396 0 0 1 396 1 396 2.11e-278 753 MCS6996891.1 WP_055759832.1 40.2 281 147 6 118 387 162 432 1.93e-47 166 MCS6996891.1 WP_041723747.1 39.1 233 134 5 118 347 46 273 2.52e-42 149 MCS6996891.1 MBF0357294.1 35.2 250 155 4 67 312 111 357 1.48e-35 136 EHZ4862226.1 EHZ4862226.1 100 1246 0 0 1 1246 1 1246 0.0 2612 EHZ4862226.1 EEW1536683.1 90.5 1246 118 0 1 1246 1 1246 0.0 2407 WP_159812831.1 WP_159812831.1 100 422 0 0 1 422 1 422 1.03e-289 784 WP_159812831.1 CKF71070.1 45.7 164 88 1 236 399 313 475 5.70e-34 132 WP_159812831.1 HAB03480.1 45.7 175 89 2 234 403 648 821 2.47e-33 131 WP_159812831.1 HCN71343.1 45.5 123 66 1 278 400 6 127 3.08e-28 106 WP_159812831.1 WP_230171322.1 38.0 163 100 1 241 403 598 759 3.05e-25 107 WP_159812831.1 WP_126679569.1 42.0 162 91 3 243 403 370 529 9.27e-23 99.4 WP_159812831.1 GHI39478.1 32.6 221 83 5 243 400 223 440 1.34e-16 79.7 MBP5726154.1 MBP5726154.1 100 237 0 0 1 237 1 237 4.64e-177 484 MBP5726154.1 OLA08565.1 53.6 237 108 2 1 237 1 235 2.00e-90 265 MBP5726154.1 KAI0095213.1 30.1 153 78 5 3 130 7 155 6.39e-11 59.3 MCE1252202.1 MCE1252202.1 100 532 0 0 1 532 1 532 0.0 1065 MCE1252202.1 WP_208504450.1 51.9 530 249 3 8 532 4 532 1.17e-177 509 MCE1252202.1 WP_087759142.1 21.6 384 244 15 17 380 5 351 1.24e-06 49.3 WP_069083484.1 WP_069083484.1 100 305 0 0 1 305 1 305 6.16e-216 588 WP_069083484.1 WP_062640876.1 31.7 303 190 3 6 300 3 296 2.44e-37 133 WP_158687193.1 WP_158687193.1 100 51 0 0 1 51 1 51 2.45e-34 108 WP_265775712.1 WP_265775712.1 100 209 0 0 1 209 1 209 1.39e-155 427 WP_265775712.1 WP_159117211.1 39.6 197 109 2 16 205 27 220 4.47e-49 158 KAG4938299.1 KAG4938299.1 100 338 0 0 1 338 1 338 1.06e-189 524 MCK6622141.1 MCK6622141.1 100 1218 0 0 1 1218 1 1218 0.0 2436 MCK6622141.1 MBK8382708.1 44.6 101 44 2 1125 1218 163 258 1.70e-18 85.1 UQT49937.1 UQT49937.1 100 58 0 0 1 58 1 58 8.52e-38 117 XP_049766603.1 XP_049766603.1 100 442 0 0 1 442 1 442 2.44e-298 817 WP_180076776.1 WP_180076776.1 100 209 0 0 1 209 1 209 1.14e-145 402 MCH2675159.1 MCH2675159.1 100 210 0 0 1 210 1 210 1.06e-155 427 WP_067123247.1 WP_067123247.1 100 400 0 0 1 400 1 400 1.19e-286 775 WP_184601943.1 WP_184601943.1 100 838 0 0 1 838 1 838 0.0 1627 WP_184601943.1 WP_000576638.1 45.7 771 408 4 41 801 35 804 5.91e-226 655 MCK5309055.1 MCK5309055.1 100 444 0 0 1 444 1 444 0.0 891 EIJ1046776.1 EIJ1046776.1 100 485 0 0 1 485 1 485 0.0 967 EIJ1046776.1 MBF1583063.1 41.9 480 274 3 6 482 5 482 3.26e-120 359 XP_044919701.1 XP_044919701.1 100 4396 0 0 1 4396 1 4396 0.0 8536 GIV84289.1 GIV84289.1 100 229 0 0 1 229 1 229 2.38e-166 456 GIV84289.1 WP_012236017.1 30.3 185 110 7 42 213 366 544 5.82e-14 68.9 MCB0346442.1 MCB0346442.1 100 79 0 0 1 79 1 79 1.94e-50 151 MBQ2465495.1 MBQ2465495.1 100 530 0 0 1 530 1 530 2.38e-299 818 AHN95135.1 AHN95135.1 100 127 0 0 1 127 1 127 2.48e-91 258 UOA67814.1 UOA67814.1 100 94 0 0 1 94 1 94 6.31e-65 189 UOA67814.1 YP_009745171.1 59.6 94 36 1 1 94 1 92 2.78e-36 116 XP_030087828.2 XP_030087828.2 100 777 0 0 1 777 1 777 0.0 1349 XP_030087828.2 KAG5994228.1 31.2 597 365 9 78 634 160 750 1.13e-67 238 MBR5943268.1 MBR5943268.1 100 177 0 0 1 177 1 177 6.80e-120 334 TND09120.1 TND09120.1 100 121 0 0 1 121 1 121 1.65e-75 218 WP_017549704.1 WP_017549704.1 100 233 0 0 1 233 1 233 3.11e-164 451 WP_225225222.1 WP_225225222.1 100 210 0 0 1 210 1 210 2.77e-142 394 WP_016360879.1 WP_016360879.1 100 512 0 0 1 512 1 512 0.0 1105 WP_278489123.1 WP_278489123.1 100 283 0 0 1 283 1 283 4.82e-202 551 WP_278489123.1 WP_197521413.1 35.1 268 144 5 27 277 21 275 3.72e-36 129 WP_278489123.1 WP_109219819.1 34.5 220 133 4 25 240 30 242 2.75e-31 118 WP_278489123.1 WP_237907640.1 32.6 230 150 3 31 259 22 247 1.01e-27 108 WP_278489123.1 WP_215557653.1 31.6 228 149 4 3 227 1 224 5.26e-26 101 WP_278489123.1 WP_060613079.1 32.6 224 132 6 24 237 355 569 5.85e-25 102 WP_278489123.1 WP_152652784.1 30.0 210 133 4 26 230 19 219 4.38e-24 97.4 WP_278489123.1 WP_107894076.1 30.4 257 143 10 1 234 1 244 2.14e-23 95.9 WP_278489123.1 EHR6291555.1 30.8 221 149 3 16 236 333 549 1.03e-22 95.9 WP_278489123.1 MBT3459617.1 30.0 220 133 6 28 236 1 210 1.35e-22 91.7 WP_278489123.1 WP_247749043.1 32.5 209 126 5 38 236 384 587 8.85e-22 93.2 WP_278489123.1 WP_142931103.1 29.2 243 143 7 3 238 1 221 1.93e-20 89.0 WP_278489123.1 WP_222599035.1 33.5 215 119 6 33 235 487 689 5.30e-19 85.1 WP_278489123.1 MBQ8297564.1 31.6 228 142 5 26 246 348 568 6.50e-19 84.7 WP_278489123.1 NFD84694.1 27.9 247 163 5 5 246 521 757 6.00e-18 82.0 WP_278489123.1 MBQ4454347.1 27.5 222 141 6 23 234 351 562 3.22e-17 79.7 WP_278489123.1 WP_036258374.1 29.3 208 133 5 28 228 344 544 6.80e-15 72.8 WP_278489123.1 WP_038440434.1 25.8 267 143 9 6 243 335 575 4.07e-14 70.5 NQY08093.1 NQY08093.1 100 95 0 0 1 95 1 95 7.07e-33 108 MBS3611729.1 MBS3611729.1 100 104 0 0 1 104 1 104 1.78e-71 206 MCP4111938.1 MCP4111938.1 100 77 0 0 1 77 1 77 1.62e-48 146 WP_000989932.1 WP_000989932.1 100 199 0 0 1 199 1 199 1.50e-136 378 WP_225123293.1 WP_225123293.1 100 203 0 0 1 203 1 203 6.18e-156 427 MBM3947147.1 MBM3947147.1 100 77 0 0 1 77 1 77 1.41e-60 176 WP_072694527.1 WP_072694527.1 100 376 0 0 1 376 1 376 5.76e-275 743 WP_072694527.1 MBR0212985.1 38.5 65 34 2 172 234 9 69 1.46e-04 41.2 EFE8261313.1 EFE8261313.1 100 813 0 0 1 813 1 813 0.0 1555 EFE8261313.1 ECU3870451.1 45.1 463 144 10 57 490 50 431 9.08e-100 330 KIR59352.1 KIR59352.1 100 432 0 0 1 432 1 432 8.33e-301 813 KAJ5238469.1 KAJ5238469.1 100 497 0 0 1 497 1 497 0.0 911 OGR49074.1 OGR49074.1 100 209 0 0 1 209 1 209 8.01e-146 402 OGR49074.1 WP_223329113.1 48.3 205 105 1 5 208 4 208 3.29e-63 193 CAG0273471.1 CAG0273471.1 100 212 0 0 1 212 1 212 7.39e-148 408 CAG0273471.1 EFB3581025.1 51.7 209 99 2 1 208 30 237 1.08e-69 211 CAG0273471.1 WP_250376457.1 32.8 189 115 2 5 181 25 213 2.20e-29 107 MBB1053783.1 MBB1053783.1 100 195 0 0 1 195 1 195 4.51e-136 377 WP_018160716.1 WP_018160716.1 100 206 0 0 1 206 1 206 3.71e-154 423 MBC7426139.1 MBC7426139.1 100 151 0 0 1 151 1 151 8.39e-106 296 WP_264507413.1 WP_264507413.1 100 70 0 0 1 70 1 70 2.64e-44 135 MBP1312051.1 MBP1312051.1 100 104 0 0 1 104 1 104 1.58e-74 214 VAI85984.1 VAI85984.1 100 1085 0 0 1 1085 1 1085 0.0 1974 VAI85984.1 XP_028766233.1 47.2 318 141 4 70 371 5 311 4.32e-83 284 WP_270570428.1 WP_270570428.1 100 512 0 0 1 512 1 512 0.0 1016 WP_270570428.1 WP_018187484.1 29.8 476 281 10 7 468 26 462 6.37e-64 214 WP_270570428.1 WP_233737742.1 27.4 588 317 14 6 511 17 576 5.26e-62 211 WP_270570428.1 QLP56207.1 28.2 461 283 7 5 456 11 432 5.26e-52 182 WP_270570428.1 WP_232790853.1 25.6 476 292 14 7 452 11 454 7.06e-32 126 QIX02502.1 QIX02502.1 100 256 0 0 1 256 1 256 1.87e-181 496 RKF23984.1 RKF23984.1 100 308 0 0 1 308 1 308 7.39e-182 502 KAJ0024505.1 KAJ0024505.1 100 123 0 0 1 123 1 123 9.49e-85 241 DAP78583.1 DAP78583.1 100 261 0 0 1 261 1 261 1.48e-185 507 XP_054751877.1 XP_054751877.1 100 663 0 0 1 663 1 663 0.0 1120 XP_054751877.1 XP_035812514.1 55.1 681 191 10 8 661 35 627 3.72e-222 631 KAG5001697.1 KAG5001697.1 100 259 0 0 1 259 1 259 1.01e-191 523 WP_282969582.1 WP_282969582.1 100 242 0 0 1 242 1 242 1.82e-181 495 GFV58109.1 GFV58109.1 100 101 0 0 1 101 1 101 1.87e-76 218 GFV58109.1 GFV68115.1 54.2 48 20 1 29 76 160 205 1.97e-10 53.5 WP_098137943.1 WP_098137943.1 100 302 0 0 1 302 1 302 1.21e-225 612 WP_105371864.1 WP_105371864.1 100 253 0 0 1 253 1 253 1.53e-174 479 QJA13926.1 QJA13926.1 100 54 0 0 1 54 1 54 1.18e-31 102 HCN70936.1 HCN70936.1 100 388 0 0 1 388 1 388 1.21e-257 700 WP_099639594.1 WP_099639594.1 100 125 0 0 1 125 1 125 9.80e-88 249 WP_096647361.1 WP_096647361.1 100 1048 0 0 1 1048 1 1048 0.0 1962 WP_096647361.1 WP_039608285.1 26.7 1037 725 16 5 1036 3 1009 7.16e-97 328 WP_096647361.1 WP_133325549.1 26.5 1060 710 20 6 1046 4 1013 5.26e-86 298 WP_096647361.1 WP_265225845.1 26.1 1061 725 19 10 1029 8 1050 3.15e-79 279 WP_096647361.1 WP_154963182.1 23.9 1057 713 28 10 1030 8 1009 5.35e-40 159 WP_096647361.1 MBT8462299.1 29.9 211 128 3 854 1044 1 211 4.71e-15 74.3 KAH7160752.1 KAH7160752.1 100 2016 0 0 1 2016 1 2016 0.0 3719 CAA2616064.1 CAA2616064.1 100 161 0 0 1 161 1 161 1.84e-98 279 WP_013571875.1 WP_013571875.1 100 482 0 0 1 482 1 482 0.0 970 WP_013571875.1 WP_057479385.1 49.0 467 234 4 5 470 13 476 6.40e-152 440 WP_013571875.1 WP_046325749.1 44.2 464 247 4 6 468 5 457 3.01e-131 386 WP_013571875.1 WP_208427233.1 38.0 295 160 8 5 294 3 279 7.85e-50 171 THZ10219.1 THZ10219.1 100 175 0 0 1 175 1 175 8.30e-120 334 WP_273946616.1 WP_273946616.1 100 362 0 0 1 362 1 362 3.58e-271 732 MCI7704736.1 MCI7704736.1 100 293 0 0 1 293 1 293 4.36e-194 531 MCI7704736.1 WP_152046331.1 39.7 267 160 1 24 290 23 288 3.86e-54 176 MCI7704736.1 WP_184130797.1 41.0 222 124 2 73 287 148 369 6.20e-53 175 MCI7704736.1 EGY4555186.1 40.7 273 156 1 25 291 27 299 1.06e-52 172 MCI7704736.1 WP_150461480.1 41.2 250 145 2 34 283 29 276 1.04e-48 162 MCI7704736.1 WP_073936403.1 32.0 269 179 1 24 288 32 300 1.91e-40 141 WP_063505693.1 WP_063505693.1 100 164 0 0 1 164 1 164 8.80e-112 313 WP_063505693.1 HCM9096811.1 68.6 156 49 0 7 162 8 163 5.17e-66 197 WP_063505693.1 MCI6491833.1 46.7 150 77 2 9 158 5 151 5.16e-36 121 OQP53277.1 OQP53277.1 100 74 0 0 1 74 1 74 5.53e-50 149 KAJ7660540.1 KAJ7660540.1 100 171 0 0 1 171 1 171 4.31e-120 334 XP_049776195.1 XP_049776195.1 100 948 0 0 1 948 1 948 0.0 1620 WP_235374454.1 WP_235374454.1 100 1049 0 0 1 1049 1 1049 0.0 2113 MBU4557481.1 MBU4557481.1 100 243 0 0 1 243 1 243 1.97e-156 432 WP_152718850.1 WP_152718850.1 100 1137 0 0 1 1137 1 1137 0.0 2303 CCD45280.1 CCD45280.1 100 511 0 0 1 511 1 511 0.0 1060 MCB2198743.1 MCB2198743.1 100 387 0 0 1 387 1 387 3.85e-290 782 WP_032993387.1 WP_032993387.1 100 476 0 0 1 476 1 476 0.0 942 WP_208665977.1 WP_208665977.1 100 1166 0 0 1 1166 1 1166 0.0 2268 WP_208665977.1 WP_274910452.1 24.9 1086 708 26 115 1166 80 1091 1.82e-84 296 WP_104329329.1 WP_104329329.1 100 342 0 0 1 342 1 342 3.06e-246 667 WP_252264110.1 WP_252264110.1 100 181 0 0 1 181 1 181 9.32e-138 380 WP_252264110.1 ACA34490.1 38.8 170 104 0 4 173 259 428 1.42e-34 125 UCF22071.1 UCF22071.1 100 377 0 0 1 377 1 377 1.35e-269 729 WP_276234417.1 WP_276234417.1 100 569 0 0 1 569 1 569 0.0 1122 WP_210363492.1 WP_210363492.1 100 288 0 0 1 288 1 288 4.66e-207 564 HJC81763.1 HJC81763.1 100 474 0 0 1 474 1 474 0.0 986 HJC81763.1 WP_131055803.1 39.3 481 258 11 4 468 5 467 1.58e-109 331 MBQ9697149.1 MBQ9697149.1 100 358 0 0 1 358 1 358 1.41e-250 680 MBQ9697149.1 WP_236777269.1 26.1 356 210 8 45 352 44 394 1.49e-21 93.2 WP_135952734.1 WP_135952734.1 100 427 0 0 1 427 1 427 4.60e-320 861 WP_135952734.1 WP_250703775.1 23.7 427 264 14 7 414 7 390 3.85e-16 78.2 WP_121369366.1 WP_121369366.1 100 153 0 0 1 153 1 153 3.14e-102 288 RHQ28634.1 RHQ28634.1 100 1389 0 0 1 1389 1 1389 0.0 2542 XP_052906513.1 XP_052906513.1 100 288 0 0 1 288 1 288 3.46e-218 592 ONM12286.1 ONM12286.1 100 331 0 0 1 331 1 331 2.34e-249 674 RIK81456.1 RIK81456.1 100 759 0 0 1 759 1 759 0.0 1555 AFP41217.1 AFP41217.1 100 220 0 0 1 220 1 220 1.80e-120 339 SQC43367.1 SQC43367.1 100 92 0 0 1 92 1 92 2.60e-63 184 ACY29573.1 ACY29573.1 100 435 0 0 1 435 1 435 0.0 895 ACY29573.1 AFV39595.1 91.3 435 38 0 1 435 54 488 1.75e-300 835 ACY29573.1 AFJ09957.1 92.0 413 33 0 1 413 1 413 6.65e-294 795 ACY29573.1 QWY38042.1 90.8 400 37 0 1 400 1 400 1.55e-282 766 ACY29573.1 ACH90072.1 91.8 352 29 0 1 352 29 380 2.92e-250 683 ACY29573.1 BAO23243.1 91.3 343 30 0 1 343 1 343 1.05e-243 665 ACY29573.1 BAO11608.1 92.6 339 25 0 1 339 1 339 1.83e-243 664 ACY29573.1 AVA00513.1 91.2 339 30 0 1 339 1 339 3.36e-239 654 ACY29573.1 AOW36968.1 88.6 333 38 0 17 349 1 333 6.08e-229 627 ACY29573.1 AOW33101.1 92.8 318 23 0 17 334 1 318 1.35e-226 621 ACY29573.1 ACV16867.1 93.0 301 21 0 100 400 1 301 4.42e-214 588 ACY29573.1 ARR91819.1 85.3 306 44 1 1 305 1 306 2.25e-192 534 ACY29573.1 ADB27070.1 92.4 210 16 0 137 346 1 210 2.53e-146 413 ACY29573.1 ABJ92889.1 77.1 96 22 0 4 99 1 96 1.01e-53 172 WP_096277301.1 WP_096277301.1 100 461 0 0 1 461 1 461 0.0 890 WP_096277301.1 WP_160762600.1 29.5 444 277 13 30 460 46 466 5.76e-48 169 WP_096277301.1 MBW7885425.1 30.9 437 284 11 29 459 36 460 1.61e-47 169 WP_096277301.1 MBT3931813.1 34.7 193 117 3 276 460 10 201 1.69e-29 112 MCD8323718.1 MCD8323718.1 100 256 0 0 1 256 1 256 2.28e-182 499 MBE6889650.1 MBE6889650.1 100 230 0 0 1 230 1 230 1.21e-155 429 WP_099922565.1 WP_099922565.1 100 287 0 0 1 287 1 287 2.99e-198 541 WP_102140144.1 WP_102140144.1 100 279 0 0 1 279 1 279 1.07e-212 577 MCB0174630.1 MCB0174630.1 100 516 0 0 1 516 1 516 0.0 993 MCB0174630.1 MCE0539567.1 32.5 228 119 3 301 494 169 395 1.44e-18 86.3 XP_021727484.1 XP_021727484.1 100 335 0 0 1 335 1 335 8.78e-247 668 XP_021727484.1 KAJ1283197.1 38.2 306 179 3 35 334 42 343 6.27e-63 202 MBR1383934.1 MBR1383934.1 100 230 0 0 1 230 1 230 4.44e-167 458 MCF8391604.1 MCF8391604.1 100 442 0 0 1 442 1 442 0.0 873 MCF8391604.1 WP_244349102.1 44.4 486 219 7 1 436 1 485 1.59e-126 374 XP_033082621.1 XP_033082621.1 100 320 0 0 1 320 1 320 2.03e-233 633 SHM84371.1 SHM84371.1 100 522 0 0 1 522 1 522 0.0 1019 KAB2860347.1 KAB2860347.1 100 117 0 0 1 117 1 117 1.49e-76 220 KAB2860347.1 AHG02917.1 47.0 117 62 0 1 117 195 311 1.31e-29 106 KAB2860347.1 MBX7055839.1 49.1 116 58 1 1 115 209 324 6.36e-28 102 KAB2860347.1 KAB2647529.1 42.7 117 67 0 1 117 188 304 1.23e-27 101 KAB2860347.1 MBE7554905.1 46.1 115 62 0 1 115 221 335 2.98e-26 98.2 KAB2860347.1 MBB3097508.1 40.2 117 70 0 1 117 181 297 4.72e-25 94.4 KAB2860347.1 WP_149656427.1 40.9 115 68 0 1 115 209 323 1.95e-23 90.5 KAB2860347.1 WP_239280620.1 41.2 114 67 0 1 114 204 317 2.62e-23 90.1 KAH9439214.1 KAH9439214.1 100 1246 0 0 1 1246 1 1246 0.0 2160 CAA9477187.1 CAA9477187.1 100 84 0 0 1 84 1 84 1.87e-39 124 TMQ35121.1 TMQ35121.1 100 70 0 0 1 70 1 70 7.30e-42 129 MBV8739832.1 MBV8739832.1 100 77 0 0 1 77 1 77 3.97e-49 147 WP_165801127.1 WP_165801127.1 100 88 0 0 1 88 1 88 3.79e-61 179 WP_114947928.1 WP_114947928.1 100 464 0 0 1 464 1 464 0.0 869 WP_114947928.1 TVO55343.1 48.1 424 209 3 12 427 33 453 1.50e-112 339 WP_114947928.1 NCS37471.1 29.2 411 255 13 30 419 35 430 2.63e-26 110 WP_114947928.1 MBN1133474.1 27.3 432 274 12 4 415 9 420 3.40e-22 97.8 WP_114947928.1 WP_108596398.1 25.3 407 262 11 20 408 31 413 3.29e-09 57.0 WP_114947928.1 KAI1051942.1 22.1 348 200 11 120 410 338 671 5.46e-07 50.4 CAE6513018.1 CAE6513018.1 100 878 0 0 1 878 1 878 0.0 1702 WP_279059865.1 WP_279059865.1 100 1108 0 0 1 1108 1 1108 0.0 2172 WP_279059865.1 NTZ64221.1 40.6 1091 594 15 34 1078 28 1110 3.32e-246 728 WP_279059865.1 MCM8621761.1 34.3 1092 639 31 34 1075 50 1113 1.69e-149 475 WP_010299410.1 WP_010299410.1 100 56 0 0 1 56 1 56 2.56e-37 118 MXS72767.1 MXS72767.1 100 865 0 0 1 865 1 865 0.0 1730 MXS72767.1 WP_129053209.1 29.9 894 541 29 15 865 7 857 2.98e-95 316 MCI9320818.1 MCI9320818.1 100 207 0 0 1 207 1 207 7.76e-152 417 MCI9320818.1 WP_079396843.1 41.5 200 115 2 1 199 1 199 8.14e-54 169 MCI9320818.1 MBD5153813.1 47.1 204 100 4 1 198 1 202 2.61e-53 168 MCI9320818.1 WP_197744369.1 42.9 203 110 3 2 199 4 205 3.56e-52 165 MBK6509184.1 MBK6509184.1 100 590 0 0 1 590 1 590 0.0 1079 MBK6509184.1 WP_255073759.1 44.2 541 297 3 6 542 8 547 3.79e-140 419 MBK6509184.1 MVA71646.1 39.4 554 327 5 4 552 9 558 1.25e-116 357 HAW15717.1 HAW15717.1 100 947 0 0 1 947 1 947 0.0 1699 QGZ94761.1 QGZ94761.1 100 191 0 0 1 191 1 191 2.85e-137 379 WP_031876812.1 WP_031876812.1 100 388 0 0 1 388 1 388 1.28e-284 768 WP_031876812.1 WP_240755700.1 32.1 193 122 8 115 304 114 300 8.47e-09 55.5 CAI2192293.1 CAI2192293.1 100 409 0 0 1 409 1 409 1.03e-248 679 QQR61334.1 QQR61334.1 100 193 0 0 1 193 1 193 1.41e-138 383 CAH3164498.1 CAH3164498.1 100 299 0 0 1 299 1 299 1.86e-223 606 WP_131506707.1 WP_131506707.1 100 731 0 0 1 731 1 731 0.0 1525 WP_229055514.1 WP_229055514.1 100 157 0 0 1 157 1 157 1.13e-115 322 WP_229055514.1 WP_028779961.1 34.7 72 33 1 21 78 21 92 3.58e-11 56.6 WP_229055514.1 MBN1882318.1 25.0 104 75 1 31 134 54 154 5.04e-10 53.9 NLB38271.1 NLB38271.1 100 240 0 0 1 240 1 240 3.12e-172 472 NLB38271.1 WP_278643529.1 36.4 220 137 2 15 233 74 291 2.69e-39 136 NLB38271.1 WP_224045636.1 29.7 232 153 5 2 229 1 226 1.15e-24 96.3 NLB38271.1 WP_177525402.1 30.3 238 144 7 3 232 63 286 4.45e-20 87.0 WP_070443635.1 WP_070443635.1 100 241 0 0 1 241 1 241 3.51e-174 477 WP_070443635.1 WP_210473185.1 39.7 204 113 4 46 241 67 268 4.53e-38 132 WP_015957503.1 WP_015957503.1 100 632 0 0 1 632 1 632 0.0 1248 WP_117183207.1 WP_117183207.1 100 404 0 0 1 404 1 404 4.82e-304 819 WP_117183207.1 WP_223565913.1 47.4 392 198 4 12 398 11 399 2.44e-129 376 WP_199911565.1 WP_199911565.1 100 551 0 0 1 551 1 551 0.0 1132 SON95852.1 SON95852.1 100 72 0 0 1 72 1 72 1.89e-47 143 AAV77137.1 AAV77137.1 100 377 0 0 1 377 1 377 4.58e-277 748 MBU7572244.1 MBU7572244.1 100 161 0 0 1 161 1 161 1.87e-116 324 MBU7572244.1 WP_188888464.1 36.6 71 43 1 61 131 49 117 8.29e-07 45.4 WP_110005820.1 WP_110005820.1 100 174 0 0 1 174 1 174 4.93e-107 301 XP_021713690.1 XP_021713690.1 100 414 0 0 1 414 1 414 5.69e-308 830 OGH56711.1 OGH56711.1 100 364 0 0 1 364 1 364 2.28e-259 702 MBX7055839.1 MBX7055839.1 100 326 0 0 1 326 1 326 2.85e-227 618 MBX7055839.1 AHG02917.1 40.5 321 169 3 8 323 5 308 2.55e-70 219 MBX7055839.1 MBB3097508.1 42.6 265 143 4 62 324 38 295 5.13e-59 190 MBX7055839.1 MBE7554905.1 31.3 348 191 5 8 324 5 335 4.98e-53 176 MBX7055839.1 WP_239280620.1 35.2 304 170 5 29 323 32 317 8.42e-50 167 MBX7055839.1 WP_149656427.1 28.5 330 197 6 17 325 13 324 5.23e-37 133 MBX7055839.1 WP_208042111.1 29.0 300 185 5 35 325 32 312 9.09e-31 116 MBX7055839.1 KAB2860347.1 49.1 116 58 1 209 324 1 115 8.61e-29 105 WP_011965948.1 WP_011965948.1 100 148 0 0 1 148 1 148 9.50e-115 319 WP_240469694.1 WP_240469694.1 100 429 0 0 1 429 1 429 1.37e-318 858 WP_240469694.1 BBC91732.1 25.7 171 119 2 20 184 2 170 3.46e-06 47.4 MBQ4570877.1 MBQ4570877.1 100 937 0 0 1 937 1 937 0.0 1674 XP_007323069.1 XP_007323069.1 100 195 0 0 1 195 1 195 1.40e-139 385 WP_126255586.1 WP_126255586.1 100 202 0 0 1 202 1 202 1.62e-137 381 MBF6603381.1 MBF6603381.1 100 312 0 0 1 312 1 312 4.26e-231 627 MBA3289554.1 MBA3289554.1 100 84 0 0 1 84 1 84 1.08e-56 167 WP_212377792.1 WP_212377792.1 100 144 0 0 1 144 1 144 4.94e-97 274 KAJ0239815.1 KAJ0239815.1 100 398 0 0 1 398 1 398 1.53e-297 802 KFP59321.1 KFP59321.1 100 560 0 0 1 560 1 560 0.0 1098 MCA9949067.1 MCA9949067.1 100 151 0 0 1 151 1 151 1.24e-107 301 WP_229048323.1 WP_229048323.1 100 687 0 0 1 687 1 687 0.0 1385 VAX76432.1 VAX76432.1 100 587 0 0 1 587 1 587 0.0 1144 VAX76432.1 WP_278084771.1 30.2 566 356 13 24 564 223 774 2.62e-56 201 VAX76432.1 PIQ07033.1 25.4 524 348 12 22 535 5 495 4.87e-42 157 VAX76432.1 WP_131284109.1 24.7 441 257 18 165 558 76 488 1.54e-17 84.0 VAX76432.1 MBQ2895174.1 23.6 258 140 6 122 330 179 428 2.08e-11 64.7 WP_138447205.1 WP_138447205.1 100 171 0 0 1 171 1 171 8.08e-125 346 PJC69268.1 PJC69268.1 100 219 0 0 1 219 1 219 8.35e-162 444 WP_094207656.1 WP_094207656.1 100 239 0 0 1 239 1 239 1.33e-177 485 XP_032812066.1 XP_032812066.1 100 243 0 0 1 243 1 243 6.85e-182 496 XP_032812066.1 WP_092156886.1 36.8 155 96 1 9 163 10 162 3.90e-26 99.0 XP_032812066.1 WP_247498151.1 34.8 155 95 3 9 160 16 167 2.94e-17 75.9 MBP3509218.1 MBP3509218.1 100 612 0 0 1 612 1 612 0.0 1225 MBP3509218.1 MBQ2777352.1 57.7 607 256 1 1 607 1 606 4.23e-250 699 MBP3509218.1 NQU26924.1 32.8 472 289 9 137 599 463 915 4.61e-66 232 MBP3509218.1 EHP6050825.1 33.4 428 265 7 127 535 226 652 1.08e-61 214 MBP3509218.1 MCK9987173.1 32.8 491 294 15 132 597 12 491 5.01e-54 192 MBP3509218.1 OQC16336.1 27.6 199 114 7 185 369 420 602 9.14e-11 63.2 XP_005720745.1 XP_005720745.1 100 344 0 0 1 344 1 344 3.62e-255 690 WP_138289979.1 WP_138289979.1 100 616 0 0 1 616 1 616 0.0 1174 WP_138289979.1 WP_274285032.1 49.1 466 231 1 3 468 15 474 5.91e-156 455 KAJ6676972.1 KAJ6676972.1 100 662 0 0 1 662 1 662 0.0 1288 WP_175692337.1 WP_175692337.1 100 355 0 0 1 355 1 355 2.90e-262 709 WP_175692337.1 WP_276533217.1 59.4 330 130 2 21 348 12 339 8.12e-133 407 MBT6370142.1 MBT6370142.1 100 189 0 0 1 189 1 189 9.56e-135 373 KVK44743.1 KVK44743.1 100 64 0 0 1 64 1 64 1.89e-39 122 KVK44743.1 MBE1289959.1 72.1 61 16 1 1 61 4 63 2.11e-23 82.0 WP_271960159.1 WP_271960159.1 100 1016 0 0 1 1016 1 1016 0.0 2089 WP_271960159.1 KAA0234643.1 44.7 972 457 15 60 1016 23 928 1.61e-268 774 WP_072974645.1 WP_072974645.1 100 236 0 0 1 236 1 236 8.31e-175 478 WP_071809692.1 WP_071809692.1 100 157 0 0 1 157 1 157 2.66e-105 296 EGR0469058.1 EGR0469058.1 100 149 0 0 1 149 1 149 8.11e-112 311 WP_199497249.1 WP_199497249.1 100 231 0 0 1 231 1 231 2.98e-161 443 WP_012964108.1 WP_012964108.1 100 240 0 0 1 240 1 240 8.65e-179 488 WP_012964108.1 AWQ28479.1 31.6 174 101 3 69 229 56 224 2.61e-26 100 WP_109900609.1 WP_109900609.1 100 513 0 0 1 513 1 513 0.0 1008 MBU6501496.1 MBU6501496.1 100 499 0 0 1 499 1 499 0.0 942 MBU6501496.1 EIO1807611.1 37.3 501 248 11 6 480 14 474 3.02e-61 207 MBU6501496.1 RGG06187.1 27.3 447 274 10 56 480 44 461 2.91e-24 103 CAD7420625.1 CAD7420625.1 100 173 0 0 1 173 1 173 1.98e-126 350 XP_055449440.1 XP_055449440.1 100 421 0 0 1 421 1 421 0.0 866 GAP70049.1 GAP70049.1 100 270 0 0 1 270 1 270 1.09e-196 536 GAP70049.1 MCM1185292.1 47.2 265 136 1 3 267 9 269 1.60e-82 248 WP_070770047.1 WP_070770047.1 100 1230 0 0 1 1230 1 1230 0.0 2413 WP_070770047.1 WP_156009076.1 63.4 1188 425 5 1 1181 1 1185 0.0 1498 WP_070770047.1 WP_012573472.1 53.3 1186 519 12 6 1173 12 1180 0.0 1231 WP_070770047.1 NJD91181.1 46.3 1113 561 15 83 1171 1 1100 0.0 936 WP_070770047.1 MBE6348968.1 42.7 679 372 10 495 1163 5 676 5.72e-180 544 MBK8529220.1 MBK8529220.1 100 171 0 0 1 171 1 171 6.38e-122 339 WP_239984652.1 WP_239984652.1 100 177 0 0 1 177 1 177 8.97e-125 347 MBR0417215.1 MBR0417215.1 100 181 0 0 1 181 1 181 3.37e-131 363 XP_048264533.1 XP_048264533.1 100 2024 0 0 1 2024 1 2024 0.0 3717 XP_048264533.1 XP_005573423.1 44.9 2016 924 37 16 1968 12 1904 0.0 1396 XP_048264533.1 XP_021507806.1 47.8 1832 760 37 16 1775 14 1720 0.0 1267 XP_048264533.1 XP_042771424.1 24.8 1792 1122 46 188 1833 128 1839 2.44e-95 343 MCD8297279.1 MCD8297279.1 100 946 0 0 1 946 1 946 0.0 1832 MCD8297279.1 WP_237034910.1 26.4 258 164 8 107 343 105 357 1.45e-14 76.6 MCD8297279.1 WP_052125494.1 28.1 199 120 3 107 282 108 306 1.90e-14 76.3 XP_033559743.1 XP_033559743.1 100 224 0 0 1 224 1 224 1.24e-170 466 MBE6139600.1 MBE6139600.1 100 776 0 0 1 776 1 776 0.0 1414 MBE6139600.1 MCL2039304.1 34.2 310 176 6 462 752 6 306 1.76e-36 138 MBE6139600.1 SCX00186.1 28.7 324 184 9 466 756 30 339 2.34e-23 100 MBE6139600.1 WP_131001993.1 26.4 284 195 6 463 739 11 287 4.78e-22 96.3 AEF02257.1 AEF02257.1 100 126 0 0 1 126 1 126 5.23e-88 249 MCL7045034.1 MCL7045034.1 100 151 0 0 1 151 1 151 3.68e-100 282 XP_019019020.1 XP_019019020.1 100 623 0 0 1 623 1 623 0.0 1241 WP_213520007.1 WP_213520007.1 100 302 0 0 1 302 1 302 3.44e-216 588 WP_213520007.1 QUL58516.1 36.7 283 172 6 18 295 1 281 1.18e-54 177 XP_039699416.1 XP_039699416.1 100 373 0 0 1 373 1 373 9.59e-277 747 WP_112530108.1 WP_112530108.1 100 290 0 0 1 290 1 290 8.06e-209 568 XP_045648298.1 XP_045648298.1 100 309 0 0 1 309 1 309 8.53e-225 610 WP_143281017.1 WP_143281017.1 100 157 0 0 1 157 1 157 3.71e-109 306 WP_143281017.1 WP_007404414.1 56.3 144 63 0 13 156 4 147 3.61e-51 164 RYH76248.1 RYH76248.1 100 279 0 0 1 279 1 279 1.38e-199 544 AGB19176.1 AGB19176.1 100 225 0 0 1 225 1 225 5.40e-161 442 KUI47647.1 KUI47647.1 100 73 0 0 1 73 1 73 3.10e-51 152 NWV34805.1 NWV34805.1 100 976 0 0 1 976 1 976 0.0 1951 KEP75282.1 KEP75282.1 100 193 0 0 1 193 1 193 5.50e-136 376 KEP75282.1 MBL7705960.1 53.4 178 83 0 11 188 7 184 1.31e-66 201 WP_266441326.1 WP_266441326.1 100 493 0 0 1 493 1 493 0.0 969 WP_266727676.1 WP_266727676.1 100 450 0 0 1 450 1 450 0.0 928 WP_266727676.1 MBN2399180.1 41.7 403 233 2 32 432 121 523 4.08e-114 345 PPU96251.1 PPU96251.1 100 75 0 0 1 75 1 75 3.32e-47 142 WP_258598016.1 WP_258598016.1 100 321 0 0 1 321 1 321 6.85e-237 642 WP_107021410.1 WP_107021410.1 100 240 0 0 1 240 1 240 3.21e-165 454 MBQ8064675.1 MBQ8064675.1 100 300 0 0 1 300 1 300 5.71e-182 501 WP_087299666.1 WP_087299666.1 100 201 0 0 1 201 1 201 4.89e-152 417 WP_134667128.1 WP_134667128.1 100 74 0 0 1 74 1 74 6.48e-49 147 MBI4875790.1 MBI4875790.1 100 405 0 0 1 405 1 405 1.70e-318 855 MBI4875790.1 ECA9858842.1 30.5 377 232 11 29 394 26 383 2.30e-57 191 WP_196222422.1 WP_196222422.1 100 205 0 0 1 205 1 205 1.62e-143 396 MBT3564223.1 MBT3564223.1 100 572 0 0 1 572 1 572 0.0 1195 SBS78954.1 SBS78954.1 100 111 0 0 1 111 1 111 9.23e-75 215 MBN2371430.1 MBN2371430.1 100 379 0 0 1 379 1 379 3.77e-277 749 WP_219287479.1 WP_219287479.1 100 302 0 0 1 302 1 302 5.31e-220 598 WP_219287479.1 HBX8004802.1 26.3 114 79 3 3 115 13 122 1.89e-05 43.9 WP_175630420.1 WP_175630420.1 100 157 0 0 1 157 1 157 5.18e-112 313 HAA51207.1 HAA51207.1 100 345 0 0 1 345 1 345 4.44e-261 705 XP_001681736.1 XP_001681736.1 100 343 0 0 1 343 1 343 1.27e-259 701 WP_282575598.1 WP_282575598.1 100 241 0 0 1 241 1 241 8.38e-157 433 WP_252418399.1 WP_252418399.1 100 259 0 0 1 259 1 259 6.52e-163 450 UYE59123.1 UYE59123.1 100 416 0 0 1 416 1 416 2.08e-226 624 UYE59123.1 UGY43725.1 81.6 419 74 1 1 416 1 419 1.54e-210 583 UYE59123.1 UBA80202.1 97.1 277 8 0 140 416 143 419 2.91e-165 469 MCO5330244.1 MCO5330244.1 100 428 0 0 1 428 1 428 2.07e-276 751 MCO5330244.1 WP_252541609.1 40.2 122 66 2 306 427 278 392 1.06e-16 79.7 KAI7478392.1 KAI7478392.1 100 165 0 0 1 165 1 165 3.56e-107 301 WP_065888604.1 WP_065888604.1 100 247 0 0 1 247 1 247 4.44e-180 492 WP_065888604.1 WP_099529629.1 43.2 220 122 3 4 221 7 225 1.11e-46 154 WP_277412281.1 WP_277412281.1 100 241 0 0 1 241 1 241 3.81e-178 487 MBR6382124.1 MBR6382124.1 100 178 0 0 1 178 1 178 4.61e-123 342 EER9391136.1 EER9391136.1 100 290 0 0 1 290 1 290 6.35e-206 561 EER9391136.1 EIM4841263.1 41.9 93 54 0 198 290 244 336 1.58e-15 75.1 WP_086711488.1 WP_086711488.1 100 868 0 0 1 868 1 868 0.0 1727 WP_086711488.1 WP_097641037.1 64.3 869 307 2 1 866 1 869 0.0 1128 WP_086711488.1 WP_102477257.1 54.9 867 367 8 6 867 5 852 0.0 932 WP_086711488.1 RWX51021.1 54.2 548 230 6 9 536 8 554 2.95e-198 575 WP_064962354.1 WP_064962354.1 100 454 0 0 1 454 1 454 0.0 884 WP_064962354.1 WP_168945101.1 26.7 367 230 14 1 346 1 349 3.12e-17 82.0 MAD47294.1 MAD47294.1 100 577 0 0 1 577 1 577 0.0 1089 MAD47294.1 WP_274885772.1 34.6 569 313 12 31 554 34 588 3.41e-90 288 NRJ54907.1 NRJ54907.1 100 266 0 0 1 266 1 266 3.55e-175 481 NRJ54907.1 MCB3018266.1 97.8 267 5 1 1 266 1 267 2.77e-170 469 WP_062336768.1 WP_062336768.1 100 186 0 0 1 186 1 186 1.71e-122 342 WP_062336768.1 UJW35797.1 40.0 60 36 0 18 77 18 77 5.73e-07 46.2 KAF9035758.1 KAF9035758.1 100 425 0 0 1 425 1 425 2.67e-298 806 MSW56406.1 MSW56406.1 100 68 0 0 1 68 1 68 1.82e-41 127 MCC6537716.1 MCC6537716.1 100 200 0 0 1 200 1 200 3.69e-117 329 WP_277778661.1 WP_277778661.1 100 115 0 0 1 115 1 115 2.06e-82 234 WP_262615610.1 WP_262615610.1 100 286 0 0 1 286 1 286 3.05e-211 574 WP_135771669.1 WP_135771669.1 100 414 0 0 1 414 1 414 1.93e-315 848 CDX53829.1 CDX53829.1 100 278 0 0 1 278 1 278 7.09e-197 537 TXH71851.1 TXH71851.1 100 37 0 0 1 37 1 37 5.72e-23 79.0 XP_055095726.1 XP_055095726.1 100 660 0 0 1 660 1 660 0.0 1199 XP_055095726.1 RSL59427.1 31.1 395 197 9 209 603 86 405 9.72e-42 156 XP_055095726.1 CZT45482.1 27.1 436 225 11 195 603 98 467 1.07e-25 111 XP_055095726.1 XP_023589550.1 27.0 370 205 8 237 603 135 442 5.15e-24 105 XP_055095726.1 GEU53557.1 26.6 380 208 12 237 609 135 450 6.65e-24 104 WP_209402264.1 WP_209402264.1 100 237 0 0 1 237 1 237 2.30e-177 484 MBK6277277.1 MBK6277277.1 100 179 0 0 1 179 1 179 2.88e-122 340 WP_064229784.1 WP_064229784.1 100 211 0 0 1 211 1 211 5.91e-158 433 WP_271272236.1 WP_271272236.1 100 386 0 0 1 386 1 386 1.06e-291 786 WP_271272236.1 WP_224014827.1 44.9 374 204 2 9 382 15 386 2.67e-105 314 WP_271272236.1 WP_130670507.1 43.3 374 205 4 15 386 25 393 1.50e-97 294 WP_271272236.1 TVP67793.1 40.2 381 223 5 5 382 21 399 3.12e-87 268 WP_271272236.1 MCB0793211.1 34.0 382 247 5 7 385 12 391 1.15e-61 202 WP_271272236.1 EMD83093.1 32.2 401 232 14 19 385 50 444 1.95e-46 163 EGQ64116.1 EGQ64116.1 100 247 0 0 1 247 1 247 1.08e-171 471 WP_271145842.1 WP_271145842.1 100 263 0 0 1 263 1 263 5.39e-189 516 WP_176051587.1 WP_176051587.1 100 338 0 0 1 338 1 338 3.91e-231 629 WP_176051587.1 MBS9779527.1 44.7 338 170 4 3 324 2 338 1.64e-89 270 WP_076519206.1 WP_076519206.1 100 665 0 0 1 665 1 665 0.0 1231 KAI9912466.1 KAI9912466.1 100 374 0 0 1 374 1 374 5.59e-281 758 KAI9912466.1 XP_026100634.1 31.1 302 192 6 28 324 83 373 3.63e-42 151 KAI9912466.1 KAG5815829.1 29.8 215 117 6 136 317 557 770 3.18e-18 84.7 KAI9912466.1 XP_039923984.1 28.8 153 99 4 109 255 272 420 5.17e-15 75.1 KAI9912466.1 NXJ84327.1 27.6 152 100 4 109 254 277 424 2.19e-14 73.2 KAI9912466.1 XP_046441060.1 25.6 223 152 5 28 247 61 272 1.45e-12 67.4 KAI9912466.1 XP_019384620.1 27.7 195 108 7 129 320 117 281 5.44e-09 56.2 KAI9912466.1 XP_047334060.1 23.7 249 168 7 137 363 121 369 8.84e-09 55.5 WP_165687160.1 WP_165687160.1 100 380 0 0 1 380 1 380 3.84e-266 721 WP_064600084.1 WP_064600084.1 100 117 0 0 1 117 1 117 4.46e-78 224 MBE6702431.1 MBE6702431.1 100 121 0 0 1 121 1 121 1.65e-84 240 MCR4890737.1 MCR4890737.1 100 423 0 0 1 423 1 423 1.06e-287 779 WP_046778966.1 WP_046778966.1 100 319 0 0 1 319 1 319 1.25e-222 606 WP_046778966.1 WP_097382902.1 38.3 321 184 7 1 319 1 309 1.88e-61 196 WP_255401854.1 WP_255401854.1 100 249 0 0 1 249 1 249 1.27e-180 494 WP_226831475.1 WP_226831475.1 100 51 0 0 1 51 1 51 5.81e-33 105 MBP7746105.1 MBP7746105.1 100 828 0 0 1 828 1 828 0.0 1728 MBP7746105.1 PKO20637.1 33.2 569 259 16 279 822 5 477 4.81e-79 261 MBP7746105.1 MBR6406611.1 28.3 644 366 21 193 785 40 638 9.63e-57 205 MBP7746105.1 WP_275700896.1 24.8 424 219 15 341 749 30 368 3.91e-22 98.2 MBP7746105.1 HAN2236324.1 23.6 584 253 29 283 771 186 671 3.61e-17 84.3 MBP7746105.1 WP_125555296.1 21.2 556 258 21 342 784 27 515 2.48e-12 68.6 MBP7746105.1 WP_120452154.1 28.1 128 63 5 322 442 100 205 2.02e-04 43.1 NCS37471.1 NCS37471.1 100 875 0 0 1 875 1 875 0.0 1689 NCS37471.1 MBN1133474.1 28.1 501 338 9 74 563 73 562 1.04e-51 189 NCS37471.1 WP_114947928.1 29.0 407 261 11 35 430 30 419 2.58e-28 117 XP_047790709.1 XP_047790709.1 100 497 0 0 1 497 1 497 3.17e-292 797 WP_250427403.1 WP_250427403.1 100 355 0 0 1 355 1 355 3.95e-260 704 SCX00186.1 SCX00186.1 100 339 0 0 1 339 1 339 6.00e-231 629 SCX00186.1 MCL2039304.1 29.2 329 186 9 30 339 10 310 3.00e-27 107 SCX00186.1 MBE6139600.1 27.2 320 194 8 30 339 466 756 4.54e-23 98.6 SCX00186.1 WP_131001993.1 31.6 158 97 4 170 326 144 291 4.37e-13 67.4 MCI8393530.1 MCI8393530.1 100 300 0 0 1 300 1 300 4.11e-140 395 GHT88678.1 GHT88678.1 100 1024 0 0 1 1024 1 1024 0.0 1577 MCP4788584.1 MCP4788584.1 100 471 0 0 1 471 1 471 0.0 969 MCP4788584.1 WP_185218257.1 31.3 435 249 14 26 422 26 448 1.48e-52 182 MCP4788584.1 WP_013768652.1 23.7 232 158 2 26 257 36 248 3.99e-21 94.4 MCA9900904.1 MCA9900904.1 100 138 0 0 1 138 1 138 1.56e-97 275 AEJ33395.1 AEJ33395.1 100 882 0 0 1 882 1 882 0.0 1774 AEJ33395.1 AEO85464.1 34.4 898 482 25 14 882 28 847 8.40e-138 429 AEJ33395.1 QJX39053.1 33.7 903 480 26 17 881 24 845 1.99e-128 405 AEJ33395.1 AAX97169.1 39.2 357 183 8 538 882 1 335 7.05e-58 200 AEJ33395.1 QCI53355.1 30.1 392 220 11 25 403 4 354 2.62e-49 176 WP_093172109.1 WP_093172109.1 100 156 0 0 1 156 1 156 7.67e-109 305 NCB77646.1 NCB77646.1 100 416 0 0 1 416 1 416 7.56e-314 845 WP_098515742.1 WP_098515742.1 100 287 0 0 1 287 1 287 6.39e-209 568 WP_098515742.1 WP_019616094.1 23.3 287 167 9 7 249 12 289 3.85e-09 55.1 WP_098515742.1 WP_208909738.1 33.0 94 63 0 1 94 1 94 1.49e-08 53.1 WP_098515742.1 WP_238874073.1 44.9 49 27 0 1 49 15 63 9.81e-04 38.5 XP_048796933.1 XP_048796933.1 100 1303 0 0 1 1303 1 1303 0.0 2373 XP_048796933.1 KPM41539.1 34.1 91 54 4 384 472 135 221 1.53e-04 44.3 MBR4275022.1 MBR4275022.1 100 696 0 0 1 696 1 696 0.0 1363 XP_020736247.1 XP_020736247.1 100 89 0 0 1 89 1 89 1.43e-52 157 XP_039660068.1 XP_039660068.1 100 820 0 0 1 820 1 820 0.0 1634 KAJ2633851.1 KAJ2633851.1 100 792 0 0 1 792 1 792 0.0 1499 KAJ2633851.1 WP_238717267.1 38.4 336 192 5 6 339 4 326 1.06e-53 195 WP_066708699.1 WP_066708699.1 100 298 0 0 1 298 1 298 8.43e-215 584 WP_066708699.1 MBL0087235.1 68.2 296 94 0 1 296 1 296 5.59e-144 405 WP_066708699.1 WP_096722254.1 25.0 168 108 3 1 155 1 163 8.80e-09 53.9 MBW4485777.1 MBW4485777.1 100 162 0 0 1 162 1 162 4.38e-111 311 WP_103963736.1 WP_103963736.1 100 329 0 0 1 329 1 329 1.05e-235 640 MBR4838026.1 MBR4838026.1 100 240 0 0 1 240 1 240 9.20e-165 453 XP_009147075.2 XP_009147075.2 100 1154 0 0 1 1154 1 1154 0.0 2238 XP_009147075.2 MBE6688122.1 33.7 1018 528 21 122 1135 12 886 6.33e-157 489 XP_009147075.2 KAA0114277.1 33.5 1005 524 22 134 1135 50 913 8.02e-141 447 XP_009147075.2 WP_278631399.1 34.3 868 457 15 134 1001 19 773 7.53e-134 427 XP_009147075.2 WP_235126772.1 32.6 877 492 22 134 1003 14 798 2.04e-122 397 XP_009147075.2 KAF5671546.1 30.1 887 526 22 145 987 183 1019 4.55e-90 315 XP_009147075.2 MBE5737882.1 25.4 1010 578 21 136 1135 22 866 3.17e-81 283 XP_009147075.2 WP_019100427.1 24.6 763 462 23 208 957 117 779 1.02e-45 177 XP_009147075.2 WP_049009918.1 28.8 361 231 5 597 957 442 776 1.41e-38 154 XP_009147075.2 KAJ6994162.1 29.4 388 216 12 602 982 400 736 4.44e-26 114 XP_009147075.2 MBY0273331.1 27.9 387 221 11 136 516 7 341 3.64e-24 107 XP_009147075.2 WP_074319120.1 30.8 195 99 3 716 910 562 720 1.52e-16 83.2 MBQ69096.1 MBQ69096.1 100 294 0 0 1 294 1 294 1.50e-206 563 MBR7027046.1 MBR7027046.1 100 71 0 0 1 71 1 71 4.71e-43 132 WP_062689758.1 WP_062689758.1 100 291 0 0 1 291 1 291 2.36e-197 540 MBE6812365.1 MBE6812365.1 100 306 0 0 1 306 1 306 2.46e-227 617 NWX34570.1 NWX34570.1 100 529 0 0 1 529 1 529 0.0 1087 NWX34570.1 XP_037327098.1 28.4 391 254 9 142 523 124 497 7.77e-42 155 MBM7494038.1 MBM7494038.1 100 102 0 0 1 102 1 102 1.27e-70 204 WP_273138110.1 WP_273138110.1 100 290 0 0 1 290 1 290 2.81e-209 570 WP_273138110.1 MBQ9299122.1 36.9 65 40 1 1 65 1 64 3.93e-05 42.7 MCG6876547.1 MCG6876547.1 100 714 0 0 1 714 1 714 0.0 1323 MCG6876547.1 WP_251758029.1 28.4 423 262 12 76 490 79 468 3.53e-34 137 MCG6876547.1 MBK3574312.1 28.8 389 241 11 42 420 42 404 5.31e-28 118 WP_151856261.1 WP_151856261.1 100 336 0 0 1 336 1 336 9.40e-222 605 WP_151856261.1 WP_217736698.1 43.3 134 68 3 42 175 69 194 3.16e-29 112 XP_001454078.1 XP_001454078.1 100 630 0 0 1 630 1 630 0.0 1201 XP_001454078.1 WP_007356512.1 25.9 433 234 13 184 579 702 1084 6.60e-27 115 XP_001454078.1 WP_076194242.1 25.1 203 147 2 212 411 231 431 9.18e-19 87.8 XP_001454078.1 EDN57974.1 29.2 243 150 8 214 447 397 626 1.05e-18 89.0 XP_001454078.1 KFX48203.1 25.5 306 201 8 172 466 651 940 3.44e-18 87.4 XP_001454078.1 WP_232306300.1 24.9 426 260 16 207 615 841 1223 2.44e-17 84.7 XP_001454078.1 WP_257504872.1 25.8 124 84 2 326 447 408 525 3.76e-06 48.1 XP_001454078.1 WP_055029966.1 30.8 78 46 2 508 584 5 75 6.04e-04 40.8 KZD01260.1 KZD01260.1 100 176 0 0 1 176 1 176 2.48e-126 350 MBI0103662.1 MBI0103662.1 100 704 0 0 1 704 1 704 0.0 1338 MBI0103662.1 MBQ3724833.1 43.8 698 378 6 4 693 11 702 3.40e-189 552 MBI0103662.1 WP_193436854.1 33.0 182 112 7 315 495 14 186 4.17e-15 73.9 MBI0103662.1 NLZ92879.1 44.4 72 40 0 621 692 5 76 1.16e-12 63.9 MBI0103662.1 WP_281675368.1 42.3 78 44 1 619 695 547 624 1.50e-11 65.9 MCC5806595.1 MCC5806595.1 100 496 0 0 1 496 1 496 0.0 981 RLE74569.1 RLE74569.1 100 207 0 0 1 207 1 207 2.05e-147 406 RLE74569.1 MCD6156803.1 56.6 159 68 1 1 159 1 158 2.56e-55 172 WP_096665911.1 WP_096665911.1 100 491 0 0 1 491 1 491 0.0 951 WP_096665911.1 WP_243361436.1 38.0 479 278 5 3 474 6 472 8.11e-101 309 WP_096665911.1 MBT3784852.1 24.0 396 267 13 88 478 77 443 2.48e-21 95.5 WP_096665911.1 MBK3574312.1 27.3 407 271 16 5 397 5 400 1.17e-19 90.5 WP_096665911.1 EAZ5330394.1 24.1 357 238 10 140 474 133 478 1.32e-19 89.7 WP_096665911.1 YP_008379230.1 22.6 292 197 8 115 404 10 274 2.09e-09 57.4 WP_096665911.1 YP_007317140.1 23.8 365 236 14 110 463 2 335 2.06e-08 54.3 KAG5313265.1 KAG5313265.1 100 794 0 0 1 794 1 794 0.0 1583 CAF5110230.1 CAF5110230.1 100 120 0 0 1 120 1 120 9.23e-86 243 MBD5168133.1 MBD5168133.1 100 96 0 0 1 96 1 96 1.86e-67 195 QNU41032.1 QNU41032.1 100 941 0 0 1 941 1 941 0.0 1843 WP_190594466.1 WP_190594466.1 100 61 0 0 1 61 1 61 7.62e-40 123 UWG74403.1 UWG74403.1 100 469 0 0 1 469 1 469 0.0 917 UWG74403.1 XP_004466702.1 29.6 406 245 11 24 411 207 589 4.29e-42 156 UWG74403.1 EAJ4317745.1 30.7 424 238 17 29 415 5 409 2.36e-38 143 WP_015275782.1 WP_015275782.1 100 112 0 0 1 112 1 112 1.30e-79 227 CCO02790.1 CCO02790.1 100 166 0 0 1 166 1 166 1.84e-114 320 VVC94919.1 VVC94919.1 100 402 0 0 1 402 1 402 2.98e-297 801 WP_147958553.1 WP_147958553.1 100 387 0 0 1 387 1 387 2.56e-279 755 MBD5306941.1 MBD5306941.1 100 905 0 0 1 905 1 905 0.0 1794 MBD5306941.1 WP_250295751.1 50.2 927 410 9 3 904 4 903 7.55e-305 862 GMH49846.1 GMH49846.1 100 1789 0 0 1 1789 1 1789 0.0 3333 NJP33277.1 NJP33277.1 100 292 0 0 1 292 1 292 1.67e-202 553 WP_227059655.1 WP_227059655.1 100 627 0 0 1 627 1 627 0.0 1211 WP_227059655.1 WP_192324556.1 59.2 620 245 2 10 621 3 622 1.26e-247 694 WP_227059655.1 RUU66461.1 47.8 393 188 3 224 616 2 377 3.05e-109 332 WP_227059655.1 WP_066083732.1 52.6 270 123 1 16 285 5 269 2.29e-83 263 WP_227059655.1 MBU5353226.1 49.0 263 133 1 317 579 4 265 5.82e-78 248 WP_227059655.1 WP_107894076.1 50.4 266 126 2 17 282 5 264 5.36e-77 246 WP_227059655.1 GLY24463.1 45.8 312 146 4 17 311 4 309 1.54e-75 243 WP_227059655.1 WP_131166802.1 49.4 271 130 3 16 285 4 268 1.72e-75 243 WP_227059655.1 MCP5262709.1 49.6 266 127 3 17 282 1 259 8.90e-73 235 WP_227059655.1 WP_226904802.1 48.8 256 131 0 317 572 22 277 3.76e-70 229 WP_227059655.1 WP_098952357.1 47.1 261 137 1 317 576 3 263 1.96e-69 226 WP_227059655.1 MBQ3864274.1 47.3 277 141 3 320 593 9 283 5.86e-69 225 WP_227059655.1 QCM13287.1 40.7 263 144 4 16 278 8 258 3.62e-49 171 WP_227059655.1 WP_142931103.1 28.2 510 304 13 42 549 25 474 1.93e-44 163 WP_227059655.1 MBP1876254.1 37.7 228 139 2 341 568 18 242 4.05e-39 145 WP_227059655.1 MWR41881.1 32.6 261 160 5 11 271 18 262 4.62e-30 117 WP_227059655.1 WP_176354145.1 34.7 219 135 4 341 559 18 228 3.48e-29 117 WP_227059655.1 WP_150396769.1 27.2 529 295 20 35 546 38 493 4.85e-29 119 WP_227059655.1 WP_170725874.1 34.0 238 148 5 326 563 2 230 1.03e-27 112 WP_227059655.1 OAN53756.1 30.4 247 156 6 32 275 22 255 9.89e-24 99.4 WP_227059655.1 WP_072380563.1 29.2 226 154 4 347 570 20 241 1.60e-22 95.5 WP_227059655.1 WP_258581409.1 28.3 230 156 3 341 570 16 236 2.68e-22 97.4 WP_227059655.1 WP_174822921.1 30.9 246 156 6 32 275 18 251 2.80e-19 86.3 WP_227059655.1 WP_197521413.1 30.6 248 137 10 17 262 1 215 1.76e-16 78.6 WP_227059655.1 MXP43753.1 31.3 243 151 7 32 271 25 254 1.78e-16 78.2 MBN4261164.1 MBN4261164.1 100 12 0 0 1 12 1 12 8.05e-06 34.3 KHO46355.1 KHO46355.1 100 209 0 0 1 209 1 209 2.41e-156 429 QDT09879.1 QDT09879.1 100 118 0 0 1 118 1 118 1.18e-78 225 QDT09879.1 WP_139448115.1 49.2 118 60 0 1 118 1 118 1.16e-32 109 EXK83554.1 EXK83554.1 100 344 0 0 1 344 1 344 4.79e-260 702 EXK83554.1 WP_014217999.1 32.0 309 178 10 16 317 20 303 1.60e-32 122 EXK83554.1 HHZ84751.1 25.0 320 180 12 42 323 39 336 1.49e-14 72.0 MAO00220.1 MAO00220.1 100 119 0 0 1 119 1 119 1.32e-80 230 MAO00220.1 WP_011531028.1 46.6 116 57 2 1 116 7 117 4.80e-25 90.1 MBK7557264.1 MBK7557264.1 100 257 0 0 1 257 1 257 3.21e-178 488 MCH5225744.1 MCH5225744.1 100 139 0 0 1 139 1 139 9.73e-106 295 MBP7222158.1 MBP7222158.1 100 319 0 0 1 319 1 319 1.36e-226 616 MBP7222158.1 WP_205173112.1 34.8 322 200 6 1 317 147 463 1.13e-56 188 MBP7222158.1 WP_124213670.1 41.2 228 134 0 11 238 139 366 3.52e-56 187 MBP7222158.1 WP_272906673.1 35.0 323 186 5 18 317 156 477 6.76e-54 181 MBP7222158.1 WP_271786410.1 40.9 230 135 1 2 230 8 237 7.23e-52 172 MBP7222158.1 WP_175896721.1 39.8 244 142 2 6 244 152 395 2.49e-51 174 MBP7222158.1 WP_278449211.1 33.8 302 191 4 14 313 157 451 1.73e-48 167 WP_257939681.1 WP_257939681.1 100 421 0 0 1 421 1 421 1.12e-313 845 KAI8972608.1 KAI8972608.1 100 298 0 0 1 298 1 298 8.15e-197 539 WP_253630899.1 WP_253630899.1 100 523 0 0 1 523 1 523 0.0 1079 WP_253630899.1 WP_125555296.1 29.3 522 289 16 41 493 6 516 8.50e-61 207 WP_253630899.1 VJO49958.1 29.2 534 296 16 44 513 10 525 3.07e-59 203 WP_253630899.1 HAN2236324.1 24.5 413 213 21 62 397 226 616 1.79e-17 84.0 WP_167581056.1 WP_167581056.1 100 561 0 0 1 561 1 561 0.0 1030 WP_209095964.1 WP_209095964.1 100 338 0 0 1 338 1 338 1.41e-249 676 WP_058561589.1 WP_058561589.1 100 222 0 0 1 222 1 222 3.11e-154 425 MCA9255001.1 MCA9255001.1 100 333 0 0 1 333 1 333 2.09e-253 685 WP_204287739.1 WP_204287739.1 100 258 0 0 1 258 1 258 1.48e-163 451 WP_065148066.1 WP_065148066.1 100 241 0 0 1 241 1 241 3.68e-185 504 WP_065148066.1 WP_123363258.1 51.9 189 79 3 34 220 28 206 7.31e-61 189 WP_098191572.1 WP_098191572.1 100 971 0 0 1 971 1 971 0.0 1920 WP_098191572.1 PIR55147.1 35.2 71 44 2 790 858 292 362 1.98e-04 43.5 URJ46333.1 URJ46333.1 100 273 0 0 1 273 1 273 2.49e-199 543 URJ46333.1 WP_087222948.1 27.2 272 185 6 1 266 1 265 1.19e-29 111 URJ46333.1 WP_165144904.1 29.2 281 177 5 6 267 3 280 1.40e-24 98.2 HDZ48353.1 HDZ48353.1 100 310 0 0 1 310 1 310 6.76e-227 616 HDZ48353.1 CAH0730513.1 31.6 114 70 2 42 147 59 172 6.37e-09 54.7 HDZ48353.1 MCR9147539.1 29.4 170 93 8 42 203 13 163 1.47e-06 47.0 WP_271243471.1 WP_271243471.1 100 357 0 0 1 357 1 357 7.76e-268 723 WP_271243471.1 WP_110358640.1 84.9 332 50 0 26 357 1 332 4.28e-211 579 WP_166360839.1 WP_166360839.1 100 259 0 0 1 259 1 259 2.13e-193 527 WP_137144119.1 WP_137144119.1 100 261 0 0 1 261 1 261 2.02e-183 502 WP_137144119.1 MCH7812019.1 40.3 159 90 2 105 259 290 447 7.50e-30 114 MBW4512449.1 MBW4512449.1 100 61 0 0 1 61 1 61 2.19e-39 122 GJD18679.1 GJD18679.1 100 388 0 0 1 388 1 388 1.13e-278 753 WP_099912534.1 WP_099912534.1 100 421 0 0 1 421 1 421 1.91e-305 824 WP_099912534.1 MBI1424129.1 53.8 413 187 3 1 413 1 409 1.72e-142 411 WP_179915466.1 WP_179915466.1 100 195 0 0 1 195 1 195 4.73e-147 404 MCL1962319.1 MCL1962319.1 100 106 0 0 1 106 1 106 3.56e-72 208 GKN74270.1 GKN74270.1 100 247 0 0 1 247 1 247 1.26e-170 468 WP_106777349.1 WP_106777349.1 100 115 0 0 1 115 1 115 9.43e-79 225 QUE11983.1 QUE11983.1 100 1270 0 0 1 1270 1 1270 0.0 2365 QUE11983.1 UHB14670.1 94.6 1273 64 3 1 1270 1 1271 0.0 2297 QUE11983.1 UIX40308.1 94.7 1273 62 3 1 1270 1 1271 0.0 2295 QUE11983.1 UBN63752.1 97.2 1270 35 0 1 1270 1 1270 0.0 2286 QUE11983.1 UDK40309.1 94.0 1273 71 3 1 1270 1 1271 0.0 2277 QUE11983.1 UYC71619.1 93.9 1271 74 2 1 1270 1 1268 0.0 2276 QUE11983.1 UPU53169.1 93.6 1273 76 3 1 1270 1 1270 0.0 2271 QUE11983.1 QUM20585.1 93.4 1272 82 1 1 1270 1 1272 0.0 2202 QUE11983.1 UGX22439.1 91.2 1273 107 3 1 1270 1 1271 0.0 2191 QUE11983.1 USL51576.1 90.6 1273 114 3 1 1270 1 1270 0.0 2176 QUE11983.1 QVX70521.1 91.3 1273 108 2 1 1270 1 1273 0.0 2127 QUE11983.1 QXI91160.1 89.7 1272 129 1 1 1270 1 1272 0.0 2050 QUE11983.1 UZH89542.1 87.3 1271 160 1 1 1270 1 1271 0.0 2048 QUE11983.1 UUS71569.1 69.8 1273 382 2 1 1270 1 1273 0.0 1422 QUE11983.1 UHK01047.1 65.8 1273 433 2 1 1270 1 1273 0.0 1314 NQT76827.1 NQT76827.1 100 164 0 0 1 164 1 164 1.53e-121 337 WP_274910452.1 WP_274910452.1 100 1109 0 0 1 1109 1 1109 0.0 2171 WP_274910452.1 WP_208665977.1 25.0 1090 702 27 80 1091 115 1166 2.34e-84 296 WP_208884269.1 WP_208884269.1 100 202 0 0 1 202 1 202 5.25e-143 395 AIR77599.1 AIR77599.1 100 447 0 0 1 447 1 447 0.0 879 AIR77599.1 BBG20955.1 35.4 457 275 6 1 445 23 471 4.62e-91 300 AIR77599.1 MBQ7389792.1 29.4 473 272 11 1 447 23 459 9.59e-52 186 AIR77599.1 WP_189931865.1 39.1 220 111 5 1 209 33 240 1.20e-37 144 AIR77599.1 ULU28230.1 27.9 154 98 2 55 208 57 197 1.30e-15 77.8 XP_049178823.1 XP_049178823.1 100 248 0 0 1 248 1 248 1.92e-110 316 WP_050657700.1 WP_050657700.1 100 246 0 0 1 246 1 246 2.50e-190 518 WP_173991185.1 WP_173991185.1 100 486 0 0 1 486 1 486 0.0 945 WP_173991185.1 KAF9419545.1 37.8 465 287 2 6 469 14 477 4.89e-95 294 OJW72254.1 OJW72254.1 100 579 0 0 1 579 1 579 0.0 1150 EFG1511687.1 EFG1511687.1 100 240 0 0 1 240 1 240 1.33e-182 498 KAF2864190.1 KAF2864190.1 100 429 0 0 1 429 1 429 0.0 863 KAA1446899.1 KAA1446899.1 100 103 0 0 1 103 1 103 3.60e-75 215 KAA1446899.1 WP_277108398.1 82.5 103 18 0 1 103 248 350 9.96e-60 189 KPU83403.1 KPU83403.1 100 168 0 0 1 168 1 168 1.62e-109 307 WP_279687934.1 WP_279687934.1 100 410 0 0 1 410 1 410 3.01e-301 812 WP_279687934.1 WP_259407579.1 43.1 51 22 1 281 324 137 187 8.59e-04 38.9 MCS5932532.1 MCS5932532.1 100 134 0 0 1 134 1 134 1.64e-97 274 WP_106546380.1 WP_106546380.1 100 508 0 0 1 508 1 508 0.0 1003 WP_106546380.1 MBD2210269.1 57.8 507 210 3 1 505 1 505 2.79e-196 555 WP_106546380.1 MBF1128433.1 33.8 317 176 11 6 311 2 295 7.41e-34 133 WP_106546380.1 XP_021765438.1 33.9 221 117 7 17 229 598 797 1.73e-20 93.6 WP_106546380.1 WP_271931007.1 30.7 251 126 10 9 228 656 889 1.94e-16 80.9 WP_106546380.1 KZT58963.1 30.2 222 126 10 19 228 1083 1287 2.33e-13 71.2 WP_106546380.1 XP_048379117.1 28.9 225 131 11 14 232 257 458 8.95e-10 59.3 WP_106546380.1 UZO03952.1 27.3 176 102 7 63 233 36 190 4.01e-06 47.0 WP_106546380.1 RIB10989.1 36.1 61 36 2 170 228 6 65 6.59e-04 39.3 WP_231085688.1 WP_231085688.1 100 400 0 0 1 400 1 400 2.02e-278 754 WP_033131454.1 WP_033131454.1 100 131 0 0 1 131 1 131 9.22e-98 275 WP_164228299.1 WP_164228299.1 100 54 0 0 1 54 1 54 1.22e-33 107 WP_249510290.1 WP_249510290.1 100 586 0 0 1 586 1 586 0.0 1155 CAF0807478.1 CAF0807478.1 100 368 0 0 1 368 1 368 3.60e-274 740 WP_119344914.1 WP_119344914.1 100 705 0 0 1 705 1 705 0.0 1405 WP_119344914.1 WP_047594685.1 31.3 707 419 20 45 697 106 799 7.94e-78 264 WP_119344914.1 OGU48181.1 38.3 115 63 4 72 186 73 179 8.91e-12 66.6 WP_119344914.1 MCC6600438.1 21.2 581 390 24 78 616 57 611 9.36e-07 50.4 WP_020497701.1 WP_020497701.1 100 140 0 0 1 140 1 140 2.79e-101 284 WP_242685612.1 WP_242685612.1 100 867 0 0 1 867 1 867 0.0 1736 WP_242685612.1 WP_202291019.1 59.3 825 332 4 16 837 14 837 0.0 1030 WP_242685612.1 ECD4982842.1 50.4 813 386 6 38 834 33 844 2.39e-300 848 WP_242685612.1 EBS3704194.1 50.4 813 386 6 38 834 33 844 6.79e-300 847 WP_242685612.1 WP_237762402.1 39.1 634 364 11 39 656 23 650 8.26e-141 431 WP_242685612.1 WP_222168304.1 29.1 831 539 24 38 836 31 843 1.02e-85 290 UNP33456.1 UNP33456.1 100 312 0 0 1 312 1 312 6.57e-235 636 UNP33456.1 ADJ57888.1 75.6 303 74 0 9 311 1 303 1.70e-176 491 UNP33456.1 AXB40829.1 73.1 301 81 0 11 311 2 302 1.69e-168 470 UNP33456.1 BAI82636.1 73.3 206 55 0 72 277 1 206 8.31e-116 331 UNP33456.1 QYT38722.1 42.1 221 126 2 72 290 40 260 4.08e-55 178 KAE8355151.1 KAE8355151.1 100 544 0 0 1 544 1 544 0.0 1095 KAE8355151.1 EJG1264510.1 25.8 427 283 11 104 523 45 444 3.82e-34 132 KAE8355151.1 XP_023028205.1 22.9 433 271 16 108 515 37 431 7.44e-16 78.2 WP_026718622.1 WP_026718622.1 100 249 0 0 1 249 1 249 3.12e-181 495 XP_028939562.1 XP_028939562.1 100 349 0 0 1 349 1 349 8.62e-261 705 NRB18267.1 NRB18267.1 100 324 0 0 1 324 1 324 5.97e-253 683 NRB18267.1 WP_244200682.1 45.3 298 152 5 14 302 4 299 5.25e-90 270 WP_041710957.1 WP_041710957.1 100 556 0 0 1 556 1 556 0.0 941 WP_041710957.1 WP_105160947.1 26.0 553 309 10 7 491 7 527 1.03e-45 168 WP_041710957.1 WP_089095302.1 24.4 546 309 9 1 477 1 511 2.37e-41 156 WP_041710957.1 MCH5231772.1 23.2 564 313 13 3 487 1 523 5.34e-34 134 WP_041710957.1 WP_173040157.1 23.8 533 282 12 3 468 4 479 3.09e-32 129 WP_041710957.1 WP_112088864.1 24.7 489 305 10 33 464 39 521 1.63e-27 114 WP_041710957.1 MYD56339.1 31.5 184 103 2 24 184 27 210 2.89e-22 96.7 WP_041710957.1 WP_071876418.1 31.5 197 112 7 304 479 316 510 2.96e-12 67.4 WP_041710957.1 WP_152652784.1 26.8 190 115 8 290 456 6 194 2.75e-09 57.0 WP_041710957.1 MCF7808720.1 22.7 220 119 6 3 172 6 224 1.55e-07 50.8 WP_041710957.1 MBQ4383193.1 24.7 186 93 6 34 174 39 222 2.04e-07 50.4 WP_041710957.1 WP_089246429.1 23.2 224 129 8 295 480 10 228 2.35e-06 48.5 WP_041710957.1 WP_281543397.1 26.0 181 91 6 33 172 19 197 3.31e-06 47.4 WP_041710957.1 MCC6044083.1 24.1 220 119 7 1 172 1 220 4.84e-06 47.0 WP_041710957.1 WP_107894076.1 29.6 81 53 1 98 174 156 236 6.75e-06 46.6 WP_041710957.1 MBT4161918.1 30.4 79 50 2 98 172 147 224 6.99e-06 45.8 WP_041710957.1 EHR6291555.1 24.7 194 107 7 286 449 2 186 3.94e-05 44.7 WP_041710957.1 WP_066083732.1 33.3 81 50 2 98 174 158 238 5.00e-05 43.9 WP_041710957.1 WP_150396769.1 22.1 208 132 7 297 475 32 238 3.44e-04 41.6 WP_164942207.1 WP_164942207.1 100 141 0 0 1 141 1 141 2.11e-101 285 WP_169394925.1 WP_169394925.1 100 319 0 0 1 319 1 319 3.67e-215 587 WP_200037957.1 WP_200037957.1 100 1380 0 0 1 1380 1 1380 0.0 2543 WP_200037957.1 MBQ1868746.1 31.1 386 243 9 1009 1376 257 637 3.14e-41 160 WP_200037957.1 WP_138482356.1 32.0 372 224 11 1016 1368 413 774 4.56e-35 143 WP_200037957.1 WP_212961195.1 27.6 402 245 4 1011 1368 419 818 7.48e-34 140 WP_200037957.1 WP_007356512.1 27.9 402 251 8 1009 1376 736 1132 4.76e-31 131 WP_200037957.1 WP_076194242.1 33.9 227 137 6 1020 1240 239 458 2.21e-27 115 WP_200037957.1 KFX48203.1 32.9 249 148 8 1000 1235 672 914 2.57e-26 115 WP_200037957.1 WP_249930443.1 27.0 233 161 4 1140 1367 287 515 1.85e-14 76.3 WP_200037957.1 HAV2038468.1 22.4 219 155 5 1027 1241 392 599 3.27e-10 62.8 AUW90066.1 AUW90066.1 100 169 0 0 1 169 1 169 5.70e-124 344 AUW90066.1 MBP1550239.1 31.1 122 65 4 47 167 53 156 6.11e-10 55.1 MBE0362647.1 MBE0362647.1 100 101 0 0 1 101 1 101 1.38e-69 201 EET4312562.1 EET4312562.1 100 572 0 0 1 572 1 572 0.0 1109 EET4312562.1 MCB9490987.1 34.2 418 269 4 4 418 3 417 2.72e-60 210 WP_179444023.1 WP_179444023.1 100 259 0 0 1 259 1 259 7.35e-185 505 CAH8385548.1 CAH8385548.1 100 80 0 0 1 80 1 80 1.52e-52 156 XP_046441060.1 XP_046441060.1 100 868 0 0 1 868 1 868 0.0 1458 XP_046441060.1 XP_020321477.1 50.1 882 237 17 54 868 46 791 7.34e-230 665 XP_046441060.1 PKU40490.1 50.0 188 92 2 59 244 14 201 5.17e-56 190 XP_046441060.1 KAG1590416.1 36.1 252 157 4 50 300 69 317 8.44e-43 159 XP_046441060.1 XP_030620685.1 34.6 272 165 7 51 312 85 353 4.79e-41 154 XP_046441060.1 XP_048216280.1 33.8 269 159 7 61 312 20 286 1.48e-38 147 XP_046441060.1 XP_029528577.1 36.2 243 151 3 61 300 30 271 9.00e-38 143 XP_046441060.1 XP_048379117.1 34.1 255 158 5 66 311 262 515 2.08e-33 134 XP_046441060.1 KAJ7903702.1 30.0 243 164 3 63 300 25 266 5.63e-30 122 XP_046441060.1 XP_006969978.1 33.7 196 123 5 82 273 90 282 5.00e-25 105 XP_046441060.1 EYU24504.1 27.8 291 159 5 44 300 171 444 5.12e-25 108 XP_046441060.1 XP_047334060.1 29.9 261 168 8 61 308 17 275 8.38e-25 108 XP_046441060.1 MBF1128433.1 31.1 222 149 3 60 278 9 229 2.47e-24 107 XP_046441060.1 KRX90811.1 28.8 302 139 7 55 328 164 417 1.24e-23 103 XP_046441060.1 KZT58963.1 28.5 256 167 5 67 307 1084 1338 4.80e-22 100 XP_046441060.1 XP_043377824.1 26.9 316 200 11 59 353 23 328 3.74e-20 94.7 XP_046441060.1 KAI3849778.1 32.2 199 118 10 67 254 501 693 6.77e-13 70.9 XP_046441060.1 KAI9912466.1 25.5 220 150 5 64 272 31 247 1.05e-11 65.9 XP_046441060.1 NJK67049.1 29.0 131 89 3 130 257 118 247 4.42e-10 61.2 CAH9078713.1 CAH9078713.1 100 262 0 0 1 262 1 262 1.26e-182 500 WP_268012811.1 WP_268012811.1 100 108 0 0 1 108 1 108 3.26e-78 223 PIY03328.1 PIY03328.1 100 69 0 0 1 69 1 69 7.32e-46 139 HIA35646.1 HIA35646.1 100 601 0 0 1 601 1 601 0.0 1204 HIA35646.1 WP_218014032.1 22.3 528 353 18 62 582 49 526 2.89e-22 99.0 TFV00908.1 TFV00908.1 100 154 0 0 1 154 1 154 4.64e-109 305 TFV00908.1 CQR41738.1 46.6 146 77 1 1 145 23 168 2.49e-36 128 WP_103216576.1 WP_103216576.1 100 426 0 0 1 426 1 426 3.30e-288 781 MBG9445742.1 MBG9445742.1 100 215 0 0 1 215 1 215 4.24e-144 399 MBG9445742.1 WP_041580422.1 41.1 202 116 1 12 210 9 210 8.53e-48 154 MBG9445742.1 WP_110808154.1 39.9 203 120 1 12 212 13 215 5.26e-35 122 MBG9445742.1 MCO5064371.1 32.6 224 127 2 16 215 45 268 1.38e-30 112 MBG9445742.1 WP_012568269.1 35.0 163 101 1 17 174 157 319 2.66e-19 83.2 MBG9445742.1 WP_224458015.1 31.4 159 104 1 17 170 157 315 3.34e-18 80.1 MBG9445742.1 WP_209434296.1 31.4 185 125 1 12 194 15 199 1.16e-17 77.0 XP_037827647.1 XP_037827647.1 100 690 0 0 1 690 1 690 0.0 1363 XP_037827647.1 KAF0292372.1 22.9 201 140 2 196 390 8 199 3.56e-06 48.5 WP_073312722.1 WP_073312722.1 100 353 0 0 1 353 1 353 1.08e-256 695 MAR88726.1 MAR88726.1 100 210 0 0 1 210 1 210 1.33e-149 412 MBM4836391.1 MBM4836391.1 100 396 0 0 1 396 1 396 4.63e-282 763 MBM4836391.1 MBK7837454.1 39.2 283 165 4 42 320 26 305 2.69e-55 183 MBM4836391.1 WP_063417119.1 31.9 382 227 7 23 372 456 836 8.78e-45 164 MBM4836391.1 WP_232553043.1 34.2 234 147 4 87 315 67 298 8.60e-27 108 KAF0756529.1 KAF0756529.1 100 210 0 0 1 210 1 210 2.14e-155 427 WP_056610248.1 WP_056610248.1 100 534 0 0 1 534 1 534 0.0 1035 WP_056610248.1 MBL6706528.1 25.2 555 298 17 29 511 7 516 6.67e-22 97.8 WP_056610248.1 MBN2666786.1 31.0 245 146 8 275 513 55 282 3.75e-19 87.8 MBU2271834.1 MBU2271834.1 100 306 0 0 1 306 1 306 1.80e-229 622 MBU2271834.1 KAA0015115.1 30.4 283 184 9 3 282 22 294 3.80e-27 106 CEH30391.1 CEH30391.1 100 509 0 0 1 509 1 509 0.0 989 WP_162756046.1 WP_162756046.1 100 677 0 0 1 677 1 677 0.0 1374 WP_271629396.1 WP_271629396.1 100 375 0 0 1 375 1 375 5.50e-252 685 EBU9231875.1 EBU9231875.1 100 420 0 0 1 420 1 420 1.16e-310 837 EBU9231875.1 HJE10580.1 53.1 416 186 4 6 418 11 420 1.63e-139 404 WP_169053012.1 WP_169053012.1 100 184 0 0 1 184 1 184 2.75e-127 353 WP_223695792.1 WP_223695792.1 100 1178 0 0 1 1178 1 1178 0.0 2321 WP_223695792.1 WP_278906630.1 20.0 803 477 28 20 754 19 724 2.64e-12 69.7 WP_092696504.1 WP_092696504.1 100 188 0 0 1 188 1 188 3.76e-136 376 WP_014814721.1 WP_014814721.1 100 457 0 0 1 457 1 457 2.49e-317 857 KAG2712649.1 KAG2712649.1 100 921 0 0 1 921 1 921 0.0 1785 WP_045961551.1 WP_045961551.1 100 196 0 0 1 196 1 196 1.20e-136 378 WP_166690114.1 WP_166690114.1 100 78 0 0 1 78 1 78 7.62e-52 154 MBQ8778157.1 MBQ8778157.1 100 397 0 0 1 397 1 397 7.23e-291 785 NVK26228.1 NVK26228.1 100 496 0 0 1 496 1 496 0.0 964 NVK26228.1 WP_043343784.1 32.0 519 298 10 4 491 40 534 5.64e-71 233 MBR5140322.1 MBR5140322.1 100 171 0 0 1 171 1 171 5.21e-112 314 MBR5140322.1 MCI8272365.1 38.5 174 76 6 6 163 1 159 1.23e-19 80.1 WP_275196335.1 WP_275196335.1 100 319 0 0 1 319 1 319 2.99e-230 625 WP_275196335.1 MCD6306959.1 24.4 271 192 5 34 296 41 306 3.97e-13 67.4 WP_078747788.1 WP_078747788.1 100 122 0 0 1 122 1 122 1.13e-68 208 GAA38267.2 GAA38267.2 100 492 0 0 1 492 1 492 0.0 1028 GAA38267.2 XP_011822310.1 38.5 247 123 8 259 487 38 273 4.59e-45 157 GAA38267.2 KAH8394604.1 31.1 251 151 10 248 487 12 251 2.39e-25 103 GAA38267.2 XP_017076166.2 29.8 208 125 7 286 487 77 269 2.00e-13 68.9 WP_169999893.1 WP_169999893.1 100 237 0 0 1 237 1 237 1.18e-170 468 MCI5668237.1 MCI5668237.1 100 352 0 0 1 352 1 352 2.23e-269 727 MCD6173453.1 MCD6173453.1 100 307 0 0 1 307 1 307 2.76e-204 558 MCD6173453.1 KOR85988.1 28.6 325 185 6 7 306 10 312 2.57e-28 112 MCD6173453.1 WP_178999808.1 22.9 336 213 7 5 306 20 343 1.13e-11 63.5 EFS8130303.1 EFS8130303.1 100 472 0 0 1 472 1 472 0.0 942 EFS8130303.1 ECP6736894.1 95.3 344 16 0 1 344 1 344 6.22e-241 660 EFS8130303.1 PJQ02245.1 34.6 439 267 10 36 461 47 478 4.75e-69 230 EFS8130303.1 EJA9392162.1 39.0 264 143 5 208 458 9 267 2.50e-49 168 EFS8130303.1 EAL1671435.1 40.0 235 133 4 234 461 1 234 5.24e-42 152 EFS8130303.1 WP_181244664.1 31.7 145 92 3 228 369 191 331 5.76e-11 62.0 WP_145141753.1 WP_145141753.1 100 302 0 0 1 302 1 302 1.13e-230 625 MCE7698179.1 MCE7698179.1 100 396 0 0 1 396 1 396 1.85e-272 738 MCE7698179.1 WP_013632646.1 33.3 409 256 5 1 395 223 628 9.13e-59 202 MCE7698179.1 OFX32653.1 31.0 378 240 7 31 395 82 451 3.78e-48 171 MCE7698179.1 WP_278631399.1 32.5 271 149 7 53 295 100 364 1.46e-24 104 MCE7698179.1 KAF5671546.1 26.6 278 164 6 55 292 271 548 1.05e-11 65.1 WP_149397594.1 WP_149397594.1 100 565 0 0 1 565 1 565 0.0 1068 WP_149397594.1 WP_139032727.1 34.3 559 344 8 1 539 3 558 1.36e-102 320 XP_020949431.1 XP_020949431.1 100 100 0 0 1 100 1 100 3.14e-70 202 WP_254406115.1 WP_254406115.1 100 333 0 0 1 333 1 333 1.71e-227 619 MBB2072367.1 MBB2072367.1 100 17 0 0 1 17 1 17 6.14e-09 42.4 WP_194546214.1 WP_194546214.1 100 169 0 0 1 169 1 169 4.16e-117 327 WP_267353308.1 WP_267353308.1 100 542 0 0 1 542 1 542 9.62e-85 271 XP_029860665.1 XP_029860665.1 100 772 0 0 1 772 1 772 0.0 1274 WP_137264191.1 WP_137264191.1 100 401 0 0 1 401 1 401 1.53e-294 795 WP_227413069.1 WP_227413069.1 100 116 0 0 1 116 1 116 3.15e-82 234 MBU2643279.1 MBU2643279.1 100 246 0 0 1 246 1 246 3.01e-182 498 WP_021391773.1 WP_021391773.1 100 416 0 0 1 416 1 416 6.84e-301 812 MCH7812019.1 MCH7812019.1 100 453 0 0 1 453 1 453 0.0 882 MCH7812019.1 WP_137144119.1 39.6 164 94 2 285 447 100 259 2.34e-28 111 MCH7812019.1 WP_238588402.1 32.0 125 84 1 289 413 86 209 1.78e-09 56.6 WP_059812501.1 WP_059812501.1 100 730 0 0 1 730 1 730 0.0 1429 WP_059812501.1 WP_254467474.1 26.0 685 420 23 61 704 113 751 3.26e-40 156 WP_059812501.1 WP_222018129.1 24.4 287 176 12 113 374 64 334 2.31e-04 42.7 WP_059812501.1 OGU48181.1 36.6 71 32 3 143 203 117 184 3.09e-04 42.4 WP_059812501.1 WP_267184195.1 26.5 245 141 13 117 342 66 290 9.14e-04 40.8 MBQ3958696.1 MBQ3958696.1 100 289 0 0 1 289 1 289 3.04e-208 567 WP_017034258.1 WP_017034258.1 100 57 0 0 1 57 1 57 1.37e-38 119 WP_257733866.1 WP_257733866.1 100 228 0 0 1 228 1 228 2.57e-165 453 HBR2011202.1 HBR2011202.1 100 404 0 0 1 404 1 404 1.32e-301 813 WP_053594912.1 WP_053594912.1 100 142 0 0 1 142 1 142 1.73e-96 272 DAS28513.1 DAS28513.1 100 46 0 0 1 46 1 46 3.90e-29 95.1 WP_075938258.1 WP_075938258.1 100 198 0 0 1 198 1 198 3.87e-143 395 CAD6215318.1 CAD6215318.1 100 162 0 0 1 162 1 162 2.98e-127 352 KAH9898930.1 KAH9898930.1 100 98 0 0 1 98 1 98 2.15e-67 195 WP_151434014.1 WP_151434014.1 100 312 0 0 1 312 1 312 1.91e-218 595 WP_151434014.1 WP_099711363.1 31.3 326 187 15 1 304 1 311 6.52e-29 111 MBK7764469.1 MBK7764469.1 100 96 0 0 1 96 1 96 3.61e-65 189 WP_271786410.1 WP_271786410.1 100 344 0 0 1 344 1 344 1.85e-248 673 WP_271786410.1 WP_164653811.1 49.1 230 115 2 8 237 167 394 8.73e-60 197 WP_271786410.1 WP_175896721.1 45.9 242 117 2 4 236 144 380 1.18e-59 197 WP_271786410.1 WP_272906673.1 46.1 228 121 1 8 235 140 365 3.15e-57 191 WP_271786410.1 WP_205173112.1 35.9 337 195 6 8 340 148 467 4.41e-57 190 WP_271786410.1 KNY10996.1 42.3 220 125 1 17 236 3 220 2.28e-54 179 WP_271786410.1 MBP7222158.1 40.9 230 135 1 8 237 2 230 7.17e-53 175 WP_271786410.1 MCH3963123.1 31.6 231 145 6 10 234 130 353 4.38e-22 95.9 NXV43694.1 NXV43694.1 100 86 0 0 1 86 1 86 6.39e-59 173 XP_002688837.2 XP_002688837.2 100 307 0 0 1 307 1 307 2.69e-211 576 XP_002688837.2 XP_012889676.1 59.7 303 122 0 1 303 1 303 1.26e-120 347 XP_002688837.2 AAR19565.1 58.7 218 90 0 64 281 1 218 1.90e-85 254 XP_002688837.2 XP_034290446.1 44.0 302 160 3 7 303 8 305 4.62e-76 234 XP_002688837.2 XP_042531659.1 41.6 305 176 2 1 304 1 304 2.91e-68 213 XP_002688837.2 XP_054446685.1 37.3 303 190 0 3 305 1 303 1.84e-66 209 XP_002688837.2 XP_005087540.1 37.9 298 185 0 9 306 9 306 9.37e-62 197 XP_002688837.2 XP_049747270.1 36.9 274 170 3 35 306 37 309 4.99e-47 159 XP_002688837.2 XP_046298169.1 34.1 270 176 1 31 298 33 302 3.27e-44 151 MCH8328754.1 MCH8328754.1 100 239 0 0 1 239 1 239 5.82e-172 471 MCH8328754.1 WP_127979673.1 41.8 225 130 1 5 229 1 224 1.35e-59 186 WP_256153163.1 WP_256153163.1 100 81 0 0 1 81 1 81 2.58e-58 171 MBS0394142.1 MBS0394142.1 100 348 0 0 1 348 1 348 6.03e-256 692 MCS7028162.1 MCS7028162.1 100 487 0 0 1 487 1 487 0.0 1003 MCS7028162.1 PBJ84576.1 31.9 91 55 3 333 416 454 544 1.73e-07 52.0 WP_255602293.1 WP_255602293.1 100 535 0 0 1 535 1 535 0.0 1031 WP_255602293.1 WP_226276978.1 36.4 517 302 5 13 528 5 495 1.19e-107 329 WP_255602293.1 WP_197332010.1 31.0 520 336 7 12 528 4 503 4.77e-81 260 WP_255602293.1 WP_185921121.1 25.8 446 319 5 24 466 11 447 1.67e-41 154 WP_255602293.1 KAG8816705.1 37.3 177 110 1 25 201 58 233 5.78e-30 115 WP_255602293.1 MCB1412915.1 26.8 142 80 5 81 207 85 217 2.83e-06 48.1 WP_255602293.1 MBV8506574.1 26.4 121 69 3 33 147 186 292 6.33e-04 40.4 KAJ0315765.1 KAJ0315765.1 100 572 0 0 1 572 1 572 0.0 1141 WP_237526657.1 WP_237526657.1 100 185 0 0 1 185 1 185 1.47e-127 354 WP_213162342.1 WP_213162342.1 100 202 0 0 1 202 1 202 1.51e-142 394 XP_033573598.1 XP_033573598.1 100 368 0 0 1 368 1 368 8.57e-241 656 WP_058258401.1 WP_058258401.1 100 431 0 0 1 431 1 431 2.58e-299 809 WP_187935882.1 WP_187935882.1 100 340 0 0 1 340 1 340 7.60e-255 689 WP_187935882.1 WP_139989153.1 61.9 344 121 3 4 339 1 342 7.27e-152 429 MCM8621761.1 MCM8621761.1 100 1149 0 0 1 1149 1 1149 0.0 2264 MCM8621761.1 NTZ64221.1 34.2 1185 664 26 25 1143 3 1137 1.53e-182 563 MCM8621761.1 WP_279059865.1 34.1 1117 608 32 50 1113 34 1075 1.55e-153 486 WP_146809086.1 WP_146809086.1 100 63 0 0 1 63 1 63 5.44e-43 131 KAF3694195.1 KAF3694195.1 100 1066 0 0 1 1066 1 1066 0.0 1907 KAF3694195.1 XP_035385791.1 30.4 1742 463 29 1 1066 1 1670 6.59e-148 481 WP_276247412.1 WP_276247412.1 100 85 0 0 1 85 1 85 2.42e-58 171 GKN64987.1 GKN64987.1 100 118 0 0 1 118 1 118 4.99e-80 229 PTX11617.1 PTX11617.1 100 498 0 0 1 498 1 498 0.0 1045 WP_045070942.1 WP_045070942.1 100 875 0 0 1 875 1 875 0.0 1724 WP_015873926.1 WP_015873926.1 100 363 0 0 1 363 1 363 3.71e-269 727 EJA2215897.1 EJA2215897.1 100 232 0 0 1 232 1 232 5.86e-173 473 KAF2888908.1 KAF2888908.1 100 158 0 0 1 158 1 158 5.16e-108 303 NWU56530.1 NWU56530.1 100 1182 0 0 1 1182 1 1182 0.0 1425 WP_210028065.1 WP_210028065.1 100 168 0 0 1 168 1 168 2.50e-113 317 WP_211746996.1 WP_211746996.1 100 376 0 0 1 376 1 376 6.34e-263 712 WP_211746996.1 VRK55480.1 56.4 140 60 1 1 139 1 140 9.76e-47 154 WP_211746996.1 MCR4780139.1 25.5 294 190 6 5 274 6 294 5.05e-16 77.0 XP_040023426.1 XP_040023426.1 100 325 0 0 1 325 1 325 3.65e-234 635 AXC70826.1 AXC70826.1 100 60 0 0 1 60 1 60 2.31e-36 114 MBR6853793.1 MBR6853793.1 100 454 0 0 1 454 1 454 0.0 929 WP_153262038.1 WP_153262038.1 100 454 0 0 1 454 1 454 0.0 901 WP_153262038.1 WP_132575460.1 22.2 297 201 11 66 353 51 326 4.88e-07 50.1 MCA4896083.1 MCA4896083.1 100 362 0 0 1 362 1 362 5.30e-273 737 PZW62518.1 PZW62518.1 100 123 0 0 1 123 1 123 1.11e-83 238 ROR98276.1 ROR98276.1 100 136 0 0 1 136 1 136 2.50e-102 286 XP_025769677.1 XP_025769677.1 100 452 0 0 1 452 1 452 9.40e-227 627 WP_016669239.1 WP_016669239.1 100 224 0 0 1 224 1 224 8.35e-169 462 MCB1271755.1 MCB1271755.1 100 174 0 0 1 174 1 174 1.82e-127 353 AFV39595.1 AFV39595.1 100 1000 0 0 1 1000 1 1000 0.0 2006 AFV39595.1 ACY29573.1 91.3 435 38 0 54 488 1 435 1.32e-298 831 AFV39595.1 QWY38042.1 94.8 400 21 0 54 453 1 400 9.95e-284 791 AFV39595.1 AFJ09957.1 91.8 413 34 0 54 466 1 413 8.65e-281 785 AFV39595.1 UZY22531.1 99.4 341 2 0 660 1000 1 341 2.03e-246 694 AFV39595.1 ACH90072.1 88.5 373 42 1 33 405 9 380 1.15e-243 689 AFV39595.1 BAO23243.1 92.1 343 27 0 54 396 1 343 5.33e-234 662 AFV39595.1 BAO11608.1 92.0 339 27 0 54 392 1 339 4.21e-232 657 AFV39595.1 AVA00513.1 90.6 339 32 0 54 392 1 339 1.09e-229 651 AFV39595.1 AOW36968.1 89.8 333 34 0 70 402 1 333 6.10e-222 631 AFV39595.1 AOW33101.1 94.7 318 17 0 70 387 1 318 6.37e-220 625 AFV39595.1 ACV16867.1 92.7 301 22 0 153 453 1 301 1.42e-202 580 AFV39595.1 ARR91819.1 85.9 306 42 1 54 358 1 306 3.03e-183 531 AFV39595.1 ADB27070.1 93.3 210 14 0 190 399 1 210 3.10e-139 414 AFV39595.1 ABJ92889.1 81.3 96 18 0 57 152 1 96 1.32e-52 177 WP_123749269.1 WP_123749269.1 100 130 0 0 1 130 1 130 2.76e-94 266 EFX79048.1 EFX79048.1 100 845 0 0 1 845 1 845 0.0 1514 NNE87648.1 NNE87648.1 100 464 0 0 1 464 1 464 0.0 930 NNE87648.1 WP_145616262.1 57.1 466 196 3 1 463 1 465 9.75e-176 499 NNE87648.1 WP_024330540.1 37.0 479 277 9 1 462 1 471 1.69e-85 269 NNE87648.1 MYE57211.1 47.5 200 100 2 6 205 7 201 2.28e-55 181 NNE87648.1 DAZ71054.1 35.0 297 156 10 2 267 33 323 3.31e-40 146 NNE87648.1 CSP94261.1 36.2 221 125 5 4 222 17 223 4.68e-32 121 PZO34543.1 PZO34543.1 100 253 0 0 1 253 1 253 1.81e-182 499 VDK55583.1 VDK55583.1 100 240 0 0 1 240 1 240 1.80e-171 470 XP_023822602.1 XP_023822602.1 100 245 0 0 1 245 1 245 1.06e-148 439 WP_126376486.1 WP_126376486.1 100 285 0 0 1 285 1 285 9.86e-212 575 WP_126376486.1 RUM56169.1 28.1 242 169 4 27 267 14 251 4.47e-25 99.0 MBT4259311.1 MBT4259311.1 100 399 0 0 1 399 1 399 3.80e-303 816 WP_069580620.1 WP_069580620.1 100 401 0 0 1 401 1 401 3.25e-280 758 MBR4681128.1 MBR4681128.1 100 178 0 0 1 178 1 178 3.11e-121 338 WP_128788759.1 WP_128788759.1 100 201 0 0 1 201 1 201 2.43e-161 441 WP_128788759.1 OGO39675.1 48.8 203 99 2 3 201 6 207 1.99e-69 209 WP_128788759.1 WP_215615491.1 47.4 196 101 2 5 199 25 219 1.34e-60 187 KAJ1174213.1 KAJ1174213.1 100 216 0 0 1 216 1 216 5.23e-159 436 MBO8485404.1 MBO8485404.1 100 831 0 0 1 831 1 831 0.0 1649 MBO8485404.1 MBU22120.1 32.7 996 457 17 11 831 12 969 1.62e-157 483 MBO8485404.1 WP_125260587.1 32.3 947 505 11 9 831 2 936 7.10e-155 475 MBO8485404.1 WP_158347019.1 33.2 835 488 18 12 816 6 800 1.02e-143 442 MBO8485404.1 MCD6199266.1 31.1 842 523 17 11 821 6 821 2.39e-113 363 MBO8485404.1 WP_253620872.1 28.2 291 166 10 333 619 171 422 9.73e-18 86.7 MBO8485404.1 WP_185334683.1 25.7 206 135 9 379 578 141 334 1.94e-10 62.4 MBO8485404.1 WP_256546297.1 30.6 134 79 6 702 830 148 272 5.01e-08 53.5 WP_228961807.1 WP_228961807.1 100 388 0 0 1 388 1 388 1.95e-279 755 WP_228961807.1 WP_244349102.1 30.4 329 158 8 1 262 1 325 4.94e-33 127 WP_141772753.1 WP_141772753.1 100 341 0 0 1 341 1 341 8.56e-257 694 MBL8169415.1 MBL8169415.1 100 605 0 0 1 605 1 605 0.0 1177 MBL8169415.1 WP_055486904.1 30.0 203 134 5 355 553 245 443 2.01e-11 65.1 WP_278088590.1 WP_278088590.1 100 390 0 0 1 390 1 390 3.43e-290 783 WP_278088590.1 RLA59280.1 41.3 397 216 5 2 385 5 397 1.75e-97 295 WP_278088590.1 MCK5265770.1 32.3 353 236 3 34 384 26 377 1.07e-63 207 WP_278088590.1 WP_094880233.1 28.6 398 246 10 18 385 17 406 4.35e-38 140 CDG57236.1 CDG57236.1 100 189 0 0 1 189 1 189 1.53e-140 387 MBP2329018.1 MBP2329018.1 100 317 0 0 1 317 1 317 1.38e-234 636 SOD38512.1 SOD38512.1 100 325 0 0 1 325 1 325 2.71e-220 600 WP_161967657.1 WP_161967657.1 100 1938 0 0 1 1938 1 1938 0.0 2680 WP_007287952.1 WP_007287952.1 100 594 0 0 1 594 1 594 0.0 1151 WP_115992495.1 WP_115992495.1 100 248 0 0 1 248 1 248 1.42e-172 473 WP_115992495.1 WP_142133210.1 54.4 248 107 2 1 248 10 251 2.42e-85 253 WP_115992495.1 WP_222125851.1 50.6 253 110 2 1 246 1 245 2.54e-81 242 WP_115992495.1 WP_072380563.1 47.7 243 124 1 1 243 1 240 4.44e-77 231 WP_115992495.1 WP_279984614.1 48.8 252 123 3 1 248 9 258 1.32e-75 228 WP_115992495.1 WP_008470196.1 47.9 242 120 2 1 242 9 244 1.50e-71 218 WP_115992495.1 WP_258581409.1 36.0 242 143 3 2 242 4 234 3.35e-41 143 WP_115992495.1 WP_140480909.1 34.7 248 145 5 1 244 12 246 7.87e-38 134 WP_115992495.1 WP_071876418.1 25.8 217 148 2 15 231 315 518 7.68e-19 83.6 WP_115992495.1 WP_089095302.1 31.8 214 132 6 16 220 18 226 1.38e-16 77.0 WP_090297373.1 WP_090297373.1 100 231 0 0 1 231 1 231 1.88e-164 451 WP_086280341.1 WP_086280341.1 100 593 0 0 1 593 1 593 0.0 1145 WP_086280341.1 WP_117920451.1 37.4 567 326 15 26 566 30 593 6.79e-104 325 WP_086280341.1 KKT55671.1 34.6 569 349 12 2 549 13 579 4.61e-95 302 WP_086280341.1 MCJ7594907.1 49.4 249 116 4 348 586 1 249 2.45e-70 226 WP_084578893.1 WP_084578893.1 100 410 0 0 1 410 1 410 2.27e-296 800 XP_010918378.1 XP_010918378.1 100 320 0 0 1 320 1 320 8.19e-208 568 KRX15989.1 KRX15989.1 100 497 0 0 1 497 1 497 0.0 1002 KRX15989.1 BBQ86561.1 28.2 216 134 6 18 226 88 289 1.58e-15 75.9 KAF9095505.1 KAF9095505.1 100 1050 0 0 1 1050 1 1050 0.0 1544 XP_012889676.1 XP_012889676.1 100 305 0 0 1 305 1 305 3.05e-216 588 XP_012889676.1 XP_002688837.2 59.7 303 122 0 1 303 1 303 1.54e-121 349 XP_012889676.1 AAR19565.1 75.2 222 55 0 64 285 1 222 1.30e-114 328 XP_012889676.1 XP_034290446.1 51.1 307 148 2 1 305 1 307 1.04e-95 284 XP_012889676.1 XP_042531659.1 41.6 303 175 2 1 302 1 302 2.15e-70 219 XP_012889676.1 XP_005087540.1 40.3 295 176 0 11 305 11 305 1.58e-68 214 XP_012889676.1 XP_054446685.1 39.3 300 178 4 5 302 3 300 1.20e-60 194 XP_012889676.1 XP_049747270.1 32.9 298 188 4 12 302 14 306 1.53e-39 139 SFF07309.1 SFF07309.1 100 325 0 0 1 325 1 325 3.55e-241 653 SFF07309.1 WP_265272113.1 38.5 314 181 5 1 308 1 308 2.33e-64 205 SFF07309.1 MBN9534694.1 39.5 306 165 6 1 300 1 292 1.97e-59 191 MCP4913426.1 MCP4913426.1 100 229 0 0 1 229 1 229 2.12e-169 464 RGX77898.1 RGX77898.1 100 433 0 0 1 433 1 433 1.73e-314 848 MBE6142085.1 MBE6142085.1 100 227 0 0 1 227 1 227 1.25e-151 419 MBE6142085.1 Q8XJN8.1 32.1 212 142 2 12 222 14 224 1.83e-29 108 MBE6142085.1 WP_167196601.1 30.6 219 148 2 4 222 7 221 1.21e-19 82.4 MBE6142085.1 NLR72952.1 30.7 202 133 3 17 218 30 224 2.55e-17 76.3 MBE6142085.1 CDN40573.1 28.2 206 139 5 20 224 267 464 1.90e-16 75.9 KAF9145485.1 KAF9145485.1 100 1097 0 0 1 1097 1 1097 0.0 1783 MCO5569846.1 MCO5569846.1 100 211 0 0 1 211 1 211 6.62e-155 426 MUL75888.1 MUL75888.1 100 872 0 0 1 872 1 872 0.0 1704 MUL75888.1 WP_188888464.1 48.4 62 31 1 800 860 155 216 4.98e-06 47.0 WP_097108993.1 WP_097108993.1 100 329 0 0 1 329 1 329 1.60e-230 627 WP_097108993.1 MCA3389197.1 34.9 318 184 5 11 321 10 311 4.12e-51 171 WP_097108993.1 WP_008134825.1 38.0 287 163 3 43 328 43 315 1.40e-48 172 WP_097108993.1 MCP4329804.1 34.6 292 170 4 30 320 330 601 7.11e-39 143 MBC7097666.1 MBC7097666.1 100 445 0 0 1 445 1 445 0.0 882 MBC7097666.1 KAB2885888.1 38.0 366 206 9 4 362 18 369 5.42e-65 223 MBC7097666.1 MBA2522987.1 48.3 145 72 3 1 143 1 144 8.16e-36 127 KAJ6888161.1 KAJ6888161.1 100 98 0 0 1 98 1 98 2.61e-68 197 WP_236939362.1 WP_236939362.1 100 672 0 0 1 672 1 672 0.0 1333 WP_236939362.1 WP_055863905.1 28.6 329 206 10 6 315 2 320 4.50e-28 114 WP_236939362.1 EHP6050825.1 31.9 113 63 3 358 465 318 421 4.06e-05 45.1 KAJ7092692.1 KAJ7092692.1 100 367 0 0 1 367 1 367 1.10e-263 714 KAJ7092692.1 KNE54577.1 38.2 346 187 10 37 361 240 579 1.17e-58 198 KAJ7092692.1 XP_037916999.1 26.6 184 113 4 39 215 46 214 4.31e-13 68.6 WP_040330177.1 WP_040330177.1 100 336 0 0 1 336 1 336 4.46e-220 601 WP_001537381.1 WP_001537381.1 100 3246 0 0 1 3246 1 3246 0.0 5086 WP_001537381.1 WP_187642449.1 52.2 456 197 6 2550 2992 1 448 6.54e-112 373 WP_001537381.1 WP_243269836.1 53.9 282 126 4 11 289 29 309 5.62e-74 275 WP_001537381.1 WP_247392216.1 50.0 202 95 5 45 244 79 276 4.36e-48 172 WP_001537381.1 WP_045125019.1 38.5 356 174 15 16 332 61 410 1.96e-46 172 WP_001537381.1 MBS1222269.1 58.6 116 46 2 45 160 89 202 4.11e-33 127 WP_001537381.1 WP_230822898.1 36.2 257 139 12 52 295 78 322 8.37e-25 109 MBL6727407.1 MBL6727407.1 100 171 0 0 1 171 1 171 2.82e-125 347 WP_054541705.1 WP_054541705.1 100 435 0 0 1 435 1 435 0.0 865 WP_279085497.1 WP_279085497.1 100 166 0 0 1 166 1 166 1.03e-120 335 MCB9510871.1 MCB9510871.1 100 167 0 0 1 167 1 167 2.24e-120 335 WP_095128211.1 WP_095128211.1 100 319 0 0 1 319 1 319 2.02e-228 620 WP_095128211.1 WP_059510827.1 31.6 247 160 3 66 303 60 306 2.40e-32 120 MBE0660081.1 MBE0660081.1 100 216 0 0 1 216 1 216 2.17e-142 394 WP_219286064.1 WP_219286064.1 100 434 0 0 1 434 1 434 4.52e-306 827 WP_218057064.1 WP_218057064.1 100 153 0 0 1 153 1 153 1.10e-111 311 WP_131971174.1 WP_131971174.1 100 261 0 0 1 261 1 261 1.68e-191 522 MBL8777518.1 MBL8777518.1 100 402 0 0 1 402 1 402 1.82e-282 764 ABK94958.1 ABK94958.1 100 359 0 0 1 359 1 359 2.95e-273 737 ABK94958.1 KAE8908303.1 29.9 368 202 8 18 343 96 449 7.00e-49 169 WP_199308568.1 WP_199308568.1 100 440 0 0 1 440 1 440 8.03e-319 859 WP_199308568.1 MCG8377291.1 43.5 154 82 2 291 440 1 153 2.56e-34 124 APC24336.1 APC24336.1 100 381 0 0 1 381 1 381 4.60e-279 754 APC24336.1 AAX94106.1 70.7 352 103 0 1 352 78 429 3.03e-185 518 APC24336.1 ACO35565.1 70.8 250 71 1 131 378 1 250 3.22e-129 369 APC24336.1 AGC97326.1 69.2 240 72 1 133 370 1 240 5.44e-118 340 APC24336.1 AGC74998.1 76.2 210 50 0 148 357 1 210 2.45e-115 333 APC24336.1 ACE88666.1 71.2 118 34 0 1 118 29 146 5.70e-52 168 APC24336.1 AHK62764.1 70.9 117 34 0 2 118 105 221 4.87e-49 163 APC24336.1 UZF38514.1 70.5 112 33 0 1 112 95 206 6.18e-49 162 APC24336.1 AFA09475.1 73.2 112 30 0 1 112 94 205 2.35e-48 161 APC24336.1 AWS34156.1 73.2 112 30 0 1 112 108 219 2.53e-48 161 APC24336.1 AFA24308.1 74.1 112 29 0 1 112 101 212 5.72e-48 160 APC24336.1 ADW49125.1 72.3 112 31 0 1 112 100 211 4.29e-47 158 APC24336.1 AVM35379.1 71.4 112 32 0 1 112 103 214 6.59e-47 157 APC24336.1 QUA05739.1 73.3 105 28 0 1 105 108 212 5.57e-44 150 APC24336.1 QUQ06080.1 67.9 112 36 0 1 112 108 219 1.88e-43 149 APC24336.1 ABQ63546.1 67.9 112 36 0 1 112 107 218 2.57e-43 148 APC24336.1 AGI15931.1 66.0 106 36 0 1 106 101 206 9.61e-38 133 APC24336.1 AMA90994.1 71.1 90 26 0 1 90 108 197 1.29e-32 119 APC24336.1 AHH30646.1 67.4 92 29 1 1 92 81 171 1.31e-30 113 APC24336.1 AOQ89457.1 67.9 84 27 0 1 84 104 187 1.07e-28 108 APC24336.1 AKT58828.1 64.4 87 31 0 1 87 108 194 2.53e-28 108 APC24336.1 AXZ65741.1 64.2 81 29 0 1 81 108 188 5.62e-26 101 WP_199713305.1 WP_199713305.1 100 120 0 0 1 120 1 120 4.40e-84 239 WP_172585284.1 WP_172585284.1 100 407 0 0 1 407 1 407 2.73e-291 787 WP_094590818.1 WP_094590818.1 100 912 0 0 1 912 1 912 0.0 1787 XP_032204694.1 XP_032204694.1 100 295 0 0 1 295 1 295 1.15e-215 586 KAJ3382075.1 KAJ3382075.1 100 100 0 0 1 100 1 100 5.88e-66 192 WP_116143250.1 WP_116143250.1 100 293 0 0 1 293 1 293 6.58e-205 559 OQB67688.1 OQB67688.1 100 535 0 0 1 535 1 535 0.0 1043 KAI1055415.1 KAI1055415.1 100 353 0 0 1 353 1 353 1.30e-273 738 KAI1055415.1 XP_030976676.1 40.4 356 192 10 7 349 9 357 7.32e-82 252 WP_018083176.1 WP_018083176.1 100 348 0 0 1 348 1 348 3.02e-265 716 WP_055153579.1 WP_055153579.1 100 492 0 0 1 492 1 492 0.0 998 WP_055153579.1 WP_112119927.1 28.1 434 277 13 55 486 61 461 5.66e-35 134 WP_055153579.1 MBP6544771.1 24.7 522 333 11 14 485 39 550 7.37e-31 124 WP_055153579.1 WP_140372075.1 26.4 326 179 12 146 427 195 503 1.59e-13 71.2 WP_065640612.1 WP_065640612.1 100 116 0 0 1 116 1 116 1.68e-86 245 KAG2753283.1 KAG2753283.1 100 186 0 0 1 186 1 186 2.36e-138 382 WP_071280632.1 WP_071280632.1 100 90 0 0 1 90 1 90 8.52e-59 173 WP_213775833.1 WP_213775833.1 100 295 0 0 1 295 1 295 1.24e-210 573 WP_213775833.1 WP_222163701.1 41.5 270 154 1 24 289 26 295 1.12e-58 188 MBG4760275.1 MBG4760275.1 100 397 0 0 1 397 1 397 7.94e-279 754 KAF9432903.1 KAF9432903.1 100 947 0 0 1 947 1 947 0.0 1871 WP_245407141.1 WP_245407141.1 100 160 0 0 1 160 1 160 8.19e-106 297 XP_006814105.1 XP_006814105.1 100 476 0 0 1 476 1 476 0.0 921 WP_228201287.1 WP_228201287.1 100 105 0 0 1 105 1 105 2.07e-75 216 KAH8780162.1 KAH8780162.1 100 499 0 0 1 499 1 499 0.0 977 KAH8780162.1 WP_109267392.1 30.0 207 118 7 16 220 8 189 5.53e-11 63.2 KAH8780162.1 WP_074527819.1 31.7 186 104 7 69 251 58 223 1.45e-08 55.5 WP_196146635.1 WP_196146635.1 100 834 0 0 1 834 1 834 0.0 1676 DAH49916.1 DAH49916.1 100 44 0 0 1 44 1 44 2.06e-30 98.2 WP_237034910.1 WP_237034910.1 100 1039 0 0 1 1039 1 1039 0.0 2022 WP_237034910.1 WP_052125494.1 42.0 1026 567 7 5 1018 8 1017 1.89e-248 728 WP_237034910.1 MCD8297279.1 26.4 258 164 8 105 357 107 343 9.21e-15 77.4 XP_010676925.2 XP_010676925.2 100 352 0 0 1 352 1 352 8.66e-226 617 WP_086353716.1 WP_086353716.1 100 316 0 0 1 316 1 316 3.09e-226 615 WP_086353716.1 WP_142590093.1 48.2 313 156 3 1 309 14 324 2.57e-95 284 WP_086353716.1 WP_281675368.1 34.6 298 184 7 1 298 1 287 1.72e-46 164 WP_086353716.1 MBU2478158.1 50.0 62 31 0 248 309 1 62 3.77e-14 64.7 WP_102576363.1 WP_102576363.1 100 205 0 0 1 205 1 205 4.69e-152 418 WP_102576363.1 WP_140264131.1 43.8 201 112 1 1 200 1 201 2.80e-55 173 WP_080508033.1 WP_080508033.1 100 421 0 0 1 421 1 421 0.0 874 WP_080508033.1 MCA3282362.1 24.0 333 223 10 69 388 37 352 2.31e-12 66.2 WP_052922907.1 WP_052922907.1 100 466 0 0 1 466 1 466 0.0 933 WP_052922907.1 MCB1208284.1 36.5 348 208 7 1 343 16 355 2.86e-59 197 WP_010409355.1 WP_010409355.1 100 113 0 0 1 113 1 113 1.71e-80 229 XP_008674211.1 XP_008674211.1 100 264 0 0 1 264 1 264 6.30e-168 463 RGT06351.1 RGT06351.1 100 90 0 0 1 90 1 90 1.85e-62 182 NIM26842.1 NIM26842.1 100 323 0 0 1 323 1 323 4.97e-231 627 NIM26842.1 HHO76132.1 53.6 319 138 5 2 317 8 319 8.52e-105 308 AMA13662.1 AMA13662.1 100 176 0 0 1 176 1 176 5.88e-134 370 AMA13662.1 MOY95459.1 72.4 98 27 0 63 160 2 99 9.30e-50 154 AMA13662.1 AST39768.1 62.2 98 37 0 63 160 2 99 4.17e-41 132 AMA13662.1 MOY61908.1 53.7 95 44 0 63 157 2 96 1.98e-34 115 AFP82159.1 AFP82159.1 100 393 0 0 1 393 1 393 1.72e-296 799 AFP82159.1 BAD88428.1 92.6 393 29 0 1 393 27 419 8.40e-276 749 AFP82159.1 USR37329.1 93.8 160 10 0 1 160 30 189 1.93e-103 302 MBQ2990925.1 MBQ2990925.1 100 665 0 0 1 665 1 665 0.0 1259 KQP70604.1 KQP70604.1 100 484 0 0 1 484 1 484 0.0 967 MCH1407713.1 MCH1407713.1 100 360 0 0 1 360 1 360 1.30e-272 736 HAR7369715.1 HAR7369715.1 100 466 0 0 1 466 1 466 0.0 888 HAR7369715.1 EPR30609.1 41.5 441 240 3 21 460 1 424 6.41e-114 340 HAR7369715.1 WP_132517191.1 37.0 467 274 5 11 458 22 487 1.83e-96 298 HAR7369715.1 MCQ2156413.1 37.1 329 188 6 136 461 1 313 4.14e-64 209 HAR7369715.1 MBR4705654.1 27.2 434 261 12 17 439 20 409 8.32e-34 130 HAC44255.1 HAC44255.1 100 947 0 0 1 947 1 947 0.0 1910 NBS93427.1 NBS93427.1 100 159 0 0 1 159 1 159 6.77e-109 305 WP_067101053.1 WP_067101053.1 100 324 0 0 1 324 1 324 1.87e-231 629 XP_005111944.2 XP_005111944.2 100 616 0 0 1 616 1 616 0.0 1219 WP_108210605.1 WP_108210605.1 100 591 0 0 1 591 1 591 0.0 1119 WP_108210605.1 GBD99233.1 36.1 252 148 3 301 549 29 270 1.42e-40 147 MOP62942.1 MOP62942.1 100 18 0 0 1 18 1 18 2.84e-12 50.8 WP_262073613.1 WP_262073613.1 100 318 0 0 1 318 1 318 8.15e-223 606 KAH9744176.1 KAH9744176.1 100 696 0 0 1 696 1 696 0.0 1390 AFX75916.1 AFX75916.1 100 695 0 0 1 695 1 695 0.0 1381 AFX75916.1 QGA29503.1 96.1 685 27 0 1 685 1 685 0.0 1324 WP_166638495.1 WP_166638495.1 100 57 0 0 1 57 1 57 7.42e-34 107 KAI4867710.1 KAI4867710.1 100 389 0 0 1 389 1 389 7.05e-278 751 WP_083180153.1 WP_083180153.1 100 608 0 0 1 608 1 608 0.0 1182 WP_083180153.1 NIK25817.1 23.7 414 289 7 215 601 194 607 1.49e-27 115 WP_083180153.1 WP_212961195.1 33.2 214 131 8 395 601 831 1039 4.19e-23 102 MCM2356329.1 MCM2356329.1 100 293 0 0 1 293 1 293 3.31e-214 582 MCM2356329.1 WP_160194147.1 44.1 297 155 6 1 291 1 292 3.62e-70 221 MCM2356329.1 MBA3609961.1 30.9 272 165 8 29 285 36 299 1.49e-28 112 MCM2356329.1 OWZ34415.1 30.5 279 169 10 32 293 57 327 1.05e-25 104 MCM2356329.1 MBQ6794463.1 30.1 269 161 8 27 291 9 254 6.23e-23 95.5 WP_270233472.1 WP_270233472.1 100 318 0 0 1 318 1 318 1.24e-242 656 XP_033306318.1 XP_033306318.1 100 1323 0 0 1 1323 1 1323 0.0 2557 XP_033306318.1 NXL14598.1 23.2 1330 868 37 62 1304 64 1327 1.70e-73 267 WP_209377953.1 WP_209377953.1 100 178 0 0 1 178 1 178 5.20e-129 357 WP_209377953.1 MCB0919686.1 35.3 150 85 5 3 142 10 157 3.56e-19 78.6 XP_019180948.1 XP_019180948.1 100 971 0 0 1 971 1 971 0.0 1038 XP_019180948.1 XP_040250218.1 39.3 300 153 7 668 955 341 623 1.86e-52 195 XP_019180948.1 XP_021765438.1 37.4 289 171 7 680 964 599 881 1.17e-42 166 XP_019180948.1 RLN36134.1 37.4 294 164 9 679 960 84 369 1.05e-41 156 XP_019180948.1 KAI3849778.1 35.2 355 200 13 608 949 431 768 5.36e-41 160 XP_019180948.1 XP_025814622.1 31.0 242 151 5 676 904 777 1015 6.00e-28 120 XP_019180948.1 XP_044484513.1 37.1 170 101 4 659 826 70 235 4.18e-24 107 XP_019180948.1 XP_048540820.1 30.0 220 113 8 660 874 777 960 9.57e-18 87.0 XP_019180948.1 KZT58963.1 31.9 213 120 7 680 876 1082 1285 2.47e-15 79.3 CAH0023967.1 CAH0023967.1 100 336 0 0 1 336 1 336 8.72e-243 658 WP_019444443.1 WP_019444443.1 100 323 0 0 1 323 1 323 3.13e-234 635 WP_019444443.1 WP_055337992.1 65.2 322 112 0 2 323 65 386 3.31e-156 441 WP_019444443.1 MBL6847974.1 45.5 303 159 3 23 323 90 388 1.06e-86 264 WP_019444443.1 XP_027540421.1 32.4 321 201 7 7 320 95 406 2.02e-43 152 WP_019444443.1 MBL4853947.1 30.1 296 182 8 32 320 106 383 7.59e-30 115 MBL1320270.1 MBL1320270.1 100 322 0 0 1 322 1 322 1.47e-227 619 MBL1320270.1 WP_198095175.1 45.2 323 173 2 3 322 16 337 3.96e-85 258 GEW47215.1 GEW47215.1 100 290 0 0 1 290 1 290 7.73e-207 563 KAI4518191.1 KAI4518191.1 100 584 0 0 1 584 1 584 0.0 1045 WP_162206844.1 WP_162206844.1 100 367 0 0 1 367 1 367 5.29e-271 732 WP_113544184.1 WP_113544184.1 100 1167 0 0 1 1167 1 1167 0.0 2266 WP_113544184.1 WP_130528929.1 37.7 639 391 4 463 1100 326 958 9.21e-139 444 WP_113544184.1 TRZ64304.1 40.0 438 259 2 728 1162 1 437 4.43e-104 333 WP_113544184.1 MAF07216.1 33.1 477 297 8 525 988 173 640 1.79e-61 222 WP_014985199.1 WP_014985199.1 100 723 0 0 1 723 1 723 0.0 1409 WP_014985199.1 WP_070172067.1 49.8 626 307 4 70 692 21 642 1.70e-211 608 WP_014985199.1 NXM52897.1 40.7 487 269 8 65 546 1 472 2.92e-106 332 XP_030725309.1 XP_030725309.1 100 343 0 0 1 343 1 343 6.04e-258 697 WP_192880951.1 WP_192880951.1 100 451 0 0 1 451 1 451 0.0 915 WP_192880951.1 MBQ6717580.1 34.3 242 113 5 28 255 42 251 1.75e-27 110 MBT8607749.1 MBT8607749.1 100 580 0 0 1 580 1 580 0.0 1138 MBT8607749.1 WP_001202764.1 56.4 571 244 5 1 568 1 569 3.28e-222 626 NGL48818.1 NGL48818.1 100 44 0 0 1 44 1 44 7.59e-24 81.6 WP_162929259.1 WP_162929259.1 100 108 0 0 1 108 1 108 6.09e-74 213 NLV68328.1 NLV68328.1 100 185 0 0 1 185 1 185 8.16e-125 347 NLV68328.1 NLK90780.1 47.8 182 95 0 4 185 4 185 9.14e-59 180 NLV68328.1 NLT72898.1 47.5 183 96 0 1 183 1 183 9.14e-59 180 NLV68328.1 MBD3769330.1 41.6 178 104 0 8 185 7 184 4.24e-44 143 WP_075013026.1 WP_075013026.1 100 423 0 0 1 423 1 423 2.78e-299 808 USK34290.1 USK34290.1 100 137 0 0 1 137 1 137 3.84e-93 263 NLE01480.1 NLE01480.1 100 456 0 0 1 456 1 456 8.01e-318 858 WP_189931865.1 WP_189931865.1 100 1161 0 0 1 1161 1 1161 0.0 2279 WP_189931865.1 MBQ7389792.1 48.7 1307 430 16 21 1146 11 1257 0.0 1160 WP_189931865.1 BBG20955.1 38.7 1396 535 16 21 1126 11 1375 3.84e-294 900 WP_189931865.1 ULU28230.1 39.1 1028 569 15 111 1120 65 1053 2.59e-244 722 WP_189931865.1 AIR77599.1 37.7 220 114 3 33 240 1 209 1.03e-36 143 WP_189931865.1 HAJ19792.1 56.2 89 38 1 496 584 1 88 4.64e-23 92.8 MCK5466482.1 MCK5466482.1 100 297 0 0 1 297 1 297 3.27e-207 565 WP_166047848.1 WP_166047848.1 100 235 0 0 1 235 1 235 2.33e-128 360 KAI2467201.1 KAI2467201.1 100 394 0 0 1 394 1 394 7.99e-282 762 WP_272952826.1 WP_272952826.1 100 318 0 0 1 318 1 318 7.89e-175 485 AGB20654.1 AGB20654.1 100 218 0 0 1 218 1 218 5.66e-164 449 MBQ6868443.1 MBQ6868443.1 100 194 0 0 1 194 1 194 7.23e-137 379 NER20127.1 NER20127.1 100 291 0 0 1 291 1 291 1.65e-222 603 WP_269061021.1 WP_269061021.1 100 264 0 0 1 264 1 264 4.92e-181 496 MCE2789155.1 MCE2789155.1 100 1004 0 0 1 1004 1 1004 0.0 1820 MCE2789155.1 WP_116870479.1 52.9 153 70 2 844 995 1072 1223 2.52e-39 157 MCE2789155.1 WP_122440133.1 48.1 160 82 1 844 1003 1054 1212 3.10e-33 137 MBR6875525.1 MBR6875525.1 100 365 0 0 1 365 1 365 3.12e-287 773 HAO16792.1 HAO16792.1 100 134 0 0 1 134 1 134 3.06e-102 286 XP_039325768.1 XP_039325768.1 100 561 0 0 1 561 1 561 0.0 1120 WP_180230190.1 WP_180230190.1 100 340 0 0 1 340 1 340 1.16e-249 676 WP_180230190.1 WP_101272247.1 35.9 334 212 2 2 334 15 347 7.70e-72 226 WP_230796143.1 WP_230796143.1 100 305 0 0 1 305 1 305 1.02e-214 585 WP_230796143.1 EIX9307167.1 36.0 272 171 2 1 269 11 282 2.05e-47 159 WP_230796143.1 WP_077690175.1 37.3 161 83 6 4 155 5 156 1.15e-11 62.8 WP_230796143.1 WP_154333510.1 45.2 62 34 0 1 62 1 62 1.79e-06 47.0 WP_059639348.1 WP_059639348.1 100 316 0 0 1 316 1 316 5.41e-236 639 WP_225579579.1 WP_225579579.1 100 528 0 0 1 528 1 528 0.0 966 WP_225579579.1 WP_254698006.1 70.0 430 129 0 15 444 1 430 1.06e-209 590 WP_225579579.1 OQA38407.1 48.5 462 209 6 7 444 1 457 2.40e-136 401 WP_225579579.1 WP_253808359.1 45.3 439 223 7 13 443 3 432 5.79e-119 356 WP_225579579.1 CBI36349.3 31.2 426 279 5 7 425 2 420 1.61e-62 209 WP_225579579.1 WP_073201850.1 35.4 268 155 4 39 295 56 316 2.74e-40 147 WP_225579579.1 PSR02572.1 32.7 281 166 7 30 299 69 337 1.06e-33 129 GBN39940.1 GBN39940.1 100 421 0 0 1 421 1 421 1.49e-318 857 MXQ53321.1 MXQ53321.1 100 351 0 0 1 351 1 351 3.77e-256 693 MXQ53321.1 WP_114368818.1 32.8 247 146 6 8 240 10 250 1.67e-27 110 WP_100449703.1 WP_100449703.1 100 419 0 0 1 419 1 419 6.67e-289 782 XP_052751399.1 XP_052751399.1 100 367 0 0 1 367 1 367 2.44e-276 746 WP_066786685.1 WP_066786685.1 100 1507 0 0 1 1507 1 1507 0.0 2915 WP_117077319.1 WP_117077319.1 100 156 0 0 1 156 1 156 4.27e-124 343 WP_117077319.1 ENF92344.1 84.3 153 24 0 4 156 2 154 3.43e-101 290 WP_249084213.1 WP_249084213.1 100 860 0 0 1 860 1 860 0.0 1752 WP_249084213.1 MCI5916932.1 47.0 464 236 6 375 832 26 485 6.16e-121 374 WP_131096443.1 WP_131096443.1 100 721 0 0 1 721 1 721 0.0 1354 WP_131096443.1 MBE3671043.1 48.3 718 361 6 9 721 14 726 7.51e-223 639 WP_131096443.1 WP_049066482.1 35.0 729 432 12 6 705 2 717 2.80e-129 399 KAI6080770.1 KAI6080770.1 100 27 0 0 327 353 327 353 2.60e-12 65.9 WP_017691736.1 WP_017691736.1 100 446 0 0 1 446 1 446 0.0 894 WP_005632191.1 WP_005632191.1 100 217 0 0 1 217 1 217 3.52e-153 422 WP_084873045.1 WP_084873045.1 100 225 0 0 1 225 1 225 2.46e-157 433 WP_195290884.1 WP_195290884.1 100 427 0 0 1 427 1 427 2.39e-318 857 WP_195290884.1 WP_162119468.1 34.7 421 241 6 4 424 3 389 9.16e-69 221 WP_195290884.1 MCG6912449.1 33.3 421 230 9 8 424 3 376 2.26e-68 220 WP_280336340.1 WP_280336340.1 100 78 0 0 1 78 1 78 1.66e-55 164 CAD2182685.1 CAD2182685.1 100 189 0 0 1 189 1 189 2.09e-138 382 HBT5919638.1 HBT5919638.1 100 49 0 0 1 49 1 49 5.96e-32 102 XP_021765438.1 XP_021765438.1 100 908 0 0 1 908 1 908 0.0 1725 XP_021765438.1 RLN36134.1 37.4 326 188 7 574 887 58 379 1.05e-55 196 XP_021765438.1 XP_019180948.1 37.4 289 171 7 599 881 680 964 3.56e-43 168 XP_021765438.1 KAI3849778.1 32.8 375 228 12 533 890 430 797 1.07e-42 166 XP_021765438.1 XP_040250218.1 35.2 284 161 8 587 863 347 614 2.30e-37 149 XP_021765438.1 XP_025814622.1 30.8 292 169 9 526 796 710 989 1.75e-34 140 XP_021765438.1 XP_044484513.1 40.1 197 111 5 550 742 41 234 3.86e-34 138 XP_021765438.1 KAG2309455.1 30.2 291 177 11 591 868 607 884 2.38e-28 120 XP_021765438.1 XP_028705251.1 33.0 206 126 6 597 796 456 655 1.64e-27 118 XP_021765438.1 XP_048540820.1 26.7 273 152 6 601 870 796 1023 4.75e-20 94.4 XP_021765438.1 WP_106546380.1 33.9 221 117 7 598 797 17 229 5.46e-20 92.8 XP_021765438.1 MBF1128433.1 29.7 202 127 5 601 796 16 208 4.98e-17 84.0 XP_021765438.1 MBD2210269.1 27.4 234 142 8 590 803 9 234 1.07e-15 79.3 WP_093486522.1 WP_093486522.1 100 353 0 0 1 353 1 353 4.29e-263 711 QLY80081.1 QLY80081.1 100 431 0 0 1 431 1 431 3.42e-288 781 QLY80081.1 WP_065076975.1 39.6 240 144 1 192 430 205 444 5.72e-48 168 WP_006224372.1 WP_006224372.1 100 290 0 0 1 290 1 290 1.32e-198 543 WP_023727015.1 WP_023727015.1 100 519 0 0 1 519 1 519 0.0 950 WP_023727015.1 WP_185921121.1 35.0 426 250 11 26 438 9 420 1.82e-53 186 WP_023727015.1 BBC91732.1 30.3 412 274 8 35 437 3 410 1.27e-42 156 WP_023727015.1 RQL72805.1 24.8 423 289 9 21 429 7 414 1.88e-26 110 KAF8917914.1 KAF8917914.1 100 417 0 0 1 417 1 417 1.55e-318 857 KAF8917914.1 XP_031942702.1 36.8 288 138 9 31 289 25 297 2.30e-52 181 WP_037184031.1 WP_037184031.1 100 97 0 0 1 97 1 97 7.56e-63 184 MBM4261824.1 MBM4261824.1 100 361 0 0 1 361 1 361 7.56e-277 746 WP_085680475.1 WP_085680475.1 100 253 0 0 1 253 1 253 3.56e-198 538 EFI9255255.1 EFI9255255.1 100 485 0 0 1 485 1 485 1.47e-211 592 EFI9255255.1 HAL0497824.1 47.0 83 40 1 162 244 130 208 7.77e-06 46.2 WP_070475600.1 WP_070475600.1 100 749 0 0 1 749 1 749 0.0 1484 WP_275405902.1 WP_275405902.1 100 741 0 0 1 741 1 741 0.0 1456 GIW30304.1 GIW30304.1 100 473 0 0 1 473 1 473 0.0 893 GIW30304.1 WP_243361436.1 33.9 422 265 5 58 467 62 481 1.80e-55 190 TVY78526.1 TVY78526.1 100 1030 0 0 1 1030 1 1030 0.0 2034 WP_273827584.1 WP_273827584.1 100 252 0 0 1 252 1 252 1.89e-188 514 XP_047245969.1 XP_047245969.1 100 233 0 0 1 233 1 233 6.87e-177 483 XP_007957752.1 XP_007957752.1 100 471 0 0 1 471 1 471 0.0 915 XP_007957752.1 XP_048221756.1 97.2 471 12 1 1 471 17 486 0.0 889 WP_272896519.1 WP_272896519.1 100 42 0 0 1 42 1 42 7.37e-30 96.7 KAI1368854.1 KAI1368854.1 100 260 0 0 1 260 1 260 1.20e-204 555 STW09510.1 STW09510.1 100 204 0 0 1 204 1 204 8.76e-152 417 WP_264790310.1 WP_264790310.1 100 372 0 0 1 372 1 372 1.16e-272 737 WP_029091796.1 WP_029091796.1 100 201 0 0 1 201 1 201 3.57e-145 400 WP_237142885.1 WP_237142885.1 100 84 0 0 1 84 1 84 1.36e-59 174 EFL44656.1 EFL44656.1 100 1739 0 0 1 1739 1 1739 0.0 3165 RJF99999.1 RJF99999.1 100 334 0 0 1 334 1 334 7.04e-232 630 MBM4059513.1 MBM4059513.1 100 450 0 0 1 450 1 450 0.0 892 MCP3657241.1 MCP3657241.1 100 155 0 0 1 155 1 155 1.13e-105 296 WP_203021165.1 WP_203021165.1 100 278 0 0 1 278 1 278 6.89e-204 555 WP_203021165.1 GGK29005.1 30.9 233 142 7 52 269 60 288 3.20e-15 72.4 WP_089095302.1 WP_089095302.1 100 629 0 0 1 629 1 629 0.0 1198 WP_089095302.1 WP_173040157.1 33.1 586 348 8 8 590 11 555 5.47e-81 265 WP_089095302.1 MCH5231772.1 28.3 534 354 12 3 520 1 521 1.54e-58 204 WP_089095302.1 MCA6099904.1 31.5 534 301 18 1 511 1 492 7.22e-49 176 WP_089095302.1 WP_041710957.1 24.3 560 319 10 1 525 1 490 6.76e-41 155 WP_089095302.1 WP_105160947.1 34.0 238 109 8 325 523 14 242 4.32e-21 95.9 WP_089095302.1 WP_222599035.1 33.8 225 126 7 8 226 471 678 3.62e-20 93.2 WP_089095302.1 WP_089246429.1 24.3 536 297 18 19 515 20 485 1.16e-18 87.8 WP_089095302.1 WP_195238978.1 29.8 215 123 8 295 488 467 674 7.59e-18 85.9 WP_089095302.1 WP_115992495.1 31.3 217 129 6 18 226 16 220 4.24e-17 79.7 WP_089095302.1 MBO5162475.1 22.0 541 330 18 6 516 1 479 5.49e-16 79.3 WP_089095302.1 CDZ73727.1 29.6 213 122 8 314 509 1 202 3.45e-14 71.2 WP_089095302.1 WP_150396769.1 22.1 502 276 18 15 479 36 459 6.91e-14 72.8 WP_089095302.1 GBD21053.1 23.0 518 273 17 23 493 46 484 3.77e-13 70.5 WP_089095302.1 WP_142931103.1 22.4 518 317 16 18 513 19 473 4.37e-13 70.1 WP_089095302.1 MBQ9964693.1 30.8 208 102 7 3 206 1 170 5.44e-13 66.2 WP_089095302.1 WP_145468487.1 30.0 190 108 5 326 493 22 208 9.70e-12 63.5 WP_089095302.1 WP_071876418.1 27.2 239 150 8 315 530 4 241 1.12e-11 65.9 WP_089095302.1 WP_247749043.1 28.6 234 132 13 319 524 361 587 4.81e-11 63.9 WP_089095302.1 WP_107894076.1 24.9 237 127 8 311 505 2 229 8.82e-10 58.9 WP_089095302.1 WP_038440434.1 24.5 200 134 6 308 490 328 527 1.30e-09 59.3 WP_089095302.1 MCH4209672.1 27.7 184 108 5 325 495 393 564 9.21e-09 56.6 WP_089095302.1 WP_192324556.1 28.2 227 118 11 320 505 21 243 3.73e-08 54.7 WP_089095302.1 WP_227059655.1 25.2 218 124 7 325 505 32 247 1.96e-07 52.4 WP_089095302.1 RLN50561.1 26.0 173 105 6 14 183 655 807 7.62e-07 50.8 WP_233230645.1 WP_233230645.1 100 380 0 0 1 380 1 380 2.46e-278 752 WP_233230645.1 WP_099100504.1 37.8 320 197 2 27 345 48 366 1.06e-64 209 WP_233230645.1 WP_202252188.1 33.4 320 196 7 27 339 48 357 2.27e-31 120 WP_004960861.1 WP_004960861.1 100 534 0 0 1 534 1 534 0.0 1038 WP_004960861.1 EET4886479.1 39.4 421 245 4 111 526 30 445 4.31e-95 295 WP_230009938.1 WP_230009938.1 100 245 0 0 1 245 1 245 3.26e-156 432 WP_230009938.1 WP_134064782.1 41.0 183 106 1 4 184 255 437 5.29e-40 141 WP_034709917.1 WP_034709917.1 100 1037 0 0 1 1037 1 1037 0.0 2049 CTM60173.1 CTM60173.1 100 56 0 0 1 56 1 56 6.56e-41 125 WP_039608285.1 WP_039608285.1 100 1036 0 0 1 1036 1 1036 0.0 1932 WP_039608285.1 WP_133325549.1 35.3 1030 641 12 1 1022 1 1013 4.08e-184 560 WP_039608285.1 WP_096647361.1 26.6 1033 723 16 3 1005 5 1032 3.74e-97 329 WP_039608285.1 WP_265225845.1 26.4 1066 711 16 1 1005 1 1053 3.19e-87 302 WP_039608285.1 WP_110366458.1 23.0 1046 741 14 2 1004 4 1028 1.34e-65 240 WP_039608285.1 WP_154963182.1 24.8 1031 725 19 1 1003 1 1009 1.42e-62 229 WP_039608285.1 WP_172616972.1 24.3 1037 724 24 5 1007 10 1019 5.52e-61 224 WP_039608285.1 MBL4744408.1 21.6 1037 768 14 7 1007 9 1036 3.18e-59 219 WP_039608285.1 TME45086.1 25.4 712 490 12 9 689 8 709 1.18e-43 168 WP_039608285.1 KKQ50904.1 27.0 486 338 8 13 487 38 517 6.15e-43 168 SPC33634.1 SPC33634.1 100 142 0 0 1 142 1 142 2.03e-104 292 WP_259287153.1 WP_259287153.1 100 132 0 0 1 132 1 132 4.05e-97 273 MRB85170.1 MRB85170.1 100 46 0 0 1 46 1 46 4.73e-30 97.4 MCD6544917.1 MCD6544917.1 100 364 0 0 1 364 1 364 3.03e-264 715 MBK4335994.1 MBK4335994.1 100 308 0 0 1 308 1 308 2.05e-211 577 MBA0628892.1 MBA0628892.1 100 291 0 0 1 291 1 291 2.08e-216 588 WP_281459228.1 WP_281459228.1 100 461 0 0 1 461 1 461 0.0 958 CAD7578726.1 CAD7578726.1 100 234 0 0 1 234 1 234 2.57e-168 461 CAD7578726.1 WP_122705662.1 35.1 94 22 2 1 55 146 239 6.64e-08 50.1 SOD38336.1 SOD38336.1 100 400 0 0 1 400 1 400 1.35e-292 790 TYG55675.1 TYG55675.1 100 979 0 0 1 979 1 979 0.0 1924 TYG55675.1 XP_010263869.1 41.3 516 243 9 3 459 229 743 1.27e-99 329 TYG55675.1 KAI9181093.1 33.1 357 176 8 161 459 145 496 1.55e-46 174 WP_094953410.1 WP_094953410.1 100 184 0 0 1 184 1 184 1.73e-130 362 WP_108324249.1 WP_108324249.1 100 147 0 0 1 147 1 147 1.58e-108 303 WP_195238978.1 WP_195238978.1 100 737 0 0 1 737 1 737 0.0 1411 WP_195238978.1 WP_195368055.1 30.4 527 355 8 198 716 51 573 9.34e-67 229 WP_195238978.1 NFD84694.1 34.9 415 247 6 315 721 360 759 6.42e-60 214 WP_195238978.1 KAI7371949.1 31.9 498 322 9 234 721 399 889 1.05e-55 204 WP_195238978.1 MBQ8297564.1 35.4 316 200 2 404 717 253 566 2.46e-54 195 WP_195238978.1 WP_011512097.1 33.2 319 208 2 404 720 265 580 3.70e-47 175 WP_195238978.1 KAI9191373.1 37.7 265 143 2 451 713 361 605 8.25e-45 171 WP_195238978.1 WP_038440434.1 29.3 389 263 6 343 727 195 575 9.55e-41 156 WP_195238978.1 WP_247749043.1 34.1 246 156 4 478 717 350 595 2.31e-35 140 WP_195238978.1 KAJ2660037.1 30.0 270 185 3 448 714 1770 2038 1.08e-33 137 WP_195238978.1 WP_041481207.1 33.3 198 130 1 485 680 335 532 1.71e-27 115 WP_195238978.1 WP_071876418.1 30.6 222 140 7 485 697 4 220 1.92e-19 90.9 WP_195238978.1 WP_089095302.1 29.8 215 123 8 467 674 295 488 2.21e-18 87.8 WP_195238978.1 MCB0243881.1 28.3 223 129 7 492 697 15 223 5.38e-18 82.0 WP_195238978.1 WP_098952357.1 27.6 217 131 5 501 701 31 237 1.49e-17 82.8 WP_195238978.1 WP_145468487.1 30.3 175 112 6 500 669 25 194 1.03e-15 75.5 WP_195238978.1 MCH4209672.1 31.7 161 96 4 500 660 397 543 1.26e-15 79.0 WP_195238978.1 WP_142931103.1 27.1 225 145 4 485 704 4 214 6.30e-15 76.3 WP_195238978.1 WP_150396769.1 23.0 217 145 7 496 697 284 493 2.64e-09 58.5 WP_195238978.1 MBO5162475.1 23.9 201 143 6 501 692 269 468 9.38e-08 53.5 WP_195238978.1 HBO4828144.1 25.3 182 121 6 479 656 6 176 1.95e-07 51.6 WP_195238978.1 WP_089246429.1 22.2 207 149 6 501 697 276 480 3.82e-07 51.6 KAG7283570.1 KAG7283570.1 100 311 0 0 1 311 1 311 3.27e-239 647 WP_280427578.1 WP_280427578.1 100 210 0 0 1 210 1 210 5.51e-133 370 WP_223292749.1 WP_223292749.1 100 85 0 0 1 85 1 85 9.88e-58 170 WP_223292749.1 MCM1122913.1 46.5 71 38 0 7 77 3 73 1.85e-19 73.2 WP_223292749.1 WP_186939222.1 48.7 78 40 0 7 84 3 80 2.28e-19 79.0 WP_244355613.1 WP_244355613.1 100 613 0 0 1 613 1 613 0.0 1220 CAG9435424.1 CAG9435424.1 100 73 0 0 1 73 1 73 4.40e-51 152 ECE8916583.1 ECE8916583.1 100 1718 0 0 1 1718 1 1718 0.0 2598 ECE8916583.1 EAA8040699.1 64.5 1765 510 29 17 1718 144 1854 0.0 1368 MCP3654032.1 MCP3654032.1 100 397 0 0 1 397 1 397 8.29e-281 759 XP_036163171.1 XP_036163171.1 100 498 0 0 1 498 1 498 0.0 970 KYP14137.1 KYP14137.1 100 487 0 0 1 487 1 487 0.0 942 KAF5321974.1 KAF5321974.1 100 683 0 0 1 683 1 683 0.0 1154 MCD8523842.1 MCD8523842.1 100 236 0 0 1 236 1 236 4.25e-168 461 RVU05718.1 RVU05718.1 100 411 0 0 1 411 1 411 3.82e-268 729 RVU05718.1 WP_139665379.1 37.4 155 87 3 60 207 27 178 6.00e-13 67.4 WP_096671147.1 WP_096671147.1 100 147 0 0 1 147 1 147 5.31e-107 299 WP_265822109.1 WP_265822109.1 100 892 0 0 1 892 1 892 0.0 1888 WP_265822109.1 WP_220281278.1 26.0 866 464 32 6 807 14 766 3.57e-51 191 WP_265822109.1 HCH8663031.1 24.1 854 497 30 6 809 11 763 6.47e-38 150 WP_265822109.1 EFT8991253.1 24.2 650 350 28 32 563 64 688 1.28e-26 115 WP_173081441.1 WP_173081441.1 100 162 0 0 1 162 1 162 8.76e-102 287 EMD82508.1 EMD82508.1 100 52 0 0 1 52 1 52 3.60e-32 103 WP_022710297.1 WP_022710297.1 100 369 0 0 1 369 1 369 6.92e-268 724 MBT3784852.1 MBT3784852.1 100 590 0 0 1 590 1 590 0.0 1177 MBT3784852.1 WP_243361436.1 29.0 324 198 8 73 366 79 400 1.84e-30 123 MBT3784852.1 WP_251758029.1 24.3 460 302 13 31 454 38 487 1.81e-28 118 MBT3784852.1 WP_096665911.1 26.2 413 258 17 65 443 79 478 6.75e-25 106 MBT3784852.1 MBK3574312.1 26.3 281 182 8 110 370 130 405 3.80e-20 92.8 MBT3784852.1 UDH58358.1 27.4 179 115 5 202 370 239 412 1.47e-14 75.1 MBT3784852.1 YP_007317140.1 20.0 250 190 3 123 371 34 274 5.87e-06 47.0 WP_059267425.1 WP_059267425.1 100 396 0 0 1 396 1 396 1.12e-273 741 WP_059267425.1 WP_176538754.1 22.7 353 249 8 35 373 28 370 1.24e-10 60.8 WP_138583465.1 WP_138583465.1 100 231 0 0 1 231 1 231 6.08e-170 465 OEC37898.1 OEC37898.1 100 576 0 0 1 576 1 576 0.0 1146 OEC37898.1 MCL4467776.1 31.1 135 68 5 462 573 608 740 3.24e-10 61.2 MBI2416798.1 MBI2416798.1 100 154 0 0 1 154 1 154 1.89e-117 326 MBI2416798.1 WP_260685194.1 50.0 62 31 0 43 104 20 81 1.36e-14 63.5 MBI2416798.1 ECK9821833.1 50.0 54 27 0 51 104 180 233 1.82e-11 58.5 MBI2416798.1 WP_223806191.1 33.8 71 46 1 32 101 212 282 1.05e-07 48.1 WP_276256752.1 WP_276256752.1 100 132 0 0 1 132 1 132 1.03e-99 280 WP_154541351.1 WP_154541351.1 100 282 0 0 1 282 1 282 4.33e-209 568 WP_154541351.1 WP_004208647.1 47.1 51 27 0 54 104 53 103 6.84e-11 59.3 NXL14598.1 NXL14598.1 100 1340 0 0 1 1340 1 1340 0.0 2518 NXL14598.1 XP_033306318.1 23.4 1310 844 38 64 1304 62 1280 5.87e-78 281 RUM68418.1 RUM68418.1 100 493 0 0 1 493 1 493 0.0 949 RUM68418.1 MCQ2831693.1 40.7 484 275 7 1 480 1 476 3.96e-112 338 NAB09037.1 NAB09037.1 100 288 0 0 1 288 1 288 1.43e-201 550 WP_152652784.1 WP_152652784.1 100 308 0 0 1 308 1 308 6.95e-219 595 WP_152652784.1 EHR6291555.1 45.6 217 118 0 3 219 327 543 1.48e-60 201 WP_152652784.1 WP_192500494.1 35.3 300 191 2 5 303 2 299 4.31e-57 184 WP_152652784.1 NLW39422.1 34.1 302 182 7 18 305 33 331 8.81e-47 159 WP_152652784.1 WP_221265680.1 33.6 223 147 1 11 232 25 247 3.63e-36 130 WP_152652784.1 WP_084371009.1 35.5 211 128 4 5 211 2 208 3.45e-34 125 WP_152652784.1 NVM03966.1 30.0 297 198 8 15 308 32 321 9.76e-33 121 WP_152652784.1 WP_281543397.1 32.0 200 134 2 20 218 4 202 2.12e-30 114 WP_152652784.1 WP_132175930.1 35.1 211 134 3 11 218 33 243 2.38e-30 115 WP_152652784.1 MWR41881.1 34.9 229 142 3 3 224 26 254 4.75e-30 113 WP_152652784.1 QIC18874.1 31.3 198 131 5 20 213 37 233 2.64e-24 98.6 WP_152652784.1 WP_158791585.1 30.5 213 126 5 6 201 5 212 1.92e-23 95.1 WP_152652784.1 THW78755.1 32.7 205 124 4 20 222 483 675 2.22e-23 99.0 WP_152652784.1 WP_278489123.1 30.0 210 133 4 19 219 26 230 2.42e-23 95.5 WP_152652784.1 MXP43753.1 32.7 208 124 7 8 201 17 222 3.12e-22 92.0 WP_152652784.1 MBC7326981.1 30.6 216 133 6 1 201 1 214 9.90e-22 90.5 WP_152652784.1 WP_174822921.1 30.5 210 130 5 6 201 8 215 7.02e-21 88.2 WP_152652784.1 WP_185334683.1 30.8 195 126 3 11 198 10 202 3.42e-20 89.0 WP_152652784.1 WP_071876418.1 33.2 214 134 6 17 222 17 229 1.66e-19 87.0 WP_152652784.1 WP_150396769.1 30.7 202 130 3 8 201 27 226 2.84e-19 86.3 WP_152652784.1 WP_207918089.1 31.3 214 132 6 1 201 1 212 6.01e-19 82.8 WP_152652784.1 MBQ3864274.1 32.6 175 108 5 20 185 35 208 4.08e-18 81.6 WP_152652784.1 OAN53756.1 31.8 201 121 7 15 201 21 219 6.24e-18 80.1 WP_152652784.1 EHH5649593.1 28.9 197 125 4 24 213 21 209 3.50e-17 78.6 WP_152652784.1 WP_247749043.1 25.2 218 150 6 17 223 370 585 2.46e-14 71.6 MCH7618159.1 MCH7618159.1 100 150 0 0 1 150 1 150 1.84e-104 293 WP_166652585.1 WP_166652585.1 100 484 0 0 1 484 1 484 0.0 950 QPH00767.1 QPH00767.1 100 770 0 0 1 770 1 770 0.0 1487 HCN71343.1 HCN71343.1 100 133 0 0 1 133 1 133 5.74e-93 263 HCN71343.1 CKF71070.1 44.8 125 69 0 7 131 356 480 2.40e-32 118 HCN71343.1 WP_159812831.1 45.5 123 66 1 6 127 278 400 9.78e-30 109 HCN71343.1 HAB03480.1 42.2 135 73 1 2 131 688 822 9.58e-28 105 HCN71343.1 WP_200543170.1 46.8 124 66 0 8 131 307 430 9.60e-26 99.4 HCN71343.1 GHI39478.1 45.9 122 64 2 7 128 322 441 1.51e-25 98.2 HCN71343.1 WP_126679569.1 39.4 132 78 2 1 131 400 530 2.86e-19 80.9 HCN71343.1 WP_230171322.1 36.8 125 78 1 8 131 636 760 1.01e-18 79.3 HCN71343.1 EGR2272270.1 38.9 131 73 4 5 131 547 674 4.57e-18 77.4 HCN71343.1 WP_018646673.1 33.3 126 80 2 6 129 557 680 1.49e-14 67.4 HCN71343.1 MBI5333464.1 34.6 133 82 4 2 131 256 386 3.20e-14 66.2 HCN71343.1 WP_269885397.1 28.9 128 84 3 7 131 144 267 1.25e-12 61.2 MBN8536342.1 MBN8536342.1 100 616 0 0 1 616 1 616 0.0 1226 MBN8536342.1 HCF6759084.1 49.7 597 277 12 19 604 3 587 5.34e-187 538 MBN8536342.1 PLA74748.1 47.0 593 293 11 19 600 3 585 4.07e-176 511 WP_083453642.1 WP_083453642.1 100 582 0 0 1 582 1 582 0.0 1113 WP_083453642.1 TMG86695.1 35.7 269 126 7 337 567 10 269 3.54e-34 129 EDF8564338.1 EDF8564338.1 100 268 0 0 1 268 1 268 1.18e-190 521 GEP01990.1 GEP01990.1 100 429 0 0 1 429 1 429 8.97e-299 808 GEP01990.1 WP_214892570.1 34.7 216 132 5 24 236 11 220 1.02e-30 120 NP_177230.1 NP_177230.1 100 585 0 0 1 585 1 585 0.0 1158 WP_206913767.1 WP_206913767.1 100 163 0 0 1 163 1 163 2.35e-120 334 UOK61174.1 UOK61174.1 100 405 0 0 1 405 1 405 2.18e-296 800 UOK61174.1 HBG17616.1 40.6 96 56 1 262 356 437 532 1.08e-13 70.9 WP_033677965.1 WP_033677965.1 100 134 0 0 1 134 1 134 4.03e-98 276 MBF1231925.1 MBF1231925.1 100 221 0 0 1 221 1 221 1.62e-160 441 MBQ1196899.1 MBQ1196899.1 100 591 0 0 1 591 1 591 0.0 1061 MBQ1196899.1 MCH8904788.1 37.3 357 219 4 4 358 6 359 1.19e-69 234 MBQ1196899.1 WP_280949002.1 40.2 321 178 6 2 314 11 325 3.00e-62 215 WP_189254710.1 WP_189254710.1 100 137 0 0 1 137 1 137 1.39e-104 292 XP_022371551.1 XP_022371551.1 100 895 0 0 1 895 1 895 0.0 1739 PLX13980.1 PLX13980.1 100 317 0 0 1 317 1 317 5.93e-220 599 CAH9132908.1 CAH9132908.1 100 124 0 0 1 124 1 124 3.71e-87 247 HHU23657.1 HHU23657.1 100 278 0 0 1 278 1 278 1.02e-205 560 PAV59276.1 PAV59276.1 100 100 0 0 1 100 1 100 1.53e-43 135 WP_233281725.1 WP_233281725.1 100 214 0 0 1 214 1 214 1.95e-144 399 WP_233281725.1 WP_035102910.1 33.5 233 115 6 12 209 37 264 2.22e-25 98.2 MCA9869097.1 MCA9869097.1 100 636 0 0 1 636 1 636 0.0 1220 MBI1189702.1 MBI1189702.1 100 362 0 0 1 362 1 362 3.53e-262 709 MBI1189702.1 RYY73542.1 46.7 375 184 6 1 362 10 381 9.17e-100 298 MBI1189702.1 MCK9252526.1 41.3 363 203 4 1 354 18 379 8.15e-87 266 MBI1189702.1 MCP4974199.1 28.3 152 98 4 53 204 56 196 2.23e-11 62.8 MBI1189702.1 MCH8293010.1 27.7 177 119 2 68 244 60 227 1.11e-09 57.4 MBI1189702.1 EFX2174330.1 40.7 81 48 0 70 150 65 145 1.42e-09 57.0 MBI1189702.1 WP_218036247.1 43.3 67 33 1 53 119 42 103 3.18e-07 49.7 QOL09497.1 QOL09497.1 100 219 0 0 1 219 1 219 3.33e-127 356 QOL09497.1 YP_008379230.1 37.5 192 120 0 2 193 127 318 1.66e-36 129 QOL09497.1 YP_007317140.1 39.4 216 122 4 3 215 128 337 2.01e-33 121 CAI4531609.1 CAI4531609.1 100 86 0 0 1 86 1 86 7.12e-65 188 WP_012084538.1 WP_012084538.1 100 78 0 0 1 78 1 78 1.01e-38 121 WP_012084538.1 WP_031132573.1 75.6 45 11 0 10 54 15 59 8.64e-20 73.9 MBS1587439.1 MBS1587439.1 100 802 0 0 1 802 1 802 0.0 1592 MBS1587439.1 MBP8741618.1 28.0 607 364 17 5 550 13 607 7.17e-50 185 MBS1587439.1 WP_025983621.1 32.6 181 107 3 5 170 15 195 1.09e-21 92.0 WP_109832405.1 WP_109832405.1 100 288 0 0 1 288 1 288 1.24e-211 575 NDH41984.1 NDH41984.1 100 410 0 0 1 410 1 410 4.65e-305 822 NDH41984.1 WP_236355782.1 55.9 422 172 3 2 410 49 469 1.41e-145 433 EFX84833.1 EFX84833.1 100 749 0 0 1 749 1 749 0.0 1553 WP_024498088.1 WP_024498088.1 100 309 0 0 1 309 1 309 4.18e-200 548 WP_024498088.1 WP_003939801.1 53.4 292 112 3 7 296 7 276 5.51e-97 286 WP_024498088.1 HAV8610731.1 32.6 187 119 2 115 299 534 715 1.35e-20 90.5 WP_130201530.1 WP_130201530.1 100 400 0 0 1 400 1 400 2.55e-297 801 MBO5098538.1 MBO5098538.1 100 88 0 0 1 88 1 88 9.73e-55 162 MBO5098538.1 WP_010016619.1 62.1 87 33 0 2 88 522 608 1.38e-27 102 KAF5115699.1 KAF5115699.1 100 92 0 0 1 92 1 92 8.11e-58 171 KAJ5249775.1 KAJ5249775.1 100 545 0 0 1 545 1 545 0.0 1090 SED04027.1 SED04027.1 100 213 0 0 1 213 1 213 4.24e-143 396 SED04027.1 MCB9527501.1 42.2 161 89 2 3 163 2 158 1.02e-35 123 RLA59280.1 RLA59280.1 100 408 0 0 1 408 1 408 3.13e-302 815 RLA59280.1 WP_278088590.1 41.3 397 216 5 5 397 2 385 5.84e-96 291 MAL04956.1 MAL04956.1 100 69 0 0 1 69 1 69 6.81e-42 129 XP_032283352.1 XP_032283352.1 100 2034 0 0 1 2034 1 2034 0.0 4043 XP_048583328.1 XP_048583328.1 100 207 0 0 1 207 1 207 1.45e-156 429 MBL7752135.1 MBL7752135.1 100 135 0 0 1 135 1 135 6.17e-98 275 WP_254301195.1 WP_254301195.1 100 304 0 0 1 304 1 304 8.45e-218 592 WP_254301195.1 WP_265634479.1 31.6 263 170 6 5 259 7 267 2.39e-16 76.3 WP_254301195.1 WP_009620393.1 34.3 172 102 5 10 172 5 174 4.28e-11 60.8 WP_254301195.1 WP_077690175.1 34.6 127 64 5 14 130 10 127 1.03e-07 50.8 WP_254301195.1 MCI2079698.1 30.3 155 86 6 23 164 18 163 3.18e-06 46.2 WP_254301195.1 MAJ71254.1 29.5 112 77 1 19 128 19 130 1.81e-04 40.8 WP_027723927.1 WP_027723927.1 100 397 0 0 1 397 1 397 1.10e-285 772 AOQ89457.1 AOQ89457.1 100 187 0 0 1 187 1 187 1.20e-127 355 AOQ89457.1 QUA05739.1 82.9 187 32 0 1 187 5 191 2.66e-107 304 AOQ89457.1 AVM35379.1 81.2 186 35 0 2 187 1 186 5.47e-105 298 AOQ89457.1 AMA90994.1 80.7 187 36 0 1 187 5 191 1.24e-104 297 AOQ89457.1 AFA24308.1 81.0 184 35 0 4 187 1 184 4.87e-103 293 AOQ89457.1 ADW49125.1 81.4 183 34 0 5 187 1 183 1.35e-102 292 AOQ89457.1 AWS34156.1 79.1 187 39 0 1 187 5 191 2.40e-100 287 AOQ89457.1 AKT58828.1 75.9 187 45 0 1 187 5 191 7.09e-99 282 AOQ89457.1 AFA09475.1 80.8 177 34 0 11 187 1 177 2.34e-97 279 AOQ89457.1 QUQ06080.1 73.3 187 50 0 1 187 5 191 3.77e-97 279 AOQ89457.1 ADJ35581.1 72.7 187 51 0 1 187 6 192 2.25e-96 277 AOQ89457.1 ABQ63546.1 74.3 187 48 0 1 187 4 190 3.46e-95 274 AOQ89457.1 AXZ65741.1 74.5 184 47 0 1 184 5 188 5.08e-95 272 AOQ89457.1 AOR13807.1 71.4 182 52 0 6 187 1 182 7.52e-90 259 AOQ89457.1 AKA56406.1 69.9 186 53 1 2 187 6 188 1.20e-88 256 AOQ89457.1 AAX94106.1 82.0 161 29 0 27 187 1 161 1.57e-86 259 AOQ89457.1 UZF38514.1 66.9 178 59 0 10 187 1 178 3.24e-81 238 AOQ89457.1 AHH30646.1 73.8 160 40 2 28 187 6 163 3.03e-76 224 AOQ89457.1 AGI15931.1 60.3 184 73 0 4 187 1 184 6.75e-76 224 AOQ89457.1 ACE88666.1 76.8 112 26 0 76 187 1 112 1.93e-52 163 AOQ89457.1 APC24336.1 67.9 84 27 0 104 187 1 84 3.72e-30 112 WP_280550159.1 WP_280550159.1 100 306 0 0 1 306 1 306 9.30e-232 628 WP_263549390.1 WP_263549390.1 100 148 0 0 1 148 1 148 2.63e-78 227 MBR4127938.1 MBR4127938.1 100 91 0 0 1 91 1 91 1.70e-63 185 MBR4127938.1 SDW64481.1 61.8 89 34 0 3 91 5 93 3.86e-34 112 KAJ2160675.1 KAJ2160675.1 100 162 0 0 1 162 1 162 1.26e-110 310 WP_165149223.1 WP_165149223.1 100 346 0 0 1 346 1 346 1.87e-258 699 WP_154427248.1 WP_154427248.1 100 528 0 0 1 528 1 528 0.0 1116 XP_003056335.1 XP_003056335.1 100 529 0 0 1 529 1 529 0.0 1093 XP_003056335.1 XP_034264344.1 31.6 335 161 8 132 462 66 336 9.75e-44 158 XP_003056335.1 HBX8004802.1 28.3 127 61 4 132 258 14 110 9.17e-08 52.4 XP_003056335.1 HBK1877356.1 33.7 86 53 3 131 215 5 87 6.64e-06 47.0 MIX29656.1 MIX29656.1 100 274 0 0 1 274 1 274 3.66e-197 538 SCN76227.1 SCN76227.1 100 619 0 0 1 619 1 619 0.0 1244 SCN76227.1 XP_027422845.1 22.2 518 330 10 85 564 28 510 2.51e-31 127 SCN76227.1 QLP56207.1 26.8 228 119 8 80 304 13 195 2.66e-06 48.5 WP_042211112.1 WP_042211112.1 100 320 0 0 1 320 1 320 5.05e-243 657 WP_170834655.1 WP_170834655.1 100 55 0 0 1 55 1 55 1.22e-29 97.1 MBS5796435.1 MBS5796435.1 100 823 0 0 1 823 1 823 0.0 1541 WP_235959345.1 WP_235959345.1 100 660 0 0 1 660 1 660 0.0 1253 HHX25519.1 HHX25519.1 100 140 0 0 1 140 1 140 2.90e-103 289 WP_199690327.1 WP_199690327.1 100 366 0 0 1 366 1 366 6.72e-253 686 WP_195694458.1 WP_195694458.1 100 373 0 0 1 373 1 373 6.75e-277 748 PTT91340.1 PTT91340.1 100 54 0 0 1 54 1 54 6.86e-31 100 MBQ1405588.1 MBQ1405588.1 100 313 0 0 1 313 1 313 1.93e-223 607 MBQ1405588.1 MBQ1897904.1 47.8 299 156 0 4 302 6 304 1.23e-101 299 KFV95086.1 KFV95086.1 100 576 0 0 1 576 1 576 0.0 1085 WP_187027854.1 WP_187027854.1 100 325 0 0 1 325 1 325 2.25e-253 684 NDU77367.1 NDU77367.1 100 122 0 0 1 122 1 122 1.25e-93 263 XP_029370816.1 XP_029370816.1 100 361 0 0 1 361 1 361 3.81e-295 793 PYX86466.1 PYX86466.1 100 290 0 0 1 290 1 290 7.29e-196 536 MBN9117024.1 MBN9117024.1 100 103 0 0 1 103 1 103 2.74e-52 157 AXZ65741.1 AXZ65741.1 100 188 0 0 1 188 1 188 1.21e-132 367 AXZ65741.1 AMA90994.1 79.3 188 39 0 1 188 1 188 4.71e-107 303 AXZ65741.1 QUQ06080.1 79.3 188 39 0 1 188 1 188 5.81e-106 301 AXZ65741.1 ABQ63546.1 78.6 187 40 0 2 188 1 187 2.28e-105 300 AXZ65741.1 AKT58828.1 77.7 188 42 0 1 188 1 188 1.71e-104 296 AXZ65741.1 AVM35379.1 80.9 183 35 0 6 188 1 183 2.32e-104 297 AXZ65741.1 QUA05739.1 76.1 188 45 0 1 188 1 188 4.36e-104 296 AXZ65741.1 AFA24308.1 78.3 180 39 0 9 188 2 181 6.87e-101 288 AXZ65741.1 AWS34156.1 73.9 188 49 0 1 188 1 188 2.50e-100 287 AXZ65741.1 ADW49125.1 77.8 180 40 0 9 188 1 180 7.72e-100 285 AXZ65741.1 ADJ35581.1 71.3 188 54 0 1 188 2 189 4.95e-98 281 AXZ65741.1 AOQ89457.1 74.5 184 47 0 5 188 1 184 1.87e-97 278 AXZ65741.1 AFA09475.1 78.7 174 37 0 15 188 1 174 4.91e-97 278 AXZ65741.1 AHK62764.1 72.8 184 50 0 5 188 1 184 5.96e-97 278 AXZ65741.1 AAX94106.1 84.7 157 24 0 32 188 2 158 3.59e-88 263 AXZ65741.1 AOR13807.1 65.4 179 62 0 10 188 1 179 2.35e-84 246 AXZ65741.1 AKA56406.1 61.0 187 70 1 2 188 2 185 4.11e-80 235 AXZ65741.1 UZF38514.1 63.4 175 64 0 14 188 1 175 7.85e-80 234 AXZ65741.1 AHH30646.1 75.3 158 37 2 31 188 5 160 1.64e-78 230 AXZ65741.1 AGI15931.1 61.1 180 70 0 9 188 2 181 4.67e-74 220 AXZ65741.1 ACE88666.1 78.9 109 23 0 80 188 1 109 1.50e-54 168 AXZ65741.1 APC24336.1 64.2 81 29 0 108 188 1 81 2.02e-28 107 WP_132175930.1 WP_132175930.1 100 333 0 0 1 333 1 333 6.35e-239 648 WP_132175930.1 QIC18874.1 40.1 237 142 0 11 247 6 242 2.37e-61 196 WP_132175930.1 WP_084371009.1 31.3 246 162 3 37 280 12 252 4.43e-34 125 WP_132175930.1 WP_152652784.1 33.6 235 144 4 33 267 11 233 1.82e-32 121 WP_132175930.1 NVM03966.1 31.5 232 148 4 7 238 6 226 3.34e-32 120 WP_132175930.1 EHR6291555.1 34.1 220 128 5 35 247 337 546 4.12e-32 124 WP_132175930.1 WP_192500494.1 31.5 219 141 5 33 249 8 219 1.67e-28 110 WP_132175930.1 RLN50561.1 34.6 234 145 4 21 247 1482 1714 3.20e-28 114 WP_132175930.1 WP_071876418.1 31.8 214 130 2 40 243 18 225 1.83e-25 105 WP_132175930.1 WP_221265680.1 28.8 264 175 5 33 291 25 280 1.58e-24 100 WP_132175930.1 MSO30570.1 29.4 211 142 2 40 247 19 225 4.18e-24 99.4 WP_132175930.1 WP_131166802.1 28.8 222 138 5 34 238 17 235 1.04e-16 78.2 WP_132175930.1 WP_248562494.1 26.5 181 124 4 55 234 29 201 3.94e-14 70.1 WP_132175930.1 MCH5231772.1 26.5 226 140 6 35 238 9 230 7.61e-14 70.5 WP_132175930.1 XP_013005546.1 27.3 216 147 7 31 242 51 260 8.36e-09 55.1 WP_055411085.1 WP_055411085.1 100 339 0 0 1 339 1 339 4.81e-237 644 CAE6438319.1 CAE6438319.1 100 344 0 0 1 344 1 344 1.09e-265 717 WP_009257967.1 WP_009257967.1 100 757 0 0 1 757 1 757 0.0 1475 WP_009257967.1 MCJ2136558.1 28.5 372 205 15 358 704 36 371 1.53e-16 80.5 WP_009257967.1 QQH27121.1 24.8 133 92 4 270 394 52 184 2.53e-08 53.1 XP_021377602.1 XP_021377602.1 100 735 0 0 1 735 1 735 0.0 1443 KJV99157.1 KJV99157.1 100 291 0 0 1 291 1 291 9.09e-211 573 EHR73697.1 EHR73697.1 100 622 0 0 1 622 1 622 0.0 1140 MBQ2688679.1 MBQ2688679.1 100 446 0 0 1 446 1 446 1.89e-288 783 CAF4001745.1 CAF4001745.1 100 74 0 0 1 74 1 74 4.40e-47 142 WP_264144890.1 WP_264144890.1 100 381 0 0 1 381 1 381 3.88e-271 734 WP_264144890.1 WP_130962786.1 34.8 382 238 5 2 375 4 382 3.55e-61 200 NEO77458.1 NEO77458.1 100 246 0 0 1 246 1 246 1.92e-80 240 GBD21712.1 GBD21712.1 100 169 0 0 1 169 1 169 1.70e-125 348 WP_138405018.1 WP_138405018.1 100 545 0 0 1 545 1 545 0.0 1018 XP_025425233.1 XP_025425233.1 100 176 0 0 1 176 1 176 1.31e-112 316 WP_043343784.1 WP_043343784.1 100 535 0 0 1 535 1 535 0.0 1050 WP_043343784.1 NVK26228.1 32.2 521 298 11 38 534 2 491 1.42e-73 240 MBN3879913.1 MBN3879913.1 100 97 0 0 1 97 1 97 2.74e-56 167 XP_020282545.1 XP_020282545.1 100 360 0 0 1 360 1 360 4.55e-195 540 WP_093361010.1 WP_093361010.1 100 142 0 0 1 142 1 142 3.64e-98 276 XP_034262050.1 XP_034262050.1 100 211 0 0 1 211 1 211 6.15e-160 438 OWZ21453.1 OWZ21453.1 100 433 0 0 1 433 1 433 1.09e-317 856 WP_140204528.1 WP_140204528.1 100 181 0 0 1 181 1 181 9.67e-131 362 WP_140204528.1 MBP6728875.1 30.2 86 59 1 3 88 17 101 3.98e-05 40.8 WP_206254325.1 WP_206254325.1 100 117 0 0 1 117 1 117 3.96e-81 231 WP_278843343.1 WP_278843343.1 100 1083 0 0 1 1083 1 1083 0.0 2160 WP_278843343.1 WP_214826002.1 26.9 1036 586 37 107 1083 40 963 6.67e-71 254 WP_278843343.1 WP_146272353.1 26.0 979 565 29 2 938 16 877 7.68e-71 254 WP_278843343.1 MBP3518143.1 24.8 1104 687 41 31 1083 56 1067 1.29e-66 242 WP_278843343.1 WP_259301651.1 23.4 1116 682 51 21 1083 55 1050 8.79e-48 184 WP_278843343.1 MCB9353584.1 24.2 1139 689 42 12 1083 10 1041 2.45e-46 179 MBL4542294.1 MBL4542294.1 100 108 0 0 1 108 1 108 5.01e-73 210 GCE99025.1 GCE99025.1 100 327 0 0 1 327 1 327 6.50e-229 622 MCL2537505.1 MCL2537505.1 100 155 0 0 1 155 1 155 1.75e-109 306 XP_049847771.1 XP_049847771.1 100 580 0 0 1 580 1 580 2.99e-163 476 MCC7321896.1 MCC7321896.1 100 234 0 0 1 234 1 234 2.46e-166 456 MCE5280144.1 MCE5280144.1 100 678 0 0 1 678 1 678 0.0 1373 MCE5280144.1 MCL7398932.1 31.0 374 216 6 17 353 118 486 8.70e-55 193 MBX3615544.1 MBX3615544.1 100 424 0 0 1 424 1 424 1.04e-315 850 XP_047443619.1 XP_047443619.1 100 273 0 0 1 273 1 273 1.85e-185 508 GBU10433.1 GBU10433.1 100 495 0 0 1 495 1 495 0.0 994 GBU10433.1 MCJ7686803.1 48.7 39 20 0 5 43 146 184 2.06e-06 48.5 ECG5731039.1 ECG5731039.1 100 267 0 0 1 267 1 267 5.39e-191 521 KAI4261063.1 KAI4261063.1 100 106 0 0 1 106 1 106 1.29e-74 214 RME91291.1 RME91291.1 100 564 0 0 1 564 1 564 0.0 1062 KAF8902954.1 KAF8902954.1 100 415 0 0 1 415 1 415 3.14e-301 813 WP_128492049.1 WP_128492049.1 100 449 0 0 1 449 1 449 5.19e-315 850 WP_128492049.1 OLB27154.1 21.7 428 270 9 60 449 112 512 2.00e-16 79.7 NXJ09179.1 NXJ09179.1 100 218 0 0 1 218 1 218 7.93e-130 363 MBM3211208.1 MBM3211208.1 100 328 0 0 1 328 1 328 5.69e-244 660 XP_037269637.1 XP_037269637.1 100 2820 0 0 1 2820 1 2820 0.0 6003 WP_266300278.1 WP_266300278.1 100 82 0 0 1 82 1 82 8.04e-49 147 MBT3283615.1 MBT3283615.1 100 322 0 0 1 322 1 322 2.72e-248 671 HBB8861935.1 HBB8861935.1 100 54 0 0 1 54 1 54 3.21e-38 118 MBP1762081.1 MBP1762081.1 100 199 0 0 1 199 1 199 1.84e-146 403 ESW62330.1 ESW62330.1 100 160 0 0 1 160 1 160 8.23e-115 320 WP_139216328.1 WP_139216328.1 100 99 0 0 1 99 1 99 1.09e-74 214 XP_031159380.1 XP_031159380.1 100 1180 0 0 1 1180 1 1180 0.0 2217 WP_145549645.1 WP_145549645.1 100 803 0 0 1 803 1 803 0.0 1506 MCB0396773.1 MCB0396773.1 100 623 0 0 1 623 1 623 0.0 1290 WP_040532466.1 WP_040532466.1 100 362 0 0 1 362 1 362 2.82e-268 725 WP_040532466.1 MBF0865514.1 53.7 311 143 1 4 314 11 320 2.33e-120 350 WP_040532466.1 WP_057452934.1 52.7 313 147 1 4 316 9 320 2.14e-117 342 WP_040532466.1 WP_083296738.1 49.8 307 153 1 8 314 24 329 3.71e-105 311 XP_042399294.1 XP_042399294.1 100 516 0 0 1 516 1 516 0.0 1057 MBS1222269.1 MBS1222269.1 100 202 0 0 1 202 1 202 1.99e-122 343 MBS1222269.1 WP_247392216.1 46.0 202 99 1 1 202 1 192 1.77e-49 160 MBS1222269.1 WP_186153646.1 43.1 204 104 6 1 202 1 194 2.23e-42 141 MBS1222269.1 WP_243269836.1 62.0 121 41 2 85 202 59 177 9.63e-39 139 MBS1222269.1 WP_001537381.1 58.6 116 46 2 89 202 45 160 3.48e-34 126 MBS1222269.1 WP_045125019.1 58.3 115 47 1 88 202 98 211 6.13e-33 120 MCR5249229.1 MCR5249229.1 100 324 0 0 1 324 1 324 2.41e-243 659 EOX98511.1 EOX98511.1 100 64 0 0 1 64 1 64 1.51e-36 115 WP_263871176.1 WP_263871176.1 100 268 0 0 1 268 1 268 6.70e-181 496 XP_015675072.1 XP_015675072.1 100 606 0 0 1 606 1 606 3.16e-250 699 WP_221874538.1 WP_221874538.1 100 145 0 0 1 145 1 145 3.90e-108 302 WP_221874538.1 WP_063477675.1 35.1 134 79 3 13 145 45 171 1.35e-22 86.3 WP_147728825.1 WP_147728825.1 100 431 0 0 1 431 1 431 1.59e-318 858 EWA78047.1 EWA78047.1 100 75 0 0 1 75 1 75 3.05e-52 155 WP_137499306.1 WP_137499306.1 100 207 0 0 1 207 1 207 1.19e-146 404 WP_254467474.1 WP_254467474.1 100 775 0 0 1 775 1 775 0.0 1524 WP_254467474.1 MBO1518138.1 27.8 705 432 22 132 775 50 738 7.40e-48 179 WP_254467474.1 WP_059812501.1 25.5 690 431 22 106 751 54 704 2.64e-39 154 WP_254467474.1 KAA1286543.1 26.8 776 480 30 52 772 6 748 3.61e-33 135 WP_254467474.1 MBX9747080.1 23.4 209 144 6 142 340 3 205 7.47e-06 47.8 WP_254467474.1 WP_222018129.1 31.6 117 75 2 158 269 54 170 2.78e-05 45.8 WP_209241541.1 WP_209241541.1 100 471 0 0 1 471 1 471 0.0 890 WP_209241541.1 EIC7331684.1 36.5 457 270 6 17 461 23 471 4.28e-79 253 WP_209241541.1 WP_093868643.1 33.0 469 274 10 13 471 6 444 9.09e-62 206 WP_209241541.1 HBU57020.1 43.3 134 68 2 341 469 1 131 4.54e-24 95.9 CAI4270029.1 CAI4270029.1 100 1093 0 0 1 1093 1 1093 0.0 1914 KAI5947122.1 KAI5947122.1 100 687 0 0 1 687 1 687 0.0 1366 XP_051382515.1 XP_051382515.1 100 593 0 0 1 593 1 593 0.0 1168 MCS7125979.1 MCS7125979.1 100 75 0 0 1 75 1 75 3.05e-52 155 MXP43753.1 MXP43753.1 100 262 0 0 1 262 1 262 3.66e-191 521 MXP43753.1 WP_174822921.1 72.9 255 69 0 8 262 1 255 1.16e-135 381 MXP43753.1 OAN53756.1 71.6 250 71 0 13 262 10 259 1.21e-131 371 MXP43753.1 WP_207918089.1 63.1 252 92 1 11 262 2 252 4.87e-113 323 MXP43753.1 MBC7326981.1 60.0 250 98 2 14 262 6 254 7.67e-108 310 MXP43753.1 WP_158791585.1 57.6 245 100 4 20 262 10 252 8.75e-97 282 MXP43753.1 MWR41881.1 30.4 257 150 9 8 259 35 267 4.12e-31 114 MXP43753.1 WP_279984614.1 29.2 253 160 7 15 258 10 252 6.33e-28 106 MXP43753.1 GLY24463.1 29.1 244 155 7 25 257 19 255 1.01e-25 101 MXP43753.1 WP_098952357.1 32.9 237 142 7 28 257 29 255 4.89e-25 99.8 MXP43753.1 WP_192324556.1 32.8 232 141 7 29 254 344 566 5.18e-25 102 MXP43753.1 MCP5262709.1 31.4 245 153 9 25 260 16 254 9.67e-25 99.0 MXP43753.1 WP_152652784.1 32.7 208 124 7 17 222 8 201 5.33e-24 96.7 MXP43753.1 WP_084371009.1 26.3 224 148 6 15 236 3 211 3.40e-21 89.0 MXP43753.1 MBQ3864274.1 28.8 240 147 8 14 245 25 248 1.59e-20 87.4 MXP43753.1 WP_107894076.1 28.9 246 154 10 26 257 18 256 4.25e-20 86.3 MXP43753.1 WP_227059655.1 30.8 247 155 7 25 258 32 275 5.36e-20 87.4 MXP43753.1 WP_247749043.1 29.7 209 127 6 44 244 388 584 7.13e-20 87.0 MXP43753.1 WP_221977168.1 28.8 257 157 8 9 254 10 251 8.58e-20 84.3 MXP43753.1 WP_167977039.1 29.6 213 128 9 20 226 11 207 6.85e-18 79.0 MXP43753.1 WP_276362074.1 25.5 239 161 6 20 247 10 242 9.91e-17 75.9 MXP43753.1 WP_071876418.1 24.2 215 149 5 26 236 17 221 2.34e-16 76.6 MXP43753.1 WP_150396769.1 26.1 234 155 8 12 239 22 243 1.11e-10 59.7 MXP43753.1 KAF9974715.1 25.0 196 118 5 26 217 477 647 2.06e-08 53.1 MXP43753.1 WP_153844272.1 21.7 235 162 6 12 236 3 225 1.70e-05 43.9 MBD9700330.1 MBD9700330.1 100 161 0 0 1 161 1 161 9.97e-112 312 WP_072184911.1 WP_072184911.1 100 522 0 0 1 522 1 522 3.01e-319 867 MBI1992098.1 MBI1992098.1 100 153 0 0 1 153 1 153 2.91e-107 300 OBC01194.1 OBC01194.1 100 713 0 0 1 713 1 713 0.0 1292 WP_203304418.1 WP_203304418.1 100 770 0 0 1 770 1 770 0.0 1452 WP_145254095.1 WP_145254095.1 100 203 0 0 1 203 1 203 1.02e-145 402 NLV89229.1 NLV89229.1 100 299 0 0 1 299 1 299 7.86e-184 506 MCQ8893008.1 MCQ8893008.1 100 79 0 0 1 79 1 79 9.94e-53 157 WP_221968558.1 WP_221968558.1 100 134 0 0 1 134 1 134 2.07e-91 259 MBA2782760.1 MBA2782760.1 100 330 0 0 1 330 1 330 1.57e-242 657 WP_232465954.1 WP_232465954.1 100 713 0 0 1 713 1 713 0.0 1419 WP_164588414.1 WP_164588414.1 100 540 0 0 1 540 1 540 0.0 986 WP_164588414.1 NXG47881.1 40.5 79 43 1 22 100 7 81 1.44e-07 52.4 MBO4522510.1 MBO4522510.1 100 194 0 0 1 194 1 194 2.42e-135 375 WP_206762159.1 WP_206762159.1 100 452 0 0 1 452 1 452 0.0 882 MBR7152669.1 MBR7152669.1 100 169 0 0 1 169 1 169 1.51e-119 333 MBR7152669.1 WP_259568097.1 37.7 162 99 1 6 167 8 167 1.41e-32 120 KAF0721509.1 KAF0721509.1 100 238 0 0 1 238 1 238 2.46e-168 462 WP_241695219.1 WP_241695219.1 100 120 0 0 1 120 1 120 5.56e-78 224 XP_036174925.1 XP_036174925.1 100 837 0 0 1 837 1 837 0.0 1574 WP_236387036.1 WP_236387036.1 100 654 0 0 1 654 1 654 0.0 1340 WP_236387036.1 WP_006799194.1 64.7 660 223 6 1 653 1 657 0.0 889 WP_236387036.1 WP_131751929.1 49.6 367 165 6 294 653 291 644 2.91e-114 355 WP_165356608.1 WP_165356608.1 100 84 0 0 1 84 1 84 3.62e-55 163 PFQ70995.1 PFQ70995.1 100 391 0 0 1 391 1 391 3.71e-290 783 PFQ70995.1 HCI94645.1 30.6 346 228 4 52 390 67 407 1.15e-51 176 MYE57211.1 MYE57211.1 100 203 0 0 1 203 1 203 1.07e-156 429 MYE57211.1 WP_145616262.1 51.7 203 92 3 7 203 6 208 8.19e-67 210 MYE57211.1 NNE87648.1 47.5 200 100 2 7 201 6 205 2.18e-58 188 MYE57211.1 WP_024330540.1 39.9 218 110 5 5 202 4 220 1.20e-44 153 MYE57211.1 DAZ71054.1 33.6 223 120 6 7 202 37 258 6.21e-36 127 WP_008132112.1 WP_008132112.1 100 754 0 0 1 754 1 754 0.0 1576 XP_022789336.1 XP_022789336.1 100 414 0 0 1 414 1 414 1.34e-306 826 WP_264695257.1 WP_264695257.1 100 492 0 0 1 492 1 492 0.0 920 WP_219954954.1 WP_219954954.1 100 438 0 0 1 438 1 438 4.25e-297 804 WP_219954954.1 EAA7679439.1 30.7 267 176 4 166 430 252 511 1.89e-33 130 WP_219954954.1 WP_206698867.1 25.6 324 224 7 115 430 93 407 2.00e-19 88.2 WP_219954954.1 WP_023955328.1 22.4 340 254 5 6 338 4 340 5.35e-14 71.2 AAR06568.1 AAR06568.1 100 449 0 0 1 449 1 449 1.42e-273 746 WP_043239074.1 WP_043239074.1 100 268 0 0 1 268 1 268 5.20e-194 529 KAB2838176.1 KAB2838176.1 100 238 0 0 1 238 1 238 1.50e-153 424 KAB2838176.1 WP_236777269.1 28.0 182 126 1 37 218 42 218 5.27e-05 42.0 MBS1617120.1 MBS1617120.1 100 169 0 0 1 169 1 169 2.32e-123 342 WP_129629290.1 WP_129629290.1 100 343 0 0 1 343 1 343 4.96e-257 695 KRN01502.1 KRN01502.1 100 132 0 0 1 132 1 132 5.75e-88 250 ACF74449.1 ACF74449.1 100 505 0 0 1 505 1 505 0.0 1014 ACF74449.1 XP_028717800.1 27.9 466 310 11 32 488 28 476 8.91e-42 154 ACF74449.1 XP_054844157.1 27.7 462 299 13 27 473 42 483 1.97e-39 148 ACF74449.1 XP_041334537.1 26.0 430 274 12 57 474 44 441 7.58e-29 117 ACF74449.1 XP_046922164.1 23.8 474 289 11 15 478 15 426 1.47e-28 116 WP_088527814.1 WP_088527814.1 100 188 0 0 1 188 1 188 3.09e-135 374 WP_088527814.1 MCR5007903.1 46.8 188 98 2 1 186 1 188 8.03e-55 171 WP_088527814.1 WP_122081718.1 41.9 191 99 5 2 186 4 188 5.33e-43 141 WP_088527814.1 WP_239881445.1 28.4 176 116 5 14 186 212 380 1.05e-13 66.6 WP_088527814.1 MCF2638803.1 29.8 124 64 8 73 176 104 224 2.92e-05 41.6 WP_258825945.1 WP_258825945.1 100 290 0 0 1 290 1 290 8.06e-209 568 WP_258825945.1 MCF8210731.1 72.8 287 78 0 1 287 1 287 2.07e-156 436 WP_008045531.1 WP_008045531.1 100 760 0 0 1 760 1 760 0.0 1474 WP_008045531.1 GIC06559.1 42.8 753 386 16 24 760 8 731 2.45e-170 506 WP_008045531.1 NUQ31250.1 26.0 304 170 7 452 754 98 347 7.22e-17 81.3 WP_045064390.1 WP_045064390.1 100 178 0 0 1 178 1 178 6.31e-75 221 MCU1589779.1 MCU1589779.1 100 522 0 0 1 522 1 522 0.0 1027 XP_049224720.1 XP_049224720.1 100 689 0 0 1 689 1 689 0.0 1407 MBQ0033687.1 MBQ0033687.1 100 394 0 0 1 394 1 394 2.11e-302 814 MBP3425637.1 MBP3425637.1 100 666 0 0 1 666 1 666 1.18e-243 687 MCR5285329.1 MCR5285329.1 100 564 0 0 1 564 1 564 0.0 1085 XP_020103231.1 XP_020103231.1 100 450 0 0 1 450 1 450 1.50e-303 822 XP_020103231.1 MCS6830908.1 40.3 357 194 7 90 438 4 349 4.89e-67 217 XP_020103231.1 CAB0780497.1 38.7 351 205 5 92 439 4 347 1.22e-66 216 XP_020103231.1 NCW99628.1 36.4 162 89 2 276 437 6 153 5.15e-26 102 WP_258394058.1 WP_258394058.1 100 309 0 0 1 309 1 309 9.54e-222 603 WP_196823726.1 WP_196823726.1 100 46 0 0 1 46 1 46 2.84e-31 100 WP_162334308.1 WP_162334308.1 100 139 0 0 1 139 1 139 3.39e-97 274 WP_020394619.1 WP_020394619.1 100 468 0 0 1 468 1 468 0.0 932 TMH05674.1 TMH05674.1 100 254 0 0 1 254 1 254 6.32e-163 449 TMH05674.1 WP_277690767.1 41.3 242 128 1 23 250 34 275 5.63e-44 148 WP_112116848.1 WP_112116848.1 100 540 0 0 1 540 1 540 0.0 1007 HCH2726488.1 HCH2726488.1 100 728 0 0 1 728 1 728 0.0 1425 HCH2726488.1 GAL07990.1 61.5 78 30 0 340 417 1 78 4.45e-25 97.8 MBK6833697.1 MBK6833697.1 100 818 0 0 1 818 1 818 0.0 1612 XP_025975121.1 XP_025975121.1 100 239 0 0 1 239 1 239 3.40e-139 388 WP_103270848.1 WP_103270848.1 100 263 0 0 1 263 1 263 3.12e-188 514 WP_103270848.1 MCD5879085.1 46.2 143 76 1 26 168 35 176 3.51e-37 128 WP_103270848.1 MCP4774001.1 31.4 229 145 4 44 260 49 277 3.37e-29 110 WP_103270848.1 WP_201520784.1 31.9 248 155 7 26 262 30 274 4.80e-29 109 NXS05193.1 NXS05193.1 100 72 0 0 1 72 1 72 1.48e-53 158 MBC6481257.1 MBC6481257.1 100 464 0 0 1 464 1 464 0.0 924 MBC6481257.1 MCI4325574.1 50.0 308 143 6 9 314 13 311 1.73e-94 287 MBC6481257.1 MBE0669914.1 42.6 305 167 4 9 313 9 305 5.98e-81 251 MBC6481257.1 WP_116803659.1 29.1 306 191 7 15 309 1 291 1.78e-35 132 KAE9963299.1 KAE9963299.1 100 1321 0 0 55 1375 55 1375 0.0 2357 WP_048771567.1 WP_048771567.1 100 269 0 0 1 269 1 269 1.96e-194 530 WP_237560484.1 WP_237560484.1 100 225 0 0 1 225 1 225 3.83e-170 465 KAG6786301.1 KAG6786301.1 100 281 0 0 1 281 1 281 2.87e-193 528 OIQ39557.1 OIQ39557.1 100 472 0 0 1 472 1 472 0.0 959 WP_190063487.1 WP_190063487.1 100 63 0 0 1 63 1 63 3.50e-48 144 WP_006075792.1 WP_006075792.1 100 197 0 0 1 197 1 197 6.44e-146 402 XP_051120762.1 XP_051120762.1 100 188 0 0 1 188 1 188 2.52e-125 349 MRB06557.1 MRB06557.1 100 127 0 0 1 127 1 127 1.81e-93 263 WP_136085111.1 WP_136085111.1 100 58 0 0 1 58 1 58 4.07e-36 113 CAF3446016.1 CAF3446016.1 100 988 0 0 1 988 1 988 0.0 1962 MBZ5699012.1 MBZ5699012.1 100 148 0 0 1 148 1 148 3.17e-95 270 MBZ5699012.1 WP_190772838.1 42.5 153 81 5 1 148 5 155 1.15e-24 91.3 GEX59890.1 GEX59890.1 100 493 0 0 1 493 1 493 0.0 973 GEX59890.1 GFD45028.1 74.2 31 8 0 463 493 44 74 8.62e-07 45.4 WP_130523666.1 WP_130523666.1 100 414 0 0 1 414 1 414 4.60e-298 805 MCB0447703.1 MCB0447703.1 100 208 0 0 1 208 1 208 1.13e-140 389 WAR09170.1 WAR09170.1 100 230 0 0 1 230 1 230 8.31e-96 278 KAA0009614.1 KAA0009614.1 100 582 0 0 1 582 1 582 0.0 1175 MBI6809448.1 MBI6809448.1 100 285 0 0 1 285 1 285 1.56e-183 504 WP_123226257.1 WP_123226257.1 100 216 0 0 1 216 1 216 7.82e-113 320 KAF9308882.1 KAF9308882.1 100 110 0 0 1 110 1 110 1.79e-58 174 WP_058635033.1 WP_058635033.1 100 329 0 0 1 329 1 329 6.07e-235 638 WP_058635033.1 WP_251874466.1 52.5 318 150 1 4 320 5 322 2.08e-111 325 WP_058635033.1 WP_059510827.1 35.4 328 195 4 1 321 1 318 3.50e-53 176 WP_058635033.1 WP_234306850.1 37.4 262 159 3 44 304 44 301 2.73e-51 170 WP_058635033.1 WP_116701099.1 34.8 282 173 5 31 307 34 309 3.85e-44 152 WP_058635033.1 MBK5104727.1 33.8 222 144 2 18 236 24 245 5.32e-40 139 WP_058635033.1 WP_012724915.1 35.5 256 148 5 69 310 70 322 2.32e-36 132 WP_058635033.1 MBC99785.1 27.8 299 200 5 22 305 17 314 1.07e-30 116 WP_058635033.1 KOR84431.1 26.6 278 189 3 45 309 38 313 7.83e-23 95.1 KAG2929087.1 KAG2929087.1 100 163 0 0 1 163 1 163 3.34e-120 334 ODU23539.1 ODU23539.1 100 63 0 0 1 63 1 63 6.16e-40 123 WP_186229980.1 WP_186229980.1 100 488 0 0 1 488 1 488 0.0 955 KAJ7545197.1 KAJ7545197.1 100 351 0 0 1 351 1 351 5.43e-265 716 KAJ7545197.1 KAG6471244.1 54.5 101 42 1 18 118 6 102 2.83e-29 113 KAJ7545197.1 CAH0727316.1 29.9 204 114 6 15 202 5 195 1.27e-17 82.4 KKT55671.1 KKT55671.1 100 619 0 0 1 619 1 619 0.0 1181 KKT55671.1 WP_117920451.1 39.3 565 323 9 26 578 19 575 6.20e-128 388 KKT55671.1 WP_086280341.1 34.6 569 349 12 13 579 2 549 3.67e-94 300 KKT55671.1 MCJ7594907.1 52.4 231 105 2 375 601 1 230 2.50e-73 234 KKT55671.1 MBP1746912.1 22.4 241 138 8 300 492 4 243 1.40e-05 46.2 XP_043494069.1 XP_043494069.1 100 2149 0 0 1 2149 1 2149 0.0 4310 XP_043494069.1 XP_056429915.1 25.8 1023 649 33 483 1444 34 1007 2.33e-68 252 XP_043494069.1 XP_036914921.1 31.5 89 58 2 954 1040 28 115 4.31e-04 43.9 XP_035812514.1 XP_035812514.1 100 629 0 0 1 629 1 629 0.0 1240 XP_035812514.1 XP_054751877.1 55.5 687 179 13 35 627 8 661 3.47e-217 619 HIX59898.1 HIX59898.1 100 246 0 0 1 246 1 246 4.80e-179 489 MBL0273084.1 MBL0273084.1 100 307 0 0 1 307 1 307 3.23e-228 619 WP_077066366.1 WP_077066366.1 100 194 0 0 1 194 1 194 1.24e-128 358 WP_001531669.1 WP_001531669.1 100 686 0 0 1 686 1 686 0.0 1097 WP_001531669.1 EER6968786.1 87.3 118 15 0 1 118 1 118 4.57e-63 206 WP_001531669.1 WP_089566156.1 86.0 50 7 0 70 119 1 50 7.09e-18 84.7 MSX26960.1 MSX26960.1 100 230 0 0 1 230 1 230 5.63e-170 465 MSX26960.1 MCL4851158.1 30.9 223 137 4 1 221 1 208 2.69e-30 110 RCK62276.1 RCK62276.1 100 90 0 0 1 90 1 90 1.08e-52 157 XP_023957144.1 XP_023957144.1 100 262 0 0 887 1148 887 1148 1.52e-180 558 XP_023957144.1 XP_036437421.1 36.5 252 144 8 902 1147 1494 1735 3.12e-42 167 WP_262014488.1 WP_262014488.1 100 232 0 0 1 232 1 232 5.44e-178 486 NOZ88085.1 NOZ88085.1 100 192 0 0 1 192 1 192 4.55e-139 384 XP_051216225.1 XP_051216225.1 100 871 0 0 1 871 1 871 0.0 1736 XP_051216225.1 XP_052337646.1 33.2 739 367 20 249 870 688 1416 3.07e-93 320 XP_051216225.1 NWH38694.1 30.9 188 107 4 247 434 137 301 5.22e-16 80.1 MBO1089156.1 MBO1089156.1 100 301 0 0 1 301 1 301 4.25e-230 623 GIW56314.1 GIW56314.1 100 66 0 0 1 66 1 66 1.76e-47 142 PXL39359.1 PXL39359.1 100 63 0 0 1 63 1 63 1.06e-40 125 WP_073277800.1 WP_073277800.1 100 336 0 0 1 336 1 336 7.57e-253 684 PPS91010.1 PPS91010.1 100 96 0 0 1 96 1 96 6.24e-66 191 WP_253808359.1 WP_253808359.1 100 442 0 0 1 442 1 442 1.20e-305 826 WP_253808359.1 OQA38407.1 46.5 434 220 4 1 423 1 433 2.31e-127 375 WP_253808359.1 WP_225579579.1 45.3 439 223 7 3 432 13 443 2.18e-117 352 WP_253808359.1 WP_254698006.1 47.1 435 217 6 5 432 1 429 4.75e-117 351 WP_253808359.1 CBI36349.3 32.5 419 276 4 1 413 2 419 1.36e-63 209 WP_253808359.1 WP_073201850.1 33.3 297 178 7 2 286 28 316 4.52e-43 152 WP_253808359.1 PSR02572.1 33.9 295 174 8 7 290 53 337 1.92e-39 143 WP_253808359.1 PHR72175.1 31.9 295 181 8 2 284 20 306 1.26e-35 132 WP_140347789.1 WP_140347789.1 100 1160 0 0 1 1160 1 1160 0.0 2303 EFT9578334.1 EFT9578334.1 100 320 0 0 1 320 1 320 1.65e-223 608 MCE4613707.1 MCE4613707.1 100 91 0 0 1 91 1 91 2.74e-51 154 ERI49901.1 ERI49901.1 100 569 0 0 1 569 1 569 0.0 895 HIN08122.1 HIN08122.1 100 358 0 0 1 358 1 358 8.63e-261 706 OQW79047.1 OQW79047.1 100 337 0 0 1 337 1 337 1.52e-248 673 WP_086502876.1 WP_086502876.1 100 840 0 0 1 840 1 840 0.0 1569 KAG6788279.1 KAG6788279.1 100 525 0 0 1 525 1 525 0.0 1061 KAG6788279.1 PON87355.1 54.6 108 48 1 391 498 2 108 2.38e-36 129 XP_021898889.1 XP_021898889.1 100 633 0 0 1 633 1 633 0.0 1218 XP_021898889.1 XP_015055542.1 37.5 525 291 12 57 573 30 525 1.13e-107 333 NWR48904.1 NWR48904.1 100 352 0 0 1 352 1 352 1.73e-257 697 QJX39570.1 QJX39570.1 100 207 0 0 1 207 1 207 9.86e-164 447 QJX39570.1 AAW57761.1 78.4 208 42 2 1 207 1 206 5.77e-131 365 QJX39570.1 AIG14299.1 76.7 215 42 1 1 207 1 215 1.08e-128 359 WP_206096314.1 WP_206096314.1 100 343 0 0 1 343 1 343 5.11e-250 677 WP_206096314.1 WP_006697084.1 57.7 343 144 1 1 343 1 342 1.37e-140 400 EIH4263652.1 EIH4263652.1 100 586 0 0 1 586 1 586 0.0 941 EIH4263652.1 EFL5817307.1 96.9 481 15 0 48 528 1 481 1.34e-251 697 EIH4263652.1 EFN5389376.1 94.7 475 25 0 112 586 1 475 2.78e-230 661 EIH4263652.1 KDT27382.1 95.3 276 13 0 311 586 1 276 3.87e-155 462 EIH4263652.1 EJW7579374.1 96.2 260 10 0 296 555 34 293 2.73e-154 442 EIH4263652.1 EFL3122059.1 92.1 253 16 1 1 253 9 257 1.55e-135 395 EIH4263652.1 HAN0352225.1 65.2 293 100 1 296 586 30 322 1.43e-121 367 EIH4263652.1 EFI7849450.1 74.2 132 34 0 20 151 3 134 7.22e-60 195 EIH4263652.1 EER8306359.1 77.9 77 17 0 1 77 223 299 8.63e-34 129 MBT5285153.1 MBT5285153.1 100 171 0 0 1 171 1 171 2.82e-125 347 CDC61696.1 CDC61696.1 100 979 0 0 1 979 1 979 0.0 1917 MCO4570690.1 MCO4570690.1 100 201 0 0 1 201 1 201 8.07e-142 392 KAF8141928.1 KAF8141928.1 100 355 0 0 1 355 1 355 2.01e-253 687 KAF8141928.1 XP_047781705.1 45.4 216 93 7 158 354 226 435 8.03e-39 141 KAF8141928.1 MBA0681195.1 52.3 44 21 0 251 294 235 278 1.73e-10 59.7 TJW13192.1 TJW13192.1 100 124 0 0 1 124 1 124 2.15e-86 245 MCB0793211.1 MCB0793211.1 100 399 0 0 1 399 1 399 1.31e-294 795 MCB0793211.1 WP_130670507.1 38.7 380 227 3 6 384 11 385 5.93e-86 265 MCB0793211.1 TVP67793.1 37.9 377 232 2 12 387 23 398 2.63e-83 258 MCB0793211.1 WP_224014827.1 37.2 387 235 5 2 387 3 382 2.83e-82 255 MCB0793211.1 WP_271272236.1 34.2 386 244 7 12 395 7 384 8.49e-62 202 WP_005629113.1 WP_005629113.1 100 241 0 0 1 241 1 241 6.06e-175 479 WP_083639049.1 WP_083639049.1 100 116 0 0 1 116 1 116 2.24e-70 223 WP_083639049.1 MCP4697618.1 33.8 68 40 2 45 110 189 253 5.81e-05 43.5 WP_169054812.1 WP_169054812.1 100 234 0 0 1 234 1 234 8.24e-165 452 WP_169054812.1 MPY37361.1 28.1 203 140 2 20 220 59 257 2.99e-16 73.9 WP_169054812.1 WP_274915895.1 28.7 157 85 4 30 164 26 177 1.09e-05 43.5 MBR1706273.1 MBR1706273.1 100 598 0 0 1 598 1 598 0.0 1140 EST37880.1 EST37880.1 100 309 0 0 1 309 1 309 8.28e-232 628 WP_106936446.1 WP_106936446.1 100 373 0 0 1 373 1 373 7.34e-281 758 WP_214777175.1 WP_214777175.1 100 1128 0 0 1 1128 1 1128 0.0 2170 WP_092857087.1 WP_092857087.1 100 267 0 0 1 267 1 267 1.80e-189 518 RAH10573.1 RAH10573.1 100 137 0 0 1 137 1 137 5.90e-97 273 XP_048732732.1 XP_048732732.1 100 153 0 0 1 153 1 153 1.10e-111 311 HFC54342.1 HFC54342.1 100 218 0 0 1 218 1 218 1.31e-144 400 WP_025739406.1 WP_025739406.1 100 637 0 0 1 637 1 637 0.0 1045 WP_025739406.1 WP_269572442.1 32.4 451 293 5 138 581 128 573 2.87e-53 191 WP_025739406.1 WP_128786583.1 33.7 410 270 2 174 581 165 574 9.13e-41 155 WP_025739406.1 WP_104456122.1 44.8 172 95 0 464 635 349 520 1.97e-31 127 WP_025739406.1 WP_271340374.1 36.8 185 103 2 467 637 414 598 1.67e-15 78.2 WP_025739406.1 WP_237962375.1 56.3 64 28 0 465 528 483 546 1.61e-12 68.9 WP_025739406.1 WP_156140069.1 46.7 105 50 2 480 581 405 506 4.46e-12 67.4 WP_025739406.1 MCI8311254.1 46.7 60 32 0 465 524 340 399 1.98e-08 55.5 WP_116813830.1 WP_116813830.1 100 395 0 0 1 395 1 395 5.30e-292 788 WP_116813830.1 RCX10040.1 34.9 355 177 9 37 347 143 487 6.79e-49 172 WP_128505522.1 WP_128505522.1 100 535 0 0 1 535 1 535 0.0 1076 MCB9943168.1 MCB9943168.1 100 125 0 0 1 125 1 125 2.05e-80 230 WP_190822868.1 WP_190822868.1 100 338 0 0 1 338 1 338 6.35e-198 545 WP_258007507.1 WP_258007507.1 100 194 0 0 1 194 1 194 2.34e-142 392 TVR41840.1 TVR41840.1 100 510 0 0 1 510 1 510 0.0 993 TVR41840.1 WP_212961195.1 26.7 277 166 12 263 508 378 648 2.02e-12 68.2 TVR41840.1 MBO8233644.1 26.0 208 127 6 300 488 159 358 4.49e-09 56.6 TVR41840.1 WP_166106360.1 36.1 97 47 3 412 494 418 513 1.87e-08 55.1 TVR41840.1 KDF42894.1 21.4 215 148 7 312 508 275 486 7.07e-08 53.1 TVR41840.1 TMG86695.1 27.4 186 122 6 327 508 92 268 1.22e-07 51.6 WP_283181662.1 WP_283181662.1 100 213 0 0 1 213 1 213 5.85e-150 413 CAC9886154.1 CAC9886154.1 100 677 0 0 1 677 1 677 0.0 1156 CAC9886154.1 EEH16378.1 38.1 63 35 2 54 116 7 65 1.09e-04 43.9 WP_047943571.1 WP_047943571.1 100 254 0 0 1 254 1 254 6.26e-179 490 MBO2482901.1 MBO2482901.1 100 58 0 0 1 58 1 58 3.25e-38 122 WP_261668588.1 WP_261668588.1 100 318 0 0 1 318 1 318 1.26e-226 616 WP_261668588.1 WP_114947547.1 39.9 311 186 1 7 317 15 324 7.19e-82 249 WP_261668588.1 WP_145739766.1 37.7 313 190 2 9 318 22 332 5.73e-74 229 WP_261668588.1 WP_216295494.1 35.6 295 187 2 21 313 40 333 3.29e-55 181 XP_047422702.1 XP_047422702.1 100 487 0 0 1 487 1 487 0.0 981 MBE6688122.1 MBE6688122.1 100 890 0 0 1 890 1 890 0.0 1658 MBE6688122.1 KAA0114277.1 47.2 907 433 12 4 889 35 916 3.48e-240 697 MBE6688122.1 WP_278631399.1 41.3 831 427 12 1 815 1 786 9.00e-180 539 MBE6688122.1 XP_009147075.2 34.1 1019 523 22 12 886 122 1135 1.13e-146 461 MBE6688122.1 WP_235126772.1 35.1 837 455 18 20 815 15 804 3.66e-129 408 MBE6688122.1 MBE5737882.1 33.1 913 545 20 1 890 1 870 7.16e-113 365 MBE6688122.1 KAF5671546.1 29.7 977 569 27 5 883 156 1112 1.01e-85 297 MBE6688122.1 WP_019100427.1 29.7 752 486 17 9 739 38 767 6.07e-82 281 MBE6688122.1 WP_049009918.1 29.7 723 474 13 1 716 47 742 2.98e-80 276 MBE6688122.1 KAJ6994162.1 28.5 793 466 22 9 776 22 738 1.85e-64 232 MBE6688122.1 MBY0273331.1 28.6 766 441 26 21 775 7 677 4.20e-55 202 MBE6688122.1 WP_074319120.1 30.9 175 93 2 515 689 562 708 7.81e-17 83.6 MBE6688122.1 MBI6149093.1 25.5 275 183 5 84 357 232 485 1.39e-11 66.6 KAJ3490879.1 KAJ3490879.1 100 413 0 0 1 413 1 413 4.03e-312 840 WP_227317406.1 WP_227317406.1 100 465 0 0 1 465 1 465 0.0 936 WP_227317406.1 WP_090149712.1 32.5 468 293 5 5 450 6 472 6.98e-77 246 MCB0488436.1 MCB0488436.1 100 295 0 0 1 295 1 295 4.75e-224 607 MCD6430924.1 MCD6430924.1 100 257 0 0 1 257 1 257 2.22e-194 529 MCI0654225.1 MCI0654225.1 100 166 0 0 1 166 1 166 3.45e-119 332 WP_271515333.1 WP_271515333.1 100 750 0 0 1 750 1 750 0.0 1412 WP_207334372.1 WP_207334372.1 100 252 0 0 1 252 1 252 1.37e-181 496 NYK82134.1 NYK82134.1 100 65 0 0 1 65 1 65 2.64e-44 134 RTE72268.1 RTE72268.1 100 394 0 0 1 394 1 394 2.60e-287 776 WP_232703726.1 WP_232703726.1 100 459 0 0 1 459 1 459 0.0 905 WP_184066976.1 WP_184066976.1 100 186 0 0 1 186 1 186 2.55e-133 369 WP_184066976.1 WP_242018727.1 62.8 145 54 0 19 163 16 160 4.28e-57 176 WP_257689765.1 WP_257689765.1 100 487 0 0 1 487 1 487 0.0 947 WP_257689765.1 WP_255965801.1 47.7 480 249 2 4 482 3 481 1.90e-147 429 WP_257689765.1 WP_057201184.1 42.7 464 254 5 26 482 14 472 9.93e-99 304 WP_257689765.1 XP_050320449.1 38.7 470 281 4 16 481 14 480 1.22e-96 298 WP_257689765.1 WP_131836551.1 37.7 469 285 4 17 479 21 488 9.03e-96 296 WP_257689765.1 WP_108756325.1 37.9 470 276 5 16 479 8 467 9.02e-86 270 WP_257689765.1 WP_008959270.1 35.5 484 299 7 7 482 4 482 1.64e-78 251 WP_257689765.1 WP_195426888.1 36.0 470 290 7 19 485 22 483 5.45e-77 248 WP_257689765.1 WP_061795322.1 35.2 480 290 9 16 481 22 494 9.41e-75 242 WP_257689765.1 WP_205186167.1 35.3 374 235 4 111 481 42 411 6.40e-64 211 WP_257689765.1 WP_100461895.1 32.9 447 286 6 1 442 1 438 2.32e-61 207 WP_257689765.1 WP_022389025.1 28.8 423 276 9 69 481 23 430 2.71e-41 152 WP_257689765.1 MCC2649654.1 41.5 53 31 0 431 483 3 55 6.75e-07 45.1 MBU0791683.1 MBU0791683.1 100 548 0 0 1 548 1 548 0.0 1084 WP_182711428.1 WP_182711428.1 100 359 0 0 1 359 1 359 1.28e-242 660 TKW18680.1 TKW18680.1 100 479 0 0 1 479 1 479 0.0 951 WP_240111183.1 WP_240111183.1 100 210 0 0 1 210 1 210 5.69e-160 438 NED75586.1 NED75586.1 100 228 0 0 1 228 1 228 8.98e-166 454 MBR0615264.1 MBR0615264.1 100 289 0 0 1 289 1 289 1.02e-206 563 ETO34949.1 ETO34949.1 100 257 0 0 1 257 1 257 9.78e-134 376 KAF5411244.1 KAF5411244.1 100 69 0 0 1 69 1 69 1.22e-44 135 WP_017878759.1 WP_017878759.1 100 372 0 0 1 372 1 372 6.24e-277 748 TEY22245.1 TEY22245.1 100 194 0 0 1 194 1 194 4.88e-135 374 TEY22245.1 KAI3473816.1 55.8 199 83 2 1 194 219 417 2.23e-71 223 WP_023780537.1 WP_023780537.1 100 403 0 0 1 403 1 403 4.91e-292 788 WP_077376172.1 WP_077376172.1 100 708 0 0 1 708 1 708 0.0 1447 WP_231355705.1 WP_231355705.1 100 772 0 0 1 772 1 772 0.0 1478 WP_231355705.1 WP_092081374.1 62.4 727 271 1 3 727 4 730 1.42e-315 879 WP_231355705.1 PJJ44766.1 56.3 723 298 5 7 720 44 757 5.66e-268 759 WP_231355705.1 WP_206581849.1 44.2 762 368 9 1 717 1 750 5.43e-190 558 WP_231355705.1 NLZ92879.1 41.4 70 40 1 648 717 6 74 2.84e-11 60.1 GIW70618.1 GIW70618.1 100 1119 0 0 1 1119 1 1119 0.0 1928 GIW70618.1 MBP7829117.1 41.1 270 145 4 55 323 62 318 2.15e-43 169 GIW70618.1 WP_281919021.1 39.9 273 149 6 47 313 11 274 2.26e-38 149 GIW70618.1 WP_271931007.1 32.5 295 167 7 48 316 661 949 5.83e-24 107 GIW70618.1 KAJ7903702.1 26.3 240 153 5 48 279 23 246 4.88e-12 67.8 GIW70618.1 EYU24504.1 32.1 140 95 0 56 195 197 336 1.19e-11 67.0 GIW70618.1 KAH6984898.1 22.9 323 181 9 32 301 8 315 8.28e-09 58.2 GIW70618.1 XP_048409145.1 27.4 226 133 9 55 268 660 866 2.14e-07 53.5 GIW70618.1 NXJ84327.1 26.8 224 145 7 48 264 201 412 1.52e-04 44.3 GIW70618.1 XP_039923984.1 27.3 220 135 7 48 257 196 400 4.49e-04 42.7 KAF1538674.1 KAF1538674.1 100 320 0 0 1 320 1 320 1.05e-235 639 KAF1538674.1 WP_020913025.1 64.9 296 88 3 23 318 5 284 4.97e-132 375 KAF1538674.1 MBI3461834.1 57.7 300 111 3 21 320 3 286 1.04e-117 339 KAF1538674.1 NBQ41256.1 52.6 306 122 5 21 318 3 293 1.06e-103 304 KAF1538674.1 NEQ48723.1 53.4 296 122 3 23 318 5 284 1.63e-103 303 KAF1538674.1 OCB46767.1 46.5 303 135 4 21 313 3 288 2.65e-84 254 QFY03744.1 QFY03744.1 100 501 0 0 1 501 1 501 0.0 934 MBA8666914.1 MBA8666914.1 100 148 0 0 1 148 1 148 6.43e-104 291 KAJ8938828.1 KAJ8938828.1 100 119 0 0 1 119 1 119 3.54e-84 242 WP_149660939.1 WP_149660939.1 100 139 0 0 1 139 1 139 2.58e-92 261 WP_262404887.1 WP_262404887.1 100 76 0 0 1 76 1 76 7.74e-51 152 OJH36051.1 OJH36051.1 100 300 0 0 1 300 1 300 9.27e-229 620 KAF9463056.1 KAF9463056.1 100 566 0 0 1 566 1 566 0.0 1125 KAF9463056.1 MCU1518283.1 34.9 579 304 10 2 534 7 558 4.41e-100 314 KAF9463056.1 WP_046625651.1 32.0 553 334 10 16 562 41 557 9.20e-76 249 MCJ8273875.1 MCJ8273875.1 100 239 0 0 1 239 1 239 1.56e-185 505 XP_045701611.1 XP_045701611.1 100 882 0 0 1 882 1 882 0.0 1764 WP_267782507.1 WP_267782507.1 100 480 0 0 1 480 1 480 0.0 947 MCP5198054.1 MCP5198054.1 100 141 0 0 1 141 1 141 9.31e-105 293 EOS29826.1 EOS29826.1 100 269 0 0 1 269 1 269 3.25e-193 527 NLC30933.1 NLC30933.1 100 133 0 0 1 133 1 133 4.90e-85 243 WP_003960394.1 WP_003960394.1 100 637 0 0 1 637 1 637 0.0 1250 WP_003960394.1 STC68550.1 44.8 630 334 6 3 629 7 625 2.58e-168 493 WP_218348303.1 WP_218348303.1 100 211 0 0 1 211 1 211 9.72e-148 407 WP_148727848.1 WP_148727848.1 100 139 0 0 1 139 1 139 4.13e-98 276 TVS18044.1 TVS18044.1 100 194 0 0 1 194 1 194 8.95e-122 340 WP_018934053.1 WP_018934053.1 100 75 0 0 1 75 1 75 5.52e-46 139 MBV00212.1 MBV00212.1 100 666 0 0 1 666 1 666 0.0 1254 MBV00212.1 EAH8201998.1 48.0 440 226 3 3 442 4 440 4.65e-137 407 MBV00212.1 MBG6814041.1 54.5 358 163 0 3 360 9 366 4.97e-127 379 MBV00212.1 WP_021479352.1 45.1 481 239 9 3 469 7 476 3.27e-120 384 MBV00212.1 MCF8269563.1 24.8 133 92 4 92 224 648 772 8.58e-04 40.8 XP_047781705.1 XP_047781705.1 100 436 0 0 1 436 1 436 4.82e-286 776 XP_047781705.1 KAF8141928.1 45.0 220 88 8 226 435 158 354 9.86e-39 141 XP_047781705.1 MBA0681195.1 61.1 36 14 0 337 372 243 278 2.59e-10 59.7 MBQ7286305.1 MBQ7286305.1 100 199 0 0 96 294 96 294 1.43e-118 340 MBQ4426944.1 MBQ4426944.1 100 143 0 0 1 143 1 143 4.58e-97 274 OKO87070.1 OKO87070.1 100 415 0 0 1 415 1 415 6.89e-305 822 WP_259408897.1 WP_259408897.1 100 255 0 0 1 255 1 255 9.21e-177 484 WP_259408897.1 WP_049697298.1 52.4 246 112 2 2 245 6 248 7.44e-76 229 WP_259408897.1 RAL39799.1 34.5 223 134 5 29 245 110 326 1.16e-28 109 KAF5116816.1 KAF5116816.1 100 373 0 0 1 373 1 373 2.62e-226 620 MBN1246547.1 MBN1246547.1 100 772 0 0 1 772 1 772 0.0 1555 MBR6946428.1 MBR6946428.1 100 60 0 0 1 60 1 60 1.20e-29 97.4 WP_097574091.1 WP_097574091.1 100 153 0 0 1 153 1 153 1.95e-96 273 WP_097574091.1 WP_244356123.1 45.4 97 53 0 36 132 53 149 7.00e-24 89.4 MCF8145043.1 MCF8145043.1 100 486 0 0 1 486 1 486 0.0 988 WP_159796041.1 WP_159796041.1 100 346 0 0 1 346 1 346 1.98e-244 663 KAG8816705.1 KAG8816705.1 100 233 0 0 1 233 1 233 1.23e-170 467 KAG8816705.1 XP_033551505.1 35.7 199 127 1 36 233 55 253 1.41e-36 133 KAG8816705.1 WP_226276978.1 36.3 182 115 1 52 232 10 191 7.02e-29 111 KAG8816705.1 WP_255602293.1 38.2 170 104 1 65 233 32 201 3.93e-28 109 KAG8816705.1 BBC91732.1 37.6 165 98 2 68 227 7 171 1.71e-26 104 MBA3497606.1 MBA3497606.1 100 268 0 0 1 268 1 268 4.32e-202 550 AHJ84873.1 AHJ84873.1 100 308 0 0 1 308 1 308 1.79e-189 521 MCA9738196.1 MCA9738196.1 100 485 0 0 1 485 1 485 0.0 934 KAJ0689199.1 KAJ0689199.1 100 148 0 0 1 148 1 148 1.35e-105 296 ERB66459.1 ERB66459.1 100 363 0 0 1 363 1 363 1.49e-259 703 MBL6710595.1 MBL6710595.1 100 310 0 0 1 310 1 310 5.18e-231 626 MCH1932562.1 MCH1932562.1 100 85 0 0 1 85 1 85 1.92e-55 164 XP_055331916.1 XP_055331916.1 100 1032 0 0 1 1032 1 1032 0.0 1858 MCH1405047.1 MCH1405047.1 100 160 0 0 1 160 1 160 1.31e-111 312 MCH1405047.1 WP_076409454.1 42.6 155 81 2 10 160 5 155 1.79e-31 114 MCH1405047.1 WP_170725874.1 44.0 150 76 2 13 158 8 153 7.87e-31 112 MCH1405047.1 WP_109219819.1 40.8 157 85 2 8 160 16 168 2.95e-28 105 MCH1405047.1 WP_088153117.1 41.3 138 76 3 27 160 17 153 3.85e-24 94.7 MCH1405047.1 EHH5649593.1 41.2 131 71 2 32 160 25 151 5.49e-23 90.5 KAF7869901.1 KAF7869901.1 100 353 0 0 1 353 1 353 1.32e-257 697 WP_220674761.1 WP_220674761.1 100 90 0 0 1 90 1 90 3.61e-60 176 WP_220674761.1 WP_080337214.1 73.3 90 24 0 1 90 1 90 6.24e-43 133 KAH7489251.1 KAH7489251.1 100 362 0 0 1 362 1 362 5.88e-245 666 XP_032499984.1 XP_032499984.1 100 1133 0 0 1 1133 1 1133 0.0 1902 WP_261369297.1 WP_261369297.1 100 42 0 0 1 42 1 42 1.44e-27 90.9 WP_283842967.1 WP_283842967.1 100 590 0 0 1 590 1 590 0.0 1126 WP_283842967.1 WP_166106360.1 28.2 255 136 11 333 564 283 513 2.26e-11 64.7 MBT3932996.1 MBT3932996.1 100 302 0 0 1 302 1 302 2.52e-218 593 WP_148565498.1 WP_148565498.1 100 95 0 0 1 95 1 95 2.66e-62 182 WP_097485790.1 WP_097485790.1 100 425 0 0 1 425 1 425 2.33e-308 832 HCI3868538.1 HCI3868538.1 100 264 0 0 1 264 1 264 1.34e-203 553 HCI3868538.1 WP_200599363.1 70.8 264 77 0 1 264 1 264 4.30e-145 412 WP_119403424.1 WP_119403424.1 100 264 0 0 1 264 1 264 4.50e-202 549 WP_119403424.1 MCB1471508.1 43.8 242 132 3 25 264 49 288 9.11e-70 215 WP_004994904.1 WP_004994904.1 100 86 0 0 1 86 1 86 6.94e-54 160 MBU0624735.1 MBU0624735.1 100 265 0 0 1 265 1 265 9.20e-182 498 WP_266814553.1 WP_266814553.1 100 413 0 0 1 413 1 413 5.45e-185 518 MBQ4411698.1 MBQ4411698.1 100 449 0 0 1 449 1 449 0.0 892 KYF44507.1 KYF44507.1 100 1685 0 0 1 1685 1 1685 0.0 3104 MCL2788588.1 MCL2788588.1 100 72 0 0 1 72 1 72 2.69e-47 142 WP_262155701.1 WP_262155701.1 100 111 0 0 1 111 1 111 7.56e-83 235 KAF5548980.1 KAF5548980.1 100 284 0 0 1 284 1 284 9.80e-207 563 KAH7262805.1 KAH7262805.1 100 89 0 0 1 89 1 89 9.63e-60 175 WP_183063711.1 WP_183063711.1 100 417 0 0 1 417 1 417 2.88e-298 805 WP_212810521.1 WP_212810521.1 100 573 0 0 1 573 1 573 0.0 1085 MBR8744763.1 MBR8744763.1 100 179 0 0 1 179 1 179 1.55e-126 351 WP_120452154.1 WP_120452154.1 100 595 0 0 1 595 1 595 0.0 1223 WP_120452154.1 MBP7746105.1 26.2 130 63 4 100 205 322 442 1.23e-05 46.6 NTU53989.1 NTU53989.1 100 424 0 0 1 424 1 424 1.31e-293 794 GHU61839.1 GHU61839.1 100 255 0 0 1 255 1 255 3.80e-185 506 MBS1744667.1 MBS1744667.1 100 441 0 0 1 441 1 441 0.0 888 MBU03734.1 MBU03734.1 100 369 0 0 1 369 1 369 4.00e-267 723 WP_105386412.1 WP_105386412.1 100 286 0 0 1 286 1 286 9.02e-204 555 MBR2406030.1 MBR2406030.1 100 686 0 0 1 686 1 686 0.0 1328 MBR2406030.1 WP_186939222.1 30.5 663 405 18 30 663 120 755 2.95e-67 235 WP_131776591.1 WP_131776591.1 100 463 0 0 1 463 1 463 0.0 916 MCL2039304.1 MCL2039304.1 100 312 0 0 1 312 1 312 4.72e-203 556 MCL2039304.1 MBE6139600.1 34.2 310 176 6 6 306 462 752 4.48e-36 135 MCL2039304.1 WP_131001993.1 33.7 267 157 5 37 298 41 292 7.52e-34 124 MCL2039304.1 SCX00186.1 29.8 329 184 9 10 310 30 339 2.67e-26 104 WP_196974466.1 WP_196974466.1 100 335 0 0 1 335 1 335 4.47e-240 651 WP_184130797.1 WP_184130797.1 100 373 0 0 1 373 1 373 9.45e-268 724 WP_184130797.1 MCI7704736.1 41.0 222 124 2 148 369 73 287 1.11e-52 175 WP_184130797.1 WP_152046331.1 38.6 223 127 5 148 369 72 285 3.35e-40 142 WP_184130797.1 EGY4555186.1 34.7 222 138 2 148 369 81 295 6.42e-29 112 MCS5505837.1 MCS5505837.1 100 186 0 0 1 186 1 186 1.07e-125 350 MCS5505837.1 MBR0212092.1 30.7 127 76 5 3 125 6 124 1.39e-07 47.8 WP_062865604.1 WP_062865604.1 100 194 0 0 1 194 1 194 1.52e-138 383 WP_188895946.1 WP_188895946.1 100 79 0 0 1 79 1 79 1.21e-53 159 KFG62183.1 KFG62183.1 100 990 0 0 1 990 1 990 0.0 1862 SCL13606.1 SCL13606.1 100 895 0 0 1 895 1 895 0.0 1823 SCL13606.1 MCL2204087.1 27.5 781 455 25 69 805 19 732 1.62e-59 217 SCL13606.1 CAI9595211.1 24.5 807 483 23 62 791 89 846 1.54e-52 197 SCL13606.1 WP_081224968.1 23.9 820 498 23 44 792 5 769 9.45e-45 172 SCL13606.1 WP_123159424.1 22.3 825 511 24 42 793 3 770 5.04e-37 148 SCL13606.1 MSZ29533.1 24.5 862 547 27 59 856 11 832 1.41e-36 147 SCL13606.1 MCB9999913.1 25.3 384 235 9 447 795 534 900 2.41e-19 92.0 SCL13606.1 WP_194957532.1 21.5 869 420 27 62 809 8 735 2.60e-19 91.7 SCL13606.1 XP_053592881.1 23.2 669 354 25 62 651 47 634 4.83e-14 74.7 MAJ56944.1 MAJ56944.1 100 136 0 0 1 136 1 136 2.14e-94 266 RYP71249.1 RYP71249.1 100 339 0 0 1 339 1 339 1.04e-231 630 MBQ3470868.1 MBQ3470868.1 100 62 0 0 1 62 1 62 1.71e-41 127 WP_234897981.1 WP_234897981.1 100 266 0 0 1 266 1 266 1.76e-200 545 WP_117751014.1 WP_117751014.1 100 466 0 0 1 466 1 466 0.0 866 WP_117751014.1 WP_099219937.1 32.7 456 277 9 5 456 15 444 5.39e-55 188 WP_160410225.1 WP_160410225.1 100 170 0 0 1 170 1 170 8.07e-120 333 WP_173040157.1 WP_173040157.1 100 597 0 0 1 597 1 597 0.0 1145 WP_173040157.1 WP_089095302.1 33.3 586 347 9 11 555 8 590 3.41e-83 271 WP_173040157.1 WP_105160947.1 33.0 509 309 6 20 499 18 523 4.43e-81 265 WP_173040157.1 OQA35671.1 26.9 568 343 10 33 545 29 579 2.36e-49 179 WP_173040157.1 MCH5231772.1 25.3 521 341 10 4 486 1 511 2.05e-41 155 WP_173040157.1 WP_041710957.1 24.2 553 294 15 4 499 3 487 1.67e-33 133 WP_173040157.1 MBT4161918.1 32.2 199 113 7 306 484 25 221 3.27e-18 82.4 WP_173040157.1 WP_131166802.1 32.6 215 115 7 303 488 22 235 3.42e-16 78.6 WP_173040157.1 WP_192324556.1 24.5 523 311 20 23 479 35 539 1.43e-14 75.1 WP_173040157.1 WP_145468487.1 30.2 202 114 7 298 475 15 213 8.18e-13 66.6 WP_173040157.1 CAI8213472.1 26.5 196 126 5 301 479 28 222 8.25e-13 67.0 WP_173040157.1 WP_071876418.1 25.9 201 119 6 304 483 18 209 1.53e-09 58.9 WP_173040157.1 WP_256546297.1 25.8 221 132 5 293 482 25 244 2.38e-09 57.0 WP_173040157.1 WP_153844272.1 24.2 190 117 6 291 456 5 191 3.22e-09 57.8 WP_173040157.1 WP_008056683.1 32.2 152 87 9 306 444 254 402 4.12e-06 48.1 MBE3595273.1 MBE3595273.1 100 408 0 0 1 408 1 408 8.61e-300 808 UTW67325.1 UTW67325.1 100 306 0 0 1 306 1 306 4.19e-219 596 RIX75659.1 RIX75659.1 100 447 0 0 1 447 1 447 0.0 866 RIX75659.1 WP_200198809.1 60.6 426 155 3 21 446 10 422 4.88e-161 459 RIX75659.1 XP_052534275.1 34.0 403 203 7 99 446 208 602 1.10e-47 171 MBL0255244.1 MBL0255244.1 100 311 0 0 1 311 1 311 3.62e-227 617 EMK19049.1 EMK19049.1 100 508 0 0 1 508 1 508 0.0 976 THB74514.1 THB74514.1 100 316 0 0 1 316 1 316 7.92e-229 621 AWD47640.1 AWD47640.1 100 192 0 0 1 192 1 192 5.13e-145 399 MCR4818155.1 MCR4818155.1 100 244 0 0 1 244 1 244 1.49e-181 496 MCR4818155.1 MBR4451941.1 40.8 233 135 2 4 235 16 246 1.33e-58 184 WP_018717981.1 WP_018717981.1 100 426 0 0 1 426 1 426 0.0 873 UTU41876.1 UTU41876.1 100 260 0 0 1 260 1 260 3.98e-194 529 UTU41876.1 AFQ97813.1 63.1 260 93 2 2 260 12 269 5.52e-112 322 UTU41876.1 AYV64277.1 60.9 261 95 3 1 260 169 423 4.39e-104 307 UTU41876.1 UFH83377.1 55.4 258 115 0 3 260 177 434 1.86e-92 280 MCE2907393.1 MCE2907393.1 100 258 0 0 1 258 1 258 5.51e-175 480 WP_251174936.1 WP_251174936.1 100 22 0 0 1 22 1 22 3.42e-12 50.8 WP_202925384.1 WP_202925384.1 100 335 0 0 1 335 1 335 2.25e-249 675 WP_202925384.1 MBO1529847.1 31.3 342 219 6 1 330 1 338 4.60e-50 168 WP_202925384.1 XP_047466965.1 32.4 105 70 1 7 111 12 115 4.19e-13 67.8 CAI0990105.1 CAI0990105.1 100 818 0 0 1 818 1 818 0.0 1605 WP_140660563.1 WP_140660563.1 100 149 0 0 1 149 1 149 3.30e-102 287 WP_277410236.1 WP_277410236.1 100 362 0 0 1 362 1 362 3.89e-275 742 MCP5558243.1 MCP5558243.1 100 416 0 0 1 416 1 416 5.47e-307 827 MCP5558243.1 WP_121252511.1 28.8 208 133 7 194 394 163 362 1.52e-05 45.1 CAD7419184.1 CAD7419184.1 100 359 0 0 1 359 1 359 1.19e-263 713 CAD7419184.1 XP_042465169.1 30.7 228 130 5 23 247 361 563 3.28e-21 93.2 WP_189609880.1 WP_189609880.1 100 342 0 0 1 342 1 342 3.62e-254 687 MBQ8283265.1 MBQ8283265.1 100 447 0 0 1 447 1 447 0.0 870 WP_173904515.1 WP_173904515.1 100 158 0 0 1 158 1 158 3.37e-113 316 XP_032696462.1 XP_032696462.1 100 1346 0 0 1 1346 1 1346 0.0 2413 XP_032696462.1 XP_043889695.1 36.7 392 210 7 1 367 1 379 1.64e-60 227 XP_032696462.1 KAJ2660037.1 37.0 376 216 9 6 370 4 369 5.45e-51 196 XP_044484513.1 XP_044484513.1 100 719 0 0 1 719 1 719 0.0 1418 XP_044484513.1 XP_021765438.1 40.1 197 111 5 41 234 550 742 3.16e-35 141 XP_044484513.1 KAI3849778.1 39.5 167 101 0 69 235 478 644 3.00e-31 129 XP_044484513.1 XP_040250218.1 38.1 160 97 1 76 235 347 504 4.53e-30 125 XP_044484513.1 RLN36134.1 42.0 174 92 3 74 240 69 240 3.66e-29 119 XP_044484513.1 XP_019180948.1 38.8 152 88 3 87 235 677 826 5.39e-24 106 XP_044484513.1 XP_025814622.1 32.1 234 144 6 57 283 748 973 4.06e-23 103 XP_044484513.1 XP_029528577.1 30.1 173 100 6 84 246 28 189 7.14e-10 59.7 XP_044484513.1 MBP7829117.1 30.4 148 93 4 91 234 60 201 3.29e-09 58.5 XP_027476133.1 XP_027476133.1 100 325 0 0 1 325 1 325 1.10e-219 599 WP_189592858.1 WP_189592858.1 100 439 0 0 1 439 1 439 1.48e-318 858 WP_166225641.1 WP_166225641.1 100 410 0 0 1 410 1 410 5.58e-297 801 WP_166225641.1 WP_251874466.1 32.9 289 173 5 33 305 13 296 1.65e-35 132 WP_166225641.1 WP_012724915.1 30.0 273 177 4 57 318 51 320 8.99e-27 107 WP_266312166.1 WP_266312166.1 100 512 0 0 1 512 1 512 0.0 1025 WP_147766978.1 WP_147766978.1 100 112 0 0 1 112 1 112 3.08e-78 224 WP_239815372.1 WP_239815372.1 100 306 0 0 1 306 1 306 8.69e-212 577 PSP85445.1 PSP85445.1 100 125 0 0 1 125 1 125 2.60e-83 238 WP_065809357.1 WP_065809357.1 100 472 0 0 1 472 1 472 0.0 945 WP_065809357.1 HIU98185.1 26.4 484 297 16 6 453 5 465 1.53e-27 113 WP_205177065.1 WP_205177065.1 100 63 0 0 1 63 1 63 1.90e-43 132 MCG3730919.1 MCG3730919.1 100 354 0 0 1 354 1 354 5.33e-253 686 WP_166886913.1 WP_166886913.1 100 363 0 0 1 363 1 363 6.49e-254 689 WP_166886913.1 WP_008701575.1 55.1 354 157 2 7 359 7 359 2.20e-128 371 WP_166886913.1 PAV09171.1 26.0 219 128 7 62 264 26 226 3.43e-06 46.6 CPY79168.1 CPY79168.1 100 342 0 0 1 342 1 342 1.41e-251 681 MBT5578634.1 MBT5578634.1 100 741 0 0 1 741 1 741 0.0 1470 WP_126669182.1 WP_126669182.1 100 247 0 0 1 247 1 247 5.26e-163 449 WP_005165186.1 WP_005165186.1 100 253 0 0 1 253 1 253 3.75e-175 480 AUN31249.1 AUN31249.1 100 209 0 0 1 209 1 209 1.15e-129 362 WP_279123632.1 WP_279123632.1 100 347 0 0 1 347 1 347 2.76e-256 693 WP_279123632.1 MBM4374951.1 34.5 55 36 0 116 170 62 116 4.63e-05 42.4 MCM2341063.1 MCM2341063.1 100 291 0 0 1 291 1 291 1.91e-212 578 MCM2341063.1 WP_111627730.1 45.6 147 77 2 146 289 110 256 4.99e-34 123 MPT31245.1 MPT31245.1 100 211 0 0 1 211 1 211 7.13e-150 413 ETD72983.1 ETD72983.1 100 65 0 0 1 65 1 65 4.25e-41 126 UEC68750.1 UEC68750.1 100 4405 0 0 1 4405 1 4405 0.0 8655 UEC68750.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8643 UEC68750.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8639 UEC68750.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UEC68750.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UEC68750.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8637 UEC68750.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 UEC68750.1 UEC52718.1 99.8 4401 7 0 1 4401 1 4401 0.0 8631 UEC68750.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8627 UEC68750.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8626 UEC68750.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8625 UEC68750.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8622 UEC68750.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8619 UEC68750.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8617 UEC68750.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8615 UEC68750.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8611 UEC68750.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8610 UEC68750.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8610 UEC68750.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8609 UEC68750.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8608 UEC68750.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8607 UEC68750.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8606 UEC68750.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8606 UEC68750.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UEC68750.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8603 MCP4488771.1 MCP4488771.1 100 134 0 0 1 134 1 134 4.19e-91 258 SDW64481.1 SDW64481.1 100 121 0 0 1 121 1 121 1.16e-84 241 SDW64481.1 MBR4127938.1 62.5 88 33 0 6 93 4 91 2.55e-34 112 MBT8462299.1 MBT8462299.1 100 239 0 0 1 239 1 239 1.72e-164 452 MBT8462299.1 KKQ50904.1 30.7 205 117 4 2 205 956 1136 4.18e-19 84.3 MBT8462299.1 WP_096647361.1 29.4 211 129 3 1 211 854 1044 4.34e-16 75.5 MBT8462299.1 WP_265225845.1 29.9 194 116 4 2 195 876 1049 6.50e-12 63.2 MBT8462299.1 MBL4744408.1 24.5 155 104 2 2 144 844 997 1.51e-07 50.1 MBR2488648.1 MBR2488648.1 100 711 0 0 1 711 1 711 0.0 1456 WP_240030709.1 WP_240030709.1 100 493 0 0 1 493 1 493 0.0 978 WP_250146767.1 WP_250146767.1 100 49 0 0 1 49 1 49 2.60e-35 110 WP_186153646.1 WP_186153646.1 100 256 0 0 1 256 1 256 9.14e-173 474 WP_186153646.1 WP_247392216.1 43.2 259 138 4 1 256 1 253 8.74e-57 181 WP_186153646.1 WP_243269836.1 51.4 175 83 2 82 255 65 238 2.20e-46 164 WP_186153646.1 MBS1222269.1 43.1 204 104 6 1 194 1 202 1.25e-40 137 CZR69713.1 CZR69713.1 100 566 0 0 1 566 1 566 0.0 1023 XP_039854086.1 XP_039854086.1 100 460 0 0 1 460 1 460 0.0 870 MCU1437293.1 MCU1437293.1 100 488 0 0 1 488 1 488 0.0 976 XP_015523373.1 XP_015523373.1 100 234 0 0 1 234 1 234 4.26e-167 458 DAO22062.1 DAO22062.1 100 50 0 0 1 50 1 50 5.62e-35 110 MBR1628375.1 MBR1628375.1 100 313 0 0 1 313 1 313 2.55e-228 620 MBR1628375.1 WP_108098468.1 28.3 311 213 7 7 310 12 319 2.89e-34 125 MBR1628375.1 WP_039190453.1 25.3 285 188 8 4 269 133 411 9.25e-21 90.5 MCK5056842.1 MCK5056842.1 100 384 0 0 1 384 1 384 5.42e-284 766 MCK5056842.1 WP_163496825.1 32.2 373 232 9 25 383 27 392 3.16e-47 164 MCK5056842.1 MSZ54974.1 34.3 359 217 8 19 371 22 367 1.09e-44 157 WP_274481161.1 WP_274481161.1 100 104 0 0 1 104 1 104 1.25e-71 206 XP_697509.2 XP_697509.2 100 772 0 0 1 772 1 772 0.0 1515 WP_139764340.1 WP_139764340.1 100 127 0 0 1 127 1 127 1.44e-90 256 WP_139764340.1 WP_008056683.1 34.8 92 57 2 11 101 244 333 2.54e-08 49.3 WP_139764340.1 MBT3459617.1 31.0 84 56 2 21 104 1 82 3.13e-05 40.0 MBQ3864274.1 MBQ3864274.1 100 326 0 0 1 326 1 326 3.15e-240 651 MBQ3864274.1 WP_192324556.1 50.3 288 130 4 5 283 311 594 1.60e-83 263 MBQ3864274.1 RUU66461.1 53.5 254 115 3 33 284 103 355 1.51e-79 245 MBQ3864274.1 WP_226904802.1 48.9 276 132 6 33 303 46 317 5.81e-74 230 MBQ3864274.1 WP_098952357.1 43.3 289 163 1 33 320 28 316 7.23e-72 224 MBQ3864274.1 MBU5353226.1 47.1 263 134 3 12 270 4 265 1.61e-70 220 MBQ3864274.1 WP_227059655.1 47.3 277 141 3 9 283 320 593 3.05e-69 225 MBQ3864274.1 MCP5262709.1 39.7 295 171 4 21 308 6 300 2.56e-60 194 MBQ3864274.1 WP_131166802.1 36.7 332 190 9 10 325 3 330 1.08e-56 185 MBQ3864274.1 WP_107894076.1 37.4 302 176 7 12 305 5 301 2.08e-56 184 MBQ3864274.1 GLY24463.1 39.7 300 167 9 33 321 21 317 7.95e-56 182 MBQ3864274.1 WP_066083732.1 36.9 309 179 7 11 309 5 307 2.07e-51 171 MBQ3864274.1 MWR41881.1 42.0 207 115 5 36 241 44 246 2.56e-38 135 MBQ3864274.1 WP_176354145.1 36.9 222 130 4 32 253 17 228 6.64e-31 118 MBQ3864274.1 WP_109219819.1 31.8 242 146 6 8 248 13 236 1.44e-24 100 MBQ3864274.1 WP_140480909.1 31.3 224 131 5 36 253 29 235 3.07e-23 97.1 MBQ3864274.1 WP_258581409.1 31.1 222 142 4 32 253 15 225 1.07e-22 95.5 MBQ3864274.1 EHH5649593.1 31.0 216 136 5 47 261 29 232 2.73e-22 93.2 MBQ3864274.1 WP_256546297.1 29.7 239 144 8 10 236 21 247 3.37e-20 87.0 MBQ3864274.1 WP_279984614.1 29.4 235 138 7 11 235 8 224 7.47e-20 85.9 MBQ3864274.1 WP_167977039.1 33.5 188 112 5 36 220 21 198 2.09e-19 84.3 MBQ3864274.1 MBC7326981.1 26.7 232 149 7 36 256 22 243 5.81e-19 83.2 MBQ3864274.1 WP_152652784.1 35.4 158 92 5 35 191 20 168 2.31e-18 82.4 MBQ3864274.1 MXP43753.1 28.8 240 147 8 25 248 14 245 6.04e-18 80.5 MBQ3864274.1 WP_088153117.1 29.2 219 146 5 46 262 24 235 1.44e-17 80.9 WP_132882604.1 WP_132882604.1 100 295 0 0 1 295 1 295 2.20e-204 558 WP_200316392.1 WP_200316392.1 100 142 0 0 1 142 1 142 3.24e-72 214 WP_241908014.1 WP_241908014.1 100 122 0 0 1 122 1 122 8.48e-83 236 MCL7403925.1 MCL7403925.1 100 281 0 0 1 281 1 281 6.30e-197 538 MCJ7548546.1 MCJ7548546.1 100 719 0 0 1 719 1 719 0.0 1395 MCJ7548546.1 WP_015615815.1 41.9 721 391 11 7 719 4 704 3.48e-178 530 MCJ7548546.1 WP_015919400.1 42.6 714 372 13 7 719 4 680 1.00e-160 482 MCJ7548546.1 MBL8638832.1 37.9 751 409 13 7 719 48 779 4.60e-138 428 MCJ7548546.1 KAI5122644.1 28.0 765 460 25 17 719 373 1108 3.24e-63 227 MCJ7548546.1 KZV11597.1 27.2 632 388 17 135 719 117 723 4.29e-39 153 KAF9116737.1 KAF9116737.1 100 379 0 0 1 379 1 379 1.29e-286 775 NLG67042.1 NLG67042.1 100 550 0 0 1 550 1 550 0.0 1001 NLG67042.1 WP_218014032.1 27.5 483 299 16 90 540 55 518 2.78e-33 131 NLG67042.1 WP_136134536.1 30.2 106 68 4 74 179 138 237 1.16e-04 43.1 XP_002873995.1 XP_002873995.1 100 517 0 0 1 517 1 517 0.0 1033 XP_002873995.1 KAG7602925.1 98.1 517 10 0 1 517 1 517 0.0 1012 XP_002873995.1 KAI8118081.1 26.6 447 292 11 97 517 37 473 1.47e-41 154 HIA56122.1 HIA56122.1 100 164 0 0 1 164 1 164 1.42e-92 264 MBP6049275.1 MBP6049275.1 100 168 0 0 1 168 1 168 1.99e-119 332 HAY39979.1 HAY39979.1 100 400 0 0 1 400 1 400 7.83e-292 788 HAY39979.1 WP_270908912.1 36.5 389 208 5 33 392 21 399 4.23e-71 227 WP_105188257.1 WP_105188257.1 100 394 0 0 1 394 1 394 1.94e-298 804 MCH2430466.1 MCH2430466.1 100 195 0 0 1 195 1 195 1.52e-143 395 MBI2152769.1 MBI2152769.1 100 248 0 0 1 248 1 248 1.05e-183 501 WP_211231677.1 WP_211231677.1 100 322 0 0 1 322 1 322 6.58e-143 404 WP_269048359.1 WP_269048359.1 100 163 0 0 1 163 1 163 1.65e-120 335 WP_195553161.1 WP_195553161.1 100 194 0 0 1 194 1 194 6.66e-133 369 MBL1417270.1 MBL1417270.1 100 206 0 0 1 206 1 206 1.00e-133 372 XP_019741907.1 XP_019741907.1 100 179 0 0 1 179 1 179 1.81e-134 371 AJF60049.1 AJF60049.1 100 113 0 0 1 113 1 113 9.51e-78 223 RJF98482.1 RJF98482.1 100 78 0 0 1 78 1 78 3.47e-57 168 GDX36288.1 GDX36288.1 100 409 0 0 1 409 1 409 9.56e-293 791 GDX36288.1 WP_245704803.1 35.6 222 134 4 188 408 1 214 6.65e-34 125 GDX36288.1 WP_253463694.1 29.8 262 166 7 153 409 177 425 5.62e-27 110 GDX36288.1 WP_274755179.1 26.3 259 172 7 145 394 154 402 2.66e-23 99.4 GDX36288.1 SCH39951.1 24.3 251 135 8 175 392 241 469 3.42e-07 50.4 MCF7786316.1 MCF7786316.1 100 274 0 0 1 274 1 274 1.74e-195 533 KAJ8059477.1 KAJ8059477.1 100 96 0 0 1 96 1 96 1.71e-72 208 MBI3948044.1 MBI3948044.1 100 140 0 0 1 140 1 140 7.68e-99 278 MBM4386043.1 MBM4386043.1 100 69 0 0 1 69 1 69 2.46e-44 135 KAI2062789.1 KAI2062789.1 100 144 0 0 1 144 1 144 2.36e-104 292 QEP29574.1 QEP29574.1 100 43 0 0 1 43 1 43 1.19e-22 78.6 MBT4920854.1 MBT4920854.1 100 149 0 0 1 149 1 149 4.88e-104 292 KAH8333868.1 KAH8333868.1 100 501 0 0 1 501 1 501 0.0 1006 NLN95163.1 NLN95163.1 100 87 0 0 1 87 1 87 3.40e-59 174 MBI1386726.1 MBI1386726.1 100 464 0 0 1 464 1 464 0.0 976 MBI1386726.1 WP_171519907.1 26.9 383 218 13 104 444 28 390 1.37e-28 115 WP_021500824.1 WP_021500824.1 100 333 0 0 1 333 1 333 3.42e-243 659 WP_021500824.1 WP_222952672.1 28.8 292 193 6 5 295 8 285 1.03e-24 100 NP_001257623.1 NP_001257623.1 100 752 0 0 1 752 1 752 0.0 1248 NP_001257623.1 XP_043479276.1 44.9 457 238 6 1 449 1 451 1.03e-113 362 NP_001257623.1 KAJ3986273.1 35.2 165 103 2 247 407 454 618 3.05e-21 97.1 NP_001257623.1 NXT44414.1 31.4 194 128 4 250 442 1262 1451 4.34e-21 97.4 WP_200780455.1 WP_200780455.1 100 474 0 0 1 474 1 474 0.0 966 KAE9803106.1 KAE9803106.1 100 188 0 0 1 188 1 188 8.78e-126 350 NEQ48723.1 NEQ48723.1 100 289 0 0 1 289 1 289 2.39e-205 560 NEQ48723.1 WP_020913025.1 59.9 284 114 0 1 284 1 284 1.96e-116 335 NEQ48723.1 MBI3461834.1 56.1 289 127 0 1 289 1 289 7.15e-115 331 NEQ48723.1 KAF1538674.1 52.8 299 125 3 2 284 20 318 2.95e-103 302 NEQ48723.1 OCB46767.1 55.4 294 110 5 1 279 1 288 1.01e-96 285 NEQ48723.1 NBQ41256.1 51.4 290 132 3 1 281 1 290 5.21e-96 283 WP_283179095.1 WP_283179095.1 100 158 0 0 1 158 1 158 7.33e-108 302 WP_265896212.1 WP_265896212.1 100 682 0 0 1 682 1 682 0.0 1287 WP_265896212.1 WP_138941726.1 41.6 538 289 7 162 676 40 575 1.35e-118 365 WP_265896212.1 TLZ05171.1 28.9 346 194 13 380 679 266 605 2.32e-19 90.9 EDA9915590.1 EDA9915590.1 100 278 0 0 1 278 1 278 5.90e-205 558 TIU74829.1 TIU74829.1 100 278 0 0 1 278 1 278 4.04e-187 513 NLA37038.1 NLA37038.1 100 198 0 0 1 198 1 198 6.62e-135 374 XP_025606354.1 XP_025606354.1 100 574 0 0 1 574 1 574 0.0 1211 WP_100161462.1 WP_100161462.1 100 185 0 0 1 185 1 185 4.57e-131 363 WP_100161462.1 MBE0500203.1 49.5 101 49 2 53 151 78 178 1.87e-26 98.2 EAL7285322.1 EAL7285322.1 100 255 0 0 1 255 1 255 4.85e-197 536 OAV67199.1 OAV67199.1 100 57 0 0 1 57 1 57 5.41e-36 113 MCI6491833.1 MCI6491833.1 100 168 0 0 1 168 1 168 1.39e-110 310 MCI6491833.1 HCM9096811.1 49.0 143 70 2 5 144 10 152 8.61e-36 120 MCI6491833.1 WP_063505693.1 46.7 150 77 2 5 151 9 158 6.00e-35 118 KAF7644169.1 KAF7644169.1 100 624 0 0 1 624 1 624 0.0 956 WP_046234935.1 WP_046234935.1 100 357 0 0 1 357 1 357 2.79e-261 707 WP_046234935.1 HBG7982863.1 58.8 182 75 0 173 354 16 197 5.60e-67 208 MBQ8156531.1 MBQ8156531.1 100 283 0 0 1 283 1 283 2.16e-189 519 MBQ8156531.1 WP_057732191.1 40.5 222 118 3 5 222 7 218 1.81e-41 143 MBQ8156531.1 WP_253195963.1 39.8 176 105 1 37 211 34 209 4.13e-30 113 WP_137607852.1 WP_137607852.1 100 424 0 0 1 424 1 424 2.64e-293 793 WP_277858638.1 WP_277858638.1 100 536 0 0 1 536 1 536 0.0 1115 WP_011512097.1 WP_011512097.1 100 593 0 0 1 593 1 593 0.0 1119 WP_011512097.1 WP_060613079.1 31.4 539 341 11 58 581 56 580 3.48e-61 211 WP_011512097.1 KAJ5168969.1 38.3 402 235 9 192 585 353 749 3.19e-60 212 WP_011512097.1 MBT3459617.1 47.1 223 117 1 361 582 1 223 7.70e-55 184 WP_011512097.1 KAI7371949.1 36.0 411 250 9 192 593 497 903 1.32e-51 189 WP_011512097.1 WP_247749043.1 40.2 271 154 5 316 580 330 598 1.04e-48 177 WP_011512097.1 WP_195238978.1 33.2 319 208 2 265 580 404 720 3.43e-48 177 WP_011512097.1 WP_038440434.1 30.4 306 209 3 276 580 267 569 5.47e-35 137 WP_011512097.1 WAY96880.1 37.8 193 118 1 358 550 2 192 1.59e-33 125 WP_011512097.1 WP_192324556.1 33.2 271 156 9 340 592 320 583 1.60e-21 97.1 WP_011512097.1 WP_221265680.1 32.8 174 106 5 356 526 30 195 1.76e-14 73.2 WP_118155356.1 WP_118155356.1 100 756 0 0 1 756 1 756 0.0 1497 NPV11463.1 NPV11463.1 100 209 0 0 1 209 1 209 1.62e-145 402 NPV11463.1 WP_149786838.1 32.5 191 121 3 9 198 13 196 6.97e-19 79.3 NPV11463.1 MBU2178615.1 31.5 178 106 3 9 186 124 285 1.18e-13 66.6 NPV11463.1 WP_193275955.1 40.2 97 57 1 69 165 305 400 1.38e-13 67.0 MCE0539567.1 MCE0539567.1 100 420 0 0 1 420 1 420 4.92e-264 719 MCE0539567.1 MCB0174630.1 32.5 228 119 3 169 395 301 494 1.20e-16 80.1 MCE0539567.1 WP_148284348.1 29.6 257 127 8 146 395 160 369 2.36e-08 53.9 WP_146646172.1 WP_146646172.1 100 323 0 0 1 323 1 323 2.08e-223 608 MBQ3906581.1 MBQ3906581.1 100 425 0 0 1 425 1 425 5.08e-319 858 WP_060137083.1 WP_060137083.1 100 267 0 0 1 267 1 267 9.19e-144 402 XP_047334060.1 XP_047334060.1 100 718 0 0 1 718 1 718 0.0 1412 XP_047334060.1 XP_043377824.1 38.0 276 151 7 17 281 25 291 1.62e-48 183 XP_047334060.1 XP_046441060.1 33.7 205 127 6 17 219 61 258 1.06e-26 114 XP_047334060.1 XP_020321477.1 29.8 262 169 9 16 275 52 300 2.70e-25 110 XP_047334060.1 XP_019384620.1 29.5 264 170 8 26 280 24 280 4.75e-20 93.6 XP_047334060.1 KAI9912466.1 24.2 227 155 6 17 233 28 247 1.28e-08 55.8 AWW49543.1 AWW49543.1 100 396 0 0 1 396 1 396 5.07e-270 732 AWW49543.1 WP_143169250.1 44.2 362 190 7 41 396 24 379 1.15e-86 266 WP_130528929.1 WP_130528929.1 100 995 0 0 1 995 1 995 0.0 1900 WP_130528929.1 WP_113544184.1 38.6 616 371 4 349 958 486 1100 1.16e-135 436 WP_130528929.1 TRZ64304.1 41.9 370 208 3 591 953 2 371 3.84e-86 282 WP_130528929.1 MAF07216.1 34.5 385 232 8 479 848 261 640 6.16e-59 213 EIC6151294.1 EIC6151294.1 100 432 0 0 1 432 1 432 9.72e-300 810 MCE2507101.1 MCE2507101.1 100 224 0 0 1 224 1 224 8.63e-162 444 WP_271268402.1 WP_271268402.1 100 454 0 0 1 454 1 454 0.0 887 WP_271268402.1 WP_029364876.1 67.3 196 59 2 198 392 1 192 3.58e-96 286 MBO6554759.1 MBO6554759.1 100 1139 0 0 1 1139 1 1139 0.0 2220 MBO6554759.1 WP_226865765.1 25.1 682 419 21 200 867 3 606 3.75e-35 141 MBO6554759.1 WP_278906630.1 24.7 235 142 6 385 586 318 550 1.30e-09 60.8 MBO6554759.1 HID24809.1 22.5 524 283 17 387 849 165 626 3.42e-07 52.8 WP_168738097.1 WP_168738097.1 100 775 0 0 1 775 1 775 0.0 1488 WP_168738097.1 MBN9383861.1 30.4 783 502 13 1 772 27 777 3.59e-103 333 MBO4925134.1 MBO4925134.1 100 203 0 0 1 203 1 203 2.93e-145 400 WP_258700041.1 WP_258700041.1 100 96 0 0 1 96 1 96 1.12e-68 198 XP_029728184.1 XP_029728184.1 100 473 0 0 1 473 1 473 8.81e-310 839 WP_263620371.1 WP_263620371.1 100 317 0 0 1 317 1 317 2.63e-223 607 HAI83337.1 HAI83337.1 100 140 0 0 1 140 1 140 2.04e-103 290 WP_250015522.1 WP_250015522.1 100 387 0 0 1 387 1 387 6.66e-291 784 WP_250015522.1 PAW68992.1 34.8 396 235 7 8 383 2 394 6.97e-63 205 WP_250015522.1 MBW4662439.1 36.9 293 167 6 15 306 16 291 1.63e-49 170 WP_250015522.1 WP_179156843.1 32.1 365 223 7 29 383 15 364 3.49e-47 163 WP_250015522.1 WP_064802002.1 35.9 262 158 6 13 269 8 264 1.44e-40 146 WP_250015522.1 WP_270430070.1 30.4 352 228 6 35 384 35 371 2.05e-39 142 WP_250015522.1 WP_090419626.1 31.4 373 217 13 18 379 16 360 2.31e-32 123 WP_250015522.1 WP_210167953.1 27.2 367 238 6 19 379 5 348 1.13e-30 119 MCC6600438.1 MCC6600438.1 100 671 0 0 1 671 1 671 0.0 1341 MCC6600438.1 WP_119344914.1 21.2 581 390 24 57 611 78 616 8.91e-07 50.4 MBR3944831.1 MBR3944831.1 100 493 0 0 1 493 1 493 0.0 1027 MBQ6224848.1 MBQ6224848.1 100 488 0 0 1 488 1 488 0.0 985 AHK62764.1 AHK62764.1 100 221 0 0 1 221 1 221 4.45e-158 434 AHK62764.1 AVM35379.1 76.6 214 50 0 2 215 1 214 2.63e-121 341 AHK62764.1 QUQ06080.1 75.8 215 52 0 1 215 5 219 1.49e-119 337 AHK62764.1 AWS34156.1 74.9 215 54 0 1 215 5 219 9.99e-118 332 AHK62764.1 ADJ35581.1 74.9 215 54 0 1 215 6 220 1.03e-117 332 AHK62764.1 ADW49125.1 75.4 211 52 0 5 215 1 211 1.77e-116 329 AHK62764.1 AFA24308.1 76.8 211 49 0 5 215 2 212 1.06e-115 327 AHK62764.1 ABQ63546.1 73.4 214 57 0 2 215 5 218 8.77e-114 322 AHK62764.1 AFA09475.1 77.1 205 47 0 11 215 1 205 1.60e-113 321 AHK62764.1 QUA05739.1 75.5 208 51 0 1 208 5 212 1.18e-112 319 AHK62764.1 AAX94106.1 78.2 193 42 0 29 221 3 195 6.66e-109 318 AHK62764.1 AOR13807.1 71.7 198 56 0 6 203 1 198 2.82e-103 295 AHK62764.1 AMA90994.1 74.1 193 50 0 1 193 5 197 7.80e-103 294 AHK62764.1 UZF38514.1 67.5 206 67 0 10 215 1 206 8.27e-100 286 AHK62764.1 AKT58828.1 72.8 191 52 0 1 191 5 195 5.39e-98 281 AHK62764.1 AOQ89457.1 70.6 187 55 0 1 187 1 187 3.90e-96 276 AHK62764.1 AXZ65741.1 72.8 184 50 0 1 184 5 188 4.04e-96 276 AHK62764.1 AGI15931.1 68.8 205 64 0 5 209 2 206 5.25e-96 277 AHK62764.1 AKA56406.1 65.3 196 65 1 1 196 5 197 3.30e-90 262 AHK62764.1 AHH30646.1 73.2 168 43 2 27 194 5 170 1.29e-81 239 AHK62764.1 ACE88666.1 78.1 146 32 0 76 221 1 146 2.49e-78 230 AHK62764.1 APC24336.1 70.9 117 34 0 105 221 2 118 1.20e-51 169 KAG6815834.1 KAG6815834.1 100 357 0 0 1 357 1 357 1.75e-264 715 MBS1237631.1 MBS1237631.1 100 259 0 0 1 259 1 259 4.96e-183 501 MBC8287102.1 MBC8287102.1 100 163 0 0 1 163 1 163 7.84e-110 308 WP_147710924.1 WP_147710924.1 100 257 0 0 1 257 1 257 1.88e-186 509 WP_147098622.1 WP_147098622.1 100 230 0 0 1 230 1 230 4.44e-167 458 OPJ85369.1 OPJ85369.1 100 105 0 0 1 105 1 105 7.48e-78 222 AOM87821.1 AOM87821.1 100 313 0 0 1 313 1 313 2.89e-234 635 EFI9116993.1 EFI9116993.1 100 131 0 0 1 131 1 131 7.29e-86 244 WP_133874384.1 WP_133874384.1 100 324 0 0 1 324 1 324 4.11e-235 638 WP_133874384.1 WP_073505727.1 45.4 326 171 5 1 322 1 323 1.65e-86 261 WP_133874384.1 WP_164767343.1 47.8 157 79 3 164 319 6 160 6.33e-41 140 WP_133874384.1 WP_051669385.1 29.4 330 200 12 1 320 9 315 2.65e-21 91.3 WP_133874384.1 TML70651.1 31.3 128 80 2 1 120 1 128 3.71e-14 67.0 MBP6873711.1 MBP6873711.1 100 257 0 0 1 257 1 257 1.88e-186 509 WP_236578309.1 WP_236578309.1 100 230 0 0 1 230 1 230 3.13e-167 458 MCS6997039.1 MCS6997039.1 100 448 0 0 1 448 1 448 8.45e-293 794 WP_222322625.1 WP_222322625.1 100 526 0 0 1 526 1 526 0.0 1058 WP_222322625.1 WP_218014032.1 25.6 551 334 19 7 510 7 528 2.43e-25 107 WP_222322625.1 MBM3534697.1 26.1 532 328 21 7 514 216 706 7.06e-21 94.7 WP_232235954.1 WP_232235954.1 100 178 0 0 1 178 1 178 3.96e-133 368 OBF96065.1 OBF96065.1 100 349 0 0 1 349 1 349 3.32e-249 676 HAC47786.1 HAC47786.1 100 152 0 0 1 152 1 152 2.13e-104 293 PYV42293.1 PYV42293.1 100 249 0 0 1 249 1 249 5.12e-171 469 WP_186372554.1 WP_186372554.1 100 427 0 0 1 427 1 427 5.14e-313 843 MBK7761530.1 MBK7761530.1 100 202 0 0 1 202 1 202 1.10e-144 399 WP_099692467.1 WP_099692467.1 100 140 0 0 1 140 1 140 2.28e-91 259 WP_227414037.1 WP_227414037.1 100 70 0 0 1 70 1 70 1.99e-48 145 OLC60889.1 OLC60889.1 100 142 0 0 1 142 1 142 1.95e-102 287 MCM8792278.1 MCM8792278.1 100 317 0 0 1 317 1 317 3.90e-225 612 MCM8792278.1 MBC8384723.1 45.1 350 148 6 7 316 7 352 4.48e-88 266 MCM8792278.1 NNF43866.1 36.1 335 185 5 4 316 7 334 1.17e-62 200 CAI9728293.1 CAI9728293.1 100 89 0 0 1 89 1 89 1.72e-62 182 KAG8587293.1 KAG8587293.1 100 2659 0 0 1 2659 1 2659 0.0 5247 MOY95459.1 MOY95459.1 100 99 0 0 1 99 1 99 8.69e-72 206 MOY95459.1 AST39768.1 72.4 98 27 0 2 99 2 99 1.62e-49 150 MOY95459.1 AMA13662.1 72.4 98 27 0 2 99 63 160 6.05e-49 151 MOY95459.1 MOY61908.1 58.2 98 41 0 2 99 2 99 4.70e-40 126 GGK29005.1 GGK29005.1 100 289 0 0 1 289 1 289 4.25e-199 544 GGK29005.1 WP_203021165.1 30.9 233 142 7 60 288 52 269 2.71e-10 58.2 MCQ2641798.1 MCQ2641798.1 100 328 0 0 1 328 1 328 2.78e-235 639 MCD5879085.1 MCD5879085.1 100 184 0 0 1 184 1 184 1.32e-134 372 MCD5879085.1 WP_103270848.1 46.2 143 76 1 35 176 26 168 1.24e-37 129 HDQ08114.1 HDQ08114.1 100 288 0 0 1 288 1 288 3.46e-218 592 XP_052062472.1 XP_052062472.1 100 226 0 0 1 226 1 226 2.49e-171 468 MCB1594269.1 MCB1594269.1 100 153 0 0 1 153 1 153 1.56e-111 311 WP_089820066.1 WP_089820066.1 100 166 0 0 1 166 1 166 2.08e-120 335 WP_089820066.1 WP_196074572.1 43.0 165 86 3 2 160 8 170 2.06e-36 122 WP_174736260.1 WP_174736260.1 100 139 0 0 1 139 1 139 1.75e-99 280 WP_245086788.1 WP_245086788.1 100 325 0 0 1 325 1 325 9.36e-237 642 WP_245086788.1 WP_003067788.1 32.4 225 138 6 109 325 94 312 1.34e-21 91.7 WP_132993058.1 WP_132993058.1 100 378 0 0 1 378 1 378 3.39e-284 766 WP_262152891.1 WP_262152891.1 100 73 0 0 1 73 1 73 1.08e-51 154 MBA2391527.1 MBA2391527.1 100 679 0 0 1 679 1 679 0.0 1344 HCG88012.1 HCG88012.1 100 628 0 0 1 628 1 628 0.0 1238 HCG88012.1 WP_101662518.1 35.7 286 180 3 25 307 37 321 3.21e-49 181 HCG88012.1 WP_044772468.1 34.5 310 183 8 20 321 29 326 1.25e-43 165 HCG88012.1 OMF24356.1 40.2 264 133 8 57 304 62 316 8.66e-42 158 HCG88012.1 KAG0922869.1 51.4 105 50 1 48 151 1 105 3.67e-27 105 HCG88012.1 OHA02323.1 25.6 223 128 7 436 624 233 451 2.65e-11 64.7 KAF5949235.1 KAF5949235.1 100 140 0 0 1 140 1 140 6.32e-98 276 WP_026861651.1 WP_026861651.1 100 313 0 0 1 313 1 313 2.12e-236 640 WP_075011186.1 WP_075011186.1 100 165 0 0 1 165 1 165 4.36e-117 326 WP_205336461.1 WP_205336461.1 100 220 0 0 1 220 1 220 2.40e-166 455 POC21689.1 POC21689.1 100 102 0 0 1 102 1 102 2.27e-73 211 WP_017172025.1 WP_017172025.1 100 552 0 0 1 552 1 552 3.43e-263 728 WP_157783106.1 WP_157783106.1 100 181 0 0 1 181 1 181 5.84e-141 388 MBH39527.1 MBH39527.1 100 81 0 0 1 81 1 81 5.03e-56 165 MBH39527.1 WP_228049692.1 35.8 81 52 0 1 81 16 96 3.02e-11 52.8 MBP0444593.1 MBP0444593.1 100 105 0 0 1 105 1 105 2.89e-27 94.7 XP_040637648.1 XP_040637648.1 100 463 0 0 1 463 1 463 3.25e-270 738 CUQ45908.1 CUQ45908.1 100 120 0 0 1 120 1 120 5.14e-83 236 KAB1930676.1 KAB1930676.1 100 807 0 0 1 807 1 807 0.0 1177 WP_063393100.1 WP_063393100.1 100 1974 0 0 1 1974 1 1974 0.0 3741 XP_053174626.1 XP_053174626.1 100 637 0 0 1 637 1 637 0.0 1365 XP_053174626.1 XP_052609093.1 59.3 615 239 6 25 635 20 627 2.66e-279 775 XP_053174626.1 KAI4536634.1 29.4 476 242 20 34 458 21 453 8.32e-40 155 MBY7869037.1 MBY7869037.1 100 669 0 0 1 669 1 669 0.0 1303 MBY7869037.1 WP_047430984.1 50.0 670 327 5 3 668 5 670 1.02e-219 627 MBY7869037.1 HAV1793262.1 25.8 415 256 10 113 517 120 492 1.86e-29 121 MBY7869037.1 WP_250464711.1 23.8 526 332 15 5 520 52 518 5.40e-27 114 MBY7869037.1 WP_264248212.1 50.0 44 22 0 625 668 15 58 5.17e-05 40.0 MXW19700.1 MXW19700.1 100 871 0 0 1 871 1 871 0.0 1744 MXW19700.1 MCE2873365.1 30.4 952 500 26 14 871 11 893 1.03e-99 329 MXW19700.1 HAJ30683.1 34.9 215 122 6 36 243 25 228 5.41e-24 106 MXW19700.1 MBX9747080.1 29.3 188 118 4 41 226 1 175 1.11e-12 70.1 XP_006969978.1 XP_006969978.1 100 332 0 0 1 332 1 332 1.71e-247 670 XP_006969978.1 XP_020321477.1 28.9 228 146 7 93 314 78 295 2.46e-28 114 XP_006969978.1 XP_046441060.1 31.4 245 152 8 69 307 60 294 1.73e-26 108 XP_006969978.1 WP_223752944.1 26.5 204 121 7 82 267 11 203 5.05e-07 49.3 WP_249991478.1 WP_249991478.1 100 330 0 0 1 330 1 330 4.35e-224 610 WP_249991478.1 EIU6828535.1 32.5 317 200 6 14 326 13 319 9.96e-45 154 WP_249991478.1 PPR79666.1 36.1 277 168 5 53 324 59 331 7.86e-44 152 WP_249991478.1 EAP5059555.1 34.0 309 192 5 25 326 51 354 1.42e-40 144 WP_249991478.1 AGL88086.1 33.7 288 167 11 48 330 20 288 1.41e-36 131 WP_249991478.1 WP_110066977.1 30.4 283 188 5 51 326 54 334 1.07e-30 117 WP_249991478.1 WP_097346712.1 29.9 274 177 9 58 324 390 655 2.38e-24 102 WP_249991478.1 WP_158131988.1 33.9 322 191 13 13 324 13 322 7.87e-24 100 WP_077989166.1 WP_077989166.1 100 384 0 0 1 384 1 384 1.57e-267 725 WP_238286377.1 WP_238286377.1 100 503 0 0 1 503 1 503 0.0 1001 MBQ6476844.1 MBQ6476844.1 100 139 0 0 1 139 1 139 1.28e-92 262 OCT99299.1 OCT99299.1 100 216 0 0 1 216 1 216 5.18e-150 414 WP_131252095.1 WP_131252095.1 100 407 0 0 1 407 1 407 1.16e-292 790 HBC43327.1 HBC43327.1 100 139 0 0 1 139 1 139 4.82e-97 273 HBC43327.1 TDJ69718.1 55.1 138 55 2 1 138 1 131 3.23e-39 135 MBP7794228.1 MBP7794228.1 100 182 0 0 1 182 1 182 2.11e-130 361 MBT4259674.1 MBT4259674.1 100 337 0 0 1 337 1 337 1.16e-252 683 MBT4259674.1 EAN4724137.1 43.9 342 187 3 1 337 1 342 4.26e-98 292 MBT4259674.1 WP_224255409.1 43.0 342 190 3 1 337 1 342 7.82e-96 286 MBT4259674.1 XP_018682766.1 37.2 199 122 2 137 333 132 329 8.61e-48 163 MCP5487798.1 MCP5487798.1 100 86 0 0 1 86 1 86 2.14e-57 169 XP_052321142.1 XP_052321142.1 100 230 0 0 1 230 1 230 2.65e-159 438 HAJ13960.1 HAJ13960.1 100 176 0 0 1 176 1 176 7.91e-114 319 HAJ13960.1 WP_135028221.1 41.0 61 36 0 116 176 211 271 2.79e-07 47.4 KTC18574.1 KTC18574.1 100 628 0 0 1 628 1 628 0.0 1280 KTC18574.1 WP_107723967.1 35.1 570 342 10 37 595 26 578 5.13e-102 320 MSX81993.1 MSX81993.1 100 767 0 0 1 767 1 767 0.0 1448 WP_172892835.1 WP_172892835.1 100 122 0 0 1 122 1 122 1.64e-89 253 RMP47417.1 RMP47417.1 100 347 0 0 1 347 1 347 9.35e-264 712 WP_076195104.1 WP_076195104.1 100 373 0 0 1 373 1 373 5.54e-228 624 WP_278448552.1 WP_278448552.1 100 96 0 0 1 96 1 96 6.01e-64 186 MBU1163645.1 MBU1163645.1 100 206 0 0 1 206 1 206 4.67e-148 408 WP_178943877.1 WP_178943877.1 100 475 0 0 1 475 1 475 0.0 891 WP_100963785.1 WP_100963785.1 100 161 0 0 1 161 1 161 6.96e-103 290 WP_048427321.1 WP_048427321.1 100 225 0 0 1 225 1 225 2.64e-152 420 WP_048427321.1 WP_014286324.1 33.8 160 106 0 14 173 6 165 8.19e-20 81.6 WP_048427321.1 WP_234080888.1 31.9 207 136 2 21 225 34 237 1.02e-15 72.0 WP_048427321.1 WP_192558464.1 33.6 137 76 5 4 129 1 133 1.48e-07 48.9 WP_048427321.1 ANP72927.1 46.4 56 30 0 11 66 44 99 2.44e-06 45.4 WP_007337172.1 WP_007337172.1 100 156 0 0 1 156 1 156 1.05e-98 282 WP_007337172.1 ROW03190.1 36.3 80 49 1 55 134 83 160 3.81e-10 56.6 WP_007337172.1 GIY33458.1 35.7 70 42 1 55 121 214 283 1.34e-07 49.3 WP_283107263.1 WP_283107263.1 100 570 0 0 1 570 1 570 0.0 1045 WP_283107263.1 WP_017718577.1 36.1 621 341 10 4 570 24 642 1.83e-99 314 WP_283107263.1 NRF69152.1 41.1 499 269 8 75 557 27 516 1.46e-98 307 WP_283107263.1 WP_058504615.1 35.7 510 306 6 56 557 67 562 3.79e-98 308 WP_283107263.1 MBT7163208.1 30.8 373 257 1 178 550 191 562 1.12e-62 214 WP_283107263.1 WP_203339841.1 35.1 276 176 3 174 447 2 276 1.45e-45 162 WP_283107263.1 RYD39969.1 36.7 218 108 8 248 453 85 284 3.36e-29 115 WP_283107263.1 WP_121975536.1 33.7 273 157 9 189 449 11 271 1.43e-28 115 WP_283107263.1 EEC9022132.1 26.8 380 243 13 167 516 75 449 4.48e-27 113 WP_283107263.1 WP_029222463.1 35.4 147 85 3 312 448 122 268 1.17e-18 86.3 WP_268276024.1 WP_268276024.1 100 92 0 0 1 92 1 92 8.42e-60 176 WP_268276024.1 MBQ7587638.1 55.8 86 38 0 6 91 6 91 6.10e-25 91.7 WP_268276024.1 HIZ10317.1 50.6 89 44 0 2 90 1 89 3.89e-23 87.0 UCH34204.1 UCH34204.1 100 157 0 0 1 157 1 157 5.37e-105 295 WP_100461895.1 WP_100461895.1 100 501 0 0 1 501 1 501 0.0 954 WP_100461895.1 WP_057201184.1 36.0 442 256 10 7 435 2 429 3.07e-69 228 WP_100461895.1 WP_257689765.1 32.6 473 304 7 1 464 1 467 1.59e-63 213 WP_100461895.1 MBO7941816.1 77.1 131 30 0 277 407 1 131 3.52e-61 195 WP_100461895.1 WP_033603452.1 26.0 435 268 14 78 492 577 977 3.29e-20 92.8 NNE21990.1 NNE21990.1 100 548 0 0 1 548 1 548 0.0 1072 CAG1014836.1 CAG1014836.1 100 168 0 0 1 168 1 168 2.32e-118 330 HEY60602.1 HEY60602.1 100 127 0 0 1 127 1 127 1.14e-87 249 MBL6847974.1 MBL6847974.1 100 388 0 0 1 388 1 388 2.70e-286 773 MBL6847974.1 WP_055337992.1 40.4 381 218 4 12 388 11 386 2.95e-98 296 MBL6847974.1 WP_019444443.1 42.8 327 178 4 66 388 2 323 1.59e-87 266 MBL6847974.1 WP_019585553.1 33.6 381 247 4 6 382 17 395 2.20e-58 193 MBL6847974.1 UCF78466.1 32.1 355 233 4 30 382 28 376 5.16e-52 176 MBL6847974.1 MCH8312862.1 28.6 329 216 6 33 357 15 328 2.73e-31 120 MBL6847974.1 WP_000576638.1 26.7 359 227 13 11 344 131 478 6.91e-18 84.0 MBW2293111.1 MBW2293111.1 100 86 0 0 1 86 1 86 1.75e-65 189 WP_035154071.1 WP_035154071.1 100 128 0 0 1 128 1 128 3.95e-93 263 WP_015167170.1 WP_015167170.1 100 595 0 0 1 595 1 595 0.0 1114 WP_015167170.1 WP_270453521.1 35.3 422 237 9 1 411 1 397 9.10e-62 208 WP_015167170.1 HDC92778.1 29.2 486 243 12 3 411 1 462 2.15e-44 162 WP_015167170.1 NOY97419.1 26.2 458 277 15 5 411 3 450 1.65e-29 122 WP_015167170.1 WP_278982769.1 30.5 302 185 8 118 411 150 434 2.97e-26 110 XP_032818145.1 XP_032818145.1 100 228 0 0 1 228 1 228 5.90e-146 404 WP_107851562.1 WP_107851562.1 100 156 0 0 1 156 1 156 2.58e-116 323 KAH8969015.1 KAH8969015.1 100 489 0 0 1 489 1 489 0.0 961 KAH8969015.1 NEO63080.1 42.8 369 196 4 127 483 4 369 4.41e-89 275 KAH8969015.1 WP_247072383.1 36.3 342 198 7 128 461 4 333 2.35e-66 216 KAH8969015.1 PZR90627.1 38.9 324 194 3 137 460 10 329 4.72e-58 194 PIT67883.1 PIT67883.1 100 105 0 0 1 105 1 105 2.42e-74 213 MCT7963129.1 MCT7963129.1 100 65 0 0 1 65 1 65 6.25e-43 131 NWG07731.1 NWG07731.1 100 129 0 0 1 129 1 129 1.37e-89 254 MAX51409.1 MAX51409.1 100 156 0 0 1 156 1 156 5.00e-114 318 SPZ45747.1 SPZ45747.1 100 459 0 0 1 459 1 459 7.30e-311 841 MCL4144983.1 MCL4144983.1 100 92 0 0 1 92 1 92 4.33e-62 181 MCL4144983.1 TMQ04701.1 57.9 38 15 1 1 38 856 892 1.52e-08 48.5 MCL4144983.1 WP_167959909.1 45.5 44 24 0 1 44 397 440 1.31e-07 45.8 MCL4144983.1 WP_200941876.1 52.3 44 20 1 1 44 467 509 1.81e-07 45.4 NBS68005.1 NBS68005.1 100 88 0 0 1 88 1 88 3.93e-63 184 MBP6400846.1 MBP6400846.1 100 190 0 0 1 190 1 190 4.56e-138 381 MBP6400846.1 MBN2427654.1 65.4 185 64 0 6 190 5 189 9.58e-78 241 MBP6400846.1 WP_010016619.1 40.4 151 80 3 6 149 16 163 7.01e-26 102 MBP6400846.1 WP_274976404.1 31.7 139 93 1 6 142 25 163 1.42e-15 72.4 MBP6400846.1 MBP9771519.1 29.9 134 83 3 9 142 13 135 6.80e-14 67.4 MBQ1990346.1 MBQ1990346.1 100 233 0 0 1 233 1 233 1.97e-176 482 XP_039284787.1 XP_039284787.1 100 133 0 0 1 133 1 133 5.73e-102 285 MBA4865741.1 MBA4865741.1 100 287 0 0 1 287 1 287 2.26e-193 529 WP_070955303.1 WP_070955303.1 100 677 0 0 1 677 1 677 0.0 1305 WP_070955303.1 KWZ83306.1 45.7 635 334 5 31 662 12 638 1.21e-189 550 XP_018957721.2 XP_018957721.2 100 685 0 0 1 685 1 685 0.0 1244 XP_018957721.2 KAJ4922108.1 34.8 135 79 4 11 139 25 156 1.38e-16 81.3 WP_042648904.1 WP_042648904.1 100 264 0 0 1 264 1 264 2.58e-192 525 WP_042648904.1 MBK8326393.1 50.6 261 129 0 4 264 3 263 5.57e-91 268 WP_042648904.1 WP_086236254.1 44.3 262 143 3 1 261 1 260 9.98e-69 211 WP_042648904.1 NKB40192.1 40.7 263 153 3 1 261 17 278 2.57e-62 196 PIR97932.1 PIR97932.1 100 94 0 0 1 94 1 94 1.37e-68 198 XP_041378246.1 XP_041378246.1 100 327 0 0 1 327 1 327 1.67e-231 629 WP_034002239.1 WP_034002239.1 100 496 0 0 1 496 1 496 0.0 944 WP_034002239.1 WP_278498266.1 36.7 472 286 6 24 489 21 485 2.38e-84 267 WP_034002239.1 WP_187788315.1 35.2 454 268 6 22 475 1 428 1.78e-70 229 WP_034002239.1 WP_030096092.1 35.0 437 245 8 31 465 41 440 1.56e-63 212 WP_034002239.1 HAV5500596.1 30.0 403 265 4 27 426 22 410 5.44e-55 189 KAF9922452.1 KAF9922452.1 100 2212 0 0 1 2212 1 2212 0.0 3578 EDH4057100.1 EDH4057100.1 100 387 0 0 1 387 1 387 3.64e-279 754 EDH4057100.1 MCP1651746.1 44.6 404 204 6 1 387 4 404 1.55e-99 300 EDH4057100.1 WP_074825075.1 46.3 402 191 10 1 387 1 392 6.20e-96 290 EDH4057100.1 WP_004619799.1 43.6 401 200 8 6 387 7 400 8.08e-87 267 EDH4057100.1 GAN03156.1 39.3 392 224 8 2 386 27 411 9.35e-76 239 EDH4057100.1 MBA2536487.1 38.3 402 211 9 1 385 1 382 2.56e-67 216 EDH4057100.1 XP_040685867.1 35.9 396 230 9 2 384 33 417 2.48e-63 207 EDH4057100.1 WP_277084622.1 42.5 320 157 6 87 386 1 313 6.19e-63 202 EDH4057100.1 WP_083141943.1 36.6 396 233 8 1 387 1 387 1.72e-61 201 EDH4057100.1 WP_078429679.1 36.0 400 232 9 1 385 1 391 7.65e-61 199 WP_018431719.1 WP_018431719.1 100 438 0 0 1 438 1 438 6.02e-313 844 WP_018431719.1 AGS31853.1 44.6 112 59 2 67 176 18 128 4.75e-23 92.8 WP_018431719.1 ABB86219.1 33.3 75 49 1 16 90 1 74 3.62e-06 43.1 WP_152190814.1 WP_152190814.1 100 184 0 0 1 184 1 184 1.26e-123 344 WP_152190814.1 WP_205541900.1 44.2 77 41 1 5 81 21 95 2.38e-09 53.9 WP_233284074.1 WP_233284074.1 100 143 0 0 1 143 1 143 1.79e-94 267 MBO9514898.1 MBO9514898.1 100 266 0 0 1 266 1 266 6.60e-196 534 MCH6550914.1 MCH6550914.1 100 352 0 0 1 352 1 352 5.70e-247 670 MCH6550914.1 MBG83645.1 38.8 353 203 5 3 349 9 354 3.22e-65 209 MOO35077.1 MOO35077.1 100 15 0 0 1 15 1 15 3.28e-08 40.4 WP_156140069.1 WP_156140069.1 100 692 0 0 1 692 1 692 0.0 1061 WP_156140069.1 WP_104456122.1 33.3 156 104 0 405 560 365 520 1.38e-17 84.7 WP_156140069.1 WP_128786583.1 41.4 133 67 2 405 537 473 594 1.56e-15 78.6 WP_156140069.1 WP_025739406.1 46.7 105 50 2 405 506 480 581 1.33e-13 72.4 WP_156140069.1 WP_269572442.1 39.7 126 66 3 405 525 472 592 2.19e-13 71.6 WP_156140069.1 WP_271340374.1 36.4 140 75 4 405 544 427 552 6.64e-13 70.1 WP_156140069.1 WP_237962375.1 34.0 156 95 2 405 553 498 652 1.07e-12 69.7 WP_156140069.1 MCI8311254.1 41.7 60 32 1 406 462 356 415 1.41e-06 49.7 WP_200629424.1 WP_200629424.1 100 312 0 0 1 312 1 312 1.27e-232 630 WP_200629424.1 WP_258613669.1 25.3 249 172 5 28 263 17 264 1.37e-07 50.4 KAI9565065.1 KAI9565065.1 100 207 0 0 1 207 1 207 3.04e-149 411 MBN2399180.1 MBN2399180.1 100 588 0 0 1 588 1 588 0.0 1197 MBN2399180.1 WP_266727676.1 41.7 403 233 2 121 523 32 432 4.21e-113 343 WP_091227077.1 WP_091227077.1 100 68 0 0 1 68 1 68 1.84e-32 105 WP_218795152.1 WP_218795152.1 100 97 0 0 1 97 1 97 6.65e-75 214 MBK6411085.1 MBK6411085.1 100 216 0 0 1 216 1 216 2.57e-150 414 NQW84129.1 NQW84129.1 100 562 0 0 1 562 1 562 0.0 1110 NQW84129.1 WP_068051662.1 25.7 510 337 15 65 549 37 529 8.07e-38 145 NQW84129.1 WP_254101325.1 21.5 516 370 14 63 547 103 614 8.96e-18 85.1 NQW84129.1 MBF2759673.1 23.7 198 134 3 69 264 187 369 4.34e-10 60.8 MBW7837788.1 MBW7837788.1 100 238 0 0 1 238 1 238 2.36e-166 457 MCK4337579.1 MCK4337579.1 100 123 0 0 1 123 1 123 1.40e-86 246 WP_087686007.1 WP_087686007.1 100 271 0 0 1 271 1 271 4.13e-197 537 EAR7791084.1 EAR7791084.1 100 417 0 0 1 417 1 417 1.47e-316 852 KAG7278336.1 KAG7278336.1 100 120 0 0 1 120 1 120 5.14e-74 214 WP_200669895.1 WP_200669895.1 100 375 0 0 1 375 1 375 1.27e-282 762 WP_272925939.1 WP_272925939.1 100 131 0 0 1 131 1 131 2.01e-92 261 GJM01403.1 GJM01403.1 100 825 0 0 1 825 1 825 0.0 1486 TNN49994.1 TNN49994.1 100 87 0 0 1 87 1 87 3.24e-66 191 KAI5724218.1 KAI5724218.1 100 379 0 0 1 379 1 379 1.97e-263 714 ECG2575758.1 ECG2575758.1 100 1395 0 0 1 1395 1 1395 0.0 2773 WP_043548763.1 WP_043548763.1 100 407 0 0 1 407 1 407 5.84e-302 814 WP_043548763.1 MBT4160670.1 46.6 373 188 5 31 402 5 367 1.01e-109 325 WP_043548763.1 WP_122896374.1 35.3 388 229 11 31 407 3 379 3.44e-62 203 WP_043548763.1 WP_168565867.1 34.6 384 232 10 30 407 11 381 4.53e-58 192 EDF9697826.1 EDF9697826.1 100 183 0 0 1 183 1 183 7.06e-134 370 WP_028046854.1 WP_028046854.1 100 490 0 0 1 490 1 490 0.0 961 WP_028046854.1 WP_011739125.1 31.9 454 270 13 23 472 10 428 2.47e-44 160 WP_028046854.1 WP_187918914.1 25.9 456 301 13 23 475 9 430 8.88e-29 116 AYX54788.1 AYX54788.1 100 81 0 0 1 81 1 81 1.30e-40 126 WP_198907334.1 WP_198907334.1 100 341 0 0 1 341 1 341 1.64e-245 665 WP_198907334.1 WP_063427392.1 29.2 308 213 4 11 314 8 314 1.35e-30 117 WP_198907334.1 MBQ1311177.1 28.0 339 226 8 13 340 6 337 2.93e-27 108 WP_218203447.1 WP_218203447.1 100 164 0 0 1 164 1 164 6.45e-114 318 GJH02859.1 GJH02859.1 100 252 0 0 1 252 1 252 2.69e-188 513 WP_149651389.1 WP_149651389.1 100 117 0 0 1 117 1 117 9.72e-82 233 QIE41101.1 QIE41101.1 100 171 0 0 1 171 1 171 3.52e-110 309 RLB79053.1 RLB79053.1 100 766 0 0 1 766 1 766 0.0 1449 EAD1341741.1 EAD1341741.1 100 1334 0 0 1 1334 1 1334 0.0 2601 MBN9324306.1 MBN9324306.1 100 160 0 0 1 160 1 160 2.97e-108 303 MBN9324306.1 WP_246003214.1 29.5 139 97 1 2 139 7 145 1.73e-08 50.8 MCO5064371.1 MCO5064371.1 100 274 0 0 1 274 1 274 1.26e-188 516 MCO5064371.1 MBG9445742.1 32.7 223 126 2 45 267 16 214 5.54e-33 118 MCO5064371.1 WP_041580422.1 33.2 223 124 2 45 265 13 212 4.14e-32 116 MCO5064371.1 WP_012568269.1 32.7 226 128 7 46 268 157 361 7.69e-20 86.3 MCO5064371.1 WP_035102910.1 26.3 236 149 3 50 263 27 259 2.62e-11 60.8 WP_184718542.1 WP_184718542.1 100 177 0 0 1 177 1 177 3.51e-122 340 WP_189700210.1 WP_189700210.1 100 171 0 0 1 171 1 171 9.07e-122 338 WP_067799544.1 WP_067799544.1 100 176 0 0 1 176 1 176 2.39e-133 368 WP_089269927.1 WP_089269927.1 100 262 0 0 1 262 1 262 9.76e-196 533 WP_089269927.1 GLI99474.1 42.1 107 62 0 10 116 7 113 7.83e-27 100 WP_089269927.1 OWA15278.1 40.2 97 53 2 7 103 10 101 6.55e-17 73.6 TQJ11194.1 TQJ11194.1 100 323 0 0 1 323 1 323 4.14e-239 648 TQJ11194.1 WP_205833587.1 30.5 302 200 3 15 316 3 294 9.04e-33 121 EFL5817307.1 EFL5817307.1 100 481 0 0 1 481 1 481 3.32e-265 727 EFL5817307.1 EIH4263652.1 96.9 481 15 0 1 481 48 528 3.84e-252 698 EFL5817307.1 EFN5389376.1 93.5 416 27 0 65 480 1 416 3.33e-185 541 EFL5817307.1 EJW7579374.1 92.2 232 18 0 250 481 35 266 1.47e-125 365 EFL5817307.1 KDT27382.1 92.6 217 16 0 264 480 1 217 1.80e-109 340 EFL5817307.1 EFL3122059.1 92.7 206 11 1 1 206 56 257 1.44e-104 312 EFL5817307.1 HAN0352225.1 62.9 232 84 1 250 479 31 262 5.07e-87 274 EFL5817307.1 EFI7849450.1 75.0 104 26 0 1 104 31 134 3.06e-45 154 EFL5817307.1 EER8306359.1 83.3 30 5 0 1 30 270 299 8.70e-10 58.2 WP_272770862.1 WP_272770862.1 100 183 0 0 1 183 1 183 2.11e-135 374 WP_024525698.1 WP_024525698.1 100 707 0 0 1 707 1 707 0.0 1293 MBT8283357.1 MBT8283357.1 100 324 0 0 1 324 1 324 1.45e-244 662 KPA62791.1 KPA62791.1 100 70 0 0 1 70 1 70 8.87e-43 131 KPA62791.1 WP_120171324.1 93.7 63 4 0 1 63 1 63 3.20e-36 120 WP_236270941.1 WP_236270941.1 100 96 0 0 1 96 1 96 8.24e-41 130 UBA80202.1 UBA80202.1 100 419 0 0 1 419 1 419 2.76e-171 484 UBA80202.1 UGY43725.1 71.6 419 119 0 1 419 1 419 4.25e-168 476 UBA80202.1 UYE59123.1 97.1 277 8 0 143 419 140 416 2.93e-165 469 MBQ4557037.1 MBQ4557037.1 100 1088 0 0 1 1088 1 1088 0.0 2075 XP_003073356.1 XP_003073356.1 100 434 0 0 1 434 1 434 0.0 868 WP_062950599.1 WP_062950599.1 100 270 0 0 1 270 1 270 1.33e-197 538 WP_160680844.1 WP_160680844.1 100 81 0 0 1 81 1 81 1.57e-50 151 WP_052271161.1 WP_052271161.1 100 442 0 0 1 442 1 442 0.0 910 XP_038788914.1 XP_038788914.1 100 253 0 0 1 253 1 253 1.39e-195 532 WP_277108398.1 WP_277108398.1 100 520 0 0 1 520 1 520 0.0 1076 WP_277108398.1 KAA1446899.1 82.5 103 18 0 248 350 1 103 7.06e-59 188 WP_244311009.1 WP_244311009.1 100 411 0 0 1 411 1 411 1.10e-308 831 WP_244311009.1 WP_280938002.1 57.4 404 171 1 8 411 12 414 1.40e-170 482 WP_244311009.1 CAH1968295.1 27.9 312 189 9 130 409 1 308 1.21e-25 104 WP_244311009.1 MBO0787136.1 29.8 181 97 9 178 343 21 186 1.27e-11 63.2 MBK9059381.1 MBK9059381.1 100 168 0 0 1 168 1 168 1.64e-118 330 EKX78645.1 EKX78645.1 100 88 0 0 1 88 1 88 4.27e-58 171 WP_020913025.1 WP_020913025.1 100 290 0 0 1 290 1 290 4.00e-209 569 WP_020913025.1 MBI3461834.1 65.3 285 99 0 1 285 1 285 2.05e-131 373 WP_020913025.1 KAF1538674.1 64.2 299 91 3 2 284 20 318 1.05e-130 372 WP_020913025.1 NEQ48723.1 60.5 281 111 0 1 281 1 281 2.27e-115 332 WP_020913025.1 NBQ41256.1 52.7 296 131 2 1 287 1 296 5.37e-106 308 WP_020913025.1 OCB46767.1 53.7 298 121 4 1 285 1 294 1.29e-97 287 WP_281295215.1 WP_281295215.1 100 1057 0 0 1 1057 1 1057 0.0 1925 WP_056438721.1 WP_056438721.1 100 316 0 0 1 316 1 316 4.51e-219 597 WP_274182085.1 WP_274182085.1 100 262 0 0 1 262 1 262 1.24e-157 437 MBO9999515.1 MBO9999515.1 100 1239 0 0 1 1239 1 1239 0.0 1927 EIC9579770.1 EIC9579770.1 100 396 0 0 1 396 1 396 1.79e-295 796 EPR30609.1 EPR30609.1 100 435 0 0 1 435 1 435 4.01e-305 824 EPR30609.1 HAR7369715.1 41.5 441 240 3 1 424 21 460 1.20e-113 340 EPR30609.1 WP_132517191.1 39.4 457 243 6 1 423 32 488 5.40e-96 295 EPR30609.1 MCQ2156413.1 38.3 313 184 6 116 422 1 310 4.30e-62 202 EPR30609.1 MBR4705654.1 34.7 277 154 9 146 413 158 416 5.91e-32 124 MZT63759.1 MZT63759.1 100 91 0 0 1 91 1 91 5.94e-64 186 MCP3872510.1 MCP3872510.1 100 295 0 0 1 295 1 295 2.53e-219 595 MCP3872510.1 WP_208823465.1 47.2 290 143 5 12 292 11 299 4.22e-88 263 MCI7433635.1 MCI7433635.1 100 150 0 0 1 150 1 150 1.15e-107 301 WP_098035768.1 WP_098035768.1 100 311 0 0 1 311 1 311 1.67e-232 630 WP_181693616.1 WP_181693616.1 100 128 0 0 1 128 1 128 3.02e-19 75.9 WP_261589216.1 WP_261589216.1 100 71 0 0 1 71 1 71 3.15e-50 150 GFD62658.1 GFD62658.1 100 58 0 0 1 58 1 58 3.36e-35 111 BAK08426.1 BAK08426.1 100 1063 0 0 1 1063 1 1063 0.0 1947 WP_131977297.1 WP_131977297.1 100 286 0 0 1 286 1 286 3.05e-211 574 KAI8633010.1 KAI8633010.1 100 154 0 0 1 154 1 154 7.42e-115 320 PQE21401.1 PQE21401.1 100 769 0 0 1 769 1 769 0.0 1538 WP_262917761.1 WP_262917761.1 100 239 0 0 1 239 1 239 3.23e-169 464 NNF58653.1 NNF58653.1 100 201 0 0 1 201 1 201 1.39e-142 394 NNF58653.1 KOV87872.1 47.4 194 97 2 9 201 1 190 5.10e-46 149 MBR9756324.1 MBR9756324.1 100 191 0 0 1 191 1 191 1.86e-142 392 WP_269633767.1 WP_269633767.1 100 384 0 0 1 384 1 384 4.02e-270 731 WP_269633767.1 RKT82586.1 35.5 183 98 8 162 338 170 338 7.07e-15 73.6 WP_269633767.1 WP_124213670.1 37.3 102 61 2 11 111 4 103 4.43e-10 59.3 WP_268315162.1 WP_268315162.1 100 253 0 0 1 253 1 253 1.48e-181 496 MBN6104449.1 MBN6104449.1 100 182 0 0 1 182 1 182 2.36e-127 353 EJJ5352541.1 EJJ5352541.1 100 224 0 0 1 224 1 224 9.17e-132 368 MBO5696496.1 MBO5696496.1 100 119 0 0 1 119 1 119 2.55e-87 247 HHV35141.1 HHV35141.1 100 101 0 0 1 101 1 101 1.96e-69 201 XP_017428875.1 XP_017428875.1 100 337 0 0 1 337 1 337 4.06e-253 684 XP_017428875.1 RZC11235.1 28.9 249 149 12 35 263 6 246 1.16e-14 71.2 SQP19075.1 SQP19075.1 100 62 0 0 1 62 1 62 8.46e-42 128 HAX2015273.1 HAX2015273.1 100 158 0 0 1 158 1 158 1.81e-117 327 WP_088349221.1 WP_088349221.1 100 292 0 0 1 292 1 292 3.43e-211 575 WP_088349221.1 WP_124978582.1 21.3 211 138 6 6 216 2 184 2.00e-08 53.5 KDQ61317.1 KDQ61317.1 100 502 0 0 1 502 1 502 0.0 956 MBQ6004917.1 MBQ6004917.1 100 55 0 0 1 55 1 55 3.89e-35 110 MCH9651907.1 MCH9651907.1 100 71 0 0 1 71 1 71 6.36e-50 149 WP_105248459.1 WP_105248459.1 100 322 0 0 1 322 1 322 1.90e-239 649 WP_121285867.1 WP_121285867.1 100 399 0 0 1 399 1 399 1.15e-288 780 WP_125684427.1 WP_125684427.1 100 117 0 0 1 117 1 117 7.38e-86 243 WP_205215113.1 WP_205215113.1 100 291 0 0 1 291 1 291 1.56e-186 512 WP_268371125.1 WP_268371125.1 100 43 0 0 1 43 1 43 5.18e-26 87.0 EFH5292178.1 EFH5292178.1 100 464 0 0 1 464 1 464 0.0 905 MBR6130424.1 MBR6130424.1 100 252 0 0 1 252 1 252 8.70e-194 527 EEY3543156.1 EEY3543156.1 100 1023 0 0 1 1023 1 1023 0.0 2039 EEY3543156.1 EFQ4765027.1 73.7 949 221 3 1 949 1 920 0.0 1432 EEY3543156.1 ECI3309320.1 73.7 917 212 3 1 917 1 888 0.0 1392 EEY3543156.1 EEO7917989.1 65.2 993 309 6 1 991 1 958 0.0 1309 EEY3543156.1 WP_137512405.1 98.6 366 5 0 1 366 1 366 4.51e-263 738 EEY3543156.1 EJQ6627878.1 97.5 361 9 0 365 725 1 361 8.54e-249 702 EEY3543156.1 WP_181865219.1 98.3 303 5 0 312 614 1 303 4.84e-215 613 EEY3543156.1 WP_154599351.1 32.8 711 437 19 4 697 10 696 1.04e-106 357 EEY3543156.1 EEV0504409.1 90.8 131 12 0 893 1023 1 131 8.59e-71 234 EEY3543156.1 WP_042959984.1 81.2 101 19 0 103 203 1 101 2.37e-50 171 RMY06144.1 RMY06144.1 100 582 0 0 1 582 1 582 0.0 1147 WP_034853447.1 WP_034853447.1 100 324 0 0 1 324 1 324 3.87e-249 673 WP_034853447.1 WP_229253501.1 40.9 159 85 4 128 281 43 197 6.69e-31 114 WP_270578305.1 WP_270578305.1 100 190 0 0 1 190 1 190 9.00e-120 335 CAG0978995.1 CAG0978995.1 100 176 0 0 1 176 1 176 1.68e-124 346 WP_124843803.1 WP_124843803.1 100 354 0 0 1 354 1 354 2.92e-266 719 UOU30556.1 UOU30556.1 100 7093 0 0 1 7093 1 7093 0.0 13314 UOU30556.1 UMF87224.1 94.7 7093 375 1 1 7093 1 7092 0.0 13295 UOU30556.1 QWC83326.1 94.9 7096 360 1 1 7093 1 7096 0.0 13290 UOU30556.1 QVD87869.1 94.9 7093 364 0 1 7093 1 7093 0.0 13289 UOU30556.1 UZO53924.1 94.9 7093 365 0 1 7093 1 7093 0.0 13287 UOU30556.1 UVB16817.1 94.9 7093 364 0 1 7093 1 7093 0.0 13287 UOU30556.1 URQ55824.1 94.9 7093 365 0 1 7093 1 7093 0.0 13287 UOU30556.1 WEU87158.1 94.9 7096 362 1 1 7093 1 7096 0.0 13285 UOU30556.1 QSZ25555.1 94.8 7096 364 1 1 7093 1 7096 0.0 13284 UOU30556.1 UBP50947.1 94.8 7096 365 1 1 7093 1 7096 0.0 13278 UOU30556.1 UBD95131.1 94.8 7096 366 1 1 7093 1 7096 0.0 13277 UOU30556.1 UEC52718.1 94.8 7096 369 1 1 7093 1 7096 0.0 13271 UOU30556.1 UPA83906.1 95.1 7093 350 1 1 7093 1 7092 0.0 13257 UOU30556.1 UIR12670.1 94.6 7093 379 1 1 7093 1 7092 0.0 13240 UOU30556.1 QZU16279.1 94.5 7096 390 1 1 7093 1 7096 0.0 13220 UOU30556.1 UKN67998.1 95.5 7073 314 1 21 7093 1 7072 0.0 13184 UOU30556.1 UBR86455.1 94.0 7095 422 1 2 7093 1 7095 0.0 13142 UOU30556.1 UXX67934.1 93.9 7093 433 0 1 7093 1 7093 0.0 13126 UOU30556.1 UCP72061.1 93.8 7096 439 1 1 7093 1 7096 0.0 13103 UOU30556.1 UCP77012.1 93.8 7096 440 1 1 7093 1 7096 0.0 13099 UOU30556.1 WHE12941.1 93.3 7067 475 0 27 7093 1 7067 0.0 12976 UOU30556.1 UGA79226.1 92.6 7096 519 1 1 7093 1 7096 0.0 12919 UOU30556.1 UVI10561.1 93.7 7066 446 0 28 7093 1 7066 0.0 12856 UOU30556.1 UAQ80067.1 92.2 7096 551 1 1 7093 1 7096 0.0 12834 UOU30556.1 UJT06733.1 91.5 7093 601 1 1 7093 1 7092 0.0 12691 XP_035366182.1 XP_035366182.1 100 251 0 0 1 251 1 251 2.36e-177 486 PPS22991.1 PPS22991.1 100 330 0 0 1 330 1 330 1.27e-232 632 WP_141892995.1 WP_141892995.1 100 482 0 0 1 482 1 482 1.36e-290 791 EEP92076.1 EEP92076.1 100 435 0 0 1 435 1 435 6.79e-297 803 MBA2447626.1 MBA2447626.1 100 204 0 0 1 204 1 204 6.38e-145 400 XP_047044137.1 XP_047044137.1 100 507 0 0 1 507 1 507 0.0 979 MBQ9764712.1 MBQ9764712.1 100 68 0 0 1 68 1 68 2.88e-47 142 WP_249769997.1 WP_249769997.1 100 457 0 0 1 457 1 457 0.0 911 WP_225405726.1 WP_225405726.1 100 277 0 0 1 277 1 277 8.77e-211 572 WP_207285306.1 WP_207285306.1 100 468 0 0 1 468 1 468 0.0 922 XP_031931709.1 XP_031931709.1 100 677 0 0 1 677 1 677 0.0 1280 BCU97455.1 BCU97455.1 100 72 0 0 1 72 1 72 5.83e-51 152 WP_169537597.1 WP_169537597.1 100 418 0 0 1 418 1 418 7.26e-313 842 WP_192906080.1 WP_192906080.1 100 70 0 0 1 70 1 70 3.44e-49 147 MCI5211411.1 MCI5211411.1 100 113 0 0 1 113 1 113 7.53e-75 215 HDC92778.1 HDC92778.1 100 468 0 0 1 468 1 468 3.52e-318 860 HDC92778.1 NOY97419.1 38.5 467 273 7 1 466 1 454 1.93e-90 290 HDC92778.1 WP_015167170.1 29.2 486 243 12 1 462 3 411 3.37e-38 145 HDC92778.1 WP_270453521.1 32.6 362 208 9 113 464 64 399 2.39e-33 128 WP_145745914.1 WP_145745914.1 100 171 0 0 1 171 1 171 7.94e-107 301 WP_259999572.1 WP_259999572.1 100 345 0 0 1 345 1 345 7.90e-255 689 WP_259999572.1 NEO89073.1 36.9 168 103 2 129 293 78 245 1.68e-24 102 MBO7559822.1 MBO7559822.1 100 48 0 0 1 48 1 48 1.55e-29 96.3 MCH2044272.1 MCH2044272.1 100 236 0 0 1 236 1 236 1.61e-172 472 WAX22144.1 WAX22144.1 100 168 0 0 1 168 1 168 3.87e-126 349 TMH79857.1 TMH79857.1 100 256 0 0 1 256 1 256 3.51e-186 508 RLN04523.1 RLN04523.1 100 232 0 0 1 232 1 232 7.99e-171 468 MCJ6180240.1 MCJ6180240.1 100 324 0 0 1 324 1 324 4.16e-244 660 MCJ6180240.1 WP_014206161.1 38.6 319 190 5 5 322 1 314 1.17e-67 213 TAM59961.1 TAM59961.1 100 200 0 0 1 200 1 200 7.48e-142 392 KAJ5544544.1 KAJ5544544.1 100 450 0 0 1 450 1 450 0.0 875 MBN4384494.1 MBN4384494.1 100 20 0 0 1 20 1 20 6.27e-12 50.1 HBN9628875.1 HBN9628875.1 100 1535 0 0 1 1535 1 1535 0.0 3043 HBN9628875.1 PYB13830.1 31.2 805 460 19 509 1258 5 770 7.77e-83 301 HBN9628875.1 WP_148836004.1 26.8 512 328 17 686 1178 13 496 2.97e-27 116 HBN9628875.1 NDJ88951.1 25.7 525 328 16 694 1172 17 525 2.78e-21 98.2 MCG3136245.1 MCG3136245.1 100 183 0 0 1 183 1 183 2.32e-114 321 WP_160776805.1 WP_160776805.1 100 233 0 0 1 233 1 233 1.89e-174 477 KAI8594425.1 KAI8594425.1 100 75 0 0 1 75 1 75 5.73e-48 144 WP_049005162.1 WP_049005162.1 100 424 0 0 1 424 1 424 6.21e-292 790 WP_049005162.1 WP_245350945.1 32.5 421 260 9 3 411 21 429 3.30e-62 206 WP_049005162.1 OKH85141.1 32.1 420 268 8 7 415 10 423 5.56e-59 197 WP_049005162.1 WP_279293890.1 33.0 409 261 8 7 406 2 406 3.78e-53 181 WP_049005162.1 WP_133179454.1 33.1 148 87 3 67 213 88 224 3.21e-10 60.1 WP_049005162.1 MCB1412915.1 29.1 223 130 7 6 222 25 225 7.46e-10 58.9 WP_254415125.1 WP_254415125.1 100 496 0 0 1 496 1 496 0.0 1011 XP_017674008.1 XP_017674008.1 100 1184 0 0 1 1184 1 1184 0.0 2295 XP_017674008.1 Q9GKS6.1 61.1 475 155 4 687 1158 5 452 1.83e-179 540 EAQ3230686.1 EAQ3230686.1 100 285 0 0 1 285 1 285 2.16e-215 585 MCI5937295.1 MCI5937295.1 100 67 0 0 1 67 1 67 2.14e-44 135 WP_127808836.1 WP_127808836.1 100 1127 0 0 1 1127 1 1127 0.0 2192 MBS3028587.1 MBS3028587.1 100 426 0 0 1 426 1 426 2.31e-304 822 MCQ2831428.1 MCQ2831428.1 100 447 0 0 1 447 1 447 0.0 873 MCQ2831428.1 WP_172281536.1 34.5 411 239 11 47 441 85 481 1.00e-57 196 MCQ2831428.1 MBI5098096.1 24.9 273 164 10 58 316 91 336 6.77e-07 49.7 MCQ2831428.1 WP_006305873.1 24.7 308 185 10 69 364 116 388 2.08e-06 48.1 WP_233387703.1 WP_233387703.1 100 66 0 0 1 66 1 66 6.02e-37 116 WP_255193900.1 WP_255193900.1 100 417 0 0 1 417 1 417 3.67e-301 813 WP_218429656.1 WP_218429656.1 100 189 0 0 1 189 1 189 1.12e-142 393 WP_183267399.1 WP_183267399.1 100 243 0 0 1 243 1 243 5.35e-170 466 WP_150951972.1 WP_150951972.1 100 407 0 0 1 407 1 407 6.80e-253 690 MCK5265770.1 MCK5265770.1 100 385 0 0 1 385 1 385 8.32e-284 766 MCK5265770.1 WP_278088590.1 32.3 353 236 3 26 377 34 384 2.10e-63 206 MCK5265770.1 WP_144099812.1 25.0 316 227 6 69 377 67 379 8.39e-28 111 MCK5265770.1 MCJ7486393.1 26.2 359 225 10 39 384 38 369 6.19e-27 108 NEE13244.1 NEE13244.1 100 244 0 0 1 244 1 244 1.49e-181 496 MBN1491997.1 MBN1491997.1 100 102 0 0 1 102 1 102 2.27e-73 211 WP_109367919.1 WP_109367919.1 100 141 0 0 1 141 1 141 6.04e-92 261 EEM48070.1 EEM48070.1 100 162 0 0 1 162 1 162 5.54e-114 318 WP_250295751.1 WP_250295751.1 100 909 0 0 1 909 1 909 0.0 1779 WP_250295751.1 MBD5306941.1 50.2 927 410 9 4 903 3 904 1.74e-303 858 MBX3123235.1 MBX3123235.1 100 414 0 0 1 414 1 414 1.61e-298 806 WP_225440164.1 WP_225440164.1 100 434 0 0 1 434 1 434 6.82e-317 854 WP_283953184.1 WP_283953184.1 100 185 0 0 1 185 1 185 3.47e-126 351 PCI03623.1 PCI03623.1 100 266 0 0 1 266 1 266 1.60e-187 513 KAF2592864.1 KAF2592864.1 100 224 0 0 1 224 1 224 4.28e-162 445 WP_032004153.1 WP_032004153.1 100 269 0 0 1 269 1 269 8.33e-196 534 WP_032004153.1 TLY75477.1 29.7 229 113 11 10 211 10 217 2.58e-09 54.7 PKL38269.1 PKL38269.1 100 234 0 0 1 234 1 234 2.39e-173 474 MBO7728038.1 MBO7728038.1 100 461 0 0 1 461 1 461 0.0 917 MBO7728038.1 WP_204618903.1 50.8 484 215 6 1 461 1 484 2.90e-150 435 WP_232584446.1 WP_232584446.1 100 277 0 0 1 277 1 277 1.83e-203 554 WP_044680588.1 WP_044680588.1 100 329 0 0 1 329 1 329 4.65e-239 648 XP_046578103.1 XP_046578103.1 100 539 0 0 1 539 1 539 0.0 1057 WP_147313907.1 WP_147313907.1 100 257 0 0 1 257 1 257 1.96e-188 514 WP_219459964.1 WP_219459964.1 100 375 0 0 1 375 1 375 2.29e-260 706 XP_044707369.1 XP_044707369.1 100 367 0 0 1 367 1 367 1.13e-256 696 HBT3283900.1 HBT3283900.1 100 482 0 0 1 482 1 482 0.0 899 HBT3283900.1 WP_279652328.1 36.7 455 274 3 5 448 7 458 1.21e-97 300 TCC36519.1 TCC36519.1 100 179 0 0 1 179 1 179 4.82e-139 383 WP_152465448.1 WP_152465448.1 100 349 0 0 1 349 1 349 2.35e-233 635 WP_152465448.1 WP_071455957.1 28.7 310 213 3 27 329 24 332 3.61e-29 114 MBD9190508.1 MBD9190508.1 100 93 0 0 1 93 1 93 1.23e-66 193 WP_074980016.1 WP_074980016.1 100 74 0 0 1 74 1 74 8.88e-47 141 WP_171780287.1 WP_171780287.1 100 62 0 0 1 62 1 62 1.31e-36 115 HBS5718813.1 HBS5718813.1 100 356 0 0 1 356 1 356 2.25e-75 235 XP_035731890.1 XP_035731890.1 100 695 0 0 1 695 1 695 0.0 1276 PTQ42746.1 PTQ42746.1 100 700 0 0 1 700 1 700 0.0 1368 KWO58748.1 KWO58748.1 100 90 0 0 1 90 1 90 1.85e-62 182 WP_213357559.1 WP_213357559.1 100 171 0 0 1 171 1 171 2.30e-115 322 WP_065138043.1 WP_065138043.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_065138043.1 WP_186282298.1 68.5 146 44 1 1 144 1 146 6.71e-69 203 XP_047095132.1 XP_047095132.1 100 376 0 0 1 376 1 376 3.78e-280 756 WP_108098468.1 WP_108098468.1 100 323 0 0 1 323 1 323 6.31e-234 635 WP_108098468.1 MBR1628375.1 28.3 311 213 7 12 319 7 310 2.99e-34 125 WP_108596398.1 WP_108596398.1 100 431 0 0 1 431 1 431 1.52e-291 790 WP_108596398.1 WP_114947928.1 26.8 325 200 8 64 367 59 366 1.25e-08 55.1 WP_169940736.1 WP_169940736.1 100 471 0 0 1 471 1 471 0.0 911 WP_169940736.1 HAG62657.1 39.5 408 242 3 9 412 39 445 1.04e-87 276 WP_169940736.1 WP_037548932.1 34.4 425 266 8 11 426 6 426 4.11e-72 234 WP_169940736.1 KAJ5112313.1 31.6 475 295 8 5 455 50 518 7.74e-50 177 WP_130229163.1 WP_130229163.1 100 293 0 0 1 293 1 293 4.37e-219 595 WP_203962627.1 WP_203962627.1 100 139 0 0 1 139 1 139 1.44e-98 277 ATI48360.1 ATI48360.1 100 83 0 0 1 83 1 83 1.04e-58 172 WP_239881445.1 WP_239881445.1 100 390 0 0 1 390 1 390 1.40e-289 781 WP_239881445.1 EFU85163.1 45.5 378 173 7 16 386 16 367 1.53e-101 304 WP_239881445.1 WP_088527814.1 28.4 176 116 5 212 380 14 186 2.52e-14 69.3 MBP7096418.1 MBP7096418.1 100 412 0 0 1 412 1 412 6.35e-304 819 GFD44438.1 GFD44438.1 100 89 0 0 1 89 1 89 6.23e-65 188 KAG3014872.1 KAG3014872.1 100 654 0 0 1 654 1 654 0.0 1213 MBN9534694.1 MBN9534694.1 100 313 0 0 1 313 1 313 2.35e-224 610 MBN9534694.1 SFF07309.1 39.5 306 165 6 1 292 1 300 1.49e-58 189 MBN9534694.1 WP_265272113.1 35.4 322 188 6 1 308 1 316 4.52e-57 186 BAD88428.1 BAD88428.1 100 456 0 0 1 456 1 456 0.0 933 BAD88428.1 AFP82159.1 92.6 393 29 0 27 419 1 393 1.19e-276 751 BAD88428.1 USR37329.1 94.6 186 10 0 1 186 4 189 7.57e-126 361 RTZ57973.1 RTZ57973.1 100 454 0 0 1 454 1 454 0.0 870 MCP5208043.1 MCP5208043.1 100 148 0 0 1 148 1 148 4.19e-109 305 MCP5208043.1 WP_023322253.1 47.3 146 76 1 3 148 6 150 1.34e-43 139 MCP5208043.1 WP_096765790.1 44.6 148 80 2 3 148 5 152 6.23e-35 117 WP_127741063.1 WP_127741063.1 100 255 0 0 1 255 1 255 2.57e-183 501 WP_127741063.1 WP_033135619.1 34.5 110 71 1 17 126 18 126 7.00e-14 67.8 WP_127741063.1 WP_085935883.1 26.9 234 151 8 20 239 24 251 1.41e-09 55.5 WP_025722435.1 WP_025722435.1 100 165 0 0 1 165 1 165 7.24e-116 323 BDO44729.1 BDO44729.1 100 568 0 0 1 568 1 568 0.0 1022 EHY7905316.1 EHY7905316.1 100 173 0 0 1 173 1 173 7.73e-124 344 PWU96467.1 PWU96467.1 100 557 0 0 1 557 1 557 0.0 1145 WP_256855996.1 WP_256855996.1 100 147 0 0 1 147 1 147 1.85e-98 278 WP_070714099.1 WP_070714099.1 100 459 0 0 1 459 1 459 0.0 931 WP_070714099.1 MBB3008158.1 55.1 450 188 5 17 458 2 445 3.10e-170 484 WP_070714099.1 PPU99279.1 45.6 472 236 8 2 458 5 470 1.38e-128 379 WP_070714099.1 WP_215493005.1 40.6 490 251 14 2 456 5 489 4.06e-107 325 CAB4155648.1 CAB4155648.1 100 103 0 0 1 103 1 103 2.01e-72 208 MBT2971737.1 MBT2971737.1 100 263 0 0 1 263 1 263 3.15e-197 537 MBT2971737.1 WP_009197348.1 36.7 256 151 4 3 254 15 263 6.96e-46 153 MBT2971737.1 MBI2621122.1 33.7 279 159 6 2 259 1 274 8.89e-42 142 WP_146176256.1 WP_146176256.1 100 399 0 0 1 399 1 399 1.45e-243 665 WP_146176256.1 WP_237962375.1 26.5 302 197 6 37 323 48 339 4.98e-28 114 MCH7694635.1 MCH7694635.1 100 68 0 0 1 68 1 68 3.62e-50 149 MCH8819771.1 MCH8819771.1 100 524 0 0 1 524 1 524 0.0 1012 WP_154756783.1 WP_154756783.1 100 140 0 0 1 140 1 140 6.76e-84 240 WP_142419176.1 WP_142419176.1 100 144 0 0 1 144 1 144 2.65e-101 285 WP_094313715.1 WP_094313715.1 100 242 0 0 1 242 1 242 1.09e-173 476 WP_094313715.1 MCH6132484.1 72.7 220 60 0 20 239 1 220 1.12e-114 326 MBP3287665.1 MBP3287665.1 100 157 0 0 1 157 1 157 4.98e-110 308 MBO7941816.1 MBO7941816.1 100 131 0 0 1 131 1 131 2.65e-88 251 MBO7941816.1 WP_100461895.1 77.1 131 30 0 1 131 277 407 5.06e-61 193 MBO7941816.1 WP_033603452.1 43.6 39 22 0 93 131 855 893 7.46e-04 36.6 WP_041488527.1 WP_041488527.1 100 63 0 0 1 63 1 63 7.74e-43 130 WP_041488527.1 MBQ7949870.1 58.6 58 24 0 6 63 244 301 5.46e-20 78.6 WP_041488527.1 MCL4835344.1 38.2 55 34 0 4 58 270 324 2.50e-09 49.3 WP_041488527.1 WP_240406805.1 52.2 23 11 0 26 48 16 38 9.53e-05 34.7 OUW40900.1 OUW40900.1 100 264 0 0 1 264 1 264 5.20e-192 524 WP_251758029.1 WP_251758029.1 100 631 0 0 1 631 1 631 0.0 1214 WP_251758029.1 GIR47037.1 42.3 617 332 9 11 611 9 617 1.40e-149 445 WP_251758029.1 UDH58358.1 35.9 633 364 13 4 611 1 616 2.35e-102 323 WP_251758029.1 MBK3574312.1 32.9 651 385 17 2 612 5 643 6.74e-90 291 WP_251758029.1 YP_009351723.1 33.5 400 244 9 76 468 16 400 1.13e-58 204 WP_251758029.1 MCG6876547.1 28.5 421 264 11 79 468 76 490 8.51e-38 147 WP_251758029.1 MBT3784852.1 24.1 460 303 13 38 487 31 454 4.52e-25 108 MBP7140479.1 MBP7140479.1 100 203 0 0 1 203 1 203 3.05e-147 405 WP_161180930.1 WP_161180930.1 100 224 0 0 1 224 1 224 2.25e-148 410 HAS08893.1 HAS08893.1 100 139 0 0 1 139 1 139 2.12e-91 259 WP_232025538.1 WP_232025538.1 100 349 0 0 1 349 1 349 3.93e-257 696 QLB53288.1 QLB53288.1 100 1133 0 0 112 1244 112 1244 0.0 2283 WP_109665156.1 WP_109665156.1 100 195 0 0 1 195 1 195 5.72e-139 384 NWI67355.1 NWI67355.1 100 161 0 0 1 161 1 161 2.56e-89 256 WP_157957173.1 WP_157957173.1 100 194 0 0 1 194 1 194 4.18e-136 377 XP_005402208.1 XP_005402208.1 100 1942 0 0 1 1942 1 1942 0.0 3776 VFC12725.1 VFC12725.1 100 60 0 0 1 60 1 60 6.87e-38 118 XP_011889539.1 XP_011889539.1 100 1225 0 0 1 1225 1 1225 0.0 2382 XP_011889539.1 RQM16216.1 27.3 278 161 5 1 269 400 645 2.62e-25 111 XP_011889539.1 KAH6984898.1 28.2 309 179 6 4 277 24 324 2.27e-24 108 XP_011889539.1 NXD84883.1 22.8 237 156 2 2 232 82 297 4.65e-13 71.6 XP_011889539.1 NXJ84327.1 26.0 223 134 6 4 217 201 401 8.67e-10 61.6 XP_011889539.1 KAG5815829.1 25.4 181 110 6 56 232 510 669 9.74e-10 61.2 XP_011889539.1 XP_039923984.1 25.6 223 135 6 4 217 196 396 1.95e-09 60.5 WP_241812465.1 WP_241812465.1 100 637 0 0 1 637 1 637 0.0 1294 WP_241812465.1 MCF6148530.1 37.9 406 240 5 200 599 25 424 8.30e-93 292 ERJ58959.1 ERJ58959.1 100 58 0 0 1 58 1 58 1.07e-40 125 MWC28217.1 MWC28217.1 100 54 0 0 1 54 1 54 8.04e-30 97.4 WP_200244355.1 WP_200244355.1 100 169 0 0 1 169 1 169 3.44e-125 347 WP_181452264.1 WP_181452264.1 100 127 0 0 1 127 1 127 9.36e-87 246 MXY99086.1 MXY99086.1 100 240 0 0 1 240 1 240 2.36e-167 459 MXY99086.1 MCB1644245.1 31.1 244 151 5 1 238 17 249 2.73e-22 90.5 MXY99086.1 WP_077093245.1 34.6 179 105 3 1 168 19 196 3.95e-18 80.1 MXY99086.1 XP_028635853.1 31.3 182 106 5 1 168 21 197 5.36e-15 72.0 PVD36313.1 PVD36313.1 100 1278 0 0 1 1278 1 1278 0.0 1815 WP_104082941.1 WP_104082941.1 100 194 0 0 1 194 1 194 1.11e-140 388 WP_104082941.1 WP_195689481.1 45.5 154 82 2 8 160 7 159 6.05e-38 128 MBF22348.1 MBF22348.1 100 315 0 0 1 315 1 315 5.33e-206 563 WP_057718391.1 WP_057718391.1 100 213 0 0 1 213 1 213 3.28e-156 429 CUQ63902.1 CUQ63902.1 100 78 0 0 1 78 1 78 7.91e-54 159 OKH79147.1 OKH79147.1 100 207 0 0 1 207 1 207 7.16e-148 407 OKH79147.1 WP_129712947.1 43.4 182 100 2 11 192 3 181 1.67e-41 137 MBO4855552.1 MBO4855552.1 100 355 0 0 1 355 1 355 5.53e-251 681 TKY54154.1 TKY54154.1 100 602 0 0 1 602 1 602 0.0 1115 WP_269217061.1 WP_269217061.1 100 75 0 0 1 75 1 75 7.64e-19 71.2 WP_110552514.1 WP_110552514.1 100 262 0 0 1 262 1 262 8.02e-170 468 MCC6608271.1 MCC6608271.1 100 424 0 0 1 424 1 424 6.07e-299 808 RPI37384.1 RPI37384.1 100 145 0 0 1 145 1 145 6.47e-98 276 MCO5319342.1 MCO5319342.1 100 164 0 0 1 164 1 164 3.86e-106 298 SDS88477.1 SDS88477.1 100 182 0 0 1 182 1 182 3.42e-47 150 ART90939.1 ART90939.1 100 407 0 0 1 407 1 407 1.04e-295 798 MBT5873300.1 MBT5873300.1 100 105 0 0 1 105 1 105 4.70e-72 207 WP_111953219.1 WP_111953219.1 100 603 0 0 1 603 1 603 0.0 1189 WP_111953219.1 RDE30147.1 30.8 221 109 4 374 594 301 477 5.11e-19 88.6 VVV80071.1 VVV80071.1 100 44 0 0 1 44 1 44 2.73e-26 87.8 XP_031168963.1 XP_031168963.1 100 655 0 0 1 655 1 655 0.0 1162 WP_225923723.1 WP_225923723.1 100 126 0 0 1 126 1 126 1.06e-87 249 GFX14753.1 GFX14753.1 100 378 0 0 1 378 1 378 2.67e-281 759 QVD87869.1 QVD87869.1 100 7093 0 0 1 7093 1 7093 0.0 14168 QVD87869.1 QWC83326.1 99.8 7096 9 1 1 7093 1 7096 0.0 14144 QVD87869.1 WEU87158.1 99.8 7096 11 1 1 7093 1 7096 0.0 14139 QVD87869.1 QSZ25555.1 99.8 7096 13 1 1 7093 1 7096 0.0 14138 QVD87869.1 UBP50947.1 99.8 7096 14 1 1 7093 1 7096 0.0 14132 QVD87869.1 UZO53924.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 QVD87869.1 UVB16817.1 99.7 7093 18 0 1 7093 1 7093 0.0 14129 QVD87869.1 UMF87224.1 99.5 7093 37 1 1 7093 1 7092 0.0 14129 QVD87869.1 URQ55824.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 QVD87869.1 UBD95131.1 99.7 7096 18 1 1 7093 1 7096 0.0 14123 QVD87869.1 UEC52718.1 99.7 7096 21 1 1 7093 1 7096 0.0 14117 QVD87869.1 UIR12670.1 99.4 7093 42 1 1 7093 1 7092 0.0 14071 QVD87869.1 QZU16279.1 99.4 7096 42 1 1 7093 1 7096 0.0 14066 QVD87869.1 UPA83906.1 99.2 7093 59 1 1 7093 1 7092 0.0 14030 QVD87869.1 UBR86455.1 98.9 7095 76 1 2 7093 1 7095 0.0 13986 QVD87869.1 UXX67934.1 98.8 7093 87 0 1 7093 1 7093 0.0 13968 QVD87869.1 UCP72061.1 98.6 7096 93 1 1 7093 1 7096 0.0 13946 QVD87869.1 UCP77012.1 98.6 7096 95 1 1 7093 1 7096 0.0 13943 QVD87869.1 UKN67998.1 98.3 7073 120 1 21 7093 1 7072 0.0 13842 QVD87869.1 WHE12941.1 98.2 7067 130 0 27 7093 1 7067 0.0 13817 QVD87869.1 UGA79226.1 97.6 7096 168 1 1 7093 1 7096 0.0 13773 QVD87869.1 UAQ80067.1 97.1 7096 203 1 1 7093 1 7096 0.0 13680 QVD87869.1 UJT06733.1 96.3 7093 264 1 1 7093 1 7092 0.0 13522 QVD87869.1 UVI10561.1 96.3 7066 261 0 28 7093 1 7066 0.0 13505 QVD87869.1 UOU30556.1 94.9 7093 364 0 1 7093 1 7093 0.0 13290 WP_135028221.1 WP_135028221.1 100 271 0 0 1 271 1 271 1.52e-183 503 WP_135028221.1 HAJ13960.1 41.0 61 36 0 211 271 116 176 1.07e-08 52.0 WP_135028221.1 WP_056611679.1 31.8 85 58 0 185 269 92 176 8.02e-07 46.6 XP_047250014.1 XP_047250014.1 100 170 0 0 1 170 1 170 5.06e-123 342 WP_234521407.1 WP_234521407.1 100 326 0 0 1 326 1 326 5.29e-248 671 WP_234521407.1 WP_039806668.1 36.7 308 191 4 4 308 5 311 1.05e-60 195 WP_234521407.1 WP_252122124.1 33.0 294 195 2 4 295 1 294 2.31e-46 158 WP_274718192.1 WP_274718192.1 100 502 0 0 1 502 1 502 0.0 966 MBQ6488280.1 MBQ6488280.1 100 179 0 0 1 179 1 179 1.74e-132 366 MBQ6488280.1 MBZ0271896.1 34.1 88 58 0 4 91 9 96 7.80e-14 64.7 WP_282641071.1 WP_282641071.1 100 135 0 0 1 135 1 135 6.41e-91 258 MCL1888839.1 MCL1888839.1 100 713 0 0 1 713 1 713 0.0 1408 MCL1888839.1 MBF8294570.1 34.7 268 151 2 435 702 333 576 7.05e-45 168 MCL1888839.1 RYO44776.1 29.7 360 217 10 71 414 51 390 6.13e-28 118 MCL1888839.1 MBQ5493788.1 41.2 119 70 0 581 699 11 129 1.17e-20 87.4 HCH0658035.1 HCH0658035.1 100 480 0 0 1 480 1 480 0.0 945 HCH0658035.1 KAG8015916.1 69.5 174 53 0 274 447 1 174 4.10e-85 258 HCH0658035.1 SHG12942.1 33.2 443 275 9 44 480 56 483 1.69e-69 228 HCH0658035.1 HCB14820.1 28.5 400 262 12 2 393 16 399 8.32e-32 125 WP_024465855.1 WP_024465855.1 100 107 0 0 1 107 1 107 8.04e-74 212 XP_011040987.1 XP_011040987.1 100 437 0 0 1 437 1 437 1.01e-315 851 WP_182503633.1 WP_182503633.1 100 648 0 0 1 648 1 648 0.0 1289 XP_026193030.1 XP_026193030.1 100 189 0 0 1 189 1 189 5.95e-129 358 XP_052525039.1 XP_052525039.1 100 668 0 0 1 668 1 668 0.0 1357 XP_052525039.1 WP_270967954.1 35.6 634 381 15 43 661 27 648 3.77e-123 379 XP_052525039.1 WP_254101325.1 34.9 625 387 11 43 657 22 636 9.29e-114 354 XP_052525039.1 MCC5948066.1 26.9 613 415 17 44 645 41 631 7.89e-42 159 XP_052525039.1 WP_112119927.1 23.6 530 292 17 127 637 28 463 5.91e-24 103 XP_052525039.1 WP_148836004.1 24.9 530 300 16 127 632 34 489 4.31e-22 98.6 XP_052525039.1 NDJ88951.1 24.7 542 329 20 124 631 27 523 4.57e-18 86.3 XP_052525039.1 WP_246003214.1 23.4 304 201 10 269 564 156 435 3.05e-08 55.1 XP_052525039.1 PYB13830.1 21.5 460 279 18 210 644 3274 3676 2.98e-07 52.4 XP_052525039.1 TMQ04701.1 25.1 299 173 13 270 535 613 893 6.62e-06 47.8 XP_052525039.1 EJG3313804.1 24.1 316 206 12 276 575 154 451 6.68e-06 47.4 WP_102461582.1 WP_102461582.1 100 320 0 0 1 320 1 320 1.08e-228 621 WP_102461582.1 WP_149911652.1 33.2 295 179 5 32 317 141 426 8.55e-36 132 NLD53371.1 NLD53371.1 100 232 0 0 1 232 1 232 4.09e-164 451 NLD53371.1 WP_247424115.1 44.6 112 62 0 98 209 147 258 4.38e-19 81.6 NLD53371.1 MCA1360809.1 50.6 81 40 0 102 182 177 257 1.57e-16 75.1 OHB76863.1 OHB76863.1 100 81 0 0 1 81 1 81 1.02e-55 164 PON87355.1 PON87355.1 100 114 0 0 1 114 1 114 4.86e-85 241 PON87355.1 KAG6788279.1 54.6 108 48 1 2 108 391 498 1.01e-37 131 EIR8916606.1 EIR8916606.1 100 175 0 0 1 175 1 175 1.06e-131 364 EIR8916606.1 WP_210949324.1 56.6 175 76 0 1 175 26 200 7.14e-62 189 MBQ7987638.1 MBQ7987638.1 100 144 0 0 1 144 1 144 1.42e-96 273 MCH7923992.1 MCH7923992.1 100 757 0 0 1 757 1 757 0.0 1498 WP_234738658.1 WP_234738658.1 100 1261 0 0 1 1261 1 1261 0.0 2365 KAF8953894.1 KAF8953894.1 100 427 0 0 1 427 1 427 4.04e-310 836 WP_035556611.1 WP_035556611.1 100 259 0 0 1 259 1 259 2.39e-190 519 KAF7261528.1 KAF7261528.1 100 163 0 0 1 163 1 163 5.12e-115 321 PHU06236.1 PHU06236.1 100 313 0 0 1 313 1 313 2.38e-233 632 MBS0194197.1 MBS0194197.1 100 263 0 0 1 263 1 263 1.10e-197 538 WP_249505358.1 WP_249505358.1 100 440 0 0 1 440 1 440 0.0 887 WP_249505358.1 MBP6375542.1 40.8 449 242 9 2 438 3 439 4.67e-94 289 WP_249505358.1 WP_258835625.1 38.0 450 257 7 2 438 3 443 1.35e-92 285 WP_249505358.1 MBT4710545.1 35.0 449 270 8 2 438 3 441 3.55e-80 253 WP_249505358.1 PWM49891.1 35.0 449 273 9 1 440 1 439 3.11e-77 245 WP_249505358.1 WP_194454339.1 27.3 450 279 10 10 437 15 438 7.49e-39 144 WP_114368818.1 WP_114368818.1 100 412 0 0 1 412 1 412 5.07e-310 835 WP_114368818.1 MXQ53321.1 31.6 244 153 5 10 250 8 240 1.96e-27 110 WP_118754559.1 WP_118754559.1 100 132 0 0 1 132 1 132 9.56e-96 270 KAI6772462.1 KAI6772462.1 100 338 0 0 1 338 1 338 1.36e-231 630 XP_048189479.1 XP_048189479.1 100 227 0 0 1 227 1 227 5.62e-164 450 XP_048189479.1 MBR4375795.1 33.0 185 116 6 10 191 6 185 1.46e-14 68.6 MBO5360769.1 MBO5360769.1 100 167 0 0 1 167 1 167 2.25e-129 357 XP_043732582.1 XP_043732582.1 100 388 0 0 1 388 1 388 7.73e-286 771 TVQ11450.1 TVQ11450.1 100 330 0 0 1 330 1 330 1.46e-247 670 WP_087222948.1 WP_087222948.1 100 270 0 0 1 270 1 270 9.77e-200 544 WP_087222948.1 URJ46333.1 27.2 272 185 6 1 265 1 266 8.41e-30 111 WP_087222948.1 KAI3473816.1 51.7 58 28 0 208 265 145 202 9.25e-11 60.1 XP_025063182.1 XP_025063182.1 100 209 0 0 1 209 1 209 8.13e-107 304 WP_113669955.1 WP_113669955.1 100 416 0 0 1 416 1 416 5.13e-264 719 WP_113669955.1 WP_239913672.1 37.1 399 248 2 15 412 14 410 5.74e-75 238 WP_113669955.1 WP_087384365.1 36.9 406 248 6 13 412 17 420 2.63e-68 221 WP_113669955.1 NCV89943.1 25.1 371 248 8 54 400 69 433 3.15e-15 75.5 WP_137740674.1 WP_137740674.1 100 511 0 0 1 511 1 511 0.0 927 KAJ7349597.1 KAJ7349597.1 100 469 0 0 1 469 1 469 0.0 940 MBQ4874411.1 MBQ4874411.1 100 218 0 0 1 218 1 218 6.30e-152 419 WP_021479352.1 WP_021479352.1 100 1148 0 0 1 1148 1 1148 0.0 2271 WP_021479352.1 MBV00212.1 45.1 481 239 9 7 476 3 469 1.38e-123 393 WP_021479352.1 EAH8201998.1 44.6 448 237 5 6 452 3 440 9.03e-123 383 WP_021479352.1 MBG6814041.1 47.6 368 185 3 4 370 6 366 3.56e-106 336 WP_021479352.1 NOT18216.1 33.1 632 381 10 534 1146 5 613 2.98e-102 334 WP_021479352.1 ECN6431251.1 46.6 118 63 0 574 691 1 118 5.40e-31 116 GLG98414.1 GLG98414.1 100 2592 0 0 1 2592 1 2592 0.0 4380 MCB0786882.1 MCB0786882.1 100 178 0 0 1 178 1 178 1.05e-128 357 XP_030313316.1 XP_030313316.1 100 622 0 0 1 622 1 622 0.0 1239 MBM4374951.1 MBM4374951.1 100 215 0 0 1 215 1 215 3.38e-150 414 MBM4374951.1 MBR2684576.1 39.1 215 125 5 1 211 1 213 2.24e-41 138 MBM4374951.1 WP_239606280.1 35.7 210 133 1 1 208 1 210 3.26e-40 135 MBM4374951.1 WP_279123632.1 34.5 55 36 0 62 116 116 170 2.87e-05 42.4 HII98403.1 HII98403.1 100 174 0 0 1 174 1 174 2.49e-125 348 MCA9288779.1 MCA9288779.1 100 264 0 0 1 264 1 264 6.60e-195 531 XP_046270414.1 XP_046270414.1 100 2928 0 0 1 2928 1 2928 0.0 5021 WP_157475717.1 WP_157475717.1 100 163 0 0 1 163 1 163 2.75e-119 332 MCQ2791623.1 MCQ2791623.1 100 474 0 0 1 474 1 474 0.0 921 MCQ2791623.1 WP_114605464.1 40.1 489 264 11 6 473 14 494 1.72e-108 329 MCE3270046.1 MCE3270046.1 100 80 0 0 1 80 1 80 8.47e-50 149 WP_036816548.1 WP_036816548.1 100 253 0 0 1 253 1 253 2.17e-174 478 WP_036816548.1 WP_008470196.1 25.2 242 165 6 4 241 7 236 3.22e-19 82.4 WP_036816548.1 WP_008056683.1 30.9 223 137 8 17 236 250 458 5.01e-17 78.6 WP_036816548.1 KAJ5168969.1 29.5 217 130 8 20 229 521 721 8.18e-15 72.0 WP_036816548.1 MCH4209672.1 30.6 216 120 6 20 232 396 584 2.71e-13 67.4 WP_036816548.1 MBT3459617.1 28.3 223 142 7 23 240 2 211 3.02e-13 65.5 WP_036816548.1 WAY96880.1 26.2 202 138 4 19 220 2 192 2.48e-12 62.4 WP_036816548.1 KAI7371949.1 28.3 226 121 9 20 229 665 865 6.07e-12 63.5 QBJ07451.1 QBJ07451.1 100 278 0 0 1 278 1 278 3.23e-193 528 WP_252681452.1 WP_252681452.1 100 240 0 0 1 240 1 240 7.34e-171 468 PYR37153.1 PYR37153.1 100 477 0 0 1 477 1 477 0.0 927 MBT6184820.1 MBT6184820.1 100 120 0 0 1 120 1 120 3.22e-86 244 MBX3649353.1 MBX3649353.1 100 172 0 0 1 172 1 172 3.15e-118 330 HBM3973915.1 HBM3973915.1 100 203 0 0 1 203 1 203 1.45e-145 401 RWX51021.1 RWX51021.1 100 554 0 0 1 554 1 554 0.0 1140 RWX51021.1 WP_097641037.1 56.9 554 219 6 2 554 3 537 2.61e-207 598 RWX51021.1 WP_086711488.1 54.4 548 229 6 8 554 9 536 2.41e-196 570 RWX51021.1 WP_102477257.1 52.4 555 234 6 1 554 1 526 1.19e-187 547 KAJ1923473.1 KAJ1923473.1 100 830 0 0 1 830 1 830 0.0 1574 WP_221246517.1 WP_221246517.1 100 429 0 0 1 429 1 429 2.29e-319 860 MXZ69365.1 MXZ69365.1 100 150 0 0 1 150 1 150 1.75e-93 265 GGU82495.1 GGU82495.1 100 163 0 0 1 163 1 163 1.53e-116 325 WP_279996009.1 WP_279996009.1 100 278 0 0 1 278 1 278 4.02e-212 576 WP_149755470.1 WP_149755470.1 100 186 0 0 1 186 1 186 1.79e-133 369 HCW85392.1 HCW85392.1 100 357 0 0 1 357 1 357 1.13e-260 705 HCW85392.1 WP_043158522.1 41.1 343 195 5 11 352 3 339 3.67e-84 258 PLW21337.1 PLW21337.1 100 497 0 0 1 497 1 497 0.0 941 WP_201312397.1 WP_201312397.1 100 159 0 0 1 159 1 159 1.17e-118 330 MBU1557098.1 MBU1557098.1 100 415 0 0 1 415 1 415 5.79e-265 721 TOF36258.1 TOF36258.1 100 85 0 0 1 85 1 85 4.03e-57 168 WP_055228170.1 WP_055228170.1 100 291 0 0 1 291 1 291 2.46e-199 545 WP_055228170.1 CAH0143531.1 24.3 152 111 2 20 171 2 149 9.62e-07 46.6 CCX82620.1 CCX82620.1 100 429 0 0 1 429 1 429 0.0 877 CCX82620.1 XP_051566275.1 28.4 148 101 4 1 146 1290 1434 2.52e-08 54.7 CCX82620.1 KAI3849778.1 32.6 129 70 7 25 142 566 688 2.70e-04 41.6 NDV26630.1 NDV26630.1 100 218 0 0 1 218 1 218 1.23e-158 436 KAG8195189.1 KAG8195189.1 100 241 0 0 1 241 1 241 4.59e-170 466 MBZ5631081.1 MBZ5631081.1 100 43 0 0 1 43 1 43 1.08e-27 91.3 KAF4465142.1 KAF4465142.1 100 123 0 0 1 123 1 123 5.94e-88 249 WHA30314.1 WHA30314.1 100 78 0 0 1 78 1 78 1.21e-57 169 WP_239463733.1 WP_239463733.1 100 487 0 0 1 487 1 487 0.0 876 WP_093271293.1 WP_093271293.1 100 283 0 0 1 283 1 283 1.30e-190 522 WP_241524600.1 WP_241524600.1 100 337 0 0 1 337 1 337 1.16e-252 683 WP_241524600.1 WP_258613669.1 33.0 300 195 4 1 298 1 296 3.79e-41 144 WP_241524600.1 WP_096722254.1 42.6 61 35 0 1 61 1 61 3.77e-07 49.3 WP_241524600.1 WP_044453403.1 26.9 171 118 3 1 167 1 168 1.65e-06 47.4 WP_241524600.1 WP_200986363.1 26.3 160 113 3 1 158 1 157 3.85e-04 40.0 XP_044188718.1 XP_044188718.1 100 464 0 0 1 464 1 464 0.0 904 HAS1030591.1 HAS1030591.1 100 129 0 0 1 129 1 129 6.54e-88 249 WP_255329483.1 WP_255329483.1 100 387 0 0 1 387 1 387 4.62e-282 762 MCU0490050.1 MCU0490050.1 100 238 0 0 1 238 1 238 4.37e-162 446 MCU0490050.1 WP_017123457.1 46.4 235 123 1 4 238 9 240 2.00e-60 192 MCU0490050.1 WP_064068643.1 34.2 73 46 1 115 185 170 242 1.13e-04 40.8 MCP4309405.1 MCP4309405.1 100 411 0 0 1 411 1 411 1.28e-282 765 MBR5775979.1 MBR5775979.1 100 111 0 0 1 111 1 111 7.29e-81 230 EDT4006401.1 EDT4006401.1 100 144 0 0 1 144 1 144 1.08e-100 283 MCH8312862.1 MCH8312862.1 100 360 0 0 1 360 1 360 2.70e-265 717 MCH8312862.1 RYZ40664.1 55.4 352 152 2 11 357 40 391 9.14e-131 378 MCH8312862.1 UCF78466.1 36.5 348 208 6 15 352 31 375 1.20e-57 190 MCH8312862.1 WP_145937814.1 33.8 352 223 4 11 352 30 381 1.67e-55 184 MCH8312862.1 WP_158057697.1 29.0 355 236 8 3 344 25 376 9.31e-33 124 MCH8312862.1 MBL6847974.1 29.0 324 213 6 19 328 37 357 9.93e-33 124 MCH8312862.1 WP_055337992.1 26.7 322 212 8 19 323 36 350 2.90e-28 112 MCH8312862.1 WP_278361924.1 20.7 280 213 5 84 354 102 381 2.29e-07 50.4 MBR5342912.1 MBR5342912.1 100 342 0 0 1 342 1 342 1.28e-263 711 NIR99268.1 NIR99268.1 100 50 0 0 1 50 1 50 6.16e-30 97.4 WP_280876395.1 WP_280876395.1 100 208 0 0 1 208 1 208 5.22e-146 403 MBO4309439.1 MBO4309439.1 100 158 0 0 1 158 1 158 3.63e-108 303 WP_136241334.1 WP_136241334.1 100 333 0 0 1 333 1 333 9.28e-216 590 TWL42136.1 TWL42136.1 100 102 0 0 1 102 1 102 7.06e-68 197 XP_029075794.1 XP_029075794.1 100 2037 0 0 1 2037 1 2037 0.0 3578 WP_053034526.1 WP_053034526.1 100 124 0 0 1 124 1 124 1.34e-89 253 EIN7713189.1 EIN7713189.1 100 200 0 0 1 200 1 200 2.33e-145 400 WP_161061319.1 WP_161061319.1 100 143 0 0 1 143 1 143 1.17e-99 280 WP_161061319.1 WP_226360036.1 51.1 137 65 1 7 143 4 138 6.28e-43 137 WP_161061319.1 WP_004957233.1 46.7 137 68 4 1 135 1 134 4.90e-38 124 KAH8057076.1 KAH8057076.1 100 242 0 0 1 242 1 242 8.09e-160 441 WP_223752944.1 WP_223752944.1 100 447 0 0 1 447 1 447 0.0 877 WP_223752944.1 XP_006969978.1 25.7 202 125 7 11 203 82 267 8.78e-06 45.8 MCT6212844.1 MCT6212844.1 100 392 0 0 1 392 1 392 1.29e-286 774 MCT6212844.1 MBG6268407.1 24.5 363 222 13 49 389 48 380 3.72e-13 68.6 GHL33785.1 GHL33785.1 100 176 0 0 1 176 1 176 2.13e-127 353 VDL79744.1 VDL79744.1 100 171 0 0 1 171 1 171 2.32e-133 368 HBA4333173.1 HBA4333173.1 100 332 0 0 1 332 1 332 2.42e-247 669 HBA4333173.1 GBE16035.1 51.2 330 156 3 4 329 10 338 4.74e-110 322 MBR4170715.1 MBR4170715.1 100 38 0 0 1 38 1 38 1.32e-18 70.9 WP_138597401.1 WP_138597401.1 100 246 0 0 1 246 1 246 7.33e-174 476 WP_138597401.1 MCB1644245.1 30.2 242 158 6 8 243 11 247 1.09e-25 99.8 WP_138597401.1 WP_010443651.1 29.5 241 159 4 4 241 3 235 1.58e-23 93.6 WP_138597401.1 WP_246239142.1 33.5 191 109 5 1 189 250 424 3.39e-19 84.3 WP_138597401.1 WP_060347438.1 24.4 258 166 8 1 242 4 248 8.98e-11 58.9 XP_017569355.1 XP_017569355.1 100 752 0 0 1 752 1 752 0.0 1264 RQL72805.1 RQL72805.1 100 507 0 0 1 507 1 507 0.0 981 RQL72805.1 WP_226276978.1 33.2 488 320 5 22 507 21 504 2.05e-81 260 RQL72805.1 WP_197332010.1 28.8 504 326 11 24 507 21 511 6.95e-58 198 RQL72805.1 WP_185921121.1 29.0 410 275 7 18 418 13 415 2.95e-42 155 RQL72805.1 BBC91732.1 28.3 414 259 11 25 415 5 403 1.39e-34 134 RQL72805.1 WP_023727015.1 25.1 410 278 9 31 423 43 440 3.24e-32 127 WP_100498040.1 WP_100498040.1 100 381 0 0 1 381 1 381 2.74e-255 694 XP_047387430.1 XP_047387430.1 100 533 0 0 1 533 1 533 0.0 1082 WP_023050329.1 WP_023050329.1 100 355 0 0 1 355 1 355 1.19e-229 627 WP_023050329.1 WP_269885397.1 32.1 165 105 4 191 349 100 263 1.16e-16 77.4 WP_023050329.1 WP_107169208.1 32.4 173 108 6 180 345 181 351 1.01e-14 72.8 WP_023050329.1 WP_145544593.1 32.8 134 86 3 193 325 356 486 5.29e-12 65.1 WP_023050329.1 WP_000484099.1 34.9 106 61 3 205 303 211 315 2.18e-10 59.7 WP_023050329.1 MBI5333464.1 27.0 159 107 4 199 349 225 382 1.74e-09 57.0 WP_023050329.1 EGR2272270.1 36.1 72 44 2 234 304 550 620 7.66e-09 55.5 WP_023050329.1 WP_018646673.1 26.9 130 88 4 165 289 486 613 1.13e-08 55.1 WP_023050329.1 WP_255266214.1 26.0 146 105 2 206 349 299 443 5.92e-06 46.2 WP_023050329.1 MBT3459335.1 35.0 80 50 1 194 271 195 274 6.66e-06 45.4 PYP94120.1 PYP94120.1 100 232 0 0 1 232 1 232 8.60e-166 455 PYP94120.1 WP_026893585.1 36.9 222 136 3 2 222 4 222 6.11e-49 158 PYP94120.1 MBQ5584458.1 36.6 227 138 4 3 224 4 229 1.65e-38 132 PYP94120.1 EAC1232420.1 32.4 225 147 5 1 223 2 223 1.05e-37 129 PYP94120.1 WP_101794136.1 33.3 231 141 3 1 219 25 254 1.22e-34 122 PYP94120.1 WP_186723788.1 29.6 223 155 2 3 224 8 229 1.68e-28 106 PYP94120.1 EAG2350674.1 39.2 125 75 1 2 126 4 127 4.32e-24 91.7 PYP94120.1 WP_232306300.1 27.9 222 129 6 3 215 1123 1322 2.11e-16 76.3 PYP94120.1 WP_278449211.1 28.9 128 89 1 3 128 8 135 1.65e-13 67.4 PYP94120.1 QYU66920.1 25.0 124 91 1 3 124 5 128 1.54e-12 61.2 PYP94120.1 WP_196114185.1 32.8 116 77 1 2 116 9 124 1.17e-11 61.6 EDV6147146.1 EDV6147146.1 100 632 0 0 1 632 1 632 0.0 984 WP_101164019.1 WP_101164019.1 100 346 0 0 1 346 1 346 7.53e-249 674 MBQ2777352.1 MBQ2777352.1 100 608 0 0 1 608 1 608 0.0 1202 MBQ2777352.1 MBP3509218.1 57.7 607 256 1 1 606 1 607 1.57e-252 706 MBQ2777352.1 NQU26924.1 31.5 467 305 7 135 598 461 915 4.96e-63 223 MBQ2777352.1 MCK9987173.1 30.9 489 305 12 132 596 12 491 1.22e-53 191 MBQ2777352.1 EHP6050825.1 29.1 522 342 13 35 534 137 652 2.70e-48 177 MBQ2777352.1 OQC16336.1 30.8 185 101 7 197 371 437 604 1.19e-13 72.4 MSX50368.1 MSX50368.1 100 289 0 0 1 289 1 289 2.20e-201 550 KAI0815695.1 KAI0815695.1 100 981 0 0 1 981 1 981 0.0 1860 WP_123653117.1 WP_123653117.1 100 246 0 0 1 246 1 246 8.07e-162 446 WP_123653117.1 SFB29161.1 32.6 190 128 0 29 218 20 209 2.03e-25 102 WP_123653117.1 GFR82011.1 32.5 203 132 2 21 218 12 214 5.34e-23 91.7 WP_025579907.1 WP_025579907.1 100 820 0 0 1 820 1 820 0.0 1646 WP_066476002.1 WP_066476002.1 100 67 0 0 1 67 1 67 3.43e-41 127 WP_066476002.1 MBA2651112.1 49.1 57 29 0 7 63 7 63 6.03e-12 53.1 WP_081224968.1 WP_081224968.1 100 916 0 0 1 916 1 916 0.0 1868 WP_081224968.1 WP_123159424.1 54.8 921 403 9 1 913 1 916 0.0 1006 WP_081224968.1 MCB9999913.1 36.2 1043 527 19 2 915 16 1049 1.98e-206 615 WP_081224968.1 MCL6457358.1 29.7 860 536 25 23 849 13 836 4.97e-108 356 WP_081224968.1 MSZ29533.1 28.9 796 508 22 24 786 15 785 1.15e-85 295 WP_081224968.1 MBQ9679177.1 24.3 877 538 20 24 860 14 804 7.39e-73 256 WP_081224968.1 SCL13606.1 23.8 822 496 24 5 769 44 792 1.75e-45 175 WP_081224968.1 CAI9595211.1 23.0 942 572 28 56 915 125 995 2.66e-45 175 WP_081224968.1 WP_194957532.1 23.4 817 451 28 26 773 11 721 1.21e-32 134 WP_081224968.1 XP_053592881.1 22.1 673 380 22 26 631 46 641 1.22e-21 99.4 WP_168672621.1 WP_168672621.1 100 255 0 0 1 255 1 255 9.72e-188 512 WP_168672621.1 QQO85492.1 28.4 250 153 10 4 240 10 246 4.94e-11 59.7 WP_202730319.1 WP_202730319.1 100 391 0 0 1 391 1 391 5.42e-283 764 MBG5741623.1 MBG5741623.1 100 390 0 0 1 390 1 390 1.16e-272 738 KRF62093.1 KRF62093.1 100 138 0 0 1 138 1 138 3.40e-92 261 WP_246995487.1 WP_246995487.1 100 155 0 0 1 155 1 155 3.80e-104 293 MCF7895906.1 MCF7895906.1 100 339 0 0 1 339 1 339 5.09e-248 672 MCF7895906.1 MBQ6794463.1 33.0 321 200 7 23 338 15 325 2.04e-50 170 MCF7895906.1 MCU1411638.1 30.8 315 210 2 5 311 5 319 2.64e-50 171 MCF7895906.1 MBA3609961.1 32.9 347 198 10 20 334 36 379 2.15e-47 164 MCF7895906.1 ELZ16407.1 26.1 356 230 8 14 338 24 377 1.95e-36 135 MCF7895906.1 NBT94281.1 38.2 157 93 1 12 164 22 178 5.72e-31 114 MCB4366171.1 MCB4366171.1 100 142 0 0 1 142 1 142 2.56e-98 277 MCI6020178.1 MCI6020178.1 100 80 0 0 1 80 1 80 4.73e-47 142 WP_029347391.1 WP_029347391.1 100 255 0 0 1 255 1 255 2.46e-181 496 WP_029347391.1 WP_206363707.1 34.8 247 160 1 1 247 14 259 3.27e-52 169 WP_029347391.1 WP_150396769.1 31.5 248 165 2 3 250 22 264 3.77e-33 124 WP_029347391.1 WP_185334683.1 29.5 244 164 3 3 245 2 238 9.38e-33 123 WP_029347391.1 WP_247749043.1 31.2 218 129 7 18 226 371 576 2.78e-19 85.1 WP_029347391.1 WP_088153117.1 29.3 208 120 5 30 227 23 213 3.97e-15 72.4 MBQ7739147.1 MBQ7739147.1 100 361 0 0 1 361 1 361 4.63e-262 709 MBQ7739147.1 WP_006004624.1 66.6 362 119 1 1 360 1 362 8.87e-173 483 XP_029528577.1 XP_029528577.1 100 360 0 0 1 360 1 360 7.83e-274 739 XP_029528577.1 RQM16216.1 49.7 296 145 4 30 323 403 696 2.93e-91 288 XP_029528577.1 KAG1590416.1 42.9 294 163 3 26 318 76 365 6.70e-78 243 XP_029528577.1 NXD84883.1 36.0 275 171 3 26 296 80 353 1.08e-55 189 XP_029528577.1 XP_048379117.1 35.2 304 187 7 28 324 255 555 1.98e-52 181 XP_029528577.1 XP_008215352.1 35.8 288 173 5 30 307 188 473 3.70e-46 164 XP_029528577.1 XP_030620685.1 34.1 255 152 5 30 274 96 344 1.92e-39 143 XP_029528577.1 XP_046441060.1 36.2 243 151 3 30 271 61 300 5.06e-38 143 XP_029528577.1 XP_048216280.1 35.5 256 146 5 35 274 25 277 2.59e-37 137 XP_029528577.1 KAH6984898.1 30.3 261 130 7 30 241 24 281 4.59e-25 105 XP_029528577.1 KZT58963.1 30.0 253 165 6 34 274 1082 1334 3.71e-21 93.6 XP_029528577.1 XP_019384620.1 29.3 198 128 4 86 272 72 268 1.44e-20 91.7 XP_029528577.1 XP_044484513.1 30.1 173 100 6 28 189 84 246 6.09e-09 55.8 XP_029528577.1 XP_048540820.1 23.0 244 150 7 36 271 796 1009 3.67e-08 53.5 MCP4697618.1 MCP4697618.1 100 1444 0 0 1 1444 1 1444 0.0 2716 MCP4697618.1 WP_083639049.1 33.8 68 40 2 189 253 45 110 6.88e-04 42.0 MCF6323317.1 MCF6323317.1 100 281 0 0 1 281 1 281 1.10e-206 562 MCF6323317.1 MCD6533325.1 32.2 270 171 6 14 281 7 266 7.20e-37 130 MCF6323317.1 WP_101844355.1 29.3 273 187 4 14 281 4 275 1.89e-34 124 WP_136027195.1 WP_136027195.1 100 266 0 0 1 266 1 266 4.59e-187 511 WP_136027195.1 WP_231768584.1 34.5 252 155 3 23 266 35 284 2.72e-41 142 WP_216395189.1 WP_216395189.1 100 511 0 0 1 511 1 511 0.0 1012 NBU29208.1 NBU29208.1 100 186 0 0 1 186 1 186 2.48e-99 283 WP_116073910.1 WP_116073910.1 100 875 0 0 1 875 1 875 0.0 1677 WP_116073910.1 WP_026497435.1 42.3 928 463 17 1 875 1 909 1.33e-220 645 WP_116073910.1 XP_006376427.2 37.1 259 149 6 4 251 106 361 1.15e-42 159 XP_027063577.1 XP_027063577.1 100 129 0 0 1 129 1 129 6.28e-95 267 WP_175715079.1 WP_175715079.1 100 87 0 0 1 87 1 87 3.98e-58 171 WP_034146623.1 WP_034146623.1 100 346 0 0 1 346 1 346 2.63e-249 676 WP_237414093.1 WP_237414093.1 100 154 0 0 1 154 1 154 2.04e-103 291 EEW7484806.1 EEW7484806.1 100 144 0 0 1 144 1 144 3.76e-110 307 EEW7484806.1 MBX5702633.1 57.4 136 58 0 2 137 10 145 1.41e-56 172 EEW7484806.1 NCC17292.1 37.6 133 83 0 2 134 243 375 1.30e-27 103 WP_225118260.1 WP_225118260.1 100 642 0 0 1 642 1 642 0.0 1209 WP_225118260.1 WP_273418567.1 38.6 132 78 2 510 640 4 133 9.65e-19 82.0 WP_225118260.1 WP_076194242.1 28.6 213 128 7 439 638 241 442 7.34e-08 53.5 WP_225118260.1 WP_274755179.1 28.8 222 127 10 429 638 196 398 3.61e-07 51.2 XP_056429915.1 XP_056429915.1 100 1166 0 0 1 1166 1 1166 0.0 2361 XP_056429915.1 XP_043494069.1 25.7 1023 650 33 34 1007 483 1444 1.47e-72 264 WP_049882603.1 WP_049882603.1 100 520 0 0 1 520 1 520 0.0 957 MCR9147539.1 MCR9147539.1 100 255 0 0 1 255 1 255 8.95e-184 502 MCR9147539.1 HDZ48353.1 28.8 170 94 7 13 163 42 203 2.91e-06 45.8 WP_081612908.1 WP_081612908.1 100 253 0 0 1 253 1 253 2.59e-191 521 WP_149493237.1 WP_149493237.1 100 281 0 0 1 281 1 281 3.64e-196 536 MBO9347542.1 MBO9347542.1 100 404 0 0 1 404 1 404 6.03e-298 803 WP_078336203.1 WP_078336203.1 100 458 0 0 1 458 1 458 0.0 912 XP_012676239.1 XP_012676239.1 100 315 0 0 1 315 1 315 4.42e-230 624 OGN55943.1 OGN55943.1 100 196 0 0 1 196 1 196 1.77e-138 383 VEH65358.1 VEH65358.1 100 40 0 0 1 40 1 40 2.56e-27 90.1 UNI03201.1 UNI03201.1 100 4378 0 0 1 4378 1 4378 0.0 7762 UNI03201.1 UFM00670.1 91.6 4379 368 1 1 4378 27 4405 0.0 7740 UNI03201.1 UEC68750.1 91.6 4379 368 1 1 4378 27 4405 0.0 7738 UNI03201.1 QZU16279.1 91.6 4375 365 1 1 4374 27 4401 0.0 7737 UNI03201.1 UBD95131.1 91.6 4375 365 1 1 4374 27 4401 0.0 7735 UNI03201.1 UHM53165.1 91.6 4379 368 1 1 4378 27 4405 0.0 7735 UNI03201.1 UFM02602.1 91.6 4379 368 1 1 4378 27 4405 0.0 7735 UNI03201.1 QTD03487.1 91.5 4379 373 1 1 4378 27 4405 0.0 7734 UNI03201.1 QXR94354.1 91.5 4378 372 1 1 4378 27 4402 0.0 7728 UNI03201.1 QWC83326.1 91.5 4375 370 1 1 4374 27 4401 0.0 7728 UNI03201.1 UEC52718.1 91.5 4375 369 1 1 4374 27 4401 0.0 7727 UNI03201.1 QTM79632.1 91.4 4378 375 1 1 4378 27 4402 0.0 7726 UNI03201.1 QSZ25555.1 91.5 4375 372 1 1 4374 27 4401 0.0 7726 UNI03201.1 ULA23837.2 91.5 4378 371 2 1 4378 27 4401 0.0 7724 UNI03201.1 UPP41269.1 91.4 4378 373 1 1 4378 27 4402 0.0 7724 UNI03201.1 UBL45068.1 91.4 4379 374 1 1 4378 27 4405 0.0 7723 UNI03201.1 WEU87158.1 91.5 4375 372 1 1 4374 27 4401 0.0 7723 UNI03201.1 UIR12670.1 91.5 4374 369 2 1 4374 27 4397 0.0 7722 UNI03201.1 QTZ27226.1 91.3 4378 377 1 1 4378 27 4402 0.0 7721 UNI03201.1 USR14792.1 91.4 4378 374 1 1 4378 27 4402 0.0 7721 UNI03201.1 QVD87869.1 91.5 4374 371 1 1 4374 27 4398 0.0 7721 UNI03201.1 UBP50947.1 91.5 4375 373 1 1 4374 27 4401 0.0 7720 UNI03201.1 UZO53924.1 91.5 4374 371 1 1 4374 27 4398 0.0 7720 UNI03201.1 UKN67998.1 91.5 4374 370 2 1 4374 7 4377 0.0 7720 UNI03201.1 UXH94526.1 91.4 4378 372 2 1 4378 27 4401 0.0 7720 XP_008997370.1 XP_008997370.1 100 124 0 0 1 124 1 124 4.00e-91 257 XP_018358059.1 XP_018358059.1 100 558 0 0 1 558 1 558 1.48e-300 823 MWD28632.1 MWD28632.1 100 321 0 0 1 321 1 321 2.57e-232 630 MCF6148530.1 MCF6148530.1 100 443 0 0 1 443 1 443 0.0 882 MCF6148530.1 WP_241812465.1 37.9 406 240 5 25 424 200 599 6.26e-92 289 RSL59427.1 RSL59427.1 100 486 0 0 1 486 1 486 0.0 908 RSL59427.1 CZT45482.1 35.8 400 217 4 63 424 89 486 2.13e-70 239 RSL59427.1 XP_023589550.1 36.3 369 225 5 63 425 98 462 7.32e-66 226 RSL59427.1 GEU53557.1 35.0 371 229 6 66 428 101 467 1.26e-65 220 RSL59427.1 MBA0549662.1 30.7 371 251 4 59 428 18 383 3.86e-58 195 RSL59427.1 NQR19375.1 34.8 351 222 5 63 409 3 350 5.59e-58 196 RSL59427.1 XP_055095726.1 30.9 411 209 9 86 421 209 619 3.53e-44 163 RSL59427.1 ERE79785.1 27.8 395 196 9 62 423 125 463 1.10e-34 134 MBW8896250.1 MBW8896250.1 100 236 0 0 1 236 1 236 1.32e-171 470 MBW8896250.1 MCS7015141.1 33.9 127 78 2 12 137 1 122 9.73e-14 68.2 VGP03367.1 VGP03367.1 100 1012 0 0 1 1012 1 1012 0.0 1992 GAX21055.1 GAX21055.1 100 229 0 0 1 229 1 229 2.90e-167 458 MBF0248932.1 MBF0248932.1 100 61 0 0 1 61 1 61 4.58e-41 126 MBF0248932.1 MBU4432787.1 38.9 54 33 0 4 57 158 211 1.68e-08 46.6 XP_056374717.1 XP_056374717.1 100 2765 0 0 1 2765 1 2765 0.0 5483 MBM3921745.1 MBM3921745.1 100 243 0 0 1 243 1 243 4.13e-183 499 MBL8834799.1 MBL8834799.1 100 462 0 0 1 462 1 462 0.0 917 WP_089608892.1 WP_089608892.1 100 464 0 0 1 464 1 464 0.0 906 WP_089608892.1 OGD85943.1 37.7 215 112 7 267 463 5 215 5.51e-33 122 MCA0387421.1 MCA0387421.1 100 317 0 0 1 317 1 317 1.23e-237 644 MCA0387421.1 MBP1746912.1 24.7 360 212 10 1 307 1 354 5.03e-20 88.6 WP_183433527.1 WP_183433527.1 100 259 0 0 1 259 1 259 9.21e-179 490 WP_049682576.1 WP_049682576.1 100 209 0 0 1 209 1 209 3.50e-140 388 EHL1725675.1 EHL1725675.1 100 224 0 0 1 224 1 224 2.66e-156 430 EFQ4765027.1 EFQ4765027.1 100 920 0 0 1 920 1 920 0.0 1869 EFQ4765027.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1804 EFQ4765027.1 EEY3543156.1 73.7 949 221 3 1 920 1 949 0.0 1443 EFQ4765027.1 EEO7917989.1 70.4 922 265 3 1 920 1 916 0.0 1342 EFQ4765027.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 2.33e-217 618 EFQ4765027.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 6.66e-202 578 EFQ4765027.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 8.23e-186 535 EFQ4765027.1 WP_154599351.1 33.4 709 434 17 4 696 10 696 2.57e-110 364 EFQ4765027.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 2.56e-47 162 EFQ4765027.1 EEV0504409.1 61.4 57 22 0 864 920 1 57 7.84e-16 77.0 WP_027489832.1 WP_027489832.1 100 377 0 0 1 377 1 377 1.83e-235 643 WP_226904802.1 WP_226904802.1 100 347 0 0 1 347 1 347 2.96e-251 681 WP_226904802.1 RUU66461.1 51.8 253 121 1 25 277 82 333 1.52e-79 246 WP_226904802.1 WP_098952357.1 44.8 297 163 1 22 317 3 299 4.48e-76 235 WP_226904802.1 MBQ3864274.1 48.9 276 132 6 46 317 33 303 1.38e-75 234 WP_226904802.1 WP_192324556.1 48.7 279 142 1 19 296 315 593 2.23e-74 239 WP_226904802.1 MBU5353226.1 44.6 258 142 1 22 279 4 260 3.52e-72 225 WP_226904802.1 WP_227059655.1 48.8 256 131 0 22 277 317 572 5.41e-71 231 WP_226904802.1 WP_107894076.1 37.8 291 167 5 45 325 21 307 2.50e-57 187 WP_226904802.1 WP_066083732.1 35.3 334 191 8 21 344 5 323 4.47e-57 187 WP_226904802.1 WP_109219819.1 32.0 228 146 4 49 276 33 251 1.67e-31 120 WP_226904802.1 WP_071876418.1 27.8 241 156 6 23 260 4 229 2.86e-20 90.1 WP_226904802.1 WP_276362074.1 30.0 260 137 8 22 260 4 239 6.29e-20 86.3 WP_226904802.1 WP_041481207.1 28.4 169 92 5 56 211 360 512 1.03e-05 45.4 KFX48203.1 KFX48203.1 100 1267 0 0 1 1267 1 1267 0.0 2245 KFX48203.1 EDN57974.1 33.6 562 310 13 687 1225 398 919 1.73e-70 255 KFX48203.1 TAL20232.1 30.7 512 220 7 681 1188 222 602 3.11e-60 217 KFX48203.1 MCH5250214.1 30.5 521 300 12 686 1183 186 667 2.06e-58 216 KFX48203.1 WP_138482356.1 30.5 537 221 14 649 1182 386 773 3.99e-49 187 KFX48203.1 WP_007356512.1 38.7 292 152 5 681 947 736 1025 6.74e-45 176 KFX48203.1 WP_261733022.1 33.5 349 207 6 603 944 183 513 1.79e-41 162 KFX48203.1 MBQ1868746.1 26.7 536 244 12 681 1210 257 649 1.16e-40 159 KFX48203.1 WP_076194242.1 36.0 239 137 6 691 927 238 462 2.08e-32 130 KFX48203.1 MBN8606766.1 35.1 239 134 4 682 913 574 798 1.20e-30 129 KFX48203.1 WP_200037957.1 32.9 249 148 8 672 914 1000 1235 2.39e-24 109 KFX48203.1 XP_001454078.1 26.4 261 172 6 689 940 217 466 1.58e-17 86.3 KFX48203.1 EJF06804.1 35.9 117 70 2 1077 1191 3 116 1.05e-11 65.9 KFX48203.1 WP_212961195.1 28.3 106 73 1 1077 1182 715 817 2.57e-07 53.5 KFX48203.1 MBP1530348.1 25.2 115 80 1 1077 1191 4 112 5.06e-07 50.4 KFX48203.1 WP_188888464.1 28.0 118 76 3 1077 1191 5 116 1.83e-05 45.8 WP_232719809.1 WP_232719809.1 100 324 0 0 1 324 1 324 4.38e-255 688 WP_110581055.1 WP_110581055.1 100 318 0 0 1 318 1 318 3.46e-224 610 WP_110581055.1 WP_179032033.1 47.4 312 158 2 5 313 5 313 2.66e-89 268 WP_027004648.1 WP_027004648.1 100 449 0 0 1 449 1 449 4.63e-318 858 OGO39675.1 OGO39675.1 100 207 0 0 1 207 1 207 1.84e-159 437 OGO39675.1 WP_128788759.1 48.8 203 99 2 6 207 3 201 1.66e-68 206 OGO39675.1 WP_215615491.1 44.5 182 101 0 24 205 38 219 2.70e-59 184 RZN15559.1 RZN15559.1 100 194 0 0 1 194 1 194 1.29e-130 363 MCH8479059.1 MCH8479059.1 100 545 0 0 1 545 1 545 0.0 1090 MCH8479059.1 NWR36449.1 29.0 531 278 15 25 522 54 518 2.78e-40 153 WP_224419934.1 WP_224419934.1 100 575 0 0 1 575 1 575 0.0 1083 WP_224419934.1 MBD58399.1 42.5 576 317 7 8 575 5 574 2.53e-142 422 KAJ3544539.1 KAJ3544539.1 100 1165 0 0 1 1165 1 1165 0.0 2287 KAJ3544539.1 KOS38468.1 40.7 54 31 1 714 766 1 54 7.93e-04 40.0 MBP7023394.1 MBP7023394.1 100 154 0 0 1 154 1 154 6.59e-109 305 AFA24308.1 AFA24308.1 100 212 0 0 1 212 1 212 6.33e-149 410 AFA24308.1 ADW49125.1 94.8 211 11 0 2 212 1 211 4.43e-142 393 AFA24308.1 QUA05739.1 93.7 205 13 0 1 205 8 212 4.04e-136 378 AFA24308.1 AFA09475.1 94.6 205 11 0 8 212 1 205 1.28e-135 377 AFA24308.1 AVM35379.1 88.6 211 24 0 2 212 4 214 1.19e-133 372 AFA24308.1 ADJ35581.1 81.6 212 39 0 1 212 9 220 7.46e-127 355 AFA24308.1 QUQ06080.1 81.6 212 39 0 1 212 8 219 2.06e-126 354 AFA24308.1 AWS34156.1 83.4 211 35 0 2 212 9 219 6.89e-125 350 AFA24308.1 ABQ63546.1 82.9 211 36 0 2 212 8 218 1.34e-124 349 AFA24308.1 AHK62764.1 76.8 211 49 0 2 212 5 215 2.91e-115 326 AFA24308.1 AAX94106.1 89.4 189 20 0 24 212 1 189 5.84e-115 333 AFA24308.1 AMA90994.1 84.7 189 29 0 2 190 9 197 2.32e-111 315 AFA24308.1 AOR13807.1 77.3 198 45 0 3 200 1 198 9.31e-109 308 AFA24308.1 AKT58828.1 81.3 187 35 0 2 188 9 195 2.80e-107 305 AFA24308.1 UZF38514.1 70.9 206 60 0 7 212 1 206 2.75e-105 300 AFA24308.1 AOQ89457.1 81.0 184 35 0 1 184 4 187 1.66e-104 297 AFA24308.1 AXZ65741.1 78.3 180 39 0 2 181 9 188 1.28e-99 285 AFA24308.1 AGI15931.1 68.0 206 66 0 1 206 1 206 5.55e-98 281 AFA24308.1 AKA56406.1 70.3 195 51 2 1 193 8 197 1.42e-91 265 AFA24308.1 AHH30646.1 78.0 168 35 2 25 192 6 171 6.81e-84 244 AFA24308.1 ACE88666.1 83.6 140 23 0 73 212 1 140 7.60e-80 233 AFA24308.1 APC24336.1 74.1 112 29 0 101 212 1 112 7.46e-50 164 TDB69252.1 TDB69252.1 100 327 0 0 1 327 1 327 6.88e-240 650 WP_125093116.1 WP_125093116.1 100 836 0 0 1 836 1 836 0.0 1661 WP_042650033.1 WP_042650033.1 100 249 0 0 1 249 1 249 1.47e-170 468 WP_042650033.1 WP_087085326.1 34.6 260 155 2 1 249 1 256 1.33e-38 133 WP_042650033.1 WP_281054160.1 31.2 247 160 4 5 246 8 249 2.28e-30 112 WP_042650033.1 MBG6287041.1 35.0 243 154 3 5 247 14 252 1.23e-29 110 WP_042650033.1 WP_183882442.1 32.3 235 140 4 5 239 4 219 5.79e-25 97.4 WP_042650033.1 WP_251593142.1 30.5 259 161 3 5 248 5 259 7.06e-22 89.7 WP_042650033.1 WP_262401812.1 34.2 158 100 3 90 246 1 155 4.87e-17 74.3 WP_042650033.1 MBQ9647935.1 27.5 255 174 2 5 248 5 259 2.20e-16 74.7 WP_042650033.1 WP_063302373.1 26.9 193 133 2 3 187 2 194 8.38e-10 56.2 HDZ79728.1 HDZ79728.1 100 116 0 0 1 116 1 116 1.68e-86 245 VAI76478.1 VAI76478.1 100 922 0 0 1 922 1 922 0.0 1848 KAF3789931.1 KAF3789931.1 100 174 0 0 1 174 1 174 1.23e-116 326 XP_011775823.1 XP_011775823.1 100 100 0 0 1 100 1 100 1.69e-65 191 WP_256314628.1 WP_256314628.1 100 256 0 0 1 256 1 256 5.46e-199 541 WP_275700142.1 WP_275700142.1 100 55 0 0 1 55 1 55 3.89e-35 110 MBQ7792117.1 MBQ7792117.1 100 107 0 0 1 107 1 107 3.55e-68 198 MCK3776214.1 MCK3776214.1 100 230 0 0 1 230 1 230 2.05e-172 471 GAW04005.1 GAW04005.1 100 493 0 0 1 493 1 493 0.0 982 XP_016849932.1 XP_016849932.1 100 728 0 0 1 728 1 728 0.0 1397 WP_163496825.1 WP_163496825.1 100 393 0 0 1 393 1 393 5.07e-289 780 WP_163496825.1 MCK5056842.1 32.1 374 233 9 26 392 24 383 1.65e-47 164 KAF2999697.1 KAF2999697.1 100 463 0 0 1 463 1 463 0.0 949 KAF2999697.1 XP_055296131.1 39.6 48 25 1 123 166 104 151 5.36e-04 38.9 EXB75938.1 EXB75938.1 100 221 0 0 1 221 1 221 2.79e-161 442 NLT72898.1 NLT72898.1 100 185 0 0 1 185 1 185 5.75e-125 348 NLT72898.1 NLV68328.1 47.5 183 96 0 1 183 1 183 9.76e-61 185 NLT72898.1 NLK90780.1 48.6 181 93 0 4 184 4 184 4.25e-57 176 NLT72898.1 MBD3769330.1 44.6 177 98 0 8 184 7 183 3.33e-51 161 WP_265907929.1 WP_265907929.1 100 383 0 0 1 383 1 383 1.75e-284 768 AML78558.1 AML78558.1 100 480 0 0 1 480 1 480 0.0 970 WP_043919642.1 WP_043919642.1 100 197 0 0 1 197 1 197 3.73e-145 400 MBE6455882.1 MBE6455882.1 100 314 0 0 1 314 1 314 4.13e-239 647 MBE6455882.1 KXZ65002.1 45.9 85 46 0 184 268 10 94 4.02e-18 78.2 MBE6455882.1 MBR6417349.1 36.2 58 35 1 196 253 16 71 4.47e-04 38.1 MBK8805244.1 MBK8805244.1 100 376 0 0 1 376 1 376 4.54e-272 736 MCI4494966.1 MCI4494966.1 100 68 0 0 1 68 1 68 3.38e-46 139 CAH8302172.1 CAH8302172.1 100 217 0 0 1 217 1 217 3.06e-138 384 TPR01788.1 TPR01788.1 100 396 0 0 1 396 1 396 4.32e-287 775 UHH56899.1 UHH56899.1 100 85 0 0 1 85 1 85 2.82e-23 83.2 UHH56899.1 UJR03683.1 97.4 39 1 0 1 39 1 39 1.95e-20 77.0 MBI5835246.1 MBI5835246.1 100 1111 0 0 1 1111 1 1111 0.0 2317 HIR73384.1 HIR73384.1 100 288 0 0 1 288 1 288 1.30e-213 580 NTU59162.1 NTU59162.1 100 246 0 0 1 246 1 246 7.33e-174 476 HIO39972.1 HIO39972.1 100 290 0 0 1 290 1 290 9.14e-215 583 MBW2003542.1 MBW2003542.1 100 45 0 0 1 45 1 45 5.70e-24 82.0 MBN1566249.1 MBN1566249.1 100 342 0 0 1 342 1 342 3.72e-247 670 MBN1566249.1 WP_255519487.1 36.9 312 184 8 20 321 7 315 2.05e-55 182 MBN1566249.1 MBO1529847.1 31.0 352 213 15 1 341 5 337 1.14e-32 122 MBN1566249.1 WP_164585387.1 30.4 329 200 12 1 314 1 315 7.24e-30 115 XP_024910805.1 XP_024910805.1 100 882 0 0 1 882 1 882 0.0 1556 XP_008531547.1 XP_008531547.1 100 587 0 0 1 587 1 587 0.0 1174 NP_001375225.1 NP_001375225.1 100 821 0 0 1 821 1 821 0.0 1627 NP_001375225.1 XP_053257159.1 80.3 761 121 4 1 732 1 761 0.0 1164 KNE87310.1 KNE87310.1 100 157 0 0 1 157 1 157 7.66e-114 317 MAT55784.1 MAT55784.1 100 115 0 0 1 115 1 115 8.06e-80 228 WP_256825141.1 WP_256825141.1 100 150 0 0 1 150 1 150 1.90e-97 275 WP_200287444.1 WP_200287444.1 100 440 0 0 1 440 1 440 0.0 938 WP_200287444.1 WP_210569664.1 36.4 439 230 13 26 439 19 433 3.25e-61 203 MBW1759047.1 MBW1759047.1 100 326 0 0 1 326 1 326 2.38e-235 639 MBW1759047.1 WP_271563639.1 31.6 155 99 3 94 242 129 282 9.85e-14 69.7 WP_101936735.1 WP_101936735.1 100 320 0 0 1 320 1 320 8.28e-233 632 WP_101936735.1 WP_210212399.1 34.9 318 206 1 1 317 1 318 1.01e-57 187 WP_101936735.1 MBY7817199.1 26.7 300 211 5 21 316 27 321 3.94e-30 115 WP_101936735.1 WP_119938117.1 33.3 99 66 0 218 316 172 270 4.34e-11 60.8 WP_101936735.1 WP_069367753.1 27.9 147 83 4 170 316 149 272 2.18e-08 52.8 EAE5693959.1 EAE5693959.1 100 376 0 0 1 376 1 376 2.80e-119 355 EHQ4925811.1 EHQ4925811.1 100 175 0 0 1 175 1 175 4.61e-117 327 WP_055143902.1 WP_055143902.1 100 150 0 0 1 150 1 150 1.39e-99 281 MCL2259531.1 MCL2259531.1 100 79 0 0 1 79 1 79 9.13e-58 169 USW54809.1 USW54809.1 100 309 0 0 1 309 1 309 6.17e-218 593 WP_109103107.1 WP_109103107.1 100 142 0 0 1 142 1 142 6.04e-97 273 MCJ7630170.1 MCJ7630170.1 100 66 0 0 1 66 1 66 1.08e-39 123 MCJ7630170.1 WP_057651690.1 58.3 36 15 0 4 39 49 84 1.09e-06 42.0 MCJ7630170.1 MBG6287041.1 44.9 49 27 0 4 52 15 63 1.33e-05 38.9 MBR3543702.1 MBR3543702.1 100 580 0 0 1 580 1 580 0.0 949 KAH7333078.1 KAH7333078.1 100 240 0 0 1 240 1 240 1.31e-164 452 KAA0785577.1 KAA0785577.1 100 247 0 0 1 247 1 247 9.73e-184 501 KAA0785577.1 EAG5222239.1 54.3 247 111 2 1 245 1 247 3.94e-88 259 KAA0785577.1 WP_216576398.1 42.0 245 141 1 1 245 1 244 1.63e-59 187 WP_191097707.1 WP_191097707.1 100 195 0 0 1 195 1 195 5.10e-142 392 WP_270933235.1 WP_270933235.1 100 358 0 0 1 358 1 358 3.99e-266 719 MBO4823235.1 MBO4823235.1 100 105 0 0 1 105 1 105 1.64e-72 209 XP_028368138.1 XP_028368138.1 100 461 0 0 1 461 1 461 0.0 874 BBM58963.1 BBM58963.1 100 195 0 0 1 195 1 195 3.86e-137 379 NXE29491.1 NXE29491.1 100 58 0 0 1 58 1 58 2.97e-38 119 NXE29491.1 WP_091276063.1 56.4 39 17 0 19 57 6 44 1.03e-07 41.6 MBQ7135263.1 MBQ7135263.1 100 678 0 0 1 678 1 678 0.0 1329 KAF3668984.1 KAF3668984.1 100 119 0 0 1 119 1 119 3.35e-92 259 NQU12192.1 NQU12192.1 100 191 0 0 1 191 1 191 2.00e-137 380 WP_247359483.1 WP_247359483.1 100 337 0 0 1 337 1 337 5.08e-247 669 WP_160762600.1 WP_160762600.1 100 466 0 0 1 466 1 466 0.0 930 WP_160762600.1 WP_096277301.1 29.5 444 277 13 46 466 30 460 3.01e-49 173 VVA34975.1 VVA34975.1 100 224 0 0 1 224 1 224 1.95e-158 436 WP_062791926.1 WP_062791926.1 100 675 0 0 1 675 1 675 0.0 1262 WP_062791926.1 WP_243890777.1 28.3 626 361 12 63 674 43 594 2.95e-55 197 EBW1672033.1 EBW1672033.1 100 1219 0 0 1 1219 1 1219 0.0 1774 EBW1672033.1 EIW7596561.1 85.2 1219 151 4 1 1219 1 1190 0.0 1551 MBP7948257.1 MBP7948257.1 100 382 0 0 1 382 1 382 2.50e-288 777 MBP7948257.1 MCC7351004.1 32.5 372 229 8 1 356 1 366 6.49e-56 186 MBQ2895174.1 MBQ2895174.1 100 497 0 0 1 497 1 497 0.0 984 MBQ2895174.1 WP_278084771.1 28.2 294 144 10 208 497 362 592 1.11e-14 75.1 MBQ2895174.1 OHA02323.1 25.8 279 144 7 228 497 162 386 1.05e-12 68.6 MBQ2895174.1 VAX76432.1 24.3 259 137 7 179 428 122 330 5.39e-11 63.2 KAJ2681556.1 KAJ2681556.1 100 452 0 0 1 452 1 452 8.68e-320 863 MCB0919686.1 MCB0919686.1 100 174 0 0 1 174 1 174 2.80e-122 340 MCB0919686.1 WP_209377953.1 35.3 150 85 5 10 157 3 142 1.02e-17 74.7 MBL0967454.1 MBL0967454.1 100 336 0 0 1 336 1 336 2.80e-239 649 MBL0967454.1 WP_254218450.1 53.9 330 152 0 1 330 184 513 2.86e-116 344 MBL0967454.1 EEJ0015338.1 39.6 331 188 4 5 326 98 425 4.62e-69 220 MBL0967454.1 AAL18389.1 30.5 348 219 8 1 327 10 355 4.94e-36 132 MBK6016805.1 MBK6016805.1 100 100 0 0 1 100 1 100 1.50e-59 176 HAT8492399.1 HAT8492399.1 100 368 0 0 1 368 1 368 9.33e-261 706 HAT8492399.1 PWC90347.1 37.9 359 216 4 14 366 19 376 4.99e-77 240 HAT8492399.1 WP_095648367.1 30.2 202 136 3 166 367 214 410 2.06e-24 102 WP_226831873.1 WP_226831873.1 100 532 0 0 1 532 1 532 4.57e-305 832 WP_145765032.1 WP_145765032.1 100 206 0 0 1 206 1 206 1.69e-150 414 EFN6096987.1 EFN6096987.1 100 101 0 0 1 101 1 101 1.27e-74 214 WP_245437884.1 WP_245437884.1 100 147 0 0 1 147 1 147 2.16e-106 298 MBP3694442.1 MBP3694442.1 100 405 0 0 1 405 1 405 7.19e-311 836 KKP93192.1 KKP93192.1 100 130 0 0 1 130 1 130 5.57e-85 242 KKP93192.1 MBR4471080.1 50.4 129 47 3 3 130 6 118 8.39e-31 105 KKP93192.1 TDM00308.1 45.3 128 54 1 2 129 3 114 3.32e-27 95.9 WP_031101924.1 WP_031101924.1 100 1206 0 0 1 1206 1 1206 0.0 2420 WP_150277740.1 WP_150277740.1 100 394 0 0 1 394 1 394 7.99e-282 762 WP_150277740.1 MCC2111968.1 49.0 388 186 4 7 390 23 402 2.64e-107 320 XP_005100439.2 XP_005100439.2 100 1098 0 0 1 1098 1 1098 0.0 1655 GER25411.1 GER25411.1 100 115 0 0 1 115 1 115 3.29e-79 226 XP_004697524.1 XP_004697524.1 100 333 0 0 1 333 1 333 1.30e-247 670 MBE6787267.1 MBE6787267.1 100 187 0 0 1 187 1 187 5.33e-131 363 MBE6787267.1 MCH2678216.1 36.0 175 102 6 1 172 1 168 8.64e-24 91.3 WP_057732191.1 WP_057732191.1 100 294 0 0 1 294 1 294 5.60e-202 551 WP_057732191.1 MBQ8156531.1 41.4 222 116 4 7 218 5 222 1.60e-43 148 WP_057732191.1 WP_253195963.1 37.3 169 104 1 26 194 31 197 1.91e-31 117 MCF6194916.1 MCF6194916.1 100 423 0 0 1 423 1 423 7.05e-318 855 WP_226866106.1 WP_226866106.1 100 463 0 0 1 463 1 463 7.99e-320 866 NGQ14502.1 NGQ14502.1 100 101 0 0 1 101 1 101 3.13e-66 192 MBQ7713804.1 MBQ7713804.1 100 60 0 0 1 60 1 60 1.19e-38 120 WP_079712214.1 WP_079712214.1 100 287 0 0 1 287 1 287 1.06e-207 565 KAI8478671.1 KAI8478671.1 100 106 0 0 1 106 1 106 1.83e-74 214 MBQ2559410.1 MBQ2559410.1 100 445 0 0 1 445 1 445 1.14e-316 854 WP_072851907.1 WP_072851907.1 100 88 0 0 1 88 1 88 1.09e-60 177 WP_211555180.1 WP_211555180.1 100 233 0 0 1 233 1 233 7.32e-163 447 WP_211555180.1 MWR41881.1 36.6 153 96 1 19 170 44 196 3.42e-26 100 WP_211555180.1 MCP5262709.1 31.9 210 130 7 19 216 21 229 1.51e-19 84.0 WP_211555180.1 WP_206363707.1 30.9 220 136 6 19 227 34 248 9.67e-17 75.5 WP_211555180.1 WP_276362074.1 26.5 215 141 2 15 214 16 228 1.52e-16 74.7 WP_211555180.1 MBQ9964693.1 33.7 181 96 4 17 197 15 171 2.39e-16 72.8 WP_211555180.1 WP_247749043.1 27.5 218 136 7 12 216 367 575 6.06e-16 74.7 WP_211555180.1 WP_192324556.1 30.3 218 126 8 19 214 33 246 6.13e-16 74.7 WP_211555180.1 WP_227059655.1 29.5 227 134 8 23 227 41 263 2.06e-15 73.2 WP_211555180.1 WP_150396769.1 27.7 206 139 3 15 214 36 237 8.67e-15 71.2 WP_211555180.1 WP_131166802.1 32.4 188 115 5 22 197 29 216 1.44e-14 70.1 WP_211555180.1 WAY96880.1 30.2 162 102 5 15 170 1 157 1.46e-14 68.2 WP_211555180.1 GLY24463.1 31.6 212 129 8 19 216 24 233 6.24e-14 68.2 WP_211555180.1 MCH4209672.1 30.8 201 105 7 34 225 413 588 1.53e-12 64.7 WP_211555180.1 WP_066083732.1 26.2 214 143 7 17 216 24 236 3.53e-12 63.2 WP_211555180.1 WP_107894076.1 25.6 211 145 6 18 216 24 234 6.26e-12 62.4 WP_211555180.1 WP_185334683.1 28.8 170 102 6 15 170 269 433 4.22e-10 57.4 WP_211555180.1 MBK8687530.1 34.6 136 76 5 34 164 3 130 5.94e-08 50.1 MCG0239154.1 MCG0239154.1 100 478 0 0 1 478 1 478 0.0 898 WP_249839557.1 WP_249839557.1 100 360 0 0 1 360 1 360 6.81e-259 701 MBI2200351.1 MBI2200351.1 100 189 0 0 1 189 1 189 5.10e-130 361 CAC5421833.1 CAC5421833.1 100 158 0 0 1 158 1 158 1.37e-112 314 MBI1418116.1 MBI1418116.1 100 380 0 0 1 380 1 380 1.12e-274 743 WP_236663175.1 WP_236663175.1 100 220 0 0 1 220 1 220 1.44e-158 436 WP_236663175.1 MCB1857105.1 38.8 206 102 4 7 210 4 187 1.80e-27 102 MBQ7152318.1 MBQ7152318.1 100 291 0 0 1 291 1 291 7.47e-210 571 WP_136470377.1 WP_136470377.1 100 301 0 0 1 301 1 301 2.38e-236 639 WP_002682757.1 WP_002682757.1 100 433 0 0 1 433 1 433 2.20e-317 855 XP_025486240.1 XP_025486240.1 100 975 0 0 1 975 1 975 0.0 1895 PAW68992.1 PAW68992.1 100 408 0 0 1 408 1 408 7.69e-303 816 PAW68992.1 WP_250015522.1 34.8 396 235 7 2 394 8 383 1.69e-60 199 PAW68992.1 WP_210167953.1 31.3 384 220 8 12 390 4 348 2.82e-40 145 PAW68992.1 WP_064802002.1 29.1 402 253 11 8 400 11 389 5.15e-33 126 MCL6479991.1 MCL6479991.1 100 346 0 0 1 346 1 346 1.13e-259 702 MCL6479991.1 MBP8613265.1 31.9 188 114 5 28 205 186 369 2.62e-18 84.0 MCL6479991.1 WP_010997757.1 25.2 147 95 6 24 163 358 496 6.68e-10 58.5 WP_250850661.1 WP_250850661.1 100 206 0 0 1 206 1 206 8.94e-137 379 WP_250850661.1 WP_069156513.1 27.6 145 99 4 8 150 4 144 1.53e-07 48.5 WP_250850661.1 WP_186723788.1 31.0 87 55 2 39 123 36 119 6.61e-05 40.8 WP_250850661.1 HBG17616.1 32.1 106 69 3 6 109 4 108 5.61e-04 38.5 WP_282139373.1 WP_282139373.1 100 288 0 0 1 288 1 288 1.82e-204 557 PYK96819.1 PYK96819.1 100 231 0 0 1 231 1 231 2.04e-168 461 PYK96819.1 WP_194543596.1 51.6 250 93 1 1 222 1 250 4.15e-84 249 PYK96819.1 MBQ6275073.1 48.9 225 110 2 1 220 1 225 4.97e-69 216 WP_266179881.1 WP_266179881.1 100 345 0 0 1 345 1 345 1.73e-258 699 WP_266179881.1 WP_223413240.1 84.1 345 55 0 1 345 1 345 3.79e-221 604 WP_266179881.1 WP_138125503.1 43.8 338 181 6 3 335 2 335 2.09e-89 270 WP_266179881.1 WP_069697901.1 44.7 340 176 7 3 335 2 336 2.23e-88 267 WP_266179881.1 EFX2174330.1 35.5 321 200 3 3 320 5 321 1.95e-57 187 WP_266179881.1 RYY73542.1 33.3 87 56 1 66 150 79 165 6.38e-06 45.8 WP_266179881.1 CDE36962.1 31.3 64 44 0 34 97 38 101 2.56e-04 40.8 XP_033980738.1 XP_033980738.1 100 652 0 0 1 652 1 652 0.0 1052 WP_028330468.1 WP_028330468.1 100 100 0 0 1 100 1 100 4.14e-66 192 GGT63801.1 GGT63801.1 100 687 0 0 1 687 1 687 0.0 1172 GGT63801.1 WP_230519716.1 77.4 337 76 0 345 681 243 579 5.26e-182 528 GGT63801.1 MBQ3380675.1 45.3 258 128 3 428 680 1 250 8.14e-69 224 WP_048428121.1 WP_048428121.1 100 173 0 0 1 173 1 173 7.17e-129 357 WP_157749445.1 WP_157749445.1 100 1808 0 0 1 1808 1 1808 0.0 3569 KAF9450340.1 KAF9450340.1 100 312 0 0 1 312 1 312 8.84e-224 608 RHI25825.1 RHI25825.1 100 64 0 0 1 64 1 64 2.99e-45 137 PYO04262.1 PYO04262.1 100 497 0 0 1 497 1 497 0.0 985 MZQ82908.1 MZQ82908.1 100 280 0 0 1 280 1 280 1.87e-193 529 WP_278416415.1 WP_278416415.1 100 638 0 0 1 638 1 638 0.0 1277 WP_278416415.1 WP_038580218.1 40.4 666 363 9 4 635 10 675 1.39e-154 459 WP_278416415.1 MBP8718427.1 25.2 159 101 6 322 476 14 158 1.29e-06 48.5 MCP5940157.1 MCP5940157.1 100 80 0 0 1 80 1 80 1.84e-53 159 WP_046233091.1 WP_046233091.1 100 127 0 0 1 127 1 127 6.85e-89 252 WP_099711966.1 WP_099711966.1 100 366 0 0 1 366 1 366 2.42e-271 733 WP_228364598.1 WP_228364598.1 100 141 0 0 1 141 1 141 2.47e-100 282 KAF3190632.1 KAF3190632.1 100 128 0 0 1 128 1 128 7.97e-93 262 GAP55147.1 GAP55147.1 100 84 0 0 1 84 1 84 1.06e-65 190 GAP55147.1 VJO49958.1 53.0 66 31 0 8 73 3 68 1.17e-22 88.2 WP_117920451.1 WP_117920451.1 100 621 0 0 1 621 1 621 0.0 1213 WP_117920451.1 KKT55671.1 39.4 563 321 9 21 575 28 578 2.22e-128 389 WP_117920451.1 WP_086280341.1 38.1 543 308 14 21 560 17 534 2.14e-102 321 WP_117920451.1 MCJ7594907.1 55.2 250 109 2 370 616 1 250 2.15e-84 263 URN93064.1 URN93064.1 100 249 0 0 1 249 1 249 9.33e-183 499 XP_048379117.1 XP_048379117.1 100 568 0 0 1 568 1 568 0.0 1140 XP_048379117.1 KAG1590416.1 44.0 300 163 3 252 551 75 369 2.77e-82 261 XP_048379117.1 RQM16216.1 37.6 295 174 7 257 547 403 691 3.81e-54 194 XP_048379117.1 XP_029528577.1 34.9 295 186 5 255 547 28 318 1.61e-52 181 XP_048379117.1 EYU24504.1 33.0 333 163 7 250 546 179 487 2.69e-45 167 XP_048379117.1 XP_030620685.1 33.9 271 153 8 257 515 96 352 2.46e-34 133 XP_048379117.1 XP_046441060.1 33.5 260 163 5 257 515 61 311 3.18e-34 136 XP_048379117.1 XP_020321477.1 32.7 263 163 6 256 515 52 303 3.75e-34 136 XP_048379117.1 XP_048216280.1 31.1 280 170 8 261 525 24 295 2.17e-31 124 XP_048379117.1 KAH6984898.1 25.8 295 166 6 257 500 24 316 2.93e-22 99.8 XP_048379117.1 MBF1128433.1 29.3 157 105 2 318 470 70 224 1.57e-13 71.6 XP_048379117.1 MBD2210269.1 38.6 83 46 3 377 454 145 227 4.09e-09 57.4 XP_048379117.1 WP_106546380.1 36.8 87 50 3 377 458 146 232 9.30e-09 56.2 WP_215829554.1 WP_215829554.1 100 166 0 0 1 166 1 166 4.03e-118 329 HIS66173.1 HIS66173.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_068579097.1 WP_068579097.1 100 294 0 0 1 294 1 294 7.21e-214 582 WP_138524404.1 WP_138524404.1 100 246 0 0 1 246 1 246 4.74e-170 467 WP_207040866.1 WP_207040866.1 100 839 0 0 1 839 1 839 0.0 1566 XP_023744527.1 XP_023744527.1 100 192 0 0 1 192 1 192 1.52e-137 380 WP_149746544.1 WP_149746544.1 100 208 0 0 1 208 1 208 2.71e-157 431 WP_149746544.1 MBU4432787.1 37.0 211 116 5 6 206 10 213 1.85e-39 133 XP_031942702.1 XP_031942702.1 100 491 0 0 1 491 1 491 0.0 891 XP_031942702.1 KAF8917914.1 36.8 288 138 9 25 297 31 289 1.89e-53 184 WP_231208164.1 WP_231208164.1 100 181 0 0 1 181 1 181 4.69e-97 277 MCF8184263.1 MCF8184263.1 100 68 0 0 1 68 1 68 1.98e-36 115 OGK67013.1 OGK67013.1 100 85 0 0 1 85 1 85 1.71e-58 172 MCB9002045.1 MCB9002045.1 100 1145 0 0 1 1145 1 1145 0.0 2263 KAG5628805.1 KAG5628805.1 100 421 0 0 1 421 1 421 5.01e-301 813 WP_075347218.1 WP_075347218.1 100 148 0 0 1 148 1 148 1.16e-106 298 WP_075347218.1 WP_108719223.1 61.7 141 54 0 5 145 3 143 1.29e-57 174 HAV5500596.1 HAV5500596.1 100 477 0 0 1 477 1 477 0.0 933 HAV5500596.1 WP_034002239.1 30.0 403 265 4 22 410 27 426 5.23e-55 189 HAV5500596.1 WP_187788315.1 32.2 369 232 7 31 397 15 367 9.14e-42 152 WP_197903834.1 WP_197903834.1 100 220 0 0 1 220 1 220 1.50e-160 441 MBV8349295.1 MBV8349295.1 100 367 0 0 1 367 1 367 2.34e-274 741 MBV8349295.1 WP_278266677.1 40.0 335 185 4 33 367 19 337 8.52e-75 237 EBY9237686.1 EBY9237686.1 100 282 0 0 1 282 1 282 1.29e-210 572 MBR7834804.1 MBR7834804.1 100 262 0 0 1 262 1 262 1.35e-177 487 MBR7834804.1 WP_276362074.1 38.3 256 138 3 17 255 4 256 5.44e-42 142 MBR7834804.1 WP_279984614.1 30.2 235 156 1 16 242 8 242 6.87e-21 87.4 MBR7834804.1 CDZ73727.1 29.7 185 113 4 17 198 1 171 2.62e-09 54.7 MBR7834804.1 WP_125260587.1 34.4 90 49 3 158 238 836 924 1.13e-05 44.7 WP_000877275.1 WP_000877275.1 100 529 0 0 1 529 1 529 0.0 1046 WP_000877275.1 RDE30147.1 29.7 232 142 3 293 519 264 479 4.29e-25 106 MBA8802464.1 MBA8802464.1 100 203 0 0 1 203 1 203 3.24e-133 370 RPH43036.1 RPH43036.1 100 174 0 0 1 174 1 174 9.27e-112 313 PKL50735.1 PKL50735.1 100 1078 0 0 1 1078 1 1078 0.0 2067 PKL50735.1 MBF0233644.1 28.8 617 361 16 469 1062 172 733 3.11e-57 210 PKL50735.1 WP_211114623.1 26.2 546 353 13 535 1062 278 791 2.22e-43 168 PKL50735.1 WP_138482356.1 24.7 409 257 11 680 1063 401 783 8.83e-24 106 PKL50735.1 WP_074911472.1 29.4 221 133 6 862 1062 949 1166 5.52e-18 88.2 PKL50735.1 MBP1530348.1 34.2 114 72 2 949 1062 2 112 2.71e-12 65.9 PKL50735.1 WP_069156513.1 28.2 124 81 4 947 1067 1 119 2.38e-09 57.4 PKL50735.1 EJF06804.1 28.0 125 88 1 950 1072 2 126 2.80e-09 58.2 PKL50735.1 MBQ5584458.1 28.8 118 79 4 951 1067 4 117 1.08e-07 52.4 PKL50735.1 WP_256212307.1 23.2 177 116 3 737 913 13 169 3.25e-05 44.3 ECJ9372216.1 ECJ9372216.1 100 994 0 0 1 994 1 994 0.0 2023 ECJ9372216.1 GGB39876.1 56.0 979 427 4 1 977 1 977 0.0 1118 ECJ9372216.1 WP_222637261.1 55.3 971 426 5 7 971 7 975 0.0 1109 MCB9044857.1 MCB9044857.1 100 404 0 0 1 404 1 404 7.99e-303 816 MCB9044857.1 WP_196434573.1 26.5 200 135 5 195 386 149 344 3.79e-11 62.4 CAD1480611.1 CAD1480611.1 100 254 0 0 1 254 1 254 2.32e-199 541 UXX67934.1 UXX67934.1 100 7093 0 0 1 7093 1 7093 0.0 14003 UXX67934.1 UZO53924.1 99.0 7093 74 0 1 7093 1 7093 0.0 13992 UXX67934.1 UVB16817.1 99.0 7093 73 0 1 7093 1 7093 0.0 13992 UXX67934.1 URQ55824.1 99.0 7093 74 0 1 7093 1 7093 0.0 13992 UXX67934.1 QVD87869.1 98.8 7093 87 0 1 7093 1 7093 0.0 13964 UXX67934.1 QWC83326.1 98.8 7096 84 1 1 7093 1 7096 0.0 13963 UXX67934.1 UMF87224.1 98.5 7093 107 1 1 7093 1 7092 0.0 13958 UXX67934.1 WEU87158.1 98.7 7096 86 1 1 7093 1 7096 0.0 13958 UXX67934.1 QSZ25555.1 98.7 7096 88 1 1 7093 1 7096 0.0 13957 UXX67934.1 UBP50947.1 98.7 7096 89 1 1 7093 1 7096 0.0 13951 UXX67934.1 UBD95131.1 98.7 7096 91 1 1 7093 1 7096 0.0 13946 UXX67934.1 UEC52718.1 98.6 7096 94 1 1 7093 1 7096 0.0 13939 UXX67934.1 UIR12670.1 98.4 7093 111 1 1 7093 1 7092 0.0 13902 UXX67934.1 QZU16279.1 98.3 7096 115 1 1 7093 1 7096 0.0 13889 UXX67934.1 UPA83906.1 98.2 7093 128 1 1 7093 1 7092 0.0 13861 UXX67934.1 UBR86455.1 97.9 7095 149 1 2 7093 1 7095 0.0 13809 UXX67934.1 UCP72061.1 97.6 7096 166 1 1 7093 1 7096 0.0 13768 UXX67934.1 UCP77012.1 97.6 7096 167 1 1 7093 1 7096 0.0 13768 UXX67934.1 WHE12941.1 97.4 7067 186 0 27 7093 1 7067 0.0 13678 UXX67934.1 UKN67998.1 97.3 7073 190 1 21 7093 1 7072 0.0 13672 UXX67934.1 UGA79226.1 96.5 7096 243 1 1 7093 1 7096 0.0 13591 UXX67934.1 UAQ80067.1 96.1 7096 276 1 1 7093 1 7096 0.0 13503 UXX67934.1 UVI10561.1 95.5 7066 318 0 28 7093 1 7066 0.0 13364 UXX67934.1 UJT06733.1 95.3 7093 333 1 1 7093 1 7092 0.0 13353 UXX67934.1 UOU30556.1 93.9 7093 433 0 1 7093 1 7093 0.0 13123 MBR4318777.1 MBR4318777.1 100 118 0 0 1 118 1 118 4.52e-58 173 WP_189253472.1 WP_189253472.1 100 320 0 0 1 320 1 320 5.36e-229 622 XP_001964912.1 XP_001964912.1 100 199 0 0 1 199 1 199 2.82e-141 390 WP_006895514.1 WP_006895514.1 100 280 0 0 1 280 1 280 8.74e-208 565 XP_047161348.1 XP_047161348.1 100 337 0 0 1 337 1 337 1.54e-257 696 GFZ13182.1 GFZ13182.1 100 392 0 0 1 392 1 392 3.03e-285 770 MCD4741867.1 MCD4741867.1 100 325 0 0 1 325 1 325 8.60e-233 632 WP_012105291.1 WP_012105291.1 100 106 0 0 1 106 1 106 9.46e-68 197 WP_151428268.1 WP_151428268.1 100 111 0 0 1 111 1 111 3.22e-75 216 MBG4742902.1 MBG4742902.1 100 239 0 0 1 239 1 239 2.74e-145 404 WP_199425576.1 WP_199425576.1 100 271 0 0 1 271 1 271 4.13e-197 537 WP_199425576.1 WP_263858211.1 37.8 246 149 4 21 265 15 257 1.42e-42 144 WP_199425576.1 QQO85492.1 31.4 245 152 6 20 258 14 248 5.74e-22 90.5 WP_199425576.1 WP_279838136.1 33.3 105 66 3 17 120 29 130 6.79e-13 65.5 KAA0555231.1 KAA0555231.1 100 630 0 0 1 630 1 630 0.0 1069 KAA0555231.1 WP_098923619.1 33.5 427 269 8 207 630 3 417 9.31e-65 217 KAA0555231.1 OFZ89526.1 31.6 437 266 7 207 630 4 420 1.78e-43 159 KAA0555231.1 KAJ4394429.1 28.6 465 278 13 206 630 62 512 4.40e-42 157 KAA0555231.1 NDI25889.1 34.0 291 179 5 339 624 1 283 1.05e-41 151 KAA0555231.1 WP_262612393.1 31.4 306 197 6 327 630 129 423 5.53e-38 144 KAA0555231.1 MBT3887354.1 31.6 310 185 6 333 630 25 319 1.14e-37 140 KAA0555231.1 WP_033456074.1 32.0 303 189 6 329 630 8 294 5.82e-37 138 WP_250703775.1 WP_250703775.1 100 417 0 0 1 417 1 417 2.31e-304 821 WP_250703775.1 WP_135952734.1 23.7 427 264 14 7 390 7 414 8.42e-18 83.2 WP_190024728.1 WP_190024728.1 100 94 0 0 1 94 1 94 5.64e-50 151 EJH9475741.1 EJH9475741.1 100 777 0 0 1 777 1 777 0.0 1604 EJH9475741.1 WP_184698676.1 39.3 779 437 16 13 775 8 766 2.86e-172 513 EJH9475741.1 WP_220281278.1 32.9 757 414 29 46 760 109 813 1.35e-93 308 EJH9475741.1 HCH8663031.1 30.7 758 421 26 48 760 110 808 7.55e-80 271 EJH9475741.1 HAL7851047.1 30.6 670 394 21 126 760 13 646 1.02e-72 248 EJH9475741.1 WP_014942931.1 24.4 680 426 28 76 717 103 732 5.82e-25 109 ACE85434.1 ACE85434.1 100 154 0 0 1 154 1 154 8.34e-112 312 ACE85434.1 HIP46790.1 35.5 141 89 2 9 148 1 140 1.31e-26 97.1 ACE85434.1 EBL5661155.1 27.4 73 53 0 76 148 2 74 5.48e-06 41.2 HAF83917.1 HAF83917.1 100 133 0 0 1 133 1 133 8.48e-95 267 WP_058354136.1 WP_058354136.1 100 192 0 0 1 192 1 192 3.33e-141 389 MCH2591601.1 MCH2591601.1 100 245 0 0 1 245 1 245 3.36e-174 477 MCH2591601.1 HHY51372.1 45.7 230 125 0 16 245 19 248 5.61e-71 216 MCH2591601.1 WP_016340583.1 41.7 230 127 2 17 245 6 229 2.14e-55 176 EJV3581946.1 EJV3581946.1 100 123 0 0 1 123 1 123 1.07e-90 256 WP_160893107.1 WP_160893107.1 100 92 0 0 1 92 1 92 6.15e-62 181 WP_058051508.1 WP_058051508.1 100 361 0 0 1 361 1 361 4.28e-242 659 WP_058051508.1 MBE6257848.1 40.7 327 181 4 1 318 2 324 8.44e-66 209 WP_058051508.1 WP_224911464.1 41.7 319 169 6 10 313 11 327 4.83e-53 177 WP_058051508.1 XP_046509038.1 41.0 78 43 1 178 252 930 1007 1.27e-09 58.2 WP_090991509.1 WP_090991509.1 100 114 0 0 1 114 1 114 2.23e-81 232 UDH58358.1 UDH58358.1 100 664 0 0 1 664 1 664 0.0 1307 UDH58358.1 GIR47037.1 43.8 642 332 8 5 631 5 632 4.03e-161 476 UDH58358.1 WP_251758029.1 37.2 581 331 10 1 567 4 564 2.00e-105 332 UDH58358.1 MBK3574312.1 33.8 482 290 12 4 470 9 476 1.32e-63 221 UDH58358.1 YP_009351723.1 38.0 361 207 5 76 436 17 360 2.57e-56 198 UDH58358.1 MBT3784852.1 27.7 188 121 5 224 406 187 364 7.43e-12 66.6 WP_192533765.1 WP_192533765.1 100 222 0 0 1 222 1 222 1.04e-152 421 MBR5151349.1 MBR5151349.1 100 99 0 0 1 99 1 99 3.84e-66 192 UHM53165.1 UHM53165.1 100 4405 0 0 1 4405 1 4405 0.0 8653 UHM53165.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8641 UHM53165.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8639 UHM53165.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UHM53165.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8636 UHM53165.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8636 UHM53165.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 UHM53165.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8628 UHM53165.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8625 UHM53165.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8624 UHM53165.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8623 UHM53165.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8620 UHM53165.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8618 UHM53165.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8615 UHM53165.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8614 UHM53165.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8609 UHM53165.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8609 UHM53165.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8609 UHM53165.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8608 UHM53165.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8607 UHM53165.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8605 UHM53165.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8605 UHM53165.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UHM53165.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8602 UHM53165.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8601 WP_007747506.1 WP_007747506.1 100 544 0 0 1 544 1 544 0.0 1112 WP_007747506.1 WP_149886053.1 27.0 570 333 24 1 544 1 513 8.54e-29 118 MBN4480386.1 MBN4480386.1 100 19 0 0 1 19 1 19 2.00e-10 46.2 WP_073952834.1 WP_073952834.1 100 521 0 0 1 521 1 521 0.0 948 WP_247749043.1 WP_247749043.1 100 603 0 0 1 603 1 603 0.0 1149 WP_247749043.1 WP_060613079.1 40.0 245 143 2 354 598 339 579 1.97e-50 182 WP_247749043.1 WP_011512097.1 35.0 331 206 5 269 598 258 580 1.14e-49 180 WP_247749043.1 WP_195238978.1 34.1 249 158 4 350 598 478 720 1.35e-36 144 WP_247749043.1 MBQ8297564.1 32.0 250 163 4 354 601 328 572 1.27e-35 139 WP_247749043.1 NFD84694.1 29.0 324 207 7 282 594 443 754 4.99e-35 139 WP_247749043.1 KAI9191373.1 32.1 249 143 4 353 600 391 614 6.32e-33 133 WP_247749043.1 WAY96880.1 36.0 197 119 3 374 570 5 194 5.52e-32 120 WP_247749043.1 WP_038440434.1 31.1 238 157 3 361 598 339 569 8.71e-29 119 WP_247749043.1 OAN53756.1 31.8 220 128 7 373 579 26 236 6.81e-24 99.8 WP_247749043.1 WP_278489123.1 31.3 224 139 5 369 587 23 236 1.68e-22 96.3 WP_247749043.1 KAJ2660037.1 26.4 246 174 3 352 596 1804 2043 2.13e-22 100 WP_247749043.1 WP_098952357.1 31.0 213 136 5 373 579 30 237 2.15e-20 90.9 WP_247749043.1 WP_229319113.1 29.0 210 142 3 377 586 351 553 9.80e-20 91.3 WP_247749043.1 MXP43753.1 29.5 210 126 7 388 584 44 244 2.22e-19 86.7 WP_247749043.1 WP_192324556.1 32.1 218 131 6 371 579 342 551 2.66e-19 90.1 WP_247749043.1 WP_089246429.1 31.3 230 133 8 373 588 19 237 6.00e-19 88.6 WP_247749043.1 WP_029347391.1 31.2 218 129 7 371 576 18 226 1.63e-18 84.0 WP_247749043.1 WP_192500494.1 31.4 210 127 6 371 577 15 210 1.54e-17 82.0 WP_247749043.1 NNE23115.1 29.5 224 139 7 368 587 15 223 3.79e-17 81.6 WP_247749043.1 WP_227059655.1 29.5 237 136 7 369 585 331 556 1.27e-16 81.6 WP_247749043.1 WP_041481207.1 27.0 222 152 5 351 570 331 544 5.79e-16 79.3 WP_247749043.1 WP_152652784.1 25.2 218 150 6 370 585 17 223 1.89e-15 75.9 WP_247749043.1 WP_211555180.1 27.2 224 141 7 361 575 6 216 2.87e-15 73.9 WP_247749043.1 WP_150396769.1 29.8 218 133 8 371 579 37 243 3.86e-15 76.6 WP_131001993.1 WP_131001993.1 100 322 0 0 1 322 1 322 4.63e-215 587 WP_131001993.1 MCL2039304.1 33.6 268 158 5 40 292 36 298 1.83e-37 134 WP_131001993.1 MBE6139600.1 26.4 284 195 6 11 287 463 739 4.94e-25 103 WP_131001993.1 SCX00186.1 28.1 185 122 4 117 291 143 326 2.09e-14 71.2 MBQ2865526.1 MBQ2865526.1 100 184 0 0 1 184 1 184 1.27e-132 367 CCZ48101.1 CCZ48101.1 100 344 0 0 1 344 1 344 4.05e-252 682 WP_088644037.1 WP_088644037.1 100 467 0 0 1 467 1 467 0.0 869 WP_088644037.1 WP_129857883.1 28.8 351 219 8 77 412 60 394 1.99e-16 79.3 WP_088644037.1 MBO8233644.1 23.5 230 143 8 210 422 159 372 3.42e-06 47.4 WP_088644037.1 MBR6403893.1 22.7 273 174 8 169 424 163 415 2.45e-04 41.6 KAI8569196.1 KAI8569196.1 100 274 0 0 1 274 1 274 1.11e-207 564 KAI8569196.1 TEA36026.1 55.0 258 109 4 12 267 69 321 9.86e-97 286 RLB66027.1 RLB66027.1 100 526 0 0 1 526 1 526 0.0 1055 RLB66027.1 WP_167959909.1 29.4 507 325 9 34 513 35 535 5.87e-54 189 RLB66027.1 NDJ88951.1 29.1 537 333 19 1 505 3 523 1.04e-40 152 RLB66027.1 WP_112119927.1 24.7 493 309 15 34 516 28 468 6.51e-35 135 RLB66027.1 WP_254101325.1 24.1 547 372 18 4 513 76 616 3.75e-24 104 RLB66027.1 WP_200941876.1 24.9 469 265 17 33 433 75 524 7.42e-13 69.3 RLB66027.1 PYB13830.1 23.1 281 190 6 170 442 3336 3598 6.56e-10 60.5 RLB66027.1 MCC5948066.1 22.3 521 329 22 1 474 91 582 5.02e-05 44.3 WP_030245666.1 WP_030245666.1 100 182 0 0 1 182 1 182 1.21e-120 337 NCY12679.1 NCY12679.1 100 376 0 0 1 376 1 376 1.39e-266 722 WP_277588386.1 WP_277588386.1 100 741 0 0 1 741 1 741 0.0 1491 WP_191131110.1 WP_191131110.1 100 372 0 0 1 372 1 372 7.88e-255 692 WP_191131110.1 WP_232306300.1 27.1 277 151 12 104 358 833 1080 1.36e-08 55.1 WP_191131110.1 WP_261802249.1 32.0 103 68 1 255 357 269 369 7.43e-07 48.9 XP_031903815.1 XP_031903815.1 100 268 0 0 1 268 1 268 2.05e-200 545 WP_230340254.1 WP_230340254.1 100 286 0 0 1 286 1 286 1.21e-192 527 WP_234278623.1 WP_234278623.1 100 337 0 0 1 337 1 337 5.15e-256 692 MCH9811988.1 MCH9811988.1 100 488 0 0 1 488 1 488 0.0 978 WP_097346712.1 WP_097346712.1 100 660 0 0 1 660 1 660 0.0 1234 WP_097346712.1 WP_158131988.1 65.8 657 223 2 4 658 2 658 7.76e-300 830 WP_097346712.1 AGL88086.1 31.2 269 171 5 390 658 29 283 7.47e-31 120 WP_097346712.1 AHK46784.1 31.7 284 174 5 390 657 40 319 1.43e-30 120 WP_097346712.1 EIU6828535.1 28.5 312 219 1 350 657 8 319 7.89e-29 115 WP_097346712.1 EAP5059555.1 30.2 278 181 7 390 658 82 355 4.59e-26 108 WP_097346712.1 PPR79666.1 28.0 268 191 2 390 655 64 331 8.20e-26 107 WP_097346712.1 WP_249991478.1 29.9 274 177 9 390 655 58 324 2.35e-25 105 MCB9527501.1 MCB9527501.1 100 159 0 0 1 159 1 159 9.19e-109 309 MCB9527501.1 SED04027.1 42.2 161 89 1 2 158 3 163 1.57e-34 120 MCB9527501.1 WP_195473821.1 39.9 143 82 1 11 149 31 173 9.48e-28 102 QQE66073.1 QQE66073.1 100 85 0 0 1 85 1 85 1.10e-63 185 WP_123608797.1 WP_123608797.1 100 264 0 0 1 264 1 264 1.81e-192 525 WP_161258623.1 WP_161258623.1 100 575 0 0 1 575 1 575 0.0 1123 WP_161258623.1 WP_255187010.1 47.1 227 114 3 301 523 150 374 4.84e-50 181 WP_161258623.1 WP_195397250.1 44.5 227 119 3 303 524 164 388 1.09e-46 171 WP_161258623.1 MBQ2017527.1 42.2 109 62 1 301 409 141 248 4.84e-20 88.2 WP_161258623.1 RCI04718.1 37.1 105 66 0 302 406 260 364 2.73e-18 85.1 OAD54734.1 OAD54734.1 100 619 0 0 1 619 1 619 0.0 1271 PIW09420.1 PIW09420.1 100 462 0 0 1 462 1 462 0.0 925 KKU20154.1 KKU20154.1 100 147 0 0 1 147 1 147 7.45e-89 253 MCF7871960.1 MCF7871960.1 100 191 0 0 1 191 1 191 1.11e-134 373 MCF7871960.1 KAF4306879.1 39.2 166 99 2 18 182 76 240 1.96e-35 123 WP_230693348.1 WP_230693348.1 100 108 0 0 1 108 1 108 1.89e-77 221 WP_230693348.1 OYU97658.1 63.9 108 39 0 1 108 1 108 1.52e-49 151 WP_238874073.1 WP_238874073.1 100 353 0 0 1 353 1 353 2.34e-251 681 WP_238874073.1 WP_098515742.1 44.9 49 27 0 15 63 1 49 3.84e-04 40.0 XP_014030939.2 XP_014030939.2 100 2004 0 0 1 2004 1 2004 0.0 3801 XP_014030939.2 XP_022242849.1 25.0 348 190 11 791 1073 556 897 1.06e-15 81.6 MBN8497621.1 MBN8497621.1 100 267 0 0 1 267 1 267 3.64e-189 517 HBR1243745.1 HBR1243745.1 100 548 0 0 1 548 1 548 0.0 1098 HBR1243745.1 WP_064060986.1 35.6 455 253 12 23 455 6 442 2.26e-63 216 UFM00670.1 UFM00670.1 100 4405 0 0 1 4405 1 4405 0.0 8656 UFM00670.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8641 UFM00670.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8640 UFM00670.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UFM00670.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UFM00670.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UFM00670.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 UFM00670.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8630 UFM00670.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8627 UFM00670.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8626 UFM00670.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8625 UFM00670.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8622 UFM00670.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8620 UFM00670.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8617 UFM00670.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8616 UFM00670.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8611 UFM00670.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8611 UFM00670.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8611 UFM00670.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8609 UFM00670.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8609 UFM00670.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8607 UFM00670.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8607 UFM00670.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8606 UFM00670.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UFM00670.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8603 ONC03263.1 ONC03263.1 100 35 0 0 1 35 1 35 3.44e-21 74.3 VHX55998.1 VHX55998.1 100 46 0 0 1 46 1 46 1.31e-27 91.3 WP_189355971.1 WP_189355971.1 100 492 0 0 1 492 1 492 0.0 940 NWW81056.1 NWW81056.1 100 79 0 0 1 79 1 79 1.03e-54 162 WP_173213591.1 WP_173213591.1 100 289 0 0 1 289 1 289 1.83e-209 570 WP_232180661.1 WP_232180661.1 100 558 0 0 1 558 1 558 0.0 1043 WP_232180661.1 WP_122013538.1 33.5 573 361 7 1 558 1 568 9.58e-82 265 WP_232180661.1 WP_070188258.1 26.4 584 390 9 1 551 1 577 2.08e-47 172 TVP67793.1 TVP67793.1 100 404 0 0 1 404 1 404 6.11e-307 826 TVP67793.1 WP_224014827.1 40.1 387 227 4 16 401 6 388 3.36e-94 286 TVP67793.1 WP_130670507.1 40.4 384 219 5 21 401 15 391 5.55e-88 270 TVP67793.1 WP_271272236.1 40.2 381 223 5 21 399 5 382 7.30e-86 265 TVP67793.1 MCB0793211.1 37.9 377 232 2 23 398 12 387 5.90e-82 255 TVP67793.1 EMD83093.1 34.9 387 221 10 35 392 50 434 2.75e-63 208 WP_065881511.1 WP_065881511.1 100 302 0 0 1 302 1 302 3.16e-212 578 WP_274285032.1 WP_274285032.1 100 474 0 0 1 474 1 474 7.04e-319 862 WP_274285032.1 WP_138289979.1 49.1 466 231 1 15 474 3 468 5.64e-146 429 NDH21517.1 NDH21517.1 100 257 0 0 1 257 1 257 4.76e-180 493 NDH21517.1 MBC2704089.1 39.0 213 129 1 45 257 560 771 1.75e-43 155 NDH21517.1 MBD8893743.1 36.0 186 111 3 58 237 457 640 5.96e-26 104 PTB82517.1 PTB82517.1 100 192 0 0 1 192 1 192 2.35e-141 390 KAA0114277.1 KAA0114277.1 100 922 0 0 1 922 1 922 0.0 1666 KAA0114277.1 MBE6688122.1 47.3 907 432 12 35 916 4 889 2.77e-245 710 KAA0114277.1 WP_278631399.1 38.0 895 498 16 35 914 4 856 3.94e-166 505 KAA0114277.1 WP_235126772.1 35.1 884 521 18 52 909 16 872 7.91e-136 426 KAA0114277.1 XP_009147075.2 33.8 1007 519 23 50 913 134 1135 1.04e-135 433 KAA0114277.1 MBE5737882.1 32.5 914 547 19 34 920 3 873 4.09e-111 361 KAA0114277.1 KAF5671546.1 34.7 554 306 11 297 795 452 1004 9.90e-74 263 KAA0114277.1 WP_049009918.1 28.8 718 468 11 42 748 57 742 4.59e-73 257 KAA0114277.1 WP_019100427.1 27.5 742 476 15 38 748 36 746 2.69e-64 232 KAA0114277.1 KAJ6994162.1 29.2 723 440 17 40 748 22 686 3.60e-64 232 KAA0114277.1 MBY0273331.1 28.2 553 318 18 216 760 156 637 1.03e-36 147 KAA0114277.1 WP_074319120.1 32.0 178 90 3 544 721 562 708 3.26e-16 81.6 KAA0114277.1 MBI6149093.1 25.3 300 197 6 111 401 236 517 1.46e-11 66.6 KAA0114277.1 HCT06136.1 23.9 238 166 4 133 369 237 460 1.43e-04 43.9 WP_280691874.1 WP_280691874.1 100 285 0 0 1 285 1 285 3.47e-221 599 ETO00561.1 ETO00561.1 100 173 0 0 1 173 1 173 2.49e-55 171 WP_248222673.1 WP_248222673.1 100 498 0 0 1 498 1 498 0.0 968 WP_105466370.1 WP_105466370.1 100 92 0 0 1 92 1 92 4.66e-66 191 KIY45866.1 KIY45866.1 100 280 0 0 1 280 1 280 1.35e-211 575 MBJ6738874.1 MBJ6738874.1 100 146 0 0 1 146 1 146 6.70e-96 271 PJQ02245.1 PJQ02245.1 100 650 0 0 1 650 1 650 0.0 1291 PJQ02245.1 EAL1671435.1 69.4 408 119 3 243 650 1 402 4.92e-194 550 PJQ02245.1 EJA9392162.1 88.4 267 31 0 209 475 1 267 1.64e-174 495 PJQ02245.1 EFS8130303.1 34.6 442 269 10 47 481 36 464 4.91e-67 225 PJQ02245.1 ECP6736894.1 31.5 314 202 6 47 357 38 341 4.82e-42 154 PJQ02245.1 EJO8252676.1 61.2 121 43 2 474 594 1 117 3.28e-39 138 PJQ02245.1 WP_181244664.1 36.5 85 53 1 229 313 185 268 1.48e-05 45.8 WP_072932559.1 WP_072932559.1 100 736 0 0 1 736 1 736 0.0 1433 WP_182072700.1 WP_182072700.1 100 261 0 0 1 261 1 261 3.39e-191 521 MCG7868091.1 MCG7868091.1 100 513 0 0 1 513 1 513 0.0 936 MCL2931045.1 MCL2931045.1 100 72 0 0 1 72 1 72 3.96e-49 147 UKI46111.1 UKI46111.1 100 283 0 0 1 283 1 283 9.59e-147 411 MCR5635645.1 MCR5635645.1 100 284 0 0 1 284 1 284 6.84e-182 500 WP_061905238.1 WP_061905238.1 100 622 0 0 1 622 1 622 0.0 1167 WP_061905238.1 HBY86896.1 60.5 367 139 2 1 362 1 366 2.76e-140 411 WP_061905238.1 WP_134885491.1 30.9 570 341 10 20 564 6 547 4.95e-70 235 WP_152835594.1 WP_152835594.1 100 218 0 0 1 218 1 218 1.13e-154 426 BAY23582.1 BAY23582.1 100 457 0 0 1 457 1 457 0.0 884 BAY23582.1 WP_066841281.1 55.3 416 167 4 34 444 1 402 2.08e-149 429 BAY23582.1 WP_271116088.1 47.6 429 173 7 34 444 1 395 3.50e-120 355 BAY23582.1 MCU0947041.1 46.9 429 187 12 34 444 1 406 3.27e-107 322 WP_218685492.1 WP_218685492.1 100 515 0 0 1 515 1 515 0.0 1065 KAE8354616.1 KAE8354616.1 100 1188 0 0 1 1188 1 1188 0.0 2135 RRJ17109.1 RRJ17109.1 100 206 0 0 1 206 1 206 3.05e-153 421 WP_189232804.1 WP_189232804.1 100 271 0 0 1 271 1 271 2.06e-206 561 WP_156009076.1 WP_156009076.1 100 1209 0 0 1 1209 1 1209 0.0 2419 WP_156009076.1 WP_070770047.1 63.2 1192 429 5 1 1189 1 1185 0.0 1513 WP_156009076.1 WP_012573472.1 49.7 1176 569 11 8 1173 14 1176 0.0 1118 WP_156009076.1 NJD91181.1 42.7 1116 615 10 84 1183 2 1109 2.39e-303 877 WP_156009076.1 MBE6348968.1 40.5 686 385 11 498 1173 10 682 2.83e-165 505 XP_030718790.1 XP_030718790.1 100 238 0 0 1 238 1 238 1.89e-181 495 WP_153276888.1 WP_153276888.1 100 130 0 0 1 130 1 130 1.87e-92 261 WP_153276888.1 WP_054377321.1 69.6 46 14 0 85 130 1 46 3.25e-16 68.2 WP_082500294.1 WP_082500294.1 100 423 0 0 1 423 1 423 7.78e-306 825 WP_082500294.1 WP_249893756.1 32.3 269 160 7 1 250 1 266 3.70e-30 119 MCG5061674.1 MCG5061674.1 100 613 0 0 1 613 1 613 0.0 1179 MCB1857105.1 MCB1857105.1 100 209 0 0 1 209 1 209 2.79e-146 404 MCB1857105.1 WP_012506875.1 52.7 184 79 4 11 187 15 197 1.50e-50 161 MCB1857105.1 WP_236663175.1 39.6 202 98 4 8 187 11 210 2.41e-27 102 WP_069748396.1 WP_069748396.1 100 281 0 0 1 281 1 281 4.13e-202 551 KAH8986285.1 KAH8986285.1 100 184 0 0 1 184 1 184 1.08e-124 347 AJV50090.1 AJV50090.1 100 167 0 0 1 167 1 167 4.19e-125 347 KPL24525.1 KPL24525.1 100 151 0 0 1 151 1 151 9.42e-103 289 KPL24525.1 EEZ61636.1 42.9 156 80 2 3 149 11 166 2.34e-33 114 EDO26407.1 EDO26407.1 100 23 0 0 1 23 1 23 2.78e-07 49.3 TEB04530.1 TEB04530.1 100 30 0 0 1 30 1 30 3.99e-16 61.2 KFR16735.1 KFR16735.1 100 1100 0 0 1 1100 1 1100 0.0 1894 WP_194957532.1 WP_194957532.1 100 803 0 0 1 803 1 803 0.0 1666 WP_194957532.1 XP_053592881.1 33.1 835 408 21 6 751 45 817 4.19e-127 400 WP_194957532.1 WP_081224968.1 23.4 817 451 28 11 721 26 773 2.61e-33 136 WP_194957532.1 WP_123159424.1 23.5 826 433 27 12 719 27 771 8.17e-33 134 WP_194957532.1 MCL6457358.1 20.9 853 456 27 16 738 21 784 4.27e-24 107 WP_194957532.1 SCL13606.1 23.1 823 463 30 8 735 62 809 8.58e-21 96.3 WP_194957532.1 MSZ29533.1 21.5 824 460 37 31 738 39 791 8.52e-15 77.0 KAE8322051.1 KAE8322051.1 100 359 0 0 1 359 1 359 9.18e-252 683 KAE8322051.1 WP_283277237.1 37.8 370 196 11 6 359 11 362 7.19e-56 185 KAE8322051.1 KAI7428497.1 35.7 361 200 11 9 355 14 356 3.25e-47 165 KAE8322051.1 HJC40183.1 37.5 344 171 12 8 329 4 325 5.41e-46 158 KAE8322051.1 MBI2682423.1 29.8 400 186 11 9 321 32 423 6.14e-34 129 KAG8246189.1 KAG8246189.1 100 321 0 0 1 321 1 321 5.98e-256 690 WP_262401812.1 WP_262401812.1 100 158 0 0 1 158 1 158 3.78e-110 308 WP_262401812.1 WP_042650033.1 34.2 158 100 3 1 155 90 246 1.61e-15 69.7 ACH90072.1 ACH90072.1 100 380 0 0 1 380 1 380 2.94e-295 795 ACH90072.1 AFJ09957.1 92.9 352 25 0 29 380 1 352 1.06e-255 696 ACH90072.1 ACY29573.1 91.8 352 29 0 29 380 1 352 8.89e-251 684 ACH90072.1 BAO23243.1 93.0 343 24 0 29 371 1 343 1.31e-248 675 ACH90072.1 QWY38042.1 89.8 352 36 0 29 380 1 352 3.84e-248 676 ACH90072.1 AFV39595.1 88.5 373 42 1 9 380 33 405 1.18e-246 695 ACH90072.1 BAO11608.1 92.6 339 25 0 29 367 1 339 1.26e-245 667 ACH90072.1 AVA00513.1 90.0 339 34 0 29 367 1 339 6.37e-239 650 ACH90072.1 AOW36968.1 89.5 333 35 0 45 377 1 333 7.71e-234 637 ACH90072.1 AOW33101.1 92.1 318 25 0 45 362 1 318 1.83e-226 618 ACH90072.1 ARR91819.1 85.0 307 45 1 29 334 1 307 6.76e-194 535 ACH90072.1 ACV16867.1 95.3 253 12 0 128 380 1 253 5.19e-185 513 ACH90072.1 ADB27070.1 93.8 210 13 0 165 374 1 210 1.09e-150 422 ACH90072.1 ABJ92889.1 82.3 96 17 0 32 127 1 96 2.11e-56 178 XP_032734223.1 XP_032734223.1 100 980 0 0 1 980 1 980 0.0 1944 ROW07476.1 ROW07476.1 100 910 0 0 1 910 1 910 0.0 1669 WP_242908489.1 WP_242908489.1 100 296 0 0 1 296 1 296 3.94e-203 555 WP_071489953.1 WP_071489953.1 100 335 0 0 1 335 1 335 5.75e-252 681 WP_071489953.1 EDX1137207.1 67.9 336 107 1 1 335 1 336 2.17e-169 473 KRZ86866.1 KRZ86866.1 100 73 0 0 1 73 1 73 4.25e-49 147 BBN52434.1 BBN52434.1 100 271 0 0 1 271 1 271 3.29e-203 553 HIU98185.1 HIU98185.1 100 513 0 0 1 513 1 513 0.0 1041 HIU98185.1 WP_065809357.1 26.3 490 302 16 5 471 6 459 3.69e-28 115 BAO11608.1 BAO11608.1 100 339 0 0 1 339 1 339 4.79e-262 707 BAO11608.1 AFJ09957.1 94.4 339 19 0 1 339 1 339 8.42e-249 677 BAO11608.1 BAO23243.1 93.5 339 22 0 1 339 1 339 1.70e-247 671 BAO11608.1 ACH90072.1 92.6 339 25 0 1 339 29 367 9.20e-245 665 BAO11608.1 ACY29573.1 92.6 339 25 0 1 339 1 339 8.22e-243 662 BAO11608.1 QWY38042.1 91.2 339 30 0 1 339 1 339 1.07e-241 658 BAO11608.1 AVA00513.1 90.3 339 33 0 1 339 1 339 1.23e-239 650 BAO11608.1 AFV39595.1 92.0 339 27 0 1 339 54 392 1.77e-233 660 BAO11608.1 AOW36968.1 88.9 323 36 0 17 339 1 323 7.28e-226 615 BAO11608.1 AOW33101.1 92.1 318 25 0 17 334 1 318 8.41e-226 615 BAO11608.1 ARR91819.1 86.0 307 42 1 1 306 1 307 4.76e-195 536 BAO11608.1 ACV16867.1 95.0 240 12 0 100 339 1 240 6.82e-175 485 BAO11608.1 ADB27070.1 96.1 203 8 0 137 339 1 203 1.56e-149 417 BAO11608.1 ABJ92889.1 80.2 96 19 0 4 99 1 96 5.42e-56 176 WP_160748510.1 WP_160748510.1 100 363 0 0 1 363 1 363 1.05e-259 703 RYP44998.1 RYP44998.1 100 648 0 0 1 648 1 648 0.0 1282 MCF6289355.1 MCF6289355.1 100 280 0 0 1 280 1 280 5.59e-195 533 MCF6289355.1 WP_101606078.1 35.9 217 138 1 34 249 169 385 1.21e-45 157 MCF6289355.1 WP_029317544.1 33.5 251 161 3 31 277 181 429 3.26e-39 140 MCF6289355.1 MBE6713534.1 29.2 243 161 5 31 268 182 418 1.95e-24 100 MCF6289355.1 WP_023955328.1 24.0 167 122 3 31 194 181 345 1.58e-08 53.1 NLI85305.1 NLI85305.1 100 457 0 0 1 457 1 457 2.66e-312 844 KAH8586608.1 KAH8586608.1 100 404 0 0 1 404 1 404 0.0 864 NLY70754.1 NLY70754.1 100 110 0 0 1 110 1 110 2.66e-78 224 EJP8326510.1 EJP8326510.1 100 646 0 0 1 646 1 646 0.0 1271 WP_247447489.1 WP_247447489.1 100 454 0 0 1 454 1 454 1.74e-244 672 WP_224115114.1 WP_224115114.1 100 135 0 0 1 135 1 135 1.70e-95 269 WP_236685314.1 WP_236685314.1 100 509 0 0 1 509 1 509 0.0 1001 MBI1382466.1 MBI1382466.1 100 218 0 0 1 218 1 218 2.53e-142 394 MBI1382466.1 WP_159896041.1 37.8 196 103 4 17 208 58 238 4.70e-18 78.2 WP_283277237.1 WP_283277237.1 100 365 0 0 1 365 1 365 1.28e-261 708 WP_283277237.1 KAE8322051.1 37.6 370 197 10 11 362 6 359 2.19e-54 181 WP_283277237.1 HJC40183.1 34.1 334 195 8 13 333 4 325 1.09e-41 147 WP_283277237.1 MBI2682423.1 24.9 213 133 5 19 208 37 245 3.94e-11 62.4 WP_230702007.1 WP_230702007.1 100 698 0 0 1 698 1 698 0.0 1368 WP_245657543.1 WP_245657543.1 100 373 0 0 1 373 1 373 4.12e-262 710 WP_245657543.1 WP_150194162.1 35.9 345 185 15 37 350 125 464 1.33e-29 117 CAF2595159.1 CAF2595159.1 100 281 0 0 1 281 1 281 4.18e-211 573 WP_256082840.1 WP_256082840.1 100 226 0 0 1 226 1 226 4.93e-153 422 EPN58803.1 EPN58803.1 100 174 0 0 1 174 1 174 4.72e-105 296 MBQ6414464.1 MBQ6414464.1 100 569 0 0 1 569 1 569 0.0 1134 VSL28096.1 VSL28096.1 100 314 0 0 1 314 1 314 3.54e-240 650 WP_032936131.1 WP_032936131.1 100 264 0 0 1 264 1 264 3.10e-184 504 MBP3623608.1 MBP3623608.1 100 441 0 0 1 441 1 441 3.52e-318 858 WP_164674633.1 WP_164674633.1 100 215 0 0 1 215 1 215 6.54e-148 408 WP_168044369.1 WP_168044369.1 100 448 0 0 1 448 1 448 0.0 937 WP_168044369.1 WP_171519907.1 29.1 206 135 5 24 229 29 223 5.35e-26 107 WP_188200635.1 WP_188200635.1 100 406 0 0 1 406 1 406 5.88e-306 824 WP_188200635.1 WP_279961109.1 43.8 384 212 4 22 404 15 395 1.78e-99 300 MBM3303016.1 MBM3303016.1 100 268 0 0 1 268 1 268 9.46e-206 559 WP_255164512.1 WP_255164512.1 100 346 0 0 1 346 1 346 1.59e-250 679 NCX40317.1 NCX40317.1 100 199 0 0 1 199 1 199 1.35e-148 409 EIU6828535.1 EIU6828535.1 100 323 0 0 1 323 1 323 5.95e-223 607 EIU6828535.1 WP_110066977.1 36.5 285 167 6 45 319 54 334 1.76e-47 161 EIU6828535.1 WP_249991478.1 34.5 281 175 6 42 317 48 324 6.04e-47 159 EIU6828535.1 EAP5059555.1 30.6 281 190 3 47 322 77 357 6.76e-38 136 EIU6828535.1 WP_158131988.1 34.5 278 181 1 45 321 49 326 4.76e-37 138 EIU6828535.1 PPR79666.1 34.1 279 172 8 47 318 59 332 9.86e-33 122 EIU6828535.1 AGL88086.1 31.6 288 183 7 35 322 12 285 1.02e-31 118 EIU6828535.1 WP_097346712.1 30.3 267 186 0 51 317 389 655 1.55e-29 117 WP_109125398.1 WP_109125398.1 100 305 0 0 1 305 1 305 4.34e-216 588 MBG6436126.1 MBG6436126.1 100 185 0 0 1 185 1 185 2.18e-129 359 MBG6436126.1 MBL1150364.1 34.5 148 92 4 1 144 1 147 6.49e-11 57.0 ELR45644.1 ELR45644.1 100 1738 0 0 1 1738 1 1738 0.0 3215 ELR45644.1 XP_053193947.1 46.8 1764 591 64 100 1738 165 1705 0.0 1133 GEW91653.1 GEW91653.1 100 109 0 0 1 109 1 109 3.25e-74 213 RCN27214.1 RCN27214.1 100 165 0 0 1 165 1 165 8.46e-115 320 WP_054108586.1 WP_054108586.1 100 368 0 0 1 368 1 368 7.34e-258 699 WP_129326500.1 WP_129326500.1 100 214 0 0 1 214 1 214 5.37e-126 353 TVR26043.1 TVR26043.1 100 198 0 0 1 198 1 198 5.10e-148 407 KAA1286543.1 KAA1286543.1 100 751 0 0 1 751 1 751 0.0 1476 KAA1286543.1 WP_254467474.1 26.3 772 489 28 6 748 52 772 9.14e-38 149 KAA1286543.1 MBO1518138.1 24.1 715 452 28 62 727 33 705 1.67e-22 101 KAA1286543.1 WP_047594685.1 22.8 821 503 32 3 751 46 807 9.85e-19 89.4 WP_129053744.1 WP_129053744.1 100 393 0 0 1 393 1 393 2.27e-276 748 KON47367.1 KON47367.1 100 311 0 0 1 311 1 311 1.93e-222 605 PIP74303.1 PIP74303.1 100 671 0 0 1 671 1 671 0.0 1191 WP_283162015.1 WP_283162015.1 100 168 0 0 1 168 1 168 7.51e-124 343 WP_070412310.1 WP_070412310.1 100 694 0 0 1 694 1 694 0.0 1400 KAG8520114.1 KAG8520114.1 100 758 0 0 1 758 1 758 0.0 1481 EGR2264783.1 EGR2264783.1 100 392 0 0 1 392 1 392 2.83e-290 783 SSC70273.1 SSC70273.1 100 41 0 0 1 41 1 41 1.92e-27 90.5 MCA3708721.1 MCA3708721.1 100 359 0 0 1 359 1 359 1.27e-258 700 YP_010258034.1 YP_010258034.1 100 330 0 0 1 330 1 330 8.33e-238 645 WP_012568269.1 WP_012568269.1 100 365 0 0 1 365 1 365 1.74e-259 703 WP_012568269.1 WP_224458015.1 53.8 366 160 3 5 365 4 365 1.50e-121 353 WP_012568269.1 WP_110808154.1 34.2 199 125 3 163 361 24 216 8.07e-22 90.9 WP_012568269.1 MBG9445742.1 32.8 186 116 2 157 342 17 193 2.39e-19 84.0 WP_012568269.1 MCO5064371.1 32.3 220 127 6 157 357 46 262 2.33e-18 82.4 WP_057837626.1 WP_057837626.1 100 206 0 0 1 206 1 206 1.01e-142 394 WP_102511913.1 WP_102511913.1 100 419 0 0 1 419 1 419 3.43e-307 828 KAJ3918428.1 KAJ3918428.1 100 415 0 0 1 415 1 415 1.58e-310 836 KAJ3918428.1 WP_055863905.1 41.8 340 181 5 43 381 2 325 1.22e-80 250 KAJ3918428.1 OQC16336.1 21.2 382 240 13 39 379 39 400 5.21e-06 47.0 CBH36599.1 CBH36599.1 100 103 0 0 1 103 1 103 3.44e-82 233 WP_028684940.1 WP_028684940.1 100 213 0 0 1 213 1 213 1.82e-153 422 OJW81690.1 OJW81690.1 100 740 0 0 1 740 1 740 0.0 1497 OJW81690.1 KAB4839568.1 37.6 502 292 9 16 506 5 496 1.95e-100 317 WP_278643529.1 WP_278643529.1 100 300 0 0 1 300 1 300 2.45e-224 608 WP_278643529.1 WP_224045636.1 37.8 230 139 4 60 288 1 227 1.27e-44 150 WP_278643529.1 NLB38271.1 35.9 234 146 3 60 291 2 233 6.12e-40 138 WP_278643529.1 WP_177525402.1 30.7 202 134 5 85 283 86 284 3.54e-20 89.0 MBR5966198.1 MBR5966198.1 100 307 0 0 1 307 1 307 1.41e-222 605 PSN12224.1 PSN12224.1 100 254 0 0 1 254 1 254 6.33e-188 513 MBO5857838.1 MBO5857838.1 100 161 0 0 1 161 1 161 2.09e-113 317 MBO5857838.1 MBQ3321785.1 33.1 163 105 4 1 160 1 162 4.06e-17 75.5 HJD11223.1 HJD11223.1 100 670 0 0 1 670 1 670 0.0 1411 WP_045591686.1 WP_045591686.1 100 258 0 0 1 258 1 258 8.41e-204 553 WP_131751929.1 WP_131751929.1 100 644 0 0 1 644 1 644 0.0 1326 WP_131751929.1 WP_236387036.1 49.6 367 165 6 291 644 294 653 1.12e-113 353 WP_131751929.1 WP_006799194.1 48.1 366 170 8 292 644 299 657 1.96e-107 337 WP_257012936.1 WP_257012936.1 100 368 0 0 1 368 1 368 2.72e-269 728 WP_242859101.1 WP_242859101.1 100 458 0 0 1 458 1 458 7.80e-294 798 PUZ69802.1 PUZ69802.1 100 114 0 0 1 114 1 114 7.98e-57 170 WP_129712947.1 WP_129712947.1 100 185 0 0 1 185 1 185 7.04e-135 373 WP_129712947.1 OKH79147.1 43.2 183 101 2 3 182 11 193 4.67e-43 141 MBT3039312.1 MBT3039312.1 100 75 0 0 1 75 1 75 6.96e-49 147 NXX47445.1 NXX47445.1 100 265 0 0 1 265 1 265 3.83e-199 542 MCP3684079.1 MCP3684079.1 100 588 0 0 1 588 1 588 0.0 1162 MCH7797911.1 MCH7797911.1 100 54 0 0 1 54 1 54 5.00e-33 105 WP_242439424.1 WP_242439424.1 100 400 0 0 1 400 1 400 6.44e-291 785 WP_068462781.1 WP_068462781.1 100 417 0 0 1 417 1 417 1.67e-297 803 WP_068462781.1 WP_282171596.1 57.5 412 174 1 1 411 1 412 1.20e-156 447 KAI9181093.1 KAI9181093.1 100 539 0 0 1 539 1 539 0.0 1068 KAI9181093.1 XP_010263869.1 35.8 402 231 9 135 520 373 763 2.79e-62 216 KAI9181093.1 TYG55675.1 33.1 357 176 8 145 496 161 459 4.24e-48 177 KAI9181093.1 WP_052232835.1 36.4 66 27 2 266 331 594 644 8.30e-04 40.4 MAZ13301.1 MAZ13301.1 100 543 0 0 1 543 1 543 0.0 1104 MAZ13301.1 MAH35553.1 56.1 492 211 2 35 525 22 509 1.38e-211 595 OZB16321.1 OZB16321.1 100 651 0 0 1 651 1 651 0.0 1225 KAJ2335352.1 KAJ2335352.1 100 443 0 0 1 443 1 443 9.52e-308 832 MCG8513288.1 MCG8513288.1 100 327 0 0 1 327 1 327 9.63e-231 627 MCL6517734.1 MCL6517734.1 100 118 0 0 1 118 1 118 2.20e-83 237 WP_207999384.1 WP_207999384.1 100 148 0 0 1 148 1 148 7.82e-105 294 WP_018419316.1 WP_018419316.1 100 209 0 0 1 209 1 209 1.34e-153 422 WP_018419316.1 WP_280658332.1 44.1 152 74 5 43 185 25 174 3.27e-33 116 MCJ2110312.1 MCJ2110312.1 100 258 0 0 1 258 1 258 5.83e-186 508 MCJ2110312.1 WP_078732502.1 60.8 255 98 1 6 258 11 265 2.43e-103 307 MCS6830908.1 MCS6830908.1 100 379 0 0 1 379 1 379 5.63e-263 713 MCS6830908.1 CAB0780497.1 39.1 345 203 5 6 347 4 344 6.32e-74 233 MCS6830908.1 XP_020103231.1 40.3 357 194 7 4 349 90 438 3.20e-70 225 WP_149819987.1 WP_149819987.1 100 66 0 0 1 66 1 66 1.99e-44 135 HAT4052191.1 HAT4052191.1 100 169 0 0 1 169 1 169 2.51e-118 330 WP_094400414.1 WP_094400414.1 100 277 0 0 1 277 1 277 1.40e-207 564 CAF1109260.1 CAF1109260.1 100 194 0 0 1 194 1 194 1.20e-135 375 GAU87713.1 GAU87713.1 100 297 0 0 1 297 1 297 1.11e-214 584 YP_008593487.1 YP_008593487.1 100 55 0 0 1 55 1 55 7.18e-40 122 HAV1793262.1 HAV1793262.1 100 556 0 0 1 556 1 556 0.0 1134 HAV1793262.1 WP_250464711.1 39.4 543 318 8 20 556 43 580 3.84e-136 406 HAV1793262.1 MBY7869037.1 24.8 528 316 13 30 492 6 517 8.83e-29 119 BCW36351.1 BCW36351.1 100 615 0 0 1 615 1 615 0.0 1201 WP_188125540.1 WP_188125540.1 100 146 0 0 1 146 1 146 3.89e-104 292 MBK5261536.1 MBK5261536.1 100 120 0 0 1 120 1 120 4.23e-82 234 MCL6457358.1 MCL6457358.1 100 1026 0 0 1 1026 1 1026 0.0 2074 MCL6457358.1 MSZ29533.1 40.7 1007 571 11 14 1003 15 1012 3.43e-264 768 MCL6457358.1 WP_081224968.1 29.5 853 536 24 13 833 23 842 1.53e-111 365 MCL6457358.1 MBQ9679177.1 24.2 830 512 19 16 808 16 765 1.54e-65 236 MCL6457358.1 WP_194957532.1 20.7 850 461 26 21 784 16 738 8.71e-26 112 MCL6457358.1 WP_233286789.1 28.7 108 74 2 511 618 380 484 1.35e-05 47.4 WP_229343766.1 WP_229343766.1 100 409 0 0 1 409 1 409 4.74e-293 791 WP_029579419.1 WP_029579419.1 100 298 0 0 1 298 1 298 3.68e-209 570 WP_029579419.1 WP_144841777.1 42.0 238 137 1 24 261 1 237 1.74e-52 171 WP_029579419.1 WP_255657001.1 38.7 186 113 1 6 191 4 188 3.94e-25 100 WP_029579419.1 NED83450.1 37.6 202 111 7 1 195 3 196 1.55e-23 96.3 KAJ3738999.1 KAJ3738999.1 100 172 0 0 1 172 1 172 9.44e-129 356 MCG8377291.1 MCG8377291.1 100 153 0 0 1 153 1 153 3.97e-105 295 MCG8377291.1 WP_199308568.1 45.5 143 77 1 1 142 291 433 1.75e-32 117 WP_175093485.1 WP_175093485.1 100 266 0 0 1 266 1 266 4.44e-146 408 XP_043971649.1 XP_043971649.1 100 584 0 0 1 584 1 584 0.0 1084 XP_043971649.1 VFV20999.1 69.4 183 42 1 302 484 90 258 5.44e-92 283 WP_023355490.1 WP_023355490.1 100 239 0 0 1 239 1 239 8.52e-165 453 WP_023355490.1 MCQ2539410.1 33.8 68 45 0 11 78 11 78 6.56e-06 42.7 MBQ8348910.1 MBQ8348910.1 100 119 0 0 1 119 1 119 9.64e-83 236 MBQ8348910.1 MBZ0302078.1 33.3 96 63 1 10 104 22 117 4.92e-18 72.4 NQT29221.1 NQT29221.1 100 314 0 0 1 314 1 314 4.91e-222 604 NQT29221.1 WP_064068643.1 41.5 306 169 4 4 309 2 297 2.32e-68 214 XP_046808501.1 XP_046808501.1 100 501 0 0 1 501 1 501 0.0 1040 ANN69912.1 ANN69912.1 100 329 0 0 1 329 1 329 1.86e-254 687 XP_042989918.1 XP_042989918.1 100 1128 0 0 1 1128 1 1128 0.0 2302 WP_265272113.1 WP_265272113.1 100 350 0 0 1 350 1 350 2.87e-255 691 WP_265272113.1 SFF07309.1 38.5 314 181 5 1 308 1 308 7.79e-63 201 WP_265272113.1 MBN9534694.1 35.6 323 186 7 1 316 1 308 5.05e-57 186 WP_265272113.1 WP_267861425.1 37.4 313 182 5 1 310 1 302 1.20e-55 183 WP_265272113.1 HHZ84751.1 30.7 342 205 5 1 316 1 336 5.23e-36 132 WP_265272113.1 WP_014217999.1 30.6 314 198 7 6 314 9 307 3.46e-34 126 WP_265272113.1 MCB1103648.1 28.3 329 206 13 1 313 1 315 9.77e-23 95.5 WP_265272113.1 WP_062517857.1 22.1 299 178 10 32 306 27 294 9.36e-10 57.4 WP_127859415.1 WP_127859415.1 100 205 0 0 1 205 1 205 8.10e-153 420 WP_045183792.1 WP_045183792.1 100 137 0 0 1 137 1 137 3.69e-100 281 WP_045183792.1 MCF3649178.1 49.1 106 54 0 9 114 44 149 5.35e-28 99.8 NCA08360.1 NCA08360.1 100 309 0 0 1 309 1 309 4.57e-204 558 WP_274423713.1 WP_274423713.1 100 292 0 0 1 292 1 292 5.14e-197 539 WP_274423713.1 WP_253783299.1 37.8 270 158 5 17 277 15 283 3.03e-42 145 SYZ65887.1 SYZ65887.1 100 120 0 0 1 120 1 120 5.35e-85 241 WP_077583480.1 WP_077583480.1 100 447 0 0 1 447 1 447 0.0 900 WP_077583480.1 WP_031822363.1 63.5 381 136 3 68 447 1 379 7.73e-171 483 MBS7632436.1 MBS7632436.1 100 188 0 0 1 188 1 188 9.60e-139 383 WP_095061089.1 WP_095061089.1 100 285 0 0 1 285 1 285 1.34e-209 570 WP_095061089.1 OHB35500.1 31.3 288 173 7 1 280 86 356 2.08e-34 126 WP_140843904.1 WP_140843904.1 100 321 0 0 1 321 1 321 1.31e-225 613 WP_140843904.1 WP_104462564.1 36.1 241 129 5 66 305 69 285 4.44e-35 127 WP_140843904.1 EAV4122193.1 29.0 131 88 2 191 316 153 283 1.24e-09 56.6 RVG63469.1 RVG63469.1 100 60 0 0 1 60 1 60 1.39e-37 117 WP_262452366.1 WP_262452366.1 100 448 0 0 1 448 1 448 6.09e-318 858 WP_262452366.1 WP_024039518.1 36.7 335 191 5 7 336 11 329 1.37e-60 202 WP_262452366.1 WP_058738289.1 25.7 428 289 10 9 426 8 416 1.02e-25 107 WP_262452366.1 MXI78925.1 26.1 226 130 7 115 330 2 200 3.35e-08 52.0 MBC7494677.1 MBC7494677.1 100 1025 0 0 1 1025 1 1025 0.0 2093 WP_012724915.1 WP_012724915.1 100 329 0 0 1 329 1 329 3.66e-236 641 WP_012724915.1 WP_234306850.1 38.0 237 129 5 70 304 69 289 7.09e-37 132 WP_012724915.1 WP_058635033.1 35.5 256 148 5 70 322 69 310 1.19e-36 132 WP_012724915.1 WP_251874466.1 34.2 284 160 7 33 305 27 294 5.90e-35 128 WP_012724915.1 WP_166225641.1 30.8 260 166 4 51 307 57 305 2.34e-25 103 WP_270453521.1 WP_270453521.1 100 403 0 0 1 403 1 403 8.71e-286 773 WP_270453521.1 WP_015167170.1 35.2 421 239 9 1 397 1 411 6.16e-62 208 WP_270453521.1 HDC92778.1 32.3 362 209 9 64 399 113 464 2.00e-38 142 WP_270453521.1 NOY97419.1 27.9 359 225 8 64 400 107 453 5.36e-28 114 NJS16994.1 NJS16994.1 100 157 0 0 1 157 1 157 1.17e-108 304 HDH03041.1 HDH03041.1 100 168 0 0 1 168 1 168 1.99e-119 332 WP_117579611.1 WP_117579611.1 100 103 0 0 1 103 1 103 1.42e-63 186 MBQ5493788.1 MBQ5493788.1 100 148 0 0 1 148 1 148 6.69e-106 296 MBQ5493788.1 MBF8294570.1 39.5 119 72 0 17 135 461 579 2.52e-24 95.9 MBQ5493788.1 MCL1888839.1 41.2 119 70 0 11 129 581 699 7.01e-22 89.0 MBQ5493788.1 RYO44776.1 31.7 139 85 4 13 143 708 844 5.20e-13 63.5 GAV98814.1 GAV98814.1 100 386 0 0 1 386 1 386 4.91e-272 736 WP_085935883.1 WP_085935883.1 100 262 0 0 1 262 1 262 7.70e-193 526 WP_085935883.1 HBO3907473.1 26.3 262 177 8 3 256 45 298 2.36e-13 67.0 WP_085935883.1 WP_127741063.1 27.7 235 148 8 24 251 20 239 7.23e-08 50.4 MBD3418876.1 MBD3418876.1 100 106 0 0 1 106 1 106 3.56e-72 208 WP_166476065.1 WP_166476065.1 100 344 0 0 1 344 1 344 5.52e-250 677 WP_166476065.1 TNF89271.1 30.5 177 112 3 22 188 20 195 6.86e-13 67.4 WP_166476065.1 MBL6625757.1 30.7 150 94 3 33 173 29 177 1.33e-12 66.2 CAH0542131.1 CAH0542131.1 100 129 0 0 1 129 1 129 3.64e-94 265 XP_019244033.1 XP_019244033.1 100 150 0 0 1 150 1 150 1.51e-103 291 WP_050704913.1 WP_050704913.1 100 348 0 0 1 348 1 348 4.79e-237 645 WP_050704913.1 WP_079835571.1 33.4 347 215 6 4 341 8 347 3.16e-44 154 MCI1709954.1 MCI1709954.1 100 164 0 0 1 164 1 164 1.93e-115 322 WP_165637167.1 WP_165637167.1 100 188 0 0 1 188 1 188 4.35e-126 351 PPQ98220.1 PPQ98220.1 100 26 0 0 1 26 1 26 8.27e-14 56.6 MBQ1746349.1 MBQ1746349.1 100 271 0 0 1 271 1 271 3.12e-192 525 WP_267979634.1 WP_267979634.1 100 237 0 0 1 237 1 237 1.14e-177 485 WP_267979634.1 MBQ3459675.1 55.4 193 85 1 43 235 28 219 5.55e-72 217 KAH0679671.1 KAH0679671.1 100 98 0 0 1 98 1 98 6.17e-67 194 KAJ6549303.1 KAJ6549303.1 100 678 0 0 1 678 1 678 0.0 1306 PAA76673.1 PAA76673.1 100 335 0 0 1 335 1 335 2.62e-248 672 PAA76673.1 KAI3473816.1 23.5 294 208 8 44 331 223 505 5.63e-14 70.9 PAA76673.1 EFC81578.1 25.5 263 165 10 49 300 42 284 6.18e-12 63.9 NXJ67438.1 NXJ67438.1 100 490 0 0 1 490 1 490 0.0 956 NXJ67438.1 XP_023028205.1 25.6 426 287 12 51 463 22 430 1.04e-14 74.3 MCF8269563.1 MCF8269563.1 100 783 0 0 1 783 1 783 0.0 1559 MCF8269563.1 WP_171549300.1 52.6 791 361 4 1 783 1 785 3.67e-288 821 MCF8269563.1 MBV00212.1 24.8 133 92 4 648 772 92 224 5.56e-06 48.1 MBS4273564.1 MBS4273564.1 100 134 0 0 1 134 1 134 8.45e-91 257 MBS0561514.1 MBS0561514.1 100 605 0 0 1 605 1 605 0.0 1134 MBS0561514.1 WP_178999808.1 31.4 567 365 9 24 572 8 568 3.15e-68 231 AWQ28479.1 AWQ28479.1 100 229 0 0 1 229 1 229 2.56e-161 443 AWQ28479.1 YP_009340709.1 53.2 222 104 0 1 222 1 222 1.47e-88 259 AWQ28479.1 WP_012964108.1 31.6 174 101 3 56 224 69 229 2.75e-24 95.1 XP_007459185.1 XP_007459185.1 100 304 0 0 1 304 1 304 1.46e-218 594 WP_004213189.1 WP_004213189.1 100 196 0 0 1 196 1 196 1.78e-147 405 MCQ0092735.1 MCQ0092735.1 100 202 0 0 1 202 1 202 9.23e-128 356 WP_175630617.1 WP_175630617.1 100 176 0 0 1 176 1 176 7.12e-126 349 WP_175630617.1 WEK50023.1 44.0 150 84 0 11 160 11 160 2.40e-37 125 UBN63752.1 UBN63752.1 100 1270 0 0 1 1270 1 1270 0.0 2313 UBN63752.1 QUE11983.1 97.2 1270 35 0 1 1270 1 1270 0.0 2284 UBN63752.1 UIX40308.1 93.6 1273 77 3 1 1270 1 1271 0.0 2251 UBN63752.1 UHB14670.1 93.2 1273 82 3 1 1270 1 1271 0.0 2250 UBN63752.1 UDK40309.1 92.5 1273 90 3 1 1270 1 1271 0.0 2227 UBN63752.1 UYC71619.1 92.2 1271 95 2 1 1270 1 1268 0.0 2222 UBN63752.1 UPU53169.1 91.9 1273 97 3 1 1270 1 1270 0.0 2217 UBN63752.1 QUM20585.1 92.3 1272 96 1 1 1270 1 1272 0.0 2148 UBN63752.1 UGX22439.1 89.8 1273 125 3 1 1270 1 1271 0.0 2144 UBN63752.1 USL51576.1 88.9 1273 135 3 1 1270 1 1270 0.0 2122 UBN63752.1 QVX70521.1 91.0 1273 112 2 1 1270 1 1273 0.0 2095 UBN63752.1 QXI91160.1 91.4 1272 107 1 1 1270 1 1272 0.0 2053 UBN63752.1 UZH89542.1 87.4 1271 159 1 1 1270 1 1271 0.0 2024 UBN63752.1 UUS71569.1 71.3 1273 362 2 1 1270 1 1273 0.0 1421 UBN63752.1 UHK01047.1 67.2 1273 415 2 1 1270 1 1273 0.0 1307 WP_143405880.1 WP_143405880.1 100 121 0 0 1 121 1 121 1.26e-79 228 XP_031459457.1 XP_031459457.1 100 2100 0 0 1 2100 1 2100 0.0 4109 WP_260685194.1 WP_260685194.1 100 85 0 0 1 85 1 85 1.06e-61 180 WP_260685194.1 MBI2416798.1 50.0 62 31 0 20 81 43 104 3.79e-15 64.3 WP_260685194.1 WP_089905939.1 45.8 48 25 1 22 69 112 158 3.85e-05 38.5 WP_088784550.1 WP_088784550.1 100 821 0 0 1 821 1 821 0.0 1535 WP_088784550.1 WP_044772468.1 26.4 651 386 23 72 692 20 607 4.21e-36 144 MCS7142809.1 MCS7142809.1 100 313 0 0 1 313 1 313 1.38e-232 630 WP_278780043.1 WP_278780043.1 100 144 0 0 1 144 1 144 1.36e-112 313 WP_246925475.1 WP_246925475.1 100 132 0 0 1 132 1 132 2.09e-90 256 XP_026936565.1 XP_026936565.1 100 653 0 0 1 653 1 653 0.0 1281 WP_234002326.1 WP_234002326.1 100 365 0 0 1 365 1 365 1.74e-259 703 WP_234002326.1 WP_055029966.1 33.0 376 213 4 23 360 3 377 8.62e-51 172 MCA9916811.1 MCA9916811.1 100 140 0 0 1 140 1 140 8.29e-94 265 MBL7763785.1 MBL7763785.1 100 332 0 0 1 332 1 332 3.44e-247 669 XP_028567154.1 XP_028567154.1 100 1267 0 0 1 1267 1 1267 0.0 2490 XP_028567154.1 XP_055749319.1 38.4 284 160 4 113 390 198 472 3.29e-56 201 XP_028567154.1 KAI8504475.1 36.1 346 211 8 797 1134 887 1230 8.11e-43 169 MAT61701.1 MAT61701.1 100 95 0 0 1 95 1 95 3.36e-65 189 CAH2316765.1 CAH2316765.1 100 1378 0 0 1 1378 1 1378 0.0 2517 NIQ16008.1 NIQ16008.1 100 112 0 0 1 112 1 112 3.45e-84 239 MBP33715.1 MBP33715.1 100 280 0 0 1 280 1 280 3.01e-199 543 WP_199942136.1 WP_199942136.1 100 339 0 0 1 339 1 339 4.22e-231 629 OCT51367.1 OCT51367.1 100 431 0 0 1 431 1 431 5.16e-315 849 GLX98417.1 GLX98417.1 100 65 0 0 1 65 1 65 1.12e-45 138 TNF89271.1 TNF89271.1 100 412 0 0 1 412 1 412 2.81e-307 828 TNF89271.1 WP_166476065.1 31.5 127 86 1 20 145 22 148 6.14e-13 67.8 MCB9353584.1 MCB9353584.1 100 1041 0 0 1 1041 1 1041 0.0 2051 MCB9353584.1 WP_146272353.1 23.7 1096 660 41 10 1041 22 1005 1.95e-53 201 MCB9353584.1 WP_278843343.1 24.1 1147 696 41 2 1041 4 1083 7.19e-46 177 MCB9353584.1 WP_214826002.1 24.9 1000 618 37 99 1041 40 963 2.11e-45 176 MCB9353584.1 MBP3518143.1 24.7 1121 640 48 20 1041 52 1067 4.33e-40 159 MCI6965979.1 MCI6965979.1 100 326 0 0 1 326 1 326 1.63e-242 657 MCI6965979.1 KAJ7369304.1 32.9 289 184 6 44 324 21 307 1.58e-37 139 MCI6965979.1 WP_114054641.1 30.1 332 213 11 1 321 1 324 9.08e-28 108 HIP02283.1 HIP02283.1 100 273 0 0 1 273 1 273 1.80e-192 526 HIP02283.1 MBP9134796.1 39.2 283 158 6 1 273 1 279 1.83e-52 171 WP_073936403.1 WP_073936403.1 100 325 0 0 1 325 1 325 3.44e-223 608 WP_073936403.1 EGY4555186.1 33.2 286 188 2 18 300 11 296 4.64e-41 143 WP_073936403.1 MCI7704736.1 33.0 270 175 3 32 300 24 288 1.61e-39 139 WP_073936403.1 ETB53277.1 34.5 278 166 4 30 300 13 281 3.55e-32 119 WP_167263972.1 WP_167263972.1 100 378 0 0 1 378 1 378 3.43e-268 726 KKB97741.1 KKB97741.1 100 130 0 0 1 130 1 130 2.87e-96 271 WP_046600280.1 WP_046600280.1 100 302 0 0 1 302 1 302 5.70e-215 585 WP_046600280.1 WP_134669716.1 33.6 295 179 2 4 289 8 294 2.78e-47 159 WP_046600280.1 WP_133340757.1 32.7 306 187 4 4 298 10 307 2.15e-39 139 WP_046600280.1 WP_243977667.1 29.3 294 194 3 1 288 2 287 2.30e-34 125 WP_046600280.1 WP_265634479.1 34.5 145 91 2 1 144 7 148 3.17e-16 75.9 WP_046600280.1 WP_096722254.1 29.5 146 96 2 3 148 2 140 1.47e-13 68.2 WP_091740622.1 WP_091740622.1 100 349 0 0 1 349 1 349 1.72e-251 681 MBE7370368.1 MBE7370368.1 100 389 0 0 1 389 1 389 1.12e-274 743 WP_006799194.1 WP_006799194.1 100 657 0 0 1 657 1 657 0.0 1341 WP_006799194.1 WP_236387036.1 64.7 660 223 6 1 657 1 653 0.0 885 WP_006799194.1 WP_131751929.1 48.1 366 170 8 299 657 292 644 7.79e-107 335 WP_227173776.1 WP_227173776.1 100 55 0 0 1 55 1 55 3.25e-45 136 VEC90219.1 VEC90219.1 100 67 0 0 1 67 1 67 9.36e-48 143 MCB2654556.1 MCB2654556.1 100 77 0 0 1 77 1 77 2.47e-52 155 XP_008373570.1 XP_008373570.1 100 206 0 0 1 206 1 206 4.16e-151 416 TWW58526.1 TWW58526.1 100 118 0 0 1 118 1 118 2.99e-90 254 WP_209378200.1 WP_209378200.1 100 263 0 0 1 263 1 263 5.23e-171 471 MBU6307538.1 MBU6307538.1 100 67 0 0 1 67 1 67 4.17e-42 129 WP_061048002.1 WP_061048002.1 100 771 0 0 1 771 1 771 0.0 1478 WP_061048002.1 MBF0233644.1 35.1 498 295 11 287 770 254 737 5.61e-80 270 WP_061048002.1 NSW79198.1 39.9 308 168 3 326 632 378 669 1.61e-67 234 WP_061048002.1 WP_211114623.1 30.9 485 305 6 298 770 329 795 3.02e-62 222 WP_061048002.1 WP_086504813.1 33.4 467 270 11 314 766 310 749 1.78e-57 207 WP_061048002.1 MBK3737236.1 38.5 239 145 1 386 624 422 658 1.66e-39 154 WP_061048002.1 TMG86695.1 28.3 283 148 6 382 625 4 270 4.73e-25 104 WP_061048002.1 SEP77558.1 26.5 294 177 11 355 626 292 568 8.46e-17 82.8 WP_273159410.1 WP_273159410.1 100 90 0 0 1 90 1 90 1.07e-61 180 KAJ2160981.1 KAJ2160981.1 100 447 0 0 1 447 1 447 1.98e-318 859 KAJ2160981.1 AGV54449.1 39.7 290 126 4 154 442 352 593 4.32e-53 186 MCQ2424848.1 MCQ2424848.1 100 241 0 0 1 241 1 241 8.16e-164 451 MCQ2424848.1 WP_131734175.1 35.3 238 144 4 7 239 22 254 1.36e-34 123 MBQ7754763.1 MBQ7754763.1 100 165 0 0 1 165 1 165 7.54e-118 328 WP_140730472.1 WP_140730472.1 100 233 0 0 1 233 1 233 2.12e-171 469 MBI3617399.1 MBI3617399.1 100 193 0 0 1 193 1 193 2.96e-140 387 MBP0955672.1 MBP0955672.1 100 190 0 0 1 190 1 190 2.00e-132 367 WP_145468487.1 WP_145468487.1 100 229 0 0 1 229 1 229 2.99e-160 441 WP_145468487.1 MBT4161918.1 52.5 219 104 0 1 219 1 219 1.77e-72 218 WP_145468487.1 MCB0243881.1 43.5 216 122 0 6 221 5 220 5.17e-58 181 WP_145468487.1 MCC6044083.1 43.7 215 120 1 7 221 4 217 3.38e-51 167 WP_145468487.1 WP_142133210.1 38.0 187 112 4 25 210 25 208 2.14e-32 116 WP_145468487.1 WP_109219819.1 35.6 205 122 3 10 214 21 215 2.36e-32 119 WP_145468487.1 HBO4828144.1 37.1 213 117 3 19 229 23 220 2.54e-30 112 WP_145468487.1 WP_258581409.1 35.0 200 120 2 7 206 4 193 4.09e-29 110 WP_145468487.1 WP_072380563.1 30.9 220 141 5 6 221 1 213 1.13e-24 96.3 WP_145468487.1 WP_142931103.1 29.4 204 135 5 25 225 275 472 1.28e-17 79.3 WP_145468487.1 WP_071876418.1 29.0 210 131 5 7 208 4 203 2.45e-15 72.8 WP_145468487.1 WP_195238978.1 30.2 182 117 6 25 201 500 676 5.47e-14 68.9 WP_145468487.1 WP_173040157.1 30.2 199 118 6 15 213 298 475 3.82e-11 60.5 WP_145468487.1 MBQ8297564.1 28.8 184 113 5 27 201 351 525 3.05e-10 57.8 WP_145468487.1 WP_089095302.1 30.0 190 108 5 22 208 326 493 5.70e-10 57.0 WP_145468487.1 WP_192500494.1 22.7 181 133 3 28 208 20 193 1.13e-07 49.7 WP_145468487.1 KAJ2660037.1 27.8 162 106 5 25 181 1825 1980 1.51e-05 43.9 MCC8146707.1 MCC8146707.1 100 522 0 0 1 522 1 522 0.0 1008 WP_038580218.1 WP_038580218.1 100 680 0 0 1 680 1 680 0.0 1357 WP_038580218.1 WP_278416415.1 40.4 666 363 8 10 675 4 635 1.17e-153 457 WP_038580218.1 BBL73457.1 32.2 242 139 6 12 252 34 251 1.02e-15 79.0 WP_038580218.1 MBP8718427.1 21.6 194 133 5 348 532 20 203 6.05e-05 43.5 XP_051566275.1 XP_051566275.1 100 1665 0 0 1 1665 1 1665 0.0 3143 XP_051566275.1 XP_030620685.1 35.0 280 178 3 1235 1511 89 367 1.27e-48 178 XP_051566275.1 XP_048216280.1 31.8 283 178 5 1228 1497 6 286 6.89e-35 137 XP_051566275.1 KAG1590416.1 27.3 267 173 8 1240 1496 78 333 1.26e-23 103 XP_051566275.1 MBF1128433.1 27.2 206 142 5 1242 1442 10 212 5.07e-17 85.1 XP_051566275.1 KZT58963.1 25.5 267 175 9 1248 1497 1084 1343 1.35e-15 81.3 XP_051566275.1 XP_036914921.1 26.3 346 188 9 32 362 223 516 4.18e-15 79.7 XP_051566275.1 XP_039923984.1 27.2 224 152 6 1226 1441 180 400 1.93e-14 77.4 XP_051566275.1 NXJ84327.1 26.4 235 162 6 1226 1452 185 416 5.72e-14 75.9 XP_051566275.1 CCX82620.1 28.4 148 101 4 1290 1434 1 146 8.11e-09 58.2 XP_051566275.1 KAH6575376.1 30.3 122 74 5 1335 1452 289 403 3.71e-06 49.7 KAI3927707.1 KAI3927707.1 100 102 0 0 1 102 1 102 3.08e-80 228 VVW57803.1 VVW57803.1 100 52 0 0 1 52 1 52 1.57e-35 111 WP_118944732.1 WP_118944732.1 100 502 0 0 1 502 1 502 0.0 1026 WP_118944732.1 WP_250323911.1 36.9 84 53 0 418 501 15 98 6.13e-15 68.9 ULA23837.2 ULA23837.2 100 4401 0 0 1 4401 1 4401 0.0 8648 ULA23837.2 UIR12670.1 100.0 4397 2 0 1 4397 1 4397 0.0 8640 ULA23837.2 UXH94526.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 ULA23837.2 UPA83906.1 99.9 4397 6 0 1 4397 1 4397 0.0 8629 ULA23837.2 UMF87224.1 99.4 4397 26 0 1 4397 1 4397 0.0 8628 ULA23837.2 QTD03487.1 99.6 4405 13 2 1 4401 1 4405 0.0 8622 ULA23837.2 QXR94354.1 99.7 4402 14 1 1 4401 1 4402 0.0 8621 ULA23837.2 UPP41269.1 99.6 4402 15 1 1 4401 1 4402 0.0 8621 ULA23837.2 QTM79632.1 99.6 4402 17 1 1 4401 1 4402 0.0 8619 ULA23837.2 USR14792.1 99.6 4402 16 1 1 4401 1 4402 0.0 8618 ULA23837.2 UZO53924.1 99.7 4398 13 1 1 4397 1 4398 0.0 8617 ULA23837.2 QWC83326.1 99.7 4401 10 2 1 4397 1 4401 0.0 8616 ULA23837.2 UVB16817.1 99.7 4398 13 1 1 4397 1 4398 0.0 8615 ULA23837.2 QTZ27226.1 99.5 4402 19 1 1 4401 1 4402 0.0 8614 ULA23837.2 QVD87869.1 99.7 4398 13 1 1 4397 1 4398 0.0 8614 ULA23837.2 URQ55824.1 99.7 4398 14 1 1 4397 1 4398 0.0 8614 ULA23837.2 QSZ25555.1 99.6 4401 12 2 1 4397 1 4401 0.0 8614 ULA23837.2 UFM00670.1 99.5 4405 16 2 1 4401 1 4405 0.0 8612 ULA23837.2 WEU87158.1 99.6 4401 12 2 1 4397 1 4401 0.0 8611 ULA23837.2 UKU68032.1 99.6 4401 18 0 1 4401 1 4401 0.0 8610 ULA23837.2 UEC68750.1 99.5 4405 16 2 1 4401 1 4405 0.0 8610 ULA23837.2 UBP50947.1 99.6 4401 13 2 1 4397 1 4401 0.0 8609 ULA23837.2 QZU16279.1 99.6 4401 13 2 1 4397 1 4401 0.0 8609 ULA23837.2 UBD95131.1 99.6 4401 13 2 1 4397 1 4401 0.0 8608 ULA23837.2 UHM53165.1 99.5 4405 16 2 1 4401 1 4405 0.0 8607 MBJ7287465.1 MBJ7287465.1 100 1200 0 0 1 1200 1 1200 0.0 1992 MBJ7287465.1 WP_031065317.1 51.4 1220 539 12 1 1194 1 1192 3.65e-296 861 WP_266103637.1 WP_266103637.1 100 137 0 0 1 137 1 137 5.45e-102 286 WP_266103637.1 WP_219989626.1 50.8 130 62 2 1 129 14 142 9.07e-43 136 HAZ0856238.1 HAZ0856238.1 100 229 0 0 1 229 1 229 8.30e-167 457 HAZ0856238.1 WP_257007586.1 93.0 229 16 0 1 229 101 329 2.35e-154 432 MCJ9712781.1 MCJ9712781.1 100 323 0 0 1 323 1 323 4.76e-229 622 WP_235360343.1 WP_235360343.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_257769388.1 WP_257769388.1 100 251 0 0 1 251 1 251 3.68e-190 518 PYQ18715.1 PYQ18715.1 100 172 0 0 1 172 1 172 2.32e-129 358 KXK57030.1 KXK57030.1 100 176 0 0 1 176 1 176 3.25e-122 340 SDH24188.1 SDH24188.1 100 36 0 0 1 36 1 36 1.09e-22 78.2 MCU1518283.1 MCU1518283.1 100 609 0 0 1 609 1 609 0.0 1186 MCU1518283.1 KAF9463056.1 35.0 575 299 10 12 558 7 534 1.85e-99 312 MCU1518283.1 WP_046625651.1 30.8 572 315 16 3 558 23 529 1.17e-66 226 MCU1518283.1 WP_236525681.1 28.2 547 325 12 23 553 68 562 2.35e-51 185 XP_027705828.1 XP_027705828.1 100 1238 0 0 1 1238 1 1238 0.0 1973 WP_256561903.1 WP_256561903.1 100 164 0 0 1 164 1 164 5.54e-124 343 WP_141990951.1 WP_141990951.1 100 300 0 0 1 300 1 300 3.44e-215 585 MBQ7326660.1 MBQ7326660.1 100 159 0 0 1 159 1 159 6.03e-112 313 MBQ7326660.1 MBA3031770.1 41.0 156 88 2 1 153 1 155 8.80e-39 127 WP_139448115.1 WP_139448115.1 100 118 0 0 1 118 1 118 1.32e-75 218 WP_139448115.1 QDT09879.1 49.2 118 60 0 1 118 1 118 9.44e-32 107 KAJ5112313.1 KAJ5112313.1 100 563 0 0 1 563 1 563 0.0 1098 KAJ5112313.1 HAG62657.1 34.9 482 302 5 57 535 41 513 1.18e-84 271 KAJ5112313.1 WP_037548932.1 31.4 487 316 8 53 533 2 476 8.26e-63 212 KAJ5112313.1 WP_169940736.1 31.8 478 290 10 50 518 5 455 1.15e-46 168 OWY66639.1 OWY66639.1 100 390 0 0 1 390 1 390 1.82e-285 771 PLU16997.1 PLU16997.1 100 308 0 0 1 308 1 308 5.15e-205 560 PLU16997.1 WP_024270964.1 27.5 255 156 4 54 307 12 238 3.30e-18 80.5 VST16928.1 VST16928.1 100 99 0 0 1 99 1 99 1.28e-73 211 WP_195001047.1 WP_195001047.1 100 759 0 0 1 759 1 759 0.0 1458 WP_195001047.1 WP_009714971.1 42.4 540 286 6 59 581 27 558 2.05e-122 377 WP_195001047.1 QQS09360.1 39.2 533 279 6 90 583 63 589 1.56e-115 360 WP_136536828.1 WP_136536828.1 100 307 0 0 1 307 1 307 2.85e-222 604 WP_012716944.1 WP_012716944.1 100 372 0 0 1 372 1 372 1.36e-255 694 UCE84061.1 UCE84061.1 100 55 0 0 1 55 1 55 1.08e-32 104 WP_142673401.1 WP_142673401.1 100 235 0 0 1 235 1 235 7.09e-171 468 WP_247072383.1 WP_247072383.1 100 362 0 0 1 362 1 362 5.45e-266 719 WP_247072383.1 NEO63080.1 41.0 310 177 4 38 341 47 356 1.31e-77 241 WP_247072383.1 KAH8969015.1 36.3 342 198 7 4 333 128 461 4.81e-66 215 WP_247072383.1 PZR90627.1 36.0 331 200 8 13 337 10 334 6.00e-52 174 XP_055059894.1 XP_055059894.1 100 412 0 0 1 412 1 412 4.66e-306 825 XP_055059894.1 CAH7718754.1 46.2 65 35 0 61 125 1 65 1.71e-14 67.0 KAF9682501.1 KAF9682501.1 100 147 0 0 1 147 1 147 3.20e-108 302 WP_157104028.1 WP_157104028.1 100 142 0 0 1 142 1 142 1.32e-109 305 WP_000158727.1 WP_000158727.1 100 191 0 0 1 191 1 191 1.53e-141 390 WP_140641625.1 WP_140641625.1 100 70 0 0 1 70 1 70 1.50e-52 155 WP_234882652.1 WP_234882652.1 100 63 0 0 1 63 1 63 9.38e-44 133 WP_145739766.1 WP_145739766.1 100 332 0 0 1 332 1 332 1.32e-235 640 WP_145739766.1 WP_114947547.1 40.0 320 182 5 11 329 12 322 1.20e-75 234 WP_145739766.1 WP_261668588.1 37.4 318 194 2 17 332 4 318 1.20e-73 228 WP_109219430.1 WP_109219430.1 100 449 0 0 1 449 1 449 7.89e-264 721 WP_109219430.1 WP_271457636.1 93.1 447 31 0 1 447 1 447 1.93e-243 670 MCR5069553.1 MCR5069553.1 100 427 0 0 1 427 1 427 4.60e-320 862 WP_153844272.1 WP_153844272.1 100 492 0 0 1 492 1 492 0.0 999 WP_153844272.1 WP_167977039.1 26.6 207 141 3 1 206 1 197 3.61e-18 82.4 WP_153844272.1 WP_281543397.1 25.6 203 141 3 275 477 5 197 2.33e-13 68.9 WP_153844272.1 WP_011057593.1 25.3 229 141 6 6 224 5 213 3.00e-12 66.2 WP_153844272.1 WP_084371009.1 27.4 241 146 9 6 237 3 223 5.14e-11 62.0 WP_153844272.1 OAN53756.1 23.0 248 153 7 6 233 12 241 4.80e-10 58.5 WP_153844272.1 HBO4828144.1 23.1 216 132 5 6 209 11 204 8.06e-10 58.2 WP_153844272.1 WP_173040157.1 24.2 190 117 6 5 191 291 456 1.15e-09 58.9 WP_153844272.1 MBQ3864274.1 24.8 258 158 11 21 260 36 275 3.37e-09 56.6 WP_153844272.1 WP_077217464.1 25.7 206 132 6 5 206 33 221 5.27e-09 55.8 WP_153844272.1 WP_222599035.1 29.0 207 119 9 282 477 489 678 1.52e-08 55.5 WP_153844272.1 WP_158791585.1 23.2 259 168 7 8 250 7 250 2.06e-08 53.5 WP_153844272.1 MXP43753.1 21.7 235 162 6 3 225 12 236 7.55e-06 45.8 WP_153844272.1 MBQ9964693.1 23.9 180 97 5 259 432 1 146 4.18e-05 42.7 WP_044772468.1 WP_044772468.1 100 724 0 0 1 724 1 724 0.0 1320 WP_044772468.1 WP_101662518.1 32.2 587 357 17 52 628 58 613 2.35e-70 241 WP_044772468.1 HCG88012.1 36.1 277 161 6 29 294 20 291 8.01e-41 157 WP_044772468.1 WP_088784550.1 25.9 626 378 21 41 607 94 692 6.43e-35 140 WP_044772468.1 WP_062300449.1 27.6 381 249 10 86 461 73 431 4.85e-29 122 RIB10989.1 RIB10989.1 100 189 0 0 1 189 1 189 7.90e-143 393 RIB10989.1 KZT58963.1 34.2 117 69 3 6 116 1223 1337 4.18e-12 62.4 RIB10989.1 XP_040250218.1 30.2 129 77 4 2 120 492 617 4.40e-11 59.3 RIB10989.1 MBF1128433.1 26.3 114 68 5 6 110 149 255 9.75e-06 43.5 RIB10989.1 WP_106546380.1 38.7 62 33 3 6 65 170 228 1.01e-04 40.4 WP_223874734.1 WP_223874734.1 100 230 0 0 1 230 1 230 3.09e-158 436 RKP53954.1 RKP53954.1 100 87 0 0 1 87 1 87 1.56e-55 164 WP_144660168.1 WP_144660168.1 100 540 0 0 1 540 1 540 0.0 1078 WP_071468711.1 WP_071468711.1 100 68 0 0 1 68 1 68 4.80e-46 139 WP_036392442.1 WP_036392442.1 100 570 0 0 1 570 1 570 0.0 1107 WP_221802218.1 WP_221802218.1 100 114 0 0 1 114 1 114 8.76e-79 225 WP_250239427.1 WP_250239427.1 100 883 0 0 1 883 1 883 0.0 1694 WP_129681113.1 WP_129681113.1 100 192 0 0 1 192 1 192 1.15e-132 368 NGX49271.1 NGX49271.1 100 506 0 0 1 506 1 506 0.0 935 PYL83902.1 PYL83902.1 100 697 0 0 1 697 1 697 0.0 1391 PYL83902.1 WP_135916821.1 28.8 160 97 4 147 300 104 252 2.63e-15 75.1 WP_123262559.1 WP_123262559.1 100 309 0 0 1 309 1 309 1.39e-214 585 OOX90626.1 OOX90626.1 100 254 0 0 1 254 1 254 3.52e-185 506 MBO5037501.1 MBO5037501.1 100 140 0 0 1 140 1 140 3.12e-89 254 THW19323.1 THW19323.1 100 455 0 0 1 455 1 455 0.0 911 TBR12235.1 TBR12235.1 100 36 0 0 1 36 1 36 3.78e-23 79.3 WP_256695454.1 WP_256695454.1 100 51 0 0 1 51 1 51 4.96e-34 107 MBR1786128.1 MBR1786128.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 NQZ11975.1 NQZ11975.1 100 516 0 0 1 516 1 516 0.0 1023 NQZ11975.1 PYB13830.1 48.7 483 236 7 15 492 3775 4250 1.90e-139 443 NQZ11975.1 WP_192202944.1 29.3 280 169 8 166 439 142 398 1.77e-16 79.7 GEY63590.1 GEY63590.1 100 114 0 0 1 114 1 114 2.94e-77 221 MCF2604604.1 MCF2604604.1 100 297 0 0 1 297 1 297 2.96e-219 595 KAF5197921.1 KAF5197921.1 100 90 0 0 1 90 1 90 1.79e-60 177 CAI8519318.1 CAI8519318.1 100 264 0 0 1 264 1 264 2.12e-191 522 KAF2218229.1 KAF2218229.1 100 150 0 0 1 150 1 150 4.33e-103 290 WP_079473139.1 WP_079473139.1 100 388 0 0 1 388 1 388 1.32e-277 751 NLX43212.1 NLX43212.1 100 190 0 0 1 190 1 190 4.20e-134 371 MBH0176532.1 MBH0176532.1 100 130 0 0 1 130 1 130 1.17e-86 246 UPU53169.1 UPU53169.1 100 1270 0 0 1 1270 1 1270 0.0 2465 UPU53169.1 UYC71619.1 99.1 1270 10 1 1 1270 1 1268 0.0 2439 UPU53169.1 UHB14670.1 96.5 1273 39 2 1 1270 1 1271 0.0 2370 UPU53169.1 UIX40308.1 96.4 1273 41 2 1 1270 1 1271 0.0 2364 UPU53169.1 UDK40309.1 96.2 1273 44 2 1 1270 1 1271 0.0 2353 UPU53169.1 USL51576.1 95.9 1270 52 0 1 1270 1 1270 0.0 2346 UPU53169.1 QUE11983.1 93.6 1273 76 3 1 1270 1 1270 0.0 2276 UPU53169.1 UGX22439.1 93.0 1273 84 2 1 1270 1 1271 0.0 2259 UPU53169.1 UBN63752.1 91.9 1273 97 3 1 1270 1 1270 0.0 2224 UPU53169.1 QUM20585.1 89.8 1273 126 2 1 1270 1 1272 0.0 2164 UPU53169.1 UZH89542.1 89.6 1273 128 2 1 1270 1 1271 0.0 2148 UPU53169.1 QVX70521.1 88.9 1273 138 1 1 1270 1 1273 0.0 2130 UPU53169.1 QXI91160.1 84.7 1273 191 2 1 1270 1 1272 0.0 1998 UPU53169.1 UUS71569.1 66.1 1273 428 1 1 1270 1 1273 0.0 1423 UPU53169.1 UHK01047.1 61.4 1273 489 1 1 1270 1 1273 0.0 1293 WP_154489617.1 WP_154489617.1 100 169 0 0 1 169 1 169 8.43e-126 348 NET38287.1 NET38287.1 100 767 0 0 1 767 1 767 0.0 1658 NET38287.1 WP_186101535.1 45.9 750 368 10 6 747 8 727 2.37e-224 645 AGI15931.1 AGI15931.1 100 206 0 0 1 206 1 206 3.56e-152 418 AGI15931.1 AVM35379.1 69.3 205 63 0 2 206 4 208 1.29e-101 291 AGI15931.1 QUQ06080.1 69.9 206 62 0 1 206 8 213 1.53e-101 291 AGI15931.1 AFA24308.1 68.0 206 66 0 1 206 1 206 4.88e-101 289 AGI15931.1 QUA05739.1 66.8 205 68 0 1 205 8 212 9.83e-101 288 AGI15931.1 ADW49125.1 67.8 205 66 0 2 206 1 205 1.35e-100 288 AGI15931.1 ADJ35581.1 68.9 206 64 0 1 206 9 214 3.70e-100 287 AGI15931.1 AHK62764.1 68.8 205 64 0 2 206 5 209 1.27e-98 283 AGI15931.1 AFA09475.1 69.2 198 61 0 9 206 2 199 4.93e-97 279 AGI15931.1 AWS34156.1 64.4 205 73 0 2 206 9 213 7.54e-95 274 AGI15931.1 ABQ63546.1 63.9 205 74 0 2 206 8 212 2.08e-94 273 AGI15931.1 AOR13807.1 65.0 197 69 0 4 200 2 198 2.88e-92 266 AGI15931.1 UZF38514.1 62.0 200 76 0 7 206 1 200 7.92e-87 253 AGI15931.1 AKT58828.1 65.2 187 65 0 2 188 9 195 1.28e-85 249 AGI15931.1 AMA90994.1 66.1 189 64 0 2 190 9 197 1.37e-85 249 AGI15931.1 AAX94106.1 67.2 180 59 0 27 206 4 183 7.58e-82 248 AGI15931.1 AOQ89457.1 60.3 184 73 0 1 184 4 187 5.87e-80 235 AGI15931.1 AKA56406.1 60.6 193 73 1 1 193 8 197 4.70e-79 233 AGI15931.1 AXZ65741.1 61.1 180 70 0 2 181 9 188 2.20e-75 223 AGI15931.1 AHH30646.1 69.7 165 48 2 27 191 8 170 2.38e-73 218 AGI15931.1 ACE88666.1 65.7 134 46 0 73 206 1 134 2.15e-56 174 AGI15931.1 APC24336.1 66.0 106 36 0 101 206 1 106 2.37e-40 139 MBI3214161.1 MBI3214161.1 100 581 0 0 1 581 1 581 0.0 1118 WP_057201184.1 WP_057201184.1 100 485 0 0 1 485 1 485 0.0 970 WP_057201184.1 WP_131836551.1 44.8 478 253 6 6 475 20 494 1.83e-125 373 WP_057201184.1 XP_050320449.1 42.6 467 255 4 15 475 25 484 1.41e-110 334 WP_057201184.1 WP_257689765.1 43.0 461 251 5 14 469 26 479 5.11e-102 312 WP_057201184.1 WP_061795322.1 39.5 486 275 9 2 474 18 497 1.34e-97 301 WP_057201184.1 WP_108756325.1 39.8 480 265 8 5 474 7 472 4.81e-92 286 WP_057201184.1 WP_255965801.1 38.4 466 271 7 15 473 26 482 4.01e-90 281 WP_057201184.1 WP_008959270.1 38.7 483 275 8 6 476 13 486 1.30e-88 278 WP_057201184.1 WP_205186167.1 37.8 429 248 7 61 481 4 421 1.96e-75 241 WP_057201184.1 WP_195426888.1 36.0 478 269 11 6 467 19 475 1.26e-73 239 WP_057201184.1 WP_100461895.1 35.5 439 262 9 2 429 7 435 2.81e-70 230 WP_057201184.1 WP_022389025.1 29.0 348 225 8 129 471 100 430 1.33e-28 116 WP_223040576.1 WP_223040576.1 100 269 0 0 1 269 1 269 2.79e-194 530 WP_221711878.1 WP_221711878.1 100 112 0 0 1 112 1 112 5.12e-77 221 MBM5817467.1 MBM5817467.1 100 88 0 0 1 88 1 88 4.95e-66 191 EHC2895895.1 EHC2895895.1 100 161 0 0 1 161 1 161 4.76e-119 331 EHC2895895.1 HCI3789247.1 48.3 149 72 2 14 161 1 145 2.10e-37 124 MCT7710903.1 MCT7710903.1 100 226 0 0 1 226 1 226 5.83e-161 442 URQ55824.1 URQ55824.1 100 7093 0 0 1 7093 1 7093 0.0 14170 URQ55824.1 UZO53924.1 99.9 7093 6 0 1 7093 1 7093 0.0 14158 URQ55824.1 UVB16817.1 99.9 7093 5 0 1 7093 1 7093 0.0 14158 URQ55824.1 QVD87869.1 99.7 7093 19 0 1 7093 1 7093 0.0 14130 URQ55824.1 QWC83326.1 99.7 7096 16 1 1 7093 1 7096 0.0 14129 URQ55824.1 UMF87224.1 99.4 7093 39 1 1 7093 1 7092 0.0 14124 URQ55824.1 WEU87158.1 99.7 7096 18 1 1 7093 1 7096 0.0 14124 URQ55824.1 QSZ25555.1 99.7 7096 20 1 1 7093 1 7096 0.0 14123 URQ55824.1 UBP50947.1 99.7 7096 21 1 1 7093 1 7096 0.0 14117 URQ55824.1 UBD95131.1 99.6 7096 23 1 1 7093 1 7096 0.0 14112 URQ55824.1 UEC52718.1 99.6 7096 26 1 1 7093 1 7096 0.0 14105 URQ55824.1 UIR12670.1 99.4 7093 43 1 1 7093 1 7092 0.0 14068 URQ55824.1 QZU16279.1 99.3 7096 47 1 1 7093 1 7096 0.0 14055 URQ55824.1 UPA83906.1 99.1 7093 60 1 1 7093 1 7092 0.0 14027 URQ55824.1 UXX67934.1 99.0 7093 74 0 1 7093 1 7093 0.0 13997 URQ55824.1 UBR86455.1 98.8 7095 81 1 2 7093 1 7095 0.0 13975 URQ55824.1 UCP72061.1 98.6 7096 98 1 1 7093 1 7096 0.0 13934 URQ55824.1 UCP77012.1 98.6 7096 99 1 1 7093 1 7096 0.0 13934 URQ55824.1 WHE12941.1 98.4 7067 116 0 27 7093 1 7067 0.0 13847 URQ55824.1 UKN67998.1 98.3 7073 122 1 21 7093 1 7072 0.0 13838 URQ55824.1 UGA79226.1 97.5 7096 175 1 1 7093 1 7096 0.0 13757 URQ55824.1 UAQ80067.1 97.0 7096 208 1 1 7093 1 7096 0.0 13669 URQ55824.1 UVI10561.1 96.5 7066 250 0 28 7093 1 7066 0.0 13530 URQ55824.1 UJT06733.1 96.2 7093 265 1 1 7093 1 7092 0.0 13519 URQ55824.1 UOU30556.1 94.9 7093 365 0 1 7093 1 7093 0.0 13289 KAI5804476.1 KAI5804476.1 100 119 0 0 1 119 1 119 5.16e-87 246 WP_108106595.1 WP_108106595.1 100 162 0 0 1 162 1 162 2.65e-121 337 EFC81578.1 EFC81578.1 100 324 0 0 1 324 1 324 1.95e-233 634 EFC81578.1 KAI3473816.1 46.6 307 158 4 18 320 204 508 3.10e-84 261 EFC81578.1 PAA76673.1 25.4 307 187 11 9 284 5 300 8.47e-11 60.5 MBL0081532.1 MBL0081532.1 100 1211 0 0 1 1211 1 1211 0.0 1058 MCI0524605.1 MCI0524605.1 100 119 0 0 1 119 1 119 1.80e-78 225 WP_200001451.1 WP_200001451.1 100 280 0 0 1 280 1 280 1.76e-207 564 GBN34629.1 GBN34629.1 100 183 0 0 1 183 1 183 3.50e-134 371 WP_104456122.1 WP_104456122.1 100 524 0 0 1 524 1 524 0.0 926 WP_104456122.1 WP_186556299.1 42.7 511 264 5 1 497 1 496 2.23e-94 295 WP_104456122.1 HAZ7424284.1 32.7 495 282 8 7 476 7 475 1.76e-51 181 WP_104456122.1 WP_128786583.1 51.6 159 77 0 331 489 439 597 1.19e-34 136 WP_104456122.1 WP_269572442.1 40.8 272 161 0 214 485 321 592 2.19e-32 129 WP_104456122.1 WP_025739406.1 35.2 253 164 0 214 466 329 581 7.53e-30 122 WP_104456122.1 WP_271340374.1 26.3 327 187 9 244 520 274 596 4.71e-16 79.3 WP_104456122.1 WP_237962375.1 30.2 179 104 2 340 518 473 630 6.81e-14 72.8 WP_104456122.1 WP_156140069.1 33.3 156 104 0 365 520 405 560 1.02e-12 68.9 WP_104456122.1 MCI8311254.1 36.2 94 48 2 308 397 302 387 1.93e-08 55.1 XP_039048844.1 XP_039048844.1 100 134 0 0 1 134 1 134 4.35e-93 263 WP_034944635.1 WP_034944635.1 100 200 0 0 1 200 1 200 1.70e-147 406 CAG32719.1 CAG32719.1 100 137 0 0 1 137 1 137 7.17e-98 275 KMN52907.1 KMN52907.1 100 210 0 0 1 210 1 210 1.97e-151 417 WP_199673213.1 WP_199673213.1 100 391 0 0 1 391 1 391 1.59e-275 746 WP_199673213.1 MCM1513138.1 31.3 415 256 7 1 391 1 410 1.14e-52 179 WP_199673213.1 WP_037818847.1 31.1 405 260 9 1 391 1 400 4.77e-44 155 WP_199673213.1 MBN9383861.1 29.8 131 79 5 267 389 277 402 1.17e-06 48.9 WP_199673213.1 MBN8894000.1 28.8 118 79 2 271 384 312 428 8.21e-05 42.7 MCI6147609.1 MCI6147609.1 100 205 0 0 1 205 1 205 2.50e-147 406 XP_042771424.1 XP_042771424.1 100 2312 0 0 1 2312 1 2312 0.0 4355 XP_042771424.1 XP_005573423.1 24.6 1841 1137 44 62 1835 107 1762 5.08e-107 380 XP_042771424.1 XP_048264533.1 23.9 1868 1128 53 80 1839 151 1833 2.65e-97 349 XP_042771424.1 XP_021507806.1 24.8 1811 1073 51 71 1796 119 1726 3.43e-94 339 WP_212054759.1 WP_212054759.1 100 495 0 0 1 495 1 495 0.0 917 WP_212054759.1 WP_094840069.1 36.4 506 294 8 16 495 8 511 9.28e-66 219 WP_124978582.1 WP_124978582.1 100 841 0 0 1 841 1 841 0.0 1603 WP_124978582.1 WP_064779756.1 37.6 221 131 4 3 223 122 335 4.54e-36 138 WP_124978582.1 WP_010905191.1 32.8 244 142 11 1 230 1 236 3.06e-19 87.4 WP_124978582.1 WP_088349221.1 21.3 211 138 6 2 184 6 216 7.69e-08 53.1 WP_124978582.1 MCH5207665.1 39.3 56 34 0 3 58 4 59 6.55e-07 49.7 KAE8683921.1 KAE8683921.1 100 569 0 0 1 569 1 569 0.0 1058 OAV63675.1 OAV63675.1 100 184 0 0 1 184 1 184 4.24e-131 363 PYB13830.1 PYB13830.1 100 4250 0 0 1 4250 1 4250 0.0 8540 PYB13830.1 NQZ11975.1 48.7 483 236 7 3775 4250 15 492 1.02e-133 429 PYB13830.1 HBN9628875.1 31.2 805 460 19 5 770 509 1258 1.57e-85 311 PYB13830.1 WP_246003214.1 25.8 569 384 15 3189 3731 20 576 1.15e-31 132 PYB13830.1 WP_112119927.1 23.9 436 270 14 3251 3664 63 458 2.17e-13 74.3 PYB13830.1 RLB66027.1 23.1 281 190 6 3336 3598 170 442 7.76e-10 63.2 PYB13830.1 WP_254101325.1 25.0 529 313 20 3216 3676 109 621 3.58e-09 61.2 PYB13830.1 MBF2759673.1 29.2 202 111 7 3184 3360 145 339 2.40e-07 55.5 PYB13830.1 XP_052525039.1 21.8 449 291 16 3274 3676 210 644 7.37e-06 50.4 WP_007377599.1 WP_007377599.1 100 136 0 0 1 136 1 136 9.43e-89 252 WP_007377599.1 WP_217904803.1 30.5 128 82 3 10 131 9 135 7.58e-12 57.4 WP_007377599.1 WP_208947654.1 28.3 120 84 2 16 134 17 135 6.40e-10 52.4 WP_187447871.1 WP_187447871.1 100 415 0 0 1 415 1 415 1.05e-299 809 WP_175766180.1 WP_175766180.1 100 305 0 0 1 305 1 305 2.73e-219 596 WP_072989136.1 WP_072989136.1 100 417 0 0 1 417 1 417 3.06e-309 833 WP_072989136.1 HAR4306776.1 51.8 413 195 3 4 416 5 413 5.97e-139 402 WP_072989136.1 WP_192202944.1 36.5 416 239 11 3 411 1 398 6.62e-68 219 WP_072989136.1 WP_266170214.1 36.7 267 136 9 156 412 149 392 2.16e-39 144 TMB80853.1 TMB80853.1 100 111 0 0 1 111 1 111 7.29e-81 230 WP_277264109.1 WP_277264109.1 100 997 0 0 1 997 1 997 0.0 1813 WP_277264109.1 WP_282985289.1 30.7 856 482 23 234 995 148 986 2.40e-80 280 WP_277264109.1 EFG7698437.1 34.4 305 171 8 717 995 1 302 3.55e-40 149 KAE8876596.1 KAE8876596.1 100 1092 0 0 1 1092 1 1092 0.0 2092 KZW99196.1 KZW99196.1 100 641 0 0 1 641 1 641 0.0 1215 MCC6136677.1 MCC6136677.1 100 52 0 0 1 52 1 52 4.22e-31 100 MCI5191941.1 MCI5191941.1 100 643 0 0 1 643 1 643 0.0 1271 MCI5191941.1 MCP2519657.1 37.0 419 259 4 1 415 1 418 2.43e-84 269 MCI5191941.1 WP_203325777.1 34.9 83 47 2 533 608 77 159 1.57e-05 44.7 HBW9511025.1 HBW9511025.1 100 201 0 0 1 201 1 201 2.15e-146 403 HBW9511025.1 PJB11797.1 46.0 189 102 0 6 194 3 191 1.90e-58 181 HBW9511025.1 MCE2883039.1 55.2 143 61 2 60 199 2 144 1.28e-48 154 PIP52537.1 PIP52537.1 100 372 0 0 1 372 1 372 9.36e-263 712 MAS51861.1 MAS51861.1 100 172 0 0 1 172 1 172 6.61e-120 334 MCF8193609.1 MCF8193609.1 100 264 0 0 1 264 1 264 1.49e-191 523 MCF8193609.1 WP_113851760.1 35.3 241 150 4 24 262 7 243 6.29e-37 129 MCF8193609.1 WP_144002426.1 33.1 148 89 3 113 255 124 266 1.07e-14 70.5 WP_135705208.1 WP_135705208.1 100 138 0 0 1 138 1 138 6.87e-101 283 WP_171155369.1 WP_171155369.1 100 215 0 0 1 215 1 215 1.18e-150 415 WP_171155369.1 UJW35797.1 47.3 55 29 0 14 68 10 64 4.72e-10 55.5 WP_171155369.1 WP_188339236.1 33.9 62 40 1 26 86 17 78 2.74e-05 41.6 ELZ16407.1 ELZ16407.1 100 457 0 0 1 457 1 457 0.0 900 ELZ16407.1 MBA3609961.1 35.9 437 238 15 30 448 36 448 7.46e-70 227 ELZ16407.1 OWZ34415.1 31.2 423 271 12 33 442 57 472 1.30e-50 177 ELZ16407.1 MBQ6794463.1 29.1 405 223 12 35 432 16 363 8.12e-40 145 ELZ16407.1 MCF7895906.1 26.7 356 228 8 24 377 14 338 6.97e-36 134 ELZ16407.1 WP_254819486.1 26.3 441 282 15 33 448 36 458 2.41e-28 115 WP_073070755.1 WP_073070755.1 100 191 0 0 1 191 1 191 5.75e-137 379 SVJ73127.1 SVJ73127.1 100 316 0 0 1 316 1 316 2.43e-223 607 WP_253463694.1 WP_253463694.1 100 437 0 0 1 437 1 437 1.91e-304 823 WP_253463694.1 GDX36288.1 29.8 262 166 7 177 425 153 409 5.00e-28 113 WP_253463694.1 KDF42894.1 25.1 235 150 7 204 415 248 479 2.69e-11 63.5 WP_253463694.1 CAG0990770.1 27.3 227 131 10 225 427 41 257 1.55e-07 50.8 UCJ00318.1 UCJ00318.1 100 787 0 0 1 787 1 787 0.0 1556 HAR4359619.1 HAR4359619.1 100 273 0 0 1 273 1 273 2.13e-200 546 HAR4359619.1 MBI5966481.1 33.3 219 120 6 76 270 83 299 1.64e-27 106 HAR4359619.1 MBI1736306.1 34.1 211 122 5 76 270 82 291 5.01e-27 105 HAR4359619.1 WP_279399778.1 34.8 201 114 6 76 261 83 281 1.82e-24 98.2 HAR4359619.1 WP_220615956.1 30.1 219 140 4 37 242 74 292 9.48e-23 94.4 HAR4359619.1 MBQ1540263.1 28.4 229 145 5 37 261 60 273 1.38e-22 92.8 HAR4359619.1 WP_067782871.1 31.4 204 125 4 76 265 82 284 8.08e-21 88.2 MCB1471508.1 MCB1471508.1 100 288 0 0 1 288 1 288 1.31e-222 603 MCB1471508.1 WP_119403424.1 43.8 242 132 3 49 288 25 264 1.75e-70 217 KKQ50904.1 KKQ50904.1 100 1136 0 0 1 1136 1 1136 0.0 2102 KKQ50904.1 WP_039608285.1 26.9 487 339 8 37 517 12 487 2.22e-43 170 KKQ50904.1 WP_172616972.1 28.5 480 331 5 39 512 17 490 1.58e-42 167 KKQ50904.1 WP_133325549.1 22.5 493 364 6 32 517 5 486 8.57e-29 123 KKQ50904.1 TME45086.1 22.9 480 342 11 41 509 14 476 6.71e-23 103 KKQ50904.1 MBT8462299.1 30.7 205 117 4 956 1136 2 205 1.02e-16 79.3 XP_034577512.1 XP_034577512.1 100 850 0 0 1 850 1 850 0.0 1731 CDN40573.1 CDN40573.1 100 470 0 0 1 470 1 470 0.0 894 CDN40573.1 Q8XJN8.1 33.5 209 126 6 271 469 26 231 5.75e-24 98.6 CDN40573.1 MBE6142085.1 28.1 217 145 6 256 464 11 224 1.37e-17 80.1 HAN0352225.1 HAN0352225.1 100 512 0 0 1 512 1 512 0.0 1002 HAN0352225.1 KDT27382.1 78.1 416 89 1 97 512 53 466 8.29e-240 676 HAN0352225.1 EFN5389376.1 70.7 481 139 1 32 512 187 665 6.40e-237 675 HAN0352225.1 EJW7579374.1 65.6 291 98 1 1 291 5 293 1.11e-127 372 HAN0352225.1 EIH4263652.1 65.2 293 100 1 30 322 296 586 2.81e-123 371 HAN0352225.1 EFL5817307.1 62.9 232 84 1 31 262 250 479 9.78e-88 276 MBQ7354351.1 MBQ7354351.1 100 322 0 0 1 322 1 322 1.03e-252 682 PQN90025.1 PQN90025.1 100 21 0 0 1 21 1 21 7.36e-09 42.4 WP_153656540.1 WP_153656540.1 100 759 0 0 1 759 1 759 0.0 1469 WP_153656540.1 WP_203203455.1 59.4 763 300 3 4 757 20 781 1.51e-319 889 WP_153656540.1 CFU01724.1 56.3 87 38 0 668 754 1 87 9.97e-27 102 ABL14307.1 ABL14307.1 100 255 0 0 1 255 1 255 1.38e-187 512 MCI0559521.1 MCI0559521.1 100 463 0 0 1 463 1 463 0.0 877 MCC2110934.1 MCC2110934.1 100 87 0 0 1 87 1 87 7.45e-54 160 HBO1212818.1 HBO1212818.1 100 340 0 0 1 340 1 340 9.78e-242 656 WP_003176097.1 WP_003176097.1 100 285 0 0 1 285 1 285 1.22e-196 537 EEJ3660224.1 EEJ3660224.1 100 118 0 0 1 118 1 118 5.39e-84 239 YP_009550556.1 YP_009550556.1 100 469 0 0 1 469 1 469 0.0 978 WP_262088989.1 WP_262088989.1 100 246 0 0 1 246 1 246 1.95e-178 488 WP_146205473.1 WP_146205473.1 100 58 0 0 1 58 1 58 6.78e-35 110 WP_146205473.1 WP_236961032.1 61.9 42 16 0 1 42 49 90 8.92e-14 58.2 WP_010875413.1 WP_010875413.1 100 200 0 0 1 200 1 200 2.40e-138 383 HET19548.1 HET19548.1 100 45 0 0 1 45 1 45 2.12e-28 93.2 HET19548.1 HBR4968137.1 45.2 42 23 0 1 42 3 44 4.48e-07 42.0 GFS24540.1 GFS24540.1 100 31 0 0 1 31 1 31 4.83e-18 68.9 WP_189862922.1 WP_189862922.1 100 115 0 0 1 115 1 115 7.18e-74 213 WP_174742261.1 WP_174742261.1 100 230 0 0 1 230 1 230 1.33e-168 462 MBJ9849823.1 MBJ9849823.1 100 456 0 0 1 456 1 456 1.33e-316 855 MCF8113477.1 MCF8113477.1 100 295 0 0 1 295 1 295 4.46e-188 516 MAH35553.1 MAH35553.1 100 511 0 0 1 511 1 511 0.0 1057 MAH35553.1 MAZ13301.1 56.1 492 211 2 22 509 35 525 1.50e-210 592 MAH35553.1 MBO5962796.1 24.5 371 221 14 38 378 305 646 4.27e-24 104 WP_276357708.1 WP_276357708.1 100 85 0 0 1 85 1 85 1.03e-59 175 KAJ7618075.1 KAJ7618075.1 100 306 0 0 1 306 1 306 1.44e-210 574 WP_192324556.1 WP_192324556.1 100 625 0 0 1 625 1 625 0.0 1189 WP_192324556.1 WP_227059655.1 59.2 620 245 2 3 622 10 621 8.86e-248 695 WP_192324556.1 RUU66461.1 53.0 396 164 3 222 617 4 377 5.36e-125 372 WP_192324556.1 WP_066083732.1 53.8 264 117 1 13 276 6 264 7.25e-85 267 WP_192324556.1 MBQ3864274.1 50.3 288 130 4 311 594 5 283 1.55e-83 263 WP_192324556.1 MCP5262709.1 48.9 272 132 2 13 284 1 265 3.10e-78 249 WP_192324556.1 GLY24463.1 49.6 264 127 2 13 276 4 261 3.79e-76 244 WP_192324556.1 WP_107894076.1 47.8 272 128 2 13 280 5 266 1.08e-75 243 WP_192324556.1 MBU5353226.1 46.8 269 142 1 318 586 4 271 3.49e-75 241 WP_192324556.1 WP_131166802.1 50.9 265 123 3 13 276 5 263 1.25e-74 241 WP_192324556.1 WP_098952357.1 48.4 279 142 2 318 595 3 280 3.83e-74 239 WP_192324556.1 WP_226904802.1 48.7 279 142 1 315 593 19 296 3.04e-73 237 WP_192324556.1 QCM13287.1 43.7 270 139 6 6 274 1 258 6.61e-56 189 WP_192324556.1 WP_142931103.1 29.6 524 306 15 27 550 14 474 1.46e-50 180 WP_192324556.1 MBP1876254.1 38.2 228 138 3 342 569 18 242 1.15e-36 139 WP_192324556.1 WP_076409454.1 34.7 225 122 5 344 560 19 226 3.31e-31 123 WP_192324556.1 WP_109219819.1 36.4 220 131 4 345 564 33 243 2.54e-30 121 WP_192324556.1 MWR41881.1 35.9 223 138 5 345 566 44 262 1.16e-29 116 WP_192324556.1 WP_170725874.1 34.6 237 136 6 328 561 7 227 5.56e-28 113 WP_192324556.1 WP_150396769.1 26.2 527 310 17 30 547 37 493 1.69e-25 108 WP_192324556.1 OAN53756.1 32.7 257 145 8 319 565 12 250 8.54e-25 102 WP_192324556.1 WP_279984614.1 31.5 251 149 7 317 560 8 242 1.51e-23 99.0 WP_192324556.1 MXP43753.1 32.8 232 141 7 344 566 29 254 6.50e-23 97.1 WP_192324556.1 WP_011512097.1 35.8 215 118 7 344 551 360 561 3.75e-20 92.8 WP_192324556.1 WP_258581409.1 27.6 239 162 4 342 578 16 245 5.41e-20 90.5 MBV8927738.1 MBV8927738.1 100 79 0 0 1 79 1 79 1.25e-55 164 GKW22999.1 GKW22999.1 100 215 0 0 1 215 1 215 5.21e-154 424 WP_146272353.1 WP_146272353.1 100 1005 0 0 1 1005 1 1005 0.0 1948 WP_146272353.1 MBP3518143.1 29.6 1081 598 39 30 1005 45 1067 9.08e-95 322 WP_146272353.1 WP_214826002.1 30.0 1008 572 39 81 1005 7 963 2.09e-93 317 WP_146272353.1 WP_278843343.1 26.1 979 564 30 16 877 2 938 4.07e-67 243 WP_146272353.1 MCB9353584.1 23.3 1118 644 40 21 1005 4 1041 9.36e-50 189 WP_146272353.1 WP_259301651.1 25.6 1068 631 45 33 1005 52 1050 4.96e-48 184 WP_146272353.1 RKX20462.1 27.5 251 155 12 20 250 4 247 6.15e-06 48.5 WP_219133024.1 WP_219133024.1 100 140 0 0 1 140 1 140 7.38e-97 273 TMQ14810.1 TMQ14810.1 100 138 0 0 1 138 1 138 9.28e-81 232 CAB0780497.1 CAB0780497.1 100 375 0 0 1 375 1 375 3.60e-273 738 CAB0780497.1 MCS6830908.1 39.0 346 204 5 4 345 6 348 8.50e-71 224 CAB0780497.1 XP_020103231.1 38.4 357 198 6 4 347 92 439 1.43e-66 216 CAB0780497.1 NCW99628.1 44.2 154 85 1 192 345 1 153 3.62e-44 149 WP_279268272.1 WP_279268272.1 100 855 0 0 1 855 1 855 0.0 1705 WP_201454235.1 WP_201454235.1 100 54 0 0 1 54 1 54 1.80e-35 111 WP_107169208.1 WP_107169208.1 100 362 0 0 1 362 1 362 3.62e-255 692 WP_107169208.1 WP_000484099.1 32.9 164 108 2 198 360 204 366 4.23e-21 91.7 WP_107169208.1 MBI5333464.1 36.2 163 100 3 202 361 228 389 2.36e-20 89.7 WP_107169208.1 WP_269885397.1 31.8 157 106 1 198 354 107 262 5.12e-20 87.0 WP_107169208.1 EGR2272270.1 36.9 122 76 1 234 354 548 669 1.01e-19 89.0 WP_107169208.1 WP_145544593.1 38.3 167 94 6 188 354 352 509 2.60e-19 87.4 WP_107169208.1 WP_255266214.1 33.6 152 96 4 203 354 296 442 3.56e-18 84.0 WP_107169208.1 WP_230171322.1 36.1 169 92 5 202 362 603 763 7.37e-18 83.6 WP_107169208.1 MBK6870374.1 34.0 147 92 3 208 354 1 142 1.08e-17 79.0 WP_107169208.1 WP_023050329.1 32.9 164 102 5 192 354 192 348 1.41e-17 81.3 WP_107169208.1 HAB03480.1 32.5 169 100 5 202 360 660 824 4.27e-17 81.3 WP_107169208.1 WP_018646673.1 30.1 156 100 3 205 355 527 678 7.44e-12 65.1 WP_107169208.1 WP_029222917.1 30.9 162 103 5 202 360 319 474 1.68e-11 63.5 WP_107169208.1 MBT3459335.1 36.7 79 50 0 198 276 199 277 2.83e-07 49.7 WP_258315721.1 WP_258315721.1 100 179 0 0 1 179 1 179 7.69e-136 375 MBQ0056002.1 MBQ0056002.1 100 70 0 0 1 70 1 70 9.19e-45 136 EMS62928.1 EMS62928.1 100 409 0 0 1 409 1 409 2.41e-286 775 EMS62928.1 WP_039190453.1 40.8 316 186 1 93 407 139 454 1.30e-77 246 MBK6276192.1 MBK6276192.1 100 414 0 0 1 414 1 414 4.23e-278 754 RLS80176.1 RLS80176.1 100 141 0 0 1 141 1 141 3.51e-100 281 MAU73077.1 MAU73077.1 100 346 0 0 1 346 1 346 2.82e-244 663 XP_046801602.1 XP_046801602.1 100 1294 0 0 1 1294 1 1294 0.0 1514 WP_231783900.1 WP_231783900.1 100 140 0 0 1 140 1 140 1.01e-103 290 MCJ1706109.1 MCJ1706109.1 100 489 0 0 1 489 1 489 0.0 897 WP_076788335.1 WP_076788335.1 100 373 0 0 1 373 1 373 2.13e-289 779 MCR5830520.1 MCR5830520.1 100 471 0 0 1 471 1 471 0.0 884 MBB3050407.1 MBB3050407.1 100 81 0 0 1 81 1 81 3.99e-53 158 MBB3050407.1 WP_267292626.1 35.5 76 47 1 6 81 117 190 3.82e-09 49.7 MCH7900379.1 MCH7900379.1 100 198 0 0 1 198 1 198 8.46e-147 404 WP_209434296.1 WP_209434296.1 100 240 0 0 1 240 1 240 1.20e-160 442 WP_209434296.1 WP_110808154.1 38.7 204 121 1 15 218 13 212 3.37e-33 118 WP_209434296.1 MBG9445742.1 30.4 194 133 1 15 208 12 203 1.79e-17 76.6 WP_011531028.1 WP_011531028.1 100 120 0 0 1 120 1 120 1.79e-83 238 WP_011531028.1 MAO00220.1 46.6 116 57 2 7 117 1 116 3.21e-28 98.2 NVM16230.1 NVM16230.1 100 177 0 0 1 177 1 177 5.63e-128 355 NVM16230.1 XP_018089046.1 25.8 151 97 5 10 151 29 173 2.54e-08 50.1 EGQ64187.1 EGQ64187.1 100 44 0 0 1 44 1 44 2.73e-26 87.8 NCC17292.1 NCC17292.1 100 382 0 0 1 382 1 382 3.85e-292 787 NCC17292.1 EEW7484806.1 37.6 133 83 0 243 375 2 134 4.76e-25 97.8 HAV8610731.1 HAV8610731.1 100 741 0 0 1 741 1 741 0.0 1412 HAV8610731.1 WP_003939801.1 28.7 275 191 2 443 716 5 275 3.11e-31 122 HAV8610731.1 WP_024498088.1 32.6 187 119 2 534 715 115 299 1.78e-20 91.3 KAJ4533602.1 KAJ4533602.1 100 129 0 0 1 129 1 129 1.67e-90 256 KAG7462827.1 KAG7462827.1 100 766 0 0 1 766 1 766 0.0 1523 BBF42184.1 BBF42184.1 100 263 0 0 1 263 1 263 4.48e-197 536 PWU18232.1 PWU18232.1 100 319 0 0 1 319 1 319 7.88e-226 614 PWU18232.1 MCI0677710.1 48.9 307 144 6 13 317 8 303 4.14e-79 241 PWU18232.1 MBQ9976843.1 40.3 318 169 6 9 317 2 307 2.61e-63 201 PWU18232.1 MBM3366565.1 41.5 212 114 4 18 225 18 223 5.16e-39 135 MBV8660698.1 MBV8660698.1 100 132 0 0 1 132 1 132 2.54e-91 258 WP_164904950.1 WP_164904950.1 100 54 0 0 1 54 1 54 3.64e-35 110 MBQ2317532.1 MBQ2317532.1 100 151 0 0 1 151 1 151 3.15e-101 285 WP_215557653.1 WP_215557653.1 100 262 0 0 1 262 1 262 2.37e-187 512 WP_215557653.1 MCC6044083.1 45.7 221 119 1 1 221 1 220 4.27e-62 196 WP_215557653.1 MCF7808720.1 45.0 222 122 0 3 224 6 227 4.58e-61 191 WP_215557653.1 WP_142133210.1 41.1 224 123 6 3 224 10 226 3.45e-45 150 WP_215557653.1 WP_140480909.1 33.6 220 136 3 3 221 12 222 4.33e-38 135 WP_215557653.1 WP_278489123.1 31.6 228 149 4 1 224 3 227 3.42e-27 104 WP_215557653.1 WP_158347019.1 35.6 73 44 2 144 214 379 450 4.63e-06 45.8 MBQ2346567.1 MBQ2346567.1 100 292 0 0 1 292 1 292 1.01e-203 556 WP_138785174.1 WP_138785174.1 100 268 0 0 1 268 1 268 2.21e-195 533 WP_138785174.1 WP_003976137.1 29.0 207 127 6 53 248 121 318 1.04e-12 65.5 WP_138785174.1 WP_096751687.1 25.0 240 152 7 36 261 42 267 5.88e-12 62.8 HCK66187.1 HCK66187.1 100 333 0 0 1 333 1 333 1.05e-237 645 MBO7492856.1 MBO7492856.1 100 188 0 0 1 188 1 188 5.34e-136 376 WP_138125503.1 WP_138125503.1 100 341 0 0 1 341 1 341 1.42e-255 691 WP_138125503.1 WP_069697901.1 67.6 339 109 1 1 338 1 339 3.92e-172 480 WP_138125503.1 WP_266179881.1 43.8 338 181 6 2 335 3 335 1.07e-86 263 WP_138125503.1 WP_223413240.1 42.9 338 184 6 2 335 3 335 4.93e-82 251 WP_138125503.1 EFX2174330.1 31.9 313 201 6 2 309 5 310 8.48e-46 157 PKU92481.1 PKU92481.1 100 274 0 0 1 274 1 274 1.14e-200 546 MOM40962.1 MOM40962.1 100 21 0 0 1 21 1 21 1.67e-14 56.6 WP_205443952.1 WP_205443952.1 100 396 0 0 1 396 1 396 3.18e-289 781 WP_205443952.1 CAA0126222.1 48.0 419 192 7 1 396 7 422 4.92e-116 343 WP_205443952.1 WP_122873240.1 34.8 431 212 19 4 387 8 416 6.76e-54 182 WP_205443952.1 MBO7597869.1 27.1 417 256 14 8 396 8 404 2.59e-27 110 WP_064038193.1 WP_064038193.1 100 81 0 0 1 81 1 81 3.13e-59 173 MCS6937099.1 MCS6937099.1 100 80 0 0 1 80 1 80 2.71e-55 163 KAF9171043.1 KAF9171043.1 100 194 0 0 1 194 1 194 8.44e-136 376 WP_239913672.1 WP_239913672.1 100 421 0 0 1 421 1 421 9.28e-281 761 WP_239913672.1 WP_113669955.1 36.4 404 256 1 4 406 5 408 2.80e-79 249 WP_239913672.1 WP_087384365.1 34.1 414 266 4 11 418 16 428 9.12e-67 217 WP_239913672.1 NCV89943.1 26.7 445 275 12 14 419 22 454 5.86e-27 110 WP_214186529.1 WP_214186529.1 100 104 0 0 1 104 1 104 1.35e-75 216 ABD26457.1 ABD26457.1 100 131 0 0 1 131 1 131 2.04e-67 198 ABD26457.1 WP_147833981.1 44.6 65 35 1 9 73 7 70 9.63e-08 46.6 MCH2598227.1 MCH2598227.1 100 822 0 0 1 822 1 822 0.0 1602 WP_009025642.1 WP_009025642.1 100 426 0 0 1 426 1 426 4.28e-300 811 WP_009025642.1 WP_281462881.1 30.6 366 216 10 49 397 10 354 2.05e-35 132 MCB0330656.1 MCB0330656.1 100 172 0 0 1 172 1 172 4.66e-120 334 WP_029189383.1 WP_029189383.1 100 445 0 0 1 445 1 445 1.48e-312 844 WP_222163701.1 WP_222163701.1 100 310 0 0 1 310 1 310 1.46e-221 602 WP_222163701.1 WP_213775833.1 41.5 270 154 1 26 295 24 289 4.18e-59 189 PIP86899.1 PIP86899.1 100 509 0 0 1 509 1 509 0.0 932 WP_082884485.1 WP_082884485.1 100 480 0 0 1 480 1 480 0.0 924 MCB1376795.1 MCB1376795.1 100 189 0 0 1 189 1 189 1.47e-138 382 WP_134262365.1 WP_134262365.1 100 530 0 0 1 530 1 530 0.0 1053 OQC16336.1 OQC16336.1 100 761 0 0 1 761 1 761 0.0 1519 OQC16336.1 MBQ2777352.1 30.8 185 101 7 437 604 197 371 1.13e-13 72.8 OQC16336.1 MBP3509218.1 27.6 199 114 7 420 602 185 369 2.17e-11 65.5 OQC16336.1 KAJ3918428.1 21.3 385 242 13 36 400 36 379 1.94e-07 52.4 WP_144099812.1 WP_144099812.1 100 386 0 0 1 386 1 386 4.52e-293 790 WP_144099812.1 MCK5265770.1 25.5 310 221 6 73 379 75 377 4.09e-27 109 WP_160346534.1 WP_160346534.1 100 371 0 0 1 371 1 371 3.43e-269 728 WP_108756325.1 WP_108756325.1 100 473 0 0 1 473 1 473 0.0 902 WP_108756325.1 WP_057201184.1 39.8 480 265 8 7 472 5 474 1.50e-86 272 WP_108756325.1 WP_257689765.1 38.1 470 271 6 8 465 16 477 3.76e-84 266 WP_108756325.1 WP_131836551.1 39.6 472 274 7 9 470 21 491 1.41e-82 262 WP_108756325.1 XP_050320449.1 37.6 479 270 9 8 469 14 480 8.00e-74 239 WP_108756325.1 WP_061795322.1 36.0 481 287 9 8 472 22 497 1.03e-72 236 WP_108756325.1 WP_195426888.1 32.2 441 277 6 27 456 36 465 1.09e-56 194 WP_108756325.1 WP_008959270.1 32.2 454 295 6 27 469 30 481 1.07e-53 186 WP_108756325.1 WP_205186167.1 34.5 412 251 6 65 465 4 407 8.17e-49 171 MBQ9907360.1 MBQ9907360.1 100 261 0 0 1 261 1 261 1.18e-191 523 EHK6691416.1 EHK6691416.1 100 408 0 0 1 408 1 408 4.77e-297 801 MQM04273.1 MQM04273.1 100 79 0 0 1 79 1 79 1.46e-54 161 KAJ6491222.1 KAJ6491222.1 100 404 0 0 1 404 1 404 7.58e-276 748 WP_235565772.1 WP_235565772.1 100 143 0 0 1 143 1 143 7.33e-103 288 XP_049147251.1 XP_049147251.1 100 416 0 0 1 416 1 416 1.32e-298 806 WP_242161393.1 WP_242161393.1 100 215 0 0 1 215 1 215 1.69e-159 437 WP_242161393.1 MBQ8417539.1 47.3 205 107 1 1 205 1 204 4.35e-63 193 WP_242161393.1 MBI5405531.1 36.6 205 129 1 1 204 1 205 3.36e-45 148 WP_283557067.1 WP_283557067.1 100 475 0 0 1 475 1 475 0.0 892 WP_283557067.1 WP_094840069.1 31.2 510 287 9 9 461 7 509 2.09e-52 183 WP_283557067.1 WP_279840346.1 28.6 476 317 6 5 460 2 474 4.76e-42 154 URP80785.1 URP80785.1 100 4375 0 0 1 4375 1 4375 0.0 6821 URP80785.1 ULA23837.2 82.8 4375 750 1 1 4375 28 4401 0.0 6816 URP80785.1 UKU68032.1 83.1 4375 738 1 1 4375 28 4401 0.0 6814 URP80785.1 ULB83374.1 85.9 4375 614 1 1 4375 28 4401 0.0 6812 URP80785.1 UOU30556.1 84.8 4371 665 0 1 4371 28 4398 0.0 6811 URP80785.1 UXH94526.1 82.7 4375 754 1 1 4375 28 4401 0.0 6811 URP80785.1 UIR12670.1 82.8 4371 752 1 1 4371 28 4397 0.0 6809 URP80785.1 UKN67998.1 82.7 4371 753 1 1 4371 8 4377 0.0 6807 URP80785.1 QXR94354.1 82.6 4375 762 0 1 4375 28 4402 0.0 6804 URP80785.1 QTD03487.1 82.5 4378 761 1 1 4375 28 4405 0.0 6803 URP80785.1 UPP41269.1 82.5 4375 764 0 1 4375 28 4402 0.0 6801 URP80785.1 QTM79632.1 82.5 4375 766 0 1 4375 28 4402 0.0 6800 URP80785.1 UEC68750.1 82.5 4378 762 1 1 4375 28 4405 0.0 6800 URP80785.1 UFM00670.1 82.5 4378 763 1 1 4375 28 4405 0.0 6800 URP80785.1 USR14792.1 82.5 4375 764 0 1 4375 28 4402 0.0 6799 URP80785.1 UXX67934.1 84.1 4371 693 0 1 4371 28 4398 0.0 6798 URP80785.1 UPA83906.1 82.7 4371 756 1 1 4371 28 4397 0.0 6798 URP80785.1 UZO53924.1 82.6 4371 762 0 1 4371 28 4398 0.0 6797 URP80785.1 QTZ27226.1 82.5 4375 766 0 1 4375 28 4402 0.0 6797 URP80785.1 UMF87224.1 82.2 4371 776 1 1 4371 28 4397 0.0 6796 URP80785.1 UVB16817.1 82.6 4371 762 0 1 4371 28 4398 0.0 6795 URP80785.1 QVD87869.1 82.6 4371 762 0 1 4371 28 4398 0.0 6795 URP80785.1 UCP72061.1 84.3 4374 685 1 1 4371 28 4401 0.0 6794 URP80785.1 QWC83326.1 82.6 4374 760 1 1 4371 28 4401 0.0 6794 URP80785.1 UCP77012.1 84.2 4374 687 1 1 4371 28 4401 0.0 6794 WP_193850569.1 WP_193850569.1 100 195 0 0 1 195 1 195 6.96e-140 386 WP_193850569.1 HCI4632030.1 68.3 41 13 0 1 41 1 41 9.40e-14 61.2 AKU96165.1 AKU96165.1 100 115 0 0 1 115 1 115 6.90e-81 231 WP_147135386.1 WP_147135386.1 100 474 0 0 1 474 1 474 3.18e-308 835 WP_147135386.1 OLB27154.1 36.8 478 259 5 34 468 38 515 2.86e-82 262 WP_250798057.1 WP_250798057.1 100 247 0 0 1 247 1 247 1.49e-178 488 WP_112088864.1 WP_112088864.1 100 539 0 0 1 539 1 539 0.0 1043 WP_112088864.1 WP_041710957.1 24.4 492 303 11 39 521 33 464 3.97e-26 110 WP_112088864.1 MBQ9964693.1 31.4 169 85 4 19 183 9 150 3.66e-10 57.8 WP_112088864.1 MCH4209672.1 31.7 161 95 6 369 519 410 565 9.50e-09 56.2 WP_112088864.1 WAY96880.1 26.0 181 103 4 358 513 6 180 1.20e-08 53.5 WP_112088864.1 WP_258581409.1 26.2 183 98 6 360 515 22 194 1.77e-06 48.5 WP_112088864.1 CDZ73727.1 32.9 140 84 4 370 501 30 167 4.53e-06 46.6 WP_112088864.1 EHR6291555.1 29.3 184 110 6 352 518 18 198 7.18e-06 47.0 WP_112088864.1 WP_008056683.1 33.8 139 70 6 370 490 268 402 8.09e-06 47.0 MBQ9976843.1 MBQ9976843.1 100 308 0 0 1 308 1 308 1.36e-225 612 MBQ9976843.1 PWU18232.1 40.3 318 169 6 2 307 9 317 1.60e-67 212 MBQ9976843.1 MCI0677710.1 40.5 306 170 5 6 308 8 304 1.74e-66 209 MBQ9976843.1 MBM3366565.1 41.7 216 120 4 6 217 10 223 1.39e-43 147 TMF32236.1 TMF32236.1 100 330 0 0 1 330 1 330 9.45e-244 660 TMF32236.1 MAJ92374.1 35.0 326 207 4 1 323 1 324 2.29e-62 199 SDO77973.1 SDO77973.1 100 147 0 0 1 147 1 147 1.92e-100 283 WP_197521413.1 WP_197521413.1 100 281 0 0 1 281 1 281 9.73e-201 547 WP_197521413.1 WP_278489123.1 35.4 268 143 6 21 275 27 277 5.18e-36 128 WP_197521413.1 WP_071876418.1 33.2 229 134 5 2 214 4 229 8.27e-26 104 WP_197521413.1 WP_227059655.1 30.6 248 137 10 1 215 17 262 1.61e-18 83.6 WP_197521413.1 MWR41881.1 30.8 211 120 6 22 211 44 249 1.67e-17 78.6 WP_197521413.1 WP_185334683.1 29.3 205 118 7 21 204 19 217 1.04e-15 75.1 WP_197521413.1 WP_066083732.1 29.0 238 137 9 1 209 6 240 1.45e-15 73.9 WP_197521413.1 WP_256546297.1 26.8 220 132 8 21 212 38 256 1.87e-14 70.1 WP_197521413.1 WP_107894076.1 26.3 243 148 8 1 215 5 244 1.34e-13 68.2 WP_197521413.1 CDZ73727.1 27.6 217 130 7 1 204 1 203 1.77e-13 67.0 WP_197521413.1 WP_159463829.1 26.6 218 129 8 21 219 372 577 2.14e-08 53.1 HBO3907473.1 HBO3907473.1 100 315 0 0 1 315 1 315 3.48e-227 617 HBO3907473.1 WP_085935883.1 26.3 262 177 8 45 298 3 256 2.03e-15 73.2 WP_200567098.1 WP_200567098.1 100 385 0 0 1 385 1 385 1.07e-270 733 WP_005392478.1 WP_005392478.1 100 343 0 0 1 343 1 343 3.35e-255 690 WP_005392478.1 GLV83862.1 24.6 260 173 5 62 301 82 338 1.23e-09 57.4 WP_209106433.1 WP_209106433.1 100 264 0 0 1 264 1 264 6.07e-191 521 XP_048593444.1 XP_048593444.1 100 257 0 0 1 257 1 257 6.36e-194 528 EFC33499.1 EFC33499.1 100 162 0 0 1 162 1 162 1.36e-114 320 HIV94128.1 HIV94128.1 100 345 0 0 1 345 1 345 3.31e-247 670 HIV94128.1 TPV93333.1 30.7 345 219 8 5 342 7 338 1.09e-31 121 MBK8637870.1 MBK8637870.1 100 445 0 0 1 445 1 445 0.0 868 RXK40695.1 RXK40695.1 100 567 0 0 1 567 1 567 0.0 1164 EFG7308611.1 EFG7308611.1 100 78 0 0 174 251 174 251 8.93e-52 167 WP_202220633.1 WP_202220633.1 100 368 0 0 1 368 1 368 1.04e-257 699 MCA1697375.1 MCA1697375.1 100 329 0 0 1 329 1 329 1.51e-244 662 MCA1697375.1 WP_270757591.1 25.2 230 126 11 104 307 186 395 1.06e-05 45.1 KAG0237649.1 KAG0237649.1 100 526 0 0 1 526 1 526 0.0 1046 KAG0237649.1 EJG1264510.1 23.0 435 294 9 93 524 44 440 1.32e-19 89.7 MYS55468.1 MYS55468.1 100 482 0 0 1 482 1 482 1.97e-306 832 MYS55468.1 WP_195269918.1 26.6 184 130 2 234 413 203 385 2.72e-05 44.7 WP_188867472.1 WP_188867472.1 100 145 0 0 1 145 1 145 1.72e-102 288 WP_233286789.1 WP_233286789.1 100 667 0 0 1 667 1 667 0.0 1075 WP_233286789.1 MBQ9679177.1 27.0 211 132 7 370 566 462 664 7.26e-12 67.0 WP_233286789.1 MCL6457358.1 28.7 108 74 2 380 484 511 618 6.67e-06 47.8 WP_233286789.1 MCL2204087.1 27.5 120 75 4 370 482 439 553 1.72e-04 43.1 WP_233286789.1 MSZ29533.1 31.4 105 69 2 378 479 520 624 1.77e-04 43.1 WP_233286789.1 CAI9595211.1 25.2 107 70 3 378 478 562 664 9.07e-04 40.8 WP_034473228.1 WP_034473228.1 100 1131 0 0 1 1131 1 1131 0.0 2202 WP_034473228.1 WP_228062638.1 49.2 1132 506 9 4 1131 2 1068 0.0 982 WP_145937814.1 WP_145937814.1 100 384 0 0 1 384 1 384 1.22e-280 758 WP_145937814.1 UCF78466.1 48.1 376 192 2 6 381 3 375 4.53e-113 333 WP_145937814.1 WP_019585553.1 37.4 380 233 4 6 381 16 394 2.49e-78 245 WP_145937814.1 WP_275495439.1 34.6 402 230 11 6 381 8 402 1.71e-58 194 WP_145937814.1 MCH8312862.1 33.5 352 224 4 30 381 11 352 1.46e-53 179 WP_145937814.1 WP_278361924.1 26.9 387 268 6 2 381 1 379 8.80e-29 114 WP_145937814.1 MBL4853947.1 29.5 190 125 5 56 242 64 247 8.53e-13 67.4 WP_110236450.1 WP_110236450.1 100 183 0 0 1 183 1 183 8.94e-137 377 MBG0749417.1 MBG0749417.1 100 48 0 0 1 48 1 48 2.35e-33 105 MBW7885425.1 MBW7885425.1 100 486 0 0 1 486 1 486 0.0 940 MBW7885425.1 WP_096277301.1 31.2 426 275 11 48 461 41 460 3.16e-45 162 WP_020424556.1 WP_020424556.1 100 1514 0 0 1 1514 1 1514 0.0 3000 WP_020424556.1 KQO71000.1 50.7 1534 695 15 2 1477 32 1562 0.0 1460 WP_094570475.1 WP_094570475.1 100 243 0 0 1 243 1 243 5.05e-159 439 WP_109128643.1 WP_109128643.1 100 365 0 0 1 365 1 365 9.92e-275 741 AGS31853.1 AGS31853.1 100 138 0 0 1 138 1 138 9.03e-97 273 AGS31853.1 WP_018431719.1 44.6 112 59 2 18 128 67 176 2.84e-23 92.0 AGS31853.1 ABB86219.1 88.1 42 5 0 1 42 34 75 4.62e-21 79.3 MBK7190470.1 MBK7190470.1 100 59 0 0 1 59 1 59 2.31e-40 124 WP_256569498.1 WP_256569498.1 100 339 0 0 1 339 1 339 1.59e-251 681 WP_092203677.1 WP_092203677.1 100 165 0 0 1 165 1 165 3.31e-112 314 ELB87175.1 ELB87175.1 100 270 0 0 1 270 1 270 3.51e-193 527 WP_011185207.1 WP_011185207.1 100 340 0 0 1 340 1 340 1.81e-237 645 WP_158104363.1 WP_158104363.1 100 868 0 0 1 868 1 868 0.0 1728 CAB1315112.1 CAB1315112.1 100 247 0 0 1 247 1 247 4.72e-150 416 WP_278579814.1 WP_278579814.1 100 217 0 0 1 217 1 217 1.08e-147 408 WP_158791585.1 WP_158791585.1 100 252 0 0 1 252 1 252 4.28e-185 505 WP_158791585.1 WP_207918089.1 57.0 251 105 3 3 252 4 252 2.11e-97 283 WP_158791585.1 MBC7326981.1 58.3 247 99 3 8 252 10 254 1.30e-96 281 WP_158791585.1 WP_174822921.1 55.6 250 107 4 5 252 8 255 1.34e-96 281 WP_158791585.1 MXP43753.1 57.6 245 100 4 10 252 20 262 2.40e-96 281 WP_158791585.1 OAN53756.1 55.1 247 107 4 8 252 15 259 1.68e-88 261 WP_158791585.1 MWR41881.1 32.7 251 153 6 4 249 28 267 6.71e-35 124 WP_158791585.1 WP_279984614.1 27.9 251 166 4 5 248 10 252 1.00e-26 102 WP_158791585.1 WP_152652784.1 30.5 213 126 5 5 212 6 201 5.91e-25 99.0 WP_158791585.1 WP_192324556.1 27.9 233 151 6 18 243 343 565 2.34e-20 88.2 WP_158791585.1 WP_098952357.1 28.2 252 162 8 2 247 17 255 4.50e-20 85.9 WP_158791585.1 WP_084371009.1 27.7 224 149 5 3 226 1 211 6.93e-20 85.1 WP_158791585.1 GLY24463.1 27.6 246 156 8 15 247 19 255 2.32e-19 84.0 WP_158791585.1 MCP5262709.1 27.4 252 154 10 15 252 16 252 4.30e-19 83.2 WP_158791585.1 WP_227059655.1 28.3 251 156 8 15 248 32 275 2.20e-18 82.4 WP_158791585.1 MBQ3864274.1 27.4 219 142 6 16 227 32 240 4.00e-18 80.5 WP_158791585.1 WP_276362074.1 25.8 240 155 4 14 239 14 244 6.32e-18 79.0 WP_158791585.1 WP_221977168.1 26.4 235 150 7 3 226 14 236 9.11e-18 78.6 WP_158791585.1 WP_071876418.1 25.8 236 158 8 20 251 21 243 1.73e-17 79.7 WP_158791585.1 WP_167977039.1 28.9 211 126 8 7 210 8 201 5.46e-17 76.3 WP_158791585.1 WP_107894076.1 26.8 261 172 9 1 247 1 256 6.19e-16 74.3 WP_158791585.1 WP_150396769.1 25.8 229 144 6 8 226 28 240 5.61e-14 69.3 WP_158791585.1 KAF9974715.1 27.4 190 113 5 20 207 481 647 2.59e-12 64.7 WP_158791585.1 CDZ73727.1 24.7 219 128 7 7 216 4 194 1.07e-08 52.8 WP_158791585.1 WP_153844272.1 23.4 261 165 8 7 250 8 250 1.42e-08 53.1 WP_167977039.1 WP_167977039.1 100 250 0 0 1 250 1 250 1.26e-176 484 WP_167977039.1 WP_022619009.1 26.7 217 155 2 20 235 18 231 6.53e-29 107 WP_167977039.1 WP_279984614.1 28.9 235 153 4 2 224 6 238 1.86e-26 102 WP_167977039.1 WP_276362074.1 29.6 233 148 4 5 221 4 236 3.33e-23 93.2 WP_167977039.1 WP_098952357.1 37.6 197 112 6 24 211 34 228 2.39e-21 89.4 WP_167977039.1 MBQ3864274.1 33.5 188 112 5 21 198 36 220 8.98e-21 87.8 WP_167977039.1 WP_221977168.1 29.1 244 143 8 5 228 15 248 1.29e-19 83.6 WP_167977039.1 OAN53756.1 33.3 216 118 10 10 207 16 223 6.48e-19 81.6 WP_167977039.1 MWR41881.1 27.9 240 160 5 2 234 31 264 1.93e-18 80.5 WP_167977039.1 WP_153844272.1 26.6 207 141 3 1 197 1 206 4.56e-18 81.3 WP_167977039.1 WP_192324556.1 29.8 198 132 5 21 211 345 542 7.04e-18 80.9 WP_167977039.1 MXP43753.1 29.6 213 128 9 11 207 20 226 8.57e-17 75.9 WP_167977039.1 MBO5162475.1 26.8 209 139 3 17 219 10 210 2.36e-16 76.3 WP_167977039.1 WP_158791585.1 29.4 211 125 8 8 201 7 210 2.70e-16 74.3 WP_167977039.1 MBQ9964693.1 32.1 193 105 7 6 197 4 171 3.20e-15 70.1 WP_167977039.1 MBC7326981.1 28.2 220 131 11 1 201 1 212 1.59e-13 66.6 WP_110431153.1 WP_110431153.1 100 475 0 0 1 475 1 475 0.0 913 WP_177084516.1 WP_177084516.1 100 247 0 0 1 247 1 247 1.56e-189 516 RZL08229.1 RZL08229.1 100 346 0 0 1 346 1 346 5.44e-242 657 KAF6750975.1 KAF6750975.1 100 489 0 0 1 489 1 489 1.56e-288 787 WP_086123022.1 WP_086123022.1 100 541 0 0 1 541 1 541 0.0 1103 WP_086123022.1 WP_057859275.1 46.2 541 280 7 1 535 1 536 1.22e-158 461 WP_086123022.1 WP_014213241.1 31.6 490 281 10 16 501 24 463 5.59e-76 247 MSO18531.1 MSO18531.1 100 242 0 0 1 242 1 242 7.04e-170 466 NWW43432.1 NWW43432.1 100 399 0 0 1 399 1 399 1.10e-203 565 CAF2048201.1 CAF2048201.1 100 142 0 0 1 142 1 142 1.27e-98 278 NWT28302.1 NWT28302.1 100 586 0 0 1 586 1 586 0.0 1187 NWT28302.1 MBQ2719788.1 32.8 549 338 12 12 549 24 552 4.07e-74 245 NWT28302.1 MBL7151874.1 24.7 449 261 21 29 467 7 388 9.37e-15 75.1 NWT28302.1 WP_187918914.1 23.8 302 187 11 31 326 4 268 3.30e-07 51.2 WP_121183454.1 WP_121183454.1 100 71 0 0 1 71 1 71 1.24e-47 143 AFJ09957.1 AFJ09957.1 100 413 0 0 1 413 1 413 9.90e-313 842 AFJ09957.1 ACY29573.1 92.0 413 33 0 1 413 1 413 1.27e-293 794 AFJ09957.1 QWY38042.1 91.3 400 35 0 1 400 1 400 1.11e-283 768 AFJ09957.1 AFV39595.1 91.8 413 34 0 1 413 54 466 3.11e-282 787 AFJ09957.1 ACH90072.1 92.9 352 25 0 1 352 29 380 9.44e-255 694 AFJ09957.1 BAO11608.1 94.4 339 19 0 1 339 1 339 5.08e-249 677 AFJ09957.1 BAO23243.1 93.0 343 24 0 1 343 1 343 5.65e-247 672 AFJ09957.1 AVA00513.1 90.9 339 31 0 1 339 1 339 4.06e-239 652 AFJ09957.1 AOW36968.1 88.3 333 39 0 17 349 1 333 1.49e-228 625 AFJ09957.1 AOW33101.1 92.5 318 24 0 17 334 1 318 1.57e-224 615 AFJ09957.1 ACV16867.1 95.7 301 13 0 100 400 1 301 4.19e-218 598 AFJ09957.1 ARR91819.1 87.3 307 38 1 1 306 1 307 6.22e-196 542 AFJ09957.1 ADB27070.1 95.7 210 9 0 137 346 1 210 5.48e-152 427 AFJ09957.1 ABJ92889.1 82.3 96 17 0 4 99 1 96 6.30e-57 180 XP_009177739.1 XP_009177739.1 100 239 0 0 1 239 1 239 2.57e-175 479 NXE30976.1 NXE30976.1 100 319 0 0 1 319 1 319 4.48e-241 652 NXE30976.1 RVE76210.1 36.8 340 183 7 8 319 50 385 4.67e-58 193 WP_152884059.1 WP_152884059.1 100 249 0 0 1 249 1 249 1.00e-177 486 MBO1518138.1 MBO1518138.1 100 738 0 0 1 738 1 738 0.0 1462 MBO1518138.1 WP_254467474.1 27.3 707 433 21 50 738 132 775 6.82e-51 188 MBO1518138.1 KAA1286543.1 24.0 701 452 26 66 738 104 751 1.15e-21 98.6 MBO1518138.1 MBX9747080.1 30.6 111 66 5 142 244 93 200 6.25e-05 44.7 WP_209676560.1 WP_209676560.1 100 1478 0 0 1 1478 1 1478 0.0 2848 WP_209676560.1 HBE7681505.1 29.6 301 170 12 607 870 923 1218 6.65e-14 75.5 WP_209676560.1 WP_219484458.1 27.7 278 175 8 615 868 397 672 4.70e-13 72.4 WP_209676560.1 WP_139067457.1 29.7 283 172 10 615 873 374 653 7.03e-12 68.6 XP_027131078.1 XP_027131078.1 100 831 0 0 1 831 1 831 0.0 1641 EDQ9505691.1 EDQ9505691.1 100 134 0 0 1 134 1 134 1.45e-82 236 KAG0922869.1 KAG0922869.1 100 129 0 0 1 129 1 129 2.37e-90 256 KAG0922869.1 HCG88012.1 51.4 105 50 1 1 105 48 151 7.55e-28 105 KAG0922869.1 WP_135279859.1 46.4 84 44 1 18 101 212 294 9.50e-15 67.8 OXA48312.1 OXA48312.1 100 155 0 0 1 155 1 155 2.58e-111 311 PAV09171.1 PAV09171.1 100 321 0 0 1 321 1 321 1.00e-229 624 PAV09171.1 WP_247623927.1 36.8 307 176 4 25 319 101 401 1.01e-57 189 PAV09171.1 WP_232968558.1 35.2 321 183 5 17 320 1 313 1.60e-57 186 PAV09171.1 WP_166886913.1 24.4 275 172 8 26 282 62 318 1.28e-08 53.9 DAM73724.1 DAM73724.1 100 72 0 0 1 72 1 72 8.29e-51 151 XP_028655184.1 XP_028655184.1 100 690 0 0 1 690 1 690 0.0 1276 XP_028655184.1 XP_014018893.1 72.1 712 164 10 1 690 1 699 0.0 924 MBN2762177.1 MBN2762177.1 100 100 0 0 1 100 1 100 1.01e-66 194 MBN2762177.1 WP_108365493.1 71.0 100 29 0 1 100 1 100 2.07e-48 148 NCV73474.1 NCV73474.1 100 160 0 0 1 160 1 160 4.93e-107 300 WP_128316318.1 WP_128316318.1 100 344 0 0 1 344 1 344 8.06e-243 659 MCR4310565.1 MCR4310565.1 100 397 0 0 1 397 1 397 3.38e-280 758 MCR4310565.1 WP_204638884.1 25.0 268 188 7 133 394 4 264 1.67e-15 74.3 WP_119963696.1 WP_119963696.1 100 554 0 0 1 554 1 554 0.0 1092 WP_221520465.1 WP_221520465.1 100 61 0 0 1 61 1 61 1.18e-34 110 MCI8311254.1 MCI8311254.1 100 528 0 0 1 528 1 528 0.0 899 MCI8311254.1 WP_237962375.1 38.8 98 59 1 325 421 467 564 1.25e-10 62.4 MCI8311254.1 WP_271340374.1 35.0 117 69 2 305 417 380 493 2.28e-09 58.2 MCI8311254.1 WP_269572442.1 36.3 135 72 4 307 438 428 551 3.98e-09 57.4 MCI8311254.1 WP_104456122.1 38.4 86 46 1 340 425 350 428 4.48e-08 53.9 MCI8311254.1 WP_025739406.1 43.8 80 41 1 340 415 465 544 4.98e-08 53.9 MCI8311254.1 WP_128786583.1 42.0 81 43 1 341 417 459 539 2.61e-07 51.6 MCI8311254.1 WP_156140069.1 41.7 60 32 1 356 415 406 462 4.29e-06 47.8 GIR70810.1 GIR70810.1 100 123 0 0 1 123 1 123 5.69e-95 267 WP_014286324.1 WP_014286324.1 100 177 0 0 1 177 1 177 3.13e-125 348 WP_014286324.1 WP_048427321.1 33.8 160 106 0 6 165 14 173 1.01e-23 91.7 WP_014286324.1 WP_276263713.1 25.9 147 109 0 10 156 24 170 1.73e-17 75.5 WP_014286324.1 WP_234080888.1 30.9 152 97 3 13 160 34 181 6.49e-15 68.6 WP_014286324.1 ANP72927.1 36.8 68 43 0 6 73 47 114 7.93e-08 48.9 MCH7911399.1 MCH7911399.1 100 76 0 0 1 76 1 76 6.61e-52 154 WP_165019025.1 WP_165019025.1 100 340 0 0 1 340 1 340 3.98e-241 654 TMQ04701.1 TMQ04701.1 100 980 0 0 1 980 1 980 0.0 1907 TMQ04701.1 WP_200941876.1 32.8 311 170 11 598 887 207 499 1.52e-30 127 TMQ04701.1 WP_167959909.1 28.0 300 165 8 603 892 176 434 1.05e-20 95.5 TMQ04701.1 WP_112119927.1 28.6 280 148 8 619 896 141 370 2.04e-20 94.0 TMQ04701.1 WP_098279309.1 23.7 317 180 9 595 892 154 427 9.69e-16 79.7 TMQ04701.1 MCL4144983.1 57.9 38 15 1 856 892 1 38 1.82e-08 51.2 TMQ04701.1 MBF2759673.1 25.6 317 194 12 611 891 305 615 5.96e-08 55.1 TMQ04701.1 WP_246003214.1 24.1 290 157 10 619 892 163 405 7.95e-07 51.2 TMQ04701.1 XP_052525039.1 24.9 317 185 14 597 893 252 535 5.00e-05 45.4 MBR6023659.1 MBR6023659.1 100 141 0 0 1 141 1 141 1.55e-103 290 WP_077603924.1 WP_077603924.1 100 85 0 0 1 85 1 85 3.05e-61 179 WP_156061037.1 WP_156061037.1 100 456 0 0 1 456 1 456 3.44e-319 862 WP_156061037.1 MBQ7856432.1 35.6 418 238 9 2 417 4 392 1.08e-72 234 WP_220737010.1 WP_220737010.1 100 176 0 0 1 176 1 176 8.32e-125 347 NXC43906.1 NXC43906.1 100 363 0 0 1 363 1 363 7.48e-269 726 EJL0691474.1 EJL0691474.1 100 162 0 0 1 162 1 162 3.22e-122 339 WP_277513241.1 WP_277513241.1 100 237 0 0 1 237 1 237 4.41e-166 456 EET1847662.1 EET1847662.1 100 95 0 0 1 95 1 95 1.17e-65 191 WP_233575804.1 WP_233575804.1 100 903 0 0 1 903 1 903 0.0 1758 MSO30570.1 MSO30570.1 100 351 0 0 1 351 1 351 2.80e-242 658 MSO30570.1 WP_221265680.1 34.4 221 143 2 3 222 15 234 1.91e-36 132 MSO30570.1 WP_084371009.1 30.5 233 159 2 8 239 3 233 2.43e-34 126 MSO30570.1 EHR6291555.1 32.3 223 148 3 5 226 327 547 5.45e-29 115 MSO30570.1 WP_192500494.1 27.9 233 162 5 8 238 3 231 1.60e-26 105 MSO30570.1 RLN50561.1 26.6 248 177 4 5 247 1491 1738 1.72e-26 109 MSO30570.1 NVM03966.1 24.1 345 211 10 3 346 20 314 5.16e-24 99.0 MSO30570.1 WP_132175930.1 29.4 211 142 2 19 225 40 247 6.05e-24 99.0 MSO30570.1 NLW39422.1 29.4 221 149 5 22 236 35 254 4.16e-23 96.7 MSO30570.1 XP_013005546.1 24.5 155 101 5 23 169 63 209 4.22e-04 40.4 WP_065076975.1 WP_065076975.1 100 449 0 0 1 449 1 449 2.36e-311 841 WP_065076975.1 QLY80081.1 39.6 240 144 1 205 444 192 430 1.62e-46 164 WP_037252487.1 WP_037252487.1 100 91 0 0 1 91 1 91 1.25e-56 167 MBP1672140.1 MBP1672140.1 100 123 0 0 1 123 1 123 1.40e-86 246 OGZ43278.1 OGZ43278.1 100 264 0 0 1 264 1 264 7.16e-199 541 WP_125691986.1 WP_125691986.1 100 115 0 0 1 115 1 115 6.14e-75 216 MBP8298997.1 MBP8298997.1 100 117 0 0 1 117 1 117 3.66e-86 244 WP_183832569.1 WP_183832569.1 100 157 0 0 1 157 1 157 6.53e-106 297 WP_167959909.1 WP_167959909.1 100 549 0 0 1 549 1 549 0.0 1144 WP_167959909.1 MBP6544771.1 29.5 515 344 9 26 528 41 548 1.01e-62 213 WP_167959909.1 RLB66027.1 28.7 530 341 10 16 535 11 513 2.34e-59 204 WP_167959909.1 WP_112119927.1 24.6 537 322 12 8 535 3 465 1.45e-43 159 WP_167959909.1 WP_200941876.1 26.4 512 281 16 7 454 45 524 2.99e-31 126 WP_167959909.1 MBF2759673.1 24.9 519 289 17 36 488 187 670 6.41e-27 114 WP_167959909.1 TMQ04701.1 28.0 300 165 8 176 434 603 892 6.40e-23 101 WP_167959909.1 WP_214516916.1 24.5 400 232 16 194 530 171 563 9.92e-18 84.7 WP_167959909.1 MCL4144983.1 45.5 44 24 0 397 440 1 44 1.07e-06 45.4 WP_166544121.1 WP_166544121.1 100 386 0 0 1 386 1 386 3.39e-263 714 XP_014018893.1 XP_014018893.1 100 699 0 0 1 699 1 699 0.0 1353 XP_014018893.1 XP_028655184.1 72.1 712 164 10 1 699 1 690 0.0 928 KAI8889105.1 KAI8889105.1 100 229 0 0 1 229 1 229 6.82e-166 455 WP_158057697.1 WP_158057697.1 100 384 0 0 1 384 1 384 3.27e-285 769 WP_158057697.1 UCF78466.1 35.4 378 238 4 7 383 2 374 6.48e-69 220 WP_158057697.1 WP_019585553.1 31.1 370 242 7 21 382 28 392 3.84e-53 179 WP_158057697.1 MCH8312862.1 29.0 355 236 8 25 376 3 344 2.63e-32 123 WP_158057697.1 WP_070999907.1 30.8 104 71 1 258 361 226 328 5.48e-05 43.1 XP_018089046.1 XP_018089046.1 100 221 0 0 1 221 1 221 8.00e-161 441 XP_018089046.1 NVM16230.1 24.3 148 103 4 29 173 10 151 1.24e-08 51.2 WP_279399778.1 WP_279399778.1 100 307 0 0 1 307 1 307 2.65e-227 617 WP_279399778.1 WP_067782871.1 58.5 301 125 0 5 305 4 304 1.00e-124 357 WP_279399778.1 MBI1736306.1 40.7 285 166 2 23 305 23 306 1.54e-58 188 WP_279399778.1 MBI5966481.1 35.1 288 175 5 27 304 28 313 6.42e-46 156 WP_279399778.1 WP_220615956.1 36.3 300 169 9 24 303 56 353 2.87e-42 147 WP_279399778.1 MBJ7531026.1 55.9 136 59 1 3 137 6 141 1.34e-39 134 WP_279399778.1 HAR4359619.1 33.5 206 122 5 83 287 76 267 2.83e-24 97.8 NEP82600.1 NEP82600.1 100 49 0 0 1 49 1 49 1.29e-35 111 KAA3621416.1 KAA3621416.1 100 464 0 0 1 464 1 464 0.0 875 KAA3621416.1 WP_063603400.1 20.8 279 190 8 140 403 116 378 1.99e-10 60.8 KZV11597.1 KZV11597.1 100 878 0 0 1 878 1 878 0.0 1672 KZV11597.1 WP_015919400.1 26.9 647 408 19 123 762 131 719 5.87e-49 184 KZV11597.1 WP_015615815.1 25.6 749 473 28 119 841 135 825 1.69e-43 168 KZV11597.1 MCJ7548546.1 27.1 635 385 16 117 723 135 719 2.83e-36 145 KZV11597.1 MBL8638832.1 22.8 578 412 15 264 822 316 878 6.12e-29 122 KZV11597.1 KAI5122644.1 21.9 685 456 22 121 769 514 1155 8.23e-22 100 PYS18397.1 PYS18397.1 100 125 0 0 1 125 1 125 1.50e-82 236 EPF53206.1 EPF53206.1 100 78 0 0 1 78 1 78 5.17e-50 150 MBP9706914.1 MBP9706914.1 100 208 0 0 1 208 1 208 1.76e-153 422 WP_263858211.1 WP_263858211.1 100 261 0 0 1 261 1 261 3.49e-184 504 WP_263858211.1 WP_199425576.1 37.0 257 157 5 4 257 11 265 6.29e-44 148 WP_263858211.1 QQO85492.1 30.0 247 169 4 8 253 8 251 1.09e-28 108 GFR82011.1 GFR82011.1 100 218 0 0 1 218 1 218 1.20e-140 390 GFR82011.1 SFB29161.1 48.2 197 97 1 18 214 18 209 2.52e-50 169 GFR82011.1 HAT4171334.1 38.2 212 126 1 3 214 4 210 1.39e-44 154 GFR82011.1 WP_123653117.1 32.4 207 135 2 12 218 21 222 1.19e-24 95.9 NXT44414.1 NXT44414.1 100 1505 0 0 1 1505 1 1505 0.0 2964 NXT44414.1 NP_001257623.1 31.5 203 133 5 1258 1456 246 446 3.81e-21 98.6 XP_024185556.1 XP_024185556.1 100 196 0 0 1 196 1 196 2.24e-141 390 WP_251843011.1 WP_251843011.1 100 788 0 0 1 788 1 788 0.0 1496 MCG2809664.1 MCG2809664.1 100 82 0 0 1 82 1 82 2.29e-57 169 WP_049427769.1 WP_049427769.1 100 658 0 0 1 658 1 658 0.0 1128 AIL29843.1 AIL29843.1 100 41 0 0 1 41 1 41 1.18e-19 70.9 XP_051304311.1 XP_051304311.1 100 502 0 0 1 502 1 502 0.0 994 WP_087997173.1 WP_087997173.1 100 170 0 0 1 170 1 170 4.00e-120 334 RZU98823.1 RZU98823.1 100 859 0 0 1 859 1 859 0.0 1655 RZU98823.1 MBW3588078.1 45.0 829 420 3 17 844 20 813 1.08e-240 693 RZU98823.1 WP_216768648.1 35.6 779 449 10 10 777 1 737 9.67e-147 451 WP_077690175.1 WP_077690175.1 100 324 0 0 1 324 1 324 2.98e-228 620 WP_077690175.1 WP_190032834.1 37.9 269 149 9 1 263 1 257 1.28e-25 102 WP_077690175.1 WP_009620393.1 32.7 196 126 2 7 199 6 198 8.99e-21 89.0 WP_077690175.1 MCI2079698.1 29.5 149 104 1 5 153 4 151 3.13e-14 70.5 WP_077690175.1 WP_230796143.1 37.3 161 83 6 5 156 4 155 5.40e-11 60.8 WP_077690175.1 WP_254301195.1 34.6 127 64 5 10 127 14 130 1.09e-07 50.8 RQM16216.1 RQM16216.1 100 787 0 0 1 787 1 787 0.0 1562 RQM16216.1 XP_029528577.1 47.2 320 163 5 403 720 30 345 1.19e-91 290 RQM16216.1 KAG1590416.1 41.6 303 170 4 392 692 69 366 9.44e-80 259 RQM16216.1 EYU24504.1 33.7 389 197 7 374 725 153 517 5.32e-62 217 RQM16216.1 XP_048379117.1 37.6 295 174 7 403 691 257 547 2.82e-54 195 RQM16216.1 XP_008215352.1 34.9 292 177 4 398 678 183 472 5.46e-45 169 RQM16216.1 XP_048216280.1 32.1 271 167 6 392 647 9 277 3.01e-35 137 RQM16216.1 XP_011889539.1 27.7 278 160 6 400 645 1 269 1.16e-24 108 RQM16216.1 XP_043377824.1 27.2 213 136 6 403 601 25 232 1.87e-18 89.0 MCF7886260.1 MCF7886260.1 100 180 0 0 1 180 1 180 1.05e-129 359 MCF7886260.1 WP_259407579.1 30.2 106 70 2 73 178 117 218 2.18e-09 53.1 WP_268695178.1 WP_268695178.1 100 84 0 0 1 84 1 84 9.27e-49 147 WP_062024872.1 WP_062024872.1 100 220 0 0 1 220 1 220 2.69e-163 447 ABB60900.1 ABB60900.1 100 131 0 0 1 131 1 131 2.65e-97 273 ABB60900.1 EFW50635.1 44.2 95 52 1 35 128 1 95 5.80e-22 82.0 WP_258581409.1 WP_258581409.1 100 368 0 0 1 368 1 368 1.19e-263 714 WP_258581409.1 WP_237907640.1 44.5 357 191 5 1 356 1 351 1.09e-88 270 WP_258581409.1 WP_011057593.1 41.5 366 191 7 4 364 5 352 1.21e-78 244 WP_258581409.1 WP_109219819.1 49.8 243 120 1 6 248 20 260 7.05e-77 240 WP_258581409.1 WP_140480909.1 38.7 362 207 5 4 357 13 367 4.30e-76 238 WP_258581409.1 WP_076409454.1 37.0 354 205 4 4 354 5 343 2.31e-70 222 WP_258581409.1 WP_176354145.1 42.7 300 165 4 4 301 6 300 1.30e-68 218 WP_258581409.1 WP_170725874.1 43.3 245 137 1 4 248 5 247 7.70e-65 207 WP_258581409.1 NNE23115.1 34.0 356 222 3 4 357 3 347 6.09e-58 190 WP_258581409.1 MWR41881.1 39.4 221 128 1 19 233 44 264 1.41e-47 160 WP_258581409.1 WP_142133210.1 38.4 229 135 3 2 225 9 236 3.82e-46 156 WP_258581409.1 WP_115992495.1 36.9 233 135 3 4 225 2 233 1.21e-42 147 WP_258581409.1 WP_072380563.1 34.0 241 150 3 4 236 2 241 5.28e-39 137 WP_258581409.1 RUU66461.1 33.2 238 141 6 12 234 95 329 7.41e-33 124 WP_258581409.1 MBU5353226.1 29.8 238 155 4 9 236 21 256 5.49e-32 120 WP_258581409.1 WP_145468487.1 35.0 200 120 2 4 193 7 206 8.78e-32 118 WP_258581409.1 WP_088153117.1 35.9 217 125 5 22 229 16 227 1.25e-31 121 WP_258581409.1 EHH5649593.1 32.7 208 126 2 22 223 21 220 3.78e-29 112 WP_258581409.1 MBQ3864274.1 31.1 222 142 4 15 225 32 253 2.14e-25 103 WP_258581409.1 WP_227059655.1 28.3 230 156 3 16 236 341 570 1.82e-24 103 WP_258581409.1 WP_192324556.1 27.6 239 162 4 16 245 342 578 5.13e-22 95.9 WP_258581409.1 MBQ9964693.1 33.8 195 107 5 4 197 2 175 7.64e-22 90.1 WP_258581409.1 WP_142931103.1 24.9 201 147 3 18 215 275 474 1.36e-19 88.2 WP_258581409.1 MBQ8297564.1 28.2 213 136 7 19 221 350 555 1.45e-16 79.3 WP_258581409.1 WP_038440434.1 24.8 226 151 5 3 217 334 551 3.56e-15 75.1 WP_208179928.1 WP_208179928.1 100 71 0 0 1 71 1 71 1.06e-48 146 EIO4105067.1 EIO4105067.1 100 155 0 0 1 155 1 155 5.21e-111 310 KAJ2306899.1 KAJ2306899.1 100 360 0 0 1 360 1 360 8.35e-244 663 ESR55765.1 ESR55765.1 100 88 0 0 1 88 1 88 4.44e-60 176 ESR55765.1 TYG81953.1 98.6 71 1 0 1 71 1 71 2.99e-46 143 ESR55765.1 KAG0031507.1 39.1 64 39 0 8 71 4 67 1.82e-12 57.4 WP_002574744.1 WP_002574744.1 100 334 0 0 1 334 1 334 5.92e-224 610 WP_002574744.1 WP_105447015.1 28.6 350 184 6 35 329 48 386 2.31e-33 125 WP_002574744.1 WP_154951203.1 29.9 278 177 3 56 333 62 321 6.54e-33 122 WP_002574744.1 HAA79725.1 31.0 213 139 4 119 329 14 220 1.68e-26 103 MBT4161918.1 MBT4161918.1 100 228 0 0 1 228 1 228 3.93e-160 440 MBT4161918.1 WP_145468487.1 52.5 219 104 0 1 219 1 219 9.39e-75 224 MBT4161918.1 MCB0243881.1 43.8 219 123 0 4 222 3 221 8.79e-59 183 MBT4161918.1 MCC6044083.1 44.1 213 118 1 12 224 9 220 7.40e-53 171 MBT4161918.1 MCF7808720.1 38.8 224 137 0 1 224 1 224 1.03e-50 163 MBT4161918.1 MBQ4383193.1 39.3 224 132 2 5 227 3 223 1.11e-43 145 MBT4161918.1 WP_279984614.1 37.2 234 133 7 2 227 5 232 1.91e-37 130 MBT4161918.1 WP_008470196.1 37.8 209 120 6 4 210 7 207 7.08e-34 120 MBT4161918.1 MBQ3864274.1 37.0 192 114 5 21 206 29 219 1.09e-28 108 MBT4161918.1 MCP5262709.1 34.4 209 127 5 26 224 21 229 5.64e-28 106 MBT4161918.1 GLY24463.1 30.8 201 129 5 23 213 21 221 1.51e-21 89.4 MBT4161918.1 WP_256546297.1 26.6 214 137 5 26 223 39 248 7.25e-20 84.0 MBT4161918.1 WP_173040157.1 32.2 199 113 7 25 221 306 484 2.29e-18 81.6 MBT4161918.1 KAF9974715.1 31.1 167 88 4 25 178 1122 1274 3.56e-10 57.8 MBT4161918.1 WP_041710957.1 30.0 80 51 2 147 225 98 173 3.84e-06 45.4 XP_025385377.1 XP_025385377.1 100 292 0 0 1 292 1 292 1.10e-175 485 MCA9453963.1 MCA9453963.1 100 249 0 0 1 249 1 249 4.66e-192 523 KAF3210067.1 KAF3210067.1 100 199 0 0 1 199 1 199 1.77e-144 398 MCD4721788.1 MCD4721788.1 100 161 0 0 1 161 1 161 4.23e-113 316 WP_201685349.1 WP_201685349.1 100 439 0 0 1 439 1 439 0.0 868 WP_201685349.1 MBV8174008.1 28.3 350 247 3 69 414 39 388 1.21e-36 137 WP_259301651.1 WP_259301651.1 100 1050 0 0 1 1050 1 1050 0.0 2103 WP_259301651.1 MBP3518143.1 27.2 1076 640 38 57 1050 53 1067 4.56e-93 318 WP_259301651.1 WP_214826002.1 26.1 1035 564 45 123 1050 23 963 9.17e-53 199 WP_259301651.1 WP_146272353.1 25.5 1057 645 43 52 1050 33 1005 1.00e-49 189 WP_259301651.1 WP_278843343.1 23.4 1113 686 50 55 1050 21 1083 6.89e-45 174 CAG8531755.1 CAG8531755.1 100 45 0 0 1 45 1 45 3.42e-25 85.1 WP_220615956.1 WP_220615956.1 100 362 0 0 1 362 1 362 1.15e-267 723 WP_220615956.1 WP_276638014.1 52.6 331 155 2 28 357 25 354 1.18e-111 328 WP_220615956.1 MBI5966481.1 43.2 310 164 7 38 346 7 305 2.94e-71 223 WP_220615956.1 MBI1736306.1 41.4 304 161 5 48 351 16 302 3.82e-62 199 WP_220615956.1 WP_067782871.1 34.3 300 177 7 54 352 21 301 5.64e-44 152 WP_220615956.1 WP_279399778.1 36.9 293 163 9 61 351 29 301 1.81e-41 145 WP_220615956.1 MBQ1540263.1 35.3 252 137 7 45 295 31 257 1.22e-32 122 WP_220615956.1 HAR4359619.1 30.1 219 140 4 74 292 37 242 3.27e-22 93.2 MCJ2136558.1 MCJ2136558.1 100 372 0 0 1 372 1 372 2.00e-273 739 MCJ2136558.1 WP_009257967.1 28.3 371 207 16 36 371 358 704 1.31e-17 82.8 WP_063256613.1 WP_063256613.1 100 265 0 0 1 265 1 265 1.01e-194 531 WP_221868756.1 WP_221868756.1 100 455 0 0 1 455 1 455 2.77e-313 847 NXU45820.1 NXU45820.1 100 764 0 0 1 764 1 764 0.0 1515 CAH7752048.1 CAH7752048.1 100 71 0 0 1 71 1 71 1.06e-48 146 MBQ7631188.1 MBQ7631188.1 100 413 0 0 1 413 1 413 4.51e-309 832 KAI4475370.1 KAI4475370.1 100 279 0 0 1 279 1 279 1.93e-151 422 MBK7837454.1 MBK7837454.1 100 312 0 0 1 312 1 312 3.09e-224 609 MBK7837454.1 MBM4836391.1 39.2 283 165 4 26 305 42 320 2.52e-57 188 MBK7837454.1 WP_063417119.1 32.5 332 194 7 9 312 457 786 3.28e-41 150 MBK7837454.1 WP_232553043.1 30.8 308 200 7 1 303 2 301 3.05e-36 132 MBK7837454.1 MBE0479857.1 28.0 293 204 4 1 287 1 292 8.30e-29 112 KDB51534.1 KDB51534.1 100 332 0 0 1 332 1 332 6.39e-243 658 KDB51534.1 WP_059923305.1 38.3 321 169 6 8 321 37 335 8.77e-45 154 bbuchfink-diamond-6dc5717/src/test/blastp-cbs6.out000066400000000000000000060621101523407312000220420ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 96.7 302 10 0 15 316 15 316 1.85e-209 573 EHX4537433.1 EHX4537433.1 92.1 139 11 0 1 139 1 139 8.30e-89 253 WP_133518962.1 WP_133518962.1 100 294 0 0 1 294 1 294 1.31e-225 611 XP_015036367.2 XP_015036367.2 97.3 451 12 0 1 451 1 451 0.0 927 PAA16140.1 PAA16140.1 95.8 576 24 0 1 576 1 576 0.0 1156 GLZ33620.1 GLZ33620.1 100 703 0 0 1 703 1 703 0.0 1421 XP_039555956.1 XP_039555956.1 96.1 2052 80 0 1 2052 1 2052 0.0 4068 MBO7734838.1 MBO7734838.1 100 277 0 0 1 277 1 277 7.51e-212 575 WP_206363707.1 WP_206363707.1 100 272 0 0 1 272 1 272 3.82e-198 540 WP_206363707.1 WP_029347391.1 37.9 224 138 1 14 236 1 224 7.77e-51 166 WP_206363707.1 GBD21053.1 36.1 244 147 5 24 265 32 268 1.14e-37 137 WP_206363707.1 WP_150396769.1 34.3 239 152 3 26 264 32 265 2.76e-37 136 WP_206363707.1 WP_076409454.1 32.3 220 137 5 17 235 3 211 1.32e-27 107 WP_206363707.1 MBQ3864274.1 31.0 210 130 7 33 235 35 236 2.68e-20 87.0 WP_206363707.1 WP_088153117.1 30.5 200 119 6 44 236 24 210 1.49e-19 85.5 WP_206363707.1 MBU5353226.1 28.1 203 137 5 24 221 21 219 7.48e-19 82.8 WP_206363707.1 WP_066083732.1 26.7 243 145 9 16 236 4 235 1.47e-14 70.9 WP_206363707.1 WP_071876418.1 25.5 220 127 5 34 241 317 511 3.59e-13 67.4 WP_206363707.1 WP_131166802.1 30.8 234 132 8 33 248 25 246 3.52e-12 63.9 WP_206363707.1 WP_211555180.1 28.9 232 125 6 34 248 19 227 5.26e-12 62.4 WP_206363707.1 WP_281543397.1 25.6 246 161 7 33 269 4 236 1.22e-11 62.0 WP_206363707.1 WAY96880.1 25.4 189 117 6 37 217 8 180 1.89e-08 51.6 XP_007207923.1 XP_007207923.1 98.0 397 8 0 22 418 22 418 3.20e-291 788 XP_051956784.1 XP_051956784.1 100 350 0 0 1 350 1 350 2.07e-273 737 OGK79387.1 OGK79387.1 100 250 0 0 1 250 1 250 4.28e-184 503 WP_025531131.1 WP_025531131.1 100 165 0 0 1 165 1 165 5.98e-124 343 KAJ8763828.1 KAJ8763828.1 100 200 0 0 1 200 1 200 1.03e-148 409 KAJ8763828.1 XP_026320625.1 44.4 160 89 0 12 171 8 167 2.25e-49 158 MBQ1311177.1 MBQ1311177.1 100 348 0 0 1 348 1 348 1.44e-263 712 MBQ1311177.1 WP_198907334.1 27.5 342 224 10 6 337 13 340 3.68e-25 102 WP_268714943.1 WP_268714943.1 92.0 338 27 0 1 338 1 338 7.55e-229 623 TME45086.1 TME45086.1 95.2 727 35 0 1 727 1 727 0.0 1402 TME45086.1 WP_265225845.1 28.6 731 468 19 1 703 1 705 1.76e-56 207 TME45086.1 MBL4744408.1 26.4 696 450 14 52 720 55 715 7.44e-50 187 TME45086.1 WP_039608285.1 25.7 596 413 8 8 595 9 582 7.59e-49 184 TME45086.1 WP_133325549.1 23.7 653 456 13 9 649 9 631 8.02e-45 171 TME45086.1 WP_110366458.1 22.8 733 513 17 3 708 5 711 2.02e-42 164 TME45086.1 WP_172616972.1 21.7 590 410 21 141 712 150 705 2.14e-22 101 VDK71801.1 VDK71801.1 100 155 0 0 1 155 1 155 3.02e-110 308 OGA29379.1 OGA29379.1 97.6 580 14 0 1 580 1 580 0.0 1159 OGA29379.1 WP_264228578.1 54.1 582 264 2 1 580 1 581 9.30e-224 631 OGA29379.1 HCJ45190.1 66.7 63 21 0 479 541 1 63 1.78e-24 95.1 EGI67351.1 EGI67351.1 91.7 144 12 0 1 144 1 144 1.36e-94 268 XP_021846694.1 XP_021846694.1 71.0 107 31 0 1 107 1 107 9.57e-48 146 WP_224792367.1 WP_224792367.1 100 128 0 0 1 128 1 128 1.43e-95 269 OIO24646.1 OIO24646.1 86.9 176 23 0 1 176 1 176 7.96e-98 278 XP_004466702.1 XP_004466702.1 98.0 638 13 0 1 638 1 638 0.0 1243 XP_004466702.1 UWG74403.1 29.6 409 241 12 207 589 24 411 1.43e-48 175 XP_004466702.1 EAJ4317745.1 28.4 412 252 15 213 592 5 405 2.21e-32 128 MOY61908.1 MOY61908.1 100 100 0 0 1 100 1 100 6.58e-72 207 MOY61908.1 AST39768.1 64.3 98 35 0 2 99 2 99 7.37e-44 136 MOY61908.1 MOY95459.1 58.2 98 41 0 2 99 2 99 5.79e-41 129 MOY61908.1 AMA13662.1 52.0 98 47 0 2 99 63 160 2.58e-33 112 WP_053342583.1 WP_053342583.1 100 642 0 0 1 642 1 642 0.0 1251 WP_053342583.1 KAI5076688.1 27.6 651 423 20 23 637 113 751 4.44e-63 221 EMD83093.1 EMD83093.1 95.7 447 19 0 1 447 1 447 0.0 881 EMD83093.1 WP_130670507.1 36.6 407 213 13 32 433 15 381 1.20e-68 222 EMD83093.1 TVP67793.1 34.7 401 219 12 42 434 27 392 1.24e-66 217 EMD83093.1 WP_224014827.1 37.5 349 195 9 50 396 25 352 3.99e-59 197 EMD83093.1 WP_271272236.1 32.7 404 223 15 30 424 3 366 5.84e-48 167 EJT84792.1 EJT84792.1 100 75 0 0 1 75 1 75 5.07e-51 152 WP_077010214.1 WP_077010214.1 100 330 0 0 1 330 1 330 1.54e-233 634 HAN2236324.1 HAN2236324.1 100 676 0 0 1 676 1 676 0.0 1378 HAN2236324.1 PKO20637.1 23.7 510 265 21 188 670 12 424 2.59e-17 83.6 HAN2236324.1 WP_253630899.1 22.5 507 241 24 226 670 62 478 6.77e-16 79.3 HAN2236324.1 MBP7746105.1 23.9 573 252 27 192 671 290 771 6.03e-13 70.5 HAN2236324.1 VJO49958.1 32.8 131 56 4 186 316 6 104 1.49e-10 62.4 HAN2236324.1 WP_125555296.1 31.9 91 48 2 226 316 27 103 8.89e-08 53.5 HBZ0881431.1 HBZ0881431.1 100 65 0 0 1 65 1 65 2.26e-45 137 AMA90994.1 AMA90994.1 88.3 197 23 0 1 197 1 197 4.57e-121 339 AMA90994.1 QUA05739.1 77.2 197 45 0 1 197 1 197 1.02e-109 311 AMA90994.1 AFA24308.1 79.9 189 38 0 9 197 2 190 3.40e-108 307 AMA90994.1 AWS34156.1 77.2 197 45 0 1 197 1 197 5.04e-107 304 AMA90994.1 ADW49125.1 77.8 189 42 0 9 197 1 189 3.13e-106 302 AMA90994.1 ADJ35581.1 71.6 197 56 0 1 197 2 198 2.35e-103 295 AMA90994.1 AVM35379.1 75.0 192 48 0 6 197 1 192 1.42e-98 283 AMA90994.1 AKT58828.1 68.7 195 61 0 1 195 1 195 2.12e-98 281 AMA90994.1 QUQ06080.1 70.1 197 59 0 1 197 1 197 2.27e-96 277 AMA90994.1 AFA09475.1 74.9 183 46 0 15 197 1 183 8.13e-96 275 AMA90994.1 ABQ63546.1 67.9 196 63 0 2 197 1 196 3.62e-95 274 AMA90994.1 AHK62764.1 65.3 193 67 0 5 197 1 193 1.26e-91 265 AMA90994.1 AOR13807.1 68.6 188 59 0 10 197 1 188 3.34e-91 263 AMA90994.1 AOQ89457.1 70.1 187 56 0 5 191 1 187 2.19e-89 258 AMA90994.1 AAX94106.1 78.4 167 36 0 31 197 1 167 2.89e-87 261 AMA90994.1 AKA56406.1 64.3 196 67 1 2 197 2 194 5.58e-85 248 AMA90994.1 AGI15931.1 66.1 189 64 0 9 197 2 190 5.03e-83 243 AMA90994.1 UZF38514.1 60.3 184 73 0 14 197 1 184 1.57e-79 234 AMA90994.1 AHH30646.1 71.7 166 45 2 32 197 6 169 1.09e-76 226 AMA90994.1 ACE88666.1 63.6 118 43 0 80 197 1 118 4.45e-46 147 AMA90994.1 APC24336.1 55.6 90 40 0 108 197 1 90 1.74e-23 94.4 MBU0883769.1 MBU0883769.1 95.8 456 19 0 1 456 1 456 4.30e-320 864 MBU0883769.1 MBI5098096.1 37.1 450 251 16 15 444 14 451 5.60e-68 222 MBD5551606.1 MBD5551606.1 100 414 0 0 1 414 1 414 7.54e-313 842 MBD5551606.1 MBR7122964.1 36.5 288 168 8 126 411 44 318 2.27e-48 166 MCB9999913.1 MCB9999913.1 100 1058 0 0 1 1058 1 1058 0.0 2218 MCB9999913.1 WP_081224968.1 36.9 1043 520 22 16 1049 2 915 3.25e-216 641 MCB9999913.1 WP_123159424.1 35.4 1017 522 20 20 1027 6 896 1.23e-188 570 MCB9999913.1 SCL13606.1 26.5 374 243 10 534 900 447 795 1.49e-23 105 MCB9999913.1 MBQ9679177.1 30.0 220 144 6 35 252 10 221 9.99e-18 87.0 MCB9999913.1 MCL2204087.1 25.2 401 225 15 570 937 402 760 2.42e-13 72.8 MCB9999913.1 XP_053592881.1 27.3 165 97 3 61 224 67 209 9.90e-09 57.8 WP_007356512.1 WP_007356512.1 99.1 1231 11 0 1 1231 1 1231 0.0 2514 WP_007356512.1 HAS8246497.1 31.6 487 289 8 736 1210 474 928 1.57e-65 239 WP_007356512.1 TAL20232.1 32.8 457 269 8 697 1136 174 609 3.00e-65 231 WP_007356512.1 WP_138482356.1 34.0 409 235 8 735 1136 406 786 1.32e-57 214 WP_007356512.1 WP_261733022.1 32.6 487 288 9 721 1196 233 690 5.47e-52 195 WP_007356512.1 EDN57974.1 29.3 529 227 11 736 1138 392 899 7.20e-51 194 WP_007356512.1 MBQ1868746.1 29.9 421 257 9 727 1136 248 641 6.70e-48 181 WP_007356512.1 KFX48203.1 41.3 254 130 3 736 987 681 917 1.26e-45 178 WP_007356512.1 MBN8606766.1 33.5 325 167 10 687 989 507 804 4.78e-38 152 WP_007356512.1 WP_200037957.1 27.9 409 252 8 731 1132 1004 1376 1.20e-34 142 WP_007356512.1 WP_063540919.1 28.3 406 237 13 747 1145 495 853 8.60e-30 126 WP_007356512.1 WP_076194242.1 33.1 242 131 7 747 984 239 453 5.64e-29 120 WP_007356512.1 PSQ73325.1 31.5 257 143 7 747 995 615 846 2.37e-28 121 WP_007356512.1 XP_001454078.1 26.1 391 211 12 744 1084 217 579 7.61e-23 103 WP_007356512.1 WP_217452155.1 32.0 175 87 4 863 1034 2 147 1.78e-13 67.8 WP_007356512.1 WP_010434011.1 27.0 263 159 8 727 987 354 585 8.80e-13 70.9 WP_007356512.1 MBQ5584458.1 32.2 118 77 1 1019 1136 2 116 2.25e-11 63.5 CAH8368929.1 CAH8368929.1 100 94 0 0 1 94 1 94 1.09e-65 191 UKN67998.1 UMF87224.1 97.6 7072 170 0 1 7072 21 7092 0.0 14046 UKN67998.1 UKN67998.1 99.2 7072 57 0 1 7072 1 7072 0.0 14038 UKN67998.1 QWC83326.1 97.5 7076 173 2 1 7072 21 7096 0.0 14034 UKN67998.1 QVD87869.1 97.5 7073 177 1 1 7072 21 7093 0.0 14033 UKN67998.1 UZO53924.1 97.5 7073 177 1 1 7072 21 7093 0.0 14032 UKN67998.1 URQ55824.1 97.5 7073 179 1 1 7072 21 7093 0.0 14030 UKN67998.1 WEU87158.1 97.5 7076 175 2 1 7072 21 7096 0.0 14030 UKN67998.1 UVB16817.1 97.5 7073 178 1 1 7072 21 7093 0.0 14028 UKN67998.1 QSZ25555.1 97.4 7076 177 2 1 7072 21 7096 0.0 14028 UKN67998.1 UBP50947.1 97.4 7076 177 2 1 7072 21 7096 0.0 14024 UKN67998.1 UBD95131.1 97.4 7076 179 2 1 7072 21 7096 0.0 14019 UKN67998.1 UEC52718.1 97.4 7076 182 2 1 7072 21 7096 0.0 14012 UKN67998.1 UIR12670.1 97.3 7072 192 0 1 7072 21 7092 0.0 13992 UKN67998.1 QZU16279.1 97.1 7076 203 2 1 7072 21 7096 0.0 13963 UKN67998.1 UPA83906.1 97.0 7072 209 0 1 7072 21 7092 0.0 13951 UKN67998.1 UBR86455.1 96.6 7076 237 2 1 7072 20 7095 0.0 13884 UKN67998.1 UCP72061.1 96.4 7076 254 2 1 7072 21 7096 0.0 13841 UKN67998.1 UXX67934.1 96.5 7073 247 1 1 7072 21 7093 0.0 13835 UKN67998.1 UCP77012.1 96.2 7076 265 2 1 7072 21 7096 0.0 13818 UKN67998.1 WHE12941.1 95.9 7067 289 1 7 7072 1 7067 0.0 13723 UKN67998.1 UGA79226.1 95.3 7076 332 2 1 7072 21 7096 0.0 13628 UKN67998.1 UAQ80067.1 94.8 7076 364 2 1 7072 21 7096 0.0 13570 UKN67998.1 UVI10561.1 94.0 7066 421 1 8 7072 1 7066 0.0 13406 UKN67998.1 UJT06733.1 94.1 7072 414 0 1 7072 21 7092 0.0 13401 UKN67998.1 UOU30556.1 94.7 7073 371 1 1 7072 21 7093 0.0 13339 UKN67998.1 UMA88644.1 92.4 7071 539 0 2 7072 1 7071 0.0 12873 UKN67998.1 WAS49087.1 88.2 7073 834 1 1 7072 21 7093 0.0 12401 UKN67998.1 WGP98278.1 82.8 7076 1210 2 1 7072 21 7096 0.0 11470 UKN67998.1 ULA23837.2 99.1 4377 41 0 1 4377 21 4397 0.0 8849 UKN67998.1 UXH94526.1 99.0 4377 42 0 1 4377 21 4397 0.0 8845 UKN67998.1 QXR94354.1 98.9 4378 49 1 1 4377 21 4398 0.0 8834 UKN67998.1 UPP41269.1 98.8 4378 52 1 1 4377 21 4398 0.0 8829 UKN67998.1 QTD03487.1 98.8 4381 50 2 1 4377 21 4401 0.0 8829 UKN67998.1 QTM79632.1 98.8 4378 51 1 1 4377 21 4398 0.0 8827 UKN67998.1 USR14792.1 98.8 4378 53 1 1 4377 21 4398 0.0 8826 UKN67998.1 QTZ27226.1 98.8 4378 53 1 1 4377 21 4398 0.0 8822 UKN67998.1 UFM00670.1 98.7 4381 53 2 1 4377 21 4401 0.0 8818 UKN67998.1 UKU68032.1 98.7 4377 55 0 1 4377 21 4397 0.0 8817 UKN67998.1 UEC68750.1 98.7 4381 53 2 1 4377 21 4401 0.0 8816 UKN67998.1 UHM53165.1 98.7 4381 53 2 1 4377 21 4401 0.0 8813 UKN67998.1 UFM02602.1 98.7 4381 53 2 1 4377 21 4401 0.0 8813 UKN67998.1 UBL45068.1 98.7 4381 53 2 1 4377 21 4401 0.0 8811 UKN67998.1 UJV88611.1 97.1 4377 127 0 1 4377 21 4397 0.0 8654 UKN67998.1 UJJ97602.1 96.8 4377 140 0 1 4377 21 4397 0.0 8620 UKN67998.1 UJS94137.1 98.1 4292 81 0 86 4377 1 4292 0.0 8580 UKN67998.1 ULB83374.1 95.9 4377 181 0 1 4377 21 4397 0.0 8516 UKN67998.1 UGB98301.1 93.3 4381 291 2 1 4377 21 4401 0.0 8240 UKN67998.1 QRX02582.1 98.7 4078 47 2 1 4074 21 4098 0.0 8198 UKN67998.1 UFA30503.1 92.4 4340 325 2 7 4342 1 4340 0.0 8060 UKN67998.1 WGP70063.1 91.4 4349 372 2 1 4345 21 4369 0.0 7970 UKN67998.1 UNI03201.1 90.4 4374 417 2 7 4377 1 4374 0.0 7929 UKN67998.1 WEI27974.1 90.3 4378 423 1 1 4377 21 4398 0.0 7926 UKN67998.1 UEX07109.1 87.0 4375 566 2 7 4377 1 4375 0.0 7577 UKN67998.1 URP80785.1 81.9 4371 791 1 8 4377 1 4371 0.0 7059 UKN67998.1 UPB00876.1 75.7 4371 1061 1 8 4377 1 4371 0.0 6324 UKN67998.1 UYE49180.1 75.4 4378 1074 1 1 4377 21 4398 0.0 6290 UKN67998.1 WGQ72821.1 65.6 4344 1491 2 6 4345 1 4344 0.0 5205 WP_220664202.1 WP_220664202.1 100 336 0 0 1 336 1 336 2.87e-257 695 PRQ70658.1 PRQ70658.1 79.0 176 37 0 1 176 1 176 1.34e-89 258 XP_028261945.1 XP_028261945.1 100 833 0 0 1 833 1 833 0.0 1740 XP_028261945.1 XP_023607675.1 69.0 757 194 12 2 732 3 744 0.0 1006 XP_028261945.1 WP_002264996.1 31.6 237 126 10 201 428 25 234 8.29e-22 93.6 XP_028261945.1 WP_014812045.1 34.7 95 53 3 328 421 17 103 7.74e-07 50.4 WP_127607693.1 WP_127607693.1 100 153 0 0 1 153 1 153 1.62e-113 316 NEO89073.1 NEO89073.1 100 519 0 0 1 519 1 519 0.0 1100 NEO89073.1 WP_259999572.1 32.6 190 123 3 58 245 107 293 1.01e-24 103 SHX72876.1 SHX72876.1 100 71 0 0 1 71 1 71 6.14e-48 144 EAT3027009.1 EAT3027009.1 100 138 0 0 1 138 1 138 5.44e-98 276 WP_161818832.1 WP_161818832.1 100 195 0 0 1 195 1 195 6.72e-147 404 WP_161818832.1 WP_054891276.1 43.4 182 103 0 11 192 5 186 1.09e-48 155 MBQ5338540.1 MBQ5338540.1 96.0 1617 65 0 1 1617 1 1617 0.0 3223 MBQ5338540.1 WP_153219677.1 31.6 740 431 33 159 858 161 865 1.75e-57 218 MBW1825233.1 MBW1825233.1 96.8 313 10 0 1 313 1 313 9.68e-233 631 MBW1825233.1 XP_053501940.1 31.6 79 50 2 48 122 167 245 6.56e-05 42.4 MBQ0119857.1 MBQ0119857.1 100 205 0 0 1 205 1 205 1.35e-160 439 WP_152158314.1 WP_152158314.1 100 202 0 0 1 202 1 202 3.55e-141 390 WP_152158314.1 OGG08302.1 31.9 210 133 5 2 201 97 306 4.81e-14 67.8 AOW33101.1 AOW33101.1 100 318 0 0 1 318 1 318 2.40e-240 650 AOW33101.1 AVA00513.1 93.1 318 22 0 1 318 17 334 6.76e-227 617 AOW33101.1 QWY38042.1 92.8 318 23 0 1 318 17 334 3.05e-224 613 AOW33101.1 BAO11608.1 92.1 318 25 0 1 318 17 334 4.37e-223 608 AOW33101.1 ACH90072.1 92.1 318 25 0 1 318 45 362 4.88e-223 609 AOW33101.1 AOW36968.1 91.8 318 26 0 1 318 1 318 7.05e-223 607 AOW33101.1 ACY29573.1 92.8 318 23 0 1 318 17 334 8.97e-223 611 AOW33101.1 AFJ09957.1 92.5 318 24 0 1 318 17 334 2.32e-222 609 AOW33101.1 AFV39595.1 94.7 318 17 0 1 318 70 387 4.44e-222 630 AOW33101.1 BAO23243.1 91.8 318 26 0 1 318 17 334 1.69e-221 604 AOW33101.1 ARR91819.1 85.2 290 42 1 1 289 17 306 1.18e-178 494 AOW33101.1 ACV16867.1 92.8 235 17 0 84 318 1 235 1.30e-162 453 AOW33101.1 ADB27070.1 92.9 198 14 0 121 318 1 198 3.52e-136 383 AOW33101.1 ABJ92889.1 74.7 83 21 0 1 83 14 96 2.52e-39 132 XP_027422845.1 XP_027422845.1 95.9 566 23 0 1 566 1 566 0.0 1116 XP_027422845.1 SCN76227.1 21.8 518 332 10 28 510 85 564 1.80e-30 124 UVD88834.1 UVD88834.1 100 76 0 0 1 76 1 76 6.38e-50 149 XP_028733567.1 XP_028733567.1 99.3 1381 10 0 1 1381 1 1381 0.0 2862 XP_028733567.1 KAB0382747.1 28.6 199 123 6 615 808 488 672 4.45e-09 59.3 XP_028733567.1 XP_023822602.1 45.1 51 28 0 130 180 443 493 2.98e-07 53.1 XP_028733567.1 XP_047491136.1 44.9 49 27 0 132 180 887 935 6.45e-07 52.4 XP_028733567.1 PVD36313.1 37.8 74 41 2 756 829 580 648 7.63e-06 48.9 KAF8533701.1 KAF8533701.1 100 179 0 0 1 179 1 179 4.63e-137 378 XP_031270756.1 XP_031270756.1 100 319 0 0 1 319 1 319 2.31e-243 658 WP_255266214.1 WP_255266214.1 95.8 503 21 0 1 503 1 503 0.0 920 WP_255266214.1 MBI5333464.1 40.9 164 85 5 291 445 224 384 9.11e-22 95.5 WP_255266214.1 WP_126679569.1 37.3 166 87 4 291 445 369 528 8.57e-20 91.3 WP_255266214.1 WP_145544593.1 37.2 156 93 3 291 445 361 512 5.12e-19 88.2 WP_255266214.1 WP_107169208.1 33.8 157 89 6 296 442 203 354 6.27e-19 86.7 WP_255266214.1 EGR2272270.1 40.2 127 70 6 324 445 547 672 2.05e-16 80.5 WP_255266214.1 WP_018646673.1 32.3 164 105 3 288 445 517 680 1.26e-14 75.1 WP_255266214.1 WP_000484099.1 29.8 198 110 9 263 445 179 362 4.48e-13 68.9 WP_255266214.1 WP_269885397.1 28.3 152 103 4 299 445 115 265 1.54e-12 66.2 WP_255266214.1 GHI39478.1 37.3 118 73 1 326 442 322 439 1.79e-10 61.2 WP_255266214.1 WP_023050329.1 26.1 142 102 3 299 439 206 345 7.05e-09 55.8 KRX90811.1 KRX90811.1 100 501 0 0 1 501 1 501 0.0 1061 KRX90811.1 XP_020321477.1 29.8 299 134 7 167 417 50 320 1.57e-26 112 KRX90811.1 XP_046441060.1 28.8 302 139 7 164 417 55 328 1.69e-26 112 KRX90811.1 MBF1128433.1 31.0 174 107 6 252 417 115 283 5.75e-16 79.0 MBN4200190.1 MBN4200190.1 100 18 0 0 1 18 1 18 2.60e-08 40.8 WP_114054641.1 WP_114054641.1 100 333 0 0 1 333 1 333 1.74e-236 642 WP_114054641.1 WP_022748957.1 30.2 281 182 7 2 272 55 331 1.19e-33 125 WP_114054641.1 EJS0734484.1 29.7 310 203 6 20 321 45 347 2.02e-32 122 WP_114054641.1 MCI6965979.1 29.4 333 214 10 1 324 1 321 6.70e-28 109 WP_114054641.1 KAJ7369304.1 27.7 242 147 7 85 311 61 289 5.89e-09 55.5 ERV81283.1 ERV81283.1 85.8 232 33 0 1 232 1 232 8.16e-139 387 WP_104462564.1 WP_104462564.1 91.8 304 25 0 1 304 1 304 1.88e-205 561 WP_104462564.1 WP_140843904.1 34.0 241 134 4 69 285 66 305 6.24e-33 122 WP_061239294.1 WP_061239294.1 100 388 0 0 1 388 1 388 4.35e-292 787 WP_050238626.1 WP_050238626.1 100 390 0 0 1 390 1 390 1.30e-294 794 HIH01984.1 HIH01984.1 100 151 0 0 1 151 1 151 7.77e-111 309 EGC4236544.1 EGC4236544.1 100 200 0 0 1 200 1 200 8.11e-146 402 WP_250258169.1 WP_250258169.1 97.6 540 13 0 1 540 1 540 0.0 1044 WP_242961281.1 WP_242961281.1 98.6 702 10 0 1 702 1 702 0.0 1391 WP_242961281.1 WP_200543170.1 31.7 180 120 3 524 701 259 437 2.08e-17 84.7 WP_045385114.1 WP_045385114.1 100 146 0 0 1 146 1 146 1.72e-107 300 WP_233987225.1 WP_233987225.1 100 314 0 0 1 314 1 314 1.09e-234 636 KAF8901107.1 KAF8901107.1 100 520 0 0 1 520 1 520 0.0 1085 KAF8901107.1 XP_049236752.1 26.5 472 307 12 42 488 19 475 1.44e-36 142 KAF8901107.1 AJU61790.1 25.0 476 323 9 33 487 26 488 1.26e-29 120 KAF8901107.1 MCB1412915.1 28.3 166 116 1 78 240 66 231 6.27e-10 59.7 MBI5413544.1 MBI5413544.1 96.4 606 22 0 1 606 1 606 0.0 1194 WP_245770707.1 WP_245770707.1 100 490 0 0 1 490 1 490 0.0 953 MYU10132.1 MYU10132.1 100 132 0 0 1 132 1 132 5.76e-97 273 GER04731.1 GER04731.1 100 441 0 0 1 441 1 441 0.0 899 GER04731.1 WP_231022353.1 41.2 437 219 6 1 437 1 399 3.34e-110 329 GER04731.1 WP_258835625.1 31.0 439 276 12 9 425 7 440 2.91e-47 167 GER04731.1 MBP6375542.1 30.7 446 280 12 9 433 7 444 6.59e-46 163 GER04731.1 WP_194454339.1 25.8 418 274 12 1 398 1 402 3.01e-28 114 MCC8048325.1 MCC8048325.1 100 415 0 0 1 415 1 415 8.50e-315 847 WP_141361908.1 WP_141361908.1 97.4 346 9 0 1 346 1 346 4.23e-255 690 XP_039261378.1 XP_039261378.1 94.9 435 22 0 1 435 1 435 3.65e-317 855 MBO1529847.1 MBO1529847.1 100 342 0 0 1 342 1 342 2.47e-261 706 MBO1529847.1 WP_202925384.1 31.3 342 219 7 1 338 1 330 4.69e-50 168 MBO1529847.1 MBN1566249.1 29.7 347 216 14 5 333 1 337 4.04e-29 113 MBO1529847.1 XP_047466965.1 30.9 243 143 6 4 223 9 249 3.89e-22 94.4 MBO1529847.1 KAH7252800.1 28.8 226 139 10 5 214 7 226 5.81e-16 76.3 MBO1529847.1 WP_016809838.1 29.6 247 155 10 5 242 1 237 2.15e-13 68.6 MBR3162388.1 MBR3162388.1 100 637 0 0 1 637 1 637 0.0 1256 MBX9747080.1 MBX9747080.1 100 735 0 0 1 735 1 735 0.0 1489 MBX9747080.1 HAJ30683.1 24.2 839 467 37 1 729 30 809 5.92e-23 102 MBX9747080.1 MCE2873365.1 28.3 184 121 4 1 173 36 219 1.06e-13 73.2 MBX9747080.1 MXW19700.1 30.2 189 115 5 1 175 41 226 1.62e-12 69.3 MBX9747080.1 WP_267184195.1 29.0 200 107 10 17 198 50 232 6.91e-09 57.4 MBX9747080.1 WP_254467474.1 23.1 208 148 5 2 205 141 340 9.31e-06 47.4 MBR3056759.1 MBR3056759.1 100 222 0 0 1 222 1 222 3.55e-169 462 XP_046337982.1 XP_046337982.1 100 501 0 0 1 501 1 501 0.0 1039 XP_046337982.1 XP_028705251.1 31.4 277 177 6 44 313 90 360 7.26e-24 103 XP_046337982.1 HHO42668.1 26.1 199 113 9 119 310 38 209 9.10e-05 43.1 RVW27732.1 RVW27732.1 100 382 0 0 1 382 1 382 2.23e-291 785 ACU21193.1 ACU21193.1 100 246 0 0 1 246 1 246 2.69e-185 505 WP_223975418.1 WP_223975418.1 100 299 0 0 1 299 1 299 1.66e-226 614 HAV2038468.1 HAV2038468.1 95.9 606 25 0 1 606 1 606 0.0 1206 HAV2038468.1 WP_200037957.1 22.7 269 184 9 354 604 984 1246 5.64e-10 60.8 RBH73006.1 RBH73006.1 100 186 0 0 1 186 1 186 1.31e-135 375 MBL1150364.1 MBL1150364.1 100 186 0 0 1 186 1 186 5.14e-133 368 MBL1150364.1 MBR6293537.1 33.1 181 106 7 6 180 4 175 2.39e-19 79.3 MBL1150364.1 MBG6436126.1 32.4 148 95 4 1 147 1 144 1.55e-08 50.4 EAA7679439.1 EAA7679439.1 98.1 519 10 0 1 519 1 519 0.0 1007 EAA7679439.1 WP_213741880.1 50.6 235 114 2 1 234 2 235 4.76e-79 246 EAA7679439.1 WP_219954954.1 30.7 264 174 4 248 504 162 423 5.70e-33 129 GLX88815.1 GLX88815.1 96.7 300 10 0 1 300 1 300 5.70e-214 582 GLX88815.1 WP_210226425.1 44.9 296 163 0 1 296 1 296 8.91e-98 288 GLX88815.1 HCN8461219.1 67.4 86 28 0 9 94 8 93 1.15e-38 130 GLX88815.1 NLW23809.1 26.8 168 116 4 11 177 13 174 2.74e-09 55.8 MCE2395269.1 MCE2395269.1 100 578 0 0 1 578 1 578 0.0 1211 WP_281543397.1 WP_281543397.1 100 292 0 0 1 292 1 292 1.72e-220 598 WP_281543397.1 WP_084371009.1 39.4 289 174 1 2 289 15 303 2.51e-67 210 WP_281543397.1 WP_221265680.1 41.2 194 113 1 5 197 35 228 5.34e-45 153 WP_281543397.1 WP_152652784.1 33.0 200 132 2 4 202 20 218 3.81e-31 116 WP_281543397.1 WP_192500494.1 30.8 195 131 3 4 197 17 208 1.88e-28 109 WP_281543397.1 EHR6291555.1 33.3 186 122 2 17 201 35 219 2.85e-27 109 WP_281543397.1 WP_185334683.1 32.4 204 130 5 7 204 22 223 1.07e-24 101 WP_281543397.1 WP_088153117.1 28.0 322 188 13 7 291 17 331 1.72e-23 97.1 WP_281543397.1 THW78755.1 29.6 199 130 1 4 202 483 671 5.21e-23 97.4 WP_281543397.1 WP_221977168.1 25.7 206 141 4 4 197 30 235 8.31e-22 90.5 WP_281543397.1 MBQ9964693.1 31.6 174 98 6 5 177 17 170 2.20e-15 71.2 WP_281543397.1 WP_248562494.1 27.0 226 147 5 4 222 16 230 1.36e-14 70.9 WP_281543397.1 WP_153844272.1 25.6 203 141 3 5 197 275 477 4.24e-14 70.5 WP_281543397.1 WP_105160947.1 23.3 266 152 9 5 254 332 561 7.14e-12 63.9 WP_281543397.1 WP_206363707.1 25.6 246 161 7 4 236 33 269 1.31e-11 62.0 WP_281543397.1 KAF9974715.1 25.5 208 134 8 5 206 481 673 5.04e-11 61.6 WP_281543397.1 WP_041710957.1 24.2 194 97 7 19 206 33 182 4.16e-08 52.4 WP_281543397.1 WAY96880.1 23.2 185 115 5 5 173 5 178 2.04e-06 45.8 GHI39478.1 GHI39478.1 96.9 450 14 0 1 450 1 450 0.0 882 GHI39478.1 HCN71343.1 45.9 122 64 2 322 441 7 128 2.55e-24 96.3 GHI39478.1 WP_159812831.1 43.4 122 66 3 322 440 279 400 1.91e-16 79.3 GHI39478.1 WP_255266214.1 41.5 118 68 1 322 439 326 442 3.28e-14 72.8 WP_234749042.1 WP_234749042.1 96.8 377 12 0 1 377 1 377 1.53e-275 744 WP_281674273.1 WP_281674273.1 100 98 0 0 1 98 1 98 2.15e-67 195 MBO0734013.1 MBO0734013.1 100 227 0 0 1 227 1 227 4.62e-163 447 RPG10933.1 RPG10933.1 100 100 0 0 1 100 1 100 1.55e-70 203 WP_122576107.1 WP_122576107.1 92.5 321 24 0 1 321 1 321 2.22e-217 593 WAX08241.1 WAX08241.1 100 387 0 0 1 387 1 387 7.02e-302 812 WP_255734230.1 WP_255734230.1 100 178 0 0 1 178 1 178 1.49e-128 356 KZS73167.1 KZS73167.1 91.1 325 29 0 1 325 1 325 1.26e-209 573 KZS73167.1 WP_244292824.1 43.3 305 152 7 40 324 11 314 5.21e-57 185 PYM79331.1 PYM79331.1 100 121 0 0 1 121 1 121 6.23e-80 229 XP_015253450.1 XP_015253450.1 97.5 592 15 0 1 592 1 592 0.0 1189 YP_008379230.1 YP_008379230.1 100 346 0 0 1 346 1 346 6.63e-243 659 YP_008379230.1 YP_007317140.1 43.1 334 185 2 1 334 1 329 5.00e-84 256 YP_008379230.1 QOL09497.1 34.4 192 126 0 127 318 2 193 3.50e-29 110 YP_008379230.1 EAZ5330394.1 25.7 334 202 14 23 316 122 449 9.58e-21 91.3 YP_008379230.1 WP_096665911.1 21.7 290 202 9 10 274 115 404 1.08e-08 54.7 YP_008379230.1 WP_243361436.1 23.3 176 114 3 34 188 135 310 1.23e-04 42.0 KOU48934.1 KOU48934.1 87.2 329 42 0 1 329 1 329 8.44e-187 516 MCK4671080.1 MCK4671080.1 100 84 0 0 1 84 1 84 8.87e-56 165 WP_097830045.1 WP_097830045.1 100 385 0 0 1 385 1 385 3.58e-294 792 WP_097830045.1 MBR3487460.1 36.2 351 188 12 41 378 54 381 4.81e-56 187 WP_097830045.1 MBR4371193.1 29.3 321 171 10 94 378 34 334 1.36e-31 120 WP_097830045.1 WP_256939523.1 27.3 384 249 12 2 380 15 373 1.92e-31 121 WP_143957119.1 WP_143957119.1 100 286 0 0 1 286 1 286 1.02e-209 570 RZB31430.1 RZB31430.1 100 62 0 0 1 62 1 62 9.57e-39 120 OLC29722.1 OLC29722.1 100 151 0 0 1 151 1 151 2.93e-115 320 MBF1369421.1 MBF1369421.1 95.6 1071 47 0 1 1071 1 1071 0.0 2155 MBF1369421.1 WP_106812746.1 39.0 1086 622 16 7 1069 4 1071 6.02e-289 834 MBF1369421.1 WP_013559898.1 26.2 237 143 6 35 265 65 275 2.49e-14 73.2 MBF1369421.1 MBN1266236.1 27.7 235 120 8 32 249 146 347 1.74e-12 69.7 HBU4069332.1 HBU4069332.1 100 344 0 0 1 344 1 344 4.99e-262 707 HBU4069332.1 HCE5900341.1 89.6 144 15 0 113 256 1 144 1.28e-88 261 MCK4027136.1 MCK4027136.1 100 128 0 0 1 128 1 128 8.97e-90 254 GBF67295.1 GBF67295.1 100 1023 0 0 1 1023 1 1023 0.0 2189 MBS6439950.1 MBS6439950.1 100 456 0 0 1 456 1 456 0.0 894 MCE2394956.1 MCE2394956.1 100 46 0 0 1 46 1 46 2.75e-29 95.5 WP_275149613.1 WP_275149613.1 100 200 0 0 1 200 1 200 4.35e-150 412 XP_009132605.1 XP_009132605.1 100 112 0 0 1 112 1 112 2.44e-75 216 WP_017065630.1 WP_017065630.1 100 281 0 0 1 281 1 281 9.33e-199 542 WP_134064782.1 WP_134064782.1 100 453 0 0 1 453 1 453 0.0 895 WP_134064782.1 WP_230009938.1 41.6 173 99 1 266 438 15 185 9.56e-41 144 WP_031764117.1 WP_031764117.1 97.5 406 10 0 1 406 1 406 1.20e-289 783 KAH7111090.1 KAH7111090.1 95.9 442 18 0 1 442 1 442 3.07e-308 833 KAH7111090.1 CEG83499.1 23.8 210 154 3 22 228 16 222 7.94e-19 83.6 KAF3601053.1 KAF3601053.1 95.2 500 24 0 1 500 1 500 0.0 961 XP_056097092.1 XP_056097092.1 92.8 539 39 0 1 539 1 539 0.0 979 WP_202659240.1 WP_202659240.1 100 321 0 0 1 321 1 321 2.39e-237 643 WP_202659240.1 WP_045257206.1 38.3 295 171 3 28 313 16 308 3.07e-70 219 WP_202659240.1 KAJ9293589.1 37.7 199 107 3 132 313 58 256 6.82e-36 129 WP_202659240.1 PBN43802.1 35.1 271 155 9 46 301 175 439 8.41e-35 130 EEI68160.1 EEI68160.1 92.3 169 13 0 1 169 1 169 3.15e-112 314 WP_249240542.1 WP_249240542.1 100 77 0 0 1 77 1 77 2.30e-48 145 GIX80479.1 GIX80479.1 88.9 126 14 0 1 126 1 126 6.35e-80 229 XP_054464105.1 XP_054464105.1 98.4 486 8 0 1 486 1 486 0.0 973 WP_031739936.1 WP_031739936.1 94.3 352 20 0 1 352 1 352 7.25e-250 677 XP_052068338.1 XP_052068338.1 100 884 0 0 1 884 1 884 0.0 1835 CAI9830983.1 CAI9830983.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_150194162.1 WP_150194162.1 95.5 486 22 0 1 486 1 486 0.0 870 WP_150194162.1 WP_245657543.1 35.4 345 187 14 125 464 37 350 2.17e-24 102 TIL25499.1 TIL25499.1 100 121 0 0 1 121 1 121 1.58e-91 258 KMK70211.1 KMK70211.1 100 498 0 0 1 498 1 498 0.0 1029 MBL7906248.1 MBL7906248.1 100 540 0 0 1 540 1 540 0.0 1079 WP_199537626.1 WP_199537626.1 100 126 0 0 1 126 1 126 1.97e-92 261 WP_255657767.1 WP_255657767.1 100 225 0 0 1 225 1 225 1.28e-168 461 WP_255657767.1 WP_123470196.1 41.5 94 51 1 11 104 14 103 1.11e-09 54.7 XP_008572610.1 XP_008572610.1 100 585 0 0 1 585 1 585 0.0 1182 XP_008572610.1 XP_019384620.1 30.2 597 325 14 30 584 370 916 5.53e-87 287 EGS7320029.1 EGS7320029.1 90.2 235 23 0 1 235 1 235 4.35e-156 431 EGS7320029.1 HDI11217.1 31.3 217 145 3 22 235 1 216 1.29e-29 108 EHD1462244.1 EHD1462244.1 100 180 0 0 1 180 1 180 5.40e-132 365 WP_105794890.1 WP_105794890.1 100 405 0 0 1 405 1 405 1.08e-296 800 KAJ4753967.1 KAJ4753967.1 100 322 0 0 1 322 1 322 7.80e-248 670 XP_007512765.1 XP_007512765.1 87.8 221 27 0 1 221 1 221 4.83e-137 381 EFU9196970.1 EFU9196970.1 98.8 833 10 0 1 833 1 833 0.0 1700 EFU9196970.1 PGL69713.1 36.5 534 327 7 152 677 37 566 2.42e-115 360 EFU9196970.1 WP_261970917.1 33.5 460 293 9 182 637 78 528 9.78e-69 236 WP_133662298.1 WP_133662298.1 91.7 157 13 0 1 157 1 157 8.91e-104 292 WP_156164841.1 WP_156164841.1 100 132 0 0 1 132 1 132 2.85e-97 273 XP_040774166.1 XP_040774166.1 100 384 0 0 1 384 1 384 3.05e-290 782 XP_010489688.1 XP_010489688.1 100 263 0 0 1 263 1 263 4.30e-195 531 WP_116818916.1 WP_116818916.1 98.1 734 14 0 1 734 1 734 0.0 1415 WP_116818916.1 WP_189646918.1 39.9 745 409 13 6 733 2 724 5.55e-140 427 WP_234306850.1 WP_234306850.1 93.1 305 21 0 1 305 1 305 4.46e-193 530 WP_234306850.1 WP_058635033.1 37.0 262 160 3 44 301 44 304 1.08e-49 166 WP_234306850.1 WP_251874466.1 41.2 216 122 2 69 280 70 284 3.37e-47 160 WP_234306850.1 WP_059510827.1 40.1 252 145 3 56 301 50 301 2.80e-43 149 WP_234306850.1 WP_116701099.1 35.3 266 162 7 46 305 49 310 4.55e-42 145 WP_234306850.1 WP_012724915.1 38.4 237 128 6 69 289 70 304 1.33e-35 129 ECO0852462.1 ECO0852462.1 100 310 0 0 1 310 1 310 3.96e-235 637 MBC8149950.1 MBC8149950.1 100 433 0 0 1 433 1 433 0.0 899 AFA09475.1 ADW49125.1 91.2 205 18 0 1 205 7 211 4.67e-133 370 AFA09475.1 AFA24308.1 89.8 205 21 0 1 205 8 212 3.81e-130 363 AFA09475.1 AFA09475.1 88.3 205 24 0 1 205 1 205 5.50e-126 352 AFA09475.1 QUA05739.1 88.9 198 22 0 1 198 15 212 2.35e-124 348 AFA09475.1 AWS34156.1 81.0 205 39 0 1 205 15 219 3.90e-120 338 AFA09475.1 ADJ35581.1 77.1 205 47 0 1 205 16 220 6.38e-117 330 AFA09475.1 AVM35379.1 80.0 205 41 0 1 205 10 214 2.11e-116 328 AFA09475.1 QUQ06080.1 74.1 205 53 0 1 205 15 219 1.26e-109 311 AFA09475.1 AAX94106.1 84.1 189 30 0 17 205 1 189 1.77e-109 318 AFA09475.1 ABQ63546.1 72.2 205 57 0 1 205 14 218 1.28e-104 298 AFA09475.1 AOR13807.1 74.1 193 50 0 1 193 6 198 1.06e-103 295 AFA09475.1 UZF38514.1 65.9 205 70 0 1 205 2 206 1.04e-98 283 AFA09475.1 AHK62764.1 68.8 205 64 0 1 205 11 215 1.22e-98 283 AFA09475.1 AMA90994.1 74.9 183 46 0 1 183 15 197 8.46e-96 275 AFA09475.1 AGI15931.1 69.2 198 61 0 2 199 9 206 2.32e-95 275 AFA09475.1 AKT58828.1 70.7 181 53 0 1 181 15 195 1.52e-93 270 AFA09475.1 AOQ89457.1 70.1 177 53 0 1 177 11 187 1.34e-85 249 AFA09475.1 AKA56406.1 62.9 186 66 1 1 186 15 197 1.29e-78 232 AFA09475.1 AHH30646.1 70.2 168 48 2 18 185 6 171 2.21e-78 230 AFA09475.1 APC24336.1 60.7 112 44 0 94 205 1 112 9.35e-39 135 GBC84792.1 GBC84792.1 94.6 404 22 0 1 404 1 404 1.49e-266 724 GBC84792.1 VTR69884.1 36.1 357 215 5 30 377 40 392 1.73e-55 186 OLE88521.1 OLE88521.1 100 234 0 0 1 234 1 234 1.33e-170 467 BAV52815.1 BAV52815.1 100 154 0 0 1 154 1 154 2.80e-110 308 BAV52815.1 MBE0500203.1 39.8 113 66 2 1 112 67 178 2.43e-20 81.3 NXT80179.1 NXT80179.1 100 415 0 0 1 415 1 415 0.0 884 NXT80179.1 XP_026175731.1 28.0 218 124 9 192 391 97 299 2.40e-15 74.7 NXT80179.1 XP_024252803.1 23.5 221 141 8 192 390 86 300 1.80e-08 53.9 WP_200941876.1 WP_200941876.1 98.1 648 12 0 1 648 1 648 0.0 1247 WP_200941876.1 WP_167959909.1 26.6 515 276 18 45 524 7 454 1.44e-35 139 WP_200941876.1 MBP6544771.1 27.1 520 282 20 39 524 19 475 7.18e-34 134 WP_200941876.1 TMQ04701.1 32.7 309 173 8 207 499 598 887 3.32e-32 131 WP_200941876.1 WP_112119927.1 23.5 480 256 17 53 524 10 386 5.54e-24 103 WP_200941876.1 RLB66027.1 26.2 477 253 22 73 524 31 433 6.66e-17 82.4 WP_200941876.1 MCL4144983.1 52.3 44 20 1 467 509 1 44 4.99e-07 46.6 WP_200941876.1 WP_254101325.1 27.4 186 103 5 73 243 105 273 5.06e-05 44.7 WP_200941876.1 WP_246003214.1 28.8 177 102 10 389 543 272 446 5.87e-04 41.2 WP_146310544.1 WP_146310544.1 100 172 0 0 1 172 1 172 1.02e-123 343 KAJ4994524.1 KAJ4994524.1 94.0 548 33 0 1 548 1 548 0.0 1070 NQU26924.1 NQU26924.1 99.1 1098 10 0 1 1098 1 1098 0.0 2254 NQU26924.1 MBP3509218.1 31.3 476 291 9 463 915 137 599 4.30e-68 239 NQU26924.1 MCK9987173.1 31.0 578 335 17 458 985 10 573 5.93e-64 226 NQU26924.1 MBQ2777352.1 31.6 471 299 9 461 915 135 598 7.62e-62 221 NQU26924.1 EHP6050825.1 29.8 480 291 15 400 846 181 647 5.28e-50 187 KKQ17530.1 KKQ17530.1 100 339 0 0 1 339 1 339 3.20e-251 680 WP_262043205.1 WP_262043205.1 100 569 0 0 1 569 1 569 0.0 1179 WP_262043205.1 WP_222594143.1 26.3 407 249 5 181 537 60 465 2.90e-35 136 WP_262043205.1 YP_010462557.1 29.7 387 237 9 181 537 12 393 8.79e-33 128 WP_092054000.1 WP_092054000.1 100 334 0 0 1 334 1 334 2.75e-254 687 KAH7904576.1 KAH7904576.1 100 474 0 0 1 474 1 474 0.0 959 ULB83374.1 UEC68750.1 95.5 4405 193 2 1 4401 1 4405 0.0 8608 ULB83374.1 UHM53165.1 95.5 4405 194 2 1 4401 1 4405 0.0 8603 ULB83374.1 UFM02602.1 95.5 4405 194 2 1 4401 1 4405 0.0 8602 ULB83374.1 UBL45068.1 95.5 4405 194 2 1 4401 1 4405 0.0 8600 ULB83374.1 ULB83374.1 99.1 4401 38 0 1 4401 1 4401 0.0 8599 ULB83374.1 ULA23837.2 96.0 4401 178 0 1 4401 1 4401 0.0 8595 ULB83374.1 UXH94526.1 95.8 4401 183 0 1 4401 1 4401 0.0 8585 ULB83374.1 QXR94354.1 95.7 4402 190 1 1 4401 1 4402 0.0 8573 ULB83374.1 QTD03487.1 95.6 4405 189 2 1 4401 1 4405 0.0 8572 ULB83374.1 UPP41269.1 95.6 4402 193 1 1 4401 1 4402 0.0 8569 ULB83374.1 QTM79632.1 95.6 4402 191 1 1 4401 1 4402 0.0 8568 ULB83374.1 QTZ27226.1 95.6 4402 191 1 1 4401 1 4402 0.0 8567 ULB83374.1 USR14792.1 95.6 4402 194 1 1 4401 1 4402 0.0 8566 ULB83374.1 UFM00670.1 95.5 4405 194 2 1 4401 1 4405 0.0 8558 ULB83374.1 UIR12670.1 95.9 4397 180 0 1 4397 1 4397 0.0 8557 ULB83374.1 UKU68032.1 95.5 4401 196 0 1 4401 1 4401 0.0 8557 ULB83374.1 UPA83906.1 95.8 4397 184 0 1 4397 1 4397 0.0 8547 ULB83374.1 UMF87224.1 95.8 4397 186 0 1 4397 1 4397 0.0 8542 ULB83374.1 UZO53924.1 95.6 4398 191 1 1 4397 1 4398 0.0 8536 ULB83374.1 URQ55824.1 95.6 4398 192 1 1 4397 1 4398 0.0 8534 ULB83374.1 UVB16817.1 95.6 4398 191 1 1 4397 1 4398 0.0 8534 ULB83374.1 QWC83326.1 95.6 4401 188 2 1 4397 1 4401 0.0 8534 ULB83374.1 QVD87869.1 95.6 4398 191 1 1 4397 1 4398 0.0 8533 ULB83374.1 QSZ25555.1 95.6 4401 190 2 1 4397 1 4401 0.0 8532 ULB83374.1 WEU87158.1 95.6 4401 190 2 1 4397 1 4401 0.0 8529 ULB83374.1 UCP72061.1 97.3 4401 117 2 1 4397 1 4401 0.0 8527 ULB83374.1 UBP50947.1 95.6 4401 191 2 1 4397 1 4401 0.0 8527 ULB83374.1 QZU16279.1 95.6 4401 191 2 1 4397 1 4401 0.0 8526 ULB83374.1 UBD95131.1 95.6 4401 191 2 1 4397 1 4401 0.0 8525 ULB83374.1 UEC52718.1 95.5 4401 195 2 1 4397 1 4401 0.0 8517 ULB83374.1 UKN67998.1 95.9 4377 181 0 21 4397 1 4377 0.0 8516 ULB83374.1 UCP77012.1 96.4 4401 155 2 1 4397 1 4401 0.0 8479 ULB83374.1 UGA79226.1 96.1 4401 169 2 1 4397 1 4401 0.0 8418 ULB83374.1 UBR86455.1 94.3 4400 246 2 2 4397 1 4400 0.0 8395 ULB83374.1 UJV88611.1 93.9 4401 268 0 1 4401 1 4401 0.0 8394 ULB83374.1 UXX67934.1 94.1 4398 258 1 1 4397 1 4398 0.0 8371 ULB83374.1 UJJ97602.1 93.6 4401 281 0 1 4401 1 4401 0.0 8360 ULB83374.1 UAQ80067.1 93.8 4401 269 2 1 4397 1 4401 0.0 8337 ULB83374.1 UJS94137.1 95.1 4296 212 0 106 4401 1 4296 0.0 8336 ULB83374.1 UOU30556.1 93.9 4398 269 1 1 4397 1 4398 0.0 8331 ULB83374.1 WHE12941.1 93.1 4372 302 1 27 4397 1 4372 0.0 8213 ULB83374.1 UGB98301.1 91.9 4405 352 2 1 4401 1 4405 0.0 8123 ULB83374.1 UVI10561.1 92.0 4371 349 1 28 4397 1 4371 0.0 8098 ULB83374.1 QRX02582.1 95.3 4098 188 2 1 4094 1 4098 0.0 7975 ULB83374.1 UJT06733.1 90.2 4397 430 0 1 4397 1 4397 0.0 7918 ULB83374.1 WGP70063.1 90.3 4369 421 2 1 4365 1 4369 0.0 7811 ULB83374.1 UMA88644.1 90.0 4376 439 0 22 4397 1 4376 0.0 7803 ULB83374.1 WEI27974.1 89.1 4402 478 1 1 4401 1 4402 0.0 7772 ULB83374.1 UNI03201.1 87.6 4378 538 2 27 4401 1 4378 0.0 7759 ULB83374.1 UFA30503.1 89.2 4340 466 2 27 4362 1 4340 0.0 7749 ULB83374.1 WGP98278.1 87.1 4364 557 2 1 4360 1 4364 0.0 7416 ULB83374.1 UEX07109.1 83.8 4379 707 2 27 4401 1 4379 0.0 7308 ULB83374.1 URP80785.1 85.1 4375 652 1 28 4401 1 4375 0.0 7093 ULB83374.1 WAS49087.1 80.7 4398 848 1 1 4397 1 4398 0.0 6879 ULB83374.1 UYE49180.1 78.7 4402 935 1 1 4401 1 4402 0.0 6343 ULB83374.1 UPB00876.1 75.9 4375 1053 1 28 4401 1 4375 0.0 6197 ULB83374.1 WGQ72821.1 68.2 4344 1376 2 26 4365 1 4344 0.0 5206 MBO7707210.1 MBO7707210.1 96.5 283 10 0 1 283 1 283 2.82e-210 572 MBO7707210.1 MCE2861656.1 38.6 280 158 4 1 280 1 266 9.60e-62 194 KAF5967767.1 KAF5967767.1 92.1 1145 90 0 1 1145 1 1145 0.0 2124 WP_052991486.1 WP_052991486.1 100 201 0 0 1 201 1 201 2.52e-154 423 ORB86003.1 ORB86003.1 100 181 0 0 1 181 1 181 1.81e-135 374 WP_219866541.1 WP_219866541.1 93.6 172 11 0 1 172 1 172 4.66e-120 334 MBA0681195.1 MBA0681195.1 96.8 316 10 0 1 316 1 316 1.05e-233 634 MBA0681195.1 KAF8141928.1 52.2 46 22 0 233 278 249 294 1.47e-11 62.8 MBA0681195.1 XP_047781705.1 61.1 36 14 0 243 278 337 372 2.50e-10 59.3 CKF71070.1 CKF71070.1 97.1 752 22 0 1 752 1 752 0.0 1497 CKF71070.1 WP_200543170.1 40.6 436 255 2 306 741 256 687 1.74e-110 349 CKF71070.1 HAB03480.1 35.6 582 352 9 170 737 510 1082 4.65e-109 355 CKF71070.1 WP_230171322.1 35.0 488 295 5 251 737 547 1013 1.46e-92 310 CKF71070.1 MBF0143407.1 36.2 428 264 5 318 740 632 1055 1.33e-82 283 CKF71070.1 WP_126679569.1 30.5 459 307 7 289 737 337 793 6.09e-56 204 CKF71070.1 WP_159812831.1 45.2 166 90 1 311 475 234 399 3.91e-37 142 CKF71070.1 HCN71343.1 45.2 124 68 0 357 480 8 131 3.91e-32 119 CKF71070.1 MCJ2541369.1 40.2 102 61 0 496 597 83 184 3.07e-22 93.2 CKF71070.1 EGR2272270.1 37.0 127 77 2 356 480 549 674 2.26e-20 94.4 WP_078732502.1 WP_078732502.1 100 498 0 0 1 498 1 498 0.0 1022 WP_078732502.1 MCJ2110312.1 60.8 255 98 1 11 265 6 258 4.41e-109 323 WP_078732502.1 HAB03480.1 25.5 149 111 0 245 393 390 538 8.43e-13 69.3 WP_079688138.1 WP_079688138.1 100 164 0 0 1 164 1 164 2.26e-123 342 MCE2498961.1 MCE2498961.1 93.2 219 15 0 1 219 1 219 1.88e-145 404 RUX64007.1 RUX64007.1 100 66 0 0 1 66 1 66 2.83e-44 134 CRZ84703.1 CRZ84703.1 77.4 496 112 0 1 496 1 496 1.33e-274 752 CRZ84703.1 EED8954498.1 39.9 429 198 10 3 429 281 651 9.53e-78 254 MBT3222043.1 MBT3222043.1 100 185 0 0 1 185 1 185 1.13e-140 387 WP_273849839.1 WP_273849839.1 96.1 258 10 0 1 258 1 258 1.77e-171 471 WP_273849839.1 WP_110035452.1 36.4 242 135 8 20 257 8 234 4.28e-38 132 WP_273849839.1 WP_010443651.1 38.2 238 137 5 21 255 5 235 9.52e-33 118 WP_273849839.1 KAI0154282.1 34.3 248 149 9 21 257 13 257 1.09e-22 92.0 WP_273849839.1 XP_028635853.1 33.2 187 110 5 22 196 14 197 4.20e-20 87.4 WP_273849839.1 WP_062917436.1 34.9 209 116 8 18 215 6 205 8.71e-20 84.3 WP_273849839.1 WP_183882442.1 30.9 194 125 3 20 208 8 197 7.01e-17 75.9 WP_273849839.1 WP_259847195.1 29.2 250 159 7 23 258 13 258 1.87e-13 67.0 WP_025260862.1 WP_025260862.1 66.8 223 74 0 1 223 1 223 4.49e-92 268 HCI3789247.1 HCI3789247.1 100 145 0 0 1 145 1 145 4.56e-107 299 HCI3789247.1 EHC2895895.1 49.0 153 65 6 1 145 14 161 4.96e-35 117 AMW35569.1 AMW35569.1 100 451 0 0 1 451 1 451 0.0 915 AMW35569.1 WP_035473288.1 25.1 311 216 8 35 341 5 302 1.20e-18 85.9 WP_067225239.1 WP_067225239.1 100 288 0 0 1 288 1 288 2.41e-209 570 PTQ72351.1 PTQ72351.1 100 390 0 0 14 403 14 403 3.46e-292 789 PTQ72351.1 WP_241420500.1 42.1 387 191 4 43 399 101 484 2.43e-100 305 PTQ72351.1 WP_112449552.1 38.9 409 226 4 11 399 83 487 4.53e-80 253 PTQ72351.1 WP_050274510.1 36.4 368 213 4 40 393 85 445 2.27e-72 232 EFG1785427.1 EFG1785427.1 96.1 228 9 0 1 228 1 228 3.10e-157 433 XP_025268496.1 XP_025268496.1 80.4 683 134 0 1 683 1 683 0.0 1013 XP_025268496.1 XP_023957144.1 39.0 497 231 7 129 604 417 862 5.49e-35 140 XP_025268496.1 XP_055289786.1 33.2 573 260 15 148 620 420 969 2.52e-29 123 XP_025268496.1 XP_036437421.1 33.8 471 180 10 238 620 402 828 2.62e-27 117 XP_025268496.1 NXS49052.1 35.5 414 156 11 231 617 14 343 2.37e-25 107 XP_025268496.1 EFG7308611.1 40.4 141 84 0 463 603 34 174 5.52e-13 67.8 XP_025268496.1 WP_278665106.1 36.4 184 75 4 238 421 414 555 7.02e-11 63.5 XP_025268496.1 EFI9255255.1 28.1 342 154 10 22 329 121 404 4.21e-10 60.8 OGE84663.1 OGE84663.1 100 73 0 0 1 73 1 73 1.04e-49 149 MBH2016034.1 MBH2016034.1 96.6 266 9 0 1 266 1 266 2.87e-181 499 MBH2016034.1 PWC90347.1 23.4 256 165 5 9 263 51 276 1.41e-05 44.3 GEY28869.1 GEY28869.1 97.0 305 9 0 1 305 1 305 3.09e-225 611 Q9GKS6.1 Q9GKS6.1 98.5 653 10 0 1 653 1 653 0.0 1337 Q9GKS6.1 XP_017674008.1 61.1 476 153 5 5 452 687 1158 1.70e-192 573 Q9GKS6.1 WP_019100427.1 23.6 258 129 8 54 309 449 640 1.04e-07 53.5 WP_247392216.1 WP_247392216.1 100 277 0 0 1 277 1 277 1.01e-200 547 WP_247392216.1 WP_186153646.1 44.1 261 133 6 1 253 1 256 7.46e-59 186 WP_247392216.1 MBS1222269.1 48.5 202 94 2 1 192 1 202 8.38e-56 177 WP_247392216.1 WP_243269836.1 47.7 235 118 4 45 276 31 263 1.07e-51 180 WP_247392216.1 WP_001537381.1 50.0 202 95 5 79 276 45 244 2.33e-50 176 WP_247392216.1 WP_045125019.1 33.0 306 175 6 1 277 1 305 2.62e-38 137 WP_247392216.1 WP_230822898.1 37.0 184 103 4 86 262 78 255 5.64e-26 104 WP_247392216.1 WP_261529150.1 48.9 45 22 1 4 47 13 57 1.35e-05 44.7 WP_218790267.1 WP_218790267.1 100 128 0 0 1 128 1 128 3.38e-94 265 WP_258570851.1 WP_258570851.1 100 225 0 0 1 225 1 225 1.01e-165 454 WP_025399520.1 WP_025399520.1 100 293 0 0 1 293 1 293 2.17e-219 595 KAG1839801.1 KAG1839801.1 100 134 0 0 1 134 1 134 9.50e-97 272 WP_151427539.1 WP_151427539.1 98.2 507 9 0 1 507 1 507 0.0 1023 EEC9966669.1 EEC9966669.1 100 73 0 0 1 73 1 73 7.07e-48 144 UOZ97514.1 UOZ97514.1 88.2 93 11 0 1 93 1 93 2.81e-54 162 WP_006305873.1 WP_006305873.1 91.5 460 39 0 1 460 1 460 1.19e-305 828 WP_006305873.1 WP_004699236.1 32.9 465 272 10 9 460 10 447 3.53e-72 233 WP_006305873.1 MCQ2831428.1 23.7 350 212 13 77 388 32 364 3.74e-06 47.4 WP_210226425.1 WP_210226425.1 100 299 0 0 1 299 1 299 7.65e-232 627 WP_210226425.1 GLX88815.1 43.6 296 167 0 1 296 1 296 5.74e-91 271 WP_210226425.1 HCN8461219.1 57.0 86 37 0 9 94 8 93 1.27e-29 106 MBO7120934.1 MBO7120934.1 98.2 280 5 0 1 280 1 280 3.77e-193 528 NVO14071.1 NVO14071.1 94.0 218 13 0 1 218 1 218 7.05e-149 411 NVO14071.1 WP_236905832.1 59.1 132 52 1 83 214 30 159 1.70e-52 165 MBP8196496.1 MBP8196496.1 98.4 805 13 0 1 805 1 805 0.0 1634 MBP8196496.1 HAN66834.1 42.5 814 277 11 1 801 21 656 1.29e-206 598 MBP8196496.1 WP_043940504.1 40.4 814 290 11 1 805 21 648 1.13e-190 557 MBP8196496.1 WP_150253061.1 33.7 842 346 15 1 798 19 692 1.31e-136 419 WP_281034490.1 WP_281034490.1 100 164 0 0 1 164 1 164 7.27e-120 333 WP_281034490.1 MBP1876254.1 40.5 158 89 3 1 158 183 335 1.90e-24 95.5 WP_281034490.1 WP_227059655.1 44.9 69 37 1 1 69 215 282 5.78e-13 63.9 WP_281034490.1 GLY24463.1 47.6 63 33 0 1 63 196 258 2.77e-12 61.6 WP_281034490.1 WP_192324556.1 44.4 63 35 0 1 63 510 572 2.30e-11 59.3 WP_281034490.1 WP_159463829.1 30.0 60 40 1 2 61 527 584 7.28e-07 46.2 GMH74815.1 GMH74815.1 99.0 692 7 0 1 692 1 692 0.0 1424 WP_243220715.1 WP_243220715.1 100 170 0 0 1 170 1 170 3.17e-126 350 KAJ4794342.1 KAJ4794342.1 92.7 151 11 0 1 151 1 151 8.69e-99 279 WP_062821347.1 WP_062821347.1 100 216 0 0 1 216 1 216 2.81e-163 447 EBP8848134.1 EBP8848134.1 100 122 0 0 1 122 1 122 8.48e-83 236 MBI5683150.1 MBI5683150.1 100 286 0 0 1 286 1 286 7.73e-205 558 MBI5683150.1 WP_261132050.1 44.2 260 136 6 26 281 4 258 8.96e-57 182 WP_262394687.1 WP_262394687.1 100 64 0 0 1 64 1 64 4.98e-44 134 HCE7036204.1 HCE7036204.1 100 90 0 0 1 90 1 90 3.20e-63 184 GJP50541.1 GJP50541.1 77.8 645 143 0 37 681 37 681 0.0 978 GJP50541.1 XP_010216383.1 29.5 88 55 1 600 680 31 118 5.60e-04 40.4 HBY86896.1 HBY86896.1 100 366 0 0 1 366 1 366 6.95e-271 732 HBY86896.1 WP_061905238.1 58.9 367 145 2 1 366 1 362 4.70e-148 430 HBY86896.1 WP_134885491.1 34.2 348 205 5 20 366 6 330 5.26e-49 171 UAQ80067.1 UAQ80067.1 99.2 7096 57 0 1 7096 1 7096 0.0 13918 UAQ80067.1 UBD95131.1 96.5 7096 247 0 1 7096 1 7096 0.0 13905 UAQ80067.1 UEC52718.1 96.5 7096 250 0 1 7096 1 7096 0.0 13898 UAQ80067.1 QWC83326.1 96.4 7096 257 0 1 7096 1 7096 0.0 13887 UAQ80067.1 UBP50947.1 96.4 7096 258 0 1 7096 1 7096 0.0 13885 UAQ80067.1 QSZ25555.1 96.3 7096 260 0 1 7096 1 7096 0.0 13884 UAQ80067.1 WEU87158.1 96.4 7096 259 0 1 7096 1 7096 0.0 13882 UAQ80067.1 QVD87869.1 96.3 7096 260 1 1 7096 1 7093 0.0 13871 UAQ80067.1 URQ55824.1 96.2 7096 265 1 1 7096 1 7093 0.0 13859 UAQ80067.1 UZO53924.1 96.2 7096 265 1 1 7096 1 7093 0.0 13859 UAQ80067.1 UMF87224.1 96.2 7096 264 2 1 7096 1 7092 0.0 13858 UAQ80067.1 UVB16817.1 96.2 7096 264 1 1 7096 1 7093 0.0 13857 UAQ80067.1 QZU16279.1 96.2 7096 271 0 1 7096 1 7096 0.0 13849 UAQ80067.1 UIR12670.1 95.9 7096 287 2 1 7096 1 7092 0.0 13802 UAQ80067.1 UPA83906.1 96.2 7096 268 2 1 7096 1 7092 0.0 13802 UAQ80067.1 UBR86455.1 95.8 7095 300 0 2 7096 1 7095 0.0 13773 UAQ80067.1 UCP72061.1 95.4 7096 323 0 1 7096 1 7096 0.0 13725 UAQ80067.1 UCP77012.1 95.3 7096 333 0 1 7096 1 7096 0.0 13702 UAQ80067.1 UXX67934.1 95.3 7096 333 1 1 7096 1 7093 0.0 13694 UAQ80067.1 UGA79226.1 96.2 6952 262 0 1 6952 1 6952 0.0 13594 UAQ80067.1 UKN67998.1 94.8 7076 364 2 21 7096 1 7072 0.0 13571 UAQ80067.1 WHE12941.1 94.7 7070 374 1 27 7096 1 7067 0.0 13544 UAQ80067.1 UVI10561.1 93.8 7069 437 1 28 7096 1 7066 0.0 13305 UAQ80067.1 UJT06733.1 92.8 7096 508 2 1 7096 1 7092 0.0 13242 UAQ80067.1 UOU30556.1 91.4 7096 608 1 1 7096 1 7093 0.0 13010 UAQ80067.1 UMA88644.1 88.2 7075 828 2 22 7096 1 7071 0.0 12433 UAQ80067.1 WAS49087.1 87.2 7096 906 1 1 7096 1 7093 0.0 12248 UAQ80067.1 WGP98278.1 84.5 7096 1101 0 1 7096 1 7096 0.0 11572 UAQ80067.1 UFM00670.1 97.2 4401 125 0 1 4401 1 4401 0.0 8698 UAQ80067.1 UEC68750.1 97.2 4401 125 0 1 4401 1 4401 0.0 8695 UAQ80067.1 UHM53165.1 97.2 4401 125 0 1 4401 1 4401 0.0 8693 UAQ80067.1 UFM02602.1 97.2 4401 125 0 1 4401 1 4401 0.0 8692 UAQ80067.1 QTD03487.1 97.0 4401 132 0 1 4401 1 4401 0.0 8689 UAQ80067.1 UBL45068.1 97.0 4401 131 0 1 4401 1 4401 0.0 8680 UAQ80067.1 QXR94354.1 97.0 4401 130 1 1 4401 1 4398 0.0 8678 UAQ80067.1 QTM79632.1 96.9 4401 132 1 1 4401 1 4398 0.0 8671 UAQ80067.1 QTZ27226.1 96.9 4401 134 1 1 4401 1 4398 0.0 8667 UAQ80067.1 ULA23837.2 96.9 4401 133 2 1 4401 1 4397 0.0 8667 UAQ80067.1 UPP41269.1 96.9 4401 135 1 1 4401 1 4398 0.0 8666 UAQ80067.1 USR14792.1 96.8 4401 136 1 1 4401 1 4398 0.0 8663 UAQ80067.1 UXH94526.1 96.9 4401 134 2 1 4401 1 4397 0.0 8662 UAQ80067.1 UKU68032.1 96.6 4401 147 2 1 4401 1 4397 0.0 8634 UAQ80067.1 UJV88611.1 94.9 4401 219 2 1 4401 1 4397 0.0 8472 UAQ80067.1 UJJ97602.1 94.6 4401 232 2 1 4401 1 4397 0.0 8438 UAQ80067.1 UJS94137.1 95.9 4296 173 2 106 4401 1 4292 0.0 8356 UAQ80067.1 ULB83374.1 93.8 4401 269 2 1 4401 1 4397 0.0 8338 UAQ80067.1 UGB98301.1 93.2 4401 298 0 1 4401 1 4401 0.0 8195 UAQ80067.1 QRX02582.1 96.9 4098 129 0 1 4098 1 4098 0.0 8058 UAQ80067.1 UFA30503.1 90.8 4340 398 0 27 4366 1 4340 0.0 7898 UAQ80067.1 WGP70063.1 90.8 4369 401 0 1 4369 1 4369 0.0 7894 UAQ80067.1 UNI03201.1 90.2 4375 426 1 27 4401 1 4374 0.0 7833 UAQ80067.1 WEI27974.1 89.1 4401 477 1 1 4401 1 4398 0.0 7802 UAQ80067.1 UEX07109.1 87.2 4375 560 0 27 4401 1 4375 0.0 7507 UAQ80067.1 URP80785.1 79.8 4374 881 1 28 4401 1 4371 0.0 6853 UAQ80067.1 UPB00876.1 75.5 4374 1070 1 28 4401 1 4371 0.0 6212 UAQ80067.1 UYE49180.1 73.8 4401 1149 1 1 4401 1 4398 0.0 6144 UAQ80067.1 WGQ72821.1 67.5 4344 1411 0 26 4369 1 4344 0.0 5214 MBL02020.1 MBL02020.1 98.3 543 9 0 1 543 1 543 0.0 1068 MBL02020.1 MBL6706528.1 31.3 563 300 17 33 542 7 535 2.19e-69 233 WP_278361924.1 WP_278361924.1 97.1 385 11 0 1 385 1 385 6.56e-281 759 WP_278361924.1 WP_145937814.1 26.9 387 268 7 1 379 2 381 3.39e-29 115 WP_278361924.1 WP_275495439.1 25.6 391 251 11 24 384 27 407 3.59e-16 77.8 WP_278361924.1 RYZ40664.1 24.0 392 274 9 1 382 12 389 3.50e-15 74.7 WP_278361924.1 MCH8312862.1 21.8 188 141 3 37 223 19 201 1.74e-05 44.7 WP_061121232.1 WP_061121232.1 97.6 424 10 0 1 424 1 424 1.77e-307 829 WP_215391030.1 WP_215391030.1 98.1 699 13 0 1 699 1 699 0.0 1434 WP_215391030.1 WP_185892671.1 44.0 659 356 5 15 671 6 653 2.54e-199 575 WP_215391030.1 HBD3580067.1 40.9 623 364 4 43 664 32 651 2.14e-177 520 WP_237480153.1 WP_237480153.1 98.3 692 12 0 1 692 1 692 0.0 1297 WP_237480153.1 EIA1623697.1 27.8 690 403 24 16 667 60 692 8.30e-43 163 WP_058093348.1 WP_058093348.1 100 422 0 0 1 422 1 422 1.12e-318 857 OZZ34426.1 OZZ34426.1 88.8 214 24 0 1 214 1 214 6.97e-138 383 OZZ34426.1 HBS1873186.1 55.1 214 91 3 1 214 1 209 2.97e-74 226 MAI76755.1 MAI76755.1 100 86 0 0 1 86 1 86 1.10e-59 175 WP_235074910.1 WP_235074910.1 96.0 248 10 0 1 248 1 248 6.27e-176 482 WP_183882442.1 WP_183882442.1 100 238 0 0 1 238 1 238 3.95e-174 476 WP_183882442.1 WP_087085326.1 36.1 191 119 1 4 194 5 192 1.90e-34 122 WP_183882442.1 WP_010443651.1 32.1 218 132 4 7 224 3 204 3.90e-33 118 WP_183882442.1 WP_042650033.1 32.2 236 141 4 4 220 5 240 5.98e-30 110 WP_183882442.1 WP_060347438.1 32.2 202 121 5 1 190 1 198 5.72e-29 108 WP_183882442.1 WP_014605789.1 30.0 223 130 6 10 216 4 216 4.02e-24 95.1 WP_183882442.1 KAG2346037.1 29.1 189 131 2 7 192 14 202 8.43e-24 94.7 WP_183882442.1 WP_077093245.1 30.6 219 139 3 7 216 9 223 1.69e-21 89.4 WP_183882442.1 XP_028635853.1 29.2 202 133 3 4 196 8 208 6.56e-18 80.5 WP_183882442.1 WP_273849839.1 28.4 194 130 3 8 197 20 208 1.50e-14 69.3 EHW4468754.1 EHW4468754.1 100 424 0 0 1 424 1 424 0.0 884 EHW4468754.1 EFJ8748319.1 62.7 424 154 3 1 422 1 422 1.51e-194 543 AMS43029.1 AMS43029.1 100 339 0 0 1 339 1 339 5.15e-257 694 AMS43029.1 HCE70276.1 61.2 178 67 1 65 242 1 176 7.13e-69 211 WP_274400640.1 WP_274400640.1 100 120 0 0 1 120 1 120 1.08e-84 241 WP_283129754.1 WP_283129754.1 100 82 0 0 1 82 1 82 4.62e-57 168 MCJ7574591.1 MCJ7574591.1 100 67 0 0 1 67 1 67 4.32e-44 134 WP_216195748.1 WP_216195748.1 100 278 0 0 1 278 1 278 1.82e-207 565 WP_216195748.1 MBK8070034.1 44.0 291 157 5 4 289 3 292 2.30e-71 220 WP_216195748.1 MAG44064.1 61.8 34 13 0 1 34 1 34 3.29e-06 41.6 WP_180047249.1 WP_180047249.1 100 358 0 0 1 358 1 358 5.97e-277 746 KAF5693711.1 KAF5693711.1 100 149 0 0 1 149 1 149 3.31e-111 310 MCF0245553.1 MCF0245553.1 100 177 0 0 1 177 1 177 1.75e-131 363 EFX7948152.1 EFX7948152.1 100 366 0 0 1 366 1 366 5.78e-279 752 NCW17563.1 NCW17563.1 98.1 359 7 0 1 359 1 359 6.66e-270 729 KGQ91714.1 KGQ91714.1 100 550 0 0 1 550 1 550 0.0 1158 MBW1731384.1 MBW1731384.1 100 112 0 0 1 112 1 112 3.32e-82 234 MBW1731384.1 EAI2381694.1 25.7 74 54 1 14 86 12 85 5.10e-09 48.1 WP_090340093.1 WP_090340093.1 100 302 0 0 1 302 1 302 4.23e-226 613 WP_095963788.1 WP_095963788.1 100 70 0 0 23 92 23 92 5.27e-45 138 WP_051773451.1 WP_051773451.1 87.1 116 15 0 1 116 1 116 5.41e-65 191 WDF47893.1 WDF47893.1 96.9 290 9 0 1 290 1 290 4.66e-208 566 WP_079458535.1 WP_079458535.1 100 312 0 0 1 312 1 312 9.22e-226 613 MCB0395607.1 MCB0395607.1 100 312 0 0 1 312 1 312 9.73e-237 641 WP_105462017.1 WP_105462017.1 100 95 0 0 1 95 1 95 2.87e-66 192 WP_070054132.1 WP_070054132.1 100 213 0 0 1 213 1 213 8.38e-159 436 WP_070054132.1 WP_040988594.1 53.3 214 97 2 1 213 1 212 1.20e-84 248 MCI0441261.1 MCI0441261.1 100 134 0 0 1 134 1 134 4.35e-93 263 WP_268428026.1 WP_268428026.1 100 467 0 0 1 467 1 467 0.0 959 WP_257882322.1 WP_257882322.1 100 237 0 0 1 237 1 237 7.74e-185 503 MCI2079698.1 MCI2079698.1 100 309 0 0 1 309 1 309 1.60e-229 622 MCI2079698.1 WP_077690175.1 27.4 186 133 2 4 188 5 189 5.53e-18 81.3 MCI2079698.1 WP_009620393.1 20.0 240 191 1 6 245 6 244 6.85e-09 54.3 MCI2079698.1 WP_254301195.1 30.8 159 88 7 14 163 19 164 2.42e-06 46.6 WP_203201698.1 WP_203201698.1 100 156 0 0 1 156 1 156 3.13e-117 326 WP_089867971.1 WP_089867971.1 100 138 0 0 1 138 1 138 2.59e-96 271 MBO8233644.1 MBO8233644.1 100 381 0 0 1 381 1 381 4.28e-284 766 MBO8233644.1 WP_076194242.1 34.4 221 136 6 158 373 239 455 1.00e-27 112 MBO8233644.1 KDF42894.1 24.8 262 175 7 124 369 225 480 4.71e-24 101 MBO8233644.1 SCH39951.1 33.2 211 124 8 157 358 263 465 4.52e-16 77.8 MBO8233644.1 MBQ1868746.1 24.4 258 183 6 123 370 232 487 1.03e-15 77.0 MBO8233644.1 WP_283842967.1 28.6 210 134 5 165 364 362 565 9.58e-13 67.8 MBO8233644.1 MBR6403893.1 25.9 286 174 13 111 379 156 420 5.30e-11 62.0 MBO8233644.1 TVR41840.1 28.3 212 117 9 159 358 300 488 6.78e-06 46.2 MBO8233644.1 WP_088644037.1 20.5 239 149 7 152 370 203 420 2.50e-04 41.2 UVY40774.1 UVY40774.1 100 681 0 0 1 681 1 681 0.0 1362 NLZ92879.1 NLZ92879.1 100 130 0 0 1 130 1 130 9.26e-93 262 NLZ92879.1 MBI0103662.1 44.4 72 40 0 5 76 621 692 2.91e-13 63.5 NLZ92879.1 WP_231355705.1 41.4 70 40 1 6 74 648 717 3.51e-12 60.5 NLZ92879.1 MBQ3724833.1 37.5 72 45 0 5 76 630 701 2.65e-10 55.1 NLZ92879.1 WP_092081374.1 40.0 70 41 1 6 74 651 720 2.67e-10 55.1 NLZ92879.1 WP_246966510.1 40.3 72 40 2 6 74 10 81 3.18e-09 51.6 NLZ92879.1 PJJ44766.1 39.5 43 26 0 6 48 685 727 5.24e-06 42.7 MBC8192126.1 MBC8192126.1 100 469 0 0 1 469 1 469 0.0 969 GDY00464.1 GDY00464.1 98.5 652 10 0 1 652 1 652 0.0 1310 MBQ1564907.1 MBQ1564907.1 89.1 385 42 0 1 385 1 385 3.81e-248 676 MBQ1564907.1 WP_250934260.1 55.4 258 115 0 4 261 5 262 1.36e-98 293 WP_075653737.1 WP_075653737.1 98.2 567 10 0 1 567 1 567 0.0 1108 TJW17418.1 TJW17418.1 100 79 0 0 1 79 1 79 1.25e-55 164 NEK79366.1 NEK79366.1 100 194 0 0 1 194 1 194 6.98e-144 396 MBI2506024.1 MBI2506024.1 100 391 0 0 1 391 1 391 2.51e-288 778 MBI2506024.1 WP_108511015.1 26.8 205 135 6 52 251 12 206 1.32e-09 57.4 PIU18101.1 PIU18101.1 100 356 0 0 1 356 1 356 8.37e-267 721 CAH2014332.1 CAH2014332.1 100 245 0 0 1 245 1 245 2.91e-184 503 CAH2014332.1 KAI8118081.1 32.4 256 150 7 11 243 226 481 6.34e-41 144 NBX99292.1 NBX99292.1 100 179 0 0 1 179 1 179 2.89e-131 363 WP_254566347.1 WP_254566347.1 100 131 0 0 1 131 1 131 1.79e-95 269 WP_108024271.1 WP_108024271.1 94.8 251 13 0 1 251 1 251 5.56e-176 482 WP_108024271.1 WP_010443651.1 36.9 241 145 4 10 250 5 238 5.18e-48 157 WP_108024271.1 WP_110035452.1 36.1 238 138 5 11 248 10 233 1.31e-41 140 WP_108024271.1 KAI0154282.1 34.3 251 156 4 5 248 8 256 2.27e-37 130 WP_108024271.1 WP_273849839.1 31.4 239 161 2 10 248 21 256 1.52e-28 107 WP_108024271.1 WP_077093245.1 32.4 244 141 7 9 243 10 238 5.98e-21 88.2 XP_032206552.1 XP_032206552.1 97.3 859 23 0 1 859 1 859 0.0 1678 EEY8067912.1 EEY8067912.1 99.4 1653 10 0 1 1653 1 1653 0.0 3356 RYP28707.1 RYP28707.1 92.8 558 40 0 1 558 1 558 0.0 1038 CAG7600102.1 CAG7600102.1 100 67 0 0 1 67 1 67 1.06e-44 135 KAF6036899.1 KAF6036899.1 100 192 0 0 1 192 1 192 1.85e-138 382 WP_038233489.1 WP_038233489.1 98.3 410 7 0 1 410 1 410 2.24e-312 840 WP_260810007.1 WP_260810007.1 100 283 0 0 1 283 1 283 9.16e-216 585 XP_030976676.1 XP_030976676.1 100 368 0 0 1 368 1 368 1.17e-279 754 XP_030976676.1 KAI1055415.1 40.2 358 194 10 9 359 7 351 4.82e-80 247 KAI9082639.1 KAI9082639.1 90.3 124 12 0 1 124 1 124 7.47e-78 224 MCC7230466.1 MCC7230466.1 100 130 0 0 1 130 1 130 1.80e-90 256 WP_190890574.1 WP_190890574.1 100 347 0 0 1 347 1 347 8.70e-269 725 KAG6242063.1 KAG6242063.1 75.0 84 21 0 1 84 1 84 1.13e-40 127 MBM3933481.1 MBM3933481.1 100 98 0 0 1 98 1 98 2.81e-72 207 WP_115313274.1 WP_115313274.1 100 207 0 0 1 207 1 207 2.82e-154 424 WP_115313274.1 MCL4851158.1 36.1 208 123 5 6 207 6 209 1.32e-34 120 WP_166199813.1 WP_166199813.1 82.1 67 12 0 1 67 1 67 4.06e-31 101 WP_009803198.1 WP_009803198.1 100 51 0 0 1 51 1 51 2.37e-32 103 WP_166389238.1 WP_166389238.1 93.4 395 26 0 1 395 1 395 5.35e-260 707 WP_214921910.1 WP_214921910.1 100 352 0 0 1 352 1 352 3.81e-261 707 BDT03353.1 BDT03353.1 88.3 171 20 0 1 171 1 171 1.21e-101 288 KAG9273239.1 KAG9273239.1 95.3 1402 66 0 1 1402 1 1402 0.0 2742 KAH9897695.1 KAH9897695.1 100 243 0 0 1 243 1 243 2.79e-181 495 RXM36450.1 RXM36450.1 100 209 0 0 1 209 1 209 8.40e-157 430 WP_119380110.1 WP_119380110.1 90.9 453 41 0 1 453 1 453 1.49e-300 814 KAI9362949.1 KAI9362949.1 100 99 0 0 1 99 1 99 1.44e-70 203 KAI9362949.1 EZA58905.1 48.1 77 40 0 1 77 28 104 3.31e-20 82.0 XP_024427063.2 XP_024427063.2 96.9 1239 38 0 1 1239 1 1239 0.0 2538 MCS7281253.1 MCS7281253.1 100 234 0 0 1 234 1 234 1.13e-171 470 WP_014036593.1 WP_014036593.1 100 322 0 0 1 322 1 322 8.29e-234 634 WP_272150417.1 WP_272150417.1 100 25 0 0 1 25 1 25 2.96e-12 52.8 WP_226863423.1 WP_226863423.1 100 123 0 0 1 123 1 123 4.70e-85 242 KAI5358731.1 KAI5358731.1 97.0 840 25 0 1 840 1 840 0.0 1660 WP_242320225.1 WP_242320225.1 100 361 0 0 9 369 9 369 3.83e-265 717 MSZ54974.1 MSZ54974.1 96.6 385 13 0 1 385 1 385 1.61e-281 760 MSZ54974.1 MBG91959.1 44.4 401 200 9 1 383 1 396 4.54e-99 298 NRB72577.1 NRB72577.1 97.4 381 10 0 1 381 1 381 5.21e-285 769 NRB72577.1 WP_169356007.1 38.4 370 220 5 14 377 10 377 2.31e-82 254 NRB72577.1 KAJ6728134.1 38.4 177 109 0 9 185 5 181 1.27e-40 141 KAJ1832792.1 KAJ1832792.1 100 75 0 0 1 75 1 75 1.40e-48 146 WP_007162313.1 WP_007162313.1 100 222 0 0 1 222 1 222 1.74e-160 441 OJD14960.1 OJD14960.1 100 149 0 0 1 149 1 149 5.71e-112 312 XP_025094492.1 XP_025094492.1 94.4 448 25 0 1 448 1 448 0.0 867 HFC49641.1 HFC49641.1 100 369 0 0 1 369 1 369 2.98e-278 751 WP_125257517.1 WP_125257517.1 100 152 0 0 1 152 1 152 9.79e-110 306 KRL50971.1 KRL50971.1 100 69 0 0 1 69 1 69 1.26e-46 140 WP_270429919.1 WP_270429919.1 100 780 0 0 1 780 1 780 0.0 1655 KAJ1924652.1 KAJ1924652.1 96.4 777 28 0 1 777 1 777 0.0 1537 XP_043876828.1 XP_043876828.1 85.8 358 51 0 1 358 1 358 6.12e-229 625 WP_047430984.1 WP_047430984.1 100 675 0 0 1 675 1 675 0.0 1411 WP_047430984.1 MBY7869037.1 50.4 671 323 6 5 670 3 668 7.69e-235 665 WP_047430984.1 MBQ4139225.1 33.5 170 109 2 505 670 4 173 1.30e-23 96.7 WP_150396769.1 WP_150396769.1 98.1 519 10 0 1 519 1 519 0.0 1021 WP_150396769.1 MBO5162475.1 37.9 494 289 7 32 513 6 493 1.26e-109 333 WP_150396769.1 WP_185334683.1 34.1 499 321 4 22 513 2 499 2.68e-99 307 WP_150396769.1 GBD21053.1 34.3 531 323 9 3 515 1 523 1.93e-88 280 WP_150396769.1 WP_089246429.1 34.0 491 313 7 28 509 8 496 2.52e-85 271 WP_150396769.1 WP_206363707.1 33.7 252 162 3 19 265 13 264 7.68e-39 141 WP_150396769.1 WP_029347391.1 31.5 248 165 2 22 264 3 250 1.06e-32 124 WP_150396769.1 WP_227059655.1 27.0 530 295 19 38 493 35 546 1.24e-29 121 WP_150396769.1 WP_192324556.1 26.8 533 299 19 37 493 30 547 1.73e-28 117 WP_150396769.1 WP_071876418.1 21.4 537 325 16 23 493 2 507 2.68e-24 104 WP_150396769.1 WP_152652784.1 28.8 233 155 4 27 257 8 231 8.51e-22 94.4 WP_150396769.1 WP_008134825.1 30.3 231 150 3 19 245 607 830 1.35e-20 94.0 WP_150396769.1 GLY24463.1 34.0 238 137 8 23 243 3 237 3.08e-20 90.1 WP_150396769.1 EHR6291555.1 23.6 554 322 18 22 493 3 537 5.09e-20 91.7 WP_150396769.1 WP_088153117.1 30.4 237 138 8 50 280 24 239 1.82e-18 85.5 WP_150396769.1 WP_221265680.1 30.0 213 138 4 281 493 27 228 1.01e-15 76.6 WP_150396769.1 WP_142931103.1 21.8 491 314 17 40 496 20 474 2.48e-15 76.6 WP_150396769.1 WP_192500494.1 22.7 216 154 4 25 238 3 207 3.40e-15 74.7 WP_150396769.1 WP_158791585.1 26.3 228 142 6 29 240 9 226 1.42e-14 72.0 WP_150396769.1 HBO4828144.1 30.5 200 123 6 290 488 31 215 5.29e-14 70.9 WP_150396769.1 WP_084371009.1 27.9 222 140 7 278 493 3 210 1.61e-13 69.7 WP_150396769.1 WP_247749043.1 29.2 233 137 8 266 493 366 575 1.69e-13 71.2 WP_150396769.1 WP_098952357.1 28.1 224 137 6 282 493 22 233 1.09e-12 67.4 WP_150396769.1 OAN53756.1 26.8 231 155 7 23 243 10 236 1.86e-12 65.9 WP_150396769.1 EHH5649593.1 23.1 208 140 5 47 248 25 218 4.91e-12 65.1 WP_150396769.1 MBC7326981.1 26.7 225 144 9 40 250 22 239 1.12e-10 60.5 WP_150396769.1 MXP43753.1 26.8 239 147 10 22 243 12 239 1.64e-10 60.1 WP_150396769.1 MBQ4383193.1 27.1 207 142 6 34 237 18 218 2.00e-10 59.3 WP_150396769.1 WP_089095302.1 22.2 500 280 21 24 448 3 468 7.49e-10 59.7 WP_150396769.1 WP_195238978.1 22.7 216 147 7 284 493 496 697 1.07e-09 59.3 WP_150396769.1 WP_207918089.1 27.1 214 137 8 39 240 20 226 2.11e-09 56.6 WP_150396769.1 KAF9974715.1 23.7 211 127 8 37 238 478 663 2.93e-09 58.2 WP_150396769.1 MCP5262709.1 28.3 223 133 7 39 243 20 233 4.86e-09 56.2 WP_150396769.1 NVM03966.1 22.7 211 131 3 291 493 40 226 1.13e-08 55.1 WP_150396769.1 MBQ8297564.1 23.9 234 152 8 292 513 353 572 1.15e-08 55.8 WP_150396769.1 WP_174822921.1 26.8 228 138 8 34 243 16 232 1.27e-08 54.3 WP_150396769.1 WP_107894076.1 25.8 233 146 11 37 250 22 246 1.12e-06 48.9 WP_150396769.1 NFD84694.1 20.7 222 148 7 285 496 535 738 1.71e-05 45.8 WP_150396769.1 WP_041710957.1 22.2 239 144 11 11 238 268 475 1.40e-04 42.7 WP_150396769.1 WP_038440434.1 35.4 79 49 2 415 493 470 546 7.47e-04 40.4 WP_239393343.1 WP_239393343.1 100 92 0 0 1 92 1 92 1.51e-62 182 MCH8996551.1 MCH8996551.1 100 116 0 0 1 116 1 116 4.47e-82 234 XP_032956783.1 XP_032956783.1 98.7 1005 13 0 1 1005 1 1005 0.0 1995 WP_162060842.1 WP_162060842.1 100 236 0 0 1 236 1 236 1.18e-179 491 MBF06337.1 MBF06337.1 100 185 0 0 1 185 1 185 2.66e-139 384 MCC5885453.1 MCC5885453.1 100 385 0 0 1 385 1 385 5.94e-293 789 MCC5885453.1 CUX17903.1 43.9 326 176 5 57 377 15 338 9.38e-81 249 KPK46604.1 KPK46604.1 100 146 0 0 1 146 1 146 1.78e-109 305 WP_185928545.1 WP_185928545.1 96.6 293 10 0 1 293 1 293 9.09e-212 576 KAI8118081.1 KAI8118081.1 100 489 0 0 1 489 1 489 0.0 1004 KAI8118081.1 KAG7602925.1 27.7 447 287 16 37 473 97 517 1.39e-41 154 KAI8118081.1 CAH2014332.1 32.4 256 150 7 226 481 11 243 1.27e-40 144 KAI8118081.1 XP_002873995.1 27.1 446 291 14 37 473 97 517 1.30e-40 151 MBI2691306.1 MBI2691306.1 96.1 304 12 0 1 304 1 304 1.59e-222 604 MBI2691306.1 XP_025698866.1 29.0 100 62 4 44 137 48 144 1.33e-06 47.4 MCE9521167.1 MCE9521167.1 100 282 0 0 1 282 1 282 1.20e-215 585 WP_167196601.1 WP_167196601.1 100 209 0 0 1 209 1 209 7.25e-151 417 WP_167196601.1 NLR72952.1 43.9 205 111 3 7 211 17 217 2.14e-44 147 WP_167196601.1 MBE6142085.1 31.2 221 148 2 7 223 4 224 9.10e-27 101 WP_180298529.1 WP_180298529.1 100 238 0 0 16 253 16 253 6.04e-181 495 WAY96880.1 WAY96880.1 94.9 195 10 0 1 195 1 195 4.33e-134 372 WAY96880.1 KAJ5168969.1 45.6 195 102 2 4 195 522 715 9.40e-46 159 WAY96880.1 KAI7371949.1 42.6 195 108 2 4 195 666 859 1.06e-39 142 WAY96880.1 WP_060613079.1 42.3 189 106 2 7 192 361 549 6.25e-38 135 WAY96880.1 MBQ4454347.1 38.9 193 116 1 4 194 355 547 1.21e-37 135 WAY96880.1 KAI9191373.1 40.6 170 101 0 4 173 412 581 8.13e-36 130 WAY96880.1 WP_011512097.1 37.8 193 118 1 2 192 358 550 8.31e-36 130 WAY96880.1 WP_247749043.1 36.6 194 116 3 8 194 377 570 2.91e-34 125 WAY96880.1 MWR41881.1 37.6 157 90 3 5 157 44 196 2.05e-20 84.3 WAY96880.1 NVM03966.1 32.3 189 95 7 5 180 38 206 4.01e-19 81.6 WAY96880.1 WP_008470196.1 30.1 186 120 4 1 180 21 202 4.44e-19 80.5 WAY96880.1 WP_250499463.1 36.4 162 88 5 4 157 27 181 1.23e-18 79.0 WAY96880.1 KAF9974715.1 29.1 196 114 4 4 192 480 657 2.10e-18 80.9 WAY96880.1 KAJ2660037.1 32.5 166 92 3 2 164 1206 1354 1.34e-15 72.8 WAY96880.1 WP_072380563.1 28.1 199 104 6 4 180 16 197 1.49e-15 70.9 WAY96880.1 WP_192500494.1 29.2 161 91 2 5 157 18 163 5.06e-15 70.1 WAY96880.1 WP_088153117.1 29.3 174 108 5 7 172 13 179 5.41e-15 70.5 WAY96880.1 EHR6291555.1 29.3 191 126 5 2 190 20 203 1.29e-14 69.7 WAY96880.1 MCH4209672.1 29.2 185 117 4 10 194 403 573 2.74e-13 65.9 WAY96880.1 MBQ9964693.1 26.5 196 115 6 3 194 15 185 3.03e-13 63.5 WAY96880.1 WP_036816548.1 28.1 203 129 5 4 192 21 220 2.41e-11 59.3 WAY96880.1 WP_206363707.1 27.7 191 110 8 8 180 37 217 2.77e-11 59.3 WAY96880.1 WP_192324556.1 24.5 200 110 7 5 180 345 527 1.62e-10 57.8 WAY96880.1 WP_221265680.1 27.4 164 98 3 2 157 32 182 1.66e-10 57.4 WAY96880.1 WP_281543397.1 27.3 183 110 5 5 178 5 173 5.03e-10 55.8 NQW24640.1 NQW24640.1 100 370 0 0 1 370 1 370 3.92e-279 753 WP_174261300.1 WP_174261300.1 95.5 201 9 0 1 201 1 201 3.53e-136 377 WP_194481458.1 WP_194481458.1 96.7 302 10 0 1 302 1 302 1.10e-212 579 MCD8020507.1 MCD8020507.1 97.3 413 11 0 1 413 1 413 4.84e-304 820 MBF2027262.1 MBF2027262.1 93.7 174 11 0 1 174 1 174 4.10e-115 322 EGN0346558.1 EGN0346558.1 100 560 0 0 1 560 1 560 0.0 1182 AEO85464.1 AEO85464.1 98.1 847 16 0 1 847 1 847 0.0 1697 AEO85464.1 QJX39053.1 72.3 856 216 7 1 846 1 845 0.0 1257 AEO85464.1 QCI53355.1 78.5 353 66 3 37 379 2 354 1.50e-202 577 AEO85464.1 AAX97169.1 81.8 335 61 0 513 847 1 335 4.43e-199 568 AEO85464.1 AEJ33395.1 34.3 904 485 25 23 847 9 882 4.36e-142 441 AEO85464.1 ABG88111.1 57.4 94 39 1 280 373 2 94 7.02e-30 112 CIY68995.1 CIY68995.1 100 367 0 0 1 367 1 367 4.59e-281 758 CIY68995.1 WP_098798564.1 40.9 372 204 5 1 359 1 369 3.26e-85 261 VGM95377.1 VGM95377.1 97.7 563 13 0 1 563 1 563 0.0 1132 WP_229710081.1 WP_229710081.1 100 391 0 0 1 391 1 391 2.92e-287 775 ECK9821833.1 ECK9821833.1 100 253 0 0 1 253 1 253 5.23e-191 520 ECK9821833.1 MBI2416798.1 50.0 54 27 0 180 233 51 104 1.58e-11 59.3 ECK9821833.1 WP_223806191.1 46.5 43 23 0 187 229 239 281 2.94e-05 42.7 KGO32348.1 KGO32348.1 100 45 0 0 1 45 1 45 5.20e-29 94.7 BAF39771.1 BAF39771.1 100 210 0 0 1 210 1 210 1.70e-161 442 WP_190772838.1 WP_190772838.1 91.0 155 14 0 1 155 1 155 2.33e-89 255 WP_190772838.1 MBZ5699012.1 41.8 153 82 5 5 155 1 148 9.50e-27 96.7 WP_246966510.1 WP_246966510.1 100 266 0 0 1 266 1 266 9.77e-198 538 WP_246966510.1 NLZ92879.1 40.3 72 40 2 10 81 6 74 6.51e-09 51.6 WP_052125494.1 WP_052125494.1 100 1041 0 0 1 1041 1 1041 0.0 2159 WP_052125494.1 WP_237034910.1 42.0 1030 569 10 4 1017 1 1018 5.38e-263 765 WP_052125494.1 MCD8297279.1 27.5 200 120 4 108 306 107 282 9.71e-11 64.3 NBR42698.1 NBR42698.1 94.7 190 10 0 1 190 1 190 5.97e-134 371 XP_007007273.1 XP_007007273.1 100 87 0 0 1 87 1 87 3.53e-61 179 NXP66683.1 NXP66683.1 100 117 0 0 1 117 1 117 8.31e-83 236 UJJ97602.1 UEC68750.1 96.6 4405 146 2 1 4401 1 4405 0.0 8726 UJJ97602.1 UHM53165.1 96.6 4405 146 2 1 4401 1 4405 0.0 8723 UJJ97602.1 UFM02602.1 96.6 4405 146 2 1 4401 1 4405 0.0 8723 UJJ97602.1 UBL45068.1 96.6 4405 146 2 1 4401 1 4405 0.0 8721 UJJ97602.1 UJV88611.1 99.0 4401 46 0 1 4401 1 4401 0.0 8713 UJJ97602.1 ULA23837.2 97.0 4401 134 0 1 4401 1 4401 0.0 8710 UJJ97602.1 UXH94526.1 96.9 4401 135 0 1 4401 1 4401 0.0 8705 UJJ97602.1 UJJ97602.1 99.0 4401 45 0 1 4401 1 4401 0.0 8700 UJJ97602.1 QXR94354.1 96.8 4402 142 1 1 4401 1 4402 0.0 8693 UJJ97602.1 UPP41269.1 96.7 4402 145 1 1 4401 1 4402 0.0 8690 UJJ97602.1 QTD03487.1 96.7 4405 143 2 1 4401 1 4405 0.0 8690 UJJ97602.1 QTM79632.1 96.7 4402 144 1 1 4401 1 4402 0.0 8687 UJJ97602.1 USR14792.1 96.7 4402 146 1 1 4401 1 4402 0.0 8686 UJJ97602.1 QTZ27226.1 96.7 4402 146 1 1 4401 1 4402 0.0 8682 UJJ97602.1 UFM00670.1 96.6 4405 146 2 1 4401 1 4405 0.0 8678 UJJ97602.1 UIR12670.1 97.0 4397 132 0 1 4397 1 4397 0.0 8678 UJJ97602.1 UKU68032.1 96.6 4401 148 0 1 4401 1 4401 0.0 8677 UJJ97602.1 UPA83906.1 96.9 4397 136 0 1 4397 1 4397 0.0 8667 UJJ97602.1 UMF87224.1 96.9 4397 138 0 1 4397 1 4397 0.0 8663 UJJ97602.1 UZO53924.1 96.7 4398 143 1 1 4397 1 4398 0.0 8657 UJJ97602.1 QSZ25555.1 96.7 4401 141 2 1 4397 1 4401 0.0 8655 UJJ97602.1 URQ55824.1 96.7 4398 144 1 1 4397 1 4398 0.0 8655 UJJ97602.1 QWC83326.1 96.7 4401 140 2 1 4397 1 4401 0.0 8655 UJJ97602.1 UVB16817.1 96.7 4398 143 1 1 4397 1 4398 0.0 8654 UJJ97602.1 QVD87869.1 96.7 4398 143 1 1 4397 1 4398 0.0 8653 UJJ97602.1 WEU87158.1 96.7 4401 142 2 1 4397 1 4401 0.0 8650 UJJ97602.1 UBP50947.1 96.7 4401 143 2 1 4397 1 4401 0.0 8647 UJJ97602.1 QZU16279.1 96.7 4401 143 2 1 4397 1 4401 0.0 8647 UJJ97602.1 UBD95131.1 96.7 4401 143 2 1 4397 1 4401 0.0 8645 UJJ97602.1 UEC52718.1 96.6 4401 147 2 1 4397 1 4401 0.0 8637 UJJ97602.1 UKN67998.1 97.0 4377 133 0 21 4397 1 4377 0.0 8636 UJJ97602.1 UBR86455.1 95.4 4400 198 2 2 4397 1 4400 0.0 8515 UJJ97602.1 UXX67934.1 95.2 4398 210 1 1 4397 1 4398 0.0 8492 UJJ97602.1 UCP72061.1 94.9 4401 219 2 1 4397 1 4401 0.0 8463 UJJ97602.1 UAQ80067.1 94.8 4401 225 2 1 4397 1 4401 0.0 8454 UJJ97602.1 UCP77012.1 94.8 4401 225 2 1 4397 1 4401 0.0 8453 UJJ97602.1 UOU30556.1 95.0 4398 221 1 1 4397 1 4398 0.0 8452 UJJ97602.1 UJS94137.1 95.9 4296 174 0 106 4401 1 4296 0.0 8446 UJJ97602.1 UGA79226.1 94.2 4401 251 2 1 4397 1 4401 0.0 8383 UJJ97602.1 ULB83374.1 93.8 4401 274 0 1 4401 1 4401 0.0 8377 UJJ97602.1 WHE12941.1 94.2 4372 254 1 27 4397 1 4372 0.0 8334 UJJ97602.1 UVI10561.1 93.1 4371 301 1 28 4397 1 4371 0.0 8218 UJJ97602.1 UGB98301.1 91.2 4405 384 2 1 4401 1 4405 0.0 8145 UJJ97602.1 QRX02582.1 96.5 4098 140 2 1 4094 1 4098 0.0 8096 UJJ97602.1 UJT06733.1 91.3 4397 382 0 1 4397 1 4397 0.0 8039 UJJ97602.1 UFA30503.1 90.3 4340 417 2 27 4362 1 4340 0.0 7872 UJJ97602.1 UMA88644.1 89.6 4376 455 0 22 4397 1 4376 0.0 7852 UJJ97602.1 WGP70063.1 89.6 4369 451 2 1 4365 1 4369 0.0 7840 UJJ97602.1 UNI03201.1 88.3 4378 510 2 27 4401 1 4378 0.0 7789 UJJ97602.1 WEI27974.1 88.3 4402 516 1 1 4401 1 4402 0.0 7785 UJJ97602.1 UEX07109.1 84.9 4379 659 2 27 4401 1 4379 0.0 7429 UJJ97602.1 WGP98278.1 85.9 4364 611 2 1 4360 1 4364 0.0 7408 UJJ97602.1 URP80785.1 82.9 4375 746 1 28 4401 1 4375 0.0 7033 UJJ97602.1 WAS49087.1 82.1 4398 786 1 1 4397 1 4398 0.0 7019 UJJ97602.1 UPB00876.1 73.6 4375 1155 1 28 4401 1 4375 0.0 6150 UJJ97602.1 UYE49180.1 73.5 4402 1167 1 1 4401 1 4402 0.0 6121 UJJ97602.1 WGQ72821.1 63.4 4344 1584 2 26 4365 1 4344 0.0 5038 AWI66342.1 AWI66342.1 100 249 0 0 1 249 1 249 2.49e-187 511 RUA32032.1 RUA32032.1 100 424 0 0 1 424 1 424 0.0 865 EHY2137407.1 EHY2137407.1 100 118 0 0 1 118 1 118 2.57e-82 234 UZO03952.1 UZO03952.1 100 299 0 0 1 299 1 299 8.85e-222 602 UZO03952.1 MBF1128433.1 28.6 234 131 9 10 234 51 257 1.93e-16 77.8 UZO03952.1 XP_048540820.1 23.4 171 98 6 79 246 883 1023 3.00e-08 53.1 UZO03952.1 WP_271931007.1 22.3 197 100 7 89 244 763 947 1.23e-07 51.2 UZO03952.1 WP_106546380.1 24.3 263 158 11 36 267 63 315 4.24e-07 49.3 UZO03952.1 MBD2210269.1 25.2 210 124 10 61 245 91 292 1.01e-06 48.1 MBX9718818.1 MBX9718818.1 94.7 169 9 0 1 169 1 169 4.16e-117 327 MCU1411638.1 MCU1411638.1 100 400 0 0 1 400 1 400 7.19e-288 778 MCU1411638.1 MBQ6794463.1 32.5 385 237 10 15 394 7 373 1.97e-55 185 MCU1411638.1 MCF7895906.1 30.5 308 206 2 5 312 5 304 7.56e-52 175 MCU1411638.1 MBA3609961.1 30.2 407 231 12 20 384 37 432 1.35e-49 172 MCU1411638.1 NBT94281.1 34.6 156 97 2 16 171 28 178 2.98e-19 83.2 WP_195368055.1 WP_195368055.1 100 574 0 0 1 574 1 574 0.0 1159 WP_195368055.1 MBQ4454347.1 50.3 565 281 0 4 568 5 569 1.19e-216 612 WP_195368055.1 WP_060613079.1 33.3 591 352 11 2 573 11 578 1.06e-99 312 WP_195368055.1 MBQ8297564.1 33.3 490 307 7 92 571 87 566 1.21e-80 262 WP_195368055.1 WP_195238978.1 30.5 528 353 7 51 573 198 716 1.48e-77 258 WP_195368055.1 WP_192324556.1 34.2 161 93 6 355 507 345 500 1.62e-13 71.6 MBW4439448.1 MBW4439448.1 92.5 454 34 0 1 454 1 454 2.67e-315 852 KAI9530097.1 KAI9530097.1 100 50 0 0 1 50 1 50 2.22e-32 103 NSW79198.1 NSW79198.1 98.2 669 12 0 1 669 1 669 0.0 1330 NSW79198.1 MBF0233644.1 38.3 386 202 12 290 661 234 597 8.68e-77 259 NSW79198.1 WP_061048002.1 29.6 659 394 16 41 669 14 632 1.31e-74 253 NSW79198.1 WP_086504813.1 41.1 253 137 5 413 663 375 617 2.28e-49 182 NSW79198.1 MBK3737236.1 41.6 238 126 3 432 663 430 660 8.26e-47 174 NSW79198.1 WP_211114623.1 32.0 366 235 10 299 660 300 655 5.38e-44 167 NSW79198.1 MBN1819552.1 39.7 73 39 1 594 661 491 563 6.14e-10 60.5 WP_163042480.1 WP_163042480.1 100 447 0 0 1 447 1 447 0.0 929 WP_163042480.1 KAF2317565.1 30.3 333 190 6 3 326 55 354 8.06e-44 156 WP_163042480.1 MBD5394228.1 30.0 203 130 6 117 319 107 297 4.89e-22 94.4 NXY58604.1 NXY58604.1 100 380 0 0 1 380 1 380 5.52e-300 806 MBS5721782.1 MBS5721782.1 98.7 835 11 0 1 835 1 835 0.0 1722 KAG6055499.1 KAG6055499.1 100 597 0 0 1 597 1 597 0.0 1268 XP_019459237.1 XP_019459237.1 100 326 0 0 11 336 11 336 4.84e-240 651 NJE80740.1 NJE80740.1 100 205 0 0 1 205 1 205 2.30e-143 396 NJE80740.1 WP_190630613.1 37.6 205 125 2 4 205 3 207 6.35e-38 129 WP_153870478.1 WP_153870478.1 95.4 239 11 0 1 239 1 239 1.60e-169 465 MBP6015992.1 MBP6015992.1 100 614 0 0 1 614 1 614 0.0 1290 WP_185218257.1 WP_185218257.1 100 455 0 0 1 455 1 455 0.0 920 WP_185218257.1 MCP4788584.1 31.0 435 250 14 26 448 26 422 3.87e-52 181 WP_185218257.1 WP_013768652.1 25.8 516 234 26 9 426 13 477 3.43e-26 109 MBZ0302078.1 MBZ0302078.1 100 127 0 0 1 127 1 127 2.48e-91 258 MBZ0302078.1 MBQ8348910.1 33.3 96 63 1 22 117 10 104 1.48e-17 71.2 MBE56502.1 MBE56502.1 100 114 0 0 1 114 1 114 1.29e-80 230 MBY8116888.1 MBY8116888.1 100 401 0 0 1 401 1 401 1.09e-303 818 WP_026974351.1 WP_026974351.1 100 569 0 0 1 569 1 569 0.0 1160 HAB35737.1 HAB35737.1 97.6 410 10 0 1 410 1 410 3.72e-311 837 HAB35737.1 KAI2867803.1 34.3 286 170 8 47 315 20 304 2.10e-32 123 WP_183491762.1 WP_183491762.1 100 319 0 0 1 319 1 319 4.48e-241 652 CAF1218540.1 CAF1218540.1 100 831 0 0 1 831 1 831 0.0 1718 HBO5091502.1 HBO5091502.1 100 157 0 0 1 157 1 157 4.80e-117 325 WP_142480892.1 WP_142480892.1 100 174 0 0 1 174 1 174 1.01e-124 346 UCF86936.1 UCF86936.1 88.8 98 11 0 1 98 1 98 4.53e-60 177 KAI0494562.1 KAI0494562.1 100 154 0 0 1 154 1 154 7.14e-113 315 MBR3040588.1 MBR3040588.1 100 276 0 0 1 276 1 276 1.64e-210 572 MBR3040588.1 WP_006327457.1 39.2 51 26 1 78 123 111 161 8.53e-05 41.6 WP_253057132.1 WP_253057132.1 97.3 784 21 0 1 784 1 784 0.0 1545 DAT68911.1 DAT68911.1 100 121 0 0 1 121 1 121 4.38e-89 252 MCJ7486393.1 MCJ7486393.1 100 370 0 0 1 370 1 370 1.22e-282 762 MCJ7486393.1 MCK5265770.1 27.0 356 226 14 38 369 39 384 3.16e-27 109 MCJ7486393.1 WP_280938002.1 34.2 187 116 2 51 230 77 263 3.27e-27 109 WP_259173727.1 WP_259173727.1 97.9 470 10 0 1 470 1 470 0.0 894 XP_039550146.1 XP_039550146.1 100 151 0 0 1 151 1 151 2.41e-114 318 WP_025917677.1 WP_025917677.1 100 76 0 0 1 76 1 76 1.97e-53 158 WP_219989626.1 WP_219989626.1 100 146 0 0 1 146 1 146 5.12e-109 304 WP_219989626.1 WP_266103637.1 50.8 130 62 2 14 142 1 129 1.68e-43 138 WP_120012998.1 WP_120012998.1 100 40 0 0 1 40 1 40 1.39e-22 78.2 XP_007378490.1 XP_007378490.1 100 134 0 0 1 134 1 134 5.72e-98 275 HAZ7424284.1 HAZ7424284.1 100 506 0 0 1 506 1 506 0.0 1039 HAZ7424284.1 WP_104456122.1 32.1 521 289 11 7 501 7 488 1.44e-77 251 HAZ7424284.1 WP_186556299.1 31.7 526 297 12 1 488 1 502 1.75e-66 221 HAZ7424284.1 WP_120358183.1 41.3 303 164 2 208 503 214 509 2.83e-62 211 HAZ7424284.1 EIZ9235425.1 39.6 303 167 3 208 502 213 507 3.49e-61 207 HAZ7424284.1 WP_017172025.1 34.4 334 179 8 187 506 193 500 4.60e-39 147 HAZ7424284.1 WP_237962375.1 33.6 226 143 2 260 478 387 612 1.67e-26 112 HAZ7424284.1 WP_246832833.1 25.8 531 276 19 25 505 14 476 2.66e-25 107 HAZ7424284.1 WP_269572442.1 24.8 302 189 4 209 476 301 598 2.82e-21 95.5 WP_210832037.1 WP_210832037.1 95.6 249 11 0 1 249 1 249 2.65e-173 475 WP_044318929.1 WP_044318929.1 97.8 535 12 0 1 535 1 535 0.0 1053 WP_044318929.1 WP_217853533.1 49.3 67 33 1 396 462 347 412 5.75e-08 53.5 WP_044318929.1 NEO77458.1 32.4 145 64 4 302 445 6 117 2.38e-06 47.4 EPY77985.1 EPY77985.1 85.9 277 39 0 1 277 1 277 2.21e-179 493 MBQ6717580.1 MBQ6717580.1 100 333 0 0 1 333 1 333 9.14e-248 671 MBQ6717580.1 WP_192880951.1 34.3 245 115 5 39 251 25 255 4.60e-31 120 MCI5582667.1 MCI5582667.1 97.8 494 11 0 1 494 1 494 0.0 970 KAH7819128.1 KAH7819128.1 100 152 0 0 1 152 1 152 5.05e-112 312 WP_072176998.1 WP_072176998.1 100 256 0 0 1 256 1 256 1.76e-195 532 MBN2408678.1 MBN2408678.1 100 87 0 0 1 87 1 87 6.08e-62 181 WP_124583682.1 WP_124583682.1 100 297 0 0 1 297 1 297 5.27e-213 580 WP_124583682.1 WP_228281474.1 43.1 116 66 0 169 284 2 117 2.43e-23 91.3 XP_055364111.1 XP_055364111.1 94.0 3186 191 0 1 3186 1 3186 0.0 6199 KAH7671712.1 KAH7671712.1 96.9 324 10 0 1 324 1 324 3.52e-236 640 MCC6251785.1 MCC6251785.1 100 468 0 0 1 468 1 468 0.0 962 MCC6251785.1 MBL7151874.1 36.5 460 272 5 4 459 7 450 1.72e-90 281 MCC6251785.1 WP_011739125.1 24.0 458 308 10 6 455 5 430 1.52e-21 95.1 WP_161548226.1 WP_161548226.1 100 238 0 0 1 238 1 238 1.61e-173 475 PWA40393.1 PWA40393.1 100 565 0 0 1 565 1 565 0.0 1190 WP_024957561.1 WP_024957561.1 95.0 222 11 0 1 222 1 222 7.33e-153 421 XP_026202203.1 XP_026202203.1 100 692 0 0 1 692 1 692 0.0 1391 XP_049917061.1 XP_049917061.1 97.0 526 16 0 1 526 1 526 0.0 1043 WP_121975536.1 WP_121975536.1 100 345 0 0 1 345 1 345 1.09e-261 707 WP_121975536.1 RYD39969.1 45.2 294 156 4 2 291 9 301 1.02e-82 251 WP_121975536.1 WP_029222463.1 41.1 338 190 5 1 334 1 333 1.03e-79 246 WP_121975536.1 WP_058504615.1 35.6 253 146 7 3 243 188 435 1.78e-34 131 WP_121975536.1 WP_283107263.1 33.7 273 157 9 11 271 189 449 9.99e-30 117 WP_121975536.1 WP_203339841.1 40.1 152 85 3 114 264 130 276 7.91e-28 109 WP_121975536.1 NRF69152.1 35.2 256 127 12 11 244 143 381 1.98e-27 110 WP_121975536.1 MBT7163208.1 41.3 150 72 5 124 270 325 461 1.35e-25 105 WP_121975536.1 WP_017718577.1 37.0 200 104 7 81 271 319 505 2.16e-25 105 WP_121975536.1 EEC9022132.1 28.3 265 141 9 14 240 100 353 2.48e-15 75.1 WP_065763488.1 WP_065763488.1 98.5 736 11 0 1 736 1 736 0.0 1519 VEA68798.1 VEA68798.1 100 112 0 0 1 112 1 112 1.26e-77 222 VEA68798.1 QQO85492.1 43.4 113 52 3 1 105 144 252 3.22e-17 72.8 MBL8103469.1 MBL8103469.1 95.2 455 22 0 1 455 1 455 8.63e-320 863 MBL8103469.1 MBP6786080.1 53.2 438 202 1 2 439 1 435 1.17e-150 448 MBL8103469.1 WP_029789810.1 50.7 450 216 3 2 451 1 444 5.76e-142 426 MBL8103469.1 KAF6257731.1 45.6 443 227 6 2 439 1 434 8.87e-123 377 MBL8103469.1 KAI7727618.1 44.5 364 162 3 85 448 93 416 1.05e-96 308 MBL8103469.1 WP_136095406.1 54.3 300 122 6 152 444 104 395 1.36e-96 305 MBL8103469.1 KPK79043.1 48.3 240 122 1 165 404 151 388 2.80e-68 229 XP_020704071.1 XP_020704071.1 100 159 0 0 1 159 1 159 1.54e-123 342 PWU01878.1 PWU01878.1 100 208 0 0 1 208 1 208 4.69e-158 433 KAI9244788.1 KAI9244788.1 92.9 397 28 0 1 397 1 397 2.66e-277 751 KAI9244788.1 KAF5192947.1 59.8 82 32 1 6 87 15 95 1.18e-23 101 WP_140465756.1 WP_140465756.1 100 1320 0 0 1 1320 1 1320 0.0 2656 MUT95740.1 MUT95740.1 97.1 828 24 0 1 828 1 828 0.0 1655 WP_019100427.1 WP_019100427.1 98.8 918 11 0 1 918 1 918 0.0 1862 WP_019100427.1 WP_049009918.1 51.3 869 391 6 47 915 64 900 1.31e-317 895 WP_019100427.1 MBE6688122.1 29.7 757 479 18 38 767 9 739 8.68e-96 320 WP_019100427.1 KAA0114277.1 27.4 925 570 25 36 909 38 911 1.77e-84 289 WP_019100427.1 WP_278631399.1 29.0 789 496 21 32 792 2 754 1.72e-76 266 WP_019100427.1 WP_235126772.1 30.1 753 425 21 48 747 14 718 2.05e-72 254 WP_019100427.1 MBY0273331.1 29.4 735 420 25 45 769 2 647 6.87e-66 234 WP_019100427.1 MBE5737882.1 25.1 749 483 16 34 746 5 711 9.37e-65 233 WP_019100427.1 KAJ6994162.1 26.5 751 478 21 37 773 21 711 1.15e-63 230 WP_019100427.1 XP_009147075.2 25.6 660 385 19 336 896 431 1083 2.09e-47 182 WP_019100427.1 KAF5671546.1 23.8 820 502 23 31 746 157 957 1.21e-34 141 WP_019100427.1 WP_074319120.1 29.4 187 99 3 525 703 532 693 1.28e-15 79.7 WP_019100427.1 MBI6149093.1 30.6 173 91 3 547 719 592 735 2.39e-13 72.4 WP_019100427.1 HCT06136.1 33.1 154 76 4 553 705 579 706 1.20e-12 70.1 WP_019100427.1 WP_041591748.1 25.4 193 104 4 510 690 414 578 1.72e-11 66.2 WP_019100427.1 Q9GKS6.1 23.6 258 129 8 449 640 54 309 1.46e-07 53.5 WP_019100427.1 WP_176307440.1 38.2 55 34 0 627 681 661 715 2.49e-04 43.1 WP_165185356.1 WP_165185356.1 97.3 449 12 0 1 449 1 449 0.0 870 WP_097942517.1 WP_097942517.1 100 145 0 0 1 145 1 145 3.75e-106 297 EDX1137207.1 EDX1137207.1 95.2 336 16 0 1 336 1 336 2.75e-230 627 EDX1137207.1 WP_071489953.1 67.9 336 107 1 1 336 1 335 9.24e-164 458 WP_071558608.1 WP_071558608.1 100 129 0 0 1 129 1 129 7.95e-89 252 WP_171312884.1 WP_171312884.1 100 205 0 0 1 205 1 205 4.17e-155 426 WP_172272319.1 WP_172272319.1 100 434 0 0 1 434 1 434 0.0 874 WP_206698867.1 WP_206698867.1 98.3 414 7 0 1 414 1 414 1.77e-311 838 WP_206698867.1 WP_029317544.1 24.1 431 298 10 1 407 7 432 4.63e-40 147 WP_206698867.1 WP_101606078.1 25.6 313 220 8 102 408 111 416 9.32e-27 109 WP_206698867.1 WP_219954954.1 25.6 344 233 9 77 407 97 430 2.46e-25 105 XP_015918471.2 XP_015918471.2 97.9 923 19 0 1 923 1 923 0.0 1857 NOT03931.1 NOT03931.1 100 312 0 0 1 312 1 312 2.59e-241 652 WP_122081718.1 WP_122081718.1 100 208 0 0 1 208 1 208 3.17e-156 429 WP_122081718.1 WP_088527814.1 41.4 191 100 5 4 188 2 186 4.59e-45 146 WP_122081718.1 MCR5007903.1 41.1 190 104 4 4 188 2 188 5.45e-42 139 XP_023664563.1 XP_023664563.1 100 625 0 0 1 625 1 625 0.0 1318 MCI6056265.1 MCI6056265.1 100 426 0 0 1 426 1 426 0.0 872 XP_043867713.1 XP_043867713.1 100 276 0 0 1 276 1 276 1.15e-210 572 MCI6733811.1 MCI6733811.1 95.5 466 21 0 1 466 1 466 0.0 885 MCI6733811.1 WP_139387589.1 73.3 75 20 0 388 462 2 76 3.08e-29 108 MCI6733811.1 ECG5012903.1 38.1 202 86 9 54 243 32 206 5.23e-24 97.8 WP_200441331.1 WP_200441331.1 95.0 496 25 0 1 496 1 496 0.0 929 OQD63521.1 OQD63521.1 91.4 280 24 0 1 280 1 280 2.66e-182 501 XP_041032211.1 XP_041032211.1 100 346 0 0 1 346 1 346 1.33e-267 722 XP_041032211.1 NWI70572.1 22.8 329 225 8 29 339 28 345 1.79e-18 83.6 WP_250323911.1 WP_250323911.1 100 98 0 0 1 98 1 98 9.10e-69 199 WP_250323911.1 WP_118944732.1 33.0 103 63 1 2 98 399 501 2.23e-15 68.2 XP_045908845.1 XP_045908845.1 95.0 220 11 0 1 220 1 220 4.43e-153 422 WP_024330540.1 WP_024330540.1 100 496 0 0 1 496 1 496 0.0 1045 WP_024330540.1 NNE87648.1 37.0 479 277 9 1 471 1 462 3.17e-90 281 WP_024330540.1 WP_145616262.1 35.4 478 282 10 1 468 1 461 5.66e-81 258 WP_024330540.1 DAZ71054.1 36.9 331 192 9 3 318 34 362 1.97e-60 201 WP_024330540.1 MYE57211.1 39.6 217 112 4 4 220 5 202 4.20e-43 150 WP_024330540.1 NIP79453.1 44.3 88 47 2 139 226 1 86 2.43e-18 78.2 NGS95655.1 NGS95655.1 100 179 0 0 1 179 1 179 3.79e-127 353 NGS95655.1 MCK4403577.1 51.4 175 84 1 1 175 1 174 1.84e-62 189 OLB04871.1 OLB04871.1 100 144 0 0 1 144 1 144 6.01e-107 299 MCB1103648.1 MCB1103648.1 100 329 0 0 1 329 1 329 5.11e-252 681 MCB1103648.1 WP_265272113.1 28.6 329 205 14 1 315 1 313 1.14e-25 103 WP_008056683.1 WP_008056683.1 99.2 827 7 0 1 827 1 827 0.0 1668 WP_008056683.1 WP_072380563.1 32.9 222 135 8 246 457 8 225 1.64e-20 90.1 WP_008056683.1 THW78755.1 31.3 182 119 4 265 445 1241 1417 4.28e-19 91.3 WP_008056683.1 WP_071876418.1 31.0 187 119 4 246 429 308 487 3.90e-18 87.0 WP_008056683.1 WP_036816548.1 31.5 222 131 10 253 458 20 236 1.64e-16 78.6 WP_008056683.1 WP_107894076.1 26.6 222 145 7 242 446 12 232 3.56e-16 79.0 WP_008056683.1 WP_142931103.1 29.4 194 123 4 255 440 276 463 2.06e-12 68.6 WP_008056683.1 GLY24463.1 28.1 210 125 7 255 443 24 228 7.19e-11 62.8 WP_008056683.1 WP_060613079.1 28.5 200 131 7 255 446 359 554 2.83e-10 62.0 WP_008056683.1 WP_139764340.1 34.8 92 57 2 244 333 11 101 2.59e-08 51.6 UCF69744.1 UCF69744.1 100 133 0 0 1 133 1 133 5.31e-98 275 WP_061554953.1 WP_061554953.1 98.0 450 9 0 1 450 1 450 0.0 897 WP_061554953.1 WP_105738432.1 26.3 457 284 13 7 440 7 433 1.98e-31 123 KAF1884135.1 KAF1884135.1 100 420 0 0 1 420 1 420 0.0 874 WP_271489102.1 WP_271489102.1 100 67 0 0 1 67 1 67 2.93e-42 129 EIC7331684.1 EIC7331684.1 92.9 491 35 0 1 491 1 491 0.0 923 EIC7331684.1 WP_209241541.1 35.7 457 274 6 23 471 17 461 1.48e-80 256 EIC7331684.1 WP_093868643.1 30.7 479 279 9 16 481 3 441 2.37e-75 242 YP_009703532.1 YP_009703532.1 100 634 0 0 1 634 1 634 0.0 1328 OYR82937.1 OYR82937.1 100 62 0 0 1 62 1 62 1.31e-36 115 MCB1431703.1 MCB1431703.1 100 270 0 0 1 270 1 270 5.26e-204 555 MCB1431703.1 GAA38267.2 36.8 87 29 5 69 144 285 356 5.66e-04 39.3 PHJ25428.1 PHJ25428.1 99.0 1042 10 0 1 1042 1 1042 0.0 2139 MCL2354882.1 MCL2354882.1 100 399 0 0 1 399 1 399 1.36e-296 800 WP_009197348.1 WP_009197348.1 100 267 0 0 1 267 1 267 6.16e-206 559 WP_009197348.1 MBT2971737.1 36.7 256 151 4 15 263 3 254 2.05e-48 159 WP_009197348.1 MBI2621122.1 30.5 272 164 5 15 264 2 270 8.14e-36 127 KAH8830836.1 KAH8830836.1 100 417 0 0 1 417 1 417 0.0 881 UWQ95440.1 UWQ95440.1 100 293 0 0 1 293 1 293 1.04e-226 614 WP_059534878.1 WP_059534878.1 97.5 723 18 0 1 723 1 723 0.0 1426 WP_059534878.1 HBO82804.1 50.6 83 41 0 1 83 1 83 1.13e-19 82.4 MCB9490987.1 MCB9490987.1 96.4 669 24 0 1 669 1 669 0.0 1226 MCB9490987.1 EET4312562.1 32.0 412 274 4 3 411 4 412 2.21e-53 191 ECG5348412.1 ECG5348412.1 100 181 0 0 1 181 1 181 8.61e-134 370 MBP8039875.1 MBP8039875.1 100 116 0 0 1 116 1 116 4.12e-87 246 NOY27702.1 NOY27702.1 96.8 344 11 0 1 344 1 344 1.32e-238 649 NOY27702.1 MBF1128433.1 36.5 211 118 6 17 221 9 209 3.30e-30 119 OGM15869.1 OGM15869.1 100 197 0 0 1 197 1 197 3.30e-139 385 AAA50346.1 AAA50346.1 100 57 0 0 1 57 1 57 3.14e-35 111 QUQ06080.1 QUQ06080.1 89.5 219 23 0 1 219 1 219 3.56e-138 384 QUQ06080.1 ADJ35581.1 79.0 219 46 0 1 219 2 220 2.32e-125 352 QUQ06080.1 ADW49125.1 77.3 211 48 0 9 219 1 211 2.55e-120 338 QUQ06080.1 AFA24308.1 77.4 212 48 0 8 219 1 212 7.57e-120 337 QUQ06080.1 QUA05739.1 75.0 212 53 0 1 212 1 212 8.81e-119 335 QUQ06080.1 AWS34156.1 72.1 219 61 0 1 219 1 219 1.77e-115 327 QUQ06080.1 AVM35379.1 74.8 214 54 0 6 219 1 214 4.27e-115 325 QUQ06080.1 ABQ63546.1 72.0 218 61 0 2 219 1 218 1.10e-111 317 QUQ06080.1 AFA09475.1 74.1 205 53 0 15 219 1 205 1.91e-109 311 QUQ06080.1 AHK62764.1 68.4 215 68 0 5 219 1 215 4.95e-104 298 QUQ06080.1 AAX94106.1 79.4 189 39 0 31 219 1 189 2.55e-100 296 QUQ06080.1 AGI15931.1 70.2 205 61 0 9 213 2 206 3.80e-100 287 QUQ06080.1 AOR13807.1 67.2 198 65 0 10 207 1 198 1.58e-97 280 QUQ06080.1 AMA90994.1 70.1 197 59 0 1 197 1 197 1.78e-96 278 QUQ06080.1 AKT58828.1 68.2 195 62 0 1 195 1 195 5.51e-95 274 QUQ06080.1 UZF38514.1 61.2 206 80 0 14 219 1 206 4.38e-92 267 QUQ06080.1 AOQ89457.1 63.6 187 68 0 5 191 1 187 4.58e-85 248 QUQ06080.1 AKA56406.1 57.8 199 81 1 2 200 2 197 1.54e-78 232 QUQ06080.1 AHH30646.1 67.7 167 52 2 32 198 6 170 1.01e-75 224 QUQ06080.1 ACE88666.1 69.3 140 43 0 80 219 1 140 8.33e-62 188 QUQ06080.1 APC24336.1 58.0 112 47 0 108 219 1 112 4.58e-35 126 WP_271116088.1 WP_271116088.1 100 395 0 0 1 395 1 395 4.60e-302 813 WP_271116088.1 WP_066841281.1 54.7 413 158 6 1 395 1 402 1.55e-150 430 WP_271116088.1 BAY23582.1 48.7 429 168 7 1 395 34 444 1.97e-139 404 WP_271116088.1 MCU0947041.1 46.4 418 189 9 1 395 1 406 5.40e-114 337 WP_212799263.1 WP_212799263.1 100 225 0 0 1 225 1 225 4.65e-171 468 WP_212799263.1 NCO19736.1 35.4 82 51 2 128 207 84 165 7.33e-06 43.9 AKF94945.1 AKF94945.1 100 195 0 0 1 195 1 195 3.20e-145 400 MCS7249985.1 MCS7249985.1 100 60 0 0 1 60 1 60 2.04e-39 122 WP_154377822.1 WP_154377822.1 98.7 914 12 0 1 914 1 914 0.0 1857 KAA0177341.1 KAA0177341.1 78.0 1278 281 0 1 1278 1 1278 0.0 1925 MCQ4833490.1 MCQ4833490.1 100 49 0 0 1 49 1 49 2.08e-32 103 MBF0221393.1 MBF0221393.1 100 373 0 0 1 373 1 373 1.61e-284 767 CUQ74728.1 CUQ74728.1 96.8 216 7 0 1 216 1 216 1.06e-158 436 WP_066046987.1 WP_066046987.1 100 462 0 0 1 462 1 462 0.0 971 WP_066046987.1 WP_049327990.1 48.0 471 220 7 1 460 1 457 2.18e-159 457 TYJ28824.1 TYJ28824.1 100 89 0 0 1 89 1 89 2.87e-61 179 MCP4196081.1 MCP4196081.1 100 79 0 0 1 79 1 79 5.97e-54 160 MBD5426059.1 MBD5426059.1 100 162 0 0 1 162 1 162 5.14e-119 331 WP_094880233.1 WP_094880233.1 100 412 0 0 1 412 1 412 0.0 873 WP_094880233.1 WP_278088590.1 26.4 398 255 9 17 406 18 385 7.09e-32 123 KAJ1466945.1 KAJ1466945.1 100 311 0 0 1 311 1 311 8.03e-240 649 RHP78675.1 RHP78675.1 100 450 0 0 1 450 1 450 0.0 930 WP_084523054.1 WP_084523054.1 100 94 0 0 1 94 1 94 5.20e-64 186 XP_051312901.1 XP_051312901.1 94.6 222 12 0 1 222 1 222 2.45e-161 444 MCC0650618.1 MCC0650618.1 100 308 0 0 1 308 1 308 6.67e-217 590 WP_070931219.1 WP_070931219.1 100 80 0 0 1 80 1 80 1.84e-53 159 MBE6457252.1 MBE6457252.1 100 147 0 0 1 147 1 147 2.84e-111 310 EDD2777448.1 EDD2777448.1 100 215 0 0 1 215 1 215 9.38e-157 431 WP_228705204.1 WP_228705204.1 100 97 0 0 1 97 1 97 6.18e-71 204 TVQ27286.1 TVQ27286.1 100 324 0 0 1 324 1 324 1.95e-233 634 CAF1538990.1 CAF1538990.1 100 95 0 0 1 95 1 95 2.98e-68 197 MBJ9940918.1 MBJ9940918.1 100 220 0 0 1 220 1 220 2.21e-162 445 MBL1405656.1 MBL1405656.1 100 101 0 0 1 101 1 101 7.08e-72 207 WP_002896703.1 WP_002896703.1 100 44 0 0 1 44 1 44 5.71e-28 92.0 RKH80454.1 RKH80454.1 100 281 0 0 1 281 1 281 2.23e-206 561 RWC01310.1 RWC01310.1 100 410 0 0 1 410 1 410 5.12e-318 855 CCZ55979.1 CCZ55979.1 100 121 0 0 1 121 1 121 4.21e-87 247 CCZ55979.1 MBR3785149.1 45.0 109 58 1 2 108 1 109 1.32e-27 97.1 KZC14685.1 KZC14685.1 94.9 453 23 0 1 453 1 453 0.0 869 WP_096201219.1 WP_096201219.1 100 850 0 0 1 850 1 850 0.0 1778 WP_206023254.1 WP_206023254.1 95.9 340 14 0 1 340 1 340 5.50e-248 672 KAJ3986273.1 KAJ3986273.1 98.3 658 11 0 1 658 1 658 0.0 1376 KAJ3986273.1 NP_001257623.1 34.9 166 104 2 454 619 247 408 1.05e-24 107 WP_230766143.1 WP_230766143.1 96.5 314 11 0 1 314 1 314 5.04e-215 586 WP_282423266.1 WP_282423266.1 100 666 0 0 1 666 1 666 0.0 1320 WP_282423266.1 WP_267184195.1 24.7 523 321 19 6 504 7 480 5.45e-14 73.6 WP_282423266.1 WP_222018129.1 31.7 142 87 3 38 171 33 172 1.64e-10 62.4 WP_282423266.1 OGU48181.1 28.6 126 82 2 38 163 61 178 2.94e-10 61.6 MBN4303450.1 MBN4303450.1 100 18 0 0 1 18 1 18 9.09e-09 42.0 WP_193956008.1 WP_193956008.1 100 537 0 0 1 537 1 537 0.0 1108 WP_193956008.1 WP_230284916.1 30.3 429 221 19 100 522 87 443 4.53e-32 127 WP_193956008.1 RMF68396.1 24.6 541 321 23 9 522 3 483 1.75e-21 95.9 HCB14820.1 HCB14820.1 90.9 441 40 0 1 441 1 441 1.55e-273 745 HCB14820.1 HCH0658035.1 29.6 341 225 8 70 399 57 393 1.93e-25 106 HCB14820.1 KAG8015916.1 34.1 88 57 1 312 399 34 120 1.91e-07 49.3 XP_040382927.1 XP_040382927.1 92.5 360 27 0 1 360 1 360 5.26e-247 671 NIR36035.1 NIR36035.1 100 117 0 0 1 117 1 117 2.90e-83 237 MBP8741618.1 MBP8741618.1 100 703 0 0 1 703 1 703 0.0 1373 MBP8741618.1 WP_119815679.1 36.9 732 388 17 3 699 31 723 2.72e-119 377 MBP8741618.1 WP_025983621.1 77.0 191 44 0 3 193 5 195 4.24e-94 288 MBP8741618.1 MBS1587439.1 27.0 611 365 15 13 607 5 550 3.58e-52 192 WP_094107226.1 WP_094107226.1 100 235 0 0 1 235 1 235 4.83e-178 486 BDP97621.1 BDP97621.1 100 61 0 0 1 61 1 61 3.22e-41 126 WP_142260807.1 WP_142260807.1 100 203 0 0 49 251 49 251 1.23e-147 410 WP_142260807.1 WP_065073385.1 39.7 204 120 2 47 249 38 239 7.36e-48 158 WP_142260807.1 WP_036824351.1 31.9 185 123 2 56 237 57 241 3.10e-24 95.9 MBN1157556.1 MBN1157556.1 100 90 0 0 1 90 1 90 1.53e-61 180 NCR29367.1 NCR29367.1 100 49 0 0 1 49 1 49 3.46e-31 100 MCE2505556.1 MCE2505556.1 97.7 433 10 0 1 433 1 433 6.78e-296 801 MCE2505556.1 MBI9043002.1 35.3 331 174 4 96 417 25 324 2.08e-56 187 WP_039102441.1 WP_039102441.1 100 624 0 0 1 624 1 624 0.0 1270 WP_039102441.1 HBM7970352.1 32.0 494 289 11 14 501 5 457 9.52e-71 236 WP_118445081.1 WP_118445081.1 100 300 0 0 1 300 1 300 1.48e-225 612 WP_124983255.1 WP_124983255.1 91.9 198 16 0 1 198 1 198 1.90e-134 373 MBQ2432233.1 MBQ2432233.1 100 166 0 0 1 166 1 166 2.16e-122 340 WP_164585387.1 WP_164585387.1 100 356 0 0 1 356 1 356 1.71e-250 679 WP_164585387.1 WP_006027485.1 54.5 345 152 3 1 343 1 342 1.51e-129 373 WP_164585387.1 MBN1566249.1 28.8 330 204 12 1 315 1 314 8.04e-25 101 WP_164585387.1 WP_167320363.1 26.8 362 203 15 1 342 1 320 7.64e-15 72.8 WP_205009067.1 WP_205009067.1 100 216 0 0 1 216 1 216 8.33e-156 428 WP_205009067.1 MCF6346354.1 42.1 133 75 1 12 142 12 144 4.68e-28 103 WP_205009067.1 WP_196938834.1 39.7 141 85 0 17 157 22 162 5.28e-28 103 WP_111627730.1 WP_111627730.1 100 265 0 0 1 265 1 265 1.28e-197 538 WP_111627730.1 MCM2341063.1 44.8 192 91 5 75 256 103 289 1.95e-45 152 MBS0463004.1 MBS0463004.1 100 202 0 0 1 202 1 202 1.64e-155 426 WP_097698856.1 WP_097698856.1 99.2 1264 10 0 1 1264 1 1264 0.0 2612 WP_254638680.1 WP_254638680.1 100 67 0 0 1 67 1 67 8.42e-42 128 XP_028327800.1 XP_028327800.1 92.3 1238 95 0 1 1238 1 1238 0.0 2362 GES47013.1 GES47013.1 100 55 0 0 1 55 1 55 8.14e-37 115 MBI5098096.1 MBI5098096.1 97.8 459 10 0 1 459 1 459 0.0 902 MBI5098096.1 MBU0883769.1 35.6 449 259 14 14 451 15 444 9.01e-66 216 MBI5098096.1 WP_256342227.1 29.9 364 221 13 25 361 24 380 5.00e-27 111 MBI5098096.1 WP_004699236.1 26.5 249 154 10 96 336 99 326 2.52e-09 57.4 MBI5098096.1 MCQ2831428.1 25.6 273 162 11 91 336 58 316 1.81e-08 54.7 RNF14763.1 RNF14763.1 95.3 684 32 0 1 684 1 684 0.0 1308 KAF3493633.1 KAF3493633.1 100 356 0 0 1 356 1 356 3.71e-270 729 WP_174567215.1 WP_174567215.1 97.0 335 10 0 1 335 1 335 6.36e-240 651 KAI5402274.1 KAI5402274.1 98.2 543 10 0 1 543 1 543 0.0 1099 WP_189129312.1 WP_189129312.1 94.4 431 24 0 1 431 1 431 2.11e-298 807 MBK6342078.1 MBK6342078.1 93.0 446 31 0 1 446 1 446 1.95e-297 806 WP_267292626.1 WP_267292626.1 89.9 514 52 0 1 514 1 514 0.0 927 WP_267292626.1 OFZ89526.1 47.5 421 191 9 118 512 4 420 2.24e-129 381 WP_267292626.1 WP_098923619.1 47.2 430 177 9 118 512 3 417 2.29e-114 343 WP_267292626.1 WP_033456074.1 55.7 296 126 1 217 512 4 294 2.50e-114 338 WP_267292626.1 MBT3887354.1 55.8 301 120 3 222 512 22 319 1.17e-113 337 WP_267292626.1 WP_262612393.1 42.6 425 210 8 118 512 3 423 3.95e-108 327 WP_267292626.1 NDI25889.1 40.8 287 162 3 231 510 1 286 5.72e-67 216 WP_267292626.1 KAJ4394429.1 28.1 456 265 12 116 512 61 512 2.37e-36 139 WP_267292626.1 MBB3050407.1 35.5 76 47 1 117 190 6 81 1.30e-08 50.4 WP_267292626.1 WP_039190453.1 37.3 83 50 2 1 81 1 83 5.16e-08 53.5 DAW46080.1 DAW46080.1 100 85 0 0 1 85 1 85 8.44e-59 172 WP_138941726.1 WP_138941726.1 95.8 577 24 0 1 577 1 577 0.0 1093 WP_138941726.1 WP_265896212.1 41.2 553 298 8 26 575 148 676 4.14e-126 384 WP_138941726.1 TLZ05171.1 27.4 314 175 8 288 574 314 601 5.51e-22 98.6 WP_113767226.1 WP_113767226.1 100 441 0 0 1 441 1 441 0.0 890 WP_113767226.1 MBW4662439.1 33.9 366 207 6 92 429 26 384 4.86e-60 199 WP_113767226.1 WP_210167953.1 29.5 356 219 9 90 429 9 348 7.49e-39 142 KAF4728781.1 KAF4728781.1 92.8 443 32 0 1 443 1 443 7.64e-314 847 WP_060551745.1 WP_060551745.1 100 225 0 0 1 225 1 225 2.69e-170 466 WP_267918242.1 WP_267918242.1 100 585 0 0 1 585 1 585 0.0 1165 WP_267918242.1 WP_087199737.1 21.4 566 308 20 96 579 97 607 1.91e-15 77.8 SCL72461.1 SCL72461.1 95.4 283 13 0 1 283 1 283 3.90e-192 526 WP_226276978.1 WP_226276978.1 94.8 497 26 0 12 508 12 508 0.0 943 WP_226276978.1 WP_255602293.1 34.6 518 309 6 6 495 13 528 1.47e-101 313 WP_226276978.1 RQL72805.1 34.0 488 316 5 21 504 22 507 6.13e-80 256 WP_226276978.1 WP_197332010.1 30.2 493 331 4 23 504 21 511 1.26e-61 208 WP_226276978.1 KAG8816705.1 34.1 182 119 1 10 191 52 232 1.58e-25 103 WP_226276978.1 BBC91732.1 31.7 167 110 1 22 184 3 169 1.83e-20 92.4 WP_247893884.1 WP_247893884.1 97.3 452 12 0 1 452 1 452 0.0 893 WP_247893884.1 WP_263847269.1 39.2 431 248 6 26 450 6 428 5.31e-89 276 MBE3671043.1 MBE3671043.1 98.1 727 14 0 1 727 1 727 0.0 1412 MBE3671043.1 WP_131096443.1 48.5 714 358 6 18 726 13 721 5.18e-239 680 MBE3671043.1 WP_049066482.1 35.1 713 427 10 19 706 10 711 1.20e-144 439 XP_041854783.1 XP_041854783.1 100 311 0 0 1 311 1 311 1.89e-238 645 RHX96716.1 RHX96716.1 100 723 0 0 1 723 1 723 0.0 1528 WP_127737066.1 WP_127737066.1 100 206 0 0 1 206 1 206 6.15e-153 420 MBN2689333.1 MBN2689333.1 100 126 0 0 1 126 1 126 1.19e-93 264 MBN2689333.1 MCU0925088.1 45.5 110 51 2 16 116 39 148 1.27e-28 101 WP_162119468.1 WP_162119468.1 100 394 0 0 1 394 1 394 2.19e-304 819 WP_162119468.1 WP_195290884.1 32.8 421 249 6 3 389 4 424 6.55e-68 219 WP_162119468.1 WP_074053577.1 32.1 386 253 3 4 388 2 379 1.34e-66 214 WP_150171631.1 WP_150171631.1 100 174 0 0 1 174 1 174 3.68e-127 352 WP_002615101.1 WP_002615101.1 100 714 0 0 1 714 1 714 0.0 1444 WP_002615101.1 MBJ7506254.1 31.5 534 323 11 163 694 165 657 6.47e-74 251 WP_002615101.1 WP_023840997.1 33.0 555 319 9 174 692 169 706 6.34e-72 247 WP_278982769.1 WP_278982769.1 100 436 0 0 1 436 1 436 0.0 899 WP_278982769.1 NOY97419.1 27.5 454 304 11 2 434 1 450 1.28e-44 164 WP_278982769.1 WP_015167170.1 29.8 302 187 8 150 434 118 411 2.68e-22 97.8 KAH9272690.1 KAH9272690.1 100 128 0 0 1 128 1 128 4.27e-88 250 KAH9272690.1 MBI3145102.1 46.1 115 60 1 12 126 2 114 5.80e-28 104 KAH9272690.1 AAL18389.1 54.1 37 17 0 89 125 1 37 1.78e-06 43.9 WP_096722254.1 WP_096722254.1 100 304 0 0 1 304 1 304 2.98e-227 616 WP_096722254.1 WP_044453403.1 63.4 295 104 1 1 291 1 295 1.29e-138 392 WP_096722254.1 NED83450.1 29.7 300 189 9 1 289 3 291 1.25e-23 96.7 WP_096722254.1 WP_046600280.1 29.5 146 96 2 2 140 3 148 2.71e-13 67.4 WP_096722254.1 WP_066708699.1 32.9 82 55 0 1 82 1 82 8.98e-09 53.9 WP_096722254.1 WP_241524600.1 28.6 161 107 3 1 156 1 158 1.04e-08 53.9 WP_208947654.1 WP_208947654.1 92.5 133 10 0 1 133 1 133 3.77e-83 239 WP_208947654.1 WP_261695383.1 34.1 132 84 2 1 132 1 129 9.57e-15 65.1 WP_208947654.1 WP_007377599.1 27.5 120 85 2 17 135 16 134 8.42e-13 60.1 KAF2590612.1 KAF2590612.1 100 385 0 0 1 385 1 385 8.09e-291 784 WP_014785013.1 WP_014785013.1 90.9 504 46 0 1 504 1 504 0.0 919 EBF5808819.1 EBF5808819.1 100 85 0 0 1 85 1 85 1.07e-52 157 WP_213827928.1 WP_213827928.1 93.8 305 19 0 1 305 1 305 2.26e-202 553 WP_213827928.1 WP_280541983.1 51.2 281 137 0 19 299 42 322 1.57e-95 283 WP_254400636.1 WP_254400636.1 100 168 0 0 1 168 1 168 4.35e-123 342 MBR3156871.1 MBR3156871.1 96.9 644 20 0 1 644 1 644 0.0 1245 XP_021741676.1 XP_021741676.1 100 507 0 0 1 507 1 507 0.0 1065 XP_021741676.1 KAJ0963891.1 44.0 218 70 7 2 175 16 225 1.87e-45 167 WP_001329193.1 WP_001329193.1 100 95 0 0 1 95 1 95 3.62e-69 199 MBO6057326.1 MBO6057326.1 100 197 0 0 1 197 1 197 2.16e-144 398 MBW1848151.1 MBW1848151.1 100 205 0 0 1 205 1 205 4.01e-153 421 KAG5815829.1 KAG5815829.1 93.6 780 50 0 1 780 1 780 0.0 1481 KAG5815829.1 XP_042622198.1 34.3 353 203 8 432 774 183 516 6.85e-55 197 KAG5815829.1 NXJ84327.1 32.7 361 215 10 431 772 179 530 1.69e-44 171 KAG5815829.1 XP_039923984.1 31.4 366 217 11 431 774 174 527 4.62e-40 157 KAG5815829.1 KAI9912466.1 30.1 216 117 7 557 771 136 318 6.64e-18 84.7 KAG5815829.1 XP_011889539.1 25.4 181 110 6 510 669 56 232 1.84e-09 59.7 KAG5815829.1 WP_281919021.1 30.0 150 95 5 523 667 83 227 8.26e-09 57.0 WP_135279859.1 WP_135279859.1 92.1 844 67 0 1 844 1 844 0.0 1559 WP_135279859.1 OMF24356.1 31.6 624 358 22 172 748 15 616 2.33e-62 220 WP_135279859.1 KAG0922869.1 50.0 74 36 1 222 294 28 101 7.42e-13 64.7 MCJ1311962.1 MCJ1311962.1 99.0 968 10 0 1 968 1 968 0.0 2006 WP_092424818.1 WP_092424818.1 96.0 324 13 0 1 324 1 324 1.16e-225 614 XP_047289230.1 XP_047289230.1 95.8 1629 69 0 1 1629 1 1629 0.0 3179 MCB1505913.1 MCB1505913.1 100 170 0 0 1 170 1 170 7.19e-123 341 MCB1505913.1 MQA03337.1 62.2 164 62 0 1 164 1 164 3.83e-67 200 WP_257691625.1 WP_257691625.1 100 547 0 0 1 547 1 547 0.0 1132 WP_257691625.1 XP_008080365.1 45.3 559 283 8 1 544 76 626 4.18e-161 471 KGI55490.1 KGI55490.1 100 167 0 0 1 167 1 167 2.94e-116 324 WP_138438236.1 WP_138438236.1 100 67 0 0 1 67 1 67 9.04e-46 138 KPK79043.1 KPK79043.1 100 722 0 0 1 722 1 722 0.0 1437 KPK79043.1 WP_136095406.1 28.8 617 358 14 152 697 120 726 1.01e-69 241 KPK79043.1 MBL8103469.1 47.1 240 125 1 151 388 165 404 1.20e-66 225 KPK79043.1 WP_029789810.1 48.3 240 122 1 152 389 161 400 1.23e-63 226 KPK79043.1 MBP6786080.1 48.5 235 119 1 154 386 164 398 5.09e-61 218 KPK79043.1 KAF6257731.1 45.8 271 130 3 129 397 153 408 3.13e-57 208 KPK79043.1 KAI7727618.1 41.4 237 108 2 150 385 163 369 1.63e-47 179 OIT02720.1 OIT02720.1 100 362 0 0 1 362 1 362 9.25e-283 761 WP_224365716.1 WP_224365716.1 100 46 0 0 1 46 1 46 2.75e-29 95.5 MBK6724754.1 MBK6724754.1 100 328 0 0 1 328 1 328 5.75e-253 683 NXB44255.1 NXB44255.1 95.9 1649 68 0 1 1649 1 1649 0.0 3263 WP_226232337.1 WP_226232337.1 97.2 392 11 0 1 392 1 392 4.01e-290 783 EEE4210954.1 EEE4210954.1 100 102 0 0 1 102 1 102 5.57e-74 212 EEE4210954.1 WP_001495833.1 64.3 56 20 0 4 59 5 60 2.63e-21 78.2 RLE02911.1 RLE02911.1 100 439 0 0 1 439 1 439 0.0 918 WP_171334399.1 WP_171334399.1 100 102 0 0 1 102 1 102 1.94e-74 213 WP_064779756.1 WP_064779756.1 100 347 0 0 1 347 1 347 6.86e-266 717 WP_064779756.1 WP_124978582.1 37.6 221 131 4 122 335 3 223 3.02e-37 140 WP_064779756.1 MCH5207665.1 43.8 64 35 1 122 185 4 66 3.78e-10 57.8 WP_033603452.1 WP_033603452.1 100 1185 0 0 1 1185 1 1185 0.0 2444 WP_033603452.1 WP_100461895.1 26.3 434 266 14 577 976 78 491 1.98e-22 100 WP_033603452.1 MBO7941816.1 31.9 138 77 8 766 893 1 131 5.80e-06 45.4 EEC9022132.1 EEC9022132.1 100 502 0 0 1 502 1 502 0.0 1008 EEC9022132.1 NRF69152.1 29.1 419 243 15 79 480 125 506 1.27e-37 143 EEC9022132.1 WP_058504615.1 32.2 283 162 8 161 438 253 510 1.83e-32 129 EEC9022132.1 WP_283107263.1 27.2 383 238 14 75 449 167 516 4.63e-29 119 EEC9022132.1 MBT7163208.1 32.3 297 168 11 98 389 203 471 4.94e-29 119 EEC9022132.1 WP_017718577.1 27.8 407 248 15 1 389 136 514 5.40e-28 116 EEC9022132.1 WP_203339841.1 31.7 208 121 6 194 395 106 298 2.80e-22 96.3 EEC9022132.1 WP_121975536.1 28.3 265 141 9 100 353 14 240 3.61e-15 75.1 XP_047408935.1 XP_047408935.1 100 774 0 0 1 774 1 774 0.0 1598 WP_179136748.1 WP_179136748.1 100 106 0 0 1 106 1 106 3.99e-78 223 WP_195269918.1 WP_195269918.1 95.4 415 19 0 1 415 1 415 4.01e-288 780 KAG0881289.1 KAG0881289.1 100 202 0 0 1 202 1 202 1.11e-153 422 MBN1756127.1 MBN1756127.1 100 78 0 0 1 78 1 78 2.66e-52 155 WP_150731550.1 WP_150731550.1 100 351 0 0 1 351 1 351 3.14e-264 714 WP_150731550.1 WP_034968029.1 35.3 320 199 7 22 337 44 359 3.54e-64 206 KAF6802222.1 KAF6802222.1 100 494 0 0 1 494 1 494 0.0 1030 KAF6802222.1 MBE9640947.1 25.8 449 290 10 40 468 48 473 6.79e-23 99.8 WP_255517101.1 WP_255517101.1 90.6 127 12 0 1 127 1 127 5.58e-77 223 MCK5244187.1 MCK5244187.1 100 284 0 0 1 284 1 284 1.25e-218 593 WP_197710405.1 WP_197710405.1 100 258 0 0 1 258 1 258 5.65e-193 526 WP_100540054.1 WP_100540054.1 100 83 0 0 1 83 1 83 2.98e-58 171 WP_100540054.1 MCG8687614.1 31.3 64 44 0 7 70 9 72 2.68e-04 35.4 TXT57728.1 TXT57728.1 100 252 0 0 1 252 1 252 2.12e-185 506 MBT5378964.1 MBT5378964.1 94.2 278 16 0 1 278 1 278 1.92e-185 508 MBU1113346.1 MBU1113346.1 100 171 0 0 1 171 1 171 3.29e-124 345 WP_194499183.1 WP_194499183.1 83.7 203 33 0 1 203 1 203 1.28e-107 305 WP_093868643.1 WP_093868643.1 100 448 0 0 1 448 1 448 0.0 915 WP_093868643.1 WP_209241541.1 32.5 467 271 10 10 444 17 471 1.44e-64 213 WP_093868643.1 EIC7331684.1 26.7 479 298 9 3 441 16 481 8.95e-55 188 WP_093868643.1 HBU57020.1 39.0 123 62 3 319 431 1 120 4.25e-21 87.4 WP_093868643.1 WP_172281536.1 23.7 367 204 12 25 348 39 372 1.16e-10 61.6 KAI0308946.1 KAI0308946.1 100 90 0 0 1 90 1 90 1.64e-65 190 WP_073388870.1 WP_073388870.1 100 157 0 0 1 157 1 157 2.78e-116 323 WP_027388460.1 WP_027388460.1 100 355 0 0 1 355 1 355 2.90e-262 709 NCW99628.1 NCW99628.1 100 179 0 0 1 179 1 179 6.56e-128 355 NCW99628.1 CAB0780497.1 38.3 154 94 1 1 153 192 345 3.92e-37 130 NCW99628.1 XP_020103231.1 40.1 162 93 2 5 162 288 449 2.48e-33 121 WP_210726445.1 WP_210726445.1 95.6 248 11 0 47 294 47 294 1.03e-151 424 WP_015699100.1 WP_015699100.1 100 344 0 0 1 344 1 344 2.47e-262 708 WP_015699100.1 WP_125625723.1 25.1 327 216 8 8 325 12 318 7.63e-18 81.6 WP_015699100.1 OKX80212.1 22.8 263 169 10 86 324 27 279 7.28e-08 51.6 MBY9080345.1 MBY9080345.1 100 237 0 0 1 237 1 237 3.81e-176 481 WP_093295436.1 WP_093295436.1 100 247 0 0 1 247 1 247 2.36e-175 480 XP_008215352.1 XP_008215352.1 98.0 593 12 0 1 593 1 593 0.0 1184 XP_008215352.1 XP_029528577.1 36.1 288 172 5 188 473 30 307 1.73e-48 171 XP_008215352.1 KAG1590416.1 34.0 285 177 6 188 472 80 353 5.38e-43 157 XP_008215352.1 XP_048409145.1 41.1 90 50 2 295 384 759 845 6.44e-10 60.5 MBO8197404.1 MBO8197404.1 96.2 263 10 0 1 263 1 263 7.05e-185 506 UCC96225.1 UCC96225.1 100 57 0 0 1 57 1 57 2.68e-36 114 MBV8508112.1 MBV8508112.1 93.8 373 23 0 23 395 23 395 5.61e-239 654 MBV8508112.1 WP_260320705.1 39.7 393 222 7 11 388 4 396 3.22e-88 271 THH04310.1 THH04310.1 98.0 505 10 0 1 505 1 505 0.0 1001 MBL7795363.1 MBL7795363.1 100 179 0 0 1 179 1 179 2.21e-135 374 EDT7412775.1 EDT7412775.1 100 126 0 0 1 126 1 126 2.80e-92 260 MBU6492563.1 MBU6492563.1 100 195 0 0 1 195 1 195 5.10e-142 392 MBR3700964.1 MBR3700964.1 100 481 0 0 1 481 1 481 0.0 978 WP_064613675.1 WP_064613675.1 100 213 0 0 1 213 1 213 3.04e-161 442 XP_031540112.1 XP_031540112.1 98.3 1692 28 0 1 1692 1 1692 0.0 3563 NOT95054.1 NOT95054.1 100 133 0 0 1 133 1 133 1.71e-94 266 NOT95054.1 MBP8960789.1 33.3 90 58 1 1 88 8 97 6.27e-11 55.8 NOT95054.1 MCD6081740.1 32.7 55 37 0 13 67 5 59 6.51e-04 36.2 WP_164724930.1 WP_164724930.1 100 195 0 0 1 195 1 195 7.27e-151 414 WP_263833039.1 WP_263833039.1 97.5 400 10 0 1 400 1 400 3.72e-290 783 MCO6480516.1 MCO6480516.1 100 224 0 0 1 224 1 224 2.13e-171 468 MCO6480516.1 WP_242531680.1 37.3 177 103 3 48 222 7 177 4.47e-33 116 MBD5558909.1 MBD5558909.1 100 192 0 0 1 192 1 192 9.18e-139 383 NLW39422.1 NLW39422.1 100 335 0 0 1 335 1 335 1.85e-248 672 NLW39422.1 NVM03966.1 39.3 336 177 11 1 329 1 316 6.17e-60 193 NLW39422.1 WP_152652784.1 34.1 302 182 7 33 331 18 305 1.62e-52 174 NLW39422.1 WP_192500494.1 34.9 301 176 8 34 330 16 300 1.66e-46 158 NLW39422.1 EHR6291555.1 43.1 216 115 4 28 240 337 547 1.10e-45 162 NLW39422.1 RLN50561.1 28.4 296 205 4 34 326 658 949 4.52e-28 113 NLW39422.1 MSO30570.1 25.4 335 206 9 35 331 22 350 9.94e-27 106 NLW39422.1 THW78755.1 29.1 234 160 4 34 267 1229 1456 7.23e-26 107 NLW39422.1 WP_185334683.1 29.7 330 174 12 4 304 3 303 3.89e-23 98.2 NLW39422.1 WP_071876418.1 29.3 222 147 5 17 236 300 513 7.21e-21 91.7 NLW39422.1 WP_088153117.1 27.9 226 140 7 14 232 4 213 3.54e-18 82.8 NLW39422.1 MCF7808720.1 25.5 208 141 2 33 231 23 225 1.29e-16 76.3 NLW39422.1 WP_142931103.1 27.2 213 147 6 19 228 262 469 9.07e-15 73.2 WP_222637261.1 WP_222637261.1 100 984 0 0 1 984 1 984 0.0 2071 WP_222637261.1 GGB39876.1 65.5 983 332 3 1 982 1 977 0.0 1443 WP_222637261.1 ECJ9372216.1 55.1 977 431 5 1 975 1 971 0.0 1155 WP_257633067.1 WP_257633067.1 100 497 0 0 1 497 1 497 0.0 964 WP_257633067.1 WP_230424277.1 47.9 503 245 7 4 493 7 505 5.76e-131 388 MCU0422147.1 MCU0422147.1 100 453 0 0 1 453 1 453 0.0 932 MCU0422147.1 OFY34840.1 27.8 431 236 19 19 410 38 432 9.49e-25 104 MCU0422147.1 WP_120115041.1 24.4 201 140 5 28 219 32 229 4.14e-14 72.4 XP_042343617.1 XP_042343617.1 100 453 0 0 1 453 1 453 0.0 936 WP_176958177.1 WP_176958177.1 96.3 299 11 0 1 299 1 299 7.81e-216 587 WP_176958177.1 WP_192106836.1 43.9 285 159 1 1 284 1 285 2.38e-80 243 WP_176958177.1 WP_278888642.1 37.2 282 175 2 1 280 5 286 2.99e-62 197 WP_176958177.1 AIA18772.1 57.2 152 64 1 1 151 1 152 2.61e-59 185 KAJ2277403.1 KAJ2277403.1 93.6 839 54 0 1 839 1 839 0.0 1565 WP_110358640.1 WP_110358640.1 100 332 0 0 1 332 1 332 6.94e-247 668 WP_110358640.1 WP_271243471.1 84.9 332 50 0 1 332 26 357 1.39e-211 580 OJV98239.1 OJV98239.1 87.4 349 44 0 1 349 1 349 3.17e-215 590 MBS1410118.1 MBS1410118.1 95.4 372 17 0 1 372 1 372 8.74e-268 724 HBC3664605.1 HBC3664605.1 100 68 0 0 1 68 1 68 5.82e-47 141 KAG5959692.1 KAG5959692.1 98.2 878 16 0 1 878 1 878 0.0 1775 WP_138471989.1 WP_138471989.1 96.5 396 14 0 1 396 1 396 1.66e-275 746 MBL7722360.1 MBL7722360.1 100 501 0 0 1 501 1 501 0.0 982 KAF4995643.1 KAF4995643.1 98.0 637 13 0 24 660 24 660 0.0 1269 KAJ5614194.1 KAJ5614194.1 97.7 471 11 0 1 471 1 471 0.0 963 WP_251116163.1 WP_251116163.1 95.3 279 13 0 1 279 1 279 3.96e-199 543 MBS1909834.1 MBS1909834.1 100 692 0 0 1 692 1 692 0.0 1398 KAI4951926.1 KAI4951926.1 100 319 0 0 1 319 1 319 3.29e-243 658 MBS0323691.1 MBS0323691.1 96.0 248 10 0 1 248 1 248 8.45e-176 483 EDS6425957.1 EDS6425957.1 100 543 0 0 1 543 1 543 0.0 1115 WP_205996060.1 WP_205996060.1 96.4 832 30 0 1 832 1 832 0.0 1588 MBW7898988.1 MBW7898988.1 100 175 0 0 12 186 12 186 3.34e-129 358 WP_111206393.1 WP_111206393.1 100 149 0 0 1 149 1 149 1.35e-110 308 MSW04208.1 MSW04208.1 100 527 0 0 1 527 1 527 0.0 1068 WP_057651690.1 WP_057651690.1 100 293 0 0 1 293 1 293 5.54e-222 602 WP_057651690.1 MBU5424338.1 35.0 240 152 2 54 290 16 254 1.11e-26 103 WP_057651690.1 WP_281054160.1 29.4 248 163 6 48 289 8 249 7.64e-24 95.9 WP_057651690.1 MBN3744368.1 31.7 189 122 5 48 234 1 184 5.39e-16 74.7 WP_057651690.1 WP_110035452.1 27.5 247 157 6 51 292 7 236 5.94e-16 73.9 WP_057651690.1 XP_028635853.1 34.6 107 64 1 46 146 6 112 2.22e-09 56.2 WP_057651690.1 MCJ7630170.1 56.8 37 16 0 48 84 3 39 7.34e-07 44.3 WP_032918432.1 WP_032918432.1 100 270 0 0 1 270 1 270 6.66e-207 562 MOR90002.1 MOR90002.1 100 27 0 0 1 27 1 27 1.13e-14 57.4 WP_096527630.1 WP_096527630.1 87.8 131 16 0 1 131 1 131 1.46e-76 221 XP_014362268.2 XP_014362268.2 93.8 1204 75 0 1 1204 1 1204 0.0 2251 GFY15021.1 GFY15021.1 100 262 0 0 1 262 1 262 6.65e-203 551 GFY15021.1 GFT25780.1 52.7 91 39 1 129 215 65 155 6.44e-24 97.1 MBV9888347.1 MBV9888347.1 100 110 0 0 1 110 1 110 7.91e-80 228 MBE9467362.1 MBE9467362.1 100 828 0 0 1 828 1 828 0.0 1648 MBE9467362.1 WP_074911472.1 29.0 255 162 8 579 825 775 1018 5.90e-20 94.0 MBE9467362.1 MBN1819552.1 26.8 239 169 2 590 827 332 565 2.02e-16 81.6 WP_037310167.1 WP_037310167.1 92.4 290 22 0 1 290 1 290 5.36e-198 541 WP_244292824.1 WP_244292824.1 100 316 0 0 1 316 1 316 8.72e-217 591 WP_244292824.1 KZS73167.1 40.0 305 162 7 11 314 40 324 4.85e-50 167 MBI5162857.1 MBI5162857.1 100 178 0 0 1 178 1 178 1.05e-128 357 WP_236345246.1 WP_236345246.1 100 286 0 0 1 286 1 286 1.71e-217 590 WP_212226535.1 WP_212226535.1 100 170 0 0 1 170 1 170 2.32e-128 355 MAJ92374.1 MAJ92374.1 93.2 324 22 0 1 324 1 324 1.24e-220 601 MAJ92374.1 TMF32236.1 35.0 326 207 4 1 324 1 323 3.90e-60 194 MAJ92374.1 HIE21596.1 29.0 241 124 9 28 264 25 222 2.16e-15 73.6 WP_257504872.1 WP_257504872.1 88.9 531 59 0 1 531 1 531 0.0 905 WP_257504872.1 WP_144320971.1 31.9 379 197 15 155 526 194 518 1.06e-23 102 WP_257504872.1 TAL20232.1 27.3 396 216 15 147 526 121 460 1.09e-20 94.0 WP_257504872.1 MCH5250214.1 22.7 353 212 13 201 529 104 419 6.99e-17 82.4 WP_257504872.1 XP_001454078.1 35.2 128 73 7 408 528 326 450 3.13e-09 57.8 UVB16817.1 UVB16817.1 99.2 7093 57 0 1 7093 1 7093 0.0 14369 UVB16817.1 URQ55824.1 99.1 7093 62 0 1 7093 1 7093 0.0 14355 UVB16817.1 UZO53924.1 99.1 7093 62 0 1 7093 1 7093 0.0 14354 UVB16817.1 QVD87869.1 98.9 7093 75 0 1 7093 1 7093 0.0 14326 UVB16817.1 QWC83326.1 98.9 7096 72 1 1 7093 1 7096 0.0 14324 UVB16817.1 WEU87158.1 98.9 7096 74 1 1 7093 1 7096 0.0 14320 UVB16817.1 QSZ25555.1 98.9 7096 76 1 1 7093 1 7096 0.0 14318 UVB16817.1 UMF87224.1 98.9 7093 77 1 1 7093 1 7092 0.0 14317 UVB16817.1 UBP50947.1 98.9 7096 77 1 1 7093 1 7096 0.0 14312 UVB16817.1 UBD95131.1 98.8 7096 79 1 1 7093 1 7096 0.0 14307 UVB16817.1 UEC52718.1 98.8 7096 82 1 1 7093 1 7096 0.0 14300 UVB16817.1 UIR12670.1 98.6 7093 99 1 1 7093 1 7092 0.0 14263 UVB16817.1 QZU16279.1 98.5 7096 103 1 1 7093 1 7096 0.0 14250 UVB16817.1 UPA83906.1 98.4 7093 116 1 1 7093 1 7092 0.0 14221 UVB16817.1 UXX67934.1 98.2 7093 130 0 1 7093 1 7093 0.0 14189 UVB16817.1 UBR86455.1 98.0 7095 137 1 2 7093 1 7095 0.0 14168 UVB16817.1 UCP72061.1 97.8 7096 154 1 1 7093 1 7096 0.0 14129 UVB16817.1 UCP77012.1 97.6 7096 164 1 1 7093 1 7096 0.0 14107 UVB16817.1 WHE12941.1 97.5 7067 174 0 27 7093 1 7067 0.0 14033 UVB16817.1 UKN67998.1 97.5 7073 178 1 21 7093 1 7072 0.0 14029 UVB16817.1 UGA79226.1 96.7 7096 231 1 1 7093 1 7096 0.0 13946 UVB16817.1 UAQ80067.1 96.2 7096 264 1 1 7093 1 7096 0.0 13857 UVB16817.1 UVI10561.1 95.7 7064 305 0 30 7093 3 7066 0.0 13714 UVB16817.1 UJT06733.1 95.5 7093 321 1 1 7093 1 7092 0.0 13701 UVB16817.1 UOU30556.1 94.1 7093 421 0 1 7093 1 7093 0.0 13468 UVB16817.1 UMA88644.1 90.9 7072 642 1 22 7093 1 7071 0.0 12888 UVB16817.1 WAS49087.1 89.9 7093 717 0 1 7093 1 7093 0.0 12726 UVB16817.1 WGP98278.1 84.3 7096 1109 1 1 7093 1 7096 0.0 11761 UVB16817.1 UPP41269.1 99.0 4398 42 0 1 4398 1 4398 0.0 8888 UVB16817.1 USR14792.1 99.0 4398 43 0 1 4398 1 4398 0.0 8885 UVB16817.1 QXR94354.1 98.9 4398 49 0 1 4398 1 4398 0.0 8873 UVB16817.1 ULA23837.2 98.8 4398 51 1 1 4398 1 4397 0.0 8867 UVB16817.1 QTD03487.1 98.8 4401 51 1 1 4398 1 4401 0.0 8867 UVB16817.1 QTM79632.1 98.8 4398 51 0 1 4398 1 4398 0.0 8866 UVB16817.1 UXH94526.1 98.8 4398 52 1 1 4398 1 4397 0.0 8863 UVB16817.1 QTZ27226.1 98.8 4398 53 0 1 4398 1 4398 0.0 8862 UVB16817.1 UFM00670.1 98.7 4401 54 1 1 4398 1 4401 0.0 8856 UVB16817.1 UEC68750.1 98.7 4401 54 1 1 4398 1 4401 0.0 8853 UVB16817.1 UHM53165.1 98.7 4401 54 1 1 4398 1 4401 0.0 8851 UVB16817.1 UFM02602.1 98.7 4401 54 1 1 4398 1 4401 0.0 8850 UVB16817.1 UBL45068.1 98.7 4401 54 1 1 4398 1 4401 0.0 8848 UVB16817.1 UKU68032.1 98.5 4398 65 1 1 4398 1 4397 0.0 8834 UVB16817.1 UJV88611.1 96.9 4398 137 1 1 4398 1 4397 0.0 8671 UVB16817.1 UJJ97602.1 96.6 4398 150 1 1 4398 1 4397 0.0 8638 UVB16817.1 UJS94137.1 97.9 4293 90 1 106 4398 1 4292 0.0 8561 UVB16817.1 ULB83374.1 95.6 4398 191 1 1 4398 1 4397 0.0 8534 UVB16817.1 UGB98301.1 93.3 4401 292 1 1 4398 1 4401 0.0 8277 UVB16817.1 QRX02582.1 98.8 4098 48 1 1 4095 1 4098 0.0 8236 UVB16817.1 UFA30503.1 92.4 4340 325 1 27 4363 1 4340 0.0 8059 UVB16817.1 WGP70063.1 91.4 4369 373 1 1 4366 1 4369 0.0 8007 UVB16817.1 WEI27974.1 90.6 4398 414 0 1 4398 1 4398 0.0 7982 UVB16817.1 UNI03201.1 90.4 4374 418 1 27 4398 1 4374 0.0 7927 UVB16817.1 UEX07109.1 87.0 4375 566 1 27 4398 1 4375 0.0 7575 UVB16817.1 URP80785.1 81.7 4371 800 0 28 4398 1 4371 0.0 7047 UVB16817.1 UPB00876.1 75.9 4371 1054 0 28 4398 1 4371 0.0 6338 UVB16817.1 UYE49180.1 75.4 4398 1083 0 1 4398 1 4398 0.0 6318 UVB16817.1 WGQ72821.1 65.6 4344 1492 1 26 4366 1 4344 0.0 5202 MBK7087525.1 MBK7087525.1 96.8 314 10 0 1 314 1 314 3.50e-231 627 EFT8991253.1 EFT8991253.1 99.0 1029 10 0 1 1029 1 1029 0.0 2098 EFT8991253.1 WP_265822109.1 24.1 639 364 27 64 688 32 563 3.72e-27 117 EFT8991253.1 WP_220281278.1 25.6 246 159 10 121 363 76 300 2.67e-10 62.8 EFT8991253.1 HCH8663031.1 23.3 223 146 5 149 371 103 300 3.60e-08 55.8 MBY0434949.1 MBY0434949.1 98.9 1494 17 0 1 1494 1 1494 0.0 3040 MBB2902420.1 MBB2902420.1 100 276 0 0 1 276 1 276 1.05e-197 539 MBB2902420.1 WP_279826355.1 44.2 301 127 8 9 273 3 298 2.34e-65 204 KAG8379083.1 KAG8379083.1 100 304 0 0 1 304 1 304 5.20e-237 641 HBV8273101.1 HBV8273101.1 100 127 0 0 1 127 1 127 2.48e-91 258 HBV8273101.1 WP_185116294.1 44.2 52 29 0 11 62 2 53 6.56e-10 52.8 KAI5005557.1 KAI5005557.1 96.1 441 17 0 1 441 1 441 0.0 870 MBT7135637.1 MBT7135637.1 100 183 0 0 1 183 1 183 1.04e-135 377 WP_011490055.1 WP_011490055.1 100 275 0 0 1 275 1 275 1.20e-207 564 XP_021299958.1 XP_021299958.1 96.4 1095 39 0 1 1095 1 1095 0.0 2138 XP_033668161.1 XP_033668161.1 97.7 434 10 0 1 434 1 434 2.89e-318 857 XP_033668161.1 KAJ2593889.1 38.3 363 197 9 50 408 42 381 1.36e-72 232 WP_059510827.1 WP_059510827.1 95.6 321 14 0 1 321 1 321 1.86e-225 613 WP_059510827.1 WP_058635033.1 36.3 292 183 2 27 318 33 321 1.22e-53 177 WP_059510827.1 WP_251874466.1 37.7 257 155 4 26 281 33 285 2.69e-47 160 WP_059510827.1 WP_116701099.1 34.3 254 145 5 36 280 45 285 2.21e-44 152 WP_059510827.1 MBC99785.1 34.5 258 156 6 55 301 58 313 9.94e-39 137 WP_059510827.1 WP_234306850.1 36.0 297 178 6 9 301 13 301 2.23e-36 131 WP_059510827.1 WP_095128211.1 31.6 247 160 3 60 306 66 303 3.13e-35 128 WP_059510827.1 KOR84431.1 28.0 268 181 5 51 314 50 309 4.29e-28 109 WP_056611679.1 WP_056611679.1 100 177 0 0 1 177 1 177 5.63e-128 355 WP_056611679.1 WP_135028221.1 32.5 80 54 0 97 176 190 269 8.36e-08 48.9 HAT6344274.1 HAT6344274.1 100 290 0 0 1 290 1 290 5.34e-223 604 EHU4169843.1 EHU4169843.1 100 478 0 0 1 478 1 478 0.0 995 XP_024696459.1 XP_024696459.1 86.5 467 63 0 21 487 21 487 2.09e-292 796 XP_024696459.1 XP_039286754.1 32.0 172 99 5 307 476 112 267 1.29e-17 81.3 CDZ73727.1 CDZ73727.1 96.0 253 10 0 1 253 1 253 1.37e-177 486 CDZ73727.1 WP_197521413.1 27.8 216 129 6 1 202 1 203 1.06e-15 73.2 CDZ73727.1 MBC7326981.1 27.1 218 120 9 5 193 10 217 1.99e-15 72.0 CDZ73727.1 WP_152652784.1 28.5 246 150 8 6 232 10 248 8.90e-15 70.9 CDZ73727.1 GLY24463.1 26.0 208 125 5 17 198 24 228 3.00e-13 66.6 CDZ73727.1 WP_227059655.1 28.1 217 125 5 12 198 32 247 1.65e-12 65.1 CDZ73727.1 WP_107894076.1 26.7 195 114 5 16 184 24 215 3.44e-12 63.5 CDZ73727.1 WP_008134825.1 32.0 206 118 6 4 193 615 814 1.07e-11 62.8 CDZ73727.1 MWR41881.1 27.3 216 129 4 21 219 48 252 2.71e-11 60.5 CDZ73727.1 WP_066083732.1 25.8 229 139 9 4 203 9 235 3.24e-10 57.8 CDZ73727.1 WP_207918089.1 24.1 212 125 6 9 193 13 215 3.80e-10 57.0 CDZ73727.1 WP_247749043.1 25.0 220 111 7 17 202 374 573 3.57e-09 55.1 CDZ73727.1 WP_060613079.1 23.7 224 131 9 5 202 345 554 4.73e-09 54.7 CDZ73727.1 MBR7834804.1 27.5 229 123 8 1 203 17 228 3.79e-08 51.2 CDZ73727.1 WP_158791585.1 24.9 221 129 8 2 194 5 216 2.16e-07 48.9 CDZ73727.1 WP_089095302.1 29.3 157 89 7 11 157 324 468 1.26e-05 44.3 KAG9509822.1 KAG9509822.1 97.2 386 11 0 1 386 1 386 1.28e-283 766 TWK83191.1 TWK83191.1 100 358 0 0 1 358 1 358 6.22e-279 751 WP_176700057.1 WP_176700057.1 100 176 0 0 1 176 1 176 4.29e-127 352 WP_141400768.1 WP_141400768.1 100 255 0 0 1 255 1 255 1.96e-187 511 MBS07362.1 MBS07362.1 95.4 458 21 0 1 458 1 458 0.0 875 MCL2204087.1 MCL2204087.1 100 898 0 0 1 898 1 898 0.0 1885 MCL2204087.1 MBQ9679177.1 50.7 916 384 13 1 881 1 883 3.09e-317 893 MCL2204087.1 CAI9595211.1 34.8 949 490 21 4 853 80 998 3.09e-172 525 MCL2204087.1 SCL13606.1 27.9 795 446 28 13 732 63 805 5.50e-64 230 MCL2204087.1 MBK6751737.1 30.7 283 160 6 632 883 3 280 1.82e-35 135 MCL2204087.1 MCB9999913.1 25.2 401 225 15 402 760 570 937 2.06e-13 72.8 MCL2204087.1 WP_233286789.1 28.6 112 68 4 447 553 378 482 1.02e-04 44.3 WP_027780629.1 WP_027780629.1 95.3 191 9 0 1 191 1 191 6.44e-134 371 EAG5222239.1 EAG5222239.1 100 248 0 0 1 248 1 248 1.09e-185 506 EAG5222239.1 KAA0785577.1 54.7 247 110 2 1 247 1 245 1.28e-91 268 EAG5222239.1 WP_216576398.1 38.1 247 150 3 1 247 1 244 9.76e-56 177 WP_097514015.1 WP_097514015.1 100 546 0 0 1 546 1 546 0.0 1113 WP_097514015.1 EIZ9235425.1 60.5 301 119 0 225 525 212 512 5.33e-104 320 WP_097514015.1 WP_120358183.1 50.2 333 159 1 213 545 201 526 1.68e-95 300 WP_097514015.1 WP_017172025.1 38.4 349 196 4 194 541 187 517 1.91e-58 202 WP_097514015.1 WP_237962375.1 34.9 272 149 5 242 497 354 613 2.34e-38 148 WP_097514015.1 WP_104456122.1 30.4 319 179 7 205 484 174 488 7.03e-29 118 WP_097514015.1 WP_186556299.1 35.4 240 124 4 300 511 268 504 4.59e-26 110 WP_208099194.1 WP_208099194.1 100 59 0 0 1 59 1 59 3.85e-39 121 XP_025777939.1 XP_025777939.1 96.6 643 22 0 1 643 1 643 0.0 1276 MBL6625757.1 MBL6625757.1 100 343 0 0 1 343 1 343 7.16e-267 721 MBL6625757.1 WP_166476065.1 38.8 85 51 1 32 115 36 120 2.18e-14 71.6 KAH7548383.1 KAH7548383.1 98.4 1152 19 0 1 1152 1 1152 0.0 2302 WP_271250528.1 WP_271250528.1 78.4 51 11 0 1 51 1 51 1.40e-22 79.0 WP_197888162.1 WP_197888162.1 100 269 0 0 1 269 1 269 1.98e-203 553 XP_033991852.1 XP_033991852.1 90.9 1257 114 0 1 1257 1 1257 0.0 2281 HAF54287.1 HAF54287.1 100 74 0 0 1 74 1 74 2.74e-50 150 WP_167613923.1 WP_167613923.1 100 101 0 0 1 101 1 101 4.26e-73 210 MPZ45416.1 MPZ45416.1 96.3 574 21 0 1 574 1 574 0.0 1090 WP_067019348.1 WP_067019348.1 94.7 209 11 0 1 209 1 209 5.87e-148 408 MBO5601840.1 MBO5601840.1 100 331 0 0 1 331 1 331 3.76e-255 689 MBU6248241.1 MBU6248241.1 96.0 679 27 0 1 679 1 679 0.0 1299 WP_165682932.1 WP_165682932.1 100 108 0 0 1 108 1 108 2.12e-74 214 WP_143020066.1 WP_143020066.1 93.6 157 10 0 1 157 1 157 2.98e-102 288 WP_238972864.1 WP_238972864.1 100 156 0 0 1 156 1 156 5.40e-109 305 ABG88111.1 ABG88111.1 100 94 0 0 1 94 1 94 2.28e-67 195 ABG88111.1 QJX39053.1 63.2 95 34 1 1 94 270 364 6.93e-35 123 ABG88111.1 AEO85464.1 57.4 94 39 1 2 94 280 373 7.79e-31 112 WP_260325674.1 WP_260325674.1 100 273 0 0 1 273 1 273 5.68e-205 557 MCC7417019.1 MCC7417019.1 100 221 0 0 1 221 1 221 7.68e-159 436 MCI8430709.1 MCI8430709.1 100 283 0 0 1 283 1 283 4.31e-205 558 MCI8430709.1 WP_252809941.1 29.4 235 141 7 60 278 67 292 7.00e-18 80.1 XP_030622007.1 XP_030622007.1 96.6 298 10 0 1 298 1 298 1.06e-208 569 WP_053695461.1 WP_053695461.1 100 317 0 0 1 317 1 317 1.12e-224 611 WP_053695461.1 WP_072476944.1 44.2 265 140 5 6 267 58 317 2.72e-55 181 XP_029196159.1 XP_029196159.1 100 357 0 0 1 357 1 357 4.05e-279 752 WP_049009918.1 WP_049009918.1 100 902 0 0 1 902 1 902 0.0 1861 WP_049009918.1 WP_019100427.1 51.3 869 391 6 64 900 47 915 5.20e-317 893 WP_049009918.1 MBE6688122.1 29.7 723 474 13 47 742 1 716 6.20e-95 317 WP_049009918.1 KAA0114277.1 28.3 906 557 26 57 900 42 916 3.84e-92 310 WP_049009918.1 WP_278631399.1 27.9 768 476 22 66 788 20 754 1.52e-82 282 WP_049009918.1 MBE5737882.1 28.9 717 442 19 67 742 22 711 4.52e-79 273 WP_049009918.1 WP_235126772.1 26.3 897 556 26 67 895 16 875 5.78e-75 261 WP_049009918.1 MBY0273331.1 29.1 757 430 24 127 860 66 738 1.08e-71 250 WP_049009918.1 KAJ6994162.1 25.5 805 510 22 66 834 33 783 1.94e-69 247 WP_049009918.1 KAF5671546.1 23.6 775 466 25 62 721 171 934 1.63e-42 166 WP_049009918.1 XP_009147075.2 28.8 361 231 5 442 776 597 957 2.55e-42 166 WP_049009918.1 WP_074319120.1 31.2 154 81 1 543 696 562 690 1.47e-14 76.3 WP_049009918.1 HCT06136.1 29.2 161 88 2 546 705 576 711 1.23e-10 63.5 WP_049009918.1 MBI6149093.1 31.1 161 84 2 543 703 592 725 2.18e-10 62.8 OTA99890.1 OTA99890.1 100 241 0 0 1 241 1 241 2.39e-181 495 KPP66050.1 KPP66050.1 99.5 1540 8 0 1 1540 1 1540 0.0 3143 QDF59120.1 QDF59120.1 100 513 0 0 1 513 1 513 0.0 1053 MPC98265.1 MPC98265.1 85.7 84 12 0 1 84 1 84 4.42e-47 143 BBC91732.1 BBC91732.1 92.6 474 35 0 1 474 1 474 1.92e-309 838 BBC91732.1 WP_023727015.1 29.8 426 278 10 3 420 35 447 4.64e-39 146 BBC91732.1 RQL72805.1 30.1 326 199 8 5 318 25 333 1.45e-35 136 BBC91732.1 KAG8816705.1 36.5 170 101 3 3 171 64 227 1.39e-23 97.4 BBC91732.1 WP_226276978.1 30.5 197 133 1 3 199 22 214 2.24e-21 95.1 XP_040685867.1 XP_040685867.1 97.6 421 10 0 1 421 1 421 1.40e-307 829 XP_040685867.1 GAN03156.1 48.8 418 203 6 8 420 1 412 3.09e-129 377 XP_040685867.1 EDH4057100.1 35.9 396 230 9 33 417 2 384 2.50e-68 220 XP_040685867.1 MCP1651746.1 38.4 401 219 10 34 414 6 398 7.67e-64 209 XP_040685867.1 WP_277084622.1 39.1 322 170 5 116 420 2 314 4.05e-63 204 XP_040685867.1 WP_074825075.1 35.2 392 233 7 34 413 3 385 2.09e-59 197 XP_040685867.1 WP_078429679.1 34.8 394 231 9 36 414 5 387 8.64e-58 192 XP_040685867.1 WP_004619799.1 35.4 395 223 10 41 414 11 394 4.07e-57 191 XP_040685867.1 WP_083141943.1 34.5 383 229 7 36 408 5 375 3.07e-50 172 XP_040685867.1 MBA2536487.1 30.6 392 241 8 36 414 5 378 2.48e-43 154 EDQ0183574.1 EDQ0183574.1 100 51 0 0 1 51 1 51 5.61e-31 100 WP_072476944.1 WP_072476944.1 96.2 319 12 0 1 319 1 319 4.01e-219 597 WP_072476944.1 WP_053695461.1 44.9 265 138 5 58 317 6 267 6.30e-57 185 MBR3327931.1 MBR3327931.1 100 133 0 0 1 133 1 133 1.16e-92 262 ACU61622.1 ACU61622.1 100 177 0 0 1 177 1 177 2.58e-133 368 EFM1979785.1 EFM1979785.1 100 60 0 0 1 60 1 60 2.48e-40 124 WP_029005116.1 WP_029005116.1 91.4 175 15 0 1 175 1 175 4.95e-112 314 HCF98070.1 HCF98070.1 81.1 132 25 0 1 132 1 132 6.86e-71 207 WP_280541983.1 WP_280541983.1 100 324 0 0 1 324 1 324 4.47e-239 648 WP_280541983.1 WP_213827928.1 47.0 281 149 0 42 322 19 299 3.69e-81 247 KEH41285.1 KEH41285.1 100 200 0 0 1 200 1 200 1.30e-151 416 ORV68006.1 ORV68006.1 88.0 167 20 0 1 167 1 167 1.62e-104 295 HCA7191507.1 HCA7191507.1 96.7 274 9 0 1 274 1 274 1.62e-200 546 WP_111083956.1 WP_111083956.1 100 299 0 0 1 299 1 299 1.73e-228 619 WP_111083956.1 HIS27960.1 41.0 266 156 1 16 281 10 274 1.01e-68 214 WP_111083956.1 WP_062263491.1 36.9 268 165 4 33 298 20 285 1.19e-52 172 XP_044551221.1 XP_044551221.1 97.6 580 14 0 1 580 1 580 0.0 1181 MCK9592859.1 MCK9592859.1 100 85 0 0 1 85 1 85 2.15e-61 179 WP_076194242.1 WP_076194242.1 97.6 465 11 0 1 465 1 465 0.0 906 WP_076194242.1 KDF42894.1 26.0 396 262 9 76 445 84 474 1.70e-34 133 WP_076194242.1 KFX48203.1 36.0 239 137 6 238 462 691 927 8.09e-32 127 WP_076194242.1 WP_007356512.1 33.1 242 131 6 239 453 747 984 4.92e-30 122 WP_076194242.1 MBO8233644.1 34.8 221 135 6 239 455 158 373 8.99e-28 112 WP_076194242.1 WP_200037957.1 33.9 227 137 6 239 458 1020 1240 1.34e-27 115 WP_076194242.1 MCH5250214.1 29.3 256 156 7 219 453 159 410 1.13e-26 112 WP_076194242.1 WP_212961195.1 31.4 229 150 2 228 452 417 642 2.26e-25 108 WP_076194242.1 MBQ1868746.1 28.4 222 149 4 239 452 268 487 5.04e-25 106 WP_076194242.1 WP_144320971.1 27.9 305 196 9 166 462 233 521 7.13e-18 84.3 WP_076194242.1 MBK8012537.1 22.8 346 220 11 137 452 242 570 1.44e-16 80.5 WP_076194242.1 XP_001454078.1 24.1 203 147 3 238 436 219 418 1.52e-16 80.5 WP_076194242.1 WP_010434011.1 36.5 96 57 2 359 452 488 581 1.46e-10 61.6 WP_076194242.1 WP_255632456.1 25.9 85 43 2 373 450 64 135 6.18e-04 38.5 MBI2147080.1 MBI2147080.1 100 244 0 0 1 244 1 244 1.05e-181 496 WP_068964936.1 WP_068964936.1 100 504 0 0 1 504 1 504 0.0 1100 EHD1229023.1 EHD1229023.1 100 142 0 0 1 142 1 142 1.00e-104 293 EHD1229023.1 WP_045308192.1 59.9 142 53 2 1 142 1 138 1.67e-58 179 WP_259619769.1 WP_259619769.1 93.8 497 31 0 1 497 1 497 0.0 896 WP_259619769.1 WP_185921121.1 28.9 422 279 10 27 442 9 415 3.51e-30 121 KAF4306879.1 KAF4306879.1 95.2 250 12 0 1 250 1 250 1.13e-179 491 KAF4306879.1 MCF7871960.1 38.2 178 102 3 76 249 18 191 2.00e-34 120 WP_017171503.1 WP_017171503.1 100 181 0 0 1 181 1 181 1.37e-130 362 WP_017171503.1 HCG9411603.1 33.3 156 100 1 4 155 5 160 3.73e-27 101 WP_022389025.1 WP_022389025.1 97.8 459 10 0 1 459 1 459 0.0 927 WP_022389025.1 WP_257689765.1 27.3 443 297 10 1 428 47 479 5.61e-45 162 WP_022389025.1 XP_050320449.1 28.6 420 277 11 27 433 74 483 2.58e-42 154 WP_010462366.1 WP_010462366.1 92.0 587 47 0 1 587 1 587 0.0 1095 KXN72221.1 KXN72221.1 100 228 0 0 1 228 1 228 6.58e-168 460 KXN72221.1 KAI1815548.1 32.4 207 127 5 32 228 30 233 6.77e-33 122 TFE29608.1 TFE29608.1 91.0 614 55 0 1 614 1 614 0.0 1067 TFE29608.1 WP_026974351.1 26.0 254 150 11 99 348 70 289 2.85e-06 48.5 KAJ4310611.1 KAJ4310611.1 95.7 657 28 0 22 678 22 678 0.0 1266 MBT3309449.1 MBT3309449.1 92.1 252 20 0 1 252 1 252 2.86e-174 478 WP_128950282.1 WP_128950282.1 100 306 0 0 1 306 1 306 1.53e-221 602 WP_128950282.1 KJS37244.1 50.8 297 131 5 22 303 1 297 1.96e-86 259 WP_187335130.1 WP_187335130.1 100 83 0 0 1 83 1 83 3.24e-53 158 WP_164767343.1 WP_164767343.1 100 197 0 0 1 197 1 197 9.53e-148 406 WP_164767343.1 WP_073505727.1 47.2 159 84 0 1 159 161 319 9.72e-48 157 WP_164767343.1 WP_133874384.1 47.8 157 79 3 6 160 164 319 8.29e-40 136 WP_014217999.1 WP_014217999.1 100 323 0 0 1 323 1 323 2.60e-242 656 WP_014217999.1 WP_265272113.1 30.6 314 198 7 9 307 6 314 1.06e-38 138 WP_014217999.1 EXK83554.1 30.8 312 184 9 20 306 16 320 2.07e-33 124 WP_014217999.1 HHZ84751.1 26.9 338 199 14 8 306 5 333 1.21e-20 89.4 WP_173302040.1 WP_173302040.1 100 599 0 0 1 599 1 599 0.0 1271 WP_173302040.1 WP_182711301.1 22.3 619 321 20 86 599 192 755 1.37e-15 78.6 WP_173302040.1 GIS77777.1 55.6 36 16 0 102 137 3 38 5.18e-05 39.7 MCH6132484.1 MCH6132484.1 100 226 0 0 1 226 1 226 1.05e-163 449 MCH6132484.1 WP_094313715.1 72.7 220 60 0 1 220 20 239 6.03e-121 342 KAJ8911168.1 KAJ8911168.1 100 87 0 0 1 87 1 87 5.20e-63 183 EGC1082389.1 EGC1082389.1 96.3 272 10 0 1 272 1 272 6.88e-201 547 UZH89542.1 UZH89542.1 99.1 1271 11 0 1 1271 1 1271 0.0 2253 UZH89542.1 UYC71619.1 89.1 1271 136 1 1 1271 1 1268 0.0 2230 UZH89542.1 UPU53169.1 88.7 1273 139 2 1 1271 1 1270 0.0 2221 UZH89542.1 UDK40309.1 89.0 1273 136 2 1 1271 1 1271 0.0 2197 UZH89542.1 UIX40308.1 87.7 1273 153 2 1 1271 1 1271 0.0 2184 UZH89542.1 UHB14670.1 87.4 1273 156 2 1 1271 1 1271 0.0 2183 UZH89542.1 USL51576.1 86.6 1273 165 2 1 1271 1 1270 0.0 2137 UZH89542.1 QUE11983.1 86.4 1271 172 1 1 1271 1 1270 0.0 2122 UZH89542.1 UBN63752.1 86.5 1271 171 1 1 1271 1 1270 0.0 2102 UZH89542.1 UGX22439.1 83.9 1273 201 2 1 1271 1 1271 0.0 2070 UZH89542.1 QUM20585.1 81.4 1273 234 2 1 1271 1 1272 0.0 1983 UZH89542.1 QVX70521.1 81.7 1273 231 1 1 1271 1 1273 0.0 1971 UZH89542.1 QXI91160.1 82.1 1273 225 2 1 1271 1 1272 0.0 1907 UZH89542.1 UUS71569.1 74.7 1273 320 1 1 1271 1 1273 0.0 1499 UZH89542.1 UHK01047.1 66.9 1273 419 1 1 1271 1 1273 0.0 1298 GBE22655.1 GBE22655.1 100 202 0 0 1 202 1 202 2.62e-152 418 GBE22655.1 WP_150146969.1 30.6 108 62 4 11 116 3 99 1.22e-04 39.7 GBE22655.1 WP_190630613.1 29.7 111 71 4 8 115 3 109 3.37e-04 38.5 WP_233227509.1 WP_233227509.1 100 318 0 0 1 318 1 318 5.04e-242 655 XP_006114890.1 XP_006114890.1 96.9 352 11 0 1 352 1 352 4.83e-264 713 CAI9595211.1 CAI9595211.1 97.3 1031 28 0 1 1031 1 1031 0.0 2063 CAI9595211.1 MBQ9679177.1 33.8 990 516 18 80 1026 4 897 6.88e-176 535 CAI9595211.1 MCL2204087.1 35.2 949 486 21 80 998 4 853 2.14e-174 531 CAI9595211.1 SCL13606.1 24.7 803 487 22 89 846 62 791 2.12e-57 212 CAI9595211.1 WP_081224968.1 22.6 936 583 24 125 995 56 915 1.85e-47 182 CAI9595211.1 MBK6751737.1 27.0 285 173 10 761 1020 3 277 1.11e-21 95.1 WP_108109984.1 WP_108109984.1 100 80 0 0 1 80 1 80 9.46e-56 164 MBX2936516.1 MBX2936516.1 100 428 0 0 1 428 1 428 4.59e-320 861 WP_218623326.1 WP_218623326.1 100 151 0 0 1 151 1 151 1.29e-109 306 XP_050255036.1 XP_050255036.1 100 392 0 0 1 392 1 392 2.42e-291 786 WP_278264086.1 WP_278264086.1 97.2 434 12 0 1 434 1 434 4.32e-304 822 WP_243977667.1 WP_243977667.1 100 293 0 0 1 293 1 293 2.53e-218 593 WP_243977667.1 WP_046600280.1 29.7 290 190 3 6 287 5 288 1.03e-36 131 WP_243977667.1 WP_133340757.1 25.4 295 197 6 7 287 12 297 1.09e-19 85.9 KAF4611166.1 KAF4611166.1 100 583 0 0 1 583 1 583 0.0 1213 WP_215493005.1 WP_215493005.1 96.9 491 15 0 1 491 1 491 0.0 1008 WP_215493005.1 WP_070714099.1 38.7 489 262 12 5 489 2 456 3.85e-105 320 WP_215493005.1 PPU99279.1 37.0 500 272 12 1 489 1 468 1.59e-94 293 WP_215493005.1 MBB3008158.1 37.1 483 252 16 19 489 1 443 1.70e-93 289 MBK8070034.1 MBK8070034.1 94.2 293 17 0 1 293 1 293 1.42e-199 545 MBK8070034.1 WP_216195748.1 45.4 280 147 5 3 281 4 278 3.24e-71 220 MBK8070034.1 MAG44064.1 71.0 31 9 0 3 33 4 34 4.38e-09 49.7 KCN41050.1 KCN41050.1 100 341 0 0 1 341 1 341 4.95e-256 692 MCP5750602.1 MCP5750602.1 100 87 0 0 1 87 1 87 7.39e-63 183 MBP7130798.1 MBP7130798.1 100 31 0 0 1 31 1 31 7.04e-15 58.2 XP_033679940.1 XP_033679940.1 99.3 1283 9 0 1 1283 1 1283 0.0 2663 XP_033679940.1 WP_281919021.1 29.9 107 63 4 199 300 116 215 1.86e-07 53.5 XP_033679940.1 MBP7829117.1 25.5 192 121 6 104 295 78 247 3.19e-07 53.1 WP_283922158.1 WP_283922158.1 89.8 177 18 0 1 177 1 177 6.17e-107 301 WP_133251971.1 WP_133251971.1 97.0 395 12 0 14 408 14 408 1.50e-268 729 WP_267714175.1 WP_267714175.1 100 399 0 0 1 399 1 399 3.03e-284 768 WP_135306871.1 WP_135306871.1 100 313 0 0 1 313 1 313 2.38e-233 632 WP_135306871.1 HCD14621.1 43.5 285 160 1 13 297 10 293 2.32e-74 229 WP_135306871.1 QEC74319.1 34.1 258 163 5 16 267 8 264 2.28e-33 122 MBE5737882.1 MBE5737882.1 100 880 0 0 1 880 1 880 0.0 1803 MBE5737882.1 MBE6688122.1 35.6 917 517 24 1 870 1 890 4.23e-153 471 MBE5737882.1 WP_278631399.1 32.4 892 536 23 1 864 1 853 1.53e-137 429 MBE5737882.1 KAA0114277.1 32.8 916 540 22 3 872 34 919 2.18e-135 425 MBE5737882.1 WP_235126772.1 30.7 902 551 18 9 865 3 875 1.60e-127 403 MBE5737882.1 KAF5671546.1 29.0 941 559 19 35 870 187 1123 9.59e-109 361 MBE5737882.1 XP_009147075.2 26.6 995 559 24 35 866 149 1135 5.96e-97 327 MBE5737882.1 WP_049009918.1 28.9 717 442 19 22 711 67 742 4.41e-79 273 MBE5737882.1 WP_019100427.1 25.3 750 480 17 5 711 34 746 7.60e-64 230 MBE5737882.1 MBY0273331.1 25.6 633 395 17 85 707 59 625 1.62e-47 180 MBE5737882.1 KAJ6994162.1 24.5 699 449 22 35 712 47 687 4.47e-40 158 MBE5737882.1 WP_041591748.1 27.6 181 99 4 511 691 462 610 2.81e-11 65.5 MSL30063.1 MSL30063.1 100 309 0 0 1 309 1 309 3.23e-229 622 WP_046302954.1 WP_046302954.1 90.6 981 92 0 1 981 1 981 0.0 1619 WP_050926421.1 WP_050926421.1 100 129 0 0 1 129 1 129 5.38e-87 247 GAO25539.1 GAO25539.1 100 92 0 0 1 92 1 92 6.38e-64 186 WP_165894367.1 WP_165894367.1 100 348 0 0 1 348 1 348 3.68e-266 718 WP_018858575.1 WP_018858575.1 93.7 1277 80 0 1 1277 1 1277 0.0 2367 HBB7853833.1 HBB7853833.1 96.7 491 16 0 1 491 1 491 0.0 963 HBB7853833.1 MBI5333464.1 33.7 163 103 3 326 485 227 387 7.27e-20 89.7 HBB7853833.1 WP_018646673.1 28.7 167 110 4 328 489 525 687 1.18e-14 75.1 QGT50941.1 QGT50941.1 98.2 798 14 0 1 798 1 798 0.0 1622 KAJ5748900.1 KAJ5748900.1 100 249 0 0 1 249 1 249 1.05e-188 514 WP_073432751.1 WP_073432751.1 100 168 0 0 1 168 1 168 6.18e-123 341 KAG5702777.1 KAG5702777.1 96.5 260 9 0 1 260 1 260 1.89e-192 525 KAG5702777.1 RCI04718.1 36.7 49 30 1 67 115 259 306 2.62e-04 40.0 WP_036488090.1 WP_036488090.1 100 235 0 0 1 235 1 235 1.81e-173 474 OAA61066.1 OAA61066.1 77.1 541 124 0 1 541 1 541 1.29e-297 814 MCI0877007.1 MCI0877007.1 100 335 0 0 1 335 1 335 3.73e-248 672 GLI99474.1 GLI99474.1 100 145 0 0 1 145 1 145 5.55e-108 301 GLI99474.1 WP_089269927.1 42.1 107 62 0 7 113 10 116 1.45e-28 103 MCB1065733.1 MCB1065733.1 100 67 0 0 1 67 1 67 4.32e-44 134 MCB1065733.1 MBI4966856.1 73.3 45 12 0 23 67 1 45 3.83e-19 70.9 XP_056041627.1 XP_056041627.1 100 711 0 0 1 711 1 711 0.0 1454 WP_225902036.1 WP_225902036.1 100 86 0 0 1 86 1 86 9.76e-63 182 KXH55701.1 KXH55701.1 100 108 0 0 1 108 1 108 7.98e-79 225 WP_258930666.1 WP_258930666.1 84.8 66 10 0 1 66 1 66 1.00e-35 113 WP_037548932.1 WP_037548932.1 95.0 482 24 0 1 482 1 482 0.0 938 WP_037548932.1 HAG62657.1 44.4 484 257 7 3 480 38 515 6.21e-147 428 WP_037548932.1 WP_169940736.1 34.5 429 262 10 5 426 10 426 1.71e-75 243 MBM3160744.1 MBM3160744.1 100 139 0 0 1 139 1 139 2.69e-103 289 VAI84247.1 VAI84247.1 100 89 0 0 1 89 1 89 1.94e-59 174 AAX29823.1 AAX29823.1 98.0 558 11 0 1 558 1 558 0.0 1126 OZV86646.1 OZV86646.1 100 37 0 0 1 37 1 37 4.56e-20 71.6 WP_007708736.1 WP_007708736.1 100 231 0 0 1 231 1 231 1.09e-172 472 WP_007708736.1 MBQ5584458.1 37.1 229 141 1 1 229 1 226 2.64e-43 144 WP_007708736.1 MCL7714424.1 37.1 229 139 2 2 230 3 226 7.85e-42 140 WP_007708736.1 MBP1530348.1 37.3 228 131 3 1 228 1 216 1.26e-41 139 WP_007708736.1 WP_186723788.1 34.7 225 140 2 4 228 8 225 5.51e-38 130 WP_007708736.1 WP_069156513.1 34.2 222 141 3 3 222 4 222 1.06e-36 127 WP_007708736.1 WP_101794136.1 35.6 236 142 3 3 231 26 258 1.40e-36 127 WP_007708736.1 EAG2350674.1 47.5 122 61 1 2 123 3 121 2.72e-32 112 WP_007708736.1 WP_194544138.1 33.2 229 146 3 2 226 11 236 4.01e-31 113 WP_007708736.1 EAC1232420.1 28.8 236 146 6 1 229 1 221 3.78e-25 97.1 WP_007708736.1 WP_232306300.1 42.0 112 64 1 4 115 1123 1233 1.47e-21 91.3 WP_007708736.1 WP_185031483.1 32.1 184 115 6 47 228 45 220 5.99e-19 80.9 WP_007708736.1 WP_064652354.1 28.4 236 149 6 1 227 1 225 7.30e-14 67.0 WP_007708736.1 WP_272906673.1 25.8 155 106 5 4 156 6 153 6.20e-08 50.8 WP_007708736.1 MBQ2640849.1 54.5 33 12 1 196 228 1 30 1.64e-05 39.3 MBT7163208.1 MBT7163208.1 100 582 0 0 1 582 1 582 0.0 1182 MBT7163208.1 NRF69152.1 38.2 416 242 6 160 568 108 515 1.24e-77 253 MBT7163208.1 WP_017718577.1 34.9 395 240 3 191 568 234 628 2.21e-67 229 MBT7163208.1 WP_283107263.1 31.7 375 249 3 195 565 182 553 2.20e-62 214 MBT7163208.1 WP_058504615.1 32.5 412 246 11 168 568 171 561 1.49e-61 211 MBT7163208.1 WP_203339841.1 37.6 258 158 3 207 462 22 278 6.71e-48 169 MBT7163208.1 EEC9022132.1 32.3 297 168 11 203 471 98 389 5.73e-29 119 MBT7163208.1 WP_121975536.1 41.3 150 72 5 325 461 124 270 2.28e-25 105 MBT7163208.1 RYD39969.1 35.5 155 84 4 319 460 127 278 5.32e-22 95.1 WP_210734217.1 WP_210734217.1 100 273 0 0 1 273 1 273 6.64e-204 555 WP_211296720.1 WP_211296720.1 97.8 501 11 0 1 501 1 501 0.0 952 MBO0787136.1 MBO0787136.1 96.1 259 10 0 22 280 22 280 5.73e-172 474 MBO0787136.1 WP_244311009.1 29.3 184 100 9 18 186 175 343 1.97e-12 65.1 WP_070509780.1 WP_070509780.1 97.3 366 10 0 1 366 1 366 4.42e-258 699 WP_070509780.1 WP_008346835.1 32.7 248 159 4 26 271 3 244 2.74e-36 130 XP_027172582.1 XP_027172582.1 93.3 224 15 0 1 224 1 224 7.95e-158 434 XP_027172582.1 KAA3459801.1 29.4 153 98 5 16 161 72 221 6.77e-12 61.2 AQY75504.1 AQY75504.1 97.2 354 10 0 1 354 1 354 1.99e-248 674 AQY75504.1 WP_016809838.1 27.7 361 225 8 6 347 2 345 1.25e-43 152 AQY75504.1 WP_213646387.1 23.6 301 168 10 61 335 51 315 2.52e-10 59.3 MCL4333886.1 MCL4333886.1 100 327 0 0 1 327 1 327 2.23e-245 664 MCL4333886.1 MBR0160695.1 29.6 152 83 7 159 293 152 296 6.37e-11 61.2 MCL4333886.1 WP_027951454.1 26.8 213 105 8 150 319 133 337 4.58e-09 55.5 KAF9419545.1 KAF9419545.1 98.8 483 6 0 1 483 1 483 0.0 1001 KAF9419545.1 WP_173991185.1 38.5 473 283 5 8 477 2 469 1.62e-99 306 WP_019296707.1 WP_019296707.1 90.3 124 12 0 1 124 1 124 3.56e-76 219 EAZ5330394.1 EAZ5330394.1 100 485 0 0 1 485 1 485 0.0 954 EAZ5330394.1 YP_008379230.1 25.7 334 202 14 122 449 23 316 1.34e-20 91.3 EAZ5330394.1 YP_007317140.1 26.0 200 127 3 114 313 15 193 6.39e-14 71.2 EAZ5330394.1 WP_096665911.1 24.3 391 259 14 101 479 110 475 2.78e-13 70.1 EAZ5330394.1 WP_243361436.1 22.6 301 193 12 116 399 120 397 2.78e-08 54.3 WP_251450535.1 WP_251450535.1 100 310 0 0 1 310 1 310 1.42e-228 620 WP_245456681.1 WP_245456681.1 88.9 90 10 0 1 90 1 90 4.40e-52 156 WP_063503202.1 WP_063503202.1 100 248 0 0 1 248 1 248 5.84e-181 494 WP_214279799.1 WP_214279799.1 80.6 62 12 0 1 62 1 62 2.89e-31 101 MBT4680312.1 MBT4680312.1 100 185 0 0 1 185 1 185 1.04e-136 377 WP_222465269.1 WP_222465269.1 100 131 0 0 1 131 1 131 2.09e-94 266 WP_157580311.1 WP_157580311.1 96.3 268 10 0 1 268 1 268 7.94e-189 516 WP_157580311.1 WP_123966251.1 32.2 258 140 10 7 256 183 413 8.49e-30 114 WP_265399898.1 WP_265399898.1 100 308 0 0 1 308 1 308 1.32e-232 630 WP_265399898.1 WP_029542314.1 29.0 283 194 5 20 295 19 301 5.76e-28 108 WP_265399898.1 WP_091540071.1 27.2 316 178 12 14 288 15 319 5.17e-15 72.8 WP_258941688.1 WP_258941688.1 100 158 0 0 1 158 1 158 1.43e-114 319 WP_258941688.1 WP_124548640.1 43.2 148 78 3 6 151 13 156 2.86e-32 111 OAH97901.1 OAH97901.1 100 229 0 0 1 229 1 229 3.67e-170 466 OAH97901.1 MUT95175.1 33.3 231 145 4 2 224 9 238 3.55e-29 108 MCH8821589.1 MCH8821589.1 100 190 0 0 1 190 1 190 8.48e-134 370 XP_038144206.1 XP_038144206.1 96.4 959 35 0 1 959 1 959 0.0 1860 WP_236905832.1 WP_236905832.1 93.3 163 11 0 1 163 1 163 6.71e-111 310 WP_236905832.1 NVO14071.1 55.3 150 64 2 13 159 65 214 9.67e-55 170 WP_124213670.1 WP_124213670.1 96.8 473 15 0 1 473 1 473 0.0 892 WP_124213670.1 WP_272906673.1 37.1 491 263 10 5 466 6 479 3.09e-85 268 WP_124213670.1 WP_164653811.1 38.1 470 240 11 5 456 27 463 3.96e-80 255 WP_124213670.1 WP_278449211.1 36.0 383 220 7 3 368 6 380 1.84e-64 214 WP_124213670.1 MBP7222158.1 34.7 320 193 3 139 458 11 314 1.62e-63 207 WP_124213670.1 KNY10996.1 44.1 247 124 3 148 381 12 257 6.92e-61 199 WP_124213670.1 WP_175896721.1 44.2 240 125 2 141 371 159 398 1.90e-59 200 WP_124213670.1 WP_205173112.1 38.7 253 143 4 126 371 142 389 3.79e-53 184 WP_124213670.1 MCL7714424.1 30.7 137 92 2 1 135 1 136 5.36e-11 60.8 WP_124213670.1 WP_269633767.1 38.9 90 42 2 27 103 22 111 2.26e-09 57.4 WP_124213670.1 HBG17616.1 34.3 105 64 3 4 104 6 109 1.23e-08 55.5 WP_000391618.1 WP_000391618.1 94.4 179 10 0 1 179 1 179 4.09e-122 340 XP_048688918.1 XP_048688918.1 95.8 264 11 0 1 264 1 264 2.15e-175 482 XP_018381815.1 XP_018381815.1 100 145 0 0 1 145 1 145 6.48e-107 299 HAJ6883934.1 HAJ6883934.1 96.4 274 10 0 1 274 1 274 4.46e-198 540 WP_259823591.1 WP_259823591.1 100 66 0 0 1 66 1 66 2.34e-43 132 EBL5661155.1 EBL5661155.1 100 83 0 0 1 83 1 83 1.43e-57 170 EBL5661155.1 ACE85434.1 27.4 73 53 0 2 74 76 148 3.37e-05 38.5 WP_268394364.1 WP_268394364.1 100 319 0 0 1 319 1 319 9.43e-243 657 WP_107106807.1 WP_107106807.1 100 172 0 0 1 172 1 172 3.99e-121 337 WP_250824310.1 WP_250824310.1 100 271 0 0 1 271 1 271 1.56e-201 548 WP_250824310.1 WP_032884901.1 45.4 238 126 3 32 269 25 258 7.48e-64 199 WP_067144449.1 WP_067144449.1 100 125 0 0 1 125 1 125 5.90e-89 252 MBD5174823.1 MBD5174823.1 100 98 0 0 1 98 1 98 1.06e-67 196 NEP75465.1 NEP75465.1 100 440 0 0 1 440 1 440 3.65e-315 850 NEP75465.1 HBS5718813.1 21.7 314 220 5 88 401 23 310 3.31e-21 92.8 NEP75465.1 WP_082780476.1 34.0 206 118 5 49 253 12 200 5.23e-18 80.9 WP_247326555.1 WP_247326555.1 100 78 0 0 1 78 1 78 3.91e-54 160 AAM31096.1 AAM31096.1 100 70 0 0 1 70 1 70 1.16e-47 143 MCH2098905.1 MCH2098905.1 92.4 501 38 0 1 501 1 501 0.0 885 WP_143387569.1 WP_143387569.1 96.5 229 8 0 1 229 1 229 3.95e-165 453 WP_143387569.1 WP_036077718.1 36.7 196 116 3 5 197 2 192 6.97e-38 130 MCU1579718.1 MCU1579718.1 92.3 274 21 0 1 274 1 274 1.48e-171 473 MBE8222136.1 MBE8222136.1 100 95 0 0 1 95 1 95 1.13e-63 186 RYD06084.1 RYD06084.1 100 58 0 0 1 58 1 58 2.09e-38 119 XP_039387169.1 XP_039387169.1 100 188 0 0 1 188 1 188 9.25e-146 400 WP_082565353.1 WP_082565353.1 97.0 338 10 0 1 338 1 338 6.23e-253 684 WP_082565353.1 WP_044489505.1 59.1 320 129 2 1 319 1 319 8.68e-133 379 WP_082565353.1 KAJ3308761.1 29.4 248 161 6 1 239 1 243 6.71e-24 99.4 PKL40887.1 PKL40887.1 100 149 0 0 1 149 1 149 4.52e-109 305 PKL40887.1 WP_113120276.1 51.4 140 67 1 8 146 6 145 1.10e-46 147 WP_092015539.1 WP_092015539.1 100 273 0 0 1 273 1 273 1.40e-205 559 WP_236777269.1 WP_236777269.1 97.5 397 10 0 1 397 1 397 8.08e-288 777 WP_236777269.1 WP_220524718.1 33.0 364 237 5 23 382 15 375 9.62e-61 199 WP_236777269.1 MBQ9697149.1 25.8 356 205 8 47 394 48 352 8.60e-24 99.8 WP_236777269.1 KAB2838176.1 32.3 155 99 3 67 218 67 218 8.18e-07 48.1 NLX21103.1 NLX21103.1 95.7 324 14 0 1 324 1 324 5.01e-236 640 WP_281498184.1 WP_281498184.1 100 584 0 0 1 584 1 584 0.0 1175 WP_281498184.1 WP_226865765.1 38.3 60 36 1 21 80 12 70 8.23e-06 47.0 WP_281498184.1 WP_168166755.1 40.7 59 33 1 367 425 49 105 1.41e-05 45.1 WP_281498184.1 MBL6756473.1 35.4 79 48 2 24 100 60 137 4.62e-05 44.7 WP_099711363.1 WP_099711363.1 100 311 0 0 1 311 1 311 6.26e-228 619 WP_099711363.1 WP_151434014.1 31.7 322 183 15 1 307 1 300 8.99e-28 108 WP_127202722.1 WP_127202722.1 100 436 0 0 1 436 1 436 3.95e-317 855 XP_027728774.1 XP_027728774.1 98.0 2001 41 0 1 2001 1 2001 0.0 4107 MBL9135845.1 MBL9135845.1 100 221 0 0 1 221 1 221 3.68e-166 455 MBL9135845.1 KAI6019239.1 34.8 221 119 6 4 204 13 228 9.69e-37 127 MBL9135845.1 WP_203727943.1 31.0 158 92 4 33 186 534 678 5.09e-13 65.9 XP_049133140.1 XP_049133140.1 88.9 253 28 0 1 253 1 253 4.12e-163 450 MBP5665134.1 MBP5665134.1 100 74 0 0 1 74 1 74 1.41e-52 156 QRN83137.1 QRN83137.1 97.3 295 8 0 1 295 1 295 1.35e-214 583 CAE6472910.1 CAE6472910.1 98.5 590 9 0 1 590 1 590 0.0 1186 MBX6384685.1 MBX6384685.1 92.1 406 32 0 1 406 1 406 4.78e-264 718 AZV79909.1 AZV79909.1 100 85 0 0 1 85 1 85 3.05e-61 179 MCK5187010.1 MCK5187010.1 100 135 0 0 1 135 1 135 4.33e-89 253 WP_142037733.1 WP_142037733.1 97.1 412 12 0 1 412 1 412 1.54e-295 798 KAJ7821411.1 KAJ7821411.1 83.1 89 15 0 1 89 1 89 1.27e-46 142 KAH7980918.1 KAH7980918.1 100 627 0 0 1 627 1 627 0.0 1312 BBQ86561.1 BBQ86561.1 97.2 321 9 0 1 321 1 321 5.40e-234 635 BBQ86561.1 KRX15989.1 28.6 217 132 7 88 289 18 226 1.73e-16 78.2 XP_006689993.1 XP_006689993.1 94.7 512 27 0 1 512 1 512 0.0 1003 WP_009475234.1 WP_009475234.1 96.7 424 14 0 1 424 1 424 1.86e-293 794 MCK5175373.1 MCK5175373.1 100 88 0 0 1 88 1 88 3.01e-58 171 WP_039095635.1 WP_039095635.1 100 339 0 0 1 339 1 339 2.77e-261 705 MCM0593547.1 MCM0593547.1 100 255 0 0 1 255 1 255 9.72e-188 512 RWZ64791.1 RWZ64791.1 84.1 364 58 0 1 364 1 364 4.29e-209 575 MBX7220138.1 MBX7220138.1 98.6 709 10 0 1 709 1 709 0.0 1430 MBX7220138.1 WP_008292946.1 24.9 350 188 15 152 444 80 411 3.84e-17 84.3 KAG2053605.1 KAG2053605.1 93.7 347 22 0 1 347 1 347 8.00e-240 652 NXV13419.1 NXV13419.1 95.4 216 10 0 1 216 1 216 6.77e-146 403 WP_114094371.1 WP_114094371.1 100 116 0 0 1 116 1 116 1.38e-85 243 WP_092156886.1 WP_092156886.1 100 185 0 0 1 185 1 185 3.63e-137 379 WP_092156886.1 WP_247498151.1 57.1 170 71 1 9 176 15 184 4.57e-58 179 WP_092156886.1 XP_032812066.1 36.8 155 96 1 10 162 9 163 2.11e-26 99.4 EDF0432725.1 EDF0432725.1 100 56 0 0 1 56 1 56 1.76e-36 114 MCA1589644.1 MCA1589644.1 100 744 0 0 1 744 1 744 0.0 1508 KAI9774712.1 KAI9774712.1 100 767 0 0 1 767 1 767 0.0 1607 KAI9774712.1 XP_040614072.1 22.7 278 122 10 65 271 346 601 4.93e-08 54.7 TAM11363.1 TAM11363.1 100 325 0 0 1 325 1 325 7.06e-232 630 WP_281462881.1 WP_281462881.1 96.2 371 14 0 1 371 1 371 1.13e-258 701 WP_281462881.1 WP_009025642.1 30.5 364 219 9 10 354 49 397 1.08e-31 122 KAJ5168969.1 KAJ5168969.1 97.3 790 21 0 1 790 1 790 0.0 1550 KAJ5168969.1 KAI7371949.1 68.5 655 195 5 135 783 282 931 2.14e-318 894 KAJ5168969.1 WP_060613079.1 34.2 515 326 10 235 744 73 579 2.03e-87 286 KAJ5168969.1 MBQ4454347.1 31.1 563 377 7 170 729 7 561 1.18e-84 279 KAJ5168969.1 WP_036258374.1 33.4 491 305 10 251 729 69 549 1.25e-74 251 KAJ5168969.1 WP_011512097.1 38.3 402 235 9 353 749 192 585 3.37e-67 232 KAJ5168969.1 WP_247749043.1 31.6 383 218 15 398 747 230 601 2.44e-39 152 KAJ5168969.1 WAY96880.1 42.6 195 108 2 522 715 4 195 3.81e-39 142 KAJ5168969.1 KAJ2660037.1 25.0 599 361 22 189 742 1488 2043 2.10e-34 140 KAJ5168969.1 WP_008470196.1 32.6 221 137 5 519 733 21 235 3.18e-29 115 KAJ5168969.1 WP_176354145.1 33.6 220 127 8 526 737 24 232 3.78e-23 100 KAJ5168969.1 MCH4209672.1 29.9 197 122 4 521 717 396 576 2.05e-20 94.4 KAJ5168969.1 WP_036816548.1 30.4 217 128 9 521 721 20 229 1.54e-13 69.7 KAJ5168969.1 NNE23115.1 26.7 172 113 5 532 699 27 189 2.54e-10 61.2 KAJ5168969.1 MQF68191.1 35.8 67 38 1 522 588 31 92 3.69e-05 42.4 NNM97518.1 NNM97518.1 95.8 335 14 0 1 335 1 335 1.50e-238 647 KJS37244.1 KJS37244.1 96.0 303 12 0 1 303 1 303 2.15e-215 586 KJS37244.1 WP_128950282.1 53.2 297 124 5 1 297 22 303 1.30e-89 268 WP_099529629.1 WP_099529629.1 94.7 243 13 0 1 243 1 243 5.27e-161 444 WP_099529629.1 WP_065888604.1 43.2 220 122 3 7 225 4 221 9.73e-48 156 RZJ01256.1 RZJ01256.1 90.7 269 25 0 1 269 1 269 1.17e-186 511 HHH37178.1 HHH37178.1 97.8 271 6 0 1 271 1 271 1.31e-184 506 HHH37178.1 WP_213750918.1 33.3 156 104 0 69 224 73 228 2.70e-25 99.8 HHH37178.1 WP_217101611.1 30.3 178 124 0 79 256 130 307 3.99e-23 94.7 HHH37178.1 WP_166725305.1 30.3 178 124 0 79 256 130 307 2.01e-22 92.8 HHH37178.1 HAT4171334.1 28.5 172 122 1 88 259 31 201 9.62e-15 72.0 XP_025046235.1 XP_025046235.1 94.9 235 12 0 1 235 1 235 2.86e-161 444 XP_025046235.1 MBN3324024.1 36.0 242 130 9 1 234 487 711 1.88e-24 99.8 WP_274885772.1 WP_274885772.1 91.0 611 55 0 1 611 1 611 0.0 1145 WP_274885772.1 MAD47294.1 35.9 571 305 17 34 589 31 555 2.07e-106 331 WP_252384350.1 WP_252384350.1 100 147 0 0 1 147 1 147 1.71e-112 313 CQR41738.1 CQR41738.1 97.0 469 14 0 1 469 1 469 0.0 930 CQR41738.1 WP_182544916.1 35.7 378 227 8 5 374 25 394 3.35e-53 186 CQR41738.1 TFV00908.1 43.2 146 82 1 23 168 1 145 2.84e-34 124 MBC7879491.1 MBC7879491.1 98.2 672 12 0 1 672 1 672 0.0 1338 MBS3963684.1 MBS3963684.1 97.6 417 10 0 1 417 1 417 1.85e-310 836 HET19539.1 HET19539.1 100 107 0 0 1 107 1 107 8.35e-76 217 EGM3572601.1 EGM3572601.1 98.1 876 17 0 1 876 1 876 0.0 1773 MBI4678329.1 MBI4678329.1 95.6 412 18 0 1 412 1 412 3.96e-282 764 RME29710.1 RME29710.1 100 169 0 0 1 169 1 169 1.02e-117 328 MBT3228703.1 MBT3228703.1 100 312 0 0 1 312 1 312 1.09e-233 633 MBT3228703.1 MCE2152122.1 25.9 139 102 1 49 186 39 177 6.31e-09 53.1 WP_086136661.1 WP_086136661.1 82.8 408 70 0 1 408 1 408 2.66e-225 620 WP_086136661.1 WP_118283063.1 34.6 367 238 2 12 377 6 371 4.61e-50 172 GJE89625.1 GJE89625.1 97.2 361 10 0 1 361 1 361 9.88e-273 736 WP_267911890.1 WP_267911890.1 86.2 65 9 0 1 65 1 65 3.03e-32 104 WP_267911890.1 MCM4298717.1 54.3 46 21 0 1 46 5 50 1.73e-11 53.1 WP_164636240.1 WP_164636240.1 90.9 486 44 0 1 486 1 486 9.66e-316 855 WP_164636240.1 WP_094151267.1 33.0 427 261 8 53 465 5 420 1.38e-61 206 WP_164636240.1 WP_168565867.1 29.2 318 210 7 97 411 15 320 3.67e-29 116 WP_164636240.1 MBT4160670.1 29.9 274 172 7 98 365 9 268 2.84e-22 96.7 WP_055406376.1 WP_055406376.1 87.0 308 40 0 1 308 1 308 3.24e-192 528 MBP6544771.1 MBP6544771.1 100 551 0 0 1 551 1 551 0.0 1138 MBP6544771.1 WP_167959909.1 29.8 506 336 9 50 548 35 528 1.87e-65 221 MBP6544771.1 WP_148836004.1 29.0 527 325 12 28 551 12 492 4.24e-54 189 MBP6544771.1 WP_112119927.1 29.4 347 214 11 208 550 141 460 4.37e-37 141 MBP6544771.1 WP_200941876.1 27.1 520 282 20 19 475 39 524 4.53e-34 135 MBP6544771.1 WP_055153579.1 24.7 481 310 10 77 550 50 485 2.54e-33 131 XP_046298169.1 XP_046298169.1 100 314 0 0 1 314 1 314 2.03e-230 625 XP_046298169.1 XP_049747270.1 55.9 299 131 1 10 308 10 307 4.39e-115 333 XP_046298169.1 XP_002688837.2 33.2 283 184 2 20 302 21 298 1.13e-49 166 XP_046298169.1 XP_034290446.1 32.3 300 193 4 7 302 7 300 5.42e-47 159 XP_046298169.1 XP_005087540.1 33.8 302 190 3 14 311 12 307 3.42e-46 157 XP_046298169.1 XP_042531659.1 32.0 303 194 8 6 303 4 299 9.72e-44 150 GCB60913.1 GCB60913.1 98.9 645 7 0 1 645 1 645 0.0 1351 MCB9680378.1 MCB9680378.1 100 246 0 0 1 246 1 246 7.03e-172 471 MCB9680378.1 KAG2346037.1 33.0 200 118 6 5 195 16 208 1.39e-19 83.6 MCB9680378.1 XP_028635853.1 27.8 115 77 2 6 114 14 128 8.32e-05 41.6 KAI3679517.1 KAI3679517.1 100 292 0 0 1 292 1 292 3.61e-222 602 MBU0598391.1 MBU0598391.1 100 341 0 0 1 341 1 341 1.13e-261 706 WP_118925030.1 WP_118925030.1 96.7 393 13 0 1 393 1 393 7.58e-275 744 MCB3018266.1 MCB3018266.1 92.5 267 20 0 1 267 1 267 3.02e-172 474 MCB3018266.1 NRJ54907.1 87.3 267 33 1 1 267 1 266 9.48e-162 447 MSP81668.1 MSP81668.1 100 239 0 0 1 239 1 239 1.13e-169 465 SFB29161.1 SFB29161.1 93.1 524 36 0 1 524 1 524 0.0 967 SFB29161.1 HAT4171334.1 40.4 525 299 4 2 524 3 515 5.48e-138 407 SFB29161.1 GFR82011.1 45.8 214 111 1 1 209 1 214 3.01e-57 188 SFB29161.1 WP_123653117.1 32.5 191 129 0 19 209 28 218 3.98e-27 108 WP_204638884.1 WP_204638884.1 96.2 264 10 0 1 264 1 264 4.04e-180 494 WP_204638884.1 WP_211867837.1 46.0 250 127 2 3 244 2 251 1.45e-75 229 WP_204638884.1 MCR4310565.1 25.9 270 183 9 4 264 133 394 1.54e-17 79.7 WP_176354145.1 WP_176354145.1 100 370 0 0 1 370 1 370 1.47e-274 741 WP_176354145.1 WP_140480909.1 47.4 329 166 4 10 335 17 341 8.28e-100 298 WP_176354145.1 WP_076409454.1 45.4 315 151 5 6 316 5 302 4.97e-88 268 WP_176354145.1 WP_237907640.1 42.1 359 195 6 6 362 4 351 1.88e-84 259 WP_176354145.1 WP_109219819.1 48.6 286 143 3 8 293 20 301 1.08e-82 255 WP_176354145.1 WP_170725874.1 46.0 298 133 3 11 307 10 280 1.41e-81 251 WP_176354145.1 WP_011057593.1 41.5 337 169 7 6 334 5 321 2.25e-73 230 WP_176354145.1 WP_258581409.1 47.2 233 122 1 6 238 4 235 5.36e-71 224 WP_176354145.1 MWR41881.1 41.4 222 123 2 21 236 44 264 5.40e-52 172 WP_176354145.1 HBO4828144.1 50.0 192 92 2 20 211 29 216 1.02e-49 167 WP_176354145.1 WP_077217464.1 36.0 258 148 5 16 261 45 297 9.96e-48 162 WP_176354145.1 WP_222125851.1 36.1 238 142 3 11 239 7 243 1.36e-45 155 WP_176354145.1 EHH5649593.1 37.3 212 118 2 24 229 21 223 4.16e-42 147 WP_176354145.1 MBQ3864274.1 36.6 224 132 4 17 230 32 255 7.75e-34 126 WP_176354145.1 WP_088153117.1 36.5 200 118 2 31 224 24 220 9.65e-33 124 WP_176354145.1 WP_227059655.1 33.3 228 144 4 18 237 341 568 2.12e-31 123 WP_176354145.1 WP_247429569.1 31.6 237 149 4 3 228 14 248 2.67e-29 112 WP_176354145.1 WP_221977168.1 31.1 225 135 4 6 215 16 235 1.32e-26 105 WP_176354145.1 KAJ5168969.1 33.6 220 127 8 24 232 526 737 4.30e-23 99.4 WP_176354145.1 KAF9974715.1 29.8 215 132 8 24 234 484 683 2.13e-13 70.1 WP_226741138.1 WP_226741138.1 91.4 315 27 0 1 315 1 315 1.17e-209 573 ACU52521.1 ACU52521.1 88.7 151 17 0 1 151 1 151 3.26e-94 267 EAF4311303.1 EAF4311303.1 100 199 0 0 1 199 1 199 1.46e-143 396 PIR98590.1 PIR98590.1 98.6 708 10 0 1 708 1 708 0.0 1363 RLV89158.1 RLV89158.1 91.8 885 73 0 1 885 1 885 0.0 1655 RMG03831.1 RMG03831.1 100 222 0 0 1 222 1 222 3.55e-169 462 MBA2496669.1 MBA2496669.1 100 126 0 0 1 126 1 126 8.03e-92 259 WP_127979673.1 WP_127979673.1 100 230 0 0 1 230 1 230 3.81e-168 461 WP_127979673.1 MCH8328754.1 41.8 225 130 1 1 224 5 229 5.44e-64 197 WP_101025682.1 WP_101025682.1 98.0 1011 20 0 1 1011 1 1011 0.0 1985 WP_101025682.1 MBT2214695.1 29.8 725 463 16 13 723 222 914 1.49e-76 273 MBL68646.1 MBL68646.1 100 283 0 0 1 283 1 283 1.07e-214 583 MBL68646.1 WP_224828628.1 40.3 298 151 10 1 278 1 291 3.49e-56 181 WP_027600082.1 WP_027600082.1 100 125 0 0 1 125 1 125 2.14e-82 235 WP_183298005.1 WP_183298005.1 100 240 0 0 1 240 1 240 2.36e-167 459 NLL64488.1 NLL64488.1 93.3 179 12 0 1 179 1 179 9.31e-128 354 NLL64488.1 WP_050163955.1 39.2 153 93 0 5 157 86 238 1.01e-35 123 XP_021682448.1 XP_021682448.1 100 146 0 0 1 146 1 146 2.53e-109 305 UJV88611.1 QTD03487.1 96.8 4405 137 2 1 4401 1 4405 0.0 8757 UJV88611.1 UEC68750.1 96.7 4405 140 2 1 4401 1 4405 0.0 8743 UJV88611.1 UHM53165.1 96.7 4405 140 2 1 4401 1 4405 0.0 8740 UJV88611.1 UFM02602.1 96.7 4405 140 2 1 4401 1 4405 0.0 8740 UJV88611.1 UBL45068.1 96.7 4405 140 2 1 4401 1 4405 0.0 8738 UJV88611.1 UJV88611.1 99.1 4401 38 0 1 4401 1 4401 0.0 8735 UJV88611.1 ULA23837.2 97.1 4401 128 0 1 4401 1 4401 0.0 8727 UJV88611.1 UXH94526.1 97.1 4401 129 0 1 4401 1 4401 0.0 8722 UJV88611.1 QXR94354.1 96.9 4402 136 1 1 4401 1 4402 0.0 8710 UJV88611.1 UPP41269.1 96.8 4402 139 1 1 4401 1 4402 0.0 8707 UJV88611.1 QTM79632.1 96.8 4402 138 1 1 4401 1 4402 0.0 8703 UJV88611.1 USR14792.1 96.8 4402 140 1 1 4401 1 4402 0.0 8703 UJV88611.1 QTZ27226.1 96.8 4402 140 1 1 4401 1 4402 0.0 8699 UJV88611.1 UJJ97602.1 98.8 4401 53 0 1 4401 1 4401 0.0 8697 UJV88611.1 UFM00670.1 96.7 4405 140 2 1 4401 1 4405 0.0 8695 UJV88611.1 UIR12670.1 97.1 4397 126 0 1 4397 1 4397 0.0 8695 UJV88611.1 UKU68032.1 96.8 4401 142 0 1 4401 1 4401 0.0 8694 UJV88611.1 UPA83906.1 97.0 4397 130 0 1 4397 1 4397 0.0 8684 UJV88611.1 UMF87224.1 97.0 4397 132 0 1 4397 1 4397 0.0 8680 UJV88611.1 UZO53924.1 96.9 4398 137 1 1 4397 1 4398 0.0 8674 UJV88611.1 QSZ25555.1 96.8 4401 135 2 1 4397 1 4401 0.0 8672 UJV88611.1 URQ55824.1 96.8 4398 138 1 1 4397 1 4398 0.0 8672 UJV88611.1 QWC83326.1 96.9 4401 134 2 1 4397 1 4401 0.0 8671 UJV88611.1 UVB16817.1 96.9 4398 137 1 1 4397 1 4398 0.0 8671 UJV88611.1 QVD87869.1 96.9 4398 137 1 1 4397 1 4398 0.0 8670 UJV88611.1 WEU87158.1 96.8 4401 136 2 1 4397 1 4401 0.0 8667 UJV88611.1 UBP50947.1 96.8 4401 137 2 1 4397 1 4401 0.0 8664 UJV88611.1 QZU16279.1 96.8 4401 137 2 1 4397 1 4401 0.0 8664 UJV88611.1 UBD95131.1 96.8 4401 137 2 1 4397 1 4401 0.0 8662 UJV88611.1 UEC52718.1 96.7 4401 141 2 1 4397 1 4401 0.0 8654 UJV88611.1 UKN67998.1 97.1 4377 127 0 21 4397 1 4377 0.0 8653 UJV88611.1 UBR86455.1 95.5 4400 192 2 2 4397 1 4400 0.0 8532 UJV88611.1 UXX67934.1 95.3 4398 204 1 1 4397 1 4398 0.0 8509 UJV88611.1 UCP72061.1 95.1 4401 213 2 1 4397 1 4401 0.0 8480 UJV88611.1 UAQ80067.1 94.9 4401 219 2 1 4397 1 4401 0.0 8471 UJV88611.1 UCP77012.1 94.9 4401 219 2 1 4397 1 4401 0.0 8470 UJV88611.1 UOU30556.1 95.1 4398 215 1 1 4397 1 4398 0.0 8469 UJV88611.1 UJS94137.1 96.1 4296 168 0 106 4401 1 4296 0.0 8463 UJV88611.1 UGA79226.1 94.3 4401 245 2 1 4397 1 4401 0.0 8400 UJV88611.1 ULB83374.1 93.9 4401 268 0 1 4401 1 4401 0.0 8394 UJV88611.1 WHE12941.1 94.3 4372 248 1 27 4397 1 4372 0.0 8351 UJV88611.1 UVI10561.1 93.2 4371 295 1 28 4397 1 4371 0.0 8235 UJV88611.1 UGB98301.1 91.3 4405 378 2 1 4401 1 4405 0.0 8162 UJV88611.1 QRX02582.1 96.6 4098 134 2 1 4094 1 4098 0.0 8113 UJV88611.1 UJT06733.1 91.4 4397 376 0 1 4397 1 4397 0.0 8056 UJV88611.1 UFA30503.1 90.4 4340 411 2 27 4362 1 4340 0.0 7889 UJV88611.1 UMA88644.1 89.7 4376 449 0 22 4397 1 4376 0.0 7869 UJV88611.1 WGP70063.1 89.4 4369 459 2 1 4365 1 4369 0.0 7837 UJV88611.1 UNI03201.1 88.4 4378 504 2 27 4401 1 4378 0.0 7806 UJV88611.1 WEI27974.1 88.4 4402 509 1 1 4401 1 4402 0.0 7804 UJV88611.1 UEX07109.1 85.0 4379 653 2 27 4401 1 4379 0.0 7446 UJV88611.1 WGP98278.1 86.0 4364 605 2 1 4360 1 4364 0.0 7425 UJV88611.1 URP80785.1 83.1 4375 739 1 28 4401 1 4375 0.0 7053 UJV88611.1 WAS49087.1 81.9 4398 793 1 1 4397 1 4398 0.0 7018 UJV88611.1 UPB00876.1 73.7 4375 1149 1 28 4401 1 4375 0.0 6167 UJV88611.1 UYE49180.1 73.6 4402 1160 1 1 4401 1 4402 0.0 6141 UJV88611.1 WGQ72821.1 63.6 4344 1577 2 26 4365 1 4344 0.0 5058 WP_158303127.1 WP_158303127.1 100 56 0 0 1 56 1 56 5.72e-33 105 MBI1797961.1 MBI1797961.1 100 347 0 0 1 347 1 347 2.20e-262 709 MBI1797961.1 WP_069877432.1 38.9 339 188 9 19 347 15 344 6.72e-76 236 MBI1797961.1 MCI1663915.1 35.7 353 194 6 13 347 4 341 1.51e-70 222 WP_259568097.1 WP_259568097.1 98.8 890 11 0 1 890 1 890 0.0 1803 WP_259568097.1 MBR7152669.1 38.7 163 96 3 8 167 6 167 5.27e-34 126 HCD4651973.1 HCD4651973.1 96.4 869 31 0 1 869 1 869 0.0 1696 WP_109124355.1 WP_109124355.1 100 216 0 0 1 216 1 216 3.68e-159 437 WP_109124355.1 WP_132579575.1 40.4 52 31 0 155 206 15 66 9.58e-06 40.8 MCK9579519.1 MCK9579519.1 100 342 0 0 1 342 1 342 2.77e-258 698 WP_252122124.1 WP_252122124.1 100 326 0 0 1 326 1 326 3.38e-235 638 WP_252122124.1 WP_039806668.1 41.5 328 188 4 1 326 5 330 3.54e-71 222 WP_252122124.1 WP_234521407.1 31.6 326 220 3 1 326 4 326 9.32e-50 167 WP_031912375.1 WP_031912375.1 100 73 0 0 112 184 112 184 3.71e-55 171 WP_102687017.1 WP_102687017.1 100 348 0 0 1 348 1 348 1.23e-264 714 OWA15278.1 OWA15278.1 100 133 0 0 1 133 1 133 1.03e-95 270 OWA15278.1 WP_136193451.1 42.6 122 66 3 10 129 8 127 5.41e-26 97.4 OWA15278.1 WP_089269927.1 39.2 97 54 2 10 101 7 103 3.35e-16 70.9 KAG7153436.1 KAG7153436.1 81.5 518 96 0 1 518 1 518 1.29e-290 795 EAI4228870.1 EAI4228870.1 100 719 0 0 1 719 1 719 0.0 1419 VDP10889.1 VDP10889.1 100 190 0 0 1 190 1 190 6.00e-143 394 WP_188340499.1 WP_188340499.1 91.8 122 10 0 1 122 1 122 7.53e-77 221 MCL0086045.1 MCL0086045.1 100 263 0 0 1 263 1 263 2.90e-193 527 WP_192500494.1 WP_192500494.1 100 303 0 0 1 303 1 303 1.43e-229 622 WP_192500494.1 WP_152652784.1 35.3 300 191 2 2 299 5 303 1.24e-62 199 WP_192500494.1 EHR6291555.1 41.5 217 125 1 3 217 330 546 9.45e-60 198 WP_192500494.1 RLN50561.1 34.6 240 150 5 3 235 1494 1733 1.69e-41 151 WP_192500494.1 WP_221265680.1 28.6 217 147 4 3 214 20 233 4.91e-33 122 WP_192500494.1 THW78755.1 32.3 226 147 6 3 226 1216 1437 7.39e-30 117 WP_192500494.1 WP_281543397.1 30.8 195 131 3 17 208 4 197 1.95e-28 109 WP_192500494.1 WP_132175930.1 33.3 210 127 6 8 208 33 238 2.11e-28 110 WP_192500494.1 MSO30570.1 28.2 234 160 6 3 231 8 238 1.98e-27 107 WP_192500494.1 WP_279984614.1 29.0 241 143 8 3 222 10 243 4.28e-23 94.4 WP_192500494.1 WP_247749043.1 31.4 210 127 6 15 210 371 577 1.12e-16 78.6 WP_192500494.1 WP_150396769.1 22.7 216 154 4 3 207 25 238 1.17e-14 72.4 WP_192500494.1 WP_089246429.1 25.5 231 140 7 2 209 4 225 5.34e-13 67.4 WP_192500494.1 XP_013005546.1 27.9 197 131 6 32 221 76 268 1.47e-11 63.2 WP_192500494.1 WP_131166802.1 26.9 219 129 11 17 210 25 237 1.02e-09 57.0 WP_192500494.1 WP_145468487.1 25.2 151 106 3 20 163 28 178 3.03e-09 54.7 WP_192500494.1 WAY96880.1 26.1 161 96 2 18 163 5 157 5.11e-09 53.5 WP_192500494.1 KAF9974715.1 22.3 202 128 6 18 208 481 664 9.55e-06 45.4 WP_142114448.1 WP_142114448.1 96.6 357 12 0 12 368 12 368 1.69e-247 673 WP_142114448.1 WP_054059514.1 36.3 212 124 5 36 246 30 231 4.30e-29 111 WP_142114448.1 WP_129703040.1 32.5 151 95 2 43 193 26 169 3.65e-18 79.7 MBI1884116.1 MBI1884116.1 100 224 0 0 1 224 1 224 8.69e-171 467 KAJ0250772.1 KAJ0250772.1 89.2 120 13 0 1 120 1 120 2.52e-65 192 HBN08959.1 HBN08959.1 100 248 0 0 1 248 1 248 3.82e-186 508 QEC74319.1 QEC74319.1 100 264 0 0 1 264 1 264 2.60e-201 547 QEC74319.1 HCD14621.1 30.7 257 172 4 8 264 13 263 1.21e-35 127 QEC74319.1 WP_135306871.1 34.1 258 163 5 8 264 16 267 1.92e-33 122 KAJ7903702.1 KAJ7903702.1 100 423 0 0 1 423 1 423 0.0 882 KAJ7903702.1 EYU24504.1 29.8 319 166 5 23 309 189 481 1.17e-44 162 KAJ7903702.1 XP_046441060.1 29.8 245 166 3 23 266 61 300 1.73e-33 132 KAJ7903702.1 XP_020321477.1 27.1 262 185 3 6 266 36 292 2.67e-30 122 KAJ7903702.1 KAH6984898.1 25.2 302 168 7 19 267 20 316 4.03e-23 100 KAJ7903702.1 WP_281919021.1 25.9 270 181 7 12 268 1 264 2.33e-17 82.4 KAJ7903702.1 XP_026100634.1 28.8 219 138 7 27 234 87 298 4.69e-16 78.2 KAJ7903702.1 WP_271931007.1 27.9 229 125 9 29 221 667 891 2.03e-14 73.9 KAJ7903702.1 GIW70618.1 23.6 254 184 2 23 266 48 301 6.63e-14 72.4 KAJ7903702.1 XP_043377824.1 28.0 207 128 7 23 213 25 226 3.73e-13 70.1 KAJ7903702.1 NJK67049.1 33.1 130 82 4 94 219 119 247 3.44e-10 60.1 KAJ7903702.1 XP_048409145.1 33.3 81 51 2 133 213 765 842 2.20e-07 51.6 KAJ7903702.1 KAI3849778.1 24.6 199 137 5 29 218 501 695 2.35e-05 45.1 RXN11474.1 RXN11474.1 100 779 0 0 1 779 1 779 0.0 1600 MCJ7468405.1 MCJ7468405.1 100 131 0 0 1 131 1 131 9.22e-98 275 ECI0838809.1 ECI0838809.1 100 452 0 0 1 452 1 452 0.0 916 WP_087918330.1 WP_087918330.1 100 250 0 0 1 250 1 250 4.64e-188 513 WP_087918330.1 WP_175395805.1 50.0 246 123 0 1 246 1 246 5.59e-89 262 WP_087918330.1 NET00292.1 48.0 244 125 2 5 246 28 271 1.26e-81 244 EJA1208030.1 EJA1208030.1 100 154 0 0 1 154 1 154 1.62e-118 329 KAJ7494177.1 KAJ7494177.1 100 313 0 0 1 313 1 313 3.27e-240 650 MCH2663613.1 MCH2663613.1 96.9 350 11 0 1 350 1 350 8.94e-259 700 WP_157476287.1 WP_157476287.1 100 196 0 0 1 196 1 196 2.08e-146 403 WP_157476287.1 KUO65278.1 44.7 190 101 3 1 190 1 186 3.09e-53 167 WP_149911652.1 WP_149911652.1 100 433 0 0 1 433 1 433 4.44e-317 854 WP_149911652.1 WP_102461582.1 33.2 295 179 5 141 426 32 317 3.04e-41 147 WP_149911652.1 WP_274755179.1 36.3 278 161 9 151 422 150 417 2.41e-38 142 WP_149911652.1 MBX3687043.1 28.7 303 162 11 135 414 175 446 4.70e-15 75.1 WP_149911652.1 KDF42894.1 30.5 243 139 12 198 422 257 487 8.49e-12 65.1 WP_149911652.1 WP_149230790.1 33.3 111 68 3 316 422 432 540 2.31e-07 51.2 HBF6683624.1 HBF6683624.1 100 193 0 0 1 193 1 193 4.52e-135 374 WP_175740884.1 WP_175740884.1 92.8 195 14 0 1 195 1 195 2.31e-129 360 RUU66461.1 RUU66461.1 100 380 0 0 1 380 1 380 2.02e-277 749 RUU66461.1 WP_192324556.1 53.4 397 159 5 5 377 223 617 4.50e-131 387 RUU66461.1 WP_227059655.1 48.1 393 187 3 2 377 224 616 1.54e-117 353 RUU66461.1 MBU5353226.1 51.1 262 122 3 82 340 7 265 1.34e-86 263 RUU66461.1 MBQ3864274.1 53.5 254 115 3 103 355 33 284 2.74e-84 258 RUU66461.1 WP_226904802.1 51.8 253 121 1 82 333 25 277 1.05e-83 257 RUU66461.1 WP_098952357.1 47.5 261 133 4 82 339 6 265 1.52e-67 214 RUU66461.1 GLY24463.1 44.2 260 130 4 82 333 7 259 2.40e-60 196 RUU66461.1 MCP5262709.1 42.9 259 134 4 82 333 4 255 1.25e-59 194 RUU66461.1 WP_066083732.1 35.5 287 167 5 76 353 3 280 1.90e-58 191 RUU66461.1 WP_107894076.1 38.8 260 149 5 82 333 3 260 6.36e-57 187 RUU66461.1 WP_131166802.1 41.2 260 139 4 82 333 8 261 3.90e-55 183 RUU66461.1 MWR41881.1 36.3 223 136 5 106 326 44 262 3.44e-36 131 RUU66461.1 WP_258581409.1 33.2 238 141 6 95 329 12 234 2.08e-33 126 RUU66461.1 WP_109219819.1 33.2 226 129 8 106 324 33 243 5.04e-28 111 RUU66461.1 WP_072380563.1 32.1 221 143 5 106 323 17 233 6.09e-28 108 RUU66461.1 WP_022619009.1 28.3 198 126 5 109 302 22 207 1.98e-18 82.0 RUU66461.1 MBQ8297564.1 25.3 261 167 10 69 318 314 557 1.22e-11 64.3 RUU66461.1 WP_222125851.1 38.8 49 30 0 4 52 193 241 8.12e-07 48.1 RUU66461.1 QCM13287.1 41.1 56 30 1 1 56 206 258 3.19e-05 43.5 RUU66461.1 WP_278489123.1 35.7 56 33 2 1 56 196 248 7.52e-04 39.3 MCP1831263.1 MCP1831263.1 100 171 0 0 1 171 1 171 1.76e-128 355 WP_012785155.1 WP_012785155.1 100 424 0 0 1 424 1 424 0.0 868 RYD69609.1 RYD69609.1 100 101 0 0 1 101 1 101 7.08e-72 207 MBF3543544.1 MBF3543544.1 100 69 0 0 1 69 1 69 2.46e-44 135 NXN86496.1 NXN86496.1 100 584 0 0 28 611 28 611 0.0 1199 HBG7982863.1 HBG7982863.1 100 208 0 0 1 208 1 208 1.98e-150 414 HBG7982863.1 WP_046234935.1 50.8 193 95 0 8 200 165 357 8.27e-65 202 WP_107194058.1 WP_107194058.1 100 267 0 0 1 267 1 267 9.04e-199 541 EFO2269166.1 EFO2269166.1 100 379 0 0 1 379 1 379 3.82e-286 771 EFO2269166.1 WP_054998585.1 33.8 355 218 8 16 365 13 355 2.79e-61 199 WP_271569604.1 WP_271569604.1 100 87 0 0 1 87 1 87 5.87e-60 176 KAG9297605.1 KAG9297605.1 100 537 0 0 1 537 1 537 0.0 1101 KAG9291817.1 KAG9291817.1 93.2 367 25 0 1 367 1 367 1.77e-269 728 WP_103478303.1 WP_103478303.1 100 123 0 0 1 123 1 123 2.94e-88 250 WP_159081190.1 WP_159081190.1 100 66 0 0 1 66 1 66 3.44e-45 137 PHU26875.1 PHU26875.1 100 271 0 0 1 271 1 271 2.70e-202 550 PMD26514.1 PMD26514.1 91.0 679 61 0 1 679 1 679 0.0 1261 WP_106281081.1 WP_106281081.1 94.6 536 29 0 1 536 1 536 0.0 1039 OYU97658.1 OYU97658.1 100 108 0 0 1 108 1 108 1.96e-79 226 OYU97658.1 WP_230693348.1 63.9 108 39 0 1 108 1 108 4.56e-51 155 MBP5531704.1 MBP5531704.1 100 166 0 0 1 166 1 166 6.20e-122 338 WP_203325777.1 WP_203325777.1 100 201 0 0 1 201 1 201 8.45e-153 419 WP_203325777.1 MCI5191941.1 33.3 87 51 2 73 159 529 608 2.01e-06 45.8 WP_225927241.1 WP_225927241.1 100 830 0 0 1 830 1 830 0.0 1751 WP_225927241.1 WP_232923125.1 70.3 812 238 2 20 829 2 812 0.0 1186 WP_261402515.1 WP_261402515.1 100 225 0 0 1 225 1 225 2.39e-164 451 HHO42668.1 HHO42668.1 100 441 0 0 1 441 1 441 0.0 871 HHO42668.1 XP_054539312.1 29.1 409 258 15 8 384 405 813 1.09e-31 127 HHO42668.1 XP_028705251.1 28.4 306 172 13 30 292 91 392 1.16e-15 77.8 HHO42668.1 NQY08093.1 48.3 58 26 2 68 122 9 65 1.23e-06 45.1 HHO42668.1 XP_046337982.1 26.1 199 113 9 38 209 119 310 8.01e-05 43.1 WP_049480885.1 WP_049480885.1 97.1 510 15 0 1 510 1 510 0.0 965 KAI5618353.1 KAI5618353.1 99.3 688 5 0 1 688 1 688 0.0 1418 KAI5618353.1 XP_046907253.1 28.1 462 265 17 234 669 94 514 6.62e-36 140 WP_117292786.1 WP_117292786.1 94.5 127 7 0 1 127 1 127 5.21e-84 239 WP_127595852.1 WP_127595852.1 100 143 0 0 1 143 1 143 1.54e-104 293 XP_043406427.1 XP_043406427.1 100 473 0 0 1 473 1 473 0.0 1002 NNL66378.1 NNL66378.1 100 137 0 0 1 137 1 137 3.28e-103 289 NNL66378.1 WP_134885491.1 31.6 133 67 2 5 137 8 116 1.82e-15 70.1 GBM10107.1 GBM10107.1 100 148 0 0 1 148 1 148 3.45e-108 302 MBF8294570.1 MBF8294570.1 97.8 589 13 0 1 589 1 589 0.0 1175 MBF8294570.1 RYO44776.1 31.5 612 337 23 24 581 249 832 5.33e-69 237 MBF8294570.1 MCL1888839.1 34.5 264 151 2 346 588 451 713 7.81e-47 173 MBF8294570.1 MBQ5493788.1 39.5 119 72 0 461 579 17 135 2.38e-25 100 WP_120358183.1 WP_120358183.1 98.2 553 10 0 1 553 1 553 0.0 1103 WP_120358183.1 WP_097514015.1 46.6 382 186 4 163 526 164 545 1.43e-97 305 WP_120358183.1 EIZ9235425.1 49.7 300 151 0 214 513 213 512 6.75e-84 268 WP_120358183.1 WP_017172025.1 32.7 557 332 11 3 545 2 529 2.03e-75 247 WP_120358183.1 HAZ7424284.1 40.4 327 173 4 190 509 192 503 5.73e-64 216 KAJ8673388.1 KAJ8673388.1 100 310 0 0 1 310 1 310 8.32e-237 641 NWY89495.1 NWY89495.1 100 508 0 0 1 508 1 508 0.0 1038 RLI44152.1 RLI44152.1 100 113 0 0 1 113 1 113 1.58e-76 219 WP_251057605.1 WP_251057605.1 92.9 437 31 0 1 437 1 437 1.45e-276 752 HHD92264.1 HHD92264.1 100 835 0 0 1 835 1 835 0.0 1647 WP_057452934.1 WP_057452934.1 100 352 0 0 1 352 1 352 1.91e-270 729 WP_057452934.1 MBF0865514.1 57.0 342 144 2 1 339 1 342 6.14e-145 412 WP_057452934.1 WP_083296738.1 57.8 306 129 0 13 318 24 329 3.92e-130 375 WP_057452934.1 WP_040532466.1 52.7 313 147 1 9 320 4 316 8.47e-122 353 ETK88527.1 ETK88527.1 100 182 0 0 1 182 1 182 2.19e-132 366 XP_033323208.1 XP_033323208.1 94.3 1211 69 0 1 1211 1 1211 0.0 2277 XP_034290446.1 XP_034290446.1 96.3 322 12 0 1 322 1 322 2.44e-226 615 XP_034290446.1 XP_012889676.1 51.1 311 142 4 1 307 1 305 3.42e-102 300 XP_034290446.1 XP_042531659.1 40.3 308 181 3 3 309 2 307 7.82e-81 246 XP_034290446.1 XP_002688837.2 42.1 309 169 4 1 305 1 303 9.45e-79 241 XP_034290446.1 XP_005087540.1 41.0 300 176 1 12 311 11 309 2.12e-76 235 XP_034290446.1 AAR19565.1 46.8 222 118 0 66 287 1 222 1.26e-71 219 XP_034290446.1 XP_054446685.1 36.5 301 190 1 12 312 9 308 3.35e-68 214 XP_034290446.1 XP_046298169.1 32.4 306 197 4 1 300 1 302 2.00e-47 160 XP_034290446.1 XP_049747270.1 29.5 305 206 5 10 309 10 310 1.70e-39 139 HEY66416.1 HEY66416.1 100 365 0 0 1 365 1 365 3.42e-266 720 MCB2073222.1 MCB2073222.1 79.8 84 17 0 1 84 1 84 6.06e-36 117 HCL9643688.1 HCL9643688.1 100 129 0 0 1 129 1 129 1.73e-92 261 KAI9631590.1 KAI9631590.1 100 172 0 0 1 172 1 172 2.32e-129 358 WP_203891666.1 WP_203891666.1 97.8 504 11 0 1 504 1 504 0.0 1004 PMH44474.1 PMH44474.1 100 245 0 0 1 245 1 245 4.44e-179 489 WP_280892754.1 WP_280892754.1 90.5 283 27 0 1 283 1 283 7.07e-179 492 WP_209898688.1 WP_209898688.1 100 111 0 0 1 111 1 111 8.88e-73 210 NOQ32749.1 NOQ32749.1 100 401 0 0 1 401 1 401 2.96e-292 789 WP_260444899.1 WP_260444899.1 100 502 0 0 1 502 1 502 0.0 1024 WP_157435775.1 WP_157435775.1 100 112 0 0 1 112 1 112 2.53e-77 221 WP_254398103.1 WP_254398103.1 97.5 515 13 0 1 515 1 515 0.0 970 GBF98204.1 GBF98204.1 63.6 1235 449 0 1 1235 1 1235 0.0 1281 MBS4056461.1 MBS4056461.1 100 344 0 0 1 344 1 344 1.09e-265 717 WP_176533080.1 WP_176533080.1 100 175 0 0 1 175 1 175 3.27e-126 350 XP_026180907.1 XP_026180907.1 100 1075 0 0 1 1075 1 1075 0.0 2204 WP_074781633.1 WP_074781633.1 100 296 0 0 1 296 1 296 9.95e-222 602 WP_117338721.1 WP_117338721.1 100 473 0 0 1 473 1 473 0.0 995 MBT4014425.1 MBT4014425.1 100 78 0 0 1 78 1 78 3.00e-49 148 NUR77767.1 NUR77767.1 100 345 0 0 1 345 1 345 7.36e-260 702 KAI0987017.1 KAI0987017.1 100 337 0 0 1 337 1 337 1.01e-262 709 MBI1874593.1 MBI1874593.1 100 46 0 0 1 46 1 46 2.65e-27 90.5 EBF8124084.1 EBF8124084.1 91.3 596 52 0 1 596 1 596 0.0 1134 WP_097794281.1 WP_097794281.1 100 97 0 0 1 97 1 97 9.90e-68 196 RLD79060.1 RLD79060.1 100 402 0 0 1 402 1 402 1.80e-298 805 RLD79060.1 WP_106587829.1 49.6 389 192 4 9 395 5 391 1.27e-133 387 RLD79060.1 MBE6900854.1 49.3 379 189 3 14 390 4 381 4.95e-129 375 RLD79060.1 MBI3668312.1 43.6 179 93 3 222 393 63 240 3.83e-45 154 WP_130237435.1 WP_130237435.1 97.9 326 7 0 1 326 1 326 3.57e-246 666 WP_130237435.1 WP_051789242.1 30.8 328 217 8 3 325 9 331 2.76e-33 124 NEP09993.1 NEP09993.1 89.6 125 13 0 1 125 1 125 3.53e-72 209 WP_254833504.1 WP_254833504.1 93.7 158 10 0 1 158 1 158 3.91e-103 290 HBO7852577.1 HBO7852577.1 100 142 0 0 1 142 1 142 1.90e-97 278 MAQ88009.1 MAQ88009.1 100 159 0 0 1 159 1 159 9.28e-116 322 WP_256546297.1 WP_256546297.1 100 275 0 0 1 275 1 275 2.59e-202 551 WP_256546297.1 WP_276362074.1 41.2 255 150 0 21 275 2 256 1.38e-64 201 WP_256546297.1 WP_221977168.1 36.8 247 140 3 33 274 25 260 1.39e-50 165 WP_256546297.1 WP_008134825.1 34.7 248 156 2 23 270 350 591 6.77e-41 148 WP_256546297.1 WP_071876418.1 29.1 258 156 7 24 272 4 243 2.39e-27 108 WP_256546297.1 MBQ3864274.1 29.7 239 144 8 21 247 10 236 2.44e-23 95.5 WP_256546297.1 HBO4828144.1 28.8 226 135 4 24 244 11 215 8.93e-22 90.5 WP_256546297.1 MBT4161918.1 26.7 217 139 6 36 248 23 223 6.37e-21 87.0 WP_256546297.1 MCP5262709.1 26.7 247 151 8 23 253 1 233 2.37e-18 81.6 WP_256546297.1 WP_022619009.1 25.8 233 146 7 43 271 23 232 9.47e-18 78.6 WP_256546297.1 WP_066083732.1 23.8 260 152 10 19 253 2 240 1.73e-17 79.3 WP_256546297.1 WP_197521413.1 26.8 220 132 8 38 256 21 212 8.86e-17 76.6 WP_256546297.1 WP_107894076.1 23.5 243 159 9 23 250 5 235 1.97e-14 70.5 WP_256546297.1 WP_192324556.1 24.7 247 169 5 20 253 10 252 2.34e-12 65.1 WP_256546297.1 WP_125260587.1 34.6 104 58 3 169 263 827 929 1.71e-08 53.5 WP_256546297.1 MBO8485404.1 35.9 92 55 3 148 236 702 792 1.26e-07 50.8 WP_256546297.1 MCD6199266.1 34.4 125 68 5 156 271 373 492 3.97e-07 49.3 WP_256546297.1 MBU22120.1 34.3 108 60 4 146 247 496 598 1.73e-06 47.4 WP_256546297.1 WP_158347019.1 36.0 100 57 3 145 242 356 450 2.22e-06 47.0 WP_108335718.1 WP_108335718.1 100 426 0 0 1 426 1 426 0.0 885 MBH8634352.1 MBH8634352.1 82.1 363 65 0 1 363 1 363 8.94e-202 561 MBH8634352.1 WP_281760414.1 42.3 137 79 0 32 168 25 161 2.25e-30 116 MBH8634352.1 WP_258228246.1 29.6 142 100 0 26 167 20 161 1.52e-16 77.4 ECI4825602.1 ECI4825602.1 100 56 0 0 1 56 1 56 5.05e-36 113 WP_070060651.1 WP_070060651.1 92.2 334 26 0 1 334 1 334 7.87e-229 623 AOW36968.1 AOW36968.1 100 333 0 0 1 333 1 333 1.30e-247 670 AOW36968.1 ACH90072.1 89.5 333 35 0 1 333 45 377 1.25e-229 627 AOW36968.1 AVA00513.1 90.7 323 30 0 1 323 17 339 7.16e-226 615 AOW36968.1 QWY38042.1 87.1 333 43 0 1 333 17 349 3.38e-225 616 AOW36968.1 ACY29573.1 88.6 333 38 0 1 333 17 349 4.24e-225 617 AOW36968.1 AFJ09957.1 88.3 333 39 0 1 333 17 349 2.21e-224 615 AOW36968.1 AFV39595.1 89.8 333 34 0 1 333 70 402 6.31e-224 635 AOW36968.1 BAO11608.1 88.9 323 36 0 1 323 17 339 2.79e-223 609 AOW36968.1 AOW33101.1 91.8 318 26 0 1 318 1 318 7.38e-223 607 AOW36968.1 BAO23243.1 88.4 327 38 0 1 327 17 343 1.32e-222 607 AOW36968.1 ARR91819.1 80.8 291 55 1 1 290 17 307 1.06e-171 477 AOW36968.1 ACV16867.1 89.2 250 27 0 84 333 1 250 1.34e-168 469 AOW36968.1 ADB27070.1 89.0 210 23 0 121 330 1 210 5.89e-141 395 AOW36968.1 ABJ92889.1 71.1 83 24 0 1 83 14 96 5.56e-38 129 NDH20019.1 NDH20019.1 100 284 0 0 1 284 1 284 7.81e-213 578 WP_224774708.1 WP_224774708.1 100 63 0 0 1 63 1 63 1.51e-40 125 WP_236373897.1 WP_236373897.1 100 389 0 0 1 389 1 389 1.76e-287 776 WP_011739125.1 WP_011739125.1 94.4 445 25 0 1 445 1 445 9.33e-300 811 WP_011739125.1 WP_187918914.1 35.6 438 258 8 3 428 2 427 4.02e-84 263 WP_011739125.1 WP_028046854.1 32.0 466 272 16 10 437 23 481 2.06e-36 138 WP_011739125.1 MCC6251785.1 24.7 454 310 9 5 430 6 455 2.99e-26 108 XP_044902674.1 XP_044902674.1 97.6 664 16 0 1 664 1 664 0.0 1327 XP_044902674.1 XP_017706045.1 42.4 674 315 6 11 613 35 706 1.22e-184 538 XP_044902674.1 KAB0382747.1 54.0 485 221 2 134 618 303 785 3.04e-180 530 XP_044902674.1 EFB15155.1 46.5 493 234 9 6 477 113 596 2.12e-138 416 XP_044902674.1 XP_023822602.1 44.7 389 213 2 195 582 187 574 1.54e-115 356 XP_044902674.1 XP_004869485.1 43.5 230 121 3 309 529 228 457 8.52e-55 194 XP_044902674.1 XP_047491136.1 47.3 131 69 0 395 525 829 959 4.20e-33 134 XP_044902674.1 XP_022457077.1 34.3 236 117 8 170 393 171 380 2.79e-27 113 XP_044902674.1 WAR09170.1 34.0 206 93 5 305 510 20 182 1.23e-22 95.5 XP_044902674.1 PVD36313.1 25.2 282 154 6 162 420 1027 1274 2.99e-21 97.4 XP_044902674.1 XP_013164386.1 31.0 197 131 4 366 561 331 523 3.15e-18 86.7 HBE7681505.1 HBE7681505.1 86.2 1355 187 0 1 1355 1 1355 0.0 2317 HBE7681505.1 ECB3811761.1 69.6 753 203 9 1 751 1 729 0.0 1005 HBE7681505.1 WP_139067457.1 36.7 602 327 11 764 1337 192 767 2.37e-108 360 HBE7681505.1 WP_219484458.1 40.9 496 262 8 866 1349 328 804 5.08e-95 323 HBE7681505.1 WP_209676560.1 30.3 304 164 13 923 1218 607 870 1.20e-14 77.8 KAI5383356.1 KAI5383356.1 100 448 0 0 1 448 1 448 0.0 947 MBU0720484.1 MBU0720484.1 100 217 0 0 1 217 1 217 1.29e-164 451 QEG42388.1 QEG42388.1 100 485 0 0 1 485 1 485 0.0 1009 HCD3539350.1 HCD3539350.1 92.6 175 13 0 1 175 1 175 4.95e-112 314 EET4886479.1 EET4886479.1 100 453 0 0 1 453 1 453 0.0 945 EET4886479.1 WP_004960861.1 39.6 427 246 5 24 445 107 526 5.15e-95 295 EET4886479.1 EFH7886278.1 62.7 166 62 0 283 448 1 166 1.19e-73 227 WP_120463061.1 WP_120463061.1 100 139 0 0 1 139 1 139 2.48e-99 279 HCS32205.1 HCS32205.1 100 677 0 0 1 677 1 677 0.0 1367 ODM89149.1 ODM89149.1 91.1 236 21 0 1 236 1 236 1.20e-158 437 ETI39029.1 ETI39029.1 93.0 656 46 0 1 656 1 656 0.0 1300 USR37329.1 USR37329.1 94.7 189 10 0 1 189 1 189 4.37e-131 363 USR37329.1 BAD88428.1 89.2 186 20 0 4 189 1 186 1.55e-116 337 USR37329.1 AFP82159.1 87.5 160 20 0 30 189 1 160 1.96e-95 281 WP_235292752.1 WP_235292752.1 95.6 227 10 0 1 227 1 227 1.27e-160 441 WP_133499669.1 WP_133499669.1 94.1 675 40 0 1 675 1 675 0.0 1267 WP_232839144.1 WP_232839144.1 97.4 310 8 0 20 329 20 329 2.18e-212 581 KAF7255154.1 KAF7255154.1 96.6 378 13 0 1 378 1 378 3.48e-277 749 MBP8049567.1 MBP8049567.1 96.4 279 10 0 1 279 1 279 6.75e-191 522 MBP8049567.1 WP_204504397.1 27.2 279 190 5 2 275 19 289 4.54e-24 97.1 WP_224314556.1 WP_224314556.1 100 121 0 0 1 121 1 121 3.08e-89 252 CDZ81696.1 CDZ81696.1 100 333 0 0 1 333 1 333 1.94e-258 697 CDZ81696.1 WP_251074290.1 48.6 323 155 4 5 325 18 331 5.71e-103 309 WP_240904022.1 WP_240904022.1 95.4 263 12 0 1 263 1 263 1.46e-177 487 WP_139489874.1 WP_139489874.1 100 38 0 0 1 38 1 38 1.05e-23 80.9 WP_246442701.1 WP_246442701.1 100 170 0 0 1 170 1 170 1.71e-121 339 WP_254033437.1 WP_254033437.1 100 254 0 0 1 254 1 254 2.21e-188 514 OHA02323.1 OHA02323.1 96.0 572 23 0 1 572 1 572 0.0 1109 OHA02323.1 PIQ07033.1 39.6 543 279 11 25 562 17 515 1.38e-115 351 OHA02323.1 NEB38825.1 32.0 381 211 13 147 504 67 422 3.12e-41 154 OHA02323.1 WP_131284109.1 31.0 403 223 16 153 526 76 452 1.05e-29 120 OHA02323.1 OMF24356.1 30.0 313 186 11 246 556 331 612 1.41e-21 97.1 OHA02323.1 MBQ2895174.1 26.0 281 141 7 162 386 228 497 7.26e-14 72.4 OHA02323.1 HCG88012.1 25.6 223 128 7 233 451 436 624 1.38e-11 65.5 WP_121252511.1 WP_121252511.1 90.6 372 35 0 1 372 1 372 6.45e-238 649 WP_121252511.1 PZW56938.1 28.8 312 195 7 21 317 1 300 1.20e-25 104 WP_121252511.1 MCP5558243.1 30.8 156 100 4 208 362 246 394 9.79e-05 42.4 WP_242254186.1 WP_242254186.1 100 244 0 0 1 244 1 244 6.82e-178 486 OFX32653.1 OFX32653.1 92.7 647 47 0 1 647 1 647 0.0 1132 OFX32653.1 HCT06136.1 40.5 555 322 5 44 595 178 727 1.98e-126 389 OFX32653.1 MBI6149093.1 41.0 564 319 7 63 622 218 771 4.87e-117 365 OFX32653.1 WP_041591748.1 35.2 580 359 6 37 608 57 627 2.55e-112 350 OFX32653.1 WP_074319120.1 39.1 622 324 12 42 622 136 743 1.91e-103 329 OFX32653.1 WP_013632646.1 32.5 554 354 10 80 622 259 803 1.08e-84 281 OFX32653.1 SFX27592.1 32.3 597 365 15 39 625 125 692 9.29e-81 268 OFX32653.1 MCE7698179.1 32.1 380 236 8 80 451 30 395 4.00e-59 202 OFX32653.1 MBY0273331.1 26.3 528 345 9 77 567 58 578 1.62e-43 165 OFX32653.1 KAJ6994162.1 25.0 536 313 19 138 598 153 674 1.02e-25 111 OFX32653.1 WP_278631399.1 32.8 174 85 4 438 584 499 667 2.08e-14 75.1 OFX32653.1 WP_235126772.1 31.0 184 92 3 439 592 512 690 2.78e-14 74.7 KAI9191373.1 KAI9191373.1 100 876 0 0 1 876 1 876 0.0 1799 KAI9191373.1 WP_060613079.1 29.6 534 317 15 117 612 67 579 3.11e-62 219 KAI9191373.1 MBQ4454347.1 31.9 474 273 9 175 613 118 576 1.41e-57 206 KAI9191373.1 MBQ8297564.1 27.3 516 339 8 117 605 56 562 1.81e-51 188 KAI9191373.1 WP_036258374.1 27.5 541 324 15 119 613 46 564 8.88e-50 183 KAI9191373.1 WP_195238978.1 29.7 488 310 8 142 605 235 713 2.77e-47 179 KAI9191373.1 NFD84694.1 35.6 278 138 5 358 605 485 751 1.22e-38 152 KAI9191373.1 WP_247749043.1 32.9 243 137 4 397 614 359 600 2.16e-34 138 KAI9191373.1 KAJ2660037.1 27.2 471 284 17 137 578 1550 1990 1.60e-30 128 KAI9191373.1 KAF9974715.1 25.7 470 278 18 143 578 855 1287 5.87e-26 113 KAI9191373.1 MWR41881.1 31.6 206 96 7 428 599 59 253 7.35e-19 85.9 KAI9191373.1 WP_088153117.1 31.3 147 89 4 424 565 25 164 1.95e-13 71.2 KAI9191373.1 WP_142931103.1 32.8 186 91 8 398 565 255 424 1.28e-12 69.3 KAI9191373.1 MCB0243881.1 31.7 164 96 5 413 568 25 180 2.47e-11 62.8 KAI9191373.1 WP_221265680.1 29.0 155 103 4 412 565 34 182 1.38e-10 62.0 KAI9191373.1 RLN50561.1 30.9 165 99 7 416 576 1515 1668 1.57e-10 63.5 MBP9713953.1 MBP9713953.1 100 181 0 0 1 181 1 181 1.67e-131 364 WP_098502057.1 WP_098502057.1 91.5 199 17 0 1 199 1 199 1.66e-124 348 WP_243269836.1 WP_243269836.1 99.0 3126 32 0 1 3126 1 3126 0.0 6115 WP_243269836.1 HBP6650873.1 40.8 850 398 15 1596 2434 9 764 5.78e-172 559 WP_243269836.1 WP_001537381.1 32.8 1259 689 47 29 1195 11 1204 4.74e-104 374 WP_243269836.1 WP_247392216.1 47.7 235 118 4 31 263 45 276 1.65e-50 179 WP_243269836.1 WP_186153646.1 51.4 175 83 2 65 238 82 255 6.78e-45 162 WP_243269836.1 MBS1222269.1 54.1 157 61 4 29 177 49 202 3.66e-39 144 WP_243269836.1 WP_253352066.1 28.5 478 299 15 1505 1951 439 904 1.20e-36 151 MCK5068303.1 MCK5068303.1 100 66 0 0 1 66 1 66 9.87e-45 135 WP_135110180.1 WP_135110180.1 100 169 0 0 1 169 1 169 3.86e-122 339 WP_215638040.1 WP_215638040.1 100 396 0 0 1 396 1 396 5.34e-297 800 WP_215638040.1 WP_280938002.1 26.6 383 244 16 34 393 44 412 2.94e-28 113 OFZ34164.1 OFZ34164.1 100 73 0 0 1 73 1 73 5.34e-52 154 HAQ04103.1 HAQ04103.1 95.6 407 18 0 1 407 1 407 1.51e-288 780 HAQ04103.1 WP_122236618.1 36.1 169 102 2 218 386 155 317 5.63e-25 103 HIG02706.1 HIG02706.1 100 421 0 0 1 421 1 421 0.0 876 HBS5629917.1 HBS5629917.1 100 121 0 0 1 121 1 121 4.38e-89 252 MBO9310472.1 MBO9310472.1 100 73 0 0 1 73 1 73 1.62e-48 146 MBO4463486.1 MBO4463486.1 100 328 0 0 1 328 1 328 8.51e-255 688 WP_230210113.1 WP_230210113.1 100 69 0 0 1 69 1 69 2.18e-47 142 EEV0504409.1 EEV0504409.1 100 267 0 0 1 267 1 267 4.33e-206 560 EEV0504409.1 EEY3543156.1 90.8 131 12 0 1 131 893 1023 5.39e-76 247 EEV0504409.1 EEO7917989.1 63.2 133 49 0 1 133 860 992 3.67e-50 175 EEV0504409.1 EFQ4765027.1 61.4 57 22 0 1 57 864 920 3.07e-16 76.6 NCV89943.1 NCV89943.1 100 456 0 0 1 456 1 456 0.0 870 NCV89943.1 GIR09622.1 42.2 450 228 5 23 453 23 459 7.08e-109 328 NCV89943.1 WP_007853416.1 36.3 466 266 9 6 453 4 456 9.93e-74 239 NCV89943.1 WP_239913672.1 24.4 443 288 10 22 454 14 419 4.60e-25 105 NCV89943.1 WP_113669955.1 27.4 303 180 7 20 309 13 288 4.57e-16 78.2 GFS02759.1 GFS02759.1 100 55 0 0 1 55 1 55 1.64e-36 114 XP_025814622.1 XP_025814622.1 96.5 1089 38 0 1 1089 1 1089 0.0 2089 XP_025814622.1 XP_019180948.1 27.6 1097 605 27 13 1079 21 958 4.24e-101 340 XP_025814622.1 KAG2309455.1 29.0 886 537 21 225 1079 62 886 1.68e-90 308 XP_025814622.1 XP_040250218.1 33.8 533 260 15 469 993 111 558 6.64e-67 239 XP_025814622.1 XP_021765438.1 32.1 383 224 11 617 989 440 796 4.95e-47 181 XP_025814622.1 KAI3849778.1 32.2 366 211 11 720 1077 434 770 2.82e-39 155 XP_025814622.1 XP_049847771.1 33.4 395 224 14 81 456 131 505 1.51e-32 132 XP_025814622.1 XP_044484513.1 30.1 286 174 10 701 973 11 283 1.98e-26 114 XP_025814622.1 MBF1128433.1 30.1 219 131 9 775 989 8 208 1.72e-21 98.6 XP_025814622.1 MBD2210269.1 29.6 230 129 11 777 989 14 227 1.59e-13 72.8 XP_025814622.1 XP_023194678.1 33.5 191 111 10 397 585 125 301 3.14e-12 68.9 XP_025814622.1 XP_042622198.1 24.5 216 128 8 782 986 205 396 7.51e-08 54.7 OFZ82064.1 OFZ82064.1 100 66 0 0 1 66 1 66 7.19e-47 141 WP_096765790.1 WP_096765790.1 100 153 0 0 1 153 1 153 3.03e-118 328 WP_096765790.1 MCP5208043.1 44.6 148 80 2 5 152 3 148 4.92e-37 122 WP_096765790.1 WP_023322253.1 42.8 152 82 4 2 152 3 150 3.40e-35 118 MCL2206583.1 MCL2206583.1 100 117 0 0 1 117 1 117 2.28e-89 252 MCI8806686.1 MCI8806686.1 95.8 239 10 0 1 239 1 239 3.72e-159 439 MBI4773680.1 MBI4773680.1 100 354 0 0 1 354 1 354 6.32e-261 706 MCK4320383.1 MCK4320383.1 100 152 0 0 1 152 1 152 3.28e-108 303 WP_052016305.1 WP_052016305.1 95.9 344 14 0 1 344 1 344 9.81e-244 661 QDT53250.1 QDT53250.1 97.7 479 11 0 1 479 1 479 0.0 954 MCG7858617.1 MCG7858617.1 96.2 261 10 0 1 261 1 261 5.39e-188 513 TNF43597.1 TNF43597.1 100 360 0 0 1 360 1 360 3.46e-277 747 MBO7597869.1 MBO7597869.1 97.3 412 11 0 1 412 1 412 3.10e-295 797 MBO7597869.1 CAA0126222.1 27.3 433 255 15 8 404 14 422 1.30e-33 128 MBO7597869.1 WP_205443952.1 27.1 417 256 14 8 404 8 396 1.65e-33 127 MBO7597869.1 WP_122873240.1 23.9 451 252 19 8 404 12 425 1.30e-19 88.6 WP_218401824.1 WP_218401824.1 96.7 338 11 0 1 338 1 338 1.41e-249 676 WP_228618531.1 WP_228618531.1 92.9 169 12 0 1 169 1 169 5.21e-112 315 MCK6520984.1 MCK6520984.1 100 222 0 0 1 222 1 222 7.11e-160 439 WP_232018041.1 WP_232018041.1 100 162 0 0 1 162 1 162 1.12e-122 340 WP_089092961.1 WP_089092961.1 100 70 0 0 1 70 1 70 1.16e-47 143 MCI6324393.1 MCI6324393.1 100 702 0 0 1 702 1 702 0.0 1466 MCI6324393.1 WP_267184195.1 31.4 140 89 5 76 210 19 156 1.04e-10 63.2 EFL3122059.1 EFL3122059.1 100 304 0 0 1 304 1 304 3.78e-230 624 EFL3122059.1 EIH4263652.1 93.7 300 15 1 9 304 1 300 3.41e-205 572 EFL3122059.1 EFL5817307.1 94.9 253 9 1 56 304 1 253 1.22e-173 488 EFL3122059.1 EFN5389376.1 93.7 189 8 1 120 304 1 189 1.33e-115 353 EFL3122059.1 EFI7849450.1 72.0 168 43 1 28 191 3 170 5.60e-79 236 EFL3122059.1 EER8306359.1 76.8 82 19 0 4 85 218 299 6.19e-38 134 EFL3122059.1 EJW7579374.1 94.7 38 2 0 267 304 1 38 6.12e-17 77.8 EFL3122059.1 HAN0352225.1 82.4 34 6 0 271 304 1 34 1.35e-11 63.2 MBR4563510.1 MBR4563510.1 100 168 0 0 1 168 1 168 2.83e-128 355 XP_029371967.1 XP_029371967.1 98.1 378 7 0 1 378 1 378 7.43e-288 776 XP_029371967.1 XP_017476002.1 38.0 371 156 8 33 376 187 510 9.31e-71 229 XP_029371967.1 NWT80859.1 35.5 62 40 0 198 259 152 213 6.74e-06 45.4 ACA34490.1 ACA34490.1 100 516 0 0 1 516 1 516 0.0 1053 ACA34490.1 WP_252264110.1 44.4 135 75 0 259 393 4 138 7.96e-35 127 ACA34490.1 EHK9185512.1 31.1 280 159 8 259 514 6 275 4.87e-31 120 KAG3000577.1 KAG3000577.1 97.0 773 23 0 1 773 1 773 0.0 1531 MBI0841908.1 MBI0841908.1 100 74 0 0 1 74 1 74 1.36e-50 151 MCL5061987.1 MCL5061987.1 100 205 0 0 1 205 1 205 1.15e-152 419 EHR6291555.1 EHR6291555.1 100 578 0 0 1 578 1 578 0.0 1180 EHR6291555.1 WP_152652784.1 45.6 217 118 0 327 543 3 219 1.54e-65 214 EHR6291555.1 WP_192500494.1 41.5 217 125 1 330 546 3 217 1.80e-59 198 EHR6291555.1 NLW39422.1 43.1 216 115 4 337 547 28 240 1.90e-45 162 EHR6291555.1 WP_084371009.1 38.4 211 128 2 330 539 3 212 4.25e-42 152 EHR6291555.1 NVM03966.1 36.6 213 129 4 339 550 32 239 2.12e-39 145 EHR6291555.1 WP_221265680.1 32.4 210 141 1 329 537 19 228 1.79e-35 134 EHR6291555.1 RLN50561.1 32.5 249 159 4 323 562 1487 1735 7.54e-34 136 EHR6291555.1 WP_132175930.1 34.4 221 126 6 337 546 35 247 8.92e-34 129 EHR6291555.1 WP_281543397.1 33.3 186 122 2 35 219 17 201 5.64e-27 109 EHR6291555.1 MSO30570.1 33.2 226 142 5 327 547 5 226 6.47e-27 110 EHR6291555.1 WP_278489123.1 30.0 233 152 4 328 549 4 236 3.39e-23 98.2 EHR6291555.1 WP_150396769.1 23.8 547 316 18 10 537 29 493 1.33e-19 90.5 EHR6291555.1 MWR41881.1 29.5 207 139 4 30 229 51 257 7.60e-19 85.1 EHR6291555.1 THW78755.1 31.8 211 130 4 22 230 483 681 1.28e-18 88.6 EHR6291555.1 WP_089246429.1 24.2 578 301 24 1 538 1 481 8.18e-15 75.5 EHR6291555.1 WP_247749043.1 29.1 227 142 9 14 226 365 586 6.90e-14 72.8 EHR6291555.1 WP_088153117.1 27.8 194 131 5 33 219 24 215 4.38e-13 69.3 EHR6291555.1 WP_142931103.1 28.4 194 120 6 15 197 266 451 1.10e-11 65.5 EHR6291555.1 XP_013005546.1 26.6 199 130 6 352 541 69 260 4.26e-11 63.9 EHR6291555.1 MBQ9964693.1 28.7 188 112 5 6 192 2 168 2.17e-10 58.5 EHR6291555.1 WP_222599035.1 27.4 219 146 7 21 230 480 694 3.17e-10 61.2 EHR6291555.1 WAY96880.1 25.7 191 133 5 20 203 2 190 1.31e-08 53.5 EHR6291555.1 WP_041710957.1 24.1 199 112 7 2 191 286 454 7.07e-08 53.5 EHR6291555.1 KAF9974715.1 25.1 243 143 10 20 248 470 687 2.15e-07 52.4 WP_023685930.1 WP_023685930.1 97.8 402 9 0 1 402 1 402 7.97e-302 813 WP_261952390.1 WP_261952390.1 100 176 0 0 1 176 1 176 1.14e-131 364 WP_135059887.1 WP_135059887.1 100 470 0 0 1 470 1 470 0.0 943 XP_008902753.1 XP_008902753.1 100 165 0 0 1 165 1 165 2.85e-122 339 WP_186282298.1 WP_186282298.1 100 149 0 0 1 149 1 149 1.51e-107 301 WP_186282298.1 WP_065138043.1 68.5 146 44 1 1 146 1 144 4.63e-67 198 WP_118283063.1 WP_118283063.1 94.1 404 24 0 1 404 1 404 5.31e-260 707 WP_118283063.1 WP_086136661.1 33.2 365 242 2 8 371 14 377 3.96e-43 154 HAL7851047.1 HAL7851047.1 100 647 0 0 1 647 1 647 0.0 1370 HAL7851047.1 WP_220281278.1 69.2 637 191 3 12 647 182 814 0.0 955 HAL7851047.1 HCH8663031.1 52.3 642 296 6 8 646 174 808 6.51e-230 657 HAL7851047.1 EJH9475741.1 31.2 677 381 25 13 646 126 760 3.47e-81 271 HAL7851047.1 WP_081845076.1 25.0 581 372 19 47 605 179 717 1.08e-25 110 WP_007635864.1 WP_007635864.1 100 271 0 0 1 271 1 271 8.76e-208 564 WP_223101678.1 WP_223101678.1 100 276 0 0 1 276 1 276 3.71e-207 563 WP_140372075.1 WP_140372075.1 100 650 0 0 1 650 1 650 0.0 1323 WP_140372075.1 WP_055153579.1 33.8 136 78 4 377 503 295 427 1.12e-12 68.9 SDP58856.1 SDP58856.1 100 190 0 0 1 190 1 190 8.20e-141 388 SDP58856.1 WP_196074572.1 36.4 162 94 4 6 160 11 170 6.58e-33 114 AAO64374.1 AAO64374.1 68.9 238 74 0 1 238 1 238 4.14e-107 307 KAI2867803.1 KAI2867803.1 100 340 0 0 1 340 1 340 7.92e-257 694 KAI2867803.1 HAB35737.1 34.3 286 170 8 20 304 47 315 9.09e-33 124 NNE58254.1 NNE58254.1 100 196 0 0 1 196 1 196 2.15e-139 385 WP_092396407.1 WP_092396407.1 100 535 0 0 1 535 1 535 0.0 1095 CAF4033986.1 CAF4033986.1 98.1 470 9 0 1 470 1 470 0.0 949 KAH7290269.1 KAH7290269.1 100 107 0 0 1 107 1 107 1.23e-77 222 PZN79281.1 PZN79281.1 94.2 396 23 0 1 396 1 396 3.06e-271 735 PZN79281.1 WP_063417119.1 28.7 390 242 15 10 371 455 836 1.48e-24 104 PZN79281.1 MBE0479857.1 23.6 356 242 12 6 350 4 340 1.96e-16 78.6 CAD8042782.1 CAD8042782.1 100 443 0 0 1 443 1 443 0.0 888 WP_083051706.1 WP_083051706.1 94.9 396 20 0 1 396 1 396 7.86e-274 742 WP_083051706.1 MAJ59213.1 27.0 226 165 0 149 374 624 849 2.32e-26 109 WP_083051706.1 WP_200671006.1 28.3 272 190 3 113 381 594 863 1.19e-23 101 WP_242531680.1 WP_242531680.1 100 181 0 0 1 181 1 181 7.37e-135 372 WP_242531680.1 MCO6480516.1 37.3 177 103 3 7 177 48 222 3.61e-33 116 XP_028635853.1 XP_028635853.1 84.8 500 76 0 1 500 1 500 1.43e-308 838 XP_028635853.1 WP_063302373.1 58.8 272 109 3 6 274 2 273 3.04e-104 311 XP_028635853.1 WP_273849839.1 31.4 185 116 4 14 197 22 196 1.94e-17 80.5 XP_028635853.1 WP_183882442.1 29.1 206 128 4 8 208 4 196 3.43e-17 79.3 XP_028635853.1 MXY99086.1 31.3 182 106 5 21 197 1 168 1.35e-15 74.7 XP_028635853.1 WP_057651690.1 34.6 107 64 1 6 112 46 146 6.76e-09 55.5 XP_028635853.1 MCB9680378.1 28.2 117 74 3 14 128 6 114 1.67e-05 44.7 XP_028635853.1 KAI0154282.1 24.8 202 130 7 5 197 9 197 4.26e-04 40.4 MCB5199682.1 MCB5199682.1 98.5 400 6 0 1 400 1 400 3.35e-277 751 MCB5199682.1 MBT6972091.1 28.2 386 235 11 5 354 12 391 1.44e-41 150 MCB5199682.1 RCV36353.1 29.7 91 60 3 68 156 86 174 4.99e-05 43.5 MBI4905271.1 MBI4905271.1 97.7 434 10 0 1 434 1 434 0.0 864 WP_181797223.1 WP_181797223.1 100 157 0 0 1 157 1 157 4.79e-108 303 WP_109219819.1 WP_109219819.1 100 378 0 0 1 378 1 378 1.44e-285 770 WP_109219819.1 WP_076409454.1 52.5 297 127 3 14 306 1 287 1.57e-102 305 WP_109219819.1 WP_170725874.1 42.8 355 173 6 23 375 10 336 3.94e-89 270 WP_109219819.1 WP_140480909.1 45.4 337 162 7 17 341 12 338 4.76e-87 266 WP_109219819.1 WP_237907640.1 47.7 287 139 4 18 297 4 286 5.46e-83 255 WP_109219819.1 WP_176354145.1 48.6 286 143 3 20 301 8 293 1.10e-82 255 WP_109219819.1 WP_258581409.1 50.4 230 114 0 20 249 6 235 8.20e-79 245 WP_109219819.1 WP_011057593.1 44.8 286 152 2 20 303 7 288 2.63e-77 241 WP_109219819.1 HBO4828144.1 45.5 209 109 3 23 229 20 225 1.90e-48 164 WP_109219819.1 NNE23115.1 37.7 231 144 0 20 250 5 235 8.18e-48 164 WP_109219819.1 EHH5649593.1 38.0 208 115 2 35 236 20 219 1.44e-40 143 WP_109219819.1 WP_142133210.1 35.4 243 145 4 17 251 10 248 7.12e-40 140 WP_109219819.1 MBU5353226.1 32.8 265 168 5 31 287 29 291 8.74e-38 136 WP_109219819.1 WP_226904802.1 31.1 241 149 5 33 260 49 285 2.66e-34 128 WP_109219819.1 WP_145468487.1 34.3 213 129 4 21 223 10 221 7.41e-33 121 WP_109219819.1 WP_278489123.1 35.0 217 130 4 33 242 28 240 5.12e-32 120 WP_109219819.1 MBQ9964693.1 39.0 195 99 5 17 211 1 175 1.82e-30 113 WP_109219819.1 WP_192324556.1 34.6 234 144 4 33 257 345 578 3.84e-30 120 WP_109219819.1 RUU66461.1 33.2 226 129 8 33 243 106 324 5.02e-28 111 WP_109219819.1 MBQ3864274.1 35.1 202 120 5 33 224 36 236 1.81e-25 103 WP_109219819.1 MCH1405047.1 40.0 145 79 2 16 156 8 148 2.60e-25 99.0 WP_109219819.1 MBQ8297564.1 29.1 223 129 7 35 238 352 564 2.05e-18 85.1 WP_109219819.1 WP_221977168.1 26.4 231 151 5 16 230 12 239 5.36e-14 69.7 WP_109219819.1 WP_248562494.1 21.6 213 156 4 17 226 1 205 1.03e-07 51.2 WP_101606078.1 WP_101606078.1 96.0 450 18 0 1 450 1 450 4.92e-309 835 WP_101606078.1 WP_029317544.1 30.7 404 243 10 1 377 1 394 1.09e-49 174 WP_101606078.1 MCF6289355.1 32.2 242 153 3 164 401 25 259 2.25e-40 144 WP_101606078.1 WP_206698867.1 23.4 418 302 10 7 416 1 408 1.09e-29 118 WP_101606078.1 WP_023955328.1 28.0 353 202 16 12 330 11 345 7.03e-16 77.0 MBD5153813.1 MBD5153813.1 100 205 0 0 1 205 1 205 8.10e-153 420 MBD5153813.1 MCI9320818.1 47.8 203 100 3 1 202 1 198 7.34e-53 167 MBD5153813.1 WP_079396843.1 42.2 206 113 3 1 205 1 201 1.82e-49 158 MBD5153813.1 WP_197744369.1 37.4 206 119 6 2 202 4 204 1.45e-36 125 MBR2770999.1 MBR2770999.1 93.8 502 31 0 1 502 1 502 0.0 932 MBR2770999.1 WP_142725797.1 33.9 301 157 10 9 276 5 296 2.31e-34 135 WP_240406805.1 WP_240406805.1 100 62 0 0 1 62 1 62 6.97e-41 125 WP_240406805.1 WP_041488527.1 52.2 23 11 0 16 38 26 48 9.38e-05 34.7 XP_036266973.1 XP_036266973.1 96.4 1047 38 0 1 1047 1 1047 0.0 2076 WP_104333814.1 WP_104333814.1 95.1 205 10 0 1 205 1 205 7.94e-135 374 WP_087759142.1 WP_087759142.1 97.2 498 14 0 1 498 1 498 0.0 982 WP_087759142.1 WP_265102281.1 98.9 264 3 0 235 498 5 268 1.43e-187 523 WP_087759142.1 MCE1252202.1 20.8 212 143 6 5 205 17 214 2.26e-04 42.0 GLH03554.1 GLH03554.1 100 433 0 0 1 433 1 433 0.0 881 MBW6524271.1 MBW6524271.1 100 229 0 0 1 229 1 229 3.64e-161 443 MBK8955603.1 MBK8955603.1 100 262 0 0 1 262 1 262 2.05e-197 537 MBK8955603.1 QLL10545.1 41.5 260 149 3 3 259 18 277 2.15e-70 216 MBK8955603.1 EJV0278763.1 31.8 255 161 4 1 248 1 249 2.33e-30 112 ERO62343.1 ERO62343.1 97.0 335 10 0 1 335 1 335 5.68e-243 659 ERO62343.1 WP_111479522.1 45.3 276 146 2 14 284 29 304 8.65e-71 223 KNZ61865.1 KNZ61865.1 100 92 0 0 1 92 1 92 2.31e-66 192 KKT69527.1 KKT69527.1 100 261 0 0 1 261 1 261 1.17e-182 500 XP_045788843.1 XP_045788843.1 100 150 0 0 1 150 1 150 3.05e-112 313 CEP11827.1 CEP11827.1 81.9 404 73 0 1 404 1 404 4.13e-234 642 MCS7015141.1 MCS7015141.1 100 466 0 0 1 466 1 466 0.0 938 MCS7015141.1 MBW8896250.1 28.7 202 120 6 1 185 12 206 2.60e-13 67.8 WP_276507912.1 WP_276507912.1 100 530 0 0 1 530 1 530 0.0 1102 WP_240732162.1 WP_240732162.1 100 118 0 0 1 118 1 118 1.05e-81 233 WP_240732162.1 ENF92344.1 33.0 97 51 4 2 92 171 259 5.61e-08 47.8 XP_027061846.1 XP_027061846.1 97.3 440 12 0 1 440 1 440 0.0 892 MBV8380961.1 MBV8380961.1 100 671 0 0 1 671 1 671 0.0 1353 WP_136095406.1 WP_136095406.1 97.9 760 16 0 1 760 1 760 0.0 1526 WP_136095406.1 WP_029789810.1 46.5 714 303 12 103 742 146 854 2.42e-204 598 WP_136095406.1 MBP6786080.1 45.5 716 282 13 95 717 128 828 1.63e-189 560 WP_136095406.1 KAF6257731.1 45.3 689 278 16 120 721 163 839 7.51e-179 534 WP_136095406.1 MBL8103469.1 52.5 301 128 6 103 395 151 444 2.91e-92 294 WP_136095406.1 KAI7727618.1 51.1 282 104 3 120 398 165 415 4.40e-79 270 WP_136095406.1 KPK79043.1 28.8 653 382 17 79 726 123 697 8.77e-73 249 WP_136095406.1 MCH2804017.1 65.4 78 27 0 469 546 2 79 2.60e-29 109 WP_006004624.1 WP_006004624.1 100 364 0 0 1 364 1 364 1.96e-260 705 WP_006004624.1 MBQ7739147.1 66.3 362 120 1 1 362 1 360 1.29e-160 452 WP_210212399.1 WP_210212399.1 97.0 337 10 0 1 337 1 337 1.28e-240 653 WP_210212399.1 WP_101936735.1 34.9 318 206 1 1 318 1 317 6.42e-63 201 WP_210212399.1 WP_232306300.1 21.2 151 114 2 169 318 1223 1369 7.27e-07 49.3 EIK8394933.1 EIK8394933.1 98.9 933 10 0 1 933 1 933 0.0 1832 WP_137255610.1 WP_137255610.1 100 301 0 0 1 301 1 301 4.12e-237 641 MBT3459617.1 MBT3459617.1 100 225 0 0 1 225 1 225 7.99e-163 447 MBT3459617.1 WP_060613079.1 54.8 221 100 0 1 221 359 579 2.96e-74 233 MBT3459617.1 WP_011512097.1 47.1 223 117 1 1 223 361 582 5.32e-57 188 MBT3459617.1 NFD84694.1 40.1 227 130 2 1 222 539 764 1.92e-51 176 MBT3459617.1 MBQ8297564.1 40.8 218 128 1 1 218 350 566 6.76e-51 172 MBT3459617.1 WP_247749043.1 37.6 221 134 2 1 217 374 594 2.36e-41 146 MBT3459617.1 WP_222599035.1 37.7 207 122 3 5 208 486 688 5.79e-37 135 MBT3459617.1 WP_278489123.1 31.6 212 124 7 1 202 28 228 4.00e-22 90.1 MBT3459617.1 WP_008056683.1 32.5 209 126 8 1 203 255 454 2.05e-19 84.7 MBT3459617.1 WP_107894076.1 31.3 214 123 9 4 199 28 235 3.28e-15 71.6 MBT3459617.1 WP_036816548.1 27.7 231 133 7 2 211 23 240 1.61e-11 60.5 MBT3459617.1 GLY24463.1 32.4 219 126 9 1 202 24 237 2.50e-11 60.5 MBT3459617.1 WP_139764340.1 31.0 84 56 2 1 82 21 104 8.50e-06 42.4 WP_222256467.1 WP_222256467.1 100 431 0 0 1 431 1 431 0.0 880 WP_029080824.1 WP_029080824.1 100 234 0 0 1 234 1 234 3.25e-171 469 WP_174951329.1 WP_174951329.1 100 364 0 0 1 364 1 364 2.94e-271 733 WP_174951329.1 WP_226800426.1 43.4 355 178 9 19 364 50 390 1.25e-79 247 MBO0691049.1 MBO0691049.1 100 360 0 0 1 360 1 360 2.89e-260 704 MBO0691049.1 WP_095556548.1 32.8 360 210 11 1 328 42 401 8.20e-31 119 MCU0423654.1 MCU0423654.1 100 166 0 0 1 166 1 166 6.45e-124 343 WP_239588825.1 WP_239588825.1 94.8 248 13 0 1 248 1 248 5.08e-166 457 WP_120575284.1 WP_120575284.1 92.6 149 11 0 1 149 1 149 2.06e-96 273 WP_200162023.1 WP_200162023.1 100 96 0 0 1 96 1 96 7.58e-67 194 WP_216576398.1 WP_216576398.1 100 250 0 0 1 250 1 250 1.76e-192 524 WP_216576398.1 KAA0785577.1 42.0 245 141 1 1 244 1 245 4.51e-62 193 WP_216576398.1 EAG5222239.1 38.1 247 150 3 1 244 1 247 9.83e-56 177 CAF3478760.1 CAF3478760.1 100 509 0 0 16 524 16 524 0.0 1076 CAF3478760.1 XP_013258388.1 46.9 475 251 1 28 502 154 627 1.34e-164 481 CAF3478760.1 MBV8174008.1 32.5 378 234 8 127 503 41 398 9.71e-50 174 CAF3478760.1 KFD50394.1 31.3 288 188 4 133 418 99 378 1.05e-43 159 PKI91935.1 PKI91935.1 100 331 0 0 1 331 1 331 5.21e-237 643 SMS09381.1 SMS09381.1 100 447 0 0 1 447 1 447 0.0 924 WP_146207192.1 WP_146207192.1 100 199 0 0 1 199 1 199 1.06e-149 412 WP_132336079.1 WP_132336079.1 100 60 0 0 1 60 1 60 8.63e-41 125 XP_022816306.1 XP_022816306.1 84.8 396 60 0 1 396 1 396 1.05e-239 655 WP_247429569.1 WP_247429569.1 100 260 0 0 1 260 1 260 1.28e-190 520 WP_247429569.1 WP_221977168.1 36.3 245 147 3 17 256 16 256 1.20e-47 157 WP_247429569.1 WP_008134825.1 33.7 246 162 1 14 258 348 593 8.65e-44 156 WP_247429569.1 WP_176354145.1 31.6 237 149 4 14 248 3 228 1.87e-29 112 WP_247429569.1 WP_222599035.1 28.0 225 151 5 22 244 472 687 4.77e-21 90.5 SFW06215.1 SFW06215.1 100 66 0 0 1 66 1 66 1.82e-41 128 WP_137512405.1 WP_137512405.1 100 366 0 0 1 366 1 366 2.78e-286 771 WP_137512405.1 EEY3543156.1 98.6 366 5 0 1 366 1 366 3.85e-272 760 WP_137512405.1 ECI3309320.1 79.0 366 77 0 1 366 1 366 4.44e-224 633 WP_137512405.1 EFQ4765027.1 79.0 366 77 0 1 366 1 366 8.44e-224 634 WP_137512405.1 EEO7917989.1 73.5 366 97 0 1 366 1 366 2.82e-206 595 WP_137512405.1 WP_042959984.1 82.2 101 18 0 103 203 1 101 2.39e-56 177 WP_137512405.1 WP_181865219.1 96.4 55 2 0 312 366 1 55 8.65e-33 122 WP_211254406.1 WP_211254406.1 100 87 0 0 1 87 1 87 4.28e-62 181 EJU2993617.1 EJU2993617.1 100 368 0 0 1 368 1 368 2.36e-279 753 UXE63572.1 UXE63572.1 100 181 0 0 1 181 1 181 1.09e-136 377 WP_196954680.1 WP_196954680.1 94.5 271 15 0 1 271 1 271 1.36e-186 511 RYP53376.1 RYP53376.1 100 327 0 0 1 327 1 327 5.10e-251 678 WP_153811865.1 WP_153811865.1 100 235 0 0 11 245 11 245 2.50e-160 442 WP_236689647.1 WP_236689647.1 100 258 0 0 1 258 1 258 7.16e-196 533 MSQ41299.1 MSQ41299.1 100 137 0 0 1 137 1 137 1.69e-96 272 WP_124548640.1 WP_124548640.1 100 161 0 0 1 161 1 161 7.91e-118 328 WP_124548640.1 WP_258941688.1 43.2 148 78 3 13 156 6 151 2.92e-32 111 WP_274773199.1 WP_274773199.1 94.5 274 15 0 1 274 1 274 1.26e-188 516 WP_200156222.1 WP_200156222.1 100 278 0 0 1 278 1 278 6.68e-211 573 KJF42781.1 KJF42781.1 100 71 0 0 1 71 1 71 2.60e-49 147 WP_149069943.1 WP_149069943.1 100 91 0 0 1 91 1 91 7.48e-67 193 EHW5693237.1 EHW5693237.1 100 149 0 0 1 149 1 149 3.06e-107 300 KAJ5060329.1 KAJ5060329.1 100 529 0 0 1 529 1 529 0.0 1075 KAJ5060329.1 KAG9084682.1 31.3 425 264 7 64 472 18 430 2.32e-74 241 KAJ5060329.1 XP_046922164.1 27.9 305 192 9 174 465 130 419 1.57e-23 101 QWY38042.1 QWY38042.1 100 400 0 0 1 400 1 400 3.10e-298 804 QWY38042.1 AFV39595.1 94.8 400 21 0 1 400 54 453 2.13e-286 797 QWY38042.1 ACY29573.1 90.8 400 37 0 1 400 1 400 3.07e-277 752 QWY38042.1 AFJ09957.1 91.3 400 35 0 1 400 1 400 2.60e-275 746 QWY38042.1 ACH90072.1 89.8 352 36 0 1 352 29 380 1.18e-240 657 QWY38042.1 BAO11608.1 91.2 339 30 0 1 339 1 339 1.57e-235 643 QWY38042.1 BAO23243.1 90.4 343 33 0 1 343 1 343 1.49e-234 640 QWY38042.1 AVA00513.1 89.7 339 35 0 1 339 1 339 3.52e-232 634 QWY38042.1 AOW36968.1 87.1 333 43 0 17 349 1 333 4.06e-225 616 QWY38042.1 AOW33101.1 92.8 318 23 0 17 334 1 318 3.84e-224 613 QWY38042.1 ACV16867.1 91.7 301 25 0 100 400 1 301 6.00e-210 577 QWY38042.1 ARR91819.1 85.0 306 45 1 1 305 1 306 3.79e-189 524 QWY38042.1 ADB27070.1 91.9 210 17 0 137 346 1 210 1.17e-145 410 QWY38042.1 ABJ92889.1 74.0 96 25 0 4 99 1 96 6.49e-46 151 WP_013133580.1 WP_013133580.1 100 209 0 0 1 209 1 209 3.69e-151 416 WP_261132050.1 WP_261132050.1 100 268 0 0 1 268 1 268 2.37e-190 520 WP_261132050.1 MBI5683150.1 44.2 260 136 6 4 258 26 281 8.39e-57 182 MBQ4139225.1 MBQ4139225.1 100 174 0 0 1 174 1 174 1.23e-125 348 MBQ4139225.1 WP_047430984.1 33.5 170 109 2 4 173 505 670 3.35e-24 96.7 KAJ6827980.1 KAJ6827980.1 89.4 528 56 0 1 528 1 528 0.0 930 MBQ2444858.1 MBQ2444858.1 100 117 0 0 1 117 1 117 1.68e-82 235 MBO4463451.1 MBO4463451.1 100 178 0 0 1 178 1 178 5.86e-135 372 MCB0447740.1 MCB0447740.1 96.4 309 11 0 1 309 1 309 2.85e-223 607 MCB0447740.1 WP_090770466.1 38.4 99 53 4 8 105 5 96 1.62e-10 59.3 XP_016452348.1 XP_016452348.1 100 536 0 0 1 536 1 536 0.0 1100 XP_016452348.1 MCK5302212.1 28.1 452 300 8 56 506 18 445 4.25e-42 155 XP_016452348.1 TDJ69718.1 24.6 431 290 15 72 495 22 424 1.16e-22 99.0 WP_063417119.1 WP_063417119.1 97.6 881 21 0 1 881 1 881 0.0 1711 WP_063417119.1 MBM4836391.1 34.2 330 198 6 456 778 23 340 5.57e-49 177 WP_063417119.1 MBK7837454.1 31.0 339 204 7 450 786 2 312 2.69e-37 140 KAF1483258.1 KAF1483258.1 100 404 0 0 1 404 1 404 5.69e-312 839 ROW03190.1 ROW03190.1 65.8 477 163 0 1 477 1 477 1.38e-205 576 ROW03190.1 XP_029439375.1 46.9 162 83 3 1 160 52 212 8.77e-46 160 ROW03190.1 XP_033980738.1 27.3 143 89 5 1 141 269 398 2.14e-10 61.2 ROW03190.1 WP_007337172.1 35.8 81 50 1 82 160 54 134 5.06e-10 57.4 ROW03190.1 KAJ0483518.1 36.2 58 37 0 115 172 1 58 6.80e-09 50.8 ROW03190.1 XP_045702922.1 42.0 50 29 0 1 50 373 422 1.43e-07 52.0 WP_241566677.1 WP_241566677.1 100 357 0 0 1 357 1 357 3.43e-271 732 WP_233178716.1 WP_233178716.1 81.3 96 18 0 1 96 1 96 7.28e-47 143 WP_215152714.1 WP_215152714.1 100 420 0 0 1 420 1 420 8.50e-313 842 WP_215152714.1 WP_037889990.1 36.2 390 231 7 32 416 54 430 6.81e-60 199 MBO5433620.1 MBO5433620.1 100 159 0 0 1 159 1 159 1.60e-116 324 XP_040967143.1 XP_040967143.1 97.6 454 11 0 1 454 1 454 0.0 917 WP_278781114.1 WP_278781114.1 99.4 1704 10 0 1 1704 1 1704 0.0 3533 XP_014204645.1 XP_014204645.1 76.0 750 180 0 1 750 1 750 0.0 1103 WP_275765493.1 WP_275765493.1 100 251 0 0 1 251 1 251 6.10e-189 515 WP_136332629.1 WP_136332629.1 100 232 0 0 1 232 1 232 3.65e-167 458 OFI40104.1 OFI40104.1 100 85 0 0 16 100 16 100 5.65e-55 164 HBA9856909.1 HBA9856909.1 100 90 0 0 1 90 1 90 6.70e-65 188 WP_012147640.1 WP_012147640.1 100 105 0 0 1 105 1 105 4.34e-77 220 WP_045121741.1 WP_045121741.1 98.0 455 9 0 1 455 1 455 0.0 927 CZT45482.1 CZT45482.1 95.5 933 42 0 1 933 1 933 0.0 1833 CZT45482.1 XP_023589550.1 39.6 773 385 15 72 832 81 783 3.78e-171 519 CZT45482.1 RSL59427.1 35.0 417 225 6 89 503 63 435 1.33e-74 251 CZT45482.1 GEU53557.1 33.5 376 206 7 92 461 101 438 7.50e-56 202 CZT45482.1 MBA0549662.1 28.4 398 245 3 89 486 22 379 9.77e-53 187 CZT45482.1 NQR19375.1 31.6 386 223 6 89 471 3 350 1.77e-49 180 CZT45482.1 XP_055095726.1 26.5 449 219 14 94 467 191 603 1.70e-27 117 MCD6247767.1 MCD6247767.1 100 174 0 0 1 174 1 174 8.69e-126 349 MBL0720829.1 MBL0720829.1 87.2 125 16 0 1 125 1 125 1.01e-71 208 WP_281562017.1 WP_281562017.1 87.2 646 83 0 1 646 1 646 0.0 1096 WP_281562017.1 MBP1327478.1 32.2 314 167 13 12 320 9 281 1.86e-33 128 MBF1128433.1 MBF1128433.1 100 618 0 0 1 618 1 618 0.0 1265 MBF1128433.1 WP_281919021.1 35.7 255 159 2 10 259 12 266 2.74e-53 188 MBF1128433.1 WP_106546380.1 33.3 318 176 12 2 295 6 311 9.53e-36 139 MBF1128433.1 MBD2210269.1 31.9 342 204 12 2 320 6 341 4.49e-33 131 MBF1128433.1 XP_046441060.1 28.9 277 187 6 9 283 60 328 1.14e-27 117 MBF1128433.1 XP_020321477.1 29.0 279 186 6 10 284 53 323 5.65e-27 114 MBF1128433.1 NOY27702.1 33.6 211 124 6 9 209 17 221 5.68e-25 105 MBF1128433.1 WP_271931007.1 29.4 293 152 12 2 253 653 931 6.16e-25 108 MBF1128433.1 XP_025814622.1 29.2 219 133 8 8 208 775 989 2.75e-20 94.0 MBF1128433.1 XP_051566275.1 27.2 206 142 5 10 212 1242 1442 3.58e-18 87.4 MBF1128433.1 UZO03952.1 28.6 234 131 9 51 257 10 234 3.99e-16 77.8 MBF1128433.1 XP_021765438.1 29.7 202 127 5 16 208 601 796 4.09e-16 80.5 MBF1128433.1 XP_048379117.1 26.8 205 143 3 10 211 257 457 1.05e-14 75.5 MBF1128433.1 XP_048540820.1 23.0 265 163 10 12 269 792 1022 5.44e-10 60.8 MBF1128433.1 RIB10989.1 29.5 88 50 4 149 226 6 91 1.30e-05 44.7 WP_045308192.1 WP_045308192.1 100 212 0 0 1 212 1 212 8.40e-163 446 WP_045308192.1 EHD1229023.1 59.9 142 53 2 1 138 1 142 2.50e-58 179 AAZ67085.1 AAZ67085.1 100 80 0 0 1 80 1 80 7.79e-55 162 WP_154454910.1 WP_154454910.1 100 317 0 0 1 317 1 317 4.16e-245 662 WP_274915895.1 WP_274915895.1 97.1 238 7 0 1 238 1 238 5.79e-167 458 WP_274915895.1 WP_169054812.1 29.9 157 83 5 26 177 30 164 3.64e-05 42.0 OHX54041.1 OHX54041.1 93.4 151 10 0 1 151 1 151 1.90e-102 288 XP_022216402.2 XP_022216402.2 89.3 535 57 0 1 535 1 535 0.0 932 WP_165724099.1 WP_165724099.1 100 275 0 0 1 275 1 275 1.02e-208 567 WP_165724099.1 MCF8449868.1 30.9 262 158 6 4 262 3 244 4.43e-33 119 WP_165724099.1 MPZ95749.1 28.6 266 157 5 3 266 10 244 5.36e-31 114 MBN8606766.1 MBN8606766.1 89.9 820 83 0 1 820 1 820 0.0 1439 MBN8606766.1 TAL20232.1 36.7 248 141 5 569 805 218 460 4.37e-39 152 MBN8606766.1 WP_007356512.1 35.8 257 135 7 574 804 737 989 3.18e-38 152 MBN8606766.1 PSQ73325.1 27.6 587 365 13 270 815 283 850 4.31e-38 151 MBN8606766.1 WP_138482356.1 37.5 261 156 4 548 804 379 636 9.78e-36 144 MBN8606766.1 KFX48203.1 34.7 239 135 4 574 798 682 913 1.60e-32 134 MBN8606766.1 MBQ1868746.1 30.6 255 164 4 568 813 252 502 1.81e-29 123 MBN8606766.1 WP_074911472.1 27.5 251 175 5 559 806 773 1019 2.36e-17 85.5 MBN8606766.1 MBN1819552.1 27.0 237 162 7 574 805 333 563 2.97e-14 74.7 KAJ7773233.1 KAJ7773233.1 98.8 836 10 0 1 836 1 836 0.0 1712 MCQ2156413.1 MCQ2156413.1 100 337 0 0 1 337 1 337 3.20e-250 677 MCQ2156413.1 HAR7369715.1 37.5 331 184 7 1 313 136 461 9.17e-67 215 MCQ2156413.1 EPR30609.1 38.7 310 181 6 1 307 116 419 6.06e-63 204 MCQ2156413.1 WP_132517191.1 38.0 295 150 5 46 310 196 487 4.21e-53 180 MCQ2156413.1 MBR4705654.1 37.2 223 124 9 50 268 184 394 3.01e-30 117 WP_089246429.1 WP_089246429.1 98.1 515 10 0 1 515 1 515 0.0 1003 WP_089246429.1 MBO5162475.1 36.5 477 280 12 10 475 4 468 1.22e-91 287 WP_089246429.1 WP_150396769.1 34.6 491 310 7 8 496 28 509 1.79e-89 282 WP_089246429.1 WP_185334683.1 30.3 508 330 10 1 499 1 493 1.28e-73 240 WP_089246429.1 WP_008134825.1 28.0 507 301 19 5 480 351 824 4.44e-29 120 WP_089246429.1 WP_071876418.1 23.2 505 308 19 20 471 21 498 2.59e-19 89.4 WP_089246429.1 WP_142931103.1 22.3 488 312 15 20 478 20 469 4.57e-19 88.2 WP_089246429.1 WP_247749043.1 32.9 225 136 9 19 237 373 588 1.16e-17 84.3 WP_089246429.1 WP_084371009.1 29.2 212 132 7 275 483 17 213 1.32e-16 79.0 WP_089246429.1 WP_089095302.1 23.7 540 295 21 20 485 19 515 1.10e-15 78.2 WP_089246429.1 WP_221265680.1 32.1 215 121 5 23 230 38 234 1.79e-15 75.9 WP_089246429.1 EHR6291555.1 23.1 567 321 19 1 481 1 538 4.15e-15 76.3 WP_089246429.1 MBP1876254.1 28.1 231 151 6 10 233 7 229 1.78e-14 73.2 WP_089246429.1 WP_098952357.1 28.4 215 140 6 275 483 30 236 4.34e-14 71.6 WP_089246429.1 WP_192500494.1 25.5 231 140 7 4 225 2 209 3.76e-13 68.6 WP_089246429.1 WP_131166802.1 28.4 243 146 9 2 225 3 236 1.24e-12 67.4 WP_089246429.1 WP_107894076.1 23.8 248 151 8 262 483 2 237 2.69e-12 66.2 WP_089246429.1 WP_066083732.1 24.1 241 156 7 263 482 4 238 5.11e-12 65.5 WP_089246429.1 WP_195238978.1 21.7 207 150 6 276 480 501 697 1.51e-10 62.0 WP_089246429.1 WP_041710957.1 24.0 225 128 9 9 228 294 480 8.40e-09 56.2 WP_089246429.1 NVM03966.1 23.9 213 134 6 275 481 37 227 2.64e-08 53.9 WP_089246429.1 MBQ8297564.1 26.9 249 144 12 252 482 320 548 1.05e-07 52.8 WP_089246429.1 MBQ9964693.1 25.7 171 97 4 10 180 7 147 1.97e-04 40.8 WP_089246429.1 WP_038440434.1 23.4 167 109 5 275 435 350 503 5.61e-04 40.8 VDO63589.1 VDO63589.1 83.1 160 27 0 1 160 1 160 7.11e-91 259 WP_098642363.1 WP_098642363.1 97.0 574 17 0 1 574 1 574 0.0 1132 WP_098642363.1 WP_091423297.1 24.5 440 257 17 169 568 180 584 2.72e-21 96.3 MBA2651112.1 MBA2651112.1 100 64 0 0 1 64 1 64 3.96e-41 126 MBA2651112.1 WP_130410090.1 48.3 58 30 0 1 58 1 58 1.22e-15 62.4 MBA2651112.1 WP_066476002.1 42.9 63 36 0 1 63 1 63 7.40e-15 60.5 UCP72061.1 UCP72061.1 99.2 7096 57 0 1 7096 1 7096 0.0 14186 UCP72061.1 UBD95131.1 98.1 7096 138 0 1 7096 1 7096 0.0 14173 UCP72061.1 UEC52718.1 98.0 7096 141 0 1 7096 1 7096 0.0 14167 UCP72061.1 QWC83326.1 97.9 7096 147 0 1 7096 1 7096 0.0 14157 UCP72061.1 UBP50947.1 97.9 7096 148 0 1 7096 1 7096 0.0 14156 UCP72061.1 WEU87158.1 97.9 7096 149 0 1 7096 1 7096 0.0 14152 UCP72061.1 QSZ25555.1 97.9 7096 151 0 1 7096 1 7096 0.0 14151 UCP72061.1 QVD87869.1 97.8 7096 150 1 1 7096 1 7093 0.0 14142 UCP72061.1 URQ55824.1 97.8 7096 155 1 1 7096 1 7093 0.0 14131 UCP72061.1 UZO53924.1 97.8 7096 155 1 1 7096 1 7093 0.0 14130 UCP72061.1 UVB16817.1 97.8 7096 154 1 1 7096 1 7093 0.0 14129 UCP72061.1 UMF87224.1 97.8 7096 154 2 1 7096 1 7092 0.0 14129 UCP72061.1 QZU16279.1 97.7 7096 162 0 1 7096 1 7096 0.0 14117 UCP72061.1 UCP77012.1 98.5 7096 105 0 1 7096 1 7096 0.0 14117 UCP72061.1 UIR12670.1 97.4 7096 177 2 1 7096 1 7092 0.0 14073 UCP72061.1 UBR86455.1 97.2 7095 196 0 2 7096 1 7095 0.0 14036 UCP72061.1 UPA83906.1 97.2 7096 194 2 1 7096 1 7092 0.0 14031 UCP72061.1 UXX67934.1 96.8 7096 223 1 1 7096 1 7093 0.0 13965 UCP72061.1 UGA79226.1 97.2 7096 198 0 1 7096 1 7096 0.0 13910 UCP72061.1 UKN67998.1 96.4 7076 254 2 21 7096 1 7072 0.0 13841 UCP72061.1 WHE12941.1 96.2 7070 263 1 27 7096 1 7067 0.0 13817 UCP72061.1 UAQ80067.1 95.4 7096 323 0 1 7096 1 7096 0.0 13725 UCP72061.1 UJT06733.1 94.3 7096 399 2 1 7096 1 7092 0.0 13510 UCP72061.1 UVI10561.1 94.3 7069 397 1 28 7096 1 7066 0.0 13495 UCP72061.1 UOU30556.1 93.0 7096 496 1 1 7096 1 7093 0.0 13284 UCP72061.1 UMA88644.1 89.8 7075 718 2 22 7096 1 7071 0.0 12703 UCP72061.1 WAS49087.1 88.5 7096 810 1 1 7096 1 7093 0.0 12501 UCP72061.1 WGP98278.1 83.7 7096 1155 0 1 7096 1 7096 0.0 11633 UCP72061.1 UFM00670.1 97.3 4401 119 0 1 4401 1 4401 0.0 8708 UCP72061.1 UEC68750.1 97.3 4401 119 0 1 4401 1 4401 0.0 8704 UCP72061.1 UHM53165.1 97.3 4401 119 0 1 4401 1 4401 0.0 8703 UCP72061.1 UFM02602.1 97.3 4401 119 0 1 4401 1 4401 0.0 8703 UCP72061.1 QTD03487.1 97.2 4401 125 0 1 4401 1 4401 0.0 8698 UCP72061.1 UBL45068.1 97.2 4401 125 0 1 4401 1 4401 0.0 8689 UCP72061.1 QXR94354.1 97.1 4401 124 1 1 4401 1 4398 0.0 8688 UCP72061.1 ULA23837.2 97.1 4401 123 2 1 4401 1 4397 0.0 8682 UCP72061.1 QTM79632.1 97.1 4401 125 1 1 4401 1 4398 0.0 8682 UCP72061.1 QTZ27226.1 97.1 4401 125 1 1 4401 1 4398 0.0 8680 UCP72061.1 UPP41269.1 97.0 4401 129 1 1 4401 1 4398 0.0 8676 UCP72061.1 USR14792.1 97.0 4401 130 1 1 4401 1 4398 0.0 8673 UCP72061.1 UXH94526.1 97.0 4401 128 2 1 4401 1 4397 0.0 8671 UCP72061.1 UKU68032.1 96.7 4401 141 2 1 4401 1 4397 0.0 8645 UCP72061.1 ULB83374.1 97.3 4401 117 2 1 4401 1 4397 0.0 8527 UCP72061.1 UJV88611.1 95.1 4401 213 2 1 4401 1 4397 0.0 8482 UCP72061.1 UJJ97602.1 94.8 4401 226 2 1 4401 1 4397 0.0 8448 UCP72061.1 UJS94137.1 96.0 4296 167 2 106 4401 1 4292 0.0 8365 UCP72061.1 UGB98301.1 91.9 4401 356 0 1 4401 1 4401 0.0 8129 UCP72061.1 QRX02582.1 97.0 4098 123 0 1 4098 1 4098 0.0 8068 UCP72061.1 UFA30503.1 91.0 4340 390 0 27 4366 1 4340 0.0 7910 UCP72061.1 WEI27974.1 90.5 4401 413 1 1 4401 1 4398 0.0 7885 UCP72061.1 UNI03201.1 89.3 4375 466 1 27 4401 1 4374 0.0 7858 UCP72061.1 WGP70063.1 90.0 4369 437 0 1 4369 1 4369 0.0 7851 UCP72061.1 UEX07109.1 85.5 4375 635 0 27 4401 1 4375 0.0 7420 UCP72061.1 URP80785.1 83.4 4374 723 1 28 4401 1 4371 0.0 7049 UCP72061.1 UYE49180.1 77.1 4401 1007 1 1 4401 1 4398 0.0 6322 UCP72061.1 UPB00876.1 77.1 4374 1000 1 28 4401 1 4371 0.0 6305 UCP72061.1 WGQ72821.1 67.5 4344 1413 0 26 4369 1 4344 0.0 5221 WP_070709792.1 WP_070709792.1 100 270 0 0 1 270 1 270 7.04e-195 533 MCI0750124.1 MCI0750124.1 100 386 0 0 1 386 1 386 2.26e-302 813 MCI0750124.1 WP_002655233.1 27.4 241 140 11 110 347 282 490 1.69e-15 76.3 MBR6483218.1 MBR6483218.1 100 294 0 0 1 294 1 294 4.97e-230 622 MCA8947870.1 MCA8947870.1 98.4 632 10 0 1 632 1 632 0.0 1229 WP_244356123.1 WP_244356123.1 93.4 152 10 0 1 152 1 152 1.44e-102 288 WP_244356123.1 WP_097574091.1 51.8 83 40 0 53 135 36 118 2.77e-26 95.5 HBJ0687394.1 HBJ0687394.1 100 365 0 0 12 376 12 376 2.55e-278 751 MBQ2719788.1 MBQ2719788.1 96.3 574 21 0 1 574 1 574 0.0 1126 MBQ2719788.1 NWT28302.1 33.3 537 325 14 37 552 25 549 3.67e-83 269 MBQ2719788.1 WP_264593810.1 26.1 318 183 13 57 369 24 294 1.10e-12 68.6 GFD16573.1 GFD16573.1 100 163 0 0 1 163 1 163 1.59e-118 330 GFD16573.1 GFB08691.1 84.1 44 7 0 120 163 2 45 6.41e-20 80.5 MBS4051699.1 MBS4051699.1 100 224 0 0 1 224 1 224 4.31e-171 468 MBT4867863.1 MBT4867863.1 100 69 0 0 1 69 1 69 4.40e-47 142 WP_211354231.1 WP_211354231.1 100 160 0 0 1 160 1 160 5.57e-113 315 HAM57133.1 HAM57133.1 100 66 0 0 1 66 1 66 2.83e-44 134 HAM57133.1 MBN2192743.1 48.4 62 32 0 5 66 6 67 7.04e-14 62.4 NMO74192.1 NMO74192.1 100 435 0 0 1 435 1 435 0.0 890 NMO74192.1 NBW79235.1 23.9 414 292 11 19 417 26 431 1.83e-18 85.5 MBQ8462807.1 MBQ8462807.1 100 823 0 0 1 823 1 823 0.0 1761 MBQ8462807.1 WP_070723361.1 57.0 821 314 8 1 815 1 788 0.0 959 TEA36026.1 TEA36026.1 100 349 0 0 1 349 1 349 5.89e-268 723 TEA36026.1 KAI8569196.1 55.3 255 107 4 71 320 14 266 4.77e-99 292 WP_205173112.1 WP_205173112.1 97.9 467 10 0 1 467 1 467 0.0 910 WP_205173112.1 WP_272906673.1 34.2 377 216 6 116 464 106 478 3.51e-73 237 WP_205173112.1 WP_164653811.1 36.6 333 190 6 134 461 150 466 3.89e-69 226 WP_205173112.1 WP_175896721.1 40.7 273 154 3 128 394 129 399 2.64e-63 210 WP_205173112.1 WP_271786410.1 35.9 337 195 6 148 467 8 340 7.84e-63 206 WP_205173112.1 WP_124213670.1 41.5 253 136 4 142 389 126 371 4.22e-60 202 WP_205173112.1 MBP7222158.1 34.8 322 200 6 147 463 1 317 2.65e-59 196 WP_205173112.1 KNY10996.1 34.8 299 179 6 166 461 12 297 1.92e-58 193 WP_205173112.1 WP_278449211.1 26.6 323 220 7 148 464 145 456 3.98e-40 148 CEL11538.1 CEL11538.1 100 230 0 0 1 230 1 230 7.13e-173 473 XP_018282977.1 XP_018282977.1 100 534 0 0 1 534 1 534 0.0 1096 XP_018282977.1 WP_254218450.1 30.0 353 226 7 121 466 174 512 1.33e-39 149 KJS39335.1 KJS39335.1 100 77 0 0 1 77 1 77 1.49e-53 159 WP_276369440.1 WP_276369440.1 100 372 0 0 1 372 1 372 4.14e-291 783 WP_276369440.1 MCH8293010.1 29.4 248 155 10 42 281 1 236 1.67e-21 92.4 GGN43478.1 GGN43478.1 100 69 0 0 1 69 1 69 5.15e-46 139 WP_049599782.1 WP_049599782.1 100 393 0 0 1 393 1 393 1.02e-288 779 MBE6348968.1 MBE6348968.1 100 687 0 0 1 687 1 687 0.0 1439 MBE6348968.1 WP_012573472.1 44.1 691 367 9 5 683 494 1177 2.13e-201 598 MBE6348968.1 WP_070770047.1 42.5 680 372 11 5 676 495 1163 7.48e-190 569 MBE6348968.1 NJD91181.1 43.0 695 364 12 8 685 422 1101 8.55e-185 553 MBE6348968.1 WP_156009076.1 40.9 694 381 13 5 682 493 1173 4.80e-173 525 WP_004699236.1 WP_004699236.1 100 448 0 0 1 448 1 448 0.0 909 WP_004699236.1 WP_006305873.1 29.5 465 288 10 10 447 9 460 4.68e-55 188 WP_004699236.1 MBI5098096.1 26.5 249 154 10 99 326 96 336 2.46e-09 57.4 NOT18216.1 NOT18216.1 100 615 0 0 1 615 1 615 0.0 1250 NOT18216.1 WP_021479352.1 33.3 633 378 11 5 613 534 1146 3.17e-107 347 NOT18216.1 ECN6431251.1 64.8 122 43 0 43 164 1 122 6.10e-55 181 UUS71569.1 UUS71569.1 99.1 1273 11 0 1 1273 1 1273 0.0 1570 UUS71569.1 UZH89542.1 74.7 1273 320 1 1 1273 1 1271 0.0 1499 UUS71569.1 USL51576.1 69.4 1273 387 1 1 1273 1 1270 0.0 1495 UUS71569.1 UYC71619.1 65.6 1273 433 2 1 1273 1 1268 0.0 1494 UUS71569.1 UIX40308.1 66.2 1273 428 1 1 1273 1 1271 0.0 1492 UUS71569.1 QUE11983.1 68.8 1273 394 2 1 1273 1 1270 0.0 1491 UUS71569.1 UPU53169.1 65.3 1273 439 1 1 1273 1 1270 0.0 1490 UUS71569.1 UDK40309.1 66.5 1273 424 1 1 1273 1 1271 0.0 1487 UUS71569.1 UBN63752.1 70.4 1273 374 2 1 1273 1 1270 0.0 1486 UUS71569.1 UHB14670.1 65.1 1273 442 1 1 1273 1 1271 0.0 1484 UUS71569.1 QUM20585.1 93.2 747 51 0 527 1273 526 1272 0.0 1390 UUS71569.1 UGX22439.1 93.6 747 48 0 527 1273 525 1271 0.0 1389 UUS71569.1 QXI91160.1 93.4 747 49 0 527 1273 526 1272 0.0 1387 UUS71569.1 QVX70521.1 64.5 1273 452 0 1 1273 1 1273 0.0 1360 UUS71569.1 UHK01047.1 69.2 1273 392 0 1 1273 1 1273 0.0 980 VEL25898.1 VEL25898.1 100 99 0 0 1 99 1 99 1.75e-71 206 WP_280938002.1 WP_280938002.1 97.6 414 10 0 1 414 1 414 1.03e-310 837 WP_280938002.1 WP_244311009.1 56.6 415 175 2 1 414 1 411 1.38e-175 494 WP_280938002.1 WP_215638040.1 26.9 383 243 15 44 412 34 393 3.68e-30 118 WP_280938002.1 MCJ7486393.1 27.1 339 218 10 77 409 51 366 7.57e-28 111 MBI5809191.1 MBI5809191.1 100 158 0 0 1 158 1 158 2.88e-114 318 WP_064441345.1 WP_064441345.1 100 155 0 0 1 155 1 155 2.04e-108 303 WP_163968309.1 WP_163968309.1 98.4 677 11 0 1 677 1 677 0.0 1310 CVV42982.1 CVV42982.1 95.4 303 14 0 1 303 1 303 4.45e-208 568 CVV42982.1 CEY44168.1 75.0 232 36 2 72 303 1 210 7.94e-115 328 CVV42982.1 WP_061364641.1 43.0 186 103 3 80 264 356 539 6.49e-42 151 WP_167239634.1 WP_167239634.1 94.4 234 13 0 1 234 1 234 5.18e-168 461 WP_167239634.1 NCO19736.1 52.6 232 105 3 1 229 1 230 4.78e-78 233 WP_142725797.1 WP_142725797.1 96.9 639 20 0 1 639 1 639 0.0 1253 WP_142725797.1 MBR2770999.1 34.7 294 150 10 12 296 16 276 1.42e-35 139 WP_189821229.1 WP_189821229.1 100 92 0 0 1 92 1 92 6.38e-64 186 NWY11222.1 NWY11222.1 95.5 156 7 0 1 156 1 156 1.32e-109 306 NWY11222.1 XP_041922209.1 56.5 62 27 0 12 73 155 216 5.16e-18 77.4 NWY11222.1 XP_009464764.1 52.6 57 27 0 12 68 277 333 8.63e-15 68.6 WP_169605852.1 WP_169605852.1 100 96 0 0 1 96 1 96 4.56e-68 197 WP_207918089.1 WP_207918089.1 100 252 0 0 1 252 1 252 6.87e-191 520 WP_207918089.1 MXP43753.1 63.1 252 92 1 2 252 11 262 1.17e-120 343 WP_207918089.1 WP_174822921.1 61.2 250 96 1 4 252 6 255 1.93e-115 329 WP_207918089.1 OAN53756.1 61.4 246 94 1 8 252 14 259 3.58e-107 308 WP_207918089.1 MBC7326981.1 54.0 250 114 1 4 252 5 254 1.90e-103 299 WP_207918089.1 WP_158791585.1 57.0 251 105 3 4 252 3 252 5.07e-103 298 WP_207918089.1 MWR41881.1 34.1 255 147 9 3 251 26 265 7.20e-34 121 WP_207918089.1 WP_072380563.1 29.4 248 161 6 6 248 2 240 2.95e-30 111 WP_207918089.1 MCP5262709.1 29.1 265 162 11 1 252 1 252 1.07e-25 101 WP_207918089.1 GLY24463.1 30.3 244 151 7 16 247 19 255 7.51e-23 93.6 WP_207918089.1 MBU5353226.1 28.6 234 146 6 16 240 26 247 8.36e-23 93.2 WP_207918089.1 WP_107894076.1 29.1 237 153 9 21 247 25 256 1.45e-22 92.8 WP_207918089.1 WP_152652784.1 31.3 214 132 6 1 212 1 201 7.53e-21 87.8 WP_207918089.1 WP_071876418.1 27.0 252 166 7 6 251 4 243 8.81e-21 89.4 WP_207918089.1 WP_227059655.1 29.0 269 154 9 6 248 18 275 1.28e-20 89.0 WP_207918089.1 WP_084371009.1 24.9 229 148 7 4 226 1 211 1.15e-17 79.0 WP_207918089.1 WP_192324556.1 26.4 261 171 6 6 248 14 271 1.34e-17 80.1 WP_207918089.1 EHH5649593.1 28.0 211 127 8 32 236 29 220 3.65e-17 77.4 WP_207918089.1 WP_150396769.1 27.1 214 137 8 20 226 39 240 1.38e-09 56.2 WP_207918089.1 KAF9974715.1 25.4 197 109 6 21 208 481 648 1.73e-09 56.2 WP_207918089.1 CDZ73727.1 22.5 218 133 6 13 221 9 199 1.18e-07 49.7 WP_100081012.1 WP_100081012.1 100 97 0 0 1 97 1 97 8.15e-67 194 WP_014407515.1 WP_014407515.1 100 299 0 0 1 299 1 299 2.26e-224 608 WP_014407515.1 MBK9183427.1 37.7 276 155 6 6 266 11 284 8.10e-51 169 WP_014407515.1 MCQ2612024.1 33.6 289 156 10 4 266 6 284 3.33e-37 133 WP_158131988.1 WP_158131988.1 88.9 659 73 0 1 659 1 659 0.0 1068 WP_158131988.1 WP_097346712.1 59.6 636 255 2 22 657 24 657 2.75e-261 732 WP_158131988.1 AHK46784.1 31.7 284 182 3 386 657 36 319 1.42e-32 126 WP_158131988.1 WP_249991478.1 34.0 326 185 14 13 322 13 324 1.87e-27 112 WP_158131988.1 EIU6828535.1 31.3 313 211 3 14 326 13 321 4.60e-26 107 WP_158131988.1 PPR79666.1 29.9 274 186 5 386 655 60 331 6.05e-26 107 WP_158131988.1 AGL88086.1 29.1 278 177 6 384 658 23 283 5.16e-25 103 WP_158131988.1 MCH3978367.1 26.0 281 193 7 57 326 52 328 3.62e-24 102 WP_158131988.1 EAP5059555.1 33.8 311 183 9 30 326 55 356 2.33e-19 88.6 MBE6713534.1 MBE6713534.1 90.7 432 40 0 1 432 1 432 1.03e-279 761 MBE6713534.1 MCF6289355.1 28.9 225 149 5 182 400 31 250 6.26e-18 82.0 MCP4293344.1 MCP4293344.1 100 222 0 0 1 222 1 222 4.14e-168 460 WP_125555296.1 WP_125555296.1 100 554 0 0 1 554 1 554 0.0 1130 WP_125555296.1 VJO49958.1 47.2 538 252 7 4 534 5 517 3.79e-167 483 WP_125555296.1 WP_253630899.1 29.4 528 291 17 6 522 41 497 9.15e-59 202 WP_125555296.1 PKO20637.1 25.4 398 216 15 4 369 9 357 1.20e-14 74.7 WP_125555296.1 WP_275700896.1 22.5 387 209 13 3 372 2 314 2.78e-13 70.1 WP_125555296.1 MBP7746105.1 21.3 587 278 23 27 544 342 813 2.18e-12 68.2 WP_125555296.1 MBR6406611.1 25.8 225 100 8 27 203 187 392 1.68e-10 62.0 WP_125555296.1 HAN2236324.1 31.6 95 43 2 27 103 226 316 7.29e-08 53.5 WP_251586805.1 WP_251586805.1 100 58 0 0 1 58 1 58 1.42e-36 114 WP_154557671.1 WP_154557671.1 100 325 0 0 1 325 1 325 2.32e-246 666 NXK93169.1 NXK93169.1 100 143 0 0 1 143 1 143 2.36e-108 302 WP_120653510.1 WP_120653510.1 100 223 0 0 1 223 1 223 1.28e-167 459 WP_083053697.1 WP_083053697.1 100 167 0 0 14 180 14 180 8.89e-122 339 WP_262890005.1 WP_262890005.1 100 219 0 0 1 219 1 219 1.62e-159 438 WP_129053209.1 WP_129053209.1 98.6 857 12 0 1 857 1 857 0.0 1727 WP_129053209.1 MXS72767.1 29.6 894 543 30 7 857 15 865 2.83e-92 308 MCB0080507.1 MCB0080507.1 100 109 0 0 1 109 1 109 5.40e-73 210 CAG8634459.1 CAG8634459.1 65.5 55 19 0 1 55 1 55 6.93e-18 67.4 WP_244349102.1 WP_244349102.1 100 486 0 0 1 486 1 486 0.0 992 WP_244349102.1 MCF8391604.1 44.8 487 216 9 1 485 1 436 1.11e-135 397 WP_244349102.1 WP_228961807.1 30.7 332 153 9 1 325 1 262 5.59e-36 135 WP_244349102.1 HJE10580.1 26.4 485 261 15 2 466 10 418 1.82e-31 124 WP_137652803.1 WP_137652803.1 100 311 0 0 1 311 1 311 4.79e-232 629 MBD8931956.1 MBD8931956.1 100 70 0 0 1 70 1 70 1.64e-47 143 WP_237973393.1 WP_237973393.1 100 240 0 0 1 240 1 240 1.49e-179 490 WP_061356765.1 WP_061356765.1 100 182 0 0 1 182 1 182 5.17e-131 363 WP_073201850.1 WP_073201850.1 94.0 331 20 0 1 331 1 331 2.38e-217 593 WP_073201850.1 PSR02572.1 49.3 296 148 2 30 324 49 343 1.07e-98 293 WP_073201850.1 PHR72175.1 47.1 325 162 4 1 324 1 316 3.90e-96 286 WP_073201850.1 WP_225579579.1 36.1 263 150 4 61 316 44 295 6.63e-42 150 WP_073201850.1 WP_253808359.1 35.1 271 159 6 51 316 28 286 9.32e-42 149 WP_073201850.1 WP_254698006.1 34.2 269 157 5 56 316 25 281 1.78e-40 147 WP_073201850.1 CBI36349.3 31.1 228 146 3 93 320 75 291 1.03e-33 127 MBF1224416.1 MBF1224416.1 100 792 0 0 1 792 1 792 0.0 1617 WP_165438496.1 WP_165438496.1 100 120 0 0 1 120 1 120 9.61e-79 226 MBC8203931.1 MBC8203931.1 100 254 0 0 1 254 1 254 2.89e-184 503 WP_227085212.1 WP_227085212.1 96.7 456 15 0 1 456 1 456 0.0 886 WP_034327214.1 WP_034327214.1 100 144 0 0 1 144 1 144 2.75e-112 312 MAC18593.1 MAC18593.1 100 170 0 0 1 170 1 170 1.98e-120 335 NOY92382.1 NOY92382.1 100 122 0 0 1 122 1 122 6.86e-82 235 MBW2071526.1 MBW2071526.1 100 295 0 0 1 295 1 295 1.13e-231 627 MBP8762091.1 MBP8762091.1 100 454 0 0 1 454 1 454 0.0 910 GEV03352.1 GEV03352.1 100 232 0 0 1 232 1 232 6.84e-172 470 WP_183483256.1 WP_183483256.1 82.4 216 38 0 1 216 1 216 2.83e-122 343 WP_196074572.1 WP_196074572.1 100 170 0 0 1 170 1 170 1.15e-128 356 WP_196074572.1 WP_089820066.1 43.0 165 86 3 8 170 2 160 1.31e-37 125 WP_196074572.1 SDP58856.1 36.4 162 94 4 11 170 6 160 5.89e-33 114 WP_107033910.1 WP_107033910.1 100 487 0 0 1 487 1 487 0.0 1000 MBR5482150.1 MBR5482150.1 100 160 0 0 1 160 1 160 1.22e-116 325 HAP8698574.1 HAP8698574.1 100 201 0 0 1 201 1 201 2.72e-149 410 WP_041723747.1 WP_041723747.1 97.2 318 9 0 1 318 1 318 8.15e-223 606 WP_041723747.1 MCS6996891.1 39.1 233 134 5 46 273 118 347 2.17e-40 144 WP_041723747.1 MBF0357294.1 38.8 183 104 4 48 223 162 343 7.71e-28 112 ECY0969635.1 ECY0969635.1 100 96 0 0 1 96 1 96 7.86e-69 199 HBX8004802.1 HBX8004802.1 100 336 0 0 1 336 1 336 7.26e-251 679 HBX8004802.1 HBK1877356.1 52.4 84 37 2 12 92 4 87 3.01e-20 89.7 HBX8004802.1 XP_034264344.1 44.9 98 44 3 13 100 65 162 1.40e-17 81.3 HBX8004802.1 MBA2687082.1 39.8 93 53 1 11 100 5 97 5.94e-14 70.1 HBX8004802.1 WP_084119994.1 30.8 133 83 3 15 146 4 128 6.20e-12 63.9 HBX8004802.1 XP_003056335.1 29.1 127 60 4 14 110 132 258 3.29e-08 53.1 HBX8004802.1 WP_219287479.1 29.2 113 74 4 14 122 5 115 2.11e-05 43.9 WP_180748367.1 WP_180748367.1 77.5 102 23 0 1 102 1 102 2.45e-50 152 WFQ78449.1 WFQ78449.1 100 161 0 0 1 161 1 161 1.79e-114 319 TMD19778.1 TMD19778.1 86.9 84 11 0 1 84 1 84 1.54e-47 144 GGC93399.1 GGC93399.1 100 255 0 0 1 255 1 255 3.99e-196 533 ABQ63546.1 ABQ63546.1 89.4 218 23 0 1 218 1 218 4.48e-136 379 ABQ63546.1 AWS34156.1 73.9 218 57 0 1 218 2 219 1.13e-120 340 ABQ63546.1 ADW49125.1 77.7 211 47 0 8 218 1 211 2.86e-119 336 ABQ63546.1 AFA24308.1 78.7 211 45 0 8 218 2 212 2.43e-118 333 ABQ63546.1 QUA05739.1 75.8 211 51 0 1 211 2 212 1.56e-114 324 ABQ63546.1 ADJ35581.1 71.1 218 63 0 1 218 3 220 4.14e-114 323 ABQ63546.1 AVM35379.1 72.4 214 59 0 5 218 1 214 2.26e-112 318 ABQ63546.1 QUQ06080.1 72.5 218 60 0 1 218 2 219 3.82e-112 318 ABQ63546.1 AFA09475.1 72.2 205 57 0 14 218 1 205 4.76e-105 300 ABQ63546.1 AMA90994.1 67.9 196 63 0 1 196 2 197 4.89e-96 276 ABQ63546.1 AKT58828.1 67.5 194 63 0 1 194 2 195 1.76e-93 270 ABQ63546.1 AGI15931.1 63.9 205 74 0 8 212 2 206 5.16e-93 269 ABQ63546.1 UZF38514.1 61.7 206 79 0 13 218 1 206 7.32e-93 269 ABQ63546.1 AXZ65741.1 73.3 176 47 0 1 176 2 177 1.61e-92 267 ABQ63546.1 AOQ89457.1 64.2 187 67 0 4 190 1 187 2.40e-82 241 ABQ63546.1 APC24336.1 58.0 112 47 0 107 218 1 112 8.35e-36 128 MCB1412915.1 MCB1412915.1 95.9 485 20 0 1 485 1 485 0.0 909 MCB1412915.1 WP_133179454.1 61.1 475 176 3 7 476 15 485 4.32e-197 555 MCB1412915.1 KAK48091.1 28.9 401 249 11 16 407 28 401 2.51e-21 94.7 MCB1412915.1 KAF8901107.1 23.4 363 253 9 66 412 78 431 1.15e-11 65.1 MCB1412915.1 XP_049236752.1 24.4 356 241 12 67 404 65 410 5.20e-09 57.0 MCB1412915.1 WP_049005162.1 30.8 159 96 3 79 225 66 222 5.84e-08 53.1 EUJ18213.1 EUJ18213.1 100 226 0 0 1 226 1 226 8.99e-165 452 EUJ18213.1 KAI3473816.1 47.2 53 28 0 165 217 147 199 1.34e-08 52.8 WP_022347710.1 WP_022347710.1 100 532 0 0 1 532 1 532 0.0 1056 MBE3121179.1 MBE3121179.1 100 105 0 0 1 105 1 105 1.51e-77 221 XP_022005570.1 XP_022005570.1 100 142 0 0 1 142 1 142 8.93e-99 278 WP_216244265.1 WP_216244265.1 100 517 0 0 1 517 1 517 0.0 1056 WP_193275955.1 WP_193275955.1 100 455 0 0 1 455 1 455 0.0 912 WP_193275955.1 MBU2178615.1 40.4 302 175 2 142 438 1 302 2.89e-76 239 WP_193275955.1 WP_149786838.1 41.0 100 58 1 337 435 99 198 9.08e-15 71.2 WP_193275955.1 NPV11463.1 36.8 114 71 1 299 411 63 176 1.20e-13 68.2 EDQ2752402.1 EDQ2752402.1 100 138 0 0 1 138 1 138 2.69e-98 276 WP_124996221.1 WP_124996221.1 91.0 145 13 0 1 145 1 145 1.58e-89 255 MBR6406611.1 MBR6406611.1 100 691 0 0 1 691 1 691 0.0 1454 MBR6406611.1 PKO20637.1 32.7 526 253 18 124 636 2 439 1.75e-69 233 MBR6406611.1 MBP7746105.1 28.6 643 365 22 40 638 193 785 1.49e-56 204 MBR6406611.1 WP_125555296.1 25.8 225 100 8 187 392 27 203 2.09e-10 62.0 MBS6066499.1 MBS6066499.1 100 146 0 0 1 146 1 146 2.09e-108 303 XP_029123601.1 XP_029123601.1 97.3 2578 70 0 1 2578 1 2578 0.0 5165 XP_029123601.1 KAI6685811.1 34.7 2039 1052 57 528 2457 208 2075 1.48e-302 949 TNE39473.1 TNE39473.1 100 175 0 0 1 175 1 175 6.87e-128 354 WP_223565913.1 WP_223565913.1 100 402 0 0 1 402 1 402 6.10e-306 823 WP_223565913.1 WP_117183207.1 47.2 396 201 4 7 399 8 398 3.71e-131 381 MCI8760428.1 MCI8760428.1 100 211 0 0 1 211 1 211 2.49e-150 414 XP_031982117.1 XP_031982117.1 98.3 715 12 0 1 715 1 715 0.0 1460 XP_031982117.1 XP_028702799.1 29.5 193 106 7 29 195 1024 1212 5.11e-11 64.7 MBT3401245.1 MBT3401245.1 100 327 0 0 1 327 1 327 1.57e-245 664 HCF4435603.1 HCF4435603.1 98.1 698 13 0 1 698 1 698 0.0 1357 HCF4435603.1 MBT3583534.1 28.7 334 198 10 217 542 51 352 8.83e-28 115 MCF7955924.1 MCF7955924.1 100 413 0 0 1 413 1 413 9.50e-320 859 WP_237762402.1 WP_237762402.1 100 651 0 0 1 651 1 651 0.0 1304 WP_237762402.1 WP_242685612.1 38.9 653 375 13 6 650 20 656 2.04e-142 434 WP_237762402.1 EBS3704194.1 36.7 683 376 17 1 650 7 666 4.48e-134 413 WP_237762402.1 ECD4982842.1 36.7 683 376 17 1 650 7 666 1.75e-133 412 WP_237762402.1 WP_202291019.1 38.4 664 377 18 1 650 11 656 2.17e-130 402 WP_237762402.1 WP_222168304.1 34.4 529 319 14 1 516 7 520 2.81e-74 253 WP_149886053.1 WP_149886053.1 97.3 513 14 0 1 513 1 513 0.0 1058 WP_149886053.1 WP_007747506.1 27.2 570 332 25 1 513 1 544 2.07e-33 131 WP_109850746.1 WP_109850746.1 100 76 0 0 1 76 1 76 3.27e-52 155 XP_026175731.1 XP_026175731.1 100 312 0 0 1 312 1 312 6.85e-237 641 XP_026175731.1 XP_039870427.1 29.8 252 151 9 74 305 75 320 4.32e-18 81.6 XP_026175731.1 NXT80179.1 28.0 218 124 9 97 299 192 391 1.80e-15 74.7 MCI0684678.1 MCI0684678.1 97.2 1360 38 0 1 1360 1 1360 0.0 2714 MAH46576.1 MAH46576.1 92.5 174 13 0 1 174 1 174 3.14e-119 332 MBS4052605.1 MBS4052605.1 100 115 0 0 1 115 1 115 9.04e-86 243 HBD3580067.1 HBD3580067.1 100 661 0 0 1 661 1 661 0.0 1375 HBD3580067.1 WP_185892671.1 46.2 650 343 4 14 660 10 655 1.61e-211 605 HBD3580067.1 WP_215391030.1 40.9 623 364 4 32 651 43 664 4.04e-177 519 YP_010013434.1 YP_010013434.1 100 188 0 0 1 188 1 188 3.09e-135 374 WP_049105913.1 WP_049105913.1 93.7 364 23 0 1 364 1 364 2.29e-243 662 WP_049105913.1 MBQ9979016.1 35.9 223 123 5 149 363 12 222 1.06e-38 140 WP_049105913.1 MCP4914981.1 67.2 61 20 0 271 331 155 215 3.06e-24 97.4 WP_049105913.1 MCH8269832.1 47.5 61 32 0 277 337 166 226 6.89e-11 61.2 MCQ2543220.1 MCQ2543220.1 93.9 214 13 0 1 214 1 214 1.81e-149 412 GCE22918.1 GCE22918.1 95.7 483 21 0 1 483 1 483 0.0 897 WP_077093245.1 WP_077093245.1 95.6 317 14 0 1 317 1 317 1.98e-218 595 WP_077093245.1 WP_010443651.1 34.0 188 111 2 9 196 3 177 6.18e-21 88.2 WP_077093245.1 WP_183882442.1 31.5 219 137 4 9 223 7 216 5.70e-20 85.5 WP_077093245.1 MXY99086.1 34.1 179 106 3 19 196 1 168 1.86e-17 78.6 WP_077093245.1 WP_108024271.1 36.0 161 87 6 93 238 84 243 7.82e-17 77.0 WP_077093245.1 WP_253646963.1 31.3 192 120 4 11 199 15 197 8.68e-11 60.1 WP_077093245.1 MYS73268.1 30.1 196 123 5 6 198 4 188 2.32e-05 43.5 CCX33905.1 CCX33905.1 83.9 398 64 0 1 398 1 398 3.46e-240 660 WP_124989189.1 WP_124989189.1 100 441 0 0 1 441 1 441 0.0 867 EEL0394597.1 EEL0394597.1 100 266 0 0 1 266 1 266 4.50e-203 552 WP_238717267.1 WP_238717267.1 100 645 0 0 1 645 1 645 0.0 1290 WP_238717267.1 KAJ2633851.1 38.1 336 193 5 4 326 6 339 2.82e-55 199 KAJ5991093.1 KAJ5991093.1 100 278 0 0 1 278 1 278 6.15e-207 563 KAJ5991093.1 OJG95819.1 37.3 193 116 4 34 224 26 215 3.76e-32 119 RCN27560.1 RCN27560.1 100 175 0 0 1 175 1 175 2.91e-129 358 MBQ3742794.1 MBQ3742794.1 100 293 0 0 1 293 1 293 4.07e-224 607 HBM7970352.1 HBM7970352.1 100 540 0 0 1 540 1 540 0.0 1100 HBM7970352.1 WP_039102441.1 32.0 494 289 11 5 457 14 501 8.24e-71 236 WP_067035785.1 WP_067035785.1 96.1 304 12 0 1 304 1 304 2.28e-206 563 SEP77558.1 SEP77558.1 98.0 603 12 0 1 603 1 603 0.0 1206 SEP77558.1 MBQ1868746.1 33.5 263 163 4 314 566 234 494 3.43e-40 154 SEP77558.1 WP_138482356.1 34.6 231 137 6 339 563 412 634 3.61e-33 134 SEP77558.1 WP_261733022.1 33.2 283 177 7 301 575 215 493 3.88e-33 133 SEP77558.1 WP_061048002.1 26.5 294 177 11 292 568 355 626 2.34e-18 87.4 MBS6296676.1 MBS6296676.1 98.8 862 10 0 1 862 1 862 0.0 1763 MCM4298717.1 MCM4298717.1 100 114 0 0 1 114 1 114 6.91e-85 241 MCM4298717.1 WP_267911890.1 54.3 46 21 0 5 50 1 46 6.06e-11 52.4 WP_106627677.1 WP_106627677.1 97.5 489 12 0 1 489 1 489 0.0 913 KAJ1958754.1 KAJ1958754.1 91.8 900 74 0 1 900 1 900 0.0 1669 WP_149230790.1 WP_149230790.1 95.4 548 25 0 1 548 1 548 0.0 1049 WP_149230790.1 MBS1636088.1 28.8 240 155 8 307 539 89 319 6.22e-14 71.2 WP_149230790.1 WP_149911652.1 33.3 111 68 3 432 540 316 422 2.93e-07 51.2 NLI68303.1 NLI68303.1 100 207 0 0 1 207 1 207 2.51e-157 431 KAB1283136.1 KAB1283136.1 88.9 153 17 0 1 153 1 153 1.54e-93 266 NLZ91447.1 NLZ91447.1 100 480 0 0 1 480 1 480 0.0 975 WP_241105826.1 WP_241105826.1 100 334 0 0 1 334 1 334 2.86e-256 692 WP_241105826.1 WP_180034620.1 48.6 319 161 2 14 329 12 330 2.26e-107 315 AFQ97813.1 AFQ97813.1 100 274 0 0 1 274 1 274 6.67e-209 567 AFQ97813.1 AYV64277.1 60.0 275 100 4 1 272 159 426 1.67e-110 324 AFQ97813.1 UTU41876.1 63.3 248 90 1 22 269 14 260 3.87e-110 317 AFQ97813.1 UFH83377.1 56.5 276 117 2 1 274 165 439 6.21e-98 295 WP_251874466.1 WP_251874466.1 96.2 341 13 0 1 341 1 341 2.60e-242 657 WP_251874466.1 WP_058635033.1 52.5 320 151 1 3 322 2 320 2.31e-118 343 WP_251874466.1 MBK5104727.1 38.7 225 131 3 18 237 23 245 1.44e-51 169 WP_251874466.1 WP_059510827.1 37.3 255 155 3 58 308 51 304 5.64e-47 160 WP_251874466.1 WP_234306850.1 36.2 260 161 2 43 301 42 297 4.35e-45 154 WP_251874466.1 WP_116701099.1 35.0 257 158 5 34 286 36 287 7.39e-44 151 WP_251874466.1 MBC99785.1 33.1 269 166 6 51 306 47 314 3.46e-43 150 WP_251874466.1 WP_012724915.1 33.2 295 170 7 27 305 33 316 4.17e-37 134 WP_251874466.1 WP_166225641.1 32.5 289 174 5 13 296 33 305 9.95e-37 135 MBE7001547.1 MBE7001547.1 100 72 0 0 1 72 1 72 4.80e-50 149 WP_019843633.1 WP_019843633.1 100 160 0 0 1 160 1 160 2.76e-122 339 XP_028702799.1 XP_028702799.1 93.5 1918 124 0 1 1918 1 1918 0.0 3700 XP_028702799.1 XP_031982117.1 41.7 72 40 2 1024 1094 29 99 5.35e-10 62.8 MBU4432787.1 MBU4432787.1 93.5 216 14 0 1 216 1 216 2.20e-151 417 MBU4432787.1 WP_149746544.1 36.3 212 118 5 10 214 6 207 6.83e-40 134 MBU4432787.1 MBF0248932.1 38.9 54 33 0 158 211 4 57 5.94e-08 46.6 WP_225239495.1 WP_225239495.1 100 479 0 0 1 479 1 479 0.0 951 GAM38698.1 GAM38698.1 100 149 0 0 1 149 1 149 2.15e-107 300 WP_069647812.1 WP_069647812.1 98.9 978 11 0 1 978 1 978 0.0 2042 WP_100524661.1 WP_100524661.1 92.0 226 18 0 1 226 1 226 7.84e-150 414 WP_068798537.1 WP_068798537.1 93.6 187 12 0 1 187 1 187 2.51e-120 336 WP_170382009.1 WP_170382009.1 100 328 0 0 1 328 1 328 6.18e-248 671 AXI09756.1 AXI09756.1 87.4 127 16 0 1 127 1 127 1.81e-75 218 WP_158161316.1 WP_158161316.1 100 200 0 0 1 200 1 200 8.11e-146 402 WP_158161316.1 WP_119328079.1 47.6 191 99 1 8 197 6 196 1.60e-53 168 WP_158161316.1 MBQ3420014.1 34.8 201 118 4 2 192 3 200 3.43e-23 90.5 HBQ61597.1 HBQ61597.1 100 171 0 0 1 171 1 171 3.56e-128 355 KAG9648608.1 KAG9648608.1 100 657 0 0 1 657 1 657 0.0 1412 WP_208823465.1 WP_208823465.1 100 304 0 0 1 304 1 304 1.61e-231 627 WP_208823465.1 MCP3872510.1 47.2 290 143 5 11 299 12 292 2.69e-89 266 EFV3192858.1 EFV3192858.1 100 159 0 0 1 159 1 159 2.56e-122 339 WP_006027485.1 WP_006027485.1 100 346 0 0 1 346 1 346 3.24e-259 701 WP_006027485.1 WP_164585387.1 54.5 345 152 3 1 342 1 343 1.47e-129 373 WP_006027485.1 KAH7252800.1 35.9 298 171 9 1 285 7 297 6.26e-50 169 WP_282014297.1 WP_282014297.1 96.4 365 13 0 1 365 1 365 6.07e-260 704 CAC9512212.1 CAC9512212.1 100 1259 0 0 1 1259 1 1259 0.0 2529 WP_247315376.1 WP_247315376.1 98.1 513 10 0 1 513 1 513 0.0 1025 MBB1664612.1 MBB1664612.1 100 19 0 0 1 19 1 19 1.16e-09 44.3 WP_159801197.1 WP_159801197.1 100 114 0 0 1 114 1 114 7.78e-82 233 HBY6471839.1 HBY6471839.1 100 25 0 0 1 25 1 25 1.69e-13 54.3 HBY6471839.1 EFW50635.1 100 17 0 0 9 25 81 97 8.09e-07 38.9 WP_125260587.1 WP_125260587.1 98.9 943 10 0 1 943 1 943 0.0 1892 WP_125260587.1 MBU22120.1 44.8 987 472 14 6 943 14 976 3.42e-282 808 WP_125260587.1 WP_158347019.1 36.6 931 449 18 1 921 1 800 6.54e-184 550 WP_125260587.1 MBO8485404.1 31.7 949 508 12 2 936 9 831 6.21e-154 473 WP_125260587.1 MCD6199266.1 43.1 531 288 4 402 923 293 818 6.56e-145 449 WP_125260587.1 WP_256546297.1 35.6 104 57 3 827 929 169 263 5.72e-09 56.6 WP_125260587.1 MCH4209672.1 32.4 105 58 3 824 921 499 597 2.26e-06 49.7 WP_125260587.1 MBR7834804.1 34.4 90 49 3 836 924 158 238 9.64e-06 46.6 WP_131836551.1 WP_131836551.1 100 495 0 0 1 495 1 495 0.0 962 WP_131836551.1 XP_050320449.1 44.9 479 254 4 19 494 13 484 1.83e-139 409 WP_131836551.1 WP_057201184.1 42.4 483 257 9 20 494 6 475 5.49e-113 341 WP_131836551.1 WP_008959270.1 39.8 482 280 6 16 493 9 484 3.88e-104 318 WP_131836551.1 WP_061795322.1 39.1 486 276 10 18 492 20 496 4.32e-102 313 WP_131836551.1 WP_255965801.1 38.3 493 281 9 10 493 5 483 2.12e-89 280 WP_131836551.1 WP_257689765.1 33.9 469 303 4 21 488 17 479 3.29e-81 259 WP_131836551.1 WP_108756325.1 37.5 472 284 7 21 491 9 470 1.58e-77 249 WP_131836551.1 WP_195426888.1 37.5 440 256 9 39 473 36 461 8.63e-68 224 WP_131836551.1 WP_205186167.1 33.9 422 266 5 76 493 2 414 3.00e-63 210 MCH5281797.1 MCH5281797.1 100 645 0 0 1 645 1 645 0.0 1350 WP_068156215.1 WP_068156215.1 100 930 0 0 1 930 1 930 0.0 1944 WP_068156215.1 WP_014504812.1 51.8 886 418 7 36 918 11 890 4.40e-312 881 WP_249351853.1 WP_249351853.1 100 361 0 0 1 361 1 361 2.23e-269 728 WP_249351853.1 RZI94009.1 44.1 102 56 1 237 338 1 101 7.60e-28 104 QXV60806.1 QXV60806.1 100 84 0 0 1 84 1 84 1.04e-54 162 MBU1949725.1 MBU1949725.1 100 163 0 0 1 163 1 163 2.44e-122 339 WP_163911025.1 WP_163911025.1 100 222 0 0 1 222 1 222 1.62e-165 453 WP_103186018.1 WP_103186018.1 100 291 0 0 1 291 1 291 2.98e-225 610 XP_050828762.1 XP_050828762.1 100 365 0 0 1 365 1 365 3.37e-241 657 WP_195426888.1 WP_195426888.1 98.0 490 10 0 1 490 1 490 0.0 940 WP_195426888.1 WP_205186167.1 39.1 422 249 5 74 490 4 422 2.06e-80 254 WP_195426888.1 WP_131836551.1 38.2 440 253 9 36 461 39 473 1.01e-70 231 WP_195426888.1 WP_255965801.1 33.3 459 291 8 33 482 31 483 2.67e-66 219 WP_195426888.1 XP_050320449.1 32.5 443 282 9 34 465 31 467 2.05e-65 217 WP_195426888.1 WP_057201184.1 35.7 426 249 11 65 475 52 467 8.62e-63 210 WP_195426888.1 WP_257689765.1 32.3 470 307 7 22 483 19 485 6.73e-62 208 WP_195426888.1 WP_061795322.1 30.9 433 274 9 26 440 32 457 4.50e-53 185 WP_195426888.1 WP_108756325.1 30.4 404 259 6 73 465 64 456 4.35e-46 165 WP_195426888.1 WP_232038993.1 29.6 439 280 10 58 473 54 486 1.28e-41 154 ASV44386.1 ASV44386.1 100 105 0 0 1 105 1 105 8.76e-77 219 MCI8395767.1 MCI8395767.1 100 175 0 0 1 175 1 175 6.11e-131 362 WP_085524223.1 WP_085524223.1 86.4 235 32 0 1 235 1 235 9.19e-142 394 WP_093727561.1 WP_093727561.1 100 67 0 0 1 67 1 67 2.14e-44 135 MBD1933857.1 MBD1933857.1 100 245 0 0 1 245 1 245 4.44e-179 489 MBD1933857.1 WP_124977341.1 50.2 233 107 2 14 238 38 269 1.43e-70 216 TCJ90160.1 TCJ90160.1 100 396 0 0 1 396 1 396 1.69e-284 769 EKD82894.1 EKD82894.1 100 472 0 0 1 472 1 472 0.0 975 WP_242018727.1 WP_242018727.1 100 184 0 0 1 184 1 184 3.78e-134 371 WP_242018727.1 WP_184066976.1 62.8 145 54 0 16 160 19 163 3.67e-58 179 WP_242018727.1 KAG7462864.1 38.1 105 63 2 79 181 1 105 7.70e-17 75.1 SIS29303.1 SIS29303.1 100 68 0 0 1 68 1 68 9.03e-42 128 XP_048228476.1 XP_048228476.1 100 354 0 0 1 354 1 354 2.40e-265 717 XP_048228476.1 XP_043718329.1 41.1 348 175 2 12 329 40 387 1.07e-90 276 XP_048228476.1 XP_022745130.1 38.1 139 50 3 237 339 15 153 3.01e-21 87.8 MCH8904788.1 MCH8904788.1 97.8 582 13 0 1 582 1 582 0.0 1153 MCH8904788.1 MBQ1196899.1 37.3 354 217 4 9 359 7 358 1.70e-78 257 MCH8904788.1 WP_280949002.1 42.3 286 157 4 8 289 15 296 1.34e-65 224 MCH8904788.1 MCF1439711.1 47.3 74 38 1 8 81 7 79 3.95e-20 83.6 WP_234970720.1 WP_234970720.1 100 328 0 0 1 328 1 328 7.00e-254 686 MBQ8958073.1 MBQ8958073.1 100 570 0 0 1 570 1 570 0.0 1170 WP_204806484.1 WP_204806484.1 100 116 0 0 1 116 1 116 1.19e-77 223 WP_087711902.1 WP_087711902.1 100 121 0 0 1 121 1 121 2.44e-86 245 WP_203562037.1 WP_203562037.1 58.6 466 193 0 1 466 1 466 5.85e-152 439 WP_203562037.1 WP_063706594.1 32.0 125 70 3 330 440 683 806 5.12e-14 72.8 MCQ2617452.1 MCQ2617452.1 97.9 483 10 0 1 483 1 483 0.0 961 MCQ2617452.1 WP_154503573.1 46.7 120 56 3 1 112 1 120 2.54e-17 82.8 WP_201520784.1 WP_201520784.1 96.5 285 10 0 1 285 1 285 4.14e-204 556 WP_201520784.1 MCP4774001.1 44.2 269 126 7 30 283 23 282 8.71e-61 192 WP_201520784.1 WP_103270848.1 32.0 247 154 7 30 273 26 261 4.57e-32 117 WP_185496123.1 WP_185496123.1 100 755 0 0 1 755 1 755 0.0 1571 MBR3968535.1 MBR3968535.1 100 314 0 0 1 314 1 314 2.39e-238 645 MBR3968535.1 UCF87976.1 37.5 200 119 2 1 195 1 199 4.25e-43 147 MBR3968535.1 KAJ2141250.1 28.5 123 70 3 105 221 117 227 1.73e-05 43.9 NDE79167.1 NDE79167.1 100 117 0 0 1 117 1 117 2.04e-83 237 MCS6915397.1 MCS6915397.1 100 641 0 0 1 641 1 641 0.0 1266 MCS6915397.1 WP_083639049.1 24.0 271 168 10 366 628 68 308 8.62e-05 43.5 MBB4243944.1 MBB4243944.1 100 68 0 0 1 68 1 68 5.82e-47 141 MBK8326393.1 MBK8326393.1 100 263 0 0 1 263 1 263 5.45e-198 539 MBK8326393.1 WP_042648904.1 50.6 261 129 0 3 263 4 264 6.74e-97 283 MBK8326393.1 NKB40192.1 40.9 254 147 3 12 263 29 281 6.32e-60 189 MCB1072350.1 MCB1072350.1 100 420 0 0 1 420 1 420 1.60e-317 854 NJP20283.1 NJP20283.1 100 171 0 0 1 171 1 171 1.83e-121 338 MCB0342695.1 MCB0342695.1 100 320 0 0 1 320 1 320 2.23e-246 666 MCB0342695.1 XP_054539312.1 28.4 289 192 4 36 315 36 318 1.46e-24 102 MCB0342695.1 WP_074096037.1 22.2 203 120 3 102 298 5 175 7.11e-07 47.4 MCB0342695.1 XP_002107991.1 47.8 46 24 0 58 103 681 726 1.42e-05 45.1 MBI9015564.1 MBI9015564.1 100 48 0 0 1 48 1 48 1.33e-27 92.4 WP_186214732.1 WP_186214732.1 88.2 127 15 0 1 127 1 127 3.80e-77 222 WP_055486904.1 WP_055486904.1 89.3 624 67 0 1 624 1 624 0.0 1073 KAJ9212931.1 KAJ9212931.1 96.5 626 22 0 1 626 1 626 0.0 1266 WP_262510814.1 WP_262510814.1 100 42 0 0 1 42 1 42 3.42e-26 87.4 KAI6876782.1 KAI6876782.1 100 240 0 0 1 240 1 240 1.28e-180 493 WP_164166542.1 WP_164166542.1 95.0 200 10 0 1 200 1 200 3.67e-133 370 WP_024039518.1 WP_024039518.1 100 431 0 0 1 431 1 431 1.54e-316 853 WP_024039518.1 WP_262452366.1 32.7 434 265 7 11 427 7 430 2.99e-68 222 WP_024039518.1 WP_058738289.1 30.7 401 258 13 30 421 25 414 2.14e-44 158 WP_024039518.1 MXI78925.1 28.8 219 134 7 107 323 2 200 1.55e-22 93.2 MBP9926316.1 MBP9926316.1 100 224 0 0 1 224 1 224 4.46e-164 450 NLF87571.1 NLF87571.1 100 140 0 0 1 140 1 140 8.63e-105 293 WP_033667247.1 WP_033667247.1 85.2 256 38 0 1 256 1 256 9.45e-143 399 WP_005582143.1 WP_005582143.1 88.8 205 23 0 1 205 1 205 9.10e-125 349 WP_074121838.1 WP_074121838.1 95.3 233 11 0 1 233 1 233 1.87e-165 454 XP_036400802.1 XP_036400802.1 100 322 0 0 1 322 1 322 2.00e-250 676 XP_022242849.1 XP_022242849.1 100 903 0 0 1 903 1 903 0.0 1935 XP_022242849.1 XP_019384620.1 27.4 482 277 18 435 898 486 912 9.37e-34 138 XP_022242849.1 XP_014030939.2 24.8 351 187 11 556 897 791 1073 8.14e-18 87.4 WP_136055013.1 WP_136055013.1 100 246 0 0 1 246 1 246 3.82e-185 505 OAL01167.1 OAL01167.1 84.6 267 41 0 1 267 1 267 5.10e-164 453 QUL58516.1 QUL58516.1 100 289 0 0 1 289 1 289 1.78e-216 588 QUL58516.1 WP_213520007.1 36.7 283 172 6 1 281 18 295 5.48e-52 171 MBO7265633.1 MBO7265633.1 100 85 0 0 1 85 1 85 1.24e-60 177 USL51576.1 USL51576.1 99.1 1270 11 0 1 1270 1 1270 0.0 2444 USL51576.1 UPU53169.1 95.0 1270 63 0 1 1270 1 1270 0.0 2428 USL51576.1 UYC71619.1 94.9 1270 63 1 1 1270 1 1268 0.0 2414 USL51576.1 UHB14670.1 92.5 1273 90 2 1 1270 1 1271 0.0 2352 USL51576.1 UIX40308.1 92.5 1273 91 2 1 1270 1 1271 0.0 2347 USL51576.1 UDK40309.1 92.1 1273 95 2 1 1270 1 1271 0.0 2333 USL51576.1 QUE11983.1 89.6 1273 126 3 1 1270 1 1270 0.0 2258 USL51576.1 UGX22439.1 89.0 1273 135 2 1 1270 1 1271 0.0 2239 USL51576.1 UBN63752.1 88.0 1273 147 3 1 1270 1 1270 0.0 2207 USL51576.1 QUM20585.1 85.9 1273 176 2 1 1270 1 1272 0.0 2145 USL51576.1 UZH89542.1 86.6 1273 165 2 1 1270 1 1271 0.0 2137 USL51576.1 QVX70521.1 84.4 1273 196 1 1 1270 1 1273 0.0 2105 USL51576.1 QXI91160.1 80.7 1273 242 2 1 1270 1 1272 0.0 1972 USL51576.1 UUS71569.1 69.4 1273 387 1 1 1270 1 1273 0.0 1495 USL51576.1 UHK01047.1 56.5 1273 551 1 1 1270 1 1273 0.0 1201 WP_203203455.1 WP_203203455.1 96.9 782 24 0 1 782 1 782 0.0 1543 WP_203203455.1 WP_153656540.1 59.4 763 300 3 20 781 4 757 0.0 931 WP_203203455.1 CFU01724.1 67.0 88 29 0 692 779 1 88 5.19e-34 123 WP_258699485.1 WP_258699485.1 100 587 0 0 1 587 1 587 0.0 1222 WP_048222205.1 WP_048222205.1 100 450 0 0 1 450 1 450 0.0 962 MBE3049203.1 MBE3049203.1 91.8 134 11 0 1 134 1 134 1.84e-85 244 MBE3049203.1 KAI1051942.1 50.4 133 66 0 2 134 297 429 3.44e-39 137 MBJ08097.1 MBJ08097.1 100 139 0 0 1 139 1 139 1.68e-97 275 XP_054805378.1 XP_054805378.1 94.3 209 12 0 1 209 1 209 1.75e-149 412 WP_024270964.1 WP_024270964.1 100 239 0 0 1 239 1 239 1.97e-179 490 WP_024270964.1 PLU16997.1 28.2 255 154 5 9 235 51 304 7.81e-21 87.4 WP_204224003.1 WP_204224003.1 100 184 0 0 1 184 1 184 3.78e-134 371 PIE36668.1 PIE36668.1 93.0 258 18 0 1 258 1 258 9.53e-176 482 HDK38158.1 HDK38158.1 100 377 0 0 1 377 1 377 3.26e-286 771 GAF66133.1 GAF66133.1 95.5 572 26 0 1 572 1 572 0.0 1120 GAF66133.1 HBL3458524.1 41.9 577 315 8 1 569 1 565 9.61e-154 451 WP_087085326.1 WP_087085326.1 95.3 256 12 0 1 256 1 256 2.97e-178 488 WP_087085326.1 WP_183882442.1 36.6 238 136 4 5 234 4 234 2.38e-40 137 WP_087085326.1 WP_042650033.1 34.6 260 155 2 1 256 1 249 2.70e-38 132 WP_087085326.1 WP_281054160.1 31.0 248 156 6 10 253 13 249 1.69e-26 102 WP_087085326.1 KAG2346037.1 29.1 251 171 4 10 253 16 266 1.29e-23 94.7 WP_087085326.1 CCK15435.1 32.4 111 66 2 150 256 1 106 1.12e-10 55.8 EKY24506.1 EKY24506.1 100 309 0 0 1 309 1 309 1.67e-231 627 WP_015138129.1 WP_015138129.1 100 117 0 0 1 117 1 117 5.20e-86 244 EFA5158712.1 EFA5158712.1 100 258 0 0 1 258 1 258 1.02e-195 533 CUX17903.1 CUX17903.1 100 338 0 0 1 338 1 338 7.90e-256 691 CUX17903.1 MCC5885453.1 43.9 326 176 5 15 338 57 377 8.23e-81 249 WP_176462507.1 WP_176462507.1 98.4 809 13 0 1 809 1 809 0.0 1545 WP_048370512.1 WP_048370512.1 100 438 0 0 1 438 1 438 0.0 874 WP_048370512.1 MBO5908692.1 49.1 112 57 0 298 409 1 112 8.08e-36 127 XP_031360469.1 XP_031360469.1 88.3 94 11 0 1 94 1 94 3.02e-54 162 WP_186101535.1 WP_186101535.1 100 732 0 0 1 732 1 732 0.0 1423 WP_186101535.1 NET38287.1 46.0 750 367 10 8 727 6 747 6.29e-216 623 WP_197052899.1 WP_197052899.1 100 242 0 0 1 242 1 242 4.37e-164 451 KAG2061513.1 KAG2061513.1 100 396 0 0 1 396 1 396 4.09e-301 811 WP_249930443.1 WP_249930443.1 95.5 532 24 0 1 532 1 532 0.0 1038 WP_249930443.1 WP_200037957.1 27.0 237 156 5 287 515 1140 1367 7.13e-15 76.3 KAB7776415.1 KAB7776415.1 90.6 393 37 0 1 393 1 393 3.83e-252 687 KAB7776415.1 WP_160923791.1 52.9 380 170 4 1 379 3 374 4.00e-121 354 WP_226360036.1 WP_226360036.1 100 138 0 0 1 138 1 138 1.33e-98 277 WP_226360036.1 WP_161061319.1 51.1 137 65 1 4 138 7 143 1.84e-44 140 WP_226360036.1 WP_004957233.1 50.0 132 64 2 4 134 8 138 8.77e-40 129 KAG6208320.1 KAG6208320.1 97.0 328 10 0 1 328 1 328 4.12e-237 643 KAF8844043.1 KAF8844043.1 86.8 517 68 0 1 517 1 517 0.0 901 WP_014657023.1 WP_014657023.1 100 522 0 0 1 522 1 522 0.0 1094 WP_014657023.1 MYD56339.1 27.8 194 121 3 30 222 33 208 9.46e-15 73.9 WP_014657023.1 WP_105160947.1 25.7 261 148 11 12 250 317 553 3.79e-12 67.0 WP_014657023.1 WP_247749043.1 27.1 218 125 8 33 229 388 592 5.17e-09 57.0 WP_013017739.1 WP_013017739.1 100 293 0 0 1 293 1 293 3.21e-221 600 WP_012456188.1 WP_012456188.1 87.8 294 36 0 1 294 1 294 5.71e-179 493 MBI5477481.1 MBI5477481.1 100 61 0 0 1 61 1 61 4.58e-41 126 WP_018996200.1 WP_018996200.1 95.2 186 9 0 1 186 1 186 7.01e-131 363 WP_235104528.1 WP_235104528.1 100 137 0 0 1 137 1 137 9.79e-96 270 WP_207517291.1 WP_207517291.1 100 155 0 0 1 155 1 155 7.40e-120 332 AMB21424.1 AMB21424.1 98.4 552 9 0 1 552 1 552 0.0 1096 MBI3058450.1 MBI3058450.1 97.1 349 10 0 1 349 1 349 2.65e-255 691 CPW15624.1 CPW15624.1 94.1 188 11 0 1 188 1 188 1.21e-132 367 WP_220281278.1 WP_220281278.1 98.8 814 10 0 1 814 1 814 0.0 1730 WP_220281278.1 HAL7851047.1 69.0 649 195 4 170 814 1 647 0.0 964 WP_220281278.1 HCH8663031.1 49.6 812 391 10 10 813 7 808 1.00e-286 808 WP_220281278.1 EJH9475741.1 32.9 757 414 29 109 813 46 760 6.26e-102 331 WP_220281278.1 WP_184698676.1 30.0 727 430 21 123 812 66 750 1.75e-89 297 WP_220281278.1 WP_265822109.1 26.4 863 464 34 14 766 6 807 3.84e-53 197 WP_220281278.1 WP_081845076.1 23.7 738 464 29 67 771 43 714 1.90e-33 136 WP_220281278.1 MCK9371657.1 23.1 507 304 18 58 535 2 451 1.43e-16 82.4 WP_220281278.1 EFT8991253.1 25.6 250 154 9 76 300 121 363 4.11e-11 65.1 MCK4862399.1 MCK4862399.1 96.2 236 9 0 1 236 1 236 6.04e-168 461 HBP5520355.1 HBP5520355.1 100 654 0 0 1 654 1 654 0.0 1347 WP_230171322.1 WP_230171322.1 99.3 1065 7 0 1 1065 1 1065 0.0 2164 WP_230171322.1 WP_200543170.1 42.9 431 236 3 589 1014 259 684 1.60e-108 352 WP_230171322.1 HAB03480.1 36.1 587 323 12 460 1014 517 1083 3.12e-99 337 WP_230171322.1 CKF71070.1 35.0 489 296 5 545 1013 251 737 7.85e-93 311 WP_230171322.1 WP_126679569.1 33.5 525 329 10 511 1019 279 799 4.38e-63 228 WP_230171322.1 MBF0143407.1 34.0 435 278 6 593 1020 627 1059 2.55e-61 226 WP_230171322.1 WP_159812831.1 38.0 163 100 1 598 759 241 403 9.34e-27 112 WP_230171322.1 WP_029222917.1 34.5 171 100 5 607 773 323 485 2.67e-21 97.1 WP_230171322.1 WP_000484099.1 33.5 167 104 4 597 760 202 364 1.28e-18 87.4 WP_230171322.1 WP_107169208.1 36.3 171 89 7 603 763 202 362 2.09e-18 86.7 WP_230171322.1 MCJ2541369.1 42.0 100 54 1 777 872 84 183 3.44e-18 82.0 WP_230171322.1 HCN71343.1 36.8 125 78 1 636 760 8 131 4.36e-18 80.1 WP_230171322.1 EGR2272270.1 29.1 213 100 2 599 760 462 674 3.12e-17 85.1 WP_230171322.1 MBI5333464.1 34.1 170 107 4 594 760 219 386 6.87e-17 82.4 WP_230171322.1 MBK6870374.1 34.6 156 87 6 609 759 1 146 6.59e-14 70.1 WP_127958949.1 WP_127958949.1 100 201 0 0 1 201 1 201 4.02e-151 415 KAJ2127656.1 KAJ2127656.1 84.2 190 30 0 1 190 1 190 1.25e-110 312 AGC97326.1 AGC97326.1 94.6 241 13 0 1 241 1 241 7.60e-169 463 AGC97326.1 ACO35565.1 75.1 241 60 0 1 241 3 243 6.96e-133 373 AGC97326.1 AAX94106.1 81.5 222 41 0 1 222 210 431 2.41e-132 378 AGC97326.1 AGC74998.1 81.8 214 39 0 16 229 1 214 3.04e-128 360 AGC97326.1 APC24336.1 66.1 239 79 1 1 239 133 369 3.99e-112 325 RDU38945.1 RDU38945.1 100 187 0 0 1 187 1 187 3.62e-138 381 RDU38945.1 WP_231355705.1 33.8 65 40 1 107 171 645 706 1.42e-04 40.0 WP_275700896.1 WP_275700896.1 100 411 0 0 1 411 1 411 8.82e-315 847 WP_275700896.1 MBP7746105.1 24.5 424 220 14 30 368 341 749 1.18e-18 86.7 WP_275700896.1 WP_125555296.1 22.5 387 209 13 2 314 3 372 2.06e-13 70.1 MCO4653091.1 MCO4653091.1 100 276 0 0 1 276 1 276 9.17e-217 587 NHW60074.1 NHW60074.1 100 50 0 0 1 50 1 50 2.43e-28 94.7 OQY98020.1 OQY98020.1 100 118 0 0 1 118 1 118 4.25e-84 240 MBL4853947.1 MBL4853947.1 100 385 0 0 1 385 1 385 3.07e-295 795 MBL4853947.1 WP_083349422.1 49.5 394 187 3 1 383 1 393 2.43e-139 401 MBL4853947.1 XP_027540421.1 28.9 349 224 8 51 383 66 406 2.63e-38 140 MBL4853947.1 WP_019444443.1 31.1 296 179 9 106 383 32 320 2.59e-32 122 MBL4853947.1 WP_145937814.1 28.9 201 134 5 53 247 45 242 1.94e-14 72.4 MBL4853947.1 WP_275495439.1 24.8 339 189 16 93 383 86 406 3.62e-07 50.1 NVK06315.1 NVK06315.1 100 207 0 0 1 207 1 207 5.46e-152 418 WP_001203076.1 WP_001203076.1 97.1 419 12 0 1 419 1 419 1.77e-309 834 WP_248055680.1 WP_248055680.1 100 180 0 0 1 180 1 180 3.38e-135 373 PWI17876.1 PWI17876.1 100 126 0 0 1 126 1 126 5.44e-90 254 MCD6199266.1 MCD6199266.1 98.9 821 9 0 1 821 1 821 0.0 1643 MCD6199266.1 WP_158347019.1 35.1 841 472 16 6 816 4 800 2.56e-149 456 MCD6199266.1 WP_125260587.1 43.1 531 288 4 293 818 402 923 6.57e-143 444 MCD6199266.1 MBU22120.1 40.5 509 285 4 297 799 441 937 2.16e-126 401 MCD6199266.1 MBO8485404.1 30.6 833 523 17 14 821 19 821 1.97e-109 352 MCD6199266.1 WP_253620872.1 38.8 98 58 2 705 800 437 534 1.85e-11 66.2 MCD6199266.1 WP_256546297.1 38.3 94 51 3 373 461 156 247 1.58e-06 48.9 WP_275889644.1 WP_275889644.1 100 237 0 0 1 237 1 237 1.09e-175 480 MBR4375795.1 MBR4375795.1 100 222 0 0 1 222 1 222 2.80e-166 455 MBR4375795.1 XP_048189479.1 32.6 187 114 7 6 185 10 191 2.11e-17 76.3 HCD1639688.1 HCD1639688.1 100 230 0 0 1 230 1 230 3.96e-170 466 MCQ2150528.1 MCQ2150528.1 97.4 383 10 0 1 383 1 383 7.84e-272 736 CAI2795006.1 CAI2795006.1 95.4 539 25 0 1 539 1 539 0.0 969 CAI2795006.1 NEB02235.1 47.1 431 226 2 97 526 24 453 3.71e-126 375 CAI2795006.1 WP_032407714.1 26.5 438 277 8 120 526 28 451 8.07e-23 99.8 MBE6900854.1 MBE6900854.1 98.2 394 7 0 1 394 1 394 1.53e-295 796 MBE6900854.1 WP_106587829.1 56.3 378 164 1 4 381 10 386 1.65e-154 440 MBE6900854.1 RLD79060.1 50.9 379 183 3 4 381 14 390 2.81e-133 386 MBE6900854.1 MBI3668312.1 49.7 181 85 1 213 387 63 243 9.25e-57 184 AHG02917.1 AHG02917.1 95.6 315 14 0 1 315 1 315 6.92e-218 593 AHG02917.1 MBX7055839.1 40.2 321 170 3 5 308 8 323 6.92e-73 226 AHG02917.1 MBE7554905.1 34.3 338 188 4 1 308 1 334 7.30e-60 193 AHG02917.1 WP_239280620.1 35.9 304 182 3 14 309 20 318 9.00e-57 184 AHG02917.1 MBB3097508.1 32.2 301 197 3 13 311 2 297 5.70e-43 148 AHG02917.1 WP_208042111.1 27.0 315 216 4 1 307 1 309 6.01e-37 132 AHG02917.1 MBW2176475.1 30.6 252 167 1 67 310 165 416 1.09e-32 123 AHG02917.1 KAB2860347.1 47.0 117 62 0 195 311 1 117 3.10e-31 112 MBQ6038336.1 MBQ6038336.1 100 322 0 0 1 322 1 322 2.21e-238 646 WP_279293890.1 WP_279293890.1 100 428 0 0 1 428 1 428 2.42e-307 829 WP_279293890.1 WP_049005162.1 33.8 397 243 10 2 390 7 391 1.12e-50 175 QNW05614.1 QNW05614.1 100 311 0 0 1 311 1 311 1.74e-234 635 MBQ1868746.1 MBQ1868746.1 100 652 0 0 1 652 1 652 0.0 1363 MBQ1868746.1 TAL20232.1 33.4 407 247 13 237 629 201 597 7.33e-59 207 MBQ1868746.1 WP_138482356.1 31.0 406 252 8 249 642 398 787 2.61e-48 180 MBQ1868746.1 WP_007356512.1 29.7 421 258 9 248 641 727 1136 1.20e-46 176 MBQ1868746.1 WP_200037957.1 30.2 437 274 12 211 637 961 1376 1.00e-45 173 MBQ1868746.1 KFX48203.1 27.4 555 257 15 221 637 645 1191 1.38e-42 164 MBQ1868746.1 SEP77558.1 33.5 263 163 4 234 494 314 566 1.69e-39 152 MBQ1868746.1 EDN57974.1 32.3 263 161 6 238 489 366 622 2.21e-35 141 MBQ1868746.1 WP_212961195.1 25.6 441 269 11 255 648 412 840 1.10e-30 127 MBQ1868746.1 MBN8606766.1 31.3 256 161 5 252 502 568 813 1.84e-28 119 MBQ1868746.1 PSQ73325.1 31.7 243 149 6 268 502 615 848 1.34e-26 114 MBQ1868746.1 WP_076194242.1 28.4 222 149 4 268 487 239 452 3.03e-24 104 MBQ1868746.1 MBS1636088.1 25.9 239 167 4 256 493 90 319 2.69e-18 84.7 MBQ1868746.1 MBO8233644.1 24.4 258 183 6 232 487 123 370 1.77e-15 77.0 MBQ1868746.1 EJF06804.1 29.6 125 79 3 519 640 1 119 7.98e-12 65.1 MBQ1868746.1 MBP1530348.1 29.5 132 83 3 521 650 4 127 1.22e-11 63.2 MBQ1868746.1 WP_010434011.1 22.4 259 185 8 238 494 344 588 2.59e-04 42.4 EED80871.1 EED80871.1 90.7 546 51 0 1 546 1 546 0.0 970 WP_083944445.1 WP_083944445.1 100 352 0 0 1 352 1 352 3.16e-269 726 DAS51312.1 DAS51312.1 86.1 252 35 0 1 252 1 252 1.42e-158 438 EGH2885952.1 EGH2885952.1 98.6 3815 53 0 1 3815 1 3815 0.0 7235 MCP4417814.1 MCP4417814.1 100 263 0 0 1 263 1 263 1.02e-202 551 WP_230700203.1 WP_230700203.1 100 265 0 0 1 265 1 265 2.39e-193 527 XP_020469382.1 XP_020469382.1 95.6 227 10 0 1 227 1 227 1.66e-156 431 MBR5475092.1 MBR5475092.1 100 147 0 0 1 147 1 147 3.07e-106 297 NQD93247.1 NQD93247.1 100 105 0 0 1 105 1 105 8.76e-77 219 MBW0490175.1 MBW0490175.1 98.5 536 8 0 1 536 1 536 0.0 1094 MBT5105952.1 MBT5105952.1 100 303 0 0 1 303 1 303 1.66e-228 619 KAJ5673421.1 KAJ5673421.1 97.3 601 16 0 1 601 1 601 0.0 1196 GBC87342.1 GBC87342.1 82.0 256 46 0 1 256 1 256 1.92e-135 380 GBC87342.1 MBQ6815353.1 32.0 147 95 2 102 246 117 260 8.83e-21 87.0 WP_097242040.1 WP_097242040.1 96.3 696 26 0 1 696 1 696 0.0 1321 WP_126547421.1 WP_126547421.1 98.6 884 12 0 1 884 1 884 0.0 1758 WP_126547421.1 WP_017166220.1 38.9 378 194 11 131 478 32 402 6.33e-55 194 WP_126547421.1 MBN8831519.1 28.6 206 118 8 152 346 72 259 8.46e-11 63.9 WP_093699720.1 WP_093699720.1 100 290 0 0 1 290 1 290 1.25e-212 578 ECC1749556.1 ECC1749556.1 100 103 0 0 1 103 1 103 5.32e-77 220 ECC1749556.1 WP_279595826.1 55.1 107 35 2 9 102 19 125 1.23e-34 123 WP_145544593.1 WP_145544593.1 100 519 0 0 1 519 1 519 0.0 1055 WP_145544593.1 WP_269885397.1 33.1 251 150 8 281 519 28 272 2.58e-30 117 WP_145544593.1 MBI5333464.1 39.0 187 105 3 342 519 205 391 5.88e-27 110 WP_145544593.1 MBK6870374.1 40.9 149 85 3 371 516 1 149 1.64e-26 105 WP_145544593.1 WP_000484099.1 37.6 165 96 3 361 518 204 368 3.73e-26 108 WP_145544593.1 WP_126679569.1 35.1 171 103 4 356 518 364 534 5.95e-23 101 WP_145544593.1 WP_107169208.1 39.1 169 92 7 352 510 188 355 5.85e-21 92.8 WP_145544593.1 WP_200543170.1 36.9 160 93 4 366 517 274 433 4.74e-20 92.0 WP_145544593.1 EJF06804.1 36.8 171 92 6 361 516 135 304 6.01e-20 89.0 WP_145544593.1 EGR2272270.1 41.9 129 70 3 393 516 548 676 1.09e-19 90.9 WP_145544593.1 WP_255266214.1 37.2 156 93 3 361 512 291 445 3.96e-19 88.6 WP_145544593.1 HAB03480.1 39.4 180 96 7 352 518 647 826 1.34e-17 84.7 WP_145544593.1 WP_023050329.1 33.5 155 97 5 356 506 193 345 1.30e-15 76.6 WP_145544593.1 WP_018646673.1 26.8 179 122 4 349 518 508 686 5.14e-10 60.5 WP_203771012.1 WP_203771012.1 92.6 503 37 0 1 503 1 503 0.0 934 WP_203771012.1 WP_266784861.1 29.1 282 172 10 80 360 209 463 1.40e-24 104 HBS26035.1 HBS26035.1 100 67 0 0 1 67 1 67 2.06e-42 130 WP_263867815.1 WP_263867815.1 100 93 0 0 1 93 1 93 5.87e-65 189 WP_002803816.1 WP_002803816.1 100 124 0 0 1 124 1 124 2.51e-85 243 WP_205186167.1 WP_205186167.1 94.5 422 23 0 1 422 1 422 5.55e-294 795 WP_205186167.1 WP_195426888.1 41.7 422 238 5 4 422 74 490 1.49e-89 278 WP_205186167.1 WP_131836551.1 35.5 422 259 5 2 414 76 493 1.16e-70 229 WP_205186167.1 WP_057201184.1 35.7 429 257 7 4 421 61 481 4.99e-65 214 WP_205186167.1 WP_255965801.1 33.9 378 243 4 42 415 110 484 9.01e-60 200 WP_205186167.1 XP_050320449.1 32.0 422 270 8 1 414 71 483 1.47e-56 192 WP_205186167.1 WP_257689765.1 33.0 376 241 5 42 411 111 481 2.98e-56 191 WP_205186167.1 WP_061795322.1 32.3 430 259 13 4 413 79 496 2.52e-51 178 WP_205186167.1 WP_108756325.1 32.9 413 256 7 4 407 65 465 2.69e-43 156 NEQ77371.1 NEQ77371.1 98.1 536 10 0 1 536 1 536 0.0 1087 MBQ1823017.1 MBQ1823017.1 100 282 0 0 1 282 1 282 2.53e-217 589 XP_020476240.1 XP_020476240.1 89.5 2965 311 0 1 2965 1 2965 0.0 5458 AYV78736.1 AYV78736.1 96.5 459 16 0 1 459 1 459 0.0 879 MCI54718.1 MCI54718.1 100 77 0 0 1 77 1 77 2.04e-51 153 WP_062003339.1 WP_062003339.1 100 114 0 0 1 114 1 114 1.11e-81 233 WP_258236293.1 WP_258236293.1 100 73 0 0 1 73 1 73 1.73e-48 145 WP_258236293.1 MBL7790458.1 51.2 41 20 0 31 71 165 205 5.03e-10 51.2 HIZ10317.1 HIZ10317.1 96.1 233 9 0 1 233 1 233 4.94e-161 443 HIZ10317.1 WP_007556065.1 42.6 230 126 3 2 230 3 227 1.94e-60 188 HIZ10317.1 MBQ7587638.1 48.2 193 93 3 38 229 39 225 1.62e-56 178 MBK7750076.1 MBK7750076.1 100 1114 0 0 1 1114 1 1114 0.0 2315 WP_149406163.1 WP_149406163.1 100 307 0 0 1 307 1 307 3.77e-227 616 WP_149406163.1 WP_213449477.1 48.4 310 141 4 1 307 1 294 2.08e-94 280 WP_142133210.1 WP_142133210.1 100 251 0 0 1 251 1 251 5.62e-185 505 WP_142133210.1 WP_115992495.1 54.4 248 107 2 10 251 1 248 2.58e-92 270 WP_142133210.1 WP_222125851.1 49.0 243 119 1 10 247 1 243 2.14e-83 248 WP_142133210.1 WP_279984614.1 49.6 250 118 3 10 251 9 258 4.56e-82 245 WP_142133210.1 WP_008470196.1 49.6 236 119 0 10 245 9 244 6.45e-79 236 WP_142133210.1 WP_072380563.1 42.9 240 134 1 10 246 1 240 3.50e-64 199 WP_142133210.1 MWR41881.1 38.8 224 129 4 27 245 45 265 2.17e-47 156 WP_142133210.1 WP_258581409.1 38.4 229 135 3 9 236 2 225 2.81e-45 154 WP_142133210.1 WP_140480909.1 34.4 244 153 4 6 247 8 246 4.93e-42 145 WP_142133210.1 WP_215557653.1 42.3 208 115 5 22 226 19 224 4.90e-41 140 WP_142133210.1 WP_109219819.1 35.4 243 145 4 10 248 17 251 4.73e-40 140 WP_142133210.1 MCF7808720.1 37.9 206 123 5 26 228 26 229 4.38e-37 129 WP_142133210.1 WP_145468487.1 36.6 183 112 4 25 204 25 206 4.63e-32 115 WP_142133210.1 MBQ8297564.1 30.3 211 136 5 26 231 350 554 6.94e-18 80.9 WP_160354134.1 WP_160354134.1 94.3 212 12 0 1 212 1 212 9.93e-137 380 WP_073017683.1 WP_073017683.1 100 176 0 0 1 176 1 176 7.71e-130 359 MBO6826978.1 MBO6826978.1 100 188 0 0 1 188 1 188 3.09e-135 374 WP_237025736.1 WP_237025736.1 98.4 830 13 0 1 830 1 830 0.0 1635 AAZ73234.1 AAZ73234.1 100 138 0 0 1 138 1 138 6.11e-104 291 WP_167324608.1 WP_167324608.1 97.7 483 11 0 1 483 1 483 0.0 993 WP_167324608.1 MBY0289623.1 31.5 276 168 4 1 276 1 255 8.98e-38 140 MBF7068745.1 MBF7068745.1 81.5 216 40 0 1 216 1 216 4.67e-121 340 WP_002598431.1 WP_002598431.1 100 58 0 0 1 58 1 58 2.02e-36 114 XP_010216383.1 XP_010216383.1 100 236 0 0 1 236 1 236 1.05e-177 485 XP_010216383.1 GJP50541.1 29.5 88 55 1 31 118 600 680 1.91e-05 43.5 WP_238741277.1 WP_238741277.1 88.9 135 15 0 1 135 1 135 1.06e-80 232 WP_175395805.1 WP_175395805.1 100 249 0 0 1 249 1 249 3.83e-191 520 WP_175395805.1 WP_087918330.1 50.0 246 123 0 1 246 1 246 5.57e-89 262 WP_175395805.1 NET00292.1 41.4 249 140 3 2 246 25 271 1.71e-68 211 WP_125933644.1 WP_125933644.1 92.7 384 28 0 1 384 1 384 1.15e-253 690 MBR4207675.1 MBR4207675.1 97.5 937 23 0 1 937 1 937 0.0 1848 AOR13807.1 AOR13807.1 94.9 198 10 0 1 198 1 198 1.28e-132 368 AOR13807.1 ADW49125.1 76.3 198 47 0 1 198 2 199 3.42e-108 307 AOR13807.1 AFA24308.1 73.7 198 52 0 1 198 3 200 9.65e-106 301 AOR13807.1 QUA05739.1 74.2 198 51 0 1 198 10 207 3.92e-105 299 AOR13807.1 AWS34156.1 72.8 195 53 0 3 197 12 206 6.43e-101 289 AOR13807.1 ADJ35581.1 68.7 198 62 0 1 198 11 208 2.70e-100 287 AOR13807.1 AFA09475.1 70.5 193 57 0 6 198 1 193 7.64e-99 283 AOR13807.1 AVM35379.1 70.2 198 59 0 1 198 5 202 1.47e-98 283 AOR13807.1 AGI15931.1 65.0 197 69 0 2 198 4 200 6.81e-93 268 AOR13807.1 AHK62764.1 65.2 198 69 0 1 198 6 203 7.55e-91 263 AOR13807.1 AKA56406.1 65.4 191 63 1 1 191 10 197 7.09e-86 250 AOR13807.1 AAX94106.1 72.9 177 48 0 22 198 1 177 9.64e-86 258 AOR13807.1 UZF38514.1 62.9 194 72 0 5 198 1 194 5.52e-85 248 AOR13807.1 AMA90994.1 65.4 188 65 0 1 188 10 197 1.35e-83 244 AOR13807.1 AOQ89457.1 63.2 182 67 0 1 182 6 187 2.36e-77 228 AOR13807.1 AHH30646.1 67.3 168 53 2 23 190 6 171 1.61e-76 225 AOR13807.1 AXZ65741.1 60.7 168 66 0 1 168 10 177 1.78e-72 216 MXZ96777.1 MXZ96777.1 93.7 284 18 0 1 284 1 284 1.24e-184 507 MBU0783111.1 MBU0783111.1 100 393 0 0 1 393 1 393 2.77e-302 813 MBU0783111.1 RWK19229.1 25.6 313 194 12 8 305 7 295 3.93e-12 66.2 WP_231587592.1 WP_231587592.1 100 355 0 0 1 355 1 355 3.09e-282 759 ORV24296.1 ORV24296.1 100 188 0 0 1 188 1 188 7.89e-138 380 ORV24296.1 MBA3364572.1 32.1 165 106 3 13 174 7 168 6.63e-14 65.1 WP_130617254.1 WP_130617254.1 92.9 239 17 0 1 239 1 239 9.37e-153 422 SNS96357.1 SNS96357.1 97.5 401 10 0 1 401 1 401 8.96e-303 815 WP_224014827.1 WP_224014827.1 97.2 391 11 0 1 391 1 391 2.88e-278 753 WP_224014827.1 WP_130670507.1 53.7 391 176 3 2 390 6 393 4.16e-138 398 WP_224014827.1 WP_271272236.1 44.9 374 204 2 15 386 9 382 1.05e-107 320 WP_224014827.1 TVP67793.1 40.1 387 227 4 6 388 16 401 2.32e-91 279 WP_224014827.1 MCB0793211.1 37.9 377 226 5 13 382 12 387 9.67e-80 249 WP_224014827.1 EMD83093.1 36.9 398 218 11 25 391 50 445 2.30e-65 213 WP_224014827.1 MBY0289623.1 33.2 253 133 10 16 262 20 242 1.68e-18 84.7 AAM89588.1 AAM89588.1 100 218 0 0 1 218 1 218 5.44e-162 444 WP_146943319.1 WP_146943319.1 100 173 0 0 1 173 1 173 2.70e-124 345 MBK7076265.1 MBK7076265.1 100 237 0 0 1 237 1 237 4.59e-168 461 XP_054023409.1 XP_054023409.1 93.8 178 11 0 1 178 1 178 2.28e-123 343 WP_116073604.1 WP_116073604.1 100 212 0 0 1 212 1 212 2.71e-159 437 WP_162428520.1 WP_162428520.1 97.0 864 26 0 1 864 1 864 0.0 1692 WP_162428520.1 WP_227550239.1 23.6 462 264 19 426 845 427 841 1.85e-11 66.2 AVM35379.1 AVM35379.1 89.7 214 22 0 1 214 1 214 2.84e-137 381 AVM35379.1 ADW49125.1 85.3 211 31 0 4 214 1 211 1.06e-129 362 AVM35379.1 AWS34156.1 82.7 214 37 0 1 214 6 219 2.85e-129 361 AVM35379.1 AFA24308.1 84.4 211 33 0 4 214 2 212 3.02e-127 356 AVM35379.1 QUA05739.1 82.6 207 36 0 1 207 6 212 1.86e-121 341 AVM35379.1 ADJ35581.1 77.1 214 49 0 1 214 7 220 8.21e-120 337 AVM35379.1 AFA09475.1 79.5 205 42 0 10 214 1 205 1.04e-114 324 AVM35379.1 QUQ06080.1 74.8 214 54 0 1 214 6 219 1.70e-114 324 AVM35379.1 ABQ63546.1 72.4 214 59 0 1 214 5 218 9.01e-112 317 AVM35379.1 AAX94106.1 85.7 189 27 0 26 214 1 189 7.17e-109 317 AVM35379.1 AHK62764.1 68.7 214 67 0 1 214 2 215 1.50e-106 304 AVM35379.1 AOR13807.1 73.2 198 53 0 5 202 1 198 9.16e-105 298 AVM35379.1 UZF38514.1 67.0 206 68 0 9 214 1 206 4.67e-102 292 AVM35379.1 AMA90994.1 75.0 192 48 0 1 192 6 197 9.81e-102 291 AVM35379.1 AGI15931.1 69.3 205 63 0 4 208 2 206 1.04e-98 283 AVM35379.1 AKT58828.1 71.6 190 54 0 1 190 6 195 1.12e-95 275 AVM35379.1 AOQ89457.1 69.9 186 56 0 1 186 2 187 1.04e-89 260 AVM35379.1 AKA56406.1 64.5 197 63 2 1 195 6 197 2.63e-85 249 AVM35379.1 AHH30646.1 70.2 168 48 2 27 194 6 171 4.40e-78 230 AVM35379.1 ACE88666.1 71.4 140 40 0 75 214 1 140 1.59e-65 197 AVM35379.1 APC24336.1 59.8 112 45 0 103 214 1 112 1.93e-36 129 GJQ31858.1 GJQ31858.1 97.0 467 14 0 1 467 1 467 0.0 941 WP_249866435.1 WP_249866435.1 100 417 0 0 1 417 1 417 2.85e-314 846 CDE57470.1 CDE57470.1 97.5 522 13 0 1 522 1 522 0.0 1025 EEY6110619.1 EEY6110619.1 100 171 0 0 1 171 1 171 4.16e-127 352 WP_071876418.1 WP_071876418.1 100 555 0 0 1 555 1 555 0.0 1136 WP_071876418.1 WP_142931103.1 26.2 516 307 16 1 497 1 461 2.07e-35 137 WP_071876418.1 MBP1876254.1 32.1 224 142 5 4 221 2 221 3.39e-29 117 WP_071876418.1 WP_256546297.1 29.1 258 156 7 4 243 24 272 4.83e-27 108 WP_071876418.1 WP_197521413.1 33.2 229 132 7 4 228 2 213 2.57e-26 107 WP_071876418.1 WP_132175930.1 31.8 214 130 2 18 225 40 243 3.60e-26 107 WP_071876418.1 WP_150396769.1 21.7 544 311 17 4 507 25 493 1.22e-23 102 WP_071876418.1 WP_222125851.1 28.7 247 153 7 4 238 2 237 2.79e-23 97.4 WP_071876418.1 MWR41881.1 29.0 217 138 4 21 229 44 252 3.13e-23 97.8 WP_071876418.1 WP_152652784.1 32.7 223 139 7 8 229 10 222 2.19e-22 96.3 WP_071876418.1 WP_072380563.1 27.6 228 153 4 300 517 2 227 1.50e-21 92.4 WP_071876418.1 WP_022619009.1 27.9 229 147 5 1 224 1 216 1.67e-21 92.0 WP_071876418.1 NLW39422.1 29.3 222 147 5 300 513 17 236 1.20e-20 91.7 WP_071876418.1 WP_207918089.1 27.0 252 166 7 4 243 6 251 1.94e-20 89.4 WP_071876418.1 NVM03966.1 30.9 204 131 4 315 513 34 232 6.02e-20 89.4 WP_071876418.1 WP_226904802.1 28.3 233 149 6 4 221 23 252 6.15e-20 89.7 WP_071876418.1 WP_008470196.1 29.0 217 135 8 316 519 24 234 6.55e-20 87.8 WP_071876418.1 WP_084371009.1 31.0 255 157 9 4 255 3 241 1.57e-19 87.8 WP_071876418.1 WP_089246429.1 22.8 505 310 19 21 498 20 471 4.94e-19 88.6 WP_071876418.1 WP_115992495.1 26.0 219 149 2 313 518 13 231 6.92e-19 84.7 WP_071876418.1 WP_195238978.1 31.5 222 138 8 4 220 485 697 7.82e-19 88.6 WP_071876418.1 WP_008056683.1 31.0 187 119 4 308 487 246 429 4.59e-18 86.3 WP_071876418.1 MBC7326981.1 25.4 244 165 7 4 237 7 243 6.41e-18 82.0 WP_071876418.1 WP_088153117.1 24.8 214 142 6 326 526 23 230 6.75e-18 84.0 WP_071876418.1 OAN53756.1 27.8 212 131 8 24 221 30 233 5.76e-17 79.3 WP_071876418.1 WP_158791585.1 25.4 236 159 8 21 243 20 251 2.32e-16 77.4 WP_071876418.1 MXP43753.1 25.1 215 147 6 17 221 26 236 9.04e-16 75.9 WP_071876418.1 WP_008134825.1 28.5 214 139 7 20 228 627 831 9.34e-16 79.0 WP_071876418.1 WP_145468487.1 29.2 192 120 4 20 203 25 208 3.24e-15 73.6 WP_071876418.1 WP_041710957.1 27.4 413 225 16 142 510 98 479 1.45e-14 74.7 WP_071876418.1 WP_192324556.1 27.1 218 139 8 21 227 345 553 1.15e-13 72.0 WP_071876418.1 WP_174822921.1 25.9 216 144 6 17 221 19 229 2.42e-13 68.6 WP_071876418.1 WP_206363707.1 25.5 220 127 5 317 511 34 241 7.33e-13 67.4 WP_071876418.1 WP_173040157.1 25.6 199 118 7 20 209 306 483 6.31e-07 50.4 MBW3588078.1 MBW3588078.1 100 822 0 0 1 822 1 822 0.0 1670 MBW3588078.1 RZU98823.1 46.1 829 411 3 20 813 17 844 1.07e-264 754 MBW3588078.1 WP_216768648.1 36.9 731 428 10 33 745 21 736 1.53e-156 475 BCJ09783.1 BCJ09783.1 100 92 0 0 1 92 1 92 5.92e-60 176 WP_151615076.1 WP_151615076.1 100 189 0 0 1 189 1 189 2.27e-142 392 QAA77085.1 QAA77085.1 98.5 745 11 0 1 745 1 745 0.0 1469 WP_013384884.1 WP_013384884.1 100 309 0 0 1 309 1 309 4.41e-227 616 CAF1284994.1 CAF1284994.1 100 350 0 0 1 350 1 350 2.22e-268 724 ORY38386.1 ORY38386.1 94.8 954 50 0 1 954 1 954 0.0 1858 GLO13544.1 GLO13544.1 100 548 0 0 1 548 1 548 0.0 1092 CAI9173470.1 CAI9173470.1 95.9 146 6 0 1 146 1 146 2.08e-99 280 PHI20455.1 PHI20455.1 89.5 114 12 0 1 114 1 114 9.83e-67 195 MCA3282362.1 MCA3282362.1 100 365 0 0 1 365 1 365 4.04e-274 740 MCA3282362.1 WP_080508033.1 23.4 244 176 4 69 303 91 332 7.83e-07 48.9 EFG4747393.1 NPM18735.1 97.2 249 7 0 1 249 16 264 3.90e-180 493 EFG4747393.1 EFG4747393.1 92.8 249 18 0 1 249 1 249 3.31e-167 460 EFG4747393.1 MBB7523286.1 100 42 0 0 1 42 467 508 4.79e-24 98.6 MBE6211131.1 MBE6211131.1 100 322 0 0 1 322 1 322 4.70e-249 673 WP_126136917.1 WP_126136917.1 100 287 0 0 1 287 1 287 4.19e-214 582 WP_126136917.1 MBK9183427.1 35.0 283 165 9 7 274 6 284 2.25e-35 128 WP_126136917.1 MCQ2612024.1 26.6 286 186 11 12 279 9 288 7.53e-16 74.7 MCS7352192.1 MCS7352192.1 100 137 0 0 1 137 1 137 9.36e-85 242 MBT5102369.1 MBT5102369.1 100 187 0 0 1 187 1 187 4.23e-137 379 WP_222125851.1 WP_222125851.1 100 246 0 0 1 246 1 246 5.00e-181 494 WP_222125851.1 WP_115992495.1 51.2 250 107 2 1 242 1 243 3.55e-86 254 WP_222125851.1 WP_142133210.1 49.0 243 119 1 1 243 10 247 2.10e-83 248 WP_222125851.1 WP_008470196.1 46.5 241 124 1 1 241 9 244 2.86e-76 229 WP_222125851.1 WP_279984614.1 46.9 243 127 1 1 241 9 251 2.28e-73 223 WP_222125851.1 WP_072380563.1 45.7 245 125 2 1 242 1 240 9.37e-71 215 WP_222125851.1 WP_176354145.1 36.1 238 142 3 7 243 11 239 9.03e-46 155 WP_222125851.1 WP_140480909.1 37.9 243 139 5 1 241 12 244 3.02e-42 145 WP_222125851.1 WP_071876418.1 28.7 247 153 7 2 237 4 238 1.24e-23 97.4 WP_222125851.1 MBQ4383193.1 34.5 203 117 7 19 217 28 218 1.28e-22 90.9 WP_222125851.1 RUU66461.1 38.8 49 30 0 193 241 4 52 5.26e-07 48.1 GIY87976.1 GIY87976.1 100 113 0 0 1 113 1 113 1.20e-80 230 KHC51086.1 KHC51086.1 90.9 659 60 0 1 659 1 659 0.0 1177 XP_048190726.1 XP_048190726.1 92.8 815 59 0 1 815 1 815 0.0 1568 KPQ18226.1 KPQ18226.1 100 397 0 0 1 397 1 397 2.07e-290 784 KPQ18226.1 WP_099949840.1 52.7 395 174 3 1 392 1 385 1.16e-142 409 KAI3869934.1 KAI3869934.1 100 489 0 0 1 489 1 489 0.0 1005 NEO65312.1 NEO65312.1 100 515 0 0 1 515 1 515 0.0 1072 NEO65312.1 RYE89993.1 31.1 299 136 12 271 505 32 324 3.07e-25 104 WP_183555556.1 WP_183555556.1 96.0 725 29 0 1 725 1 725 0.0 1436 TAH42824.1 TAH42824.1 100 230 0 0 1 230 1 230 3.39e-171 468 TAH42824.1 WP_129553552.1 41.0 227 134 0 4 230 65 291 2.42e-59 187 XP_034617399.1 XP_034617399.1 100 297 0 0 1 297 1 297 1.71e-218 593 NJD87536.1 NJD87536.1 89.8 285 29 0 1 285 1 285 1.66e-178 491 MBK8449583.1 MBK8449583.1 100 678 0 0 1 678 1 678 0.0 1358 WP_062308724.1 WP_062308724.1 100 288 0 0 1 288 1 288 4.72e-216 587 MBQ9754467.1 MBQ9754467.1 95.2 462 22 0 1 462 1 462 0.0 872 WP_278278068.1 WP_278278068.1 100 43 0 0 1 43 1 43 2.56e-26 87.8 WP_195180108.1 WP_195180108.1 100 92 0 0 1 92 1 92 1.83e-63 185 UKZ95812.1 UKZ95812.1 100 106 0 0 1 106 1 106 4.50e-75 215 WP_088086543.1 WP_088086543.1 100 235 0 0 1 235 1 235 4.28e-172 471 WP_110180126.1 WP_110180126.1 93.8 388 24 0 1 388 1 388 6.22e-244 665 WP_129639177.1 WP_129639177.1 100 168 0 0 1 168 1 168 3.18e-125 347 CAG9815058.1 CAG9815058.1 100 497 0 0 1 497 1 497 0.0 1031 PJJ44766.1 PJJ44766.1 98.7 822 11 0 1 822 1 822 0.0 1588 PJJ44766.1 WP_092081374.1 55.8 767 319 6 37 791 1 759 2.06e-303 850 PJJ44766.1 WP_231355705.1 54.4 779 321 8 44 812 7 761 7.75e-279 787 PJJ44766.1 WP_206581849.1 40.9 772 383 10 35 755 2 751 1.35e-186 551 PJJ44766.1 NLZ92879.1 34.1 88 55 1 685 772 6 90 2.75e-08 51.6 WP_237150901.1 WP_237150901.1 100 239 0 0 1 239 1 239 5.02e-182 496 MCE9516778.1 MCE9516778.1 86.0 365 51 0 1 365 1 365 3.34e-225 616 KFU90592.1 KFU90592.1 94.5 347 19 0 1 347 1 347 6.24e-253 685 PDX17128.1 PDX17128.1 100 167 0 0 1 167 1 167 2.82e-114 319 PDX17128.1 WEK50023.1 49.1 169 81 2 1 166 12 178 3.30e-53 165 MBX3707511.1 MBX3707511.1 94.7 771 41 0 1 771 1 771 0.0 1417 EAH8201998.1 EAH8201998.1 98.0 443 9 0 1 443 1 443 0.0 891 EAH8201998.1 MBV00212.1 45.9 440 235 3 4 440 3 442 1.23e-136 405 EAH8201998.1 WP_021479352.1 44.6 448 237 5 3 440 6 452 2.77e-128 397 EAH8201998.1 MBG6814041.1 44.3 359 198 2 3 359 8 366 9.56e-110 327 KKU62290.1 KKU62290.1 90.7 439 41 0 1 439 1 439 1.82e-287 780 MBK5571697.1 MBK5571697.1 96.0 199 8 0 1 199 1 199 1.68e-133 370 WP_176282182.1 WP_176282182.1 100 422 0 0 1 422 1 422 0.0 875 XP_038766703.1 XP_038766703.1 94.5 488 27 0 1 488 1 488 0.0 909 WP_276078981.1 WP_276078981.1 100 470 0 0 23 492 23 492 0.0 969 NXM82541.1 NXM82541.1 96.0 497 20 0 1 497 1 497 0.0 982 NXM82541.1 KAJ4922108.1 48.3 507 188 14 1 497 26 468 4.50e-147 427 KAG1843883.1 KAG1843883.1 100 871 0 0 1 871 1 871 0.0 1829 KAJ4375381.1 KAJ4375381.1 92.2 463 36 0 1 463 1 463 3.60e-297 806 WP_001977095.1 WP_001977095.1 100 119 0 0 1 119 1 119 1.04e-86 246 XP_052534275.1 XP_052534275.1 100 608 0 0 1 608 1 608 0.0 1238 XP_052534275.1 WP_038052668.1 32.9 504 239 15 105 602 6 416 2.37e-70 231 XP_052534275.1 WP_200198809.1 37.0 400 195 7 205 602 78 422 7.87e-60 204 XP_052534275.1 RIX75659.1 33.5 403 205 7 208 602 99 446 2.55e-45 165 AAW57761.1 AAW57761.1 100 206 0 0 1 206 1 206 9.10e-155 425 AAW57761.1 QJX39570.1 76.4 208 46 2 1 206 1 207 6.27e-119 334 AAW57761.1 AIG14299.1 69.0 216 56 3 1 206 1 215 1.03e-105 301 KXZ65002.1 KXZ65002.1 100 150 0 0 1 150 1 150 7.20e-111 309 KXZ65002.1 MBE6455882.1 44.8 87 48 0 10 96 184 270 3.56e-17 74.7 WP_279840346.1 WP_279840346.1 97.9 484 10 0 1 484 1 484 0.0 933 WP_279840346.1 WP_094840069.1 36.1 499 280 3 14 474 11 508 1.79e-90 283 WP_279840346.1 MBI4806480.1 33.9 472 299 6 8 472 7 472 4.99e-75 242 WP_279840346.1 WP_224791962.1 33.0 488 300 7 4 477 3 477 2.03e-66 219 WP_279840346.1 WP_283557067.1 26.2 477 324 9 3 474 7 460 6.03e-36 137 WP_056329268.1 WP_056329268.1 94.9 410 21 0 1 410 1 410 4.50e-287 776 MBX3400476.1 MBX3400476.1 85.6 306 44 0 1 306 1 306 5.71e-185 509 WP_128786583.1 WP_128786583.1 96.9 606 19 0 25 630 25 630 0.0 1193 WP_128786583.1 WP_269572442.1 34.9 596 347 10 9 582 5 581 3.88e-89 287 WP_128786583.1 WP_025739406.1 35.9 396 254 0 235 630 242 637 6.25e-70 237 WP_128786583.1 WP_104456122.1 39.8 314 166 6 318 628 227 520 9.58e-54 190 WP_128786583.1 WP_186556299.1 41.1 282 166 0 347 628 238 519 2.63e-49 178 WP_128786583.1 HBP5649656.1 37.5 344 206 6 290 629 229 567 1.11e-45 169 WP_128786583.1 WP_271340374.1 29.8 396 210 10 276 630 230 598 8.38e-26 110 WP_128786583.1 WP_156140069.1 30.3 337 200 10 282 594 212 537 7.06e-22 98.6 WP_128786583.1 WP_237962375.1 36.6 131 76 3 391 521 423 546 2.51e-14 74.7 WP_128786583.1 MCI8311254.1 26.0 285 159 8 257 539 183 417 2.48e-11 64.7 MBV8060578.1 MBV8060578.1 100 243 0 0 1 243 1 243 5.41e-179 489 XP_003035978.1 XP_003035978.1 55.3 284 127 0 1 284 1 284 2.44e-87 260 XP_039406663.1 XP_039406663.1 96.6 406 14 0 1 406 1 406 1.53e-292 790 HBG17616.1 HBG17616.1 100 533 0 0 1 533 1 533 0.0 1099 HBG17616.1 MBY5764273.1 43.8 96 54 0 437 532 244 339 7.63e-19 86.3 HBG17616.1 UOK61174.1 40.6 96 56 1 437 532 262 356 1.44e-14 73.9 HBG17616.1 MCF8449868.1 33.0 106 66 2 4 109 1 101 2.40e-11 62.4 HBG17616.1 WP_188888464.1 33.0 103 68 1 6 108 4 105 2.23e-09 56.2 HBG17616.1 WP_124213670.1 34.3 105 64 3 6 109 4 104 1.39e-08 55.5 HBG17616.1 WP_232306300.1 37.6 109 54 4 7 109 1123 1223 1.44e-07 52.8 HBG17616.1 WP_138482356.1 26.9 104 73 2 6 109 672 772 2.43e-05 45.4 HBG17616.1 KFX48203.1 26.0 104 68 3 11 109 1082 1181 6.93e-04 40.8 WP_277324932.1 WP_277324932.1 94.4 394 22 0 1 394 1 394 4.24e-277 750 WP_277324932.1 MBF0865514.1 35.1 308 190 6 18 320 16 318 9.50e-54 180 XP_037916999.1 XP_037916999.1 97.6 507 12 0 1 507 1 507 0.0 1014 XP_037916999.1 KAJ7092692.1 28.9 149 87 3 78 214 74 215 4.47e-13 68.9 PBP26446.1 PBP26446.1 95.2 125 6 0 1 125 1 125 9.42e-86 244 MBS3742576.1 MBS3742576.1 100 79 0 0 1 79 1 79 1.25e-55 164 WP_150253061.1 WP_150253061.1 100 701 0 0 1 701 1 701 0.0 1441 WP_150253061.1 WP_043940504.1 45.6 688 318 12 12 696 14 648 2.24e-185 540 WP_150253061.1 HAN66834.1 39.9 696 356 13 14 700 16 658 9.97e-164 484 WP_150253061.1 MBP8196496.1 32.7 842 355 15 19 692 1 798 2.03e-129 400 MBT3887354.1 MBT3887354.1 93.4 301 20 0 21 321 21 321 9.65e-212 578 MBT3887354.1 OFZ89526.1 54.0 335 134 3 2 321 93 422 2.98e-128 371 MBT3887354.1 WP_033456074.1 55.9 311 122 3 11 321 1 296 6.55e-127 363 MBT3887354.1 WP_267292626.1 54.5 321 137 2 1 319 199 512 8.83e-118 347 MBT3887354.1 WP_098923619.1 51.5 326 142 6 3 320 101 418 1.54e-109 323 MBT3887354.1 WP_262612393.1 47.8 301 147 5 22 320 132 424 6.12e-97 291 MBT3887354.1 NDI25889.1 41.3 288 159 2 31 313 1 283 7.71e-71 220 MBT3887354.1 KAA0555231.1 29.8 322 199 5 13 319 321 630 5.02e-40 146 MBT3887354.1 KAJ4394429.1 28.0 347 203 9 2 321 188 514 1.21e-34 130 WP_273302807.1 WP_273302807.1 100 217 0 0 1 217 1 217 1.02e-161 443 PKM59746.1 PKM59746.1 100 69 0 0 1 69 1 69 3.09e-47 142 MBW0517832.1 MBW0517832.1 100 269 0 0 1 269 1 269 1.45e-205 558 OQA38407.1 OQA38407.1 100 458 0 0 1 458 1 458 0.0 917 OQA38407.1 WP_225579579.1 49.7 441 207 5 1 436 7 437 4.02e-139 408 OQA38407.1 WP_254698006.1 48.8 432 206 5 9 435 1 422 1.61e-136 401 OQA38407.1 WP_253808359.1 44.9 452 236 5 1 450 1 441 1.36e-134 393 OQA38407.1 PHR72175.1 32.7 300 173 7 6 293 25 307 6.26e-37 136 GLV83862.1 GLV83862.1 96.8 402 13 0 1 402 1 402 7.24e-273 740 GLV83862.1 WP_025599976.1 32.8 244 136 7 159 385 170 402 5.64e-18 83.6 GLV83862.1 WP_005392478.1 22.5 333 229 7 20 348 4 311 1.92e-10 60.1 YP_009017695.1 YP_009017695.1 100 69 0 0 1 69 1 69 4.09e-43 132 XP_003875641.1 XP_003875641.1 100 295 0 0 1 295 1 295 2.84e-216 588 NRF69152.1 NRF69152.1 100 520 0 0 1 520 1 520 0.0 1021 NRF69152.1 WP_283107263.1 41.3 506 258 10 27 516 75 557 9.19e-103 318 NRF69152.1 WP_017718577.1 41.9 437 226 7 102 518 203 631 5.39e-101 317 NRF69152.1 WP_058504615.1 35.1 522 308 15 4 516 63 562 1.47e-92 291 NRF69152.1 MBT7163208.1 38.2 416 242 6 108 515 160 568 1.11e-77 253 NRF69152.1 WP_203339841.1 39.7 272 153 6 139 407 13 276 1.04e-54 186 NRF69152.1 EEC9022132.1 29.1 419 243 15 125 506 79 480 1.31e-37 143 NRF69152.1 WP_121975536.1 35.2 256 127 12 143 381 11 244 2.99e-27 110 NRF69152.1 RYD39969.1 30.5 272 161 8 148 407 23 278 5.65e-22 94.7 MCH2678216.1 MCH2678216.1 100 189 0 0 1 189 1 189 1.26e-139 385 MCH2678216.1 MBE6787267.1 37.3 169 94 7 1 161 1 165 1.59e-24 93.2 MCH2678216.1 WP_228824605.1 36.2 127 65 5 48 166 51 169 3.73e-15 68.9 WP_278390468.1 WP_278390468.1 100 407 0 0 1 407 1 407 2.80e-303 818 WP_130514498.1 WP_130514498.1 93.2 381 26 0 1 381 1 381 2.11e-259 704 WP_275865201.1 WP_275865201.1 100 63 0 0 1 63 1 63 1.83e-41 127 XP_031258584.1 XP_031258584.1 100 347 0 0 1 347 1 347 8.86e-253 684 WP_248676944.1 WP_248676944.1 96.7 305 10 0 1 305 1 305 8.16e-221 600 WP_248676944.1 WP_131914061.1 26.5 294 197 10 12 297 3 285 2.01e-20 87.8 KAJ2272836.1 KAJ2272836.1 98.6 726 10 0 1 726 1 726 0.0 1452 XP_017754998.1 XP_017754998.1 100 525 0 0 1 525 1 525 0.0 1094 HBO0131372.1 HBO0131372.1 100 338 0 0 1 338 1 338 4.04e-249 674 XP_035800909.1 XP_035800909.1 94.9 952 49 0 1 952 1 952 0.0 1806 XP_035800909.1 XP_017857703.1 22.2 607 330 15 121 611 8 588 2.31e-27 118 WP_222878685.1 WP_222878685.1 100 273 0 0 1 273 1 273 2.22e-202 551 MCD8548598.1 MCD8548598.1 100 148 0 0 1 148 1 148 1.20e-108 303 MBK6756051.1 MBK6756051.1 98.0 768 15 0 1 768 1 768 0.0 1513 WP_021117716.1 WP_021117716.1 79.2 53 11 0 1 53 1 53 8.22e-25 84.7 EEJ0015338.1 EEJ0015338.1 100 433 0 0 1 433 1 433 0.0 871 EEJ0015338.1 WP_254218450.1 39.4 391 221 6 56 431 130 519 3.38e-85 268 EEJ0015338.1 MBL0967454.1 39.6 331 188 4 98 425 5 326 9.23e-75 235 EEJ0015338.1 AAL18389.1 31.5 337 213 10 92 414 1 333 9.36e-35 131 HCJ45190.1 HCJ45190.1 100 65 0 0 1 65 1 65 6.25e-43 131 HCJ45190.1 WP_264228578.1 74.6 63 16 0 1 63 480 542 9.95e-28 101 HCJ45190.1 OGA29379.1 66.7 63 21 0 1 63 479 541 3.73e-25 94.4 NDD52781.1 NDD52781.1 98.1 424 8 0 1 424 1 424 0.0 873 HBT3241107.1 HBT3241107.1 97.8 991 22 0 1 991 1 991 0.0 1964 MCS5664414.1 MCS5664414.1 96.1 304 12 0 1 304 1 304 8.16e-200 547 WP_091054162.1 WP_091054162.1 100 137 0 0 1 137 1 137 1.24e-98 277 WP_016340583.1 WP_016340583.1 100 233 0 0 1 233 1 233 5.64e-176 481 WP_016340583.1 MCH2591601.1 40.4 230 130 2 6 229 17 245 7.90e-58 182 WP_016340583.1 HHY51372.1 38.8 232 131 4 6 229 20 248 2.83e-57 181 WP_281733574.1 WP_281733574.1 100 219 0 0 1 219 1 219 3.26e-159 437 HCI6016418.1 HCI6016418.1 100 198 0 0 1 198 1 198 6.20e-149 409 KAI6876023.1 KAI6876023.1 95.2 357 17 0 1 357 1 357 3.25e-260 704 EIP7986019.1 EIP7986019.1 96.8 347 11 0 1 347 1 347 1.60e-255 691 EIP7986019.1 WP_282985289.1 61.1 36 14 0 117 152 867 902 4.20e-07 50.1 RWW57209.1 RWW57209.1 94.4 378 21 0 1 378 1 378 1.17e-275 745 XP_025220530.1 XP_025220530.1 90.6 849 80 0 1 849 1 849 0.0 1548 WP_234466695.1 WP_234466695.1 92.6 434 32 0 1 434 1 434 1.20e-278 757 KAI0154282.1 KAI0154282.1 100 258 0 0 1 258 1 258 6.87e-194 528 KAI0154282.1 WP_273849839.1 32.3 248 154 9 13 257 21 257 2.89e-20 85.5 KAI0154282.1 WP_013845913.1 26.8 194 127 7 8 197 4 186 2.22e-07 48.9 KAI0154282.1 XP_028635853.1 25.2 202 129 8 9 197 5 197 1.65e-04 40.8 WP_266771233.1 WP_266771233.1 94.5 256 14 0 1 256 1 256 7.01e-177 485 MCK5360090.1 MCK5360090.1 100 228 0 0 1 228 1 228 9.74e-170 464 KAH0848936.1 KAH0848936.1 100 75 0 0 1 75 1 75 8.75e-52 154 MBP2236311.1 MBP2236311.1 100 119 0 0 1 119 1 119 4.24e-86 244 MBP6786080.1 MBP6786080.1 97.1 867 25 0 1 867 1 867 0.0 1639 MBP6786080.1 WP_029789810.1 56.6 844 355 6 1 839 1 838 0.0 926 MBP6786080.1 KAF6257731.1 49.6 875 411 10 5 858 5 870 9.54e-285 810 MBP6786080.1 WP_136095406.1 47.3 691 266 12 153 828 110 717 5.29e-192 566 MBP6786080.1 MBL8103469.1 50.4 450 218 2 1 445 2 451 5.27e-145 434 MBP6786080.1 KAI7727618.1 56.9 274 87 2 162 435 165 407 2.10e-87 296 MBP6786080.1 KPK79043.1 48.5 235 119 1 164 398 154 386 8.34e-61 218 MBP6786080.1 MCH2804017.1 56.4 78 34 0 584 661 2 79 7.14e-26 100 MBP6786080.1 HIT09367.1 40.8 71 36 2 562 626 69 139 3.15e-04 42.4 MCD6482094.1 MCD6482094.1 100 488 0 0 1 488 1 488 0.0 1009 XP_041715299.2 XP_041715299.2 90.3 401 39 0 1 401 1 401 2.61e-270 733 OMF24356.1 OMF24356.1 100 618 0 0 1 618 1 618 0.0 1267 OMF24356.1 WP_101662518.1 36.3 560 334 8 55 604 55 601 5.66e-117 362 OMF24356.1 WP_135279859.1 30.9 579 346 19 60 616 202 748 2.32e-56 202 OMF24356.1 HCG88012.1 40.3 258 129 7 68 316 63 304 1.15e-43 164 OMF24356.1 OHA02323.1 30.4 306 180 11 338 612 253 556 6.30e-21 95.1 WP_215262079.1 WP_215262079.1 100 496 0 0 1 496 1 496 0.0 1023 WP_215262079.1 WP_269885397.1 30.6 173 112 3 321 486 88 259 3.56e-16 77.0 PWA60456.1 PWA60456.1 100 322 0 0 1 322 1 322 9.11e-247 667 WP_103025967.1 WP_103025967.1 88.5 304 35 0 1 304 1 304 9.02e-181 499 WP_103025967.1 WP_135625684.1 34.7 196 121 4 54 247 2 192 5.87e-32 117 WP_103025967.1 MBQ3573680.1 25.7 284 185 8 24 303 9 270 1.79e-17 79.0 WP_019092761.1 WP_019092761.1 100 306 0 0 1 306 1 306 1.88e-231 627 WP_033744100.1 WP_033744100.1 100 145 0 0 1 145 1 145 5.34e-106 296 WP_194543596.1 WP_194543596.1 100 272 0 0 1 272 1 272 3.04e-204 555 WP_194543596.1 PYK96819.1 51.4 251 94 1 1 251 1 223 5.23e-86 254 WP_194543596.1 MBQ6275073.1 44.2 274 127 3 1 272 1 250 3.15e-74 231 WP_054998585.1 WP_054998585.1 100 362 0 0 1 362 1 362 6.92e-269 726 WP_054998585.1 EFO2269166.1 33.8 355 218 8 13 355 16 365 2.66e-61 199 MBK6870374.1 MBK6870374.1 94.5 201 11 0 1 201 1 201 4.12e-135 375 MBK6870374.1 WP_145544593.1 41.2 148 84 3 1 148 371 515 6.36e-27 105 MBK6870374.1 WP_000484099.1 38.5 156 86 6 1 149 214 366 4.21e-21 87.8 MBK6870374.1 MBI5333464.1 37.2 156 90 3 1 149 234 388 4.15e-19 82.4 MBK6870374.1 EGR2272270.1 38.7 124 72 2 28 147 551 674 1.20e-18 81.6 MBK6870374.1 WP_107169208.1 34.5 148 92 3 1 143 208 355 1.23e-18 80.9 MBK6870374.1 WP_029222917.1 30.3 152 101 2 1 149 325 474 1.23e-17 78.6 MBK6870374.1 WP_230171322.1 34.6 156 87 6 1 146 609 759 4.77e-13 65.5 WP_108820366.1 WP_108820366.1 100 95 0 0 1 95 1 95 2.87e-66 192 WP_152569558.1 WP_152569558.1 100 570 0 0 1 570 1 570 0.0 1127 WP_175083644.1 WP_175083644.1 100 244 0 0 1 244 1 244 2.69e-184 503 CAD8183695.1 CAD8183695.1 98.6 804 11 0 1 804 1 804 0.0 1623 HCD1954593.1 HCD1954593.1 100 74 0 0 1 74 1 74 4.73e-51 152 MBX5702633.1 MBX5702633.1 100 161 0 0 1 161 1 161 8.55e-122 338 MBX5702633.1 EEW7484806.1 57.8 135 57 0 10 144 2 136 3.35e-58 176 HBM93052.1 HBM93052.1 92.9 156 11 0 1 156 1 156 4.09e-104 293 WP_281919021.1 WP_281919021.1 94.7 489 26 0 1 489 1 489 0.0 904 WP_281919021.1 MBF1128433.1 35.3 258 162 2 12 269 10 262 1.17e-54 191 WP_281919021.1 GIW70618.1 37.5 272 157 5 11 274 47 313 1.35e-33 133 WP_281919021.1 MBP7829117.1 34.8 230 144 3 34 263 77 300 1.36e-28 118 WP_281919021.1 WP_271931007.1 29.7 283 159 10 12 262 661 935 1.20e-24 106 WP_281919021.1 KAJ7903702.1 25.6 254 180 4 12 264 23 268 1.09e-15 77.4 WP_281919021.1 EYU24504.1 25.8 267 181 8 12 267 189 449 1.20e-10 62.0 WP_281919021.1 KAG5815829.1 29.9 174 109 7 83 248 523 691 5.63e-10 60.1 WP_281919021.1 XP_033679940.1 26.3 137 86 6 87 215 171 300 7.09e-08 53.5 MBQ3726282.1 MBQ3726282.1 100 433 0 0 1 433 1 433 0.0 892 WP_066678157.1 WP_066678157.1 100 255 0 0 1 255 1 255 9.33e-186 507 WP_025209636.1 WP_025209636.1 96.3 296 11 0 1 296 1 296 8.43e-214 582 WP_255435582.1 WP_255435582.1 100 104 0 0 1 104 1 104 5.11e-71 205 WP_255435582.1 MBI5438416.1 63.5 104 37 1 1 104 19 121 1.31e-40 129 WP_255435582.1 MCS2900418.1 56.7 104 45 0 1 104 20 123 6.97e-39 124 WP_255435582.1 MBI3448467.1 50.0 104 52 0 1 104 19 122 8.54e-31 104 WP_254101325.1 WP_254101325.1 100 647 0 0 1 647 1 647 0.0 1363 WP_254101325.1 WP_270967954.1 49.0 630 304 8 22 641 27 649 6.59e-215 613 WP_254101325.1 XP_052525039.1 35.4 636 390 13 22 647 43 667 3.24e-118 365 WP_254101325.1 MCC5948066.1 30.7 636 407 21 22 642 36 652 6.94e-72 243 WP_254101325.1 WP_068051662.1 25.7 549 319 18 102 615 34 528 3.64e-29 120 WP_254101325.1 RLB66027.1 23.8 547 374 18 76 616 4 513 1.44e-26 112 WP_254101325.1 NQW84129.1 21.5 516 370 14 103 614 63 547 7.79e-18 85.5 WP_254101325.1 NDJ88951.1 24.0 551 355 22 84 608 11 523 1.75e-17 84.3 WP_254101325.1 PYB13830.1 24.2 529 317 19 109 621 3216 3676 1.03e-12 70.1 WP_254101325.1 WP_246003214.1 20.3 517 342 11 107 612 45 502 2.40e-12 68.2 WP_254101325.1 MBF2759673.1 22.0 613 364 21 79 617 153 725 6.76e-12 67.0 WP_254101325.1 EJG3313804.1 21.8 377 244 16 201 547 90 445 1.11e-05 46.6 WP_254101325.1 WP_200941876.1 27.4 186 103 5 105 273 73 243 8.76e-05 43.9 WP_276362074.1 WP_276362074.1 100 257 0 0 1 257 1 257 1.18e-189 517 WP_276362074.1 WP_256546297.1 41.2 255 150 0 2 256 21 275 1.29e-64 201 WP_276362074.1 WP_221977168.1 39.4 241 140 3 14 254 25 259 1.95e-48 159 WP_276362074.1 MBR7834804.1 37.2 253 145 2 4 256 17 255 4.56e-47 155 WP_276362074.1 WP_159463829.1 34.2 257 135 7 5 254 358 587 5.57e-35 130 WP_276362074.1 MWR41881.1 30.8 227 138 5 20 242 44 255 7.82e-29 108 WP_276362074.1 OAN53756.1 30.2 245 152 7 14 250 21 254 5.65e-22 90.1 WP_276362074.1 WP_226904802.1 29.4 255 139 7 2 234 20 255 7.38e-22 91.3 WP_276362074.1 MBC7326981.1 27.5 236 148 6 5 231 7 228 7.05e-20 84.3 WP_276362074.1 WP_158791585.1 26.1 238 157 6 14 244 14 239 4.66e-18 79.3 WP_276362074.1 MXP43753.1 26.4 239 159 7 10 242 20 247 1.42e-17 78.2 WP_276362074.1 WP_174822921.1 28.6 248 144 11 9 242 12 240 1.77e-17 77.8 WP_276362074.1 WP_211555180.1 25.7 202 133 2 16 215 15 201 7.19e-11 58.9 WP_276362074.1 MBU22120.1 33.3 81 51 2 150 228 519 598 1.06e-07 50.8 WP_276362074.1 WP_158347019.1 38.4 73 40 2 153 220 379 451 3.25e-07 49.3 WP_276362074.1 WP_041481207.1 26.9 249 134 12 5 246 335 542 1.68e-05 43.9 HEM46184.1 HEM46184.1 100 96 0 0 1 96 1 96 6.01e-64 186 MBI2651826.1 MBI2651826.1 100 127 0 0 1 127 1 127 1.28e-93 264 WP_046631173.1 WP_046631173.1 96.9 688 21 0 1 688 1 688 0.0 1320 WP_143210733.1 WP_143210733.1 100 207 0 0 1 207 1 207 3.43e-155 426 WP_026893585.1 WP_026893585.1 100 223 0 0 1 223 1 223 5.02e-165 452 WP_026893585.1 MBP1530348.1 47.9 219 111 1 4 222 3 218 1.40e-73 221 WP_026893585.1 MBQ5584458.1 39.7 224 129 3 5 222 4 227 2.79e-52 167 WP_026893585.1 WP_186723788.1 41.5 224 121 5 5 222 8 227 3.52e-52 167 WP_026893585.1 PYP94120.1 36.9 222 136 3 4 222 2 222 2.94e-49 159 WP_026893585.1 WP_194544138.1 38.9 226 128 3 3 218 11 236 4.52e-45 149 WP_026893585.1 EAC1232420.1 33.6 220 141 3 5 221 4 221 6.44e-40 135 WP_026893585.1 WP_069156513.1 38.1 210 123 5 1 204 1 209 3.42e-39 133 WP_026893585.1 WP_101794136.1 34.2 231 139 3 4 221 26 256 1.81e-38 132 WP_026893585.1 EAG2350674.1 41.0 122 72 0 1 122 1 122 2.73e-33 115 WP_026893585.1 WP_064652354.1 32.2 230 143 5 3 222 2 228 4.70e-24 94.4 WP_026893585.1 WP_185031483.1 30.0 190 126 4 37 221 34 221 2.57e-20 84.3 WP_026893585.1 WP_074911472.1 36.2 116 70 2 5 117 1056 1170 4.21e-16 75.1 WP_026893585.1 MBQ2640849.1 57.6 33 14 0 191 223 1 33 1.29e-07 45.1 KAE9373439.1 KAE9373439.1 100 221 0 0 1 221 1 221 4.13e-163 447 TDB49724.1 TDB49724.1 100 121 0 0 1 121 1 121 3.60e-88 249 KNY10996.1 KNY10996.1 100 305 0 0 1 305 1 305 1.67e-229 622 KNY10996.1 WP_164653811.1 45.1 295 156 4 1 294 174 463 1.09e-74 235 KNY10996.1 WP_272906673.1 41.4 261 141 2 1 260 147 396 3.68e-62 202 KNY10996.1 WP_124213670.1 44.1 247 124 3 12 257 148 381 4.14e-62 202 KNY10996.1 WP_175896721.1 43.8 224 120 1 8 225 162 385 9.03e-61 198 KNY10996.1 WP_271786410.1 40.6 254 140 3 18 260 32 285 7.65e-58 187 KNY10996.1 WP_205173112.1 33.8 299 182 6 12 297 166 461 4.22e-55 184 WP_089322445.1 WP_089322445.1 100 272 0 0 1 272 1 272 3.66e-196 535 WP_145514932.1 WP_145514932.1 100 457 0 0 1 457 1 457 0.0 960 WP_145514932.1 WP_039085559.1 41.5 455 258 4 9 457 5 457 1.33e-127 376 WP_145514932.1 WP_168565867.1 21.7 391 282 9 52 440 12 380 7.26e-20 89.4 CAD8073566.1 CAD8073566.1 94.9 195 10 0 1 195 1 195 1.29e-135 375 WP_101794136.1 WP_101794136.1 100 259 0 0 1 259 1 259 1.68e-190 520 WP_101794136.1 WP_186723788.1 35.6 233 139 2 27 259 8 229 3.55e-44 147 WP_101794136.1 WP_026893585.1 34.2 231 139 3 26 256 4 221 2.11e-38 132 WP_101794136.1 MBQ5584458.1 34.6 234 146 1 26 259 3 229 3.67e-38 132 WP_101794136.1 MCL7714424.1 34.0 235 140 3 26 257 4 226 9.71e-38 130 WP_101794136.1 WP_007708736.1 35.6 236 142 3 26 258 3 231 1.57e-36 127 WP_101794136.1 MBP1530348.1 32.9 231 139 3 26 256 3 217 2.03e-34 122 WP_101794136.1 WP_069156513.1 33.6 214 133 3 26 237 4 210 1.55e-33 120 WP_101794136.1 PYP94120.1 33.9 233 137 4 25 254 1 219 1.82e-30 112 WP_101794136.1 EAC1232420.1 28.9 187 122 2 70 256 46 221 3.03e-21 87.4 WP_101794136.1 WP_064652354.1 29.2 233 155 3 26 256 3 227 3.07e-21 87.8 WP_101794136.1 WP_074911472.1 33.8 133 84 2 27 156 1056 1187 5.10e-16 75.9 WP_101794136.1 QYU66920.1 29.8 114 74 3 27 134 5 118 1.84e-09 53.1 EEF30376.1 EEF30376.1 100 351 0 0 1 351 1 351 1.05e-262 710 RKK88308.1 RKK88308.1 100 989 0 0 1 989 1 989 0.0 2069 WP_252809941.1 WP_252809941.1 96.6 296 10 0 1 296 1 296 3.15e-209 570 WP_252809941.1 MCI8430709.1 27.8 291 172 8 24 292 4 278 1.00e-17 79.7 WP_270506568.1 WP_270506568.1 100 409 0 0 1 409 1 409 0.0 862 WP_270506568.1 WP_282259321.1 41.2 420 212 4 3 388 14 432 1.78e-114 341 EKD39302.1 EKD39302.1 100 31 0 0 1 31 1 31 3.60e-17 63.9 WP_185816158.1 WP_185816158.1 95.7 232 10 0 1 232 1 232 2.76e-162 446 WP_185816158.1 KJS09633.1 40.4 104 62 0 125 228 485 588 2.98e-19 84.3 WP_275495439.1 WP_275495439.1 98.0 408 8 0 1 408 1 408 2.80e-305 822 WP_275495439.1 UCF78466.1 41.5 402 203 9 6 402 1 375 1.79e-88 271 WP_275495439.1 WP_019585553.1 34.9 404 225 11 8 400 16 392 7.34e-71 226 WP_275495439.1 WP_145937814.1 34.7 404 231 11 6 402 4 381 1.14e-64 210 WP_275495439.1 WP_278361924.1 25.3 391 252 11 27 407 24 384 6.85e-16 77.0 WP_275495439.1 MBL4853947.1 24.8 339 189 16 86 406 93 383 2.89e-07 50.4 WP_123237441.1 WP_123237441.1 96.1 305 12 0 1 305 1 305 8.75e-216 587 WP_123237441.1 WP_069341101.1 27.2 279 186 6 29 302 27 293 2.50e-21 90.1 CAD8089828.1 CAD8089828.1 100 273 0 0 1 273 1 273 4.43e-193 527 CAH0143531.1 CAH0143531.1 94.0 182 11 0 1 182 1 182 1.92e-117 328 CAH0143531.1 WP_122920202.1 21.8 165 127 2 3 166 25 188 2.74e-06 44.7 WP_147833981.1 WP_147833981.1 80.7 161 31 0 1 161 1 161 5.02e-80 232 WP_147833981.1 ABD26457.1 43.1 65 36 1 7 70 9 73 8.53e-08 47.0 QLL10545.1 QLL10545.1 96.4 277 10 0 1 277 1 277 1.61e-197 539 QLL10545.1 MBK8955603.1 43.5 260 144 3 18 277 3 259 2.07e-76 231 QLL10545.1 EJV0278763.1 31.8 264 150 5 18 267 3 250 3.77e-34 122 WP_111625343.1 WP_111625343.1 100 97 0 0 1 97 1 97 8.78e-71 204 TDZ21558.1 TDZ21558.1 100 893 0 0 1 893 1 893 0.0 1846 WP_169079632.1 WP_169079632.1 94.7 228 12 0 1 228 1 228 4.72e-152 420 WP_099949840.1 WP_099949840.1 100 389 0 0 1 389 1 389 1.03e-295 796 WP_099949840.1 KPQ18226.1 52.7 395 174 3 1 385 1 392 1.14e-142 409 WP_188506850.1 WP_188506850.1 98.3 300 5 0 1 300 1 300 5.15e-226 613 TQD79640.1 TQD79640.1 96.8 282 9 0 1 282 1 282 2.41e-206 561 QRX02582.1 QRX02582.1 99.1 4098 38 0 1 4098 1 4098 0.0 8345 QRX02582.1 QTD03487.1 99.0 4098 42 0 1 4098 1 4098 0.0 8340 QRX02582.1 QXR94354.1 98.9 4098 43 1 1 4098 1 4095 0.0 8325 QRX02582.1 UFM00670.1 98.8 4098 50 0 1 4098 1 4098 0.0 8321 QRX02582.1 QTM79632.1 98.8 4098 45 1 1 4098 1 4095 0.0 8318 QRX02582.1 UEC68750.1 98.8 4098 50 0 1 4098 1 4098 0.0 8317 QRX02582.1 UBL45068.1 98.8 4098 48 0 1 4098 1 4098 0.0 8317 QRX02582.1 UHM53165.1 98.8 4098 50 0 1 4098 1 4098 0.0 8315 QRX02582.1 UFM02602.1 98.8 4098 50 0 1 4098 1 4098 0.0 8315 QRX02582.1 QTZ27226.1 98.8 4098 47 1 1 4098 1 4095 0.0 8314 QRX02582.1 ULA23837.2 98.7 4098 48 2 1 4098 1 4094 0.0 8310 QRX02582.1 UPP41269.1 98.7 4098 50 1 1 4098 1 4095 0.0 8309 QRX02582.1 USR14792.1 98.7 4098 51 1 1 4098 1 4095 0.0 8306 QRX02582.1 UXH94526.1 98.7 4098 49 2 1 4098 1 4094 0.0 8305 QRX02582.1 UKU68032.1 98.4 4098 61 2 1 4098 1 4094 0.0 8279 QRX02582.1 QSZ25555.1 99.0 4098 40 0 1 4098 1 4098 0.0 8268 QRX02582.1 QWC83326.1 99.0 4098 41 0 1 4098 1 4098 0.0 8264 QRX02582.1 WEU87158.1 99.0 4098 41 0 1 4098 1 4098 0.0 8262 QRX02582.1 UBP50947.1 98.9 4098 45 0 1 4098 1 4098 0.0 8255 QRX02582.1 QZU16279.1 98.9 4098 47 0 1 4098 1 4098 0.0 8251 QRX02582.1 UBD95131.1 98.9 4098 47 0 1 4098 1 4098 0.0 8249 QRX02582.1 QVD87869.1 98.9 4098 44 1 1 4098 1 4095 0.0 8247 QRX02582.1 UEC52718.1 98.8 4098 51 0 1 4098 1 4098 0.0 8241 QRX02582.1 UIR12670.1 98.8 4098 46 2 1 4098 1 4094 0.0 8240 QRX02582.1 UZO53924.1 98.8 4098 48 1 1 4098 1 4095 0.0 8239 QRX02582.1 UPA83906.1 98.8 4098 47 2 1 4098 1 4094 0.0 8238 QRX02582.1 URQ55824.1 98.7 4098 49 1 1 4098 1 4095 0.0 8237 QRX02582.1 UVB16817.1 98.8 4098 48 1 1 4098 1 4095 0.0 8236 QRX02582.1 UMF87224.1 98.7 4098 50 2 1 4098 1 4094 0.0 8231 QRX02582.1 UKN67998.1 98.7 4078 47 2 21 4098 1 4074 0.0 8198 QRX02582.1 UBR86455.1 97.5 4097 102 0 2 4098 1 4097 0.0 8120 QRX02582.1 UJV88611.1 96.6 4098 134 2 1 4098 1 4094 0.0 8112 QRX02582.1 UJJ97602.1 96.3 4098 147 2 1 4098 1 4094 0.0 8080 QRX02582.1 UXX67934.1 97.1 4098 115 1 1 4098 1 4095 0.0 8074 QRX02582.1 UCP72061.1 97.0 4098 123 0 1 4098 1 4098 0.0 8068 QRX02582.1 UCP77012.1 96.9 4098 129 0 1 4098 1 4098 0.0 8059 QRX02582.1 UAQ80067.1 96.9 4098 129 0 1 4098 1 4098 0.0 8058 QRX02582.1 UOU30556.1 96.6 4098 135 1 1 4098 1 4095 0.0 8024 QRX02582.1 UJS94137.1 97.7 3993 88 2 106 4098 1 3989 0.0 7995 QRX02582.1 UGA79226.1 96.3 4098 153 0 1 4098 1 4098 0.0 7993 QRX02582.1 ULB83374.1 95.3 4098 188 2 1 4098 1 4094 0.0 7975 QRX02582.1 WHE12941.1 96.0 4072 159 1 27 4098 1 4069 0.0 7915 QRX02582.1 UVI10561.1 94.9 4071 206 1 28 4098 1 4068 0.0 7803 QRX02582.1 UGB98301.1 93.0 4098 288 0 1 4098 1 4098 0.0 7738 QRX02582.1 UJT06733.1 93.6 4098 260 2 1 4098 1 4094 0.0 7694 QRX02582.1 UFA30503.1 92.1 4072 323 0 27 4098 1 4072 0.0 7593 QRX02582.1 WGP70063.1 91.3 4098 358 0 1 4098 1 4098 0.0 7571 QRX02582.1 UMA88644.1 90.9 4077 368 2 22 4098 1 4073 0.0 7415 QRX02582.1 UNI03201.1 89.7 4072 417 1 27 4098 1 4071 0.0 7370 QRX02582.1 WEI27974.1 89.7 4098 421 1 1 4098 1 4095 0.0 7356 QRX02582.1 UEX07109.1 88.1 4041 482 0 27 4067 1 4041 0.0 7159 QRX02582.1 WGP98278.1 87.6 4098 507 0 1 4098 1 4098 0.0 7112 QRX02582.1 WAS49087.1 82.7 4098 705 1 1 4098 1 4095 0.0 6581 QRX02582.1 URP80785.1 80.3 4071 798 1 28 4098 1 4068 0.0 6374 QRX02582.1 UPB00876.1 76.5 4033 943 1 28 4060 1 4030 0.0 5932 QRX02582.1 UYE49180.1 80.1 3731 741 1 1 3731 1 3728 0.0 5770 QRX02582.1 WGQ72821.1 65.5 4073 1407 0 26 4098 1 4073 0.0 4912 WP_095648367.1 WP_095648367.1 97.5 484 12 0 1 484 1 484 0.0 912 WP_095648367.1 HAT8492399.1 30.2 202 136 3 214 410 166 367 1.68e-23 100 WP_095648367.1 MCI8350609.1 23.8 227 149 6 166 386 102 310 1.07e-08 55.1 HBB9152465.1 HBB9152465.1 95.2 462 22 0 1 462 1 462 0.0 868 HAD16081.1 HAD16081.1 98.5 525 8 0 18 542 18 542 0.0 993 WP_060879438.1 WP_060879438.1 91.1 516 46 0 18 533 18 533 1.27e-314 857 MBQ1583517.1 MBQ1583517.1 100 321 0 0 1 321 1 321 1.34e-243 659 WP_166737936.1 WP_166737936.1 91.0 912 82 0 1 912 1 912 0.0 1660 XP_044786537.1 XP_044786537.1 92.2 335 26 0 1 335 1 335 1.96e-218 597 KAG7243800.1 KAG7243800.1 96.6 384 13 0 1 384 1 384 1.28e-282 763 MBN8831519.1 MBN8831519.1 95.2 650 31 0 1 650 1 650 0.0 1266 MBN8831519.1 WP_017166220.1 34.2 158 88 4 56 200 36 190 8.88e-14 72.0 MBN8831519.1 WP_126547421.1 28.6 252 148 9 3 237 86 322 3.03e-12 68.2 WP_131827568.1 WP_131827568.1 100 72 0 0 1 72 1 72 1.14e-48 146 XP_023194678.1 XP_023194678.1 90.0 641 64 0 1 641 1 641 0.0 1118 XP_023194678.1 PAA85122.1 29.6 216 123 2 116 302 147 362 2.14e-14 75.1 XP_023194678.1 XP_025814622.1 31.7 262 160 12 125 369 397 656 1.18e-13 72.8 MBR5392328.1 MBR5392328.1 100 231 0 0 1 231 1 231 8.02e-175 478 NDH19650.1 NDH19650.1 100 153 0 0 1 153 1 153 9.40e-113 314 MCA9786884.1 MCA9786884.1 90.4 467 45 0 1 467 1 467 5.80e-289 786 WP_140706444.1 WP_140706444.1 100 159 0 0 1 159 1 159 5.59e-117 325 WP_230834693.1 WP_230834693.1 100 182 0 0 1 182 1 182 1.95e-135 374 CAH2408238.1 CAH2408238.1 100 176 0 0 1 176 1 176 1.18e-124 346 WP_279652328.1 WP_279652328.1 100 458 0 0 1 458 1 458 0.0 907 WP_279652328.1 HBT3283900.1 36.7 455 274 3 7 458 5 448 2.12e-104 317 WP_279652328.1 KUK66960.1 29.4 248 168 3 146 393 106 346 1.78e-33 129 XP_016482688.1 XP_016482688.1 100 245 0 0 1 245 1 245 1.81e-178 488 WP_122377077.1 WP_122377077.1 91.4 162 14 0 1 162 1 162 1.11e-104 295 EFW22388.1 EFW22388.1 87.8 403 49 0 1 403 1 403 9.92e-260 707 WP_059048359.1 WP_059048359.1 100 354 0 0 1 354 1 354 4.50e-270 729 KAJ8530820.1 KAJ8530820.1 95.9 989 41 0 1 989 1 989 0.0 1945 MBK6751737.1 MBK6751737.1 100 296 0 0 1 296 1 296 1.53e-225 611 MBK6751737.1 MBQ9679177.1 34.0 285 156 9 1 281 628 884 7.16e-41 149 MBK6751737.1 MCL2204087.1 30.7 283 160 6 3 280 632 883 6.01e-36 135 MBK6751737.1 CAI9595211.1 27.0 285 173 10 3 277 761 1020 4.29e-22 94.7 WP_237907640.1 WP_237907640.1 100 358 0 0 1 358 1 358 1.82e-262 710 WP_237907640.1 WP_011057593.1 50.3 356 161 7 2 354 3 345 1.71e-98 294 WP_237907640.1 WP_258581409.1 43.7 357 194 5 1 351 1 356 1.19e-87 267 WP_237907640.1 WP_176354145.1 42.1 359 195 6 4 351 6 362 1.82e-84 259 WP_237907640.1 WP_109219819.1 47.7 287 139 4 4 286 18 297 5.17e-83 255 WP_237907640.1 WP_140480909.1 44.7 293 158 3 4 295 13 302 1.11e-76 239 WP_237907640.1 WP_170725874.1 40.6 323 165 3 4 325 5 301 9.69e-76 235 WP_237907640.1 WP_076409454.1 41.2 352 194 6 4 352 5 346 1.55e-74 233 WP_237907640.1 NNE23115.1 35.0 317 187 4 6 314 5 310 2.72e-60 196 WP_237907640.1 MWR41881.1 39.4 221 128 2 19 233 44 264 8.41e-47 158 WP_237907640.1 WP_278489123.1 32.5 231 151 3 21 247 30 259 3.52e-29 112 WP_237907640.1 MBQ8297564.1 26.4 216 136 5 22 224 353 558 1.92e-20 90.9 WP_237907640.1 NFD84694.1 29.8 235 136 8 4 221 522 744 2.32e-20 90.9 WP_237907640.1 MCA9759546.1 30.4 224 143 6 3 218 7 225 1.26e-17 79.7 WP_237907640.1 WP_222599035.1 32.0 206 117 6 24 216 487 682 2.62e-16 78.6 WP_098626931.1 WP_098626931.1 90.1 342 34 0 1 342 1 342 1.14e-209 575 WP_017900964.1 WP_017900964.1 100 179 0 0 1 179 1 179 1.33e-136 377 KIH61449.1 KIH61449.1 96.8 403 13 0 1 403 1 403 3.22e-297 801 DAS51696.1 DAS51696.1 100 166 0 0 1 166 1 166 1.25e-121 338 MBQ2198584.1 MBQ2198584.1 98.6 492 7 0 1 492 1 492 0.0 1003 HAN66834.1 HAN66834.1 98.2 659 12 0 1 659 1 659 0.0 1344 HAN66834.1 WP_043940504.1 52.2 648 291 7 16 659 16 648 3.87e-228 647 HAN66834.1 MBP8196496.1 42.5 814 277 11 21 656 1 801 4.22e-206 597 HAN66834.1 WP_150253061.1 41.1 699 344 14 16 658 14 700 3.67e-172 506 WP_091629500.1 WP_091629500.1 97.3 443 12 0 1 443 1 443 8.91e-313 844 WP_065450627.1 WP_065450627.1 100 984 0 0 1 984 1 984 0.0 1990 WP_067487176.1 WP_067487176.1 93.5 230 15 0 1 230 1 230 1.97e-145 403 GBN84473.1 GBN84473.1 100 92 0 0 1 92 1 92 5.66e-67 194 MBE6257848.1 MBE6257848.1 100 327 0 0 1 327 1 327 1.06e-243 660 MBE6257848.1 WP_058051508.1 41.2 328 178 6 2 324 1 318 4.52e-74 231 MBE6257848.1 WP_224911464.1 36.1 332 180 5 1 312 1 320 3.58e-57 186 MBE6257848.1 XP_046509038.1 43.5 69 39 0 199 267 945 1013 1.65e-08 54.3 MCP5281008.1 MCP5281008.1 100 557 0 0 1 557 1 557 0.0 1155 WHE12941.1 WHE12941.1 99.2 7067 57 0 1 7067 1 7067 0.0 14054 WHE12941.1 URQ55824.1 97.6 7067 173 0 1 7067 27 7093 0.0 14038 WHE12941.1 UZO53924.1 97.5 7067 175 0 1 7067 27 7093 0.0 14034 WHE12941.1 UVB16817.1 97.5 7067 174 0 1 7067 27 7093 0.0 14033 WHE12941.1 QVD87869.1 97.4 7067 187 0 1 7067 27 7093 0.0 14007 WHE12941.1 QWC83326.1 97.4 7070 184 1 1 7067 27 7096 0.0 14006 WHE12941.1 WEU87158.1 97.3 7070 186 1 1 7067 27 7096 0.0 14001 WHE12941.1 QSZ25555.1 97.3 7070 188 1 1 7067 27 7096 0.0 14000 WHE12941.1 UMF87224.1 97.3 7067 189 1 1 7067 27 7092 0.0 13998 WHE12941.1 UBP50947.1 97.3 7070 187 1 1 7067 27 7096 0.0 13997 WHE12941.1 UBD95131.1 97.3 7070 189 1 1 7067 27 7096 0.0 13992 WHE12941.1 UEC52718.1 97.2 7070 192 1 1 7067 27 7096 0.0 13986 WHE12941.1 UIR12670.1 97.0 7067 211 1 1 7067 27 7092 0.0 13945 WHE12941.1 QZU16279.1 96.9 7070 213 1 1 7067 27 7096 0.0 13936 WHE12941.1 UPA83906.1 96.8 7067 228 1 1 7067 27 7092 0.0 13903 WHE12941.1 UXX67934.1 96.6 7067 243 0 1 7067 27 7093 0.0 13869 WHE12941.1 UBR86455.1 96.5 7070 247 1 1 7067 26 7095 0.0 13857 WHE12941.1 UCP77012.1 96.4 7070 253 1 1 7067 27 7096 0.0 13816 WHE12941.1 UCP72061.1 96.2 7070 263 1 1 7067 27 7096 0.0 13816 WHE12941.1 UKN67998.1 95.9 7067 289 1 1 7067 7 7072 0.0 13723 WHE12941.1 UGA79226.1 95.1 7070 343 1 1 7067 27 7096 0.0 13629 WHE12941.1 UVI10561.1 95.2 7066 337 0 2 7067 1 7066 0.0 13547 WHE12941.1 UAQ80067.1 94.7 7070 374 1 1 7067 27 7096 0.0 13543 WHE12941.1 UJT06733.1 93.9 7067 433 1 1 7067 27 7092 0.0 13382 WHE12941.1 UOU30556.1 92.5 7067 532 0 1 7067 27 7093 0.0 13151 WHE12941.1 UMA88644.1 89.3 7067 753 1 1 7067 6 7071 0.0 12586 WHE12941.1 WAS49087.1 88.3 7067 830 0 1 7067 27 7093 0.0 12405 WHE12941.1 WGP98278.1 82.7 7070 1221 1 1 7067 27 7096 0.0 11443 WHE12941.1 UPP41269.1 96.5 4372 152 0 1 4372 27 4398 0.0 8569 WHE12941.1 USR14792.1 96.5 4372 153 0 1 4372 27 4398 0.0 8566 WHE12941.1 QXR94354.1 96.3 4372 160 0 1 4372 27 4398 0.0 8553 WHE12941.1 ULA23837.2 96.3 4372 162 1 1 4372 27 4397 0.0 8547 WHE12941.1 QTD03487.1 96.2 4375 162 1 1 4372 27 4401 0.0 8547 WHE12941.1 QTM79632.1 96.3 4372 162 0 1 4372 27 4398 0.0 8546 WHE12941.1 UXH94526.1 96.2 4372 163 1 1 4372 27 4397 0.0 8542 WHE12941.1 QTZ27226.1 96.2 4372 164 0 1 4372 27 4398 0.0 8542 WHE12941.1 UFM00670.1 96.2 4375 165 1 1 4372 27 4401 0.0 8536 WHE12941.1 UEC68750.1 96.2 4375 165 1 1 4372 27 4401 0.0 8533 WHE12941.1 UHM53165.1 96.2 4375 165 1 1 4372 27 4401 0.0 8531 WHE12941.1 UFM02602.1 96.2 4375 165 1 1 4372 27 4401 0.0 8530 WHE12941.1 UBL45068.1 96.2 4375 165 1 1 4372 27 4401 0.0 8528 WHE12941.1 UKU68032.1 96.0 4372 176 1 1 4372 27 4397 0.0 8514 WHE12941.1 UJV88611.1 94.3 4372 248 1 1 4372 27 4397 0.0 8351 WHE12941.1 UJJ97602.1 94.0 4372 261 1 1 4372 27 4397 0.0 8318 WHE12941.1 UJS94137.1 95.4 4293 197 1 80 4372 1 4292 0.0 8296 WHE12941.1 ULB83374.1 93.1 4372 302 1 1 4372 27 4397 0.0 8214 WHE12941.1 UGB98301.1 90.7 4375 403 1 1 4372 27 4401 0.0 7957 WHE12941.1 UFA30503.1 92.7 4340 315 1 1 4337 1 4340 0.0 7943 WHE12941.1 QRX02582.1 96.0 4072 159 1 1 4069 27 4098 0.0 7917 WHE12941.1 UNI03201.1 90.6 4374 408 1 1 4372 1 4374 0.0 7883 WHE12941.1 WEI27974.1 89.9 4372 442 0 1 4372 27 4398 0.0 7765 WHE12941.1 WGP70063.1 88.8 4343 484 1 1 4340 27 4369 0.0 7687 WHE12941.1 UEX07109.1 88.9 4375 482 1 1 4372 1 4375 0.0 7551 WHE12941.1 URP80785.1 81.0 4371 830 0 2 4372 1 4371 0.0 6878 WHE12941.1 UPB00876.1 74.1 4371 1133 0 2 4372 1 4371 0.0 6111 WHE12941.1 UYE49180.1 72.7 4372 1193 0 1 4372 27 4398 0.0 5999 WHE12941.1 WGQ72821.1 64.2 4343 1550 1 1 4340 2 4344 0.0 4996 WP_070310045.1 WP_070310045.1 97.2 675 19 0 1 675 1 675 0.0 1333 WP_182080621.1 WP_182080621.1 97.7 432 10 0 1 432 1 432 9.09e-320 861 WP_182080621.1 WP_058918927.1 24.3 444 292 14 12 417 19 456 6.70e-22 95.9 WP_182080621.1 MBD8915742.1 24.6 350 199 15 131 418 144 490 3.15e-12 66.6 WP_266170214.1 WP_266170214.1 97.5 396 10 0 1 396 1 396 1.51e-287 776 WP_266170214.1 HAR4306776.1 32.0 363 188 13 65 392 71 409 7.27e-41 147 WP_266170214.1 WP_072989136.1 36.7 267 136 9 149 392 156 412 1.07e-40 147 WP_266170214.1 WP_192202944.1 29.9 422 242 14 2 393 3 400 3.48e-28 112 MBP6854588.1 MBP6854588.1 100 300 0 0 1 300 1 300 1.95e-230 624 WP_275364603.1 WP_275364603.1 100 80 0 0 1 80 1 80 1.07e-52 157 WP_131609232.1 WP_131609232.1 100 754 0 0 1 754 1 754 0.0 1548 WP_278888642.1 WP_278888642.1 100 295 0 0 1 295 1 295 1.42e-225 611 WP_278888642.1 WP_176958177.1 36.5 282 177 2 5 286 1 280 1.04e-59 191 WP_278888642.1 WP_192106836.1 37.4 278 173 1 5 282 1 277 5.33e-58 186 WP_278888642.1 AIA18772.1 42.1 152 88 0 5 156 1 152 2.95e-39 133 WP_213413035.1 WP_213413035.1 100 129 0 0 1 129 1 129 2.77e-89 253 WP_198140600.1 WP_198140600.1 100 40 0 0 1 40 1 40 7.13e-25 84.0 CAF1441577.1 CAF1441577.1 100 259 0 0 1 259 1 259 5.62e-195 532 WP_149656427.1 WP_149656427.1 96.9 325 10 0 1 325 1 325 1.05e-233 634 WP_149656427.1 MBE7554905.1 32.4 336 213 6 1 323 1 335 9.43e-44 151 WP_149656427.1 WP_047721562.1 32.5 308 193 7 30 323 31 337 4.53e-38 136 WP_149656427.1 MBX7055839.1 28.1 342 199 7 8 323 4 324 2.67e-37 134 WP_149656427.1 WP_239280620.1 27.9 326 218 6 3 325 9 320 5.42e-32 120 WP_149656427.1 KAB2860347.1 40.9 115 68 0 209 323 1 115 1.35e-25 97.4 WP_149656427.1 MBB3097508.1 27.9 308 194 6 23 323 9 295 3.23e-25 101 EFV9058489.1 EFV9058489.1 100 83 0 0 1 83 1 83 3.62e-59 173 CAH1968295.1 CAH1968295.1 100 313 0 0 1 313 1 313 3.24e-231 627 CAH1968295.1 WP_244311009.1 28.2 312 188 9 1 308 130 409 1.47e-27 109 MCK5224664.1 MCK5224664.1 100 167 0 0 1 167 1 167 3.31e-122 339 ECD4982842.1 ECD4982842.1 100 885 0 0 1 885 1 885 0.0 1825 ECD4982842.1 EBS3704194.1 98.9 885 10 0 1 885 1 885 0.0 1805 ECD4982842.1 WP_202291019.1 52.4 847 380 6 5 844 4 834 0.0 914 ECD4982842.1 WP_242685612.1 49.9 813 390 6 33 844 38 834 5.60e-299 845 ECD4982842.1 WP_237762402.1 36.7 683 376 17 7 666 1 650 2.38e-133 412 ECD4982842.1 WP_222168304.1 28.6 856 524 33 18 831 16 826 1.99e-75 262 NNC58435.1 NNC58435.1 98.6 697 10 0 1 697 1 697 0.0 1422 NNC58435.1 MCC7304610.1 48.5 689 348 5 7 693 11 694 2.29e-249 704 NNC58435.1 MCF2656092.1 33.4 691 443 9 5 691 4 681 2.67e-134 410 NNC58435.1 WP_274976404.1 28.9 747 460 8 11 695 26 763 3.15e-98 317 NNC58435.1 WP_010016619.1 25.4 489 233 14 11 488 17 384 3.59e-24 105 WP_233737742.1 WP_233737742.1 97.9 577 12 0 1 577 1 577 0.0 1089 WP_233737742.1 WP_270570428.1 27.6 588 318 15 17 577 6 512 1.17e-59 205 WP_233737742.1 WP_018187484.1 32.9 340 198 7 2 332 11 329 1.31e-37 144 HAX5007168.1 HAX5007168.1 96.7 299 10 0 1 299 1 299 8.49e-220 597 WP_113620603.1 WP_113620603.1 100 707 0 0 1 707 1 707 0.0 1451 WP_113620603.1 WP_175076961.1 39.1 657 362 13 1 639 1 637 1.98e-142 432 WP_113620603.1 WP_115946316.1 34.1 618 351 13 3 588 1 594 5.98e-99 317 NND17855.1 NND17855.1 100 323 0 0 1 323 1 323 6.58e-236 640 XP_041823288.1 XP_041823288.1 100 136 0 0 1 136 1 136 9.82e-100 280 KIA87593.1 KIA87593.1 100 66 0 0 1 66 1 66 1.64e-43 132 WP_177209229.1 WP_177209229.1 100 344 0 0 1 344 1 344 7.84e-250 677 KAH7714125.1 KAH7714125.1 100 170 0 0 1 170 1 170 4.17e-131 362 WP_125553257.1 WP_125553257.1 90.3 268 26 0 1 268 1 268 8.93e-170 468 MBJ7531026.1 MBJ7531026.1 100 141 0 0 1 141 1 141 1.18e-98 278 MBJ7531026.1 WP_067782871.1 50.0 136 63 3 8 141 4 136 1.10e-36 125 VIF85598.1 VIF85598.1 100 163 0 0 1 163 1 163 1.41e-112 315 KAH9082671.1 KAH9082671.1 92.9 184 13 0 1 184 1 184 1.86e-125 349 WP_192202944.1 WP_192202944.1 100 402 0 0 1 402 1 402 4.42e-299 806 WP_192202944.1 WP_072989136.1 36.2 420 243 11 1 402 3 415 2.71e-70 225 WP_192202944.1 HAR4306776.1 37.6 412 240 12 2 401 5 411 6.98e-66 214 WP_192202944.1 NQZ11975.1 29.6 277 168 8 144 399 170 440 3.17e-12 66.2 WP_243361436.1 WP_243361436.1 95.2 481 23 0 1 481 1 481 0.0 874 WP_243361436.1 WP_096665911.1 37.8 429 260 2 54 480 59 482 6.42e-93 289 WP_243361436.1 GIW30304.1 33.4 392 247 5 58 447 54 433 7.00e-46 164 WP_243361436.1 MBT3784852.1 29.0 321 196 8 79 397 73 363 2.94e-24 104 WP_243361436.1 EAZ5330394.1 22.6 301 193 12 120 397 116 399 6.80e-09 56.2 WP_243361436.1 YP_008379230.1 25.0 176 111 3 135 310 34 188 1.41e-06 48.5 WP_243361436.1 YP_007317140.1 32.0 100 60 3 215 314 100 191 6.99e-04 40.0 RAL39799.1 RAL39799.1 100 326 0 0 1 326 1 326 1.70e-244 662 RAL39799.1 WP_259408897.1 31.7 218 147 2 110 326 29 245 2.75e-30 114 VDM37090.1 VDM37090.1 100 50 0 0 1 50 1 50 2.14e-30 98.6 WP_185892671.1 WP_185892671.1 100 655 0 0 1 655 1 655 0.0 1391 WP_185892671.1 HBD3580067.1 46.2 650 343 4 10 655 14 660 1.60e-211 605 WP_185892671.1 WP_215391030.1 45.1 632 343 4 24 653 42 671 3.37e-199 575 WP_129703040.1 WP_129703040.1 100 177 0 0 1 177 1 177 5.19e-124 345 WP_129703040.1 WP_142114448.1 29.1 151 100 2 26 169 43 193 7.63e-14 66.6 WP_132079800.1 WP_132079800.1 100 700 0 0 1 700 1 700 0.0 1429 WP_132079800.1 WP_267560498.1 35.3 692 416 13 8 690 4 672 6.78e-114 356 WP_132079800.1 WP_259206442.1 30.2 706 431 23 12 692 8 676 4.05e-62 223 EAG8834195.1 EAG8834195.1 100 365 0 0 1 365 1 365 4.72e-273 737 WP_210473185.1 WP_210473185.1 100 274 0 0 1 274 1 274 1.24e-204 556 WP_210473185.1 WP_070443635.1 43.5 168 87 3 100 265 77 238 7.25e-38 132 HBO82804.1 HBO82804.1 79.8 84 17 0 1 84 1 84 1.00e-43 134 HBO82804.1 WP_059534878.1 56.6 83 36 0 1 83 1 83 3.32e-25 95.5 WP_183495065.1 WP_183495065.1 100 406 0 0 1 406 1 406 8.35e-306 823 WP_171519907.1 WP_171519907.1 100 420 0 0 1 420 1 420 0.0 904 WP_171519907.1 MBI1386726.1 27.2 383 217 13 28 390 104 444 2.35e-26 108 WP_171519907.1 WP_168044369.1 27.8 252 155 8 26 263 18 256 3.76e-26 108 KAI1498309.1 KAI1498309.1 98.3 606 10 0 1 606 1 606 0.0 1232 WP_222532997.1 WP_222532997.1 100 319 0 0 1 319 1 319 6.84e-236 639 WP_063007015.1 WP_063007015.1 96.5 287 10 0 1 287 1 287 6.13e-207 563 CAG8726868.1 CAG8726868.1 100 348 0 0 1 348 1 348 1.61e-260 704 CAG8726868.1 XP_047046442.1 32.9 347 194 12 4 327 217 547 1.77e-42 153 CAG8726868.1 XP_016445639.1 26.4 330 201 10 10 320 204 510 1.42e-17 82.0 CAG8726868.1 WP_200599363.1 50.0 30 15 0 297 326 425 454 3.93e-05 43.5 UFM02602.1 UFM02602.1 99.1 4405 38 0 1 4405 1 4405 0.0 8984 UFM02602.1 UFM00670.1 99.0 4405 46 0 1 4405 1 4405 0.0 8967 UFM02602.1 UEC68750.1 99.0 4405 46 0 1 4405 1 4405 0.0 8965 UFM02602.1 UHM53165.1 99.0 4405 46 0 1 4405 1 4405 0.0 8962 UFM02602.1 QTD03487.1 98.8 4405 53 0 1 4405 1 4405 0.0 8958 UFM02602.1 UBL45068.1 98.8 4405 52 0 1 4405 1 4405 0.0 8950 UFM02602.1 QXR94354.1 98.8 4405 51 1 1 4405 1 4402 0.0 8948 UFM02602.1 QTM79632.1 98.7 4405 53 1 1 4405 1 4402 0.0 8941 UFM02602.1 QTZ27226.1 98.7 4405 55 1 1 4405 1 4402 0.0 8937 UFM02602.1 ULA23837.2 98.7 4405 54 2 1 4405 1 4401 0.0 8937 UFM02602.1 UPP41269.1 98.7 4405 56 1 1 4405 1 4402 0.0 8936 UFM02602.1 USR14792.1 98.6 4405 57 1 1 4405 1 4402 0.0 8932 UFM02602.1 UXH94526.1 98.7 4405 55 2 1 4405 1 4401 0.0 8932 UFM02602.1 UKU68032.1 98.4 4405 68 2 1 4405 1 4401 0.0 8904 UFM02602.1 QZU16279.1 99.0 4401 43 0 1 4401 1 4401 0.0 8885 UFM02602.1 UBD95131.1 99.0 4401 43 0 1 4401 1 4401 0.0 8883 UFM02602.1 UEC52718.1 98.9 4401 47 0 1 4401 1 4401 0.0 8875 UFM02602.1 QWC83326.1 98.9 4401 50 0 1 4401 1 4401 0.0 8873 UFM02602.1 QSZ25555.1 98.8 4401 52 0 1 4401 1 4401 0.0 8871 UFM02602.1 WEU87158.1 98.8 4401 52 0 1 4401 1 4401 0.0 8868 UFM02602.1 UBP50947.1 98.8 4401 53 0 1 4401 1 4401 0.0 8865 UFM02602.1 QVD87869.1 98.8 4401 52 1 1 4401 1 4398 0.0 8857 UFM02602.1 UIR12670.1 98.7 4401 52 2 1 4401 1 4397 0.0 8854 UFM02602.1 UZO53924.1 98.7 4401 54 1 1 4401 1 4398 0.0 8853 UFM02602.1 URQ55824.1 98.7 4401 55 1 1 4401 1 4398 0.0 8851 UFM02602.1 UVB16817.1 98.7 4401 54 1 1 4401 1 4398 0.0 8850 UFM02602.1 UPA83906.1 98.6 4401 56 2 1 4401 1 4397 0.0 8843 UFM02602.1 UMF87224.1 98.6 4401 57 2 1 4401 1 4397 0.0 8841 UFM02602.1 UKN67998.1 98.7 4381 53 2 21 4401 1 4377 0.0 8812 UFM02602.1 UBR86455.1 97.8 4400 98 0 2 4401 1 4400 0.0 8753 UFM02602.1 UJV88611.1 96.7 4405 140 2 1 4405 1 4401 0.0 8740 UFM02602.1 UJJ97602.1 96.4 4405 153 2 1 4405 1 4401 0.0 8707 UFM02602.1 UCP72061.1 97.3 4401 119 0 1 4401 1 4401 0.0 8701 UFM02602.1 UAQ80067.1 97.2 4401 125 0 1 4401 1 4401 0.0 8692 UFM02602.1 UCP77012.1 97.1 4401 126 0 1 4401 1 4401 0.0 8688 UFM02602.1 UXX67934.1 97.2 4401 121 1 1 4401 1 4398 0.0 8687 UFM02602.1 UOU30556.1 96.8 4401 140 1 1 4401 1 4398 0.0 8642 UFM02602.1 UJS94137.1 97.7 4300 94 2 106 4405 1 4296 0.0 8622 UFM02602.1 ULB83374.1 95.5 4405 194 2 1 4405 1 4401 0.0 8602 UFM02602.1 UGA79226.1 96.3 4401 161 0 1 4401 1 4401 0.0 8601 UFM02602.1 WHE12941.1 96.2 4375 165 1 27 4401 1 4372 0.0 8530 UFM02602.1 UVI10561.1 95.1 4374 212 1 28 4401 1 4371 0.0 8414 UFM02602.1 UGB98301.1 93.5 4405 285 0 1 4405 1 4405 0.0 8383 UFM02602.1 QRX02582.1 98.8 4098 50 0 1 4098 1 4098 0.0 8315 UFM02602.1 UJT06733.1 93.1 4401 301 2 1 4401 1 4397 0.0 8218 UFM02602.1 UFA30503.1 92.6 4340 319 0 27 4366 1 4340 0.0 8153 UFM02602.1 WGP70063.1 91.4 4369 374 0 1 4369 1 4369 0.0 8089 UFM02602.1 UMA88644.1 91.4 4380 373 2 22 4401 1 4376 0.0 8026 UFM02602.1 UNI03201.1 90.5 4379 415 1 27 4405 1 4378 0.0 8013 UFM02602.1 WEI27974.1 90.3 4405 426 1 1 4405 1 4402 0.0 7985 UFM02602.1 UEX07109.1 87.1 4379 563 0 27 4405 1 4379 0.0 7660 UFM02602.1 WGP98278.1 88.1 4364 521 0 1 4364 1 4364 0.0 7629 UFM02602.1 WAS49087.1 83.8 4401 710 1 1 4401 1 4398 0.0 7200 UFM02602.1 URP80785.1 81.6 4378 802 1 28 4405 1 4375 0.0 7069 UFM02602.1 UPB00876.1 75.6 4378 1065 1 28 4405 1 4375 0.0 6359 UFM02602.1 UYE49180.1 75.3 4405 1084 1 1 4405 1 4402 0.0 6341 UFM02602.1 WGQ72821.1 65.7 4344 1491 0 26 4369 1 4344 0.0 5264 WP_044229656.1 WP_044229656.1 100 66 0 0 1 66 1 66 1.12e-41 128 WP_079396843.1 WP_079396843.1 100 201 0 0 1 201 1 201 7.20e-145 399 WP_079396843.1 MCI9320818.1 41.0 200 116 2 1 199 1 199 1.50e-56 176 WP_079396843.1 MBD5153813.1 42.2 206 113 3 1 201 1 205 1.78e-49 158 WP_079396843.1 WP_197744369.1 39.2 204 116 4 2 199 4 205 3.43e-48 155 WP_201618498.1 WP_201618498.1 100 90 0 0 1 90 1 90 6.23e-61 178 WP_054377321.1 WP_054377321.1 100 129 0 0 1 129 1 129 8.93e-95 267 WP_054377321.1 WP_153276888.1 69.6 46 14 0 1 46 85 130 1.03e-17 72.0 KAH8074532.1 KAH8074532.1 100 147 0 0 1 147 1 147 6.97e-103 289 HIG56173.1 HIG56173.1 98.0 537 11 0 1 537 1 537 0.0 1069 HIG56173.1 WP_160877220.1 40.3 442 251 4 41 471 18 457 6.07e-99 307 XP_018062972.1 XP_018062972.1 97.3 802 22 0 1 802 1 802 0.0 1571 WP_170725874.1 WP_170725874.1 100 337 0 0 1 337 1 337 4.41e-257 694 WP_170725874.1 WP_076409454.1 43.5 345 173 3 1 328 1 340 2.55e-90 272 WP_170725874.1 WP_109219819.1 42.8 355 173 6 10 336 23 375 3.51e-89 270 WP_170725874.1 WP_140480909.1 39.9 358 170 6 5 331 13 356 7.73e-86 261 WP_170725874.1 WP_176354145.1 46.0 298 133 3 10 280 11 307 1.29e-81 251 WP_170725874.1 WP_237907640.1 40.6 323 165 3 5 301 4 325 9.13e-76 235 WP_170725874.1 WP_011057593.1 41.4 290 149 4 1 269 1 290 6.24e-73 228 WP_170725874.1 WP_258581409.1 43.3 233 132 0 5 237 4 236 4.52e-66 211 WP_170725874.1 MWR41881.1 39.4 221 128 1 20 234 44 264 5.73e-49 163 WP_170725874.1 WP_077217464.1 36.8 258 149 6 15 265 45 295 6.83e-46 156 WP_170725874.1 HBO4828144.1 44.2 197 105 2 19 213 29 222 4.87e-44 151 WP_170725874.1 EHH5649593.1 41.5 193 99 3 27 213 25 209 3.42e-37 133 WP_170725874.1 WP_088153117.1 33.0 203 128 2 29 225 23 223 1.81e-33 125 WP_170725874.1 WP_098952357.1 36.8 228 135 4 17 235 28 255 3.71e-32 120 WP_170725874.1 WP_227059655.1 32.8 250 159 5 2 242 326 575 1.05e-31 123 WP_170725874.1 WP_192324556.1 33.7 252 148 6 7 242 328 576 2.63e-31 122 WP_170725874.1 MBQ3864274.1 34.3 216 133 4 17 223 33 248 7.59e-31 117 WP_170725874.1 WP_084371009.1 31.5 213 139 3 4 213 2 210 1.87e-28 110 WP_170725874.1 MCH1405047.1 42.0 143 75 2 5 143 10 148 2.53e-28 106 WP_170725874.1 MBQ4383193.1 33.2 226 142 5 1 218 1 225 1.97e-26 103 WP_170725874.1 WP_221977168.1 26.5 215 143 3 12 213 23 235 2.07e-19 84.7 MBK9009608.1 MBK9009608.1 100 168 0 0 1 168 1 168 3.17e-116 324 WP_122013538.1 WP_122013538.1 97.7 571 13 0 1 571 1 571 0.0 1139 WP_122013538.1 WP_232180661.1 33.9 573 359 7 1 568 1 558 2.95e-106 328 WP_122013538.1 WP_070188258.1 30.8 611 357 12 1 570 1 586 1.23e-59 206 XP_023607675.1 XP_023607675.1 99.1 911 8 0 1 911 1 911 0.0 1889 XP_023607675.1 XP_028261945.1 69.3 759 188 13 3 744 2 732 0.0 1013 XP_023607675.1 WP_002264996.1 31.4 194 109 5 244 429 57 234 1.21e-19 87.4 XP_023607675.1 WP_014812045.1 34.7 95 53 3 329 422 17 103 1.61e-07 52.8 WP_013970683.1 WP_013970683.1 100 401 0 0 1 401 1 401 3.54e-309 832 WP_013970683.1 WP_261281372.1 75.9 402 95 1 2 401 6 407 5.76e-241 659 WP_013970683.1 WP_111113162.1 59.8 400 156 3 4 401 10 406 1.63e-162 461 EJJ0661731.1 EJJ0661731.1 100 155 0 0 1 155 1 155 1.05e-110 309 KAJ5985703.1 KAJ5985703.1 97.1 376 11 0 1 376 1 376 1.72e-276 747 WP_151430057.1 WP_151430057.1 97.2 356 10 0 1 356 1 356 1.60e-255 692 WP_151430057.1 PHR24038.1 33.2 377 220 7 6 353 7 380 9.44e-61 198 WP_151430057.1 MBS6779195.1 29.0 328 189 8 9 307 11 323 7.07e-24 99.8 KAE8933980.1 KAE8933980.1 100 305 0 0 1 305 1 305 2.11e-232 629 MBU3899877.1 MBU3899877.1 100 117 0 0 1 117 1 117 1.38e-81 233 VQC01530.1 VQC01530.1 100 81 0 0 1 81 1 81 8.37e-55 162 WP_086520229.1 WP_086520229.1 95.8 380 16 0 1 380 1 380 2.07e-270 732 MCP4204994.1 MCP4204994.1 100 99 0 0 1 99 1 99 2.05e-70 203 NWZ25026.1 NWZ25026.1 100 345 0 0 1 345 1 345 8.96e-261 704 NWZ25026.1 WP_088008362.1 41.6 219 119 2 126 337 248 464 1.42e-46 163 WP_101844355.1 WP_101844355.1 100 278 0 0 1 278 1 278 5.05e-206 560 WP_101844355.1 MCF6323317.1 29.3 273 187 4 4 275 14 281 7.85e-38 133 GAK23860.1 GAK23860.1 100 185 0 0 1 185 1 185 2.56e-137 379 WP_143320175.1 WP_143320175.1 100 302 0 0 1 302 1 302 3.63e-227 616 2VYZ_A 2VYZ_A 100 110 0 0 1 110 1 110 1.12e-79 227 WP_051325724.1 WP_051325724.1 93.5 478 31 0 1 478 1 478 0.0 868 MBC5824559.1 MBC5824559.1 97.6 374 9 0 1 374 1 374 1.45e-267 724 MBC5824559.1 MBQ1771956.1 37.2 352 210 6 1 349 7 350 2.99e-72 228 MBC5824559.1 WP_167263015.1 33.3 351 221 4 1 344 1 345 8.81e-60 196 MBF0357294.1 MBF0357294.1 96.6 710 24 0 1 710 1 710 0.0 1367 MBF0357294.1 MCS6996891.1 35.2 250 155 4 111 357 67 312 2.30e-36 139 MBF0357294.1 WP_041723747.1 38.2 178 102 4 167 343 53 223 2.92e-25 105 WP_097902424.1 WP_097902424.1 100 194 0 0 1 194 1 194 1.71e-144 398 GBD21053.1 GBD21053.1 100 527 0 0 1 527 1 527 0.0 1068 GBD21053.1 WP_185334683.1 45.1 501 273 2 26 525 4 503 5.71e-143 420 GBD21053.1 WP_150396769.1 34.6 506 309 8 26 523 24 515 1.64e-86 275 GBD21053.1 WP_206363707.1 36.1 244 147 5 32 268 24 265 2.20e-37 137 GBD21053.1 WP_066083732.1 29.1 247 138 10 276 500 4 235 2.33e-18 84.7 GBD21053.1 THW78755.1 29.1 206 128 4 38 242 480 668 2.18e-14 74.7 GBD21053.1 WP_258581409.1 26.8 209 132 6 295 499 19 210 6.42e-13 68.6 GBD21053.1 WP_089095302.1 26.6 222 128 7 43 242 20 228 1.34e-09 58.9 GBD21053.1 WP_088153117.1 25.0 216 131 9 305 509 24 219 1.04e-07 52.4 WP_268737299.1 WP_268737299.1 100 211 0 0 1 211 1 211 1.14e-155 427 WP_194365392.1 WP_194365392.1 96.3 269 10 0 1 269 1 269 5.17e-190 519 XP_039612537.1 XP_039612537.1 100 875 0 0 1 875 1 875 0.0 1802 RMP03152.1 RMP03152.1 100 44 0 0 1 44 1 44 4.02e-28 92.4 WP_202291019.1 WP_202291019.1 100 843 0 0 1 843 1 843 0.0 1712 WP_202291019.1 WP_242685612.1 58.9 824 335 4 15 837 17 837 0.0 1068 WP_202291019.1 EBS3704194.1 52.4 847 380 6 4 834 5 844 0.0 914 WP_202291019.1 ECD4982842.1 52.4 847 380 6 4 834 5 844 0.0 914 WP_202291019.1 WP_237762402.1 38.4 664 377 18 11 656 1 650 2.81e-130 402 WP_202291019.1 WP_222168304.1 28.5 863 542 29 16 835 12 842 6.70e-87 293 WP_018159095.1 WP_018159095.1 94.0 201 12 0 1 201 1 201 4.12e-135 375 WP_011147179.1 WP_011147179.1 100 254 0 0 1 254 1 254 2.60e-196 534 WP_265889043.1 WP_265889043.1 100 450 0 0 1 450 1 450 0.0 933 EAJ3842941.1 EAJ3842941.1 100 231 0 0 1 231 1 231 2.80e-175 479 WP_134660892.1 WP_134660892.1 100 277 0 0 1 277 1 277 5.03e-201 548 MCI1641075.1 MCI1641075.1 75.0 152 38 0 1 152 1 152 5.90e-70 206 WP_014206161.1 WP_014206161.1 100 314 0 0 1 314 1 314 1.23e-240 651 WP_014206161.1 MCJ6180240.1 38.2 319 191 5 1 314 5 322 2.25e-70 219 CAA0126222.1 CAA0126222.1 100 422 0 0 1 422 1 422 0.0 879 CAA0126222.1 WP_205443952.1 48.0 421 189 8 7 422 1 396 2.20e-120 354 CAA0126222.1 WP_122873240.1 33.9 434 236 15 10 415 8 418 1.55e-62 206 WP_139387589.1 WP_139387589.1 100 82 0 0 1 82 1 82 2.12e-53 159 WP_139387589.1 MCI6733811.1 73.3 75 20 0 2 76 388 462 5.42e-30 108 KAF0292372.1 KAF0292372.1 96.8 659 21 0 1 659 1 659 0.0 1251 KAF0292372.1 XP_037827647.1 20.7 516 336 16 8 513 196 648 8.05e-09 57.0 MBI5007102.1 MBI5007102.1 100 583 0 0 1 583 1 583 0.0 1196 MBU2178615.1 MBU2178615.1 100 303 0 0 1 303 1 303 5.99e-222 603 MBU2178615.1 WP_193275955.1 40.4 302 175 2 1 302 142 438 1.92e-76 239 MBU2178615.1 NPV11463.1 32.4 173 101 3 124 280 9 181 2.06e-15 72.0 MBU2178615.1 WP_149786838.1 27.8 194 122 4 117 296 6 195 5.25e-13 65.1 WP_008134825.1 WP_008134825.1 97.3 846 23 0 1 846 1 846 0.0 1677 WP_008134825.1 WP_221977168.1 38.0 242 150 0 350 591 15 256 8.23e-50 174 WP_008134825.1 WP_247429569.1 35.0 246 159 1 348 593 14 258 1.56e-46 165 WP_008134825.1 WP_256546297.1 36.3 248 152 2 350 591 23 270 1.67e-43 157 WP_008134825.1 WP_097108993.1 38.0 287 163 3 43 315 43 328 2.65e-43 158 WP_008134825.1 WP_089246429.1 28.6 507 298 19 351 824 5 480 2.23e-30 124 WP_008134825.1 MCP4329804.1 34.6 266 162 5 21 282 323 580 1.18e-28 120 WP_008134825.1 WP_150396769.1 31.5 219 138 4 619 830 32 245 9.06e-20 92.0 WP_008134825.1 OAN53756.1 32.7 226 135 7 613 828 12 230 1.34e-19 87.8 WP_008134825.1 MBO5162475.1 33.5 188 121 4 638 822 24 210 1.91e-19 90.9 WP_008134825.1 WP_185334683.1 30.7 202 126 6 629 822 21 216 6.37e-19 89.4 WP_008134825.1 MCA3389197.1 31.0 303 192 6 16 308 16 311 3.74e-17 82.0 WP_008134825.1 WP_071876418.1 28.5 214 139 7 627 831 20 228 9.98e-15 76.3 WP_008134825.1 CDZ73727.1 32.7 168 93 5 615 778 4 155 1.75e-08 54.7 WP_049267651.1 WP_049267651.1 100 297 0 0 1 297 1 297 2.84e-217 590 WP_049267651.1 WP_035710346.1 45.0 280 149 2 21 295 36 315 1.69e-72 224 WP_199097566.1 WP_199097566.1 100 235 0 0 1 235 1 235 2.30e-176 482 MBB4862510.1 MBB4862510.1 100 71 0 0 1 71 1 71 2.06e-46 140 WP_029222463.1 WP_029222463.1 100 369 0 0 1 369 1 369 5.76e-276 745 WP_029222463.1 WP_121975536.1 41.1 338 190 5 1 333 1 334 1.10e-79 246 WP_029222463.1 RYD39969.1 40.6 281 163 2 14 290 21 301 4.41e-64 204 WP_029222463.1 WP_203339841.1 36.2 177 97 4 112 282 130 296 4.67e-21 91.3 WP_029222463.1 WP_283107263.1 35.4 147 85 3 122 268 312 448 4.01e-20 90.1 MCM1185292.1 MCM1185292.1 100 287 0 0 1 287 1 287 5.95e-214 581 MCM1185292.1 GAP70049.1 49.4 231 113 1 43 269 37 267 1.44e-78 238 MBI6149093.1 MBI6149093.1 97.2 758 21 0 15 772 15 772 0.0 1457 MBI6149093.1 HCT06136.1 37.3 735 409 15 48 755 30 739 1.14e-143 438 MBI6149093.1 OFX32653.1 38.5 564 333 7 218 771 63 622 1.65e-99 320 MBI6149093.1 WP_041591748.1 33.4 545 351 7 218 757 90 627 1.70e-94 306 MBI6149093.1 WP_013632646.1 28.8 740 467 22 82 771 75 804 3.52e-83 280 MBI6149093.1 WP_074319120.1 31.9 764 422 20 77 771 9 743 9.12e-83 278 MBI6149093.1 SFX27592.1 28.8 517 353 9 233 743 157 664 6.98e-57 205 MBI6149093.1 KAJ6994162.1 27.5 513 284 17 290 727 150 649 2.50e-26 114 MBI6149093.1 KAA0114277.1 27.9 301 188 8 236 517 111 401 3.21e-20 94.4 MBI6149093.1 MBE6688122.1 25.5 275 183 5 232 485 84 357 2.56e-18 88.2 MBI6149093.1 WP_278631399.1 30.0 210 104 6 587 754 495 703 9.51e-15 76.6 MBI6149093.1 WP_019100427.1 30.6 173 91 3 592 735 547 719 1.16e-13 73.2 MBI6149093.1 WP_235126772.1 29.0 183 93 5 592 738 512 693 7.74e-13 70.5 MBI6149093.1 WP_049009918.1 31.1 161 84 2 592 725 543 703 2.45e-10 62.4 EAG2878363.1 EAG2878363.1 100 223 0 0 1 223 1 223 1.38e-162 446 WP_202269758.1 WP_202269758.1 100 586 0 0 1 586 1 586 0.0 1201 XP_007043916.2 XP_007043916.2 100 275 0 0 1 275 1 275 1.02e-208 567 WP_260402970.1 WP_260402970.1 100 128 0 0 1 128 1 128 7.97e-93 262 WP_122896374.1 WP_122896374.1 100 382 0 0 1 382 1 382 2.32e-293 790 WP_122896374.1 WP_168565867.1 32.9 377 246 3 3 379 12 381 6.67e-76 238 WP_122896374.1 WP_043548763.1 34.9 387 236 10 1 379 29 407 1.93e-68 219 WP_122896374.1 MBT4160670.1 35.4 376 219 11 3 370 5 364 9.20e-68 217 WP_122896374.1 WP_094151267.1 26.6 320 225 6 4 319 49 362 3.12e-30 119 KAJ7197949.1 KAJ7197949.1 100 202 0 0 1 202 1 202 3.57e-150 413 WP_096851915.1 WP_096851915.1 100 179 0 0 1 179 1 179 2.29e-128 356 WP_060613079.1 WP_060613079.1 98.8 582 7 0 1 582 1 582 0.0 1176 WP_060613079.1 WP_195368055.1 33.3 591 352 11 11 578 2 573 3.27e-102 319 WP_060613079.1 MBQ4454347.1 33.7 508 307 7 87 575 75 571 1.73e-92 294 WP_060613079.1 KAJ5168969.1 34.4 515 325 10 73 579 235 744 7.67e-88 287 WP_060613079.1 KAI7371949.1 34.9 496 310 10 92 579 398 888 7.28e-76 258 WP_060613079.1 MBT3459617.1 54.8 221 100 0 359 579 1 221 7.66e-74 233 WP_060613079.1 WP_036258374.1 30.1 532 342 7 64 579 46 563 1.01e-70 236 WP_060613079.1 MBQ8297564.1 26.8 579 401 7 13 579 2 569 2.25e-69 233 WP_060613079.1 WP_011512097.1 34.4 425 263 7 164 580 165 581 3.30e-69 233 WP_060613079.1 KAI9191373.1 29.7 522 310 14 79 579 127 612 3.89e-62 218 WP_060613079.1 NFD84694.1 27.0 514 355 6 75 575 248 754 1.38e-60 213 WP_060613079.1 WP_247749043.1 40.8 240 138 2 344 579 359 598 6.00e-53 189 WP_060613079.1 WP_038440434.1 27.0 515 366 7 69 579 61 569 9.90e-51 182 WP_060613079.1 WAY96880.1 38.6 189 113 2 361 549 7 192 1.15e-30 117 WP_060613079.1 WP_278489123.1 33.0 224 131 6 355 569 24 237 4.80e-25 103 WP_060613079.1 MBQ4383193.1 31.2 234 136 8 342 562 5 226 5.99e-20 87.4 WP_060613079.1 GLY24463.1 31.2 231 139 8 347 561 12 238 5.29e-15 74.7 WP_060613079.1 WP_142931103.1 27.7 231 139 8 341 558 258 473 3.81e-13 70.1 WP_060613079.1 WP_008056683.1 28.5 200 131 7 359 554 255 446 2.62e-10 61.6 WP_060613079.1 NNE23115.1 26.6 207 140 6 363 565 22 220 3.86e-10 60.1 WP_060613079.1 CDZ73727.1 21.9 228 132 8 345 555 5 203 6.33e-08 52.4 XP_021776778.1 XP_021776778.1 92.1 975 77 0 1 975 1 975 0.0 1802 WP_200650920.1 WP_200650920.1 89.0 164 18 0 1 164 1 164 2.30e-98 279 WP_267560498.1 WP_267560498.1 100 678 0 0 1 678 1 678 0.0 1352 WP_267560498.1 WP_132079800.1 35.3 692 416 13 4 672 8 690 6.56e-114 356 WP_267560498.1 WP_259206442.1 32.7 700 425 22 1 676 1 678 5.42e-73 254 AGQ38940.1 AGQ38940.1 100 34 0 0 1 34 1 34 6.33e-19 68.6 WP_108677987.1 WP_108677987.1 100 242 0 0 1 242 1 242 3.14e-182 497 HBS1873186.1 HBS1873186.1 100 328 0 0 1 328 1 328 2.42e-245 664 HBS1873186.1 OZZ34426.1 55.4 186 81 1 26 209 29 214 2.22e-66 206 HBS1873186.1 WP_200478262.1 46.3 136 66 3 95 230 42 170 1.04e-25 103 EPB66139.1 EPB66139.1 100 347 0 0 1 347 1 347 7.15e-268 723 XP_013957138.1 XP_013957138.1 100 135 0 0 1 135 1 135 6.17e-98 275 WP_087214971.1 WP_087214971.1 100 147 0 0 1 147 1 147 9.17e-108 301 MPZ95749.1 MPZ95749.1 100 249 0 0 1 249 1 249 4.09e-177 485 MPZ95749.1 WP_165724099.1 28.6 266 157 5 10 244 3 266 4.86e-31 114 MPZ95749.1 MBQ5584458.1 33.3 102 63 3 12 111 4 102 1.10e-06 46.6 WP_050658900.1 WP_050658900.1 100 296 0 0 1 296 1 296 9.55e-220 597 CAD1480127.1 CAD1480127.1 97.4 506 13 0 1 506 1 506 0.0 1021 OKZ56768.1 OKZ56768.1 100 116 0 0 1 116 1 116 1.38e-85 243 RBR02939.1 RBR02939.1 98.4 576 9 0 1 576 1 576 0.0 1194 WP_164653811.1 WP_164653811.1 100 476 0 0 1 476 1 476 0.0 972 WP_164653811.1 WP_272906673.1 34.7 476 267 8 27 465 6 474 9.45e-81 257 WP_164653811.1 WP_278449211.1 34.5 458 272 7 24 464 5 451 3.49e-80 255 WP_164653811.1 WP_124213670.1 38.1 470 240 11 27 463 5 456 1.31e-77 248 WP_164653811.1 KNY10996.1 45.1 295 156 4 174 463 1 294 1.71e-74 235 WP_164653811.1 WP_175896721.1 46.6 253 129 2 150 396 131 383 7.70e-66 217 WP_164653811.1 WP_205173112.1 34.5 333 197 6 150 466 134 461 7.84e-63 209 WP_164653811.1 WP_271786410.1 40.7 337 173 7 167 476 8 344 1.94e-62 205 TYG81953.1 TYG81953.1 100 153 0 0 1 153 1 153 6.62e-113 315 TYG81953.1 ESR55765.1 95.9 74 3 0 1 74 1 74 6.37e-47 145 TYG81953.1 KAG0031507.1 45.2 146 79 1 8 152 4 149 1.79e-42 136 GEU53557.1 GEU53557.1 89.4 567 60 0 1 567 1 567 0.0 1038 GEU53557.1 RSL59427.1 34.4 387 235 8 89 467 53 428 2.02e-67 225 GEU53557.1 CZT45482.1 33.8 376 205 7 101 438 92 461 8.78e-56 201 GEU53557.1 XP_023589550.1 32.8 344 221 5 101 440 101 438 4.22e-55 199 GEU53557.1 NQR19375.1 31.7 375 240 7 96 464 1 365 3.58e-52 183 GEU53557.1 XP_055095726.1 26.9 383 203 14 135 450 237 609 5.96e-24 104 WP_274755179.1 WP_274755179.1 94.3 422 24 0 1 422 1 422 5.68e-287 777 WP_274755179.1 WP_149911652.1 34.1 305 177 10 131 417 124 422 9.27e-41 148 WP_274755179.1 WP_144320971.1 35.8 293 169 10 132 417 238 518 5.72e-34 131 WP_274755179.1 WP_259858510.1 33.6 265 165 6 157 417 183 440 1.85e-31 123 WP_274755179.1 GDX36288.1 24.7 279 191 7 134 402 125 394 2.34e-26 108 WP_274755179.1 ADP83890.1 33.6 250 145 6 185 418 264 508 2.01e-23 100 WP_274755179.1 WP_245704803.1 28.3 219 150 4 200 417 4 216 2.60e-15 73.6 WP_274755179.1 MBR6403893.1 20.8 298 201 9 122 398 119 402 3.68e-10 59.7 WP_274755179.1 WP_225118260.1 32.3 96 52 4 314 402 553 642 4.33e-04 40.8 WP_003642885.1 WP_003642885.1 100 264 0 0 1 264 1 264 1.28e-192 525 WP_222018129.1 WP_222018129.1 100 628 0 0 1 628 1 628 0.0 1243 WP_222018129.1 WP_267184195.1 25.2 655 423 27 6 621 10 636 2.42e-29 121 WP_222018129.1 OGU48181.1 21.9 645 417 22 28 624 56 661 1.03e-15 79.0 WP_222018129.1 WP_282423266.1 31.7 142 87 3 33 172 38 171 1.54e-10 62.4 WP_222018129.1 WP_254467474.1 27.2 173 105 5 47 212 151 309 5.72e-06 47.8 WP_222018129.1 WP_059812501.1 23.4 244 152 9 104 334 153 374 1.99e-04 42.7 KAJ8608448.1 KAJ8608448.1 100 152 0 0 1 152 1 152 3.99e-109 305 WP_063477675.1 WP_063477675.1 100 171 0 0 1 171 1 171 6.64e-124 344 WP_063477675.1 WP_221874538.1 35.4 130 76 3 49 171 17 145 7.63e-20 79.3 PPE01392.1 PPE01392.1 100 342 0 0 1 342 1 342 4.98e-261 705 MBE8398245.1 MBE8398245.1 100 108 0 0 1 108 1 108 2.29e-78 224 XP_044006408.1 XP_044006408.1 91.0 2470 223 0 1 2470 1 2470 0.0 4528 WP_218283561.1 WP_218283561.1 97.1 343 10 0 1 343 1 343 3.17e-244 662 OKH85141.1 OKH85141.1 100 443 0 0 1 443 1 443 0.0 894 OKH85141.1 MBV8506574.1 36.7 371 227 5 74 440 2 368 4.16e-71 227 OKH85141.1 WP_049005162.1 32.7 425 263 12 10 425 7 417 4.14e-59 197 OKH85141.1 WP_245350945.1 28.1 392 267 6 4 390 19 400 1.95e-38 143 OKH85141.1 WP_133179454.1 23.3 403 243 13 60 418 81 461 2.53e-09 57.4 OKH85141.1 KAK48091.1 24.8 399 227 17 69 429 89 452 3.03e-08 53.9 XP_022457077.1 XP_022457077.1 97.1 413 12 0 1 413 1 413 2.14e-307 828 XP_022457077.1 XP_017706045.1 36.1 216 116 7 170 380 344 542 1.47e-30 122 XP_022457077.1 XP_044902674.1 34.3 236 117 8 171 380 170 393 2.34e-27 112 XP_022457077.1 XP_004869485.1 39.2 166 92 5 210 371 263 423 1.11e-25 107 XP_022457077.1 KAB0382747.1 34.2 161 96 4 222 380 436 588 1.57e-19 89.4 XP_022457077.1 PVD36313.1 35.4 82 53 0 259 340 101 182 1.12e-10 62.0 WP_162500151.1 WP_162500151.1 95.2 294 14 0 1 294 1 294 1.26e-198 543 XP_050030289.1 XP_050030289.1 48.9 186 95 0 1 186 1 186 1.10e-49 159 MBV9229016.1 MBV9229016.1 100 584 0 0 1 584 1 584 0.0 1195 EDL37908.1 EDL37908.1 100 88 0 0 1 88 1 88 7.94e-63 183 WP_208909738.1 WP_208909738.1 92.3 312 24 0 1 312 1 312 5.38e-209 571 WP_208909738.1 WP_098515742.1 28.7 122 83 1 1 122 1 118 2.39e-11 61.6 MBK6659833.1 MBK6659833.1 100 157 0 0 1 157 1 157 1.61e-115 322 WP_251511058.1 WP_251511058.1 97.0 338 10 0 1 338 1 338 6.41e-246 666 MCA2619319.1 MCA2619319.1 100 446 0 0 1 446 1 446 0.0 916 UMA88644.1 UMA88644.1 99.2 7071 57 0 1 7071 1 7071 0.0 12914 UMA88644.1 UMF87224.1 91.0 7071 636 0 1 7071 22 7092 0.0 12903 UMA88644.1 QWC83326.1 90.9 7075 638 2 1 7071 22 7096 0.0 12892 UMA88644.1 UZO53924.1 90.9 7072 641 1 1 7071 22 7093 0.0 12892 UMA88644.1 QVD87869.1 90.9 7072 642 1 1 7071 22 7093 0.0 12891 UMA88644.1 URQ55824.1 90.9 7072 643 1 1 7071 22 7093 0.0 12890 UMA88644.1 UVB16817.1 90.9 7072 642 1 1 7071 22 7093 0.0 12888 UMA88644.1 WEU87158.1 90.9 7075 640 2 1 7071 22 7096 0.0 12887 UMA88644.1 QSZ25555.1 90.9 7075 642 2 1 7071 22 7096 0.0 12886 UMA88644.1 UBP50947.1 90.9 7075 642 2 1 7071 22 7096 0.0 12882 UMA88644.1 UBD95131.1 90.9 7075 643 2 1 7071 22 7096 0.0 12881 UMA88644.1 UEC52718.1 90.8 7075 646 2 1 7071 22 7096 0.0 12875 UMA88644.1 UKN67998.1 92.4 7071 539 0 1 7071 2 7072 0.0 12874 UMA88644.1 UXX67934.1 91.5 7072 603 1 1 7071 22 7093 0.0 12827 UMA88644.1 QZU16279.1 90.5 7075 667 2 1 7071 22 7096 0.0 12825 UMA88644.1 UPA83906.1 90.9 7071 643 0 1 7071 22 7092 0.0 12821 UMA88644.1 UIR12670.1 90.7 7071 658 0 1 7071 22 7092 0.0 12820 UMA88644.1 UBR86455.1 90.1 7075 698 2 1 7071 21 7095 0.0 12721 UMA88644.1 UCP72061.1 89.8 7075 718 2 1 7071 22 7096 0.0 12703 UMA88644.1 UCP77012.1 89.7 7075 726 2 1 7071 22 7096 0.0 12681 UMA88644.1 WHE12941.1 89.3 7067 753 1 6 7071 1 7067 0.0 12587 UMA88644.1 UOU30556.1 91.7 7072 583 1 1 7071 22 7093 0.0 12519 UMA88644.1 UGA79226.1 88.7 7075 797 2 1 7071 22 7096 0.0 12487 UMA88644.1 UAQ80067.1 88.2 7075 828 2 1 7071 22 7096 0.0 12433 UMA88644.1 UVI10561.1 87.5 7066 885 1 7 7071 1 7066 0.0 12268 UMA88644.1 UJT06733.1 87.6 7071 880 0 1 7071 22 7092 0.0 12259 UMA88644.1 WAS49087.1 82.1 7072 1268 1 1 7071 22 7093 0.0 11309 UMA88644.1 WGP98278.1 80.2 7075 1395 2 1 7071 22 7096 0.0 10679 UMA88644.1 UKU68032.1 92.1 4376 347 0 1 4376 22 4397 0.0 8068 UMA88644.1 ULA23837.2 91.7 4376 363 0 1 4376 22 4397 0.0 8065 UMA88644.1 UXH94526.1 91.7 4376 364 0 1 4376 22 4397 0.0 8060 UMA88644.1 QXR94354.1 91.5 4377 369 1 1 4376 22 4398 0.0 8052 UMA88644.1 UPP41269.1 91.5 4377 372 1 1 4376 22 4398 0.0 8048 UMA88644.1 QTD03487.1 91.5 4380 370 2 1 4376 22 4401 0.0 8048 UMA88644.1 USR14792.1 91.5 4377 372 1 1 4376 22 4398 0.0 8046 UMA88644.1 QTM79632.1 91.5 4377 372 1 1 4376 22 4398 0.0 8043 UMA88644.1 UFM00670.1 91.4 4380 373 2 1 4376 22 4401 0.0 8039 UMA88644.1 UEC68750.1 91.4 4380 372 2 1 4376 22 4401 0.0 8039 UMA88644.1 UHM53165.1 91.4 4380 373 2 1 4376 22 4401 0.0 8034 UMA88644.1 UFM02602.1 91.4 4380 373 2 1 4376 22 4401 0.0 8034 UMA88644.1 UBL45068.1 91.4 4380 372 2 1 4376 22 4401 0.0 8033 UMA88644.1 QTZ27226.1 91.4 4377 374 1 1 4376 22 4398 0.0 8032 UMA88644.1 UJS94137.1 92.3 4292 331 0 85 4376 1 4292 0.0 7880 UMA88644.1 UJV88611.1 89.7 4376 449 0 1 4376 22 4397 0.0 7869 UMA88644.1 UJJ97602.1 89.4 4376 462 0 1 4376 22 4397 0.0 7836 UMA88644.1 ULB83374.1 90.0 4376 439 0 1 4376 22 4397 0.0 7810 UMA88644.1 UGB98301.1 88.8 4380 485 2 1 4376 22 4401 0.0 7613 UMA88644.1 WEI27974.1 89.7 4377 449 1 1 4376 22 4398 0.0 7507 UMA88644.1 QRX02582.1 90.9 4077 368 2 1 4073 22 4098 0.0 7415 UMA88644.1 UFA30503.1 86.9 4340 564 2 6 4341 1 4340 0.0 7381 UMA88644.1 WGP70063.1 87.2 4348 551 2 1 4344 22 4369 0.0 7358 UMA88644.1 UNI03201.1 84.3 4374 682 2 6 4376 1 4374 0.0 7284 UMA88644.1 UEX07109.1 81.7 4375 795 2 6 4376 1 4375 0.0 6908 UMA88644.1 URP80785.1 84.6 4371 671 1 7 4376 1 4371 0.0 6820 UMA88644.1 UPB00876.1 74.2 4371 1127 1 7 4376 1 4371 0.0 5861 UMA88644.1 UYE49180.1 74.5 4377 1116 1 1 4376 22 4398 0.0 5858 UMA88644.1 WGQ72821.1 63.2 4344 1596 2 5 4344 1 4344 0.0 4687 WP_260365401.1 WP_260365401.1 100 285 0 0 1 285 1 285 1.52e-215 585 WP_238869695.1 WP_238869695.1 97.3 406 11 0 1 406 1 406 2.26e-294 795 WP_238869695.1 HIZ96099.1 42.1 397 225 3 3 398 1 393 2.90e-105 315 WP_113156891.1 WP_113156891.1 97.4 819 21 0 1 819 1 819 0.0 1660 AFG64821.1 AFG64821.1 100 72 0 0 1 72 1 72 7.71e-47 141 MBN8458701.1 MBN8458701.1 100 315 0 0 1 315 1 315 2.10e-228 620 CDD38815.1 CDD38815.1 100 450 0 0 1 450 1 450 0.0 925 WP_139665379.1 WP_139665379.1 89.4 302 32 0 1 302 1 302 1.61e-189 521 WP_139665379.1 RVU05718.1 34.4 157 93 3 27 180 60 209 1.69e-14 71.6 WP_214516916.1 WP_214516916.1 100 582 0 0 1 582 1 582 0.0 1163 WP_214516916.1 MBF2759673.1 34.5 557 278 15 62 570 209 726 7.62e-70 239 WP_214516916.1 WP_167959909.1 24.3 400 233 15 171 563 194 530 2.66e-19 89.7 XP_007311010.1 XP_007311010.1 99.0 735 7 0 1 735 1 735 0.0 1540 NLW10703.1 NLW10703.1 88.5 87 10 0 1 87 1 87 6.91e-50 150 CAI6348765.1 CAI6348765.1 87.0 492 64 0 1 492 1 492 0.0 889 MBA0553791.1 MBA0553791.1 97.1 921 27 0 1 921 1 921 0.0 1858 MCI5711730.1 MCI5711730.1 100 105 0 0 1 105 1 105 1.46e-75 216 XP_039985286.1 XP_039985286.1 100 825 0 0 1 825 1 825 0.0 1705 WP_253646963.1 WP_253646963.1 100 295 0 0 1 295 1 295 1.35e-214 583 WP_253646963.1 MCB1644245.1 32.5 191 123 3 9 199 3 187 1.17e-21 90.1 WP_253646963.1 WP_077093245.1 29.7 192 123 3 15 197 11 199 2.09e-09 55.8 WP_253646963.1 KFP63770.1 24.7 170 123 4 32 199 57 223 5.41e-04 39.3 KAJ8525108.1 KAJ8525108.1 95.8 888 37 0 1 888 1 888 0.0 1769 XP_048409145.1 XP_048409145.1 98.8 928 11 0 1 928 1 928 0.0 1870 XP_048409145.1 GIW70618.1 27.3 238 137 10 660 878 55 275 1.15e-10 63.9 XP_048409145.1 XP_008215352.1 41.1 90 50 2 759 845 295 384 3.36e-10 62.0 XP_048409145.1 XP_048216280.1 29.0 138 76 7 758 879 122 253 1.27e-09 59.7 XP_048409145.1 KAJ7903702.1 33.3 81 51 2 765 842 133 213 1.06e-06 50.4 WP_093752330.1 WP_093752330.1 85.2 182 27 0 1 182 1 182 1.49e-105 298 MBV8506574.1 MBV8506574.1 94.0 368 22 0 1 368 1 368 4.95e-256 694 MBV8506574.1 OKH85141.1 39.5 372 217 4 1 368 73 440 2.36e-85 264 MBV8506574.1 WP_279293890.1 34.8 365 228 8 2 359 65 426 3.94e-56 187 WP_063434200.1 WP_063434200.1 95.2 377 18 0 1 377 1 377 1.05e-282 763 WP_063434200.1 WP_114688413.1 40.1 329 171 3 45 368 36 343 1.69e-80 248 WP_222594143.1 WP_222594143.1 100 465 0 0 1 465 1 465 0.0 952 WP_222594143.1 YP_010462557.1 36.7 417 236 3 51 465 3 393 2.19e-91 281 WP_222594143.1 WP_262043205.1 26.3 407 249 5 60 465 181 537 2.37e-35 136 WP_200162643.1 WP_200162643.1 100 205 0 0 1 205 1 205 9.85e-154 422 AAX35861.1 AAX35861.1 100 566 0 0 1 566 1 566 0.0 1180 AAX35861.1 AUP48118.1 91.7 566 47 0 1 566 1 566 0.0 1085 WP_194312569.1 WP_194312569.1 96.9 323 10 0 1 323 1 323 2.26e-227 618 OCR38384.1 OCR38384.1 100 382 0 0 1 382 1 382 5.53e-301 809 OCR38384.1 MBO5336885.1 27.1 409 239 8 25 382 9 409 9.28e-39 145 WP_245823513.1 WP_245823513.1 100 200 0 0 1 200 1 200 7.23e-149 409 WP_109993532.1 WP_109993532.1 100 488 0 0 1 488 1 488 0.0 958 WP_109993532.1 KAF1039360.1 38.9 229 130 3 267 487 193 419 1.37e-35 135 HIR98957.1 HIR98957.1 100 96 0 0 1 96 1 96 1.36e-69 201 CAG5150301.1 CAG5150301.1 100 82 0 0 1 82 1 82 7.14e-52 155 WP_231784956.1 WP_231784956.1 89.9 149 15 0 1 149 1 149 1.14e-93 266 WP_171486859.1 WP_171486859.1 100 92 0 0 1 92 1 92 4.49e-64 186 MAF07216.1 MAF07216.1 95.7 691 30 0 1 691 1 691 0.0 1336 MAF07216.1 WP_130528929.1 33.6 396 243 8 250 640 468 848 1.25e-65 232 MAF07216.1 WP_113544184.1 35.9 395 225 8 256 640 612 988 2.87e-63 226 MAF07216.1 TRZ64304.1 38.3 277 145 7 373 640 2 261 6.81e-47 170 MAF07216.1 NQR19375.1 24.7 316 214 9 294 597 44 347 4.86e-09 57.4 KAJ1492758.1 KAJ1492758.1 87.4 507 64 0 1 507 1 507 0.0 914 KAJ1492758.1 XP_042771424.1 22.6 93 58 2 153 245 337 415 6.83e-04 40.8 OYZ89234.1 OYZ89234.1 88.6 201 23 0 1 201 1 201 1.36e-124 348 OYZ89234.1 MBA3614174.1 33.0 103 64 3 3 101 504 605 3.29e-08 51.2 WP_063706594.1 WP_063706594.1 96.3 809 30 0 1 809 1 809 0.0 1552 WP_063706594.1 WP_203562037.1 34.1 85 56 0 678 762 325 409 1.04e-11 66.2 KZT58963.1 KZT58963.1 90.1 1347 134 0 1 1347 1 1347 0.0 2429 KZT58963.1 XP_043377824.1 31.5 276 158 9 1083 1343 30 289 2.72e-33 138 KZT58963.1 XP_048216280.1 29.5 281 171 6 1081 1347 23 290 1.90e-29 121 KZT58963.1 XP_020321477.1 28.4 271 166 6 1075 1339 52 300 1.35e-28 122 KZT58963.1 XP_046441060.1 27.4 266 167 5 1084 1343 67 312 9.90e-27 116 KZT58963.1 XP_051566275.1 25.1 267 176 8 1084 1343 1248 1497 8.41e-20 94.7 KZT58963.1 XP_029528577.1 30.0 253 165 6 1082 1334 34 274 1.09e-19 90.9 KZT58963.1 XP_019180948.1 32.7 217 113 9 1082 1285 680 876 3.01e-14 76.3 KZT58963.1 WP_106546380.1 30.2 222 126 10 1083 1287 19 228 3.55e-13 72.0 KZT58963.1 MBD2210269.1 31.5 219 126 10 1083 1287 19 227 1.46e-12 70.1 KZT58963.1 RIB10989.1 35.6 118 66 4 1223 1337 6 116 4.79e-12 64.7 WP_137783451.1 WP_137783451.1 100 90 0 0 1 90 1 90 1.40e-66 192 WP_195156489.1 WP_195156489.1 100 48 0 0 1 48 1 48 1.82e-28 93.6 WP_195156489.1 VTD69375.1 89.6 48 5 0 1 48 128 175 2.16e-23 84.3 KAJ7469048.1 KAJ7469048.1 93.8 208 13 0 1 208 1 208 2.28e-140 389 WP_064292413.1 WP_064292413.1 100 113 0 0 1 113 1 113 4.35e-83 236 WP_226800426.1 WP_226800426.1 100 390 0 0 1 390 1 390 4.01e-289 780 WP_226800426.1 WP_174951329.1 43.4 355 178 9 50 390 19 364 1.34e-79 247 WP_228049692.1 WP_228049692.1 100 96 0 0 1 96 1 96 3.21e-68 197 WP_228049692.1 MBH39527.1 35.8 81 52 0 16 96 1 81 3.23e-09 47.8 RYU57897.1 RYU57897.1 100 153 0 0 1 153 1 153 9.04e-111 309 UCF87976.1 UCF87976.1 100 260 0 0 1 260 1 260 7.70e-192 523 UCF87976.1 MBR3968535.1 38.0 200 117 3 1 199 1 194 3.52e-43 147 AQR57668.1 AIL29843.1 65.5 29 10 0 1 29 3 31 3.82e-06 36.2 WP_045323370.1 WP_045323370.1 90.3 318 31 0 1 318 1 318 1.84e-203 557 MBD9057797.1 MBD9057797.1 100 353 0 0 1 353 1 353 1.69e-269 727 WP_158934128.1 WP_158934128.1 100 187 0 0 1 187 1 187 1.72e-136 377 WP_158934128.1 WP_026564934.1 29.1 179 113 4 7 174 5 180 1.01e-14 67.4 QHO28611.1 QHO28611.1 92.4 342 26 0 1 342 1 342 1.12e-232 633 CAH2238127.1 CAH2238127.1 100 94 0 0 1 94 1 94 4.61e-67 194 WP_017718577.1 WP_017718577.1 100 674 0 0 1 674 1 674 0.0 1364 WP_017718577.1 WP_283107263.1 36.6 625 334 12 23 642 3 570 2.72e-105 330 WP_017718577.1 NRF69152.1 41.9 437 226 7 203 631 102 518 6.99e-101 317 WP_017718577.1 WP_058504615.1 41.8 421 219 6 215 633 170 566 1.25e-96 307 WP_017718577.1 MBT7163208.1 34.9 395 240 3 234 628 191 568 2.56e-67 229 WP_017718577.1 WP_203339841.1 37.6 266 163 3 240 503 12 276 1.78e-49 174 WP_017718577.1 EEC9022132.1 27.8 407 248 15 136 514 1 389 7.25e-28 116 WP_017718577.1 RYD39969.1 37.1 221 116 6 306 512 76 287 5.16e-27 110 WP_017718577.1 WP_121975536.1 37.0 200 104 7 319 505 81 271 4.21e-25 105 RLG01914.1 RLG01914.1 100 84 0 0 1 84 1 84 7.30e-55 162 XP_031974225.1 XP_031974225.1 96.2 261 10 0 1 261 1 261 3.25e-189 516 WP_267861425.1 WP_267861425.1 100 329 0 0 1 329 1 329 4.03e-249 674 WP_267861425.1 WP_265272113.1 37.4 313 182 5 1 302 1 310 1.98e-60 195 WP_267861425.1 HHZ84751.1 28.0 347 194 13 1 305 1 333 1.61e-27 108 MCD0163384.1 MCD0163384.1 93.0 185 13 0 1 185 1 185 9.81e-117 327 NDF46396.1 NDF46396.1 100 380 0 0 1 380 1 380 1.22e-278 753 WP_141134618.1 WP_141134618.1 100 220 0 0 1 220 1 220 2.10e-151 417 RKT82586.1 RKT82586.1 92.5 362 27 0 1 362 1 362 2.05e-229 627 RKT82586.1 WP_269633767.1 35.9 181 96 8 170 336 162 336 1.77e-11 63.2 WP_131284109.1 WP_131284109.1 100 488 0 0 1 488 1 488 0.0 985 WP_131284109.1 NEB38825.1 38.1 436 247 10 28 456 28 447 6.54e-82 260 WP_131284109.1 OHA02323.1 31.0 403 223 16 76 452 153 526 1.78e-28 117 WP_131284109.1 WP_196051328.1 27.3 352 217 13 133 471 333 658 5.05e-25 107 WP_131284109.1 WP_225592933.1 28.3 315 176 9 138 450 291 557 1.80e-22 99.0 WP_131284109.1 PIQ07033.1 24.7 457 252 16 32 464 103 491 2.59e-20 92.0 WP_131284109.1 VAX76432.1 24.5 436 254 18 76 483 165 553 1.74e-18 86.7 PYS39036.1 PYS39036.1 100 161 0 0 1 161 1 161 4.58e-117 326 MBS1636088.1 MBS1636088.1 100 319 0 0 1 319 1 319 7.75e-242 654 MBS1636088.1 WP_144320971.1 29.1 223 138 7 101 319 311 517 3.42e-19 86.3 MBS1636088.1 MBQ1868746.1 25.9 239 167 4 90 319 256 493 1.32e-18 84.7 MBS1636088.1 WP_259858510.1 25.0 220 133 6 101 310 234 431 8.26e-17 79.0 MBS1636088.1 WP_149230790.1 28.6 241 154 9 89 319 307 539 2.16e-12 65.9 WP_272889997.1 WP_272889997.1 92.8 139 10 0 1 139 1 139 4.28e-91 258 MBR4734761.1 MBR4734761.1 97.7 485 11 0 1 485 1 485 0.0 978 MCM6312373.1 MCM6312373.1 93.4 558 37 0 1 558 1 558 0.0 1021 MCM6312373.1 HBS0905846.1 92.1 558 44 0 1 558 1 558 0.0 1006 MCM6312373.1 HBZ7417361.1 94.7 283 15 0 276 558 1 283 1.01e-196 549 MCM6312373.1 WP_280015341.1 41.0 551 316 4 5 548 10 558 1.16e-125 379 XP_015239306.1 XP_015239306.1 93.4 407 27 0 1 407 1 407 1.97e-284 769 WP_010048070.1 WP_010048070.1 100 86 0 0 1 86 1 86 1.34e-60 177 GFV41582.1 GFV41582.1 100 127 0 0 1 127 1 127 1.28e-93 264 KAG1464501.1 KAG1464501.1 100 401 0 0 1 401 1 401 1.38e-306 825 QDK31721.1 QDK31721.1 100 292 0 0 1 292 1 292 1.41e-219 596 KIJ40064.1 KIJ40064.1 100 183 0 0 1 183 1 183 1.37e-140 387 WP_282979415.1 WP_282979415.1 100 324 0 0 1 324 1 324 1.19e-243 659 WP_282979415.1 NGP45824.1 36.5 241 149 3 76 316 2 238 7.39e-51 167 WP_282979415.1 WP_113851760.1 36.8 174 108 2 142 315 66 237 1.51e-36 130 KAG7602925.1 KAG7602925.1 100 517 0 0 1 517 1 517 0.0 1044 KAG7602925.1 XP_002873995.1 98.1 517 10 0 1 517 1 517 0.0 1023 KAG7602925.1 KAI8118081.1 27.7 447 287 16 97 517 37 473 1.47e-41 154 EIZ9235425.1 EIZ9235425.1 97.3 514 14 0 1 514 1 514 0.0 1025 EIZ9235425.1 WP_097514015.1 49.8 414 191 4 107 512 121 525 1.25e-114 348 EIZ9235425.1 WP_120358183.1 49.7 300 151 0 213 512 214 513 1.74e-83 267 EIZ9235425.1 HAZ7424284.1 38.3 324 184 3 192 507 187 502 4.80e-62 209 EIZ9235425.1 WP_017172025.1 34.1 405 231 9 120 512 121 501 2.21e-49 176 EIZ9235425.1 WP_237962375.1 41.7 199 116 0 286 484 415 613 9.31e-37 143 MCA1959605.1 MCA1959605.1 97.5 488 12 0 1 488 1 488 0.0 952 XP_027026332.2 XP_027026332.2 83.3 1482 248 0 23 1504 23 1504 0.0 2408 XP_027026332.2 XP_008293954.1 68.8 1538 414 25 13 1504 28 1545 0.0 1890 MBL6706528.1 MBL6706528.1 100 635 0 0 1 635 1 635 0.0 1298 MBL6706528.1 MBN2666786.1 37.6 378 229 6 259 631 12 387 8.46e-79 253 MBL6706528.1 MBL02020.1 30.6 563 304 17 7 535 33 542 1.92e-63 217 MBL6706528.1 MCG8030229.1 36.2 312 193 5 317 624 789 1098 9.99e-57 206 MBL6706528.1 WP_056610248.1 26.0 550 300 22 7 516 29 511 8.20e-26 110 KAJ7726226.1 KAJ7726226.1 100 185 0 0 1 185 1 185 1.08e-138 382 WP_039764622.1 WP_039764622.1 100 181 0 0 1 181 1 181 1.81e-135 374 WP_039764622.1 WP_052822157.1 30.6 183 114 8 1 177 9 184 2.91e-14 68.2 RLS46433.1 RLS46433.1 100 245 0 0 1 245 1 245 9.34e-181 494 WP_279008479.1 WP_279008479.1 95.5 311 14 0 1 311 1 311 4.17e-217 591 WP_279008479.1 CDX26094.1 39.2 316 181 6 3 310 18 330 8.20e-61 195 WP_279008479.1 WP_154951203.1 36.7 311 191 5 1 310 15 320 8.79e-56 182 WP_279008479.1 WP_105447015.1 42.7 157 87 1 158 311 237 393 1.80e-38 138 WP_279008479.1 KQN49849.1 31.1 289 197 2 19 307 15 301 7.34e-37 132 WP_279008479.1 WP_023828789.1 34.4 131 85 1 178 307 276 406 9.94e-16 75.5 QQH27121.1 QQH27121.1 94.9 197 10 0 1 197 1 197 9.76e-132 366 QQH27121.1 WP_009257967.1 25.6 133 91 4 52 184 270 394 2.87e-11 60.1 XP_003040019.1 XP_003040019.1 100 184 0 0 1 184 1 184 3.93e-136 376 MCF6767132.1 MCF6767132.1 100 247 0 0 1 247 1 247 4.13e-185 505 HAF12758.1 HAF12758.1 98.0 1083 22 0 1 1083 1 1083 0.0 2171 KAH9403806.1 KAH9403806.1 100 511 0 0 1 511 1 511 0.0 1037 MBK7636756.1 MBK7636756.1 95.8 238 10 0 1 238 1 238 5.17e-170 466 KAJ6236901.1 KAJ6236901.1 97.4 933 24 0 1 933 1 933 0.0 1800 XP_033541489.1 XP_033541489.1 100 343 0 0 1 343 1 343 1.55e-260 704 PPC85417.1 PPC85417.1 100 132 0 0 1 132 1 132 3.21e-94 266 WP_004751198.1 WP_004751198.1 100 265 0 0 1 265 1 265 3.83e-199 542 MBQ2640849.1 MBQ2640849.1 100 33 0 0 1 33 1 33 1.71e-18 67.4 MBQ2640849.1 WP_026893585.1 57.6 33 14 0 1 33 191 223 1.90e-08 45.1 MBQ2640849.1 WP_185031483.1 62.5 32 11 1 1 31 190 221 4.83e-07 41.2 MBQ2640849.1 WP_007708736.1 54.5 33 12 1 1 30 196 228 2.34e-06 39.3 WP_245885601.1 WP_245885601.1 100 149 0 0 1 149 1 149 9.85e-104 291 WP_245885601.1 MCF8449868.1 28.2 124 76 3 12 135 3 113 2.27e-08 49.7 MBE0607625.1 MBE0607625.1 91.5 141 12 0 1 141 1 141 1.94e-88 252 WP_144384753.1 WP_144384753.1 96.0 346 14 0 1 346 1 346 5.68e-244 662 WP_144384753.1 WP_252541609.1 34.3 210 132 4 1 205 1 209 9.00e-22 93.6 WP_144384753.1 WP_217309755.1 38.8 165 82 7 181 331 386 545 5.15e-20 89.4 AOJ74168.1 AOJ74168.1 100 451 0 0 1 451 1 451 0.0 937 AOJ74168.1 WP_058918927.1 28.2 465 301 11 1 448 7 455 1.69e-38 143 XP_005573423.1 XP_005573423.1 95.6 1988 87 0 1 1988 1 1988 0.0 3948 XP_005573423.1 XP_021507806.1 70.7 2015 455 13 2 1988 4 1911 0.0 2884 XP_005573423.1 XP_048264533.1 44.0 2014 946 39 12 1904 16 1968 0.0 1598 XP_005573423.1 XP_042771424.1 23.5 1845 1153 48 107 1763 62 1836 2.12e-125 439 RCN52028.1 RCN52028.1 80.8 224 43 0 1 224 1 224 1.69e-127 357 WP_122383566.1 WP_122383566.1 100 91 0 0 1 91 1 91 1.40e-62 182 WP_274676460.1 WP_274676460.1 100 30 0 0 1 30 1 30 3.40e-17 63.9 WP_274676460.1 WP_196351635.1 83.3 30 5 0 1 30 1 30 1.57e-13 54.7 WP_139627894.1 WP_139627894.1 100 102 0 0 1 102 1 102 6.51e-73 209 WP_012517468.1 WP_012517468.1 100 609 0 0 1 609 1 609 0.0 1230 WP_249312942.1 WP_249312942.1 100 212 0 0 1 212 1 212 1.44e-154 425 WP_145756500.1 WP_145756500.1 82.6 132 23 0 1 132 1 132 1.14e-69 204 CAH1111016.1 CAH1111016.1 100 173 0 0 1 173 1 173 8.38e-128 354 OFJ58224.1 OFJ58224.1 94.5 687 38 0 1 687 1 687 0.0 1308 MBI3448467.1 MBI3448467.1 100 128 0 0 1 128 1 128 1.23e-87 249 MBI3448467.1 MCS2900418.1 54.5 121 55 0 3 123 4 124 2.15e-39 127 MBI3448467.1 MBI5438416.1 52.5 122 57 1 1 122 1 121 7.73e-39 125 MBI3448467.1 WP_255435582.1 50.0 104 52 0 19 122 1 104 1.05e-30 104 WP_091978272.1 WP_091978272.1 88.5 200 23 0 1 200 1 200 3.77e-126 352 WP_226208117.1 WP_226208117.1 100 161 0 0 1 161 1 161 2.27e-117 327 TGL93452.1 TGL93452.1 100 82 0 0 1 82 1 82 3.13e-55 163 QNM59064.1 QNM59064.1 100 78 0 0 1 78 1 78 1.94e-54 161 AAL18389.1 AAL18389.1 97.5 395 10 0 1 395 1 395 8.42e-289 780 AAL18389.1 MBI3145102.1 72.4 395 97 2 1 390 77 464 5.44e-214 593 AAL18389.1 EEJ0015338.1 32.3 337 210 10 1 333 92 414 3.72e-40 146 AAL18389.1 MBL0967454.1 30.7 348 218 8 10 355 1 327 1.54e-37 137 AAL18389.1 KAH9272690.1 54.1 37 17 0 1 37 89 125 4.04e-06 44.3 WP_248087248.1 WP_248087248.1 100 447 0 0 1 447 1 447 0.0 926 WP_248087248.1 MBE6835980.1 29.3 420 248 15 15 415 7 396 2.64e-42 152 MBK7937165.1 MBK7937165.1 98.0 509 10 0 1 509 1 509 0.0 1043 MBK7937165.1 WP_020530816.1 41.3 242 133 5 244 478 410 649 9.57e-52 184 XP_050320449.1 XP_050320449.1 95.3 485 23 0 1 485 1 485 0.0 972 XP_050320449.1 WP_131836551.1 47.7 484 243 4 8 484 14 494 1.31e-152 442 XP_050320449.1 WP_061795322.1 38.6 482 272 11 14 480 22 494 1.76e-101 311 XP_050320449.1 WP_057201184.1 39.2 467 271 4 25 484 15 475 2.12e-100 308 XP_050320449.1 WP_008959270.1 36.8 478 292 7 12 483 11 484 1.94e-91 285 XP_050320449.1 WP_255965801.1 36.3 482 288 10 11 483 12 483 4.12e-86 271 XP_050320449.1 WP_257689765.1 34.8 468 298 4 14 478 16 479 6.30e-86 271 XP_050320449.1 WP_108756325.1 35.8 489 275 15 9 480 3 469 3.42e-72 234 XP_050320449.1 WP_195426888.1 33.4 443 278 9 31 467 34 465 1.24e-68 226 XP_050320449.1 WP_232038993.1 26.4 485 316 12 25 482 24 494 7.49e-46 165 XP_050320449.1 WP_022389025.1 26.8 448 302 12 46 483 2 433 1.16e-38 144 WP_203164019.1 WP_203164019.1 100 189 0 0 1 189 1 189 1.08e-140 388 WP_269268099.1 WP_269268099.1 62.3 77 29 0 1 77 1 77 2.36e-23 82.8 PKB44918.1 PKB44918.1 96.5 898 31 0 1 898 1 898 0.0 1699 PKB44918.1 WP_264950959.1 31.3 160 101 3 111 262 6 164 5.34e-13 71.2 MBW6484923.1 MBW6484923.1 91.3 425 37 0 1 425 1 425 2.05e-286 776 WP_105585532.1 WP_105585532.1 100 128 0 0 1 128 1 128 2.57e-89 253 XP_017476002.1 XP_017476002.1 82.5 527 92 0 1 527 1 527 0.0 889 XP_017476002.1 XP_029371967.1 39.2 370 153 8 187 510 33 376 4.36e-72 233 XP_017476002.1 NWT80859.1 36.5 74 46 1 333 405 152 225 6.14e-05 43.1 WP_122047024.1 WP_122047024.1 100 460 0 0 1 460 1 460 0.0 932 CEY44168.1 CEY44168.1 100 210 0 0 1 210 1 210 1.16e-134 374 CEY44168.1 CVV42982.1 75.0 232 36 2 1 210 72 303 1.66e-116 332 CEY44168.1 WP_061364641.1 41.4 210 102 3 2 210 369 558 2.96e-49 167 WP_253063755.1 WP_253063755.1 100 345 0 0 1 345 1 345 2.49e-267 721 WP_253063755.1 MSU42127.1 42.9 350 187 5 1 338 8 356 9.73e-89 269 NEB02235.1 NEB02235.1 100 465 0 0 1 465 1 465 1.69e-319 863 NEB02235.1 CAI2795006.1 43.1 432 242 3 24 453 97 526 1.29e-110 335 SOE22515.1 SOE22515.1 100 353 0 0 1 353 1 353 2.10e-254 689 WP_012339795.1 WP_012339795.1 94.8 290 15 0 1 290 1 290 7.29e-196 536 WP_012339795.1 WP_248721304.1 26.9 145 102 2 1 141 1 145 4.24e-10 57.8 MBP2355331.1 MBP2355331.1 100 400 0 0 1 400 1 400 3.47e-295 796 MBP2355331.1 MCP4907131.1 31.1 354 211 8 46 376 41 384 1.77e-47 165 MBP7061284.1 MBP7061284.1 100 110 0 0 1 110 1 110 1.54e-77 222 NLL47071.1 NLL47071.1 95.9 169 7 0 1 169 1 169 2.41e-116 325 EJG1264510.1 EJG1264510.1 100 447 0 0 1 447 1 447 5.62e-318 858 EJG1264510.1 AJU61790.1 26.6 470 296 13 5 434 25 485 2.16e-40 150 EJG1264510.1 KAE8355151.1 27.0 411 254 14 67 444 126 523 3.25e-32 127 EJG1264510.1 XP_023028205.1 26.7 401 269 11 54 438 42 433 4.15e-20 90.5 EJG1264510.1 KAG0237649.1 23.4 435 292 10 44 440 93 524 1.49e-19 89.4 MCD6597402.1 MCD6597402.1 100 210 0 0 1 210 1 210 3.05e-164 449 KAH6984898.1 KAH6984898.1 96.4 952 34 0 1 952 1 952 0.0 1903 KAH6984898.1 XP_048216280.1 27.7 321 188 5 14 330 9 289 1.30e-35 139 KAH6984898.1 XP_029528577.1 29.9 261 131 7 24 281 30 241 4.18e-27 112 KAH6984898.1 KAG1590416.1 26.4 307 169 8 4 308 59 310 4.95e-27 112 KAH6984898.1 XP_030620685.1 27.2 313 178 5 19 329 91 355 4.87e-25 107 KAH6984898.1 XP_048379117.1 25.8 295 166 6 24 316 257 500 9.80e-25 108 KAH6984898.1 XP_011889539.1 28.7 310 176 7 24 324 4 277 2.06e-23 105 KAH6984898.1 KAJ7903702.1 25.8 302 166 8 20 316 19 267 4.95e-22 98.6 KAH6984898.1 EYU24504.1 25.4 283 129 8 20 269 185 418 3.49e-13 71.6 KAH6984898.1 GIW70618.1 21.8 266 147 7 61 315 86 301 9.36e-07 51.2 WP_141817398.1 WP_141817398.1 100 161 0 0 1 161 1 161 2.76e-118 329 KAJ5220196.1 KAJ5220196.1 100 205 0 0 1 205 1 205 8.77e-157 430 WP_095981693.1 WP_095981693.1 100 692 0 0 1 692 1 692 0.0 1425 WP_253352066.1 WP_253352066.1 98.8 1723 21 0 1 1723 1 1723 0.0 3348 WP_253352066.1 WP_243269836.1 27.6 504 319 15 417 904 1478 1951 1.31e-37 154 GFT52874.1 GFT52874.1 62.7 233 87 0 1 233 1 233 2.69e-86 254 CDE36962.1 CDE36962.1 100 384 0 0 1 384 1 384 1.11e-292 788 CDE36962.1 WP_266179881.1 30.8 65 45 0 38 102 34 98 1.22e-04 42.0 CDE36962.1 WP_223413240.1 30.0 100 64 2 38 137 34 127 3.78e-04 40.4 XP_011272275.1 XP_011272275.1 100 344 0 0 1 344 1 344 8.63e-263 709 WP_023319464.1 WP_023319464.1 100 223 0 0 1 223 1 223 3.83e-169 462 MCJ1318822.1 MCJ1318822.1 100 297 0 0 1 297 1 297 2.19e-230 624 WP_054146239.1 WP_054146239.1 92.9 337 24 0 1 337 1 337 6.40e-225 613 WP_054146239.1 EGY4555186.1 33.9 274 170 6 38 309 35 299 7.34e-38 135 WP_054146239.1 WP_184130797.1 31.9 229 150 3 83 309 149 373 1.25e-31 120 WP_054146239.1 WP_020547001.1 30.2 232 149 5 36 267 35 253 1.29e-21 91.7 WP_102273603.1 WP_102273603.1 100 147 0 0 1 147 1 147 1.35e-100 283 MCT7046027.1 MCT7046027.1 100 39 0 0 1 39 1 39 1.86e-22 77.8 MCE1309955.1 MCE1309955.1 100 360 0 0 1 360 1 360 1.35e-274 741 KAH9016734.1 KAH9016734.1 98.9 905 10 0 1 905 1 905 0.0 1825 KAH9016734.1 XP_028705251.1 36.4 187 112 4 720 899 130 316 1.32e-22 102 KAH9016734.1 KMZ56706.1 34.7 101 65 1 784 883 69 169 5.70e-11 64.3 MBG6268407.1 MBG6268407.1 94.0 382 23 0 1 382 1 382 8.11e-253 687 MBG6268407.1 MCT6212844.1 25.0 360 214 14 48 375 49 384 8.65e-13 67.4 MQF68191.1 MQF68191.1 100 122 0 0 1 122 1 122 7.83e-88 249 MQF68191.1 WP_008470196.1 33.9 62 41 0 26 87 19 80 7.79e-08 47.4 MQF68191.1 KAJ5168969.1 35.8 67 38 1 31 92 522 588 4.94e-05 39.7 MQF68191.1 EHR6291555.1 38.7 62 30 3 38 93 29 88 2.24e-04 37.7 WP_046925025.1 WP_046925025.1 100 168 0 0 1 168 1 168 1.58e-125 348 WP_041119847.1 WP_041119847.1 97.5 283 7 0 1 283 1 283 1.99e-210 572 WP_020226160.1 WP_020226160.1 100 152 0 0 1 152 1 152 1.10e-115 322 MBL7732834.1 MBL7732834.1 100 145 0 0 1 145 1 145 4.74e-109 304 WP_267248697.1 WP_267248697.1 96.6 410 14 0 1 410 1 410 2.03e-299 808 XP_019381256.1 XP_019381256.1 94.8 1164 60 0 1 1164 1 1164 0.0 2193 WP_230822898.1 WP_230822898.1 100 488 0 0 1 488 1 488 0.0 988 WP_230822898.1 WP_001537381.1 33.8 311 168 17 78 367 52 345 9.33e-27 113 WP_230822898.1 WP_247392216.1 37.0 184 103 4 78 255 86 262 9.93e-26 104 UJW31884.1 UJW31884.1 100 121 0 0 1 121 1 121 7.00e-86 244 KAF0554084.1 KAF0554084.1 99.4 1261 7 0 1 1261 1 1261 0.0 2635 WP_234280079.1 WP_234280079.1 100 59 0 0 1 59 1 59 2.08e-34 109 WP_033365653.1 WP_033365653.1 91.9 211 17 0 1 211 1 211 4.76e-139 385 WP_019182526.1 WP_019182526.1 97.7 387 9 0 1 387 1 387 6.46e-273 739 WP_019182526.1 WP_182039401.1 38.2 353 211 3 35 383 18 367 9.75e-80 248 XP_009464764.1 XP_009464764.1 95.7 350 15 0 1 350 1 350 4.19e-248 673 XP_009464764.1 NWT80859.1 57.9 57 24 0 278 334 150 206 5.92e-16 75.1 XP_009464764.1 NWY11222.1 52.6 57 27 0 277 333 12 68 1.41e-14 68.9 OFY34840.1 OFY34840.1 100 474 0 0 1 474 1 474 0.0 969 OFY34840.1 MCU0422147.1 27.8 431 236 19 38 432 19 410 9.93e-25 104 OFY34840.1 WP_120115041.1 25.3 289 188 10 18 296 1 271 6.48e-17 81.3 KAG7131021.1 KAG7131021.1 95.2 1156 56 0 1 1156 1 1156 0.0 2195 WP_246735792.1 WP_246735792.1 100 381 0 0 1 381 1 381 6.26e-277 748 NWV63665.1 NWV63665.1 94.7 207 11 0 1 207 1 207 3.27e-144 398 EBS5850541.1 EBS5850541.1 100 195 0 0 1 195 1 195 1.35e-137 380 WP_108137685.1 WP_108137685.1 94.7 431 23 0 1 431 1 431 1.19e-304 823 WP_060347438.1 WP_060347438.1 100 276 0 0 1 276 1 276 8.80e-215 582 WP_060347438.1 WP_281054160.1 29.8 255 156 8 4 248 8 249 6.33e-30 111 WP_060347438.1 WP_183882442.1 32.2 202 121 5 1 198 1 190 6.63e-29 108 WP_060347438.1 WP_014605789.1 31.1 183 112 7 15 194 7 178 3.61e-15 71.6 WP_060347438.1 WP_138597401.1 27.5 200 116 7 64 248 57 242 1.35e-12 64.3 WP_213973719.1 WP_213973719.1 100 241 0 0 1 241 1 241 3.97e-180 492 WP_259005392.1 WP_259005392.1 99.1 655 6 0 1 655 1 655 0.0 1326 EJV0278763.1 EJV0278763.1 100 254 0 0 1 254 1 254 1.62e-190 519 EJV0278763.1 MBK8955603.1 31.8 255 161 4 1 249 1 248 2.26e-30 112 MBN3769952.1 MBN3769952.1 93.8 176 11 0 1 176 1 176 2.36e-115 323 MCH5163858.1 MCH5163858.1 100 878 0 0 1 878 1 878 0.0 1806 MBP6972346.1 MBP6972346.1 100 424 0 0 1 424 1 424 0.0 864 MBV9963051.1 MBV9963051.1 100 559 0 0 1 559 1 559 0.0 1149 MBV9963051.1 MBX7161768.1 22.5 484 272 17 106 554 56 471 1.19e-14 74.7 HCT31040.1 HCT31040.1 88.8 107 12 0 1 107 1 107 5.23e-61 180 WP_006697084.1 WP_006697084.1 100 342 0 0 1 342 1 342 1.81e-263 711 WP_006697084.1 WP_206096314.1 57.7 343 144 1 1 342 1 343 4.65e-146 414 WP_106136481.1 WP_106136481.1 100 245 0 0 1 245 1 245 3.96e-182 497 WP_098092873.1 WP_098092873.1 96.2 292 11 0 1 292 1 292 2.51e-213 580 WP_198730235.1 WP_198730235.1 100 160 0 0 1 160 1 160 4.08e-115 321 XP_016611986.1 XP_016611986.1 96.2 262 10 0 1 262 1 262 1.49e-190 520 WP_230800902.1 WP_230800902.1 100 346 0 0 1 346 1 346 3.52e-263 711 MZP65343.1 MZP65343.1 100 275 0 0 1 275 1 275 6.17e-210 570 MBD1815385.1 MBD1815385.1 100 248 0 0 1 248 1 248 1.62e-187 511 XP_003048468.1 XP_003048468.1 100 433 0 0 1 433 1 433 0.0 907 WP_217413389.1 WP_217413389.1 100 108 0 0 1 108 1 108 1.89e-77 221 EDJ6414383.1 EDJ6414383.1 94.2 191 11 0 1 191 1 191 4.88e-129 358 WP_019616094.1 WP_019616094.1 100 346 0 0 1 346 1 346 9.78e-270 727 WP_019616094.1 WP_098515742.1 23.3 287 167 9 12 289 7 249 2.58e-09 55.8 MCB1141657.1 MCB1141657.1 97.0 936 28 0 1 936 1 936 0.0 1805 WP_025427984.1 WP_025427984.1 100 362 0 0 1 362 1 362 1.30e-273 738 TNN34207.1 TNN34207.1 100 110 0 0 1 110 1 110 3.11e-77 221 AUQ33312.1 AUQ33312.1 90.1 362 36 0 1 362 1 362 1.58e-249 677 MCP4914981.1 MCP4914981.1 100 215 0 0 1 215 1 215 1.14e-157 433 MCP4914981.1 MBQ9979016.1 68.6 70 22 0 146 215 121 190 1.41e-28 108 MCP4914981.1 WP_049105913.1 67.2 61 20 0 155 215 271 331 1.30e-24 97.8 MCP4914981.1 MCH8269832.1 47.6 63 33 0 149 211 154 216 1.27e-13 67.0 WP_260986135.1 WP_260986135.1 83.7 92 15 0 1 92 1 92 1.99e-49 149 WP_206581849.1 WP_206581849.1 98.7 751 10 0 1 751 1 751 0.0 1444 WP_206581849.1 WP_231355705.1 44.2 762 368 10 1 750 1 717 7.10e-202 588 WP_206581849.1 WP_092081374.1 42.9 763 377 8 3 751 4 721 7.28e-195 570 WP_206581849.1 PJJ44766.1 40.5 772 386 10 2 751 35 755 1.23e-183 543 XP_055989820.1 XP_055989820.1 97.0 640 19 0 1 640 1 640 0.0 1275 HIM51057.1 HIM51057.1 98.0 885 18 0 1 885 1 885 0.0 1781 HIM51057.1 WP_265593313.1 42.7 403 222 5 485 882 175 573 9.45e-102 326 RZD53001.1 RZD53001.1 100 178 0 0 1 178 1 178 6.58e-132 365 MBQ7978512.1 MBQ7978512.1 100 72 0 0 1 72 1 72 1.56e-46 140 MPC84742.1 MPC84742.1 100 76 0 0 1 76 1 76 3.05e-48 145 OFX35756.1 OFX35756.1 100 161 0 0 1 161 1 161 3.77e-116 323 HAS28932.1 HAS28932.1 97.0 366 11 0 1 366 1 366 1.06e-265 719 WP_193436854.1 WP_193436854.1 100 243 0 0 1 243 1 243 2.03e-174 478 WP_193436854.1 MBI0103662.1 33.0 182 112 7 14 186 315 495 1.56e-17 79.7 WP_257107333.1 WP_257107333.1 100 332 0 0 1 332 1 332 2.71e-244 662 WP_257107333.1 WP_198255508.1 38.8 322 179 7 19 329 18 332 5.03e-61 196 WP_257107333.1 OJG95819.1 33.1 242 130 8 16 250 19 235 3.38e-28 110 WP_257107333.1 WP_167320363.1 32.0 266 155 5 1 262 1 244 2.70e-24 99.4 WP_257107333.1 OAX39412.1 28.2 209 116 6 15 205 17 209 2.18e-11 62.4 WP_010905191.1 WP_010905191.1 100 289 0 0 1 289 1 289 1.46e-215 585 WP_010905191.1 WP_124978582.1 32.8 244 142 11 1 236 1 230 8.55e-19 84.7 WP_253620872.1 WP_253620872.1 100 1056 0 0 1 1056 1 1056 0.0 2162 WP_253620872.1 WP_158347019.1 30.7 300 158 12 144 401 295 586 2.07e-22 102 WP_253620872.1 MBO8485404.1 26.3 358 202 13 121 422 268 619 8.00e-19 90.5 WP_253620872.1 MCD6199266.1 38.1 97 58 2 437 533 705 799 1.61e-10 63.5 WP_012573472.1 WP_012573472.1 98.1 1181 22 0 1 1181 1 1181 0.0 2482 WP_012573472.1 WP_070770047.1 53.2 1179 531 12 12 1180 6 1173 0.0 1313 WP_012573472.1 WP_156009076.1 49.7 1176 569 11 14 1176 8 1173 0.0 1189 WP_012573472.1 NJD91181.1 46.5 1113 559 14 89 1178 1 1100 0.0 1031 WP_012573472.1 MBE6348968.1 45.3 684 359 8 501 1177 8 683 2.29e-209 619 WP_012573472.1 MBS6779195.1 31.5 390 233 10 11 386 7 376 3.14e-41 155 WP_098097765.1 WP_098097765.1 100 142 0 0 1 142 1 142 2.56e-107 300 EFK2137151.1 EFK2137151.1 92.8 459 33 0 1 459 1 459 3.03e-303 822 EFK2137151.1 WP_063603400.1 35.5 423 262 6 22 438 1 418 1.14e-70 229 WP_169577965.1 WP_169577965.1 100 196 0 0 1 196 1 196 8.48e-146 401 WP_004957233.1 WP_004957233.1 100 141 0 0 1 141 1 141 3.65e-102 286 WP_004957233.1 WP_161061319.1 46.1 141 71 4 1 138 1 139 1.57e-41 133 WP_004957233.1 WP_226360036.1 50.0 132 64 2 8 138 4 134 8.96e-40 129 QNF21522.1 QNF21522.1 100 275 0 0 1 275 1 275 4.49e-203 553 QNF21522.1 WP_160421767.1 31.9 166 112 1 111 275 5 170 9.39e-24 93.6 EJQ2687561.1 EJQ2687561.1 100 292 0 0 1 292 1 292 7.28e-222 602 CDA87281.1 CDA87281.1 100 81 0 0 1 81 1 81 1.23e-56 167 MBO5946342.1 MBO5946342.1 100 188 0 0 1 188 1 188 3.35e-139 384 MBQ8711066.1 MBQ8711066.1 97.4 534 14 0 1 534 1 534 0.0 1082 NIW25441.1 NIW25441.1 90.9 99 9 0 1 99 1 99 3.30e-58 172 WP_135949574.1 WP_135949574.1 90.9 562 51 0 1 562 1 562 0.0 997 XP_048633428.1 XP_048633428.1 91.5 117 10 0 1 117 1 117 3.26e-71 206 KAI6047342.1 KAI6047342.1 100 537 0 0 1 537 1 537 0.0 1119 MBR0160695.1 MBR0160695.1 97.2 426 12 0 1 426 1 426 3.34e-313 844 MBR0160695.1 WP_083062905.1 37.6 439 256 9 1 424 1 436 2.32e-81 257 MBR0160695.1 WP_027951454.1 43.8 333 182 3 2 332 3 332 6.78e-80 250 MBR0160695.1 MCL4333886.1 29.6 152 83 7 152 296 159 293 8.30e-11 61.2 MVZ66986.1 MVZ66986.1 100 276 0 0 1 276 1 276 2.14e-206 561 MBF2759673.1 MBF2759673.1 98.5 858 13 0 1 858 1 858 0.0 1648 MBF2759673.1 WP_214516916.1 34.5 557 278 15 209 726 62 570 3.10e-70 241 MBF2759673.1 WP_167959909.1 25.5 499 269 18 185 646 32 464 1.35e-28 119 MBF2759673.1 WP_068051662.1 24.3 581 313 21 185 726 39 531 9.23e-18 85.9 MBF2759673.1 TMQ04701.1 25.9 316 194 13 305 615 611 891 3.75e-12 68.6 MBF2759673.1 WP_254101325.1 22.0 613 364 21 153 725 79 617 3.93e-12 68.2 MBF2759673.1 NQW84129.1 24.5 282 186 10 187 452 69 339 9.60e-11 63.5 MBF2759673.1 PYB13830.1 30.2 205 105 9 145 339 3184 3360 2.15e-08 56.6 MBF2759673.1 WP_246003214.1 33.3 150 82 5 187 332 47 182 7.48e-08 54.3 MBQ3459675.1 MBQ3459675.1 100 222 0 0 1 222 1 222 2.60e-171 468 MBQ3459675.1 WP_267979634.1 55.4 193 85 1 28 219 43 235 4.21e-71 215 MBQ3104376.1 MBQ3104376.1 94.3 123 7 0 1 123 1 123 2.07e-79 228 NCN26743.1 NCN26743.1 100 202 0 0 1 202 1 202 4.35e-151 415 WP_089109701.1 WP_089109701.1 100 250 0 0 1 250 1 250 5.21e-185 505 GBL21590.1 GBL21590.1 100 131 0 0 1 131 1 131 3.09e-87 248 HAB9632401.1 HAB9632401.1 100 391 0 0 1 391 1 391 2.02e-303 816 WP_026002076.1 WP_026002076.1 95.9 514 21 0 1 514 1 514 0.0 1026 WP_198095175.1 WP_198095175.1 97.0 337 10 0 1 337 1 337 2.59e-240 652 WP_198095175.1 MBL1320270.1 45.2 323 173 2 16 337 3 322 4.78e-92 276 AHH33963.1 AHH33963.1 100 292 0 0 1 292 1 292 7.90e-226 612 XP_043014885.1 XP_043014885.1 100 455 0 0 1 455 1 455 0.0 949 WP_069877432.1 WP_069877432.1 100 360 0 0 1 360 1 360 1.58e-273 738 WP_069877432.1 MCI1663915.1 37.5 341 196 6 12 344 10 341 1.47e-80 248 WP_069877432.1 MBI1797961.1 38.9 339 188 9 15 344 19 347 6.97e-76 236 UIR12670.1 UIR12670.1 99.2 7092 57 0 1 7092 1 7092 0.0 14297 UIR12670.1 UMF87224.1 98.7 7092 91 0 1 7092 1 7092 0.0 14281 UIR12670.1 QWC83326.1 98.6 7096 95 2 1 7092 1 7096 0.0 14268 UIR12670.1 QVD87869.1 98.6 7093 99 1 1 7092 1 7093 0.0 14268 UIR12670.1 URQ55824.1 98.6 7093 100 1 1 7092 1 7093 0.0 14265 UIR12670.1 UZO53924.1 98.6 7093 100 1 1 7092 1 7093 0.0 14264 UIR12670.1 WEU87158.1 98.6 7096 97 2 1 7092 1 7096 0.0 14264 UIR12670.1 UVB16817.1 98.6 7093 99 1 1 7092 1 7093 0.0 14263 UIR12670.1 QSZ25555.1 98.5 7096 99 2 1 7092 1 7096 0.0 14262 UIR12670.1 UBP50947.1 98.5 7096 100 2 1 7092 1 7096 0.0 14256 UIR12670.1 UBD95131.1 98.5 7096 102 2 1 7092 1 7096 0.0 14251 UIR12670.1 UEC52718.1 98.5 7096 105 2 1 7092 1 7096 0.0 14244 UIR12670.1 QZU16279.1 98.2 7096 124 2 1 7092 1 7096 0.0 14196 UIR12670.1 UPA83906.1 98.2 7092 130 0 1 7092 1 7092 0.0 14185 UIR12670.1 UBR86455.1 97.7 7095 160 2 2 7092 1 7095 0.0 14113 UIR12670.1 UXX67934.1 97.6 7093 168 1 1 7092 1 7093 0.0 14099 UIR12670.1 UCP72061.1 97.4 7096 177 2 1 7092 1 7096 0.0 14073 UIR12670.1 UCP77012.1 97.3 7096 188 2 1 7092 1 7096 0.0 14050 UIR12670.1 UKN67998.1 97.3 7072 192 0 21 7092 1 7072 0.0 13993 UIR12670.1 WHE12941.1 97.0 7067 211 1 27 7092 1 7067 0.0 13946 UIR12670.1 UGA79226.1 96.4 7096 254 2 1 7092 1 7096 0.0 13892 UIR12670.1 UAQ80067.1 95.9 7096 287 2 1 7092 1 7096 0.0 13802 UIR12670.1 UJT06733.1 95.3 7092 335 0 1 7092 1 7092 0.0 13664 UIR12670.1 UVI10561.1 95.1 7066 342 1 28 7092 1 7066 0.0 13629 UIR12670.1 UOU30556.1 93.8 7093 436 1 1 7092 1 7093 0.0 13420 UIR12670.1 UMA88644.1 90.7 7071 658 0 22 7092 1 7071 0.0 12820 UIR12670.1 WAS49087.1 89.3 7093 755 1 1 7092 1 7093 0.0 12635 UIR12670.1 WGP98278.1 84.8 7096 1076 2 1 7092 1 7096 0.0 11774 UIR12670.1 ULA23837.2 99.1 4397 40 0 1 4397 1 4397 0.0 8891 UIR12670.1 UXH94526.1 99.1 4397 41 0 1 4397 1 4397 0.0 8886 UIR12670.1 QXR94354.1 98.9 4398 48 1 1 4397 1 4398 0.0 8875 UIR12670.1 UPP41269.1 98.8 4398 51 1 1 4397 1 4398 0.0 8871 UIR12670.1 QTD03487.1 98.8 4401 49 2 1 4397 1 4401 0.0 8871 UIR12670.1 QTM79632.1 98.8 4398 50 1 1 4397 1 4398 0.0 8868 UIR12670.1 USR14792.1 98.8 4398 52 1 1 4397 1 4398 0.0 8868 UIR12670.1 QTZ27226.1 98.8 4398 52 1 1 4397 1 4398 0.0 8864 UIR12670.1 UFM00670.1 98.7 4401 52 2 1 4397 1 4401 0.0 8860 UIR12670.1 UKU68032.1 98.8 4397 54 0 1 4397 1 4397 0.0 8858 UIR12670.1 UEC68750.1 98.7 4401 52 2 1 4397 1 4401 0.0 8858 UIR12670.1 UHM53165.1 98.7 4401 52 2 1 4397 1 4401 0.0 8855 UIR12670.1 UFM02602.1 98.7 4401 52 2 1 4397 1 4401 0.0 8854 UIR12670.1 UBL45068.1 98.7 4401 52 2 1 4397 1 4401 0.0 8852 UIR12670.1 UJV88611.1 97.1 4397 126 0 1 4397 1 4397 0.0 8695 UIR12670.1 UJJ97602.1 96.8 4397 139 0 1 4397 1 4397 0.0 8662 UIR12670.1 UJS94137.1 98.1 4292 80 0 106 4397 1 4292 0.0 8581 UIR12670.1 ULB83374.1 95.9 4397 180 0 1 4397 1 4397 0.0 8558 UIR12670.1 UGB98301.1 93.3 4401 290 2 1 4397 1 4401 0.0 8282 UIR12670.1 QRX02582.1 98.8 4098 46 2 1 4094 1 4098 0.0 8240 UIR12670.1 UFA30503.1 92.4 4340 324 2 27 4362 1 4340 0.0 8061 UIR12670.1 WGP70063.1 91.4 4369 371 2 1 4365 1 4369 0.0 8011 UIR12670.1 WEI27974.1 90.4 4398 422 1 1 4397 1 4398 0.0 7967 UIR12670.1 UNI03201.1 90.4 4374 416 2 27 4397 1 4374 0.0 7930 UIR12670.1 UEX07109.1 87.0 4375 565 2 27 4397 1 4375 0.0 7578 UIR12670.1 URP80785.1 81.9 4371 790 1 28 4397 1 4371 0.0 7060 UIR12670.1 UYE49180.1 75.6 4398 1073 1 1 4397 1 4398 0.0 6331 UIR12670.1 UPB00876.1 75.7 4371 1061 1 28 4397 1 4371 0.0 6324 UIR12670.1 WGQ72821.1 65.6 4344 1490 2 26 4365 1 4344 0.0 5206 TEB32912.1 TEB32912.1 100 164 0 0 1 164 1 164 2.01e-126 350 EDP2695460.1 EDP2695460.1 88.6 166 19 0 1 166 1 166 1.23e-103 292 XP_035216353.1 XP_035216353.1 100 152 0 0 1 152 1 152 3.41e-110 308 WP_137773782.1 WP_137773782.1 100 119 0 0 1 119 1 119 1.26e-87 248 XP_036437421.1 XP_036437421.1 74.4 1737 445 0 1 1737 1 1737 0.0 2380 XP_036437421.1 XP_023957144.1 37.8 1175 590 26 642 1735 33 1147 2.60e-125 421 XP_036437421.1 XP_055289786.1 33.1 715 330 17 750 1338 274 966 1.51e-43 172 XP_036437421.1 NXS49052.1 40.6 426 182 10 975 1348 1 407 4.45e-31 126 XP_036437421.1 XP_025268496.1 33.1 532 261 14 375 865 158 635 1.77e-28 122 XP_036437421.1 EFI9255255.1 46.3 147 76 1 777 920 258 404 6.10e-18 87.4 XP_036437421.1 WP_278665106.1 50.8 130 52 2 933 1062 414 531 3.64e-17 85.5 XP_036437421.1 EFG7308611.1 54.0 113 49 1 1155 1267 65 174 2.79e-16 79.0 XP_023028205.1 XP_023028205.1 100 434 0 0 1 434 1 434 1.81e-319 860 XP_023028205.1 EJG1264510.1 26.7 401 269 11 42 433 54 438 4.03e-20 90.5 XP_023028205.1 NXJ67438.1 27.7 278 177 11 167 434 204 467 1.23e-14 73.9 XP_023028205.1 KAE8355151.1 23.0 405 269 16 55 431 126 515 7.57e-14 71.6 MAT93460.1 MAT93460.1 100 431 0 0 1 431 1 431 2.99e-314 848 XP_040253449.1 XP_040253449.1 91.8 243 20 0 1 243 1 243 3.55e-159 439 XP_040253449.1 POS85366.1 57.7 26 11 0 198 223 34 59 6.97e-05 42.0 NOZ55740.1 NOZ55740.1 90.0 428 43 0 1 428 1 428 1.70e-275 749 EBY6522830.1 EBY6522830.1 100 334 0 0 1 334 1 334 5.16e-259 699 WP_148545383.1 WP_148545383.1 97.5 362 9 0 1 362 1 362 6.82e-260 704 OLB27154.1 OLB27154.1 98.1 521 10 0 1 521 1 521 0.0 1038 OLB27154.1 WP_147135386.1 34.6 485 260 6 38 515 34 468 3.28e-77 249 OLB27154.1 WP_128492049.1 22.7 498 308 16 31 512 13 449 1.31e-18 86.7 WP_265735210.1 WP_265735210.1 98.0 488 10 0 1 488 1 488 0.0 984 XP_042465169.1 XP_042465169.1 100 556 0 0 16 571 16 571 0.0 1143 XP_042465169.1 CAD7419184.1 30.7 228 130 5 361 563 23 247 5.21e-21 93.2 GLW31455.1 GLW31455.1 100 67 0 0 1 67 1 67 8.72e-44 133 WP_185740810.1 WP_185740810.1 100 207 0 0 1 207 1 207 4.87e-155 426 MBP6728875.1 MBP6728875.1 100 198 0 0 1 198 1 198 1.92e-143 395 MBP6728875.1 WP_140204528.1 36.0 50 32 0 17 66 3 52 5.91e-05 40.4 MBT1322465.1 MBT1322465.1 100 59 0 0 1 59 1 59 1.84e-37 117 MCD6064856.1 MCD6064856.1 100 403 0 0 1 403 1 403 4.15e-309 832 MCD6064856.1 MCK1819907.1 25.4 370 236 14 20 374 34 378 4.27e-16 78.2 MBN1558293.1 MBN1558293.1 97.1 544 16 0 1 544 1 544 0.0 999 ANI90891.1 ANI90891.1 100 54 0 0 1 54 1 54 3.40e-31 100 VFV20999.1 VFV20999.1 100 306 0 0 1 306 1 306 3.67e-238 644 VFV20999.1 XP_043971649.1 70.0 180 40 1 93 258 305 484 3.28e-94 288 TMO21331.1 TMO21331.1 100 63 0 0 1 63 1 63 3.83e-43 131 HIE16764.1 HIE16764.1 100 91 0 0 1 91 1 91 1.24e-63 186 WP_202252188.1 WP_202252188.1 97.3 377 10 0 1 377 1 377 1.27e-283 765 WP_202252188.1 WP_099100504.1 36.7 349 220 1 1 348 1 349 1.57e-73 231 WP_202252188.1 WP_233230645.1 32.4 262 160 6 106 357 85 339 1.80e-24 101 KAF1788175.1 KAF1788175.1 100 182 0 0 1 182 1 182 5.19e-140 385 WP_048611692.1 WP_048611692.1 100 380 0 0 1 380 1 380 5.24e-289 779 WP_144320971.1 WP_144320971.1 81.6 521 96 0 1 521 1 521 2.68e-289 791 WP_144320971.1 WP_259858510.1 43.2 294 149 8 234 519 158 441 1.34e-48 172 WP_144320971.1 WP_274755179.1 39.8 251 135 9 277 518 174 417 8.62e-33 128 WP_144320971.1 MBS1636088.1 31.4 223 133 8 311 517 101 319 5.79e-24 100 WP_144320971.1 WP_257504872.1 31.7 420 213 16 161 518 119 526 5.83e-24 103 WP_144320971.1 WP_076194242.1 30.2 298 184 10 240 521 173 462 2.38e-22 98.2 WP_144320971.1 KDF42894.1 28.7 356 209 13 193 518 147 487 1.12e-15 77.8 WP_144320971.1 MBX3687043.1 45.1 102 52 1 419 520 359 456 9.72e-15 74.7 WP_144320971.1 WP_129857883.1 33.2 202 111 7 312 501 203 392 2.36e-11 63.9 WP_049066482.1 WP_049066482.1 98.4 731 12 0 1 731 1 731 0.0 1424 WP_049066482.1 MBE3671043.1 35.1 712 428 10 10 711 19 706 2.17e-145 441 WP_049066482.1 WP_131096443.1 36.1 736 425 15 10 729 14 720 2.84e-144 437 PQK14494.1 PQK14494.1 97.7 565 13 0 1 565 1 565 0.0 1095 XP_009535872.1 XP_009535872.1 94.1 185 11 0 1 185 1 185 4.22e-127 353 MBR3005965.1 MBR3005965.1 98.0 356 7 0 1 356 1 356 3.82e-263 711 RZM24348.1 RZM24348.1 100 142 0 0 1 142 1 142 2.56e-98 277 RZM24348.1 MCG8687614.1 51.4 74 35 1 16 88 5 78 5.24e-22 83.6 XP_001840824.2 XP_001840824.2 100 299 0 0 1 299 1 299 5.33e-223 605 WP_096067320.1 WP_096067320.1 98.4 623 10 0 1 623 1 623 0.0 1273 WP_096067320.1 WP_282322778.1 97.8 623 14 0 1 623 1 623 0.0 1262 WP_096067320.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.75e-102 325 WP_096067320.1 MBL14507.1 27.6 630 364 21 26 614 7 585 4.52e-58 203 WP_007404414.1 WP_007404414.1 91.0 311 28 0 1 311 1 311 2.87e-192 528 WP_007404414.1 WP_143281017.1 55.7 140 62 0 4 143 13 152 1.06e-46 153 ECP3866152.1 ECP3866152.1 100 106 0 0 1 106 1 106 1.63e-77 221 MBG6814041.1 MBG6814041.1 94.0 369 22 0 1 369 1 369 1.03e-253 689 MBG6814041.1 MBV00212.1 52.2 358 171 0 9 366 3 360 6.12e-132 390 MBG6814041.1 EAH8201998.1 46.4 358 190 2 8 365 3 358 1.30e-116 344 MBG6814041.1 WP_021479352.1 47.6 368 185 3 6 366 4 370 7.26e-113 353 WP_232745899.1 WP_232745899.1 100 376 0 0 1 376 1 376 7.96e-282 760 WP_175076961.1 WP_175076961.1 98.9 727 8 0 1 727 1 727 0.0 1462 WP_175076961.1 WP_113620603.1 39.7 657 358 14 1 637 1 639 1.03e-142 433 WP_175076961.1 WP_115946316.1 35.2 627 376 11 7 613 5 621 4.04e-113 354 WP_120115041.1 WP_120115041.1 94.7 475 25 0 1 475 1 475 0.0 910 WP_120115041.1 OFY34840.1 25.3 289 188 10 1 271 18 296 2.74e-17 82.4 WP_120115041.1 MCU0422147.1 24.4 201 140 5 32 229 28 219 5.78e-14 72.0 UUZ63036.1 UUZ63036.1 96.3 454 17 0 1 454 1 454 0.0 867 WP_268579666.1 WP_268579666.1 100 200 0 0 1 200 1 200 1.35e-153 421 KAF3628212.1 KAF3628212.1 100 143 0 0 1 143 1 143 1.27e-103 290 XP_024888572.1 XP_024888572.1 100 1393 0 0 1 1393 1 1393 0.0 2831 MBL8638832.1 MBL8638832.1 99.2 967 8 0 1 967 1 967 0.0 2007 MBL8638832.1 WP_015615815.1 37.9 836 472 17 46 872 2 799 1.58e-180 544 MBL8638832.1 WP_015919400.1 36.1 859 474 20 48 893 4 800 1.71e-159 487 MBL8638832.1 MCJ7548546.1 38.1 756 401 15 48 779 7 719 7.53e-149 457 MBL8638832.1 KAI5122644.1 27.3 868 531 27 58 867 373 1198 3.22e-69 250 MBL8638832.1 KZV11597.1 24.0 524 341 15 316 813 264 756 2.04e-28 121 MBS0261058.1 MBS0261058.1 100 87 0 0 1 87 1 87 2.30e-57 169 WP_213449477.1 WP_213449477.1 96.3 294 11 0 1 294 1 294 1.98e-211 575 WP_213449477.1 WP_149406163.1 49.0 310 139 4 1 294 1 307 6.11e-96 283 WP_245350945.1 WP_245350945.1 93.4 457 30 0 1 457 1 457 3.75e-296 803 WP_245350945.1 WP_049005162.1 32.2 429 251 8 21 429 3 411 1.39e-54 186 WP_245350945.1 OKH85141.1 29.0 427 295 6 19 439 4 428 6.43e-44 158 WP_245350945.1 WP_133179454.1 26.8 179 116 4 73 250 81 245 1.57e-05 45.4 XP_037539096.1 XP_037539096.1 97.4 876 23 0 1 876 1 876 0.0 1778 WP_214893447.1 WP_214893447.1 100 180 0 0 1 180 1 180 5.18e-130 360 KAG7462864.1 KAG7462864.1 86.5 333 45 0 1 333 1 333 5.13e-213 583 KAG7462864.1 WP_242018727.1 38.1 105 63 2 1 105 79 181 5.70e-18 79.0 HAT9095998.1 HAT9095998.1 100 33 0 0 1 33 1 33 4.06e-17 63.9 ORY76548.1 ORY76548.1 89.7 271 28 0 1 271 1 271 2.81e-163 452 HCB1767023.1 HCB1767023.1 94.9 198 10 0 1 198 1 198 1.90e-134 373 WP_118359022.1 WP_118359022.1 92.6 352 26 0 19 370 19 370 6.85e-232 634 TXK73489.1 TXK73489.1 97.4 897 23 0 1 897 1 897 0.0 1816 XP_030079323.1 XP_030079323.1 100 347 0 0 1 347 1 347 9.75e-266 717 TOE90752.1 TOE90752.1 100 29 0 0 1 29 1 29 4.26e-13 53.5 MCI8895019.1 MCI8895019.1 100 697 0 0 1 697 1 697 0.0 1425 GHP52484.1 GHP52484.1 97.6 506 12 0 1 506 1 506 0.0 1001 XP_034264344.1 XP_034264344.1 100 384 0 0 1 384 1 384 1.95e-300 809 XP_034264344.1 XP_003056335.1 31.6 335 161 8 66 336 132 462 2.77e-44 159 XP_034264344.1 HBX8004802.1 44.9 98 44 3 65 162 13 100 1.66e-17 81.3 XP_034264344.1 HBK1877356.1 38.9 90 46 4 66 154 6 87 1.25e-10 61.2 WP_002449605.1 WP_002449605.1 100 65 0 0 1 65 1 65 3.50e-40 124 KAE9445077.1 KAE9445077.1 94.4 161 9 0 1 161 1 161 8.20e-111 310 MBE0577924.1 MBE0577924.1 100 143 0 0 1 143 1 143 9.26e-106 296 EIT2901672.1 EIT2901672.1 94.1 188 11 0 1 188 1 188 5.75e-131 363 WP_128272295.1 WP_128272295.1 79.4 180 37 0 1 180 1 180 3.91e-100 285 XP_044485440.1 XP_044485440.1 95.0 702 35 0 1 702 1 702 0.0 1354 XP_044485440.1 XP_047978269.1 35.2 707 356 21 13 694 19 648 2.08e-116 362 WP_268123036.1 WP_268123036.1 94.6 428 23 0 1 428 1 428 3.16e-287 778 WP_118205888.1 WP_118205888.1 93.8 403 25 0 1 403 1 403 7.99e-282 763 WP_052232835.1 WP_052232835.1 100 699 0 0 1 699 1 699 0.0 1415 WP_052232835.1 KAI9181093.1 36.4 66 27 2 594 644 266 331 1.19e-04 43.5 OGY30120.1 OGY30120.1 100 85 0 0 1 85 1 85 4.18e-59 173 AGO18338.1 AGO18338.1 100 206 0 0 1 206 1 206 1.20e-159 437 MBQ2017527.1 MBQ2017527.1 95.6 249 11 0 1 249 1 249 2.43e-169 465 MBQ2017527.1 WP_255187010.1 42.1 228 123 4 28 249 34 258 4.45e-54 182 MBQ2017527.1 WP_195397250.1 40.4 240 121 7 25 249 38 270 6.78e-45 157 MBQ2017527.1 RCI04718.1 39.7 116 69 1 131 245 249 364 9.38e-21 88.2 MBQ2017527.1 WP_161258623.1 42.9 112 62 2 139 248 298 409 1.55e-20 88.6 WP_282985289.1 WP_282985289.1 98.7 995 13 0 1 995 1 995 0.0 2029 WP_282985289.1 WP_277264109.1 31.1 830 447 20 148 951 234 964 2.40e-94 320 WP_282985289.1 EFG7698437.1 41.1 248 121 3 694 923 1 241 7.56e-49 174 WP_282985289.1 EIP7986019.1 61.1 36 14 0 867 902 117 152 1.20e-06 50.1 WP_017123457.1 WP_017123457.1 96.2 372 14 0 1 372 1 372 2.46e-258 701 WP_017123457.1 MCU0490050.1 43.4 235 130 2 9 240 4 238 3.84e-58 187 WP_017123457.1 SFI40936.1 32.7 113 62 2 150 261 154 253 2.09e-04 40.8 WP_112473496.1 WP_112473496.1 100 195 0 0 1 195 1 195 1.11e-136 378 WP_112473496.1 KAF4336989.1 35.4 164 67 6 4 133 6 164 7.24e-19 79.7 MBF0865514.1 MBF0865514.1 96.8 346 11 0 1 346 1 346 4.94e-254 687 MBF0865514.1 WP_057452934.1 58.9 336 137 1 7 342 5 339 2.92e-150 425 MBF0865514.1 WP_083296738.1 58.6 307 127 0 15 321 24 330 2.05e-133 383 MBF0865514.1 WP_040532466.1 53.7 311 143 1 11 320 4 314 2.95e-123 357 MBF0865514.1 WP_277324932.1 35.4 308 189 6 16 318 18 320 8.34e-54 180 KAF0905729.1 KAF0905729.1 99.5 1697 9 0 1 1697 1 1697 0.0 3430 WP_270677687.1 WP_270677687.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_031822363.1 WP_031822363.1 100 379 0 0 1 379 1 379 3.17e-294 792 WP_031822363.1 WP_077583480.1 63.5 381 136 3 1 379 68 447 4.51e-176 496 WP_037451816.1 WP_037451816.1 100 282 0 0 1 282 1 282 3.90e-221 599 XP_013231239.1 XP_013231239.1 54.3 116 53 0 1 116 1 116 3.86e-30 102 KAB0382747.1 KAB0382747.1 100 799 0 0 1 799 1 799 0.0 1610 KAB0382747.1 XP_044902674.1 54.0 483 220 2 303 783 134 616 2.59e-180 531 KAB0382747.1 XP_017706045.1 39.2 773 364 12 10 780 38 706 2.41e-165 494 KAB0382747.1 XP_023822602.1 47.8 383 199 1 312 693 192 574 1.00e-127 392 KAB0382747.1 EFB15155.1 37.7 584 259 14 6 588 117 596 1.18e-105 335 KAB0382747.1 XP_004869485.1 40.9 230 127 3 532 752 228 457 2.54e-49 181 KAB0382747.1 PVD36313.1 34.0 318 181 6 363 668 547 847 2.85e-45 174 KAB0382747.1 XP_047491136.1 49.6 131 66 0 618 748 829 959 1.35e-33 137 KAB0382747.1 WAR09170.1 39.5 172 67 6 360 506 20 179 3.99e-24 100 KAB0382747.1 XP_013164386.1 30.5 197 132 4 449 644 331 523 5.01e-21 95.9 KAB0382747.1 XP_022457077.1 34.2 161 96 4 436 588 222 380 5.41e-19 88.6 KAB0382747.1 XP_028733567.1 29.1 199 122 7 488 672 615 808 7.64e-09 57.8 KAB0382747.1 OSX70183.1 39.4 71 29 2 735 791 38 108 1.36e-07 50.4 CAP00477.1 CAP00477.1 100 382 0 0 1 382 1 382 2.16e-298 803 CAP00477.1 MBP6505074.1 35.5 397 229 5 4 378 2 393 4.06e-84 259 WP_254972748.1 WP_254972748.1 98.4 959 15 0 1 959 1 959 0.0 1992 WP_254972748.1 WP_232306300.1 36.5 104 66 0 853 956 1266 1369 4.20e-15 78.6 WP_254972748.1 MCB9315714.1 36.6 101 63 1 852 951 111 211 4.54e-13 67.8 WP_250182896.1 WP_250182896.1 80.8 146 28 0 1 146 1 146 9.86e-73 213 WP_223413240.1 WP_223413240.1 100 345 0 0 1 345 1 345 3.26e-263 711 WP_223413240.1 WP_266179881.1 84.1 345 55 0 1 345 1 345 1.61e-222 608 WP_223413240.1 WP_138125503.1 42.9 338 184 6 3 335 2 335 2.44e-85 259 WP_223413240.1 WP_069697901.1 42.6 340 183 6 3 335 2 336 1.47e-83 255 WP_223413240.1 EFX2174330.1 39.0 259 152 2 3 258 5 260 9.19e-55 180 WP_223413240.1 RYY73542.1 28.7 178 111 5 66 228 79 255 8.91e-09 54.7 WP_223413240.1 CDE36962.1 30.0 100 64 2 34 127 38 137 3.40e-04 40.4 MCK9338853.1 MCK9338853.1 98.6 695 10 0 1 695 1 695 0.0 1424 SEP73001.1 SEP73001.1 100 33 0 0 1 33 1 33 6.99e-18 65.9 EFA5132122.1 EFA5132122.1 100 243 0 0 1 243 1 243 8.68e-185 504 PIR55147.1 PIR55147.1 97.5 719 18 0 1 719 1 719 0.0 1428 MCB0558738.1 MCB0558738.1 100 242 0 0 1 242 1 242 1.38e-176 483 MCB0558738.1 GDX50632.1 49.4 237 118 2 4 239 21 256 8.79e-76 228 WP_246612751.1 WP_246612751.1 98.2 1104 20 0 1 1104 1 1104 0.0 2160 XP_026320625.1 XP_026320625.1 91.1 214 19 0 1 214 1 214 1.95e-144 399 XP_026320625.1 KAJ8763828.1 44.4 160 89 0 8 167 12 171 7.74e-48 154 PWM57416.1 PWM57416.1 78.0 164 36 0 1 164 1 164 4.88e-77 225 MBU5353226.1 MBU5353226.1 100 311 0 0 1 311 1 311 5.60e-231 626 MBU5353226.1 RUU66461.1 51.1 262 122 3 7 265 82 340 1.10e-86 263 MBU5353226.1 WP_227059655.1 49.0 263 133 1 4 265 317 579 9.15e-85 265 MBU5353226.1 WP_098952357.1 46.8 263 138 2 2 262 1 263 1.13e-83 253 MBU5353226.1 WP_192324556.1 45.5 290 148 3 4 289 318 601 1.70e-80 254 MBU5353226.1 WP_226904802.1 44.6 258 142 1 4 260 22 279 2.22e-75 233 MBU5353226.1 MBQ3864274.1 48.8 240 121 2 27 265 32 270 4.76e-75 231 MBU5353226.1 GLY24463.1 39.0 318 169 8 1 308 1 303 2.49e-66 209 MBU5353226.1 WP_066083732.1 43.0 244 126 5 28 260 23 264 2.07e-64 204 MBU5353226.1 WP_107894076.1 38.1 270 144 6 4 261 5 263 3.13e-61 196 MBU5353226.1 MCP5262709.1 39.4 264 142 5 4 258 1 255 3.55e-59 191 MBU5353226.1 WP_131166802.1 35.5 293 173 6 4 287 5 290 9.02e-54 177 MBU5353226.1 MBP1876254.1 37.0 230 141 3 26 254 16 242 4.15e-47 160 MBU5353226.1 WP_109219819.1 32.8 265 168 5 29 291 31 287 7.19e-38 136 MBU5353226.1 WP_076409454.1 31.4 245 149 5 1 245 1 226 4.36e-36 131 MBU5353226.1 WP_258581409.1 29.8 238 155 4 21 256 9 236 6.46e-33 123 MBU5353226.1 WP_072380563.1 28.5 249 156 6 4 247 1 232 8.33e-31 114 MBU5353226.1 WP_207918089.1 28.6 234 146 6 26 247 16 240 1.03e-22 93.2 MBU5353226.1 WP_206363707.1 28.1 203 137 5 21 219 24 221 8.56e-19 82.8 PLA74748.1 PLA74748.1 100 592 0 0 1 592 1 592 0.0 1207 PLA74748.1 HCF6759084.1 62.7 590 214 5 1 588 1 586 2.12e-272 754 PLA74748.1 MBN8536342.1 47.0 593 293 11 3 585 19 600 4.88e-185 533 WP_208910104.1 WP_208910104.1 96.2 422 16 0 1 422 1 422 8.81e-291 787 XP_021874514.1 XP_021874514.1 100 337 0 0 1 337 1 337 1.74e-263 711 XP_021874514.1 XP_032873419.1 24.2 178 110 7 48 223 223 377 4.01e-05 43.5 KAJ1619151.1 KAJ1619151.1 100 75 0 0 1 75 1 75 7.21e-51 152 MCB9544502.1 MCB9544502.1 100 98 0 0 1 98 1 98 1.51e-67 196 MCB9544502.1 WP_271820285.1 53.3 92 39 2 10 98 279 369 4.18e-24 92.0 KDF42894.1 KDF42894.1 98.0 488 10 0 1 488 1 488 0.0 974 KDF42894.1 WP_076194242.1 26.6 395 261 8 84 474 76 445 1.97e-35 135 KDF42894.1 MBO8233644.1 24.8 262 175 7 225 480 124 369 1.79e-24 103 KDF42894.1 SCH39951.1 24.3 226 157 7 263 483 261 477 6.97e-15 75.1 KDF42894.1 WP_144320971.1 28.1 356 211 14 147 487 193 518 4.16e-14 72.8 KDF42894.1 WP_149911652.1 30.3 244 140 12 257 488 198 423 4.09e-12 66.2 KDF42894.1 MBR6403893.1 22.7 343 225 11 147 481 102 412 1.22e-11 64.7 KDF42894.1 WP_253463694.1 26.5 219 135 7 248 463 204 399 2.07e-09 57.8 KDF42894.1 TVR41840.1 22.2 216 145 8 275 486 312 508 1.92e-06 48.5 WP_125188824.1 WP_125188824.1 93.8 130 8 0 1 130 1 130 8.23e-87 247 WP_125188824.1 WP_189693187.1 63.5 104 38 0 1 104 1 104 5.70e-46 143 MCL5028570.1 MCL5028570.1 100 384 0 0 1 384 1 384 1.45e-288 778 MCL5028570.1 MCH5250214.1 33.5 158 87 5 61 211 559 705 4.95e-12 65.9 MBE6835980.1 MBE6835980.1 100 408 0 0 1 408 1 408 1.24e-308 831 MBE6835980.1 WP_248087248.1 29.3 420 248 15 7 396 15 415 2.41e-42 152 QQS09360.1 QQS09360.1 98.2 595 11 0 1 595 1 595 0.0 1228 QQS09360.1 WP_009714971.1 47.1 563 268 6 28 590 29 561 2.46e-181 522 QQS09360.1 WP_195001047.1 39.2 533 279 6 63 589 90 583 4.02e-129 395 WP_180196654.1 WP_180196654.1 100 561 0 0 1 561 1 561 0.0 1163 WP_180196654.1 MCP5260845.1 53.1 569 242 8 7 557 3 564 1.24e-198 565 WP_180196654.1 HAR3824072.1 31.5 565 336 12 8 545 35 575 5.49e-83 268 WP_162782234.1 WP_162782234.1 100 700 0 0 1 700 1 700 0.0 1427 OWK14769.1 OWK14769.1 98.7 937 12 0 1 937 1 937 0.0 1897 AWS34156.1 AWS34156.1 95.9 219 9 0 1 219 1 219 8.88e-148 408 AWS34156.1 AVM35379.1 79.0 214 45 0 6 219 1 214 4.91e-121 340 AWS34156.1 AFA24308.1 79.1 211 44 0 9 219 2 212 1.86e-120 339 AWS34156.1 QUA05739.1 80.2 212 42 0 1 212 1 212 2.64e-120 338 AWS34156.1 ADW49125.1 80.6 211 41 0 9 219 1 211 7.31e-120 337 AWS34156.1 ADJ35581.1 70.8 219 64 0 1 219 2 220 1.58e-116 329 AWS34156.1 AFA09475.1 77.1 205 47 0 15 219 1 205 4.43e-115 325 AWS34156.1 QUQ06080.1 68.9 219 68 0 1 219 1 219 2.18e-109 311 AWS34156.1 AAX94106.1 81.5 189 35 0 31 219 1 189 1.06e-104 307 AWS34156.1 AHK62764.1 68.4 215 68 0 5 219 1 215 5.75e-103 295 AWS34156.1 AMA90994.1 73.1 197 53 0 1 197 1 197 1.38e-100 288 AWS34156.1 AOR13807.1 72.3 195 54 0 12 206 3 197 4.10e-100 287 AWS34156.1 UZF38514.1 66.5 206 69 0 14 219 1 206 7.27e-98 281 AWS34156.1 AKA56406.1 63.3 199 70 1 2 200 2 197 2.60e-84 247 AWS34156.1 AHH30646.1 68.5 168 51 2 32 199 6 171 8.23e-75 222 AWS34156.1 APC24336.1 60.7 112 44 0 108 219 1 112 1.39e-39 138 WP_013572974.1 WP_013572974.1 97.5 600 15 0 1 600 1 600 0.0 1154 WP_074791539.1 WP_074791539.1 95.9 270 11 0 1 270 1 270 2.37e-191 523 MCQ2059483.1 MCQ2059483.1 100 143 0 0 1 143 1 143 2.99e-102 287 MCQ2059483.1 KFO63955.1 45.6 68 37 0 75 142 3 70 4.12e-17 69.3 WP_063302373.1 WP_063302373.1 100 288 0 0 1 288 1 288 9.91e-218 591 WP_063302373.1 XP_028635853.1 58.8 272 109 3 2 273 6 274 7.01e-104 310 WP_063302373.1 WP_042650033.1 26.9 193 133 2 2 194 3 187 9.87e-14 67.8 MBA3725210.1 MBA3725210.1 100 130 0 0 1 130 1 130 8.91e-91 257 OGH18708.1 OGH18708.1 94.5 183 10 0 1 183 1 183 4.23e-126 350 KAI9022896.1 KAI9022896.1 100 104 0 0 1 104 1 104 3.74e-73 210 MBO0657491.1 MBO0657491.1 100 86 0 0 1 86 1 86 5.46e-60 176 XP_004647050.1 XP_004647050.1 95.1 364 18 0 1 364 1 364 2.28e-259 702 MCI93591.1 MCI93591.1 100 65 0 0 1 65 1 65 2.55e-42 129 XP_049153370.1 XP_049153370.1 95.1 388 19 0 1 388 1 388 7.15e-266 721 XP_049153370.1 WP_153219677.1 38.5 65 40 0 308 372 545 609 5.77e-07 50.1 HBL3458524.1 HBL3458524.1 95.8 568 24 0 1 568 1 568 0.0 1079 HBL3458524.1 GAF66133.1 41.8 577 316 8 1 565 1 569 1.91e-153 450 NLR72952.1 NLR72952.1 96.1 232 9 0 1 232 1 232 2.65e-160 441 NLR72952.1 WP_167196601.1 43.8 203 111 2 17 216 7 209 9.70e-43 142 NLR72952.1 MBE6142085.1 32.2 208 134 3 24 224 11 218 6.49e-29 107 NLR72952.1 Q8XJN8.1 29.5 224 151 4 16 232 5 228 7.29e-25 96.7 RLB75920.1 RLB75920.1 100 82 0 0 1 82 1 82 1.61e-57 169 MCH8293010.1 MCH8293010.1 100 331 0 0 1 331 1 331 3.49e-260 702 MCH8293010.1 WP_276369440.1 29.4 248 155 10 1 236 42 281 1.48e-21 92.4 MCH8293010.1 WP_218036247.1 34.5 110 69 2 55 164 49 155 1.57e-12 65.5 MCH8293010.1 MBI1189702.1 30.5 187 103 5 60 229 68 244 2.97e-12 65.1 MCH8293010.1 MCP4974199.1 27.5 149 102 3 62 204 68 216 1.04e-09 57.4 MCH8293010.1 MCK9252526.1 25.4 240 148 11 34 249 53 285 1.48e-09 57.0 MCH8293010.1 EFX2174330.1 29.1 141 95 2 3 140 5 143 8.98e-09 54.3 MCH8293010.1 MCP4641540.1 22.5 213 139 6 60 268 126 316 2.67e-05 43.9 TFV53637.1 TFV53637.1 100 68 0 0 1 68 1 68 2.21e-42 130 KAI9597310.1 KAI9597310.1 100 120 0 0 1 120 1 120 2.26e-86 245 MCF8709434.1 MCF8709434.1 100 271 0 0 1 271 1 271 1.19e-205 559 MCF8709434.1 MBJ7292067.1 43.5 260 139 5 15 269 8 264 8.77e-55 176 MCF8709434.1 MBM7125960.1 38.9 180 93 2 28 198 17 188 1.71e-30 113 MCF8709434.1 WP_096443068.1 33.0 227 124 8 26 227 33 256 1.03e-18 82.4 QGP90243.1 QGP90243.1 92.7 494 36 0 1 494 1 494 0.0 892 MBE42757.1 MBE42757.1 100 381 0 0 1 381 1 381 3.67e-285 769 QXR94354.1 QXR94354.1 99.2 4402 36 0 1 4402 1 4402 0.0 8990 QXR94354.1 QTD03487.1 98.9 4405 47 1 1 4402 1 4405 0.0 8965 QXR94354.1 QTM79632.1 98.9 4402 47 0 1 4402 1 4402 0.0 8964 QXR94354.1 QTZ27226.1 98.9 4402 49 0 1 4402 1 4402 0.0 8960 QXR94354.1 UPP41269.1 98.8 4402 52 0 1 4402 1 4402 0.0 8955 QXR94354.1 ULA23837.2 98.8 4402 51 1 1 4402 1 4401 0.0 8953 QXR94354.1 USR14792.1 98.8 4402 53 0 1 4402 1 4402 0.0 8952 QXR94354.1 UFM00670.1 98.8 4405 52 1 1 4402 1 4405 0.0 8950 QXR94354.1 UXH94526.1 98.8 4402 52 1 1 4402 1 4401 0.0 8949 QXR94354.1 UEC68750.1 98.8 4405 52 1 1 4402 1 4405 0.0 8947 QXR94354.1 UBL45068.1 98.8 4405 50 1 1 4402 1 4405 0.0 8946 QXR94354.1 UHM53165.1 98.8 4405 52 1 1 4402 1 4405 0.0 8945 QXR94354.1 UFM02602.1 98.8 4405 52 1 1 4402 1 4405 0.0 8944 QXR94354.1 UKU68032.1 98.5 4402 65 1 1 4402 1 4401 0.0 8921 QXR94354.1 QVD87869.1 99.1 4398 40 0 1 4398 1 4398 0.0 8893 QXR94354.1 QWC83326.1 98.9 4401 44 1 1 4398 1 4401 0.0 8879 QXR94354.1 QSZ25555.1 98.9 4401 46 1 1 4398 1 4401 0.0 8877 QXR94354.1 WEU87158.1 98.9 4401 46 1 1 4398 1 4401 0.0 8874 QXR94354.1 UZO53924.1 98.9 4398 50 0 1 4398 1 4398 0.0 8872 QXR94354.1 UIR12670.1 98.9 4398 49 1 1 4398 1 4397 0.0 8871 QXR94354.1 UBP50947.1 98.9 4401 47 1 1 4398 1 4401 0.0 8871 QXR94354.1 URQ55824.1 98.8 4398 51 0 1 4398 1 4398 0.0 8870 QXR94354.1 UVB16817.1 98.9 4398 50 0 1 4398 1 4398 0.0 8869 QXR94354.1 QZU16279.1 98.8 4401 49 1 1 4398 1 4401 0.0 8867 QXR94354.1 UBD95131.1 98.8 4401 49 1 1 4398 1 4401 0.0 8866 QXR94354.1 UPA83906.1 98.8 4398 53 1 1 4398 1 4397 0.0 8861 QXR94354.1 UMF87224.1 98.7 4398 54 1 1 4398 1 4397 0.0 8858 QXR94354.1 UEC52718.1 98.7 4401 53 1 1 4398 1 4401 0.0 8858 QXR94354.1 UKN67998.1 98.8 4378 50 1 21 4398 1 4377 0.0 8830 QXR94354.1 UBR86455.1 97.6 4400 104 1 2 4398 1 4400 0.0 8735 QXR94354.1 UJJ97602.1 96.6 4402 150 1 1 4402 1 4401 0.0 8723 QXR94354.1 UJV88611.1 96.9 4402 137 1 1 4402 1 4401 0.0 8707 QXR94354.1 UXX67934.1 97.3 4398 117 0 1 4398 1 4398 0.0 8707 QXR94354.1 UCP72061.1 97.1 4401 125 1 1 4398 1 4401 0.0 8683 QXR94354.1 UAQ80067.1 97.0 4401 131 1 1 4398 1 4401 0.0 8674 QXR94354.1 UCP77012.1 97.0 4401 131 1 1 4398 1 4401 0.0 8673 QXR94354.1 UOU30556.1 96.9 4398 137 0 1 4398 1 4398 0.0 8656 QXR94354.1 UJS94137.1 97.9 4297 91 1 106 4402 1 4296 0.0 8639 QXR94354.1 UGA79226.1 96.4 4401 155 1 1 4398 1 4401 0.0 8607 QXR94354.1 ULB83374.1 95.6 4402 191 1 1 4402 1 4401 0.0 8570 QXR94354.1 WHE12941.1 96.3 4372 161 0 27 4398 1 4372 0.0 8549 QXR94354.1 UVI10561.1 95.2 4371 208 0 28 4398 1 4371 0.0 8433 QXR94354.1 UGB98301.1 93.3 4405 290 1 1 4402 1 4405 0.0 8366 QXR94354.1 QRX02582.1 98.9 4098 44 1 1 4095 1 4098 0.0 8321 QXR94354.1 UJT06733.1 93.2 4398 299 1 1 4398 1 4397 0.0 8232 QXR94354.1 UFA30503.1 92.4 4340 325 1 27 4363 1 4340 0.0 8135 QXR94354.1 WGP70063.1 91.5 4369 369 1 1 4366 1 4369 0.0 8091 QXR94354.1 UMA88644.1 91.5 4377 370 1 22 4398 1 4376 0.0 8041 QXR94354.1 UNI03201.1 90.4 4378 418 1 27 4402 1 4378 0.0 8009 QXR94354.1 WEI27974.1 90.4 4402 422 0 1 4402 1 4402 0.0 8001 QXR94354.1 UEX07109.1 87.0 4379 565 1 27 4402 1 4379 0.0 7650 QXR94354.1 WGP98278.1 88.2 4364 514 1 1 4361 1 4364 0.0 7635 QXR94354.1 WAS49087.1 83.9 4398 706 0 1 4398 1 4398 0.0 7216 QXR94354.1 URP80785.1 81.7 4375 799 0 28 4402 1 4375 0.0 7082 QXR94354.1 UPB00876.1 75.7 4375 1061 0 28 4402 1 4375 0.0 6375 QXR94354.1 UYE49180.1 75.4 4402 1081 0 1 4402 1 4402 0.0 6353 QXR94354.1 WGQ72821.1 65.7 4344 1487 1 26 4366 1 4344 0.0 5264 EFG8800866.1 EFG8800866.1 100 68 0 0 1 68 1 68 2.29e-44 135 WP_233987432.1 WP_233987432.1 100 387 0 0 1 387 1 387 4.50e-289 780 KAJ3193491.1 KAJ3193491.1 97.0 403 12 0 19 421 19 421 6.26e-295 797 KAJ3193491.1 WP_065073385.1 47.6 63 28 1 94 156 49 106 1.14e-10 60.5 WP_259770126.1 WP_259770126.1 92.6 647 48 0 1 647 1 647 0.0 1165 WP_259770126.1 MBO6078463.1 29.3 632 394 21 4 597 10 626 1.51e-54 196 XP_049406314.1 XP_049406314.1 100 228 0 0 1 228 1 228 1.68e-170 466 WP_200478262.1 WP_200478262.1 86.4 323 44 0 1 323 1 323 1.85e-194 535 WP_200478262.1 HBS1873186.1 46.1 141 69 3 42 175 95 235 1.54e-28 110 WP_112308968.1 WP_112308968.1 100 75 0 0 1 75 1 75 6.96e-49 147 WP_051963813.1 WP_051963813.1 100 117 0 0 1 117 1 117 8.64e-85 241 WP_051963813.1 WP_058935081.1 37.8 82 51 0 22 103 39 120 1.22e-17 71.6 GIR09622.1 GIR09622.1 97.6 463 11 0 1 463 1 463 1.80e-313 848 GIR09622.1 NCV89943.1 41.8 466 235 7 7 459 11 453 1.28e-109 330 GIR09622.1 WP_007853416.1 38.1 465 253 5 12 459 10 456 7.62e-102 312 WP_216207121.1 WP_216207121.1 92.8 138 10 0 1 138 1 138 1.28e-96 272 GBD99233.1 GBD99233.1 91.5 284 24 0 1 284 1 284 5.03e-184 505 GBD99233.1 WP_108210605.1 34.6 266 154 3 29 274 301 566 3.72e-42 150 GBD99233.1 MBK7529683.1 30.7 199 131 2 39 230 96 294 8.35e-29 110 MBA3038663.1 MBA3038663.1 100 112 0 0 1 112 1 112 1.94e-80 231 WP_280949002.1 WP_280949002.1 100 647 0 0 1 647 1 647 0.0 1310 WP_280949002.1 MBQ1196899.1 42.3 286 155 4 11 294 2 279 6.77e-68 231 WP_280949002.1 MCH8904788.1 42.3 286 157 4 15 296 8 289 2.88e-65 223 WP_280949002.1 MCF1439711.1 39.6 91 51 1 10 100 2 88 1.07e-16 73.9 XP_010267139.1 XP_010267139.1 88.2 406 48 0 1 406 1 406 9.64e-264 717 XP_010267139.1 XP_028766233.1 31.0 142 66 5 270 405 619 734 5.39e-12 65.9 XP_020321477.1 XP_020321477.1 98.1 791 15 0 1 791 1 791 0.0 1568 XP_020321477.1 XP_046441060.1 49.7 887 233 19 46 791 54 868 6.05e-258 736 XP_020321477.1 PKU40490.1 53.2 188 86 2 51 236 14 201 1.13e-59 199 XP_020321477.1 XP_030620685.1 34.6 263 160 6 51 304 94 353 1.85e-45 167 XP_020321477.1 XP_048216280.1 32.3 297 179 10 53 330 20 313 2.17e-44 164 XP_020321477.1 KAG1590416.1 34.8 244 155 3 50 292 77 317 3.78e-44 162 XP_020321477.1 XP_048379117.1 32.6 264 164 6 52 304 256 516 1.89e-37 146 XP_020321477.1 KAJ7903702.1 26.1 306 205 6 36 324 6 307 8.09e-31 124 XP_020321477.1 XP_006969978.1 29.7 222 134 7 79 286 94 307 1.30e-28 115 XP_020321477.1 KZT58963.1 28.4 271 166 6 52 300 1075 1339 4.17e-28 120 XP_020321477.1 MBF1128433.1 31.8 217 144 3 53 266 10 225 4.10e-27 115 XP_020321477.1 KRX90811.1 29.8 299 134 7 50 320 167 417 5.84e-27 114 XP_020321477.1 XP_047334060.1 33.5 206 128 7 52 250 16 219 1.82e-26 114 XP_020321477.1 KAI3849778.1 30.4 207 125 9 52 246 494 693 1.02e-12 70.1 MBO4748034.1 MBO4748034.1 100 401 0 0 1 401 1 401 5.25e-311 836 MCB1383119.1 MCB1383119.1 95.7 184 8 0 1 184 1 184 4.38e-124 345 MCB1703688.1 MCB1703688.1 93.1 144 10 0 1 144 1 144 3.48e-97 274 MCB1703688.1 ODU51779.1 39.6 96 55 1 36 131 9 101 3.35e-18 77.0 WP_039286629.1 WP_039286629.1 100 81 0 0 1 81 1 81 3.99e-53 158 CAF1139697.1 CAF1139697.1 100 144 0 0 1 144 1 144 1.12e-102 288 CEG83499.1 CEG83499.1 100 230 0 0 1 230 1 230 3.53e-173 473 WP_106361175.1 WP_106361175.1 100 130 0 0 1 130 1 130 2.10e-98 276 WP_083141943.1 WP_083141943.1 100 387 0 0 1 387 1 387 6.13e-287 774 WP_083141943.1 MCP1651746.1 40.9 403 212 8 5 387 8 404 6.17e-71 226 WP_083141943.1 WP_074825075.1 37.3 415 209 9 1 387 1 392 5.38e-69 221 WP_083141943.1 GAN03156.1 37.0 387 234 8 5 386 30 411 7.72e-63 205 WP_083141943.1 WP_004619799.1 36.6 402 227 8 6 387 7 400 1.58e-62 204 WP_083141943.1 MBA2536487.1 35.2 398 229 6 1 385 1 382 7.87e-62 202 WP_083141943.1 EDH4057100.1 36.8 391 231 8 5 387 5 387 8.73e-62 202 WP_083141943.1 WP_078429679.1 34.1 399 241 7 1 385 1 391 1.25e-58 194 WP_083141943.1 WP_277084622.1 38.9 319 172 7 85 386 1 313 3.12e-51 172 WP_083141943.1 XP_040685867.1 33.4 383 233 7 5 375 36 408 1.20e-46 163 WP_269672356.1 WP_269672356.1 100 934 0 0 1 934 1 934 0.0 1959 RKZ09955.1 RKZ09955.1 100 137 0 0 1 137 1 137 8.38e-97 273 NFD84694.1 NFD84694.1 98.4 766 12 0 1 766 1 766 0.0 1511 NFD84694.1 MBQ8297564.1 37.6 532 323 5 230 758 44 569 1.26e-117 365 NFD84694.1 MBQ4454347.1 31.6 491 305 7 270 745 88 562 8.14e-76 254 NFD84694.1 WP_195238978.1 31.2 526 336 11 245 759 211 721 9.74e-68 236 NFD84694.1 WP_060613079.1 27.6 514 352 6 248 754 75 575 7.81e-63 219 NFD84694.1 MBT3459617.1 40.1 227 130 2 539 764 1 222 6.53e-51 176 NFD84694.1 WP_222599035.1 29.2 415 275 7 346 747 282 690 6.54e-45 170 NFD84694.1 WP_038440434.1 24.6 569 353 16 239 764 40 575 1.52e-43 164 NFD84694.1 KAI9191373.1 35.6 278 138 5 485 751 358 605 1.88e-38 152 NFD84694.1 WP_247749043.1 29.1 320 212 5 443 754 282 594 3.41e-36 143 NFD84694.1 WP_041481207.1 27.8 241 171 2 491 730 306 544 1.86e-28 119 NFD84694.1 WP_088153117.1 28.3 226 144 8 535 751 11 227 3.34e-20 91.7 NFD84694.1 WP_237907640.1 29.8 235 136 8 522 744 4 221 6.68e-20 90.5 NFD84694.1 KAJ2660037.1 27.9 240 148 6 522 754 1192 1413 1.01e-19 93.2 NFD84694.1 WP_278489123.1 29.6 247 159 8 521 757 5 246 5.37e-17 80.5 NFD84694.1 WP_098952357.1 23.8 248 158 9 503 736 4 234 6.24e-12 65.9 NFD84694.1 MCB0243881.1 26.3 198 133 4 528 717 14 206 1.56e-11 63.2 NFD84694.1 MCH4209672.1 27.3 139 87 3 553 691 412 536 3.10e-09 58.5 NFD84694.1 WP_142931103.1 24.3 226 142 7 522 733 259 469 1.80e-08 55.8 NFD84694.1 WP_150396769.1 20.7 222 148 7 535 738 285 496 4.83e-06 48.1 WP_022677205.1 WP_022677205.1 100 149 0 0 1 149 1 149 1.51e-107 301 ARD43281.1 ARD43281.1 97.4 422 11 0 1 422 1 422 2.34e-311 839 WP_133340757.1 WP_133340757.1 100 332 0 0 1 332 1 332 1.93e-253 685 WP_133340757.1 WP_046600280.1 32.7 306 187 4 10 307 4 298 1.01e-42 148 WP_133340757.1 WP_243977667.1 25.4 295 197 6 12 297 7 287 1.23e-19 85.9 XP_047599047.1 XP_047599047.1 99.1 1268 12 0 1 1268 1 1268 0.0 2551 WP_008346835.1 WP_008346835.1 95.3 256 12 0 1 256 1 256 1.41e-176 484 WP_008346835.1 WP_070509780.1 33.5 248 157 4 3 244 26 271 4.81e-38 135 OGS12612.1 OGS12612.1 100 90 0 0 1 90 1 90 4.55e-63 184 WP_063540919.1 WP_063540919.1 97.2 856 24 0 1 856 1 856 0.0 1719 WP_063540919.1 WP_261733022.1 28.7 383 238 12 489 843 253 628 2.49e-36 145 WP_063540919.1 WP_007356512.1 27.8 406 239 13 495 853 747 1145 2.37e-29 124 WP_063540919.1 WP_232306300.1 27.0 366 227 8 487 817 846 1206 3.59e-27 117 WP_063540919.1 WP_074911472.1 24.1 377 244 10 489 833 792 1158 2.81e-25 111 WP_063540919.1 PSQ73325.1 30.3 231 151 4 493 716 613 840 3.81e-23 103 WP_063540919.1 WP_211114623.1 25.5 396 248 15 482 841 407 791 1.14e-12 70.1 WP_063637985.1 WP_063637985.1 100 269 0 0 1 269 1 269 4.19e-214 580 ENH52105.1 ENH52105.1 100 50 0 0 1 50 1 50 2.22e-32 103 HBX1528262.1 HBX1528262.1 100 65 0 0 1 65 1 65 7.33e-42 128 HBX1528262.1 WP_063441918.1 52.0 50 22 1 3 52 4 51 2.51e-11 55.1 OLP01091.1 OLP01091.1 100 310 0 0 1 310 1 310 5.62e-235 636 MBL7855430.1 MBL7855430.1 100 169 0 0 1 169 1 169 8.43e-126 348 MBR0046728.1 MBR0046728.1 95.9 535 22 0 1 535 1 535 0.0 1072 WP_150461480.1 WP_150461480.1 100 285 0 0 1 285 1 285 2.42e-212 577 WP_150461480.1 MCI7704736.1 36.0 272 172 2 9 278 14 285 4.84e-53 173 WP_150461480.1 EGY4555186.1 33.1 260 166 2 27 278 34 293 8.59e-41 141 WP_150461480.1 ETB53277.1 33.1 254 166 3 29 278 25 278 3.78e-38 134 MBQ8989682.1 MBQ8989682.1 94.6 242 13 0 1 242 1 242 4.07e-169 464 ACV16867.1 ACV16867.1 100 301 0 0 1 301 1 301 4.39e-223 605 ACV16867.1 AFJ09957.1 95.7 301 13 0 1 301 100 400 6.83e-215 589 ACV16867.1 ACY29573.1 93.0 301 21 0 1 301 100 400 3.94e-210 578 ACV16867.1 QWY38042.1 91.7 301 25 0 1 301 100 400 4.52e-210 577 ACV16867.1 AFV39595.1 92.7 301 22 0 1 301 153 453 2.67e-204 583 ACV16867.1 ACH90072.1 95.3 253 12 0 1 253 128 380 2.50e-179 498 ACV16867.1 BAO23243.1 96.3 244 9 0 1 244 100 343 1.72e-175 487 ACV16867.1 BAO11608.1 95.0 240 12 0 1 240 100 339 1.16e-172 479 ACV16867.1 AOW36968.1 89.2 250 27 0 1 250 84 333 1.21e-168 469 ACV16867.1 AVA00513.1 92.1 240 19 0 1 240 100 339 2.02e-166 464 ACV16867.1 AOW33101.1 92.8 235 17 0 1 235 84 318 1.23e-162 453 ACV16867.1 ADB27070.1 95.7 210 9 0 38 247 1 210 1.73e-148 413 ACV16867.1 ARR91819.1 96.3 188 7 0 20 207 120 307 3.57e-131 373 WP_134106059.1 WP_134106059.1 100 136 0 0 1 136 1 136 1.57e-96 272 WP_134106059.1 WP_108494191.1 65.2 138 46 2 1 136 1 138 1.11e-60 181 XP_014802175.1 XP_014802175.1 100 296 0 0 1 296 1 296 4.40e-225 610 WP_006685582.1 WP_006685582.1 86.7 412 55 0 1 412 1 412 2.90e-245 671 WP_217452155.1 WP_217452155.1 100 155 0 0 1 155 1 155 7.70e-113 315 WP_217452155.1 WP_007356512.1 31.6 171 85 4 2 143 863 1030 2.63e-13 64.7 NLU55538.1 NLU55538.1 100 176 0 0 1 176 1 176 6.60e-131 362 UZF38514.1 UZF38514.1 92.2 206 16 0 1 206 1 206 4.75e-132 367 UZF38514.1 ADW49125.1 68.0 206 66 0 1 206 6 211 3.49e-103 295 UZF38514.1 AFA24308.1 66.5 206 69 0 1 206 7 212 2.42e-101 290 UZF38514.1 AWS34156.1 68.4 206 65 0 1 206 14 219 4.37e-101 290 UZF38514.1 ADJ35581.1 65.0 206 72 0 1 206 15 220 1.29e-100 288 UZF38514.1 QUA05739.1 67.8 199 64 0 1 199 14 212 6.26e-97 279 UZF38514.1 AVM35379.1 65.0 206 72 0 1 206 9 214 2.23e-95 275 UZF38514.1 AFA09475.1 62.9 205 76 0 2 206 1 205 1.10e-93 270 UZF38514.1 ABQ63546.1 59.2 206 84 0 1 206 13 218 4.38e-89 259 UZF38514.1 AAX94106.1 67.2 189 62 0 18 206 1 189 4.51e-89 266 UZF38514.1 AOR13807.1 64.9 194 68 0 1 194 5 198 7.41e-88 255 UZF38514.1 AGI15931.1 62.0 200 76 0 1 200 7 206 3.21e-86 251 UZF38514.1 AMA90994.1 59.2 184 75 0 1 184 14 197 1.80e-76 226 UZF38514.1 AKA56406.1 61.0 187 70 1 1 187 14 197 1.70e-74 221 UZF38514.1 AKT58828.1 57.1 182 78 0 1 182 14 195 6.06e-72 215 UZF38514.1 AHH30646.1 63.9 166 58 2 21 186 8 171 4.53e-71 212 UZF38514.1 AOQ89457.1 57.3 178 76 0 1 178 10 187 2.37e-67 203 UZF38514.1 APC24336.1 57.1 112 48 0 95 206 1 112 1.02e-37 132 TVU87390.1 TVU87390.1 88.7 230 26 0 1 230 1 230 5.64e-145 402 TVU87390.1 WP_227405228.1 80.4 230 45 0 1 230 1 230 6.13e-133 372 XP_018994437.1 XP_018994437.1 97.4 619 16 0 1 619 1 619 0.0 1216 MBI2114665.1 MBI2114665.1 100 316 0 0 1 316 1 316 6.06e-233 632 PAZ00503.1 PAZ00503.1 100 98 0 0 1 98 1 98 1.57e-69 201 SIR93298.1 SIR93298.1 100 256 0 0 1 256 1 256 7.45e-197 535 WP_200986363.1 WP_200986363.1 96.2 316 12 0 1 316 1 316 2.54e-225 612 WP_200986363.1 WP_248721304.1 23.9 280 204 4 1 277 1 274 1.28e-15 74.3 WP_200986363.1 WP_044453403.1 25.5 161 115 2 1 157 1 160 5.87e-09 54.7 WP_200986363.1 WP_241524600.1 26.9 160 112 4 1 157 1 158 2.07e-07 50.1 WP_200986363.1 WP_096722254.1 21.3 310 230 7 1 303 1 303 7.93e-07 48.1 WP_247623347.1 WP_247623347.1 100 84 0 0 1 84 1 84 3.62e-55 163 TDJ69718.1 TDJ69718.1 97.7 436 10 0 1 436 1 436 0.0 887 TDJ69718.1 HBC43327.1 54.3 138 56 1 1 131 1 138 1.30e-40 140 TDJ69718.1 XP_016452348.1 25.1 431 288 15 22 424 72 495 1.03e-25 107 MCB9820569.1 MCB9820569.1 96.9 386 12 0 1 386 1 386 5.86e-264 716 WP_142051038.1 WP_142051038.1 86.2 398 55 0 1 398 1 398 8.77e-226 620 KAJ2593889.1 KAJ2593889.1 95.7 414 18 0 1 414 1 414 1.90e-306 826 KAJ2593889.1 XP_033668161.1 38.3 363 197 9 42 381 50 408 1.00e-71 230 WP_219798185.1 WP_219798185.1 100 295 0 0 1 295 1 295 2.75e-223 605 XP_002777379.1 XP_002777379.1 100 136 0 0 1 136 1 136 4.32e-103 288 MAG40972.1 MAG40972.1 90.4 332 32 0 1 332 1 332 1.38e-205 564 WP_084371009.1 WP_084371009.1 100 305 0 0 1 305 1 305 3.61e-224 608 WP_084371009.1 WP_281543397.1 39.4 289 174 1 15 303 2 289 2.62e-67 210 WP_084371009.1 WP_221265680.1 33.6 268 171 3 3 269 20 281 4.77e-51 169 WP_084371009.1 EHR6291555.1 38.4 211 128 2 3 212 330 539 2.24e-42 152 WP_084371009.1 WP_152652784.1 35.5 211 128 4 7 213 10 216 2.02e-38 136 WP_084371009.1 RLN50561.1 34.0 212 136 2 3 210 1494 1705 1.07e-36 137 WP_084371009.1 NVM03966.1 32.5 231 134 4 3 215 6 232 1.55e-36 131 WP_084371009.1 MSO30570.1 31.5 216 145 2 3 216 8 222 5.44e-36 130 WP_084371009.1 WP_132175930.1 31.4 245 161 3 12 251 37 279 2.02e-35 129 WP_084371009.1 WP_170725874.1 31.5 213 139 3 2 210 4 213 1.70e-28 110 WP_084371009.1 MBC7326981.1 28.8 229 148 6 1 215 5 232 2.64e-25 100 WP_084371009.1 WP_185334683.1 32.6 215 133 5 3 208 5 216 1.41e-24 101 WP_084371009.1 MWR41881.1 28.4 243 141 6 1 211 3 244 3.32e-23 94.7 WP_084371009.1 OAN53756.1 24.6 224 152 5 3 211 12 233 2.72e-21 89.4 WP_084371009.1 MBO5162475.1 26.9 219 152 5 5 216 1 218 5.10e-21 91.3 WP_084371009.1 MXP43753.1 27.0 215 140 6 12 211 24 236 3.77e-20 86.3 WP_084371009.1 WP_071876418.1 31.6 256 154 10 3 241 4 255 8.63e-20 87.8 WP_084371009.1 WP_174822921.1 24.0 225 156 5 1 211 6 229 1.68e-19 84.3 WP_084371009.1 WP_158791585.1 27.0 222 149 4 3 211 5 226 2.20e-19 84.0 WP_084371009.1 WP_248562494.1 29.2 216 135 7 3 211 2 206 2.87e-19 84.3 WP_084371009.1 WP_207918089.1 24.9 229 148 7 1 211 4 226 1.40e-17 79.0 WP_084371009.1 WP_089246429.1 29.1 213 131 7 17 213 275 483 1.51e-15 75.1 WP_084371009.1 WP_150396769.1 27.9 222 140 7 3 210 278 493 2.28e-13 68.6 WP_084371009.1 WP_153844272.1 26.4 239 151 7 3 223 6 237 3.19e-11 62.0 MCA1836835.1 MCA1836835.1 100 110 0 0 1 110 1 110 3.77e-78 223 TSA47082.1 TSA47082.1 100 200 0 0 1 200 1 200 1.46e-148 409 WP_212961195.1 WP_212961195.1 96.5 1052 37 0 1 1052 1 1052 0.0 2040 WP_212961195.1 WP_200037957.1 29.0 403 238 7 419 818 1011 1368 1.91e-34 141 WP_212961195.1 MBK0846266.1 35.9 217 127 6 831 1042 345 554 3.79e-34 137 WP_212961195.1 MBQ1868746.1 25.6 441 269 10 412 840 255 648 7.57e-31 128 WP_212961195.1 NIK25817.1 31.5 286 163 11 779 1039 330 607 3.25e-28 119 WP_212961195.1 WP_192272294.1 35.1 208 114 5 839 1039 156 349 8.29e-27 111 WP_212961195.1 WP_083180153.1 32.1 215 136 6 829 1039 393 601 4.63e-25 109 WP_212961195.1 WP_076194242.1 31.4 229 150 2 417 642 228 452 1.22e-24 107 WP_212961195.1 MBP1530348.1 34.1 129 80 2 714 842 3 126 8.88e-17 79.0 WP_212961195.1 WP_069156513.1 35.3 116 71 2 714 828 4 116 6.54e-14 70.9 WP_212961195.1 EJF06804.1 30.5 118 80 1 714 829 2 119 1.09e-12 68.6 WP_212961195.1 TVR41840.1 26.7 277 166 12 378 648 263 508 2.20e-11 65.9 WP_212961195.1 KFX48203.1 27.0 111 78 1 715 822 1077 1187 6.32e-07 52.0 WP_228273696.1 WP_228273696.1 100 237 0 0 1 237 1 237 5.87e-180 491 MBU2510560.1 MBU2510560.1 100 97 0 0 1 97 1 97 5.95e-69 199 ECA8969615.1 ECA8969615.1 100 566 0 0 1 566 1 566 0.0 1185 KAF5192947.1 KAF5192947.1 88.6 595 68 0 1 595 1 595 0.0 1038 KAF5192947.1 KAI9244788.1 61.5 78 29 1 15 91 6 83 1.76e-23 101 RYG22587.1 RYG22587.1 100 239 0 0 1 239 1 239 7.74e-186 506 RYY39456.1 RYY39456.1 95.6 272 12 0 1 272 1 272 7.16e-178 489 KAJ3920833.1 KAJ3920833.1 83.0 411 70 0 1 411 1 411 5.20e-236 647 EFO3858608.1 EFO3858608.1 100 71 0 0 1 71 1 71 7.19e-47 141 WP_032037025.1 WP_032037025.1 100 96 0 0 1 96 1 96 1.86e-67 195 EJC8518717.1 EJC8518717.1 100 441 0 0 1 441 1 441 0.0 886 WP_056747799.1 WP_056747799.1 100 93 0 0 1 93 1 93 1.14e-62 183 MBP9767803.1 MBP9767803.1 95.6 410 18 0 1 410 1 410 2.77e-297 802 MBP9767803.1 ADP83890.1 24.4 193 121 6 206 386 278 457 3.94e-08 53.5 MBP9767803.1 WP_129857883.1 22.0 223 156 8 193 408 181 392 4.63e-04 40.4 MBR2609817.1 MBR2609817.1 97.1 420 12 0 1 420 1 420 1.11e-308 832 MBR2609817.1 MCP2519657.1 43.4 422 233 5 1 420 1 418 1.28e-116 345 WP_105738432.1 WP_105738432.1 93.5 443 29 0 1 443 1 443 1.96e-300 813 WP_105738432.1 WP_061554953.1 28.4 457 274 13 7 433 7 440 3.74e-41 150 MBR1803321.1 MBR1803321.1 97.2 361 10 0 1 361 1 361 2.92e-265 717 KXK41164.1 KXK41164.1 100 305 0 0 1 305 1 305 2.11e-232 629 KXK41164.1 PIY74148.1 45.6 285 140 3 28 304 1 278 9.34e-75 239 KXK41164.1 MBL6756473.1 42.6 303 166 3 2 302 42 338 9.21e-73 236 KXK41164.1 WP_226865765.1 35.3 292 173 8 8 296 3 281 4.24e-42 151 KXK41164.1 WP_240053789.1 28.5 305 175 15 8 295 9 287 1.08e-18 83.2 KXK41164.1 WP_278906630.1 43.3 67 33 2 12 75 7 71 7.29e-07 48.9 MSV89973.1 MSV89973.1 100 183 0 0 1 183 1 183 1.21e-125 349 WP_212269268.1 WP_212269268.1 100 88 0 0 1 88 1 88 3.79e-61 179 WP_212269268.1 WP_079835571.1 51.9 77 34 2 10 83 274 350 3.61e-15 67.0 MBQ8356560.1 MBQ8356560.1 100 212 0 0 1 212 1 212 4.67e-160 439 KAF4755575.1 KAF4755575.1 92.4 565 43 0 1 565 1 565 0.0 1065 WP_039983362.1 WP_039983362.1 100 246 0 0 1 246 1 246 3.14e-184 503 HJF55539.1 HJF55539.1 100 487 0 0 1 487 1 487 0.0 969 MBN2192743.1 MBN2192743.1 90.5 768 73 0 1 768 1 768 0.0 1361 MBN2192743.1 WP_282467912.1 39.9 343 201 4 370 710 90 429 6.37e-71 249 MBN2192743.1 HAM57133.1 48.3 60 31 0 6 65 5 64 1.12e-12 62.0 EDF5922784.1 EDF5922784.1 100 565 0 0 1 565 1 565 0.0 1197 EDF5922784.1 EJI8012843.1 72.2 677 72 7 1 565 1 673 0.0 945 EDF5922784.1 MBL04873.1 24.0 521 242 20 12 464 20 454 7.57e-12 65.9 WP_141624088.1 WP_141624088.1 100 228 0 0 1 228 1 228 1.68e-170 466 WP_211429491.1 WP_211429491.1 100 983 0 0 1 983 1 983 0.0 1964 MCL4467776.1 MCL4467776.1 100 743 0 0 1 743 1 743 0.0 1522 MCL4467776.1 OEC37898.1 31.9 135 67 6 608 740 462 573 1.26e-09 59.7 KQO44758.1 KQO44758.1 100 428 0 0 1 428 1 428 0.0 888 KQO44758.1 WP_176390098.1 47.6 429 211 6 3 421 14 438 2.75e-136 396 KQO44758.1 SQB81123.1 64.5 62 21 1 363 424 1 61 1.42e-18 77.8 NRA95518.1 NRA95518.1 100 199 0 0 1 199 1 199 2.52e-144 398 WP_279184953.1 WP_279184953.1 100 328 0 0 1 328 1 328 4.30e-239 648 WP_279184953.1 MBR6417349.1 33.1 127 82 2 198 324 2 125 5.92e-13 63.5 WP_019807556.1 WP_019807556.1 100 204 0 0 1 204 1 204 3.18e-154 423 WP_019807556.1 WP_047323805.1 65.0 183 64 0 9 191 10 192 1.13e-86 252 KAI1377204.1 KAI1377204.1 100 298 0 0 1 298 1 298 5.30e-218 592 WP_086236254.1 WP_086236254.1 100 264 0 0 1 264 1 264 3.14e-193 527 WP_086236254.1 WP_042648904.1 43.9 264 145 3 1 262 1 263 1.98e-76 231 WP_086236254.1 NKB40192.1 41.4 256 147 3 11 264 28 282 5.14e-62 195 MCF3649178.1 MCF3649178.1 94.0 167 10 0 1 167 1 167 3.85e-112 314 MCF3649178.1 WP_045183792.1 48.6 107 55 0 43 149 8 114 2.07e-26 95.9 XP_053501940.1 XP_053501940.1 100 350 0 0 1 350 1 350 2.70e-269 726 XP_053501940.1 MBW1825233.1 31.6 79 50 2 167 245 48 122 9.76e-05 42.0 MCI9379843.1 MCI9379843.1 100 611 0 0 1 611 1 611 0.0 1238 MCI9379843.1 MCK5725948.1 31.9 665 379 22 1 604 1 652 8.63e-91 292 EIA1623697.1 EIA1623697.1 100 719 0 0 1 719 1 719 0.0 1476 EIA1623697.1 WP_237480153.1 39.2 250 140 5 449 692 424 667 1.26e-41 160 CAF4687378.1 CAF4687378.1 100 85 0 0 1 85 1 85 1.24e-60 177 CAH8313346.1 CAH8313346.1 100 455 0 0 1 455 1 455 0.0 942 MBN9169301.1 MBN9169301.1 91.0 122 11 0 1 122 1 122 9.16e-78 223 KAG8539342.1 KAG8539342.1 100 77 0 0 1 77 1 77 1.49e-53 159 WP_259864893.1 WP_259864893.1 100 60 0 0 1 60 1 60 8.34e-39 120 WAS49087.1 WAS49087.1 99.2 7093 57 0 1 7093 1 7093 0.0 12759 WAS49087.1 URQ55824.1 89.9 7093 718 0 1 7093 1 7093 0.0 12727 WAS49087.1 UZO53924.1 89.9 7093 718 0 1 7093 1 7093 0.0 12727 WAS49087.1 UVB16817.1 89.9 7093 717 0 1 7093 1 7093 0.0 12726 WAS49087.1 QVD87869.1 89.7 7093 729 0 1 7093 1 7093 0.0 12701 WAS49087.1 QWC83326.1 89.7 7096 728 1 1 7093 1 7096 0.0 12696 WAS49087.1 WEU87158.1 89.7 7096 730 1 1 7093 1 7096 0.0 12692 WAS49087.1 QSZ25555.1 89.6 7096 732 1 1 7093 1 7096 0.0 12690 WAS49087.1 UMF87224.1 89.7 7093 733 1 1 7093 1 7092 0.0 12689 WAS49087.1 UBP50947.1 89.6 7096 732 1 1 7093 1 7096 0.0 12686 WAS49087.1 UBD95131.1 89.6 7096 734 1 1 7093 1 7096 0.0 12683 WAS49087.1 UEC52718.1 89.6 7096 737 1 1 7093 1 7096 0.0 12674 WAS49087.1 UIR12670.1 89.3 7093 755 1 1 7093 1 7092 0.0 12635 WAS49087.1 QZU16279.1 89.3 7096 759 1 1 7093 1 7096 0.0 12622 WAS49087.1 UPA83906.1 89.1 7093 772 1 1 7093 1 7092 0.0 12594 WAS49087.1 UBR86455.1 89.2 7095 763 1 2 7093 1 7095 0.0 12575 WAS49087.1 UXX67934.1 88.9 7093 786 0 1 7093 1 7093 0.0 12562 WAS49087.1 UCP72061.1 88.5 7096 810 1 1 7093 1 7096 0.0 12501 WAS49087.1 UCP77012.1 88.4 7096 820 1 1 7093 1 7096 0.0 12479 WAS49087.1 WHE12941.1 88.3 7067 830 0 27 7093 1 7067 0.0 12405 WAS49087.1 UKN67998.1 88.2 7073 834 1 21 7093 1 7072 0.0 12401 WAS49087.1 UGA79226.1 88.1 7096 843 1 1 7093 1 7096 0.0 12374 WAS49087.1 UAQ80067.1 87.2 7096 906 1 1 7093 1 7096 0.0 12248 WAS49087.1 UJT06733.1 87.4 7093 895 1 1 7093 1 7092 0.0 12188 WAS49087.1 UVI10561.1 86.4 7066 962 0 28 7093 1 7066 0.0 12087 WAS49087.1 UOU30556.1 85.4 7093 1037 0 1 7093 1 7093 0.0 11899 WAS49087.1 UMA88644.1 82.1 7072 1268 1 22 7093 1 7071 0.0 11309 WAS49087.1 WGP98278.1 79.1 7096 1482 1 1 7093 1 7096 0.0 10486 WAS49087.1 UPP41269.1 84.1 4398 699 0 1 4398 1 4398 0.0 7234 WAS49087.1 USR14792.1 84.1 4398 700 0 1 4398 1 4398 0.0 7230 WAS49087.1 QXR94354.1 84.0 4398 705 0 1 4398 1 4398 0.0 7220 WAS49087.1 QTM79632.1 83.9 4398 707 0 1 4398 1 4398 0.0 7214 WAS49087.1 ULA23837.2 83.9 4398 708 1 1 4398 1 4397 0.0 7212 WAS49087.1 QTD03487.1 83.8 4401 708 1 1 4398 1 4401 0.0 7212 WAS49087.1 QTZ27226.1 83.9 4398 707 0 1 4398 1 4398 0.0 7211 WAS49087.1 UXH94526.1 83.9 4398 709 1 1 4398 1 4397 0.0 7207 WAS49087.1 UBL45068.1 83.8 4401 709 1 1 4398 1 4401 0.0 7202 WAS49087.1 UFM00670.1 83.8 4401 711 1 1 4398 1 4401 0.0 7201 WAS49087.1 UFM02602.1 83.8 4401 710 1 1 4398 1 4401 0.0 7200 WAS49087.1 UEC68750.1 83.8 4401 711 1 1 4398 1 4401 0.0 7198 WAS49087.1 UHM53165.1 83.8 4401 711 1 1 4398 1 4401 0.0 7196 WAS49087.1 UKU68032.1 83.6 4398 722 1 1 4398 1 4397 0.0 7179 WAS49087.1 UJJ97602.1 82.3 4398 779 1 1 4398 1 4397 0.0 7019 WAS49087.1 UJV88611.1 81.9 4398 793 1 1 4398 1 4397 0.0 7018 WAS49087.1 UJS94137.1 82.6 4293 746 1 106 4398 1 4292 0.0 6906 WAS49087.1 ULB83374.1 80.7 4398 848 1 1 4398 1 4397 0.0 6879 WAS49087.1 UGB98301.1 78.4 4401 949 1 1 4398 1 4401 0.0 6623 WAS49087.1 QRX02582.1 82.7 4098 705 1 1 4095 1 4098 0.0 6592 WAS49087.1 WEI27974.1 80.0 4398 879 0 1 4398 1 4398 0.0 6572 WAS49087.1 WGP70063.1 79.5 4369 892 1 1 4366 1 4369 0.0 6519 WAS49087.1 UFA30503.1 77.3 4340 982 1 27 4363 1 4340 0.0 6405 WAS49087.1 UNI03201.1 76.5 4374 1026 1 27 4398 1 4374 0.0 6328 WAS49087.1 UEX07109.1 74.0 4375 1133 1 27 4398 1 4375 0.0 6027 WAS49087.1 UYE49180.1 76.6 4398 1028 0 1 4398 1 4398 0.0 5603 WAS49087.1 URP80785.1 69.5 4371 1331 0 28 4398 1 4371 0.0 5549 WAS49087.1 UPB00876.1 66.5 4371 1465 0 28 4398 1 4371 0.0 5003 WAS49087.1 WGQ72821.1 68.0 4344 1389 1 26 4366 1 4344 0.0 4518 MBF9039534.1 MBF9039534.1 88.0 250 30 0 1 250 1 250 2.26e-154 427 MCB0672512.1 MCB0672512.1 100 361 0 0 1 361 1 361 1.71e-273 738 MBI4878028.1 MBI4878028.1 99.3 884 6 0 1 884 1 884 0.0 1820 MBP1876254.1 MBP1876254.1 97.2 357 10 0 1 357 1 357 7.53e-250 678 MBP1876254.1 MBU5353226.1 38.7 230 137 3 16 242 26 254 3.53e-51 171 MBP1876254.1 WP_098952357.1 39.3 229 136 3 18 243 28 256 9.62e-46 157 MBP1876254.1 WP_227059655.1 36.2 246 153 3 1 242 323 568 8.16e-43 155 MBP1876254.1 WP_192324556.1 39.3 229 134 5 18 242 342 569 1.31e-40 149 MBP1876254.1 WP_107894076.1 31.1 254 161 6 1 242 5 256 8.39e-36 131 MBP1876254.1 WP_077217464.1 39.0 210 117 3 7 215 36 235 3.60e-35 129 MBP1876254.1 GLY24463.1 33.5 248 155 5 1 238 4 251 3.13e-34 127 MBP1876254.1 MCC6044083.1 39.5 185 108 4 37 220 39 220 2.43e-31 119 MBP1876254.1 WP_071876418.1 33.0 224 140 6 2 221 4 221 1.60e-29 117 MBP1876254.1 WP_281034490.1 40.5 158 89 3 183 335 1 158 4.14e-24 95.5 MBP1876254.1 NVM03966.1 29.7 202 131 3 20 221 37 227 1.07e-23 98.2 MBP1876254.1 WP_022619009.1 27.9 233 149 8 1 228 1 219 3.05e-23 95.1 MBP1876254.1 WP_159463829.1 31.2 218 141 5 16 233 368 576 6.99e-18 83.2 MBP1876254.1 WP_089246429.1 28.6 234 146 7 7 229 10 233 9.01e-16 76.6 MBP1876254.1 WP_125260587.1 40.5 74 39 3 142 212 830 901 1.68e-05 45.1 MBP1876254.1 MBO8485404.1 35.8 67 40 2 142 206 726 791 6.13e-04 40.0 EBC1613035.1 EBC1613035.1 100 264 0 0 1 264 1 264 1.23e-190 520 WP_052386686.1 WP_052386686.1 97.3 405 11 0 1 405 1 405 5.64e-283 766 WP_068000887.1 WP_068000887.1 100 247 0 0 1 247 1 247 1.43e-176 483 WP_257384536.1 WP_257384536.1 100 781 0 0 1 781 1 781 0.0 1651 WP_254363411.1 WP_254363411.1 97.6 410 10 0 1 410 1 410 5.66e-306 824 WP_254363411.1 MBP8613265.1 52.8 36 17 0 83 118 330 365 3.95e-05 43.9 MCA3389197.1 MCA3389197.1 95.8 334 14 0 1 334 1 334 1.49e-217 594 MCA3389197.1 WP_097108993.1 35.1 299 172 4 28 311 30 321 9.12e-45 154 MCA3389197.1 MCP4329804.1 30.8 273 175 5 6 276 308 568 1.11e-28 114 MCA3389197.1 WP_008134825.1 32.0 303 189 6 16 311 16 308 4.02e-20 89.7 MCK9538307.1 MCK9538307.1 100 134 0 0 1 134 1 134 4.03e-98 276 WP_013712491.1 WP_013712491.1 100 144 0 0 1 144 1 144 6.50e-102 286 MBQ7809358.1 MBQ7809358.1 100 84 0 0 1 84 1 84 1.53e-56 167 WP_187642449.1 WP_187642449.1 88.2 720 85 0 1 720 1 720 0.0 1266 WP_187642449.1 WP_001537381.1 49.2 480 223 6 14 485 2563 3029 2.08e-125 410 WP_036824351.1 WP_036824351.1 100 253 0 0 1 253 1 253 7.13e-189 515 WP_036824351.1 WP_142260807.1 31.9 185 123 2 57 241 56 237 1.18e-23 94.4 XP_042531659.1 XP_042531659.1 100 309 0 0 1 309 1 309 3.97e-239 647 XP_042531659.1 XP_005087540.1 42.2 303 175 0 1 303 1 303 4.96e-85 256 XP_042531659.1 XP_034290446.1 39.9 308 182 3 2 307 3 309 3.09e-77 237 XP_042531659.1 XP_012889676.1 40.7 305 175 2 1 302 1 302 4.17e-76 233 XP_042531659.1 XP_002688837.2 39.5 311 174 2 1 304 1 304 7.25e-72 223 XP_042531659.1 XP_054446685.1 34.0 303 200 0 5 307 3 305 5.50e-63 200 XP_042531659.1 AAR19565.1 39.5 220 133 0 66 285 3 222 2.25e-48 159 XP_042531659.1 XP_046298169.1 32.0 303 194 8 4 299 6 303 9.57e-44 150 XP_042531659.1 XP_049747270.1 32.1 293 190 5 12 299 14 302 6.17e-40 140 WP_092802679.1 WP_092802679.1 100 810 0 0 1 810 1 810 0.0 1693 NMG18956.1 NMG18956.1 86.0 86 12 0 1 86 1 86 1.46e-46 142 WP_058997548.1 WP_058997548.1 98.3 464 8 0 1 464 1 464 0.0 955 MCO7639728.1 MCO7639728.1 100 137 0 0 1 137 1 137 2.50e-98 276 PBK84789.1 PBK84789.1 90.4 156 15 0 1 156 1 156 7.61e-100 282 KAI9244300.1 KAI9244300.1 94.7 1221 65 0 1 1221 1 1221 0.0 2446 WP_265332308.1 WP_265332308.1 100 423 0 0 1 423 1 423 0.0 876 WP_224045636.1 WP_224045636.1 100 233 0 0 1 233 1 233 2.49e-179 489 WP_224045636.1 WP_278643529.1 37.8 230 139 4 1 227 60 288 4.50e-46 153 WP_224045636.1 NLB38271.1 29.7 222 140 6 14 226 15 229 1.41e-26 101 WP_224045636.1 WP_177525402.1 28.8 219 151 4 2 217 63 279 6.20e-16 74.7 WP_049043948.1 WP_049043948.1 100 73 0 0 1 73 1 73 1.80e-50 150 WP_068780709.1 WP_068780709.1 100 276 0 0 1 276 1 276 1.56e-199 544 WP_247334239.1 WP_247334239.1 100 264 0 0 1 264 1 264 1.74e-190 520 WP_265966242.1 WP_265966242.1 100 213 0 0 1 213 1 213 3.41e-158 434 MBS7604783.1 MBS7604783.1 100 182 0 0 1 182 1 182 6.81e-136 375 MCD6419504.1 MCD6419504.1 100 131 0 0 1 131 1 131 4.57e-98 275 MCD6419504.1 WP_046278045.1 34.8 112 72 1 5 116 2 112 2.30e-24 89.4 MCI2155109.1 MCI2155109.1 95.2 292 14 0 1 292 1 292 4.11e-203 554 WP_013559898.1 WP_013559898.1 100 287 0 0 1 287 1 287 6.73e-220 596 WP_013559898.1 MBN1266236.1 33.7 190 110 3 106 287 146 327 1.14e-27 110 WP_013559898.1 MBF1369421.1 26.2 237 143 6 65 275 35 265 8.96e-15 72.8 WP_013559898.1 WP_106812746.1 26.1 234 142 9 65 277 32 255 1.09e-10 60.5 WP_013559898.1 KAF2778654.1 25.0 136 87 2 110 245 192 312 1.27e-05 44.7 CKQ42697.1 CKQ42697.1 91.3 311 27 0 1 311 1 311 6.45e-189 520 MCE4566367.1 MCE4566367.1 100 263 0 0 1 263 1 263 5.45e-198 539 MCL6540381.1 MCL6540381.1 100 144 0 0 1 144 1 144 9.23e-102 286 MBK8168045.1 MBK8168045.1 100 355 0 0 1 355 1 355 1.58e-275 743 EAG5429682.1 EAG5429682.1 83.9 217 35 0 130 346 130 346 8.50e-129 370 WP_038239756.1 WP_038239756.1 95.8 288 12 0 1 288 1 288 1.56e-205 560 WP_017633897.1 WP_017633897.1 100 135 0 0 1 135 1 135 3.57e-97 273 WP_050498798.1 WP_050498798.1 87.2 187 24 0 1 187 1 187 1.00e-110 312 GFW26598.1 GFW26598.1 100 740 0 0 1 740 1 740 0.0 1550 TNI18971.1 TNI18971.1 96.7 245 8 0 1 245 1 245 1.26e-169 466 WP_278631399.1 WP_278631399.1 98.6 859 12 0 1 859 1 859 0.0 1779 WP_278631399.1 MBE6688122.1 39.5 910 478 17 1 858 1 889 1.73e-205 605 WP_278631399.1 KAA0114277.1 39.2 895 487 16 4 856 35 914 8.54e-196 582 WP_278631399.1 WP_235126772.1 34.9 869 516 14 21 851 16 872 7.81e-163 495 WP_278631399.1 MBE5737882.1 32.8 890 535 23 1 853 1 864 2.24e-141 439 WP_278631399.1 XP_009147075.2 33.1 881 471 17 19 786 134 1009 1.48e-134 428 WP_278631399.1 WP_049009918.1 28.4 768 472 22 20 754 66 788 1.29e-86 293 WP_278631399.1 KAF5671546.1 29.1 834 468 25 3 723 155 978 7.90e-84 291 WP_278631399.1 WP_019100427.1 29.8 789 490 21 2 754 32 792 2.55e-82 282 WP_278631399.1 MBY0273331.1 29.8 697 392 24 21 698 7 625 1.28e-69 244 WP_278631399.1 KAJ6994162.1 27.1 774 473 23 10 756 23 732 2.35e-66 237 WP_278631399.1 MCE7698179.1 32.5 271 149 7 100 364 53 295 7.66e-24 103 WP_278631399.1 WP_074319120.1 32.0 178 93 2 494 671 556 705 5.18e-19 90.5 WP_278631399.1 MBI6149093.1 30.0 210 104 6 495 703 587 754 8.05e-15 77.0 WP_278631399.1 OFX32653.1 34.2 149 70 3 499 646 438 559 1.90e-13 72.4 WP_278631399.1 WP_041591748.1 29.8 225 110 6 450 668 424 606 2.53e-13 72.0 WP_278631399.1 SFX27592.1 28.6 147 76 4 501 646 511 629 9.40e-12 67.0 WP_278631399.1 WP_176307440.1 50.0 40 20 0 582 621 661 700 3.41e-05 45.8 WP_043940504.1 WP_043940504.1 97.8 648 14 0 1 648 1 648 0.0 1295 WP_043940504.1 HAN66834.1 52.6 648 288 7 16 648 16 659 1.10e-232 659 WP_043940504.1 WP_150253061.1 47.1 688 308 12 14 648 12 696 1.17e-195 566 WP_043940504.1 MBP8196496.1 40.7 815 286 12 21 648 1 805 4.48e-194 565 HAS8246497.1 HAS8246497.1 99.0 984 10 0 1 984 1 984 0.0 1992 HAS8246497.1 TAL20232.1 38.5 416 232 9 449 846 200 609 4.39e-79 268 HAS8246497.1 WP_007356512.1 32.9 444 262 7 474 883 736 1177 7.45e-62 228 HAS8246497.1 EDN57974.1 39.1 279 161 5 434 707 356 630 6.70e-50 190 HAS8246497.1 WP_232306300.1 26.7 397 259 8 480 849 849 1240 1.59e-34 141 WP_176970092.1 WP_176970092.1 100 303 0 0 1 303 1 303 1.31e-225 612 MBP6375542.1 MBP6375542.1 100 444 0 0 1 444 1 444 0.0 930 MBP6375542.1 WP_258835625.1 69.8 444 128 3 1 439 1 443 1.25e-234 647 MBP6375542.1 MBT4710545.1 48.8 445 218 5 1 439 1 441 1.69e-148 429 MBP6375542.1 PWM49891.1 38.7 442 261 5 1 438 1 436 5.10e-103 312 MBP6375542.1 WP_249505358.1 40.8 449 242 9 3 439 2 438 1.91e-102 310 MBP6375542.1 WP_194454339.1 29.8 457 273 13 4 438 8 438 8.65e-51 176 MBP6375542.1 GER04731.1 30.7 446 280 12 7 444 9 433 6.63e-46 163 MBC7309192.1 MBC7309192.1 100 92 0 0 1 92 1 92 9.07e-64 186 MCS6948817.1 MCS6948817.1 100 139 0 0 1 139 1 139 4.64e-104 291 HAQ9752200.1 HAQ9752200.1 100 126 0 0 1 126 1 126 1.10e-89 254 XP_007978456.1 XP_007978456.1 96.6 292 10 0 1 292 1 292 9.03e-207 563 EGS7961067.1 EGS7961067.1 100 230 0 0 1 230 1 230 3.03e-174 476 MBO5162475.1 MBO5162475.1 100 499 0 0 1 499 1 499 0.0 1010 MBO5162475.1 WP_150396769.1 37.9 494 289 7 6 493 32 513 8.56e-110 334 MBO5162475.1 WP_185334683.1 33.4 512 314 8 1 499 7 504 8.10e-88 277 MBO5162475.1 WP_089246429.1 36.3 477 281 12 4 468 10 475 1.42e-85 271 MBO5162475.1 WP_084371009.1 26.9 219 152 5 1 218 5 216 8.34e-21 91.3 MBO5162475.1 WP_008134825.1 33.5 188 121 4 24 210 638 822 1.16e-20 94.0 MBO5162475.1 WP_142931103.1 25.2 481 304 17 14 470 20 468 1.74e-16 80.1 MBO5162475.1 MBQ3864274.1 28.8 222 142 7 10 221 32 247 1.82e-13 69.7 MBO5162475.1 WP_089095302.1 21.9 493 290 16 1 428 6 468 5.68e-11 63.2 MBO5162475.1 WP_098952357.1 28.6 203 135 5 276 474 38 234 4.52e-10 59.3 MBO5162475.1 WP_041481207.1 30.2 169 92 5 269 427 353 505 1.04e-08 55.8 MBO5162475.1 MBQ8297564.1 24.2 260 152 8 235 473 311 546 1.73e-07 52.0 MBO5162475.1 WP_195238978.1 23.9 201 143 6 269 468 501 692 3.34e-07 51.2 MBO5162475.1 WP_247749043.1 28.6 91 63 2 394 484 498 586 7.16e-04 40.4 KAI8723523.1 KAI8723523.1 100 502 0 0 1 502 1 502 0.0 1031 WP_145643501.1 WP_145643501.1 100 260 0 0 1 260 1 260 3.40e-195 531 WP_145643501.1 WP_054435236.1 63.1 255 92 1 1 253 1 255 1.73e-113 325 WP_145643501.1 KLR59865.1 35.0 254 159 4 1 250 1 252 1.23e-46 154 MCB0840321.1 MCB0840321.1 94.9 197 10 0 1 197 1 197 1.24e-134 373 WP_257880947.1 WP_257880947.1 100 418 0 0 1 418 1 418 2.43e-311 838 KAG1144813.1 KAG1144813.1 95.6 295 13 0 1 295 1 295 1.06e-211 576 EAJ4317745.1 EAJ4317745.1 100 440 0 0 1 440 1 440 0.0 894 EAJ4317745.1 UWG74403.1 30.2 417 238 16 5 402 29 411 9.54e-42 152 EAJ4317745.1 XP_004466702.1 28.1 441 258 18 5 430 213 609 5.38e-34 132 WP_098952357.1 WP_098952357.1 100 323 0 0 1 323 1 323 3.16e-243 658 WP_098952357.1 MBU5353226.1 46.8 263 138 2 1 263 2 262 1.18e-83 253 WP_098952357.1 WP_226904802.1 44.8 297 163 1 3 299 22 317 1.46e-79 244 WP_098952357.1 MBQ3864274.1 42.9 294 167 1 23 316 28 320 4.37e-79 242 WP_098952357.1 WP_192324556.1 48.4 279 142 2 3 280 318 595 2.97e-78 249 WP_098952357.1 WP_227059655.1 47.1 261 137 1 3 263 317 576 1.81e-76 244 WP_098952357.1 WP_107894076.1 37.6 314 178 7 2 308 4 306 2.14e-71 223 WP_098952357.1 MCP5262709.1 40.7 329 178 6 3 323 1 320 9.83e-69 216 WP_098952357.1 GLY24463.1 41.6 322 170 8 2 315 3 314 1.04e-68 216 WP_098952357.1 RUU66461.1 47.5 261 133 4 6 265 82 339 1.29e-67 214 WP_098952357.1 MBP1876254.1 38.4 229 138 3 28 256 18 243 3.76e-43 150 WP_098952357.1 QCM13287.1 35.5 279 143 9 3 267 9 264 6.92e-37 132 WP_098952357.1 OAN53756.1 37.1 240 128 10 29 255 25 254 2.65e-32 119 WP_098952357.1 WP_170725874.1 36.8 228 135 4 28 255 17 235 3.56e-32 120 WP_098952357.1 MWR41881.1 33.6 241 140 5 22 250 28 260 6.40e-31 115 WP_098952357.1 WP_072380563.1 32.5 228 144 6 32 255 18 239 1.51e-30 114 WP_098952357.1 WP_279984614.1 31.7 227 139 6 29 246 23 242 3.36e-27 105 WP_098952357.1 WP_076409454.1 30.4 257 152 6 2 255 3 235 7.66e-27 106 WP_098952357.1 MXP43753.1 33.8 237 140 8 29 255 28 257 4.39e-26 102 WP_098952357.1 WP_142931103.1 33.9 227 134 7 2 225 250 463 4.79e-25 103 WP_098952357.1 WP_247749043.1 32.4 216 133 8 28 237 371 579 4.70e-21 92.0 WP_098952357.1 WP_158791585.1 28.2 252 162 8 17 255 2 247 3.04e-20 86.7 WP_098952357.1 WP_195238978.1 26.2 244 143 7 4 237 485 701 3.39e-19 86.7 WP_098952357.1 WP_036258374.1 29.0 221 133 8 29 240 342 547 1.15e-15 75.9 WP_098952357.1 WP_089246429.1 27.9 215 141 6 30 236 275 483 1.21e-12 66.6 WP_098952357.1 NFD84694.1 23.8 248 158 9 4 234 503 736 1.97e-12 66.2 WP_098952357.1 WP_150396769.1 28.1 224 137 6 22 233 282 493 2.18e-12 65.9 WP_098952357.1 WP_038440434.1 27.6 239 158 8 30 265 350 576 4.16e-12 65.1 WP_098952357.1 MBO5162475.1 28.6 203 135 5 38 234 276 474 2.93e-10 59.3 WP_098952357.1 WP_041481207.1 29.6 186 120 5 33 215 355 532 5.48e-10 58.5 WP_098952357.1 MBQ8297564.1 28.3 212 130 9 34 237 353 550 9.91e-09 54.7 WP_098952357.1 MCH4209672.1 33.3 198 89 10 33 219 400 565 2.33e-07 50.4 XP_016469741.1 XP_016469741.1 100 215 0 0 1 215 1 215 4.16e-169 462 XP_036130723.1 XP_036130723.1 100 346 0 0 1 346 1 346 6.82e-261 705 WP_169105698.1 WP_169105698.1 100 243 0 0 1 243 1 243 5.41e-179 489 WP_169105698.1 RQD71026.1 32.8 247 152 5 1 242 1 238 2.64e-39 134 WP_154097642.1 WP_154097642.1 95.2 457 22 0 1 457 1 457 1.08e-311 843 WP_154097642.1 HCD1810260.1 23.6 191 136 5 9 196 5 188 1.07e-10 59.7 WP_135194320.1 WP_135194320.1 100 155 0 0 1 155 1 155 3.67e-111 310 MSR12783.1 MSR12783.1 90.9 252 23 0 1 252 1 252 1.39e-149 416 XP_003502921.1 XP_003502921.1 96.0 523 21 0 1 523 1 523 0.0 1042 WP_142590093.1 WP_142590093.1 100 338 0 0 1 338 1 338 1.94e-256 693 WP_142590093.1 WP_086353716.1 48.2 313 156 3 14 324 1 309 1.41e-100 297 WP_142590093.1 MBU2478158.1 41.7 48 28 0 278 325 16 63 7.23e-06 41.6 WP_210356206.1 WP_210356206.1 100 189 0 0 1 189 1 189 2.85e-136 377 SCK25073.1 SCK25073.1 94.9 772 39 0 1 772 1 772 0.0 1501 SCK25073.1 WP_107485636.1 33.5 690 422 17 50 714 111 788 8.71e-84 281 MCI7610146.1 MCI7610146.1 100 56 0 0 1 56 1 56 5.05e-36 113 MCI7610146.1 WP_106587829.1 47.2 53 28 0 4 56 10 62 6.06e-11 53.5 GFC18333.1 GFC18333.1 100 173 0 0 1 173 1 173 1.02e-128 356 WP_020403159.1 WP_020403159.1 100 474 0 0 1 474 1 474 0.0 974 WP_169356007.1 WP_169356007.1 97.6 380 9 0 1 380 1 380 3.03e-288 777 WP_169356007.1 NRB72577.1 38.1 370 221 5 10 377 14 377 2.58e-81 252 MCJ2541369.1 MCJ2541369.1 100 184 0 0 1 184 1 184 4.07e-129 358 MCJ2541369.1 CKF71070.1 40.2 102 61 0 83 184 496 597 1.02e-22 92.8 MCJ2541369.1 WP_230171322.1 42.0 100 54 1 84 183 777 872 5.94e-19 82.0 WP_277690767.1 WP_277690767.1 86.5 275 37 0 1 275 1 275 2.01e-158 440 WP_277690767.1 TMH05674.1 39.6 240 130 3 34 272 23 248 6.71e-43 145 KAJ1283197.1 KAJ1283197.1 100 346 0 0 1 346 1 346 1.01e-262 709 KAJ1283197.1 XP_021727484.1 38.2 306 179 3 42 343 35 334 1.05e-64 206 WP_199711823.1 WP_199711823.1 100 282 0 0 1 282 1 282 3.08e-218 592 WP_076799287.1 WP_076799287.1 96.0 273 11 0 1 273 1 273 3.90e-187 512 KOV87872.1 KOV87872.1 100 204 0 0 1 204 1 204 3.29e-147 405 KOV87872.1 NNF58653.1 45.9 194 100 2 1 190 9 201 1.17e-44 145 WP_043158522.1 WP_043158522.1 94.2 360 21 0 1 360 1 360 1.84e-247 672 WP_043158522.1 HCW85392.1 39.9 333 193 5 13 339 21 352 3.33e-79 245 WP_099219937.1 WP_099219937.1 100 462 0 0 1 462 1 462 0.0 891 WP_099219937.1 WP_117751014.1 30.5 459 287 11 13 444 3 456 1.49e-43 157 WP_041481207.1 WP_041481207.1 100 546 0 0 1 546 1 546 0.0 1136 WP_041481207.1 MBQ8297564.1 24.3 461 327 9 94 542 89 539 5.72e-35 137 WP_041481207.1 WP_038440434.1 31.6 228 153 2 305 532 305 529 6.14e-32 128 WP_041481207.1 WP_195238978.1 33.3 198 130 1 335 532 485 680 7.09e-29 119 WP_041481207.1 NFD84694.1 27.8 241 171 2 306 544 491 730 9.94e-29 119 WP_041481207.1 WP_247749043.1 23.8 412 273 12 162 544 171 570 1.88e-18 87.0 WP_041481207.1 WP_142931103.1 29.2 216 130 9 338 543 255 457 6.22e-14 72.4 WP_041481207.1 MCH4209672.1 32.0 200 108 7 353 546 398 575 6.55e-11 63.2 WP_041481207.1 WP_258581409.1 30.0 170 105 6 352 517 18 177 6.69e-11 62.4 WP_041481207.1 NNE23115.1 28.6 196 110 6 333 523 8 178 1.48e-10 61.2 WP_041481207.1 WP_098952357.1 29.6 186 120 5 355 532 33 215 9.26e-10 58.5 WP_041481207.1 WP_072380563.1 28.7 167 101 5 352 508 16 174 1.18e-09 57.4 WP_041481207.1 MBO5162475.1 30.2 169 92 5 353 505 269 427 1.14e-08 55.8 WP_041481207.1 WP_226904802.1 31.9 188 93 9 363 530 59 231 1.70e-06 48.5 WP_041481207.1 NVM03966.1 23.4 201 128 5 344 537 32 213 6.45e-06 46.6 WP_041481207.1 MBQ3864274.1 26.4 193 109 8 360 533 43 221 8.68e-06 46.2 WP_041481207.1 WP_276362074.1 26.9 249 134 12 335 542 5 246 3.57e-05 43.9 WP_041481207.1 WP_150396769.1 24.9 169 107 6 350 505 286 447 7.70e-04 40.4 CAH2899959.1 CAH2899959.1 100 273 0 0 1 273 1 273 7.66e-194 529 CAH2899959.1 TXH38262.1 54.1 218 95 2 59 272 12 228 8.35e-73 221 SED94327.1 SED94327.1 94.5 455 25 0 1 455 1 455 2.70e-304 824 WP_015484594.1 WP_015484594.1 100 481 0 0 1 481 1 481 0.0 987 CAI8213472.1 CAI8213472.1 100 250 0 0 1 250 1 250 2.21e-186 508 CAI8213472.1 WP_173040157.1 25.5 196 128 5 28 222 301 479 2.40e-10 58.5 XP_056050985.1 XP_056050985.1 95.3 1158 55 0 1 1158 1 1158 0.0 2248 WP_109341768.1 WP_109341768.1 98.4 1762 29 0 1 1762 1 1762 0.0 3322 WP_109341768.1 EIW7596561.1 28.7 522 291 26 1300 1762 2212 2711 1.07e-21 101 MAB27215.1 MAB27215.1 100 137 0 0 1 137 1 137 1.06e-99 280 MAB27215.1 WP_119400337.1 41.4 133 76 2 1 131 1 133 6.27e-28 98.6 KAJ1022640.1 KAJ1022640.1 85.5 401 58 0 1 401 1 401 1.83e-254 693 WP_112119927.1 WP_112119927.1 100 469 0 0 1 469 1 469 0.0 976 WP_112119927.1 WP_167959909.1 24.7 534 319 12 6 465 11 535 1.89e-45 164 WP_112119927.1 WP_068051662.1 26.0 503 306 16 25 468 37 532 2.16e-43 159 WP_112119927.1 RLB66027.1 24.7 493 309 15 28 468 34 516 5.41e-41 152 WP_112119927.1 WP_055153579.1 27.9 434 278 12 61 461 55 486 9.76e-38 142 WP_112119927.1 MBP6544771.1 29.4 347 214 11 141 460 208 550 3.72e-37 141 WP_112119927.1 XP_052525039.1 24.1 532 287 19 28 463 127 637 9.12e-27 112 WP_112119927.1 WP_200941876.1 23.5 480 256 17 10 386 53 524 2.24e-24 104 WP_112119927.1 NDJ88951.1 22.4 553 319 17 1 466 3 532 1.77e-23 101 WP_112119927.1 TMQ04701.1 30.0 277 140 11 141 366 619 892 3.13e-23 101 WP_112119927.1 PYB13830.1 24.2 446 274 15 54 458 3242 3664 4.18e-14 73.6 NNF05378.1 NNF05378.1 94.7 209 11 0 1 209 1 209 2.76e-137 381 NNF05378.1 MBQ3420014.1 36.1 202 111 4 5 198 9 200 3.01e-28 103 NNF05378.1 WP_119328079.1 32.2 205 129 4 1 204 2 197 8.64e-20 81.6 WP_062517857.1 WP_062517857.1 100 310 0 0 1 310 1 310 5.23e-240 649 WP_062517857.1 WP_265272113.1 22.2 320 189 11 11 294 11 306 1.83e-11 62.4 MBO5721020.1 MBO5721020.1 95.2 231 11 0 1 231 1 231 6.02e-161 442 EFD7787626.1 EFD7787626.1 57.8 109 46 0 1 109 1 109 1.57e-33 110 WP_161643844.1 WP_161643844.1 100 186 0 0 1 186 1 186 4.96e-140 386 WP_161643844.1 WP_262247119.1 39.2 176 104 3 13 186 1 175 1.47e-45 146 WDA54585.1 WDA54585.1 100 193 0 0 1 193 1 193 2.64e-143 395 WP_020560972.1 WP_020560972.1 100 90 0 0 1 90 1 90 9.53e-65 188 WP_096202154.1 WP_096202154.1 100 82 0 0 1 82 1 82 3.53e-52 155 MBQ3976808.1 MBQ3976808.1 100 135 0 0 1 135 1 135 3.71e-99 278 XP_018561118.1 XP_018561118.1 100 440 0 0 1 440 1 440 0.0 922 WP_002655233.1 WP_002655233.1 98.3 543 9 0 1 543 1 543 0.0 1113 WP_002655233.1 MCI0750124.1 27.4 241 140 11 282 490 110 347 5.64e-15 75.1 MCL2033989.1 MCL2033989.1 100 125 0 0 1 125 1 125 4.48e-93 262 WP_198297747.1 WP_198297747.1 100 252 0 0 1 252 1 252 4.23e-176 483 VDR39692.1 VDR39692.1 93.1 317 22 0 1 317 1 317 2.42e-219 597 WP_131055803.1 WP_131055803.1 100 474 0 0 1 474 1 474 0.0 988 WP_131055803.1 HJC81763.1 39.3 481 258 11 5 467 4 468 1.99e-110 333 WP_249557352.1 WP_249557352.1 100 96 0 0 1 96 1 96 2.45e-63 185 WP_070428178.1 WP_070428178.1 100 569 0 0 1 569 1 569 0.0 1175 WP_137732205.1 WP_137732205.1 88.2 621 73 0 1 621 1 621 0.0 1053 WP_201490320.1 WP_201490320.1 100 116 0 0 1 116 1 116 6.85e-86 243 WP_036973950.1 WP_036973950.1 100 186 0 0 1 186 1 186 1.17e-138 382 KNA07336.1 KNA07336.1 100 198 0 0 1 198 1 198 4.36e-149 410 KAG3033979.1 KAG3033979.1 90.1 463 46 0 1 463 1 463 1.84e-306 830 NRB78924.1 NRB78924.1 100 397 0 0 1 397 1 397 3.24e-303 816 PNJ24551.1 PNJ24551.1 100 165 0 0 1 165 1 165 1.11e-119 333 WP_027369743.1 WP_027369743.1 100 517 0 0 1 517 1 517 0.0 1053 EBU6207141.1 EBU6207141.1 98.7 681 9 0 1 681 1 681 0.0 1321 WP_244028884.1 WP_244028884.1 100 255 0 0 1 255 1 255 1.48e-182 499 OGD85943.1 OGD85943.1 100 216 0 0 1 216 1 216 1.23e-157 433 OGD85943.1 WP_089608892.1 38.1 197 100 7 22 215 286 463 1.34e-33 123 XP_049486383.1 XP_049486383.1 96.6 1268 43 0 1 1268 1 1268 0.0 2580 WP_119088635.1 WP_119088635.1 98.5 735 11 0 1 735 1 735 0.0 1486 XP_055254096.1 XP_055254096.1 93.8 194 12 0 1 194 1 194 2.83e-134 372 XP_055254096.1 NXY38534.1 79.7 118 22 1 61 178 1 116 1.18e-67 202 WP_241133221.1 WP_241133221.1 100 240 0 0 1 240 1 240 2.04e-177 485 WP_225781432.1 WP_225781432.1 91.9 381 31 0 1 381 1 381 5.24e-237 647 MBQ3321785.1 MBQ3321785.1 100 394 0 0 1 394 1 394 1.55e-304 819 MBQ3321785.1 MBO5857838.1 33.1 163 105 4 1 162 1 160 5.83e-18 79.0 RMF68396.1 RMF68396.1 100 492 0 0 1 492 1 492 0.0 1037 RMF68396.1 WP_230284916.1 31.2 506 274 18 1 489 1 449 8.95e-59 199 RMF68396.1 WP_193956008.1 24.6 540 322 23 3 483 9 522 1.60e-21 95.9 WP_177420403.1 WP_177420403.1 100 425 0 0 1 425 1 425 2.86e-318 857 WP_177420403.1 NOR80888.1 30.5 436 273 10 1 421 1 421 4.63e-55 186 MBX7048921.1 MBX7048921.1 100 80 0 0 1 80 1 80 5.48e-55 162 MBP5709003.1 MBP5709003.1 100 72 0 0 1 72 1 72 1.01e-51 154 MBP5709003.1 WP_088526897.1 53.1 64 29 1 1 64 968 1030 1.06e-17 73.6 GAN03156.1 GAN03156.1 97.8 412 9 0 1 412 1 412 1.05e-302 816 GAN03156.1 XP_040685867.1 48.7 417 205 5 1 412 8 420 5.15e-125 366 GAN03156.1 EDH4057100.1 39.3 392 224 8 27 411 2 386 3.44e-86 266 GAN03156.1 WP_074825075.1 38.4 401 218 7 28 411 3 391 6.65e-78 244 GAN03156.1 MCP1651746.1 40.3 404 215 10 28 411 6 403 1.77e-74 236 GAN03156.1 WP_083141943.1 37.7 387 231 8 30 411 5 386 2.98e-67 217 GAN03156.1 WP_277084622.1 42.6 319 162 8 110 412 1 314 3.36e-66 212 GAN03156.1 WP_004619799.1 36.8 402 224 11 31 411 7 399 5.39e-64 209 GAN03156.1 MBA2536487.1 34.4 393 231 5 30 410 5 382 1.46e-62 204 ETZ74096.1 ETZ74096.1 95.7 397 17 0 1 397 1 397 7.45e-268 727 MCC7304610.1 MCC7304610.1 100 697 0 0 1 697 1 697 0.0 1468 MCC7304610.1 NNC58435.1 47.5 689 355 5 11 694 7 693 1.30e-243 690 MCC7304610.1 MCF2656092.1 33.5 680 437 8 14 688 9 678 5.06e-127 391 MCC7304610.1 MBQ2587741.1 33.3 576 342 6 151 693 4 570 7.88e-98 311 MCC7304610.1 WP_274976404.1 27.5 741 470 9 14 692 25 760 4.04e-90 296 MCC7304610.1 WP_010016619.1 34.8 178 105 5 14 184 16 189 9.50e-21 95.1 WP_075190302.1 WP_075190302.1 100 346 0 0 1 346 1 346 3.52e-263 711 WP_075190302.1 XP_027924147.1 40.7 339 184 7 6 329 112 448 2.11e-74 236 TLX83379.1 TLX83379.1 100 177 0 0 1 177 1 177 2.20e-125 348 MBA2554676.1 MBA2554676.1 89.0 301 33 0 1 301 1 301 4.37e-198 542 MBA2554676.1 MUU11774.1 30.0 297 191 5 4 300 5 284 1.03e-32 120 WP_239517986.1 WP_239517986.1 100 407 0 0 1 407 1 407 1.98e-309 833 WP_239517986.1 MHQ93786.1 25.5 373 220 16 38 385 363 702 1.42e-15 77.0 CDL84920.1 CDL84920.1 100 80 0 0 1 80 1 80 3.29e-56 166 WP_122920202.1 WP_122920202.1 92.2 293 23 0 1 293 1 293 6.92e-191 523 WP_122920202.1 CAH0143531.1 25.9 166 119 3 25 188 3 166 2.29e-12 62.8 HID24809.1 HID24809.1 100 701 0 0 1 701 1 701 0.0 1425 HID24809.1 MBO6554759.1 23.8 530 269 21 165 626 387 849 2.10e-07 52.8 MBW6512602.1 MBW6512602.1 100 304 0 0 1 304 1 304 1.22e-226 615 MBD3641221.1 MBD3641221.1 100 226 0 0 1 226 1 226 7.39e-164 449 WP_070723361.1 WP_070723361.1 100 793 0 0 1 793 1 793 0.0 1709 WP_070723361.1 MBQ8462807.1 57.0 821 314 8 1 788 1 815 0.0 959 TDR34929.1 TDR34929.1 100 357 0 0 1 357 1 357 8.79e-274 738 TDR34929.1 MCK4996050.1 43.4 355 183 5 6 348 18 366 2.72e-101 302 QQC21553.1 QQC21553.1 100 208 0 0 1 208 1 208 8.46e-150 414 MCQ2539410.1 MCQ2539410.1 100 124 0 0 1 124 1 124 2.51e-85 243 MCQ2539410.1 WP_077533069.1 45.0 120 64 1 1 118 1 120 3.18e-28 98.6 MCQ2539410.1 WP_023355490.1 33.8 68 45 0 11 78 11 78 8.69e-06 41.6 WP_187843135.1 WP_187843135.1 88.9 153 17 0 1 153 1 153 3.63e-92 262 UGX22439.1 UGX22439.1 99.1 1271 11 0 1 1271 1 1271 0.0 2433 UGX22439.1 UHB14670.1 94.4 1271 71 0 1 1271 1 1271 0.0 2412 UGX22439.1 UIX40308.1 94.1 1271 75 0 1 1271 1 1271 0.0 2402 UGX22439.1 UDK40309.1 93.7 1271 80 0 1 1271 1 1271 0.0 2385 UGX22439.1 UPU53169.1 92.0 1273 97 2 1 1271 1 1270 0.0 2334 UGX22439.1 UYC71619.1 92.1 1273 93 3 1 1271 1 1268 0.0 2330 UGX22439.1 QUE11983.1 90.4 1273 117 3 1 1271 1 1270 0.0 2276 UGX22439.1 USL51576.1 89.0 1273 135 2 1 1271 1 1270 0.0 2239 UGX22439.1 QUM20585.1 91.7 1273 103 2 1 1271 1 1272 0.0 2237 UGX22439.1 UBN63752.1 88.8 1273 137 3 1 1271 1 1270 0.0 2210 UGX22439.1 QVX70521.1 86.0 1273 176 1 1 1271 1 1273 0.0 2132 UGX22439.1 QXI91160.1 89.3 1273 133 2 1 1271 1 1272 0.0 2105 UGX22439.1 UZH89542.1 83.9 1273 201 2 1 1271 1 1271 0.0 2070 UGX22439.1 UUS71569.1 93.6 747 48 0 525 1271 527 1273 0.0 1389 UGX22439.1 UHK01047.1 57.2 1273 543 1 1 1271 1 1273 0.0 1224 WP_126679569.1 WP_126679569.1 98.5 818 12 0 1 818 1 818 0.0 1646 WP_126679569.1 HAB03480.1 31.1 582 374 12 226 795 518 1084 4.39e-65 234 WP_126679569.1 WP_230171322.1 32.1 585 366 12 223 799 458 1019 1.66e-64 232 WP_126679569.1 CKF71070.1 31.3 460 302 9 337 793 289 737 3.07e-57 207 WP_126679569.1 MBF0143407.1 30.5 430 268 10 377 793 641 1052 1.64e-39 156 WP_126679569.1 WP_159812831.1 42.0 162 91 3 370 529 243 403 3.00e-24 104 WP_126679569.1 WP_145544593.1 35.1 171 103 4 364 534 356 518 9.38e-23 101 WP_126679569.1 WP_255266214.1 37.3 166 87 4 369 528 291 445 2.46e-19 90.5 WP_126679569.1 HCN71343.1 39.4 132 78 2 400 530 1 131 2.40e-18 80.5 WP_001804449.1 WP_001804449.1 100 403 0 0 1 403 1 403 1.01e-300 810 MCP4774001.1 MCP4774001.1 100 284 0 0 1 284 1 284 8.75e-210 570 MCP4774001.1 WP_201520784.1 42.0 269 132 7 23 282 30 283 2.40e-54 176 MCP4774001.1 WP_103270848.1 29.5 268 169 6 10 277 13 260 2.39e-31 115 WP_218014032.1 WP_218014032.1 100 530 0 0 1 530 1 530 0.0 1132 WP_218014032.1 NLG67042.1 27.7 483 298 16 55 518 90 540 2.02e-35 137 WP_218014032.1 WP_222322625.1 26.1 545 331 19 1 516 4 505 3.41e-29 119 WP_218014032.1 HIA35646.1 22.2 540 347 19 49 530 62 586 4.32e-20 92.0 MBT3179978.1 MBT3179978.1 100 537 0 0 1 537 1 537 0.0 1111 MBT3179978.1 BBL73457.1 39.5 539 306 10 1 528 34 563 1.93e-123 372 MBT3179978.1 MBP8718427.1 33.0 212 119 6 254 458 7 202 3.29e-22 94.4 WP_220492852.1 WP_220492852.1 100 848 0 0 1 848 1 848 0.0 1724 WP_220492852.1 PIY74148.1 40.7 81 36 3 735 815 507 575 6.67e-07 51.2 WP_220492852.1 MBL6756473.1 30.8 130 76 5 163 283 14 138 2.52e-05 46.2 WP_063338866.1 WP_063338866.1 97.1 344 10 0 1 344 1 344 1.93e-250 678 WP_063338866.1 WP_132898842.1 53.1 275 127 1 69 341 2 276 5.68e-106 310 WP_262406623.1 WP_262406623.1 97.3 910 25 0 1 910 1 910 0.0 1790 WP_262406623.1 WP_281507500.1 60.6 823 315 4 12 831 12 828 0.0 1002 WP_262406623.1 MBT5488157.1 49.7 537 243 7 301 835 1 512 2.63e-161 483 WP_110366458.1 WP_110366458.1 99.3 1453 10 0 1 1453 1 1453 0.0 2893 WP_110366458.1 MBL4744408.1 31.4 1057 694 12 1 1039 1 1044 1.51e-185 577 WP_110366458.1 WP_265225845.1 24.0 1070 743 18 5 1026 3 1050 1.99e-76 275 WP_110366458.1 WP_039608285.1 23.8 1051 729 22 4 1029 2 1005 1.43e-70 256 PAF30375.1 PAF30375.1 100 142 0 0 1 142 1 142 4.97e-96 271 WP_180034620.1 WP_180034620.1 100 332 0 0 1 332 1 332 9.97e-256 691 WP_180034620.1 WP_241105826.1 48.6 319 161 2 12 330 14 329 2.25e-107 315 GFA01557.1 GFA01557.1 100 526 0 0 1 526 1 526 0.0 1081 MBV5323933.1 MBV5323933.1 100 87 0 0 1 87 1 87 2.48e-61 179 EHH49716.1 EHH49716.1 100 163 0 0 1 163 1 163 3.61e-124 344 WP_064068643.1 WP_064068643.1 85.2 317 47 0 1 317 1 317 5.88e-188 518 WP_064068643.1 NQT29221.1 42.5 308 163 6 2 297 4 309 1.27e-76 235 WP_064068643.1 MCU0490050.1 35.4 65 40 1 178 242 123 185 2.01e-04 40.4 KAI9713296.1 KAI9713296.1 93.0 373 26 0 1 373 1 373 1.10e-266 722 KAG7197246.1 KAG7197246.1 96.1 828 32 0 1 828 1 828 0.0 1580 HAT4171334.1 HAT4171334.1 95.7 517 22 0 1 517 1 517 0.0 1001 HAT4171334.1 SFB29161.1 40.1 524 302 3 3 515 2 524 1.96e-135 400 HAT4171334.1 GFR82011.1 38.2 212 126 1 4 210 3 214 5.75e-48 164 HAT4171334.1 HHH37178.1 29.1 172 121 1 31 201 88 259 3.33e-14 71.2 WP_148803392.1 WP_148803392.1 100 207 0 0 1 207 1 207 1.76e-148 409 KAJ0864938.1 KAJ0864938.1 100 125 0 0 1 125 1 125 1.50e-91 258 WP_282035981.1 WP_282035981.1 100 170 0 0 1 170 1 170 2.15e-124 345 MCO6473319.1 MCO6473319.1 100 316 0 0 1 316 1 316 1.14e-237 644 XP_006376427.2 XP_006376427.2 100 417 0 0 1 417 1 417 7.30e-317 852 XP_006376427.2 WP_116073910.1 37.2 258 150 6 106 361 4 251 2.23e-45 166 XP_006376427.2 WP_026497435.1 33.1 275 171 6 106 376 4 269 2.79e-39 148 UPT73080.1 UPT73080.1 100 255 0 0 1 255 1 255 1.75e-190 519 EGR2272270.1 EGR2272270.1 100 682 0 0 1 682 1 682 0.0 1408 EGR2272270.1 WP_269885397.1 39.1 133 79 2 546 678 141 271 1.81e-26 107 EGR2272270.1 MBI5333464.1 38.2 152 84 4 527 674 241 386 5.79e-26 108 EGR2272270.1 WP_029222917.1 29.3 263 127 6 414 674 267 472 2.26e-22 99.4 EGR2272270.1 EJF06804.1 40.0 155 79 7 529 674 153 302 1.60e-20 91.3 EGR2272270.1 WP_107169208.1 36.9 122 76 1 548 669 234 354 7.85e-20 90.1 EGR2272270.1 WP_145544593.1 41.9 129 70 3 548 676 393 516 1.44e-19 90.9 EGR2272270.1 CKF71070.1 37.0 127 77 2 549 674 356 480 3.30e-19 90.5 EGR2272270.1 MBK6870374.1 38.7 124 72 2 551 674 28 147 2.21e-18 82.4 EGR2272270.1 WP_230171322.1 29.1 213 100 2 462 674 599 760 2.63e-17 84.7 EGR2272270.1 WP_000484099.1 32.0 125 83 1 550 674 242 364 5.34e-17 81.6 EGR2272270.1 HCN71343.1 40.5 131 67 6 547 672 5 129 1.51e-16 75.1 EGR2272270.1 WP_255266214.1 40.9 127 69 4 547 672 324 445 2.09e-16 80.9 EGR2272270.1 WP_023050329.1 29.6 142 93 5 498 638 187 322 6.68e-12 65.9 EGR2272270.1 WP_018646673.1 32.7 147 91 4 532 672 536 680 1.20e-10 63.2 WP_079091847.1 WP_079091847.1 97.3 258 7 0 1 258 1 258 8.89e-181 495 KAG7553039.1 KAG7553039.1 95.3 297 14 0 1 297 1 297 3.65e-204 557 KAG7553039.1 PUZ48934.1 40.8 49 29 0 172 220 26 74 6.23e-06 44.3 CUH97802.1 CUH97802.1 95.9 196 8 0 1 196 1 196 1.41e-144 398 CUH97802.1 HAW5846675.1 37.8 90 54 1 101 188 9 98 6.20e-14 63.5 WP_106697451.1 WP_106697451.1 86.9 436 57 0 1 436 1 436 2.17e-259 709 WP_200047810.1 WP_200047810.1 100 326 0 0 1 326 1 326 3.32e-251 679 WP_200047810.1 WP_006034446.1 30.6 232 152 3 93 320 82 308 3.30e-28 109 WP_097273626.1 WP_097273626.1 93.4 301 20 0 1 301 1 301 2.85e-204 559 WP_223806191.1 WP_223806191.1 100 307 0 0 1 307 1 307 1.37e-229 622 WP_223806191.1 MBI2416798.1 33.8 71 46 1 212 282 32 101 1.79e-06 45.4 WP_223806191.1 ECK9821833.1 46.5 43 23 0 239 281 187 229 3.56e-05 42.7 EJO8252676.1 EJO8252676.1 100 117 0 0 1 117 1 117 3.52e-75 216 EJO8252676.1 EAL1671435.1 89.7 117 12 0 1 117 230 346 3.14e-65 201 EJO8252676.1 PJQ02245.1 61.2 121 43 2 1 117 474 594 2.12e-39 137 XP_052459928.1 XP_052459928.1 100 256 0 0 1 256 1 256 3.55e-195 531 WP_282393050.1 WP_282393050.1 93.0 129 9 0 1 129 1 129 2.88e-82 235 KAF9021604.1 KAF9021604.1 96.4 334 12 0 1 334 1 334 3.21e-253 684 WP_190492354.1 WP_190492354.1 100 123 0 0 1 123 1 123 3.06e-90 255 RZU50905.1 RZU50905.1 88.6 630 72 0 1 630 1 630 0.0 1025 WP_004647440.1 WP_004647440.1 100 135 0 0 1 135 1 135 4.34e-98 276 WP_196051328.1 WP_196051328.1 98.1 678 13 0 1 678 1 678 0.0 1357 WP_196051328.1 WP_091423297.1 25.3 546 346 21 160 662 48 574 1.44e-30 125 WP_196051328.1 NEB38825.1 26.9 416 231 16 254 643 76 444 3.49e-28 117 WP_196051328.1 WP_131284109.1 27.7 357 209 15 333 658 133 471 3.93e-25 107 WP_122709004.1 WP_122709004.1 100 319 0 0 1 319 1 319 3.87e-251 678 WP_231022353.1 WP_231022353.1 93.7 414 26 0 1 414 1 414 2.56e-279 757 WP_231022353.1 GER04731.1 45.1 437 202 6 1 399 1 437 1.49e-124 366 WP_279838136.1 WP_279838136.1 100 276 0 0 1 276 1 276 2.40e-203 553 WP_279838136.1 WP_199425576.1 26.2 267 166 10 29 276 17 271 1.23e-14 70.5 WP_279838136.1 WP_263858211.1 29.0 100 69 1 33 130 15 114 1.00e-11 62.0 GGY15265.1 GGY15265.1 100 190 0 0 1 190 1 190 2.86e-141 389 MBE0512446.1 MBE0512446.1 100 79 0 0 1 79 1 79 5.10e-55 162 WP_270310372.1 WP_270310372.1 100 424 0 0 1 424 1 424 0.0 872 WP_009881125.1 WP_009881125.1 100 162 0 0 1 162 1 162 1.16e-115 322 MCB9642437.1 MCB9642437.1 100 37 0 0 1 37 1 37 6.49e-20 71.2 WP_061880815.1 WP_061880815.1 100 290 0 0 1 290 1 290 5.51e-216 587 WP_061880815.1 WP_108706918.1 27.0 215 142 4 28 229 18 230 6.06e-20 86.3 KAI3416446.1 KAI3416446.1 100 81 0 0 1 81 1 81 1.05e-57 169 WP_015602159.1 WP_015602159.1 100 186 0 0 1 186 1 186 2.02e-139 384 XP_040238549.2 XP_040238549.2 83.6 2739 449 0 1 2739 1 2739 0.0 4558 AAV84242.1 AAV84242.1 100 144 0 0 1 144 1 144 5.14e-108 301 AAV84242.1 KAJ1529594.1 74.8 143 35 1 2 144 7 148 8.73e-76 220 MBN8715319.1 MBN8715319.1 85.8 212 30 0 1 212 1 212 1.38e-127 357 WP_123966251.1 WP_123966251.1 88.8 418 47 0 1 418 1 418 3.56e-272 739 WP_123966251.1 WP_157580311.1 32.2 258 140 10 183 413 7 256 2.44e-28 110 MBA2544012.1 MBA2544012.1 100 555 0 0 1 555 1 555 0.0 1084 WP_234123871.1 WP_234123871.1 100 121 0 0 1 121 1 121 2.85e-85 242 WP_234123871.1 MCG8687614.1 32.2 115 74 1 3 117 10 120 1.62e-10 53.1 WP_004185621.1 WP_004185621.1 100 352 0 0 1 352 1 352 4.53e-278 749 WP_004185621.1 WP_106735761.1 88.2 348 41 0 5 352 3 350 2.81e-242 658 MCB0243881.1 MCB0243881.1 100 224 0 0 1 224 1 224 4.46e-164 450 MCB0243881.1 MBT4161918.1 43.8 219 123 0 3 221 4 222 1.16e-61 191 MCB0243881.1 WP_145468487.1 42.6 216 124 0 5 220 6 221 3.14e-59 184 MCB0243881.1 MCF7808720.1 40.6 217 129 0 5 221 6 222 2.38e-56 177 MCB0243881.1 WP_250499463.1 42.1 221 125 2 3 221 6 225 2.10e-55 175 MCB0243881.1 MCC6044083.1 45.0 202 110 1 22 223 20 220 2.85e-51 167 MCB0243881.1 WP_107894076.1 32.0 222 138 8 15 224 15 235 7.39e-28 106 MCB0243881.1 WP_195238978.1 28.1 221 128 7 15 221 492 695 6.77e-21 89.0 MCB0243881.1 WP_174822921.1 31.8 198 115 9 21 205 19 209 1.81e-19 82.4 MCB0243881.1 NFD84694.1 26.0 215 143 6 14 221 528 733 1.01e-12 65.1 MCB0243881.1 KAI9191373.1 31.7 164 96 5 25 180 413 568 6.33e-12 62.8 MCB0243881.1 MCH5231772.1 34.7 72 43 1 137 208 147 214 6.51e-06 44.7 KDR18051.1 KDR18051.1 100 57 0 0 1 57 1 57 8.23e-40 122 WP_253495381.1 WP_253495381.1 95.3 211 10 0 1 211 1 211 1.75e-150 414 EFN5389376.1 EFN5389376.1 100 962 0 0 1 962 1 962 0.0 1965 EFN5389376.1 KDT27382.1 96.6 613 21 0 200 812 1 613 0.0 1224 EFN5389376.1 EIH4263652.1 95.4 475 22 0 1 475 112 586 0.0 930 EFN5389376.1 HAN0352225.1 78.7 512 107 1 156 665 1 512 2.00e-299 835 EFN5389376.1 EFL5817307.1 95.0 416 21 0 1 416 65 480 7.73e-291 811 EFN5389376.1 EJW7579374.1 97.3 293 8 0 152 444 1 293 6.62e-206 587 EFN5389376.1 EFL3122059.1 93.7 189 8 1 1 189 120 304 4.21e-115 353 EFN5389376.1 EDD0587303.1 23.8 816 534 20 18 812 503 1251 3.82e-30 127 MCI0529127.1 MCI0529127.1 96.6 323 11 0 1 323 1 323 1.03e-223 609 WP_050163955.1 WP_050163955.1 100 239 0 0 1 239 1 239 8.68e-183 498 WP_050163955.1 NLL64488.1 36.6 153 97 0 86 238 5 157 5.08e-32 114 XP_001275602.1 XP_001275602.1 90.2 1577 154 0 1 1577 1 1577 0.0 2788 MBS9779527.1 MBS9779527.1 96.9 352 11 0 1 352 1 352 3.30e-246 668 MBS9779527.1 WP_176051587.1 43.1 353 184 4 1 352 2 338 3.04e-98 293 WP_149040698.1 WP_149040698.1 100 422 0 0 1 422 1 422 4.65e-320 860 MBI5294613.1 MBI5294613.1 99.1 1067 10 0 1 1067 1 1067 0.0 2168 KAG5560933.1 KAG5560933.1 100 68 0 0 1 68 1 68 1.67e-46 140 WP_070664995.1 WP_070664995.1 95.2 522 25 0 1 522 1 522 0.0 1009 WP_070664995.1 EHA1403784.1 23.8 462 263 21 89 493 77 506 6.61e-14 72.4 KAJ3564783.1 KAJ3564783.1 100 390 0 0 1 390 1 390 1.03e-291 786 KDZ18439.1 KDZ18439.1 100 51 0 0 1 51 1 51 4.79e-32 102 UBP50947.1 UBP50947.1 99.2 7096 57 0 1 7096 1 7096 0.0 14368 UBP50947.1 QWC83326.1 99.0 7096 68 0 1 7096 1 7096 0.0 14344 UBP50947.1 WEU87158.1 99.0 7096 70 0 1 7096 1 7096 0.0 14340 UBP50947.1 QSZ25555.1 99.0 7096 72 0 1 7096 1 7096 0.0 14339 UBP50947.1 UBD95131.1 99.0 7096 73 0 1 7096 1 7096 0.0 14334 UBP50947.1 QVD87869.1 99.0 7096 71 1 1 7096 1 7093 0.0 14329 UBP50947.1 UEC52718.1 98.9 7096 76 0 1 7096 1 7096 0.0 14327 UBP50947.1 URQ55824.1 98.9 7096 78 1 1 7096 1 7093 0.0 14314 UBP50947.1 UZO53924.1 98.9 7096 78 1 1 7096 1 7093 0.0 14313 UBP50947.1 UVB16817.1 98.9 7096 77 1 1 7096 1 7093 0.0 14312 UBP50947.1 UMF87224.1 98.9 7096 77 2 1 7096 1 7092 0.0 14312 UBP50947.1 QZU16279.1 98.6 7096 97 0 1 7096 1 7096 0.0 14277 UBP50947.1 UIR12670.1 98.5 7096 100 2 1 7096 1 7092 0.0 14256 UBP50947.1 UPA83906.1 98.3 7096 117 2 1 7096 1 7092 0.0 14215 UBP50947.1 UBR86455.1 98.2 7095 131 0 2 7096 1 7095 0.0 14196 UBP50947.1 UCP72061.1 97.9 7096 148 0 1 7096 1 7096 0.0 14156 UBP50947.1 UXX67934.1 97.9 7096 146 1 1 7096 1 7093 0.0 14148 UBP50947.1 UCP77012.1 97.8 7096 159 0 1 7096 1 7096 0.0 14132 UBP50947.1 UKN67998.1 97.4 7076 177 2 21 7096 1 7072 0.0 14025 UBP50947.1 WHE12941.1 97.3 7070 187 1 27 7096 1 7067 0.0 13998 UBP50947.1 UGA79226.1 96.8 7096 227 0 1 7096 1 7096 0.0 13968 UBP50947.1 UAQ80067.1 96.4 7096 258 0 1 7096 1 7096 0.0 13885 UBP50947.1 UJT06733.1 95.4 7096 322 2 1 7096 1 7092 0.0 13694 UBP50947.1 UVI10561.1 95.4 7069 320 1 28 7096 1 7066 0.0 13678 UBP50947.1 UOU30556.1 94.0 7096 422 1 1 7096 1 7093 0.0 13460 UBP50947.1 UMA88644.1 90.9 7075 642 2 22 7096 1 7071 0.0 12882 UBP50947.1 WAS49087.1 89.6 7096 732 1 1 7096 1 7093 0.0 12686 UBP50947.1 WGP98278.1 84.4 7096 1106 0 1 7096 1 7096 0.0 11779 UBP50947.1 QTD03487.1 98.9 4401 48 0 1 4401 1 4401 0.0 8886 UBP50947.1 QXR94354.1 98.9 4401 46 1 1 4401 1 4398 0.0 8875 UBP50947.1 UBL45068.1 98.9 4401 49 0 1 4401 1 4401 0.0 8874 UBP50947.1 UFM00670.1 98.8 4401 53 0 1 4401 1 4401 0.0 8871 UBP50947.1 UEC68750.1 98.8 4401 53 0 1 4401 1 4401 0.0 8869 UBP50947.1 QTM79632.1 98.8 4401 48 1 1 4401 1 4398 0.0 8868 UBP50947.1 UHM53165.1 98.8 4401 53 0 1 4401 1 4401 0.0 8866 UBP50947.1 UFM02602.1 98.8 4401 53 0 1 4401 1 4401 0.0 8866 UBP50947.1 QTZ27226.1 98.8 4401 50 1 1 4401 1 4398 0.0 8864 UBP50947.1 ULA23837.2 98.8 4401 51 2 1 4401 1 4397 0.0 8860 UBP50947.1 UPP41269.1 98.7 4401 53 1 1 4401 1 4398 0.0 8859 UBP50947.1 USR14792.1 98.7 4401 54 1 1 4401 1 4398 0.0 8856 UBP50947.1 UXH94526.1 98.7 4401 52 2 1 4401 1 4397 0.0 8856 UBP50947.1 UKU68032.1 98.4 4401 65 2 1 4401 1 4397 0.0 8827 UBP50947.1 UJV88611.1 96.8 4401 137 2 1 4401 1 4397 0.0 8665 UBP50947.1 UJJ97602.1 96.5 4401 150 2 1 4401 1 4397 0.0 8631 UBP50947.1 UJS94137.1 97.8 4296 91 2 106 4401 1 4292 0.0 8550 UBP50947.1 ULB83374.1 95.6 4401 191 2 1 4401 1 4397 0.0 8527 UBP50947.1 UGB98301.1 93.4 4401 291 0 1 4401 1 4401 0.0 8293 UBP50947.1 QRX02582.1 98.9 4098 45 0 1 4098 1 4098 0.0 8255 UBP50947.1 UFA30503.1 92.5 4340 326 0 27 4366 1 4340 0.0 8071 UBP50947.1 WGP70063.1 91.6 4369 369 0 1 4369 1 4369 0.0 8028 UBP50947.1 WEI27974.1 90.3 4401 424 1 1 4401 1 4398 0.0 7955 UBP50947.1 UNI03201.1 90.4 4375 420 1 27 4401 1 4374 0.0 7930 UBP50947.1 UEX07109.1 87.2 4375 562 0 27 4401 1 4375 0.0 7596 UBP50947.1 URP80785.1 81.6 4374 801 1 28 4401 1 4371 0.0 7038 UBP50947.1 UPB00876.1 75.7 4374 1062 1 28 4401 1 4371 0.0 6314 UBP50947.1 UYE49180.1 75.3 4401 1082 1 1 4401 1 4398 0.0 6313 UBP50947.1 WGQ72821.1 65.7 4344 1489 0 26 4369 1 4344 0.0 5221 WP_160877220.1 WP_160877220.1 98.9 523 6 0 1 523 1 523 0.0 1057 WP_160877220.1 HIG56173.1 40.0 448 256 4 12 457 35 471 5.91e-99 307 XP_047466965.1 XP_047466965.1 100 377 0 0 1 377 1 377 3.55e-290 781 XP_047466965.1 WP_016809838.1 31.9 216 117 5 35 247 26 214 1.40e-26 107 XP_047466965.1 MBO1529847.1 30.9 243 143 6 9 249 4 223 4.29e-22 94.4 XP_047466965.1 WP_202925384.1 33.0 103 68 1 12 113 7 109 1.18e-11 63.5 WP_186480556.1 WP_186480556.1 100 538 0 0 1 538 1 538 0.0 1113 WP_185334683.1 WP_185334683.1 100 513 0 0 1 513 1 513 0.0 1021 WP_185334683.1 GBD21053.1 45.1 501 273 2 4 503 26 525 5.56e-143 420 WP_185334683.1 WP_150396769.1 34.3 492 315 4 9 499 29 513 2.07e-98 305 WP_185334683.1 MBO5162475.1 33.1 519 313 8 7 512 1 498 8.33e-88 277 WP_185334683.1 WP_089246429.1 29.9 508 332 9 1 493 1 499 2.01e-71 234 WP_185334683.1 WP_029347391.1 29.5 244 164 3 2 238 3 245 1.29e-31 120 WP_185334683.1 WP_281543397.1 32.4 204 130 5 22 223 7 204 1.88e-24 101 WP_185334683.1 WP_084371009.1 32.6 215 133 5 5 216 3 208 2.37e-24 101 WP_185334683.1 NLW39422.1 29.7 330 174 12 3 303 4 304 5.95e-23 98.2 WP_185334683.1 WP_152652784.1 31.1 196 124 4 10 202 11 198 1.12e-21 94.0 WP_185334683.1 WP_008134825.1 30.7 202 126 6 21 216 629 822 9.00e-19 88.2 WP_185334683.1 WP_197521413.1 29.6 206 116 7 19 217 21 204 8.66e-18 82.0 WP_185334683.1 WP_066083732.1 33.0 215 124 9 19 217 25 235 1.59e-12 67.0 WP_185334683.1 WP_107894076.1 33.2 211 118 8 23 216 28 232 4.77e-12 65.5 WP_185334683.1 MBO8485404.1 26.6 184 119 8 141 312 379 558 4.79e-10 60.5 WP_185334683.1 OAN53756.1 24.6 224 146 9 23 230 30 246 1.30e-08 54.3 WP_185334683.1 WP_211555180.1 28.4 169 96 7 273 433 19 170 2.03e-06 47.4 WP_193019742.1 WP_193019742.1 91.9 173 14 0 1 173 1 173 2.57e-113 317 NXX86929.1 NXX86929.1 95.5 1346 60 0 1 1346 1 1346 0.0 2596 WP_070552687.1 WP_070552687.1 96.0 402 16 0 1 402 1 402 2.81e-286 774 WP_070552687.1 KKQ77718.1 40.9 359 183 4 9 340 11 367 4.80e-90 275 XP_004149267.1 XP_004149267.1 100 441 0 0 1 441 1 441 0.0 931 HIR19825.1 HIR19825.1 96.7 305 10 0 24 328 24 328 1.33e-217 594 NBT94281.1 NBT94281.1 100 181 0 0 1 181 1 181 8.61e-134 370 NBT94281.1 MCF7895906.1 38.0 158 94 1 22 179 12 165 1.00e-33 120 NBT94281.1 MCU1411638.1 34.6 156 97 2 28 178 16 171 1.35e-19 83.2 NBT94281.1 MBQ6794463.1 38.2 131 74 3 33 161 15 140 3.49e-17 76.3 NBT94281.1 MBA3609961.1 33.8 151 87 6 29 172 36 180 3.29e-15 70.9 MBE6649515.1 MBE6649515.1 100 350 0 0 1 350 1 350 7.43e-267 720 EEE2002201.1 EEE2002201.1 100 150 0 0 1 150 1 150 2.07e-110 308 EEE2002201.1 WP_028393295.1 41.9 62 34 1 1 60 2 63 4.59e-09 48.5 GFT96598.1 GFT96598.1 100 576 0 0 1 576 1 576 0.0 1194 WP_251111556.1 WP_251111556.1 100 311 0 0 1 311 1 311 1.49e-235 638 KAI9193803.1 KAI9193803.1 100 193 0 0 1 193 1 193 2.08e-140 387 OAQ80483.1 OAQ80483.1 97.2 327 9 0 1 327 1 327 1.22e-233 634 MCK4996050.1 MCK4996050.1 100 374 0 0 1 374 1 374 4.59e-280 756 MCK4996050.1 TDR34929.1 43.4 355 183 5 18 366 6 348 2.85e-101 302 WP_190461229.1 WP_190461229.1 100 158 0 0 1 158 1 158 5.59e-112 313 WP_083296738.1 WP_083296738.1 100 346 0 0 1 346 1 346 1.77e-271 733 WP_083296738.1 WP_057452934.1 57.8 306 129 0 24 329 13 318 3.27e-129 372 WP_083296738.1 MBF0865514.1 56.7 307 133 0 24 330 15 321 1.24e-127 368 WP_083296738.1 WP_040532466.1 49.8 307 153 1 24 329 8 314 8.79e-109 321 OPL17692.1 OPL17692.1 100 343 0 0 1 343 1 343 1.36e-254 689 WP_248328072.1 WP_248328072.1 100 418 0 0 1 418 1 418 6.96e-311 837 WP_248328072.1 OYY81277.1 28.5 274 193 3 18 289 5 277 3.32e-32 121 WP_248328072.1 WP_200543170.1 35.2 105 56 3 118 211 585 688 3.40e-08 53.9 WP_105160947.1 WP_105160947.1 96.6 622 21 0 1 622 1 622 0.0 1204 WP_105160947.1 OQA35671.1 31.7 590 366 13 13 583 11 582 1.11e-75 252 WP_105160947.1 MCH5231772.1 30.2 543 346 13 6 530 4 531 5.02e-69 232 WP_105160947.1 WP_041710957.1 27.9 556 297 16 6 527 6 491 1.72e-56 198 WP_105160947.1 MYD56339.1 35.6 219 124 7 337 548 27 235 1.51e-25 106 WP_105160947.1 WP_089095302.1 29.0 238 121 8 14 242 325 523 4.36e-13 70.5 WP_105160947.1 WP_014657023.1 25.2 330 188 15 317 622 12 306 8.46e-13 69.3 WP_105160947.1 WP_281543397.1 23.1 303 174 10 332 594 5 288 1.95e-12 66.6 WP_105160947.1 WP_088153117.1 29.3 205 109 8 334 510 13 209 5.94e-09 56.6 WP_105160947.1 WP_221265680.1 24.7 219 119 5 6 210 22 208 6.42e-09 56.2 WP_105160947.1 THW78755.1 25.4 197 111 7 22 216 487 649 2.87e-06 48.9 HHZ84751.1 HHZ84751.1 100 345 0 0 1 345 1 345 1.38e-264 714 HHZ84751.1 WP_265272113.1 30.6 343 204 6 1 336 1 316 3.55e-38 137 HHZ84751.1 WP_267861425.1 28.0 347 194 13 1 333 1 305 1.69e-27 108 HHZ84751.1 WP_014217999.1 26.9 338 199 14 5 333 8 306 1.29e-20 89.4 HHZ84751.1 EXK83554.1 25.3 352 201 14 10 336 9 323 2.71e-14 71.2 WP_059149453.1 WP_059149453.1 100 137 0 0 1 137 1 137 5.45e-102 286 KAG0047764.1 KAG0047764.1 97.1 872 25 0 1 872 1 872 0.0 1791 CSP94261.1 CSP94261.1 100 263 0 0 1 263 1 263 2.90e-193 527 CSP94261.1 NNE87648.1 36.5 222 123 6 17 223 4 222 1.00e-32 122 WP_249310236.1 WP_249310236.1 100 111 0 0 1 111 1 111 1.53e-82 234 XP_025923156.1 XP_025923156.1 92.7 505 37 0 1 505 1 505 0.0 957 WP_255691273.1 WP_255691273.1 84.5 579 90 0 1 579 1 579 0.0 941 SDI37994.1 SDI37994.1 100 106 0 0 1 106 1 106 5.92e-71 205 WP_035109232.1 WP_035109232.1 100 73 0 0 1 73 1 73 2.03e-47 143 KAJ6253787.1 KAJ6253787.1 93.1 481 33 0 1 481 1 481 0.0 909 QZU16279.1 QZU16279.1 99.2 7096 57 0 1 7096 1 7096 0.0 14307 QZU16279.1 UBD95131.1 98.8 7096 85 0 1 7096 1 7096 0.0 14300 QZU16279.1 UEC52718.1 98.8 7096 88 0 1 7096 1 7096 0.0 14293 QZU16279.1 QWC83326.1 98.6 7096 96 0 1 7096 1 7096 0.0 14279 QZU16279.1 UBP50947.1 98.6 7096 97 0 1 7096 1 7096 0.0 14277 QZU16279.1 WEU87158.1 98.6 7096 98 0 1 7096 1 7096 0.0 14274 QZU16279.1 QSZ25555.1 98.6 7096 100 0 1 7096 1 7096 0.0 14273 QZU16279.1 QVD87869.1 98.6 7096 99 1 1 7096 1 7093 0.0 14263 QZU16279.1 URQ55824.1 98.5 7096 104 1 1 7096 1 7093 0.0 14252 QZU16279.1 UZO53924.1 98.5 7096 104 1 1 7096 1 7093 0.0 14252 QZU16279.1 UVB16817.1 98.5 7096 103 1 1 7096 1 7093 0.0 14251 QZU16279.1 UMF87224.1 98.5 7096 103 2 1 7096 1 7092 0.0 14250 QZU16279.1 UIR12670.1 98.2 7096 124 2 1 7096 1 7092 0.0 14196 QZU16279.1 UBR86455.1 98.0 7095 145 0 2 7096 1 7095 0.0 14157 QZU16279.1 UPA83906.1 97.9 7096 142 2 1 7096 1 7092 0.0 14155 QZU16279.1 UCP72061.1 97.7 7096 162 0 1 7096 1 7096 0.0 14117 QZU16279.1 UCP77012.1 97.5 7096 174 0 1 7096 1 7096 0.0 14092 QZU16279.1 UXX67934.1 97.5 7096 172 1 1 7096 1 7093 0.0 14087 QZU16279.1 UKN67998.1 97.1 7076 203 2 21 7096 1 7072 0.0 13963 QZU16279.1 WHE12941.1 96.9 7070 213 1 27 7096 1 7067 0.0 13936 QZU16279.1 UGA79226.1 96.4 7096 254 0 1 7096 1 7096 0.0 13904 QZU16279.1 UAQ80067.1 96.2 7096 271 0 1 7096 1 7096 0.0 13849 QZU16279.1 UJT06733.1 95.1 7096 347 2 1 7096 1 7092 0.0 13634 QZU16279.1 UVI10561.1 95.1 7069 345 1 28 7096 1 7066 0.0 13617 QZU16279.1 UOU30556.1 93.7 7096 447 1 1 7096 1 7093 0.0 13403 QZU16279.1 UMA88644.1 90.5 7075 667 2 22 7096 1 7071 0.0 12797 QZU16279.1 WAS49087.1 89.3 7096 759 1 1 7096 1 7093 0.0 12622 QZU16279.1 WGP98278.1 84.8 7096 1081 0 1 7096 1 7096 0.0 11781 QZU16279.1 UFM00670.1 99.0 4401 43 0 1 4401 1 4401 0.0 8891 QZU16279.1 UEC68750.1 99.0 4401 43 0 1 4401 1 4401 0.0 8888 QZU16279.1 UHM53165.1 99.0 4401 43 0 1 4401 1 4401 0.0 8886 QZU16279.1 UFM02602.1 99.0 4401 43 0 1 4401 1 4401 0.0 8885 QZU16279.1 QTD03487.1 98.9 4401 49 0 1 4401 1 4401 0.0 8883 QZU16279.1 UBL45068.1 98.9 4401 49 0 1 4401 1 4401 0.0 8873 QZU16279.1 QXR94354.1 98.8 4401 48 1 1 4401 1 4398 0.0 8871 QZU16279.1 QTM79632.1 98.8 4401 50 1 1 4401 1 4398 0.0 8864 QZU16279.1 QTZ27226.1 98.8 4401 52 1 1 4401 1 4398 0.0 8860 QZU16279.1 ULA23837.2 98.8 4401 51 2 1 4401 1 4397 0.0 8860 QZU16279.1 UPP41269.1 98.7 4401 53 1 1 4401 1 4398 0.0 8859 QZU16279.1 USR14792.1 98.7 4401 54 1 1 4401 1 4398 0.0 8856 QZU16279.1 UXH94526.1 98.7 4401 52 2 1 4401 1 4397 0.0 8855 QZU16279.1 UKU68032.1 98.4 4401 65 2 1 4401 1 4397 0.0 8827 QZU16279.1 UJV88611.1 96.8 4401 137 2 1 4401 1 4397 0.0 8664 QZU16279.1 UJJ97602.1 96.5 4401 150 2 1 4401 1 4397 0.0 8631 QZU16279.1 UJS94137.1 97.8 4296 91 2 106 4401 1 4292 0.0 8549 QZU16279.1 ULB83374.1 95.6 4401 191 2 1 4401 1 4397 0.0 8527 QZU16279.1 UGB98301.1 93.6 4401 282 0 1 4401 1 4401 0.0 8311 QZU16279.1 QRX02582.1 98.9 4098 47 0 1 4098 1 4098 0.0 8251 QZU16279.1 UFA30503.1 92.7 4340 316 0 27 4366 1 4340 0.0 8091 QZU16279.1 WGP70063.1 91.5 4369 371 0 1 4369 1 4369 0.0 8026 QZU16279.1 WEI27974.1 90.3 4401 423 1 1 4401 1 4398 0.0 7960 QZU16279.1 UNI03201.1 90.6 4375 412 1 27 4401 1 4374 0.0 7946 QZU16279.1 UEX07109.1 87.2 4375 560 0 27 4401 1 4375 0.0 7601 QZU16279.1 URP80785.1 81.7 4374 799 1 28 4401 1 4371 0.0 7046 QZU16279.1 UYE49180.1 75.4 4401 1081 1 1 4401 1 4398 0.0 6319 QZU16279.1 UPB00876.1 75.7 4374 1062 1 28 4401 1 4371 0.0 6317 QZU16279.1 WGQ72821.1 65.7 4344 1489 0 26 4369 1 4344 0.0 5219 WP_106735761.1 WP_106735761.1 100 350 0 0 1 350 1 350 3.43e-272 734 WP_106735761.1 WP_004185621.1 88.2 348 41 0 3 350 5 352 2.79e-242 658 MBS8550192.1 MBS8550192.1 100 203 0 0 1 203 1 203 4.69e-151 415 UPA83906.1 UPA83906.1 99.2 7092 57 0 1 7092 1 7092 0.0 14255 UPA83906.1 UMF87224.1 98.5 7092 108 0 1 7092 1 7092 0.0 14239 UPA83906.1 QWC83326.1 98.4 7096 112 2 1 7092 1 7096 0.0 14227 UPA83906.1 QVD87869.1 98.4 7093 116 1 1 7092 1 7093 0.0 14226 UPA83906.1 URQ55824.1 98.3 7093 117 1 1 7092 1 7093 0.0 14224 UPA83906.1 UZO53924.1 98.3 7093 117 1 1 7092 1 7093 0.0 14223 UPA83906.1 WEU87158.1 98.3 7096 114 2 1 7092 1 7096 0.0 14222 UPA83906.1 UVB16817.1 98.4 7093 116 1 1 7092 1 7093 0.0 14222 UPA83906.1 QSZ25555.1 98.3 7096 116 2 1 7092 1 7096 0.0 14221 UPA83906.1 UBP50947.1 98.3 7096 117 2 1 7092 1 7096 0.0 14215 UPA83906.1 UBD95131.1 98.3 7096 118 2 1 7092 1 7096 0.0 14211 UPA83906.1 UEC52718.1 98.2 7096 121 2 1 7092 1 7096 0.0 14205 UPA83906.1 UIR12670.1 98.2 7092 130 0 1 7092 1 7092 0.0 14185 UPA83906.1 QZU16279.1 97.9 7096 142 2 1 7092 1 7096 0.0 14155 UPA83906.1 UBR86455.1 97.5 7095 171 2 2 7092 1 7095 0.0 14079 UPA83906.1 UXX67934.1 97.4 7093 185 1 1 7092 1 7093 0.0 14058 UPA83906.1 UCP72061.1 97.2 7096 194 2 1 7092 1 7096 0.0 14031 UPA83906.1 UCP77012.1 97.1 7096 205 2 1 7092 1 7096 0.0 14008 UPA83906.1 UKN67998.1 97.0 7072 209 0 21 7092 1 7072 0.0 13951 UPA83906.1 WHE12941.1 96.8 7067 228 1 27 7092 1 7067 0.0 13904 UPA83906.1 UGA79226.1 96.4 7096 255 2 1 7092 1 7096 0.0 13869 UPA83906.1 UAQ80067.1 96.2 7096 268 2 1 7092 1 7096 0.0 13802 UPA83906.1 UJT06733.1 95.0 7092 352 0 1 7092 1 7092 0.0 13623 UPA83906.1 UVI10561.1 94.9 7066 359 1 28 7092 1 7066 0.0 13587 UPA83906.1 UOU30556.1 94.2 7093 407 1 1 7092 1 7093 0.0 13438 UPA83906.1 UMA88644.1 90.9 7071 643 0 22 7092 1 7071 0.0 12821 UPA83906.1 WAS49087.1 89.1 7093 772 1 1 7092 1 7093 0.0 12594 UPA83906.1 WGP98278.1 85.0 7096 1059 2 1 7092 1 7096 0.0 11774 UPA83906.1 ULA23837.2 99.0 4397 44 0 1 4397 1 4397 0.0 8880 UPA83906.1 UXH94526.1 99.0 4397 45 0 1 4397 1 4397 0.0 8876 UPA83906.1 QXR94354.1 98.8 4398 52 1 1 4397 1 4398 0.0 8864 UPA83906.1 UPP41269.1 98.7 4398 55 1 1 4397 1 4398 0.0 8860 UPA83906.1 QTD03487.1 98.7 4401 53 2 1 4397 1 4401 0.0 8860 UPA83906.1 QTM79632.1 98.7 4398 54 1 1 4397 1 4398 0.0 8858 UPA83906.1 USR14792.1 98.7 4398 56 1 1 4397 1 4398 0.0 8857 UPA83906.1 QTZ27226.1 98.7 4398 56 1 1 4397 1 4398 0.0 8853 UPA83906.1 UFM00670.1 98.6 4401 56 2 1 4397 1 4401 0.0 8849 UPA83906.1 UKU68032.1 98.7 4397 58 0 1 4397 1 4397 0.0 8848 UPA83906.1 UEC68750.1 98.6 4401 56 2 1 4397 1 4401 0.0 8847 UPA83906.1 UHM53165.1 98.6 4401 56 2 1 4397 1 4401 0.0 8844 UPA83906.1 UFM02602.1 98.6 4401 56 2 1 4397 1 4401 0.0 8844 UPA83906.1 UBL45068.1 98.6 4401 56 2 1 4397 1 4401 0.0 8841 UPA83906.1 UJV88611.1 97.0 4397 130 0 1 4397 1 4397 0.0 8685 UPA83906.1 UJJ97602.1 96.7 4397 143 0 1 4397 1 4397 0.0 8651 UPA83906.1 UJS94137.1 98.0 4292 84 0 106 4397 1 4292 0.0 8570 UPA83906.1 ULB83374.1 95.8 4397 184 0 1 4397 1 4397 0.0 8547 UPA83906.1 UGB98301.1 93.2 4401 294 2 1 4397 1 4401 0.0 8271 UPA83906.1 QRX02582.1 98.8 4098 47 2 1 4094 1 4098 0.0 8238 UPA83906.1 UFA30503.1 92.4 4340 325 2 27 4362 1 4340 0.0 8059 UPA83906.1 WGP70063.1 91.4 4369 372 2 1 4365 1 4369 0.0 8009 UPA83906.1 WEI27974.1 90.3 4398 426 1 1 4397 1 4398 0.0 7957 UPA83906.1 UNI03201.1 90.3 4374 420 2 27 4397 1 4374 0.0 7920 UPA83906.1 UEX07109.1 86.9 4375 569 2 27 4397 1 4375 0.0 7568 UPA83906.1 URP80785.1 81.8 4371 794 1 28 4397 1 4371 0.0 7049 UPA83906.1 UYE49180.1 75.5 4398 1077 1 1 4397 1 4398 0.0 6321 UPA83906.1 UPB00876.1 75.7 4371 1063 1 28 4397 1 4371 0.0 6315 UPA83906.1 WGQ72821.1 65.6 4344 1489 2 26 4365 1 4344 0.0 5206 WP_004208647.1 WP_004208647.1 100 232 0 0 1 232 1 232 3.96e-171 468 WP_004208647.1 WP_091733714.1 39.0 228 130 3 11 230 11 237 1.58e-47 155 WP_004208647.1 WP_154541351.1 44.3 61 31 1 46 103 44 104 1.64e-11 60.8 WP_053816212.1 WP_053816212.1 100 471 0 0 1 471 1 471 0.0 966 HCI22783.1 HCI22783.1 100 287 0 0 1 287 1 287 4.19e-214 582 WP_116701099.1 WP_116701099.1 100 310 0 0 1 310 1 310 1.18e-236 640 WP_116701099.1 WP_058635033.1 35.0 286 169 6 33 309 30 307 3.78e-48 162 WP_116701099.1 WP_059510827.1 34.4 247 140 5 52 285 43 280 2.14e-44 152 WP_116701099.1 WP_251874466.1 35.0 257 158 5 36 287 34 286 1.32e-43 150 WP_116701099.1 MBC99785.1 34.3 233 133 4 70 285 63 292 6.17e-36 130 WP_116701099.1 WP_234306850.1 32.5 265 171 6 49 310 46 305 5.05e-34 124 YP_009919788.1 YP_009919788.1 100 128 0 0 1 128 1 128 4.62e-92 260 WP_004660460.1 WP_004660460.1 100 436 0 0 1 436 1 436 0.0 914 WP_004727834.1 WP_004727834.1 100 183 0 0 1 183 1 183 2.56e-136 376 GFX07062.1 GFX07062.1 100 164 0 0 1 164 1 164 2.54e-120 334 NXG47881.1 NXG47881.1 100 543 0 0 1 543 1 543 0.0 1100 NXG47881.1 WP_164588414.1 35.8 106 63 2 7 108 22 126 3.62e-08 54.3 WP_110984669.1 WP_110984669.1 100 387 0 0 1 387 1 387 1.73e-277 750 WP_050342552.1 WP_050342552.1 93.6 405 26 0 1 405 1 405 7.81e-290 783 WP_266708839.1 WP_266708839.1 92.8 531 38 0 1 531 1 531 0.0 1001 WP_274323930.1 WP_274323930.1 100 114 0 0 1 114 1 114 4.88e-76 218 WP_044459070.1 WP_044459070.1 100 197 0 0 1 197 1 197 3.32e-148 407 MBZ0271896.1 MBZ0271896.1 100 184 0 0 1 184 1 184 1.54e-133 369 MBZ0271896.1 MBQ6488280.1 34.1 88 58 0 9 96 4 91 1.12e-13 64.3 KAF2871612.1 KAF2871612.1 100 97 0 0 1 97 1 97 2.52e-70 202 OGF51096.1 OGF51096.1 100 251 0 0 1 251 1 251 2.04e-187 511 KAA0015115.1 KAA0015115.1 100 326 0 0 1 326 1 326 1.98e-243 659 KAA0015115.1 MBU2271834.1 29.7 306 195 11 23 311 4 306 5.74e-29 111 MCD6081740.1 MCD6081740.1 100 173 0 0 1 173 1 173 1.45e-128 356 MCD6081740.1 NOT95054.1 32.7 55 37 0 5 59 13 67 8.46e-04 36.2 WP_074527819.1 WP_074527819.1 98.3 600 10 0 1 600 1 600 0.0 1145 WP_074527819.1 WP_109267392.1 38.9 583 342 6 19 598 16 587 1.86e-132 399 WP_074527819.1 KAH8780162.1 31.5 248 131 12 4 223 15 251 3.54e-10 60.8 WP_108511015.1 WP_108511015.1 96.1 335 13 0 1 335 1 335 6.52e-233 633 WP_108511015.1 MBI2506024.1 29.6 206 128 7 12 206 52 251 4.41e-13 67.8 WP_167197999.1 WP_167197999.1 100 79 0 0 1 79 1 79 4.92e-53 157 QDH16072.1 QDH16072.1 100 180 0 0 1 180 1 180 2.78e-134 371 QDH16072.1 WP_005710284.1 49.2 128 57 2 34 157 30 153 1.07e-37 125 NGP45824.1 NGP45824.1 96.4 247 9 0 1 247 1 247 7.36e-179 489 NGP45824.1 WP_113851760.1 43.3 245 128 6 4 242 3 242 4.24e-58 183 NGP45824.1 WP_282979415.1 37.8 241 146 3 2 238 76 316 8.23e-54 174 NGP45824.1 MBQ6815353.1 39.3 178 97 5 67 241 96 265 2.36e-28 107 MCB9315714.1 MCB9315714.1 100 213 0 0 1 213 1 213 2.92e-159 437 MCB9315714.1 WP_254972748.1 36.6 101 63 1 111 211 852 951 1.36e-13 67.4 WP_165144904.1 WP_165144904.1 100 291 0 0 1 291 1 291 2.86e-223 605 WP_165144904.1 URJ46333.1 29.2 281 177 5 3 280 6 267 2.07e-25 100 GLC62462.1 GLC62462.1 100 179 0 0 1 179 1 179 5.00e-132 365 WP_068051662.1 WP_068051662.1 100 543 0 0 1 543 1 543 0.0 1113 WP_068051662.1 WP_098279309.1 42.2 538 296 8 5 534 2 532 3.74e-154 450 WP_068051662.1 WP_112119927.1 26.0 503 306 16 37 532 25 468 2.50e-43 159 WP_068051662.1 NQW84129.1 26.0 515 329 16 37 529 65 549 9.31e-42 156 WP_068051662.1 WP_254101325.1 25.7 549 319 18 34 528 102 615 3.05e-29 120 WP_068051662.1 MBF2759673.1 24.6 582 310 22 39 531 185 726 2.37e-17 84.0 KFZ09473.1 KFZ09473.1 100 262 0 0 1 262 1 262 7.16e-198 538 MCF8452598.1 MCF8452598.1 100 376 0 0 1 376 1 376 5.60e-282 761 WP_179243590.1 WP_179243590.1 100 317 0 0 1 317 1 317 3.43e-219 597 WP_179243590.1 WP_257777211.1 45.9 281 134 4 2 276 18 286 9.35e-72 223 UBY01598.1 UBY01598.1 100 108 0 0 11 118 11 118 3.93e-68 199 PBN43802.1 PBN43802.1 100 468 0 0 14 481 14 481 0.0 980 PBN43802.1 WP_202659240.1 34.7 271 156 9 175 439 46 301 5.11e-37 137 PBN43802.1 WP_045257206.1 32.1 327 191 11 138 453 4 310 2.27e-36 135 PBN43802.1 KAJ9293589.1 28.9 256 138 9 211 437 1 241 2.45e-18 83.2 UNP61785.1 UNP61785.1 100 493 0 0 1 493 1 493 0.0 997 UNP61785.1 AHM93900.1 46.7 503 252 7 3 493 170 668 1.69e-160 469 MBI3778926.1 MBI3778926.1 100 207 0 0 1 207 1 207 1.77e-157 432 WP_055947144.1 WP_055947144.1 100 214 0 0 1 214 1 214 3.92e-144 399 EHW4033744.1 EHW4033744.1 96.6 206 7 0 1 206 1 206 1.98e-149 411 MCA9004139.1 MCA9004139.1 100 161 0 0 1 161 1 161 1.37e-118 330 MBM3534697.1 MBM3534697.1 100 719 0 0 1 719 1 719 0.0 1463 MBM3534697.1 WP_222322625.1 26.0 534 326 21 216 706 7 514 2.40e-22 99.8 MCE2152122.1 MCE2152122.1 100 184 0 0 1 184 1 184 8.26e-138 380 MCE2152122.1 MBM3701396.1 41.5 183 100 1 1 176 1 183 2.18e-48 154 MCE2152122.1 MBT3228703.1 25.9 139 102 1 39 177 49 186 3.72e-09 53.1 WP_090467430.1 WP_090467430.1 100 206 0 0 1 206 1 206 3.71e-154 423 EHR8930749.1 EHR8930749.1 100 170 0 0 1 170 1 170 6.91e-121 336 KOR85988.1 KOR85988.1 96.8 585 19 0 1 585 1 585 0.0 1146 KOR85988.1 WP_178999808.1 21.1 560 405 12 1 533 16 565 3.40e-37 144 KOR85988.1 MCD6173453.1 28.4 331 178 7 10 312 7 306 3.47e-30 119 KOR85988.1 WP_203727943.1 25.2 389 280 6 15 401 7 386 8.50e-25 107 WP_264950959.1 WP_264950959.1 100 767 0 0 1 767 1 767 0.0 1572 WP_264950959.1 PKB44918.1 31.3 179 112 4 6 183 111 279 6.62e-14 73.9 WP_238975975.1 WP_238975975.1 100 523 0 0 1 523 1 523 0.0 1030 WP_212282141.1 WP_212282141.1 80.5 82 16 0 1 82 1 82 6.07e-45 139 EAQ06730.1 EAQ06730.1 100 265 0 0 1 265 1 265 3.83e-199 542 WP_236248745.1 WP_236248745.1 100 136 0 0 1 136 1 136 4.16e-101 283 EFX4914003.1 EFX4914003.1 100 239 0 0 1 239 1 239 3.03e-183 499 EFL6071320.1 EFL6071320.1 100 365 0 0 1 365 1 365 2.65e-279 753 EFL6071320.1 WP_261281372.1 30.1 409 201 17 8 358 25 406 3.09e-35 131 MOY08337.1 MOY08337.1 100 14 0 0 1 14 1 14 6.01e-06 34.7 WP_123363258.1 WP_123363258.1 100 195 0 0 18 212 18 212 2.12e-147 407 WP_123363258.1 WP_065148066.1 52.4 189 78 4 28 206 34 220 1.35e-57 180 GIS82389.1 GIS82389.1 100 80 0 0 1 80 1 80 1.34e-55 164 XP_040342838.1 XP_040342838.1 92.6 1353 100 0 1 1353 1 1353 0.0 2404 AFA35617.1 AFA35617.1 100 215 0 0 1 215 1 215 1.14e-157 433 NQJ73193.1 NQJ73193.1 100 272 0 0 1 272 1 272 4.15e-202 550 XP_026829212.1 XP_026829212.1 90.6 2695 254 0 1 2695 1 2695 0.0 4782 XP_026829212.1 KAF9922452.1 56.5 46 18 2 896 940 1633 1677 3.44e-06 51.2 KAI1358894.1 KAI1358894.1 100 525 0 0 1 525 1 525 0.0 1077 WP_024870391.1 WP_024870391.1 100 323 0 0 1 323 1 323 1.83e-242 656 EAI2381694.1 EAI2381694.1 100 96 0 0 1 96 1 96 3.89e-69 199 EAI2381694.1 MBW1731384.1 25.7 74 54 1 12 85 14 86 4.37e-09 48.1 WP_167263015.1 WP_167263015.1 100 369 0 0 1 369 1 369 1.37e-283 764 WP_167263015.1 MBQ1771956.1 42.1 368 203 5 1 366 7 366 2.56e-93 282 WP_167263015.1 MBC5824559.1 32.5 348 228 3 1 345 1 344 1.44e-57 190 WP_222168304.1 WP_222168304.1 100 845 0 0 1 845 1 845 0.0 1751 WP_222168304.1 WP_242685612.1 29.0 831 540 24 31 843 38 836 7.95e-89 298 WP_222168304.1 WP_202291019.1 28.5 863 542 29 12 842 16 835 6.72e-87 293 WP_222168304.1 ECD4982842.1 28.7 857 522 34 16 827 18 830 1.90e-75 262 WP_222168304.1 WP_237762402.1 34.4 529 319 14 7 520 1 516 3.65e-74 253 WP_222168304.1 EBS3704194.1 28.4 848 536 30 16 827 18 830 4.50e-74 258 WP_221265680.1 WP_221265680.1 95.6 316 14 0 1 316 1 316 3.23e-213 583 WP_221265680.1 WP_084371009.1 32.3 297 193 4 20 309 3 298 3.03e-53 175 WP_221265680.1 WP_281543397.1 41.2 194 113 1 35 228 5 197 1.54e-45 155 WP_221265680.1 WP_152652784.1 31.1 264 174 3 25 282 11 272 1.29e-38 137 WP_221265680.1 EHR6291555.1 32.4 210 141 1 19 228 329 537 4.91e-35 132 WP_221265680.1 MSO30570.1 34.4 221 143 2 15 234 3 222 1.32e-34 127 WP_221265680.1 WP_192500494.1 28.6 217 147 4 20 233 3 214 1.01e-33 124 WP_221265680.1 NVM03966.1 23.4 290 202 7 35 314 38 317 7.84e-29 111 WP_221265680.1 WP_132175930.1 28.8 264 175 5 25 280 33 291 7.17e-23 95.5 WP_221265680.1 WP_250499463.1 29.2 226 148 5 14 228 3 227 2.46e-22 92.0 WP_221265680.1 WP_150396769.1 29.8 208 135 4 32 228 286 493 4.72e-16 77.0 WP_221265680.1 WP_089246429.1 32.2 208 130 4 38 234 23 230 6.30e-16 76.6 WP_221265680.1 WP_011512097.1 29.1 261 160 11 19 270 344 588 5.40e-15 73.9 WP_221265680.1 WP_131166802.1 30.6 242 143 8 17 235 3 242 4.08e-14 70.5 WP_221265680.1 KAI9191373.1 29.0 155 103 4 34 182 412 565 1.63e-11 63.5 WP_221265680.1 WAY96880.1 25.6 156 111 3 32 182 2 157 1.97e-08 52.0 WP_221265680.1 WP_041710957.1 20.3 212 127 5 19 229 3 173 9.60e-07 48.5 WP_221265680.1 WP_105160947.1 21.5 214 145 4 22 213 6 218 1.61e-04 41.6 WP_087199737.1 WP_087199737.1 96.7 613 20 0 1 613 1 613 0.0 1221 WP_087199737.1 WP_267918242.1 21.4 566 308 19 97 607 96 579 1.51e-15 78.2 HAI0697239.1 HAI0697239.1 97.6 795 19 0 1 795 1 795 0.0 1606 HAI0697239.1 MBP6132529.1 45.5 796 428 2 1 794 1 792 1.65e-240 689 WP_039190453.1 WP_039190453.1 93.7 457 29 0 1 457 1 457 0.0 878 WP_039190453.1 EMS62928.1 40.7 317 187 1 139 455 93 408 8.14e-84 262 WP_039190453.1 MBR1628375.1 26.7 285 180 10 137 411 4 269 9.95e-21 90.9 WP_039190453.1 MBY0286260.1 45.5 88 47 1 4 91 3 89 4.64e-16 78.2 WP_039190453.1 WP_267292626.1 37.0 127 72 4 4 129 118 237 1.76e-11 64.3 WP_268285128.1 WP_268285128.1 100 408 0 0 1 408 1 408 2.96e-316 850 WP_268285128.1 WP_016809838.1 28.3 265 157 6 10 274 2 233 8.09e-18 82.4 WP_223360106.1 WP_223360106.1 92.0 402 32 0 1 402 1 402 6.76e-262 712 OUR78726.1 OUR78726.1 100 102 0 0 1 102 1 102 2.19e-71 206 NIP79453.1 NIP79453.1 100 86 0 0 1 86 1 86 9.41e-61 177 NIP79453.1 WP_024330540.1 44.3 88 47 2 1 86 139 226 4.22e-19 78.2 XP_008332845.1 XP_008332845.1 100 531 0 0 1 531 1 531 0.0 1091 TQD74562.1 TQD74562.1 93.2 219 15 0 1 219 1 219 1.95e-151 417 MCL4381067.1 MCL4381067.1 87.3 126 16 0 1 126 1 126 3.53e-77 222 WP_091276063.1 WP_091276063.1 100 45 0 0 1 45 1 45 7.14e-27 89.4 WP_091276063.1 NXE29491.1 56.4 39 17 0 6 44 19 57 1.97e-08 43.1 PDM41204.1 PDM41204.1 94.9 661 34 0 1 661 1 661 0.0 1232 WP_205448866.1 WP_205448866.1 97.1 350 10 0 1 350 1 350 7.88e-253 685 TKJ28570.1 TKJ28570.1 100 213 0 0 1 213 1 213 2.38e-149 412 WP_204037257.1 WP_204037257.1 100 191 0 0 1 191 1 191 4.72e-136 376 WP_204037257.1 MBV8133755.1 39.2 181 105 1 12 187 25 205 9.11e-39 130 WP_204037257.1 MBD7990178.1 40.7 162 86 2 8 159 12 173 5.07e-35 120 TQD99590.1 TQD99590.1 100 189 0 0 1 189 1 189 2.54e-139 384 WP_180130780.1 WP_180130780.1 100 454 0 0 1 454 1 454 0.0 923 WP_180130780.1 MBL7790458.1 32.1 109 55 4 327 434 109 199 2.48e-06 46.6 WP_254962431.1 WP_254962431.1 100 312 0 0 1 312 1 312 1.15e-244 661 WP_245961518.1 WP_245961518.1 80.0 60 12 0 1 60 1 60 6.99e-29 95.5 MBN8919778.1 MBN8919778.1 100 323 0 0 1 323 1 323 1.05e-232 632 PWL92822.1 PWL92822.1 100 121 0 0 1 121 1 121 1.36e-83 238 KFY78659.1 KFY78659.1 94.4 981 55 0 1 981 1 981 0.0 1928 WP_079619859.1 WP_079619859.1 97.1 344 10 0 1 344 1 344 7.01e-253 684 PLX13828.1 PLX13828.1 100 157 0 0 1 157 1 157 9.32e-115 320 MBW1714133.1 MBW1714133.1 79.1 163 34 0 1 163 1 163 1.43e-80 234 ENF92344.1 ENF92344.1 100 292 0 0 1 292 1 292 7.90e-226 612 ENF92344.1 WP_117077319.1 84.3 153 24 0 2 154 4 156 4.04e-97 281 ENF92344.1 WP_240732162.1 32.3 96 53 3 171 259 2 92 1.39e-07 47.8 WP_258515841.1 WP_258515841.1 100 81 0 0 1 81 1 81 1.50e-57 169 ECP6736894.1 ECP6736894.1 100 344 0 0 1 344 1 344 3.01e-263 711 ECP6736894.1 EFS8130303.1 95.3 344 16 0 1 344 1 344 8.16e-251 684 ECP6736894.1 PJQ02245.1 31.5 314 202 6 38 341 47 357 8.37e-41 149 ECP6736894.1 EJA9392162.1 37.3 142 80 3 208 341 9 149 3.33e-23 95.5 ECP6736894.1 EAL1671435.1 39.1 115 61 3 234 341 1 113 9.52e-17 79.0 ECP6736894.1 WP_181244664.1 40.0 70 40 1 228 295 191 260 3.22e-06 46.6 WP_006034446.1 WP_006034446.1 100 312 0 0 1 312 1 312 1.50e-240 650 WP_006034446.1 WP_200047810.1 30.6 232 152 3 82 308 93 320 3.16e-28 109 WP_006034446.1 UOK61174.1 26.2 107 78 1 201 307 253 358 1.25e-04 41.6 WP_106759541.1 WP_106759541.1 97.6 415 10 0 1 415 1 415 1.39e-304 821 WP_204663166.1 WP_204663166.1 100 253 0 0 1 253 1 253 8.59e-181 494 MBJ7292067.1 MBJ7292067.1 100 264 0 0 1 264 1 264 9.77e-197 536 MBJ7292067.1 MCF8709434.1 43.5 260 139 5 8 264 15 269 8.54e-55 176 WP_086486287.1 WP_086486287.1 100 133 0 0 1 133 1 133 2.34e-92 261 EHH4366918.1 EHH4366918.1 100 317 0 0 1 317 1 317 1.77e-246 666 WP_282689626.1 WP_282689626.1 96.3 270 10 0 1 270 1 270 1.18e-191 523 WP_282689626.1 WP_065073385.1 28.6 126 76 2 82 207 49 160 2.12e-08 52.4 KAJ1529594.1 KAJ1529594.1 100 148 0 0 1 148 1 148 7.24e-110 306 KAJ1529594.1 AAV84242.1 74.8 143 35 1 7 148 2 144 8.97e-76 220 WP_055337992.1 WP_055337992.1 97.4 386 10 0 1 386 1 386 1.98e-287 775 WP_055337992.1 WP_019444443.1 65.2 322 112 0 65 386 2 323 5.52e-168 471 WP_055337992.1 MBL6847974.1 40.4 381 218 4 11 386 12 388 7.82e-104 310 WP_055337992.1 WP_019585553.1 32.0 363 240 5 6 363 18 378 6.00e-52 176 WP_055337992.1 MCH8312862.1 26.8 325 214 8 36 353 19 326 1.64e-28 112 WP_055337992.1 RYZ40664.1 26.2 367 241 11 2 353 9 360 3.30e-22 95.5 XP_040136988.1 XP_040136988.1 92.1 507 40 0 1 507 1 507 0.0 975 WP_060933343.1 WP_060933343.1 100 110 0 0 1 110 1 110 5.57e-80 228 WP_258380998.1 WP_258380998.1 100 239 0 0 1 239 1 239 1.62e-178 488 MCB1338306.1 MCB1338306.1 100 225 0 0 1 225 1 225 1.75e-166 456 WP_038052668.1 WP_038052668.1 100 417 0 0 1 417 1 417 1.70e-306 826 WP_038052668.1 WP_200198809.1 42.0 352 196 3 67 411 67 417 2.23e-89 275 WP_038052668.1 XP_052534275.1 32.9 504 239 15 6 416 105 602 1.63e-70 231 WP_116619797.1 WP_116619797.1 76.2 122 29 0 1 122 1 122 1.55e-60 180 WP_105526419.1 WP_105526419.1 89.1 247 27 0 1 247 1 247 4.12e-144 401 WP_129543374.1 WP_129543374.1 100 168 0 0 1 168 1 168 2.07e-121 337 MBL8820230.1 MBL8820230.1 100 325 0 0 1 325 1 325 1.34e-245 664 MBL8820230.1 RYE89993.1 39.7 310 155 5 28 316 31 329 1.04e-66 211 XP_004869485.1 XP_004869485.1 89.7 555 57 0 1 555 1 555 0.0 984 XP_004869485.1 XP_044902674.1 43.5 230 121 3 228 457 309 529 9.25e-54 191 XP_004869485.1 EFB15155.1 40.8 233 129 3 230 462 374 597 8.63e-53 187 XP_004869485.1 XP_017706045.1 34.8 244 147 4 217 457 304 538 9.91e-49 178 XP_004869485.1 KAB0382747.1 40.9 230 127 3 228 457 532 752 1.53e-48 178 XP_004869485.1 XP_022457077.1 39.2 166 92 5 263 423 210 371 3.67e-25 106 XP_004869485.1 PVD36313.1 41.1 90 50 2 332 420 96 183 2.34e-14 74.7 WP_248846761.1 WP_248846761.1 100 59 0 0 1 59 1 59 2.71e-39 121 MCP5260845.1 MCP5260845.1 100 567 0 0 1 567 1 567 0.0 1134 MCP5260845.1 WP_180196654.1 53.1 569 242 8 3 564 7 557 1.25e-198 565 WDS37366.1 WDS37366.1 98.3 532 9 0 1 532 1 532 0.0 1058 WP_238844860.1 WP_238844860.1 100 270 0 0 1 270 1 270 1.99e-208 566 NXY38534.1 NXY38534.1 100 147 0 0 1 147 1 147 6.71e-110 306 NXY38534.1 XP_055254096.1 79.7 118 22 1 1 116 61 178 6.31e-68 202 WP_263072085.1 WP_263072085.1 100 254 0 0 1 254 1 254 1.74e-185 506 MCB1815789.1 MCB1815789.1 100 310 0 0 1 310 1 310 4.81e-236 639 MWR41881.1 MWR41881.1 100 267 0 0 1 267 1 267 5.62e-193 526 MWR41881.1 WP_076409454.1 40.7 216 122 1 49 264 25 234 1.94e-54 177 MWR41881.1 WP_011057593.1 37.2 234 141 1 32 265 8 235 4.69e-54 177 MWR41881.1 WP_176354145.1 41.4 222 123 2 44 264 21 236 3.90e-52 172 MWR41881.1 WP_008470196.1 38.0 245 145 5 25 266 5 245 4.83e-50 163 MWR41881.1 WP_140480909.1 38.4 232 135 2 35 264 18 243 1.26e-49 166 MWR41881.1 WP_170725874.1 39.4 221 128 1 44 264 20 234 4.54e-49 163 MWR41881.1 WP_258581409.1 39.4 221 128 1 44 264 19 233 2.02e-47 160 MWR41881.1 WP_142133210.1 38.8 224 129 4 45 265 27 245 2.31e-47 156 MWR41881.1 WP_237907640.1 39.4 221 128 2 44 264 19 233 6.27e-47 158 MWR41881.1 WP_279984614.1 39.0 228 132 3 44 265 25 251 1.48e-45 152 MWR41881.1 HBO4828144.1 37.9 219 120 2 44 262 30 232 1.05e-43 148 MWR41881.1 WP_077217464.1 38.9 216 118 2 39 249 45 251 1.30e-42 145 MWR41881.1 MBC7326981.1 34.6 234 139 7 44 267 22 251 1.39e-39 136 MWR41881.1 WP_107894076.1 37.0 230 133 5 44 262 25 253 8.43e-38 134 MWR41881.1 WP_158791585.1 33.3 240 144 6 39 267 15 249 2.38e-36 128 MWR41881.1 RUU66461.1 36.3 223 136 5 44 262 106 326 2.42e-36 131 MWR41881.1 WP_072380563.1 33.8 219 142 3 49 265 22 239 2.88e-36 127 MWR41881.1 WP_207918089.1 34.1 255 147 9 26 265 3 251 7.63e-34 121 MWR41881.1 OAN53756.1 31.6 234 136 7 49 267 32 256 1.26e-33 121 MWR41881.1 WP_066083732.1 31.3 259 157 6 29 266 1 259 2.37e-33 122 MWR41881.1 WP_227059655.1 32.2 264 163 5 18 265 11 274 7.27e-33 124 MWR41881.1 WP_174822921.1 30.6 242 148 7 39 267 18 252 1.72e-32 118 MWR41881.1 MXP43753.1 31.2 237 143 8 44 267 30 259 2.14e-31 115 MWR41881.1 WP_098952357.1 33.6 241 140 5 28 260 22 250 5.29e-31 115 MWR41881.1 WP_152652784.1 35.7 221 135 3 34 254 11 224 1.51e-30 114 MWR41881.1 WP_276362074.1 30.8 227 138 5 44 255 20 242 8.12e-29 108 MWR41881.1 GLY24463.1 30.0 233 153 5 38 260 18 250 1.15e-26 104 MWR41881.1 WP_036258374.1 32.9 240 132 7 29 253 325 550 4.55e-26 105 MWR41881.1 RLN50561.1 30.5 210 139 3 39 248 655 857 7.74e-25 102 MWR41881.1 WP_071876418.1 29.0 217 138 4 44 252 21 229 1.50e-23 97.8 MWR41881.1 WP_084371009.1 28.4 243 141 6 3 244 1 211 2.91e-23 94.7 MWR41881.1 MBQ8297564.1 31.5 216 123 7 49 253 355 556 1.51e-21 92.0 MWR41881.1 KAI9191373.1 31.6 206 96 7 59 253 428 599 2.24e-19 85.9 MWR41881.1 EHR6291555.1 29.5 207 139 4 51 257 30 229 3.51e-19 85.1 MWR41881.1 THW78755.1 27.6 239 144 5 17 248 455 671 2.79e-18 82.8 MWR41881.1 WP_197521413.1 30.8 211 120 6 44 249 22 211 3.21e-18 80.5 MWR41881.1 WAY96880.1 35.0 157 94 3 44 196 5 157 3.75e-16 73.2 MWR41881.1 CDZ73727.1 26.4 216 131 4 48 252 21 219 4.48e-10 57.0 XP_044490862.1 XP_044490862.1 89.8 343 35 0 1 343 1 343 7.82e-229 624 MBM3322720.1 MBM3322720.1 100 343 0 0 1 343 1 343 1.75e-266 719 WP_038440434.1 WP_038440434.1 98.3 581 10 0 1 581 1 581 0.0 1153 WP_038440434.1 WP_060613079.1 27.0 515 366 7 61 569 69 579 8.00e-53 188 WP_038440434.1 WP_195238978.1 27.9 456 288 12 136 578 305 732 1.34e-45 170 WP_038440434.1 NFD84694.1 23.7 569 358 15 40 575 239 764 4.32e-42 160 WP_038440434.1 WP_011512097.1 29.1 357 242 4 223 569 225 580 3.72e-38 147 WP_038440434.1 MBQ8297564.1 23.2 521 378 9 64 573 65 574 1.70e-33 133 WP_038440434.1 WP_041481207.1 31.6 228 153 2 305 529 305 532 4.40e-33 131 WP_038440434.1 WP_247749043.1 30.3 274 176 7 308 569 328 598 4.53e-30 123 WP_038440434.1 MCH4209672.1 30.5 177 98 5 367 538 414 570 7.46e-15 75.9 WP_038440434.1 WP_278489123.1 25.5 267 144 9 335 575 6 243 6.21e-14 70.9 WP_038440434.1 WP_258581409.1 28.2 213 127 7 351 551 19 217 1.35e-13 70.9 WP_038440434.1 WP_142931103.1 29.8 225 124 9 338 542 255 465 1.63e-13 71.2 WP_038440434.1 WP_072380563.1 27.5 247 143 9 336 567 3 228 2.27e-13 68.6 WP_038440434.1 WP_098952357.1 27.6 239 158 8 350 576 30 265 2.28e-13 69.7 WP_038440434.1 WP_150396769.1 36.7 79 48 2 470 546 415 493 1.32e-05 46.2 XP_005087540.1 XP_005087540.1 100 314 0 0 1 314 1 314 4.26e-232 629 XP_005087540.1 XP_042531659.1 42.2 303 175 0 1 303 1 303 5.04e-85 256 XP_005087540.1 XP_054446685.1 40.7 295 175 0 10 304 8 302 4.92e-77 236 XP_005087540.1 XP_034290446.1 40.0 300 179 1 11 309 12 311 1.19e-72 225 XP_005087540.1 XP_012889676.1 39.4 302 183 0 1 302 1 302 8.05e-72 223 XP_005087540.1 XP_002688837.2 36.2 298 190 0 9 306 9 306 1.93e-64 204 XP_005087540.1 AAR19565.1 37.4 222 139 0 64 285 1 222 6.56e-49 161 XP_005087540.1 XP_046298169.1 33.8 302 190 3 12 307 14 311 3.42e-46 157 PKM16736.1 PKM16736.1 86.0 136 19 0 1 136 1 136 5.41e-79 228 MBG8612140.1 MBG8612140.1 91.8 366 30 0 1 366 1 366 1.51e-249 678 NLY22703.1 NLY22703.1 100 637 0 0 1 637 1 637 0.0 1300 NLY22703.1 MBL0091585.1 43.2 347 186 5 8 344 57 402 1.17e-83 275 TMH33622.1 TMH33622.1 100 244 0 0 1 244 1 244 3.52e-180 492 TEA36401.1 TEA36401.1 100 49 0 0 1 49 1 49 2.95e-32 103 WP_279029857.1 WP_279029857.1 98.1 368 7 0 1 368 1 368 2.05e-264 716 XP_037829017.1 XP_037829017.1 96.7 1195 39 0 1 1195 1 1195 0.0 2378 GBM15324.1 GBM15324.1 96.4 523 19 0 1 523 1 523 0.0 1035 WP_216890540.1 WP_216890540.1 100 425 0 0 1 425 1 425 2.27e-315 849 WP_216890540.1 WP_053743010.1 21.8 376 277 3 52 425 58 418 4.85e-31 121 WP_023955328.1 WP_023955328.1 96.9 352 11 0 1 352 1 352 9.45e-246 667 WP_023955328.1 WP_029317544.1 30.5 357 223 7 1 343 1 346 7.79e-46 160 WP_023955328.1 WP_219954954.1 23.4 342 248 7 4 340 6 338 3.95e-16 77.4 WP_023955328.1 WP_101606078.1 31.3 230 134 10 124 343 113 328 5.93e-14 70.9 EHK9185512.1 EHK9185512.1 100 284 0 0 1 284 1 284 4.74e-223 604 EHK9185512.1 ACA34490.1 31.1 280 159 8 6 275 259 514 2.68e-31 120 WP_236495189.1 WP_236495189.1 100 191 0 0 1 191 1 191 4.05e-137 379 XP_049236752.1 XP_049236752.1 93.7 825 52 0 1 825 1 825 0.0 1518 XP_049236752.1 AJU61790.1 35.0 489 305 7 6 488 21 502 6.71e-93 301 XP_049236752.1 KAI0064471.1 27.7 470 304 12 27 485 44 488 5.08e-43 162 XP_049236752.1 KAF8901107.1 26.4 481 314 12 10 475 33 488 1.70e-36 143 XP_049236752.1 MCB1412915.1 23.2 164 125 1 65 227 67 230 2.94e-06 48.9 MBO6153462.1 MBO6153462.1 100 65 0 0 1 65 1 65 1.48e-41 127 EAZ93353.1 EAZ93353.1 100 53 0 0 1 53 1 53 2.71e-32 103 TAL78422.1 TAL78422.1 100 262 0 0 1 262 1 262 5.25e-200 544 MBQ9979016.1 MBQ9979016.1 100 367 0 0 1 367 1 367 4.53e-272 735 MBQ9979016.1 WP_049105913.1 56.4 94 41 0 129 222 270 363 2.94e-35 130 MBQ9979016.1 MCP4914981.1 68.6 70 22 0 121 190 146 215 2.40e-28 108 MBQ9979016.1 MCH8269832.1 32.2 230 95 8 128 354 158 329 4.08e-16 77.0 WP_232038993.1 WP_232038993.1 100 510 0 0 1 510 1 510 0.0 1028 WP_232038993.1 WP_195426888.1 30.1 422 266 10 71 486 75 473 6.58e-41 152 WP_232038993.1 XP_050320449.1 26.9 443 286 11 63 494 67 482 7.18e-39 146 WP_232038993.1 WP_061795322.1 27.0 497 319 17 24 502 33 503 3.32e-35 136 KAF0259695.1 KAF0259695.1 90.1 212 21 0 1 212 1 212 2.85e-136 379 WP_263011293.1 WP_263011293.1 100 137 0 0 1 137 1 137 2.22e-101 284 WP_153201580.1 WP_153201580.1 100 204 0 0 1 204 1 204 2.06e-150 414 WP_074667553.1 WP_074667553.1 100 335 0 0 1 335 1 335 4.54e-249 674 WP_096443068.1 WP_096443068.1 96.8 313 10 0 1 313 1 313 2.35e-224 610 WP_096443068.1 MCF8709434.1 33.0 227 124 8 33 256 26 227 3.35e-19 84.0 WP_063378475.1 WP_063378475.1 100 79 0 0 1 79 1 79 7.25e-55 162 WP_211627431.1 WP_211627431.1 100 613 0 0 1 613 1 613 0.0 1249 WP_152029253.1 WP_152029253.1 89.6 96 10 0 1 96 1 96 1.31e-58 173 MCR5007903.1 MCR5007903.1 100 193 0 0 1 193 1 193 2.35e-146 402 MCR5007903.1 WP_088527814.1 46.8 188 98 2 1 188 1 186 2.35e-59 182 MCR5007903.1 WP_122081718.1 41.1 190 104 4 2 188 4 188 5.06e-42 139 UEX07109.1 UEX07109.1 99.1 4379 38 0 1 4379 1 4379 0.0 7773 UEX07109.1 UFM00670.1 87.1 4379 563 0 1 4379 27 4405 0.0 7673 UEX07109.1 UEC68750.1 87.2 4379 562 0 1 4379 27 4405 0.0 7672 UEX07109.1 QTD03487.1 87.1 4379 566 0 1 4379 27 4405 0.0 7672 UEX07109.1 UHM53165.1 87.1 4379 563 0 1 4379 27 4405 0.0 7668 UEX07109.1 UFM02602.1 87.1 4379 563 0 1 4379 27 4405 0.0 7667 UEX07109.1 QXR94354.1 87.1 4379 564 1 1 4379 27 4402 0.0 7661 UEX07109.1 UBL45068.1 87.1 4379 565 0 1 4379 27 4405 0.0 7655 UEX07109.1 UPP41269.1 87.0 4379 567 1 1 4379 27 4402 0.0 7652 UEX07109.1 ULA23837.2 87.0 4379 567 2 1 4379 27 4401 0.0 7650 UEX07109.1 USR14792.1 87.0 4379 568 1 1 4379 27 4402 0.0 7648 UEX07109.1 QTM79632.1 87.0 4379 566 1 1 4379 27 4402 0.0 7646 UEX07109.1 QTZ27226.1 87.0 4379 568 1 1 4379 27 4402 0.0 7643 UEX07109.1 UXH94526.1 86.9 4379 568 2 1 4379 27 4401 0.0 7638 UEX07109.1 UVI10561.1 90.2 4374 427 1 2 4375 1 4371 0.0 7623 UEX07109.1 UKU68032.1 86.6 4379 581 2 1 4379 27 4401 0.0 7617 UEX07109.1 QZU16279.1 87.2 4375 560 0 1 4375 27 4401 0.0 7601 UEX07109.1 UBD95131.1 87.2 4375 560 0 1 4375 27 4401 0.0 7600 UEX07109.1 QWC83326.1 87.1 4375 563 0 1 4375 27 4401 0.0 7597 UEX07109.1 UBP50947.1 87.2 4375 562 0 1 4375 27 4401 0.0 7596 UEX07109.1 QSZ25555.1 87.1 4375 565 0 1 4375 27 4401 0.0 7595 UEX07109.1 WEU87158.1 87.1 4375 564 0 1 4375 27 4401 0.0 7594 UEX07109.1 UEC52718.1 87.1 4375 564 0 1 4375 27 4401 0.0 7592 UEX07109.1 QVD87869.1 87.0 4375 565 1 1 4375 27 4398 0.0 7581 UEX07109.1 UIR12670.1 87.0 4375 565 2 1 4375 27 4397 0.0 7578 UEX07109.1 UZO53924.1 87.0 4375 566 1 1 4375 27 4398 0.0 7578 UEX07109.1 UKN67998.1 87.0 4375 566 2 1 4375 7 4377 0.0 7577 UEX07109.1 URQ55824.1 87.0 4375 567 1 1 4375 27 4398 0.0 7576 UEX07109.1 UVB16817.1 87.0 4375 566 1 1 4375 27 4398 0.0 7576 UEX07109.1 UPA83906.1 86.9 4375 569 2 1 4375 27 4397 0.0 7568 UEX07109.1 UMF87224.1 86.9 4375 570 2 1 4375 27 4397 0.0 7565 UEX07109.1 WHE12941.1 88.9 4375 482 1 1 4375 1 4372 0.0 7551 UEX07109.1 UXX67934.1 87.2 4375 555 1 1 4375 27 4398 0.0 7508 UEX07109.1 UAQ80067.1 87.2 4375 560 0 1 4375 27 4401 0.0 7507 UEX07109.1 UCP77012.1 85.8 4375 621 0 1 4375 27 4401 0.0 7500 UEX07109.1 UBR86455.1 86.3 4375 601 0 1 4375 26 4400 0.0 7489 UEX07109.1 UJV88611.1 85.0 4379 653 2 1 4379 27 4401 0.0 7453 UEX07109.1 UNI03201.1 90.2 4379 428 1 1 4379 1 4378 0.0 7453 UEX07109.1 UGA79226.1 85.5 4375 636 0 1 4375 27 4401 0.0 7440 UEX07109.1 UCP72061.1 85.5 4375 635 0 1 4375 27 4401 0.0 7420 UEX07109.1 UJJ97602.1 84.7 4379 666 2 1 4379 27 4401 0.0 7420 UEX07109.1 UGB98301.1 87.7 4379 539 0 1 4379 27 4405 0.0 7400 UEX07109.1 UJS94137.1 86.1 4300 595 2 80 4379 1 4296 0.0 7399 UEX07109.1 UOU30556.1 85.0 4375 652 1 1 4375 27 4398 0.0 7368 UEX07109.1 ULB83374.1 83.8 4379 707 2 1 4379 27 4401 0.0 7308 UEX07109.1 UFA30503.1 87.3 4340 552 0 1 4340 1 4340 0.0 7265 UEX07109.1 WEI27974.1 85.2 4379 643 1 1 4379 27 4402 0.0 7173 UEX07109.1 QRX02582.1 88.1 4041 482 0 1 4041 27 4067 0.0 7159 UEX07109.1 WGP70063.1 82.0 4343 780 0 1 4343 27 4369 0.0 6986 UEX07109.1 UJT06733.1 81.3 4375 815 2 1 4375 27 4397 0.0 6944 UEX07109.1 UMA88644.1 81.7 4375 795 2 1 4375 6 4376 0.0 6908 UEX07109.1 WGP98278.1 80.6 4338 843 0 1 4338 27 4364 0.0 6584 UEX07109.1 URP80785.1 76.8 4378 1012 1 2 4379 1 4375 0.0 6198 UEX07109.1 WAS49087.1 74.0 4375 1133 1 1 4375 27 4398 0.0 6028 UEX07109.1 UPB00876.1 73.5 4378 1159 1 2 4379 1 4375 0.0 5628 UEX07109.1 UYE49180.1 65.0 4379 1531 1 1 4379 27 4402 0.0 5145 UEX07109.1 WGQ72821.1 63.8 4343 1572 0 1 4343 2 4344 0.0 4542 WP_172228453.1 WP_172228453.1 100 57 0 0 1 57 1 57 2.77e-38 119 XP_054800357.1 XP_054800357.1 98.5 659 10 0 1 659 1 659 0.0 1330 MCD4805360.1 MCD4805360.1 91.2 385 34 0 1 385 1 385 2.93e-252 686 MUU11774.1 MUU11774.1 100 284 0 0 1 284 1 284 1.49e-201 550 MUU11774.1 MBS4968936.1 31.2 279 178 4 14 283 11 284 1.85e-35 127 MUU11774.1 MBA2554676.1 28.0 243 169 3 47 284 59 300 1.53e-25 101 WP_221286480.1 WP_221286480.1 96.9 286 9 0 1 286 1 286 1.11e-188 517 WP_221286480.1 WP_187094112.1 42.3 239 114 5 48 279 61 282 4.01e-43 147 WP_076679691.1 WP_076679691.1 100 129 0 0 1 129 1 129 1.73e-92 261 QIG46118.1 QIG46118.1 97.0 330 10 0 1 330 1 330 5.62e-236 640 WP_171531042.1 WP_171531042.1 100 356 0 0 1 356 1 356 1.07e-278 751 XP_002430673.1 XP_002430673.1 100 66 0 0 1 66 1 66 1.16e-43 133 ANJ20823.1 ANJ20823.1 100 66 0 0 1 66 1 66 5.06e-47 141 NXR14151.1 NXR14151.1 100 261 0 0 1 261 1 261 4.86e-200 544 MBI5003436.1 MBI5003436.1 95.5 508 23 0 1 508 1 508 0.0 986 MCU2740175.1 MCU2740175.1 100 186 0 0 1 186 1 186 1.60e-136 377 WP_203339841.1 WP_203339841.1 100 342 0 0 1 342 1 342 4.78e-259 700 WP_203339841.1 NRF69152.1 39.7 272 153 6 13 276 139 407 6.81e-55 186 WP_203339841.1 WP_058504615.1 41.9 265 144 7 16 275 195 454 3.10e-53 182 WP_203339841.1 WP_017718577.1 37.6 266 163 3 12 276 240 503 9.02e-50 174 WP_203339841.1 WP_283107263.1 35.1 276 176 3 2 276 174 447 2.41e-48 169 WP_203339841.1 MBT7163208.1 37.6 258 158 3 22 278 207 462 3.94e-48 169 WP_203339841.1 WP_121975536.1 40.1 152 85 3 130 276 114 264 7.84e-28 109 WP_203339841.1 RYD39969.1 29.6 277 172 9 20 284 21 286 3.37e-25 101 WP_203339841.1 EEC9022132.1 31.7 208 121 6 106 298 194 395 1.91e-22 96.3 WP_203339841.1 WP_029222463.1 36.2 177 97 4 130 296 112 282 4.33e-21 91.3 XP_052621353.1 XP_052621353.1 100 522 0 0 1 522 1 522 0.0 1090 KAJ4922108.1 KAJ4922108.1 97.6 468 11 0 1 468 1 468 0.0 941 KAJ4922108.1 NXM82541.1 47.1 507 194 14 26 468 1 497 1.64e-141 413 KAJ4922108.1 XP_018957721.2 34.8 135 79 4 25 156 11 139 9.42e-17 81.3 MBK6983032.1 MBK6983032.1 82.1 78 14 0 1 78 1 78 6.33e-42 129 MCI9332849.1 MCI9332849.1 100 201 0 0 1 201 1 201 4.34e-146 402 WP_057489847.1 WP_057489847.1 100 120 0 0 1 120 1 120 1.60e-84 241 WP_100146488.1 WP_100146488.1 83.6 67 11 0 1 67 1 67 7.55e-36 113 WP_176018545.1 WP_176018545.1 100 382 0 0 1 382 1 382 1.24e-288 778 WP_176018545.1 MCU1514505.1 42.3 366 195 5 3 365 6 358 2.98e-94 285 MBI4448201.1 MBI4448201.1 100 197 0 0 1 197 1 197 5.51e-147 404 QGA29503.1 QGA29503.1 98.4 685 11 0 1 685 1 685 0.0 1357 QGA29503.1 AFX75916.1 94.2 685 40 0 1 685 1 685 0.0 1309 WP_274358594.1 WP_274358594.1 100 208 0 0 1 208 1 208 9.09e-156 427 XP_052375968.1 XP_052375968.1 100 252 0 0 1 252 1 252 3.14e-187 511 WP_137692307.1 WP_137692307.1 96.1 515 20 0 1 515 1 515 0.0 954 WP_137692307.1 MBR0185573.1 26.8 403 207 16 58 390 244 628 7.14e-19 88.2 MBS0252047.1 MBS0252047.1 100 273 0 0 1 273 1 273 2.59e-201 548 MBM3499926.1 MBM3499926.1 100 263 0 0 1 263 1 263 5.45e-198 539 NBQ41256.1 NBQ41256.1 98.0 297 6 0 1 297 1 297 3.08e-221 600 NBQ41256.1 WP_020913025.1 52.7 296 131 2 1 296 1 287 3.32e-112 324 NBQ41256.1 MBI3461834.1 50.8 297 137 2 1 297 1 288 1.51e-106 310 NBQ41256.1 KAF1538674.1 47.9 307 137 5 2 293 20 318 7.75e-93 276 NBQ41256.1 OCB46767.1 46.2 303 145 4 1 294 1 294 8.43e-85 255 NBQ41256.1 NEQ48723.1 45.9 290 148 3 1 290 1 281 3.86e-83 250 MBQ6111538.1 MBQ6111538.1 100 79 0 0 1 79 1 79 1.21e-53 159 WP_189646918.1 WP_189646918.1 98.8 728 9 0 1 728 1 728 0.0 1409 WP_189646918.1 WP_116818916.1 39.5 745 412 13 2 724 6 733 4.01e-136 417 MXX91804.1 MXX91804.1 100 123 0 0 1 123 1 123 5.94e-88 249 WP_059632389.1 WP_059632389.1 100 414 0 0 1 414 1 414 8.67e-303 816 WP_052379448.1 WP_052379448.1 98.4 305 5 0 1 305 1 305 3.61e-224 608 HCW55486.1 HCW55486.1 100 138 0 0 1 138 1 138 7.14e-103 288 WP_260920963.1 WP_260920963.1 96.6 322 11 0 1 322 1 322 1.48e-211 578 HBS0905846.1 HBS0905846.1 93.2 558 38 0 1 558 1 558 0.0 1018 HBS0905846.1 MCM6312373.1 92.3 558 43 0 1 558 1 558 0.0 1009 HBS0905846.1 HBZ7417361.1 94.7 283 15 0 276 558 1 283 3.55e-197 550 HBS0905846.1 WP_280015341.1 41.0 551 316 4 5 548 10 558 1.63e-125 379 MAA73247.1 MAA73247.1 93.1 174 12 0 1 174 1 174 7.09e-116 324 KJS09633.1 KJS09633.1 96.6 589 20 0 1 589 1 589 0.0 1135 KJS09633.1 WP_185816158.1 40.4 104 62 0 485 588 125 228 7.57e-19 84.3 WP_063427392.1 WP_063427392.1 100 335 0 0 1 335 1 335 4.22e-254 687 WP_063427392.1 WP_198907334.1 29.3 311 209 7 2 308 5 308 1.34e-32 122 WP_171251269.1 WP_171251269.1 100 132 0 0 1 132 1 132 1.31e-93 264 MBR6293537.1 MBR6293537.1 100 177 0 0 1 177 1 177 1.23e-131 364 MBR6293537.1 MBL1150364.1 33.1 181 106 7 4 175 6 180 2.27e-19 79.3 MBD8963934.1 MBD8963934.1 100 395 0 0 1 395 1 395 4.23e-298 803 KAF4998971.1 KAF4998971.1 100 271 0 0 1 271 1 271 4.34e-208 565 WP_056264272.1 WP_056264272.1 100 252 0 0 1 252 1 252 1.43e-183 501 HIE21596.1 HIE21596.1 89.8 285 29 0 1 285 1 285 1.34e-184 507 HIE21596.1 MAJ92374.1 26.3 270 151 9 25 249 28 294 2.21e-14 70.5 WP_262138576.1 WP_262138576.1 93.5 215 14 0 1 215 1 215 2.45e-143 397 NPV66369.1 NPV66369.1 95.7 305 13 0 1 305 1 305 2.85e-221 601 NPV66369.1 OGR46634.1 64.7 292 98 3 2 290 3 292 7.32e-140 395 MBN4358138.1 MBN4358138.1 100 15 0 0 1 15 1 15 1.08e-06 36.6 MBM3366565.1 MBM3366565.1 100 225 0 0 1 225 1 225 9.02e-169 462 MBM3366565.1 MBQ9976843.1 41.5 217 121 4 9 223 5 217 2.45e-48 159 MBM3366565.1 PWU18232.1 38.8 219 123 5 10 223 13 225 1.24e-35 126 WP_182997113.1 WP_182997113.1 100 162 0 0 1 162 1 162 1.08e-120 335 WP_215799033.1 WP_215799033.1 98.3 599 10 0 1 599 1 599 0.0 1187 MBO7690464.1 MBO7690464.1 100 609 0 0 1 609 1 609 0.0 1293 MBO7690464.1 WP_122747354.1 29.9 479 305 10 100 561 62 526 6.81e-63 215 ANN75327.1 ANN75327.1 95.6 293 13 0 1 293 1 293 5.32e-220 597 WP_283525395.1 WP_283525395.1 100 379 0 0 1 379 1 379 1.28e-284 768 WP_283525395.1 EGS8470081.1 42.7 375 208 4 7 376 3 375 7.85e-108 320 RVU39726.1 RVU39726.1 100 158 0 0 1 158 1 158 1.08e-109 307 WP_129189671.1 WP_129189671.1 98.7 701 9 0 1 701 1 701 0.0 1355 AJU61790.1 AJU61790.1 98.8 569 7 0 1 569 1 569 0.0 1164 AJU61790.1 XP_049236752.1 35.0 489 305 7 21 502 6 488 3.08e-95 307 AJU61790.1 EJG1264510.1 26.6 470 296 13 25 485 5 434 7.72e-41 152 AJU61790.1 KAF8901107.1 25.0 476 323 9 26 488 33 487 2.30e-30 123 WP_009620393.1 WP_009620393.1 100 295 0 0 1 295 1 295 5.11e-219 595 WP_009620393.1 WP_077690175.1 33.3 192 122 2 6 194 7 195 2.66e-19 84.7 WP_009620393.1 WP_064711955.1 32.0 122 82 1 1 121 1 122 2.54e-10 58.5 WP_009620393.1 WP_254301195.1 33.7 163 97 5 14 174 19 172 4.49e-10 57.8 WP_009620393.1 MCI2079698.1 20.0 240 191 1 6 244 6 245 6.54e-09 54.3 MCE5327674.1 MCE5327674.1 94.2 691 40 0 1 691 1 691 0.0 1273 MCE5327674.1 KYG00847.1 41.0 178 96 4 371 545 715 886 2.15e-29 123 WP_184846795.1 WP_184846795.1 95.4 716 33 0 1 716 1 716 0.0 1314 CAG5919444.1 CAG5919444.1 98.7 2696 34 0 1 2696 1 2696 0.0 5508 WP_251643117.1 WP_251643117.1 98.9 1129 12 0 1 1129 1 1129 0.0 2289 XP_013338901.1 XP_013338901.1 100 245 0 0 1 245 1 245 7.68e-180 491 WP_254645866.1 WP_254645866.1 85.4 213 31 0 1 213 1 213 5.90e-118 332 EFK3891274.1 EFK3891274.1 100 140 0 0 1 140 1 140 1.14e-100 283 HIP46790.1 HIP46790.1 100 159 0 0 1 159 1 159 4.95e-112 314 HIP46790.1 ACE85434.1 36.6 142 86 4 1 140 9 148 2.59e-24 91.3 WP_271820285.1 WP_271820285.1 100 371 0 0 1 371 1 371 2.98e-279 753 WP_271820285.1 MCB9544502.1 53.3 92 39 2 279 369 10 98 1.58e-23 92.0 WP_119400337.1 WP_119400337.1 100 134 0 0 1 134 1 134 1.30e-94 267 WP_119400337.1 MAB27215.1 41.4 133 76 2 1 133 1 131 6.13e-28 98.6 GGK76871.1 GGK76871.1 89.1 276 30 0 1 276 1 276 5.15e-173 477 WP_161554567.1 WP_161554567.1 100 252 0 0 1 252 1 252 1.50e-194 529 MBD5394228.1 MBD5394228.1 96.7 301 10 0 1 301 1 301 1.11e-216 589 MBD5394228.1 WP_163042480.1 31.5 203 127 6 107 297 117 319 3.50e-25 102 MBD5394228.1 WP_138572923.1 22.9 315 204 12 7 298 49 347 1.08e-07 50.8 WP_049595658.1 WP_049595658.1 100 102 0 0 1 102 1 102 1.08e-71 206 KAH8979981.1 KAH8979981.1 100 190 0 0 1 190 1 190 1.79e-144 397 RYZ40664.1 RYZ40664.1 100 393 0 0 1 393 1 393 3.77e-300 808 RYZ40664.1 MCH8312862.1 54.4 360 159 2 32 391 3 357 1.41e-135 390 RYZ40664.1 WP_019585553.1 32.8 381 244 7 16 386 16 394 4.87e-53 179 RYZ40664.1 WP_055337992.1 25.1 363 242 11 9 356 2 349 5.37e-18 83.2 RYZ40664.1 WP_278361924.1 24.2 392 273 9 12 389 1 382 8.87e-14 70.5 RYZ40664.1 WP_000576638.1 23.4 282 177 9 104 352 206 481 4.46e-09 56.6 ANP72927.1 ANP72927.1 88.7 257 29 0 1 257 1 257 1.53e-160 444 ANP72927.1 WP_014286324.1 28.1 146 87 3 47 183 6 142 6.43e-11 58.2 ANP72927.1 WP_048427321.1 33.5 155 93 3 44 193 11 160 1.87e-07 48.9 ANP72927.1 WP_234080888.1 40.8 71 41 1 36 105 15 85 5.91e-05 41.6 WP_279270002.1 WP_279270002.1 100 231 0 0 1 231 1 231 4.46e-172 471 KAB2615394.1 KAB2615394.1 94.9 332 17 0 1 332 1 332 1.68e-238 647 NTM88027.1 NTM88027.1 100 674 0 0 1 674 1 674 0.0 1413 HAS6615025.1 HAS6615025.1 100 79 0 0 1 79 1 79 8.49e-54 159 MCR5673014.1 MCR5673014.1 93.9 165 10 0 1 165 1 165 3.05e-108 304 HCA5739398.1 HCA5739398.1 100 245 0 0 1 245 1 245 1.23e-185 506 RAI83609.1 RAI83609.1 100 237 0 0 1 237 1 237 1.19e-179 490 WP_255965801.1 WP_255965801.1 100 484 0 0 1 484 1 484 0.0 944 WP_255965801.1 WP_257689765.1 44.8 469 257 2 15 482 16 483 2.88e-133 392 WP_255965801.1 WP_131836551.1 38.3 493 281 9 5 483 10 493 2.07e-89 280 WP_255965801.1 XP_050320449.1 35.1 482 294 10 12 483 11 483 3.21e-81 258 WP_255965801.1 WP_061795322.1 31.7 477 307 8 15 478 22 492 1.32e-67 223 WP_255965801.1 WP_195426888.1 32.8 457 296 7 31 483 33 482 2.64e-66 219 WP_255965801.1 WP_205186167.1 31.2 378 253 4 110 484 42 415 2.71e-50 175 WP_010997757.1 WP_010997757.1 100 552 0 0 1 552 1 552 0.0 1088 WP_010997757.1 MCL6479991.1 27.7 101 63 3 367 460 32 129 1.01e-07 52.4 WP_244200682.1 WP_244200682.1 96.9 320 10 0 1 320 1 320 1.28e-236 641 WP_244200682.1 NRB18267.1 45.3 298 152 5 4 299 14 302 2.47e-85 258 OTO70739.1 OTO70739.1 100 30 0 0 1 30 1 30 3.99e-16 61.2 WP_143010918.1 WP_143010918.1 95.5 784 35 0 1 784 1 784 0.0 1582 WP_255375741.1 WP_255375741.1 77.4 283 64 0 1 283 1 283 3.03e-143 402 WP_257080809.1 WP_257080809.1 94.0 200 12 0 1 200 1 200 2.37e-129 360 GLY24463.1 GLY24463.1 100 327 0 0 1 327 1 327 2.14e-243 659 GLY24463.1 WP_066083732.1 43.7 318 177 2 4 319 6 323 1.44e-102 303 GLY24463.1 WP_107894076.1 44.7 318 175 1 3 320 4 320 8.69e-102 300 GLY24463.1 MCP5262709.1 45.8 321 172 2 4 323 1 320 4.76e-98 291 GLY24463.1 WP_131166802.1 48.7 306 155 2 2 305 3 308 3.61e-91 274 GLY24463.1 WP_227059655.1 45.8 312 146 4 4 309 17 311 6.74e-83 261 GLY24463.1 WP_192324556.1 50.2 265 124 3 4 261 13 276 7.54e-81 256 GLY24463.1 WP_098952357.1 41.6 322 170 8 3 314 2 315 1.05e-68 216 GLY24463.1 MBU5353226.1 39.0 318 169 8 1 303 1 308 2.62e-66 209 GLY24463.1 MBQ3864274.1 39.7 300 167 9 21 317 33 321 2.21e-62 199 GLY24463.1 RUU66461.1 44.2 260 130 4 7 259 82 333 2.06e-60 196 GLY24463.1 QCM13287.1 39.5 256 149 3 4 259 9 258 1.48e-50 167 GLY24463.1 MBP1876254.1 32.3 248 158 5 4 251 1 238 7.73e-33 123 GLY24463.1 OAN53756.1 31.7 243 150 9 19 255 22 254 8.60e-27 104 GLY24463.1 MWR41881.1 30.0 233 153 5 18 250 38 260 1.41e-26 104 GLY24463.1 WP_174822921.1 32.1 252 137 10 19 255 18 250 2.08e-24 98.2 GLY24463.1 MXP43753.1 29.8 245 152 9 19 255 25 257 6.33e-24 97.1 GLY24463.1 WP_207918089.1 30.3 244 151 7 19 255 16 247 9.74e-23 93.6 GLY24463.1 WP_142931103.1 24.0 262 174 5 3 264 2 238 3.73e-21 92.0 GLY24463.1 WP_150396769.1 34.2 237 136 8 4 237 24 243 1.94e-20 90.1 GLY24463.1 WP_158791585.1 28.0 246 155 9 19 255 15 247 1.59e-19 84.7 GLY24463.1 MBT4161918.1 32.1 190 119 5 27 216 29 208 1.97e-19 84.0 GLY24463.1 MBC7326981.1 25.7 261 170 9 1 252 1 246 2.09e-18 81.6 GLY24463.1 EHH5649593.1 24.6 240 157 6 10 245 2 221 5.05e-18 81.3 GLY24463.1 WP_060613079.1 31.2 231 139 8 12 238 347 561 3.99e-15 74.3 GLY24463.1 WP_221977168.1 27.3 245 145 8 10 242 21 244 9.10e-14 68.6 GLY24463.1 WP_152652784.1 31.7 221 132 10 19 238 16 218 1.07e-13 68.9 GLY24463.1 WP_281034490.1 47.6 63 33 0 196 258 1 63 5.53e-12 61.6 GLY24463.1 MBT3459617.1 32.4 219 126 9 24 237 1 202 3.63e-11 60.5 GLY24463.1 WP_008056683.1 28.1 210 125 7 24 228 255 443 5.06e-11 62.0 GLY24463.1 WP_211555180.1 32.1 190 113 7 27 214 22 197 1.82e-10 58.5 GLY24463.1 CDZ73727.1 25.0 208 127 5 24 228 17 198 4.05e-10 57.8 GLY24463.1 WP_041710957.1 24.7 85 60 1 151 235 94 174 6.67e-05 42.7 MBR5377733.1 MBR5377733.1 100 215 0 0 1 215 1 215 1.69e-159 437 WP_247623927.1 WP_247623927.1 86.6 403 54 0 1 403 1 403 2.89e-252 688 WP_247623927.1 WP_232968558.1 42.5 308 172 3 100 403 8 314 6.42e-77 239 WP_247623927.1 PAV09171.1 36.8 307 176 4 101 401 25 319 1.17e-58 192 WP_018646673.1 WP_018646673.1 98.9 958 11 0 1 958 1 958 0.0 1912 WP_018646673.1 WP_200543170.1 34.7 481 302 5 466 943 215 686 2.32e-88 295 WP_018646673.1 HAB03480.1 33.6 482 308 6 478 951 616 1093 1.68e-82 287 WP_018646673.1 MBF0143407.1 32.8 439 282 5 519 951 632 1063 2.55e-62 228 WP_018646673.1 WP_000484099.1 30.1 176 117 3 513 686 197 368 6.68e-16 79.0 WP_018646673.1 WP_255266214.1 32.3 164 105 3 517 680 288 445 7.85e-15 76.6 WP_018646673.1 HBB7853833.1 28.7 167 110 4 525 687 328 489 3.05e-14 74.7 WP_018646673.1 EJF06804.1 32.4 173 107 6 520 684 134 304 3.86e-14 72.8 WP_018646673.1 HCN71343.1 35.9 128 74 5 557 680 6 129 7.90e-14 67.8 WP_018646673.1 WP_023050329.1 25.5 192 129 8 486 674 165 345 6.00e-12 66.6 WP_018646673.1 WP_107169208.1 32.7 159 92 6 527 678 205 355 1.11e-11 65.9 WP_018646673.1 EGR2272270.1 32.7 147 91 4 536 680 532 672 1.28e-10 63.5 WP_018646673.1 WP_145544593.1 26.8 179 122 4 508 686 349 518 9.49e-10 60.5 WP_018646673.1 WP_269885397.1 31.3 131 83 4 559 686 145 271 5.68e-09 56.6 XP_016445639.1 XP_016445639.1 98.4 548 9 0 1 548 1 548 0.0 1106 XP_016445639.1 XP_047046442.1 25.3 573 364 15 16 541 11 566 1.52e-49 178 XP_016445639.1 CAG8726868.1 27.1 329 200 11 204 510 10 320 1.30e-16 79.7 XP_029698713.1 XP_029698713.1 97.9 1030 22 0 1 1030 1 1030 0.0 2109 MBU5424338.1 MBU5424338.1 100 273 0 0 1 273 1 273 5.86e-198 540 MBU5424338.1 WP_057651690.1 35.0 240 152 2 16 254 54 290 1.04e-26 103 WP_007427566.1 WP_007427566.1 100 431 0 0 1 431 1 431 0.0 896 WP_007427566.1 WP_036471418.1 54.2 432 195 2 1 431 1 430 5.16e-170 482 WP_111106433.1 WP_111106433.1 100 161 0 0 1 161 1 161 3.22e-117 326 PDW44028.1 PDW44028.1 100 673 0 0 1 673 1 673 0.0 1360 XP_013164386.1 XP_013164386.1 97.5 526 13 0 1 526 1 526 0.0 1051 XP_013164386.1 XP_023822602.1 28.9 197 135 4 331 523 330 525 7.32e-22 97.4 XP_013164386.1 EFB15155.1 33.7 196 126 4 331 523 346 540 7.71e-22 97.4 XP_013164386.1 KAB0382747.1 30.5 197 132 4 331 523 449 644 1.87e-21 96.7 XP_013164386.1 XP_017706045.1 26.5 279 156 8 292 523 294 570 8.90e-20 91.3 XP_013164386.1 XP_044902674.1 33.7 166 108 2 360 523 200 365 1.02e-17 84.7 XP_013164386.1 XP_047491136.1 36.1 83 53 0 441 523 829 911 6.50e-09 57.0 XP_013164386.1 XP_001275352.1 35.4 48 31 0 470 517 205 252 1.16e-05 46.2 MBR3209975.1 MBR3209975.1 86.4 81 11 0 1 81 1 81 5.50e-42 130 WP_006336501.1 WP_006336501.1 100 112 0 0 1 112 1 112 6.46e-80 228 HCE77318.1 HCE77318.1 100 267 0 0 1 267 1 267 2.93e-204 555 WP_015203918.1 WP_015203918.1 97.9 469 10 0 1 469 1 469 0.0 945 WP_086987611.1 WP_086987611.1 91.7 133 11 0 1 133 1 133 5.10e-87 248 KAA6389633.1 KAA6389633.1 96.2 913 35 0 1 913 1 913 0.0 1815 HEB56095.1 HEB56095.1 100 242 0 0 1 242 1 242 1.68e-177 485 WP_047323176.1 WP_047323176.1 97.7 383 9 0 1 383 1 383 8.76e-269 728 MBT6415404.1 MBT6415404.1 100 210 0 0 1 210 1 210 6.39e-157 431 MBK3737236.1 MBK3737236.1 93.9 667 41 0 1 667 1 667 0.0 1189 MBK3737236.1 NSW79198.1 40.6 249 135 3 419 660 421 663 3.27e-47 175 MBK3737236.1 MBF0233644.1 38.7 243 145 3 422 661 359 600 5.71e-43 164 MBK3737236.1 WP_061048002.1 38.5 239 145 1 422 658 386 624 7.13e-42 160 MBK3737236.1 WP_086504813.1 39.0 241 136 4 422 660 386 617 1.44e-37 147 MBK3737236.1 WP_211114623.1 37.5 251 138 7 418 657 413 655 1.22e-31 129 MBK3737236.1 CAG0990770.1 32.9 222 132 5 441 658 46 254 3.34e-18 83.6 AEH52569.1 AEH52569.1 90.6 128 12 0 1 128 1 128 1.38e-84 241 DAK76805.1 DAK76805.1 100 134 0 0 1 134 1 134 1.64e-97 274 KAJ6490484.1 KAJ6490484.1 95.1 1327 65 0 1 1327 1 1327 0.0 2491 WP_157502995.1 WP_157502995.1 97.1 342 10 0 1 342 1 342 3.14e-239 650 WP_223232292.1 WP_223232292.1 100 296 0 0 1 296 1 296 3.23e-227 615 KYG00847.1 KYG00847.1 98.9 945 10 0 1 945 1 945 0.0 1820 KYG00847.1 MCE5327674.1 40.4 178 97 4 715 886 371 545 9.04e-29 121 KYG00847.1 WP_086504813.1 36.6 93 38 2 795 887 545 616 2.39e-08 56.2 XP_033824504.1 XP_033824504.1 92.5 1154 87 0 1 1154 1 1154 0.0 2182 MBQ0048698.1 MBQ0048698.1 97.4 349 9 0 1 349 1 349 1.67e-258 699 MBQ0048698.1 WP_065766477.1 28.0 168 110 4 160 319 261 425 3.45e-09 56.2 UFA30503.1 UFA30503.1 99.1 4340 38 0 1 4340 1 4340 0.0 8179 UFA30503.1 UFM00670.1 92.6 4340 319 0 1 4340 27 4366 0.0 8158 UFA30503.1 UEC68750.1 92.6 4340 319 0 1 4340 27 4366 0.0 8155 UFA30503.1 UHM53165.1 92.6 4340 319 0 1 4340 27 4366 0.0 8153 UFA30503.1 UFM02602.1 92.6 4340 319 0 1 4340 27 4366 0.0 8153 UFA30503.1 QTD03487.1 92.5 4340 326 0 1 4340 27 4366 0.0 8150 UFA30503.1 UBL45068.1 92.5 4340 325 0 1 4340 27 4366 0.0 8141 UFA30503.1 QXR94354.1 92.5 4340 324 1 1 4340 27 4363 0.0 8139 UFA30503.1 QTM79632.1 92.4 4340 326 1 1 4340 27 4363 0.0 8132 UFA30503.1 UPP41269.1 92.4 4340 327 1 1 4340 27 4363 0.0 8130 UFA30503.1 ULA23837.2 92.4 4340 326 2 1 4340 27 4362 0.0 8128 UFA30503.1 QTZ27226.1 92.4 4340 328 1 1 4340 27 4363 0.0 8128 UFA30503.1 USR14792.1 92.4 4340 328 1 1 4340 27 4363 0.0 8127 UFA30503.1 UXH94526.1 92.4 4340 327 2 1 4340 27 4362 0.0 8124 UFA30503.1 UKU68032.1 92.1 4340 340 2 1 4340 27 4362 0.0 8096 UFA30503.1 QZU16279.1 92.7 4340 316 0 1 4340 27 4366 0.0 8091 UFA30503.1 UBD95131.1 92.7 4340 316 0 1 4340 27 4366 0.0 8089 UFA30503.1 UEC52718.1 92.6 4340 320 0 1 4340 27 4366 0.0 8081 UFA30503.1 QWC83326.1 92.6 4340 323 0 1 4340 27 4366 0.0 8078 UFA30503.1 QSZ25555.1 92.5 4340 325 0 1 4340 27 4366 0.0 8077 UFA30503.1 WEU87158.1 92.5 4340 325 0 1 4340 27 4366 0.0 8074 UFA30503.1 UBP50947.1 92.5 4340 326 0 1 4340 27 4366 0.0 8071 UFA30503.1 QVD87869.1 92.4 4340 325 1 1 4340 27 4363 0.0 8062 UFA30503.1 UZO53924.1 92.4 4340 325 1 1 4340 27 4363 0.0 8061 UFA30503.1 UIR12670.1 92.4 4340 324 2 1 4340 27 4362 0.0 8061 UFA30503.1 UKN67998.1 92.4 4340 325 2 1 4340 7 4342 0.0 8059 UFA30503.1 URQ55824.1 92.4 4340 326 1 1 4340 27 4363 0.0 8059 UFA30503.1 UVB16817.1 92.4 4340 325 1 1 4340 27 4363 0.0 8059 UFA30503.1 UPA83906.1 92.4 4340 325 2 1 4340 27 4362 0.0 8059 UFA30503.1 UMF87224.1 92.3 4340 329 2 1 4340 27 4362 0.0 8047 UFA30503.1 UBR86455.1 91.9 4340 353 0 1 4340 26 4365 0.0 7984 UFA30503.1 UNI03201.1 95.5 4340 196 1 1 4340 1 4339 0.0 7944 UFA30503.1 WHE12941.1 92.7 4340 315 1 1 4340 1 4337 0.0 7943 UFA30503.1 UCP77012.1 91.4 4340 373 0 1 4340 27 4366 0.0 7923 UFA30503.1 UCP72061.1 91.0 4340 390 0 1 4340 27 4366 0.0 7908 UFA30503.1 UAQ80067.1 90.8 4340 398 0 1 4340 27 4366 0.0 7898 UFA30503.1 UXX67934.1 90.9 4340 392 1 1 4340 27 4363 0.0 7896 UFA30503.1 UJV88611.1 90.4 4340 411 2 1 4340 27 4362 0.0 7888 UFA30503.1 UJS94137.1 91.6 4261 354 2 80 4340 1 4257 0.0 7884 UFA30503.1 UJJ97602.1 90.1 4340 424 2 1 4340 27 4362 0.0 7856 UFA30503.1 UGA79226.1 90.9 4340 396 0 1 4340 27 4366 0.0 7854 UFA30503.1 UOU30556.1 90.4 4340 412 1 1 4340 27 4363 0.0 7849 UFA30503.1 UVI10561.1 91.8 4339 354 1 2 4340 1 4336 0.0 7835 UFA30503.1 UGB98301.1 91.2 4340 382 0 1 4340 27 4366 0.0 7796 UFA30503.1 ULB83374.1 89.2 4340 466 2 1 4340 27 4362 0.0 7749 UFA30503.1 QRX02582.1 92.1 4072 323 0 1 4072 27 4098 0.0 7593 UFA30503.1 WGP70063.1 89.2 4340 467 0 1 4340 27 4366 0.0 7589 UFA30503.1 UJT06733.1 86.7 4340 574 2 1 4340 27 4362 0.0 7421 UFA30503.1 UMA88644.1 86.9 4340 564 2 1 4340 6 4341 0.0 7374 UFA30503.1 WEI27974.1 86.8 4340 568 1 1 4340 27 4363 0.0 7342 UFA30503.1 UEX07109.1 87.3 4340 552 0 1 4340 1 4340 0.0 7261 UFA30503.1 WGP98278.1 86.4 4338 590 0 1 4338 27 4364 0.0 7172 UFA30503.1 URP80785.1 81.7 4339 793 1 2 4340 1 4336 0.0 6668 UFA30503.1 WAS49087.1 77.3 4340 982 1 1 4340 27 4363 0.0 6404 UFA30503.1 UPB00876.1 77.4 4339 977 1 2 4340 1 4336 0.0 6073 UFA30503.1 UYE49180.1 68.7 4340 1356 1 1 4340 27 4363 0.0 5537 UFA30503.1 WGQ72821.1 65.3 4340 1506 0 1 4340 2 4341 0.0 4909 RBQ02499.1 RBQ02499.1 100 343 0 0 1 343 1 343 2.26e-253 686 QCI53355.1 QCI53355.1 100 354 0 0 1 354 1 354 2.71e-271 732 QCI53355.1 AEO85464.1 78.5 353 66 3 2 354 37 379 1.15e-200 572 QCI53355.1 QJX39053.1 71.3 352 89 3 3 354 31 370 2.08e-176 509 QCI53355.1 AEJ33395.1 30.0 393 217 12 5 354 26 403 3.86e-47 169 WP_074801249.1 WP_074801249.1 100 93 0 0 1 93 1 93 1.18e-64 188 MBI1210064.1 MBI1210064.1 100 226 0 0 1 226 1 226 8.34e-170 464 XP_054446685.1 XP_054446685.1 93.9 309 19 0 1 309 1 309 5.29e-219 596 XP_054446685.1 XP_005087540.1 41.7 295 172 0 8 302 10 304 6.65e-80 243 XP_054446685.1 XP_002688837.2 35.6 303 195 0 1 303 3 305 9.21e-70 217 XP_054446685.1 XP_042531659.1 35.3 303 196 0 3 305 5 307 4.39e-68 213 XP_054446685.1 XP_012889676.1 38.0 300 184 2 2 300 4 302 9.82e-66 207 XP_054446685.1 XP_034290446.1 36.9 301 189 1 9 308 12 312 1.61e-65 207 XP_054446685.1 AAR19565.1 38.3 222 135 2 63 283 2 222 3.51e-47 156 XP_054446685.1 XP_049747270.1 30.0 300 203 4 10 305 14 310 3.14e-40 141 WP_129873796.1 WP_129873796.1 97.6 973 23 0 1 973 1 973 0.0 1912 WP_087702867.1 WP_087702867.1 100 642 0 0 1 642 1 642 0.0 1326 GFH27490.1 GFH27490.1 100 315 0 0 1 315 1 315 7.41e-238 644 GFH27490.1 WP_147434933.1 46.3 201 104 2 108 308 2 198 6.24e-54 173 WP_034563362.1 WP_034563362.1 95.5 202 9 0 1 202 1 202 3.55e-141 390 KAJ8704128.1 KAJ8704128.1 85.5 296 43 0 1 296 1 296 4.60e-186 511 WP_114861267.1 WP_114861267.1 100 357 0 0 1 357 1 357 3.20e-251 681 WP_114861267.1 WP_138572923.1 56.2 347 144 3 10 356 11 349 8.34e-118 343 WP_224791962.1 WP_224791962.1 100 479 0 0 1 479 1 479 0.0 927 WP_224791962.1 WP_279840346.1 33.1 474 290 7 17 477 18 477 1.20e-63 212 WP_224791962.1 WP_094840069.1 29.9 515 311 8 1 473 1 507 4.35e-50 177 WP_224791962.1 WP_076595086.1 26.9 483 299 11 13 471 17 469 1.78e-47 169 WP_268637051.1 WP_268637051.1 100 142 0 0 1 142 1 142 7.94e-102 286 XP_028543448.1 XP_028543448.1 97.3 916 25 0 1 916 1 916 0.0 1816 WP_213341058.1 WP_213341058.1 100 111 0 0 1 111 1 111 4.23e-71 206 WP_025016984.1 WP_025016984.1 96.9 453 14 0 1 453 1 453 0.0 881 WP_170015751.1 WP_170015751.1 97.1 375 11 0 1 375 1 375 3.45e-271 733 WP_277479375.1 WP_277479375.1 100 1033 0 0 1 1033 1 1033 0.0 2170 KAA3630074.1 KAA3630074.1 100 96 0 0 1 96 1 96 3.33e-70 202 MBD7990178.1 MBD7990178.1 93.7 206 13 0 1 206 1 206 5.02e-143 395 MBD7990178.1 MBV8133755.1 55.5 182 81 0 12 193 16 197 1.12e-77 230 MBD7990178.1 WP_204037257.1 39.2 189 109 2 17 205 9 191 4.34e-40 134 MBX3011771.1 MBX3011771.1 90.7 118 11 0 1 118 1 118 2.77e-68 199 KMZ99658.1 KMZ99658.1 93.0 2416 168 0 1 2416 1 2416 0.0 4661 XP_001448147.1 XP_001448147.1 92.9 411 29 0 1 411 1 411 1.07e-290 786 WP_107883730.1 WP_107883730.1 93.1 420 29 0 1 420 1 420 2.41e-287 778 CFP83382.1 CFP83382.1 100 207 0 0 1 207 1 207 1.98e-154 424 CFP83382.1 WP_275102754.1 49.3 201 100 1 5 203 6 206 5.95e-62 197 WP_067636955.1 WP_067636955.1 93.6 187 12 0 1 187 1 187 1.41e-126 352 KAG6786554.1 KAG6786554.1 97.4 309 8 0 1 309 1 309 3.62e-226 614 WP_176349335.1 WP_176349335.1 100 229 0 0 1 229 1 229 7.41e-170 465 WP_176349335.1 MBT5488157.1 75.0 28 7 0 200 227 554 581 8.09e-09 53.5 WP_169984846.1 WP_169984846.1 100 437 0 0 1 437 1 437 0.0 900 WP_103124525.1 WP_103124525.1 100 299 0 0 1 299 1 299 1.16e-217 592 MCD3114202.1 MCD3114202.1 100 33 0 0 1 33 1 33 1.46e-19 70.1 MBU2478158.1 MBU2478158.1 100 63 0 0 1 63 1 63 2.07e-38 119 MBU2478158.1 WP_086353716.1 50.0 62 31 0 1 62 248 309 1.97e-14 63.5 MBU2478158.1 WP_142590093.1 41.7 48 28 0 16 63 278 325 1.35e-06 41.6 MBU2478158.1 WP_281675368.1 46.7 45 22 1 7 51 245 287 6.66e-06 39.7 XP_046463157.1 XP_046463157.1 94.3 159 9 0 1 159 1 159 1.66e-109 306 THY23779.1 THY23779.1 96.3 356 13 0 1 356 1 356 1.47e-251 682 KAF6757059.1 KAF6757059.1 100 215 0 0 1 215 1 215 1.29e-163 448 WP_003939801.1 WP_003939801.1 100 281 0 0 1 281 1 281 1.83e-205 559 WP_003939801.1 WP_024498088.1 50.7 292 120 3 7 276 7 296 2.16e-93 276 UJR17665.1 UJR17665.1 100 243 0 0 1 243 1 243 3.15e-187 510 XP_042666906.1 XP_042666906.1 100 344 0 0 1 344 1 344 2.89e-261 706 RGZ20155.1 RGZ20155.1 100 289 0 0 1 289 1 289 8.71e-208 566 GIP39269.1 GIP39269.1 100 214 0 0 1 214 1 214 5.87e-155 426 EII8712558.1 EII8712558.1 100 105 0 0 1 105 1 105 2.83e-73 211 KAG2309455.1 KAG2309455.1 98.7 889 12 0 1 889 1 889 0.0 1799 KAG2309455.1 XP_025814622.1 28.7 886 540 22 62 886 225 1079 3.49e-86 296 KAG2309455.1 XP_040250218.1 29.4 592 310 16 326 888 111 623 7.51e-59 213 KAG2309455.1 XP_021765438.1 29.1 471 276 17 428 884 442 868 2.13e-45 174 KAG2309455.1 XP_019180948.1 31.1 312 214 1 83 394 254 564 1.91e-44 172 KAG2309455.1 KAI3849778.1 29.3 365 220 12 527 882 433 768 1.81e-35 143 TSC89929.1 TSC89929.1 100 62 0 0 1 62 1 62 2.95e-42 129 MBB4856459.1 MBB4856459.1 100 200 0 0 1 200 1 200 1.24e-140 389 WP_264934627.1 WP_264934627.1 100 447 0 0 1 447 1 447 0.0 876 WP_264934627.1 WP_187974949.1 40.9 450 252 3 7 443 13 461 1.16e-115 345 WP_262832653.1 WP_262832653.1 100 166 0 0 1 166 1 166 1.11e-124 345 WP_029528833.1 WP_029528833.1 96.7 453 15 0 1 453 1 453 0.0 905 WP_282467912.1 WP_282467912.1 86.0 1038 145 0 1 1038 1 1038 0.0 1739 WP_282467912.1 MBN2192743.1 39.9 343 201 4 90 429 370 710 1.82e-71 251 TXI82219.1 TXI82219.1 100 80 0 0 1 80 1 80 9.12e-54 159 WP_278266677.1 WP_278266677.1 100 454 0 0 14 467 14 467 0.0 928 WP_278266677.1 MBV8349295.1 40.0 335 185 4 19 337 33 367 5.79e-78 246 TNN52570.1 TNN52570.1 77.9 113 25 0 1 113 1 113 5.23e-57 170 HBN08375.1 HBN08375.1 100 185 0 0 1 185 1 185 1.48e-136 377 SJX71965.1 SJX71965.1 100 297 0 0 1 297 1 297 1.88e-231 626 WP_127508273.1 WP_127508273.1 100 188 0 0 1 188 1 188 1.86e-136 377 MBA3472522.1 MBA3472522.1 100 52 0 0 1 52 1 52 6.00e-31 100 WP_241420500.1 WP_241420500.1 100 486 0 0 1 486 1 486 0.0 974 WP_241420500.1 PTQ72351.1 42.1 387 191 4 101 484 43 399 2.93e-100 305 WP_241420500.1 WP_112449552.1 35.2 474 289 6 15 484 28 487 3.07e-93 290 WP_241420500.1 WP_050274510.1 34.6 471 273 8 13 480 9 447 1.07e-81 259 WP_218505696.1 WP_218505696.1 100 232 0 0 1 232 1 232 5.02e-174 476 WP_226678738.1 WP_226678738.1 97.3 334 9 0 1 334 1 334 5.96e-249 674 WP_187029467.1 WP_187029467.1 87.2 86 11 0 1 86 1 86 8.46e-46 140 WP_187029467.1 WP_007993424.1 41.8 55 32 0 25 79 23 77 1.55e-10 50.8 UUZ81931.1 UUZ81931.1 100 99 0 0 1 99 1 99 1.23e-71 206 WP_179032033.1 WP_179032033.1 100 334 0 0 1 334 1 334 1.40e-247 670 WP_179032033.1 WP_110581055.1 47.3 313 159 2 5 314 5 314 5.11e-95 283 MBQ6875507.1 MBQ6875507.1 100 227 0 0 1 227 1 227 2.48e-167 458 WP_101564711.1 WP_101564711.1 100 342 0 0 1 342 1 342 8.62e-262 707 MSU20497.1 MSU20497.1 100 326 0 0 1 326 1 326 3.29e-242 656 MSU20497.1 MBO4168293.1 33.3 234 133 7 93 314 11 233 1.51e-22 92.8 WP_047914038.1 WP_047914038.1 98.5 647 10 0 1 647 1 647 0.0 1280 PWA46560.1 PWA46560.1 100 67 0 0 1 67 1 67 3.15e-46 139 WP_153219677.1 WP_153219677.1 98.2 1684 30 0 1 1684 1 1684 0.0 3302 WP_153219677.1 XP_049153370.1 33.3 84 50 1 526 609 295 372 1.55e-07 53.9 WP_171653853.1 WP_171653853.1 100 168 0 0 1 168 1 168 4.35e-123 342 TAM79626.1 TAM79626.1 96.6 413 14 0 1 413 1 413 1.39e-303 818 TAM79626.1 MCL4469743.1 47.1 365 187 2 22 386 21 379 1.26e-116 343 WP_227903033.1 WP_227903033.1 90.9 132 12 0 1 132 1 132 2.53e-82 236 WP_047664410.1 WP_047664410.1 100 187 0 0 1 187 1 187 2.18e-139 384 NLB93078.1 NLB93078.1 100 150 0 0 1 150 1 150 4.87e-109 305 KAI1725697.1 KAI1725697.1 100 369 0 0 1 369 1 369 9.96e-277 747 MBK8382708.1 MBK8382708.1 100 258 0 0 1 258 1 258 8.99e-190 518 MBK8382708.1 MCK6622141.1 44.6 101 44 2 163 258 1125 1218 9.94e-18 80.9 WP_208090714.1 WP_208090714.1 91.3 160 14 0 1 160 1 160 6.93e-98 277 WP_280658332.1 WP_280658332.1 100 199 0 0 1 199 1 199 2.33e-149 410 WP_280658332.1 WP_018419316.1 43.5 154 76 5 25 176 43 187 1.11e-33 117 MXI78925.1 MXI78925.1 100 200 0 0 1 200 1 200 7.23e-149 409 MXI78925.1 WP_058738289.1 35.1 222 115 8 1 200 103 317 3.36e-26 102 MXI78925.1 WP_024039518.1 28.8 219 134 7 2 200 107 323 7.21e-23 93.2 MXI78925.1 WP_262452366.1 28.8 219 133 7 2 200 115 330 1.07e-11 61.2 NLO64495.1 NLO64495.1 97.8 545 12 0 1 545 1 545 0.0 1076 NLO64495.1 CAH9417069.1 34.8 270 125 10 269 518 351 589 2.18e-37 144 WP_064711955.1 WP_064711955.1 100 309 0 0 1 309 1 309 4.10e-232 629 WP_064711955.1 WP_009620393.1 32.0 122 82 1 1 122 1 121 2.67e-10 58.5 MBM2811997.1 MBM2811997.1 100 260 0 0 1 260 1 260 1.19e-195 533 RLN36134.1 RLN36134.1 96.6 410 14 0 1 410 1 410 2.69e-304 820 RLN36134.1 XP_021765438.1 39.0 305 170 7 58 358 574 866 4.73e-56 196 RLN36134.1 XP_019180948.1 38.2 283 155 9 84 358 679 949 1.89e-44 163 RLN36134.1 XP_040250218.1 33.9 307 178 10 54 356 330 615 2.85e-38 145 RLN36134.1 XP_044484513.1 42.0 174 92 3 69 240 74 240 1.15e-29 119 WP_119815679.1 WP_119815679.1 98.8 929 11 0 1 929 1 929 0.0 1810 WP_119815679.1 MBP8741618.1 37.3 727 392 17 31 723 3 699 2.31e-121 383 WP_119815679.1 WP_025983621.1 47.5 204 88 4 30 226 4 195 6.32e-48 167 WP_119815679.1 OPJ74512.1 26.7 105 62 2 318 410 369 470 3.18e-04 42.7 WP_213625822.1 WP_213625822.1 92.9 156 11 0 1 156 1 156 4.59e-101 285 NEP87605.1 NEP87605.1 100 333 0 0 1 333 1 333 1.21e-252 683 EGY4555186.1 EGY4555186.1 90.3 300 29 0 1 300 1 300 2.72e-196 538 EGY4555186.1 MCI7704736.1 37.6 282 166 2 22 299 16 291 5.18e-63 199 EGY4555186.1 WP_152046331.1 40.7 253 143 2 48 300 45 290 3.39e-54 176 EGY4555186.1 WP_150461480.1 37.3 260 155 2 34 293 27 278 9.61e-52 170 EGY4555186.1 WP_073936403.1 35.1 291 186 2 6 296 13 300 4.65e-49 164 EGY4555186.1 WP_184130797.1 39.9 228 126 3 81 299 148 373 1.03e-43 151 EGY4555186.1 WP_054146239.1 38.0 271 157 6 35 296 38 306 1.28e-43 150 WP_105399038.1 WP_105399038.1 100 76 0 0 1 76 1 76 1.68e-54 161 WP_251247609.1 WP_251247609.1 100 294 0 0 1 294 1 294 4.97e-230 622 WP_266842210.1 WP_266842210.1 93.2 249 17 0 1 249 1 249 9.09e-165 454 WP_266842210.1 MCC6044083.1 42.7 213 120 2 14 225 9 220 4.03e-49 162 GMF22075.1 GMF22075.1 100 469 0 0 1 469 1 469 0.0 990 GHV04322.1 GHV04322.1 84.8 567 86 0 1 567 1 567 0.0 939 WP_074911472.1 WP_074911472.1 100 1298 0 0 1 1298 1 1298 0.0 2739 WP_074911472.1 WP_232306300.1 26.6 1409 847 47 14 1294 18 1367 1.01e-144 473 WP_074911472.1 WP_063540919.1 24.1 390 262 10 775 1158 472 833 2.74e-26 115 WP_074911472.1 PSQ73325.1 26.6 271 186 4 757 1021 580 843 2.62e-23 105 WP_074911472.1 WP_261733022.1 25.7 374 259 11 792 1156 253 616 6.09e-22 100 WP_074911472.1 MBE9467362.1 29.0 255 162 8 775 1018 579 825 9.24e-20 94.0 WP_074911472.1 MBN1819552.1 26.0 231 165 4 792 1018 335 563 1.50e-18 89.4 WP_074911472.1 MBN8606766.1 27.8 252 173 6 773 1019 559 806 1.25e-17 87.0 WP_074911472.1 PKL50735.1 29.4 221 133 6 949 1166 862 1062 3.91e-16 82.4 WP_074911472.1 WP_026893585.1 36.2 116 70 2 1056 1170 5 117 2.45e-15 75.1 WP_074911472.1 WP_101794136.1 33.8 133 84 2 1056 1187 27 156 2.55e-15 75.9 WP_074911472.1 WP_196114185.1 32.0 122 79 3 1047 1166 1 120 1.02e-11 66.2 WP_074911472.1 WP_273418567.1 33.9 112 66 4 911 1019 43 149 6.67e-09 54.7 WP_074911472.1 SCH39951.1 25.3 221 136 9 798 1004 265 470 9.80e-07 51.2 WP_182544916.1 WP_182544916.1 100 571 0 0 1 571 1 571 0.0 1181 WP_182544916.1 CQR41738.1 35.7 378 227 8 25 394 5 374 2.94e-53 186 WP_232553043.1 WP_232553043.1 95.3 382 18 0 1 382 1 382 2.22e-266 722 WP_232553043.1 MBM4836391.1 35.0 234 145 6 67 298 87 315 3.45e-33 126 WP_232553043.1 MBK7837454.1 32.1 243 146 5 67 301 72 303 1.01e-31 120 TCK28839.1 TCK28839.1 80.7 311 60 0 1 311 1 311 1.51e-173 482 TCK28839.1 WP_267353308.1 33.6 122 81 0 23 144 134 255 2.03e-14 72.0 HCJ9518601.1 HCJ9518601.1 100 156 0 0 1 156 1 156 1.96e-111 311 NUV85209.1 NUV85209.1 93.7 526 33 0 1 526 1 526 0.0 946 WP_216418390.1 WP_216418390.1 95.7 208 9 0 1 208 1 208 3.15e-147 406 KAH8394604.1 KAH8394604.1 100 257 0 0 1 257 1 257 7.18e-200 543 KAH8394604.1 GAA38267.2 31.5 251 150 11 12 251 248 487 5.39e-27 107 KAH8394604.1 XP_011822310.1 29.5 254 140 9 21 252 38 274 5.99e-25 98.6 RLT18611.1 RLT18611.1 100 151 0 0 1 151 1 151 9.82e-114 317 WP_267937098.1 WP_267937098.1 100 189 0 0 1 189 1 189 1.52e-131 365 MBC7977454.1 MBC7977454.1 100 81 0 0 1 81 1 81 3.99e-53 158 WP_257007586.1 WP_257007586.1 100 384 0 0 1 384 1 384 3.08e-299 805 WP_257007586.1 HAZ0856238.1 93.0 229 16 0 101 329 1 229 2.94e-163 455 WP_257007586.1 APT84512.1 33.0 352 227 6 5 348 41 391 2.70e-65 213 WP_128690407.1 WP_128690407.1 88.6 184 21 0 1 184 1 184 7.16e-114 320 WP_068563945.1 WP_068563945.1 91.8 551 45 0 1 551 1 551 0.0 981 MBN2775557.1 MBN2775557.1 100 119 0 0 1 119 1 119 7.05e-85 241 WP_134806596.1 WP_134806596.1 100 29 0 0 1 29 1 29 4.41e-15 58.5 NRB12392.1 NRB12392.1 94.0 201 12 0 1 201 1 201 9.18e-138 382 WP_114695256.1 WP_114695256.1 100 716 0 0 1 716 1 716 0.0 1543 WP_114695256.1 KAA0234643.1 26.1 591 344 15 108 660 152 687 4.58e-38 150 MBI4300015.1 MBI4300015.1 100 466 0 0 1 466 1 466 0.0 961 WP_262175203.1 WP_262175203.1 100 146 0 0 1 146 1 146 1.78e-109 305 WP_262175203.1 WP_067835961.1 45.8 59 29 2 3 60 110 166 4.22e-06 43.1 EAG2350674.1 EAG2350674.1 100 128 0 0 1 128 1 128 2.78e-93 263 EAG2350674.1 WP_194544138.1 51.7 116 56 0 5 120 13 128 7.84e-44 142 EAG2350674.1 MBQ5584458.1 50.8 124 61 0 5 128 4 127 7.32e-42 136 EAG2350674.1 WP_069156513.1 44.8 125 68 1 1 124 1 125 2.90e-36 122 EAG2350674.1 WP_186723788.1 42.1 126 73 0 2 127 5 130 1.46e-34 118 EAG2350674.1 WP_026893585.1 41.0 122 72 0 1 122 1 122 1.57e-33 115 EAG2350674.1 WP_007708736.1 47.5 122 61 1 3 121 2 123 1.51e-32 112 EAG2350674.1 MBP1530348.1 40.5 116 69 0 4 119 3 118 6.65e-32 110 EAG2350674.1 PYP94120.1 39.2 125 75 1 4 127 2 126 6.09e-25 93.2 EAG2350674.1 MCL7714424.1 37.7 122 73 1 1 119 1 122 6.24e-24 90.5 WP_135676778.1 WP_135676778.1 100 104 0 0 1 104 1 104 5.11e-71 205 QDH52386.1 QDH52386.1 96.2 264 10 0 1 264 1 264 1.72e-181 497 QDH52386.1 YP_009109540.1 43.6 257 140 3 7 263 9 260 5.36e-65 202 MBS4968936.1 MBS4968936.1 96.2 291 11 0 1 291 1 291 1.73e-199 545 MBS4968936.1 MUU11774.1 33.9 280 171 4 11 285 14 284 2.49e-41 142 TMJ83338.1 TMJ83338.1 100 198 0 0 1 198 1 198 3.88e-152 417 EJS0734484.1 EJS0734484.1 97.1 348 10 0 1 348 1 348 2.02e-254 689 EJS0734484.1 WP_022748957.1 43.6 326 173 5 26 348 57 374 2.89e-87 266 EJS0734484.1 WP_114054641.1 30.0 330 213 7 25 347 3 321 2.87e-35 129 EGT3575439.1 EGT3575439.1 100 143 0 0 1 143 1 143 1.17e-108 303 EGT3575439.1 AAV77137.1 24.3 140 93 5 7 141 242 373 3.39e-04 37.7 OMO76535.1 OMO76535.1 100 182 0 0 1 182 1 182 6.54e-134 370 WP_202587913.1 WP_202587913.1 100 108 0 0 1 108 1 108 6.57e-78 223 WP_056382861.1 WP_056382861.1 97.9 472 10 0 1 472 1 472 0.0 934 WP_056382861.1 MBX3687043.1 41.5 443 233 11 31 462 27 454 6.58e-97 298 XP_018594075.2 XP_018594075.2 100 208 0 0 1 208 1 208 1.99e-159 437 WP_077492284.1 WP_077492284.1 92.6 135 10 0 1 135 1 135 1.11e-91 259 GEX99374.1 GEX99374.1 84.8 362 55 0 1 362 1 362 4.19e-222 608 MBS13190.1 MBS13190.1 100 462 0 0 1 462 1 462 0.0 925 XP_046837596.1 XP_046837596.1 100 501 0 0 1 501 1 501 0.0 1043 WP_022723191.1 WP_022723191.1 92.6 95 7 0 1 95 1 95 1.88e-62 182 BAO23243.1 BAO23243.1 100 343 0 0 1 343 1 343 4.96e-257 695 BAO23243.1 BAO11608.1 93.5 339 22 0 1 339 1 339 3.87e-244 662 BAO23243.1 ACH90072.1 93.0 343 24 0 1 343 29 371 1.26e-243 662 BAO23243.1 AFJ09957.1 93.0 343 24 0 1 343 1 343 1.23e-242 661 BAO23243.1 ACY29573.1 91.3 343 30 0 1 343 1 343 3.07e-239 654 BAO23243.1 AVA00513.1 90.0 339 34 0 1 339 1 339 2.68e-235 640 BAO23243.1 QWY38042.1 90.4 343 33 0 1 343 1 343 1.28e-234 640 BAO23243.1 AFV39595.1 92.1 343 27 0 1 343 54 396 4.75e-232 656 BAO23243.1 AOW36968.1 88.4 327 38 0 17 343 1 327 1.36e-222 607 BAO23243.1 AOW33101.1 91.8 318 26 0 17 334 1 318 1.83e-221 604 BAO23243.1 ARR91819.1 85.7 307 43 1 1 306 1 307 2.16e-192 530 BAO23243.1 ACV16867.1 96.3 244 9 0 100 343 1 244 1.96e-175 487 BAO23243.1 ADB27070.1 96.6 207 7 0 137 343 1 207 1.22e-147 413 BAO23243.1 ABJ92889.1 71.9 96 27 0 4 99 1 96 7.25e-45 147 WP_105336487.1 WP_105336487.1 100 200 0 0 1 200 1 200 6.94e-147 404 MCO4016744.1 MCO4016744.1 96.0 503 20 0 1 503 1 503 0.0 934 WP_122747354.1 WP_122747354.1 100 534 0 0 1 534 1 534 0.0 1086 WP_122747354.1 MBO7690464.1 29.9 479 305 10 62 526 100 561 5.97e-63 215 KAI6203333.1 KAI6203333.1 100 180 0 0 1 180 1 180 2.89e-136 376 MBO8166298.1 MBO8166298.1 100 117 0 0 1 117 1 117 8.00e-81 231 OLE87009.1 OLE87009.1 96.6 672 23 0 1 672 1 672 0.0 1316 KQM27662.1 KQM27662.1 95.3 253 12 0 1 253 1 253 2.66e-159 440 MCE2883039.1 MCE2883039.1 100 144 0 0 1 144 1 144 3.22e-102 287 MCE2883039.1 HBW9511025.1 55.2 143 61 2 2 144 60 199 6.98e-51 159 MCE2883039.1 PJB11797.1 42.4 139 77 2 1 139 56 191 1.22e-38 128 WP_185921121.1 WP_185921121.1 88.1 479 57 0 1 479 1 479 5.66e-286 780 WP_185921121.1 WP_023727015.1 34.7 426 251 11 9 420 26 438 7.96e-47 168 WP_185921121.1 WP_259619769.1 31.3 422 269 10 9 415 27 442 2.27e-41 152 WP_185921121.1 RQL72805.1 30.4 408 266 9 16 415 21 418 3.57e-34 132 WP_185921121.1 WP_255602293.1 24.8 443 321 6 11 444 24 463 2.61e-32 127 WP_185921121.1 WP_226276978.1 34.4 189 120 3 17 204 21 206 5.81e-26 108 WP_185921121.1 WP_197332010.1 26.1 436 307 7 19 443 21 452 1.31e-21 95.9 WP_139649072.1 WP_139649072.1 81.1 222 42 0 1 222 1 222 3.66e-114 323 KAG7345309.1 KAG7345309.1 97.4 387 10 0 1 387 1 387 9.07e-289 779 XP_034481174.1 XP_034481174.1 100 174 0 0 1 174 1 174 1.98e-131 363 EFA5447392.1 EFA5447392.1 100 179 0 0 1 179 1 179 3.81e-136 375 MBI3868575.1 MBI3868575.1 89.7 213 22 0 1 213 1 213 1.30e-137 382 BBG20955.1 BBG20955.1 99.7 2890 10 0 1 2890 1 2890 0.0 5773 BBG20955.1 WP_261665820.1 45.8 1525 618 18 1387 2872 8 1362 0.0 1300 BBG20955.1 WP_061278828.1 45.9 1492 679 22 1395 2881 6 1374 0.0 1246 BBG20955.1 WP_189931865.1 38.8 1399 529 18 11 1375 21 1126 4.38e-312 949 BBG20955.1 MBQ7389792.1 37.9 1448 658 32 1 1400 1 1255 5.66e-276 858 BBG20955.1 ULU28230.1 32.0 1298 566 20 83 1372 67 1056 2.07e-186 601 BBG20955.1 AIR77599.1 35.3 468 261 8 23 471 1 445 2.56e-89 298 BBG20955.1 HAJ19792.1 45.5 88 48 0 599 686 1 88 4.92e-21 88.2 WP_045136250.1 WP_045136250.1 100 86 0 0 1 86 1 86 2.70e-60 176 MBF0107908.1 MBF0107908.1 95.6 503 22 0 1 503 1 503 0.0 977 MBF0107908.1 KAB2885888.1 38.1 438 232 8 53 473 475 890 3.25e-84 278 MCB9222627.1 MCB9222627.1 100 194 0 0 1 194 1 194 5.52e-141 389 RYY55682.1 RYY55682.1 99.3 874 6 0 1 874 1 874 0.0 1779 RYY55682.1 OLA65010.1 41.8 891 475 17 4 871 6 875 1.24e-223 652 WP_264750294.1 WP_264750294.1 100 886 0 0 1 886 1 886 0.0 1803 XP_026100634.1 XP_026100634.1 93.9 440 27 0 1 440 1 440 2.02e-312 843 XP_026100634.1 KAI9912466.1 31.1 302 192 6 83 373 28 324 1.59e-42 152 XP_026100634.1 XP_042622198.1 27.4 328 181 9 83 367 200 513 1.51e-32 128 XP_026100634.1 NXJ84327.1 33.0 233 135 9 82 303 200 422 2.87e-27 113 XP_026100634.1 XP_039923984.1 32.8 253 138 11 82 318 195 431 1.32e-24 105 XP_026100634.1 KAJ7903702.1 28.8 219 138 7 87 298 27 234 1.48e-15 76.6 PWM49891.1 PWM49891.1 100 442 0 0 1 442 1 442 0.0 912 PWM49891.1 WP_258835625.1 40.3 447 251 6 1 436 1 442 2.35e-106 321 PWM49891.1 MBP6375542.1 38.7 442 261 5 1 436 1 438 5.07e-103 312 PWM49891.1 MBT4710545.1 37.3 450 258 9 1 436 1 440 2.97e-99 303 PWM49891.1 WP_249505358.1 34.7 447 274 8 3 439 2 440 2.15e-81 256 PWM49891.1 WP_194454339.1 25.5 369 243 9 9 364 13 362 1.27e-35 135 WP_017487366.1 WP_017487366.1 100 73 0 0 1 73 1 73 5.16e-50 149 WP_034968029.1 WP_034968029.1 100 361 0 0 1 361 1 361 1.35e-270 731 WP_034968029.1 WP_150731550.1 35.3 320 199 7 44 359 22 337 3.64e-64 206 OXE30643.1 OXE30643.1 90.7 108 10 0 1 108 1 108 4.83e-71 205 QDI78883.1 QDI78883.1 100 431 0 0 1 431 1 431 0.0 886 XP_008604006.1 XP_008604006.1 90.9 143 13 0 1 143 1 143 3.59e-85 244 EGT0637761.1 EGT0637761.1 100 181 0 0 1 181 1 181 1.13e-138 382 WP_135916821.1 WP_135916821.1 100 272 0 0 1 272 1 272 2.80e-200 545 WP_135916821.1 PYL83902.1 33.6 116 63 3 104 210 147 257 3.39e-15 73.6 MXW58053.1 MXW58053.1 100 284 0 0 1 284 1 284 1.53e-219 595 XP_050358545.1 XP_050358545.1 100 493 0 0 1 493 1 493 0.0 1025 XP_050358545.1 XP_015675072.1 24.2 215 140 6 63 261 150 357 1.21e-06 49.3 XP_050358545.1 XP_049847771.1 29.2 274 131 16 112 362 173 406 4.76e-06 47.4 XP_004225259.1 XP_004225259.1 96.8 729 23 0 1 729 1 729 0.0 1462 TBR44965.1 TBR44965.1 100 257 0 0 1 257 1 257 1.28e-193 527 TBR44965.1 MBL6635315.1 36.8 258 149 4 4 257 6 253 1.62e-54 174 AQA21753.1 AQA21753.1 94.2 154 9 0 1 154 1 154 7.97e-101 284 DAO35860.1 DAO35860.1 88.4 172 20 0 1 172 1 172 1.48e-107 303 MCB9555407.1 MCB9555407.1 95.3 491 23 0 1 491 1 491 0.0 919 NOG54385.1 NOG54385.1 95.4 523 24 0 1 523 1 523 0.0 1005 XP_027894086.1 XP_027894086.1 91.7 953 79 0 1 953 1 953 0.0 1788 OJG95819.1 OJG95819.1 100 345 0 0 1 345 1 345 4.44e-261 705 OJG95819.1 WP_024410349.1 37.2 331 205 2 5 333 1 330 3.56e-71 223 OJG95819.1 KAJ5991093.1 37.3 193 116 4 26 215 34 224 4.67e-32 119 OJG95819.1 WP_257107333.1 33.1 242 130 8 19 235 16 250 3.52e-28 110 OJG95819.1 WP_198255508.1 26.2 340 201 12 22 335 18 333 1.45e-23 97.8 GIY33458.1 GIY33458.1 95.4 949 44 0 1 949 1 949 0.0 1865 GIY33458.1 WP_007337172.1 35.7 70 42 1 214 283 55 121 1.18e-06 48.5 MCI1663915.1 MCI1663915.1 97.4 345 9 0 1 345 1 345 2.46e-258 698 MCI1663915.1 WP_069877432.1 38.7 341 192 6 10 341 12 344 7.84e-83 254 MCI1663915.1 MBI1797961.1 35.7 353 194 6 4 341 13 347 2.40e-72 226 WP_142429410.1 WP_142429410.1 100 61 0 0 1 61 1 61 3.77e-40 124 XP_040114763.1 XP_040114763.1 97.7 574 13 0 23 596 23 596 0.0 1148 WP_129857883.1 WP_129857883.1 94.2 412 24 0 1 412 1 412 6.85e-283 766 WP_129857883.1 WP_144320971.1 31.7 284 162 12 125 392 234 501 6.40e-16 77.8 EAN4724137.1 EAN4724137.1 100 354 0 0 1 354 1 354 2.71e-271 732 EAN4724137.1 WP_224255409.1 95.5 353 16 0 1 353 1 353 2.88e-257 696 EAN4724137.1 MBT4259674.1 43.9 342 187 3 1 342 1 337 3.54e-105 310 EAN4724137.1 XP_018682766.1 32.3 328 156 4 22 349 79 340 5.00e-61 198 WP_137058869.1 WP_137058869.1 92.1 216 17 0 1 216 1 216 2.08e-140 389 WP_278924671.1 WP_278924671.1 100 94 0 0 1 94 1 94 8.32e-61 178 XP_033130084.1 XP_033130084.1 100 214 0 0 1 214 1 214 2.13e-157 432 WP_186939222.1 WP_186939222.1 95.9 848 35 0 1 848 1 848 0.0 1665 WP_186939222.1 MBR2406030.1 29.7 663 410 19 120 755 30 663 8.14e-75 256 WP_186939222.1 WP_223292749.1 48.7 78 40 0 3 80 7 84 3.11e-18 78.6 WP_186939222.1 MCM1122913.1 45.2 73 40 0 1 73 1 73 3.26e-16 72.4 RZO90007.1 RZO90007.1 96.0 328 13 0 1 328 1 328 2.86e-228 621 WP_067908376.1 WP_067908376.1 100 263 0 0 1 263 1 263 6.36e-197 536 XP_010831352.1 XP_010831352.1 96.3 1301 48 0 1 1301 1 1301 0.0 2563 WP_187094112.1 WP_187094112.1 96.2 288 11 0 1 288 1 288 3.10e-196 536 WP_187094112.1 WP_221286480.1 41.0 239 117 5 61 282 48 279 2.40e-41 142 WP_187094112.1 MBO4168293.1 29.6 243 146 9 35 266 3 231 2.30e-13 66.6 WP_176538754.1 WP_176538754.1 100 379 0 0 9 387 9 387 6.62e-266 721 WP_176538754.1 WP_059267425.1 21.9 360 252 10 24 370 30 373 1.18e-08 54.7 MPT34124.1 MPT34124.1 100 121 0 0 1 121 1 121 4.38e-89 252 MBO5205168.1 MBO5205168.1 100 308 0 0 1 308 1 308 2.38e-235 637 MBK8687530.1 MBK8687530.1 91.1 225 20 0 1 225 1 225 4.81e-139 387 MBK8687530.1 MCC6044083.1 42.0 131 68 5 6 130 41 169 8.10e-13 64.7 MBK8687530.1 WP_211555180.1 34.0 100 62 3 51 147 82 180 8.38e-04 37.7 WP_228527316.1 WP_228527316.1 100 67 0 0 1 67 1 67 3.15e-46 139 ECA9858842.1 ECA9858842.1 100 394 0 0 1 394 1 394 8.57e-302 812 ECA9858842.1 MBI4875790.1 30.4 375 235 10 26 383 29 394 8.12e-58 192 MBN9625832.1 MBN9625832.1 100 281 0 0 1 281 1 281 9.06e-206 560 MBN9625832.1 NEX64733.1 59.6 277 111 1 1 277 1 276 8.39e-115 330 MBN9625832.1 GGS66510.1 50.4 282 133 4 4 280 1 280 1.02e-87 261 MBN9625832.1 WP_002857697.1 34.4 212 130 4 73 277 77 286 1.65e-36 130 WP_276153259.1 WP_276153259.1 96.1 359 14 0 1 359 1 359 2.11e-257 697 PCJ60344.1 PCJ60344.1 100 82 0 0 1 82 1 82 3.25e-57 168 WP_034004944.1 WP_034004944.1 100 80 0 0 1 80 1 80 7.51e-53 157 XP_007405597.1 XP_007405597.1 100 266 0 0 1 266 1 266 4.01e-206 560 WP_241323553.1 WP_241323553.1 97.1 411 12 0 1 411 1 411 2.49e-305 823 WP_030096092.1 WP_030096092.1 95.8 477 20 0 1 477 1 477 0.0 882 WP_030096092.1 MCK1819907.1 49.7 495 213 8 1 474 2 481 4.82e-139 407 WP_030096092.1 WP_187788315.1 35.1 419 259 7 42 453 11 423 2.78e-66 218 WP_030096092.1 WP_278498266.1 33.4 485 259 19 38 477 25 490 1.56e-62 209 WP_030096092.1 WP_034002239.1 32.9 477 255 10 41 473 31 486 2.44e-59 201 WP_149633476.1 WP_149633476.1 100 222 0 0 1 222 1 222 6.38e-172 469 COS78102.1 COS78102.1 100 81 0 0 1 81 1 81 3.02e-57 168 XP_031145922.1 XP_031145922.1 88.8 330 37 0 1 330 1 330 2.81e-220 601 KAF1792308.1 KAF1792308.1 97.5 597 15 0 1 597 1 597 0.0 1226 XP_012206226.1 XP_012206226.1 93.0 654 46 0 1 654 1 654 0.0 1254 TIX75263.1 TIX75263.1 100 80 0 0 1 80 1 80 1.39e-57 169 TNH24208.1 TNH24208.1 70.1 97 29 0 1 97 1 97 3.62e-36 116 WP_147434933.1 WP_147434933.1 96.1 203 8 0 1 203 1 203 6.35e-140 387 WP_147434933.1 GFH27490.1 48.3 201 100 2 2 198 108 308 7.13e-58 183 WP_091252096.1 WP_091252096.1 100 206 0 0 1 206 1 206 1.23e-143 397 HJE11106.1 HJE11106.1 100 458 0 0 1 458 1 458 0.0 920 MBQ1306452.1 MBQ1306452.1 100 326 0 0 1 326 1 326 3.32e-251 679 MBR5168981.1 MBR5168981.1 100 123 0 0 1 123 1 123 1.25e-89 253 MBR5168981.1 WP_213753432.1 46.2 117 51 3 7 123 12 116 1.45e-24 89.0 WP_010865602.1 WP_010865602.1 100 392 0 0 1 392 1 392 2.86e-299 806 WP_074028604.1 WP_074028604.1 100 60 0 0 1 60 1 60 1.23e-40 125 WP_270967954.1 WP_270967954.1 100 655 0 0 1 655 1 655 0.0 1349 WP_270967954.1 WP_254101325.1 49.0 630 304 8 27 649 22 641 6.67e-215 613 WP_270967954.1 XP_052525039.1 35.6 641 372 16 27 648 43 661 1.00e-126 388 WP_270967954.1 MCC5948066.1 29.8 658 401 23 17 646 30 654 4.23e-75 252 CAG5083139.1 CAG5083139.1 100 191 0 0 1 191 1 191 9.21e-143 393 WP_121452481.1 WP_121452481.1 100 192 0 0 1 192 1 192 2.01e-142 392 MBQ8412219.1 MBQ8412219.1 100 105 0 0 1 105 1 105 5.09e-67 195 RYE89993.1 RYE89993.1 96.7 329 11 0 1 329 1 329 8.85e-228 620 RYE89993.1 MBL8820230.1 39.7 310 155 5 31 329 28 316 3.00e-69 217 RYE89993.1 NEO65312.1 37.1 175 94 6 154 324 343 505 1.41e-23 99.4 RYE89993.1 WP_210569664.1 30.5 321 159 14 23 329 165 435 1.23e-19 87.4 WP_160352546.1 WP_160352546.1 81.9 238 43 0 1 238 1 238 1.34e-140 392 MBU2573448.1 MBU2573448.1 100 522 0 0 1 522 1 522 0.0 1026 TAG14385.1 TAG14385.1 100 220 0 0 1 220 1 220 1.76e-168 461 HIS46075.1 HIS46075.1 100 272 0 0 1 272 1 272 2.71e-207 563 MBS6779195.1 MBS6779195.1 100 391 0 0 1 391 1 391 1.22e-304 819 MBS6779195.1 WP_012573472.1 30.8 390 236 10 7 376 11 386 9.71e-40 149 MBS6779195.1 NJD91181.1 30.7 326 204 10 82 391 2 321 1.19e-31 125 MBS6779195.1 WP_151430057.1 28.8 309 176 8 30 323 28 307 8.18e-22 94.0 MBP3450714.1 MBP3450714.1 100 144 0 0 1 144 1 144 6.76e-104 291 WP_259633828.1 WP_259633828.1 100 41 0 0 1 41 1 41 1.53e-24 83.2 WP_277084622.1 WP_277084622.1 100 315 0 0 1 315 1 315 2.78e-233 632 WP_277084622.1 WP_074825075.1 59.7 313 121 3 1 313 84 391 1.09e-119 348 WP_277084622.1 WP_078429679.1 47.8 312 159 3 1 312 84 391 1.10e-90 274 WP_277084622.1 MCP1651746.1 46.7 317 163 4 1 313 89 403 1.84e-80 248 WP_277084622.1 MBA2536487.1 45.0 313 157 5 1 312 84 382 1.13e-79 245 WP_277084622.1 WP_004619799.1 47.8 320 153 6 1 313 87 399 3.68e-79 244 WP_277084622.1 XP_040685867.1 39.1 322 170 5 2 314 116 420 7.73e-64 206 WP_277084622.1 GAN03156.1 40.9 318 169 6 1 314 110 412 1.22e-63 205 WP_277084622.1 EDH4057100.1 42.5 320 157 7 1 313 87 386 5.55e-62 200 WP_277084622.1 WP_083141943.1 38.9 319 172 7 1 313 85 386 2.54e-51 172 HBO4828144.1 HBO4828144.1 100 284 0 0 1 284 1 284 2.51e-209 569 HBO4828144.1 WP_077217464.1 51.4 247 119 1 11 257 31 276 1.08e-82 249 HBO4828144.1 WP_076409454.1 45.1 237 118 6 13 245 7 235 7.70e-56 182 HBO4828144.1 WP_176354145.1 50.0 192 92 2 29 216 20 211 7.85e-50 167 HBO4828144.1 WP_170725874.1 44.2 197 105 2 29 222 19 213 4.10e-44 151 HBO4828144.1 MWR41881.1 37.9 219 120 2 30 232 44 262 1.12e-43 148 HBO4828144.1 WP_145468487.1 36.2 213 119 4 23 220 19 229 5.85e-31 114 HBO4828144.1 WP_256546297.1 28.8 226 135 4 11 215 24 244 9.22e-22 90.5 HBO4828144.1 WP_150396769.1 30.5 200 123 6 31 215 290 488 1.60e-14 71.6 HBO4828144.1 WP_153844272.1 24.8 214 131 7 11 204 6 209 2.08e-14 71.2 HBO4828144.1 WP_142931103.1 25.9 197 132 4 30 213 276 471 1.28e-12 65.9 HBO4828144.1 MBQ8297564.1 25.8 236 137 9 5 215 319 541 2.57e-12 65.1 HBO4828144.1 WP_195238978.1 25.1 191 110 7 6 176 479 656 9.79e-10 57.4 HBO4828144.1 KAJ2660037.1 24.7 223 139 9 9 215 1807 2016 1.55e-06 47.8 CAB3503427.1 CAB3503427.1 96.4 670 24 0 1 670 1 670 0.0 1362 WP_167084302.1 WP_167084302.1 100 147 0 0 1 147 1 147 3.88e-109 305 MBK9137892.1 MBK9137892.1 95.0 423 21 0 1 423 1 423 7.64e-297 802 WP_086612756.1 WP_086612756.1 100 130 0 0 1 130 1 130 1.17e-95 269 WP_229319113.1 WP_229319113.1 91.5 564 48 0 1 564 1 564 0.0 958 WP_229319113.1 WP_247749043.1 29.0 210 142 3 351 553 377 586 3.92e-20 92.4 WP_229319113.1 WP_152652784.1 28.4 176 121 4 349 523 22 193 1.50e-05 45.4 MCI40880.1 MCI40880.1 100 78 0 0 1 78 1 78 1.87e-52 156 MBU6305288.1 MBU6305288.1 100 135 0 0 1 135 1 135 5.48e-101 283 UAS17182.2 UAS17182.2 91.2 147 13 0 1 147 1 147 1.75e-87 250 MBN1762539.1 MBN1762539.1 100 427 0 0 1 427 1 427 0.0 878 KVN34631.1 KVN34631.1 100 146 0 0 1 146 1 146 7.55e-102 286 CAD2189922.1 CAD2189922.1 97.2 688 19 0 1 688 1 688 0.0 1392 KAF5671546.1 KAF5671546.1 97.7 1262 29 0 1 1262 1 1262 0.0 2505 KAF5671546.1 MBE5737882.1 29.8 941 552 19 187 1123 35 870 2.48e-115 380 KAF5671546.1 MBE6688122.1 29.9 978 566 28 156 1112 5 883 9.37e-104 348 KAF5671546.1 KAA0114277.1 29.7 960 559 28 171 1111 47 909 1.93e-96 328 KAF5671546.1 XP_009147075.2 30.3 884 524 23 183 1017 145 985 5.88e-95 329 KAF5671546.1 WP_235126772.1 27.5 954 567 31 182 1113 24 874 3.35e-86 298 KAF5671546.1 WP_278631399.1 29.1 835 467 25 155 978 3 723 2.53e-82 287 KAF5671546.1 WP_049009918.1 24.0 775 463 27 171 934 62 721 4.51e-44 172 KAF5671546.1 WP_019100427.1 23.6 874 539 26 157 1009 31 796 4.13e-38 153 KAF5671546.1 KAJ6994162.1 21.9 947 558 29 182 1104 42 830 6.51e-36 146 KAF5671546.1 MBY0273331.1 29.5 302 168 13 743 1033 427 694 1.98e-17 86.3 KAF5671546.1 MCE7698179.1 25.3 364 217 11 271 631 55 366 5.87e-11 64.3 CAG8783316.1 CAG8783316.1 100 91 0 0 1 91 1 91 2.07e-64 187 XP_006161615.1 XP_006161615.1 100 178 0 0 1 178 1 178 7.69e-131 362 WP_207472995.1 WP_207472995.1 87.1 85 11 0 1 85 1 85 3.34e-47 143 TMG92410.1 TMG92410.1 100 313 0 0 1 313 1 313 1.56e-238 645 MBL0091585.1 MBL0091585.1 97.0 671 20 0 1 671 1 671 0.0 1340 MBL0091585.1 NLY22703.1 43.2 347 186 5 57 402 8 344 1.72e-83 274 EJI8012843.1 EJI8012843.1 100 854 0 0 1 854 1 854 0.0 1767 EJI8012843.1 EDF5922784.1 72.2 677 72 7 1 673 1 565 0.0 945 EJI8012843.1 MBL04873.1 51.2 41 14 1 479 519 398 432 5.60e-04 41.6 8APN_AM 8APN_AM 100 419 0 0 1 419 1 419 0.0 866 WP_073680713.1 WP_073680713.1 100 211 0 0 1 211 1 211 2.90e-149 411 SQB81123.1 SQB81123.1 100 63 0 0 1 63 1 63 2.60e-41 127 SQB81123.1 KQO44758.1 64.5 62 21 1 1 61 363 424 2.10e-19 77.8 KAI2569442.1 KAI2569442.1 97.2 355 10 0 1 355 1 355 1.88e-258 699 WP_049468231.1 WP_049468231.1 94.6 186 10 0 1 186 1 186 2.71e-119 333 WP_074825075.1 WP_074825075.1 100 392 0 0 1 392 1 392 5.70e-290 782 WP_074825075.1 WP_078429679.1 51.2 391 190 1 1 390 1 391 2.85e-135 390 WP_074825075.1 WP_277084622.1 59.7 313 121 3 84 391 1 313 1.36e-119 348 WP_074825075.1 MCP1651746.1 47.1 401 203 5 1 392 4 404 6.77e-108 321 WP_074825075.1 MBA2536487.1 45.1 386 204 2 5 390 5 382 9.84e-108 320 WP_074825075.1 WP_004619799.1 47.0 396 199 6 6 392 7 400 4.94e-104 311 WP_074825075.1 EDH4057100.1 46.4 403 189 11 1 392 1 387 2.71e-100 301 WP_074825075.1 GAN03156.1 37.6 396 228 6 3 391 28 411 1.54e-75 238 WP_074825075.1 WP_083141943.1 37.3 415 209 9 1 392 1 387 5.45e-69 221 WP_074825075.1 XP_040685867.1 34.2 392 237 7 3 385 34 413 3.51e-55 186 WP_074925385.1 WP_074925385.1 100 224 0 0 1 224 1 224 3.03e-171 468 CAI2162316.1 CAI2162316.1 88.9 772 86 0 1 772 1 772 0.0 1328 WP_011629477.1 WP_011629477.1 100 474 0 0 1 474 1 474 0.0 932 WP_001202764.1 WP_001202764.1 100 571 0 0 1 571 1 571 0.0 1195 WP_001202764.1 MBT8607749.1 56.4 571 244 5 1 569 1 568 1.90e-238 667 WP_122031495.1 WP_122031495.1 91.5 435 37 0 1 435 1 435 3.20e-279 759 WP_177995267.1 WP_177995267.1 93.5 246 16 0 1 246 1 246 7.33e-174 476 WP_111457087.1 WP_111457087.1 100 267 0 0 1 267 1 267 9.72e-194 528 WP_111457087.1 WP_225767809.1 35.6 132 76 8 127 256 4 128 1.72e-10 56.2 KAA8693182.1 KAA8693182.1 90.0 110 11 0 1 110 1 110 1.32e-69 202 MYT92751.1 MYT92751.1 100 76 0 0 18 93 18 93 2.22e-51 154 XP_043889695.1 XP_043889695.1 97.2 1998 56 0 1 1998 1 1998 0.0 4031 XP_043889695.1 KAJ2660037.1 42.3 395 185 13 6 384 4 371 6.01e-69 256 XP_043889695.1 XP_032696462.1 36.9 393 208 8 1 379 1 367 2.29e-65 243 WP_274549238.1 WP_274549238.1 89.6 115 12 0 1 115 1 115 1.29e-67 197 DAZ64401.1 DAZ64401.1 100 297 0 0 1 297 1 297 2.77e-233 631 UBD95131.1 UBD95131.1 99.2 7096 57 0 1 7096 1 7096 0.0 14366 UBD95131.1 UEC52718.1 99.1 7096 64 0 1 7096 1 7096 0.0 14349 UBD95131.1 QWC83326.1 99.0 7096 72 0 1 7096 1 7096 0.0 14335 UBD95131.1 UBP50947.1 99.0 7096 73 0 1 7096 1 7096 0.0 14334 UBD95131.1 WEU87158.1 99.0 7096 74 0 1 7096 1 7096 0.0 14330 UBD95131.1 QSZ25555.1 98.9 7096 76 0 1 7096 1 7096 0.0 14329 UBD95131.1 QVD87869.1 98.9 7096 75 1 1 7096 1 7093 0.0 14320 UBD95131.1 URQ55824.1 98.8 7096 80 1 1 7096 1 7093 0.0 14308 UBD95131.1 UZO53924.1 98.8 7096 80 1 1 7096 1 7093 0.0 14308 UBD95131.1 UVB16817.1 98.8 7096 79 1 1 7096 1 7093 0.0 14307 UBD95131.1 UMF87224.1 98.8 7096 79 2 1 7096 1 7092 0.0 14307 UBD95131.1 QZU16279.1 98.8 7096 85 0 1 7096 1 7096 0.0 14300 UBD95131.1 UIR12670.1 98.5 7096 102 2 1 7096 1 7092 0.0 14251 UBD95131.1 UBR86455.1 98.3 7095 121 0 2 7096 1 7095 0.0 14214 UBD95131.1 UPA83906.1 98.3 7096 118 2 1 7096 1 7092 0.0 14211 UBD95131.1 UCP72061.1 98.1 7096 138 0 1 7096 1 7096 0.0 14173 UBD95131.1 UCP77012.1 97.9 7096 150 0 1 7096 1 7096 0.0 14148 UBD95131.1 UXX67934.1 97.9 7096 148 1 1 7096 1 7093 0.0 14143 UBD95131.1 UKN67998.1 97.4 7076 179 2 21 7096 1 7072 0.0 14019 UBD95131.1 WHE12941.1 97.3 7070 189 1 27 7096 1 7067 0.0 13993 UBD95131.1 UGA79226.1 96.8 7096 230 0 1 7096 1 7096 0.0 13960 UBD95131.1 UAQ80067.1 96.5 7096 247 0 1 7096 1 7096 0.0 13905 UBD95131.1 UJT06733.1 95.4 7096 324 2 1 7096 1 7092 0.0 13688 UBD95131.1 UVI10561.1 95.4 7069 322 1 28 7096 1 7066 0.0 13673 UBD95131.1 UOU30556.1 94.0 7096 423 1 1 7096 1 7093 0.0 13459 UBD95131.1 UMA88644.1 90.9 7075 643 2 22 7096 1 7071 0.0 12881 UBD95131.1 WAS49087.1 89.6 7096 734 1 1 7096 1 7093 0.0 12683 UBD95131.1 WGP98278.1 84.4 7096 1107 0 1 7096 1 7096 0.0 11777 UBD95131.1 UFM00670.1 99.0 4401 43 0 1 4401 1 4401 0.0 8889 UBD95131.1 UEC68750.1 99.0 4401 43 0 1 4401 1 4401 0.0 8887 UBD95131.1 UHM53165.1 99.0 4401 43 0 1 4401 1 4401 0.0 8884 UBD95131.1 UFM02602.1 99.0 4401 43 0 1 4401 1 4401 0.0 8884 UBD95131.1 QTD03487.1 98.9 4401 50 0 1 4401 1 4401 0.0 8880 UBD95131.1 UBL45068.1 98.9 4401 48 0 1 4401 1 4401 0.0 8875 UBD95131.1 QXR94354.1 98.8 4401 48 1 1 4401 1 4398 0.0 8869 UBD95131.1 QTM79632.1 98.8 4401 50 1 1 4401 1 4398 0.0 8863 UBD95131.1 QTZ27226.1 98.8 4401 52 1 1 4401 1 4398 0.0 8858 UBD95131.1 ULA23837.2 98.8 4401 51 2 1 4401 1 4397 0.0 8858 UBD95131.1 UPP41269.1 98.7 4401 53 1 1 4401 1 4398 0.0 8858 UBD95131.1 USR14792.1 98.7 4401 54 1 1 4401 1 4398 0.0 8854 UBD95131.1 UXH94526.1 98.7 4401 52 2 1 4401 1 4397 0.0 8854 UBD95131.1 UKU68032.1 98.4 4401 65 2 1 4401 1 4397 0.0 8826 UBD95131.1 UJV88611.1 96.8 4401 137 2 1 4401 1 4397 0.0 8663 UBD95131.1 UJJ97602.1 96.5 4401 150 2 1 4401 1 4397 0.0 8629 UBD95131.1 UJS94137.1 97.8 4296 91 2 106 4401 1 4292 0.0 8548 UBD95131.1 ULB83374.1 95.6 4401 191 2 1 4401 1 4397 0.0 8525 UBD95131.1 UGB98301.1 93.6 4401 282 0 1 4401 1 4401 0.0 8309 UBD95131.1 QRX02582.1 98.9 4098 47 0 1 4098 1 4098 0.0 8249 UBD95131.1 UFA30503.1 92.7 4340 316 0 27 4366 1 4340 0.0 8089 UBD95131.1 WGP70063.1 91.5 4369 371 0 1 4369 1 4369 0.0 8024 UBD95131.1 WEI27974.1 90.3 4401 423 1 1 4401 1 4398 0.0 7958 UBD95131.1 UNI03201.1 90.6 4375 412 1 27 4401 1 4374 0.0 7945 UBD95131.1 UEX07109.1 87.2 4375 560 0 27 4401 1 4375 0.0 7600 UBD95131.1 URP80785.1 81.7 4374 799 1 28 4401 1 4371 0.0 7045 UBD95131.1 UYE49180.1 75.4 4401 1080 1 1 4401 1 4398 0.0 6321 UBD95131.1 UPB00876.1 75.7 4374 1062 1 28 4401 1 4371 0.0 6315 UBD95131.1 WGQ72821.1 65.7 4344 1488 0 26 4369 1 4344 0.0 5221 ESS65152.1 ESS65152.1 100 306 0 0 1 306 1 306 1.48e-228 620 WP_095451526.1 WP_095451526.1 100 365 0 0 1 365 1 365 5.34e-279 752 XP_040286004.1 XP_040286004.1 98.2 487 9 0 1 487 1 487 0.0 988 KPX96424.1 KPX96424.1 100 453 0 0 1 453 1 453 0.0 944 WP_233290946.1 WP_233290946.1 96.9 416 13 0 1 416 1 416 7.45e-305 822 WP_139552727.1 WP_139552727.1 100 111 0 0 1 111 1 111 2.45e-79 226 WP_139552727.1 CAB5621061.1 100 28 0 0 25 52 180 207 2.41e-13 61.6 ETO85594.1 ETO85594.1 61.5 369 142 0 1 369 1 369 1.57e-118 347 TWP21248.1 TWP21248.1 100 274 0 0 1 274 1 274 1.70e-211 574 WP_225318916.1 WP_225318916.1 100 91 0 0 1 91 1 91 5.07e-65 189 WP_128455839.1 WP_128455839.1 100 103 0 0 1 103 1 103 1.26e-66 194 WP_109249144.1 WP_109249144.1 72.7 355 97 0 1 355 1 355 1.14e-176 493 WP_272056282.1 WP_272056282.1 100 129 0 0 1 129 1 129 2.19e-95 268 ECC0814460.1 ECC0814460.1 100 1311 0 0 1 1311 1 1311 0.0 2603 RZO46377.1 RZO46377.1 100 309 0 0 1 309 1 309 1.33e-237 643 NXB12866.1 NXB12866.1 100 557 0 0 1 557 1 557 0.0 1159 NXB12866.1 XP_031168963.1 22.2 234 179 3 74 305 58 290 1.14e-09 59.3 WP_203282270.1 WP_203282270.1 91.0 754 68 0 15 768 15 768 0.0 1411 WP_083681546.1 WP_083681546.1 100 126 0 0 1 126 1 126 1.97e-92 261 OYZ24246.1 OYZ24246.1 100 397 0 0 1 397 1 397 1.66e-296 799 WP_140889516.1 WP_140889516.1 100 373 0 0 1 373 1 373 1.18e-286 772 MBN0056136.1 MBN0056136.1 100 109 0 0 1 109 1 109 1.67e-76 219 CKL52325.1 CKL52325.1 100 78 0 0 1 78 1 78 1.94e-54 161 TIP25924.1 TIP25924.1 100 190 0 0 1 190 1 190 2.55e-144 397 WP_173580245.1 WP_173580245.1 100 170 0 0 1 170 1 170 4.69e-128 354 MBP9134796.1 MBP9134796.1 100 280 0 0 1 280 1 280 2.08e-215 584 MBP9134796.1 HIP02283.1 39.2 283 158 6 1 279 1 273 6.78e-59 187 WP_179321248.1 WP_179321248.1 100 118 0 0 1 118 1 118 3.00e-81 232 EAA1978353.1 EAA1978353.1 92.1 140 11 0 1 140 1 140 2.04e-94 267 DAZ71054.1 DAZ71054.1 100 372 0 0 1 372 1 372 2.37e-281 759 DAZ71054.1 WP_024330540.1 36.9 331 192 9 34 362 3 318 1.48e-60 201 DAZ71054.1 WP_145616262.1 35.7 300 165 9 33 330 2 275 1.46e-46 163 DAZ71054.1 NNE87648.1 35.0 297 156 10 33 323 2 267 1.95e-43 155 DAZ71054.1 MYE57211.1 33.2 223 121 6 37 258 7 202 1.59e-35 127 XP_001275352.1 XP_001275352.1 95.9 531 22 0 1 531 1 531 0.0 1040 XP_001275352.1 XP_013164386.1 36.2 47 30 0 206 252 471 517 8.88e-06 46.6 RCX10040.1 RCX10040.1 90.1 545 54 0 1 545 1 545 0.0 973 RCX10040.1 WP_116813830.1 34.4 360 184 12 187 533 75 395 4.82e-48 170 WP_276263713.1 WP_276263713.1 100 241 0 0 1 241 1 241 2.11e-175 480 WP_276263713.1 WP_014286324.1 26.2 145 107 0 24 168 10 154 1.19e-18 79.0 ETI31896.1 ETI31896.1 96.0 700 28 0 1 700 1 700 0.0 1389 PZW56938.1 PZW56938.1 100 370 0 0 1 370 1 370 5.63e-288 775 PZW56938.1 WP_121252511.1 26.6 289 185 7 1 277 21 294 5.24e-18 82.8 VUC33496.1 VUC33496.1 98.4 694 11 0 1 694 1 694 0.0 1380 WP_279595826.1 WP_279595826.1 100 691 0 0 1 691 1 691 0.0 1365 WP_279595826.1 ECC1749556.1 55.1 107 35 2 19 125 9 102 8.28e-34 123 WP_216295494.1 WP_216295494.1 100 338 0 0 1 338 1 338 1.31e-254 688 WP_216295494.1 WP_261668588.1 31.4 322 208 4 14 332 1 312 2.29e-43 150 QWC83326.1 QWC83326.1 99.2 7096 57 0 1 7096 1 7096 0.0 14367 QWC83326.1 WEU87158.1 99.1 7096 65 0 1 7096 1 7096 0.0 14352 QWC83326.1 QSZ25555.1 99.1 7096 67 0 1 7096 1 7096 0.0 14351 QWC83326.1 UBP50947.1 99.0 7096 68 0 1 7096 1 7096 0.0 14344 QWC83326.1 QVD87869.1 99.0 7096 66 1 1 7096 1 7093 0.0 14341 QWC83326.1 UBD95131.1 99.0 7096 72 0 1 7096 1 7096 0.0 14335 QWC83326.1 UEC52718.1 98.9 7096 75 0 1 7096 1 7096 0.0 14329 QWC83326.1 URQ55824.1 98.9 7096 73 1 1 7096 1 7093 0.0 14326 QWC83326.1 UZO53924.1 98.9 7096 73 1 1 7096 1 7093 0.0 14325 QWC83326.1 UVB16817.1 98.9 7096 72 1 1 7096 1 7093 0.0 14324 QWC83326.1 UMF87224.1 98.9 7096 72 2 1 7096 1 7092 0.0 14324 QWC83326.1 QZU16279.1 98.6 7096 96 0 1 7096 1 7096 0.0 14279 QWC83326.1 UIR12670.1 98.6 7096 95 2 1 7096 1 7092 0.0 14268 QWC83326.1 UPA83906.1 98.4 7096 112 2 1 7096 1 7092 0.0 14227 QWC83326.1 UBR86455.1 98.2 7095 130 0 2 7096 1 7095 0.0 14198 QWC83326.1 UXX67934.1 98.0 7096 141 1 1 7096 1 7093 0.0 14161 QWC83326.1 UCP72061.1 97.9 7096 147 0 1 7096 1 7096 0.0 14157 QWC83326.1 UCP77012.1 97.8 7096 158 0 1 7096 1 7096 0.0 14134 QWC83326.1 UKN67998.1 97.5 7076 173 2 21 7096 1 7072 0.0 14035 QWC83326.1 WHE12941.1 97.4 7070 184 1 27 7096 1 7067 0.0 14006 QWC83326.1 UGA79226.1 96.9 7096 222 0 1 7096 1 7096 0.0 13980 QWC83326.1 UAQ80067.1 96.4 7096 257 0 1 7096 1 7096 0.0 13887 QWC83326.1 UJT06733.1 95.5 7096 315 2 1 7096 1 7092 0.0 13708 QWC83326.1 UVI10561.1 95.5 7069 315 1 28 7096 1 7066 0.0 13690 QWC83326.1 UOU30556.1 94.1 7096 417 1 1 7096 1 7093 0.0 13472 QWC83326.1 UMA88644.1 90.9 7075 638 2 22 7096 1 7071 0.0 12892 QWC83326.1 WAS49087.1 89.7 7096 728 1 1 7096 1 7093 0.0 12696 QWC83326.1 WGP98278.1 84.5 7096 1101 0 1 7096 1 7096 0.0 11792 QWC83326.1 QTD03487.1 99.0 4401 45 0 1 4401 1 4401 0.0 8893 QWC83326.1 QXR94354.1 99.0 4401 43 1 1 4401 1 4398 0.0 8883 QWC83326.1 UFM00670.1 98.9 4401 50 0 1 4401 1 4401 0.0 8878 QWC83326.1 UEC68750.1 98.9 4401 50 0 1 4401 1 4401 0.0 8876 QWC83326.1 QTM79632.1 98.9 4401 45 1 1 4401 1 4398 0.0 8876 QWC83326.1 UBL45068.1 98.9 4401 48 0 1 4401 1 4401 0.0 8874 QWC83326.1 UHM53165.1 98.9 4401 50 0 1 4401 1 4401 0.0 8873 QWC83326.1 UFM02602.1 98.9 4401 50 0 1 4401 1 4401 0.0 8873 QWC83326.1 QTZ27226.1 98.9 4401 47 1 1 4401 1 4398 0.0 8871 QWC83326.1 ULA23837.2 98.8 4401 48 2 1 4401 1 4397 0.0 8868 QWC83326.1 UPP41269.1 98.8 4401 50 1 1 4401 1 4398 0.0 8867 QWC83326.1 USR14792.1 98.8 4401 51 1 1 4401 1 4398 0.0 8864 QWC83326.1 UXH94526.1 98.8 4401 49 2 1 4401 1 4397 0.0 8863 QWC83326.1 UKU68032.1 98.5 4401 62 2 1 4401 1 4397 0.0 8835 QWC83326.1 UJV88611.1 96.9 4401 134 2 1 4401 1 4397 0.0 8672 QWC83326.1 UJJ97602.1 96.6 4401 147 2 1 4401 1 4397 0.0 8638 QWC83326.1 UJS94137.1 97.9 4296 88 2 106 4401 1 4292 0.0 8557 QWC83326.1 ULB83374.1 95.6 4401 188 2 1 4401 1 4397 0.0 8534 QWC83326.1 UGB98301.1 93.5 4401 288 0 1 4401 1 4401 0.0 8300 QWC83326.1 QRX02582.1 99.0 4098 41 0 1 4098 1 4098 0.0 8264 QWC83326.1 UFA30503.1 92.6 4340 323 0 27 4366 1 4340 0.0 8079 QWC83326.1 WGP70063.1 91.6 4369 367 0 1 4369 1 4369 0.0 8034 QWC83326.1 UNI03201.1 90.4 4375 417 1 27 4401 1 4374 0.0 8009 QWC83326.1 WEI27974.1 90.4 4401 421 1 1 4401 1 4398 0.0 7963 QWC83326.1 UEX07109.1 87.1 4375 563 0 27 4401 1 4375 0.0 7597 QWC83326.1 URP80785.1 81.7 4374 798 1 28 4401 1 4371 0.0 7046 QWC83326.1 UPB00876.1 75.7 4374 1060 1 28 4401 1 4371 0.0 6320 QWC83326.1 UYE49180.1 75.4 4401 1080 1 1 4401 1 4398 0.0 6318 QWC83326.1 WGQ72821.1 65.8 4344 1487 0 26 4369 1 4344 0.0 5224 WP_186556299.1 WP_186556299.1 100 521 0 0 1 521 1 521 0.0 1097 WP_186556299.1 WP_104456122.1 43.6 525 264 6 1 507 1 511 4.55e-132 392 WP_186556299.1 HAZ7424284.1 31.7 526 297 12 1 502 1 488 1.81e-66 221 WP_186556299.1 WP_140164964.1 42.9 268 146 1 252 519 291 551 4.10e-54 189 WP_186556299.1 WP_025739406.1 42.3 274 151 2 246 519 369 635 1.50e-52 187 WP_186556299.1 HBP5649656.1 43.7 261 147 0 245 505 292 552 3.40e-50 179 WP_186556299.1 WP_128786583.1 40.1 282 169 0 238 519 347 628 1.47e-48 176 WP_186556299.1 WP_097514015.1 35.4 240 124 4 268 504 300 511 4.38e-26 110 XP_036352003.1 XP_036352003.1 100 209 0 0 1 209 1 209 7.19e-158 433 AUW66636.1 AUW66636.1 100 124 0 0 1 124 1 124 2.23e-88 250 XP_021678658.1 XP_021678658.1 100 454 0 0 1 454 1 454 0.0 940 WP_257777211.1 WP_257777211.1 94.8 330 17 0 1 330 1 330 4.06e-229 623 WP_257777211.1 WP_179243590.1 44.6 312 154 5 18 317 2 306 1.93e-74 230 WP_045332585.1 WP_045332585.1 100 1143 0 0 18 1160 18 1160 0.0 2406 WP_196396761.1 WP_196396761.1 100 136 0 0 1 136 1 136 2.61e-95 269 WP_263298010.1 WP_263298010.1 100 1123 0 0 1 1123 1 1123 0.0 2290 GFD45028.1 GFD45028.1 100 88 0 0 1 88 1 88 1.23e-57 170 GFD45028.1 GEX59890.1 74.2 31 8 0 44 74 463 493 2.10e-07 45.1 MBE1549930.1 MBE1549930.1 93.7 206 13 0 1 206 1 206 1.12e-130 364 MBE1549930.1 WP_205541900.1 32.3 133 76 4 5 131 240 364 2.93e-11 60.1 WP_154951203.1 WP_154951203.1 96.3 322 12 0 1 322 1 322 8.74e-220 599 WP_154951203.1 WP_279008479.1 41.4 285 157 5 42 320 30 310 1.40e-64 204 WP_154951203.1 WP_105447015.1 44.7 152 84 0 171 322 240 391 4.43e-40 143 XP_042646948.1 XP_042646948.1 99.1 1466 13 0 1 1466 1 1466 0.0 3044 WP_148044309.1 WP_148044309.1 100 109 0 0 1 109 1 109 1.88e-73 211 GEY78623.1 GEY78623.1 100 70 0 0 1 70 1 70 3.32e-47 142 WP_157767135.1 WP_157767135.1 95.7 396 17 0 12 407 12 407 3.27e-283 766 MBI3668312.1 MBI3668312.1 96.7 244 8 0 1 244 1 244 3.48e-171 469 MBI3668312.1 MBE6900854.1 50.8 181 83 1 63 243 213 387 1.32e-58 189 MBI3668312.1 WP_106587829.1 47.5 179 87 2 63 241 219 390 6.70e-49 164 MBI3668312.1 RLD79060.1 44.7 179 91 3 63 240 222 393 2.86e-47 159 EDD0587303.1 EDD0587303.1 98.6 1364 19 0 1 1364 1 1364 0.0 2775 EDD0587303.1 WP_218965839.1 45.7 186 95 5 1076 1259 2 183 1.35e-42 156 EDD0587303.1 EFN5389376.1 23.8 816 534 20 503 1251 18 812 3.13e-30 128 EDD0587303.1 KDT27382.1 43.2 111 61 2 1142 1252 506 614 7.89e-21 97.4 KAI6685811.1 KAI6685811.1 97.4 2164 57 0 1 2164 1 2164 0.0 4451 KAI6685811.1 XP_029123601.1 34.7 2031 1071 56 208 2079 528 2461 1.98e-315 984 MBN9383861.1 MBN9383861.1 98.7 780 10 0 1 780 1 780 0.0 1605 MBN9383861.1 WP_168738097.1 30.3 785 504 13 27 779 1 774 3.40e-118 373 MBN9383861.1 WP_199673213.1 29.8 131 79 5 277 402 267 389 4.93e-09 57.4 OAL48948.1 OAL48948.1 95.3 364 17 0 1 364 1 364 3.84e-267 722 RUS79844.1 RUS79844.1 95.9 369 15 0 1 369 1 369 2.31e-266 721 WP_266613108.1 WP_266613108.1 100 233 0 0 1 233 1 233 2.66e-165 454 HCN7845163.1 HCN7845163.1 100 126 0 0 1 126 1 126 5.65e-92 259 MBR7122964.1 MBR7122964.1 96.9 322 10 0 1 322 1 322 2.44e-226 615 MBR7122964.1 MBD5551606.1 37.4 270 156 7 60 318 144 411 2.47e-48 165 WP_154324327.1 WP_154324327.1 100 108 0 0 1 108 1 108 2.58e-75 216 HCT61068.1 HCT61068.1 75.0 72 18 0 1 72 1 72 1.64e-30 100 MBZ5490509.1 MBZ5490509.1 100 62 0 0 1 62 1 62 1.65e-39 122 RZK52568.1 RZK52568.1 98.1 416 8 0 1 416 1 416 1.52e-313 844 XP_018661491.1 XP_018661491.1 98.3 747 13 0 1 747 1 747 0.0 1472 WP_222251196.1 WP_222251196.1 87.5 112 14 0 1 112 1 112 2.44e-66 194 RGG06187.1 RGG06187.1 98.2 489 9 0 1 489 1 489 0.0 983 RGG06187.1 MBU6501496.1 25.3 447 289 9 42 462 54 481 8.37e-33 129 PHR72175.1 PHR72175.1 100 317 0 0 1 317 1 317 3.64e-230 625 PHR72175.1 PSR02572.1 58.8 306 126 0 11 316 38 343 1.31e-133 382 PHR72175.1 WP_073201850.1 45.2 325 168 4 1 316 1 324 6.90e-86 259 PHR72175.1 CBI36349.3 33.7 285 182 2 28 312 14 291 2.04e-40 144 PHR72175.1 OQA38407.1 32.7 300 173 7 25 307 6 293 4.33e-37 136 PHR72175.1 WP_253808359.1 31.9 295 181 8 20 306 2 284 4.71e-36 133 MBQ6421794.1 MBQ6421794.1 100 182 0 0 1 182 1 182 1.01e-137 380 WP_251290759.1 WP_251290759.1 100 79 0 0 1 79 1 79 2.96e-54 160 MBR4471080.1 MBR4471080.1 100 118 0 0 1 118 1 118 9.66e-87 246 MBR4471080.1 TDM00308.1 57.4 108 45 1 11 118 9 115 5.13e-38 122 MBR4471080.1 KKP93192.1 50.4 129 47 3 6 118 3 130 1.07e-35 117 MBR4471080.1 WP_148259014.1 53.6 110 48 2 11 118 12 120 1.74e-32 108 MCF2638803.1 MCF2638803.1 100 241 0 0 1 241 1 241 2.79e-180 492 MCF2638803.1 WP_088527814.1 29.8 124 64 8 104 224 73 176 6.83e-05 40.8 KAJ3519417.1 KAJ3519417.1 100 448 0 0 1 448 1 448 0.0 938 OCB46767.1 OCB46767.1 96.3 300 11 0 1 300 1 300 2.49e-208 568 OCB46767.1 WP_020913025.1 53.7 298 121 4 1 294 1 285 1.01e-99 293 OCB46767.1 MBI3461834.1 50.7 290 130 3 1 288 1 279 2.39e-96 284 OCB46767.1 NBQ41256.1 46.9 303 143 4 1 294 1 294 1.31e-86 259 OCB46767.1 NEQ48723.1 49.7 294 127 5 1 288 1 279 1.12e-80 244 OCB46767.1 KAF1538674.1 41.8 304 150 4 2 288 20 313 1.75e-73 227 MCD8138445.1 MCD8138445.1 100 124 0 0 1 124 1 124 3.85e-89 252 WP_263513200.1 WP_263513200.1 100 241 0 0 1 241 1 241 4.63e-179 489 NWW37631.1 NWW37631.1 100 251 0 0 1 251 1 251 1.14e-184 504 WP_010859888.1 WP_010859888.1 97.1 349 10 0 1 349 1 349 7.29e-253 685 WP_010859888.1 MBT8367246.1 21.5 242 165 6 13 245 6 231 3.25e-11 62.0 EFS12202.1 EFS12202.1 100 192 0 0 1 192 1 192 2.97e-144 397 WP_245836657.1 WP_245836657.1 100 256 0 0 1 256 1 256 1.26e-179 492 WP_208750182.1 WP_208750182.1 96.7 330 11 0 1 330 1 330 6.93e-246 665 WP_069944653.1 WP_069944653.1 94.9 472 24 0 1 472 1 472 0.0 878 KXK44331.1 KXK44331.1 100 365 0 0 1 365 1 365 3.61e-277 748 WP_190971545.1 WP_190971545.1 93.2 546 37 0 1 546 1 546 0.0 1043 ECB3811761.1 ECB3811761.1 91.5 732 62 0 1 732 1 732 0.0 1342 ECB3811761.1 HBE7681505.1 68.0 756 206 9 1 727 1 749 0.0 995 DAT73027.1 DAT73027.1 96.7 1987 66 0 1 1987 1 1987 0.0 3957 HCT06136.1 HCT06136.1 96.9 739 23 0 1 739 1 739 0.0 1432 HCT06136.1 MBI6149093.1 36.5 754 438 13 6 739 23 755 3.69e-137 421 HCT06136.1 OFX32653.1 38.7 561 336 5 172 727 38 595 5.57e-115 359 HCT06136.1 WP_013632646.1 35.5 512 307 8 217 718 262 760 2.34e-105 338 HCT06136.1 WP_041591748.1 33.2 549 350 4 196 739 89 625 1.71e-99 319 HCT06136.1 WP_074319120.1 29.8 711 427 15 50 709 8 697 2.72e-73 251 HCT06136.1 SFX27592.1 28.5 547 363 12 166 707 118 641 9.85e-67 232 HCT06136.1 WP_176307440.1 24.1 576 383 16 165 718 207 750 9.77e-31 127 HCT06136.1 KAJ6994162.1 24.5 556 338 16 250 736 132 674 2.57e-28 120 HCT06136.1 WP_235126772.1 32.1 184 82 4 586 736 522 695 2.98e-15 78.2 HCT06136.1 WP_019100427.1 33.1 154 76 4 579 706 553 705 5.60e-13 70.9 HCT06136.1 KAA0114277.1 26.4 239 159 6 237 460 133 369 6.60e-12 67.4 HCT06136.1 WP_049009918.1 30.6 157 82 3 576 706 546 701 1.01e-10 63.5 KAG1677749.1 KAG1677749.1 94.6 496 27 0 1 496 1 496 0.0 943 CAI3266215.1 CAI3266215.1 94.6 296 16 0 1 296 1 296 9.04e-209 569 WP_160923791.1 WP_160923791.1 100 375 0 0 1 375 1 375 4.02e-270 731 WP_160923791.1 KAB7776415.1 47.6 380 190 4 3 374 1 379 2.60e-100 301 MBQ9635153.1 MBQ9635153.1 100 108 0 0 1 108 1 108 1.28e-75 217 WP_185892762.1 WP_185892762.1 100 418 0 0 1 418 1 418 6.96e-311 837 XP_001312457.2 XP_001312457.2 100 282 0 0 1 282 1 282 5.32e-219 593 WP_140229785.1 WP_140229785.1 100 259 0 0 1 259 1 259 1.11e-204 555 XP_029003841.1 XP_029003841.1 97.3 742 20 0 1 742 1 742 0.0 1480 MCC1459731.1 MCC1459731.1 100 314 0 0 1 314 1 314 9.50e-254 684 MCC6386819.1 MCC6386819.1 100 105 0 0 1 105 1 105 6.43e-70 202 WP_153033981.1 WP_153033981.1 100 336 0 0 1 336 1 336 1.76e-242 657 MCE2153491.1 MCE2153491.1 100 103 0 0 1 103 1 103 6.75e-71 204 XP_040937145.1 XP_040937145.1 93.1 1975 136 0 1 1975 1 1975 0.0 3732 WP_214850425.1 WP_214850425.1 96.9 420 13 0 1 420 1 420 5.89e-304 820 RMF71452.1 RMF71452.1 100 170 0 0 1 170 1 170 6.75e-122 340 WP_200671006.1 WP_200671006.1 89.5 925 97 0 1 925 1 925 0.0 1600 WP_200671006.1 MAJ59213.1 28.5 263 183 1 582 839 571 833 2.56e-29 124 WP_200671006.1 WP_083051706.1 26.9 349 238 7 535 874 52 392 1.73e-26 111 WP_263537640.1 WP_263537640.1 96.8 312 10 0 1 312 1 312 1.91e-218 595 WP_088153117.1 WP_088153117.1 100 374 0 0 1 374 1 374 8.61e-260 704 WP_088153117.1 EHH5649593.1 32.7 217 140 1 20 236 24 234 1.25e-41 146 WP_088153117.1 WP_140480909.1 32.7 309 185 11 23 321 38 333 7.21e-38 138 WP_088153117.1 WP_076409454.1 36.6 202 119 4 16 215 23 217 4.93e-35 130 WP_088153117.1 WP_170725874.1 33.0 203 128 2 23 223 29 225 2.01e-33 125 WP_088153117.1 WP_258581409.1 35.9 217 125 5 16 227 22 229 3.55e-33 125 WP_088153117.1 WP_176354145.1 36.5 200 118 2 24 220 31 224 9.75e-33 124 WP_088153117.1 MBQ9964693.1 40.4 183 85 5 22 204 25 183 9.14e-28 106 WP_088153117.1 NNE23115.1 32.3 201 124 3 24 220 28 220 2.22e-27 109 WP_088153117.1 WP_281543397.1 28.0 322 188 13 17 331 7 291 2.20e-23 97.1 WP_088153117.1 MBQ3864274.1 29.8 228 138 8 9 227 34 248 1.17e-21 92.8 WP_088153117.1 NFD84694.1 28.3 226 144 8 11 227 535 751 1.22e-20 92.0 WP_088153117.1 MCH1405047.1 40.5 126 70 3 17 141 27 148 2.95e-20 85.1 WP_088153117.1 WP_142931103.1 25.9 220 141 6 5 209 257 469 1.46e-19 88.2 WP_088153117.1 WP_206363707.1 30.5 200 119 6 24 210 44 236 2.04e-19 85.5 WP_088153117.1 WP_150396769.1 30.4 237 138 8 24 239 50 280 9.80e-19 85.9 WP_088153117.1 NLW39422.1 27.9 226 140 7 4 213 14 232 3.95e-18 82.8 WP_088153117.1 WP_071876418.1 24.8 214 142 6 23 230 326 526 4.55e-18 84.0 WP_088153117.1 WP_029347391.1 29.3 208 120 5 23 213 30 227 1.71e-15 73.9 WP_088153117.1 KAI9191373.1 31.3 147 89 4 25 164 424 565 8.30e-14 71.2 WP_088153117.1 EHR6291555.1 27.8 194 131 5 24 215 33 219 2.84e-13 69.3 WP_088153117.1 NVM03966.1 20.7 271 186 8 17 282 40 286 4.23e-13 67.8 WP_088153117.1 KAJ2660037.1 28.9 211 108 6 26 221 1221 1404 7.40e-13 68.6 WP_088153117.1 MBQ8297564.1 24.7 219 134 7 24 227 360 562 1.55e-11 63.9 WP_088153117.1 WAY96880.1 27.6 156 100 5 16 164 8 157 3.08e-11 60.5 WP_088153117.1 THW78755.1 23.8 202 134 5 17 215 486 670 5.04e-11 62.8 WP_088153117.1 WP_105160947.1 29.3 205 109 8 13 209 334 510 3.57e-09 56.6 WP_088153117.1 KAF9974715.1 27.3 216 142 8 17 225 1125 1332 4.47e-09 56.6 WP_088153117.1 GBD21053.1 25.0 216 131 9 24 219 305 509 7.36e-08 52.4 HJC40183.1 HJC40183.1 100 313 0 0 1 313 1 313 4.32e-242 655 HJC40183.1 KAE8322051.1 36.9 347 169 12 4 325 8 329 8.20e-53 176 HJC40183.1 WP_283277237.1 35.5 335 189 10 4 325 13 333 1.28e-48 165 WP_155963450.1 WP_155963450.1 100 413 0 0 1 413 1 413 2.28e-318 856 XP_017706045.1 XP_017706045.1 100 707 0 0 1 707 1 707 0.0 1436 XP_017706045.1 XP_044902674.1 42.4 674 315 6 35 706 11 613 6.36e-188 547 XP_017706045.1 KAB0382747.1 39.2 773 364 12 38 706 10 780 2.13e-165 494 XP_017706045.1 EFB15155.1 53.0 338 156 2 345 682 262 596 2.41e-122 376 XP_017706045.1 XP_023822602.1 44.2 387 215 1 322 707 192 578 4.70e-116 359 XP_017706045.1 XP_004869485.1 34.8 244 147 4 304 538 217 457 2.63e-49 180 XP_017706045.1 XP_047491136.1 43.6 133 75 0 432 564 829 961 9.62e-32 130 XP_017706045.1 XP_022457077.1 36.5 211 112 7 349 542 175 380 8.30e-30 120 XP_017706045.1 XP_013164386.1 26.5 279 156 8 294 570 292 523 3.99e-21 95.9 XP_017706045.1 WAR09170.1 33.1 178 76 4 479 628 17 179 8.85e-17 78.6 XP_017706045.1 PVD36313.1 42.1 76 44 0 497 572 92 167 1.87e-15 79.0 KAJ6801625.1 KAJ6801625.1 97.6 901 22 0 1 901 1 901 0.0 1815 MBS1921425.1 MBS1921425.1 83.7 123 20 0 1 123 1 123 4.65e-70 205 MBD5086961.1 MBD5086961.1 100 79 0 0 1 79 1 79 9.94e-53 157 NLS70598.1 NLS70598.1 85.7 237 34 0 1 237 1 237 9.77e-138 384 WP_018187484.1 WP_018187484.1 96.2 494 19 0 1 494 1 494 0.0 932 WP_018187484.1 WP_270570428.1 28.4 521 308 11 25 494 6 512 2.25e-64 215 WP_018187484.1 WP_233737742.1 33.0 349 186 10 11 329 2 332 7.21e-37 141 WP_018187484.1 QLP56207.1 25.1 479 325 12 25 483 12 476 1.77e-36 139 MBI4606629.1 MBI4606629.1 100 167 0 0 1 167 1 167 1.52e-118 330 EAP5059555.1 EAP5059555.1 92.8 359 26 0 1 359 1 359 1.37e-237 647 EAP5059555.1 MCH3978367.1 28.9 322 218 3 46 356 7 328 4.57e-51 171 EAP5059555.1 WP_249991478.1 35.8 310 185 6 51 354 25 326 7.05e-49 166 EAP5059555.1 EIU6828535.1 28.7 307 210 4 51 357 25 322 5.84e-32 120 EAP5059555.1 WP_110066977.1 26.9 342 229 7 24 355 5 335 1.96e-31 119 EAP5059555.1 WP_097346712.1 29.5 278 183 7 82 355 390 658 9.04e-25 103 EAP5059555.1 AHK46784.1 29.5 288 194 2 77 356 35 321 2.57e-22 94.4 EAP5059555.1 AGL88086.1 26.8 295 193 7 65 357 12 285 6.94e-18 81.3 EAP5059555.1 WP_158131988.1 29.0 276 185 6 82 354 390 657 1.85e-17 82.0 MXX44250.1 MXX44250.1 100 223 0 0 1 223 1 223 7.73e-169 462 WP_235060562.1 WP_235060562.1 100 294 0 0 1 294 1 294 8.78e-215 584 MBK8752367.1 MBK8752367.1 100 457 0 0 1 457 1 457 0.0 924 WP_049697298.1 WP_049697298.1 96.0 250 10 0 1 250 1 250 9.56e-172 471 WP_049697298.1 WP_259408897.1 47.2 246 125 2 6 248 2 245 1.55e-72 220 KNE54577.1 KNE54577.1 79.4 591 122 0 1 591 1 591 0.0 905 KNE54577.1 KAJ7092692.1 37.5 371 196 12 223 579 13 361 1.04e-65 217 MBS0281612.1 MBS0281612.1 100 147 0 0 1 147 1 147 9.91e-112 311 WP_037818847.1 WP_037818847.1 100 400 0 0 1 400 1 400 6.06e-280 758 WP_037818847.1 MCM1513138.1 40.0 415 229 8 1 400 1 410 6.60e-89 273 WP_037818847.1 WP_199673213.1 29.5 407 264 10 1 400 1 391 1.29e-44 157 WP_037818847.1 WP_168738097.1 25.2 202 127 9 127 323 514 696 1.97e-05 45.1 TML70651.1 TML70651.1 92.7 137 10 0 1 137 1 137 5.64e-86 245 TML70651.1 WP_133874384.1 31.8 129 78 4 1 128 1 120 2.96e-14 66.2 TML70651.1 WP_051669385.1 33.1 133 84 3 1 132 9 137 2.91e-08 49.3 YP_007317140.1 YP_007317140.1 87.4 348 44 0 1 348 1 348 7.67e-211 578 YP_007317140.1 YP_008379230.1 48.1 349 172 3 1 344 1 345 2.50e-103 306 YP_007317140.1 QOL09497.1 41.2 194 107 4 127 316 2 192 6.71e-31 115 YP_007317140.1 EAZ5330394.1 25.2 322 205 6 15 301 114 434 4.01e-21 92.4 YP_007317140.1 WP_096665911.1 23.2 211 143 6 104 295 219 429 6.07e-08 52.4 YP_007317140.1 WP_243361436.1 26.7 221 143 7 104 307 219 437 1.02e-06 48.5 NQZ80525.1 NQZ80525.1 100 155 0 0 1 155 1 155 3.81e-113 315 WP_061548291.1 WP_061548291.1 96.3 720 27 0 1 720 1 720 0.0 1395 OGU48181.1 OGU48181.1 100 662 0 0 1 662 1 662 0.0 1354 OGU48181.1 WP_222018129.1 21.9 645 417 22 56 661 28 624 1.08e-15 79.0 OGU48181.1 WP_119344914.1 38.3 115 63 4 73 179 72 186 2.78e-12 68.2 OGU48181.1 WP_047594685.1 31.9 119 71 3 71 179 138 256 6.83e-12 67.0 OGU48181.1 WP_267184195.1 34.6 107 67 2 76 179 50 156 3.13e-11 64.7 OGU48181.1 WP_282423266.1 28.6 126 82 2 61 178 38 163 2.92e-10 61.6 OGU48181.1 WP_059812501.1 37.9 66 28 3 117 179 143 198 3.68e-04 42.0 TIQ70464.1 TIQ70464.1 100 68 0 0 1 68 1 68 2.29e-44 135 WP_010434011.1 WP_010434011.1 98.3 599 10 0 1 599 1 599 0.0 1221 WP_010434011.1 WP_007356512.1 27.8 263 157 8 354 585 727 987 1.31e-15 79.0 WP_010434011.1 WP_076194242.1 27.2 301 179 11 309 581 164 452 5.18e-13 69.7 WP_010434011.1 PSQ73325.1 28.1 231 141 10 382 594 623 846 3.68e-10 61.2 WP_010434011.1 MBQ1868746.1 22.7 264 178 9 344 588 238 494 1.52e-05 46.2 NLP00897.1 NLP00897.1 100 149 0 0 1 149 1 149 4.52e-109 305 TXH38725.1 TXH38725.1 100 150 0 0 1 150 1 150 1.02e-110 309 MBN2697970.1 MBN2697970.1 100 308 0 0 1 308 1 308 7.72e-241 651 CAE5960238.1 CAE5960238.1 92.7 395 29 0 1 395 1 395 1.60e-277 751 WP_120171324.1 WP_120171324.1 100 262 0 0 1 262 1 262 1.44e-197 538 WP_120171324.1 KPA62791.1 93.7 63 4 0 1 63 1 63 4.79e-38 126 WP_252115680.1 WP_252115680.1 100 173 0 0 1 173 1 173 1.10e-132 366 EZA58905.1 EZA58905.1 96.5 1125 39 0 1 1125 1 1125 0.0 2290 EZA58905.1 KAI9362949.1 42.0 88 51 0 28 115 1 88 7.94e-20 84.0 MBL8041865.1 MBL8041865.1 100 362 0 0 1 362 1 362 1.41e-277 748 WP_135847767.1 WP_135847767.1 97.4 380 10 0 1 380 1 380 7.26e-255 692 HIT09367.1 HIT09367.1 97.6 421 10 0 1 421 1 421 6.47e-313 843 HIT09367.1 XP_022824318.1 29.9 154 77 7 122 266 542 673 4.30e-06 47.4 HIT09367.1 HHJ06374.1 28.4 204 98 11 116 304 270 440 1.95e-05 45.1 WP_180860911.1 WP_180860911.1 90.7 204 19 0 1 204 1 204 1.12e-129 361 EAQ3014137.1 EAQ3014137.1 100 299 0 0 1 299 1 299 1.22e-228 619 MCA9799621.1 MCA9799621.1 90.2 409 40 0 1 409 1 409 3.98e-269 731 WP_278273894.1 WP_278273894.1 100 150 0 0 1 150 1 150 1.34e-106 298 WP_261281372.1 WP_261281372.1 100 407 0 0 1 407 1 407 0.0 869 WP_261281372.1 WP_013970683.1 75.9 402 95 1 6 407 2 401 5.85e-241 659 WP_261281372.1 WP_111113162.1 57.3 410 164 4 2 407 4 406 6.05e-169 477 WP_261281372.1 EFL6071320.1 30.1 409 201 17 25 406 8 358 3.45e-35 131 WP_090178898.1 WP_090178898.1 100 210 0 0 1 210 1 210 4.50e-157 431 WP_264248212.1 WP_264248212.1 100 63 0 0 1 63 1 63 2.51e-39 122 WP_264248212.1 MBY7869037.1 55.0 40 18 0 15 54 625 664 4.87e-06 40.0 MBQ8743106.1 MBQ8743106.1 100 283 0 0 1 283 1 283 7.45e-206 560 EAH4606626.1 EAH4606626.1 100 183 0 0 1 183 1 183 7.06e-134 370 HCG2498768.1 HCG2498768.1 97.3 403 11 0 1 403 1 403 2.05e-284 769 HBA5291325.1 HBA5291325.1 100 409 0 0 1 409 1 409 6.37e-307 827 MBU0720757.1 MBU0720757.1 100 130 0 0 1 130 1 130 1.32e-92 261 WP_225744764.1 WP_225744764.1 100 109 0 0 1 109 1 109 6.28e-81 230 WP_053743010.1 WP_053743010.1 97.1 420 12 0 1 420 1 420 3.49e-296 800 WP_053743010.1 WP_216890540.1 22.0 391 288 3 43 418 37 425 4.36e-34 130 EFJ8748319.1 EFJ8748319.1 100 422 0 0 1 422 1 422 0.0 880 EFJ8748319.1 EHW4468754.1 62.7 424 154 3 1 422 1 422 1.51e-194 543 ULU28230.1 ULU28230.1 100 1070 0 0 1 1070 1 1070 0.0 2207 ULU28230.1 WP_189931865.1 39.2 1026 567 15 65 1051 111 1118 1.33e-256 754 ULU28230.1 MBQ7389792.1 34.5 1220 616 19 7 1053 19 1228 1.77e-237 709 ULU28230.1 BBG20955.1 31.9 1300 565 20 67 1056 83 1372 7.66e-187 601 ULU28230.1 AIR77599.1 27.3 161 104 2 57 204 55 215 1.28e-14 75.9 MBP3421135.1 MBP3421135.1 100 334 0 0 1 334 1 334 3.75e-252 682 WP_095310603.1 WP_095310603.1 100 78 0 0 15 92 15 92 2.07e-51 154 NBW88664.1 NBW88664.1 100 169 0 0 1 169 1 169 3.42e-116 324 XP_010481786.1 XP_010481786.1 92.3 272 21 0 1 272 1 272 1.67e-192 526 VDP42962.1 VDP42962.1 100 201 0 0 1 201 1 201 4.02e-151 415 MBF0362390.1 MBF0362390.1 100 384 0 0 1 384 1 384 1.64e-294 793 WP_230208134.1 WP_230208134.1 97.4 391 10 0 1 391 1 391 2.57e-281 760 KAJ8438905.1 KAJ8438905.1 93.6 156 10 0 1 156 1 156 8.26e-104 292 WP_093797100.1 WP_093797100.1 100 173 0 0 1 173 1 173 7.73e-124 344 MCA9871439.1 MCA9871439.1 95.5 246 11 0 1 246 1 246 3.38e-179 490 XP_007828375.1 XP_007828375.1 100 458 0 0 1 458 1 458 0.0 955 MBL4798178.1 MBL4798178.1 100 333 0 0 1 333 1 333 5.13e-254 686 WP_119928822.1 WP_119928822.1 100 163 0 0 1 163 1 163 4.29e-116 324 XP_054720054.1 XP_054720054.1 100 337 0 0 1 337 1 337 1.60e-259 701 WP_211748754.1 WP_211748754.1 100 60 0 0 1 60 1 60 6.07e-41 125 MBU0518438.1 MBU0518438.1 100 191 0 0 1 191 1 191 1.21e-138 383 NXD58230.1 NXD58230.1 95.9 416 17 0 1 416 1 416 7.02e-294 794 MBL4825303.1 MBL4825303.1 100 266 0 0 1 266 1 266 1.29e-202 551 HAG54718.1 HAG54718.1 100 114 0 0 1 114 1 114 7.21e-78 223 WP_047323805.1 WP_047323805.1 100 198 0 0 1 198 1 198 7.80e-143 394 WP_047323805.1 WP_019807556.1 65.0 183 64 0 10 192 9 191 1.10e-86 252 KAG5639171.1 KAG5639171.1 90.4 104 10 0 1 104 1 104 2.09e-61 181 EJF06804.1 EJF06804.1 100 310 0 0 1 310 1 310 6.76e-227 616 EJF06804.1 WP_000484099.1 35.3 184 106 4 127 307 196 369 1.26e-33 125 EJF06804.1 MBI5333464.1 33.0 203 124 3 111 306 193 390 4.49e-30 115 EJF06804.1 EGR2272270.1 40.0 155 79 7 153 302 529 674 7.27e-21 91.3 EJF06804.1 WP_145544593.1 36.8 171 92 6 135 304 361 516 3.59e-20 89.0 EJF06804.1 MBP1530348.1 33.1 133 79 3 2 134 3 125 2.17e-16 75.1 EJF06804.1 EDN57974.1 33.1 118 75 2 2 116 939 1055 9.56e-15 73.2 EJF06804.1 WP_018646673.1 32.4 173 107 6 134 304 520 684 3.01e-14 71.6 EJF06804.1 WP_212961195.1 30.5 118 80 1 2 119 714 829 4.29e-13 68.2 EJF06804.1 KFX48203.1 35.9 117 70 2 3 116 1077 1191 1.91e-12 66.2 EJF06804.1 MBQ1868746.1 29.6 125 79 3 1 119 519 640 3.79e-12 65.1 EJF06804.1 MBT3459335.1 37.4 91 55 1 122 210 184 274 1.42e-09 56.2 EJF06804.1 PKL50735.1 28.0 125 88 1 2 126 950 1072 8.01e-09 55.1 EJF06804.1 MBF0233644.1 27.6 116 78 3 3 116 622 733 4.92e-05 43.1 XP_048961030.1 XP_048961030.1 100 964 0 0 1 964 1 964 0.0 2003 XP_014086709.1 XP_014086709.1 100 251 0 0 1 251 1 251 9.79e-195 530 NBO56108.1 NBO56108.1 100 100 0 0 1 100 1 100 9.77e-65 189 WP_065358803.1 WP_065358803.1 90.4 344 33 0 1 344 1 344 2.82e-227 620 WP_179536231.1 WP_179536231.1 89.8 206 21 0 1 206 1 206 1.42e-133 371 WP_250499463.1 WP_250499463.1 100 233 0 0 1 233 1 233 8.02e-176 480 WP_250499463.1 MCB0243881.1 42.1 221 125 2 6 225 3 221 2.18e-55 175 WP_250499463.1 MCF7808720.1 37.6 221 137 1 8 228 6 225 1.23e-47 155 WP_250499463.1 MCC6044083.1 43.7 183 101 2 45 227 40 220 2.92e-47 157 WP_250499463.1 WP_221265680.1 29.2 226 148 5 3 227 14 228 4.78e-23 93.6 WP_250499463.1 WAY96880.1 33.3 162 93 4 27 181 4 157 1.46e-14 68.2 WP_250499463.1 MBQ4454347.1 28.4 222 125 8 7 205 321 531 2.50e-13 67.0 EMF80818.1 EMF80818.1 100 299 0 0 1 299 1 299 2.46e-228 619 WP_202082228.1 WP_202082228.1 94.4 197 11 0 1 197 1 197 8.02e-131 363 WP_218198734.1 WP_218198734.1 100 160 0 0 50 209 50 209 3.76e-119 335 UJQ14296.1 UJQ14296.1 100 145 0 0 1 145 1 145 9.01e-62 191 WP_281734351.1 WP_281734351.1 100 61 0 0 1 61 1 61 1.80e-38 119 AQA19851.1 AQA19851.1 100 162 0 0 1 162 1 162 4.06e-116 323 MBT4511102.1 MBT4511102.1 100 149 0 0 1 149 1 149 1.11e-109 306 EHS0147317.1 EHS0147317.1 100 348 0 0 1 348 1 348 7.42e-266 717 EHS0147317.1 WP_238850425.1 54.4 340 154 1 8 347 4 342 8.52e-131 375 WP_067032591.1 WP_067032591.1 100 250 0 0 1 250 1 250 1.76e-192 524 CEZ68761.1 CEZ68761.1 100 173 0 0 1 173 1 173 2.13e-121 338 MBW6187146.1 MBW6187146.1 100 202 0 0 1 202 1 202 4.35e-151 415 XP_052737512.1 XP_052737512.1 100 296 0 0 1 296 1 296 1.05e-232 629 RLT25539.1 RLT25539.1 100 195 0 0 1 195 1 195 5.96e-141 389 MCH8117287.1 MCH8117287.1 100 213 0 0 1 213 1 213 9.79e-158 433 MBT5780702.1 MBT5780702.1 97.1 375 11 0 1 375 1 375 2.01e-254 691 MBT5780702.1 WP_182342936.1 40.8 363 192 7 6 360 8 355 7.98e-65 209 WP_121182262.1 WP_121182262.1 84.7 518 79 0 1 518 1 518 5.77e-301 821 WEI27974.1 WEI27974.1 99.1 4402 38 0 1 4402 1 4402 0.0 8110 WEI27974.1 UPP41269.1 90.5 4402 416 0 1 4402 1 4402 0.0 8017 WEI27974.1 USR14792.1 90.5 4402 416 0 1 4402 1 4402 0.0 8014 WEI27974.1 QXR94354.1 90.4 4402 421 0 1 4402 1 4402 0.0 8005 WEI27974.1 UKU68032.1 90.7 4402 408 1 1 4402 1 4401 0.0 8001 WEI27974.1 ULA23837.2 90.3 4402 424 1 1 4402 1 4401 0.0 7998 WEI27974.1 QTD03487.1 90.3 4405 423 1 1 4402 1 4405 0.0 7997 WEI27974.1 QTM79632.1 90.4 4402 424 0 1 4402 1 4402 0.0 7996 WEI27974.1 QTZ27226.1 90.4 4402 424 0 1 4402 1 4402 0.0 7994 WEI27974.1 UXH94526.1 90.3 4402 425 1 1 4402 1 4401 0.0 7993 WEI27974.1 UFM00670.1 90.3 4405 426 1 1 4402 1 4405 0.0 7990 WEI27974.1 UEC68750.1 90.3 4405 425 1 1 4402 1 4405 0.0 7990 WEI27974.1 UHM53165.1 90.3 4405 426 1 1 4402 1 4405 0.0 7985 WEI27974.1 UFM02602.1 90.3 4405 426 1 1 4402 1 4405 0.0 7985 WEI27974.1 UZO53924.1 90.6 4398 414 0 1 4398 1 4398 0.0 7984 WEI27974.1 UBL45068.1 90.3 4405 426 1 1 4402 1 4405 0.0 7982 WEI27974.1 URQ55824.1 90.6 4398 415 0 1 4398 1 4398 0.0 7982 WEI27974.1 UVB16817.1 90.6 4398 414 0 1 4398 1 4398 0.0 7982 WEI27974.1 UXX67934.1 92.0 4398 353 0 1 4398 1 4398 0.0 7978 WEI27974.1 UOU30556.1 92.3 4398 337 0 1 4398 1 4398 0.0 7972 WEI27974.1 UIR12670.1 90.4 4398 422 1 1 4398 1 4397 0.0 7967 WEI27974.1 QVD87869.1 90.4 4398 423 0 1 4398 1 4398 0.0 7963 WEI27974.1 QWC83326.1 90.4 4401 421 1 1 4398 1 4401 0.0 7962 WEI27974.1 QSZ25555.1 90.3 4401 423 1 1 4398 1 4401 0.0 7961 WEI27974.1 QZU16279.1 90.3 4401 423 1 1 4398 1 4401 0.0 7959 WEI27974.1 UBD95131.1 90.3 4401 423 1 1 4398 1 4401 0.0 7958 WEI27974.1 WEU87158.1 90.3 4401 423 1 1 4398 1 4401 0.0 7958 WEI27974.1 UPA83906.1 90.3 4398 426 1 1 4398 1 4397 0.0 7956 WEI27974.1 UBP50947.1 90.3 4401 424 1 1 4398 1 4401 0.0 7955 WEI27974.1 UMF87224.1 90.2 4398 428 1 1 4398 1 4397 0.0 7952 WEI27974.1 UEC52718.1 90.2 4401 427 1 1 4398 1 4401 0.0 7950 WEI27974.1 UKN67998.1 90.3 4378 423 1 21 4398 1 4377 0.0 7925 WEI27974.1 UCP72061.1 90.5 4401 413 1 1 4398 1 4401 0.0 7883 WEI27974.1 UCP77012.1 90.6 4401 412 1 1 4398 1 4401 0.0 7877 WEI27974.1 UBR86455.1 89.1 4400 476 1 2 4398 1 4400 0.0 7830 WEI27974.1 UGA79226.1 89.2 4401 474 1 1 4398 1 4401 0.0 7830 WEI27974.1 UJV88611.1 88.4 4402 509 1 1 4402 1 4401 0.0 7804 WEI27974.1 UAQ80067.1 89.1 4401 477 1 1 4398 1 4401 0.0 7802 WEI27974.1 ULB83374.1 89.1 4402 478 1 1 4402 1 4401 0.0 7772 WEI27974.1 UJJ97602.1 88.1 4402 523 1 1 4402 1 4401 0.0 7768 WEI27974.1 WHE12941.1 89.9 4372 442 0 27 4398 1 4372 0.0 7765 WEI27974.1 UJS94137.1 89.5 4297 452 1 106 4402 1 4296 0.0 7743 WEI27974.1 UVI10561.1 90.4 4371 419 0 28 4398 1 4371 0.0 7735 WEI27974.1 UMA88644.1 89.7 4377 449 1 22 4398 1 4376 0.0 7501 WEI27974.1 UGB98301.1 85.2 4405 650 1 1 4402 1 4405 0.0 7422 WEI27974.1 UNI03201.1 85.7 4378 625 1 27 4402 1 4378 0.0 7366 WEI27974.1 QRX02582.1 89.7 4098 421 1 1 4095 1 4098 0.0 7356 WEI27974.1 UFA30503.1 86.8 4340 568 1 27 4363 1 4340 0.0 7342 WEI27974.1 UJT06733.1 84.7 4398 672 1 1 4398 1 4397 0.0 7328 WEI27974.1 UEX07109.1 85.2 4379 643 1 27 4402 1 4379 0.0 7169 WEI27974.1 WGP70063.1 82.9 4369 746 1 1 4366 1 4369 0.0 7121 WEI27974.1 URP80785.1 86.0 4375 614 0 28 4402 1 4375 0.0 6868 WEI27974.1 WGP98278.1 81.9 4364 786 1 1 4361 1 4364 0.0 6854 WEI27974.1 WAS49087.1 80.0 4398 879 0 1 4398 1 4398 0.0 6572 WEI27974.1 UPB00876.1 76.9 4375 1010 0 28 4402 1 4375 0.0 5962 WEI27974.1 UYE49180.1 76.3 4402 1043 0 1 4402 1 4402 0.0 5937 WEI27974.1 WGQ72821.1 62.7 4344 1616 1 26 4366 1 4344 0.0 4650 MBD3769330.1 MBD3769330.1 100 184 0 0 1 184 1 184 4.41e-133 368 MBD3769330.1 NLT72898.1 44.6 177 98 0 7 183 8 184 8.84e-54 167 MBD3769330.1 NLK90780.1 44.4 178 99 0 7 184 8 185 3.31e-51 161 MBD3769330.1 NLV68328.1 42.0 176 102 0 7 182 8 183 1.89e-50 159 WP_114811503.1 WP_114811503.1 98.4 628 10 0 1 628 1 628 0.0 1241 RZI94009.1 RZI94009.1 100 125 0 0 1 125 1 125 2.06e-89 253 RZI94009.1 WP_249351853.1 44.1 102 56 1 1 101 237 338 2.63e-28 104 WP_245838763.1 WP_245838763.1 96.4 335 12 0 1 335 1 335 6.09e-238 646 MBT6972091.1 MBT6972091.1 100 447 0 0 1 447 1 447 0.0 886 MBT6972091.1 MCB5199682.1 27.7 386 237 11 12 391 5 354 2.99e-39 144 MCU1401149.1 MCU1401149.1 100 155 0 0 1 155 1 155 1.62e-114 319 WP_271406340.1 WP_271406340.1 100 280 0 0 1 280 1 280 3.56e-207 563 WP_130962786.1 WP_130962786.1 97.4 382 10 0 1 382 1 382 1.66e-277 750 WP_130962786.1 WP_264144890.1 35.6 376 231 6 4 376 2 369 1.28e-61 201 WP_243678753.1 WP_243678753.1 100 180 0 0 1 180 1 180 1.74e-128 356 WP_245971990.1 WP_245971990.1 100 230 0 0 1 230 1 230 1.74e-164 451 WP_245971990.1 MCG8687614.1 47.7 44 23 0 11 54 18 61 6.22e-08 48.5 VDD35992.1 VDD35992.1 100 49 0 0 1 49 1 49 2.95e-32 103 MBQ7389792.1 MBQ7389792.1 97.8 1319 29 0 1 1319 1 1319 0.0 2615 MBQ7389792.1 WP_189931865.1 48.5 1306 434 16 11 1257 21 1146 0.0 1207 MBQ7389792.1 BBG20955.1 37.9 1448 658 32 1 1255 1 1400 9.67e-279 864 MBQ7389792.1 ULU28230.1 34.5 1220 616 19 19 1228 7 1053 6.09e-237 708 MBQ7389792.1 AIR77599.1 29.7 471 269 11 23 457 1 445 5.18e-51 185 MBQ7389792.1 HAJ19792.1 47.8 90 45 1 583 672 1 88 6.81e-20 84.0 WP_281670363.1 WP_281670363.1 100 280 0 0 1 280 1 280 1.85e-218 592 XP_026994537.1 XP_026994537.1 100 245 0 0 1 245 1 245 1.10e-188 514 XP_047076827.1 XP_047076827.1 100 534 0 0 1 534 1 534 0.0 1072 XP_047076827.1 CAA7056023.1 34.1 519 296 4 42 523 71 580 3.99e-105 328 MBR2684576.1 MBR2684576.1 100 223 0 0 1 223 1 223 2.49e-165 453 MBR2684576.1 WP_239606280.1 42.2 223 123 3 1 220 1 220 5.50e-55 173 MBR2684576.1 MBM4374951.1 39.1 215 125 5 1 213 1 211 3.29e-44 145 WP_113625996.1 WP_113625996.1 100 439 0 0 1 439 1 439 0.0 930 MCH8269832.1 MCH8269832.1 100 356 0 0 1 356 1 356 2.14e-269 727 MCH8269832.1 MBQ9979016.1 32.2 230 95 8 158 329 128 354 3.96e-16 77.0 MCH8269832.1 MCP4914981.1 47.6 63 33 0 154 216 149 211 2.11e-13 67.0 MCH8269832.1 WP_049105913.1 47.5 61 32 0 166 226 277 337 5.04e-11 61.6 AGD93042.1 AGD93042.1 98.1 579 11 0 1 579 1 579 0.0 1120 KAI4090501.1 KAI4090501.1 93.8 177 11 0 1 177 1 177 6.07e-123 342 NLO81011.1 NLO81011.1 100 194 0 0 1 194 1 194 2.26e-149 410 WP_074053577.1 WP_074053577.1 94.0 386 23 0 1 386 1 386 2.96e-273 739 WP_074053577.1 MCG6912449.1 37.4 374 232 2 6 379 4 375 4.35e-92 280 WP_074053577.1 WP_162119468.1 34.2 386 245 3 2 379 4 388 2.93e-72 229 OQA35671.1 OQA35671.1 100 629 0 0 1 629 1 629 0.0 1258 OQA35671.1 MCH5231772.1 30.8 532 353 5 1 526 1 523 4.22e-79 259 OQA35671.1 WP_105160947.1 31.2 557 351 12 11 554 13 550 6.21e-66 226 OQA35671.1 MYD56339.1 39.8 206 121 2 344 547 28 232 3.24e-43 157 OQA35671.1 WP_258581409.1 27.6 217 138 6 325 524 6 220 5.66e-08 53.5 MBS3065855.1 MBS3065855.1 100 95 0 0 1 95 1 95 1.37e-64 188 MBR5562318.1 MBR5562318.1 100 339 0 0 1 339 1 339 1.65e-253 686 WP_122440133.1 WP_122440133.1 94.7 1215 64 0 1 1215 1 1215 0.0 2217 WP_122440133.1 WP_116870479.1 29.4 1316 739 45 1 1211 1 1231 3.20e-87 307 WP_122440133.1 MCE2789155.1 42.7 157 89 1 1057 1212 847 1003 9.54e-29 123 MBR4038690.1 MBR4038690.1 97.6 379 9 0 1 379 1 379 5.58e-279 753 MBR6141090.1 MBR6141090.1 100 144 0 0 1 144 1 144 5.14e-108 301 WP_087909023.1 WP_087909023.1 94.3 423 24 0 1 423 1 423 3.96e-283 768 WP_054891276.1 WP_054891276.1 100 191 0 0 1 191 1 191 9.54e-136 375 WP_054891276.1 WP_161818832.1 43.4 182 103 0 5 186 11 192 1.07e-48 155 WP_061195945.1 WP_061195945.1 92.4 393 30 0 8 400 8 400 1.02e-255 696 KAH0642104.1 KAH0642104.1 100 154 0 0 1 154 1 154 1.01e-112 314 WP_164582471.1 WP_164582471.1 100 86 0 0 1 86 1 86 4.17e-55 163 WP_194621234.1 WP_194621234.1 100 361 0 0 1 361 1 361 5.32e-277 747 WP_106812746.1 WP_106812746.1 98.1 1076 20 0 1 1076 1 1076 0.0 2209 WP_106812746.1 MBF1369421.1 38.6 1065 623 15 20 1071 23 1069 3.60e-276 801 WP_106812746.1 WP_013559898.1 26.1 234 142 9 32 255 65 277 2.27e-10 61.2 UPP41269.1 UPP41269.1 99.1 4402 38 0 1 4402 1 4402 0.0 8986 UPP41269.1 USR14792.1 99.0 4402 43 0 1 4402 1 4402 0.0 8975 UPP41269.1 QXR94354.1 98.8 4402 51 0 1 4402 1 4402 0.0 8958 UPP41269.1 ULA23837.2 98.8 4402 53 1 1 4402 1 4401 0.0 8953 UPP41269.1 QTD03487.1 98.7 4405 53 1 1 4402 1 4405 0.0 8952 UPP41269.1 QTM79632.1 98.8 4402 53 0 1 4402 1 4402 0.0 8952 UPP41269.1 UXH94526.1 98.8 4402 54 1 1 4402 1 4401 0.0 8948 UPP41269.1 QTZ27226.1 98.8 4402 55 0 1 4402 1 4402 0.0 8947 UPP41269.1 UFM00670.1 98.7 4405 56 1 1 4402 1 4405 0.0 8941 UPP41269.1 UEC68750.1 98.7 4405 56 1 1 4402 1 4405 0.0 8938 UPP41269.1 UHM53165.1 98.7 4405 56 1 1 4402 1 4405 0.0 8936 UPP41269.1 UFM02602.1 98.7 4405 56 1 1 4402 1 4405 0.0 8936 UPP41269.1 UBL45068.1 98.7 4405 56 1 1 4402 1 4405 0.0 8933 UPP41269.1 UKU68032.1 98.5 4402 67 1 1 4402 1 4401 0.0 8920 UPP41269.1 URQ55824.1 99.1 4398 41 0 1 4398 1 4398 0.0 8892 UPP41269.1 UZO53924.1 99.0 4398 42 0 1 4398 1 4398 0.0 8891 UPP41269.1 UVB16817.1 99.0 4398 42 0 1 4398 1 4398 0.0 8888 UPP41269.1 UIR12670.1 98.8 4398 51 1 1 4398 1 4397 0.0 8871 UPP41269.1 QVD87869.1 98.8 4398 52 0 1 4398 1 4398 0.0 8868 UPP41269.1 QWC83326.1 98.8 4401 50 1 1 4398 1 4401 0.0 8866 UPP41269.1 QSZ25555.1 98.8 4401 52 1 1 4398 1 4401 0.0 8865 UPP41269.1 WEU87158.1 98.8 4401 52 1 1 4398 1 4401 0.0 8862 UPP41269.1 UPA83906.1 98.7 4398 55 1 1 4398 1 4397 0.0 8860 UPP41269.1 UBP50947.1 98.7 4401 53 1 1 4398 1 4401 0.0 8859 UPP41269.1 QZU16279.1 98.7 4401 53 1 1 4398 1 4401 0.0 8859 UPP41269.1 UBD95131.1 98.7 4401 53 1 1 4398 1 4401 0.0 8857 UPP41269.1 UMF87224.1 98.7 4398 57 1 1 4398 1 4397 0.0 8856 UPP41269.1 UEC52718.1 98.6 4401 57 1 1 4398 1 4401 0.0 8849 UPP41269.1 UKN67998.1 98.8 4378 52 1 21 4398 1 4377 0.0 8829 UPP41269.1 UBR86455.1 97.5 4400 108 1 2 4398 1 4400 0.0 8727 UPP41269.1 UXX67934.1 97.5 4398 109 0 1 4398 1 4398 0.0 8725 UPP41269.1 UJV88611.1 96.8 4402 139 1 1 4402 1 4401 0.0 8707 UPP41269.1 UCP72061.1 97.0 4401 129 1 1 4398 1 4401 0.0 8675 UPP41269.1 UJJ97602.1 96.5 4402 152 1 1 4402 1 4401 0.0 8673 UPP41269.1 UAQ80067.1 96.9 4401 135 1 1 4398 1 4401 0.0 8666 UPP41269.1 UCP77012.1 96.9 4401 134 1 1 4398 1 4401 0.0 8666 UPP41269.1 UOU30556.1 96.8 4398 140 0 1 4398 1 4398 0.0 8654 UPP41269.1 UJS94137.1 97.8 4297 93 1 106 4402 1 4296 0.0 8639 UPP41269.1 UGA79226.1 96.3 4401 161 1 1 4398 1 4401 0.0 8594 UPP41269.1 ULB83374.1 95.6 4402 193 1 1 4402 1 4401 0.0 8569 UPP41269.1 WHE12941.1 96.5 4372 152 0 27 4398 1 4372 0.0 8569 UPP41269.1 UVI10561.1 95.4 4371 201 0 28 4398 1 4371 0.0 8450 UPP41269.1 UGB98301.1 93.3 4405 294 1 1 4402 1 4405 0.0 8359 UPP41269.1 QRX02582.1 98.7 4098 50 1 1 4095 1 4098 0.0 8309 UPP41269.1 UJT06733.1 93.1 4398 301 1 1 4398 1 4397 0.0 8231 UPP41269.1 UFA30503.1 92.4 4340 327 1 27 4363 1 4340 0.0 8130 UPP41269.1 WGP70063.1 91.3 4369 375 1 1 4366 1 4369 0.0 8080 UPP41269.1 UMA88644.1 91.5 4377 372 1 22 4398 1 4376 0.0 8040 UPP41269.1 WEI27974.1 90.5 4402 416 0 1 4402 1 4402 0.0 8017 UPP41269.1 UNI03201.1 90.4 4378 420 1 27 4402 1 4378 0.0 8003 UPP41269.1 UEX07109.1 87.0 4379 567 1 27 4402 1 4379 0.0 7645 UPP41269.1 WGP98278.1 88.0 4364 522 1 1 4361 1 4364 0.0 7619 UPP41269.1 WAS49087.1 84.1 4398 699 0 1 4398 1 4398 0.0 7234 UPP41269.1 URP80785.1 81.7 4375 802 0 28 4402 1 4375 0.0 7079 UPP41269.1 UPB00876.1 75.9 4375 1055 0 28 4402 1 4375 0.0 6409 UPP41269.1 UYE49180.1 75.4 4402 1085 0 1 4402 1 4402 0.0 6349 UPP41269.1 WGQ72821.1 65.5 4344 1494 1 26 4366 1 4344 0.0 5251 WP_009714971.1 WP_009714971.1 100 566 0 0 1 566 1 566 0.0 1171 WP_009714971.1 QQS09360.1 46.7 563 270 5 29 561 28 590 1.80e-183 528 WP_009714971.1 WP_195001047.1 42.5 539 285 6 28 558 60 581 1.49e-140 423 MTI81752.1 MTI81752.1 100 166 0 0 1 166 1 166 1.20e-119 333 KAJ3160366.1 KAJ3160366.1 100 76 0 0 1 76 1 76 3.27e-52 155 PTX93603.1 PTX93603.1 100 93 0 0 1 93 1 93 1.75e-66 192 WP_252438898.1 WP_252438898.1 96.8 341 11 0 1 341 1 341 4.56e-252 682 WP_252438898.1 WP_014950321.1 37.6 295 177 5 50 341 14 304 3.26e-63 201 WP_026002460.1 WP_026002460.1 100 445 0 0 1 445 1 445 0.0 885 WP_026002460.1 HHC07960.1 30.2 311 192 10 17 316 25 321 2.04e-22 97.4 WP_282322778.1 WP_282322778.1 98.4 623 10 0 1 623 1 623 0.0 1289 WP_282322778.1 WP_096067320.1 97.8 623 14 0 1 623 1 623 0.0 1262 WP_282322778.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 5.74e-101 322 WP_282322778.1 MBL14507.1 27.6 630 364 21 26 614 7 585 2.36e-58 204 WP_085315249.1 WP_085315249.1 70.1 435 130 0 1 435 1 435 4.23e-193 541 XP_023529459.1 XP_023529459.1 86.1 166 23 0 1 166 1 166 2.28e-99 281 WP_137885208.1 WP_137885208.1 100 149 0 0 1 149 1 149 2.51e-115 320 RWW58604.1 RWW58604.1 88.7 213 24 0 1 213 1 213 2.41e-133 371 WP_167301289.1 WP_167301289.1 97.0 405 12 0 1 405 1 405 1.27e-279 757 WP_167301289.1 WP_245384442.1 35.9 384 231 8 5 380 15 391 3.94e-55 185 WP_167301289.1 WP_116803659.1 29.6 213 131 8 70 275 68 268 3.85e-06 46.6 WP_003748238.1 WP_003748238.1 100 122 0 0 1 122 1 122 1.20e-91 258 WP_002894198.1 WP_002894198.1 75.6 131 32 0 1 131 1 131 2.08e-60 180 EEC70172.1 EEC70172.1 95.8 213 9 0 1 213 1 213 7.73e-155 426 EEC70172.1 KAI6705356.1 40.5 148 82 2 35 177 121 267 5.32e-27 103 PNH10535.1 PNH10535.1 100 179 0 0 1 179 1 179 1.28e-134 372 WP_109305164.1 WP_109305164.1 94.2 257 15 0 1 257 1 257 5.47e-170 468 WP_179050696.1 WP_179050696.1 97.8 456 10 0 1 456 1 456 0.0 922 MBS0449087.1 MBS0449087.1 100 160 0 0 1 160 1 160 7.04e-112 314 CAC10160.1 CAC10160.1 90.0 659 66 0 1 659 1 659 0.0 1147 OHD72009.1 OHD72009.1 100 115 0 0 1 115 1 115 1.19e-81 233 KAJ0960782.1 KAJ0960782.1 100 304 0 0 1 304 1 304 4.46e-238 644 OPZ33967.1 OPZ33967.1 100 253 0 0 1 253 1 253 1.75e-189 516 WP_179827767.1 WP_179827767.1 93.0 299 21 0 1 299 1 299 2.41e-194 533 WP_131914061.1 WP_131914061.1 100 306 0 0 1 306 1 306 1.61e-232 630 WP_131914061.1 EIX9307167.1 23.5 289 216 3 3 288 11 297 1.51e-20 88.2 WP_131914061.1 WP_258613669.1 20.0 145 116 0 3 147 1 145 7.61e-06 45.1 WP_238126428.1 WP_238126428.1 100 199 0 0 1 199 1 199 2.33e-149 410 WP_238126428.1 WP_100671858.1 54.6 194 86 1 1 192 1 194 2.00e-73 218 XP_052288270.1 XP_052288270.1 98.9 886 10 0 1 886 1 886 0.0 1796 PKP76071.1 PKP76071.1 100 68 0 0 1 68 1 68 2.03e-47 142 WP_144841777.1 WP_144841777.1 97.5 275 7 0 1 275 1 275 7.14e-200 545 WP_144841777.1 WP_029579419.1 40.1 262 155 2 1 261 24 284 5.85e-56 180 KFP60608.1 KFP60608.1 100 285 0 0 1 285 1 285 5.13e-223 604 WP_189693187.1 WP_189693187.1 100 108 0 0 1 108 1 108 3.26e-78 223 WP_189693187.1 WP_125188824.1 63.5 104 38 0 1 104 1 104 1.92e-45 141 MCK5302212.1 MCK5302212.1 100 454 0 0 1 454 1 454 0.0 924 MCK5302212.1 XP_016452348.1 28.1 452 300 8 18 445 56 506 3.60e-42 155 PJC62958.1 PJC62958.1 100 122 0 0 1 122 1 122 4.54e-87 247 XP_009308369.1 XP_009308369.1 97.8 893 20 0 1 893 1 893 0.0 1801 XP_047046442.1 XP_047046442.1 96.7 569 19 0 1 569 1 569 0.0 1138 XP_047046442.1 XP_016445639.1 26.0 576 356 17 11 566 16 541 9.12e-52 184 XP_047046442.1 CAG8726868.1 33.5 346 193 10 217 547 4 327 3.23e-46 164 XP_047046442.1 WP_200599363.1 34.1 88 44 2 460 546 380 454 9.09e-06 46.6 WP_262247119.1 WP_262247119.1 100 175 0 0 1 175 1 175 3.54e-130 360 WP_262247119.1 WP_161643844.1 39.2 176 104 3 1 175 13 186 1.38e-45 146 KAF6089756.1 KAF6089756.1 97.0 794 24 0 1 794 1 794 0.0 1605 WP_066083732.1 WP_066083732.1 100 337 0 0 1 337 1 337 6.73e-252 681 WP_066083732.1 WP_107894076.1 56.6 318 135 3 6 323 5 319 5.84e-125 360 WP_066083732.1 GLY24463.1 43.7 318 177 2 6 323 4 319 1.48e-102 303 WP_066083732.1 WP_131166802.1 48.6 311 157 3 5 313 4 313 1.65e-97 290 WP_066083732.1 MCP5262709.1 46.7 321 159 4 6 321 1 314 7.72e-97 288 WP_066083732.1 WP_192324556.1 51.0 294 129 3 6 284 13 306 5.92e-92 285 WP_066083732.1 WP_227059655.1 52.6 270 123 1 5 269 16 285 5.28e-90 280 WP_066083732.1 QCM13287.1 43.8 267 143 4 5 271 8 267 7.36e-70 218 WP_066083732.1 MBU5353226.1 43.0 244 126 5 23 264 28 260 2.24e-64 204 WP_066083732.1 WP_226904802.1 35.6 334 190 9 5 323 21 344 2.45e-63 203 WP_066083732.1 RUU66461.1 35.5 287 167 5 3 280 76 353 1.69e-58 191 WP_066083732.1 MBQ3864274.1 36.9 309 179 7 5 307 11 309 1.38e-56 185 WP_066083732.1 MWR41881.1 31.3 259 157 6 1 259 29 266 3.00e-33 122 WP_066083732.1 WP_279984614.1 32.6 258 160 9 5 260 8 253 5.75e-32 119 WP_066083732.1 WP_142931103.1 31.5 232 136 5 29 260 23 231 2.91e-24 101 WP_066083732.1 WP_076409454.1 27.2 243 149 7 25 263 19 237 1.42e-22 95.1 WP_066083732.1 MCC6044083.1 29.4 231 148 8 7 236 4 220 1.12e-18 83.6 WP_066083732.1 GBD21053.1 29.1 247 138 10 4 235 276 500 1.49e-18 84.7 WP_066083732.1 WP_256546297.1 23.8 260 152 10 2 240 19 253 2.12e-17 79.3 WP_066083732.1 WP_197521413.1 29.3 242 131 11 6 240 1 209 5.83e-17 78.2 WP_066083732.1 WP_221977168.1 27.1 240 137 10 25 248 30 247 1.34e-15 73.9 WP_066083732.1 WP_206363707.1 26.7 243 145 9 4 235 16 236 1.82e-14 70.9 WP_066083732.1 WP_185334683.1 33.0 215 124 9 25 235 19 217 1.05e-12 67.0 WP_066083732.1 WP_089246429.1 24.1 241 156 7 4 238 263 482 4.47e-12 65.1 WP_066083732.1 WP_211555180.1 37.8 82 50 1 155 236 136 216 7.06e-09 53.9 WP_066083732.1 CDZ73727.1 24.5 245 153 10 9 251 4 218 3.89e-07 48.9 WP_066083732.1 WP_041710957.1 33.3 81 50 2 158 238 98 174 3.17e-06 47.0 WP_150724537.1 WP_150724537.1 100 242 0 0 1 242 1 242 3.02e-180 492 KAI7727618.1 KAI7727618.1 95.1 900 44 0 1 900 1 900 0.0 1744 KAI7727618.1 MBL8103469.1 45.1 364 160 3 93 416 85 448 6.68e-100 318 KAI7727618.1 MBP6786080.1 51.2 332 122 5 116 407 104 435 4.34e-88 298 KAI7727618.1 WP_029789810.1 49.7 324 122 4 116 399 104 426 6.05e-85 289 KAI7727618.1 KAF6257731.1 45.7 361 141 7 89 400 80 434 1.36e-81 281 KAI7727618.1 WP_136095406.1 51.1 282 104 3 165 415 120 398 7.19e-79 270 KAI7727618.1 KPK79043.1 37.8 307 153 5 99 369 81 385 2.41e-49 185 WP_164107212.1 WP_164107212.1 84.6 208 32 0 1 208 1 208 4.79e-111 316 XP_055928676.1 XP_055928676.1 100 332 0 0 1 332 1 332 2.53e-249 674 XP_055928676.1 HIH60710.1 26.4 246 139 5 68 311 39 244 6.28e-19 83.2 HIR39763.1 HIR39763.1 100 355 0 0 1 355 1 355 5.45e-267 721 MCH1470780.1 MCH1470780.1 97.5 480 12 0 1 480 1 480 0.0 936 XP_035385791.1 XP_035385791.1 96.2 1670 64 0 1 1670 1 1670 0.0 3252 XP_035385791.1 KAF3694195.1 30.5 1731 477 30 1 1670 1 1066 3.74e-177 560 MBV8954574.1 MBV8954574.1 96.4 444 16 0 1 444 1 444 0.0 870 MBE0479857.1 MBE0479857.1 100 388 0 0 1 388 1 388 2.73e-295 795 MBE0479857.1 MBK7837454.1 26.3 297 212 4 1 296 1 291 3.36e-26 105 WP_152458326.1 WP_152458326.1 100 385 0 0 1 385 1 385 8.52e-302 811 WP_152458326.1 WP_122236618.1 31.8 365 197 9 11 371 11 327 5.02e-45 157 TVR86131.1 TVR86131.1 100 386 0 0 1 386 1 386 1.02e-289 781 MCF0253735.1 MCF0253735.1 100 131 0 0 1 131 1 131 7.00e-102 285 XP_030565673.1 XP_030565673.1 100 381 0 0 1 381 1 381 2.81e-289 780 EFV4730429.1 EFV4730429.1 100 194 0 0 1 194 1 194 3.21e-149 410 XP_045807497.1 XP_045807497.1 97.8 784 17 0 1 784 1 784 0.0 1595 XP_045807497.1 NOU36639.1 47.6 532 257 8 259 778 21 542 5.73e-160 474 XP_045807497.1 WP_145031602.1 46.4 541 261 11 258 781 31 559 6.10e-152 454 WP_179091326.1 WP_179091326.1 98.7 796 10 0 1 796 1 796 0.0 1602 MCC7351004.1 MCC7351004.1 100 376 0 0 1 376 1 376 1.34e-289 780 MCC7351004.1 MBP7948257.1 32.5 372 229 8 1 366 1 356 5.93e-57 189 WP_158323663.1 WP_158323663.1 100 410 0 0 1 410 1 410 1.21e-316 851 MCI6190072.1 MCI6190072.1 85.7 621 89 0 1 621 1 621 0.0 1031 MCG67859.1 MCG67859.1 100 16 0 0 1 16 1 16 5.60e-07 37.4 PWU57639.1 PWU57639.1 90.7 365 34 0 1 365 1 365 1.56e-230 630 WP_099100504.1 WP_099100504.1 100 373 0 0 1 373 1 373 4.81e-286 771 WP_099100504.1 WP_202252188.1 36.9 347 218 1 1 347 1 346 2.44e-72 228 WP_099100504.1 WP_233230645.1 34.1 320 209 2 48 366 27 345 5.59e-56 186 WP_253357977.1 WP_253357977.1 100 98 0 0 1 98 1 98 4.00e-72 207 WP_218989306.1 WP_218989306.1 96.3 298 11 0 1 298 1 298 5.99e-199 544 PKO20637.1 PKO20637.1 100 480 0 0 1 480 1 480 0.0 988 PKO20637.1 MBP7746105.1 34.2 527 227 15 5 435 279 781 2.82e-74 248 PKO20637.1 MBR6406611.1 32.7 526 253 18 2 439 124 636 1.21e-69 233 PKO20637.1 HAN2236324.1 23.7 510 265 21 12 424 188 670 1.84e-17 83.6 PKO20637.1 WP_125555296.1 25.4 398 216 15 9 357 4 369 1.04e-14 74.7 MBV9159501.1 MBV9159501.1 100 305 0 0 1 305 1 305 2.57e-233 632 XP_032085066.1 XP_032085066.1 100 83 0 0 1 83 1 83 1.48e-58 172 TSA09501.1 TSA09501.1 96.1 307 12 0 1 307 1 307 3.14e-210 573 UHB14670.1 UHB14670.1 99.1 1271 11 0 1 1271 1 1271 0.0 2543 UHB14670.1 UIX40308.1 97.6 1271 30 0 1 1271 1 1271 0.0 2515 UHB14670.1 UDK40309.1 97.2 1271 35 0 1 1271 1 1271 0.0 2498 UHB14670.1 UPU53169.1 95.5 1273 52 2 1 1271 1 1270 0.0 2447 UHB14670.1 UYC71619.1 95.7 1273 48 3 1 1271 1 1268 0.0 2442 UHB14670.1 UGX22439.1 94.4 1271 71 0 1 1271 1 1271 0.0 2412 UHB14670.1 QUE11983.1 93.8 1273 74 3 1 1271 1 1270 0.0 2383 UHB14670.1 USL51576.1 92.5 1273 90 2 1 1271 1 1270 0.0 2352 UHB14670.1 UBN63752.1 92.2 1273 94 3 1 1271 1 1270 0.0 2338 UHB14670.1 QUM20585.1 90.0 1273 124 2 1 1271 1 1272 0.0 2271 UHB14670.1 QVX70521.1 88.2 1273 148 1 1 1271 1 1273 0.0 2221 UHB14670.1 UZH89542.1 87.4 1273 156 2 1 1271 1 1271 0.0 2183 UHB14670.1 QXI91160.1 85.4 1273 183 2 1 1271 1 1272 0.0 2100 UHB14670.1 UUS71569.1 65.1 1273 442 1 1 1271 1 1273 0.0 1484 UHB14670.1 UHK01047.1 61.7 1273 485 1 1 1271 1 1273 0.0 1352 OFV87204.1 OFV87204.1 100 152 0 0 1 152 1 152 3.15e-106 298 MCC6149544.1 MCC6149544.1 100 260 0 0 1 260 1 260 6.60e-193 526 KAJ7819277.1 KAJ7819277.1 91.6 758 64 0 1 758 1 758 0.0 1305 WP_214892570.1 WP_214892570.1 100 401 0 0 1 401 1 401 8.35e-308 828 WP_214892570.1 GEP01990.1 35.7 227 135 6 4 224 19 240 1.11e-32 125 MBG6071015.1 MBG6071015.1 100 196 0 0 1 196 1 196 1.20e-136 378 MBO5908692.1 MBO5908692.1 84.3 127 20 0 1 127 1 127 2.46e-73 213 MBO5908692.1 WP_048370512.1 54.0 124 57 0 1 124 298 421 6.81e-48 157 WP_015154948.1 WP_015154948.1 100 70 0 0 1 70 1 70 2.42e-49 147 WP_198297627.1 WP_198297627.1 100 196 0 0 1 196 1 196 1.77e-138 383 WP_233572281.1 WP_233572281.1 100 413 0 0 1 413 1 413 2.57e-299 808 WP_101275729.1 WP_101275729.1 89.6 404 42 0 1 404 1 404 1.09e-252 689 KKA06871.1 KKA06871.1 100 42 0 0 1 42 1 42 2.91e-27 90.1 WP_109267392.1 WP_109267392.1 98.0 603 12 0 1 603 1 603 0.0 1209 WP_109267392.1 WP_074527819.1 40.1 583 335 6 16 587 19 598 1.21e-139 417 WP_109267392.1 KAH8780162.1 30.1 216 118 9 8 195 16 226 1.49e-14 74.7 WP_045339064.1 WP_045339064.1 97.0 361 11 0 1 361 1 361 9.75e-264 713 WP_094217606.1 WP_094217606.1 94.4 594 33 0 1 594 1 594 0.0 1064 CBH50084.1 CBH50084.1 98.3 402 7 0 1 402 1 402 2.41e-287 776 WP_121217628.1 WP_121217628.1 95.6 496 22 0 1 496 1 496 0.0 920 WP_085176546.1 WP_085176546.1 96.3 786 29 0 1 786 1 786 0.0 1563 RJU83745.1 RJU83745.1 100 144 0 0 1 144 1 144 5.56e-103 289 WP_210167953.1 WP_210167953.1 93.5 369 24 0 1 369 1 369 5.83e-260 704 WP_210167953.1 WP_113767226.1 31.5 356 212 9 9 348 90 429 4.17e-47 164 WP_210167953.1 PAW68992.1 31.3 384 220 8 4 348 12 390 1.25e-43 154 WP_210167953.1 WP_270430070.1 31.1 367 215 11 8 351 22 373 7.17e-39 140 WP_210167953.1 WP_250015522.1 29.0 366 239 10 5 351 19 382 1.23e-34 129 WP_210167953.1 WP_090419626.1 28.2 355 238 6 2 348 15 360 6.28e-34 127 WP_210167953.1 WP_179156843.1 26.8 354 232 8 25 359 26 371 5.21e-32 122 XP_016339808.1 XP_016339808.1 98.0 1578 32 0 1 1578 1 1578 0.0 3257 MBL1147659.1 MBL1147659.1 100 231 0 0 1 231 1 231 4.64e-174 476 MBC2353926.1 MBC2353926.1 100 197 0 0 1 197 1 197 9.91e-150 411 MBC2353926.1 WP_003067788.1 27.0 100 65 4 45 142 174 267 2.92e-05 42.0 MCD6302399.1 MCD6302399.1 96.4 363 13 0 1 363 1 363 3.13e-261 707 QDG92469.1 QDG92469.1 90.6 106 10 0 1 106 1 106 2.32e-68 198 XP_035778474.1 XP_035778474.1 100 686 0 0 1 686 1 686 0.0 1416 OME96001.1 OME96001.1 100 652 0 0 1 652 1 652 0.0 1337 OME96001.1 WP_269572442.1 28.3 628 366 17 6 601 10 585 3.91e-54 193 OME96001.1 WP_156140069.1 26.8 380 241 10 277 652 216 562 6.79e-20 92.4 XP_004384112.1 XP_004384112.1 100 241 0 0 1 241 1 241 7.14e-183 499 WP_065073385.1 WP_065073385.1 95.9 291 12 0 1 291 1 291 1.91e-212 578 WP_065073385.1 WP_142260807.1 39.8 201 118 2 41 239 50 249 1.09e-48 160 WP_065073385.1 KAJ3193491.1 47.6 63 28 1 49 106 94 156 7.89e-11 60.5 WP_065073385.1 WP_282689626.1 29.5 105 60 2 49 139 82 186 1.34e-07 50.1 WP_103263575.1 WP_103263575.1 100 571 0 0 1 571 1 571 0.0 1183 WP_097199932.1 WP_097199932.1 100 430 0 0 1 430 1 430 0.0 889 VUT24782.1 VUT24782.1 100 108 0 0 1 108 1 108 3.13e-76 218 WP_011062110.1 WP_011062110.1 100 173 0 0 1 173 1 173 1.76e-129 358 WP_133179454.1 WP_133179454.1 97.7 488 11 0 1 488 1 488 0.0 931 WP_133179454.1 MCB1412915.1 59.6 475 183 3 15 485 7 476 1.26e-191 541 WP_133179454.1 KAK48091.1 28.5 421 253 13 24 430 28 414 1.58e-24 104 WP_133179454.1 WP_049005162.1 31.4 159 95 4 88 234 67 223 2.10e-10 60.8 WP_133179454.1 OKH85141.1 24.0 412 229 17 81 461 60 418 6.81e-10 59.3 XP_027584191.1 XP_027584191.1 78.6 229 49 0 1 229 1 229 2.37e-111 317 WP_250377942.1 WP_250377942.1 100 145 0 0 1 145 1 145 1.59e-107 300 MCM2455575.1 MCM2455575.1 96.0 302 12 0 1 302 1 302 6.65e-214 582 KAF1787790.1 KAF1787790.1 100 259 0 0 1 259 1 259 2.41e-199 542 WP_197744369.1 WP_197744369.1 100 211 0 0 1 211 1 211 5.26e-161 441 WP_197744369.1 MCI9320818.1 42.9 203 110 3 4 205 2 199 7.93e-54 169 WP_197744369.1 WP_079396843.1 39.2 204 116 4 4 205 2 199 3.60e-48 155 WP_197744369.1 MBD5153813.1 37.4 206 119 6 4 204 2 202 1.49e-36 125 WP_227329750.1 WP_227329750.1 96.1 412 16 0 1 412 1 412 1.44e-284 770 WP_227329750.1 WP_211056951.1 30.7 287 191 3 13 293 13 297 3.05e-34 133 CAH0730513.1 CAH0730513.1 100 350 0 0 1 350 1 350 8.68e-266 717 CAH0730513.1 HDZ48353.1 31.7 104 61 3 59 155 42 142 3.00e-09 55.8 WP_124908062.1 WP_124908062.1 96.1 355 14 0 1 355 1 355 2.19e-257 697 WP_124908062.1 CDZ81696.1 33.0 312 194 5 17 318 3 309 3.20e-45 156 KAJ0798837.1 KAJ0798837.1 100 98 0 0 1 98 1 98 7.49e-68 196 MCA1595916.1 MCA1595916.1 100 90 0 0 1 90 1 90 4.55e-63 184 2VGF_A 2VGF_A 100 528 0 0 1 528 1 528 0.0 1073 2VGF_A WP_164636708.1 37.6 492 280 10 40 527 2 470 1.44e-94 294 WP_059923305.1 WP_059923305.1 100 344 0 0 1 344 1 344 5.15e-255 690 WP_059923305.1 KDB51534.1 38.0 321 170 6 37 335 8 321 1.02e-42 149 ESK93629.1 ESK93629.1 100 149 0 0 1 149 1 149 3.57e-106 297 KAF5772005.1 KAF5772005.1 100 58 0 0 1 58 1 58 7.02e-37 115 XP_032707293.1 XP_032707293.1 98.6 646 9 0 1 646 1 646 0.0 1319 WP_160447747.1 WP_160447747.1 90.4 249 24 0 1 249 1 249 1.80e-155 430 GJM25205.1 GJM25205.1 95.9 246 10 0 1 246 1 246 7.10e-181 494 WP_100571198.1 WP_100571198.1 93.1 449 31 0 1 449 1 449 1.16e-295 801 XP_028766233.1 XP_028766233.1 98.4 739 12 0 1 739 1 739 0.0 1488 XP_028766233.1 VAI85984.1 44.6 316 161 4 1 311 65 371 5.56e-83 283 XP_028766233.1 XP_010267139.1 31.0 142 66 5 619 734 270 405 1.24e-10 62.4 WP_143356561.1 WP_143356561.1 100 387 0 0 1 387 1 387 2.55e-304 818 RLA95129.1 RLA95129.1 100 343 0 0 1 343 1 343 2.87e-256 693 MBN1854849.1 MBN1854849.1 98.9 979 11 0 1 979 1 979 0.0 2005 XP_024707996.1 XP_024707996.1 100 107 0 0 1 107 1 107 4.84e-75 215 XP_007206475.1 XP_007206475.1 100 271 0 0 1 271 1 271 5.92e-206 560 XP_007206475.1 WP_010443651.1 29.8 252 146 8 19 259 4 235 1.43e-22 91.7 XP_007206475.1 MBQ9647935.1 29.6 270 149 10 15 260 5 257 1.92e-18 80.9 WP_101938578.1 WP_101938578.1 94.5 217 12 0 1 217 1 217 1.48e-145 402 WP_224828628.1 WP_224828628.1 100 295 0 0 1 295 1 295 2.53e-219 595 WP_224828628.1 MBL68646.1 40.3 298 151 10 1 291 1 278 3.64e-56 181 MBZ5591381.1 MBZ5591381.1 100 382 0 0 1 382 1 382 1.15e-293 791 KAI8838875.1 KAI8838875.1 90.2 328 32 0 1 328 1 328 6.59e-218 595 KAH7009790.1 KAH7009790.1 100 330 0 0 1 330 1 330 2.25e-251 679 EQA53083.1 EQA53083.1 100 77 0 0 1 77 1 77 1.18e-50 151 WP_141952156.1 WP_141952156.1 97.9 233 5 0 1 233 1 233 1.21e-161 444 WP_161208527.1 WP_161208527.1 100 173 0 0 1 173 1 173 1.69e-127 353 WP_278436726.1 WP_278436726.1 97.7 480 11 0 1 480 1 480 0.0 961 XP_005405047.1 XP_005405047.1 97.5 477 12 0 1 477 1 477 0.0 952 WP_149128675.1 WP_149128675.1 87.4 167 21 0 1 167 1 167 7.36e-101 285 CAF1216529.1 CAF1216529.1 100 118 0 0 1 118 1 118 2.77e-86 244 WP_270908912.1 WP_270908912.1 100 401 0 0 1 401 1 401 7.45e-311 836 WP_270908912.1 HAY39979.1 36.5 389 208 5 21 399 33 392 3.51e-73 232 WP_270908912.1 WP_007270472.1 34.5 397 227 8 18 400 19 396 2.98e-53 180 WP_019470943.1 WP_019470943.1 100 213 0 0 1 213 1 213 4.68e-165 451 WP_023843991.1 WP_023843991.1 94.0 469 28 0 1 469 1 469 0.0 892 UTN87579.1 UTN87579.1 95.6 496 22 0 1 496 1 496 0.0 954 UTN87579.1 MBR2605819.1 48.1 441 222 3 11 445 10 449 7.68e-143 418 NYI84739.1 NYI84739.1 100 397 0 0 1 397 1 397 6.93e-289 780 WP_181898940.1 WP_181898940.1 100 1205 0 0 1 1205 1 1205 0.0 2425 WP_181898940.1 MBL1272346.1 29.0 980 520 43 14 941 33 888 7.91e-76 271 WP_088526897.1 WP_088526897.1 98.7 1034 13 0 1 1034 1 1034 0.0 2130 WP_088526897.1 MBP5709003.1 53.1 64 29 1 968 1030 1 64 2.08e-16 73.2 PWC90347.1 PWC90347.1 100 378 0 0 1 378 1 378 1.48e-278 752 PWC90347.1 HAT8492399.1 37.9 364 219 4 14 376 9 366 1.82e-77 241 PWC90347.1 MBH2016034.1 23.1 221 142 4 83 276 44 263 1.38e-05 44.7 MSU45888.1 MSU45888.1 100 226 0 0 1 226 1 226 4.83e-169 462 MBT0668662.1 MBT0668662.1 100 194 0 0 1 194 1 194 2.96e-145 400 CAH0727316.1 CAH0727316.1 97.9 676 14 0 1 676 1 676 0.0 1398 CAH0727316.1 KAG6471244.1 44.0 100 46 1 14 113 13 102 5.43e-23 99.0 CAH0727316.1 KAJ7545197.1 30.2 192 106 5 14 193 25 200 2.97e-19 88.2 WP_256342227.1 WP_256342227.1 96.9 489 15 0 1 489 1 489 0.0 932 WP_256342227.1 WP_172281536.1 36.4 475 284 9 18 486 18 480 6.73e-90 281 WP_256342227.1 MCI6853747.1 32.2 506 302 16 4 483 6 496 3.51e-79 254 WP_256342227.1 MBI5098096.1 29.1 350 215 12 24 367 25 347 8.03e-26 108 MBT4160670.1 MBT4160670.1 100 376 0 0 1 376 1 376 3.28e-290 781 MBT4160670.1 WP_043548763.1 46.6 373 188 5 5 367 31 402 1.51e-116 343 MBT4160670.1 WP_122896374.1 35.4 376 219 11 5 364 3 370 9.06e-68 217 MBT4160670.1 WP_168565867.1 31.7 379 233 10 3 367 10 376 4.21e-45 157 MBT4160670.1 WP_032677416.1 25.9 313 193 10 6 287 171 475 9.00e-28 112 MBT4160670.1 WP_164636240.1 29.7 246 154 6 9 241 98 337 1.63e-22 97.1 NCA33082.1 NCA33082.1 91.7 229 19 0 1 229 1 229 3.44e-150 415 XP_045183397.2 XP_045183397.2 100 1538 0 0 1 1538 1 1538 0.0 3182 WP_279295785.1 WP_279295785.1 100 173 0 0 1 173 1 173 7.76e-133 367 KAA0234643.1 KAA0234643.1 98.9 928 10 0 1 928 1 928 0.0 1923 KAA0234643.1 WP_271960159.1 44.9 965 465 14 23 928 60 1016 1.26e-294 841 KAA0234643.1 WP_114695256.1 26.4 591 342 15 152 687 108 660 2.56e-40 157 WP_188888464.1 WP_188888464.1 100 227 0 0 1 227 1 227 1.82e-169 464 WP_188888464.1 WP_055029966.1 40.0 110 63 2 1 108 1 109 5.34e-19 82.8 WP_188888464.1 WP_069156513.1 26.3 217 142 8 1 207 1 209 3.08e-13 65.1 WP_188888464.1 HBG17616.1 33.0 103 68 1 4 105 6 108 9.48e-10 56.2 WP_188888464.1 MUL75888.1 51.9 52 25 0 165 216 809 860 4.01e-07 48.5 WP_188888464.1 WP_138482356.1 29.3 123 71 3 1 116 669 782 1.30e-06 47.0 WP_188888464.1 KFX48203.1 28.0 125 80 4 5 122 1077 1198 4.40e-06 45.4 WP_188888464.1 MBU7572244.1 36.1 72 44 1 48 117 60 131 7.49e-06 43.1 WP_188888464.1 TAL20232.1 29.8 84 54 1 34 112 518 601 2.25e-05 43.1 MBS1743426.1 MBS1743426.1 98.5 521 8 0 1 521 1 521 0.0 1040 EBD4871273.1 EBD4871273.1 100 188 0 0 1 188 1 188 6.49e-137 378 MBO9629596.1 MBO9629596.1 100 109 0 0 16 124 16 124 4.32e-77 222 KOR84431.1 KOR84431.1 100 314 0 0 1 314 1 314 8.01e-237 641 KOR84431.1 MBT7096516.1 41.9 179 102 2 132 309 5 182 8.69e-39 134 KOR84431.1 WP_059510827.1 28.0 268 181 5 50 309 51 314 1.12e-27 108 KOR84431.1 WP_058635033.1 27.3 286 179 5 37 313 44 309 3.40e-27 107 MBQ7329863.1 MBQ7329863.1 100 189 0 0 1 189 1 189 2.63e-132 367 MBQ7329863.1 MBO5118622.1 41.0 178 101 2 9 186 11 184 1.32e-29 106 MBQ7329863.1 MBQ7086969.1 32.4 182 119 2 7 185 12 192 1.82e-20 82.8 WP_132575460.1 WP_132575460.1 100 415 0 0 1 415 1 415 0.0 879 HAV2020887.1 HAV2020887.1 100 511 0 0 1 511 1 511 0.0 1081 WP_152735594.1 WP_152735594.1 91.4 373 32 0 1 373 1 373 8.88e-241 656 MBX9878857.1 MBX9878857.1 100 413 0 0 1 413 1 413 1.14e-318 857 WP_037889990.1 WP_037889990.1 97.4 430 11 0 1 430 1 430 4.57e-313 844 WP_037889990.1 WP_215152714.1 36.2 390 231 7 54 430 32 416 3.55e-60 200 MBP7989505.1 MBP7989505.1 100 374 0 0 1 374 1 374 3.72e-270 731 WP_203162307.1 WP_203162307.1 100 76 0 0 1 76 1 76 3.97e-53 157 MBF8983114.1 MBF8983114.1 100 137 0 0 1 137 1 137 2.40e-96 271 XP_054844157.1 XP_054844157.1 95.9 511 21 0 1 511 1 511 0.0 1029 XP_054844157.1 XP_046922164.1 40.4 453 218 3 60 511 48 449 3.71e-120 358 XP_054844157.1 XP_028717800.1 36.7 474 290 6 42 510 21 489 2.06e-106 325 XP_054844157.1 ACF74449.1 28.2 465 293 15 42 483 27 473 1.06e-39 149 XP_054844157.1 XP_041334537.1 23.2 405 294 8 75 478 47 435 1.12e-32 128 XP_054844157.1 XP_037327098.1 27.9 229 152 4 263 482 244 468 1.17e-20 93.2 XP_048221756.1 XP_048221756.1 97.9 486 10 0 1 486 1 486 0.0 994 XP_048221756.1 XP_007957752.1 95.1 471 22 1 17 486 1 471 0.0 936 WP_104836709.1 WP_104836709.1 100 399 0 0 1 399 1 399 2.79e-305 822 WP_104836709.1 NIF31361.1 71.4 374 107 0 1 374 1 374 5.42e-200 555 WP_077217464.1 WP_077217464.1 100 303 0 0 1 303 1 303 2.02e-229 622 WP_077217464.1 HBO4828144.1 51.4 247 119 1 31 276 11 257 1.15e-82 249 WP_077217464.1 WP_076409454.1 43.1 211 113 3 30 237 4 210 5.54e-51 170 WP_077217464.1 WP_176354145.1 36.0 258 148 5 45 297 16 261 8.16e-48 162 WP_077217464.1 WP_170725874.1 36.8 258 149 6 45 295 15 265 6.14e-46 156 WP_077217464.1 MWR41881.1 38.9 216 118 2 45 251 39 249 1.48e-42 145 WP_077217464.1 MBP1876254.1 38.6 210 118 3 36 235 7 215 2.28e-33 124 WP_077217464.1 WP_153844272.1 25.3 198 128 5 41 221 12 206 5.19e-13 67.4 WP_116788607.1 WP_116788607.1 100 94 0 0 1 94 1 94 2.20e-65 190 WP_002541411.1 WP_002541411.1 100 478 0 0 1 478 1 478 0.0 987 WP_280713773.1 WP_280713773.1 96.6 321 11 0 1 321 1 321 2.59e-216 590 WP_147493387.1 WP_147493387.1 82.2 129 23 0 1 129 1 129 3.19e-70 205 WP_182342936.1 WP_182342936.1 100 368 0 0 1 368 1 368 7.26e-274 739 WP_182342936.1 MBT5780702.1 44.1 290 154 3 8 297 6 287 1.70e-63 205 WP_232243969.1 WP_232243969.1 100 467 0 0 1 467 1 467 0.0 965 WP_232243969.1 OYV27796.1 47.2 305 134 5 1 288 18 312 8.15e-85 261 MBN1793755.1 MBN1793755.1 100 194 0 0 1 194 1 194 4.04e-143 394 WP_100378753.1 WP_100378753.1 100 78 0 0 1 78 1 78 8.20e-56 164 KAJ3691906.1 KAJ3691906.1 100 402 0 0 1 402 1 402 7.64e-300 808 WP_036258374.1 WP_036258374.1 98.9 570 6 0 1 570 1 570 0.0 1157 WP_036258374.1 MBQ8297564.1 32.9 586 354 10 3 568 8 574 2.94e-86 277 WP_036258374.1 KAJ5168969.1 33.4 491 305 10 69 549 251 729 9.08e-76 254 WP_036258374.1 WP_060613079.1 30.3 532 341 7 46 563 64 579 1.93e-70 235 WP_036258374.1 KAI9191373.1 26.8 541 328 14 46 564 119 613 3.14e-50 184 WP_036258374.1 WP_222599035.1 28.7 443 306 6 112 550 252 688 9.65e-41 155 WP_036258374.1 MWR41881.1 32.9 240 132 7 325 550 29 253 2.07e-26 107 WP_036258374.1 WP_098952357.1 29.0 221 133 8 342 547 29 240 1.13e-15 76.6 WP_036258374.1 WP_142931103.1 30.6 206 130 8 343 542 275 473 2.27e-15 77.0 WP_036258374.1 WP_107894076.1 28.6 252 143 10 343 566 24 266 9.29e-15 73.9 QNK62815.1 QNK62815.1 100 313 0 0 1 313 1 313 1.87e-230 625 MCD7834656.1 MCD7834656.1 100 480 0 0 1 480 1 480 0.0 1020 MBP7634095.1 MBP7634095.1 97.7 436 10 0 1 436 1 436 0.0 872 XP_019384620.1 XP_019384620.1 98.9 917 10 0 1 917 1 917 0.0 1893 XP_019384620.1 XP_008572610.1 30.5 597 323 14 370 916 30 584 3.23e-88 291 XP_019384620.1 XP_048216280.1 32.1 268 166 5 21 279 26 286 1.65e-38 147 XP_019384620.1 XP_022242849.1 27.9 476 282 17 486 912 435 898 3.12e-38 152 XP_019384620.1 KAG1590416.1 28.9 280 177 8 10 283 75 338 1.50e-30 123 XP_019384620.1 XP_029528577.1 32.9 152 95 2 72 223 86 230 1.51e-20 92.8 XP_019384620.1 XP_047334060.1 29.9 264 169 8 24 280 26 280 4.60e-20 94.0 XP_019384620.1 EYU24504.1 24.3 296 160 9 21 281 195 461 3.81e-18 87.4 XP_019384620.1 XP_043377824.1 26.2 294 184 11 24 300 34 311 7.35e-18 87.4 XP_019384620.1 KAI9912466.1 28.2 195 107 7 117 281 129 320 2.56e-10 61.6 MBT3747969.1 MBT3747969.1 100 295 0 0 1 295 1 295 1.31e-221 601 MBQ6998144.1 MBQ6998144.1 96.6 1761 60 0 1 1761 1 1761 0.0 3490 WP_150930630.1 WP_150930630.1 90.5 423 40 0 1 423 1 423 1.29e-272 741 WP_150930630.1 WP_148062134.1 32.7 300 167 9 16 308 89 360 3.54e-31 120 XP_026120963.1 XP_026120963.1 98.1 314 6 0 1 314 1 314 1.38e-237 643 WP_126840241.1 WP_126840241.1 100 393 0 0 1 393 1 393 5.82e-304 818 HBK0888477.1 HBK0888477.1 100 324 0 0 1 324 1 324 1.16e-250 677 XP_027768392.1 XP_027768392.1 100 238 0 0 1 238 1 238 1.18e-175 480 WP_192026965.1 WP_192026965.1 100 369 0 0 1 369 1 369 1.16e-275 744 KAF0880495.1 KAF0880495.1 100 114 0 0 1 114 1 114 4.51e-81 231 WP_234564275.1 WP_234564275.1 100 845 0 0 1 845 1 845 0.0 1769 XP_013982426.1 XP_013982426.1 100 162 0 0 1 162 1 162 2.65e-121 337 EIR3813187.1 EIR3813187.1 96.8 281 9 0 1 281 1 281 6.57e-199 543 XP_030620685.1 XP_030620685.1 97.2 422 12 0 1 422 1 422 1.58e-318 857 XP_030620685.1 XP_048216280.1 36.1 291 175 4 80 360 4 293 1.59e-59 198 XP_030620685.1 XP_051566275.1 36.1 266 166 3 89 353 1235 1497 1.19e-52 188 XP_030620685.1 XP_020321477.1 34.6 263 160 6 94 353 51 304 3.42e-45 165 XP_030620685.1 XP_046441060.1 34.2 263 161 7 94 353 59 312 8.39e-45 164 XP_030620685.1 XP_029528577.1 32.5 280 168 6 71 344 10 274 3.04e-42 150 XP_030620685.1 KAG1590416.1 35.4 271 134 7 102 353 86 334 2.10e-41 149 XP_030620685.1 XP_048379117.1 31.7 300 174 9 74 353 228 516 2.82e-35 135 XP_030620685.1 PKU40490.1 30.9 217 142 5 81 293 1 213 2.83e-30 114 XP_030620685.1 EYU24504.1 29.5 298 143 8 96 353 189 459 3.77e-30 120 XP_030620685.1 KAH6984898.1 27.2 313 178 5 91 355 19 329 6.67e-26 108 NHB63634.1 NHB63634.1 100 227 0 0 1 227 1 227 1.96e-164 451 KAB4839568.1 KAB4839568.1 100 498 0 0 1 498 1 498 0.0 1043 KAB4839568.1 OJW81690.1 38.0 505 286 9 5 496 16 506 1.48e-103 324 EPB83562.1 EPB83562.1 77.4 327 74 0 1 327 1 327 6.31e-174 483 WP_079304935.1 WP_079304935.1 100 267 0 0 1 267 1 267 6.91e-203 551 WP_079304935.1 WP_159793761.1 35.1 268 158 7 1 256 1 264 7.16e-48 158 EAH7180598.1 EAH7180598.1 96.8 403 13 0 1 403 1 403 1.47e-293 792 WP_127965636.1 WP_127965636.1 100 242 0 0 1 242 1 242 1.27e-172 473 MBP3290446.1 MBP3290446.1 100 107 0 0 1 107 1 107 1.62e-73 211 MBL0848796.1 MBL0848796.1 100 89 0 0 1 89 1 89 4.08e-61 179 PLN85696.1 PLN85696.1 100 453 0 0 1 453 1 453 0.0 941 MBR4316258.1 MBR4316258.1 100 77 0 0 1 77 1 77 1.22e-52 156 HBU57020.1 HBU57020.1 93.4 137 9 0 1 137 1 137 1.02e-88 252 HBU57020.1 WP_209241541.1 42.5 134 69 2 1 131 341 469 2.68e-25 97.8 HBU57020.1 WP_093868643.1 40.7 123 60 3 1 120 319 431 1.18e-24 95.9 RMZ53977.1 RMZ53977.1 90.5 316 30 0 1 316 1 316 3.33e-205 561 WP_104739464.1 WP_104739464.1 78.3 230 50 0 1 230 1 230 7.30e-118 333 WP_178999808.1 WP_178999808.1 98.5 597 9 0 1 597 1 597 0.0 1206 WP_178999808.1 MBS0561514.1 29.9 566 375 8 8 568 24 572 1.17e-64 221 WP_178999808.1 MCD6173453.1 23.5 336 211 9 20 343 5 306 7.57e-16 77.0 WP_080539504.1 WP_080539504.1 100 233 0 0 1 233 1 233 4.14e-178 486 WP_271563639.1 WP_271563639.1 100 410 0 0 1 410 1 410 8.15e-315 847 WP_271563639.1 MBW1759047.1 30.3 155 101 3 129 282 94 242 4.18e-12 65.1 YP_009901198.1 YP_009901198.1 100 169 0 0 1 169 1 169 4.01e-124 344 WP_139989153.1 WP_139989153.1 100 343 0 0 1 343 1 343 2.48e-266 718 WP_139989153.1 WP_187935882.1 59.3 344 130 3 1 342 4 339 2.50e-145 412 WP_240053789.1 WP_240053789.1 96.9 323 10 0 1 323 1 323 5.18e-233 632 WP_240053789.1 MBL6756473.1 28.1 299 180 8 9 287 48 331 6.75e-25 103 WP_240053789.1 KXK41164.1 29.4 303 175 14 9 287 8 295 5.82e-22 92.4 WP_240053789.1 PIY74148.1 28.9 242 152 7 29 255 2 238 1.71e-19 87.4 WP_240053789.1 WP_278906630.1 31.5 127 74 5 172 293 320 438 4.30e-05 43.5 GFD60763.1 GFD60763.1 100 77 0 0 1 77 1 77 2.11e-53 158 MBQ48993.1 MBQ48993.1 96.5 282 10 0 1 282 1 282 1.82e-201 549 RLS53863.1 RLS53863.1 100 212 0 0 1 212 1 212 4.16e-163 446 MRN26950.1 MRN26950.1 88.5 87 10 0 1 87 1 87 3.29e-48 146 WP_005253785.1 WP_005253785.1 95.9 368 15 0 1 368 1 368 2.67e-260 705 WP_059566149.1 WP_059566149.1 90.5 588 56 0 1 588 1 588 0.0 1045 OGD88828.1 OGD88828.1 100 228 0 0 1 228 1 228 2.68e-167 458 HDZ72415.1 HDZ72415.1 100 438 0 0 1 438 1 438 0.0 896 NDI25889.1 NDI25889.1 95.5 292 13 0 1 292 1 292 4.29e-205 559 NDI25889.1 MBT3887354.1 39.8 294 155 3 1 283 31 313 1.13e-66 209 NDI25889.1 WP_033456074.1 41.7 283 153 2 1 283 18 288 2.17e-66 207 NDI25889.1 OFZ89526.1 42.4 302 146 5 1 283 122 414 2.42e-65 209 NDI25889.1 WP_267292626.1 40.1 287 164 3 1 286 231 510 3.79e-65 211 NDI25889.1 WP_098923619.1 47.3 224 114 1 60 283 192 411 3.83e-63 203 NDI25889.1 WP_262612393.1 38.7 284 164 6 1 282 141 416 4.12e-60 195 NDI25889.1 KAA0555231.1 32.8 293 184 5 1 285 339 626 3.53e-42 151 NDI25889.1 KAJ4394429.1 31.9 307 175 10 1 283 210 506 3.06e-35 131 MBL1272346.1 MBL1272346.1 99.0 1075 11 0 1 1075 1 1075 0.0 2200 MBL1272346.1 WP_181898940.1 29.0 980 520 43 33 888 14 941 1.72e-75 270 XP_013617705.1 XP_013617705.1 100 224 0 0 1 224 1 224 5.88e-169 462 MBL6635315.1 MBL6635315.1 100 253 0 0 1 253 1 253 1.38e-186 509 MBL6635315.1 TBR44965.1 36.8 258 149 4 6 253 4 257 1.59e-54 174 MBB6433666.1 MBB6433666.1 100 60 0 0 1 60 1 60 4.84e-38 118 WP_061261925.1 WP_061261925.1 100 396 0 0 1 396 1 396 3.65e-304 818 WP_240207262.1 WP_240207262.1 94.3 176 10 0 1 176 1 176 1.33e-121 338 WP_101662518.1 WP_101662518.1 95.8 692 29 0 1 692 1 692 0.0 1350 WP_101662518.1 OMF24356.1 37.3 560 328 8 55 601 55 604 6.72e-124 380 WP_101662518.1 WP_044772468.1 31.7 587 360 17 58 613 52 628 1.09e-68 237 WP_101662518.1 HCG88012.1 35.9 295 185 3 28 321 16 307 4.49e-51 186 MBT3358747.1 MBT3358747.1 97.7 263 6 0 1 263 1 263 1.88e-189 517 HAL84546.1 HAL84546.1 100 124 0 0 1 124 1 124 7.78e-89 251 WP_051686353.1 WP_051686353.1 93.5 155 10 0 1 155 1 155 2.03e-99 281 XP_008293954.1 XP_008293954.1 80.3 1520 300 0 26 1545 26 1545 0.0 2331 XP_008293954.1 XP_027026332.2 70.5 1525 388 23 39 1545 24 1504 0.0 1970 MCB1644245.1 MCB1644245.1 100 258 0 0 1 258 1 258 3.51e-187 511 MCB1644245.1 WP_138597401.1 30.2 242 158 6 11 247 8 243 7.51e-28 105 MCB1644245.1 WP_253646963.1 32.5 191 123 3 3 187 9 199 1.03e-21 90.1 MCB1644245.1 MXY99086.1 30.7 241 150 5 17 246 1 235 2.95e-21 87.8 MCH7862091.1 MCH7862091.1 100 180 0 0 1 180 1 180 1.32e-132 367 NUN10705.1 NUN10705.1 100 66 0 0 1 66 1 66 1.40e-44 135 XP_007761143.1 XP_007761143.1 100 381 0 0 1 381 1 381 3.99e-289 779 WP_107551828.1 WP_107551828.1 100 424 0 0 1 424 1 424 8.06e-304 820 QQO85492.1 QQO85492.1 100 262 0 0 1 262 1 262 2.23e-201 547 QQO85492.1 WP_263858211.1 30.0 260 178 4 1 257 1 259 1.52e-34 123 QQO85492.1 WP_199425576.1 31.4 245 152 6 14 248 20 258 2.85e-25 99.4 QQO85492.1 VEA68798.1 43.4 113 52 3 144 252 1 105 7.54e-17 72.8 QQO85492.1 WP_168672621.1 28.0 250 154 10 10 246 4 240 2.33e-12 63.5 MBQ6794463.1 MBQ6794463.1 100 374 0 0 1 374 1 374 5.20e-286 771 MBQ6794463.1 MCU1411638.1 32.5 385 237 10 7 373 15 394 1.84e-55 185 MBQ6794463.1 MBA3609961.1 32.5 406 210 12 16 367 41 436 3.79e-48 167 MBQ6794463.1 MCF7895906.1 32.1 321 203 7 15 325 23 338 5.03e-48 164 MBQ6794463.1 ELZ16407.1 29.4 402 226 12 16 363 35 432 1.30e-43 155 MBQ6794463.1 OWZ34415.1 27.5 415 245 9 15 373 58 472 1.35e-42 153 MBQ6794463.1 WP_160194147.1 27.2 393 250 12 10 367 24 415 8.58e-28 111 MBQ6794463.1 MCM2356329.1 29.6 270 163 8 8 254 26 291 5.35e-27 107 MBQ6794463.1 NBT94281.1 38.2 131 74 3 15 140 33 161 7.21e-17 76.3 MBK9391165.1 MBK9391165.1 90.7 107 10 0 1 107 1 107 1.24e-68 199 WP_111113162.1 WP_111113162.1 100 406 0 0 1 406 1 406 5.25e-309 832 WP_111113162.1 WP_261281372.1 57.3 410 164 4 4 406 2 407 6.03e-169 477 WP_111113162.1 WP_013970683.1 59.8 400 156 3 10 406 4 401 1.65e-162 461 CAD7694243.1 CAD7694243.1 85.9 453 64 0 1 453 1 453 1.34e-280 764 CAD7694243.1 XP_015665538.2 31.7 126 69 4 261 383 170 281 1.10e-08 54.7 HBE26957.1 HBE26957.1 96.3 590 22 0 1 590 1 590 0.0 1181 MBS7058472.1 MBS7058472.1 100 116 0 0 1 116 1 116 4.12e-87 246 MBT5464676.1 MBT5464676.1 95.2 394 19 0 1 394 1 394 3.41e-267 725 WP_249119039.1 WP_249119039.1 100 239 0 0 1 239 1 239 3.81e-177 484 PSQ73325.1 PSQ73325.1 98.6 861 12 0 1 861 1 861 0.0 1695 PSQ73325.1 EDN57974.1 36.4 275 154 7 590 851 371 637 1.29e-41 163 PSQ73325.1 MBN8606766.1 39.9 238 137 4 605 841 574 806 3.41e-38 151 PSQ73325.1 WP_007356512.1 32.0 284 160 7 588 846 720 995 9.69e-32 132 PSQ73325.1 WP_261733022.1 34.4 250 152 6 596 840 240 482 4.35e-30 125 PSQ73325.1 MBQ1868746.1 32.1 262 161 6 596 848 249 502 8.64e-30 124 PSQ73325.1 WP_074911472.1 27.5 240 167 3 605 843 788 1021 1.74e-23 105 PSQ73325.1 WP_063540919.1 30.3 231 151 4 613 840 493 716 1.52e-22 102 PSQ73325.1 WP_232306300.1 30.3 254 164 5 593 840 833 1079 1.08e-21 99.8 PSQ73325.1 WP_177077803.1 26.1 264 180 5 580 840 63 314 1.65e-13 72.0 PSQ73325.1 WP_010434011.1 26.0 254 174 7 595 846 353 594 1.94e-11 65.9 PSQ73325.1 MBR6403893.1 24.5 245 165 7 599 842 195 420 9.22e-11 63.2 PSQ73325.1 WP_166106360.1 27.0 256 135 11 624 856 310 536 2.56e-09 58.9 XP_037293573.1 XP_037293573.1 100 291 0 0 1 291 1 291 3.08e-218 592 AHM93900.1 AHM93900.1 97.2 668 19 0 1 668 1 668 0.0 1333 AHM93900.1 UNP61785.1 46.7 503 252 7 170 668 3 493 3.57e-162 473 XP_624193.2 XP_624193.2 100 391 0 0 15 405 15 405 8.64e-303 816 WP_126678289.1 WP_126678289.1 97.9 751 16 0 1 751 1 751 0.0 1501 WP_126678289.1 MVA71646.1 25.8 392 256 13 1 375 1 374 9.38e-24 104 WP_126678289.1 WP_255073759.1 28.2 301 192 7 15 302 10 299 5.19e-18 86.7 HBU6715136.1 HBU6715136.1 100 219 0 0 1 219 1 219 4.48e-166 454 KAI5657497.1 KAI5657497.1 100 129 0 0 1 129 1 129 1.09e-95 269 MBR4371193.1 MBR4371193.1 96.2 342 13 0 1 342 1 342 2.24e-248 673 MBR4371193.1 WP_097830045.1 29.1 351 190 11 7 334 64 378 9.10e-38 137 MBR4371193.1 MBR3487460.1 31.8 340 193 8 3 334 73 381 2.30e-33 125 MBR4371193.1 MBM3767188.1 26.5 313 202 10 10 315 104 395 1.81e-19 87.0 MBR4371193.1 WP_256939523.1 27.7 314 179 10 35 340 105 378 2.76e-16 77.4 XP_025786250.1 XP_025786250.1 100 288 0 0 1 288 1 288 5.12e-220 597 HBN0452499.1 HBN0452499.1 100 331 0 0 1 331 1 331 6.98e-251 678 NXW19449.1 NXW19449.1 87.5 208 26 0 11 218 11 218 3.16e-136 379 WP_153747345.1 WP_153747345.1 86.1 231 32 0 1 231 1 231 1.81e-130 365 MXD03405.1 MXD03405.1 100 128 0 0 1 128 1 128 1.81e-89 253 WP_212309145.1 WP_212309145.1 100 379 0 0 1 379 1 379 1.62e-287 775 NEU29184.1 NEU29184.1 100 237 0 0 1 237 1 237 9.74e-179 488 MBQ5754168.1 MBQ5754168.1 100 136 0 0 1 136 1 136 5.69e-99 278 MBS1745163.1 MBS1745163.1 100 403 0 0 1 403 1 403 2.14e-311 837 MBS1745163.1 MCR5574391.1 52.4 380 174 1 13 392 6 378 1.54e-149 427 MBQ8003389.1 MBQ8003389.1 100 95 0 0 1 95 1 95 4.96e-67 194 GEW80515.1 GEW80515.1 95.4 367 17 0 1 367 1 367 1.17e-258 701 HHO76132.1 HHO76132.1 100 323 0 0 1 323 1 323 4.88e-247 668 HHO76132.1 NIM26842.1 53.4 322 140 5 8 322 2 320 3.23e-112 327 MCH2165167.1 MCH2165167.1 100 187 0 0 1 187 1 187 2.55e-138 382 KAB0360174.1 KAB0360174.1 100 56 0 0 1 56 1 56 1.82e-38 119 WP_115470986.1 WP_115470986.1 94.2 361 21 0 1 361 1 361 1.31e-252 685 WP_115470986.1 MCH2409214.1 45.4 346 184 2 1 346 1 341 6.16e-113 331 WP_115470986.1 OGG08302.1 32.0 291 185 5 69 347 41 330 1.95e-39 141 OMJ26529.1 OMJ26529.1 74.2 267 69 0 1 267 1 267 8.31e-126 357 WP_129770031.1 WP_129770031.1 100 382 0 0 1 382 1 382 1.81e-281 760 RWK19229.1 RWK19229.1 100 853 0 0 1 853 1 853 0.0 1776 RWK19229.1 MBU0783111.1 25.6 313 194 12 7 295 8 305 8.52e-12 66.2 CDX32740.1 CDX32740.1 100 38 0 0 1 38 1 38 7.37e-24 81.3 WP_255761006.1 WP_255761006.1 100 146 0 0 1 146 1 146 1.07e-110 308 WP_255352846.1 WP_255352846.1 100 44 0 0 1 44 1 44 6.70e-27 89.4 QLQ30255.1 QLQ30255.1 89.8 147 15 0 1 147 1 147 3.54e-87 249 MCH2065391.1 MCH2065391.1 97.3 407 11 0 1 407 1 407 1.75e-303 818 WP_105599976.1 WP_105599976.1 100 128 0 0 1 128 1 128 4.80e-94 265 WP_105599976.1 WP_062713263.1 36.7 120 64 5 12 123 20 135 5.17e-16 67.8 WP_204650864.1 WP_204650864.1 100 152 0 0 1 152 1 152 2.81e-109 305 KMZ56706.1 KMZ56706.1 97.9 535 11 0 1 535 1 535 0.0 1092 KMZ56706.1 KAH9016734.1 34.7 101 65 1 69 169 784 883 1.94e-11 65.1 TLZ05171.1 TLZ05171.1 94.6 699 38 0 1 699 1 699 0.0 1300 TLZ05171.1 WP_265896212.1 28.2 347 195 12 266 605 380 679 1.19e-21 98.2 WP_032373688.1 WP_032373688.1 96.9 358 11 0 1 358 1 358 3.51e-260 704 WP_032373688.1 OGO01021.1 28.4 338 216 10 8 323 5 338 6.96e-30 116 WP_032373688.1 WP_065517671.1 27.4 369 221 13 7 336 9 369 2.99e-27 109 WP_032373688.1 WP_065029373.1 27.8 349 212 10 6 323 3 342 3.40e-23 97.8 HBY0139633.1 HBY0139633.1 98.5 653 10 0 1 653 1 653 0.0 1293 WP_122236618.1 WP_122236618.1 96.0 379 15 0 1 379 1 379 6.24e-276 746 WP_122236618.1 WP_152458326.1 31.8 365 197 9 11 327 11 371 6.90e-45 157 WP_122236618.1 HAQ04103.1 34.9 169 104 2 155 317 218 386 1.00e-22 97.1 WP_194104904.1 WP_194104904.1 100 706 0 0 1 706 1 706 0.0 1487 WP_210799437.1 WP_210799437.1 100 98 0 0 1 98 1 98 2.61e-68 197 WP_066519483.1 WP_066519483.1 100 330 0 0 1 330 1 330 7.44e-241 653 WP_087384365.1 WP_087384365.1 93.5 433 28 0 1 433 1 433 3.66e-284 771 WP_087384365.1 WP_113669955.1 35.4 407 253 6 17 420 13 412 9.66e-77 243 WP_087384365.1 WP_239913672.1 32.6 414 272 4 16 428 11 418 8.68e-68 220 KFP63770.1 KFP63770.1 95.5 313 14 0 1 313 1 313 3.48e-226 614 KFP63770.1 WP_253646963.1 26.2 187 133 4 40 223 15 199 4.09e-08 52.0 WP_272114414.1 WP_272114414.1 100 392 0 0 1 392 1 392 1.59e-296 799 WP_050580425.1 WP_050580425.1 93.4 662 44 0 1 662 1 662 0.0 1226 WP_050580425.1 GLR41095.1 73.4 659 172 2 6 662 1 658 0.0 957 MBN4326111.1 MBN4326111.1 100 22 0 0 1 22 1 22 6.63e-10 45.1 MBD8893743.1 MBD8893743.1 98.7 765 10 0 1 765 1 765 0.0 1548 MBD8893743.1 NDH21517.1 34.7 196 122 3 447 640 46 237 5.37e-28 112 KAJ6059888.1 KAJ6059888.1 100 72 0 0 1 72 1 72 2.69e-47 142 WP_063640296.1 WP_063640296.1 100 554 0 0 1 554 1 554 0.0 1122 MBT5488157.1 MBT5488157.1 100 583 0 0 1 583 1 583 0.0 1201 MBT5488157.1 WP_262406623.1 49.3 534 244 6 1 509 301 832 1.20e-161 483 MBT5488157.1 WP_281507500.1 46.5 523 261 5 1 505 302 823 8.54e-145 441 MBT5488157.1 WP_176349335.1 75.0 28 7 0 554 581 200 227 2.06e-08 53.5 XP_020272228.1 XP_020272228.1 97.1 346 10 0 1 346 1 346 8.55e-255 689 XP_053592881.1 XP_053592881.1 100 890 0 0 1 890 1 890 0.0 1817 XP_053592881.1 WP_194957532.1 33.5 786 392 19 45 773 6 717 3.25e-121 385 XP_053592881.1 WP_081224968.1 23.4 672 373 25 46 641 26 631 3.02e-17 85.1 XP_053592881.1 SCL13606.1 23.3 670 352 24 47 634 62 651 4.81e-14 74.7 XP_053592881.1 WP_123159424.1 22.3 632 350 22 77 635 57 620 6.44e-14 74.3 XP_053592881.1 MSZ29533.1 26.6 241 121 8 398 634 435 623 9.17e-12 67.4 XP_053592881.1 MCB9999913.1 27.3 165 97 3 67 209 61 224 8.32e-09 57.8 HCF6759084.1 HCF6759084.1 100 591 0 0 1 591 1 591 0.0 1193 HCF6759084.1 PLA74748.1 62.7 590 214 5 1 586 1 588 2.11e-272 754 HCF6759084.1 MBN8536342.1 49.6 599 281 12 3 591 19 606 7.72e-197 563 HBF53378.1 HBF53378.1 100 161 0 0 1 161 1 161 9.24e-117 325 XP_017857703.1 XP_017857703.1 90.7 1113 104 0 1 1113 1 1113 0.0 2050 XP_017857703.1 XP_035800909.1 23.1 528 330 15 8 518 121 589 8.08e-27 116 XP_017857703.1 NXX86929.1 26.8 142 74 5 25 166 338 449 6.82e-05 45.4 PIV62444.1 PIV62444.1 100 186 0 0 1 186 1 186 2.19e-143 394 XP_020788278.1 XP_020788278.1 97.7 441 10 0 1 441 1 441 0.0 868 WP_280343167.1 WP_280343167.1 100 303 0 0 1 303 1 303 1.31e-225 612 MCC6539403.1 MCC6539403.1 98.0 491 10 0 1 491 1 491 0.0 964 MCC6539403.1 HHJ06374.1 26.2 187 109 6 222 380 217 402 6.87e-04 40.4 CAI5716986.1 CAI5716986.1 99.3 695 5 0 1 695 1 695 0.0 1428 MCK9371657.1 MCK9371657.1 100 691 0 0 1 691 1 691 0.0 1451 MCK9371657.1 WP_220281278.1 22.7 507 306 17 2 451 58 535 9.99e-15 76.3 MBE4717433.1 MBE4717433.1 100 145 0 0 1 145 1 145 2.64e-106 297 UMM23672.1 UMM23672.1 100 579 0 0 1 579 1 579 0.0 1171 WP_059171534.1 WP_059171534.1 100 279 0 0 1 279 1 279 2.96e-219 594 WP_059171534.1 WP_139994336.1 44.1 272 149 3 1 271 1 270 8.08e-76 231 MBF0143407.1 MBF0143407.1 98.3 1081 18 0 1 1081 1 1081 0.0 2167 MBF0143407.1 CKF71070.1 36.2 428 264 5 632 1055 318 740 2.63e-82 282 MBF0143407.1 WP_200543170.1 36.8 416 248 5 641 1051 277 682 5.61e-76 263 MBF0143407.1 HAB03480.1 35.0 432 264 4 633 1052 656 1082 2.01e-67 245 MBF0143407.1 WP_018646673.1 32.8 439 282 5 632 1063 519 951 5.17e-62 227 MBF0143407.1 WP_230171322.1 34.4 439 271 8 627 1059 593 1020 6.10e-62 228 MBF0143407.1 WP_126679569.1 30.5 430 268 10 641 1052 377 793 7.02e-40 157 XP_009031127.1 XP_009031127.1 90.0 120 12 0 1 120 1 120 3.76e-76 219 WP_248112338.1 WP_248112338.1 100 381 0 0 1 381 1 381 2.93e-291 785 WP_012924408.1 WP_012924408.1 100 391 0 0 1 391 1 391 8.49e-296 797 MCD6205878.1 MCD6205878.1 95.8 284 12 0 1 284 1 284 4.04e-190 521 ASL92868.1 ASL92868.1 100 182 0 0 1 182 1 182 6.81e-136 375 MBU0633142.1 MBU0633142.1 100 151 0 0 1 151 1 151 1.91e-111 311 WP_135820337.1 WP_135820337.1 98.6 643 9 0 1 643 1 643 0.0 1279 WP_135820337.1 XP_047379458.1 26.8 317 203 11 330 638 18 313 8.89e-28 116 MBG91959.1 MBG91959.1 97.5 396 10 0 1 396 1 396 1.79e-295 796 MBG91959.1 MSZ54974.1 43.4 401 204 10 1 396 1 383 4.84e-93 283 MBV2096469.1 MBV2096469.1 90.3 518 50 0 1 518 1 518 0.0 899 MCH8223536.1 MCH8223536.1 100 306 0 0 1 306 1 306 5.38e-231 626 MOX37967.1 MOX37967.1 100 18 0 0 1 18 1 18 9.09e-09 42.0 WP_123234331.1 WP_123234331.1 95.0 262 13 0 1 262 1 262 6.71e-178 488 WP_062917436.1 WP_062917436.1 100 266 0 0 1 266 1 266 4.84e-198 539 WP_062917436.1 MYS73268.1 36.1 227 137 3 8 231 8 229 6.58e-34 122 WP_062917436.1 WP_273849839.1 33.5 206 123 6 6 205 18 215 1.72e-19 83.6 KAJ6728134.1 KAJ6728134.1 95.9 222 9 0 1 222 1 222 2.48e-160 440 KAJ6728134.1 NRB72577.1 40.7 177 105 0 5 181 9 185 8.51e-44 149 WP_264228578.1 WP_264228578.1 100 609 0 0 1 609 1 609 0.0 1236 WP_264228578.1 OGA29379.1 53.3 582 269 2 1 581 1 580 2.42e-219 620 WP_264228578.1 HCJ45190.1 74.6 63 16 0 480 542 1 63 9.32e-27 101 MCA0453363.1 MCA0453363.1 97.0 461 14 0 1 461 1 461 0.0 933 MBN1275370.1 MBN1275370.1 100 128 0 0 1 128 1 128 2.20e-90 256 MCT8275829.1 MCT8275829.1 98.2 546 10 0 1 546 1 546 0.0 1095 WP_125251950.1 WP_125251950.1 100 243 0 0 1 243 1 243 3.96e-181 494 WP_177055611.1 WP_177055611.1 100 103 0 0 1 103 1 103 5.56e-70 202 WP_112382897.1 WP_112382897.1 100 318 0 0 1 318 1 318 1.74e-233 633 WP_229447885.1 WP_229447885.1 100 320 0 0 1 320 1 320 8.73e-244 659 XP_052609093.1 XP_052609093.1 100 627 0 0 1 627 1 627 0.0 1330 XP_052609093.1 XP_053174626.1 59.4 614 238 6 20 626 25 634 6.24e-273 759 XP_052609093.1 KAI4536634.1 31.4 503 242 23 7 457 4 455 9.78e-48 179 WP_232676102.1 WP_232676102.1 100 231 0 0 1 231 1 231 1.04e-161 444 SCH22700.1 SCH22700.1 100 392 0 0 1 392 1 392 5.16e-302 813 WP_073251662.1 WP_073251662.1 100 387 0 0 1 387 1 387 1.78e-295 796 KAJ8488862.1 KAJ8488862.1 94.7 1048 56 0 1 1048 1 1048 0.0 2032 HAR3824072.1 HAR3824072.1 100 589 0 0 1 589 1 589 0.0 1225 HAR3824072.1 WP_100610557.1 41.3 576 324 7 15 582 1 570 5.53e-157 460 HAR3824072.1 WP_180196654.1 31.5 565 336 12 35 575 8 545 5.77e-83 268 HAR3824072.1 WP_099345046.1 28.7 547 366 13 38 575 6 537 3.46e-56 197 HAR3824072.1 WP_060004157.1 25.9 571 382 17 34 578 1 556 4.32e-44 164 GGS66510.1 GGS66510.1 94.7 282 15 0 1 282 1 282 4.28e-200 546 GGS66510.1 NEX64733.1 54.3 276 122 3 1 276 4 275 2.81e-91 270 GGS66510.1 MBN9625832.1 51.4 282 130 4 1 280 4 280 4.79e-91 270 GGS66510.1 WP_002857697.1 32.0 281 167 9 3 272 14 281 1.54e-42 145 MSO98652.1 MSO98652.1 100 231 0 0 1 231 1 231 8.64e-170 465 XP_008264087.1 XP_008264087.1 89.5 714 75 0 1 714 1 714 0.0 1222 AAR19565.1 AAR19565.1 94.6 222 12 0 1 222 1 222 2.35e-149 412 AAR19565.1 XP_012889676.1 75.2 222 55 0 1 222 64 285 6.42e-120 341 AAR19565.1 XP_002688837.2 52.8 218 103 0 1 218 64 281 1.92e-80 241 AAR19565.1 XP_034290446.1 45.0 222 122 0 1 222 66 287 3.69e-65 202 AAR19565.1 XP_042531659.1 41.2 221 128 2 3 222 66 285 4.66e-51 166 AAR19565.1 XP_005087540.1 38.5 221 136 0 2 222 65 285 3.64e-48 159 AAR19565.1 XP_054446685.1 38.7 222 134 2 2 222 63 283 5.53e-46 153 AAR19565.1 XP_049747270.1 33.9 189 120 2 3 189 68 253 1.06e-27 105 WP_083824265.1 WP_083824265.1 100 245 0 0 1 245 1 245 5.63e-182 497 NJD91181.1 NJD91181.1 100 1109 0 0 1 1109 1 1109 0.0 2304 NJD91181.1 WP_012573472.1 45.7 1113 568 14 1 1100 89 1178 0.0 1009 NJD91181.1 WP_070770047.1 45.8 1119 555 16 1 1099 83 1170 0.0 996 NJD91181.1 WP_156009076.1 42.7 1128 598 12 2 1109 84 1183 2.29e-317 913 NJD91181.1 MBE6348968.1 43.2 697 360 13 422 1101 8 685 1.38e-184 553 NJD91181.1 MBS6779195.1 30.7 326 204 10 2 321 82 391 3.38e-31 125 MCA8990238.1 MCA8990238.1 100 288 0 0 1 288 1 288 3.46e-218 592 MCA8990238.1 WP_261362933.1 30.7 205 111 5 109 288 43 241 5.08e-17 77.4 WP_031504118.1 WP_031504118.1 100 186 0 0 1 186 1 186 2.87e-139 384 MBT1821840.1 MBT1821840.1 100 233 0 0 1 233 1 233 3.38e-168 461 MCL5772337.1 MCL5772337.1 100 150 0 0 1 150 1 150 8.75e-112 311 VRK55480.1 VRK55480.1 100 141 0 0 1 141 1 141 3.94e-106 296 VRK55480.1 WP_211746996.1 57.4 141 57 3 1 140 1 139 8.08e-53 169 GFD10569.1 GFD10569.1 100 58 0 0 1 58 1 58 4.07e-36 113 MBO7366298.1 MBO7366298.1 97.9 480 10 0 1 480 1 480 0.0 989 XP_056309872.1 XP_056309872.1 95.3 191 9 0 1 191 1 191 1.21e-138 383 HHC07960.1 HHC07960.1 93.4 441 29 0 1 441 1 441 1.86e-281 765 HHC07960.1 WP_026002460.1 29.9 435 268 16 25 438 17 435 6.92e-32 124 WP_279836660.1 WP_279836660.1 98.6 508 7 0 1 508 1 508 0.0 1031 EHA1083554.1 EHA1083554.1 100 207 0 0 1 207 1 207 2.71e-152 419 MBQ2587741.1 MBQ2587741.1 100 581 0 0 1 581 1 581 0.0 1207 MBQ2587741.1 MCC7304610.1 33.3 576 342 6 4 570 151 693 6.57e-98 311 MBQ2587741.1 WP_274976404.1 27.3 539 322 8 65 562 244 753 2.84e-54 195 XP_011924069.1 XP_011924069.1 97.0 794 24 0 1 794 1 794 0.0 1529 OGD37525.1 OGD37525.1 100 258 0 0 1 258 1 258 4.64e-192 523 CAH9417069.1 CAH9417069.1 100 602 0 0 1 602 1 602 0.0 1217 CAH9417069.1 NLO64495.1 34.8 270 125 10 351 589 269 518 6.02e-37 143 WP_061795322.1 WP_061795322.1 97.6 506 12 0 1 506 1 506 0.0 998 WP_061795322.1 WP_131836551.1 40.1 486 271 10 20 496 18 492 1.45e-106 325 WP_061795322.1 XP_050320449.1 38.2 482 274 11 22 494 14 480 2.77e-97 301 WP_061795322.1 WP_057201184.1 37.9 485 284 8 18 497 2 474 2.50e-91 285 WP_061795322.1 WP_008959270.1 34.7 484 296 10 23 498 14 485 1.41e-78 252 WP_061795322.1 WP_255965801.1 32.9 477 301 8 22 492 15 478 1.64e-70 231 WP_061795322.1 WP_108756325.1 35.0 474 285 10 21 488 7 463 7.58e-68 224 WP_061795322.1 WP_257689765.1 32.4 482 301 8 22 494 16 481 3.06e-66 220 WP_061795322.1 WP_195426888.1 30.9 433 274 9 32 457 26 440 3.34e-52 182 WP_061795322.1 WP_205186167.1 30.9 427 269 12 79 496 4 413 8.10e-46 164 WP_061795322.1 WP_232038993.1 28.0 497 314 17 33 503 24 502 1.57e-40 151 KAE9407684.1 KAE9407684.1 100 230 0 0 1 230 1 230 5.63e-170 465 WP_144929841.1 WP_144929841.1 100 153 0 0 1 153 1 153 2.80e-114 318 ABB86219.1 ABB86219.1 100 75 0 0 1 75 1 75 2.07e-50 150 ABB86219.1 AGS31853.1 88.1 42 5 0 34 75 1 42 4.41e-22 81.3 ABB86219.1 WP_018431719.1 33.3 75 49 1 1 74 16 90 1.77e-07 44.7 WP_207855327.1 WP_207855327.1 89.8 98 10 0 1 98 1 98 6.69e-62 181 MBR4831078.1 MBR4831078.1 100 503 0 0 1 503 1 503 0.0 1026 KAF5705428.1 KAF5705428.1 100 480 0 0 1 480 1 480 0.0 1026 MQG84887.1 MQG84887.1 100 160 0 0 1 160 1 160 8.57e-117 325 NUR94205.1 NUR94205.1 100 94 0 0 1 94 1 94 7.38e-64 186 KAI9087862.1 KAI9087862.1 100 347 0 0 1 347 1 347 2.20e-262 709 MPC13528.1 MPC13528.1 87.3 71 9 0 1 71 1 71 5.31e-40 124 MBN2660390.1 MBN2660390.1 100 617 0 0 1 617 1 617 0.0 1278 MBK9183427.1 MBK9183427.1 100 328 0 0 1 328 1 328 2.34e-252 682 MBK9183427.1 WP_014407515.1 37.7 276 155 6 11 284 6 266 8.88e-51 169 MBK9183427.1 WP_126136917.1 35.0 283 165 9 6 284 7 274 2.57e-35 128 MBK9183427.1 MCQ2612024.1 29.2 284 184 9 12 285 9 285 1.89e-25 102 MCO5068575.1 MCO5068575.1 100 401 0 0 1 401 1 401 2.49e-309 832 WP_070545363.1 WP_070545363.1 100 204 0 0 1 204 1 204 4.34e-152 418 WP_200154298.1 WP_200154298.1 87.4 239 30 0 1 239 1 239 2.06e-140 391 OWZ34415.1 OWZ34415.1 97.9 479 10 0 1 479 1 479 0.0 993 OWZ34415.1 MBA3609961.1 33.8 438 272 6 42 476 24 446 1.44e-77 248 OWZ34415.1 ELZ16407.1 31.1 424 270 12 57 472 33 442 3.58e-52 181 OWZ34415.1 MBQ6794463.1 29.2 415 238 9 58 472 15 373 4.39e-49 171 OWZ34415.1 WP_160194147.1 29.6 378 234 11 40 401 8 369 2.01e-43 157 OWZ34415.1 WP_254819486.1 26.4 444 300 10 46 475 25 455 5.08e-34 131 OWZ34415.1 MCM2356329.1 29.6 274 168 8 57 322 32 288 1.83e-29 115 EGQ8192442.1 EGQ8192442.1 100 63 0 0 1 63 1 63 6.38e-42 128 CAG7850540.1 CAG7850540.1 85.6 181 26 0 1 181 1 181 1.47e-100 286 KAJ4213304.1 KAJ4213304.1 98.5 519 8 0 1 519 1 519 0.0 1042 WP_170235146.1 WP_170235146.1 100 232 0 0 1 232 1 232 1.90e-178 487 MBQ3156222.1 MBQ3156222.1 100 425 0 0 1 425 1 425 0.0 884 MBQ3156222.1 HIZ23242.1 40.4 408 240 2 19 423 21 428 2.48e-101 306 WP_056726975.1 WP_056726975.1 100 109 0 0 1 109 1 109 1.48e-79 227 WP_069697901.1 WP_069697901.1 100 339 0 0 1 339 1 339 1.67e-262 708 WP_069697901.1 WP_138125503.1 67.6 339 109 1 1 339 1 338 1.12e-178 496 WP_069697901.1 WP_266179881.1 44.4 342 178 7 2 338 3 337 3.41e-90 272 WP_069697901.1 WP_223413240.1 42.6 340 183 6 2 336 3 335 1.44e-83 255 WP_069697901.1 EFX2174330.1 34.7 271 175 2 2 271 5 274 6.97e-48 162 WP_069697901.1 MCP4974199.1 20.3 290 198 7 51 317 57 336 2.58e-10 59.3 KAJ3469091.1 KAJ3469091.1 97.6 462 11 0 1 462 1 462 0.0 884 XP_027201715.1 XP_027201715.1 87.1 859 111 0 1 859 1 859 0.0 1561 MBF1354756.1 MBF1354756.1 100 169 0 0 1 169 1 169 9.85e-125 346 RNA69827.1 RNA69827.1 95.7 254 11 0 1 254 1 254 2.21e-188 514 WP_054910535.1 WP_054910535.1 97.3 369 10 0 1 369 1 369 5.15e-279 753 MCQ2587557.1 MCQ2587557.1 98.0 495 10 0 1 495 1 495 0.0 990 MCQ2587557.1 EIO1807611.1 28.5 445 261 16 53 475 64 473 5.70e-38 144 WP_267829077.1 WP_267829077.1 95.1 206 10 0 1 206 1 206 4.43e-137 380 HBK1877356.1 HBK1877356.1 100 518 0 0 1 518 1 518 0.0 1034 HBK1877356.1 HBX8004802.1 52.4 84 37 2 4 87 12 92 4.65e-20 89.7 HBK1877356.1 XP_034264344.1 38.9 90 46 4 6 87 66 154 2.16e-10 60.8 HBK1877356.1 XP_003056335.1 33.7 86 53 3 5 87 131 215 4.93e-06 47.4 WP_233689818.1 WP_233689818.1 100 367 0 0 1 367 1 367 9.65e-283 762 HAL5964588.1 HAL5964588.1 100 80 0 0 1 80 1 80 1.78e-51 154 XP_002973447.1 XP_002973447.1 100 158 0 0 1 158 1 158 3.78e-110 308 WP_203727943.1 WP_203727943.1 94.2 695 40 0 1 695 1 695 0.0 1279 WP_203727943.1 MBL9135845.1 31.0 158 92 4 534 678 33 186 2.61e-13 68.2 WP_238267528.1 WP_238267528.1 91.7 108 9 0 1 108 1 108 3.14e-67 196 WP_238267528.1 MBD9532752.1 56.1 82 36 0 24 105 32 113 6.49e-34 112 WP_238267528.1 RPI95901.1 43.9 98 52 2 1 96 32 128 1.37e-26 94.0 ADJ57888.1 ADJ57888.1 97.3 364 10 0 1 364 1 364 6.83e-261 706 ADJ57888.1 AXB40829.1 69.9 349 105 0 2 350 1 349 1.50e-187 520 ADJ57888.1 UNP33456.1 72.3 303 84 0 1 303 9 311 8.36e-164 459 ADJ57888.1 BAI82636.1 68.8 205 64 0 65 269 2 206 7.41e-103 300 ADJ57888.1 QYT38722.1 41.9 217 124 2 65 279 41 257 3.09e-52 172 MBX7122227.1 MBX7122227.1 100 291 0 0 1 291 1 291 1.91e-212 578 WP_057479385.1 WP_057479385.1 100 483 0 0 1 483 1 483 0.0 981 WP_057479385.1 WP_013571875.1 49.0 467 234 4 13 476 5 470 1.15e-157 454 WP_057479385.1 WP_046325749.1 41.1 470 267 4 10 478 1 461 2.00e-129 382 WP_057479385.1 WP_208427233.1 38.0 287 157 8 13 295 3 272 8.63e-48 165 EGT3616788.1 EGT3616788.1 100 215 0 0 1 215 1 215 1.01e-151 418 MBP1550239.1 MBP1550239.1 100 331 0 0 1 331 1 331 2.54e-253 684 MBP1550239.1 AUW90066.1 31.1 122 65 4 53 156 47 167 2.21e-09 54.3 WP_008470196.1 WP_008470196.1 100 252 0 0 1 252 1 252 1.89e-188 514 WP_008470196.1 WP_142133210.1 49.6 236 119 0 9 244 10 245 6.47e-79 236 WP_008470196.1 WP_279984614.1 48.0 244 120 1 8 244 8 251 4.08e-78 235 WP_008470196.1 WP_115992495.1 47.9 242 120 2 9 244 1 242 1.35e-77 233 WP_008470196.1 WP_222125851.1 46.5 241 124 1 9 244 1 241 2.93e-76 229 WP_008470196.1 WP_072380563.1 43.1 246 137 1 9 251 1 246 2.03e-71 217 WP_008470196.1 MWR41881.1 38.0 245 145 5 5 245 25 266 4.56e-50 163 WP_008470196.1 MBT4161918.1 37.8 209 120 6 7 207 4 210 7.20e-35 123 WP_008470196.1 MCP5262709.1 30.0 233 148 9 15 234 11 241 2.73e-30 113 WP_008470196.1 KAJ5168969.1 32.6 221 137 5 21 235 519 733 5.50e-30 116 WP_008470196.1 WP_036816548.1 26.1 257 158 9 7 243 4 248 1.69e-20 85.9 WP_008470196.1 WP_071876418.1 29.0 217 135 8 24 234 316 519 2.97e-20 87.8 WP_008470196.1 WAY96880.1 28.0 186 124 4 21 202 1 180 3.97e-15 70.1 WP_008470196.1 KAF9974715.1 25.0 232 162 7 10 235 1106 1331 4.69e-12 63.9 WP_008470196.1 MQF68191.1 33.9 62 41 0 19 80 26 87 1.61e-07 47.4 EHY1237200.1 EHY1237200.1 100 227 0 0 1 227 1 227 1.75e-167 459 WP_063692548.1 WP_063692548.1 100 142 0 0 1 142 1 142 1.87e-100 282 WP_058877503.1 WP_058877503.1 100 217 0 0 1 217 1 217 1.83e-164 450 HBP29295.1 HBP29295.1 100 239 0 0 1 239 1 239 9.04e-185 503 WP_169872765.1 WP_169872765.1 100 555 0 0 1 555 1 555 0.0 1105 MCI7575045.1 MCI7575045.1 90.2 133 13 0 1 133 1 133 2.83e-84 241 HCE7955950.1 HCE7955950.1 97.3 745 20 0 1 745 1 745 0.0 1362 YP_009226675.1 YP_009226675.1 100 57 0 0 1 57 1 57 3.25e-37 116 MBK6290503.1 MBK6290503.1 100 262 0 0 1 262 1 262 9.45e-203 551 WP_039672911.1 WP_039672911.1 99.1 1080 10 0 1 1080 1 1080 0.0 2155 XP_029439375.1 XP_029439375.1 78.7 319 68 0 1 319 1 319 6.29e-177 490 XP_029439375.1 ROW03190.1 46.9 162 83 3 52 212 1 160 1.18e-43 154 NJC23639.1 NJC23639.1 97.1 451 13 0 1 451 1 451 8.70e-320 863 HCZ13020.1 HCZ13020.1 100 68 0 0 1 68 1 68 4.80e-46 139 RQD71026.1 RQD71026.1 100 240 0 0 1 240 1 240 3.82e-182 497 RQD71026.1 WP_169105698.1 32.8 247 152 5 1 238 1 242 2.61e-39 134 RQD71026.1 WP_063316698.1 30.3 99 68 1 29 127 46 143 5.42e-07 47.4 MBE7174334.1 MBE7174334.1 100 356 0 0 1 356 1 356 2.26e-280 755 MCF8449868.1 MCF8449868.1 100 246 0 0 1 246 1 246 6.87e-188 512 MCF8449868.1 WP_165724099.1 30.9 262 158 6 3 244 4 262 3.96e-33 119 MCF8449868.1 HBG17616.1 33.0 106 66 2 1 101 4 109 1.11e-11 62.4 MCF8449868.1 WP_245885601.1 28.2 124 76 3 3 113 12 135 3.75e-08 49.7 WP_217309755.1 WP_217309755.1 90.0 561 56 0 1 561 1 561 0.0 1011 WP_217309755.1 WP_144384753.1 38.8 165 82 7 386 545 181 331 8.92e-19 86.3 TXG48910.1 TXG48910.1 96.6 175 6 0 1 175 1 175 1.14e-126 351 OMP12204.1 OMP12204.1 100 39 0 0 1 39 1 39 2.64e-22 77.4 NET34040.1 NET34040.1 100 98 0 0 1 98 1 98 1.51e-67 196 WP_182308552.1 WP_182308552.1 100 161 0 0 1 161 1 161 7.61e-125 345 XP_050785609.1 XP_050785609.1 97.2 721 20 0 1 721 1 721 0.0 1481 WP_145279320.1 WP_145279320.1 80.5 257 50 0 1 257 1 257 1.39e-126 358 WP_190728559.1 WP_190728559.1 100 422 0 0 1 422 1 422 0.0 879 WP_043884631.1 WP_043884631.1 100 169 0 0 1 169 1 169 1.91e-122 340 MCL4835344.1 MCL4835344.1 100 327 0 0 1 327 1 327 9.10e-245 662 MCL4835344.1 MBQ7949870.1 24.8 339 201 11 3 327 5 303 1.46e-15 74.3 MCL4835344.1 WP_041488527.1 38.2 55 34 0 270 324 4 58 1.17e-07 46.6 CKR50421.1 CKR50421.1 100 119 0 0 1 119 1 119 3.11e-79 227 KAF6355230.1 KAF6355230.1 100 163 0 0 1 163 1 163 1.21e-122 340 EFP11715.1 EFP11715.1 95.5 397 18 0 1 397 1 397 9.18e-294 792 MBN2220243.1 MBN2220243.1 100 220 0 0 1 220 1 220 1.97e-165 453 XP_001426929.1 XP_001426929.1 100 86 0 0 1 86 1 86 2.51e-56 166 WP_004841038.1 WP_004841038.1 100 225 0 0 1 225 1 225 2.13e-167 458 GFT25780.1 GFT25780.1 100 345 0 0 1 345 1 345 7.44e-269 725 GFT25780.1 GFY15021.1 52.7 91 39 1 65 155 129 215 8.48e-24 97.1 WP_108101124.1 WP_108101124.1 89.8 166 17 0 1 166 1 166 3.68e-105 296 WP_233494598.1 WP_233494598.1 100 218 0 0 1 218 1 218 2.69e-162 445 XP_037174607.1 XP_037174607.1 96.0 581 23 0 1 581 1 581 0.0 1129 WP_008314082.1 WP_008314082.1 92.9 126 9 0 1 126 1 126 6.87e-84 239 ACO35565.1 ACO35565.1 94.0 251 15 0 1 251 1 251 2.64e-174 478 ACO35565.1 AGC97326.1 75.1 241 60 0 3 243 1 241 3.60e-133 374 ACO35565.1 AGC74998.1 81.5 211 39 0 18 228 1 211 9.08e-128 359 ACO35565.1 AAX94106.1 78.5 223 48 0 1 223 208 430 1.03e-126 364 ACO35565.1 APC24336.1 68.4 250 77 1 1 250 131 378 2.49e-123 354 XP_035530493.1 XP_035530493.1 100 256 0 0 1 256 1 256 8.99e-189 515 WP_031940100.1 WP_031940100.1 96.9 261 8 0 1 261 1 261 5.79e-183 501 WP_129194092.1 WP_129194092.1 97.4 764 20 0 1 764 1 764 0.0 1520 NVK17210.1 NVK17210.1 100 216 0 0 1 216 1 216 6.90e-164 449 QQS37660.1 QQS37660.1 90.0 707 71 0 1 707 1 707 0.0 1249 XP_012264750.2 XP_012264750.2 100 172 0 0 1 172 1 172 5.89e-123 342 MBK7503626.1 MBK7503626.1 100 67 0 0 1 67 1 67 1.56e-46 140 XP_040086206.1 XP_040086206.1 95.3 405 19 0 1 405 1 405 1.09e-280 760 HHJ06374.1 HHJ06374.1 100 570 0 0 1 570 1 570 0.0 1115 HHJ06374.1 XP_022824318.1 43.8 550 281 5 33 570 307 840 5.04e-142 434 HHJ06374.1 HIT09367.1 28.4 204 98 11 270 440 116 304 6.09e-05 43.9 MCH99616.1 MCH99616.1 100 178 0 0 1 178 1 178 3.39e-134 370 MPY37361.1 MPY37361.1 100 258 0 0 1 258 1 258 5.59e-184 503 MPY37361.1 WP_169054812.1 34.0 141 87 3 59 194 20 159 7.51e-14 67.4 MCQ2288428.1 MCQ2288428.1 100 376 0 0 1 376 1 376 5.06e-294 791 WP_021646634.1 WP_021646634.1 100 308 0 0 1 308 1 308 1.18e-235 638 WP_021646634.1 WP_063485223.1 31.4 172 102 4 134 298 212 374 4.09e-17 79.3 WP_244811380.1 WP_244811380.1 100 133 0 0 1 133 1 133 4.04e-93 263 EUA22401.1 EUA22401.1 100 95 0 0 1 95 1 95 2.87e-66 192 WP_074096037.1 WP_074096037.1 100 195 0 0 1 195 1 195 2.95e-141 390 WP_074096037.1 XP_028705251.1 27.3 183 125 3 16 195 106 283 9.68e-08 49.7 WP_074096037.1 MCB0342695.1 22.5 191 139 4 5 194 102 284 4.33e-07 47.4 MBD2210658.1 MBD2210658.1 100 300 0 0 1 300 1 300 1.14e-238 645 WP_107352122.1 WP_107352122.1 100 443 0 0 1 443 1 443 0.0 893 WP_107352122.1 KFF47610.1 49.5 440 215 4 7 440 6 444 2.47e-142 412 MCD6156803.1 MCD6156803.1 100 168 0 0 1 168 1 168 3.44e-120 334 MCD6156803.1 RLE74569.1 54.5 167 75 1 1 166 1 167 2.23e-57 177 MCF2656092.1 MCF2656092.1 98.3 697 12 0 1 697 1 697 0.0 1410 MCF2656092.1 NNC58435.1 33.9 691 440 9 4 681 5 691 1.57e-136 416 MCF2656092.1 MCC7304610.1 34.1 680 433 8 9 678 14 688 1.48e-133 408 MCF2656092.1 WP_274976404.1 31.5 745 437 10 9 688 25 761 2.41e-110 349 WP_238588402.1 WP_238588402.1 95.7 255 11 0 1 255 1 255 1.53e-175 481 WP_238588402.1 MCH7812019.1 32.6 129 85 2 86 213 289 416 5.21e-11 60.5 MBR0212985.1 MBR0212985.1 100 239 0 0 1 239 1 239 1.43e-172 473 MBR0212985.1 WP_072694527.1 38.5 65 34 2 9 69 172 234 1.24e-04 40.8 KAI6019239.1 KAI6019239.1 94.5 219 12 0 11 229 11 229 6.75e-157 432 KAI6019239.1 MBL9135845.1 35.7 221 117 6 13 228 4 204 5.80e-39 132 WP_223749936.1 WP_223749936.1 96.5 1200 42 0 1 1200 1 1200 0.0 2369 MBX8197149.1 MBX8197149.1 100 267 0 0 1 267 1 267 1.19e-203 553 MBX8197149.1 WP_104459365.1 37.1 251 147 6 1 243 12 259 9.11e-48 158 MBX8197149.1 WP_238837572.1 31.7 252 157 6 6 243 4 254 7.49e-30 111 KAG4074423.1 KAG4074423.1 100 188 0 0 1 188 1 188 6.26e-144 396 WP_139499883.1 WP_139499883.1 100 587 0 0 1 587 1 587 0.0 1191 MCD6533325.1 MCD6533325.1 96.3 271 10 0 1 271 1 271 3.35e-187 512 MCD6533325.1 MCF6323317.1 32.2 270 171 6 7 266 14 281 4.29e-34 123 MBO68682.1 MBO68682.1 100 522 0 0 1 522 1 522 0.0 1074 UIX40308.1 UIX40308.1 99.1 1271 11 0 1 1271 1 1271 0.0 2539 UIX40308.1 UHB14670.1 97.6 1271 30 0 1 1271 1 1271 0.0 2515 UIX40308.1 UDK40309.1 97.0 1271 38 0 1 1271 1 1271 0.0 2490 UIX40308.1 UPU53169.1 95.4 1273 53 2 1 1271 1 1270 0.0 2442 UIX40308.1 UYC71619.1 95.6 1273 49 3 1 1271 1 1268 0.0 2437 UIX40308.1 UGX22439.1 94.1 1271 75 0 1 1271 1 1271 0.0 2402 UIX40308.1 QUE11983.1 94.0 1273 71 3 1 1271 1 1270 0.0 2383 UIX40308.1 USL51576.1 92.5 1273 91 2 1 1271 1 1270 0.0 2347 UIX40308.1 UBN63752.1 92.7 1273 88 3 1 1271 1 1270 0.0 2340 UIX40308.1 QUM20585.1 89.9 1273 125 2 1 1271 1 1272 0.0 2266 UIX40308.1 QVX70521.1 89.3 1273 134 1 1 1271 1 1273 0.0 2235 UIX40308.1 UZH89542.1 87.7 1273 153 2 1 1271 1 1271 0.0 2184 UIX40308.1 QXI91160.1 85.4 1273 183 2 1 1271 1 1272 0.0 2094 UIX40308.1 UUS71569.1 66.2 1273 428 1 1 1271 1 1273 0.0 1492 UIX40308.1 UHK01047.1 61.9 1273 483 1 1 1271 1 1273 0.0 1355 WP_224586479.1 WP_224586479.1 100 420 0 0 1 420 1 420 2.50e-305 823 GBE25682.1 GBE25682.1 90.2 133 13 0 1 133 1 133 1.02e-77 224 MBI3947524.1 MBI3947524.1 97.8 903 20 0 1 903 1 903 0.0 1751 MBA3031770.1 MBA3031770.1 100 158 0 0 1 158 1 158 1.95e-112 314 MBA3031770.1 MBQ7326660.1 43.3 141 77 1 1 141 1 138 1.24e-38 127 MBU7046308.1 MBU7046308.1 98.3 582 10 0 1 582 1 582 0.0 1140 MBU7046308.1 MBP9771519.1 32.2 457 216 20 6 440 9 393 1.40e-42 158 MBU7046308.1 MBR6343266.1 48.8 86 28 2 5 90 355 424 1.86e-20 92.4 NTZ64221.1 NTZ64221.1 98.8 1139 14 0 1 1139 1 1139 0.0 2306 NTZ64221.1 WP_279059865.1 40.8 1087 595 15 28 1109 34 1077 2.18e-263 772 NTZ64221.1 MCM8621761.1 34.7 1186 657 28 3 1137 25 1143 6.77e-190 583 MBL1120007.1 MBL1120007.1 100 402 0 0 1 402 1 402 4.54e-292 788 NIF31361.1 NIF31361.1 93.9 392 24 0 1 392 1 392 2.19e-278 753 NIF31361.1 WP_104836709.1 71.9 381 107 0 1 381 1 381 3.25e-208 576 MCH4209672.1 MCH4209672.1 100 602 0 0 1 602 1 602 0.0 1242 MCH4209672.1 KAJ5168969.1 29.9 197 122 4 396 576 521 717 1.46e-19 91.3 MCH4209672.1 KAF9974715.1 29.3 191 124 5 388 571 471 657 1.81e-15 78.6 MCH4209672.1 WP_195238978.1 33.8 154 88 5 397 536 500 653 9.47e-15 75.9 MCH4209672.1 WP_038440434.1 29.8 191 109 5 400 570 353 538 1.02e-14 75.5 MCH4209672.1 WP_072380563.1 27.8 205 107 7 392 566 11 204 1.31e-13 69.3 MCH4209672.1 MBQ4454347.1 28.0 225 142 7 371 576 327 550 3.86e-13 70.5 MCH4209672.1 MBQ8297564.1 29.5 210 116 8 403 584 355 560 2.67e-12 67.8 MCH4209672.1 WP_036816548.1 30.6 219 116 7 396 584 20 232 3.86e-12 65.1 MCH4209672.1 WP_041481207.1 32.0 200 108 7 398 575 353 546 7.22e-11 63.2 MCH4209672.1 WP_211555180.1 37.9 87 51 1 505 588 139 225 1.55e-09 57.0 MCH4209672.1 WP_247749043.1 29.0 183 107 7 411 571 387 568 4.95e-09 57.4 MCH4209672.1 NFD84694.1 25.9 139 89 2 412 536 553 691 5.56e-09 57.4 MCH4209672.1 WP_258581409.1 30.1 186 106 6 393 560 14 193 2.28e-08 54.7 MCH4209672.1 WP_098952357.1 33.3 198 89 10 400 565 33 219 4.34e-07 50.4 MCH4209672.1 WAY96880.1 27.0 185 121 5 403 573 10 194 5.07e-07 48.9 MCH4209672.1 WP_158347019.1 33.3 129 68 6 480 601 686 803 7.99e-07 50.4 MCH4209672.1 WP_125260587.1 33.3 81 48 2 499 573 824 904 2.93e-05 45.4 MCH4209672.1 WP_142931103.1 37.7 61 34 1 504 560 392 452 9.23e-05 43.5 WP_244250846.1 WP_244250846.1 100 213 0 0 1 213 1 213 2.22e-154 424 MCC8072670.1 MCC8072670.1 100 236 0 0 1 236 1 236 1.68e-174 477 MCC8072670.1 WP_116773703.1 49.6 238 115 2 1 233 1 238 2.08e-75 227 WP_261970917.1 WP_261970917.1 93.3 550 37 0 1 550 1 550 0.0 964 WP_261970917.1 PGL69713.1 34.5 531 334 8 13 533 5 531 5.72e-99 309 WP_261970917.1 EFU9196970.1 32.9 541 341 13 11 538 116 647 1.94e-72 245 UKE84511.1 UKE84511.1 100 103 0 0 1 103 1 103 4.06e-72 207 MCU0251598.1 MCU0251598.1 75.4 118 29 0 1 118 1 118 2.78e-52 159 HAW5846675.1 HAW5846675.1 100 107 0 0 1 107 1 107 3.81e-81 231 HAW5846675.1 CUH97802.1 38.6 88 52 1 11 98 103 188 4.74e-14 63.2 DAQ84782.1 DAQ84782.1 100 226 0 0 1 226 1 226 1.01e-170 467 WP_084371136.1 WP_084371136.1 100 344 0 0 1 344 1 344 1.26e-255 691 WP_088774527.1 WP_088774527.1 100 56 0 0 1 56 1 56 3.14e-34 109 MBM4075151.1 MBM4075151.1 100 580 0 0 1 580 1 580 0.0 1194 OLA65010.1 OLA65010.1 99.2 875 7 0 1 875 1 875 0.0 1820 OLA65010.1 RYY55682.1 41.9 894 469 19 6 875 4 871 1.21e-229 667 KAH8277827.1 KAH8277827.1 100 140 0 0 1 140 1 140 3.52e-104 291 MBK9228460.1 MBK9228460.1 100 105 0 0 1 105 1 105 1.70e-74 214 WP_105035243.1 WP_105035243.1 100 217 0 0 1 217 1 217 5.42e-157 431 KAJ6942832.1 KAJ6942832.1 100 78 0 0 1 78 1 78 9.60e-55 162 WP_189417916.1 WP_189417916.1 100 214 0 0 1 214 1 214 4.48e-159 436 UEC52718.1 UEC52718.1 99.2 7096 57 0 1 7096 1 7096 0.0 14359 UEC52718.1 UBD95131.1 99.1 7096 64 0 1 7096 1 7096 0.0 14349 UEC52718.1 QWC83326.1 98.9 7096 75 0 1 7096 1 7096 0.0 14329 UEC52718.1 UBP50947.1 98.9 7096 76 0 1 7096 1 7096 0.0 14327 UEC52718.1 WEU87158.1 98.9 7096 77 0 1 7096 1 7096 0.0 14324 UEC52718.1 QSZ25555.1 98.9 7096 79 0 1 7096 1 7096 0.0 14322 UEC52718.1 QVD87869.1 98.9 7096 78 1 1 7096 1 7093 0.0 14313 UEC52718.1 UMF87224.1 98.8 7096 80 2 1 7096 1 7092 0.0 14302 UEC52718.1 URQ55824.1 98.8 7096 83 1 1 7096 1 7093 0.0 14302 UEC52718.1 UZO53924.1 98.8 7096 83 1 1 7096 1 7093 0.0 14301 UEC52718.1 UVB16817.1 98.8 7096 82 1 1 7096 1 7093 0.0 14300 UEC52718.1 QZU16279.1 98.8 7096 88 0 1 7096 1 7096 0.0 14293 UEC52718.1 UIR12670.1 98.5 7096 105 2 1 7096 1 7092 0.0 14244 UEC52718.1 UBR86455.1 98.3 7095 124 0 2 7096 1 7095 0.0 14207 UEC52718.1 UPA83906.1 98.2 7096 121 2 1 7096 1 7092 0.0 14204 UEC52718.1 UCP72061.1 98.0 7096 141 0 1 7096 1 7096 0.0 14167 UEC52718.1 UCP77012.1 97.8 7096 153 0 1 7096 1 7096 0.0 14141 UEC52718.1 UXX67934.1 97.8 7096 151 1 1 7096 1 7093 0.0 14136 UEC52718.1 UKN67998.1 97.4 7076 182 2 21 7096 1 7072 0.0 14013 UEC52718.1 WHE12941.1 97.2 7070 192 1 27 7096 1 7067 0.0 13986 UEC52718.1 UGA79226.1 96.7 7096 233 0 1 7096 1 7096 0.0 13954 UEC52718.1 UAQ80067.1 96.5 7096 250 0 1 7096 1 7096 0.0 13898 UEC52718.1 UJT06733.1 95.3 7096 327 2 1 7096 1 7092 0.0 13682 UEC52718.1 UVI10561.1 95.4 7069 325 1 28 7096 1 7066 0.0 13666 UEC52718.1 UOU30556.1 94.0 7096 426 1 1 7096 1 7093 0.0 13452 UEC52718.1 UMA88644.1 90.8 7075 646 2 22 7096 1 7071 0.0 12874 UEC52718.1 WAS49087.1 89.6 7096 737 1 1 7096 1 7093 0.0 12674 UEC52718.1 WGP98278.1 84.4 7096 1110 0 1 7096 1 7096 0.0 11771 UEC52718.1 UFM00670.1 98.9 4401 47 0 1 4401 1 4401 0.0 8881 UEC52718.1 UEC68750.1 99.0 4401 45 0 1 4401 1 4401 0.0 8881 UEC52718.1 UHM53165.1 98.9 4401 47 0 1 4401 1 4401 0.0 8876 UEC52718.1 UFM02602.1 98.9 4401 47 0 1 4401 1 4401 0.0 8876 UEC52718.1 QTD03487.1 98.8 4401 54 0 1 4401 1 4401 0.0 8872 UEC52718.1 UBL45068.1 98.8 4401 53 0 1 4401 1 4401 0.0 8863 UEC52718.1 QXR94354.1 98.8 4401 52 1 1 4401 1 4398 0.0 8861 UEC52718.1 QTM79632.1 98.7 4401 54 1 1 4401 1 4398 0.0 8854 UEC52718.1 QTZ27226.1 98.7 4401 56 1 1 4401 1 4398 0.0 8850 UEC52718.1 ULA23837.2 98.7 4401 55 2 1 4401 1 4397 0.0 8850 UEC52718.1 UPP41269.1 98.6 4401 57 1 1 4401 1 4398 0.0 8849 UEC52718.1 USR14792.1 98.6 4401 58 1 1 4401 1 4398 0.0 8846 UEC52718.1 UXH94526.1 98.6 4401 56 2 1 4401 1 4397 0.0 8846 UEC52718.1 UKU68032.1 98.3 4401 69 2 1 4401 1 4397 0.0 8817 UEC52718.1 UJV88611.1 96.7 4401 141 2 1 4401 1 4397 0.0 8655 UEC52718.1 UJJ97602.1 96.4 4401 153 2 1 4401 1 4397 0.0 8623 UEC52718.1 UJS94137.1 97.7 4296 95 2 106 4401 1 4292 0.0 8540 UEC52718.1 ULB83374.1 95.5 4401 195 2 1 4401 1 4397 0.0 8517 UEC52718.1 UGB98301.1 93.5 4401 286 0 1 4401 1 4401 0.0 8301 UEC52718.1 QRX02582.1 98.8 4098 51 0 1 4098 1 4098 0.0 8241 UEC52718.1 UFA30503.1 92.6 4340 320 0 27 4366 1 4340 0.0 8081 UEC52718.1 WGP70063.1 91.4 4369 375 0 1 4369 1 4369 0.0 8016 UEC52718.1 UNI03201.1 90.5 4375 416 1 27 4401 1 4374 0.0 8009 UEC52718.1 WEI27974.1 90.2 4401 427 1 1 4401 1 4398 0.0 7950 UEC52718.1 UEX07109.1 87.1 4375 564 0 27 4401 1 4375 0.0 7592 UEC52718.1 URP80785.1 81.6 4374 803 1 28 4401 1 4371 0.0 7037 UEC52718.1 UYE49180.1 75.4 4401 1081 1 1 4401 1 4398 0.0 6316 UEC52718.1 UPB00876.1 75.6 4374 1066 1 28 4401 1 4371 0.0 6307 UEC52718.1 WGQ72821.1 65.7 4344 1489 0 26 4369 1 4344 0.0 5215 MBQ7293051.1 MBQ7293051.1 100 214 0 0 1 214 1 214 1.63e-161 442 WP_159259813.1 WP_159259813.1 93.2 651 44 0 1 651 1 651 0.0 1109 EAH5981648.1 EAH5981648.1 100 243 0 0 1 243 1 243 5.35e-170 466 WP_227461668.1 WP_227461668.1 90.4 291 28 0 1 291 1 291 7.72e-187 513 AAX49003.1 AAX49003.1 100 87 0 0 1 87 1 87 1.49e-62 182 AAX49003.1 MCH61727.1 96.6 59 2 0 1 59 71 129 9.79e-40 126 CRK93005.1 CRK93005.1 100 74 0 0 1 74 1 74 5.53e-50 149 MBM4091591.1 MBM4091591.1 100 219 0 0 1 219 1 219 1.44e-162 446 WP_282259321.1 WP_282259321.1 97.9 478 10 0 1 478 1 478 0.0 947 WP_282259321.1 WP_270506568.1 42.9 420 205 4 14 432 3 388 2.78e-120 356 WP_212626688.1 WP_212626688.1 95.3 443 21 0 1 443 1 443 4.81e-317 855 WP_167345377.1 WP_167345377.1 100 154 0 0 1 154 1 154 5.64e-110 307 NXJ48511.1 NXJ48511.1 98.3 582 10 0 1 582 1 582 0.0 1179 WP_062713263.1 WP_062713263.1 100 137 0 0 1 137 1 137 1.56e-101 285 WP_062713263.1 WP_105599976.1 36.7 120 64 5 20 135 12 123 5.54e-16 67.8 WP_087437779.1 WP_087437779.1 100 211 0 0 1 211 1 211 1.76e-159 437 WP_261907733.1 WP_261907733.1 100 246 0 0 15 260 15 260 2.85e-178 489 RWR83460.1 RWR83460.1 100 98 0 0 1 98 1 98 2.23e-69 200 WP_126933505.1 WP_126933505.1 92.2 424 33 0 1 424 1 424 1.33e-270 736 WP_066841281.1 WP_066841281.1 100 402 0 0 1 402 1 402 6.55e-301 811 WP_066841281.1 BAY23582.1 55.3 416 167 4 1 402 34 444 6.46e-155 443 WP_066841281.1 WP_271116088.1 54.7 413 158 6 1 402 1 395 1.58e-150 430 WP_066841281.1 MCU0947041.1 45.7 420 196 9 1 402 1 406 5.23e-108 322 MCG6912449.1 MCG6912449.1 100 377 0 0 1 377 1 377 1.02e-289 780 MCG6912449.1 WP_074053577.1 36.1 374 237 2 4 375 6 379 1.93e-87 268 MCG6912449.1 WP_195290884.1 31.8 421 236 9 3 376 8 424 1.20e-66 215 WP_008701575.1 WP_008701575.1 100 366 0 0 1 366 1 366 5.95e-272 734 WP_008701575.1 WP_166886913.1 53.1 360 167 2 1 359 1 359 4.12e-136 390 KAE9450885.1 KAE9450885.1 89.8 403 41 0 1 403 1 403 2.92e-268 728 WP_126353423.1 WP_126353423.1 100 260 0 0 1 260 1 260 1.50e-198 540 WP_159461552.1 WP_159461552.1 91.9 136 11 0 1 136 1 136 2.79e-81 233 XP_017354457.1 XP_017354457.1 98.0 491 10 0 1 491 1 491 0.0 973 WP_031885024.1 WP_031885024.1 100 316 0 0 1 316 1 316 4.64e-237 642 WP_010381982.1 WP_010381982.1 95.5 627 28 0 1 627 1 627 0.0 1214 WP_217904803.1 WP_217904803.1 100 145 0 0 1 145 1 145 7.01e-102 286 WP_217904803.1 WP_007377599.1 30.6 124 79 3 16 138 17 134 2.34e-15 66.6 GJK53752.1 GJK53752.1 100 150 0 0 1 150 1 150 3.05e-112 313 GJK53752.1 WP_004949240.1 62.7 150 56 0 1 150 44 193 7.96e-67 199 WP_057859275.1 WP_057859275.1 100 542 0 0 1 542 1 542 0.0 1120 WP_057859275.1 WP_086123022.1 46.3 542 278 8 1 536 1 535 2.80e-165 478 WP_057859275.1 WP_014213241.1 34.3 411 224 11 33 441 38 404 2.83e-62 211 WP_057859275.1 WP_007577863.1 31.2 468 269 15 6 468 12 431 6.34e-54 189 WP_164945946.1 WP_164945946.1 100 328 0 0 1 328 1 328 6.64e-243 658 WP_225592933.1 WP_225592933.1 95.4 587 27 0 1 587 1 587 0.0 1091 WP_225592933.1 WP_131284109.1 28.9 315 174 8 291 557 138 450 2.79e-24 104 WP_225592933.1 NEB38825.1 32.4 293 139 16 310 553 153 435 5.83e-15 75.9 WP_225592933.1 PIQ07033.1 25.2 286 165 10 292 542 187 458 9.89e-09 56.2 KAF9194863.1 KAF9194863.1 94.4 179 10 0 1 179 1 179 5.18e-125 347 UYC71619.1 UYC71619.1 99.1 1268 11 0 1 1268 1 1268 0.0 2551 UYC71619.1 UPU53169.1 98.2 1270 21 1 1 1268 1 1270 0.0 2522 UYC71619.1 UHB14670.1 95.7 1273 48 3 1 1268 1 1271 0.0 2442 UYC71619.1 UIX40308.1 95.6 1273 49 3 1 1268 1 1271 0.0 2437 UYC71619.1 UDK40309.1 95.3 1273 53 3 1 1268 1 1271 0.0 2424 UYC71619.1 USL51576.1 94.9 1270 63 1 1 1268 1 1270 0.0 2414 UYC71619.1 QUE11983.1 92.9 1271 86 2 1 1268 1 1270 0.0 2358 UYC71619.1 UGX22439.1 92.1 1273 93 3 1 1268 1 1271 0.0 2330 UYC71619.1 UBN63752.1 91.3 1271 107 2 1 1268 1 1270 0.0 2307 UYC71619.1 QUM20585.1 89.0 1273 134 3 1 1268 1 1272 0.0 2236 UYC71619.1 UZH89542.1 89.1 1271 136 1 1 1268 1 1271 0.0 2230 UYC71619.1 QVX70521.1 87.4 1273 156 2 1 1268 1 1273 0.0 2188 UYC71619.1 QXI91160.1 84.0 1273 198 3 1 1268 1 1272 0.0 2074 UYC71619.1 UUS71569.1 65.6 1273 433 2 1 1268 1 1273 0.0 1483 UYC71619.1 UHK01047.1 59.6 1273 509 2 1 1268 1 1273 0.0 1295 XP_007423461.1 XP_007423461.1 95.1 466 23 0 1 466 1 466 0.0 910 WP_209467194.1 WP_209467194.1 96.3 403 15 0 1 403 1 403 4.24e-277 751 WP_226688333.1 WP_226688333.1 94.4 250 14 0 1 250 1 250 2.63e-169 465 KZS76886.1 KZS76886.1 96.5 400 14 0 1 400 1 400 7.55e-274 742 WP_055826320.1 WP_055826320.1 96.5 289 10 0 1 289 1 289 1.89e-202 552 OGU28904.1 OGU28904.1 100 380 0 0 1 380 1 380 2.71e-291 785 WP_077320126.1 WP_077320126.1 100 435 0 0 1 435 1 435 0.0 886 WP_216308000.1 WP_216308000.1 97.2 318 9 0 1 318 1 318 2.12e-234 635 MCL7487729.1 MCL7487729.1 100 165 0 0 1 165 1 165 1.58e-119 332 WP_219734411.1 WP_219734411.1 97.2 389 11 0 1 389 1 389 4.14e-286 772 MBT9793465.1 MBT9793465.1 92.8 332 24 0 1 332 1 332 1.42e-230 627 WP_012913739.1 WP_012913739.1 100 433 0 0 1 433 1 433 0.0 879 WP_012913739.1 WP_007678833.1 46.2 420 221 3 4 422 5 420 1.16e-134 392 WP_182986787.1 WP_182986787.1 95.4 218 10 0 1 218 1 218 1.91e-137 382 AXG99930.1 AXG99930.1 96.3 269 10 0 1 269 1 269 1.48e-189 518 WP_181244664.1 WP_181244664.1 96.7 332 11 0 1 332 1 332 2.56e-233 634 WP_181244664.1 EFS8130303.1 31.2 138 90 2 198 331 233 369 4.05e-11 62.0 WP_181244664.1 EAL1671435.1 32.2 143 85 4 199 331 1 141 4.72e-07 49.3 WP_181244664.1 PJQ02245.1 28.2 170 96 5 180 331 224 385 1.85e-06 47.8 WP_181244664.1 ECP6736894.1 30.0 120 77 3 191 306 228 344 2.33e-06 47.0 WP_181244664.1 EJA9392162.1 44.4 54 30 0 198 251 34 87 3.17e-06 46.2 WP_097746315.1 WP_097746315.1 100 114 0 0 1 114 1 114 1.57e-81 232 WP_187788315.1 WP_187788315.1 100 444 0 0 1 444 1 444 0.0 912 WP_187788315.1 WP_278498266.1 36.0 453 257 6 4 427 22 470 8.63e-83 261 WP_187788315.1 WP_034002239.1 34.4 454 272 5 1 428 22 475 1.10e-75 243 WP_187788315.1 WP_030096092.1 33.7 419 265 7 11 423 42 453 3.60e-60 202 WP_187788315.1 MCK1819907.1 33.1 420 268 7 3 410 26 444 3.54e-57 194 WP_187788315.1 HAV5500596.1 32.1 368 228 9 18 367 34 397 1.29e-45 163 KWZ83306.1 KWZ83306.1 100 648 0 0 1 648 1 648 0.0 1331 KWZ83306.1 WP_070955303.1 45.0 636 339 5 11 638 30 662 1.28e-199 575 WP_186723788.1 WP_186723788.1 100 239 0 0 1 239 1 239 3.40e-180 492 WP_186723788.1 WP_026893585.1 41.8 225 119 5 8 227 5 222 3.77e-52 167 WP_186723788.1 MCL7714424.1 38.7 222 132 2 8 226 5 225 5.14e-45 149 WP_186723788.1 WP_101794136.1 35.6 233 139 2 8 229 27 259 3.27e-44 147 WP_186723788.1 MBQ5584458.1 34.5 226 144 2 8 229 4 229 2.41e-43 144 WP_186723788.1 MBP1530348.1 35.7 221 135 3 8 227 4 218 2.58e-43 144 WP_186723788.1 EAC1232420.1 35.4 226 135 5 8 228 4 223 2.67e-40 136 WP_186723788.1 WP_069156513.1 37.6 205 122 2 8 206 5 209 1.01e-39 135 WP_186723788.1 WP_194544138.1 33.3 237 143 3 1 223 1 236 2.78e-38 132 WP_186723788.1 WP_007708736.1 34.7 225 140 2 8 225 4 228 5.71e-38 130 WP_186723788.1 EAG2350674.1 42.1 126 73 0 5 130 2 127 2.73e-34 118 WP_186723788.1 WP_064652354.1 30.8 227 148 4 8 227 4 228 9.03e-26 99.4 WP_186723788.1 PYP94120.1 29.0 221 155 2 8 227 3 222 7.83e-25 96.7 WP_186723788.1 MCH5250214.1 28.9 114 77 1 8 117 563 676 3.55e-07 48.9 WP_186723788.1 WP_250850661.1 31.0 87 55 2 36 119 39 123 7.66e-05 40.8 CAA0813386.1 CAA0813386.1 99.0 1074 11 0 1 1074 1 1074 0.0 2210 WP_044626129.1 WP_044626129.1 100 517 0 0 1 517 1 517 0.0 1068 MCD4818220.1 MCD4818220.1 100 296 0 0 1 296 1 296 2.97e-223 605 MCP4570049.1 MCP4570049.1 97.4 385 10 0 1 385 1 385 4.81e-283 764 ECI3309320.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1855 ECI3309320.1 EFQ4765027.1 100 888 0 0 1 888 1 888 0.0 1855 ECI3309320.1 EEY3543156.1 73.7 917 212 3 1 888 1 917 0.0 1441 ECI3309320.1 EEO7917989.1 69.4 890 264 3 1 888 1 884 0.0 1318 ECI3309320.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 1.08e-223 633 ECI3309320.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 3.23e-208 593 ECI3309320.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 7.45e-193 552 ECI3309320.1 WP_154599351.1 33.5 711 421 21 9 696 15 696 1.18e-108 359 ECI3309320.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 1.92e-48 165 WP_024404629.1 WP_024404629.1 100 185 0 0 1 185 1 185 1.66e-133 369 WP_024404629.1 WP_172117930.1 62.5 184 68 1 2 185 4 186 4.00e-84 244 WP_024404629.1 WP_228268753.1 59.8 117 47 0 69 185 4 120 1.14e-47 150 WP_055863905.1 WP_055863905.1 100 350 0 0 1 350 1 350 3.53e-265 716 WP_055863905.1 KAJ3918428.1 39.7 340 188 5 2 325 43 381 1.62e-79 247 WP_055863905.1 WP_236939362.1 28.1 335 207 10 2 326 6 316 2.97e-31 122 WP_116393154.1 WP_116393154.1 96.4 308 11 0 1 308 1 308 1.59e-224 610 WP_116393154.1 WP_184253104.1 46.9 288 141 4 13 292 10 293 1.26e-90 270 DAG36852.1 DAG36852.1 92.8 208 15 0 1 208 1 208 2.48e-144 399 MBR0212092.1 MBR0212092.1 100 183 0 0 1 183 1 183 8.59e-135 372 MBR0212092.1 MCS5505837.1 30.5 128 75 6 6 124 3 125 5.31e-08 48.9 WP_258340180.1 WP_258340180.1 100 754 0 0 1 754 1 754 0.0 1553 WP_278906630.1 WP_278906630.1 100 1041 0 0 1 1041 1 1041 0.0 2120 WP_278906630.1 WP_223695792.1 20.7 794 483 30 19 724 20 754 2.02e-13 73.2 WP_278906630.1 MBO6554759.1 22.8 570 321 24 304 823 370 870 8.97e-12 67.8 WP_278906630.1 KXK41164.1 43.3 67 33 2 7 71 12 75 2.49e-06 48.9 WP_278906630.1 MBL6756473.1 37.3 67 42 0 7 73 52 118 2.80e-06 49.7 WP_278906630.1 PIY74148.1 51.0 49 23 1 23 71 1 48 1.75e-05 47.0 WP_032845625.1 WP_032845625.1 100 201 0 0 1 201 1 201 2.41e-143 395 NBR46296.1 NBR46296.1 100 590 0 0 1 590 1 590 0.0 1205 WP_223746173.1 WP_223746173.1 96.1 436 17 0 1 436 1 436 9.34e-300 811 KAK48091.1 KAK48091.1 97.2 458 13 0 1 458 1 458 0.0 886 KAK48091.1 WP_133179454.1 28.4 422 252 14 28 414 24 430 1.60e-23 101 KAK48091.1 MCB1412915.1 29.2 359 221 11 76 409 66 416 3.29e-20 91.3 KAK48091.1 OKH85141.1 25.1 399 226 18 89 452 69 429 1.21e-06 48.9 EHH5649593.1 EHH5649593.1 100 294 0 0 1 294 1 294 8.78e-215 584 EHH5649593.1 WP_076409454.1 43.2 190 94 2 28 209 30 213 8.80e-46 156 EHH5649593.1 WP_176354145.1 37.3 212 118 2 21 223 24 229 3.31e-42 147 EHH5649593.1 WP_088153117.1 32.7 217 140 1 24 234 20 236 9.85e-42 146 EHH5649593.1 WP_109219819.1 38.0 208 115 2 20 219 35 236 1.12e-40 143 EHH5649593.1 WP_011057593.1 41.6 197 101 3 21 209 23 213 1.43e-40 142 EHH5649593.1 WP_140480909.1 40.7 199 102 4 17 207 30 220 1.06e-37 135 EHH5649593.1 WP_170725874.1 41.5 193 99 3 25 209 27 213 2.98e-37 133 EHH5649593.1 NNE23115.1 32.4 207 126 3 25 223 25 225 4.80e-32 120 EHH5649593.1 WP_258581409.1 34.8 210 119 5 21 220 22 223 1.13e-29 114 EHH5649593.1 MBQ3864274.1 30.4 217 138 4 28 232 46 261 3.89e-25 100 EHH5649593.1 MBC7326981.1 33.3 231 128 10 10 219 12 237 1.53e-23 95.1 EHH5649593.1 WP_158791585.1 28.9 225 126 6 20 220 22 236 1.43e-21 89.7 EHH5649593.1 MCH1405047.1 40.0 115 63 2 29 139 36 148 3.88e-21 86.3 EHH5649593.1 MBQ4383193.1 32.4 185 112 4 32 207 38 218 4.67e-21 87.8 EHH5649593.1 OAN53756.1 30.8 227 131 10 15 220 22 243 5.94e-21 88.2 EHH5649593.1 WP_152652784.1 30.0 200 122 6 21 211 24 214 9.03e-21 88.6 EHH5649593.1 WP_174822921.1 29.1 220 134 8 20 221 25 240 2.80e-20 86.3 EHH5649593.1 WP_107894076.1 30.6 219 122 8 25 219 32 244 3.00e-20 87.4 EHH5649593.1 MCP5262709.1 28.1 235 139 8 25 232 28 259 3.62e-19 84.3 EHH5649593.1 MXP43753.1 28.3 219 135 7 20 220 32 246 1.08e-18 82.0 EHH5649593.1 GLY24463.1 24.6 240 157 6 2 221 10 245 4.54e-18 81.3 EHH5649593.1 WP_207918089.1 28.0 211 127 8 29 220 32 236 4.26e-17 77.4 EHH5649593.1 WP_192324556.1 27.5 265 147 11 21 249 36 291 1.33e-16 78.2 EHH5649593.1 WP_227059655.1 25.0 240 147 7 25 232 44 282 3.25e-16 77.0 EHH5649593.1 WP_150396769.1 23.3 210 137 5 25 218 47 248 2.78e-12 65.1 EHH5649593.1 KAF9974715.1 24.1 195 114 7 28 209 491 664 2.23e-08 53.5 EIM6243235.1 EIM6243235.1 94.0 251 15 0 1 251 1 251 3.60e-172 473 KAI1395879.1 KAI1395879.1 97.8 445 10 0 1 445 1 445 0.0 899 MCG8030229.1 MCG8030229.1 100 1108 0 0 1 1108 1 1108 0.0 2298 MCG8030229.1 MBL6706528.1 36.2 312 193 5 789 1098 317 624 1.74e-56 206 MCG8030229.1 MBN2666786.1 33.2 377 238 7 733 1105 21 387 5.25e-54 192 WP_221166976.1 WP_221166976.1 99.1 869 8 0 1 869 1 869 0.0 1730 WP_161797448.1 WP_161797448.1 85.5 55 8 0 1 55 1 55 1.74e-29 96.7 WP_088751843.1 WP_088751843.1 100 150 0 0 1 150 1 150 1.20e-109 306 WP_122705662.1 WP_122705662.1 100 239 0 0 1 239 1 239 2.30e-178 487 WP_122705662.1 CAD7578726.1 35.1 94 22 2 146 239 1 55 4.36e-09 53.5 XP_055289786.1 XP_055289786.1 82.1 1219 218 0 1 1219 1 1219 0.0 1860 XP_055289786.1 XP_023957144.1 37.0 757 365 15 274 957 143 860 4.05e-45 176 XP_055289786.1 XP_036437421.1 26.6 1126 595 33 18 981 34 1089 8.38e-42 166 XP_055289786.1 NXS49052.1 37.9 409 202 9 586 945 1 406 9.25e-27 112 XP_055289786.1 XP_025268496.1 37.7 305 160 5 274 570 351 633 8.54e-26 112 XP_055289786.1 EFI9255255.1 40.0 160 82 3 274 431 285 432 4.68e-16 80.9 XP_055289786.1 EFG7308611.1 39.1 151 82 3 263 406 26 173 1.03e-13 70.9 XP_055289786.1 WP_278665106.1 41.9 148 62 2 440 587 409 532 1.73e-11 66.6 RQR66516.1 RQR66516.1 97.6 416 10 0 1 416 1 416 5.55e-316 850 NDC77618.1 NDC77618.1 96.7 306 10 0 1 306 1 306 3.75e-222 603 CAC14781.1 CAC14781.1 100 167 0 0 1 167 1 167 1.03e-125 348 XP_023677472.1 XP_023677472.1 100 158 0 0 1 158 1 158 3.37e-113 316 MBM3993664.1 MBM3993664.1 96.6 591 20 0 1 591 1 591 0.0 1184 WP_211867837.1 WP_211867837.1 100 272 0 0 1 272 1 272 1.28e-196 536 WP_211867837.1 WP_204638884.1 44.8 250 130 2 2 251 3 244 8.91e-72 219 WP_042959984.1 WP_042959984.1 100 101 0 0 1 101 1 101 3.95e-69 200 WP_042959984.1 WP_137512405.1 82.2 101 18 0 1 101 103 203 6.59e-57 177 WP_042959984.1 EEY3543156.1 81.2 101 19 0 1 101 103 203 1.79e-54 179 WP_042959984.1 EFQ4765027.1 77.2 101 23 0 1 101 103 203 1.68e-49 165 WP_042959984.1 ECI3309320.1 77.2 101 23 0 1 101 103 203 2.18e-49 165 WP_042959984.1 EEO7917989.1 71.3 101 29 0 1 101 103 203 2.35e-46 156 WP_171549300.1 WP_171549300.1 100 1077 0 0 1 1077 1 1077 0.0 2240 WP_171549300.1 MCF8269563.1 52.8 786 367 3 1 785 1 783 1.94e-298 847 WP_044489505.1 WP_044489505.1 100 321 0 0 1 321 1 321 4.68e-244 660 WP_044489505.1 WP_082565353.1 56.9 320 136 2 1 319 1 319 1.27e-129 371 WP_044489505.1 MBM6691367.1 47.1 87 45 1 99 184 1 87 6.18e-23 89.4 WP_031065317.1 WP_031065317.1 87.9 1192 144 0 1 1192 1 1192 0.0 1956 WP_031065317.1 MBJ7287465.1 50.1 1221 553 13 1 1192 1 1194 0.0 954 XP_030368951.1 XP_030368951.1 97.0 432 13 0 1 432 1 432 0.0 877 XP_041173850.1 XP_041173850.1 97.9 569 12 0 1 569 1 569 0.0 1154 MST81202.1 MST81202.1 100 328 0 0 1 328 1 328 7.55e-251 679 WP_035710346.1 WP_035710346.1 100 318 0 0 1 318 1 318 2.03e-232 630 WP_035710346.1 WP_049267651.1 45.0 280 149 2 36 315 21 295 1.81e-72 224 PKO72095.1 PKO72095.1 100 371 0 0 1 371 1 371 1.80e-280 756 WP_278839117.1 WP_278839117.1 100 215 0 0 1 215 1 215 1.56e-155 427 WP_074319120.1 WP_074319120.1 95.3 751 35 0 1 751 1 751 0.0 1360 WP_074319120.1 WP_013632646.1 39.2 740 410 13 21 740 82 801 4.51e-166 497 WP_074319120.1 OFX32653.1 38.5 621 329 13 136 743 42 622 8.67e-96 309 WP_074319120.1 MBI6149093.1 32.8 752 431 17 9 743 77 771 2.41e-87 290 WP_074319120.1 HCT06136.1 30.4 711 423 15 8 697 50 709 1.17e-77 263 WP_074319120.1 WP_041591748.1 30.9 505 324 8 209 702 110 600 7.07e-72 245 WP_074319120.1 SFX27592.1 32.0 535 351 6 208 738 162 687 1.51e-71 245 WP_074319120.1 WP_176307440.1 23.5 749 487 24 15 734 87 778 2.40e-58 210 WP_074319120.1 MBY0273331.1 28.2 511 314 11 220 688 79 578 1.70e-45 172 WP_074319120.1 KAJ6994162.1 24.3 544 301 16 243 700 133 651 1.22e-25 111 WP_074319120.1 WP_278631399.1 32.0 181 95 2 556 708 494 674 2.61e-19 91.3 WP_074319120.1 XP_009147075.2 32.1 187 92 3 562 713 716 902 8.41e-18 86.7 WP_074319120.1 WP_019100427.1 28.6 234 128 6 532 735 525 749 1.16e-16 82.8 WP_074319120.1 KAA0114277.1 34.0 153 70 3 585 706 567 719 1.17e-16 82.8 WP_074319120.1 MBE6688122.1 31.2 173 91 2 562 706 515 687 1.50e-16 82.4 WP_074319120.1 WP_049009918.1 27.5 284 164 5 447 690 415 696 6.36e-14 73.9 MAG44064.1 MAG44064.1 100 34 0 0 1 34 1 34 3.67e-18 66.6 MAG44064.1 MBK8070034.1 71.0 31 9 0 4 34 3 33 2.47e-09 47.8 MAG44064.1 WP_216195748.1 61.8 34 13 0 1 34 1 34 7.90e-08 43.5 MBV9097303.1 MBV9097303.1 100 165 0 0 1 165 1 165 7.85e-120 333 MBV9097303.1 WP_226909596.1 37.1 143 82 5 4 144 411 547 9.16e-16 72.0 THU55532.1 THU55532.1 90.3 217 21 0 1 217 1 217 2.19e-147 407 THU55532.1 KAF5807084.1 60.0 105 42 0 41 145 81 185 1.07e-40 138 NNC77678.1 NNC77678.1 100 177 0 0 1 177 1 177 1.14e-136 377 WP_014884217.1 WP_014884217.1 89.3 150 16 0 1 150 1 150 5.02e-93 264 WP_266631528.1 WP_266631528.1 100 81 0 0 13 93 13 93 9.43e-53 158 EEQ7907210.1 EEQ7907210.1 100 186 0 0 1 186 1 186 1.08e-143 395 KAG1799066.1 KAG1799066.1 96.6 297 10 0 1 297 1 297 3.21e-223 605 KAG1799066.1 XP_040250218.1 24.5 302 174 13 17 296 350 619 1.53e-09 57.0 CAG8651065.1 CAG8651065.1 100 96 0 0 1 96 1 96 6.48e-68 196 KAJ0414039.1 KAJ0414039.1 100 490 0 0 1 490 1 490 0.0 1032 WP_231117944.1 WP_231117944.1 100 76 0 0 1 76 1 76 7.74e-51 152 WP_265634479.1 WP_265634479.1 96.4 304 11 0 1 304 1 304 1.88e-205 561 WP_265634479.1 WP_046600280.1 35.9 142 87 2 10 148 4 144 3.19e-16 75.9 WP_265634479.1 WP_254301195.1 29.7 279 189 6 21 297 19 292 2.83e-15 73.2 UGB98301.1 UGB98301.1 99.1 4405 38 0 1 4405 1 4405 0.0 8405 UGB98301.1 UFM00670.1 93.5 4405 285 0 1 4405 1 4405 0.0 8388 UGB98301.1 UEC68750.1 93.5 4405 285 0 1 4405 1 4405 0.0 8385 UGB98301.1 UHM53165.1 93.5 4405 285 0 1 4405 1 4405 0.0 8383 UGB98301.1 UFM02602.1 93.5 4405 285 0 1 4405 1 4405 0.0 8383 UGB98301.1 QTD03487.1 93.4 4405 290 0 1 4405 1 4405 0.0 8383 UGB98301.1 UBL45068.1 93.4 4405 290 0 1 4405 1 4405 0.0 8372 UGB98301.1 QXR94354.1 93.4 4405 289 1 1 4405 1 4402 0.0 8370 UGB98301.1 QTM79632.1 93.3 4405 291 1 1 4405 1 4402 0.0 8363 UGB98301.1 UPP41269.1 93.3 4405 294 1 1 4405 1 4402 0.0 8359 UGB98301.1 QTZ27226.1 93.3 4405 293 1 1 4405 1 4402 0.0 8359 UGB98301.1 ULA23837.2 93.3 4405 292 2 1 4405 1 4401 0.0 8359 UGB98301.1 USR14792.1 93.2 4405 295 1 1 4405 1 4402 0.0 8355 UGB98301.1 UXH94526.1 93.3 4405 293 2 1 4405 1 4401 0.0 8354 UGB98301.1 UKU68032.1 93.0 4405 306 2 1 4405 1 4401 0.0 8326 UGB98301.1 QZU16279.1 93.6 4401 282 0 1 4401 1 4401 0.0 8311 UGB98301.1 UBD95131.1 93.6 4401 282 0 1 4401 1 4401 0.0 8309 UGB98301.1 UEC52718.1 93.5 4401 286 0 1 4401 1 4401 0.0 8301 UGB98301.1 QWC83326.1 93.5 4401 288 0 1 4401 1 4401 0.0 8300 UGB98301.1 QSZ25555.1 93.4 4401 290 0 1 4401 1 4401 0.0 8298 UGB98301.1 WEU87158.1 93.4 4401 290 0 1 4401 1 4401 0.0 8295 UGB98301.1 UBP50947.1 93.4 4401 291 0 1 4401 1 4401 0.0 8292 UGB98301.1 QVD87869.1 93.3 4401 290 1 1 4401 1 4398 0.0 8284 UGB98301.1 URQ55824.1 93.3 4401 291 1 1 4401 1 4398 0.0 8282 UGB98301.1 UIR12670.1 93.3 4401 290 2 1 4401 1 4397 0.0 8281 UGB98301.1 UZO53924.1 93.3 4401 292 1 1 4401 1 4398 0.0 8280 UGB98301.1 UVB16817.1 93.3 4401 292 1 1 4401 1 4398 0.0 8277 UGB98301.1 UPA83906.1 93.2 4401 294 2 1 4401 1 4397 0.0 8270 UGB98301.1 UMF87224.1 93.2 4401 295 2 1 4401 1 4397 0.0 8268 UGB98301.1 UKN67998.1 93.3 4381 291 2 21 4401 1 4377 0.0 8240 UGB98301.1 UBR86455.1 92.8 4400 317 0 2 4401 1 4400 0.0 8203 UGB98301.1 UAQ80067.1 93.2 4401 298 0 1 4401 1 4401 0.0 8194 UGB98301.1 UJV88611.1 91.3 4405 378 2 1 4405 1 4401 0.0 8162 UGB98301.1 UJJ97602.1 91.0 4405 391 2 1 4405 1 4401 0.0 8129 UGB98301.1 UCP72061.1 91.9 4401 356 0 1 4401 1 4401 0.0 8128 UGB98301.1 UJS94137.1 93.7 4300 266 2 106 4405 1 4296 0.0 8125 UGB98301.1 ULB83374.1 91.9 4405 352 2 1 4405 1 4401 0.0 8123 UGB98301.1 UCP77012.1 91.8 4401 361 0 1 4401 1 4401 0.0 8118 UGB98301.1 UXX67934.1 91.8 4401 359 1 1 4401 1 4398 0.0 8114 UGB98301.1 UOU30556.1 91.3 4401 378 1 1 4401 1 4398 0.0 8069 UGB98301.1 UGA79226.1 91.7 4401 367 0 1 4401 1 4401 0.0 8067 UGB98301.1 UVI10561.1 93.2 4374 294 1 28 4401 1 4371 0.0 8027 UGB98301.1 WHE12941.1 90.7 4375 403 1 27 4401 1 4372 0.0 7957 UGB98301.1 UNI03201.1 92.7 4379 318 1 27 4405 1 4378 0.0 7914 UGB98301.1 WGP70063.1 93.3 4369 293 0 1 4369 1 4369 0.0 7910 UGB98301.1 UFA30503.1 91.2 4340 382 0 27 4366 1 4340 0.0 7796 UGB98301.1 QRX02582.1 93.0 4098 288 0 1 4098 1 4098 0.0 7737 UGB98301.1 UJT06733.1 87.6 4401 540 2 1 4401 1 4397 0.0 7642 UGB98301.1 UMA88644.1 88.8 4380 485 2 22 4401 1 4376 0.0 7613 UGB98301.1 WGP98278.1 89.4 4364 464 0 1 4364 1 4364 0.0 7424 UGB98301.1 WEI27974.1 85.2 4405 650 1 1 4405 1 4402 0.0 7422 UGB98301.1 UEX07109.1 87.7 4379 539 0 27 4405 1 4379 0.0 7399 UGB98301.1 URP80785.1 82.8 4378 749 1 28 4405 1 4375 0.0 6855 UGB98301.1 WAS49087.1 78.4 4401 949 1 1 4401 1 4398 0.0 6623 UGB98301.1 UPB00876.1 77.0 4378 1002 1 28 4405 1 4375 0.0 6156 UGB98301.1 UYE49180.1 73.2 4405 1176 1 1 4405 1 4402 0.0 5949 UGB98301.1 WGQ72821.1 71.2 4344 1251 0 26 4369 1 4344 0.0 5252 MBQ6815353.1 MBQ6815353.1 100 268 0 0 1 268 1 268 2.69e-196 535 MBQ6815353.1 NGP45824.1 36.5 197 111 6 80 265 48 241 1.52e-23 94.4 WP_276598033.1 WP_276598033.1 94.4 341 19 0 1 341 1 341 9.30e-236 641 HBM7289758.1 HBM7289758.1 100 151 0 0 1 151 1 151 3.28e-103 290 MCU0780070.1 MCU0780070.1 100 470 0 0 1 470 1 470 0.0 966 EIG2935021.1 EIG2935021.1 100 160 0 0 1 160 1 160 1.37e-113 317 WP_257258519.1 WP_257258519.1 100 550 0 0 1 550 1 550 0.0 1134 MBR4705654.1 MBR4705654.1 100 440 0 0 1 440 1 440 0.0 893 MBR4705654.1 HAR7369715.1 28.0 400 255 11 13 390 10 398 1.18e-34 132 MBR4705654.1 EPR30609.1 36.5 241 136 7 158 390 146 377 9.74e-34 129 MBR4705654.1 MCQ2156413.1 37.2 223 124 9 184 394 50 268 3.93e-30 117 MBR4705654.1 WP_132517191.1 31.3 227 134 6 184 390 200 424 1.42e-26 110 WP_057475198.1 WP_057475198.1 97.9 390 8 0 1 390 1 390 2.50e-267 725 WP_106587829.1 WP_106587829.1 100 401 0 0 1 401 1 401 3.16e-312 839 WP_106587829.1 MBE6900854.1 55.3 378 168 1 10 386 4 381 9.72e-149 425 WP_106587829.1 RLD79060.1 49.6 389 192 4 5 391 9 395 1.27e-133 387 WP_106587829.1 MBI3668312.1 46.4 179 89 2 219 390 63 241 8.44e-48 161 WP_106587829.1 MCI7610146.1 47.2 53 28 0 10 62 4 56 4.34e-10 53.5 WP_091540071.1 WP_091540071.1 100 335 0 0 1 335 1 335 2.16e-247 670 WP_091540071.1 WP_265399898.1 27.2 316 178 12 15 319 14 288 5.62e-15 72.8 WP_091540071.1 WP_029542314.1 31.4 207 98 8 24 224 22 190 6.37e-14 69.7 MBQ2810184.1 MBQ2810184.1 100 90 0 0 1 90 1 90 3.20e-63 184 MBI4382429.1 MBI4382429.1 98.8 837 10 0 1 837 1 837 0.0 1651 EEJ7112508.1 EEJ7112508.1 100 398 0 0 1 398 1 398 3.27e-308 829 ODT35081.1 ODT35081.1 93.5 263 17 0 1 263 1 263 3.21e-181 496 MBD9532752.1 MBD9532752.1 87.9 116 14 0 1 116 1 116 1.44e-69 202 MBD9532752.1 WP_238267528.1 49.6 113 49 2 1 113 1 105 2.58e-36 118 CFU01724.1 CFU01724.1 100 91 0 0 1 91 1 91 9.87e-63 183 CFU01724.1 WP_203203455.1 67.0 88 29 0 1 88 692 779 8.24e-35 123 CFU01724.1 WP_153656540.1 55.7 88 39 0 1 88 668 755 6.03e-30 109 MBV9085084.1 MBV9085084.1 100 109 0 0 1 109 1 109 3.51e-78 223 MBQ2193282.1 MBQ2193282.1 100 556 0 0 1 556 1 556 0.0 1127 WP_096751687.1 WP_096751687.1 96.5 282 10 0 1 282 1 282 3.67e-201 548 WP_096751687.1 WP_138785174.1 24.9 281 177 9 1 267 1 261 3.91e-13 66.2 NVJ47954.1 NVJ47954.1 100 546 0 0 1 546 1 546 0.0 1119 CAF4530116.1 CAF4530116.1 100 274 0 0 1 274 1 274 2.23e-166 460 MBO6858759.1 MBO6858759.1 100 379 0 0 1 379 1 379 1.23e-282 763 PDH25543.1 PDH25543.1 97.1 350 10 0 1 350 1 350 1.22e-256 694 QUA05739.1 QUA05739.1 95.3 212 10 0 1 212 1 212 2.77e-143 396 QUA05739.1 ADW49125.1 90.2 204 20 0 9 212 1 204 5.93e-131 365 QUA05739.1 AFA24308.1 88.8 205 23 0 8 212 1 205 5.04e-130 363 QUA05739.1 AWS34156.1 80.2 212 42 0 1 212 1 212 8.93e-121 340 QUA05739.1 ADJ35581.1 75.0 212 53 0 1 212 2 213 7.24e-118 332 QUA05739.1 AVM35379.1 77.8 207 46 0 6 212 1 207 2.78e-116 328 QUA05739.1 AFA09475.1 82.3 198 35 0 15 212 1 198 4.09e-116 327 QUA05739.1 QUQ06080.1 70.8 212 62 0 1 212 1 212 1.17e-109 311 QUA05739.1 ABQ63546.1 71.6 211 60 0 2 212 1 211 5.07e-106 302 QUA05739.1 AOR13807.1 73.7 198 52 0 10 207 1 198 5.97e-105 299 QUA05739.1 AMA90994.1 72.1 197 55 0 1 197 1 197 3.33e-104 297 QUA05739.1 AAX94106.1 81.9 182 33 0 31 212 1 182 2.52e-98 290 QUA05739.1 AGI15931.1 66.8 205 68 0 8 212 1 205 3.91e-98 282 QUA05739.1 AKT58828.1 69.7 195 59 0 1 195 1 195 4.21e-95 274 QUA05739.1 UZF38514.1 66.3 199 67 0 14 212 1 199 2.36e-92 267 QUA05739.1 AXZ65741.1 70.1 177 53 0 1 177 1 177 1.49e-91 265 QUA05739.1 AOQ89457.1 72.2 187 52 0 5 191 1 187 4.78e-90 261 QUA05739.1 AKA56406.1 65.8 199 65 1 2 200 2 197 9.02e-88 255 QUA05739.1 AHH30646.1 70.2 168 48 2 32 199 6 171 2.88e-78 230 QUA05739.1 APC24336.1 60.0 105 42 0 108 212 1 105 2.73e-34 124 ROT89752.1 ROT89752.1 100 121 0 0 1 121 1 121 1.21e-86 246 WP_102848179.1 WP_102848179.1 100 198 0 0 1 198 1 198 3.99e-136 377 RMO68303.1 RMO68303.1 100 77 0 0 1 77 1 77 4.27e-53 157 MBN1133474.1 MBN1133474.1 94.5 579 32 0 1 579 1 579 0.0 1084 MBN1133474.1 NCS37471.1 27.3 439 302 9 130 562 136 563 2.74e-41 158 MBN1133474.1 WP_114947928.1 25.1 407 277 10 9 401 4 396 2.76e-13 70.5 MBN1133474.1 TVO55343.1 25.9 332 222 10 97 416 118 437 4.46e-10 60.5 WP_054919719.1 WP_054919719.1 100 522 0 0 1 522 1 522 0.0 1066 WP_014812045.1 WP_014812045.1 100 365 0 0 1 365 1 365 4.43e-287 773 WP_014812045.1 XP_023607675.1 34.7 95 53 3 17 103 329 422 6.44e-08 52.8 WP_014812045.1 XP_028261945.1 34.7 95 53 3 17 103 328 421 3.39e-07 50.4 MCM2350719.1 MCM2350719.1 100 166 0 0 1 166 1 166 2.84e-127 352 GGU95879.1 GGU95879.1 100 565 0 0 1 565 1 565 0.0 1127 EDV4701861.1 EDV4701861.1 100 55 0 0 1 55 1 55 2.74e-35 111 WP_060883568.1 WP_060883568.1 100 97 0 0 1 97 1 97 6.97e-68 196 NBC28176.1 NBC28176.1 100 313 0 0 1 313 1 313 1.67e-233 633 WP_219484458.1 WP_219484458.1 98.8 820 10 0 1 820 1 820 0.0 1657 WP_219484458.1 WP_139067457.1 47.0 795 377 12 30 815 31 790 3.81e-232 669 WP_219484458.1 HBE7681505.1 40.9 496 262 8 328 804 866 1349 2.66e-100 337 WP_219484458.1 WP_209676560.1 27.7 278 175 8 397 672 615 868 9.94e-15 77.0 WP_254218450.1 WP_254218450.1 94.0 519 31 0 1 519 1 519 0.0 952 WP_254218450.1 MBL0967454.1 53.9 330 152 0 184 513 1 330 6.41e-113 336 WP_254218450.1 EEJ0015338.1 38.6 394 222 6 129 519 55 431 3.70e-86 271 WP_254218450.1 XP_018282977.1 30.0 353 226 7 174 512 121 466 1.16e-38 146 UBY07556.1 UBY07556.1 99.0 1240 12 0 1 1240 1 1240 0.0 2509 PAA85122.1 PAA85122.1 96.4 940 34 0 1 940 1 940 0.0 1706 PAA85122.1 XP_023194678.1 27.8 216 127 2 147 362 116 302 2.08e-10 62.8 WP_250740298.1 WP_250740298.1 91.3 481 42 0 1 481 1 481 5.54e-301 818 XP_029957910.1 XP_029957910.1 100 197 0 0 1 197 1 197 1.77e-143 395 WP_261066330.1 WP_261066330.1 92.2 308 24 0 1 308 1 308 2.05e-211 577 EIN6894283.1 EIN6894283.1 100 56 0 0 1 56 1 56 8.42e-35 110 WP_003976137.1 WP_003976137.1 91.2 352 31 0 1 352 1 352 4.80e-239 650 WP_003976137.1 WP_138785174.1 28.3 240 140 8 92 318 28 248 7.50e-13 66.2 CAF9903004.1 CAF9903004.1 95.7 304 13 0 1 304 1 304 6.94e-217 590 WP_028211029.1 WP_028211029.1 100 59 0 0 18 76 18 76 1.64e-34 110 VTR17913.1 VTR17913.1 100 450 0 0 1 450 1 450 0.0 924 VTR17913.1 MCH3963123.1 21.7 226 161 6 178 393 543 762 3.31e-08 54.3 WP_155560674.1 WP_155560674.1 96.8 410 13 0 1 410 1 410 1.57e-287 778 MCI5849734.1 MCI5849734.1 100 1409 0 0 1 1409 1 1409 0.0 2918 WP_182221967.1 WP_182221967.1 100 157 0 0 1 157 1 157 3.12e-113 316 MBO1682517.1 MBO1682517.1 85.5 69 10 0 1 69 1 69 1.82e-37 117 KAJ5879340.1 KAJ5879340.1 97.2 395 11 0 1 395 1 395 9.28e-302 812 MCB1269932.1 MCB1269932.1 100 287 0 0 1 287 1 287 1.52e-216 588 MBF0266635.1 MBF0266635.1 96.6 503 17 0 1 503 1 503 0.0 1020 MBI3145102.1 MBI3145102.1 100 464 0 0 1 464 1 464 0.0 955 MBI3145102.1 AAL18389.1 70.6 395 104 2 77 464 1 390 3.98e-203 566 MBI3145102.1 KAH9272690.1 46.1 115 60 1 2 114 12 126 2.10e-27 104 WP_224911464.1 WP_224911464.1 93.2 338 23 0 1 338 1 338 1.36e-215 590 WP_224911464.1 MBE6257848.1 37.6 330 178 6 1 320 1 312 1.78e-61 197 WP_224911464.1 WP_058051508.1 41.7 319 169 6 11 327 10 313 2.98e-58 190 WP_224911464.1 XP_046509038.1 34.9 83 52 1 6 88 932 1012 7.07e-07 49.3 WP_224911464.1 XP_038144206.1 34.4 93 50 4 224 306 133 224 7.57e-04 39.7 WP_091131895.1 WP_091131895.1 100 436 0 0 1 436 1 436 0.0 876 WP_076569469.1 WP_076569469.1 94.9 296 15 0 1 296 1 296 2.70e-210 573 MYM13983.1 MYM13983.1 100 294 0 0 1 294 1 294 9.15e-217 589 WP_124336611.1 WP_124336611.1 100 376 0 0 1 376 1 376 2.38e-283 764 OTI63326.1 OTI63326.1 100 335 0 0 1 335 1 335 3.62e-255 689 WP_033456074.1 WP_033456074.1 93.6 296 19 0 1 296 1 296 7.96e-203 554 WP_033456074.1 OFZ89526.1 71.6 310 64 3 10 296 114 422 1.21e-157 444 WP_033456074.1 MBT3887354.1 56.4 305 111 2 9 296 22 321 4.93e-126 360 WP_033456074.1 WP_267292626.1 56.4 296 124 1 4 294 217 512 2.45e-118 348 WP_033456074.1 WP_098923619.1 49.5 299 146 2 2 295 120 418 3.34e-96 288 WP_033456074.1 WP_262612393.1 49.2 297 139 4 8 295 131 424 5.14e-94 283 WP_033456074.1 NDI25889.1 44.1 286 142 4 18 288 1 283 1.91e-70 218 WP_033456074.1 KAA0555231.1 29.7 303 196 4 8 294 329 630 2.98e-38 140 WP_033456074.1 KAJ4394429.1 29.7 317 195 8 7 296 199 514 1.16e-33 127 KAJ0179631.1 KAJ0179631.1 100 55 0 0 1 55 1 55 1.93e-35 111 XP_011231611.1 XP_011231611.1 84.9 344 52 0 1 344 1 344 8.02e-211 578 KAH9773659.1 KAH9773659.1 94.6 572 31 0 1 572 1 572 0.0 1088 MBG4284514.1 MBG4284514.1 96.7 337 11 0 1 337 1 337 1.20e-245 665 MBG4284514.1 MBV8815235.1 33.6 354 178 10 5 332 2 324 3.69e-40 142 WP_232923125.1 WP_232923125.1 100 813 0 0 1 813 1 813 0.0 1674 WP_232923125.1 WP_225927241.1 70.3 812 238 2 2 812 20 829 0.0 1186 QJX39053.1 QJX39053.1 97.4 846 22 0 1 846 1 846 0.0 1685 QJX39053.1 AEO85464.1 71.5 856 223 7 1 845 1 846 0.0 1244 QJX39053.1 AAX97169.1 76.5 340 73 1 506 845 2 334 6.70e-182 524 QJX39053.1 QCI53355.1 71.6 352 88 3 31 370 3 354 1.07e-180 521 QJX39053.1 AEJ33395.1 33.1 907 480 25 24 845 17 881 3.48e-140 436 QJX39053.1 ABG88111.1 63.2 95 34 1 270 364 1 94 3.35e-34 124 XP_047670625.1 XP_047670625.1 96.4 1566 57 0 1 1566 1 1566 0.0 2991 HIZ23242.1 HIZ23242.1 97.4 431 11 0 1 431 1 431 1.14e-318 858 HIZ23242.1 MBQ3156222.1 41.3 419 243 2 10 428 8 423 2.16e-108 325 OGP18648.1 OGP18648.1 100 122 0 0 1 122 1 122 2.84e-90 255 YP_009953780.1 YP_009953780.1 100 58 0 0 1 58 1 58 1.42e-36 114 WP_096420503.1 WP_096420503.1 84.1 220 35 0 1 220 1 220 1.78e-125 353 AIR72471.1 AIR72471.1 100 99 0 0 1 99 1 99 4.15e-70 202 WP_145848873.1 WP_145848873.1 100 191 0 0 1 191 1 191 1.03e-139 385 MCF7808720.1 MCF7808720.1 100 230 0 0 1 230 1 230 6.85e-171 468 MCF7808720.1 MCB0243881.1 40.6 217 129 0 6 222 5 221 2.45e-56 177 MCF7808720.1 WP_215557653.1 42.3 220 127 0 6 225 3 222 1.06e-55 177 MCF7808720.1 MBT4161918.1 38.8 224 137 0 1 224 1 224 4.04e-53 169 MCF7808720.1 WP_250499463.1 37.6 221 137 1 6 225 8 228 1.21e-47 155 MCF7808720.1 MCC6044083.1 38.5 218 133 1 7 224 4 220 1.77e-44 149 MCF7808720.1 WP_140480909.1 38.9 221 123 4 6 224 12 222 6.59e-43 147 MCF7808720.1 WP_142133210.1 37.9 206 123 5 26 229 26 228 4.02e-37 129 MCF7808720.1 WP_072380563.1 36.5 211 118 6 26 227 17 220 1.29e-33 119 MCF7808720.1 MBQ4383193.1 34.5 206 131 2 25 229 23 225 2.74e-31 113 MCF7808720.1 NLW39422.1 25.5 208 141 2 23 225 33 231 8.87e-17 76.3 MCF7808720.1 WP_041710957.1 29.1 79 51 2 147 224 98 172 3.77e-07 48.5 MCR4780139.1 MCR4780139.1 100 376 0 0 1 376 1 376 7.96e-282 760 MCR4780139.1 WP_211746996.1 25.5 294 190 6 6 294 5 274 2.07e-16 78.2 RUM56169.1 RUM56169.1 100 251 0 0 1 251 1 251 1.05e-189 517 RUM56169.1 WP_126376486.1 28.1 242 169 4 14 251 27 267 2.83e-25 99.4 EXV29885.1 EXV29885.1 100 81 0 0 1 81 1 81 8.37e-55 162 WP_135153154.1 WP_135153154.1 100 326 0 0 1 326 1 326 3.32e-251 679 WP_192272294.1 WP_192272294.1 96.4 357 13 0 1 357 1 357 4.86e-246 668 WP_192272294.1 WP_212961195.1 37.0 208 110 5 156 349 839 1039 1.90e-31 124 WP_192272294.1 NIK25817.1 28.1 221 129 6 162 354 394 612 3.24e-16 78.2 WP_169034890.1 WP_169034890.1 100 199 0 0 1 199 1 199 1.30e-146 404 MCL2179853.1 MCL2179853.1 88.3 590 69 0 1 590 1 590 0.0 1068 WP_261610998.1 WP_261610998.1 100 135 0 0 1 135 1 135 5.06e-88 250 GIW75824.1 GIW75824.1 100 123 0 0 1 123 1 123 5.08e-89 252 WP_107605937.1 WP_107605937.1 100 271 0 0 1 271 1 271 7.13e-198 539 WP_204504397.1 WP_204504397.1 94.2 295 17 0 1 295 1 295 2.57e-203 555 WP_204504397.1 MBP8049567.1 27.6 279 189 6 19 289 2 275 4.87e-26 102 WP_104880153.1 WP_104880153.1 97.3 484 13 0 1 484 1 484 0.0 959 WP_192819276.1 WP_192819276.1 100 290 0 0 1 290 1 290 1.84e-214 583 MBP3258987.1 MBP3258987.1 100 558 0 0 1 558 1 558 0.0 1140 WP_051799949.1 WP_051799949.1 100 130 0 0 1 130 1 130 4.41e-91 258 WP_080069963.1 WP_080069963.1 100 187 0 0 1 187 1 187 1.42e-144 397 MBM7125960.1 MBM7125960.1 94.2 260 15 0 1 260 1 260 1.47e-180 494 MBM7125960.1 MBU1183407.1 35.0 243 155 2 18 260 18 257 3.93e-48 158 MBM7125960.1 MCF8709434.1 38.9 180 93 2 17 188 28 198 8.35e-31 114 WP_032902824.1 WP_032902824.1 97.9 560 12 0 1 560 1 560 0.0 1049 OJZ88794.1 OJZ88794.1 100 65 0 0 1 65 1 65 6.25e-43 131 MCA1602026.1 MCA1602026.1 91.5 200 17 0 1 200 1 200 3.37e-129 360 WP_254698006.1 WP_254698006.1 91.9 531 43 0 1 531 1 531 0.0 973 WP_254698006.1 WP_225579579.1 69.6 425 129 0 1 425 15 439 1.05e-214 603 WP_254698006.1 OQA38407.1 48.0 454 207 6 1 430 9 457 1.65e-137 404 WP_254698006.1 WP_253808359.1 47.1 435 217 6 1 429 5 432 2.23e-122 365 WP_254698006.1 PSR02572.1 36.0 297 166 10 4 285 50 337 1.24e-41 151 WP_254698006.1 WP_073201850.1 36.7 229 131 3 64 281 91 316 1.74e-36 136 WP_135625684.1 WP_135625684.1 100 226 0 0 1 226 1 226 6.07e-163 447 MCF6248835.1 MCF6248835.1 100 453 0 0 1 453 1 453 0.0 948 WP_207277556.1 WP_207277556.1 95.6 661 29 0 1 661 1 661 0.0 1244 QLL42869.1 QLL42869.1 93.9 229 14 0 1 229 1 229 3.34e-157 433 WP_208891791.1 WP_208891791.1 100 396 0 0 1 396 1 396 9.23e-298 802 NPA60307.1 NPA60307.1 100 136 0 0 1 136 1 136 2.71e-97 274 NUM76802.1 NUM76802.1 100 343 0 0 1 343 1 343 3.83e-270 728 WP_261733022.1 WP_261733022.1 99.3 765 5 0 1 765 1 765 0.0 1541 WP_261733022.1 HAS8246497.1 31.9 571 331 11 198 728 400 952 1.74e-76 265 WP_261733022.1 TAL20232.1 38.7 411 229 8 233 630 209 609 6.22e-73 248 WP_261733022.1 WP_138482356.1 30.8 535 312 12 230 748 388 880 5.60e-60 216 WP_261733022.1 WP_007356512.1 32.4 487 289 9 233 690 721 1196 4.70e-50 188 WP_261733022.1 EDN57974.1 39.4 282 159 2 201 481 356 626 7.00e-46 175 WP_261733022.1 KFX48203.1 32.1 386 220 10 124 491 561 922 6.37e-44 169 WP_261733022.1 WP_063540919.1 29.2 383 236 12 253 628 489 843 2.23e-36 145 WP_261733022.1 WP_232306300.1 28.1 413 248 10 237 617 829 1224 1.19e-35 144 WP_261733022.1 SEP77558.1 33.6 283 176 7 215 493 301 575 4.84e-34 136 WP_261733022.1 PSQ73325.1 35.5 231 137 6 259 482 615 840 3.86e-30 125 WP_261733022.1 WP_074911472.1 26.2 374 257 11 253 616 792 1156 3.98e-23 103 MCC6153889.1 MCC6153889.1 100 415 0 0 1 415 1 415 0.0 874 MAR11490.1 MAR11490.1 100 200 0 0 1 200 1 200 5.71e-146 402 WP_202390355.1 WP_202390355.1 100 37 0 0 41 77 41 77 1.66e-23 83.2 KFP55735.1 KFP55735.1 97.6 411 10 0 1 411 1 411 1.85e-316 851 OPZ80214.1 OPZ80214.1 100 274 0 0 1 274 1 274 2.30e-200 546 SDP91455.1 SDP91455.1 100 68 0 0 1 68 1 68 1.96e-45 137 MCA9759546.1 MCA9759546.1 100 246 0 0 1 246 1 246 7.40e-183 499 MCA9759546.1 WP_237907640.1 30.4 224 143 6 7 225 3 218 8.63e-18 79.7 XP_042575628.1 XP_042575628.1 100 176 0 0 1 176 1 176 1.28e-128 356 UTM04871.1 UTM04871.1 89.6 472 49 0 1 472 1 472 3.97e-317 858 MBE4386870.1 MBE4386870.1 95.8 409 17 0 1 409 1 409 3.99e-285 771 MBU1949759.1 MBU1949759.1 100 283 0 0 1 283 1 283 4.49e-207 563 WP_209164465.1 WP_209164465.1 100 317 0 0 1 317 1 317 2.41e-244 660 WP_070172067.1 WP_070172067.1 98.5 665 10 0 1 665 1 665 0.0 1372 WP_070172067.1 WP_014985199.1 48.1 657 332 5 15 665 64 717 5.22e-223 637 WP_070172067.1 NXM52897.1 47.4 403 197 6 16 411 1 395 2.95e-122 371 WP_070172067.1 TMQ05501.1 64.3 28 10 0 21 48 33 60 4.27e-07 45.8 MBC9216850.1 MBC9216850.1 100 93 0 0 1 93 1 93 4.28e-67 194 KAF3157345.1 KAF3157345.1 100 102 0 0 1 102 1 102 4.58e-73 210 WP_243514657.1 WP_243514657.1 97.2 353 10 0 1 353 1 353 1.13e-258 700 WP_264593810.1 WP_264593810.1 97.8 460 10 0 1 460 1 460 0.0 922 WP_264593810.1 MBL7151874.1 24.2 426 278 10 45 441 42 451 1.09e-22 98.6 WP_264593810.1 MBQ2719788.1 26.1 318 183 13 24 294 57 369 6.34e-12 65.9 MCF3649217.1 MCF3649217.1 100 276 0 0 1 276 1 276 3.86e-209 568 WP_260912062.1 WP_260912062.1 100 82 0 0 1 82 1 82 4.09e-60 176 MBV38818.1 MBV38818.1 94.7 413 22 0 1 413 1 413 5.09e-290 784 CDX26094.1 CDX26094.1 100 338 0 0 1 338 1 338 4.33e-244 662 CDX26094.1 WP_279008479.1 41.3 281 155 5 53 330 37 310 5.49e-59 191 CDX26094.1 WP_105447015.1 44.0 150 84 0 183 332 242 391 1.10e-28 112 CDX26094.1 KQN49849.1 29.5 305 197 6 35 333 15 307 2.05e-22 94.4 CDX26094.1 WP_023828789.1 33.6 152 100 1 182 332 260 411 2.76e-13 68.6 EPS65972.1 EPS65972.1 100 85 0 0 1 85 1 85 8.51e-50 150 MCF7845821.1 MCF7845821.1 100 53 0 0 1 53 1 53 5.48e-32 102 MCA9273490.1 MCA9273490.1 100 315 0 0 22 336 22 336 5.64e-239 649 WP_165007860.1 WP_165007860.1 95.6 229 10 0 1 229 1 229 4.24e-160 440 WP_084119994.1 WP_084119994.1 100 323 0 0 1 323 1 323 2.49e-240 651 WP_084119994.1 HBX8004802.1 30.8 133 83 3 4 128 15 146 5.96e-12 63.9 WP_139266533.1 WP_139266533.1 100 116 0 0 1 116 1 116 1.44e-78 225 PHS07087.1 PHS07087.1 100 470 0 0 1 470 1 470 0.0 959 CAB4375794.1 CAB4375794.1 100 155 0 0 1 155 1 155 8.33e-117 325 QLT57385.1 QLT57385.1 100 105 0 0 1 105 1 105 1.99e-73 211 MBL8001378.1 MBL8001378.1 100 135 0 0 1 135 1 135 4.18e-96 271 KAJ7390332.1 KAJ7390332.1 100 353 0 0 1 353 1 353 5.67e-268 723 KIO14952.1 KIO14952.1 100 53 0 0 1 53 1 53 1.97e-34 108 QHV87229.1 QHV87229.1 98.8 409 5 0 26 434 26 434 1.35e-291 790 WP_281350185.1 WP_281350185.1 100 115 0 0 1 115 1 115 6.13e-84 238 WP_254090314.1 WP_254090314.1 100 232 0 0 1 232 1 232 4.13e-173 473 WP_100659968.1 WP_100659968.1 100 401 0 0 1 401 1 401 7.45e-311 836 QTW92269.1 QTW92269.1 94.1 406 24 0 1 406 1 406 3.59e-291 786 KAJ1419147.1 KAJ1419147.1 100 282 0 0 1 282 1 282 2.33e-213 579 KAF1839740.1 KAF1839740.1 100 222 0 0 1 222 1 222 1.15e-174 476 BDY11310.1 BDY11310.1 100 82 0 0 1 82 1 82 7.96e-58 170 XP_048216280.1 XP_048216280.1 100 421 0 0 1 421 1 421 0.0 877 XP_048216280.1 XP_030620685.1 36.1 291 175 4 4 293 80 360 2.37e-58 195 XP_048216280.1 XP_046441060.1 33.8 269 159 7 20 286 61 312 1.51e-44 164 XP_048216280.1 XP_020321477.1 32.3 297 179 10 20 313 53 330 1.01e-43 161 XP_048216280.1 KAG1590416.1 33.5 272 155 6 24 288 84 336 2.84e-42 151 XP_048216280.1 XP_029528577.1 35.5 256 146 5 25 277 35 274 8.20e-40 144 XP_048216280.1 XP_019384620.1 32.1 268 166 5 26 286 21 279 2.27e-39 149 XP_048216280.1 RQM16216.1 31.5 270 170 5 9 277 392 647 3.18e-37 142 XP_048216280.1 XP_051566275.1 32.3 285 174 6 6 286 1228 1497 8.68e-37 141 XP_048216280.1 KAH6984898.1 27.7 310 181 4 20 289 24 330 6.29e-35 135 XP_048216280.1 XP_048379117.1 30.7 280 171 8 24 295 261 525 3.98e-33 129 XP_048216280.1 KZT58963.1 29.5 281 171 6 23 290 1081 1347 6.36e-29 118 XP_048216280.1 XP_048409145.1 29.0 138 76 7 122 253 758 879 4.36e-10 60.1 WP_084290175.1 WP_084290175.1 100 116 0 0 1 116 1 116 2.79e-85 242 XP_047379458.1 XP_047379458.1 100 545 0 0 1 545 1 545 0.0 1131 XP_047379458.1 WP_135820337.1 27.0 300 196 10 18 296 330 627 4.29e-27 114 YP_009745171.1 YP_009745171.1 100 92 0 0 1 92 1 92 2.70e-65 189 YP_009745171.1 UOA67814.1 59.6 94 36 1 1 92 1 94 1.41e-38 122 WP_276509439.1 WP_276509439.1 94.6 242 13 0 1 242 1 242 3.21e-166 457 MCQ2612024.1 MCQ2612024.1 100 320 0 0 1 320 1 320 4.46e-237 642 MCQ2612024.1 WP_014407515.1 33.6 289 156 10 6 284 4 266 3.56e-37 133 MCQ2612024.1 MBK9183427.1 29.2 284 184 9 9 285 12 285 1.84e-25 102 MCQ2612024.1 WP_126136917.1 26.6 286 186 11 9 288 12 279 8.40e-16 74.7 WP_242719345.1 WP_242719345.1 93.4 482 32 0 1 482 1 482 1.05e-317 860 MBU2333720.1 MBU2333720.1 100 411 0 0 1 411 1 411 5.10e-314 845 HBF5910189.1 HBF5910189.1 100 135 0 0 1 135 1 135 5.07e-97 273 WP_070276216.1 WP_070276216.1 92.4 685 52 0 1 685 1 685 0.0 1223 WP_244305237.1 WP_244305237.1 88.0 191 23 0 1 191 1 191 5.50e-110 310 WP_161020167.1 WP_161020167.1 97.2 616 17 0 15 630 15 630 0.0 1178 HBZ7417361.1 HBZ7417361.1 96.1 283 11 0 1 283 1 283 9.07e-207 563 HBZ7417361.1 HBS0905846.1 94.3 282 16 0 2 283 277 558 8.44e-196 546 HBZ7417361.1 MCM6312373.1 94.7 282 15 0 2 283 277 558 5.61e-194 541 HBZ7417361.1 WP_280015341.1 47.1 272 140 3 5 273 288 558 1.92e-76 241 MBV8166774.1 MBV8166774.1 100 206 0 0 1 206 1 206 2.22e-146 404 WP_013845913.1 WP_013845913.1 96.0 249 10 0 1 249 1 249 4.26e-179 490 WP_013845913.1 WP_031940100.1 34.1 185 121 1 7 191 11 194 7.86e-29 108 WP_013845913.1 WP_062917436.1 37.8 201 110 7 1 194 1 193 7.01e-26 100 WP_013845913.1 MAN53906.1 27.6 214 154 1 1 214 1 213 3.10e-21 88.6 WP_013845913.1 WP_273849839.1 32.1 224 148 3 9 231 21 241 3.32e-20 85.1 WP_013845913.1 WP_251593142.1 31.4 191 123 4 4 192 5 189 3.07e-16 74.3 WP_013845913.1 KAI0154282.1 28.4 197 126 7 4 189 8 200 5.14e-10 56.6 MCH8147627.1 MCH8147627.1 100 52 0 0 1 52 1 52 1.30e-34 109 KAF4336989.1 KAF4336989.1 100 241 0 0 1 241 1 241 2.79e-180 492 KAF4336989.1 WP_112473496.1 35.4 164 67 6 6 164 4 133 8.95e-19 79.7 WP_104981358.1 WP_104981358.1 96.6 383 13 0 1 383 1 383 2.68e-263 714 WP_013102579.1 WP_013102579.1 100 176 0 0 1 176 1 176 5.65e-132 365 XP_024747977.1 XP_024747977.1 100 198 0 0 1 198 1 198 1.92e-152 418 NDF13247.1 NDF13247.1 100 90 0 0 1 90 1 90 1.16e-65 190 WP_162783004.1 WP_162783004.1 100 881 0 0 1 881 1 881 0.0 1794 ARR91819.1 ARR91819.1 100 307 0 0 1 307 1 307 2.81e-213 581 ARR91819.1 BAO11608.1 86.0 307 42 1 1 307 1 306 1.44e-193 533 ARR91819.1 AFJ09957.1 87.3 307 38 1 1 307 1 306 1.79e-193 535 ARR91819.1 BAO23243.1 85.7 307 43 1 1 307 1 306 1.94e-192 530 ARR91819.1 ACH90072.1 85.0 307 45 1 1 307 29 334 1.05e-191 530 ARR91819.1 ACY29573.1 85.3 306 44 1 1 306 1 305 3.04e-190 528 ARR91819.1 AVA00513.1 84.4 307 47 1 1 307 1 306 6.49e-190 523 ARR91819.1 QWY38042.1 85.0 306 45 1 1 306 1 305 2.91e-189 524 ARR91819.1 AFV39595.1 85.9 306 42 1 1 306 54 358 2.93e-185 535 ARR91819.1 AOW33101.1 85.2 290 42 1 17 306 1 289 1.13e-178 494 ARR91819.1 AOW36968.1 80.8 291 55 1 17 307 1 290 9.73e-172 477 ARR91819.1 ACV16867.1 96.3 188 7 0 120 307 20 207 3.64e-131 373 ARR91819.1 ADB27070.1 94.1 170 10 0 138 307 1 170 9.20e-115 328 ARR91819.1 ABJ92889.1 75.0 96 24 0 4 99 1 96 2.25e-47 152 MCS6948286.1 MCS6948286.1 98.1 360 7 0 1 360 1 360 5.84e-260 704 WP_194235048.1 WP_194235048.1 100 91 0 0 1 91 1 91 1.06e-66 193 MBO5878101.1 MBO5878101.1 100 129 0 0 1 129 1 129 5.17e-94 265 WP_063316698.1 WP_063316698.1 100 227 0 0 1 227 1 227 7.35e-160 439 WP_063316698.1 RQD71026.1 30.3 99 68 1 46 143 29 127 5.12e-07 47.4 HBC6813009.1 HBC6813009.1 100 183 0 0 1 183 1 183 7.96e-140 385 PKU40490.1 PKU40490.1 100 214 0 0 1 214 1 214 3.16e-159 437 PKU40490.1 XP_046441060.1 50.0 188 92 2 14 201 59 244 3.18e-61 203 PKU40490.1 XP_020321477.1 53.2 188 86 2 14 201 51 236 3.06e-60 199 PKU40490.1 XP_030620685.1 30.9 217 142 5 1 213 81 293 5.38e-31 115 WP_254144300.1 WP_254144300.1 100 505 0 0 1 505 1 505 0.0 1012 CAD6897702.1 CAD6897702.1 84.2 57 9 0 1 57 1 57 1.99e-29 96.7 MBC7757407.1 MBC7757407.1 100 267 0 0 1 267 1 267 3.68e-198 540 TDL20017.1 TDL20017.1 100 385 0 0 1 385 1 385 5.09e-294 792 WP_115513761.1 WP_115513761.1 95.9 221 9 0 1 221 1 221 3.65e-157 432 WP_145031602.1 WP_145031602.1 100 564 0 0 1 564 1 564 0.0 1159 WP_145031602.1 NOU36639.1 58.3 549 221 4 13 559 3 545 4.92e-236 659 WP_145031602.1 XP_045807497.1 45.9 538 268 9 31 559 258 781 1.74e-151 452 REJ18923.1 REJ18923.1 100 157 0 0 1 157 1 157 1.09e-113 317 MBB3008158.1 MBB3008158.1 97.8 446 10 0 1 446 1 446 0.0 892 MBB3008158.1 WP_070714099.1 53.8 450 194 5 2 445 17 458 4.88e-174 494 MBB3008158.1 PPU99279.1 43.1 459 223 11 10 446 29 471 2.60e-105 319 MBB3008158.1 WP_215493005.1 36.6 483 254 16 1 443 19 489 6.74e-92 285 EAV4122193.1 EAV4122193.1 93.4 289 19 0 1 289 1 289 8.42e-190 520 EAV4122193.1 WP_140843904.1 29.0 131 88 2 153 283 191 316 2.17e-07 49.7 WP_246884968.1 WP_246884968.1 98.0 543 11 0 1 543 1 543 0.0 1067 MBP6505074.1 MBP6505074.1 96.7 394 13 0 1 394 1 394 1.20e-292 789 MBP6505074.1 CAP00477.1 35.8 397 228 5 2 393 4 378 1.66e-83 258 AEL09906.1 AEL09906.1 100 86 0 0 1 86 1 86 1.62e-61 179 WP_260467581.1 WP_260467581.1 100 204 0 0 1 204 1 204 1.30e-153 422 MBE7554905.1 MBE7554905.1 100 338 0 0 1 338 1 338 5.65e-240 651 MBE7554905.1 WP_047721562.1 43.5 315 175 2 22 335 25 337 3.61e-73 228 MBE7554905.1 AHG02917.1 32.5 338 194 4 1 334 1 308 6.39e-55 180 MBE7554905.1 MBX7055839.1 30.7 348 193 5 5 335 8 324 4.70e-50 168 MBE7554905.1 WP_149656427.1 31.5 336 216 6 1 335 1 323 1.10e-41 146 MBE7554905.1 WP_239280620.1 30.7 319 198 3 20 338 26 321 2.21e-39 140 MBE7554905.1 KQB14740.1 31.4 315 197 6 24 336 29 326 5.14e-38 136 MBE7554905.1 KAB2860347.1 46.1 115 62 0 221 335 1 115 1.57e-27 102 CAH7718754.1 CAH7718754.1 100 87 0 0 1 87 1 87 4.83e-59 173 CAH7718754.1 XP_055059894.1 46.2 65 35 0 1 65 61 125 3.61e-15 67.0 XP_054539312.1 XP_054539312.1 98.6 1839 26 0 1 1839 1 1839 0.0 3742 XP_054539312.1 XP_028705251.1 29.1 382 211 11 428 787 55 398 1.78e-32 135 XP_054539312.1 HHO42668.1 28.4 412 257 13 111 521 15 389 5.12e-29 120 XP_054539312.1 MCB0342695.1 28.4 289 192 4 36 318 36 315 1.13e-23 102 XP_054539312.1 KAJ7369304.1 38.0 79 46 2 710 785 327 405 4.67e-06 49.7 WP_010443651.1 WP_010443651.1 100 240 0 0 1 240 1 240 3.38e-176 482 WP_010443651.1 WP_110035452.1 39.7 234 134 2 2 235 6 232 3.58e-59 185 WP_010443651.1 WP_108024271.1 34.0 241 152 4 5 238 10 250 9.71e-45 149 WP_010443651.1 WP_183882442.1 32.1 218 132 4 3 204 7 224 3.93e-33 118 WP_010443651.1 WP_273849839.1 37.4 238 139 5 5 235 21 255 3.68e-31 114 WP_010443651.1 KAG2346037.1 33.9 254 145 6 3 235 14 265 2.14e-27 104 WP_010443651.1 WP_138597401.1 29.5 241 159 4 3 235 4 241 3.92e-25 97.8 WP_010443651.1 XP_007206475.1 29.8 252 146 8 4 235 19 259 1.27e-22 91.7 WP_010443651.1 WP_077093245.1 33.0 188 113 2 3 177 9 196 2.35e-20 86.3 NNK90694.1 NNK90694.1 100 78 0 0 1 78 1 78 1.08e-51 154 MCI0339177.1 MCI0339177.1 100 259 0 0 1 259 1 259 4.62e-188 513 ETP52929.1 ETP52929.1 100 118 0 0 1 118 1 118 1.67e-87 248 KAI9354912.1 KAI9354912.1 95.8 1049 44 0 1 1049 1 1049 0.0 2031 MBV8846188.1 MBV8846188.1 100 245 0 0 1 245 1 245 1.50e-186 508 WP_075555721.1 WP_075555721.1 95.2 227 11 0 1 227 1 227 5.10e-151 417 MBR0168732.1 MBR0168732.1 100 296 0 0 1 296 1 296 4.09e-230 623 WP_159020823.1 WP_159020823.1 100 305 0 0 1 305 1 305 3.93e-228 619 ROV93981.1 ROV93981.1 90.9 276 25 0 14 289 14 289 2.12e-183 504 WP_160324393.1 WP_160324393.1 96.8 345 11 0 1 345 1 345 2.87e-257 696 WP_280604208.1 WP_280604208.1 100 615 0 0 1 615 1 615 0.0 1290 WP_141769780.1 WP_141769780.1 100 117 0 0 1 117 1 117 5.21e-77 221 XP_022467441.1 XP_022467441.1 100 97 0 0 1 97 1 97 3.58e-70 202 KAH6575376.1 KAH6575376.1 100 447 0 0 1 447 1 447 0.0 949 KAH6575376.1 XP_051566275.1 28.0 164 95 9 247 399 1297 1448 1.09e-07 52.8 KAH6575376.1 NJK67049.1 24.0 146 96 6 262 401 121 257 4.26e-04 40.8 RDE30147.1 RDE30147.1 97.7 479 11 0 1 479 1 479 0.0 974 RDE30147.1 WP_000877275.1 29.7 232 142 3 264 479 293 519 5.22e-25 106 RDE30147.1 WP_111953219.1 30.8 221 109 4 301 477 374 594 7.29e-20 90.9 MBS07042.1 MBS07042.1 97.7 443 10 0 1 443 1 443 1.54e-313 846 MBR0185573.1 MBR0185573.1 96.3 629 23 0 1 629 1 629 0.0 1235 MBR0185573.1 WP_137692307.1 26.4 394 202 15 244 619 58 381 3.60e-18 86.3 MBR0185573.1 MSO98652.1 25.2 246 125 8 122 357 14 210 1.55e-04 42.0 MBR6873642.1 MBR6873642.1 97.3 1120 30 0 1 1120 1 1120 0.0 2212 KAH8674414.1 KAH8674414.1 92.5 293 22 0 1 293 1 293 1.36e-197 540 KAI5122644.1 KAI5122644.1 96.8 1265 40 0 1 1265 1 1265 0.0 2528 KAI5122644.1 WP_015615815.1 29.9 863 500 30 378 1210 19 806 4.36e-86 298 KAI5122644.1 MCJ7548546.1 28.6 783 446 28 369 1108 7 719 9.40e-70 247 KAI5122644.1 MBL8638832.1 26.9 875 526 25 373 1198 58 867 1.47e-66 242 KAI5122644.1 WP_015919400.1 28.6 745 463 21 469 1202 92 778 3.89e-65 235 KAI5122644.1 KZV11597.1 22.8 689 445 25 514 1155 121 769 1.96e-23 105 WP_255657001.1 WP_255657001.1 92.4 301 23 0 1 301 1 301 1.56e-191 526 WP_255657001.1 WP_099723413.1 30.7 280 180 5 4 282 8 274 1.17e-23 96.3 WP_255657001.1 WP_029579419.1 34.1 252 136 5 4 239 6 243 9.44e-22 91.3 WP_255657001.1 WP_190032834.1 30.2 258 171 4 7 263 9 258 7.69e-16 74.7 WP_208427233.1 WP_208427233.1 100 303 0 0 1 303 1 303 2.76e-227 616 WP_208427233.1 WP_046325749.1 37.5 288 164 6 3 276 4 289 1.44e-53 179 WP_208427233.1 WP_057479385.1 38.0 287 157 8 3 272 13 295 5.41e-48 165 WP_208427233.1 WP_013571875.1 38.0 295 160 8 3 279 5 294 2.02e-47 164 MBP1765367.1 MBP1765367.1 100 485 0 0 1 485 1 485 0.0 1021 MBP1765367.1 WP_014772780.1 54.0 476 213 3 4 477 31 502 2.19e-190 546 MCJ8744353.1 MCJ8744353.1 90.2 705 69 0 1 705 1 705 0.0 1303 WP_235697519.1 WP_235697519.1 100 388 0 0 1 388 1 388 2.93e-290 783 WP_203101196.1 WP_203101196.1 100 336 0 0 1 336 1 336 2.00e-248 672 WP_081197627.1 WP_081197627.1 100 317 0 0 1 317 1 317 5.91e-245 662 AGL88086.1 AGL88086.1 100 290 0 0 1 290 1 290 8.29e-202 551 AGL88086.1 WP_249991478.1 33.7 288 167 11 20 288 48 330 8.46e-38 134 AGL88086.1 AHK46784.1 31.7 306 170 7 7 284 27 321 4.78e-29 111 AGL88086.1 EIU6828535.1 27.6 301 178 5 12 285 35 322 4.85e-26 103 AGL88086.1 WP_097346712.1 27.9 276 185 5 23 284 384 659 3.08e-25 103 AGL88086.1 WP_158131988.1 28.3 254 165 6 50 287 77 329 3.56e-14 70.9 AGL88086.1 EAP5059555.1 24.4 295 200 7 12 285 65 357 4.32e-13 67.0 KAI2507414.1 KAI2507414.1 100 237 0 0 1 237 1 237 2.79e-178 487 WP_278243902.1 WP_278243902.1 100 366 0 0 1 366 1 366 3.34e-278 750 WP_278243902.1 WP_081851094.1 27.6 174 115 5 195 363 198 365 3.31e-07 50.1 WP_195519891.1 WP_195519891.1 100 277 0 0 1 277 1 277 3.96e-198 540 WP_267857086.1 WP_267857086.1 100 377 0 0 1 377 1 377 7.37e-283 763 SDT73851.1 SDT73851.1 100 232 0 0 1 232 1 232 5.81e-164 450 MCI8905996.1 MCI8905996.1 100 124 0 0 1 124 1 124 1.34e-89 253 MBE5853476.1 MBE5853476.1 100 167 0 0 1 167 1 167 7.24e-126 348 WP_187666598.1 WP_187666598.1 100 259 0 0 1 259 1 259 3.83e-196 534 RYY73542.1 RYY73542.1 100 381 0 0 1 381 1 381 4.86e-290 781 RYY73542.1 MBI1189702.1 47.3 374 183 7 10 381 1 362 6.00e-101 301 RYY73542.1 MCK9252526.1 39.7 373 224 1 6 377 14 386 2.09e-95 288 RYY73542.1 EFX2174330.1 30.8 169 97 5 79 242 65 218 4.63e-12 64.7 RYY73542.1 WP_223413240.1 28.7 178 111 5 79 255 66 228 9.84e-09 54.7 RYY73542.1 WP_266179881.1 27.0 178 114 6 79 255 66 228 3.99e-06 46.6 MBO7740928.1 MBO7740928.1 100 195 0 0 1 195 1 195 2.34e-147 405 EEW1536683.1 EEW1536683.1 100 1246 0 0 1 1246 1 1246 0.0 2658 EEW1536683.1 EHZ4862226.1 90.5 1246 118 0 1 1246 1 1246 0.0 2443 MBM6691367.1 MBM6691367.1 100 88 0 0 1 88 1 88 1.95e-63 184 MBM6691367.1 WP_044489505.1 47.1 87 45 1 1 87 99 184 1.69e-23 89.4 KAH8103951.1 KAH8103951.1 95.7 606 26 0 1 606 1 606 0.0 1156 CAE8618269.1 CAE8618269.1 87.8 575 70 0 1 575 1 575 0.0 975 KAI6823133.1 KAI6823133.1 94.1 322 19 0 1 322 1 322 1.04e-227 619 NLU38508.1 NLU38508.1 100 772 0 0 1 772 1 772 0.0 1567 HCE3964987.1 HCE3964987.1 85.9 85 12 0 1 85 1 85 1.08e-43 134 NBR20456.1 NBR20456.1 100 271 0 0 1 271 1 271 1.18e-196 536 TIW64311.1 TIW64311.1 100 42 0 0 1 42 1 42 5.89e-27 89.4 KJS71365.1 KJS71365.1 100 156 0 0 1 156 1 156 3.80e-109 305 EFS21643.1 EFS21643.1 100 172 0 0 1 172 1 172 6.91e-131 362 GHU06330.1 GHU06330.1 98.5 1778 26 0 1 1778 1 1778 0.0 3588 UXH94526.1 UXH94526.1 99.1 4401 38 0 1 4401 1 4401 0.0 8977 UXH94526.1 ULA23837.2 99.0 4401 43 0 1 4401 1 4401 0.0 8969 UXH94526.1 QXR94354.1 98.8 4402 51 1 1 4401 1 4402 0.0 8952 UXH94526.1 UPP41269.1 98.8 4402 54 1 1 4401 1 4402 0.0 8949 UXH94526.1 QTD03487.1 98.7 4405 52 2 1 4401 1 4405 0.0 8948 UXH94526.1 USR14792.1 98.7 4402 55 1 1 4401 1 4402 0.0 8946 UXH94526.1 QTM79632.1 98.8 4402 53 1 1 4401 1 4402 0.0 8945 UXH94526.1 QTZ27226.1 98.7 4402 55 1 1 4401 1 4402 0.0 8941 UXH94526.1 UFM00670.1 98.7 4405 55 2 1 4401 1 4405 0.0 8937 UXH94526.1 UKU68032.1 98.7 4401 57 0 1 4401 1 4401 0.0 8937 UXH94526.1 UEC68750.1 98.7 4405 55 2 1 4401 1 4405 0.0 8935 UXH94526.1 UHM53165.1 98.7 4405 55 2 1 4401 1 4405 0.0 8932 UXH94526.1 UFM02602.1 98.7 4405 55 2 1 4401 1 4405 0.0 8932 UXH94526.1 UBL45068.1 98.7 4405 55 2 1 4401 1 4405 0.0 8930 UXH94526.1 UIR12670.1 99.1 4397 41 0 1 4397 1 4397 0.0 8886 UXH94526.1 UPA83906.1 99.0 4397 45 0 1 4397 1 4397 0.0 8875 UXH94526.1 UMF87224.1 98.9 4397 47 0 1 4397 1 4397 0.0 8871 UXH94526.1 UZO53924.1 98.8 4398 52 1 1 4397 1 4398 0.0 8865 UXH94526.1 URQ55824.1 98.8 4398 53 1 1 4397 1 4398 0.0 8863 UXH94526.1 QWC83326.1 98.8 4401 49 2 1 4397 1 4401 0.0 8863 UXH94526.1 UVB16817.1 98.8 4398 52 1 1 4397 1 4398 0.0 8862 UXH94526.1 QVD87869.1 98.8 4398 52 1 1 4397 1 4398 0.0 8861 UXH94526.1 QSZ25555.1 98.8 4401 51 2 1 4397 1 4401 0.0 8861 UXH94526.1 WEU87158.1 98.8 4401 51 2 1 4397 1 4401 0.0 8858 UXH94526.1 UBP50947.1 98.7 4401 52 2 1 4397 1 4401 0.0 8855 UXH94526.1 QZU16279.1 98.7 4401 52 2 1 4397 1 4401 0.0 8855 UXH94526.1 UBD95131.1 98.7 4401 52 2 1 4397 1 4401 0.0 8853 UXH94526.1 UEC52718.1 98.6 4401 56 2 1 4397 1 4401 0.0 8845 UXH94526.1 UKN67998.1 99.0 4377 42 0 21 4397 1 4377 0.0 8844 UXH94526.1 UBR86455.1 97.5 4400 107 2 2 4397 1 4400 0.0 8723 UXH94526.1 UJV88611.1 97.1 4401 129 0 1 4401 1 4401 0.0 8722 UXH94526.1 UXX67934.1 97.3 4398 119 1 1 4397 1 4398 0.0 8700 UXH94526.1 UJJ97602.1 96.8 4401 142 0 1 4401 1 4401 0.0 8689 UXH94526.1 UCP72061.1 97.0 4401 128 2 1 4397 1 4401 0.0 8671 UXH94526.1 UAQ80067.1 96.9 4401 134 2 1 4397 1 4401 0.0 8662 UXH94526.1 UCP77012.1 96.9 4401 134 2 1 4397 1 4401 0.0 8660 UXH94526.1 UOU30556.1 97.0 4398 130 1 1 4397 1 4398 0.0 8660 UXH94526.1 UJS94137.1 98.1 4296 83 0 106 4401 1 4296 0.0 8655 UXH94526.1 UGA79226.1 96.3 4401 160 2 1 4397 1 4401 0.0 8591 UXH94526.1 ULB83374.1 95.8 4401 183 0 1 4401 1 4401 0.0 8585 UXH94526.1 WHE12941.1 96.2 4372 163 1 27 4397 1 4372 0.0 8542 UXH94526.1 UVI10561.1 95.2 4371 210 1 28 4397 1 4371 0.0 8426 UXH94526.1 UGB98301.1 93.3 4405 293 2 1 4401 1 4405 0.0 8354 UXH94526.1 QRX02582.1 98.7 4098 49 2 1 4094 1 4098 0.0 8305 UXH94526.1 UJT06733.1 93.4 4397 291 0 1 4397 1 4397 0.0 8247 UXH94526.1 UFA30503.1 92.4 4340 327 2 27 4362 1 4340 0.0 8124 UXH94526.1 WGP70063.1 91.3 4369 374 2 1 4365 1 4369 0.0 8075 UXH94526.1 UMA88644.1 91.7 4376 364 0 22 4397 1 4376 0.0 8052 UXH94526.1 UNI03201.1 90.4 4378 419 2 27 4401 1 4378 0.0 7998 UXH94526.1 WEI27974.1 90.3 4402 425 1 1 4401 1 4402 0.0 7993 UXH94526.1 UEX07109.1 86.9 4379 568 2 27 4401 1 4379 0.0 7638 UXH94526.1 WGP98278.1 88.0 4364 520 2 1 4360 1 4364 0.0 7616 UXH94526.1 WAS49087.1 83.9 4398 709 1 1 4397 1 4398 0.0 7207 UXH94526.1 URP80785.1 81.9 4375 792 1 28 4401 1 4375 0.0 7088 UXH94526.1 UPB00876.1 75.7 4375 1064 1 28 4401 1 4375 0.0 6366 UXH94526.1 UYE49180.1 75.6 4402 1075 1 1 4401 1 4402 0.0 6359 UXH94526.1 WGQ72821.1 65.5 4344 1493 2 26 4365 1 4344 0.0 5247 EDX9534630.1 EDX9534630.1 100 80 0 0 1 80 1 80 2.32e-56 166 WP_258143355.1 WP_258143355.1 100 167 0 0 1 167 1 167 1.52e-127 353 WP_248050568.1 WP_248050568.1 90.8 403 37 0 1 403 1 403 2.48e-253 691 DAR19459.1 DAR19459.1 100 107 0 0 1 107 1 107 9.41e-73 209 MBT4710545.1 MBT4710545.1 100 457 0 0 1 457 1 457 0.0 927 MBT4710545.1 MBP6375542.1 48.8 445 218 5 1 441 1 439 1.74e-148 429 MBT4710545.1 WP_258835625.1 47.4 447 225 6 1 441 1 443 5.12e-137 400 MBT4710545.1 PWM49891.1 37.3 450 258 9 1 440 1 436 3.07e-99 303 MBT4710545.1 WP_249505358.1 35.4 449 268 10 3 441 2 438 1.20e-88 275 WP_232634591.1 WP_232634591.1 100 942 0 0 1 942 1 942 0.0 1885 WP_103961312.1 WP_103961312.1 97.4 544 14 0 1 544 1 544 0.0 1045 PZP36069.1 PZP36069.1 100 386 0 0 1 386 1 386 4.10e-280 757 MCJ7770831.1 MCJ7770831.1 100 359 0 0 1 359 1 359 4.13e-264 714 CAG2229172.1 CAG2229172.1 100 223 0 0 1 223 1 223 3.15e-168 460 MBU1183407.1 MBU1183407.1 100 257 0 0 1 257 1 257 4.48e-194 528 MBU1183407.1 MBM7125960.1 34.0 247 160 2 14 257 14 260 2.55e-42 143 PJI44171.1 PJI44171.1 100 66 0 0 1 66 1 66 1.35e-42 130 WP_091735241.1 WP_091735241.1 95.5 223 10 0 1 223 1 223 1.79e-149 413 WP_091735241.1 WP_176572922.1 50.5 216 106 1 4 218 6 221 6.08e-60 186 WP_214524166.1 WP_214524166.1 97.6 411 10 0 1 411 1 411 3.34e-294 795 VTM75314.1 VTM75314.1 100 339 0 0 1 339 1 339 1.21e-255 691 XP_021694973.1 XP_021694973.1 88.3 230 27 0 1 230 1 230 1.19e-146 406 WP_250464711.1 WP_250464711.1 98.3 586 10 0 1 586 1 586 0.0 1196 WP_250464711.1 HAV1793262.1 39.3 542 320 7 43 580 20 556 2.03e-133 399 WP_250464711.1 MBY7869037.1 23.4 530 329 15 52 518 5 520 4.75e-29 120 WP_189524079.1 WP_189524079.1 95.1 407 20 0 1 407 1 407 9.14e-290 783 MBR7675499.1 MBR7675499.1 98.3 1530 26 0 1 1530 1 1530 0.0 3055 XP_013757696.1 XP_013757696.1 92.2 1275 100 0 1 1275 1 1275 0.0 2302 WP_200198809.1 WP_200198809.1 95.3 425 20 0 1 425 1 425 6.43e-290 785 WP_200198809.1 RIX75659.1 59.2 426 161 3 10 422 21 446 9.34e-156 446 WP_200198809.1 WP_038052668.1 39.9 406 235 4 14 417 13 411 2.30e-92 283 WP_200198809.1 XP_052534275.1 38.0 400 191 7 78 422 205 602 2.73e-62 210 KAF4593247.1 KAF4593247.1 96.4 770 28 0 1 770 1 770 0.0 1572 WP_203995341.1 WP_203995341.1 94.4 339 19 0 1 339 1 339 2.19e-233 635 WP_203995341.1 MBS1208135.1 33.9 342 193 12 1 326 1 325 2.16e-45 156 XP_040614072.1 XP_040614072.1 96.6 618 21 0 1 618 1 618 0.0 1250 XP_040614072.1 KAI9774712.1 22.7 278 122 10 346 601 65 271 1.74e-08 55.8 WP_151465610.1 WP_151465610.1 100 91 0 0 1 91 1 91 1.99e-62 182 MBD5437993.1 MBD5437993.1 100 322 0 0 1 322 1 322 8.74e-245 662 WP_055062962.1 WP_055062962.1 97.0 505 15 0 1 505 1 505 0.0 1010 NEE34914.1 NEE34914.1 93.8 416 26 0 1 416 1 416 8.56e-279 756 WP_277627940.1 WP_277627940.1 100 328 0 0 1 328 1 328 1.06e-239 650 XP_049747270.1 XP_049747270.1 100 313 0 0 1 313 1 313 1.04e-227 618 XP_049747270.1 XP_046298169.1 55.9 299 131 1 10 307 10 308 4.37e-115 333 XP_049747270.1 XP_002688837.2 35.4 274 174 3 37 309 35 306 4.68e-48 161 XP_049747270.1 XP_012889676.1 32.9 298 188 4 14 306 12 302 2.87e-45 154 XP_049747270.1 XP_042531659.1 32.1 293 190 5 14 302 12 299 6.25e-40 140 XP_049747270.1 XP_034290446.1 30.7 300 191 7 10 301 10 300 3.40e-38 136 XP_049747270.1 XP_054446685.1 28.3 300 208 4 14 310 10 305 3.03e-34 125 XP_049747270.1 AAR19565.1 32.6 187 125 1 68 253 3 189 5.78e-26 101 GJC78212.1 GJC78212.1 100 569 0 0 1 569 1 569 0.0 1164 GJC78212.1 TNE33066.1 28.0 522 291 20 20 514 28 491 7.58e-31 124 WP_259665259.1 WP_259665259.1 100 175 0 0 1 175 1 175 6.11e-131 362 VIP11815.1 VIP11815.1 96.3 400 15 0 1 400 1 400 5.35e-295 796 NNJ03433.1 NNJ03433.1 93.4 587 39 0 1 587 1 587 0.0 1061 WP_251841748.1 WP_251841748.1 100 152 0 0 1 152 1 152 2.60e-114 318 CAF1124877.1 CAF1124877.1 100 164 0 0 1 164 1 164 9.93e-118 328 WP_081845076.1 WP_081845076.1 100 766 0 0 1 766 1 766 0.0 1537 WP_081845076.1 WP_041302673.1 33.6 736 451 14 40 760 12 724 6.83e-119 373 WP_081845076.1 WP_220281278.1 23.2 746 458 28 43 714 67 771 3.00e-32 132 WP_081845076.1 HAL7851047.1 25.0 581 372 19 179 717 47 605 1.28e-25 110 XP_019256258.1 XP_019256258.1 100 262 0 0 1 262 1 262 4.49e-201 546 GBM64226.1 GBM64226.1 100 176 0 0 1 176 1 176 1.82e-128 356 EJG3313804.1 EJG3313804.1 100 477 0 0 1 477 1 477 0.0 956 EJG3313804.1 WP_246003214.1 24.1 464 321 15 29 476 34 482 2.87e-25 107 EJG3313804.1 XP_052525039.1 22.9 310 217 11 154 451 276 575 1.30e-07 52.4 EJG3313804.1 NDJ88951.1 22.3 395 232 16 85 439 100 459 1.45e-06 48.9 EJG3313804.1 WP_254101325.1 21.8 377 244 16 90 445 201 547 8.21e-06 46.6 CAI0451207.1 CAI0451207.1 89.5 1530 161 0 1 1530 1 1530 0.0 2680 WP_259407579.1 WP_259407579.1 100 222 0 0 1 222 1 222 5.38e-155 427 WP_259407579.1 MCF7886260.1 24.9 173 104 5 50 218 28 178 1.54e-10 56.6 KAJ9247365.1 KAJ9247365.1 100 331 0 0 1 331 1 331 3.09e-254 687 MBE0669914.1 MBE0669914.1 95.5 313 14 0 1 313 1 313 1.27e-228 620 MBE0669914.1 MCI4325574.1 45.5 308 167 1 4 310 8 315 2.04e-102 301 MBE0669914.1 MBC6481257.1 42.6 305 167 4 9 305 9 313 7.21e-82 253 MBE0669914.1 WP_116803659.1 34.1 273 165 5 39 301 24 291 5.67e-44 150 MBQ3049129.1 MBQ3049129.1 91.9 136 11 0 1 136 1 136 8.40e-92 260 WP_019585553.1 WP_019585553.1 100 400 0 0 1 400 1 400 3.37e-302 814 WP_019585553.1 UCF78466.1 45.8 380 200 4 16 395 3 376 2.03e-118 347 WP_019585553.1 WP_145937814.1 37.8 386 229 6 16 397 6 384 1.20e-82 256 WP_019585553.1 WP_275495439.1 34.4 404 227 11 16 392 8 400 2.62e-67 217 WP_019585553.1 MBL6847974.1 33.6 381 247 4 17 395 6 382 1.96e-60 199 WP_019585553.1 XP_027540421.1 32.4 383 248 6 14 394 29 402 2.31e-60 199 WP_019585553.1 WP_158057697.1 30.2 377 250 6 21 392 14 382 1.92e-54 183 WP_019585553.1 RYZ40664.1 32.8 381 244 7 16 394 16 386 4.95e-53 179 WP_019585553.1 WP_055337992.1 30.6 363 245 5 18 378 6 363 4.39e-44 155 WP_046325749.1 WP_046325749.1 100 461 0 0 1 461 1 461 0.0 962 WP_046325749.1 WP_013571875.1 44.2 464 247 4 5 457 6 468 1.38e-134 395 WP_046325749.1 WP_057479385.1 41.1 470 267 4 1 461 10 478 1.91e-129 382 WP_046325749.1 WP_208427233.1 37.5 288 164 6 4 289 3 276 2.18e-53 179 WP_104459365.1 WP_104459365.1 100 280 0 0 1 280 1 280 4.51e-210 571 WP_104459365.1 MBX8197149.1 37.1 251 147 6 12 259 1 243 9.55e-48 158 WP_104459365.1 WP_238837572.1 31.3 265 166 9 16 268 3 263 9.45e-32 117 WP_111712808.1 WP_111712808.1 100 190 0 0 1 190 1 190 2.33e-131 364 OQB06356.1 OQB06356.1 100 51 0 0 1 51 1 51 1.96e-31 101 WP_085004337.1 WP_085004337.1 100 100 0 0 1 100 1 100 1.19e-65 191 WP_085004337.1 MBR2359580.1 36.8 68 26 3 13 64 9 75 2.06e-05 38.5 XP_023219850.1 XP_023219850.1 100 236 0 0 1 236 1 236 2.67e-171 469 KOV59425.1 KOV59425.1 100 76 0 0 1 76 1 76 6.38e-50 149 MBB3097508.1 MBB3097508.1 92.6 297 22 0 1 297 1 297 6.62e-191 524 MBB3097508.1 MBX7055839.1 41.5 265 146 4 38 295 62 324 5.48e-54 177 MBB3097508.1 AHG02917.1 32.9 301 195 3 2 297 13 311 8.43e-46 155 MBB3097508.1 WP_149656427.1 29.5 308 189 6 9 295 23 323 3.00e-32 120 MBB3097508.1 WP_047721562.1 30.5 315 187 5 11 295 25 337 1.98e-29 112 MBB3097508.1 KAB2860347.1 40.2 117 70 0 181 297 1 117 1.68e-24 94.0 WP_208905085.1 WP_208905085.1 98.9 611 7 0 1 611 1 611 0.0 1241 PHT33663.1 PHT33663.1 93.3 180 12 0 1 180 1 180 2.35e-117 328 EBA3403631.1 EBA3403631.1 100 273 0 0 1 273 1 273 1.83e-201 548 WP_244380042.1 WP_244380042.1 100 450 0 0 1 450 1 450 0.0 902 MBD8915742.1 MBD8915742.1 100 583 0 0 1 583 1 583 0.0 1180 MBD8915742.1 WP_058918927.1 29.3 468 275 13 32 491 39 458 4.76e-47 169 MBD8915742.1 WP_182080621.1 29.3 184 119 6 309 490 244 418 2.31e-11 64.3 XP_010808195.1 XP_010808195.1 100 626 0 0 1 626 1 626 0.0 1318 WP_177077803.1 WP_177077803.1 97.8 456 10 0 1 456 1 456 0.0 902 WP_177077803.1 EDN57974.1 28.0 293 181 7 30 312 353 625 1.19e-22 99.8 WP_177077803.1 PSQ73325.1 25.8 264 181 5 63 314 580 840 3.55e-13 70.1 WP_177077803.1 TMG86695.1 35.1 114 63 5 211 320 169 275 7.65e-05 42.7 WP_179100660.1 WP_179100660.1 100 64 0 0 1 64 1 64 4.81e-42 129 WP_048133111.1 WP_048133111.1 100 142 0 0 1 142 1 142 8.26e-104 291 WP_092805375.1 WP_092805375.1 97.9 527 11 0 12 538 12 538 0.0 1066 WP_132898842.1 WP_132898842.1 95.7 282 12 0 1 282 1 282 2.03e-198 541 WP_132898842.1 WP_063338866.1 54.2 275 124 1 2 276 69 341 2.16e-109 318 WP_156773536.1 WP_156773536.1 100 88 0 0 1 88 1 88 3.79e-61 179 WP_110713006.1 WP_110713006.1 100 342 0 0 1 342 1 342 1.17e-259 701 OYV25858.1 OYV25858.1 95.4 175 8 0 1 175 1 175 1.75e-121 338 EHP6050825.1 EHP6050825.1 100 659 0 0 1 659 1 659 0.0 1402 EHP6050825.1 MBP3509218.1 32.3 430 267 8 226 652 127 535 1.71e-63 219 EHP6050825.1 MCK9987173.1 35.2 420 239 14 236 647 18 412 3.20e-62 216 EHP6050825.1 MBQ2777352.1 30.4 464 284 11 199 652 100 534 5.47e-51 185 EHP6050825.1 NQU26924.1 29.8 480 291 15 181 647 400 846 2.36e-50 187 EHP6050825.1 WP_236939362.1 33.3 96 57 2 328 421 375 465 5.83e-06 47.8 KQN49849.1 KQN49849.1 96.0 327 13 0 1 327 1 327 1.95e-214 586 KQN49849.1 WP_279008479.1 33.7 276 181 2 28 301 32 307 1.45e-43 150 KQN49849.1 CDX26094.1 31.8 305 190 6 15 307 35 333 1.45e-29 114 WP_233355236.1 WP_233355236.1 100 396 0 0 1 396 1 396 2.43e-293 791 MCI0743675.1 MCI0743675.1 100 83 0 0 1 83 1 83 1.26e-59 174 NXJ71029.1 NXJ71029.1 93.7 443 28 0 1 443 1 443 8.33e-318 857 NXJ71029.1 XP_039638319.1 27.2 368 229 12 75 438 127 459 3.83e-26 108 NXJ71029.1 XP_030131005.3 27.5 287 177 11 75 359 188 445 2.80e-16 79.3 EHL4743850.1 EHL4743850.1 100 588 0 0 1 588 1 588 0.0 1217 WP_210022830.1 WP_210022830.1 100 152 0 0 1 152 1 152 1.06e-113 317 MBY0286260.1 MBY0286260.1 97.1 418 12 0 1 418 1 418 9.74e-302 814 MBY0286260.1 WP_098923619.1 28.0 429 282 10 1 416 1 415 8.68e-38 140 MBY0286260.1 WP_039190453.1 46.3 82 43 1 3 83 4 85 1.01e-15 77.0 WP_145485057.1 WP_145485057.1 97.0 301 9 0 30 330 30 330 2.11e-215 588 WP_238589724.1 WP_238589724.1 73.9 69 18 0 1 69 1 69 1.62e-31 102 EAL1671435.1 EAL1671435.1 100 402 0 0 1 402 1 402 3.68e-307 827 EAL1671435.1 PJQ02245.1 69.4 408 119 3 1 402 243 650 1.75e-198 561 EAL1671435.1 EJA9392162.1 72.5 233 62 1 1 231 35 267 5.25e-120 347 EAL1671435.1 EJO8252676.1 89.7 117 12 0 230 346 1 117 1.08e-64 201 EAL1671435.1 EFS8130303.1 40.1 237 130 5 1 234 234 461 3.16e-41 150 EAL1671435.1 ECP6736894.1 39.1 115 61 3 1 113 234 341 1.11e-16 79.0 EAL1671435.1 WP_181244664.1 32.2 143 85 4 1 141 199 331 5.72e-07 49.3 KKT74736.1 KKT74736.1 100 92 0 0 1 92 1 92 4.49e-64 186 WP_143397677.1 WP_143397677.1 95.8 311 13 0 1 311 1 311 6.45e-221 601 WP_189806213.1 WP_189806213.1 100 215 0 0 1 215 1 215 3.14e-155 427 EYU25844.1 EYU25844.1 100 239 0 0 1 239 1 239 1.75e-182 498 WP_086268031.1 WP_086268031.1 97.5 437 11 0 1 437 1 437 2.32e-305 825 KAI0064471.1 KAI0064471.1 98.1 516 10 0 1 516 1 516 0.0 1035 KAI0064471.1 XP_049236752.1 29.1 471 296 14 44 488 27 485 1.81e-49 180 ROP28277.1 ROP28277.1 75.0 40 10 0 1 40 1 40 3.50e-14 57.0 RVD87240.1 RVD87240.1 94.3 209 12 0 1 209 1 209 8.01e-146 402 MBJ14675.1 MBJ14675.1 93.9 230 14 0 1 230 1 230 1.17e-162 447 PSX20495.1 PSX20495.1 100 82 0 0 1 82 1 82 4.13e-51 153 ACE88666.1 ADW49125.1 76.4 140 33 0 1 140 72 211 1.01e-72 215 ACE88666.1 AFA24308.1 76.4 140 33 0 1 140 73 212 3.45e-71 211 ACE88666.1 AWS34156.1 71.4 140 40 0 1 140 80 219 2.48e-70 209 ACE88666.1 ADJ35581.1 73.6 140 37 0 1 140 81 220 5.96e-69 206 ACE88666.1 QUA05739.1 74.4 133 34 0 1 133 80 212 4.11e-65 196 ACE88666.1 AHK62764.1 66.4 146 49 0 1 146 76 221 5.45e-65 196 ACE88666.1 AVM35379.1 71.4 140 40 0 1 140 75 214 8.81e-65 195 ACE88666.1 UZF38514.1 67.9 140 45 0 1 140 67 206 1.59e-63 191 ACE88666.1 AFA09475.1 68.6 140 44 0 1 140 66 205 2.53e-62 188 ACE88666.1 QUQ06080.1 69.3 140 43 0 1 140 80 219 5.55e-62 188 ACE88666.1 ABQ63546.1 66.4 140 47 0 1 140 79 218 5.81e-59 180 ACE88666.1 AGI15931.1 65.7 134 46 0 1 134 73 206 2.16e-56 173 ACE88666.1 AOR13807.1 60.2 128 51 0 1 128 71 198 2.59e-53 165 ACE88666.1 AMA90994.1 63.6 118 43 0 1 118 80 197 1.88e-45 145 ACE88666.1 APC24336.1 61.0 118 46 0 29 146 1 118 3.48e-43 144 ACE88666.1 AHH30646.1 60.8 120 45 2 1 120 54 171 5.35e-42 135 ACE88666.1 AOQ89457.1 58.0 112 47 0 1 112 76 187 4.46e-39 129 ACE88666.1 AKA56406.1 56.2 121 50 1 1 121 80 197 8.34e-39 128 HCL05707.1 HCL05707.1 100 401 0 0 1 401 1 401 6.58e-305 821 DAK63787.1 DAK63787.1 96.8 343 11 0 1 343 1 343 1.25e-250 679 WP_061158136.1 WP_061158136.1 100 375 0 0 1 375 1 375 8.00e-286 770 WP_013768652.1 WP_013768652.1 100 513 0 0 1 513 1 513 0.0 1060 WP_013768652.1 WP_185218257.1 25.8 516 234 26 13 477 9 426 3.87e-26 109 WP_013768652.1 MCP4788584.1 20.1 418 233 6 36 430 26 365 1.85e-20 92.4 WP_265593313.1 WP_265593313.1 98.8 573 7 0 1 573 1 573 0.0 1160 WP_265593313.1 HIM51057.1 42.4 403 223 5 175 573 485 882 1.29e-99 320 XP_010298897.1 XP_010298897.1 100 169 0 0 1 169 1 169 9.10e-121 336 WP_029317544.1 WP_029317544.1 100 461 0 0 1 461 1 461 0.0 941 WP_029317544.1 WP_101606078.1 34.0 282 173 5 116 394 106 377 2.17e-45 162 WP_029317544.1 WP_023955328.1 29.1 357 228 7 1 346 1 343 3.98e-41 148 WP_029317544.1 WP_206698867.1 23.4 431 301 10 7 432 1 407 6.62e-38 141 WP_029317544.1 MCF6289355.1 30.5 266 172 4 164 427 21 275 9.52e-33 124 TXH38262.1 TXH38262.1 100 232 0 0 1 232 1 232 1.66e-163 449 TXH38262.1 CAH2899959.1 54.1 218 95 2 12 228 59 272 7.09e-73 221 DAM16636.1 DAM16636.1 100 164 0 0 1 164 1 164 7.87e-124 343 XP_048545356.1 XP_048545356.1 97.8 452 10 0 1 452 1 452 0.0 870 WP_208042111.1 WP_208042111.1 96.2 313 12 0 1 313 1 313 1.23e-210 575 WP_208042111.1 WP_239280620.1 31.2 308 211 1 3 309 9 316 7.95e-41 143 WP_208042111.1 AHG02917.1 27.2 316 214 5 1 309 1 307 2.28e-36 131 WP_208042111.1 MBX7055839.1 30.1 306 172 5 32 311 35 324 1.19e-32 121 WP_026632538.1 WP_026632538.1 100 83 0 0 1 83 1 83 8.88e-60 175 WP_054285415.1 WP_054285415.1 100 123 0 0 1 123 1 123 2.94e-88 250 WP_280506832.1 WP_280506832.1 90.6 212 20 0 1 212 1 212 2.50e-130 363 XP_037697134.1 XP_037697134.1 99.0 1138 11 0 1 1138 1 1138 0.0 2392 XP_037697134.1 XP_011782004.1 71.3 1117 308 9 1 1110 1 1111 0.0 1570 WP_190630613.1 WP_190630613.1 95.2 210 10 0 1 210 1 210 3.14e-148 409 WP_190630613.1 NJE80740.1 39.5 205 121 2 3 207 4 205 2.90e-42 140 MCH1948979.1 MCH1948979.1 95.7 301 13 0 1 301 1 301 8.98e-207 564 WP_006198916.1 WP_006198916.1 100 223 0 0 1 223 1 223 3.68e-167 457 MBX7161768.1 MBX7161768.1 100 472 0 0 1 472 1 472 0.0 941 MBX7161768.1 MBV9963051.1 22.5 484 272 17 56 471 106 554 1.00e-14 74.7 CAA2935380.1 CAA2935380.1 100 132 0 0 1 132 1 132 1.41e-97 274 MCL2712337.1 MCL2712337.1 87.5 72 9 0 1 72 1 72 3.18e-37 117 PPU99279.1 PPU99279.1 97.0 471 14 0 1 471 1 471 0.0 917 PPU99279.1 WP_070714099.1 44.3 470 245 8 5 470 2 458 4.82e-132 388 PPU99279.1 MBB3008158.1 43.2 458 224 11 29 471 10 446 1.94e-105 319 PPU99279.1 WP_215493005.1 36.4 503 271 12 1 468 1 489 2.48e-96 297 MBF6594441.1 MBF6594441.1 100 1108 0 0 1 1108 1 1108 0.0 2254 MBT3583534.1 MBT3583534.1 98.2 455 8 0 1 455 1 455 0.0 890 MBT3583534.1 HCF4435603.1 29.3 335 195 11 51 352 217 542 5.10e-30 121 WP_020547001.1 WP_020547001.1 91.0 301 27 0 1 301 1 301 2.82e-194 533 WP_020547001.1 WP_054146239.1 28.2 284 169 7 35 296 36 306 7.71e-21 89.4 ECG5012903.1 ECG5012903.1 90.3 206 20 0 1 206 1 206 7.71e-122 342 ECG5012903.1 MCI6733811.1 40.8 240 96 12 1 206 16 243 2.66e-33 122 HBA6816094.1 HBA6816094.1 100 60 0 0 1 60 1 60 1.44e-39 122 CAH3167921.1 CAH3167921.1 97.1 451 13 0 1 451 1 451 0.0 909 WP_209090305.1 WP_209090305.1 100 331 0 0 1 331 1 331 4.91e-251 679 WP_209090305.1 WP_137202811.1 26.0 235 145 11 3 228 911 1125 5.98e-11 62.0 WP_270310942.1 WP_270310942.1 100 251 0 0 1 251 1 251 2.40e-195 531 WP_247424115.1 WP_247424115.1 100 258 0 0 1 258 1 258 1.43e-186 509 WP_247424115.1 MCA1360809.1 56.7 238 88 3 17 247 44 273 8.64e-82 245 WP_247424115.1 NLD53371.1 47.3 93 49 0 130 222 81 173 2.53e-19 82.4 XP_055749319.1 XP_055749319.1 100 483 0 0 1 483 1 483 0.0 1000 XP_055749319.1 XP_028567154.1 38.2 285 159 5 198 472 113 390 5.70e-56 199 WP_130410090.1 WP_130410090.1 100 65 0 0 1 65 1 65 4.25e-41 126 WP_130410090.1 MBA2651112.1 48.3 58 30 0 1 58 1 58 1.24e-15 62.4 WP_130410090.1 WP_066476002.1 42.4 59 34 0 1 59 1 59 6.31e-14 58.2 CAC9485003.1 CAC9485003.1 100 159 0 0 1 159 1 159 9.65e-118 327 RYG63745.1 RYG63745.1 100 70 0 0 1 70 1 70 9.52e-47 141 KAH6611424.1 KAH6611424.1 98.7 984 13 0 1 984 1 984 0.0 2048 KAH6611424.1 MCA1930442.1 44.4 126 67 2 832 957 122 244 2.45e-25 105 KAH6611424.1 WP_050210146.1 40.6 133 78 1 831 963 877 1008 2.45e-25 111 KAH6611424.1 XP_008942036.1 28.8 153 100 4 431 574 738 890 5.34e-12 68.6 WP_055029966.1 WP_055029966.1 94.2 379 22 0 1 379 1 379 1.76e-266 722 WP_055029966.1 WP_234002326.1 33.2 382 208 6 3 379 23 362 7.35e-54 180 WP_055029966.1 WP_188888464.1 40.0 110 63 2 1 109 1 108 8.91e-19 82.8 WP_055029966.1 XP_001454078.1 29.3 99 56 4 5 90 508 605 4.80e-04 40.4 WP_132124768.1 WP_132124768.1 95.2 249 12 0 1 249 1 249 5.72e-168 462 HBP5649656.1 HBP5649656.1 94.2 568 33 0 1 568 1 568 0.0 1024 HBP5649656.1 WP_104456122.1 40.7 327 188 3 241 566 195 516 3.31e-56 196 HBP5649656.1 WP_186556299.1 45.6 261 142 0 292 552 245 505 5.91e-55 192 HBP5649656.1 WP_128786583.1 37.0 343 209 4 229 567 290 629 2.34e-51 184 HBP5649656.1 WP_017172025.1 28.5 351 195 8 221 567 202 500 3.62e-22 98.6 MBV8815235.1 MBV8815235.1 96.1 333 13 0 1 333 1 333 1.79e-229 624 MBV8815235.1 MBG4284514.1 35.0 354 173 10 2 324 5 332 3.65e-46 158 WP_132670557.1 WP_132670557.1 86.6 374 50 0 1 374 1 374 8.11e-226 619 EEZ61636.1 EEZ61636.1 100 167 0 0 1 167 1 167 9.13e-120 333 EEZ61636.1 KPL24525.1 42.9 156 80 2 11 166 3 149 3.33e-31 108 WP_135991721.1 WP_135991721.1 100 452 0 0 1 452 1 452 0.0 925 NLK90780.1 NLK90780.1 100 185 0 0 1 185 1 185 1.37e-132 367 NLK90780.1 NLV68328.1 48.6 179 92 0 5 183 5 183 8.46e-62 188 NLK90780.1 NLT72898.1 48.6 181 93 0 4 184 4 184 3.00e-57 176 NLK90780.1 MBD3769330.1 44.4 178 99 0 8 185 7 184 3.33e-51 161 MBF8281865.1 MBF8281865.1 89.7 485 50 0 1 485 1 485 4.05e-312 846 CAB1434041.1 CAB1434041.1 94.3 719 41 0 1 719 1 719 0.0 1426 WP_012506875.1 WP_012506875.1 100 206 0 0 1 206 1 206 1.19e-150 414 WP_012506875.1 MCB1857105.1 46.2 184 91 4 15 197 11 187 1.78e-43 143 HCE5956952.1 HCE5956952.1 88.2 262 31 0 1 262 1 262 3.33e-162 448 WP_120259880.1 WP_120259880.1 100 534 0 0 1 534 1 534 0.0 1108 WP_100671858.1 WP_100671858.1 100 195 0 0 1 195 1 195 2.63e-144 397 WP_100671858.1 WP_238126428.1 54.6 194 86 1 1 194 1 192 1.96e-73 218 CAB4041173.1 CAB4041173.1 100 499 0 0 1 499 1 499 0.0 1033 WP_110035452.1 WP_110035452.1 100 238 0 0 1 238 1 238 6.09e-178 486 WP_110035452.1 WP_010443651.1 39.7 234 134 2 6 232 2 235 3.55e-59 185 WP_110035452.1 WP_108024271.1 33.6 238 144 5 10 233 11 248 1.42e-36 127 WP_110035452.1 WP_273849839.1 34.7 242 139 7 8 234 20 257 1.99e-34 122 WP_110035452.1 KAG2346037.1 35.9 256 138 6 7 236 14 269 3.69e-34 122 WP_110035452.1 WP_057651690.1 27.5 247 157 6 7 236 51 292 4.82e-16 73.9 WP_196114185.1 WP_196114185.1 97.3 337 9 0 1 337 1 337 7.75e-242 656 WP_196114185.1 WP_074911472.1 32.0 122 79 3 1 120 1047 1166 1.99e-12 66.6 WP_196114185.1 PYP94120.1 32.8 116 77 1 9 124 2 116 1.41e-10 58.9 WP_196114185.1 QYU66920.1 29.8 104 71 1 10 111 5 108 3.54e-08 50.1 XP_045323097.1 XP_045323097.1 100 691 0 0 1 691 1 691 0.0 1464 MBO5545990.1 MBO5545990.1 100 185 0 0 1 185 1 185 1.48e-136 377 WP_140643433.1 WP_140643433.1 100 293 0 0 1 293 1 293 3.08e-219 595 KVQ00241.1 KVQ00241.1 96.4 278 10 0 1 278 1 278 5.43e-201 548 PSB50277.1 PSB50277.1 96.8 475 15 0 1 475 1 475 0.0 925 TKA61426.1 TKA61426.1 100 381 0 0 20 400 20 400 8.53e-296 798 WP_018046034.1 WP_018046034.1 100 563 0 0 1 563 1 563 0.0 1134 WP_199519257.1 WP_199519257.1 100 135 0 0 1 135 1 135 8.76e-98 275 QEA04360.1 QEA04360.1 93.2 148 10 0 1 148 1 148 7.78e-96 271 EJB4327760.1 EJB4327760.1 100 452 0 0 1 452 1 452 0.0 920 WP_243386166.1 WP_243386166.1 100 312 0 0 1 312 1 312 6.77e-228 619 WP_196434573.1 WP_196434573.1 100 365 0 0 1 365 1 365 8.59e-285 767 WP_196434573.1 MCB9044857.1 25.4 213 147 5 149 357 195 399 5.97e-13 67.8 MBR4407160.1 MBR4407160.1 95.6 248 11 0 1 248 1 248 2.10e-174 478 RMO53691.1 RMO53691.1 100 229 0 0 1 229 1 229 3.64e-161 443 SPO69561.1 SPO69561.1 100 214 0 0 1 214 1 214 4.48e-159 436 MBR0373962.1 MBR0373962.1 100 228 0 0 1 228 1 228 1.23e-172 472 WP_076595086.1 WP_076595086.1 100 471 0 0 1 471 1 471 0.0 971 WP_076595086.1 WP_224791962.1 26.9 483 299 11 17 469 13 471 1.75e-47 169 WP_076595086.1 MBI4806480.1 24.3 460 336 6 19 469 15 471 6.58e-38 142 WP_267897383.1 WP_267897383.1 100 43 0 0 1 43 1 43 2.56e-26 87.8 EDK41087.2 EDK41087.2 98.1 535 10 0 1 535 1 535 0.0 1098 WP_212217181.1 WP_212217181.1 100 417 0 0 1 417 1 417 6.17e-309 832 WP_245128022.1 WP_245128022.1 97.1 384 11 0 1 384 1 384 2.80e-286 772 MBR4270493.1 MBR4270493.1 100 109 0 0 1 109 1 109 3.00e-79 226 WP_150516775.1 WP_150516775.1 100 153 0 0 1 153 1 153 2.18e-102 290 ADP83890.1 ADP83890.1 87.5 551 69 0 1 551 1 551 0.0 904 ADP83890.1 WP_274755179.1 31.3 307 165 6 205 508 155 418 8.29e-30 120 ADP83890.1 MBP9767803.1 23.2 224 124 8 278 481 206 401 1.18e-06 49.3 WP_274975805.1 WP_274975805.1 100 234 0 0 1 234 1 234 4.29e-176 481 EFB0579454.1 EFB0579454.1 92.8 572 41 0 1 572 1 572 0.0 1014 EFB0579454.1 ECB3502766.1 85.8 219 31 0 1 219 1 219 3.78e-123 360 XP_006359699.1 XP_006359699.1 100 384 0 0 20 403 20 403 2.61e-287 776 XP_006359699.1 KPM41539.1 30.7 166 95 6 148 301 63 220 3.45e-11 63.2 EAX5650801.1 EAX5650801.1 100 238 0 0 1 238 1 238 1.10e-180 493 EIQ3832535.1 EIQ3832535.1 100 246 0 0 1 246 1 246 2.12e-182 498 MBK7823216.1 MBK7823216.1 95.7 188 8 0 1 188 1 188 1.35e-129 360 MBQ7086969.1 MBQ7086969.1 100 195 0 0 1 195 1 195 2.33e-138 382 MBQ7086969.1 MBO5118622.1 39.7 184 97 7 8 187 5 178 4.21e-26 97.4 MBQ7086969.1 MBQ7329863.1 32.4 182 119 2 12 192 7 185 1.87e-20 82.8 RZC84346.1 RZC84346.1 100 394 0 0 1 394 1 394 1.04e-302 815 WP_188402311.1 WP_188402311.1 100 122 0 0 1 122 1 122 1.78e-84 240 EDN57974.1 EDN57974.1 98.9 1059 12 0 1 1059 1 1059 0.0 2143 EDN57974.1 KFX48203.1 33.1 602 329 16 360 919 656 1225 1.06e-76 274 EDN57974.1 MCH5250214.1 32.9 541 337 8 359 893 155 675 1.48e-65 237 EDN57974.1 TAL20232.1 30.8 520 225 11 371 885 208 597 2.60e-61 219 EDN57974.1 WP_007356512.1 29.1 529 228 11 392 899 736 1138 3.54e-51 195 EDN57974.1 HAS8246497.1 39.6 280 158 6 356 630 434 707 5.44e-50 190 EDN57974.1 WP_261733022.1 38.8 291 148 8 356 626 201 481 4.01e-43 167 EDN57974.1 PSQ73325.1 36.2 246 143 6 400 637 612 851 4.34e-39 155 EDN57974.1 WP_232306300.1 30.8 276 165 8 363 631 825 1081 1.58e-21 99.8 EDN57974.1 MBP1530348.1 32.1 159 91 3 775 925 1 150 2.02e-19 86.7 EDN57974.1 WP_177077803.1 28.2 227 151 5 401 625 96 312 2.05e-19 90.9 EDN57974.1 MBQ1868746.1 35.0 160 95 3 904 1055 479 637 3.53e-19 91.3 EDN57974.1 XP_018042825.1 22.2 708 431 26 402 1046 228 878 2.27e-17 85.9 EDN57974.1 EJF06804.1 33.1 118 75 2 939 1055 2 116 1.06e-13 71.6 EDN57974.1 XP_001454078.1 26.6 256 140 10 397 626 214 447 1.45e-13 73.2 EDN57974.1 MBQ5584458.1 34.6 107 63 1 778 884 4 103 4.64e-11 62.4 EDN57974.1 WP_069156513.1 27.5 120 75 4 939 1055 4 114 1.15e-06 49.3 MCL4851158.1 MCL4851158.1 100 210 0 0 1 210 1 210 8.37e-153 420 MCL4851158.1 WP_115313274.1 36.1 208 123 5 6 209 6 207 1.34e-34 120 MCL4851158.1 MSX26960.1 31.4 223 136 5 1 208 1 221 1.90e-29 107 MBE7487601.1 MBE7487601.1 100 151 0 0 1 151 1 151 4.50e-110 307 WP_126022479.1 WP_126022479.1 100 127 0 0 1 127 1 127 2.58e-93 263 KAG2346037.1 KAG2346037.1 100 270 0 0 1 270 1 270 1.02e-201 549 KAG2346037.1 WP_110035452.1 35.9 256 138 6 14 269 7 236 4.19e-34 122 KAG2346037.1 WP_010443651.1 33.9 254 145 6 14 265 3 235 2.41e-27 104 KAG2346037.1 WP_183882442.1 29.1 189 131 2 14 202 7 192 9.56e-24 94.7 KAG2346037.1 WP_087085326.1 27.9 251 174 4 16 266 10 253 2.55e-20 85.9 KAG2346037.1 MCB9680378.1 33.0 200 118 6 16 208 5 195 1.52e-19 83.6 KAG2346037.1 WP_014605789.1 27.9 183 125 4 15 196 2 178 7.24e-17 76.3 KAG2346037.1 WP_204942955.1 28.8 198 129 5 14 208 7 195 1.34e-09 55.8 MBK6770753.1 MBK6770753.1 96.0 300 12 0 1 300 1 300 2.82e-214 583 WP_064754910.1 WP_064754910.1 97.5 394 10 0 1 394 1 394 1.76e-285 771 WP_281507500.1 WP_281507500.1 98.1 955 18 0 12 966 12 966 0.0 1898 WP_281507500.1 WP_262406623.1 60.7 834 319 4 1 828 1 831 0.0 1014 WP_281507500.1 MBT5488157.1 46.5 523 261 5 302 823 1 505 3.68e-145 443 WP_061278828.1 WP_061278828.1 99.5 1406 7 0 1 1406 1 1406 0.0 2818 WP_061278828.1 WP_261665820.1 48.0 1440 644 17 6 1404 16 1391 0.0 1283 WP_061278828.1 BBG20955.1 45.6 1492 683 22 6 1374 1395 2881 0.0 1228 PUZ48934.1 PUZ48934.1 100 184 0 0 1 184 1 184 6.79e-137 378 PUZ48934.1 KAG7553039.1 42.2 45 26 0 30 74 176 220 1.28e-05 42.7 WP_036471418.1 WP_036471418.1 100 430 0 0 1 430 1 430 0.0 890 WP_036471418.1 WP_007427566.1 54.2 432 195 2 1 430 1 431 5.15e-170 482 MBK9356005.1 MBK9356005.1 95.1 308 15 0 1 308 1 308 6.95e-219 595 NOR15507.1 NOR15507.1 100 67 0 0 1 67 1 67 4.63e-48 144 UMF87224.1 UMF87224.1 99.2 7092 57 0 1 7092 1 7092 0.0 14354 UMF87224.1 QWC83326.1 98.9 7096 72 2 1 7092 1 7096 0.0 14324 UMF87224.1 QVD87869.1 98.9 7093 76 1 1 7092 1 7093 0.0 14324 UMF87224.1 WEU87158.1 98.9 7096 74 2 1 7092 1 7096 0.0 14320 UMF87224.1 URQ55824.1 98.9 7093 78 1 1 7092 1 7093 0.0 14319 UMF87224.1 UZO53924.1 98.9 7093 78 1 1 7092 1 7093 0.0 14318 UMF87224.1 QSZ25555.1 98.9 7096 76 2 1 7092 1 7096 0.0 14318 UMF87224.1 UVB16817.1 98.9 7093 77 1 1 7092 1 7093 0.0 14317 UMF87224.1 UBP50947.1 98.9 7096 77 2 1 7092 1 7096 0.0 14312 UMF87224.1 UBD95131.1 98.8 7096 79 2 1 7092 1 7096 0.0 14307 UMF87224.1 UEC52718.1 98.8 7096 80 2 1 7092 1 7096 0.0 14302 UMF87224.1 UIR12670.1 98.7 7092 91 0 1 7092 1 7092 0.0 14281 UMF87224.1 QZU16279.1 98.5 7096 103 2 1 7092 1 7096 0.0 14250 UMF87224.1 UPA83906.1 98.5 7092 108 0 1 7092 1 7092 0.0 14239 UMF87224.1 UBR86455.1 98.1 7095 133 2 2 7092 1 7095 0.0 14174 UMF87224.1 UXX67934.1 97.9 7093 146 1 1 7092 1 7093 0.0 14153 UMF87224.1 UCP72061.1 97.8 7096 154 2 1 7092 1 7096 0.0 14129 UMF87224.1 UCP77012.1 97.6 7096 165 2 1 7092 1 7096 0.0 14105 UMF87224.1 UKN67998.1 97.6 7072 170 0 21 7092 1 7072 0.0 14047 UMF87224.1 WHE12941.1 97.3 7067 189 1 27 7092 1 7067 0.0 13999 UMF87224.1 UGA79226.1 96.7 7096 231 2 1 7092 1 7096 0.0 13948 UMF87224.1 UAQ80067.1 96.2 7096 264 2 1 7092 1 7096 0.0 13858 UMF87224.1 UJT06733.1 95.6 7092 313 0 1 7092 1 7092 0.0 13718 UMF87224.1 UVI10561.1 95.5 7066 320 1 28 7092 1 7066 0.0 13683 UMF87224.1 UOU30556.1 94.1 7093 414 1 1 7092 1 7093 0.0 13474 UMF87224.1 UMA88644.1 91.0 7071 636 0 22 7092 1 7071 0.0 12903 UMF87224.1 WAS49087.1 89.7 7093 733 1 1 7092 1 7093 0.0 12689 UMF87224.1 WGP98278.1 84.3 7096 1109 2 1 7092 1 7096 0.0 11760 UMF87224.1 ULA23837.2 99.0 4397 46 0 1 4397 1 4397 0.0 8876 UMF87224.1 UXH94526.1 98.9 4397 47 0 1 4397 1 4397 0.0 8871 UMF87224.1 QXR94354.1 98.8 4398 53 1 1 4397 1 4398 0.0 8862 UMF87224.1 QTD03487.1 98.7 4401 54 2 1 4397 1 4401 0.0 8858 UMF87224.1 UPP41269.1 98.7 4398 57 1 1 4397 1 4398 0.0 8856 UMF87224.1 QTM79632.1 98.7 4398 55 1 1 4397 1 4398 0.0 8855 UMF87224.1 USR14792.1 98.7 4398 58 1 1 4397 1 4398 0.0 8853 UMF87224.1 QTZ27226.1 98.7 4398 57 1 1 4397 1 4398 0.0 8851 UMF87224.1 UFM00670.1 98.6 4401 57 2 1 4397 1 4401 0.0 8847 UMF87224.1 UEC68750.1 98.7 4401 55 2 1 4397 1 4401 0.0 8846 UMF87224.1 UKU68032.1 98.6 4397 60 0 1 4397 1 4397 0.0 8843 UMF87224.1 UHM53165.1 98.6 4401 57 2 1 4397 1 4401 0.0 8842 UMF87224.1 UFM02602.1 98.6 4401 57 2 1 4397 1 4401 0.0 8841 UMF87224.1 UBL45068.1 98.6 4401 57 2 1 4397 1 4401 0.0 8839 UMF87224.1 UJV88611.1 97.0 4397 132 0 1 4397 1 4397 0.0 8680 UMF87224.1 UJJ97602.1 96.7 4397 145 0 1 4397 1 4397 0.0 8647 UMF87224.1 UJS94137.1 98.0 4292 84 0 106 4397 1 4292 0.0 8571 UMF87224.1 ULB83374.1 95.8 4397 186 0 1 4397 1 4397 0.0 8543 UMF87224.1 UGB98301.1 93.2 4401 295 2 1 4397 1 4401 0.0 8269 UMF87224.1 QRX02582.1 98.7 4098 50 2 1 4094 1 4098 0.0 8231 UMF87224.1 UFA30503.1 92.3 4340 329 2 27 4362 1 4340 0.0 8048 UMF87224.1 WGP70063.1 91.3 4369 376 2 1 4365 1 4369 0.0 7998 UMF87224.1 UNI03201.1 90.3 4374 421 2 27 4397 1 4374 0.0 7989 UMF87224.1 WEI27974.1 90.2 4398 428 1 1 4397 1 4398 0.0 7952 UMF87224.1 UEX07109.1 86.9 4375 570 2 27 4397 1 4375 0.0 7565 UMF87224.1 URP80785.1 81.8 4371 796 1 28 4397 1 4371 0.0 7045 UMF87224.1 UYE49180.1 75.5 4398 1077 1 1 4397 1 4398 0.0 6318 UMF87224.1 UPB00876.1 75.6 4371 1064 1 28 4397 1 4371 0.0 6316 UMF87224.1 WGQ72821.1 65.6 4344 1492 2 26 4365 1 4344 0.0 5200 MCK4600250.1 MCK4600250.1 100 138 0 0 1 138 1 138 1.19e-101 285 HCE70276.1 HCE70276.1 100 176 0 0 1 176 1 176 6.34e-129 357 HCE70276.1 AMS43029.1 61.2 178 67 1 1 176 65 242 3.70e-69 211 WP_062723913.1 WP_062723913.1 100 308 0 0 1 308 1 308 4.76e-226 613 MBQ7943218.1 MBQ7943218.1 95.9 241 10 0 1 241 1 241 3.93e-171 469 WP_140264131.1 WP_140264131.1 100 207 0 0 1 207 1 207 5.69e-154 423 WP_140264131.1 WP_102576363.1 43.8 201 112 1 1 201 1 200 1.08e-57 179 WP_003333677.1 WP_003333677.1 100 552 0 0 1 552 1 552 0.0 1139 WP_170365402.1 WP_170365402.1 100 247 0 0 1 247 1 247 2.20e-180 493 WP_248214628.1 WP_248214628.1 100 93 0 0 1 93 1 93 5.01e-66 191 ENN81602.1 ENN81602.1 96.1 803 31 0 1 803 1 803 0.0 1553 WP_175863615.1 WP_175863615.1 100 67 0 0 1 67 1 67 1.06e-44 135 NOU36639.1 NOU36639.1 100 547 0 0 1 547 1 547 0.0 1128 NOU36639.1 WP_145031602.1 58.3 549 221 4 3 545 13 559 4.77e-236 659 NOU36639.1 XP_045807497.1 47.5 535 259 8 21 545 259 781 1.59e-162 480 KAJ5463595.1 KAJ5463595.1 100 580 0 0 1 580 1 580 0.0 1206 MBZ0263796.1 MBZ0263796.1 84.1 63 10 0 1 63 1 63 5.53e-34 108 XP_047491136.1 XP_047491136.1 97.6 1071 26 0 1 1071 1 1071 0.0 2114 XP_047491136.1 EFB15155.1 45.5 134 73 0 829 962 430 563 4.04e-34 137 XP_047491136.1 KAB0382747.1 49.6 131 66 0 829 959 618 748 4.49e-34 139 XP_047491136.1 XP_023822602.1 47.3 131 69 0 829 959 443 573 1.07e-33 136 XP_047491136.1 XP_044902674.1 46.6 131 70 0 829 959 339 469 8.99e-33 134 XP_047491136.1 XP_017706045.1 43.6 133 75 0 829 961 432 564 1.93e-31 130 XP_047491136.1 PVD36313.1 33.1 133 88 1 829 960 550 682 1.37e-20 96.7 XP_047491136.1 WAR09170.1 32.8 119 55 2 850 943 19 137 2.08e-13 69.3 XP_047491136.1 XP_013164386.1 36.1 83 53 0 829 911 441 523 5.80e-09 58.2 XP_047491136.1 XP_028733567.1 43.4 53 30 0 887 939 756 808 5.00e-07 52.4 MBN1882318.1 MBN1882318.1 100 189 0 0 1 189 1 189 3.61e-139 384 MBN1882318.1 WP_028779961.1 36.1 108 64 1 48 155 39 141 6.13e-22 85.9 MBN1882318.1 MCB0773217.1 31.8 132 74 4 35 155 40 166 2.70e-14 66.2 MBN1882318.1 WP_229055514.1 25.0 104 75 1 54 154 31 134 8.39e-10 53.5 MCP3920706.1 MCP3920706.1 100 573 0 0 1 573 1 573 0.0 1151 WP_159463829.1 WP_159463829.1 96.6 590 20 0 1 590 1 590 0.0 1112 WP_159463829.1 WP_221977168.1 35.2 247 142 4 357 587 15 259 7.87e-36 133 WP_159463829.1 WP_276362074.1 34.1 258 136 7 357 587 4 254 9.30e-35 130 WP_159463829.1 WP_076409454.1 30.0 230 144 5 357 576 4 226 3.03e-26 108 WP_159463829.1 MBP1876254.1 29.8 218 144 5 368 576 16 233 5.29e-15 75.1 WP_159463829.1 WP_197521413.1 24.8 226 138 9 357 567 1 209 1.41e-08 54.7 WP_159463829.1 WP_281034490.1 30.0 60 40 1 527 584 2 61 3.55e-06 45.8 WP_026750608.1 WP_026750608.1 100 84 0 0 1 84 1 84 1.21e-53 159 EER8306359.1 EER8306359.1 95.7 299 13 0 1 299 1 299 4.45e-206 562 EER8306359.1 EFL3122059.1 76.8 82 19 0 218 299 4 85 4.34e-38 135 EER8306359.1 EFI7849450.1 98.3 60 1 0 240 299 1 60 1.21e-36 127 EER8306359.1 EIH4263652.1 77.9 77 17 0 223 299 1 77 4.40e-34 129 EER8306359.1 EFL5817307.1 83.3 30 5 0 270 299 1 30 1.73e-09 56.6 WP_004619799.1 WP_004619799.1 97.8 400 9 0 1 400 1 400 2.36e-277 751 WP_004619799.1 MCP1651746.1 70.6 398 115 2 5 400 7 404 3.17e-195 543 WP_004619799.1 WP_074825075.1 48.5 396 193 6 7 400 6 392 4.14e-111 329 WP_004619799.1 EDH4057100.1 43.6 401 200 8 7 400 6 387 8.35e-90 275 WP_004619799.1 WP_078429679.1 41.3 395 220 7 7 398 6 391 1.53e-85 264 WP_004619799.1 WP_277084622.1 48.8 320 150 6 87 399 1 313 1.65e-82 253 WP_004619799.1 MBA2536487.1 39.5 397 219 7 5 398 4 382 1.43e-70 225 WP_004619799.1 WP_083141943.1 37.6 402 223 8 7 400 6 387 8.27e-67 215 WP_004619799.1 GAN03156.1 36.8 402 224 11 7 399 31 411 1.14e-66 216 WP_004619799.1 XP_040685867.1 35.7 395 222 10 11 394 41 414 3.63e-58 194 WP_184698676.1 WP_184698676.1 100 771 0 0 1 771 1 771 0.0 1569 WP_184698676.1 EJH9475741.1 39.3 779 437 16 8 766 13 775 2.59e-176 523 WP_184698676.1 WP_220281278.1 29.7 727 432 21 66 750 123 812 1.18e-87 292 WP_010502862.1 WP_010502862.1 100 177 0 0 1 177 1 177 8.32e-130 359 MBR2359580.1 MBR2359580.1 100 103 0 0 1 103 1 103 2.01e-72 208 MBR2359580.1 WP_085004337.1 36.8 68 26 3 9 75 13 64 2.12e-05 38.5 WP_055449466.1 WP_055449466.1 97.0 302 9 0 1 302 1 302 1.57e-212 579 WP_136955567.1 WP_136955567.1 100 330 0 0 1 330 1 330 2.10e-231 629 WP_069367753.1 WP_069367753.1 96.0 278 11 0 1 278 1 278 1.06e-207 565 WP_069367753.1 WP_101936735.1 27.9 147 83 4 149 272 170 316 1.34e-09 56.2 WP_110307043.1 WP_110307043.1 100 126 0 0 1 126 1 126 9.39e-91 256 WP_100173513.1 WP_100173513.1 100 100 0 0 1 100 1 100 1.28e-69 201 WP_120370033.1 WP_120370033.1 96.4 275 10 0 1 275 1 275 6.57e-196 535 MCE9577072.1 MCE9577072.1 100 327 0 0 1 327 1 327 1.39e-239 649 MBL4744408.1 MBL4744408.1 98.9 1044 12 0 1 1044 1 1044 0.0 2079 MBL4744408.1 WP_110366458.1 31.5 1057 693 12 1 1044 1 1039 4.36e-184 573 MBL4744408.1 WP_265225845.1 23.8 1086 730 23 5 1031 3 1050 3.15e-67 244 MBL4744408.1 WP_039608285.1 21.9 1057 748 19 5 1036 3 1007 3.22e-58 216 MBL4744408.1 TME45086.1 25.7 685 448 13 65 715 63 720 9.03e-44 169 MBL4744408.1 MBT8462299.1 24.2 157 102 3 844 997 2 144 5.11e-06 47.4 NDD01017.1 NDD01017.1 100 306 0 0 1 306 1 306 1.38e-233 632 NDD01017.1 CAI2640540.1 28.5 316 186 12 2 293 42 341 8.17e-20 86.7 MBY0289623.1 MBY0289623.1 96.9 393 12 0 1 393 1 393 8.84e-274 741 MBY0289623.1 MCR5335843.1 36.8 375 221 6 9 375 8 374 2.84e-64 209 MBY0289623.1 WP_167324608.1 30.1 276 172 4 1 255 1 276 1.71e-35 134 WP_044453403.1 WP_044453403.1 97.1 314 9 0 1 314 1 314 6.23e-225 611 WP_044453403.1 WP_096722254.1 63.4 295 104 1 1 295 1 291 9.37e-139 393 WP_044453403.1 WP_241524600.1 25.9 309 207 8 1 294 1 302 4.82e-08 52.0 WP_044453403.1 WP_200986363.1 23.6 161 118 2 1 160 1 157 3.45e-05 43.1 WP_044453403.1 MBL0087235.1 34.9 86 52 1 1 86 1 82 7.79e-05 42.0 PYX98855.1 PYX98855.1 100 58 0 0 1 58 1 58 2.09e-38 119 WP_253783299.1 WP_253783299.1 100 294 0 0 1 294 1 294 3.57e-214 582 WP_253783299.1 WP_274423713.1 36.0 272 164 5 15 285 17 279 1.66e-36 130 EFV9236312.1 EFV9236312.1 100 59 0 0 1 59 1 59 5.48e-39 120 MCF8210731.1 MCF8210731.1 100 290 0 0 1 290 1 290 2.96e-220 597 MCF8210731.1 WP_258825945.1 72.3 289 80 0 1 289 1 289 4.14e-163 453 WP_181110053.1 WP_181110053.1 100 512 0 0 1 512 1 512 0.0 1003 WP_251376328.1 WP_251376328.1 100 199 0 0 1 199 1 199 4.03e-150 412 MBN1266236.1 MBN1266236.1 92.8 629 45 0 1 629 1 629 0.0 1169 MBN1266236.1 WP_013559898.1 33.7 190 110 3 146 327 106 287 1.57e-26 108 MBN1266236.1 MBF1369421.1 27.7 235 120 8 146 347 32 249 9.22e-12 66.6 WP_230078324.1 WP_230078324.1 100 235 0 0 1 235 1 235 1.38e-177 485 WP_029165724.1 WP_029165724.1 100 273 0 0 1 273 1 273 1.63e-204 556 WP_234523932.1 WP_234523932.1 84.5 155 24 0 1 155 1 155 3.46e-91 260 TKJ47549.1 TKJ47549.1 96.9 356 11 0 1 356 1 356 5.57e-256 693 KUK66960.1 KUK66960.1 100 414 0 0 1 414 1 414 1.61e-298 806 KUK66960.1 WP_279652328.1 29.4 248 168 3 106 346 146 393 1.61e-33 129 KAF2778654.1 KAF2778654.1 100 601 0 0 1 601 1 601 0.0 1207 KAF2778654.1 WP_013559898.1 25.0 136 87 2 192 312 110 245 2.65e-05 44.7 MBL7183650.1 MBL7183650.1 91.7 507 42 0 1 507 1 507 0.0 878 OEL34993.1 OEL34993.1 100 315 0 0 1 315 1 315 3.67e-238 645 KAG2288705.1 KAG2288705.1 100 67 0 0 1 67 1 67 1.76e-43 132 WP_196132500.1 WP_196132500.1 100 297 0 0 1 297 1 297 8.56e-228 617 MBY5764273.1 MBY5764273.1 100 341 0 0 1 341 1 341 6.28e-259 699 MOP14804.1 MOP14804.1 100 20 0 0 1 20 1 20 8.54e-10 44.7 MCC6757021.1 MCC6757021.1 100 117 0 0 1 117 1 117 2.90e-83 237 GMA85510.1 GMA85510.1 94.3 333 19 0 1 333 1 333 2.89e-235 639 OAN53756.1 OAN53756.1 100 259 0 0 1 259 1 259 6.62e-197 536 OAN53756.1 WP_174822921.1 70.9 251 73 0 9 259 5 255 4.41e-137 384 OAN53756.1 MXP43753.1 71.6 250 71 0 10 259 13 262 2.30e-136 383 OAN53756.1 MBC7326981.1 58.7 254 103 2 7 259 2 254 3.40e-108 311 OAN53756.1 WP_207918089.1 61.4 246 94 1 14 259 8 252 3.68e-107 308 OAN53756.1 WP_158791585.1 55.3 246 106 4 16 259 9 252 3.43e-93 273 OAN53756.1 WP_279984614.1 31.6 253 148 6 15 255 13 252 7.78e-35 124 OAN53756.1 MWR41881.1 31.6 234 136 7 32 256 49 267 1.22e-33 121 OAN53756.1 WP_098952357.1 37.1 240 128 10 25 254 29 255 2.13e-32 119 OAN53756.1 MCP5262709.1 32.0 250 155 9 17 257 11 254 8.67e-31 115 OAN53756.1 WP_227059655.1 30.8 279 166 10 1 256 2 276 1.65e-28 112 OAN53756.1 WP_192324556.1 33.8 234 138 7 25 251 343 566 1.93e-27 108 OAN53756.1 GLY24463.1 31.7 243 150 9 22 254 19 255 6.81e-27 104 OAN53756.1 WP_247749043.1 31.8 217 126 7 29 236 376 579 3.43e-25 102 OAN53756.1 WP_107894076.1 29.0 238 149 8 29 254 27 256 1.81e-24 98.2 OAN53756.1 WP_276362074.1 30.2 245 152 7 21 254 14 250 5.69e-22 90.1 OAN53756.1 WP_084371009.1 24.6 224 152 5 12 233 3 211 2.31e-21 89.4 OAN53756.1 WP_152652784.1 31.8 201 121 7 21 219 15 201 6.33e-21 88.2 OAN53756.1 MBQ3864274.1 27.3 238 155 7 25 255 34 260 1.50e-20 87.4 OAN53756.1 WP_008134825.1 32.7 226 135 7 12 230 613 828 4.11e-20 87.8 OAN53756.1 WP_221977168.1 28.4 232 149 6 14 237 18 240 1.50e-18 80.9 OAN53756.1 WP_071876418.1 27.8 212 131 8 30 233 24 221 2.69e-17 79.3 OAN53756.1 WP_150396769.1 28.7 216 138 9 26 236 39 243 4.11e-12 63.9 OAN53756.1 WP_153844272.1 23.8 240 145 7 12 233 6 225 1.10e-09 56.6 OAN53756.1 KAF9974715.1 26.2 191 110 6 30 215 484 648 1.92e-09 56.2 OAN53756.1 WP_185334683.1 24.6 224 146 9 30 246 23 230 6.54e-09 54.3 HHT66172.1 HHT66172.1 100 126 0 0 1 126 1 126 7.72e-90 254 KAI1051942.1 KAI1051942.1 97.0 908 27 0 1 908 1 908 0.0 1803 KAI1051942.1 MBE3049203.1 50.0 134 67 0 296 429 1 134 1.95e-39 140 WP_137202811.1 WP_137202811.1 98.6 1452 21 0 1 1452 1 1452 0.0 2905 WP_137202811.1 WP_200200480.1 34.6 283 167 4 1174 1448 563 835 9.36e-41 162 WP_137202811.1 MBA3614174.1 33.6 247 151 10 1177 1422 504 738 1.59e-31 132 WP_137202811.1 WP_209090305.1 25.8 256 159 12 911 1146 3 247 6.19e-10 60.8 MCP5262709.1 MCP5262709.1 100 325 0 0 1 325 1 325 2.30e-237 644 MCP5262709.1 WP_107894076.1 45.2 314 169 3 1 313 5 316 2.13e-99 294 MCP5262709.1 GLY24463.1 45.8 321 172 2 1 320 4 323 4.73e-98 291 MCP5262709.1 WP_066083732.1 46.7 321 159 4 1 314 6 321 7.45e-97 288 MCP5262709.1 WP_131166802.1 49.7 302 150 2 1 300 5 306 6.47e-94 281 MCP5262709.1 WP_192324556.1 49.3 272 131 3 1 265 13 284 3.57e-81 256 MCP5262709.1 WP_227059655.1 44.6 316 149 5 1 305 17 317 9.16e-78 248 MCP5262709.1 WP_098952357.1 40.7 329 178 6 1 320 3 323 9.89e-69 216 MCP5262709.1 MBQ3864274.1 39.7 295 171 4 6 300 21 308 4.80e-67 211 MCP5262709.1 RUU66461.1 42.9 259 134 4 4 255 82 333 1.07e-59 194 MCP5262709.1 MBU5353226.1 39.4 264 142 5 1 255 4 258 3.71e-59 191 MCP5262709.1 QCM13287.1 41.5 270 150 5 1 269 9 271 5.48e-57 184 MCP5262709.1 OAN53756.1 32.0 250 155 9 11 254 17 257 1.09e-30 115 MCP5262709.1 WP_008470196.1 30.0 233 148 9 11 241 15 234 3.52e-30 113 MCP5262709.1 MBT4161918.1 34.0 209 128 5 21 229 26 224 1.10e-28 108 MCP5262709.1 WP_174822921.1 31.7 246 151 10 16 254 18 253 1.06e-25 101 MCP5262709.1 WP_207918089.1 29.1 265 162 11 1 252 1 252 1.38e-25 101 MCP5262709.1 WP_279984614.1 29.4 221 136 6 21 233 25 233 2.48e-25 100 MCP5262709.1 MXP43753.1 31.0 245 154 9 16 254 25 260 8.66e-25 99.4 MCP5262709.1 MBC7326981.1 26.4 261 166 9 8 252 4 254 4.94e-22 91.7 MCP5262709.1 MCC6044083.1 36.4 173 100 6 38 210 40 202 4.58e-21 90.1 MCP5262709.1 WP_158791585.1 27.8 259 154 11 11 252 10 252 2.13e-19 84.3 MCP5262709.1 EHH5649593.1 28.1 235 139 8 28 259 25 232 4.00e-19 84.3 MCP5262709.1 WP_256546297.1 26.7 247 151 8 1 233 23 253 2.80e-18 81.6 MCP5262709.1 WP_211555180.1 27.8 209 140 6 21 229 19 216 2.96e-13 66.6 MCP5262709.1 WP_152652784.1 25.3 324 197 12 1 305 1 298 4.72e-13 67.0 MCP5262709.1 KAF9974715.1 27.6 225 136 8 21 238 1123 1327 1.75e-10 60.5 MCP5262709.1 WP_150396769.1 29.7 219 135 8 20 233 39 243 5.33e-08 52.4 MCP5262709.1 WP_041710957.1 27.1 85 58 2 147 231 94 174 3.75e-05 43.5 MBA0617731.1 MBA0617731.1 100 146 0 0 1 146 1 146 4.05e-106 297 SOE69513.1 SOE69513.1 95.8 477 20 0 27 503 27 503 0.0 895 WP_125770870.1 WP_125770870.1 83.5 79 13 0 1 79 1 79 2.65e-39 124 OGD46026.1 OGD46026.1 100 524 0 0 1 524 1 524 0.0 1078 KAG1590416.1 KAG1590416.1 97.4 389 10 0 1 389 1 389 1.97e-284 768 KAG1590416.1 XP_048379117.1 40.8 326 181 4 47 367 231 549 1.24e-83 264 KAG1590416.1 RQM16216.1 41.6 303 170 3 69 366 392 692 4.66e-80 259 KAG1590416.1 XP_029528577.1 42.9 294 163 3 76 365 26 318 5.13e-78 243 KAG1590416.1 EYU24504.1 38.1 331 145 7 71 364 180 487 2.93e-65 216 KAG1590416.1 NXD84883.1 36.2 318 184 6 69 375 77 386 3.76e-62 207 KAG1590416.1 XP_046441060.1 36.9 241 148 4 80 317 61 300 1.73e-46 168 KAG1590416.1 XP_020321477.1 34.9 252 153 5 77 322 50 296 4.43e-46 167 KAG1590416.1 XP_048216280.1 33.5 272 155 6 84 336 24 288 1.90e-41 149 KAG1590416.1 XP_030620685.1 35.1 271 135 7 86 334 102 353 3.73e-40 145 KAG1590416.1 XP_008215352.1 32.6 285 181 6 80 353 188 472 5.46e-40 148 KAG1590416.1 XP_019384620.1 29.6 270 166 9 86 338 21 283 6.35e-31 123 KAG1590416.1 XP_051566275.1 27.0 274 182 8 72 335 1233 1498 3.01e-28 115 KAG1590416.1 KAH6984898.1 27.4 288 149 8 80 310 24 308 2.72e-27 112 KAJ7170950.1 KAJ7170950.1 97.3 404 11 0 1 404 1 404 6.56e-302 813 VTD69375.1 VTD69375.1 100 175 0 0 1 175 1 175 1.69e-128 356 VTD69375.1 WP_195156489.1 89.6 48 5 0 128 175 1 48 7.88e-23 84.3 PIY74148.1 PIY74148.1 100 618 0 0 1 618 1 618 0.0 1279 PIY74148.1 MBL6756473.1 39.3 633 350 12 1 610 68 689 2.51e-135 412 PIY74148.1 WP_226865765.1 31.1 611 388 17 1 602 23 609 6.74e-75 249 PIY74148.1 KXK41164.1 45.6 285 140 3 1 278 28 304 1.89e-74 239 PIY74148.1 WP_240053789.1 28.2 273 169 9 2 265 29 283 2.61e-18 84.7 PIY74148.1 WP_220492852.1 40.7 81 36 3 507 575 735 815 4.86e-07 51.2 PIY74148.1 WP_278906630.1 51.0 49 23 1 1 48 23 71 1.04e-05 47.0 MCR5435766.1 MCR5435766.1 98.2 560 10 0 1 560 1 560 0.0 1119 WP_123159424.1 WP_123159424.1 100 930 0 0 1 930 1 930 0.0 1929 WP_123159424.1 WP_081224968.1 54.8 921 403 9 1 916 1 913 0.0 1033 WP_123159424.1 MCB9999913.1 35.4 1017 522 20 6 896 20 1027 1.08e-188 570 WP_123159424.1 SCL13606.1 23.1 822 514 29 3 773 42 796 2.84e-41 162 WP_123159424.1 WP_194957532.1 23.3 828 432 28 27 771 12 719 5.06e-32 132 WP_123159424.1 XP_053592881.1 22.3 632 350 22 57 620 77 635 6.73e-14 74.3 HAQ5294203.1 HAQ5294203.1 100 759 0 0 1 759 1 759 0.0 1509 MCD6306959.1 MCD6306959.1 100 336 0 0 1 336 1 336 3.49e-258 697 MCD6306959.1 WP_275196335.1 24.5 273 189 6 41 306 34 296 1.01e-15 75.1 QCM13287.1 QCM13287.1 100 281 0 0 1 281 1 281 1.01e-202 552 QCM13287.1 WP_066083732.1 43.8 267 143 4 8 267 5 271 6.14e-70 218 QCM13287.1 WP_131166802.1 45.4 260 135 3 6 258 2 261 2.25e-68 214 QCM13287.1 WP_192324556.1 43.7 270 139 6 1 258 6 274 1.92e-60 200 QCM13287.1 WP_107894076.1 40.9 259 143 6 9 259 5 261 1.48e-59 191 QCM13287.1 MCP5262709.1 41.5 270 150 5 9 271 1 269 4.74e-57 184 QCM13287.1 WP_227059655.1 40.7 263 144 4 8 258 16 278 4.41e-52 178 QCM13287.1 GLY24463.1 39.5 256 149 3 9 258 4 259 1.27e-50 167 QCM13287.1 WP_098952357.1 35.5 279 143 9 9 264 3 267 6.02e-37 132 QCM13287.1 WP_142931103.1 27.4 226 137 7 27 251 20 219 7.15e-19 84.3 QCM13287.1 RUU66461.1 41.1 56 30 1 206 258 1 56 2.36e-05 43.5 MBS0252923.1 MBS0252923.1 100 162 0 0 1 162 1 162 7.30e-119 330 WP_252541609.1 WP_252541609.1 91.4 394 34 0 1 394 1 394 2.10e-261 710 WP_252541609.1 WP_144384753.1 36.7 335 168 5 59 393 56 346 1.66e-59 195 WP_252541609.1 MCO5330244.1 41.0 122 65 3 278 392 306 427 4.23e-16 77.8 WP_062640876.1 WP_062640876.1 100 299 0 0 1 299 1 299 5.56e-225 610 WP_062640876.1 MAJ71254.1 34.8 310 178 5 1 291 1 305 2.98e-46 156 WP_062640876.1 WP_069083484.1 30.7 293 194 4 3 290 6 294 7.54e-34 124 KOO34710.1 KOO34710.1 100 77 0 0 1 77 1 77 3.67e-50 151 WP_121334391.1 WP_121334391.1 100 437 0 0 1 437 1 437 3.23e-296 802 YP_010462557.1 YP_010462557.1 100 393 0 0 1 393 1 393 2.54e-298 803 YP_010462557.1 WP_222594143.1 36.7 417 236 3 3 393 51 465 1.85e-91 281 YP_010462557.1 WP_262043205.1 29.7 387 237 9 12 393 181 537 6.07e-33 128 MCR5237392.1 MCR5237392.1 100 348 0 0 1 348 1 348 7.97e-261 705 WP_015527010.1 WP_015527010.1 100 411 0 0 1 411 1 411 1.52e-315 848 MCB0094774.1 MCB0094774.1 100 173 0 0 1 173 1 173 6.62e-125 347 WP_251767892.1 WP_251767892.1 100 202 0 0 1 202 1 202 5.08e-150 412 WP_220742815.1 WP_220742815.1 95.0 201 10 0 1 201 1 201 7.65e-131 364 NNE23115.1 NNE23115.1 100 355 0 0 1 355 1 355 6.63e-268 723 NNE23115.1 WP_011057593.1 33.2 367 201 7 2 348 4 346 4.34e-62 201 NNE23115.1 WP_237907640.1 35.0 317 187 4 5 310 6 314 2.70e-60 196 NNE23115.1 WP_258581409.1 33.6 357 222 5 3 347 4 357 1.63e-57 189 NNE23115.1 WP_109219819.1 37.7 231 144 0 5 235 20 250 7.68e-48 164 NNE23115.1 WP_088153117.1 32.3 201 124 3 28 220 24 220 2.10e-27 109 NNE23115.1 WP_247749043.1 30.4 224 137 8 15 223 368 587 5.37e-17 80.5 NNE23115.1 NVM03966.1 29.4 180 120 3 33 211 53 226 1.25e-15 75.1 NNE23115.1 MBQ3864274.1 32.3 155 96 6 33 178 51 205 7.89e-15 72.8 NNE23115.1 THW78755.1 27.6 170 111 4 22 191 488 645 5.72e-11 62.4 NNE23115.1 KAJ5168969.1 26.7 172 113 5 27 189 532 699 8.58e-11 61.6 NNE23115.1 WP_041481207.1 28.6 196 110 6 8 178 333 523 9.62e-11 61.2 NNE23115.1 KAI7371949.1 27.9 208 126 9 22 215 671 868 1.21e-10 61.2 NNE23115.1 WP_060613079.1 26.6 207 140 6 22 220 363 565 2.35e-10 60.1 WP_238785931.1 WP_238785931.1 97.3 856 23 0 1 856 1 856 0.0 1707 MCF3123421.1 MCF3123421.1 100 228 0 0 1 228 1 228 3.51e-163 448 KAJ5976390.1 KAJ5976390.1 96.2 292 11 0 1 292 1 292 2.82e-210 572 NPA33962.1 NPA33962.1 97.9 531 11 0 1 531 1 531 0.0 1066 WP_071563317.1 WP_071563317.1 100 243 0 0 1 243 1 243 5.87e-183 499 WP_236961032.1 WP_236961032.1 100 93 0 0 1 93 1 93 2.58e-68 197 WP_236961032.1 WP_146205473.1 61.9 42 16 0 49 90 1 42 2.03e-13 57.8 AIG14299.1 AIG14299.1 100 215 0 0 1 215 1 215 8.71e-162 443 AIG14299.1 QJX39570.1 74.9 215 46 1 1 215 1 207 7.35e-118 332 AIG14299.1 AAW57761.1 69.0 216 56 3 1 215 1 206 1.08e-105 301 KIX64119.1 KIX64119.1 95.6 228 10 0 1 228 1 228 2.37e-161 443 WP_063603400.1 WP_063603400.1 100 439 0 0 1 439 1 439 0.0 896 WP_063603400.1 EFK2137151.1 32.4 423 275 6 1 418 22 438 8.87e-58 195 WP_063603400.1 KAA3621416.1 20.5 307 190 8 116 396 140 418 4.99e-07 50.1 WP_218965839.1 WP_218965839.1 100 303 0 0 1 303 1 303 1.32e-234 635 WP_218965839.1 EDD0587303.1 45.7 186 95 5 2 183 1076 1259 1.38e-42 154 WP_173789750.1 WP_173789750.1 100 317 0 0 1 317 1 317 1.15e-242 656 NXS49052.1 NXS49052.1 91.7 408 34 0 1 408 1 408 2.15e-238 653 NXS49052.1 XP_023957144.1 39.1 473 210 10 1 407 380 840 1.76e-37 143 NXS49052.1 XP_025268496.1 37.0 273 98 5 112 313 351 620 2.43e-18 85.5 NXS49052.1 XP_055289786.1 36.1 402 157 13 66 406 277 639 5.63e-18 84.7 NXS49052.1 XP_036437421.1 42.9 175 67 5 106 262 675 834 2.00e-10 61.2 MBL6756473.1 MBL6756473.1 98.0 761 15 0 1 761 1 761 0.0 1523 MBL6756473.1 PIY74148.1 41.2 634 337 14 68 689 1 610 5.75e-146 439 MBL6756473.1 KXK41164.1 44.9 303 159 3 42 338 2 302 9.93e-78 251 MBL6756473.1 WP_226865765.1 30.6 661 374 18 47 678 2 606 6.61e-73 247 MBL6756473.1 WP_240053789.1 28.8 299 178 8 48 331 9 287 2.11e-27 112 MBL6756473.1 WP_278906630.1 37.3 67 42 0 52 118 7 73 1.56e-06 50.1 MBL6756473.1 WP_220492852.1 30.8 130 76 5 14 138 163 283 5.79e-06 48.1 MBL6756473.1 WP_281498184.1 35.4 79 48 2 60 137 24 100 6.01e-05 44.7 MBN9390566.1 MBN9390566.1 100 185 0 0 1 185 1 185 4.39e-129 358 WP_174048133.1 WP_174048133.1 100 406 0 0 1 406 1 406 5.95e-315 847 EIG7023758.1 EIG7023758.1 100 585 0 0 1 585 1 585 0.0 1215 KAG8015916.1 KAG8015916.1 100 175 0 0 1 175 1 175 5.03e-130 360 KAG8015916.1 HCH0658035.1 69.5 174 53 0 1 174 274 447 4.18e-88 264 WP_039085559.1 WP_039085559.1 100 457 0 0 1 457 1 457 0.0 962 WP_039085559.1 WP_145514932.1 41.5 455 258 4 5 457 9 457 1.33e-127 376 WP_224721611.1 WP_224721611.1 100 120 0 0 1 120 1 120 3.34e-88 249 VJO49958.1 VJO49958.1 100 535 0 0 1 535 1 535 0.0 1071 VJO49958.1 WP_125555296.1 47.2 538 252 7 5 517 4 534 3.66e-167 483 VJO49958.1 WP_253630899.1 29.3 535 296 17 9 525 43 513 1.65e-55 193 VJO49958.1 HAN2236324.1 32.8 131 56 4 6 104 186 316 1.18e-10 62.4 VJO49958.1 GAP55147.1 42.2 64 37 0 5 68 10 73 4.69e-10 54.7 MBK7771335.1 MBK7771335.1 88.5 104 12 0 1 104 1 104 2.17e-63 186 SQI90360.1 SQI90360.1 100 34 0 0 1 34 1 34 2.20e-19 69.7 MCH5250214.1 MCH5250214.1 100 897 0 0 1 897 1 897 0.0 1788 MCH5250214.1 EDN57974.1 32.9 541 337 8 155 675 359 893 3.36e-64 233 MCH5250214.1 KFX48203.1 31.3 530 282 15 186 666 686 1182 7.84e-62 226 MCH5250214.1 WP_138482356.1 37.8 249 148 3 184 430 409 652 1.54e-45 175 MCH5250214.1 TAL20232.1 37.2 242 145 3 186 423 227 465 5.70e-39 152 MCH5250214.1 WP_076194242.1 29.3 256 156 7 159 410 219 453 9.08e-27 113 MCH5250214.1 WP_257504872.1 21.9 333 200 12 123 419 221 529 3.12e-14 74.7 MCH5250214.1 MCL5028570.1 33.5 158 87 5 559 705 61 211 1.16e-11 65.9 MCH5250214.1 WP_069156513.1 28.9 135 91 2 560 693 2 132 4.34e-10 59.3 MCH5250214.1 WP_186723788.1 28.9 114 77 1 563 676 8 117 1.33e-06 48.9 WP_241468713.1 WP_241468713.1 100 1160 0 0 1 1160 1 1160 0.0 2376 WP_241468713.1 STF90731.1 99.7 646 2 0 1 646 1 646 0.0 1331 MCO5248061.1 MCO5248061.1 100 245 0 0 1 245 1 245 3.39e-183 500 RKT44589.1 RKT44589.1 97.6 254 6 0 1 254 1 254 6.44e-172 472 TDM00308.1 TDM00308.1 100 115 0 0 1 115 1 115 1.39e-80 230 TDM00308.1 MBR4471080.1 57.4 108 45 1 9 115 11 118 5.00e-38 122 TDM00308.1 KKP93192.1 45.3 128 54 1 3 114 2 129 3.39e-31 105 TDM00308.1 WP_148259014.1 48.1 108 54 1 9 114 12 119 1.67e-24 88.6 MCA6099904.1 MCA6099904.1 100 507 0 0 1 507 1 507 0.0 1028 MCA6099904.1 WP_089095302.1 29.7 536 308 21 1 492 1 511 2.81e-44 163 MCA6099904.1 WP_222599035.1 24.9 201 123 6 8 185 469 664 6.99e-09 56.6 RKU33385.1 RKU33385.1 94.9 275 14 0 1 275 1 275 2.56e-193 528 KAH7252800.1 KAH7252800.1 100 356 0 0 1 356 1 356 4.70e-273 736 KAH7252800.1 WP_006027485.1 35.9 298 171 9 7 297 1 285 6.44e-50 169 KAH7252800.1 MBO1529847.1 28.8 226 139 10 7 226 5 214 6.05e-16 76.3 KAH7252800.1 WP_167320363.1 22.1 262 149 8 7 257 1 218 2.50e-07 50.1 EIH6124474.1 EIH6124474.1 98.0 553 11 0 1 553 1 553 0.0 1072 EIH6124474.1 WP_261529150.1 35.6 216 100 7 164 342 388 601 9.10e-11 63.2 MBO8159537.1 MBO8159537.1 91.5 164 14 0 1 164 1 164 1.91e-106 299 WP_151206143.1 WP_151206143.1 100 502 0 0 1 502 1 502 0.0 1043 MBN8912970.1 MBN8912970.1 100 125 0 0 1 125 1 125 7.45e-92 259 TOP73014.1 TOP73014.1 100 99 0 0 1 99 1 99 6.89e-69 199 HAV89419.1 HAV89419.1 100 356 0 0 1 356 1 356 5.05e-268 724 WP_056688515.1 WP_056688515.1 100 269 0 0 1 269 1 269 1.80e-190 520 MBV9654022.1 MBV9654022.1 100 378 0 0 1 378 1 378 2.99e-278 751 WP_138572923.1 WP_138572923.1 97.1 350 10 0 1 350 1 350 1.08e-234 639 WP_138572923.1 WP_114861267.1 57.9 347 138 3 11 349 10 356 6.66e-122 353 WP_138572923.1 MBD5394228.1 23.3 309 210 11 49 347 7 298 1.26e-07 50.8 MBI2925684.1 MBI2925684.1 100 118 0 0 1 118 1 118 4.10e-79 226 WP_065519347.1 WP_065519347.1 100 368 0 0 1 368 1 368 4.76e-279 753 KAI8690655.1 KAI8690655.1 93.4 257 17 0 1 257 1 257 1.66e-180 494 KAG0363719.1 KAG0363719.1 100 78 0 0 1 78 1 78 3.00e-49 148 XP_031707624.1 XP_031707624.1 98.6 958 13 0 1 958 1 958 0.0 1949 MBT3590949.1 MBT3590949.1 100 380 0 0 1 380 1 380 1.48e-279 755 MBU0838658.1 MBU0838658.1 91.8 342 28 0 1 342 1 342 4.98e-236 642 ECB3502766.1 ECB3502766.1 100 219 0 0 1 219 1 219 1.49e-155 428 ECB3502766.1 EFB0579454.1 85.8 219 31 0 1 219 1 219 9.41e-130 375 WP_270757591.1 WP_270757591.1 100 396 0 0 1 396 1 396 2.20e-305 822 WP_270757591.1 MCA1697375.1 25.3 217 116 10 186 382 104 294 9.57e-06 45.4 TLY75477.1 TLY75477.1 95.9 242 10 0 1 242 1 242 2.45e-170 467 TLY75477.1 WP_032004153.1 32.9 161 80 7 10 151 10 161 5.07e-10 56.6 TLY75477.1 XP_045954854.1 37.2 78 46 1 75 149 406 483 2.50e-07 49.3 WP_125504029.1 WP_125504029.1 100 336 0 0 1 336 1 336 1.15e-247 671 WP_245404560.1 WP_245404560.1 100 92 0 0 1 92 1 92 2.70e-65 189 WP_268140002.1 WP_268140002.1 95.1 204 10 0 1 204 1 204 6.64e-147 405 HDO82225.1 HDO82225.1 100 311 0 0 1 311 1 311 1.63e-214 585 WP_039692015.1 WP_039692015.1 90.8 261 24 0 1 261 1 261 3.30e-173 476 KAH7371872.1 KAH7371872.1 100 260 0 0 1 260 1 260 2.12e-189 517 WP_203374052.1 WP_203374052.1 86.6 134 18 0 1 134 1 134 6.91e-81 232 WP_185644473.1 WP_185644473.1 92.4 132 10 0 1 132 1 132 1.12e-85 244 MCF8106439.1 MCF8106439.1 100 202 0 0 1 202 1 202 2.23e-144 398 WP_141918410.1 WP_141918410.1 98.8 588 7 0 1 588 1 588 0.0 1220 KAE8802158.1 KAE8802158.1 100 146 0 0 1 146 1 146 1.47e-108 303 DAM55269.1 DAM55269.1 100 407 0 0 1 407 1 407 2.62e-314 845 EFI7849450.1 EFI7849450.1 100 170 0 0 1 170 1 170 1.39e-120 335 EFI7849450.1 EFL3122059.1 72.0 168 43 1 3 170 28 191 3.13e-79 236 EFI7849450.1 EIH4263652.1 71.4 168 48 0 3 170 20 187 1.19e-77 240 EFI7849450.1 EFL5817307.1 71.4 140 40 0 31 170 1 140 7.10e-62 196 EFI7849450.1 EER8306359.1 98.3 60 1 0 1 60 240 299 6.90e-37 127 WP_027896470.1 WP_027896470.1 99.1 779 7 0 21 799 21 799 0.0 1570 MBD3702988.1 MBD3702988.1 88.6 105 12 0 1 105 1 105 1.92e-62 183 WP_200696402.1 WP_200696402.1 100 274 0 0 1 274 1 274 1.91e-208 566 WP_200696402.1 WP_204334995.1 34.6 185 118 3 84 267 61 243 6.04e-29 108 KAH0091028.1 KAH0091028.1 100 839 0 0 1 839 1 839 0.0 1740 WP_215683653.1 WP_215683653.1 95.5 290 13 0 1 290 1 290 1.70e-210 573 WP_246003214.1 WP_246003214.1 97.7 607 14 0 1 607 1 607 0.0 1170 WP_246003214.1 PYB13830.1 28.2 593 370 18 4 576 3175 3731 8.55e-41 158 WP_246003214.1 EJG3313804.1 24.5 470 312 17 34 482 29 476 8.78e-25 106 WP_246003214.1 XP_052525039.1 22.1 538 333 22 38 506 119 639 2.51e-13 71.2 WP_246003214.1 WP_254101325.1 20.8 544 358 13 45 529 107 636 7.43e-13 69.7 WP_246003214.1 MCC5948066.1 29.3 400 212 23 139 498 249 617 8.33e-11 63.2 WP_246003214.1 MBN9324306.1 29.6 125 87 1 7 131 2 125 1.67e-09 55.5 WP_246003214.1 TMQ04701.1 24.9 293 149 12 163 404 619 891 1.06e-08 56.6 WP_246003214.1 MBF2759673.1 33.3 150 82 5 47 182 187 332 1.20e-07 53.1 OBW66090.1 OBW66090.1 100 491 0 0 1 491 1 491 0.0 1008 XP_049399244.1 XP_049399244.1 93.1 392 27 0 1 392 1 392 4.73e-273 739 WP_138051112.1 WP_138051112.1 93.9 391 24 0 1 391 1 391 5.57e-260 706 WP_112865547.1 WP_112865547.1 100 192 0 0 1 192 1 192 4.39e-146 402 MCU1506104.1 MCU1506104.1 95.9 369 15 0 1 369 1 369 1.82e-263 713 MCU1506104.1 WP_250898423.1 69.7 366 110 1 1 366 6 370 1.45e-181 506 MCJ8328039.1 MCJ8328039.1 100 262 0 0 1 262 1 262 7.70e-193 526 KAF2994395.1 KAF2994395.1 100 193 0 0 1 193 1 193 3.74e-143 394 WP_266603981.1 WP_266603981.1 100 189 0 0 1 189 1 189 1.21e-137 380 AAQ88513.1 AAQ88513.1 98.8 847 10 0 1 847 1 847 0.0 1709 WP_217278020.1 WP_217278020.1 100 137 0 0 1 137 1 137 3.41e-96 271 WP_065073015.1 WP_065073015.1 100 139 0 0 1 139 1 139 2.58e-101 284 WP_065073015.1 WP_030094039.1 66.4 140 44 1 3 139 6 145 8.93e-67 197 MBS7021842.1 MBS7021842.1 100 283 0 0 1 283 1 283 1.36e-217 590 WP_176390098.1 WP_176390098.1 92.0 440 35 0 1 440 1 440 3.07e-307 830 WP_176390098.1 KQO44758.1 49.2 435 199 7 12 438 1 421 1.65e-140 407 WP_089187353.1 WP_089187353.1 93.5 261 17 0 1 261 1 261 8.10e-174 478 KAE9107042.1 KAE9107042.1 88.9 135 15 0 1 135 1 135 6.37e-82 235 WP_084717372.1 WP_084717372.1 100 220 0 0 1 220 1 220 7.16e-168 459 WP_062263491.1 WP_062263491.1 96.5 285 10 0 1 285 1 285 9.46e-210 570 WP_062263491.1 HIS27960.1 37.2 285 174 5 2 285 9 289 2.31e-63 199 WP_062263491.1 WP_111083956.1 36.8 285 176 4 3 285 16 298 1.19e-58 187 KNZ32786.1 KNZ32786.1 98.3 573 10 0 1 573 1 573 0.0 1105 WP_277491977.1 WP_277491977.1 100 315 0 0 1 315 1 315 1.76e-245 663 PWB61544.1 PWB61544.1 100 287 0 0 1 287 1 287 3.07e-216 587 MBF0570872.1 MBF0570872.1 100 139 0 0 1 139 1 139 7.41e-101 283 KAF2725148.1 KAF2725148.1 100 943 0 0 1 943 1 943 0.0 1957 MCI02510.1 MCI02510.1 100 109 0 0 1 109 1 109 2.04e-68 199 KAI0095213.1 KAI0095213.1 100 291 0 0 1 291 1 291 4.06e-223 605 KAI0095213.1 OLA08565.1 32.9 143 68 5 15 154 11 128 1.34e-14 70.1 KAI0095213.1 MBP5726154.1 31.2 154 73 6 7 154 3 129 3.06e-13 66.2 WP_259691170.1 WP_259691170.1 100 353 0 0 1 353 1 353 5.73e-277 746 EHG9706352.1 EHG9706352.1 100 140 0 0 1 140 1 140 1.09e-107 300 NIR98474.1 NIR98474.1 100 41 0 0 1 41 1 41 1.53e-24 83.2 WP_073505727.1 WP_073505727.1 100 333 0 0 1 333 1 333 5.99e-253 684 WP_073505727.1 WP_133874384.1 45.4 326 171 5 1 323 1 322 7.15e-91 273 WP_073505727.1 WP_164767343.1 47.2 159 84 0 161 319 1 159 1.64e-47 157 RPI21000.1 RPI21000.1 100 326 0 0 1 326 1 326 4.35e-247 668 WP_011568153.1 WP_011568153.1 100 248 0 0 1 248 1 248 2.58e-184 503 MBP8225438.1 MBP8225438.1 93.5 169 11 0 1 169 1 169 1.15e-114 320 WP_148284348.1 WP_148284348.1 100 384 0 0 1 384 1 384 4.09e-279 754 WP_148284348.1 MCE0539567.1 29.1 234 110 8 182 369 172 395 2.77e-07 50.4 WP_138860096.1 WP_138860096.1 100 231 0 0 1 231 1 231 1.74e-169 464 WP_249423022.1 WP_249423022.1 100 323 0 0 1 323 1 323 9.34e-236 639 MBM3258402.1 MBM3258402.1 100 357 0 0 1 357 1 357 3.79e-259 701 WP_140164964.1 WP_140164964.1 98.4 553 9 0 1 553 1 553 0.0 1135 WP_140164964.1 WP_025739406.1 34.5 499 303 8 54 551 160 635 1.50e-69 234 WP_140164964.1 WP_186556299.1 43.7 268 144 1 291 551 252 519 1.66e-56 196 WP_061671893.1 WP_061671893.1 100 239 0 0 1 239 1 239 5.19e-175 479 WP_142009293.1 WP_142009293.1 93.1 144 10 0 1 144 1 144 3.90e-94 266 MCR6642262.1 MCR6642262.1 100 239 0 0 1 239 1 239 2.91e-181 494 MCH8312134.1 MCH8312134.1 100 109 0 0 1 109 1 109 8.60e-79 225 DAI44238.1 DAI44238.1 100 315 0 0 1 315 1 315 2.81e-242 655 MCU0243120.1 MCU0243120.1 97.4 417 11 0 1 417 1 417 7.51e-310 835 MBD5657753.1 MBD5657753.1 95.2 271 13 0 1 271 1 271 1.66e-187 513 XP_023318286.1 XP_023318286.1 94.6 738 40 0 1 738 1 738 0.0 1447 EAA8040699.1 EAA8040699.1 98.5 1854 27 0 1 1854 1 1854 0.0 3618 EAA8040699.1 ECE8916583.1 66.0 1765 481 30 145 1854 18 1718 0.0 2073 EAA8040699.1 EIW7596561.1 58.2 55 10 4 95 142 2332 2380 1.83e-08 58.2 XP_023815606.1 XP_023815606.1 98.6 486 7 0 1 486 1 486 0.0 1008 TYI91467.1 TYI91467.1 98.8 420 5 0 1 420 1 420 9.81e-319 857 XP_037327098.1 XP_037327098.1 100 497 0 0 1 497 1 497 0.0 1025 XP_037327098.1 NWX34570.1 28.4 384 246 8 120 487 138 508 9.69e-47 168 XP_037327098.1 XP_054844157.1 26.6 229 155 4 244 468 263 482 6.33e-18 84.7 EER8085032.1 EER8085032.1 100 505 0 0 1 505 1 505 0.0 1011 MBQ3129991.1 MBQ3129991.1 100 282 0 0 1 282 1 282 7.80e-212 575 WP_278084771.1 WP_278084771.1 87.4 786 99 0 1 786 1 786 0.0 1308 WP_278084771.1 VAX76432.1 31.0 575 345 18 220 774 22 564 1.09e-57 205 WP_278084771.1 PIQ07033.1 26.4 516 313 12 266 767 53 515 2.60e-46 171 WP_278084771.1 MBQ2895174.1 30.3 244 132 8 383 592 258 497 4.34e-11 64.3 WP_097275324.1 WP_097275324.1 100 421 0 0 1 421 1 421 1.42e-316 852 WP_179156843.1 WP_179156843.1 97.4 379 10 0 1 379 1 379 4.65e-287 774 WP_179156843.1 WP_250015522.1 32.1 368 225 7 12 364 26 383 1.26e-53 180 WP_179156843.1 MBW4662439.1 29.8 366 221 8 22 364 36 388 1.77e-40 145 WP_179156843.1 WP_210167953.1 26.1 353 236 7 26 371 25 359 9.35e-30 116 GIR47037.1 GIR47037.1 98.0 635 13 0 1 635 1 635 0.0 1253 GIR47037.1 UDH58358.1 43.8 642 332 8 5 632 5 631 4.18e-169 496 GIR47037.1 WP_251758029.1 41.2 626 336 11 9 622 11 616 3.13e-145 434 GIR47037.1 MBK3574312.1 33.7 612 351 14 52 624 54 649 2.47e-92 297 GIR47037.1 YP_009351723.1 37.7 355 203 6 92 446 33 369 9.30e-63 215 WP_057012309.1 WP_057012309.1 100 269 0 0 1 269 1 269 1.15e-202 551 WP_057012309.1 TMC92967.1 48.4 256 121 4 18 268 31 280 2.23e-69 214 EAA6840433.1 EAA6840433.1 100 276 0 0 1 276 1 276 4.02e-211 573 MBN1799017.1 MBN1799017.1 100 220 0 0 1 220 1 220 4.47e-162 444 GBE16035.1 GBE16035.1 100 348 0 0 1 348 1 348 3.68e-266 718 GBE16035.1 HBA4333173.1 51.2 330 156 3 10 338 4 329 4.66e-113 330 MCF0110827.1 MCF0110827.1 100 274 0 0 1 274 1 274 1.06e-205 559 WP_141605349.1 WP_141605349.1 100 266 0 0 1 266 1 266 2.60e-202 550 MCL4469743.1 MCL4469743.1 96.3 383 14 0 1 383 1 383 6.44e-271 733 MCL4469743.1 TAM79626.1 47.1 365 187 2 21 379 22 386 4.11e-117 345 HCI4632030.1 HCI4632030.1 100 41 0 0 1 41 1 41 2.64e-25 85.1 HCI4632030.1 WP_193850569.1 68.3 41 13 0 1 41 1 41 3.64e-15 63.2 WP_217105914.1 WP_217105914.1 100 349 0 0 1 349 1 349 3.98e-266 718 KAF3180666.1 KAF3180666.1 93.3 554 37 0 1 554 1 554 0.0 1066 WP_160394157.1 WP_160394157.1 100 130 0 0 1 130 1 130 8.23e-96 270 MCK4403577.1 MCK4403577.1 100 177 0 0 1 177 1 177 2.29e-127 353 MCK4403577.1 NGS95655.1 51.4 175 84 1 1 174 1 175 1.82e-62 189 OMP01148.1 OMP01148.1 100 34 0 0 1 34 1 34 5.22e-18 66.2 WP_038492378.1 WP_038492378.1 92.2 192 15 0 1 192 1 192 1.97e-124 347 MBQ1771956.1 MBQ1771956.1 100 371 0 0 1 371 1 371 1.27e-280 757 MBQ1771956.1 WP_167263015.1 42.1 368 203 5 7 366 1 366 2.58e-93 282 MBQ1771956.1 MBC5824559.1 36.9 352 211 6 7 350 1 349 5.68e-69 219 WP_048271612.1 WP_048271612.1 100 399 0 0 19 417 19 417 5.07e-308 830 WP_259865813.1 WP_259865813.1 100 282 0 0 1 282 1 282 2.95e-216 587 WP_089905939.1 WP_089905939.1 100 459 0 0 1 459 1 459 0.0 973 WP_089905939.1 WP_260685194.1 45.8 48 25 1 112 158 22 69 2.08e-04 38.5 MBO7633581.1 MBO7633581.1 100 117 0 0 1 117 1 117 4.81e-82 234 WP_264351023.1 WP_264351023.1 100 178 0 0 1 178 1 178 8.32e-135 372 KAH9572460.1 KAH9572460.1 99.2 1348 11 0 1 1348 1 1348 0.0 2775 ASI70574.1 ASI70574.1 100 179 0 0 1 179 1 179 4.45e-135 373 KAG9043128.1 KAG9043128.1 95.7 351 15 0 1 351 1 351 1.56e-264 714 WP_123868396.1 WP_123868396.1 100 181 0 0 1 181 1 181 1.67e-131 364 EHW0060032.1 EHW0060032.1 88.9 99 11 0 1 99 1 99 2.71e-57 170 OGG08302.1 OGG08302.1 100 337 0 0 1 337 1 337 9.17e-250 676 OGG08302.1 WP_115470986.1 34.3 242 156 3 90 330 108 347 6.92e-39 139 OGG08302.1 WP_152158314.1 31.9 210 133 5 97 306 2 201 8.03e-14 67.8 CAF4577788.1 CAF4577788.1 100 207 0 0 1 207 1 207 1.98e-154 424 HCL36615.1 HCL36615.1 100 361 0 0 1 361 1 361 1.46e-274 741 UYE49180.1 UYE49180.1 99.1 4402 38 0 1 4402 1 4402 0.0 6396 UYE49180.1 UEC68750.1 75.3 4405 1083 1 1 4402 1 4405 0.0 6386 UYE49180.1 ULA23837.2 75.6 4402 1071 1 1 4402 1 4401 0.0 6365 UYE49180.1 UKU68032.1 75.9 4402 1059 1 1 4402 1 4401 0.0 6363 UYE49180.1 UXH94526.1 75.6 4402 1075 1 1 4402 1 4401 0.0 6360 UYE49180.1 QXR94354.1 75.5 4402 1080 0 1 4402 1 4402 0.0 6357 UYE49180.1 QTM79632.1 75.5 4402 1080 0 1 4402 1 4402 0.0 6356 UYE49180.1 QTD03487.1 75.4 4405 1081 1 1 4402 1 4405 0.0 6352 UYE49180.1 UPP41269.1 75.4 4402 1085 0 1 4402 1 4402 0.0 6349 UYE49180.1 QTZ27226.1 75.4 4402 1082 0 1 4402 1 4402 0.0 6349 UYE49180.1 UFM00670.1 75.3 4405 1083 1 1 4402 1 4405 0.0 6349 UYE49180.1 USR14792.1 75.4 4402 1085 0 1 4402 1 4402 0.0 6349 UYE49180.1 UHM53165.1 75.3 4405 1083 1 1 4402 1 4405 0.0 6346 UYE49180.1 ULB83374.1 78.7 4402 935 1 1 4402 1 4401 0.0 6343 UYE49180.1 UFM02602.1 75.3 4405 1084 1 1 4402 1 4405 0.0 6341 UYE49180.1 UOU30556.1 77.6 4398 986 0 1 4398 1 4398 0.0 6339 UYE49180.1 UBL45068.1 75.3 4405 1084 1 1 4402 1 4405 0.0 6339 UYE49180.1 UIR12670.1 75.6 4398 1073 1 1 4398 1 4397 0.0 6331 UYE49180.1 UCP72061.1 77.1 4401 1007 1 1 4398 1 4401 0.0 6322 UYE49180.1 UZO53924.1 75.4 4398 1082 0 1 4398 1 4398 0.0 6321 UYE49180.1 UBD95131.1 75.4 4401 1080 1 1 4398 1 4401 0.0 6321 UYE49180.1 UPA83906.1 75.5 4398 1077 1 1 4398 1 4397 0.0 6321 UYE49180.1 QVD87869.1 75.4 4398 1081 0 1 4398 1 4398 0.0 6321 UYE49180.1 URQ55824.1 75.4 4398 1083 0 1 4398 1 4398 0.0 6320 UYE49180.1 QZU16279.1 75.4 4401 1081 1 1 4398 1 4401 0.0 6319 UYE49180.1 UMF87224.1 75.5 4398 1077 1 1 4398 1 4397 0.0 6318 UYE49180.1 UVB16817.1 75.4 4398 1083 0 1 4398 1 4398 0.0 6318 UYE49180.1 QWC83326.1 75.4 4401 1080 1 1 4398 1 4401 0.0 6318 UYE49180.1 QSZ25555.1 75.3 4401 1082 1 1 4398 1 4401 0.0 6316 UYE49180.1 UEC52718.1 75.4 4401 1081 1 1 4398 1 4401 0.0 6316 UYE49180.1 WEU87158.1 75.3 4401 1082 1 1 4398 1 4401 0.0 6313 UYE49180.1 UBP50947.1 75.3 4401 1082 1 1 4398 1 4401 0.0 6313 UYE49180.1 UCP77012.1 76.7 4401 1022 1 1 4398 1 4401 0.0 6295 UYE49180.1 UKN67998.1 75.4 4378 1074 1 21 4398 1 4377 0.0 6290 UYE49180.1 UGA79226.1 76.8 4401 1016 1 1 4398 1 4401 0.0 6264 UYE49180.1 UBR86455.1 74.7 4400 1111 1 2 4398 1 4400 0.0 6216 UYE49180.1 UJS94137.1 75.7 4297 1044 1 106 4402 1 4296 0.0 6171 UYE49180.1 UXX67934.1 73.9 4398 1150 0 1 4398 1 4398 0.0 6155 UYE49180.1 UAQ80067.1 73.8 4401 1149 1 1 4398 1 4401 0.0 6144 UYE49180.1 UJV88611.1 73.6 4402 1160 1 1 4402 1 4401 0.0 6141 UYE49180.1 UJJ97602.1 73.3 4402 1174 1 1 4402 1 4401 0.0 6105 UYE49180.1 WHE12941.1 72.7 4372 1193 0 27 4398 1 4372 0.0 5999 UYE49180.1 UGB98301.1 73.2 4405 1176 1 1 4402 1 4405 0.0 5949 UYE49180.1 WEI27974.1 76.3 4402 1043 0 1 4402 1 4402 0.0 5936 UYE49180.1 UVI10561.1 71.6 4371 1241 0 28 4398 1 4371 0.0 5882 UYE49180.1 UMA88644.1 74.5 4377 1116 1 22 4398 1 4376 0.0 5858 UYE49180.1 UJT06733.1 71.6 4398 1247 1 1 4398 1 4397 0.0 5801 UYE49180.1 QRX02582.1 80.1 3731 741 1 1 3728 1 3731 0.0 5794 UYE49180.1 WGP70063.1 71.3 4369 1249 1 1 4366 1 4369 0.0 5674 UYE49180.1 WAS49087.1 76.6 4398 1028 0 1 4398 1 4398 0.0 5603 UYE49180.1 WGP98278.1 73.1 4364 1170 1 1 4361 1 4364 0.0 5555 UYE49180.1 UFA30503.1 68.7 4340 1356 1 27 4363 1 4340 0.0 5532 UYE49180.1 UNI03201.1 67.7 4378 1410 1 27 4402 1 4378 0.0 5485 UYE49180.1 URP80785.1 75.8 4375 1057 0 28 4402 1 4375 0.0 5463 UYE49180.1 UEX07109.1 65.0 4379 1531 1 27 4402 1 4379 0.0 5145 UYE49180.1 UPB00876.1 64.4 4375 1557 0 28 4402 1 4375 0.0 4457 UYE49180.1 WGQ72821.1 64.1 4344 1558 1 26 4366 1 4344 0.0 3898 WP_204719689.1 WP_204719689.1 100 274 0 0 1 274 1 274 4.89e-211 573 WP_113851760.1 WP_113851760.1 100 243 0 0 1 243 1 243 9.34e-180 491 WP_113851760.1 NGP45824.1 41.2 245 133 6 3 242 4 242 1.71e-54 174 WP_113851760.1 WP_282979415.1 36.8 174 108 2 66 237 142 315 1.13e-36 130 WP_113851760.1 MCF8193609.1 36.1 244 144 6 7 243 24 262 1.61e-36 128 WP_113851760.1 WP_144002426.1 35.1 134 82 3 97 226 124 256 2.68e-14 68.9 MCE5240463.1 MCE5240463.1 95.0 202 10 0 1 202 1 202 1.14e-137 381 MBP9771519.1 MBP9771519.1 100 500 0 0 1 500 1 500 0.0 1024 MBP9771519.1 MBU7046308.1 31.2 459 240 18 9 406 6 449 8.00e-42 155 MBP9771519.1 MBR6343266.1 62.2 74 23 1 9 82 356 424 1.13e-22 98.6 MBP9771519.1 WP_010016619.1 32.4 219 126 4 15 218 21 232 3.69e-20 92.0 MBP9771519.1 MBP6400846.1 34.6 133 72 5 13 132 9 139 3.89e-14 69.3 MCF1439711.1 MCF1439711.1 100 88 0 0 1 88 1 88 3.36e-64 186 MCF1439711.1 MCH8904788.1 47.3 74 38 1 7 79 8 81 8.16e-21 83.2 MCF1439711.1 WP_280949002.1 39.6 91 51 1 2 88 10 100 1.46e-17 73.9 MBQ1653514.1 MBQ1653514.1 100 189 0 0 1 189 1 189 8.22e-145 398 WP_184094916.1 WP_184094916.1 100 184 0 0 1 184 1 184 6.79e-137 378 WP_073520930.1 WP_073520930.1 100 570 0 0 1 570 1 570 0.0 1182 WP_097089246.1 WP_097089246.1 92.5 361 27 0 1 361 1 361 6.20e-251 681 KAJ3654337.1 KAJ3654337.1 100 134 0 0 1 134 1 134 1.20e-99 280 MBP8613265.1 MBP8613265.1 100 466 0 0 1 466 1 466 0.0 964 MBP8613265.1 MCL6479991.1 31.9 188 114 5 186 369 28 205 2.10e-17 81.6 MBP8613265.1 WP_254363411.1 52.8 36 17 0 330 365 83 118 3.40e-05 44.3 WP_212663497.1 WP_212663497.1 97.4 386 10 0 1 386 1 386 1.74e-281 760 WP_212663497.1 WP_274604755.1 48.7 39 17 1 206 244 4 39 4.94e-06 45.8 MSU42127.1 MSU42127.1 100 357 0 0 1 357 1 357 1.61e-260 705 MSU42127.1 WP_253063755.1 42.9 350 187 5 8 356 1 338 1.01e-88 269 NEX64733.1 NEX64733.1 100 286 0 0 1 286 1 286 7.82e-214 581 NEX64733.1 MBN9625832.1 59.6 277 111 1 1 276 1 277 8.54e-115 330 NEX64733.1 GGS66510.1 53.6 276 124 3 4 275 1 276 1.87e-89 266 XP_054852439.1 XP_054852439.1 100 404 0 0 1 404 1 404 4.68e-311 837 RLE48019.1 RLE48019.1 100 111 0 0 1 111 1 111 1.12e-75 217 WP_217691728.1 WP_217691728.1 98.0 561 11 0 1 561 1 561 0.0 1142 AGA34473.1 AGA34473.1 100 45 0 0 1 45 1 45 4.29e-28 92.4 MCK9908664.1 MCK9908664.1 85.1 114 17 0 1 114 1 114 2.22e-63 186 MCU0650575.1 MCU0650575.1 95.9 295 12 0 1 295 1 295 2.41e-192 527 KAJ5056431.1 KAJ5056431.1 100 168 0 0 1 168 1 168 8.73e-114 318 PHR24038.1 PHR24038.1 100 382 0 0 1 382 1 382 3.44e-295 795 PHR24038.1 WP_151430057.1 31.8 377 225 7 7 380 6 353 2.78e-56 186 MBU0592078.1 MBU0592078.1 100 128 0 0 1 128 1 128 1.61e-92 261 WP_264694478.1 WP_264694478.1 100 99 0 0 1 99 1 99 9.79e-69 199 WP_250376457.1 WP_250376457.1 100 234 0 0 1 234 1 234 2.69e-179 489 WP_250376457.1 EFB3581025.1 29.3 222 142 4 13 233 22 229 7.04e-33 117 WP_250376457.1 CAG0273471.1 32.7 211 125 5 25 233 5 200 2.07e-31 113 WP_250376457.1 HAP0275886.1 32.1 187 112 4 14 199 9 181 4.66e-23 91.7 MBC7326981.1 MBC7326981.1 100 254 0 0 1 254 1 254 2.50e-194 529 MBC7326981.1 WP_174822921.1 59.7 253 100 2 3 254 4 255 8.45e-115 328 MBC7326981.1 MXP43753.1 60.0 250 98 2 6 254 14 262 3.07e-114 327 MBC7326981.1 OAN53756.1 58.7 254 103 2 2 254 7 259 3.33e-108 311 MBC7326981.1 WP_207918089.1 54.0 250 114 1 5 254 4 252 1.91e-103 299 MBC7326981.1 WP_158791585.1 58.3 247 99 3 10 254 8 252 1.27e-101 294 MBC7326981.1 MWR41881.1 34.6 234 139 7 22 251 44 267 1.32e-39 136 MBC7326981.1 WP_084371009.1 28.8 229 148 6 5 232 1 215 2.20e-25 100 MBC7326981.1 WP_107894076.1 30.5 239 150 9 21 249 24 256 8.20e-24 96.3 MBC7326981.1 EHH5649593.1 33.2 229 131 9 12 237 10 219 1.32e-23 95.1 MBC7326981.1 MCP5262709.1 26.4 261 166 9 4 254 8 252 3.86e-22 91.7 MBC7326981.1 WP_152652784.1 31.0 216 132 6 1 214 1 201 4.26e-22 91.3 MBC7326981.1 MBQ3864274.1 27.3 231 147 8 20 240 34 253 1.03e-21 90.5 MBC7326981.1 WP_276362074.1 28.6 238 143 8 7 228 5 231 6.97e-20 84.3 MBC7326981.1 WP_192324556.1 27.1 269 168 11 2 250 11 271 2.04e-19 85.5 MBC7326981.1 WP_227059655.1 28.4 261 169 10 5 250 18 275 5.06e-19 84.3 MBC7326981.1 GLY24463.1 25.7 261 170 9 1 246 1 252 1.63e-18 81.6 MBC7326981.1 WP_071876418.1 25.4 244 165 7 7 243 4 237 2.93e-18 82.0 MBC7326981.1 WP_221977168.1 27.0 226 138 7 16 228 25 236 2.48e-17 77.4 MBC7326981.1 CDZ73727.1 27.6 181 94 8 10 182 5 156 1.68e-13 66.6 MBC7326981.1 WP_150396769.1 26.7 225 144 9 22 239 40 250 3.03e-11 61.2 MBC7326981.1 KAF9974715.1 24.6 195 122 6 18 210 477 648 2.39e-09 55.8 MBV9550452.1 MBV9550452.1 100 229 0 0 1 229 1 229 4.61e-164 450 WP_228938141.1 WP_228938141.1 95.2 272 13 0 1 272 1 272 2.09e-186 510 WP_040301436.1 WP_040301436.1 100 166 0 0 1 166 1 166 1.65e-126 350 WP_248126409.1 WP_248126409.1 100 407 0 0 1 407 1 407 3.17e-305 823 MQG44163.1 MQG44163.1 100 126 0 0 1 126 1 126 3.40e-93 263 WP_231149750.1 WP_231149750.1 97.7 440 10 0 1 440 1 440 0.0 897 MBI2621122.1 MBI2621122.1 100 275 0 0 1 275 1 275 8.08e-206 560 MBI2621122.1 MBT2971737.1 33.3 279 160 6 1 274 2 259 1.97e-44 149 MBI2621122.1 WP_009197348.1 30.5 272 164 5 2 270 15 264 8.38e-36 127 WP_218566587.1 WP_218566587.1 76.5 196 46 0 1 196 1 196 5.76e-89 258 MBD20513.1 MBD20513.1 100 61 0 0 1 61 1 61 1.80e-38 119 KAH0561149.1 KAH0561149.1 87.8 417 51 0 1 417 1 417 8.65e-273 745 WP_175896721.1 WP_175896721.1 95.0 459 23 0 1 459 1 459 0.0 888 WP_175896721.1 WP_164653811.1 42.1 323 176 5 131 450 150 464 6.57e-68 223 WP_175896721.1 WP_272906673.1 42.5 318 167 7 135 445 127 435 3.19e-66 218 WP_175896721.1 KNY10996.1 40.5 299 155 5 162 449 8 294 4.53e-62 202 WP_175896721.1 WP_271786410.1 46.4 237 123 1 144 380 4 236 5.29e-61 201 WP_175896721.1 WP_205173112.1 34.4 343 203 4 129 455 128 464 5.62e-61 204 WP_175896721.1 WP_124213670.1 39.3 321 160 4 159 449 141 456 3.60e-59 199 WP_175896721.1 MBP7222158.1 38.9 262 153 4 152 412 6 261 1.27e-57 191 WP_175896721.1 WP_278449211.1 36.7 338 189 8 136 459 135 461 7.43e-54 185 WP_175896721.1 MCH3963123.1 30.6 222 129 6 170 381 150 356 1.58e-20 93.2 RCI04718.1 RCI04718.1 100 364 0 0 1 364 1 364 1.65e-277 748 RCI04718.1 MBQ2017527.1 39.7 116 69 1 249 364 131 245 1.88e-20 87.8 RCI04718.1 WP_161258623.1 37.1 105 66 0 260 364 302 406 7.16e-19 86.3 RCI04718.1 KAG5702777.1 36.7 49 30 1 259 306 67 115 2.06e-04 40.8 UBR86455.1 UBR86455.1 99.2 7095 57 0 1 7095 1 7095 0.0 14226 UBR86455.1 UBD95131.1 98.3 7095 121 0 1 7095 2 7096 0.0 14214 UBR86455.1 UEC52718.1 98.3 7095 124 0 1 7095 2 7096 0.0 14207 UBR86455.1 QWC83326.1 98.2 7095 130 0 1 7095 2 7096 0.0 14198 UBR86455.1 UBP50947.1 98.2 7095 131 0 1 7095 2 7096 0.0 14196 UBR86455.1 WEU87158.1 98.1 7095 132 0 1 7095 2 7096 0.0 14193 UBR86455.1 QSZ25555.1 98.1 7095 134 0 1 7095 2 7096 0.0 14191 UBR86455.1 QVD87869.1 98.1 7095 133 1 1 7095 2 7093 0.0 14182 UBR86455.1 UMF87224.1 98.1 7095 133 2 1 7095 2 7092 0.0 14174 UBR86455.1 URQ55824.1 98.0 7095 138 1 1 7095 2 7093 0.0 14170 UBR86455.1 UZO53924.1 98.0 7095 138 1 1 7095 2 7093 0.0 14170 UBR86455.1 UVB16817.1 98.0 7095 137 1 1 7095 2 7093 0.0 14169 UBR86455.1 QZU16279.1 98.0 7095 145 0 1 7095 2 7096 0.0 14157 UBR86455.1 UIR12670.1 97.7 7095 160 2 1 7095 2 7092 0.0 14113 UBR86455.1 UPA83906.1 97.5 7095 171 2 1 7095 2 7092 0.0 14079 UBR86455.1 UCP72061.1 97.2 7095 196 0 1 7095 2 7096 0.0 14036 UBR86455.1 UCP77012.1 97.1 7095 208 0 1 7095 2 7096 0.0 14010 UBR86455.1 UXX67934.1 97.1 7095 206 1 1 7095 2 7093 0.0 14005 UBR86455.1 UKN67998.1 96.6 7076 237 2 20 7095 1 7072 0.0 13884 UBR86455.1 WHE12941.1 96.5 7070 247 1 26 7095 1 7067 0.0 13857 UBR86455.1 UGA79226.1 95.9 7095 289 0 1 7095 2 7096 0.0 13821 UBR86455.1 UAQ80067.1 95.8 7095 300 0 1 7095 2 7096 0.0 13773 UBR86455.1 UVI10561.1 94.8 7069 368 1 27 7095 1 7066 0.0 13551 UBR86455.1 UJT06733.1 94.6 7095 382 2 1 7095 2 7092 0.0 13551 UBR86455.1 UOU30556.1 93.2 7095 479 1 1 7095 2 7093 0.0 13324 UBR86455.1 UMA88644.1 90.1 7075 698 2 21 7095 1 7071 0.0 12721 UBR86455.1 WAS49087.1 89.2 7095 763 1 1 7095 2 7093 0.0 12575 UBR86455.1 WGP98278.1 84.5 7095 1097 0 1 7095 2 7096 0.0 11720 UBR86455.1 UFM00670.1 97.8 4400 98 0 1 4400 2 4401 0.0 8759 UBR86455.1 UEC68750.1 97.8 4400 98 0 1 4400 2 4401 0.0 8757 UBR86455.1 UHM53165.1 97.8 4400 98 0 1 4400 2 4401 0.0 8754 UBR86455.1 UFM02602.1 97.8 4400 98 0 1 4400 2 4401 0.0 8754 UBR86455.1 QTD03487.1 97.6 4400 105 0 1 4400 2 4401 0.0 8750 UBR86455.1 UBL45068.1 97.6 4400 104 0 1 4400 2 4401 0.0 8741 UBR86455.1 QXR94354.1 97.6 4400 103 1 1 4400 2 4398 0.0 8739 UBR86455.1 QTM79632.1 97.5 4400 105 1 1 4400 2 4398 0.0 8732 UBR86455.1 QTZ27226.1 97.5 4400 107 1 1 4400 2 4398 0.0 8728 UBR86455.1 ULA23837.2 97.5 4400 106 2 1 4400 2 4397 0.0 8728 UBR86455.1 UPP41269.1 97.5 4400 108 1 1 4400 2 4398 0.0 8727 UBR86455.1 USR14792.1 97.5 4400 109 1 1 4400 2 4398 0.0 8724 UBR86455.1 UXH94526.1 97.5 4400 107 2 1 4400 2 4397 0.0 8723 UBR86455.1 UKU68032.1 97.2 4400 120 2 1 4400 2 4397 0.0 8695 UBR86455.1 UJV88611.1 95.5 4400 192 2 1 4400 2 4397 0.0 8531 UBR86455.1 UJJ97602.1 95.3 4400 205 2 1 4400 2 4397 0.0 8500 UBR86455.1 UJS94137.1 96.6 4296 143 2 105 4400 1 4292 0.0 8426 UBR86455.1 ULB83374.1 94.3 4400 246 2 1 4400 2 4397 0.0 8395 UBR86455.1 UGB98301.1 92.8 4400 317 0 1 4400 2 4401 0.0 8204 UBR86455.1 QRX02582.1 97.5 4097 102 0 1 4097 2 4098 0.0 8120 UBR86455.1 UFA30503.1 91.9 4340 353 0 26 4365 1 4340 0.0 7984 UBR86455.1 WGP70063.1 91.0 4368 394 0 1 4368 2 4369 0.0 7933 UBR86455.1 UNI03201.1 90.0 4375 437 1 26 4400 1 4374 0.0 7854 UBR86455.1 WEI27974.1 89.1 4400 476 1 1 4400 2 4398 0.0 7830 UBR86455.1 UEX07109.1 86.3 4375 601 0 26 4400 1 4375 0.0 7489 UBR86455.1 URP80785.1 81.0 4374 827 1 27 4400 1 4371 0.0 6950 UBR86455.1 UPB00876.1 75.4 4374 1071 1 27 4400 1 4371 0.0 6244 UBR86455.1 UYE49180.1 74.7 4400 1111 1 1 4400 2 4398 0.0 6216 UBR86455.1 WGQ72821.1 65.9 4344 1481 0 25 4368 1 4344 0.0 5166 XP_039202520.1 XP_039202520.1 100 506 0 0 1 506 1 506 0.0 1083 WP_235697247.1 WP_235697247.1 100 387 0 0 1 387 1 387 2.01e-301 811 EHQ6376324.1 EHQ6376324.1 100 180 0 0 1 180 1 180 1.74e-137 379 XP_043890337.1 XP_043890337.1 86.9 619 81 0 1 619 1 619 0.0 1036 WP_228268753.1 WP_228268753.1 100 120 0 0 1 120 1 120 1.94e-87 248 WP_228268753.1 WP_172117930.1 69.2 117 36 0 4 120 70 186 2.08e-57 174 WP_228268753.1 WP_024404629.1 59.8 117 47 0 4 120 69 185 7.43e-48 150 WP_046093714.1 WP_046093714.1 100 268 0 0 1 268 1 268 2.84e-216 585 WP_011513572.1 WP_011513572.1 100 343 0 0 1 343 1 343 7.66e-261 704 MCI0901122.1 MCI0901122.1 100 223 0 0 1 223 1 223 4.66e-170 465 SCH39951.1 SCH39951.1 94.7 486 26 0 1 486 1 486 0.0 872 SCH39951.1 MBO8233644.1 33.2 211 124 8 263 465 157 358 3.22e-16 78.6 SCH39951.1 KDF42894.1 24.1 232 150 8 261 477 263 483 5.22e-15 75.5 SCH39951.1 WP_074911472.1 24.0 233 150 7 251 470 786 1004 2.79e-07 51.6 SCH39951.1 GDX36288.1 25.8 236 120 8 256 469 190 392 2.73e-05 44.7 AYV64277.1 AYV64277.1 100 426 0 0 1 426 1 426 0.0 868 AYV64277.1 UFH83377.1 51.8 438 198 6 1 426 1 437 8.74e-142 413 AYV64277.1 AFQ97813.1 60.0 275 100 4 159 426 1 272 2.60e-110 324 AYV64277.1 UTU41876.1 58.6 261 101 3 169 423 1 260 2.33e-102 303 WP_254743169.1 WP_254743169.1 98.1 538 10 0 1 538 1 538 0.0 1102 MCB1875218.1 MCB1875218.1 100 317 0 0 1 317 1 317 1.01e-236 641 MCB1875218.1 WP_255519487.1 28.2 330 184 12 24 313 11 327 1.04e-21 92.0 WP_207128967.1 WP_207128967.1 92.2 166 13 0 1 166 1 166 1.77e-112 315 NQT73935.1 NQT73935.1 100 368 0 0 1 368 1 368 1.08e-275 744 NLI07658.1 NLI07658.1 83.0 153 26 0 1 153 1 153 7.65e-78 226 WP_204657011.1 WP_204657011.1 100 56 0 0 1 56 1 56 2.50e-36 114 CAF1315160.1 CAF1315160.1 100 77 0 0 1 77 1 77 1.27e-54 161 WP_197079459.1 WP_197079459.1 100 50 0 0 1 50 1 50 3.05e-30 98.2 XP_051777026.1 XP_051777026.1 98.3 695 12 0 1 695 1 695 0.0 1428 WP_244440115.1 WP_244440115.1 100 79 0 0 1 79 1 79 2.44e-53 158 AUN37106.1 AUN37106.1 100 76 0 0 1 76 1 76 2.70e-51 153 TSA21665.1 TSA21665.1 100 122 0 0 1 122 1 122 6.45e-87 246 WP_261362933.1 WP_261362933.1 96.7 271 9 0 1 271 1 271 8.33e-197 536 WP_261362933.1 MCA8990238.1 30.7 205 111 5 43 241 109 288 6.56e-17 77.0 GLJ54837.1 GLJ54837.1 100 232 0 0 1 232 1 232 6.35e-177 483 KAJ8033891.1 KAJ8033891.1 100 106 0 0 1 106 1 106 2.40e-79 226 WP_276974217.1 WP_276974217.1 92.5 174 13 0 1 174 1 174 5.20e-118 329 WP_123176104.1 WP_123176104.1 100 78 0 0 1 78 1 78 1.60e-53 159 WP_219324004.1 WP_219324004.1 100 59 0 0 1 59 1 59 2.24e-38 119 WP_059678947.1 WP_059678947.1 94.3 546 31 0 1 546 1 546 0.0 947 RJP93937.1 RJP93937.1 100 82 0 0 1 82 1 82 4.09e-60 176 RVW37287.1 RVW37287.1 89.2 120 13 0 1 120 1 120 1.93e-69 202 WP_064049628.1 WP_064049628.1 97.9 432 9 0 1 432 1 432 5.35e-313 844 WP_156033277.1 WP_156033277.1 100 184 0 0 1 184 1 184 1.13e-135 375 WP_230200986.1 WP_230200986.1 100 622 0 0 1 622 1 622 0.0 1230 WP_220331155.1 WP_220331155.1 100 296 0 0 1 296 1 296 1.16e-220 599 WP_074745818.1 WP_074745818.1 96.0 401 16 0 1 401 1 401 1.24e-268 729 WP_151949835.1 WP_151949835.1 90.8 142 13 0 1 142 1 142 1.65e-85 244 MBS3795756.1 MBS3795756.1 100 138 0 0 1 138 1 138 4.65e-99 278 MCU1460142.1 MCU1460142.1 100 103 0 0 1 103 1 103 2.86e-72 208 KAJ2188950.1 KAJ2188950.1 99.3 1684 11 0 1 1684 1 1684 0.0 3461 WP_013632646.1 WP_013632646.1 100 804 0 0 1 804 1 804 0.0 1644 WP_013632646.1 WP_074319120.1 37.3 740 424 13 82 801 21 740 2.76e-158 477 WP_013632646.1 HCT06136.1 35.4 512 308 8 262 760 217 718 3.70e-104 335 WP_013632646.1 MBI6149093.1 28.3 738 473 19 75 804 82 771 6.89e-82 276 WP_013632646.1 OFX32653.1 29.6 601 384 12 212 803 52 622 6.83e-78 263 WP_013632646.1 MCE7698179.1 33.5 409 255 6 223 628 1 395 1.10e-61 211 XP_018754863.1 XP_018754863.1 100 346 0 0 1 346 1 346 2.35e-252 683 WP_230284916.1 WP_230284916.1 100 463 0 0 1 463 1 463 0.0 922 WP_230284916.1 RMF68396.1 31.2 506 274 18 1 449 1 489 8.42e-59 199 WP_230284916.1 WP_193956008.1 30.3 429 221 19 87 443 100 522 3.91e-32 127 NJM16453.1 NJM16453.1 100 220 0 0 1 220 1 220 1.14e-164 451 KJZ73525.1 KJZ73525.1 100 191 0 0 1 191 1 191 5.33e-142 391 KAJ6336236.1 KAJ6336236.1 100 223 0 0 1 223 1 223 1.01e-164 451 KAJ6336236.1 WP_232790853.1 33.7 83 52 1 15 97 125 204 1.93e-06 46.2 WP_211114623.1 WP_211114623.1 94.5 797 44 0 1 797 1 797 0.0 1465 WP_211114623.1 MBF0233644.1 33.4 530 339 5 276 795 212 737 1.68e-77 264 WP_211114623.1 WP_061048002.1 29.7 491 315 6 323 795 292 770 4.27e-62 221 WP_211114623.1 NSW79198.1 34.2 374 232 10 300 663 299 668 5.40e-53 194 WP_211114623.1 WP_086504813.1 36.2 387 230 10 409 792 378 750 1.41e-50 188 WP_211114623.1 PKL50735.1 25.9 559 338 15 278 791 535 1062 1.73e-46 177 WP_211114623.1 MBK3737236.1 41.5 248 126 8 417 656 422 658 3.58e-37 147 WP_211114623.1 TMG86695.1 27.0 282 152 6 417 660 8 273 2.52e-23 99.4 WP_211114623.1 WP_063540919.1 25.8 396 247 12 407 791 482 841 2.38e-17 85.1 XP_014259138.1 XP_014259138.1 100 946 0 0 1 946 1 946 0.0 1873 WP_271104848.1 WP_271104848.1 100 76 0 0 1 76 1 76 3.27e-52 155 MCI7202149.1 MCI7202149.1 100 263 0 0 1 263 1 263 8.39e-202 548 MCI7202149.1 SEJ33525.1 31.1 257 171 5 10 262 28 282 4.29e-36 129 GAL07990.1 GAL07990.1 100 84 0 0 1 84 1 84 1.31e-57 169 GAL07990.1 HCH2726488.1 62.3 77 29 0 2 78 341 417 8.98e-28 102 MBR9906678.1 MBR9906678.1 100 436 0 0 1 436 1 436 0.0 887 WP_184699897.1 WP_184699897.1 100 94 0 0 1 94 1 94 1.55e-65 190 MYX39762.1 MYX39762.1 100 259 0 0 1 259 1 259 3.96e-189 516 WP_224547797.1 WP_224547797.1 100 197 0 0 1 197 1 197 8.15e-149 409 MCL2341595.1 MCL2341595.1 92.6 149 11 0 12 160 12 160 3.16e-94 268 XP_011782004.1 XP_011782004.1 99.0 1120 11 0 1 1120 1 1120 0.0 2301 XP_011782004.1 XP_037697134.1 71.3 1117 308 9 1 1111 1 1110 0.0 1570 MBL14507.1 MBL14507.1 100 586 0 0 1 586 1 586 0.0 1197 MBL14507.1 MBT4210917.1 29.7 585 337 17 38 582 34 584 4.03e-62 216 MBL14507.1 WP_096067320.1 28.3 583 335 20 54 585 64 614 5.66e-57 200 MBL14507.1 WP_282322778.1 28.3 583 335 20 54 585 64 614 7.82e-57 200 TMC92967.1 TMC92967.1 100 289 0 0 1 289 1 289 6.95e-214 581 TMC92967.1 WP_057012309.1 48.4 256 121 4 31 280 18 268 2.40e-69 214 OYV27796.1 OYV27796.1 100 312 0 0 1 312 1 312 2.05e-238 645 OYV27796.1 WP_232243969.1 47.2 305 134 5 18 312 1 288 5.44e-85 261 WP_169928520.1 WP_169928520.1 97.4 381 10 0 1 381 1 381 1.10e-286 773 MCR5335843.1 MCR5335843.1 96.7 396 13 0 1 396 1 396 1.17e-300 810 MCR5335843.1 MBY0289623.1 39.6 326 189 4 8 329 9 330 5.65e-64 208 MUT95175.1 MUT95175.1 100 249 0 0 1 249 1 249 1.50e-188 514 MUT95175.1 OAH97901.1 33.3 231 145 4 9 238 2 224 3.86e-29 108 WP_039638019.1 WP_039638019.1 94.6 184 10 0 1 184 1 184 6.40e-117 327 MBI4599533.1 MBI4599533.1 100 244 0 0 1 244 1 244 3.27e-185 505 MBI4599533.1 SFI40936.1 48.9 229 117 0 13 241 21 249 6.80e-70 213 MCO4478718.1 MCO4478718.1 100 276 0 0 1 276 1 276 1.57e-208 566 NTW34833.1 NTW34833.1 100 246 0 0 1 246 1 246 7.71e-185 504 WP_116773703.1 WP_116773703.1 100 260 0 0 1 260 1 260 3.98e-194 529 WP_116773703.1 MCC8072670.1 49.6 238 115 2 1 238 1 233 2.29e-75 227 MBK3574312.1 MBK3574312.1 93.8 649 40 0 1 649 1 649 0.0 1170 MBK3574312.1 WP_251758029.1 32.6 651 387 17 5 643 2 612 7.33e-101 320 MBK3574312.1 GIR47037.1 32.8 638 374 13 32 653 30 628 1.04e-90 293 MBK3574312.1 UDH58358.1 33.4 485 294 12 6 476 1 470 4.99e-64 222 MBK3574312.1 YP_009351723.1 32.1 399 252 9 67 465 7 386 1.20e-49 180 MBK3574312.1 MCG6876547.1 30.0 377 217 17 62 404 57 420 1.47e-26 113 MBK3574312.1 MBT3784852.1 24.3 345 220 15 71 405 57 370 5.35e-19 89.4 MBK3574312.1 WP_096665911.1 26.8 310 216 9 56 359 55 359 3.35e-16 80.1 AYX42557.1 AYX42557.1 82.2 107 19 0 1 107 1 107 8.34e-58 172 XP_044019329.1 XP_044019329.1 92.3 1512 116 0 1 1512 1 1512 0.0 2860 WP_211056951.1 WP_211056951.1 100 890 0 0 1 890 1 890 0.0 1885 WP_211056951.1 WP_227329750.1 30.3 287 192 3 13 297 13 293 2.94e-33 131 WP_099253885.1 WP_099253885.1 94.8 385 20 0 1 385 1 385 1.17e-258 702 WP_145321954.1 WP_145321954.1 100 161 0 0 1 161 1 161 6.77e-119 330 WP_059433000.1 WP_059433000.1 100 283 0 0 1 283 1 283 4.88e-211 573 XP_007208131.1 XP_007208131.1 98.3 1202 20 0 1 1202 1 1202 0.0 2452 MCT4573170.1 MCT4573170.1 100 137 0 0 1 137 1 137 3.55e-98 276 MCT4573170.1 MBE9640947.1 35.4 113 70 3 24 134 360 471 3.43e-13 63.5 XP_047935591.1 XP_047935591.1 91.2 444 39 0 1 444 1 444 1.49e-300 813 MBQ7930482.1 MBQ7930482.1 100 153 0 0 1 153 1 153 9.75e-106 296 WP_132774430.1 WP_132774430.1 96.1 562 22 0 1 562 1 562 0.0 1083 MCC6044083.1 MCC6044083.1 95.9 314 13 0 1 314 1 314 1.24e-215 588 MCC6044083.1 MCB0243881.1 47.5 202 105 1 20 220 22 223 5.15e-58 184 MCC6044083.1 WP_215557653.1 43.0 221 125 1 1 220 1 221 4.52e-57 183 MCC6044083.1 MBT4161918.1 44.1 213 118 1 9 220 12 224 1.30e-56 181 MCC6044083.1 WP_250499463.1 42.0 200 114 2 23 220 28 227 4.68e-52 169 MCC6044083.1 WP_145468487.1 42.9 210 119 1 9 217 12 221 6.53e-51 166 MCC6044083.1 MCF7808720.1 39.9 218 130 1 4 220 7 224 3.75e-50 164 MCC6044083.1 WP_266842210.1 42.3 213 121 2 9 220 14 225 1.11e-47 159 MCC6044083.1 MBQ4383193.1 38.8 219 129 3 2 218 3 218 3.51e-39 136 MCC6044083.1 MCP5262709.1 35.6 191 113 6 22 202 20 210 2.07e-24 99.4 MCC6044083.1 WP_066083732.1 30.7 231 145 8 4 220 7 236 6.44e-24 98.2 MCC6044083.1 WP_107894076.1 29.3 232 150 8 2 220 4 234 2.05e-23 96.7 MCC6044083.1 WP_131166802.1 31.1 257 141 10 3 237 5 247 4.87e-20 87.4 MCC6044083.1 MBK8687530.1 37.8 143 67 6 36 169 1 130 1.54e-12 64.3 MCC6044083.1 WP_041710957.1 26.8 149 93 6 129 272 83 220 2.80e-07 50.1 GIS77777.1 GIS77777.1 100 55 0 0 1 55 1 55 1.12e-34 109 GIS77777.1 WP_173302040.1 55.6 36 16 0 3 38 102 137 4.76e-06 39.7 MXW24770.1 MXW24770.1 91.7 626 52 0 1 626 1 626 0.0 1169 EGI35895.1 EGI35895.1 100 284 0 0 1 284 1 284 3.08e-219 594 YP_009731821.1 YP_009731821.1 92.4 223 17 0 1 223 1 223 3.45e-147 407 YP_009731821.1 QNV11749.1 74.6 224 56 1 1 223 1 224 3.68e-117 331 MBQ7424709.1 MBQ7424709.1 100 81 0 0 1 81 1 81 1.02e-55 164 WP_124977341.1 WP_124977341.1 100 272 0 0 1 272 1 272 2.06e-202 551 WP_124977341.1 MBD1933857.1 50.2 233 107 2 38 269 14 238 1.59e-70 216 WP_069156513.1 WP_069156513.1 100 222 0 0 1 222 1 222 2.02e-165 454 WP_069156513.1 MBQ5584458.1 47.1 227 116 3 5 230 4 227 2.64e-66 203 WP_069156513.1 WP_194544138.1 42.5 228 127 3 5 229 13 239 5.44e-58 182 WP_069156513.1 WP_026893585.1 37.4 230 134 6 1 229 1 221 8.16e-41 137 WP_069156513.1 WP_186723788.1 36.6 224 136 2 5 228 8 225 6.98e-40 135 WP_069156513.1 MBP1530348.1 30.2 232 149 5 3 233 2 221 9.54e-39 132 WP_069156513.1 WP_007708736.1 33.6 229 147 3 4 229 3 229 1.37e-37 129 WP_069156513.1 EAG2350674.1 44.8 125 68 1 1 125 1 124 2.36e-37 125 WP_069156513.1 WP_101794136.1 32.6 233 148 3 4 229 26 256 2.55e-34 122 WP_069156513.1 EAC1232420.1 31.0 232 139 6 5 229 4 221 2.42e-28 105 WP_069156513.1 WP_212961195.1 35.3 116 71 2 4 116 714 828 1.08e-14 71.2 WP_069156513.1 WP_074911472.1 31.0 113 73 3 5 114 1056 1166 5.53e-13 66.2 WP_069156513.1 WP_188888464.1 26.3 217 142 8 1 209 1 207 8.25e-13 63.9 WP_069156513.1 MCH5250214.1 28.9 135 91 2 2 132 560 693 1.13e-10 59.3 WP_069156513.1 PKL50735.1 28.2 124 81 4 1 119 947 1067 9.36e-10 56.6 WP_069156513.1 WP_250850661.1 25.3 174 123 5 4 172 8 179 1.09e-08 52.0 WP_069156513.1 EDN57974.1 27.5 120 75 4 4 114 939 1055 1.97e-06 46.6 MAQ92282.1 MAQ92282.1 100 586 0 0 1 586 1 586 0.0 1186 WP_047721562.1 WP_047721562.1 95.3 337 16 0 1 337 1 337 1.79e-231 630 WP_047721562.1 MBE7554905.1 43.4 332 185 2 8 337 5 335 3.59e-76 236 WP_047721562.1 WP_149656427.1 32.5 308 193 7 31 337 30 323 2.50e-37 134 SHG89682.1 SHG89682.1 97.4 265 7 0 1 265 1 265 6.29e-189 516 WP_258450640.1 WP_258450640.1 100 198 0 0 1 198 1 198 1.02e-138 384 WP_200200480.1 WP_200200480.1 98.0 1168 23 0 1 1168 1 1168 0.0 2342 WP_200200480.1 MBA3614174.1 35.3 249 156 4 921 1166 222 468 5.06e-39 155 WP_200200480.1 WP_137202811.1 33.2 283 171 4 563 835 1174 1448 4.75e-37 150 WP_262686037.1 WP_262686037.1 100 423 0 0 1 423 1 423 0.0 885 KAG9404442.1 KAG9404442.1 100 225 0 0 1 225 1 225 4.60e-167 458 WP_101701979.1 WP_101701979.1 100 212 0 0 1 212 1 212 2.32e-160 439 MCF8535784.1 MCF8535784.1 89.3 197 21 0 1 197 1 197 1.86e-120 337 EFW50635.1 EFW50635.1 100 97 0 0 1 97 1 97 3.32e-66 192 EFW50635.1 ABB60900.1 44.0 91 51 0 1 91 35 125 1.88e-23 85.5 EFW50635.1 HBY6471839.1 100 17 0 0 81 97 9 25 3.14e-06 38.9 WP_185031483.1 WP_185031483.1 100 238 0 0 1 238 1 238 3.38e-175 479 WP_185031483.1 WP_026893585.1 30.0 190 126 4 34 221 37 221 2.74e-20 84.3 WP_185031483.1 WP_007708736.1 32.1 184 115 6 45 220 47 228 6.17e-19 80.9 WP_185031483.1 MBQ5584458.1 32.2 143 97 0 61 203 64 206 6.12e-18 78.2 WP_185031483.1 MBQ2640849.1 62.5 32 11 1 190 221 1 31 3.48e-06 41.2 MBL0929646.1 MBL0929646.1 97.1 340 10 0 1 340 1 340 2.47e-235 640 WP_162852444.1 WP_162852444.1 100 55 0 0 1 55 1 55 5.53e-35 110 QTM79632.1 QTM79632.1 99.1 4402 38 0 1 4402 1 4402 0.0 8983 QTM79632.1 QTZ27226.1 99.0 4402 44 0 1 4402 1 4402 0.0 8969 QTM79632.1 QXR94354.1 99.0 4402 46 0 1 4402 1 4402 0.0 8967 QTM79632.1 QTD03487.1 98.8 4405 48 1 1 4402 1 4405 0.0 8961 QTM79632.1 UPP41269.1 98.8 4402 53 0 1 4402 1 4402 0.0 8952 QTM79632.1 ULA23837.2 98.8 4402 52 1 1 4402 1 4401 0.0 8950 QTM79632.1 USR14792.1 98.8 4402 54 0 1 4402 1 4402 0.0 8949 QTM79632.1 UFM00670.1 98.7 4405 53 1 1 4402 1 4405 0.0 8946 QTM79632.1 UXH94526.1 98.8 4402 53 1 1 4402 1 4401 0.0 8945 QTM79632.1 UEC68750.1 98.7 4405 53 1 1 4402 1 4405 0.0 8943 QTM79632.1 UBL45068.1 98.8 4405 51 1 1 4402 1 4405 0.0 8942 QTM79632.1 UHM53165.1 98.7 4405 53 1 1 4402 1 4405 0.0 8941 QTM79632.1 UFM02602.1 98.7 4405 53 1 1 4402 1 4405 0.0 8941 QTM79632.1 UKU68032.1 98.5 4402 66 1 1 4402 1 4401 0.0 8917 QTM79632.1 QVD87869.1 98.9 4398 47 0 1 4398 1 4398 0.0 8876 QTM79632.1 QWC83326.1 98.9 4401 45 1 1 4398 1 4401 0.0 8875 QTM79632.1 QSZ25555.1 98.9 4401 47 1 1 4398 1 4401 0.0 8874 QTM79632.1 WEU87158.1 98.9 4401 47 1 1 4398 1 4401 0.0 8871 QTM79632.1 UZO53924.1 98.8 4398 51 0 1 4398 1 4398 0.0 8868 QTM79632.1 UIR12670.1 98.8 4398 50 1 1 4398 1 4397 0.0 8868 QTM79632.1 UBP50947.1 98.8 4401 48 1 1 4398 1 4401 0.0 8868 QTM79632.1 URQ55824.1 98.8 4398 52 0 1 4398 1 4398 0.0 8866 QTM79632.1 UVB16817.1 98.8 4398 51 0 1 4398 1 4398 0.0 8866 QTM79632.1 QZU16279.1 98.8 4401 50 1 1 4398 1 4401 0.0 8864 QTM79632.1 UBD95131.1 98.8 4401 50 1 1 4398 1 4401 0.0 8862 QTM79632.1 UPA83906.1 98.7 4398 54 1 1 4398 1 4397 0.0 8857 QTM79632.1 UMF87224.1 98.7 4398 55 1 1 4398 1 4397 0.0 8855 QTM79632.1 UEC52718.1 98.7 4401 54 1 1 4398 1 4401 0.0 8854 QTM79632.1 UKN67998.1 98.8 4378 51 1 21 4398 1 4377 0.0 8826 QTM79632.1 UBR86455.1 97.5 4400 105 1 2 4398 1 4400 0.0 8732 QTM79632.1 UJV88611.1 96.8 4402 138 1 1 4402 1 4401 0.0 8704 QTM79632.1 UXX67934.1 97.3 4398 118 0 1 4398 1 4398 0.0 8703 QTM79632.1 UCP72061.1 97.1 4401 125 1 1 4398 1 4401 0.0 8681 QTM79632.1 UCP77012.1 97.0 4401 131 1 1 4398 1 4401 0.0 8671 QTM79632.1 UAQ80067.1 96.9 4401 132 1 1 4398 1 4401 0.0 8671 QTM79632.1 UJJ97602.1 96.5 4402 151 1 1 4402 1 4401 0.0 8670 QTM79632.1 UOU30556.1 96.8 4398 139 0 1 4398 1 4398 0.0 8651 QTM79632.1 UJS94137.1 97.8 4297 92 1 106 4402 1 4296 0.0 8635 QTM79632.1 UGA79226.1 96.4 4401 155 1 1 4398 1 4401 0.0 8605 QTM79632.1 ULB83374.1 95.6 4402 191 1 1 4402 1 4401 0.0 8569 QTM79632.1 WHE12941.1 96.3 4372 162 0 27 4398 1 4372 0.0 8546 QTM79632.1 UVI10561.1 95.2 4371 209 0 28 4398 1 4371 0.0 8430 QTM79632.1 UGB98301.1 93.3 4405 291 1 1 4402 1 4405 0.0 8363 QTM79632.1 QRX02582.1 98.8 4098 45 1 1 4095 1 4098 0.0 8318 QTM79632.1 UJT06733.1 93.2 4398 300 1 1 4398 1 4397 0.0 8229 QTM79632.1 UFA30503.1 92.4 4340 326 1 27 4363 1 4340 0.0 8132 QTM79632.1 WGP70063.1 91.5 4369 370 1 1 4366 1 4369 0.0 8088 QTM79632.1 UMA88644.1 91.5 4377 372 1 22 4398 1 4376 0.0 8036 QTM79632.1 UNI03201.1 90.4 4378 419 1 27 4402 1 4378 0.0 8005 QTM79632.1 WEI27974.1 90.4 4402 424 0 1 4402 1 4402 0.0 7996 QTM79632.1 UEX07109.1 87.0 4379 566 1 27 4402 1 4379 0.0 7646 QTM79632.1 WGP98278.1 88.1 4364 516 1 1 4361 1 4364 0.0 7630 QTM79632.1 WAS49087.1 83.9 4398 707 0 1 4398 1 4398 0.0 7214 QTM79632.1 URP80785.1 81.7 4375 801 0 28 4402 1 4375 0.0 7076 QTM79632.1 UPB00876.1 75.7 4375 1062 0 28 4402 1 4375 0.0 6372 QTM79632.1 UYE49180.1 75.5 4402 1080 0 1 4402 1 4402 0.0 6356 QTM79632.1 WGQ72821.1 65.7 4344 1488 1 26 4366 1 4344 0.0 5260 ODU51779.1 ODU51779.1 94.1 290 17 0 1 290 1 290 5.74e-193 528 ODU51779.1 MCB1703688.1 35.4 96 59 1 9 101 36 131 1.66e-14 67.8 KAI1815548.1 KAI1815548.1 97.9 530 11 0 1 530 1 530 0.0 1062 KAI1815548.1 KXN72221.1 32.4 207 127 5 30 233 32 228 5.67e-32 121 WP_098876031.1 WP_098876031.1 100 283 0 0 1 283 1 283 3.89e-217 589 WP_098876031.1 WP_154333510.1 40.8 76 45 0 1 76 1 76 8.37e-12 62.8 WP_098876031.1 WP_134669716.1 27.5 131 92 2 6 134 11 140 2.07e-11 61.6 NUQ21352.1 NUQ21352.1 100 58 0 0 1 58 1 58 2.87e-36 114 WP_265102281.1 WP_265102281.1 100 268 0 0 1 268 1 268 1.14e-197 538 WP_265102281.1 WP_087759142.1 98.9 264 3 0 5 268 235 498 1.90e-188 524 MYD56339.1 MYD56339.1 96.8 347 11 0 1 347 1 347 1.27e-261 707 MYD56339.1 OQA35671.1 39.8 206 121 2 28 232 344 547 9.40e-44 157 MYD56339.1 WP_041710957.1 30.0 293 171 8 27 312 24 289 8.37e-27 109 MYD56339.1 WP_105160947.1 34.5 238 125 7 27 254 337 553 8.42e-26 106 MYD56339.1 WP_014657023.1 26.3 236 154 5 33 250 30 263 8.15e-16 76.6 MYD56339.1 KAF9974715.1 27.2 206 128 7 16 207 475 672 2.38e-06 47.8 MCE2861656.1 MCE2861656.1 93.3 270 18 0 1 270 1 270 1.47e-185 508 MCE2861656.1 MBO7707210.1 40.4 280 153 4 1 266 1 280 6.36e-65 202 MBR6441032.1 MBR6441032.1 100 86 0 0 1 86 1 86 2.80e-62 181 ETB53277.1 ETB53277.1 100 285 0 0 1 285 1 285 7.77e-209 568 ETB53277.1 WP_150461480.1 33.1 254 166 3 25 278 29 278 3.78e-38 134 ETB53277.1 WP_073936403.1 35.1 239 149 2 47 281 64 300 1.44e-35 128 XP_013412367.1 XP_013412367.1 100 231 0 0 1 231 1 231 9.37e-174 475 KAF8820068.1 KAF8820068.1 100 354 0 0 1 354 1 354 1.70e-274 740 WP_083019054.1 WP_083019054.1 90.1 525 52 0 1 525 1 525 0.0 937 WP_128581955.1 WP_128581955.1 100 139 0 0 1 139 1 139 4.64e-104 291 AMJ52230.1 AMJ52230.1 100 102 0 0 1 102 1 102 1.87e-72 208 AMJ52230.1 MCE2456387.1 38.6 101 62 0 2 102 135 235 7.18e-25 94.7 OEU77901.1 OEU77901.1 95.5 266 12 0 1 266 1 266 4.79e-189 516 OEU77901.1 WP_115357420.1 45.4 240 125 4 5 240 3 240 1.24e-69 214 WP_188339236.1 WP_188339236.1 94.4 178 10 0 1 178 1 178 9.59e-116 324 AAX93012.1 AAX93012.1 97.8 958 21 0 1 958 1 958 0.0 1905 MBQ2344446.1 MBQ2344446.1 100 521 0 0 1 521 1 521 0.0 1083 XP_019000248.1 XP_019000248.1 100 341 0 0 1 341 1 341 4.11e-264 712 WEU87158.1 WEU87158.1 99.2 7096 57 0 1 7096 1 7096 0.0 14371 WEU87158.1 QWC83326.1 99.1 7096 65 0 1 7096 1 7096 0.0 14352 WEU87158.1 QSZ25555.1 99.1 7096 67 0 1 7096 1 7096 0.0 14350 WEU87158.1 UBP50947.1 99.0 7096 70 0 1 7096 1 7096 0.0 14340 WEU87158.1 QVD87869.1 99.0 7096 68 1 1 7096 1 7093 0.0 14337 WEU87158.1 UBD95131.1 99.0 7096 74 0 1 7096 1 7096 0.0 14330 WEU87158.1 UEC52718.1 98.9 7096 77 0 1 7096 1 7096 0.0 14324 WEU87158.1 URQ55824.1 98.9 7096 75 1 1 7096 1 7093 0.0 14321 WEU87158.1 UZO53924.1 98.9 7096 75 1 1 7096 1 7093 0.0 14321 WEU87158.1 UVB16817.1 98.9 7096 74 1 1 7096 1 7093 0.0 14320 WEU87158.1 UMF87224.1 98.9 7096 74 2 1 7096 1 7092 0.0 14320 WEU87158.1 QZU16279.1 98.6 7096 98 0 1 7096 1 7096 0.0 14274 WEU87158.1 UIR12670.1 98.6 7096 97 2 1 7096 1 7092 0.0 14264 WEU87158.1 UPA83906.1 98.3 7096 114 2 1 7096 1 7092 0.0 14222 WEU87158.1 UBR86455.1 98.1 7095 132 0 2 7096 1 7095 0.0 14193 WEU87158.1 UXX67934.1 97.9 7096 143 1 1 7096 1 7093 0.0 14156 WEU87158.1 UCP72061.1 97.9 7096 149 0 1 7096 1 7096 0.0 14152 WEU87158.1 UCP77012.1 97.7 7096 160 0 1 7096 1 7096 0.0 14129 WEU87158.1 UKN67998.1 97.5 7076 175 2 21 7096 1 7072 0.0 14030 WEU87158.1 WHE12941.1 97.3 7070 186 1 27 7096 1 7067 0.0 14002 WEU87158.1 UGA79226.1 96.8 7096 224 0 1 7096 1 7096 0.0 13975 WEU87158.1 UAQ80067.1 96.4 7096 259 0 1 7096 1 7096 0.0 13882 WEU87158.1 UJT06733.1 95.5 7096 318 2 1 7096 1 7092 0.0 13703 WEU87158.1 UVI10561.1 95.5 7069 317 1 28 7096 1 7066 0.0 13686 WEU87158.1 UOU30556.1 94.1 7096 419 1 1 7096 1 7093 0.0 13467 WEU87158.1 UMA88644.1 90.9 7075 640 2 22 7096 1 7071 0.0 12887 WEU87158.1 WAS49087.1 89.7 7096 730 1 1 7096 1 7093 0.0 12692 WEU87158.1 WGP98278.1 84.5 7096 1103 0 1 7096 1 7096 0.0 11787 WEU87158.1 QTD03487.1 99.0 4401 43 0 1 4401 1 4401 0.0 8893 WEU87158.1 QXR94354.1 98.9 4401 45 1 1 4401 1 4398 0.0 8878 WEU87158.1 UFM00670.1 98.8 4401 52 0 1 4401 1 4401 0.0 8874 WEU87158.1 UEC68750.1 98.8 4401 52 0 1 4401 1 4401 0.0 8871 WEU87158.1 QTM79632.1 98.9 4401 47 1 1 4401 1 4398 0.0 8871 WEU87158.1 UBL45068.1 98.9 4401 50 0 1 4401 1 4401 0.0 8870 WEU87158.1 UHM53165.1 98.8 4401 52 0 1 4401 1 4401 0.0 8869 WEU87158.1 UFM02602.1 98.8 4401 52 0 1 4401 1 4401 0.0 8868 WEU87158.1 QTZ27226.1 98.8 4401 49 1 1 4401 1 4398 0.0 8867 WEU87158.1 ULA23837.2 98.8 4401 50 2 1 4401 1 4397 0.0 8863 WEU87158.1 UPP41269.1 98.8 4401 52 1 1 4401 1 4398 0.0 8862 WEU87158.1 USR14792.1 98.7 4401 53 1 1 4401 1 4398 0.0 8859 WEU87158.1 UXH94526.1 98.8 4401 51 2 1 4401 1 4397 0.0 8858 WEU87158.1 UKU68032.1 98.5 4401 64 2 1 4401 1 4397 0.0 8830 WEU87158.1 UJV88611.1 96.8 4401 136 2 1 4401 1 4397 0.0 8667 WEU87158.1 UJJ97602.1 96.5 4401 149 2 1 4401 1 4397 0.0 8634 WEU87158.1 UJS94137.1 97.8 4296 90 2 106 4401 1 4292 0.0 8552 WEU87158.1 ULB83374.1 95.6 4401 190 2 1 4401 1 4397 0.0 8530 WEU87158.1 UGB98301.1 93.4 4401 290 0 1 4401 1 4401 0.0 8296 WEU87158.1 QRX02582.1 99.0 4098 41 0 1 4098 1 4098 0.0 8262 WEU87158.1 UFA30503.1 92.5 4340 325 0 27 4366 1 4340 0.0 8074 WEU87158.1 WGP70063.1 91.6 4369 369 0 1 4369 1 4369 0.0 8029 WEU87158.1 WEI27974.1 90.3 4401 423 1 1 4401 1 4398 0.0 7958 WEU87158.1 UNI03201.1 90.4 4375 419 1 27 4401 1 4374 0.0 7932 WEU87158.1 UEX07109.1 87.1 4375 564 0 27 4401 1 4375 0.0 7594 WEU87158.1 URP80785.1 81.6 4374 800 1 28 4401 1 4371 0.0 7041 WEU87158.1 UPB00876.1 75.7 4374 1062 1 28 4401 1 4371 0.0 6316 WEU87158.1 UYE49180.1 75.3 4401 1082 1 1 4401 1 4398 0.0 6313 WEU87158.1 WGQ72821.1 65.8 4344 1487 0 26 4369 1 4344 0.0 5222 WP_127706998.1 WP_127706998.1 94.4 411 23 0 1 411 1 411 2.31e-269 732 KMQ95473.1 KMQ95473.1 96.3 296 11 0 1 296 1 296 2.07e-214 583 WP_119660228.1 WP_119660228.1 88.0 308 37 0 1 308 1 308 4.97e-180 497 VVW92857.1 VVW92857.1 100 33 0 0 1 33 1 33 1.46e-19 70.1 TDP04522.1 TDP04522.1 94.6 331 18 0 1 331 1 331 1.35e-223 609 MCS5639477.1 MCS5639477.1 100 234 0 0 1 234 1 234 6.57e-171 468 XP_043280639.1 XP_043280639.1 96.2 1119 42 0 1 1119 1 1119 0.0 2167 MBT9597716.1 MBT9597716.1 100 210 0 0 1 210 1 210 5.47e-158 433 KAF3385475.1 KAF3385475.1 100 198 0 0 1 198 1 198 1.07e-149 411 WP_071081072.1 WP_071081072.1 100 178 0 0 1 178 1 178 3.96e-133 368 WP_071081072.1 WP_262114929.1 49.7 183 85 3 1 178 1 181 2.05e-57 176 WP_246239142.1 WP_246239142.1 100 460 0 0 1 460 1 460 0.0 937 WP_246239142.1 WP_138597401.1 34.0 188 106 6 253 424 4 189 7.35e-20 87.0 ERE79785.1 ERE79785.1 96.0 478 19 0 1 478 1 478 0.0 919 ERE79785.1 RSL59427.1 28.3 392 190 10 125 459 62 419 5.75e-35 134 ERE79785.1 NQR19375.1 25.5 368 181 10 126 433 3 337 1.19e-25 107 MBQ7518453.1 MBQ7518453.1 100 683 0 0 1 683 1 683 0.0 1414 MCK5725948.1 MCK5725948.1 100 656 0 0 1 656 1 656 0.0 1396 MCK5725948.1 MCI9379843.1 31.9 665 379 22 1 652 1 604 9.26e-91 292 STC68550.1 STC68550.1 97.6 632 15 0 1 632 1 632 0.0 1253 STC68550.1 WP_003960394.1 44.8 630 334 6 7 625 3 629 1.72e-174 509 WP_140468443.1 WP_140468443.1 97.9 475 10 0 1 475 1 475 0.0 929 WP_271931007.1 WP_271931007.1 98.1 951 18 0 1 951 1 951 0.0 1887 WP_271931007.1 MBF1128433.1 29.4 293 152 12 653 931 2 253 1.66e-24 107 WP_271931007.1 WP_281919021.1 31.9 235 125 7 661 890 12 216 3.11e-23 102 WP_271931007.1 GIW70618.1 31.2 295 170 7 650 938 37 304 1.74e-22 102 WP_271931007.1 MBD2210269.1 27.7 260 137 8 649 890 2 228 1.72e-17 85.1 WP_271931007.1 WP_106546380.1 30.7 251 126 10 656 889 9 228 6.38e-16 80.1 WP_271931007.1 KAJ7903702.1 27.9 229 125 9 667 891 29 221 5.79e-14 73.6 WP_271931007.1 EYU24504.1 29.9 261 153 12 659 904 187 432 1.15e-13 73.2 WP_271931007.1 KZT58963.1 23.6 322 185 12 640 941 1057 1337 7.34e-09 58.2 WP_271931007.1 UZO03952.1 22.3 197 100 7 763 947 89 244 7.02e-08 53.5 WP_058460161.1 WP_058460161.1 100 125 0 0 1 125 1 125 4.31e-91 257 MBQ9736331.1 MBQ9736331.1 100 301 0 0 1 301 1 301 1.73e-229 622 XP_043377824.1 XP_043377824.1 88.4 1304 151 0 1 1304 1 1304 0.0 2374 XP_043377824.1 XP_047334060.1 37.9 285 156 8 25 299 17 290 1.45e-52 196 XP_043377824.1 KZT58963.1 31.4 274 161 8 30 289 1083 1343 1.73e-34 142 XP_043377824.1 XP_046441060.1 26.2 324 210 11 23 338 59 361 1.05e-22 103 XP_043377824.1 XP_019384620.1 25.9 294 185 11 34 311 24 300 1.05e-17 87.4 XP_043377824.1 EYU24504.1 25.1 231 124 6 25 220 189 405 1.11e-17 86.7 XP_043377824.1 KAJ7903702.1 28.0 207 128 7 25 226 23 213 2.84e-14 75.1 XP_043377824.1 OKZ85006.1 28.8 139 84 6 98 232 143 270 3.63e-07 52.8 QID82546.1 QID82546.1 95.1 864 42 0 1 864 1 864 0.0 1705 XP_039769176.1 XP_039769176.1 96.1 1226 48 0 10 1235 10 1235 0.0 2253 HBH1966141.1 HBH1966141.1 100 80 0 0 1 80 1 80 7.51e-53 157 WP_189355988.1 WP_189355988.1 100 123 0 0 1 123 1 123 1.84e-91 258 XP_014733223.1 XP_014733223.1 96.0 328 13 0 1 328 1 328 4.61e-234 635 PSR02572.1 PSR02572.1 96.0 350 14 0 1 350 1 350 4.37e-250 678 PSR02572.1 PHR72175.1 58.8 306 126 0 38 343 11 316 6.62e-137 390 PSR02572.1 WP_073201850.1 45.2 321 170 3 28 343 5 324 5.42e-94 281 PSR02572.1 WP_253808359.1 35.3 295 170 9 53 337 7 290 4.04e-42 150 PSR02572.1 WP_254698006.1 36.2 279 157 8 68 337 19 285 3.99e-40 146 PSR02572.1 CBI36349.3 32.4 278 173 3 71 344 30 296 1.27e-39 143 PSR02572.1 WP_225579579.1 34.7 268 153 7 80 337 44 299 5.11e-34 129 WP_058671428.1 WP_058671428.1 100 213 0 0 1 213 1 213 7.17e-160 438 WP_283629251.1 WP_283629251.1 100 270 0 0 1 270 1 270 2.14e-203 553 ECN6431251.1 ECN6431251.1 100 122 0 0 1 122 1 122 1.71e-91 258 ECN6431251.1 NOT18216.1 64.8 122 43 0 1 122 43 164 1.21e-55 181 ECN6431251.1 WP_021479352.1 49.5 105 53 0 1 105 574 678 2.57e-33 120 WP_165462493.1 WP_165462493.1 97.7 304 7 0 1 304 1 304 6.11e-211 575 WP_165462493.1 WP_220664202.1 30.2 311 184 9 16 295 22 330 5.91e-27 106 WP_165462493.1 WP_069341101.1 26.9 286 191 8 16 298 22 292 8.25e-20 85.9 EFV4293432.1 EFV4293432.1 96.8 249 8 0 1 249 1 249 4.57e-174 477 KAI9878467.1 KAI9878467.1 97.8 460 10 0 1 460 1 460 0.0 924 XP_048540820.1 XP_048540820.1 91.1 1041 93 0 1 1041 1 1041 0.0 1941 XP_048540820.1 XP_028705251.1 32.6 270 155 5 781 1023 445 714 3.12e-34 140 XP_048540820.1 XP_040250218.1 27.3 264 149 10 796 1022 363 620 8.04e-20 93.6 XP_048540820.1 XP_021765438.1 26.7 273 152 6 796 1023 601 870 1.63e-19 92.8 XP_048540820.1 XP_019180948.1 28.2 273 142 9 796 1019 682 949 6.92e-17 84.3 XP_048540820.1 MBF1128433.1 23.0 265 163 9 792 1022 12 269 2.32e-10 62.8 XP_048540820.1 XP_029528577.1 22.5 244 151 7 796 1009 36 271 4.95e-10 60.8 XP_048540820.1 UZO03952.1 23.4 171 98 6 883 1023 79 246 1.39e-07 52.8 WP_192558464.1 WP_192558464.1 97.5 238 6 0 1 238 1 238 2.56e-170 467 WP_192558464.1 WP_048427321.1 32.5 157 89 6 1 153 4 147 5.43e-09 53.1 XP_053017968.1 XP_053017968.1 100 110 0 0 1 110 1 110 7.06e-74 213 WP_140480909.1 WP_140480909.1 100 369 0 0 1 369 1 369 2.10e-278 751 WP_140480909.1 WP_176354145.1 47.4 329 166 4 17 341 10 335 8.26e-100 298 WP_140480909.1 WP_109219819.1 45.4 337 162 7 12 338 17 341 4.65e-87 266 WP_140480909.1 WP_170725874.1 39.9 358 170 6 13 356 5 331 8.46e-86 261 WP_140480909.1 WP_076409454.1 39.5 357 191 7 11 361 3 340 1.97e-81 251 WP_140480909.1 WP_258581409.1 38.1 362 209 5 13 367 4 357 9.72e-78 242 WP_140480909.1 WP_237907640.1 44.7 293 158 3 13 302 4 295 1.15e-76 239 WP_140480909.1 WP_011057593.1 48.1 235 121 1 11 245 3 236 4.42e-76 237 WP_140480909.1 MWR41881.1 38.4 232 135 2 18 243 35 264 1.73e-49 166 WP_140480909.1 MCF7808720.1 38.9 221 123 4 12 222 6 224 1.06e-42 147 WP_140480909.1 WP_222125851.1 37.9 243 139 5 12 244 1 241 4.52e-42 145 WP_140480909.1 WP_142133210.1 34.4 244 153 4 8 246 6 247 7.25e-42 145 WP_140480909.1 WP_115992495.1 35.3 249 142 6 12 246 1 244 2.90e-39 138 WP_140480909.1 WP_088153117.1 32.7 309 185 11 38 333 23 321 7.11e-38 138 WP_140480909.1 EHH5649593.1 40.7 199 102 4 30 220 17 207 1.32e-37 135 WP_140480909.1 WP_215557653.1 30.2 232 144 4 12 234 3 225 9.99e-33 121 WP_140480909.1 MBQ4383193.1 34.3 216 135 6 13 224 10 222 4.66e-30 113 WP_140480909.1 MBQ3864274.1 31.3 224 131 5 29 235 36 253 3.19e-26 105 WP_140480909.1 WP_221977168.1 32.7 171 101 5 17 174 20 189 1.44e-18 82.8 WP_140480909.1 KAF9974715.1 24.0 358 218 12 29 355 481 815 2.75e-12 66.6 EER7236894.1 EER7236894.1 100 198 0 0 1 198 1 198 7.54e-150 412 WP_117700467.1 WP_117700467.1 100 304 0 0 1 304 1 304 2.28e-231 627 WP_049471407.1 WP_049471407.1 100 150 0 0 1 150 1 150 2.61e-104 293 TZC53901.1 TZC53901.1 100 24 0 0 1 24 1 24 3.12e-11 48.5 NLW23809.1 NLW23809.1 100 398 0 0 1 398 1 398 5.99e-295 795 NLW23809.1 GLX88815.1 24.4 168 120 4 13 174 11 177 1.15e-04 42.0 XP_003768056.1 XP_003768056.1 100 91 0 0 1 91 1 91 1.64e-61 180 WP_072802511.1 WP_072802511.1 100 250 0 0 1 250 1 250 3.38e-181 495 MBI1736306.1 MBI1736306.1 100 308 0 0 1 308 1 308 1.29e-214 585 MBI1736306.1 MBI5966481.1 48.8 293 139 4 12 295 13 303 6.54e-92 274 MBI1736306.1 WP_276638014.1 39.6 321 175 6 5 307 34 353 7.81e-73 227 MBI1736306.1 WP_220615956.1 41.4 304 161 5 16 302 48 351 3.03e-66 210 MBI1736306.1 WP_067782871.1 36.5 307 191 3 1 306 1 304 1.04e-58 189 MBI1736306.1 WP_279399778.1 38.9 285 171 2 23 306 23 305 1.72e-46 157 MBI1736306.1 MBQ1540263.1 35.6 295 160 7 8 302 28 292 8.83e-42 144 MBI1736306.1 HAR4359619.1 34.4 209 120 5 84 291 78 270 7.69e-29 110 WP_261610700.1 WP_261610700.1 100 211 0 0 1 211 1 211 7.13e-150 413 MBW2176475.1 MBW2176475.1 98.6 417 6 0 1 417 1 417 2.85e-314 846 MBW2176475.1 AHG02917.1 29.8 252 169 1 165 416 67 310 3.56e-30 117 MBW2176475.1 KQB14740.1 30.5 246 166 1 175 415 80 325 1.64e-29 115 WP_221977168.1 WP_221977168.1 100 260 0 0 1 260 1 260 7.70e-192 523 WP_221977168.1 WP_256546297.1 36.8 247 140 3 25 260 33 274 1.31e-50 165 WP_221977168.1 WP_276362074.1 39.4 241 140 3 25 259 14 254 1.97e-48 159 WP_221977168.1 WP_247429569.1 36.3 245 147 3 16 256 17 256 1.20e-47 157 WP_221977168.1 WP_008134825.1 36.8 242 153 0 15 256 350 591 3.51e-47 166 WP_221977168.1 WP_159463829.1 35.2 247 142 4 15 259 357 587 9.68e-37 135 WP_221977168.1 WP_176354145.1 31.1 225 135 4 16 235 6 215 9.31e-27 105 WP_221977168.1 WP_076409454.1 32.0 175 106 2 15 189 4 165 3.08e-22 92.4 WP_221977168.1 WP_281543397.1 25.7 206 141 4 30 235 4 197 7.40e-22 90.5 WP_221977168.1 MXP43753.1 29.3 242 148 8 10 239 9 239 6.15e-20 84.7 WP_221977168.1 WP_170725874.1 26.5 215 143 3 23 235 12 213 1.60e-19 84.7 WP_221977168.1 WP_140480909.1 32.7 171 101 5 20 189 17 174 1.01e-18 82.8 WP_221977168.1 OAN53756.1 28.4 232 149 6 18 240 14 237 1.50e-18 80.9 WP_221977168.1 WP_158791585.1 26.2 229 146 6 20 236 9 226 1.79e-17 77.8 WP_221977168.1 MBC7326981.1 27.0 226 138 7 25 236 16 228 2.54e-17 77.4 WP_221977168.1 MBQ3864274.1 28.6 217 133 7 30 236 35 239 9.57e-16 73.9 WP_221977168.1 WP_066083732.1 27.1 240 137 10 30 247 25 248 1.04e-15 73.9 WP_221977168.1 WP_109219819.1 26.4 231 151 5 12 239 16 230 3.69e-14 69.7 WP_221977168.1 GLY24463.1 27.3 245 145 8 21 244 10 242 7.24e-14 68.6 WP_221977168.1 WP_131166802.1 27.7 238 143 9 16 236 11 236 1.34e-11 62.0 WP_221977168.1 WP_107894076.1 25.6 234 149 11 20 238 14 237 1.40e-10 58.9 AIA18772.1 AIA18772.1 100 155 0 0 1 155 1 155 6.85e-116 322 AIA18772.1 WP_176958177.1 53.9 152 69 1 1 152 1 151 1.27e-54 172 AIA18772.1 WP_192106836.1 46.1 154 82 1 1 154 1 153 2.40e-44 145 AIA18772.1 WP_278888642.1 42.1 152 88 0 1 152 5 156 1.55e-39 133 WP_198255508.1 WP_198255508.1 100 334 0 0 1 334 1 334 6.13e-242 656 WP_198255508.1 WP_257107333.1 38.8 322 179 7 18 332 19 329 5.06e-61 196 WP_198255508.1 OJG95819.1 26.2 340 201 12 18 333 22 335 1.40e-23 97.8 WP_012283464.1 WP_012283464.1 100 130 0 0 1 130 1 130 1.66e-95 269 WP_027711481.1 WP_027711481.1 100 164 0 0 1 164 1 164 6.22e-121 336 WP_134669716.1 WP_134669716.1 100 309 0 0 1 309 1 309 4.41e-227 616 WP_134669716.1 WP_046600280.1 33.6 295 179 2 8 294 4 289 3.67e-48 161 WP_134669716.1 WP_098876031.1 27.5 131 92 2 11 140 6 134 2.26e-11 61.6 WP_134669716.1 WP_154333510.1 28.6 98 67 1 6 103 1 95 5.17e-10 57.8 WP_196938834.1 WP_196938834.1 100 205 0 0 1 205 1 205 2.52e-156 429 WP_196938834.1 MCF6346354.1 47.1 121 61 2 22 140 17 136 6.20e-29 105 WP_196938834.1 WP_205009067.1 39.7 141 85 0 22 162 17 157 5.02e-28 103 HFC12574.1 HFC12574.1 100 192 0 0 1 192 1 192 8.18e-142 391 KAB2885888.1 KAB2885888.1 97.4 949 25 0 1 949 1 949 0.0 1947 KAB2885888.1 MBF0107908.1 36.9 436 240 8 475 890 53 473 5.67e-79 264 KAB2885888.1 MBC7097666.1 37.0 389 220 11 18 391 4 382 1.03e-67 231 KAB2885888.1 MBA2522987.1 39.6 134 76 3 27 157 13 144 1.46e-22 93.2 WP_270218171.1 WP_270218171.1 84.9 73 11 0 1 73 1 73 8.05e-36 114 WP_238769582.1 WP_238769582.1 97.2 609 17 0 1 609 1 609 0.0 1224 MPC67018.1 MPC67018.1 100 74 0 0 1 74 1 74 2.55e-46 140 ACI42798.1 ACI42798.1 76.5 98 23 0 1 98 1 98 1.19e-46 143 CZT01546.1 CZT01546.1 100 320 0 0 1 320 1 320 8.45e-251 677 XP_041334537.1 XP_041334537.1 94.9 450 23 0 24 473 24 473 4.24e-301 817 XP_041334537.1 ACF74449.1 25.8 430 275 12 44 441 57 474 4.39e-37 140 XP_041334537.1 XP_054844157.1 22.7 418 304 9 34 435 64 478 1.34e-34 134 WP_237523417.1 WP_237523417.1 100 124 0 0 1 124 1 124 4.00e-91 257 MCR5102838.1 MCR5102838.1 100 194 0 0 1 194 1 194 1.71e-144 398 MCH9656178.1 MCH9656178.1 98.3 579 10 0 1 579 1 579 0.0 1184 WP_266095674.1 WP_266095674.1 100 396 0 0 1 396 1 396 1.79e-295 796 HHW43430.1 HHW43430.1 97.4 346 9 0 1 346 1 346 9.41e-243 659 WP_259206442.1 WP_259206442.1 100 1199 0 0 1 1199 1 1199 0.0 2491 WP_259206442.1 WP_267560498.1 32.7 700 425 22 1 678 1 676 9.58e-73 254 WP_259206442.1 WP_132079800.1 30.2 706 431 23 8 676 12 692 6.94e-62 223 RKG50564.1 RKG50564.1 100 471 0 0 1 471 1 471 0.0 954 WP_168565867.1 WP_168565867.1 96.3 381 14 0 1 381 1 381 1.08e-277 750 WP_168565867.1 WP_122896374.1 33.4 377 244 3 12 381 3 379 2.70e-78 244 WP_168565867.1 WP_043548763.1 34.6 384 232 10 11 381 30 407 1.02e-59 197 WP_168565867.1 MBT4160670.1 32.2 379 231 10 10 376 3 367 3.18e-51 174 WP_168565867.1 WP_164636240.1 32.1 262 165 6 15 265 97 356 3.23e-30 119 WP_168565867.1 WP_094151267.1 25.2 389 261 10 10 379 46 423 1.06e-26 108 WP_168565867.1 WP_145514932.1 23.4 393 273 10 12 380 52 440 3.70e-22 95.9 WP_074087188.1 WP_074087188.1 100 384 0 0 1 384 1 384 1.20e-296 798 XP_054020552.1 XP_054020552.1 96.0 678 27 0 1 678 1 678 0.0 1306 WP_245704803.1 WP_245704803.1 96.3 243 9 0 1 243 1 243 9.11e-162 446 WP_245704803.1 GDX36288.1 35.6 222 134 4 1 214 188 408 9.84e-38 134 WP_245704803.1 WP_274755179.1 31.2 215 137 5 4 208 200 413 6.58e-21 89.0 WP_245704803.1 WP_055132583.1 21.7 240 149 6 2 213 769 997 9.13e-07 47.8 GFB08691.1 GFB08691.1 100 193 0 0 1 193 1 193 4.06e-147 404 GFB08691.1 GFD16573.1 84.1 44 7 0 2 45 120 163 7.59e-20 80.5 MBT7091597.1 MBT7091597.1 100 414 0 0 1 414 1 414 0.0 875 XP_045691652.1 XP_045691652.1 51.4 175 85 0 1 175 1 175 4.16e-31 109 WP_283222342.1 WP_283222342.1 83.9 523 84 0 1 523 1 523 4.21e-287 786 WP_221268711.1 WP_221268711.1 100 253 0 0 1 253 1 253 9.33e-185 504 BAE96300.1 BAE96300.1 100 343 0 0 1 343 1 343 1.88e-261 706 WP_235126772.1 WP_235126772.1 100 878 0 0 1 878 1 878 0.0 1777 WP_235126772.1 KAA0114277.1 36.6 887 507 19 14 872 50 909 4.51e-158 484 WP_235126772.1 WP_278631399.1 34.0 870 524 14 16 873 21 852 1.72e-153 471 WP_235126772.1 MBE6688122.1 33.7 903 504 22 15 866 20 878 5.86e-148 457 WP_235126772.1 MBE5737882.1 30.7 902 551 18 3 875 9 865 1.60e-127 403 WP_235126772.1 XP_009147075.2 29.7 1005 554 25 14 872 134 1131 1.51e-125 405 WP_235126772.1 KAF5671546.1 27.0 954 571 31 24 874 182 1113 8.04e-86 297 WP_235126772.1 WP_049009918.1 26.3 897 556 26 16 875 67 895 5.62e-75 261 WP_235126772.1 WP_019100427.1 29.8 808 458 25 14 773 48 794 2.68e-72 254 WP_235126772.1 MBY0273331.1 29.2 710 408 21 12 713 3 625 2.56e-67 238 WP_235126772.1 KAJ6994162.1 27.9 770 461 23 14 769 32 721 6.81e-62 224 WP_235126772.1 HCT06136.1 34.7 176 79 4 522 696 586 726 4.66e-15 77.8 WP_235126772.1 OFX32653.1 33.6 152 70 2 512 662 439 560 3.41e-13 71.6 WP_235126772.1 MBI6149093.1 31.2 186 85 7 512 693 592 738 5.99e-12 67.8 MBA2536487.1 MBA2536487.1 100 383 0 0 1 383 1 383 3.11e-278 752 MBA2536487.1 WP_078429679.1 55.6 392 165 2 1 383 1 392 7.52e-153 435 MBA2536487.1 WP_074825075.1 45.1 386 204 2 5 382 5 390 9.61e-108 320 MBA2536487.1 WP_277084622.1 45.0 313 157 5 84 382 1 312 1.38e-79 245 MBA2536487.1 MCP1651746.1 39.9 396 221 7 4 382 7 402 6.99e-72 228 MBA2536487.1 EDH4057100.1 38.3 402 211 9 1 382 1 385 1.23e-71 227 MBA2536487.1 WP_004619799.1 38.5 397 223 7 4 382 5 398 3.59e-67 216 MBA2536487.1 WP_083141943.1 35.2 398 229 6 1 382 1 385 7.78e-62 202 MBA2536487.1 GAN03156.1 33.8 393 233 5 5 382 30 410 8.65e-60 197 MBA2536487.1 XP_040685867.1 29.8 392 244 8 5 378 36 414 2.30e-39 143 YP_009109540.1 YP_009109540.1 92.0 261 21 0 1 261 1 261 9.86e-175 480 YP_009109540.1 QDH52386.1 43.8 260 141 5 6 260 4 263 2.41e-63 197 MBF11761.1 MBF11761.1 96.7 331 11 0 1 331 1 331 3.86e-223 608 MBF1583063.1 MBF1583063.1 100 483 0 0 1 483 1 483 0.0 1016 MBF1583063.1 EIJ1046776.1 41.9 480 274 3 5 482 6 482 4.88e-128 379 PLS78226.1 PLS78226.1 100 138 0 0 1 138 1 138 3.40e-101 284 MBS0359667.1 MBS0359667.1 97.4 381 10 0 1 381 1 381 2.73e-271 734 WP_230865828.1 WP_230865828.1 83.7 615 100 0 1 615 1 615 9.26e-319 874 HBL8984898.1 HBL8984898.1 100 284 0 0 1 284 1 284 2.53e-218 592 QLP56207.1 QLP56207.1 97.8 490 11 0 1 490 1 490 0.0 966 QLP56207.1 WP_270570428.1 26.9 472 275 10 11 432 5 456 1.63e-45 164 QLP56207.1 WP_018187484.1 25.5 475 320 12 12 472 25 479 5.48e-38 143 QLP56207.1 SCN76227.1 22.1 502 297 18 13 441 80 560 8.43e-06 46.6 WP_013449879.1 WP_013449879.1 96.3 272 10 0 1 272 1 272 3.82e-198 540 MBR2605819.1 MBR2605819.1 95.1 512 25 0 1 512 1 512 0.0 998 MBR2605819.1 UTN87579.1 45.1 441 235 3 10 449 11 445 7.14e-130 385 GLC83712.1 GLC83712.1 100 280 0 0 1 280 1 280 4.85e-205 558 WP_244774495.1 WP_244774495.1 100 178 0 0 1 178 1 178 1.01e-126 352 WP_113913927.1 WP_113913927.1 97.1 373 11 0 15 387 15 387 1.36e-258 702 WP_231056077.1 WP_231056077.1 96.3 672 25 0 1 672 1 672 0.0 1334 MBH1832495.1 MBH1832495.1 100 450 0 0 1 450 1 450 0.0 915 WP_246165763.1 WP_246165763.1 100 211 0 0 1 211 1 211 2.50e-159 437 MCH3978367.1 MCH3978367.1 92.8 332 24 0 1 332 1 332 5.42e-219 598 MCH3978367.1 EAP5059555.1 28.9 322 218 3 7 328 46 356 1.35e-48 165 MCH3978367.1 WP_158131988.1 26.5 260 176 7 73 328 78 326 8.18e-24 100 MCH3978367.1 WP_097346712.1 25.6 246 168 6 52 294 59 292 6.70e-19 85.9 WP_261665820.1 WP_261665820.1 99.3 1407 10 0 1 1407 1 1407 0.0 2858 WP_261665820.1 BBG20955.1 45.6 1525 621 18 8 1362 1387 2872 0.0 1292 WP_261665820.1 WP_061278828.1 48.2 1441 639 18 16 1391 6 1404 0.0 1292 CAF2148714.1 CAF2148714.1 100 274 0 0 1 274 1 274 8.45e-212 575 WP_073045763.1 WP_073045763.1 100 120 0 0 1 120 1 120 5.55e-87 246 XP_048366669.1 XP_048366669.1 92.2 794 62 0 1 794 1 794 0.0 1551 EEX5979844.1 EEX5979844.1 100 79 0 0 1 79 1 79 1.46e-54 161 MBQ3226584.1 MBQ3226584.1 100 54 0 0 1 54 1 54 1.27e-35 112 XP_054484247.1 XP_054484247.1 97.0 4679 142 0 17 4695 17 4695 0.0 9463 QQO98901.1 QQO98901.1 100 110 0 0 1 110 1 110 7.62e-78 223 MCK9213126.1 MCK9213126.1 100 55 0 0 1 55 1 55 2.26e-34 108 MOO25268.1 MOO25268.1 100 17 0 0 1 17 1 17 1.17e-06 36.6 KAF6257731.1 KAF6257731.1 96.4 918 33 0 1 918 1 918 0.0 1766 KAF6257731.1 MBP6786080.1 48.9 875 417 10 5 870 5 858 1.95e-279 796 KAF6257731.1 WP_029789810.1 49.4 852 411 8 5 851 5 841 1.07e-273 781 KAF6257731.1 WP_136095406.1 46.2 689 272 16 163 839 120 721 1.36e-184 549 KAF6257731.1 MBL8103469.1 43.8 443 235 6 1 434 2 439 4.15e-115 358 KAF6257731.1 KAI7727618.1 54.4 274 85 4 163 434 165 400 1.48e-78 272 KAF6257731.1 KPK79043.1 45.8 271 130 3 153 408 129 397 1.59e-57 209 KAF6257731.1 MCH2804017.1 51.9 79 37 1 580 657 1 79 4.95e-20 83.6 WP_167827352.1 WP_167827352.1 100 495 0 0 1 495 1 495 0.0 1025 WP_225767809.1 WP_225767809.1 100 138 0 0 1 138 1 138 9.39e-99 278 WP_225767809.1 WP_111457087.1 35.6 132 76 8 4 128 127 256 8.90e-11 56.2 MBC7569412.1 MBC7569412.1 95.7 256 11 0 1 256 1 256 5.14e-179 490 WP_218103566.1 WP_218103566.1 100 81 0 0 1 81 1 81 8.37e-55 162 SKY52432.1 SKY52432.1 100 119 0 0 1 119 1 119 1.22e-85 243 MBU4593984.1 MBU4593984.1 100 389 0 0 1 389 1 389 9.89e-294 791 WP_110344369.1 WP_110344369.1 100 91 0 0 1 91 1 91 9.87e-63 183 WP_022975915.1 WP_022975915.1 97.3 448 12 0 1 448 1 448 0.0 882 WP_178020540.1 WP_178020540.1 100 167 0 0 1 167 1 167 1.46e-125 348 MCK1443663.1 MCK1443663.1 87.9 240 29 0 1 240 1 240 3.60e-146 406 WP_216768648.1 WP_216768648.1 100 812 0 0 1 812 1 812 0.0 1655 WP_216768648.1 MBW3588078.1 36.9 731 428 10 21 736 33 745 1.51e-156 475 WP_216768648.1 RZU98823.1 35.9 779 446 12 1 737 10 777 2.56e-154 471 WP_019823189.1 WP_019823189.1 100 199 0 0 1 199 1 199 1.11e-147 406 MCH2409214.1 MCH2409214.1 100 358 0 0 1 358 1 358 3.51e-260 704 MCH2409214.1 WP_115470986.1 53.1 260 122 0 82 341 87 346 2.21e-105 312 WP_154333510.1 WP_154333510.1 100 308 0 0 1 308 1 308 5.85e-236 639 WP_154333510.1 MBQ9299122.1 28.6 245 162 5 1 238 1 239 5.91e-26 103 WP_154333510.1 WP_098876031.1 40.8 76 45 0 1 76 1 76 9.11e-12 62.8 WP_154333510.1 WP_134669716.1 28.6 98 67 1 1 95 6 103 5.15e-10 57.8 WP_154333510.1 WP_230796143.1 42.6 68 39 0 1 68 1 68 7.13e-09 54.3 MBD2210269.1 MBD2210269.1 100 517 0 0 1 517 1 517 0.0 1070 MBD2210269.1 WP_106546380.1 57.7 508 211 3 1 506 1 506 1.04e-208 587 MBD2210269.1 MBF1128433.1 31.9 342 204 12 6 341 2 320 3.76e-33 131 MBD2210269.1 WP_012236017.1 30.9 298 143 14 14 278 70 337 2.18e-25 108 MBD2210269.1 WP_271931007.1 28.5 260 135 9 2 228 649 890 2.70e-16 80.5 MBD2210269.1 XP_021765438.1 27.5 236 139 9 9 234 590 803 1.42e-15 78.2 MBD2210269.1 OKZ85006.1 29.1 247 131 11 7 227 42 270 6.86e-14 72.4 MBD2210269.1 XP_025814622.1 29.5 227 133 10 14 227 777 989 1.31e-13 72.0 MBD2210269.1 KZT58963.1 31.2 221 124 11 19 227 1083 1287 1.84e-13 71.6 MBD2210269.1 XP_048379117.1 23.8 281 152 10 49 278 230 499 7.51e-11 62.8 MBD2210269.1 UZO03952.1 25.2 210 124 10 91 292 61 245 1.75e-06 48.1 WP_210352796.1 WP_210352796.1 100 459 0 0 1 459 1 459 0.0 935 WP_210569664.1 WP_210569664.1 100 436 0 0 1 436 1 436 0.0 908 WP_210569664.1 WP_200287444.1 35.4 438 234 13 19 432 26 438 4.20e-56 190 WP_210569664.1 RYE89993.1 30.7 309 150 14 177 435 35 329 1.83e-18 84.3 WP_280015341.1 WP_280015341.1 98.2 562 10 0 1 562 1 562 0.0 1126 WP_280015341.1 MCM6312373.1 38.5 556 333 5 10 563 5 553 4.42e-116 354 WP_280015341.1 HBS0905846.1 38.3 556 334 5 10 563 5 553 1.75e-115 353 WP_280015341.1 HBZ7417361.1 45.5 277 147 3 288 563 5 278 3.30e-74 236 NCO19736.1 NCO19736.1 100 236 0 0 1 236 1 236 8.94e-170 465 NCO19736.1 WP_167239634.1 51.3 230 111 1 1 230 1 229 3.18e-76 228 NCO19736.1 WP_212799263.1 35.4 82 51 2 84 165 128 207 7.68e-06 43.9 VTR69884.1 VTR69884.1 94.3 406 23 0 1 406 1 406 5.12e-275 746 VTR69884.1 GBC84792.1 35.2 378 232 6 12 385 2 370 3.02e-57 191 WP_158347019.1 WP_158347019.1 100 809 0 0 1 809 1 809 0.0 1665 WP_158347019.1 WP_125260587.1 36.0 934 451 18 1 800 1 921 8.77e-176 529 WP_158347019.1 MBU22120.1 38.7 643 350 9 158 783 322 937 1.78e-142 443 WP_158347019.1 MCD6199266.1 34.3 842 477 17 4 800 6 816 4.91e-141 435 WP_158347019.1 MBO8485404.1 32.5 839 488 19 6 800 12 816 8.07e-138 427 WP_158347019.1 WP_253620872.1 30.7 300 158 12 295 586 144 401 1.59e-22 102 WP_158347019.1 WP_276362074.1 38.4 73 40 2 379 451 153 220 1.02e-06 49.3 WP_158347019.1 MCH4209672.1 33.3 129 68 6 686 803 480 601 1.07e-06 50.4 WP_158347019.1 WP_256546297.1 36.0 100 57 3 356 450 145 242 6.53e-06 47.0 WP_158347019.1 WP_215557653.1 35.6 73 44 2 379 450 144 214 2.54e-05 45.1 WP_172281536.1 WP_172281536.1 100 486 0 0 1 486 1 486 0.0 986 WP_172281536.1 MCI6853747.1 34.0 503 299 8 1 477 1 496 2.78e-85 270 WP_172281536.1 WP_256342227.1 35.2 475 290 9 18 480 18 486 4.89e-82 261 WP_172281536.1 MCQ2831428.1 34.8 391 226 10 104 481 67 441 2.52e-61 205 WP_172281536.1 WP_093868643.1 23.7 367 204 12 39 372 25 348 1.26e-10 61.6 WP_248827332.1 WP_248827332.1 100 110 0 0 1 110 1 110 6.51e-79 225 EHX0204875.1 EHX0204875.1 100 111 0 0 1 111 1 111 1.08e-73 212 XP_055165408.1 XP_055165408.1 100 336 0 0 1 336 1 336 8.22e-257 694 WP_257544752.1 WP_257544752.1 83.6 171 28 0 1 171 1 171 1.18e-92 265 DAV98325.1 DAV98325.1 100 87 0 0 1 87 1 87 3.53e-61 179 WP_181537449.1 WP_181537449.1 100 249 0 0 1 249 1 249 8.48e-170 466 WP_055542300.1 WP_055542300.1 91.6 154 13 0 1 154 1 154 7.65e-99 279 WP_108719223.1 WP_108719223.1 100 147 0 0 1 147 1 147 2.25e-108 303 WP_108719223.1 WP_075347218.1 61.7 141 54 0 3 143 5 145 1.92e-59 179 NNF43866.1 NNF43866.1 100 339 0 0 1 339 1 339 4.22e-231 629 NNF43866.1 MCM8792278.1 35.9 337 187 5 5 334 2 316 5.07e-65 206 WP_227405228.1 WP_227405228.1 89.6 230 24 0 1 230 1 230 2.40e-146 405 WP_227405228.1 TVU87390.1 79.6 230 47 0 1 230 1 230 2.38e-130 365 ESU92681.1 ESU92681.1 98.1 468 9 0 1 468 1 468 0.0 931 OJT07575.1 OJT07575.1 98.0 551 11 0 1 551 1 551 0.0 1107 WP_187974949.1 WP_187974949.1 98.1 471 9 0 1 471 1 471 0.0 948 WP_187974949.1 WP_264934627.1 41.7 451 247 5 13 461 7 443 3.74e-120 357 XP_041287579.1 XP_041287579.1 100 327 0 0 1 327 1 327 1.99e-248 672 WP_281305524.1 WP_281305524.1 100 228 0 0 1 228 1 228 1.01e-162 447 EFP02123.1 EFP02123.1 100 209 0 0 1 209 1 209 7.75e-153 420 EAH8250412.1 EAH8250412.1 89.2 111 12 0 1 111 1 111 7.58e-65 190 WP_197332010.1 WP_197332010.1 96.1 511 20 0 1 511 1 511 0.0 923 WP_197332010.1 WP_255602293.1 29.6 523 339 10 4 503 12 528 2.44e-75 245 WP_197332010.1 RQL72805.1 31.1 501 318 16 21 511 24 507 4.57e-62 209 WP_197332010.1 WP_226276978.1 28.8 493 338 4 21 511 23 504 1.86e-59 202 MBI5212085.1 MBI5212085.1 74.0 123 32 0 1 123 1 123 1.77e-55 167 MBB4747289.1 MBB4747289.1 93.2 146 10 0 1 146 1 146 2.51e-91 259 MBQ6275073.1 MBQ6275073.1 100 428 0 0 1 428 1 428 0.0 885 MBQ6275073.1 WP_194543596.1 44.2 274 127 3 1 250 1 272 4.95e-74 231 MBQ6275073.1 PYK96819.1 49.8 229 102 3 1 225 1 220 2.09e-70 220 WP_212720030.1 WP_212720030.1 97.0 429 13 0 1 429 1 429 6.86e-319 858 WP_079835571.1 WP_079835571.1 97.4 383 10 0 1 383 1 383 2.04e-283 765 WP_079835571.1 WP_050704913.1 29.2 349 227 6 8 347 4 341 4.12e-38 138 WP_079835571.1 WP_212269268.1 48.8 84 40 2 267 350 3 83 1.57e-14 67.0 CUU64509.1 CUU64509.1 100 256 0 0 1 256 1 256 1.34e-199 542 XP_031095384.1 XP_031095384.1 100 373 0 0 1 373 1 373 1.54e-282 762 NNK86663.1 NNK86663.1 100 251 0 0 1 251 1 251 1.34e-192 524 ORT47413.1 ORT47413.1 85.4 226 33 0 1 226 1 226 1.30e-132 370 WP_275102754.1 WP_275102754.1 97.5 442 11 0 1 442 1 442 0.0 893 WP_275102754.1 CFP83382.1 49.3 201 100 1 6 206 5 203 6.40e-62 198 XP_026109466.1 XP_026109466.1 98.2 554 10 0 1 554 1 554 0.0 1041 WP_279046072.1 WP_279046072.1 100 209 0 0 1 209 1 209 9.81e-156 427 WP_031150487.1 WP_031150487.1 97.4 312 8 0 1 312 1 312 2.49e-214 584 QXN67839.1 QXN67839.1 100 209 0 0 1 209 1 209 2.29e-145 401 MBI2682423.1 MBI2682423.1 100 467 0 0 1 467 1 467 0.0 952 MBI2682423.1 KAE8322051.1 29.8 400 186 11 32 423 9 321 1.81e-37 139 MBI2682423.1 WP_283277237.1 26.5 223 121 8 35 245 17 208 8.94e-11 61.6 MBL4581517.1 MBL4581517.1 98.4 741 12 0 1 741 1 741 0.0 1465 MBL4581517.1 MBT4210917.1 24.4 459 227 18 299 724 184 555 1.69e-16 82.0 TMH88670.1 TMH88670.1 100 78 0 0 1 78 1 78 6.51e-53 157 GLZ61196.1 GLZ61196.1 94.1 239 14 0 1 239 1 239 1.51e-158 437 WP_202116891.1 WP_202116891.1 90.8 120 11 0 1 120 1 120 6.76e-79 226 CAG2201344.1 CAG2201344.1 97.9 1043 22 0 1 1043 1 1043 0.0 2184 NOX27817.1 NOX27817.1 100 272 0 0 1 272 1 272 1.70e-210 571 WP_220524718.1 WP_220524718.1 92.3 390 30 0 1 390 1 390 2.85e-257 699 WP_220524718.1 WP_236777269.1 31.9 376 249 5 8 380 16 387 2.90e-63 206 WP_220524718.1 WP_150951972.1 29.9 214 124 5 2 203 5 204 2.90e-15 75.1 EBN6490838.1 EBN6490838.1 100 249 0 0 1 249 1 249 1.05e-188 514 HBR1104065.1 HBR1104065.1 96.1 544 21 0 1 544 1 544 0.0 1018 WP_015183653.1 WP_015183653.1 89.7 97 10 0 1 97 1 97 8.42e-63 185 GFP71094.1 GFP71094.1 97.7 427 10 0 1 427 1 427 0.0 876 XP_041648869.1 XP_041648869.1 100 298 0 0 1 298 1 298 6.52e-228 617 MCM1168016.1 MCM1168016.1 100 294 0 0 1 294 1 294 1.08e-224 609 HAC8926176.1 HAC8926176.1 100 142 0 0 1 142 1 142 4.78e-103 289 WP_012236017.1 WP_012236017.1 93.3 984 66 0 1 984 1 984 0.0 1791 WP_012236017.1 MBD2210269.1 30.7 309 151 14 70 348 14 289 5.55e-26 111 WP_012236017.1 NXD84883.1 29.0 238 139 5 59 291 72 284 2.22e-18 88.2 WP_012236017.1 GIV84289.1 30.2 192 113 7 366 550 42 219 8.21e-10 58.5 MBP1530348.1 MBP1530348.1 100 221 0 0 1 221 1 221 1.97e-161 443 MBP1530348.1 WP_026893585.1 47.9 219 111 1 3 218 4 222 1.38e-73 221 MBP1530348.1 MBQ5584458.1 35.2 227 138 2 1 218 1 227 6.78e-47 153 MBP1530348.1 MCL7714424.1 35.7 227 137 5 3 221 4 229 9.09e-44 145 MBP1530348.1 WP_186723788.1 35.7 221 135 3 4 218 8 227 2.38e-43 144 MBP1530348.1 WP_007708736.1 37.3 228 131 3 1 216 1 228 1.20e-41 139 MBP1530348.1 WP_194544138.1 32.2 230 143 3 4 220 13 242 3.18e-38 131 MBP1530348.1 WP_069156513.1 30.6 209 135 4 2 201 3 210 2.41e-35 123 MBP1530348.1 WP_101794136.1 32.9 231 139 3 3 217 26 256 1.73e-34 122 MBP1530348.1 EAG2350674.1 40.5 116 69 0 3 118 4 119 1.15e-31 110 MBP1530348.1 EAC1232420.1 26.9 223 155 4 1 217 1 221 2.21e-29 107 MBP1530348.1 EDN57974.1 32.1 159 91 3 1 150 775 925 7.76e-20 85.9 MBP1530348.1 WP_212961195.1 34.1 129 80 2 3 126 714 842 4.64e-17 77.8 MBP1530348.1 WP_064652354.1 24.7 231 164 5 1 221 1 231 6.87e-17 75.1 MBP1530348.1 EJF06804.1 33.1 133 79 3 3 125 2 134 1.54e-16 75.1 MBP1530348.1 QYU66920.1 33.6 110 70 2 4 110 5 114 1.29e-13 63.9 MBP1530348.1 PKL50735.1 37.9 116 63 6 3 112 950 1062 4.11e-13 66.2 MBP1530348.1 MBQ1868746.1 29.5 132 83 3 4 127 521 650 4.12e-12 63.2 MBP1530348.1 WP_138482356.1 28.9 121 85 1 3 122 672 792 3.97e-10 57.4 MBP1530348.1 KFX48203.1 25.2 115 80 1 4 112 1077 1191 6.11e-09 53.9 WP_213638963.1 WP_213638963.1 80.9 392 75 0 1 392 1 392 2.06e-214 591 MCH2804017.1 MCH2804017.1 100 79 0 0 1 79 1 79 3.59e-55 163 MCH2804017.1 WP_136095406.1 65.4 78 27 0 2 79 469 546 1.98e-30 110 MCH2804017.1 WP_029789810.1 59.5 79 32 0 1 79 579 657 1.14e-28 105 MCH2804017.1 MBP6786080.1 57.4 68 29 0 12 79 594 661 2.91e-23 89.7 MCH2804017.1 KAF6257731.1 52.8 72 33 1 8 79 587 657 3.35e-19 78.2 WP_059978677.1 WP_059978677.1 91.8 255 21 0 1 255 1 255 9.69e-163 449 WP_025591525.1 WP_025591525.1 100 139 0 0 1 139 1 139 1.96e-96 272 WP_025591525.1 TLY59051.1 51.9 52 25 0 3 54 5 56 1.22e-14 63.9 KAI5289156.1 KAI5289156.1 97.4 390 10 0 1 390 1 390 1.15e-288 779 WP_205930861.1 WP_205930861.1 100 73 0 0 1 73 1 73 3.10e-51 152 WP_108078099.1 WP_108078099.1 91.5 330 28 0 1 330 1 330 7.85e-211 577 MBO4168293.1 MBO4168293.1 100 242 0 0 1 242 1 242 3.11e-173 474 MBO4168293.1 MSU20497.1 33.3 234 133 7 11 233 93 314 1.12e-22 92.8 MBO4168293.1 WP_187094112.1 31.6 212 121 9 33 231 66 266 3.67e-11 60.1 XP_045966569.1 XP_045966569.1 93.8 502 31 0 1 502 1 502 0.0 970 WP_159793761.1 WP_159793761.1 100 271 0 0 1 271 1 271 2.15e-208 566 WP_159793761.1 WP_079304935.1 35.1 268 158 7 1 264 1 256 7.26e-48 158 MBJ7265026.1 MBJ7265026.1 100 121 0 0 1 121 1 121 2.63e-90 255 WAX10255.1 WAX10255.1 100 141 0 0 1 141 1 141 9.31e-105 293 WP_246832833.1 WP_246832833.1 100 478 0 0 1 478 1 478 0.0 986 WP_246832833.1 HAZ7424284.1 25.8 531 276 19 14 476 25 505 2.51e-25 107 MCR5574391.1 MCR5574391.1 100 389 0 0 1 389 1 389 3.08e-297 800 MCR5574391.1 MBS1745163.1 52.4 380 174 1 6 378 13 392 1.48e-149 427 WP_266169258.1 WP_266169258.1 92.2 451 35 0 1 451 1 451 3.14e-301 816 MBK8423602.1 MBK8423602.1 97.9 7619 161 0 1 7619 1 7619 0.0 15097 WP_185116294.1 WP_185116294.1 100 192 0 0 1 192 1 192 3.21e-148 407 WP_185116294.1 HBV8273101.1 44.2 52 29 0 2 53 11 62 9.92e-10 52.8 WP_135180648.1 WP_135180648.1 100 220 0 0 1 220 1 220 6.61e-164 449 MCA9634778.1 MCA9634778.1 92.4 158 12 0 1 158 1 158 4.20e-98 278 WP_094151267.1 WP_094151267.1 97.8 450 10 0 1 450 1 450 0.0 922 WP_094151267.1 WP_164636240.1 32.6 427 263 7 5 420 53 465 2.51e-61 205 WP_094151267.1 WP_122896374.1 28.1 320 220 6 49 362 4 319 2.59e-34 130 WP_094151267.1 WP_168565867.1 25.6 391 257 9 46 423 10 379 1.28e-29 117 WP_094151267.1 WP_032677416.1 23.7 241 173 5 47 281 169 404 5.91e-15 75.1 MBI41622.1 MBI41622.1 100 242 0 0 1 242 1 242 8.30e-178 486 NDD35992.1 NDD35992.1 100 63 0 0 1 63 1 63 3.70e-41 126 WP_059432031.1 WP_059432031.1 100 178 0 0 1 178 1 178 6.58e-132 365 EAH3295886.1 EAH3295886.1 100 85 0 0 1 85 1 85 5.73e-57 168 XP_005678593.1 XP_005678593.1 95.4 280 13 0 1 280 1 280 2.03e-197 539 NQX99425.1 NQX99425.1 96.6 263 9 0 1 263 1 263 1.01e-193 528 NQX99425.1 CAD6270987.1 44.2 231 125 4 1 230 59 286 2.30e-61 193 XP_025430606.1 XP_025430606.1 100 408 0 0 13 420 13 420 1.60e-317 854 WP_000484099.1 WP_000484099.1 100 370 0 0 1 370 1 370 3.12e-285 768 WP_000484099.1 EJF06804.1 35.3 184 106 4 196 369 127 307 1.50e-33 125 WP_000484099.1 WP_145544593.1 37.6 165 96 3 204 368 361 518 2.66e-26 108 WP_000484099.1 MBI5333464.1 31.5 260 148 9 125 366 141 388 1.50e-25 104 WP_000484099.1 WP_269885397.1 32.6 221 136 7 150 368 62 271 2.95e-24 99.0 WP_000484099.1 WP_107169208.1 31.8 198 130 3 170 366 167 360 2.20e-23 98.2 WP_000484099.1 HAB03480.1 32.4 210 132 5 167 368 619 826 3.89e-22 96.7 WP_000484099.1 MBK6870374.1 38.5 156 86 6 214 366 1 149 1.47e-20 87.0 WP_000484099.1 WP_230171322.1 34.5 168 101 5 202 364 597 760 4.43e-19 87.4 WP_000484099.1 EGR2272270.1 32.0 125 83 1 242 364 550 674 2.90e-17 81.6 WP_000484099.1 WP_018646673.1 30.1 176 117 3 197 368 513 686 3.45e-16 78.6 WP_000484099.1 WP_029222917.1 31.2 170 104 6 204 368 315 476 4.07e-16 77.8 WP_000484099.1 WP_023050329.1 30.9 149 92 5 211 356 205 345 2.49e-15 74.7 WP_000484099.1 WP_255266214.1 29.8 198 110 9 179 362 263 445 1.85e-13 69.7 WP_204618903.1 WP_204618903.1 100 484 0 0 1 484 1 484 0.0 947 WP_204618903.1 MBO7728038.1 50.8 484 215 6 1 484 1 461 3.62e-159 457 MBK7140969.1 MBK7140969.1 99.4 1399 9 0 1 1399 1 1399 0.0 2838 WP_100537786.1 WP_100537786.1 100 465 0 0 1 465 1 465 0.0 972 NLI35930.1 NLI35930.1 100 116 0 0 1 116 1 116 2.40e-77 222 WP_173283317.1 WP_173283317.1 100 323 0 0 1 323 1 323 3.30e-245 663 WP_173283317.1 MBI2528438.1 52.1 315 151 0 3 317 8 322 1.57e-113 330 WP_173283317.1 KFF47610.1 28.9 149 71 5 11 150 19 141 3.62e-08 52.8 WP_173283317.1 WP_161258623.1 35.8 67 33 2 46 103 342 407 2.03e-04 41.2 HAB28525.1 HAB28525.1 100 270 0 0 1 270 1 270 6.33e-196 534 WP_157113211.1 WP_157113211.1 91.6 405 34 0 1 405 1 405 2.06e-269 731 MBQ1897904.1 MBQ1897904.1 100 322 0 0 1 322 1 322 1.02e-243 659 MBQ1897904.1 MBQ1405588.1 47.8 299 156 0 6 304 4 302 8.93e-102 300 MCU0622952.1 MCU0622952.1 94.3 175 10 0 1 175 1 175 4.07e-111 312 MBI5438416.1 MBI5438416.1 100 121 0 0 1 121 1 121 9.94e-86 243 MBI5438416.1 MCS2900418.1 55.8 120 52 1 3 121 4 123 6.10e-42 133 MBI5438416.1 WP_255435582.1 63.5 104 37 1 19 121 1 104 1.53e-40 129 MBI5438416.1 MBI3448467.1 52.5 122 57 1 1 121 1 122 7.31e-39 125 WP_202067358.1 WP_202067358.1 100 227 0 0 1 227 1 227 1.28e-169 464 WP_274771680.1 WP_274771680.1 93.9 293 18 0 1 293 1 293 1.85e-195 535 WP_167605087.1 WP_167605087.1 100 146 0 0 1 146 1 146 2.85e-106 297 MBP6311895.1 MBP6311895.1 100 822 0 0 1 822 1 822 0.0 1680 MCK1819907.1 MCK1819907.1 94.6 502 27 0 1 502 1 502 0.0 900 MCK1819907.1 WP_030096092.1 49.7 495 213 8 2 481 1 474 1.11e-140 412 MCK1819907.1 WP_187788315.1 35.0 423 256 8 26 444 3 410 2.13e-64 214 MCK1819907.1 WP_278498266.1 34.3 481 261 18 18 465 13 471 4.75e-55 190 MCK1819907.1 MCD6064856.1 25.2 377 250 11 46 401 32 397 6.65e-19 87.0 HAP0275886.1 HAP0275886.1 100 225 0 0 1 225 1 225 2.59e-168 461 HAP0275886.1 WP_250376457.1 32.1 187 112 4 9 181 14 199 4.48e-23 91.7 MCE2873365.1 MCE2873365.1 98.8 895 11 0 1 895 1 895 0.0 1793 MCE2873365.1 MXW19700.1 30.1 946 500 27 11 888 14 866 5.48e-100 330 MCE2873365.1 HAJ30683.1 33.3 207 122 6 31 232 25 220 6.84e-23 103 MCE2873365.1 MBX9747080.1 28.0 186 123 4 36 221 1 175 6.29e-15 77.4 EFQ5532992.1 EFQ5532992.1 100 111 0 0 1 111 1 111 2.54e-81 231 MCA9734355.1 MCA9734355.1 96.0 253 10 0 1 253 1 253 5.18e-182 498 WP_281760414.1 WP_281760414.1 100 223 0 0 1 223 1 223 1.92e-163 452 WP_281760414.1 MBH8634352.1 42.3 137 79 0 25 161 32 168 1.50e-32 121 NWR36449.1 NWR36449.1 98.0 647 13 0 1 647 1 647 0.0 1286 WP_033631967.1 WP_033631967.1 93.6 327 21 0 1 327 1 327 6.95e-224 610 ESS67695.1 ESS67695.1 100 2523 0 0 1 2523 1 2523 0.0 5178 MOP71390.1 MOP71390.1 100 15 0 0 1 15 1 15 2.18e-06 35.8 WP_163889187.1 WP_163889187.1 100 275 0 0 1 275 1 275 9.43e-205 557 WP_230633440.1 WP_230633440.1 100 101 0 0 1 101 1 101 4.98e-72 207 WP_255187010.1 WP_255187010.1 100 633 0 0 1 633 1 633 0.0 1290 WP_255187010.1 WP_195397250.1 43.9 615 327 8 2 602 9 619 9.31e-170 496 WP_255187010.1 WP_161258623.1 47.1 227 114 3 150 374 301 523 1.41e-54 194 WP_255187010.1 MBQ2017527.1 40.4 228 127 4 34 258 28 249 2.21e-51 176 MBX9648850.1 MBX9648850.1 100 132 0 0 1 132 1 132 4.92e-89 253 WP_006728805.1 WP_006728805.1 100 219 0 0 1 219 1 219 3.13e-157 432 WP_230699958.1 WP_230699958.1 99.0 1077 11 0 1 1077 1 1077 0.0 2205 MBE6890073.1 MBE6890073.1 100 462 0 0 1 462 1 462 0.0 958 NET00292.1 NET00292.1 100 276 0 0 1 276 1 276 2.95e-213 578 NET00292.1 WP_087918330.1 48.0 244 125 2 28 271 5 246 1.39e-81 244 NET00292.1 WP_175395805.1 41.4 249 140 3 25 271 2 246 1.90e-68 211 WP_189761921.1 WP_189761921.1 91.3 793 69 0 1 793 1 793 0.0 1408 WP_249893756.1 WP_249893756.1 97.6 409 10 0 1 409 1 409 1.75e-304 820 WP_249893756.1 WP_082500294.1 31.2 314 175 10 1 311 1 276 1.50e-31 122 WP_086504813.1 WP_086504813.1 98.8 754 9 0 1 754 1 754 0.0 1513 WP_086504813.1 WP_061048002.1 32.8 466 274 10 310 749 314 766 1.80e-55 202 WP_086504813.1 NSW79198.1 41.5 253 136 6 375 617 413 663 1.03e-49 184 WP_086504813.1 MBK3737236.1 39.0 241 136 4 386 617 422 660 1.62e-37 147 WP_086504813.1 KYG00847.1 36.6 93 38 2 545 616 795 887 1.45e-08 56.6 MCH6549687.1 MCH6549687.1 100 38 0 0 1 38 1 38 1.75e-22 77.8 TYJ03004.1 TYJ03004.1 100 484 0 0 1 484 1 484 0.0 981 NXO69257.1 NXO69257.1 91.5 259 22 0 1 259 1 259 1.01e-166 459 OFZ89526.1 OFZ89526.1 94.5 422 23 0 1 422 1 422 1.36e-294 796 OFZ89526.1 WP_033456074.1 69.6 309 72 2 114 422 10 296 7.63e-154 435 OFZ89526.1 WP_267292626.1 47.0 421 193 6 4 420 118 512 1.43e-131 387 OFZ89526.1 WP_098923619.1 44.3 436 209 6 2 421 1 418 7.17e-122 358 OFZ89526.1 MBT3887354.1 54.5 314 123 3 114 422 23 321 2.54e-121 353 OFZ89526.1 WP_262612393.1 40.0 442 225 7 2 421 1 424 2.35e-102 309 OFZ89526.1 NDI25889.1 41.9 298 153 4 122 414 1 283 4.93e-65 208 OFZ89526.1 KAJ4394429.1 27.3 466 266 11 10 422 69 514 6.94e-42 153 OFZ89526.1 KAA0555231.1 26.7 415 275 6 25 420 226 630 9.14e-41 151 MBL7790458.1 MBL7790458.1 100 209 0 0 1 209 1 209 5.68e-155 426 MBL7790458.1 WP_258236293.1 51.2 41 20 0 165 205 31 71 1.44e-09 51.2 MBL7790458.1 WP_180130780.1 32.1 109 55 4 109 199 327 434 1.14e-06 46.6 MBF0278962.1 MBF0278962.1 100 46 0 0 1 46 1 46 1.93e-29 95.9 WP_151519865.1 WP_151519865.1 96.0 301 12 0 1 301 1 301 2.51e-213 581 WP_175939838.1 WP_175939838.1 100 95 0 0 1 95 1 95 4.08e-66 192 WP_114688413.1 WP_114688413.1 95.9 343 14 0 1 343 1 343 1.48e-233 635 WP_114688413.1 WP_063434200.1 38.9 329 175 2 36 343 45 368 1.93e-78 243 TIC14313.1 TIC14313.1 100 1555 0 0 1 1555 1 1555 0.0 3219 OTX04318.1 OTX04318.1 100 124 0 0 1 124 1 124 1.57e-88 251 WP_248415755.1 WP_248415755.1 94.4 177 10 0 1 177 1 177 1.49e-123 343 GFV11951.1 GFV11951.1 100 83 0 0 1 83 1 83 1.08e-60 177 WP_088031849.1 WP_088031849.1 100 299 0 0 1 299 1 299 6.04e-229 620 XP_053193947.1 XP_053193947.1 87.5 1683 210 0 23 1705 23 1705 0.0 2865 XP_053193947.1 ELR45644.1 43.6 1874 681 69 66 1705 7 1738 0.0 1130 MBR6343266.1 MBR6343266.1 84.9 424 64 0 1 424 1 424 3.36e-257 702 MBR6343266.1 MBP9771519.1 62.2 74 23 1 356 424 9 82 5.29e-23 99.4 MBR6343266.1 MBU7046308.1 48.8 86 28 2 355 424 5 90 1.81e-20 92.0 WP_232103437.1 WP_232103437.1 100 214 0 0 1 214 1 214 1.23e-156 430 WP_265275480.1 WP_265275480.1 100 113 0 0 1 113 1 113 6.18e-83 236 EIO1807611.1 EIO1807611.1 100 515 0 0 1 515 1 515 0.0 1015 EIO1807611.1 MBU6501496.1 35.1 504 255 12 14 474 6 480 9.16e-57 195 EIO1807611.1 MCQ2587557.1 27.0 444 269 14 64 473 53 475 1.03e-28 117 NUT29294.1 NUT29294.1 100 863 0 0 1 863 1 863 0.0 1636 MBR3785149.1 MBR3785149.1 100 131 0 0 1 131 1 131 1.53e-96 271 MBR3785149.1 CCZ55979.1 45.0 109 58 1 1 109 2 108 1.43e-27 97.1 MBI3290135.1 MBI3290135.1 100 120 0 0 1 120 1 120 3.10e-84 239 WP_060115800.1 WP_060115800.1 93.1 288 20 0 1 288 1 288 1.16e-191 525 WP_138482356.1 WP_138482356.1 98.6 888 12 0 1 888 1 888 0.0 1785 WP_138482356.1 WP_261733022.1 30.7 535 313 12 388 880 230 748 4.79e-60 217 WP_138482356.1 TAL20232.1 32.0 535 311 17 290 786 90 609 1.55e-57 207 WP_138482356.1 WP_007356512.1 33.0 415 231 9 406 786 735 1136 1.69e-54 204 WP_138482356.1 MBQ1868746.1 31.1 408 249 9 398 787 249 642 1.07e-48 182 WP_138482356.1 KFX48203.1 30.8 517 219 13 397 778 675 1187 6.32e-48 183 WP_138482356.1 MCH5250214.1 37.8 249 148 3 409 652 184 430 6.47e-46 176 WP_138482356.1 MBN8606766.1 37.5 261 156 4 379 636 548 804 1.40e-35 143 WP_138482356.1 WP_200037957.1 33.1 369 216 13 417 774 1020 1368 8.87e-35 142 WP_138482356.1 WP_232306300.1 26.7 461 302 12 347 789 798 1240 1.53e-34 141 WP_138482356.1 SEP77558.1 34.6 231 137 6 412 634 339 563 5.31e-33 134 WP_138482356.1 PKL50735.1 25.1 398 247 11 401 772 680 1052 2.18e-23 105 WP_138482356.1 MBN1819552.1 27.2 228 160 4 411 634 335 560 1.84e-17 85.1 WP_138482356.1 MBP1530348.1 31.7 101 68 1 672 772 3 102 5.26e-09 55.8 WP_138482356.1 WP_188888464.1 29.3 123 71 3 669 782 1 116 8.73e-07 49.3 WP_138482356.1 HBG17616.1 26.9 104 73 2 672 772 6 109 9.23e-05 44.3 WP_263727326.1 WP_263727326.1 97.3 452 12 0 1 452 1 452 0.0 865 WP_072274035.1 WP_072274035.1 100 155 0 0 1 155 1 155 7.40e-111 310 MBT4210917.1 MBT4210917.1 100 735 0 0 1 735 1 735 0.0 1521 MBT4210917.1 WP_096067320.1 35.4 627 329 17 5 585 16 612 6.38e-102 324 MBT4210917.1 WP_282322778.1 35.4 627 329 17 5 585 16 612 1.86e-100 320 MBT4210917.1 MBL14507.1 29.7 585 337 17 34 584 38 582 5.05e-62 216 MBT4210917.1 MBL4581517.1 23.7 459 230 16 184 555 299 724 1.27e-16 82.4 XP_018439942.1 XP_018439942.1 96.9 319 10 0 1 319 1 319 6.03e-230 624 XP_045702922.1 XP_045702922.1 78.3 470 102 0 1 470 1 470 5.53e-242 667 XP_045702922.1 ROW03190.1 42.0 50 29 0 373 422 1 50 4.30e-07 50.4 XP_045702922.1 XP_044366249.1 27.4 73 53 0 373 445 513 585 7.71e-05 43.5 WP_063485223.1 WP_063485223.1 100 387 0 0 1 387 1 387 9.57e-300 806 WP_063485223.1 WP_021646634.1 31.4 172 102 4 212 374 134 298 5.14e-17 79.3 WP_149236326.1 WP_149236326.1 100 251 0 0 1 251 1 251 5.02e-188 513 KIJ42589.1 KIJ42589.1 93.9 181 11 0 1 181 1 181 7.33e-126 350 BAI82636.1 BAI82636.1 93.7 206 13 0 1 206 1 206 1.18e-141 392 BAI82636.1 UNP33456.1 71.4 206 59 0 1 206 72 277 7.60e-109 313 BAI82636.1 ADJ57888.1 69.3 205 63 0 2 206 65 269 1.58e-105 306 BAI82636.1 AXB40829.1 65.5 206 71 0 1 206 63 268 6.68e-99 289 BAI82636.1 QYT38722.1 37.5 208 128 2 1 206 40 247 4.66e-48 156 MBZ0168159.1 MBZ0168159.1 100 327 0 0 1 327 1 327 1.64e-247 669 NWG72028.1 NWG72028.1 100 91 0 0 1 91 1 91 1.77e-65 190 WP_136035264.1 WP_136035264.1 91.7 217 18 0 1 217 1 217 2.73e-141 392 EAP3700350.1 EAP3700350.1 100 96 0 0 1 96 1 96 4.56e-68 197 WP_251074290.1 WP_251074290.1 97.5 480 12 0 1 480 1 480 0.0 966 WP_251074290.1 CDZ81696.1 50.8 323 148 4 18 331 5 325 8.63e-111 329 WP_251074290.1 EAJ4016142.1 34.1 296 172 8 27 315 1 280 1.44e-53 180 EXZ64635.1 EXZ64635.1 100 214 0 0 1 214 1 214 3.26e-152 419 CCE01062.1 CCE01062.1 100 77 0 0 1 77 1 77 3.52e-52 155 WP_278800290.1 WP_278800290.1 100 131 0 0 1 131 1 131 1.59e-98 276 BAB28876.1 BAB28876.1 100 143 0 0 1 143 1 143 2.27e-106 297 KAJ1633120.1 KAJ1633120.1 72.4 228 63 0 1 228 1 228 3.13e-111 317 WP_090221424.1 WP_090221424.1 98.1 727 14 0 1 727 1 727 0.0 1467 KAF6315484.1 KAF6315484.1 95.8 238 10 0 1 238 1 238 9.60e-166 455 GEZ33207.1 GEZ33207.1 100 305 0 0 1 305 1 305 4.98e-231 626 TWU17869.1 TWU17869.1 100 93 0 0 1 93 1 93 1.01e-65 191 MBM3767188.1 MBM3767188.1 88.7 416 47 0 1 416 1 416 2.61e-273 742 MBM3767188.1 WP_097830045.1 30.3 400 217 12 42 411 8 375 2.38e-40 146 MBM3767188.1 WP_256939523.1 28.8 392 245 8 30 413 6 371 1.57e-38 141 MBM3767188.1 MBR4371193.1 30.5 302 182 9 130 411 38 331 4.76e-33 125 WP_061364641.1 WP_061364641.1 98.1 627 12 0 1 627 1 627 0.0 1263 WP_061364641.1 CEY44168.1 41.4 210 102 3 369 558 2 210 3.28e-48 166 WP_061364641.1 CVV42982.1 37.4 227 136 5 334 558 81 303 2.15e-44 159 VPT01298.1 VPT01298.1 98.6 1659 24 0 1 1659 1 1659 0.0 3359 WP_225764381.1 WP_225764381.1 82.7 173 30 0 1 173 1 173 1.99e-101 287 UGY43725.1 UGY43725.1 89.7 419 43 0 1 419 1 419 1.40e-274 746 UGY43725.1 UYE59123.1 72.3 419 113 1 1 419 1 416 2.53e-202 563 UGY43725.1 UBA80202.1 83.5 279 46 0 141 419 141 419 4.05e-161 458 XP_018042825.1 XP_018042825.1 98.9 897 10 0 1 897 1 897 0.0 1850 XP_018042825.1 EDN57974.1 22.2 708 431 26 228 878 402 1046 6.45e-18 87.4 XP_018042825.1 TAL20232.1 26.4 277 150 13 228 492 232 466 3.30e-10 62.0 XP_018042825.1 WP_083453642.1 29.4 109 75 2 366 474 456 562 9.69e-05 44.3 WP_090770466.1 WP_090770466.1 100 312 0 0 1 312 1 312 2.68e-234 635 QXI91160.1 QXI91160.1 99.1 1272 11 0 1 1272 1 1272 0.0 2157 QXI91160.1 QUE11983.1 88.9 1272 139 1 1 1272 1 1270 0.0 2137 QXI91160.1 QUM20585.1 93.2 1272 87 0 1 1272 1 1272 0.0 2127 QXI91160.1 UBN63752.1 90.5 1272 119 1 1 1272 1 1270 0.0 2122 QXI91160.1 UGX22439.1 89.3 1273 133 2 1 1272 1 1271 0.0 2109 QXI91160.1 UHB14670.1 85.4 1273 183 2 1 1272 1 1271 0.0 2105 QXI91160.1 UIX40308.1 85.4 1273 183 2 1 1272 1 1271 0.0 2099 QXI91160.1 UDK40309.1 84.8 1273 190 2 1 1272 1 1271 0.0 2097 QXI91160.1 UYC71619.1 84.0 1273 198 3 1 1272 1 1268 0.0 2074 QXI91160.1 UPU53169.1 83.7 1273 204 2 1 1272 1 1270 0.0 2073 QXI91160.1 USL51576.1 80.7 1273 242 2 1 1272 1 1270 0.0 1978 QXI91160.1 QVX70521.1 83.4 1273 210 1 1 1272 1 1273 0.0 1961 QXI91160.1 UZH89542.1 82.1 1273 225 2 1 1272 1 1271 0.0 1911 QXI91160.1 UUS71569.1 93.4 747 49 0 526 1272 527 1273 0.0 1387 QXI91160.1 UHK01047.1 61.2 1273 493 1 1 1272 1 1273 0.0 1157 UYV38309.1 UYV38309.1 100 288 0 0 1 288 1 288 1.45e-210 573 WP_061517937.1 WP_061517937.1 100 339 0 0 1 339 1 339 1.95e-261 706 WP_190531886.1 WP_190531886.1 97.1 551 16 0 1 551 1 551 0.0 1079 WP_130382900.1 WP_130382900.1 89.2 223 24 0 1 223 1 223 1.16e-145 403 AKT58828.1 AKT58828.1 88.7 195 22 0 1 195 1 195 1.37e-121 340 AKT58828.1 QUA05739.1 75.4 195 48 0 1 195 1 195 1.42e-104 298 AKT58828.1 ADW49125.1 76.5 187 44 0 9 195 1 187 9.19e-103 293 AKT58828.1 AFA24308.1 76.5 187 44 0 9 195 2 188 2.23e-101 290 AKT58828.1 ADJ35581.1 71.3 195 56 0 1 195 2 196 4.84e-100 286 AKT58828.1 AWS34156.1 71.3 195 56 0 1 195 1 195 6.64e-100 286 AKT58828.1 AMA90994.1 68.7 195 61 0 1 195 1 195 6.01e-98 280 AKT58828.1 AVM35379.1 71.6 190 54 0 6 195 1 190 1.02e-95 275 AKT58828.1 QUQ06080.1 68.2 195 62 0 1 195 1 195 1.40e-94 273 AKT58828.1 ABQ63546.1 68.0 194 62 0 2 195 1 194 7.82e-94 271 AKT58828.1 AXZ65741.1 71.2 177 51 0 1 177 1 177 4.67e-93 268 AKT58828.1 AOR13807.1 67.7 186 60 0 10 195 1 186 7.62e-92 265 AKT58828.1 AFA09475.1 70.7 181 53 0 15 195 1 181 7.50e-89 258 AKT58828.1 AAX94106.1 76.4 165 39 0 31 195 1 165 4.29e-86 258 AKT58828.1 AGI15931.1 65.2 187 65 0 9 195 2 188 1.63e-83 244 AKT58828.1 AKA56406.1 63.8 196 64 2 2 195 2 192 2.43e-83 243 AKT58828.1 UZF38514.1 59.9 182 73 0 14 195 1 182 6.46e-76 225 AKT58828.1 AHH30646.1 66.5 164 53 2 32 195 6 167 5.22e-72 214 AKT58828.1 APC24336.1 51.7 87 42 0 108 194 1 87 1.92e-20 85.9 XP_049578625.1 XP_049578625.1 98.9 881 10 0 1 881 1 881 0.0 1827 MCB1208284.1 MCB1208284.1 100 352 0 0 9 360 9 360 8.76e-271 731 MCB1208284.1 WP_052922907.1 34.8 348 214 7 16 355 1 343 4.91e-57 191 WP_000685022.1 WP_000685022.1 100 428 0 0 1 428 1 428 2.95e-308 832 WP_105979700.1 WP_105979700.1 100 286 0 0 1 286 1 286 2.53e-219 595 MBQ8238565.1 MBQ8238565.1 100 143 0 0 1 143 1 143 3.63e-103 289 MBQ9299122.1 MBQ9299122.1 100 312 0 0 1 312 1 312 2.49e-239 647 MBQ9299122.1 WP_154333510.1 28.6 245 162 5 1 239 1 238 5.98e-26 103 MBQ9299122.1 WP_190032834.1 43.1 72 41 0 1 72 1 72 1.08e-11 62.8 MBQ9299122.1 WP_268678783.1 36.0 75 46 1 1 75 2 74 2.36e-05 43.5 MBQ9299122.1 WP_273138110.1 36.9 65 40 1 1 64 1 65 4.23e-05 42.7 MBR5879017.1 MBR5879017.1 100 115 0 0 1 115 1 115 8.38e-82 233 MCS6903464.1 MCS6903464.1 100 138 0 0 1 138 1 138 2.39e-92 261 WP_011063740.1 WP_011063740.1 92.8 152 11 0 1 152 1 152 2.12e-95 270 EGV97757.1 EGV97757.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_102477257.1 WP_102477257.1 100 854 0 0 1 854 1 854 0.0 1760 WP_102477257.1 WP_086711488.1 55.4 868 361 9 5 852 6 867 0.0 981 WP_102477257.1 WP_097641037.1 53.5 867 384 6 3 851 4 869 0.0 962 WP_102477257.1 RWX51021.1 52.4 555 234 6 1 526 1 554 6.72e-199 576 WP_204942955.1 WP_204942955.1 81.5 276 51 0 1 276 1 276 4.41e-151 421 WP_204942955.1 KAG2346037.1 28.8 198 129 4 7 195 14 208 9.10e-11 59.3 WP_204942955.1 WP_077093245.1 30.8 169 102 3 7 160 9 177 1.15e-04 41.2 WP_015133641.1 WP_015133641.1 100 536 0 0 1 536 1 536 0.0 1104 WP_015133641.1 OKZ85006.1 28.1 196 120 7 134 323 148 328 2.42e-14 73.9 MCD6425313.1 MCD6425313.1 100 131 0 0 1 131 1 131 3.09e-87 248 UTT93350.1 UTT93350.1 100 332 0 0 1 332 1 332 2.10e-257 695 MCR5602468.1 MCR5602468.1 100 213 0 0 1 213 1 213 6.14e-161 441 OGR18938.1 OGR18938.1 100 268 0 0 1 268 1 268 4.46e-195 532 MBI5677341.1 MBI5677341.1 100 95 0 0 1 95 1 95 2.36e-65 190 WP_029267497.1 WP_029267497.1 100 233 0 0 1 233 1 233 2.89e-169 464 MCI4325574.1 MCI4325574.1 100 331 0 0 1 331 1 331 2.54e-253 684 MCI4325574.1 MBC6481257.1 49.1 320 148 7 1 311 1 314 3.39e-100 301 MCI4325574.1 MBE0669914.1 41.9 308 178 1 8 315 4 310 5.83e-92 275 MCI4325574.1 HCP62665.1 64.3 28 10 0 283 310 1 28 1.95e-06 42.4 STW12454.1 STW12454.1 100 159 0 0 1 159 1 159 1.13e-116 325 MBE6306819.1 MBE6306819.1 100 393 0 0 1 393 1 393 1.04e-297 802 MBE6306819.1 CAG0929351.1 40.5 306 179 2 3 305 8 313 3.82e-76 237 NLB51443.1 NLB51443.1 100 69 0 0 1 69 1 69 7.58e-48 144 UKS51372.1 UKS51372.1 100 138 0 0 1 138 1 138 6.11e-104 291 MCI7352812.1 MCI7352812.1 100 165 0 0 1 165 1 165 3.60e-125 347 WP_259847195.1 WP_259847195.1 100 291 0 0 1 291 1 291 6.95e-215 584 WP_259847195.1 WP_273849839.1 29.2 250 159 7 13 258 23 258 7.25e-13 65.5 WP_259847195.1 WP_251593142.1 26.2 263 180 7 4 258 3 259 8.22e-10 56.6 WP_192049367.1 WP_192049367.1 100 129 0 0 1 129 1 129 8.59e-93 262 WP_039294206.1 WP_039294206.1 100 80 0 0 1 80 1 80 4.00e-57 168 DAD32814.1 DAD32814.1 100 314 0 0 1 314 1 314 3.29e-245 662 XP_027924147.1 XP_027924147.1 100 489 0 0 1 489 1 489 0.0 998 XP_027924147.1 WP_075190302.1 40.7 339 184 7 112 448 6 329 2.99e-74 236 WP_161359378.1 WP_161359378.1 95.9 270 11 0 1 270 1 270 2.24e-180 495 WP_196351635.1 WP_196351635.1 100 30 0 0 1 30 1 30 4.12e-18 66.2 WP_196351635.1 WP_274676460.1 83.3 30 5 0 1 30 1 30 1.57e-13 54.7 WP_100521084.1 WP_100521084.1 93.4 318 21 0 1 318 1 318 1.16e-206 565 AQU86570.1 AQU86570.1 100 376 0 0 1 376 1 376 3.89e-273 738 KAI0643035.1 KAI0643035.1 92.8 447 32 0 1 447 1 447 3.89e-309 835 OHB35500.1 OHB35500.1 100 360 0 0 1 360 1 360 1.92e-274 740 OHB35500.1 WP_095061089.1 31.3 288 173 7 86 356 1 280 4.50e-38 136 WP_014605789.1 WP_014605789.1 100 248 0 0 1 248 1 248 6.60e-187 509 WP_014605789.1 WP_183882442.1 30.0 223 130 6 4 216 10 216 4.19e-24 95.1 WP_014605789.1 KAG2346037.1 27.9 183 125 4 2 178 15 196 6.65e-17 76.3 WP_014605789.1 WP_060347438.1 31.1 183 112 7 7 178 15 194 3.25e-15 71.6 WP_014605789.1 WP_281054160.1 26.7 240 159 9 2 231 12 244 3.41e-15 71.2 WP_154907134.1 WP_154907134.1 100 148 0 0 1 148 1 148 2.16e-111 310 WP_228944212.1 WP_228944212.1 100 97 0 0 1 97 1 97 1.41e-67 196 WP_136134536.1 WP_136134536.1 100 558 0 0 1 558 1 558 0.0 1186 WP_136134536.1 NLG67042.1 30.2 106 68 4 138 237 74 179 3.22e-06 48.1 ECL7245291.1 ECL7245291.1 100 149 0 0 1 149 1 149 6.42e-109 304 ECL7245291.1 PJC48296.1 46.9 145 75 1 1 145 209 351 2.21e-35 125 MBC2704089.1 MBC2704089.1 100 792 0 0 1 792 1 792 0.0 1631 MBC2704089.1 NDH21517.1 38.1 226 138 2 548 771 32 257 1.92e-49 173 MBH0193692.1 MBH0193692.1 98.6 724 10 0 1 724 1 724 0.0 1444 EJK2981647.1 EJK2981647.1 95.7 234 10 0 1 234 1 234 2.96e-158 436 EJK2981647.1 ACA34490.1 30.1 103 67 3 43 143 259 358 1.60e-07 49.7 WP_213646387.1 WP_213646387.1 96.7 335 11 0 1 335 1 335 2.94e-245 664 WP_213646387.1 AQY75504.1 25.2 234 140 7 91 315 128 335 2.39e-10 59.3 WP_103313256.1 WP_103313256.1 100 140 0 0 1 140 1 140 5.20e-97 273 EZX24376.1 EZX24376.1 94.9 257 13 0 1 257 1 257 7.95e-163 449 KAJ3327837.1 KAJ3327837.1 60.4 212 84 0 1 212 1 212 9.25e-72 215 KAJ2660037.1 KAJ2660037.1 99.4 2050 12 0 1 2050 1 2050 0.0 4200 KAJ2660037.1 KAF9974715.1 33.1 1379 789 29 768 2050 6 1347 1.39e-211 670 KAJ2660037.1 XP_043889695.1 42.3 395 185 13 4 371 6 384 2.76e-67 251 KAJ2660037.1 XP_032696462.1 38.1 354 199 8 4 348 6 348 1.96e-55 211 KAJ2660037.1 WP_195238978.1 25.1 498 345 12 1547 2034 231 710 8.87e-38 152 KAJ2660037.1 MBQ8297564.1 32.3 263 173 4 1781 2041 306 565 3.43e-35 142 KAJ2660037.1 KAJ5168969.1 25.4 598 360 23 1488 2043 189 742 1.26e-33 139 KAJ2660037.1 KAI7371949.1 28.0 497 298 20 1576 2043 421 886 1.58e-33 139 KAJ2660037.1 KAI9191373.1 27.2 471 284 17 1550 1990 137 578 3.75e-30 128 KAJ2660037.1 WP_247749043.1 26.3 247 173 4 1804 2043 352 596 6.20e-20 94.7 KAJ2660037.1 NFD84694.1 27.9 240 148 6 1192 1413 522 754 1.56e-19 94.0 KAJ2660037.1 NVM03966.1 25.8 217 134 7 1824 2030 36 235 2.67e-12 68.6 KAJ2660037.1 WP_088153117.1 28.9 211 108 6 1221 1404 26 221 4.06e-12 68.6 KAJ2660037.1 WP_142931103.1 27.4 215 124 8 1812 2007 255 456 2.17e-09 60.5 KAJ2660037.1 HBO4828144.1 24.7 223 139 9 1807 2016 9 215 8.39e-06 48.1 KAJ2660037.1 WP_145468487.1 26.5 162 108 4 1825 1980 25 181 3.15e-05 45.8 MAJ71254.1 MAJ71254.1 97.1 312 9 0 1 312 1 312 4.44e-233 632 MAJ71254.1 WP_062640876.1 36.1 310 174 5 1 305 1 291 6.71e-49 163 MAJ71254.1 WP_254301195.1 29.5 112 77 1 19 130 19 128 1.03e-06 47.8 MAJ71254.1 WP_248676944.1 22.4 183 131 5 21 197 27 204 4.39e-04 39.7 MBI1424129.1 MBI1424129.1 100 416 0 0 1 416 1 416 0.0 866 MBI1424129.1 WP_099912534.1 52.8 413 191 3 1 409 1 413 1.29e-144 416 MCA9450479.1 MCA9450479.1 100 102 0 0 1 102 1 102 5.16e-70 202 MCC8042769.1 MCC8042769.1 100 184 0 0 1 184 1 184 1.67e-137 379 XP_041178038.1 XP_041178038.1 85.9 85 12 0 1 85 1 85 3.21e-45 138 NBW79235.1 NBW79235.1 100 445 0 0 1 445 1 445 0.0 897 NBW79235.1 NMO74192.1 23.8 416 290 11 26 431 19 417 1.87e-18 85.5 WP_030323867.1 WP_030323867.1 100 265 0 0 1 265 1 265 1.32e-190 520 WP_033135619.1 WP_033135619.1 94.2 258 15 0 1 258 1 258 1.79e-180 494 WP_033135619.1 WP_127741063.1 27.2 243 165 8 18 256 17 251 5.59e-12 62.4 MCA1442501.1 MCA1442501.1 97.1 170 5 0 1 170 1 170 1.68e-112 315 KAI5251673.1 KAI5251673.1 100 167 0 0 1 167 1 167 3.73e-128 354 EBT2494165.1 EBT2494165.1 100 204 0 0 1 204 1 204 3.18e-154 423 MBR5121093.1 MBR5121093.1 96.7 244 8 0 1 244 1 244 1.43e-179 491 NWJ08205.1 NWJ08205.1 96.6 322 11 0 1 322 1 322 2.24e-222 605 WP_162959321.1 WP_162959321.1 85.0 147 22 0 1 147 1 147 4.93e-78 226 WP_278498266.1 WP_278498266.1 100 496 0 0 1 496 1 496 0.0 1021 WP_278498266.1 WP_034002239.1 36.4 472 287 6 21 485 24 489 5.02e-91 285 WP_278498266.1 WP_187788315.1 36.0 453 257 6 22 470 4 427 9.64e-83 261 WP_278498266.1 WP_030096092.1 30.7 479 280 16 25 490 38 477 1.49e-53 186 WP_278498266.1 MCK1819907.1 32.4 481 270 18 13 471 18 465 3.07e-46 166 WP_257479708.1 WP_257479708.1 95.7 414 18 0 1 414 1 414 4.33e-287 777 MBQ3867797.1 MBQ3867797.1 99.1 552 5 0 1 552 1 552 0.0 1092 WP_111496981.1 WP_111496981.1 100 504 0 0 1 504 1 504 0.0 1038 STF90731.1 STF90731.1 100 672 0 0 1 672 1 672 0.0 1386 STF90731.1 WP_241468713.1 99.7 646 2 0 1 646 1 646 0.0 1331 WP_212448448.1 WP_212448448.1 100 86 0 0 1 86 1 86 1.51e-57 169 WP_147738784.1 WP_147738784.1 100 225 0 0 1 225 1 225 3.64e-159 437 PZT91770.1 PZT91770.1 100 95 0 0 1 95 1 95 5.59e-64 186 EAM9790494.1 EAM9790494.1 98.6 489 7 0 1 489 1 489 0.0 1011 XP_013404023.1 XP_013404023.1 100 296 0 0 1 296 1 296 6.05e-232 627 WP_107485636.1 WP_107485636.1 90.5 799 76 0 1 799 1 799 0.0 1387 WP_107485636.1 SCK25073.1 34.9 679 406 16 111 778 50 703 3.43e-93 307 MBE1289959.1 MBE1289959.1 100 66 0 0 1 66 1 66 4.55e-41 126 MBE1289959.1 KVK44743.1 72.1 61 16 1 4 63 1 61 2.64e-24 84.3 WP_143660971.1 WP_143660971.1 100 389 0 0 1 389 1 389 4.63e-283 764 MCB2112291.1 MCB2112291.1 97.0 394 12 0 1 394 1 394 2.67e-280 758 KLA07975.1 KLA07975.1 100 247 0 0 1 247 1 247 3.13e-180 493 WP_014504812.1 WP_014504812.1 98.9 895 10 0 1 895 1 895 0.0 1813 WP_014504812.1 WP_068156215.1 52.3 886 414 7 11 890 36 918 1.99e-315 889 KAF5807084.1 KAF5807084.1 90.8 250 23 0 1 250 1 250 9.64e-169 465 KAF5807084.1 THU55532.1 60.0 105 42 0 81 185 41 145 3.33e-41 139 WP_060004157.1 WP_060004157.1 96.1 594 23 0 1 594 1 594 0.0 1140 WP_060004157.1 WP_100610557.1 29.5 566 367 14 3 555 20 566 2.43e-55 195 WP_060004157.1 HAR3824072.1 27.1 573 373 18 1 556 34 578 1.95e-45 168 WP_204334995.1 WP_204334995.1 100 251 0 0 1 251 1 251 1.01e-187 512 WP_204334995.1 WP_200696402.1 34.6 185 118 3 61 243 84 267 5.54e-29 108 WP_217736698.1 WP_217736698.1 100 316 0 0 1 316 1 316 6.13e-242 654 WP_217736698.1 WP_151856261.1 47.4 116 53 3 67 174 40 155 5.79e-31 117 WP_270430070.1 WP_270430070.1 100 375 0 0 1 375 1 375 5.63e-286 771 WP_270430070.1 MBW4662439.1 42.6 387 193 4 7 370 8 388 6.48e-104 310 WP_270430070.1 WP_250015522.1 29.2 366 242 5 21 371 21 384 3.67e-42 150 WP_270430070.1 WP_064802002.1 28.3 357 230 5 22 357 19 370 5.54e-42 149 KAF8153477.1 KAF8153477.1 100 124 0 0 1 124 1 124 9.09e-88 249 MCI0648031.1 MCI0648031.1 100 180 0 0 1 180 1 180 3.65e-130 360 XP_041922209.1 XP_041922209.1 95.2 333 16 0 1 333 1 333 3.83e-240 651 XP_041922209.1 NWY11222.1 56.5 62 27 0 155 216 12 73 2.10e-17 76.6 WP_115180843.1 WP_115180843.1 100 447 0 0 1 447 1 447 0.0 923 EFG7579667.1 EFG7579667.1 100 342 0 0 1 342 1 342 1.81e-263 711 WP_069341101.1 WP_069341101.1 92.5 294 22 0 1 294 1 294 3.04e-190 522 WP_069341101.1 WP_123237441.1 28.7 282 178 7 27 293 29 302 2.65e-23 95.5 WP_069341101.1 WP_165462493.1 27.0 296 198 8 12 292 6 298 2.23e-20 87.4 WP_210949324.1 WP_210949324.1 100 225 0 0 1 225 1 225 3.83e-170 465 WP_210949324.1 EIR8916606.1 56.0 175 77 0 26 200 1 175 1.30e-61 189 MBT3459335.1 MBT3459335.1 93.9 277 17 0 1 277 1 277 1.66e-190 521 MBT3459335.1 WP_269885397.1 43.3 97 54 1 182 277 89 185 6.42e-18 79.7 MBT3459335.1 MBI5333464.1 38.8 80 49 0 198 277 223 302 1.44e-11 62.4 MBT3459335.1 EJF06804.1 37.4 91 55 1 184 274 122 210 4.79e-11 60.5 MBT3459335.1 WP_000484099.1 40.8 71 42 0 207 277 212 282 1.14e-09 56.6 MBT3459335.1 WP_023050329.1 33.7 83 53 1 195 277 194 274 6.42e-09 54.3 MBT3459335.1 WP_107169208.1 36.7 79 50 0 199 277 198 276 2.90e-07 49.3 MBT3459335.1 WP_145544593.1 40.0 80 32 2 204 277 366 435 6.28e-07 48.5 MBT3459335.1 EGR2272270.1 43.9 41 23 0 237 277 550 590 3.85e-06 46.2 MBT3459335.1 WP_255266214.1 46.0 63 32 1 207 269 299 359 1.10e-05 44.7 MBT3459335.1 WP_242961281.1 31.2 77 46 2 195 268 530 602 3.71e-04 40.0 WP_129832000.1 WP_129832000.1 100 386 0 0 1 386 1 386 3.46e-297 800 MBF0233644.1 MBF0233644.1 100 746 0 0 1 746 1 746 0.0 1547 MBF0233644.1 WP_061048002.1 34.0 500 298 11 254 737 287 770 2.77e-79 268 MBF0233644.1 NSW79198.1 38.3 386 202 12 234 597 290 661 6.97e-77 259 MBF0233644.1 WP_211114623.1 32.0 528 349 4 212 737 276 795 1.56e-70 244 MBF0233644.1 PKL50735.1 29.2 631 370 20 163 739 461 1068 1.60e-57 210 MBF0233644.1 MBK3737236.1 38.8 250 147 4 359 607 422 666 1.16e-42 163 MBF0233644.1 WP_212961195.1 24.2 425 243 15 379 746 436 838 8.86e-14 73.6 MBF0233644.1 EJF06804.1 27.6 116 78 3 622 733 3 116 1.18e-04 43.1 WP_094375360.1 WP_094375360.1 100 191 0 0 1 191 1 191 1.16e-136 378 WP_248415167.1 WP_248415167.1 100 429 0 0 1 429 1 429 8.90e-315 848 MBV8174008.1 MBV8174008.1 98.5 399 6 0 1 399 1 399 1.55e-302 815 MBV8174008.1 CAF3478760.1 33.3 378 231 8 41 398 127 503 6.99e-54 185 MBV8174008.1 WP_201685349.1 28.3 350 247 3 39 388 69 414 4.31e-38 140 MBV8174008.1 KFD50394.1 29.3 375 220 10 42 379 96 462 8.51e-35 132 WP_186748347.1 WP_186748347.1 100 107 0 0 1 107 1 107 6.88e-75 215 BCL31621.1 BCL31621.1 70.1 117 35 0 1 117 1 117 1.03e-46 146 GDZ43403.1 GDZ43403.1 100 256 0 0 1 256 1 256 1.19e-193 527 UFH83377.1 UFH83377.1 97.5 513 13 0 1 513 1 513 0.0 1030 UFH83377.1 AYV64277.1 51.8 438 198 6 1 437 1 426 1.85e-142 415 UFH83377.1 AFQ97813.1 56.5 276 117 2 165 439 1 274 2.32e-97 294 UFH83377.1 UTU41876.1 55.1 247 111 0 188 434 14 260 9.19e-90 274 UFH83377.1 AVO23223.1 61.2 67 25 1 442 508 1 66 8.34e-19 79.0 NJO91920.1 NJO91920.1 100 95 0 0 1 95 1 95 3.49e-67 194 NJO91920.1 WP_115748516.1 25.6 82 58 1 5 83 3 84 2.42e-04 36.6 AKA56406.1 AKA56406.1 91.9 197 16 0 1 197 1 197 1.81e-127 355 AKA56406.1 QUA05739.1 66.8 199 63 1 2 197 2 200 1.08e-90 263 AKA56406.1 AOR13807.1 68.1 191 58 1 10 197 1 191 6.40e-89 258 AKA56406.1 AWS34156.1 64.8 199 67 1 2 197 2 200 1.06e-87 255 AKA56406.1 AFA24308.1 65.6 195 60 2 8 197 1 193 1.19e-87 255 AKA56406.1 ADW49125.1 65.5 194 60 2 9 197 1 192 2.32e-87 254 AKA56406.1 ADJ35581.1 62.7 201 68 2 2 197 3 201 1.47e-85 250 AKA56406.1 AMA90994.1 62.2 196 71 1 2 194 2 197 3.53e-81 238 AKA56406.1 AVM35379.1 61.9 197 68 2 6 197 1 195 4.12e-79 233 AKA56406.1 QUQ06080.1 55.8 199 85 1 2 197 2 200 1.85e-76 227 AKA56406.1 AGI15931.1 60.6 193 73 1 8 197 1 193 3.46e-76 226 AKA56406.1 AHK62764.1 57.1 196 81 1 5 197 1 196 2.28e-75 224 AKA56406.1 UZF38514.1 61.0 187 70 1 14 197 1 187 6.57e-74 220 AKA56406.1 AOQ89457.1 60.2 186 71 1 6 188 2 187 1.01e-73 219 AKA56406.1 AFA09475.1 59.7 186 72 1 15 197 1 186 3.65e-73 218 AKA56406.1 AAX94106.1 64.7 170 57 1 31 197 1 170 2.73e-70 218 AKA56406.1 AHH30646.1 63.5 167 58 2 32 196 6 171 6.16e-69 206 MBC99785.1 MBC99785.1 100 318 0 0 1 318 1 318 1.41e-223 608 MBC99785.1 WP_251874466.1 34.5 249 149 6 47 294 51 286 4.52e-43 149 MBC99785.1 WP_059510827.1 33.8 263 161 6 53 313 50 301 1.38e-38 137 MBC99785.1 WP_116701099.1 34.3 233 133 4 63 292 70 285 6.33e-36 130 MBC99785.1 WP_058635033.1 27.5 302 203 5 17 317 22 308 9.95e-34 124 WP_213741880.1 WP_213741880.1 96.3 241 9 0 1 241 1 241 1.65e-163 450 WP_213741880.1 EAA7679439.1 52.8 235 109 2 2 235 1 234 1.03e-83 257 MBK8012537.1 MBK8012537.1 100 591 0 0 1 591 1 591 0.0 1157 MBK8012537.1 WP_076194242.1 23.6 343 221 12 242 570 137 452 4.29e-16 79.3 WP_205994446.1 WP_205994446.1 100 432 0 0 1 432 1 432 0.0 864 WP_145465857.1 WP_145465857.1 100 106 0 0 1 106 1 106 3.05e-73 211 OGZ08419.1 OGZ08419.1 100 351 0 0 1 351 1 351 2.61e-272 734 WP_231879606.1 WP_231879606.1 100 198 0 0 1 198 1 198 3.07e-149 410 WP_253195963.1 WP_253195963.1 100 288 0 0 1 288 1 288 1.34e-206 563 WP_253195963.1 WP_057732191.1 37.3 169 104 1 31 197 26 194 1.73e-33 122 WP_253195963.1 MBQ8156531.1 36.5 211 125 3 17 227 24 225 1.49e-31 117 ACT50261.1 ACT50261.1 100 218 0 0 1 218 1 218 1.62e-163 448 WP_098613056.1 WP_098613056.1 100 148 0 0 1 148 1 148 1.92e-105 295 KAF6751692.1 KAF6751692.1 95.5 443 20 0 1 443 1 443 1.61e-315 851 HDI11217.1 HDI11217.1 95.6 227 10 0 1 227 1 227 1.61e-163 449 HDI11217.1 EGS7320029.1 30.0 217 148 3 1 216 22 235 1.15e-25 98.6 KAI9233655.1 KAI9233655.1 100 214 0 0 1 214 1 214 1.15e-161 443 WP_258038067.1 WP_258038067.1 97.6 953 23 0 1 953 1 953 0.0 1844 WP_022957608.1 WP_022957608.1 100 205 0 0 1 205 1 205 1.19e-145 402 KAG7812337.1 KAG7812337.1 99.7 3995 11 0 1 3995 1 3995 0.0 8163 NLF10573.1 NLF10573.1 100 73 0 0 1 73 1 73 1.43e-47 143 WP_132572234.1 WP_132572234.1 100 254 0 0 1 254 1 254 1.33e-189 517 WP_271457636.1 WP_271457636.1 100 458 0 0 1 458 1 458 0.0 936 WP_271457636.1 WP_109219430.1 91.1 447 40 0 1 447 1 447 4.30e-314 848 KUO65278.1 KUO65278.1 100 189 0 0 1 189 1 189 2.85e-136 377 KUO65278.1 WP_157476287.1 44.7 190 101 3 1 186 1 190 2.98e-53 167 WP_142636409.1 WP_142636409.1 100 264 0 0 1 264 1 264 1.15e-204 556 MCU1514505.1 MCU1514505.1 100 377 0 0 1 377 1 377 7.07e-281 758 MCU1514505.1 WP_176018545.1 42.3 366 195 5 6 358 3 365 2.94e-94 285 MBQ7769568.1 MBQ7769568.1 100 39 0 0 1 39 1 39 1.27e-20 73.2 WP_032587385.1 WP_032587385.1 100 657 0 0 1 657 1 657 0.0 1367 MCS6907720.1 MCS6907720.1 100 404 0 0 1 404 1 404 5.24e-308 829 WP_022385641.1 WP_022385641.1 90.2 143 14 0 1 143 1 143 5.36e-92 264 WP_028779961.1 WP_028779961.1 100 165 0 0 1 165 1 165 2.08e-124 345 WP_028779961.1 MBN1882318.1 36.1 108 64 1 39 141 48 155 5.35e-22 85.9 WP_028779961.1 WP_229055514.1 26.6 158 81 5 21 164 21 157 3.54e-13 62.0 WP_028779961.1 MCB0773217.1 28.5 123 77 4 33 144 47 169 2.93e-09 52.0 WP_282171596.1 WP_282171596.1 100 416 0 0 1 416 1 416 1.89e-319 859 WP_282171596.1 WP_068462781.1 57.5 412 174 1 1 412 1 411 1.91e-165 469 MBP6361937.1 MBP6361937.1 91.4 209 18 0 1 209 1 209 1.12e-136 379 MBP6361937.1 MCB9662416.1 28.6 105 66 3 18 122 1 96 6.11e-04 37.7 WP_279984614.1 WP_279984614.1 100 265 0 0 1 265 1 265 3.28e-200 545 WP_279984614.1 WP_142133210.1 49.6 250 118 3 9 258 10 251 4.82e-82 245 WP_279984614.1 WP_115992495.1 49.8 247 118 3 14 258 6 248 2.50e-81 243 WP_279984614.1 WP_008470196.1 48.0 244 120 1 8 251 8 244 4.29e-78 235 WP_279984614.1 WP_222125851.1 46.9 243 127 1 9 251 1 241 2.45e-73 223 WP_279984614.1 WP_072380563.1 43.7 245 134 1 9 253 1 241 9.10e-71 216 WP_279984614.1 MWR41881.1 39.0 228 132 3 25 251 44 265 1.47e-45 152 WP_279984614.1 MBT4161918.1 36.4 228 133 6 5 227 2 222 6.61e-40 136 WP_279984614.1 OAN53756.1 31.6 253 148 6 13 252 15 255 7.96e-35 124 WP_279984614.1 WP_066083732.1 32.6 258 160 9 8 253 5 260 4.52e-32 119 WP_279984614.1 MXP43753.1 29.2 253 160 7 10 252 15 258 3.15e-29 109 WP_279984614.1 WP_098952357.1 31.7 227 139 6 23 242 29 246 2.76e-27 105 WP_279984614.1 WP_158791585.1 28.1 249 164 4 12 252 7 248 5.40e-27 103 WP_279984614.1 MCP5262709.1 29.4 221 136 6 25 233 21 233 2.03e-25 100 WP_279984614.1 WP_192324556.1 30.5 262 159 8 8 253 317 571 5.57e-25 102 WP_279984614.1 MBR7834804.1 28.9 235 159 1 8 242 16 242 7.04e-24 95.5 WP_279984614.1 WP_192500494.1 29.0 241 143 8 10 243 3 222 3.74e-23 94.4 WP_279984614.1 MBQ3864274.1 30.0 210 127 6 25 224 36 235 5.18e-23 94.4 WP_279984614.1 KAF9974715.1 28.4 232 137 9 23 244 1121 1333 1.75e-16 77.4 WP_083349422.1 WP_083349422.1 100 401 0 0 1 401 1 401 7.77e-313 841 WP_083349422.1 MBL4853947.1 49.5 394 187 3 1 393 1 383 2.53e-139 401 WP_083349422.1 WP_000576638.1 29.6 98 59 3 53 144 164 257 1.52e-05 45.4 TMK27100.1 TMK27100.1 100 555 0 0 1 555 1 555 0.0 1112 TMK27100.1 KAF1017786.1 32.8 457 297 4 57 506 52 505 3.41e-61 209 TPX78184.1 TPX78184.1 97.8 1004 22 0 1 1004 1 1004 0.0 1969 WP_182336829.1 WP_182336829.1 94.0 200 12 0 1 200 1 200 1.89e-135 375 MBJ7506254.1 MBJ7506254.1 95.0 699 35 0 1 699 1 699 0.0 1309 MBJ7506254.1 WP_023840997.1 35.7 728 384 15 35 693 32 744 4.01e-127 394 MBJ7506254.1 WP_002615101.1 34.3 534 308 11 165 657 163 694 1.60e-87 288 VVB00125.1 VVB00125.1 100 203 0 0 1 203 1 203 1.70e-153 421 HBJ80371.1 HBJ80371.1 100 420 0 0 1 420 1 420 0.0 890 HAG0018107.1 HAG0018107.1 100 56 0 0 1 56 1 56 1.50e-37 117 WP_054136413.1 WP_054136413.1 100 304 0 0 1 304 1 304 9.68e-233 630 UVI10561.1 URQ55824.1 95.7 7066 307 0 1 7066 28 7093 0.0 13716 UVI10561.1 UZO53924.1 95.7 7066 307 0 1 7066 28 7093 0.0 13716 UVI10561.1 UVB16817.1 95.7 7064 305 0 3 7066 30 7093 0.0 13714 UVI10561.1 UVI10561.1 99.2 7066 57 0 1 7066 1 7066 0.0 13704 UVI10561.1 QVD87869.1 95.5 7066 318 0 1 7066 28 7093 0.0 13692 UVI10561.1 QWC83326.1 95.5 7069 315 1 1 7066 28 7096 0.0 13690 UVI10561.1 WEU87158.1 95.5 7069 317 1 1 7066 28 7096 0.0 13686 UVI10561.1 QSZ25555.1 95.4 7069 319 1 1 7066 28 7096 0.0 13684 UVI10561.1 UMF87224.1 95.5 7066 320 1 1 7066 28 7092 0.0 13683 UVI10561.1 UBP50947.1 95.4 7069 320 1 1 7066 28 7096 0.0 13678 UVI10561.1 UBD95131.1 95.4 7069 322 1 1 7066 28 7096 0.0 13673 UVI10561.1 UEC52718.1 95.4 7069 325 1 1 7066 28 7096 0.0 13666 UVI10561.1 UIR12670.1 95.1 7066 342 1 1 7066 28 7092 0.0 13629 UVI10561.1 QZU16279.1 95.1 7069 345 1 1 7066 28 7096 0.0 13617 UVI10561.1 UPA83906.1 94.9 7066 359 1 1 7066 28 7092 0.0 13587 UVI10561.1 UBR86455.1 94.8 7069 368 1 1 7066 27 7095 0.0 13551 UVI10561.1 WHE12941.1 95.2 7066 337 0 1 7066 2 7067 0.0 13547 UVI10561.1 UXX67934.1 94.7 7066 375 0 1 7066 28 7093 0.0 13522 UVI10561.1 UCP77012.1 94.5 7069 386 1 1 7066 28 7096 0.0 13496 UVI10561.1 UCP72061.1 94.3 7069 397 1 1 7066 28 7096 0.0 13495 UVI10561.1 UKN67998.1 94.0 7066 421 1 1 7066 8 7072 0.0 13406 UVI10561.1 UAQ80067.1 93.8 7069 437 1 1 7066 28 7096 0.0 13305 UVI10561.1 UGA79226.1 93.3 7069 474 1 1 7066 28 7096 0.0 13285 UVI10561.1 UJT06733.1 92.0 7066 564 1 1 7066 28 7092 0.0 13067 UVI10561.1 UOU30556.1 92.9 7066 503 0 1 7066 28 7093 0.0 13007 UVI10561.1 UMA88644.1 87.5 7066 885 1 1 7066 7 7071 0.0 12268 UVI10561.1 WAS49087.1 86.4 7066 962 0 1 7066 28 7093 0.0 12087 UVI10561.1 WGP98278.1 81.9 7069 1276 1 1 7066 28 7096 0.0 11216 UVI10561.1 UPP41269.1 95.4 4371 201 0 1 4371 28 4398 0.0 8450 UVI10561.1 USR14792.1 95.4 4371 202 0 1 4371 28 4398 0.0 8447 UVI10561.1 QXR94354.1 95.3 4371 207 0 1 4371 28 4398 0.0 8437 UVI10561.1 ULA23837.2 95.2 4371 209 1 1 4371 28 4397 0.0 8432 UVI10561.1 QTD03487.1 95.2 4374 209 1 1 4371 28 4401 0.0 8431 UVI10561.1 QTM79632.1 95.2 4371 209 0 1 4371 28 4398 0.0 8430 UVI10561.1 UXH94526.1 95.2 4371 210 1 1 4371 28 4397 0.0 8427 UVI10561.1 QTZ27226.1 95.2 4371 211 0 1 4371 28 4398 0.0 8426 UVI10561.1 UFM00670.1 95.1 4374 212 1 1 4371 28 4401 0.0 8420 UVI10561.1 UEC68750.1 95.1 4374 212 1 1 4371 28 4401 0.0 8418 UVI10561.1 UHM53165.1 95.1 4374 212 1 1 4371 28 4401 0.0 8415 UVI10561.1 UFM02602.1 95.1 4374 212 1 1 4371 28 4401 0.0 8415 UVI10561.1 UBL45068.1 95.1 4374 212 1 1 4371 28 4401 0.0 8412 UVI10561.1 UKU68032.1 94.9 4371 223 1 1 4371 28 4397 0.0 8399 UVI10561.1 UJV88611.1 93.2 4371 295 1 1 4371 28 4397 0.0 8236 UVI10561.1 UJJ97602.1 92.9 4371 308 1 1 4371 28 4397 0.0 8205 UVI10561.1 UJS94137.1 94.5 4293 237 1 79 4371 1 4292 0.0 8193 UVI10561.1 ULB83374.1 92.0 4371 349 1 1 4371 28 4397 0.0 8098 UVI10561.1 UGB98301.1 93.2 4374 294 1 1 4371 28 4401 0.0 8028 UVI10561.1 UNI03201.1 93.6 4373 279 1 1 4371 2 4374 0.0 7977 UVI10561.1 UFA30503.1 91.8 4339 354 1 1 4336 2 4340 0.0 7835 UVI10561.1 QRX02582.1 94.9 4071 206 1 1 4068 28 4098 0.0 7803 UVI10561.1 WEI27974.1 90.4 4371 419 0 1 4371 28 4398 0.0 7735 UVI10561.1 WGP70063.1 87.7 4342 531 1 1 4339 28 4369 0.0 7571 UVI10561.1 UEX07109.1 90.2 4374 427 1 1 4371 2 4375 0.0 7552 UVI10561.1 URP80785.1 81.0 4371 829 0 1 4371 1 4371 0.0 6823 UVI10561.1 UPB00876.1 76.7 4371 1019 0 1 4371 1 4371 0.0 6190 UVI10561.1 UYE49180.1 71.6 4371 1241 0 1 4371 28 4398 0.0 5882 UVI10561.1 WGQ72821.1 67.3 4342 1418 1 1 4339 3 4344 0.0 5094 WP_165773198.1 WP_165773198.1 100 56 0 0 1 56 1 56 1.02e-35 112 MCP4329804.1 MCP4329804.1 96.1 617 24 0 1 617 1 617 0.0 1134 MCP4329804.1 WP_069341101.1 33.7 267 174 1 24 290 31 294 3.09e-39 144 MCP4329804.1 WP_097108993.1 35.5 293 166 5 330 601 30 320 3.54e-35 134 MCP4329804.1 WP_008134825.1 32.9 310 195 7 309 609 9 314 8.81e-30 123 MCP4329804.1 MCA3389197.1 28.4 292 192 7 324 601 22 310 1.63e-25 106 PSJ26816.1 PSJ26816.1 92.1 656 52 0 1 656 1 656 0.0 1193 MBM3990268.1 MBM3990268.1 96.8 317 10 0 1 317 1 317 4.36e-222 604 MCK7479919.1 MCK7479919.1 100 176 0 0 1 176 1 176 1.55e-120 336 CYB93821.1 CYB93821.1 100 124 0 0 1 124 1 124 2.82e-82 235 MBD5361948.1 MBD5361948.1 100 340 0 0 1 340 1 340 3.36e-258 697 MBN2341313.1 MBN2341313.1 100 197 0 0 1 197 1 197 2.73e-147 405 WP_202167283.1 WP_202167283.1 100 385 0 0 1 385 1 385 1.06e-287 777 WP_130670507.1 WP_130670507.1 100 396 0 0 1 396 1 396 1.33e-306 825 WP_130670507.1 WP_224014827.1 52.2 391 182 3 6 393 2 390 1.19e-132 384 WP_130670507.1 WP_271272236.1 43.3 374 205 4 25 393 15 386 5.31e-101 303 WP_130670507.1 TVP67793.1 40.4 384 219 5 15 391 21 401 2.43e-92 281 WP_130670507.1 MCB0793211.1 38.2 390 235 3 11 395 6 394 1.67e-88 271 WP_130670507.1 EMD83093.1 35.4 407 218 13 15 381 32 433 2.19e-63 208 PIQ75822.1 PIQ75822.1 92.2 141 11 0 1 141 1 141 1.60e-87 249 TSA38195.1 TSA38195.1 100 59 0 0 1 59 1 59 1.84e-37 117 WP_090879207.1 WP_090879207.1 100 51 0 0 1 51 1 51 7.98e-31 99.8 WP_225601911.1 WP_225601911.1 100 1051 0 0 1 1051 1 1051 0.0 2089 WP_189534272.1 WP_189534272.1 100 142 0 0 1 142 1 142 6.80e-103 288 KXU92672.1 KXU92672.1 94.0 283 17 0 1 283 1 283 7.67e-199 543 MBR6069896.1 MBR6069896.1 97.2 472 13 0 1 472 1 472 0.0 952 WP_234080888.1 WP_234080888.1 95.5 242 11 0 1 242 1 242 2.70e-158 437 WP_234080888.1 WP_014286324.1 30.2 159 103 3 27 181 6 160 6.40e-15 68.9 WP_234080888.1 WP_048427321.1 30.0 207 140 2 34 237 21 225 3.77e-14 67.8 WP_234080888.1 ANP72927.1 40.0 75 44 1 15 89 36 109 1.71e-05 43.1 WP_234080888.1 WP_103294927.1 29.1 110 72 3 29 137 17 121 2.69e-05 42.4 HIS55495.1 HIS55495.1 100 275 0 0 1 275 1 275 1.77e-209 569 WP_227594049.1 WP_227594049.1 100 383 0 0 1 383 1 383 3.06e-294 792 WP_148062134.1 WP_148062134.1 93.1 360 25 0 1 360 1 360 2.10e-237 647 WP_148062134.1 WP_150930630.1 31.8 264 157 6 119 360 46 308 2.83e-30 118 WP_024217747.1 WP_024217747.1 100 75 0 0 1 75 1 75 2.15e-52 155 UCP77012.1 UBD95131.1 98.0 7096 141 0 1 7096 1 7096 0.0 14166 UCP77012.1 UEC52718.1 98.0 7096 144 0 1 7096 1 7096 0.0 14159 UCP77012.1 UCP77012.1 99.1 7096 67 0 1 7096 1 7096 0.0 14158 UCP77012.1 QWC83326.1 97.9 7096 149 0 1 7096 1 7096 0.0 14152 UCP77012.1 UBP50947.1 97.9 7096 150 0 1 7096 1 7096 0.0 14151 UCP77012.1 WEU87158.1 97.9 7096 151 0 1 7096 1 7096 0.0 14147 UCP77012.1 QSZ25555.1 97.8 7096 153 0 1 7096 1 7096 0.0 14146 UCP77012.1 QVD87869.1 97.8 7096 152 1 1 7096 1 7093 0.0 14137 UCP77012.1 UCP72061.1 98.6 7096 96 0 1 7096 1 7096 0.0 14135 UCP77012.1 URQ55824.1 97.8 7096 156 1 1 7096 1 7093 0.0 14127 UCP77012.1 UZO53924.1 97.8 7096 156 1 1 7096 1 7093 0.0 14126 UCP77012.1 UVB16817.1 97.8 7096 155 1 1 7096 1 7093 0.0 14125 UCP77012.1 UMF87224.1 97.7 7096 156 2 1 7096 1 7092 0.0 14124 UCP77012.1 QZU16279.1 97.7 7096 165 0 1 7096 1 7096 0.0 14110 UCP77012.1 UIR12670.1 97.4 7096 179 2 1 7096 1 7092 0.0 14068 UCP77012.1 UBR86455.1 97.2 7095 199 0 2 7096 1 7095 0.0 14028 UCP77012.1 UPA83906.1 97.2 7096 196 2 1 7096 1 7092 0.0 14026 UCP77012.1 UXX67934.1 96.8 7096 224 1 1 7096 1 7093 0.0 13961 UCP77012.1 UGA79226.1 97.2 7096 200 0 1 7096 1 7096 0.0 13905 UCP77012.1 UKN67998.1 96.3 7076 256 2 21 7096 1 7072 0.0 13836 UCP77012.1 WHE12941.1 96.5 7070 244 1 27 7096 1 7067 0.0 13835 UCP77012.1 UAQ80067.1 95.4 7096 324 0 1 7096 1 7096 0.0 13720 UCP77012.1 UVI10561.1 94.6 7069 377 1 28 7096 1 7066 0.0 13515 UCP77012.1 UJT06733.1 94.3 7096 401 2 1 7096 1 7092 0.0 13505 UCP77012.1 UOU30556.1 93.0 7096 497 1 1 7096 1 7093 0.0 13277 UCP77012.1 UMA88644.1 89.8 7075 717 2 22 7096 1 7071 0.0 12700 UCP77012.1 WAS49087.1 88.5 7096 811 1 1 7096 1 7093 0.0 12497 UCP77012.1 WGP98278.1 83.6 7096 1165 0 1 7096 1 7096 0.0 11619 UCP77012.1 UFM00670.1 97.3 4401 117 0 1 4401 1 4401 0.0 8714 UCP77012.1 UEC68750.1 97.3 4401 117 0 1 4401 1 4401 0.0 8710 UCP77012.1 UHM53165.1 97.3 4401 117 0 1 4401 1 4401 0.0 8709 UCP77012.1 UFM02602.1 97.3 4401 117 0 1 4401 1 4401 0.0 8707 UCP77012.1 QTD03487.1 97.2 4401 122 0 1 4401 1 4401 0.0 8707 UCP77012.1 QXR94354.1 97.2 4401 121 1 1 4401 1 4398 0.0 8697 UCP77012.1 UBL45068.1 97.2 4401 123 0 1 4401 1 4401 0.0 8695 UCP77012.1 QTM79632.1 97.2 4401 122 1 1 4401 1 4398 0.0 8690 UCP77012.1 ULA23837.2 97.2 4401 120 2 1 4401 1 4397 0.0 8689 UCP77012.1 QTZ27226.1 97.2 4401 122 1 1 4401 1 4398 0.0 8688 UCP77012.1 UPP41269.1 97.1 4401 125 1 1 4401 1 4398 0.0 8687 UCP77012.1 USR14792.1 97.1 4401 126 1 1 4401 1 4398 0.0 8683 UCP77012.1 UXH94526.1 97.1 4401 125 2 1 4401 1 4397 0.0 8679 UCP77012.1 UKU68032.1 96.8 4401 136 2 1 4401 1 4397 0.0 8655 UCP77012.1 ULB83374.1 96.6 4401 146 2 1 4401 1 4397 0.0 8498 UCP77012.1 UJV88611.1 95.1 4401 210 2 1 4401 1 4397 0.0 8490 UCP77012.1 UJJ97602.1 94.8 4401 223 2 1 4401 1 4397 0.0 8457 UCP77012.1 UJS94137.1 96.1 4296 164 2 106 4401 1 4292 0.0 8373 UCP77012.1 UGB98301.1 92.0 4401 352 0 1 4401 1 4401 0.0 8136 UCP77012.1 QRX02582.1 97.1 4098 120 0 1 4098 1 4098 0.0 8077 UCP77012.1 UFA30503.1 91.6 4340 364 0 27 4366 1 4340 0.0 7943 UCP77012.1 WEI27974.1 90.8 4401 403 1 1 4401 1 4398 0.0 7897 UCP77012.1 UNI03201.1 89.9 4375 440 1 27 4401 1 4374 0.0 7892 UCP77012.1 WGP70063.1 89.9 4369 440 0 1 4369 1 4369 0.0 7854 UCP77012.1 UEX07109.1 86.0 4375 612 0 27 4401 1 4375 0.0 7450 UCP77012.1 URP80785.1 83.4 4374 725 1 28 4401 1 4371 0.0 7049 UCP77012.1 UPB00876.1 76.9 4374 1007 1 28 4401 1 4371 0.0 6298 UCP77012.1 UYE49180.1 76.5 4401 1032 1 1 4401 1 4398 0.0 6295 UCP77012.1 WGQ72821.1 66.9 4344 1440 0 26 4369 1 4344 0.0 5194 KAJ4828317.1 KAJ4828317.1 94.9 315 16 0 1 315 1 315 4.36e-221 602 KKP40103.1 KKP40103.1 100 129 0 0 1 129 1 129 3.64e-94 265 WP_087364392.1 WP_087364392.1 100 185 0 0 1 185 1 185 1.48e-136 377 WP_087364392.1 MBR2088606.1 48.2 110 52 3 37 146 52 156 9.30e-26 95.5 ADJ35581.1 ADJ35581.1 95.5 220 10 0 1 220 1 220 2.75e-147 407 ADJ35581.1 ADW49125.1 76.3 211 50 0 10 220 1 211 3.77e-120 338 ADJ35581.1 AFA24308.1 76.9 212 49 0 9 220 1 212 5.54e-120 338 ADJ35581.1 QUA05739.1 75.0 212 53 0 2 213 1 212 7.52e-118 332 ADJ35581.1 AWS34156.1 70.8 219 64 0 2 220 1 219 7.87e-117 330 ADJ35581.1 QUQ06080.1 74.0 219 57 0 2 220 1 219 6.45e-116 328 ADJ35581.1 AVM35379.1 72.9 214 58 0 7 220 1 214 1.72e-112 319 ADJ35581.1 AFA09475.1 72.2 205 57 0 16 220 1 205 6.60e-108 307 ADJ35581.1 ABQ63546.1 67.0 218 72 0 3 220 1 218 6.93e-106 302 ADJ35581.1 AHK62764.1 67.4 215 70 0 6 220 1 215 2.56e-104 298 ADJ35581.1 AOR13807.1 68.2 198 63 0 11 208 1 198 1.73e-99 285 ADJ35581.1 AGI15931.1 68.9 206 64 0 9 214 1 206 2.64e-98 283 ADJ35581.1 UZF38514.1 63.1 206 76 0 15 220 1 206 8.78e-97 279 ADJ35581.1 AAX94106.1 75.1 189 47 0 32 220 1 189 2.23e-96 286 ADJ35581.1 AMA90994.1 67.0 197 65 0 2 198 1 197 6.13e-95 274 ADJ35581.1 AKT58828.1 66.2 195 66 0 2 196 1 195 6.31e-92 266 ADJ35581.1 AOQ89457.1 63.1 187 69 0 6 192 1 187 1.17e-85 250 ADJ35581.1 AKA56406.1 61.2 201 71 2 3 201 2 197 1.27e-82 243 ADJ35581.1 AHH30646.1 66.7 168 54 2 33 200 6 171 2.99e-75 223 ADJ35581.1 ACE88666.1 67.1 140 46 0 81 220 1 140 8.63e-62 188 MCL2184308.1 MCL2184308.1 100 369 0 0 1 369 1 369 1.80e-279 754 PYL80520.1 PYL80520.1 93.3 193 13 0 1 193 1 193 1.02e-131 365 WP_077722411.1 WP_077722411.1 100 256 0 0 1 256 1 256 3.55e-195 531 PZS09564.1 PZS09564.1 96.9 452 14 0 1 452 1 452 0.0 884 PZS09564.1 WP_250822302.1 34.9 398 235 11 72 448 47 441 7.40e-79 259 WP_209366475.1 WP_209366475.1 100 172 0 0 1 172 1 172 2.14e-125 348 WP_155387753.1 WP_155387753.1 100 222 0 0 1 222 1 222 1.96e-157 433 XP_008942036.1 XP_008942036.1 98.2 1692 31 0 1 1692 1 1692 0.0 3353 XP_008942036.1 KAH6611424.1 28.8 153 100 4 738 890 431 574 2.73e-11 67.0 MBS1208135.1 MBS1208135.1 100 334 0 0 1 334 1 334 6.02e-258 696 MBS1208135.1 WP_203995341.1 34.9 295 170 10 42 325 43 326 2.27e-44 153 XP_011699286.1 XP_011699286.1 100 200 0 0 1 200 1 200 4.35e-150 412 MBK6580699.1 MBK6580699.1 95.6 293 13 0 1 293 1 293 1.55e-203 555 XP_025996498.1 XP_025996498.1 95.9 1972 81 0 1 1972 1 1972 0.0 3753 WP_050825696.1 WP_050825696.1 100 262 0 0 1 262 1 262 7.39e-191 521 WGP70063.1 WGP70063.1 99.1 4369 38 0 1 4369 1 4369 0.0 8145 WGP70063.1 QTD03487.1 91.6 4369 369 0 1 4369 1 4369 0.0 8107 WGP70063.1 UFM00670.1 91.5 4369 372 0 1 4369 1 4369 0.0 8097 WGP70063.1 QXR94354.1 91.5 4369 368 1 1 4369 1 4366 0.0 8095 WGP70063.1 UEC68750.1 91.4 4369 374 0 1 4369 1 4369 0.0 8091 WGP70063.1 UHM53165.1 91.4 4369 374 0 1 4369 1 4369 0.0 8089 WGP70063.1 UFM02602.1 91.4 4369 374 0 1 4369 1 4369 0.0 8089 WGP70063.1 QTM79632.1 91.5 4369 370 1 1 4369 1 4366 0.0 8088 WGP70063.1 UBL45068.1 91.5 4369 373 0 1 4369 1 4369 0.0 8087 WGP70063.1 QTZ27226.1 91.4 4369 372 1 1 4369 1 4366 0.0 8084 WGP70063.1 UPP41269.1 91.3 4369 375 1 1 4369 1 4366 0.0 8079 WGP70063.1 ULA23837.2 91.4 4369 373 2 1 4369 1 4365 0.0 8079 WGP70063.1 USR14792.1 91.3 4369 376 1 1 4369 1 4366 0.0 8076 WGP70063.1 UXH94526.1 91.3 4369 374 2 1 4369 1 4365 0.0 8075 WGP70063.1 UKU68032.1 91.1 4369 387 2 1 4369 1 4365 0.0 8046 WGP70063.1 QWC83326.1 91.6 4369 367 0 1 4369 1 4369 0.0 8033 WGP70063.1 QSZ25555.1 91.6 4369 369 0 1 4369 1 4369 0.0 8032 WGP70063.1 WEU87158.1 91.6 4369 369 0 1 4369 1 4369 0.0 8029 WGP70063.1 UBP50947.1 91.6 4369 369 0 1 4369 1 4369 0.0 8027 WGP70063.1 QZU16279.1 91.5 4369 371 0 1 4369 1 4369 0.0 8026 WGP70063.1 UBD95131.1 91.5 4369 371 0 1 4369 1 4369 0.0 8024 WGP70063.1 QVD87869.1 91.5 4369 369 1 1 4369 1 4366 0.0 8017 WGP70063.1 UEC52718.1 91.4 4369 375 0 1 4369 1 4369 0.0 8016 WGP70063.1 UIR12670.1 91.4 4369 371 2 1 4369 1 4365 0.0 8011 WGP70063.1 UZO53924.1 91.4 4369 373 1 1 4369 1 4366 0.0 8009 WGP70063.1 UPA83906.1 91.4 4369 372 2 1 4369 1 4365 0.0 8009 WGP70063.1 URQ55824.1 91.4 4369 374 1 1 4369 1 4366 0.0 8007 WGP70063.1 UVB16817.1 91.4 4369 373 1 1 4369 1 4366 0.0 8007 WGP70063.1 UMF87224.1 91.3 4369 376 2 1 4369 1 4365 0.0 7998 WGP70063.1 UKN67998.1 91.4 4349 372 2 21 4369 1 4345 0.0 7969 WGP70063.1 UBR86455.1 91.0 4368 394 0 2 4369 1 4368 0.0 7932 WGP70063.1 UGB98301.1 93.3 4369 293 0 1 4369 1 4369 0.0 7910 WGP70063.1 UAQ80067.1 90.8 4369 401 0 1 4369 1 4369 0.0 7894 WGP70063.1 UGA79226.1 89.9 4369 440 0 1 4369 1 4369 0.0 7878 WGP70063.1 UCP72061.1 90.0 4369 437 0 1 4369 1 4369 0.0 7851 WGP70063.1 UJS94137.1 91.8 4264 345 2 106 4369 1 4260 0.0 7849 WGP70063.1 UXX67934.1 89.9 4369 440 1 1 4369 1 4366 0.0 7844 WGP70063.1 UJV88611.1 89.4 4369 459 2 1 4369 1 4365 0.0 7837 WGP70063.1 UCP77012.1 89.7 4369 449 0 1 4369 1 4369 0.0 7835 WGP70063.1 UJJ97602.1 89.6 4369 452 2 1 4369 1 4365 0.0 7829 WGP70063.1 ULB83374.1 90.3 4369 421 2 1 4369 1 4365 0.0 7811 WGP70063.1 UOU30556.1 89.4 4369 460 1 1 4369 1 4366 0.0 7794 WGP70063.1 WHE12941.1 88.8 4343 484 1 27 4369 1 4340 0.0 7687 WGP70063.1 UFA30503.1 89.2 4340 467 0 27 4366 1 4340 0.0 7586 WGP70063.1 UVI10561.1 87.7 4342 531 1 28 4369 1 4339 0.0 7571 WGP70063.1 QRX02582.1 91.3 4098 358 0 1 4098 1 4098 0.0 7570 WGP70063.1 UNI03201.1 87.1 4343 561 1 27 4369 1 4342 0.0 7432 WGP70063.1 UJT06733.1 85.7 4369 621 2 1 4369 1 4365 0.0 7371 WGP70063.1 UMA88644.1 87.2 4348 551 2 22 4369 1 4344 0.0 7358 WGP70063.1 WGP98278.1 88.4 4364 506 0 1 4364 1 4364 0.0 7274 WGP70063.1 WEI27974.1 82.9 4369 746 1 1 4369 1 4366 0.0 7121 WGP70063.1 UEX07109.1 82.0 4343 780 0 27 4369 1 4343 0.0 6986 WGP70063.1 URP80785.1 81.0 4342 823 1 28 4369 1 4339 0.0 6577 WGP70063.1 WAS49087.1 79.5 4369 892 1 1 4369 1 4366 0.0 6519 WGP70063.1 UYE49180.1 71.3 4369 1249 1 1 4369 1 4366 0.0 5674 WGP70063.1 UPB00876.1 71.5 4342 1235 1 28 4369 1 4339 0.0 5669 WGP70063.1 WGQ72821.1 72.0 4344 1218 0 26 4369 1 4344 0.0 5188 KAG5478439.1 KAG5478439.1 90.4 864 83 0 1 864 1 864 0.0 1605 KAG5713212.1 KAG5713212.1 100 432 0 0 1 432 1 432 0.0 917 GJP86697.1 GJP86697.1 84.7 570 87 0 1 570 1 570 0.0 946 EAJ4016142.1 EAJ4016142.1 100 285 0 0 1 285 1 285 6.94e-212 576 EAJ4016142.1 WP_251074290.1 31.1 296 181 8 1 280 27 315 1.80e-42 150 AUP48118.1 AUP48118.1 98.8 566 7 0 1 566 1 566 0.0 1162 AUP48118.1 AAX35861.1 92.6 566 42 0 1 566 1 566 0.0 1098 WP_163205944.1 WP_163205944.1 96.6 295 10 0 1 295 1 295 5.05e-210 572 KAG0196869.1 KAG0196869.1 96.6 348 12 0 1 348 1 348 1.20e-246 669 KFD50394.1 KFD50394.1 100 474 0 0 1 474 1 474 0.0 977 KFD50394.1 CAF3478760.1 31.3 288 188 4 99 378 133 418 5.01e-44 160 KFD50394.1 MBV8174008.1 28.5 375 223 10 96 462 42 379 5.23e-31 122 HCB0607732.1 HCB0607732.1 87.3 79 10 0 1 79 1 79 1.87e-48 146 MBW2147570.1 MBW2147570.1 100 1400 0 0 1 1400 1 1400 0.0 2906 XP_017076166.2 XP_017076166.2 100 278 0 0 1 278 1 278 1.07e-216 587 XP_017076166.2 GAA38267.2 29.8 208 125 7 77 269 286 487 3.44e-14 70.5 WP_187918914.1 WP_187918914.1 97.8 445 10 0 1 445 1 445 0.0 873 WP_187918914.1 WP_011739125.1 34.9 435 265 7 2 427 3 428 2.46e-82 259 WP_187918914.1 WP_028046854.1 24.9 466 293 13 9 430 23 475 1.74e-29 118 WP_187918914.1 NWT28302.1 24.1 212 140 7 4 195 31 241 3.08e-06 47.8 MYJ01754.1 MYJ01754.1 100 196 0 0 1 196 1 196 3.19e-141 390 MYJ01754.1 WP_065029373.1 38.2 204 109 3 1 195 1 196 3.52e-35 125 MYJ01754.1 WP_065517671.1 42.3 149 83 1 5 150 10 158 1.61e-31 116 NXA78151.1 NXA78151.1 94.0 547 33 0 1 547 1 547 0.0 1038 WP_196764971.1 WP_196764971.1 100 73 0 0 1 73 1 73 1.04e-49 149 WP_197035361.1 WP_197035361.1 100 292 0 0 1 292 1 292 8.77e-214 581 SDB07816.1 SDB07816.1 85.2 135 20 0 1 135 1 135 5.86e-78 225 CAH2042052.1 CAH2042052.1 99.1 1063 10 0 1 1063 1 1063 0.0 2170 WP_077832600.1 WP_077832600.1 90.5 105 10 0 1 105 1 105 8.14e-64 187 USN98129.1 USN98129.1 82.5 171 30 0 1 171 1 171 6.92e-85 245 MBD3373279.1 MBD3373279.1 95.4 564 26 0 1 564 1 564 0.0 1054 WP_233824378.1 WP_233824378.1 99.6 2658 10 0 1 2658 1 2658 0.0 5475 WP_204723735.1 WP_204723735.1 100 320 0 0 1 320 1 320 2.42e-250 676 MCU1518316.1 MCU1518316.1 94.3 212 12 0 1 212 1 212 1.16e-135 377 Q8XJN8.1 Q8XJN8.1 100 237 0 0 1 237 1 237 2.89e-171 469 Q8XJN8.1 MBE6142085.1 33.2 214 141 2 14 226 12 224 2.10e-36 126 Q8XJN8.1 CDN40573.1 33.8 210 124 7 26 231 271 469 9.09e-23 94.4 Q8XJN8.1 NLR72952.1 30.2 192 123 5 26 217 37 217 8.43e-21 85.9 WP_216090438.1 WP_216090438.1 100 223 0 0 1 223 1 223 5.66e-171 467 WP_237070319.1 WP_237070319.1 97.2 387 11 0 1 387 1 387 2.87e-276 747 XP_024252803.1 XP_024252803.1 100 314 0 0 1 314 1 314 9.83e-247 666 XP_024252803.1 NXT80179.1 23.5 221 141 8 86 300 192 390 1.36e-08 53.9 QYT38722.1 QYT38722.1 100 265 0 0 1 265 1 265 1.13e-191 523 QYT38722.1 ADJ57888.1 41.0 217 126 2 41 257 65 279 1.36e-50 168 QYT38722.1 UNP33456.1 39.8 221 131 2 40 260 72 290 8.98e-49 162 QYT38722.1 AXB40829.1 36.8 266 154 4 1 263 30 284 1.62e-48 162 QYT38722.1 BAI82636.1 37.0 208 129 2 40 247 1 206 1.50e-45 150 MBT3899069.1 MBT3899069.1 100 195 0 0 1 195 1 195 2.96e-150 412 WP_182711301.1 WP_182711301.1 98.6 760 11 0 1 760 1 760 0.0 1552 WP_182711301.1 WP_173302040.1 22.5 619 320 20 192 755 86 599 1.54e-17 85.1 WP_157589094.1 WP_157589094.1 100 103 0 0 1 103 1 103 3.60e-75 215 MBQ6692395.1 MBQ6692395.1 100 279 0 0 1 279 1 279 3.06e-212 576 WP_076409454.1 WP_076409454.1 100 349 0 0 1 349 1 349 2.27e-256 694 WP_076409454.1 WP_109219819.1 52.5 297 127 3 1 287 14 306 1.45e-102 305 WP_076409454.1 WP_170725874.1 43.5 345 173 3 1 340 1 328 2.64e-90 272 WP_076409454.1 WP_176354145.1 45.4 315 151 5 5 302 6 316 4.69e-88 268 WP_076409454.1 WP_140480909.1 39.5 357 191 7 3 340 11 361 1.86e-81 251 WP_076409454.1 WP_237907640.1 41.2 352 194 6 5 346 4 352 1.51e-74 233 WP_076409454.1 WP_011057593.1 47.0 236 125 0 1 236 1 236 3.56e-69 219 WP_076409454.1 WP_258581409.1 45.7 232 126 0 5 236 4 235 4.21e-67 214 WP_076409454.1 HBO4828144.1 45.1 237 118 6 7 235 13 245 9.46e-56 182 WP_076409454.1 MWR41881.1 40.7 216 122 1 25 234 49 264 2.53e-54 177 WP_076409454.1 WP_077217464.1 43.1 211 113 3 4 210 30 237 6.38e-51 170 WP_076409454.1 EHH5649593.1 43.2 190 94 2 30 213 28 209 1.04e-45 156 WP_076409454.1 MBQ3864274.1 37.0 230 132 6 12 229 28 256 6.38e-38 136 WP_076409454.1 MBU5353226.1 31.4 245 149 5 1 226 1 245 4.89e-36 131 WP_076409454.1 MBQ4383193.1 39.0 223 127 6 1 215 1 222 1.92e-35 127 WP_076409454.1 WP_088153117.1 36.6 202 119 4 23 217 16 215 4.60e-35 130 WP_076409454.1 WP_192324556.1 33.3 246 134 6 19 247 344 576 1.16e-32 126 WP_076409454.1 WP_206363707.1 32.3 220 137 5 3 211 17 235 1.69e-27 107 WP_076409454.1 WP_098952357.1 30.4 257 152 6 3 235 2 255 8.28e-27 106 WP_076409454.1 MCH1405047.1 40.6 143 77 2 5 143 10 148 1.21e-26 102 WP_076409454.1 WP_131166802.1 31.1 251 149 8 2 228 3 253 7.67e-26 104 WP_076409454.1 WP_159463829.1 30.0 230 144 5 4 226 357 576 9.08e-25 103 WP_076409454.1 WP_066083732.1 27.2 243 149 7 19 237 25 263 1.47e-22 95.1 WP_076409454.1 WP_221977168.1 32.0 175 106 2 4 165 15 189 4.13e-22 92.4 WP_076409454.1 KAF9974715.1 28.5 235 152 8 20 250 481 703 4.04e-14 72.0 RPI95901.1 RPI95901.1 100 132 0 0 1 132 1 132 6.73e-96 270 RPI95901.1 WP_238267528.1 39.8 98 56 2 32 128 1 96 2.28e-21 80.9 MBW7892865.1 MBW7892865.1 100 138 0 0 1 138 1 138 2.69e-98 276 XP_013005546.1 XP_013005546.1 98.2 625 11 0 1 625 1 625 0.0 1292 XP_013005546.1 RLN50561.1 26.0 181 120 5 68 240 1516 1690 1.04e-11 66.6 XP_013005546.1 EHR6291555.1 26.6 199 130 6 69 260 352 541 3.49e-11 64.3 XP_013005546.1 WP_192500494.1 27.9 197 131 6 76 268 32 221 9.71e-11 61.6 XP_013005546.1 WP_132175930.1 27.4 259 171 9 51 299 31 282 8.04e-06 46.6 WP_133325549.1 WP_133325549.1 99.0 1018 10 0 1 1018 1 1018 0.0 2083 WP_133325549.1 WP_039608285.1 34.2 1030 653 12 1 1013 1 1022 5.20e-193 583 WP_133325549.1 WP_096647361.1 26.1 1061 713 21 4 1013 6 1046 8.53e-95 322 WP_133325549.1 WP_265225845.1 25.0 1070 715 27 1 1000 1 1053 1.77e-71 256 WP_133325549.1 MBL4744408.1 22.6 1038 709 23 25 999 27 1033 6.54e-54 202 WP_133325549.1 WP_154963182.1 23.1 1069 689 26 1 997 1 1008 2.47e-53 201 WP_133325549.1 TME45086.1 23.7 638 443 13 25 631 25 649 1.47e-39 155 WP_133325549.1 WP_172616972.1 21.4 1019 721 26 25 997 30 1014 2.06e-39 157 WP_133325549.1 KKQ50904.1 25.2 361 223 12 155 493 799 1134 5.05e-12 68.6 MBQ3498542.1 MBQ3498542.1 100 448 0 0 1 448 1 448 0.0 944 WP_085648136.1 WP_085648136.1 100 556 0 0 1 556 1 556 0.0 1140 WP_092226977.1 WP_092226977.1 100 134 0 0 1 134 1 134 3.19e-95 268 MBS1713296.1 MBS1713296.1 100 426 0 0 1 426 1 426 0.0 874 MBF2073911.1 MBF2073911.1 100 149 0 0 1 149 1 149 8.11e-112 311 WP_272062680.1 WP_272062680.1 98.0 509 10 0 1 509 1 509 0.0 1014 TYI23342.1 TYI23342.1 100 139 0 0 1 139 1 139 1.89e-103 290 WP_251438464.1 WP_251438464.1 100 131 0 0 1 131 1 131 1.79e-95 269 KIE57707.1 KIE57707.1 100 136 0 0 1 136 1 136 4.00e-99 278 WP_208562420.1 WP_208562420.1 100 147 0 0 1 147 1 147 1.41e-102 288 WP_158799804.1 WP_158799804.1 94.8 439 23 0 1 439 1 439 6.67e-306 827 WP_089274238.1 WP_089274238.1 100 301 0 0 1 301 1 301 1.27e-231 627 MCK9252526.1 MCK9252526.1 97.5 393 10 0 1 393 1 393 2.34e-294 793 MCK9252526.1 RYY73542.1 41.6 373 217 1 14 386 6 377 3.29e-100 301 MCK9252526.1 MBI1189702.1 42.0 364 199 6 18 379 1 354 1.97e-88 270 MCK9252526.1 MCH8293010.1 25.4 280 170 13 13 285 2 249 9.84e-10 57.8 WP_265225845.1 WP_265225845.1 94.1 1079 64 0 1 1079 1 1079 0.0 2043 WP_265225845.1 WP_039608285.1 26.2 1076 710 20 1 1060 1 1008 2.60e-98 333 WP_265225845.1 WP_096647361.1 26.4 1070 699 26 33 1069 35 1048 6.98e-82 287 WP_265225845.1 WP_110366458.1 24.1 1082 753 17 3 1063 5 1039 4.29e-79 282 WP_265225845.1 MBL4744408.1 24.8 1063 704 25 25 1050 27 1031 4.76e-70 252 WP_265225845.1 TME45086.1 28.5 702 448 18 30 705 30 703 1.11e-59 217 WP_265225845.1 WP_154963182.1 22.6 1082 753 29 1 1061 1 1019 1.61e-45 176 WP_265225845.1 MBT8462299.1 27.8 194 120 4 876 1049 2 195 4.28e-10 59.7 GIU76508.1 GIU76508.1 100 484 0 0 1 484 1 484 0.0 1014 POM61486.1 POM61486.1 100 207 0 0 1 207 1 207 5.28e-159 436 HAA79725.1 HAA79725.1 93.7 238 15 0 1 238 1 238 1.50e-153 424 HAA79725.1 WP_105447015.1 29.9 278 132 2 10 226 117 392 2.56e-26 103 HAA79725.1 WP_154951203.1 30.9 217 148 1 5 221 104 318 2.63e-23 94.4 HAA79725.1 WP_002574744.1 28.9 218 137 5 14 220 119 329 5.14e-20 85.5 WP_261529150.1 WP_261529150.1 93.1 1283 88 0 1 1283 1 1283 0.0 2102 WP_261529150.1 EIH6124474.1 32.3 282 163 10 335 601 74 342 1.30e-08 57.4 WP_261529150.1 WP_247392216.1 48.9 45 22 1 13 57 4 47 8.34e-05 44.3 WP_249438391.1 WP_249438391.1 88.3 137 16 0 1 137 1 137 8.98e-83 237 KQC11686.1 KQC11686.1 100 334 0 0 1 334 1 334 3.34e-255 689 WP_265364885.1 WP_265364885.1 94.9 491 25 0 1 491 1 491 0.0 882 NFE66003.1 NFE66003.1 100 31 0 0 1 31 1 31 4.37e-18 66.2 WP_162529103.1 WP_162529103.1 100 127 0 0 1 127 1 127 2.79e-88 250 WP_216537974.1 WP_216537974.1 100 127 0 0 1 127 1 127 1.75e-91 258 WP_107668606.1 WP_107668606.1 100 264 0 0 1 264 1 264 6.13e-200 544 XP_027547584.1 XP_027547584.1 100 404 0 0 1 404 1 404 6.92e-313 841 SKC89544.1 SKC89544.1 96.2 783 30 0 1 783 1 783 0.0 1524 WP_168694891.1 WP_168694891.1 100 395 0 0 14 408 14 408 5.96e-291 786 EAC1232420.1 EAC1232420.1 100 223 0 0 1 223 1 223 1.28e-167 459 EAC1232420.1 WP_186723788.1 35.4 226 135 5 4 223 8 228 2.49e-40 136 EAC1232420.1 WP_026893585.1 33.6 220 141 3 4 221 5 221 6.44e-40 135 EAC1232420.1 PYP94120.1 33.5 224 142 6 2 221 1 221 3.24e-39 133 EAC1232420.1 MBP1530348.1 26.9 223 155 4 1 221 1 217 2.23e-29 107 EAC1232420.1 MBQ5584458.1 28.9 228 157 3 1 223 1 228 3.95e-29 107 EAC1232420.1 WP_007708736.1 28.8 236 146 6 1 221 1 229 3.65e-25 97.1 EAC1232420.1 WP_064652354.1 31.0 226 148 6 1 219 1 225 4.49e-25 97.1 EAC1232420.1 WP_069156513.1 31.0 226 131 8 4 213 5 221 5.95e-23 91.3 EAC1232420.1 WP_101794136.1 28.9 187 122 2 46 221 70 256 2.61e-21 87.4 AFN42320.1 AFN42320.1 92.9 170 12 0 1 170 1 170 2.57e-107 302 MBM3210814.1 MBM3210814.1 100 235 0 0 1 235 1 235 1.33e-175 480 EHA1403784.1 EHA1403784.1 100 537 0 0 1 537 1 537 0.0 1100 EHA1403784.1 WP_070664995.1 25.3 281 176 8 77 353 89 339 2.10e-13 70.9 NWT13315.1 NWT13315.1 100 217 0 0 1 217 1 217 1.10e-165 453 GGB39876.1 GGB39876.1 100 979 0 0 1 979 1 979 0.0 2115 GGB39876.1 WP_222637261.1 65.5 983 332 3 1 977 1 982 0.0 1443 GGB39876.1 ECJ9372216.1 57.1 979 416 4 1 977 1 977 0.0 1214 MBT3283529.1 MBT3283529.1 100 375 0 0 1 375 1 375 2.26e-276 746 WP_215356761.1 WP_215356761.1 100 65 0 0 1 65 1 65 1.00e-39 123 MYD98720.1 MYD98720.1 100 105 0 0 1 105 1 105 3.57e-76 218 PHH91422.1 PHH91422.1 100 130 0 0 1 130 1 130 1.04e-89 254 ECL3553101.1 ECL3553101.1 100 138 0 0 1 138 1 138 1.19e-92 262 WP_177525402.1 WP_177525402.1 95.4 627 29 0 1 627 1 627 0.0 1146 WP_177525402.1 WP_278643529.1 30.7 202 134 5 86 284 85 283 6.74e-18 83.2 WP_177525402.1 NLB38271.1 31.1 209 128 6 73 273 13 213 9.47e-17 78.6 WP_177525402.1 WP_224045636.1 30.1 196 128 5 88 279 27 217 5.77e-15 73.2 CAG9334863.1 CAG9334863.1 96.7 393 13 0 1 393 1 393 8.40e-288 777 WP_183806671.1 WP_183806671.1 94.4 302 17 0 1 302 1 302 5.94e-217 590 WP_166773323.1 WP_166773323.1 100 166 0 0 1 166 1 166 2.25e-124 345 WP_175580162.1 WP_175580162.1 100 56 0 0 1 56 1 56 1.76e-36 114 ECH4355821.1 ECH4355821.1 100 325 0 0 1 325 1 325 5.48e-245 663 WP_232835221.1 WP_232835221.1 100 218 0 0 1 218 1 218 1.98e-164 450 KLL12075.1 KLL12075.1 95.3 300 14 0 1 300 1 300 5.87e-191 524 MCC6486159.1 MCC6486159.1 100 447 0 0 1 447 1 447 0.0 932 NJK67049.1 NJK67049.1 100 478 0 0 1 478 1 478 0.0 979 NJK67049.1 MBF2036494.1 38.5 288 123 10 4 278 5 251 5.62e-38 144 NJK67049.1 XP_046441060.1 26.7 176 118 5 117 285 129 300 1.14e-11 65.5 NJK67049.1 KAJ7903702.1 33.1 130 82 4 119 247 94 219 6.84e-11 62.4 NJK67049.1 KAH6575376.1 24.0 146 96 6 121 257 262 401 4.56e-04 40.8 WP_016809838.1 WP_016809838.1 100 347 0 0 1 347 1 347 1.97e-265 716 WP_016809838.1 AQY75504.1 26.3 361 230 8 2 345 6 347 3.93e-39 140 WP_016809838.1 XP_047466965.1 31.9 216 117 5 26 214 35 247 1.29e-26 107 WP_016809838.1 WP_268285128.1 28.3 265 157 6 2 233 10 274 6.88e-18 82.4 WP_016809838.1 MBO1529847.1 29.6 247 155 10 1 237 5 242 2.18e-13 68.6 WP_238320463.1 WP_238320463.1 100 90 0 0 1 90 1 90 1.26e-60 177 OTA29349.1 OTA29349.1 97.7 1203 28 0 1 1203 1 1203 0.0 2459 OYX89137.1 OYX89137.1 100 96 0 0 1 96 1 96 6.48e-68 196 WP_253571813.1 WP_253571813.1 95.6 389 17 0 1 389 1 389 3.28e-251 684 WP_263847269.1 WP_263847269.1 100 429 0 0 1 429 1 429 0.0 875 WP_263847269.1 WP_247893884.1 38.7 431 250 6 6 428 26 450 4.87e-86 268 XP_045284515.1 XP_045284515.1 80.8 156 30 0 1 156 1 156 3.27e-85 245 WP_014213241.1 WP_014213241.1 97.6 498 12 0 1 498 1 498 0.0 986 WP_014213241.1 WP_007577863.1 44.4 484 262 6 6 485 9 489 1.06e-136 403 WP_014213241.1 WP_086123022.1 31.6 491 280 10 24 463 16 501 3.23e-78 253 WP_014213241.1 WP_057859275.1 34.8 425 231 11 24 404 19 441 2.28e-66 221 WP_044344333.1 WP_044344333.1 99.2 775 6 0 1 775 1 775 0.0 1562 MCU1400721.1 MCU1400721.1 94.0 418 25 0 1 418 1 418 2.80e-285 773 WP_084128119.1 WP_084128119.1 100 289 0 0 1 289 1 289 3.07e-217 590 WP_084128119.1 GHT89622.1 36.1 216 133 2 14 229 15 225 2.59e-39 137 MBR5447513.1 MBR5447513.1 98.4 974 16 0 1 974 1 974 0.0 1971 OUX43364.1 OUX43364.1 100 61 0 0 1 61 1 61 2.19e-39 122 MBK0846266.1 MBK0846266.1 100 565 0 0 1 565 1 565 0.0 1174 MBK0846266.1 WP_212961195.1 34.9 215 132 4 345 554 831 1042 3.64e-34 136 MBK0846266.1 NIK25817.1 30.3 251 146 10 323 551 364 607 1.94e-23 102 WP_169253344.1 WP_169253344.1 100 415 0 0 1 415 1 415 4.52e-310 835 TCV06956.1 TCV06956.1 100 91 0 0 1 91 1 91 5.94e-64 186 HBW2970848.1 HBW2970848.1 97.3 410 11 0 1 410 1 410 9.08e-287 776 WP_092775107.1 WP_092775107.1 100 210 0 0 1 210 1 210 1.89e-149 412 WP_259895494.1 WP_259895494.1 93.7 350 22 0 1 350 1 350 1.57e-227 621 PQN15048.1 PQN15048.1 100 266 0 0 1 266 1 266 1.51e-201 548 TAL20232.1 TAL20232.1 96.8 618 20 0 1 618 1 618 0.0 1238 TAL20232.1 HAS8246497.1 38.5 416 232 9 200 609 449 846 7.61e-80 270 TAL20232.1 WP_261733022.1 38.3 400 226 7 218 609 244 630 2.52e-71 243 TAL20232.1 WP_007356512.1 32.6 457 270 8 174 609 697 1136 5.72e-64 227 TAL20232.1 KFX48203.1 30.5 524 225 8 213 605 676 1191 1.67e-62 223 TAL20232.1 EDN57974.1 30.8 520 225 11 208 597 371 885 2.06e-61 219 TAL20232.1 MBQ1868746.1 33.6 408 245 14 201 597 237 629 6.94e-59 207 TAL20232.1 WP_138482356.1 33.7 409 250 8 208 609 392 786 2.38e-56 203 TAL20232.1 MBN8606766.1 36.7 248 141 5 218 460 569 805 1.63e-41 159 TAL20232.1 WP_232306300.1 29.4 453 281 14 163 596 792 1224 1.36e-38 151 TAL20232.1 MCH5250214.1 37.2 242 145 3 227 465 186 423 1.68e-38 150 TAL20232.1 WP_257504872.1 29.3 259 154 9 222 460 277 526 3.16e-15 77.0 TAL20232.1 XP_018042825.1 26.0 296 155 13 213 466 219 492 2.27e-10 62.0 TAL20232.1 WP_188888464.1 30.2 86 51 3 518 601 34 112 1.91e-05 44.7 KAG2356287.1 KAG2356287.1 100 53 0 0 1 53 1 53 1.97e-34 108 XP_040082341.1 XP_040082341.1 94.9 198 10 0 1 198 1 198 3.64e-143 396 MCL1491976.1 MCL1491976.1 100 384 0 0 1 384 1 384 7.17e-289 779 MBR2109594.1 MBR2109594.1 100 54 0 0 1 54 1 54 6.06e-34 107 QWD35723.1 QWD35723.1 98.3 602 10 0 1 602 1 602 0.0 1191 NQR19375.1 NQR19375.1 96.9 447 14 0 1 447 1 447 0.0 865 NQR19375.1 RSL59427.1 35.0 346 218 5 3 345 63 404 7.44e-57 193 NQR19375.1 GEU53557.1 33.6 342 212 6 27 359 122 457 7.05e-51 179 NQR19375.1 CZT45482.1 31.1 386 225 5 3 350 89 471 6.25e-50 180 NQR19375.1 ERE79785.1 25.3 392 197 12 3 358 126 457 3.71e-25 105 NQR19375.1 MAF07216.1 24.9 289 196 7 71 347 318 597 1.67e-08 55.1 MBP3518143.1 MBP3518143.1 99.1 1067 10 0 1 1067 1 1067 0.0 2170 MBP3518143.1 WP_259301651.1 27.9 1095 638 46 39 1067 42 1050 2.25e-92 317 MBP3518143.1 WP_146272353.1 28.3 1090 601 38 45 1067 30 1005 7.55e-92 314 MBP3518143.1 WP_214826002.1 29.2 1007 561 39 130 1067 40 963 2.52e-77 272 MBP3518143.1 WP_278843343.1 25.7 1133 668 46 45 1067 15 1083 1.03e-64 236 MBP3518143.1 MCB9353584.1 24.9 1126 632 49 52 1067 20 1041 3.38e-37 150 MBL4910304.1 MBL4910304.1 100 85 0 0 1 85 1 85 1.20e-58 172 MBQ1404818.1 MBQ1404818.1 100 501 0 0 1 501 1 501 0.0 1045 MBQ1404818.1 WP_088008362.1 33.4 485 299 11 11 491 12 476 2.19e-80 257 WP_091032200.1 WP_091032200.1 97.2 428 12 0 1 428 1 428 4.19e-308 831 AAX97169.1 AAX97169.1 100 335 0 0 1 335 1 335 7.52e-248 671 AAX97169.1 AEO85464.1 77.9 335 74 0 1 335 513 847 1.32e-185 532 AAX97169.1 QJX39053.1 76.5 340 73 1 2 334 506 845 1.33e-182 525 AAX97169.1 AEJ33395.1 39.7 358 180 8 1 335 538 882 4.22e-60 205 WP_238486267.1 WP_238486267.1 100 82 0 0 1 82 1 82 4.45e-55 163 EIW7596561.1 EIW7596561.1 96.2 2711 104 0 1 2711 1 2711 0.0 4967 EIW7596561.1 EBW1672033.1 86.5 1219 136 4 1 1190 1 1219 0.0 1974 EIW7596561.1 WP_109341768.1 27.4 522 298 25 2212 2711 1300 1762 8.57e-14 76.3 EIW7596561.1 GHT88678.1 32.8 290 125 14 1008 1291 259 484 1.78e-06 52.0 EIW7596561.1 EAA8040699.1 56.8 37 7 2 2332 2366 95 124 2.50e-04 45.1 WP_115357420.1 WP_115357420.1 100 273 0 0 1 273 1 273 1.83e-201 548 WP_115357420.1 OEU77901.1 42.0 238 136 2 3 240 5 240 3.83e-63 197 MCH9784543.1 MCH9784543.1 100 114 0 0 1 114 1 114 9.45e-83 235 MCD4206375.1 MCD4206375.1 100 72 0 0 1 72 1 72 6.13e-44 134 MBK8100495.1 MBK8100495.1 100 244 0 0 1 244 1 244 6.13e-190 517 EAJ8453921.1 EAJ8453921.1 100 91 0 0 1 91 1 91 1.92e-60 177 MBK9653437.1 MBK9653437.1 100 174 0 0 1 174 1 174 1.69e-132 366 MBI2528438.1 MBI2528438.1 100 337 0 0 1 337 1 337 5.53e-251 679 MBI2528438.1 WP_173283317.1 52.1 315 151 0 8 322 3 317 1.64e-113 330 MBI2528438.1 KFF47610.1 37.6 117 60 4 16 124 19 130 5.39e-09 55.5 MCA1360809.1 MCA1360809.1 100 288 0 0 1 288 1 288 3.28e-207 564 MCA1360809.1 WP_247424115.1 56.7 238 88 3 44 273 17 247 9.64e-82 245 MCA1360809.1 NLD53371.1 44.0 91 51 0 159 249 84 174 7.90e-18 79.0 MBK9974619.1 MBK9974619.1 96.2 265 10 0 1 265 1 265 9.32e-191 521 PBI27870.1 PBI27870.1 100 87 0 0 1 87 1 87 3.28e-57 169 KAJ1535693.1 KAJ1535693.1 92.8 373 27 0 1 373 1 373 5.49e-251 682 MBE9640947.1 MBE9640947.1 96.7 481 16 0 1 481 1 481 0.0 937 MBE9640947.1 KAF6802222.1 26.1 449 289 11 48 473 40 468 3.97e-21 94.4 MBE9640947.1 MCT4573170.1 35.4 113 70 3 360 471 24 134 1.64e-12 63.2 MBQ6107527.1 MBQ6107527.1 100 422 0 0 1 422 1 422 0.0 908 TMG86695.1 TMG86695.1 100 289 0 0 1 289 1 289 6.20e-217 589 TMG86695.1 WP_083453642.1 35.7 269 126 7 10 269 337 567 1.71e-38 140 TMG86695.1 WP_061048002.1 30.0 310 148 9 4 289 382 646 1.88e-27 110 TMG86695.1 CAG0990770.1 32.2 267 133 9 14 273 33 258 3.69e-24 97.1 TMG86695.1 WP_211114623.1 27.7 267 159 11 8 268 417 655 1.24e-17 81.3 TMG86695.1 WP_256212307.1 29.9 167 106 6 110 272 26 185 7.50e-11 58.5 TMG86695.1 TVR41840.1 39.4 104 57 5 166 266 406 506 2.19e-06 47.0 TMG86695.1 WP_177077803.1 34.5 116 61 6 169 275 211 320 6.45e-05 42.4 XP_030131005.3 XP_030131005.3 100 568 0 0 1 568 1 568 0.0 1207 XP_030131005.3 XP_039638319.1 37.0 351 202 7 188 534 127 462 2.22e-71 234 XP_030131005.3 NXJ71029.1 27.5 287 177 11 188 445 75 359 1.50e-15 77.4 MCL6644735.1 MCL6644735.1 100 434 0 0 1 434 1 434 0.0 873 XP_040499486.1 XP_040499486.1 96.0 373 15 0 1 373 1 373 1.09e-282 762 XP_043577599.1 XP_043577599.1 82.0 471 85 0 1 471 1 471 3.09e-279 762 XP_002107991.1 XP_002107991.1 98.7 1279 16 0 1 1279 1 1279 0.0 2565 XP_002107991.1 MCB0342695.1 47.8 46 24 0 681 726 58 103 5.66e-05 45.1 HAJ30683.1 HAJ30683.1 98.8 819 10 0 1 819 1 819 0.0 1635 HAJ30683.1 MXW19700.1 35.5 200 113 5 25 215 36 228 4.63e-23 103 HAJ30683.1 MCE2873365.1 33.2 205 125 5 25 220 31 232 6.26e-23 103 HAJ30683.1 MBX9747080.1 24.5 832 473 37 30 809 1 729 8.70e-23 102 QNV11749.1 QNV11749.1 100 224 0 0 1 224 1 224 9.68e-159 436 QNV11749.1 YP_009731821.1 69.6 224 67 1 1 224 1 223 1.18e-106 305 BAD29386.1 BAD29386.1 74.8 127 32 0 1 127 1 127 5.79e-56 169 MCL5999032.1 MCL5999032.1 100 92 0 0 1 92 1 92 4.66e-66 191 WP_032407714.1 WP_032407714.1 94.2 463 27 0 1 463 1 463 4.43e-314 849 WP_032407714.1 CAI2795006.1 25.3 470 294 11 5 451 91 526 3.11e-20 91.7 MBQ1540263.1 MBQ1540263.1 100 292 0 0 1 292 1 292 3.19e-216 587 MBQ1540263.1 MBI1736306.1 35.6 295 160 7 28 292 8 302 8.38e-42 144 MBQ1540263.1 MBI5966481.1 34.3 297 148 11 34 289 17 307 5.15e-38 135 MBQ1540263.1 WP_276638014.1 30.9 304 165 6 33 291 44 347 1.71e-37 134 MBQ1540263.1 WP_220615956.1 35.4 254 134 8 31 257 45 295 5.14e-32 120 MBQ1540263.1 WP_067782871.1 30.9 269 159 7 31 273 13 280 5.13e-30 113 MBQ1540263.1 HAR4359619.1 28.6 231 142 6 60 273 37 261 7.70e-23 93.6 KAH0956195.1 KAH0956195.1 97.6 674 16 0 1 674 1 674 0.0 1361 NNM19111.1 NNM19111.1 100 171 0 0 1 171 1 171 1.50e-120 335 MBL0087235.1 MBL0087235.1 96.6 298 10 0 1 298 1 298 2.22e-210 573 MBL0087235.1 WP_066708699.1 67.8 298 96 0 1 298 1 298 1.25e-147 414 MBL0087235.1 WP_044453403.1 34.9 86 52 1 1 82 1 86 1.31e-04 41.2 WP_110808154.1 WP_110808154.1 95.4 218 10 0 1 218 1 218 1.00e-148 410 WP_110808154.1 WP_041580422.1 41.4 203 118 1 13 214 9 211 1.30e-50 162 WP_110808154.1 MBG9445742.1 39.9 203 120 1 13 215 12 212 1.77e-42 141 WP_110808154.1 WP_209434296.1 33.7 205 132 1 13 213 15 219 4.81e-27 102 WP_110808154.1 WP_012568269.1 34.2 199 125 3 24 216 163 361 3.50e-22 91.3 WP_110808154.1 WP_224458015.1 37.0 138 84 1 37 171 176 313 9.17e-22 90.1 MBX9947011.1 MBX9947011.1 96.1 256 10 0 1 256 1 256 1.37e-183 502 WP_218022068.1 WP_218022068.1 100 232 0 0 1 232 1 232 1.81e-167 459 MBK8142594.1 MBK8142594.1 100 335 0 0 1 335 1 335 9.54e-251 678 EFG7698437.1 EFG7698437.1 90.9 309 28 0 1 309 1 309 9.00e-211 575 EFG7698437.1 WP_282985289.1 46.7 244 113 4 1 241 694 923 7.94e-56 192 EFG7698437.1 WP_277264109.1 34.8 305 170 9 1 302 717 995 4.46e-45 162 XP_047113196.1 XP_047113196.1 98.4 558 9 0 1 558 1 558 0.0 1138 XP_047113196.1 TNE33066.1 39.6 212 98 3 66 248 67 277 2.52e-32 129 GFX26854.1 GFX26854.1 100 98 0 0 1 98 1 98 1.03e-65 191 WP_283640148.1 WP_283640148.1 100 478 0 0 1 478 1 478 0.0 984 MBR1866691.1 MBR1866691.1 100 199 0 0 1 199 1 199 2.73e-148 408 MCB1329842.1 MCB1329842.1 92.5 160 12 0 1 160 1 160 1.30e-102 289 WP_189671415.1 WP_189671415.1 95.2 231 11 0 1 231 1 231 2.22e-147 408 MBN1187923.1 MBN1187923.1 100 652 0 0 1 652 1 652 0.0 1358 XP_036700879.1 XP_036700879.1 100 184 0 0 1 184 1 184 1.13e-135 375 MBV9252674.1 MBV9252674.1 95.7 299 13 0 1 299 1 299 1.12e-199 546 MBV9252674.1 MBK7906023.1 31.9 276 154 8 10 280 19 265 4.11e-31 118 MCC5948066.1 MCC5948066.1 100 657 0 0 1 657 1 657 0.0 1281 MCC5948066.1 WP_270967954.1 29.8 658 401 23 30 654 17 646 4.24e-75 252 MCC5948066.1 WP_254101325.1 30.6 635 409 20 36 652 22 642 7.05e-72 243 MCC5948066.1 XP_052525039.1 26.0 642 439 18 38 657 41 668 6.18e-46 171 MCC5948066.1 WP_148836004.1 26.3 537 307 25 120 633 34 504 4.78e-12 67.0 MCC5948066.1 WP_246003214.1 28.4 412 224 23 238 617 126 498 7.47e-12 66.6 MCC5948066.1 RLB66027.1 22.6 570 357 26 91 629 1 517 2.98e-09 58.2 WP_176623291.1 WP_176623291.1 100 732 0 0 1 732 1 732 0.0 1486 WP_023828789.1 WP_023828789.1 92.1 419 33 0 1 419 1 419 4.80e-282 764 WP_023828789.1 WP_105447015.1 33.3 363 237 4 50 411 33 391 5.22e-47 164 WP_023828789.1 WP_279008479.1 31.7 344 171 7 63 406 28 307 3.65e-32 122 WP_023828789.1 CDX26094.1 28.1 367 196 5 49 411 30 332 1.17e-26 107 BAR90558.1 BAR90558.1 100 276 0 0 1 276 1 276 3.17e-208 566 WP_256527700.1 WP_256527700.1 100 367 0 0 1 367 1 367 1.74e-285 769 PQM52169.1 PQM52169.1 89.1 129 14 0 1 129 1 129 9.94e-74 214 OBB22832.1 OBB22832.1 100 61 0 0 1 61 1 61 7.62e-40 123 KAI1138495.1 KAI1138495.1 100 206 0 0 1 206 1 206 4.51e-155 426 KAF1947782.1 KAF1947782.1 100 153 0 0 1 153 1 153 2.91e-116 323 OGO62636.1 OGO62636.1 98.3 644 11 0 1 644 1 644 0.0 1302 UBL45068.1 UBL45068.1 99.1 4405 38 0 1 4405 1 4405 0.0 8983 UBL45068.1 QTD03487.1 98.8 4405 51 0 1 4405 1 4405 0.0 8960 UBL45068.1 UFM00670.1 98.8 4405 52 0 1 4405 1 4405 0.0 8955 UBL45068.1 UEC68750.1 98.8 4405 52 0 1 4405 1 4405 0.0 8952 UBL45068.1 UHM53165.1 98.8 4405 52 0 1 4405 1 4405 0.0 8950 UBL45068.1 UFM02602.1 98.8 4405 52 0 1 4405 1 4405 0.0 8950 UBL45068.1 QXR94354.1 98.8 4405 49 1 1 4405 1 4402 0.0 8949 UBL45068.1 QTM79632.1 98.8 4405 51 1 1 4405 1 4402 0.0 8942 UBL45068.1 QTZ27226.1 98.7 4405 53 1 1 4405 1 4402 0.0 8938 UBL45068.1 ULA23837.2 98.7 4405 54 2 1 4405 1 4401 0.0 8934 UBL45068.1 UPP41269.1 98.7 4405 56 1 1 4405 1 4402 0.0 8933 UBL45068.1 USR14792.1 98.6 4405 57 1 1 4405 1 4402 0.0 8931 UBL45068.1 UXH94526.1 98.7 4405 55 2 1 4405 1 4401 0.0 8930 UBL45068.1 UKU68032.1 98.4 4405 68 2 1 4405 1 4401 0.0 8901 UBL45068.1 UBD95131.1 98.9 4401 48 0 1 4401 1 4401 0.0 8875 UBL45068.1 QWC83326.1 98.9 4401 48 0 1 4401 1 4401 0.0 8874 UBL45068.1 UBP50947.1 98.9 4401 49 0 1 4401 1 4401 0.0 8874 UBL45068.1 QZU16279.1 98.9 4401 49 0 1 4401 1 4401 0.0 8873 UBL45068.1 QSZ25555.1 98.9 4401 50 0 1 4401 1 4401 0.0 8873 UBL45068.1 WEU87158.1 98.9 4401 50 0 1 4401 1 4401 0.0 8869 UBL45068.1 UEC52718.1 98.8 4401 53 0 1 4401 1 4401 0.0 8863 UBL45068.1 QVD87869.1 98.8 4401 50 1 1 4401 1 4398 0.0 8858 UBL45068.1 UIR12670.1 98.7 4401 52 2 1 4401 1 4397 0.0 8852 UBL45068.1 UZO53924.1 98.7 4401 54 1 1 4401 1 4398 0.0 8850 UBL45068.1 URQ55824.1 98.7 4401 55 1 1 4401 1 4398 0.0 8848 UBL45068.1 UVB16817.1 98.7 4401 54 1 1 4401 1 4398 0.0 8848 UBL45068.1 UPA83906.1 98.6 4401 56 2 1 4401 1 4397 0.0 8841 UBL45068.1 UMF87224.1 98.6 4401 57 2 1 4401 1 4397 0.0 8839 UBL45068.1 UKN67998.1 98.7 4381 53 2 21 4401 1 4377 0.0 8810 UBL45068.1 UBR86455.1 97.6 4400 104 0 2 4401 1 4400 0.0 8741 UBL45068.1 UJV88611.1 96.7 4405 140 2 1 4405 1 4401 0.0 8738 UBL45068.1 UJJ97602.1 96.4 4405 153 2 1 4405 1 4401 0.0 8704 UBL45068.1 UCP72061.1 97.2 4401 125 0 1 4401 1 4401 0.0 8688 UBL45068.1 UXX67934.1 97.2 4401 121 1 1 4401 1 4398 0.0 8685 UBL45068.1 UAQ80067.1 97.0 4401 131 0 1 4401 1 4401 0.0 8680 UBL45068.1 UCP77012.1 97.0 4401 132 0 1 4401 1 4401 0.0 8676 UBL45068.1 UOU30556.1 96.8 4401 140 1 1 4401 1 4398 0.0 8640 UBL45068.1 UJS94137.1 97.7 4300 94 2 106 4405 1 4296 0.0 8619 UBL45068.1 UGA79226.1 96.4 4401 159 0 1 4401 1 4401 0.0 8602 UBL45068.1 ULB83374.1 95.5 4405 194 2 1 4405 1 4401 0.0 8600 UBL45068.1 WHE12941.1 96.2 4375 165 1 27 4401 1 4372 0.0 8527 UBL45068.1 UVI10561.1 95.1 4374 212 1 28 4401 1 4371 0.0 8412 UBL45068.1 UGB98301.1 93.4 4405 290 0 1 4405 1 4405 0.0 8372 UBL45068.1 QRX02582.1 98.8 4098 48 0 1 4098 1 4098 0.0 8317 UBL45068.1 UJT06733.1 93.1 4401 301 2 1 4401 1 4397 0.0 8217 UBL45068.1 UFA30503.1 92.5 4340 325 0 27 4366 1 4340 0.0 8141 UBL45068.1 WGP70063.1 91.5 4369 373 0 1 4369 1 4369 0.0 8087 UBL45068.1 UMA88644.1 91.4 4380 372 2 22 4401 1 4376 0.0 8025 UBL45068.1 UNI03201.1 90.4 4379 421 1 27 4405 1 4378 0.0 8001 UBL45068.1 WEI27974.1 90.3 4405 426 1 1 4405 1 4402 0.0 7982 UBL45068.1 UEX07109.1 87.1 4379 565 0 27 4405 1 4379 0.0 7655 UBL45068.1 WGP98278.1 88.1 4364 519 0 1 4364 1 4364 0.0 7628 UBL45068.1 WAS49087.1 83.8 4401 709 1 1 4401 1 4398 0.0 7202 UBL45068.1 URP80785.1 81.6 4378 803 1 28 4405 1 4375 0.0 7063 UBL45068.1 UPB00876.1 75.7 4378 1063 1 28 4405 1 4375 0.0 6360 UBL45068.1 UYE49180.1 75.3 4405 1084 1 1 4405 1 4402 0.0 6338 UBL45068.1 WGQ72821.1 65.7 4344 1491 0 26 4369 1 4344 0.0 5263 RYQ91928.1 RYQ91928.1 91.8 464 38 0 1 464 1 464 0.0 874 MBM6667216.1 MBM6667216.1 100 295 0 0 1 295 1 295 3.91e-223 605 WP_108494191.1 WP_108494191.1 100 138 0 0 1 138 1 138 1.23e-103 290 WP_108494191.1 WP_134106059.1 65.2 138 46 2 1 138 1 136 1.12e-60 181 PWA78445.1 PWA78445.1 100 424 0 0 1 424 1 424 0.0 904 WP_011057593.1 WP_011057593.1 100 357 0 0 1 357 1 357 4.88e-271 731 WP_011057593.1 WP_237907640.1 50.3 356 161 7 3 345 2 354 1.71e-98 294 WP_011057593.1 WP_258581409.1 41.3 366 192 7 5 352 4 364 1.67e-81 251 WP_011057593.1 WP_109219819.1 44.8 286 152 2 7 288 20 303 2.49e-77 241 WP_011057593.1 WP_140480909.1 48.1 235 121 1 3 236 11 245 4.27e-76 237 WP_011057593.1 WP_176354145.1 41.5 337 169 7 5 321 6 334 2.17e-73 230 WP_011057593.1 WP_170725874.1 41.4 290 149 4 1 290 1 269 6.61e-73 228 WP_011057593.1 WP_076409454.1 47.0 236 125 0 1 236 1 236 3.64e-69 219 WP_011057593.1 NNE23115.1 33.2 367 201 7 4 346 2 348 4.36e-62 201 WP_011057593.1 MWR41881.1 37.2 234 141 1 8 235 32 265 6.28e-54 177 WP_011057593.1 EHH5649593.1 41.6 197 101 3 23 213 21 209 1.73e-40 142 WP_011057593.1 MBQ4383193.1 31.2 202 131 4 1 194 1 202 2.48e-22 92.4 WP_011057593.1 WP_153844272.1 25.3 229 141 6 5 213 6 224 6.87e-13 67.8 WP_083249539.1 WP_083249539.1 100 90 0 0 1 90 1 90 2.73e-64 187 EAL3378245.1 EAL3378245.1 100 675 0 0 1 675 1 675 0.0 1384 KMT17181.1 KMT17181.1 89.7 770 79 0 1 770 1 770 0.0 1417 WP_208557144.1 WP_208557144.1 94.9 216 11 0 1 216 1 216 3.96e-154 424 KAJ2141250.1 KAJ2141250.1 100 279 0 0 1 279 1 279 5.03e-202 550 KAJ2141250.1 MBR3968535.1 28.5 123 70 3 117 227 105 221 1.54e-05 43.9 MBQ7587638.1 MBQ7587638.1 93.9 230 14 0 1 230 1 230 3.61e-157 433 MBQ7587638.1 HIZ10317.1 47.5 219 108 2 13 225 12 229 4.52e-64 197 MBQ7587638.1 WP_007556065.1 44.5 220 121 1 1 219 1 220 9.45e-63 194 MBQ7587638.1 WP_268276024.1 45.1 91 50 0 1 91 1 91 1.38e-16 70.9 OKX80212.1 OKX80212.1 100 317 0 0 1 317 1 317 1.56e-240 651 OKX80212.1 WP_015699100.1 22.8 263 169 10 27 279 86 324 6.71e-08 51.6 WP_238850425.1 WP_238850425.1 100 342 0 0 1 342 1 342 9.65e-259 699 WP_238850425.1 EHS0147317.1 54.4 340 154 1 4 342 8 347 8.37e-131 375 MBJ4904885.1 MBJ4904885.1 100 69 0 0 1 69 1 69 3.37e-42 129 XP_055296131.1 XP_055296131.1 100 154 0 0 1 154 1 154 1.50e-114 319 XP_055296131.1 KAF2999697.1 39.6 48 25 1 104 151 123 166 1.58e-05 42.0 WP_098923619.1 WP_098923619.1 94.7 419 22 0 1 419 1 419 5.13e-293 792 WP_098923619.1 WP_262612393.1 53.1 437 173 8 1 418 1 424 1.54e-152 437 WP_098923619.1 OFZ89526.1 44.5 436 208 5 1 418 2 421 2.73e-124 365 WP_098923619.1 WP_267292626.1 48.0 417 193 7 3 417 118 512 2.34e-115 345 WP_098923619.1 MBT3887354.1 51.0 312 120 3 127 418 22 320 1.15e-108 321 WP_098923619.1 WP_033456074.1 49.5 299 146 2 120 418 2 295 2.36e-96 289 WP_098923619.1 NDI25889.1 41.4 292 150 4 136 413 1 285 7.41e-67 213 WP_098923619.1 KAA0555231.1 30.7 436 269 8 3 417 207 630 2.55e-57 197 WP_098923619.1 MBY0286260.1 29.7 431 272 12 1 415 1 416 1.24e-38 142 WP_260479645.1 WP_260479645.1 100 60 0 0 1 60 1 60 3.52e-40 124 WP_089563581.1 WP_089563581.1 98.2 625 11 0 1 625 1 625 0.0 1258 XP_010263869.1 XP_010263869.1 95.9 787 32 0 1 787 1 787 0.0 1509 XP_010263869.1 TYG55675.1 41.5 518 239 11 229 743 3 459 1.99e-102 336 XP_010263869.1 KAI9181093.1 36.2 403 228 11 373 763 135 520 1.13e-62 218 WP_079722145.1 WP_079722145.1 100 642 0 0 1 642 1 642 0.0 1284 WP_079722145.1 WP_070334369.1 23.3 634 427 18 17 638 10 596 1.84e-37 145 MBQ9329940.1 MBQ9329940.1 100 352 0 0 1 352 1 352 7.45e-268 723 MCB9082534.1 MCB9082534.1 100 135 0 0 1 135 1 135 8.76e-98 275 WP_058918927.1 WP_058918927.1 100 459 0 0 1 459 1 459 0.0 937 WP_058918927.1 MBD8915742.1 29.3 468 275 13 39 458 32 491 3.75e-47 169 WP_058918927.1 AOJ74168.1 28.2 465 301 11 7 455 1 448 1.72e-38 143 WP_058918927.1 WP_182080621.1 24.1 444 293 14 19 456 12 417 3.14e-21 94.0 MCP1651746.1 MCP1651746.1 100 404 0 0 1 404 1 404 3.49e-297 801 MCP1651746.1 WP_004619799.1 68.8 398 122 2 7 404 5 400 1.92e-189 529 MCP1651746.1 WP_074825075.1 47.1 401 203 5 4 404 1 392 6.97e-108 321 MCP1651746.1 EDH4057100.1 44.6 404 204 6 4 404 1 387 3.24e-99 299 MCP1651746.1 WP_078429679.1 38.3 399 238 4 4 402 1 391 1.07e-80 251 MCP1651746.1 WP_277084622.1 46.7 317 163 4 89 403 1 313 2.36e-80 248 MCP1651746.1 GAN03156.1 38.9 404 221 10 6 403 28 411 1.36e-73 234 MCP1651746.1 MBA2536487.1 39.9 396 221 7 7 402 4 382 7.37e-72 228 MCP1651746.1 WP_083141943.1 40.9 403 212 8 8 404 5 387 6.44e-71 226 MCP1651746.1 XP_040685867.1 37.7 401 222 10 6 398 34 414 3.73e-64 209 WP_217309155.1 WP_217309155.1 93.7 142 9 0 1 142 1 142 1.37e-93 265 WP_247879744.1 WP_247879744.1 89.2 130 14 0 1 130 1 130 2.16e-73 213 WP_182050463.1 WP_182050463.1 100 79 0 0 1 79 1 79 2.44e-53 158 WP_271418863.1 WP_271418863.1 94.8 403 21 0 1 403 1 403 3.79e-280 758 PDX57421.1 PDX57421.1 95.2 289 14 0 1 289 1 289 2.39e-205 560 WP_268551200.1 WP_268551200.1 100 345 0 0 1 345 1 345 7.67e-262 707 MBO5962796.1 MBO5962796.1 100 824 0 0 1 824 1 824 0.0 1697 MBO5962796.1 MAH35553.1 23.5 396 246 13 279 646 12 378 2.92e-26 112 WP_128604954.1 WP_128604954.1 97.2 423 12 0 1 423 1 423 4.38e-312 841 WP_188167525.1 WP_188167525.1 100 193 0 0 1 193 1 193 2.24e-135 375 MBQ7208271.1 MBQ7208271.1 85.3 102 15 0 1 102 1 102 2.94e-54 164 PIF02276.1 PIF02276.1 100 193 0 0 1 193 1 193 1.25e-141 390 MCM1504065.1 MCM1504065.1 100 340 0 0 1 340 1 340 1.38e-266 719 WP_265258498.1 WP_265258498.1 100 104 0 0 1 104 1 104 2.08e-70 203 XP_015665538.2 XP_015665538.2 83.8 303 49 0 1 303 1 303 8.36e-181 499 XP_015665538.2 CAD7694243.1 40.3 72 39 2 211 281 315 383 4.16e-08 52.4 WP_208405463.1 WP_208405463.1 95.2 207 10 0 1 207 1 207 2.37e-137 381 MBS5124634.1 MBS5124634.1 100 154 0 0 1 154 1 154 7.40e-106 297 XP_037020921.2 XP_037020921.2 89.2 632 68 0 1 632 1 632 0.0 1141 WP_268422715.1 WP_268422715.1 100 44 0 0 1 44 1 44 2.41e-29 95.5 WP_113928814.1 WP_113928814.1 100 61 0 0 1 61 1 61 6.28e-39 120 MCI0601354.1 MCI0601354.1 100 56 0 0 1 56 1 56 1.45e-35 112 MSV72798.1 MSV72798.1 96.7 334 11 0 1 334 1 334 3.97e-238 646 WP_048886461.1 WP_048886461.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_119328079.1 WP_119328079.1 95.9 197 8 0 1 197 1 197 1.97e-131 365 WP_119328079.1 WP_158161316.1 47.6 191 99 1 6 196 8 197 1.05e-56 176 WP_119328079.1 MBQ3420014.1 36.2 199 117 3 1 191 4 200 3.84e-25 95.5 WP_119328079.1 NNF05378.1 29.8 205 134 3 2 197 1 204 8.15e-20 81.6 WP_253793201.1 WP_253793201.1 80.5 205 40 0 1 205 1 205 1.40e-112 318 MBO5118622.1 MBO5118622.1 100 185 0 0 1 185 1 185 7.20e-119 332 MBO5118622.1 MBQ7329863.1 41.0 178 101 2 11 184 9 186 1.30e-29 106 MBO5118622.1 MBQ7086969.1 39.7 184 97 7 5 178 8 187 3.99e-26 97.4 MBI3461834.1 MBI3461834.1 100 293 0 0 1 293 1 293 5.32e-220 597 MBI3461834.1 WP_020913025.1 65.3 285 99 0 1 285 1 285 8.50e-138 389 MBI3461834.1 KAF1538674.1 51.8 301 129 3 2 286 20 320 9.09e-106 309 MBI3461834.1 NBQ41256.1 49.8 297 140 2 1 288 1 297 9.80e-105 305 MBI3461834.1 NEQ48723.1 50.9 289 142 0 1 289 1 289 2.84e-102 299 MBI3461834.1 OCB46767.1 48.3 290 137 3 1 279 1 288 2.31e-91 271 MBV8110278.1 MBV8110278.1 100 157 0 0 1 157 1 157 4.80e-117 325 WP_258219484.1 WP_258219484.1 100 669 0 0 1 669 1 669 0.0 1398 KAH7858561.1 KAH7858561.1 100 408 0 0 1 408 1 408 6.59e-304 819 MBB7523286.1 MBB7523286.1 100 518 0 0 1 518 1 518 0.0 1077 MBB7523286.1 NPM18735.1 96.5 57 2 0 452 508 1 57 1.49e-32 124 MBB7523286.1 EFG4747393.1 100 42 0 0 467 508 1 42 3.93e-24 99.8 WP_184039851.1 WP_184039851.1 100 186 0 0 1 186 1 186 9.62e-138 380 XP_053914187.1 XP_053914187.1 97.0 371 11 0 1 371 1 371 2.10e-279 754 MAW35414.1 MAW35414.1 100 115 0 0 1 115 1 115 5.90e-82 233 WP_139553477.1 WP_139553477.1 100 221 0 0 1 221 1 221 3.68e-166 455 CAG8793492.1 CAG8793492.1 55.7 61 27 0 1 61 1 61 1.74e-09 48.1 NOU20958.1 NOU20958.1 100 88 0 0 1 88 1 88 3.24e-62 181 WP_096221151.1 WP_096221151.1 96.1 279 11 0 1 279 1 279 6.47e-189 517 WP_217853533.1 WP_217853533.1 100 485 0 0 1 485 1 485 0.0 985 WP_217853533.1 WP_044318929.1 49.3 67 33 1 347 412 396 462 6.89e-08 53.1 ATQ57711.1 ATQ57711.1 98.0 296 6 0 1 296 1 296 2.97e-198 542 CAH1431027.1 CAH1431027.1 100 357 0 0 1 357 1 357 6.19e-274 739 WP_250822302.1 WP_250822302.1 100 796 0 0 1 796 1 796 0.0 1643 WP_250822302.1 PZS09564.1 34.7 398 236 10 47 441 72 448 1.35e-76 253 WP_160194147.1 WP_160194147.1 97.7 429 10 0 1 429 1 429 0.0 870 WP_160194147.1 MCM2356329.1 43.4 297 157 6 1 292 1 291 1.34e-70 223 WP_160194147.1 OWZ34415.1 29.6 378 234 11 8 369 40 401 4.79e-43 155 WP_160194147.1 MBA3609961.1 28.2 419 254 11 32 421 42 442 6.23e-37 138 WP_160194147.1 WP_254819486.1 27.3 436 279 14 7 409 10 440 1.12e-33 129 WP_160194147.1 MBQ6794463.1 28.8 393 244 12 24 415 10 367 2.00e-32 124 EAI0195789.1 EAI0195789.1 96.2 343 13 0 1 343 1 343 6.39e-244 662 XP_054357454.1 XP_054357454.1 95.1 283 14 0 1 283 1 283 8.95e-198 540 CAI9280851.1 CAI9280851.1 90.6 286 27 0 1 286 1 286 8.88e-195 533 WP_278329032.1 WP_278329032.1 100 50 0 0 1 50 1 50 3.05e-30 98.2 MBL0183169.1 MBL0183169.1 100 208 0 0 1 208 1 208 1.83e-155 427 WP_025983621.1 WP_025983621.1 100 195 0 0 1 195 1 195 3.86e-137 379 WP_025983621.1 MBP8741618.1 77.0 191 44 0 5 195 3 193 1.18e-94 288 WP_025983621.1 WP_119815679.1 47.5 204 88 4 4 195 30 226 1.33e-48 167 WP_025983621.1 MBS1587439.1 34.3 181 104 5 15 195 5 170 3.06e-25 100 TMG37032.1 TMG37032.1 83.5 127 21 0 1 127 1 127 9.21e-69 201 WP_171469099.1 WP_171469099.1 100 264 0 0 1 264 1 264 5.89e-198 539 WP_250898423.1 WP_250898423.1 100 377 0 0 1 377 1 377 1.08e-275 745 WP_250898423.1 MCU1506104.1 66.9 366 120 1 6 370 1 366 1.13e-171 481 SFI40936.1 SFI40936.1 95.7 256 11 0 1 256 1 256 1.16e-175 482 SFI40936.1 MBI4599533.1 51.5 229 111 0 21 249 13 241 1.48e-79 238 SFI40936.1 WP_017123457.1 47.5 40 21 0 154 193 150 189 8.11e-04 38.5 XP_023426040.1 XP_023426040.1 96.6 1066 36 0 1 1066 1 1066 0.0 2110 KAI3473816.1 KAI3473816.1 100 517 0 0 1 517 1 517 0.0 1034 KAI3473816.1 EFC81578.1 46.9 307 157 5 204 508 18 320 1.87e-90 278 KAI3473816.1 TEY22245.1 55.8 199 83 2 219 417 1 194 7.24e-76 236 KAI3473816.1 WP_087222948.1 24.9 265 136 6 1 202 1 265 6.75e-16 76.3 KAI3473816.1 PAA76673.1 24.4 303 192 11 223 504 44 330 1.94e-15 75.9 KAI3473816.1 EUJ18213.1 47.2 53 28 0 147 199 165 217 3.07e-08 52.8 WP_033776418.1 WP_033776418.1 100 196 0 0 1 196 1 196 5.31e-149 409 NLD51718.1 NLD51718.1 95.8 236 10 0 1 236 1 236 6.96e-158 435 MCK5694897.1 MCK5694897.1 100 158 0 0 1 158 1 158 2.28e-120 334 XP_018682766.1 XP_018682766.1 100 360 0 0 1 360 1 360 2.85e-276 745 XP_018682766.1 MBT4259674.1 31.4 328 158 5 66 329 9 333 1.62e-61 199 XP_018682766.1 EAN4724137.1 32.3 328 156 4 79 340 22 349 5.09e-61 198 XP_018682766.1 WP_224255409.1 32.6 328 155 5 79 340 22 349 2.00e-60 196 HHY51372.1 HHY51372.1 100 253 0 0 1 253 1 253 1.23e-189 517 HHY51372.1 MCH2591601.1 44.6 231 126 2 19 248 16 245 6.63e-70 213 HHY51372.1 WP_016340583.1 38.8 232 131 4 20 248 6 229 3.08e-57 181 WP_026497435.1 WP_026497435.1 97.9 909 19 0 1 909 1 909 0.0 1783 WP_026497435.1 WP_116073910.1 42.7 923 467 17 1 909 1 875 1.09e-225 659 WP_026497435.1 XP_006376427.2 33.1 275 171 6 4 269 106 376 2.46e-39 149 WP_036077718.1 WP_036077718.1 82.6 224 39 0 1 224 1 224 6.76e-134 374 WP_036077718.1 WP_143387569.1 39.4 218 130 1 2 217 5 222 6.16e-51 163 WP_031132573.1 WP_031132573.1 100 61 0 0 1 61 1 61 2.42e-36 115 WP_031132573.1 WP_012084538.1 74.5 47 12 0 15 61 10 56 3.64e-19 72.4 EEO7917989.1 EEO7917989.1 100 1116 0 0 1 1116 1 1116 0.0 2325 EEO7917989.1 EFQ4765027.1 70.4 922 265 3 1 916 1 920 0.0 1384 EEO7917989.1 EEY3543156.1 64.0 1025 332 6 1 990 1 1023 0.0 1379 EEO7917989.1 ECI3309320.1 69.4 890 264 3 1 884 1 888 0.0 1318 EEO7917989.1 WP_137512405.1 73.5 366 97 0 1 366 1 366 8.60e-206 595 EEO7917989.1 EJQ6627878.1 64.7 363 121 3 365 722 1 361 1.22e-164 489 EEO7917989.1 WP_181865219.1 70.2 295 84 1 312 602 1 295 8.86e-153 456 EEO7917989.1 WP_154599351.1 32.5 699 440 14 9 693 15 695 2.14e-111 372 EEO7917989.1 EEV0504409.1 63.2 133 49 0 860 992 1 133 1.54e-49 175 EEO7917989.1 WP_042959984.1 71.3 101 29 0 103 203 1 101 2.59e-45 156 MCI8828397.1 MCI8828397.1 100 325 0 0 1 325 1 325 3.59e-250 676 WP_218804454.1 WP_218804454.1 100 118 0 0 1 118 1 118 5.39e-84 239 XP_032873419.1 XP_032873419.1 100 554 0 0 1 554 1 554 0.0 1158 XP_032873419.1 XP_048796933.1 31.6 136 79 5 241 365 575 707 2.14e-13 71.6 XP_032873419.1 XP_021874514.1 22.5 222 143 8 222 417 5 223 7.69e-10 58.9 TVO55343.1 TVO55343.1 95.3 506 24 0 1 506 1 506 0.0 937 TVO55343.1 WP_114947928.1 43.5 421 233 3 33 453 12 427 6.59e-96 296 NIR46571.1 NIR46571.1 100 136 0 0 1 136 1 136 1.40e-99 280 MBC2695466.1 MBC2695466.1 100 551 0 0 1 551 1 551 0.0 1130 MBP9134320.1 MBP9134320.1 100 308 0 0 1 308 1 308 8.04e-243 656 MBM4010536.1 MBM4010536.1 100 71 0 0 1 71 1 71 2.50e-47 142 NBB83031.1 NBB83031.1 94.3 334 19 0 1 334 1 334 1.48e-233 635 GBN69281.1 GBN69281.1 100 101 0 0 1 101 1 101 8.60e-73 209 KAF2637112.1 KAF2637112.1 99.1 1208 11 0 1 1208 1 1208 0.0 2444 WP_132898733.1 WP_132898733.1 100 373 0 0 1 373 1 373 5.62e-285 768 NJI17449.1 NJI17449.1 100 160 0 0 1 160 1 160 3.35e-114 318 UZO53924.1 UZO53924.1 99.2 7093 57 0 1 7093 1 7093 0.0 14369 UZO53924.1 URQ55824.1 99.1 7093 63 0 1 7093 1 7093 0.0 14356 UZO53924.1 UVB16817.1 99.1 7093 62 0 1 7093 1 7093 0.0 14354 UZO53924.1 QVD87869.1 98.9 7093 76 0 1 7093 1 7093 0.0 14327 UZO53924.1 QWC83326.1 98.9 7096 73 1 1 7093 1 7096 0.0 14325 UZO53924.1 WEU87158.1 98.9 7096 75 1 1 7093 1 7096 0.0 14321 UZO53924.1 QSZ25555.1 98.9 7096 77 1 1 7093 1 7096 0.0 14319 UZO53924.1 UMF87224.1 98.9 7093 78 1 1 7093 1 7092 0.0 14319 UZO53924.1 UBP50947.1 98.9 7096 78 1 1 7093 1 7096 0.0 14313 UZO53924.1 UBD95131.1 98.8 7096 80 1 1 7093 1 7096 0.0 14308 UZO53924.1 UEC52718.1 98.8 7096 83 1 1 7093 1 7096 0.0 14301 UZO53924.1 UIR12670.1 98.6 7093 100 1 1 7093 1 7092 0.0 14265 UZO53924.1 QZU16279.1 98.5 7096 104 1 1 7093 1 7096 0.0 14251 UZO53924.1 UPA83906.1 98.3 7093 117 1 1 7093 1 7092 0.0 14223 UZO53924.1 UXX67934.1 98.2 7093 131 0 1 7093 1 7093 0.0 14191 UZO53924.1 UBR86455.1 98.0 7095 138 1 2 7093 1 7095 0.0 14170 UZO53924.1 UCP72061.1 97.8 7096 155 1 1 7093 1 7096 0.0 14130 UZO53924.1 UCP77012.1 97.6 7096 165 1 1 7093 1 7096 0.0 14108 UZO53924.1 WHE12941.1 97.5 7067 175 0 27 7093 1 7067 0.0 14035 UZO53924.1 UKN67998.1 97.5 7073 177 1 21 7093 1 7072 0.0 14033 UZO53924.1 UGA79226.1 96.7 7096 232 1 1 7093 1 7096 0.0 13948 UZO53924.1 UAQ80067.1 96.2 7096 265 1 1 7093 1 7096 0.0 13859 UZO53924.1 UVI10561.1 95.7 7066 307 0 28 7093 1 7066 0.0 13716 UZO53924.1 UJT06733.1 95.4 7093 322 1 1 7093 1 7092 0.0 13702 UZO53924.1 UOU30556.1 94.1 7093 422 0 1 7093 1 7093 0.0 13469 UZO53924.1 UMA88644.1 90.9 7072 641 1 22 7093 1 7071 0.0 12892 UZO53924.1 WAS49087.1 89.9 7093 718 0 1 7093 1 7093 0.0 12727 UZO53924.1 WGP98278.1 84.3 7096 1110 1 1 7093 1 7096 0.0 11762 UZO53924.1 UPP41269.1 99.0 4398 42 0 1 4398 1 4398 0.0 8891 UZO53924.1 USR14792.1 99.0 4398 43 0 1 4398 1 4398 0.0 8888 UZO53924.1 QXR94354.1 98.9 4398 49 0 1 4398 1 4398 0.0 8876 UZO53924.1 ULA23837.2 98.8 4398 51 1 1 4398 1 4397 0.0 8870 UZO53924.1 QTD03487.1 98.8 4401 51 1 1 4398 1 4401 0.0 8869 UZO53924.1 QTM79632.1 98.8 4398 51 0 1 4398 1 4398 0.0 8869 UZO53924.1 UXH94526.1 98.8 4398 52 1 1 4398 1 4397 0.0 8865 UZO53924.1 QTZ27226.1 98.8 4398 53 0 1 4398 1 4398 0.0 8864 UZO53924.1 UFM00670.1 98.7 4401 54 1 1 4398 1 4401 0.0 8858 UZO53924.1 UEC68750.1 98.7 4401 54 1 1 4398 1 4401 0.0 8856 UZO53924.1 UHM53165.1 98.7 4401 54 1 1 4398 1 4401 0.0 8853 UZO53924.1 UFM02602.1 98.7 4401 54 1 1 4398 1 4401 0.0 8853 UZO53924.1 UBL45068.1 98.7 4401 54 1 1 4398 1 4401 0.0 8851 UZO53924.1 UKU68032.1 98.5 4398 65 1 1 4398 1 4397 0.0 8837 UZO53924.1 UJV88611.1 96.9 4398 137 1 1 4398 1 4397 0.0 8674 UZO53924.1 UJJ97602.1 96.6 4398 150 1 1 4398 1 4397 0.0 8641 UZO53924.1 UJS94137.1 97.9 4293 91 1 106 4398 1 4292 0.0 8559 UZO53924.1 ULB83374.1 95.6 4398 191 1 1 4398 1 4397 0.0 8537 UZO53924.1 UGB98301.1 93.3 4401 292 1 1 4398 1 4401 0.0 8280 UZO53924.1 QRX02582.1 98.8 4098 48 1 1 4095 1 4098 0.0 8239 UZO53924.1 UFA30503.1 92.4 4340 325 1 27 4363 1 4340 0.0 8062 UZO53924.1 WGP70063.1 91.4 4369 373 1 1 4366 1 4369 0.0 8010 UZO53924.1 WEI27974.1 90.6 4398 414 0 1 4398 1 4398 0.0 7985 UZO53924.1 UNI03201.1 90.4 4374 418 1 27 4398 1 4374 0.0 7930 UZO53924.1 UEX07109.1 87.0 4375 566 1 27 4398 1 4375 0.0 7578 UZO53924.1 URP80785.1 81.7 4371 800 0 28 4398 1 4371 0.0 7049 UZO53924.1 UPB00876.1 75.9 4371 1054 0 28 4398 1 4371 0.0 6341 UZO53924.1 UYE49180.1 75.4 4398 1082 0 1 4398 1 4398 0.0 6321 UZO53924.1 WGQ72821.1 65.6 4344 1492 1 26 4366 1 4344 0.0 5204 WP_284053701.1 WP_284053701.1 90.9 307 28 0 1 307 1 307 4.87e-198 543 TMI36513.1 TMI36513.1 100 141 0 0 1 141 1 141 3.51e-100 281 WP_266784861.1 WP_266784861.1 97.2 465 13 0 1 465 1 465 0.0 908 WP_266784861.1 WP_203771012.1 27.7 292 163 11 209 463 80 360 1.09e-22 99.0 MCP4144501.1 MCP4144501.1 100 181 0 0 1 181 1 181 5.19e-135 373 MCH9693433.1 MCH9693433.1 100 158 0 0 1 158 1 158 5.37e-110 308 WP_160421767.1 WP_160421767.1 100 187 0 0 1 187 1 187 4.94e-136 376 WP_160421767.1 QNF21522.1 31.9 166 112 1 5 170 111 275 6.39e-24 93.6 MBN9560624.1 MBN9560624.1 84.9 258 39 0 1 258 1 258 5.27e-147 411 WP_226387626.1 WP_226387626.1 100 289 0 0 1 289 1 289 2.25e-219 595 WP_172394656.1 WP_172394656.1 100 242 0 0 1 242 1 242 6.09e-180 491 WP_036671656.1 WP_036671656.1 100 272 0 0 1 272 1 272 4.15e-202 550 MCJ7686803.1 MCJ7686803.1 98.6 564 8 0 1 564 1 564 0.0 1159 MCJ7686803.1 GBU10433.1 48.7 39 20 0 146 184 5 43 3.10e-06 48.1 WP_106817586.1 WP_106817586.1 100 201 0 0 1 201 1 201 8.07e-142 392 WEK50023.1 WEK50023.1 100 180 0 0 1 180 1 180 5.40e-132 365 WEK50023.1 PDX17128.1 49.1 169 81 2 12 178 1 166 3.55e-53 165 WEK50023.1 WP_175630617.1 39.5 177 106 1 1 177 1 176 6.44e-43 139 MBI5333464.1 MBI5333464.1 93.9 391 24 0 1 391 1 391 6.08e-264 716 MBI5333464.1 WP_269885397.1 34.7 167 107 1 225 391 108 272 1.89e-32 121 MBI5333464.1 EJF06804.1 33.0 203 124 3 193 390 111 306 1.08e-29 115 MBI5333464.1 WP_145544593.1 39.0 187 105 3 205 391 342 519 9.60e-28 112 MBI5333464.1 WP_000484099.1 31.5 260 148 8 141 388 125 366 2.40e-26 107 MBI5333464.1 EGR2272270.1 38.2 152 84 4 241 386 527 674 1.97e-25 106 MBI5333464.1 WP_107169208.1 36.6 164 98 4 228 389 202 361 6.13e-24 100 MBI5333464.1 HAB03480.1 36.6 216 119 6 183 390 621 826 1.24e-22 98.6 MBI5333464.1 WP_255266214.1 36.7 229 120 10 162 384 236 445 5.26e-22 95.9 MBI5333464.1 MBK6870374.1 37.2 156 90 3 234 388 1 149 6.97e-21 88.2 MBI5333464.1 HBB7853833.1 33.1 166 106 3 227 390 326 488 5.79e-20 89.7 MBI5333464.1 WP_029222917.1 31.5 168 104 3 224 388 315 474 2.71e-17 81.6 MBI5333464.1 WP_230171322.1 34.9 172 103 5 219 386 594 760 2.53e-16 79.3 MBI5333464.1 WP_023050329.1 25.8 155 106 4 225 378 199 345 8.98e-16 76.3 MBI5333464.1 HCN71343.1 34.6 133 82 4 256 386 2 131 9.41e-14 66.2 MCA2691876.1 MCA2691876.1 100 91 0 0 1 91 1 91 9.87e-63 183 WP_003067788.1 WP_003067788.1 100 317 0 0 1 317 1 317 4.61e-233 632 WP_003067788.1 WP_245086788.1 34.9 186 108 5 94 273 109 287 1.09e-23 97.4 WP_003067788.1 MBC2353926.1 27.0 100 65 4 174 267 45 142 4.70e-05 42.0 XP_045615378.1 XP_045615378.1 95.7 1450 63 0 1 1450 1 1450 0.0 2815 WP_007678833.1 WP_007678833.1 100 432 0 0 1 432 1 432 0.0 882 WP_007678833.1 WP_012913739.1 46.2 420 221 3 5 420 4 422 1.16e-134 392 AFC90328.1 AFC90328.1 100 267 0 0 1 267 1 267 1.44e-195 533 EOH70952.1 EOH70952.1 96.0 272 11 0 1 272 1 272 9.66e-192 524 WP_107387431.1 WP_107387431.1 92.1 127 10 0 1 127 1 127 3.38e-80 230 WP_274976404.1 WP_274976404.1 93.3 763 51 0 1 763 1 763 0.0 1426 WP_274976404.1 MCF2656092.1 31.8 745 435 13 25 761 9 688 1.02e-109 348 WP_274976404.1 NNC58435.1 29.9 747 453 8 26 763 11 695 7.57e-103 330 WP_274976404.1 MCC7304610.1 28.2 741 465 9 25 760 14 692 1.84e-97 315 WP_274976404.1 MBQ2587741.1 28.4 553 326 8 230 753 51 562 1.01e-62 219 WP_274976404.1 MBN2427654.1 33.1 148 97 1 23 170 3 148 1.62e-14 75.5 WP_274976404.1 MBP6400846.1 31.7 139 93 1 25 163 6 142 8.95e-14 68.9 WP_214130944.1 WP_214130944.1 100 56 0 0 1 56 1 56 1.02e-35 112 WP_131166802.1 WP_131166802.1 100 342 0 0 1 342 1 342 9.26e-257 694 WP_131166802.1 WP_066083732.1 48.6 311 157 3 4 313 5 313 1.68e-97 290 WP_131166802.1 MCP5262709.1 49.7 302 150 2 5 306 1 300 6.81e-94 281 WP_131166802.1 GLY24463.1 48.7 306 155 2 3 308 2 305 3.78e-91 274 WP_131166802.1 WP_107894076.1 46.2 303 161 2 1 303 1 301 1.26e-89 270 WP_131166802.1 WP_227059655.1 49.4 271 130 3 4 268 16 285 3.36e-81 257 WP_131166802.1 WP_192324556.1 50.9 265 123 3 5 263 13 276 1.45e-78 250 WP_131166802.1 QCM13287.1 45.4 260 135 3 2 261 6 258 2.73e-68 214 WP_131166802.1 MBQ3864274.1 36.7 332 190 9 3 330 10 325 3.87e-61 197 WP_131166802.1 RUU66461.1 41.2 260 139 4 8 261 82 333 3.51e-55 183 WP_131166802.1 MBU5353226.1 35.5 293 173 6 5 290 4 287 9.92e-54 177 WP_131166802.1 WP_076409454.1 31.1 251 149 8 3 253 2 228 7.52e-26 104 WP_131166802.1 WP_142931103.1 26.0 262 168 6 5 266 3 238 8.65e-21 91.3 WP_131166802.1 WP_221265680.1 30.4 240 146 7 3 242 17 235 8.53e-16 75.5 WP_131166802.1 WP_132175930.1 28.6 224 140 5 15 235 32 238 1.21e-15 75.1 WP_131166802.1 WP_173040157.1 31.2 215 118 7 22 235 303 488 3.64e-15 74.7 WP_131166802.1 MCC6044083.1 31.1 219 116 9 43 247 40 237 6.35e-15 72.8 WP_131166802.1 WP_089246429.1 28.4 243 146 9 3 236 2 225 1.10e-12 67.0 WP_131166802.1 WP_206363707.1 30.8 234 132 8 25 246 33 248 4.42e-12 63.9 WP_131166802.1 WP_221977168.1 27.7 238 143 9 11 236 16 236 1.77e-11 62.0 WP_131166802.1 WP_211555180.1 40.6 96 53 2 121 216 106 197 1.99e-10 58.5 WP_131166802.1 WP_192500494.1 26.9 219 129 11 25 237 17 210 1.15e-09 57.0 HBE02941.1 HBE02941.1 100 232 0 0 1 232 1 232 1.68e-172 472 AFU58940.1 AFU58940.1 100 145 0 0 1 145 1 145 4.39e-105 294 MBW0108125.1 MBW0108125.1 91.5 503 43 0 1 503 1 503 0.0 875 WP_281163474.1 WP_281163474.1 96.8 444 14 0 1 444 1 444 2.03e-314 848 WP_008860295.1 WP_008860295.1 100 253 0 0 1 253 1 253 1.82e-191 521 XP_044366249.1 XP_044366249.1 99.1 769 7 0 1 769 1 769 0.0 1519 XP_044366249.1 XP_045702922.1 27.4 73 53 0 513 585 373 445 9.57e-05 43.9 MQA03337.1 MQA03337.1 100 168 0 0 1 168 1 168 5.48e-117 326 MQA03337.1 MCB1505913.1 62.2 164 62 0 1 164 1 164 3.79e-67 200 MCH3963123.1 MCH3963123.1 97.6 983 24 0 1 983 1 983 0.0 1924 MCH3963123.1 WP_271786410.1 34.3 210 113 9 153 349 33 230 4.37e-24 103 MCH3963123.1 WP_175896721.1 31.5 181 107 5 98 274 121 288 2.51e-19 90.5 MCH3963123.1 VTR17913.1 22.3 224 162 6 543 762 178 393 7.24e-08 54.3 MCH3963123.1 MBF2983383.1 28.9 90 61 2 867 953 6 95 8.89e-06 46.6 WP_260776178.1 WP_260776178.1 88.3 273 32 0 1 273 1 273 7.73e-178 489 WP_195689481.1 WP_195689481.1 95.4 196 9 0 1 196 1 196 6.64e-134 371 WP_195689481.1 WP_104082941.1 35.1 188 120 2 7 193 8 194 4.50e-28 102 XP_051954746.1 XP_051954746.1 97.0 335 10 0 1 335 1 335 2.18e-256 692 MCB9662416.1 MCB9662416.1 100 196 0 0 1 196 1 196 1.71e-145 400 MCB9662416.1 MBP6361937.1 28.6 105 66 3 1 96 18 122 1.27e-04 39.7 UJR03683.1 UJR03683.1 100 121 0 0 1 121 1 121 7.61e-56 168 UJR03683.1 UHH56899.1 97.4 39 1 0 1 39 1 39 3.44e-21 79.3 OLD52228.1 OLD52228.1 100 329 0 0 1 329 1 329 3.21e-255 689 MBS2033149.1 MBS2033149.1 100 198 0 0 1 198 1 198 3.07e-149 410 XP_030892138.1 XP_030892138.1 96.5 548 19 0 1 548 1 548 0.0 1080 WP_105447015.1 WP_105447015.1 97.5 393 10 0 1 393 1 393 9.87e-271 734 WP_105447015.1 WP_279008479.1 34.8 348 164 4 46 393 27 311 6.18e-56 184 WP_105447015.1 CDX26094.1 32.4 395 195 9 4 391 3 332 5.54e-40 143 WP_105447015.1 WP_154951203.1 31.3 383 195 8 14 391 3 322 2.91e-38 138 WP_105447015.1 WP_023828789.1 30.3 363 248 4 33 391 50 411 9.82e-37 136 WP_105447015.1 WP_002574744.1 27.0 382 210 12 19 386 3 329 4.79e-30 116 WP_105447015.1 HAA79725.1 36.7 177 111 1 217 392 50 226 5.32e-24 97.8 SHG12942.1 SHG12942.1 98.1 483 9 0 1 483 1 483 0.0 962 SHG12942.1 HCH0658035.1 33.1 435 269 9 61 483 56 480 1.03e-66 220 XP_018575520.1 XP_018575520.1 94.1 562 33 0 1 562 1 562 0.0 1078 WP_050210146.1 WP_050210146.1 100 1032 0 0 1 1032 1 1032 0.0 2109 WP_050210146.1 MCA1930442.1 44.4 250 125 5 765 1006 5 248 6.22e-55 190 WP_050210146.1 KAH6611424.1 39.7 136 81 1 874 1008 828 963 8.58e-26 113 WP_059191156.1 WP_059191156.1 100 305 0 0 1 305 1 305 8.51e-223 605 WP_014942931.1 WP_014942931.1 97.9 796 17 0 1 796 1 796 0.0 1550 WP_014942931.1 EJH9475741.1 23.4 722 432 29 103 756 76 744 3.84e-23 103 KAE8834307.1 KAE8834307.1 83.9 323 52 0 1 323 1 323 4.54e-195 536 MCI5825153.1 MCI5825153.1 100 342 0 0 1 342 1 342 4.10e-260 702 EJA9392162.1 EJA9392162.1 100 267 0 0 1 267 1 267 2.41e-203 553 EJA9392162.1 PJQ02245.1 88.4 267 31 0 1 267 209 475 3.61e-177 501 EJA9392162.1 EAL1671435.1 72.5 233 62 1 35 267 1 231 3.48e-120 347 EJA9392162.1 EFS8130303.1 39.2 265 141 6 9 267 208 458 1.41e-49 168 EJA9392162.1 ECP6736894.1 37.3 142 80 3 9 149 208 341 2.59e-23 95.5 EJA9392162.1 WP_181244664.1 44.4 54 30 0 34 87 198 251 2.55e-06 46.2 MCI6629070.1 MCI6629070.1 100 121 0 0 1 121 1 121 2.01e-85 243 MCI6629070.1 MBT2573851.1 36.1 97 62 0 18 114 5 101 7.66e-21 79.0 WP_114539302.1 WP_114539302.1 100 369 0 0 1 369 1 369 1.26e-279 754 OOP55008.1 OOP55008.1 100 68 0 0 1 68 1 68 9.69e-46 138 MBU6376428.1 MBU6376428.1 100 289 0 0 1 289 1 289 5.95e-215 584 XP_050375343.1 XP_050375343.1 93.7 619 39 0 1 619 1 619 0.0 1184 WP_216743397.1 WP_216743397.1 100 295 0 0 1 295 1 295 2.14e-211 575 NEO63080.1 NEO63080.1 100 374 0 0 1 374 1 374 9.66e-282 760 NEO63080.1 KAH8969015.1 42.8 369 196 4 4 369 127 483 1.96e-94 289 NEO63080.1 WP_247072383.1 41.0 310 177 4 47 356 38 341 2.71e-80 248 NEO63080.1 PZR90627.1 42.1 323 183 3 50 372 36 354 3.20e-80 248 WP_123207952.1 WP_123207952.1 100 196 0 0 1 196 1 196 2.53e-147 405 WP_180874312.1 WP_180874312.1 100 75 0 0 1 75 1 75 5.45e-55 162 WP_085535344.1 WP_085535344.1 95.5 246 11 0 1 246 1 246 2.89e-180 493 XP_025698866.1 XP_025698866.1 100 308 0 0 1 308 1 308 2.78e-234 634 XP_025698866.1 MBI2691306.1 29.0 100 62 4 48 144 44 137 1.35e-06 47.4 CAG1853776.1 CAG1853776.1 96.5 3704 130 0 1 3704 1 3704 0.0 7332 WP_132517191.1 WP_132517191.1 100 498 0 0 1 498 1 498 0.0 1012 WP_132517191.1 HAR7369715.1 37.0 467 274 5 22 487 11 458 1.13e-98 303 WP_132517191.1 EPR30609.1 39.4 457 243 6 32 488 1 423 7.05e-98 300 WP_132517191.1 MCQ2156413.1 38.0 295 150 5 196 487 46 310 6.22e-53 180 WP_132517191.1 MBR4705654.1 31.3 227 134 6 200 424 184 390 1.61e-26 110 WP_166370521.1 WP_166370521.1 96.4 281 10 0 1 281 1 281 2.91e-202 551 WP_189145586.1 WP_189145586.1 92.4 157 12 0 1 157 1 157 3.54e-94 269 MBE2253919.1 MBE2253919.1 100 120 0 0 1 120 1 120 1.17e-88 251 XP_016284980.1 XP_016284980.1 91.4 685 59 0 1 685 1 685 0.0 1189 WP_109813103.1 WP_109813103.1 100 70 0 0 1 70 1 70 2.17e-43 132 WP_184253104.1 WP_184253104.1 100 293 0 0 1 293 1 293 3.34e-223 605 WP_184253104.1 WP_116393154.1 45.1 288 146 4 10 293 13 292 2.68e-84 254 BCB83133.1 BCB83133.1 92.1 164 13 0 1 164 1 164 4.89e-109 306 OBU40353.1 OBU40353.1 100 202 0 0 1 202 1 202 4.32e-142 392 WP_024947943.1 WP_024947943.1 95.8 283 12 0 1 283 1 283 3.96e-201 548 WP_230424277.1 WP_230424277.1 88.0 509 61 0 1 509 1 509 3.34e-307 836 WP_230424277.1 WP_257633067.1 50.7 507 225 8 7 505 4 493 1.77e-146 427 WP_187047047.1 WP_187047047.1 100 397 0 0 1 397 1 397 1.39e-313 842 WP_187047047.1 HAW53859.1 28.8 274 152 12 103 375 20 251 4.53e-15 73.2 WP_077646570.1 WP_077646570.1 100 599 0 0 1 599 1 599 0.0 1226 KQO71000.1 KQO71000.1 100 1571 0 0 1 1571 1 1571 0.0 3231 KQO71000.1 WP_020424556.1 50.3 1534 702 15 32 1562 2 1477 0.0 1549 WP_058807138.1 WP_058807138.1 93.4 226 15 0 1 226 1 226 1.19e-144 401 XP_033551505.1 XP_033551505.1 100 577 0 0 1 577 1 577 0.0 1193 XP_033551505.1 KAG8816705.1 33.7 199 131 1 55 253 36 233 1.91e-32 123 RZK87475.1 RZK87475.1 100 78 0 0 1 78 1 78 1.87e-52 156 WP_115287442.1 WP_115287442.1 100 191 0 0 1 191 1 191 1.77e-131 365 KAJ8398543.1 KAJ8398543.1 100 145 0 0 1 145 1 145 4.06e-110 307 WP_204434340.1 WP_204434340.1 100 308 0 0 1 308 1 308 1.09e-231 628 KAF2670900.1 KAF2670900.1 85.4 872 127 0 1 872 1 872 0.0 1190 RLS24356.1 RLS24356.1 100 245 0 0 1 245 1 245 3.03e-186 508 KQB14740.1 KQB14740.1 96.0 328 13 0 1 328 1 328 2.57e-215 588 KQB14740.1 MBE7554905.1 31.4 338 213 6 6 326 1 336 3.57e-38 137 KQB14740.1 WP_239280620.1 28.5 298 203 4 28 324 29 317 5.67e-28 109 WP_063880179.1 WP_063880179.1 100 193 0 0 1 193 1 193 1.78e-141 390 WP_064652354.1 WP_064652354.1 95.4 241 11 0 1 241 1 241 4.72e-163 449 WP_064652354.1 MBQ5584458.1 33.6 226 147 3 1 225 1 224 1.03e-31 114 WP_064652354.1 WP_186723788.1 32.5 228 145 5 4 229 8 228 2.45e-31 114 WP_064652354.1 EAC1232420.1 33.2 226 143 6 1 225 1 219 1.80e-30 111 WP_064652354.1 WP_026893585.1 33.9 230 139 5 2 228 3 222 4.99e-30 110 WP_064652354.1 WP_101794136.1 30.9 233 151 3 3 227 26 256 3.72e-25 98.2 WP_064652354.1 MBP1530348.1 26.0 231 161 5 1 231 1 221 1.98e-21 87.4 WP_064652354.1 WP_007708736.1 29.1 237 146 7 1 225 1 227 1.69e-16 74.3 WP_064652354.1 QYU66920.1 28.1 121 82 4 1 117 1 120 1.05e-05 42.4 WP_064652354.1 MPZ95749.1 31.6 76 47 3 29 103 40 111 7.54e-04 38.1 XP_024010268.1 XP_024010268.1 100 220 0 0 1 220 1 220 6.35e-162 444 YP_009252784.1 YP_009252784.1 100 81 0 0 1 81 1 81 2.71e-51 153 MCF6346354.1 MCF6346354.1 100 200 0 0 1 200 1 200 1.85e-151 416 MCF6346354.1 WP_196938834.1 47.1 121 61 2 17 136 22 140 6.05e-29 105 MCF6346354.1 WP_205009067.1 42.1 133 75 1 12 144 12 142 4.33e-28 103 MCF6346354.1 MBQ9456987.1 27.7 195 129 4 5 193 4 192 1.18e-15 70.5 EAF4791746.1 EAF4791746.1 100 218 0 0 1 218 1 218 4.47e-161 442 OBJ23133.1 OBJ23133.1 100 331 0 0 1 331 1 331 1.19e-242 657 YP_004564419.1 YP_004564419.1 100 63 0 0 1 63 1 63 1.56e-42 130 WP_230519716.1 WP_230519716.1 100 582 0 0 1 582 1 582 0.0 1171 WP_230519716.1 GGT63801.1 66.3 398 132 1 182 579 286 681 1.33e-186 540 WP_230519716.1 MBQ3380675.1 45.2 259 135 3 326 582 1 254 1.93e-64 210 WP_039806668.1 WP_039806668.1 100 330 0 0 1 330 1 330 1.30e-250 677 WP_039806668.1 WP_252122124.1 41.5 328 188 4 5 330 1 326 3.58e-71 222 WP_039806668.1 WP_234521407.1 36.4 313 195 4 5 316 4 313 2.18e-63 202 MAJ59213.1 MAJ59213.1 89.5 855 90 0 1 855 1 855 0.0 1517 MAJ59213.1 WP_200671006.1 32.7 263 172 1 571 833 582 839 8.33e-39 154 MAJ59213.1 WP_083051706.1 30.1 226 158 0 624 849 149 374 5.13e-33 130 CAD8186381.1 CAD8186381.1 100 360 0 0 1 360 1 360 1.16e-275 743 MBB1804587.1 MBB1804587.1 100 16 0 0 1 16 1 16 3.22e-06 35.4 WP_236513170.1 WP_236513170.1 100 70 0 0 1 70 1 70 1.32e-39 124 MBK9065949.1 MBK9065949.1 100 139 0 0 17 155 17 155 3.56e-100 284 MCD8051495.1 MCD8051495.1 100 139 0 0 1 139 1 139 1.89e-103 290 XP_010311338.1 XP_010311338.1 100 211 0 0 1 211 1 211 1.19e-157 432 YP_010317795.1 YP_010317795.1 100 258 0 0 1 258 1 258 3.51e-187 511 WP_283947944.1 WP_283947944.1 100 511 0 0 1 511 1 511 0.0 996 WP_124519303.1 WP_124519303.1 100 299 0 0 1 299 1 299 3.60e-221 600 WP_110663263.1 WP_110663263.1 100 190 0 0 1 190 1 190 2.75e-139 384 KAF2317565.1 KAF2317565.1 100 398 0 0 1 398 1 398 9.36e-308 828 KAF2317565.1 WP_163042480.1 30.3 333 190 6 55 354 3 326 7.18e-44 156 RDH15740.1 RDH15740.1 86.6 409 55 0 1 409 1 409 5.17e-265 721 WP_154599351.1 WP_154599351.1 99.5 1131 6 0 1 1131 1 1131 0.0 2353 WP_154599351.1 EEO7917989.1 32.8 704 441 14 10 695 4 693 9.03e-114 379 WP_154599351.1 ECI3309320.1 33.8 716 422 21 10 696 4 696 1.15e-111 367 WP_154599351.1 EFQ4765027.1 33.8 716 422 21 10 696 4 696 1.68e-111 368 WP_154599351.1 EEY3543156.1 32.6 711 438 20 10 696 4 697 1.83e-109 365 MBK8904706.1 MBK8904706.1 94.9 411 21 0 1 411 1 411 4.17e-288 779 OEU68709.1 OEU68709.1 98.2 790 14 0 1 790 1 790 0.0 1598 HAW53859.1 HAW53859.1 100 271 0 0 1 271 1 271 1.19e-205 559 HAW53859.1 WP_187047047.1 28.8 274 152 12 20 251 103 375 3.09e-15 73.2 NP_001395973.1 NP_001395973.1 93.4 198 13 0 16 213 16 213 1.28e-128 359 WP_096719144.1 WP_096719144.1 100 301 0 0 1 301 1 301 1.24e-213 582 WP_006327457.1 WP_006327457.1 100 314 0 0 1 314 1 314 1.43e-230 625 WP_006327457.1 MBR3040588.1 39.2 51 26 1 111 161 78 123 9.70e-05 41.6 WP_081607935.1 WP_081607935.1 97.4 1573 41 0 1 1573 1 1573 0.0 3084 XP_022745130.1 XP_022745130.1 100 168 0 0 1 168 1 168 1.71e-129 358 XP_022745130.1 XP_043718329.1 43.4 143 70 4 15 155 265 398 1.38e-27 104 XP_022745130.1 XP_048228476.1 57.1 63 27 0 15 77 237 299 2.03e-16 73.6 MCC6596976.1 MCC6596976.1 100 147 0 0 1 147 1 147 1.30e-107 301 MCL2337464.1 MCL2337464.1 92.4 132 10 0 1 132 1 132 9.55e-87 247 MCA9667429.1 MCA9667429.1 100 340 0 0 1 340 1 340 7.37e-262 707 WP_264379403.1 WP_264379403.1 97.8 455 10 0 1 455 1 455 0.0 928 WP_108706918.1 WP_108706918.1 100 313 0 0 1 313 1 313 2.19e-229 622 WP_108706918.1 WP_061880815.1 27.0 215 142 4 18 230 28 229 6.54e-20 86.3 MCO4825170.1 MCO4825170.1 100 343 0 0 1 343 1 343 4.81e-264 712 MCG8687614.1 MCG8687614.1 100 132 0 0 1 132 1 132 3.75e-93 263 MCG8687614.1 RZM24348.1 51.4 74 35 1 5 78 16 88 4.87e-22 83.6 MCG8687614.1 WP_234123871.1 32.2 115 74 1 10 120 3 117 1.76e-10 53.1 MCG8687614.1 WP_245971990.1 47.7 44 23 0 18 61 11 54 3.57e-08 48.5 MCG8687614.1 WP_100540054.1 31.3 64 44 0 9 72 7 70 4.26e-04 35.4 KAI4536634.1 KAI4536634.1 97.6 1133 27 0 1 1133 1 1133 0.0 2305 KAI4536634.1 XP_052609093.1 31.4 503 242 23 4 455 7 457 1.77e-47 179 KAI4536634.1 XP_053174626.1 29.2 476 243 19 21 453 34 458 2.69e-37 148 WP_109807231.1 WP_109807231.1 100 214 0 0 1 214 1 214 5.87e-155 426 WP_101272247.1 WP_101272247.1 97.7 394 9 0 1 394 1 394 4.56e-297 800 WP_101272247.1 WP_180230190.1 35.9 334 212 2 15 347 2 334 2.57e-74 233 MBT2573851.1 MBT2573851.1 100 102 0 0 1 102 1 102 1.27e-70 204 MBT2573851.1 MCI6629070.1 36.1 97 62 0 5 101 18 114 6.46e-21 79.0 MBT2573851.1 WP_054621512.1 40.4 94 52 3 9 100 10 101 5.56e-16 65.9 KAJ2336672.1 KAJ2336672.1 100 907 0 0 1 907 1 907 0.0 1876 XP_021098423.1 XP_021098423.1 100 320 0 0 1 320 1 320 2.50e-243 658 MCP4641540.1 MCP4641540.1 97.8 445 10 0 1 445 1 445 0.0 894 MCP4641540.1 MCH8293010.1 23.9 213 136 6 126 316 60 268 2.86e-07 50.4 MBN1977789.1 MBN1977789.1 86.9 849 111 0 1 849 1 849 0.0 1498 OIT39507.1 OIT39507.1 87.5 400 50 0 1 400 1 400 3.97e-253 690 WP_022748957.1 WP_022748957.1 100 374 0 0 1 374 1 374 4.59e-280 756 WP_022748957.1 EJS0734484.1 43.0 307 164 5 76 374 45 348 2.83e-79 245 WP_022748957.1 WP_114054641.1 30.2 281 182 7 55 331 2 272 1.34e-33 125 MBA4289549.1 MBA4289549.1 100 94 0 0 1 94 1 94 4.61e-67 194 MBD58399.1 MBD58399.1 96.5 575 20 0 1 575 1 575 0.0 1077 MBD58399.1 WP_224419934.1 39.8 560 325 8 22 574 21 575 2.02e-132 397 WP_171396840.1 WP_171396840.1 96.5 426 15 0 1 426 1 426 3.22e-295 798 WP_064060986.1 WP_064060986.1 92.0 576 46 0 1 576 1 576 0.0 1033 WP_064060986.1 HBR1243745.1 35.6 449 249 12 2 432 19 445 6.33e-64 217 MCH4268493.1 MCH4268493.1 91.9 444 36 0 1 444 1 444 7.56e-294 796 GFY83906.1 GFY83906.1 88.3 137 16 0 1 137 1 137 1.55e-83 239 WP_132558606.1 WP_132558606.1 96.4 358 13 0 1 358 1 358 4.91e-251 681 WP_164300700.1 WP_164300700.1 100 250 0 0 1 250 1 250 1.24e-192 524 XP_016071528.1 XP_016071528.1 94.2 433 25 0 1 433 1 433 6.19e-308 831 WP_143662806.1 WP_143662806.1 94.6 184 10 0 1 184 1 184 6.48e-126 350 WP_234538829.1 WP_234538829.1 88.7 524 59 0 1 524 1 524 6.35e-315 857 WP_234538829.1 HBR1104065.1 32.1 470 283 15 81 521 81 543 3.40e-44 162 MBK7529683.1 MBK7529683.1 91.8 343 28 0 1 343 1 343 1.92e-229 625 MBK7529683.1 GBD99233.1 27.2 184 132 1 111 294 49 230 3.02e-22 93.2 WP_007683719.1 WP_007683719.1 100 85 0 0 1 85 1 85 4.34e-61 178 WP_007683719.1 WP_137974759.1 57.6 85 35 1 1 85 1 84 3.70e-28 95.5 WP_067782871.1 WP_067782871.1 100 305 0 0 1 305 1 305 1.26e-224 610 WP_067782871.1 WP_279399778.1 57.1 303 126 3 4 304 5 305 7.80e-117 337 WP_067782871.1 MBI5966481.1 38.3 300 172 6 15 303 16 313 5.10e-59 190 WP_067782871.1 MBI1736306.1 36.5 307 191 3 1 304 1 306 1.03e-58 189 WP_067782871.1 WP_220615956.1 34.9 301 174 9 21 301 54 352 1.42e-47 161 WP_067782871.1 WP_276638014.1 29.9 308 197 4 16 304 45 352 7.05e-43 149 WP_067782871.1 MBJ7531026.1 50.0 136 63 3 4 136 8 141 2.37e-36 125 WP_067782871.1 MBQ1540263.1 30.9 269 159 7 13 280 31 273 5.36e-30 113 WP_067782871.1 HAR4359619.1 26.9 283 183 7 6 284 3 265 1.87e-22 92.8 HIR66791.1 HIR66791.1 100 336 0 0 1 336 1 336 1.09e-261 706 XP_027540421.1 XP_027540421.1 100 408 0 0 1 408 1 408 1.64e-313 843 XP_027540421.1 WP_019585553.1 32.4 383 248 6 29 402 14 394 2.36e-60 199 XP_027540421.1 WP_019444443.1 32.4 321 201 7 95 406 7 320 5.56e-48 164 XP_027540421.1 MBL4853947.1 28.9 349 224 8 66 406 51 383 2.78e-38 140 WP_194544138.1 WP_194544138.1 100 243 0 0 1 243 1 243 1.01e-183 501 WP_194544138.1 MBQ5584458.1 41.5 217 123 1 13 229 4 216 3.65e-58 182 WP_194544138.1 WP_069156513.1 43.9 212 115 3 13 223 5 213 3.20e-57 180 WP_194544138.1 WP_026893585.1 38.9 226 128 3 11 236 3 218 4.93e-45 149 WP_194544138.1 EAG2350674.1 51.7 116 56 0 13 128 5 120 1.49e-43 142 WP_194544138.1 WP_186723788.1 33.3 237 143 3 1 236 1 223 2.83e-38 132 WP_194544138.1 MBP1530348.1 32.2 230 143 3 13 242 4 220 3.50e-38 131 WP_194544138.1 MCL7714424.1 31.5 213 135 2 11 220 3 207 1.45e-31 114 WP_194544138.1 WP_007708736.1 33.2 229 146 3 11 236 2 226 4.22e-31 113 MBY0273331.1 MBY0273331.1 100 774 0 0 1 774 1 774 0.0 1593 MBY0273331.1 KAJ6994162.1 35.1 783 448 19 5 735 32 806 2.19e-131 412 MBY0273331.1 WP_049009918.1 29.3 764 426 25 66 745 127 860 9.30e-72 250 MBY0273331.1 MBE6688122.1 29.0 768 435 28 7 677 21 775 3.54e-70 246 MBY0273331.1 WP_278631399.1 29.4 700 391 24 7 625 21 698 9.57e-68 238 MBY0273331.1 WP_235126772.1 29.2 710 408 21 3 625 12 713 2.26e-67 238 MBY0273331.1 WP_019100427.1 29.4 734 421 24 2 647 45 769 7.91e-66 234 MBY0273331.1 MBE5737882.1 25.6 633 395 17 59 625 85 707 1.43e-47 180 MBY0273331.1 WP_074319120.1 27.4 592 368 16 7 578 139 688 8.55e-43 164 MBY0273331.1 KAA0114277.1 27.7 654 373 24 59 637 132 760 9.35e-39 153 MBY0273331.1 WP_041591748.1 26.0 554 352 14 38 581 84 589 5.20e-37 146 MBY0273331.1 OFX32653.1 24.3 511 343 9 58 561 77 550 3.86e-35 140 MBY0273331.1 XP_009147075.2 26.1 426 254 13 7 378 136 554 3.55e-25 110 MBY0273331.1 WP_176307440.1 25.0 560 328 21 64 612 272 750 7.08e-18 86.7 MBY0273331.1 KAF5671546.1 29.5 298 163 13 432 694 748 1033 1.22e-17 86.3 WP_263205390.1 WP_263205390.1 90.7 258 24 0 1 258 1 258 2.15e-172 474 WP_024410349.1 WP_024410349.1 97.6 333 8 0 1 333 1 333 6.91e-243 658 WP_024410349.1 OJG95819.1 38.7 331 200 2 1 330 5 333 4.32e-78 241 MBQ9146327.1 MBQ9146327.1 95.4 239 11 0 1 239 1 239 1.74e-173 475 MBC8266069.1 MBC8266069.1 100 382 0 0 1 382 1 382 1.59e-275 745 MBL7705960.1 MBL7705960.1 100 190 0 0 1 190 1 190 1.93e-139 385 MBL7705960.1 KEP75282.1 53.4 178 83 0 7 184 11 188 8.88e-72 214 KAG0597131.1 KAG0597131.1 100 146 0 0 1 146 1 146 4.92e-107 299 WP_164706884.1 WP_164706884.1 100 106 0 0 1 106 1 106 3.99e-78 223 WP_090874869.1 WP_090874869.1 100 341 0 0 1 341 1 341 2.28e-261 706 WP_028781258.1 WP_028781258.1 100 263 0 0 1 263 1 263 6.10e-195 531 MBT3931813.1 MBT3931813.1 100 201 0 0 1 201 1 201 4.70e-150 412 MBT3931813.1 WP_096277301.1 34.7 193 117 3 10 201 276 460 3.85e-30 113 WP_235903398.1 WP_235903398.1 100 200 0 0 1 200 1 200 7.83e-153 419 MBR0144760.1 MBR0144760.1 100 371 0 0 1 371 1 371 1.30e-273 739 MBR0144760.1 MBQ7693256.1 45.6 309 161 2 1 309 1 302 1.32e-91 275 QPX63240.1 QPX63240.1 97.5 438 11 0 1 438 1 438 8.56e-313 844 XP_050578957.1 XP_050578957.1 100 1273 0 0 1 1273 1 1273 0.0 2653 XP_050578957.1 MBL04873.1 23.1 212 116 5 803 983 3 198 8.27e-09 57.8 MBK5104727.1 MBK5104727.1 93.9 245 15 0 1 245 1 245 1.41e-166 458 MBK5104727.1 WP_251874466.1 38.7 225 131 3 23 245 18 237 2.62e-52 171 MBK5104727.1 WP_058635033.1 33.8 222 144 2 24 245 18 236 4.79e-42 144 CAD7234202.1 CAD7234202.1 88.3 154 18 0 1 154 1 154 6.20e-89 254 PZR72038.1 PZR72038.1 100 236 0 0 1 236 1 236 2.21e-179 489 KAG1302368.1 KAG1302368.1 100 60 0 0 1 60 1 60 6.59e-35 112 WP_101574454.1 WP_101574454.1 89.2 93 10 0 1 93 1 93 8.07e-54 160 PWI72242.1 PWI72242.1 98.1 522 10 0 1 522 1 522 0.0 1050 PWI72242.1 KAJ5060329.1 29.1 516 319 19 20 502 9 510 2.67e-53 187 PWI72242.1 KAG9084682.1 30.3 396 252 8 82 456 30 422 2.56e-50 177 PWI72242.1 XP_028717800.1 26.7 465 302 12 38 479 25 473 4.52e-42 155 UZY22531.1 UZY22531.1 100 341 0 0 1 341 1 341 4.61e-261 705 UZY22531.1 AFV39595.1 99.4 341 2 0 1 341 660 1000 2.32e-250 703 AMC51858.1 AMC51858.1 100 122 0 0 1 122 1 122 1.85e-86 245 WP_072519951.1 WP_072519951.1 100 122 0 0 1 122 1 122 3.88e-88 249 WP_240226434.1 WP_240226434.1 100 128 0 0 1 128 1 128 1.27e-89 254 WP_261695383.1 WP_261695383.1 100 133 0 0 1 133 1 133 4.04e-93 263 WP_137974759.1 WP_137974759.1 100 84 0 0 1 84 1 84 2.26e-58 171 WP_137974759.1 WP_007683719.1 57.6 85 35 1 1 84 1 85 3.65e-28 95.5 XP_047856915.1 XP_047856915.1 96.8 158 5 0 1 158 1 158 2.37e-113 316 EYC35406.1 EYC35406.1 100 161 0 0 1 161 1 161 1.08e-124 345 WP_256304635.1 WP_256304635.1 98.5 678 10 0 1 678 1 678 0.0 1345 EPS43711.1 EPS43711.1 98.6 439 6 0 1 439 1 439 0.0 882 EPS43711.1 XP_009403500.1 37.4 155 87 4 6 153 181 332 4.29e-23 99.8 WP_033611379.1 WP_033611379.1 96.1 331 13 0 1 331 1 331 2.58e-237 644 MSE05949.1 MSE05949.1 100 259 0 0 1 259 1 259 4.12e-191 521 MBA4269667.1 MBA4269667.1 100 761 0 0 1 761 1 761 0.0 1516 WP_132448671.1 WP_132448671.1 100 131 0 0 1 131 1 131 2.09e-94 266 BBI69300.1 BBI69300.1 100 434 0 0 1 434 1 434 0.0 890 BBI69300.1 WP_000576638.1 58.9 287 115 1 3 289 537 820 4.15e-113 349 WP_011313080.1 WP_011313080.1 100 306 0 0 1 306 1 306 1.64e-216 589 WP_011313080.1 WP_150071802.1 48.0 298 152 3 4 301 3 297 4.40e-88 264 EBG8325683.1 EBG8325683.1 100 151 0 0 1 151 1 151 1.63e-112 313 WP_139918144.1 WP_139918144.1 100 340 0 0 1 340 1 340 4.16e-243 659 NIP96332.1 NIP96332.1 96.8 316 10 0 1 316 1 316 1.22e-232 631 WGP98278.1 WGP98278.1 99.5 7096 36 0 1 7096 1 7096 0.0 11844 WGP98278.1 QWC83326.1 84.6 7096 1096 0 1 7096 1 7096 0.0 11776 WGP98278.1 QSZ25555.1 84.5 7096 1099 0 1 7096 1 7096 0.0 11773 WGP98278.1 WEU87158.1 84.5 7096 1098 0 1 7096 1 7096 0.0 11772 WGP98278.1 QZU16279.1 84.8 7096 1076 0 1 7096 1 7096 0.0 11766 WGP98278.1 UBP50947.1 84.5 7096 1101 0 1 7096 1 7096 0.0 11764 WGP98278.1 QVD87869.1 84.5 7096 1098 1 1 7096 1 7093 0.0 11763 WGP98278.1 UBD95131.1 84.5 7096 1102 0 1 7096 1 7096 0.0 11762 WGP98278.1 UPA83906.1 85.1 7096 1054 2 1 7096 1 7092 0.0 11759 WGP98278.1 UIR12670.1 84.9 7096 1071 2 1 7096 1 7092 0.0 11758 WGP98278.1 UEC52718.1 84.4 7096 1105 0 1 7096 1 7096 0.0 11755 WGP98278.1 URQ55824.1 84.4 7096 1105 1 1 7096 1 7093 0.0 11747 WGP98278.1 UZO53924.1 84.4 7096 1105 1 1 7096 1 7093 0.0 11747 WGP98278.1 UVB16817.1 84.4 7096 1104 1 1 7096 1 7093 0.0 11746 WGP98278.1 UMF87224.1 84.4 7096 1104 2 1 7096 1 7092 0.0 11745 WGP98278.1 UBR86455.1 84.6 7095 1092 0 2 7096 1 7095 0.0 11705 WGP98278.1 UCP72061.1 83.8 7096 1150 0 1 7096 1 7096 0.0 11617 WGP98278.1 UXX67934.1 83.7 7096 1154 1 1 7096 1 7093 0.0 11609 WGP98278.1 UCP77012.1 83.5 7096 1169 0 1 7096 1 7096 0.0 11586 WGP98278.1 UAQ80067.1 84.6 7096 1096 0 1 7096 1 7096 0.0 11557 WGP98278.1 UGA79226.1 84.8 6961 1055 0 1 6961 1 6961 0.0 11554 WGP98278.1 UKN67998.1 82.9 7076 1205 2 21 7096 1 7072 0.0 11455 WGP98278.1 WHE12941.1 82.8 7070 1216 1 27 7096 1 7067 0.0 11428 WGP98278.1 UVI10561.1 82.0 7069 1271 1 28 7096 1 7066 0.0 11201 WGP98278.1 UOU30556.1 82.9 7096 1211 1 1 7096 1 7093 0.0 11188 WGP98278.1 UJT06733.1 80.9 7096 1349 2 1 7096 1 7092 0.0 11126 WGP98278.1 UMA88644.1 80.3 7075 1390 2 22 7096 1 7071 0.0 10664 WGP98278.1 WAS49087.1 79.1 7096 1477 1 1 7096 1 7093 0.0 10470 WGP98278.1 QTD03487.1 88.1 4364 520 0 1 4364 1 4364 0.0 7632 WGP98278.1 QXR94354.1 88.1 4364 517 1 1 4364 1 4361 0.0 7624 WGP98278.1 UFM00670.1 88.0 4364 525 0 1 4364 1 4364 0.0 7619 WGP98278.1 UEC68750.1 88.0 4364 525 0 1 4364 1 4364 0.0 7617 WGP98278.1 QTM79632.1 88.0 4364 520 1 1 4364 1 4361 0.0 7615 WGP98278.1 UHM53165.1 88.0 4364 525 0 1 4364 1 4364 0.0 7614 WGP98278.1 UFM02602.1 88.0 4364 525 0 1 4364 1 4364 0.0 7614 WGP98278.1 QTZ27226.1 88.0 4364 520 1 1 4364 1 4361 0.0 7613 WGP98278.1 UBL45068.1 88.0 4364 523 0 1 4364 1 4364 0.0 7613 WGP98278.1 ULA23837.2 87.9 4364 523 2 1 4364 1 4360 0.0 7605 WGP98278.1 UPP41269.1 87.9 4364 526 1 1 4364 1 4361 0.0 7604 WGP98278.1 UXH94526.1 87.9 4364 524 2 1 4364 1 4360 0.0 7601 WGP98278.1 USR14792.1 87.9 4364 527 1 1 4364 1 4361 0.0 7601 WGP98278.1 UKU68032.1 87.6 4364 537 2 1 4364 1 4360 0.0 7573 WGP98278.1 UJV88611.1 86.0 4364 609 2 1 4364 1 4360 0.0 7410 WGP98278.1 UGB98301.1 89.3 4364 468 0 1 4364 1 4364 0.0 7409 WGP98278.1 ULB83374.1 87.1 4364 561 2 1 4364 1 4360 0.0 7401 WGP98278.1 UJJ97602.1 85.7 4364 622 2 1 4364 1 4360 0.0 7376 WGP98278.1 UJS94137.1 87.6 4259 523 2 106 4364 1 4255 0.0 7343 WGP98278.1 WGP70063.1 88.3 4364 510 0 1 4364 1 4364 0.0 7259 WGP98278.1 UFA30503.1 86.3 4338 594 0 27 4364 1 4338 0.0 7156 WGP98278.1 QRX02582.1 87.5 4098 511 0 1 4098 1 4098 0.0 7097 WGP98278.1 UNI03201.1 84.9 4338 655 1 27 4364 1 4337 0.0 6974 WGP98278.1 WEI27974.1 81.8 4364 790 1 1 4364 1 4361 0.0 6839 WGP98278.1 UEX07109.1 80.5 4338 847 0 27 4364 1 4338 0.0 6574 WGP98278.1 URP80785.1 80.0 4337 865 1 28 4364 1 4334 0.0 6297 WGP98278.1 UYE49180.1 73.0 4364 1174 1 1 4364 1 4361 0.0 5540 WGP98278.1 UPB00876.1 73.0 4337 1166 1 28 4364 1 4334 0.0 5522 WGP98278.1 WGQ72821.1 66.1 4339 1471 0 26 4364 1 4339 0.0 4648 WP_190797347.1 WP_190797347.1 100 67 0 0 1 67 1 67 1.24e-43 133 WP_068647811.1 WP_068647811.1 100 138 0 0 1 138 1 138 3.27e-99 279 WP_201413968.1 WP_201413968.1 100 120 0 0 1 120 1 120 4.40e-84 239 WP_269082627.1 WP_269082627.1 100 40 0 0 1 40 1 40 1.19e-23 80.9 OQR96432.1 OQR96432.1 100 224 0 0 1 224 1 224 1.19e-168 461 MCA9916937.1 MCA9916937.1 100 752 0 0 1 752 1 752 0.0 1583 GIC06559.1 GIC06559.1 96.7 731 24 0 1 731 1 731 0.0 1423 GIC06559.1 WP_008045531.1 40.2 751 408 14 8 731 24 760 5.24e-169 503 GIC06559.1 NUQ31250.1 26.0 304 153 9 432 725 106 347 6.55e-18 84.3 WP_256588339.1 WP_256588339.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_209511935.1 WP_209511935.1 100 171 0 0 1 171 1 171 2.21e-113 317 WP_169872418.1 WP_169872418.1 100 228 0 0 1 228 1 228 1.18e-170 467 MSZ29533.1 MSZ29533.1 98.9 1044 11 0 1 1044 1 1044 0.0 2100 MSZ29533.1 MCL6457358.1 40.7 1007 571 11 15 1012 14 1003 5.68e-283 816 MSZ29533.1 WP_081224968.1 28.6 804 500 23 15 785 24 786 1.53e-91 311 MSZ29533.1 SCL13606.1 24.4 865 530 29 10 824 58 848 5.00e-36 145 MSZ29533.1 WP_194957532.1 21.1 844 471 35 22 791 16 738 1.30e-13 73.6 MSZ29533.1 XP_053592881.1 26.6 241 121 8 435 623 398 634 1.08e-11 67.4 MSZ29533.1 WP_233286789.1 31.4 105 69 2 520 624 378 479 7.08e-05 45.1 EJW7579374.1 EJW7579374.1 100 293 0 0 1 293 1 293 4.07e-224 607 EJW7579374.1 EIH4263652.1 96.2 293 11 0 1 293 263 555 6.43e-212 588 EJW7579374.1 EFN5389376.1 97.3 293 8 0 1 293 152 444 2.02e-206 587 EJW7579374.1 EFL5817307.1 93.6 266 17 0 1 266 216 481 1.01e-188 525 EJW7579374.1 KDT27382.1 95.1 245 12 0 49 293 1 245 5.34e-172 493 EJW7579374.1 HAN0352225.1 77.3 291 64 1 5 293 1 291 7.56e-167 471 EJW7579374.1 EFL3122059.1 94.7 38 2 0 1 38 267 304 5.90e-17 77.8 MBM3780037.1 MBM3780037.1 89.9 129 13 0 1 129 1 129 2.97e-75 218 WP_130537043.1 WP_130537043.1 93.7 364 23 0 1 364 1 364 1.58e-250 680 WP_129553552.1 WP_129553552.1 93.2 308 21 0 1 308 1 308 4.50e-215 586 WP_129553552.1 TAH42824.1 43.2 227 129 0 65 291 4 230 5.00e-64 200 SDI97994.1 SDI97994.1 100 104 0 0 1 104 1 104 1.25e-71 206 OQY55840.1 OQY55840.1 100 144 0 0 1 144 1 144 7.60e-110 306 WP_006761119.1 WP_006761119.1 78.6 84 18 0 1 84 1 84 3.36e-42 130 WP_132579575.1 WP_132579575.1 100 72 0 0 1 72 1 72 2.38e-50 150 WP_132579575.1 WP_109124355.1 40.4 52 31 0 15 66 155 206 3.19e-06 40.8 WP_220073286.1 WP_220073286.1 100 499 0 0 1 499 1 499 0.0 1048 XP_055198731.1 XP_055198731.1 100 200 0 0 1 200 1 200 1.30e-151 416 MBQ8417539.1 MBQ8417539.1 100 211 0 0 1 211 1 211 3.70e-161 441 MBQ8417539.1 WP_242161393.1 46.2 212 113 1 1 211 1 212 1.85e-64 197 MBQ8417539.1 MBI5405531.1 31.4 207 140 2 1 205 1 207 4.00e-29 106 KAJ1449837.1 KAJ1449837.1 91.5 977 83 0 1 977 1 977 0.0 1776 WP_000576638.1 WP_000576638.1 100 821 0 0 1 821 1 821 0.0 1689 WP_000576638.1 WP_184601943.1 44.3 809 429 7 7 804 4 801 1.94e-243 699 WP_000576638.1 BBI69300.1 58.9 287 115 1 537 820 3 289 7.85e-113 349 WP_000576638.1 MBL6847974.1 26.7 359 227 13 131 478 11 344 3.34e-19 89.0 WP_000576638.1 RYZ40664.1 23.4 282 177 9 206 481 104 352 9.32e-09 56.6 WP_000576638.1 WP_083349422.1 29.6 98 59 3 164 257 53 144 3.11e-05 45.4 MYS48845.1 MYS48845.1 100 209 0 0 18 226 18 226 2.73e-150 415 XP_022120389.2 XP_022120389.2 100 180 0 0 1 180 1 180 5.18e-130 360 WP_199936433.1 WP_199936433.1 100 643 0 0 1 643 1 643 0.0 1338 WP_095556548.1 WP_095556548.1 100 426 0 0 1 426 1 426 7.04e-315 848 WP_095556548.1 MBO0691049.1 32.8 360 210 11 42 401 1 328 9.70e-31 119 NLN79518.1 NLN79518.1 100 100 0 0 1 100 1 100 9.70e-74 211 WP_139032727.1 WP_139032727.1 98.3 585 10 0 1 585 1 585 0.0 1141 WP_139032727.1 WP_149397594.1 33.3 559 350 8 3 558 1 539 1.41e-102 320 WP_029364876.1 WP_029364876.1 100 193 0 0 1 193 1 193 6.47e-144 396 WP_029364876.1 WP_271268402.1 67.3 196 59 2 1 192 198 392 1.11e-93 278 HIG96475.1 HIG96475.1 100 283 0 0 1 283 1 283 1.77e-213 580 XP_012066326.1 XP_012066326.1 91.7 156 13 0 1 156 1 156 2.27e-101 286 WP_274604755.1 WP_274604755.1 94.8 250 13 0 1 250 1 250 1.82e-160 443 WP_274604755.1 WP_212663497.1 27.3 150 75 4 4 149 206 325 7.43e-07 47.8 MBL0280791.1 MBL0280791.1 100 771 0 0 1 771 1 771 0.0 1582 XP_024081758.1 XP_024081758.1 95.8 2688 112 0 1 2688 1 2688 0.0 5256 KFK25655.1 KFK25655.1 87.9 256 31 0 1 256 1 256 3.49e-161 445 WP_176572922.1 WP_176572922.1 88.3 222 26 0 1 222 1 222 3.91e-132 369 WP_176572922.1 WP_091735241.1 54.2 216 98 1 6 221 4 218 3.10e-70 212 XP_039286754.1 XP_039286754.1 100 274 0 0 1 274 1 274 2.50e-204 556 XP_039286754.1 XP_024696459.1 32.0 172 99 5 112 267 307 476 2.94e-18 82.4 MBK7906023.1 MBK7906023.1 98.3 401 7 0 1 401 1 401 1.17e-298 805 MBK7906023.1 MBV9252674.1 34.9 241 132 6 46 265 44 280 7.89e-33 123 MCP4742086.1 MCP4742086.1 86.3 241 33 0 1 241 1 241 5.28e-144 400 WGY84075.1 WGY84075.1 97.7 563 13 0 1 563 1 563 0.0 1119 RMG09135.1 RMG09135.1 100 189 0 0 1 189 1 189 1.29e-123 345 XP_016192053.1 XP_016192053.1 100 277 0 0 1 277 1 277 5.51e-214 580 RZJ10574.1 RZJ10574.1 100 245 0 0 1 245 1 245 3.83e-189 515 MBQ6246919.1 MBQ6246919.1 100 372 0 0 1 372 1 372 4.45e-286 771 MBE5709430.1 MBE5709430.1 93.3 253 17 0 1 253 1 253 9.88e-171 469 MBQ8297564.1 MBQ8297564.1 97.6 575 14 0 1 575 1 575 0.0 1123 MBQ8297564.1 NFD84694.1 37.8 532 322 5 44 569 230 758 9.46e-118 365 MBQ8297564.1 WP_036258374.1 32.9 586 354 10 8 574 3 568 1.98e-87 280 MBQ8297564.1 WP_195368055.1 34.2 491 301 8 87 566 92 571 7.30e-84 271 MBQ8297564.1 MBQ4454347.1 32.6 478 314 6 89 562 95 568 2.86e-81 264 MBQ8297564.1 WP_195238978.1 36.1 319 200 2 253 569 404 720 2.14e-60 211 MBQ8297564.1 KAI9191373.1 28.0 518 333 10 56 562 117 605 1.39e-52 191 MBQ8297564.1 MBT3459617.1 40.8 218 128 1 350 566 1 218 3.36e-50 171 MBQ8297564.1 KAF9974715.1 25.4 477 321 11 102 560 873 1332 4.20e-39 152 MBQ8297564.1 KAJ2660037.1 30.8 338 222 7 232 565 1712 2041 1.18e-38 150 MBQ8297564.1 WP_222599035.1 27.3 414 270 12 161 556 288 688 1.29e-38 149 MBQ8297564.1 WP_038440434.1 23.5 520 378 7 65 574 64 573 2.98e-36 141 MBQ8297564.1 WP_247749043.1 31.8 267 172 6 314 572 337 601 4.89e-36 140 MBQ8297564.1 WP_041481207.1 24.5 461 326 9 89 539 94 542 1.78e-35 138 MBQ8297564.1 MWR41881.1 30.9 223 129 7 348 556 42 253 2.39e-21 92.4 MBQ8297564.1 WP_237907640.1 26.4 216 136 5 353 558 22 224 3.09e-20 90.9 MBQ8297564.1 WP_278489123.1 32.3 229 139 6 348 568 26 246 4.39e-18 83.2 MBQ8297564.1 WP_142133210.1 29.9 211 137 5 350 554 26 231 2.91e-17 80.1 MBQ8297564.1 WP_072380563.1 26.5 238 148 9 332 555 2 226 2.47e-15 74.3 MBQ8297564.1 WP_192324556.1 27.7 242 130 8 349 566 344 564 1.00e-14 75.5 MBQ8297564.1 WP_258581409.1 27.7 213 137 7 350 555 19 221 1.32e-14 73.9 MBQ8297564.1 WP_088153117.1 25.1 227 136 8 355 562 16 227 1.82e-12 67.4 MBQ8297564.1 MCH4209672.1 29.5 210 116 8 355 560 403 584 3.37e-12 67.4 MBQ8297564.1 HBO4828144.1 25.8 236 137 9 319 541 5 215 1.68e-11 63.5 MBQ8297564.1 RUU66461.1 25.3 261 167 10 314 557 69 318 1.85e-11 64.3 MBQ8297564.1 WP_145468487.1 27.3 172 105 5 351 512 27 188 2.32e-10 59.3 MBQ8297564.1 WP_142931103.1 24.3 214 137 7 348 549 274 474 6.80e-09 56.6 MBQ8297564.1 WP_150396769.1 23.5 234 153 10 353 572 292 513 2.22e-08 55.1 MBQ8297564.1 WP_098952357.1 28.3 212 130 9 353 550 34 237 4.16e-08 53.5 MBQ8297564.1 MBO5162475.1 24.2 260 152 8 311 546 235 473 2.63e-07 51.6 MBQ8297564.1 WP_089246429.1 25.5 247 150 10 320 548 252 482 1.07e-06 49.7 WP_039930315.1 WP_039930315.1 100 219 0 0 1 219 1 219 1.01e-153 423 KAF1039360.1 KAF1039360.1 100 420 0 0 1 420 1 420 1.11e-308 832 KAF1039360.1 WP_109993532.1 38.9 229 130 3 193 419 267 487 1.18e-35 135 WP_222952672.1 WP_222952672.1 91.2 342 30 0 1 342 1 342 3.41e-211 579 WP_222952672.1 WP_021500824.1 29.8 295 186 6 8 285 5 295 1.02e-20 89.7 WP_091759775.1 WP_091759775.1 97.5 443 11 0 1 443 1 443 0.0 874 WP_219486374.1 WP_219486374.1 100 327 0 0 1 327 1 327 8.46e-250 675 WP_055091847.1 WP_055091847.1 100 240 0 0 1 240 1 240 6.29e-172 471 WP_238837572.1 WP_238837572.1 100 271 0 0 1 271 1 271 1.24e-207 564 WP_238837572.1 WP_104459365.1 31.3 265 166 9 3 263 16 268 9.15e-32 117 WP_238837572.1 MBX8197149.1 31.7 252 157 6 4 254 6 243 7.60e-30 111 EHK3702610.1 EHK3702610.1 100 108 0 0 1 108 1 108 4.45e-76 218 EFV8345964.1 EFV8345964.1 100 257 0 0 1 257 1 257 4.16e-199 541 MBB2134936.1 MBB2134936.1 100 24 0 0 1 24 1 24 1.87e-12 51.6 WP_162485939.1 WP_162485939.1 100 196 0 0 1 196 1 196 2.96e-146 402 KFF47610.1 KFF47610.1 94.2 445 26 0 1 445 1 445 1.11e-307 832 KFF47610.1 WP_107352122.1 52.7 440 201 4 6 444 7 440 7.82e-154 442 KFF47610.1 MBI2528438.1 37.6 117 60 4 19 130 16 124 7.12e-09 55.5 KFF47610.1 WP_173283317.1 28.9 149 71 5 19 141 11 150 4.98e-08 52.8 HBC7850765.1 HBC7850765.1 100 184 0 0 1 184 1 184 3.36e-137 379 WP_026729912.1 WP_026729912.1 100 222 0 0 1 222 1 222 1.33e-164 451 MBU2837240.1 MBU2837240.1 100 143 0 0 1 143 1 143 2.46e-101 285 MCH5231772.1 MCH5231772.1 100 541 0 0 1 541 1 541 0.0 1126 MCH5231772.1 OQA35671.1 30.8 532 353 5 1 523 1 526 3.63e-79 259 MCH5231772.1 WP_089095302.1 27.2 540 364 12 1 527 3 526 1.33e-58 204 MCH5231772.1 WP_041710957.1 25.8 558 306 14 1 523 3 487 7.35e-44 162 MCH5231772.1 WP_173040157.1 23.7 523 347 11 1 511 4 486 1.98e-37 144 MCH5231772.1 WP_132175930.1 26.2 244 147 8 9 245 35 252 1.60e-14 73.2 MCH5231772.1 MCB0243881.1 26.1 222 96 7 20 214 28 208 4.86e-06 46.2 MCE1200518.1 MCE1200518.1 100 201 0 0 1 201 1 201 1.46e-153 421 CAA9338705.1 CAA9338705.1 94.5 361 20 0 1 361 1 361 1.34e-245 667 CAA9338705.1 XP_023607675.1 24.8 137 79 5 30 162 340 456 1.29e-05 45.4 CAA9338705.1 WP_002264996.1 29.2 65 38 1 31 95 149 205 4.17e-05 42.7 CAA9338705.1 XP_028261945.1 24.3 148 86 6 30 176 339 461 5.10e-05 43.5 XP_011822310.1 XP_011822310.1 100 263 0 0 20 282 20 282 9.01e-202 550 XP_011822310.1 GAA38267.2 38.3 248 124 8 38 274 259 488 7.25e-44 154 XP_011822310.1 KAH8394604.1 29.0 276 155 10 16 274 1 252 6.48e-26 101 MBE6491651.1 MBE6491651.1 100 188 0 0 1 188 1 188 2.17e-135 374 WP_255632456.1 WP_255632456.1 100 142 0 0 1 142 1 142 2.99e-97 274 WP_255632456.1 WP_076194242.1 25.9 85 43 2 64 135 373 450 1.03e-04 39.3 WP_120851940.1 WP_120851940.1 100 246 0 0 1 246 1 246 3.01e-182 498 WP_230269925.1 WP_230269925.1 100 190 0 0 1 190 1 190 1.12e-138 383 QBL97920.1 QBL97920.1 94.9 809 41 0 1 809 1 809 0.0 1461 KAJ3865263.1 KAJ3865263.1 98.3 1113 19 0 1 1113 1 1113 0.0 2216 NDJ88951.1 NDJ88951.1 97.5 550 14 0 1 550 1 550 0.0 1128 NDJ88951.1 RLB66027.1 28.5 537 336 19 3 523 1 505 1.12e-44 164 NDJ88951.1 WP_112119927.1 23.4 543 326 17 3 532 1 466 5.34e-27 112 NDJ88951.1 HBN9628875.1 25.5 526 328 16 17 525 694 1172 2.55e-23 103 NDJ88951.1 XP_052525039.1 24.2 550 322 20 27 523 124 631 2.35e-20 93.2 NDJ88951.1 WP_254101325.1 24.5 552 351 23 11 523 84 608 3.65e-18 86.3 NDJ88951.1 EJG3313804.1 23.2 392 232 16 100 459 85 439 3.16e-07 51.2 MBQ2085260.1 MBQ2085260.1 100 143 0 0 1 143 1 143 6.52e-106 296 KAH3670308.1 KAH3670308.1 76.2 286 68 0 1 286 1 286 1.28e-122 350 WP_013611731.1 WP_013611731.1 100 141 0 0 1 141 1 141 1.81e-102 287 SFX27592.1 SFX27592.1 100 692 0 0 1 692 1 692 0.0 1424 SFX27592.1 OFX32653.1 31.0 594 377 11 125 692 39 625 3.93e-73 247 SFX27592.1 HCT06136.1 27.8 547 367 12 118 641 166 707 5.60e-64 224 SFX27592.1 WP_074319120.1 31.3 501 331 5 162 653 208 704 5.75e-62 219 SFX27592.1 WP_041591748.1 28.1 552 368 9 142 678 90 627 2.38e-57 204 SFX27592.1 MBI6149093.1 28.9 512 349 9 162 664 238 743 1.17e-56 204 SFX27592.1 WP_278631399.1 27.9 147 77 4 511 629 501 646 7.58e-12 67.0 KAJ1918571.1 KAJ1918571.1 100 231 0 0 1 231 1 231 2.49e-178 486 WP_190728164.1 WP_190728164.1 100 82 0 0 1 82 1 82 1.61e-57 169 MCD1648821.1 MCD1648821.1 100 114 0 0 1 114 1 114 2.51e-78 224 WP_002318774.1 WP_002318774.1 100 671 0 0 1 671 1 671 0.0 1378 GDX50632.1 GDX50632.1 100 259 0 0 1 259 1 259 8.06e-198 538 GDX50632.1 MCB0558738.1 49.4 237 118 2 21 256 4 239 9.40e-76 228 PZR90627.1 PZR90627.1 100 356 0 0 1 356 1 356 5.57e-256 693 PZR90627.1 NEO63080.1 42.1 323 183 3 36 354 50 372 3.05e-80 248 PZR90627.1 KAH8969015.1 38.9 329 187 4 10 329 137 460 1.65e-59 197 PZR90627.1 WP_247072383.1 35.0 340 209 8 1 334 4 337 2.20e-56 186 MCM1122913.1 MCM1122913.1 100 73 0 0 1 73 1 73 1.18e-46 141 MCM1122913.1 WP_223292749.1 46.5 71 38 0 3 73 7 77 1.59e-19 73.2 MCM1122913.1 WP_186939222.1 45.2 73 40 0 1 73 1 73 9.78e-17 70.9 WP_154963182.1 WP_154963182.1 96.2 1020 39 0 1 1020 1 1020 0.0 1984 WP_154963182.1 WP_172616972.1 27.1 998 701 13 25 1008 30 1014 2.36e-108 360 WP_154963182.1 WP_096647361.1 23.7 1023 688 27 47 1013 49 1034 5.00e-43 168 WP_154963182.1 WP_265225845.1 22.2 1072 756 27 1 1012 1 1054 7.87e-41 161 UKU68032.1 UKU68032.1 99.1 4401 38 0 1 4401 1 4401 0.0 8948 UKU68032.1 ULA23837.2 98.7 4401 56 0 1 4401 1 4401 0.0 8941 UKU68032.1 UXH94526.1 98.7 4401 57 0 1 4401 1 4401 0.0 8937 UKU68032.1 QXR94354.1 98.5 4402 64 1 1 4401 1 4402 0.0 8924 UKU68032.1 UPP41269.1 98.5 4402 67 1 1 4401 1 4402 0.0 8920 UKU68032.1 QTD03487.1 98.4 4405 65 2 1 4401 1 4405 0.0 8920 UKU68032.1 QTM79632.1 98.5 4402 66 1 1 4401 1 4402 0.0 8917 UKU68032.1 USR14792.1 98.4 4402 68 1 1 4401 1 4402 0.0 8917 UKU68032.1 QTZ27226.1 98.4 4402 68 1 1 4401 1 4402 0.0 8913 UKU68032.1 UFM00670.1 98.4 4405 68 2 1 4401 1 4405 0.0 8909 UKU68032.1 UEC68750.1 98.4 4405 68 2 1 4401 1 4405 0.0 8906 UKU68032.1 UHM53165.1 98.4 4405 68 2 1 4401 1 4405 0.0 8904 UKU68032.1 UFM02602.1 98.4 4405 68 2 1 4401 1 4405 0.0 8904 UKU68032.1 UBL45068.1 98.4 4405 68 2 1 4401 1 4405 0.0 8901 UKU68032.1 UIR12670.1 98.8 4397 54 0 1 4397 1 4397 0.0 8858 UKU68032.1 UPA83906.1 98.7 4397 58 0 1 4397 1 4397 0.0 8847 UKU68032.1 UMF87224.1 98.6 4397 60 0 1 4397 1 4397 0.0 8843 UKU68032.1 UZO53924.1 98.5 4398 65 1 1 4397 1 4398 0.0 8837 UKU68032.1 URQ55824.1 98.5 4398 66 1 1 4397 1 4398 0.0 8835 UKU68032.1 QWC83326.1 98.5 4401 62 2 1 4397 1 4401 0.0 8834 UKU68032.1 UVB16817.1 98.5 4398 65 1 1 4397 1 4398 0.0 8834 UKU68032.1 QVD87869.1 98.5 4398 65 1 1 4397 1 4398 0.0 8833 UKU68032.1 QSZ25555.1 98.5 4401 64 2 1 4397 1 4401 0.0 8833 UKU68032.1 WEU87158.1 98.5 4401 64 2 1 4397 1 4401 0.0 8830 UKU68032.1 UBP50947.1 98.4 4401 65 2 1 4397 1 4401 0.0 8827 UKU68032.1 QZU16279.1 98.4 4401 65 2 1 4397 1 4401 0.0 8827 UKU68032.1 UBD95131.1 98.4 4401 65 2 1 4397 1 4401 0.0 8825 UKU68032.1 UEC52718.1 98.3 4401 69 2 1 4397 1 4401 0.0 8817 UKU68032.1 UKN67998.1 98.7 4377 55 0 21 4397 1 4377 0.0 8816 UKU68032.1 UBR86455.1 97.2 4400 120 2 2 4397 1 4400 0.0 8695 UKU68032.1 UJV88611.1 96.8 4401 142 0 1 4401 1 4401 0.0 8694 UKU68032.1 UXX67934.1 97.0 4398 132 1 1 4397 1 4398 0.0 8671 UKU68032.1 UOU30556.1 97.4 4398 113 1 1 4397 1 4398 0.0 8668 UKU68032.1 UJJ97602.1 96.5 4401 155 0 1 4401 1 4401 0.0 8661 UKU68032.1 UCP72061.1 96.7 4401 141 2 1 4397 1 4401 0.0 8643 UKU68032.1 UCP77012.1 96.6 4401 145 2 1 4397 1 4401 0.0 8634 UKU68032.1 UAQ80067.1 96.6 4401 147 2 1 4397 1 4401 0.0 8634 UKU68032.1 UJS94137.1 97.8 4296 96 0 106 4401 1 4296 0.0 8626 UKU68032.1 UGA79226.1 96.0 4401 173 2 1 4397 1 4401 0.0 8562 UKU68032.1 ULB83374.1 95.5 4401 196 0 1 4401 1 4401 0.0 8557 UKU68032.1 WHE12941.1 96.0 4372 176 1 27 4397 1 4372 0.0 8514 UKU68032.1 UVI10561.1 94.9 4371 223 1 28 4397 1 4371 0.0 8398 UKU68032.1 UGB98301.1 93.0 4405 306 2 1 4401 1 4405 0.0 8326 UKU68032.1 QRX02582.1 98.4 4098 61 2 1 4094 1 4098 0.0 8279 UKU68032.1 UJT06733.1 93.1 4397 304 0 1 4397 1 4397 0.0 8218 UKU68032.1 UFA30503.1 92.1 4340 340 2 27 4362 1 4340 0.0 8096 UKU68032.1 UMA88644.1 92.1 4376 347 0 22 4397 1 4376 0.0 8061 UKU68032.1 WGP70063.1 91.1 4369 387 2 1 4365 1 4369 0.0 8047 UKU68032.1 WEI27974.1 90.7 4402 408 1 1 4401 1 4402 0.0 8001 UKU68032.1 UNI03201.1 90.1 4378 432 2 27 4401 1 4378 0.0 7970 UKU68032.1 UEX07109.1 86.6 4379 581 2 27 4401 1 4379 0.0 7609 UKU68032.1 WGP98278.1 87.7 4364 533 2 1 4360 1 4364 0.0 7588 UKU68032.1 WAS49087.1 83.6 4398 722 1 1 4397 1 4398 0.0 7179 UKU68032.1 URP80785.1 82.2 4375 776 1 28 4401 1 4375 0.0 7091 UKU68032.1 UPB00876.1 76.0 4375 1047 1 28 4401 1 4375 0.0 6366 UKU68032.1 UYE49180.1 75.9 4402 1059 1 1 4401 1 4402 0.0 6363 UKU68032.1 WGQ72821.1 65.3 4344 1505 2 26 4365 1 4344 0.0 5221 NUP45658.1 NUP45658.1 92.0 226 18 0 1 226 1 226 5.29e-148 409 WP_041591748.1 WP_041591748.1 98.3 653 11 0 1 653 1 653 0.0 1296 WP_041591748.1 OFX32653.1 34.2 591 372 6 57 638 37 619 6.47e-109 341 WP_041591748.1 MBI6149093.1 34.0 556 355 7 90 638 218 768 5.95e-100 321 WP_041591748.1 HCT06136.1 33.2 549 350 4 89 625 196 739 2.12e-99 318 WP_041591748.1 WP_074319120.1 31.2 510 316 11 110 600 209 702 7.15e-67 231 WP_041591748.1 SFX27592.1 28.0 561 375 9 90 636 142 687 1.63e-57 204 WP_041591748.1 MBY0273331.1 26.5 555 348 16 84 589 38 581 1.40e-36 144 WP_041591748.1 WP_176307440.1 23.4 465 323 12 152 608 311 750 1.53e-25 110 WP_041591748.1 WP_278631399.1 29.8 225 110 6 424 606 450 668 1.92e-13 72.0 WP_041591748.1 WP_019100427.1 25.4 193 104 4 414 578 510 690 9.31e-12 66.6 WP_041591748.1 MBE5737882.1 27.6 181 99 4 462 610 511 691 1.58e-11 65.9 EED8954498.1 EED8954498.1 92.3 651 50 0 1 651 1 651 0.0 1215 EED8954498.1 CRZ84703.1 43.2 333 156 7 281 582 3 333 1.36e-75 249 MBU0638288.1 MBU0638288.1 100 648 0 0 1 648 1 648 0.0 1364 XP_023618023.1 XP_023618023.1 97.4 995 26 0 1 995 1 995 0.0 1928 KAJ7901288.1 KAJ7901288.1 68.8 416 130 0 1 416 1 416 4.00e-191 534 WP_005969797.1 WP_005969797.1 100 108 0 0 1 108 1 108 3.13e-76 218 WP_168976500.1 WP_168976500.1 98.1 578 11 0 1 578 1 578 0.0 1160 WP_061213510.1 WP_061213510.1 94.1 940 55 0 1 940 1 940 0.0 1805 TLZ56659.1 TLZ56659.1 100 188 0 0 1 188 1 188 5.78e-140 386 ROW17242.1 ROW17242.1 96.7 605 20 0 1 605 1 605 0.0 1220 XP_030111227.1 XP_030111227.1 100 445 0 0 1 445 1 445 0.0 894 XP_030111227.1 WP_088008362.1 44.3 411 223 4 1 411 51 455 4.16e-105 319 WP_254860001.1 WP_254860001.1 100 127 0 0 1 127 1 127 9.36e-87 246 WP_147757699.1 WP_147757699.1 100 336 0 0 1 336 1 336 1.03e-250 678 WP_147757699.1 ADT83844.1 28.2 124 87 2 27 150 120 241 1.18e-12 66.6 WP_149786838.1 WP_149786838.1 100 201 0 0 1 201 1 201 5.23e-138 382 WP_149786838.1 NPV11463.1 32.0 200 121 4 7 196 4 198 2.98e-22 88.2 WP_149786838.1 WP_193275955.1 41.0 100 58 1 99 198 337 435 4.01e-15 71.2 WP_149786838.1 MBU2178615.1 27.8 194 122 4 6 195 117 296 3.49e-13 65.1 MBQ7514694.1 MBQ7514694.1 100 209 0 0 1 209 1 209 6.16e-159 436 KAJ8599810.1 KAJ8599810.1 100 630 0 0 17 646 17 646 0.0 1251 WP_015919400.1 WP_015919400.1 98.8 801 10 0 1 801 1 801 0.0 1587 WP_015919400.1 WP_015615815.1 41.2 808 430 17 1 775 1 796 1.41e-198 585 WP_015919400.1 MCJ7548546.1 42.4 714 373 13 4 680 7 719 8.16e-164 490 WP_015919400.1 MBL8638832.1 35.7 859 477 20 4 800 48 893 1.41e-159 487 WP_015919400.1 KAI5122644.1 28.5 757 433 22 92 770 469 1195 6.41e-64 231 WP_015919400.1 KZV11597.1 27.2 646 403 20 131 717 123 760 3.31e-52 194 ADT83844.1 ADT83844.1 100 424 0 0 1 424 1 424 7.64e-318 855 ADT83844.1 WP_147757699.1 28.2 124 87 2 120 241 27 150 1.49e-12 66.6 CQR43717.1 CQR43717.1 100 60 0 0 1 60 1 60 2.90e-39 121 AZT92937.1 AZT92937.1 100 114 0 0 1 114 1 114 8.76e-79 225 MCG8609391.1 MCG8609391.1 100 118 0 0 1 118 1 118 3.24e-85 242 WP_143435921.1 WP_143435921.1 81.5 146 27 0 1 146 1 146 5.96e-74 216 WP_143435921.1 WP_139484744.1 36.9 122 66 4 17 134 9 123 4.61e-08 47.4 KAI5237214.1 KAI5237214.1 100 96 0 0 1 96 1 96 1.59e-68 198 KAI4790364.1 KAI4790364.1 94.5 889 49 0 1 889 1 889 0.0 1689 WP_090149712.1 WP_090149712.1 100 484 0 0 1 484 1 484 0.0 1012 WP_090149712.1 WP_227317406.1 32.5 468 293 6 6 472 5 450 1.72e-82 261 KAI7428497.1 KAI7428497.1 100 496 0 0 1 496 1 496 0.0 1053 KAI7428497.1 KAE8322051.1 36.6 363 194 12 14 356 9 355 9.27e-56 188 WP_023840997.1 WP_023840997.1 91.2 775 68 0 1 775 1 775 0.0 1326 WP_023840997.1 MBJ7506254.1 33.9 757 424 15 5 752 8 697 2.25e-127 394 WP_023840997.1 WP_002615101.1 33.5 558 318 6 166 706 171 692 4.52e-81 272 MCL5016798.1 MCL5016798.1 100 558 0 0 1 558 1 558 0.0 1179 HJC43196.1 HJC43196.1 100 108 0 0 1 108 1 108 2.21e-76 219 XP_033115746.1 XP_033115746.1 100 560 0 0 1 560 1 560 0.0 1142 XP_033115746.1 QFE31818.1 26.5 260 166 11 116 361 357 605 9.71e-07 50.1 MCA9828892.1 MCA9828892.1 100 307 0 0 1 307 1 307 3.81e-236 639 KAE9534034.1 KAE9534034.1 100 421 0 0 1 421 1 421 0.0 880 WP_099723413.1 WP_099723413.1 100 286 0 0 1 286 1 286 2.06e-209 570 MCR4805905.1 MCR4805905.1 100 222 0 0 1 222 1 222 5.43e-164 449 MXV83649.1 MXV83649.1 90.1 202 20 0 1 202 1 202 8.61e-133 369 WP_129502220.1 WP_129502220.1 100 489 0 0 1 489 1 489 0.0 962 VDL88157.1 VDL88157.1 100 99 0 0 1 99 1 99 1.98e-68 198 MCA1930442.1 MCA1930442.1 100 271 0 0 1 271 1 271 6.91e-205 557 MCA1930442.1 WP_050210146.1 44.4 250 125 5 5 248 765 1006 1.63e-55 190 MCA1930442.1 KAH6611424.1 44.4 126 67 2 122 244 832 957 3.67e-26 105 WP_205833587.1 WP_205833587.1 100 301 0 0 1 301 1 301 6.69e-218 592 WP_205833587.1 TQJ11194.1 40.4 151 90 0 144 294 166 316 8.47e-26 102 XP_028540875.1 XP_028540875.1 97.1 771 22 0 1 771 1 771 0.0 1486 WP_004127832.1 WP_004127832.1 100 97 0 0 1 97 1 97 6.71e-66 191 MBX6373297.1 MBX6373297.1 100 416 0 0 1 416 1 416 7.02e-294 794 KAI1294496.1 KAI1294496.1 81.6 141 26 0 1 141 1 141 1.29e-77 224 MBA2742690.1 MBA2742690.1 100 61 0 0 1 61 1 61 9.25e-41 125 PJB11797.1 PJB11797.1 100 201 0 0 1 201 1 201 6.16e-146 402 PJB11797.1 HBW9511025.1 46.0 189 102 0 3 191 6 194 1.66e-64 196 PJB11797.1 MCE2883039.1 42.4 139 77 2 56 191 1 139 1.71e-38 128 OWZ15943.1 OWZ15943.1 100 167 0 0 1 167 1 167 2.15e-118 330 KAJ0788155.1 KAJ0788155.1 100 82 0 0 1 82 1 82 5.40e-56 165 KAJ3641143.1 KAJ3641143.1 94.6 575 31 0 1 575 1 575 0.0 1073 OSS44110.1 OSS44110.1 92.5 479 36 0 1 479 1 479 0.0 887 XP_003878446.1 XP_003878446.1 100 189 0 0 1 189 1 189 7.29e-139 383 ONK59585.1 ONK59585.1 100 535 0 0 1 535 1 535 0.0 1126 MBQ7856432.1 MBQ7856432.1 100 433 0 0 1 433 1 433 0.0 870 MBQ7856432.1 WP_156061037.1 36.9 428 239 10 4 404 2 425 7.28e-77 244 KAJ9220763.1 KAJ9220763.1 65.7 405 139 0 27 431 27 431 1.34e-165 471 WP_102296123.1 WP_102296123.1 100 209 0 0 1 209 1 209 7.19e-158 433 WP_228062638.1 WP_228062638.1 98.9 1068 12 0 1 1068 1 1068 0.0 2147 WP_228062638.1 WP_034473228.1 49.5 1132 503 9 2 1068 4 1131 0.0 1021 RBQ75851.1 RBQ75851.1 90.0 539 54 0 1 539 1 539 0.0 971 WP_247498151.1 WP_247498151.1 100 203 0 0 1 203 1 203 9.47e-151 414 WP_247498151.1 WP_092156886.1 57.1 170 71 1 15 184 9 176 5.01e-58 179 WP_247498151.1 XP_032812066.1 33.8 154 98 2 16 167 9 160 1.77e-17 76.3 WP_258835625.1 WP_258835625.1 100 453 0 0 1 453 1 453 0.0 914 WP_258835625.1 MBP6375542.1 69.8 444 128 3 1 443 1 439 1.28e-234 647 WP_258835625.1 MBT4710545.1 47.4 447 225 6 1 443 1 441 5.07e-137 400 WP_258835625.1 PWM49891.1 40.3 447 251 6 1 442 1 436 2.41e-106 321 WP_258835625.1 WP_249505358.1 38.2 448 259 7 3 443 2 438 1.01e-98 301 WP_258835625.1 GER04731.1 31.0 439 276 12 7 440 9 425 2.99e-47 167 RCV36353.1 RCV36353.1 98.5 458 7 0 1 458 1 458 0.0 942 RCV36353.1 MCB5199682.1 29.7 91 60 3 86 174 68 156 1.86e-05 45.1 WP_002264996.1 WP_002264996.1 100 234 0 0 1 234 1 234 1.33e-170 467 WP_002264996.1 XP_028261945.1 31.6 237 126 10 25 234 201 428 2.33e-22 93.6 WP_002264996.1 XP_023607675.1 31.4 194 109 5 57 234 244 429 1.69e-20 88.2 WP_002264996.1 CAA9338705.1 36.4 44 28 0 162 205 52 95 2.08e-04 40.0 WP_125091196.1 WP_125091196.1 92.3 325 25 0 1 325 1 325 2.95e-208 570 WP_272906673.1 WP_272906673.1 100 483 0 0 1 483 1 483 0.0 971 WP_272906673.1 WP_124213670.1 37.4 481 275 10 6 479 5 466 2.45e-84 266 WP_272906673.1 WP_278449211.1 34.2 477 272 8 6 473 8 451 4.63e-83 263 WP_272906673.1 WP_164653811.1 34.7 476 267 8 6 474 27 465 9.59e-81 257 WP_272906673.1 WP_205173112.1 33.2 377 220 6 106 478 116 464 1.40e-67 222 WP_272906673.1 WP_175896721.1 44.7 275 139 4 125 393 133 400 1.81e-65 216 WP_272906673.1 MBP7222158.1 35.0 323 186 5 156 477 18 317 4.42e-62 203 WP_272906673.1 KNY10996.1 42.5 261 138 2 147 396 1 260 5.83e-62 202 WP_272906673.1 WP_271786410.1 38.8 340 195 6 140 477 8 336 6.20e-57 191 WP_272906673.1 MBM3222384.1 51.9 54 24 1 430 483 153 204 2.73e-09 55.5 WP_272906673.1 WP_232306300.1 32.0 122 79 3 4 123 1121 1240 4.46e-09 57.4 WP_272906673.1 WP_007708736.1 25.8 155 106 5 6 153 4 156 1.30e-07 50.8 WP_272906673.1 MBQ5584458.1 28.0 118 80 2 6 119 4 120 1.84e-06 47.4 WP_239280620.1 WP_239280620.1 95.7 322 14 0 1 322 1 322 1.97e-216 590 WP_239280620.1 AHG02917.1 36.5 304 180 4 20 318 14 309 5.91e-58 187 WP_239280620.1 MBX7055839.1 32.9 325 191 5 11 317 8 323 3.79e-47 160 WP_239280620.1 MBE7554905.1 31.7 319 195 3 26 321 20 338 9.23e-43 149 WP_239280620.1 WP_208042111.1 31.7 309 208 3 9 316 3 309 9.11e-39 137 WP_239280620.1 WP_149656427.1 30.2 275 178 4 58 320 53 325 5.30e-33 122 WP_239280620.1 KQB14740.1 31.2 298 195 4 29 317 28 324 4.09e-32 120 WP_239280620.1 KAB2860347.1 41.2 114 67 0 204 317 1 114 9.81e-24 92.4 MCE2456387.1 MCE2456387.1 100 417 0 0 1 417 1 417 0.0 868 MCE2456387.1 AMJ52230.1 38.6 101 62 0 135 235 2 102 2.94e-24 94.7 KAH0455857.1 KAH0455857.1 98.2 953 17 0 1 953 1 953 0.0 1927 MBO7602558.1 MBO7602558.1 100 366 0 0 1 366 1 366 3.48e-280 755 MBA3364572.1 MBA3364572.1 100 182 0 0 1 182 1 182 2.02e-128 356 MBA3364572.1 ORV24296.1 32.1 165 106 3 7 168 13 174 6.42e-14 65.1 KAF6037074.1 KAF6037074.1 100 148 0 0 1 148 1 148 1.58e-113 316 EJD6083724.1 EJD6083724.1 100 113 0 0 1 113 1 113 1.40e-79 227 XP_053603972.1 XP_053603972.1 100 590 0 0 1 590 1 590 0.0 1209 WP_168987397.1 WP_168987397.1 100 173 0 0 1 173 1 173 1.10e-123 343 WP_087514544.1 WP_087514544.1 77.8 126 28 0 1 126 1 126 1.25e-61 183 MBL4661703.1 MBL4661703.1 100 150 0 0 1 150 1 150 2.93e-110 308 WP_157447226.1 WP_157447226.1 100 226 0 0 1 226 1 226 4.27e-163 447 KAE9687153.1 KAE9687153.1 100 121 0 0 1 121 1 121 9.94e-86 243 HED33315.1 HED33315.1 100 384 0 0 1 384 1 384 2.14e-290 783 WP_000446844.1 WP_000446844.1 100 300 0 0 1 300 1 300 1.60e-229 622 WP_168945101.1 WP_168945101.1 96.1 466 18 0 1 466 1 466 0.0 885 WP_168945101.1 WP_064962354.1 27.5 371 222 17 1 349 1 346 2.00e-22 97.8 TIW69825.1 TIW69825.1 88.3 103 12 0 1 103 1 103 3.35e-62 182 WP_143823896.1 WP_143823896.1 100 488 0 0 1 488 1 488 0.0 991 XP_031104936.1 XP_031104936.1 100 548 0 0 1 548 1 548 0.0 1149 WP_258228246.1 WP_258228246.1 87.6 226 28 0 1 226 1 226 1.52e-139 391 WP_258228246.1 MBH8634352.1 30.1 136 95 0 26 161 32 167 1.14e-17 80.1 WP_183883741.1 WP_183883741.1 100 69 0 0 1 69 1 69 3.95e-41 127 EHG9421715.1 EHG9421715.1 98.4 613 10 0 1 613 1 613 0.0 1223 OMH80233.1 OMH80233.1 86.4 634 86 0 1 634 1 634 0.0 1117 WP_041302673.1 WP_041302673.1 95.7 727 31 0 1 727 1 727 0.0 1395 WP_041302673.1 WP_081845076.1 34.9 736 441 14 12 724 40 760 4.68e-128 397 MCE8014926.1 MCE8014926.1 100 295 0 0 1 295 1 295 3.21e-222 603 WP_173267071.1 WP_173267071.1 95.2 272 13 0 1 272 1 272 9.26e-190 519 KAF5344437.1 KAF5344437.1 100 863 0 0 1 863 1 863 0.0 1822 WP_190457829.1 WP_190457829.1 100 247 0 0 1 247 1 247 6.36e-189 514 MBX3242409.1 MBX3242409.1 100 253 0 0 1 253 1 253 2.59e-191 521 MBL9113742.1 MBL9113742.1 100 403 0 0 1 403 1 403 5.58e-298 803 XP_007828713.1 XP_007828713.1 100 238 0 0 1 238 1 238 3.14e-180 492 HIZ96099.1 HIZ96099.1 100 394 0 0 1 394 1 394 2.99e-302 813 HIZ96099.1 WP_238869695.1 40.6 397 231 3 1 393 3 398 1.67e-98 297 KAI6857291.1 KAI6857291.1 100 378 0 0 1 378 1 378 1.34e-290 783 XP_007077310.1 XP_007077310.1 100 203 0 0 1 203 1 203 3.30e-151 416 WP_123470196.1 WP_123470196.1 100 207 0 0 1 207 1 207 4.31e-149 410 WP_123470196.1 WP_255657767.1 41.5 94 51 1 14 103 11 104 1.02e-09 54.7 WP_008292946.1 WP_008292946.1 100 1118 0 0 1 1118 1 1118 0.0 2254 WP_008292946.1 MBX7220138.1 25.1 347 185 15 80 408 152 441 1.82e-16 82.8 WP_140476737.1 WP_140476737.1 97.9 480 10 0 1 480 1 480 0.0 956 CAI9301549.1 CAI9301549.1 100 466 0 0 1 466 1 466 0.0 964 MUN40768.1 MUN40768.1 100 419 0 0 1 419 1 419 2.63e-311 838 WP_114605464.1 WP_114605464.1 96.8 496 16 0 1 496 1 496 0.0 974 WP_114605464.1 MCQ2791623.1 40.1 489 264 11 14 494 6 473 8.05e-116 348 WP_072380563.1 WP_072380563.1 100 246 0 0 1 246 1 246 1.67e-179 491 WP_072380563.1 WP_115992495.1 47.6 248 125 2 1 243 1 248 6.25e-82 244 WP_072380563.1 WP_008470196.1 43.1 246 137 1 1 246 9 251 1.98e-71 217 WP_072380563.1 WP_279984614.1 43.7 245 134 1 1 241 9 253 8.45e-71 216 WP_072380563.1 WP_222125851.1 45.7 245 125 2 1 240 1 242 9.37e-71 215 WP_072380563.1 WP_142133210.1 42.9 240 134 1 1 240 10 246 3.43e-64 199 WP_072380563.1 WP_258581409.1 34.3 242 148 4 2 241 4 236 6.55e-40 139 WP_072380563.1 MWR41881.1 33.8 219 142 3 22 239 49 265 2.65e-36 127 WP_072380563.1 MCF7808720.1 36.5 211 118 6 17 220 26 227 1.38e-33 119 WP_072380563.1 MBU5353226.1 28.5 249 156 6 1 232 4 247 6.59e-31 114 WP_072380563.1 WP_098952357.1 32.5 228 144 6 18 239 32 255 1.15e-30 114 WP_072380563.1 WP_207918089.1 29.4 248 161 6 2 240 6 248 2.88e-30 111 WP_072380563.1 RUU66461.1 32.1 221 143 5 17 233 106 323 3.94e-28 108 WP_072380563.1 WP_227059655.1 28.9 228 156 4 18 241 345 570 4.71e-25 101 WP_072380563.1 WP_145468487.1 31.2 218 134 7 2 210 7 217 1.76e-23 93.2 WP_072380563.1 WP_071876418.1 27.6 228 153 4 2 227 300 517 6.66e-22 92.4 WP_072380563.1 WP_008056683.1 32.9 222 135 8 8 225 246 457 6.60e-21 89.7 WP_072380563.1 MBQ8297564.1 26.5 238 148 9 2 226 332 555 3.16e-16 75.9 WP_072380563.1 MCH4209672.1 27.8 205 107 7 11 204 392 566 5.35e-14 69.3 WP_072380563.1 WP_038440434.1 27.1 247 144 9 3 228 336 567 5.79e-13 66.2 WP_072380563.1 WAY96880.1 26.1 199 108 6 16 197 4 180 5.40e-11 58.5 WP_072380563.1 WP_041481207.1 28.7 167 101 5 16 174 352 508 5.31e-10 57.4 CBI36349.3 CBI36349.3 100 431 0 0 1 431 1 431 0.0 885 CBI36349.3 WP_225579579.1 31.2 426 279 5 2 420 7 425 5.80e-66 218 CBI36349.3 WP_253808359.1 32.5 418 275 4 3 419 2 413 6.75e-64 210 CBI36349.3 PHR72175.1 33.7 285 182 2 14 291 28 312 2.77e-40 144 CBI36349.3 PSR02572.1 32.4 278 173 3 30 296 71 344 4.18e-40 145 CBI36349.3 WP_073201850.1 31.1 228 146 3 75 291 93 320 2.57e-33 126 WP_046278045.1 WP_046278045.1 100 137 0 0 1 137 1 137 3.69e-100 281 WP_046278045.1 MCD6419504.1 34.8 112 72 1 2 112 5 116 2.40e-24 89.4 WP_059376966.1 WP_059376966.1 100 99 0 0 1 99 1 99 3.41e-69 200 KAG5276208.1 KAG5276208.1 96.4 1973 71 0 1 1973 1 1973 0.0 3541 CDQ50939.1 CDQ50939.1 93.5 123 8 0 1 123 1 123 3.87e-84 239 OOF77949.1 OOF77949.1 98.1 531 10 0 1 531 1 531 0.0 1086 MCO2595964.1 MCO2595964.1 81.4 194 36 0 1 194 1 194 8.52e-104 295 WP_279150283.1 WP_279150283.1 100 764 0 0 1 764 1 764 0.0 1590 MBV8133755.1 MBV8133755.1 100 219 0 0 1 219 1 219 3.69e-165 452 MBV8133755.1 MBD7990178.1 58.8 165 68 0 16 180 12 176 3.00e-73 219 MBV8133755.1 WP_204037257.1 39.2 181 105 1 25 205 12 187 1.04e-38 130 WP_074642620.1 WP_074642620.1 97.8 367 8 0 1 367 1 367 2.93e-268 725 MCI0677710.1 MCI0677710.1 96.1 306 12 0 1 306 1 306 2.90e-210 573 MCI0677710.1 PWU18232.1 46.6 307 151 6 8 303 13 317 1.15e-75 233 MCI0677710.1 MBQ9976843.1 40.5 306 170 5 8 304 6 308 2.70e-71 221 WP_078429679.1 WP_078429679.1 100 392 0 0 1 392 1 392 1.66e-298 804 WP_078429679.1 MBA2536487.1 55.6 392 165 2 1 392 1 383 7.70e-153 435 WP_078429679.1 WP_074825075.1 51.2 391 190 1 1 391 1 390 2.85e-135 390 WP_078429679.1 WP_277084622.1 47.8 312 159 3 84 391 1 312 1.37e-90 274 WP_078429679.1 WP_004619799.1 40.5 395 223 7 6 391 7 398 1.87e-83 258 WP_078429679.1 MCP1651746.1 38.3 399 238 4 1 391 4 402 1.04e-80 251 WP_078429679.1 EDH4057100.1 35.9 401 231 10 1 391 1 385 6.06e-64 207 WP_078429679.1 WP_083141943.1 34.1 399 241 7 1 391 1 385 1.27e-58 194 WP_078429679.1 XP_040685867.1 34.3 394 233 9 5 387 36 414 1.68e-56 189 KAG7534354.1 KAG7534354.1 100 652 0 0 1 652 1 652 0.0 1365 EFE9598678.1 EFE9598678.1 100 410 0 0 1 410 1 410 5.74e-315 847 WP_183662448.1 WP_183662448.1 88.7 230 26 0 1 230 1 230 8.55e-140 389 WP_214826002.1 WP_214826002.1 100 963 0 0 1 963 1 963 0.0 1946 WP_214826002.1 WP_146272353.1 29.7 1001 584 36 7 963 81 1005 5.89e-90 307 WP_214826002.1 MBP3518143.1 28.7 1004 574 36 38 963 128 1067 5.73e-77 271 WP_214826002.1 WP_278843343.1 27.1 1035 586 38 40 963 107 1083 1.77e-71 255 WP_214826002.1 WP_259301651.1 26.1 1044 552 49 23 963 123 1050 2.41e-49 188 WP_214826002.1 MCB9353584.1 24.9 1033 603 41 27 963 86 1041 4.60e-41 162 MBR0198895.1 MBR0198895.1 100 386 0 0 1 386 1 386 1.47e-298 803 WP_068241828.1 WP_068241828.1 100 420 0 0 1 420 1 420 0.0 869 MBS7623663.1 MBS7623663.1 100 293 0 0 1 293 1 293 7.03e-225 609 MBS7623663.1 HAG61063.1 37.1 280 135 3 12 291 24 262 1.91e-56 182 ABJ92889.1 ABJ92889.1 92.7 96 7 0 1 96 1 96 7.91e-60 176 ABJ92889.1 ACH90072.1 82.3 96 17 0 1 96 32 127 7.36e-54 170 ABJ92889.1 AFJ09957.1 82.3 96 17 0 1 96 4 99 2.17e-53 169 ABJ92889.1 AVA00513.1 80.2 96 19 0 1 96 4 99 4.35e-53 167 ABJ92889.1 BAO11608.1 80.2 96 19 0 1 96 4 99 1.73e-52 165 ABJ92889.1 ARR91819.1 81.3 96 18 0 1 96 4 99 2.18e-52 164 ABJ92889.1 QWY38042.1 80.2 96 19 0 1 96 4 99 3.92e-51 163 ABJ92889.1 ACY29573.1 77.1 96 22 0 1 96 4 99 1.59e-50 162 ABJ92889.1 BAO23243.1 78.1 96 21 0 1 96 4 99 3.37e-50 159 ABJ92889.1 AFV39595.1 81.3 96 18 0 1 96 57 152 2.01e-49 165 ABJ92889.1 AOW33101.1 81.9 83 15 0 14 96 1 83 6.42e-45 145 ABJ92889.1 AOW36968.1 78.3 83 18 0 14 96 1 83 1.10e-42 140 WP_029222917.1 WP_029222917.1 100 487 0 0 1 487 1 487 0.0 1011 WP_029222917.1 EGR2272270.1 29.3 263 127 6 267 472 414 674 1.62e-22 99.4 WP_029222917.1 WP_230171322.1 34.5 171 100 5 323 485 607 773 1.62e-21 96.7 WP_029222917.1 MBI5333464.1 31.5 168 104 3 315 474 224 388 5.85e-18 84.0 WP_029222917.1 MBK6870374.1 30.3 152 101 2 325 474 1 149 7.51e-17 77.4 WP_029222917.1 WP_000484099.1 31.2 170 104 6 315 476 204 368 5.36e-16 77.8 WP_029222917.1 WP_107169208.1 29.2 195 128 6 288 474 168 360 4.04e-12 65.9 WP_220778039.1 WP_220778039.1 98.9 734 8 0 1 734 1 734 0.0 1481 WP_220778039.1 WP_056082173.1 42.6 690 369 9 57 727 5 686 1.57e-191 558 GJP56269.1 GJP56269.1 73.7 3162 832 0 1 3162 1 3162 0.0 4361 NCS93910.1 NCS93910.1 100 70 0 0 1 70 1 70 1.40e-48 145 HIZ21956.1 HIZ21956.1 89.3 412 44 0 1 412 1 412 1.41e-275 748 WP_095173689.1 WP_095173689.1 100 314 0 0 1 314 1 314 8.69e-241 651 XP_012504886.1 XP_012504886.1 96.7 2610 86 0 1 2610 1 2610 0.0 5354 OJT13672.1 OJT13672.1 96.4 417 15 0 1 417 1 417 1.85e-310 836 XP_039870427.1 XP_039870427.1 100 326 0 0 1 326 1 326 1.79e-255 689 XP_039870427.1 XP_026175731.1 29.8 252 151 9 75 320 74 305 4.51e-18 81.6 WP_228281474.1 WP_228281474.1 100 129 0 0 1 129 1 129 4.98e-92 260 WP_228281474.1 WP_124583682.1 43.1 116 66 0 2 117 169 284 1.05e-23 91.3 WP_127202744.1 WP_127202744.1 97.4 389 10 0 1 389 1 389 3.45e-294 793 WP_140214184.1 WP_140214184.1 100 142 0 0 1 142 1 142 4.42e-108 301 WP_282791351.1 WP_282791351.1 88.7 335 38 0 1 335 1 335 4.33e-205 566 WP_200652460.1 WP_200652460.1 97.9 526 11 0 1 526 1 526 0.0 1039 WP_129825188.1 WP_129825188.1 100 86 0 0 1 86 1 86 2.80e-62 181 MBX5450151.1 MBX5450151.1 100 408 0 0 1 408 1 408 4.64e-304 819 WP_081851094.1 WP_081851094.1 97.3 413 11 0 1 413 1 413 9.76e-304 819 WP_081851094.1 WP_278243902.1 27.6 174 115 5 198 365 195 363 6.60e-07 49.3 MRR30429.1 MRR30429.1 82.8 87 15 0 1 87 1 87 4.68e-48 145 WP_125849054.1 WP_125849054.1 100 126 0 0 14 139 14 139 6.33e-93 263 WP_244631495.1 WP_244631495.1 100 350 0 0 1 350 1 350 2.31e-270 729 ADB27070.1 ADB27070.1 100 210 0 0 1 210 1 210 2.40e-152 419 ADB27070.1 AFJ09957.1 95.7 210 9 0 1 210 137 346 3.74e-150 421 ADB27070.1 ACV16867.1 95.7 210 9 0 1 210 38 247 1.20e-148 413 ADB27070.1 BAO23243.1 96.6 207 7 0 1 207 137 343 7.47e-148 413 ADB27070.1 BAO11608.1 96.1 203 8 0 1 203 137 339 2.16e-146 409 ADB27070.1 QWY38042.1 91.9 210 17 0 1 210 137 346 6.16e-146 410 ADB27070.1 ACH90072.1 93.8 210 13 0 1 210 165 374 2.55e-145 408 ADB27070.1 ACY29573.1 92.4 210 16 0 1 210 137 346 1.33e-143 405 ADB27070.1 AFV39595.1 93.3 210 14 0 1 210 190 399 7.64e-142 419 ADB27070.1 AOW36968.1 89.0 210 23 0 1 210 121 330 3.72e-141 395 ADB27070.1 AVA00513.1 90.6 203 19 0 1 203 137 339 1.02e-137 387 ADB27070.1 AOW33101.1 92.9 198 14 0 1 198 121 318 2.32e-136 383 ADB27070.1 ARR91819.1 94.1 170 10 0 1 170 138 307 6.30e-115 328 WP_222323558.1 WP_222323558.1 100 229 0 0 1 229 1 229 2.21e-171 469 VVC36036.1 VVC36036.1 100 85 0 0 1 85 1 85 6.95e-58 170 MBL6607133.1 MBL6607133.1 100 322 0 0 1 322 1 322 9.49e-249 672 DAO54200.1 DAO54200.1 100 48 0 0 1 48 1 48 6.54e-31 99.8 PGL69713.1 PGL69713.1 100 569 0 0 1 569 1 569 0.0 1152 PGL69713.1 EFU9196970.1 35.0 537 331 8 37 566 152 677 2.80e-107 339 PGL69713.1 WP_261970917.1 35.8 461 287 6 68 526 75 528 2.92e-91 289 XP_036914921.1 XP_036914921.1 93.8 1607 100 0 1 1607 1 1607 0.0 3080 XP_036914921.1 XP_051566275.1 25.7 346 190 7 223 516 32 362 1.82e-17 87.4 MBP8718427.1 MBP8718427.1 100 250 0 0 1 250 1 250 5.42e-187 510 MBP8718427.1 MBT3179978.1 33.0 212 119 6 7 202 254 458 1.53e-22 94.4 MBP8718427.1 BBL73457.1 29.1 223 149 4 17 231 297 518 2.42e-19 85.1 MBP8718427.1 WP_278416415.1 25.2 159 101 6 14 158 322 476 1.58e-07 50.1 MBP8718427.1 WP_038580218.1 23.5 179 118 5 35 203 363 532 5.28e-05 42.4 QWG36045.1 QWG36045.1 100 400 0 0 1 400 1 400 2.66e-299 806 WP_110066977.1 WP_110066977.1 91.6 335 28 0 1 335 1 335 1.26e-214 587 WP_110066977.1 EIU6828535.1 34.5 287 174 6 52 334 43 319 6.57e-48 162 WP_110066977.1 WP_249991478.1 31.9 285 185 5 52 334 49 326 1.60e-41 145 WP_110066977.1 EAP5059555.1 26.3 342 231 6 5 335 24 355 2.48e-30 116 WP_110066977.1 PPR79666.1 33.1 278 172 9 60 332 63 331 2.42e-29 113 KAF2570897.1 KAF2570897.1 100 70 0 0 1 70 1 70 2.73e-46 140 MCK4236496.1 MCK4236496.1 100 158 0 0 1 158 1 158 1.17e-113 317 XP_041912709.1 XP_041912709.1 97.8 1867 41 0 1 1867 1 1867 0.0 3835 WP_026564934.1 WP_026564934.1 100 189 0 0 1 189 1 189 1.26e-139 385 WP_026564934.1 WP_158934128.1 29.1 179 113 4 5 180 7 174 1.02e-14 67.4 WP_121953554.1 WP_121953554.1 100 210 0 0 1 210 1 210 8.72e-155 425 WP_169877562.1 WP_169877562.1 90.5 84 8 0 1 84 1 84 9.27e-49 147 GFU30764.1 GFU30764.1 100 86 0 0 1 86 1 86 6.62e-61 178 WP_231496029.1 WP_231496029.1 100 379 0 0 1 379 1 379 3.23e-278 751 EJE2345556.1 EJE2345556.1 100 697 0 0 1 697 1 697 0.0 1462 WP_260821709.1 WP_260821709.1 100 407 0 0 1 407 1 407 2.44e-294 795 KWD88427.1 KWD88427.1 100 64 0 0 1 64 1 64 8.29e-43 130 XP_022824318.1 XP_022824318.1 97.3 982 27 0 1 982 1 982 0.0 1925 XP_022824318.1 HHJ06374.1 43.8 550 281 5 307 840 33 570 8.76e-146 444 XP_022824318.1 HIT09367.1 28.7 202 97 10 498 673 86 266 7.60e-06 47.8 MCB0405579.1 MCB0405579.1 86.0 100 14 0 1 100 1 100 5.03e-58 172 WP_159117211.1 WP_159117211.1 100 227 0 0 1 227 1 227 4.65e-172 470 WP_159117211.1 WP_265775712.1 39.7 204 112 3 21 221 11 206 3.33e-52 166 EFX2174330.1 EFX2174330.1 96.9 321 10 0 1 321 1 321 1.50e-240 651 EFX2174330.1 WP_223413240.1 37.4 310 187 4 5 310 3 309 5.89e-59 191 EFX2174330.1 WP_266179881.1 35.5 321 200 3 5 321 3 320 4.60e-58 189 EFX2174330.1 WP_069697901.1 33.2 310 202 4 5 310 2 310 4.03e-50 168 EFX2174330.1 WP_138125503.1 31.9 313 201 6 5 310 2 309 2.32e-49 166 EFX2174330.1 RYY73542.1 30.1 166 102 3 65 218 79 242 5.23e-12 64.3 EFX2174330.1 MCP4974199.1 27.3 194 129 4 5 190 7 196 8.99e-12 63.5 EFX2174330.1 MBI1189702.1 41.7 84 48 1 62 145 68 150 5.27e-10 58.2 EFX2174330.1 MCH8293010.1 29.0 138 93 2 5 140 3 137 1.16e-08 53.9 EFX2174330.1 WP_218036247.1 30.3 119 77 3 7 124 1 114 6.06e-07 48.5 WP_065029373.1 WP_065029373.1 97.4 389 10 0 1 389 1 389 6.47e-274 741 WP_065029373.1 OGO01021.1 30.2 388 258 11 1 383 1 380 5.64e-46 160 WP_065029373.1 WP_065517671.1 30.9 391 251 8 2 380 7 390 4.37e-43 153 WP_065029373.1 MYJ01754.1 41.7 204 102 3 1 196 1 195 9.50e-42 144 WP_065029373.1 WP_032373688.1 26.6 349 216 10 3 342 6 323 5.18e-21 91.7 PPR79666.1 PPR79666.1 95.3 339 16 0 1 339 1 339 2.73e-227 619 PPR79666.1 WP_249991478.1 34.0 297 187 5 39 331 33 324 2.09e-44 153 PPR79666.1 AHK46784.1 32.2 301 183 9 45 331 24 317 2.55e-35 129 PPR79666.1 EIU6828535.1 32.3 285 173 8 60 335 48 321 2.76e-33 124 PPR79666.1 WP_110066977.1 31.3 278 177 10 63 331 60 332 1.97e-24 100 PPR79666.1 WP_097346712.1 27.1 277 200 2 60 336 386 660 6.91e-24 100 PPR79666.1 WP_158131988.1 26.5 279 200 4 54 331 381 655 7.01e-20 89.0 MBN2020480.1 MBN2020480.1 100 263 0 0 1 263 1 263 1.61e-190 520 WP_268678783.1 WP_268678783.1 100 288 0 0 1 288 1 288 2.00e-217 590 WP_268678783.1 NED83450.1 31.1 122 82 1 2 121 3 124 2.76e-14 70.1 WP_268678783.1 MBQ9299122.1 36.0 75 46 1 2 74 1 75 2.18e-05 43.5 WP_082780476.1 WP_082780476.1 100 216 0 0 1 216 1 216 1.06e-158 436 WP_082780476.1 NEP75465.1 34.5 165 98 2 44 203 62 221 1.64e-17 78.6 EGS8470081.1 EGS8470081.1 100 390 0 0 1 390 1 390 1.16e-297 801 EGS8470081.1 WP_283525395.1 42.7 375 208 4 3 375 7 376 8.08e-108 320 AAM52216.1 AAM52216.1 98.5 1436 22 0 1 1436 1 1436 0.0 2883 PYP75467.1 PYP75467.1 100 97 0 0 1 97 1 97 2.34e-66 192 MBW4662439.1 MBW4662439.1 97.0 394 12 0 1 394 1 394 2.83e-291 786 MBW4662439.1 WP_270430070.1 42.5 386 195 2 8 388 7 370 1.01e-108 322 MBW4662439.1 WP_090419626.1 39.0 372 195 6 7 373 5 349 1.21e-79 248 MBW4662439.1 WP_113767226.1 34.2 366 206 6 26 384 92 429 1.28e-63 208 MBW4662439.1 WP_064802002.1 33.1 372 220 6 33 391 31 386 5.97e-62 202 MBW4662439.1 WP_250015522.1 31.7 397 226 11 16 391 15 387 1.26e-54 183 MBW4662439.1 WP_179156843.1 28.3 364 229 8 36 388 22 364 3.54e-36 134 KAI9522339.1 KAI9522339.1 93.9 571 35 0 1 571 1 571 0.0 1084 WP_120851171.1 WP_120851171.1 95.0 555 28 0 1 555 1 555 0.0 1064 WP_235274869.1 WP_235274869.1 100 296 0 0 1 296 1 296 2.37e-229 621 WP_101000040.1 WP_101000040.1 96.7 307 10 0 1 307 1 307 1.07e-217 592 WP_250676265.1 WP_250676265.1 92.4 225 17 0 1 225 1 225 1.99e-147 408 WP_002857697.1 WP_002857697.1 100 292 0 0 1 292 1 292 1.16e-218 593 WP_002857697.1 GGS66510.1 35.0 220 133 5 64 281 61 272 5.57e-39 136 WP_002857697.1 MBN9625832.1 34.4 212 130 4 77 286 73 277 1.71e-36 130 WP_067835961.1 WP_067835961.1 89.8 245 25 0 1 245 1 245 8.36e-159 438 WP_067835961.1 WP_262175203.1 45.8 59 29 2 110 166 3 60 1.31e-05 42.4 WP_153853838.1 WP_153853838.1 100 115 0 0 1 115 1 115 1.45e-82 235 OAO15975.1 OAO15975.1 97.0 778 23 0 1 778 1 778 0.0 1590 HAJ19792.1 HAJ19792.1 100 88 0 0 1 88 1 88 1.88e-61 179 HAJ19792.1 WP_189931865.1 56.0 91 35 2 1 88 496 584 1.15e-25 97.1 HAJ19792.1 BBG20955.1 45.5 88 48 0 1 88 599 686 1.50e-22 88.2 HAJ19792.1 MBQ7389792.1 47.8 90 45 1 1 88 583 672 3.33e-21 84.3 MBN2427654.1 MBN2427654.1 100 603 0 0 1 603 1 603 0.0 1228 MBN2427654.1 MBP6400846.1 65.4 185 64 0 5 189 6 190 7.67e-82 253 MBN2427654.1 WP_010016619.1 25.4 504 312 17 3 471 14 488 5.58e-31 126 MBN2427654.1 WP_274976404.1 33.1 148 97 1 3 148 23 170 1.69e-14 75.1 EEZ9625188.1 EEZ9625188.1 100 312 0 0 1 312 1 312 7.06e-230 624 XP_046907253.1 XP_046907253.1 100 535 0 0 1 535 1 535 0.0 1092 XP_046907253.1 XP_051536923.1 28.7 544 288 19 5 533 3 461 1.42e-48 173 XP_046907253.1 KAI5618353.1 28.1 462 265 17 94 514 234 669 2.83e-36 141 WP_255519487.1 WP_255519487.1 100 332 0 0 1 332 1 332 1.64e-245 665 WP_255519487.1 MBN1566249.1 35.8 313 188 8 7 316 20 322 5.07e-52 173 WP_255519487.1 MCB1875218.1 28.2 330 184 12 11 327 24 313 1.09e-21 92.0 MBQ3724833.1 MBQ3724833.1 100 716 0 0 1 716 1 716 0.0 1491 MBQ3724833.1 MBI0103662.1 44.0 700 376 7 11 703 4 694 5.39e-213 613 MBQ3724833.1 NLZ92879.1 37.5 72 45 0 630 701 5 76 1.46e-09 55.1 MCH7568487.1 MCH7568487.1 93.8 177 11 0 1 177 1 177 3.10e-116 325 WP_260264417.1 WP_260264417.1 100 257 0 0 1 257 1 257 1.27e-184 504 EAC1801539.1 EAC1801539.1 100 240 0 0 1 240 1 240 4.29e-179 489 XP_020425985.1 XP_020425985.1 96.0 553 22 0 1 553 1 553 0.0 1072 XP_020425985.1 KAH0455857.1 44.8 96 53 0 266 361 585 680 7.45e-16 79.3 KAA1094631.1 KAA1094631.1 95.3 301 14 0 1 301 1 301 1.11e-216 589 QSZ25555.1 QSZ25555.1 99.2 7096 57 0 1 7096 1 7096 0.0 14372 QSZ25555.1 QWC83326.1 99.1 7096 67 0 1 7096 1 7096 0.0 14350 QSZ25555.1 WEU87158.1 99.1 7096 67 0 1 7096 1 7096 0.0 14350 QSZ25555.1 UBP50947.1 99.0 7096 72 0 1 7096 1 7096 0.0 14338 QSZ25555.1 QVD87869.1 99.0 7096 70 1 1 7096 1 7093 0.0 14335 QSZ25555.1 UBD95131.1 98.9 7096 76 0 1 7096 1 7096 0.0 14329 QSZ25555.1 UEC52718.1 98.9 7096 79 0 1 7096 1 7096 0.0 14322 QSZ25555.1 UZO53924.1 98.9 7096 77 1 1 7096 1 7093 0.0 14319 QSZ25555.1 URQ55824.1 98.9 7096 77 1 1 7096 1 7093 0.0 14319 QSZ25555.1 UMF87224.1 98.9 7096 76 2 1 7096 1 7092 0.0 14318 QSZ25555.1 UVB16817.1 98.9 7096 76 1 1 7096 1 7093 0.0 14318 QSZ25555.1 QZU16279.1 98.6 7096 100 0 1 7096 1 7096 0.0 14272 QSZ25555.1 UIR12670.1 98.5 7096 99 2 1 7096 1 7092 0.0 14262 QSZ25555.1 UPA83906.1 98.3 7096 116 2 1 7096 1 7092 0.0 14221 QSZ25555.1 UBR86455.1 98.1 7095 134 0 2 7096 1 7095 0.0 14191 QSZ25555.1 UXX67934.1 97.9 7096 145 1 1 7096 1 7093 0.0 14154 QSZ25555.1 UCP72061.1 97.9 7096 151 0 1 7096 1 7096 0.0 14151 QSZ25555.1 UCP77012.1 97.7 7096 162 0 1 7096 1 7096 0.0 14128 QSZ25555.1 UKN67998.1 97.4 7076 177 2 21 7096 1 7072 0.0 14028 QSZ25555.1 WHE12941.1 97.3 7070 188 1 27 7096 1 7067 0.0 14000 QSZ25555.1 UGA79226.1 96.8 7096 226 0 1 7096 1 7096 0.0 13973 QSZ25555.1 UAQ80067.1 96.3 7096 260 0 1 7096 1 7096 0.0 13884 QSZ25555.1 UJT06733.1 95.4 7096 320 2 1 7096 1 7092 0.0 13702 QSZ25555.1 UVI10561.1 95.4 7069 319 1 28 7096 1 7066 0.0 13684 QSZ25555.1 UOU30556.1 94.0 7096 421 1 1 7096 1 7093 0.0 13465 QSZ25555.1 UMA88644.1 90.9 7075 642 2 22 7096 1 7071 0.0 12886 QSZ25555.1 WAS49087.1 89.6 7096 732 1 1 7096 1 7093 0.0 12690 QSZ25555.1 WGP98278.1 84.4 7096 1104 0 1 7096 1 7096 0.0 11789 QSZ25555.1 QTD03487.1 99.0 4401 45 0 1 4401 1 4401 0.0 8896 QSZ25555.1 QXR94354.1 98.9 4401 45 1 1 4401 1 4398 0.0 8881 QSZ25555.1 UFM00670.1 98.8 4401 52 0 1 4401 1 4401 0.0 8877 QSZ25555.1 UEC68750.1 98.8 4401 52 0 1 4401 1 4401 0.0 8874 QSZ25555.1 QTM79632.1 98.9 4401 47 1 1 4401 1 4398 0.0 8874 QSZ25555.1 UBL45068.1 98.9 4401 50 0 1 4401 1 4401 0.0 8873 QSZ25555.1 UHM53165.1 98.8 4401 52 0 1 4401 1 4401 0.0 8872 QSZ25555.1 UFM02602.1 98.8 4401 52 0 1 4401 1 4401 0.0 8871 QSZ25555.1 QTZ27226.1 98.8 4401 49 1 1 4401 1 4398 0.0 8870 QSZ25555.1 ULA23837.2 98.8 4401 50 2 1 4401 1 4397 0.0 8866 QSZ25555.1 UPP41269.1 98.8 4401 52 1 1 4401 1 4398 0.0 8865 QSZ25555.1 USR14792.1 98.7 4401 53 1 1 4401 1 4398 0.0 8862 QSZ25555.1 UXH94526.1 98.8 4401 51 2 1 4401 1 4397 0.0 8861 QSZ25555.1 UKU68032.1 98.5 4401 64 2 1 4401 1 4397 0.0 8833 QSZ25555.1 UJV88611.1 96.8 4401 135 2 1 4401 1 4397 0.0 8672 QSZ25555.1 UJJ97602.1 96.5 4401 148 2 1 4401 1 4397 0.0 8639 QSZ25555.1 UJS94137.1 97.8 4296 90 2 106 4401 1 4292 0.0 8556 QSZ25555.1 ULB83374.1 95.6 4401 190 2 1 4401 1 4397 0.0 8533 QSZ25555.1 UGB98301.1 93.4 4401 290 0 1 4401 1 4401 0.0 8299 QSZ25555.1 QRX02582.1 99.0 4098 40 0 1 4098 1 4098 0.0 8268 QSZ25555.1 UFA30503.1 92.5 4340 325 0 27 4366 1 4340 0.0 8077 QSZ25555.1 WGP70063.1 91.6 4369 369 0 1 4369 1 4369 0.0 8032 QSZ25555.1 WEI27974.1 90.3 4401 423 1 1 4401 1 4398 0.0 7961 QSZ25555.1 UNI03201.1 90.4 4375 419 1 27 4401 1 4374 0.0 7935 QSZ25555.1 UEX07109.1 87.1 4375 565 0 27 4401 1 4375 0.0 7595 QSZ25555.1 URP80785.1 81.7 4374 799 1 28 4401 1 4371 0.0 7046 QSZ25555.1 UPB00876.1 75.7 4374 1061 1 28 4401 1 4371 0.0 6319 QSZ25555.1 UYE49180.1 75.3 4401 1082 1 1 4401 1 4398 0.0 6316 QSZ25555.1 WGQ72821.1 65.7 4344 1488 0 26 4369 1 4344 0.0 5223 HAA59914.1 HAA59914.1 84.9 146 22 0 1 146 1 146 2.13e-83 239 PTI43160.1 PTI43160.1 100 87 0 0 1 87 1 87 4.83e-59 173 WP_128942179.1 WP_128942179.1 100 286 0 0 1 286 1 286 9.67e-199 543 WP_261996416.1 WP_261996416.1 100 305 0 0 1 305 1 305 3.23e-227 616 HCM9096811.1 HCM9096811.1 88.8 169 19 0 1 169 1 169 3.25e-105 296 HCM9096811.1 WP_063505693.1 63.5 156 57 0 8 163 7 162 7.57e-66 197 HCM9096811.1 MCI6491833.1 45.5 143 75 2 10 152 5 144 3.06e-36 122 WP_264218405.1 WP_264218405.1 100 246 0 0 1 246 1 246 4.65e-186 507 MBQ5584458.1 MBQ5584458.1 100 231 0 0 1 231 1 231 4.64e-174 476 MBQ5584458.1 WP_069156513.1 47.0 219 112 3 4 219 5 222 6.30e-62 192 MBQ5584458.1 WP_194544138.1 41.5 217 123 1 4 216 13 229 3.47e-58 182 MBQ5584458.1 WP_026893585.1 39.7 224 129 3 4 227 5 222 2.89e-52 167 MBQ5584458.1 MBP1530348.1 35.2 227 138 2 1 227 1 218 7.09e-47 153 MBQ5584458.1 WP_186723788.1 34.5 226 144 2 4 229 8 229 2.33e-43 144 MBQ5584458.1 WP_007708736.1 37.1 229 141 1 1 226 1 229 2.64e-43 144 MBQ5584458.1 EAG2350674.1 50.8 124 61 0 4 127 5 128 1.32e-41 136 MBQ5584458.1 PYP94120.1 36.8 228 134 7 3 227 2 222 5.29e-40 135 MBQ5584458.1 WP_101794136.1 34.6 234 146 1 3 229 26 259 3.27e-38 132 MBQ5584458.1 MCL7714424.1 33.6 226 142 3 4 226 5 225 4.42e-34 120 MBQ5584458.1 EAC1232420.1 28.9 228 157 3 1 228 1 223 4.10e-29 107 MBQ5584458.1 WP_064652354.1 32.7 226 149 3 1 224 1 225 9.78e-27 101 MBQ5584458.1 WP_232306300.1 35.6 149 88 4 4 149 1123 1266 2.70e-21 90.5 MBQ5584458.1 WP_185031483.1 32.2 143 97 0 64 206 61 203 5.94e-18 78.2 MBQ5584458.1 EDN57974.1 34.6 107 63 1 4 103 778 884 1.01e-11 62.4 MBQ5584458.1 PKL50735.1 28.8 118 79 4 4 117 951 1067 7.52e-08 50.8 MBQ5584458.1 WP_272906673.1 28.0 118 80 2 4 120 6 119 8.79e-07 47.4 MBQ5584458.1 MPZ95749.1 33.3 102 63 3 4 102 12 111 1.02e-06 46.6 MBQ5584458.1 WP_250850661.1 26.7 165 101 6 4 165 9 156 7.18e-05 40.8 WP_050837451.1 WP_050837451.1 92.9 255 18 0 1 255 1 255 2.38e-163 451 WP_261802249.1 WP_261802249.1 97.3 374 10 0 1 374 1 374 6.26e-278 750 WP_261802249.1 WP_191131110.1 33.7 104 65 3 269 369 255 357 4.32e-08 52.8 WP_222599035.1 WP_222599035.1 98.3 703 12 0 1 703 1 703 0.0 1410 WP_222599035.1 NFD84694.1 28.7 415 277 7 282 690 346 747 4.83e-44 167 WP_222599035.1 WP_036258374.1 28.5 449 299 9 252 688 112 550 1.61e-40 155 WP_222599035.1 MBT3459617.1 37.7 207 122 3 486 688 5 208 1.32e-36 135 WP_222599035.1 MBQ8297564.1 26.8 414 272 12 288 688 161 556 4.56e-36 142 WP_222599035.1 WP_247429569.1 28.0 225 151 5 472 687 22 244 1.29e-20 90.5 WP_222599035.1 WP_278489123.1 33.3 216 120 6 486 689 32 235 3.57e-20 89.7 WP_222599035.1 WP_089095302.1 32.6 227 126 7 471 678 8 226 4.05e-20 93.2 WP_222599035.1 WP_237907640.1 32.0 206 117 6 487 682 24 216 9.21e-16 77.8 WP_222599035.1 EHR6291555.1 27.4 219 146 7 480 694 21 230 5.56e-11 63.9 WP_222599035.1 MCA6099904.1 24.4 201 124 5 469 664 8 185 7.35e-09 57.0 WP_222599035.1 WP_153844272.1 29.5 207 118 8 489 678 282 477 1.65e-08 55.8 KAI7371949.1 KAI7371949.1 93.2 964 66 0 1 964 1 964 0.0 1874 KAI7371949.1 KAJ5168969.1 74.2 616 154 2 281 892 134 748 0.0 942 KAI7371949.1 WP_060613079.1 32.0 588 384 12 306 888 3 579 9.19e-77 261 KAI7371949.1 MBQ4454347.1 31.7 492 330 6 396 885 85 572 1.06e-72 249 KAI7371949.1 WP_195238978.1 32.0 515 321 11 394 889 217 721 2.56e-64 229 KAI7371949.1 WP_011512097.1 35.4 441 253 15 476 903 172 593 4.38e-57 206 KAI7371949.1 MBQ8297564.1 29.2 480 315 13 406 873 89 555 2.25e-53 194 KAI7371949.1 WP_247749043.1 29.2 455 283 17 459 891 164 601 4.66e-35 140 KAI7371949.1 WAY96880.1 39.5 195 114 2 666 859 4 195 3.56e-34 128 KAI7371949.1 KAJ2660037.1 27.6 493 305 18 421 886 1576 2043 2.23e-33 138 KAI7371949.1 NNE23115.1 27.9 208 126 9 671 868 22 215 4.54e-12 67.0 KAI7371949.1 WP_036816548.1 28.0 254 135 12 665 890 20 253 7.05e-12 65.1 XP_034729382.1 XP_034729382.1 96.9 326 10 0 1 326 1 326 4.67e-242 655 ARS36073.1 ARS36073.1 100 60 0 0 1 60 1 60 6.07e-41 125 MBW3244368.1 MBW3244368.1 82.5 354 62 0 1 354 1 354 5.53e-200 551 HCD14621.1 HCD14621.1 100 296 0 0 1 296 1 296 1.93e-219 596 HCD14621.1 WP_135306871.1 43.5 285 160 1 10 293 13 297 2.19e-74 229 HCD14621.1 QEC74319.1 30.7 257 172 4 13 263 8 264 1.35e-35 127 XP_045954854.1 XP_045954854.1 95.9 591 24 0 1 591 1 591 0.0 1158 WP_116803659.1 WP_116803659.1 96.7 302 10 0 1 302 1 302 1.46e-217 592 WP_116803659.1 MBE0669914.1 34.1 273 165 5 24 291 39 301 7.13e-45 153 WP_116803659.1 MBC6481257.1 29.1 306 191 7 1 291 15 309 3.14e-36 133 WP_116803659.1 WP_167301289.1 29.6 213 131 8 68 268 70 275 3.77e-05 43.1 MBU22120.1 MBU22120.1 98.5 984 15 0 1 984 1 984 0.0 1981 MBU22120.1 WP_125260587.1 44.9 988 469 15 14 976 6 943 7.83e-284 813 MBU22120.1 MBO8485404.1 32.2 997 461 18 12 969 11 831 4.76e-154 474 MBU22120.1 WP_158347019.1 39.2 660 357 9 322 954 158 800 2.33e-146 454 MBU22120.1 MCD6199266.1 39.9 526 298 4 441 954 297 816 9.05e-128 405 MBU22120.1 WP_276362074.1 33.3 81 51 2 519 598 150 228 4.05e-07 50.8 MBU22120.1 WP_256546297.1 34.0 103 57 4 496 593 146 242 2.59e-05 45.4 EAE1668788.1 EAE1668788.1 100 376 0 0 1 376 1 376 1.95e-282 762 WP_223489404.1 WP_223489404.1 100 281 0 0 1 281 1 281 4.35e-213 578 WP_260320705.1 WP_260320705.1 100 399 0 0 1 399 1 399 3.49e-299 806 WP_260320705.1 MBV8508112.1 36.4 379 226 7 18 396 25 388 5.40e-77 242 WP_164636708.1 WP_164636708.1 100 477 0 0 1 477 1 477 0.0 979 WP_164636708.1 2VGF_A 37.9 491 280 10 2 470 40 527 1.30e-94 294 XP_036201052.1 XP_036201052.1 95.7 506 22 0 1 506 1 506 0.0 1003 NGY89703.1 NGY89703.1 100 107 0 0 1 107 1 107 2.70e-72 208 TRZ64304.1 TRZ64304.1 100 439 0 0 1 439 1 439 0.0 872 TRZ64304.1 WP_113544184.1 40.7 427 249 2 1 426 728 1151 4.48e-104 332 TRZ64304.1 WP_130528929.1 41.9 370 208 3 2 371 591 953 3.05e-96 308 TRZ64304.1 MAF07216.1 38.3 277 145 7 2 261 373 640 2.11e-46 168 CAG8457419.1 CAG8457419.1 100 578 0 0 1 578 1 578 0.0 1209 WP_108879099.1 WP_108879099.1 93.5 170 11 0 1 170 1 170 1.20e-110 311 WP_033105884.1 WP_033105884.1 100 330 0 0 1 330 1 330 1.79e-257 695 WP_134885491.1 WP_134885491.1 100 556 0 0 1 556 1 556 0.0 1149 WP_134885491.1 WP_061905238.1 30.8 571 340 11 6 547 20 564 1.98e-75 249 WP_134885491.1 HBY86896.1 34.2 348 205 5 6 330 20 366 7.99e-49 171 WP_134885491.1 NNL66378.1 31.6 133 67 2 8 116 5 137 7.41e-15 70.1 XP_026433405.1 XP_026433405.1 100 331 0 0 1 331 1 331 7.90e-257 693 WP_049771622.1 WP_049771622.1 85.9 128 18 0 1 128 1 128 2.09e-70 205 HIR95098.1 HIR95098.1 95.7 515 22 0 1 515 1 515 0.0 1000 KAF8288686.1 KAF8288686.1 96.4 660 24 0 1 660 1 660 0.0 1322 MXE70911.1 MXE70911.1 100 78 0 0 1 78 1 78 7.91e-54 159 XP_054030025.1 XP_054030025.1 100 300 0 0 1 300 1 300 1.22e-233 632 MCR5093499.1 MCR5093499.1 100 89 0 0 1 89 1 89 1.04e-63 185 KFO63955.1 KFO63955.1 100 72 0 0 1 72 1 72 5.63e-49 147 KFO63955.1 MCQ2059483.1 45.6 68 37 0 3 70 75 142 2.07e-17 69.3 AVA00513.1 AVA00513.1 100 339 0 0 1 339 1 339 2.98e-256 692 AVA00513.1 BAO11608.1 90.3 339 33 0 1 339 1 339 1.68e-237 645 AVA00513.1 AFJ09957.1 90.9 339 31 0 1 339 1 339 1.06e-235 644 AVA00513.1 ACY29573.1 91.2 339 30 0 1 339 1 339 1.18e-235 644 AVA00513.1 BAO23243.1 90.0 339 34 0 1 339 1 339 2.65e-235 640 AVA00513.1 ACH90072.1 90.0 339 34 0 1 339 29 367 5.20e-235 640 AVA00513.1 QWY38042.1 89.7 339 35 0 1 339 1 339 2.98e-232 634 AVA00513.1 AFV39595.1 90.6 339 32 0 1 339 54 392 4.05e-232 656 AVA00513.1 AOW33101.1 93.1 318 22 0 17 334 1 318 7.21e-227 617 AVA00513.1 AOW36968.1 90.7 323 30 0 17 339 1 323 7.28e-226 615 AVA00513.1 ARR91819.1 84.4 307 47 1 1 306 1 307 7.17e-190 523 AVA00513.1 ACV16867.1 92.1 240 19 0 100 339 1 240 2.28e-166 464 AVA00513.1 ADB27070.1 90.6 203 19 0 137 339 1 203 1.64e-137 387 AVA00513.1 ABJ92889.1 74.0 96 25 0 4 99 1 96 1.90e-47 154 KAJ2074960.1 KAJ2074960.1 100 92 0 0 1 92 1 92 9.85e-59 173 WP_281094896.1 WP_281094896.1 95.6 1022 45 0 1 1022 1 1022 0.0 1971 KJY45691.1 KJY45691.1 100 75 0 0 1 75 1 75 1.64e-47 143 GFR70582.1 GFR70582.1 100 13 0 0 1 13 1 13 7.25e-04 33.1 KAG6025013.1 KAG6025013.1 97.4 384 10 0 1 384 1 384 1.89e-284 768 NAZ85407.1 NAZ85407.1 100 165 0 0 1 165 1 165 2.00e-113 317 WP_278960438.1 WP_278960438.1 100 54 0 0 1 54 1 54 1.18e-31 102 WP_032884901.1 WP_032884901.1 94.2 260 15 0 1 260 1 260 3.05e-173 476 WP_032884901.1 WP_250824310.1 45.4 238 126 3 25 258 32 269 1.12e-65 204 WP_018916691.1 WP_018916691.1 96.8 380 12 0 1 380 1 380 6.47e-274 741 WP_050274510.1 WP_050274510.1 100 455 0 0 1 455 1 455 0.0 932 WP_050274510.1 WP_112449552.1 42.0 398 211 6 69 449 91 485 4.03e-101 309 WP_050274510.1 WP_241420500.1 34.6 471 273 8 9 447 13 480 1.01e-81 259 WP_050274510.1 PTQ72351.1 35.8 372 210 4 85 445 40 393 2.35e-73 234 NEB38825.1 NEB38825.1 93.8 485 30 0 1 485 1 485 0.0 896 NEB38825.1 WP_131284109.1 36.1 502 289 12 1 484 1 488 5.74e-91 284 NEB38825.1 OHA02323.1 32.0 381 211 13 67 422 147 504 2.64e-41 154 NEB38825.1 WP_196051328.1 26.6 451 255 19 76 481 254 673 1.39e-28 117 NEB38825.1 PIQ07033.1 28.3 283 178 7 142 422 199 458 4.04e-24 103 NEB38825.1 WP_225592933.1 35.7 266 131 15 212 467 345 580 2.06e-15 77.0 MCU0925088.1 MCU0925088.1 100 180 0 0 1 180 1 180 1.09e-131 364 MCU0925088.1 MBN2689333.1 45.5 110 51 2 39 148 16 116 1.81e-28 101 WP_067041261.1 WP_067041261.1 95.0 218 11 0 1 218 1 218 4.56e-145 401 WP_166106360.1 WP_166106360.1 98.0 538 11 0 1 538 1 538 0.0 1036 WP_166106360.1 TMG86695.1 26.8 276 145 12 292 526 11 270 1.07e-13 70.1 WP_166106360.1 WP_283842967.1 29.1 251 139 12 283 513 333 564 1.45e-10 62.0 WP_166106360.1 PSQ73325.1 26.9 260 138 11 306 536 620 856 5.30e-10 60.5 WP_166106360.1 TVR41840.1 27.2 213 127 10 304 513 307 494 9.17e-10 59.3 WP_166106360.1 MBR6403893.1 26.2 233 137 10 300 524 210 415 1.59e-07 52.0 WP_139994336.1 WP_139994336.1 96.1 281 11 0 1 281 1 281 7.45e-205 558 WP_139994336.1 WP_059171534.1 46.0 272 144 3 1 270 1 271 1.69e-80 243 WP_232939508.1 WP_232939508.1 100 90 0 0 1 90 1 90 4.72e-65 189 WP_182039401.1 WP_182039401.1 95.7 368 16 0 1 368 1 368 7.79e-269 727 WP_182039401.1 WP_019182526.1 40.8 353 202 3 18 367 35 383 4.16e-87 266 THB74636.1 THB74636.1 100 515 0 0 1 515 1 515 0.0 1011 PIO49166.1 PIO49166.1 100 271 0 0 1 271 1 271 7.50e-209 567 WP_046625651.1 WP_046625651.1 100 576 0 0 1 576 1 576 0.0 1189 WP_046625651.1 KAF9463056.1 32.0 556 336 10 41 560 16 565 1.67e-77 254 WP_046625651.1 MCU1518283.1 30.9 572 314 17 23 529 3 558 1.35e-73 244 WP_046625651.1 WP_236525681.1 31.8 512 307 16 44 527 68 565 9.08e-58 202 MBU1707539.1 MBU1707539.1 100 115 0 0 1 115 1 115 3.99e-80 229 ADW49125.1 ADW49125.1 95.3 211 10 0 1 211 1 211 3.64e-143 396 ADW49125.1 AFA24308.1 90.0 211 21 0 1 211 2 212 7.83e-136 377 ADW49125.1 QUA05739.1 90.2 204 20 0 1 204 9 212 5.90e-131 365 ADW49125.1 AWS34156.1 80.6 211 41 0 1 211 9 219 8.98e-123 345 ADW49125.1 AVM35379.1 81.0 211 40 0 1 211 4 214 4.35e-122 343 ADW49125.1 AFA09475.1 85.4 205 30 0 7 211 1 205 6.40e-122 342 ADW49125.1 ADJ35581.1 76.3 211 50 0 1 211 10 220 3.61e-120 338 ADW49125.1 QUQ06080.1 73.5 211 56 0 1 211 9 219 8.29e-112 317 ADW49125.1 ABQ63546.1 73.5 211 56 0 1 211 8 218 3.79e-110 313 ADW49125.1 AOR13807.1 75.8 198 48 0 2 199 1 198 5.17e-108 306 ADW49125.1 AAX94106.1 85.2 189 28 0 23 211 1 189 7.30e-108 315 ADW49125.1 AHK62764.1 67.8 211 68 0 1 211 5 215 2.97e-103 295 ADW49125.1 UZF38514.1 66.5 206 69 0 6 211 1 206 2.78e-100 287 ADW49125.1 AGI15931.1 67.8 205 66 0 1 205 2 206 1.08e-97 281 ADW49125.1 AMA90994.1 73.0 189 51 0 1 189 9 197 4.56e-97 279 ADW49125.1 AKT58828.1 71.1 187 54 0 1 187 9 195 3.31e-94 271 ADW49125.1 AOQ89457.1 71.0 183 53 0 1 183 5 187 6.20e-88 255 ADW49125.1 AKA56406.1 64.4 194 62 2 1 192 9 197 5.49e-84 246 ADW49125.1 AHH30646.1 70.2 168 48 2 24 191 6 171 4.82e-79 232 ADW49125.1 APC24336.1 60.7 112 44 0 100 211 1 112 4.58e-37 131 MBR2564295.1 MBR2564295.1 100 339 0 0 1 339 1 339 5.37e-259 699 CAB0034103.1 CAB0034103.1 92.0 598 48 0 1 598 1 598 0.0 1163 WP_047594685.1 WP_047594685.1 98.4 807 13 0 1 807 1 807 0.0 1630 WP_047594685.1 WP_119344914.1 31.2 714 426 20 106 807 45 705 4.85e-79 267 WP_047594685.1 KAA1286543.1 35.3 170 91 4 46 196 3 172 7.14e-15 77.0 WP_047594685.1 OGU48181.1 31.9 119 71 3 138 256 71 179 1.90e-11 65.9 WP_004762412.1 WP_004762412.1 100 674 0 0 1 674 1 674 0.0 1411 MBW0445137.1 MBW0445137.1 100 192 0 0 1 192 1 192 2.09e-144 397 WP_062300449.1 WP_062300449.1 100 808 0 0 1 808 1 808 0.0 1683 WP_062300449.1 WP_044772468.1 27.6 381 249 10 73 431 86 461 8.39e-27 115 VAH04400.1 VAH04400.1 96.5 840 29 0 1 840 1 840 0.0 1678 WP_010251888.1 WP_010251888.1 100 331 0 0 1 331 1 331 4.38e-254 686 PTE76569.1 PTE76569.1 100 62 0 0 1 62 1 62 2.34e-39 122 WP_213753432.1 WP_213753432.1 100 117 0 0 1 117 1 117 4.63e-80 229 WP_213753432.1 MBR5168981.1 46.2 117 51 3 12 116 7 123 1.38e-24 89.0 WP_174822921.1 WP_174822921.1 100 255 0 0 1 255 1 255 9.41e-195 530 WP_174822921.1 MXP43753.1 72.9 255 69 0 1 255 8 262 7.92e-143 399 WP_174822921.1 OAN53756.1 70.9 251 73 0 5 255 9 259 4.35e-137 384 WP_174822921.1 WP_207918089.1 61.2 250 96 1 6 255 4 252 1.95e-115 329 WP_174822921.1 MBC7326981.1 59.7 253 100 2 4 255 3 254 8.49e-115 328 WP_174822921.1 WP_158791585.1 56.7 245 102 4 13 255 10 252 3.08e-100 291 WP_174822921.1 MWR41881.1 30.6 242 148 7 18 252 39 267 1.64e-32 118 WP_174822921.1 MCP5262709.1 31.7 246 151 10 18 253 16 254 8.30e-26 101 WP_174822921.1 GLY24463.1 32.1 252 137 10 18 250 19 255 1.62e-24 98.2 WP_174822921.1 WP_227059655.1 30.9 246 156 6 18 251 32 275 1.70e-23 97.4 WP_174822921.1 WP_192324556.1 29.0 245 154 7 22 251 32 271 1.94e-22 94.4 WP_174822921.1 WP_152652784.1 30.5 210 130 5 8 215 6 201 2.28e-22 92.0 WP_174822921.1 WP_107894076.1 29.2 240 150 9 23 250 25 256 2.05e-21 89.7 WP_174822921.1 EHH5649593.1 29.1 220 134 8 25 240 20 221 2.43e-20 86.3 WP_174822921.1 WP_084371009.1 24.0 225 156 5 6 229 1 211 1.40e-19 84.3 WP_174822921.1 MCB0243881.1 31.8 198 115 9 19 209 21 205 2.06e-19 82.4 WP_174822921.1 WP_276362074.1 28.6 248 144 11 12 240 9 242 1.76e-17 77.8 WP_174822921.1 WP_071876418.1 25.9 216 144 6 19 229 17 221 1.11e-13 68.6 WP_174822921.1 WP_150396769.1 26.4 231 135 10 16 232 34 243 1.93e-09 55.8 WP_174822921.1 KAF9974715.1 25.4 197 118 5 19 211 477 648 6.04e-08 51.6 MBM4292280.1 MBM4292280.1 100 233 0 0 1 233 1 233 1.89e-174 477 MBP5405476.1 MBP5405476.1 100 71 0 0 1 71 1 71 7.45e-49 146 KAJ7413400.1 KAJ7413400.1 96.8 435 14 0 1 435 1 435 8.60e-316 851 UJS94137.1 UJS94137.1 99.1 4296 38 0 1 4296 1 4296 0.0 8665 UJS94137.1 ULA23837.2 98.1 4296 82 0 1 4296 106 4401 0.0 8659 UJS94137.1 UXH94526.1 98.1 4296 83 0 1 4296 106 4401 0.0 8655 UJS94137.1 QXR94354.1 97.9 4297 90 1 1 4296 106 4402 0.0 8642 UJS94137.1 UPP41269.1 97.8 4297 93 1 1 4296 106 4402 0.0 8639 UJS94137.1 QTD03487.1 97.8 4300 91 2 1 4296 106 4405 0.0 8638 UJS94137.1 USR14792.1 97.8 4297 94 1 1 4296 106 4402 0.0 8636 UJS94137.1 QTM79632.1 97.8 4297 92 1 1 4296 106 4402 0.0 8635 UJS94137.1 QTZ27226.1 97.8 4297 94 1 1 4296 106 4402 0.0 8631 UJS94137.1 UFM00670.1 97.7 4300 94 2 1 4296 106 4405 0.0 8627 UJS94137.1 UKU68032.1 97.8 4296 96 0 1 4296 106 4401 0.0 8626 UJS94137.1 UEC68750.1 97.7 4300 94 2 1 4296 106 4405 0.0 8624 UJS94137.1 UHM53165.1 97.7 4300 94 2 1 4296 106 4405 0.0 8622 UJS94137.1 UFM02602.1 97.7 4300 94 2 1 4296 106 4405 0.0 8621 UJS94137.1 UBL45068.1 97.7 4300 94 2 1 4296 106 4405 0.0 8619 UJS94137.1 UIR12670.1 98.1 4292 80 0 1 4292 106 4397 0.0 8581 UJS94137.1 UKN67998.1 98.1 4292 81 0 1 4292 86 4377 0.0 8579 UJS94137.1 UMF87224.1 98.0 4292 84 0 1 4292 106 4397 0.0 8570 UJS94137.1 UPA83906.1 98.0 4292 84 0 1 4292 106 4397 0.0 8570 UJS94137.1 UVB16817.1 97.9 4293 90 1 1 4292 106 4398 0.0 8561 UJS94137.1 UZO53924.1 97.9 4293 91 1 1 4292 106 4398 0.0 8559 UJS94137.1 URQ55824.1 97.8 4293 92 1 1 4292 106 4398 0.0 8557 UJS94137.1 QWC83326.1 97.9 4296 88 2 1 4292 106 4401 0.0 8557 UJS94137.1 QVD87869.1 97.9 4293 91 1 1 4292 106 4398 0.0 8556 UJS94137.1 QSZ25555.1 97.8 4296 90 2 1 4292 106 4401 0.0 8555 UJS94137.1 WEU87158.1 97.8 4296 90 2 1 4292 106 4401 0.0 8552 UJS94137.1 UBP50947.1 97.8 4296 91 2 1 4292 106 4401 0.0 8549 UJS94137.1 QZU16279.1 97.8 4296 91 2 1 4292 106 4401 0.0 8549 UJS94137.1 UBD95131.1 97.8 4296 91 2 1 4292 106 4401 0.0 8547 UJS94137.1 UEC52718.1 97.7 4296 95 2 1 4292 106 4401 0.0 8539 UJS94137.1 UJV88611.1 96.1 4296 168 0 1 4296 106 4401 0.0 8463 UJS94137.1 UJJ97602.1 95.8 4296 181 0 1 4296 106 4401 0.0 8429 UJS94137.1 UBR86455.1 96.6 4296 143 2 1 4292 105 4400 0.0 8425 UJS94137.1 UXX67934.1 96.3 4293 158 1 1 4292 106 4398 0.0 8394 UJS94137.1 UCP72061.1 96.0 4296 167 2 1 4292 106 4401 0.0 8365 UJS94137.1 UAQ80067.1 95.9 4296 173 2 1 4292 106 4401 0.0 8356 UJS94137.1 UCP77012.1 95.9 4296 173 2 1 4292 106 4401 0.0 8355 UJS94137.1 UOU30556.1 96.0 4293 169 1 1 4292 106 4398 0.0 8354 UJS94137.1 ULB83374.1 95.1 4296 212 0 1 4296 106 4401 0.0 8336 UJS94137.1 WHE12941.1 95.4 4293 197 1 1 4292 80 4372 0.0 8296 UJS94137.1 UGA79226.1 95.3 4296 199 2 1 4292 106 4401 0.0 8285 UJS94137.1 UVI10561.1 94.5 4293 237 1 1 4292 79 4371 0.0 8192 UJS94137.1 UGB98301.1 93.7 4300 266 2 1 4296 106 4405 0.0 8125 UJS94137.1 QRX02582.1 97.7 3993 88 2 1 3989 106 4098 0.0 7995 UJS94137.1 UJT06733.1 92.3 4292 330 0 1 4292 106 4397 0.0 7941 UJS94137.1 UMA88644.1 92.3 4292 331 0 1 4292 85 4376 0.0 7879 UJS94137.1 UFA30503.1 91.6 4261 354 2 1 4257 80 4340 0.0 7879 UJS94137.1 WGP70063.1 91.8 4264 345 2 1 4260 106 4369 0.0 7849 UJS94137.1 UNI03201.1 89.6 4299 446 2 1 4296 80 4378 0.0 7753 UJS94137.1 WEI27974.1 89.5 4297 452 1 1 4296 106 4402 0.0 7742 UJS94137.1 UEX07109.1 86.1 4300 595 2 1 4296 80 4379 0.0 7398 UJS94137.1 WGP98278.1 87.7 4259 519 2 1 4255 106 4364 0.0 7358 UJS94137.1 URP80785.1 82.6 4297 748 1 1 4296 79 4375 0.0 6934 UJS94137.1 WAS49087.1 82.6 4293 746 1 1 4292 106 4398 0.0 6905 UJS94137.1 UYE49180.1 75.7 4297 1044 1 1 4296 106 4402 0.0 6171 UJS94137.1 UPB00876.1 74.3 4297 1103 1 1 4296 79 4375 0.0 6111 UJS94137.1 WGQ72821.1 65.7 4264 1460 2 1 4260 81 4344 0.0 5054 OUV52596.1 OUV52596.1 90.1 232 23 0 1 232 1 232 1.24e-149 414 MBE0500203.1 MBE0500203.1 100 192 0 0 1 192 1 192 2.85e-142 392 MBE0500203.1 WP_100161462.1 50.5 99 47 2 80 178 55 151 1.08e-25 96.3 MBE0500203.1 BAV52815.1 39.8 113 66 2 67 178 1 112 3.03e-20 81.3 EER6968786.1 EER6968786.1 94.1 169 10 0 1 169 1 169 1.04e-113 320 EER6968786.1 WP_001531669.1 87.3 110 14 0 1 110 1 110 6.04e-66 212 EER6968786.1 WP_089566156.1 51.2 127 55 2 70 189 1 127 9.26e-25 97.8 XP_023840445.1 XP_023840445.1 96.9 1311 40 0 1 1311 1 1311 0.0 2684 WP_279826355.1 WP_279826355.1 100 301 0 0 1 301 1 301 8.15e-219 595 WP_279826355.1 MBB2902420.1 44.2 301 127 8 3 298 9 273 2.56e-65 204 MCK6542200.1 MCK6542200.1 100 211 0 0 1 211 1 211 1.63e-155 427 WP_017166220.1 WP_017166220.1 97.1 413 12 0 1 413 1 413 1.62e-302 816 WP_017166220.1 WP_126547421.1 37.6 391 207 11 19 402 118 478 7.60e-55 193 WP_017166220.1 MBN8831519.1 32.1 140 80 3 54 190 73 200 1.64e-11 64.3 XP_033530744.1 XP_033530744.1 88.3 77 9 0 1 77 1 77 1.45e-42 131 WP_070999907.1 WP_070999907.1 92.2 371 29 0 1 371 1 371 1.75e-246 671 WP_070999907.1 WP_158057697.1 34.1 88 57 1 242 328 274 361 2.88e-04 40.8 WP_232790853.1 WP_232790853.1 100 499 0 0 1 499 1 499 0.0 1018 WP_232790853.1 WP_270570428.1 25.2 481 298 14 6 454 2 452 1.84e-28 116 WP_232790853.1 KAJ6336236.1 33.7 83 52 1 125 204 15 97 4.33e-06 46.2 KAJ7966218.1 KAJ7966218.1 98.3 577 10 0 1 577 1 577 0.0 1206 URE29467.1 URE29467.1 100 228 0 0 1 228 1 228 2.91e-171 468 THB72442.1 THB72442.1 100 329 0 0 1 329 1 329 4.38e-253 684 THB72442.1 UOK61174.1 28.8 104 73 1 216 319 254 356 5.89e-05 42.7 KAJ3286973.1 KAJ3286973.1 47.1 204 108 0 1 204 1 204 3.27e-42 139 PIQ07033.1 PIQ07033.1 95.3 515 24 0 1 515 1 515 0.0 979 PIQ07033.1 OHA02323.1 39.7 537 275 11 23 515 31 562 2.22e-116 353 PIQ07033.1 WP_278084771.1 26.8 570 342 16 2 515 217 767 5.26e-56 198 PIQ07033.1 VAX76432.1 25.5 530 344 14 3 495 20 535 1.69e-46 169 PIQ07033.1 NEB38825.1 28.3 283 178 7 199 458 142 422 9.20e-26 108 PIQ07033.1 WP_131284109.1 25.8 457 247 17 103 491 32 464 4.57e-23 100 PIQ07033.1 OMF24356.1 26.6 290 172 9 214 494 339 596 3.97e-19 89.0 PIQ07033.1 WP_225592933.1 24.5 286 167 10 187 458 292 542 6.57e-09 56.6 WP_218036247.1 WP_218036247.1 100 301 0 0 1 301 1 301 4.21e-221 600 WP_218036247.1 MCH8293010.1 34.5 110 69 2 49 155 55 164 1.42e-12 65.5 WP_218036247.1 EFX2174330.1 30.3 119 77 3 1 114 7 124 4.25e-07 48.9 WP_218036247.1 MBI1189702.1 43.3 67 33 1 42 103 53 119 1.12e-06 47.8 WP_218036247.1 MCP4974199.1 27.9 140 81 3 14 138 21 155 2.01e-06 47.0 EBS3704194.1 EBS3704194.1 100 885 0 0 1 885 1 885 0.0 1827 EBS3704194.1 ECD4982842.1 98.9 885 10 0 1 885 1 885 0.0 1805 EBS3704194.1 WP_202291019.1 52.4 847 380 6 5 844 4 834 0.0 914 EBS3704194.1 WP_242685612.1 49.9 813 390 6 33 844 38 834 7.93e-299 844 EBS3704194.1 WP_237762402.1 36.7 683 376 17 7 666 1 650 6.10e-134 413 EBS3704194.1 WP_222168304.1 28.3 847 538 29 18 831 16 826 4.71e-74 258 WP_230324968.1 WP_230324968.1 100 89 0 0 1 89 1 89 1.72e-62 182 HCI08118.1 HCI08118.1 100 206 0 0 1 206 1 206 1.03e-160 440 MBQ4454347.1 MBQ4454347.1 95.2 584 28 0 1 584 1 584 0.0 1137 MBQ4454347.1 WP_195368055.1 51.9 565 272 0 5 569 4 568 2.97e-222 626 MBQ4454347.1 WP_060613079.1 33.7 517 325 5 62 571 70 575 2.95e-94 298 MBQ4454347.1 KAJ5168969.1 32.3 563 370 7 7 561 170 729 5.09e-92 298 MBQ4454347.1 MBQ8297564.1 29.3 564 388 6 6 565 3 559 1.48e-81 265 MBQ4454347.1 NFD84694.1 31.0 507 331 5 66 562 248 745 1.66e-74 251 MBQ4454347.1 KAI7371949.1 31.9 492 329 6 85 572 396 885 3.77e-70 242 MBQ4454347.1 KAI9191373.1 32.1 474 272 9 118 576 175 613 1.97e-58 208 MBQ4454347.1 WAY96880.1 35.8 193 122 1 355 547 4 194 4.12e-30 115 MBQ4454347.1 WP_278489123.1 28.2 216 135 6 351 556 23 228 4.93e-17 80.1 MBQ4454347.1 MCH4209672.1 29.5 200 123 6 352 550 394 576 5.32e-14 73.2 WP_162445525.1 WP_162445525.1 100 347 0 0 1 347 1 347 2.79e-265 716 WP_168414869.1 WP_168414869.1 84.3 70 11 0 1 70 1 70 2.67e-35 112 WP_005921846.1 WP_005921846.1 98.7 749 10 0 1 749 1 749 0.0 1526 WP_094876339.1 WP_094876339.1 98.2 770 14 0 1 770 1 770 0.0 1578 MCC2649654.1 MCC2649654.1 100 66 0 0 1 66 1 66 6.95e-45 136 MCC2649654.1 WP_257689765.1 41.5 53 31 0 3 55 431 483 5.44e-09 48.5 MCC2649654.1 WP_108756325.1 39.1 46 27 1 8 53 425 469 5.43e-06 40.0 XP_050861105.1 XP_050861105.1 79.7 459 93 0 1 459 1 459 1.45e-271 741 HAF6482379.1 HAF6482379.1 100 703 0 0 1 703 1 703 0.0 1442 WP_035064005.1 WP_035064005.1 100 469 0 0 1 469 1 469 0.0 974 WP_035064005.1 MBT6563471.1 49.3 458 228 4 12 468 3 457 1.10e-163 468 WP_035064005.1 WP_255895909.1 34.5 336 201 5 47 378 60 380 1.01e-59 199 WP_070188258.1 WP_070188258.1 95.4 587 27 0 1 587 1 587 0.0 1061 WP_070188258.1 WP_232180661.1 26.7 588 383 10 1 577 1 551 1.82e-67 227 WP_070188258.1 WP_122013538.1 30.9 599 372 9 1 586 1 570 3.24e-57 200 KAG9223390.1 KAG9223390.1 98.6 776 11 0 1 776 1 776 0.0 1584 MBQ5629560.1 MBQ5629560.1 84.2 278 44 0 1 278 1 278 7.31e-174 479 WP_096231334.1 WP_096231334.1 95.0 238 12 0 1 238 1 238 4.76e-166 456 WP_060393952.1 WP_060393952.1 100 146 0 0 1 146 1 146 1.07e-110 308 XP_045099932.1 XP_045099932.1 80.4 97 19 0 1 97 1 97 1.41e-49 150 MCU0236787.1 MCU0236787.1 100 96 0 0 23 118 23 118 1.13e-67 197 MCK9987173.1 MCK9987173.1 100 595 0 0 1 595 1 595 0.0 1225 MCK9987173.1 NQU26924.1 31.0 578 335 17 10 573 458 985 3.21e-64 226 MCK9987173.1 EHP6050825.1 35.2 420 239 14 18 412 236 647 2.89e-62 216 MCK9987173.1 MBP3509218.1 31.8 491 299 15 12 491 132 597 6.32e-53 189 MBO8466917.1 MBO8466917.1 100 379 0 0 1 379 1 379 2.72e-295 795 MBB8005642.1 MBB8005642.1 100 115 0 0 1 115 1 115 1.34e-78 225 WP_265279605.1 WP_265279605.1 97.4 349 9 0 1 349 1 349 2.47e-260 704 WP_236355782.1 WP_236355782.1 98.5 850 13 0 1 850 1 850 0.0 1739 WP_236355782.1 NDH41984.1 55.8 423 173 3 48 469 1 410 1.74e-150 447 EEW4501628.1 EEW4501628.1 100 517 0 0 1 517 1 517 0.0 1059 EGO6711073.1 EGO6711073.1 100 138 0 0 1 138 1 138 3.98e-100 281 EYC39616.1 EYC39616.1 93.8 178 11 0 1 178 1 178 1.67e-125 348 EAQ6361894.1 EAQ6361894.1 100 215 0 0 1 215 1 215 2.40e-159 437 KAJ0452418.1 KAJ0452418.1 91.3 630 55 0 1 630 1 630 0.0 1133 WP_079277665.1 WP_079277665.1 100 368 0 0 1 368 1 368 9.48e-270 729 WP_080337214.1 WP_080337214.1 100 90 0 0 1 90 1 90 1.26e-60 177 WP_080337214.1 WP_220674761.1 73.3 90 24 0 1 90 1 90 1.08e-43 135 WP_248562494.1 WP_248562494.1 96.9 291 9 0 1 291 1 291 3.17e-211 575 WP_248562494.1 WP_084371009.1 31.5 216 130 7 2 206 3 211 1.74e-22 93.2 WP_248562494.1 WP_281543397.1 28.8 226 143 5 16 230 4 222 1.68e-19 84.7 WP_248562494.1 WP_132175930.1 26.5 181 124 4 29 201 55 234 1.88e-14 70.9 WP_248562494.1 WP_109219819.1 22.9 214 152 4 1 205 17 226 2.97e-11 61.6 WP_062756220.1 WP_062756220.1 100 139 0 0 1 139 1 139 3.14e-102 286 XP_051536923.1 XP_051536923.1 100 470 0 0 1 470 1 470 0.0 966 XP_051536923.1 XP_046907253.1 28.7 544 288 19 3 461 5 533 1.25e-48 173 KAG6471244.1 KAG6471244.1 92.1 330 26 0 1 330 1 330 3.89e-227 618 KAG6471244.1 KAJ7545197.1 56.3 96 38 1 11 102 23 118 1.00e-29 114 KAG6471244.1 CAH0727316.1 41.5 118 58 2 13 120 14 130 1.46e-23 99.8 WP_258613669.1 WP_258613669.1 95.8 307 13 0 1 307 1 307 1.72e-223 607 WP_258613669.1 WP_241524600.1 33.0 300 195 4 1 296 1 298 2.18e-43 150 WP_258613669.1 WP_131914061.1 22.1 140 109 0 6 145 8 147 7.36e-08 51.2 WP_258613669.1 WP_200629424.1 24.3 255 179 5 11 264 22 263 1.01e-07 50.8 MBN3324024.1 MBN3324024.1 97.9 1006 21 0 1 1006 1 1006 0.0 2024 MBN3324024.1 XP_025046235.1 35.3 272 91 11 487 711 1 234 1.26e-22 96.3 MCD8106539.1 MCD8106539.1 100 252 0 0 1 252 1 252 2.80e-190 518 RQM07044.1 RQM07044.1 91.3 126 11 0 1 126 1 126 1.14e-82 236 MBN2666786.1 MBN2666786.1 100 387 0 0 1 387 1 387 6.85e-284 766 MBN2666786.1 MBL6706528.1 37.6 378 229 6 12 387 259 631 5.16e-79 253 MBN2666786.1 MCG8030229.1 33.2 377 238 7 21 387 733 1105 1.83e-54 192 MBN2666786.1 WP_056610248.1 29.1 258 144 9 55 287 275 518 1.44e-20 91.7 WP_008959270.1 WP_008959270.1 97.9 486 10 0 1 486 1 486 0.0 935 WP_008959270.1 WP_131836551.1 40.9 482 275 6 9 484 16 493 1.39e-110 335 WP_008959270.1 XP_050320449.1 35.8 478 297 7 11 484 12 483 3.64e-88 276 WP_008959270.1 WP_061795322.1 35.7 484 291 10 14 485 23 498 2.75e-82 262 WP_008959270.1 WP_057201184.1 35.4 483 291 8 13 486 6 476 1.82e-76 246 WP_008959270.1 WP_257689765.1 32.8 481 310 9 4 479 7 479 1.94e-65 217 WP_008959270.1 WP_108756325.1 35.3 337 215 2 146 481 135 469 1.55e-48 172 WP_108365493.1 WP_108365493.1 100 112 0 0 1 112 1 112 2.44e-75 216 WP_108365493.1 MBN2762177.1 71.0 100 29 0 1 100 1 100 1.10e-46 144 AGC74998.1 AGC74998.1 94.9 216 11 0 1 216 1 216 2.11e-149 412 AGC74998.1 AGC97326.1 81.8 214 39 0 1 214 16 229 3.18e-127 357 AGC74998.1 ACO35565.1 81.0 211 40 0 1 211 18 228 9.10e-127 356 AGC74998.1 AAX94106.1 80.0 205 41 0 1 205 225 429 1.04e-116 337 AGC74998.1 APC24336.1 72.4 210 58 0 1 210 148 357 1.40e-110 320 MBQ9679177.1 MBQ9679177.1 100 897 0 0 1 897 1 897 0.0 1841 MBQ9679177.1 MCL2204087.1 50.7 916 384 13 1 883 1 881 3.08e-317 893 MBQ9679177.1 CAI9595211.1 33.6 990 518 18 4 897 80 1026 1.29e-178 542 MBQ9679177.1 WP_081224968.1 24.4 877 537 21 14 804 24 860 1.35e-72 255 MBQ9679177.1 MCL6457358.1 24.5 826 515 20 16 765 16 808 1.35e-65 236 MBQ9679177.1 MBK6751737.1 34.0 285 156 9 628 884 1 281 2.17e-40 149 MBQ9679177.1 MCB9999913.1 30.0 220 144 6 10 221 35 252 8.47e-18 87.0 MBQ9679177.1 WP_233286789.1 25.1 263 171 8 462 711 370 619 9.76e-12 67.0 KAF7985745.1 KAF7985745.1 98.2 498 9 0 1 498 1 498 0.0 1000 EJR4237259.1 EJR4237259.1 98.3 583 10 0 1 583 1 583 0.0 1177 WP_269885397.1 WP_269885397.1 100 272 0 0 1 272 1 272 1.09e-197 539 WP_269885397.1 MBI5333464.1 34.7 167 107 1 108 272 225 391 2.53e-32 120 WP_269885397.1 WP_145544593.1 33.1 251 150 8 28 272 281 519 1.35e-30 117 WP_269885397.1 EGR2272270.1 39.1 133 79 2 141 271 546 678 7.22e-27 107 WP_269885397.1 WP_000484099.1 32.6 221 136 7 62 271 150 368 2.17e-24 99.0 WP_269885397.1 WP_107169208.1 31.8 157 106 1 107 262 198 354 7.94e-21 89.0 WP_269885397.1 WP_023050329.1 32.3 161 102 4 100 259 191 345 4.78e-17 78.2 WP_269885397.1 WP_215262079.1 30.6 173 112 3 88 259 321 486 1.95e-16 77.0 WP_269885397.1 HCN71343.1 28.6 133 88 3 139 267 2 131 3.52e-12 60.8 WP_269885397.1 WP_255266214.1 28.5 151 104 3 115 265 299 445 3.66e-12 64.3 WP_269885397.1 WP_018646673.1 31.3 131 83 4 145 271 559 686 1.61e-09 56.6 AWX41049.1 AWX41049.1 100 210 0 0 1 210 1 210 1.24e-154 425 PYQ07964.1 PYQ07964.1 100 123 0 0 1 123 1 123 1.84e-82 235 WP_166725305.1 WP_166725305.1 89.1 321 35 0 1 321 1 321 1.82e-200 550 WP_166725305.1 WP_217101611.1 79.4 320 66 0 1 320 1 320 7.72e-172 478 WP_166725305.1 WP_213750918.1 48.8 254 126 2 69 320 22 273 2.79e-75 231 WP_166725305.1 HHH37178.1 33.1 178 119 0 130 307 79 256 1.36e-26 104 HAG62657.1 HAG62657.1 94.2 515 30 0 1 515 1 515 0.0 956 HAG62657.1 WP_037548932.1 44.0 482 262 6 38 515 3 480 2.04e-140 412 HAG62657.1 WP_169940736.1 39.5 408 242 3 39 445 9 412 8.07e-88 276 HAG62657.1 KAJ5112313.1 32.6 527 324 8 14 513 13 535 2.13e-84 270 EFF4884300.1 EFF4884300.1 100 430 0 0 1 430 1 430 0.0 878 MCJ8729721.1 MCJ8729721.1 100 92 0 0 1 92 1 92 4.66e-66 191 WP_132944465.1 WP_132944465.1 100 124 0 0 1 124 1 124 6.40e-88 249 KAF4018288.1 KAF4018288.1 98.6 719 10 0 1 719 1 719 0.0 1449 WP_267586803.1 WP_267586803.1 100 262 0 0 1 262 1 262 3.04e-199 542 XP_053257159.1 XP_053257159.1 98.5 790 12 0 1 790 1 790 0.0 1605 XP_053257159.1 NP_001375225.1 77.7 761 141 4 1 761 1 732 0.0 1196 WP_076451668.1 WP_076451668.1 98.4 1677 27 0 1 1677 1 1677 0.0 3237 WP_026591533.1 WP_026591533.1 100 152 0 0 1 152 1 152 1.69e-110 308 SKA28887.1 SKA28887.1 95.4 564 26 0 1 564 1 564 0.0 1040 GFA35713.1 GFA35713.1 100 489 0 0 1 489 1 489 0.0 1010 WP_054435236.1 WP_054435236.1 100 275 0 0 1 275 1 275 8.77e-210 570 WP_054435236.1 WP_145643501.1 63.1 255 92 1 1 255 1 253 1.83e-113 325 WP_054435236.1 KLR59865.1 39.0 251 153 0 1 251 1 251 4.57e-57 182 WP_269572442.1 WP_269572442.1 98.2 598 11 0 1 598 1 598 0.0 1197 WP_269572442.1 WP_128786583.1 34.8 552 339 5 42 581 40 582 3.09e-86 279 WP_269572442.1 WP_025739406.1 37.4 439 267 4 165 598 171 606 5.61e-84 273 WP_269572442.1 OME96001.1 29.1 626 364 17 10 585 6 601 1.06e-55 197 WP_269572442.1 WP_104456122.1 39.7 262 158 0 331 592 224 485 1.29e-45 167 WP_269572442.1 WP_271340374.1 28.4 405 217 13 256 598 199 592 9.46e-27 113 WP_269572442.1 WP_156140069.1 29.1 323 201 8 278 586 211 519 1.42e-21 97.4 WP_269572442.1 WP_237962375.1 33.5 185 103 3 354 535 394 561 3.12e-18 87.0 WP_269572442.1 MCI8311254.1 32.9 225 116 7 357 551 219 438 2.45e-17 83.6 WP_263177763.1 WP_263177763.1 100 80 0 0 1 80 1 80 2.24e-54 161 MCP5114939.1 MCP5114939.1 100 49 0 0 1 49 1 49 8.19e-30 97.1 TKX51930.1 TKX51930.1 100 51 0 0 1 51 1 51 7.59e-32 103 MBI1328179.1 MBI1328179.1 100 167 0 0 1 167 1 167 2.73e-121 337 WP_111479522.1 WP_111479522.1 100 363 0 0 1 363 1 363 6.97e-274 739 WP_111479522.1 ERO62343.1 44.2 276 149 2 29 304 14 284 5.25e-70 221 MBU6237646.1 MBU6237646.1 100 170 0 0 1 170 1 170 3.86e-127 352 WP_276638014.1 WP_276638014.1 100 362 0 0 1 362 1 362 1.37e-284 766 WP_276638014.1 WP_220615956.1 52.3 327 154 2 29 354 32 357 2.11e-117 343 WP_276638014.1 MBI5966481.1 42.7 309 161 7 43 348 15 310 1.86e-75 234 WP_276638014.1 MBI1736306.1 39.6 321 175 6 34 353 5 307 9.18e-73 227 WP_276638014.1 WP_067782871.1 29.9 308 197 4 45 352 16 304 8.37e-43 149 WP_276638014.1 MBQ1540263.1 30.9 304 165 6 44 347 33 291 2.11e-37 134 XP_028705251.1 XP_028705251.1 97.5 885 22 0 1 885 1 885 0.0 1788 XP_028705251.1 XP_048540820.1 32.0 278 162 5 445 722 781 1031 5.43e-36 145 XP_028705251.1 XP_054539312.1 31.8 314 203 8 51 363 490 793 1.95e-32 134 XP_028705251.1 XP_021765438.1 33.0 206 126 6 456 655 597 796 2.52e-26 114 XP_028705251.1 XP_046337982.1 31.4 277 177 6 90 360 44 313 1.28e-23 103 XP_028705251.1 KAH9016734.1 36.4 187 112 4 130 316 720 899 1.69e-22 102 XP_028705251.1 HHO42668.1 28.9 291 160 13 106 392 45 292 2.39e-16 80.9 XP_028705251.1 WP_074096037.1 33.9 127 78 5 129 252 5 128 3.25e-07 50.1 XP_039308535.1 XP_039308535.1 100 1065 0 0 1 1065 1 1065 0.0 2173 MBO5932171.1 MBO5932171.1 100 107 0 0 1 107 1 107 4.30e-78 223 MCF1432737.1 MCF1432737.1 100 367 0 0 1 367 1 367 1.25e-269 729 KAI6705356.1 KAI6705356.1 100 305 0 0 1 305 1 305 5.58e-228 618 KAI6705356.1 EEC70172.1 40.5 148 82 2 121 267 35 177 2.07e-26 102 GLR41095.1 GLR41095.1 95.4 658 30 0 1 658 1 658 0.0 1270 GLR41095.1 WP_050580425.1 71.2 659 187 2 1 658 6 662 0.0 919 MBU4440546.1 MBU4440546.1 100 208 0 0 1 208 1 208 6.83e-142 392 MBU4440546.1 WP_276533217.1 36.0 139 80 4 44 177 706 840 3.55e-21 89.4 MCI5497968.1 MCI5497968.1 100 149 0 0 1 149 1 149 4.51e-100 282 KAF3016851.1 KAF3016851.1 95.2 231 11 0 1 231 1 231 2.74e-157 433 MBZ0167657.1 MBZ0167657.1 95.3 215 10 0 1 215 1 215 5.00e-152 419 WP_201297008.1 WP_201297008.1 100 92 0 0 1 92 1 92 3.70e-63 184 WP_003245665.1 WP_003245665.1 100 146 0 0 1 146 1 146 4.21e-108 302 MBQ8460137.1 MBQ8460137.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_188412405.1 WP_188412405.1 100 666 0 0 1 666 1 666 0.0 1352 MBK7412786.1 MBK7412786.1 100 380 0 0 1 380 1 380 2.42e-294 792 MBK7412786.1 NWV65193.1 32.2 258 125 13 140 376 932 1160 2.87e-20 91.3 WP_259858510.1 WP_259858510.1 96.2 447 17 0 1 447 1 447 4.95e-312 843 WP_259858510.1 WP_144320971.1 41.6 293 155 8 158 441 234 519 8.37e-51 178 WP_259858510.1 WP_274755179.1 34.0 265 164 6 183 440 157 417 5.09e-35 133 WP_259858510.1 ADP83890.1 29.2 339 183 10 137 426 160 490 3.00e-26 109 WP_259858510.1 MBS1636088.1 26.8 213 138 6 234 431 101 310 4.62e-20 89.0 KAG9339452.1 KAG9339452.1 100 127 0 0 1 127 1 127 7.40e-93 262 WP_195473821.1 WP_195473821.1 84.6 208 32 0 1 208 1 208 3.27e-124 348 WP_195473821.1 MCB9527501.1 39.9 143 82 1 31 173 11 149 6.56e-32 113 WP_115748516.1 WP_115748516.1 100 296 0 0 1 296 1 296 2.76e-228 618 WP_115748516.1 MBA2687082.1 22.1 149 100 5 5 146 9 148 5.76e-07 48.5 WP_115748516.1 NJO91920.1 25.6 82 58 1 3 84 5 83 7.53e-04 36.6 KAJ4013743.1 KAJ4013743.1 100 87 0 0 1 87 1 87 2.48e-61 179 MBC7406653.1 MBC7406653.1 100 116 0 0 1 116 1 116 2.59e-81 232 EFB15155.1 EFB15155.1 97.8 597 13 0 1 597 1 597 0.0 1234 EFB15155.1 XP_044902674.1 46.5 493 234 9 113 596 6 477 5.35e-138 415 EFB15155.1 XP_017706045.1 53.0 338 156 2 262 596 345 682 4.03e-122 375 EFB15155.1 KAB0382747.1 37.7 584 259 14 117 596 6 588 4.49e-106 336 EFB15155.1 XP_023822602.1 46.3 281 150 1 317 596 245 525 1.58e-81 265 EFB15155.1 XP_004869485.1 40.8 233 129 3 374 597 230 462 2.83e-49 178 EFB15155.1 XP_047491136.1 45.5 134 73 0 430 563 829 962 1.69e-34 138 EFB15155.1 PVD36313.1 38.3 149 91 1 449 596 541 689 1.29e-27 117 EFB15155.1 XP_013164386.1 33.7 196 126 4 346 540 331 523 4.94e-22 98.2 PYX81094.1 PYX81094.1 100 566 0 0 1 566 1 566 0.0 1188 WP_163095201.1 WP_163095201.1 100 196 0 0 1 196 1 196 3.08e-148 407 MBQ1271561.1 MBQ1271561.1 100 277 0 0 1 277 1 277 6.92e-208 565 WP_136193451.1 WP_136193451.1 96.6 294 10 0 1 294 1 294 7.52e-216 587 WP_136193451.1 OWA15278.1 42.6 122 66 3 8 127 10 129 8.98e-25 95.1 WP_268311115.1 WP_268311115.1 100 108 0 0 1 108 1 108 6.82e-80 228 WP_255991635.1 WP_255991635.1 100 131 0 0 1 131 1 131 3.62e-95 268 GAT48029.1 GAT48029.1 95.7 370 16 0 1 370 1 370 5.89e-265 717 NVO57457.1 NVO57457.1 100 182 0 0 1 182 1 182 1.67e-136 377 WP_070720871.1 WP_070720871.1 100 760 0 0 1 760 1 760 0.0 1585 WP_063274718.1 WP_063274718.1 100 135 0 0 1 135 1 135 1.15e-93 265 WP_202100641.1 WP_202100641.1 100 285 0 0 1 285 1 285 4.54e-217 589 TWW80208.1 TWW80208.1 57.7 220 93 0 1 220 1 220 1.17e-83 246 XP_011760839.1 XP_011760839.1 85.7 203 29 0 1 203 1 203 3.72e-123 345 KAJ2823714.1 KAJ2823714.1 85.1 141 21 0 1 141 1 141 4.51e-78 226 HAO77415.1 HAO77415.1 100 384 0 0 1 384 1 384 2.72e-293 790 XP_052496526.1 XP_052496526.1 97.2 674 19 0 1 674 1 674 0.0 1358 NLH91916.1 NLH91916.1 100 368 0 0 1 368 1 368 3.95e-287 773 NLH91916.1 WP_047203279.1 36.8 310 187 5 5 311 29 332 1.16e-62 206 MBV9352198.1 MBV9352198.1 97.8 497 11 0 1 497 1 497 0.0 951 MBP1602824.1 MBP1602824.1 100 401 0 0 1 401 1 401 7.15e-309 831 ODT35417.1 ODT35417.1 100 171 0 0 1 171 1 171 6.91e-126 349 WP_104684232.1 WP_104684232.1 90.7 550 51 0 1 550 1 550 0.0 996 KFQ97446.1 KFQ97446.1 100 70 0 0 1 70 1 70 7.85e-46 139 CAH1278847.1 CAH1278847.1 82.5 1073 188 0 1 1073 1 1073 0.0 1720 WP_114947547.1 WP_114947547.1 100 326 0 0 1 326 1 326 6.91e-244 660 WP_114947547.1 WP_145739766.1 40.4 297 173 3 29 322 34 329 4.54e-81 248 WP_090419626.1 WP_090419626.1 100 368 0 0 1 368 1 368 1.12e-277 749 WP_090419626.1 MBW4662439.1 38.4 372 197 6 5 349 7 373 7.88e-77 240 WP_090419626.1 WP_250015522.1 31.4 373 217 13 16 360 18 379 6.36e-36 133 WP_090419626.1 WP_210167953.1 26.2 355 245 6 15 360 2 348 4.19e-31 119 MBQ3573680.1 MBQ3573680.1 100 270 0 0 1 270 1 270 8.03e-199 541 KAJ4394429.1 KAJ4394429.1 100 515 0 0 1 515 1 515 0.0 1075 KAJ4394429.1 KAA0555231.1 27.7 470 276 13 62 512 206 630 8.08e-41 154 KAJ4394429.1 WP_267292626.1 27.2 453 273 10 61 512 116 512 7.24e-35 135 KAJ4394429.1 OFZ89526.1 25.3 467 274 9 69 514 10 422 9.95e-35 133 KAJ4394429.1 WP_262612393.1 23.9 456 306 10 64 513 4 424 1.43e-34 133 KAJ4394429.1 NDI25889.1 30.4 306 181 9 210 506 1 283 7.06e-34 128 KAJ4394429.1 WP_033456074.1 28.0 322 198 9 197 514 5 296 3.04e-30 118 KAJ4394429.1 MBT3887354.1 26.5 325 203 8 201 514 22 321 5.01e-30 118 KAG2343201.1 KAG2343201.1 100 308 0 0 1 308 1 308 6.04e-229 621 MCS2900418.1 MCS2900418.1 100 125 0 0 1 125 1 125 1.69e-88 251 MCS2900418.1 MBI5438416.1 55.8 120 52 1 4 123 3 121 6.30e-42 133 MCS2900418.1 MBI3448467.1 54.5 121 55 0 4 124 3 123 2.10e-39 127 MCS2900418.1 WP_255435582.1 56.7 104 45 0 20 123 1 104 8.37e-39 124 WP_253349177.1 WP_253349177.1 100 258 0 0 1 258 1 258 2.37e-185 506 EED0743056.1 EED0743056.1 95.3 148 7 0 1 148 1 148 9.51e-106 296 WP_030383398.1 WP_030383398.1 84.6 493 76 0 1 493 1 493 2.73e-284 776 MBR2088606.1 MBR2088606.1 92.5 160 12 0 1 160 1 160 2.86e-106 298 MBR2088606.1 WP_087364392.1 49.6 125 54 4 37 156 26 146 8.25e-29 103 MAN53906.1 MAN53906.1 100 295 0 0 1 295 1 295 1.35e-214 583 MAN53906.1 WP_013845913.1 26.4 216 158 1 1 215 1 216 6.47e-19 82.4 WP_173119692.1 WP_173119692.1 100 110 0 0 1 110 1 110 6.04e-75 215 OJW76341.1 OJW76341.1 100 142 0 0 1 142 1 142 6.80e-103 288 WP_121538494.1 WP_121538494.1 100 247 0 0 1 247 1 247 1.68e-184 503 XP_039322713.1 XP_039322713.1 96.2 261 10 0 1 261 1 261 1.55e-187 512 XP_039322713.1 WP_280443824.1 37.1 229 135 3 20 246 53 274 5.43e-40 138 EDU63556.1 EDU63556.1 100 52 0 0 1 52 1 52 7.53e-34 107 EDQ8124076.1 EDQ8124076.1 97.9 1431 30 0 1 1431 1 1431 0.0 2867 WP_142931103.1 WP_142931103.1 98.1 474 9 0 1 474 1 474 0.0 904 WP_142931103.1 WP_192324556.1 29.3 540 314 16 2 474 12 550 9.46e-64 216 WP_142931103.1 WP_227059655.1 29.2 535 314 18 3 474 17 549 7.16e-58 200 WP_142931103.1 WP_071876418.1 26.2 516 307 16 1 461 1 497 2.74e-36 139 WP_142931103.1 WP_107894076.1 28.8 257 158 7 1 232 3 259 8.82e-29 114 WP_142931103.1 WP_098952357.1 33.9 227 134 7 250 463 2 225 9.58e-25 102 WP_142931103.1 WP_066083732.1 30.2 255 152 6 3 231 6 260 4.09e-24 101 WP_142931103.1 WP_131166802.1 26.0 262 168 6 3 238 5 266 4.85e-21 92.4 WP_142931103.1 WP_278489123.1 29.5 241 141 7 1 219 3 236 7.01e-21 90.9 WP_142931103.1 WP_258581409.1 25.2 202 145 4 275 474 18 215 2.17e-20 90.9 WP_142931103.1 GLY24463.1 24.0 262 174 5 2 238 3 264 3.32e-20 89.7 WP_142931103.1 WP_088153117.1 25.9 220 141 6 257 469 5 209 1.85e-19 88.2 WP_142931103.1 QCM13287.1 27.4 226 137 7 20 219 27 251 4.86e-19 85.5 WP_142931103.1 WP_145468487.1 28.7 209 140 5 266 468 16 221 4.94e-19 84.3 WP_142931103.1 MBO5162475.1 25.4 481 303 17 20 468 14 470 1.68e-18 86.3 WP_142931103.1 WP_247749043.1 25.8 252 147 10 241 473 347 577 3.75e-17 82.4 WP_142931103.1 WP_089246429.1 21.5 493 310 17 20 469 20 478 1.30e-16 80.5 WP_142931103.1 WP_150396769.1 22.2 491 312 17 20 474 40 496 1.75e-16 80.1 WP_142931103.1 WP_195238978.1 27.2 228 141 6 4 214 485 704 1.74e-15 77.4 WP_142931103.1 NLW39422.1 27.2 213 147 6 262 469 19 228 1.28e-14 73.2 WP_142931103.1 WP_041481207.1 29.0 217 129 11 255 457 338 543 5.40e-14 72.4 WP_142931103.1 WP_038440434.1 29.4 211 125 8 267 465 344 542 2.34e-13 70.5 WP_142931103.1 KAI9191373.1 32.8 186 91 8 255 424 398 565 6.90e-13 69.3 WP_142931103.1 WP_060613079.1 28.2 238 148 9 248 473 332 558 7.22e-13 68.9 WP_142931103.1 HBO4828144.1 26.3 198 130 5 276 471 30 213 8.82e-13 67.0 WP_142931103.1 WP_008056683.1 29.4 194 123 4 276 463 255 440 8.91e-13 68.9 WP_142931103.1 EHR6291555.1 27.8 194 121 6 266 451 15 197 3.66e-11 63.5 WP_142931103.1 KAJ2660037.1 26.0 273 165 11 215 473 1774 2023 7.24e-11 63.2 WP_142931103.1 NVM03966.1 23.5 234 156 5 248 469 2 224 3.10e-10 59.7 WP_142931103.1 MBQ8297564.1 23.0 248 165 8 241 474 314 549 1.39e-09 58.5 WP_142931103.1 NFD84694.1 25.0 228 138 8 259 469 522 733 8.45e-09 56.2 WP_142931103.1 WP_089095302.1 20.9 536 303 20 19 473 18 513 8.76e-07 49.7 WP_142931103.1 THW78755.1 22.4 214 137 6 267 471 473 666 9.81e-06 46.6 WP_142931103.1 MCH4209672.1 37.7 61 34 1 392 452 504 560 1.67e-04 42.4 WP_047203279.1 WP_047203279.1 100 466 0 0 1 466 1 466 0.0 943 WP_047203279.1 NLH91916.1 36.8 310 187 5 29 332 5 311 1.47e-62 206 KAH0130274.1 KAH0130274.1 100 398 0 0 1 398 1 398 3.04e-313 842 DAQ89956.1 DAQ89956.1 100 188 0 0 1 188 1 188 1.66e-139 385 NWH38694.1 NWH38694.1 100 490 0 0 1 490 1 490 0.0 1033 NWH38694.1 XP_052337646.1 30.2 192 98 4 136 297 685 870 4.18e-19 89.4 NWH38694.1 XP_051216225.1 30.9 188 107 4 137 301 247 434 5.15e-16 79.3 NWH38694.1 KAI4882225.1 28.8 163 87 2 342 484 656 809 1.53e-15 77.8 WP_071877135.1 WP_071877135.1 100 72 0 0 1 72 1 72 1.38e-49 148 MBC7935646.1 MBC7935646.1 100 216 0 0 1 216 1 216 6.62e-162 444 MCA9664716.1 MCA9664716.1 100 704 0 0 1 704 1 704 0.0 1457 CCD14225.1 CCD14225.1 86.8 302 40 0 1 302 1 302 9.71e-191 524 KAE9611124.1 KAE9611124.1 100 94 0 0 1 94 1 94 3.79e-66 192 KRL72956.1 KRL72956.1 100 463 0 0 1 463 1 463 0.0 967 RHP79651.1 RHP79651.1 100 71 0 0 1 71 1 71 2.50e-47 142 MSZ96355.1 MSZ96355.1 100 244 0 0 1 244 1 244 1.01e-179 491 MCB0501525.1 MCB0501525.1 100 634 0 0 1 634 1 634 0.0 1297 CAI2640540.1 CAI2640540.1 100 344 0 0 1 344 1 344 8.28e-261 704 CAI2640540.1 NDD01017.1 28.5 316 186 12 42 341 2 293 9.19e-20 86.7 XP_018906655.1 XP_018906655.1 100 645 0 0 1 645 1 645 0.0 1354 STI83942.1 STI83942.1 100 72 0 0 1 72 1 72 3.82e-47 142 MBI4806480.1 MBI4806480.1 97.5 484 12 0 1 484 1 484 0.0 927 MBI4806480.1 WP_279840346.1 35.1 459 286 5 20 472 20 472 2.62e-79 253 MBI4806480.1 WP_094840069.1 32.1 495 299 4 15 472 12 506 8.85e-74 240 MBI4806480.1 WP_076595086.1 25.0 460 333 6 15 471 19 469 3.84e-39 146 XP_022851607.1 XP_022851607.1 100 271 0 0 1 271 1 271 1.39e-204 556 OKZ85006.1 OKZ85006.1 96.8 569 18 0 1 569 1 569 0.0 1144 OKZ85006.1 MBD2210269.1 29.1 247 131 11 42 270 7 227 1.32e-13 71.6 OKZ85006.1 WP_015133641.1 28.6 196 119 8 148 328 134 323 1.38e-13 71.6 OKZ85006.1 XP_043377824.1 28.8 139 84 6 143 270 98 232 2.08e-07 52.4 NLI10446.1 NLI10446.1 100 488 0 0 1 488 1 488 0.0 982 WP_249681227.1 WP_249681227.1 100 216 0 0 1 216 1 216 3.96e-154 424 POS85366.1 POS85366.1 98.8 946 11 0 1 946 1 946 0.0 1935 POS85366.1 XP_040253449.1 57.7 26 11 0 34 59 198 223 6.43e-04 40.8 WP_079908511.1 WP_079908511.1 100 105 0 0 1 105 1 105 1.85e-69 201 MCF6390562.1 MCF6390562.1 100 284 0 0 1 284 1 284 1.45e-208 567 WP_127953526.1 WP_127953526.1 100 753 0 0 1 753 1 753 0.0 1517 SFQ01701.1 SFQ01701.1 84.4 237 37 0 1 237 1 237 1.09e-134 377 MBO5336885.1 MBO5336885.1 100 809 0 0 1 809 1 809 0.0 1727 MBO5336885.1 OCR38384.1 27.1 409 239 8 9 409 25 382 1.97e-38 145 HCG9411603.1 HCG9411603.1 100 247 0 0 1 247 1 247 2.29e-182 498 HCG9411603.1 WP_017171503.1 33.3 156 100 1 5 160 4 155 5.09e-27 101 QUM20585.1 QUM20585.1 99.1 1272 11 0 1 1272 1 1272 0.0 2338 QUM20585.1 QUE11983.1 92.5 1272 93 1 1 1272 1 1270 0.0 2289 QUM20585.1 UHB14670.1 90.0 1273 124 2 1 1272 1 1271 0.0 2271 QUM20585.1 UIX40308.1 89.9 1273 125 2 1 1272 1 1271 0.0 2266 QUM20585.1 UDK40309.1 89.6 1273 129 2 1 1272 1 1271 0.0 2253 QUM20585.1 UPU53169.1 88.8 1273 138 2 1 1272 1 1270 0.0 2240 QUM20585.1 UGX22439.1 91.7 1273 103 2 1 1272 1 1271 0.0 2237 QUM20585.1 UYC71619.1 89.0 1273 134 3 1 1272 1 1268 0.0 2236 QUM20585.1 UBN63752.1 91.6 1272 105 1 1 1272 1 1270 0.0 2219 QUM20585.1 USL51576.1 85.9 1273 176 2 1 1272 1 1270 0.0 2145 QUM20585.1 QXI91160.1 93.2 1272 87 0 1 1272 1 1272 0.0 2123 QUM20585.1 QVX70521.1 85.7 1273 181 1 1 1272 1 1273 0.0 2083 QUM20585.1 UZH89542.1 81.4 1273 234 2 1 1272 1 1271 0.0 1983 QUM20585.1 UUS71569.1 93.2 747 51 0 526 1272 527 1273 0.0 1390 QUM20585.1 UHK01047.1 59.0 1273 521 1 1 1272 1 1273 0.0 1196 AAF62532.1 AAF62532.1 100 1074 0 0 1 1074 1 1074 0.0 2209 CDS15483.1 CDS15483.1 100 189 0 0 1 189 1 189 1.53e-140 387 MCQ2831693.1 MCQ2831693.1 100 484 0 0 1 484 1 484 0.0 988 MCQ2831693.1 RUM68418.1 40.6 483 277 6 1 476 1 480 3.46e-116 349 MCQ2578417.1 MCQ2578417.1 100 147 0 0 1 147 1 147 6.45e-108 301 WP_107894076.1 WP_107894076.1 100 328 0 0 1 328 1 328 5.75e-253 683 WP_107894076.1 WP_066083732.1 56.6 318 135 3 5 319 6 323 5.68e-125 360 WP_107894076.1 GLY24463.1 44.7 318 175 1 4 320 3 320 8.71e-102 300 WP_107894076.1 MCP5262709.1 45.2 314 169 3 5 316 1 313 2.15e-99 294 WP_107894076.1 WP_131166802.1 46.2 303 161 2 1 301 1 303 1.21e-89 270 WP_107894076.1 WP_227059655.1 50.4 266 126 2 5 264 17 282 4.97e-83 261 WP_107894076.1 WP_192324556.1 47.8 272 128 2 5 266 13 280 1.85e-82 260 WP_107894076.1 WP_098952357.1 37.6 314 178 7 4 306 2 308 2.18e-71 223 WP_107894076.1 MBQ3864274.1 37.7 302 175 7 5 301 12 305 6.40e-62 198 WP_107894076.1 MBU5353226.1 38.1 270 144 6 5 263 4 261 3.30e-61 196 WP_107894076.1 WP_226904802.1 36.6 314 178 7 5 307 22 325 6.34e-61 196 WP_107894076.1 QCM13287.1 40.9 259 143 6 5 261 9 259 1.73e-59 191 WP_107894076.1 RUU66461.1 38.8 260 149 5 3 260 82 333 5.49e-57 187 WP_107894076.1 MWR41881.1 37.0 230 133 5 25 253 44 262 1.04e-37 134 WP_107894076.1 MBP1876254.1 31.6 244 153 6 15 256 11 242 5.69e-33 123 WP_107894076.1 WP_142931103.1 28.8 257 158 7 3 259 1 232 4.45e-29 114 WP_107894076.1 MCB0243881.1 32.0 222 138 8 15 235 15 224 1.08e-27 106 WP_107894076.1 OAN53756.1 29.0 238 149 8 27 256 29 254 2.29e-24 98.2 WP_107894076.1 MBC7326981.1 30.5 239 150 9 24 256 21 249 1.06e-23 96.3 WP_107894076.1 WP_207918089.1 29.1 237 153 9 25 256 21 247 1.89e-22 92.8 WP_107894076.1 WP_174822921.1 29.2 240 150 9 25 256 23 250 2.64e-21 89.7 WP_107894076.1 MXP43753.1 29.8 248 149 11 18 256 26 257 1.08e-20 88.2 WP_107894076.1 EHH5649593.1 30.6 219 122 8 32 244 25 219 3.34e-20 87.4 WP_107894076.1 WP_278489123.1 30.4 257 143 10 1 244 1 234 5.37e-20 86.7 WP_107894076.1 MCC6044083.1 31.4 194 119 8 42 234 40 220 7.32e-19 84.0 WP_107894076.1 WP_008056683.1 26.6 222 145 7 12 232 242 446 1.41e-16 79.0 WP_107894076.1 WP_158791585.1 26.6 233 159 7 28 256 23 247 8.05e-16 74.3 WP_107894076.1 MBT3459617.1 31.3 214 123 9 28 235 4 199 4.78e-15 71.6 WP_107894076.1 WP_036258374.1 28.6 252 143 10 24 266 343 566 5.35e-15 73.9 WP_107894076.1 WP_256546297.1 23.5 243 159 9 5 235 23 250 2.35e-14 70.5 WP_107894076.1 WP_197521413.1 25.9 243 149 9 5 244 1 215 3.41e-14 70.1 WP_107894076.1 WP_185334683.1 33.2 211 118 8 28 232 23 216 3.05e-12 65.5 WP_107894076.1 WP_089246429.1 23.8 248 151 8 2 237 262 483 4.09e-12 65.1 WP_107894076.1 WP_152652784.1 29.0 214 131 8 21 232 17 211 4.22e-11 61.2 WP_107894076.1 WP_221977168.1 25.6 234 149 11 14 237 20 238 1.77e-10 58.9 WP_107894076.1 WP_211555180.1 30.3 122 77 3 115 234 101 216 1.11e-09 56.2 WP_107894076.1 CDZ73727.1 25.1 195 117 5 24 215 16 184 3.28e-09 55.1 WP_107894076.1 WP_041710957.1 32.9 85 53 2 152 236 94 174 3.10e-07 50.1 WP_107894076.1 WP_150396769.1 25.8 233 146 11 22 246 37 250 7.06e-07 48.9 WP_237962375.1 WP_237962375.1 97.0 800 24 0 1 800 1 800 0.0 1534 WP_237962375.1 WP_097514015.1 33.1 302 174 5 354 643 242 527 1.40e-38 149 WP_237962375.1 EIZ9235425.1 39.7 224 133 1 411 632 280 503 1.80e-37 145 WP_237962375.1 WP_146176256.1 25.9 301 198 6 49 339 38 323 9.63e-32 126 WP_237962375.1 HAZ7424284.1 33.6 226 143 2 387 612 260 478 1.99e-24 106 WP_237962375.1 WP_104456122.1 24.4 295 176 5 379 632 232 520 1.42e-18 88.2 WP_237962375.1 WP_269572442.1 33.5 185 103 3 394 561 354 535 3.16e-18 87.4 WP_237962375.1 WP_025739406.1 33.2 202 110 4 445 632 438 628 5.54e-17 83.6 WP_237962375.1 MCI8311254.1 36.8 152 79 5 406 549 264 406 8.55e-15 76.3 WP_237962375.1 WP_128786583.1 36.6 131 76 3 423 546 391 521 4.20e-14 74.3 WP_237962375.1 WP_271340374.1 31.0 268 158 7 345 609 288 531 6.94e-14 73.6 WP_237962375.1 WP_156140069.1 39.0 105 60 2 441 545 352 452 9.38e-13 70.1 KAH8980086.1 KAH8980086.1 94.1 353 21 0 1 353 1 353 6.75e-235 640 WP_205541900.1 WP_205541900.1 100 425 0 0 1 425 1 425 9.24e-320 860 WP_205541900.1 MBE1549930.1 44.3 61 28 1 240 300 5 59 3.37e-08 52.0 WP_205541900.1 WP_152190814.1 53.8 52 24 0 21 72 5 56 3.38e-08 51.6 MCF7917901.1 MCF7917901.1 100 148 0 0 1 148 1 148 2.08e-109 305 MBQ7693256.1 MBQ7693256.1 100 307 0 0 1 307 1 307 7.38e-234 633 MBQ7693256.1 MBR0144760.1 45.6 309 161 2 1 302 1 309 1.10e-91 275 WP_085451092.1 WP_085451092.1 100 172 0 0 1 172 1 172 2.32e-129 358 WP_054059514.1 WP_054059514.1 100 239 0 0 1 239 1 239 5.36e-168 461 WP_054059514.1 WP_142114448.1 34.9 212 127 6 30 231 36 246 9.98e-26 101 OMH39194.1 OMH39194.1 100 245 0 0 1 245 1 245 1.44e-184 503 WP_265245651.1 WP_265245651.1 100 126 0 0 1 126 1 126 1.39e-92 261 HHT71325.1 HHT71325.1 100 338 0 0 1 338 1 338 1.37e-256 693 WP_266882648.1 WP_266882648.1 100 190 0 0 1 190 1 190 4.74e-140 386 WP_058002390.1 WP_058002390.1 100 160 0 0 1 160 1 160 2.56e-118 329 WP_149771049.1 WP_149771049.1 78.1 114 25 0 1 114 1 114 1.01e-59 177 MBQ9456987.1 MBQ9456987.1 100 201 0 0 1 201 1 201 7.50e-147 404 MBQ9456987.1 MCF6346354.1 27.7 195 129 4 4 192 5 193 1.18e-15 70.5 WP_245384442.1 WP_245384442.1 97.2 397 11 0 1 397 1 397 3.10e-276 748 WP_245384442.1 WP_167301289.1 35.9 368 221 8 31 391 21 380 1.66e-52 178 ATN35154.1 ATN35154.1 100 117 0 0 1 117 1 117 1.09e-87 248 MHQ93786.1 MHQ93786.1 99.1 741 7 0 1 741 1 741 0.0 1519 XP_023589550.1 XP_023589550.1 96.4 886 32 0 1 886 1 886 0.0 1736 XP_023589550.1 CZT45482.1 39.0 783 391 16 98 810 89 854 5.10e-167 508 XP_023589550.1 RSL59427.1 36.5 367 227 4 98 462 63 425 1.78e-60 212 XP_023589550.1 MBA0549662.1 32.8 360 234 4 98 456 22 374 1.12e-56 198 XP_023589550.1 GEU53557.1 32.8 344 221 5 101 438 101 440 1.37e-51 189 XP_023589550.1 XP_055095726.1 27.4 372 201 10 135 442 237 603 1.60e-23 104 MBO5287652.1 MBO5287652.1 100 202 0 0 1 202 1 202 1.58e-153 421 WP_040009751.1 WP_040009751.1 100 140 0 0 1 140 1 140 3.13e-98 276 WP_197201326.1 WP_197201326.1 97.6 420 10 0 1 420 1 420 1.29e-307 829 WP_015314674.1 WP_015314674.1 95.3 255 12 0 1 255 1 255 3.08e-175 481 CAG8151748.1 CAG8151748.1 100 168 0 0 1 168 1 168 3.06e-123 342 WP_202269095.1 WP_202269095.1 100 46 0 0 1 46 1 46 2.19e-26 88.2 WP_248403399.1 WP_248403399.1 100 71 0 0 1 71 1 71 1.02e-46 141 EWZ28924.1 EWZ28924.1 96.6 536 18 0 1 536 1 536 0.0 1070 WP_139573954.1 WP_139573954.1 100 186 0 0 1 186 1 186 3.62e-133 369 WP_138838620.1 WP_138838620.1 100 87 0 0 1 87 1 87 1.75e-61 179 CAH1454680.1 CAH1454680.1 90.3 134 13 0 1 134 1 134 6.68e-88 250 MBR4964110.1 MBR4964110.1 100 342 0 0 1 342 1 342 1.60e-257 696 WP_246303703.1 WP_246303703.1 74.2 504 130 0 1 504 1 504 3.01e-242 671 WP_135287436.1 WP_135287436.1 100 438 0 0 1 438 1 438 0.0 871 WP_135287436.1 OTN76164.1 47.6 416 213 3 19 433 10 421 1.26e-128 377 OYY81277.1 OYY81277.1 100 277 0 0 1 277 1 277 1.34e-205 559 OYY81277.1 WP_248328072.1 28.5 274 193 3 5 277 18 289 2.20e-32 121 AWY63092.1 AWY63092.1 100 191 0 0 1 191 1 191 1.21e-138 383 WP_061583028.1 WP_061583028.1 100 214 0 0 1 214 1 214 3.03e-157 432 WP_259695835.1 WP_259695835.1 100 103 0 0 1 103 1 103 8.20e-72 207 WP_044328211.1 WP_044328211.1 100 242 0 0 1 242 1 242 1.69e-186 508 WP_044328211.1 MCE7733397.1 34.3 102 57 4 59 153 45 143 1.90e-08 51.6 NXC48933.1 NXC48933.1 93.2 177 12 0 1 177 1 177 1.37e-119 333 MCP4974199.1 MCP4974199.1 100 368 0 0 1 368 1 368 6.29e-284 765 MCP4974199.1 EFX2174330.1 27.3 194 129 4 7 196 5 190 1.38e-11 63.2 MCP4974199.1 WP_069697901.1 20.3 290 198 7 57 336 51 317 2.80e-10 59.3 MCP4974199.1 MBI1189702.1 28.7 150 96 4 58 196 55 204 4.10e-10 58.9 MCP4974199.1 MCH8293010.1 27.5 149 102 3 68 216 62 204 1.15e-09 57.4 MCP4974199.1 WP_218036247.1 27.9 140 81 3 21 155 14 138 2.46e-06 47.0 KAG4104878.1 KAG4104878.1 90.2 306 30 0 1 306 1 306 6.70e-200 547 KKQ77718.1 KKQ77718.1 96.8 378 12 0 1 378 1 378 9.64e-259 702 KKQ77718.1 WP_070552687.1 40.9 359 183 4 11 367 9 340 1.13e-90 276 PSK49415.1 PSK49415.1 100 2447 0 0 1 2447 1 2447 0.0 5138 WP_224255409.1 WP_224255409.1 100 354 0 0 1 354 1 354 2.32e-272 734 WP_224255409.1 EAN4724137.1 95.5 353 16 0 1 353 1 353 2.88e-257 696 WP_224255409.1 MBT4259674.1 43.0 342 190 3 1 342 1 337 5.29e-102 302 WP_224255409.1 XP_018682766.1 32.6 328 155 5 22 349 79 340 1.96e-60 196 WP_063415362.1 WP_063415362.1 100 179 0 0 1 179 1 179 4.45e-135 373 WP_247740288.1 WP_247740288.1 100 215 0 0 1 215 1 215 8.37e-160 438 MBV9168199.1 MBV9168199.1 88.9 207 23 0 1 207 1 207 4.03e-129 360 KAJ6994162.1 KAJ6994162.1 97.4 949 25 0 1 949 1 949 0.0 1912 KAJ6994162.1 MBY0273331.1 35.8 783 443 19 32 806 5 735 3.18e-139 433 KAJ6994162.1 KAA0114277.1 30.3 729 424 19 22 686 40 748 5.94e-81 280 KAJ6994162.1 MBE6688122.1 28.5 793 466 22 22 738 9 776 6.45e-77 268 KAJ6994162.1 WP_049009918.1 26.2 805 504 22 33 783 66 834 3.53e-73 258 KAJ6994162.1 WP_235126772.1 28.8 770 454 23 32 721 14 769 3.81e-69 246 KAJ6994162.1 WP_278631399.1 27.4 776 468 23 23 732 10 756 4.12e-67 239 KAJ6994162.1 WP_019100427.1 26.0 863 557 25 21 819 37 881 2.05e-66 238 KAJ6994162.1 MBE5737882.1 25.1 690 437 23 47 679 35 701 3.35e-45 174 KAJ6994162.1 KAF5671546.1 22.6 842 483 26 135 830 286 1104 1.94e-35 144 KAJ6994162.1 XP_009147075.2 29.4 388 216 12 400 736 602 982 7.42e-30 126 KAJ6994162.1 HCT06136.1 24.2 616 369 21 79 674 199 736 2.02e-29 124 KAJ6994162.1 MBI6149093.1 26.8 563 322 19 101 649 241 727 2.96e-29 123 KAJ6994162.1 WP_074319120.1 24.7 566 337 14 100 651 210 700 2.93e-26 114 KAJ6994162.1 OFX32653.1 22.9 541 334 17 95 622 80 550 1.87e-17 85.5 KAJ6994162.1 WP_176307440.1 25.0 220 140 8 134 342 306 511 1.98e-04 43.5 MBA0549662.1 MBA0549662.1 100 390 0 0 1 390 1 390 1.36e-296 799 MBA0549662.1 RSL59427.1 30.7 375 246 6 18 383 59 428 2.95e-59 198 MBA0549662.1 XP_023589550.1 32.8 360 234 4 22 374 98 456 2.41e-56 196 MBA0549662.1 CZT45482.1 28.4 398 245 3 22 379 89 486 6.30e-54 190 QVX70521.1 QVX70521.1 99.1 1273 11 0 1 1273 1 1273 0.0 2278 QVX70521.1 UIX40308.1 89.3 1273 134 1 1 1273 1 1271 0.0 2235 QVX70521.1 UHB14670.1 88.2 1273 148 1 1 1273 1 1271 0.0 2221 QVX70521.1 QUE11983.1 90.6 1273 117 2 1 1273 1 1270 0.0 2214 QVX70521.1 UDK40309.1 87.7 1273 155 1 1 1273 1 1271 0.0 2199 QVX70521.1 UYC71619.1 87.4 1273 156 2 1 1273 1 1268 0.0 2188 QVX70521.1 UPU53169.1 88.0 1273 150 1 1 1273 1 1270 0.0 2188 QVX70521.1 UBN63752.1 90.1 1273 123 2 1 1273 1 1270 0.0 2185 QVX70521.1 UGX22439.1 86.0 1273 176 1 1 1273 1 1271 0.0 2132 QVX70521.1 USL51576.1 84.4 1273 196 1 1 1273 1 1270 0.0 2104 QVX70521.1 QUM20585.1 85.7 1273 181 1 1 1273 1 1272 0.0 2082 QVX70521.1 UZH89542.1 81.7 1273 231 1 1 1273 1 1271 0.0 1967 QVX70521.1 QXI91160.1 83.4 1273 210 1 1 1273 1 1272 0.0 1964 QVX70521.1 UUS71569.1 64.5 1273 452 0 1 1273 1 1273 0.0 1360 QVX70521.1 UHK01047.1 59.5 1273 515 0 1 1273 1 1273 0.0 1186 WP_247406571.1 WP_247406571.1 100 123 0 0 1 123 1 123 3.44e-87 247 QBR70480.1 QBR70480.1 100 86 0 0 1 86 1 86 9.08e-59 172 GGY65584.1 GGY65584.1 100 455 0 0 1 455 1 455 0.0 932 WP_149651004.1 WP_149651004.1 100 131 0 0 1 131 1 131 5.14e-95 268 WP_152046331.1 WP_152046331.1 88.0 275 33 0 18 292 18 292 1.85e-167 464 WP_152046331.1 MCI7704736.1 41.5 277 150 3 22 290 20 292 7.04e-58 186 WP_152046331.1 EGY4555186.1 36.0 300 182 3 1 290 1 300 4.04e-52 171 WP_152046331.1 WP_184130797.1 39.1 225 127 6 72 287 148 371 7.45e-39 138 WP_223843725.1 WP_223843725.1 98.9 832 9 0 1 832 1 832 0.0 1574 MBA3914538.1 MBA3914538.1 100 138 0 0 1 138 1 138 1.90e-98 277 WP_268645109.1 WP_268645109.1 100 116 0 0 1 116 1 116 1.82e-81 232 EFU85163.1 EFU85163.1 100 375 0 0 1 375 1 375 4.31e-290 781 EFU85163.1 WP_239881445.1 43.5 393 197 6 1 371 1 390 1.10e-106 317 MBI4966856.1 MBI4966856.1 100 45 0 0 1 45 1 45 1.44e-26 88.6 MBI4966856.1 MCB1065733.1 73.3 45 12 0 1 45 23 67 2.57e-19 70.9 MBP1327478.1 MBP1327478.1 100 288 0 0 1 288 1 288 8.49e-219 593 MBP1327478.1 WP_281562017.1 31.8 296 168 10 12 281 33 320 3.55e-30 117 OLO59787.1 OLO59787.1 100 627 0 0 1 627 1 627 0.0 1255 PWY99603.1 PWY99603.1 100 264 0 0 1 264 1 264 3.98e-196 534 MBP8960789.1 MBP8960789.1 100 202 0 0 1 202 1 202 2.62e-152 418 MBP8960789.1 NOT95054.1 33.3 90 58 1 8 97 1 88 9.52e-11 55.8 WP_102529905.1 WP_102529905.1 100 234 0 0 1 234 1 234 1.33e-170 467 WP_273418567.1 WP_273418567.1 100 156 0 0 1 156 1 156 7.10e-114 317 WP_273418567.1 WP_061048002.1 32.2 143 77 5 17 143 481 619 2.23e-10 56.2 WP_273418567.1 WP_074911472.1 33.9 112 66 4 43 149 911 1019 8.02e-10 54.7 WP_251835880.1 WP_251835880.1 100 759 0 0 1 759 1 759 0.0 1570 MBL7151874.1 MBL7151874.1 97.6 460 11 0 1 460 1 460 0.0 897 MBL7151874.1 MCC6251785.1 37.8 460 266 5 7 450 4 459 4.09e-98 301 MBL7151874.1 WP_264593810.1 23.9 419 288 10 42 451 45 441 8.69e-22 95.9 MBL7151874.1 NWT28302.1 25.2 445 264 23 7 388 29 467 3.32e-17 82.4 HJE10580.1 HJE10580.1 100 424 0 0 1 424 1 424 2.31e-319 859 HJE10580.1 EBU9231875.1 51.9 416 191 4 11 420 6 418 1.33e-138 401 HJE10580.1 WP_244349102.1 26.4 485 261 15 10 418 2 466 1.59e-31 124 WP_271202339.1 WP_271202339.1 100 223 0 0 1 223 1 223 3.00e-157 432 MBP1746912.1 MBP1746912.1 100 487 0 0 1 487 1 487 0.0 988 MBP1746912.1 MCA0387421.1 24.7 360 212 10 1 354 1 307 1.91e-19 87.4 MBP1746912.1 KKT55671.1 23.8 244 131 10 4 243 300 492 5.29e-04 40.8 WP_181865219.1 WP_181865219.1 100 303 0 0 1 303 1 303 1.61e-235 637 WP_181865219.1 EEY3543156.1 98.3 303 5 0 1 303 312 614 9.21e-225 637 WP_181865219.1 ECI3309320.1 84.2 303 47 1 1 303 312 613 2.54e-193 552 WP_181865219.1 EFQ4765027.1 84.2 303 47 1 1 303 312 613 6.45e-193 552 WP_181865219.1 EJQ6627878.1 97.6 250 6 0 54 303 1 250 3.72e-184 509 WP_181865219.1 EEO7917989.1 70.2 295 84 1 1 295 312 602 2.41e-153 456 WP_181865219.1 WP_137512405.1 96.4 55 2 0 1 55 312 366 7.16e-33 122 MCF4165308.1 MCF4165308.1 90.9 121 11 0 1 121 1 121 6.46e-73 211 WP_086536228.1 WP_086536228.1 96.6 353 12 0 1 353 1 353 3.11e-256 694 MBT8422994.1 MBT8422994.1 88.8 143 16 0 1 143 1 143 3.44e-83 239 WP_232947168.1 WP_232947168.1 100 629 0 0 1 629 1 629 0.0 1288 WP_245248603.1 WP_245248603.1 100 119 0 0 1 119 1 119 2.87e-84 239 XP_056420557.1 XP_056420557.1 96.9 196 6 0 1 196 1 196 1.32e-124 348 NEP46602.1 NEP46602.1 100 138 0 0 1 138 1 138 5.03e-94 266 KAI5750574.1 KAI5750574.1 100 570 0 0 1 570 1 570 0.0 1169 XP_046618542.1 XP_046618542.1 96.0 1087 44 0 1 1087 1 1087 0.0 2185 MBX2992548.1 MBX2992548.1 100 303 0 0 1 303 1 303 1.61e-235 637 GDX41819.1 GDX41819.1 100 238 0 0 1 238 1 238 2.30e-182 497 MCI9050290.1 MCI9050290.1 100 127 0 0 1 127 1 127 8.65e-92 259 MBE6344311.1 MBE6344311.1 100 248 0 0 1 248 1 248 1.97e-188 513 WP_001495833.1 WP_001495833.1 100 60 0 0 1 60 1 60 1.05e-41 127 WP_001495833.1 EEE4210954.1 64.3 56 20 0 5 60 4 59 1.55e-21 78.2 MBQ3420014.1 MBQ3420014.1 95.1 204 10 0 1 204 1 204 6.31e-136 377 MBQ3420014.1 WP_119328079.1 36.0 203 120 3 4 204 1 195 1.02e-25 97.1 MBQ3420014.1 WP_158161316.1 36.3 201 115 4 3 200 2 192 5.99e-25 95.1 MCP4716728.1 MCP4716728.1 100 160 0 0 1 160 1 160 2.87e-115 321 WP_141098672.1 WP_141098672.1 100 239 0 0 1 239 1 239 2.68e-177 484 WP_096561808.1 WP_096561808.1 100 59 0 0 1 59 1 59 7.78e-39 120 WP_146780046.1 WP_146780046.1 100 509 0 0 1 509 1 509 0.0 1060 WP_251223476.1 WP_251223476.1 95.0 242 12 0 1 242 1 242 4.75e-168 461 GGR71723.1 GGR71723.1 90.7 430 40 0 1 430 1 430 8.08e-275 747 XP_031122780.1 XP_031122780.1 95.3 533 25 0 1 533 1 533 0.0 1010 WP_003303823.1 WP_003303823.1 98.7 384 5 0 1 384 1 384 2.92e-288 777 MCL2808632.1 MCL2808632.1 95.7 232 10 0 1 232 1 232 1.22e-165 454 WP_058504615.1 WP_058504615.1 100 567 0 0 1 567 1 567 0.0 1160 WP_058504615.1 WP_283107263.1 33.8 560 355 7 14 562 3 557 4.02e-105 326 WP_058504615.1 WP_017718577.1 41.8 421 219 6 170 566 215 633 1.05e-96 307 WP_058504615.1 NRF69152.1 35.1 522 308 15 63 562 4 516 1.60e-92 291 WP_058504615.1 MBT7163208.1 32.5 412 246 11 171 561 168 568 1.45e-61 211 WP_058504615.1 WP_203339841.1 41.9 265 144 7 195 454 16 275 5.14e-53 182 WP_058504615.1 WP_121975536.1 35.6 253 146 7 188 435 3 243 2.93e-34 131 WP_058504615.1 EEC9022132.1 32.2 283 162 8 253 510 161 438 2.07e-32 129 WP_058504615.1 RYD39969.1 34.0 262 154 10 181 435 3 252 3.40e-32 124 WP_030720866.1 WP_030720866.1 100 102 0 0 1 102 1 102 1.27e-70 204 XP_047978269.1 XP_047978269.1 97.6 663 16 0 1 663 1 663 0.0 1328 XP_047978269.1 XP_044485440.1 33.8 714 361 19 17 648 11 694 1.12e-110 347 MCR5498557.1 MCR5498557.1 100 152 0 0 1 152 1 152 5.24e-105 295 WP_230359455.1 WP_230359455.1 90.5 262 25 0 1 262 1 262 1.84e-159 441 MBX2942005.1 MBX2942005.1 100 136 0 0 1 136 1 136 1.76e-93 264 WP_024953993.1 WP_024953993.1 100 196 0 0 1 196 1 196 2.73e-142 392 WP_107020819.1 WP_107020819.1 96.9 353 11 0 1 353 1 353 2.15e-247 671 WP_240755700.1 WP_240755700.1 93.6 545 35 0 1 545 1 545 0.0 971 WP_240755700.1 WP_031876812.1 30.3 234 141 11 86 300 74 304 1.01e-12 68.2 OAX39412.1 OAX39412.1 100 345 0 0 1 345 1 345 3.50e-258 698 OAX39412.1 WP_257107333.1 28.2 209 116 6 17 209 15 205 2.26e-11 62.4 MBV8195826.1 MBV8195826.1 100 266 0 0 1 266 1 266 2.91e-199 543 MBF0987109.1 MBF0987109.1 95.9 590 24 0 1 590 1 590 0.0 1066 WP_125625723.1 WP_125625723.1 100 342 0 0 1 342 1 342 9.80e-243 659 WP_125625723.1 WP_015699100.1 25.1 327 216 8 12 318 8 325 7.59e-18 81.6 WGQ72821.1 WGQ72821.1 99.1 4344 39 0 1 4344 1 4344 0.0 5382 WGQ72821.1 QTD03487.1 66.3 4344 1464 0 1 4344 26 4369 0.0 5299 WGQ72821.1 UFM00670.1 66.2 4344 1467 0 1 4344 26 4369 0.0 5290 WGQ72821.1 QXR94354.1 66.3 4344 1463 1 1 4344 26 4366 0.0 5290 WGQ72821.1 UFM02602.1 66.2 4344 1468 0 1 4344 26 4369 0.0 5287 WGQ72821.1 UEC68750.1 66.2 4344 1468 0 1 4344 26 4369 0.0 5287 WGQ72821.1 UBL45068.1 66.2 4344 1468 0 1 4344 26 4369 0.0 5286 WGQ72821.1 UHM53165.1 66.2 4344 1468 0 1 4344 26 4369 0.0 5285 WGQ72821.1 QTZ27226.1 66.3 4344 1463 1 1 4344 26 4366 0.0 5283 WGQ72821.1 QTM79632.1 66.2 4344 1465 1 1 4344 26 4366 0.0 5282 WGQ72821.1 ULA23837.2 66.2 4344 1465 2 1 4344 26 4365 0.0 5280 WGQ72821.1 UPP41269.1 66.1 4344 1471 1 1 4344 26 4366 0.0 5275 WGQ72821.1 UGB98301.1 71.7 4344 1228 0 1 4344 26 4369 0.0 5275 WGQ72821.1 USR14792.1 66.1 4344 1471 1 1 4344 26 4366 0.0 5274 WGQ72821.1 UXH94526.1 66.1 4344 1470 2 1 4344 26 4365 0.0 5270 WGQ72821.1 QSZ25555.1 66.3 4344 1465 0 1 4344 26 4369 0.0 5264 WGQ72821.1 UAQ80067.1 68.0 4344 1388 0 1 4344 26 4369 0.0 5254 WGQ72821.1 ULB83374.1 68.8 4344 1353 2 1 4344 26 4365 0.0 5252 WGQ72821.1 QWC83326.1 66.3 4344 1464 0 1 4344 26 4369 0.0 5247 WGQ72821.1 WEU87158.1 66.3 4344 1464 0 1 4344 26 4369 0.0 5245 WGQ72821.1 UCP72061.1 68.0 4344 1390 0 1 4344 26 4369 0.0 5244 WGQ72821.1 UBP50947.1 66.3 4344 1466 0 1 4344 26 4369 0.0 5244 WGQ72821.1 UBD95131.1 66.3 4344 1465 0 1 4344 26 4369 0.0 5244 WGQ72821.1 UKU68032.1 65.8 4344 1482 2 1 4344 26 4365 0.0 5244 WGQ72821.1 QZU16279.1 66.3 4344 1466 0 1 4344 26 4369 0.0 5242 WGQ72821.1 UEC52718.1 66.3 4344 1466 0 1 4344 26 4369 0.0 5238 WGQ72821.1 QVD87869.1 66.3 4344 1463 1 1 4344 26 4366 0.0 5237 WGQ72821.1 UGA79226.1 68.6 4344 1363 0 1 4344 26 4369 0.0 5235 WGQ72821.1 UPA83906.1 66.2 4344 1466 2 1 4344 26 4365 0.0 5229 WGQ72821.1 UIR12670.1 66.1 4344 1467 2 1 4344 26 4365 0.0 5229 WGQ72821.1 UKN67998.1 66.1 4344 1468 2 1 4344 6 4345 0.0 5227 WGQ72821.1 UZO53924.1 66.1 4344 1469 1 1 4344 26 4366 0.0 5227 WGQ72821.1 URQ55824.1 66.1 4344 1470 1 1 4344 26 4366 0.0 5225 WGQ72821.1 UVB16817.1 66.1 4344 1469 1 1 4344 26 4366 0.0 5225 WGQ72821.1 UMF87224.1 66.1 4344 1469 2 1 4344 26 4365 0.0 5222 WGQ72821.1 WGP70063.1 72.5 4344 1195 0 1 4344 26 4369 0.0 5211 WGQ72821.1 UBR86455.1 66.4 4344 1458 0 1 4344 25 4368 0.0 5207 WGQ72821.1 UCP77012.1 67.2 4344 1426 0 1 4344 26 4369 0.0 5199 WGQ72821.1 UVI10561.1 67.3 4342 1419 1 3 4344 1 4339 0.0 5092 WGQ72821.1 UJV88611.1 64.1 4344 1554 2 1 4344 26 4365 0.0 5080 WGQ72821.1 UJS94137.1 66.2 4264 1437 2 81 4344 1 4260 0.0 5077 WGQ72821.1 UXX67934.1 64.6 4344 1536 1 1 4344 26 4366 0.0 5062 WGQ72821.1 UJJ97602.1 63.9 4344 1566 2 1 4344 26 4365 0.0 5045 WGQ72821.1 UOU30556.1 64.1 4344 1556 1 1 4344 26 4366 0.0 5012 WGQ72821.1 WHE12941.1 64.3 4343 1549 1 2 4344 1 4340 0.0 4997 WGQ72821.1 QRX02582.1 66.0 4073 1384 0 1 4073 26 4098 0.0 4935 WGQ72821.1 UNI03201.1 67.8 4343 1399 1 2 4344 1 4342 0.0 4928 WGQ72821.1 UFA30503.1 65.3 4340 1507 0 2 4341 1 4340 0.0 4905 WGQ72821.1 UMA88644.1 63.7 4344 1573 2 1 4344 5 4344 0.0 4709 WGQ72821.1 WGP98278.1 66.7 4339 1444 0 1 4339 26 4364 0.0 4707 WGQ72821.1 WEI27974.1 62.7 4344 1617 1 1 4344 26 4366 0.0 4645 WGQ72821.1 UJT06733.1 60.4 4344 1717 2 1 4344 26 4365 0.0 4589 WGQ72821.1 UEX07109.1 63.8 4343 1573 0 2 4344 1 4343 0.0 4541 WGQ72821.1 WAS49087.1 68.5 4344 1366 1 1 4344 26 4366 0.0 4539 WGQ72821.1 URP80785.1 62.4 4342 1631 1 3 4344 1 4339 0.0 4173 WGQ72821.1 UYE49180.1 64.6 4344 1535 1 1 4344 26 4366 0.0 3921 WGQ72821.1 UPB00876.1 62.2 4342 1640 1 3 4344 1 4339 0.0 3804 WP_083951119.1 WP_083951119.1 100 136 0 0 1 136 1 136 4.33e-94 266 MBO4859232.1 MBO4859232.1 80.3 228 45 0 1 228 1 228 2.66e-126 355 MCI8350609.1 MCI8350609.1 100 334 0 0 1 334 1 334 5.55e-254 686 MCI8350609.1 WP_095648367.1 23.8 227 149 6 102 310 166 386 7.42e-09 55.1 MBI5966481.1 MBI5966481.1 100 320 0 0 1 320 1 320 4.99e-234 635 MBI5966481.1 MBI1736306.1 49.0 294 137 5 13 303 12 295 6.79e-92 274 MBI5966481.1 WP_276638014.1 42.7 309 161 7 15 310 43 348 1.65e-75 234 MBI5966481.1 WP_220615956.1 41.9 322 175 7 8 318 39 359 6.56e-75 233 MBI5966481.1 WP_067782871.1 38.3 300 172 6 16 313 15 303 5.35e-59 190 MBI5966481.1 WP_279399778.1 34.6 289 175 6 28 313 27 304 2.60e-40 141 MBI5966481.1 MBQ1540263.1 34.3 297 148 11 17 307 34 289 5.64e-38 135 MBI5966481.1 HAR4359619.1 33.6 217 118 6 85 299 78 270 5.17e-27 105 HJD49103.1 HJD49103.1 83.4 338 56 0 1 338 1 338 2.37e-186 516 PYT05517.1 PYT05517.1 100 141 0 0 1 141 1 141 3.65e-102 286 QIC18874.1 QIC18874.1 100 306 0 0 1 306 1 306 6.75e-225 610 QIC18874.1 WP_132175930.1 39.8 241 145 0 2 242 7 247 1.26e-66 210 QIC18874.1 WP_152652784.1 32.5 197 126 6 37 231 20 211 1.41e-25 102 QIC18874.1 WP_221265680.1 29.2 202 141 2 38 239 35 234 1.27e-23 97.1 QIC18874.1 RLN50561.1 29.1 199 137 3 37 233 1509 1705 1.62e-23 99.4 MBQ9047503.1 MBQ9047503.1 95.7 278 12 0 1 278 1 278 4.71e-186 510 CAG0990770.1 CAG0990770.1 100 271 0 0 1 271 1 271 1.00e-188 516 CAG0990770.1 TMG86695.1 32.2 267 133 9 33 258 14 273 3.46e-24 97.1 CAG0990770.1 MBK3737236.1 32.9 228 132 7 42 254 437 658 5.50e-19 84.7 CAG0990770.1 WP_253463694.1 39.4 71 38 2 192 257 357 427 1.31e-04 41.2 MBO6078463.1 MBO6078463.1 98.6 666 9 0 1 666 1 666 0.0 1293 MBO6078463.1 WP_259770126.1 28.4 612 387 20 10 607 4 578 1.60e-46 173 WP_243890777.1 WP_243890777.1 100 594 0 0 1 594 1 594 0.0 1227 WP_243890777.1 WP_062791926.1 28.3 668 379 16 5 594 29 674 6.52e-60 209 WP_255073759.1 WP_255073759.1 97.3 621 17 0 1 621 1 621 0.0 1191 WP_255073759.1 MBK6509184.1 41.3 572 321 5 21 581 19 586 3.13e-136 409 WP_255073759.1 MVA71646.1 42.0 557 310 7 8 556 11 562 5.02e-135 406 WP_255073759.1 WP_126678289.1 30.0 300 188 6 10 299 15 302 3.03e-21 96.7 VWM24802.1 VWM24802.1 100 177 0 0 1 177 1 177 6.58e-127 352 MCD0485423.1 MCD0485423.1 85.9 553 78 0 1 553 1 553 0.0 916 WP_113120276.1 WP_113120276.1 100 145 0 0 1 145 1 145 1.47e-103 290 WP_113120276.1 PKL40887.1 51.4 140 67 1 6 145 8 146 1.07e-46 147 OSX70183.1 OSX70183.1 78.6 131 28 0 1 131 1 131 7.62e-75 219 OSX70183.1 KAB0382747.1 47.9 48 23 1 38 85 735 780 2.08e-08 50.8 WP_256212307.1 WP_256212307.1 100 187 0 0 1 187 1 187 2.27e-141 389 WP_256212307.1 TMG86695.1 29.9 167 106 6 26 185 110 272 4.86e-11 58.5 WP_256212307.1 MCH5250214.1 26.7 180 113 8 8 169 225 403 1.51e-07 48.9 WP_256212307.1 PKL50735.1 23.7 169 109 3 21 169 745 913 3.81e-07 47.8 WP_283099644.1 WP_283099644.1 100 146 0 0 1 146 1 146 2.53e-100 282 KAJ3501609.1 KAJ3501609.1 95.8 354 15 0 1 354 1 354 2.36e-256 694 KAG9084682.1 KAG9084682.1 96.6 445 15 0 1 445 1 445 0.0 906 KAG9084682.1 KAJ5060329.1 32.2 422 264 7 18 430 64 472 1.69e-76 246 KAG9084682.1 PWI72242.1 31.3 396 248 8 30 422 82 456 7.99e-54 186 ECZ1075286.1 ECZ1075286.1 100 72 0 0 1 72 1 72 2.38e-50 150 WP_022619009.1 WP_022619009.1 100 236 0 0 1 236 1 236 2.90e-175 479 WP_022619009.1 MBP1876254.1 28.0 218 124 7 22 219 24 228 5.06e-22 91.3 WP_022619009.1 WP_071876418.1 27.9 229 147 5 1 216 1 224 7.08e-22 92.0 WP_022619009.1 RUU66461.1 28.3 198 126 5 22 207 109 302 1.23e-18 82.0 WP_022619009.1 WP_256546297.1 25.8 233 146 7 23 232 43 271 8.13e-18 78.6 WP_053236900.1 WP_053236900.1 94.5 669 37 0 1 669 1 669 0.0 1224 WP_089566156.1 WP_089566156.1 89.4 404 43 0 1 404 1 404 6.48e-261 710 WP_089566156.1 WP_001531669.1 41.9 160 79 1 1 146 70 229 2.18e-21 94.7 WP_089566156.1 EER6968786.1 54.0 100 39 1 1 93 70 169 5.98e-21 88.2 WP_089566156.1 WP_278665106.1 58.7 46 13 2 222 267 459 498 2.97e-04 41.2 WP_089566156.1 EFI9255255.1 45.7 46 25 0 222 267 336 381 6.44e-04 40.0 GFV68115.1 GFV68115.1 100 215 0 0 1 215 1 215 9.07e-164 448 GFV68115.1 GFV58109.1 54.2 48 20 1 160 205 29 76 1.55e-09 52.0 XP_039923984.1 XP_039923984.1 95.8 1198 50 0 1 1198 1 1198 0.0 2382 XP_039923984.1 NXJ84327.1 47.7 1296 499 32 1 1198 5 1219 0.0 1031 XP_039923984.1 XP_042622198.1 33.8 364 212 9 167 524 173 513 1.10e-53 196 XP_039923984.1 KAG5815829.1 31.4 366 217 11 174 527 431 774 2.37e-41 162 XP_039923984.1 XP_026100634.1 32.8 253 138 11 195 431 82 318 1.12e-24 107 XP_039923984.1 XP_051566275.1 28.0 218 146 6 180 394 1226 1435 5.38e-18 88.6 XP_039923984.1 KAI9912466.1 28.8 153 99 4 272 420 109 255 5.23e-14 73.6 XP_039923984.1 XP_011889539.1 26.3 217 129 6 202 396 10 217 1.90e-09 60.5 XP_039923984.1 GIW70618.1 25.9 220 138 6 196 400 48 257 9.46e-05 45.1 WP_206760453.1 WP_206760453.1 100 159 0 0 1 159 1 159 2.88e-119 331 MBP3534615.1 MBP3534615.1 96.6 356 12 0 1 356 1 356 7.70e-263 711 CAH1398908.1 CAH1398908.1 100 141 0 0 1 141 1 141 1.81e-102 287 KAI8373711.1 KAI8373711.1 100 69 0 0 1 69 1 69 1.22e-44 135 XP_007121961.1 XP_007121961.1 100 294 0 0 1 294 1 294 5.75e-220 597 ABY20040.1 ABY20040.1 100 137 0 0 1 137 1 137 1.98e-95 269 XP_053218984.1 XP_053218984.1 100 591 0 0 1 591 1 591 0.0 1266 KAJ0483518.1 KAJ0483518.1 100 71 0 0 1 71 1 71 5.92e-46 139 KAJ0483518.1 ROW03190.1 43.8 48 27 0 1 48 115 162 9.07e-09 48.1 MBP5538497.1 MBP5538497.1 100 518 0 0 1 518 1 518 0.0 1062 MBP5538497.1 ESL04748.1 39.5 529 278 15 15 518 20 531 2.24e-107 329 WP_007270472.1 WP_007270472.1 97.5 399 10 0 1 399 1 399 1.38e-280 759 WP_007270472.1 WP_270908912.1 35.5 400 225 8 16 396 15 400 5.61e-59 195 MCH1598717.1 MCH1598717.1 96.9 319 10 0 1 319 1 319 3.64e-231 627 MCE2791243.1 MCE2791243.1 100 343 0 0 1 343 1 343 2.56e-259 701 PUB18616.1 PUB18616.1 100 75 0 0 1 75 1 75 2.60e-53 158 MBG6287041.1 MBG6287041.1 100 253 0 0 1 253 1 253 7.42e-191 520 MBG6287041.1 WP_042650033.1 35.0 243 154 3 14 252 5 247 1.45e-32 117 MBG6287041.1 MCJ7630170.1 44.0 50 28 0 14 63 3 52 2.96e-06 42.4 KAH9956814.1 KAH9956814.1 96.5 1212 42 0 1 1212 1 1212 0.0 2407 WP_030094039.1 WP_030094039.1 100 145 0 0 1 145 1 145 3.09e-105 295 WP_030094039.1 WP_065073015.1 66.4 140 44 1 6 145 3 139 9.32e-67 197 KAF1017786.1 KAF1017786.1 100 523 0 0 1 523 1 523 0.0 1056 KAF1017786.1 TMK27100.1 32.8 457 297 4 52 505 57 506 3.22e-61 209 NGZ99312.1 NGZ99312.1 88.5 104 12 0 1 104 1 104 3.46e-60 177 MBL1816365.1 MBL1816365.1 100 97 0 0 1 97 1 97 2.07e-69 200 TMQ05501.1 TMQ05501.1 100 60 0 0 1 60 1 60 3.52e-40 124 TMQ05501.1 WP_070172067.1 64.3 28 10 0 33 60 21 48 7.22e-08 45.1 MBN8894000.1 MBN8894000.1 95.2 435 21 0 1 435 1 435 3.59e-308 832 MBN8894000.1 WP_199673213.1 28.8 118 79 2 312 428 271 384 3.12e-06 47.4 RRH78400.1 RRH78400.1 100 116 0 0 1 116 1 116 1.82e-81 232 WP_228824605.1 WP_228824605.1 100 206 0 0 1 206 1 206 1.98e-149 411 WP_228824605.1 MCH2678216.1 36.2 127 65 5 51 169 48 166 4.07e-15 68.9 ECU3870451.1 ECU3870451.1 100 975 0 0 1 975 1 975 0.0 2011 ECU3870451.1 EFE8261313.1 44.6 509 230 15 51 542 58 531 1.11e-104 343 KAG0031507.1 KAG0031507.1 100 149 0 0 1 149 1 149 3.72e-108 302 KAG0031507.1 TYG81953.1 45.2 146 79 1 4 149 8 152 1.75e-42 136 KAG0031507.1 ESR55765.1 38.8 67 41 0 4 70 8 74 7.88e-13 58.9 TMJ88229.1 TMJ88229.1 100 125 0 0 1 125 1 125 1.24e-90 256 WP_143169250.1 WP_143169250.1 100 379 0 0 1 379 1 379 1.69e-289 780 WP_143169250.1 AWW49543.1 41.4 365 202 7 21 379 38 396 6.96e-88 269 AEN92745.1 AEN92745.1 100 154 0 0 1 154 1 154 1.05e-114 319 RSL41043.1 RSL41043.1 89.8 656 67 0 1 656 1 656 0.0 1159 WP_235620461.1 WP_235620461.1 100 21 0 0 1 21 1 21 1.81e-09 43.9 AGV54449.1 AGV54449.1 95.0 599 30 0 1 599 1 599 0.0 908 AGV54449.1 KAJ2160981.1 39.7 290 126 4 352 593 154 442 1.14e-54 190 WP_124691753.1 WP_124691753.1 94.8 554 29 0 1 554 1 554 0.0 1054 KPM41539.1 KPM41539.1 95.0 604 30 0 1 604 1 604 0.0 1191 KPM41539.1 XP_006359699.1 30.1 166 96 6 63 220 148 301 9.10e-11 62.4 KPM41539.1 XP_048796933.1 34.1 91 54 4 135 221 384 472 1.37e-05 46.6 MBX5327472.1 MBX5327472.1 100 67 0 0 1 67 1 67 1.50e-44 135 QTD03487.1 QTD03487.1 99.1 4405 38 0 1 4405 1 4405 0.0 8990 QTD03487.1 QXR94354.1 98.9 4405 46 1 1 4405 1 4402 0.0 8968 QTD03487.1 UFM00670.1 98.8 4405 53 0 1 4405 1 4405 0.0 8964 QTD03487.1 QTM79632.1 98.8 4405 48 1 1 4405 1 4402 0.0 8961 QTD03487.1 UEC68750.1 98.8 4405 53 0 1 4405 1 4405 0.0 8961 QTD03487.1 UBL45068.1 98.8 4405 51 0 1 4405 1 4405 0.0 8960 QTD03487.1 UHM53165.1 98.8 4405 53 0 1 4405 1 4405 0.0 8959 QTD03487.1 UFM02602.1 98.8 4405 53 0 1 4405 1 4405 0.0 8958 QTD03487.1 QTZ27226.1 98.8 4405 50 1 1 4405 1 4402 0.0 8957 QTD03487.1 ULA23837.2 98.8 4405 51 2 1 4405 1 4401 0.0 8953 QTD03487.1 UPP41269.1 98.7 4405 53 1 1 4405 1 4402 0.0 8952 QTD03487.1 USR14792.1 98.7 4405 54 1 1 4405 1 4402 0.0 8949 QTD03487.1 UXH94526.1 98.7 4405 52 2 1 4405 1 4401 0.0 8948 QTD03487.1 UKU68032.1 98.4 4405 65 2 1 4405 1 4401 0.0 8920 QTD03487.1 QSZ25555.1 99.0 4401 45 0 1 4401 1 4401 0.0 8895 QTD03487.1 QWC83326.1 99.0 4401 45 0 1 4401 1 4401 0.0 8893 QTD03487.1 WEU87158.1 99.0 4401 43 0 1 4401 1 4401 0.0 8893 QTD03487.1 UBP50947.1 98.9 4401 48 0 1 4401 1 4401 0.0 8886 QTD03487.1 QZU16279.1 98.9 4401 49 0 1 4401 1 4401 0.0 8882 QTD03487.1 UBD95131.1 98.9 4401 50 0 1 4401 1 4401 0.0 8880 QTD03487.1 QVD87869.1 98.9 4401 47 1 1 4401 1 4398 0.0 8877 QTD03487.1 UEC52718.1 98.8 4401 54 0 1 4401 1 4401 0.0 8872 QTD03487.1 UIR12670.1 98.8 4401 49 2 1 4401 1 4397 0.0 8871 QTD03487.1 UZO53924.1 98.8 4401 51 1 1 4401 1 4398 0.0 8869 QTD03487.1 URQ55824.1 98.8 4401 52 1 1 4401 1 4398 0.0 8867 QTD03487.1 UVB16817.1 98.8 4401 51 1 1 4401 1 4398 0.0 8866 QTD03487.1 UPA83906.1 98.7 4401 53 2 1 4401 1 4397 0.0 8860 QTD03487.1 UMF87224.1 98.7 4401 54 2 1 4401 1 4397 0.0 8858 QTD03487.1 UKN67998.1 98.8 4381 50 2 21 4401 1 4377 0.0 8829 QTD03487.1 UBR86455.1 97.6 4400 105 0 2 4401 1 4400 0.0 8750 QTD03487.1 UJJ97602.1 96.5 4405 150 2 1 4405 1 4401 0.0 8723 QTD03487.1 UJV88611.1 96.8 4405 137 2 1 4405 1 4401 0.0 8707 QTD03487.1 UXX67934.1 97.3 4401 118 1 1 4401 1 4398 0.0 8704 QTD03487.1 UCP72061.1 97.2 4401 125 0 1 4401 1 4401 0.0 8698 QTD03487.1 UAQ80067.1 97.0 4401 132 0 1 4401 1 4401 0.0 8688 QTD03487.1 UCP77012.1 97.0 4401 131 0 1 4401 1 4401 0.0 8688 QTD03487.1 UOU30556.1 96.8 4401 138 1 1 4401 1 4398 0.0 8654 QTD03487.1 UJS94137.1 97.8 4300 91 2 106 4405 1 4296 0.0 8638 QTD03487.1 UGA79226.1 96.5 4401 155 0 1 4401 1 4401 0.0 8622 QTD03487.1 ULB83374.1 95.6 4405 189 2 1 4405 1 4401 0.0 8572 QTD03487.1 WHE12941.1 96.2 4375 162 1 27 4401 1 4372 0.0 8546 QTD03487.1 UVI10561.1 95.2 4374 209 1 28 4401 1 4371 0.0 8431 QTD03487.1 UGB98301.1 93.4 4405 290 0 1 4405 1 4405 0.0 8383 QTD03487.1 QRX02582.1 99.0 4098 42 0 1 4098 1 4098 0.0 8339 QTD03487.1 UJT06733.1 93.2 4401 297 2 1 4401 1 4397 0.0 8234 QTD03487.1 UFA30503.1 92.5 4340 326 0 27 4366 1 4340 0.0 8150 QTD03487.1 WGP70063.1 91.6 4369 369 0 1 4369 1 4369 0.0 8108 QTD03487.1 UMA88644.1 91.5 4380 370 2 22 4401 1 4376 0.0 8040 QTD03487.1 UNI03201.1 90.4 4379 420 1 27 4405 1 4378 0.0 8013 QTD03487.1 WEI27974.1 90.3 4405 423 1 1 4405 1 4402 0.0 7997 QTD03487.1 UEX07109.1 87.1 4379 566 0 27 4405 1 4379 0.0 7664 QTD03487.1 WGP98278.1 88.2 4364 516 0 1 4364 1 4364 0.0 7647 QTD03487.1 WAS49087.1 83.8 4401 708 1 1 4401 1 4398 0.0 7212 QTD03487.1 URP80785.1 81.7 4378 799 1 28 4405 1 4375 0.0 7079 QTD03487.1 UPB00876.1 75.7 4378 1062 1 28 4405 1 4375 0.0 6372 QTD03487.1 UYE49180.1 75.4 4405 1081 1 1 4405 1 4402 0.0 6351 QTD03487.1 WGQ72821.1 65.8 4344 1487 0 26 4369 1 4344 0.0 5277 WP_266535309.1 WP_266535309.1 100 74 0 0 1 74 1 74 1.93e-50 150 WP_010016619.1 WP_010016619.1 100 617 0 0 1 617 1 617 0.0 1240 WP_010016619.1 MBN2427654.1 25.4 504 312 17 14 488 3 471 5.71e-31 126 WP_010016619.1 MBP6400846.1 40.0 150 74 3 16 159 6 145 3.55e-26 104 WP_010016619.1 MBO5098538.1 55.2 87 39 0 522 608 2 88 1.96e-24 95.9 WP_010016619.1 NNC58435.1 24.5 489 237 14 17 384 11 488 8.90e-22 98.2 WP_010016619.1 MCC7304610.1 34.8 178 105 5 16 189 14 184 8.41e-21 95.1 WP_010016619.1 MBP9771519.1 32.4 219 126 4 21 232 15 218 4.56e-20 92.0 WP_039789871.1 WP_039789871.1 88.3 213 25 0 1 213 1 213 1.07e-136 380 MCP2519657.1 MCP2519657.1 97.6 419 10 0 1 419 1 419 2.16e-310 836 MCP2519657.1 MBR2609817.1 43.1 422 234 5 1 418 1 420 1.65e-114 340 MCP2519657.1 MCI5191941.1 35.6 419 265 4 1 418 1 415 2.19e-79 256 MBA3609961.1 MBA3609961.1 97.3 448 12 0 1 448 1 448 0.0 880 MBA3609961.1 OWZ34415.1 34.0 438 271 6 24 446 42 476 1.75e-78 250 MBA3609961.1 ELZ16407.1 34.8 442 264 11 21 448 17 448 2.27e-72 233 MBA3609961.1 MBQ6794463.1 34.5 406 202 12 41 436 16 367 4.46e-56 188 MBA3609961.1 MCU1411638.1 31.9 407 224 12 37 432 20 384 4.55e-55 186 MBA3609961.1 MCF7895906.1 31.9 345 204 9 36 379 20 334 4.23e-45 158 MBA3609961.1 WP_254819486.1 30.1 425 274 11 42 448 39 458 4.79e-41 150 MBA3609961.1 WP_160194147.1 27.7 441 271 12 21 442 10 421 2.48e-37 139 MBA3609961.1 MCM2356329.1 30.1 272 167 8 36 299 29 285 3.34e-29 114 MBA3609961.1 NBT94281.1 33.8 151 87 6 36 180 29 172 1.51e-14 70.1 MCL7398932.1 MCL7398932.1 100 496 0 0 1 496 1 496 0.0 1006 MCL7398932.1 MCE5280144.1 30.7 374 217 6 118 486 17 353 6.65e-56 196 MCU0269282.1 MCU0269282.1 100 343 0 0 1 343 1 343 1.71e-248 673 WP_200543170.1 WP_200543170.1 100 692 0 0 1 692 1 692 0.0 1412 WP_200543170.1 CKF71070.1 40.6 436 255 2 256 687 306 741 1.61e-110 349 WP_200543170.1 WP_230171322.1 42.9 431 236 3 259 684 589 1014 1.04e-108 352 WP_200543170.1 WP_018646673.1 34.7 481 302 5 215 686 466 943 1.68e-88 295 WP_200543170.1 MBF0143407.1 36.8 416 248 5 277 682 641 1051 1.40e-76 264 WP_200543170.1 HCN71343.1 47.2 125 64 2 307 430 8 131 1.44e-25 100 WP_200543170.1 WP_145544593.1 36.9 160 93 4 274 433 366 517 6.32e-20 92.0 WP_200543170.1 WP_242961281.1 33.9 165 106 3 274 437 539 701 2.99e-15 77.8 WP_200543170.1 WP_248328072.1 35.2 105 56 3 585 688 118 211 5.62e-08 53.9 MBF2036494.1 MBF2036494.1 100 598 0 0 1 598 1 598 0.0 1245 MBF2036494.1 NJK67049.1 38.5 288 123 10 5 251 4 278 7.03e-38 144 MBF2036494.1 KZT58963.1 26.4 212 140 8 16 219 1084 1287 4.57e-06 48.1 XP_052337646.1 XP_052337646.1 94.6 1527 82 0 1 1527 1 1527 0.0 2926 XP_052337646.1 XP_051216225.1 32.8 747 359 20 688 1416 249 870 1.26e-100 342 XP_052337646.1 NWH38694.1 30.2 192 98 4 685 870 136 297 4.03e-18 87.8 WP_201700143.1 WP_201700143.1 100 149 0 0 1 149 1 149 1.07e-107 301 MBE35268.1 MBE35268.1 97.0 540 16 0 1 540 1 540 0.0 1074 MYI74371.1 MYI74371.1 100 104 0 0 1 104 1 104 8.50e-70 202 WP_280941535.1 WP_280941535.1 90.2 297 29 0 1 297 1 297 7.38e-188 516 KAJ0963891.1 KAJ0963891.1 96.9 707 22 0 1 707 1 707 0.0 1423 KAJ0963891.1 XP_021741676.1 37.5 304 106 10 16 279 2 261 1.27e-47 174 WP_238068046.1 WP_238068046.1 100 270 0 0 1 270 1 270 7.78e-206 559 UDK40309.1 UDK40309.1 99.1 1271 11 0 1 1271 1 1271 0.0 2517 UDK40309.1 UHB14670.1 97.2 1271 35 0 1 1271 1 1271 0.0 2498 UDK40309.1 UIX40308.1 97.0 1271 38 0 1 1271 1 1271 0.0 2490 UDK40309.1 UPU53169.1 95.1 1273 57 2 1 1271 1 1270 0.0 2428 UDK40309.1 UYC71619.1 95.3 1273 53 3 1 1271 1 1268 0.0 2424 UDK40309.1 UGX22439.1 93.7 1271 80 0 1 1271 1 1271 0.0 2385 UDK40309.1 QUE11983.1 93.2 1273 81 3 1 1271 1 1270 0.0 2362 UDK40309.1 USL51576.1 92.1 1273 95 2 1 1271 1 1270 0.0 2333 UDK40309.1 UBN63752.1 91.6 1273 102 3 1 1271 1 1270 0.0 2313 UDK40309.1 QUM20585.1 89.6 1273 129 2 1 1271 1 1272 0.0 2253 UDK40309.1 QVX70521.1 87.7 1273 155 1 1 1271 1 1273 0.0 2199 UDK40309.1 UZH89542.1 89.0 1273 136 2 1 1271 1 1271 0.0 2197 UDK40309.1 QXI91160.1 84.8 1273 190 2 1 1271 1 1272 0.0 2097 UDK40309.1 UUS71569.1 66.5 1273 424 1 1 1271 1 1273 0.0 1487 UDK40309.1 UHK01047.1 62.3 1273 478 1 1 1271 1 1273 0.0 1352 WP_271340374.1 WP_271340374.1 98.3 598 10 0 1 598 1 598 0.0 1205 WP_271340374.1 WP_025739406.1 26.1 425 252 8 192 598 257 637 4.63e-29 120 WP_271340374.1 WP_269572442.1 31.3 342 166 10 259 592 318 598 1.26e-26 112 WP_271340374.1 WP_128786583.1 29.9 375 209 10 238 598 296 630 7.81e-25 107 WP_271340374.1 WP_104456122.1 27.6 322 179 9 274 591 244 515 3.71e-24 104 WP_271340374.1 WP_156140069.1 28.5 393 233 16 212 580 204 572 9.00e-19 88.6 WP_271340374.1 MCI8311254.1 31.6 190 110 2 285 471 227 399 1.26e-15 78.2 WP_271340374.1 WP_237962375.1 34.8 201 117 5 288 474 345 545 2.26e-14 74.7 WP_019045265.1 WP_019045265.1 93.1 144 10 0 1 144 1 144 6.00e-98 276 ECX3143969.1 ECX3143969.1 100 33 0 0 1 33 1 33 1.71e-18 67.4 MSR47408.1 MSR47408.1 100 70 0 0 1 70 1 70 5.14e-42 129 WP_247915795.1 WP_247915795.1 100 327 0 0 1 327 1 327 6.40e-245 663 WP_247915795.1 WP_166960135.1 32.5 295 177 9 8 293 26 307 1.11e-43 152 WP_118757260.1 WP_118757260.1 96.3 297 11 0 1 297 1 297 7.80e-215 584 NPA74709.1 NPA74709.1 96.7 273 9 0 1 273 1 273 1.93e-187 513 WP_083062905.1 WP_083062905.1 94.6 467 25 0 1 467 1 467 0.0 882 WP_083062905.1 MBR0160695.1 39.6 439 247 9 1 436 1 424 3.10e-90 280 WP_083062905.1 WP_027951454.1 36.6 336 200 5 4 337 5 329 7.86e-53 181 WP_231768584.1 WP_231768584.1 96.2 289 11 0 1 289 1 289 2.14e-208 567 WP_231768584.1 WP_136027195.1 32.8 250 158 3 37 284 25 266 8.90e-40 138 WP_254819486.1 WP_254819486.1 100 459 0 0 1 459 1 459 0.0 944 WP_254819486.1 MBA3609961.1 28.9 425 279 11 39 458 42 448 1.64e-38 143 WP_254819486.1 OWZ34415.1 25.5 444 304 10 25 455 46 475 1.12e-32 127 WP_254819486.1 WP_160194147.1 26.1 449 294 14 10 453 7 422 4.80e-31 122 WP_254819486.1 ELZ16407.1 25.7 460 289 15 26 458 15 448 8.24e-28 113 EFB3581025.1 EFB3581025.1 100 241 0 0 1 241 1 241 1.38e-180 493 EFB3581025.1 CAG0273471.1 51.9 208 98 2 31 237 2 208 9.99e-74 221 EFB3581025.1 WP_250376457.1 29.3 222 142 4 22 229 13 233 7.25e-33 117 WP_209834627.1 WP_209834627.1 100 803 0 0 1 803 1 803 0.0 1612 WP_116235933.1 WP_116235933.1 100 310 0 0 1 310 1 310 3.25e-234 634 WP_103640433.1 WP_103640433.1 100 126 0 0 1 126 1 126 9.39e-91 256 NOZ81161.1 NOZ81161.1 100 297 0 0 1 297 1 297 1.47e-219 596 NLL42224.1 NLL42224.1 100 301 0 0 1 301 1 301 1.03e-221 602 YP_010101702.1 YP_010101702.1 100 94 0 0 1 94 1 94 9.56e-67 194 XP_044655078.1 XP_044655078.1 100 318 0 0 1 318 1 318 5.89e-241 652 MCS3353511.1 MCS3353511.1 100 129 0 0 1 129 1 129 6.28e-95 267 MBQ1183295.1 MBQ1183295.1 100 103 0 0 1 103 1 103 1.94e-70 203 XP_040549882.1 XP_040549882.1 100 246 0 0 1 246 1 246 3.54e-190 518 WP_146661090.1 WP_146661090.1 94.3 300 17 0 1 300 1 300 5.46e-212 577 RYO44776.1 RYO44776.1 100 846 0 0 1 846 1 846 0.0 1754 RYO44776.1 MBF8294570.1 31.1 614 337 24 249 832 24 581 4.70e-66 229 RYO44776.1 MCL1888839.1 26.7 360 228 10 51 390 71 414 2.92e-23 103 RYO44776.1 MBQ5493788.1 31.7 139 85 4 708 844 13 143 3.95e-14 68.9 NQY65348.1 NQY65348.1 100 72 0 0 1 72 1 72 2.79e-49 147 MBC8384723.1 MBC8384723.1 97.2 359 10 0 1 359 1 359 4.55e-252 684 MBC8384723.1 MCM8792278.1 43.7 350 153 6 7 352 7 316 1.01e-87 265 MBC8384723.1 NNF43866.1 37.1 350 195 6 7 354 10 336 4.67e-71 223 WP_233927803.1 WP_233927803.1 100 300 0 0 1 300 1 300 2.10e-225 611 EBR8320535.1 EBR8320535.1 100 442 0 0 1 442 1 442 0.0 894 MCB1452120.1 MCB1452120.1 83.6 55 9 0 1 55 1 55 4.82e-27 90.5 MCK4540455.1 MCK4540455.1 100 158 0 0 1 158 1 158 2.11e-116 324 WP_002951147.1 WP_002951147.1 100 228 0 0 1 228 1 228 1.38e-169 464 WP_171832914.1 WP_171832914.1 100 179 0 0 1 179 1 179 1.18e-130 362 WP_171832914.1 WP_159220133.1 46.9 177 94 0 1 177 1 177 2.06e-57 176 RTG88278.1 RTG88278.1 80.0 270 54 0 1 270 1 270 4.58e-157 436 MCI9173074.1 MCI9173074.1 100 406 0 0 1 406 1 406 2.71e-311 837 WP_232968558.1 WP_232968558.1 100 315 0 0 1 315 1 315 9.69e-234 634 WP_232968558.1 WP_247623927.1 42.5 308 172 3 8 314 100 403 7.99e-79 244 WP_232968558.1 PAV09171.1 35.4 319 181 5 1 311 17 318 9.35e-63 200 WP_255895909.1 WP_255895909.1 100 395 0 0 1 395 1 395 4.28e-307 826 WP_255895909.1 WP_035064005.1 34.1 334 205 4 60 380 47 378 8.49e-60 199 WP_255895909.1 MBT6563471.1 31.3 351 228 5 41 380 19 367 1.36e-51 177 HAS9516566.1 HAS9516566.1 100 337 0 0 1 337 1 337 9.27e-259 699 KAI4297075.1 KAI4297075.1 97.7 867 20 0 1 867 1 867 0.0 1705 BAW23943.1 BAW23943.1 86.1 144 20 0 1 144 1 144 3.55e-81 234 WP_182232449.1 WP_182232449.1 100 248 0 0 1 248 1 248 3.98e-188 513 MBT3329129.1 MBT3329129.1 100 443 0 0 1 443 1 443 0.0 885 WP_112978543.1 WP_112978543.1 100 99 0 0 1 99 1 99 4.30e-72 207 WP_275397725.1 WP_275397725.1 94.6 167 9 0 1 167 1 167 3.06e-118 329 NVJ87065.1 NVJ87065.1 100 115 0 0 1 115 1 115 1.76e-83 237 WP_271569319.1 WP_271569319.1 94.9 415 21 0 1 415 1 415 9.03e-285 771 EWT02607.1 EWT02607.1 100 301 0 0 1 301 1 301 3.36e-227 616 WP_001884703.1 WP_001884703.1 100 324 0 0 1 324 1 324 8.14e-251 677 WP_231483373.1 WP_231483373.1 100 290 0 0 1 290 1 290 7.58e-223 604 KAH9316303.1 KAH9316303.1 100 73 0 0 1 73 1 73 3.76e-52 155 WP_226909596.1 WP_226909596.1 100 574 0 0 1 574 1 574 0.0 1145 WP_226909596.1 MBV9097303.1 37.1 143 82 5 411 547 4 144 3.19e-15 72.0 WP_281054160.1 WP_281054160.1 100 253 0 0 1 253 1 253 4.66e-194 528 WP_281054160.1 WP_042650033.1 30.9 249 162 4 8 251 5 248 5.61e-32 116 WP_281054160.1 WP_060347438.1 29.8 255 156 8 8 249 4 248 5.80e-30 111 WP_281054160.1 WP_057651690.1 29.4 248 163 6 8 249 48 289 6.60e-24 95.9 WP_281054160.1 WP_087085326.1 29.4 248 160 6 13 249 10 253 9.32e-24 94.7 WP_281054160.1 WP_014605789.1 26.7 240 159 9 12 244 2 231 3.48e-15 71.2 QEP12732.1 QEP12732.1 100 107 0 0 1 107 1 107 3.02e-78 223 MBF8300261.1 MBF8300261.1 99.1 843 8 0 1 843 1 843 0.0 1725 WP_088557458.1 WP_088557458.1 100 324 0 0 1 324 1 324 5.60e-233 632 OCN18427.1 OCN18427.1 100 142 0 0 1 142 1 142 6.80e-103 288 UQV46285.1 UQV46285.1 100 380 0 0 1 380 1 380 3.69e-289 779 WP_223326327.1 WP_223326327.1 100 144 0 0 1 144 1 144 2.75e-103 290 WP_274192231.1 WP_274192231.1 100 260 0 0 1 260 1 260 2.66e-183 501 HCN8461219.1 HCN8461219.1 100 93 0 0 1 93 1 93 2.12e-67 195 HCN8461219.1 GLX88815.1 68.4 79 25 0 8 86 9 87 2.41e-36 122 HCN8461219.1 WP_210226425.1 57.0 86 37 0 8 93 9 94 3.96e-30 106 WP_217101611.1 WP_217101611.1 89.7 321 33 0 1 321 1 321 1.22e-198 545 WP_217101611.1 WP_166725305.1 78.1 320 70 0 1 320 1 320 3.47e-168 468 WP_217101611.1 WP_213750918.1 47.4 270 137 3 53 320 7 273 4.47e-74 228 WP_217101611.1 HHH37178.1 33.1 178 119 0 130 307 79 256 5.07e-27 105 WP_130477570.1 WP_130477570.1 100 268 0 0 1 268 1 268 1.87e-187 513 WP_130477570.1 WP_144002426.1 49.6 254 124 2 1 251 4 256 1.83e-75 229 MBN2090897.1 MBN2090897.1 96.5 599 21 0 1 599 1 599 0.0 1177 AVJ74934.1 AVJ74934.1 96.8 315 10 0 1 315 1 315 3.11e-230 625 WP_103294927.1 WP_103294927.1 100 226 0 0 1 226 1 226 8.01e-168 459 WP_103294927.1 WP_234080888.1 29.1 110 72 3 17 121 29 137 1.49e-04 40.0 OGO01021.1 OGO01021.1 100 397 0 0 1 397 1 397 1.96e-304 819 OGO01021.1 WP_065517671.1 31.2 346 229 3 2 338 7 352 1.60e-49 170 OGO01021.1 WP_065029373.1 29.1 388 262 11 1 380 1 383 2.34e-42 151 WP_100610557.1 WP_100610557.1 98.3 577 10 0 1 577 1 577 0.0 1189 WP_100610557.1 HAR3824072.1 41.7 576 322 7 1 570 15 582 6.77e-158 462 WP_100610557.1 WP_099345046.1 28.5 534 366 8 33 563 17 537 7.94e-61 209 WP_100610557.1 WP_060004157.1 29.0 566 370 15 20 566 3 555 1.29e-50 182 MCD4768021.1 MCD4768021.1 100 51 0 0 1 51 1 51 2.45e-34 108 WP_129895541.1 WP_129895541.1 97.3 1301 35 0 1 1301 1 1301 0.0 2613 XP_016211170.1 XP_016211170.1 89.4 831 88 0 19 849 19 849 0.0 1516 EIO3984852.1 EIO3984852.1 100 140 0 0 1 140 1 140 1.68e-102 287 CDL67554.1 CDL67554.1 100 74 0 0 1 74 1 74 1.59e-49 148 HHY02707.1 HHY02707.1 84.7 216 33 0 1 216 1 216 4.20e-124 348 CAD6270987.1 CAD6270987.1 96.9 287 9 0 1 287 1 287 5.95e-214 581 CAD6270987.1 NQX99425.1 44.2 231 125 3 59 286 1 230 1.57e-62 196 WP_160149429.1 WP_160149429.1 100 195 0 0 1 195 1 195 8.51e-138 382 WP_257358148.1 WP_257358148.1 100 483 0 0 1 483 1 483 0.0 945 WP_194266302.1 WP_194266302.1 100 131 0 0 1 131 1 131 6.49e-98 275 WP_058738289.1 WP_058738289.1 97.2 431 12 0 1 431 1 431 3.89e-310 837 WP_058738289.1 WP_024039518.1 31.9 401 253 13 25 414 30 421 9.71e-52 178 WP_058738289.1 WP_262452366.1 25.7 428 289 10 8 416 9 426 1.27e-29 118 WP_058738289.1 MXI78925.1 35.1 222 115 8 103 317 1 200 1.38e-25 101 WP_188948933.1 WP_188948933.1 84.7 124 19 0 1 124 1 124 2.18e-61 182 WP_205188895.1 WP_205188895.1 100 459 0 0 1 459 1 459 0.0 926 WP_116691934.1 WP_116691934.1 100 103 0 0 1 103 1 103 2.86e-72 208 WP_273597572.1 WP_273597572.1 96.2 211 8 0 1 211 1 211 5.45e-154 423 WP_198465579.1 WP_198465579.1 100 777 0 0 1 777 1 777 0.0 1624 KAI0008979.1 KAI0008979.1 100 327 0 0 1 327 1 327 1.85e-253 684 OIV35259.1 OIV35259.1 81.8 220 40 0 1 220 1 220 5.09e-127 356 EIQ2008784.1 EIQ2008784.1 100 206 0 0 1 206 1 206 6.41e-155 425 AST39768.1 AST39768.1 100 99 0 0 1 99 1 99 8.69e-72 206 AST39768.1 MOY95459.1 72.4 98 27 0 2 99 2 99 6.89e-51 154 AST39768.1 MOY61908.1 64.3 98 35 0 2 99 2 99 7.30e-44 136 AST39768.1 AMA13662.1 62.2 98 37 0 2 99 63 160 5.81e-42 134 MBP8846809.1 MBP8846809.1 98.7 1317 17 0 1 1317 1 1317 0.0 2697 WP_054895058.1 WP_054895058.1 100 98 0 0 1 98 1 98 3.17e-69 200 CAH1250835.1 CAH1250835.1 96.4 533 19 0 1 533 1 533 0.0 1050 CAH1250835.1 KAI5128402.1 27.2 92 55 2 79 163 25 111 4.69e-04 39.3 WP_200599363.1 WP_200599363.1 100 456 0 0 1 456 1 456 0.0 921 WP_200599363.1 HCI3868538.1 70.8 264 77 0 1 264 1 264 1.23e-138 397 WP_200599363.1 XP_047046442.1 34.1 88 44 2 380 454 460 546 7.28e-06 46.6 WP_200599363.1 CAG8726868.1 50.0 30 15 0 425 454 297 326 5.15e-05 43.5 KRM25387.1 KRM25387.1 100 84 0 0 1 84 1 84 1.93e-59 174 WP_150146969.1 WP_150146969.1 100 191 0 0 1 191 1 191 4.72e-136 376 WP_150146969.1 GBE22655.1 30.6 108 62 4 3 99 11 116 1.16e-04 39.7 XP_032275630.1 XP_032275630.1 90.3 217 21 0 1 217 1 217 7.84e-141 390 KDT27382.1 KDT27382.1 100 777 0 0 1 777 1 777 0.0 1588 KDT27382.1 EFN5389376.1 96.6 613 21 0 1 613 200 812 0.0 1224 KDT27382.1 HAN0352225.1 78.2 468 100 1 1 466 45 512 2.97e-275 766 KDT27382.1 EIH4263652.1 96.4 276 10 0 1 276 311 586 8.41e-189 549 KDT27382.1 EJW7579374.1 95.1 245 12 0 1 245 49 293 1.42e-171 493 KDT27382.1 EFL5817307.1 94.0 217 13 0 1 217 264 480 7.80e-142 424 KDT27382.1 EDD0587303.1 43.2 111 61 2 506 614 1142 1252 5.91e-21 97.1 WP_064802002.1 WP_064802002.1 100 391 0 0 1 391 1 391 4.97e-304 818 WP_064802002.1 MBW4662439.1 33.6 372 218 7 31 386 33 391 4.56e-61 200 WP_064802002.1 WP_250015522.1 29.8 386 250 12 8 385 13 385 7.08e-44 155 WP_064802002.1 WP_270430070.1 28.3 357 230 5 19 370 22 357 5.78e-42 149 WP_064802002.1 PAW68992.1 29.6 402 251 12 11 389 8 400 4.20e-40 145 HCH8663031.1 HCH8663031.1 98.8 809 10 0 1 809 1 809 0.0 1690 HCH8663031.1 WP_220281278.1 49.6 812 391 10 7 808 10 813 4.32e-288 812 HCH8663031.1 HAL7851047.1 52.3 642 296 6 174 808 8 646 4.06e-230 658 HCH8663031.1 EJH9475741.1 30.9 755 420 27 112 808 50 760 6.41e-85 285 HCH8663031.1 WP_265822109.1 24.2 855 495 31 11 763 6 809 4.87e-41 160 HCH8663031.1 EFT8991253.1 23.3 223 146 5 103 300 149 371 3.72e-08 55.5 MBL04873.1 MBL04873.1 100 454 0 0 1 454 1 454 0.0 932 MBL04873.1 EDF5922784.1 24.0 521 242 20 20 454 12 464 6.08e-12 65.9 MBL04873.1 XP_050578957.1 23.1 212 116 5 3 198 803 983 2.95e-09 57.8 MBL04873.1 EJI8012843.1 51.2 41 14 1 398 432 479 519 2.98e-04 41.6 OGW26817.1 OGW26817.1 100 129 0 0 1 129 1 129 2.19e-95 268 OGU26820.1 OGU26820.1 95.9 246 10 0 1 246 1 246 1.04e-173 476 WP_094590349.1 WP_094590349.1 100 115 0 0 1 115 1 115 1.19e-81 233 NOR80888.1 NOR80888.1 96.7 425 14 0 1 425 1 425 1.37e-316 852 NOR80888.1 WP_177420403.1 31.7 436 268 10 1 421 1 421 1.27e-60 201 MBB4616026.1 MBB4616026.1 100 226 0 0 1 226 1 226 1.14e-167 459 XP_016252004.1 XP_016252004.1 94.9 486 25 0 1 486 1 486 0.0 938 WP_217297942.1 WP_217297942.1 100 105 0 0 1 105 1 105 8.76e-77 219 MBE1296527.1 MBE1296527.1 100 848 0 0 1 848 1 848 0.0 1742 MCI7428666.1 MCI7428666.1 100 56 0 0 1 56 1 56 7.18e-36 112 KAJ3308761.1 KAJ3308761.1 100 384 0 0 1 384 1 384 6.68e-294 791 KAJ3308761.1 WP_082565353.1 29.0 248 162 6 1 243 1 239 3.26e-22 94.7 WP_063055719.1 WP_063055719.1 97.4 453 12 0 1 453 1 453 0.0 915 MCB0773217.1 MCB0773217.1 89.2 186 20 0 1 186 1 186 1.03e-123 345 MCB0773217.1 MBN1882318.1 33.3 132 72 4 40 166 35 155 6.65e-17 73.2 MCB0773217.1 WP_028779961.1 28.5 123 77 4 47 169 33 144 1.73e-09 52.8 MBR6403893.1 MBR6403893.1 100 420 0 0 1 420 1 420 4.92e-312 840 MBR6403893.1 MBO8233644.1 25.9 286 174 13 156 420 111 379 5.84e-11 62.0 MBR6403893.1 KDF42894.1 21.2 353 218 12 102 412 147 481 1.79e-10 60.8 MBR6403893.1 PSQ73325.1 23.6 229 155 7 211 420 615 842 3.00e-09 57.4 MBR6403893.1 WP_274755179.1 22.8 206 132 6 210 402 207 398 1.10e-08 55.1 MBR6403893.1 MBN1819552.1 23.7 224 154 6 211 417 341 564 9.62e-08 52.4 MBR6403893.1 WP_283842967.1 24.3 218 131 7 216 409 361 568 6.93e-07 49.7 MBR6403893.1 WP_166106360.1 26.0 223 130 10 220 415 310 524 4.70e-06 47.0 DAC17040.1 DAC17040.1 97.9 965 20 0 1 965 1 965 0.0 1920 PMP70922.1 PMP70922.1 94.7 507 27 0 1 507 1 507 0.0 966 NDB23390.1 NDB23390.1 100 197 0 0 1 197 1 197 4.72e-148 407 MCL4849599.1 MCL4849599.1 98.1 375 7 0 1 375 1 375 3.35e-278 751 EIA4708990.1 EIA4708990.1 100 818 0 0 1 818 1 818 0.0 1689 WP_130858156.1 WP_130858156.1 100 328 0 0 1 328 1 328 4.73e-252 681 KAI3849778.1 KAI3849778.1 99.4 797 5 0 15 811 15 811 0.0 1638 KAI3849778.1 XP_021765438.1 32.3 372 234 12 430 797 533 890 9.67e-45 172 KAI3849778.1 XP_019180948.1 34.1 352 208 11 431 768 608 949 2.62e-42 164 KAI3849778.1 XP_025814622.1 32.2 370 214 12 430 770 716 1077 1.08e-37 150 KAI3849778.1 KAG2309455.1 30.6 294 186 7 484 768 598 882 6.73e-35 141 KAI3849778.1 XP_044484513.1 30.5 279 171 5 440 700 29 302 1.09e-31 130 KAI3849778.1 XP_046441060.1 32.0 200 117 12 501 693 67 254 2.36e-14 75.5 KAI3849778.1 XP_020321477.1 30.8 208 123 11 494 693 52 246 1.04e-12 70.1 KAI3849778.1 KAJ7903702.1 24.3 206 143 5 494 695 22 218 8.20e-06 47.4 HIS27960.1 HIS27960.1 100 294 0 0 1 294 1 294 3.36e-228 618 HIS27960.1 WP_111083956.1 41.0 266 156 1 10 274 16 281 9.95e-69 214 HIS27960.1 WP_062263491.1 34.7 288 177 5 9 289 2 285 2.95e-55 179 WP_202165152.1 WP_202165152.1 95.9 338 14 0 1 338 1 338 1.55e-237 645 WP_281675368.1 WP_281675368.1 98.4 632 10 0 1 632 1 632 0.0 1236 WP_281675368.1 WP_086353716.1 34.6 298 184 7 1 287 1 298 9.69e-48 168 WP_281675368.1 MBI0103662.1 42.3 78 44 1 547 624 619 695 2.12e-13 71.6 WP_281675368.1 MBU2478158.1 46.7 45 22 1 245 287 7 51 6.68e-05 39.7 MBR4451941.1 MBR4451941.1 95.3 254 12 0 1 254 1 254 4.53e-172 473 MBR4451941.1 MCR4818155.1 40.6 234 136 2 16 247 4 236 1.38e-58 184 MBS6326441.1 MBS6326441.1 100 294 0 0 1 294 1 294 1.92e-218 593 KAB2647529.1 KAB2647529.1 94.1 304 18 0 1 304 1 304 5.86e-209 570 KAB2647529.1 KAB2860347.1 42.7 117 67 0 188 304 1 117 5.19e-30 108 MYS73268.1 MYS73268.1 100 276 0 0 1 276 1 276 4.99e-196 535 MYS73268.1 WP_062917436.1 36.1 227 137 3 8 229 8 231 6.83e-34 122 MYS73268.1 WP_077093245.1 29.2 195 126 4 4 188 6 198 6.43e-05 42.0 WP_051789242.1 WP_051789242.1 100 338 0 0 1 338 1 338 9.62e-257 694 WP_051789242.1 WP_130237435.1 30.6 314 192 7 32 331 24 325 4.01e-32 120 XP_039509588.1 XP_039509588.1 97.5 326 8 0 1 326 1 326 2.41e-244 661 WP_039337636.1 WP_039337636.1 91.8 243 20 0 1 243 1 243 8.94e-153 423 XP_042622198.1 XP_042622198.1 100 581 0 0 1 581 1 581 0.0 1205 XP_042622198.1 NXJ84327.1 34.6 355 211 8 178 513 177 529 5.49e-57 205 XP_042622198.1 KAG5815829.1 34.3 353 203 8 183 516 432 774 5.63e-56 200 XP_042622198.1 XP_039923984.1 34.1 361 209 9 173 510 167 521 4.31e-53 194 XP_042622198.1 XP_026100634.1 27.7 329 179 10 200 513 83 367 1.70e-31 125 XP_042622198.1 XP_025814622.1 34.0 103 53 4 307 396 886 986 1.07e-06 50.1 XP_042622198.1 XP_021765438.1 33.0 94 52 4 312 396 702 793 7.40e-04 40.8 WP_248721304.1 WP_248721304.1 100 302 0 0 1 302 1 302 1.08e-228 620 WP_248721304.1 WP_200986363.1 23.2 280 206 4 1 274 1 277 3.52e-14 70.1 WP_248721304.1 WP_012339795.1 26.9 145 102 2 1 145 1 141 6.64e-08 51.2 KAF6360286.1 KAF6360286.1 91.4 642 55 0 1 642 1 642 0.0 1187 WP_226865765.1 WP_226865765.1 100 609 0 0 1 609 1 609 0.0 1218 WP_226865765.1 PIY74148.1 31.1 611 388 17 23 609 1 602 6.64e-75 249 WP_226865765.1 MBL6756473.1 29.1 663 381 17 2 606 47 678 7.95e-65 225 WP_226865765.1 KXK41164.1 35.3 292 173 8 3 281 8 296 8.46e-42 151 WP_226865765.1 MBO6554759.1 25.4 697 398 27 3 606 200 867 2.65e-36 144 WP_226865765.1 WP_281498184.1 38.3 60 36 1 12 70 21 80 8.58e-06 47.0 WP_099061260.1 WP_099061260.1 100 90 0 0 1 90 1 90 7.56e-62 181 HCI94645.1 HCI94645.1 100 408 0 0 1 408 1 408 2.96e-316 850 HCI94645.1 PFQ70995.1 30.4 339 230 3 71 407 56 390 4.37e-52 177 WP_279374958.1 WP_279374958.1 100 480 0 0 1 480 1 480 0.0 1020 CAA9391925.1 CAA9391925.1 100 27 0 0 1 27 1 27 9.00e-12 50.1 MCJ7733050.1 MCJ7733050.1 100 217 0 0 1 217 1 217 6.64e-167 456 WP_244450453.1 WP_244450453.1 84.3 693 109 0 1 693 1 693 0.0 1079 WP_176366948.1 WP_176366948.1 100 311 0 0 1 311 1 311 1.32e-229 623 WP_194430615.1 WP_194430615.1 100 114 0 0 1 114 1 114 3.85e-82 234 KAG7164393.1 KAG7164393.1 76.6 111 26 0 1 111 1 111 7.19e-54 162 WP_058935081.1 WP_058935081.1 100 139 0 0 1 139 1 139 2.58e-101 284 WP_058935081.1 WP_051963813.1 37.8 82 51 0 39 120 22 103 1.45e-17 71.6 WP_278428737.1 WP_278428737.1 100 416 0 0 1 416 1 416 0.0 865 RZC11235.1 RZC11235.1 95.4 260 12 0 1 260 1 260 9.37e-193 525 RZC11235.1 XP_017428875.1 29.3 249 148 12 6 246 35 263 3.06e-14 69.7 WP_074737802.1 WP_074737802.1 100 384 0 0 1 384 1 384 1.17e-303 816 KAF3069499.1 KAF3069499.1 100 582 0 0 1 582 1 582 0.0 1207 PBK65192.1 PBK65192.1 95.6 225 10 0 1 225 1 225 8.24e-156 429 WP_017908092.1 WP_017908092.1 100 297 0 0 1 297 1 297 2.72e-215 585 WP_208504450.1 WP_208504450.1 90.6 532 50 0 1 532 1 532 0.0 923 WP_208504450.1 MCE1252202.1 51.1 528 252 4 6 532 10 532 5.01e-174 500 WP_029542314.1 WP_029542314.1 93.5 309 20 0 1 309 1 309 1.25e-201 552 WP_029542314.1 WP_265399898.1 30.9 285 186 6 19 301 20 295 5.56e-32 119 WP_029542314.1 WP_091540071.1 28.9 322 154 14 22 294 24 319 2.10e-15 73.9 WP_029542314.1 WP_196222422.1 26.6 139 89 5 24 152 22 157 6.50e-05 41.6 GLB35420.1 GLB35420.1 100 113 0 0 1 113 1 113 2.95e-81 231 EFC67761.1 EFC67761.1 100 50 0 0 1 50 1 50 1.56e-32 103 XP_040250218.1 XP_040250218.1 97.8 764 17 0 1 764 1 764 0.0 1535 XP_040250218.1 XP_019180948.1 32.9 578 302 16 110 623 400 955 2.54e-79 272 XP_040250218.1 XP_025814622.1 29.6 663 328 20 92 623 427 1081 1.68e-63 228 XP_040250218.1 KAG2309455.1 30.0 594 304 17 111 623 326 888 3.02e-60 217 XP_040250218.1 XP_021765438.1 30.4 477 256 15 238 651 445 908 8.95e-44 168 XP_040250218.1 RLN36134.1 33.0 358 196 14 279 615 22 356 1.56e-38 146 XP_040250218.1 XP_044484513.1 38.1 160 97 1 347 504 76 235 9.19e-32 130 XP_040250218.1 XP_048540820.1 26.3 262 154 8 363 620 796 1022 3.40e-20 94.4 XP_040250218.1 RIB10989.1 27.4 197 114 7 492 685 2 172 4.04e-13 67.0 XP_040250218.1 KAG1799066.1 23.5 302 177 13 350 619 17 296 2.95e-07 51.2 XP_047249348.1 XP_047249348.1 97.0 332 10 0 1 332 1 332 6.12e-241 653 MYT98825.1 MYT98825.1 100 205 0 0 15 219 15 219 9.94e-145 400 HAN73743.1 HAN73743.1 100 374 0 0 1 374 1 374 1.08e-278 752 WP_015615815.1 WP_015615815.1 98.7 874 11 0 1 874 1 874 0.0 1756 WP_015615815.1 WP_015919400.1 41.0 808 432 17 1 796 1 775 1.07e-192 570 WP_015615815.1 MCJ7548546.1 41.9 721 391 11 4 704 7 719 3.15e-190 561 WP_015615815.1 MBL8638832.1 35.2 926 530 20 2 867 46 961 3.42e-178 538 WP_015615815.1 KAI5122644.1 29.9 860 504 28 19 806 378 1210 3.43e-87 301 WP_015615815.1 KZV11597.1 29.7 509 301 19 260 734 265 750 7.31e-46 176 MBP6785762.1 MBP6785762.1 100 48 0 0 1 48 1 48 4.45e-29 95.1 UVD42744.1 UVD42744.1 100 133 0 0 1 133 1 133 1.85e-89 254 KAH3699581.1 KAH3699581.1 100 295 0 0 1 295 1 295 3.31e-215 585 HEU25100.1 HEU25100.1 100 462 0 0 1 462 1 462 0.0 954 APT84512.1 APT84512.1 100 448 0 0 1 448 1 448 0.0 939 APT84512.1 WP_257007586.1 33.0 352 227 6 41 391 5 348 3.15e-65 213 TXB56523.1 TXB56523.1 100 79 0 0 1 79 1 79 1.21e-53 159 WP_112449552.1 WP_112449552.1 100 496 0 0 1 496 1 496 0.0 1022 WP_112449552.1 WP_050274510.1 42.0 398 211 6 91 485 69 449 4.39e-101 309 WP_112449552.1 WP_241420500.1 35.2 474 289 6 28 487 15 484 3.14e-93 290 WP_112449552.1 PTQ72351.1 41.1 377 198 5 115 487 43 399 2.34e-82 259 XP_044710778.1 XP_044710778.1 96.5 375 13 0 1 375 1 375 6.39e-267 723 WP_038615177.1 WP_038615177.1 100 148 0 0 1 148 1 148 8.79e-111 309 KAF9248384.1 KAF9248384.1 100 262 0 0 1 262 1 262 1.19e-196 535 EDQ8633181.1 EDQ8633181.1 100 91 0 0 1 91 1 91 2.15e-66 192 NDE73311.1 NDE73311.1 90.9 263 24 0 1 263 1 263 5.95e-161 445 THW78755.1 THW78755.1 99.4 1583 10 0 1 1583 1 1583 0.0 3265 THW78755.1 RLN50561.1 30.5 590 341 20 969 1521 1231 1788 1.26e-58 222 THW78755.1 WP_192500494.1 32.3 226 147 6 1216 1437 3 226 7.08e-29 117 THW78755.1 WP_152652784.1 29.7 296 173 10 483 753 20 305 6.13e-26 108 THW78755.1 NLW39422.1 29.1 234 160 4 1229 1456 34 267 2.53e-25 107 THW78755.1 WP_281543397.1 29.6 199 130 1 483 671 4 202 2.82e-22 97.4 THW78755.1 WP_008056683.1 30.7 189 125 4 1234 1417 258 445 6.24e-19 91.7 THW78755.1 EHR6291555.1 31.8 211 130 4 483 681 22 230 2.66e-18 89.0 THW78755.1 MWR41881.1 27.6 239 144 5 455 671 17 248 1.22e-17 83.2 THW78755.1 GBD21053.1 29.1 206 128 4 480 668 38 242 6.56e-14 74.7 THW78755.1 WP_088153117.1 23.8 202 134 5 486 670 17 215 2.13e-10 62.8 THW78755.1 NNE23115.1 28.8 170 109 5 488 645 22 191 4.50e-10 61.6 THW78755.1 WP_105160947.1 31.8 132 72 5 499 621 347 469 7.29e-06 48.9 THW78755.1 WP_142931103.1 22.4 214 137 6 473 666 267 471 2.24e-04 43.9 MAD76787.1 MAD76787.1 100 431 0 0 1 431 1 431 0.0 900 MCI6853747.1 MCI6853747.1 96.2 503 19 0 1 503 1 503 0.0 1023 MCI6853747.1 WP_172281536.1 35.6 503 291 8 1 496 1 477 8.06e-96 297 MCI6853747.1 WP_256342227.1 33.4 506 296 16 6 496 4 483 6.10e-81 258 WP_280443824.1 WP_280443824.1 93.2 278 19 0 1 278 1 278 1.06e-182 501 WP_280443824.1 XP_039322713.1 37.1 229 135 3 53 274 20 246 5.31e-41 140 WP_280443824.1 WP_063302373.1 25.4 201 126 7 2 191 7 194 4.06e-08 51.6 CEP26668.1 CEP26668.1 100 190 0 0 1 190 1 190 1.16e-140 388 OTN76164.1 OTN76164.1 97.4 426 11 0 1 426 1 426 2.89e-298 806 OTN76164.1 WP_135287436.1 49.0 416 207 3 10 421 19 433 7.19e-133 387 WP_035431971.1 WP_035431971.1 100 103 0 0 1 103 1 103 2.35e-71 206 WP_109835637.1 WP_109835637.1 100 301 0 0 1 301 1 301 7.06e-229 620 MBR3487460.1 MBR3487460.1 100 402 0 0 1 402 1 402 7.02e-296 798 MBR3487460.1 WP_097830045.1 36.2 351 188 12 54 381 41 378 5.02e-56 187 MBR3487460.1 MBR4371193.1 32.8 308 168 8 105 381 35 334 2.70e-33 125 MBR3487460.1 WP_256939523.1 26.4 363 244 12 28 385 32 376 7.65e-23 97.4 WP_023322253.1 WP_023322253.1 100 150 0 0 1 150 1 150 2.93e-110 308 WP_023322253.1 MCP5208043.1 47.3 146 76 1 6 150 3 148 8.82e-47 147 WP_023322253.1 WP_096765790.1 42.8 152 82 4 3 150 2 152 3.33e-35 118 MBP7829117.1 MBP7829117.1 93.8 823 51 0 1 823 1 823 0.0 1544 MBP7829117.1 GIW70618.1 39.6 265 146 4 62 313 55 318 1.33e-39 156 MBP7829117.1 WP_281919021.1 34.6 257 162 3 50 300 7 263 2.46e-33 133 MBP7829117.1 XP_043377824.1 29.0 231 148 5 53 270 23 250 1.18e-18 89.7 MBP7829117.1 XP_044484513.1 30.4 148 93 4 60 201 91 234 1.26e-09 60.1 MBP7829117.1 XP_033679940.1 27.6 145 94 4 114 247 151 295 2.69e-07 52.8 NXJ84327.1 NXJ84327.1 92.5 1219 91 0 1 1219 1 1219 0.0 2320 NXJ84327.1 XP_039923984.1 48.3 1290 500 34 5 1219 1 1198 0.0 1048 NXJ84327.1 XP_042622198.1 34.9 355 210 8 177 529 178 513 1.15e-56 205 NXJ84327.1 KAG5815829.1 32.6 368 206 11 179 530 431 772 1.51e-45 175 NXJ84327.1 XP_026100634.1 32.6 233 136 8 200 422 82 303 1.02e-27 116 NXJ84327.1 XP_051566275.1 26.9 227 155 6 185 408 1226 1444 2.80e-17 86.3 NXJ84327.1 KAI9912466.1 27.6 152 100 4 277 424 109 254 3.97e-13 70.9 NXJ84327.1 XP_011889539.1 27.4 219 128 6 205 401 8 217 6.57e-08 55.5 NXJ84327.1 GIW70618.1 27.4 215 127 7 208 405 55 257 2.86e-06 50.1 WP_025599976.1 WP_025599976.1 100 431 0 0 1 431 1 431 0.0 865 WP_025599976.1 GLV83862.1 32.8 244 136 8 170 402 159 385 4.23e-19 87.0 WP_025599976.1 WP_205996060.1 41.7 60 32 1 315 371 327 386 6.27e-04 40.4 MBC8378821.1 MBC8378821.1 100 622 0 0 1 622 1 622 0.0 1301 WP_235908972.1 WP_235908972.1 100 136 0 0 1 136 1 136 8.40e-101 283 WP_240083300.1 WP_240083300.1 100 85 0 0 1 85 1 85 5.32e-53 158 AHH30646.1 AHH30646.1 91.8 171 14 0 1 171 1 171 1.67e-108 305 AHH30646.1 ADW49125.1 71.4 168 46 2 6 171 24 191 5.85e-81 237 AHH30646.1 AFA24308.1 72.6 168 44 2 6 171 25 192 2.45e-80 235 AHH30646.1 QUA05739.1 71.4 168 46 2 6 171 32 199 1.41e-79 233 AHH30646.1 AOR13807.1 67.9 168 52 2 6 171 23 190 2.95e-78 229 AHH30646.1 ADJ35581.1 69.0 168 50 2 6 171 33 200 8.62e-78 229 AHH30646.1 AWS34156.1 70.2 168 48 2 6 171 32 199 1.68e-77 228 AHH30646.1 AAX94106.1 70.8 168 47 2 6 171 2 169 6.38e-75 229 AHH30646.1 AFA09475.1 66.7 168 54 2 6 171 18 185 3.15e-72 214 AHH30646.1 AMA90994.1 69.3 166 49 2 6 169 32 197 6.94e-72 213 AHH30646.1 AVM35379.1 66.7 168 54 2 6 171 27 194 8.47e-72 214 AHH30646.1 UZF38514.1 62.4 173 62 3 1 171 15 186 1.24e-69 208 AHH30646.1 AKA56406.1 62.9 167 59 2 6 171 32 196 1.25e-67 202 AHH30646.1 APC24336.1 53.3 92 42 1 81 171 1 92 2.05e-22 90.5 KAI9888532.1 KAI9888532.1 100 438 0 0 1 438 1 438 0.0 910 KAF5898047.1 KAF5898047.1 82.4 125 22 0 1 125 1 125 7.97e-69 201 WP_048168883.1 WP_048168883.1 96.0 544 22 0 1 544 1 544 0.0 1058 ARS39112.1 ARS39112.1 100 73 0 0 1 73 1 73 7.07e-48 144 MCK9405607.1 MCK9405607.1 100 248 0 0 1 248 1 248 2.91e-190 518 NP_001169133.1 NP_001169133.1 88.0 117 14 0 1 117 1 117 6.34e-70 206 RWQ68821.1 RWQ68821.1 100 73 0 0 1 73 1 73 1.04e-49 149 RVE76210.1 RVE76210.1 98.1 526 10 0 1 526 1 526 0.0 1060 RVE76210.1 NXE30976.1 35.4 339 189 6 50 385 8 319 3.93e-58 194 WP_215615491.1 WP_215615491.1 100 221 0 0 1 221 1 221 1.56e-167 458 WP_215615491.1 WP_128788759.1 47.4 196 101 2 25 219 5 199 3.13e-57 178 WP_215615491.1 OGO39675.1 44.5 182 101 0 38 219 24 205 7.55e-57 177 NVM03966.1 NVM03966.1 100 322 0 0 1 322 1 322 2.21e-238 646 NVM03966.1 NLW39422.1 39.3 336 177 11 1 316 1 329 5.93e-60 193 NVM03966.1 EHR6291555.1 36.6 213 129 4 32 239 339 550 1.18e-39 145 NVM03966.1 WP_152652784.1 30.0 297 198 8 32 321 15 308 1.67e-37 134 NVM03966.1 WP_084371009.1 32.5 231 134 4 6 232 3 215 1.64e-36 131 NVM03966.1 WP_132175930.1 31.5 232 148 4 6 226 7 238 2.97e-36 131 NVM03966.1 RLN50561.1 29.9 231 153 4 36 257 1508 1738 5.62e-26 107 NVM03966.1 WP_221265680.1 23.4 290 202 7 38 317 35 314 3.59e-25 101 NVM03966.1 MSO30570.1 29.9 211 141 3 32 236 17 226 1.69e-23 97.4 NVM03966.1 MBP1876254.1 29.7 202 131 3 37 227 20 221 3.43e-23 96.7 NVM03966.1 WP_071876418.1 30.9 204 131 4 34 232 315 513 3.50e-20 89.4 NVM03966.1 MBQ3864274.1 26.3 209 136 5 37 229 35 241 1.43e-18 83.2 NVM03966.1 WAY96880.1 29.8 191 97 6 38 206 5 180 1.20e-17 78.2 NVM03966.1 NNE23115.1 29.4 180 120 3 53 226 33 211 1.14e-15 75.1 NVM03966.1 KAJ2660037.1 25.8 217 134 7 36 235 1824 2030 3.13e-13 68.9 NVM03966.1 WP_088153117.1 20.7 271 186 8 40 286 17 282 3.64e-13 67.8 NVM03966.1 WP_142931103.1 24.7 198 134 4 38 224 276 469 1.57e-10 60.1 NVM03966.1 WP_150396769.1 22.7 211 131 3 40 226 291 493 3.96e-09 55.8 NVM03966.1 WP_089246429.1 23.2 211 138 6 37 227 275 481 3.82e-07 49.7 NVM03966.1 WP_041481207.1 23.4 201 128 5 32 213 344 537 3.81e-06 46.6 MCK9363077.1 MCK9363077.1 100 403 0 0 1 403 1 403 8.47e-318 853 WP_230898856.1 WP_230898856.1 100 168 0 0 1 168 1 168 1.15e-127 353 EFG6535742.1 EFG6535742.1 100 716 0 0 1 716 1 716 0.0 1486 WP_236525681.1 WP_236525681.1 100 603 0 0 1 603 1 603 0.0 1253 WP_236525681.1 WP_046625651.1 31.8 512 307 16 68 565 44 527 9.50e-58 202 WP_236525681.1 MCU1518283.1 27.9 544 336 11 68 565 23 556 8.94e-52 186 WP_039386062.1 WP_039386062.1 83.1 77 13 0 1 77 1 77 3.29e-39 122 UCF78466.1 UCF78466.1 100 377 0 0 1 377 1 377 3.85e-294 791 UCF78466.1 WP_145937814.1 47.9 378 194 2 1 375 4 381 8.67e-121 353 UCF78466.1 WP_019585553.1 45.8 380 200 4 3 376 16 395 1.91e-118 347 UCF78466.1 WP_275495439.1 40.8 402 206 9 1 375 6 402 9.24e-85 261 UCF78466.1 WP_158057697.1 35.4 378 238 4 2 374 7 383 1.32e-71 227 UCF78466.1 MCH8312862.1 35.6 360 219 6 19 375 3 352 5.86e-59 193 UCF78466.1 MBL6847974.1 31.8 355 234 4 28 376 30 382 2.95e-55 184 MCL5970005.1 MCL5970005.1 100 339 0 0 1 339 1 339 1.36e-252 683 WP_139484744.1 WP_139484744.1 100 132 0 0 1 132 1 132 2.34e-87 248 WP_007853416.1 WP_007853416.1 97.3 490 13 0 1 490 1 490 0.0 958 WP_007853416.1 GIR09622.1 39.9 454 238 5 21 456 23 459 6.92e-107 325 WP_007853416.1 NCV89943.1 36.6 465 266 7 4 456 6 453 1.54e-82 262 MCI6704618.1 MCI6704618.1 100 206 0 0 1 206 1 206 3.42e-150 413 WP_119938117.1 WP_119938117.1 94.2 278 16 0 1 278 1 278 1.82e-199 544 WP_119938117.1 WP_101936735.1 33.0 100 67 0 172 271 218 317 6.24e-12 63.2 WP_229408570.1 WP_229408570.1 96.9 326 10 0 1 326 1 326 1.98e-243 659 MCI6995250.1 MCI6995250.1 100 327 0 0 1 327 1 327 1.59e-254 687 KAH9162276.1 KAH9162276.1 100 132 0 0 1 132 1 132 3.33e-96 271 THY09373.1 THY09373.1 85.5 242 35 0 1 242 1 242 6.94e-145 403 MBA4060735.1 MBA4060735.1 100 34 0 0 1 34 1 34 3.80e-20 71.6 WP_035847413.1 WP_035847413.1 100 254 0 0 1 254 1 254 1.14e-190 520 MCQ2473581.1 MCQ2473581.1 100 318 0 0 1 318 1 318 6.33e-236 639 MBN4382193.1 MBN4382193.1 100 27 0 0 1 27 1 27 9.66e-16 60.1 WP_029789810.1 WP_029789810.1 100 857 0 0 1 857 1 857 0.0 1676 WP_029789810.1 MBP6786080.1 55.0 844 369 6 1 838 1 839 5.72e-317 889 WP_029789810.1 KAF6257731.1 48.8 852 416 8 5 841 5 851 8.37e-270 771 WP_029789810.1 WP_136095406.1 46.9 706 297 12 152 854 112 742 2.75e-198 582 WP_029789810.1 MBL8103469.1 49.1 446 221 3 1 440 2 447 5.48e-135 408 WP_029789810.1 KAI7727618.1 55.6 266 87 2 161 426 165 399 5.17e-83 283 WP_029789810.1 KPK79043.1 48.3 240 122 1 161 400 152 389 1.46e-63 226 WP_029789810.1 MCH2804017.1 59.5 79 32 0 579 657 1 79 1.24e-27 105 MCI9436439.1 MCI9436439.1 100 122 0 0 1 122 1 122 1.41e-90 256 WP_237106527.1 WP_237106527.1 97.1 311 9 0 1 311 1 311 1.80e-227 617 WP_235029016.1 WP_235029016.1 100 125 0 0 1 125 1 125 1.56e-93 263 WP_115946316.1 WP_115946316.1 96.3 654 24 0 1 654 1 654 0.0 1275 WP_115946316.1 WP_175076961.1 36.4 627 369 12 5 621 7 613 9.66e-118 366 WP_115946316.1 WP_113620603.1 35.3 614 349 13 1 594 3 588 2.74e-105 333 KLR59865.1 KLR59865.1 100 257 0 0 1 257 1 257 1.90e-195 532 KLR59865.1 WP_054435236.1 39.0 251 153 0 1 251 1 251 4.27e-57 182 KLR59865.1 WP_145643501.1 35.0 254 159 4 1 252 1 250 1.21e-46 154 WP_227550239.1 WP_227550239.1 99.0 865 9 0 1 865 1 865 0.0 1728 WP_227550239.1 WP_162428520.1 23.6 462 264 19 427 841 426 845 5.52e-11 64.7 ABO71806.1 ABO71806.1 100 112 0 0 1 112 1 112 2.34e-82 234 RXW21184.1 RXW21184.1 100 209 0 0 1 209 1 209 3.56e-158 434 NMC86773.1 NMC86773.1 95.6 226 10 0 1 226 1 226 2.44e-153 423 KAI5749163.1 KAI5749163.1 100 307 0 0 1 307 1 307 1.81e-234 635 RLF82422.1 RLF82422.1 93.0 314 22 0 1 314 1 314 7.99e-212 578 WP_277309438.1 WP_277309438.1 100 137 0 0 1 137 1 137 1.39e-95 270 WP_107891604.1 WP_107891604.1 100 123 0 0 1 123 1 123 8.44e-88 249 MCG62561.1 MCG62561.1 100 18 0 0 1 18 1 18 5.24e-08 40.0 EFO2078189.1 EFO2078189.1 100 233 0 0 1 233 1 233 2.69e-174 476 WP_159583277.1 WP_159583277.1 100 264 0 0 1 264 1 264 2.14e-200 545 WP_107324026.1 WP_107324026.1 100 70 0 0 1 70 1 70 1.53e-43 133 WP_169571417.1 WP_169571417.1 100 298 0 0 1 298 1 298 3.33e-221 600 WP_181198956.1 WP_181198956.1 100 435 0 0 1 435 1 435 0.0 925 WP_095317440.1 WP_095317440.1 100 408 0 0 1 408 1 408 3.41e-306 825 MBF66593.1 MBF66593.1 100 571 0 0 1 571 1 571 0.0 1142 TLY59051.1 TLY59051.1 100 111 0 0 1 111 1 111 8.52e-80 228 TLY59051.1 WP_025591525.1 51.9 52 25 0 5 56 3 54 9.71e-15 63.9 CCZ42971.1 CCZ42971.1 100 45 0 0 1 45 1 45 5.89e-26 87.0 MBF2983383.1 MBF2983383.1 91.8 244 20 0 1 244 1 244 1.43e-154 427 MBF2983383.1 MCH3963123.1 28.9 90 61 2 6 95 867 953 7.04e-06 45.1 AEF32461.1 AEF32461.1 100 276 0 0 1 276 1 276 1.52e-215 584 HCC04630.1 HCC04630.1 100 200 0 0 1 200 1 200 1.06e-141 391 QTZ27226.1 QTZ27226.1 99.1 4402 38 0 1 4402 1 4402 0.0 8975 QTZ27226.1 QTM79632.1 99.0 4402 44 0 1 4402 1 4402 0.0 8969 QTZ27226.1 QXR94354.1 98.9 4402 48 0 1 4402 1 4402 0.0 8963 QTZ27226.1 QTD03487.1 98.8 4405 50 1 1 4402 1 4405 0.0 8957 QTZ27226.1 UPP41269.1 98.8 4402 55 0 1 4402 1 4402 0.0 8948 QTZ27226.1 ULA23837.2 98.8 4402 54 1 1 4402 1 4401 0.0 8946 QTZ27226.1 USR14792.1 98.7 4402 56 0 1 4402 1 4402 0.0 8945 QTZ27226.1 UFM00670.1 98.7 4405 55 1 1 4402 1 4405 0.0 8942 QTZ27226.1 UXH94526.1 98.7 4402 55 1 1 4402 1 4401 0.0 8941 QTZ27226.1 UEC68750.1 98.7 4405 55 1 1 4402 1 4405 0.0 8939 QTZ27226.1 UBL45068.1 98.7 4405 53 1 1 4402 1 4405 0.0 8938 QTZ27226.1 UHM53165.1 98.7 4405 55 1 1 4402 1 4405 0.0 8937 QTZ27226.1 UFM02602.1 98.7 4405 55 1 1 4402 1 4405 0.0 8937 QTZ27226.1 UKU68032.1 98.4 4402 68 1 1 4402 1 4401 0.0 8913 QTZ27226.1 QVD87869.1 98.9 4398 49 0 1 4398 1 4398 0.0 8872 QTZ27226.1 QWC83326.1 98.9 4401 47 1 1 4398 1 4401 0.0 8871 QTZ27226.1 QSZ25555.1 98.8 4401 49 1 1 4398 1 4401 0.0 8869 QTZ27226.1 WEU87158.1 98.8 4401 49 1 1 4398 1 4401 0.0 8866 QTZ27226.1 UZO53924.1 98.8 4398 53 0 1 4398 1 4398 0.0 8864 QTZ27226.1 UIR12670.1 98.8 4398 52 1 1 4398 1 4397 0.0 8864 QTZ27226.1 UBP50947.1 98.8 4401 50 1 1 4398 1 4401 0.0 8864 QTZ27226.1 URQ55824.1 98.8 4398 54 0 1 4398 1 4398 0.0 8862 QTZ27226.1 UVB16817.1 98.8 4398 53 0 1 4398 1 4398 0.0 8861 QTZ27226.1 QZU16279.1 98.8 4401 52 1 1 4398 1 4401 0.0 8859 QTZ27226.1 UBD95131.1 98.8 4401 52 1 1 4398 1 4401 0.0 8858 QTZ27226.1 UPA83906.1 98.7 4398 56 1 1 4398 1 4397 0.0 8853 QTZ27226.1 UMF87224.1 98.7 4398 57 1 1 4398 1 4397 0.0 8851 QTZ27226.1 UEC52718.1 98.7 4401 56 1 1 4398 1 4401 0.0 8850 QTZ27226.1 UKN67998.1 98.8 4378 53 1 21 4398 1 4377 0.0 8822 QTZ27226.1 UBR86455.1 97.5 4400 107 1 2 4398 1 4400 0.0 8728 QTZ27226.1 UJV88611.1 96.8 4402 140 1 1 4402 1 4401 0.0 8700 QTZ27226.1 UXX67934.1 97.3 4398 120 0 1 4398 1 4398 0.0 8699 QTZ27226.1 UCP72061.1 97.1 4401 125 1 1 4398 1 4401 0.0 8680 QTZ27226.1 UCP77012.1 97.0 4401 131 1 1 4398 1 4401 0.0 8670 QTZ27226.1 UAQ80067.1 96.9 4401 134 1 1 4398 1 4401 0.0 8666 QTZ27226.1 UJJ97602.1 96.5 4402 153 1 1 4402 1 4401 0.0 8666 QTZ27226.1 UOU30556.1 96.8 4398 141 0 1 4398 1 4398 0.0 8647 QTZ27226.1 UJS94137.1 97.8 4297 94 1 106 4402 1 4296 0.0 8631 QTZ27226.1 UGA79226.1 96.4 4401 155 1 1 4398 1 4401 0.0 8604 QTZ27226.1 ULB83374.1 95.6 4402 191 1 1 4402 1 4401 0.0 8567 QTZ27226.1 WHE12941.1 96.2 4372 164 0 27 4398 1 4372 0.0 8541 QTZ27226.1 UVI10561.1 95.2 4371 211 0 28 4398 1 4371 0.0 8426 QTZ27226.1 UGB98301.1 93.3 4405 293 1 1 4402 1 4405 0.0 8359 QTZ27226.1 QRX02582.1 98.8 4098 47 1 1 4095 1 4098 0.0 8314 QTZ27226.1 UJT06733.1 93.1 4398 302 1 1 4398 1 4397 0.0 8224 QTZ27226.1 UFA30503.1 92.4 4340 328 1 27 4363 1 4340 0.0 8128 QTZ27226.1 WGP70063.1 91.4 4369 372 1 1 4366 1 4369 0.0 8084 QTZ27226.1 UMA88644.1 91.4 4377 374 1 22 4398 1 4376 0.0 8031 QTZ27226.1 UNI03201.1 90.3 4378 421 1 27 4402 1 4378 0.0 8001 QTZ27226.1 WEI27974.1 90.4 4402 424 0 1 4402 1 4402 0.0 7994 QTZ27226.1 UEX07109.1 87.0 4379 568 1 27 4402 1 4379 0.0 7642 QTZ27226.1 WGP98278.1 88.1 4364 516 1 1 4361 1 4364 0.0 7628 QTZ27226.1 WAS49087.1 83.9 4398 707 0 1 4398 1 4398 0.0 7211 QTZ27226.1 URP80785.1 81.7 4375 801 0 28 4402 1 4375 0.0 7075 QTZ27226.1 UPB00876.1 75.7 4375 1062 0 28 4402 1 4375 0.0 6371 QTZ27226.1 UYE49180.1 75.4 4402 1082 0 1 4402 1 4402 0.0 6349 QTZ27226.1 WGQ72821.1 65.7 4344 1486 1 26 4366 1 4344 0.0 5235 KAI9164099.1 KAI9164099.1 100 800 0 0 1 800 1 800 0.0 1664 XP_042112981.1 XP_042112981.1 91.2 467 41 0 1 467 1 467 2.11e-314 850 WP_007577863.1 WP_007577863.1 100 518 0 0 1 518 1 518 0.0 1044 WP_007577863.1 WP_014213241.1 42.8 484 270 6 9 489 6 485 2.09e-128 382 WP_007577863.1 WP_057859275.1 31.2 468 269 15 12 431 6 468 6.06e-54 189 WP_056082173.1 WP_056082173.1 100 690 0 0 1 690 1 690 0.0 1388 WP_056082173.1 WP_220778039.1 42.3 690 371 9 5 686 57 727 7.52e-189 551 MBA2687082.1 MBA2687082.1 100 340 0 0 1 340 1 340 1.17e-258 699 MBA2687082.1 HBX8004802.1 39.8 93 53 1 5 97 11 100 6.01e-14 70.1 MBA2687082.1 WP_115748516.1 22.1 149 100 5 9 148 5 146 6.62e-07 48.5 EGQ7676658.1 EGQ7676658.1 96.2 261 10 0 1 261 1 261 1.12e-180 495 KAG1662457.1 KAG1662457.1 65.8 237 81 0 1 237 1 237 1.22e-91 268 UAW00545.1 UAW00545.1 100 361 0 0 1 361 1 361 1.17e-280 756 PYP50915.1 PYP50915.1 100 166 0 0 1 166 1 166 1.58e-115 322 YP_009351723.1 YP_009351723.1 100 540 0 0 1 540 1 540 0.0 1063 YP_009351723.1 GIR47037.1 37.7 355 203 6 33 369 92 446 2.94e-62 214 YP_009351723.1 UDH58358.1 37.4 366 202 6 17 360 76 436 6.17e-59 205 YP_009351723.1 WP_251758029.1 33.7 406 235 11 16 400 76 468 1.27e-56 198 YP_009351723.1 MBK3574312.1 30.8 422 270 10 7 409 67 485 4.33e-48 175 KAJ6471610.1 KAJ6471610.1 100 351 0 0 1 351 1 351 1.02e-269 728 CAH8478102.1 CAH8478102.1 73.1 283 76 0 1 283 1 283 5.00e-142 399 MCA3441055.1 MCA3441055.1 93.2 725 49 0 1 725 1 725 0.0 1319 NYF16576.1 NYF16576.1 100 368 0 0 1 368 1 368 6.86e-263 712 XP_046290611.1 XP_046290611.1 100 287 0 0 1 287 1 287 2.42e-213 580 WP_052403276.1 WP_052403276.1 100 147 0 0 1 147 1 147 4.91e-112 312 QFE31818.1 QFE31818.1 100 898 0 0 1 898 1 898 0.0 1809 QFE31818.1 XP_033115746.1 26.5 260 166 11 357 605 116 361 1.56e-06 50.1 KAI7728447.1 KAI7728447.1 100 63 0 0 1 63 1 63 3.57e-39 121 MCC2111968.1 MCC2111968.1 100 412 0 0 1 412 1 412 5.44e-305 822 MCC2111968.1 WP_150277740.1 48.8 389 187 4 22 402 6 390 4.52e-114 337 KAJ7029618.1 KAJ7029618.1 100 186 0 0 1 186 1 186 5.58e-146 401 NLM06991.1 NLM06991.1 100 483 0 0 1 483 1 483 0.0 939 WP_148259014.1 WP_148259014.1 100 120 0 0 1 120 1 120 2.65e-85 242 WP_148259014.1 MBR4471080.1 53.6 110 48 2 12 120 11 118 1.77e-32 108 WP_148259014.1 TDM00308.1 48.1 108 54 1 12 119 9 114 1.75e-24 88.6 WP_223329113.1 WP_223329113.1 100 209 0 0 1 209 1 209 8.07e-155 425 WP_223329113.1 OGR49074.1 48.3 205 105 1 4 208 5 208 2.66e-67 204 MBW2495039.1 MBW2495039.1 100 182 0 0 1 182 1 182 4.61e-134 370 WP_091423297.1 WP_091423297.1 98.0 653 13 0 1 653 1 653 0.0 1306 WP_091423297.1 WP_196051328.1 25.3 546 346 21 48 574 160 662 5.84e-32 130 WP_091423297.1 WP_098642363.1 24.3 441 259 17 180 587 169 567 5.67e-22 98.6 CUP44403.1 CUP44403.1 100 90 0 0 1 90 1 90 2.84e-66 192 RLD52647.1 RLD52647.1 100 166 0 0 1 166 1 166 1.78e-121 337 ANN23072.1 ANN23072.1 100 158 0 0 1 158 1 158 4.26e-116 323 GKU14775.1 GKU14775.1 100 171 0 0 1 171 1 171 2.51e-128 355 MBQ3380675.1 MBQ3380675.1 100 255 0 0 1 255 1 255 3.80e-185 506 MBQ3380675.1 GGT63801.1 45.7 258 127 4 1 250 428 680 3.15e-68 221 MBQ3380675.1 WP_230519716.1 45.2 259 135 3 1 254 326 582 8.44e-65 210 AHK46784.1 AHK46784.1 100 321 0 0 1 321 1 321 1.07e-224 611 AHK46784.1 PPR79666.1 31.7 300 186 7 24 317 45 331 8.91e-36 130 AHK46784.1 AGL88086.1 31.7 306 170 7 27 321 7 284 5.29e-29 111 AHK46784.1 WP_097346712.1 29.9 284 179 5 40 319 390 657 3.52e-27 110 AHK46784.1 WP_158131988.1 27.8 284 193 3 36 319 386 657 1.63e-23 99.4 AHK46784.1 EAP5059555.1 27.1 288 201 2 35 321 77 356 3.02e-19 85.5 WP_064047563.1 WP_064047563.1 100 428 0 0 1 428 1 428 4.59e-319 859 RKX20462.1 RKX20462.1 98.9 795 9 0 1 795 1 795 0.0 1638 XP_028028252.1 XP_028028252.1 97.4 379 10 0 1 379 1 379 1.55e-285 770 WP_045257206.1 WP_045257206.1 100 315 0 0 1 315 1 315 1.82e-238 645 WP_045257206.1 WP_202659240.1 38.3 295 171 3 16 308 28 313 3.01e-70 219 WP_045257206.1 KAJ9293589.1 45.2 252 119 6 77 309 6 257 1.67e-64 202 WP_045257206.1 PBN43802.1 32.7 321 197 11 4 310 138 453 2.06e-36 134 WP_063441918.1 WP_063441918.1 98.2 395 7 0 1 395 1 395 3.06e-291 786 WP_063441918.1 HBX1528262.1 52.0 50 22 1 4 51 3 52 1.53e-10 55.1 DAK92403.1 DAK92403.1 100 326 0 0 1 326 1 326 6.70e-251 678 RYD39969.1 RYD39969.1 100 301 0 0 1 301 1 301 2.54e-222 603 RYD39969.1 WP_121975536.1 45.2 294 156 4 9 301 2 291 8.91e-83 251 RYD39969.1 WP_029222463.1 40.6 281 163 2 21 301 14 290 3.60e-64 204 RYD39969.1 WP_058504615.1 34.0 262 154 10 3 252 181 435 1.80e-32 124 RYD39969.1 WP_283107263.1 36.7 218 108 8 85 284 248 453 6.99e-30 117 RYD39969.1 WP_017718577.1 37.1 221 116 6 76 287 306 512 2.30e-27 110 RYD39969.1 WP_203339841.1 29.6 277 172 9 21 286 20 284 2.97e-25 101 RYD39969.1 MBT7163208.1 35.5 155 84 4 127 278 319 460 2.75e-22 95.1 RYD39969.1 NRF69152.1 30.5 272 161 8 23 278 148 407 3.27e-22 94.7 WP_127947155.1 WP_127947155.1 95.4 237 11 0 1 237 1 237 6.00e-164 451 WP_004949240.1 WP_004949240.1 100 193 0 0 1 193 1 193 3.90e-145 399 WP_004949240.1 GJK53752.1 62.7 150 56 0 44 193 1 150 1.02e-66 199 ACE76975.1 ACE76975.1 95.8 573 24 0 1 573 1 573 0.0 1124 TNE33066.1 TNE33066.1 100 530 0 0 1 530 1 530 0.0 1068 TNE33066.1 XP_047113196.1 38.0 213 100 4 67 277 66 248 7.99e-32 127 TNE33066.1 GJC78212.1 28.0 522 291 20 28 491 20 514 7.06e-31 124 EGT2204415.1 EGT2204415.1 92.7 412 30 0 1 412 1 412 3.04e-270 734 PCI52029.1 PCI52029.1 100 196 0 0 1 196 1 196 7.25e-147 404 VAH82675.1 VAH82675.1 93.2 798 54 0 1 798 1 798 0.0 1556 OPJ74512.1 OPJ74512.1 100 674 0 0 1 674 1 674 0.0 1409 OPJ74512.1 WP_119815679.1 26.7 105 62 2 369 470 318 410 2.30e-04 42.7 EIM4841263.1 EIM4841263.1 100 1032 0 0 1 1032 1 1032 0.0 2109 EIM4841263.1 EER9391136.1 29.4 303 142 13 48 336 46 290 6.04e-21 92.8 OBG32114.1 OBG32114.1 100 136 0 0 1 136 1 136 1.06e-94 267 WP_027951454.1 WP_027951454.1 90.9 397 36 0 1 397 1 397 9.08e-269 729 WP_027951454.1 MBR0160695.1 45.9 333 175 3 3 332 2 332 5.99e-87 268 WP_027951454.1 WP_083062905.1 36.6 336 200 5 5 329 4 337 2.36e-53 182 WP_027951454.1 MCL4333886.1 26.5 196 107 6 133 327 150 309 7.42e-09 55.1 CAE8591613.1 CAE8591613.1 100 142 0 0 1 142 1 142 1.17e-103 290 HAR4306776.1 HAR4306776.1 100 414 0 0 1 414 1 414 5.53e-315 847 HAR4306776.1 WP_072989136.1 51.8 413 195 3 5 413 4 416 4.22e-144 415 HAR4306776.1 WP_192202944.1 37.4 414 238 12 5 411 2 401 7.19e-66 214 WP_225700676.1 WP_225700676.1 100 408 0 0 1 408 1 408 1.62e-304 820 KAH0673584.1 KAH0673584.1 97.0 436 13 0 1 436 1 436 9.00e-320 862 MBX3687043.1 MBX3687043.1 94.3 456 26 0 1 456 1 456 1.32e-300 815 MBX3687043.1 WP_056382861.1 41.2 469 245 13 1 454 10 462 3.56e-96 296 MBX3687043.1 WP_149911652.1 29.0 303 161 11 175 446 135 414 1.57e-15 76.6 MBX3687043.1 WP_144320971.1 45.1 102 52 1 359 456 419 520 8.51e-15 74.7 WP_282363731.1 WP_282363731.1 100 224 0 0 1 224 1 224 1.09e-164 451 WP_252100317.1 WP_252100317.1 97.7 427 10 0 1 427 1 427 0.0 866 EYU24504.1 EYU24504.1 100 583 0 0 1 583 1 583 0.0 1174 EYU24504.1 RQM16216.1 37.5 301 142 3 183 467 397 667 1.69e-64 224 EYU24504.1 KAG1590416.1 38.1 331 145 7 180 487 71 364 4.59e-64 213 EYU24504.1 XP_048379117.1 33.0 333 163 7 179 487 250 546 2.77e-49 178 EYU24504.1 KAJ7903702.1 29.6 334 176 6 174 481 9 309 2.93e-44 161 EYU24504.1 XP_030620685.1 29.9 298 142 8 189 459 96 353 4.35e-29 118 EYU24504.1 XP_046441060.1 27.5 276 150 4 186 444 58 300 2.81e-28 118 EYU24504.1 XP_019384620.1 24.3 296 160 9 195 461 21 281 1.83e-18 87.8 EYU24504.1 XP_043377824.1 25.2 254 139 7 166 405 4 220 1.05e-16 82.4 EYU24504.1 WP_271931007.1 29.1 261 155 11 187 432 659 904 9.32e-14 72.8 EYU24504.1 KAH6984898.1 25.4 283 129 8 185 418 20 269 2.82e-13 71.2 EYU24504.1 GIW70618.1 29.9 164 114 1 170 332 28 191 6.83e-13 70.1 EYU24504.1 WP_281919021.1 25.8 267 181 8 189 449 12 267 1.43e-10 62.0 MAF21094.1 MAF21094.1 91.0 177 16 0 1 177 1 177 8.62e-123 342 MBQ7949870.1 MBQ7949870.1 100 303 0 0 1 303 1 303 1.22e-230 625 MBQ7949870.1 WP_041488527.1 58.6 58 24 0 244 301 6 63 2.63e-19 78.6 MBQ7949870.1 MCL4835344.1 24.8 339 201 11 5 303 3 327 1.35e-15 74.3 XP_034010279.1 XP_034010279.1 95.4 655 30 0 1 655 1 655 0.0 1281 MCI7705732.1 MCI7705732.1 100 70 0 0 1 70 1 70 1.64e-47 143 PJC48296.1 PJC48296.1 100 421 0 0 1 421 1 421 2.82e-307 828 PJC48296.1 ECL7245291.1 46.9 145 75 1 209 351 1 145 6.25e-35 125 WP_256939523.1 WP_256939523.1 96.9 381 12 0 1 381 1 381 1.33e-262 712 WP_256939523.1 WP_097830045.1 28.6 384 244 12 15 373 2 380 1.10e-34 130 WP_256939523.1 MBR3487460.1 28.5 323 215 7 66 376 67 385 1.47e-25 105 WP_256939523.1 MBR4371193.1 28.2 319 171 12 105 378 35 340 5.58e-16 76.6 WP_051669385.1 WP_051669385.1 100 348 0 0 1 348 1 348 6.83e-262 707 WP_051669385.1 WP_133874384.1 30.1 332 195 12 9 315 1 320 5.72e-26 104 WP_051669385.1 TML70651.1 32.3 133 85 3 9 137 1 132 4.05e-06 44.3 MBY7817199.1 MBY7817199.1 100 328 0 0 1 328 1 328 4.92e-254 686 MBY7817199.1 WP_101936735.1 26.0 311 221 5 16 321 10 316 4.00e-32 120 WP_035624729.1 WP_035624729.1 100 109 0 0 27 135 27 135 1.88e-74 216 XP_028717800.1 XP_028717800.1 96.3 490 18 0 1 490 1 490 0.0 990 XP_028717800.1 XP_054844157.1 35.3 476 298 6 19 489 40 510 5.42e-103 316 XP_028717800.1 XP_046922164.1 34.1 452 244 8 41 489 48 448 3.58e-86 270 XP_028717800.1 ACF74449.1 26.1 491 329 10 7 476 11 488 1.93e-44 161 MBN2027958.1 MBN2027958.1 100 419 0 0 1 419 1 419 4.68e-320 860 OYU48266.1 OYU48266.1 95.2 207 10 0 1 207 1 207 3.13e-142 393 MBM3222384.1 MBM3222384.1 100 207 0 0 1 207 1 207 5.25e-150 413 MBM3222384.1 WP_272906673.1 51.9 54 24 1 153 204 430 483 1.17e-09 55.5 HAG61063.1 HAG61063.1 100 299 0 0 1 299 1 299 3.22e-224 608 HAG61063.1 MBS7623663.1 37.1 280 135 3 24 262 12 291 1.94e-56 182 MCK4826606.1 MCK4826606.1 100 167 0 0 1 167 1 167 5.72e-123 341 XP_043479276.1 XP_043479276.1 95.2 857 41 0 1 857 1 857 0.0 1674 XP_043479276.1 NP_001257623.1 44.9 457 238 6 1 451 1 449 8.92e-125 392 RDJ60584.1 RDJ60584.1 94.4 161 9 0 1 161 1 161 1.59e-108 304 XP_016415707.1 XP_016415707.1 100 259 0 0 1 259 1 259 7.43e-194 528 PIT51662.1 PIT51662.1 100 145 0 0 1 145 1 145 3.75e-106 297 WP_153401532.1 WP_153401532.1 100 258 0 0 1 258 1 258 3.01e-188 514 WP_198721977.1 WP_198721977.1 100 337 0 0 1 337 1 337 8.53e-255 689 MBI2153585.1 MBI2153585.1 100 116 0 0 1 116 1 116 3.54e-79 226 WP_088008362.1 WP_088008362.1 100 488 0 0 1 488 1 488 0.0 1000 WP_088008362.1 XP_030111227.1 44.3 411 223 4 51 455 1 411 4.56e-105 319 WP_088008362.1 MBQ1404818.1 33.4 485 299 11 12 476 11 491 2.13e-80 257 WP_088008362.1 NWZ25026.1 41.6 219 119 2 248 464 126 337 2.01e-46 163 HCD1810260.1 HCD1810260.1 100 217 0 0 1 217 1 217 3.52e-153 422 HCD1810260.1 WP_154097642.1 24.5 192 133 7 5 188 9 196 6.14e-12 62.4 WP_238935592.1 WP_238935592.1 98.0 663 13 0 1 663 1 663 0.0 1310 WP_212517614.1 WP_212517614.1 93.4 183 12 0 1 183 1 183 6.19e-119 332 QYU66920.1 QYU66920.1 100 133 0 0 1 133 1 133 1.03e-95 270 QYU66920.1 WP_278449211.1 58.6 128 53 0 4 131 7 134 2.18e-46 154 QYU66920.1 MBP1530348.1 33.6 110 70 2 5 114 4 110 7.79e-14 63.9 QYU66920.1 PYP94120.1 26.2 103 74 1 5 107 3 103 6.10e-11 56.2 QYU66920.1 WP_101794136.1 29.8 114 74 3 5 118 27 134 9.45e-10 53.1 QYU66920.1 WP_196114185.1 29.8 104 71 1 5 108 10 111 1.40e-08 50.1 WP_271619988.1 WP_271619988.1 98.5 678 10 0 1 678 1 678 0.0 1369 WP_237066347.1 WP_237066347.1 96.8 315 10 0 1 315 1 315 1.93e-224 610 MBX3184110.1 MBX3184110.1 96.2 234 9 0 1 234 1 234 1.41e-156 432 KAJ9293589.1 KAJ9293589.1 100 266 0 0 1 266 1 266 1.39e-197 538 KAJ9293589.1 WP_045257206.1 45.2 252 119 6 6 257 77 309 1.41e-64 202 KAJ9293589.1 WP_202659240.1 37.7 199 107 3 58 256 132 313 5.65e-36 129 KAJ9293589.1 PBN43802.1 28.9 256 138 8 1 241 211 437 1.36e-18 83.2 CCK15435.1 CCK15435.1 100 108 0 0 1 108 1 108 1.89e-77 221 CCK15435.1 WP_087085326.1 31.7 104 62 2 8 106 157 256 5.75e-09 50.1 WP_116314221.1 WP_116314221.1 87.6 356 44 0 1 356 1 356 3.08e-221 605 ATB18092.1 ATB18092.1 100 222 0 0 1 222 1 222 1.24e-169 464 MBE9483558.1 MBE9483558.1 100 96 0 0 1 96 1 96 4.39e-66 192 WP_216083845.1 WP_216083845.1 100 247 0 0 1 247 1 247 1.23e-186 509 WP_218801637.1 WP_218801637.1 97.9 475 10 0 1 475 1 475 0.0 882 GMH77683.1 GMH77683.1 94.4 426 24 0 1 426 1 426 7.92e-296 800 WP_020530816.1 WP_020530816.1 99.2 650 5 0 1 650 1 650 0.0 1295 WP_020530816.1 MBK7937165.1 41.3 242 133 5 410 649 244 478 2.45e-52 186 WP_068080190.1 WP_068080190.1 100 334 0 0 1 334 1 334 1.03e-249 676 XP_046922164.1 XP_046922164.1 95.5 449 20 0 1 449 1 449 3.81e-317 856 XP_046922164.1 XP_054844157.1 39.7 476 233 4 25 449 39 511 4.53e-123 366 XP_046922164.1 XP_028717800.1 34.2 465 252 8 35 448 28 489 2.33e-86 271 XP_046922164.1 ACF74449.1 24.0 475 290 11 16 426 11 478 1.32e-30 122 XP_046922164.1 KAJ5060329.1 25.4 472 271 16 16 419 7 465 1.25e-24 104 XP_016265944.1 XP_016265944.1 100 547 0 0 1 547 1 547 0.0 1123 WP_077533069.1 WP_077533069.1 100 126 0 0 1 126 1 126 3.03e-87 248 WP_077533069.1 MCQ2539410.1 45.0 120 64 1 1 120 1 118 3.23e-28 98.6 QXO05584.1 QXO05584.1 100 158 0 0 1 158 1 158 1.95e-121 337 MYB21565.1 MYB21565.1 78.4 208 45 0 1 208 1 208 1.96e-102 293 XP_005553416.1 XP_005553416.1 100 321 0 0 1 321 1 321 4.01e-245 663 WP_035473288.1 WP_035473288.1 100 404 0 0 1 404 1 404 1.40e-312 840 WP_035473288.1 AMW35569.1 25.1 311 216 8 5 302 35 341 1.08e-18 85.9 MBQ4383193.1 MBQ4383193.1 95.6 228 10 0 1 228 1 228 3.01e-164 451 MBQ4383193.1 MBT4161918.1 39.3 224 132 2 3 223 5 227 1.11e-46 152 MBQ4383193.1 MCC6044083.1 44.2 181 96 3 41 218 40 218 6.53e-40 137 MBQ4383193.1 WP_076409454.1 40.8 223 123 6 1 222 1 215 5.36e-39 136 MBQ4383193.1 MCF7808720.1 36.4 206 127 2 23 225 25 229 8.74e-37 127 MBQ4383193.1 WP_140480909.1 36.6 216 130 6 10 222 13 224 9.22e-36 128 MBQ4383193.1 WP_170725874.1 35.4 226 137 5 1 225 1 218 1.24e-30 114 MBQ4383193.1 WP_011057593.1 32.7 223 141 5 1 222 1 215 1.75e-29 111 MBQ4383193.1 WP_222125851.1 36.5 203 113 7 28 218 19 217 5.65e-25 97.1 MBQ4383193.1 EHH5649593.1 33.7 187 106 4 38 221 32 203 3.64e-24 95.9 MBQ4383193.1 WP_150396769.1 28.5 207 139 6 18 218 34 237 3.15e-15 72.4 MBQ4383193.1 WP_041710957.1 30.9 81 51 2 143 222 98 174 3.66e-07 48.5 RMZ75246.1 RMZ75246.1 98.3 1217 21 0 1 1217 1 1217 0.0 2404 CAF4338983.1 CAF4338983.1 87.3 118 15 0 1 118 1 118 4.09e-70 204 OGL48105.1 OGL48105.1 100 379 0 0 1 379 1 379 3.14e-285 769 WP_232540662.1 WP_232540662.1 100 243 0 0 1 243 1 243 4.48e-187 509 MBE3116889.1 MBE3116889.1 100 171 0 0 1 171 1 171 5.06e-128 354 KAI8964031.1 KAI8964031.1 96.9 1248 39 0 1 1248 1 1248 0.0 2474 WP_099345046.1 WP_099345046.1 98.4 574 9 0 1 574 1 574 0.0 1147 WP_099345046.1 WP_100610557.1 28.7 534 365 8 17 537 33 563 7.90e-61 209 WP_099345046.1 HAR3824072.1 29.4 547 362 13 6 537 38 575 9.64e-59 204 EKK02300.1 EKK02300.1 100 64 0 0 1 64 1 64 1.96e-41 127 MCU0947041.1 MCU0947041.1 97.5 407 10 0 1 407 1 407 6.63e-308 829 MCU0947041.1 WP_271116088.1 48.3 418 181 9 1 406 1 395 1.11e-121 357 MCU0947041.1 WP_066841281.1 47.5 419 190 8 1 406 1 402 6.12e-115 340 MCU0947041.1 BAY23582.1 47.2 430 184 14 1 406 34 444 2.46e-114 340 KAA3459801.1 KAA3459801.1 100 231 0 0 1 231 1 231 7.71e-173 473 MBT2214695.1 MBT2214695.1 99.3 1340 10 0 1 1340 1 1340 0.0 2652 MBT2214695.1 WP_101025682.1 29.1 732 473 17 215 914 6 723 2.99e-74 266 AUU37591.1 AUU37591.1 100 166 0 0 1 166 1 166 1.58e-124 345 PYJ65046.1 PYJ65046.1 100 153 0 0 1 153 1 153 5.66e-114 317 WP_067783946.1 WP_067783946.1 100 494 0 0 16 509 16 509 0.0 1001 WP_167320363.1 WP_167320363.1 100 321 0 0 1 321 1 321 8.00e-236 639 WP_167320363.1 WP_257107333.1 32.0 266 155 5 1 244 1 262 2.61e-24 99.4 WP_167320363.1 WP_164585387.1 26.8 362 203 15 1 320 1 342 6.89e-15 72.8 WP_167320363.1 KAH7252800.1 29.1 86 55 3 1 85 7 87 2.22e-05 43.9 EPZ93706.1 EPZ93706.1 100 253 0 0 1 253 1 253 6.57e-185 505 WP_040988594.1 WP_040988594.1 100 212 0 0 1 212 1 212 4.14e-154 424 WP_040988594.1 WP_070054132.1 53.3 214 97 2 1 212 1 213 1.19e-84 248 XP_043079005.1 XP_043079005.1 96.5 862 30 0 1 862 1 862 0.0 1691 WP_183181890.1 WP_183181890.1 100 401 0 0 1 401 1 401 2.20e-303 817 WP_140334279.1 WP_140334279.1 100 295 0 0 1 295 1 295 1.36e-223 606 BDY12064.1 BDY12064.1 100 96 0 0 1 96 1 96 6.05e-62 183 XP_046018872.1 XP_046018872.1 90.2 369 36 0 1 369 1 369 3.31e-250 680 XP_043718329.1 XP_043718329.1 100 404 0 0 1 404 1 404 2.52e-315 847 XP_043718329.1 XP_048228476.1 41.1 348 175 2 40 387 12 329 1.22e-90 276 XP_043718329.1 XP_022745130.1 43.4 143 70 4 265 398 15 155 3.32e-27 104 MBS7393837.1 MBS7393837.1 100 179 0 0 1 179 1 179 5.00e-132 365 MCR4683986.1 MCR4683986.1 100 65 0 0 1 65 1 65 7.33e-42 128 MBN1819552.1 MBN1819552.1 100 568 0 0 1 568 1 568 0.0 1142 MBN1819552.1 WP_232306300.1 27.1 299 181 10 289 563 794 1079 7.18e-20 92.4 MBN1819552.1 WP_074911472.1 26.0 231 165 4 335 563 792 1018 6.56e-19 89.4 MBN1819552.1 WP_138482356.1 27.2 228 160 4 335 560 411 634 1.56e-17 84.7 MBN1819552.1 MBE9467362.1 26.8 239 169 2 332 565 590 827 1.39e-16 81.6 MBN1819552.1 MBN8606766.1 27.0 237 162 7 333 563 574 805 9.69e-16 79.0 MBN1819552.1 NSW79198.1 39.7 73 39 1 491 563 594 661 5.21e-10 60.5 MBN1819552.1 MBR6403893.1 23.7 224 154 6 341 564 211 417 1.30e-07 52.4 WP_269026738.1 WP_269026738.1 100 97 0 0 1 97 1 97 4.19e-69 199 WP_041580422.1 WP_041580422.1 100 214 0 0 1 214 1 214 6.58e-152 418 WP_041580422.1 MBG9445742.1 41.1 202 116 1 9 210 12 210 9.01e-53 167 WP_041580422.1 WP_110808154.1 39.9 203 121 1 9 211 13 214 1.05e-46 152 WP_041580422.1 MCO5064371.1 33.2 223 124 2 13 212 45 265 3.91e-34 121 KAG5994228.1 KAG5994228.1 93.9 776 47 0 1 776 1 776 0.0 1467 KAG5994228.1 XP_030087828.2 27.4 731 457 13 75 789 7 679 4.86e-79 269 WP_172616972.1 WP_172616972.1 94.1 1045 62 0 1 1045 1 1045 0.0 1954 WP_172616972.1 WP_154963182.1 27.6 1009 704 13 19 1014 14 1008 5.22e-113 372 WP_172616972.1 WP_039608285.1 24.3 1076 723 33 10 1045 5 1029 1.96e-69 250 WP_172616972.1 WP_133325549.1 22.6 1042 724 26 8 1014 3 997 9.15e-55 205 WP_172616972.1 KKQ50904.1 28.1 480 331 6 17 489 39 511 4.28e-45 175 WP_172616972.1 TME45086.1 22.1 602 405 20 29 594 24 597 2.33e-22 101 WP_026600741.1 WP_026600741.1 98.3 401 7 0 1 401 1 401 2.11e-301 812 WP_026600741.1 OQC16336.1 67.9 28 9 0 13 40 461 488 3.16e-04 41.2 MCH3756135.1 MCH3756135.1 100 98 0 0 1 98 1 98 1.25e-66 193 WP_097641037.1 WP_097641037.1 98.7 870 11 0 1 870 1 870 0.0 1798 WP_097641037.1 WP_086711488.1 64.3 869 307 2 1 869 1 866 0.0 1192 WP_097641037.1 WP_102477257.1 54.2 867 378 6 4 869 3 851 0.0 977 WP_097641037.1 RWX51021.1 57.3 548 214 6 9 537 8 554 9.56e-214 615 HAT6420703.1 HAT6420703.1 100 281 0 0 1 281 1 281 4.31e-204 556 MBL8770704.1 MBL8770704.1 93.2 162 11 0 1 162 1 162 8.15e-107 300 WP_148058234.1 WP_148058234.1 93.3 180 12 0 1 180 1 180 3.33e-117 328 XP_021113256.1 XP_021113256.1 97.6 1174 28 0 1 1174 1 1174 0.0 2382 XP_009403500.1 XP_009403500.1 100 486 0 0 1 486 1 486 0.0 1031 XP_009403500.1 EPS43711.1 36.1 155 89 4 181 332 6 153 4.01e-21 94.0 WP_148836004.1 WP_148836004.1 98.4 505 8 0 1 505 1 505 0.0 994 WP_148836004.1 MBP6544771.1 29.4 527 323 12 12 492 28 551 3.93e-57 197 WP_148836004.1 HBN9628875.1 26.4 523 316 16 13 496 686 1178 9.64e-29 119 WP_148836004.1 XP_052525039.1 25.4 528 310 18 34 494 127 637 2.45e-25 108 WP_148836004.1 MCC5948066.1 26.8 527 317 24 34 504 120 633 5.87e-15 75.9 WP_148836004.1 MCL4144983.1 24.3 136 55 2 363 497 3 91 3.96e-10 55.1 MBI5405531.1 MBI5405531.1 89.9 217 22 0 1 217 1 217 6.26e-147 406 MBI5405531.1 WP_242161393.1 38.4 190 116 1 16 205 16 204 1.50e-46 151 MBI5405531.1 MBQ8417539.1 35.3 207 132 2 1 207 1 205 3.78e-37 127 NXH52939.1 NXH52939.1 95.2 273 13 0 1 273 1 273 1.68e-197 538 MCJ7594907.1 MCJ7594907.1 96.5 257 9 0 1 257 1 257 2.87e-181 496 MCJ7594907.1 WP_117920451.1 55.2 250 109 2 1 250 370 616 4.00e-90 277 MCJ7594907.1 KKT55671.1 52.4 231 105 2 1 230 375 601 7.13e-79 248 MCJ7594907.1 WP_086280341.1 49.6 250 116 4 1 250 348 587 1.03e-75 239 NP_494967.1 NP_494967.1 75.4 118 29 0 1 118 1 118 2.50e-55 166 WP_167509077.1 WP_167509077.1 100 163 0 0 1 163 1 163 9.58e-120 333 MBN2132609.1 MBN2132609.1 98.4 607 10 0 1 607 1 607 0.0 1173 XP_039638319.1 XP_039638319.1 94.0 464 28 0 1 464 1 464 0.0 897 XP_039638319.1 XP_030131005.3 37.0 351 202 7 127 462 188 534 6.98e-71 233 XP_039638319.1 NXJ71029.1 28.1 374 218 14 127 459 75 438 6.45e-27 110 MBG83645.1 MBG83645.1 100 360 0 0 1 360 1 360 1.11e-273 738 MBG83645.1 MCH6550914.1 37.6 351 206 5 9 352 3 347 1.66e-65 209 WP_071844175.1 WP_071844175.1 100 70 0 0 1 70 1 70 1.40e-48 145 WP_221323620.1 WP_221323620.1 100 178 0 0 1 178 1 178 3.01e-128 355 CAA7056023.1 CAA7056023.1 100 685 0 0 1 685 1 685 0.0 1423 CAA7056023.1 XP_047076827.1 34.1 519 296 4 71 580 42 523 5.12e-105 328 MBK6594401.1 MBK6594401.1 100 172 0 0 13 184 13 184 1.36e-127 354 WP_251309955.1 WP_251309955.1 100 101 0 0 1 101 1 101 1.38e-69 201 MCP4907131.1 MCP4907131.1 100 410 0 0 1 410 1 410 1.98e-306 825 MCP4907131.1 MBP2355331.1 31.1 354 211 8 41 384 46 376 1.81e-47 165 MCL7977512.1 MCL7977512.1 100 66 0 0 1 66 1 66 6.95e-45 136 WP_156485294.1 WP_156485294.1 100 51 0 0 1 51 1 51 2.87e-33 105 XP_009839123.1 XP_009839123.1 88.2 1052 124 0 1 1052 1 1052 0.0 1841 GHU76743.1 GHU76743.1 100 781 0 0 1 781 1 781 0.0 1609 KAJ2820567.1 KAJ2820567.1 100 180 0 0 1 180 1 180 3.25e-133 368 MCL7714424.1 MCL7714424.1 100 229 0 0 1 229 1 229 9.69e-166 454 MCL7714424.1 WP_186723788.1 38.7 222 132 2 5 225 8 226 4.92e-45 149 MCL7714424.1 MBP1530348.1 35.7 227 137 5 4 229 3 221 9.42e-44 145 MCL7714424.1 WP_007708736.1 37.1 229 139 2 3 226 2 230 7.78e-42 140 MCL7714424.1 WP_101794136.1 34.0 235 140 3 4 226 26 257 8.58e-38 130 MCL7714424.1 MBQ5584458.1 33.6 226 142 3 5 225 4 226 4.38e-34 120 MCL7714424.1 WP_194544138.1 31.5 213 135 2 3 207 11 220 1.37e-31 114 MCL7714424.1 EAG2350674.1 37.7 122 73 1 1 122 1 119 1.12e-23 90.5 MCL7714424.1 WP_124213670.1 30.7 137 92 2 1 136 1 135 3.50e-11 60.5 HBR4968137.1 HBR4968137.1 100 252 0 0 1 252 1 252 1.62e-189 516 HBR4968137.1 HET19548.1 45.2 42 23 0 3 44 1 42 1.33e-06 42.7 XP_024635273.1 XP_024635273.1 98.4 852 14 0 1 852 1 852 0.0 1736 WP_136864777.1 WP_136864777.1 100 290 0 0 1 290 1 290 1.12e-224 608 WP_052822157.1 WP_052822157.1 100 483 0 0 1 483 1 483 0.0 1034 WP_052822157.1 WP_039764622.1 30.6 183 114 8 9 184 1 177 7.77e-14 68.2 WP_194217236.1 WP_194217236.1 65.9 123 42 0 1 123 1 123 2.80e-45 141 EGI4396582.1 EGI4396582.1 100 567 0 0 1 567 1 567 0.0 1129 WP_226480428.1 WP_226480428.1 88.5 549 63 0 1 549 1 549 0.0 890 WP_130628329.1 WP_130628329.1 100 109 0 0 1 109 1 109 9.32e-74 212 MBR1729873.1 MBR1729873.1 100 309 0 0 1 309 1 309 3.59e-224 610 WP_086041969.1 WP_086041969.1 100 171 0 0 1 171 1 171 2.93e-127 352 GHT89622.1 GHT89622.1 97.4 268 7 0 1 268 1 268 1.05e-193 528 GHT89622.1 WP_084128119.1 37.5 216 130 2 15 225 14 229 2.65e-42 144 WP_116306280.1 WP_116306280.1 100 157 0 0 1 157 1 157 7.97e-116 322 XP_010547631.1 XP_010547631.1 94.0 265 16 0 1 265 1 265 3.35e-184 504 XP_006576743.1 XP_006576743.1 100 498 0 0 1 498 1 498 0.0 1034 WP_235358277.1 WP_235358277.1 95.7 233 10 0 1 233 1 233 3.24e-166 456 WP_098798564.1 WP_098798564.1 100 372 0 0 1 372 1 372 3.09e-277 748 WP_098798564.1 CIY68995.1 40.9 372 204 5 1 369 1 359 3.30e-85 261 MBO6087363.1 MBO6087363.1 100 761 0 0 1 761 1 761 0.0 1532 WP_229253501.1 WP_229253501.1 100 225 0 0 1 225 1 225 1.23e-166 456 WP_229253501.1 WP_034853447.1 40.4 146 83 2 53 197 139 281 1.31e-29 110 MBK8986217.1 MBK8986217.1 100 67 0 0 1 67 1 67 2.50e-43 132 MBB7170543.1 MBB7170543.1 100 50 0 0 1 50 1 50 2.29e-34 108 WP_239108544.1 WP_239108544.1 95.8 236 10 0 1 236 1 236 1.27e-169 465 WP_166737616.1 WP_166737616.1 100 230 0 0 1 230 1 230 1.10e-176 482 OLA08565.1 OLA08565.1 100 237 0 0 1 237 1 237 1.44e-180 493 OLA08565.1 MBP5726154.1 53.6 237 108 2 1 235 1 237 1.95e-95 277 OLA08565.1 KAI0095213.1 32.9 143 68 5 11 128 15 154 1.09e-14 70.1 KAE8908303.1 KAE8908303.1 96.4 450 16 0 1 450 1 450 0.0 895 KAE8908303.1 ABK94958.1 29.9 368 202 8 96 449 18 343 3.33e-48 167 WP_204462572.1 WP_204462572.1 100 156 0 0 1 156 1 156 2.38e-112 313 OJU33055.1 OJU33055.1 100 405 0 0 1 405 1 405 2.24e-314 845 MCU0521352.1 MCU0521352.1 100 607 0 0 1 607 1 607 0.0 1232 KAG5775718.1 KAG5775718.1 100 296 0 0 1 296 1 296 3.23e-227 615 WP_182273896.1 WP_182273896.1 100 83 0 0 1 83 1 83 1.42e-56 167 PIQ22394.1 PIQ22394.1 100 393 0 0 1 393 1 393 9.65e-303 815 WP_053767117.1 WP_053767117.1 100 230 0 0 1 230 1 230 7.37e-166 455 EDN4899961.1 EDN4899961.1 100 219 0 0 1 219 1 219 1.01e-153 423 WP_252845183.1 WP_252845183.1 100 261 0 0 1 261 1 261 7.13e-193 526 WP_270610708.1 WP_270610708.1 100 228 0 0 1 228 1 228 6.58e-168 460 WP_202859343.1 WP_202859343.1 100 343 0 0 1 343 1 343 1.96e-263 711 4G4S_F 4G4S_F 100 234 0 0 2 235 2 235 1.19e-178 488 MCK7495745.1 MCK7495745.1 100 198 0 0 1 198 1 198 2.95e-147 405 XP_017412204.1 XP_017412204.1 98.9 992 11 0 1 992 1 992 0.0 2008 WP_037318352.1 WP_037318352.1 100 447 0 0 1 447 1 447 0.0 925 EFH7886278.1 EFH7886278.1 100 171 0 0 1 171 1 171 8.40e-127 351 EFH7886278.1 EET4886479.1 62.7 166 62 0 1 166 283 448 4.48e-74 227 TGQ73293.1 TGQ73293.1 100 159 0 0 1 159 1 159 3.63e-113 316 ETL94002.1 ETL94002.1 100 434 0 0 1 434 1 434 0.0 897 WP_014793632.1 WP_014793632.1 100 320 0 0 1 320 1 320 9.00e-237 642 WP_182158016.1 WP_182158016.1 98.2 717 13 0 1 717 1 717 0.0 1515 XP_044998617.1 XP_044998617.1 100 321 0 0 1 321 1 321 7.52e-250 675 MBQ9647935.1 MBQ9647935.1 100 262 0 0 1 262 1 262 8.36e-197 536 MBQ9647935.1 WP_042650033.1 27.5 255 174 2 5 259 5 248 1.85e-18 80.5 MBQ9647935.1 XP_007206475.1 29.6 270 149 10 5 257 15 260 1.86e-18 80.9 MBQ9647935.1 MBN3744368.1 25.8 186 134 1 8 193 4 185 6.06e-08 50.8 WP_232202741.1 WP_232202741.1 100 186 0 0 1 186 1 186 5.16e-142 391 WP_051027110.1 WP_051027110.1 100 348 0 0 1 348 1 348 1.12e-251 682 UHK01047.1 UHK01047.1 99.5 1273 7 0 1 1273 1 1273 0.0 1395 UHK01047.1 UIX40308.1 61.5 1286 467 3 1 1273 1 1271 0.0 1356 UHK01047.1 UHB14670.1 61.4 1286 469 3 1 1273 1 1271 0.0 1354 UHK01047.1 UDK40309.1 61.9 1286 462 3 1 1273 1 1271 0.0 1353 UHK01047.1 QUE11983.1 63.6 1286 439 4 1 1273 1 1270 0.0 1331 UHK01047.1 UBN63752.1 64.9 1286 423 4 1 1273 1 1270 0.0 1326 UHK01047.1 UPU53169.1 59.1 1286 497 3 1 1273 1 1270 0.0 1299 UHK01047.1 UYC71619.1 59.3 1286 493 4 1 1273 1 1268 0.0 1297 UHK01047.1 UZH89542.1 66.5 1286 403 3 1 1273 1 1271 0.0 1292 UHK01047.1 UGX22439.1 56.8 1286 527 3 1 1273 1 1271 0.0 1225 UHK01047.1 USL51576.1 56.1 1286 535 3 1 1273 1 1270 0.0 1204 UHK01047.1 QUM20585.1 58.6 1286 505 3 1 1273 1 1272 0.0 1199 UHK01047.1 QVX70521.1 59.2 1286 499 2 1 1273 1 1273 0.0 1187 UHK01047.1 QXI91160.1 60.8 1286 477 3 1 1273 1 1272 0.0 1154 UHK01047.1 UUS71569.1 68.7 1286 376 2 1 1273 1 1273 0.0 979 CAG8560118.1 CAG8560118.1 100 158 0 0 1 158 1 158 2.47e-115 321 HCF2977864.1 HCF2977864.1 100 346 0 0 1 346 1 346 1.75e-263 711 ESE83270.1 ESE83270.1 100 211 0 0 1 211 1 211 6.15e-160 438 MCD58157.1 MCD58157.1 100 20 0 0 1 20 1 20 2.10e-10 46.2 CAD5221127.1 CAD5221127.1 96.2 712 27 0 1 712 1 712 0.0 1435 MBE7218062.1 MBE7218062.1 100 312 0 0 1 312 1 312 1.49e-231 628 XP_036378433.1 XP_036378433.1 100 650 0 0 1 650 1 650 0.0 1354 TPV93333.1 TPV93333.1 100 395 0 0 1 395 1 395 2.31e-286 773 TPV93333.1 HIV94128.1 30.1 345 221 8 7 338 5 342 1.87e-37 137 WP_213750918.1 WP_213750918.1 96.4 275 10 0 1 275 1 275 2.94e-183 503 WP_213750918.1 WP_217101611.1 49.2 236 120 0 38 273 85 320 7.08e-69 214 WP_213750918.1 WP_166725305.1 49.2 238 117 2 38 273 85 320 1.42e-68 213 WP_213750918.1 HHH37178.1 30.6 186 129 0 73 258 69 254 1.00e-26 103 MBT5019052.1 MBT5019052.1 94.7 189 10 0 1 189 1 189 1.12e-133 370 WP_172323533.1 WP_172323533.1 100 51 0 0 1 51 1 51 4.79e-32 102 TRZ74764.1 TRZ74764.1 100 358 0 0 1 358 1 358 1.21e-276 746 RBA14522.1 RBA14522.1 98.8 1071 13 0 1 1071 1 1071 0.0 2209 EGO95442.1 EGO95442.1 94.6 333 18 0 1 333 1 333 6.39e-223 608 MAS03180.1 MAS03180.1 100 88 0 0 1 88 1 88 1.88e-61 179 WP_269358925.1 WP_269358925.1 97.3 485 13 0 1 485 1 485 0.0 954 KAI1570405.1 KAI1570405.1 73.8 145 38 0 1 145 1 145 7.87e-74 215 WP_091733714.1 WP_091733714.1 95.8 240 10 0 1 240 1 240 1.17e-167 460 WP_091733714.1 WP_004208647.1 41.7 228 124 3 11 237 11 230 3.97e-54 172 NBY29827.1 NBY29827.1 100 146 0 0 1 146 1 146 1.72e-107 300 WP_122873240.1 WP_122873240.1 100 428 0 0 1 428 1 428 0.0 878 WP_122873240.1 CAA0126222.1 33.9 434 236 15 8 418 10 415 1.57e-62 206 WP_122873240.1 WP_205443952.1 33.6 440 223 18 8 425 4 396 9.40e-61 201 WP_122873240.1 MBO7597869.1 22.5 436 253 18 22 425 22 404 2.16e-15 75.9 RUY13648.1 RUY13648.1 100 31 0 0 1 31 1 31 3.60e-17 63.9 WP_021346398.1 WP_021346398.1 93.2 161 11 0 1 161 1 161 7.87e-109 305 PQP77439.1 PQP77439.1 100 55 0 0 1 55 1 55 3.21e-34 108 KAF5437455.1 KAF5437455.1 100 40 0 0 1 40 1 40 5.01e-25 84.3 AVR90781.1 AVR90781.1 100 255 0 0 1 255 1 255 5.67e-196 533 WP_172117930.1 WP_172117930.1 100 186 0 0 1 186 1 186 1.60e-136 377 WP_172117930.1 WP_024404629.1 62.5 184 68 1 4 186 2 185 4.02e-84 244 WP_172117930.1 WP_228268753.1 69.2 117 36 0 70 186 4 120 3.23e-57 174 WP_152638733.1 WP_152638733.1 91.9 531 43 0 1 531 1 531 0.0 960 MCH7644438.1 MCH7644438.1 100 101 0 0 1 101 1 101 2.38e-70 203 WP_272053002.1 WP_272053002.1 98.5 396 6 0 1 396 1 396 1.88e-306 824 MBI9043002.1 MBI9043002.1 100 333 0 0 1 333 1 333 1.56e-239 650 MBI9043002.1 MCE2505556.1 35.0 331 175 4 25 324 96 417 1.14e-56 188 WP_276533217.1 WP_276533217.1 100 1232 0 0 1 1232 1 1232 0.0 2597 WP_276533217.1 WP_175692337.1 59.4 330 130 2 12 339 21 348 6.36e-136 416 WP_276533217.1 MBU4440546.1 36.0 139 80 4 706 840 44 177 2.10e-20 89.4 KGS11954.1 KGS11954.1 100 463 0 0 1 463 1 463 0.0 941 NIK25817.1 NIK25817.1 100 623 0 0 1 623 1 623 0.0 1268 NIK25817.1 WP_212961195.1 31.5 286 163 11 330 607 779 1039 8.23e-29 120 NIK25817.1 WP_083180153.1 25.8 423 276 11 194 610 215 605 6.43e-28 117 NIK25817.1 MBK0846266.1 30.3 251 146 10 364 607 323 551 2.13e-23 102 NIK25817.1 WP_192272294.1 27.1 221 131 6 394 612 162 354 5.92e-13 68.9 WP_012917492.1 WP_012917492.1 86.2 429 59 0 1 429 1 429 3.09e-267 728 MCB0689733.1 MCB0689733.1 100 187 0 0 1 187 1 187 1.31e-140 387 MBL6807531.1 MBL6807531.1 96.7 366 12 0 1 366 1 366 1.24e-248 676 KAJ4458169.1 KAJ4458169.1 100 148 0 0 1 148 1 148 1.92e-105 295 WP_007556065.1 WP_007556065.1 100 230 0 0 1 230 1 230 1.96e-170 466 WP_007556065.1 HIZ10317.1 42.6 230 126 3 3 227 2 230 1.24e-58 183 WP_007556065.1 MBQ7587638.1 45.6 182 98 1 39 220 39 219 1.10e-50 163 MBQ9964693.1 MBQ9964693.1 100 185 0 0 1 185 1 185 4.42e-138 381 MBQ9964693.1 WP_088153117.1 40.4 183 85 5 25 183 22 204 4.52e-28 106 MBQ9964693.1 WP_258581409.1 33.8 195 107 5 2 175 4 197 3.98e-23 92.8 MBQ9964693.1 WP_281543397.1 31.6 174 98 6 17 170 5 177 1.40e-15 71.2 MBQ9964693.1 EHR6291555.1 28.7 188 112 5 2 168 6 192 6.96e-11 58.5 MBQ9964693.1 WP_112088864.1 29.1 189 94 6 9 166 19 198 5.73e-10 55.8 MBQ9964693.1 WAY96880.1 24.5 196 119 6 15 185 3 194 3.46e-09 52.4 MBQ9964693.1 WP_153844272.1 23.2 203 119 7 1 170 259 457 3.19e-07 47.8 MBQ9964693.1 WP_089095302.1 40.2 82 45 3 89 170 129 206 3.38e-07 47.8 MBQ9964693.1 WP_089246429.1 25.7 171 97 4 7 147 10 180 1.28e-04 40.0 EGO4094244.1 EGO4094244.1 100 89 0 0 1 89 1 89 3.48e-62 181 MCI5916932.1 MCI5916932.1 100 514 0 0 1 514 1 514 0.0 1050 MCI5916932.1 WP_249084213.1 46.6 466 239 6 24 485 373 832 1.23e-130 399 WP_239606280.1 WP_239606280.1 100 220 0 0 1 220 1 220 4.12e-158 434 WP_239606280.1 MBR2684576.1 42.2 223 123 3 1 220 1 220 5.43e-55 173 WP_239606280.1 MBM4374951.1 35.4 212 135 1 1 212 1 210 3.34e-40 135 MSO45354.1 MSO45354.1 100 365 0 0 1 365 1 365 1.65e-273 738 NP_001019860.1 NP_001019860.1 100 194 0 0 1 194 1 194 5.32e-148 407 GFB98697.1 GFB98697.1 100 113 0 0 1 113 1 113 9.88e-80 228 CAB3403040.1 CAB3403040.1 100 361 0 0 1 361 1 361 1.71e-273 738 WP_276594570.1 WP_276594570.1 100 287 0 0 1 287 1 287 8.18e-221 598 MBP6132529.1 MBP6132529.1 98.5 796 12 0 1 796 1 796 0.0 1541 MBP6132529.1 HAI0697239.1 45.7 796 426 2 1 792 1 794 4.49e-243 696 KAB2088711.1 KAB2088711.1 93.9 362 22 0 1 362 1 362 1.05e-263 713 RRY46070.1 RRY46070.1 100 63 0 0 1 63 1 63 3.16e-42 129 XP_006591276.1 XP_006591276.1 96.6 327 11 0 1 327 1 327 4.84e-240 650 WP_054621512.1 WP_054621512.1 100 103 0 0 1 103 1 103 7.90e-70 202 WP_054621512.1 MBT2573851.1 40.4 94 52 3 10 101 9 100 5.62e-16 65.9 KAI5076688.1 KAI5076688.1 95.7 796 34 0 1 796 1 796 0.0 1545 KAI5076688.1 WP_053342583.1 28.0 647 426 21 113 751 23 637 3.34e-65 228 WP_260879442.1 WP_260879442.1 100 290 0 0 1 290 1 290 1.28e-205 560 KAG7202115.1 KAG7202115.1 100 277 0 0 1 277 1 277 1.63e-206 561 KAI5128402.1 KAI5128402.1 100 154 0 0 1 154 1 154 2.69e-108 303 KAI5128402.1 CAH1250835.1 26.7 90 54 2 27 111 81 163 3.35e-04 38.1 MBR6417349.1 MBR6417349.1 100 132 0 0 1 132 1 132 5.54e-95 268 MBR6417349.1 WP_279184953.1 33.1 127 82 2 2 125 198 324 2.38e-13 63.5 MBR6417349.1 MBE6455882.1 44.2 43 22 1 16 56 196 238 1.38e-04 38.5 WP_267448957.1 WP_267448957.1 95.4 219 10 0 1 219 1 219 5.20e-156 429 MBR2718156.1 MBR2718156.1 100 152 0 0 1 152 1 152 3.16e-115 320 DAU97140.1 DAU97140.1 89.6 154 16 0 1 154 1 154 1.80e-97 276 NWV65193.1 NWV65193.1 94.6 1241 67 0 1 1241 1 1241 0.0 2386 NWV65193.1 MBK7412786.1 31.8 258 129 12 929 1160 140 376 3.01e-19 89.7 UJW35797.1 UJW35797.1 94.5 200 11 0 1 200 1 200 6.34e-134 372 UJW35797.1 WP_171155369.1 47.3 55 29 0 10 64 14 68 2.33e-10 56.2 UJW35797.1 WP_062336768.1 40.0 60 36 0 18 77 18 77 5.03e-08 49.3 MCE7733397.1 MCE7733397.1 100 223 0 0 1 223 1 223 9.73e-163 446 MCE7733397.1 WP_044328211.1 35.2 105 52 5 45 143 59 153 1.75e-08 51.6 MCE7733397.1 XP_001681736.1 35.4 96 55 4 13 103 29 122 1.36e-04 40.4 EEI62381.1 EEI62381.1 100 259 0 0 1 259 1 259 2.49e-192 524 CAG0929351.1 CAG0929351.1 100 327 0 0 1 327 1 327 1.11e-245 665 CAG0929351.1 MBE6306819.1 40.5 306 179 2 8 313 3 305 3.18e-76 237 AAX94106.1 AAX94106.1 93.5 431 28 0 1 431 1 431 1.00e-296 803 AAX94106.1 APC24336.1 70.1 334 100 0 78 411 1 334 1.10e-176 497 AAX94106.1 AGC97326.1 81.5 222 41 0 210 431 1 222 3.04e-132 379 AAX94106.1 ACO35565.1 78.5 223 48 0 208 430 1 223 7.12e-126 363 AAX94106.1 AGC74998.1 80.5 205 40 0 225 429 1 205 2.23e-118 342 AAX94106.1 ADW49125.1 86.2 189 26 0 1 189 23 211 2.46e-111 324 AAX94106.1 AWS34156.1 82.0 189 34 0 1 189 31 219 1.50e-109 320 AAX94106.1 AFA24308.1 85.7 189 27 0 1 189 24 212 2.36e-109 319 AAX94106.1 AVM35379.1 82.0 189 34 0 1 189 26 214 3.07e-105 309 AAX94106.1 QUA05739.1 83.5 182 30 0 1 182 31 212 7.51e-103 303 AAX94106.1 AFA09475.1 80.4 189 37 0 1 189 17 205 9.55e-102 300 AAX94106.1 ADJ35581.1 76.2 189 45 0 1 189 32 220 4.18e-99 293 AAX94106.1 AHK62764.1 70.5 193 57 0 3 195 29 221 1.82e-95 284 AAX94106.1 UZF38514.1 66.1 189 64 0 1 189 18 206 4.28e-87 262 AAX94106.1 AOR13807.1 73.4 177 47 0 1 177 22 198 6.54e-87 261 AAX94106.1 AMA90994.1 74.3 167 43 0 1 167 31 197 5.87e-82 249 AAX94106.1 AKT58828.1 72.1 165 46 0 1 165 31 195 1.24e-80 245 AAX94106.1 AHH30646.1 69.6 168 49 2 2 169 6 171 2.86e-72 223 AAX94106.1 AKA56406.1 64.5 172 54 2 1 170 31 197 5.26e-68 213 AAX94106.1 ACE88666.1 71.9 146 41 0 50 195 1 146 1.23e-66 207 EFC4417017.1 EFC4417017.1 100 189 0 0 1 189 1 189 9.04e-139 384 MCL2109536.1 MCL2109536.1 100 110 0 0 1 110 1 110 3.92e-80 228 SEJ33525.1 SEJ33525.1 96.6 328 11 0 1 328 1 328 5.61e-235 638 SEJ33525.1 MCI7202149.1 31.1 257 171 5 28 282 10 262 1.47e-35 128 BAQ58714.1 BAQ58714.1 100 716 0 0 1 716 1 716 0.0 1480 MBT4239116.1 MBT4239116.1 100 435 0 0 1 435 1 435 0.0 891 WP_224458015.1 WP_224458015.1 100 365 0 0 1 365 1 365 1.51e-269 728 WP_224458015.1 WP_012568269.1 53.1 352 156 4 18 365 19 365 4.58e-123 357 WP_224458015.1 WP_110808154.1 37.0 138 84 1 176 313 37 171 1.17e-22 93.2 WP_224458015.1 MBG9445742.1 31.4 159 104 1 157 315 17 170 1.74e-19 84.3 HBP6650873.1 HBP6650873.1 96.8 1034 33 0 1 1034 1 1034 0.0 1994 HBP6650873.1 WP_243269836.1 41.4 851 392 14 9 764 1596 2434 3.83e-180 581 WP_097382902.1 WP_097382902.1 100 313 0 0 1 313 1 313 5.30e-221 601 WP_097382902.1 WP_046778966.1 37.2 304 177 7 1 292 1 302 1.55e-56 184 XP_014155165.1 XP_014155165.1 100 70 0 0 1 70 1 70 1.16e-47 143 WP_026661995.1 WP_026661995.1 100 279 0 0 1 279 1 279 3.06e-212 576 NPM18735.1 NPM18735.1 100 270 0 0 1 270 1 270 2.60e-204 555 NPM18735.1 EFG4747393.1 90.8 249 23 0 16 264 1 249 8.58e-164 452 NPM18735.1 MBB7523286.1 96.5 57 2 0 1 57 452 508 7.79e-33 124 MBW8078285.1 MBW8078285.1 100 418 0 0 1 418 1 418 0.0 869 WP_144002426.1 WP_144002426.1 95.3 275 13 0 1 275 1 275 6.47e-187 512 WP_144002426.1 WP_130477570.1 50.2 267 129 2 4 269 1 264 9.63e-81 243 WP_144002426.1 WP_113851760.1 34.0 144 90 3 124 266 97 236 4.03e-18 79.7 WP_144002426.1 MCF8193609.1 29.8 205 111 7 81 266 65 255 2.86e-14 69.3 KAJ9499981.1 KAJ9499981.1 100 331 0 0 1 331 1 331 9.22e-256 691 MBI5799565.1 MBI5799565.1 100 77 0 0 1 77 1 77 6.06e-53 157 MBT8367246.1 MBT8367246.1 100 340 0 0 1 340 1 340 1.87e-255 691 MBT8367246.1 WP_010859888.1 21.7 235 173 5 6 231 13 245 7.59e-11 60.8 WP_243131659.1 WP_243131659.1 100 86 0 0 1 86 1 86 8.12e-53 157 WP_226536872.1 WP_226536872.1 100 98 0 0 1 98 1 98 4.68e-71 204 XP_035254397.1 XP_035254397.1 98.4 620 10 0 1 620 1 620 0.0 1231 NOY97419.1 NOY97419.1 100 807 0 0 1 807 1 807 0.0 1620 NOY97419.1 HDC92778.1 39.0 467 267 8 1 452 1 464 1.21e-107 336 NOY97419.1 WP_278982769.1 27.5 454 304 11 1 450 2 434 2.37e-44 164 NOY97419.1 WP_270453521.1 28.3 360 220 9 107 452 64 399 2.43e-28 116 NOY97419.1 WP_015167170.1 25.2 473 263 16 3 450 5 411 1.40e-23 104 TLX84297.1 TLX84297.1 100 124 0 0 1 124 1 124 1.11e-88 251 TBV99016.1 TBV99016.1 100 120 0 0 1 120 1 120 7.31e-83 236 GBO23274.1 GBO23274.1 87.8 115 14 0 1 115 1 115 2.81e-71 206 OPZ52024.1 OPZ52024.1 100 65 0 0 1 65 1 65 1.80e-42 130 MBN3744368.1 MBN3744368.1 100 278 0 0 1 278 1 278 4.33e-207 563 MBN3744368.1 WP_057651690.1 31.7 189 122 5 1 184 48 234 5.12e-16 74.7 MBN3744368.1 MBQ9647935.1 25.8 186 134 1 4 185 8 193 6.43e-08 50.8 HCE5900341.1 HCE5900341.1 100 144 0 0 1 144 1 144 1.36e-103 290 HCE5900341.1 HBU4069332.1 89.6 144 15 0 1 144 113 256 5.38e-89 261 HCY01371.1 HCY01371.1 100 154 0 0 1 154 1 154 5.43e-117 325 WP_194454339.1 WP_194454339.1 100 441 0 0 1 441 1 441 0.0 898 WP_194454339.1 MBP6375542.1 29.8 457 273 13 8 438 4 438 8.59e-51 176 WP_194454339.1 WP_249505358.1 27.3 458 283 11 8 438 3 437 1.17e-43 157 WP_194454339.1 PWM49891.1 25.5 369 243 9 13 362 9 364 1.26e-35 135 WP_194454339.1 GER04731.1 25.8 418 274 12 1 402 1 398 3.01e-28 114 WP_159220133.1 WP_159220133.1 100 180 0 0 1 180 1 180 3.01e-138 381 WP_159220133.1 WP_171832914.1 46.9 177 94 0 1 177 1 177 2.07e-57 176 WP_016083913.1 WP_016083913.1 100 274 0 0 1 274 1 274 5.05e-204 555 UPB00876.1 UPB00876.1 99.2 4375 36 0 1 4375 1 4375 0.0 6420 UPB00876.1 UPP41269.1 76.1 4375 1045 0 1 4375 28 4402 0.0 6419 UPB00876.1 USR14792.1 76.1 4375 1046 0 1 4375 28 4402 0.0 6415 UPB00876.1 QXR94354.1 76.0 4375 1050 0 1 4375 28 4402 0.0 6407 UPB00876.1 ULA23837.2 76.0 4375 1049 1 1 4375 28 4401 0.0 6404 UPB00876.1 UKU68032.1 76.3 4375 1037 1 1 4375 28 4401 0.0 6402 UPB00876.1 QTM79632.1 76.0 4375 1052 0 1 4375 28 4402 0.0 6400 UPB00876.1 QTD03487.1 75.9 4378 1052 1 1 4375 28 4405 0.0 6399 UPB00876.1 QTZ27226.1 76.0 4375 1052 0 1 4375 28 4402 0.0 6398 UPB00876.1 UXH94526.1 75.9 4375 1054 1 1 4375 28 4401 0.0 6394 UPB00876.1 UFM00670.1 75.8 4378 1055 1 1 4375 28 4405 0.0 6391 UPB00876.1 UEC68750.1 75.8 4378 1055 1 1 4375 28 4405 0.0 6389 UPB00876.1 UBL45068.1 75.9 4378 1053 1 1 4375 28 4405 0.0 6387 UPB00876.1 UHM53165.1 75.8 4378 1055 1 1 4375 28 4405 0.0 6386 UPB00876.1 UFM02602.1 75.8 4378 1055 1 1 4375 28 4405 0.0 6386 UPB00876.1 URQ55824.1 76.1 4371 1043 0 1 4371 28 4398 0.0 6352 UPB00876.1 UZO53924.1 76.1 4371 1044 0 1 4371 28 4398 0.0 6351 UPB00876.1 UVB16817.1 76.1 4371 1044 0 1 4371 28 4398 0.0 6348 UPB00876.1 UOU30556.1 77.9 4371 966 0 1 4371 28 4398 0.0 6339 UPB00876.1 UIR12670.1 75.9 4371 1051 1 1 4371 28 4397 0.0 6334 UPB00876.1 UKN67998.1 75.9 4371 1051 1 1 4371 8 4377 0.0 6334 UPB00876.1 QVD87869.1 75.9 4371 1052 0 1 4371 28 4398 0.0 6331 UPB00876.1 QWC83326.1 75.9 4374 1050 1 1 4371 28 4401 0.0 6330 UPB00876.1 QSZ25555.1 75.9 4374 1051 1 1 4371 28 4401 0.0 6329 UPB00876.1 QZU16279.1 75.9 4374 1052 1 1 4371 28 4401 0.0 6327 UPB00876.1 UMF87224.1 75.9 4371 1054 1 1 4371 28 4397 0.0 6326 UPB00876.1 WEU87158.1 75.9 4374 1052 1 1 4371 28 4401 0.0 6326 UPB00876.1 UPA83906.1 75.9 4371 1053 1 1 4371 28 4397 0.0 6325 UPB00876.1 UBD95131.1 75.9 4374 1052 1 1 4371 28 4401 0.0 6325 UPB00876.1 UBP50947.1 75.9 4374 1052 1 1 4371 28 4401 0.0 6324 UPB00876.1 UEC52718.1 75.8 4374 1056 1 1 4371 28 4401 0.0 6317 UPB00876.1 UCP72061.1 77.3 4374 990 1 1 4371 28 4401 0.0 6315 UPB00876.1 UCP77012.1 76.9 4374 1006 1 1 4371 28 4401 0.0 6290 UPB00876.1 UBR86455.1 75.7 4374 1061 1 1 4371 27 4400 0.0 6254 UPB00876.1 ULB83374.1 76.1 4375 1043 1 1 4375 28 4401 0.0 6224 UPB00876.1 UAQ80067.1 75.7 4374 1060 1 1 4371 28 4401 0.0 6222 UPB00876.1 UGA79226.1 76.2 4374 1037 1 1 4371 28 4401 0.0 6209 UPB00876.1 UVI10561.1 76.9 4371 1009 0 1 4371 1 4371 0.0 6198 UPB00876.1 UXX67934.1 74.6 4371 1111 0 1 4371 28 4398 0.0 6185 UPB00876.1 UJV88611.1 73.9 4375 1139 1 1 4375 28 4401 0.0 6176 UPB00876.1 UGB98301.1 77.3 4378 992 1 1 4375 28 4405 0.0 6166 UPB00876.1 UNI03201.1 79.7 4377 885 1 1 4375 2 4378 0.0 6157 UPB00876.1 UJJ97602.1 73.6 4375 1152 1 1 4375 28 4401 0.0 6141 UPB00876.1 UJS94137.1 74.5 4297 1093 1 79 4375 1 4296 0.0 6121 UPB00876.1 WHE12941.1 74.3 4371 1123 0 1 4371 2 4372 0.0 6119 UPB00876.1 UFA30503.1 77.6 4339 967 1 1 4336 2 4340 0.0 6083 UPB00876.1 WEI27974.1 77.1 4375 1000 0 1 4375 28 4402 0.0 5973 UPB00876.1 QRX02582.1 76.8 4033 933 1 1 4030 28 4060 0.0 5942 UPB00876.1 UMA88644.1 74.4 4371 1117 1 1 4371 7 4376 0.0 5871 UPB00876.1 UJT06733.1 70.8 4371 1275 1 1 4371 28 4397 0.0 5739 UPB00876.1 WGP70063.1 71.7 4342 1225 1 1 4339 28 4369 0.0 5703 UPB00876.1 UEX07109.1 73.7 4378 1149 1 1 4375 2 4379 0.0 5632 UPB00876.1 WGP98278.1 73.4 4337 1152 1 1 4334 28 4364 0.0 5547 UPB00876.1 URP80785.1 70.6 4375 1288 0 1 4375 1 4375 0.0 5130 UPB00876.1 WAS49087.1 66.7 4371 1455 0 1 4371 28 4398 0.0 5003 UPB00876.1 UYE49180.1 64.6 4375 1547 0 1 4375 28 4402 0.0 4439 UPB00876.1 WGQ72821.1 61.7 4342 1659 1 1 4339 3 4344 0.0 3795 MBR2864610.1 MBR2864610.1 100 193 0 0 1 193 1 193 4.20e-140 387 KAF2420586.1 KAF2420586.1 85.6 97 14 0 1 97 1 97 3.75e-54 162 PIR02665.1 PIR02665.1 100 77 0 0 1 77 1 77 3.64e-54 160 MCQ2295302.1 MCQ2295302.1 100 84 0 0 1 84 1 84 1.31e-57 169 WP_189342802.1 WP_189342802.1 85.7 77 11 0 1 77 1 77 1.02e-42 131 ADQ02892.1 ADQ02892.1 100 90 0 0 1 90 1 90 1.85e-62 182 KAI8504475.1 KAI8504475.1 95.7 1343 58 0 1 1343 1 1343 0.0 2633 KAI8504475.1 XP_028567154.1 32.5 452 273 15 826 1263 731 1164 1.69e-51 197 WP_167248335.1 WP_167248335.1 63.5 170 62 0 1 170 1 170 8.24e-67 199 MCG8010344.1 MCG8010344.1 95.3 429 20 0 1 429 1 429 9.54e-310 835 YP_009296428.1 YP_009296428.1 93.4 167 11 0 1 167 1 167 3.16e-111 311 EJQ6627878.1 EJQ6627878.1 100 361 0 0 1 361 1 361 3.48e-282 760 EJQ6627878.1 EEY3543156.1 97.5 361 9 0 1 361 365 725 1.06e-262 736 EJQ6627878.1 ECI3309320.1 77.8 361 79 1 1 361 365 724 1.31e-208 593 EJQ6627878.1 EFQ4765027.1 77.8 361 79 1 1 361 365 724 4.88e-208 593 EJQ6627878.1 WP_181865219.1 97.6 250 6 0 1 250 54 303 4.43e-184 509 EJQ6627878.1 EEO7917989.1 64.7 363 121 3 1 361 365 722 3.94e-165 489 MAV59409.1 MAV59409.1 100 143 0 0 1 143 1 143 5.14e-94 266 QBM89760.1 QBM89760.1 93.0 171 12 0 1 171 1 171 9.38e-115 321 XP_039523839.1 XP_039523839.1 100 195 0 0 1 195 1 195 4.36e-143 394 XP_016446524.1 XP_016446524.1 97.9 439 9 0 1 439 1 439 0.0 871 KAF8011165.1 KAF8011165.1 100 1152 0 0 21 1172 21 1172 0.0 2352 WP_065517671.1 WP_065517671.1 94.7 397 21 0 1 397 1 397 4.29e-283 765 WP_065517671.1 OGO01021.1 32.2 385 243 7 7 386 2 373 1.16e-55 186 WP_065517671.1 WP_065029373.1 31.2 391 250 8 7 390 2 380 1.15e-44 157 WP_065517671.1 MYJ01754.1 40.3 191 108 3 10 197 5 192 5.97e-34 123 WP_065517671.1 WP_032373688.1 28.6 322 202 11 68 381 47 348 1.76e-27 110 NXD84883.1 NXD84883.1 96.4 555 20 0 1 555 1 555 0.0 1113 NXD84883.1 KAG1590416.1 36.2 318 184 6 77 386 69 375 2.05e-61 206 NXD84883.1 XP_029528577.1 35.0 294 184 4 61 353 9 296 1.15e-56 192 NXD84883.1 WP_012236017.1 28.3 247 147 5 72 293 59 300 7.17e-19 89.0 NXD84883.1 XP_011889539.1 23.2 237 155 3 82 297 2 232 3.04e-14 74.3 KAI7091816.1 KAI7091816.1 100 98 0 0 1 98 1 98 2.52e-66 192 WP_061836762.1 WP_061836762.1 100 164 0 0 1 164 1 164 1.16e-125 348 WP_190357222.1 WP_190357222.1 100 78 0 0 1 78 1 78 1.87e-52 156 WP_002162515.1 WP_002162515.1 100 74 0 0 1 74 1 74 2.00e-52 155 QUL97857.1 QUL97857.1 100 49 0 0 1 49 1 49 9.93e-31 99.4 MBO7137251.1 MBO7137251.1 100 463 0 0 1 463 1 463 0.0 957 WP_171675609.1 WP_171675609.1 95.9 316 13 0 1 316 1 316 1.72e-207 567 WP_031972379.1 WP_031972379.1 100 724 0 0 1 724 1 724 0.0 1483 WP_023698577.1 WP_023698577.1 100 120 0 0 1 120 1 120 3.62e-83 237 UJA07681.1 UJA07681.1 100 460 0 0 1 460 1 460 0.0 970 HBQ3247549.1 HBQ3247549.1 100 244 0 0 1 244 1 244 2.38e-178 488 WP_055132583.1 WP_055132583.1 96.8 997 32 0 1 997 1 997 0.0 1921 MBI3118824.1 MBI3118824.1 100 81 0 0 1 81 1 81 2.40e-54 161 WP_267184195.1 WP_267184195.1 100 641 0 0 1 641 1 641 0.0 1306 WP_267184195.1 WP_222018129.1 25.2 655 423 27 10 636 6 621 2.47e-29 121 WP_267184195.1 WP_282423266.1 24.7 523 321 19 7 480 6 504 5.24e-14 73.6 WP_267184195.1 OGU48181.1 34.6 107 67 2 50 156 76 179 3.03e-11 64.7 WP_267184195.1 MCI6324393.1 31.4 140 89 5 19 156 76 210 9.47e-11 63.2 WP_267184195.1 MBX9747080.1 29.0 200 107 10 50 232 17 198 6.03e-09 57.4 WP_267184195.1 WP_059812501.1 24.4 632 356 32 66 619 117 704 1.93e-06 49.3 KAJ7369304.1 KAJ7369304.1 100 543 0 0 1 543 1 543 0.0 1129 KAJ7369304.1 MCI6965979.1 33.6 289 182 7 21 307 44 324 2.89e-39 144 KAJ7369304.1 WP_114054641.1 27.7 242 147 7 61 289 85 311 9.61e-09 55.5 KAJ7369304.1 XP_054539312.1 38.0 79 46 2 327 405 710 785 1.38e-06 49.7 WP_014558374.1 WP_014558374.1 100 504 0 0 1 504 1 504 0.0 1009 WP_257788220.1 WP_257788220.1 96.3 241 9 0 1 241 1 241 9.52e-163 448 XP_018492447.1 XP_018492447.1 100 441 0 0 1 441 1 441 0.0 897 MBA3614174.1 MBA3614174.1 100 921 0 0 1 921 1 921 0.0 1907 MBA3614174.1 WP_200200480.1 32.1 249 164 4 222 468 921 1166 5.41e-33 136 HBE3137209.1 HBE3137209.1 98.0 246 5 0 1 246 1 246 1.48e-173 476 MVA71646.1 MVA71646.1 100 602 0 0 1 602 1 602 0.0 1228 MVA71646.1 WP_255073759.1 41.5 557 313 7 11 562 8 556 1.18e-129 392 MVA71646.1 MBK6509184.1 38.3 562 319 9 24 565 19 572 5.26e-119 363 MVA71646.1 WP_126678289.1 25.1 402 246 12 1 374 1 375 2.21e-22 100 WP_129006924.1 WP_129006924.1 94.7 189 10 0 1 189 1 189 6.95e-128 355 XP_004034642.1 XP_004034642.1 95.3 404 19 0 1 404 1 404 5.17e-299 806 ESL04748.1 ESL04748.1 100 536 0 0 1 536 1 536 0.0 1098 ESL04748.1 MBP5538497.1 39.5 529 278 15 20 531 15 518 2.31e-107 329 WP_278449211.1 WP_278449211.1 97.6 468 11 0 1 468 1 468 0.0 898 WP_278449211.1 WP_272906673.1 34.8 477 269 8 8 451 6 473 8.69e-87 272 WP_278449211.1 WP_164653811.1 35.7 459 265 9 5 451 24 464 5.71e-82 259 WP_278449211.1 WP_124213670.1 37.3 383 215 7 6 380 3 368 8.95e-71 230 WP_278449211.1 MBP7222158.1 33.8 302 191 4 157 451 14 313 2.51e-55 185 WP_278449211.1 QYU66920.1 61.7 128 49 0 7 134 4 131 7.86e-51 167 WP_278449211.1 WP_175896721.1 34.4 337 198 6 135 461 136 459 3.00e-50 176 WP_278449211.1 WP_205173112.1 25.7 323 223 7 145 456 148 464 1.18e-36 139 WP_278449211.1 PYP94120.1 28.8 125 87 1 8 132 3 125 5.99e-10 57.8 WP_080864663.1 WP_080864663.1 100 94 0 0 1 94 1 94 8.97e-65 188 KAG9317532.1 KAG9317532.1 98.3 863 15 0 1 863 1 863 0.0 1694 PTB82632.1 PTB82632.1 100 162 0 0 1 162 1 162 7.30e-119 330 KAF9101968.1 KAF9101968.1 91.6 771 65 0 1 771 1 771 0.0 1430 NDE10255.1 NDE10255.1 88.9 99 11 0 1 99 1 99 9.45e-58 171 MCH7882583.1 MCH7882583.1 100 294 0 0 1 294 1 294 4.08e-229 620 MBH2908027.1 MBH2908027.1 100 670 0 0 1 670 1 670 0.0 1333 WP_131734175.1 WP_131734175.1 100 267 0 0 1 267 1 267 3.68e-198 540 WP_131734175.1 MCQ2424848.1 35.9 234 140 4 22 250 7 235 7.05e-36 126 WP_071455957.1 WP_071455957.1 96.5 367 13 0 1 367 1 367 1.17e-258 701 WP_071455957.1 WP_152465448.1 28.5 316 218 3 15 329 18 326 1.14e-25 104 EEH16378.1 EEH16378.1 97.3 1358 37 0 1 1358 1 1358 0.0 2721 EEH16378.1 CAC9886154.1 29.5 217 102 11 7 181 54 261 8.09e-08 55.1 WP_015645305.1 WP_015645305.1 100 347 0 0 1 347 1 347 1.33e-263 712 HAL0497824.1 HAL0497824.1 95.2 332 16 0 1 332 1 332 1.71e-229 625 HAL0497824.1 EFI9255255.1 47.0 83 40 1 130 208 162 244 8.23e-10 58.2 WP_055394972.1 WP_055394972.1 99.0 1038 10 0 1 1038 1 1038 0.0 2099 MBQ6611319.1 MBQ6611319.1 100 93 0 0 1 93 1 93 5.87e-65 189 WP_231837445.1 WP_231837445.1 100 126 0 0 1 126 1 126 3.40e-93 263 XP_048775453.1 XP_048775453.1 100 594 0 0 1 594 1 594 0.0 1258 WP_161275011.1 WP_161275011.1 96.3 301 11 0 1 301 1 301 1.76e-213 581 WP_262114929.1 WP_262114929.1 100 181 0 0 1 181 1 181 3.65e-135 373 WP_262114929.1 WP_071081072.1 49.7 183 85 3 1 181 1 178 2.08e-57 176 KAI4882225.1 KAI4882225.1 94.1 811 48 0 1 811 1 811 0.0 1570 KAI4882225.1 NWH38694.1 28.8 163 87 2 656 809 342 484 1.91e-15 78.2 MBC9954836.1 MBC9954836.1 100 174 0 0 1 174 1 174 1.62e-121 338 WP_119512617.1 WP_119512617.1 100 295 0 0 1 295 1 295 1.20e-217 591 WP_024986590.1 WP_024986590.1 100 150 0 0 1 150 1 150 4.34e-112 312 WP_217950418.1 WP_217950418.1 100 355 0 0 1 355 1 355 9.04e-266 718 MCM1513138.1 MCM1513138.1 100 410 0 0 1 410 1 410 9.39e-305 821 MCM1513138.1 WP_037818847.1 40.0 415 229 8 1 410 1 400 6.77e-89 273 MCM1513138.1 WP_199673213.1 28.6 412 271 6 1 410 1 391 2.80e-48 167 MCM1513138.1 MBN9383861.1 21.6 430 274 16 8 408 7 402 8.54e-18 84.0 WP_107723967.1 WP_107723967.1 100 593 0 0 1 593 1 593 0.0 1236 WP_107723967.1 KTC18574.1 34.4 572 343 10 26 578 37 595 1.61e-103 324 WP_159896041.1 WP_159896041.1 80.9 241 46 0 1 241 1 241 1.61e-138 387 WP_159896041.1 MBI1382466.1 35.1 239 106 6 15 238 4 208 2.53e-22 89.7 WP_195397250.1 WP_195397250.1 100 619 0 0 1 619 1 619 0.0 1248 WP_195397250.1 WP_255187010.1 43.9 615 327 8 9 619 2 602 9.10e-170 496 WP_195397250.1 WP_161258623.1 43.5 237 126 4 155 388 293 524 8.14e-50 180 WP_195397250.1 MBQ2017527.1 63.7 113 38 1 161 270 137 249 1.14e-42 152 DAP26351.1 DAP26351.1 100 56 0 0 1 56 1 56 1.45e-35 112 WP_089370623.1 WP_089370623.1 97.3 1425 38 0 1 1425 1 1425 0.0 2791 MBQ1765196.1 MBQ1765196.1 100 189 0 0 1 189 1 189 5.13e-139 384 WP_171183333.1 WP_171183333.1 100 141 0 0 1 141 1 141 1.05e-101 285 MCJ1326389.1 MCJ1326389.1 94.2 378 22 0 1 378 1 378 1.75e-265 720 WP_237171174.1 WP_237171174.1 100 251 0 0 1 251 1 251 6.57e-184 502 WP_005710284.1 WP_005710284.1 100 159 0 0 1 159 1 159 1.95e-117 327 WP_005710284.1 QDH16072.1 49.2 128 57 2 30 153 34 157 9.41e-38 125 EAV2673163.1 EAV2673163.1 100 114 0 0 1 114 1 114 6.65e-83 236 WP_162313773.1 WP_162313773.1 93.0 341 24 0 1 341 1 341 5.38e-235 639 MCL7030477.1 MCL7030477.1 100 181 0 0 1 181 1 181 1.49e-134 372 WP_194933787.1 WP_194933787.1 100 200 0 0 1 200 1 200 1.25e-149 411 WP_249868607.1 WP_249868607.1 100 316 0 0 1 316 1 316 2.57e-234 635 MBT7096516.1 MBT7096516.1 100 187 0 0 1 187 1 187 4.41e-139 384 MBT7096516.1 KOR84431.1 41.9 179 102 2 5 182 132 309 5.18e-39 134 WP_116870479.1 WP_116870479.1 98.9 1238 14 0 1 1238 1 1238 0.0 2433 WP_116870479.1 WP_122440133.1 29.1 1309 752 44 1 1231 1 1211 3.27e-84 298 WP_116870479.1 MCE2789155.1 30.5 410 235 10 1 382 1 388 1.34e-36 148 WP_176307440.1 WP_176307440.1 100 791 0 0 1 791 1 791 0.0 1644 WP_176307440.1 WP_074319120.1 22.4 750 494 26 87 778 15 734 3.15e-47 178 WP_176307440.1 HCT06136.1 23.4 573 391 14 207 750 165 718 5.66e-30 125 WP_176307440.1 WP_041591748.1 23.8 463 322 11 311 749 152 607 5.72e-25 108 WP_176307440.1 MBY0273331.1 25.0 560 328 21 272 750 64 612 7.24e-18 86.7 WP_176307440.1 WP_278631399.1 34.9 109 59 5 661 768 582 679 2.39e-05 46.2 WP_176307440.1 KAJ6994162.1 22.9 223 141 5 306 511 134 342 7.27e-05 44.7 WP_176307440.1 WP_019100427.1 38.2 55 34 0 661 715 627 681 2.15e-04 43.1 WP_182023956.1 WP_182023956.1 100 230 0 0 1 230 1 230 5.02e-173 473 CAF1059395.1 CAF1059395.1 100 437 0 0 1 437 1 437 0.0 901 WP_262612393.1 WP_262612393.1 94.8 425 22 0 1 425 1 425 3.48e-294 796 WP_262612393.1 WP_098923619.1 53.4 427 187 6 1 424 1 418 1.79e-156 447 WP_262612393.1 WP_267292626.1 42.7 422 214 7 3 423 118 512 2.59e-107 325 WP_262612393.1 OFZ89526.1 39.1 442 229 7 1 424 2 421 8.36e-103 310 WP_262612393.1 MBT3887354.1 53.9 243 105 4 185 424 82 320 8.30e-94 283 WP_262612393.1 WP_033456074.1 46.9 294 150 3 131 424 8 295 4.35e-87 265 WP_262612393.1 NDI25889.1 37.9 285 165 6 141 416 1 282 5.47e-57 187 WP_262612393.1 KAA0555231.1 27.8 436 288 10 3 423 207 630 4.54e-43 158 WP_262612393.1 KAJ4394429.1 24.8 456 302 10 4 424 64 513 4.58e-39 145 WP_262612393.1 MBY0286260.1 25.9 433 292 10 1 421 1 416 2.08e-29 117 WP_232306300.1 WP_232306300.1 100 1369 0 0 1 1369 1 1369 0.0 2887 WP_232306300.1 WP_074911472.1 26.6 1404 853 48 18 1367 14 1294 1.06e-144 473 WP_232306300.1 TAL20232.1 29.4 453 281 14 792 1224 163 596 9.21e-40 155 WP_232306300.1 WP_138482356.1 26.7 461 302 12 798 1240 347 789 4.49e-35 143 WP_232306300.1 WP_261733022.1 27.4 413 251 10 829 1224 237 617 4.36e-33 136 WP_232306300.1 HAS8246497.1 26.7 397 259 8 849 1240 480 849 1.03e-32 136 WP_232306300.1 WP_063540919.1 27.3 362 223 8 850 1206 491 817 1.18e-25 113 WP_232306300.1 EDN57974.1 29.8 275 169 6 825 1081 363 631 9.02e-22 100 WP_232306300.1 WP_007708736.1 42.0 112 64 1 1123 1233 4 115 8.69e-21 91.3 WP_232306300.1 MBQ5584458.1 35.6 149 88 4 1123 1266 4 149 1.60e-20 90.5 WP_232306300.1 MBN1819552.1 27.1 299 181 10 794 1079 289 563 1.73e-19 92.4 WP_232306300.1 PSQ73325.1 30.5 233 150 4 853 1079 614 840 1.78e-19 93.2 WP_232306300.1 XP_001454078.1 23.8 442 271 18 841 1238 207 626 1.60e-16 83.2 WP_232306300.1 PYP94120.1 27.5 222 130 6 1123 1322 3 215 7.64e-15 73.9 WP_232306300.1 WP_254972748.1 36.5 104 66 0 1266 1369 853 956 1.35e-14 77.4 WP_232306300.1 WP_272906673.1 32.0 122 79 3 1121 1240 4 123 1.26e-08 57.4 WP_232306300.1 HBG17616.1 37.6 109 54 4 1123 1223 7 109 3.69e-07 52.8 WP_232306300.1 WP_210212399.1 21.2 151 114 2 1223 1369 169 318 1.27e-06 50.4 CAB5621061.1 CAB5621061.1 100 207 0 0 1 207 1 207 8.41e-156 427 CAB5621061.1 WP_139552727.1 100 28 0 0 180 207 25 52 4.49e-13 61.6 WP_150071802.1 WP_150071802.1 100 304 0 0 1 304 1 304 2.86e-225 611 WP_150071802.1 WP_011313080.1 48.0 298 152 3 3 297 4 301 4.37e-88 264 WP_250934260.1 WP_250934260.1 100 267 0 0 1 267 1 267 1.22e-193 529 WP_250934260.1 MBQ1564907.1 55.4 258 115 0 5 262 4 261 5.33e-101 298 KAJ9397508.1 KAJ9397508.1 100 306 0 0 1 306 1 306 2.48e-236 639 WP_223655776.1 WP_223655776.1 100 348 0 0 1 348 1 348 8.56e-256 692 GFY73571.1 GFY73571.1 100 145 0 0 1 145 1 145 1.16e-109 306 QMV44496.1 QMV44496.1 100 168 0 0 1 168 1 168 1.70e-120 335 RLN50561.1 RLN50561.1 97.8 1896 42 0 1 1896 1 1896 0.0 3736 RLN50561.1 THW78755.1 29.9 588 347 18 1231 1788 969 1521 1.70e-59 225 RLN50561.1 WP_192500494.1 34.6 240 150 5 1494 1733 3 235 3.11e-41 153 RLN50561.1 WP_084371009.1 34.0 212 136 2 1494 1705 3 210 2.67e-36 139 RLN50561.1 EHR6291555.1 32.5 249 159 4 1487 1735 323 562 4.41e-33 135 RLN50561.1 WP_132175930.1 34.2 234 146 4 1482 1714 21 247 1.82e-27 114 RLN50561.1 NLW39422.1 27.8 324 216 6 641 949 6 326 1.89e-27 114 RLN50561.1 NVM03966.1 29.9 231 153 4 1508 1738 36 257 1.63e-26 110 RLN50561.1 MSO30570.1 23.3 386 250 9 1491 1876 5 344 3.08e-25 107 RLN50561.1 MWR41881.1 30.0 210 140 3 655 857 39 248 2.99e-24 102 RLN50561.1 QIC18874.1 29.1 199 137 3 1509 1705 37 233 4.07e-23 100 RLN50561.1 XP_013005546.1 25.4 197 132 6 1516 1705 68 256 2.40e-11 67.0 RLN50561.1 KAI9191373.1 29.4 163 104 6 1515 1668 416 576 7.64e-10 62.4 RLN50561.1 WP_089095302.1 25.4 173 106 5 655 807 14 183 1.75e-06 51.2 WP_042632177.1 WP_042632177.1 100 207 0 0 1 207 1 207 2.23e-151 416 XP_046509038.1 XP_046509038.1 89.3 1092 117 0 1 1092 1 1092 0.0 1942 XP_046509038.1 WP_058051508.1 41.0 78 43 1 930 1007 178 252 9.31e-10 60.1 XP_046509038.1 MBE6257848.1 43.5 62 35 0 952 1013 206 267 1.72e-07 52.8 XP_046509038.1 WP_224911464.1 33.7 83 55 0 932 1014 6 88 9.30e-06 47.4 KAG7034489.1 KAG7034489.1 100 113 0 0 1 113 1 113 1.20e-80 230 MBL7809501.1 MBL7809501.1 100 351 0 0 1 351 1 351 9.39e-266 717 WP_277531229.1 WP_277531229.1 100 93 0 0 1 93 1 93 2.12e-67 195 WP_140985543.1 WP_140985543.1 100 226 0 0 1 226 1 226 3.84e-175 478 WP_190032834.1 WP_190032834.1 92.4 301 23 0 1 301 1 301 4.54e-184 507 WP_190032834.1 WP_077690175.1 39.4 193 108 3 1 187 1 190 2.35e-20 87.8 WP_190032834.1 WP_255657001.1 28.9 287 195 4 9 287 7 292 5.65e-16 75.1 WP_190032834.1 MBQ9299122.1 40.0 80 48 0 1 80 1 80 1.27e-12 65.5 CEM11561.1 CEM11561.1 91.8 478 39 0 1 478 1 478 0.0 895 WP_028393295.1 WP_028393295.1 100 65 0 0 1 65 1 65 4.25e-41 126 WP_028393295.1 EEE2002201.1 41.9 62 34 1 2 63 1 60 1.99e-09 48.5 OJV54207.1 OJV54207.1 100 59 0 0 1 59 1 59 3.29e-40 124 WP_157553964.1 WP_157553964.1 93.1 583 40 0 1 583 1 583 0.0 1061 WP_139067457.1 WP_139067457.1 98.6 784 11 0 13 796 13 796 0.0 1568 WP_139067457.1 WP_219484458.1 46.1 831 391 16 1 790 1 815 4.06e-234 674 WP_139067457.1 HBE7681505.1 40.3 518 279 7 281 779 843 1349 2.05e-104 348 WP_139067457.1 WP_209676560.1 31.9 226 128 10 442 660 678 884 8.37e-14 73.9 MBK7384228.1 MBK7384228.1 87.7 65 8 0 1 65 1 65 3.42e-32 105 WP_094840069.1 WP_094840069.1 90.0 518 52 0 1 518 1 518 0.0 902 WP_094840069.1 WP_279840346.1 38.7 496 265 4 14 508 17 474 2.15e-96 299 WP_094840069.1 MBI4806480.1 33.9 495 290 5 12 506 15 472 1.37e-82 263 WP_094840069.1 WP_212054759.1 35.4 506 299 6 8 511 16 495 1.36e-65 219 WP_094840069.1 WP_224791962.1 31.8 519 296 10 1 507 1 473 1.73e-56 194 WP_094840069.1 WP_283557067.1 29.0 510 298 9 7 509 9 461 3.98e-46 166 HIH60710.1 HIH60710.1 100 254 0 0 1 254 1 254 1.69e-192 524 HIH60710.1 XP_055928676.1 26.4 246 139 5 39 244 68 311 4.80e-19 83.2 MCB1191718.1 MCB1191718.1 98.4 382 6 0 1 382 1 382 2.79e-285 769 WP_087465911.1 WP_087465911.1 100 335 0 0 1 335 1 335 2.55e-255 690 UGA79226.1 UGA79226.1 99.2 7096 57 0 1 7096 1 7096 0.0 14121 UGA79226.1 QWC83326.1 96.9 7096 222 0 1 7096 1 7096 0.0 13980 UGA79226.1 WEU87158.1 96.8 7096 224 0 1 7096 1 7096 0.0 13975 UGA79226.1 QSZ25555.1 96.8 7096 226 0 1 7096 1 7096 0.0 13974 UGA79226.1 UBP50947.1 96.8 7096 227 0 1 7096 1 7096 0.0 13968 UGA79226.1 QVD87869.1 96.8 7096 225 1 1 7096 1 7093 0.0 13965 UGA79226.1 UBD95131.1 96.8 7096 230 0 1 7096 1 7096 0.0 13960 UGA79226.1 UEC52718.1 96.7 7096 233 0 1 7096 1 7096 0.0 13954 UGA79226.1 URQ55824.1 96.7 7096 232 1 1 7096 1 7093 0.0 13949 UGA79226.1 UZO53924.1 96.7 7096 232 1 1 7096 1 7093 0.0 13949 UGA79226.1 UVB16817.1 96.7 7096 231 1 1 7096 1 7093 0.0 13948 UGA79226.1 UMF87224.1 96.7 7096 231 2 1 7096 1 7092 0.0 13948 UGA79226.1 UCP72061.1 97.2 7096 198 0 1 7096 1 7096 0.0 13910 UGA79226.1 QZU16279.1 96.4 7096 254 0 1 7096 1 7096 0.0 13904 UGA79226.1 UIR12670.1 96.4 7096 254 2 1 7096 1 7092 0.0 13892 UGA79226.1 UCP77012.1 97.1 7096 209 0 1 7096 1 7096 0.0 13887 UGA79226.1 UPA83906.1 96.4 7096 255 2 1 7096 1 7092 0.0 13869 UGA79226.1 UBR86455.1 95.9 7095 289 0 2 7096 1 7095 0.0 13821 UGA79226.1 UXX67934.1 95.7 7096 300 1 1 7096 1 7093 0.0 13784 UGA79226.1 WHE12941.1 95.1 7070 343 1 27 7096 1 7067 0.0 13630 UGA79226.1 UKN67998.1 95.3 7076 332 2 21 7096 1 7072 0.0 13628 UGA79226.1 UAQ80067.1 96.2 6952 262 0 1 6952 1 6952 0.0 13594 UGA79226.1 UJT06733.1 93.2 7096 476 2 1 7096 1 7092 0.0 13329 UGA79226.1 UVI10561.1 93.3 7069 474 1 28 7096 1 7066 0.0 13285 UGA79226.1 UOU30556.1 91.8 7096 576 1 1 7096 1 7093 0.0 13095 UGA79226.1 UMA88644.1 88.7 7075 797 2 22 7096 1 7071 0.0 12487 UGA79226.1 WAS49087.1 88.1 7096 843 1 1 7096 1 7093 0.0 12374 UGA79226.1 WGP98278.1 84.8 6961 1060 0 1 6961 1 6961 0.0 11570 UGA79226.1 QTD03487.1 96.5 4401 155 0 1 4401 1 4401 0.0 8625 UGA79226.1 QXR94354.1 96.4 4401 154 1 1 4401 1 4398 0.0 8613 UGA79226.1 UFM00670.1 96.3 4401 161 0 1 4401 1 4401 0.0 8609 UGA79226.1 UEC68750.1 96.3 4401 161 0 1 4401 1 4401 0.0 8607 UGA79226.1 QTM79632.1 96.4 4401 155 1 1 4401 1 4398 0.0 8606 UGA79226.1 QTZ27226.1 96.4 4401 155 1 1 4401 1 4398 0.0 8604 UGA79226.1 UHM53165.1 96.3 4401 161 0 1 4401 1 4401 0.0 8604 UGA79226.1 UFM02602.1 96.3 4401 161 0 1 4401 1 4401 0.0 8604 UGA79226.1 ULA23837.2 96.4 4401 155 2 1 4401 1 4397 0.0 8603 UGA79226.1 UBL45068.1 96.4 4401 159 0 1 4401 1 4401 0.0 8603 UGA79226.1 UPP41269.1 96.3 4401 161 1 1 4401 1 4398 0.0 8598 UGA79226.1 USR14792.1 96.3 4401 162 1 1 4401 1 4398 0.0 8594 UGA79226.1 UXH94526.1 96.3 4401 160 2 1 4401 1 4397 0.0 8591 UGA79226.1 UKU68032.1 96.0 4401 173 2 1 4401 1 4397 0.0 8566 UGA79226.1 ULB83374.1 96.1 4401 169 2 1 4401 1 4397 0.0 8419 UGA79226.1 UJV88611.1 94.3 4401 245 2 1 4401 1 4397 0.0 8403 UGA79226.1 UJJ97602.1 94.0 4401 258 2 1 4401 1 4397 0.0 8369 UGA79226.1 UJS94137.1 95.3 4296 199 2 106 4401 1 4292 0.0 8285 UGA79226.1 UGB98301.1 91.7 4401 367 0 1 4401 1 4401 0.0 8067 UGA79226.1 QRX02582.1 96.3 4098 153 0 1 4098 1 4098 0.0 7993 UGA79226.1 UFA30503.1 90.9 4340 396 0 27 4366 1 4340 0.0 7856 UGA79226.1 WEI27974.1 89.2 4401 474 1 1 4401 1 4398 0.0 7833 UGA79226.1 WGP70063.1 89.9 4369 440 0 1 4369 1 4369 0.0 7809 UGA79226.1 UNI03201.1 89.2 4375 470 1 27 4401 1 4374 0.0 7806 UGA79226.1 UEX07109.1 85.5 4375 636 0 27 4401 1 4375 0.0 7440 UGA79226.1 URP80785.1 82.2 4374 776 1 28 4401 1 4371 0.0 6936 UGA79226.1 UYE49180.1 76.8 4401 1016 1 1 4401 1 4398 0.0 6264 UGA79226.1 UPB00876.1 76.0 4374 1047 1 28 4401 1 4371 0.0 6199 UGA79226.1 WGQ72821.1 68.1 4344 1386 0 26 4369 1 4344 0.0 5212 NWI70572.1 NWI70572.1 100 348 0 0 1 348 1 348 1.88e-259 701 NWI70572.1 XP_041032211.1 22.8 329 225 8 28 345 29 339 1.80e-18 83.6 AMT69763.1 AMT69763.1 100 75 0 0 1 75 1 75 5.07e-51 152 MBD3627516.1 MBD3627516.1 99.0 958 10 0 1 958 1 958 0.0 1963 KST94193.1 KST94193.1 100 44 0 0 1 44 1 44 1.64e-27 90.9 WP_166960135.1 WP_166960135.1 100 358 0 0 1 358 1 358 1.39e-266 720 WP_166960135.1 WP_247915795.1 32.5 295 177 9 26 307 8 293 1.22e-43 152 CAE7938465.1 CAE7938465.1 94.4 180 10 0 1 180 1 180 2.69e-118 334 WP_278665106.1 WP_278665106.1 96.0 579 23 0 1 579 1 579 0.0 1082 WP_278665106.1 EFG7308611.1 52.9 119 50 1 414 532 65 177 2.48e-23 97.8 WP_278665106.1 EFI9255255.1 47.4 135 56 2 412 531 256 390 4.81e-19 88.6 WP_278665106.1 XP_023957144.1 49.6 125 57 2 409 533 477 595 2.45e-17 84.3 WP_278665106.1 XP_036437421.1 39.7 141 69 2 407 532 654 793 6.07e-11 63.9 WP_278665106.1 XP_055289786.1 43.5 115 44 3 434 527 420 534 1.80e-08 55.8 WP_278665106.1 XP_025268496.1 44.0 100 47 1 430 529 349 439 3.43e-08 54.7 MBI2083107.1 MBI2083107.1 100 274 0 0 1 274 1 274 1.32e-190 521 KAG8833708.1 KAG8833708.1 93.8 192 12 0 1 192 1 192 5.26e-129 358 WP_068059894.1 WP_068059894.1 100 214 0 0 1 214 1 214 4.86e-163 446 WP_145616262.1 WP_145616262.1 100 468 0 0 1 468 1 468 0.0 955 WP_145616262.1 NNE87648.1 57.1 466 196 3 1 465 1 463 5.17e-183 518 WP_145616262.1 WP_024330540.1 35.4 478 282 10 1 461 1 468 5.34e-81 258 WP_145616262.1 MYE57211.1 51.7 203 92 3 6 208 7 203 1.78e-63 202 WP_145616262.1 DAZ71054.1 35.7 300 165 9 2 275 33 330 1.83e-46 163 PBJ84576.1 PBJ84576.1 100 629 0 0 1 629 1 629 0.0 1299 PBJ84576.1 MCS7028162.1 31.9 91 55 3 454 544 333 416 1.18e-06 49.7 WP_164581131.1 WP_164581131.1 98.5 818 12 0 1 818 1 818 0.0 1629 MBJ4905015.1 MBJ4905015.1 100 156 0 0 1 156 1 156 1.05e-115 322 WP_232441874.1 WP_232441874.1 100 322 0 0 1 322 1 322 2.06e-243 659 MCH8874789.1 MCH8874789.1 100 119 0 0 1 119 1 119 6.03e-86 244 MBL7689759.1 MBL7689759.1 100 110 0 0 1 110 1 110 1.54e-77 222 WP_014950321.1 WP_014950321.1 100 304 0 0 1 304 1 304 7.70e-239 645 WP_014950321.1 WP_252438898.1 35.6 295 183 5 14 304 50 341 1.29e-54 179 EAS0616219.1 EAS0616219.1 100 281 0 0 1 281 1 281 6.12e-204 555 GIP40757.1 GIP40757.1 100 159 0 0 1 159 1 159 6.28e-114 318 WP_070334369.1 WP_070334369.1 98.0 599 12 0 1 599 1 599 0.0 1162 WP_070334369.1 WP_079722145.1 23.8 634 424 18 10 596 17 638 4.17e-42 159 WP_132528552.1 WP_132528552.1 84.1 82 13 0 1 82 1 82 1.69e-41 129 XP_015055542.1 XP_015055542.1 98.9 525 6 0 1 525 1 525 0.0 1088 XP_015055542.1 XP_021898889.1 37.4 527 289 13 30 525 57 573 7.45e-114 349 MBX9709025.1 MBX9709025.1 90.2 123 12 0 1 123 1 123 4.88e-78 224 MBX9709025.1 WP_278449211.1 45.3 53 25 1 16 64 73 125 4.65e-07 45.4 KAH7420042.1 KAH7420042.1 100 267 0 0 1 267 1 267 3.28e-201 547 WP_158309540.1 WP_158309540.1 100 55 0 0 1 55 1 55 1.86e-33 106 GFR08784.1 GFR08784.1 100 149 0 0 1 149 1 149 4.35e-107 300 KAF9974715.1 KAF9974715.1 98.1 1357 26 0 1 1357 1 1357 0.0 2710 KAF9974715.1 KAJ2660037.1 33.1 1379 789 29 6 1347 768 2050 9.09e-215 678 KAF9974715.1 MBQ8297564.1 32.0 259 169 4 1078 1332 305 560 3.30e-37 147 KAF9974715.1 KAI9191373.1 25.7 470 278 18 855 1287 143 578 5.26e-26 114 KAF9974715.1 MCH4209672.1 29.3 191 124 5 471 657 388 571 5.36e-15 78.2 KAF9974715.1 WP_152652784.1 25.5 212 139 4 477 674 17 223 1.78e-14 74.3 KAF9974715.1 WP_076409454.1 29.5 200 127 7 481 668 20 217 2.80e-13 71.2 KAF9974715.1 WP_176354145.1 29.8 215 132 8 484 683 24 234 3.31e-13 71.2 KAF9974715.1 WP_158791585.1 27.4 190 113 5 481 647 20 207 4.24e-12 66.2 KAF9974715.1 WAY96880.1 25.5 196 121 4 480 657 4 192 1.83e-11 63.2 KAF9974715.1 WP_008470196.1 25.0 232 162 7 1106 1331 10 235 2.53e-11 63.9 KAF9974715.1 WP_140480909.1 25.0 344 204 12 481 801 29 341 3.16e-11 65.1 KAF9974715.1 WP_281543397.1 23.6 208 138 7 481 673 5 206 2.34e-10 61.6 KAF9974715.1 MCP5262709.1 27.6 225 136 8 1123 1327 21 238 3.09e-10 61.6 KAF9974715.1 MBC7326981.1 23.6 195 124 5 477 648 18 210 7.10e-09 56.6 KAF9974715.1 WP_150396769.1 23.7 211 127 8 478 663 37 238 7.66e-09 58.2 KAF9974715.1 OAN53756.1 26.2 191 110 6 484 648 30 215 1.00e-08 56.2 KAF9974715.1 MXP43753.1 24.9 197 119 5 477 648 26 218 1.03e-08 56.2 KAF9974715.1 WP_207918089.1 25.4 197 109 6 481 648 21 208 1.25e-08 55.8 KAF9974715.1 MBT4161918.1 28.5 172 86 5 1122 1274 25 178 1.26e-08 55.5 KAF9974715.1 WP_088153117.1 27.3 216 142 8 1125 1332 17 225 1.62e-08 56.6 KAF9974715.1 EHH5649593.1 24.1 195 114 7 491 664 28 209 1.03e-07 53.5 KAF9974715.1 EHR6291555.1 25.1 243 143 10 470 687 20 248 2.22e-07 53.5 KAF9974715.1 WP_174822921.1 25.4 197 118 5 477 648 19 211 5.75e-07 50.8 KAF9974715.1 MYD56339.1 27.7 195 119 7 486 672 27 207 5.31e-06 48.5 KAF9974715.1 WP_192500494.1 22.3 202 128 6 481 664 18 208 4.28e-05 45.4 KAF9974715.1 MBQ3864274.1 23.3 159 105 4 481 622 36 194 6.17e-05 45.1 MBM3701396.1 MBM3701396.1 100 204 0 0 1 204 1 204 9.83e-149 409 MBM3701396.1 MCE2152122.1 41.5 183 100 1 1 183 1 176 2.41e-48 154 HCP62665.1 HCP62665.1 100 33 0 0 1 33 1 33 5.96e-19 68.6 HCP62665.1 MCI4325574.1 64.3 28 10 0 1 28 283 310 1.94e-07 42.4 MCR4368335.1 MCR4368335.1 100 110 0 0 1 110 1 110 1.27e-76 219 NKB40192.1 NKB40192.1 100 282 0 0 1 282 1 282 1.03e-216 588 NKB40192.1 WP_042648904.1 40.2 266 156 3 17 281 1 264 1.08e-64 202 NKB40192.1 WP_086236254.1 41.4 256 147 3 28 282 11 264 5.50e-62 195 NKB40192.1 MBK8326393.1 40.9 254 147 3 29 281 12 263 6.78e-60 189 CAF4882469.1 CAF4882469.1 100 77 0 0 1 77 1 77 1.05e-53 159 NED83450.1 NED83450.1 100 307 0 0 1 307 1 307 3.33e-221 601 NED83450.1 WP_096722254.1 29.7 300 189 9 3 291 1 289 1.27e-23 96.7 NED83450.1 WP_029579419.1 32.4 256 154 8 3 247 1 248 1.11e-22 94.0 NED83450.1 WP_268678783.1 31.1 122 82 1 3 124 2 121 2.94e-14 70.1 BBL73457.1 BBL73457.1 96.7 569 19 0 1 569 1 569 0.0 1089 BBL73457.1 MBT3179978.1 41.2 539 297 10 34 563 1 528 1.03e-132 396 BBL73457.1 MBP8718427.1 30.9 223 145 5 297 518 17 231 9.23e-22 93.2 BBL73457.1 WP_038580218.1 31.8 242 140 6 34 251 12 252 4.19e-18 86.3 MBA2522987.1 MBA2522987.1 100 146 0 0 1 146 1 146 5.12e-109 304 MBA2522987.1 MBC7097666.1 48.3 145 72 3 1 144 1 143 3.43e-39 135 MBA2522987.1 KAB2885888.1 41.1 124 68 3 13 134 27 147 1.06e-22 91.3 WP_271771839.1 WP_271771839.1 97.3 405 11 0 1 405 1 405 5.99e-294 793 EFA7535944.1 EFA7535944.1 100 76 0 0 1 76 1 76 5.45e-51 152 WP_055759832.1 WP_055759832.1 92.6 435 32 0 1 435 1 435 1.93e-280 762 WP_055759832.1 MCS6996891.1 40.6 281 146 8 162 432 118 387 1.15e-44 158 MBR5510068.1 MBR5510068.1 100 414 0 0 1 414 1 414 0.0 864 MBR2648677.1 MBR2648677.1 100 319 0 0 1 319 1 319 2.70e-242 655 MCR4426439.1 MCR4426439.1 100 390 0 0 1 390 1 390 1.15e-288 779 MCI8272365.1 MCI8272365.1 100 197 0 0 1 197 1 197 1.64e-139 385 MCI8272365.1 MBR5140322.1 37.9 174 77 6 1 159 6 163 8.77e-22 85.9 XP_023482372.1 XP_023482372.1 90.4 585 56 0 1 585 1 585 0.0 1055 MBT6563471.1 MBT6563471.1 100 458 0 0 1 458 1 458 0.0 951 MBT6563471.1 WP_035064005.1 49.3 458 228 4 3 457 12 468 1.07e-163 468 MBT6563471.1 WP_255895909.1 31.3 351 228 5 19 367 41 380 1.58e-51 177 KAI8393114.1 KAI8393114.1 95.9 342 14 0 1 342 1 342 3.33e-250 677 WP_067680410.1 WP_067680410.1 100 90 0 0 1 90 1 90 1.16e-65 190 WP_233292564.1 WP_233292564.1 92.5 385 29 0 1 385 1 385 8.78e-254 690 WP_049327990.1 WP_049327990.1 100 459 0 0 1 459 1 459 0.0 952 WP_049327990.1 WP_066046987.1 48.0 471 220 7 1 457 1 460 2.17e-159 457 WP_279961109.1 WP_279961109.1 100 399 0 0 1 399 1 399 2.11e-300 809 WP_279961109.1 WP_188200635.1 43.8 384 212 4 15 395 22 404 5.19e-107 319 KAH7576347.1 KAH7576347.1 92.7 508 37 0 1 508 1 508 0.0 955 KAI1260235.1 KAI1260235.1 96.7 300 10 0 1 300 1 300 1.12e-220 599 CAD0200323.1 CAD0200323.1 100 263 0 0 1 263 1 263 2.06e-202 550 MBO5874131.1 MBO5874131.1 100 121 0 0 1 121 1 121 4.38e-89 252 KZV16312.1 KZV16312.1 87.0 77 10 0 1 77 1 77 5.05e-43 132 CAF5136964.1 CAF5136964.1 92.3 233 18 0 1 233 1 233 2.07e-153 424 WP_251593142.1 WP_251593142.1 100 263 0 0 1 263 1 263 2.59e-196 535 WP_251593142.1 WP_042650033.1 30.4 263 164 3 1 259 1 248 3.83e-23 93.2 WP_251593142.1 WP_013845913.1 28.8 191 128 4 5 189 4 192 8.71e-13 64.7 WP_251593142.1 WP_259847195.1 26.2 263 180 7 3 259 4 258 7.43e-10 56.6 UJT06733.1 UJT06733.1 99.2 7092 57 0 1 7092 1 7092 0.0 13744 UJT06733.1 UMF87224.1 95.6 7092 313 0 1 7092 1 7092 0.0 13718 UJT06733.1 QWC83326.1 95.5 7096 315 2 1 7092 1 7096 0.0 13708 UJT06733.1 QVD87869.1 95.5 7093 321 1 1 7092 1 7093 0.0 13705 UJT06733.1 WEU87158.1 95.5 7096 318 2 1 7092 1 7096 0.0 13703 UJT06733.1 URQ55824.1 95.4 7093 322 1 1 7092 1 7093 0.0 13702 UJT06733.1 UZO53924.1 95.4 7093 322 1 1 7092 1 7093 0.0 13702 UJT06733.1 QSZ25555.1 95.4 7096 320 2 1 7092 1 7096 0.0 13702 UJT06733.1 UVB16817.1 95.5 7093 321 1 1 7092 1 7093 0.0 13701 UJT06733.1 UBP50947.1 95.4 7096 322 2 1 7092 1 7096 0.0 13694 UJT06733.1 UBD95131.1 95.4 7096 324 2 1 7092 1 7096 0.0 13688 UJT06733.1 UEC52718.1 95.3 7096 327 2 1 7092 1 7096 0.0 13682 UJT06733.1 UIR12670.1 95.3 7092 335 0 1 7092 1 7092 0.0 13664 UJT06733.1 QZU16279.1 95.1 7096 347 2 1 7092 1 7096 0.0 13634 UJT06733.1 UPA83906.1 95.0 7092 352 0 1 7092 1 7092 0.0 13623 UJT06733.1 UBR86455.1 94.6 7095 382 2 2 7092 1 7095 0.0 13551 UJT06733.1 UXX67934.1 94.5 7093 390 1 1 7092 1 7093 0.0 13537 UJT06733.1 UCP72061.1 94.3 7096 399 2 1 7092 1 7096 0.0 13510 UJT06733.1 UCP77012.1 94.2 7096 410 2 1 7092 1 7096 0.0 13487 UJT06733.1 UKN67998.1 94.1 7072 414 0 21 7092 1 7072 0.0 13401 UJT06733.1 WHE12941.1 93.9 7067 433 1 27 7092 1 7067 0.0 13383 UJT06733.1 UGA79226.1 93.2 7096 476 2 1 7092 1 7096 0.0 13329 UJT06733.1 UAQ80067.1 92.8 7096 508 2 1 7092 1 7096 0.0 13242 UJT06733.1 UVI10561.1 92.0 7066 564 1 28 7092 1 7066 0.0 13067 UJT06733.1 UOU30556.1 90.7 7093 658 1 1 7092 1 7093 0.0 12858 UJT06733.1 UMA88644.1 87.6 7071 880 0 22 7092 1 7071 0.0 12259 UJT06733.1 WAS49087.1 87.4 7093 895 1 1 7092 1 7093 0.0 12188 UJT06733.1 WGP98278.1 80.9 7096 1354 2 1 7092 1 7096 0.0 11142 UJT06733.1 ULA23837.2 93.4 4397 290 0 1 4397 1 4397 0.0 8252 UJT06733.1 UXH94526.1 93.4 4397 291 0 1 4397 1 4397 0.0 8247 UJT06733.1 QXR94354.1 93.2 4398 298 1 1 4397 1 4398 0.0 8236 UJT06733.1 QTD03487.1 93.2 4401 297 2 1 4397 1 4401 0.0 8234 UJT06733.1 USR14792.1 93.1 4398 302 1 1 4397 1 4398 0.0 8234 UJT06733.1 UPP41269.1 93.1 4398 301 1 1 4397 1 4398 0.0 8232 UJT06733.1 QTM79632.1 93.2 4398 300 1 1 4397 1 4398 0.0 8229 UJT06733.1 QTZ27226.1 93.1 4398 302 1 1 4397 1 4398 0.0 8225 UJT06733.1 UFM00670.1 93.0 4401 302 2 1 4397 1 4401 0.0 8220 UJT06733.1 UFM02602.1 93.1 4401 301 2 1 4397 1 4401 0.0 8219 UJT06733.1 UKU68032.1 93.1 4397 304 0 1 4397 1 4397 0.0 8219 UJT06733.1 UEC68750.1 93.0 4401 302 2 1 4397 1 4401 0.0 8218 UJT06733.1 UBL45068.1 93.1 4401 301 2 1 4397 1 4401 0.0 8217 UJT06733.1 UHM53165.1 93.0 4401 302 2 1 4397 1 4401 0.0 8215 UJT06733.1 UJV88611.1 91.4 4397 376 0 1 4397 1 4397 0.0 8061 UJT06733.1 UJJ97602.1 91.2 4397 389 0 1 4397 1 4397 0.0 8028 UJT06733.1 UJS94137.1 92.3 4292 330 0 106 4397 1 4292 0.0 7942 UJT06733.1 ULB83374.1 90.2 4397 430 0 1 4397 1 4397 0.0 7918 UJT06733.1 QRX02582.1 93.6 4098 260 2 1 4094 1 4098 0.0 7694 UJT06733.1 UGB98301.1 87.6 4401 540 2 1 4397 1 4401 0.0 7642 UJT06733.1 UFA30503.1 86.7 4340 574 2 27 4362 1 4340 0.0 7422 UJT06733.1 WGP70063.1 85.7 4369 621 2 1 4365 1 4369 0.0 7372 UJT06733.1 WEI27974.1 84.7 4398 672 1 1 4397 1 4398 0.0 7328 UJT06733.1 UNI03201.1 84.7 4374 665 2 27 4397 1 4374 0.0 7298 UJT06733.1 UEX07109.1 81.3 4375 815 2 27 4397 1 4375 0.0 6944 UJT06733.1 URP80785.1 76.2 4371 1040 1 28 4397 1 4371 0.0 6416 UJT06733.1 UYE49180.1 71.6 4398 1247 1 1 4397 1 4398 0.0 5801 UJT06733.1 UPB00876.1 70.6 4371 1285 1 28 4397 1 4371 0.0 5729 UJT06733.1 WGQ72821.1 59.9 4344 1740 2 26 4365 1 4344 0.0 4572 WP_070306574.1 WP_070306574.1 100 198 0 0 1 198 1 198 4.70e-144 397 XP_036098045.1 XP_036098045.1 100 137 0 0 1 137 1 137 1.50e-99 280 OGR46634.1 OGR46634.1 100 301 0 0 1 301 1 301 1.66e-227 617 OGR46634.1 NPV66369.1 62.7 279 102 2 3 279 2 280 3.64e-128 365 NXM52897.1 NXM52897.1 100 507 0 0 1 507 1 507 0.0 1088 NXM52897.1 WP_070172067.1 47.6 403 196 6 1 395 16 411 2.25e-122 371 NXM52897.1 WP_014985199.1 40.4 480 270 7 6 472 70 546 5.76e-110 341 NWT80859.1 NWT80859.1 100 259 0 0 1 259 1 259 2.81e-198 539 NWT80859.1 XP_009464764.1 46.4 84 35 2 123 206 261 334 4.38e-16 75.1 NWT80859.1 XP_029371967.1 36.2 58 37 0 152 209 198 255 8.25e-06 44.7 WP_269828627.1 WP_269828627.1 83.9 62 10 0 1 62 1 62 1.01e-31 102 TWT41731.1 TWT41731.1 96.9 713 22 0 1 713 1 713 0.0 1403 RMY79307.1 RMY79307.1 100 516 0 0 1 516 1 516 0.0 1077 KAF7818313.1 KAF7818313.1 98.2 541 10 0 1 541 1 541 0.0 1109 WP_045125019.1 WP_045125019.1 97.6 410 10 0 1 410 1 410 1.47e-292 790 WP_045125019.1 WP_001537381.1 38.2 356 175 15 61 410 16 332 1.93e-49 178 WP_045125019.1 MBS1222269.1 45.3 212 105 4 1 211 1 202 2.89e-44 151 WP_045125019.1 WP_247392216.1 33.3 306 174 6 1 305 1 277 3.77e-39 140 KOS38468.1 KOS38468.1 100 173 0 0 1 173 1 173 7.17e-129 357 KOS38468.1 KAJ3544539.1 40.7 54 31 1 1 54 714 766 4.80e-05 41.2 NUQ31250.1 NUQ31250.1 100 354 0 0 1 354 1 354 8.84e-252 682 NUQ31250.1 GIC06559.1 22.5 285 159 8 120 347 446 725 2.59e-10 60.1 NUQ31250.1 WP_008045531.1 22.3 305 182 7 98 348 452 755 1.09e-09 58.2 MCF7626618.1 MCF7626618.1 100 574 0 0 1 574 1 574 0.0 1166 MCH5207665.1 MCH5207665.1 100 234 0 0 1 234 1 234 5.01e-175 478 MCH5207665.1 WP_064779756.1 43.8 64 35 1 4 66 122 185 2.55e-10 57.8 MCH5207665.1 WP_124978582.1 40.7 54 32 0 4 57 3 56 7.54e-08 50.8 KAF3356825.1 KAF3356825.1 100 434 0 0 1 434 1 434 0.0 884 CJB10156.1 CJB10156.1 100 118 0 0 1 118 1 118 1.27e-82 235 RYE23003.1 RYE23003.1 93.2 307 21 0 1 307 1 307 2.88e-206 563 MBR0338720.1 MBR0338720.1 100 204 0 0 1 204 1 204 1.84e-153 421 MBF1375496.1 MBF1375496.1 99.0 1151 11 0 1 1151 1 1151 0.0 2284 KAJ8358812.1 KAJ8358812.1 88.7 948 107 0 1 948 1 948 0.0 1691 MBQ8641985.1 MBQ8641985.1 100 100 0 0 1 100 1 100 9.70e-74 211 XP_051592778.1 XP_051592778.1 89.7 358 37 0 1 358 1 358 2.84e-234 639 CAB1415528.1 CAB1415528.1 86.7 113 15 0 1 113 1 113 4.35e-65 191 WP_168166755.1 WP_168166755.1 100 226 0 0 1 226 1 226 2.03e-170 467 WP_168166755.1 WP_281498184.1 40.7 59 33 1 49 105 367 425 1.36e-05 43.9 WP_007993424.1 WP_007993424.1 100 84 0 0 1 84 1 84 3.62e-55 163 WP_007993424.1 WP_187029467.1 36.4 55 35 0 23 77 25 79 3.88e-08 44.7 MCM3872453.1 MCM3872453.1 100 74 0 0 1 74 1 74 2.84e-52 155 WP_098279309.1 WP_098279309.1 100 537 0 0 1 537 1 537 0.0 1112 WP_098279309.1 WP_068051662.1 42.2 538 296 8 2 532 5 534 3.69e-154 450 WP_098279309.1 TMQ04701.1 21.8 467 270 13 37 427 445 892 8.56e-19 88.6 AXB40829.1 AXB40829.1 96.3 350 13 0 1 350 1 350 9.85e-247 669 AXB40829.1 ADJ57888.1 71.2 344 99 0 1 344 2 345 4.35e-189 524 AXB40829.1 UNP33456.1 70.5 302 89 0 1 302 10 311 1.20e-157 442 AXB40829.1 BAI82636.1 65.5 206 71 0 63 268 1 206 2.28e-98 288 AXB40829.1 QYT38722.1 38.0 266 151 4 30 284 1 263 4.59e-51 169 XP_021507806.1 XP_021507806.1 96.7 1911 63 0 1 1911 1 1911 0.0 3807 XP_021507806.1 XP_005573423.1 69.9 2015 472 13 4 1911 2 1988 0.0 2798 XP_021507806.1 XP_048264533.1 44.4 1825 831 37 14 1720 16 1775 0.0 1430 XP_021507806.1 XP_042771424.1 24.2 1817 1078 55 119 1726 71 1796 2.53e-121 425 WP_092081374.1 WP_092081374.1 98.7 779 10 0 1 779 1 779 0.0 1562 WP_092081374.1 WP_231355705.1 60.2 771 300 3 4 771 3 769 0.0 931 WP_092081374.1 PJJ44766.1 54.1 791 332 8 1 769 37 818 2.38e-289 814 WP_092081374.1 WP_206581849.1 42.4 765 378 9 4 721 3 751 8.57e-191 560 WP_092081374.1 NLZ92879.1 40.0 70 41 1 651 720 6 74 2.18e-09 54.7 WP_014772780.1 WP_014772780.1 100 720 0 0 1 720 1 720 0.0 1445 WP_014772780.1 MBP1765367.1 54.0 476 213 3 31 502 4 477 3.25e-190 546 WP_065766477.1 WP_065766477.1 100 473 0 0 1 473 1 473 0.0 952 WP_065766477.1 MBQ0048698.1 28.0 168 110 4 261 425 160 319 4.68e-09 56.2 AVO23223.1 AVO23223.1 100 68 0 0 1 68 1 68 2.38e-46 140 AVO23223.1 UFH83377.1 47.8 67 34 1 1 66 442 508 5.38e-11 54.3 WP_251231146.1 WP_251231146.1 95.3 233 11 0 1 233 1 233 2.86e-160 441 MBC7140825.1 MBC7140825.1 100 106 0 0 1 106 1 106 6.39e-75 215 WP_090378310.1 WP_090378310.1 94.2 469 27 0 1 469 1 469 4.18e-320 865 XP_013258388.1 XP_013258388.1 95.0 686 34 0 1 686 1 686 0.0 1358 XP_013258388.1 CAF3478760.1 46.9 475 251 1 154 627 28 502 7.95e-163 477 WP_192106836.1 WP_192106836.1 100 292 0 0 1 292 1 292 2.65e-224 608 WP_192106836.1 WP_176958177.1 42.1 285 164 1 1 285 1 284 6.03e-78 237 WP_192106836.1 WP_278888642.1 37.4 278 173 1 1 277 5 282 5.27e-58 186 WP_192106836.1 AIA18772.1 46.1 154 82 1 1 153 1 154 4.53e-44 145 EIX9307167.1 EIX9307167.1 100 307 0 0 1 307 1 307 2.77e-229 622 EIX9307167.1 WP_230796143.1 34.9 272 174 2 11 282 1 269 1.02e-43 150 EIX9307167.1 WP_131914061.1 23.5 289 216 3 11 297 3 288 1.51e-20 88.2 NJL74459.1 NJL74459.1 100 177 0 0 1 177 1 177 2.13e-132 366 USR14792.1 USR14792.1 99.1 4402 38 0 1 4402 1 4402 0.0 8986 USR14792.1 UPP41269.1 99.0 4402 43 0 1 4402 1 4402 0.0 8975 USR14792.1 QXR94354.1 98.8 4402 52 0 1 4402 1 4402 0.0 8955 USR14792.1 ULA23837.2 98.8 4402 54 1 1 4402 1 4401 0.0 8950 USR14792.1 QTD03487.1 98.7 4405 54 1 1 4402 1 4405 0.0 8949 USR14792.1 QTM79632.1 98.8 4402 54 0 1 4402 1 4402 0.0 8948 USR14792.1 UXH94526.1 98.7 4402 55 1 1 4402 1 4401 0.0 8945 USR14792.1 QTZ27226.1 98.7 4402 56 0 1 4402 1 4402 0.0 8944 USR14792.1 UFM00670.1 98.6 4405 57 1 1 4402 1 4405 0.0 8938 USR14792.1 UEC68750.1 98.6 4405 57 1 1 4402 1 4405 0.0 8935 USR14792.1 UHM53165.1 98.6 4405 57 1 1 4402 1 4405 0.0 8933 USR14792.1 UFM02602.1 98.6 4405 57 1 1 4402 1 4405 0.0 8932 USR14792.1 UBL45068.1 98.6 4405 57 1 1 4402 1 4405 0.0 8930 USR14792.1 UKU68032.1 98.4 4402 68 1 1 4402 1 4401 0.0 8917 USR14792.1 URQ55824.1 99.0 4398 42 0 1 4398 1 4398 0.0 8889 USR14792.1 UZO53924.1 99.0 4398 43 0 1 4398 1 4398 0.0 8888 USR14792.1 UVB16817.1 99.0 4398 43 0 1 4398 1 4398 0.0 8885 USR14792.1 UIR12670.1 98.8 4398 52 1 1 4398 1 4397 0.0 8868 USR14792.1 QVD87869.1 98.8 4398 53 0 1 4398 1 4398 0.0 8864 USR14792.1 QWC83326.1 98.8 4401 51 1 1 4398 1 4401 0.0 8863 USR14792.1 QSZ25555.1 98.7 4401 53 1 1 4398 1 4401 0.0 8862 USR14792.1 WEU87158.1 98.7 4401 53 1 1 4398 1 4401 0.0 8859 USR14792.1 UPA83906.1 98.7 4398 56 1 1 4398 1 4397 0.0 8857 USR14792.1 UBP50947.1 98.7 4401 54 1 1 4398 1 4401 0.0 8856 USR14792.1 QZU16279.1 98.7 4401 54 1 1 4398 1 4401 0.0 8856 USR14792.1 UBD95131.1 98.7 4401 54 1 1 4398 1 4401 0.0 8854 USR14792.1 UMF87224.1 98.7 4398 58 1 1 4398 1 4397 0.0 8853 USR14792.1 UEC52718.1 98.6 4401 58 1 1 4398 1 4401 0.0 8846 USR14792.1 UKN67998.1 98.8 4378 53 1 21 4398 1 4377 0.0 8826 USR14792.1 UBR86455.1 97.5 4400 109 1 2 4398 1 4400 0.0 8724 USR14792.1 UXX67934.1 97.5 4398 109 0 1 4398 1 4398 0.0 8723 USR14792.1 UJV88611.1 96.8 4402 140 1 1 4402 1 4401 0.0 8703 USR14792.1 UCP72061.1 97.0 4401 130 1 1 4398 1 4401 0.0 8671 USR14792.1 UJJ97602.1 96.5 4402 153 1 1 4402 1 4401 0.0 8670 USR14792.1 UAQ80067.1 96.8 4401 136 1 1 4398 1 4401 0.0 8663 USR14792.1 UCP77012.1 96.9 4401 135 1 1 4398 1 4401 0.0 8663 USR14792.1 UOU30556.1 96.8 4398 141 0 1 4398 1 4398 0.0 8651 USR14792.1 UJS94137.1 97.8 4297 94 1 106 4402 1 4296 0.0 8636 USR14792.1 UGA79226.1 96.3 4401 162 1 1 4398 1 4401 0.0 8591 USR14792.1 ULB83374.1 95.6 4402 194 1 1 4402 1 4401 0.0 8566 USR14792.1 WHE12941.1 96.5 4372 153 0 27 4398 1 4372 0.0 8566 USR14792.1 UVI10561.1 95.4 4371 202 0 28 4398 1 4371 0.0 8447 USR14792.1 UGB98301.1 93.2 4405 295 1 1 4402 1 4405 0.0 8356 USR14792.1 QRX02582.1 98.7 4098 51 1 1 4095 1 4098 0.0 8305 USR14792.1 UJT06733.1 93.1 4398 302 1 1 4398 1 4397 0.0 8228 USR14792.1 UFA30503.1 92.4 4340 328 1 27 4363 1 4340 0.0 8127 USR14792.1 WGP70063.1 91.3 4369 376 1 1 4366 1 4369 0.0 8077 USR14792.1 UMA88644.1 91.5 4377 372 1 22 4398 1 4376 0.0 8046 USR14792.1 WEI27974.1 90.5 4402 416 0 1 4402 1 4402 0.0 8015 USR14792.1 UNI03201.1 90.3 4378 421 1 27 4402 1 4378 0.0 8000 USR14792.1 UEX07109.1 87.0 4379 568 1 27 4402 1 4379 0.0 7640 USR14792.1 WGP98278.1 87.9 4364 523 1 1 4361 1 4364 0.0 7616 USR14792.1 WAS49087.1 84.1 4398 700 0 1 4398 1 4398 0.0 7230 USR14792.1 URP80785.1 81.7 4375 802 0 28 4402 1 4375 0.0 7078 USR14792.1 UPB00876.1 75.9 4375 1056 0 28 4402 1 4375 0.0 6406 USR14792.1 UYE49180.1 75.4 4402 1085 0 1 4402 1 4402 0.0 6348 USR14792.1 WGQ72821.1 65.5 4344 1494 1 26 4366 1 4344 0.0 5251 WP_274124432.1 WP_274124432.1 95.2 310 15 0 1 310 1 310 6.39e-216 588 XP_008080365.1 XP_008080365.1 100 629 0 0 1 629 1 629 0.0 1306 XP_008080365.1 WP_257691625.1 45.3 559 283 8 76 626 1 544 4.81e-161 471 MCR5546513.1 MCR5546513.1 100 389 0 0 1 389 1 389 1.15e-292 789 WP_206548446.1 WP_206548446.1 100 494 0 0 1 494 1 494 0.0 1009 WP_206548446.1 NOY97419.1 21.7 488 312 19 25 482 3 450 1.44e-20 93.6 YP_009340709.1 YP_009340709.1 95.6 228 10 0 1 228 1 228 1.05e-164 452 YP_009340709.1 AWQ28479.1 53.2 222 104 0 1 222 1 222 6.42e-97 280 HEC61404.1 HEC61404.1 94.5 165 9 0 1 165 1 165 4.10e-97 276 NWU63809.1 NWU63809.1 100 376 0 0 1 376 1 376 5.06e-294 791 MBU2720902.1 MBU2720902.1 94.6 429 23 0 1 429 1 429 1.19e-303 820 MBI2666778.1 MBI2666778.1 100 79 0 0 1 79 1 79 3.46e-53 158 WP_154503573.1 WP_154503573.1 100 525 0 0 1 525 1 525 0.0 1068 WP_154503573.1 MCQ2617452.1 46.3 121 55 4 1 120 1 112 2.07e-17 83.2 MCH61727.1 MCH61727.1 100 129 0 0 1 129 1 129 5.17e-94 265 MCH61727.1 AAX49003.1 96.6 59 2 0 71 129 1 59 1.45e-39 126 WP_035102910.1 WP_035102910.1 96.3 269 10 0 1 269 1 269 1.18e-195 533 WP_035102910.1 WP_233281725.1 33.3 225 110 6 45 264 20 209 5.64e-24 94.7 WP_035102910.1 MCO5064371.1 26.3 236 149 3 27 259 50 263 2.91e-10 57.8 MBR4902600.1 MBR4902600.1 100 406 0 0 1 406 1 406 9.67e-320 859 HAB03480.1 HAB03480.1 100 1098 0 0 1 1098 1 1098 0.0 2251 HAB03480.1 CKF71070.1 35.6 582 352 9 510 1082 170 737 3.52e-108 353 HAB03480.1 WP_230171322.1 36.1 587 323 12 517 1083 460 1014 1.70e-99 337 HAB03480.1 WP_018646673.1 33.5 507 323 8 592 1093 454 951 2.99e-83 290 HAB03480.1 MBF0143407.1 35.0 432 264 4 656 1082 633 1052 1.18e-66 243 HAB03480.1 WP_126679569.1 31.1 582 374 12 518 1084 226 795 3.91e-66 238 HAB03480.1 WP_159812831.1 36.7 308 167 10 526 817 104 399 2.41e-34 135 HAB03480.1 HCN71343.1 42.2 135 73 1 688 822 2 131 2.40e-25 100 HAB03480.1 MBI5333464.1 36.6 216 119 6 621 826 183 390 1.83e-23 102 HAB03480.1 WP_000484099.1 32.4 210 132 5 619 826 167 368 1.15e-21 96.7 HAB03480.1 WP_107169208.1 32.5 169 100 5 660 824 202 360 9.39e-18 84.7 HAB03480.1 WP_145544593.1 39.4 180 96 7 647 826 352 518 2.83e-17 84.7 HAB03480.1 WP_078732502.1 25.5 149 111 0 390 538 245 393 1.86e-12 69.3 WP_193655704.1 WP_193655704.1 100 248 0 0 1 248 1 248 6.60e-187 509 WP_032677416.1 WP_032677416.1 100 501 0 0 1 501 1 501 0.0 1018 WP_032677416.1 MBT4160670.1 25.9 313 193 10 171 475 6 287 1.20e-27 112 WP_032677416.1 WP_094151267.1 27.4 179 122 4 173 349 51 223 1.16e-14 74.3 MCS6996891.1 MCS6996891.1 96.0 396 16 0 1 396 1 396 1.81e-279 756 MCS6996891.1 WP_055759832.1 40.6 281 146 8 118 387 162 432 2.04e-44 157 MCS6996891.1 WP_041723747.1 39.0 223 128 5 128 347 56 273 4.01e-37 135 MCS6996891.1 MBF0357294.1 36.4 225 137 3 67 288 111 332 9.24e-35 134 EHZ4862226.1 EHZ4862226.1 100 1246 0 0 1 1246 1 1246 0.0 2655 EHZ4862226.1 EEW1536683.1 90.5 1246 118 0 1 1246 1 1246 0.0 2443 WP_159812831.1 WP_159812831.1 100 422 0 0 1 422 1 422 2.24e-309 834 WP_159812831.1 CKF71070.1 45.2 166 90 1 234 399 311 475 2.97e-37 142 WP_159812831.1 HAB03480.1 36.7 308 167 10 104 399 526 817 9.27e-35 135 WP_159812831.1 HCN71343.1 45.5 123 66 1 278 400 6 127 1.15e-30 113 WP_159812831.1 WP_230171322.1 38.0 163 100 1 241 403 598 759 6.67e-27 112 WP_159812831.1 WP_126679569.1 42.0 162 91 3 243 403 370 529 1.55e-24 104 WP_159812831.1 GHI39478.1 28.6 405 190 16 72 400 59 440 3.22e-15 75.5 MBP5726154.1 MBP5726154.1 100 237 0 0 1 237 1 237 1.97e-178 487 MBP5726154.1 OLA08565.1 53.6 237 108 2 1 237 1 235 1.95e-95 277 MBP5726154.1 KAI0095213.1 31.2 154 73 6 3 129 7 154 2.49e-13 66.2 MCE1252202.1 MCE1252202.1 98.1 532 10 0 1 532 1 532 0.0 1047 MCE1252202.1 WP_208504450.1 48.1 528 268 4 10 532 6 532 1.91e-155 452 MCE1252202.1 WP_087759142.1 20.6 199 136 5 17 201 5 195 5.55e-04 40.8 WP_069083484.1 WP_069083484.1 92.5 305 23 0 1 305 1 305 7.07e-206 562 WP_069083484.1 WP_062640876.1 32.9 298 181 6 6 294 3 290 3.23e-38 135 WP_158687193.1 WP_158687193.1 100 51 0 0 1 51 1 51 9.68e-32 102 WP_265775712.1 WP_265775712.1 100 209 0 0 1 209 1 209 2.60e-151 416 WP_265775712.1 WP_159117211.1 39.7 204 112 3 11 206 21 221 3.07e-52 166 KAG4938299.1 KAG4938299.1 89.6 338 35 0 1 338 1 338 3.74e-229 624 MCK6622141.1 MCK6622141.1 98.9 1218 13 0 1 1218 1 1218 0.0 2481 MCK6622141.1 MBK8382708.1 44.6 101 44 2 1125 1218 163 258 4.69e-17 80.9 UQT49937.1 UQT49937.1 100 58 0 0 1 58 1 58 7.27e-39 120 XP_049766603.1 XP_049766603.1 89.7 465 48 0 1 465 1 465 8.14e-304 831 WP_180076776.1 WP_180076776.1 94.3 194 11 0 1 194 1 194 6.77e-138 382 MCH2675159.1 MCH2675159.1 100 210 0 0 1 210 1 210 5.47e-158 433 WP_067123247.1 WP_067123247.1 97.0 400 12 0 1 400 1 400 4.87e-270 733 WP_184601943.1 WP_184601943.1 98.7 838 11 0 1 838 1 838 0.0 1732 WP_184601943.1 WP_000576638.1 44.4 809 428 7 4 801 7 804 2.17e-245 704 MCK5309055.1 MCK5309055.1 97.7 444 10 0 1 444 1 444 0.0 864 EIJ1046776.1 EIJ1046776.1 100 485 0 0 1 485 1 485 0.0 1003 EIJ1046776.1 MBF1583063.1 41.9 480 274 3 6 482 5 482 4.90e-128 379 XP_044919701.1 XP_044919701.1 98.6 4396 61 0 1 4396 1 4396 0.0 8909 GIV84289.1 GIV84289.1 100 229 0 0 1 229 1 229 6.34e-171 468 GIV84289.1 WP_012236017.1 30.6 186 108 7 42 213 366 544 3.92e-12 63.5 MCB0346442.1 MCB0346442.1 100 79 0 0 1 79 1 79 8.19e-52 154 MBQ2465495.1 MBQ2465495.1 86.0 530 74 0 1 530 1 530 0.0 901 AHN95135.1 AHN95135.1 100 127 0 0 1 127 1 127 2.48e-91 258 UOA67814.1 UOA67814.1 100 94 0 0 1 94 1 94 6.31e-65 189 UOA67814.1 YP_009745171.1 59.6 94 36 1 1 94 1 92 1.44e-38 122 XP_030087828.2 XP_030087828.2 90.6 777 73 0 1 777 1 777 0.0 1409 XP_030087828.2 KAG5994228.1 30.0 633 373 12 78 665 160 767 1.02e-83 282 MBR5943268.1 MBR5943268.1 100 177 0 0 1 177 1 177 5.19e-124 345 TND09120.1 TND09120.1 100 121 0 0 1 121 1 121 1.72e-86 245 WP_017549704.1 WP_017549704.1 100 233 0 0 1 233 1 233 1.32e-165 454 WP_225225222.1 WP_225225222.1 87.6 210 26 0 1 210 1 210 4.84e-127 355 WP_016360879.1 WP_016360879.1 97.5 512 13 0 1 512 1 512 0.0 1016 WP_278489123.1 WP_278489123.1 100 283 0 0 1 283 1 283 2.32e-209 569 WP_278489123.1 WP_197521413.1 33.2 289 161 7 6 277 2 275 3.65e-41 142 WP_278489123.1 WP_109219819.1 35.0 217 130 4 28 240 33 242 3.83e-32 120 WP_278489123.1 WP_237907640.1 32.5 231 151 3 30 259 21 247 2.78e-29 112 WP_278489123.1 WP_152652784.1 30.0 210 133 4 26 230 19 219 3.27e-27 105 WP_278489123.1 WP_060613079.1 33.0 224 131 6 24 237 355 569 4.95e-24 99.8 WP_278489123.1 EHR6291555.1 30.0 233 152 4 4 236 328 549 1.66e-23 98.2 WP_278489123.1 WP_247749043.1 30.6 235 139 6 15 236 364 587 3.17e-23 97.4 WP_278489123.1 MBT3459617.1 31.6 212 124 7 28 228 1 202 5.03e-22 90.1 WP_278489123.1 WP_142931103.1 29.5 241 141 7 3 236 1 219 1.23e-21 92.4 WP_278489123.1 WP_222599035.1 33.3 216 120 6 32 235 486 689 1.44e-20 89.7 WP_278489123.1 WP_107894076.1 30.4 257 143 10 1 234 1 244 4.64e-20 86.7 WP_278489123.1 WP_215557653.1 29.8 228 153 4 3 227 1 224 3.43e-19 83.2 WP_278489123.1 MBQ8297564.1 32.3 229 139 6 26 246 348 568 8.78e-19 84.3 WP_278489123.1 NFD84694.1 29.6 247 159 8 5 246 521 757 2.68e-17 80.1 WP_278489123.1 MBQ4454347.1 28.2 216 135 6 23 228 351 556 4.35e-17 79.3 WP_278489123.1 WP_036258374.1 28.5 221 144 5 15 228 331 544 4.67e-16 76.3 WP_278489123.1 WP_038440434.1 25.5 267 144 9 6 243 335 575 1.05e-12 66.2 WP_278489123.1 RUU66461.1 35.7 56 33 2 196 248 1 56 5.60e-04 39.3 NQY08093.1 NQY08093.1 100 95 0 0 1 95 1 95 3.79e-62 182 NQY08093.1 HHO42668.1 48.3 58 26 2 9 65 68 122 2.65e-07 45.1 MBS3611729.1 MBS3611729.1 100 104 0 0 1 104 1 104 2.96e-70 203 MCP4111938.1 MCP4111938.1 100 77 0 0 1 77 1 77 3.39e-50 150 WP_000989932.1 WP_000989932.1 100 199 0 0 1 199 1 199 5.69e-141 389 WP_225123293.1 WP_225123293.1 100 203 0 0 1 203 1 203 2.06e-145 401 MBM3947147.1 MBM3947147.1 100 77 0 0 1 77 1 77 6.29e-55 162 WP_072694527.1 WP_072694527.1 100 376 0 0 1 376 1 376 6.09e-286 771 WP_072694527.1 MBR0212985.1 38.5 65 34 2 172 234 9 69 1.96e-04 40.8 EFE8261313.1 EFE8261313.1 97.4 813 21 0 1 813 1 813 0.0 1650 EFE8261313.1 ECU3870451.1 45.5 510 226 15 57 531 50 542 2.38e-109 355 KIR59352.1 KIR59352.1 96.5 432 15 0 1 432 1 432 1.13e-314 848 KAJ5238469.1 KAJ5238469.1 97.0 497 15 0 1 497 1 497 0.0 969 OGR49074.1 OGR49074.1 100 209 0 0 1 209 1 209 2.41e-156 429 OGR49074.1 WP_223329113.1 48.3 205 105 1 5 208 4 208 2.66e-67 204 CAG0273471.1 CAG0273471.1 100 212 0 0 1 212 1 212 9.06e-158 433 CAG0273471.1 EFB3581025.1 51.9 208 98 2 2 208 31 237 8.79e-74 221 CAG0273471.1 WP_250376457.1 32.7 211 125 5 5 200 25 233 1.87e-31 113 MBB1053783.1 MBB1053783.1 92.8 195 14 0 1 195 1 195 5.58e-121 338 WP_018160716.1 WP_018160716.1 100 206 0 0 1 206 1 206 4.86e-150 413 MBC7426139.1 MBC7426139.1 94.0 151 9 0 1 151 1 151 3.15e-101 285 WP_264507413.1 WP_264507413.1 100 70 0 0 1 70 1 70 8.87e-43 131 MBP1312051.1 MBP1312051.1 100 104 0 0 1 104 1 104 4.92e-69 200 VAI85984.1 VAI85984.1 92.9 1067 76 0 19 1085 19 1085 0.0 2008 VAI85984.1 XP_028766233.1 47.5 316 152 4 65 371 1 311 1.08e-92 311 WP_270570428.1 WP_270570428.1 98.0 512 10 0 1 512 1 512 0.0 1021 WP_270570428.1 WP_018187484.1 28.6 521 307 11 6 512 25 494 9.24e-63 211 WP_270570428.1 WP_233737742.1 27.4 588 319 15 6 512 17 577 1.98e-56 196 WP_270570428.1 QLP56207.1 28.6 462 280 10 5 456 11 432 1.01e-50 179 WP_270570428.1 WP_232790853.1 25.4 481 297 14 2 452 6 454 3.25e-31 124 QIX02502.1 QIX02502.1 100 256 0 0 1 256 1 256 7.39e-188 513 RKF23984.1 RKF23984.1 86.4 308 42 0 1 308 1 308 2.61e-175 485 KAJ0024505.1 KAJ0024505.1 100 123 0 0 1 123 1 123 2.94e-88 250 DAP78583.1 DAP78583.1 100 261 0 0 1 261 1 261 6.62e-198 538 XP_054751877.1 XP_054751877.1 91.1 663 59 0 1 663 1 663 0.0 1178 XP_054751877.1 XP_035812514.1 52.6 669 226 13 8 661 35 627 9.56e-202 579 KAG5001697.1 KAG5001697.1 100 259 0 0 1 259 1 259 4.51e-204 554 WP_282969582.1 WP_282969582.1 100 242 0 0 1 242 1 242 2.30e-184 503 GFV58109.1 GFV58109.1 100 101 0 0 1 101 1 101 1.48e-73 211 GFV58109.1 GFV68115.1 54.2 48 20 1 29 76 160 205 7.27e-10 52.0 WP_098137943.1 WP_098137943.1 100 302 0 0 1 302 1 302 4.06e-224 608 WP_105371864.1 WP_105371864.1 100 253 0 0 1 253 1 253 4.30e-190 518 QJA13926.1 QJA13926.1 100 54 0 0 1 54 1 54 1.04e-34 109 HCN70936.1 HCN70936.1 96.4 388 14 0 1 388 1 388 1.21e-257 700 WP_099639594.1 WP_099639594.1 100 125 0 0 1 125 1 125 3.55e-90 255 WP_096647361.1 WP_096647361.1 98.8 1048 13 0 1 1048 1 1048 0.0 2101 WP_096647361.1 WP_039608285.1 26.8 1048 702 22 5 1032 3 1005 5.37e-103 345 WP_096647361.1 WP_133325549.1 26.6 1069 698 23 6 1046 4 1013 3.14e-94 321 WP_096647361.1 WP_265225845.1 24.9 1074 740 20 4 1032 2 1053 5.63e-77 273 WP_096647361.1 WP_154963182.1 23.8 1064 714 33 10 1034 8 1013 1.49e-38 154 WP_096647361.1 MBT8462299.1 29.9 211 128 3 854 1044 1 211 1.81e-18 84.3 KAH7160752.1 KAH7160752.1 90.7 2016 188 0 1 2016 1 2016 0.0 3709 CAA2616064.1 CAA2616064.1 94.4 161 9 0 1 161 1 161 8.20e-111 310 WP_013571875.1 WP_013571875.1 100 482 0 0 1 482 1 482 0.0 994 WP_013571875.1 WP_057479385.1 49.0 467 234 4 5 470 13 476 1.15e-157 454 WP_013571875.1 WP_046325749.1 44.2 464 247 4 6 468 5 457 1.45e-134 395 WP_013571875.1 WP_208427233.1 38.0 295 160 8 5 294 3 279 3.21e-47 164 THZ10219.1 THZ10219.1 100 175 0 0 1 175 1 175 1.14e-126 351 WP_273946616.1 WP_273946616.1 100 362 0 0 1 362 1 362 5.52e-275 742 MCI7704736.1 MCI7704736.1 96.6 293 10 0 1 293 1 293 1.76e-209 570 MCI7704736.1 WP_184130797.1 43.2 222 119 2 73 287 148 369 4.81e-63 201 MCI7704736.1 WP_150461480.1 38.2 272 166 2 14 285 9 278 1.03e-61 195 MCI7704736.1 EGY4555186.1 36.9 282 168 2 16 291 22 299 7.10e-60 191 MCI7704736.1 WP_152046331.1 41.6 245 142 1 46 290 45 288 1.78e-58 187 MCI7704736.1 WP_073936403.1 34.8 244 154 2 49 288 58 300 1.03e-44 152 WP_063505693.1 WP_063505693.1 93.9 164 10 0 1 164 1 164 4.19e-110 308 WP_063505693.1 HCM9096811.1 58.3 156 65 0 7 162 8 163 2.37e-57 175 WP_063505693.1 MCI6491833.1 43.3 150 82 2 9 158 5 151 2.35e-34 117 OQP53277.1 OQP53277.1 100 74 0 0 1 74 1 74 4.04e-52 155 KAJ7660540.1 KAJ7660540.1 100 171 0 0 1 171 1 171 1.76e-128 355 XP_049776195.1 XP_049776195.1 89.1 948 103 0 1 948 1 948 0.0 1719 WP_235374454.1 WP_235374454.1 98.9 1049 12 0 1 1049 1 1049 0.0 2182 MBU4557481.1 MBU4557481.1 93.8 243 15 0 1 243 1 243 3.40e-157 434 WP_152718850.1 WP_152718850.1 100 1137 0 0 1 1137 1 1137 0.0 2377 CCD45280.1 CCD45280.1 100 511 0 0 1 511 1 511 0.0 1077 MCB2198743.1 MCB2198743.1 100 387 0 0 1 387 1 387 9.07e-289 779 WP_032993387.1 WP_032993387.1 100 476 0 0 1 476 1 476 0.0 956 WP_032993387.1 MBQ2317532.1 22.9 131 72 2 354 455 20 150 2.90e-04 39.7 WP_208665977.1 WP_208665977.1 96.2 1166 44 0 1 1166 1 1166 0.0 2258 WP_208665977.1 WP_274910452.1 24.3 1159 754 28 45 1166 19 1091 3.82e-83 293 WP_104329329.1 WP_104329329.1 97.1 342 10 0 1 342 1 342 4.46e-239 649 WP_252264110.1 WP_252264110.1 100 181 0 0 1 181 1 181 8.96e-136 375 WP_252264110.1 ACA34490.1 44.4 135 75 0 4 138 259 393 2.79e-35 127 UCF22071.1 UCF22071.1 100 377 0 0 1 377 1 377 1.81e-283 764 WP_276234417.1 WP_276234417.1 96.0 569 23 0 1 569 1 569 0.0 1096 WP_210363492.1 WP_210363492.1 100 288 0 0 1 288 1 288 7.50e-213 578 HJC81763.1 HJC81763.1 100 474 0 0 1 474 1 474 0.0 1000 HJC81763.1 WP_131055803.1 39.3 481 258 11 4 468 5 467 1.99e-110 333 MBQ9697149.1 MBQ9697149.1 100 358 0 0 1 358 1 358 4.33e-270 729 MBQ9697149.1 WP_236777269.1 26.1 353 208 9 48 352 47 394 2.03e-21 92.8 WP_135952734.1 WP_135952734.1 97.7 427 10 0 1 427 1 427 0.0 881 WP_135952734.1 WP_250703775.1 23.6 411 251 13 25 414 22 390 6.69e-17 80.5 WP_121369366.1 WP_121369366.1 100 153 0 0 1 153 1 153 1.39e-114 319 RHQ28634.1 RHQ28634.1 94.6 1389 75 0 1 1389 1 1389 0.0 2692 XP_052906513.1 XP_052906513.1 100 288 0 0 1 288 1 288 1.12e-223 606 ONM12286.1 ONM12286.1 100 331 0 0 1 331 1 331 3.76e-255 689 RIK81456.1 RIK81456.1 98.3 759 13 0 1 759 1 759 0.0 1532 AFP41217.1 AFP41217.1 68.2 220 70 0 1 220 1 220 1.90e-94 273 SQC43367.1 SQC43367.1 100 92 0 0 1 92 1 92 2.60e-63 184 ACY29573.1 ACY29573.1 100 435 0 0 1 435 1 435 0.0 883 ACY29573.1 AFV39595.1 91.3 435 38 0 1 435 54 488 1.64e-298 830 ACY29573.1 AFJ09957.1 92.0 413 33 0 1 413 1 413 5.83e-288 780 ACY29573.1 QWY38042.1 90.8 400 37 0 1 400 1 400 3.34e-277 752 ACY29573.1 ACH90072.1 91.8 352 29 0 1 352 29 380 3.09e-245 671 ACY29573.1 BAO11608.1 92.6 339 25 0 1 339 1 339 3.36e-239 654 ACY29573.1 BAO23243.1 91.3 343 30 0 1 343 1 343 3.90e-239 654 ACY29573.1 AVA00513.1 91.2 339 30 0 1 339 1 339 1.52e-235 644 ACY29573.1 AOW36968.1 88.6 333 38 0 17 349 1 333 5.53e-225 617 ACY29573.1 AOW33101.1 92.8 318 23 0 17 334 1 318 1.23e-222 611 ACY29573.1 ACV16867.1 93.0 301 21 0 100 400 1 301 5.69e-210 578 ACY29573.1 ARR91819.1 85.3 306 44 1 1 305 1 306 4.30e-190 528 ACY29573.1 ADB27070.1 92.4 210 16 0 137 346 1 210 2.75e-143 405 ACY29573.1 ABJ92889.1 70.8 96 28 0 4 99 1 96 6.93e-46 152 WP_096277301.1 WP_096277301.1 100 461 0 0 1 461 1 461 0.0 932 WP_096277301.1 WP_160762600.1 29.1 453 267 16 30 460 46 466 4.10e-46 164 WP_096277301.1 MBW7885425.1 29.7 438 290 11 29 460 36 461 2.16e-45 163 WP_096277301.1 MBT3931813.1 34.7 193 117 3 276 460 10 201 8.82e-30 113 MCD8323718.1 MCD8323718.1 100 256 0 0 1 256 1 256 5.65e-192 523 MBE6889650.1 MBE6889650.1 100 230 0 0 1 230 1 230 4.09e-163 448 WP_099922565.1 WP_099922565.1 100 287 0 0 1 287 1 287 7.46e-208 566 WP_102140144.1 WP_102140144.1 100 279 0 0 1 279 1 279 1.46e-210 572 MCB0174630.1 MCB0174630.1 95.5 516 23 0 1 516 1 516 0.0 976 MCB0174630.1 MCE0539567.1 32.5 228 119 3 301 494 169 395 2.61e-17 82.4 XP_021727484.1 XP_021727484.1 100 335 0 0 1 335 1 335 1.26e-255 691 XP_021727484.1 KAJ1283197.1 38.2 306 179 3 35 334 42 343 1.02e-64 206 MBR1383934.1 MBR1383934.1 100 230 0 0 1 230 1 230 4.30e-174 476 MCF8391604.1 MCF8391604.1 100 442 0 0 1 442 1 442 0.0 888 MCF8391604.1 WP_244349102.1 44.8 487 216 9 1 436 1 485 1.01e-135 397 XP_033082621.1 XP_033082621.1 96.6 320 11 0 1 320 1 320 1.95e-231 628 SHM84371.1 SHM84371.1 100 522 0 0 1 522 1 522 0.0 1082 KAB2860347.1 KAB2860347.1 100 117 0 0 1 117 1 117 5.63e-81 231 KAB2860347.1 AHG02917.1 47.0 117 62 0 1 117 195 311 4.16e-32 113 KAB2860347.1 MBX7055839.1 46.6 116 61 1 1 115 209 324 1.19e-28 104 KAB2860347.1 MBE7554905.1 46.1 115 62 0 1 115 221 335 5.43e-28 102 KAB2860347.1 KAB2647529.1 40.2 117 70 0 1 117 188 304 1.73e-27 100 KAB2860347.1 WP_149656427.1 40.9 115 68 0 1 115 209 323 3.49e-26 97.8 KAB2860347.1 MBB3097508.1 40.2 117 70 0 1 117 181 297 6.28e-26 96.7 KAB2860347.1 WP_239280620.1 41.2 114 67 0 1 114 204 317 4.84e-25 94.7 KAH9439214.1 KAH9439214.1 88.1 1246 148 0 1 1246 1 1246 0.0 2267 CAA9477187.1 CAA9477187.1 47.6 84 44 0 1 84 1 84 1.58e-12 55.8 TMQ35121.1 TMQ35121.1 100 70 0 0 1 70 1 70 5.33e-44 134 MBV8739832.1 MBV8739832.1 100 77 0 0 1 77 1 77 1.01e-51 154 WP_165801127.1 WP_165801127.1 100 88 0 0 1 88 1 88 1.01e-56 167 WP_114947928.1 WP_114947928.1 90.5 464 44 0 1 464 1 464 5.20e-302 819 WP_114947928.1 TVO55343.1 44.7 421 228 3 12 427 33 453 3.15e-99 305 WP_114947928.1 NCS37471.1 26.7 420 251 18 30 418 35 428 3.30e-16 79.7 WP_114947928.1 MBN1133474.1 26.0 407 273 10 4 396 9 401 1.81e-15 77.0 WP_114947928.1 KAI1051942.1 20.9 374 211 14 120 425 338 694 3.74e-09 57.4 CAE6513018.1 CAE6513018.1 100 878 0 0 1 878 1 878 0.0 1797 WP_279059865.1 WP_279059865.1 100 1108 0 0 1 1108 1 1108 0.0 2289 WP_279059865.1 NTZ64221.1 40.4 1087 600 15 34 1077 28 1109 1.65e-259 762 WP_279059865.1 MCM8621761.1 34.5 1104 621 34 34 1075 50 1113 1.26e-165 518 WP_010299410.1 WP_010299410.1 100 79 0 0 1 79 1 79 1.78e-55 164 MXS72767.1 MXS72767.1 98.8 865 10 0 1 865 1 865 0.0 1752 MXS72767.1 WP_129053209.1 29.2 891 551 28 15 865 7 857 7.87e-94 312 MCI9320818.1 MCI9320818.1 100 207 0 0 1 207 1 207 8.08e-154 422 MCI9320818.1 WP_079396843.1 41.0 200 116 2 1 199 1 199 1.54e-56 176 MCI9320818.1 WP_197744369.1 42.9 203 110 3 2 199 4 205 7.78e-54 169 MCI9320818.1 MBD5153813.1 47.8 203 100 3 1 198 1 202 7.41e-53 167 MBK6509184.1 MBK6509184.1 96.1 590 23 0 1 590 1 590 0.0 1107 MBK6509184.1 WP_255073759.1 42.0 584 326 4 6 586 8 581 2.69e-146 434 MBK6509184.1 MVA71646.1 39.7 577 320 9 4 572 9 565 5.82e-131 394 HAW15717.1 HAW15717.1 93.0 947 66 0 1 947 1 947 0.0 1766 QGZ94761.1 QGZ94761.1 100 191 0 0 1 191 1 191 2.00e-137 380 WP_031876812.1 WP_031876812.1 100 388 0 0 1 388 1 388 2.18e-301 811 WP_031876812.1 WP_240755700.1 31.9 144 93 4 168 310 167 306 6.88e-11 62.0 CAI2192293.1 CAI2192293.1 91.4 409 35 0 1 409 1 409 7.20e-288 778 QQR61334.1 QQR61334.1 100 193 0 0 1 193 1 193 4.74e-146 402 CAH3164498.1 CAH3164498.1 96.7 299 10 0 1 299 1 299 3.91e-225 610 WP_131506707.1 WP_131506707.1 98.5 731 11 0 1 731 1 731 0.0 1493 WP_229055514.1 WP_229055514.1 100 157 0 0 1 157 1 157 4.80e-117 325 WP_229055514.1 WP_028779961.1 26.6 158 81 5 21 157 21 164 3.37e-13 62.0 WP_229055514.1 MBN1882318.1 25.0 104 75 1 31 134 54 154 6.97e-10 53.5 NLB38271.1 NLB38271.1 100 228 0 0 13 240 13 240 2.46e-169 464 NLB38271.1 WP_278643529.1 36.7 226 139 3 2 225 60 283 5.31e-39 135 NLB38271.1 WP_224045636.1 30.2 235 148 6 2 229 1 226 3.34e-29 108 NLB38271.1 WP_177525402.1 30.6 219 136 6 3 213 63 273 6.43e-17 77.8 WP_070443635.1 WP_070443635.1 96.3 241 9 0 1 241 1 241 1.04e-166 458 WP_070443635.1 WP_210473185.1 40.5 205 104 5 46 238 67 265 1.36e-40 139 WP_015957503.1 WP_015957503.1 100 632 0 0 1 632 1 632 0.0 1301 WP_117183207.1 WP_117183207.1 100 404 0 0 1 404 1 404 9.72e-304 818 WP_117183207.1 WP_223565913.1 47.2 396 201 4 8 398 7 399 3.73e-131 381 WP_199911565.1 WP_199911565.1 100 551 0 0 1 551 1 551 0.0 1150 SON95852.1 SON95852.1 100 72 0 0 1 72 1 72 2.38e-50 150 AAV77137.1 AAV77137.1 100 377 0 0 1 377 1 377 6.87e-288 776 AAV77137.1 EGT3575439.1 24.3 140 93 5 242 373 7 141 8.94e-04 37.7 MBU7572244.1 MBU7572244.1 100 161 0 0 1 161 1 161 7.32e-123 340 MBU7572244.1 WP_188888464.1 36.1 72 44 1 60 131 48 117 5.31e-06 43.1 WP_110005820.1 WP_110005820.1 100 164 0 0 1 164 1 164 1.18e-114 321 XP_021713690.1 XP_021713690.1 95.2 414 20 0 1 414 1 414 8.09e-308 829 OGH56711.1 OGH56711.1 100 364 0 0 1 364 1 364 3.07e-273 738 MBX7055839.1 MBX7055839.1 97.9 326 7 0 1 326 1 326 1.50e-238 647 MBX7055839.1 AHG02917.1 38.9 321 174 3 8 323 5 308 2.55e-70 219 MBX7055839.1 MBE7554905.1 31.3 348 191 5 8 324 5 335 1.39e-52 174 MBX7055839.1 MBB3097508.1 38.9 265 153 4 62 324 38 295 3.12e-50 167 MBX7055839.1 WP_239280620.1 31.7 325 195 5 8 323 11 317 7.58e-47 159 MBX7055839.1 WP_149656427.1 28.6 322 191 6 24 324 20 323 6.41e-40 141 MBX7055839.1 WP_208042111.1 30.8 299 179 5 35 324 32 311 1.64e-34 126 MBX7055839.1 KAB2860347.1 49.1 116 58 1 209 324 1 115 7.66e-31 111 WP_011965948.1 WP_011965948.1 100 148 0 0 1 148 1 148 1.85e-112 313 WP_240469694.1 WP_240469694.1 97.4 429 11 0 1 429 1 429 1.65e-310 837 MBQ4570877.1 MBQ4570877.1 100 937 0 0 1 937 1 937 0.0 1837 XP_007323069.1 XP_007323069.1 96.4 195 7 0 1 195 1 195 2.43e-140 387 WP_126255586.1 WP_126255586.1 100 184 0 0 19 202 19 202 2.88e-131 365 MBF6603381.1 MBF6603381.1 100 312 0 0 1 312 1 312 1.33e-234 635 MBA3289554.1 MBA3289554.1 100 84 0 0 1 84 1 84 6.24e-56 165 WP_212377792.1 WP_212377792.1 100 144 0 0 1 144 1 144 1.47e-98 278 KAJ0239815.1 KAJ0239815.1 100 398 0 0 1 398 1 398 6.39e-315 846 KFP59321.1 KFP59321.1 98.0 560 11 0 1 560 1 560 0.0 1140 MCA9949067.1 MCA9949067.1 100 151 0 0 1 151 1 151 4.00e-113 315 WP_229048323.1 WP_229048323.1 98.5 687 10 0 1 687 1 687 0.0 1379 VAX76432.1 VAX76432.1 100 587 0 0 1 587 1 587 0.0 1231 VAX76432.1 WP_278084771.1 29.0 568 365 12 22 564 220 774 5.44e-54 194 VAX76432.1 PIQ07033.1 25.4 511 334 13 37 535 20 495 4.87e-42 157 VAX76432.1 WP_131284109.1 24.5 436 254 18 165 553 76 483 2.10e-18 86.7 VAX76432.1 MBQ2895174.1 23.2 336 171 12 122 388 179 496 2.21e-12 67.8 WP_138447205.1 WP_138447205.1 100 171 0 0 1 171 1 171 3.55e-119 332 PJC69268.1 PJC69268.1 96.8 219 7 0 1 219 1 219 2.21e-157 432 WP_094207656.1 WP_094207656.1 100 239 0 0 1 239 1 239 5.41e-177 484 XP_032812066.1 XP_032812066.1 100 243 0 0 1 243 1 243 2.59e-186 508 XP_032812066.1 WP_092156886.1 36.8 155 96 1 9 163 10 162 2.78e-26 99.4 XP_032812066.1 WP_247498151.1 33.8 154 98 2 9 160 16 167 2.12e-17 76.3 MBP3509218.1 MBP3509218.1 98.4 612 10 0 1 612 1 612 0.0 1221 MBP3509218.1 MBQ2777352.1 57.0 607 260 1 1 607 1 606 1.46e-255 713 MBP3509218.1 NQU26924.1 32.8 472 289 9 137 599 463 915 2.85e-72 250 MBP3509218.1 EHP6050825.1 33.5 430 262 8 127 535 226 652 3.34e-69 235 MBP3509218.1 MCK9987173.1 32.8 491 294 15 132 597 12 491 8.29e-58 202 MBP3509218.1 OQC16336.1 28.9 149 83 5 206 343 444 580 4.77e-10 60.8 XP_005720745.1 XP_005720745.1 100 344 0 0 1 344 1 344 5.04e-271 730 WP_138289979.1 WP_138289979.1 98.4 616 10 0 1 616 1 616 0.0 1210 WP_138289979.1 WP_274285032.1 47.2 466 240 2 3 468 15 474 8.36e-156 454 KAJ6676972.1 KAJ6676972.1 97.8 649 14 0 1 649 1 649 0.0 1306 WP_175692337.1 WP_175692337.1 100 355 0 0 1 355 1 355 7.74e-267 721 WP_175692337.1 WP_276533217.1 59.4 330 130 2 21 348 12 339 1.83e-136 416 MBT6370142.1 MBT6370142.1 100 189 0 0 1 189 1 189 8.19e-136 375 KVK44743.1 KVK44743.1 100 64 0 0 1 64 1 64 1.68e-42 130 KVK44743.1 MBE1289959.1 72.1 61 16 1 1 61 4 63 2.56e-24 84.3 WP_271960159.1 WP_271960159.1 100 1016 0 0 1 1016 1 1016 0.0 2125 WP_271960159.1 KAA0234643.1 44.5 965 469 14 60 1016 23 928 1.30e-289 828 WP_072974645.1 WP_072974645.1 95.8 236 10 0 1 236 1 236 8.58e-168 460 WP_071809692.1 WP_071809692.1 91.7 157 13 0 1 157 1 157 1.21e-101 286 EGR0469058.1 EGR0469058.1 100 149 0 0 1 149 1 149 1.11e-109 306 WP_199497249.1 WP_199497249.1 100 231 0 0 1 231 1 231 1.23e-169 464 WP_012964108.1 WP_012964108.1 100 240 0 0 1 240 1 240 1.28e-180 493 WP_012964108.1 AWQ28479.1 30.7 212 119 5 36 231 27 226 4.85e-27 102 WP_109900609.1 WP_109900609.1 100 513 0 0 1 513 1 513 0.0 1040 MBU6501496.1 MBU6501496.1 94.4 499 28 0 1 499 1 499 0.0 920 MBU6501496.1 EIO1807611.1 37.7 504 242 12 6 480 14 474 1.80e-66 221 MBU6501496.1 RGG06187.1 25.5 447 288 9 54 481 42 462 3.84e-34 132 CAD7420625.1 CAD7420625.1 100 173 0 0 1 173 1 173 3.16e-132 365 XP_055449440.1 XP_055449440.1 100 421 0 0 1 421 1 421 0.0 888 GAP70049.1 GAP70049.1 95.9 270 11 0 1 270 1 270 2.89e-192 525 GAP70049.1 MCM1185292.1 47.2 265 136 1 3 267 9 269 1.22e-84 253 WP_070770047.1 WP_070770047.1 97.9 1230 26 0 1 1230 1 1230 0.0 2517 WP_070770047.1 WP_156009076.1 63.2 1192 429 5 1 1185 1 1189 0.0 1582 WP_070770047.1 WP_012573472.1 52.3 1179 541 12 6 1173 12 1180 0.0 1280 WP_070770047.1 NJD91181.1 45.9 1116 559 15 83 1170 1 1099 0.0 1006 WP_070770047.1 MBE6348968.1 43.2 680 367 11 495 1163 5 676 2.17e-195 584 MBK8529220.1 MBK8529220.1 100 171 0 0 1 171 1 171 1.34e-123 343 WP_239984652.1 WP_239984652.1 100 177 0 0 1 177 1 177 8.32e-130 359 MBR0417215.1 MBR0417215.1 100 181 0 0 1 181 1 181 6.31e-136 375 XP_048264533.1 XP_048264533.1 94.9 2024 104 0 1 2024 1 2024 0.0 3955 XP_048264533.1 XP_005573423.1 44.3 2005 953 35 16 1968 12 1904 0.0 1608 XP_048264533.1 XP_021507806.1 45.6 1847 778 42 16 1775 14 1720 0.0 1463 XP_048264533.1 XP_042771424.1 23.2 1866 1162 54 142 1833 71 1839 9.96e-130 452 MCD8297279.1 MCD8297279.1 97.5 946 24 0 1 946 1 946 0.0 1889 MCD8297279.1 WP_052125494.1 29.0 200 117 4 107 282 108 306 3.81e-13 72.0 MCD8297279.1 WP_237034910.1 26.8 254 155 8 107 337 105 350 5.00e-13 71.6 XP_033559743.1 XP_033559743.1 93.3 224 15 0 1 224 1 224 5.15e-154 424 MBE6139600.1 MBE6139600.1 99.0 776 8 0 1 776 1 776 0.0 1538 MBE6139600.1 MCL2039304.1 32.6 313 182 7 462 755 6 308 3.09e-40 149 MBE6139600.1 WP_131001993.1 26.8 284 194 5 463 739 11 287 2.03e-30 120 MBE6139600.1 SCX00186.1 28.3 314 178 9 466 746 30 329 5.82e-29 117 MBE6139600.1 KKQ50904.1 23.8 231 155 6 525 745 910 1129 5.60e-05 45.1 AEF02257.1 AEF02257.1 100 126 0 0 1 126 1 126 8.03e-92 259 MCL7045034.1 MCL7045034.1 100 151 0 0 1 151 1 151 1.29e-109 306 XP_019019020.1 XP_019019020.1 100 623 0 0 1 623 1 623 0.0 1304 WP_213520007.1 WP_213520007.1 100 302 0 0 1 302 1 302 8.44e-217 590 WP_213520007.1 QUL58516.1 36.7 283 172 6 18 295 1 281 5.73e-52 171 XP_039699416.1 XP_039699416.1 100 373 0 0 1 373 1 373 2.38e-286 771 WP_112530108.1 WP_112530108.1 100 290 0 0 1 290 1 290 5.12e-221 599 XP_045648298.1 XP_045648298.1 100 309 0 0 1 309 1 309 1.43e-232 630 WP_143281017.1 WP_143281017.1 100 152 0 0 1 152 1 152 2.81e-104 294 WP_143281017.1 WP_007404414.1 55.7 140 62 0 13 152 4 143 7.96e-47 153 RYH76248.1 RYH76248.1 100 279 0 0 1 279 1 279 6.38e-205 558 AGB19176.1 AGB19176.1 94.2 225 13 0 1 225 1 225 5.11e-150 414 KUI47647.1 KUI47647.1 100 73 0 0 1 73 1 73 6.26e-51 152 NWV34805.1 NWV34805.1 95.4 976 45 0 1 976 1 976 0.0 1859 KEP75282.1 KEP75282.1 100 193 0 0 1 193 1 193 4.37e-142 392 KEP75282.1 MBL7705960.1 53.4 178 83 0 11 188 7 184 9.02e-72 214 WP_266441326.1 WP_266441326.1 93.5 493 32 0 1 493 1 493 0.0 898 WP_266727676.1 WP_266727676.1 100 450 0 0 1 450 1 450 0.0 941 WP_266727676.1 MBN2399180.1 41.7 403 233 2 32 432 121 523 8.24e-117 352 PPU96251.1 PPU96251.1 100 75 0 0 1 75 1 75 1.40e-48 146 WP_258598016.1 WP_258598016.1 95.0 321 16 0 1 321 1 321 9.43e-219 596 WP_107021410.1 WP_107021410.1 88.8 240 27 0 1 240 1 240 5.97e-145 403 MBQ8064675.1 MBQ8064675.1 100 300 0 0 1 300 1 300 8.61e-234 632 WP_087299666.1 WP_087299666.1 100 201 0 0 1 201 1 201 1.20e-152 419 WP_134667128.1 WP_134667128.1 100 74 0 0 1 74 1 74 2.26e-49 148 MBI4875790.1 MBI4875790.1 100 405 0 0 1 405 1 405 1.41e-317 853 MBI4875790.1 ECA9858842.1 30.4 375 235 10 29 394 26 383 8.35e-58 192 WP_196222422.1 WP_196222422.1 100 205 0 0 1 205 1 205 1.77e-156 429 WP_196222422.1 WP_029542314.1 26.6 139 89 5 22 157 24 152 2.38e-05 42.4 MBT3564223.1 MBT3564223.1 96.9 572 18 0 1 572 1 572 0.0 1211 SBS78954.1 SBS78954.1 90.1 111 11 0 1 111 1 111 3.48e-70 203 MBN2371430.1 MBN2371430.1 89.7 379 39 0 1 379 1 379 1.64e-239 654 WP_219287479.1 WP_219287479.1 100 302 0 0 1 302 1 302 2.19e-228 619 WP_219287479.1 HBX8004802.1 29.2 113 74 4 5 115 14 122 1.89e-05 43.9 WP_175630420.1 WP_175630420.1 100 157 0 0 1 157 1 157 1.09e-113 317 HAA51207.1 HAA51207.1 97.1 345 10 0 1 345 1 345 2.02e-257 696 XP_001681736.1 XP_001681736.1 97.1 343 10 0 1 343 1 343 4.76e-255 690 XP_001681736.1 MCE7733397.1 34.7 95 57 3 29 122 13 103 2.09e-04 40.4 WP_282575598.1 WP_282575598.1 95.9 241 10 0 1 241 1 241 1.76e-158 437 WP_252418399.1 WP_252418399.1 100 211 0 0 49 259 49 259 8.23e-150 417 UYE59123.1 UYE59123.1 89.7 416 43 0 1 416 1 416 4.19e-219 605 UYE59123.1 UGY43725.1 72.3 419 113 1 1 416 1 419 7.57e-204 566 UYE59123.1 UBA80202.1 83.0 277 47 0 140 416 143 419 1.69e-159 454 MCO5330244.1 MCO5330244.1 80.1 428 85 0 1 428 1 428 3.63e-233 642 MCO5330244.1 WP_252541609.1 44.0 109 54 3 306 414 278 379 3.43e-16 78.2 KAI7478392.1 KAI7478392.1 100 165 0 0 1 165 1 165 6.45e-119 331 WP_065888604.1 WP_065888604.1 100 247 0 0 1 247 1 247 1.27e-179 491 WP_065888604.1 WP_099529629.1 42.8 201 112 3 23 221 26 225 1.33e-41 140 WP_277412281.1 WP_277412281.1 93.4 241 16 0 1 241 1 241 4.22e-166 456 MBR6382124.1 MBR6382124.1 100 178 0 0 1 178 1 178 1.81e-129 358 EER9391136.1 EER9391136.1 100 290 0 0 1 290 1 290 1.16e-217 591 EER9391136.1 EIM4841263.1 42.7 96 47 2 199 290 245 336 2.27e-14 71.6 WP_086711488.1 WP_086711488.1 100 868 0 0 1 868 1 868 0.0 1818 WP_086711488.1 WP_097641037.1 63.8 869 312 2 1 866 1 869 0.0 1181 WP_086711488.1 WP_102477257.1 55.4 868 361 9 6 867 5 852 0.0 981 WP_086711488.1 RWX51021.1 54.2 548 230 6 9 536 8 554 2.72e-207 598 WP_064962354.1 WP_064962354.1 100 454 0 0 1 454 1 454 0.0 951 WP_064962354.1 WP_168945101.1 26.4 368 230 16 1 346 1 349 5.41e-19 87.4 MAD47294.1 MAD47294.1 96.4 577 21 0 1 577 1 577 0.0 1130 MAD47294.1 WP_274885772.1 33.1 568 325 11 31 555 34 589 4.09e-97 306 NRJ54907.1 MCB3018266.1 90.3 267 25 1 1 266 1 267 1.95e-170 469 NRJ54907.1 NRJ54907.1 89.1 266 29 0 1 266 1 266 4.94e-166 458 WP_062336768.1 WP_062336768.1 100 186 0 0 1 186 1 186 6.73e-129 358 WP_062336768.1 UJW35797.1 40.0 60 36 0 18 77 18 77 1.82e-08 50.4 KAF9035758.1 KAF9035758.1 100 425 0 0 1 425 1 425 0.0 884 MSW56406.1 MSW56406.1 75.0 68 17 0 1 68 1 68 2.52e-30 99.8 MCC6537716.1 MCC6537716.1 90.5 200 19 0 1 200 1 200 1.60e-127 355 WP_277778661.1 WP_277778661.1 100 115 0 0 1 115 1 115 3.29e-79 226 WP_262615610.1 WP_262615610.1 100 286 0 0 1 286 1 286 2.00e-216 587 WP_135771669.1 WP_135771669.1 96.9 414 13 0 1 414 1 414 1.56e-305 823 CDX53829.1 CDX53829.1 100 278 0 0 1 278 1 278 4.15e-205 558 TXH71851.1 TXH71851.1 100 37 0 0 1 37 1 37 2.33e-22 77.4 XP_055095726.1 XP_055095726.1 98.3 660 11 0 1 660 1 660 0.0 1319 XP_055095726.1 RSL59427.1 31.9 411 195 12 209 614 86 416 1.23e-43 162 XP_055095726.1 CZT45482.1 26.5 445 216 13 195 603 98 467 6.51e-27 115 XP_055095726.1 XP_023589550.1 27.4 372 201 10 237 603 135 442 9.00e-24 105 XP_055095726.1 GEU53557.1 26.9 383 203 14 237 609 135 450 2.75e-23 102 WP_209402264.1 WP_209402264.1 100 237 0 0 1 237 1 237 3.13e-175 479 MBK6277277.1 MBK6277277.1 88.3 179 21 0 1 179 1 179 2.44e-114 320 WP_064229784.1 WP_064229784.1 100 211 0 0 1 211 1 211 9.41e-155 425 WP_271272236.1 WP_271272236.1 100 386 0 0 1 386 1 386 6.42e-293 789 WP_271272236.1 WP_130670507.1 43.3 374 205 4 15 386 25 393 5.18e-101 303 WP_271272236.1 WP_224014827.1 43.6 374 209 2 9 382 15 386 1.00e-99 300 WP_271272236.1 TVP67793.1 40.2 381 223 5 5 382 21 399 3.12e-87 268 WP_271272236.1 MCB0793211.1 34.2 386 244 7 7 384 12 395 5.87e-66 213 WP_271272236.1 EMD83093.1 31.6 395 224 14 12 366 36 424 1.04e-44 158 EGQ64116.1 EGQ64116.1 92.4 237 18 0 1 237 1 237 4.71e-166 457 WP_271145842.1 WP_271145842.1 95.4 263 12 0 1 263 1 263 5.10e-178 488 WP_176051587.1 WP_176051587.1 100 338 0 0 1 338 1 338 1.92e-247 670 WP_176051587.1 MBS9779527.1 41.4 353 190 4 2 338 1 352 1.64e-89 270 WP_076519206.1 WP_076519206.1 96.4 665 24 0 1 665 1 665 0.0 1251 KAI9912466.1 KAI9912466.1 100 374 0 0 1 374 1 374 1.09e-287 775 KAI9912466.1 XP_026100634.1 31.1 302 192 6 28 324 83 373 4.96e-44 156 KAI9912466.1 KAG5815829.1 30.1 216 117 7 136 318 557 771 1.36e-17 82.8 KAI9912466.1 XP_039923984.1 28.8 153 99 4 109 255 272 420 5.17e-15 75.1 KAI9912466.1 NXJ84327.1 27.6 152 100 4 109 254 277 424 5.17e-14 72.0 KAI9912466.1 XP_046441060.1 27.0 196 129 5 31 223 64 248 1.95e-13 70.1 KAI9912466.1 XP_019384620.1 28.2 195 107 7 129 320 117 281 7.88e-11 62.0 KAI9912466.1 XP_047334060.1 23.5 251 166 8 137 363 121 369 9.24e-10 58.5 WP_165687160.1 WP_165687160.1 96.1 380 15 0 1 380 1 380 1.47e-254 692 WP_064600084.1 WP_064600084.1 100 117 0 0 1 117 1 117 6.08e-85 241 MBE6702431.1 MBE6702431.1 100 121 0 0 1 121 1 121 8.50e-87 246 MCR4890737.1 MCR4890737.1 100 423 0 0 1 423 1 423 4.96e-318 856 WP_046778966.1 WP_046778966.1 92.8 307 22 0 1 307 1 307 5.69e-203 556 WP_046778966.1 WP_097382902.1 38.3 321 184 7 1 319 1 309 2.70e-64 204 WP_255401854.1 WP_255401854.1 100 249 0 0 1 249 1 249 1.01e-186 509 WP_226831475.1 WP_226831475.1 100 51 0 0 1 51 1 51 2.87e-33 105 MBP7746105.1 MBP7746105.1 100 828 0 0 1 828 1 828 0.0 1680 MBP7746105.1 PKO20637.1 34.2 527 227 15 279 781 5 435 4.87e-74 248 MBP7746105.1 MBR6406611.1 28.6 643 365 22 193 785 40 638 1.79e-56 204 MBP7746105.1 WP_275700896.1 24.5 424 220 14 341 749 30 368 2.38e-18 86.7 MBP7746105.1 HAN2236324.1 23.9 573 252 27 290 771 192 671 7.39e-13 70.5 MBP7746105.1 WP_125555296.1 21.3 587 278 23 342 813 27 544 3.27e-12 68.2 MBP7746105.1 WP_120452154.1 26.2 130 63 4 322 442 100 205 1.17e-04 43.9 NCS37471.1 NCS37471.1 94.5 875 48 0 1 875 1 875 0.0 1714 NCS37471.1 MBN1133474.1 28.6 444 294 10 134 563 128 562 4.10e-50 184 NCS37471.1 WP_114947928.1 27.1 417 253 17 35 428 30 418 2.84e-18 87.0 XP_047790709.1 XP_047790709.1 92.8 497 36 0 1 497 1 497 0.0 930 WP_250427403.1 WP_250427403.1 91.7 339 28 0 1 339 1 339 5.92e-230 627 SCX00186.1 SCX00186.1 100 329 0 0 1 329 1 329 2.71e-243 660 SCX00186.1 MBE6139600.1 28.0 325 185 9 30 339 466 756 2.73e-31 122 SCX00186.1 MCL2039304.1 27.7 329 191 9 30 339 10 310 4.36e-31 117 SCX00186.1 WP_131001993.1 24.8 282 181 9 46 326 40 291 1.27e-16 77.8 MCI8393530.1 MCI8393530.1 100 300 0 0 1 300 1 300 2.55e-226 613 GHT88678.1 GHT88678.1 93.3 1024 69 0 1 1024 1 1024 0.0 1825 GHT88678.1 EIW7596561.1 36.1 280 110 16 268 484 1210 1483 1.57e-12 70.5 GHT88678.1 EBW1672033.1 38.1 147 57 5 338 484 1080 1192 4.62e-07 52.4 MCP4788584.1 MCP4788584.1 100 471 0 0 1 471 1 471 0.0 966 MCP4788584.1 WP_185218257.1 31.0 435 250 14 26 422 26 448 4.00e-52 181 MCP4788584.1 WP_013768652.1 20.1 418 233 6 26 365 36 430 1.70e-20 92.4 MCA9900904.1 MCA9900904.1 100 138 0 0 1 138 1 138 5.88e-102 286 AEJ33395.1 AEJ33395.1 97.1 882 26 0 1 882 1 882 0.0 1744 AEJ33395.1 QJX39053.1 33.6 907 475 25 17 881 24 845 2.09e-143 444 AEJ33395.1 AEO85464.1 34.0 904 488 24 9 882 23 847 1.64e-142 442 AEJ33395.1 AAX97169.1 41.1 358 175 8 538 882 1 335 3.63e-63 214 AEJ33395.1 QCI53355.1 30.9 391 216 12 26 403 5 354 1.50e-47 171 WP_093172109.1 WP_093172109.1 100 156 0 0 1 156 1 156 8.30e-113 315 NCB77646.1 NCB77646.1 100 416 0 0 1 416 1 416 0.0 873 WP_098515742.1 WP_098515742.1 96.5 287 10 0 1 287 1 287 1.68e-204 557 WP_098515742.1 WP_019616094.1 23.7 287 166 9 7 249 12 289 1.52e-10 59.3 WP_098515742.1 WP_208909738.1 28.6 126 85 2 1 121 1 126 8.29e-09 53.9 WP_098515742.1 WP_238874073.1 46.8 47 25 0 1 47 15 61 3.15e-05 43.1 XP_048796933.1 XP_048796933.1 100 1303 0 0 1 1303 1 1303 0.0 2733 XP_048796933.1 XP_032873419.1 31.6 136 79 5 575 707 241 365 5.02e-13 71.6 XP_048796933.1 KPM41539.1 34.1 91 54 4 384 472 135 221 3.90e-05 46.2 MBR4275022.1 MBR4275022.1 98.6 696 10 0 1 696 1 696 0.0 1393 XP_020736247.1 XP_020736247.1 82.0 89 16 0 1 89 1 89 5.39e-48 145 XP_039660068.1 XP_039660068.1 98.2 820 15 0 1 820 1 820 0.0 1667 KAJ2633851.1 KAJ2633851.1 98.7 792 10 0 1 792 1 792 0.0 1605 KAJ2633851.1 WP_238717267.1 38.1 336 193 5 6 339 4 326 3.46e-55 199 WP_066708699.1 WP_066708699.1 100 298 0 0 1 298 1 298 4.06e-222 603 WP_066708699.1 MBL0087235.1 65.1 298 104 0 1 298 1 298 1.38e-144 407 WP_066708699.1 WP_096722254.1 32.9 82 55 0 1 82 1 82 8.80e-09 53.9 MBW4485777.1 MBW4485777.1 100 162 0 0 1 162 1 162 6.00e-118 328 WP_103963736.1 WP_103963736.1 100 329 0 0 1 329 1 329 6.89e-241 653 MBR4838026.1 MBR4838026.1 100 240 0 0 1 240 1 240 9.70e-176 481 XP_009147075.2 XP_009147075.2 99.1 1154 10 0 1 1154 1 1154 0.0 2361 XP_009147075.2 MBE6688122.1 34.2 1004 519 20 136 1135 21 886 1.97e-165 511 XP_009147075.2 KAA0114277.1 35.2 1008 503 24 134 1135 50 913 8.14e-162 503 XP_009147075.2 WP_278631399.1 33.3 881 470 16 134 1009 19 786 5.24e-135 430 XP_009147075.2 WP_235126772.1 30.6 1005 544 25 134 1131 14 872 6.77e-131 419 XP_009147075.2 MBE5737882.1 27.1 995 554 24 149 1135 35 866 2.99e-97 328 XP_009147075.2 KAF5671546.1 30.4 884 523 23 145 985 183 1017 3.95e-95 329 XP_009147075.2 WP_019100427.1 25.0 747 450 23 208 942 117 765 1.22e-49 189 XP_009147075.2 WP_049009918.1 28.8 361 231 5 597 957 442 776 7.56e-42 164 XP_009147075.2 KAJ6994162.1 30.3 363 195 12 627 982 425 736 3.95e-30 127 XP_009147075.2 MBY0273331.1 26.8 426 251 13 136 554 7 378 5.26e-28 120 XP_009147075.2 WP_074319120.1 31.3 176 89 2 716 891 562 705 2.94e-17 85.5 MBQ69096.1 MBQ69096.1 100 294 0 0 1 294 1 294 4.05e-220 597 MBR7027046.1 MBR7027046.1 83.1 71 12 0 1 71 1 71 1.21e-36 115 WP_062689758.1 WP_062689758.1 94.5 291 16 0 1 291 1 291 5.88e-207 564 MBE6812365.1 MBE6812365.1 100 306 0 0 1 306 1 306 1.13e-232 630 NWX34570.1 NWX34570.1 100 529 0 0 1 529 1 529 0.0 1080 NWX34570.1 XP_037327098.1 28.4 384 246 8 138 508 120 487 1.03e-46 168 MBM7494038.1 MBM7494038.1 100 102 0 0 1 102 1 102 2.19e-71 206 WP_273138110.1 WP_273138110.1 100 290 0 0 1 290 1 290 7.51e-214 581 WP_273138110.1 MBQ9299122.1 36.9 65 40 1 1 65 1 64 3.93e-05 42.7 MCG6876547.1 MCG6876547.1 90.2 695 68 0 1 695 1 695 0.0 1224 MCG6876547.1 WP_251758029.1 27.7 498 310 17 8 490 6 468 8.34e-40 154 MCG6876547.1 MBK3574312.1 28.6 392 203 16 57 420 62 404 3.85e-27 115 WP_151856261.1 WP_151856261.1 94.6 336 18 0 1 336 1 336 3.81e-237 644 WP_151856261.1 WP_217736698.1 42.6 136 70 3 40 175 67 194 8.52e-32 119 XP_001454078.1 XP_001454078.1 98.3 630 11 0 1 630 1 630 0.0 1211 XP_001454078.1 WP_007356512.1 27.7 393 202 15 217 579 744 1084 3.76e-27 115 XP_001454078.1 WP_076194242.1 26.6 203 142 3 219 418 238 436 3.92e-21 95.1 XP_001454078.1 WP_232306300.1 25.1 442 265 18 207 626 841 1238 4.61e-21 96.7 XP_001454078.1 EDN57974.1 29.2 243 150 8 214 447 397 626 1.51e-19 91.7 XP_001454078.1 KFX48203.1 28.0 239 154 6 217 446 689 918 1.14e-18 89.0 XP_001454078.1 WP_257504872.1 34.6 127 75 6 326 450 408 528 7.02e-10 60.1 XP_001454078.1 WP_055029966.1 28.2 110 68 4 508 614 5 106 6.04e-04 40.8 KZD01260.1 KZD01260.1 100 176 0 0 1 176 1 176 1.05e-127 354 MBI0103662.1 MBI0103662.1 100 704 0 0 1 704 1 704 0.0 1447 MBI0103662.1 MBQ3724833.1 44.0 700 376 7 4 694 11 703 5.30e-213 613 MBI0103662.1 WP_193436854.1 33.0 182 112 7 315 495 14 186 4.51e-17 79.7 MBI0103662.1 WP_281675368.1 42.3 78 44 1 619 695 547 624 3.12e-13 71.2 MBI0103662.1 NLZ92879.1 44.4 72 40 0 621 692 5 76 1.58e-12 63.5 MCC5806595.1 MCC5806595.1 100 496 0 0 1 496 1 496 0.0 969 RLE74569.1 RLE74569.1 100 207 0 0 1 207 1 207 1.91e-152 419 RLE74569.1 MCD6156803.1 54.5 167 75 1 1 167 1 166 2.74e-57 177 WP_096665911.1 WP_096665911.1 97.8 491 11 0 1 491 1 491 0.0 929 WP_096665911.1 WP_243361436.1 37.8 429 260 2 59 482 54 480 2.02e-91 285 WP_096665911.1 MBT3784852.1 26.6 413 256 18 79 478 65 443 1.40e-21 96.3 WP_096665911.1 MBK3574312.1 27.5 316 218 9 55 365 56 365 1.47e-17 84.0 WP_096665911.1 EAZ5330394.1 25.1 391 256 14 110 475 101 479 4.09e-16 79.0 WP_096665911.1 YP_008379230.1 22.7 291 198 10 115 404 10 274 1.19e-10 61.2 WP_096665911.1 YP_007317140.1 26.5 215 125 9 109 314 1 191 1.40e-05 45.4 KAG5313265.1 KAG5313265.1 100 794 0 0 1 794 1 794 0.0 1674 CAF5110230.1 CAF5110230.1 100 106 0 0 15 120 15 120 9.23e-77 221 MBD5168133.1 MBD5168133.1 100 96 0 0 1 96 1 96 1.26e-65 191 QNU41032.1 QNU41032.1 100 941 0 0 1 941 1 941 0.0 1932 WP_190594466.1 WP_190594466.1 100 61 0 0 1 61 1 61 1.87e-40 124 UWG74403.1 UWG74403.1 100 469 0 0 1 469 1 469 0.0 936 UWG74403.1 XP_004466702.1 29.6 409 241 12 24 411 207 589 9.88e-48 172 UWG74403.1 EAJ4317745.1 30.2 417 238 16 29 411 5 402 1.02e-41 152 WP_015275782.1 WP_015275782.1 100 112 0 0 1 112 1 112 1.58e-80 229 CCO02790.1 CCO02790.1 89.2 166 18 0 1 166 1 166 7.13e-103 290 VVC94919.1 VVC94919.1 100 402 0 0 1 402 1 402 3.83e-309 832 WP_147958553.1 WP_147958553.1 96.6 387 13 0 1 387 1 387 1.30e-272 738 MBD5306941.1 MBD5306941.1 100 905 0 0 1 905 1 905 0.0 1918 MBD5306941.1 WP_250295751.1 50.2 926 409 9 3 903 4 902 0.0 931 GMH49846.1 GMH49846.1 95.2 1763 84 0 1 1763 1 1763 0.0 3425 NJP33277.1 NJP33277.1 95.2 292 14 0 1 292 1 292 4.80e-202 551 WP_227059655.1 WP_227059655.1 98.4 627 10 0 1 627 1 627 0.0 1251 WP_227059655.1 WP_192324556.1 59.2 620 245 2 10 621 3 622 3.73e-259 724 WP_227059655.1 RUU66461.1 48.1 393 187 3 224 616 2 377 1.01e-116 351 WP_227059655.1 WP_066083732.1 52.6 270 123 1 16 285 5 269 1.38e-89 280 WP_227059655.1 MBU5353226.1 49.0 263 133 1 317 579 4 265 1.84e-84 265 WP_227059655.1 GLY24463.1 45.8 312 146 4 17 311 4 309 6.55e-83 262 WP_227059655.1 WP_107894076.1 50.4 266 126 2 17 282 5 264 1.87e-82 261 WP_227059655.1 WP_131166802.1 49.4 271 130 3 16 285 4 268 6.16e-81 257 WP_227059655.1 MCP5262709.1 44.6 316 149 5 17 317 1 305 3.48e-77 247 WP_227059655.1 WP_098952357.1 47.1 261 137 1 317 576 3 263 3.51e-76 244 WP_227059655.1 WP_226904802.1 48.8 256 131 0 317 572 22 277 1.08e-74 241 WP_227059655.1 MBQ3864274.1 47.3 277 141 3 320 593 9 283 8.63e-74 238 WP_227059655.1 WP_142931103.1 28.8 520 305 17 17 534 3 459 2.39e-54 191 WP_227059655.1 QCM13287.1 40.7 263 144 4 16 278 8 258 9.84e-52 178 WP_227059655.1 MBP1876254.1 34.6 246 157 3 323 568 1 242 1.57e-39 147 WP_227059655.1 MWR41881.1 32.2 264 163 5 11 274 18 265 1.11e-31 122 WP_227059655.1 WP_176354145.1 33.3 228 144 4 341 568 18 237 3.60e-31 123 WP_227059655.1 WP_170725874.1 32.8 250 159 5 326 575 2 242 3.12e-30 120 WP_227059655.1 WP_150396769.1 27.0 530 295 19 35 546 38 493 6.17e-30 122 WP_227059655.1 OAN53756.1 30.8 279 166 10 2 276 1 256 1.16e-28 113 WP_227059655.1 WP_072380563.1 28.9 228 156 4 345 570 18 241 4.08e-24 100 WP_227059655.1 WP_258581409.1 28.2 238 158 4 333 570 12 236 5.63e-24 102 WP_227059655.1 WP_174822921.1 31.0 252 158 7 32 281 18 255 1.68e-23 98.6 WP_227059655.1 WP_207918089.1 29.6 267 155 9 18 275 6 248 2.34e-20 89.4 WP_227059655.1 MXP43753.1 31.5 248 152 8 32 275 25 258 1.28e-19 87.4 WP_227059655.1 WP_197521413.1 31.6 253 128 12 17 262 1 215 1.46e-18 84.7 WP_227059655.1 WP_158791585.1 28.3 251 156 8 32 275 15 248 2.99e-18 83.2 WP_227059655.1 MBC7326981.1 28.4 261 169 10 18 275 5 250 5.66e-18 82.4 WP_227059655.1 WP_247749043.1 28.3 240 135 8 331 556 369 585 7.56e-17 82.4 WP_227059655.1 EHH5649593.1 25.0 240 147 7 44 282 25 232 6.93e-16 77.0 WP_227059655.1 WP_281034490.1 44.9 69 37 1 215 282 1 69 2.21e-12 63.9 WP_227059655.1 WP_211555180.1 39.8 108 60 3 126 233 95 197 4.17e-12 64.7 WP_227059655.1 CDZ73727.1 26.3 232 136 6 17 247 1 198 2.06e-09 57.0 WP_227059655.1 WP_152652784.1 33.3 93 60 2 169 261 132 222 2.21e-04 42.0 WP_227059655.1 WP_041710957.1 25.9 85 59 1 170 254 94 174 2.39e-04 42.4 KHO46355.1 KHO46355.1 100 209 0 0 1 209 1 209 6.41e-161 441 QDT09879.1 QDT09879.1 100 118 0 0 1 118 1 118 8.95e-83 236 QDT09879.1 WP_139448115.1 49.2 118 60 0 1 118 1 118 6.13e-35 115 EXK83554.1 EXK83554.1 100 344 0 0 1 344 1 344 2.50e-271 731 EXK83554.1 WP_014217999.1 30.8 312 184 9 16 320 20 306 2.21e-33 124 EXK83554.1 HHZ84751.1 25.3 352 201 14 9 323 10 336 2.70e-14 71.2 MAO00220.1 MAO00220.1 100 119 0 0 1 119 1 119 5.58e-82 234 MAO00220.1 WP_011531028.1 46.6 116 57 2 1 116 7 117 6.39e-28 97.4 MBK7557264.1 MBK7557264.1 96.1 257 10 0 1 257 1 257 3.91e-179 491 MCH5225744.1 MCH5225744.1 100 139 0 0 1 139 1 139 1.09e-102 288 MBP7222158.1 MBP7222158.1 100 319 0 0 1 319 1 319 1.29e-240 651 MBP7222158.1 WP_124213670.1 41.2 228 134 0 11 238 139 366 3.94e-64 208 MBP7222158.1 WP_272906673.1 35.0 323 186 5 18 317 156 477 2.92e-62 203 MBP7222158.1 WP_175896721.1 40.2 244 141 1 6 244 152 395 1.74e-57 190 MBP7222158.1 WP_271786410.1 33.2 334 200 4 2 317 8 336 2.34e-57 187 MBP7222158.1 WP_278449211.1 33.8 302 191 4 14 313 157 451 1.71e-55 185 MBP7222158.1 WP_205173112.1 34.0 318 200 6 5 317 151 463 9.07e-55 183 WP_257939681.1 WP_257939681.1 98.8 421 5 0 1 421 1 421 0.0 870 KAI8972608.1 KAI8972608.1 84.9 298 45 0 1 298 1 298 8.88e-185 508 WP_253630899.1 WP_253630899.1 100 523 0 0 1 523 1 523 0.0 1095 WP_253630899.1 WP_125555296.1 29.4 528 291 17 41 497 6 522 8.64e-59 202 WP_253630899.1 VJO49958.1 29.3 535 296 17 43 513 9 525 1.61e-55 193 WP_253630899.1 HAN2236324.1 22.5 507 241 24 62 478 226 670 5.24e-16 79.3 WP_167581056.1 WP_167581056.1 97.0 570 17 0 24 593 24 593 0.0 1035 WP_209095964.1 WP_209095964.1 100 338 0 0 1 338 1 338 1.16e-248 673 WP_058561589.1 WP_058561589.1 95.5 222 10 0 1 222 1 222 1.61e-156 431 MCA9255001.1 MCA9255001.1 100 333 0 0 1 333 1 333 5.80e-260 701 WP_204287739.1 WP_204287739.1 85.7 258 37 0 1 258 1 258 1.30e-157 436 WP_065148066.1 WP_065148066.1 100 241 0 0 1 241 1 241 2.39e-181 495 WP_065148066.1 WP_123363258.1 51.9 189 79 3 34 220 28 206 1.35e-58 183 WP_098191572.1 WP_098191572.1 98.9 971 11 0 1 971 1 971 0.0 1953 WP_098191572.1 PIR55147.1 33.3 78 50 2 783 858 285 362 1.15e-04 44.3 URJ46333.1 URJ46333.1 100 273 0 0 1 273 1 273 2.51e-208 566 URJ46333.1 WP_087222948.1 26.3 278 186 6 1 269 1 268 6.72e-27 103 URJ46333.1 WP_165144904.1 29.2 281 177 5 6 267 3 280 1.95e-25 100 HDZ48353.1 HDZ48353.1 100 310 0 0 1 310 1 310 6.56e-234 634 HDZ48353.1 CAH0730513.1 31.7 104 61 3 42 142 59 155 2.66e-09 55.8 HDZ48353.1 MCR9147539.1 28.2 170 95 8 42 203 13 163 1.47e-06 47.0 WP_271243471.1 WP_271243471.1 100 357 0 0 1 357 1 357 7.76e-268 723 WP_271243471.1 WP_110358640.1 84.9 332 50 0 26 357 1 332 1.49e-211 580 WP_166360839.1 WP_166360839.1 100 259 0 0 1 259 1 259 4.85e-199 541 WP_137144119.1 WP_137144119.1 100 261 0 0 1 261 1 261 1.06e-194 530 WP_137144119.1 MCH7812019.1 39.6 164 94 2 100 259 285 447 2.15e-31 119 MBW4512449.1 MBW4512449.1 100 61 0 0 1 61 1 61 2.27e-41 127 GJD18679.1 GJD18679.1 100 388 0 0 1 388 1 388 7.51e-293 789 WP_099912534.1 WP_099912534.1 97.6 421 10 0 1 421 1 421 6.65e-306 825 WP_099912534.1 MBI1424129.1 54.5 407 181 3 1 407 1 403 1.85e-149 429 WP_179915466.1 WP_179915466.1 100 195 0 0 1 195 1 195 7.54e-144 396 MCL1962319.1 MCL1962319.1 100 94 0 0 13 106 13 106 4.51e-66 192 GKN74270.1 GKN74270.1 86.6 247 33 0 1 247 1 247 4.12e-144 401 WP_106777349.1 WP_106777349.1 100 115 0 0 1 115 1 115 2.81e-80 229 QUE11983.1 QUE11983.1 99.1 1270 11 0 1 1270 1 1270 0.0 2452 QUE11983.1 UHB14670.1 93.8 1273 74 3 1 1270 1 1271 0.0 2383 QUE11983.1 UIX40308.1 94.0 1273 71 3 1 1270 1 1271 0.0 2383 QUE11983.1 UBN63752.1 96.5 1270 44 0 1 1270 1 1270 0.0 2376 QUE11983.1 UDK40309.1 93.2 1273 81 3 1 1270 1 1271 0.0 2362 QUE11983.1 UYC71619.1 92.9 1271 86 2 1 1270 1 1268 0.0 2358 QUE11983.1 UPU53169.1 92.6 1273 88 3 1 1270 1 1270 0.0 2353 QUE11983.1 QUM20585.1 92.5 1272 93 1 1 1270 1 1272 0.0 2289 QUE11983.1 UGX22439.1 90.4 1273 117 3 1 1270 1 1271 0.0 2276 QUE11983.1 USL51576.1 89.6 1273 126 3 1 1270 1 1270 0.0 2258 QUE11983.1 QVX70521.1 90.6 1273 117 2 1 1270 1 1273 0.0 2214 QUE11983.1 QXI91160.1 88.9 1272 139 1 1 1270 1 1272 0.0 2132 QUE11983.1 UZH89542.1 86.4 1271 172 1 1 1270 1 1271 0.0 2122 QUE11983.1 UUS71569.1 68.8 1273 394 2 1 1270 1 1273 0.0 1491 QUE11983.1 UHK01047.1 64.0 1273 455 2 1 1270 1 1273 0.0 1329 NQT76827.1 NQT76827.1 100 164 0 0 1 164 1 164 4.38e-121 336 WP_274910452.1 WP_274910452.1 97.6 1109 27 0 1 1109 1 1109 0.0 2180 WP_274910452.1 WP_208665977.1 24.4 1089 709 27 80 1091 115 1166 2.25e-82 290 WP_208884269.1 WP_208884269.1 88.6 202 23 0 1 202 1 202 5.34e-127 354 AIR77599.1 AIR77599.1 100 447 0 0 1 447 1 447 0.0 909 AIR77599.1 BBG20955.1 35.3 468 261 8 1 445 23 471 1.84e-91 301 AIR77599.1 MBQ7389792.1 29.6 473 271 11 1 447 23 459 6.27e-53 189 AIR77599.1 WP_189931865.1 38.5 221 111 5 1 209 33 240 1.82e-39 150 AIR77599.1 ULU28230.1 27.3 161 104 2 55 215 57 204 5.35e-15 75.9 XP_049178823.1 XP_049178823.1 74.6 248 63 0 1 248 1 248 2.26e-123 349 WP_050657700.1 WP_050657700.1 100 246 0 0 1 246 1 246 1.18e-179 491 WP_173991185.1 WP_173991185.1 100 486 0 0 1 486 1 486 0.0 998 WP_173991185.1 KAF9419545.1 38.7 468 279 5 2 464 8 472 4.57e-99 305 OJW72254.1 OJW72254.1 100 579 0 0 1 579 1 579 0.0 1199 EFG1511687.1 EFG1511687.1 100 240 0 0 1 240 1 240 2.21e-181 495 KAF2864190.1 KAF2864190.1 100 429 0 0 1 429 1 429 0.0 902 KAA1446899.1 KAA1446899.1 100 103 0 0 1 103 1 103 5.99e-74 212 KAA1446899.1 WP_277108398.1 82.5 103 18 0 1 103 248 350 9.23e-61 191 KPU83403.1 KPU83403.1 100 150 0 0 19 168 19 168 5.66e-110 308 WP_279687934.1 WP_279687934.1 100 410 0 0 1 410 1 410 9.65e-298 803 MCS5932532.1 MCS5932532.1 92.5 134 10 0 1 134 1 134 1.64e-88 251 WP_106546380.1 WP_106546380.1 100 508 0 0 1 508 1 508 0.0 1057 WP_106546380.1 MBD2210269.1 57.7 508 211 3 1 506 1 506 1.02e-208 587 WP_106546380.1 MBF1128433.1 33.3 318 176 12 6 311 2 295 7.83e-36 139 WP_106546380.1 XP_021765438.1 33.8 222 118 7 16 229 597 797 2.30e-20 93.2 WP_106546380.1 WP_271931007.1 30.7 251 126 10 9 228 656 889 5.96e-16 79.3 WP_106546380.1 KZT58963.1 30.2 222 126 10 19 228 1083 1287 3.08e-13 70.9 WP_106546380.1 XP_048379117.1 27.6 225 134 10 14 232 257 458 5.86e-12 66.2 WP_106546380.1 UZO03952.1 24.3 263 158 11 63 315 36 267 7.21e-07 49.3 WP_106546380.1 RIB10989.1 38.7 62 33 3 170 228 6 65 2.01e-04 40.8 WP_231085688.1 WP_231085688.1 90.3 400 39 0 1 400 1 400 4.35e-257 700 WP_033131454.1 WP_033131454.1 100 131 0 0 1 131 1 131 1.79e-95 269 WP_164228299.1 WP_164228299.1 100 54 0 0 1 54 1 54 1.04e-34 109 WP_249510290.1 WP_249510290.1 98.6 586 8 0 1 586 1 586 0.0 1159 CAF0807478.1 CAF0807478.1 100 368 0 0 1 368 1 368 1.04e-282 762 WP_119344914.1 WP_119344914.1 100 705 0 0 1 705 1 705 0.0 1434 WP_119344914.1 WP_047594685.1 31.0 713 429 19 45 705 106 807 1.52e-77 263 WP_119344914.1 OGU48181.1 38.3 115 63 4 72 186 73 179 2.96e-12 68.2 WP_119344914.1 MCC6600438.1 33.6 110 64 7 78 186 57 158 2.37e-07 52.4 WP_020497701.1 WP_020497701.1 100 140 0 0 1 140 1 140 4.63e-100 281 WP_242685612.1 WP_242685612.1 98.7 867 11 0 1 867 1 867 0.0 1787 WP_242685612.1 WP_202291019.1 59.3 824 331 4 17 837 15 837 0.0 1055 WP_242685612.1 EBS3704194.1 50.6 813 385 6 38 834 33 844 9.80e-305 859 WP_242685612.1 ECD4982842.1 50.6 813 385 6 38 834 33 844 1.39e-304 859 WP_242685612.1 WP_237762402.1 38.7 653 376 13 20 656 6 650 3.85e-138 424 WP_242685612.1 WP_222168304.1 29.0 831 540 24 38 836 31 843 6.04e-90 301 UNP33456.1 UNP33456.1 94.9 312 16 0 1 312 1 312 3.17e-217 592 UNP33456.1 ADJ57888.1 73.6 303 80 0 9 311 1 303 3.23e-167 467 UNP33456.1 AXB40829.1 71.2 302 87 0 10 311 1 302 1.95e-160 449 UNP33456.1 BAI82636.1 71.8 206 58 0 72 277 1 206 2.32e-108 312 UNP33456.1 QYT38722.1 42.1 221 126 2 72 290 40 260 1.41e-52 172 KAE8355151.1 KAE8355151.1 98.2 544 10 0 1 544 1 544 0.0 1099 KAE8355151.1 EJG1264510.1 26.5 434 275 13 102 523 43 444 1.24e-35 137 KAE8355151.1 XP_023028205.1 23.0 435 289 17 96 515 28 431 5.59e-16 78.6 WP_026718622.1 WP_026718622.1 100 249 0 0 1 249 1 249 5.86e-186 507 XP_028939562.1 XP_028939562.1 96.8 349 11 0 1 349 1 349 1.43e-259 702 NRB18267.1 NRB18267.1 100 324 0 0 1 324 1 324 1.45e-244 662 NRB18267.1 WP_244200682.1 43.3 298 158 5 14 302 4 299 6.02e-78 239 WP_041710957.1 WP_041710957.1 100 556 0 0 1 556 1 556 0.0 1101 WP_041710957.1 WP_105160947.1 27.3 556 300 16 6 491 6 527 2.75e-49 178 WP_041710957.1 MCH5231772.1 25.8 558 306 14 3 487 1 523 7.56e-44 162 WP_041710957.1 WP_089095302.1 24.6 562 315 13 1 490 1 525 1.07e-42 160 WP_041710957.1 WP_173040157.1 23.9 532 322 16 3 487 4 499 1.41e-42 159 WP_041710957.1 MYD56339.1 30.1 259 148 7 24 255 27 279 1.53e-25 106 WP_041710957.1 WP_071876418.1 27.4 413 225 16 98 479 142 510 1.45e-14 74.7 WP_041710957.1 WP_152652784.1 26.8 190 115 8 290 456 6 194 1.11e-11 64.3 WP_041710957.1 WP_089246429.1 24.0 225 128 9 294 480 9 228 9.07e-09 56.2 WP_041710957.1 EHR6291555.1 24.4 201 109 8 286 454 2 191 6.80e-08 53.5 WP_041710957.1 WP_281543397.1 24.2 194 97 7 33 182 19 206 7.92e-08 52.4 WP_041710957.1 MCF7808720.1 23.5 230 105 8 3 172 6 224 8.60e-08 51.6 WP_041710957.1 WP_107894076.1 32.9 85 53 2 94 174 152 236 5.26e-07 50.1 WP_041710957.1 MCC6044083.1 24.8 238 121 10 36 220 40 272 6.60e-07 49.7 WP_041710957.1 MBT4161918.1 30.0 80 51 2 98 173 147 225 8.93e-07 48.5 WP_041710957.1 WP_221265680.1 20.3 212 127 5 3 173 19 229 2.17e-06 48.1 WP_041710957.1 WP_192324556.1 18.2 424 266 17 94 477 166 548 2.57e-06 48.5 WP_041710957.1 MBQ4383193.1 30.9 81 51 2 98 174 143 222 3.89e-06 46.6 WP_041710957.1 WP_066083732.1 33.3 81 50 2 98 174 158 238 5.24e-06 47.0 WP_041710957.1 MCP5262709.1 27.1 85 58 2 94 174 147 231 6.41e-05 43.5 WP_041710957.1 GLY24463.1 24.7 85 60 1 94 174 151 235 1.13e-04 42.7 WP_041710957.1 WP_150396769.1 22.5 218 135 9 289 475 24 238 1.98e-04 42.4 WP_041710957.1 WP_227059655.1 25.9 85 59 1 94 174 170 254 2.79e-04 42.0 WP_164942207.1 WP_164942207.1 100 141 0 0 1 141 1 141 9.31e-105 293 WP_169394925.1 WP_169394925.1 82.1 319 57 0 1 319 1 319 3.99e-180 498 WP_200037957.1 WP_200037957.1 99.1 1380 13 0 1 1380 1 1380 0.0 2773 WP_200037957.1 MBQ1868746.1 30.2 437 274 12 961 1376 211 637 1.18e-45 174 WP_200037957.1 WP_138482356.1 32.9 368 218 13 1020 1368 417 774 3.16e-34 140 WP_200037957.1 WP_212961195.1 29.0 403 238 7 1011 1368 419 818 5.69e-34 140 WP_200037957.1 WP_007356512.1 27.1 409 255 8 1004 1376 731 1132 2.69e-33 138 WP_200037957.1 WP_076194242.1 33.9 227 137 6 1020 1240 239 458 5.31e-27 114 WP_200037957.1 KFX48203.1 32.9 249 148 8 1000 1235 672 914 5.81e-26 114 WP_200037957.1 WP_249930443.1 27.0 233 161 4 1140 1367 287 515 6.10e-15 77.8 WP_200037957.1 HAV2038468.1 22.7 269 184 9 984 1246 354 604 3.27e-10 62.8 AUW90066.1 AUW90066.1 100 169 0 0 1 169 1 169 6.42e-130 359 AUW90066.1 MBP1550239.1 31.1 122 65 4 47 167 53 156 1.13e-09 54.3 MBE0362647.1 MBE0362647.1 100 101 0 0 1 101 1 101 4.26e-73 210 EET4312562.1 EET4312562.1 93.7 572 36 0 1 572 1 572 0.0 1062 EET4312562.1 MCB9490987.1 33.9 413 265 5 4 412 3 411 7.44e-61 211 WP_179444023.1 WP_179444023.1 96.1 259 10 0 1 259 1 259 7.76e-171 470 CAH8385548.1 CAH8385548.1 100 80 0 0 1 80 1 80 1.84e-53 159 XP_046441060.1 XP_046441060.1 87.2 868 111 0 1 868 1 868 0.0 1519 XP_046441060.1 XP_020321477.1 50.5 875 244 18 54 868 46 791 4.42e-269 765 XP_046441060.1 PKU40490.1 50.0 188 92 2 59 244 14 201 3.40e-60 202 XP_046441060.1 KAG1590416.1 36.1 252 157 4 50 300 69 317 2.00e-48 175 XP_046441060.1 XP_030620685.1 34.2 263 161 7 59 312 94 353 6.88e-45 166 XP_046441060.1 XP_048216280.1 33.8 269 159 7 61 312 20 286 3.60e-43 160 XP_046441060.1 XP_029528577.1 37.6 221 134 3 61 278 30 249 3.73e-40 150 XP_046441060.1 XP_048379117.1 33.1 281 171 6 41 312 244 516 2.45e-37 146 XP_046441060.1 KAJ7903702.1 29.4 248 169 3 58 300 20 266 6.16e-33 131 XP_046441060.1 EYU24504.1 28.4 292 155 6 42 300 174 444 2.42e-30 125 XP_046441060.1 KRX90811.1 28.8 302 139 7 55 328 164 417 6.65e-29 120 XP_046441060.1 XP_047334060.1 33.7 205 127 6 61 258 17 219 5.92e-28 119 XP_046441060.1 KZT58963.1 28.0 261 172 5 67 312 1084 1343 8.39e-27 116 XP_046441060.1 XP_006969978.1 32.6 218 139 6 60 273 69 282 1.84e-26 109 XP_046441060.1 MBF1128433.1 31.2 218 146 3 60 274 9 225 1.11e-25 111 XP_046441060.1 XP_043377824.1 26.7 307 194 11 59 343 23 320 1.03e-23 106 XP_046441060.1 KAI3849778.1 32.0 200 117 12 67 254 501 693 6.43e-15 77.4 XP_046441060.1 KAI9912466.1 27.1 199 131 5 61 248 28 223 1.90e-12 68.2 XP_046441060.1 NJK67049.1 28.8 132 90 3 129 257 117 247 1.10e-10 63.2 CAH9078713.1 CAH9078713.1 91.2 262 23 0 1 262 1 262 5.28e-175 481 WP_268012811.1 WP_268012811.1 100 108 0 0 1 108 1 108 1.55e-76 219 PIY03328.1 PIY03328.1 100 69 0 0 1 69 1 69 1.43e-43 133 HIA35646.1 HIA35646.1 98.0 601 12 0 1 601 1 601 0.0 1196 HIA35646.1 WP_218014032.1 22.8 540 344 19 62 586 49 530 3.88e-23 101 TFV00908.1 TFV00908.1 93.5 154 10 0 1 154 1 154 1.61e-100 283 TFV00908.1 CQR41738.1 46.6 146 77 1 1 145 23 168 8.95e-39 135 WP_103216576.1 WP_103216576.1 100 426 0 0 1 426 1 426 0.0 871 MBG9445742.1 MBG9445742.1 100 215 0 0 1 215 1 215 7.11e-152 418 MBG9445742.1 WP_041580422.1 41.1 202 116 1 12 210 9 210 9.05e-53 167 MBG9445742.1 WP_110808154.1 37.9 203 124 1 12 212 13 215 1.08e-37 129 MBG9445742.1 MCO5064371.1 31.9 229 132 2 7 211 36 264 2.64e-35 124 MBG9445742.1 WP_012568269.1 32.8 186 116 2 17 193 157 342 3.38e-23 94.0 MBG9445742.1 WP_224458015.1 31.4 159 104 1 17 170 157 315 1.03e-19 84.3 XP_037827647.1 XP_037827647.1 100 690 0 0 1 690 1 690 0.0 1432 XP_037827647.1 KAF0292372.1 22.1 231 164 3 196 419 8 229 4.39e-08 54.7 WP_073312722.1 WP_073312722.1 97.2 353 10 0 1 353 1 353 2.78e-259 701 MAR88726.1 MAR88726.1 100 210 0 0 1 210 1 210 1.10e-157 432 MBM4836391.1 MBM4836391.1 100 396 0 0 1 396 1 396 4.57e-298 803 MBM4836391.1 MBK7837454.1 37.2 282 168 5 44 320 28 305 2.59e-51 172 MBM4836391.1 WP_063417119.1 34.2 330 198 6 23 340 456 778 1.16e-48 175 MBM4836391.1 WP_232553043.1 35.0 234 145 6 87 315 67 298 3.58e-33 126 KAF0756529.1 KAF0756529.1 100 210 0 0 1 210 1 210 7.77e-158 433 WP_056610248.1 WP_056610248.1 95.9 534 22 0 1 534 1 534 0.0 1019 WP_056610248.1 MBL6706528.1 25.9 557 292 21 29 511 7 516 3.89e-25 107 WP_056610248.1 MBN2666786.1 30.4 250 151 8 275 518 55 287 4.24e-22 96.7 MBU2271834.1 MBU2271834.1 100 306 0 0 1 306 1 306 9.77e-243 655 MBU2271834.1 KAA0015115.1 29.7 306 195 11 4 306 23 311 5.39e-29 111 CEH30391.1 CEH30391.1 100 509 0 0 1 509 1 509 0.0 1062 WP_162756046.1 WP_162756046.1 100 677 0 0 1 677 1 677 0.0 1459 WP_271629396.1 WP_271629396.1 100 375 0 0 1 375 1 375 6.05e-281 758 EBU9231875.1 EBU9231875.1 96.4 420 15 0 1 420 1 420 3.05e-306 826 EBU9231875.1 HJE10580.1 53.4 416 185 4 6 418 11 420 4.68e-144 415 WP_169053012.1 WP_169053012.1 100 184 0 0 1 184 1 184 1.22e-130 362 WP_223695792.1 WP_223695792.1 98.6 1178 16 0 1 1178 1 1178 0.0 2397 WP_223695792.1 WP_278906630.1 20.8 790 487 30 20 754 19 724 5.10e-15 78.6 WP_092696504.1 WP_092696504.1 100 188 0 0 1 188 1 188 3.22e-137 379 WP_014814721.1 WP_014814721.1 91.5 457 39 0 1 457 1 457 3.30e-306 829 KAG2712649.1 KAG2712649.1 99.1 921 8 0 1 921 1 921 0.0 1903 WP_045961551.1 WP_045961551.1 100 196 0 0 1 196 1 196 2.53e-147 405 WP_166690114.1 WP_166690114.1 100 78 0 0 1 78 1 78 2.27e-53 158 MBQ8778157.1 MBQ8778157.1 100 397 0 0 1 397 1 397 2.56e-300 809 NVK26228.1 NVK26228.1 89.9 496 50 0 1 496 1 496 0.0 902 NVK26228.1 WP_043343784.1 30.5 466 269 11 38 472 74 515 5.28e-65 218 MBR5140322.1 MBR5140322.1 100 171 0 0 1 171 1 171 1.97e-116 325 MBR5140322.1 MCI8272365.1 37.9 174 77 6 6 163 1 159 7.61e-22 85.9 WP_275196335.1 WP_275196335.1 100 319 0 0 1 319 1 319 2.82e-244 660 WP_275196335.1 MCD6306959.1 24.5 273 189 6 34 296 41 306 9.62e-16 75.1 WP_078747788.1 WP_078747788.1 81.7 126 23 0 1 126 1 126 4.84e-65 199 GAA38267.2 GAA38267.2 100 492 0 0 1 492 1 492 0.0 1031 GAA38267.2 XP_011822310.1 38.3 248 124 8 259 488 38 274 1.29e-41 148 GAA38267.2 KAH8394604.1 31.5 251 150 11 248 487 12 251 1.03e-26 107 GAA38267.2 XP_017076166.2 29.8 208 125 7 286 487 77 269 6.09e-14 70.5 WP_169999893.1 WP_169999893.1 100 237 0 0 1 237 1 237 1.01e-171 470 MCI5668237.1 MCI5668237.1 100 352 0 0 1 352 1 352 4.01e-272 734 MCD6173453.1 MCD6173453.1 100 307 0 0 1 307 1 307 1.07e-217 592 MCD6173453.1 KOR85988.1 27.4 329 184 6 7 306 10 312 7.53e-27 108 MCD6173453.1 WP_178999808.1 22.6 336 214 8 5 306 20 343 1.80e-14 72.0 EFS8130303.1 EFS8130303.1 100 472 0 0 1 472 1 472 0.0 962 EFS8130303.1 ECP6736894.1 95.3 344 16 0 1 344 1 344 1.12e-250 684 EFS8130303.1 PJQ02245.1 33.9 434 271 8 40 461 49 478 9.00e-70 232 EFS8130303.1 EJA9392162.1 39.2 265 141 6 208 458 9 267 2.50e-49 168 EFS8130303.1 EAL1671435.1 40.1 237 130 5 234 461 1 234 3.71e-41 150 EFS8130303.1 WP_181244664.1 31.2 138 90 2 233 369 198 331 5.76e-11 62.0 WP_145141753.1 WP_145141753.1 100 302 0 0 1 302 1 302 2.35e-223 606 MCE7698179.1 MCE7698179.1 100 396 0 0 1 396 1 396 2.08e-294 794 MCE7698179.1 WP_013632646.1 33.5 409 255 6 1 395 223 628 5.44e-62 211 MCE7698179.1 OFX32653.1 30.8 380 241 7 30 395 80 451 1.17e-51 181 MCE7698179.1 WP_278631399.1 30.8 273 151 8 53 295 100 364 5.40e-21 93.6 MCE7698179.1 MBE5737882.1 28.4 268 153 11 70 305 128 388 5.16e-11 62.8 MCE7698179.1 KAF5671546.1 26.9 238 139 5 70 273 286 522 1.75e-10 61.2 WP_149397594.1 WP_149397594.1 98.2 565 10 0 1 565 1 565 0.0 1130 WP_149397594.1 WP_139032727.1 34.4 558 343 8 1 538 3 557 6.48e-111 341 XP_020949431.1 XP_020949431.1 100 100 0 0 1 100 1 100 6.58e-72 207 WP_254406115.1 WP_254406115.1 89.2 333 36 0 1 333 1 333 3.15e-207 568 MBB2072367.1 MBB2072367.1 100 17 0 0 1 17 1 17 1.44e-07 38.9 WP_194546214.1 WP_194546214.1 77.5 169 38 0 1 169 1 169 4.90e-84 243 WP_267353308.1 WP_267353308.1 100 542 0 0 1 542 1 542 0.0 1076 WP_267353308.1 TCK28839.1 29.2 137 95 1 163 297 52 188 8.93e-11 61.6 XP_029860665.1 XP_029860665.1 88.6 772 88 0 1 772 1 772 0.0 1296 WP_137264191.1 WP_137264191.1 100 401 0 0 1 401 1 401 5.70e-315 846 WP_227413069.1 WP_227413069.1 100 116 0 0 1 116 1 116 1.18e-86 245 MBU2643279.1 MBU2643279.1 100 246 0 0 1 246 1 246 1.28e-183 501 WP_021391773.1 WP_021391773.1 97.6 416 10 0 1 416 1 416 1.27e-296 801 MCH7812019.1 MCH7812019.1 100 453 0 0 1 453 1 453 0.0 912 MCH7812019.1 WP_137144119.1 39.6 164 94 2 285 447 100 259 3.74e-31 119 WP_059812501.1 WP_059812501.1 98.8 730 9 0 1 730 1 730 0.0 1469 WP_059812501.1 WP_254467474.1 26.0 693 424 25 54 704 106 751 4.08e-42 162 WP_059812501.1 WP_267184195.1 23.5 672 384 31 76 704 35 619 1.97e-05 46.2 WP_059812501.1 WP_222018129.1 21.1 251 149 9 153 374 104 334 1.33e-04 43.5 WP_059812501.1 OGU48181.1 37.9 66 28 3 143 198 117 179 4.06e-04 42.0 MBQ3958696.1 MBQ3958696.1 100 289 0 0 1 289 1 289 2.86e-222 602 WP_017034258.1 WP_017034258.1 100 57 0 0 1 57 1 57 5.41e-36 113 WP_257733866.1 WP_257733866.1 100 228 0 0 1 228 1 228 3.26e-168 461 HBR2011202.1 HBR2011202.1 100 404 0 0 1 404 1 404 3.03e-307 827 WP_053594912.1 WP_053594912.1 100 142 0 0 1 142 1 142 8.93e-99 278 DAS28513.1 DAS28513.1 100 46 0 0 1 46 1 46 2.65e-27 90.5 WP_075938258.1 WP_075938258.1 100 198 0 0 1 198 1 198 2.24e-142 393 CAD6215318.1 CAD6215318.1 87.7 162 20 0 1 162 1 162 1.02e-100 285 KAH9898930.1 KAH9898930.1 100 98 0 0 1 98 1 98 2.52e-66 192 WP_151434014.1 WP_151434014.1 100 312 0 0 1 312 1 312 1.12e-226 615 WP_151434014.1 WP_099711363.1 31.7 322 183 15 1 300 1 307 9.02e-28 108 MBK7764469.1 MBK7764469.1 100 96 0 0 1 96 1 96 1.36e-69 201 WP_271786410.1 WP_271786410.1 100 344 0 0 1 344 1 344 4.79e-260 702 WP_271786410.1 WP_164653811.1 40.7 337 173 7 8 344 167 476 1.40e-62 205 WP_271786410.1 WP_175896721.1 46.0 237 124 1 4 236 144 380 2.16e-60 199 WP_271786410.1 WP_205173112.1 34.7 337 199 6 8 340 148 467 3.88e-59 196 WP_271786410.1 KNY10996.1 40.6 254 140 3 32 285 18 260 8.63e-58 187 WP_271786410.1 MBP7222158.1 33.2 334 200 4 8 336 2 317 2.52e-57 187 WP_271786410.1 WP_272906673.1 38.8 340 195 6 8 336 140 477 4.42e-57 191 WP_271786410.1 MCH3963123.1 34.3 210 113 9 33 230 153 349 1.53e-24 103 NXV43694.1 NXV43694.1 100 86 0 0 1 86 1 86 5.07e-56 166 XP_002688837.2 XP_002688837.2 93.5 307 20 0 1 307 1 307 4.72e-221 601 XP_002688837.2 XP_012889676.1 59.7 303 122 0 1 303 1 303 7.28e-132 375 XP_002688837.2 AAR19565.1 56.9 218 94 0 64 281 1 218 8.22e-87 258 XP_002688837.2 XP_034290446.1 42.4 309 168 4 1 303 1 305 3.18e-79 242 XP_002688837.2 XP_042531659.1 41.6 305 176 2 1 304 1 304 9.71e-78 238 XP_002688837.2 XP_054446685.1 36.6 303 192 0 3 305 1 303 4.06e-71 221 XP_002688837.2 XP_005087540.1 37.9 298 185 0 9 306 9 306 1.51e-66 209 XP_002688837.2 XP_049747270.1 36.4 275 170 4 35 306 37 309 2.51e-51 170 XP_002688837.2 XP_046298169.1 33.9 283 182 2 21 298 20 302 7.17e-51 169 MCH8328754.1 MCH8328754.1 100 239 0 0 1 239 1 239 1.01e-181 496 MCH8328754.1 WP_127979673.1 41.8 225 130 1 5 229 1 224 5.66e-64 197 WP_256153163.1 WP_256153163.1 100 81 0 0 1 81 1 81 2.13e-57 169 MBS0394142.1 MBS0394142.1 100 348 0 0 1 348 1 348 1.38e-261 707 MCS7028162.1 MCS7028162.1 100 487 0 0 1 487 1 487 0.0 988 MCS7028162.1 PBJ84576.1 31.9 91 55 3 333 416 454 544 9.15e-07 49.7 WP_255602293.1 WP_255602293.1 92.0 535 43 0 1 535 1 535 0.0 1008 WP_255602293.1 RQL72805.1 35.5 512 293 10 29 532 21 503 3.30e-100 310 WP_255602293.1 WP_226276978.1 35.1 496 294 6 20 514 13 481 4.79e-100 310 WP_255602293.1 WP_197332010.1 32.1 504 306 10 36 528 25 503 1.94e-74 243 WP_255602293.1 KAG8816705.1 34.7 170 110 1 32 201 65 233 1.24e-22 95.1 WP_255602293.1 WP_185921121.1 22.9 441 328 6 24 461 11 442 1.21e-21 96.3 KAJ0315765.1 KAJ0315765.1 98.1 572 11 0 1 572 1 572 0.0 1141 WP_237526657.1 WP_237526657.1 100 185 0 0 1 185 1 185 1.53e-129 359 WP_213162342.1 WP_213162342.1 100 202 0 0 1 202 1 202 9.08e-144 397 XP_033573598.1 XP_033573598.1 93.2 368 25 0 1 368 1 368 1.04e-257 699 WP_058258401.1 WP_058258401.1 100 431 0 0 1 431 1 431 0.0 878 WP_187935882.1 WP_187935882.1 97.1 340 10 0 1 340 1 340 1.47e-252 683 WP_187935882.1 WP_139989153.1 61.9 344 121 3 4 339 1 342 7.95e-149 421 MCM8621761.1 MCM8621761.1 100 1149 0 0 1 1149 1 1149 0.0 2395 MCM8621761.1 NTZ64221.1 34.1 1184 666 27 25 1143 3 1137 1.34e-184 569 MCM8621761.1 WP_279059865.1 34.5 1104 621 34 50 1113 34 1075 1.31e-165 518 WP_146809086.1 WP_146809086.1 100 63 0 0 1 63 1 63 1.56e-42 130 KAF3694195.1 KAF3694195.1 93.4 1066 70 0 1 1066 1 1066 0.0 1961 KAF3694195.1 XP_035385791.1 31.3 1732 461 29 1 1066 1 1670 2.50e-190 595 WP_276247412.1 WP_276247412.1 85.9 85 12 0 1 85 1 85 4.06e-48 145 GKN64987.1 GKN64987.1 100 118 0 0 1 118 1 118 3.79e-84 239 PTX11617.1 PTX11617.1 100 498 0 0 1 498 1 498 0.0 1015 WP_045070942.1 WP_045070942.1 98.4 875 14 0 1 875 1 875 0.0 1798 WP_015873926.1 WP_015873926.1 100 363 0 0 1 363 1 363 1.00e-282 761 EJA2215897.1 EJA2215897.1 100 232 0 0 1 232 1 232 1.90e-178 487 KAF2888908.1 KAF2888908.1 100 158 0 0 1 158 1 158 7.63e-110 307 NWU56530.1 NWU56530.1 100 1182 0 0 1 1182 1 1182 0.0 2446 WP_210028065.1 WP_210028065.1 100 168 0 0 1 168 1 168 6.40e-116 323 WP_211746996.1 WP_211746996.1 100 376 0 0 1 376 1 376 1.23e-285 770 WP_211746996.1 VRK55480.1 57.4 141 57 3 1 139 1 140 2.15e-52 169 WP_211746996.1 MCR4780139.1 25.5 294 190 6 5 274 6 294 2.07e-16 78.2 XP_040023426.1 XP_040023426.1 100 325 0 0 1 325 1 325 1.52e-251 679 AXC70826.1 AXC70826.1 100 60 0 0 1 60 1 60 8.34e-39 120 MBR6853793.1 MBR6853793.1 100 454 0 0 1 454 1 454 0.0 942 WP_153262038.1 WP_153262038.1 96.9 454 14 0 1 454 1 454 0.0 916 WP_153262038.1 WP_132575460.1 23.9 305 186 15 66 353 51 326 1.76e-04 42.0 MCA4896083.1 MCA4896083.1 100 362 0 0 1 362 1 362 7.52e-273 736 PZW62518.1 PZW62518.1 100 123 0 0 1 123 1 123 7.22e-89 251 ROR98276.1 ROR98276.1 100 136 0 0 1 136 1 136 1.40e-99 280 XP_025769677.1 XP_025769677.1 96.7 452 15 0 1 452 1 452 0.0 892 WP_016669239.1 WP_016669239.1 100 224 0 0 1 224 1 224 3.54e-170 465 MCB1271755.1 MCB1271755.1 100 174 0 0 1 174 1 174 1.50e-126 351 AFV39595.1 AFV39595.1 100 1000 0 0 1 1000 1 1000 0.0 2060 AFV39595.1 ACY29573.1 91.3 435 38 0 54 488 1 435 3.76e-298 830 AFV39595.1 QWY38042.1 94.8 400 21 0 54 453 1 400 5.32e-286 797 AFV39595.1 AFJ09957.1 91.8 413 34 0 54 466 1 413 3.04e-281 786 AFV39595.1 UZY22531.1 99.4 341 2 0 660 1000 1 341 6.79e-250 703 AFV39595.1 ACH90072.1 88.5 373 42 1 33 405 9 380 2.01e-244 691 AFV39595.1 BAO11608.1 92.0 339 27 0 54 392 1 339 1.84e-233 661 AFV39595.1 AVA00513.1 90.6 339 32 0 54 392 1 339 1.19e-231 656 AFV39595.1 BAO23243.1 92.1 343 27 0 54 396 1 343 1.39e-231 656 AFV39595.1 AOW36968.1 89.8 333 34 0 70 402 1 333 1.89e-223 635 AFV39595.1 AOW33101.1 94.7 318 17 0 70 387 1 318 1.40e-221 630 AFV39595.1 ACV16867.1 92.7 301 22 0 153 453 1 301 8.88e-204 583 AFV39595.1 ARR91819.1 85.9 306 42 1 54 358 1 306 9.56e-185 535 AFV39595.1 ADB27070.1 93.3 210 14 0 190 399 1 210 3.64e-141 419 AFV39595.1 ABJ92889.1 75.0 96 24 0 57 152 1 96 1.27e-44 154 WP_123749269.1 WP_123749269.1 100 130 0 0 1 130 1 130 4.95e-97 273 EFX79048.1 EFX79048.1 86.9 845 111 0 1 845 1 845 0.0 1489 NNE87648.1 NNE87648.1 100 464 0 0 1 464 1 464 0.0 954 NNE87648.1 WP_145616262.1 57.1 466 196 3 1 463 1 465 5.13e-183 518 NNE87648.1 WP_024330540.1 37.0 479 277 9 1 462 1 471 2.96e-90 281 NNE87648.1 MYE57211.1 47.5 200 100 2 6 205 7 201 1.89e-53 176 NNE87648.1 DAZ71054.1 35.0 297 156 10 2 267 33 323 2.43e-43 155 NNE87648.1 CSP94261.1 36.5 222 123 6 4 222 17 223 1.77e-32 122 PZO34543.1 PZO34543.1 100 253 0 0 1 253 1 253 1.61e-185 506 VDK55583.1 VDK55583.1 100 226 0 0 1 226 1 226 7.97e-175 478 XP_023822602.1 XP_023822602.1 100 578 0 0 1 578 1 578 0.0 1189 XP_023822602.1 KAB0382747.1 47.8 383 199 1 192 574 312 693 7.25e-128 392 XP_023822602.1 XP_017706045.1 44.2 387 215 1 192 578 322 707 3.84e-116 359 XP_023822602.1 XP_044902674.1 45.1 384 209 2 192 574 200 582 2.07e-114 353 XP_023822602.1 EFB15155.1 43.2 301 170 1 254 554 298 597 1.52e-73 244 XP_023822602.1 PVD36313.1 32.3 300 184 5 273 565 548 835 6.39e-43 163 XP_023822602.1 XP_047491136.1 47.3 131 69 0 443 573 829 959 3.23e-34 137 XP_023822602.1 XP_013164386.1 28.9 197 135 4 330 525 331 523 5.96e-21 94.7 XP_023822602.1 WAR09170.1 30.9 152 72 3 294 430 17 150 1.58e-14 71.6 XP_023822602.1 XP_028733567.1 45.1 51 28 0 443 493 130 180 7.21e-08 53.9 WP_126376486.1 WP_126376486.1 100 285 0 0 1 285 1 285 7.85e-218 591 WP_126376486.1 RUM56169.1 28.1 242 169 4 27 267 14 251 3.21e-25 99.4 MBT4259311.1 MBT4259311.1 97.5 399 10 0 1 399 1 399 2.53e-292 789 WP_069580620.1 WP_069580620.1 97.5 401 10 0 1 401 1 401 2.43e-291 786 MBR4681128.1 MBR4681128.1 100 178 0 0 1 178 1 178 4.28e-128 355 WP_128788759.1 WP_128788759.1 100 201 0 0 1 201 1 201 1.84e-147 406 WP_128788759.1 OGO39675.1 48.8 203 99 2 3 201 6 207 1.31e-67 204 WP_128788759.1 WP_215615491.1 47.4 196 101 2 5 199 25 219 2.85e-57 178 KAJ1174213.1 KAJ1174213.1 100 216 0 0 1 216 1 216 5.45e-161 441 MBO8485404.1 MBO8485404.1 98.9 831 9 0 1 831 1 831 0.0 1644 MBO8485404.1 WP_125260587.1 31.7 949 508 12 9 831 2 936 1.30e-155 477 MBO8485404.1 MBU22120.1 31.9 997 464 18 11 831 12 969 1.29e-151 468 MBO8485404.1 WP_158347019.1 33.3 839 482 19 12 816 6 800 2.87e-147 451 MBO8485404.1 MCD6199266.1 30.6 833 523 17 19 821 14 821 3.62e-111 357 MBO8485404.1 WP_253620872.1 26.3 327 189 11 296 619 145 422 6.30e-19 90.5 MBO8485404.1 WP_185334683.1 26.6 184 119 8 379 558 141 312 2.56e-10 62.0 MBO8485404.1 WP_256546297.1 31.4 121 72 5 702 820 148 259 2.85e-07 51.2 WP_228961807.1 WP_228961807.1 100 388 0 0 1 388 1 388 1.30e-293 791 WP_228961807.1 WP_244349102.1 30.7 332 153 9 1 262 1 325 4.46e-36 135 WP_141772753.1 WP_141772753.1 100 341 0 0 1 341 1 341 3.11e-259 700 MBL8169415.1 MBL8169415.1 98.3 605 10 0 1 605 1 605 0.0 1194 MBL8169415.1 WP_055486904.1 31.8 176 114 4 374 545 262 435 2.88e-12 67.8 WP_278088590.1 WP_278088590.1 97.4 390 10 0 1 390 1 390 3.84e-287 775 WP_278088590.1 RLA59280.1 41.1 397 217 5 2 385 5 397 3.44e-100 301 WP_278088590.1 MCK5265770.1 32.6 356 231 4 34 384 26 377 1.16e-66 214 WP_278088590.1 WP_094880233.1 28.1 398 248 9 18 385 17 406 1.18e-38 141 CDG57236.1 CDG57236.1 100 189 0 0 1 189 1 189 7.01e-137 378 MBP2329018.1 MBP2329018.1 100 317 0 0 1 317 1 317 5.67e-243 657 SOD38512.1 SOD38512.1 86.5 325 44 0 1 325 1 325 1.76e-193 533 WP_161967657.1 WP_161967657.1 92.8 1938 139 0 1 1938 1 1938 0.0 3123 WP_007287952.1 WP_007287952.1 98.5 594 9 0 1 594 1 594 0.0 1217 WP_115992495.1 WP_115992495.1 100 248 0 0 1 248 1 248 2.04e-181 496 WP_115992495.1 WP_142133210.1 54.4 248 107 2 1 248 10 251 2.55e-92 270 WP_115992495.1 WP_222125851.1 51.2 250 107 2 1 243 1 242 3.58e-86 254 WP_115992495.1 WP_072380563.1 47.6 248 125 2 1 248 1 243 6.30e-82 244 WP_115992495.1 WP_279984614.1 49.8 247 118 3 6 248 14 258 2.34e-81 243 WP_115992495.1 WP_008470196.1 47.9 242 120 2 1 242 9 244 1.33e-77 233 WP_115992495.1 WP_258581409.1 36.9 233 135 3 2 233 4 225 1.49e-43 149 WP_115992495.1 WP_140480909.1 35.3 249 142 6 1 244 12 246 1.95e-39 138 WP_115992495.1 WP_089095302.1 32.1 212 130 6 16 218 18 224 9.74e-20 86.3 WP_115992495.1 WP_071876418.1 26.0 219 149 2 13 231 313 518 3.09e-19 84.7 WP_090297373.1 WP_090297373.1 100 231 0 0 1 231 1 231 6.87e-176 480 WP_086280341.1 WP_086280341.1 100 593 0 0 1 593 1 593 0.0 1199 WP_086280341.1 WP_117920451.1 37.1 590 338 17 26 586 30 615 7.43e-107 333 WP_086280341.1 KKT55671.1 32.7 597 380 12 2 577 13 608 3.46e-89 286 WP_086280341.1 MCJ7594907.1 47.2 250 122 4 348 587 1 250 2.63e-69 223 WP_084578893.1 WP_084578893.1 92.0 410 33 0 1 410 1 410 1.23e-268 730 XP_010918378.1 XP_010918378.1 93.1 320 22 0 1 320 1 320 7.81e-222 604 KRX15989.1 KRX15989.1 100 497 0 0 1 497 1 497 0.0 1032 KRX15989.1 BBQ86561.1 29.9 177 110 5 58 226 119 289 1.66e-14 72.8 KAF9095505.1 KAF9095505.1 78.6 1050 225 0 1 1050 1 1050 0.0 1546 XP_012889676.1 XP_012889676.1 100 305 0 0 1 305 1 305 4.98e-231 626 XP_012889676.1 XP_002688837.2 56.1 303 133 0 1 303 1 303 1.33e-122 352 XP_012889676.1 AAR19565.1 71.6 222 63 0 64 285 1 222 3.31e-110 317 XP_012889676.1 XP_034290446.1 49.5 311 147 4 1 305 1 307 1.82e-96 286 XP_012889676.1 XP_042531659.1 40.7 305 175 2 1 302 1 302 4.12e-76 233 XP_012889676.1 XP_005087540.1 39.4 302 183 0 1 302 1 302 7.82e-72 223 XP_012889676.1 XP_054446685.1 37.0 300 187 2 4 302 2 300 1.09e-64 204 XP_012889676.1 XP_049747270.1 32.9 298 188 4 12 302 14 306 2.80e-45 154 SFF07309.1 SFF07309.1 100 325 0 0 1 325 1 325 5.09e-250 676 SFF07309.1 WP_265272113.1 38.5 314 181 5 1 308 1 308 4.27e-68 215 SFF07309.1 MBN9534694.1 39.5 306 165 6 1 300 1 292 1.60e-61 197 MCP4913426.1 MCP4913426.1 100 229 0 0 1 229 1 229 1.33e-172 472 RGX77898.1 RGX77898.1 97.7 433 10 0 1 433 1 433 2.87e-313 845 MBE6142085.1 MBE6142085.1 100 227 0 0 1 227 1 227 9.39e-172 469 MBE6142085.1 Q8XJN8.1 33.2 214 141 2 12 224 14 226 2.01e-36 126 MBE6142085.1 NLR72952.1 30.8 201 132 3 11 211 24 217 1.51e-25 98.2 MBE6142085.1 WP_167196601.1 30.9 207 139 2 4 210 7 209 7.99e-23 90.9 MBE6142085.1 CDN40573.1 31.9 213 122 9 20 224 267 464 1.03e-20 88.2 KAF9145485.1 KAF9145485.1 85.7 1097 157 0 1 1097 1 1097 0.0 1881 MCO5569846.1 MCO5569846.1 100 211 0 0 1 211 1 211 7.43e-152 418 MUL75888.1 MUL75888.1 94.6 872 47 0 1 872 1 872 0.0 1593 MUL75888.1 WP_188888464.1 51.9 52 25 0 809 860 165 216 3.72e-06 47.4 WP_097108993.1 WP_097108993.1 95.7 329 14 0 1 329 1 329 2.83e-224 611 WP_097108993.1 WP_008134825.1 36.6 287 167 3 43 328 43 315 4.92e-41 150 WP_097108993.1 MCA3389197.1 33.1 299 178 4 30 321 28 311 2.31e-39 140 WP_097108993.1 MCP4329804.1 36.3 267 150 3 30 295 330 577 3.54e-35 133 MBC7097666.1 MBC7097666.1 100 445 0 0 1 445 1 445 0.0 905 MBC7097666.1 KAB2885888.1 35.0 389 228 11 4 382 18 391 3.08e-62 215 MBC7097666.1 MBA2522987.1 48.3 145 72 3 1 143 1 144 1.04e-38 135 KAJ6888161.1 KAJ6888161.1 100 98 0 0 1 98 1 98 2.61e-68 197 WP_236939362.1 WP_236939362.1 100 672 0 0 1 672 1 672 0.0 1355 WP_236939362.1 WP_055863905.1 27.8 334 212 9 6 320 2 325 5.70e-31 122 WP_236939362.1 EHP6050825.1 33.3 96 57 2 375 465 328 421 5.95e-06 47.8 KAJ7092692.1 KAJ7092692.1 100 367 0 0 1 367 1 367 1.49e-286 771 KAJ7092692.1 KNE54577.1 38.0 347 186 11 37 361 240 579 2.91e-61 205 KAJ7092692.1 XP_037916999.1 28.9 149 87 3 74 215 78 214 3.23e-13 68.9 WP_040330177.1 WP_040330177.1 80.7 336 65 0 1 336 1 336 2.75e-184 510 WP_001537381.1 WP_001537381.1 96.7 3246 106 0 1 3246 1 3246 0.0 6177 WP_001537381.1 WP_187642449.1 47.7 491 236 6 2550 3027 1 483 2.22e-120 398 WP_001537381.1 WP_243269836.1 32.9 1259 688 47 11 1204 29 1195 9.95e-107 383 WP_001537381.1 WP_247392216.1 50.0 202 95 5 45 244 79 276 4.36e-48 172 WP_001537381.1 WP_045125019.1 38.0 345 175 13 16 335 61 391 1.07e-46 173 WP_001537381.1 MBS1222269.1 59.0 117 44 3 45 160 89 202 1.88e-34 130 WP_001537381.1 WP_230822898.1 33.8 311 168 17 52 345 78 367 8.17e-27 115 MBL6727407.1 MBL6727407.1 100 171 0 0 1 171 1 171 6.15e-129 357 WP_054541705.1 WP_054541705.1 100 435 0 0 1 435 1 435 0.0 912 WP_279085497.1 WP_279085497.1 100 166 0 0 1 166 1 166 7.84e-125 346 MCB9510871.1 MCB9510871.1 100 167 0 0 1 167 1 167 7.24e-126 348 WP_095128211.1 WP_095128211.1 100 319 0 0 1 319 1 319 2.90e-237 643 WP_095128211.1 WP_059510827.1 31.6 247 160 3 66 303 60 306 3.11e-35 128 MBE0660081.1 MBE0660081.1 93.1 216 15 0 1 216 1 216 1.78e-141 392 WP_219286064.1 WP_219286064.1 93.8 434 27 0 1 434 1 434 3.04e-304 822 WP_218057064.1 WP_218057064.1 100 153 0 0 1 153 1 153 1.34e-112 314 WP_131971174.1 WP_131971174.1 95.0 261 13 0 1 261 1 261 2.11e-185 507 MBL8777518.1 MBL8777518.1 97.0 402 12 0 1 402 1 402 6.18e-290 783 ABK94958.1 ABK94958.1 100 359 0 0 1 359 1 359 1.20e-272 736 ABK94958.1 KAE8908303.1 29.9 368 202 8 18 343 96 449 1.90e-48 167 WP_199308568.1 WP_199308568.1 100 440 0 0 1 440 1 440 0.0 912 WP_199308568.1 MCG8377291.1 43.5 154 82 2 291 440 1 153 2.46e-36 129 APC24336.1 APC24336.1 90.8 381 35 0 1 381 1 381 4.54e-254 691 APC24336.1 AAX94106.1 72.9 328 89 0 1 328 78 405 3.13e-180 506 APC24336.1 ACO35565.1 67.6 250 79 1 131 378 1 250 3.08e-122 352 APC24336.1 AGC97326.1 66.1 239 79 1 133 369 1 239 1.36e-113 329 APC24336.1 AGC74998.1 71.9 210 59 0 148 357 1 210 1.75e-110 320 APC24336.1 AHK62764.1 63.2 117 43 0 2 118 105 221 4.77e-45 153 APC24336.1 AFA09475.1 65.2 112 39 0 1 112 94 205 3.24e-44 150 APC24336.1 AWS34156.1 65.2 112 39 0 1 112 108 219 3.46e-44 150 APC24336.1 AFA24308.1 66.1 112 38 0 1 112 101 212 8.39e-43 147 APC24336.1 AVM35379.1 63.4 112 41 0 1 112 103 214 1.75e-42 146 APC24336.1 ADW49125.1 64.3 112 40 0 1 112 100 211 6.22e-42 144 APC24336.1 UZF38514.1 58.0 112 47 0 1 112 95 206 1.20e-39 138 APC24336.1 QUA05739.1 64.8 105 37 0 1 105 108 212 1.42e-39 138 APC24336.1 AGI15931.1 66.0 106 36 0 1 106 101 206 3.31e-39 137 APC24336.1 ABQ63546.1 58.0 112 47 0 1 112 107 218 5.34e-36 129 APC24336.1 AHH30646.1 54.3 92 41 1 1 92 81 171 2.48e-23 94.0 WP_199713305.1 WP_199713305.1 100 120 0 0 1 120 1 120 1.79e-83 238 WP_172585284.1 WP_172585284.1 100 407 0 0 1 407 1 407 2.93e-311 837 WP_094590818.1 WP_094590818.1 100 912 0 0 1 912 1 912 0.0 1827 XP_032204694.1 XP_032204694.1 100 295 0 0 1 295 1 295 1.94e-223 606 KAJ3382075.1 KAJ3382075.1 83.0 100 17 0 1 100 1 100 1.56e-52 158 WP_116143250.1 WP_116143250.1 96.6 293 10 0 1 293 1 293 9.76e-207 563 OQB67688.1 OQB67688.1 100 535 0 0 1 535 1 535 0.0 1088 KAI1055415.1 KAI1055415.1 100 353 0 0 1 353 1 353 2.51e-271 732 KAI1055415.1 XP_030976676.1 40.4 356 196 10 7 351 9 359 4.62e-80 247 WP_018083176.1 WP_018083176.1 95.7 348 15 0 1 348 1 348 4.00e-245 665 WP_055153579.1 WP_055153579.1 97.2 492 14 0 1 492 1 492 0.0 990 WP_055153579.1 WP_112119927.1 27.9 434 278 12 55 486 61 461 1.93e-37 141 WP_055153579.1 MBP6544771.1 24.9 519 336 11 14 485 39 550 7.71e-35 135 WP_055153579.1 WP_140372075.1 33.8 136 78 4 295 427 377 503 1.13e-12 68.6 WP_065640612.1 WP_065640612.1 100 116 0 0 1 116 1 116 3.27e-84 239 KAG2753283.1 KAG2753283.1 94.6 186 10 0 1 186 1 186 7.86e-128 355 WP_071280632.1 WP_071280632.1 86.7 90 12 0 1 90 1 90 1.80e-51 154 WP_213775833.1 WP_213775833.1 100 295 0 0 1 295 1 295 2.43e-217 590 WP_213775833.1 WP_222163701.1 40.8 272 153 4 24 289 26 295 3.98e-59 189 MBG4760275.1 MBG4760275.1 91.7 397 33 0 1 397 1 397 1.66e-248 678 KAF9432903.1 KAF9432903.1 100 947 0 0 1 947 1 947 0.0 1971 WP_245407141.1 WP_245407141.1 100 160 0 0 1 160 1 160 1.17e-114 320 XP_006814105.1 XP_006814105.1 100 476 0 0 1 476 1 476 0.0 998 WP_228201287.1 WP_228201287.1 100 105 0 0 1 105 1 105 6.16e-77 220 KAH8780162.1 KAH8780162.1 100 499 0 0 1 499 1 499 0.0 1027 KAH8780162.1 WP_074527819.1 31.5 248 131 12 15 251 4 223 1.68e-10 61.6 KAH8780162.1 WP_109267392.1 26.4 216 126 9 16 226 8 195 7.70e-08 53.1 WP_196146635.1 WP_196146635.1 98.6 834 12 0 1 834 1 834 0.0 1669 DAH49916.1 DAH49916.1 100 44 0 0 1 44 1 44 1.99e-28 93.2 WP_237034910.1 WP_237034910.1 100 1039 0 0 1 1039 1 1039 0.0 2117 WP_237034910.1 WP_052125494.1 42.0 1030 569 10 1 1018 4 1017 5.37e-263 765 WP_237034910.1 MCD8297279.1 24.6 252 163 8 105 350 107 337 3.26e-11 65.9 XP_010676925.2 XP_010676925.2 90.1 352 35 0 1 352 1 352 7.12e-241 655 WP_086353716.1 WP_086353716.1 100 316 0 0 1 316 1 316 4.68e-246 665 WP_086353716.1 WP_142590093.1 48.2 313 156 3 1 309 14 324 1.31e-100 297 WP_086353716.1 WP_281675368.1 34.6 298 184 7 1 298 1 287 4.85e-48 168 WP_086353716.1 MBU2478158.1 50.0 62 31 0 248 309 1 62 9.88e-14 63.5 WP_102576363.1 WP_102576363.1 100 205 0 0 1 205 1 205 3.87e-160 438 WP_102576363.1 WP_140264131.1 43.8 201 112 1 1 200 1 201 1.07e-57 179 WP_080508033.1 WP_080508033.1 97.6 421 10 0 1 421 1 421 7.88e-314 845 WP_080508033.1 MCA3282362.1 22.9 279 188 8 69 332 37 303 5.27e-08 52.8 WP_052922907.1 WP_052922907.1 97.6 466 11 0 1 466 1 466 0.0 952 WP_052922907.1 MCB1208284.1 36.5 348 208 7 1 343 16 355 2.18e-63 207 WP_010409355.1 WP_010409355.1 100 113 0 0 1 113 1 113 2.95e-81 231 XP_008674211.1 XP_008674211.1 88.3 264 31 0 1 264 1 264 7.49e-160 442 RGT06351.1 RGT06351.1 100 90 0 0 1 90 1 90 1.53e-61 180 NIM26842.1 NIM26842.1 100 323 0 0 1 323 1 323 5.70e-246 665 NIM26842.1 HHO76132.1 53.4 322 140 5 2 320 8 322 3.23e-112 327 AMA13662.1 AMA13662.1 100 176 0 0 1 176 1 176 1.44e-134 371 AMA13662.1 MOY95459.1 72.4 98 27 0 63 160 2 99 5.35e-49 152 AMA13662.1 AST39768.1 62.2 98 37 0 63 160 2 99 1.03e-41 134 AMA13662.1 MOY61908.1 52.0 98 47 0 63 160 2 99 4.54e-33 112 AFP82159.1 AFP82159.1 97.2 393 11 0 1 393 1 393 1.69e-287 776 AFP82159.1 BAD88428.1 89.8 393 40 0 1 393 27 419 7.33e-270 734 AFP82159.1 USR37329.1 87.5 160 20 0 1 160 30 189 1.01e-95 282 MBQ2990925.1 MBQ2990925.1 97.1 665 19 0 1 665 1 665 0.0 1291 KQP70604.1 KQP70604.1 100 484 0 0 1 484 1 484 0.0 994 MCH1407713.1 MCH1407713.1 100 360 0 0 1 360 1 360 1.60e-282 761 HAR7369715.1 HAR7369715.1 97.6 466 11 0 1 466 1 466 0.0 916 HAR7369715.1 EPR30609.1 41.4 442 239 4 21 460 1 424 1.57e-117 350 HAR7369715.1 WP_132517191.1 37.5 467 272 5 11 458 22 487 1.56e-104 318 HAR7369715.1 MCQ2156413.1 37.8 331 183 7 136 461 1 313 2.51e-66 214 HAR7369715.1 MBR4705654.1 28.9 401 250 14 10 398 13 390 2.14e-33 129 HAC44255.1 HAC44255.1 100 947 0 0 1 947 1 947 0.0 1951 NBS93427.1 NBS93427.1 92.5 159 12 0 1 159 1 159 5.34e-106 298 WP_067101053.1 WP_067101053.1 100 314 0 0 1 314 1 314 2.04e-235 639 XP_005111944.2 XP_005111944.2 98.1 616 12 0 1 616 1 616 0.0 1232 WP_108210605.1 WP_108210605.1 98.3 591 10 0 1 591 1 591 0.0 1166 WP_108210605.1 GBD99233.1 32.7 266 159 3 301 566 29 274 3.13e-37 138 MOP62942.1 MOP62942.1 100 18 0 0 1 18 1 18 9.09e-09 42.0 WP_262073613.1 WP_262073613.1 92.8 318 23 0 1 318 1 318 4.94e-208 569 KAH9744176.1 KAH9744176.1 98.9 696 8 0 1 696 1 696 0.0 1433 AFX75916.1 AFX75916.1 98.0 695 14 0 1 695 1 695 0.0 1387 AFX75916.1 QGA29503.1 94.6 685 37 0 1 685 1 685 0.0 1316 WP_166638495.1 WP_166638495.1 75.4 57 14 0 1 57 1 57 1.26e-23 82.0 KAI4867710.1 KAI4867710.1 96.7 389 13 0 1 389 1 389 8.59e-279 754 WP_083180153.1 WP_083180153.1 100 608 0 0 1 608 1 608 0.0 1263 WP_083180153.1 NIK25817.1 25.8 423 276 11 215 605 194 610 6.27e-28 117 WP_083180153.1 WP_212961195.1 32.1 215 136 6 393 601 829 1039 2.02e-25 110 MCM2356329.1 MCM2356329.1 95.6 293 13 0 1 293 1 293 1.76e-209 570 MCM2356329.1 WP_160194147.1 44.1 299 152 7 1 291 1 292 1.64e-71 225 MCM2356329.1 MBA3609961.1 30.5 272 166 8 29 285 36 299 1.32e-32 123 MCM2356329.1 OWZ34415.1 31.0 274 164 10 32 288 57 322 8.76e-31 118 MCM2356329.1 MBQ6794463.1 30.0 270 162 8 26 291 8 254 6.18e-29 112 WP_270233472.1 WP_270233472.1 100 318 0 0 1 318 1 318 2.69e-237 643 XP_033306318.1 XP_033306318.1 97.5 1323 33 0 1 1323 1 1323 0.0 2635 XP_033306318.1 NXL14598.1 22.9 1349 874 40 62 1320 64 1336 2.44e-77 279 WP_209377953.1 WP_209377953.1 100 178 0 0 1 178 1 178 2.58e-129 358 WP_209377953.1 MCB0919686.1 35.8 148 83 5 5 142 12 157 2.54e-19 79.0 XP_019180948.1 XP_019180948.1 96.7 971 32 0 1 971 1 971 0.0 1927 XP_019180948.1 XP_025814622.1 28.4 1090 576 27 36 958 27 1079 6.95e-108 358 XP_019180948.1 XP_040250218.1 33.9 578 296 16 400 955 110 623 3.17e-84 286 XP_019180948.1 XP_021765438.1 32.0 497 277 15 475 964 439 881 7.65e-55 204 XP_019180948.1 KAG2309455.1 33.0 312 208 1 254 564 83 394 1.73e-48 184 XP_019180948.1 RLN36134.1 38.2 283 155 9 679 949 84 358 1.11e-43 162 XP_019180948.1 KAI3849778.1 37.3 284 160 8 675 949 494 768 3.14e-42 164 XP_019180948.1 XP_049847771.1 30.0 494 286 23 125 598 78 531 1.23e-32 132 XP_019180948.1 XP_044484513.1 38.6 153 89 3 676 826 86 235 1.97e-25 111 XP_019180948.1 XP_048540820.1 28.2 273 142 9 682 949 796 1019 9.57e-18 87.0 XP_019180948.1 KZT58963.1 32.7 217 113 9 680 876 1082 1285 7.33e-15 77.8 CAH0023967.1 CAH0023967.1 100 336 0 0 1 336 1 336 5.55e-255 689 WP_019444443.1 WP_019444443.1 100 323 0 0 1 323 1 323 2.85e-255 689 WP_019444443.1 WP_055337992.1 62.7 322 120 0 2 323 65 386 5.26e-160 450 WP_019444443.1 MBL6847974.1 43.2 329 174 5 2 323 66 388 1.01e-92 279 WP_019444443.1 XP_027540421.1 32.4 321 201 7 7 320 95 406 4.40e-48 164 WP_019444443.1 MBL4853947.1 31.1 296 179 9 32 320 106 383 2.17e-32 122 MBL1320270.1 MBL1320270.1 100 322 0 0 1 322 1 322 2.51e-244 661 MBL1320270.1 WP_198095175.1 43.0 323 180 2 3 322 16 337 1.40e-85 259 GEW47215.1 GEW47215.1 90.0 290 29 0 1 290 1 290 3.46e-194 531 KAI4518191.1 KAI4518191.1 97.0 570 17 0 15 584 15 584 0.0 1115 WP_162206844.1 WP_162206844.1 100 367 0 0 1 367 1 367 1.60e-281 759 WP_113544184.1 WP_113544184.1 98.2 1167 21 0 1 1167 1 1167 0.0 2351 WP_113544184.1 WP_130528929.1 39.3 601 360 4 501 1100 362 958 3.91e-146 464 WP_113544184.1 TRZ64304.1 42.7 393 218 2 728 1117 1 389 2.29e-105 337 WP_113544184.1 MAF07216.1 34.9 395 229 8 612 988 256 640 7.29e-62 223 WP_014985199.1 WP_014985199.1 98.3 723 12 0 1 723 1 723 0.0 1427 WP_014985199.1 WP_070172067.1 47.6 657 335 5 64 717 15 665 2.97e-220 630 WP_014985199.1 NXM52897.1 40.9 482 265 8 70 546 6 472 6.35e-109 338 XP_030725309.1 XP_030725309.1 100 343 0 0 1 343 1 343 1.12e-253 686 WP_192880951.1 WP_192880951.1 100 451 0 0 1 451 1 451 0.0 945 WP_192880951.1 MBQ6717580.1 34.3 245 115 5 25 255 39 251 6.23e-31 120 MBT8607749.1 MBT8607749.1 100 580 0 0 1 580 1 580 0.0 1204 MBT8607749.1 WP_001202764.1 56.4 571 244 5 1 568 1 569 1.93e-238 667 NGL48818.1 NGL48818.1 100 36 0 0 9 44 9 44 8.61e-21 73.9 WP_162929259.1 WP_162929259.1 90.7 108 10 0 1 108 1 108 4.29e-65 190 NLV68328.1 NLV68328.1 100 185 0 0 1 185 1 185 5.34e-130 360 NLV68328.1 NLK90780.1 48.6 179 92 0 5 183 5 183 8.46e-62 188 NLV68328.1 NLT72898.1 47.5 183 96 0 1 183 1 183 1.96e-60 184 NLV68328.1 MBD3769330.1 42.0 176 102 0 8 183 7 182 1.90e-50 159 WP_075013026.1 WP_075013026.1 84.9 423 64 0 1 423 1 423 1.49e-248 680 USK34290.1 USK34290.1 100 137 0 0 1 137 1 137 2.60e-100 281 NLE01480.1 NLE01480.1 97.1 456 13 0 1 456 1 456 0.0 884 WP_189931865.1 WP_189931865.1 100 1161 0 0 1 1161 1 1161 0.0 2361 WP_189931865.1 MBQ7389792.1 48.5 1306 434 16 21 1146 11 1257 0.0 1205 WP_189931865.1 BBG20955.1 38.8 1399 529 18 21 1126 11 1375 9.33e-312 947 WP_189931865.1 ULU28230.1 39.2 1026 567 15 111 1118 65 1051 1.44e-256 754 WP_189931865.1 AIR77599.1 38.5 221 111 5 33 240 1 209 4.73e-39 150 WP_189931865.1 HAJ19792.1 56.0 91 35 2 496 584 1 88 1.51e-24 97.1 MCK5466482.1 MCK5466482.1 100 297 0 0 1 297 1 297 1.20e-218 594 WP_166047848.1 WP_166047848.1 75.3 235 58 0 1 235 1 235 1.65e-121 343 KAI2467201.1 KAI2467201.1 100 394 0 0 1 394 1 394 1.53e-295 796 WP_272952826.1 WP_272952826.1 76.1 318 76 0 1 318 1 318 7.92e-161 449 AGB20654.1 AGB20654.1 100 218 0 0 1 218 1 218 3.15e-161 442 MBQ6868443.1 MBQ6868443.1 100 194 0 0 1 194 1 194 2.17e-147 405 NER20127.1 NER20127.1 100 291 0 0 1 291 1 291 2.26e-220 598 WP_269061021.1 WP_269061021.1 94.3 264 15 0 1 264 1 264 1.30e-176 485 MCE2789155.1 MCE2789155.1 97.8 1004 22 0 1 1004 1 1004 0.0 2011 MCE2789155.1 WP_116870479.1 30.5 410 235 10 1 388 1 382 3.61e-37 150 MCE2789155.1 WP_122440133.1 48.4 157 80 1 847 1003 1057 1212 2.20e-35 144 MBR6875525.1 MBR6875525.1 100 365 0 0 1 365 1 365 2.20e-287 773 HAO16792.1 HAO16792.1 100 134 0 0 1 134 1 134 8.45e-100 280 XP_039325768.1 XP_039325768.1 100 561 0 0 1 561 1 561 0.0 1176 WP_180230190.1 WP_180230190.1 100 340 0 0 1 340 1 340 3.50e-260 702 WP_180230190.1 WP_101272247.1 35.0 334 215 2 2 334 15 347 1.09e-71 226 WP_230796143.1 WP_230796143.1 95.1 305 15 0 1 305 1 305 8.99e-209 570 WP_230796143.1 EIX9307167.1 36.0 272 171 2 1 269 11 282 1.57e-50 167 WP_230796143.1 WP_077690175.1 38.4 146 74 5 4 140 5 143 6.83e-11 60.5 WP_230796143.1 WP_154333510.1 42.6 68 39 0 1 68 1 68 5.26e-09 54.7 WP_059639348.1 WP_059639348.1 100 316 0 0 1 316 1 316 8.02e-238 644 WP_225579579.1 WP_225579579.1 93.6 528 34 0 1 528 1 528 0.0 972 WP_225579579.1 WP_254698006.1 61.8 508 172 3 15 503 1 505 8.53e-214 601 WP_225579579.1 OQA38407.1 48.9 460 220 5 7 456 1 455 1.11e-142 417 WP_225579579.1 WP_253808359.1 45.3 439 223 7 13 443 3 432 1.24e-126 375 WP_225579579.1 CBI36349.3 32.8 400 255 5 33 425 28 420 9.95e-66 218 WP_225579579.1 WP_073201850.1 38.9 229 126 3 78 295 91 316 1.00e-39 145 WP_225579579.1 PSR02572.1 34.3 268 154 7 44 299 80 337 4.08e-34 130 GBN39940.1 GBN39940.1 100 421 0 0 1 421 1 421 0.0 878 MXQ53321.1 MXQ53321.1 100 351 0 0 1 351 1 351 5.43e-265 716 MXQ53321.1 WP_114368818.1 33.6 247 144 7 8 240 10 250 4.32e-27 108 WP_100449703.1 WP_100449703.1 90.8 402 37 0 18 419 18 419 3.21e-264 719 XP_052751399.1 XP_052751399.1 100 367 0 0 1 367 1 367 1.53e-279 754 WP_066786685.1 WP_066786685.1 98.0 1507 30 0 1 1507 1 1507 0.0 2998 WP_117077319.1 WP_117077319.1 100 156 0 0 1 156 1 156 3.81e-118 328 WP_117077319.1 ENF92344.1 84.3 153 24 0 4 156 2 154 2.16e-97 281 WP_249084213.1 WP_249084213.1 100 860 0 0 1 860 1 860 0.0 1783 WP_249084213.1 MCI5916932.1 46.6 466 239 6 373 832 24 485 2.07e-130 399 WP_131096443.1 WP_131096443.1 100 721 0 0 1 721 1 721 0.0 1457 WP_131096443.1 MBE3671043.1 47.8 694 354 5 13 701 18 708 1.57e-227 651 WP_131096443.1 WP_049066482.1 35.9 713 415 13 14 697 10 709 1.61e-139 425 KAI6080770.1 KAI6080770.1 34.8 290 189 0 69 358 69 358 8.62e-31 119 KAI6080770.1 XP_023957144.1 45.7 300 131 5 32 325 347 620 4.16e-28 114 KAI6080770.1 XP_036437421.1 39.6 376 169 5 2 319 462 837 4.38e-18 84.7 KAI6080770.1 XP_055289786.1 34.9 361 154 9 26 326 301 640 1.68e-12 67.4 KAI6080770.1 EFI9255255.1 50.0 112 56 0 65 176 291 402 6.00e-11 62.0 KAI6080770.1 XP_025268496.1 47.7 130 65 1 86 215 509 635 9.79e-11 61.6 KAI6080770.1 EFG7308611.1 49.1 112 52 1 127 238 67 173 2.48e-08 52.8 WP_017691736.1 WP_017691736.1 98.4 446 7 0 1 446 1 446 0.0 913 WP_005632191.1 WP_005632191.1 100 217 0 0 1 217 1 217 4.84e-160 439 WP_084873045.1 WP_084873045.1 100 225 0 0 1 225 1 225 7.12e-166 454 WP_195290884.1 WP_195290884.1 97.4 427 11 0 1 427 1 427 7.29e-313 843 WP_195290884.1 WP_162119468.1 34.7 421 241 6 4 424 3 389 1.16e-73 234 WP_195290884.1 MCG6912449.1 33.3 421 230 9 8 424 3 376 1.11e-72 231 WP_280336340.1 WP_280336340.1 100 78 0 0 1 78 1 78 3.22e-53 158 CAD2182685.1 CAD2182685.1 100 189 0 0 1 189 1 189 4.39e-140 386 HBT5919638.1 HBT5919638.1 100 49 0 0 1 49 1 49 3.46e-31 100 XP_021765438.1 XP_021765438.1 100 908 0 0 1 908 1 908 0.0 1884 XP_021765438.1 RLN36134.1 39.3 305 169 7 574 866 58 358 5.59e-56 197 XP_021765438.1 XP_019180948.1 31.7 501 274 18 423 881 490 964 1.81e-51 194 XP_021765438.1 KAI3849778.1 32.0 369 233 12 536 890 433 797 1.08e-44 172 XP_021765438.1 XP_040250218.1 30.8 429 235 14 445 863 238 614 1.42e-42 165 XP_021765438.1 XP_025814622.1 29.9 381 235 10 440 796 617 989 9.78e-42 164 XP_021765438.1 KAG2309455.1 28.2 471 280 17 442 868 428 884 5.96e-41 160 XP_021765438.1 XP_044484513.1 39.2 209 118 6 540 742 29 234 1.35e-37 149 XP_021765438.1 XP_028705251.1 33.0 206 126 6 597 796 456 655 6.51e-27 116 XP_021765438.1 WP_106546380.1 33.8 222 118 7 597 797 16 229 4.11e-20 93.2 XP_021765438.1 XP_048540820.1 26.7 273 152 6 601 870 796 1023 1.42e-19 92.8 XP_021765438.1 MBF1128433.1 29.7 202 127 5 601 796 16 208 6.01e-16 80.5 XP_021765438.1 MBD2210269.1 27.5 236 139 9 590 803 9 234 2.49e-15 78.2 XP_021765438.1 XP_049847771.1 47.1 70 33 3 435 503 174 240 4.08e-07 52.0 WP_093486522.1 WP_093486522.1 100 353 0 0 1 353 1 353 3.28e-267 721 QLY80081.1 QLY80081.1 97.0 431 13 0 1 431 1 431 1.93e-310 837 QLY80081.1 WP_065076975.1 40.2 229 136 1 203 430 216 444 5.25e-52 179 WP_006224372.1 WP_006224372.1 100 290 0 0 1 290 1 290 2.96e-220 597 WP_023727015.1 WP_023727015.1 96.3 519 19 0 1 519 1 519 0.0 966 WP_023727015.1 WP_185921121.1 30.3 439 255 12 25 438 8 420 2.82e-33 130 WP_023727015.1 BBC91732.1 29.1 320 218 5 35 347 3 320 6.71e-33 129 WP_023727015.1 RQL72805.1 27.9 416 253 13 36 429 24 414 3.92e-28 115 KAF8917914.1 KAF8917914.1 100 417 0 0 1 417 1 417 1.55e-318 857 KAF8917914.1 XP_031942702.1 36.1 288 140 8 31 289 25 297 5.74e-55 187 WP_037184031.1 WP_037184031.1 100 97 0 0 1 97 1 97 3.45e-68 197 MBM4261824.1 MBM4261824.1 100 361 0 0 1 361 1 361 3.90e-279 752 WP_085680475.1 WP_085680475.1 100 253 0 0 1 253 1 253 7.42e-191 520 EFI9255255.1 EFI9255255.1 95.7 485 21 0 1 485 1 485 0.0 896 EFI9255255.1 EFG7308611.1 49.1 171 62 6 223 388 24 174 5.13e-25 102 EFI9255255.1 XP_023957144.1 48.3 151 66 3 264 402 710 860 6.86e-21 94.7 EFI9255255.1 XP_036437421.1 46.1 165 65 3 261 404 672 833 1.04e-20 94.4 EFI9255255.1 WP_278665106.1 48.1 135 55 2 256 390 412 531 1.28e-19 90.1 EFI9255255.1 XP_055289786.1 35.6 180 68 3 265 399 353 529 6.93e-11 63.2 EFI9255255.1 HAL0497824.1 37.0 127 76 1 162 288 130 252 1.15e-09 58.2 WP_070475600.1 WP_070475600.1 100 749 0 0 1 749 1 749 0.0 1511 WP_275405902.1 WP_275405902.1 100 741 0 0 1 741 1 741 0.0 1518 GIW30304.1 GIW30304.1 94.5 473 26 0 1 473 1 473 1.48e-301 818 GIW30304.1 WP_243361436.1 33.7 392 246 5 54 433 58 447 1.35e-46 166 TVY78526.1 TVY78526.1 99.0 1030 10 0 1 1030 1 1030 0.0 2050 WP_273827584.1 WP_273827584.1 100 252 0 0 1 252 1 252 3.27e-189 516 XP_047245969.1 XP_047245969.1 100 233 0 0 1 233 1 233 3.40e-177 484 XP_007957752.1 XP_007957752.1 97.9 471 10 0 1 471 1 471 0.0 964 XP_007957752.1 XP_048221756.1 95.1 471 22 1 1 471 17 486 0.0 936 WP_272896519.1 WP_272896519.1 100 42 0 0 1 42 1 42 2.91e-27 90.1 KAI1368854.1 KAI1368854.1 96.9 260 8 0 1 260 1 260 1.19e-195 533 STW09510.1 STW09510.1 100 204 0 0 1 204 1 204 3.57e-151 416 WP_264790310.1 WP_264790310.1 100 372 0 0 1 372 1 372 1.08e-277 749 WP_029091796.1 WP_029091796.1 100 201 0 0 1 201 1 201 1.64e-150 414 WP_237142885.1 WP_237142885.1 85.7 84 12 0 1 84 1 84 1.08e-47 144 EFL44656.1 EFL44656.1 97.7 1739 40 0 1 1739 1 1739 0.0 3389 RJF99999.1 RJF99999.1 97.0 334 10 0 1 334 1 334 3.64e-234 636 MBM4059513.1 MBM4059513.1 97.6 450 11 0 1 450 1 450 0.0 882 MCP3657241.1 MCP3657241.1 100 155 0 0 1 155 1 155 7.40e-111 310 WP_203021165.1 WP_203021165.1 100 278 0 0 1 278 1 278 9.00e-200 545 WP_203021165.1 GGK29005.1 24.2 252 168 6 38 269 40 288 1.85e-06 46.6 WP_089095302.1 WP_089095302.1 92.1 629 50 0 1 629 1 629 0.0 1159 WP_089095302.1 WP_173040157.1 30.5 583 361 7 11 590 14 555 3.43e-75 250 WP_089095302.1 MCH5231772.1 28.1 540 359 12 3 526 1 527 4.38e-65 221 WP_089095302.1 WP_041710957.1 26.3 566 308 14 1 529 1 494 3.72e-56 197 WP_089095302.1 MCA6099904.1 31.8 535 298 20 1 511 1 492 1.85e-54 192 WP_089095302.1 WP_105160947.1 32.5 240 114 8 323 523 12 242 1.01e-20 94.7 WP_089095302.1 WP_089246429.1 25.0 539 289 21 19 515 20 485 5.10e-20 92.0 WP_089095302.1 WP_222599035.1 33.8 225 126 7 8 226 471 678 1.46e-19 91.3 WP_089095302.1 WP_195238978.1 29.6 216 122 9 298 490 470 678 4.35e-18 86.7 WP_089095302.1 WP_115992495.1 32.1 212 130 6 18 224 16 218 1.71e-17 80.9 WP_089095302.1 WP_142931103.1 22.6 532 299 21 18 513 19 473 2.84e-16 80.1 WP_089095302.1 MBO5162475.1 21.9 540 324 17 6 512 1 475 1.28e-15 78.2 WP_089095302.1 WP_150396769.1 21.8 496 277 19 19 479 40 459 1.21e-13 72.0 WP_089095302.1 MBQ9964693.1 30.8 208 102 7 3 206 1 170 2.17e-13 67.4 WP_089095302.1 GBD21053.1 23.5 514 281 18 20 493 43 484 1.15e-12 68.9 WP_089095302.1 CDZ73727.1 34.6 159 86 7 324 472 11 161 7.43e-12 64.3 WP_089095302.1 WP_247749043.1 30.5 187 100 10 330 490 374 556 6.34e-11 63.5 WP_089095302.1 WP_107894076.1 25.6 238 124 12 311 505 2 229 6.62e-11 62.4 WP_089095302.1 WP_071876418.1 26.7 240 150 8 315 530 4 241 3.15e-10 61.2 WP_089095302.1 WP_145468487.1 27.9 190 114 5 326 494 22 209 3.82e-09 55.8 WP_089095302.1 MCH4209672.1 28.7 174 99 6 337 497 405 566 9.21e-09 56.6 WP_089095302.1 WP_192324556.1 28.2 227 118 11 320 505 21 243 2.83e-08 55.1 WP_089095302.1 RLN50561.1 26.2 172 106 5 14 183 655 807 1.95e-07 52.8 WP_089095302.1 WP_038440434.1 27.8 162 101 5 345 490 366 527 2.48e-07 52.0 WP_089095302.1 WP_227059655.1 25.6 219 122 8 325 505 32 247 7.76e-07 50.4 WP_089095302.1 WP_041481207.1 26.6 199 114 8 315 488 335 526 5.02e-06 47.8 WP_089095302.1 WP_066083732.1 32.0 75 47 1 435 505 157 231 8.21e-06 46.6 WP_089095302.1 WP_131166802.1 33.8 80 49 1 436 511 157 236 1.46e-05 45.8 WP_089095302.1 WP_098952357.1 27.5 189 113 8 340 505 41 228 1.83e-05 45.4 WP_233230645.1 WP_233230645.1 93.4 380 25 0 1 380 1 380 1.56e-249 679 WP_233230645.1 WP_099100504.1 38.0 321 195 3 27 345 48 366 4.02e-68 218 WP_233230645.1 WP_202252188.1 32.8 268 177 3 27 293 48 313 1.08e-29 116 WP_004960861.1 WP_004960861.1 100 534 0 0 1 534 1 534 0.0 1128 WP_004960861.1 EET4886479.1 39.6 427 246 5 107 526 24 445 6.07e-95 295 WP_230009938.1 WP_230009938.1 100 215 0 0 13 227 13 227 2.19e-154 427 WP_230009938.1 WP_134064782.1 40.8 184 107 1 4 185 255 438 1.95e-40 142 WP_034709917.1 WP_034709917.1 98.9 1037 11 0 1 1037 1 1037 0.0 2075 CTM60173.1 CTM60173.1 100 56 0 0 1 56 1 56 3.68e-38 118 WP_039608285.1 WP_039608285.1 98.0 1036 21 0 1 1036 1 1036 0.0 2063 WP_039608285.1 WP_133325549.1 34.4 1030 651 12 1 1022 1 1013 8.02e-196 591 WP_039608285.1 WP_096647361.1 27.1 1052 702 22 3 1009 5 1036 1.66e-106 355 WP_039608285.1 WP_265225845.1 26.1 1067 706 19 1 1002 1 1050 2.73e-95 325 WP_039608285.1 WP_110366458.1 24.1 1051 726 22 2 1005 4 1029 3.24e-70 254 WP_039608285.1 WP_154963182.1 24.2 1036 735 19 1 1008 1 1014 2.73e-66 240 WP_039608285.1 MBL4744408.1 22.4 1028 737 17 24 1007 26 1036 1.28e-61 226 WP_039608285.1 WP_172616972.1 23.0 1059 718 32 25 1029 30 1045 2.98e-53 201 WP_039608285.1 TME45086.1 25.4 579 403 7 25 582 25 595 2.07e-45 174 WP_039608285.1 KKQ50904.1 26.0 250 162 6 254 495 901 1135 2.05e-07 53.5 SPC33634.1 SPC33634.1 100 142 0 0 1 142 1 142 2.37e-103 290 WP_259287153.1 WP_259287153.1 93.9 132 8 0 1 132 1 132 1.41e-88 251 MRB85170.1 MRB85170.1 100 46 0 0 1 46 1 46 1.65e-30 98.6 MCD6544917.1 MCD6544917.1 100 364 0 0 1 364 1 364 1.57e-266 721 MBK4335994.1 MBK4335994.1 95.8 308 13 0 1 308 1 308 8.83e-222 603 MBA0628892.1 MBA0628892.1 100 291 0 0 1 291 1 291 9.88e-215 583 WP_281459228.1 WP_281459228.1 100 461 0 0 1 461 1 461 0.0 983 CAD7578726.1 CAD7578726.1 100 234 0 0 1 234 1 234 1.61e-171 469 CAD7578726.1 WP_122705662.1 35.1 94 22 2 1 55 146 239 4.27e-09 53.5 SOD38336.1 SOD38336.1 100 400 0 0 1 400 1 400 1.01e-303 818 TYG55675.1 TYG55675.1 100 979 0 0 1 979 1 979 0.0 1975 TYG55675.1 XP_010263869.1 40.3 516 248 9 3 459 229 743 2.45e-99 328 TYG55675.1 KAI9181093.1 33.1 357 176 8 161 459 145 496 2.20e-51 188 WP_094953410.1 WP_094953410.1 100 184 0 0 1 184 1 184 3.78e-134 371 WP_108324249.1 WP_108324249.1 100 147 0 0 1 147 1 147 5.31e-107 299 WP_195238978.1 WP_195238978.1 100 737 0 0 1 737 1 737 0.0 1518 WP_195238978.1 WP_195368055.1 30.5 528 353 7 198 716 51 573 1.90e-77 258 WP_195238978.1 NFD84694.1 30.8 526 338 11 211 721 245 759 2.90e-65 229 WP_195238978.1 KAI7371949.1 32.0 515 321 11 217 721 394 889 4.18e-65 231 WP_195238978.1 MBQ8297564.1 35.4 319 202 2 404 720 253 569 1.37e-59 209 WP_195238978.1 WP_011512097.1 28.1 505 329 12 233 720 93 580 8.64e-54 194 WP_195238978.1 KAI9191373.1 29.7 488 310 8 235 713 142 605 2.33e-47 179 WP_195238978.1 WP_038440434.1 27.6 457 288 12 305 732 136 578 3.62e-44 166 WP_195238978.1 KAJ2660037.1 24.9 502 349 12 231 714 1547 2038 2.55e-40 158 WP_195238978.1 WP_247749043.1 27.7 553 333 20 205 720 76 598 2.63e-38 149 WP_195238978.1 WP_041481207.1 33.3 198 130 1 485 680 335 532 9.57e-29 119 WP_195238978.1 MCB0243881.1 28.1 221 128 7 492 695 15 221 2.23e-20 89.0 WP_195238978.1 WP_098952357.1 26.2 244 143 7 485 701 4 237 7.72e-19 86.7 WP_195238978.1 WP_071876418.1 31.5 222 138 8 485 697 4 220 1.04e-18 88.6 WP_195238978.1 WP_145468487.1 29.6 186 119 7 500 678 25 205 9.16e-17 78.6 WP_195238978.1 WP_142931103.1 27.9 229 138 7 485 704 4 214 1.16e-15 78.6 WP_195238978.1 MCH4209672.1 33.8 154 88 5 500 653 397 536 1.16e-14 75.9 WP_195238978.1 WP_089095302.1 26.8 194 114 8 467 653 295 467 1.10e-10 63.2 WP_195238978.1 WP_089246429.1 21.7 207 150 6 501 697 276 480 6.57e-10 60.5 WP_195238978.1 WP_150396769.1 22.7 216 147 7 496 697 284 493 1.52e-09 59.3 WP_195238978.1 HBO4828144.1 25.1 191 110 7 479 656 6 176 2.54e-09 57.4 WP_195238978.1 MBO5162475.1 23.9 201 143 6 501 692 269 468 4.93e-07 51.2 KAG7283570.1 KAG7283570.1 100 311 0 0 1 311 1 311 3.14e-237 642 WP_280427578.1 WP_280427578.1 82.9 210 36 0 1 210 1 210 1.72e-120 338 WP_223292749.1 WP_223292749.1 100 85 0 0 1 85 1 85 2.34e-56 166 WP_223292749.1 WP_186939222.1 48.7 78 40 0 7 84 3 80 1.22e-19 79.7 WP_223292749.1 MCM1122913.1 46.5 71 38 0 7 77 3 73 1.85e-19 73.2 WP_244355613.1 WP_244355613.1 100 613 0 0 1 613 1 613 0.0 1257 CAG9435424.1 CAG9435424.1 100 73 0 0 1 73 1 73 6.26e-51 152 ECE8916583.1 ECE8916583.1 100 1701 0 0 18 1718 18 1718 0.0 3372 ECE8916583.1 EAA8040699.1 65.0 1807 485 32 1 1718 106 1854 0.0 2074 MCP3654032.1 MCP3654032.1 100 397 0 0 1 397 1 397 9.57e-296 797 XP_036163171.1 XP_036163171.1 97.4 498 13 0 1 498 1 498 0.0 1013 KYP14137.1 KYP14137.1 95.1 487 24 0 1 487 1 487 0.0 936 KAF5321974.1 KAF5321974.1 81.1 683 129 0 1 683 1 683 0.0 1088 MCD8523842.1 MCD8523842.1 100 236 0 0 1 236 1 236 4.12e-175 479 MCD8523842.1 KJS09633.1 32.1 84 42 3 136 219 519 587 7.94e-04 38.5 RVU05718.1 RVU05718.1 90.5 411 39 0 1 411 1 411 1.73e-264 719 RVU05718.1 WP_139665379.1 31.8 157 97 3 60 209 27 180 6.34e-12 64.3 WP_096671147.1 WP_096671147.1 100 147 0 0 1 147 1 147 7.54e-107 299 WP_265822109.1 WP_265822109.1 100 892 0 0 1 892 1 892 0.0 1892 WP_265822109.1 WP_220281278.1 26.0 866 464 35 6 807 14 766 3.77e-50 188 WP_265822109.1 HCH8663031.1 24.0 858 493 31 6 809 11 763 1.68e-40 159 WP_265822109.1 EFT8991253.1 23.6 640 366 28 32 563 64 688 1.28e-26 115 WP_173081441.1 WP_173081441.1 100 162 0 0 1 162 1 162 7.88e-114 318 EMD82508.1 EMD82508.1 100 52 0 0 1 52 1 52 6.21e-33 105 WP_022710297.1 WP_022710297.1 100 369 0 0 1 369 1 369 8.78e-271 732 MBT3784852.1 MBT3784852.1 98.3 590 10 0 1 590 1 590 0.0 1156 MBT3784852.1 WP_243361436.1 28.2 319 201 6 73 363 79 397 6.66e-22 97.4 MBT3784852.1 WP_251758029.1 26.2 325 212 8 64 363 78 399 1.93e-19 90.5 MBT3784852.1 WP_096665911.1 25.7 413 260 18 65 443 79 478 5.16e-19 88.6 MBT3784852.1 MBK3574312.1 26.0 288 174 10 110 370 130 405 4.20e-17 83.2 MBT3784852.1 UDH58358.1 26.0 177 120 4 202 370 239 412 6.36e-15 76.3 WP_059267425.1 WP_059267425.1 96.5 396 14 0 1 396 1 396 8.49e-294 792 WP_059267425.1 WP_176538754.1 22.5 364 245 12 30 373 24 370 2.13e-08 53.9 WP_138583465.1 WP_138583465.1 100 231 0 0 1 231 1 231 6.87e-176 480 OEC37898.1 OEC37898.1 95.0 576 29 0 1 576 1 576 0.0 1093 OEC37898.1 MCL4467776.1 31.1 135 68 5 462 573 608 740 9.77e-10 59.7 MBI2416798.1 MBI2416798.1 100 154 0 0 1 154 1 154 1.82e-115 321 MBI2416798.1 WP_260685194.1 50.0 62 31 0 43 104 20 81 4.87e-15 64.7 MBI2416798.1 ECK9821833.1 50.0 54 27 0 51 104 180 233 9.61e-12 59.3 MBI2416798.1 WP_223806191.1 33.8 71 46 1 32 101 212 282 9.00e-07 45.4 WP_276256752.1 WP_276256752.1 100 132 0 0 1 132 1 132 1.21e-98 277 WP_154541351.1 WP_154541351.1 100 282 0 0 1 282 1 282 7.80e-212 575 WP_154541351.1 WP_004208647.1 44.3 61 31 1 44 104 46 103 2.00e-11 60.8 NXL14598.1 NXL14598.1 97.4 1340 35 0 1 1340 1 1340 0.0 2676 NXL14598.1 XP_033306318.1 23.4 1326 858 42 64 1317 62 1301 2.44e-76 276 RUM68418.1 RUM68418.1 100 493 0 0 1 493 1 493 0.0 982 RUM68418.1 MCQ2831693.1 40.6 483 277 6 1 480 1 476 3.52e-116 349 NAB09037.1 NAB09037.1 96.5 288 10 0 1 288 1 288 3.99e-208 566 WP_152652784.1 WP_152652784.1 100 308 0 0 1 308 1 308 1.48e-229 622 WP_152652784.1 EHR6291555.1 45.6 217 118 0 3 219 327 543 8.19e-66 214 WP_152652784.1 WP_192500494.1 35.3 300 191 2 5 303 2 299 1.26e-62 199 WP_152652784.1 NLW39422.1 34.1 302 182 7 18 305 33 331 1.49e-52 174 WP_152652784.1 WP_221265680.1 33.6 223 147 1 11 232 25 247 1.70e-38 137 WP_152652784.1 WP_084371009.1 35.5 211 128 4 10 216 7 213 2.04e-38 136 WP_152652784.1 NVM03966.1 30.0 297 198 8 15 308 32 321 1.60e-37 134 WP_152652784.1 WP_132175930.1 35.4 212 132 4 11 218 33 243 1.68e-32 121 WP_152652784.1 WP_281543397.1 33.0 200 132 2 20 218 4 202 4.02e-31 116 WP_152652784.1 MWR41881.1 35.7 221 135 3 11 224 34 254 1.75e-30 114 WP_152652784.1 WP_278489123.1 30.0 210 133 4 19 219 26 230 3.56e-27 105 WP_152652784.1 THW78755.1 29.7 296 173 10 20 305 483 753 3.99e-26 107 WP_152652784.1 QIC18874.1 32.5 197 126 6 20 211 37 231 1.42e-25 102 WP_152652784.1 WP_158791585.1 31.4 204 118 5 15 201 14 212 2.69e-24 97.4 WP_152652784.1 MXP43753.1 32.7 208 124 7 8 201 17 222 4.52e-24 97.1 WP_152652784.1 WP_071876418.1 32.7 223 139 7 10 222 8 229 1.21e-22 96.3 WP_152652784.1 WP_174822921.1 30.5 210 130 5 6 201 8 215 2.75e-22 92.0 WP_152652784.1 MBC7326981.1 31.0 216 132 6 1 201 1 214 5.17e-22 91.3 WP_152652784.1 WP_185334683.1 31.1 196 124 4 11 198 10 202 6.72e-22 94.0 WP_152652784.1 WP_150396769.1 30.7 202 130 3 8 201 27 226 6.84e-22 94.0 WP_152652784.1 OAN53756.1 31.8 201 121 7 15 201 21 219 7.53e-21 88.2 WP_152652784.1 WP_207918089.1 31.3 214 132 6 1 201 1 212 9.21e-21 87.8 WP_152652784.1 EHH5649593.1 30.0 200 122 6 24 214 21 211 9.46e-21 88.6 WP_152652784.1 MBQ3864274.1 35.4 158 92 5 20 168 35 191 2.45e-19 85.1 WP_152652784.1 WP_247749043.1 25.8 221 145 8 17 223 370 585 2.96e-16 77.4 WP_152652784.1 KAF9974715.1 25.9 212 138 4 17 223 477 674 4.04e-15 74.3 WP_152652784.1 GLY24463.1 31.7 221 132 10 16 218 19 238 1.01e-13 68.9 WP_152652784.1 MCP5262709.1 25.3 324 197 12 1 298 1 305 4.48e-13 67.0 WP_152652784.1 CDZ73727.1 27.6 246 152 8 10 248 6 232 8.18e-13 65.5 WP_152652784.1 WP_041710957.1 26.8 190 115 8 6 194 290 456 6.15e-12 64.3 WP_152652784.1 WP_107894076.1 29.0 214 131 8 17 211 21 232 3.96e-11 61.2 WP_152652784.1 WP_192324556.1 28.1 203 116 6 20 196 32 230 3.50e-05 43.5 WP_152652784.1 WP_227059655.1 33.3 93 60 2 132 222 169 261 1.08e-04 42.0 MCH7618159.1 MCH7618159.1 100 150 0 0 1 150 1 150 7.49e-113 314 WP_166652585.1 WP_166652585.1 97.1 484 14 0 1 484 1 484 0.0 944 QPH00767.1 QPH00767.1 98.2 770 14 0 1 770 1 770 0.0 1526 HCN71343.1 HCN71343.1 100 133 0 0 1 133 1 133 4.20e-95 268 HCN71343.1 CKF71070.1 45.2 124 68 0 8 131 357 480 9.44e-33 119 HCN71343.1 WP_159812831.1 45.5 123 66 1 6 127 278 400 3.64e-31 113 HCN71343.1 WP_200543170.1 47.2 125 64 2 8 131 307 430 2.77e-26 100 HCN71343.1 HAB03480.1 42.2 135 73 1 2 131 688 822 2.91e-26 100 HCN71343.1 GHI39478.1 41.8 122 69 2 7 128 322 441 4.42e-22 88.6 HCN71343.1 WP_230171322.1 36.8 125 78 1 8 131 636 760 2.93e-19 80.9 HCN71343.1 WP_126679569.1 39.4 132 78 2 1 131 400 530 5.33e-19 80.1 HCN71343.1 EGR2272270.1 40.5 131 67 6 5 129 547 672 2.94e-17 75.1 HCN71343.1 WP_018646673.1 35.9 128 74 5 6 129 557 680 5.90e-15 68.6 HCN71343.1 MBI5333464.1 34.6 133 82 4 2 131 256 386 3.20e-14 66.2 HCN71343.1 WP_269885397.1 28.6 133 88 3 2 131 139 267 1.72e-12 60.8 MBN8536342.1 MBN8536342.1 100 616 0 0 1 616 1 616 0.0 1241 MBN8536342.1 HCF6759084.1 49.6 599 281 12 19 606 3 591 8.05e-197 563 MBN8536342.1 PLA74748.1 47.0 593 293 11 19 600 3 585 5.08e-185 533 WP_083453642.1 WP_083453642.1 100 582 0 0 1 582 1 582 0.0 1176 WP_083453642.1 TMG86695.1 35.7 269 126 7 337 567 10 269 3.45e-38 140 WP_083453642.1 XP_018042825.1 29.4 109 75 2 456 562 366 474 4.78e-05 44.7 EDF8564338.1 EDF8564338.1 100 268 0 0 1 268 1 268 6.60e-197 536 GEP01990.1 GEP01990.1 93.2 429 29 0 1 429 1 429 6.42e-276 750 GEP01990.1 WP_214892570.1 30.0 390 233 14 19 388 4 373 2.54e-34 130 NP_177230.1 NP_177230.1 100 585 0 0 1 585 1 585 0.0 1222 WP_206913767.1 WP_206913767.1 100 163 0 0 1 163 1 163 6.74e-120 333 UOK61174.1 UOK61174.1 100 405 0 0 1 405 1 405 9.12e-314 843 UOK61174.1 HBG17616.1 40.6 96 56 1 262 356 437 532 1.10e-14 73.9 UOK61174.1 THB72442.1 28.8 104 73 1 254 356 216 319 7.25e-05 42.7 UOK61174.1 WP_006034446.1 26.2 107 78 1 253 358 201 307 1.63e-04 41.6 WP_033677965.1 WP_033677965.1 100 134 0 0 1 134 1 134 5.95e-100 280 MBF1231925.1 MBF1231925.1 100 221 0 0 1 221 1 221 3.54e-164 450 MBQ1196899.1 MBQ1196899.1 94.6 591 32 0 1 591 1 591 0.0 1158 MBQ1196899.1 MCH8904788.1 37.3 354 217 4 7 358 9 359 1.34e-76 252 MBQ1196899.1 WP_280949002.1 42.3 286 155 4 2 279 11 294 1.19e-67 230 WP_189254710.1 WP_189254710.1 100 137 0 0 1 137 1 137 2.60e-100 281 XP_022371551.1 XP_022371551.1 97.0 895 27 0 1 895 1 895 0.0 1768 PLX13980.1 PLX13980.1 100 317 0 0 1 317 1 317 3.79e-232 630 CAH9132908.1 CAH9132908.1 100 124 0 0 1 124 1 124 1.40e-91 258 HHU23657.1 HHU23657.1 100 278 0 0 1 278 1 278 1.15e-211 575 PAV59276.1 PAV59276.1 85.0 100 15 0 1 100 1 100 7.15e-58 171 WP_233281725.1 WP_233281725.1 100 196 0 0 19 214 19 214 5.73e-137 380 WP_233281725.1 WP_035102910.1 31.3 243 127 4 2 209 27 264 2.30e-24 95.5 MCA9869097.1 MCA9869097.1 96.9 636 20 0 1 636 1 636 0.0 1243 MBI1189702.1 MBI1189702.1 100 362 0 0 1 362 1 362 1.01e-261 708 MBI1189702.1 RYY73542.1 47.3 374 183 7 1 362 10 381 5.70e-101 301 MBI1189702.1 MCK9252526.1 40.5 351 199 4 13 354 30 379 2.04e-81 252 MBI1189702.1 MCH8293010.1 30.5 187 103 5 68 244 60 229 3.25e-12 65.1 MBI1189702.1 MCP4974199.1 28.7 150 96 4 55 204 58 196 4.03e-10 58.9 MBI1189702.1 EFX2174330.1 41.7 84 48 1 68 150 62 145 1.06e-09 57.4 MBI1189702.1 WP_218036247.1 43.3 67 33 1 53 119 42 103 1.35e-06 47.8 QOL09497.1 QOL09497.1 89.5 219 23 0 1 219 1 219 2.73e-126 354 QOL09497.1 YP_008379230.1 38.5 192 118 0 2 193 127 318 6.98e-40 138 QOL09497.1 YP_007317140.1 37.6 194 114 4 2 192 127 316 2.35e-27 105 QOL09497.1 EAZ5330394.1 22.5 169 107 4 36 184 280 444 3.43e-05 42.4 QOL09497.1 WP_096665911.1 24.0 104 71 2 47 142 294 397 8.53e-04 38.1 CAI4531609.1 CAI4531609.1 100 86 0 0 1 86 1 86 2.23e-59 174 WP_012084538.1 WP_012084538.1 100 56 0 0 1 56 1 56 3.26e-35 112 WP_012084538.1 WP_031132573.1 74.5 47 12 0 10 56 15 61 3.50e-19 72.4 MBS1587439.1 MBS1587439.1 98.6 802 11 0 1 802 1 802 0.0 1599 MBS1587439.1 MBP8741618.1 27.6 609 364 16 5 550 13 607 5.54e-52 191 MBS1587439.1 WP_025983621.1 34.3 181 104 5 5 170 15 195 2.33e-24 99.8 WP_109832405.1 WP_109832405.1 100 288 0 0 1 288 1 288 8.85e-221 598 NDH41984.1 NDH41984.1 100 410 0 0 1 410 1 410 1.19e-307 828 NDH41984.1 WP_236355782.1 55.8 423 173 3 1 410 48 469 1.17e-150 446 EFX84833.1 EFX84833.1 100 749 0 0 1 749 1 749 0.0 1567 WP_024498088.1 WP_024498088.1 90.0 309 31 0 1 309 1 309 1.56e-195 536 WP_024498088.1 WP_003939801.1 56.8 292 102 3 7 296 7 276 6.63e-113 326 WP_130201530.1 WP_130201530.1 100 400 0 0 1 400 1 400 3.67e-306 824 MBO5098538.1 MBO5098538.1 88.6 88 10 0 1 88 1 88 1.28e-50 152 MBO5098538.1 WP_010016619.1 62.1 87 33 0 2 88 522 608 4.90e-30 109 KAF5115699.1 KAF5115699.1 100 92 0 0 1 92 1 92 2.51e-61 179 KAJ5249775.1 KAJ5249775.1 100 545 0 0 1 545 1 545 0.0 1156 SED04027.1 SED04027.1 93.9 213 13 0 1 213 1 213 2.99e-143 396 SED04027.1 MCB9527501.1 43.0 149 81 2 8 156 7 151 7.99e-35 121 RLA59280.1 RLA59280.1 100 408 0 0 1 408 1 408 7.48e-310 834 RLA59280.1 WP_278088590.1 39.8 397 222 5 5 397 2 385 1.67e-92 282 MAL04956.1 MAL04956.1 100 69 0 0 1 69 1 69 5.41e-39 121 XP_032283352.1 XP_032283352.1 99.5 2034 11 0 1 2034 1 2034 0.0 4256 XP_048583328.1 XP_048583328.1 100 207 0 0 1 207 1 207 1.77e-157 432 MBL7752135.1 MBL7752135.1 100 135 0 0 1 135 1 135 2.61e-99 279 WP_254301195.1 WP_254301195.1 96.7 304 10 0 1 304 1 304 1.71e-217 592 WP_254301195.1 WP_265634479.1 28.3 293 203 6 5 292 7 297 2.27e-12 64.7 WP_254301195.1 WP_009620393.1 34.3 172 102 5 10 172 5 174 1.29e-11 62.4 WP_254301195.1 WP_077690175.1 33.9 127 65 4 14 130 10 127 1.34e-08 53.5 WP_254301195.1 MCI2079698.1 30.9 162 90 7 16 164 11 163 3.12e-07 49.3 WP_254301195.1 MAJ71254.1 29.3 75 53 0 11 85 11 85 1.02e-04 41.6 WP_027723927.1 WP_027723927.1 100 397 0 0 1 397 1 397 5.54e-295 795 AOQ89457.1 AOQ89457.1 87.7 187 23 0 1 187 1 187 1.66e-109 309 AOQ89457.1 QUA05739.1 78.1 187 41 0 1 187 5 191 8.05e-102 290 AOQ89457.1 AFA24308.1 76.1 184 44 0 4 187 1 184 5.15e-98 281 AOQ89457.1 ADW49125.1 76.5 183 43 0 5 187 1 183 9.55e-96 275 AOQ89457.1 ADJ35581.1 67.9 187 60 0 1 187 6 192 4.31e-94 271 AOQ89457.1 AWS34156.1 74.3 187 48 0 1 187 5 191 3.41e-93 269 AOQ89457.1 AMA90994.1 70.1 187 56 0 1 187 5 191 1.26e-90 261 AOQ89457.1 AVM35379.1 69.9 186 56 0 2 187 1 186 1.42e-86 252 AOQ89457.1 AFA09475.1 70.1 177 53 0 11 187 1 177 6.05e-86 250 AOQ89457.1 QUQ06080.1 63.6 187 68 0 1 187 5 191 3.91e-85 248 AOQ89457.1 ABQ63546.1 69.0 171 53 0 1 171 4 174 1.08e-84 247 AOQ89457.1 AOR13807.1 67.0 182 60 0 6 187 1 182 9.16e-84 244 AOQ89457.1 AAX94106.1 75.2 161 40 0 27 187 1 161 4.18e-78 238 AOQ89457.1 AKA56406.1 63.4 186 65 2 2 187 6 188 7.54e-78 229 AOQ89457.1 AGI15931.1 60.3 184 73 0 4 187 1 184 1.17e-76 226 AOQ89457.1 UZF38514.1 59.0 178 73 0 10 187 1 178 4.23e-72 215 AOQ89457.1 AHH30646.1 66.3 160 52 2 28 187 6 163 1.48e-69 207 AOQ89457.1 ACE88666.1 58.9 112 46 0 76 187 1 112 5.71e-39 129 AOQ89457.1 APC24336.1 51.2 84 41 0 104 187 1 84 1.04e-19 83.6 WP_280550159.1 WP_280550159.1 100 306 0 0 1 306 1 306 5.38e-231 626 WP_263549390.1 WP_263549390.1 100 148 0 0 1 148 1 148 1.64e-106 298 MBR4127938.1 MBR4127938.1 100 91 0 0 1 91 1 91 8.44e-64 186 MBR4127938.1 SDW64481.1 61.8 89 34 0 3 91 5 93 2.34e-35 115 KAJ2160675.1 KAJ2160675.1 100 162 0 0 1 162 1 162 3.90e-114 318 WP_165149223.1 WP_165149223.1 93.1 346 24 0 1 346 1 346 3.15e-241 655 WP_154427248.1 WP_154427248.1 100 528 0 0 1 528 1 528 0.0 1103 XP_003056335.1 XP_003056335.1 100 529 0 0 1 529 1 529 0.0 1101 XP_003056335.1 XP_034264344.1 31.6 335 161 8 132 462 66 336 3.68e-44 159 XP_003056335.1 HBX8004802.1 29.1 127 60 4 132 258 14 110 5.19e-08 53.1 XP_003056335.1 HBK1877356.1 33.7 86 53 3 131 215 5 87 5.03e-06 47.4 MIX29656.1 MIX29656.1 100 274 0 0 1 274 1 274 2.33e-209 568 SCN76227.1 SCN76227.1 98.1 619 12 0 1 619 1 619 0.0 1263 SCN76227.1 XP_027422845.1 22.2 492 310 10 85 538 28 484 2.63e-30 124 SCN76227.1 QLP56207.1 22.1 502 297 17 80 560 13 441 9.55e-08 53.1 WP_042211112.1 WP_042211112.1 91.6 320 27 0 1 320 1 320 6.70e-223 607 WP_170834655.1 WP_170834655.1 100 55 0 0 1 55 1 55 5.16e-31 100 MBS5796435.1 MBS5796435.1 97.6 823 20 0 1 823 1 823 0.0 1575 WP_235959345.1 WP_235959345.1 98.5 660 10 0 1 660 1 660 0.0 1327 HHX25519.1 HHX25519.1 100 140 0 0 1 140 1 140 5.85e-103 288 WP_199690327.1 WP_199690327.1 97.5 366 9 0 1 366 1 366 5.71e-270 729 WP_195694458.1 WP_195694458.1 100 373 0 0 1 373 1 373 1.75e-288 777 PTT91340.1 PTT91340.1 100 54 0 0 1 54 1 54 1.49e-34 109 MBQ1405588.1 MBQ1405588.1 100 313 0 0 1 313 1 313 3.24e-231 627 MBQ1405588.1 MBQ1897904.1 47.8 299 156 0 4 302 6 304 8.68e-102 300 KFV95086.1 KFV95086.1 95.5 576 26 0 1 576 1 576 0.0 1133 WP_187027854.1 WP_187027854.1 100 325 0 0 1 325 1 325 3.89e-254 686 NDU77367.1 NDU77367.1 100 122 0 0 1 122 1 122 2.25e-87 248 XP_029370816.1 XP_029370816.1 100 361 0 0 1 361 1 361 6.21e-276 744 PYX86466.1 PYX86466.1 91.7 290 24 0 1 290 1 290 2.97e-195 534 MBN9117024.1 MBN9117024.1 100 103 0 0 1 103 1 103 4.93e-73 210 AXZ65741.1 AXZ65741.1 94.4 177 10 0 1 177 1 177 9.43e-121 337 AXZ65741.1 QUA05739.1 75.0 176 44 0 1 176 1 176 8.84e-97 278 AXZ65741.1 AWS34156.1 72.3 177 49 0 1 177 1 177 3.05e-94 271 AXZ65741.1 AMA90994.1 71.8 177 50 0 1 177 1 177 1.18e-93 269 AXZ65741.1 AFA24308.1 77.4 168 38 0 9 176 2 169 1.39e-93 270 AXZ65741.1 ADW49125.1 76.8 168 39 0 9 176 1 168 8.99e-92 265 AXZ65741.1 ABQ63546.1 73.6 174 46 0 2 175 1 174 4.62e-91 263 AXZ65741.1 AVM35379.1 74.4 172 44 0 6 177 1 172 1.64e-90 262 AXZ65741.1 AKT58828.1 71.2 177 51 0 1 177 1 177 1.74e-90 261 AXZ65741.1 ADJ35581.1 69.9 176 53 0 1 176 2 177 8.13e-90 260 AXZ65741.1 AFA09475.1 72.8 162 44 0 15 176 1 162 2.42e-83 243 AXZ65741.1 AHK62764.1 66.9 172 57 0 5 176 1 172 1.58e-80 237 AXZ65741.1 AOR13807.1 64.3 168 60 0 10 177 1 168 2.11e-80 236 AXZ65741.1 AAX94106.1 77.7 157 35 0 32 188 2 158 6.14e-78 237 AXZ65741.1 AGI15931.1 61.1 180 70 0 9 188 2 181 9.39e-74 219 AXZ65741.1 UZF38514.1 61.1 157 61 0 14 170 1 157 1.54e-72 216 AXZ65741.1 AKA56406.1 59.2 169 66 1 2 170 2 167 1.63e-72 216 AXZ65741.1 AHH30646.1 73.2 142 36 2 31 172 5 144 1.33e-70 210 AXZ65741.1 APC24336.1 55.7 70 31 0 108 177 1 70 2.31e-17 77.0 WP_132175930.1 WP_132175930.1 100 333 0 0 1 333 1 333 5.51e-249 674 WP_132175930.1 QIC18874.1 39.8 241 145 0 7 247 2 242 1.37e-66 210 WP_132175930.1 NVM03966.1 31.5 232 148 4 7 238 6 226 3.08e-36 131 WP_132175930.1 WP_084371009.1 31.4 245 161 3 37 279 12 251 2.21e-35 129 WP_132175930.1 EHR6291555.1 34.4 221 126 6 35 247 337 546 5.14e-34 129 WP_132175930.1 WP_152652784.1 35.4 212 132 4 33 243 11 218 1.82e-32 121 WP_132175930.1 WP_192500494.1 33.3 210 127 6 33 238 8 208 2.32e-28 110 WP_132175930.1 RLN50561.1 34.2 234 146 4 21 247 1482 1714 4.32e-28 113 WP_132175930.1 WP_071876418.1 31.8 214 130 2 40 243 18 225 2.16e-26 107 WP_132175930.1 MSO30570.1 29.6 199 133 2 52 247 31 225 2.21e-24 100 WP_132175930.1 WP_221265680.1 28.8 264 175 5 33 291 25 280 5.31e-23 95.9 WP_132175930.1 WP_131166802.1 28.6 224 140 5 32 238 15 235 1.18e-15 75.1 WP_132175930.1 MCH5231772.1 26.2 244 147 8 35 252 9 245 9.86e-15 73.2 WP_132175930.1 WP_248562494.1 28.4 183 118 7 55 234 29 201 4.87e-12 63.9 WP_132175930.1 XP_013005546.1 26.3 304 202 11 31 325 51 341 7.86e-07 48.9 WP_055411085.1 WP_055411085.1 100 339 0 0 1 339 1 339 3.07e-249 675 CAE6438319.1 CAE6438319.1 100 344 0 0 1 344 1 344 2.50e-271 731 WP_009257967.1 WP_009257967.1 100 757 0 0 1 757 1 757 0.0 1521 WP_009257967.1 MCJ2136558.1 28.6 402 216 20 336 704 8 371 4.65e-18 85.1 XP_021377602.1 XP_021377602.1 100 735 0 0 1 735 1 735 0.0 1540 KJV99157.1 KJV99157.1 97.6 291 7 0 1 291 1 291 3.31e-213 580 EHR73697.1 EHR73697.1 92.9 622 44 0 1 622 1 622 0.0 1087 MBQ2688679.1 MBQ2688679.1 93.5 446 29 0 1 446 1 446 4.48e-303 820 CAF4001745.1 CAF4001745.1 100 74 0 0 1 74 1 74 2.26e-49 148 WP_264144890.1 WP_264144890.1 100 381 0 0 1 381 1 381 9.80e-290 781 WP_264144890.1 WP_130962786.1 34.6 376 235 6 2 369 4 376 3.21e-58 192 NEO77458.1 NEO77458.1 96.7 246 8 0 1 246 1 246 1.10e-159 441 NEO77458.1 WP_044318929.1 46.7 60 31 1 58 117 387 445 1.96e-06 46.6 GBD21712.1 GBD21712.1 100 169 0 0 1 169 1 169 1.46e-126 350 WP_138405018.1 WP_138405018.1 97.8 545 12 0 1 545 1 545 0.0 1056 XP_025425233.1 XP_025425233.1 90.9 176 16 0 1 176 1 176 4.58e-113 317 WP_043343784.1 WP_043343784.1 85.2 535 79 0 1 535 1 535 0.0 889 WP_043343784.1 NVK26228.1 29.7 515 319 11 38 534 2 491 1.84e-68 227 MBN3879913.1 MBN3879913.1 100 97 0 0 1 97 1 97 8.15e-67 194 XP_020282545.1 XP_020282545.1 100 360 0 0 1 360 1 360 7.20e-270 729 WP_093361010.1 WP_093361010.1 93.0 142 10 0 1 142 1 142 5.80e-95 268 XP_034262050.1 XP_034262050.1 100 211 0 0 1 211 1 211 2.50e-159 437 OWZ21453.1 OWZ21453.1 91.9 433 35 0 1 433 1 433 9.62e-296 800 WP_140204528.1 WP_140204528.1 100 181 0 0 1 181 1 181 1.43e-132 367 WP_140204528.1 MBP6728875.1 36.0 50 32 0 3 52 17 66 5.41e-05 40.4 WP_206254325.1 WP_206254325.1 100 117 0 0 1 117 1 117 1.81e-86 245 WP_278843343.1 WP_278843343.1 100 1083 0 0 1 1083 1 1083 0.0 2194 WP_278843343.1 WP_214826002.1 27.1 1035 586 38 107 1083 40 963 1.99e-71 255 WP_278843343.1 WP_146272353.1 26.2 980 562 33 2 938 16 877 4.69e-66 240 WP_278843343.1 MBP3518143.1 25.3 1133 672 46 15 1083 45 1067 3.53e-61 226 WP_278843343.1 WP_259301651.1 23.7 1133 657 54 21 1083 55 1050 2.03e-47 182 WP_278843343.1 MCB9353584.1 24.9 1147 687 46 4 1083 2 1041 4.62e-40 159 MBL4542294.1 MBL4542294.1 100 108 0 0 1 108 1 108 4.13e-72 208 GCE99025.1 GCE99025.1 89.0 327 36 0 1 327 1 327 1.06e-218 597 MCL2537505.1 MCL2537505.1 100 155 0 0 1 155 1 155 2.30e-114 318 XP_049847771.1 XP_049847771.1 98.3 580 10 0 1 580 1 580 0.0 1093 XP_049847771.1 XP_025814622.1 33.4 395 224 14 131 505 81 456 6.02e-33 133 XP_049847771.1 XP_019180948.1 30.2 424 260 20 132 531 187 598 3.02e-28 118 XP_049847771.1 XP_021765438.1 47.1 70 33 3 174 240 435 503 1.98e-07 52.4 XP_049847771.1 XP_050358545.1 29.2 274 131 16 173 406 112 362 7.39e-06 47.0 MCC7321896.1 MCC7321896.1 100 234 0 0 1 234 1 234 3.96e-172 471 MCE5280144.1 MCE5280144.1 96.6 678 23 0 1 678 1 678 0.0 1347 MCE5280144.1 MCL7398932.1 31.0 374 216 6 17 353 118 486 1.87e-57 201 MBX3615544.1 MBX3615544.1 100 424 0 0 1 424 1 424 0.0 876 XP_047443619.1 XP_047443619.1 96.3 273 10 0 1 273 1 273 2.31e-204 556 GBU10433.1 GBU10433.1 100 495 0 0 1 495 1 495 0.0 1011 GBU10433.1 MCJ7686803.1 48.7 39 20 0 5 43 146 184 2.72e-06 48.1 ECG5731039.1 ECG5731039.1 100 267 0 0 1 267 1 267 6.91e-203 551 KAI4261063.1 KAI4261063.1 100 106 0 0 1 106 1 106 6.63e-77 220 RME91291.1 RME91291.1 95.7 564 24 0 1 564 1 564 0.0 1070 KAF8902954.1 KAF8902954.1 97.6 415 10 0 1 415 1 415 1.33e-302 816 WP_128492049.1 WP_128492049.1 100 449 0 0 1 449 1 449 0.0 906 WP_128492049.1 OLB27154.1 23.9 406 266 12 71 449 123 512 2.01e-17 82.8 NXJ09179.1 NXJ09179.1 86.7 218 29 0 1 218 1 218 2.65e-128 359 MBM3211208.1 MBM3211208.1 100 328 0 0 1 328 1 328 2.73e-251 679 XP_037269637.1 XP_037269637.1 98.5 2820 42 0 1 2820 1 2820 0.0 5519 WP_266300278.1 WP_266300278.1 85.4 82 12 0 1 82 1 82 8.72e-44 134 MBT3283615.1 MBT3283615.1 100 322 0 0 1 322 1 322 6.68e-249 672 HBB8861935.1 HBB8861935.1 100 54 0 0 1 54 1 54 1.80e-35 111 MBP1762081.1 MBP1762081.1 100 199 0 0 1 199 1 199 2.84e-150 413 ESW62330.1 ESW62330.1 100 160 0 0 1 160 1 160 3.92e-113 316 WP_139216328.1 WP_139216328.1 100 99 0 0 1 99 1 99 2.05e-70 203 XP_031159380.1 XP_031159380.1 93.1 1180 82 0 1 1180 1 1180 0.0 2237 WP_145549645.1 WP_145549645.1 94.8 803 42 0 1 803 1 803 0.0 1542 MCB0396773.1 MCB0396773.1 100 623 0 0 1 623 1 623 0.0 1305 WP_040532466.1 WP_040532466.1 100 362 0 0 1 362 1 362 1.17e-285 769 WP_040532466.1 WP_057452934.1 52.7 313 147 1 4 316 9 320 8.71e-122 353 WP_040532466.1 MBF0865514.1 51.9 310 148 1 5 314 12 320 7.08e-117 341 WP_040532466.1 WP_083296738.1 49.8 307 153 1 8 314 24 329 1.24e-108 320 XP_042399294.1 XP_042399294.1 98.4 516 8 0 1 516 1 516 0.0 1067 MBS1222269.1 MBS1222269.1 100 202 0 0 1 202 1 202 2.71e-145 400 MBS1222269.1 WP_247392216.1 48.5 202 94 2 1 202 1 192 6.11e-56 177 MBS1222269.1 WP_045125019.1 45.3 212 105 4 1 202 1 211 4.82e-46 155 MBS1222269.1 WP_186153646.1 43.6 204 103 5 1 202 1 194 5.67e-46 150 MBS1222269.1 WP_243269836.1 54.1 157 61 4 49 202 29 177 8.14e-40 142 MBS1222269.1 WP_001537381.1 59.0 117 44 3 89 202 45 160 3.40e-36 132 MCR5249229.1 MCR5249229.1 100 324 0 0 1 324 1 324 3.32e-250 676 EOX98511.1 EOX98511.1 100 64 0 0 1 64 1 64 9.38e-40 123 WP_263871176.1 WP_263871176.1 89.9 268 27 0 1 268 1 268 1.29e-178 490 XP_015675072.1 XP_015675072.1 100 606 0 0 1 606 1 606 0.0 1271 XP_015675072.1 XP_050358545.1 24.2 215 140 6 150 357 63 261 1.49e-06 49.3 WP_221874538.1 WP_221874538.1 95.9 145 6 0 1 145 1 145 5.76e-101 284 WP_221874538.1 WP_063477675.1 35.0 137 81 3 10 145 42 171 4.18e-21 82.4 WP_147728825.1 WP_147728825.1 95.1 431 21 0 1 431 1 431 3.63e-315 849 EWA78047.1 EWA78047.1 100 75 0 0 1 75 1 75 2.22e-54 160 WP_137499306.1 WP_137499306.1 100 207 0 0 1 207 1 207 3.29e-153 421 WP_254467474.1 WP_254467474.1 97.8 775 17 0 1 775 1 775 0.0 1551 WP_254467474.1 MBO1518138.1 26.4 707 434 21 135 775 52 738 7.02e-45 171 WP_254467474.1 WP_059812501.1 25.5 693 427 25 106 751 54 704 3.46e-40 156 WP_254467474.1 WP_222018129.1 27.2 173 105 5 151 309 47 212 7.06e-06 47.8 WP_254467474.1 MBX9747080.1 28.7 115 77 3 229 340 93 205 1.70e-05 46.6 WP_209241541.1 WP_209241541.1 95.1 471 23 0 1 471 1 471 2.21e-318 861 WP_209241541.1 WP_093868643.1 33.4 467 267 10 17 471 10 444 2.00e-70 229 WP_209241541.1 EIC7331684.1 31.5 454 291 6 17 458 23 468 1.82e-67 222 WP_209241541.1 HBU57020.1 40.3 134 72 2 341 469 1 131 5.75e-23 92.8 CAI4270029.1 CAI4270029.1 89.8 1093 112 0 1 1093 1 1093 0.0 2018 KAI5947122.1 KAI5947122.1 93.7 687 43 0 1 687 1 687 0.0 1312 XP_051382515.1 XP_051382515.1 97.1 593 17 0 1 593 1 593 0.0 1181 MCS7125979.1 MCS7125979.1 100 75 0 0 1 75 1 75 5.07e-51 152 MXP43753.1 MXP43753.1 100 262 0 0 1 262 1 262 3.29e-203 552 MXP43753.1 WP_174822921.1 72.9 255 69 0 8 262 1 255 8.14e-143 399 MXP43753.1 OAN53756.1 71.6 250 71 0 13 262 10 259 2.32e-136 383 MXP43753.1 WP_207918089.1 63.1 252 92 1 11 262 2 252 1.21e-120 343 MXP43753.1 MBC7326981.1 60.0 250 98 2 14 262 6 254 3.17e-114 327 MXP43753.1 WP_158791585.1 57.6 245 100 4 20 262 10 252 2.59e-103 299 MXP43753.1 MWR41881.1 31.2 237 143 8 30 259 44 267 2.10e-31 115 MXP43753.1 WP_279984614.1 29.2 253 160 7 15 258 10 252 3.11e-29 109 MXP43753.1 WP_098952357.1 33.8 237 140 8 28 257 29 255 3.56e-26 102 MXP43753.1 WP_192324556.1 33.2 229 132 8 29 248 344 560 8.26e-26 104 MXP43753.1 MCP5262709.1 31.0 245 154 9 25 260 16 254 6.98e-25 99.4 MXP43753.1 WP_152652784.1 32.7 208 124 7 17 222 8 201 3.84e-24 97.1 MXP43753.1 GLY24463.1 29.8 245 152 9 25 257 19 255 5.07e-24 97.1 MXP43753.1 MBQ3864274.1 28.8 240 147 8 14 245 25 248 6.10e-21 88.6 MXP43753.1 WP_107894076.1 29.8 248 149 11 26 257 18 256 8.60e-21 88.2 MXP43753.1 WP_247749043.1 29.1 227 141 7 26 244 370 584 2.13e-20 88.6 MXP43753.1 WP_084371009.1 27.0 215 140 6 24 236 12 211 3.24e-20 86.3 MXP43753.1 WP_227059655.1 31.5 248 152 8 25 258 32 275 3.96e-20 87.8 MXP43753.1 WP_221977168.1 29.3 242 148 8 9 239 10 239 6.20e-20 84.7 MXP43753.1 WP_276362074.1 26.4 239 159 7 20 247 10 242 1.45e-17 78.2 MXP43753.1 WP_071876418.1 25.1 215 147 6 26 236 17 221 4.27e-16 75.9 MXP43753.1 WP_150396769.1 26.9 219 138 9 29 239 39 243 6.52e-10 57.4 MXP43753.1 KAF9974715.1 24.9 197 119 5 26 218 477 648 2.00e-09 56.2 MXP43753.1 WP_153844272.1 23.1 195 128 6 20 204 11 193 1.27e-04 41.2 MBD9700330.1 MBD9700330.1 92.5 161 12 0 1 161 1 161 1.20e-103 292 WP_072184911.1 WP_072184911.1 89.7 522 54 0 1 522 1 522 0.0 920 MBI1992098.1 MBI1992098.1 100 153 0 0 1 153 1 153 1.19e-106 299 OBC01194.1 OBC01194.1 96.6 713 24 0 1 713 1 713 0.0 1298 WP_203304418.1 WP_203304418.1 96.4 770 28 0 1 770 1 770 0.0 1426 WP_145254095.1 WP_145254095.1 100 203 0 0 1 203 1 203 4.33e-147 405 NLV89229.1 NLV89229.1 100 299 0 0 1 299 1 299 1.35e-216 589 MCQ8893008.1 MCQ8893008.1 100 79 0 0 1 79 1 79 2.44e-53 158 WP_221968558.1 WP_221968558.1 100 134 0 0 1 134 1 134 2.24e-95 269 MBA2782760.1 MBA2782760.1 100 330 0 0 1 330 1 330 4.68e-244 661 WP_232465954.1 WP_232465954.1 95.4 713 33 0 1 713 1 713 0.0 1418 WP_164588414.1 WP_164588414.1 100 524 0 0 1 524 1 524 0.0 1029 WP_164588414.1 NXG47881.1 34.0 103 64 1 22 124 7 105 2.06e-08 55.1 MBO4522510.1 MBO4522510.1 100 194 0 0 1 194 1 194 2.34e-142 392 WP_206762159.1 WP_206762159.1 100 452 0 0 1 452 1 452 0.0 887 MBR7152669.1 MBR7152669.1 100 169 0 0 1 169 1 169 2.42e-125 347 MBR7152669.1 WP_259568097.1 38.7 163 96 3 6 167 8 167 1.36e-34 126 KAF0721509.1 KAF0721509.1 100 238 0 0 1 238 1 238 3.67e-179 489 WP_241695219.1 WP_241695219.1 91.7 120 10 0 1 120 1 120 2.85e-71 207 XP_036174925.1 XP_036174925.1 93.3 837 56 0 1 837 1 837 0.0 1588 WP_236387036.1 WP_236387036.1 100 654 0 0 1 654 1 654 0.0 1324 WP_236387036.1 WP_006799194.1 64.7 660 223 6 1 653 1 657 0.0 895 WP_236387036.1 WP_131751929.1 49.6 367 165 6 294 653 291 644 1.04e-118 366 WP_165356608.1 WP_165356608.1 100 84 0 0 1 84 1 84 1.21e-53 159 PFQ70995.1 PFQ70995.1 100 391 0 0 1 391 1 391 1.16e-293 791 PFQ70995.1 HCI94645.1 30.5 341 227 4 56 390 71 407 4.18e-52 177 MYE57211.1 MYE57211.1 100 203 0 0 1 203 1 203 1.91e-150 414 MYE57211.1 WP_145616262.1 51.7 203 92 3 7 203 6 208 7.74e-64 202 MYE57211.1 NNE87648.1 47.5 200 100 2 7 201 6 205 8.27e-54 176 MYE57211.1 WP_024330540.1 39.6 217 112 4 5 202 4 220 1.72e-43 150 MYE57211.1 DAZ71054.1 33.2 223 121 6 7 202 37 258 8.69e-36 127 WP_008132112.1 WP_008132112.1 98.8 754 9 0 1 754 1 754 0.0 1522 XP_022789336.1 XP_022789336.1 96.6 414 14 0 1 414 1 414 3.46e-318 855 WP_264695257.1 WP_264695257.1 100 492 0 0 1 492 1 492 0.0 1025 WP_219954954.1 WP_219954954.1 97.7 438 10 0 1 438 1 438 7.85e-309 834 WP_219954954.1 EAA7679439.1 30.4 260 172 4 166 423 252 504 7.86e-32 125 WP_219954954.1 WP_206698867.1 23.5 426 289 11 15 430 9 407 3.00e-24 102 WP_219954954.1 WP_023955328.1 23.4 342 248 7 6 338 4 340 2.03e-16 78.6 AAR06568.1 AAR06568.1 94.9 449 23 0 1 449 1 449 3.57e-306 828 WP_043239074.1 WP_043239074.1 94.0 268 16 0 1 268 1 268 4.04e-182 499 KAB2838176.1 KAB2838176.1 94.5 238 13 0 1 238 1 238 3.69e-154 426 KAB2838176.1 WP_236777269.1 27.0 152 111 0 67 218 67 218 7.17e-04 38.5 MBS1617120.1 MBS1617120.1 100 169 0 0 1 169 1 169 7.79e-122 338 WP_129629290.1 WP_129629290.1 100 343 0 0 1 343 1 343 1.38e-263 711 KRN01502.1 KRN01502.1 92.4 132 10 0 1 132 1 132 1.25e-82 236 ACF74449.1 ACF74449.1 100 505 0 0 1 505 1 505 0.0 1015 ACF74449.1 XP_028717800.1 27.7 466 311 11 32 488 28 476 3.78e-44 160 ACF74449.1 XP_054844157.1 27.7 466 296 15 26 473 41 483 4.05e-40 150 ACF74449.1 XP_041334537.1 24.3 423 290 10 57 474 44 441 5.73e-31 123 WP_088527814.1 WP_088527814.1 100 188 0 0 1 188 1 188 1.42e-140 387 WP_088527814.1 MCR5007903.1 46.8 188 98 2 1 186 1 188 2.29e-59 182 WP_088527814.1 WP_122081718.1 41.4 191 100 5 2 186 4 188 4.15e-45 146 WP_088527814.1 WP_239881445.1 27.8 176 117 5 14 186 212 380 3.06e-14 68.2 WP_088527814.1 MCF2638803.1 29.8 124 64 8 73 176 104 224 5.33e-05 40.8 WP_258825945.1 WP_258825945.1 100 290 0 0 1 290 1 290 4.72e-217 589 WP_258825945.1 MCF8210731.1 72.3 289 80 0 1 289 1 289 4.14e-163 453 WP_008045531.1 WP_008045531.1 96.7 760 25 0 1 760 1 760 0.0 1484 WP_008045531.1 GIC06559.1 40.5 745 414 14 24 760 8 731 1.50e-165 494 WP_008045531.1 NUQ31250.1 25.9 305 171 7 452 755 98 348 8.89e-19 87.0 WP_045064390.1 WP_045064390.1 100 178 0 0 1 178 1 178 2.58e-129 358 MCU1589779.1 MCU1589779.1 97.9 522 11 0 1 522 1 522 0.0 997 XP_049224720.1 XP_049224720.1 100 689 0 0 1 689 1 689 0.0 1449 MBQ0033687.1 MBQ0033687.1 100 394 0 0 1 394 1 394 1.13e-306 825 MBP3425637.1 MBP3425637.1 97.4 666 17 0 1 666 1 666 0.0 1284 MCR5285329.1 MCR5285329.1 100 564 0 0 1 564 1 564 0.0 1141 XP_020103231.1 XP_020103231.1 97.8 450 10 0 1 450 1 450 0.0 887 XP_020103231.1 MCS6830908.1 41.2 357 191 6 90 438 4 349 1.77e-88 273 XP_020103231.1 CAB0780497.1 36.6 350 214 5 92 439 4 347 3.66e-65 212 XP_020103231.1 NCW99628.1 40.1 162 93 2 288 449 5 162 6.23e-33 121 WP_258394058.1 WP_258394058.1 95.1 309 15 0 1 309 1 309 3.51e-208 568 WP_196823726.1 WP_196823726.1 100 46 0 0 1 46 1 46 1.08e-26 89.0 WP_162334308.1 WP_162334308.1 100 139 0 0 1 139 1 139 2.48e-99 279 WP_020394619.1 WP_020394619.1 98.1 468 9 0 1 468 1 468 0.0 933 TMH05674.1 TMH05674.1 93.7 254 16 0 1 254 1 254 8.98e-163 449 TMH05674.1 WP_277690767.1 37.4 238 135 2 23 246 34 271 4.03e-36 127 WP_112116848.1 WP_112116848.1 97.6 540 13 0 1 540 1 540 0.0 1023 HCH2726488.1 HCH2726488.1 97.3 728 20 0 1 728 1 728 0.0 1457 HCH2726488.1 GAL07990.1 62.3 77 29 0 341 417 2 78 5.70e-27 103 MBK6833697.1 MBK6833697.1 98.7 818 11 0 1 818 1 818 0.0 1607 XP_025975121.1 XP_025975121.1 100 239 0 0 1 239 1 239 9.35e-178 486 WP_103270848.1 WP_103270848.1 100 263 0 0 1 263 1 263 6.36e-197 536 WP_103270848.1 MCD5879085.1 46.2 143 76 1 26 168 35 176 1.02e-39 134 WP_103270848.1 MCP4774001.1 29.5 268 169 6 13 260 10 277 2.22e-31 115 WP_103270848.1 WP_201520784.1 30.8 247 157 7 26 261 30 273 4.80e-29 109 NXS05193.1 NXS05193.1 100 72 0 0 1 72 1 72 1.67e-50 150 MBC6481257.1 MBC6481257.1 100 464 0 0 1 464 1 464 0.0 987 MBC6481257.1 MCI4325574.1 49.1 320 148 7 1 314 1 311 4.75e-100 301 MBC6481257.1 MBE0669914.1 39.7 305 176 4 9 313 9 305 9.61e-73 230 MBC6481257.1 WP_116803659.1 28.0 275 179 5 45 309 26 291 8.04e-32 122 KAE9963299.1 KAE9963299.1 92.4 1375 105 0 1 1375 1 1375 0.0 2549 WP_048771567.1 WP_048771567.1 100 269 0 0 1 269 1 269 6.37e-200 544 WP_237560484.1 WP_237560484.1 100 225 0 0 1 225 1 225 6.84e-164 449 KAG6786301.1 KAG6786301.1 93.2 281 19 0 1 281 1 281 4.82e-201 548 OIQ39557.1 OIQ39557.1 97.5 472 12 0 1 472 1 472 0.0 941 WP_190063487.1 WP_190063487.1 100 63 0 0 1 63 1 63 3.16e-42 129 WP_006075792.1 WP_006075792.1 93.9 197 12 0 1 197 1 197 1.19e-132 368 XP_051120762.1 XP_051120762.1 93.6 188 12 0 1 188 1 188 2.25e-128 357 MRB06557.1 MRB06557.1 100 127 0 0 1 127 1 127 1.81e-93 263 WP_136085111.1 WP_136085111.1 100 58 0 0 1 58 1 58 1.17e-35 112 CAF3446016.1 CAF3446016.1 100 988 0 0 1 988 1 988 0.0 2058 MBZ5699012.1 MBZ5699012.1 100 148 0 0 1 148 1 148 3.31e-106 297 MBZ5699012.1 WP_190772838.1 39.9 153 85 5 1 148 5 155 1.44e-25 93.6 GEX59890.1 GEX59890.1 100 493 0 0 1 493 1 493 0.0 1057 GEX59890.1 GFD45028.1 74.2 31 8 0 463 493 44 74 1.18e-06 45.1 WP_130523666.1 WP_130523666.1 90.3 414 40 0 1 414 1 414 1.90e-258 704 MCB0447703.1 MCB0447703.1 90.4 208 20 0 1 208 1 208 3.20e-131 365 WAR09170.1 WAR09170.1 100 230 0 0 1 230 1 230 1.18e-171 469 WAR09170.1 KAB0382747.1 39.5 172 67 6 20 179 360 506 1.15e-24 100 WAR09170.1 XP_044902674.1 34.0 206 93 5 20 182 305 510 1.97e-22 93.6 WAR09170.1 XP_017706045.1 33.1 178 76 4 17 179 479 628 2.88e-17 78.6 WAR09170.1 XP_023822602.1 30.9 152 72 3 17 150 294 430 6.28e-15 71.6 WAR09170.1 XP_047491136.1 32.8 119 55 2 19 137 850 943 4.47e-14 69.3 WAR09170.1 PVD36313.1 25.4 122 66 3 16 137 540 636 2.18e-09 55.5 KAA0009614.1 KAA0009614.1 100 582 0 0 1 582 1 582 0.0 1176 MBI6809448.1 MBI6809448.1 95.4 285 13 0 1 285 1 285 2.29e-201 549 WP_123226257.1 WP_123226257.1 100 216 0 0 1 216 1 216 4.26e-149 411 KAF9308882.1 KAF9308882.1 100 90 0 0 21 110 21 110 5.80e-64 187 WP_058635033.1 WP_058635033.1 100 329 0 0 1 329 1 329 5.42e-238 645 WP_058635033.1 WP_251874466.1 50.9 320 156 1 2 320 3 322 9.01e-113 329 WP_058635033.1 WP_059510827.1 36.8 269 167 2 56 321 50 318 4.90e-49 165 WP_058635033.1 WP_116701099.1 35.0 286 169 6 30 307 33 309 4.01e-48 162 WP_058635033.1 WP_234306850.1 35.5 262 164 3 44 304 44 301 6.70e-44 151 WP_058635033.1 MBK5104727.1 33.8 222 144 2 18 236 24 245 1.47e-39 138 WP_058635033.1 WP_012724915.1 35.9 256 147 6 69 310 70 322 3.14e-37 134 WP_058635033.1 MBC99785.1 27.5 302 203 5 22 308 17 317 1.03e-33 124 WP_058635033.1 KOR84431.1 27.3 286 179 5 44 309 37 313 3.56e-27 107 KAG2929087.1 KAG2929087.1 100 163 0 0 1 163 1 163 7.01e-122 338 ODU23539.1 ODU23539.1 100 63 0 0 1 63 1 63 1.41e-36 115 WP_186229980.1 WP_186229980.1 100 488 0 0 1 488 1 488 0.0 1016 KAJ7545197.1 KAJ7545197.1 97.7 351 8 0 1 351 1 351 3.67e-263 711 KAJ7545197.1 KAG6471244.1 56.3 96 38 1 23 118 11 102 7.69e-30 115 KAJ7545197.1 CAH0727316.1 31.1 190 107 5 25 200 14 193 6.72e-19 86.3 KKT55671.1 KKT55671.1 96.4 619 22 0 1 619 1 619 0.0 1198 KKT55671.1 WP_117920451.1 39.2 566 324 9 25 578 18 575 1.31e-133 403 KKT55671.1 WP_086280341.1 33.9 598 371 14 13 608 2 577 2.27e-96 305 KKT55671.1 MCJ7594907.1 49.4 231 112 2 375 601 1 230 1.91e-72 232 XP_043494069.1 XP_043494069.1 97.5 2149 54 0 1 2149 1 2149 0.0 4334 XP_043494069.1 XP_056429915.1 25.6 1024 636 34 490 1444 41 1007 1.52e-65 243 XP_043494069.1 XP_036914921.1 34.7 75 46 2 968 1040 42 115 7.38e-04 43.1 XP_035812514.1 XP_035812514.1 90.8 629 58 0 1 629 1 629 0.0 1163 XP_035812514.1 XP_054751877.1 53.4 686 199 13 35 629 8 663 3.85e-229 649 HIX59898.1 HIX59898.1 100 246 0 0 1 246 1 246 4.84e-188 512 MBL0273084.1 MBL0273084.1 100 307 0 0 1 307 1 307 3.51e-232 629 WP_077066366.1 WP_077066366.1 100 194 0 0 1 194 1 194 3.07e-138 382 WP_001531669.1 WP_001531669.1 91.8 686 56 0 1 686 1 686 0.0 1268 WP_001531669.1 EER6968786.1 66.9 169 55 1 1 168 1 169 1.51e-66 215 WP_001531669.1 WP_089566156.1 45.5 165 76 2 70 234 1 151 1.69e-25 107 MSX26960.1 MSX26960.1 100 230 0 0 1 230 1 230 1.61e-169 464 MSX26960.1 MCL4851158.1 31.4 223 136 5 1 221 1 208 2.08e-29 107 RCK62276.1 RCK62276.1 100 90 0 0 1 90 1 90 4.38e-61 179 XP_023957144.1 XP_023957144.1 86.0 1148 161 0 1 1148 1 1148 0.0 1776 XP_023957144.1 XP_036437421.1 28.7 1154 655 26 97 1147 647 1735 1.84e-53 203 XP_023957144.1 NXS49052.1 39.0 428 198 10 380 765 1 407 3.99e-33 131 XP_023957144.1 XP_055289786.1 37.9 388 206 10 307 683 267 630 4.44e-20 95.1 XP_023957144.1 WP_278665106.1 43.0 149 76 2 756 901 409 551 3.02e-18 88.2 XP_023957144.1 XP_025268496.1 31.7 479 246 8 253 659 151 620 3.49e-17 85.1 XP_023957144.1 EFI9255255.1 47.1 136 54 3 648 777 280 403 2.51e-12 68.9 XP_023957144.1 EFG7308611.1 49.6 121 46 3 675 789 60 171 1.64e-10 61.2 WP_262014488.1 WP_262014488.1 96.1 232 9 0 1 232 1 232 2.36e-163 449 NOZ88085.1 NOZ88085.1 100 192 0 0 1 192 1 192 7.00e-143 394 XP_051216225.1 XP_051216225.1 100 837 0 0 35 871 35 871 0.0 1766 XP_051216225.1 XP_052337646.1 33.2 738 368 20 249 870 688 1416 1.43e-103 350 XP_051216225.1 NWH38694.1 30.9 188 107 4 247 434 137 301 1.61e-15 78.6 MBO1089156.1 MBO1089156.1 100 301 0 0 1 301 1 301 7.35e-231 625 GIW56314.1 GIW56314.1 100 66 0 0 1 66 1 66 1.40e-44 135 PXL39359.1 PXL39359.1 100 63 0 0 1 63 1 63 2.22e-42 129 WP_073277800.1 WP_073277800.1 100 336 0 0 1 336 1 336 5.79e-257 694 PPS91010.1 PPS91010.1 100 96 0 0 1 96 1 96 4.39e-66 192 WP_253808359.1 WP_253808359.1 100 442 0 0 1 442 1 442 0.0 867 WP_253808359.1 OQA38407.1 44.9 452 236 5 1 441 1 450 1.32e-134 393 WP_253808359.1 WP_225579579.1 45.5 435 220 7 3 428 13 439 7.50e-124 368 WP_253808359.1 WP_254698006.1 47.4 428 212 6 5 425 1 422 1.64e-123 367 WP_253808359.1 CBI36349.3 32.5 418 275 4 2 413 3 419 6.92e-64 210 WP_253808359.1 PSR02572.1 34.9 295 171 9 7 290 53 337 2.64e-42 151 WP_253808359.1 WP_073201850.1 40.6 192 107 2 102 286 125 316 4.72e-38 139 WP_253808359.1 PHR72175.1 31.9 295 181 8 2 284 20 306 6.56e-36 133 WP_140347789.1 WP_140347789.1 100 1160 0 0 1 1160 1 1160 0.0 2405 EFT9578334.1 EFT9578334.1 98.1 320 6 0 1 320 1 320 1.51e-244 661 MCE4613707.1 MCE4613707.1 100 91 0 0 1 91 1 91 1.78e-56 167 ERI49901.1 ERI49901.1 100 569 0 0 1 569 1 569 0.0 1131 HIN08122.1 HIN08122.1 94.7 341 18 0 18 358 18 358 1.72e-235 642 OQW79047.1 OQW79047.1 100 337 0 0 1 337 1 337 2.16e-248 672 WP_086502876.1 WP_086502876.1 100 840 0 0 1 840 1 840 0.0 1686 KAG6788279.1 KAG6788279.1 97.3 525 14 0 1 525 1 525 0.0 1060 KAG6788279.1 PON87355.1 53.1 113 52 1 391 503 2 113 1.75e-39 137 XP_021898889.1 XP_021898889.1 96.4 633 23 0 1 633 1 633 0.0 1262 XP_021898889.1 XP_015055542.1 36.4 533 286 11 57 573 30 525 1.40e-112 346 NWR48904.1 NWR48904.1 93.2 352 24 0 1 352 1 352 9.45e-246 667 QJX39570.1 QJX39570.1 97.6 207 5 0 1 207 1 207 2.71e-152 419 QJX39570.1 AIG14299.1 76.7 215 42 1 1 207 1 215 1.40e-124 349 QJX39570.1 AAW57761.1 78.4 208 42 2 1 207 1 206 2.93e-124 348 WP_206096314.1 WP_206096314.1 100 343 0 0 1 343 1 343 1.80e-259 701 WP_206096314.1 WP_006697084.1 57.7 343 144 1 1 343 1 342 4.67e-146 414 EIH4263652.1 EIH4263652.1 100 586 0 0 1 586 1 586 0.0 1199 EIH4263652.1 EFL5817307.1 97.1 481 14 0 48 528 1 481 0.0 960 EIH4263652.1 EFN5389376.1 95.4 475 22 0 112 586 1 475 0.0 930 EIH4263652.1 EJW7579374.1 96.2 293 11 0 263 555 1 293 1.29e-211 588 EIH4263652.1 EFL3122059.1 93.7 300 15 1 1 300 9 304 6.58e-205 572 EIH4263652.1 KDT27382.1 96.4 276 10 0 311 586 1 276 6.34e-189 549 EIH4263652.1 HAN0352225.1 77.6 322 70 1 267 586 1 322 2.66e-180 517 EIH4263652.1 EFI7849450.1 71.4 168 48 0 20 187 3 170 4.11e-77 240 EIH4263652.1 EER8306359.1 77.9 77 17 0 1 77 223 299 8.63e-34 129 MBT5285153.1 MBT5285153.1 100 171 0 0 1 171 1 171 2.82e-125 347 CDC61696.1 CDC61696.1 100 952 0 0 1 952 1 952 0.0 2009 MCO4570690.1 MCO4570690.1 90.5 201 19 0 1 201 1 201 4.43e-130 362 KAF8141928.1 KAF8141928.1 97.2 355 10 0 1 355 1 355 6.55e-259 701 KAF8141928.1 XP_047781705.1 45.0 220 88 8 158 354 226 435 2.99e-41 148 KAF8141928.1 MBA0681195.1 55.0 40 18 0 255 294 239 278 1.73e-10 59.7 TJW13192.1 TJW13192.1 87.1 124 16 0 1 124 1 124 2.81e-73 212 MCB0793211.1 MCB0793211.1 100 399 0 0 1 399 1 399 1.48e-300 810 MCB0793211.1 WP_130670507.1 38.2 390 235 3 6 394 11 395 1.68e-88 271 MCB0793211.1 TVP67793.1 37.9 377 232 2 12 387 23 398 8.38e-85 262 MCB0793211.1 WP_224014827.1 36.6 377 231 5 12 387 13 382 1.43e-72 230 MCB0793211.1 WP_271272236.1 34.2 386 244 7 12 395 7 384 6.07e-66 213 WP_005629113.1 WP_005629113.1 91.7 241 20 0 1 241 1 241 8.51e-166 456 WP_083639049.1 WP_083639049.1 93.5 370 24 0 1 370 1 370 9.17e-253 686 WP_083639049.1 MCS6915397.1 25.5 294 181 12 44 308 344 628 2.66e-09 57.0 WP_083639049.1 MCP4697618.1 29.5 193 107 9 45 220 189 369 5.13e-07 50.1 WP_169054812.1 WP_169054812.1 100 234 0 0 1 234 1 234 3.80e-170 466 WP_169054812.1 MPY37361.1 34.0 141 87 3 20 159 59 194 6.81e-14 67.4 WP_169054812.1 WP_274915895.1 39.3 56 34 0 30 85 26 81 6.86e-04 38.1 MBR1706273.1 MBR1706273.1 96.8 598 19 0 1 598 1 598 0.0 1167 EST37880.1 EST37880.1 100 309 0 0 1 309 1 309 2.03e-232 630 WP_106936446.1 WP_106936446.1 100 373 0 0 1 373 1 373 9.03e-291 783 WP_214777175.1 WP_214777175.1 100 1128 0 0 1 1128 1 1128 0.0 2276 WP_092857087.1 WP_092857087.1 92.9 267 19 0 1 267 1 267 8.09e-177 486 RAH10573.1 RAH10573.1 100 137 0 0 1 137 1 137 1.06e-99 280 XP_048732732.1 XP_048732732.1 100 153 0 0 1 153 1 153 7.15e-117 325 HFC54342.1 HFC54342.1 89.9 218 22 0 1 218 1 218 6.21e-143 396 WP_025739406.1 WP_025739406.1 97.8 637 14 0 1 637 1 637 0.0 1269 WP_025739406.1 WP_269572442.1 38.5 439 262 4 171 606 165 598 9.59e-88 283 WP_025739406.1 WP_128786583.1 37.6 396 247 0 242 637 235 630 3.12e-75 251 WP_025739406.1 WP_140164964.1 34.5 530 311 11 138 635 26 551 3.23e-71 238 WP_025739406.1 WP_104456122.1 39.4 307 186 0 329 635 214 520 6.68e-60 207 WP_025739406.1 WP_186556299.1 43.8 274 147 2 369 635 246 519 1.51e-55 195 WP_025739406.1 WP_271340374.1 26.1 417 262 7 257 637 192 598 1.52e-30 125 WP_025739406.1 WP_156140069.1 27.1 376 248 6 277 637 198 562 1.35e-22 100 WP_025739406.1 WP_237962375.1 27.4 274 171 5 355 628 387 632 5.19e-19 89.7 WP_025739406.1 MCI8311254.1 28.8 208 123 4 358 544 212 415 2.50e-15 77.4 WP_116813830.1 WP_116813830.1 97.5 395 10 0 1 395 1 395 6.18e-291 785 WP_116813830.1 RCX10040.1 32.7 410 206 13 37 395 143 533 1.82e-48 171 WP_128505522.1 WP_128505522.1 100 535 0 0 1 535 1 535 0.0 1054 MCB9943168.1 MCB9943168.1 100 125 0 0 1 125 1 125 6.63e-86 244 WP_190822868.1 WP_190822868.1 100 338 0 0 1 338 1 338 1.02e-242 658 WP_258007507.1 WP_258007507.1 100 194 0 0 1 194 1 194 1.11e-140 388 TVR41840.1 TVR41840.1 100 510 0 0 1 510 1 510 0.0 1048 TVR41840.1 WP_212961195.1 26.7 277 166 12 263 508 378 648 6.12e-12 66.6 TVR41840.1 WP_166106360.1 37.1 97 46 4 412 494 418 513 1.15e-09 58.9 TVR41840.1 KDF42894.1 22.2 216 145 8 312 508 275 486 3.50e-06 47.8 TVR41840.1 TMG86695.1 39.4 104 57 5 406 506 166 266 3.86e-06 47.0 TVR41840.1 MBO8233644.1 28.3 212 117 9 300 488 159 358 9.08e-06 46.2 WP_283181662.1 WP_283181662.1 95.3 213 10 0 1 213 1 213 5.39e-146 403 CAC9886154.1 CAC9886154.1 98.1 677 13 0 1 677 1 677 0.0 1337 CAC9886154.1 EEH16378.1 29.5 217 102 11 54 261 7 181 6.96e-08 54.3 WP_047943571.1 WP_047943571.1 100 254 0 0 1 254 1 254 5.65e-191 520 MBO2482901.1 MBO2482901.1 100 110 0 0 1 110 1 110 7.34e-76 218 WP_261668588.1 WP_261668588.1 93.7 318 20 0 1 318 1 318 2.39e-215 587 WP_261668588.1 WP_114947547.1 39.9 311 186 1 7 317 15 324 4.32e-86 260 WP_261668588.1 WP_145739766.1 38.5 299 179 2 21 316 34 330 2.55e-75 233 WP_261668588.1 WP_216295494.1 35.7 322 194 4 1 312 14 332 1.44e-60 195 XP_047422702.1 XP_047422702.1 97.9 487 10 0 1 487 1 487 0.0 988 MBE6688122.1 MBE6688122.1 100 890 0 0 1 890 1 890 0.0 1810 MBE6688122.1 KAA0114277.1 48.9 906 417 12 4 888 35 915 1.07e-285 813 MBE6688122.1 WP_278631399.1 38.7 910 485 17 1 889 1 858 1.94e-198 587 MBE6688122.1 XP_009147075.2 33.5 1004 526 20 21 886 136 1135 3.10e-159 494 MBE6688122.1 MBE5737882.1 35.6 918 515 25 1 890 1 870 4.28e-153 471 MBE6688122.1 WP_235126772.1 33.7 903 504 22 20 878 15 866 5.94e-148 457 MBE6688122.1 KAF5671546.1 29.6 983 562 28 5 883 156 1112 1.09e-101 342 MBE6688122.1 WP_019100427.1 29.7 757 479 18 9 739 38 767 6.08e-96 320 MBE6688122.1 WP_049009918.1 29.7 723 474 13 1 716 47 742 6.12e-95 317 MBE6688122.1 KAJ6994162.1 27.4 791 477 21 9 776 22 738 2.59e-70 249 MBE6688122.1 MBY0273331.1 29.0 768 435 28 21 775 7 677 4.07e-70 246 MBE6688122.1 MBI6149093.1 25.5 275 183 5 84 357 232 485 6.73e-18 87.0 MBE6688122.1 WP_074319120.1 31.4 172 90 2 515 686 562 705 5.35e-16 80.9 KAJ3490879.1 KAJ3490879.1 100 413 0 0 1 413 1 413 1.20e-313 844 WP_227317406.1 WP_227317406.1 100 465 0 0 1 465 1 465 0.0 956 WP_227317406.1 WP_090149712.1 32.5 468 293 6 5 450 6 472 1.65e-82 261 MCB0488436.1 MCB0488436.1 100 295 0 0 1 295 1 295 3.75e-221 600 MCD6430924.1 MCD6430924.1 100 257 0 0 1 257 1 257 8.05e-197 535 MCI0654225.1 MCI0654225.1 100 166 0 0 1 166 1 166 4.71e-117 326 WP_271515333.1 WP_271515333.1 98.8 750 9 0 1 750 1 750 0.0 1484 WP_207334372.1 WP_207334372.1 96.0 252 10 0 1 252 1 252 1.48e-176 484 NYK82134.1 NYK82134.1 100 65 0 0 1 65 1 65 6.48e-45 136 RTE72268.1 RTE72268.1 94.4 394 22 0 1 394 1 394 1.38e-282 764 WP_232703726.1 WP_232703726.1 100 459 0 0 1 459 1 459 0.0 932 WP_184066976.1 WP_184066976.1 100 186 0 0 1 186 1 186 1.87e-135 374 WP_184066976.1 WP_242018727.1 62.8 145 54 0 19 163 16 160 3.71e-58 179 WP_257689765.1 WP_257689765.1 93.2 487 33 0 1 487 1 487 0.0 890 WP_257689765.1 WP_255965801.1 48.6 469 239 2 16 483 15 482 1.46e-149 434 WP_257689765.1 WP_131836551.1 37.7 469 285 4 17 479 21 488 5.80e-97 300 WP_257689765.1 WP_057201184.1 40.1 461 264 5 26 479 14 469 4.81e-89 279 WP_257689765.1 XP_050320449.1 36.3 468 291 4 16 479 14 478 1.34e-88 278 WP_257689765.1 WP_195426888.1 35.3 470 293 7 19 485 22 483 7.66e-77 247 WP_257689765.1 WP_008959270.1 34.1 481 304 7 7 479 4 479 1.38e-71 233 WP_257689765.1 WP_061795322.1 33.8 485 290 10 16 481 22 494 1.21e-70 231 WP_257689765.1 WP_108756325.1 33.7 472 293 6 16 479 8 467 6.15e-69 226 WP_257689765.1 WP_100461895.1 32.1 473 306 7 1 467 1 464 4.53e-61 206 WP_257689765.1 WP_205186167.1 32.4 376 243 5 111 481 42 411 3.78e-53 183 WP_257689765.1 WP_022389025.1 27.1 443 298 9 47 479 1 428 6.08e-46 164 WP_257689765.1 MCC2649654.1 41.5 53 31 0 431 483 3 55 4.01e-08 48.5 MBU0791683.1 MBU0791683.1 97.8 548 12 0 1 548 1 548 0.0 1070 WP_182711428.1 WP_182711428.1 96.1 359 14 0 1 359 1 359 1.00e-255 693 TKW18680.1 TKW18680.1 100 479 0 0 1 479 1 479 0.0 1001 WP_240111183.1 WP_240111183.1 94.3 210 12 0 1 210 1 210 6.34e-148 408 NED75586.1 NED75586.1 90.2 214 21 0 15 228 15 228 1.76e-131 368 MBR0615264.1 MBR0615264.1 100 289 0 0 1 289 1 289 1.91e-211 575 ETO34949.1 ETO34949.1 94.2 257 15 0 1 257 1 257 5.11e-175 480 KAF5411244.1 KAF5411244.1 100 69 0 0 1 69 1 69 2.10e-45 137 WP_017878759.1 WP_017878759.1 96.8 372 12 0 1 372 1 372 3.27e-263 713 TEY22245.1 TEY22245.1 100 194 0 0 1 194 1 194 4.04e-143 394 TEY22245.1 KAI3473816.1 55.8 199 83 2 1 194 219 417 2.72e-76 236 WP_023780537.1 WP_023780537.1 90.1 403 40 0 1 403 1 403 4.92e-260 707 WP_077376172.1 WP_077376172.1 98.6 708 10 0 1 708 1 708 0.0 1425 WP_231355705.1 WP_231355705.1 100 772 0 0 1 772 1 772 0.0 1582 WP_231355705.1 WP_092081374.1 61.1 754 286 3 3 752 4 754 0.0 927 WP_231355705.1 PJJ44766.1 53.4 779 329 8 7 761 44 812 4.68e-272 770 WP_231355705.1 WP_206581849.1 44.2 762 368 11 1 717 1 750 1.86e-199 582 WP_231355705.1 NLZ92879.1 41.4 70 40 1 648 717 6 74 2.08e-11 60.5 WP_231355705.1 RDU38945.1 33.8 65 40 1 645 706 107 171 5.87e-04 40.0 GIW70618.1 GIW70618.1 81.4 1119 208 0 1 1119 1 1119 0.0 1640 GIW70618.1 MBP7829117.1 39.4 277 152 5 62 335 69 332 4.65e-41 161 GIW70618.1 WP_281919021.1 40.0 260 143 6 47 301 11 262 2.59e-36 142 GIW70618.1 WP_271931007.1 33.0 282 156 8 48 302 661 936 6.53e-25 110 GIW70618.1 EYU24504.1 28.2 216 130 2 36 228 179 392 9.14e-15 77.0 GIW70618.1 XP_048409145.1 27.9 265 148 12 55 302 660 898 6.82e-14 74.7 GIW70618.1 KAJ7903702.1 26.7 236 157 5 48 279 23 246 2.95e-13 71.6 GIW70618.1 KAH6984898.1 23.2 297 166 8 55 301 31 315 4.73e-11 65.5 GIW70618.1 NXJ84327.1 27.6 246 142 9 31 257 177 405 6.77e-07 52.0 GIW70618.1 XP_039923984.1 27.3 220 135 7 48 257 196 400 7.72e-06 48.5 KAF1538674.1 KAF1538674.1 89.7 320 33 0 1 320 1 320 1.14e-214 586 KAF1538674.1 WP_020913025.1 64.2 299 91 3 20 318 2 284 4.54e-135 383 KAF1538674.1 MBI3461834.1 57.5 301 112 3 20 320 2 286 7.61e-125 357 KAF1538674.1 NBQ41256.1 51.1 307 127 5 20 318 2 293 3.46e-107 313 KAF1538674.1 NEQ48723.1 46.8 299 143 3 20 318 2 284 8.88e-88 263 KAF1538674.1 OCB46767.1 44.7 304 141 4 20 313 2 288 6.60e-85 256 QFY03744.1 QFY03744.1 94.8 501 26 0 1 501 1 501 0.0 956 MBA8666914.1 MBA8666914.1 100 148 0 0 1 148 1 148 5.50e-114 317 KAJ8938828.1 KAJ8938828.1 100 155 0 0 1 155 1 155 1.01e-117 327 WP_149660939.1 WP_149660939.1 100 139 0 0 1 139 1 139 2.21e-93 264 WP_262404887.1 WP_262404887.1 100 76 0 0 1 76 1 76 1.29e-49 149 OJH36051.1 OJH36051.1 100 300 0 0 1 300 1 300 4.79e-231 625 KAF9463056.1 KAF9463056.1 100 566 0 0 1 566 1 566 0.0 1159 KAF9463056.1 MCU1518283.1 35.1 579 303 10 2 534 7 558 2.64e-106 330 KAF9463056.1 WP_046625651.1 32.0 556 336 10 16 565 41 560 1.64e-77 254 MCJ8273875.1 MCJ8273875.1 100 239 0 0 1 239 1 239 4.30e-183 499 XP_045701611.1 XP_045701611.1 100 882 0 0 1 882 1 882 0.0 1852 WP_267782507.1 WP_267782507.1 100 480 0 0 1 480 1 480 0.0 987 MCP5198054.1 MCP5198054.1 100 141 0 0 1 141 1 141 2.67e-104 292 EOS29826.1 EOS29826.1 100 269 0 0 1 269 1 269 1.51e-207 563 NLC30933.1 NLC30933.1 100 133 0 0 1 133 1 133 3.07e-88 251 WP_003960394.1 WP_003960394.1 100 637 0 0 1 637 1 637 0.0 1253 WP_003960394.1 STC68550.1 44.3 625 334 6 3 624 7 620 1.26e-171 501 WP_218348303.1 WP_218348303.1 81.0 211 40 0 1 211 1 211 4.17e-117 330 WP_148727848.1 WP_148727848.1 100 139 0 0 1 139 1 139 3.39e-106 296 TVS18044.1 TVS18044.1 96.9 194 6 0 1 194 1 194 1.70e-135 375 WP_018934053.1 WP_018934053.1 88.0 75 9 0 1 75 1 75 3.48e-40 125 MBV00212.1 MBV00212.1 97.9 666 14 0 1 666 1 666 0.0 1297 MBV00212.1 EAH8201998.1 46.4 440 233 3 3 442 4 440 1.17e-137 409 MBV00212.1 WP_021479352.1 46.1 460 231 8 3 448 7 463 7.29e-127 401 MBV00212.1 MBG6814041.1 50.3 358 178 0 3 360 9 366 8.75e-122 365 MBV00212.1 MCF8269563.1 24.6 134 93 4 91 224 647 772 3.60e-06 48.5 XP_047781705.1 XP_047781705.1 79.6 436 89 0 1 436 1 436 5.72e-234 644 XP_047781705.1 KAF8141928.1 37.2 352 167 14 110 435 31 354 1.09e-49 171 XP_047781705.1 MBA0681195.1 61.1 36 14 0 337 372 243 278 1.45e-10 60.5 MBQ7286305.1 MBQ7286305.1 65.6 294 101 0 1 294 1 294 2.15e-120 345 MBQ4426944.1 MBQ4426944.1 100 143 0 0 1 143 1 143 3.77e-96 271 OKO87070.1 OKO87070.1 100 415 0 0 1 415 1 415 3.18e-310 835 WP_259408897.1 WP_259408897.1 90.2 255 25 0 1 255 1 255 8.88e-159 439 WP_259408897.1 WP_049697298.1 49.6 246 119 2 2 245 6 248 5.65e-78 234 WP_259408897.1 RAL39799.1 33.9 224 134 5 29 245 110 326 2.60e-34 124 KAF5116816.1 KAF5116816.1 84.2 373 59 0 1 373 1 373 3.40e-222 609 MBN1246547.1 MBN1246547.1 94.7 772 41 0 1 772 1 772 0.0 1483 MBR6946428.1 MBR6946428.1 81.7 60 11 0 1 60 1 60 1.71e-29 97.1 WP_097574091.1 WP_097574091.1 92.2 153 12 0 1 153 1 153 1.82e-101 286 WP_097574091.1 WP_244356123.1 44.9 107 55 2 12 114 25 131 4.43e-25 92.4 MCF8145043.1 MCF8145043.1 100 486 0 0 1 486 1 486 0.0 991 WP_159796041.1 WP_159796041.1 96.5 346 12 0 1 346 1 346 1.37e-235 641 KAG8816705.1 KAG8816705.1 96.1 233 9 0 1 233 1 233 9.29e-166 455 KAG8816705.1 XP_033551505.1 35.7 199 127 1 36 233 55 253 3.69e-36 132 KAG8816705.1 WP_226276978.1 37.4 171 106 1 63 232 21 191 2.49e-28 110 KAG8816705.1 BBC91732.1 38.2 170 98 3 64 227 3 171 1.71e-26 104 KAG8816705.1 RQL72805.1 35.0 183 118 1 45 226 4 186 2.82e-26 104 KAG8816705.1 WP_255602293.1 35.3 170 109 1 65 233 32 201 4.57e-24 98.2 MBA3497606.1 MBA3497606.1 100 268 0 0 1 268 1 268 5.59e-189 516 AHJ84873.1 AHJ84873.1 76.3 308 73 0 1 308 1 308 8.77e-153 428 MCA9738196.1 MCA9738196.1 92.8 485 35 0 1 485 1 485 0.0 900 KAJ0689199.1 KAJ0689199.1 91.2 148 13 0 1 148 1 148 1.34e-96 273 ERB66459.1 ERB66459.1 96.7 363 12 0 1 363 1 363 1.22e-258 701 MBL6710595.1 MBL6710595.1 100 310 0 0 1 310 1 310 8.67e-239 646 MCH1932562.1 MCH1932562.1 100 85 0 0 1 85 1 85 9.88e-58 170 XP_055331916.1 XP_055331916.1 93.0 1032 72 0 1 1032 1 1032 0.0 1893 MCH1405047.1 MCH1405047.1 100 148 0 0 1 148 1 148 9.96e-107 300 MCH1405047.1 WP_170725874.1 44.4 153 77 3 10 158 5 153 1.31e-33 119 MCH1405047.1 WP_076409454.1 41.9 155 82 2 10 160 5 155 1.79e-31 114 MCH1405047.1 WP_109219819.1 42.0 150 79 2 15 160 23 168 7.72e-30 110 MCH1405047.1 EHH5649593.1 42.5 127 67 2 36 160 29 151 6.86e-26 98.2 MCH1405047.1 WP_088153117.1 41.3 138 76 3 27 160 17 153 1.04e-24 96.3 KAF7869901.1 KAF7869901.1 96.9 353 11 0 1 353 1 353 2.38e-260 704 WP_220674761.1 WP_220674761.1 100 90 0 0 1 90 1 90 1.26e-60 177 WP_220674761.1 WP_080337214.1 73.3 90 24 0 1 90 1 90 1.08e-43 135 KAH7489251.1 KAH7489251.1 94.2 362 21 0 1 362 1 362 9.33e-242 658 XP_032499984.1 XP_032499984.1 87.0 1119 145 0 15 1133 15 1133 0.0 1857 WP_261369297.1 WP_261369297.1 100 42 0 0 1 42 1 42 3.42e-26 87.4 WP_283842967.1 WP_283842967.1 98.3 590 10 0 1 590 1 590 0.0 1165 WP_283842967.1 WP_166106360.1 29.0 221 119 12 365 564 310 513 1.79e-08 55.5 MBT3932996.1 MBT3932996.1 100 302 0 0 1 302 1 302 1.80e-227 617 WP_148565498.1 WP_148565498.1 100 95 0 0 1 95 1 95 1.00e-66 193 WP_097485790.1 WP_097485790.1 96.9 425 13 0 1 425 1 425 5.08e-319 858 HCI3868538.1 HCI3868538.1 100 264 0 0 1 264 1 264 3.27e-195 532 HCI3868538.1 WP_200599363.1 70.8 264 77 0 1 264 1 264 7.11e-139 397 WP_119403424.1 WP_119403424.1 100 264 0 0 1 264 1 264 6.13e-200 544 WP_119403424.1 MCB1471508.1 43.8 242 132 3 25 264 49 288 4.14e-68 211 WP_004994904.1 WP_004994904.1 100 86 0 0 1 86 1 86 1.51e-57 169 MBU0624735.1 MBU0624735.1 95.8 265 11 0 1 265 1 265 6.29e-189 516 WP_266814553.1 WP_266814553.1 93.4 320 21 0 1 320 1 320 3.48e-207 575 MBQ4411698.1 MBQ4411698.1 97.6 449 11 0 1 449 1 449 0.0 900 KYF44507.1 KYF44507.1 91.0 1685 151 0 1 1685 1 1685 0.0 3073 MCL2788588.1 MCL2788588.1 86.1 72 10 0 1 72 1 72 3.30e-39 122 WP_262155701.1 WP_262155701.1 100 111 0 0 1 111 1 111 6.00e-80 228 KAF5548980.1 KAF5548980.1 100 284 0 0 1 284 1 284 7.26e-218 591 KAH7262805.1 KAH7262805.1 87.6 89 11 0 1 89 1 89 2.67e-48 146 WP_183063711.1 WP_183063711.1 96.6 417 14 0 1 417 1 417 7.40e-301 812 WP_212810521.1 WP_212810521.1 100 573 0 0 1 573 1 573 0.0 1174 MBR8744763.1 MBR8744763.1 100 179 0 0 1 179 1 179 1.27e-125 349 WP_120452154.1 WP_120452154.1 100 595 0 0 1 595 1 595 0.0 1231 WP_120452154.1 MBP7746105.1 26.2 130 63 4 100 205 322 442 8.37e-05 43.9 NTU53989.1 NTU53989.1 96.2 424 16 0 1 424 1 424 1.90e-302 816 GHU61839.1 GHU61839.1 100 255 0 0 1 255 1 255 4.48e-193 526 MBS1744667.1 MBS1744667.1 100 441 0 0 1 441 1 441 0.0 909 MBU03734.1 MBU03734.1 92.1 369 29 0 1 369 1 369 2.33e-250 680 WP_105386412.1 WP_105386412.1 100 286 0 0 1 286 1 286 1.11e-213 580 MBR2406030.1 MBR2406030.1 97.7 686 16 0 1 686 1 686 0.0 1340 MBR2406030.1 WP_186939222.1 30.3 663 406 19 30 663 120 755 1.26e-74 255 WP_131776591.1 WP_131776591.1 97.6 463 11 0 1 463 1 463 0.0 946 MCL2039304.1 MCL2039304.1 97.1 312 9 0 1 312 1 312 3.04e-215 587 MCL2039304.1 MBE6139600.1 34.2 310 175 7 9 308 465 755 1.41e-41 151 MCL2039304.1 WP_131001993.1 32.3 297 181 5 7 298 11 292 2.81e-41 144 MCL2039304.1 SCX00186.1 28.9 318 178 10 10 298 30 328 7.72e-32 119 WP_196974466.1 WP_196974466.1 100 335 0 0 1 335 1 335 4.78e-260 702 WP_184130797.1 WP_184130797.1 96.8 373 12 0 1 373 1 373 2.32e-268 726 WP_184130797.1 MCI7704736.1 41.0 222 124 2 148 369 73 287 1.69e-55 182 WP_184130797.1 EGY4555186.1 35.8 226 134 3 148 371 81 297 4.62e-36 131 WP_184130797.1 WP_152046331.1 36.4 225 133 6 148 371 72 287 2.09e-33 124 WP_184130797.1 WP_054146239.1 31.6 225 148 3 149 369 83 305 3.75e-25 102 MCS5505837.1 MCS5505837.1 93.5 186 12 0 1 186 1 186 5.70e-121 338 MCS5505837.1 MBR0212092.1 32.0 128 73 6 3 125 6 124 1.24e-11 58.9 WP_062865604.1 WP_062865604.1 100 194 0 0 1 194 1 194 8.84e-147 404 WP_188895946.1 WP_188895946.1 100 79 0 0 1 79 1 79 2.96e-54 160 KFG62183.1 KFG62183.1 90.2 990 97 0 1 990 1 990 0.0 1741 SCL13606.1 SCL13606.1 98.9 895 10 0 1 895 1 895 0.0 1723 SCL13606.1 MCL2204087.1 27.2 865 502 30 63 879 13 797 1.20e-66 238 SCL13606.1 CAI9595211.1 24.5 805 486 24 62 791 89 846 4.70e-55 205 SCL13606.1 WP_081224968.1 24.6 825 486 26 44 792 5 769 1.32e-48 184 SCL13606.1 WP_123159424.1 22.6 833 505 27 42 796 3 773 1.96e-40 159 SCL13606.1 MSZ29533.1 24.8 866 545 28 58 858 10 834 6.59e-38 151 SCL13606.1 WP_194957532.1 21.8 877 408 31 62 809 8 735 1.83e-21 98.6 SCL13606.1 MCB9999913.1 26.0 377 241 10 447 795 534 900 9.06e-21 96.7 SCL13606.1 XP_053592881.1 23.3 670 352 25 62 651 47 634 2.13e-14 75.9 MAJ56944.1 MAJ56944.1 100 136 0 0 1 136 1 136 1.19e-91 259 RYP71249.1 RYP71249.1 100 339 0 0 1 339 1 339 4.88e-246 667 MBQ3470868.1 MBQ3470868.1 100 62 0 0 1 62 1 62 5.08e-43 131 WP_234897981.1 WP_234897981.1 100 266 0 0 1 266 1 266 3.17e-203 552 WP_117751014.1 WP_117751014.1 94.6 466 25 0 1 466 1 466 8.30e-316 854 WP_117751014.1 WP_099219937.1 32.7 459 277 10 3 456 13 444 2.13e-52 181 WP_160410225.1 WP_160410225.1 94.1 170 10 0 1 170 1 170 1.68e-112 315 WP_173040157.1 WP_173040157.1 93.1 597 41 0 1 597 1 597 0.0 1082 WP_173040157.1 WP_105160947.1 29.5 617 375 10 20 591 18 619 2.50e-86 279 WP_173040157.1 WP_089095302.1 31.7 515 320 7 14 499 11 522 9.20e-73 243 WP_173040157.1 OQA35671.1 25.6 613 402 9 20 586 16 620 3.36e-61 212 WP_173040157.1 WP_041710957.1 24.6 533 317 14 4 499 3 487 3.43e-52 186 WP_173040157.1 MCH5231772.1 25.4 523 338 12 4 486 1 511 6.98e-47 171 WP_173040157.1 MBT4161918.1 32.5 203 114 8 306 488 25 224 2.86e-19 85.5 WP_173040157.1 WP_131166802.1 32.6 215 115 7 303 488 22 235 3.27e-17 81.6 WP_173040157.1 WP_192324556.1 23.7 539 316 20 21 488 33 547 3.29e-14 73.9 WP_173040157.1 CAI8213472.1 26.9 193 123 5 301 476 28 219 6.12e-13 67.4 WP_173040157.1 WP_153844272.1 25.5 188 117 7 291 456 5 191 6.48e-11 63.2 WP_173040157.1 WP_145468487.1 29.9 204 112 8 298 475 15 213 1.09e-09 57.4 WP_173040157.1 WP_071876418.1 26.6 199 116 7 306 483 20 209 1.16e-09 59.3 WP_173040157.1 WP_256546297.1 25.6 223 134 5 291 482 23 244 1.32e-09 57.8 WP_173040157.1 WP_008056683.1 31.8 154 89 9 304 444 252 402 4.59e-07 51.2 MBE3595273.1 MBE3595273.1 100 408 0 0 1 408 1 408 2.61e-310 835 UTW67325.1 UTW67325.1 100 306 0 0 1 306 1 306 4.56e-223 606 RIX75659.1 RIX75659.1 98.0 447 9 0 1 447 1 447 1.33e-316 854 RIX75659.1 WP_200198809.1 57.5 426 168 3 21 446 10 422 2.59e-148 427 RIX75659.1 XP_052534275.1 34.0 403 203 7 99 446 208 602 1.05e-46 168 MBL0255244.1 MBL0255244.1 96.8 311 10 0 1 311 1 311 2.51e-218 594 EMK19049.1 EMK19049.1 98.0 495 10 0 1 495 1 495 0.0 979 THB74514.1 THB74514.1 100 316 0 0 1 316 1 316 4.68e-246 665 AWD47640.1 AWD47640.1 100 192 0 0 1 192 1 192 9.95e-143 393 MCR4818155.1 MCR4818155.1 100 244 0 0 1 244 1 244 2.58e-182 498 MCR4818155.1 MBR4451941.1 39.7 234 138 2 4 236 16 247 9.37e-59 185 WP_018717981.1 WP_018717981.1 96.5 426 15 0 1 426 1 426 4.95e-315 848 UTU41876.1 UTU41876.1 96.2 260 10 0 1 260 1 260 1.47e-180 494 UTU41876.1 AFQ97813.1 62.8 261 94 2 1 260 11 269 2.04e-114 328 UTU41876.1 AYV64277.1 60.9 261 95 3 1 260 169 423 4.52e-109 320 UTU41876.1 UFH83377.1 55.4 258 115 0 3 260 177 434 5.24e-95 286 MCE2907393.1 MCE2907393.1 100 229 0 0 30 258 30 258 3.72e-173 476 WP_251174936.1 WP_251174936.1 100 22 0 0 1 22 1 22 2.31e-10 46.2 WP_202925384.1 WP_202925384.1 100 335 0 0 1 335 1 335 4.17e-245 664 WP_202925384.1 MBO1529847.1 31.3 342 219 7 1 330 1 338 4.60e-50 168 WP_202925384.1 XP_047466965.1 33.0 103 68 1 7 109 12 113 1.05e-11 63.5 CAI0990105.1 CAI0990105.1 100 818 0 0 1 818 1 818 0.0 1625 WP_140660563.1 WP_140660563.1 100 149 0 0 1 149 1 149 6.42e-109 304 WP_277410236.1 WP_277410236.1 94.5 362 20 0 1 362 1 362 5.50e-250 679 MCP5558243.1 MCP5558243.1 100 416 0 0 1 416 1 416 1.40e-309 834 CAD7419184.1 CAD7419184.1 100 359 0 0 1 359 1 359 8.89e-284 764 CAD7419184.1 XP_042465169.1 30.7 228 130 5 23 247 361 563 9.99e-22 94.7 WP_189609880.1 WP_189609880.1 96.5 342 12 0 1 342 1 342 3.72e-247 670 MBQ8283265.1 MBQ8283265.1 98.4 447 7 0 1 447 1 447 0.0 889 WP_173904515.1 WP_173904515.1 100 158 0 0 1 158 1 158 8.95e-118 327 XP_032696462.1 XP_032696462.1 100 1346 0 0 1 1346 1 1346 0.0 2707 XP_032696462.1 XP_043889695.1 36.9 393 208 8 1 367 1 379 1.17e-65 244 XP_032696462.1 KAJ2660037.1 38.1 354 199 8 6 348 4 348 6.64e-55 209 XP_044484513.1 XP_044484513.1 98.3 719 12 0 1 719 1 719 0.0 1471 XP_044484513.1 XP_021765438.1 39.2 209 118 6 29 234 540 742 3.34e-37 147 XP_044484513.1 XP_040250218.1 38.1 160 97 1 76 235 347 504 2.78e-32 132 XP_044484513.1 KAI3849778.1 34.9 209 130 3 29 235 440 644 3.98e-31 128 XP_044484513.1 RLN36134.1 42.0 174 92 3 74 240 69 240 4.94e-29 118 XP_044484513.1 XP_025814622.1 31.6 237 143 8 11 234 701 931 5.25e-26 112 XP_044484513.1 XP_019180948.1 38.6 153 89 3 86 235 676 826 1.93e-25 110 XP_044484513.1 XP_029528577.1 31.3 160 89 6 91 240 35 183 2.14e-08 55.1 XP_044484513.1 MBP7829117.1 35.5 93 54 2 142 234 115 201 6.69e-08 54.3 XP_027476133.1 XP_027476133.1 92.6 325 24 0 1 325 1 325 7.11e-216 589 WP_189592858.1 WP_189592858.1 100 439 0 0 1 439 1 439 0.0 901 WP_166225641.1 WP_166225641.1 100 410 0 0 1 410 1 410 5.50e-313 842 WP_166225641.1 WP_251874466.1 32.6 279 167 5 33 295 13 286 2.29e-35 131 WP_166225641.1 WP_012724915.1 31.3 249 149 4 86 318 78 320 2.52e-27 109 WP_266312166.1 WP_266312166.1 93.2 500 34 0 1 500 1 500 0.0 933 WP_147766978.1 WP_147766978.1 100 112 0 0 1 112 1 112 2.63e-79 226 WP_239815372.1 WP_239815372.1 100 306 0 0 1 306 1 306 6.38e-214 583 PSP85445.1 PSP85445.1 100 125 0 0 1 125 1 125 1.10e-84 241 WP_065809357.1 WP_065809357.1 97.2 472 13 0 1 472 1 472 0.0 968 WP_065809357.1 HIU98185.1 25.9 452 281 15 6 424 5 435 1.53e-27 113 WP_205177065.1 WP_205177065.1 100 63 0 0 1 63 1 63 6.38e-42 128 MCG3730919.1 MCG3730919.1 100 354 0 0 1 354 1 354 1.24e-267 723 WP_166886913.1 WP_166886913.1 97.2 363 10 0 1 363 1 363 6.32e-261 706 WP_166886913.1 WP_008701575.1 54.4 360 162 2 1 359 1 359 4.66e-140 400 WP_166886913.1 PAV09171.1 25.0 224 124 7 62 264 26 226 6.14e-07 48.9 CPY79168.1 CPY79168.1 100 342 0 0 1 342 1 342 3.23e-257 695 MBT5578634.1 MBT5578634.1 100 741 0 0 1 741 1 741 0.0 1561 WP_126669182.1 WP_126669182.1 100 247 0 0 1 247 1 247 1.43e-176 483 WP_005165186.1 WP_005165186.1 94.9 253 13 0 1 253 1 253 4.69e-169 465 AUN31249.1 AUN31249.1 92.8 209 15 0 1 209 1 209 4.09e-139 385 WP_279123632.1 WP_279123632.1 100 347 0 0 1 347 1 347 1.06e-269 727 WP_279123632.1 MBM4374951.1 34.5 55 36 0 116 170 62 116 1.50e-04 40.8 MCM2341063.1 MCM2341063.1 100 291 0 0 1 291 1 291 3.08e-218 592 MCM2341063.1 WP_111627730.1 44.8 192 91 5 103 289 75 256 2.14e-45 152 MPT31245.1 MPT31245.1 100 211 0 0 1 211 1 211 4.48e-153 421 ETD72983.1 ETD72983.1 100 65 0 0 1 65 1 65 1.26e-42 130 UEC68750.1 UEC68750.1 99.1 4405 38 0 1 4405 1 4405 0.0 8984 UEC68750.1 UFM00670.1 99.0 4405 46 0 1 4405 1 4405 0.0 8970 UEC68750.1 UHM53165.1 99.0 4405 46 0 1 4405 1 4405 0.0 8965 UEC68750.1 UFM02602.1 99.0 4405 46 0 1 4405 1 4405 0.0 8965 UEC68750.1 QTD03487.1 98.8 4405 53 0 1 4405 1 4405 0.0 8961 UEC68750.1 UBL45068.1 98.8 4405 52 0 1 4405 1 4405 0.0 8952 UEC68750.1 QXR94354.1 98.8 4405 51 1 1 4405 1 4402 0.0 8950 UEC68750.1 QTM79632.1 98.7 4405 53 1 1 4405 1 4402 0.0 8943 UEC68750.1 QTZ27226.1 98.7 4405 55 1 1 4405 1 4402 0.0 8939 UEC68750.1 ULA23837.2 98.7 4405 54 2 1 4405 1 4401 0.0 8939 UEC68750.1 UPP41269.1 98.7 4405 56 1 1 4405 1 4402 0.0 8938 UEC68750.1 USR14792.1 98.6 4405 57 1 1 4405 1 4402 0.0 8935 UEC68750.1 UXH94526.1 98.7 4405 55 2 1 4405 1 4401 0.0 8935 UEC68750.1 UKU68032.1 98.4 4405 68 2 1 4405 1 4401 0.0 8906 UEC68750.1 QZU16279.1 99.0 4401 43 0 1 4401 1 4401 0.0 8888 UEC68750.1 UBD95131.1 99.0 4401 43 0 1 4401 1 4401 0.0 8886 UEC68750.1 UEC52718.1 99.0 4401 45 0 1 4401 1 4401 0.0 8880 UEC68750.1 QWC83326.1 98.9 4401 50 0 1 4401 1 4401 0.0 8876 UEC68750.1 QSZ25555.1 98.8 4401 52 0 1 4401 1 4401 0.0 8874 UEC68750.1 WEU87158.1 98.8 4401 52 0 1 4401 1 4401 0.0 8871 UEC68750.1 UBP50947.1 98.8 4401 53 0 1 4401 1 4401 0.0 8868 UEC68750.1 QVD87869.1 98.8 4401 52 1 1 4401 1 4398 0.0 8860 UEC68750.1 UIR12670.1 98.7 4401 52 2 1 4401 1 4397 0.0 8857 UEC68750.1 UZO53924.1 98.7 4401 54 1 1 4401 1 4398 0.0 8856 UEC68750.1 URQ55824.1 98.7 4401 55 1 1 4401 1 4398 0.0 8854 UEC68750.1 UVB16817.1 98.7 4401 54 1 1 4401 1 4398 0.0 8853 UEC68750.1 UPA83906.1 98.6 4401 56 2 1 4401 1 4397 0.0 8846 UEC68750.1 UMF87224.1 98.7 4401 55 2 1 4401 1 4397 0.0 8846 UEC68750.1 UKN67998.1 98.7 4381 53 2 21 4401 1 4377 0.0 8816 UEC68750.1 UBR86455.1 97.8 4400 98 0 2 4401 1 4400 0.0 8756 UEC68750.1 UJV88611.1 96.7 4405 140 2 1 4405 1 4401 0.0 8743 UEC68750.1 UJJ97602.1 96.4 4405 153 2 1 4405 1 4401 0.0 8709 UEC68750.1 UCP72061.1 97.3 4401 119 0 1 4401 1 4401 0.0 8704 UEC68750.1 UAQ80067.1 97.2 4401 125 0 1 4401 1 4401 0.0 8695 UEC68750.1 UXX67934.1 97.2 4401 120 1 1 4401 1 4398 0.0 8692 UEC68750.1 UCP77012.1 97.1 4401 126 0 1 4401 1 4401 0.0 8692 UEC68750.1 UOU30556.1 96.8 4401 140 1 1 4401 1 4398 0.0 8645 UEC68750.1 UJS94137.1 97.7 4300 94 2 106 4405 1 4296 0.0 8624 UEC68750.1 ULB83374.1 95.5 4405 193 2 1 4405 1 4401 0.0 8608 UEC68750.1 UGA79226.1 96.3 4401 161 0 1 4401 1 4401 0.0 8604 UEC68750.1 WHE12941.1 96.2 4375 165 1 27 4401 1 4372 0.0 8533 UEC68750.1 UVI10561.1 95.1 4374 212 1 28 4401 1 4371 0.0 8417 UEC68750.1 UGB98301.1 93.5 4405 285 0 1 4405 1 4405 0.0 8385 UEC68750.1 QRX02582.1 98.8 4098 50 0 1 4098 1 4098 0.0 8317 UEC68750.1 UJT06733.1 93.0 4401 302 2 1 4401 1 4397 0.0 8218 UEC68750.1 UFA30503.1 92.6 4340 319 0 27 4366 1 4340 0.0 8156 UEC68750.1 WGP70063.1 91.4 4369 374 0 1 4369 1 4369 0.0 8092 UEC68750.1 UMA88644.1 91.4 4380 372 2 22 4401 1 4376 0.0 8031 UEC68750.1 UNI03201.1 90.5 4379 415 1 27 4405 1 4378 0.0 8016 UEC68750.1 WEI27974.1 90.3 4405 425 1 1 4405 1 4402 0.0 7990 UEC68750.1 UEX07109.1 87.2 4379 562 0 27 4405 1 4379 0.0 7665 UEC68750.1 WGP98278.1 88.1 4364 521 0 1 4364 1 4364 0.0 7632 UEC68750.1 WAS49087.1 83.8 4401 711 1 1 4401 1 4398 0.0 7198 UEC68750.1 URP80785.1 81.7 4378 800 1 28 4405 1 4375 0.0 7078 UEC68750.1 UPB00876.1 75.6 4378 1065 1 28 4405 1 4375 0.0 6361 UEC68750.1 UYE49180.1 75.3 4405 1083 1 1 4405 1 4402 0.0 6346 UEC68750.1 WGQ72821.1 65.7 4344 1491 0 26 4369 1 4344 0.0 5264 MCP4488771.1 MCP4488771.1 100 134 0 0 1 134 1 134 6.69e-97 273 SDW64481.1 SDW64481.1 100 121 0 0 1 121 1 121 3.47e-86 244 SDW64481.1 MBR4127938.1 61.8 89 34 0 5 93 3 91 3.12e-35 115 MBT8462299.1 MBT8462299.1 95.8 239 10 0 1 239 1 239 4.93e-164 451 MBT8462299.1 KKQ50904.1 31.9 207 112 5 2 205 956 1136 4.38e-21 90.1 MBT8462299.1 WP_096647361.1 29.9 211 128 3 1 211 854 1044 1.02e-18 83.2 MBT8462299.1 WP_265225845.1 28.9 194 118 4 2 195 876 1049 1.33e-13 68.2 MBT8462299.1 MBL4744408.1 24.8 157 101 3 2 144 844 997 5.96e-09 54.3 MBR2488648.1 MBR2488648.1 98.5 711 11 0 1 711 1 711 0.0 1460 WP_240030709.1 WP_240030709.1 100 493 0 0 1 493 1 493 0.0 1003 WP_250146767.1 WP_250146767.1 100 49 0 0 1 49 1 49 1.46e-32 103 WP_186153646.1 WP_186153646.1 100 256 0 0 1 256 1 256 3.94e-183 501 WP_186153646.1 WP_247392216.1 44.4 259 135 5 1 256 1 253 6.89e-59 186 WP_186153646.1 MBS1222269.1 43.6 204 103 5 1 194 1 202 7.19e-46 150 WP_186153646.1 WP_243269836.1 51.4 175 83 2 82 255 65 238 7.55e-46 162 CZR69713.1 CZR69713.1 82.3 566 100 0 1 566 1 566 0.0 922 XP_039854086.1 XP_039854086.1 81.7 460 84 0 1 460 1 460 3.17e-264 723 MCU1437293.1 MCU1437293.1 97.7 488 11 0 1 488 1 488 0.0 960 XP_015523373.1 XP_015523373.1 100 234 0 0 1 234 1 234 7.42e-177 483 DAO22062.1 DAO22062.1 100 50 0 0 1 50 1 50 6.59e-34 107 MBR1628375.1 MBR1628375.1 100 313 0 0 1 313 1 313 1.23e-235 638 MBR1628375.1 WP_108098468.1 28.0 311 214 7 7 310 12 319 7.38e-36 130 MBR1628375.1 WP_039190453.1 26.5 287 182 10 2 269 135 411 3.70e-21 91.7 MCK5056842.1 MCK5056842.1 98.2 384 7 0 1 384 1 384 1.24e-289 781 MCK5056842.1 WP_163496825.1 31.8 362 226 9 36 383 38 392 2.16e-48 167 MCK5056842.1 MSZ54974.1 32.4 367 213 10 19 371 22 367 2.18e-43 153 WP_274481161.1 WP_274481161.1 100 104 0 0 1 104 1 104 3.60e-71 205 XP_697509.2 XP_697509.2 95.9 772 32 0 1 772 1 772 0.0 1519 WP_139764340.1 WP_139764340.1 100 127 0 0 1 127 1 127 2.58e-93 263 WP_139764340.1 WP_008056683.1 34.8 92 57 2 11 101 244 333 3.97e-09 51.6 WP_139764340.1 MBT3459617.1 31.0 84 56 2 21 104 1 82 4.80e-06 42.4 MBQ3864274.1 MBQ3864274.1 100 326 0 0 1 326 1 326 1.25e-246 667 MBQ3864274.1 WP_192324556.1 50.3 288 130 4 5 283 311 594 2.67e-89 278 MBQ3864274.1 RUU66461.1 53.5 254 115 3 33 284 103 355 2.35e-84 258 MBQ3864274.1 WP_226904802.1 48.9 276 132 6 33 303 46 317 5.05e-81 248 MBQ3864274.1 WP_098952357.1 42.9 294 167 1 28 320 23 316 4.41e-79 242 MBQ3864274.1 MBU5353226.1 48.8 240 121 2 32 270 27 265 4.99e-75 231 MBQ3864274.1 WP_227059655.1 47.3 264 135 2 9 271 320 580 2.58e-72 233 MBQ3864274.1 MCP5262709.1 39.7 295 171 4 21 308 6 300 4.81e-67 211 MBQ3864274.1 GLY24463.1 39.7 300 167 9 33 321 21 317 2.20e-62 199 MBQ3864274.1 WP_107894076.1 37.7 302 175 7 12 305 5 301 6.36e-62 198 MBQ3864274.1 WP_131166802.1 36.7 332 190 9 10 325 3 330 3.69e-61 197 MBQ3864274.1 WP_066083732.1 36.9 309 179 7 11 309 5 307 1.33e-56 185 MBQ3864274.1 MWR41881.1 42.0 207 115 5 36 241 44 246 5.79e-41 142 MBQ3864274.1 WP_176354145.1 36.6 224 132 4 32 255 17 230 6.83e-34 126 MBQ3864274.1 WP_140480909.1 31.3 224 131 5 36 253 29 235 2.82e-26 105 MBQ3864274.1 WP_109219819.1 35.1 202 120 5 36 236 33 224 1.56e-25 103 MBQ3864274.1 WP_258581409.1 31.1 222 142 4 32 253 15 225 3.58e-25 102 MBQ3864274.1 EHH5649593.1 30.4 217 138 4 46 261 28 232 4.32e-25 100 MBQ3864274.1 WP_256546297.1 29.7 239 144 8 10 236 21 247 2.89e-23 95.5 MBQ3864274.1 WP_279984614.1 30.0 210 127 6 36 235 25 224 6.38e-23 94.4 MBQ3864274.1 WP_088153117.1 29.8 228 138 8 34 248 9 227 1.02e-21 92.8 MBQ3864274.1 MBC7326981.1 27.3 231 147 8 34 253 20 240 1.32e-21 90.5 MBQ3864274.1 MXP43753.1 28.8 240 147 8 25 248 14 245 7.59e-21 88.6 MBQ3864274.1 OAN53756.1 27.3 238 155 7 34 260 25 255 1.89e-20 87.4 MBQ3864274.1 WP_206363707.1 31.0 210 130 7 35 236 33 235 3.21e-20 87.0 MBQ3864274.1 WP_152652784.1 35.4 158 92 5 35 191 20 168 2.59e-19 85.1 MBQ3864274.1 NVM03966.1 26.6 207 138 5 35 241 37 229 1.45e-18 83.2 MBQ3864274.1 WP_158791585.1 25.9 220 144 6 32 240 16 227 1.83e-17 79.0 MBQ3864274.1 WP_221977168.1 28.6 217 133 7 35 239 30 236 1.20e-15 73.9 MBQ3864274.1 NNE23115.1 32.3 155 96 6 51 205 33 178 7.24e-15 72.8 MBQ3864274.1 MBO5162475.1 28.8 222 142 7 32 247 10 221 1.19e-13 69.7 MBQ3864274.1 WP_153844272.1 27.6 203 107 10 38 219 23 206 7.07e-10 58.2 MBQ3864274.1 WP_041481207.1 26.4 193 109 8 43 221 360 533 5.18e-06 46.2 MBQ3864274.1 KAF9974715.1 23.3 159 105 4 36 194 481 622 1.96e-05 44.7 WP_132882604.1 WP_132882604.1 100 295 0 0 1 295 1 295 5.55e-223 605 WP_200316392.1 WP_200316392.1 100 187 0 0 1 187 1 187 1.86e-131 364 WP_241908014.1 WP_241908014.1 100 122 0 0 1 122 1 122 9.52e-89 251 MCL7403925.1 MCL7403925.1 100 281 0 0 1 281 1 281 5.29e-214 581 MCJ7548546.1 MCJ7548546.1 100 719 0 0 1 719 1 719 0.0 1444 MCJ7548546.1 WP_015615815.1 41.7 721 392 11 7 719 4 704 1.84e-190 561 MCJ7548546.1 WP_015919400.1 42.0 714 376 12 7 719 4 680 8.14e-163 488 MCJ7548546.1 MBL8638832.1 37.6 756 405 15 7 719 48 779 1.97e-145 447 MCJ7548546.1 KAI5122644.1 28.5 783 447 28 7 719 369 1108 8.68e-71 249 MCJ7548546.1 KZV11597.1 27.4 635 383 19 135 719 117 723 1.67e-44 170 KAF9116737.1 KAF9116737.1 100 379 0 0 1 379 1 379 4.77e-298 803 NLG67042.1 NLG67042.1 94.4 550 31 0 1 550 1 550 0.0 1077 NLG67042.1 WP_218014032.1 26.6 552 327 18 15 534 7 512 3.77e-33 131 NLG67042.1 WP_136134536.1 30.2 106 68 4 74 179 138 237 5.52e-06 47.4 XP_002873995.1 XP_002873995.1 100 517 0 0 1 517 1 517 0.0 1043 XP_002873995.1 KAG7602925.1 98.1 517 10 0 1 517 1 517 0.0 1023 XP_002873995.1 KAI8118081.1 27.1 446 291 14 97 517 37 473 1.37e-40 151 HIA56122.1 HIA56122.1 93.3 164 11 0 1 164 1 164 4.02e-108 303 MBP6049275.1 MBP6049275.1 100 168 0 0 1 168 1 168 1.30e-124 345 HAY39979.1 HAY39979.1 100 400 0 0 1 400 1 400 2.12e-305 822 HAY39979.1 WP_270908912.1 36.5 389 208 5 33 392 21 399 3.50e-73 232 WP_105188257.1 WP_105188257.1 100 394 0 0 1 394 1 394 1.80e-303 816 MCH2430466.1 MCH2430466.1 100 195 0 0 1 195 1 195 7.85e-146 401 MBI2152769.1 MBI2152769.1 100 248 0 0 1 248 1 248 1.09e-185 506 WP_211231677.1 WP_211231677.1 92.2 322 25 0 1 322 1 322 2.66e-198 545 WP_211231677.1 EFG7308611.1 47.3 112 47 2 89 188 69 180 2.67e-13 67.0 WP_211231677.1 WP_278665106.1 50.5 93 43 1 91 180 441 533 7.34e-12 64.3 WP_211231677.1 XP_023957144.1 47.7 107 54 1 89 195 750 854 2.20e-11 63.2 WP_269048359.1 WP_269048359.1 100 163 0 0 1 163 1 163 2.01e-121 337 WP_195553161.1 WP_195553161.1 94.8 194 10 0 1 194 1 194 1.24e-128 358 MBL1417270.1 MBL1417270.1 100 206 0 0 1 206 1 206 2.06e-151 416 XP_019741907.1 XP_019741907.1 100 179 0 0 1 179 1 179 9.35e-137 377 AJF60049.1 AJF60049.1 100 113 0 0 1 113 1 113 5.08e-82 233 RJF98482.1 RJF98482.1 100 78 0 0 1 78 1 78 1.16e-55 164 GDX36288.1 GDX36288.1 100 409 0 0 1 409 1 409 1.34e-308 831 GDX36288.1 WP_245704803.1 32.4 222 141 4 188 408 1 214 6.59e-30 114 GDX36288.1 WP_253463694.1 29.4 282 181 8 133 409 157 425 7.99e-30 118 GDX36288.1 WP_274755179.1 25.9 259 173 7 145 394 154 402 5.74e-26 107 GDX36288.1 SCH39951.1 25.8 236 120 8 190 392 256 469 1.23e-04 42.4 MCF7786316.1 MCF7786316.1 100 274 0 0 1 274 1 274 1.14e-200 546 KAJ8059477.1 KAJ8059477.1 100 96 0 0 1 96 1 96 2.09e-64 187 MBI3948044.1 MBI3948044.1 100 140 0 0 1 140 1 140 2.57e-97 274 MBM4386043.1 MBM4386043.1 100 69 0 0 1 69 1 69 4.97e-44 134 KAI2062789.1 KAI2062789.1 100 144 0 0 1 144 1 144 1.36e-103 290 QEP29574.1 QEP29574.1 100 43 0 0 1 43 1 43 2.91e-23 80.1 MBT4920854.1 MBT4920854.1 100 149 0 0 1 149 1 149 4.52e-109 305 KAH8333868.1 KAH8333868.1 100 501 0 0 1 501 1 501 0.0 1073 NLN95163.1 NLN95163.1 100 87 0 0 1 87 1 87 1.44e-60 177 MBI1386726.1 MBI1386726.1 100 464 0 0 1 464 1 464 0.0 943 MBI1386726.1 WP_171519907.1 27.2 383 217 13 104 444 28 390 2.55e-26 108 WP_021500824.1 WP_021500824.1 100 333 0 0 1 333 1 333 5.13e-254 686 WP_021500824.1 WP_222952672.1 39.1 133 80 1 163 295 154 285 3.06e-19 85.5 NP_001257623.1 NP_001257623.1 85.9 752 106 0 1 752 1 752 0.0 1337 NP_001257623.1 XP_043479276.1 44.9 459 235 7 1 449 1 451 4.88e-132 410 NP_001257623.1 NXT44414.1 31.7 205 133 6 244 446 1257 1456 1.36e-23 105 NP_001257623.1 KAJ3986273.1 34.9 166 104 2 247 408 454 619 1.99e-23 103 WP_200780455.1 WP_200780455.1 100 474 0 0 1 474 1 474 0.0 993 KAE9803106.1 KAE9803106.1 100 188 0 0 1 188 1 188 9.60e-139 383 NEQ48723.1 NEQ48723.1 92.7 289 21 0 1 289 1 289 7.54e-193 528 NEQ48723.1 MBI3461834.1 56.1 289 127 0 1 289 1 289 6.97e-120 343 NEQ48723.1 WP_020913025.1 59.9 284 114 0 1 284 1 284 2.95e-118 339 NEQ48723.1 NBQ41256.1 50.0 290 136 3 1 281 1 290 4.87e-99 291 NEQ48723.1 OCB46767.1 53.7 294 115 5 1 279 1 288 3.05e-93 276 NEQ48723.1 KAF1538674.1 47.5 299 141 3 2 284 20 318 5.37e-91 271 WP_283179095.1 WP_283179095.1 100 158 0 0 1 158 1 158 3.50e-115 321 WP_265896212.1 WP_265896212.1 98.5 682 10 0 1 682 1 682 0.0 1331 WP_265896212.1 WP_138941726.1 39.4 553 308 8 148 676 26 575 2.49e-115 356 WP_265896212.1 TLZ05171.1 28.4 348 193 13 380 679 266 605 2.50e-20 94.0 EDA9915590.1 EDA9915590.1 100 278 0 0 1 278 1 278 2.69e-201 548 TIU74829.1 TIU74829.1 92.4 278 21 0 1 278 1 278 1.21e-172 476 NLA37038.1 NLA37038.1 100 198 0 0 1 198 1 198 6.62e-135 374 XP_025606354.1 XP_025606354.1 99.0 574 6 0 1 574 1 574 0.0 1189 WP_100161462.1 WP_100161462.1 100 185 0 0 1 185 1 185 3.22e-131 363 WP_100161462.1 MBE0500203.1 50.5 99 47 2 55 151 80 178 1.04e-25 96.3 EAL7285322.1 EAL7285322.1 100 255 0 0 1 255 1 255 1.75e-190 519 OAV67199.1 OAV67199.1 100 57 0 0 1 57 1 57 3.80e-36 113 MCI6491833.1 MCI6491833.1 95.2 168 8 0 1 168 1 168 1.69e-111 312 MCI6491833.1 WP_063505693.1 43.3 150 82 2 5 151 9 158 9.62e-34 115 MCI6491833.1 HCM9096811.1 50.9 110 53 1 5 113 10 119 2.24e-30 107 KAF7644169.1 KAF7644169.1 90.2 624 61 0 1 624 1 624 0.0 1139 WP_046234935.1 WP_046234935.1 95.8 357 15 0 1 357 1 357 1.06e-265 718 WP_046234935.1 HBG7982863.1 56.0 193 85 0 165 357 8 200 9.46e-74 226 MBQ8156531.1 MBQ8156531.1 100 283 0 0 1 283 1 283 2.39e-202 551 MBQ8156531.1 WP_057732191.1 41.4 222 116 4 5 222 7 218 1.99e-44 150 MBQ8156531.1 WP_253195963.1 36.5 211 125 3 24 225 17 227 1.47e-31 117 WP_137607852.1 WP_137607852.1 100 424 0 0 1 424 1 424 4.42e-317 853 WP_277858638.1 WP_277858638.1 100 536 0 0 1 536 1 536 0.0 1134 WP_011512097.1 WP_011512097.1 98.3 593 10 0 1 593 1 593 0.0 1177 WP_011512097.1 WP_060613079.1 31.6 538 341 12 58 581 56 580 6.11e-72 240 WP_011512097.1 KAJ5168969.1 38.3 402 235 9 192 585 353 749 1.90e-68 235 WP_011512097.1 KAI7371949.1 35.6 438 256 13 172 593 476 903 4.98e-57 205 WP_011512097.1 MBT3459617.1 47.1 223 117 1 361 582 1 223 5.33e-56 187 WP_011512097.1 WP_195238978.1 28.3 505 328 12 93 580 233 720 2.70e-54 195 WP_011512097.1 WP_247749043.1 35.0 331 206 5 258 580 269 598 1.67e-50 182 WP_011512097.1 WP_038440434.1 29.1 357 242 4 225 580 223 569 9.48e-38 145 WP_011512097.1 WAY96880.1 34.2 193 125 1 358 550 2 192 1.86e-28 110 WP_011512097.1 WP_192324556.1 32.3 248 145 9 360 592 344 583 6.56e-21 95.1 WP_011512097.1 WP_221265680.1 29.3 249 152 10 356 588 30 270 1.69e-15 76.3 WP_118155356.1 WP_118155356.1 100 756 0 0 1 756 1 756 0.0 1581 NPV11463.1 NPV11463.1 100 209 0 0 1 209 1 209 8.07e-155 425 NPV11463.1 WP_149786838.1 33.0 197 123 4 4 198 7 196 3.10e-22 88.2 NPV11463.1 MBU2178615.1 32.4 173 101 3 9 181 124 280 1.42e-15 72.0 NPV11463.1 WP_193275955.1 36.8 114 71 1 63 176 299 411 5.52e-14 68.2 MCE0539567.1 MCE0539567.1 92.9 420 30 0 1 420 1 420 3.73e-275 747 MCE0539567.1 MCB0174630.1 32.5 228 119 3 169 395 301 494 1.59e-17 82.8 MCE0539567.1 WP_148284348.1 30.9 256 117 9 145 390 159 364 1.03e-09 58.2 WP_146646172.1 WP_146646172.1 96.3 323 12 0 1 323 1 323 6.48e-227 617 MBQ3906581.1 MBQ3906581.1 100 425 0 0 1 425 1 425 0.0 895 WP_060137083.1 WP_060137083.1 82.8 267 46 0 1 267 1 267 7.46e-150 417 XP_047334060.1 XP_047334060.1 100 718 0 0 1 718 1 718 0.0 1487 XP_047334060.1 XP_043377824.1 37.9 285 156 8 17 290 25 299 6.20e-52 193 XP_047334060.1 XP_046441060.1 33.7 205 127 6 17 219 61 258 2.80e-28 119 XP_047334060.1 XP_020321477.1 33.0 206 129 7 16 219 52 250 2.04e-25 110 XP_047334060.1 XP_019384620.1 29.9 264 169 8 26 280 24 280 2.27e-21 97.8 XP_047334060.1 KAI9912466.1 23.5 251 166 8 121 369 137 363 1.77e-09 58.5 AWW49543.1 AWW49543.1 97.0 396 12 0 1 396 1 396 3.97e-283 765 AWW49543.1 WP_143169250.1 43.8 365 193 7 38 396 21 379 3.50e-97 293 WP_130528929.1 WP_130528929.1 98.7 995 13 0 1 995 1 995 0.0 1986 WP_130528929.1 WP_113544184.1 39.4 604 358 5 359 958 501 1100 3.44e-145 461 WP_130528929.1 TRZ64304.1 41.9 370 208 3 591 953 2 371 9.82e-95 305 WP_130528929.1 MAF07216.1 32.3 400 251 8 464 848 246 640 1.37e-61 221 EIC6151294.1 EIC6151294.1 97.4 420 11 0 1 420 1 420 1.51e-303 820 MCE2507101.1 MCE2507101.1 100 224 0 0 1 224 1 224 8.35e-169 462 WP_271268402.1 WP_271268402.1 97.4 454 12 0 1 454 1 454 0.0 909 WP_271268402.1 WP_029364876.1 67.3 196 59 2 198 392 1 192 2.62e-93 278 MBO6554759.1 MBO6554759.1 99.1 1139 10 0 1 1139 1 1139 0.0 2323 MBO6554759.1 WP_226865765.1 25.9 695 397 25 200 867 3 606 8.74e-37 146 MBO6554759.1 WP_278906630.1 22.8 570 321 24 370 870 304 823 9.81e-12 67.8 MBO6554759.1 HID24809.1 24.0 530 268 22 387 849 165 626 5.90e-07 52.0 WP_168738097.1 WP_168738097.1 98.6 775 11 0 1 775 1 775 0.0 1567 WP_168738097.1 MBN9383861.1 30.1 785 506 13 1 774 27 779 1.38e-116 369 WP_168738097.1 WP_037818847.1 24.8 202 128 8 514 696 127 323 1.16e-04 43.5 WP_168738097.1 WP_199673213.1 24.9 253 148 12 459 692 79 308 6.04e-04 41.2 MBO4925134.1 MBO4925134.1 100 203 0 0 1 203 1 203 1.99e-152 419 WP_258700041.1 WP_258700041.1 100 96 0 0 1 96 1 96 7.86e-69 199 XP_029728184.1 XP_029728184.1 92.4 473 36 0 1 473 1 473 0.0 890 WP_263620371.1 WP_263620371.1 100 317 0 0 1 317 1 317 2.04e-236 640 HAI83337.1 HAI83337.1 100 140 0 0 1 140 1 140 7.10e-104 291 WP_250015522.1 WP_250015522.1 100 387 0 0 1 387 1 387 2.55e-304 818 WP_250015522.1 PAW68992.1 34.8 396 235 7 8 383 2 394 2.99e-65 211 WP_250015522.1 MBW4662439.1 31.8 393 224 10 15 383 16 388 6.68e-54 181 WP_250015522.1 WP_179156843.1 30.4 368 231 7 26 383 12 364 4.87e-47 163 WP_250015522.1 WP_064802002.1 29.8 386 250 12 13 385 8 385 7.01e-44 155 WP_250015522.1 WP_270430070.1 29.2 366 242 5 21 384 21 371 3.78e-42 150 WP_250015522.1 WP_090419626.1 31.4 373 217 13 18 379 16 360 6.69e-36 133 MCC6600438.1 MCC6600438.1 98.5 671 10 0 1 671 1 671 0.0 1400 MCC6600438.1 WP_119344914.1 33.6 110 64 7 57 158 78 186 1.72e-07 52.8 MBR3944831.1 MBR3944831.1 97.2 493 14 0 1 493 1 493 0.0 989 MBQ6224848.1 MBQ6224848.1 100 488 0 0 1 488 1 488 0.0 1000 AHK62764.1 AHK62764.1 91.0 221 20 0 1 221 1 221 8.72e-140 388 AHK62764.1 AWS34156.1 70.7 215 63 0 1 215 5 219 2.88e-110 313 AHK62764.1 ADJ35581.1 70.7 215 63 0 1 215 6 220 2.84e-108 308 AHK62764.1 ADW49125.1 71.1 211 61 0 5 215 1 211 1.20e-107 306 AHK62764.1 AFA24308.1 72.5 211 58 0 5 215 2 212 5.04e-107 305 AHK62764.1 AVM35379.1 67.8 214 69 0 2 215 1 214 1.04e-104 299 AHK62764.1 QUA05739.1 71.2 208 60 0 1 208 5 212 2.77e-104 298 AHK62764.1 QUQ06080.1 67.9 215 69 0 1 215 5 219 5.81e-103 295 AHK62764.1 AAX94106.1 73.1 193 52 0 29 221 3 195 3.58e-98 290 AHK62764.1 AFA09475.1 67.8 205 66 0 11 215 1 205 1.08e-97 281 AHK62764.1 AOR13807.1 67.7 198 64 0 6 203 1 198 5.68e-96 276 AHK62764.1 AGI15931.1 68.8 205 64 0 5 209 2 206 1.17e-92 268 AHK62764.1 AMA90994.1 64.2 193 69 0 1 193 5 197 1.27e-87 255 AHK62764.1 AXZ65741.1 66.5 173 58 0 1 173 5 177 4.57e-81 238 AHK62764.1 AKT58828.1 62.8 191 71 0 1 191 5 195 2.34e-80 237 AHK62764.1 AKA56406.1 58.7 196 78 1 1 196 5 197 3.34e-78 231 AHK62764.1 AHH30646.1 66.1 168 55 2 27 194 5 170 9.66e-72 214 AHK62764.1 ACE88666.1 65.1 146 51 0 76 221 1 146 2.72e-63 192 AHK62764.1 APC24336.1 59.8 117 47 0 105 221 2 118 7.57e-40 139 KAG6815834.1 KAG6815834.1 100 357 0 0 1 357 1 357 7.22e-273 736 MBS1237631.1 MBS1237631.1 95.0 259 13 0 1 259 1 259 5.79e-182 498 MBC8287102.1 MBC8287102.1 100 163 0 0 1 163 1 163 5.12e-115 321 WP_147710924.1 WP_147710924.1 100 257 0 0 1 257 1 257 1.66e-180 494 WP_147098622.1 WP_147098622.1 96.1 230 9 0 1 230 1 230 7.92e-161 442 OPJ85369.1 OPJ85369.1 100 105 0 0 1 105 1 105 2.51e-76 218 AOM87821.1 AOM87821.1 100 313 0 0 1 313 1 313 1.69e-242 655 EFI9116993.1 EFI9116993.1 100 131 0 0 1 131 1 131 1.42e-92 261 WP_133874384.1 WP_133874384.1 100 324 0 0 1 324 1 324 5.44e-240 650 WP_133874384.1 WP_073505727.1 45.4 326 171 5 1 322 1 323 6.96e-91 273 WP_133874384.1 WP_164767343.1 47.8 157 79 3 164 319 6 160 1.36e-39 136 WP_133874384.1 WP_051669385.1 30.1 332 195 12 1 320 9 315 5.33e-26 104 WP_133874384.1 TML70651.1 33.1 133 71 6 1 120 1 128 5.86e-12 60.8 MBP6873711.1 MBP6873711.1 100 257 0 0 1 257 1 257 5.23e-193 526 WP_236578309.1 WP_236578309.1 100 230 0 0 1 230 1 230 1.18e-171 469 MCS6997039.1 MCS6997039.1 90.0 448 45 0 1 448 1 448 1.84e-280 763 WP_222322625.1 WP_222322625.1 100 526 0 0 1 526 1 526 0.0 1081 WP_222322625.1 WP_218014032.1 26.1 545 331 19 4 505 1 516 3.38e-29 119 WP_222322625.1 MBM3534697.1 26.0 534 326 21 7 514 216 706 1.75e-22 99.8 WP_232235954.1 WP_232235954.1 100 166 0 0 1 166 1 166 1.80e-120 336 OBF96065.1 OBF96065.1 92.8 349 25 0 1 349 1 349 2.20e-238 648 HAC47786.1 HAC47786.1 100 152 0 0 1 152 1 152 1.14e-108 304 PYV42293.1 PYV42293.1 100 249 0 0 1 249 1 249 1.14e-183 501 WP_186372554.1 WP_186372554.1 92.5 427 32 0 1 427 1 427 7.66e-283 767 MBK7761530.1 MBK7761530.1 95.0 202 10 0 1 202 1 202 8.98e-135 374 WP_099692467.1 WP_099692467.1 90.0 140 14 0 1 140 1 140 5.56e-83 238 WP_227414037.1 WP_227414037.1 100 70 0 0 1 70 1 70 2.83e-48 145 OLC60889.1 OLC60889.1 93.0 142 10 0 1 142 1 142 1.42e-95 270 MCM8792278.1 MCM8792278.1 96.2 317 12 0 1 317 1 317 7.23e-221 601 MCM8792278.1 MBC8384723.1 43.7 350 153 6 7 316 7 352 5.76e-86 261 MCM8792278.1 NNF43866.1 35.9 337 187 5 2 316 5 334 8.27e-63 201 CAI9728293.1 CAI9728293.1 100 89 0 0 1 89 1 89 1.04e-63 185 KAG8587293.1 KAG8587293.1 99.2 2659 21 0 1 2659 1 2659 0.0 5483 MOY95459.1 MOY95459.1 100 99 0 0 1 99 1 99 8.69e-72 206 MOY95459.1 AST39768.1 72.4 98 27 0 2 99 2 99 6.89e-51 154 MOY95459.1 AMA13662.1 72.4 98 27 0 2 99 63 160 3.01e-49 152 MOY95459.1 MOY61908.1 58.2 98 41 0 2 99 2 99 5.73e-41 129 GGK29005.1 GGK29005.1 82.1 262 47 0 28 289 28 289 9.09e-148 414 GGK29005.1 WP_203021165.1 30.0 253 152 8 40 288 38 269 8.45e-15 71.2 MCQ2641798.1 MCQ2641798.1 100 328 0 0 1 328 1 328 1.25e-247 670 MCD5879085.1 MCD5879085.1 100 184 0 0 1 184 1 184 4.26e-140 386 MCD5879085.1 WP_103270848.1 46.2 143 76 1 35 176 26 168 7.14e-40 134 HDQ08114.1 HDQ08114.1 100 288 0 0 1 288 1 288 1.92e-215 585 XP_052062472.1 XP_052062472.1 100 226 0 0 1 226 1 226 6.37e-174 475 MCB1594269.1 MCB1594269.1 93.5 153 10 0 1 153 1 153 4.83e-106 297 WP_089820066.1 WP_089820066.1 100 166 0 0 1 166 1 166 5.96e-120 333 WP_089820066.1 WP_196074572.1 43.0 165 86 3 2 160 8 170 1.28e-37 125 WP_174736260.1 WP_174736260.1 100 139 0 0 1 139 1 139 1.62e-104 292 WP_245086788.1 WP_245086788.1 100 325 0 0 1 325 1 325 5.71e-247 668 WP_245086788.1 WP_003067788.1 34.9 186 108 5 109 287 94 273 1.12e-23 97.4 WP_132993058.1 WP_132993058.1 100 368 0 0 1 368 1 368 9.04e-289 778 WP_262152891.1 WP_262152891.1 100 73 0 0 1 73 1 73 1.04e-49 149 MBA2391527.1 MBA2391527.1 100 679 0 0 1 679 1 679 0.0 1386 HCG88012.1 HCG88012.1 100 628 0 0 1 628 1 628 0.0 1269 HCG88012.1 WP_101662518.1 35.8 285 179 3 26 307 38 321 3.63e-50 183 HCG88012.1 WP_044772468.1 35.2 290 172 6 7 291 16 294 8.16e-45 168 HCG88012.1 OMF24356.1 40.3 258 129 7 63 304 68 316 1.17e-43 164 HCG88012.1 KAG0922869.1 51.4 105 50 1 48 151 1 105 3.37e-29 110 HCG88012.1 OHA02323.1 25.6 223 128 7 436 624 233 451 6.08e-11 63.5 KAF5949235.1 KAF5949235.1 100 140 0 0 1 140 1 140 9.71e-102 285 WP_026861651.1 WP_026861651.1 100 313 0 0 1 313 1 313 1.29e-246 666 WP_075011186.1 WP_075011186.1 100 165 0 0 1 165 1 165 3.89e-120 334 WP_205336461.1 WP_205336461.1 100 220 0 0 1 220 1 220 7.16e-168 459 POC21689.1 POC21689.1 100 102 0 0 1 102 1 102 9.26e-73 209 WP_017172025.1 WP_017172025.1 98.2 552 10 0 1 552 1 552 0.0 1073 WP_017172025.1 WP_120358183.1 33.3 558 327 12 2 529 3 545 5.82e-74 243 WP_017172025.1 WP_097514015.1 37.9 377 212 6 161 517 167 541 1.00e-59 205 WP_017172025.1 EIZ9235425.1 39.9 283 156 3 233 501 230 512 4.52e-49 176 WP_017172025.1 HAZ7424284.1 34.4 334 179 8 193 500 187 506 1.28e-38 146 WP_157783106.1 WP_157783106.1 100 181 0 0 1 181 1 181 5.61e-139 383 MBH39527.1 MBH39527.1 100 81 0 0 1 81 1 81 1.44e-55 164 MBH39527.1 WP_228049692.1 35.8 81 52 0 1 81 16 96 2.72e-09 47.8 MBP0444593.1 MBP0444593.1 100 31 0 0 45 75 45 75 1.17e-13 60.1 XP_040637648.1 XP_040637648.1 97.6 463 11 0 1 463 1 463 0.0 945 CUQ45908.1 CUQ45908.1 100 120 0 0 1 120 1 120 1.08e-84 241 KAB1930676.1 KAB1930676.1 91.1 807 72 0 1 807 1 807 0.0 1373 WP_063393100.1 WP_063393100.1 99.0 1974 20 0 1 1974 1 1974 0.0 3905 XP_053174626.1 XP_053174626.1 100 637 0 0 1 637 1 637 0.0 1320 XP_053174626.1 XP_052609093.1 59.4 614 238 6 25 634 20 626 6.34e-273 759 XP_053174626.1 KAI4536634.1 29.2 476 243 19 34 458 21 453 1.13e-37 148 MBY7869037.1 MBY7869037.1 100 669 0 0 1 669 1 669 0.0 1376 MBY7869037.1 WP_047430984.1 50.4 671 323 6 3 668 5 670 7.63e-235 665 MBY7869037.1 HAV1793262.1 24.8 528 316 13 6 517 30 492 5.38e-32 129 MBY7869037.1 WP_250464711.1 23.4 530 329 15 5 520 52 518 3.04e-29 121 MBY7869037.1 WP_264248212.1 55.0 40 18 0 625 664 15 54 5.17e-05 40.0 MXW19700.1 MXW19700.1 100 871 0 0 1 871 1 871 0.0 1781 MXW19700.1 MCE2873365.1 29.7 943 502 26 23 871 18 893 5.21e-97 322 MXW19700.1 HAJ30683.1 32.9 231 129 6 5 228 4 215 7.13e-24 106 MXW19700.1 MBX9747080.1 29.3 188 118 4 41 226 1 175 1.92e-12 69.3 XP_006969978.1 XP_006969978.1 100 332 0 0 1 332 1 332 2.11e-266 717 XP_006969978.1 XP_020321477.1 29.7 222 134 7 94 307 79 286 5.45e-29 115 XP_006969978.1 XP_046441060.1 31.0 245 153 8 69 307 60 294 3.85e-27 110 XP_006969978.1 WP_223752944.1 28.6 147 82 6 74 211 3 135 8.34e-05 42.4 WP_249991478.1 WP_249991478.1 100 330 0 0 1 330 1 330 1.27e-232 632 WP_249991478.1 PPR79666.1 34.0 297 187 5 33 324 39 331 4.00e-44 152 WP_249991478.1 EIU6828535.1 32.3 282 184 4 48 326 42 319 2.22e-42 147 WP_249991478.1 EAP5059555.1 33.2 316 185 7 25 326 51 354 7.54e-40 142 WP_249991478.1 AGL88086.1 33.7 288 167 11 48 330 20 288 9.63e-38 134 WP_249991478.1 WP_110066977.1 28.5 284 196 3 49 326 52 334 4.00e-32 120 WP_249991478.1 WP_097346712.1 28.5 274 181 9 58 324 390 655 9.65e-25 103 WP_249991478.1 WP_158131988.1 30.0 307 194 11 28 324 27 322 1.67e-17 81.6 WP_077989166.1 WP_077989166.1 100 384 0 0 1 384 1 384 1.05e-281 761 WP_238286377.1 WP_238286377.1 100 503 0 0 1 503 1 503 0.0 985 MBQ6476844.1 MBQ6476844.1 100 139 0 0 1 139 1 139 9.73e-97 273 OCT99299.1 OCT99299.1 100 216 0 0 1 216 1 216 1.44e-156 430 WP_131252095.1 WP_131252095.1 100 407 0 0 1 407 1 407 1.82e-305 823 HBC43327.1 HBC43327.1 100 139 0 0 1 139 1 139 6.10e-100 281 HBC43327.1 TDJ69718.1 55.1 138 55 2 1 138 1 131 1.13e-40 139 MBP7794228.1 MBP7794228.1 100 182 0 0 1 182 1 182 4.99e-138 380 MBT4259674.1 MBT4259674.1 100 337 0 0 1 337 1 337 2.77e-260 702 MBT4259674.1 EAN4724137.1 43.9 342 187 3 1 337 1 342 3.37e-105 310 MBT4259674.1 WP_224255409.1 43.0 342 190 3 1 337 1 342 5.04e-102 302 MBT4259674.1 XP_018682766.1 37.2 199 122 2 137 333 132 329 4.29e-53 177 MCP5487798.1 MCP5487798.1 89.5 86 9 0 1 86 1 86 2.62e-49 149 XP_052321142.1 XP_052321142.1 100 230 0 0 1 230 1 230 8.33e-172 470 HAJ13960.1 HAJ13960.1 84.7 176 27 0 1 176 1 176 5.86e-100 284 HAJ13960.1 WP_135028221.1 40.3 67 40 0 110 176 205 271 3.26e-08 50.1 KTC18574.1 KTC18574.1 98.7 628 8 0 1 628 1 628 0.0 1273 KTC18574.1 WP_107723967.1 35.0 572 340 11 37 595 26 578 1.42e-101 319 MSX81993.1 MSX81993.1 98.7 767 10 0 1 767 1 767 0.0 1506 WP_172892835.1 WP_172892835.1 100 122 0 0 1 122 1 122 1.35e-88 251 RMP47417.1 RMP47417.1 97.1 347 10 0 1 347 1 347 1.26e-252 684 WP_076195104.1 WP_076195104.1 96.3 356 13 0 1 356 1 356 1.15e-236 646 WP_278448552.1 WP_278448552.1 100 96 0 0 1 96 1 96 1.86e-67 195 MBU1163645.1 MBU1163645.1 100 206 0 0 1 206 1 206 7.48e-154 422 WP_178943877.1 WP_178943877.1 100 475 0 0 1 475 1 475 0.0 954 WP_100963785.1 WP_100963785.1 100 161 0 0 1 161 1 161 1.20e-103 292 WP_048427321.1 WP_048427321.1 95.6 225 10 0 1 225 1 225 1.37e-154 426 WP_048427321.1 WP_014286324.1 33.8 160 106 0 14 173 6 165 3.67e-27 100 WP_048427321.1 WP_234080888.1 30.0 207 140 2 21 225 34 237 1.73e-13 65.9 WP_048427321.1 WP_192558464.1 28.6 175 104 6 4 160 1 172 2.71e-07 48.1 WP_048427321.1 ANP72927.1 42.4 66 38 0 11 76 44 109 2.44e-06 45.4 WP_007337172.1 WP_007337172.1 100 138 0 0 1 138 1 138 2.11e-98 281 WP_007337172.1 ROW03190.1 35.8 81 50 1 54 134 82 160 3.81e-10 56.6 WP_007337172.1 GIY33458.1 35.7 70 42 1 55 121 214 283 2.12e-05 42.7 WP_283107263.1 WP_283107263.1 98.1 570 11 0 1 570 1 570 0.0 1130 WP_283107263.1 WP_058504615.1 34.1 560 353 7 3 557 14 562 2.17e-108 334 WP_283107263.1 WP_017718577.1 37.0 625 332 12 3 570 23 642 7.03e-108 336 WP_283107263.1 NRF69152.1 39.8 530 280 10 51 557 3 516 2.81e-102 317 WP_283107263.1 MBT7163208.1 31.7 375 249 3 182 553 195 565 5.78e-62 213 WP_283107263.1 WP_203339841.1 35.1 276 176 3 174 447 2 276 1.07e-47 168 WP_283107263.1 RYD39969.1 36.7 218 108 8 248 453 85 284 1.32e-29 117 WP_283107263.1 EEC9022132.1 27.2 383 238 14 167 516 75 449 2.15e-29 120 WP_283107263.1 WP_121975536.1 33.7 273 157 9 189 449 11 271 4.16e-29 116 WP_283107263.1 WP_029222463.1 35.4 147 85 3 312 448 122 268 4.61e-20 90.5 WP_268276024.1 WP_268276024.1 89.1 92 10 0 1 92 1 92 9.12e-55 163 WP_268276024.1 HIZ10317.1 50.6 89 44 0 2 90 1 89 3.27e-25 92.4 WP_268276024.1 MBQ7587638.1 46.5 86 46 0 6 91 6 91 4.14e-16 68.6 UCH34204.1 UCH34204.1 92.4 157 12 0 1 157 1 157 6.02e-102 287 WP_100461895.1 WP_100461895.1 97.6 501 12 0 1 501 1 501 0.0 974 WP_100461895.1 MBO7941816.1 77.1 131 30 0 277 407 1 131 4.55e-62 197 WP_100461895.1 WP_057201184.1 32.2 444 280 9 7 440 2 434 1.69e-60 204 WP_100461895.1 WP_257689765.1 30.9 473 312 7 1 464 1 467 2.68e-57 196 WP_100461895.1 WP_033603452.1 25.1 499 321 14 12 491 512 976 6.42e-25 107 NNE21990.1 NNE21990.1 94.4 535 30 0 14 548 14 548 0.0 1051 CAG1014836.1 CAG1014836.1 94.0 168 10 0 1 168 1 168 1.82e-106 300 HEY60602.1 HEY60602.1 94.5 127 7 0 1 127 1 127 2.21e-85 243 MBL6847974.1 MBL6847974.1 100 388 0 0 1 388 1 388 1.85e-293 791 MBL6847974.1 WP_055337992.1 38.8 381 224 4 12 388 11 386 1.18e-97 294 MBL6847974.1 WP_019444443.1 43.2 329 174 5 66 388 2 323 1.21e-92 279 MBL6847974.1 WP_019585553.1 33.6 381 247 4 6 382 17 395 1.90e-60 199 MBL6847974.1 UCF78466.1 31.8 355 234 4 30 382 28 376 3.04e-55 184 MBL6847974.1 MCH8312862.1 28.7 328 217 6 33 357 15 328 1.04e-31 121 MBL6847974.1 WP_000576638.1 26.7 359 227 13 11 344 131 478 1.58e-19 89.0 MBW2293111.1 MBW2293111.1 100 86 0 0 1 86 1 86 4.49e-59 173 WP_035154071.1 WP_035154071.1 100 128 0 0 1 128 1 128 3.38e-94 265 WP_015167170.1 WP_015167170.1 98.3 595 10 0 1 595 1 595 0.0 1164 WP_015167170.1 WP_270453521.1 35.3 422 237 9 1 411 1 397 3.24e-63 212 WP_015167170.1 HDC92778.1 29.2 486 243 12 3 411 1 462 7.70e-44 161 WP_015167170.1 NOY97419.1 27.5 472 253 19 5 411 3 450 4.79e-26 111 WP_015167170.1 WP_278982769.1 30.8 302 184 8 118 411 150 434 1.39e-24 105 XP_032818145.1 XP_032818145.1 86.8 228 30 0 1 228 1 228 9.35e-143 396 WP_107851562.1 WP_107851562.1 100 156 0 0 1 156 1 156 5.41e-118 328 KAH8969015.1 KAH8969015.1 100 489 0 0 1 489 1 489 0.0 1008 KAH8969015.1 NEO63080.1 42.8 369 196 4 127 483 4 369 2.56e-94 289 KAH8969015.1 WP_247072383.1 36.3 342 198 7 128 461 4 333 5.59e-68 220 KAH8969015.1 PZR90627.1 38.9 329 187 4 137 460 10 329 2.27e-59 197 PIT67883.1 PIT67883.1 100 105 0 0 1 105 1 105 6.16e-77 220 MCT7963129.1 MCT7963129.1 100 65 0 0 1 65 1 65 1.86e-44 135 NWG07731.1 NWG07731.1 100 129 0 0 1 129 1 129 3.78e-96 270 MAX51409.1 MAX51409.1 100 156 0 0 1 156 1 156 1.43e-113 317 SPZ45747.1 SPZ45747.1 97.2 459 13 0 1 459 1 459 0.0 886 MCL4144983.1 MCL4144983.1 100 92 0 0 1 92 1 92 1.29e-63 185 MCL4144983.1 TMQ04701.1 57.9 38 15 1 1 38 856 892 5.95e-09 49.7 MCL4144983.1 WP_167959909.1 45.5 44 24 0 1 44 397 440 7.00e-08 46.6 MCL4144983.1 WP_200941876.1 52.3 44 20 1 1 44 467 509 1.81e-07 45.4 MCL4144983.1 WP_148836004.1 31.8 44 30 0 48 91 454 497 8.20e-04 35.0 NBS68005.1 NBS68005.1 100 88 0 0 1 88 1 88 1.13e-62 182 MBP6400846.1 MBP6400846.1 100 190 0 0 1 190 1 190 8.20e-141 388 MBP6400846.1 MBN2427654.1 65.4 185 64 0 6 190 5 189 2.42e-82 253 MBP6400846.1 WP_010016619.1 40.0 150 74 3 6 145 16 159 1.09e-26 104 MBP6400846.1 MBP9771519.1 34.6 133 72 5 9 139 13 132 1.48e-14 69.3 MBP6400846.1 WP_274976404.1 31.7 139 93 1 6 142 25 163 4.10e-14 68.2 MBQ1990346.1 MBQ1990346.1 100 233 0 0 1 233 1 233 1.09e-173 475 XP_039284787.1 XP_039284787.1 100 133 0 0 1 133 1 133 7.54e-98 275 MBA4865741.1 MBA4865741.1 96.5 287 10 0 1 287 1 287 2.52e-190 521 WP_070955303.1 WP_070955303.1 97.6 677 16 0 1 677 1 677 0.0 1332 WP_070955303.1 KWZ83306.1 45.3 644 337 6 30 666 11 646 9.43e-208 596 XP_018957721.2 XP_018957721.2 93.0 685 48 0 1 685 1 685 0.0 1273 XP_018957721.2 KAJ4922108.1 34.8 135 79 4 11 139 25 156 4.43e-17 82.8 WP_042648904.1 WP_042648904.1 100 264 0 0 1 264 1 264 1.97e-196 535 WP_042648904.1 MBK8326393.1 50.6 261 129 0 4 264 3 263 6.77e-97 283 WP_042648904.1 WP_086236254.1 43.9 264 145 3 1 263 1 262 1.98e-76 231 WP_042648904.1 NKB40192.1 40.2 266 156 3 1 264 17 281 1.01e-64 202 PIR97932.1 PIR97932.1 100 94 0 0 1 94 1 94 2.57e-64 187 XP_041378246.1 XP_041378246.1 100 327 0 0 1 327 1 327 4.37e-252 681 WP_034002239.1 WP_034002239.1 96.6 496 17 0 1 496 1 496 0.0 917 WP_034002239.1 WP_278498266.1 36.9 472 285 6 24 489 21 485 6.43e-92 287 WP_034002239.1 WP_187788315.1 35.2 454 268 6 22 475 1 428 4.45e-76 244 WP_034002239.1 HAV5500596.1 27.9 480 310 6 27 495 22 476 6.68e-60 202 WP_034002239.1 WP_030096092.1 32.8 466 272 9 31 489 41 472 2.54e-59 201 KAF9922452.1 KAF9922452.1 94.7 2217 118 0 1 2217 1 2217 0.0 4355 KAF9922452.1 MBP3425637.1 36.4 66 41 1 1675 1739 84 149 1.41e-07 55.1 KAF9922452.1 XP_026829212.1 31.3 198 85 10 1553 1715 826 1007 2.85e-06 51.2 EDH4057100.1 EDH4057100.1 100 387 0 0 1 387 1 387 2.14e-287 775 EDH4057100.1 WP_074825075.1 46.3 402 191 10 1 387 1 392 2.68e-100 301 EDH4057100.1 MCP1651746.1 44.6 404 204 6 1 387 4 404 3.11e-99 299 EDH4057100.1 WP_004619799.1 42.6 401 204 8 6 387 7 400 1.60e-83 258 EDH4057100.1 GAN03156.1 38.5 392 227 8 2 386 27 411 1.23e-79 249 EDH4057100.1 MBA2536487.1 38.3 402 211 9 1 385 1 382 1.24e-71 227 EDH4057100.1 WP_078429679.1 35.9 401 231 10 1 385 1 391 5.98e-64 207 EDH4057100.1 XP_040685867.1 35.1 396 233 9 2 384 33 417 2.68e-62 204 EDH4057100.1 WP_277084622.1 42.5 320 157 7 87 386 1 313 6.81e-62 200 EDH4057100.1 WP_083141943.1 36.8 391 231 8 5 387 5 387 8.73e-62 202 WP_018431719.1 WP_018431719.1 100 438 0 0 1 438 1 438 0.0 897 WP_018431719.1 AGS31853.1 44.6 112 59 2 67 176 18 128 3.85e-25 98.6 WP_018431719.1 ABB86219.1 33.3 75 49 1 16 90 1 74 1.03e-06 44.7 WP_152190814.1 WP_152190814.1 100 184 0 0 1 184 1 184 1.12e-126 352 WP_152190814.1 WP_205541900.1 53.8 52 24 0 5 56 21 72 1.46e-08 51.6 WP_233284074.1 WP_233284074.1 100 143 0 0 1 143 1 143 1.17e-99 280 MBO9514898.1 MBO9514898.1 95.1 266 13 0 1 266 1 266 3.32e-180 494 MCH6550914.1 MCH6550914.1 97.2 352 10 0 1 352 1 352 8.46e-249 675 MCH6550914.1 MBG83645.1 39.0 351 201 5 3 347 9 352 4.86e-71 224 MOO35077.1 MOO35077.1 100 15 0 0 1 15 1 15 1.54e-06 36.2 WP_156140069.1 WP_156140069.1 100 692 0 0 1 692 1 692 0.0 1428 WP_156140069.1 WP_025739406.1 36.5 181 109 2 385 562 460 637 5.62e-21 95.9 WP_156140069.1 WP_104456122.1 33.2 187 125 0 374 560 334 520 8.87e-21 94.7 WP_156140069.1 WP_269572442.1 30.7 257 161 4 275 519 335 586 1.55e-20 94.4 WP_156140069.1 WP_128786583.1 30.3 353 171 15 216 537 286 594 5.19e-20 92.8 WP_156140069.1 WP_271340374.1 27.4 398 231 16 204 572 212 580 3.94e-17 83.6 WP_156140069.1 WP_237962375.1 40.4 99 55 2 358 452 447 545 2.70e-13 71.6 WP_156140069.1 MCI8311254.1 27.6 192 122 4 272 453 222 406 8.77e-11 63.2 WP_200629424.1 WP_200629424.1 100 312 0 0 1 312 1 312 3.50e-230 624 WP_200629424.1 WP_258613669.1 24.4 168 116 3 22 179 11 177 2.49e-06 46.6 KAI9565065.1 KAI9565065.1 100 207 0 0 1 207 1 207 1.15e-153 422 MBN2399180.1 MBN2399180.1 100 588 0 0 1 588 1 588 0.0 1202 MBN2399180.1 WP_266727676.1 41.7 403 233 2 121 523 32 432 1.08e-116 352 WP_091227077.1 WP_091227077.1 100 68 0 0 1 68 1 68 1.10e-42 130 WP_218795152.1 WP_218795152.1 100 97 0 0 1 97 1 97 8.78e-71 204 MBK6411085.1 MBK6411085.1 100 216 0 0 1 216 1 216 6.11e-158 434 NQW84129.1 NQW84129.1 100 562 0 0 1 562 1 562 0.0 1165 NQW84129.1 WP_068051662.1 26.0 515 329 16 65 549 37 529 9.63e-42 156 NQW84129.1 WP_254101325.1 21.5 516 370 14 63 547 103 614 6.77e-18 85.5 NQW84129.1 MBF2759673.1 24.5 282 186 10 69 339 187 452 1.09e-10 62.8 MBW7837788.1 MBW7837788.1 94.5 238 13 0 1 238 1 238 1.71e-159 439 MCK4337579.1 MCK4337579.1 100 123 0 0 1 123 1 123 3.58e-89 252 WP_087686007.1 WP_087686007.1 100 271 0 0 1 271 1 271 4.00e-204 555 EAR7791084.1 EAR7791084.1 100 417 0 0 1 417 1 417 0.0 880 KAG7278336.1 KAG7278336.1 100 120 0 0 1 120 1 120 9.59e-88 248 WP_200669895.1 WP_200669895.1 100 375 0 0 1 375 1 375 8.34e-288 775 WP_272925939.1 WP_272925939.1 100 131 0 0 1 131 1 131 1.47e-94 266 GJM01403.1 GJM01403.1 98.2 825 15 0 1 825 1 825 0.0 1669 TNN49994.1 TNN49994.1 100 87 0 0 1 87 1 87 3.53e-61 179 KAI5724218.1 KAI5724218.1 93.9 379 23 0 1 379 1 379 9.75e-264 715 ECG2575758.1 ECG2575758.1 100 1395 0 0 1 1395 1 1395 0.0 2872 WP_043548763.1 WP_043548763.1 100 407 0 0 1 407 1 407 1.15e-308 831 WP_043548763.1 MBT4160670.1 46.6 373 188 5 31 402 5 367 1.63e-116 343 WP_043548763.1 WP_122896374.1 34.9 387 236 10 29 407 1 379 2.06e-68 219 WP_043548763.1 WP_168565867.1 32.6 384 240 10 30 407 11 381 8.74e-53 179 EDF9697826.1 EDF9697826.1 100 183 0 0 1 183 1 183 1.27e-136 377 WP_028046854.1 WP_028046854.1 98.0 490 10 0 1 490 1 490 0.0 974 WP_028046854.1 WP_011739125.1 30.9 430 254 15 54 477 41 433 8.21e-33 128 WP_028046854.1 WP_187918914.1 26.3 457 298 15 23 475 9 430 1.85e-31 124 AYX54788.1 AYX54788.1 87.7 81 10 0 1 81 1 81 1.64e-43 134 WP_198907334.1 WP_198907334.1 97.1 341 10 0 1 341 1 341 2.53e-249 675 WP_198907334.1 WP_063427392.1 29.5 322 206 8 5 314 2 314 9.73e-34 125 WP_198907334.1 MBQ1311177.1 28.4 342 221 10 13 340 6 337 5.84e-28 110 WP_218203447.1 WP_218203447.1 96.3 164 6 0 1 164 1 164 1.46e-110 310 GJH02859.1 GJH02859.1 100 252 0 0 1 252 1 252 9.76e-191 520 WP_149651389.1 WP_149651389.1 100 117 0 0 1 117 1 117 4.44e-87 246 QIE41101.1 QIE41101.1 94.7 171 9 0 1 171 1 171 8.28e-109 306 RLB79053.1 RLB79053.1 100 766 0 0 1 766 1 766 0.0 1576 EAD1341741.1 EAD1341741.1 98.1 1334 26 0 1 1334 1 1334 0.0 2701 MBN9324306.1 MBN9324306.1 100 160 0 0 1 160 1 160 1.60e-112 314 MBN9324306.1 WP_246003214.1 29.6 125 87 1 2 125 7 131 3.24e-10 55.8 MCO5064371.1 MCO5064371.1 100 274 0 0 1 274 1 274 2.47e-195 533 MCO5064371.1 MBG9445742.1 31.9 229 132 2 36 264 7 211 3.37e-35 124 MCO5064371.1 WP_041580422.1 33.2 223 124 2 45 265 13 212 5.00e-34 121 MCO5064371.1 WP_012568269.1 32.7 226 128 7 46 268 157 361 2.60e-22 93.2 MCO5064371.1 WP_035102910.1 26.3 236 149 4 50 263 27 259 5.97e-09 53.9 WP_184718542.1 WP_184718542.1 81.4 177 33 0 1 177 1 177 1.22e-97 278 WP_189700210.1 WP_189700210.1 100 171 0 0 1 171 1 171 2.92e-118 330 WP_067799544.1 WP_067799544.1 93.8 176 11 0 1 176 1 176 2.57e-119 333 WP_089269927.1 WP_089269927.1 100 262 0 0 1 262 1 262 6.38e-201 546 WP_089269927.1 GLI99474.1 42.1 107 62 0 10 116 7 113 2.61e-28 103 WP_089269927.1 OWA15278.1 39.2 97 54 2 7 103 10 101 6.59e-16 70.9 TQJ11194.1 TQJ11194.1 96.0 323 13 0 1 323 1 323 1.03e-223 609 TQJ11194.1 WP_205833587.1 31.1 302 198 4 15 316 3 294 1.83e-29 112 EFL5817307.1 EFL5817307.1 100 481 0 0 1 481 1 481 0.0 990 EFL5817307.1 EIH4263652.1 97.1 481 14 0 1 481 48 528 0.0 960 EFL5817307.1 EFN5389376.1 95.0 416 21 0 65 480 1 416 3.87e-291 811 EFL5817307.1 EJW7579374.1 93.6 266 17 0 216 481 1 266 1.66e-188 525 EFL5817307.1 EFL3122059.1 94.9 253 9 1 1 253 56 304 1.93e-173 488 EFL5817307.1 HAN0352225.1 78.6 262 54 1 220 479 1 262 3.09e-146 426 EFL5817307.1 KDT27382.1 94.0 217 13 0 264 480 1 217 4.83e-142 424 EFL5817307.1 EFI7849450.1 71.4 140 40 0 1 140 31 170 2.01e-61 196 EFL5817307.1 EER8306359.1 83.3 30 5 0 1 30 270 299 2.08e-09 57.0 WP_272770862.1 WP_272770862.1 100 183 0 0 1 183 1 183 2.28e-139 384 WP_024525698.1 WP_024525698.1 96.7 707 23 0 1 707 1 707 0.0 1326 MBT8283357.1 MBT8283357.1 100 324 0 0 1 324 1 324 2.93e-244 661 KPA62791.1 KPA62791.1 100 70 0 0 1 70 1 70 2.17e-43 132 KPA62791.1 WP_120171324.1 93.7 63 4 0 1 63 1 63 1.28e-38 126 WP_236270941.1 WP_236270941.1 100 125 0 0 1 125 1 125 1.34e-85 243 UBA80202.1 UBA80202.1 89.7 419 43 0 1 419 1 419 2.11e-168 477 UBA80202.1 UGY43725.1 83.5 279 46 0 141 419 141 419 7.06e-162 460 UBA80202.1 UYE59123.1 83.0 277 47 0 143 419 140 416 1.20e-159 454 MBQ4557037.1 MBQ4557037.1 100 1088 0 0 1 1088 1 1088 0.0 2203 XP_003073356.1 XP_003073356.1 100 434 0 0 1 434 1 434 0.0 903 WP_062950599.1 WP_062950599.1 100 270 0 0 1 270 1 270 4.32e-203 552 WP_160680844.1 WP_160680844.1 100 81 0 0 1 81 1 81 3.41e-54 160 WP_052271161.1 WP_052271161.1 100 442 0 0 1 442 1 442 0.0 929 XP_038788914.1 XP_038788914.1 100 253 0 0 1 253 1 253 5.44e-193 525 WP_277108398.1 WP_277108398.1 100 520 0 0 1 520 1 520 0.0 1097 WP_277108398.1 KAA1446899.1 82.5 103 18 0 248 350 1 103 4.66e-60 191 WP_244311009.1 WP_244311009.1 100 411 0 0 1 411 1 411 4.78e-319 857 WP_244311009.1 WP_280938002.1 55.2 415 181 2 1 411 1 414 1.62e-169 479 WP_244311009.1 CAH1968295.1 28.2 312 188 9 130 409 1 308 1.93e-27 109 WP_244311009.1 MBO0787136.1 28.8 170 111 6 179 343 22 186 7.46e-11 60.8 MBK9059381.1 MBK9059381.1 100 168 0 0 1 168 1 168 3.58e-122 339 EKX78645.1 EKX78645.1 100 88 0 0 1 88 1 88 9.30e-62 180 WP_020913025.1 WP_020913025.1 100 290 0 0 1 290 1 290 4.04e-218 592 WP_020913025.1 MBI3461834.1 65.3 285 99 0 1 285 1 285 8.41e-138 389 WP_020913025.1 KAF1538674.1 57.9 299 110 3 2 284 20 318 4.22e-118 340 WP_020913025.1 NBQ41256.1 52.4 296 132 2 1 287 1 296 1.51e-110 320 WP_020913025.1 NEQ48723.1 53.9 284 131 0 1 284 1 284 2.54e-102 299 WP_020913025.1 OCB46767.1 51.3 298 128 4 1 285 1 294 1.37e-94 280 WP_281295215.1 WP_281295215.1 89.8 1057 108 0 1 1057 1 1057 0.0 1781 WP_056438721.1 WP_056438721.1 89.9 316 32 0 1 316 1 316 2.98e-208 569 WP_274182085.1 WP_274182085.1 90.5 262 25 0 1 262 1 262 1.93e-161 446 MBO9999515.1 MBO9999515.1 100 1239 0 0 1 1239 1 1239 0.0 2546 EIC9579770.1 EIC9579770.1 100 396 0 0 1 396 1 396 1.88e-306 824 EPR30609.1 EPR30609.1 100 435 0 0 1 435 1 435 0.0 868 EPR30609.1 HAR7369715.1 41.5 441 240 3 1 424 21 460 2.07e-117 349 EPR30609.1 WP_132517191.1 39.4 457 243 6 1 423 32 488 6.16e-98 300 EPR30609.1 MCQ2156413.1 38.7 310 181 6 116 419 1 307 7.82e-63 204 EPR30609.1 MBR4705654.1 36.5 241 136 7 146 377 158 390 9.63e-34 129 MZT63759.1 MZT63759.1 100 91 0 0 1 91 1 91 1.51e-66 192 MCP3872510.1 MCP3872510.1 100 295 0 0 1 295 1 295 4.90e-217 590 MCP3872510.1 WP_208823465.1 47.2 290 143 5 12 292 11 299 2.61e-89 266 MCI7433635.1 MCI7433635.1 100 150 0 0 1 150 1 150 5.07e-111 310 WP_098035768.1 WP_098035768.1 100 311 0 0 1 311 1 311 2.66e-229 622 WP_181693616.1 WP_181693616.1 100 128 0 0 1 128 1 128 1.49e-88 251 WP_261589216.1 WP_261589216.1 100 71 0 0 1 71 1 71 3.69e-49 147 GFD62658.1 GFD62658.1 100 58 0 0 1 58 1 58 2.87e-36 114 BAK08426.1 BAK08426.1 93.0 1063 74 0 1 1063 1 1063 0.0 1988 WP_131977297.1 WP_131977297.1 100 286 0 0 1 286 1 286 8.75e-211 573 KAI8633010.1 KAI8633010.1 100 154 0 0 1 154 1 154 4.30e-114 318 PQE21401.1 PQE21401.1 100 769 0 0 1 769 1 769 0.0 1573 WP_262917761.1 WP_262917761.1 100 239 0 0 1 239 1 239 4.45e-176 481 NNF58653.1 NNF58653.1 94.5 201 11 0 1 201 1 201 2.19e-130 363 NNF58653.1 KOV87872.1 47.4 194 97 2 9 201 1 190 1.02e-45 148 MBR9756324.1 MBR9756324.1 100 191 0 0 1 191 1 191 4.56e-143 394 WP_269633767.1 WP_269633767.1 100 384 0 0 1 384 1 384 5.57e-277 749 WP_269633767.1 RKT82586.1 35.5 183 98 8 162 338 170 338 1.84e-12 66.2 WP_269633767.1 WP_124213670.1 38.9 90 42 2 22 111 27 103 1.04e-09 58.2 WP_268315162.1 WP_268315162.1 100 253 0 0 1 253 1 253 2.31e-194 529 MBN6104449.1 MBN6104449.1 85.2 182 27 0 1 182 1 182 1.73e-104 296 EJJ5352541.1 EJJ5352541.1 100 224 0 0 1 224 1 224 8.02e-167 457 MBO5696496.1 MBO5696496.1 100 119 0 0 1 119 1 119 3.63e-87 247 HHV35141.1 HHV35141.1 100 101 0 0 1 101 1 101 1.38e-69 201 XP_017428875.1 XP_017428875.1 100 337 0 0 1 337 1 337 6.26e-257 694 XP_017428875.1 RZC11235.1 28.4 232 144 9 52 263 17 246 3.12e-11 61.2 SQP19075.1 SQP19075.1 100 62 0 0 1 62 1 62 2.95e-42 129 HAX2015273.1 HAX2015273.1 100 158 0 0 1 158 1 158 3.00e-116 323 WP_088349221.1 WP_088349221.1 100 292 0 0 1 292 1 292 5.75e-219 594 WP_088349221.1 WP_124978582.1 23.3 215 129 7 6 216 2 184 2.66e-09 56.2 KDQ61317.1 KDQ61317.1 93.6 502 32 0 1 502 1 502 0.0 922 MBQ6004917.1 MBQ6004917.1 100 55 0 0 1 55 1 55 1.12e-34 109 MCH9651907.1 MCH9651907.1 100 71 0 0 1 71 1 71 6.14e-48 144 WP_105248459.1 WP_105248459.1 94.7 322 17 0 1 322 1 322 8.52e-227 617 WP_121285867.1 WP_121285867.1 100 399 0 0 1 399 1 399 1.32e-303 817 WP_125684427.1 WP_125684427.1 100 117 0 0 1 117 1 117 2.79e-81 232 WP_205215113.1 WP_205215113.1 86.3 291 40 0 1 291 1 291 1.15e-165 459 WP_268371125.1 WP_268371125.1 100 43 0 0 1 43 1 43 1.05e-25 86.3 EFH5292178.1 EFH5292178.1 100 464 0 0 1 464 1 464 0.0 965 MBR6130424.1 MBR6130424.1 100 252 0 0 1 252 1 252 2.40e-191 521 EEY3543156.1 EEY3543156.1 100 1023 0 0 1 1023 1 1023 0.0 2125 EEY3543156.1 EFQ4765027.1 73.7 949 221 3 1 949 1 920 0.0 1484 EEY3543156.1 ECI3309320.1 73.7 917 212 3 1 917 1 888 0.0 1441 EEY3543156.1 EEO7917989.1 64.0 1025 332 6 1 1023 1 990 0.0 1379 EEY3543156.1 WP_137512405.1 98.6 366 5 0 1 366 1 366 1.07e-271 760 EEY3543156.1 EJQ6627878.1 97.5 361 9 0 365 725 1 361 3.01e-262 736 EEY3543156.1 WP_181865219.1 98.3 303 5 0 312 614 1 303 3.11e-224 637 EEY3543156.1 WP_154599351.1 32.7 706 434 20 9 697 15 696 1.20e-109 365 EEY3543156.1 EEV0504409.1 90.8 131 12 0 893 1023 1 131 2.07e-75 247 EEY3543156.1 WP_042959984.1 81.2 101 19 0 103 203 1 101 1.81e-53 179 RMY06144.1 RMY06144.1 100 582 0 0 1 582 1 582 0.0 1183 WP_034853447.1 WP_034853447.1 100 324 0 0 1 324 1 324 2.15e-246 666 WP_034853447.1 WP_229253501.1 40.4 146 83 2 139 281 53 197 1.89e-29 110 WP_270578305.1 WP_270578305.1 100 190 0 0 1 190 1 190 3.34e-140 387 CAG0978995.1 CAG0978995.1 100 176 0 0 1 176 1 176 2.04e-125 348 WP_124843803.1 WP_124843803.1 93.5 354 23 0 1 354 1 354 1.23e-242 659 UOU30556.1 UOU30556.1 99.2 7093 57 0 1 7093 1 7093 0.0 13478 UOU30556.1 UMF87224.1 94.1 7093 414 1 1 7093 1 7092 0.0 13474 UOU30556.1 QWC83326.1 94.1 7096 417 1 1 7093 1 7096 0.0 13472 UOU30556.1 QVD87869.1 94.1 7093 421 0 1 7093 1 7093 0.0 13471 UOU30556.1 URQ55824.1 94.1 7093 422 0 1 7093 1 7093 0.0 13469 UOU30556.1 UZO53924.1 94.1 7093 422 0 1 7093 1 7093 0.0 13469 UOU30556.1 UVB16817.1 94.1 7093 421 0 1 7093 1 7093 0.0 13468 UOU30556.1 WEU87158.1 94.1 7096 419 1 1 7093 1 7096 0.0 13467 UOU30556.1 QSZ25555.1 94.0 7096 421 1 1 7093 1 7096 0.0 13465 UOU30556.1 UBP50947.1 94.0 7096 422 1 1 7093 1 7096 0.0 13460 UOU30556.1 UBD95131.1 94.0 7096 423 1 1 7093 1 7096 0.0 13459 UOU30556.1 UEC52718.1 94.0 7096 426 1 1 7093 1 7096 0.0 13452 UOU30556.1 UPA83906.1 94.2 7093 407 1 1 7093 1 7092 0.0 13438 UOU30556.1 UIR12670.1 93.8 7093 436 1 1 7093 1 7092 0.0 13420 UOU30556.1 QZU16279.1 93.7 7096 447 1 1 7093 1 7096 0.0 13403 UOU30556.1 UKN67998.1 94.7 7073 371 1 21 7093 1 7072 0.0 13339 UOU30556.1 UBR86455.1 93.2 7095 479 1 2 7093 1 7095 0.0 13324 UOU30556.1 UXX67934.1 93.1 7093 490 0 1 7093 1 7093 0.0 13304 UOU30556.1 UCP72061.1 93.0 7096 496 1 1 7093 1 7096 0.0 13284 UOU30556.1 UCP77012.1 92.8 7096 506 1 1 7093 1 7096 0.0 13259 UOU30556.1 WHE12941.1 92.5 7067 532 0 27 7093 1 7067 0.0 13151 UOU30556.1 UGA79226.1 91.8 7096 576 1 1 7093 1 7096 0.0 13095 UOU30556.1 UAQ80067.1 91.4 7096 608 1 1 7093 1 7096 0.0 13010 UOU30556.1 UVI10561.1 92.9 7066 503 0 28 7093 1 7066 0.0 13007 UOU30556.1 UJT06733.1 90.7 7093 658 1 1 7093 1 7092 0.0 12858 UOU30556.1 UMA88644.1 91.7 7072 583 1 22 7093 1 7071 0.0 12519 UOU30556.1 WAS49087.1 85.4 7093 1037 0 1 7093 1 7093 0.0 11899 UOU30556.1 WGP98278.1 82.8 7096 1216 1 1 7093 1 7096 0.0 11203 UOU30556.1 UKU68032.1 97.4 4398 113 1 1 4398 1 4397 0.0 8668 UOU30556.1 ULA23837.2 97.0 4398 129 1 1 4398 1 4397 0.0 8665 UOU30556.1 QXR94354.1 96.9 4398 136 0 1 4398 1 4398 0.0 8660 UOU30556.1 UXH94526.1 97.0 4398 130 1 1 4398 1 4397 0.0 8660 UOU30556.1 UPP41269.1 96.8 4398 140 0 1 4398 1 4398 0.0 8655 UOU30556.1 QTD03487.1 96.8 4401 138 1 1 4398 1 4401 0.0 8655 UOU30556.1 QTM79632.1 96.8 4398 139 0 1 4398 1 4398 0.0 8652 UOU30556.1 USR14792.1 96.8 4398 141 0 1 4398 1 4398 0.0 8651 UOU30556.1 UFM00670.1 96.8 4401 140 1 1 4398 1 4401 0.0 8648 UOU30556.1 QTZ27226.1 96.8 4398 141 0 1 4398 1 4398 0.0 8648 UOU30556.1 UEC68750.1 96.8 4401 140 1 1 4398 1 4401 0.0 8646 UOU30556.1 UHM53165.1 96.8 4401 140 1 1 4398 1 4401 0.0 8643 UOU30556.1 UFM02602.1 96.8 4401 140 1 1 4398 1 4401 0.0 8643 UOU30556.1 UBL45068.1 96.8 4401 140 1 1 4398 1 4401 0.0 8640 UOU30556.1 UJV88611.1 95.1 4398 215 1 1 4398 1 4397 0.0 8469 UOU30556.1 UJJ97602.1 94.8 4398 228 1 1 4398 1 4397 0.0 8436 UOU30556.1 UJS94137.1 96.0 4293 169 1 106 4398 1 4292 0.0 8355 UOU30556.1 ULB83374.1 93.9 4398 269 1 1 4398 1 4397 0.0 8332 UOU30556.1 UGB98301.1 91.3 4401 378 1 1 4398 1 4401 0.0 8070 UOU30556.1 QRX02582.1 96.6 4098 135 1 1 4095 1 4098 0.0 8024 UOU30556.1 WEI27974.1 92.3 4398 337 0 1 4398 1 4398 0.0 7973 UOU30556.1 UFA30503.1 90.4 4340 412 1 27 4363 1 4340 0.0 7849 UOU30556.1 WGP70063.1 89.4 4369 460 1 1 4366 1 4369 0.0 7795 UOU30556.1 UNI03201.1 88.4 4374 504 1 27 4398 1 4374 0.0 7719 UOU30556.1 UEX07109.1 85.0 4375 652 1 27 4398 1 4375 0.0 7368 UOU30556.1 URP80785.1 83.9 4371 703 0 28 4398 1 4371 0.0 7067 UOU30556.1 UYE49180.1 77.6 4398 986 0 1 4398 1 4398 0.0 6339 UOU30556.1 UPB00876.1 77.7 4371 976 0 28 4398 1 4371 0.0 6329 UOU30556.1 WGQ72821.1 63.6 4344 1579 1 26 4366 1 4344 0.0 4990 XP_035366182.1 XP_035366182.1 100 251 0 0 1 251 1 251 2.20e-182 498 PPS22991.1 PPS22991.1 100 330 0 0 1 330 1 330 4.74e-228 620 WP_141892995.1 WP_141892995.1 89.0 482 53 0 1 482 1 482 4.22e-301 818 EEP92076.1 EEP92076.1 97.0 435 13 0 1 435 1 435 3.21e-311 840 MBA2447626.1 MBA2447626.1 100 204 0 0 1 204 1 204 4.17e-150 413 XP_047044137.1 XP_047044137.1 98.0 507 10 0 1 507 1 507 0.0 1027 MBQ9764712.1 MBQ9764712.1 100 68 0 0 1 68 1 68 4.10e-47 142 WP_249769997.1 WP_249769997.1 95.2 457 22 0 1 457 1 457 0.0 866 WP_225405726.1 WP_225405726.1 94.6 277 15 0 1 277 1 277 3.25e-197 538 WP_207285306.1 WP_207285306.1 100 468 0 0 1 468 1 468 0.0 972 XP_031931709.1 XP_031931709.1 100 677 0 0 1 677 1 677 0.0 1400 BCU97455.1 BCU97455.1 100 72 0 0 1 72 1 72 1.67e-50 150 WP_169537597.1 WP_169537597.1 100 418 0 0 1 418 1 418 5.97e-312 840 WP_192906080.1 WP_192906080.1 100 70 0 0 1 70 1 70 2.25e-45 137 MCI5211411.1 MCI5211411.1 100 113 0 0 1 113 1 113 8.45e-81 230 HDC92778.1 HDC92778.1 100 468 0 0 1 468 1 468 0.0 923 HDC92778.1 NOY97419.1 39.0 467 267 8 1 464 1 452 7.01e-108 336 HDC92778.1 WP_270453521.1 32.8 363 206 9 113 464 64 399 1.35e-43 156 HDC92778.1 WP_015167170.1 28.5 487 245 11 1 462 3 411 3.42e-41 153 WP_145745914.1 WP_145745914.1 79.5 171 35 0 1 171 1 171 4.19e-86 248 WP_259999572.1 WP_259999572.1 97.1 345 10 0 1 345 1 345 1.42e-257 696 WP_259999572.1 NEO89073.1 34.2 190 120 3 107 293 58 245 4.98e-27 109 MBO7559822.1 MBO7559822.1 100 48 0 0 1 48 1 48 1.88e-30 98.6 MCH2044272.1 MCH2044272.1 100 236 0 0 1 236 1 236 6.61e-181 493 WAX22144.1 WAX22144.1 100 168 0 0 1 168 1 168 6.18e-123 341 TMH79857.1 TMH79857.1 94.9 256 13 0 1 256 1 256 1.67e-184 504 RLN04523.1 RLN04523.1 100 232 0 0 1 232 1 232 4.66e-179 488 MCJ6180240.1 MCJ6180240.1 96.9 324 10 0 1 324 1 324 2.98e-228 620 MCJ6180240.1 WP_014206161.1 38.4 320 189 5 5 322 1 314 7.33e-72 223 TAM59961.1 TAM59961.1 93.5 200 13 0 1 200 1 200 1.13e-127 356 KAJ5544544.1 KAJ5544544.1 95.3 450 21 0 1 450 1 450 0.0 893 MBN4384494.1 MBN4384494.1 100 20 0 0 1 20 1 20 1.21e-09 44.3 HBN9628875.1 HBN9628875.1 99.3 1535 10 0 1 1535 1 1535 0.0 3094 HBN9628875.1 PYB13830.1 31.7 804 457 20 509 1258 5 770 2.30e-89 322 HBN9628875.1 WP_148836004.1 26.2 523 317 18 686 1178 13 496 2.24e-26 113 HBN9628875.1 NDJ88951.1 24.9 526 335 15 694 1174 17 527 1.66e-22 102 MCG3136245.1 MCG3136245.1 91.8 183 15 0 1 183 1 183 8.44e-117 327 WP_160776805.1 WP_160776805.1 100 233 0 0 1 233 1 233 5.64e-176 481 KAI8594425.1 KAI8594425.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_049005162.1 WP_049005162.1 96.0 424 17 0 1 424 1 424 4.98e-298 805 WP_049005162.1 OKH85141.1 34.0 423 256 13 7 415 10 423 2.36e-62 206 WP_049005162.1 WP_245350945.1 31.5 409 240 8 3 391 21 409 1.93e-52 180 WP_049005162.1 WP_279293890.1 33.3 393 250 7 7 391 2 390 2.82e-52 179 WP_049005162.1 WP_133179454.1 31.4 159 95 4 67 223 88 234 8.09e-12 65.1 WP_049005162.1 MCB1412915.1 29.6 159 98 4 66 222 79 225 3.65e-07 50.4 WP_254415125.1 WP_254415125.1 100 496 0 0 1 496 1 496 0.0 1036 XP_017674008.1 XP_017674008.1 97.6 1184 29 0 1 1184 1 1184 0.0 2414 XP_017674008.1 Q9GKS6.1 61.1 476 153 5 687 1158 5 452 7.10e-194 578 EAQ3230686.1 EAQ3230686.1 100 285 0 0 1 285 1 285 6.72e-219 593 MCI5937295.1 MCI5937295.1 100 67 0 0 1 67 1 67 6.36e-46 139 WP_127808836.1 WP_127808836.1 98.7 1127 15 0 1 1127 1 1127 0.0 2283 MBS3028587.1 MBS3028587.1 100 426 0 0 1 426 1 426 4.61e-320 862 MCQ2831428.1 MCQ2831428.1 100 447 0 0 1 447 1 447 0.0 899 MCQ2831428.1 WP_172281536.1 34.8 391 226 10 67 441 104 481 2.32e-61 205 MCQ2831428.1 MBI5098096.1 25.9 270 159 11 58 313 91 333 4.09e-08 53.5 WP_233387703.1 WP_233387703.1 100 66 0 0 1 66 1 66 4.55e-41 126 WP_255193900.1 WP_255193900.1 91.4 417 36 0 1 417 1 417 2.48e-283 768 WP_218429656.1 WP_218429656.1 100 189 0 0 1 189 1 189 1.47e-138 382 WP_183267399.1 WP_183267399.1 100 243 0 0 1 243 1 243 7.92e-172 471 WP_150951972.1 WP_150951972.1 100 407 0 0 1 407 1 407 4.53e-315 847 WP_150951972.1 WP_220524718.1 32.5 200 109 6 19 204 16 203 7.26e-15 73.9 WP_150951972.1 WP_199942136.1 31.0 203 101 10 111 282 110 304 1.87e-06 47.8 MCK5265770.1 MCK5265770.1 100 385 0 0 1 385 1 385 1.58e-297 801 MCK5265770.1 WP_278088590.1 30.5 364 243 5 19 377 26 384 1.30e-56 188 MCK5265770.1 WP_144099812.1 24.4 316 229 6 69 377 67 379 2.36e-28 112 MCK5265770.1 MCJ7486393.1 27.0 356 226 14 39 384 38 369 3.29e-27 109 NEE13244.1 NEE13244.1 100 244 0 0 1 244 1 244 1.56e-183 501 MBN1491997.1 MBN1491997.1 100 102 0 0 1 102 1 102 3.11e-71 205 WP_109367919.1 WP_109367919.1 100 141 0 0 1 141 1 141 1.27e-93 265 EEM48070.1 EEM48070.1 100 162 0 0 1 162 1 162 2.86e-116 324 WP_250295751.1 WP_250295751.1 100 909 0 0 1 909 1 909 0.0 1878 WP_250295751.1 MBD5306941.1 50.2 926 409 9 4 902 3 903 0.0 931 MBX3123235.1 MBX3123235.1 100 414 0 0 1 414 1 414 7.23e-311 837 WP_225440164.1 WP_225440164.1 86.9 434 57 0 1 434 1 434 5.60e-261 712 WP_283953184.1 WP_283953184.1 93.5 185 12 0 1 185 1 185 2.93e-118 331 PCI03623.1 PCI03623.1 95.9 266 11 0 1 266 1 266 1.47e-183 503 KAF2592864.1 KAF2592864.1 100 224 0 0 1 224 1 224 5.42e-165 452 WP_032004153.1 WP_032004153.1 100 269 0 0 1 269 1 269 4.48e-200 545 WP_032004153.1 TLY75477.1 31.1 161 83 6 10 161 10 151 4.88e-11 59.7 PKL38269.1 PKL38269.1 95.3 234 11 0 1 234 1 234 2.87e-165 454 MBO7728038.1 MBO7728038.1 100 461 0 0 1 461 1 461 0.0 939 MBO7728038.1 WP_204618903.1 50.8 484 215 6 1 461 1 484 3.45e-159 457 WP_232584446.1 WP_232584446.1 96.0 277 11 0 1 277 1 277 1.04e-193 529 WP_044680588.1 WP_044680588.1 100 329 0 0 1 329 1 329 1.64e-248 672 XP_046578103.1 XP_046578103.1 97.8 539 12 0 1 539 1 539 0.0 1080 WP_147313907.1 WP_147313907.1 100 257 0 0 1 257 1 257 4.12e-190 518 WP_219459964.1 WP_219459964.1 93.6 375 24 0 1 375 1 375 5.62e-245 667 XP_044707369.1 XP_044707369.1 95.6 367 16 0 1 367 1 367 1.98e-266 721 HBT3283900.1 HBT3283900.1 100 482 0 0 1 482 1 482 0.0 963 HBT3283900.1 WP_279652328.1 36.7 455 274 3 5 448 7 458 2.23e-104 317 TCC36519.1 TCC36519.1 100 179 0 0 1 179 1 179 1.01e-131 364 WP_152465448.1 WP_152465448.1 96.6 349 12 0 1 349 1 349 5.53e-232 632 WP_152465448.1 WP_071455957.1 26.9 342 238 4 18 348 15 355 1.09e-25 104 MBD9190508.1 MBD9190508.1 100 93 0 0 1 93 1 93 2.30e-62 182 WP_074980016.1 WP_074980016.1 100 74 0 0 1 74 1 74 4.56e-49 147 WP_171780287.1 WP_171780287.1 74.2 62 16 0 1 62 1 62 2.59e-25 86.7 HBS5718813.1 HBS5718813.1 100 356 0 0 1 356 1 356 1.55e-262 710 HBS5718813.1 NEP75465.1 21.7 314 220 5 23 310 88 401 2.68e-21 92.8 XP_035731890.1 XP_035731890.1 92.4 695 53 0 1 695 1 695 0.0 1278 PTQ42746.1 PTQ42746.1 98.0 700 14 0 1 700 1 700 0.0 1389 KWO58748.1 KWO58748.1 100 90 0 0 1 90 1 90 2.73e-64 187 WP_213357559.1 WP_213357559.1 94.2 171 10 0 1 171 1 171 2.69e-114 320 WP_065138043.1 WP_065138043.1 100 145 0 0 1 145 1 145 1.79e-104 293 WP_065138043.1 WP_186282298.1 68.5 146 44 1 1 144 1 146 4.51e-67 198 XP_047095132.1 XP_047095132.1 100 376 0 0 1 376 1 376 9.40e-290 780 WP_108098468.1 WP_108098468.1 100 323 0 0 1 323 1 323 4.49e-243 658 WP_108098468.1 MBR1628375.1 28.0 311 214 7 12 319 7 310 7.61e-36 130 WP_108596398.1 WP_108596398.1 97.0 431 13 0 1 431 1 431 5.27e-276 750 WP_169940736.1 WP_169940736.1 100 459 0 0 1 459 1 459 0.0 917 WP_169940736.1 HAG62657.1 38.7 408 245 3 9 412 39 445 1.47e-83 265 WP_169940736.1 WP_037548932.1 32.9 429 269 10 10 426 5 426 7.93e-67 220 WP_169940736.1 KAJ5112313.1 30.7 479 294 12 5 455 50 518 6.96e-47 169 WP_130229163.1 WP_130229163.1 100 293 0 0 1 293 1 293 1.46e-217 591 WP_203962627.1 WP_203962627.1 100 139 0 0 1 139 1 139 1.55e-93 265 ATI48360.1 ATI48360.1 100 83 0 0 1 83 1 83 4.24e-58 171 WP_239881445.1 WP_239881445.1 97.4 390 10 0 1 390 1 390 1.30e-294 794 WP_239881445.1 EFU85163.1 43.8 393 196 6 1 390 1 371 2.85e-107 318 WP_239881445.1 WP_088527814.1 27.8 176 117 5 212 380 14 186 1.60e-13 67.0 MBP7096418.1 MBP7096418.1 100 412 0 0 1 412 1 412 1.15e-306 826 GFD44438.1 GFD44438.1 100 89 0 0 1 89 1 89 1.17e-60 177 KAG3014872.1 KAG3014872.1 95.3 654 31 0 1 654 1 654 0.0 1271 MBN9534694.1 MBN9534694.1 100 313 0 0 1 313 1 313 2.38e-233 632 MBN9534694.1 SFF07309.1 39.5 306 165 6 1 292 1 300 1.54e-61 197 MBN9534694.1 WP_265272113.1 35.8 321 188 7 1 308 1 316 2.40e-60 194 BAD88428.1 BAD88428.1 97.6 456 11 0 1 456 1 456 0.0 915 BAD88428.1 AFP82159.1 89.8 393 40 0 27 419 1 393 1.72e-269 733 BAD88428.1 USR37329.1 89.2 186 20 0 1 186 4 189 1.31e-116 338 RTZ57973.1 RTZ57973.1 100 454 0 0 1 454 1 454 0.0 929 MCP5208043.1 MCP5208043.1 100 148 0 0 1 148 1 148 2.52e-110 308 MCP5208043.1 WP_023322253.1 47.3 146 76 1 3 148 6 150 8.70e-47 147 MCP5208043.1 WP_096765790.1 44.6 148 80 2 3 148 5 152 4.76e-37 122 WP_127741063.1 WP_127741063.1 96.1 255 10 0 1 255 1 255 1.17e-179 492 WP_127741063.1 WP_085935883.1 26.1 234 153 8 20 239 24 251 1.37e-06 46.6 WP_025722435.1 WP_025722435.1 100 165 0 0 1 165 1 165 7.54e-118 328 BDO44729.1 BDO44729.1 98.1 568 11 0 1 568 1 568 0.0 1122 EHY7905316.1 EHY7905316.1 94.2 173 10 0 1 173 1 173 2.39e-118 330 PWU96467.1 PWU96467.1 100 557 0 0 1 557 1 557 0.0 1150 WP_256855996.1 WP_256855996.1 100 147 0 0 1 147 1 147 2.95e-104 292 WP_070714099.1 WP_070714099.1 96.9 459 14 0 1 459 1 459 0.0 946 WP_070714099.1 MBB3008158.1 54.4 450 191 5 17 458 2 445 2.03e-173 492 WP_070714099.1 PPU99279.1 43.9 472 244 7 2 458 5 470 1.89e-131 386 WP_070714099.1 WP_215493005.1 39.1 491 257 12 2 456 5 489 1.15e-109 331 CAB4155648.1 CAB4155648.1 100 103 0 0 1 103 1 103 1.78e-75 216 MBT2971737.1 MBT2971737.1 100 263 0 0 1 263 1 263 2.13e-195 532 MBT2971737.1 WP_009197348.1 36.7 256 151 4 3 254 15 263 2.02e-48 159 MBT2971737.1 MBI2621122.1 33.3 279 160 6 2 259 1 274 1.88e-44 149 WP_146176256.1 WP_146176256.1 92.2 399 31 0 1 399 1 399 2.09e-275 746 WP_146176256.1 WP_237962375.1 24.5 404 231 8 38 377 49 442 1.43e-35 137 WP_146176256.1 WP_120358183.1 33.9 109 72 0 291 399 228 336 3.35e-13 69.3 WP_146176256.1 EIZ9235425.1 36.9 103 65 0 294 396 230 332 8.69e-09 55.5 WP_146176256.1 WP_097514015.1 33.3 102 68 0 291 392 240 341 9.00e-09 55.5 MCH7694635.1 MCH7694635.1 100 68 0 0 1 68 1 68 5.82e-47 141 MCH8819771.1 MCH8819771.1 97.1 524 15 0 1 524 1 524 0.0 1026 WP_154756783.1 WP_154756783.1 93.6 140 9 0 1 140 1 140 9.31e-91 258 WP_142419176.1 WP_142419176.1 100 144 0 0 1 144 1 144 2.10e-107 300 WP_094313715.1 WP_094313715.1 100 242 0 0 1 242 1 242 1.97e-185 505 WP_094313715.1 MCH6132484.1 72.7 220 60 0 20 239 1 220 6.45e-121 342 MBP3287665.1 MBP3287665.1 100 157 0 0 1 157 1 157 1.18e-117 327 MBO7941816.1 MBO7941816.1 100 131 0 0 1 131 1 131 1.36e-90 256 MBO7941816.1 WP_100461895.1 77.1 131 30 0 1 131 277 407 1.41e-64 202 MBO7941816.1 WP_033603452.1 31.9 138 77 8 1 131 766 893 6.41e-07 45.4 WP_041488527.1 WP_041488527.1 100 63 0 0 1 63 1 63 3.16e-42 129 WP_041488527.1 MBQ7949870.1 58.6 58 24 0 6 63 244 301 5.46e-20 78.6 WP_041488527.1 MCL4835344.1 38.2 55 34 0 4 58 270 324 2.26e-08 46.6 WP_041488527.1 WP_240406805.1 52.2 23 11 0 26 48 16 38 9.53e-05 34.7 OUW40900.1 OUW40900.1 100 264 0 0 1 264 1 264 1.67e-188 515 WP_251758029.1 WP_251758029.1 98.4 631 10 0 1 631 1 631 0.0 1258 WP_251758029.1 GIR47037.1 44.6 572 286 10 64 616 63 622 2.21e-148 442 WP_251758029.1 UDH58358.1 35.5 636 369 12 6 617 4 622 5.44e-109 341 WP_251758029.1 MBK3574312.1 32.9 598 355 13 53 612 54 643 3.07e-98 313 WP_251758029.1 YP_009351723.1 33.7 403 239 10 76 468 16 400 1.57e-58 204 WP_251758029.1 MCG6876547.1 27.1 442 277 13 60 468 61 490 1.21e-36 144 WP_251758029.1 MBT3784852.1 27.1 325 209 8 78 399 64 363 5.29e-21 95.5 MBP7140479.1 MBP7140479.1 100 203 0 0 1 203 1 203 2.33e-151 416 WP_161180930.1 WP_161180930.1 93.3 224 15 0 1 224 1 224 4.35e-146 404 HAS08893.1 HAS08893.1 100 139 0 0 1 139 1 139 2.48e-99 279 WP_232025538.1 WP_232025538.1 100 349 0 0 1 349 1 349 3.10e-254 688 QLB53288.1 QLB53288.1 98.2 1244 22 0 1 1244 1 1244 0.0 2486 WP_109665156.1 WP_109665156.1 100 195 0 0 1 195 1 195 1.65e-147 405 NWI67355.1 NWI67355.1 100 161 0 0 1 161 1 161 3.22e-117 326 WP_157957173.1 WP_157957173.1 100 194 0 0 1 194 1 194 1.78e-146 403 XP_005402208.1 XP_005402208.1 93.5 1942 126 0 1 1942 1 1942 0.0 3770 VFC12725.1 VFC12725.1 100 60 0 0 1 60 1 60 5.67e-37 115 XP_011889539.1 XP_011889539.1 100 1225 0 0 1 1225 1 1225 0.0 2547 XP_011889539.1 RQM16216.1 27.7 278 160 6 1 269 400 645 1.14e-25 112 XP_011889539.1 KAH6984898.1 28.7 310 176 7 4 277 24 324 8.90e-24 107 XP_011889539.1 NXD84883.1 23.2 237 155 3 2 232 82 297 6.72e-14 74.3 XP_011889539.1 KAG5815829.1 25.2 214 124 7 23 232 488 669 7.42e-10 61.6 XP_011889539.1 XP_039923984.1 26.3 217 129 6 10 217 202 396 1.48e-09 60.8 XP_011889539.1 NXJ84327.1 27.4 219 128 6 8 217 205 401 6.60e-08 55.5 WP_241812465.1 WP_241812465.1 100 637 0 0 1 637 1 637 0.0 1351 WP_241812465.1 MCF6148530.1 37.9 406 240 5 200 599 25 424 1.07e-97 305 ERJ58959.1 ERJ58959.1 82.8 58 10 0 1 58 1 58 5.21e-30 98.2 MWC28217.1 MWC28217.1 100 54 0 0 1 54 1 54 2.47e-33 106 WP_200244355.1 WP_200244355.1 100 169 0 0 1 169 1 169 1.25e-127 353 WP_181452264.1 WP_181452264.1 100 127 0 0 1 127 1 127 8.32e-90 254 MXY99086.1 MXY99086.1 100 240 0 0 1 240 1 240 3.64e-171 469 MXY99086.1 MCB1644245.1 30.7 241 150 5 1 235 17 246 2.75e-21 87.8 MXY99086.1 XP_028635853.1 29.7 182 109 4 1 168 21 197 6.85e-18 80.5 MXY99086.1 WP_077093245.1 33.0 179 108 2 1 168 19 196 6.21e-16 73.9 PVD36313.1 PVD36313.1 98.0 1278 25 0 1 1278 1 1278 0.0 2632 PVD36313.1 KAB0382747.1 34.0 318 181 6 547 847 363 668 5.91e-44 171 PVD36313.1 XP_023822602.1 32.3 300 184 5 548 835 273 565 1.41e-42 163 PVD36313.1 EFB15155.1 38.3 149 91 1 541 689 449 596 8.85e-28 118 PVD36313.1 XP_044902674.1 26.3 274 161 5 1027 1274 162 420 4.76e-22 100 PVD36313.1 XP_047491136.1 33.1 133 88 1 550 682 829 960 1.64e-20 96.7 PVD36313.1 XP_017706045.1 45.7 70 38 0 92 161 497 566 3.02e-14 75.9 PVD36313.1 XP_004869485.1 39.4 94 54 2 92 183 328 420 3.10e-14 75.5 PVD36313.1 XP_022457077.1 35.4 82 53 0 101 182 259 340 4.57e-10 61.6 PVD36313.1 WAR09170.1 25.4 122 66 3 540 636 16 137 6.69e-09 56.2 PVD36313.1 XP_028733567.1 37.8 74 41 2 580 648 756 829 9.26e-06 48.5 WP_104082941.1 WP_104082941.1 95.4 194 9 0 1 194 1 194 1.40e-134 373 WP_104082941.1 WP_195689481.1 35.1 188 120 2 8 194 7 193 9.66e-27 99.4 MBF22348.1 MBF22348.1 97.5 315 8 0 1 315 1 315 4.99e-211 576 WP_057718391.1 WP_057718391.1 100 213 0 0 1 213 1 213 3.28e-156 429 CUQ63902.1 CUQ63902.1 100 78 0 0 1 78 1 78 4.58e-53 157 OKH79147.1 OKH79147.1 91.8 207 17 0 1 207 1 207 1.22e-139 387 OKH79147.1 WP_129712947.1 43.2 183 101 2 11 193 3 182 9.46e-41 135 MBO4855552.1 MBO4855552.1 100 355 0 0 1 355 1 355 5.92e-271 731 TKY54154.1 TKY54154.1 93.0 602 42 0 1 602 1 602 0.0 1135 WP_269217061.1 WP_269217061.1 62.7 75 28 0 1 75 1 75 1.97e-21 77.8 WP_110552514.1 WP_110552514.1 91.6 262 22 0 1 262 1 262 1.11e-160 444 MCC6608271.1 MCC6608271.1 98.8 424 5 0 1 424 1 424 3.99e-304 821 RPI37384.1 RPI37384.1 100 145 0 0 1 145 1 145 1.16e-109 306 MCO5319342.1 MCO5319342.1 93.9 164 10 0 1 164 1 164 4.02e-108 303 SDS88477.1 SDS88477.1 100 182 0 0 1 182 1 182 3.79e-133 368 ART90939.1 ART90939.1 100 407 0 0 1 407 1 407 2.31e-308 830 MBT5873300.1 MBT5873300.1 100 105 0 0 1 105 1 105 8.43e-75 214 WP_111953219.1 WP_111953219.1 100 603 0 0 1 603 1 603 0.0 1223 WP_111953219.1 RDE30147.1 30.8 221 109 4 374 594 301 477 1.23e-21 96.7 VVV80071.1 VVV80071.1 100 44 0 0 1 44 1 44 4.56e-25 84.7 XP_031168963.1 XP_031168963.1 100 655 0 0 1 655 1 655 0.0 1334 XP_031168963.1 NXB12866.1 22.2 234 179 3 58 290 74 305 1.35e-09 59.3 WP_225923723.1 WP_225923723.1 100 126 0 0 1 126 1 126 3.27e-91 258 GFX14753.1 GFX14753.1 100 378 0 0 1 378 1 378 1.19e-293 790 QVD87869.1 QVD87869.1 99.2 7093 57 0 1 7093 1 7093 0.0 14366 QVD87869.1 QWC83326.1 99.0 7096 66 1 1 7093 1 7096 0.0 14341 QVD87869.1 WEU87158.1 99.0 7096 68 1 1 7093 1 7096 0.0 14337 QVD87869.1 QSZ25555.1 99.0 7096 70 1 1 7093 1 7096 0.0 14335 QVD87869.1 UBP50947.1 99.0 7096 71 1 1 7093 1 7096 0.0 14329 QVD87869.1 URQ55824.1 98.9 7093 76 0 1 7093 1 7093 0.0 14328 QVD87869.1 UZO53924.1 98.9 7093 76 0 1 7093 1 7093 0.0 14327 QVD87869.1 UVB16817.1 98.9 7093 75 0 1 7093 1 7093 0.0 14326 QVD87869.1 UMF87224.1 98.9 7093 76 1 1 7093 1 7092 0.0 14324 QVD87869.1 UBD95131.1 98.9 7096 75 1 1 7093 1 7096 0.0 14320 QVD87869.1 UEC52718.1 98.9 7096 78 1 1 7093 1 7096 0.0 14313 QVD87869.1 UIR12670.1 98.6 7093 99 1 1 7093 1 7092 0.0 14268 QVD87869.1 QZU16279.1 98.6 7096 99 1 1 7093 1 7096 0.0 14263 QVD87869.1 UPA83906.1 98.4 7093 116 1 1 7093 1 7092 0.0 14226 QVD87869.1 UBR86455.1 98.1 7095 133 1 2 7093 1 7095 0.0 14182 QVD87869.1 UXX67934.1 98.0 7093 144 0 1 7093 1 7093 0.0 14162 QVD87869.1 UCP72061.1 97.8 7096 150 1 1 7093 1 7096 0.0 14142 QVD87869.1 UCP77012.1 97.7 7096 161 1 1 7093 1 7096 0.0 14119 QVD87869.1 UKN67998.1 97.5 7073 177 1 21 7093 1 7072 0.0 14034 QVD87869.1 WHE12941.1 97.4 7067 187 0 27 7093 1 7067 0.0 14008 QVD87869.1 UGA79226.1 96.8 7096 225 1 1 7093 1 7096 0.0 13965 QVD87869.1 UAQ80067.1 96.3 7096 260 1 1 7093 1 7096 0.0 13871 QVD87869.1 UJT06733.1 95.5 7093 321 1 1 7093 1 7092 0.0 13705 QVD87869.1 UVI10561.1 95.5 7066 318 0 28 7093 1 7066 0.0 13692 QVD87869.1 UOU30556.1 94.1 7093 421 0 1 7093 1 7093 0.0 13471 QVD87869.1 UMA88644.1 90.9 7072 642 1 22 7093 1 7071 0.0 12891 QVD87869.1 WAS49087.1 89.7 7093 729 0 1 7093 1 7093 0.0 12701 QVD87869.1 WGP98278.1 84.4 7096 1103 1 1 7093 1 7096 0.0 11779 QVD87869.1 QXR94354.1 99.1 4398 39 0 1 4398 1 4398 0.0 8896 QVD87869.1 QTD03487.1 98.9 4401 47 1 1 4398 1 4401 0.0 8878 QVD87869.1 QTM79632.1 98.9 4398 47 0 1 4398 1 4398 0.0 8877 QVD87869.1 QTZ27226.1 98.9 4398 49 0 1 4398 1 4398 0.0 8873 QVD87869.1 UPP41269.1 98.8 4398 52 0 1 4398 1 4398 0.0 8868 QVD87869.1 ULA23837.2 98.8 4398 51 1 1 4398 1 4397 0.0 8866 QVD87869.1 USR14792.1 98.8 4398 53 0 1 4398 1 4398 0.0 8865 QVD87869.1 UFM00670.1 98.8 4401 52 1 1 4398 1 4401 0.0 8863 QVD87869.1 UXH94526.1 98.8 4398 52 1 1 4398 1 4397 0.0 8862 QVD87869.1 UEC68750.1 98.8 4401 52 1 1 4398 1 4401 0.0 8860 QVD87869.1 UBL45068.1 98.8 4401 50 1 1 4398 1 4401 0.0 8859 QVD87869.1 UHM53165.1 98.8 4401 52 1 1 4398 1 4401 0.0 8858 QVD87869.1 UFM02602.1 98.8 4401 52 1 1 4398 1 4401 0.0 8857 QVD87869.1 UKU68032.1 98.5 4398 65 1 1 4398 1 4397 0.0 8834 QVD87869.1 UJV88611.1 96.9 4398 137 1 1 4398 1 4397 0.0 8671 QVD87869.1 UJJ97602.1 96.6 4398 150 1 1 4398 1 4397 0.0 8637 QVD87869.1 UJS94137.1 97.9 4293 91 1 106 4398 1 4292 0.0 8556 QVD87869.1 ULB83374.1 95.6 4398 191 1 1 4398 1 4397 0.0 8533 QVD87869.1 UGB98301.1 93.3 4401 290 1 1 4398 1 4401 0.0 8284 QVD87869.1 QRX02582.1 98.9 4098 44 1 1 4095 1 4098 0.0 8247 QVD87869.1 UFA30503.1 92.4 4340 325 1 27 4363 1 4340 0.0 8063 QVD87869.1 WGP70063.1 91.5 4369 369 1 1 4366 1 4369 0.0 8018 QVD87869.1 WEI27974.1 90.4 4398 423 0 1 4398 1 4398 0.0 7964 QVD87869.1 UNI03201.1 90.4 4374 418 1 27 4398 1 4374 0.0 7931 QVD87869.1 UEX07109.1 87.0 4375 565 1 27 4398 1 4375 0.0 7581 QVD87869.1 URP80785.1 81.7 4371 800 0 28 4398 1 4371 0.0 7046 QVD87869.1 UPB00876.1 75.7 4371 1062 0 28 4398 1 4371 0.0 6321 QVD87869.1 UYE49180.1 75.4 4398 1081 0 1 4398 1 4398 0.0 6321 QVD87869.1 WGQ72821.1 65.7 4344 1486 1 26 4366 1 4344 0.0 5214 WP_135028221.1 WP_135028221.1 94.5 271 15 0 1 271 1 271 8.26e-172 473 WP_135028221.1 WP_056611679.1 32.5 80 54 0 190 269 97 176 1.09e-06 46.2 WP_135028221.1 HAJ13960.1 45.0 40 22 0 227 266 132 171 1.65e-05 42.7 XP_047250014.1 XP_047250014.1 100 170 0 0 1 170 1 170 2.71e-127 352 WP_234521407.1 WP_234521407.1 100 326 0 0 1 326 1 326 9.92e-253 682 WP_234521407.1 WP_039806668.1 36.4 313 195 4 4 313 5 316 2.16e-63 202 WP_234521407.1 WP_252122124.1 31.6 326 220 3 4 326 1 326 9.32e-50 167 WP_274718192.1 WP_274718192.1 97.8 502 11 0 1 502 1 502 0.0 991 MBQ6488280.1 MBQ6488280.1 100 179 0 0 1 179 1 179 1.23e-132 367 MBQ6488280.1 MBZ0271896.1 34.1 88 58 0 4 91 9 96 1.09e-13 64.3 WP_282641071.1 WP_282641071.1 100 135 0 0 1 135 1 135 5.70e-94 265 MCL1888839.1 MCL1888839.1 94.2 713 41 0 1 713 1 713 0.0 1346 MCL1888839.1 MBF8294570.1 34.5 264 151 2 451 713 346 588 1.29e-46 173 MCL1888839.1 RYO44776.1 29.7 360 217 10 71 414 51 390 7.24e-31 127 MCL1888839.1 MBQ5493788.1 41.2 119 70 0 581 699 11 129 4.60e-21 88.6 HCH0658035.1 HCH0658035.1 96.9 480 15 0 1 480 1 480 0.0 929 HCH0658035.1 KAG8015916.1 69.5 174 53 0 274 447 1 174 4.06e-88 265 HCH0658035.1 SHG12942.1 31.2 497 306 11 1 480 6 483 1.44e-66 220 WP_024465855.1 WP_024465855.1 100 107 0 0 1 107 1 107 2.40e-75 216 XP_011040987.1 XP_011040987.1 100 437 0 0 1 437 1 437 0.0 892 WP_182503633.1 WP_182503633.1 100 648 0 0 1 648 1 648 0.0 1333 XP_026193030.1 XP_026193030.1 100 189 0 0 1 189 1 189 1.07e-131 365 XP_052525039.1 XP_052525039.1 97.8 668 15 0 1 668 1 668 0.0 1343 XP_052525039.1 WP_270967954.1 35.6 641 372 16 43 661 27 648 1.44e-126 387 XP_052525039.1 WP_254101325.1 35.4 625 384 12 43 657 22 636 1.85e-117 363 XP_052525039.1 MCC5948066.1 26.0 642 439 18 41 668 38 657 1.29e-42 162 XP_052525039.1 WP_112119927.1 23.5 531 291 18 127 637 28 463 1.74e-26 111 XP_052525039.1 NDJ88951.1 23.5 548 328 18 124 631 27 523 5.24e-21 95.5 XP_052525039.1 WP_148836004.1 23.8 533 312 19 127 637 34 494 7.50e-21 94.7 XP_052525039.1 WP_246003214.1 22.1 538 333 22 119 639 38 506 1.76e-11 65.5 XP_052525039.1 PYB13830.1 22.8 395 234 15 210 583 3274 3618 3.39e-08 55.5 XP_052525039.1 EJG3313804.1 22.9 310 217 11 276 575 154 451 3.17e-07 51.6 XP_052525039.1 TMQ04701.1 24.8 298 173 12 270 534 613 892 1.28e-06 50.1 WP_102461582.1 WP_102461582.1 100 320 0 0 1 320 1 320 3.70e-245 663 WP_102461582.1 WP_149911652.1 33.2 295 179 5 32 317 141 426 2.25e-41 147 NLD53371.1 NLD53371.1 95.3 232 11 0 1 232 1 232 6.05e-166 455 NLD53371.1 WP_247424115.1 47.3 93 49 0 81 173 130 222 3.16e-19 82.0 NLD53371.1 MCA1360809.1 41.4 116 59 2 67 173 133 248 6.01e-17 76.3 OHB76863.1 OHB76863.1 100 81 0 0 1 81 1 81 3.54e-56 166 PON87355.1 PON87355.1 100 114 0 0 1 114 1 114 3.29e-83 236 PON87355.1 KAG6788279.1 53.1 113 52 1 2 113 391 503 7.34e-40 137 EIR8916606.1 EIR8916606.1 94.3 175 10 0 1 175 1 175 8.30e-120 334 EIR8916606.1 WP_210949324.1 56.6 175 76 0 1 175 26 200 1.34e-64 196 MBQ7987638.1 MBQ7987638.1 88.9 144 16 0 1 144 1 144 3.86e-85 244 MCH7923992.1 MCH7923992.1 100 757 0 0 1 757 1 757 0.0 1527 WP_234738658.1 WP_234738658.1 99.1 1261 11 0 1 1261 1 1261 0.0 2567 KAF8953894.1 KAF8953894.1 97.0 427 13 0 1 427 1 427 4.78e-318 856 WP_035556611.1 WP_035556611.1 100 259 0 0 1 259 1 259 6.90e-199 541 KAF7261528.1 KAF7261528.1 100 163 0 0 1 163 1 163 1.12e-118 330 PHU06236.1 PHU06236.1 100 313 0 0 1 313 1 313 1.10e-238 646 MBS0194197.1 MBS0194197.1 91.3 263 23 0 1 263 1 263 5.70e-175 481 WP_249505358.1 WP_249505358.1 100 440 0 0 1 440 1 440 0.0 930 WP_249505358.1 MBP6375542.1 40.8 449 242 9 2 438 3 439 1.89e-102 310 WP_249505358.1 WP_258835625.1 38.2 448 259 7 2 438 3 443 9.84e-99 301 WP_249505358.1 MBT4710545.1 35.4 449 268 10 2 438 3 441 1.15e-88 275 WP_249505358.1 PWM49891.1 34.7 447 274 8 2 440 3 439 2.14e-81 256 WP_249505358.1 WP_194454339.1 27.3 458 283 11 3 437 8 438 1.17e-43 157 WP_114368818.1 WP_114368818.1 100 412 0 0 1 412 1 412 8.77e-311 837 WP_114368818.1 MXQ53321.1 31.6 244 153 5 10 250 8 240 5.07e-27 108 WP_118754559.1 WP_118754559.1 100 132 0 0 1 132 1 132 9.94e-98 275 KAI6772462.1 KAI6772462.1 100 338 0 0 1 338 1 338 2.17e-253 685 XP_048189479.1 XP_048189479.1 100 227 0 0 1 227 1 227 2.69e-171 468 XP_048189479.1 MBR4375795.1 32.6 187 114 7 10 191 6 185 2.16e-17 76.3 MBO5360769.1 MBO5360769.1 100 167 0 0 1 167 1 167 2.08e-125 347 XP_043732582.1 XP_043732582.1 97.7 388 9 0 1 388 1 388 3.28e-287 775 TVQ11450.1 TVQ11450.1 94.2 330 19 0 1 330 1 330 9.56e-228 620 WP_087222948.1 WP_087222948.1 95.2 270 13 0 1 270 1 270 1.18e-191 523 WP_087222948.1 URJ46333.1 27.3 278 183 6 1 268 1 269 2.94e-31 115 WP_087222948.1 KAI3473816.1 51.7 58 28 0 208 265 145 202 5.13e-11 60.8 XP_025063182.1 XP_025063182.1 100 195 0 0 1 195 1 195 3.65e-142 393 WP_113669955.1 WP_113669955.1 96.0 404 16 0 13 416 13 416 2.83e-261 712 WP_113669955.1 WP_239913672.1 35.3 399 255 2 15 412 14 410 9.42e-77 243 WP_113669955.1 WP_087384365.1 33.7 407 260 6 13 412 17 420 2.37e-65 213 WP_113669955.1 NCV89943.1 26.0 454 271 15 4 412 12 445 4.82e-20 90.1 WP_137740674.1 WP_137740674.1 94.1 511 30 0 1 511 1 511 0.0 980 KAJ7349597.1 KAJ7349597.1 100 469 0 0 1 469 1 469 0.0 965 MBQ4874411.1 MBQ4874411.1 100 218 0 0 1 218 1 218 6.62e-163 446 WP_021479352.1 WP_021479352.1 100 1148 0 0 1 1148 1 1148 0.0 2353 WP_021479352.1 EAH8201998.1 43.1 448 244 5 6 452 3 440 3.73e-120 376 WP_021479352.1 MBV00212.1 44.3 460 239 8 7 463 3 448 1.59e-117 377 WP_021479352.1 NOT18216.1 33.3 633 378 11 534 1146 5 613 5.93e-107 347 WP_021479352.1 MBG6814041.1 44.8 368 195 3 4 370 6 366 3.71e-101 323 WP_021479352.1 ECN6431251.1 49.5 105 53 0 574 678 1 105 2.42e-32 120 GLG98414.1 GLG98414.1 90.2 2592 253 0 1 2592 1 2592 0.0 4642 MCB0786882.1 MCB0786882.1 100 178 0 0 1 178 1 178 1.74e-127 353 XP_030313316.1 XP_030313316.1 96.9 622 19 0 1 622 1 622 0.0 1233 MBM4374951.1 MBM4374951.1 100 215 0 0 1 215 1 215 5.89e-160 439 MBM4374951.1 MBR2684576.1 39.1 215 125 5 1 211 1 213 3.17e-44 145 MBM4374951.1 WP_239606280.1 35.4 212 135 1 1 210 1 212 3.26e-40 135 MBM4374951.1 WP_279123632.1 34.5 55 36 0 62 116 116 170 9.31e-05 40.8 HII98403.1 HII98403.1 100 174 0 0 1 174 1 174 5.66e-131 362 MCA9288779.1 MCA9288779.1 100 248 0 0 1 248 1 248 2.77e-187 512 XP_046270414.1 XP_046270414.1 86.9 2928 384 0 1 2928 1 2928 0.0 5096 WP_157475717.1 WP_157475717.1 100 163 0 0 1 163 1 163 4.06e-121 336 MCQ2791623.1 MCQ2791623.1 100 474 0 0 1 474 1 474 0.0 951 MCQ2791623.1 WP_114605464.1 39.1 489 269 11 6 473 14 494 4.33e-109 330 MCE3270046.1 MCE3270046.1 100 80 0 0 1 80 1 80 1.11e-54 162 WP_036816548.1 WP_036816548.1 100 253 0 0 1 253 1 253 7.13e-189 515 WP_036816548.1 WP_008470196.1 26.1 257 158 9 4 248 7 243 1.70e-20 85.9 WP_036816548.1 WP_008056683.1 31.5 222 131 10 20 236 253 458 2.74e-17 79.3 WP_036816548.1 KAJ5168969.1 30.5 220 124 10 20 229 521 721 3.65e-14 70.1 WP_036816548.1 MCH4209672.1 30.6 219 116 7 20 232 396 584 1.62e-12 65.1 WP_036816548.1 KAI7371949.1 28.0 254 135 12 20 253 665 890 6.07e-12 63.5 WP_036816548.1 MBT3459617.1 27.7 231 133 7 23 240 2 211 1.81e-11 60.5 WP_036816548.1 WAY96880.1 26.1 203 133 5 21 220 4 192 1.37e-07 48.9 QBJ07451.1 QBJ07451.1 96.4 278 10 0 1 278 1 278 7.29e-190 520 WP_252681452.1 WP_252681452.1 100 240 0 0 1 240 1 240 1.44e-177 485 PYR37153.1 PYR37153.1 94.8 477 25 0 1 477 1 477 0.0 911 MBT6184820.1 MBT6184820.1 100 120 0 0 1 120 1 120 6.25e-84 239 MBX3649353.1 MBX3649353.1 100 153 0 0 20 172 20 172 2.56e-108 305 HBM3973915.1 HBM3973915.1 100 203 0 0 1 203 1 203 1.91e-150 414 RWX51021.1 RWX51021.1 100 554 0 0 1 554 1 554 0.0 1159 RWX51021.1 WP_097641037.1 57.3 548 214 6 8 554 9 537 1.17e-216 622 RWX51021.1 WP_086711488.1 54.2 548 230 6 8 554 9 536 1.74e-207 598 RWX51021.1 WP_102477257.1 52.4 555 234 6 1 554 1 526 4.36e-199 576 KAJ1923473.1 KAJ1923473.1 96.5 830 29 0 1 830 1 830 0.0 1635 WP_221246517.1 WP_221246517.1 100 429 0 0 1 429 1 429 4.58e-320 862 MXZ69365.1 MXZ69365.1 84.0 150 24 0 1 150 1 150 1.72e-84 243 GGU82495.1 GGU82495.1 100 163 0 0 1 163 1 163 2.17e-116 324 WP_279996009.1 WP_279996009.1 100 278 0 0 1 278 1 278 1.19e-204 557 WP_149755470.1 WP_149755470.1 100 186 0 0 1 186 1 186 2.97e-132 366 HCW85392.1 HCW85392.1 96.1 357 14 0 1 357 1 357 4.07e-254 689 HCW85392.1 WP_043158522.1 39.9 346 201 5 11 355 3 342 2.07e-83 256 PLW21337.1 PLW21337.1 100 497 0 0 1 497 1 497 0.0 1002 WP_201312397.1 WP_201312397.1 100 159 0 0 1 159 1 159 3.36e-118 328 MBU1557098.1 MBU1557098.1 91.8 415 34 0 1 415 1 415 1.31e-277 753 TOF36258.1 TOF36258.1 100 85 0 0 1 85 1 85 1.16e-56 167 WP_055228170.1 WP_055228170.1 92.1 291 23 0 1 291 1 291 9.59e-197 538 CCX82620.1 CCX82620.1 100 429 0 0 1 429 1 429 0.0 870 CCX82620.1 XP_051566275.1 28.4 148 101 4 1 146 1290 1434 4.78e-09 57.0 CCX82620.1 KAI3849778.1 37.4 91 45 5 63 146 607 692 2.95e-05 44.7 NDV26630.1 NDV26630.1 100 218 0 0 1 218 1 218 1.82e-160 440 KAG8195189.1 KAG8195189.1 100 241 0 0 1 241 1 241 1.81e-176 483 MBZ5631081.1 MBZ5631081.1 100 43 0 0 1 43 1 43 1.80e-26 88.2 KAF4465142.1 KAF4465142.1 100 123 0 0 1 123 1 123 1.51e-90 256 WHA30314.1 WHA30314.1 100 78 0 0 1 78 1 78 2.75e-54 160 WP_239463733.1 WP_239463733.1 86.7 487 65 0 1 487 1 487 5.02e-307 833 WP_093271293.1 WP_093271293.1 95.1 283 14 0 1 283 1 283 8.00e-201 548 WP_241524600.1 WP_241524600.1 100 337 0 0 1 337 1 337 3.93e-260 702 WP_241524600.1 WP_258613669.1 33.0 303 191 6 1 298 1 296 4.71e-43 149 WP_241524600.1 WP_096722254.1 28.6 161 107 3 1 158 1 156 1.16e-08 53.9 WP_241524600.1 WP_044453403.1 25.9 309 207 8 1 302 1 294 1.21e-08 53.9 WP_241524600.1 WP_200986363.1 29.3 99 66 3 1 97 1 97 3.85e-04 40.0 XP_044188718.1 XP_044188718.1 96.3 464 17 0 1 464 1 464 0.0 918 HAS1030591.1 HAS1030591.1 85.2 122 18 0 1 122 1 122 1.84e-69 203 WP_255329483.1 WP_255329483.1 92.0 387 31 0 1 387 1 387 4.56e-257 699 MCU0490050.1 MCU0490050.1 95.0 238 12 0 1 238 1 238 1.17e-166 457 MCU0490050.1 WP_017123457.1 44.3 235 128 2 4 238 9 240 6.89e-58 186 MCP4309405.1 MCP4309405.1 97.3 411 11 0 1 411 1 411 6.91e-287 776 MBR5775979.1 MBR5775979.1 100 111 0 0 1 111 1 111 4.38e-82 233 EDT4006401.1 EDT4006401.1 100 144 0 0 1 144 1 144 1.12e-102 288 MCH8312862.1 MCH8312862.1 100 360 0 0 1 360 1 360 5.07e-270 729 MCH8312862.1 RYZ40664.1 54.4 360 159 2 3 357 32 391 1.29e-135 390 MCH8312862.1 UCF78466.1 35.6 360 219 6 3 352 19 375 5.59e-59 193 MCH8312862.1 WP_145937814.1 33.5 352 224 4 11 352 30 381 6.68e-59 193 MCH8312862.1 WP_158057697.1 29.1 357 233 9 3 344 25 376 1.78e-32 123 MCH8312862.1 MBL6847974.1 28.7 328 217 6 15 328 33 357 9.61e-32 121 MCH8312862.1 WP_055337992.1 25.2 325 219 8 19 326 36 353 2.98e-22 95.1 MCH8312862.1 WP_278361924.1 24.7 166 119 3 84 243 102 267 1.63e-05 44.7 MBR5342912.1 MBR5342912.1 100 342 0 0 1 342 1 342 2.03e-260 703 NIR99268.1 NIR99268.1 100 50 0 0 1 50 1 50 3.70e-31 100 WP_280876395.1 WP_280876395.1 100 208 0 0 1 208 1 208 2.31e-149 411 MBO4309439.1 MBO4309439.1 95.6 158 7 0 1 158 1 158 1.27e-108 304 WP_136241334.1 WP_136241334.1 86.8 333 44 0 1 333 1 333 1.01e-203 559 TWL42136.1 TWL42136.1 100 102 0 0 1 102 1 102 2.76e-74 213 XP_029075794.1 XP_029075794.1 92.7 2037 149 0 1 2037 1 2037 0.0 3569 WP_053034526.1 WP_053034526.1 100 124 0 0 1 124 1 124 8.40e-93 261 EIN7713189.1 EIN7713189.1 100 200 0 0 1 200 1 200 7.23e-149 409 WP_161061319.1 WP_161061319.1 100 143 0 0 1 143 1 143 7.33e-103 288 WP_161061319.1 WP_226360036.1 51.1 137 65 1 7 143 4 138 1.91e-44 140 WP_161061319.1 WP_004957233.1 46.1 141 71 4 1 139 1 138 1.60e-41 133 KAH8057076.1 KAH8057076.1 100 242 0 0 1 242 1 242 6.82e-177 484 WP_223752944.1 WP_223752944.1 95.3 447 21 0 1 447 1 447 7.04e-312 842 WP_223752944.1 XP_006969978.1 25.5 267 151 11 3 249 74 312 6.94e-08 52.4 MCT6212844.1 MCT6212844.1 100 392 0 0 1 392 1 392 2.63e-295 796 MCT6212844.1 MBG6268407.1 23.0 357 225 12 49 384 48 375 8.77e-09 55.1 GHL33785.1 GHL33785.1 100 176 0 0 1 176 1 176 1.14e-131 364 VDL79744.1 VDL79744.1 100 171 0 0 1 171 1 171 5.68e-125 347 HBA4333173.1 HBA4333173.1 100 332 0 0 1 332 1 332 4.74e-254 686 HBA4333173.1 GBE16035.1 51.2 330 156 3 4 329 10 338 4.45e-113 330 MBR4170715.1 MBR4170715.1 67.9 78 25 0 1 78 1 78 1.60e-26 90.9 WP_138597401.1 WP_138597401.1 100 246 0 0 1 246 1 246 3.27e-186 508 WP_138597401.1 MCB1644245.1 30.2 242 158 6 8 243 11 247 7.17e-28 105 WP_138597401.1 WP_010443651.1 29.5 241 159 4 4 241 3 235 4.02e-25 97.8 WP_138597401.1 WP_246239142.1 34.0 188 106 6 4 189 253 424 3.93e-20 87.0 WP_138597401.1 WP_060347438.1 27.5 200 116 7 57 242 64 248 1.21e-12 64.3 XP_017569355.1 XP_017569355.1 84.8 752 114 0 1 752 1 752 0.0 1214 RQL72805.1 RQL72805.1 100 507 0 0 1 507 1 507 0.0 1012 RQL72805.1 WP_255602293.1 36.6 435 252 8 21 439 29 455 1.20e-88 280 RQL72805.1 WP_226276978.1 35.2 418 269 2 22 438 21 437 1.30e-78 253 RQL72805.1 WP_197332010.1 30.4 500 323 14 24 507 21 511 5.06e-57 196 RQL72805.1 BBC91732.1 28.1 324 208 7 25 333 5 318 1.49e-30 122 RQL72805.1 WP_023727015.1 25.5 408 273 8 24 414 36 429 1.02e-26 111 RQL72805.1 WP_185921121.1 28.7 331 215 6 21 344 16 332 2.70e-25 107 RQL72805.1 KAG8816705.1 32.8 183 122 1 4 186 45 226 1.92e-24 100 WP_100498040.1 WP_100498040.1 87.1 381 49 0 1 381 1 381 3.21e-231 633 XP_047387430.1 XP_047387430.1 100 533 0 0 1 533 1 533 0.0 1113 WP_023050329.1 WP_023050329.1 100 345 0 0 1 345 1 345 7.85e-251 680 WP_023050329.1 WP_107169208.1 32.4 176 110 6 180 348 181 354 1.87e-17 80.9 WP_023050329.1 WP_269885397.1 32.1 165 105 4 191 349 100 263 3.36e-17 79.0 WP_023050329.1 WP_145544593.1 33.1 160 101 5 193 350 356 511 1.15e-16 79.3 WP_023050329.1 MBI5333464.1 27.5 160 105 5 199 349 225 382 4.50e-16 77.0 WP_023050329.1 WP_000484099.1 32.7 153 92 7 205 349 211 360 5.39e-16 76.6 WP_023050329.1 EGR2272270.1 28.3 173 112 7 187 348 498 669 2.61e-12 66.2 WP_023050329.1 WP_018646673.1 25.6 195 131 8 165 348 486 677 5.25e-12 65.5 WP_023050329.1 WP_255266214.1 27.7 148 102 4 206 350 299 444 2.18e-11 63.2 PYP94120.1 PYP94120.1 97.0 232 7 0 1 232 1 232 9.63e-163 447 PYP94120.1 WP_026893585.1 36.9 222 136 3 2 222 4 222 8.63e-49 158 PYP94120.1 MBQ5584458.1 36.7 229 137 5 2 224 3 229 3.39e-41 139 PYP94120.1 EAC1232420.1 32.9 225 146 5 1 223 2 223 1.33e-38 132 PYP94120.1 WP_101794136.1 33.1 236 145 3 1 224 25 259 1.09e-31 115 PYP94120.1 WP_186723788.1 29.3 225 157 2 3 226 8 231 1.27e-27 103 PYP94120.1 EAG2350674.1 39.2 125 75 1 2 126 4 127 5.58e-25 94.0 PYP94120.1 WP_232306300.1 27.5 222 130 6 3 215 1123 1322 1.56e-16 76.6 PYP94120.1 WP_196114185.1 32.8 116 77 1 2 116 9 124 5.32e-11 59.7 PYP94120.1 QYU66920.1 25.7 109 79 1 3 109 5 113 3.87e-10 54.7 PYP94120.1 WP_278449211.1 28.1 128 84 2 3 125 8 132 2.02e-07 49.3 EDV6147146.1 EDV6147146.1 100 632 0 0 1 632 1 632 0.0 1320 WP_101164019.1 WP_101164019.1 100 346 0 0 1 346 1 346 1.49e-264 714 MBQ2777352.1 MBQ2777352.1 98.5 608 9 0 1 608 1 608 0.0 1255 MBQ2777352.1 MBP3509218.1 57.2 607 259 1 1 606 1 607 5.51e-253 707 MBQ2777352.1 NQU26924.1 32.7 471 294 9 135 598 461 915 4.64e-69 241 MBQ2777352.1 MCK9987173.1 32.1 495 291 14 132 596 12 491 6.21e-63 216 MBQ2777352.1 EHP6050825.1 29.5 529 331 12 35 534 137 652 7.95e-57 201 MBQ2777352.1 OQC16336.1 28.3 173 98 6 185 343 420 580 3.00e-11 64.7 MSX50368.1 MSX50368.1 100 289 0 0 1 289 1 289 2.08e-215 585 KAI0815695.1 KAI0815695.1 94.5 981 54 0 1 981 1 981 0.0 1838 WP_123653117.1 WP_123653117.1 100 246 0 0 1 246 1 246 6.02e-173 474 WP_123653117.1 GFR82011.1 32.4 207 135 2 21 222 12 218 1.70e-26 100 WP_123653117.1 SFB29161.1 31.6 190 130 0 29 218 20 209 1.31e-24 100 WP_025579907.1 WP_025579907.1 100 820 0 0 1 820 1 820 0.0 1667 WP_066476002.1 WP_066476002.1 100 67 0 0 1 67 1 67 1.50e-44 135 WP_066476002.1 MBA2651112.1 42.9 63 36 0 1 63 1 63 7.75e-15 60.5 WP_066476002.1 WP_130410090.1 42.4 59 34 0 1 59 1 59 6.50e-14 58.2 WP_081224968.1 WP_081224968.1 100 916 0 0 1 916 1 916 0.0 1894 WP_081224968.1 WP_123159424.1 54.8 921 403 9 1 913 1 916 0.0 1033 WP_081224968.1 MCB9999913.1 36.9 1043 520 22 2 915 16 1049 2.81e-216 641 WP_081224968.1 MCL6457358.1 29.8 861 533 27 23 849 13 836 7.06e-111 363 WP_081224968.1 MSZ29533.1 28.5 803 502 22 24 786 15 785 1.72e-90 308 WP_081224968.1 MBQ9679177.1 24.4 877 537 21 24 860 14 804 1.38e-72 255 WP_081224968.1 SCL13606.1 24.3 822 492 23 5 769 44 792 4.27e-49 186 WP_081224968.1 CAI9595211.1 22.9 932 586 23 56 915 125 995 5.27e-48 183 WP_081224968.1 WP_194957532.1 23.1 823 446 27 26 773 11 721 2.42e-30 127 WP_081224968.1 XP_053592881.1 23.4 672 373 25 26 631 46 641 3.11e-17 85.1 WP_168672621.1 WP_168672621.1 95.7 255 11 0 1 255 1 255 7.05e-181 495 WP_168672621.1 QQO85492.1 28.0 250 154 10 4 240 10 246 3.09e-12 63.2 WP_202730319.1 WP_202730319.1 100 391 0 0 1 391 1 391 3.09e-298 803 MBG5741623.1 MBG5741623.1 100 390 0 0 1 390 1 390 9.28e-279 754 KRF62093.1 KRF62093.1 100 138 0 0 1 138 1 138 2.22e-97 274 WP_246995487.1 WP_246995487.1 91.6 155 13 0 1 155 1 155 1.12e-96 274 MCF7895906.1 MCF7895906.1 96.8 339 11 0 1 339 1 339 6.37e-242 656 MCF7895906.1 MCU1411638.1 30.2 338 226 3 5 334 5 340 3.71e-55 183 MCF7895906.1 MBQ6794463.1 33.0 321 200 7 23 338 15 325 3.24e-53 177 MCF7895906.1 MBA3609961.1 31.9 345 204 9 20 334 36 379 1.10e-47 165 MCF7895906.1 ELZ16407.1 26.7 363 231 9 8 338 18 377 3.97e-40 145 MCF7895906.1 NBT94281.1 36.3 168 103 1 2 165 12 179 2.63e-33 120 MCB4366171.1 MCB4366171.1 100 142 0 0 1 142 1 142 6.54e-101 283 MCI6020178.1 MCI6020178.1 100 80 0 0 1 80 1 80 2.24e-54 161 WP_029347391.1 WP_029347391.1 100 255 0 0 1 255 1 255 5.23e-192 523 WP_029347391.1 WP_206363707.1 37.9 224 138 1 1 224 14 236 7.29e-51 166 WP_029347391.1 WP_150396769.1 31.3 246 164 2 5 250 24 264 1.36e-32 122 WP_029347391.1 WP_185334683.1 29.5 244 164 3 3 245 2 238 6.41e-32 120 WP_029347391.1 WP_247749043.1 31.2 218 129 7 18 226 371 576 3.12e-18 82.0 WP_029347391.1 WP_088153117.1 29.3 208 120 5 30 227 23 213 1.17e-15 73.9 MBQ7739147.1 MBQ7739147.1 97.5 361 9 0 1 361 1 361 5.21e-243 661 MBQ7739147.1 WP_006004624.1 66.6 362 119 1 1 360 1 362 2.36e-163 459 XP_029528577.1 XP_029528577.1 100 360 0 0 1 360 1 360 1.31e-281 758 XP_029528577.1 RQM16216.1 49.7 296 145 4 30 323 403 696 5.10e-93 293 XP_029528577.1 KAG1590416.1 42.9 294 163 3 26 318 76 365 3.01e-79 246 XP_029528577.1 NXD84883.1 35.0 294 184 4 9 296 61 353 7.49e-57 192 XP_029528577.1 XP_048379117.1 34.8 296 185 6 28 318 255 547 4.98e-56 190 XP_029528577.1 XP_008215352.1 34.0 288 178 5 30 307 188 473 3.12e-42 153 XP_029528577.1 XP_030620685.1 33.9 257 154 5 28 274 94 344 7.09e-41 147 XP_029528577.1 XP_048216280.1 35.5 256 146 5 35 274 25 277 7.02e-40 144 XP_029528577.1 XP_046441060.1 37.6 221 134 3 30 249 61 278 2.41e-39 147 XP_029528577.1 KAH6984898.1 29.9 261 131 7 30 241 24 281 8.70e-28 113 XP_029528577.1 KZT58963.1 30.0 253 165 6 34 274 1082 1334 1.14e-21 95.1 XP_029528577.1 XP_019384620.1 32.9 152 95 2 86 230 72 223 7.98e-21 92.4 XP_029528577.1 XP_048540820.1 22.5 244 151 7 36 271 796 1009 1.71e-10 60.8 XP_029528577.1 XP_044484513.1 31.3 160 89 6 35 183 91 240 6.31e-10 58.9 MCP4697618.1 MCP4697618.1 98.1 1444 28 0 1 1444 1 1444 0.0 2822 MCF6323317.1 MCF6323317.1 100 281 0 0 1 281 1 281 1.85e-214 582 MCF6323317.1 WP_101844355.1 29.3 273 187 4 14 281 4 275 7.94e-38 133 MCF6323317.1 MCD6533325.1 31.1 270 174 6 14 281 7 266 1.15e-34 124 WP_136027195.1 WP_136027195.1 89.8 266 27 0 1 266 1 266 2.29e-171 472 WP_136027195.1 WP_231768584.1 32.9 252 159 3 23 266 35 284 1.38e-41 142 WP_216395189.1 WP_216395189.1 97.7 511 12 0 1 511 1 511 0.0 1013 NBU29208.1 NBU29208.1 68.8 186 58 0 1 186 1 186 1.18e-76 226 WP_116073910.1 WP_116073910.1 100 875 0 0 1 875 1 875 0.0 1732 WP_116073910.1 WP_026497435.1 41.9 917 483 15 1 875 1 909 1.19e-218 640 WP_116073910.1 XP_006376427.2 37.2 258 150 6 4 251 106 361 4.68e-45 166 XP_027063577.1 XP_027063577.1 93.0 129 9 0 1 129 1 129 2.66e-87 248 WP_175715079.1 WP_175715079.1 100 87 0 0 1 87 1 87 7.12e-61 178 WP_034146623.1 WP_034146623.1 100 346 0 0 1 346 1 346 7.02e-254 687 WP_237414093.1 WP_237414093.1 100 154 0 0 1 154 1 154 8.34e-112 312 EEW7484806.1 EEW7484806.1 100 144 0 0 1 144 1 144 1.12e-111 311 EEW7484806.1 MBX5702633.1 57.8 135 57 0 2 136 10 144 3.00e-58 176 EEW7484806.1 NCC17292.1 37.6 133 83 0 2 134 243 375 4.77e-29 107 WP_225118260.1 WP_225118260.1 94.9 642 33 0 1 642 1 642 0.0 1221 WP_225118260.1 WP_273418567.1 38.6 132 78 2 510 640 4 133 5.03e-21 88.6 WP_225118260.1 WP_076194242.1 28.6 213 128 7 439 638 241 442 5.19e-11 63.5 WP_225118260.1 WP_274755179.1 28.3 226 131 10 429 642 196 402 4.77e-07 50.8 XP_056429915.1 XP_056429915.1 98.3 1166 20 0 1 1166 1 1166 0.0 2323 XP_056429915.1 XP_043494069.1 25.9 1024 647 34 34 1007 483 1444 4.09e-69 253 WP_049882603.1 WP_049882603.1 100 520 0 0 1 520 1 520 0.0 1020 MCR9147539.1 MCR9147539.1 96.9 255 8 0 1 255 1 255 1.66e-179 491 MCR9147539.1 HDZ48353.1 29.4 170 93 8 13 163 42 203 8.57e-08 50.4 WP_081612908.1 WP_081612908.1 100 253 0 0 1 253 1 253 7.73e-193 525 WP_149493237.1 WP_149493237.1 100 281 0 0 1 281 1 281 2.16e-213 579 MBO9347542.1 MBO9347542.1 100 404 0 0 1 404 1 404 3.25e-302 814 WP_078336203.1 WP_078336203.1 100 458 0 0 1 458 1 458 0.0 935 XP_012676239.1 XP_012676239.1 100 315 0 0 1 315 1 315 1.96e-233 633 OGN55943.1 OGN55943.1 93.4 196 13 0 1 196 1 196 1.50e-130 363 VEH65358.1 VEH65358.1 100 40 0 0 1 40 1 40 1.75e-25 85.5 UNI03201.1 UNI03201.1 98.9 4378 48 0 1 4378 1 4378 0.0 8119 UNI03201.1 UFM00670.1 90.7 4379 406 1 1 4378 27 4405 0.0 8037 UNI03201.1 UBD95131.1 90.8 4375 403 1 1 4374 27 4401 0.0 8036 UNI03201.1 UEC68750.1 90.7 4379 406 1 1 4378 27 4405 0.0 8035 UNI03201.1 UHM53165.1 90.7 4379 406 1 1 4378 27 4405 0.0 8032 UNI03201.1 UFM02602.1 90.7 4379 406 1 1 4378 27 4405 0.0 8032 UNI03201.1 QTD03487.1 90.6 4379 411 1 1 4378 27 4405 0.0 8032 UNI03201.1 QXR94354.1 90.6 4378 408 1 1 4378 27 4402 0.0 8031 UNI03201.1 QWC83326.1 90.7 4375 408 1 1 4374 27 4401 0.0 8027 UNI03201.1 UEC52718.1 90.7 4375 407 1 1 4374 27 4401 0.0 8027 UNI03201.1 QSZ25555.1 90.6 4375 410 1 1 4374 27 4401 0.0 8026 UNI03201.1 QTM79632.1 90.6 4378 410 1 1 4378 27 4402 0.0 8024 UNI03201.1 WEU87158.1 90.6 4375 410 1 1 4374 27 4401 0.0 8022 UNI03201.1 UPP41269.1 90.6 4378 411 1 1 4378 27 4402 0.0 8022 UNI03201.1 ULA23837.2 90.6 4378 409 2 1 4378 27 4401 0.0 8022 UNI03201.1 UIR12670.1 90.6 4374 407 2 1 4374 27 4397 0.0 8021 UNI03201.1 UBL45068.1 90.6 4379 412 1 1 4378 27 4405 0.0 8020 UNI03201.1 QTZ27226.1 90.5 4378 412 1 1 4378 27 4402 0.0 8019 UNI03201.1 USR14792.1 90.5 4378 412 1 1 4378 27 4402 0.0 8019 UNI03201.1 UXH94526.1 90.6 4378 410 2 1 4378 27 4401 0.0 8017 UNI03201.1 UMF87224.1 90.5 4374 412 2 1 4374 27 4397 0.0 8008 UNI03201.1 UVI10561.1 93.8 4373 270 1 2 4374 1 4371 0.0 7995 UNI03201.1 UKU68032.1 90.3 4378 423 2 1 4378 27 4401 0.0 7989 UNI03201.1 QZU16279.1 90.8 4375 403 1 1 4374 27 4401 0.0 7965 UNI03201.1 UFA30503.1 95.7 4340 187 1 1 4339 1 4340 0.0 7963 UNI03201.1 QVD87869.1 90.6 4374 409 1 1 4374 27 4398 0.0 7949 UNI03201.1 UBP50947.1 90.6 4375 411 1 1 4374 27 4401 0.0 7948 UNI03201.1 UZO53924.1 90.6 4374 409 1 1 4374 27 4398 0.0 7948 UNI03201.1 UKN67998.1 90.6 4374 408 2 1 4374 7 4377 0.0 7948 UNI03201.1 URQ55824.1 90.6 4374 410 1 1 4374 27 4398 0.0 7946 UNI03201.1 UVB16817.1 90.6 4374 409 1 1 4374 27 4398 0.0 7945 UNI03201.1 UPA83906.1 90.5 4374 411 2 1 4374 27 4397 0.0 7938 UNI03201.1 UGB98301.1 92.9 4379 309 1 1 4378 27 4405 0.0 7936 UNI03201.1 WHE12941.1 90.8 4374 399 1 1 4374 1 4372 0.0 7902 UNI03201.1 UBR86455.1 90.2 4375 428 1 1 4374 26 4400 0.0 7872 UNI03201.1 UCP77012.1 89.5 4375 459 1 1 4374 27 4401 0.0 7871 UNI03201.1 UCP72061.1 89.1 4375 476 1 1 4374 27 4401 0.0 7856 UNI03201.1 UAQ80067.1 90.4 4375 417 1 1 4374 27 4401 0.0 7851 UNI03201.1 UJV88611.1 88.6 4378 495 2 1 4378 27 4401 0.0 7825 UNI03201.1 UOU30556.1 88.6 4374 495 1 1 4374 27 4398 0.0 7807 UNI03201.1 UGA79226.1 89.0 4375 480 1 1 4374 27 4401 0.0 7803 UNI03201.1 UJJ97602.1 88.3 4378 508 2 1 4378 27 4401 0.0 7792 UNI03201.1 UXX67934.1 89.1 4374 476 1 1 4374 27 4398 0.0 7783 UNI03201.1 UJS94137.1 89.8 4299 437 2 80 4378 1 4296 0.0 7772 UNI03201.1 ULB83374.1 87.4 4378 548 2 1 4378 27 4401 0.0 7758 UNI03201.1 UEX07109.1 90.4 4379 419 1 1 4378 1 4379 0.0 7472 UNI03201.1 WGP70063.1 87.3 4343 552 1 1 4342 27 4369 0.0 7451 UNI03201.1 QRX02582.1 90.0 4072 408 1 1 4071 27 4098 0.0 7388 UNI03201.1 WEI27974.1 85.4 4378 635 1 1 4378 27 4402 0.0 7366 UNI03201.1 UJT06733.1 84.9 4374 656 2 1 4374 27 4397 0.0 7311 UNI03201.1 UMA88644.1 84.5 4374 673 2 1 4374 6 4376 0.0 7303 UNI03201.1 WGP98278.1 85.2 4338 642 1 1 4337 27 4364 0.0 7008 UNI03201.1 URP80785.1 79.9 4377 876 1 2 4378 1 4375 0.0 6599 UNI03201.1 WAS49087.1 76.7 4374 1017 1 1 4374 27 4398 0.0 6346 UNI03201.1 UPB00876.1 79.3 4377 905 1 2 4378 1 4375 0.0 6147 UNI03201.1 UYE49180.1 67.5 4378 1420 1 1 4378 27 4402 0.0 5491 UNI03201.1 WGQ72821.1 67.6 4343 1408 1 1 4342 2 4344 0.0 4931 XP_008997370.1 XP_008997370.1 100 124 0 0 1 124 1 124 4.68e-90 254 XP_018358059.1 XP_018358059.1 71.9 558 157 0 1 558 1 558 1.25e-280 773 MWD28632.1 MWD28632.1 96.3 321 12 0 1 321 1 321 2.36e-228 620 MCF6148530.1 MCF6148530.1 100 443 0 0 1 443 1 443 0.0 931 MCF6148530.1 WP_241812465.1 37.9 406 240 5 25 424 200 599 7.47e-98 305 RSL59427.1 RSL59427.1 93.0 486 34 0 1 486 1 486 0.0 889 RSL59427.1 CZT45482.1 35.8 400 217 5 63 424 89 486 2.54e-74 250 RSL59427.1 GEU53557.1 33.1 402 249 8 40 428 73 467 4.52e-67 224 RSL59427.1 XP_023589550.1 35.5 409 254 6 27 430 65 468 1.14e-62 217 RSL59427.1 NQR19375.1 35.0 346 218 5 63 404 3 345 2.13e-57 195 RSL59427.1 MBA0549662.1 30.0 390 263 5 40 428 3 383 2.90e-57 193 RSL59427.1 XP_055095726.1 31.9 411 195 12 86 416 209 614 2.06e-42 158 RSL59427.1 ERE79785.1 28.2 394 192 10 60 419 123 459 9.75e-37 139 MBW8896250.1 MBW8896250.1 100 236 0 0 1 236 1 236 1.23e-176 483 MBW8896250.1 MCS7015141.1 28.7 202 120 6 12 206 1 185 1.31e-13 67.8 VGP03367.1 VGP03367.1 100 1012 0 0 1 1012 1 1012 0.0 2076 GAX21055.1 GAX21055.1 100 229 0 0 1 229 1 229 3.38e-166 456 MBF0248932.1 MBF0248932.1 100 61 0 0 1 61 1 61 9.25e-41 125 MBF0248932.1 MBU4432787.1 38.9 54 33 0 4 57 158 211 1.68e-08 46.6 XP_056374717.1 XP_056374717.1 98.7 2765 35 0 1 2765 1 2765 0.0 5710 MBM3921745.1 MBM3921745.1 100 243 0 0 1 243 1 243 1.50e-185 506 MBL8834799.1 MBL8834799.1 100 462 0 0 1 462 1 462 0.0 917 WP_089608892.1 WP_089608892.1 97.8 464 10 0 1 464 1 464 0.0 935 WP_089608892.1 OGD85943.1 38.4 216 109 8 267 463 5 215 7.81e-37 133 MCA0387421.1 MCA0387421.1 100 317 0 0 1 317 1 317 1.10e-240 651 MCA0387421.1 MBP1746912.1 24.7 360 212 10 1 307 1 354 1.24e-19 87.4 WP_183433527.1 WP_183433527.1 93.4 259 17 0 1 259 1 259 5.70e-173 475 WP_049682576.1 WP_049682576.1 95.2 209 10 0 1 209 1 209 1.09e-143 397 EHL1725675.1 EHL1725675.1 96.4 224 8 0 1 224 1 224 8.19e-151 416 EFQ4765027.1 EFQ4765027.1 100 920 0 0 1 920 1 920 0.0 1922 EFQ4765027.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1855 EFQ4765027.1 EEY3543156.1 73.7 949 221 3 1 920 1 949 0.0 1484 EFQ4765027.1 EEO7917989.1 70.4 922 265 3 1 920 1 916 0.0 1384 EFQ4765027.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 2.12e-223 634 EFQ4765027.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 1.24e-207 593 EFQ4765027.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 1.96e-192 552 EFQ4765027.1 WP_154599351.1 33.5 711 421 21 9 696 15 696 4.65e-108 358 EFQ4765027.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 1.53e-48 165 EFQ4765027.1 EEV0504409.1 61.4 57 22 0 864 920 1 57 1.06e-15 76.6 WP_027489832.1 WP_027489832.1 89.4 377 40 0 1 377 1 377 6.55e-245 667 WP_226904802.1 WP_226904802.1 100 347 0 0 1 347 1 347 3.00e-260 703 WP_226904802.1 RUU66461.1 51.8 253 121 1 25 277 82 333 9.56e-84 257 WP_226904802.1 MBQ3864274.1 48.9 276 132 6 46 317 33 303 5.38e-81 248 WP_226904802.1 WP_098952357.1 44.8 297 163 1 22 317 3 299 1.57e-79 244 WP_226904802.1 WP_192324556.1 48.7 279 142 1 19 296 315 593 2.57e-77 247 WP_226904802.1 MBU5353226.1 44.6 258 142 1 22 279 4 260 2.48e-75 233 WP_226904802.1 WP_227059655.1 48.8 256 131 0 22 277 317 572 6.00e-75 241 WP_226904802.1 WP_066083732.1 35.6 334 190 9 21 344 5 323 2.52e-63 203 WP_226904802.1 WP_107894076.1 36.6 314 178 7 22 325 5 307 6.71e-61 196 WP_226904802.1 WP_109219819.1 31.1 241 149 5 49 285 33 260 2.44e-34 128 WP_226904802.1 WP_276362074.1 29.4 255 139 7 20 255 2 234 9.96e-22 91.3 WP_226904802.1 WP_071876418.1 28.3 233 149 6 23 252 4 221 3.85e-20 89.7 WP_226904802.1 WP_041481207.1 31.9 188 93 9 59 231 363 530 1.08e-06 48.5 KFX48203.1 KFX48203.1 97.3 1267 34 0 1 1267 1 1267 0.0 2474 KFX48203.1 EDN57974.1 33.0 603 328 16 656 1225 360 919 1.18e-77 277 KFX48203.1 TAL20232.1 30.5 524 225 8 676 1191 213 605 6.25e-62 222 KFX48203.1 MCH5250214.1 31.5 530 281 15 686 1182 186 666 8.46e-61 224 KFX48203.1 WP_138482356.1 30.9 517 218 12 675 1187 397 778 1.20e-47 183 KFX48203.1 WP_007356512.1 41.3 254 130 3 681 917 736 987 5.12e-45 176 KFX48203.1 MBQ1868746.1 28.1 519 227 15 681 1191 257 637 1.53e-41 161 KFX48203.1 WP_261733022.1 31.6 386 222 10 561 922 124 491 9.85e-41 160 KFX48203.1 MBN8606766.1 34.7 239 135 4 682 913 574 798 1.88e-32 134 KFX48203.1 WP_076194242.1 36.0 239 137 6 691 927 238 462 5.04e-32 129 KFX48203.1 WP_200037957.1 32.9 249 148 8 672 914 1000 1235 7.00e-26 114 KFX48203.1 XP_001454078.1 25.2 286 189 8 649 918 170 446 1.84e-13 73.2 KFX48203.1 EJF06804.1 35.9 117 70 2 1077 1191 3 116 7.82e-12 66.2 KFX48203.1 MBP1530348.1 25.2 115 80 1 1077 1191 4 112 2.08e-07 51.6 KFX48203.1 WP_212961195.1 27.0 111 78 1 1077 1187 715 822 7.61e-07 52.0 KFX48203.1 WP_188888464.1 28.0 125 80 4 1077 1198 5 122 4.40e-05 44.7 KFX48203.1 HBG17616.1 25.9 108 71 3 1078 1181 7 109 9.53e-04 41.6 WP_232719809.1 WP_232719809.1 100 324 0 0 1 324 1 324 1.41e-251 679 WP_110581055.1 WP_110581055.1 100 318 0 0 1 318 1 318 5.74e-223 607 WP_110581055.1 WP_179032033.1 47.3 313 159 2 5 314 5 314 4.87e-95 283 WP_027004648.1 WP_027004648.1 92.4 449 34 0 1 449 1 449 6.73e-295 800 OGO39675.1 OGO39675.1 100 207 0 0 1 207 1 207 1.45e-156 429 OGO39675.1 WP_128788759.1 48.8 203 99 2 6 207 3 201 1.35e-67 204 OGO39675.1 WP_215615491.1 44.5 182 101 0 24 205 38 219 7.07e-57 177 RZN15559.1 RZN15559.1 86.1 194 27 0 1 194 1 194 1.81e-121 340 MCH8479059.1 MCH8479059.1 93.4 545 36 0 1 545 1 545 0.0 1038 MCH8479059.1 NWR36449.1 29.2 528 281 14 25 522 54 518 4.40e-46 169 WP_224419934.1 WP_224419934.1 91.1 575 51 0 1 575 1 575 0.0 1039 WP_224419934.1 MBD58399.1 41.4 560 316 8 21 575 22 574 2.01e-141 420 KAJ3544539.1 KAJ3544539.1 99.1 1165 11 0 1 1165 1 1165 0.0 2394 KAJ3544539.1 KOS38468.1 40.7 54 31 1 714 766 1 54 2.40e-04 41.6 MBP7023394.1 MBP7023394.1 93.5 154 10 0 1 154 1 154 2.58e-106 298 AFA24308.1 AFA24308.1 95.3 212 10 0 1 212 1 212 2.77e-143 396 AFA24308.1 ADW49125.1 90.0 211 21 0 2 212 1 211 5.54e-136 378 AFA24308.1 QUA05739.1 88.8 205 23 0 1 205 8 212 3.55e-130 363 AFA24308.1 AWS34156.1 79.1 211 44 0 2 212 9 219 1.27e-120 339 AFA24308.1 ADJ35581.1 76.9 212 49 0 1 212 9 220 7.59e-120 337 AFA24308.1 AFA09475.1 83.4 205 34 0 8 212 1 205 9.04e-120 337 AFA24308.1 AVM35379.1 79.6 211 43 0 2 212 4 214 2.50e-119 336 AFA24308.1 QUQ06080.1 73.1 212 57 0 1 212 8 219 2.12e-112 318 AFA24308.1 ABQ63546.1 74.4 211 54 0 2 212 8 218 1.38e-110 314 AFA24308.1 AOR13807.1 73.2 198 53 0 3 200 1 198 5.97e-105 299 AFA24308.1 AAX94106.1 83.6 189 31 0 24 212 1 189 1.14e-104 306 AFA24308.1 AHK62764.1 68.7 211 66 0 2 212 5 215 4.38e-103 295 AFA24308.1 AMA90994.1 74.1 189 49 0 2 190 9 197 4.98e-99 284 AFA24308.1 UZF38514.1 65.0 206 72 0 7 212 1 206 6.78e-99 284 AFA24308.1 AGI15931.1 68.0 206 66 0 1 206 1 206 9.62e-99 283 AFA24308.1 AKT58828.1 70.6 187 55 0 2 188 9 195 3.27e-92 266 AFA24308.1 AOQ89457.1 70.7 184 54 0 1 184 4 187 6.78e-90 260 AFA24308.1 AXZ65741.1 71.6 169 48 0 2 170 9 177 6.66e-88 255 AFA24308.1 AKA56406.1 64.6 195 62 2 1 193 8 197 1.63e-83 244 AFA24308.1 AHH30646.1 71.4 168 46 2 25 192 6 171 5.00e-79 232 AFA24308.1 APC24336.1 62.5 112 42 0 101 212 1 112 1.24e-37 132 TDB69252.1 TDB69252.1 100 327 0 0 1 327 1 327 4.90e-249 673 WP_125093116.1 WP_125093116.1 100 836 0 0 1 836 1 836 0.0 1627 WP_042650033.1 WP_042650033.1 100 249 0 0 1 249 1 249 8.96e-181 494 WP_042650033.1 WP_087085326.1 33.5 260 158 2 1 249 1 256 2.60e-34 122 WP_042650033.1 MBG6287041.1 35.0 243 154 3 5 247 14 252 1.42e-32 117 WP_042650033.1 WP_281054160.1 30.9 249 162 4 5 248 8 251 5.52e-32 116 WP_042650033.1 WP_183882442.1 32.2 236 141 4 5 240 4 220 6.26e-30 110 WP_042650033.1 WP_251593142.1 30.4 263 164 3 1 248 1 259 3.63e-23 93.2 WP_042650033.1 MBQ9647935.1 27.5 255 174 2 5 248 5 259 1.76e-18 80.5 WP_042650033.1 WP_262401812.1 40.2 112 65 2 136 246 45 155 1.83e-15 70.1 WP_042650033.1 WP_063302373.1 26.9 193 133 2 3 187 2 194 8.53e-14 67.8 HDZ79728.1 HDZ79728.1 100 116 0 0 1 116 1 116 9.74e-86 243 VAI76478.1 VAI76478.1 100 922 0 0 1 922 1 922 0.0 1923 KAF3789931.1 KAF3789931.1 100 174 0 0 1 174 1 174 1.14e-121 338 XP_011775823.1 XP_011775823.1 90.0 100 10 0 1 100 1 100 2.70e-62 182 WP_256314628.1 WP_256314628.1 100 256 0 0 1 256 1 256 7.76e-199 540 WP_275700142.1 WP_275700142.1 100 55 0 0 1 55 1 55 5.53e-35 110 MBQ7792117.1 MBQ7792117.1 100 107 0 0 1 107 1 107 3.41e-75 216 MCK3776214.1 MCK3776214.1 100 230 0 0 1 230 1 230 1.62e-178 487 GAW04005.1 GAW04005.1 100 493 0 0 1 493 1 493 0.0 1024 XP_016849932.1 XP_016849932.1 93.7 728 46 0 1 728 1 728 0.0 1422 WP_163496825.1 WP_163496825.1 97.5 393 10 0 1 393 1 393 6.90e-287 775 WP_163496825.1 MCK5056842.1 31.9 373 233 9 27 392 25 383 9.45e-45 157 KAF2999697.1 KAF2999697.1 97.8 463 10 0 1 463 1 463 0.0 940 KAF2999697.1 XP_055296131.1 39.6 48 25 1 123 166 104 151 8.71e-05 41.2 EXB75938.1 EXB75938.1 91.0 221 20 0 1 221 1 221 2.97e-147 407 NLT72898.1 NLT72898.1 100 185 0 0 1 185 1 185 5.56e-132 365 NLT72898.1 NLV68328.1 47.5 183 96 0 1 183 1 183 1.96e-60 184 NLT72898.1 NLK90780.1 48.6 181 93 0 4 184 4 184 3.00e-57 176 NLT72898.1 MBD3769330.1 44.6 177 98 0 8 184 7 183 8.89e-54 167 WP_265907929.1 WP_265907929.1 96.9 383 12 0 1 383 1 383 3.72e-270 731 AML78558.1 AML78558.1 100 480 0 0 1 480 1 480 0.0 967 WP_043919642.1 WP_043919642.1 100 197 0 0 1 197 1 197 1.30e-145 401 MBE6455882.1 MBE6455882.1 100 314 0 0 1 314 1 314 6.38e-243 657 MBE6455882.1 KXZ65002.1 44.8 87 48 0 184 270 10 96 7.45e-17 74.7 MBE6455882.1 MBR6417349.1 44.2 43 22 1 196 238 16 56 3.29e-04 38.5 MBK8805244.1 MBK8805244.1 100 376 0 0 1 376 1 376 2.01e-275 744 MCI4494966.1 MCI4494966.1 100 68 0 0 1 68 1 68 2.29e-44 135 CAH8302172.1 CAH8302172.1 95.4 217 10 0 1 217 1 217 1.87e-148 410 TPR01788.1 TPR01788.1 100 396 0 0 1 396 1 396 5.63e-308 828 UHH56899.1 UHH56899.1 100 85 0 0 1 85 1 85 2.43e-24 85.9 UHH56899.1 UJR03683.1 97.4 39 1 0 1 39 1 39 2.42e-21 79.3 MBI5835246.1 MBI5835246.1 98.0 1111 22 0 1 1111 1 1111 0.0 2200 HIR73384.1 HIR73384.1 100 288 0 0 1 288 1 288 3.35e-225 610 NTU59162.1 NTU59162.1 100 246 0 0 1 246 1 246 1.29e-192 524 HIO39972.1 HIO39972.1 100 290 0 0 1 290 1 290 1.72e-219 595 MBW2003542.1 MBW2003542.1 100 45 0 0 1 45 1 45 2.05e-26 88.2 MBN1566249.1 MBN1566249.1 96.8 342 11 0 1 342 1 342 1.51e-246 668 MBN1566249.1 WP_255519487.1 36.7 313 185 8 20 322 7 316 4.05e-55 181 MBN1566249.1 MBO1529847.1 31.1 347 211 14 1 337 5 333 5.88e-34 126 MBN1566249.1 WP_164585387.1 30.6 330 198 12 1 314 1 315 1.92e-29 114 XP_024910805.1 XP_024910805.1 92.4 882 67 0 1 882 1 882 0.0 1640 XP_008531547.1 XP_008531547.1 95.9 587 24 0 1 587 1 587 0.0 1189 NP_001375225.1 NP_001375225.1 95.9 821 34 0 1 821 1 821 0.0 1675 NP_001375225.1 XP_053257159.1 80.2 761 122 4 1 732 1 761 0.0 1250 KNE87310.1 KNE87310.1 100 157 0 0 1 157 1 157 4.27e-120 333 MAT55784.1 MAT55784.1 100 115 0 0 1 115 1 115 8.70e-84 238 WP_256825141.1 WP_256825141.1 94.0 150 9 0 1 150 1 150 3.28e-98 277 WP_200287444.1 WP_200287444.1 97.7 440 10 0 1 440 1 440 4.46e-320 862 WP_200287444.1 WP_210569664.1 36.5 438 229 13 26 438 19 432 7.92e-63 207 MBW1759047.1 MBW1759047.1 100 326 0 0 1 326 1 326 4.67e-242 655 MBW1759047.1 WP_271563639.1 30.3 155 101 3 94 242 129 282 3.32e-12 65.1 WP_101936735.1 WP_101936735.1 100 320 0 0 1 320 1 320 3.56e-243 658 WP_101936735.1 WP_210212399.1 33.0 318 212 1 1 317 1 318 5.60e-57 186 WP_101936735.1 MBY7817199.1 26.0 311 221 5 10 316 16 321 3.91e-32 120 WP_101936735.1 WP_119938117.1 33.0 100 67 0 218 317 172 271 5.32e-12 63.5 WP_101936735.1 WP_069367753.1 34.2 79 52 0 238 316 194 272 2.18e-08 52.8 EAE5693959.1 EAE5693959.1 94.5 469 26 0 1 469 1 469 1.22e-314 851 EHQ4925811.1 EHQ4925811.1 94.3 175 10 0 1 175 1 175 2.75e-109 307 WP_055143902.1 WP_055143902.1 100 150 0 0 1 150 1 150 7.49e-113 314 MCL2259531.1 MCL2259531.1 100 79 0 0 1 79 1 79 6.99e-53 157 USW54809.1 USW54809.1 95.5 309 14 0 1 309 1 309 1.36e-221 602 WP_109103107.1 WP_109103107.1 93.0 142 10 0 1 142 1 142 2.76e-93 264 MCJ7630170.1 MCJ7630170.1 100 66 0 0 1 66 1 66 3.20e-41 127 MCJ7630170.1 WP_057651690.1 56.8 37 16 0 3 39 48 84 1.65e-07 44.3 MCJ7630170.1 MBG6287041.1 44.0 50 28 0 3 52 14 63 7.72e-07 42.4 MBR3543702.1 MBR3543702.1 97.4 580 15 0 1 580 1 580 0.0 1138 KAH7333078.1 KAH7333078.1 97.5 240 6 0 1 240 1 240 1.44e-177 485 KAA0785577.1 KAA0785577.1 100 247 0 0 1 247 1 247 1.01e-185 506 KAA0785577.1 EAG5222239.1 54.7 247 110 2 1 245 1 247 1.27e-91 268 KAA0785577.1 WP_216576398.1 42.0 245 141 1 1 245 1 244 4.46e-62 193 WP_191097707.1 WP_191097707.1 100 195 0 0 1 195 1 195 8.17e-148 406 WP_270933235.1 WP_270933235.1 100 358 0 0 1 358 1 358 6.69e-274 739 MBO4823235.1 MBO4823235.1 100 105 0 0 1 105 1 105 2.83e-73 211 XP_028368138.1 XP_028368138.1 92.4 461 35 0 1 461 1 461 0.0 879 BBM58963.1 BBM58963.1 94.9 195 10 0 1 195 1 195 3.67e-126 352 NXE29491.1 NXE29491.1 100 58 0 0 1 58 1 58 3.60e-39 121 NXE29491.1 WP_091276063.1 56.4 39 17 0 19 57 6 44 2.54e-08 43.1 MBQ7135263.1 MBQ7135263.1 100 678 0 0 1 678 1 678 0.0 1392 KAF3668984.1 KAF3668984.1 100 119 0 0 1 119 1 119 7.61e-89 251 NQU12192.1 NQU12192.1 100 191 0 0 1 191 1 191 1.12e-143 395 WP_247359483.1 WP_247359483.1 100 337 0 0 1 337 1 337 1.42e-253 686 WP_160762600.1 WP_160762600.1 97.4 466 12 0 1 466 1 466 0.0 904 WP_160762600.1 WP_096277301.1 30.5 453 261 16 46 466 30 460 5.79e-50 175 VVA34975.1 VVA34975.1 100 224 0 0 1 224 1 224 7.70e-165 452 WP_062791926.1 WP_062791926.1 96.1 675 26 0 1 675 1 675 0.0 1315 WP_062791926.1 WP_243890777.1 28.6 668 377 16 29 674 5 594 1.02e-59 209 EBW1672033.1 EBW1672033.1 95.7 1219 52 0 1 1219 1 1219 0.0 2228 EBW1672033.1 EIW7596561.1 85.8 1219 144 4 1 1219 1 1190 0.0 1956 EBW1672033.1 GHT88678.1 36.9 160 65 6 1036 1192 358 484 2.45e-05 47.0 MBP7948257.1 MBP7948257.1 100 382 0 0 1 382 1 382 1.46e-296 798 MBP7948257.1 MCC7351004.1 32.5 372 229 8 1 356 1 366 6.03e-57 189 MBQ2895174.1 MBQ2895174.1 100 497 0 0 1 497 1 497 0.0 1013 MBQ2895174.1 WP_278084771.1 29.9 244 133 7 258 497 383 592 4.50e-14 73.2 MBQ2895174.1 OHA02323.1 25.8 275 149 6 228 497 162 386 1.47e-13 71.2 MBQ2895174.1 VAX76432.1 23.2 336 171 12 179 496 122 388 1.88e-12 67.8 KAJ2681556.1 KAJ2681556.1 95.4 452 21 0 1 452 1 452 0.0 875 MCB0919686.1 MCB0919686.1 100 174 0 0 1 174 1 174 1.28e-127 353 MCB0919686.1 WP_209377953.1 35.8 148 83 5 12 157 5 142 2.48e-19 79.0 MBL0967454.1 MBL0967454.1 100 336 0 0 1 336 1 336 1.06e-243 660 MBL0967454.1 WP_254218450.1 53.9 330 152 0 1 330 184 513 1.04e-113 338 MBL0967454.1 EEJ0015338.1 39.6 331 188 4 5 326 98 425 7.16e-75 235 MBL0967454.1 AAL18389.1 29.6 348 222 8 1 327 10 355 2.53e-34 128 MBK6016805.1 MBK6016805.1 100 100 0 0 1 100 1 100 1.01e-66 194 HAT8492399.1 HAT8492399.1 100 368 0 0 1 368 1 368 1.15e-270 731 HAT8492399.1 PWC90347.1 37.9 364 219 4 9 366 14 376 1.78e-77 241 HAT8492399.1 WP_095648367.1 30.2 202 136 3 166 367 214 410 3.18e-23 99.0 WP_226831873.1 WP_226831873.1 87.2 532 68 0 1 532 1 532 3.93e-306 835 WP_145765032.1 WP_145765032.1 95.1 206 10 0 1 206 1 206 1.56e-146 404 EFN6096987.1 EFN6096987.1 100 101 0 0 1 101 1 101 3.00e-73 210 WP_245437884.1 WP_245437884.1 100 147 0 0 1 147 1 147 1.78e-105 295 MBP3694442.1 MBP3694442.1 98.8 405 5 0 1 405 1 405 1.58e-314 845 KKP93192.1 KKP93192.1 100 130 0 0 1 130 1 130 3.11e-91 258 KKP93192.1 MBR4471080.1 50.4 129 47 3 3 130 6 118 1.18e-35 117 KKP93192.1 TDM00308.1 45.3 128 54 1 2 129 3 114 3.83e-31 105 WP_031101924.1 WP_031101924.1 99.2 1206 10 0 1 1206 1 1206 0.0 2409 WP_150277740.1 WP_150277740.1 100 394 0 0 1 394 1 394 2.17e-295 796 WP_150277740.1 MCC2111968.1 48.8 389 187 4 6 390 22 402 4.32e-114 337 XP_005100439.2 XP_005100439.2 97.4 1098 29 0 1 1098 1 1098 0.0 2134 GER25411.1 GER25411.1 100 104 0 0 12 115 12 115 3.70e-76 219 XP_004697524.1 XP_004697524.1 100 333 0 0 1 333 1 333 6.99e-252 681 MBE6787267.1 MBE6787267.1 100 187 0 0 1 187 1 187 2.55e-138 382 MBE6787267.1 MCH2678216.1 36.5 167 98 5 1 165 1 161 1.57e-24 93.2 WP_057732191.1 WP_057732191.1 95.6 294 13 0 1 294 1 294 2.13e-206 563 WP_057732191.1 MBQ8156531.1 38.1 265 145 6 7 261 5 260 5.27e-45 152 WP_057732191.1 WP_253195963.1 37.3 169 104 1 26 194 31 197 1.85e-32 119 MCF6194916.1 MCF6194916.1 100 407 0 0 17 423 17 423 5.71e-308 830 WP_226866106.1 WP_226866106.1 95.1 491 24 0 1 491 1 491 0.0 958 NGQ14502.1 NGQ14502.1 100 101 0 0 1 101 1 101 8.60e-73 209 MBQ7713804.1 MBQ7713804.1 100 60 0 0 1 60 1 60 1.19e-38 120 WP_079712214.1 WP_079712214.1 100 287 0 0 1 287 1 287 1.78e-215 585 KAI8478671.1 KAI8478671.1 100 106 0 0 1 106 1 106 1.34e-76 219 MBQ2559410.1 MBQ2559410.1 100 445 0 0 1 445 1 445 0.0 892 WP_072851907.1 WP_072851907.1 100 88 0 0 1 88 1 88 1.13e-62 182 WP_211555180.1 WP_211555180.1 90.6 233 22 0 1 233 1 233 1.90e-149 414 WP_211555180.1 MWR41881.1 36.6 153 96 1 19 170 44 196 6.89e-25 97.4 WP_211555180.1 MCP5262709.1 31.9 210 130 7 19 216 21 229 3.39e-17 77.4 WP_211555180.1 WP_276362074.1 27.2 202 130 2 15 201 16 215 4.00e-16 73.6 WP_211555180.1 MBQ9964693.1 33.7 181 96 4 17 197 15 171 8.92e-16 71.2 WP_211555180.1 WP_227059655.1 32.5 197 107 8 23 197 41 233 2.78e-15 72.8 WP_211555180.1 WP_150396769.1 27.7 206 139 3 15 214 36 237 3.50e-15 72.4 WP_211555180.1 WP_247749043.1 28.0 225 138 8 6 216 361 575 3.71e-15 72.4 WP_211555180.1 WP_192324556.1 31.4 207 116 8 19 203 33 235 3.76e-15 72.4 WP_211555180.1 WP_206363707.1 30.2 232 122 7 19 227 34 248 1.16e-14 69.7 WP_211555180.1 WP_107894076.1 25.7 218 136 7 18 216 24 234 6.28e-14 68.2 WP_211555180.1 WP_131166802.1 32.3 189 116 5 21 197 28 216 1.25e-13 67.4 WP_211555180.1 MCH4209672.1 30.8 201 105 7 34 225 413 588 2.06e-12 64.3 WP_211555180.1 GLY24463.1 34.7 190 108 8 22 197 27 214 2.50e-12 63.5 WP_211555180.1 WP_066083732.1 26.2 229 154 7 2 216 9 236 4.00e-11 60.1 WP_211555180.1 WAY96880.1 27.8 162 104 5 16 170 2 157 4.16e-10 55.8 WP_211555180.1 WP_185334683.1 29.6 169 94 7 19 170 273 433 6.12e-09 53.9 WP_211555180.1 MBK8687530.1 29.0 155 100 4 82 229 51 202 1.09e-04 40.4 MCG0239154.1 MCG0239154.1 94.6 478 26 0 1 478 1 478 0.0 876 WP_249839557.1 WP_249839557.1 97.2 360 10 0 1 360 1 360 2.66e-256 694 MBI2200351.1 MBI2200351.1 100 189 0 0 1 189 1 189 1.59e-133 370 CAC5421833.1 CAC5421833.1 100 158 0 0 1 158 1 158 1.22e-115 322 MBI1418116.1 MBI1418116.1 97.1 380 11 0 1 380 1 380 1.15e-267 725 WP_236663175.1 WP_236663175.1 93.6 220 14 0 1 220 1 220 2.63e-145 402 MBQ7152318.1 MBQ7152318.1 100 291 0 0 1 291 1 291 2.86e-223 605 WP_136470377.1 WP_136470377.1 98.0 301 6 0 1 301 1 301 1.47e-221 602 WP_002682757.1 WP_002682757.1 97.7 433 10 0 1 433 1 433 1.27e-316 853 XP_025486240.1 XP_025486240.1 98.9 975 11 0 1 975 1 975 0.0 1971 PAW68992.1 PAW68992.1 100 408 0 0 1 408 1 408 3.41e-306 825 PAW68992.1 WP_250015522.1 34.8 396 235 7 2 394 8 383 3.16e-65 211 PAW68992.1 WP_064802002.1 29.6 402 251 12 8 400 11 389 4.38e-40 145 PAW68992.1 WP_210167953.1 28.4 384 231 7 12 390 4 348 7.52e-37 136 MCL6479991.1 MCL6479991.1 100 346 0 0 1 346 1 346 5.43e-267 720 MCL6479991.1 MBP8613265.1 31.9 188 114 5 28 205 186 369 1.56e-17 81.6 MCL6479991.1 WP_010997757.1 27.7 101 63 3 32 129 367 460 6.36e-08 52.4 WP_250850661.1 WP_250850661.1 94.7 206 11 0 1 206 1 206 7.04e-134 372 WP_250850661.1 WP_069156513.1 26.4 174 121 5 8 179 4 172 6.45e-11 58.2 WP_250850661.1 HBG17616.1 38.2 76 45 2 6 79 4 79 4.70e-07 47.8 WP_250850661.1 MBQ5584458.1 26.4 178 111 6 9 169 4 178 2.33e-06 45.1 WP_250850661.1 WP_186723788.1 31.0 87 55 2 39 123 36 119 3.63e-05 41.6 WP_250850661.1 WP_094217606.1 48.0 50 26 0 146 195 532 581 4.29e-04 38.9 WP_282139373.1 WP_282139373.1 100 288 0 0 1 288 1 288 3.19e-214 582 PYK96819.1 PYK96819.1 100 231 0 0 1 231 1 231 1.33e-173 474 PYK96819.1 WP_194543596.1 51.4 251 94 1 1 223 1 251 4.44e-86 254 PYK96819.1 MBQ6275073.1 49.8 229 102 3 1 220 1 225 1.13e-70 220 WP_266179881.1 WP_266179881.1 100 345 0 0 1 345 1 345 7.14e-267 720 WP_266179881.1 WP_223413240.1 84.1 345 55 0 1 345 1 345 1.61e-222 608 WP_266179881.1 WP_138125503.1 43.8 338 181 6 3 335 2 335 4.60e-91 274 WP_266179881.1 WP_069697901.1 44.4 342 178 7 3 337 2 338 3.47e-90 272 WP_266179881.1 EFX2174330.1 38.2 259 154 3 3 258 5 260 8.40e-56 183 WP_266179881.1 RYY73542.1 27.0 178 114 6 66 228 79 255 3.61e-06 46.6 WP_266179881.1 CDE36962.1 30.8 65 45 0 34 98 38 102 1.10e-04 42.0 XP_033980738.1 XP_033980738.1 90.8 652 60 0 1 652 1 652 0.0 1156 WP_028330468.1 WP_028330468.1 100 100 0 0 1 100 1 100 4.30e-68 197 GGT63801.1 GGT63801.1 89.8 687 70 0 1 687 1 687 0.0 1235 GGT63801.1 WP_230519716.1 77.4 337 76 0 345 681 243 579 2.05e-192 555 GGT63801.1 MBQ3380675.1 45.7 258 127 4 428 680 1 250 6.07e-68 221 WP_048428121.1 WP_048428121.1 100 173 0 0 1 173 1 173 1.90e-124 345 WP_157749445.1 WP_157749445.1 98.1 1808 35 0 1 1808 1 1808 0.0 3553 KAF9450340.1 KAF9450340.1 100 312 0 0 1 312 1 312 5.18e-232 629 RHI25825.1 RHI25825.1 100 64 0 0 1 64 1 64 1.73e-44 135 PYO04262.1 PYO04262.1 97.2 497 14 0 1 497 1 497 0.0 984 MZQ82908.1 MZQ82908.1 100 280 0 0 1 280 1 280 4.16e-206 561 WP_278416415.1 WP_278416415.1 100 638 0 0 1 638 1 638 0.0 1303 WP_278416415.1 WP_038580218.1 40.1 666 365 9 4 635 10 675 2.45e-164 484 WP_278416415.1 MBP8718427.1 25.2 159 101 6 322 476 14 158 4.02e-07 50.1 MCP5940157.1 MCP5940157.1 100 80 0 0 1 80 1 80 1.30e-53 159 WP_046233091.1 WP_046233091.1 100 127 0 0 1 127 1 127 1.75e-91 258 WP_099711966.1 WP_099711966.1 100 366 0 0 1 366 1 366 1.07e-274 741 WP_228364598.1 WP_228364598.1 100 141 0 0 1 141 1 141 3.25e-105 294 KAF3190632.1 KAF3190632.1 100 128 0 0 1 128 1 128 2.03e-95 268 GAP55147.1 GAP55147.1 82.1 84 15 0 1 84 1 84 1.04e-45 139 GAP55147.1 VJO49958.1 52.2 67 32 0 7 73 2 68 3.27e-20 81.3 WP_117920451.1 WP_117920451.1 98.7 621 8 0 1 621 1 621 0.0 1271 WP_117920451.1 KKT55671.1 38.1 567 335 6 15 575 22 578 5.79e-132 399 WP_117920451.1 WP_086280341.1 36.9 604 348 18 16 615 12 586 2.79e-107 334 WP_117920451.1 MCJ7594907.1 52.8 250 115 2 370 616 1 250 4.65e-83 259 URN93064.1 URN93064.1 100 249 0 0 1 249 1 249 9.72e-185 504 XP_048379117.1 XP_048379117.1 97.9 568 12 0 1 568 1 568 0.0 1129 XP_048379117.1 KAG1590416.1 43.8 304 166 3 252 555 75 373 7.67e-86 270 XP_048379117.1 XP_029528577.1 34.9 304 188 7 255 555 28 324 5.63e-56 191 XP_048379117.1 RQM16216.1 37.6 295 174 7 257 547 403 691 1.20e-55 199 XP_048379117.1 EYU24504.1 31.1 402 198 12 185 546 125 487 5.11e-49 177 XP_048379117.1 XP_046441060.1 33.3 261 164 5 257 516 61 312 6.65e-38 147 XP_048379117.1 XP_020321477.1 32.6 264 164 6 256 516 52 304 1.82e-37 146 XP_048379117.1 XP_030620685.1 31.7 300 174 9 228 516 74 353 2.03e-35 136 XP_048379117.1 XP_048216280.1 28.6 322 197 9 261 567 24 327 1.36e-32 128 XP_048379117.1 KAH6984898.1 25.8 295 166 6 257 500 24 316 3.20e-24 105 XP_048379117.1 MBF1128433.1 26.8 205 143 3 257 457 10 211 7.30e-15 75.9 XP_048379117.1 WP_106546380.1 27.5 222 138 9 257 458 14 232 8.67e-12 65.9 XP_048379117.1 MBD2210269.1 26.0 231 115 9 230 455 49 228 6.24e-11 63.2 WP_215829554.1 WP_215829554.1 100 166 0 0 1 166 1 166 4.54e-124 344 HIS66173.1 HIS66173.1 100 70 0 0 1 70 1 70 1.92e-46 140 WP_068579097.1 WP_068579097.1 100 294 0 0 1 294 1 294 5.68e-211 574 WP_138524404.1 WP_138524404.1 87.8 246 30 0 1 246 1 246 2.17e-150 417 WP_207040866.1 WP_207040866.1 96.1 839 33 0 1 839 1 839 0.0 1649 XP_023744527.1 XP_023744527.1 96.4 192 7 0 1 192 1 192 4.90e-134 371 WP_149746544.1 WP_149746544.1 100 208 0 0 1 208 1 208 1.20e-160 440 WP_149746544.1 MBU4432787.1 34.4 212 122 5 6 207 10 214 2.85e-35 122 XP_031942702.1 XP_031942702.1 91.8 476 39 0 1 476 1 476 0.0 920 XP_031942702.1 KAF8917914.1 36.8 288 138 9 25 297 31 289 3.47e-55 188 WP_231208164.1 WP_231208164.1 94.5 181 10 0 1 181 1 181 3.08e-118 330 MCF8184263.1 MCF8184263.1 100 35 0 0 1 35 1 35 8.38e-20 73.2 OGK67013.1 OGK67013.1 100 85 0 0 1 85 1 85 4.18e-59 173 MCB9002045.1 MCB9002045.1 100 1145 0 0 1 1145 1 1145 0.0 2401 KAG5628805.1 KAG5628805.1 94.5 421 23 0 1 421 1 421 5.60e-298 805 WP_075347218.1 WP_075347218.1 100 148 0 0 1 148 1 148 8.46e-109 304 WP_075347218.1 WP_108719223.1 61.7 141 54 0 5 145 3 143 1.93e-59 179 HAV5500596.1 HAV5500596.1 100 477 0 0 1 477 1 477 0.0 978 HAV5500596.1 WP_034002239.1 28.1 474 317 5 22 476 27 495 1.29e-58 199 HAV5500596.1 WP_187788315.1 32.1 368 228 9 34 397 18 367 1.39e-45 163 WP_197903834.1 WP_197903834.1 95.5 220 10 0 1 220 1 220 1.10e-162 446 MBV8349295.1 MBV8349295.1 100 367 0 0 1 367 1 367 1.31e-280 756 MBV8349295.1 WP_278266677.1 40.0 335 185 4 33 367 19 337 3.23e-78 246 EBY9237686.1 EBY9237686.1 100 282 0 0 1 282 1 282 1.20e-215 585 MBR7834804.1 MBR7834804.1 95.4 262 12 0 1 262 1 262 3.26e-169 466 MBR7834804.1 WP_276362074.1 39.1 256 136 4 17 255 4 256 1.49e-48 159 MBR7834804.1 WP_279984614.1 30.0 237 158 1 14 242 6 242 6.55e-27 103 MBR7834804.1 CDZ73727.1 30.8 169 100 4 17 182 1 155 4.79e-09 53.9 MBR7834804.1 WP_125260587.1 33.3 90 50 3 158 238 836 924 8.46e-06 45.1 WP_000877275.1 WP_000877275.1 100 529 0 0 1 529 1 529 0.0 1087 WP_000877275.1 RDE30147.1 29.6 233 141 4 293 519 264 479 3.20e-25 107 MBA8802464.1 MBA8802464.1 95.1 203 10 0 1 203 1 203 1.32e-132 369 RPH43036.1 RPH43036.1 100 174 0 0 1 174 1 174 2.12e-117 328 PKL50735.1 PKL50735.1 99.1 1078 10 0 1 1078 1 1078 0.0 2222 PKL50735.1 MBF0233644.1 29.1 633 368 21 461 1068 163 739 1.27e-57 211 PKL50735.1 WP_211114623.1 25.1 550 354 15 535 1062 278 791 1.05e-38 154 PKL50735.1 WP_138482356.1 25.1 398 247 11 680 1052 401 772 8.83e-24 106 PKL50735.1 WP_074911472.1 29.4 221 133 6 862 1062 949 1166 4.26e-16 82.0 PKL50735.1 MBP1530348.1 38.7 119 58 7 950 1062 3 112 9.03e-12 64.3 PKL50735.1 WP_069156513.1 28.2 124 81 4 947 1067 1 119 1.31e-09 58.2 PKL50735.1 EJF06804.1 28.0 125 88 1 950 1072 2 126 2.78e-08 55.1 PKL50735.1 MBQ5584458.1 28.8 118 79 4 951 1067 4 117 3.51e-07 50.8 PKL50735.1 WP_256212307.1 23.7 169 109 3 745 913 21 169 2.20e-06 47.8 ECJ9372216.1 ECJ9372216.1 98.7 994 13 0 1 994 1 994 0.0 2060 ECJ9372216.1 GGB39876.1 57.1 979 416 4 1 977 1 977 0.0 1214 ECJ9372216.1 WP_222637261.1 55.1 977 431 5 1 971 1 975 0.0 1156 MCB9044857.1 MCB9044857.1 100 404 0 0 1 404 1 404 3.25e-302 814 MCB9044857.1 WP_196434573.1 25.4 213 147 5 195 399 149 357 6.60e-13 67.8 CAD1480611.1 CAD1480611.1 100 254 0 0 1 254 1 254 3.69e-196 533 UXX67934.1 UXX67934.1 99.2 7093 57 0 1 7093 1 7093 0.0 14204 UXX67934.1 URQ55824.1 98.2 7093 131 0 1 7093 1 7093 0.0 14191 UXX67934.1 UZO53924.1 98.2 7093 131 0 1 7093 1 7093 0.0 14191 UXX67934.1 UVB16817.1 98.2 7093 130 0 1 7093 1 7093 0.0 14189 UXX67934.1 QVD87869.1 98.0 7093 144 0 1 7093 1 7093 0.0 14162 UXX67934.1 QWC83326.1 98.0 7096 141 1 1 7093 1 7096 0.0 14160 UXX67934.1 WEU87158.1 97.9 7096 143 1 1 7093 1 7096 0.0 14156 UXX67934.1 QSZ25555.1 97.9 7096 145 1 1 7093 1 7096 0.0 14154 UXX67934.1 UMF87224.1 97.9 7093 146 1 1 7093 1 7092 0.0 14153 UXX67934.1 UBP50947.1 97.9 7096 146 1 1 7093 1 7096 0.0 14148 UXX67934.1 UBD95131.1 97.9 7096 148 1 1 7093 1 7096 0.0 14142 UXX67934.1 UEC52718.1 97.8 7096 151 1 1 7093 1 7096 0.0 14136 UXX67934.1 UIR12670.1 97.6 7093 168 1 1 7093 1 7092 0.0 14099 UXX67934.1 QZU16279.1 97.5 7096 172 1 1 7093 1 7096 0.0 14086 UXX67934.1 UPA83906.1 97.4 7093 185 1 1 7093 1 7092 0.0 14058 UXX67934.1 UBR86455.1 97.1 7095 206 1 2 7093 1 7095 0.0 14005 UXX67934.1 UCP72061.1 96.8 7096 223 1 1 7093 1 7096 0.0 13965 UXX67934.1 UCP77012.1 96.7 7096 233 1 1 7093 1 7096 0.0 13943 UXX67934.1 WHE12941.1 96.6 7067 243 0 27 7093 1 7067 0.0 13869 UXX67934.1 UKN67998.1 96.5 7073 247 1 21 7093 1 7072 0.0 13835 UXX67934.1 UGA79226.1 95.7 7096 300 1 1 7093 1 7096 0.0 13783 UXX67934.1 UAQ80067.1 95.3 7096 333 1 1 7093 1 7096 0.0 13694 UXX67934.1 UJT06733.1 94.5 7093 390 1 1 7093 1 7092 0.0 13537 UXX67934.1 UVI10561.1 94.7 7066 375 0 28 7093 1 7066 0.0 13522 UXX67934.1 UOU30556.1 93.1 7093 490 0 1 7093 1 7093 0.0 13304 UXX67934.1 UMA88644.1 91.5 7072 603 1 22 7093 1 7071 0.0 12826 UXX67934.1 WAS49087.1 88.9 7093 786 0 1 7093 1 7093 0.0 12562 UXX67934.1 WGP98278.1 83.6 7096 1159 1 1 7093 1 7096 0.0 11624 UXX67934.1 UPP41269.1 97.5 4398 109 0 1 4398 1 4398 0.0 8726 UXX67934.1 USR14792.1 97.5 4398 109 0 1 4398 1 4398 0.0 8724 UXX67934.1 QXR94354.1 97.4 4398 116 0 1 4398 1 4398 0.0 8710 UXX67934.1 ULA23837.2 97.3 4398 118 1 1 4398 1 4397 0.0 8705 UXX67934.1 QTD03487.1 97.3 4401 118 1 1 4398 1 4401 0.0 8704 UXX67934.1 QTM79632.1 97.3 4398 118 0 1 4398 1 4398 0.0 8703 UXX67934.1 UXH94526.1 97.3 4398 119 1 1 4398 1 4397 0.0 8700 UXX67934.1 QTZ27226.1 97.3 4398 120 0 1 4398 1 4398 0.0 8699 UXX67934.1 UFM00670.1 97.2 4401 121 1 1 4398 1 4401 0.0 8693 UXX67934.1 UEC68750.1 97.2 4401 120 1 1 4398 1 4401 0.0 8693 UXX67934.1 UHM53165.1 97.2 4401 121 1 1 4398 1 4401 0.0 8688 UXX67934.1 UFM02602.1 97.2 4401 121 1 1 4398 1 4401 0.0 8688 UXX67934.1 UBL45068.1 97.2 4401 121 1 1 4398 1 4401 0.0 8685 UXX67934.1 UKU68032.1 97.0 4398 132 1 1 4398 1 4397 0.0 8672 UXX67934.1 UJV88611.1 95.3 4398 204 1 1 4398 1 4397 0.0 8509 UXX67934.1 UJJ97602.1 95.0 4398 217 1 1 4398 1 4397 0.0 8476 UXX67934.1 UJS94137.1 96.3 4293 158 1 106 4398 1 4292 0.0 8394 UXX67934.1 ULB83374.1 94.1 4398 258 1 1 4398 1 4397 0.0 8371 UXX67934.1 UGB98301.1 91.8 4401 359 1 1 4398 1 4401 0.0 8115 UXX67934.1 QRX02582.1 97.1 4098 115 1 1 4095 1 4098 0.0 8074 UXX67934.1 WEI27974.1 92.0 4398 353 0 1 4398 1 4398 0.0 7978 UXX67934.1 UFA30503.1 90.9 4340 392 1 27 4363 1 4340 0.0 7896 UXX67934.1 WGP70063.1 89.9 4369 440 1 1 4366 1 4369 0.0 7844 UXX67934.1 UNI03201.1 88.9 4374 485 1 27 4398 1 4374 0.0 7764 UXX67934.1 UEX07109.1 87.2 4375 555 1 27 4398 1 4375 0.0 7508 UXX67934.1 URP80785.1 83.3 4371 731 0 28 4398 1 4371 0.0 7053 UXX67934.1 UPB00876.1 74.4 4371 1121 0 28 4398 1 4371 0.0 6176 UXX67934.1 UYE49180.1 73.9 4398 1150 0 1 4398 1 4398 0.0 6155 UXX67934.1 WGQ72821.1 64.0 4344 1559 1 26 4366 1 4344 0.0 5040 MBR4318777.1 MBR4318777.1 100 118 0 0 1 118 1 118 2.20e-83 237 WP_189253472.1 WP_189253472.1 96.9 320 10 0 1 320 1 320 2.37e-232 630 XP_001964912.1 XP_001964912.1 100 199 0 0 1 199 1 199 8.47e-152 417 WP_006895514.1 WP_006895514.1 95.0 280 14 0 1 280 1 280 1.21e-189 519 XP_047161348.1 XP_047161348.1 100 337 0 0 1 337 1 337 6.52e-259 699 GFZ13182.1 GFZ13182.1 100 392 0 0 1 392 1 392 2.19e-303 816 MCD4741867.1 MCD4741867.1 100 325 0 0 1 325 1 325 7.16e-241 652 WP_012105291.1 WP_012105291.1 100 106 0 0 1 106 1 106 3.70e-74 213 WP_151428268.1 WP_151428268.1 100 111 0 0 1 111 1 111 1.47e-80 229 MBG4742902.1 MBG4742902.1 100 239 0 0 1 239 1 239 1.55e-176 483 WP_199425576.1 WP_199425576.1 100 271 0 0 1 271 1 271 2.51e-207 563 WP_199425576.1 WP_263858211.1 38.6 246 147 4 21 265 15 257 7.83e-49 160 WP_199425576.1 QQO85492.1 31.4 245 152 6 20 258 14 248 2.94e-25 99.4 WP_199425576.1 WP_279838136.1 26.2 267 166 10 17 271 29 276 1.20e-14 70.5 KAA0555231.1 KAA0555231.1 83.8 630 102 0 1 630 1 630 0.0 1041 KAA0555231.1 WP_098923619.1 33.6 431 263 9 207 630 3 417 1.65e-67 224 KAA0555231.1 WP_262612393.1 29.7 438 277 10 207 630 3 423 5.15e-49 175 KAA0555231.1 OFZ89526.1 28.8 416 265 8 226 630 25 420 1.49e-45 165 KAA0555231.1 KAJ4394429.1 28.0 515 313 13 160 630 12 512 4.44e-45 166 KAA0555231.1 NDI25889.1 32.7 297 179 5 339 626 1 285 5.82e-43 154 KAA0555231.1 MBT3887354.1 30.5 302 205 4 330 630 22 319 1.35e-39 146 KAA0555231.1 WP_033456074.1 29.5 302 198 5 329 630 8 294 1.67e-34 131 WP_250703775.1 WP_250703775.1 100 417 0 0 1 417 1 417 7.53e-319 857 WP_250703775.1 WP_135952734.1 23.7 414 247 15 22 390 25 414 8.98e-16 77.0 WP_190024728.1 WP_190024728.1 70.2 94 28 0 1 94 1 94 8.83e-38 120 EJH9475741.1 EJH9475741.1 100 777 0 0 1 777 1 777 0.0 1603 EJH9475741.1 WP_184698676.1 39.3 779 437 16 13 775 8 766 2.61e-176 523 EJH9475741.1 WP_220281278.1 32.6 757 416 29 46 760 109 813 6.13e-101 328 EJH9475741.1 HCH8663031.1 30.7 756 420 25 50 760 112 808 1.64e-84 284 EJH9475741.1 HAL7851047.1 31.2 677 381 25 126 760 13 646 4.17e-81 271 EJH9475741.1 WP_014942931.1 23.3 695 415 28 76 717 103 732 4.53e-22 100 ACE85434.1 ACE85434.1 100 154 0 0 1 154 1 154 2.80e-110 308 ACE85434.1 HIP46790.1 36.6 142 86 4 9 148 1 140 7.32e-26 95.1 ACE85434.1 EBL5661155.1 27.0 74 54 0 75 148 1 74 2.78e-04 36.6 HAF83917.1 HAF83917.1 100 133 0 0 1 133 1 133 9.16e-99 277 WP_058354136.1 WP_058354136.1 100 192 0 0 1 192 1 192 3.09e-146 402 MCH2591601.1 MCH2591601.1 96.3 245 9 0 1 245 1 245 8.25e-175 479 MCH2591601.1 HHY51372.1 46.8 231 121 2 16 245 19 248 5.30e-74 224 MCH2591601.1 WP_016340583.1 41.7 230 127 2 17 245 6 229 8.00e-61 189 EJV3581946.1 EJV3581946.1 100 123 0 0 1 123 1 123 3.18e-92 260 WP_160893107.1 WP_160893107.1 100 92 0 0 1 92 1 92 7.75e-65 188 WP_058051508.1 WP_058051508.1 100 361 0 0 1 361 1 361 1.05e-258 701 WP_058051508.1 MBE6257848.1 41.2 328 178 6 1 318 2 324 4.98e-74 231 WP_058051508.1 WP_224911464.1 38.7 331 180 5 1 313 2 327 1.36e-56 186 WP_058051508.1 XP_046509038.1 46.0 63 34 0 190 252 945 1007 1.31e-10 61.2 WP_090991509.1 WP_090991509.1 100 114 0 0 1 114 1 114 3.42e-85 241 UDH58358.1 UDH58358.1 100 664 0 0 1 664 1 664 0.0 1324 UDH58358.1 GIR47037.1 44.2 617 315 8 30 631 30 632 3.18e-163 481 UDH58358.1 WP_251758029.1 34.9 636 373 12 4 622 6 617 5.13e-106 333 UDH58358.1 YP_009351723.1 37.4 366 202 6 76 436 17 360 7.59e-59 205 UDH58358.1 MBK3574312.1 36.4 407 233 12 79 470 81 476 2.64e-58 206 UDH58358.1 MBT3784852.1 26.0 177 120 4 239 412 202 370 7.16e-15 76.3 WP_192533765.1 WP_192533765.1 100 222 0 0 1 222 1 222 4.80e-158 434 MBR5151349.1 MBR5151349.1 100 99 0 0 1 99 1 99 1.15e-67 196 UHM53165.1 UHM53165.1 99.1 4405 38 0 1 4405 1 4405 0.0 8981 UHM53165.1 UFM00670.1 99.0 4405 46 0 1 4405 1 4405 0.0 8968 UHM53165.1 UEC68750.1 99.0 4405 46 0 1 4405 1 4405 0.0 8965 UHM53165.1 UFM02602.1 99.0 4405 46 0 1 4405 1 4405 0.0 8962 UHM53165.1 QTD03487.1 98.8 4405 53 0 1 4405 1 4405 0.0 8959 UHM53165.1 UBL45068.1 98.8 4405 52 0 1 4405 1 4405 0.0 8950 UHM53165.1 QXR94354.1 98.8 4405 51 1 1 4405 1 4402 0.0 8948 UHM53165.1 QTM79632.1 98.7 4405 53 1 1 4405 1 4402 0.0 8941 UHM53165.1 QTZ27226.1 98.7 4405 55 1 1 4405 1 4402 0.0 8937 UHM53165.1 ULA23837.2 98.7 4405 54 2 1 4405 1 4401 0.0 8937 UHM53165.1 UPP41269.1 98.7 4405 56 1 1 4405 1 4402 0.0 8936 UHM53165.1 USR14792.1 98.6 4405 57 1 1 4405 1 4402 0.0 8933 UHM53165.1 UXH94526.1 98.7 4405 55 2 1 4405 1 4401 0.0 8932 UHM53165.1 UKU68032.1 98.4 4405 68 2 1 4405 1 4401 0.0 8904 UHM53165.1 QZU16279.1 99.0 4401 43 0 1 4401 1 4401 0.0 8885 UHM53165.1 UBD95131.1 99.0 4401 43 0 1 4401 1 4401 0.0 8884 UHM53165.1 UEC52718.1 98.9 4401 47 0 1 4401 1 4401 0.0 8876 UHM53165.1 QWC83326.1 98.9 4401 50 0 1 4401 1 4401 0.0 8873 UHM53165.1 QSZ25555.1 98.8 4401 52 0 1 4401 1 4401 0.0 8871 UHM53165.1 WEU87158.1 98.8 4401 52 0 1 4401 1 4401 0.0 8868 UHM53165.1 UBP50947.1 98.8 4401 53 0 1 4401 1 4401 0.0 8866 UHM53165.1 QVD87869.1 98.8 4401 52 1 1 4401 1 4398 0.0 8857 UHM53165.1 UIR12670.1 98.7 4401 52 2 1 4401 1 4397 0.0 8854 UHM53165.1 UZO53924.1 98.7 4401 54 1 1 4401 1 4398 0.0 8853 UHM53165.1 URQ55824.1 98.7 4401 55 1 1 4401 1 4398 0.0 8851 UHM53165.1 UVB16817.1 98.7 4401 54 1 1 4401 1 4398 0.0 8850 UHM53165.1 UPA83906.1 98.6 4401 56 2 1 4401 1 4397 0.0 8844 UHM53165.1 UMF87224.1 98.6 4401 57 2 1 4401 1 4397 0.0 8841 UHM53165.1 UKN67998.1 98.7 4381 53 2 21 4401 1 4377 0.0 8813 UHM53165.1 UBR86455.1 97.8 4400 98 0 2 4401 1 4400 0.0 8754 UHM53165.1 UJV88611.1 96.7 4405 140 2 1 4405 1 4401 0.0 8740 UHM53165.1 UJJ97602.1 96.4 4405 153 2 1 4405 1 4401 0.0 8707 UHM53165.1 UCP72061.1 97.3 4401 119 0 1 4401 1 4401 0.0 8701 UHM53165.1 UAQ80067.1 97.2 4401 125 0 1 4401 1 4401 0.0 8692 UHM53165.1 UCP77012.1 97.1 4401 126 0 1 4401 1 4401 0.0 8689 UHM53165.1 UXX67934.1 97.2 4401 121 1 1 4401 1 4398 0.0 8688 UHM53165.1 UOU30556.1 96.8 4401 140 1 1 4401 1 4398 0.0 8643 UHM53165.1 UJS94137.1 97.7 4300 94 2 106 4405 1 4296 0.0 8622 UHM53165.1 ULB83374.1 95.5 4405 194 2 1 4405 1 4401 0.0 8603 UHM53165.1 UGA79226.1 96.3 4401 161 0 1 4401 1 4401 0.0 8601 UHM53165.1 WHE12941.1 96.2 4375 165 1 27 4401 1 4372 0.0 8530 UHM53165.1 UVI10561.1 95.1 4374 212 1 28 4401 1 4371 0.0 8415 UHM53165.1 UGB98301.1 93.5 4405 285 0 1 4405 1 4405 0.0 8383 UHM53165.1 QRX02582.1 98.8 4098 50 0 1 4098 1 4098 0.0 8315 UHM53165.1 UJT06733.1 93.0 4401 302 2 1 4401 1 4397 0.0 8215 UHM53165.1 UFA30503.1 92.6 4340 319 0 27 4366 1 4340 0.0 8153 UHM53165.1 WGP70063.1 91.4 4369 374 0 1 4369 1 4369 0.0 8089 UHM53165.1 UMA88644.1 91.4 4380 373 2 22 4401 1 4376 0.0 8027 UHM53165.1 UNI03201.1 90.5 4379 415 1 27 4405 1 4378 0.0 8014 UHM53165.1 WEI27974.1 90.3 4405 426 1 1 4405 1 4402 0.0 7985 UHM53165.1 UEX07109.1 87.1 4379 563 0 27 4405 1 4379 0.0 7660 UHM53165.1 WGP98278.1 88.1 4364 521 0 1 4364 1 4364 0.0 7629 UHM53165.1 WAS49087.1 83.8 4401 711 1 1 4401 1 4398 0.0 7196 UHM53165.1 URP80785.1 81.6 4378 802 1 28 4405 1 4375 0.0 7069 UHM53165.1 UPB00876.1 75.6 4378 1065 1 28 4405 1 4375 0.0 6377 UHM53165.1 UYE49180.1 75.3 4405 1083 1 1 4405 1 4402 0.0 6346 UHM53165.1 WGQ72821.1 65.7 4344 1491 0 26 4369 1 4344 0.0 5262 WP_007747506.1 WP_007747506.1 100 544 0 0 1 544 1 544 0.0 1097 WP_007747506.1 WP_149886053.1 26.6 575 329 26 1 544 1 513 1.92e-29 120 MBN4480386.1 MBN4480386.1 100 19 0 0 1 19 1 19 9.50e-09 42.0 WP_073952834.1 WP_073952834.1 95.7 508 22 0 1 508 1 508 0.0 997 WP_247749043.1 WP_247749043.1 100 603 0 0 1 603 1 603 0.0 1198 WP_247749043.1 WP_060613079.1 40.8 240 138 2 359 598 344 579 8.57e-53 188 WP_247749043.1 WP_011512097.1 35.0 331 206 5 269 598 258 580 6.06e-50 181 WP_247749043.1 WP_195238978.1 27.7 553 333 20 76 598 205 720 2.15e-38 149 WP_247749043.1 MBQ8297564.1 31.8 267 172 6 337 601 314 572 3.79e-36 141 WP_247749043.1 KAI9191373.1 32.9 243 137 4 359 600 397 614 1.49e-34 138 WP_247749043.1 NFD84694.1 29.1 320 212 5 282 594 443 754 1.60e-34 137 WP_247749043.1 WP_038440434.1 30.3 274 176 7 328 598 308 569 3.64e-29 120 WP_247749043.1 WAY96880.1 33.0 194 123 3 377 570 8 194 2.35e-27 107 WP_247749043.1 OAN53756.1 31.8 217 126 7 376 579 29 236 8.00e-25 102 WP_247749043.1 WP_278489123.1 30.6 235 139 6 364 587 15 236 6.75e-23 97.4 WP_247749043.1 WP_098952357.1 32.4 216 133 8 371 579 28 237 8.78e-21 92.0 WP_247749043.1 KAJ2660037.1 26.3 247 173 4 352 596 1804 2043 2.41e-20 94.4 WP_247749043.1 MXP43753.1 29.1 227 141 7 370 584 26 244 4.89e-20 88.6 WP_247749043.1 WP_192324556.1 32.1 218 131 7 371 579 342 551 8.19e-19 88.6 WP_247749043.1 WP_041481207.1 23.8 412 273 12 171 570 162 544 2.07e-18 87.0 WP_247749043.1 WP_029347391.1 31.2 218 129 7 371 576 18 226 7.37e-18 82.0 WP_247749043.1 WP_227059655.1 27.0 281 164 11 332 585 290 556 4.16e-17 83.2 WP_247749043.1 WP_089246429.1 32.9 225 136 9 373 588 19 237 4.20e-17 82.8 WP_247749043.1 NNE23115.1 30.4 224 137 8 368 587 15 223 9.12e-17 80.5 WP_247749043.1 WP_192500494.1 31.4 210 127 6 371 577 15 210 2.24e-16 78.6 WP_247749043.1 WP_142931103.1 27.2 228 134 8 363 577 265 473 4.62e-16 79.3 WP_247749043.1 WP_152652784.1 25.8 221 145 8 370 585 17 223 5.79e-16 77.4 WP_247749043.1 EHR6291555.1 29.1 227 142 9 365 586 14 226 7.20e-14 72.8 WP_247749043.1 WP_150396769.1 29.6 216 136 8 371 579 37 243 1.48e-13 71.6 WP_247749043.1 MCH4209672.1 29.0 183 107 7 387 568 411 571 4.96e-09 57.4 WP_247749043.1 WP_014657023.1 27.1 218 125 8 388 592 33 229 5.97e-09 57.0 WP_247749043.1 CDZ73727.1 27.8 158 96 3 374 531 17 156 8.89e-08 52.0 WP_247749043.1 WP_089095302.1 26.7 161 92 7 374 531 330 467 2.62e-05 45.4 WP_247749043.1 MBO5162475.1 28.6 91 63 2 498 586 394 484 8.65e-04 40.4 WP_131001993.1 WP_131001993.1 95.7 322 14 0 1 322 1 322 1.35e-223 608 WP_131001993.1 MCL2039304.1 32.0 281 171 5 11 276 7 282 5.21e-36 130 WP_131001993.1 MBE6139600.1 26.1 284 196 5 13 289 465 741 5.85e-29 115 WP_131001993.1 SCX00186.1 24.8 282 181 9 40 291 46 326 8.79e-19 84.0 MBQ2865526.1 MBQ2865526.1 100 184 0 0 1 184 1 184 7.62e-134 370 CCZ48101.1 CCZ48101.1 100 344 0 0 1 344 1 344 8.99e-265 714 WP_088644037.1 WP_088644037.1 95.3 467 22 0 1 467 1 467 2.15e-307 833 WP_088644037.1 MBO8233644.1 22.4 237 147 9 203 420 152 370 8.37e-07 49.3 KAI8569196.1 KAI8569196.1 100 274 0 0 1 274 1 274 1.91e-208 566 KAI8569196.1 TEA36026.1 55.3 255 107 4 14 266 71 320 3.74e-99 292 RLB66027.1 RLB66027.1 99.0 526 5 0 1 526 1 526 0.0 1072 RLB66027.1 WP_167959909.1 29.3 508 326 9 33 513 34 535 1.15e-60 207 RLB66027.1 NDJ88951.1 28.5 537 336 19 1 505 3 523 9.94e-44 161 RLB66027.1 WP_112119927.1 24.4 488 317 13 34 516 28 468 2.33e-41 153 RLB66027.1 WP_254101325.1 24.1 547 372 18 4 513 76 616 1.54e-27 115 RLB66027.1 WP_200941876.1 25.2 477 258 21 31 433 73 524 7.52e-18 85.1 RLB66027.1 MCC5948066.1 23.3 576 346 29 1 517 91 629 1.96e-10 61.6 RLB66027.1 PYB13830.1 24.2 281 187 7 170 442 3336 3598 2.88e-10 61.6 WP_030245666.1 WP_030245666.1 94.5 182 10 0 1 182 1 182 9.52e-118 329 NCY12679.1 NCY12679.1 97.3 376 10 0 1 376 1 376 2.01e-275 744 WP_277588386.1 WP_277588386.1 94.6 741 40 0 1 741 1 741 0.0 1457 WP_191131110.1 WP_191131110.1 100 372 0 0 1 372 1 372 2.09e-275 744 WP_191131110.1 WP_232306300.1 26.4 276 154 11 104 358 833 1080 1.08e-09 58.5 XP_031903815.1 XP_031903815.1 100 268 0 0 1 268 1 268 4.84e-199 542 WP_230340254.1 WP_230340254.1 100 286 0 0 1 286 1 286 3.18e-213 579 WP_234278623.1 WP_234278623.1 100 337 0 0 1 337 1 337 1.54e-257 696 MCH9811988.1 MCH9811988.1 100 488 0 0 1 488 1 488 0.0 1008 WP_097346712.1 WP_097346712.1 89.4 660 70 0 1 660 1 660 0.0 1132 WP_097346712.1 WP_158131988.1 59.6 656 263 2 4 657 2 657 2.58e-259 727 WP_097346712.1 AGL88086.1 30.8 276 177 5 384 659 23 284 1.19e-29 117 WP_097346712.1 AHK46784.1 31.3 297 182 6 379 657 27 319 1.03e-28 115 WP_097346712.1 WP_249991478.1 30.3 274 176 9 390 655 58 324 2.54e-27 111 WP_097346712.1 PPR79666.1 27.8 273 195 2 390 660 64 336 4.49e-26 108 WP_097346712.1 EIU6828535.1 30.0 273 183 3 389 657 51 319 1.02e-20 92.0 WP_097346712.1 MCH3978367.1 27.0 281 189 7 59 327 52 328 3.80e-20 90.5 WP_097346712.1 EAP5059555.1 28.1 281 183 9 390 658 82 355 5.36e-20 90.5 MCB9527501.1 MCB9527501.1 89.4 179 19 0 1 179 1 179 1.43e-112 318 MCB9527501.1 SED04027.1 37.2 199 118 4 2 196 3 198 2.81e-35 122 MCB9527501.1 WP_195473821.1 35.7 143 88 1 11 149 31 173 2.34e-24 94.0 QQE66073.1 QQE66073.1 100 85 0 0 1 85 1 85 1.46e-59 174 WP_123608797.1 WP_123608797.1 100 264 0 0 1 264 1 264 9.77e-197 536 WP_161258623.1 WP_161258623.1 96.5 575 20 0 1 575 1 575 0.0 1110 WP_161258623.1 WP_255187010.1 47.1 227 114 3 301 523 150 374 3.54e-55 195 WP_161258623.1 WP_195397250.1 40.7 258 145 4 272 524 134 388 1.96e-49 179 WP_161258623.1 MBQ2017527.1 42.9 112 62 2 298 409 139 248 1.43e-20 89.7 WP_161258623.1 RCI04718.1 37.1 105 66 0 302 406 260 364 1.52e-18 85.9 WP_161258623.1 WP_173283317.1 35.8 67 33 2 342 407 46 103 6.35e-04 40.4 OAD54734.1 OAD54734.1 100 619 0 0 1 619 1 619 0.0 1271 PIW09420.1 PIW09420.1 90.0 462 46 0 1 462 1 462 6.92e-283 770 KKU20154.1 KKU20154.1 91.8 147 12 0 1 147 1 147 4.31e-88 251 MCF7871960.1 MCF7871960.1 93.7 191 12 0 1 191 1 191 1.20e-129 360 MCF7871960.1 KAF4306879.1 38.3 175 106 2 18 191 76 249 4.49e-37 127 WP_230693348.1 WP_230693348.1 100 108 0 0 1 108 1 108 4.63e-78 223 WP_230693348.1 OYU97658.1 63.9 108 39 0 1 108 1 108 4.56e-51 155 WP_238874073.1 WP_238874073.1 100 353 0 0 1 353 1 353 2.19e-256 694 WP_238874073.1 WP_098515742.1 44.9 49 27 0 15 63 1 49 3.87e-05 43.1 XP_014030939.2 XP_014030939.2 96.4 2004 73 0 1 2004 1 2004 0.0 4016 XP_014030939.2 XP_022242849.1 25.6 351 184 13 791 1073 556 897 1.05e-17 88.2 MBN8497621.1 MBN8497621.1 100 267 0 0 1 267 1 267 5.86e-195 531 HBR1243745.1 HBR1243745.1 100 548 0 0 1 548 1 548 0.0 1135 HBR1243745.1 WP_064060986.1 36.2 406 222 11 61 447 47 434 8.39e-64 217 UFM00670.1 UFM00670.1 99.1 4405 38 0 1 4405 1 4405 0.0 8988 UFM00670.1 UEC68750.1 99.0 4405 46 0 1 4405 1 4405 0.0 8970 UFM00670.1 UHM53165.1 99.0 4405 46 0 1 4405 1 4405 0.0 8968 UFM00670.1 UFM02602.1 99.0 4405 46 0 1 4405 1 4405 0.0 8967 UFM00670.1 QTD03487.1 98.8 4405 53 0 1 4405 1 4405 0.0 8964 UFM00670.1 UBL45068.1 98.8 4405 52 0 1 4405 1 4405 0.0 8955 UFM00670.1 QXR94354.1 98.8 4405 51 1 1 4405 1 4402 0.0 8953 UFM00670.1 QTM79632.1 98.7 4405 53 1 1 4405 1 4402 0.0 8946 UFM00670.1 QTZ27226.1 98.7 4405 55 1 1 4405 1 4402 0.0 8942 UFM00670.1 ULA23837.2 98.7 4405 54 2 1 4405 1 4401 0.0 8942 UFM00670.1 UPP41269.1 98.7 4405 56 1 1 4405 1 4402 0.0 8941 UFM00670.1 USR14792.1 98.6 4405 57 1 1 4405 1 4402 0.0 8938 UFM00670.1 UXH94526.1 98.7 4405 55 2 1 4405 1 4401 0.0 8937 UFM00670.1 UKU68032.1 98.4 4405 68 2 1 4405 1 4401 0.0 8909 UFM00670.1 QZU16279.1 99.0 4401 43 0 1 4401 1 4401 0.0 8890 UFM00670.1 UBD95131.1 99.0 4401 43 0 1 4401 1 4401 0.0 8889 UFM00670.1 UEC52718.1 98.9 4401 47 0 1 4401 1 4401 0.0 8881 UFM00670.1 QWC83326.1 98.9 4401 50 0 1 4401 1 4401 0.0 8878 UFM00670.1 QSZ25555.1 98.8 4401 52 0 1 4401 1 4401 0.0 8876 UFM00670.1 WEU87158.1 98.8 4401 52 0 1 4401 1 4401 0.0 8873 UFM00670.1 UBP50947.1 98.8 4401 53 0 1 4401 1 4401 0.0 8871 UFM00670.1 QVD87869.1 98.8 4401 52 1 1 4401 1 4398 0.0 8862 UFM00670.1 UIR12670.1 98.7 4401 52 2 1 4401 1 4397 0.0 8859 UFM00670.1 UZO53924.1 98.7 4401 54 1 1 4401 1 4398 0.0 8858 UFM00670.1 URQ55824.1 98.7 4401 55 1 1 4401 1 4398 0.0 8856 UFM00670.1 UVB16817.1 98.7 4401 54 1 1 4401 1 4398 0.0 8855 UFM00670.1 UPA83906.1 98.6 4401 56 2 1 4401 1 4397 0.0 8849 UFM00670.1 UMF87224.1 98.6 4401 57 2 1 4401 1 4397 0.0 8846 UFM00670.1 UKN67998.1 98.7 4381 53 2 21 4401 1 4377 0.0 8818 UFM00670.1 UBR86455.1 97.8 4400 98 0 2 4401 1 4400 0.0 8759 UFM00670.1 UCP72061.1 97.3 4401 119 0 1 4401 1 4401 0.0 8706 UFM00670.1 UAQ80067.1 97.2 4401 125 0 1 4401 1 4401 0.0 8697 UFM00670.1 UJV88611.1 96.7 4405 140 2 1 4405 1 4401 0.0 8695 UFM00670.1 UCP77012.1 97.1 4401 126 0 1 4401 1 4401 0.0 8694 UFM00670.1 UXX67934.1 97.2 4401 121 1 1 4401 1 4398 0.0 8693 UFM00670.1 UJJ97602.1 96.4 4405 153 2 1 4405 1 4401 0.0 8662 UFM00670.1 UOU30556.1 96.8 4401 140 1 1 4401 1 4398 0.0 8648 UFM00670.1 UJS94137.1 97.7 4300 94 2 106 4405 1 4296 0.0 8627 UFM00670.1 UGA79226.1 96.3 4401 161 0 1 4401 1 4401 0.0 8606 UFM00670.1 ULB83374.1 95.5 4405 194 2 1 4405 1 4401 0.0 8558 UFM00670.1 WHE12941.1 96.2 4375 165 1 27 4401 1 4372 0.0 8535 UFM00670.1 UVI10561.1 95.1 4374 212 1 28 4401 1 4371 0.0 8420 UFM00670.1 UGB98301.1 93.5 4405 285 0 1 4405 1 4405 0.0 8388 UFM00670.1 QRX02582.1 98.8 4098 50 0 1 4098 1 4098 0.0 8320 UFM00670.1 UJT06733.1 93.0 4401 302 2 1 4401 1 4397 0.0 8220 UFM00670.1 UFA30503.1 92.6 4340 319 0 27 4366 1 4340 0.0 8158 UFM00670.1 WGP70063.1 91.5 4369 372 0 1 4369 1 4369 0.0 8097 UFM00670.1 UMA88644.1 91.4 4380 373 2 22 4401 1 4376 0.0 8032 UFM00670.1 UNI03201.1 90.5 4379 415 1 27 4405 1 4378 0.0 8019 UFM00670.1 WEI27974.1 90.3 4405 426 1 1 4405 1 4402 0.0 7990 UFM00670.1 UEX07109.1 87.1 4379 563 0 27 4405 1 4379 0.0 7665 UFM00670.1 WGP98278.1 88.1 4364 521 0 1 4364 1 4364 0.0 7634 UFM00670.1 WAS49087.1 83.8 4401 711 1 1 4401 1 4398 0.0 7201 UFM00670.1 URP80785.1 81.6 4378 801 1 28 4405 1 4375 0.0 7078 UFM00670.1 UPB00876.1 75.6 4378 1065 1 28 4405 1 4375 0.0 6382 UFM00670.1 UYE49180.1 75.3 4405 1083 1 1 4405 1 4402 0.0 6349 UFM00670.1 WGQ72821.1 65.7 4344 1490 0 26 4369 1 4344 0.0 5267 ONC03263.1 ONC03263.1 100 35 0 0 1 35 1 35 1.16e-19 70.5 VHX55998.1 VHX55998.1 100 46 0 0 1 46 1 46 2.19e-26 88.2 WP_189355971.1 WP_189355971.1 83.9 492 79 0 1 492 1 492 1.52e-292 797 NWW81056.1 NWW81056.1 100 79 0 0 1 79 1 79 4.36e-56 165 WP_173213591.1 WP_173213591.1 94.5 289 16 0 1 289 1 289 3.12e-201 549 WP_232180661.1 WP_232180661.1 100 558 0 0 1 558 1 558 0.0 1103 WP_232180661.1 WP_122013538.1 33.3 573 362 7 1 558 1 568 6.88e-104 322 WP_232180661.1 WP_070188258.1 26.1 591 383 10 1 551 1 577 1.80e-59 206 TVP67793.1 TVP67793.1 100 404 0 0 1 404 1 404 1.57e-309 833 TVP67793.1 WP_130670507.1 40.4 384 219 5 21 401 15 391 2.48e-92 281 TVP67793.1 WP_271272236.1 40.2 381 223 5 21 399 5 382 3.27e-87 268 TVP67793.1 WP_224014827.1 39.3 387 230 4 16 401 6 388 1.07e-86 267 TVP67793.1 MCB0793211.1 37.9 377 232 2 23 398 12 387 8.48e-85 262 TVP67793.1 EMD83093.1 33.9 401 222 11 27 392 42 434 1.60e-61 203 WP_065881511.1 WP_065881511.1 100 302 0 0 1 302 1 302 7.87e-222 602 WP_274285032.1 WP_274285032.1 97.9 474 10 0 1 474 1 474 0.0 880 WP_274285032.1 WP_138289979.1 47.2 466 240 2 15 474 3 468 1.82e-155 453 NDH21517.1 NDH21517.1 100 257 0 0 1 257 1 257 5.02e-191 521 NDH21517.1 MBC2704089.1 38.1 226 138 2 32 257 548 771 6.24e-50 173 NDH21517.1 MBD8893743.1 35.5 200 115 6 46 237 447 640 1.33e-28 112 PTB82517.1 PTB82517.1 100 192 0 0 1 192 1 192 2.17e-146 402 KAA0114277.1 KAA0114277.1 98.7 922 12 0 1 922 1 922 0.0 1823 KAA0114277.1 MBE6688122.1 49.2 906 414 12 35 915 4 888 8.52e-288 818 KAA0114277.1 WP_278631399.1 38.7 895 492 16 35 914 4 856 2.25e-193 575 KAA0114277.1 WP_235126772.1 36.9 887 505 19 50 909 14 872 1.57e-159 488 KAA0114277.1 XP_009147075.2 34.7 1007 510 23 50 913 134 1135 6.51e-156 487 KAA0114277.1 MBE5737882.1 33.1 916 537 21 34 919 3 872 6.16e-141 440 KAA0114277.1 KAF5671546.1 29.8 956 563 27 47 909 171 1111 1.28e-95 326 KAA0114277.1 WP_049009918.1 28.5 906 555 26 42 916 57 900 3.12e-95 318 KAA0114277.1 WP_019100427.1 29.6 773 472 18 38 775 36 771 1.07e-86 295 KAA0114277.1 KAJ6994162.1 30.3 729 424 20 40 748 22 686 3.48e-79 275 KAA0114277.1 MBY0273331.1 27.8 654 372 24 132 760 59 637 2.81e-41 161 KAA0114277.1 MBI6149093.1 27.6 301 189 8 111 401 236 517 3.83e-20 94.4 KAA0114277.1 WP_074319120.1 32.0 175 88 3 544 718 562 705 4.77e-17 84.3 KAA0114277.1 HCT06136.1 26.4 239 159 6 133 369 237 460 1.08e-11 67.0 WP_280691874.1 WP_280691874.1 100 285 0 0 1 285 1 285 6.13e-206 561 ETO00561.1 ETO00561.1 89.6 173 18 0 1 173 1 173 3.76e-106 299 WP_248222673.1 WP_248222673.1 95.2 498 24 0 1 498 1 498 0.0 982 WP_105466370.1 WP_105466370.1 100 92 0 0 1 92 1 92 6.38e-64 186 KIY45866.1 KIY45866.1 96.4 280 10 0 1 280 1 280 9.39e-203 552 MBJ6738874.1 MBJ6738874.1 100 146 0 0 1 146 1 146 5.74e-97 274 PJQ02245.1 PJQ02245.1 100 650 0 0 1 650 1 650 0.0 1317 PJQ02245.1 EAL1671435.1 69.4 408 119 3 243 650 1 402 2.82e-198 561 PJQ02245.1 EJA9392162.1 88.4 267 31 0 209 475 1 267 8.79e-177 501 PJQ02245.1 EFS8130303.1 33.9 434 271 8 49 478 40 461 1.24e-69 232 PJQ02245.1 ECP6736894.1 31.5 314 202 6 47 357 38 341 1.58e-40 149 PJQ02245.1 EJO8252676.1 61.2 121 43 2 474 594 1 117 1.18e-38 137 PJQ02245.1 WP_181244664.1 35.9 92 54 2 224 313 180 268 1.12e-05 46.2 WP_072932559.1 WP_072932559.1 100 736 0 0 1 736 1 736 0.0 1554 WP_182072700.1 WP_182072700.1 100 261 0 0 1 261 1 261 1.56e-196 535 MCG7868091.1 MCG7868091.1 100 513 0 0 1 513 1 513 0.0 1044 MCL2931045.1 MCL2931045.1 100 72 0 0 1 72 1 72 9.36e-48 144 UKI46111.1 UKI46111.1 100 283 0 0 1 283 1 283 5.70e-210 571 MCR5635645.1 MCR5635645.1 100 284 0 0 1 284 1 284 2.15e-210 572 WP_061905238.1 WP_061905238.1 98.2 622 11 0 1 622 1 622 0.0 1197 WP_061905238.1 HBY86896.1 60.5 367 139 2 1 362 1 366 1.47e-153 445 WP_061905238.1 WP_134885491.1 31.2 571 338 11 20 564 6 547 9.65e-80 261 WP_152835594.1 WP_152835594.1 100 218 0 0 1 218 1 218 3.53e-158 434 BAY23582.1 BAY23582.1 100 457 0 0 1 457 1 457 0.0 926 BAY23582.1 WP_066841281.1 55.3 416 167 4 34 444 1 402 7.34e-155 443 BAY23582.1 WP_271116088.1 48.7 429 168 7 34 444 1 395 2.27e-139 404 BAY23582.1 MCU0947041.1 45.3 430 192 13 34 444 1 406 1.28e-109 328 WP_218685492.1 WP_218685492.1 100 515 0 0 1 515 1 515 0.0 1067 KAE8354616.1 KAE8354616.1 97.8 1188 26 0 1 1188 1 1188 0.0 2380 RRJ17109.1 RRJ17109.1 100 206 0 0 1 206 1 206 7.48e-154 422 WP_189232804.1 WP_189232804.1 87.5 271 34 0 1 271 1 271 8.26e-172 473 WP_156009076.1 WP_156009076.1 100 1209 0 0 1 1209 1 1209 0.0 2514 WP_156009076.1 WP_070770047.1 62.9 1192 432 5 1 1189 1 1185 0.0 1568 WP_156009076.1 WP_012573472.1 48.6 1176 581 11 8 1173 14 1176 0.0 1134 WP_156009076.1 NJD91181.1 42.7 1128 598 12 84 1183 2 1109 2.50e-317 913 WP_156009076.1 MBE6348968.1 40.9 694 381 13 493 1173 5 682 8.45e-173 525 XP_030718790.1 XP_030718790.1 92.9 238 17 0 1 238 1 238 8.58e-169 463 WP_153276888.1 WP_153276888.1 100 130 0 0 1 130 1 130 5.79e-96 270 WP_153276888.1 WP_054377321.1 69.6 46 14 0 85 130 1 46 1.04e-17 72.0 WP_082500294.1 WP_082500294.1 98.3 423 7 0 1 423 1 423 3.95e-299 808 WP_082500294.1 WP_249893756.1 31.5 314 174 11 1 276 1 311 1.62e-28 114 MCG5061674.1 MCG5061674.1 98.0 613 12 0 1 613 1 613 0.0 1217 MCB1857105.1 MCB1857105.1 91.9 209 17 0 1 209 1 209 3.22e-136 378 MCB1857105.1 WP_012506875.1 52.7 184 79 4 11 187 15 197 1.87e-51 163 MCB1857105.1 WP_236663175.1 37.7 204 99 5 8 187 11 210 1.83e-20 84.0 WP_069748396.1 WP_069748396.1 100 281 0 0 1 281 1 281 9.45e-208 565 KAH8986285.1 KAH8986285.1 100 184 0 0 1 184 1 184 8.55e-131 362 AJV50090.1 AJV50090.1 100 167 0 0 1 167 1 167 1.64e-122 340 KPL24525.1 KPL24525.1 91.4 151 13 0 1 151 1 151 1.68e-96 273 KPL24525.1 EEZ61636.1 45.5 156 76 3 3 149 11 166 9.02e-36 120 EDO26407.1 EDO26407.1 100 295 0 0 1 295 1 295 1.73e-201 550 TEB04530.1 TEB04530.1 100 30 0 0 1 30 1 30 2.80e-16 61.6 KFR16735.1 KFR16735.1 94.1 1100 65 0 1 1100 1 1100 0.0 2115 WP_194957532.1 WP_194957532.1 98.9 803 9 0 1 803 1 803 0.0 1645 WP_194957532.1 XP_053592881.1 34.1 787 386 20 6 717 45 773 4.19e-127 400 WP_194957532.1 WP_123159424.1 23.5 826 433 27 12 719 27 771 2.33e-31 130 WP_194957532.1 WP_081224968.1 23.3 817 452 27 11 721 26 773 4.52e-29 122 WP_194957532.1 MCL6457358.1 21.2 848 459 30 16 738 21 784 5.67e-27 116 WP_194957532.1 SCL13606.1 21.8 876 409 30 8 735 62 809 1.34e-19 92.4 WP_194957532.1 MSZ29533.1 21.0 838 479 38 16 738 22 791 3.34e-14 75.1 KAE8322051.1 KAE8322051.1 100 359 0 0 1 359 1 359 1.99e-271 733 KAE8322051.1 WP_283277237.1 37.5 376 189 12 6 359 11 362 7.07e-64 206 KAE8322051.1 KAI7428497.1 36.6 363 194 12 9 355 14 356 6.71e-56 188 KAE8322051.1 HJC40183.1 37.2 333 156 12 8 314 4 309 3.54e-52 174 KAE8322051.1 MBI2682423.1 29.8 400 186 11 9 321 32 423 1.39e-37 139 KAG8246189.1 KAG8246189.1 100 321 0 0 1 321 1 321 8.42e-247 667 WP_262401812.1 WP_262401812.1 93.7 158 10 0 1 158 1 158 2.87e-105 296 WP_262401812.1 WP_042650033.1 34.4 157 99 3 2 155 91 246 4.13e-19 79.3 ACH90072.1 ACH90072.1 100 380 0 0 1 380 1 380 5.24e-289 779 ACH90072.1 AFJ09957.1 92.9 352 25 0 29 380 1 352 9.24e-250 681 ACH90072.1 ACY29573.1 91.8 352 29 0 29 380 1 352 2.70e-245 671 ACH90072.1 AFV39595.1 88.5 373 42 1 9 380 33 405 7.65e-245 691 ACH90072.1 BAO23243.1 93.0 343 24 0 29 371 1 343 1.40e-243 662 ACH90072.1 BAO11608.1 92.6 339 25 0 29 367 1 339 2.32e-241 657 ACH90072.1 QWY38042.1 89.8 352 36 0 29 380 1 352 1.12e-240 657 ACH90072.1 AVA00513.1 90.0 339 34 0 29 367 1 339 5.83e-235 640 ACH90072.1 AOW36968.1 89.5 333 35 0 45 377 1 333 1.42e-229 627 ACH90072.1 AOW33101.1 92.1 318 25 0 45 362 1 318 5.83e-223 609 ACH90072.1 ARR91819.1 85.0 307 45 1 29 334 1 307 1.30e-191 530 ACH90072.1 ACV16867.1 95.3 253 12 0 128 380 1 253 3.15e-179 498 ACH90072.1 ADB27070.1 93.8 210 13 0 165 374 1 210 4.61e-145 408 ACH90072.1 ABJ92889.1 76.0 96 23 0 32 127 1 96 3.41e-48 157 XP_032734223.1 XP_032734223.1 96.1 980 38 0 1 980 1 980 0.0 1932 ROW07476.1 ROW07476.1 92.9 910 65 0 1 910 1 910 0.0 1663 WP_242908489.1 WP_242908489.1 100 296 0 0 1 296 1 296 8.43e-214 582 WP_071489953.1 WP_071489953.1 100 335 0 0 1 335 1 335 3.29e-242 657 WP_071489953.1 EDX1137207.1 65.2 336 116 1 1 335 1 336 1.58e-157 442 KRZ86866.1 KRZ86866.1 100 73 0 0 1 73 1 73 1.73e-48 145 BBN52434.1 BBN52434.1 100 271 0 0 1 271 1 271 1.30e-209 569 HIU98185.1 HIU98185.1 97.1 513 15 0 1 513 1 513 0.0 1043 HIU98185.1 WP_065809357.1 24.9 490 309 16 5 471 6 459 4.10e-27 112 BAO11608.1 BAO11608.1 100 339 0 0 1 339 1 339 1.08e-258 699 BAO11608.1 AFJ09957.1 94.4 339 19 0 1 339 1 339 1.09e-244 666 BAO11608.1 BAO23243.1 93.5 339 22 0 1 339 1 339 3.83e-244 662 BAO11608.1 ACH90072.1 92.6 339 25 0 1 339 29 367 2.07e-241 657 BAO11608.1 ACY29573.1 92.6 339 25 0 1 339 1 339 2.62e-239 654 BAO11608.1 AVA00513.1 90.3 339 33 0 1 339 1 339 1.68e-237 645 BAO11608.1 QWY38042.1 91.2 339 30 0 1 339 1 339 1.33e-235 643 BAO11608.1 AFV39595.1 92.0 339 27 0 1 339 54 392 6.25e-234 661 BAO11608.1 AOW36968.1 88.9 323 36 0 17 339 1 323 2.84e-223 609 BAO11608.1 AOW33101.1 92.1 318 25 0 17 334 1 318 4.66e-223 608 BAO11608.1 ARR91819.1 86.0 307 42 1 1 306 1 307 1.59e-193 533 BAO11608.1 ACV16867.1 95.0 240 12 0 100 339 1 240 1.31e-172 479 BAO11608.1 ADB27070.1 96.1 203 8 0 137 339 1 203 3.49e-146 409 BAO11608.1 ABJ92889.1 74.0 96 25 0 4 99 1 96 3.77e-47 153 WP_160748510.1 WP_160748510.1 100 363 0 0 1 363 1 363 3.31e-272 735 RYP44998.1 RYP44998.1 96.1 648 25 0 1 648 1 648 0.0 1276 MCF6289355.1 MCF6289355.1 96.1 280 11 0 1 280 1 280 1.74e-198 541 MCF6289355.1 WP_101606078.1 35.4 229 141 2 38 259 173 401 1.69e-45 157 MCF6289355.1 WP_029317544.1 33.1 266 165 4 21 275 164 427 3.27e-38 138 MCF6289355.1 MBE6713534.1 31.3 192 121 5 64 250 215 400 5.47e-15 72.8 MCF6289355.1 WP_023955328.1 24.4 180 124 4 25 194 168 345 2.18e-07 49.7 NLI85305.1 NLI85305.1 91.2 443 39 0 1 443 1 443 3.12e-288 783 KAH8586608.1 KAH8586608.1 100 404 0 0 1 404 1 404 8.43e-314 843 NLY70754.1 NLY70754.1 100 110 0 0 1 110 1 110 6.51e-79 225 EJP8326510.1 EJP8326510.1 100 646 0 0 1 646 1 646 0.0 1318 WP_247447489.1 WP_247447489.1 100 454 0 0 1 454 1 454 0.0 915 WP_224115114.1 WP_224115114.1 100 135 0 0 1 135 1 135 6.17e-98 275 WP_236685314.1 WP_236685314.1 98.4 509 8 0 1 509 1 509 0.0 1000 MBI1382466.1 MBI1382466.1 95.4 218 10 0 1 218 1 218 2.42e-140 389 MBI1382466.1 WP_159896041.1 34.3 178 99 3 35 208 75 238 1.74e-17 76.6 WP_283277237.1 WP_283277237.1 100 365 0 0 1 365 1 365 2.73e-272 735 WP_283277237.1 KAE8322051.1 37.5 376 189 12 11 362 6 359 7.19e-64 206 WP_283277237.1 HJC40183.1 34.8 313 183 8 13 311 4 309 5.55e-48 163 WP_283277237.1 MBI2682423.1 26.5 223 121 8 17 208 35 245 6.99e-11 61.6 WP_230702007.1 WP_230702007.1 98.4 698 11 0 1 698 1 698 0.0 1402 WP_245657543.1 WP_245657543.1 100 359 0 0 15 373 15 373 4.81e-261 707 WP_245657543.1 WP_150194162.1 35.9 345 185 15 37 350 125 464 1.89e-23 99.8 CAF2595159.1 CAF2595159.1 100 281 0 0 1 281 1 281 5.52e-216 586 WP_256082840.1 WP_256082840.1 86.7 226 30 0 1 226 1 226 1.42e-136 380 EPN58803.1 EPN58803.1 100 160 0 0 1 160 1 160 1.49e-117 328 MBQ6414464.1 MBQ6414464.1 97.7 569 13 0 1 569 1 569 0.0 1130 VSL28096.1 VSL28096.1 100 314 0 0 1 314 1 314 5.03e-240 649 WP_032936131.1 WP_032936131.1 100 264 0 0 1 264 1 264 2.89e-189 517 MBP3623608.1 MBP3623608.1 97.3 441 12 0 1 441 1 441 2.23e-319 861 WP_164674633.1 WP_164674633.1 100 215 0 0 1 215 1 215 1.29e-163 448 WP_168044369.1 WP_168044369.1 100 448 0 0 1 448 1 448 0.0 968 WP_168044369.1 WP_171519907.1 27.8 252 155 8 18 256 26 263 2.90e-26 108 WP_188200635.1 WP_188200635.1 100 406 0 0 1 406 1 406 5.95e-315 847 WP_188200635.1 WP_279961109.1 43.8 384 212 4 22 404 15 395 5.28e-107 319 MBM3303016.1 MBM3303016.1 100 268 0 0 1 268 1 268 6.93e-208 564 WP_255164512.1 WP_255164512.1 100 346 0 0 1 346 1 346 8.65e-264 712 NCX40317.1 NCX40317.1 100 199 0 0 1 199 1 199 4.71e-149 410 EIU6828535.1 EIU6828535.1 92.6 323 24 0 1 323 1 323 1.56e-202 555 EIU6828535.1 WP_249991478.1 35.5 287 168 8 42 319 48 326 7.29e-49 164 EIU6828535.1 WP_110066977.1 33.1 284 182 4 43 319 52 334 1.10e-44 154 EIU6828535.1 PPR79666.1 33.8 284 170 9 48 321 60 335 6.87e-35 128 EIU6828535.1 EAP5059555.1 28.3 307 211 4 25 322 51 357 5.12e-30 115 EIU6828535.1 AGL88086.1 31.3 288 184 6 35 322 12 285 1.48e-27 107 EIU6828535.1 WP_097346712.1 31.1 273 180 3 51 319 389 657 7.59e-23 97.4 EIU6828535.1 WP_158131988.1 28.6 269 192 0 51 319 389 657 9.77e-20 88.2 WP_109125398.1 WP_109125398.1 100 305 0 0 1 305 1 305 1.13e-227 617 MBG6436126.1 MBG6436126.1 94.6 185 10 0 1 185 1 185 4.53e-122 340 MBG6436126.1 MBL1150364.1 34.5 148 92 4 1 144 1 147 1.77e-11 58.5 ELR45644.1 ELR45644.1 88.6 1738 198 0 1 1738 1 1738 0.0 2956 ELR45644.1 XP_053193947.1 43.6 1876 678 69 7 1738 66 1705 0.0 1129 GEW91653.1 GEW91653.1 100 109 0 0 1 109 1 109 7.08e-78 223 RCN27214.1 RCN27214.1 100 165 0 0 1 165 1 165 9.92e-123 340 WP_054108586.1 WP_054108586.1 100 368 0 0 1 368 1 368 6.22e-275 742 WP_129326500.1 WP_129326500.1 91.6 214 18 0 1 214 1 214 2.43e-138 384 TVR26043.1 TVR26043.1 100 198 0 0 1 198 1 198 1.30e-150 414 KAA1286543.1 KAA1286543.1 98.7 751 10 0 1 751 1 751 0.0 1515 KAA1286543.1 WP_254467474.1 26.1 784 485 30 4 751 50 775 2.53e-32 132 KAA1286543.1 WP_047594685.1 30.5 246 126 7 3 225 46 269 1.07e-16 82.8 WP_129053744.1 WP_129053744.1 100 393 0 0 1 393 1 393 1.37e-302 814 KON47367.1 KON47367.1 97.4 311 8 0 1 311 1 311 1.13e-230 625 PIP74303.1 PIP74303.1 100 671 0 0 1 671 1 671 0.0 1378 WP_283162015.1 WP_283162015.1 100 168 0 0 1 168 1 168 3.18e-125 347 WP_070412310.1 WP_070412310.1 100 694 0 0 1 694 1 694 0.0 1472 KAG8520114.1 KAG8520114.1 97.0 758 23 0 1 758 1 758 0.0 1528 EGR2264783.1 EGR2264783.1 95.4 392 18 0 1 392 1 392 5.38e-279 754 SSC70273.1 SSC70273.1 100 41 0 0 1 41 1 41 3.21e-26 87.4 MCA3708721.1 MCA3708721.1 96.7 359 12 0 1 359 1 359 6.92e-247 671 YP_010258034.1 YP_010258034.1 100 330 0 0 1 330 1 330 1.30e-250 677 WP_012568269.1 WP_012568269.1 93.7 365 23 0 1 365 1 365 2.17e-237 647 WP_012568269.1 WP_224458015.1 53.8 366 160 3 5 365 4 365 4.00e-129 373 WP_012568269.1 MBG9445742.1 32.8 186 116 2 157 342 17 193 1.51e-22 92.8 WP_012568269.1 WP_110808154.1 33.7 199 126 3 163 361 24 216 1.61e-22 92.8 WP_012568269.1 MCO5064371.1 32.7 226 128 7 157 361 46 268 3.46e-22 93.2 WP_057837626.1 WP_057837626.1 100 206 0 0 1 206 1 206 3.28e-148 408 WP_102511913.1 WP_102511913.1 100 419 0 0 1 419 1 419 4.68e-320 861 KAJ3918428.1 KAJ3918428.1 97.6 415 10 0 1 415 1 415 9.51e-312 839 KAJ3918428.1 WP_055863905.1 41.8 340 181 5 43 381 2 325 1.10e-84 261 KAJ3918428.1 OQC16336.1 21.6 385 241 13 36 379 36 400 6.90e-10 59.3 CBH36599.1 CBH36599.1 100 103 0 0 1 103 1 103 1.72e-73 211 WP_028684940.1 WP_028684940.1 100 213 0 0 1 213 1 213 9.02e-154 423 OJW81690.1 OJW81690.1 100 740 0 0 1 740 1 740 0.0 1492 OJW81690.1 KAB4839568.1 38.0 505 286 9 16 506 5 496 2.20e-103 324 WP_278643529.1 WP_278643529.1 100 300 0 0 1 300 1 300 3.34e-222 603 WP_278643529.1 WP_224045636.1 37.8 230 139 4 60 288 1 227 5.80e-46 153 WP_278643529.1 NLB38271.1 36.4 220 137 2 74 291 15 233 3.36e-39 136 WP_278643529.1 WP_177525402.1 30.7 202 134 5 85 283 86 284 7.03e-19 85.1 MBR5966198.1 MBR5966198.1 100 307 0 0 1 307 1 307 1.87e-227 617 PSN12224.1 PSN12224.1 100 254 0 0 1 254 1 254 2.05e-193 526 MBO5857838.1 MBO5857838.1 100 161 0 0 1 161 1 161 3.92e-118 328 MBO5857838.1 MBQ3321785.1 33.1 163 105 4 1 160 1 162 2.38e-18 79.0 HJD11223.1 HJD11223.1 97.2 670 19 0 1 670 1 670 0.0 1370 WP_045591686.1 WP_045591686.1 100 258 0 0 1 258 1 258 8.71e-197 535 WP_131751929.1 WP_131751929.1 100 644 0 0 1 644 1 644 0.0 1370 WP_131751929.1 WP_236387036.1 49.6 367 165 6 291 644 294 653 1.02e-118 366 WP_131751929.1 WP_006799194.1 48.1 366 170 8 292 644 299 657 5.59e-111 346 WP_257012936.1 WP_257012936.1 97.3 368 10 0 1 368 1 368 3.45e-272 735 WP_242859101.1 WP_242859101.1 93.2 458 31 0 1 458 1 458 7.87e-310 838 PUZ69802.1 PUZ69802.1 87.7 114 14 0 1 114 1 114 1.70e-67 197 WP_129712947.1 WP_129712947.1 100 185 0 0 1 185 1 185 1.00e-134 372 WP_129712947.1 OKH79147.1 40.7 182 105 2 4 182 12 193 8.53e-35 120 MBT3039312.1 MBT3039312.1 100 75 0 0 1 75 1 75 3.05e-52 155 NXX47445.1 NXX47445.1 100 265 0 0 1 265 1 265 5.49e-208 564 MCP3684079.1 MCP3684079.1 100 588 0 0 1 588 1 588 0.0 1238 MCH7797911.1 MCH7797911.1 100 54 0 0 1 54 1 54 2.47e-33 106 WP_242439424.1 WP_242439424.1 96.3 400 15 0 1 400 1 400 2.82e-269 731 WP_068462781.1 WP_068462781.1 100 417 0 0 1 417 1 417 7.30e-317 852 WP_068462781.1 WP_282171596.1 57.5 412 174 1 1 411 1 412 1.92e-165 469 KAI9181093.1 KAI9181093.1 98.1 539 10 0 1 539 1 539 0.0 1087 KAI9181093.1 XP_010263869.1 35.1 402 234 10 135 520 373 763 1.69e-59 209 KAI9181093.1 TYG55675.1 33.1 357 176 8 145 496 161 459 1.01e-50 185 KAI9181093.1 WP_052232835.1 36.4 66 27 2 266 331 594 644 1.21e-04 43.1 MAZ13301.1 MAZ13301.1 98.3 543 9 0 1 543 1 543 0.0 1094 MAZ13301.1 MAH35553.1 56.1 492 211 2 35 525 22 509 4.26e-208 586 OZB16321.1 OZB16321.1 100 651 0 0 1 651 1 651 0.0 1331 KAJ2335352.1 KAJ2335352.1 100 443 0 0 1 443 1 443 0.0 895 MCG8513288.1 MCG8513288.1 100 327 0 0 1 327 1 327 8.37e-241 652 MCL6517734.1 MCL6517734.1 100 118 0 0 1 118 1 118 9.66e-87 246 WP_207999384.1 WP_207999384.1 89.9 148 15 0 1 148 1 148 6.40e-95 269 WP_018419316.1 WP_018419316.1 100 209 0 0 1 209 1 209 1.02e-157 432 WP_018419316.1 WP_280658332.1 43.5 154 76 5 43 187 25 176 1.17e-33 117 MCJ2110312.1 MCJ2110312.1 100 258 0 0 1 258 1 258 5.42e-191 521 MCJ2110312.1 WP_078732502.1 60.8 255 98 1 6 258 11 265 2.28e-109 323 MCS6830908.1 MCS6830908.1 100 379 0 0 1 379 1 379 3.82e-286 771 MCS6830908.1 XP_020103231.1 40.3 357 194 6 4 349 90 438 4.12e-85 264 MCS6830908.1 CAB0780497.1 37.4 345 211 4 6 348 4 345 7.01e-73 230 WP_149819987.1 WP_149819987.1 100 66 0 0 1 66 1 66 9.87e-45 135 HAT4052191.1 HAT4052191.1 94.1 169 10 0 1 169 1 169 1.90e-113 317 WP_094400414.1 WP_094400414.1 100 277 0 0 1 277 1 277 5.29e-212 575 CAF1109260.1 CAF1109260.1 88.7 194 22 0 1 194 1 194 1.44e-127 355 GAU87713.1 GAU87713.1 100 297 0 0 1 297 1 297 5.55e-224 607 YP_008593487.1 YP_008593487.1 100 55 0 0 1 55 1 55 1.36e-35 112 HAV1793262.1 HAV1793262.1 100 556 0 0 1 556 1 556 0.0 1133 HAV1793262.1 WP_250464711.1 39.3 542 320 7 20 556 43 580 2.16e-132 396 HAV1793262.1 MBY7869037.1 24.8 528 316 13 30 492 6 517 4.47e-32 129 BCW36351.1 BCW36351.1 100 615 0 0 1 615 1 615 0.0 1280 WP_188125540.1 WP_188125540.1 100 133 0 0 1 133 1 133 2.24e-94 267 MBK5261536.1 MBK5261536.1 100 120 0 0 1 120 1 120 7.60e-85 241 MCL6457358.1 MCL6457358.1 100 1026 0 0 1 1026 1 1026 0.0 2139 MCL6457358.1 MSZ29533.1 40.3 1007 575 11 14 1003 15 1012 1.82e-278 804 MCL6457358.1 WP_081224968.1 29.8 861 533 27 13 836 23 849 7.91e-111 363 MCL6457358.1 MBQ9679177.1 24.5 826 515 20 16 808 16 765 1.54e-65 236 MCL6457358.1 WP_194957532.1 21.1 848 460 30 21 784 16 738 1.66e-26 115 MCL6457358.1 WP_233286789.1 30.3 109 72 3 509 616 377 482 1.77e-05 47.0 WP_229343766.1 WP_229343766.1 97.3 409 11 0 1 409 1 409 1.54e-298 805 WP_029579419.1 WP_029579419.1 100 298 0 0 1 298 1 298 6.37e-210 572 WP_029579419.1 WP_144841777.1 38.9 262 158 2 24 284 1 261 3.11e-53 173 WP_029579419.1 NED83450.1 33.1 257 151 9 1 248 3 247 1.07e-22 94.0 WP_029579419.1 WP_255657001.1 33.8 210 124 3 6 201 4 212 3.29e-17 78.6 KAJ3738999.1 KAJ3738999.1 100 172 0 0 1 172 1 172 4.67e-129 357 MCG8377291.1 MCG8377291.1 100 153 0 0 1 153 1 153 2.91e-116 323 MCG8377291.1 WP_199308568.1 43.5 154 82 2 1 153 291 440 8.54e-37 129 WP_175093485.1 WP_175093485.1 96.2 266 10 0 1 266 1 266 8.16e-181 496 XP_043971649.1 XP_043971649.1 88.9 584 65 0 1 584 1 584 0.0 1050 XP_043971649.1 VFV20999.1 67.0 191 45 2 294 484 86 258 1.12e-94 290 WP_023355490.1 WP_023355490.1 95.8 239 10 0 1 239 1 239 1.87e-168 462 WP_023355490.1 MCQ2539410.1 33.8 68 45 0 11 78 11 78 6.56e-06 42.7 MBQ8348910.1 MBQ8348910.1 100 119 0 0 1 119 1 119 4.08e-84 239 MBQ8348910.1 MBZ0302078.1 33.3 96 63 1 10 104 22 117 1.39e-17 71.2 NQT29221.1 NQT29221.1 100 314 0 0 1 314 1 314 1.27e-233 633 NQT29221.1 WP_064068643.1 35.7 308 184 6 4 309 2 297 8.04e-49 164 XP_046808501.1 XP_046808501.1 100 501 0 0 1 501 1 501 0.0 1043 ANN69912.1 ANN69912.1 100 329 0 0 1 329 1 329 4.56e-255 689 XP_042989918.1 XP_042989918.1 97.2 1128 32 0 1 1128 1 1128 0.0 2300 WP_265272113.1 WP_265272113.1 100 350 0 0 1 350 1 350 2.49e-265 716 WP_265272113.1 SFF07309.1 38.5 314 181 5 1 308 1 308 4.60e-68 215 WP_265272113.1 WP_267861425.1 37.4 313 182 5 1 310 1 302 2.11e-60 195 WP_265272113.1 MBN9534694.1 35.8 321 188 7 1 316 1 308 2.68e-60 194 WP_265272113.1 WP_014217999.1 30.6 314 198 7 6 314 9 307 1.15e-38 138 WP_265272113.1 HHZ84751.1 30.6 343 204 6 1 316 1 336 3.60e-38 137 WP_265272113.1 MCB1103648.1 28.6 329 205 14 1 313 1 315 1.22e-25 103 WP_265272113.1 WP_062517857.1 22.2 320 189 11 11 306 11 294 2.07e-11 62.4 WP_127859415.1 WP_127859415.1 100 205 0 0 1 205 1 205 2.71e-151 416 WP_045183792.1 WP_045183792.1 100 137 0 0 1 137 1 137 1.24e-98 277 WP_045183792.1 MCF3649178.1 43.9 107 60 0 8 114 43 149 4.76e-23 87.0 NCA08360.1 NCA08360.1 92.9 309 22 0 1 309 1 309 6.78e-206 563 WP_274423713.1 WP_274423713.1 96.6 292 10 0 1 292 1 292 4.13e-187 514 WP_274423713.1 WP_253783299.1 37.5 272 160 5 17 279 15 285 2.04e-38 135 SYZ65887.1 SYZ65887.1 100 120 0 0 1 120 1 120 6.75e-88 249 WP_077583480.1 WP_077583480.1 100 447 0 0 1 447 1 447 0.0 927 WP_077583480.1 WP_031822363.1 63.5 381 136 3 68 447 1 379 5.32e-176 496 MBS7632436.1 MBS7632436.1 100 188 0 0 1 188 1 188 1.04e-142 393 WP_095061089.1 WP_095061089.1 100 285 0 0 1 285 1 285 1.58e-217 590 WP_095061089.1 OHB35500.1 31.3 288 173 7 1 280 86 356 3.56e-38 136 WP_140843904.1 WP_140843904.1 92.2 321 25 0 1 321 1 321 4.10e-213 582 WP_140843904.1 WP_104462564.1 35.3 232 125 5 66 296 69 276 3.47e-32 120 WP_140843904.1 EAV4122193.1 29.0 131 88 2 191 316 153 283 2.41e-07 49.7 RVG63469.1 RVG63469.1 100 60 0 0 1 60 1 60 3.52e-40 124 WP_262452366.1 WP_262452366.1 100 448 0 0 1 448 1 448 0.0 917 WP_262452366.1 WP_024039518.1 32.7 434 265 7 7 430 11 427 3.11e-68 222 WP_262452366.1 WP_058738289.1 25.2 428 291 10 9 426 8 416 8.77e-27 110 WP_262452366.1 MXI78925.1 28.8 219 133 7 115 330 2 200 2.39e-11 61.2 MBC7494677.1 MBC7494677.1 98.6 1025 14 0 1 1025 1 1025 0.0 2071 WP_012724915.1 WP_012724915.1 100 329 0 0 1 329 1 329 2.96e-251 679 WP_012724915.1 WP_058635033.1 35.9 256 147 6 70 322 69 310 3.14e-37 134 WP_012724915.1 WP_251874466.1 33.7 279 158 7 33 300 27 289 2.97e-36 132 WP_012724915.1 WP_166225641.1 31.3 249 149 4 78 320 86 318 2.02e-27 109 WP_012724915.1 WP_234306850.1 35.4 237 135 6 70 304 69 289 2.14e-26 104 WP_270453521.1 WP_270453521.1 100 403 0 0 1 403 1 403 6.07e-302 813 WP_270453521.1 WP_015167170.1 34.1 422 242 9 1 397 1 411 1.29e-58 199 WP_270453521.1 HDC92778.1 32.8 363 206 9 64 399 113 464 1.17e-43 156 WP_270453521.1 NOY97419.1 28.3 360 220 9 64 399 107 452 1.22e-28 116 NJS16994.1 NJS16994.1 100 157 0 0 1 157 1 157 3.80e-114 318 HDH03041.1 HDH03041.1 100 168 0 0 1 168 1 168 3.86e-117 327 WP_117579611.1 WP_117579611.1 100 103 0 0 1 103 1 103 6.75e-71 204 MBQ5493788.1 MBQ5493788.1 100 148 0 0 1 148 1 148 5.95e-109 304 MBQ5493788.1 MBF8294570.1 39.5 119 72 0 17 135 461 579 5.99e-26 100 MBQ5493788.1 MCL1888839.1 41.2 119 70 0 11 129 581 699 5.15e-22 89.4 MBQ5493788.1 RYO44776.1 31.7 139 85 4 13 143 708 844 6.91e-15 68.9 GAV98814.1 GAV98814.1 100 386 0 0 1 386 1 386 7.27e-299 804 WP_085935883.1 WP_085935883.1 95.4 262 12 0 1 262 1 262 2.44e-180 494 WP_085935883.1 HBO3907473.1 26.5 260 175 9 3 254 45 296 2.60e-16 75.5 MBD3418876.1 MBD3418876.1 100 106 0 0 1 106 1 106 1.90e-76 219 WP_166476065.1 WP_166476065.1 96.5 344 12 0 1 344 1 344 1.63e-242 658 WP_166476065.1 MBL6625757.1 38.8 85 51 1 36 120 32 115 6.94e-14 70.1 WP_166476065.1 TNF89271.1 30.5 177 112 3 22 188 20 195 9.39e-12 63.9 CAH0542131.1 CAH0542131.1 100 129 0 0 1 129 1 129 1.43e-91 259 XP_019244033.1 XP_019244033.1 95.3 150 7 0 1 150 1 150 8.39e-101 284 WP_050704913.1 WP_050704913.1 84.5 348 54 0 1 348 1 348 4.08e-199 549 WP_050704913.1 WP_079835571.1 32.7 349 215 6 4 341 8 347 5.65e-46 159 MCI1709954.1 MCI1709954.1 100 164 0 0 1 164 1 164 8.17e-117 325 WP_165637167.1 WP_165637167.1 75.5 188 46 0 1 188 1 188 1.76e-93 268 PPQ98220.1 PPQ98220.1 100 48 0 0 1 48 1 48 8.99e-29 94.4 MBQ1746349.1 MBQ1746349.1 100 271 0 0 1 271 1 271 1.01e-197 539 WP_267979634.1 WP_267979634.1 100 237 0 0 1 237 1 237 1.01e-180 493 WP_267979634.1 MBQ3459675.1 55.4 193 85 1 43 235 28 219 4.50e-71 215 KAH0679671.1 KAH0679671.1 100 98 0 0 1 98 1 98 7.49e-68 196 KAJ6549303.1 KAJ6549303.1 94.8 659 34 0 20 678 20 678 0.0 1300 PAA76673.1 PAA76673.1 100 335 0 0 1 335 1 335 1.53e-256 693 PAA76673.1 KAI3473816.1 24.4 303 192 11 44 330 223 504 1.26e-15 75.9 PAA76673.1 EFC81578.1 25.2 309 191 11 2 300 6 284 2.36e-13 68.2 NXJ67438.1 NXJ67438.1 97.8 490 11 0 1 490 1 490 0.0 979 NXJ67438.1 XP_023028205.1 25.7 432 287 16 51 467 22 434 1.05e-15 77.4 MCF8269563.1 MCF8269563.1 100 783 0 0 1 783 1 783 0.0 1607 MCF8269563.1 WP_171549300.1 52.8 786 367 3 1 783 1 785 1.41e-298 847 MBS4273564.1 MBS4273564.1 100 134 0 0 1 134 1 134 9.50e-97 272 MBS0561514.1 MBS0561514.1 94.4 605 34 0 1 605 1 605 0.0 1119 MBS0561514.1 WP_178999808.1 31.0 568 366 9 24 572 8 568 4.43e-65 222 AWQ28479.1 AWQ28479.1 100 229 0 0 1 229 1 229 1.76e-177 484 AWQ28479.1 YP_009340709.1 51.4 222 108 0 1 222 1 222 1.34e-91 267 AWQ28479.1 WP_012964108.1 30.7 212 119 5 27 226 36 231 4.63e-27 102 XP_007459185.1 XP_007459185.1 92.4 304 23 0 1 304 1 304 5.37e-205 560 WP_004213189.1 WP_004213189.1 100 196 0 0 1 196 1 196 2.74e-151 415 MCQ0092735.1 MCQ0092735.1 91.6 202 17 0 1 202 1 202 3.60e-125 350 WP_175630617.1 WP_175630617.1 100 176 0 0 1 176 1 176 1.56e-129 358 WP_175630617.1 WEK50023.1 39.5 177 106 1 1 176 1 177 6.30e-43 139 UBN63752.1 UBN63752.1 99.1 1270 11 0 1 1270 1 1270 0.0 2384 UBN63752.1 QUE11983.1 96.5 1270 44 0 1 1270 1 1270 0.0 2376 UBN63752.1 UIX40308.1 92.7 1273 88 3 1 1270 1 1271 0.0 2340 UBN63752.1 UHB14670.1 92.2 1273 94 3 1 1270 1 1271 0.0 2338 UBN63752.1 UDK40309.1 91.6 1273 102 3 1 1270 1 1271 0.0 2313 UBN63752.1 UYC71619.1 91.3 1271 107 2 1 1270 1 1268 0.0 2307 UBN63752.1 UPU53169.1 91.0 1273 109 3 1 1270 1 1270 0.0 2303 UBN63752.1 QUM20585.1 91.6 1272 105 1 1 1270 1 1272 0.0 2219 UBN63752.1 UGX22439.1 88.8 1273 137 3 1 1270 1 1271 0.0 2210 UBN63752.1 USL51576.1 88.0 1273 147 3 1 1270 1 1270 0.0 2207 UBN63752.1 QVX70521.1 90.1 1273 123 2 1 1270 1 1273 0.0 2186 UBN63752.1 QXI91160.1 90.5 1272 119 1 1 1270 1 1272 0.0 2118 UBN63752.1 UZH89542.1 86.5 1271 171 1 1 1270 1 1271 0.0 2102 UBN63752.1 UUS71569.1 70.4 1273 374 2 1 1270 1 1273 0.0 1486 UBN63752.1 UHK01047.1 65.3 1273 439 2 1 1270 1 1273 0.0 1324 WP_143405880.1 WP_143405880.1 100 121 0 0 1 121 1 121 1.59e-82 235 XP_031459457.1 XP_031459457.1 97.0 2100 63 0 1 2100 1 2100 0.0 4245 WP_260685194.1 WP_260685194.1 100 85 0 0 1 85 1 85 7.21e-60 175 WP_260685194.1 MBI2416798.1 50.0 62 31 0 20 81 43 104 2.69e-15 64.7 WP_260685194.1 WP_089905939.1 45.8 48 25 1 22 69 112 158 3.85e-05 38.5 WP_088784550.1 WP_088784550.1 98.5 793 12 0 1 793 1 793 0.0 1625 WP_088784550.1 WP_044772468.1 25.5 671 396 24 55 692 8 607 6.55e-32 131 MCS7142809.1 MCS7142809.1 100 313 0 0 1 313 1 313 2.69e-239 647 WP_278780043.1 WP_278780043.1 100 144 0 0 1 144 1 144 9.23e-111 308 WP_246925475.1 WP_246925475.1 100 132 0 0 1 132 1 132 5.33e-93 263 XP_026936565.1 XP_026936565.1 96.9 653 20 0 1 653 1 653 0.0 1271 WP_234002326.1 WP_234002326.1 100 365 0 0 1 365 1 365 8.39e-267 721 WP_234002326.1 WP_055029966.1 33.2 382 208 6 23 362 3 379 2.09e-52 176 MCA9916811.1 MCA9916811.1 100 140 0 0 1 140 1 140 4.63e-100 281 MBL7763785.1 MBL7763785.1 100 332 0 0 1 332 1 332 4.37e-250 676 XP_028567154.1 XP_028567154.1 97.6 1267 31 0 1 1267 1 1267 0.0 2555 XP_028567154.1 XP_055749319.1 38.2 285 159 5 113 390 198 472 3.29e-56 201 XP_028567154.1 KAI8504475.1 32.7 450 275 15 731 1164 826 1263 9.21e-52 198 MAT61701.1 MAT61701.1 100 95 0 0 1 95 1 95 1.37e-64 188 CAH2316765.1 CAH2316765.1 97.0 1378 41 0 1 1378 1 1378 0.0 2688 NIQ16008.1 NIQ16008.1 100 112 0 0 1 112 1 112 2.17e-78 224 MBP33715.1 MBP33715.1 86.4 280 38 0 1 280 1 280 6.27e-176 484 WP_199942136.1 WP_199942136.1 91.4 339 29 0 1 339 1 339 1.72e-230 627 WP_199942136.1 WP_150951972.1 44.4 72 30 2 110 174 111 179 2.75e-06 47.0 WP_199942136.1 PWC90347.1 35.0 100 55 4 44 139 73 166 1.09e-05 45.1 OCT51367.1 OCT51367.1 97.7 431 10 0 1 431 1 431 1.88e-317 855 GLX98417.1 GLX98417.1 84.6 65 10 0 1 65 1 65 1.56e-34 110 TNF89271.1 TNF89271.1 95.6 412 18 0 1 412 1 412 1.60e-297 803 TNF89271.1 WP_166476065.1 31.5 127 86 1 20 145 22 148 3.58e-11 62.4 MCB9353584.1 MCB9353584.1 100 1041 0 0 1 1041 1 1041 0.0 2098 MCB9353584.1 WP_146272353.1 23.7 1107 660 44 2 1041 17 1005 2.26e-49 188 MCB9353584.1 WP_214826002.1 24.9 1033 603 41 86 1041 27 963 4.98e-41 162 MCB9353584.1 WP_278843343.1 24.9 1147 687 46 2 1041 4 1083 4.44e-40 159 MCB9353584.1 MBP3518143.1 24.9 1133 623 49 20 1041 52 1067 2.75e-38 153 MCI6965979.1 MCI6965979.1 100 326 0 0 1 326 1 326 1.52e-247 669 MCI6965979.1 KAJ7369304.1 33.6 289 182 7 44 324 21 307 1.74e-39 144 MCI6965979.1 WP_114054641.1 29.3 331 217 9 1 321 1 324 6.56e-28 109 HIP02283.1 HIP02283.1 100 273 0 0 1 273 1 273 4.17e-207 563 HIP02283.1 MBP9134796.1 39.2 283 158 6 1 273 1 279 6.62e-59 187 WP_073936403.1 WP_073936403.1 95.7 325 14 0 1 325 1 325 1.29e-218 596 WP_073936403.1 MCI7704736.1 30.7 293 197 3 12 303 4 291 1.08e-40 142 WP_073936403.1 ETB53277.1 34.0 282 162 5 30 300 13 281 3.06e-36 130 WP_167263972.1 WP_167263972.1 97.4 378 10 0 1 378 1 378 4.36e-271 733 KKB97741.1 KKB97741.1 85.4 130 19 0 1 130 1 130 1.07e-73 214 WP_046600280.1 WP_046600280.1 100 302 0 0 1 302 1 302 1.21e-225 612 WP_046600280.1 WP_134669716.1 33.6 295 179 2 4 289 8 294 3.59e-48 161 WP_046600280.1 WP_133340757.1 32.7 306 187 4 4 298 10 307 9.18e-43 148 WP_046600280.1 WP_243977667.1 29.7 290 190 3 5 288 6 287 1.06e-36 131 WP_046600280.1 WP_096722254.1 29.5 146 96 2 3 148 2 140 2.69e-13 67.4 WP_046600280.1 WP_265634479.1 34.5 142 89 2 4 144 10 148 6.67e-13 66.2 WP_091740622.1 WP_091740622.1 100 335 0 0 15 349 15 349 7.67e-239 649 MBE7370368.1 MBE7370368.1 100 389 0 0 1 389 1 389 2.33e-292 788 WP_006799194.1 WP_006799194.1 100 657 0 0 1 657 1 657 0.0 1353 WP_006799194.1 WP_236387036.1 64.7 660 223 6 1 657 1 653 0.0 895 WP_006799194.1 WP_131751929.1 48.1 366 170 8 299 657 292 644 5.70e-111 346 WP_227173776.1 WP_227173776.1 100 55 0 0 1 55 1 55 1.59e-34 109 VEC90219.1 VEC90219.1 100 67 0 0 1 67 1 67 2.22e-46 140 MCB2654556.1 MCB2654556.1 100 77 0 0 1 77 1 77 4.12e-51 152 XP_008373570.1 XP_008373570.1 100 206 0 0 1 206 1 206 4.18e-160 438 TWW58526.1 TWW58526.1 100 118 0 0 1 118 1 118 2.03e-88 250 WP_209378200.1 WP_209378200.1 90.5 263 25 0 1 263 1 263 1.86e-164 454 MBU6307538.1 MBU6307538.1 100 67 0 0 1 67 1 67 4.32e-44 134 WP_061048002.1 WP_061048002.1 98.7 771 10 0 1 771 1 771 0.0 1545 WP_061048002.1 MBF0233644.1 34.8 500 294 11 287 770 254 737 8.15e-84 280 WP_061048002.1 NSW79198.1 29.3 659 396 16 14 632 41 669 4.00e-74 252 WP_061048002.1 WP_086504813.1 33.5 465 272 12 314 766 310 749 4.81e-60 215 WP_061048002.1 WP_211114623.1 30.4 451 284 6 298 736 329 761 7.31e-55 201 WP_061048002.1 MBK3737236.1 38.5 239 145 1 386 624 422 658 8.24e-42 160 WP_061048002.1 TMG86695.1 30.0 310 148 9 382 646 4 289 5.01e-27 110 WP_061048002.1 SEP77558.1 26.2 294 178 10 355 626 292 568 6.91e-18 86.3 WP_273159410.1 WP_273159410.1 100 90 0 0 1 90 1 90 4.38e-61 179 KAJ2160981.1 KAJ2160981.1 100 447 0 0 1 447 1 447 0.0 934 KAJ2160981.1 AGV54449.1 39.7 290 126 4 154 442 352 593 4.42e-55 191 MCQ2424848.1 MCQ2424848.1 100 241 0 0 1 241 1 241 8.61e-175 478 MCQ2424848.1 WP_131734175.1 35.9 234 140 4 7 235 22 250 6.36e-36 126 MBQ7754763.1 MBQ7754763.1 100 165 0 0 1 165 1 165 3.89e-120 334 WP_140730472.1 WP_140730472.1 100 233 0 0 1 233 1 233 3.66e-172 471 MBI3617399.1 MBI3617399.1 100 193 0 0 1 193 1 193 3.08e-142 392 MBP0955672.1 MBP0955672.1 100 190 0 0 1 190 1 190 6.48e-138 381 WP_145468487.1 WP_145468487.1 95.6 229 10 0 1 229 1 229 1.96e-165 454 WP_145468487.1 MBT4161918.1 52.5 219 104 0 1 219 1 219 1.63e-80 239 WP_145468487.1 MCB0243881.1 43.5 216 122 0 6 221 5 220 6.99e-61 189 WP_145468487.1 MCC6044083.1 41.9 215 124 1 7 221 4 217 1.64e-48 160 WP_145468487.1 WP_142133210.1 38.3 183 109 4 25 206 25 204 3.31e-35 124 WP_145468487.1 WP_109219819.1 35.2 213 127 4 10 221 21 223 1.15e-34 125 WP_145468487.1 HBO4828144.1 38.0 213 115 4 19 229 23 220 5.84e-33 119 WP_145468487.1 WP_258581409.1 35.0 200 120 2 7 206 4 193 2.81e-32 119 WP_145468487.1 WP_072380563.1 34.1 220 125 8 7 217 2 210 6.96e-28 104 WP_145468487.1 WP_142931103.1 28.1 224 147 6 6 221 251 468 4.31e-21 89.4 WP_145468487.1 WP_195238978.1 30.1 186 118 7 25 205 500 678 1.62e-19 85.1 WP_145468487.1 WP_071876418.1 29.7 192 119 4 25 208 20 203 1.18e-16 76.6 WP_145468487.1 MBQ8297564.1 30.0 170 101 5 29 189 353 513 1.03e-12 65.1 WP_145468487.1 WP_192500494.1 25.2 151 106 3 28 178 20 163 4.18e-09 53.9 WP_145468487.1 WP_173040157.1 28.2 202 118 7 15 213 298 475 1.47e-08 52.8 WP_145468487.1 KAJ2660037.1 26.5 170 114 5 25 189 1825 1988 3.38e-07 48.9 WP_145468487.1 WP_089095302.1 32.6 95 58 3 87 178 376 467 5.63e-04 38.9 MCC8146707.1 MCC8146707.1 100 522 0 0 1 522 1 522 0.0 1076 WP_038580218.1 WP_038580218.1 98.5 680 10 0 1 680 1 680 0.0 1373 WP_038580218.1 WP_278416415.1 40.6 668 359 10 10 675 4 635 2.32e-165 487 WP_038580218.1 BBL73457.1 30.6 242 143 6 12 252 34 251 1.35e-15 78.6 WP_038580218.1 MBP8718427.1 23.5 179 118 5 363 532 35 203 1.91e-04 42.0 XP_051566275.1 XP_051566275.1 98.7 1664 22 0 1 1664 1 1664 0.0 3365 XP_051566275.1 XP_030620685.1 36.1 266 166 3 1235 1497 89 353 4.73e-52 188 XP_051566275.1 XP_048216280.1 32.3 285 174 6 1228 1497 6 286 3.45e-36 141 XP_051566275.1 KAG1590416.1 27.0 274 182 8 1233 1498 72 335 7.14e-28 116 XP_051566275.1 KZT58963.1 25.8 267 174 9 1248 1497 1084 1343 3.54e-20 96.3 XP_051566275.1 MBF1128433.1 27.2 206 142 5 1242 1442 10 212 4.23e-18 88.6 XP_051566275.1 XP_039923984.1 27.2 224 152 6 1226 1441 180 400 7.52e-18 88.6 XP_051566275.1 XP_036914921.1 26.6 334 202 7 32 362 223 516 1.89e-17 87.4 XP_051566275.1 NXJ84327.1 27.5 218 147 6 1226 1435 185 399 8.66e-17 85.1 XP_051566275.1 CCX82620.1 28.4 148 101 4 1290 1434 1 146 1.07e-08 57.8 XP_051566275.1 KAH6575376.1 28.0 164 95 9 1297 1448 247 399 4.08e-07 52.8 KAI3927707.1 KAI3927707.1 100 102 0 0 1 102 1 102 1.60e-73 211 VVW57803.1 VVW57803.1 100 52 0 0 1 52 1 52 3.07e-33 105 WP_118944732.1 WP_118944732.1 100 502 0 0 1 502 1 502 0.0 1061 WP_118944732.1 WP_250323911.1 33.0 103 63 1 399 501 2 98 1.14e-14 68.2 ULA23837.2 ULA23837.2 99.1 4401 38 0 1 4401 1 4401 0.0 8979 ULA23837.2 UXH94526.1 99.0 4401 43 0 1 4401 1 4401 0.0 8969 ULA23837.2 QXR94354.1 98.8 4402 50 1 1 4401 1 4402 0.0 8957 ULA23837.2 UPP41269.1 98.8 4402 53 1 1 4401 1 4402 0.0 8953 ULA23837.2 QTD03487.1 98.8 4405 51 2 1 4401 1 4405 0.0 8953 ULA23837.2 QTM79632.1 98.8 4402 52 1 1 4401 1 4402 0.0 8950 ULA23837.2 USR14792.1 98.8 4402 54 1 1 4401 1 4402 0.0 8950 ULA23837.2 QTZ27226.1 98.8 4402 54 1 1 4401 1 4402 0.0 8946 ULA23837.2 UFM00670.1 98.7 4405 54 2 1 4401 1 4405 0.0 8942 ULA23837.2 UKU68032.1 98.7 4401 56 0 1 4401 1 4401 0.0 8941 ULA23837.2 UEC68750.1 98.7 4405 54 2 1 4401 1 4405 0.0 8939 ULA23837.2 UHM53165.1 98.7 4405 54 2 1 4401 1 4405 0.0 8937 ULA23837.2 UFM02602.1 98.7 4405 54 2 1 4401 1 4405 0.0 8937 ULA23837.2 UBL45068.1 98.7 4405 54 2 1 4401 1 4405 0.0 8934 ULA23837.2 UIR12670.1 99.1 4397 40 0 1 4397 1 4397 0.0 8891 ULA23837.2 UPA83906.1 99.0 4397 44 0 1 4397 1 4397 0.0 8880 ULA23837.2 UMF87224.1 99.0 4397 46 0 1 4397 1 4397 0.0 8876 ULA23837.2 UZO53924.1 98.8 4398 51 1 1 4397 1 4398 0.0 8869 ULA23837.2 URQ55824.1 98.8 4398 52 1 1 4397 1 4398 0.0 8868 ULA23837.2 QWC83326.1 98.8 4401 48 2 1 4397 1 4401 0.0 8867 ULA23837.2 UVB16817.1 98.8 4398 51 1 1 4397 1 4398 0.0 8867 ULA23837.2 QVD87869.1 98.8 4398 51 1 1 4397 1 4398 0.0 8866 ULA23837.2 QSZ25555.1 98.8 4401 50 2 1 4397 1 4401 0.0 8866 ULA23837.2 WEU87158.1 98.8 4401 50 2 1 4397 1 4401 0.0 8863 ULA23837.2 UBP50947.1 98.8 4401 51 2 1 4397 1 4401 0.0 8860 ULA23837.2 QZU16279.1 98.8 4401 51 2 1 4397 1 4401 0.0 8859 ULA23837.2 UBD95131.1 98.8 4401 51 2 1 4397 1 4401 0.0 8858 ULA23837.2 UEC52718.1 98.7 4401 55 2 1 4397 1 4401 0.0 8850 ULA23837.2 UKN67998.1 99.1 4377 41 0 21 4397 1 4377 0.0 8849 ULA23837.2 UBR86455.1 97.5 4400 106 2 2 4397 1 4400 0.0 8728 ULA23837.2 UJV88611.1 97.1 4401 128 0 1 4401 1 4401 0.0 8727 ULA23837.2 UXX67934.1 97.3 4398 118 1 1 4397 1 4398 0.0 8704 ULA23837.2 UJJ97602.1 96.8 4401 141 0 1 4401 1 4401 0.0 8693 ULA23837.2 UCP72061.1 97.1 4401 123 2 1 4397 1 4401 0.0 8680 ULA23837.2 UCP77012.1 97.0 4401 129 2 1 4397 1 4401 0.0 8670 ULA23837.2 UAQ80067.1 96.9 4401 133 2 1 4397 1 4401 0.0 8666 ULA23837.2 UOU30556.1 97.0 4398 129 1 1 4397 1 4398 0.0 8665 ULA23837.2 UJS94137.1 98.1 4296 82 0 106 4401 1 4296 0.0 8659 ULA23837.2 UGA79226.1 96.4 4401 155 2 1 4397 1 4401 0.0 8600 ULA23837.2 ULB83374.1 96.0 4401 178 0 1 4401 1 4401 0.0 8595 ULA23837.2 WHE12941.1 96.3 4372 162 1 27 4397 1 4372 0.0 8547 ULA23837.2 UVI10561.1 95.2 4371 209 1 28 4397 1 4371 0.0 8431 ULA23837.2 UGB98301.1 93.3 4405 292 2 1 4401 1 4405 0.0 8359 ULA23837.2 QRX02582.1 98.7 4098 48 2 1 4094 1 4098 0.0 8309 ULA23837.2 UJT06733.1 93.4 4397 290 0 1 4397 1 4397 0.0 8251 ULA23837.2 UFA30503.1 92.4 4340 326 2 27 4362 1 4340 0.0 8128 ULA23837.2 WGP70063.1 91.4 4369 373 2 1 4365 1 4369 0.0 8080 ULA23837.2 UMA88644.1 91.7 4376 363 0 22 4397 1 4376 0.0 8057 ULA23837.2 UNI03201.1 90.4 4378 418 2 27 4401 1 4378 0.0 8003 ULA23837.2 WEI27974.1 90.3 4402 424 1 1 4401 1 4402 0.0 7998 ULA23837.2 UEX07109.1 87.0 4379 567 2 27 4401 1 4379 0.0 7642 ULA23837.2 WGP98278.1 88.0 4364 519 2 1 4360 1 4364 0.0 7620 ULA23837.2 WAS49087.1 83.9 4398 708 1 1 4397 1 4398 0.0 7212 ULA23837.2 URP80785.1 82.0 4375 788 1 28 4401 1 4375 0.0 7093 ULA23837.2 UPB00876.1 75.8 4375 1059 1 28 4401 1 4375 0.0 6376 ULA23837.2 UYE49180.1 75.6 4402 1071 1 1 4401 1 4402 0.0 6365 ULA23837.2 WGQ72821.1 65.7 4344 1488 2 26 4365 1 4344 0.0 5257 MBJ7287465.1 MBJ7287465.1 93.3 1200 80 0 1 1200 1 1200 0.0 2137 MBJ7287465.1 WP_031065317.1 47.9 1224 576 15 1 1194 1 1192 2.05e-295 859 WP_266103637.1 WP_266103637.1 100 137 0 0 1 137 1 137 3.84e-102 286 WP_266103637.1 WP_219989626.1 50.8 130 62 2 1 129 14 142 1.58e-43 138 HAZ0856238.1 HAZ0856238.1 100 229 0 0 1 229 1 229 5.88e-176 480 HAZ0856238.1 WP_257007586.1 93.0 229 16 0 1 229 101 329 1.75e-163 455 MCJ9712781.1 MCJ9712781.1 100 323 0 0 1 323 1 323 1.19e-238 647 WP_235360343.1 WP_235360343.1 100 75 0 0 1 75 1 75 3.05e-52 155 WP_257769388.1 WP_257769388.1 100 251 0 0 1 251 1 251 2.29e-184 503 PYQ18715.1 PYQ18715.1 100 172 0 0 1 172 1 172 5.46e-128 354 KXK57030.1 KXK57030.1 92.6 176 13 0 1 176 1 176 2.38e-124 345 SDH24188.1 SDH24188.1 100 36 0 0 1 36 1 36 1.81e-21 75.1 MCU1518283.1 MCU1518283.1 100 609 0 0 1 609 1 609 0.0 1209 MCU1518283.1 KAF9463056.1 35.1 579 303 10 7 558 2 534 2.84e-106 330 MCU1518283.1 WP_046625651.1 30.9 572 314 17 3 558 23 529 1.43e-73 244 MCU1518283.1 WP_236525681.1 28.2 550 327 12 23 556 68 565 9.03e-52 186 XP_027705828.1 XP_027705828.1 90.9 1238 113 0 1 1238 1 1238 0.0 2282 WP_256561903.1 WP_256561903.1 100 164 0 0 1 164 1 164 3.90e-124 344 WP_141990951.1 WP_141990951.1 100 300 0 0 1 300 1 300 1.16e-222 604 MBQ7326660.1 MBQ7326660.1 91.8 159 13 0 1 159 1 159 8.87e-105 295 MBQ7326660.1 MBA3031770.1 41.0 156 88 2 1 153 1 155 9.51e-41 132 WP_139448115.1 WP_139448115.1 100 118 0 0 1 118 1 118 3.00e-81 232 WP_139448115.1 QDT09879.1 49.2 118 60 0 1 118 1 118 6.13e-35 115 KAJ5112313.1 KAJ5112313.1 98.2 563 10 0 1 563 1 563 0.0 1129 KAJ5112313.1 HAG62657.1 32.6 524 319 9 16 535 20 513 6.01e-80 258 KAJ5112313.1 WP_037548932.1 30.6 487 320 8 53 533 2 476 7.80e-65 218 KAJ5112313.1 WP_169940736.1 32.4 479 286 12 50 518 5 455 5.15e-55 191 OWY66639.1 OWY66639.1 100 390 0 0 1 390 1 390 1.85e-294 793 PLU16997.1 PLU16997.1 100 308 0 0 1 308 1 308 6.29e-231 626 PLU16997.1 WP_024270964.1 28.2 255 154 5 51 304 9 235 1.01e-20 87.4 VST16928.1 VST16928.1 100 99 0 0 1 99 1 99 1.02e-70 204 WP_195001047.1 WP_195001047.1 100 759 0 0 1 759 1 759 0.0 1536 WP_195001047.1 WP_009714971.1 42.5 539 285 6 60 581 28 558 2.00e-140 423 WP_195001047.1 QQS09360.1 39.2 533 279 6 90 583 63 589 2.14e-131 401 WP_136536828.1 WP_136536828.1 100 307 0 0 1 307 1 307 2.18e-226 614 WP_012716944.1 WP_012716944.1 96.2 372 14 0 1 372 1 372 7.54e-253 687 UCE84061.1 UCE84061.1 100 55 0 0 1 55 1 55 7.60e-33 105 WP_142673401.1 WP_142673401.1 100 235 0 0 1 235 1 235 1.14e-176 483 WP_247072383.1 WP_247072383.1 100 362 0 0 1 362 1 362 7.30e-280 754 WP_247072383.1 NEO63080.1 40.9 313 173 5 38 341 47 356 2.62e-80 248 WP_247072383.1 KAH8969015.1 36.3 342 198 7 4 333 128 461 4.14e-68 220 WP_247072383.1 PZR90627.1 35.0 340 209 8 4 337 1 334 2.24e-56 186 XP_055059894.1 XP_055059894.1 100 412 0 0 1 412 1 412 0.0 870 XP_055059894.1 CAH7718754.1 46.2 65 35 0 61 125 1 65 1.71e-14 67.0 KAF9682501.1 KAF9682501.1 100 147 0 0 1 147 1 147 8.15e-111 309 WP_157104028.1 WP_157104028.1 100 142 0 0 1 142 1 142 6.04e-106 296 WP_000158727.1 WP_000158727.1 100 191 0 0 1 191 1 191 2.17e-141 390 WP_140641625.1 WP_140641625.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_234882652.1 WP_234882652.1 100 63 0 0 1 63 1 63 1.56e-42 130 WP_145739766.1 WP_145739766.1 94.3 332 19 0 1 332 1 332 5.39e-235 638 WP_145739766.1 WP_114947547.1 40.0 320 182 5 11 329 12 322 7.93e-85 257 WP_109219430.1 WP_109219430.1 100 449 0 0 1 449 1 449 0.0 915 WP_109219430.1 WP_271457636.1 91.1 447 40 0 1 447 1 447 4.22e-314 848 MCR5069553.1 MCR5069553.1 100 427 0 0 1 427 1 427 0.0 887 WP_153844272.1 WP_153844272.1 100 492 0 0 1 492 1 492 0.0 1010 WP_153844272.1 HBO4828144.1 24.8 214 131 7 6 209 11 204 3.61e-14 71.2 WP_153844272.1 WP_281543397.1 25.6 203 141 3 275 477 5 197 7.14e-14 70.5 WP_153844272.1 WP_077217464.1 25.3 198 128 5 12 206 41 221 8.42e-13 67.4 WP_153844272.1 WP_011057593.1 25.3 229 141 6 6 224 5 213 9.46e-13 67.8 WP_153844272.1 WP_084371009.1 26.4 239 151 7 6 237 3 223 5.14e-11 62.0 WP_153844272.1 MBQ3864274.1 27.6 203 107 10 23 206 38 219 1.07e-09 58.2 WP_153844272.1 OAN53756.1 23.8 240 145 7 6 225 12 233 2.09e-09 56.6 WP_153844272.1 WP_158791585.1 23.8 214 140 7 8 209 7 209 4.74e-09 55.5 WP_153844272.1 WP_222599035.1 29.5 207 118 8 282 477 489 678 1.15e-08 55.8 WP_153844272.1 MBQ9964693.1 23.1 208 113 7 259 457 1 170 4.65e-07 48.5 WP_153844272.1 MXP43753.1 23.1 195 128 6 11 193 20 204 2.39e-04 41.2 WP_044772468.1 WP_044772468.1 92.4 724 55 0 1 724 1 724 0.0 1344 WP_044772468.1 WP_101662518.1 31.5 587 361 17 52 628 58 613 5.99e-69 238 WP_044772468.1 HCG88012.1 35.2 290 172 6 16 294 7 291 9.64e-47 174 WP_044772468.1 WP_088784550.1 26.8 665 388 25 10 607 60 692 3.72e-36 144 WP_044772468.1 WP_062300449.1 28.1 381 247 11 86 461 73 431 3.25e-27 116 RIB10989.1 RIB10989.1 100 189 0 0 1 189 1 189 6.76e-144 396 RIB10989.1 XP_040250218.1 27.4 197 114 7 2 172 492 685 2.50e-13 65.9 RIB10989.1 KZT58963.1 33.3 117 70 3 6 116 1223 1337 2.27e-12 63.2 RIB10989.1 MBF1128433.1 29.5 88 50 4 6 91 149 226 3.98e-06 44.7 RIB10989.1 WP_106546380.1 38.7 62 33 3 6 65 170 228 7.49e-05 40.8 WP_223874734.1 WP_223874734.1 100 230 0 0 1 230 1 230 3.00e-165 453 RKP53954.1 RKP53954.1 100 87 0 0 1 87 1 87 2.04e-60 177 WP_144660168.1 WP_144660168.1 100 540 0 0 1 540 1 540 0.0 1098 WP_071468711.1 WP_071468711.1 100 68 0 0 1 68 1 68 5.82e-47 141 WP_036392442.1 WP_036392442.1 98.1 570 11 0 1 570 1 570 0.0 1107 WP_221802218.1 WP_221802218.1 100 114 0 0 1 114 1 114 9.45e-83 235 WP_250239427.1 WP_250239427.1 100 883 0 0 1 883 1 883 0.0 1782 WP_129681113.1 WP_129681113.1 100 192 0 0 1 192 1 192 7.79e-131 363 NGX49271.1 NGX49271.1 93.1 506 35 0 1 506 1 506 0.0 918 PYL83902.1 PYL83902.1 98.3 697 12 0 1 697 1 697 0.0 1406 PYL83902.1 WP_135916821.1 33.6 116 63 3 147 257 104 210 6.44e-15 73.9 WP_123262559.1 WP_123262559.1 97.1 309 9 0 1 309 1 309 1.54e-227 617 OOX90626.1 OOX90626.1 100 254 0 0 1 254 1 254 5.65e-191 520 MBO5037501.1 MBO5037501.1 100 140 0 0 1 140 1 140 1.61e-100 282 THW19323.1 THW19323.1 96.5 455 16 0 1 455 1 455 0.0 905 TBR12235.1 TBR12235.1 100 36 0 0 1 36 1 36 1.27e-21 75.5 WP_256695454.1 WP_256695454.1 100 51 0 0 1 51 1 51 3.37e-32 103 MBR1786128.1 MBR1786128.1 100 45 0 0 1 45 1 45 1.44e-26 88.6 NQZ11975.1 NQZ11975.1 100 516 0 0 1 516 1 516 0.0 1078 NQZ11975.1 PYB13830.1 48.9 481 234 7 17 492 3777 4250 6.14e-147 464 NQZ11975.1 WP_192202944.1 29.6 277 168 8 170 440 144 399 4.07e-12 66.2 GEY63590.1 GEY63590.1 100 114 0 0 1 114 1 114 4.86e-85 241 MCF2604604.1 MCF2604604.1 100 297 0 0 1 297 1 297 4.42e-230 623 KAF5197921.1 KAF5197921.1 100 90 0 0 1 90 1 90 8.85e-61 178 CAI8519318.1 CAI8519318.1 100 264 0 0 1 264 1 264 1.89e-194 530 KAF2218229.1 KAF2218229.1 100 150 0 0 1 150 1 150 1.63e-107 301 WP_079473139.1 WP_079473139.1 100 388 0 0 1 388 1 388 1.07e-292 789 NLX43212.1 NLX43212.1 100 190 0 0 1 190 1 190 1.21e-142 393 MBH0176532.1 MBH0176532.1 100 130 0 0 1 130 1 130 1.04e-89 254 UPU53169.1 UPU53169.1 99.1 1270 11 0 1 1270 1 1270 0.0 2550 UPU53169.1 UYC71619.1 98.2 1270 21 1 1 1270 1 1268 0.0 2522 UPU53169.1 UHB14670.1 95.5 1273 52 2 1 1270 1 1271 0.0 2447 UPU53169.1 UIX40308.1 95.4 1273 53 2 1 1270 1 1271 0.0 2442 UPU53169.1 UDK40309.1 95.1 1273 57 2 1 1270 1 1271 0.0 2428 UPU53169.1 USL51576.1 95.0 1270 63 0 1 1270 1 1270 0.0 2428 UPU53169.1 QUE11983.1 92.6 1273 88 3 1 1270 1 1270 0.0 2353 UPU53169.1 UGX22439.1 92.0 1273 97 2 1 1270 1 1271 0.0 2334 UPU53169.1 UBN63752.1 91.0 1273 109 3 1 1270 1 1270 0.0 2302 UPU53169.1 QUM20585.1 88.8 1273 138 2 1 1270 1 1272 0.0 2240 UPU53169.1 UZH89542.1 88.7 1273 139 2 1 1270 1 1271 0.0 2221 UPU53169.1 QVX70521.1 88.0 1273 150 1 1 1270 1 1273 0.0 2188 UPU53169.1 QXI91160.1 83.7 1273 204 2 1 1270 1 1272 0.0 2073 UPU53169.1 UUS71569.1 65.3 1273 439 1 1 1270 1 1273 0.0 1479 UPU53169.1 UHK01047.1 59.5 1273 513 1 1 1270 1 1273 0.0 1297 WP_154489617.1 WP_154489617.1 100 169 0 0 1 169 1 169 2.83e-124 345 NET38287.1 NET38287.1 100 767 0 0 1 767 1 767 0.0 1643 NET38287.1 WP_186101535.1 46.0 750 367 10 6 747 8 727 6.59e-216 623 AGI15931.1 AGI15931.1 100 206 0 0 1 206 1 206 2.13e-144 399 AGI15931.1 QUA05739.1 63.4 205 75 0 1 205 8 212 9.80e-94 271 AGI15931.1 AFA24308.1 64.6 206 73 0 1 206 1 206 1.39e-93 270 AGI15931.1 ADJ35581.1 65.5 206 71 0 1 206 9 214 2.59e-93 270 AGI15931.1 ADW49125.1 64.4 205 73 0 2 206 1 205 1.56e-92 268 AGI15931.1 AVM35379.1 63.4 205 75 0 2 206 4 208 2.32e-90 262 AGI15931.1 AFA09475.1 63.1 198 73 0 9 206 2 199 5.40e-87 253 AGI15931.1 AHK62764.1 63.4 205 75 0 2 206 5 209 5.30e-86 251 AGI15931.1 AOR13807.1 61.4 197 76 0 4 200 2 198 2.85e-85 249 AGI15931.1 UZF38514.1 56.5 200 87 0 7 206 1 200 2.97e-77 229 AGI15931.1 AAX94106.1 64.4 180 64 0 27 206 4 183 4.87e-77 236 AGI15931.1 AMA90994.1 59.8 189 76 0 2 190 9 197 8.43e-75 222 AGI15931.1 AOQ89457.1 53.8 184 85 0 1 184 4 187 3.58e-69 207 AGI15931.1 AKA56406.1 55.4 193 83 1 1 193 8 197 3.27e-67 203 AGI15931.1 AHH30646.1 63.3 166 59 2 26 191 7 170 4.65e-66 199 AGI15931.1 APC24336.1 55.7 106 47 0 101 206 1 106 4.85e-29 109 MBI3214161.1 MBI3214161.1 100 581 0 0 1 581 1 581 0.0 1152 WP_057201184.1 WP_057201184.1 94.6 485 26 0 1 485 1 485 0.0 929 WP_057201184.1 WP_131836551.1 44.7 483 246 8 6 475 20 494 5.84e-124 369 WP_057201184.1 XP_050320449.1 40.3 467 266 4 15 475 25 484 1.75e-105 321 WP_057201184.1 WP_061795322.1 38.5 486 280 9 2 474 18 497 9.07e-95 294 WP_057201184.1 WP_255965801.1 38.2 466 272 7 15 473 26 482 3.44e-88 276 WP_057201184.1 WP_257689765.1 38.8 461 270 5 14 469 26 479 1.14e-86 273 WP_057201184.1 WP_008959270.1 37.3 483 282 8 6 476 13 486 4.03e-83 263 WP_057201184.1 WP_195426888.1 35.3 473 281 11 5 467 18 475 1.63e-69 228 WP_057201184.1 WP_100461895.1 33.1 444 276 9 2 434 7 440 7.17e-65 216 WP_057201184.1 WP_205186167.1 35.4 429 258 7 61 481 4 421 1.77e-62 207 WP_057201184.1 WP_022389025.1 29.9 298 189 7 135 429 106 386 4.24e-26 108 WP_223040576.1 WP_223040576.1 100 269 0 0 1 269 1 269 1.50e-198 541 WP_221711878.1 WP_221711878.1 100 112 0 0 1 112 1 112 1.85e-79 227 MBM5817467.1 MBM5817467.1 100 88 0 0 1 88 1 88 1.13e-62 182 EHC2895895.1 EHC2895895.1 100 161 0 0 1 161 1 161 2.65e-116 324 EHC2895895.1 HCI3789247.1 48.3 149 72 2 14 161 1 145 5.51e-35 117 MCT7710903.1 MCT7710903.1 100 226 0 0 1 226 1 226 4.30e-172 470 URQ55824.1 URQ55824.1 99.2 7093 57 0 1 7093 1 7093 0.0 14368 URQ55824.1 UZO53924.1 99.1 7093 63 0 1 7093 1 7093 0.0 14356 URQ55824.1 UVB16817.1 99.1 7093 62 0 1 7093 1 7093 0.0 14355 URQ55824.1 QVD87869.1 98.9 7093 76 0 1 7093 1 7093 0.0 14327 URQ55824.1 QWC83326.1 98.9 7096 73 1 1 7093 1 7096 0.0 14326 URQ55824.1 WEU87158.1 98.9 7096 75 1 1 7093 1 7096 0.0 14321 URQ55824.1 QSZ25555.1 98.9 7096 77 1 1 7093 1 7096 0.0 14319 URQ55824.1 UMF87224.1 98.9 7093 78 1 1 7093 1 7092 0.0 14319 URQ55824.1 UBP50947.1 98.9 7096 78 1 1 7093 1 7096 0.0 14314 URQ55824.1 UBD95131.1 98.8 7096 80 1 1 7093 1 7096 0.0 14308 URQ55824.1 UEC52718.1 98.8 7096 83 1 1 7093 1 7096 0.0 14302 URQ55824.1 UIR12670.1 98.6 7093 100 1 1 7093 1 7092 0.0 14265 URQ55824.1 QZU16279.1 98.5 7096 104 1 1 7093 1 7096 0.0 14251 URQ55824.1 UPA83906.1 98.3 7093 117 1 1 7093 1 7092 0.0 14223 URQ55824.1 UXX67934.1 98.2 7093 131 0 1 7093 1 7093 0.0 14191 URQ55824.1 UBR86455.1 98.0 7095 138 1 2 7093 1 7095 0.0 14170 URQ55824.1 UCP72061.1 97.8 7096 155 1 1 7093 1 7096 0.0 14130 URQ55824.1 UCP77012.1 97.6 7096 165 1 1 7093 1 7096 0.0 14109 URQ55824.1 WHE12941.1 97.6 7067 173 0 27 7093 1 7067 0.0 14038 URQ55824.1 UKN67998.1 97.5 7073 179 1 21 7093 1 7072 0.0 14031 URQ55824.1 UGA79226.1 96.7 7096 232 1 1 7093 1 7096 0.0 13949 URQ55824.1 UAQ80067.1 96.2 7096 265 1 1 7093 1 7096 0.0 13859 URQ55824.1 UVI10561.1 95.7 7066 307 0 28 7093 1 7066 0.0 13716 URQ55824.1 UJT06733.1 95.4 7093 322 1 1 7093 1 7092 0.0 13702 URQ55824.1 UOU30556.1 94.1 7093 422 0 1 7093 1 7093 0.0 13469 URQ55824.1 UMA88644.1 90.9 7072 643 1 22 7093 1 7071 0.0 12889 URQ55824.1 WAS49087.1 89.9 7093 718 0 1 7093 1 7093 0.0 12727 URQ55824.1 WGP98278.1 84.3 7096 1110 1 1 7093 1 7096 0.0 11763 URQ55824.1 UPP41269.1 99.1 4398 41 0 1 4398 1 4398 0.0 8893 URQ55824.1 USR14792.1 99.0 4398 42 0 1 4398 1 4398 0.0 8890 URQ55824.1 QXR94354.1 98.9 4398 50 0 1 4398 1 4398 0.0 8874 URQ55824.1 ULA23837.2 98.8 4398 52 1 1 4398 1 4397 0.0 8868 URQ55824.1 QTD03487.1 98.8 4401 52 1 1 4398 1 4401 0.0 8868 URQ55824.1 QTM79632.1 98.8 4398 52 0 1 4398 1 4398 0.0 8867 URQ55824.1 UXH94526.1 98.8 4398 53 1 1 4398 1 4397 0.0 8863 URQ55824.1 QTZ27226.1 98.8 4398 54 0 1 4398 1 4398 0.0 8863 URQ55824.1 UFM00670.1 98.7 4401 55 1 1 4398 1 4401 0.0 8856 URQ55824.1 UEC68750.1 98.7 4401 55 1 1 4398 1 4401 0.0 8854 URQ55824.1 UHM53165.1 98.7 4401 55 1 1 4398 1 4401 0.0 8851 URQ55824.1 UFM02602.1 98.7 4401 55 1 1 4398 1 4401 0.0 8851 URQ55824.1 UBL45068.1 98.7 4401 55 1 1 4398 1 4401 0.0 8849 URQ55824.1 UKU68032.1 98.5 4398 66 1 1 4398 1 4397 0.0 8835 URQ55824.1 UJV88611.1 96.8 4398 138 1 1 4398 1 4397 0.0 8672 URQ55824.1 UJJ97602.1 96.5 4398 151 1 1 4398 1 4397 0.0 8639 URQ55824.1 UJS94137.1 97.8 4293 92 1 106 4398 1 4292 0.0 8557 URQ55824.1 ULB83374.1 95.6 4398 192 1 1 4398 1 4397 0.0 8535 URQ55824.1 UGB98301.1 93.3 4401 291 1 1 4398 1 4401 0.0 8282 URQ55824.1 QRX02582.1 98.7 4098 49 1 1 4095 1 4098 0.0 8237 URQ55824.1 UFA30503.1 92.4 4340 326 1 27 4363 1 4340 0.0 8060 URQ55824.1 WGP70063.1 91.4 4369 374 1 1 4366 1 4369 0.0 8008 URQ55824.1 WEI27974.1 90.6 4398 415 0 1 4398 1 4398 0.0 7983 URQ55824.1 UNI03201.1 90.4 4374 419 1 27 4398 1 4374 0.0 7928 URQ55824.1 UEX07109.1 87.0 4375 567 1 27 4398 1 4375 0.0 7576 URQ55824.1 URP80785.1 81.7 4371 801 0 28 4398 1 4371 0.0 7047 URQ55824.1 UPB00876.1 75.9 4371 1053 0 28 4398 1 4371 0.0 6342 URQ55824.1 UYE49180.1 75.4 4398 1083 0 1 4398 1 4398 0.0 6320 URQ55824.1 WGQ72821.1 65.6 4344 1493 1 26 4366 1 4344 0.0 5202 KAI5804476.1 KAI5804476.1 100 119 0 0 1 119 1 119 5.36e-89 251 WP_108106595.1 WP_108106595.1 100 162 0 0 1 162 1 162 5.14e-119 331 EFC81578.1 EFC81578.1 100 324 0 0 1 324 1 324 5.28e-247 668 EFC81578.1 KAI3473816.1 46.9 307 157 5 18 320 204 508 1.17e-90 278 EFC81578.1 PAA76673.1 25.2 309 191 11 6 284 2 300 2.28e-13 68.2 MBL0081532.1 MBL0081532.1 100 1211 0 0 1 1211 1 1211 0.0 2404 MCI0524605.1 MCI0524605.1 100 119 0 0 1 119 1 119 4.78e-83 236 WP_200001451.1 WP_200001451.1 100 280 0 0 1 280 1 280 8.46e-215 583 GBN34629.1 GBN34629.1 100 183 0 0 1 183 1 183 3.36e-132 366 WP_104456122.1 WP_104456122.1 98.1 524 10 0 1 524 1 524 0.0 1080 WP_104456122.1 WP_186556299.1 44.0 514 278 4 1 511 1 507 4.06e-133 395 WP_104456122.1 HAZ7424284.1 32.2 521 288 11 7 488 7 501 4.11e-77 249 WP_104456122.1 WP_025739406.1 36.8 307 194 0 214 520 329 635 2.32e-53 189 WP_104456122.1 WP_128786583.1 44.3 246 137 0 275 520 383 628 3.81e-52 186 WP_104456122.1 HBP5649656.1 37.6 367 208 6 169 516 202 566 1.42e-51 183 WP_104456122.1 WP_269572442.1 32.5 421 230 10 98 485 193 592 1.32e-47 172 WP_104456122.1 WP_097514015.1 30.3 330 187 7 174 499 205 495 9.09e-29 118 WP_104456122.1 WP_271340374.1 27.0 322 181 9 244 515 274 591 7.63e-22 97.4 WP_104456122.1 WP_156140069.1 33.2 187 125 0 334 520 374 560 1.18e-20 94.0 WP_104456122.1 WP_237962375.1 24.4 295 176 5 232 520 379 632 3.14e-20 92.8 WP_104456122.1 MCI8311254.1 30.1 153 77 4 279 409 255 399 9.63e-11 62.4 XP_039048844.1 XP_039048844.1 100 134 0 0 1 134 1 134 1.40e-98 277 WP_034944635.1 WP_034944635.1 100 200 0 0 1 200 1 200 8.44e-148 407 CAG32719.1 CAG32719.1 92.0 137 11 0 1 137 1 137 3.54e-89 253 KMN52907.1 KMN52907.1 86.7 210 28 0 1 210 1 210 9.53e-134 372 WP_199673213.1 WP_199673213.1 96.4 391 14 0 1 391 1 391 3.00e-280 758 WP_199673213.1 MCM1513138.1 31.3 415 256 7 1 391 1 410 1.18e-57 192 WP_199673213.1 WP_037818847.1 30.7 407 259 10 1 391 1 400 6.83e-52 176 WP_199673213.1 MBN9383861.1 35.0 80 47 2 267 345 277 352 5.74e-09 56.2 WP_199673213.1 WP_168738097.1 24.0 250 154 11 79 308 459 692 1.75e-04 42.0 MCI6147609.1 MCI6147609.1 100 205 0 0 1 205 1 205 1.46e-155 427 XP_042771424.1 XP_042771424.1 92.6 2312 172 0 1 2312 1 2312 0.0 4287 XP_042771424.1 XP_005573423.1 24.8 1857 1132 46 62 1845 107 1772 2.06e-149 513 XP_042771424.1 XP_048264533.1 23.5 1847 1192 53 71 1845 142 1839 3.95e-140 485 XP_042771424.1 XP_021507806.1 25.1 1812 1067 52 71 1796 119 1726 4.80e-139 480 WP_212054759.1 WP_212054759.1 97.6 495 12 0 1 495 1 495 0.0 944 WP_212054759.1 WP_094840069.1 32.0 506 316 7 16 495 8 511 1.22e-53 187 WP_124978582.1 WP_124978582.1 100 841 0 0 1 841 1 841 0.0 1716 WP_124978582.1 WP_064779756.1 37.6 221 131 4 3 223 122 335 7.31e-37 140 WP_124978582.1 WP_010905191.1 32.8 244 142 11 1 230 1 236 2.49e-18 84.7 WP_124978582.1 WP_088349221.1 23.3 215 129 7 2 184 6 216 7.65e-09 56.2 WP_124978582.1 MCH5207665.1 40.7 54 32 0 3 56 4 57 2.71e-07 50.8 KAE8683921.1 KAE8683921.1 91.6 569 48 0 1 569 1 569 0.0 1067 OAV63675.1 OAV63675.1 100 184 0 0 1 184 1 184 2.37e-137 379 PYB13830.1 PYB13830.1 99.7 4250 13 0 1 4250 1 4250 0.0 8815 PYB13830.1 NQZ11975.1 48.9 481 234 7 3777 4250 17 492 5.05e-146 464 PYB13830.1 HBN9628875.1 31.1 801 466 19 5 770 509 1258 3.90e-86 313 PYB13830.1 WP_246003214.1 27.7 591 375 18 3175 3731 4 576 8.23e-39 154 PYB13830.1 WP_112119927.1 24.1 449 271 16 3242 3664 54 458 2.87e-13 73.9 PYB13830.1 WP_254101325.1 24.2 529 317 19 3216 3676 109 621 6.79e-12 70.1 PYB13830.1 RLB66027.1 24.1 303 201 8 3336 3620 170 461 2.59e-10 64.7 PYB13830.1 MBF2759673.1 31.1 183 98 8 3196 3360 167 339 1.40e-07 56.2 PYB13830.1 XP_052525039.1 23.7 325 189 11 3335 3618 277 583 4.88e-07 54.3 WP_007377599.1 WP_007377599.1 100 136 0 0 1 136 1 136 3.29e-98 276 WP_007377599.1 WP_217904803.1 30.6 124 79 3 17 134 16 138 2.19e-15 66.6 WP_187447871.1 WP_187447871.1 100 415 0 0 1 415 1 415 1.79e-316 851 WP_175766180.1 WP_175766180.1 100 305 0 0 1 305 1 305 5.81e-230 623 WP_072989136.1 WP_072989136.1 100 417 0 0 1 417 1 417 0.0 870 WP_072989136.1 HAR4306776.1 51.8 413 195 3 4 416 5 413 4.25e-144 415 WP_072989136.1 WP_192202944.1 36.6 418 244 11 3 415 1 402 2.81e-70 225 WP_072989136.1 WP_266170214.1 34.1 267 143 9 156 412 149 392 7.19e-35 131 TMB80853.1 TMB80853.1 100 111 0 0 1 111 1 111 1.07e-82 235 WP_277264109.1 WP_277264109.1 100 997 0 0 1 997 1 997 0.0 2013 WP_277264109.1 WP_282985289.1 30.8 830 449 19 234 964 148 951 6.27e-94 318 WP_277264109.1 EFG7698437.1 33.0 312 166 8 717 995 1 302 1.68e-43 159 KAE8876596.1 KAE8876596.1 97.1 1092 32 0 1 1092 1 1092 0.0 2174 KZW99196.1 KZW99196.1 98.3 641 11 0 1 641 1 641 0.0 1234 MCC6136677.1 MCC6136677.1 100 52 0 0 1 52 1 52 4.22e-31 100 MCI5191941.1 MCI5191941.1 97.8 643 14 0 1 643 1 643 0.0 1257 MCI5191941.1 WP_203325777.1 33.3 87 51 2 529 608 73 159 3.55e-06 46.6 HBW9511025.1 HBW9511025.1 100 201 0 0 1 201 1 201 4.52e-148 407 HBW9511025.1 PJB11797.1 46.0 189 102 0 6 194 3 191 1.66e-64 196 HBW9511025.1 MCE2883039.1 55.2 143 61 2 60 199 2 144 9.74e-51 159 PIP52537.1 PIP52537.1 100 372 0 0 1 372 1 372 5.35e-278 750 MAS51861.1 MAS51861.1 86.6 172 23 0 1 172 1 172 9.17e-102 288 MCF8193609.1 MCF8193609.1 100 250 0 0 15 264 15 264 1.79e-183 502 MCF8193609.1 WP_113851760.1 36.1 244 144 6 24 262 7 243 2.46e-36 127 MCF8193609.1 WP_144002426.1 30.5 187 113 5 65 245 81 256 2.42e-13 66.6 WP_135705208.1 WP_135705208.1 100 138 0 0 1 138 1 138 5.65e-100 281 WP_171155369.1 WP_171155369.1 95.3 215 10 0 1 215 1 215 2.56e-145 402 WP_171155369.1 UJW35797.1 47.3 55 29 0 14 68 10 64 7.02e-11 57.8 ELZ16407.1 ELZ16407.1 100 457 0 0 1 457 1 457 0.0 943 ELZ16407.1 MBA3609961.1 33.7 442 269 11 17 448 21 448 2.22e-68 223 ELZ16407.1 OWZ34415.1 30.3 426 271 13 33 442 57 472 3.50e-49 173 ELZ16407.1 MBQ6794463.1 29.4 402 226 12 35 432 16 363 1.59e-43 155 ELZ16407.1 MCF7895906.1 26.2 363 233 9 18 377 8 338 1.97e-38 140 ELZ16407.1 WP_254819486.1 25.7 460 289 15 15 448 26 458 8.21e-28 113 WP_073070755.1 WP_073070755.1 100 191 0 0 1 191 1 191 4.21e-139 384 SVJ73127.1 SVJ73127.1 88.9 316 35 0 1 316 1 316 1.79e-193 532 WP_253463694.1 WP_253463694.1 95.7 437 19 0 1 437 1 437 1.03e-308 833 WP_253463694.1 GDX36288.1 29.4 282 181 8 157 425 133 409 6.23e-30 118 WP_253463694.1 KDF42894.1 26.5 219 135 7 204 399 248 463 7.98e-10 58.9 WP_253463694.1 CAG0990770.1 27.3 227 131 10 225 427 41 257 1.19e-04 42.0 UCJ00318.1 UCJ00318.1 100 787 0 0 1 787 1 787 0.0 1614 HAR4359619.1 HAR4359619.1 100 273 0 0 1 273 1 273 1.75e-199 543 HAR4359619.1 MBI1736306.1 34.4 209 120 5 78 270 84 291 6.82e-29 110 HAR4359619.1 MBI5966481.1 33.6 217 118 6 78 270 85 299 4.41e-27 105 HAR4359619.1 WP_279399778.1 34.4 192 109 6 91 267 98 287 1.82e-24 98.2 HAR4359619.1 WP_220615956.1 27.6 272 164 6 34 272 71 342 1.01e-23 97.1 HAR4359619.1 MBQ1540263.1 28.6 231 142 6 37 261 60 273 7.20e-23 93.6 HAR4359619.1 WP_067782871.1 26.9 283 183 7 3 265 6 284 1.68e-22 92.8 MCB1471508.1 MCB1471508.1 100 288 0 0 1 288 1 288 4.95e-227 614 MCB1471508.1 WP_119403424.1 43.8 242 132 3 49 288 25 264 4.52e-68 211 KKQ50904.1 KKQ50904.1 97.0 1136 34 0 1 1136 1 1136 0.0 2206 KKQ50904.1 WP_039608285.1 26.1 486 342 8 38 517 13 487 1.17e-42 167 KKQ50904.1 WP_172616972.1 27.5 466 326 5 52 511 30 489 3.32e-38 153 KKQ50904.1 WP_133325549.1 22.6 501 366 10 40 532 16 502 2.56e-28 121 KKQ50904.1 TME45086.1 22.3 475 329 13 52 509 25 476 1.06e-24 109 KKQ50904.1 MBT8462299.1 29.6 206 118 5 956 1136 2 205 2.24e-17 81.3 KKQ50904.1 MBE6139600.1 24.1 237 157 7 910 1135 525 749 4.75e-05 45.8 XP_034577512.1 XP_034577512.1 97.5 831 21 0 20 850 20 850 0.0 1637 CDN40573.1 CDN40573.1 100 470 0 0 1 470 1 470 0.0 991 CDN40573.1 Q8XJN8.1 33.8 210 124 7 271 469 26 231 1.80e-22 94.4 CDN40573.1 MBE6142085.1 31.9 213 122 9 267 464 20 224 2.12e-20 88.2 HAN0352225.1 HAN0352225.1 100 512 0 0 1 512 1 512 0.0 1043 HAN0352225.1 EFN5389376.1 78.7 512 107 1 1 512 156 665 1.06e-299 835 HAN0352225.1 KDT27382.1 78.2 468 100 1 45 512 1 466 1.96e-275 766 HAN0352225.1 EIH4263652.1 77.6 322 70 1 1 322 267 586 2.33e-180 517 HAN0352225.1 EJW7579374.1 77.3 291 64 1 1 291 5 293 1.32e-166 471 HAN0352225.1 EFL5817307.1 78.6 262 54 1 1 262 220 479 3.29e-146 426 HAN0352225.1 EFL3122059.1 82.4 34 6 0 1 34 271 304 2.27e-11 63.2 MBQ7354351.1 MBQ7354351.1 100 322 0 0 1 322 1 322 1.76e-244 661 PQN90025.1 PQN90025.1 100 21 0 0 1 21 1 21 3.00e-08 40.8 WP_153656540.1 WP_153656540.1 100 759 0 0 1 759 1 759 0.0 1548 WP_153656540.1 WP_203203455.1 58.1 763 310 3 4 757 20 781 0.0 905 WP_153656540.1 CFU01724.1 55.7 88 39 0 668 755 1 88 5.03e-29 109 ABL14307.1 ABL14307.1 100 255 0 0 1 255 1 255 3.42e-197 536 MCI0559521.1 MCI0559521.1 100 463 0 0 1 463 1 463 0.0 935 MCC2110934.1 MCC2110934.1 100 87 0 0 1 87 1 87 2.04e-60 177 HBO1212818.1 HBO1212818.1 95.6 340 15 0 1 340 1 340 4.67e-224 611 WP_003176097.1 WP_003176097.1 91.9 285 23 0 1 285 1 285 3.58e-189 518 EEJ3660224.1 EEJ3660224.1 100 118 0 0 1 118 1 118 5.60e-86 244 YP_009550556.1 YP_009550556.1 94.5 469 26 0 1 469 1 469 0.0 911 WP_262088989.1 WP_262088989.1 95.9 246 10 0 1 246 1 246 1.42e-171 471 WP_146205473.1 WP_146205473.1 100 46 0 0 1 46 1 46 4.14e-27 90.9 WP_146205473.1 WP_236961032.1 61.9 42 16 0 1 42 49 90 1.79e-13 57.4 WP_010875413.1 WP_010875413.1 100 200 0 0 1 200 1 200 4.18e-148 407 HET19548.1 HET19548.1 100 45 0 0 1 45 1 45 7.14e-27 89.4 HET19548.1 HBR4968137.1 45.2 42 23 0 1 42 3 44 2.37e-07 42.7 GFS24540.1 GFS24540.1 100 23 0 0 1 23 1 23 1.77e-13 57.4 WP_189862922.1 WP_189862922.1 51.3 115 56 0 1 115 1 115 1.11e-26 94.0 WP_174742261.1 WP_174742261.1 95.7 230 10 0 1 230 1 230 2.65e-159 438 MBJ9849823.1 MBJ9849823.1 100 456 0 0 1 456 1 456 0.0 929 MCF8113477.1 MCF8113477.1 95.6 295 13 0 1 295 1 295 9.19e-197 538 MAH35553.1 MAH35553.1 100 511 0 0 1 511 1 511 0.0 1051 MAH35553.1 MAZ13301.1 56.5 483 205 2 22 500 35 516 5.33e-206 581 MAH35553.1 MBO5962796.1 23.7 397 244 14 12 378 279 646 1.81e-26 112 WP_276357708.1 WP_276357708.1 100 85 0 0 1 85 1 85 1.71e-58 172 KAJ7618075.1 KAJ7618075.1 91.2 306 27 0 1 306 1 306 2.44e-202 553 WP_192324556.1 WP_192324556.1 100 625 0 0 1 625 1 625 0.0 1238 WP_192324556.1 WP_227059655.1 59.0 620 246 2 3 622 10 621 1.22e-257 720 WP_192324556.1 RUU66461.1 53.4 397 159 5 223 617 5 377 7.40e-131 387 WP_192324556.1 WP_066083732.1 51.0 294 129 3 13 306 6 284 1.10e-91 285 WP_192324556.1 MBQ3864274.1 50.3 288 130 4 311 594 5 283 5.12e-89 278 WP_192324556.1 WP_107894076.1 47.8 272 128 2 13 280 5 266 3.53e-82 260 WP_192324556.1 MCP5262709.1 49.3 272 131 3 13 284 1 265 6.86e-81 256 WP_192324556.1 GLY24463.1 50.2 265 124 3 13 276 4 261 1.44e-80 256 WP_192324556.1 MBU5353226.1 45.3 287 153 2 318 601 4 289 3.41e-80 254 WP_192324556.1 WP_131166802.1 50.9 265 123 3 13 276 5 263 2.64e-78 250 WP_192324556.1 WP_098952357.1 48.4 279 142 2 318 595 3 280 5.74e-78 249 WP_192324556.1 WP_226904802.1 48.7 279 142 1 315 593 19 296 4.63e-77 247 WP_192324556.1 QCM13287.1 43.7 270 139 6 6 274 1 258 4.28e-60 200 WP_192324556.1 WP_142931103.1 29.4 521 302 15 12 532 2 456 4.78e-60 206 WP_192324556.1 MBP1876254.1 37.6 229 138 5 342 569 18 242 1.15e-36 139 WP_192324556.1 WP_076409454.1 33.3 246 134 6 344 576 19 247 2.07e-32 126 WP_192324556.1 WP_170725874.1 33.7 252 148 6 328 576 7 242 4.89e-31 122 WP_192324556.1 MWR41881.1 36.6 232 124 8 345 566 44 262 3.36e-30 118 WP_192324556.1 WP_109219819.1 34.6 234 144 4 345 578 33 257 6.34e-30 120 WP_192324556.1 WP_150396769.1 26.8 533 299 19 30 547 37 493 1.21e-27 115 WP_192324556.1 OAN53756.1 33.8 234 138 7 343 566 25 251 4.65e-27 108 WP_192324556.1 MXP43753.1 33.2 229 132 8 344 560 29 248 1.97e-25 104 WP_192324556.1 WP_279984614.1 30.5 262 159 8 317 571 8 253 1.31e-24 102 WP_192324556.1 WP_174822921.1 29.0 245 154 7 32 271 22 251 4.76e-22 94.4 WP_192324556.1 WP_011512097.1 32.0 247 147 8 344 583 360 592 2.96e-21 96.3 WP_192324556.1 WP_258581409.1 27.0 230 159 3 342 571 16 236 5.12e-21 93.6 WP_192324556.1 WP_158791585.1 28.1 235 148 7 343 565 18 243 1.95e-19 86.7 WP_192324556.1 MBC7326981.1 27.1 269 168 11 11 271 2 250 5.02e-19 85.5 WP_192324556.1 WP_247749043.1 32.1 218 131 7 342 551 371 579 8.49e-19 88.6 WP_192324556.1 WP_207918089.1 26.4 261 171 6 14 271 6 248 3.33e-17 80.1 WP_192324556.1 EHH5649593.1 27.5 265 147 11 36 291 21 249 2.83e-16 78.2 WP_192324556.1 MBQ8297564.1 27.7 242 130 8 344 564 349 566 6.22e-15 76.3 WP_192324556.1 WP_071876418.1 27.1 218 139 8 345 553 21 227 1.29e-13 72.0 WP_192324556.1 WP_195368055.1 34.2 161 93 6 345 500 355 507 1.76e-13 71.6 WP_192324556.1 WP_256546297.1 24.7 247 169 5 10 252 20 253 5.31e-12 65.1 WP_192324556.1 WP_281034490.1 44.4 63 35 0 510 572 1 63 8.75e-11 59.3 WP_192324556.1 WP_211555180.1 36.0 114 68 3 122 235 95 203 3.68e-10 58.9 WP_192324556.1 WAY96880.1 23.9 180 100 6 345 507 5 164 7.15e-07 48.5 WP_192324556.1 WP_173040157.1 22.3 539 324 21 33 547 21 488 1.30e-06 49.7 WP_192324556.1 WP_041710957.1 18.2 424 266 17 166 548 94 477 2.89e-06 48.5 WP_192324556.1 WP_152652784.1 28.1 203 116 6 32 230 20 196 7.10e-05 43.5 MBV8927738.1 MBV8927738.1 100 79 0 0 1 79 1 79 1.03e-54 162 GKW22999.1 GKW22999.1 95.6 204 9 0 1 204 1 204 4.74e-141 391 WP_146272353.1 WP_146272353.1 97.4 1005 26 0 1 1005 1 1005 0.0 1964 WP_146272353.1 MBP3518143.1 29.5 1070 613 40 30 1005 45 1067 2.12e-97 330 WP_146272353.1 WP_214826002.1 30.2 1001 579 38 81 1005 7 963 3.06e-94 319 WP_146272353.1 WP_278843343.1 26.8 984 551 34 16 877 2 938 4.76e-72 258 WP_146272353.1 MCB9353584.1 24.3 1105 656 43 17 1005 2 1041 1.08e-54 205 WP_146272353.1 WP_259301651.1 25.1 1082 618 47 33 1005 52 1050 3.52e-54 203 WP_146272353.1 RKX20462.1 27.4 223 142 10 41 250 32 247 6.96e-07 51.6 WP_219133024.1 WP_219133024.1 100 140 0 0 1 140 1 140 9.71e-102 285 TMQ14810.1 TMQ14810.1 89.9 138 14 0 1 138 1 138 8.90e-79 227 CAB0780497.1 CAB0780497.1 89.3 375 40 0 1 375 1 375 2.78e-245 668 CAB0780497.1 MCS6830908.1 42.5 346 192 5 4 345 6 348 1.81e-91 278 CAB0780497.1 XP_020103231.1 40.7 351 198 5 4 347 92 439 2.40e-79 249 CAB0780497.1 NCW99628.1 44.2 154 85 1 192 345 1 153 1.41e-43 147 WP_279268272.1 WP_279268272.1 100 855 0 0 1 855 1 855 0.0 1790 WP_201454235.1 WP_201454235.1 100 54 0 0 1 54 1 54 6.27e-36 112 WP_107169208.1 WP_107169208.1 100 362 0 0 1 362 1 362 5.30e-273 737 WP_107169208.1 WP_000484099.1 31.8 198 130 3 167 360 170 366 2.15e-23 98.2 WP_107169208.1 MBI5333464.1 36.6 164 98 4 202 361 228 389 5.01e-23 97.4 WP_107169208.1 WP_145544593.1 39.1 169 92 7 188 355 352 510 4.08e-21 92.8 WP_107169208.1 WP_269885397.1 31.8 157 106 1 198 354 107 262 1.06e-20 89.0 WP_107169208.1 EGR2272270.1 36.9 122 76 1 234 354 548 669 4.17e-20 90.1 WP_107169208.1 WP_230171322.1 36.3 171 89 7 202 362 603 763 7.11e-19 86.7 WP_107169208.1 WP_255266214.1 33.1 154 94 5 203 354 296 442 1.47e-18 85.1 WP_107169208.1 HAB03480.1 32.5 169 100 5 202 360 660 824 3.10e-18 84.7 WP_107169208.1 MBK6870374.1 34.5 148 92 3 208 355 1 143 5.76e-18 79.7 WP_107169208.1 WP_023050329.1 32.4 173 108 6 181 351 180 345 8.63e-17 79.0 WP_107169208.1 WP_029222917.1 29.2 195 128 6 168 360 288 474 3.00e-12 65.9 WP_107169208.1 WP_018646673.1 32.7 159 92 6 205 355 527 678 9.90e-12 64.7 WP_258315721.1 WP_258315721.1 100 179 0 0 1 179 1 179 7.69e-136 375 MBQ0056002.1 MBQ0056002.1 100 70 0 0 1 70 1 70 5.72e-48 144 EMS62928.1 EMS62928.1 92.9 409 29 0 1 409 1 409 8.40e-287 776 EMS62928.1 WP_039190453.1 40.7 317 187 1 93 408 139 455 2.04e-83 261 MBK6276192.1 MBK6276192.1 95.7 414 18 0 1 414 1 414 3.32e-291 787 RLS80176.1 RLS80176.1 100 141 0 0 1 141 1 141 8.58e-92 260 MAU73077.1 MAU73077.1 96.5 346 12 0 1 346 1 346 1.10e-241 656 XP_046801602.1 XP_046801602.1 64.0 1294 466 0 1 1294 1 1294 0.0 1470 WP_231783900.1 WP_231783900.1 100 140 0 0 1 140 1 140 1.27e-106 298 MCJ1706109.1 MCJ1706109.1 97.5 489 12 0 1 489 1 489 0.0 892 WP_076788335.1 WP_076788335.1 100 373 0 0 1 373 1 373 1.01e-287 775 MCR5830520.1 MCR5830520.1 97.7 471 11 0 1 471 1 471 0.0 929 MBB3050407.1 MBB3050407.1 100 81 0 0 1 81 1 81 2.40e-54 161 MBB3050407.1 WP_267292626.1 35.5 76 47 1 6 81 117 190 2.80e-09 50.1 MCH7900379.1 MCH7900379.1 100 198 0 0 1 198 1 198 4.70e-144 397 WP_209434296.1 WP_209434296.1 88.8 240 27 0 1 240 1 240 2.77e-150 416 WP_209434296.1 WP_110808154.1 39.7 184 111 0 15 198 13 196 1.01e-35 124 WP_209434296.1 MBG9445742.1 32.0 194 124 3 15 205 12 200 3.24e-22 89.4 WP_011531028.1 WP_011531028.1 100 120 0 0 1 120 1 120 9.96e-90 253 WP_011531028.1 MAO00220.1 46.6 116 57 2 7 117 1 116 6.44e-28 97.4 NVM16230.1 NVM16230.1 100 177 0 0 1 177 1 177 1.01e-130 362 NVM16230.1 XP_018089046.1 25.0 152 97 6 10 151 29 173 2.54e-08 50.1 EGQ64187.1 EGQ64187.1 100 44 0 0 1 44 1 44 2.33e-27 90.5 NCC17292.1 NCC17292.1 100 382 0 0 1 382 1 382 1.78e-297 800 NCC17292.1 EEW7484806.1 37.6 133 83 0 243 375 2 134 1.27e-28 107 HAV8610731.1 HAV8610731.1 96.1 741 29 0 1 741 1 741 0.0 1453 HAV8610731.1 WP_003939801.1 28.7 275 191 2 443 716 5 275 6.69e-34 129 HAV8610731.1 WP_024498088.1 31.9 185 119 2 536 715 117 299 5.37e-21 92.8 KAJ4533602.1 KAJ4533602.1 92.2 129 10 0 1 129 1 129 4.97e-83 237 KAG7462827.1 KAG7462827.1 100 766 0 0 1 766 1 766 0.0 1563 BBF42184.1 BBF42184.1 100 263 0 0 1 263 1 263 8.67e-195 531 PWU18232.1 PWU18232.1 95.6 319 14 0 1 319 1 319 1.46e-221 603 PWU18232.1 MCI0677710.1 46.4 308 150 7 13 317 8 303 6.01e-76 233 PWU18232.1 MBQ9976843.1 40.3 318 169 6 9 317 2 307 5.86e-71 221 PWU18232.1 MBM3366565.1 42.5 219 115 5 13 225 10 223 5.69e-42 143 MBV8660698.1 MBV8660698.1 100 132 0 0 1 132 1 132 1.03e-90 257 WP_164904950.1 WP_164904950.1 100 54 0 0 1 54 1 54 3.52e-33 105 MBQ2317532.1 MBQ2317532.1 100 151 0 0 1 151 1 151 6.39e-110 307 MBQ2317532.1 WP_032993387.1 22.9 131 72 2 20 150 354 455 9.21e-05 39.7 WP_215557653.1 WP_215557653.1 96.2 262 10 0 1 262 1 262 9.27e-185 505 WP_215557653.1 MCF7808720.1 45.5 220 120 0 3 222 6 225 1.00e-62 195 WP_215557653.1 MCC6044083.1 44.8 221 121 1 1 221 1 220 3.38e-58 186 WP_215557653.1 WP_142133210.1 43.8 208 112 5 19 224 22 226 3.82e-44 148 WP_215557653.1 WP_140480909.1 32.3 232 139 4 3 225 12 234 4.33e-38 135 WP_215557653.1 WP_278489123.1 32.5 231 143 6 1 224 3 227 3.55e-23 94.0 WP_215557653.1 WP_158347019.1 35.6 73 44 2 144 214 379 450 4.63e-06 45.8 MBQ2346567.1 MBQ2346567.1 100 292 0 0 1 292 1 292 3.19e-216 587 WP_138785174.1 WP_138785174.1 100 268 0 0 1 268 1 268 8.03e-198 539 WP_138785174.1 WP_003976137.1 29.0 238 141 8 28 248 92 318 9.32e-14 68.6 WP_138785174.1 WP_096751687.1 24.2 277 184 8 1 261 1 267 9.35e-13 65.1 HCK66187.1 HCK66187.1 100 333 0 0 1 333 1 333 1.92e-249 675 MBO7492856.1 MBO7492856.1 100 188 0 0 1 188 1 188 2.76e-147 404 WP_138125503.1 WP_138125503.1 100 341 0 0 1 341 1 341 2.10e-257 696 WP_138125503.1 WP_069697901.1 67.6 339 109 1 1 338 1 339 1.12e-178 496 WP_138125503.1 WP_266179881.1 43.8 338 181 6 2 335 3 335 4.55e-91 274 WP_138125503.1 WP_223413240.1 42.9 338 184 6 2 335 3 335 2.41e-85 259 WP_138125503.1 EFX2174330.1 31.6 313 202 6 2 309 5 310 2.04e-47 161 PKU92481.1 PKU92481.1 95.6 274 12 0 1 274 1 274 1.43e-194 531 MOM40962.1 MOM40962.1 100 21 0 0 1 21 1 21 4.44e-10 45.4 WP_205443952.1 WP_205443952.1 100 396 0 0 1 396 1 396 7.27e-295 795 WP_205443952.1 CAA0126222.1 48.0 421 189 8 1 396 7 422 2.06e-120 354 WP_205443952.1 WP_122873240.1 33.6 440 223 18 4 396 8 425 8.70e-61 201 WP_205443952.1 MBO7597869.1 26.4 394 244 13 29 396 31 404 3.70e-31 121 WP_064038193.1 WP_064038193.1 100 81 0 0 1 81 1 81 6.33e-59 172 MCS6937099.1 MCS6937099.1 100 80 0 0 1 80 1 80 9.12e-54 159 KAF9171043.1 KAF9171043.1 100 194 0 0 1 194 1 194 2.25e-140 387 WP_239913672.1 WP_239913672.1 97.1 421 12 0 1 421 1 421 2.72e-289 783 WP_239913672.1 WP_113669955.1 35.1 399 256 2 14 410 15 412 8.18e-75 238 WP_239913672.1 WP_087384365.1 31.6 418 271 6 11 418 16 428 1.82e-61 203 WP_239913672.1 NCV89943.1 25.7 443 282 10 14 419 22 454 1.19e-29 118 WP_214186529.1 WP_214186529.1 100 104 0 0 1 104 1 104 1.30e-73 211 ABD26457.1 ABD26457.1 72.5 131 36 0 1 131 1 131 4.43e-55 167 ABD26457.1 WP_147833981.1 36.7 109 52 3 9 117 7 98 6.85e-07 44.3 MCH2598227.1 MCH2598227.1 98.8 822 10 0 1 822 1 822 0.0 1673 WP_009025642.1 WP_009025642.1 95.1 426 21 0 1 426 1 426 3.93e-296 801 WP_009025642.1 WP_281462881.1 29.4 364 223 9 49 397 10 354 2.20e-30 119 MCB0330656.1 MCB0330656.1 100 172 0 0 1 172 1 172 1.45e-123 343 WP_029189383.1 WP_029189383.1 95.5 445 20 0 1 445 1 445 0.0 880 WP_222163701.1 WP_222163701.1 97.1 310 9 0 1 310 1 310 1.66e-227 617 WP_222163701.1 WP_213775833.1 42.3 272 149 4 26 295 24 289 1.33e-60 193 PIP86899.1 PIP86899.1 100 509 0 0 1 509 1 509 0.0 983 WP_082884485.1 WP_082884485.1 100 480 0 0 1 480 1 480 0.0 970 MCB1376795.1 MCB1376795.1 100 189 0 0 1 189 1 189 5.34e-141 389 WP_134262365.1 WP_134262365.1 96.4 530 19 0 1 530 1 530 0.0 1066 OQC16336.1 OQC16336.1 98.2 761 14 0 1 761 1 761 0.0 1533 OQC16336.1 MBP3509218.1 29.7 172 94 6 444 599 206 366 1.65e-11 65.9 OQC16336.1 MBQ2777352.1 28.3 187 103 7 420 589 185 357 3.75e-11 64.7 OQC16336.1 KAJ3918428.1 21.6 385 241 14 36 400 36 379 8.99e-09 56.6 WP_144099812.1 WP_144099812.1 100 386 0 0 1 386 1 386 3.42e-288 777 WP_144099812.1 MCK5265770.1 24.4 316 229 6 67 379 69 377 2.36e-28 112 WP_160346534.1 WP_160346534.1 100 371 0 0 1 371 1 371 4.24e-279 753 WP_108756325.1 WP_108756325.1 93.7 473 30 0 1 473 1 473 0.0 879 WP_108756325.1 WP_131836551.1 39.9 471 274 7 9 470 21 491 1.80e-87 275 WP_108756325.1 XP_050320449.1 36.4 489 272 15 3 469 9 480 1.66e-81 259 WP_108756325.1 WP_257689765.1 34.1 472 291 6 8 467 16 479 6.00e-74 239 WP_108756325.1 WP_061795322.1 35.7 474 282 10 7 463 21 488 4.24e-71 232 WP_108756325.1 WP_195426888.1 31.5 441 280 6 27 456 36 465 5.98e-54 186 WP_108756325.1 WP_205186167.1 32.7 413 257 7 65 465 4 407 1.51e-41 151 WP_108756325.1 MCC2649654.1 39.1 46 27 1 425 469 8 53 2.84e-05 40.4 MBQ9907360.1 MBQ9907360.1 96.9 261 8 0 1 261 1 261 3.64e-186 509 EHK6691416.1 EHK6691416.1 97.3 408 11 0 1 408 1 408 2.47e-299 807 MQM04273.1 MQM04273.1 100 79 0 0 1 79 1 79 1.78e-55 164 KAJ6491222.1 KAJ6491222.1 100 404 0 0 1 404 1 404 6.64e-311 836 WP_235565772.1 WP_235565772.1 90.9 143 13 0 1 143 1 143 6.01e-93 263 XP_049147251.1 XP_049147251.1 100 416 0 0 1 416 1 416 0.0 863 WP_242161393.1 WP_242161393.1 100 215 0 0 1 215 1 215 3.55e-161 442 WP_242161393.1 MBQ8417539.1 46.2 212 113 1 1 212 1 211 1.88e-64 197 WP_242161393.1 MBI5405531.1 35.3 190 122 1 16 204 16 205 3.36e-39 132 WP_283557067.1 WP_283557067.1 93.5 475 31 0 1 475 1 475 0.0 869 WP_283557067.1 WP_094840069.1 28.2 510 302 8 9 461 7 509 4.87e-45 163 WP_283557067.1 WP_279840346.1 28.4 462 304 8 21 460 18 474 6.86e-43 156 URP80785.1 URP80785.1 99.1 4375 38 0 1 4375 1 4375 0.0 7099 URP80785.1 ULA23837.2 82.0 4375 788 1 1 4375 28 4401 0.0 7093 URP80785.1 ULB83374.1 85.1 4375 652 1 1 4375 28 4401 0.0 7093 URP80785.1 UKU68032.1 82.2 4375 776 1 1 4375 28 4401 0.0 7091 URP80785.1 UXH94526.1 81.9 4375 792 1 1 4375 28 4401 0.0 7088 URP80785.1 QXR94354.1 81.8 4375 798 0 1 4375 28 4402 0.0 7085 URP80785.1 UPP41269.1 81.7 4375 802 0 1 4375 28 4402 0.0 7079 URP80785.1 QTD03487.1 81.7 4378 799 1 1 4375 28 4405 0.0 7079 URP80785.1 UEC68750.1 81.7 4378 800 1 1 4375 28 4405 0.0 7078 URP80785.1 UFM00670.1 81.6 4378 801 1 1 4375 28 4405 0.0 7078 URP80785.1 USR14792.1 81.7 4375 802 0 1 4375 28 4402 0.0 7077 URP80785.1 QTM79632.1 81.7 4375 801 0 1 4375 28 4402 0.0 7076 URP80785.1 QTZ27226.1 81.7 4375 801 0 1 4375 28 4402 0.0 7075 URP80785.1 UFM02602.1 81.6 4378 802 1 1 4375 28 4405 0.0 7069 URP80785.1 UHM53165.1 81.6 4378 802 1 1 4375 28 4405 0.0 7069 URP80785.1 UOU30556.1 83.9 4371 703 0 1 4371 28 4398 0.0 7067 URP80785.1 UBL45068.1 81.6 4378 803 1 1 4375 28 4405 0.0 7063 URP80785.1 UIR12670.1 81.9 4371 790 1 1 4371 28 4397 0.0 7060 URP80785.1 UKN67998.1 81.9 4371 791 1 1 4371 8 4377 0.0 7059 URP80785.1 UJV88611.1 83.1 4375 739 1 1 4375 28 4401 0.0 7053 URP80785.1 UXX67934.1 83.3 4371 731 0 1 4371 28 4398 0.0 7053 URP80785.1 UCP72061.1 83.4 4374 723 1 1 4371 28 4401 0.0 7049 URP80785.1 UPA83906.1 81.8 4371 794 1 1 4371 28 4397 0.0 7049 URP80785.1 UZO53924.1 81.7 4371 800 0 1 4371 28 4398 0.0 7049 URP80785.1 URQ55824.1 81.7 4371 801 0 1 4371 28 4398 0.0 7047 URP80785.1 UVB16817.1 81.7 4371 800 0 1 4371 28 4398 0.0 7047 URP80785.1 QZU16279.1 81.7 4374 799 1 1 4371 28 4401 0.0 7046 URP80785.1 QVD87869.1 81.7 4371 800 0 1 4371 28 4398 0.0 7046 URP80785.1 QWC83326.1 81.7 4374 798 1 1 4371 28 4401 0.0 7045 URP80785.1 QSZ25555.1 81.7 4374 799 1 1 4371 28 4401 0.0 7045 URP80785.1 UBD95131.1 81.7 4374 799 1 1 4371 28 4401 0.0 7045 URP80785.1 UMF87224.1 81.8 4371 796 1 1 4371 28 4397 0.0 7045 URP80785.1 WEU87158.1 81.6 4374 800 1 1 4371 28 4401 0.0 7040 URP80785.1 UBP50947.1 81.6 4374 801 1 1 4371 28 4401 0.0 7038 URP80785.1 UEC52718.1 81.6 4374 803 1 1 4371 28 4401 0.0 7036 URP80785.1 UCP77012.1 83.2 4374 734 1 1 4371 28 4401 0.0 7031 URP80785.1 UJJ97602.1 82.8 4375 753 1 1 4375 28 4401 0.0 7016 URP80785.1 UBR86455.1 81.0 4374 827 1 1 4371 27 4400 0.0 6949 URP80785.1 UGA79226.1 82.2 4374 776 1 1 4371 28 4401 0.0 6936 URP80785.1 UJS94137.1 82.6 4297 748 1 79 4375 1 4296 0.0 6934 URP80785.1 WHE12941.1 81.0 4371 830 0 1 4371 2 4372 0.0 6877 URP80785.1 WEI27974.1 86.0 4375 614 0 1 4375 28 4402 0.0 6866 URP80785.1 UGB98301.1 82.8 4378 749 1 1 4375 28 4405 0.0 6855 URP80785.1 UAQ80067.1 79.8 4374 881 1 1 4371 28 4401 0.0 6852 URP80785.1 UVI10561.1 81.0 4371 829 0 1 4371 1 4371 0.0 6822 URP80785.1 UMA88644.1 84.6 4371 671 1 1 4371 7 4376 0.0 6819 URP80785.1 UFA30503.1 81.7 4339 793 1 1 4336 2 4340 0.0 6668 URP80785.1 UNI03201.1 80.2 4377 866 1 1 4375 2 4378 0.0 6597 URP80785.1 WGP70063.1 81.0 4342 823 1 1 4339 28 4369 0.0 6577 URP80785.1 UJT06733.1 76.2 4371 1040 1 1 4371 28 4397 0.0 6416 URP80785.1 QRX02582.1 80.3 4071 798 1 1 4068 28 4098 0.0 6374 URP80785.1 WGP98278.1 80.1 4337 861 1 1 4334 28 4364 0.0 6312 URP80785.1 UEX07109.1 76.8 4378 1012 1 1 4375 2 4379 0.0 6235 URP80785.1 WAS49087.1 69.5 4371 1331 0 1 4371 28 4398 0.0 5549 URP80785.1 UYE49180.1 75.8 4375 1057 0 1 4375 28 4402 0.0 5463 URP80785.1 UPB00876.1 70.3 4375 1298 0 1 4375 1 4375 0.0 5130 URP80785.1 WGQ72821.1 62.4 4342 1630 1 1 4339 3 4344 0.0 4156 WP_193850569.1 WP_193850569.1 100 195 0 0 1 195 1 195 4.36e-143 394 WP_193850569.1 HCI4632030.1 68.3 41 13 0 1 41 1 41 1.73e-14 63.2 AKU96165.1 AKU96165.1 100 115 0 0 1 115 1 115 1.10e-77 223 WP_147135386.1 WP_147135386.1 90.1 474 47 0 1 474 1 474 2.90e-304 825 WP_147135386.1 OLB27154.1 41.8 411 231 4 66 468 105 515 9.80e-95 294 WP_250798057.1 WP_250798057.1 100 247 0 0 1 247 1 247 4.82e-184 502 WP_112088864.1 WP_112088864.1 95.9 539 22 0 1 539 1 539 0.0 1053 WP_112088864.1 WP_041710957.1 27.1 491 291 12 39 521 33 464 4.69e-47 171 WP_112088864.1 MBQ9964693.1 29.7 185 98 5 19 198 9 166 1.08e-10 59.3 WP_112088864.1 MCH4209672.1 31.7 161 95 6 369 519 410 565 1.03e-09 59.3 WP_112088864.1 EHR6291555.1 35.0 157 80 8 352 490 18 170 3.42e-07 51.2 WP_112088864.1 WP_258581409.1 29.2 154 76 5 360 490 22 165 1.33e-06 48.9 WP_112088864.1 WP_008056683.1 33.8 139 70 6 370 490 268 402 1.55e-06 49.3 WP_112088864.1 CDZ73727.1 34.6 130 75 4 370 491 30 157 3.39e-06 47.0 WP_112088864.1 WAY96880.1 25.7 183 101 6 358 513 6 180 5.22e-05 42.7 MBQ9976843.1 MBQ9976843.1 100 308 0 0 1 308 1 308 2.67e-232 629 MBQ9976843.1 PWU18232.1 38.7 318 174 6 2 307 9 317 3.59e-66 208 MBQ9976843.1 MCI0677710.1 38.2 306 177 5 6 308 8 304 2.19e-64 203 MBQ9976843.1 MBM3366565.1 41.5 217 121 4 5 217 9 223 3.36e-48 159 TMF32236.1 TMF32236.1 100 330 0 0 1 330 1 330 6.65e-244 660 TMF32236.1 MAJ92374.1 33.1 326 213 4 1 323 1 324 1.16e-55 182 SDO77973.1 SDO77973.1 92.5 147 11 0 1 147 1 147 5.70e-93 264 WP_197521413.1 WP_197521413.1 100 281 0 0 1 281 1 281 7.52e-214 580 WP_197521413.1 WP_278489123.1 33.2 289 161 7 2 275 6 277 3.62e-41 142 WP_197521413.1 WP_071876418.1 33.2 229 132 7 2 213 4 228 1.30e-26 107 WP_197521413.1 WP_227059655.1 31.6 253 128 12 1 215 17 262 6.55e-19 84.7 WP_197521413.1 MWR41881.1 30.8 211 120 6 22 211 44 249 3.38e-18 80.5 WP_197521413.1 WP_185334683.1 29.6 206 116 7 21 204 19 217 4.74e-18 82.0 WP_197521413.1 WP_066083732.1 29.3 242 131 11 1 209 6 240 4.86e-17 78.2 WP_197521413.1 WP_256546297.1 26.8 220 132 8 21 212 38 256 9.05e-17 76.6 WP_197521413.1 WP_107894076.1 25.9 243 149 9 1 215 5 244 2.92e-14 70.1 WP_197521413.1 CDZ73727.1 27.3 216 130 6 1 203 1 202 3.30e-13 66.2 WP_197521413.1 WP_159463829.1 24.7 223 142 8 1 209 357 567 5.10e-08 52.0 HBO3907473.1 HBO3907473.1 95.2 315 15 0 1 315 1 315 1.07e-221 603 HBO3907473.1 WP_085935883.1 26.5 260 175 8 45 296 3 254 7.04e-15 71.6 WP_200567098.1 WP_200567098.1 94.5 385 21 0 1 385 1 385 1.39e-266 723 WP_005392478.1 WP_005392478.1 100 343 0 0 1 343 1 343 3.68e-268 723 WP_005392478.1 GLV83862.1 22.6 336 225 8 4 311 20 348 1.64e-10 60.1 WP_209106433.1 WP_209106433.1 94.3 264 15 0 1 264 1 264 1.16e-179 493 XP_048593444.1 XP_048593444.1 92.2 257 20 0 1 257 1 257 1.07e-176 484 EFC33499.1 EFC33499.1 100 162 0 0 1 162 1 162 1.72e-117 327 HIV94128.1 HIV94128.1 96.2 345 13 0 1 345 1 345 1.96e-239 650 HIV94128.1 TPV93333.1 30.7 345 219 8 5 342 7 338 5.89e-40 143 MBK8637870.1 MBK8637870.1 100 445 0 0 1 445 1 445 0.0 885 RXK40695.1 RXK40695.1 100 567 0 0 1 567 1 567 0.0 1160 EFG7308611.1 EFG7308611.1 100 251 0 0 1 251 1 251 1.53e-173 476 EFG7308611.1 WP_278665106.1 52.9 119 50 1 65 177 414 532 1.07e-23 97.8 EFG7308611.1 EFI9255255.1 43.2 183 69 5 27 174 206 388 1.54e-23 97.1 EFG7308611.1 XP_036437421.1 50.5 97 45 1 77 170 723 819 1.55e-11 62.4 EFG7308611.1 XP_055289786.1 41.3 126 62 2 60 173 838 963 1.18e-10 59.7 EFG7308611.1 XP_025268496.1 47.9 96 50 0 79 174 508 603 1.41e-10 59.3 EFG7308611.1 XP_023957144.1 46.2 132 47 2 63 170 645 776 4.02e-09 55.1 WP_202220633.1 WP_202220633.1 97.3 368 10 0 1 368 1 368 2.33e-270 731 MCA1697375.1 MCA1697375.1 100 329 0 0 1 329 1 329 1.35e-247 670 MCA1697375.1 WP_270757591.1 25.3 217 116 10 104 294 186 382 7.95e-06 45.4 KAG0237649.1 KAG0237649.1 99.0 526 5 0 1 526 1 526 0.0 1056 KAG0237649.1 EJG1264510.1 23.0 435 294 10 93 524 44 440 9.96e-19 87.0 MYS55468.1 MYS55468.1 97.9 482 10 0 1 482 1 482 0.0 900 MYS55468.1 WP_195269918.1 26.1 184 131 2 234 413 203 385 1.39e-08 55.1 WP_188867472.1 WP_188867472.1 100 145 0 0 1 145 1 145 2.64e-106 297 WP_233286789.1 WP_233286789.1 96.6 536 18 0 132 667 132 667 0.0 1075 WP_233286789.1 MBQ9679177.1 26.7 210 134 6 370 566 462 664 2.87e-11 65.1 WP_233286789.1 MCL6457358.1 29.2 106 72 2 380 482 511 616 1.34e-04 43.5 WP_233286789.1 MCL2204087.1 29.4 109 71 4 378 482 447 553 1.72e-04 43.1 WP_233286789.1 CAI9595211.1 25.2 107 70 3 378 478 562 664 5.26e-04 41.6 WP_034473228.1 WP_034473228.1 99.1 1131 10 0 1 1131 1 1131 0.0 2231 WP_034473228.1 WP_228062638.1 49.1 1132 507 9 4 1131 2 1068 0.0 1016 WP_145937814.1 WP_145937814.1 100 384 0 0 1 384 1 384 4.51e-292 787 WP_145937814.1 UCF78466.1 47.9 378 194 2 4 381 1 375 8.83e-121 353 WP_145937814.1 WP_019585553.1 37.8 386 229 6 6 384 16 397 1.15e-82 256 WP_145937814.1 WP_275495439.1 33.9 404 234 11 4 381 6 402 1.26e-62 204 WP_145937814.1 MCH8312862.1 33.5 352 224 4 30 381 11 352 7.13e-59 193 WP_145937814.1 WP_278361924.1 25.6 387 273 6 2 381 1 379 8.27e-25 102 WP_145937814.1 MBL4853947.1 28.9 201 134 5 45 242 53 247 1.94e-14 72.4 WP_110236450.1 WP_110236450.1 100 183 0 0 1 183 1 183 1.61e-139 384 MBG0749417.1 MBG0749417.1 100 48 0 0 1 48 1 48 9.30e-31 99.4 MBW7885425.1 MBW7885425.1 95.1 486 24 0 1 486 1 486 0.0 935 MBW7885425.1 WP_096277301.1 31.4 443 276 13 31 461 34 460 2.37e-51 179 WP_020424556.1 WP_020424556.1 99.3 1514 10 0 1 1514 1 1514 0.0 3177 WP_020424556.1 KQO71000.1 50.7 1534 695 15 2 1477 32 1562 0.0 1568 WP_094570475.1 WP_094570475.1 100 243 0 0 1 243 1 243 2.76e-172 472 WP_109128643.1 WP_109128643.1 100 365 0 0 1 365 1 365 7.91e-281 757 AGS31853.1 AGS31853.1 100 138 0 0 1 138 1 138 1.19e-101 285 AGS31853.1 WP_018431719.1 44.6 112 59 2 18 128 67 176 1.21e-25 98.6 AGS31853.1 ABB86219.1 88.1 42 5 0 1 42 34 75 8.11e-22 81.3 MBK7190470.1 MBK7190470.1 100 59 0 0 1 59 1 59 7.78e-39 120 WP_256569498.1 WP_256569498.1 100 339 0 0 1 339 1 339 8.55e-256 691 WP_092203677.1 WP_092203677.1 87.9 165 20 0 1 165 1 165 6.22e-92 263 ELB87175.1 ELB87175.1 97.0 270 8 0 1 270 1 270 1.95e-190 520 WP_011185207.1 WP_011185207.1 100 340 0 0 1 340 1 340 1.14e-240 653 WP_158104363.1 WP_158104363.1 97.1 868 25 0 1 868 1 868 0.0 1645 CAB1315112.1 CAB1315112.1 96.0 247 10 0 1 247 1 247 1.05e-178 489 WP_278579814.1 WP_278579814.1 95.9 217 9 0 1 217 1 217 2.28e-149 412 WP_158791585.1 WP_158791585.1 100 252 0 0 1 252 1 252 8.70e-194 527 WP_158791585.1 MXP43753.1 57.6 245 100 4 10 252 20 262 2.49e-103 299 WP_158791585.1 WP_207918089.1 57.0 251 105 3 3 252 4 252 5.07e-103 298 WP_158791585.1 MBC7326981.1 58.3 247 99 3 8 252 10 254 1.26e-101 294 WP_158791585.1 WP_174822921.1 56.7 245 102 4 10 252 13 255 3.04e-100 291 WP_158791585.1 OAN53756.1 55.3 246 106 4 9 252 16 259 3.34e-93 273 WP_158791585.1 MWR41881.1 33.9 242 140 7 15 251 39 265 2.24e-36 128 WP_158791585.1 WP_279984614.1 28.1 249 164 4 7 248 12 252 5.13e-27 103 WP_158791585.1 WP_152652784.1 31.4 204 118 5 14 212 15 201 2.20e-24 97.4 WP_158791585.1 WP_098952357.1 28.2 252 162 8 2 247 17 255 2.37e-20 86.7 WP_158791585.1 WP_192324556.1 28.1 235 148 7 18 243 343 565 7.86e-20 86.7 WP_158791585.1 GLY24463.1 28.0 246 155 9 15 247 19 255 1.23e-19 84.7 WP_158791585.1 MCP5262709.1 27.8 259 154 11 10 252 11 252 1.65e-19 84.3 WP_158791585.1 WP_084371009.1 27.0 222 149 4 5 226 3 211 1.82e-19 84.0 WP_158791585.1 WP_227059655.1 28.3 251 156 8 15 248 32 275 1.62e-18 82.8 WP_158791585.1 WP_276362074.1 26.1 238 157 6 14 239 14 244 4.57e-18 79.3 WP_158791585.1 MBQ3864274.1 25.9 220 144 6 16 227 32 240 1.42e-17 79.0 WP_158791585.1 WP_221977168.1 26.2 229 146 6 9 226 20 236 1.74e-17 77.8 WP_158791585.1 WP_071876418.1 25.4 236 159 8 20 251 21 243 1.05e-16 77.4 WP_158791585.1 WP_107894076.1 26.6 233 159 7 23 247 28 256 6.19e-16 74.3 WP_158791585.1 WP_150396769.1 26.3 228 142 6 9 226 29 240 6.88e-15 72.0 WP_158791585.1 KAF9974715.1 27.4 190 113 5 20 207 481 647 2.39e-13 67.8 WP_158791585.1 WP_153844272.1 23.8 214 140 7 7 209 8 209 2.43e-09 55.5 WP_158791585.1 CDZ73727.1 25.7 183 101 7 5 180 2 156 1.28e-06 46.6 WP_167977039.1 WP_167977039.1 96.0 250 10 0 1 250 1 250 2.25e-170 468 WP_167977039.1 WP_022619009.1 26.7 217 155 2 20 235 18 231 1.95e-36 127 WP_167977039.1 WP_279984614.1 30.1 236 149 6 2 224 6 238 5.96e-30 111 WP_167977039.1 WP_276362074.1 29.6 247 156 5 5 234 4 249 6.21e-25 97.8 WP_167977039.1 WP_153844272.1 26.1 207 142 3 1 197 1 206 2.52e-22 93.6 WP_167977039.1 MBQ3864274.1 33.5 188 112 5 21 198 36 220 6.82e-22 90.9 WP_167977039.1 WP_098952357.1 36.5 197 114 6 24 211 34 228 1.73e-21 89.7 WP_167977039.1 WP_221977168.1 29.1 244 143 8 5 228 15 248 1.31e-20 86.3 WP_167977039.1 MWR41881.1 30.4 250 139 9 3 234 32 264 2.04e-20 85.9 WP_167977039.1 MXP43753.1 28.9 218 133 9 11 212 20 231 5.02e-20 84.7 WP_167977039.1 WP_158791585.1 28.9 211 126 8 8 201 7 210 1.14e-19 83.6 WP_167977039.1 OAN53756.1 31.2 221 126 9 10 212 16 228 1.76e-19 83.2 WP_167977039.1 WP_192324556.1 29.8 198 132 5 21 211 345 542 1.86e-19 85.5 WP_167977039.1 MBO5162475.1 26.7 202 137 3 17 211 10 207 7.45e-19 83.6 WP_167977039.1 MBC7326981.1 28.2 220 131 11 1 201 1 212 8.04e-18 78.6 WP_167977039.1 MBQ9964693.1 32.8 192 103 7 6 196 4 170 3.26e-16 72.8 WP_110431153.1 WP_110431153.1 97.5 475 12 0 1 475 1 475 0.0 921 WP_177084516.1 WP_177084516.1 94.7 247 13 0 1 247 1 247 5.57e-174 477 RZL08229.1 RZL08229.1 82.9 346 59 0 1 346 1 346 2.04e-191 529 KAF6750975.1 KAF6750975.1 87.5 489 61 0 1 489 1 489 2.73e-312 847 WP_086123022.1 WP_086123022.1 100 541 0 0 1 541 1 541 0.0 1142 WP_086123022.1 WP_057859275.1 46.2 541 280 7 1 535 1 536 2.79e-165 478 WP_086123022.1 WP_014213241.1 32.1 474 272 11 30 501 38 463 9.34e-73 238 MSO18531.1 MSO18531.1 100 242 0 0 1 242 1 242 2.48e-179 490 NWW43432.1 NWW43432.1 97.2 399 11 0 1 399 1 399 2.36e-297 801 CAF2048201.1 CAF2048201.1 88.7 142 16 0 1 142 1 142 1.47e-88 252 NWT28302.1 NWT28302.1 100 586 0 0 1 586 1 586 0.0 1222 NWT28302.1 MBQ2719788.1 33.5 538 323 15 25 549 37 552 1.80e-84 273 NWT28302.1 MBL7151874.1 23.8 445 270 21 29 467 7 388 3.02e-15 76.6 NWT28302.1 WP_187918914.1 28.9 128 78 4 31 158 4 118 4.94e-05 44.3 WP_121183454.1 WP_121183454.1 100 71 0 0 1 71 1 71 6.14e-48 144 AFJ09957.1 AFJ09957.1 100 413 0 0 1 413 1 413 1.84e-308 831 AFJ09957.1 ACY29573.1 92.0 413 33 0 1 413 1 413 5.54e-288 780 AFJ09957.1 AFV39595.1 91.8 413 34 0 1 413 54 466 1.26e-281 786 AFJ09957.1 QWY38042.1 91.3 400 35 0 1 400 1 400 2.68e-275 746 AFJ09957.1 ACH90072.1 92.9 352 25 0 1 352 29 380 1.00e-249 681 AFJ09957.1 BAO11608.1 94.4 339 19 0 1 339 1 339 1.33e-244 666 AFJ09957.1 BAO23243.1 93.0 343 24 0 1 343 1 343 1.48e-242 661 AFJ09957.1 AVA00513.1 90.9 339 31 0 1 339 1 339 1.29e-235 644 AFJ09957.1 AOW36968.1 88.3 333 39 0 17 349 1 333 2.74e-224 615 AFJ09957.1 AOW33101.1 92.5 318 24 0 17 334 1 318 3.02e-222 609 AFJ09957.1 ACV16867.1 95.7 301 13 0 100 400 1 301 9.38e-215 589 AFJ09957.1 ARR91819.1 87.3 307 38 1 1 306 1 307 2.40e-193 535 AFJ09957.1 ADB27070.1 95.7 210 9 0 137 346 1 210 7.36e-150 421 AFJ09957.1 ABJ92889.1 76.0 96 23 0 4 99 1 96 1.03e-47 156 XP_009177739.1 XP_009177739.1 100 239 0 0 1 239 1 239 6.86e-180 491 NXE30976.1 NXE30976.1 100 319 0 0 1 319 1 319 2.56e-231 628 NXE30976.1 RVE76210.1 35.4 339 189 6 8 319 50 385 1.79e-57 192 WP_152884059.1 WP_152884059.1 100 249 0 0 1 249 1 249 7.99e-184 502 MBO1518138.1 MBO1518138.1 97.7 738 17 0 1 738 1 738 0.0 1477 MBO1518138.1 WP_254467474.1 28.5 726 400 28 50 738 132 775 2.58e-49 184 MBO1518138.1 KAA1286543.1 23.7 710 461 27 33 705 62 727 1.55e-15 79.0 MBO1518138.1 MBX9747080.1 32.0 125 66 7 142 256 93 208 2.45e-04 42.7 WP_209676560.1 WP_209676560.1 98.2 1478 26 0 1 1478 1 1478 0.0 2901 WP_209676560.1 HBE7681505.1 29.6 301 170 12 607 870 923 1218 4.45e-15 79.3 WP_209676560.1 WP_219484458.1 28.3 254 156 8 639 868 421 672 1.04e-14 77.8 WP_209676560.1 WP_139067457.1 31.9 226 128 10 678 884 442 660 2.04e-13 73.6 XP_027131078.1 XP_027131078.1 98.9 831 9 0 1 831 1 831 0.0 1725 EDQ9505691.1 EDQ9505691.1 91.9 123 10 0 1 123 1 123 8.65e-75 217 KAG0922869.1 KAG0922869.1 91.5 129 11 0 1 129 1 129 2.11e-84 241 KAG0922869.1 HCG88012.1 51.4 105 50 1 1 105 48 151 2.70e-30 112 KAG0922869.1 WP_135279859.1 50.0 74 36 1 28 101 222 294 2.87e-13 63.5 OXA48312.1 OXA48312.1 100 155 0 0 1 155 1 155 1.68e-116 324 PAV09171.1 PAV09171.1 100 321 0 0 1 321 1 321 2.71e-243 658 PAV09171.1 WP_232968558.1 35.4 319 181 5 17 318 1 311 9.53e-63 200 PAV09171.1 WP_247623927.1 36.8 304 180 2 25 319 101 401 1.99e-61 199 PAV09171.1 WP_166886913.1 26.0 219 128 7 26 226 62 264 4.07e-07 49.3 DAM73724.1 DAM73724.1 80.6 72 14 0 1 72 1 72 7.23e-34 108 XP_028655184.1 XP_028655184.1 93.6 690 44 0 1 690 1 690 0.0 1321 XP_028655184.1 XP_014018893.1 71.5 712 168 10 1 690 1 699 0.0 1003 MBN2762177.1 MBN2762177.1 100 100 0 0 1 100 1 100 4.84e-65 189 MBN2762177.1 WP_108365493.1 71.0 100 29 0 1 100 1 100 9.81e-47 144 NCV73474.1 NCV73474.1 100 160 0 0 1 160 1 160 4.08e-115 321 WP_128316318.1 WP_128316318.1 100 344 0 0 1 344 1 344 1.18e-260 704 MCR4310565.1 MCR4310565.1 100 397 0 0 1 397 1 397 3.34e-296 798 MCR4310565.1 WP_204638884.1 25.6 270 184 9 133 394 4 264 4.65e-14 70.1 WP_119963696.1 WP_119963696.1 97.8 554 12 0 1 554 1 554 0.0 1144 WP_221520465.1 WP_221520465.1 100 44 0 0 1 44 1 44 3.57e-27 91.3 MCI8311254.1 MCI8311254.1 97.3 528 14 0 1 528 1 528 0.0 1043 MCI8311254.1 WP_269572442.1 32.9 225 116 7 219 438 357 551 6.68e-17 82.0 MCI8311254.1 WP_237962375.1 36.8 152 79 5 264 406 406 549 2.27e-14 74.3 MCI8311254.1 WP_271340374.1 27.7 249 159 6 156 399 239 471 2.85e-12 67.4 MCI8311254.1 WP_025739406.1 42.9 84 44 1 336 415 461 544 6.38e-11 63.2 MCI8311254.1 WP_156140069.1 27.6 192 122 4 222 406 272 453 8.83e-11 62.8 MCI8311254.1 WP_104456122.1 31.4 159 78 4 253 399 270 409 9.70e-11 62.4 MCI8311254.1 WP_128786583.1 31.1 161 90 3 278 417 379 539 1.02e-09 59.3 GIR70810.1 GIR70810.1 100 123 0 0 1 123 1 123 4.34e-90 254 WP_014286324.1 WP_014286324.1 100 177 0 0 1 177 1 177 6.34e-134 370 WP_014286324.1 WP_048427321.1 33.8 160 106 0 6 165 14 173 2.05e-27 101 WP_014286324.1 WP_276263713.1 26.2 145 107 0 10 154 24 168 8.75e-19 79.0 WP_014286324.1 WP_234080888.1 30.2 159 103 3 6 160 27 181 6.57e-16 71.2 WP_014286324.1 ANP72927.1 36.8 68 43 0 6 73 47 114 5.83e-08 49.3 MCH7911399.1 MCH7911399.1 100 76 0 0 1 76 1 76 3.97e-53 157 WP_165019025.1 WP_165019025.1 100 340 0 0 1 340 1 340 2.62e-246 667 TMQ04701.1 TMQ04701.1 96.2 980 37 0 1 980 1 980 0.0 1932 TMQ04701.1 WP_200941876.1 34.1 305 174 11 598 887 207 499 3.67e-31 129 TMQ04701.1 WP_167959909.1 28.6 287 154 8 612 888 185 430 6.90e-25 108 TMQ04701.1 WP_112119927.1 29.8 282 142 11 619 896 141 370 3.67e-23 102 TMQ04701.1 WP_098279309.1 21.8 467 270 13 445 892 37 427 1.11e-17 85.9 TMQ04701.1 MBF2759673.1 25.9 316 194 13 611 891 305 615 1.95e-10 63.2 TMQ04701.1 WP_246003214.1 25.4 358 188 16 619 951 163 466 6.75e-08 54.7 TMQ04701.1 MCL4144983.1 57.9 38 15 1 856 892 1 38 2.21e-07 48.1 TMQ04701.1 XP_052525039.1 24.7 299 174 12 613 893 270 535 2.48e-06 49.7 MBR6023659.1 MBR6023659.1 100 141 0 0 1 141 1 141 1.49e-101 285 WP_077603924.1 WP_077603924.1 100 85 0 0 1 85 1 85 6.16e-61 178 WP_156061037.1 WP_156061037.1 100 456 0 0 1 456 1 456 0.0 907 WP_156061037.1 MBQ7856432.1 36.9 428 239 10 2 425 4 404 7.67e-77 244 WP_220737010.1 WP_220737010.1 100 176 0 0 1 176 1 176 2.90e-125 348 NXC43906.1 NXC43906.1 94.2 363 21 0 1 363 1 363 9.21e-254 688 EJL0691474.1 EJL0691474.1 100 162 0 0 1 162 1 162 5.56e-123 341 WP_277513241.1 WP_277513241.1 100 237 0 0 1 237 1 237 3.26e-177 484 EET1847662.1 EET1847662.1 100 95 0 0 1 95 1 95 6.02e-68 196 WP_233575804.1 WP_233575804.1 97.6 903 22 0 1 903 1 903 0.0 1825 MSO30570.1 MSO30570.1 100 351 0 0 1 351 1 351 4.79e-259 701 MSO30570.1 WP_221265680.1 34.4 221 143 2 3 222 15 234 1.91e-36 132 MSO30570.1 WP_084371009.1 31.5 216 145 2 8 222 3 216 6.26e-36 130 MSO30570.1 WP_192500494.1 28.2 234 160 6 8 238 3 231 2.29e-27 107 MSO30570.1 EHR6291555.1 33.2 226 142 5 5 226 327 547 3.93e-27 110 MSO30570.1 NLW39422.1 25.4 335 206 9 22 350 35 331 1.04e-26 106 MSO30570.1 RLN50561.1 23.3 386 250 9 5 344 1491 1876 3.13e-26 108 MSO30570.1 WP_132175930.1 29.6 199 133 2 31 225 52 247 2.33e-24 100 MSO30570.1 NVM03966.1 24.5 331 201 9 17 346 32 314 2.73e-24 99.8 WP_065076975.1 WP_065076975.1 96.7 449 15 0 1 449 1 449 3.35e-311 841 WP_065076975.1 QLY80081.1 39.6 240 144 1 205 444 192 430 2.01e-52 180 WP_037252487.1 WP_037252487.1 75.8 91 22 0 1 91 1 91 6.69e-43 133 MBP1672140.1 MBP1672140.1 100 123 0 0 1 123 1 123 2.94e-88 250 OGZ43278.1 OGZ43278.1 100 264 0 0 1 264 1 264 2.32e-204 555 WP_125691986.1 WP_125691986.1 100 115 0 0 1 115 1 115 1.15e-79 228 MBP8298997.1 MBP8298997.1 100 117 0 0 1 117 1 117 1.38e-81 233 WP_183832569.1 WP_183832569.1 100 157 0 0 1 157 1 157 1.05e-111 312 WP_167959909.1 WP_167959909.1 100 549 0 0 1 549 1 549 0.0 1159 WP_167959909.1 MBP6544771.1 29.8 506 336 9 35 528 50 548 1.86e-65 221 WP_167959909.1 RLB66027.1 29.1 508 327 9 34 535 33 513 6.25e-60 205 WP_167959909.1 WP_112119927.1 24.7 534 319 12 11 535 6 465 2.22e-45 164 WP_167959909.1 WP_200941876.1 26.6 515 276 18 7 454 45 524 9.95e-35 137 WP_167959909.1 MBF2759673.1 25.5 499 269 18 32 464 185 646 1.15e-28 119 WP_167959909.1 TMQ04701.1 28.0 296 162 8 176 430 603 888 1.24e-25 110 WP_167959909.1 WP_214516916.1 24.3 400 233 15 194 530 171 563 2.51e-19 89.7 WP_167959909.1 MCL4144983.1 45.5 44 24 0 397 440 1 44 4.17e-07 46.6 WP_166544121.1 WP_166544121.1 94.0 386 23 0 1 386 1 386 4.78e-279 754 XP_014018893.1 XP_014018893.1 95.1 699 34 0 1 699 1 699 0.0 1374 XP_014018893.1 XP_028655184.1 71.1 712 171 10 1 699 1 690 0.0 998 KAI8889105.1 KAI8889105.1 100 229 0 0 1 229 1 229 1.76e-177 484 WP_158057697.1 WP_158057697.1 100 384 0 0 1 384 1 384 7.56e-300 806 WP_158057697.1 UCF78466.1 35.4 378 238 4 7 383 2 374 1.35e-71 227 WP_158057697.1 WP_019585553.1 30.2 377 250 6 14 382 21 392 1.84e-54 183 WP_158057697.1 MCH8312862.1 29.1 357 233 9 25 376 3 344 1.90e-32 123 XP_018089046.1 XP_018089046.1 100 221 0 0 1 221 1 221 1.56e-167 458 XP_018089046.1 NVM16230.1 25.0 152 97 6 29 173 10 151 3.18e-08 50.1 WP_279399778.1 WP_279399778.1 96.1 307 12 0 1 307 1 307 1.62e-212 579 WP_279399778.1 WP_067782871.1 58.9 304 119 3 5 305 4 304 3.31e-123 353 WP_279399778.1 MBI1736306.1 40.7 285 166 2 23 305 23 306 4.17e-55 179 WP_279399778.1 WP_220615956.1 36.5 307 172 10 16 301 47 351 2.26e-46 158 WP_279399778.1 MBI5966481.1 35.3 289 173 6 27 304 28 313 9.02e-46 155 WP_279399778.1 MBJ7531026.1 56.7 134 57 1 5 137 8 141 2.18e-41 139 WP_279399778.1 HAR4359619.1 34.3 207 119 6 83 287 76 267 2.03e-28 108 NEP82600.1 NEP82600.1 100 49 0 0 1 49 1 49 1.25e-33 106 KAA3621416.1 KAA3621416.1 100 464 0 0 1 464 1 464 0.0 895 KAA3621416.1 WP_063603400.1 20.5 307 190 8 140 418 116 396 5.28e-07 50.1 KZV11597.1 KZV11597.1 98.9 878 10 0 1 878 1 878 0.0 1811 KZV11597.1 WP_015919400.1 26.3 646 409 18 123 760 131 717 5.57e-50 187 KZV11597.1 WP_015615815.1 29.3 505 308 17 265 750 260 734 1.74e-45 174 KZV11597.1 MCJ7548546.1 27.3 633 386 19 117 723 135 719 4.91e-44 169 KZV11597.1 MBL8638832.1 22.4 590 400 16 264 822 316 878 1.40e-28 121 KZV11597.1 KAI5122644.1 23.1 689 443 26 121 769 514 1155 2.35e-23 105 PYS18397.1 PYS18397.1 100 125 0 0 1 125 1 125 8.71e-82 234 EPF53206.1 EPF53206.1 100 78 0 0 1 78 1 78 1.36e-54 161 MBP9706914.1 MBP9706914.1 100 208 0 0 1 208 1 208 5.48e-157 431 WP_263858211.1 WP_263858211.1 100 261 0 0 1 261 1 261 3.02e-194 529 WP_263858211.1 WP_199425576.1 38.6 246 147 4 15 257 21 265 7.54e-49 160 WP_263858211.1 QQO85492.1 30.0 260 178 4 1 259 1 257 1.51e-34 123 WP_263858211.1 WP_279838136.1 29.0 100 69 1 15 114 33 130 9.48e-12 62.0 GFR82011.1 GFR82011.1 100 218 0 0 1 218 1 218 1.32e-153 423 GFR82011.1 SFB29161.1 43.5 214 116 1 1 214 1 209 1.73e-51 172 GFR82011.1 HAT4171334.1 34.9 212 133 1 3 214 4 210 2.00e-39 140 GFR82011.1 WP_123653117.1 32.4 207 135 2 12 218 21 222 1.50e-26 100 NXT44414.1 NXT44414.1 96.8 1505 48 0 1 1505 1 1505 0.0 3047 NXT44414.1 NP_001257623.1 31.4 194 128 4 1262 1451 250 442 1.56e-23 106 XP_024185556.1 XP_024185556.1 89.3 196 21 0 1 196 1 196 6.84e-127 353 WP_251843011.1 WP_251843011.1 98.5 788 12 0 1 788 1 788 0.0 1537 MCG2809664.1 MCG2809664.1 100 82 0 0 1 82 1 82 1.88e-56 166 WP_049427769.1 WP_049427769.1 96.4 658 24 0 1 658 1 658 0.0 1298 AIL29843.1 AIL29843.1 100 41 0 0 1 41 1 41 4.26e-22 77.0 XP_051304311.1 XP_051304311.1 96.8 502 16 0 1 502 1 502 0.0 1036 WP_087997173.1 WP_087997173.1 92.4 170 13 0 1 170 1 170 4.31e-115 322 RZU98823.1 RZU98823.1 100 850 0 0 1 850 1 850 0.0 1727 RZU98823.1 MBW3588078.1 46.1 829 411 3 17 844 20 813 5.57e-265 755 RZU98823.1 WP_216768648.1 35.9 779 446 12 10 777 1 737 5.36e-154 470 WP_077690175.1 WP_077690175.1 96.9 324 10 0 1 324 1 324 4.53e-223 607 WP_077690175.1 WP_190032834.1 37.3 193 112 3 1 190 1 187 2.31e-19 85.1 WP_077690175.1 WP_009620393.1 33.3 192 122 2 7 195 6 194 2.92e-19 84.7 WP_077690175.1 MCI2079698.1 27.4 186 133 2 5 189 4 188 1.08e-17 80.5 WP_077690175.1 WP_230796143.1 38.4 146 74 5 5 143 4 140 7.26e-11 60.5 WP_077690175.1 WP_254301195.1 33.6 122 62 4 15 127 19 130 8.19e-08 51.2 RQM16216.1 RQM16216.1 94.4 787 44 0 1 787 1 787 0.0 1541 RQM16216.1 XP_029528577.1 49.7 296 145 4 403 696 30 323 5.68e-93 293 RQM16216.1 KAG1590416.1 41.6 303 170 3 392 692 69 366 6.53e-81 263 RQM16216.1 EYU24504.1 35.6 348 171 5 357 667 136 467 8.25e-64 222 RQM16216.1 XP_048379117.1 37.6 295 174 7 403 691 257 547 3.12e-55 198 RQM16216.1 XP_008215352.1 34.5 278 169 4 398 664 183 458 8.19e-41 157 RQM16216.1 XP_048216280.1 32.5 255 157 5 407 647 24 277 1.15e-38 147 RQM16216.1 XP_011889539.1 27.7 278 160 6 400 645 1 269 9.69e-26 112 RQM16216.1 XP_043377824.1 27.2 213 136 6 403 601 25 232 1.21e-19 92.8 MCF7886260.1 MCF7886260.1 100 180 0 0 1 180 1 180 5.40e-132 365 MCF7886260.1 WP_259407579.1 24.9 173 104 5 28 178 50 218 1.25e-10 56.6 WP_268695178.1 WP_268695178.1 84.5 84 13 0 1 84 1 84 1.17e-42 132 WP_062024872.1 WP_062024872.1 94.5 220 12 0 1 220 1 220 6.03e-151 416 ABB60900.1 ABB60900.1 100 131 0 0 1 131 1 131 2.18e-96 271 ABB60900.1 EFW50635.1 44.0 91 51 0 35 125 1 91 2.53e-23 85.5 WP_258581409.1 WP_258581409.1 96.5 368 13 0 1 368 1 368 2.72e-269 728 WP_258581409.1 WP_237907640.1 44.5 357 191 5 1 356 1 351 1.70e-90 274 WP_258581409.1 WP_011057593.1 41.5 366 191 7 4 364 5 352 3.83e-83 255 WP_258581409.1 WP_109219819.1 49.8 243 120 1 6 248 20 260 7.14e-80 248 WP_258581409.1 WP_140480909.1 38.7 362 207 5 4 357 13 367 8.67e-79 244 WP_258581409.1 WP_176354145.1 42.7 300 165 4 4 301 6 300 4.33e-73 230 WP_258581409.1 WP_076409454.1 37.4 356 203 6 4 355 5 344 2.93e-71 224 WP_258581409.1 WP_170725874.1 42.6 251 142 1 4 254 5 253 3.16e-67 214 WP_258581409.1 NNE23115.1 34.7 357 218 5 4 357 3 347 3.64e-60 196 WP_258581409.1 MWR41881.1 39.4 221 128 1 19 233 44 264 1.08e-46 158 WP_258581409.1 WP_142133210.1 38.4 229 135 3 2 225 9 236 1.49e-45 155 WP_258581409.1 WP_115992495.1 36.9 233 135 3 4 225 2 233 3.11e-43 149 WP_258581409.1 WP_072380563.1 34.3 242 148 4 4 236 2 241 1.45e-38 136 WP_258581409.1 MBU5353226.1 30.0 243 156 5 6 236 16 256 2.84e-33 124 WP_258581409.1 RUU66461.1 33.2 238 141 6 12 234 95 329 3.86e-33 125 WP_258581409.1 WP_088153117.1 35.9 217 125 5 22 229 16 227 4.84e-33 125 WP_258581409.1 EHH5649593.1 34.8 210 119 5 22 223 21 220 3.84e-30 115 WP_258581409.1 WP_145468487.1 34.5 200 121 2 4 193 7 206 4.69e-30 113 WP_258581409.1 WP_227059655.1 28.2 238 158 4 12 236 333 570 2.45e-24 102 WP_258581409.1 MBQ3864274.1 31.1 222 142 4 15 225 32 253 2.73e-24 100 WP_258581409.1 MBQ9964693.1 34.4 186 100 5 13 197 11 175 1.09e-22 92.4 WP_258581409.1 WP_192324556.1 27.6 239 162 4 16 245 342 578 2.25e-21 94.0 WP_258581409.1 WP_142931103.1 25.2 202 145 4 18 215 275 474 2.46e-19 87.4 WP_258581409.1 MBQ8297564.1 27.7 213 137 7 19 221 350 555 1.98e-15 75.9 WP_258581409.1 GBD21053.1 26.8 209 132 6 19 210 295 499 3.36e-13 68.9 WP_258581409.1 WP_038440434.1 26.8 213 130 7 19 217 351 551 2.68e-12 66.2 WP_258581409.1 WP_041481207.1 30.0 170 105 6 18 177 352 517 6.00e-11 62.0 WP_258581409.1 OQA35671.1 27.6 217 138 6 6 220 325 524 1.42e-08 54.7 WP_258581409.1 MCH4209672.1 30.1 186 106 6 14 193 393 560 2.45e-08 53.9 WP_208179928.1 WP_208179928.1 100 71 0 0 1 71 1 71 6.14e-48 144 EIO4105067.1 EIO4105067.1 100 155 0 0 1 155 1 155 2.30e-114 318 KAJ2306899.1 KAJ2306899.1 82.5 360 63 0 1 360 1 360 6.80e-190 526 ESR55765.1 ESR55765.1 100 88 0 0 1 88 1 88 3.24e-62 181 ESR55765.1 TYG81953.1 95.9 74 3 0 1 74 1 74 3.66e-47 145 ESR55765.1 KAG0031507.1 38.8 67 41 0 8 74 4 70 4.65e-13 58.9 WP_002574744.1 WP_002574744.1 94.3 334 19 0 1 334 1 334 9.39e-221 602 WP_002574744.1 WP_105447015.1 28.8 375 198 10 10 329 26 386 4.48e-38 138 MBT4161918.1 MBT4161918.1 100 228 0 0 1 228 1 228 1.01e-171 469 MBT4161918.1 WP_145468487.1 51.1 219 107 0 1 219 1 219 4.34e-78 233 MBT4161918.1 MCB0243881.1 43.8 219 123 0 4 222 3 221 1.18e-61 191 MBT4161918.1 MCF7808720.1 38.8 224 137 0 1 224 1 224 4.01e-53 169 MBT4161918.1 MCC6044083.1 40.4 213 126 1 12 224 9 220 4.45e-48 159 MBT4161918.1 MBQ4383193.1 36.2 224 139 2 5 227 3 223 7.75e-41 137 MBT4161918.1 WP_279984614.1 36.4 228 133 6 2 222 5 227 5.69e-40 136 MBT4161918.1 WP_008470196.1 37.8 209 120 6 4 210 7 207 6.51e-35 123 MBT4161918.1 MBQ3864274.1 37.1 194 111 6 21 206 29 219 6.73e-33 119 MBT4161918.1 MCP5262709.1 34.0 209 128 5 26 224 21 229 7.69e-29 108 MBT4161918.1 WP_256546297.1 26.7 217 139 6 23 223 36 248 5.28e-21 87.0 MBT4161918.1 GLY24463.1 32.1 190 119 5 29 208 27 216 1.37e-19 84.0 MBT4161918.1 WP_173040157.1 30.5 203 118 8 25 224 306 488 2.18e-16 75.9 MBT4161918.1 KAF9974715.1 28.5 172 86 5 25 178 1122 1274 1.58e-09 55.8 MBT4161918.1 WP_041710957.1 30.0 80 51 2 147 225 98 173 3.66e-07 48.5 XP_025385377.1 XP_025385377.1 89.2 260 28 0 33 292 33 292 1.00e-171 475 MCA9453963.1 MCA9453963.1 100 249 0 0 1 249 1 249 2.92e-195 531 KAF3210067.1 KAF3210067.1 100 199 0 0 1 199 1 199 9.13e-147 404 MCD4721788.1 MCD4721788.1 100 161 0 0 1 161 1 161 7.60e-116 323 WP_201685349.1 WP_201685349.1 100 439 0 0 1 439 1 439 0.0 884 WP_201685349.1 MBV8174008.1 27.7 350 249 3 69 414 39 388 1.16e-35 134 WP_259301651.1 WP_259301651.1 98.8 1050 13 0 1 1050 1 1050 0.0 2113 WP_259301651.1 MBP3518143.1 27.5 1115 653 45 22 1050 22 1067 1.33e-90 311 WP_259301651.1 WP_214826002.1 26.5 1044 548 51 123 1050 23 963 4.80e-50 190 WP_259301651.1 WP_278843343.1 23.5 1131 662 53 55 1050 21 1083 2.96e-49 188 WP_259301651.1 WP_146272353.1 24.6 1066 644 45 52 1050 33 1005 1.41e-45 176 CAG8531755.1 CAG8531755.1 100 45 0 0 1 45 1 45 8.38e-26 86.7 WP_220615956.1 WP_220615956.1 97.0 362 11 0 1 362 1 362 1.15e-267 723 WP_220615956.1 WP_276638014.1 50.7 355 171 4 4 357 3 354 3.22e-119 347 WP_220615956.1 MBI5966481.1 41.9 322 175 7 39 359 8 318 1.32e-75 234 WP_220615956.1 MBI1736306.1 41.4 304 161 5 48 351 16 302 1.99e-65 208 WP_220615956.1 WP_067782871.1 35.2 307 176 11 48 352 16 301 2.87e-49 166 WP_220615956.1 WP_279399778.1 35.8 307 174 10 47 351 16 301 5.20e-40 142 WP_220615956.1 MBQ1540263.1 35.3 252 137 7 45 295 31 257 1.71e-31 119 WP_220615956.1 HAR4359619.1 26.8 272 166 5 71 342 34 272 1.34e-23 97.1 MCJ2136558.1 MCJ2136558.1 100 372 0 0 1 372 1 372 3.66e-285 768 MCJ2136558.1 WP_009257967.1 28.6 402 216 20 8 371 336 704 2.28e-18 85.1 WP_063256613.1 WP_063256613.1 100 265 0 0 1 265 1 265 1.98e-201 548 WP_221868756.1 WP_221868756.1 94.7 455 24 0 1 455 1 455 1.81e-318 860 NXU45820.1 NXU45820.1 96.5 764 27 0 1 764 1 764 0.0 1543 CAH7752048.1 CAH7752048.1 100 71 0 0 1 71 1 71 6.36e-50 149 MBQ7631188.1 MBQ7631188.1 94.9 413 21 0 1 413 1 413 2.36e-295 798 KAI4475370.1 KAI4475370.1 68.8 279 87 0 1 279 1 279 2.73e-130 369 MBK7837454.1 MBK7837454.1 95.8 312 13 0 1 312 1 312 3.09e-224 609 MBK7837454.1 MBM4836391.1 40.1 282 160 5 28 305 44 320 1.38e-60 196 MBK7837454.1 WP_063417119.1 32.4 339 199 7 2 312 450 786 3.76e-44 159 MBK7837454.1 WP_232553043.1 34.2 243 141 5 72 303 67 301 8.32e-35 128 MBK7837454.1 MBE0479857.1 27.6 297 208 4 1 291 1 296 3.15e-29 113 KDB51534.1 KDB51534.1 97.0 332 10 0 1 332 1 332 1.55e-234 637 KDB51534.1 WP_059923305.1 39.3 321 166 7 8 321 37 335 2.13e-46 159 bbuchfink-diamond-6dc5717/src/test/blastp-daa.out000066400000000000000000022643451523407312000217440ustar00rootroot00000000000000kã>mGS<ŗ'aܝ<, ËĄEļķũ¤?J +‡Ņ?üŠņŌMbP?blosum62ø5 Ų„  RRJP93937.1l­ Vk,ÕljžC€ H˛ÃĐq/-%ŨH¨” oĩBnáĖBäFƒ‡¨E8fŌŠ’WP_066841281.1ėTƒĪŧ ÍAnŦDHoŧŠP œáÖ LՄđ”‰æíMBR3944831.1lŖRrJĩVÚQęeĻABt`“ëLˆŠ›Ē¨Ĩā1î˜5!P¯Áw ,o>œAÉâ4˜K%S x'´ˇÎJĸ­eÚTg§¤ŠJʑÆ:`IV`Ļ`œ5tfNĖI˄™@˜Ō5'CšNĘāBœëÄ#€Y`"@M¨Gš¨ų&ãˆ4d‰āœ3‡X0q€Z&­ 0`Ŋ–Jā´ƒØ8ŽA&Á H0P"H/YNiD#Ũxą”h:˛%0T0FŊķNzé%đŪ0€ęô„kŠÚ:Hõ„*#-0A ¨ā:ËÍ Į“2 W+–’„ĖŦr @ÔÍ,X€ėM(L:ᤠ„G ŌYîŠ&VÆ$4@Á΂sĘöŒ0fN Pl0ĖĀ ¤ZĻ˜$ b žքĮ€ P' 3ÛI9#€`§ \ō,X:ã$1€ 0Ōi€sā˜  ˜‰1TYÍH€–zkŠŌŒEĖÔ;s*ĨŪT"ÍŗØH'Š2įAĨĻR⨠Tsj-ąTâ _ #X=ÃÂĘĪĀĀĀĶĘÃĀŅĮĶĘÍĘĪĘĪÂĐČŌĖĀÁĐÁÁĀÆĀĖÁÁÃÁĘĶÁÁÎÆÆAÁÎĀÃĀĀÆĐÉĶÁÆÁÎĘÁĶÅĀÉĪÆĶÅÎĐĶĶĐÁĶÎÃÃĮĮÎĘĘÆÉÆËĘĀĮĪĐĘÁÉÁĀÆĀĪÅÁĀÎĐÅÁĘÃÁĘĮÅÎĀĶĮÉĶĶĪĶĶĀĐĮĘĘĀĮĪĀĀÃĀÍĀĖĐĶĶĶÉĐÎĀĪĘĮĀĀÁĀĀÆĐĀĶĶÁĪĶÁĶĘĀĶĘÎĘĮĪÃĐĮÆĖĘĀĘĀĀĀĀÅÁ××××××××ĶĐĀÁĀĀĮŠÎÆĶÍÁĪĶÎÅĶĪĶĐÆĶĐĶĮÃÉÁĪĐÄĮĶÎĪĀÁƒ€Š€ÆĀĮÁĀĘĶĀĶĮÁĘĮĪĮĀĶĶÁÆÎĮĶÉĀÁÁĘĮĀČɇÉĶÂÆÁĶĀÂĮÁĐÃÆĀÁĘÆĶÃÉÁÁĶÁÂĘĮČĀĶĶĶĶĀĪĪĶÁĀĘÆĐĶĘČÃÁÁĘĶĶĀĀÁÁĀÁĀĶÉĘĀĪĘÉĮĶĮĀĀĘÍĮĘÁĘĀĘÉĮĀĶÉĶĖōXÃÉÂĀĪÉĐĶĘÅŅÎĀĖĶĖÍĘĐĶÆĘÉĀËĪĘÃÁĀÁÂĀĪĮĖÅĖĐÆĐĶÁĀŅĀÆÅËĪÉÆÉĀÉĶÁËÆÁĮĘÆĶĐĀÅĪÅĀÎĐĘÉĐĶĮÃËĮÅĀĪĘÆŌËĀĀĀÂÂĪĐĘÁÉČĀĀĮĀÁĀÎĐÅÁÍĶÃĪÍĪËĐÎĀÍÍĀĘĮĶĀĶÉÎĘÍĖĀĮĀÍÃŅĀĘĶĶÄĶÉĐÎĶĐÉĶĮĘĀĀĀÁÉÉĶÆĮĮŌËĘÃŌĘĘÉČÅŌĘÎĘÍÎÂĶÆÃĪĀÎĀĘĀĀĪĘĀĮÁĪÃĶĪĘĀÂEĶËÂĘÎĐČĶ“ƒ‚†€Š€ĶÁĮÃÉÅĐČĘÂČÁĶÆÃʇŠ„ĪÎĀĘÆÆĘÍÆËÅĪĘĘĘÃËĪĮÎĖÍĶĀĐĶËÃĪĪÁÆĀÉÅÅČĘĮËĘÂĐČĀÅÉĮĀÅĶÅĀÅĮÃĘĐÃĘČÉÆĐŌĮÅĮČÁĶĮĶÁĪÆĀĀ€ĐÆĐĶĀĘÃÃÁÉÎĀÍÉÁÁÅĐĪĪĘËÉĀĘĘĶÉËĀÉÍĘĀĶĐÍĘĖĀĐĖŅĖĀÍÃĖ âYŲÉÆĐĪĶĀÉĘĀĐĀĀĖĶĘĘĖĶĮÆĘĪŌĀÂÁĀÁÁĮĶĀĖÆĶÆÃĘAĮĐÆÁÁÎĀĪĘÁÎĶÉÆÉĀĮÁĘÎĀĀÆĘĘÂÎÍĀĪÍĀĘĐĶĶÁÅÅĮÆËĀĮĪĘĪĶÃÅĀĀÅËÉĪÆÎĮËÂĀÉÃÁÉÆĀÆÆÁÁĀÎÉÆÁÍĘÃÁÍĪÁŌĐÎĀÉĖĘĀĶĀĶÉĘÎĘÍĪÅÎÃĐŅĘĐĘÉĮÄĶÉĐÎĀÉĐĮĘĀĀĀĐÁÁĀÉĀÆÅĮÅÅĐÉÆĐĶĘÎĮĐĘĐÆÅÁĘĘĘĀĀĀĶĀĮĪČÅÉÂÁĀĀĀĪĮ†ŠŽĀÅĀÁÁĀĘĀĶĶÆĮÉĶÃËĐĶĘĪĀĮËʀŽĮĘĘÃĶÅŅÅĪĶÃËÆÂĀĶĶĘÃĮĀÎÉĮĘÁĐĘÁĪÃËÅĀÉÆÂĀĘĮÁĮĶĘÂÎÁĀĀĀÉĮÆĘAŌÁĀĪĘÃĶÂÆAĪÆĘÁÎĖËĀĪĪÉĪĘÆĐĀĘĐČÁĘĮĶĀÆĖÉÁÉÁĀĐČĀÂÉÁÉĐÉĘĘËĮĶÍĘÉĐĪĘĘĘĐĮĘŅĘĀÃĪĀĀĐĀĀ /mĐĀĮĶĐĶÍĘÁŌAĀÁĪËÁĐĀĮĀĀĘÁĀÆĮĀËÆĶĀĶÁAĶÆĐÉÎÃÅĘĀÁÍĶÁÆËĶĶÃÆĐĪĀĶĀĖĘĐĶĶĶĮÎĮÃĮĶĮĀĀĮÁĘĶĶĐĀĘĶĮĮÃÅĘÁĖĀÃĀĪĮËĀĀĶÅÁĘĀÃÁĪĮÍGÉĶÉĐĀĶĮĐĘĮAŠ‡‡€‡ŽĐĀĀÍĐĀĀĶĀĶÉÄĮĘĀĐÎĐĘĶĮĐĮÁĮÅĘÉÎÆĶÆĪĐÁÁĶÃĐĶĘĶĐÁĖĐĘĶĶĶÎĀĀĮĀÃÁÆĘĘÁĘĀĮĀĶĀÎĪÆÉÁĶĀĐĮĀĀÆĀĮÎA‡€ĶÆĘĶĐĐĶÃÁĪĶĘĶÁĘÁĘÁƁ‡ŠƒĶÎÎĶÅÁĀĶĀÃĀÆĀÁĀÉĶĀĮŅÃĮÁĀÁĮĶĘĶĀĶĶÁÎĐĪÁĀÁÁĀĘĮĘĐÎĶĘĘÂĶĐĶĀÁĀÆĶĶÉĀÆĶĀĮĶÃĶËÁĀÆĮÁĪĶĶĶĘĘĐÆĀĪĘĐĘĶÁĮÃĀĀĶÃÉÁÁÁĐĘĮÉÁĮĘÍŅÍŌÂĶĀĀĘÎĀĀĀĘĘÂÎĖĀĮĀĐĖĀĘĪĶÍĶĀĪ ėYĪĶÃĀĐÉĐĶĪÉÁÃĮĐĀĪĪĶĖÍĘĘĮĶĮÆĘŅĐČËĶĀÃĘĀĮĀĖĪĮĶÃËĶAŅÁËÅÆĘÎÂÆÅËÄÉĶÁĐĮĖĘÁĶĶÆĀÆĶÂÅĐĮĘĶÁĐĀÃĪÎŌĮĶĶÆÆÆÄĶÉÄÆËĶĮĐĮÁŌÃÁĶËĖÉÆÆËĘËĪĀÆÃĀĪČĀÃĪĘÎŌEĪĮĀĐÉĘĐŌĐĮDÂĀĀËĀĀÉĖĶÃÍĪËĘĀĖÎÉĪĶĖÁÃÄĐÁÁÉĪĶËÍÆÉĀÆĀÃĐÉĶŌĀĪĪÁÆĶĶĀÍĮÃÂÃÎÆÃĖĘÁĘĀĀÄĘÆČŌÎĪĖÂĶĶĮÆĀÁ‡ŠˆÆÆÁČĪÁÆŌĶĶĀČĪĪĐĶÃÆËĶĶĪŌČÍĶÍÆÃÆËÄĶÉÎÆĮƆ‹ĪĘÂĮÆŌĪČĘĘĀÄĮĮËĘĀĶÄÉÆÎĘÁÆÆĶÉÆĐÁÂĘĮËɓĖĪÁĀËĮÁÁĶĶĘČŌÆĶÃÆÍÉÁÁÆČÆĘĮÁĶÉĶĪĪÆĪĀÉÉĪĐĀĀÉÁÆÉÉĐĪĀŌĪĘĶĐĘËÃĪÉËÁÉÂŅŌÁĐÉÉÍÂÍĮÉĮĶĖÉĘÎÎĀĐĪĀÍĘÂĀĀÉĮÉÁĪĖ [S%ÆËŅĀÎÎŅĖĘÆĐĐÉĐĘÅÍĘËŌÆĀĘÉĘÉĘĘÍĪÂĀĐĪÍÅÁÂĀĶĘËČĘĀÉËĪĶÁAĪËŅĖÉÎĀÆÃĘĶÎÉĶČĘÁĖÉĪÎĀÉÅĶĪÃËÉĪĘÅĀĘĐĘÍÄĮĶĮËĪĪŌĪĮĪĶĶÆĀĮÆĀĐĮÆÅŌĮĐĶĪĘʼnÆĐËĪČÉËÃÉÉÍĶÁDĘĶÉÃÉÍÍĶĘÄĮŌĀÉÍĪČÎÍĐÆÉÎÍĶĘĖÉĶĀĪĘĶÎĀĐÍĐĘĀÉĮĀÅČĐÁĶĐÁĘĪĀÉÆÆĀĀĐĖÃÉĘÄĘÉÅÂĪŠÆĘĀĶËÎÍĀĪÍÅÆÆÁĘĘÆĘĀĀĘĀĪÅÆÆĐÅÃÉÃËÆĀŊ‚‚Š‚ĪÆÉÉÆÍÉÎÍÃÎĪĘËÁĐÆĐ͈‹ČËĶŠ‹ĀĘĶÉĪĘĐ‹‹Ž‚Š‹‹†‰ÅĘĀĮŌÁÉĘĀĶĶĮĀÂAËËĪĘĘĀĮĘÍŌÎÎÁÃĪËĐÉĘËĐËĘĮĘÁÉĮÉÅĀËĐÉĀÆĶĮ‹“„ƒ‰‰ˆ‹‚‹‡ˆ€ŠŠƒ„ÃĀĮĶÍÃÍÅĘÁÃÍËĘĮČĐĶĮĐĶËÆĶÉĶĀÂĀĖËĪĪĪÉĘĐÆÎĮĪĮÉĘĪÉÁĐÁÁÉŌ ø—6ÂĐÆÆĀÅŌÃÉËËÁĘÉÁÂÅÆĘÎĶÉĘÆËĀĪŌÍĶĐĀĶĀÉÃËĪĮÃËÉĮĮËÅĘĮËĶÉÆÆĘÍĪĶÅĪŌĘĐÅĘŅĪ‚ƒĶÍÅËËĶÃÅËČĪÉBÃĪÁŌÍĐÎĀĘCĪĶĪÍĮŌŅÍÉÃĶĀĐĀÍÂĶÍĐĀÉĶÄĘĐAÍĮÂĶĘÁ‰ĮÂÁËĘŌĘÂĀÉĶÉÆÅĀËĶÃĐÉĶÉĐÂËBĀÉĐÆĮĶĘÂÃŌÃĘËĘĘËÂĀĘÁĮĪĪÁÁĘŌÍÉÎÎÅÃËĖÆĶÂČÍƉËĶÍÆĘÃÆĮĐĶËĘĪĪÅÍĘÅČĖĪÂĐČËËĶČĶÆÉÂĮÉŌˇĶÍÂÅŌÁÂĮÆÅÍÆÂĘĀËLŌĘÉĶĘĪÂÃĮÆÁËÉĘÆËĖÎĪËĐĘĘĶÅËÅĘĀŌÉÃÂËÆĮËÂĶĘĘĮĪÂÉĪÉĪÂĶÂÍĪÎĀÄĮÉĘÃĀĪÅÍĪÉÃÍÍĘŌĀ¨§ÁÆÉĐÅÃËËËÆÅÂÃÍĀÆÁĘĮĀŌËˍ’‚Š‰…ƒ†’ƒŠĶÍÉĮĶÉÎÎÁÎÆĪÍÅĀÅÃÄÉÂĀĮËÎÉČĀĐĀÄĪÉĖÅÉŌˎ‡ƒ‹„Šƒ‡‹…Šƒ‹Œƒ‚…Š’€’ŠŽ…‰ŌĀÁĶĀČÉÁÉËĀŅËĪĮËĶĶĐĶËĪĶĶ‰ĐĪÆËĮĪĖĘĐÃÃÂÍĀĐÉĶÂÉĖĐDŌĐÉ™Í$ĘĐÍĘÎÎËÃĪÎĀÉÁĀŌĮĶĀĶËĶĘÂÎÉÉĐĀËÄÁÃĶĘĪ·“ŽŠ“‡‹ƒ‰†€Œƒƒ“€Š„€“‹ˆÉĀËĘĐĘÅĪÁĶËĀĀÂĮČĐĶĮÍĘÁÃĶÉĪĶÃĪĀÉËÆĐÉÉĘĘÆËĪĖĶĘ–ÍūĶÉĀÎĶÁËÆŌËĀŌÃÄËĀĮËĶËÉĘÂÉĀŌÉËÆËĶ€†ˆ†…“‰†„†Š†ŠƒĪĘËËËÉÁĶɁŽ‰‹Š“ÁĶËĪĖĮÆĶĶĶĐÉÁČĶ‰ĪĪÉĪËÆĀÉĘĘÃÃĪ€“ĶËĪÉĀÍĮÁÂĶŌÂÅÍÉį~HHT66172.1l”IMĨæ<ėĖ֊`ęŦņ‚aLUĢĖ˛ĖŠĘ *&ŊPb9+Ŧ˜o hRHi˜Į@P Čôf1k ĸ€I¨R` 2šąĖRP=‘U*íOLA08565.1lAUJšÃŧđŌlípæƒæäF ŒŖ¤(KŽéœ1J=ddkÁŗZ3Mŗ˜"j€åÄH-Œ2œĨ ˜ ‘ÆQčpŪ‚S…Λ(IŌ"g=ų€I­gÎtrNJˍ9•§tœ–‚lįĄĻJ‚=/€Ą@BcÍiĻ+­)ŲŠĀÍÆÉÁÁĖĀÆĀÆÆЇÉĪĖÉËĪÍŌĘÆÎÆÃŅËČŌÎÆĀÁÍÃÁĮÉĶĶËÂÉÁÂÆĖÆÂĀÎĶÆÃɁÃĶÁÂÎÎÆËŌĶÄÉÉÁÆĐÂĀĶĀĖĀÆĪĶĪČÁËČĶÁÃÎÉĀÆĮËĐĶĘÁĮÃĀÉĖĮÅĘÁ ËÂÉĀÉĀĘĀĀĐÂŅAÁÂČBĶÅĀĐÎÅĀÃËÂÎĪĘĶŅŐÁÁĐĐĀÂĪĀĖĀĖÄÄÎÃĖÅĶʀŽ…€‚ŠĪĐÁŠ‹ƒ“Š€‹ƒÆÁя…ŽŒÉĖÁĘÍÃÉÉĐĐŧ1WP_084371009.1ė%3‹Pp%yJY`Š’^`­c’:M'8ëAČVđHuĀ3gM5ĪIc5œ `•”ŽTÎ á”TƒÉ„LS =°ĻXl=`Ō2 0§aä(¨LkĨSÔ[G†æQ ĨĐpfĒ¤†q5œ(I™–JËĖˇÆ‚3ĩ÷PbÅLaΙÄ:FM0ŠK´ˇŽzÃ@ĨÂ4­<0Į4J•—€I+Ėe&š'ÉĸԄâÂŗŽYB95*Ƙ÷Ú0Š!Ĩā ÛŅÁÃÆÉÎÁÁĮŌĘĪÂÉĪĶÉÁÅĐÅÍÉËÎÁËÁĶÃÁČÍÅÅÎĮĘĐĶÆŌÉČÄÁĘÁŅĶĀÃËÃÉÎĶÃÆĘĀËÉČÍÁËÁĘËÂĮÅÉÉĶËÃĘĶÍÂĖČÁÃÉĀÁĘĐĘĐÅĶČÉĘĖÆÆËĶĀÍĖĮĐÃÆÃÂŌÉÉÎĪĪDŌĶĀĖÉÎÎĶĀÃÆĘËÆĮŠ‡“ÆĘĮÂÁÂÍÁÉÁÍÆĀÅĶÉÃÅÉĶËĪĀĀÂÃŅÁĪÆĶÁĶËĘÂĀÆĪĘÅĘÆÁĶĪÁÁĘĮÁĐĶÁÆĘÃĘÁĘĀÁÅĶĘĶĘĀĖĖĀĀÅÅÎÃÁÄÁĘÅĶĘĀÆÅÅÁĐÃŅÁĀŅÎÆĘÂĶÉČÃĀÁĘÁĮĘÁĮĀĶÁËÁÁÃĀĘĘÁĘÅÅÁĀÁÁĘĶĀĶÅÅÄÆÎĘĶĮÂĘĀĀÅĘÆÁĀĀĀĮÄĮĶĘĐĘĘÎĐĶĀÉĘČÆĀÁČĀĘČEĮÁÃÁĘĐĘĀAĀĀČÉĀĀĘĐÎĶĀÅÅĀÅÃĀÄÁĀÉĐĘÁÃÃĀÃAÎĘĶÅĀĶĀĀĮĀĶĀĶÎĶĀĮÆĘÆÅĀ_IĀÆËÍÃÍĀĐÃČĶÂĶĶÅÁÍĘÍĖĖÄĘĶÎĐĪĀĘÃĖĘËĶĪĪĮËÁČĘĖĀÅËÍĪĮÂĘĐĶÆÅÂÁÍĪĮŌĮĘÁĮÁĀÅÂËÅĖĪĀÍËĪÉĀĪČÎĐÃĀÎĘÍËĘĀÄĪĖÆÃÉÍĪĶĘĐÁÁÍŅĘČÂĪŒÆĮĶĖĶĐĐÍÃĀAŌÉĮĘĶŌÁËÉ< ĶÁËÍÃÍĶÃÂĘÂĘĶÎĐŌÄĘÁĖĘĘĐÎĐĐÄÂĘĘÉCÁÅÆʁŠĖĐÅËÍĪÅĘĐĶÅÂÆĖĮÅÉÍĮÉÎËÅÁÁÁÅÅÅĘÉĐŌÃÅÁĀËÁÁĀĪÆĮÅĘĪĀĐÉÅÃĘĘĪĀĶÆÂÁÁÍŅÆÅĘÍÃĘƒÅĮĐÉĘĶĐĐŌÃĀÁAČĮĘĀÉĖÃĀĶĶÁÂĮĪÎŌĘĖÃĀĖĀAĶĶĶÆÉĀIÕĶÁĘĀĪÁĶĮËĶÁÂĘĮĘÁÄÍÉĐĖĘÃÆĘÎĐČĐĀĐĘÍÉĘĐÅÅÉÆĶÁÁÅÄÅÍÃĀÍÃĘĘĐĶÁČÆĘÍĪÉËĮĶČÁĪĘÃĀĶĶÁÃËÉÃÅĘÂĀÃÍÆĘĀĪĮÂËÁËĘĪĶÉĖÉĮÂÁÉÉÍĪĖĶĪÁÁÍĖŅÃĶĀÃɐ‡ÂĪÉĶĘĐĐĪÆĪĪĮÉĖĶĮÁÁÄĘĮĪĶÅČĘËĪÁÍĮĮĘĶÍÃËĘĀÂÎĐÅÆ0ËŌÁÉ˃‰‚Ž‰‚‰ŠŽ“’ƒŠÉÂËĶĖÂÍÉĐÉĶĘÄĘĪÎĐĪĐÉÉÉÃÂËĪËÂÍÍÉÅĐĐĐĖÍĮÂĐĘÉČÁĘĪĮŌÃÂËŌŌÄÁŌÃÉÎÂBŌÁÉÆĘĘÂĘĶÃĶÃŅËÃÅĘĶÆÂŌĘĖËĪËĘĀÁĶÂÃÉÉĘËÂĪĖÍÂĘÂÂĘĮBÉĶÉĐĐÂÃĶĀÂÃĶĐÉĀÍĘÁČÉÉ1ĶĐĘÆĮĶĶĘÁČĀĘÁÃĶĶĖÍÎĀĀĶAĘĪĪĖÉĀĘĘĘĶĶÎÃÁÁĖÁĘĘĀĐĪĀÎÆÉÁĀÁĶĖÉÃĪČÉÎÁÂĀĶĪĶŌÄÆĘĀĮĘÎÁĶÃĀĖÅÁĀČÆĖĘÍŌĶĮÆĀÁŌÁÂĶÆĐŌĐĖËÉËĶČĘÍÂĖËĮÁÃĖĘÆĶÁÃĘĀČĀ‡“ÂĶŌĘĘÎÃÉŌĐĮČÉĖÃÁĶĀĐÆĮÃĮĘËÅÎÅĮÅĶÍÆË- $ÆĐÁĘÃÁĶĐÉÆÎĶĶĘĐĘĖĘĪĘŌËĐĪÃĘÃĘˆŽĪÁËČŌÁÉĀĘĶBĖĮÅËĐĖŅŅĶÎĀĖĪĘĘČËÆĖŌĮĘĪĐĶÍÆÁÂĶÆĘĀĘĘÃĶÅÃĘĘĶÅĶÁËĐĘÆĖËĘÆĖĀĶĮÉÍÉĶĶĀËĀÁĶĪÍĘĀÃÂÁĘÁ‡ÉĘÉĐÃÃÃÉĪĖÉÃČÁÅÍĮĀĘÃÃĘĶÁĐĀÅÎÁËĶĀĐŌĀĐÎĮÎĐĀÍÆĮĶĪĀÆĀĶÍÃĶĪÁĘÃĶÁÃĮĶÉÉÃÍÍĪĖĪĪĐÄĘÁĘÉĀÍÆÅĘĮĀÉĪÉÍËÎĀĪÂĘÎŅÆÁÃĶÂĐĶÍÅÃŌAĀÍÎČĪĘÃÂĶŌĮĘĖËĮĶÂËËÅÁČĀĖĀÅÆĀĘËĶĀĮÍĶÅÁÎĪĮÅĀÉÁĶÂÆÁĘĘĮĀŠ‹ŠÆÅĖÅĘËBÅÅĘĮÉÍĶĐÃÅĮĀĘĪĖĪĀÍÂÁÉųĖĘĮÉÁÆÍĪĮÍĶÂÃÂĐĘÅĘÅČĀĘÆĘÂĶĘÍĘŌÆÎÃĮÆÉÁÁĐËÆÂɏÂËÂÆʇĖĶČÅÍĖĶÃËÍĐĶĀÂÉÉĘĮËÆÎĪĘĮĶÉËËĶÆÆÉËÉĪƒ’ÁĶÃÎĀĶĶÁÃÉÉĖÅÆÉĘËĐŌÁĮĀÃÉÍĀĶĐÅÆËĘÉÅÉĖÁĪĘÉƇĪÉĘÉĐËĘËÉĖÃĶĐÁÁË đÉËĖĐĶÂÍŌÃÂÅĶĘËÂĐÉËÉÎĀÂÁĐĀÉÉĪÄÍĘÁĘÍÂÁĖƒ‰Š†ÁŠÉÃĶɒƒƒ‹ĀÉĶĀĖĘÁÁÁĶĖĶÍÅÁAÂÎÍÎĪÍÃÂĶŌĮÎÁÉČĮʈËËÂĘÉĶÆÂĀĘÁÅĀĀŅÃĶËÃĘŌ‚€ŒÆĮÅÅĘÄÉÁÄĀĶÆÉĘĖĀĪĀÉĪĐÁÆÆĖÅĘËÆËŌÉĶÉĶĐÂĀĀÁĶĪŌĐĮÍŌÁÉÆÍĀ!čËĘÆĶĪÍĪÂÉÎĘËÂÂÉĪÆĐÎÉÉĘŅÁĪĐĘĘĘĪĖÆÂÉÃĀĪÉÂÂAĀÎŌÂÂÂÆĖÂĐĐĖÅÂČAÍĪĘŅ‚ĶÆÃĀÁŌĮÍÍÂŅÃĖĘĀČĘĶĀĘÍEÎÁËËËÍĖÅĐĖÅÉĶĶĮĀĪËĪĪĐĖÂĀŌĖÁËÅÍŌÀĘÂĐŌÆÆŽÁĘÉĘĐČÉÃÉÆËÉĀÉÅÅĐÉ"áÉËĘÉËŌÍƈŽÁ‹’‰†…‡Š‹†…‰Š†‹‡ŠŠ‡ËÃĀĘÉÆÆÍĶÉĖĘĪĪĖĶÁĘĘÂÁĘÉÆÎĐÁÅÉÃĶÉĀ‹‰ƒ€†ÁÆĶÁËAĀĖĶÍÅĪÍĀĖÎČĐĶĘÃÂĐĮĖÆĘĀĮÉÂĀÆÁÁËĀÉÃĀĘÁÅĶÆÂŌĀČĪŌÎÃÆĮĖÁĀÉÂÃÉĘĖĀÍĪĀĘÉÁĐĖŃÆĶĘÅĀˆÅÁÉĶÉÃĘÃĀĖÁÉĮÉĀÉĖÅÂĶ#ãĖÁÉČĪÍÎĮĶÁĘËĮĶÃŌĘÂČĀĘĖÆĘÉĶĘĶŌĪËÃÅÉÍÉÃË‹€ĪÉČĪÎÅÆĀËĘÉĪĐĶŌÅÆÉĐ„ŽÂĘĪĶĀÂĖAŌÉĮÁĪÉŌł‘ËËĖÂÃĀÃËÉĘÅÂĘÃÉÎĀËĀĪÅÅĘĀĪÄÉĀĶÅĖĀÉÁĶÃĖÄËĪĪÆÅÆĶÆËĘÍĮĖÁÃʋĀÁĮĶĮÉĶĐÍĘÃÅŌÆĶËÉĐĘÁÃĮĮÆŌĀIËÃÎÅĘĶËĖĘĮËÆÃÃĘĪÃ$âĘÉËÍÅĀ‡ÃÁÎĶĘËÆĶĘĪÉÆÍĶĘÉĪĀĐĪĘĘĘĘËÎŐŽ€ËÅĐĪÉŌĘÂÂÆÆÉĐĀĘÆȍĪĀĪËĶĖÅŽ†ÅÉĶĐĮĶŅÎAĮĘÆÂÉĮÉÎĐĪÁÆĖĀÂÍĘÉÅÆĘĘÆÍĐĪÆĮÅËĘĘÂĪĶĶĖËÃÉÅÉĀĪÅÂÍĶÃÉĘĶÁĘÂÁÆĖ‡“ÉĘĘĶÆĪĶÆĪÍĶËĘÉÉĘÃČÅÉÍÆÃĀÎÁɐ†‰‹ÂÁĘĮÁÍÉĪĘÎÅÉÍ%Ō ÃËÉÃÆĶÉÃÉÎĐËŌĶĐĀÉĪÄÍĘÁĐʂŒ‚ƒÉÎĪĀÁĶĪÉĐĘÃÆ’ËĖĶĶÅĘÁĀÁĶĖĶÅËÎÍÎËĪÉBÃÂÉŌĮÎÉČĮĘĀĮ‹ĘÃĶĶÆËĪĘÁÁĀŅÂĶËÃÁĘÆχ€ĮÅÅĘÄÉÁÉĀĶÉĘĖÄĪĀÉĀĐĀËÆÆÃĘÂĮĪŌĀÉĶÉĶĐĪÅĀĀÁĶĪÅĐĀÍÍČĘËĖ&Đ ĶÁĪÁĮÆĶÍÆËÅĘÍĮĶÃĘÃÉÁĪĶĐĀĘÉĪÄÍĘÁÄÉÂÁĖÂÃĘĶÃĀËĶÂĪʐŠƒ‡ƒƒ‰’ˆÆÃĶĶÅBĶĖĶÅËÎÍÎËĪÉBÃÂĶŌĮÎÁÉČĮĀĀƒ…ĘÃÉĶĖĐĪĘËĀĘĮĶËÃÁĘÅƏ‡‡ĮÅÅĘÄÉÁÉĀĶÆÉĘĖÄĪĀÉĀĐĀËĶÆÆÃĘÁÃÂŌÉĶÉĶĐĪÅĀĀÁĶĪÅĐĀÍÍČĘËÉ'ÉĶĮĘÆĮÂĀŅĪĐČĐĘÅÃÂĘÎÉÎĀÂČĀĐĀĘÉĪÄÍĶÁÄʂŒˆ†ÂÎÉĀÁĀĐĶËĖÃÉŌË€ĶÆÉÁÁÁĶĖĶÍÅÁÎÂÎÍÎĐĪŌÃÂĶÉĪĮĘĘĮÍÁÂÁÁŠÃĐĶÆĪĘËÅĀĀŅÆ“‹ƒƒŠËËĪĮĀĪĮÅÅĖÄÉÁĀĶĘĖĀĪĀĶĪĐĪËÆÃÍÅĘËĪÅŌÉĶÉĶĐÂÅĀĀÁĶĀÆÂĐĮÍÍĘÂËĖ(ÃĘËĶĪĀÁĶÂĶÍÃĐČÉËÃĶÂĶÆÉÅÃËĐĶĐĀÉĪÄÍĘÁÄʂŒ‚ƒÉÃÉÄÁĶÆÉÁĘÃÆɒƒ‹ÁÉĶÅĘÁĀËĶĖĶÅËÎÍÎËĪÉBÃÂÉŌĮÎÁÉČĮĘĀː‹ĘÃÉĶÆËĪĘÁÁĮĀÉŅÃĶËÃÁĘÃĀŽ‡‡ĮÅÅĘÄÉÁÉĀĐĀĘĖÄĪĀÉĀĐĀÅĶÆÆÃĘÁÆÁÍĪĶÉĶĐĪÅĀĀÁĶĪÅËĐĀÍÍČĘÂ)ģÉĀĘĀĀËÅÂĶČÆËČČÃĶĘÃÍĀÆËĶĐĀĘÉĪÄÍĘÁĪŠ‚Œ‚ƒŠ‰Ž„ĶÃÉŅĘËÅÉBĪĐÆĐÃĶĶĀËBĖĶŅÅÁŽÍČËĪÉBÂÉĮÎÁŌČĮÉÂˁÅĘÃĘĶÆÅĪĘÁËĀĀÉŅÆĐËÃÁĘČˏ€Š€ĮÅÅĘÄÉÁĐÉĀĶÁÃÉĘĖĀĪĀÉĪĐĪËÆÆĪĘËÅŌĪÉĶÉĶĐÂČÅĀĀÁĶĪËĐĀÍÍĘÂČĶ*§ÁÃĘĀĐÉÁÎĶÉĀÉĐĪÁÆCÅĶÎĀĘÍÆĪ‡ĐĐÃÁ“ĶÆÎÁÎÃĀĖĪĀĮÄĶĀƁĀĀÍĀĀĀĪĘÁÂĶĪĶĀƒŽ‘€’ĐÁÁĮĖĶĪĐËÁÆĪÃĶČŅĘÁĘĶŽĮÃĐÆÁÎĘĐĮÂÅËĶÁŅÁÁĐÁĘÅĶÉĮĀËĀÃČĀĶÃĪĀÆĪ‡ĀĀĘĶĶĐÃČĮĘĐÁÉĘĪĶĪĶÃ+™#ĶÆĶÁĀĶĶĀĘĖĪÁĐÆĶÆĪĘÍÉĶÎÃĀÆČĘÃĀÁŁˆŽ‡ĀɀĮĖĀÍĘĐÆÃÁËËĪĮĀÍĪĘĪĶĮÄÂĖÆÉĘĮÁČÄĐĀĮÍĶÁ…ˆ†Œ‹„ĖÁÅĘÁÉËĐÎĪÃÆBĀÆÂĮÂÅËĘÉÁŅÂĀÁÁÉÉĮĀËĀŌÁĮĖĘĀÅĪĮĶ€ÉĶĖĶĪÆĘÎĖĮĖĪÉĘĖČÅĪĶ,‰ĶČÉĀÉÅËÃĐĶĘÅÃĘÂŅÅÉÍÎ…‘BĪĐĐĘĀĀÉĪÅËŌÆFÆĐÍȐŽÎ‰ˆ’“‚‘ÍĐÂĘÆĮÃÁÍŌÅÅÁ‹€‹ÂÃĐĐĶÍÆĘËČÍĀÅÆÅʏÂĶÁĪŌĘÂÉÍÍÆÂÍËÃÅÅĘÉÆĪÆČËĘÅÉËŅĘÅÅÉÅŌĀÅĪÁÆÃĘÂÅÉÍÃÅĘĀAĮĐĘĘÉĪÂÃÃÆÅÎÉÂÍĀÆÅČËÉÉÁÂĪÂÆĘÁBMBB2134936.1sΙ1*Ą ”RĘÃƌ-“šMBP7023394.1Ė€ĩÄQf&s8Ë(×ŪtãČ6žr!¤bÅTŠ[åÅԀ ¯( 8 (5'˛)!„á%ƓP•õ†T"Í^zĻ‘†’ $#VXpŧ4ĒR‚li­#„)ŗ¤1Ë. ­õWP_083824265.1Ŧ%Ą”8Ūq¨C:”‚ Â@gø82“āIB)×ĻT,Ä$§›ī5Œ'…#Ū”Í™0§c͙Šž8Š<ĩœ™#(Ā&0*¤áĀysš4`&ô JXæ1S q"2c"8‚2Gĩ PrM o…ŌhNCRmV M7E1K2Z0ÁÆÃÅÉÁÁÆÃĀÉÍĐĐĀÎĶÃËĘÉĀĮĪÍĘÉÃÃĪÎĀÅÁĐÁĀĀÁĪĐÁĀĘĶĪĮÆĐÉÍĮĶÅÃÎËĶÅÅÆĶĶĐČĮÁÂÂÉÍÆÉÁÉČŅĐÎÁÍÅÅÃĶÂŌĖĀĖĘĪŌÃČĶÆĮĐĪËËĪÍĶÆËČÆĮĘĶŌÎĘŠ‹Œ‡ĮŅÁŌĪËĮÃÅĶĘÆÂËÄĖĐĖÂËÅĖŌËÂËĪĐĖÆȐ†€‹ĘÁÆAŌĀÆĶĶÎČËÅĶĮČĶÅÉĮĀÆĀÆÁĐÅŠMBR4207675.1l‰0WHęŠÖ xJgp €Ąį3˜1Ā;b‚efƔ0˜īŊ9ĀyrĻā„j”—ŒpR(ĻyĐŧÁ hk0cÚP$7“#4âÁąŒbN؄’Ac–0GĒį\rÆ ¤yRq „1ļ9Ž°A¸XpA1—2oš9ÍYʆÖHkŽų†Ë$1 +ĖTæŧuĀĖwä8JĨ0Ī áSŽaŌyc† f8gœå”OØĻJB¨SVšÁŌL'5æ&x6 8PM#U(jÎ A˜Š96A(3Đ i,8Ķ8o)¨ZzŌÍŠfKJcZ*˛cJ FŊŖĻRI Kj8T zo*yÔXh1Z 鐠PGŊ4•BRž Îę@JIA0“rIBf:L(¸¤TīITLהbSÉôœ0Į`ií¨™xlJ•Ōk1Ĩ&Ā3Ą”$˚Ë)Dx8r PŅKAJ1449837.1ė…˛FPč@ąFPâ<¸Ä¸bÎ9į°Ã„G=xԃgĀ1PÍSØ B”ę=…LXķÅÖK¨˛ÆS-XŪ2(„WT*EQT0Å(0ĮT˕ĖšėQæ0j& :Į­Đ‚[/ŖŠ2 ÂJĪ¨˛V1+ Á rI āVC〠t!Í0Î8ĀåžH3ËQĖeĖ[*=ÔPãķBxĒ,žYĪ(ŒAŧ2ÁM ˛VQŧ ˜jœ1 PõĐ ŠF˜S™2fJ* Ŗ Œ2L•@0œP9Æ°’FŦ 0!¨`@Y&Ė rœb&x”đ€2āŠ°îŊ÷Ū{īŊ÷Ū{īŊ÷Ū{ogĖT€W€Ē4P@5x€ž2 †Pe‚ ā„1 hFÔX HķX@æ ÖAfĀ œ!˜ĖhŽÎĢĨŽ1 4eĻr-ƒÆRFH˛–Bo(¸Ā‚!Ė@0Uš÷Ū{ī…@­aÚc@Đ( `@M€XP¸Æ8`>BĒ0Ë{Á¨Ķš„eĒ’8`Žâ‚Î=Wd0oHāBĀ†j„ îŊ÷Ū{īŊ—g€āĀ{āÁsīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Nđ†rN¨0xîÜ a:8Æ#´yÆ'ųTxΕâJ8r<õæ{ā•‚ƒęš÷Ö/œãīĄķ.ŒqîŊ÷Ū{o8‚{īŊ÷Ū{/8c†1Ō3ž{ī}Â]xā=x&˜ L9—rqMBU03734.1, ŠäHĒŠäÆHĘ4å\#L5Õ@jā¨āJI´´†si:™Î5O;°™L ĀŖ„ p—Lā-āN[āŦĶÖ0Sˆ%Ä>ÎSųWP_254144300.1l‚3įSīĀ‹(P sœäæ.Yb) qæ‹p$pī)¨Jr¨fg> GSF{@đæSŒy&xig9*Ū„CŖ€˜ =b) ŠķâéĪ„Ē@™'”f˜PÂQÔ9Ī<āē™&€Â#F:s>õ|°ˆ2ÕbÂ1ĮQîøŌ‘%–ōŪ8gÂøFāxPPÁĘ,Ėæ|ÎåMđ€$ ĻāĖ <ĀÍrJR Œ GGA1_‚2ÄRTÆ'TŁ2O(3L5Ÿ„Ŗ¨sÎÅ rā„Jy.„cH `ܙãŒ`9၃Ro`‚ EĒQP aƒæpBQДĮšSJ/F@įŒJ‘„0J@g8ãÆ?¤ ‘KAI1570405.1 Āt|ŧ°šˆ`ŒaÆhC x`ĀÜÆ°ãjoŧ÷†z÷Ū{īŊ÷Ū{īŊˇ˜5 såA%_h.Š&‡r°(€zKM"Ā%ZIˆ‰PIę4˜„›¯ „kqÎ ž› œ$!R­ŗ†‚ĖÍÕ :Ŧ)Ôi ĀaąĘQđšØŌTSĒVž:FŠô€: ° €šŽ ÅNKę°Ø,€ĻÔ9rØ ˜Îˆ‡S*7%|ŗŊ•ŽšP įd@ąéĸ%xĀA‹ BĒ ËČËĮĘŌĘĀĐĪĐĀĪĖÁĀÍÉĘĘĐÅĀĘÃËČĀĪÉŌĪŌĐĮĘĐÎĘÉĀËŌŅÉÁĪĶÍŅÉĖĖĶÅĘĖÍÍĀŒŠƒ€…ĪČŅĖŌĮĮĐÍĘÉĘÄÎĐĶĪĶĮÅĘÆĪĮÁĪŌÉĮĶĶÍDĘĶÄĮŌÆĐĮÂÎÃÍËŅÍĘĀÉГ“‰Š†…‹‚‹ŌĘÉĮÎÃĮÅĘÉÉ€‹‹ÆÅÁĀĪĐĮQÎĶÃĪ‹‹‹ŌĘĘĮĀĘĐÉĀĘÉČÅć‚ƒ‘‰‰‡‰€„‰“Ž“‰ŠŠ†‡ĪĐÉÆÃÁÉÉŌÉĀÍÍĶÉÍŅĀĀÆĀĮĀĐĘĪÆÅĐÃÁĶŅÆĖÎĀĪŅÉĪÍÍÉĘĀĀÉĖÎĶŅĮÍÂËÁĖÆÎĀĪĐÅĀĶĘĘĘĪŌĶÉÄÍAĶËÃÅÎĮĶËĶĘÉŅĘĐĮĘÍÉČĐĖÉĀĘÎÉĪÂËĐÉÁÍĀĪĘĖĖÉŌĪĐĐÂËÍĀClÁÍÍĮÍĀĘĀČĶĮĖĪÍĖĘĘŌĘŌÍĪ“ƒ‡‡ĶÃËĐĶĀĪÉĶŌĮĮĀĘĪĐĶĘĀŅĀÁÉĀÆĶÍĪÉÉĖĀČÉĀĘĀCĘĮÍĀĮĶĐĶĘĘ€ĪĮĘĐĀĐĶĶĮĐĘĀĀÃĪÁĀĮĪĘĮĘĀÍĀĮÎĘĐĮĘĘÅĪĐĘÍČŅĮÍĮĀĀĘĖĀĘĮĀŏĮÁĪĘÎĀÆĀÁĶĶÂÎĘÁĮÁŌÎÍĀĮÉĮĶĀĀĶĶÉĶĶĘĶĐĮĶÉÁĀÃĀÉĮĀÉĘĀĶĀŌÍĶ‰ŠŠÅÉĐĪÅÆĪÁĶŅĮÍĘÎÍĘĐĪĶŅĪÅÅÍĶĶĐĘŌĪĀÆÁĘÃÁÂĘÍŅÆĖÎÉÎŅĶĪÉĶÍÉÉĘĘĀĮÍĐĀĶŅĪËBĪÁÅÎĪĐĀÍĶĀĶĖĮĶĀĶĘÍĘÎÍĀĮĮĮÂĪĐÎĘĀÉĶĮĘÍCĐĶĀĖĘÎĶĪĀĀĐËĀÆÁÍÅĐÅĖĶĀĘÍĪĶĪĘĮĐĀÉĀÅĘGĘŌÆÂÆĶŌDĐĘÉĪÉĀĖĮĘĘDg OĖËĘĪĀÄĪÄĐĶĶÍĐÂÉÅČËŽƒ‡‡€ƒŽ‹…Ž‡€ŠƒŒÅÁĀĪĐĮÉĐÂÅŅÅBÍĖÎĘĘĀÉĀÅŌŅÁŌËÉĪŅĀĘĮÉÃÉČÉÉĘÉĀÉÎĶɏ‚…‡‡€Š‡€ĖÉÉÉĶĮÍĐĮÎĶÂÎɓ†…Š‡†…’Œˆ“‹Š‹‡ÆÁĶÉĶÃÎĀĶĐÉÆÁĶŌĘŅÍÄĶĀĶĮAÅĶĐĖ͆ÉÍŅĘĪĐÎĐÍĖÄĘÄÎĖŅĘÂU_OGZ08419.1,(•,+ "Ƙę4†NLĀ4°jBŽzķ4”3b†Ųž:ˀ^POÎ(š *ĩ`Âr€Ų&bÂ9•:'Š¸;kĨŖĸdhŊ9ÔRAˆ)5ž2¯…T [ÍyĐIšĐÖI+$7Îl!‘—NPoÁ5äJ †Rk™“T2ŗ¤tŽ›˜†œÃ¨Mz!œSÍĻ$㤠ÕĻ`¯ĀķÔX`*ØgēŠāæ¨Ąš§™‰j˜ąĖhĀ €bHŊ5F0OTXsšõ€%ŠäBš*øžE žQAYX54788.1LU’i5'8÷Ū{īŊw‚ddXI…VAĨR0˜ņŽ0oœQŒQ¨iÂA ¨3’ F=ęNJD87536.1 œåĀ<´e0Į4€2„ ”™ÃŊ1Ph‚ŖAĀ9 ¨dPŪt*ĒΚJ p‚X58R¤Œ:J °Â . ÂS*€^@cĖJ0ĒĨ@.˜p¸ÜÁ…ÕLäĨáæj€^´3ĸ‘FŠ“Đá)`€¨H8&ÍŲcŽŠę @Í0æđŽ8nĐŌ›,t™PÉ!§A€=sÎ įPfŽS‚Šgž4ÜH¨HķŊ)ÂKA ķ€JH šMCAF1315160.1lē!˜RÆšf Jēĩœ !JąVh)šų’€Š¤ĀLęŧŠÎ Ī Üa¨Ļšx‰ÁqI˜ŠOAA61066.1 .‡A˜—’ÉĄœBa¨Ø,A4§ā›Čb[+.—\AÁ+pœxæ5xg*đPî8ŧsDrę!W8*÷”{Í9p”sȁŖtŗ<F˛áÄŊ÷Ū{īŊ—=‰„PķŊāyīŪ{īŊ÷Ū{¯€Á9ž*s@pŝķŪt!Ü{īŊ÷JT‚"õšz!PĮ9Ą `Å9e˜ā1āĸz P€ƒđ€ķ„P… Ž(@6ĪaJĀÄQC1ĐÁå TĨ”P@(Ē„‚’3Ą¨đ\83€‚ģ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū[”tЕķž%tNxJ\ō WP_282139373.1lĨĩÔ+*c€‚ Šuš92M—Š€6EHā™Ŗž3ëĨ9CĮ8rRRâ´`’8a%Å9đ$āŠ gõ`ė™Š^’ ˜5MŒ&€´”\  E)ŠÄZ ĸeŌy š‡Hk%éLQåĨ×äx€XH‰åUŽ`*öĖ8˘#“’+Le8šR’E‰Įy@Ā yIĸšeœ—Fƒ`Šôæŧ”Zė4ŗV:e2ļTKœØMCP4774001.1 ¨"–i&Õd0eÎĐŪx @cœ2)ĖŲŽ'„đ–P/A ;b8Ŗ8MŠgNšå92f:Íŧq@rn€1€ŠMŖž ´áĖj% &|œIÎO¨‚(b>— ysMŒJ­(g” Ģ”3ۘđ…Ā;Ē eÎRĖ`Æ< 0ĮRéŧŌ\ā‚zj¤ÔœīđšQŦ,0'ÉM5Á<ĀŊ§Ā4 Ķ›*ß1Ą‰)ÁŖ¤LMÉĐĘĮHÂÃÁÅĀĶÃÍÃĶÂĶĐĘÉĪČÁÆÅĘČĪĖÁŌÄƂĶÃÆÂĮÁĪ‘ĶÃĀĐÎÅĘĀBÃĀÉĐĪÁĶĶĐĀĀĐÉÃĀĶÁĪĪÍĮăĮÎĀĐĀĐĘĘÆĀÆÁĘĪĀÁÍÃĐĀĘŌĶĀEĘÁÃÃÎĀĐÆĐĶĖÅĶÄČĘĮĖĀĪĀÃĶĮÉĐĶĪÁĀĐÉĐČÎÅÁĶĀN 0+ĀĶĖĀĐÃĶÃĘÍËĪĶĘĐĘËÆĘŌĀĘÃĶČEÅÂÆĘÉĶÆĖĐÉĪÁÍĐĀĘËÆČÁĖĖĶĮÁĐĮĘÉÆÅÍÅĘÃĶÎËÉĐČĀĪÉŅĘÅĘĪĀÉĪČËĐÆÉĐĀĘĀĀĀAŅĶĶÃÅÉĘÍĘĘBŌĀÅÆÂŌÃĐĪĮÍDĶĖĐĪŌÉÁÄĀÅĘÂĪĘĀĪÉĪĐĖÉÅËÅĪĮĘĐĀĪÄÁÃĮĶĘžŒTCJ90160.1Ė‰đy>§ ꁓtę…vĀ ¸9Ô ēh€iĘTđĩ`&MãÔqŗŠĻyę”6g8gÜi ÂÕį Ž€Š (Ŗf¨‰ÆHiŧ`§98Q2͌€'ē3ō<0ARé ˆ` 5‘G=€Ą7#,@3Õ9EŠ‘Ä1ā€aŪ4¨D  a2Á)¤ 0 PsĻxĀ|đ0ʙ@wžTĻ[˜AAŒ¸„0A Ė„:@PGčÆqp¨tÎ(ĖĻŖ@ c5¤œã 5ÕSДäāqjĒĄ€s¸Î{i ž sČ’ Đ,éQ¯ĨCAC9886154.1ėAJ˜Á=ņCB €ÂÁ€§PđßsGŊīM Î`SLw“ÎÕæq3œUÎjéLŖĀ1 €p–gĖqRmĀ‘Ü'5å& ĀŦPžá¤;Đ=č^‘A'ĄsæV{åąãÎ=§ŪRë…āžrÁ™įZXÅ 5t ˆöØ+áé\hđ=œSBxáā^pōŪ{īG÷ā{ŧBxî…2áeÎSĶ0žZ&Ŗ’;c˜ߘͨPĀD#˜ąRy* Ķ@ŒL*ŖĀš0Ĩ+Ą0ŠŒ:č3Ļ„ĸÖQƨ Œē÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷ŪģX@•–æŧķÂXcĩÆ0)ĩ@JčŠ÷Ž3ī9ByŧÎĩ,ÎR” f=ŖĘQi„d0Æ(Ā4E…€)&Œ—˜€` s!ÃsĖđ 2ŧĖ§(ÎC `0Ī Ŗ^,5æƒī…¤Kā€SO…ÕđI1&4ËAh+ ˆYã Ú n˜"RŽ Sf5ÅĘĐĘĀÃÁÅĀĶÉÁÉĀĐĪÍĀÎÃŅĶĪCÆÎĐĪÅÆÄÆČAÍĖĶŦ‘WP_214892570.1Ŧ(×ÔĶ)e@2œf€lķœ7ÃxJ‰°s$PĩVj.Ā9ÔI˜ÔTRœé¤IļÍ+‚bš–ÂSË ĩB 2`cÁ#RŽĄįKo”’œg7B;f @…6_Q§ŊdЁ ĩV9H)ķ˜&,L3K)p–œoå”Rœ„žTî(p–XDŊĄf ‚Ķ`2†Å§”’ %F1ĀŒĻŠKšš[ˆ$”ÔŠj´ Îqķ€DīŦ7™zĀ„$ Qā‚K ÚxĘĨ%Ū3jLqÄPáÅ6ÂrĮÅ´ ˜$ŗĀTęˆ\Ā¤eĸR‹ˆōŪYT!U-ĮĶĪBĀĘÃĀÎĪÆĐÁĘÄĀĮÃĶĪÉĘĐĘÃЌ€€ÆÁĀĮĘËĀÎĐÃĶĐÉĀÃÃÍĶĘÆÃÉÆAĮČĀĶAÁĮÃÍĶÁĀĘĪĘĮÎÃĪĘŌĘĐĮĘĀÃĘĀÆĮÁĶÁÍÉÃÎÃĐÉÁĶĘÍÍČĀÁÍĀÃĀÎÀ€ĘÃÄÉÁĀÁÃAĀÃĮĘĪÁĶÁĘĐĖĐÎĮĀĶĀÉÆĐĪÁĐĘĘĐÁBÉÉÄÃAĮÁÃĀĀÁĘÄĶ{tWP_017878759.1Œ į^ R=5Ļ GÁ Ki čŽ0ā@ œR¨ˆNƒ5›ƒMĩ9ę5 Ü’¨ƒ˜„tBx@ĨĻÔiJÉØ\KË ˆP§€!š3U (ŌŽ@%…Z & T#`ĨŠ (PÚ*p8jŠĄ¤RĮ¤d8æ$І3gĒ•pŠ™Ā‘œ Ryá”3Įcj)@ĀQ€LŽ"QœŠ\kŠĪ“@I8J%å”bR%Âr'D([3ŗ% jI*õLs*Õ Zéœō€|Q5øf+GŪ|OŠ&hLÕ<¨ĀQ2­ VŠ­”KAH8586608.1 Œ´\ƒéĨLPf¨Ĩ‚z „æ†Qƀ‡:ĀŠ7f ÃzŌāIB‰Õ\ižTĀ8Í8%jąõĖ\$§T›čDw^›f•”q †3Ι ™€{ʉvÚ3žN;  db)Ļ‚:r9a9gÄb‚¤§”t‘ j‚ vBpOĒ%\, aqRĀ`€8s„bËy¤@Ēœˇ\éH ĀxnĨ^LŌ,…F„cHá&ĄH2ļÁq<’”æ”âF‰IŠ“sĨ#jŽŒ$grF :oÎf–A权Ō7Ššg¨đX;áœä˜sW¸lÍWP_127859415.1LMå֙1w¤r€b€šÆ¤æ,8%§Ėx–ao9@8á&dqš O)Ņšä PjÍĖ|@äœDMŅäv*# cFĀÍųæSg ĸZ˜§@Ė9pŊÔzgĖ9Õ9æõ:s„$€(ĩÄ9! UNwX7ļPWP_186939222.1 B%†ré,ā`žcÎSĄ Ļ;)95Į„l.;Ã%3CBOUc€ ’IcĖ03˜Ā;ËM‡ÜQĮœŗ#œræ@§`jQ9 BÕDQđÕ Pđ€ EKPĩ–BSíĖcĀŌô˜ÅäR0á¤)NíÚ åTiĻņԉAĀĻ :J4#P ĘĻZ™›Ī4ŗŒIS•đB1ËLA{s95× BEØ)˛'l­ŖjÍeJcjˆdĀQō=åÔ´#X{'Ē9`’ëĐV|a&^:í)ÔQ <%߉Ŋ—ZS/Ô Ļį^„Šˆ‘ÎRč0߁L0pD:¯%hNĒ0"ĘĶÃĶĐÁÍÃĶÁĪĮ“‹“ˆ€“†‹ÉĪÍĘŌÎĐĘĶÆĐĮĪĘĘĘĶÆĪÅĪÉÆÍĮÅÂÉÁBĘÎĐĘÅĀBÁÂÉÅÍÉBÃĀAĘÃÎÁĐĶ‰Œ†ĘĘÉČÂÉËĮĀÅÅÁÃŅĘÅĶÎÎĀÅŌÎČÆCÍÁÉĀĘĘÂËĶĶĀĪĶĶĪÉÅÅÉĶÂĖĘÃÅÁÆĘĮĶ€ĘÍÉĪÃĀĶĶÆÉČĶĶĖŌÅÉĶÉÎÁÁĀĶÆĀČĀŌÁq ĐĐĐĶĶÃÆĪÍĪÎĐĘĶÆĪĶĐĪĘĪĶĖĘĶÆČĮĮËÉÉˁ„ÁĶĶÃĘČĀÂËĪÆňŠ‡ĪÆĀÉÆĖĐĪĘÂÎĶÍГ‡€ÅÉÆĪĘÉʁÃÆËÆĘËÆĀĶČĘĘÆĶÁÉÎÃĀÆÁÉĪĘÍÎČÅCĖÁĶĖĖĘÄËÅĘĘÉĀĐĐĶĐĶÅÅÉĘĀĪÅËÆɇŒĀĶĘÍÉÃĮĶĶÅÉĀÃĶĶĖÁŌÆÉĶĪĐĀÅĀĀČČŌĀĘĘĪrųtĶÁĘĪÍÉĘĀĐĘĶÆÂĀĐÉĶËĘĘĐĘŌÎÃÆÁEÉĶĶĘBĖÉĀÆÉČČĶÉÃÍĐÁŌĪÍĐĀĀÉĮĶ‰†€ƒŒÆÆAÆĘĪĘĀĀĶÉĪˊÎËŌÆÅÎDÍÂËÁÃÆŅËĀŌĖÁÂĀĘĶÉĘĐĀĀËĪÆÆÍĪÁÍËĪĀÆËĐĀĘÉĪÁÍĪAĐĶĖĀÃÉĘĶĘÆÂĪÉĘĪĐČĐÆĘsđÉĪÅĘÆËËĐĘĮÉĶÆŒĪĪĘĖĮĘĘÎĪĮŅÅBÃÉŌÉÅÉÅÂËŠËËŅÁËÉĮ‹ÉĪÉÆŒŠĶŌ“‡ÅĶÆĖÉĘĪČÆĪĪËËÆČÆÁĀĶĖÁĘĶĮÉÎÁÎÆÁĶFĶÂŌÎČÅĖÁĶĖĖĘÄÂÉĘÉĀĐĐĶĐÉÅÅÉĘĖËÃÅÆËʅŒĪÉĘÉÃĘĮĶĶÆÉÄÆĶÉĶĖŌĀÆÉĶÆĀĐĶĘÂĘÂČĘČŌËĘtč dĘĘÃĶÂĐËĪČÉÂÃĀĀĶÃÉĶĘÁÂĀĘËĪĀCĮÎĀBĪÁÉÃŌČĪĀÁĘÎĀÎÃÉĀÁĮAŌÎĮÁĮĘĀ‡ĖĐĶÁÆĘĘÁDĘÁËĐÃĮĪĮĶŅÃÆÆÁÉĘČĐÍÎÁĘÆĖÂĶĀĀÃŌÆĖĶĀĶĖĪĮÂĶÁĘĘĘÍÆĮĀĀĶĘÆĘÍĐĶÍÅÁČĖĪÆÂĘÃĘĶĘĀĘĀÃĶÍĀĘÆÁĀĶÍČÅÎĀĀÎĘĘÂÃuÚ ÍĮĶĐËÆĐÂÅÉÍÂĀĐĶÍÂĶĐĮĶŌÁÎĪÆÅĶÁÍÃĐÁÉĖËÁÍËÉÂÅÂFĮÉĀÁĐÂÉÁĘČŒĀĘÆĖĶĀÃĪČÁЇÉĪĐĮĘÎČÁËÆÁ†ĀÁĘĘÍĶ‡‰‡“†ČÂĐĀËÂŌÃÁÆĘĐÃËĘĘĘĀĀĮĖÂĀÆËÂĪĘÅÅÁËÉÇÁĶĘĘÉÆÃĪĘĶĖČÉÃĘĶĘÃÍÅËĀÆĘÎČÆĶÅÂBËĶÉÆĀĘŲ ÉÆĶÅÂĐËÉÅÅËĶÂÅÉĪÍĀĀËËÉĘĮÍĘÂĀĐĖËÉĀĐĮŌĘĮĀĪÆËĶĘĶĮÉÃĶĮĘÎĘÁĀËÅÉHÉŌĘAÎÆČĘŌĘÃĖ‰ˆÆÍĘÍĪĀËĶÂËËĪBÉËĀÉĀÁĶĶĖÄĐĘÅÂËËÉĮÅDËŌÁĶĮĘÅĘĘČÃĘÉĘĐĐĮÂÅÉĘÆÉÁËËĶĪËÃËĶÉÍĪĪÉÆĶÆĀĘÄÃĶĶĶÉÂËÆĶvÔ&ĪÍÆÍÎĐÍĮĶÆĐĐĮĖÄĮĘĘÅÎĐÉEÉÁÍÅĘÍĀŠËËĮÆĘÁÉËĮÉÅÉB€ŠƒÁÉĐĶĮËĪÉÆÆĘĐÂČÉĮĐÎÆĪÁÁĀÅÆÃĘÁĶÅÁÂŌŌĪŌÎČÆCÍÁÉĮĘÉĘÂËĘĶĘĶĶĪĶÅĐÅÉĘÃĘĶÁÉÅÆÆÍÅĶĘÍÉĪÃĘÂĶĶÅŌÉÃŅĶĮĶĖŌĪĶĶÉÁĪËÃĘŌĀAĀÁČŌÁĀĘĘĪwĐ ĀÃĘĮÁÆĶĪÆÁĘÎĘĶĮÂĀĐĘĐĀĘCĮÉÎÎÁÁBĐĶĀĶČÁĐGĀËĀÅĮĪŌÎÁČƍ€‘ÃÉĶĀËĀĐAĐŠĘĘĮÁÁĐÅÁĐĀĶƒĀĀÉĐÁĶĖEÃÁĐÁÎĶ†ÁĶĘĶĘĘÅÁĘĘĘÍĐĮÉĀÎĐÅÆĘĘĪĮĘĐƇĶĀĶĘĖĐÃĘĀĀĐĐĘÄĪxË ĀÁÁÃÍĮÍĐĶËÂĶČÃĀĪČÂĀĐĶÍÂĘĘĐËÍĘÅÎĐEĪĐÉĖĶĐËĐÎÎËCÁĖʁÉĪĀĶȊĐĶĘÁĶĀĘÅÁÎÂÂĘĪЍ‘ŽŠĪĀÁĘÂÆÁĀÆÅĘĘĀĪĶĘĪÆAÃČÉĀĀÃŌÁËÁĶÆĐĐĘĘÃËĘĘĖĀĮĖĮÅÆÃĶĮĶĪĪÉÁĶĀÁÃÁĀĶĘĖÆÂĘĪĶĶÂÉÄČĶĪĶĘÅÁÆÉĘĀÆÍÍÃÍĶĶÃÂĘÂĀĶÎËĐÉŌĮÍĘÂĐĖĘĐĮĘĘEĐÎĐĐÄĶÂĶĘĘAÎÅĀÆBĘÁÉŌĖĐÍĪĘŌÅÊĐĶÅÆĘÆÍĖĮÅÍÉÎBËÅÁËÁÁÉÅÅÅÉĐŌÃÅÁĀÁĀĪDÁĪĘĀĐÉČÅÃĘĘĘĐĶÆÂÁÁÆÍŅÅĘÍÃĪŇĐĘĶĐŌÃÆÆ$ÃÃÁÎĶËÆĪĪÆËÍĶĘÉĪĀĐĪĘËĘĘËÎÅBĐÎĀĮÅĐÉŌÂÂÆÆBĐĀĘÎÆČÍĪĀĪÉŌĖÂÆ…‰ĶĐÃĮĶŅÎÆĘÍBĘÆÂÉĮÉÎĐÉËĪÁÉĀCĖÂÍAÉÅÆĘÆÍËĐĪÆËĘÂĘĪĶĘĶĖËÃÉĘÉĘĐĐÅĪÅÂÍĶÃÉĘĶÁÂÁÆĖ‡“ĘĘÆĶÆĪĶÍĀĘĶÃËĘÉÉĘÃČÅ+š ĘĘČĀĪÄËĐÍĀĮĶĐÃÂĮĪĶČĀÁČĖÆÂĀĖĖËÉĘĪĮĶŌAĀDÁĀŌËČÁÎĘÅĘĪÎÁÃĀAČĮÉĀÉČÆĘĘĘÌĐĶĀÆÉŅɁ†ÂÎĘĮĘĶČĮÁÁÁĐĀÅĘĪÁĘÆÉČÉÃÎÃĐÆĮÃDÉĀĪÁĖÉÆËĶĪÄĪÃĘĘÉĐÉĐÃÁÆĶÆČĘÍÁÉĀ‹ĀĮËĀÉŌÉËÃÆĶÍÉĀÃÃĶĪĶĘÁÃÁŌĶĀĮy‹ãÉČÅÎÁĪĘĶĶĶĶĀĪĘÅĀĖĶĮÉĖĐËĪĐĪĶÉÁĶTÉĪŌĀÎĐŅÉÅÂĀĐÁÉĘÍÁÅÎĘEĘËŌÅÁĶËĀĄĖÁÃĘĐĖÍÎÃĮĐƉ‡ÁĶÂËĀĪĘĪĶŌÍÃĀÃĖĶĶÃĘĶĀČĶĮËĪʑÃÄĶĘĮĮÁAÁĀÅĘČĶĘÎÃÃŌÉĶÄĖËÃAÁÉÃÅÅĐŌĪĘĖĪÃÆãeXP_028733567.1ĖđQgž3Ā8¤ŪqS‰S$`¯,…J‚¯¨‡@sFĄœpÆ,įPÆ,€ĻKīĮÎ+ (DQ'Œ9ÄSâ„9T)M‰S„:‰ŊÂŪHf –K:â9+´ĐÄKę)ÄDđ˜åÚŊ÷Ū{īŊ÷Ū{īŊ÷ŪģÔęŦN˜Á”BF@RaŦÂÖyŠŪPË)€@)Ā)‰P@9'ЛnL€pĪ-ž*fŧ §Ygĩĩ‚1j”BRh9šîŊ÷Ū{īŊ÷Ū{ī4  y œrœ8į˜ō€0-3É)ŗŊbSë Zã5ƒČŊ÷Ū{īŊ÷Ū{īŊ÷^%–zs‰õ4ÎĖ7;GŊbBɤzD•we,đÔ3%Ī:F°Ė2SĨÔsé=öЛΜąĐSę%ÔtN­÷H2AĀĀ°áĻx˛€Xá0Ā :MŊePQ0dT@€3UËŦ`äTķ€qŪ*‹90ÔDŽyD C9ąÔpʜLS% TF UŽ;B-ŗ4Ä rÂlJTæœč…‰Va‰aÆThžyÔ0!œwŪ(æ•7_xēķž˜Đ˜wĀ9GŊĪŌį{ĪŊ{o:ƀ8'•R€RaĄÎl â$9 ļBjM¤BBđ˜åäē÷Ū{īŊ÷Ū{īŊ÷Ū‹‚ Epœz§¸"ŠAkøŪNĩÜH* ÖSî¤ŅÂ9ŧR"|‡Š÷Î@î{Ī¨÷TëŧĄÜ[īĄöL:ČōŌ|âLŅĘyĒ€ÆÆkSŊ§ÖZŽąĻ{ ĮÖDŒwŒ āå^ ë™õŠ4N õfp8¨ÜyoBVÆK ĸCT# Aø3Š…TŠŗĀ k Ī„S5Ę ž5ŨTîĨōÄ2 ¨÷ā<@œYl–ãĀ2PQÖ;%ē‡æp°ØÜMŽŌΔ˛tŪî<ōÄnœ‘2çTrBą„c¨7xĪ 6Ū[Įa†1i@ã co9õ€zkœ÷Ė9ã)å܁¯¸TŽšĪ)PĀ3ĻD$ÜQʁ2ÜGšåL8Îe–cŠ7UōqMŪƒ@ŧCŌ n(rPp­$‰“ŧ˛ŽP ĸŠČDš6Ä+ŌÚ /Ėņ xG43€sķ0 Î:Ř#zĨo3MCD4768021.1LĻႄ¯Āā T(Ŋ D'ŧĻˆ™dH jĀDZ @{WP_027951454.1Ė<ŅæsĨIÂ;ëœpīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{FJ*„ŒP)¤–, Í :GœÆ"čĀq–2éȁsJ edyč•ų΂íĩ)F¯Måz2vØŧiPÂųĖ„íĖ ÍZôXF‚)YRL6ŌQQŠÃ^oĻô€XËĖĮB¸š4 ÆWX;JA&I3M S{2IpŪŒ…%Oœs*Ą„°ÉôNƒŠĨGZP¨žJDŧyÔc¯)rf›ŽÉĻŪ;ŗĀPSŽĩøĀšMĀ)ßy‡ Ûį%^;ŗ$Վ-ąôæLkÍRÎz€ŠiCMBS5721782.1l-¨T*%ÔL)Ĩö ƒJÎLâMŖĀPO=ņĀë=‘Î{Ā§8ĘđŪPK°ų|âHŖʨRĘ,đ怴ĶÂXCŽ´žž%tãĩÄTcÉ QK0åD:OAGĖ•Vđ­v‚ā‰w|ňÃF;æ$¨ŒœN¨Ö’oÁ ”ÃĀR¤Z˛Ŋ$\9l)’Ô|Æ9Ŗ”B$čViŒw`nži”rcČÁ[s>ØVZFŠ„RĻ@Ũ˛)Ā K¯3FŠąˆxã­dŌiĘ5ˁ'…Sš1•Ĩ˜1)ˆ°ÆLĒĨa2ip8ã6ĀI-Į¨ĸæ*adHÉŦ€2!°âæšÃ¸7 &ĩN*nI3$BsÉįH€ÔAĻ2BSn,†RÀķ *Ņæpˤą‚JĄ(†a†4ŲÂ( .š + Ŧ9LÉĨ͂ɀ4MYP$7ĪPË,S^QS( †ZÍtĘ`Ž•Ā)æQ:\:¯Š–ŽƒgžzĢ(ŒjįA!X m°g$3  –š8wä<ŌpŠ‚ĻĖ„“O%Ĩ†™fäÆdˆ5UĻãĮ)'ĀųÚ0ĨÄāāĀŗžožvæøŪTĮ¨'Z{Î4&B'%ĶPo¤Js(ĻĖ˜Âu¤8 Š1aYs™ĨæPGˇØÁŠ`*C&3@‚CJeƒf€bP<#L ĖeÎxM cž‚ũƒĀqšÆÆĘÁÅĀËĐÃĘÆÁÆÅËĘÃÁĐÅĶÅÉÉÁÂÂÆÆĮÁÁÁĘĪĖĮĀĀĀËŌÆĘËĪĶĘÂĘĀËÆƇÂĘĐĖËAÆĪĖČÄÃ…ŌÍËĘÃĀÁĘËÆÁĘČÆÉĐÃÎĶĪČĶĪÅÉĀĪÉÁÅÉÃĪAËÆĪĘŠ†ËÉŊ‹‰†……€Š‚†ˆƒ†€†‹Šƒ“Š‚ƒ†Š‚†‹††’€†Š††“‘‚€†‹€€Š‡ĐÅČÉĮ†Š†ÁĖĖÍĀÁCĮÃĘÂÁĖĪĘŌĮÁÉΊ†‹…ŠƒŠ€…€†ŒÆĖĐʊ‚‹ĶÃÂÆĀÆĶĘĪËÅĮĪËĖĘĀËÆËĘÁĖÆÃĶČËÁĀÆÆĶĶĪÂĪĀĪÃËĘÄĐĪÍĖÃÆÃĀĶÉÍĪÁĮŌĀËĶÍÂÉĘÃÁÂĶĶĘĪĀÁÉÅÆÂÍĀĐAĘÃŌÅÉËÂÆĖÃĶĶËČÁĘĶÆĪĶĶČÎÅÉËĪĀĪÉÅÁĘĀËÆÆËŌÅÍÆĪÃĀĘÃĘÉĀÅĶÍĶŌËĀÅÂĶÂÎĘĀËĪÉ€‡ÉĘÎÃËĶÅĘÉĶĪÃÅÉ„Šm˜ÂÆĀŌÆĀĀËAŌÁÃĘÅÆÁËĘÁÅĪÉÁÂÃĘĮËÃÁĘĶĪĘĮĀĀĀËŌÆĘËĀĶĘËĶÅÃĀƇÅÉĖĐĘÉĀAÆĪĪĖĘČĀÉÃˈÍÍÃĪÁĘËÆÁĶČĮÁÉĐÃĶÉĐČĪÉĀÁĘÁĖÅÉϋŽ€†Šƒ†“ƒĶĖÅĘÆÁÆĀĘËÁËρ†Š†‹Š†††Š€‚€‹†…Š€‘††‹ƒ€‰…ˆ‰…€‰‹††Œƒ€‰…‰†ÅŌÅËĪÆĘō‡ŒŠ†…ƒŠ†ÆĀĖÅĘÁч€ŒŠ‹ÆÆĀÆĀĘĶĪŅHĮĀĐËĘĮĶÆËÉŌĖÆÆÁČÅÁĶÆÆĀĀĶĪĀĶĪĪÅÃÃÉĘĀÁĀÆÍÃÃÃÁĶÉÅÁĐÁÉĮĀÁĶĶÍÉÆÍÂĶÃÁÂĶĶĪÅŌÉĘÃÃÉÃÃÆĐĖDĀÁĖÆĀĖÁČÁĘĶÆĶĶÉČÁĮÁÅÁÆĀÆÉÅĖÂÂÁĮĘĀËÁÂĐĪĘÆĀĀĐÃĘÉÆÆĶŌËĶĘÁÁÉÎʅ#wĸĀËŌĐÃĘBÂĀĀÁĘÃÁĶÁĪĶÉĀÁĶËĪÃĶÂĶÁĘĀĖĮĀĀĀËŌÆĘËĀĶĘĀĶËÆĀĮ‹ÉĖĘĶĘËAÆĀĀĘĖÁĐÉĀňÍÍÅĘĮÎÃÅÁĘËÆČĮČÉĐÃÁĘĶĶÆÃĐĮĖÄÂĶÁĶÅÃĪAËÆÂĪŠ†…“…ĶÅĀËƋƒŽŠ“ÁĘĮĶÅÅÅĘĀĘÆŒŠŽŠ“Œ‹’…†‹†ÁĘÃÉÁĖĘËÁ…†ŠŠ“€Š†Œ€†……ƒŠ€€ƒ‰‹’‡ŠŠ†Š‹‹Š‡€€Ž‹‡ĪĀĖĘĶÆ“‡ŽÆÆĀĮĶĪËŅĮÂÁÅÅĐÁÃËĘĪÁÃÆČÁÁĶĀĶĶĀĶĘĪĀĀĪÁĪĮAĪĘĀĀÅĘÃÃÆÁĖÉĮĪÁÉČÃĮĀÁĶĘÍĀÆÍÂÉĘĪĘËÂĀÂĶĘĪ†’ŠŠ…€€€Ž“ŽÃĐĀĘĪĪĪÅËDĘÅĶËÁÁĘĘÃĶĶÃÎĪÃÅĮĶĀÁĀČÆĘĀÎËÂĐĪÄĪÃĀĀĘČŌĀĪÅĀÆĀŌŅĘÆČČC†÷f–ĶĐÃĀÆĐËŌÁBĐËŌĪÁÃĘÅĘÆËĘËĘĘÅĪĀÉĀĀĐÂÃÉÆÉĪÁĶĀĘĮĀĖÉĀĪÁÍÆĘËĀÉÃĶÅÁĀ‡ĖĘĐĶĀAÅĀĪĖÄÉÃ͈ËČÍĀÉŌÃÃËĖČĘÁÃÁĀČËČÍÃÆĘÁĀÃĶĐČĖĀĀĘÁĶĀŌĪĖÎʋ€Š‹ÃĘČĀÆDĮĘÆÁ‡—w¤ŌĐĘËĘÆÆËĘĶÅÎÅÆĐÅĮÄÉĀÁĀÂÃÆĐÉÆËĐĖĮĘĀËŌÆĘËËÅĪÃÆÉÄ_ÉÃˈÎÍÎĐÃÅĘÁÆÁÉČËĘÁĐÃÃĘĶÅŌÅĪÉÁĶÁÁČĀÅʎ†ÆĀÁĘÆÆÁÅÉĐËÆÂÆĶĮÅÍËĮÆĘˆNw—ÉËŌÁÃĘĀĘĀÅËĘČÁÉĶÆÅÆĮÉĘÁĀÄÁĀĶÎĀÉÁĶĀÃÃÆĶËĶÁĘĘÆÅÎĪÉĐĀĀĶĶÆĘÅËËĀÉĘÅĀAĪÅÎĮÉĘĪĮĶÁAĐÆÉĪĘÃÉĀÄÉÃÁŌÎÁÍÂÉĀČĐÁĶĘĖĖĮĀČÁÆĘĘĀĘÁÂÅĶČÃÆĶĘÎŅĘĶĪÍĀĮÆĘÁĐĐÍĶÆÅÄĶĀĪĀKĶĶĮÆĪĶĐĘĀÁĶĀQÅĶĮĖÎÉSĘĖÁĘÃĀÆÅĀÉÆĪĮĘĘĐÎÃĐĀGĘĘÁĘÂĶĐĘDÃʅĘĀĀĶĶĘĐÃĀĶĐĪĮÂĀĀÆĀĖÆĐŌĮÃÃÁÉĶÃĘÍÅÃĮĀÆÃÂĐÎÉÍĮÁÁÎAČĀĘĖÅĖÁĶĘĶËÂČĮÄÆÁÆĀĮĀĪĶĶĀÆÁĮĮÁÉŌĘĪĀĶĶĘĀĀĮĀĶČÁĐÉĀÁÆ€ÃËÅĶĐÆÁ€ĶĀĮÅĘĮĀĮĶÆŅÉĘÍĀÅĶÎĐĐÅĮÅÁËŅÁ‚ĘÁÉĪÁĮŌÁĪČĘÅÆŅÃÃĪĘÉĪŅÉĘÂEÅÅÆĪČĐĮÃĘĐÁÍĶÆÁĘĮÆĀĘÉΉÔĶĀÍĪÆĮÃÅĶĀĘÃĖÄÂÆĀÉĘĀÃÁĐÉĐĪĪÜNWP_159463829.1Ė)0‚‹-L]ĖyŌ™(õPîČ6›é H ŠŖNšđVœKk(傂.Š 2k#`jžĀĮ™7&˛H3J Ļ@kBĀvZ ¤ãʘ @Ĩ„PaĘCŠ…p@1ad˜Î(1‹8S­§^SÍČt kČ)Á„N)3€J#Œ2Q(€7įB ¨3įQ‡˜˜BJ Ĩ¤Ēøši„™ HĖ Ā<đ€Š„œՐa͝ŒAI1€œåØtR:0Į0k΀Œbs*• •JHCD1954593.1Ŧšų^:b¤÷†š!,&Fræ9x„P(āN2K­_2lBĨPŝŗHJđŒV–Q@–wĐ MBM3303016.1ė=dԒ.ŦY” Î0N+Ș“ƒ,Õ¤2F%EÎ H™ E;ÂĨĮ\ik€aT[EņÖJ.€“DcBA‚)˜æ °Ö8ō¸’bl>8ŒA¨ņ„Ę +dxfž´9p>˜ây.Ŋã`PÆ` !*“#įįF™rÉöXRÂ$7VP(ÔЄáā <ĨĀ™'5 :GSM— QWP_107723967.1lA”zJ•Ü €Î<ęį–t@4š‘S8Ü:6]S´•p Ēu2ō¤ĮT*hĘcÃ8 Ļ<*3PĀŖŪ„m%áX ‰3ÜT` Āk")¸Æ8&Q“ņ Ö4Љāœ-´U‚xF!–ÔyĘÍöĐzŌ­ŖN<åŌyĮÉĐĀFœži3Œ%dE(7Ã:A 9P iÉš†™3$sÔ:§ČŅf1b‚ "@žaĻZ+õ2qņ 8Ŧœ6“`-§†Hr†T2¯ iŪ/¤&!ĀņZƒâA<ˍ J­§\ʍ3Õ(c:æ܄Ã-ufpBŠPĘŦsd‘KœæXå,§`3M÷–&$V,a(°ŌI‰ LYV`b´ŅƄđHyÄ3ĪaŠ˛=XМ„zgäĀ4K)ˆšx ŠPŒ*žđÔ*T$LĶ‰ØĀ2Ė)ƒķ$÷–rKĘál€ApâZ ˜0 ™*$ÆĀĮËČÃÃĘÁĪĀ††ÉÅÂŌŌĶEÃÅĮĶĶÅ‘“’ŽĀŌÁĘĐËĖÆĶÃÂŅÁŌĘÁÃÃÅĐÆÁŌĐŌÆĘĖĐËBĪÍĪÁÎĖÍĀËÃĐÉÆĮÎĘÅÉÁÊÁĖĀĘÃÉĀČɊŽ‹ˆ‘ŅËÃÁÃÍĀÂĮĮÍÆCĘÂĶĶÃĀĪĶĶÆĶÃŅĮËÃĪÁĘÍĐĘĐĶÂÍŌĮĐÆÉĀÁÅĶÅĀĀÍŌÂÁŌĪĪĀĮÍĐĶĮĮÎĀÉÃÃĮÁÅÂÉĘĀĐÅÁÎĶĀĀÍĘÃÂÎÉÍËÃÁÁÅĪĖĘŅÍÃŅÉÁĶĖÁÂÍĶÅÅŌÎËÆÅĘÆĘËÉÆÎÁĮÅĶÆÍĐAŌÅËĮÂĮŌÉÃËÅĶÅĘËĀÆĀŅČÎÃÂĘÂĀĀÆĖĶĪÃĮÅĮĮÍÃĘÉĘÎÍËĐÅĘÃÍĘÁÉÅÉÂĘĀÁŌŒ‰“ÍÎËĪÎʉÁÃĘÂĘŌĮĪÅĪĐÆĶĪĀĖĶĘÁÂÃĐÉÃĮĘĶĀĀÂĪÂÃĖĶČŌĀĀĶĘÅŅĮŌĖÉŌĪËĮĐÎĘĀÁÍÁÃĐĀÉŽ€WP_003303823.1 !÷T¯5uN3äAÂ'5”š4BĀ € ā 㨑JAwŠņŊĻS€ʁeĻ8AōD7F)įÚ4Ą •Ö0đ˜éZN “^‹ ‚s†˛ Į@8á8Ŗ*jŦ€Ā4.€Đf™Ã„fGŒāŽ+aZ( 4â`ŠSĸ;ęāŒT#Ĩ3…”Oˆ%:㠘L \['Š`R,A–ā”JĀĀĖ*œUķ™ŽŦ€3Ũ4'%ŨTCēÁ07R§šaĐYLTŽè JĄŊōă/ `€ršcƒŪATB18092.1Ė€y†Rj€Ķf€ AõšKsĸ3Ũ!g=¨fXM eFC Āvæ[ N8Ķ,ā€Så&’FĒwœ|æ´ĄšzÃÉ"ZXNA€$@Úqo’Ō”Xę4“Ė˘JíŦŲ΁)“if™iŒRáĄDCȑĄÂĻ1aK 8T1i7”œ@ÁÖz &U›˜ėOGW26817.1,¤&PŽĄL ĸ49ŸlLpĖ’S8°N34õÚ„d[BôÜ4͸J`GAÔ@zęf†z ¤ŖØĖõ^‚ŪQ0¨´œ[€ØZíL3Ųo˜„ ˛rT€@Í1‡p Šb@; *æxo˜×ÆRāŊ4Ä3g‚“ !8 -¨ÄĘPŌK§•˜!`@GMąšę9×j ´ĀQm6Ô3Ų꜔ā›÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊwÎ Ô9 IĨ" ĪĀÄQéŠhžZ (LĐZ9é”ĸ&Œą@q K PÄL°)8U+¯)7[9) œŗ(pīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{ī=">Úœ4 8ĒáL%îŊ÷Ū{īŊ÷Ū{īŊ÷Ū{áiʜ4”|éŧ‘Ø;J‰“Ū`ĮŦŠŪË$NZNp˜:s=÷ÂdĖ¤Ã"|ā0 3åĮĻYī2Á`ļãĀ;o>ņ īŊ§XŽ$˜DįŽIāŊŽQfÄž:b>^2ĸ­ î UYV38309.1 Ā‚^x„Æp`&ĨԉL%§ ƒJļ×ÖjÅŠpÎP'ÎĶ†3´ųŪ{-ē7„*ĨyÎT*Á9ÕIJ¤”(ŽÅSΜ!Š™€km2įjÆ%Xcà yTHEĶÚÅMÕ+ā)øfbižXĸr @•”‚ •§Æ3E ¸÷Vh %¨R'€įL*˜šR/5`R›žځ *(Uj%Le^‘ķ¨ķĀ9S‚”s‚Ô iž%ÔŖƒ‘GFY73571.1ėœÃ3#˜ ڊi1ÉjoÕŪ3I=Yδ &J֔1h>1_:Ē„4Ū1&4AÉ(%”8#HR|¯)ōÜ9ĀI™Ú3ĒŊņÜZ ĘĀ"rŗ)ˇ €¤üV[SEP77558.1,<Õ^;āܚqPp†ŠT@ˆ’R@= s $ŠÔLG€æTš* 8 @*!¨6ā”)k*ĻT`81ĪG4;n2”:PyQ)ÎTiĻ3P (w”›ā€ŠØ`Đ ĖŠ"$Ž4SŽõ ƒ@¤’AŗŒ3Shī™c’Rā…÷ T퐤Q2 ž M0‚RAĐĀ"`€ĘĖĀBÅ‚˜.´§IO=7ÕpFc2sÕИđ…5„Q€BHĀđX/4`:Ȩ`ÎĶža ž“Î1ę ˆ‚‘ā¨„Ę; Šdæ LŠÁŪJœÕŒ*Ā€ĻĻlGÚcĶ DeBÁHā嘚`˜H(I%ĄÔ ­ö;gM8ŸZĄœō’Pož!Î< 8ķ” é×Zh5BæĀŖŽziŽŖæPh¨PĪ¤„NĨ\Į´Ūđŧ ] Ë8@IČÅ2Ė Ĩ{ Ļ~ųÁÉÎČÃĮĶÁÉÃŌÁĐĘËÁÄÅÍÅĀÄÍĀÁÉBĪĶËĮĐÄVĮÁÅŒŒ€†…ËÅÅBĶÂĐÂÍÂĖĪÃÉĖÉĖÁÃĘĶÆËDČÅÃÎÆ„ˆČĘĐËËÆĀĪĶĘĪÉÉÂÂĶÆĀÁËĪĘĀÆÂÂĶÂĐČÆÍĀÂĐÉĶÆĖËĀËĘÆÍĪÄÆĶÁĶÆČĀŌŌĮĐĐËĘÆĶÍĘÉÄŌĐĀĪČĘĶÄÆÆĘÎĮ‹†‡‘‡‰ÁĐĐÉĐÉĪÆÃÍÎČĶÍÃÆĪÁÆÂÂĐĐĪĐËÉĖËĐÍĖÃÉÆĶĐËÁĪÍĶĪɧT,ÖĖÉĀĶÃĀÁĮÅÅĘÆĐÉÂÆĘÆ“ÂÆÁĐÍÆĘÅÅĐĘÆËËÂĘÃĶĖĪÉĮÉÉÃĘĘĪCÍÆÅÃĶĪÂĐĶČÂÆĀÅĐĘĘĘĘÂÆĶÍÃÂĶÃÃÉČÆÂĘŌÆĘĪĶĐÄËĪČÅĶÆËËČĘÉÍÃĘŎŠAÂĶÍÉĮĪĶÁÉÂĶĘĐÁÅ“ËÅÅČÉÆĪЍĐÍĐËĐĖÉĀÂËĪÍĐĐÃÂĪÉĐÆĮĀÄÅÅÉĀĖÂÁŌĮĶÆĐÎÂÉĪÍŅÍĪÉʨKR›ÃÆÂĖĪÉĖĐĪÉÉŌĀÃĮCĘĘÃÉËÎĪÆËĮȉÂĶĘÂĀÁĶÅÂĘÉÂÃÉÂÁĘĶÆDÉĀÃĖÍÁÉĀÆÉĪʇ‹ÅÉÁÃËĮÆÍÆĘÂŌČÍʎ‚ŠÉÉÎĐÁÍĘĐĘĐĪĶAÉĪÉÃĶĪÄĮÃÆËĘËÉÁĐÉĐËÃÆÉËĪĘÍĐĀČÃĐĪĐĐĮÂĪĪĀÁËĘÃÃÉĐĶÆÂĶĪÍĘÆŠË#bĶÍÅĶĐĐÁÉÆÆCĐAĶĘÉĶĘÂĀEËĐĘÅÍĶÅĪÅËĖÅÉĮÅĘĀĮĮĶĀÃÍÂÂĘĐÉĪČÄÃĘĘĘBĘÁČÃÅĮBÅÃÍĮÃ…‰ÆÂĀÂÁĀĀĀĘĪÅĀÍÁDÅĐÎĶĘÃÁĐĘĪÃĘĐČĘĘÂÁAĶĮÆËĘĪČÃÎĶĖÁĪÉÁËÅĘÆĶĖĶĶÁÃĀĖÎÅÆÉÁÉƐ†€““Šƒ…ŽÆ€““Ž€ÃŅĶĐĶËÆÉĪÃËÅËĶÍŌĐĐËDĐĮĐĀŌÉÉËÅĐĮŌÉÍĶÃÉËÃÅÅÍĘÍÍĶßÂVTR17913.1ė ÷\PJĶĄx/(5Pí”b¤éŊâ”)j¤Pī™2ŪPMBŠ`0r ÄĶšb zI-ąT€Šy”|Aœcž1AĘsĘ4%$¨T:$™2ÕiNš"8H……”J=9Ë:*9Ąä{O%5$YÃČ!€(Š„•„I ĨB܃&MŠˆjj^ %,3…äĻŌABŪcÉ)ÂT†Õ Hƒšfʛh@e”JĒ`V%¨¤Ōé<5QΡTCiLĨR ˛”2騥 4đœbE1đÖI%G fxÖT =’āa‚šŌZSķÚ1Š3``SÍ!…™á)T( #LPķŧÜ{ ZP/ÄõČs"œ "y€ĒîĢrąÍËĖĘËĶÉËĖĖËĘËĖÂÍÆÃĀĮÍÉĀŌÂËCĘÂËÆĮĐĪÆĪ‹“ĶÉĶĶĐÆĶĪAËĀĘÆÉĪÁĪÉÉĮÉČĮÆĐĪĘÃÆËÎÆĶ’ÉĀÁÂĖĶËÉÂĐĮËĮĶĘĘĖÉĐĮÃÉÉĐÆĘĮÎĐÁÉĪÁĶÃĐĘĖĶĀĘÁËĪĶÅĪ€ŠƒĶÂĪĘÃBÆÉĘÎÁĪÍÁÂÂÂĶĐÃĶ‰‹†ÉÉĐĐĶÉÉÆĖÉĘČËĘËÉĮÄÅĘÆÉÉœWP_204462572.1 ‚§‚S#€ œ‰i„Ž‘ •;ၠs0¯šs€ƒî 3ۘsŒr&˜GĒ˜Žđ1‹1Å1U2î pÂQ'Ā‚Æ @9Ŋt”˜ 4 GIķԑÂ7;+¨Ŧ5ūŒHAI83337.1 .Ė›ņ ĸVJk¤ibArÁ،KÁÍĄ–ySąTĻ{Ĩĩf¤2É)” ĒŒ:k€ Œ ‰ÍņÎ'œĮÆtāĻƒB6šS3 áæŽÍäŽZ‹•4\Q% ­åƒMBW0490175.1,(ŠšDĒZP*-Ĩ”.’ŠÎSęŦe^+“ÉãÄåĨÆHM¨įĀ‚bŠĖ;„ ×xŖ-“ž(č"Ę(K œ(5pž{įĩõĸSÁ´gIŽŦ÷Ü{íÍ!Ë-đCƉq„íĨŖĻË<ųž8fÁņ”{đ=ŖžSāŊv”qș—–ÂĮæz)¸9ßlNŪ‰ŒvÄsFŠT¤2¯@qÔs*>ĄĘ*¸fš"Ģ ĄHĻaF[oÎŌŒ¨<\€đ8B;Eš4%T Ŋ%\YG* ž[Ŧđԛ/ÁDAÁ jR=ņ”XsA'[0‹­e˜2Q)Ļ ŽŖœšgB¸ÔFcFƒ ”Ĩ#@A V3f‚ņāSO%š,fgT„FļđŒ2-.0S­SäÃÁtË4#šj)FœPĀ°ÂRË S– Š ŒF•VŽ´ ÔNQJ73193.1 É&‚ᘠ×ÆeJˆWŒ@)°hĪ0yŪsF$Ū{lŠ Ô:Q™”z ¤¤^K+ļy΃ ĖŲ–*“$€-ɤšĄ­3‘Q Ŋ¤JĨ)Ō„ę”S*Aڛę¤Ķ\°Č™TIĨĶQëĨw&QiΤÔajŠ “€ÁNRrĒ7Ą:S) ^2îĨ4s­Éņ”Yå…8×éŊV|ÍŗŠRkŊĩÎ ¯ÍļECE8916583.1Đš1îŊ÷Ū{īŊo&؞8ĻąÎPÁ6^[jˆķĻ2Ė(ä3eˆ‹‚Œŗ ž8&@0“9°q”ŒKŽŽT)1„3Ŋ3FHŧ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊpāŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊi xāépŪŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{¯ æ;ƒŊ2Ąg$1į›e3Î j¤Ā $(ˆČ3WPé„ĐÆ3f–ÕĶI3g9NŒB*ė$Î$RRÁ°&(FÎc\2˛ÆŗĘÉŅËÃĀĀÅĘÉËÍÆŌĘÉÉĪĖÃÂÂČÉRÎĀĶĪĐĪČÎÃËĐĀĀDÍËÁĀĖĪĐÂŅĘBĮĪÃÂĀĘĪĪĘĶĪĘÆÃÆÍĘÅÁËÃåzWP_116619797.1ė• Ü R‚ ÎLLĨ„R*Ā6ƒ:g6•J€ĀQ@͆bx'÷0!†•’įu”’ę)u“Ŧ čžcG5՞BRéĻQö\'´^ŦÍWP_182158016.1 ŽĩÄs¸Ā bĖ7Ņę $b‚é‚cŽ¤™ÔDgŠ1˛ˆbÄI õVP"ĀĄ$@&ŽŅcAĘZ wÂs3š&ã‘ËM(ĮˆŒR„ ËĖĘRg,€’“ČRÄXfąæã ąæjE …j0ŅĀ:įĀ€đ%7˜:î€s˜€ĶTR‰s†„ČĨæ„C!ÉŌ%(0TJ%…a܄FŒ™ÄœŊr`J) ˜šĢ€#Ÿ‚Ė¤„xN>e^PĖPŪA¨Ā@(ļ%“Sä:Į¨wÆH(s*gŒp*Ŧ!– Aq֔B6âÄ8p>ĩÄ,§NrĮ(đ@rB…f#Í8Īn˜åšaÎ=šÎhKž  OBđÆLIc”3°ąT9eä†fA2€“ ˆ4Üxn™ž|` Ō <ĨScČ‹Í44Ī¨Í+ˆ gB‡ÍwŪÍŒjŊ0Œ2ËIJŪpķÉWĐ{s˛gpÚP BhB.pL‹(…1Œ‰Äs€e¤ đå”9p ÉÄrÃĖäžZ†œ9EiL¸fr/ āËL'`‰#¸Ą°uĩßpKAF7644169.1lĒ7ƒrÔԄ*–VA 6…Ô8īŠŲÆHm)đš$ķ…‘˜NåH`‚YĒ¤ô;`´ßPĸ„‡Ė|d”'”Tr §ā4FĀõĐéAgD‚Ī‰$ŪSEķ\Y#=3W‚‚”[rį\pîŠķÎė(ÕŪŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊˇŧ€ Ę9āTđŊĩŜc[a,S„›+AŗĖ9ĮŦ`Ė‚į­;ƒÍ‡Ä3â)ôDQ˘šÜƒIcæ‚&˜uīŊ÷Ū{īŊ÷Ū{īŊˆŊŗ–{ÁMį\Ģ¸Wpŗ=8įQ8l1Üsā7æSōšr˜ęĀáÆ#ž1Į<(ĘrĻæ‘÷sč œL‚ ęÁŲŪi饂‚%¤iÔŊ÷Ū{īŊ÷Ū{īŊ÷*†SOļ#Ô\Đ 2=ā{Đ(UL …1XÔzRŠō Qe&f\AE‚0–2M€"ëMĩœ Æ%Yž2KhÆĒŠ(ļ§ rŅWP_102296123.1lŠ`b §Rđa oL2ŅĸäXOÎf€ĀČ•‘áÉ"” Ā¨˛ĐiĮ€wÜ@¨0íÁ9¤3aĻŪp-Ę㎌îydDwä íČįZ”Į13y3 %M0*L˜Āë,¨ä˜p–ŸXĀW&s€Mđ@ŖšSŪ™.ĀiŌšˇEáMZQ82908.1Œ™ԊJđPī¨ŠNaJĩy RmÅ‚Š EfRm …’.&Ôs&%ĄzoĒŠæ eļØ+¨ ‚,_‘á0Ô0¨¨Ō{ 8L§ŠåBJęÁŖÔ`j8h3 dAsĄ0œŠ)õfz (%“K Ä֒.ądTcINaĸ80Ôy@ŠĨÔ*åšé„zę!đ0đ11CZ(Šá ƒJ*]P!ô”J3)ŎJ¸RLzXP_053592881.1lÉw” J(ņÄRĢ Õ¤˜*<đāQGÅĄÄ¤€V2Å5VŠī­´Žo,ŗ¤œęąæ¤{į)ÄšaʗŪķ…†[g‰9‘c'ЎrĀ’ " ˇL„㉴[Ļ(‘Ô!Ŗh‚iᄔ!ÂbTSKÉAŽ˛ŦÚq¸9œ Sæ@ãŦÃ;`Mŗ–RĄÄ–„@õTGá˜Z&†‘ŌJeĄ˜Î âĀĮF[jļņÜ`,7`)ÂąœiÉ °Ú|ķ…!šë•4Dƒ#A¸¤`Í$\Â咔p@ļÚ[* ŌIîVĀŖ‘4ÄI°•ŒQO“ŒXaĨÉL˨Î‘j>UQĨJņ—\J‚ŒEΛnē0ŠrS)gÖ{īw’*GT >â9c  Øæx/ĘÆBKÃ!1„aíĄą[Rš9”Lį,ƒPHI BK5Õ`9J9ŒkĢ(5Ëa“õZ˜ëŧŗ¤Z™iV9B´d–xKš9'ˆfąˇŪ’âĖá˜amyŪ€0¨”8ø^ņ›;Š‰XJPQŊŠRéqŌ˜Æ¤%`ršÕ4ÂHÕÄ Bʴ΄M¤t^)ę͓Ūbå((ž k>ĩˆ‚č=#M€ Ā’SĀ)āBĪ¨øN#8‰Ôc¨–JkLeʊÎĖņ„4j¤1Ķ 4 ZÉ-"’Yė#&0 ¨ō kÉ´FX)ļ$ŠÃ 2ÎJĨ•ųÔrO¨•„Sšēø,ÆÃËËÅAÁŌĀÆČÂÆ͐ÎËÎÂĀÃŇĶÎÆĮĐĀĐÉĀĖËÅÍĘÅŌĘÂĐĮČÂĐÍËÅÆĐÍÁÉĪÍĪŌÂÉÂĐÃËŅÉÆÅËČÆĀÆĶÎĪÃĘĮĶÂÆÉAĐÆĮÍÎĶÁÎĖĖĘËÉŌÆËĘĐÃCĘÃÎÆĪ…ĖÁÂËĪĐĀÅÉĐÁĶĐGĪČÆÎÃĶÍĐÁÃĐĘÍĮĐŌĶĖĀÎÆČÆĶ…‹‰Ž€……€““ƒ€’‰ƒ†€€ˆÃĘÁĐĀŠƒ‹ÆËĮĶŅĐĮŌĀĐĶĮËŅÉĪŌĶĘĀŌĮĐĮĀÉĖĪĶĶČÃÃÁŌĀĀËËÍÆÉËÎĶÉĮĮĶÃÆĀ€’‡ƒ‡“ˆ‰‚‡Šƒ‡ŠÆČÃĀÉÃÁĖÉŅƃ‹‡ĪĀËÉÂŌËĶÍÆĶČŅÆÃĮÆĐĐĘÆÆĘĐÆĀÃÉËÎĐĮƏŽĀÂĘĶÂĶĶÃËAÁËĮËĐÂÎÅŅĀĮĘĶËÆĀĘĀÃŌĘËĀŅĖĀĶĘŅĘŌÃÉĀÉÂËÅÁÍÂÉĘÃÂČbĮĶÂÃÃĶĶÃĀĘŌÆĖÍĖĮÎĘÃĀĮÉĀĐËĮĘĀĀÁËÍĘÃĶĪĀ‰ƒƒ†‡‹ĘÃÁÉĐĐÉÃĮÁĘÃËĶŌCÆĶËĶÃRŌÃĀĘČÍÂĐĀÅĖĶÍÉĀÃÃÃĘÎÆŌĶÆĮÍĶËGÉČĘĖÆÉģí-ÅÆÆÃÆÂÉŌÅĶĘÃËÂÆĮÂĪĪÉĘČÃĮÎĀÂÂĀĘÂËÉĘËÉÉĐŌËĪÁŌŌĀÎŌĶÎĐČÉÅĘĐËËĮĶËÁĘĪÉĀƍ‹‹„†€€Š†…ÆÅËÃÍËÁÉËĮÍÂÂÎŌÉĘËÆÆĀĀÅÉÁĮÆĖĀËÉËĮËÎŌĪĪĪÆĪĪÆĀÆÉÆŌÅÃÁĪΉ’“€ÃĶÃĮĮÉĶÃ΃€ËÉŅĐĐÎŅĐÎĪÂĶĀ‰“ČÃĐŌĮÅŌÂĶÂĮŌÉËÃĘĀĪÃĶĶÆĀĮŅÆÃЊ“Š†‚†‹‡‹†Š†’“ÆÅȍ††Š“‰ÂĮĘČĶĐĀĮĐĮÄĶĐĀŽ‡ˆ‡†ƒƒŌÉĶĮÅËŌĘÎĶÉÎĶˇ“ÆĀĮÅÍÆĮĖ’ƒ‹€‚ÆĐÃĘĘËÂĮĀĘĘČĘÆÍÉĐČŌÎČŅÁĐËËĶÉÁĐÎÅŅGĀĪÃËĶÁÅÃÉĘÃĪDÉÃĐÅÍËĶÃŅËĐÁÉŌÂĖɁ‡†ĶĶĶĘĶÍŌĀÆÂAÃÉÉĖĐĪÆĐĶÂČĶĀAÃĘÍÆĀÂĮÂŅÍÆÆËĘÎƇˆŽĪBĮÆÍËĐÉĶŅÍĮĪĪČÁĮĶĘÆĀÁÎÆIĘĪAĀĘÆĪÃÅFÁĮŅÍĪĪÉĐĪĶĀĐÁĮÅĪŌĖĪČÍÃFÆ\ĘĮĶÉĶÃÅÉĶÅËĀÉĀŅĶ“ƒ’ŧšL8ĀÂÂÉĶĀĖÂËÉĪËÉÉĶĪËĪĪÍŌĀÎŌÉÎĐČÉÅĶĘĀËÅĮĶËÁŒƒŠ“†’Š‹Š„†ŌĀĘÅĶÃËÅÁÃÍËÁĶĪĮÂÎŌĶĘĐÃÆĀĀÅÉÁĶĮÆĖĀÂËŌÉÁĮĀËÎŌĪŅĪĪÆĪĀÆĀÆÉÆŌˆƒŠ“Š’’€‚‹“‹Į“Šƒƒ’‰““ĐАŽ‰€‡Š“ÃÉÃŌĶĶÅ΀ĮÆĐËÍĶĶĀÆĘÂĪĪÆËÍBĮĀĶÅĶĘĀĐŌÁĮÅʉ“†ˆŽ‘ƒĀĶÆĘĶÉĘĮBČĶĐĐÃĪĮĐĮĶČĐĀĮĮÃÃŌÂĮĀBĮÆĶĀĶĐĶÆÁĮĖĖĀÂĀĮÎÆÍÆĮÅŌÃËĶĶ“‰†‹Š‡ƒŠĘĘĀÅÆÆÉĪČŌÎÍŅÁĐËËÉÉŅÁĶÎÅŅGĀĪĶĪËÍÁÅÉĘÃÆÉÆĶËÍAČĪÆŅĮËĶÁĘÂĖÉÁÃÁĮĶĀĶĘÍŌĀÆÃBĮĐÉĖĐĀÆĐÉÆČĶĀÅĘÍÆÆČĮĘŅŅÆÃËĘÎÆĮÍĐČÎĪŽ‚‡ÆÍËËĐÉĶŅ͇KĮĶĶĶÂÁÎÆĘAĀĘÆĪÃÅFÁĮŅÍĪĪÉĪĶĀÂČĮĶĀŌÉĪFĀĘÃË\ĘĮĐÉĀĪÃĶÆÅÍĀÆÉĘŅĶĐĪĶÃĪĪÂÃĶÉĪĖ‰Š…“ÆŌÁËÁĐĘÁÍÉĀÂĐĪÃÍÂÎĀÆÃĀĶĀŌĘÁĪĶBËŌĖĐÁÍÅĘĶËĐÉÃĀ€‚†ŠŌËĀĘĶÍÂĶÃĘĪĀÍŌĘÃÍĀËÃĶĶŌÉÆĮĀËÆÁÁÅĖÅĐĶÍŌÃÉĶËÉĐËĘĐÉĘČĐÆÉŊą.=ÆĐĀÁÁŅÅÆÆĮĐŌĀÍÁĪÁ€ƒ“ĀÉÃĐÎÎĐĶÆÍĪĐČĐĐĀÅÁĀÍŌÃÂĐÁÁĶBÅĶ’‡“„ĪŠŽ’ƒŽÃÎ΃€Ž“ƒƒ€€ƒŽŽ‰ÍĶÆĘÄĐĐĀ‰ƒ†…“†€Š‘ĘĪĶĪĘĐŌĐÉĮÁĀĀÁĀĐĪÁĀÁÂĘĀÁÆĀÆÎĐĘĶĮÍĀĀĶÅĀÆĘÆžŠB<ÁËÍĶĘČÃĮÎĀÂĀÉÉĀĘÂËĐĘËĘĐĪÅÅĘÂÃĪÂŌĶÎÄČÉŅËÉÆÆŌÁĪ‡‹€‹ŽƒŠƒ€€Œ‰€†„ĀŌĀČŅĶÂĶÅÁÆÍËÁĶĶĮÃČÎŌĘĖВĀÆĀÅÉĀÁAÍĀÆÂĘÁĮĪËÎĖĪĶÆĀÆĀÆÆŌÆŋ“˛ČÉÁĮÍÃŅÆÂÂĶBĀĘÃÍĐĶŅÁĐÃEËĐÄÉĮĪĀĘĐÆĀĮĶÃĘĘĀƒŽˆÎĶĮĶÆÉĘÃĪĮĐÁĶÆĪĶĘĀŅ͇ĖÎĀÅĘČŌÍÆÂÅÃĀÆEĐÁÍĀÍÉÄÆÉÃÅĐÁĮŅÍĐĘĘĀĐĖĀĮFĀŌÂĶĶÄĘĀĘRÃÃPÅĮĶÉŅĪĶĘÃĐÁĀĀĘŅÂĖÍĪĀĮĪŅĐÅË` MBC7879491.1lš%[K Ļ”šā€ƒÜ{īŊ÷Ū{īŊ÷Ūá$LcBF›āĖ!œlNAw\S™Ã G”LZI)ƒ™ė¤` eĀ)Ķ8@M3`ą28bFŠŽs iÄ) Ž΋œ9PîĖÄ$”†R#å<˜@QęaŪ„‚ķšs.ØFƒN wž2hI Ā™gÎ%ĻPž™šQÉHķŖ”+žĶœ;m:aĀs¤šlO8øN5—žŖ¨TÔQkäP€ĻAĨ܀ &Å1šĻ*mŠÆ IÔh 0Î3ĘvĖ˜RH#Μ`¨q`TāŦqœ,1„+ķˆ$Ã4"šŗf3fÂY@*s\8*™3S›Ĩ¤ÃÆ)ÎpGĶ@Ќy&˜.§œqĘŖ T đ^j€ņĀˆæŠ`Aĸ¨LĄ†:O5§ÔH…đ >L)Âà &€j´ĸœ .$“†HĄ a3ÁņĀ4Ás&eZŠ%¤‡āāP`2°(T€ `†‚€(ĒĀ¤ÎQĀų ã WP_079304935.1,¨—2H$Í(3€—ŠTAA‡Æ3Ą Š^,j(Ü  ¨áÚIĄŠ Æ!gJ„SæHÃŊ`€Aæ•”k*4xīŊ÷Ū{īŊ÷–BJ aTŠĄŖDA,Ič„fø( Ū™¤ Ņl ž:Ķ į;RĩgĖ3H‡@D5ˆōĩ1Ą( gRKyԐjâf8,„s1…!°Ôœ7œĨÁ&ÂzĀÁĐÁÁĀĀÎÉĶČĮĘÁËÆĐÅĮÁÉÉÂĐĖÆŌÆĮAĀČƏ’ƒÅÂÍČĶĐĘĶĀĀĮĀĪÆĶĶĐÄĐÆĐÆÃÂĀĮĶÉĮĘČĀĮČĘŅĀĘĀÆĐÎĘĐĪĀĮÂĮĶÁÆĘÉĀÆĶÆĪÆÆĮĖĶÆĐĘÂĪĐÁÉÁƒ€“†ËĐÂÉĀĐÆÆÉČĮŌĀÉÉĀĀÆÉĖĖÃÃÁ“ÅÆĐŌĶÅŠĮĶĮÉĪĮÉĪÎÃÎŌĶÁĶĐÁÁĀÉĐÉĪŌĀĀĐÂĘĶÃĀV‘WP_006799194.1l‰¤”"JĨxÚKŠWDS:s¤H.Ā“:+ ˜ tĀyā¨$ĄsGž ֒*Š:éœa–‰J”#\™I Ą$k%āXšI9q`kŒŌ‰đÖ, ØĖJĄ’“ĶŦÕŪTK#Pā¨ĮÎ9*ŅŽ:BÕ@œį´÷€pW˜Rn8ŗĀ‚O-ĨbzäŒ5ŽR"Ŋ 2R$Jr(É2“GĸŅVŠĢ%Y{EŠļ܄Ш4”|"9a›`:đ ˜î€"]IĘ ą’j!-ā(k–9Ô K6—1æŧ„Ã%`NCRž¤’8L2Üy6yØ ŧ“Lrf™9¤iäĐ))”¤|"Áb M 8r@‘ž ŌM&UAį3 <1Šr Š!Tæ°Ks˛!Ži¸!Ä årT8Ēą 2bļTLJŽĨąL 0Ŋ €Ŗ;§•×Jė‰4VržĶŪ9GĨRƛĻŊÅä83‚1hĸ,ļæ”ęĨ‡qP0Yā¯Ąe˜Yđ¤…Ļ”æš2QÁÂS˛4pTj ÃŽ ÄīÁĘÄÉĪĀÍĘĶÎĀÍÅĶĶÅŌÃÍÃĪĘĀĪĪĐËĀÅÍĐËËĶĮËĘÆĮĶĖĀÎÃÂÍÉÁŌÎĐÃČÉĪÂÆËÆÆĶÅĀĪËĶĪÁÉĪÍÃĐÆËĮĶŌÉÆAĶĶÂĮÃĶĪĪÍĀËÉŌĀĮÆDĮĐÉÉËĖĶÉĘÆČÉÁÃĐĮÃŌĖĘĐÎĶĘĶÃÉÎĶÂĀĮÃÃÎÃĮĐĶÁÂĶĶĪÂĪÁŌÃËÃÃÁËĘĀÎĮÂĘĖËËĀÁĐÅÁΓ“ÂĐĀÎÎÎĖAĪÂĶÍÎÆĘĶËĶĪĐĘÆĐĐĐĐĘĪÉĀĀÍĘĮĐAÃÉÁĀĀĐĶĘĐÆÁĮËĮÆĀĘĐĀÁĀÅÁĖÅ\*#ĖČÄÃÍÁĘÃËÆÁĀŌČĪČĶËÁĘɄËĪÃÂŅĐĶËÆĘĶĶÍĘĶÃÍĪÉĖĐĐÍÄĮĶ‡ÆĮÂÁĐÅČĶĶĐÄĐÆĐÅÅÁÍÄĶÆÆËÎËËĘĖĪĐĘŌÂĖÅËÄĶÆĪƒ“†ĶĮÍÁÁÎĮÃĶÂÆÆBÂŌAĮĀĪÍĀËĘĖÂÃĘĐŌĐÆŅËĐÃĐĘĐĘĪÉĀ‰ÂĶÆĀFÍÂÍĐĀĪËĶČÄĘÍĮÄÆÂĖĮĐĀĘDĪĘÁÃĖÁĶĀĪÅĀÄÂÆĘÎÂĘžbWP_281674273.1 Žr”Yjõ Iè` „k)X”JiĖHĐc*-đĖckL…: LXRy@.`ŒQ49ŽRoŗ†"Æ܆ŨWP_139553477.1 ՆДáÖi 8DpĶŪ™`ĩ&ĨR-Á”Zš Ĩ'•ˆ-ˆU„IĸđDŠ(¸Â3PÁĨšs 2˨fŪ†…§Ū JĖ9 (@ žQđ)!Äl'(Ææ3B:ŖPĩb3æA™L0 €‚’â• MeŠšƒb:đ ęÁä”,āUÂĶ¤ÕĮ>}FWP_184601943.1ėMĨ`R¨āHŪSFLÂ6įQ ād*)•’Q é”bķĩBI¸¤l`Mč–zš2āĀtš9Fĩw–ņMÅVqËMõĻ146Ž›Æ(rX#–‘Q`(įČŖĨĩÄjí°”Ü*ōUÚ  Ļ*K=ČŪƒ<8ÁtâŠã€QJ!yŪ0e $• ĖcLr¤“āŧāKn´“&YÎqĻę¨Ĩ` Ép @5-09œAJŗĖP'A”rBwTI'ԜĶĩ"ŽKčŦÁÚtęA•ÎqˆƒN LMCԛ'€ô”{Āf8` °°J;ę%š9Ķ @Hį( @Ŋõ `ŽpĖr`ÂXhâ f SŗÎ,ę¸%$8áĩĻK Ái‰ÁđKí”R ČÉŠ–a(āĪĩ`AŠö:íĖ'Ā ¯Ív&(Ķ8cŖ Gē4Š¯<Ԕ™D*Ĩä1ĘŠ2Ŗ&,2…LaH´N aäHlž9`4‰Æƒ#áb f‚—‚š`1 Č%Ņ<Åĩ)]C žh*0ŌŪtĀ9§pSŊØŠA…Ā@Ļđāƒ3(đŪ;@¸Hā$@T< s€((ÃT0éĀ9BrF&Āk ׂb§Ļ\ĸ Āšl™†™j(u’ÂAU&XF™ €2ÃÉĖZJ:1G“ī¤¤`§9Xƒ.50A€ķÄôJ\Ļ¤7\Q+āBQ’erŽiDĘØË°ĐÃÃĐËŌÎĮÆÉĘÅĶÂĀÆĀÃĮĀĘĮÎĘĪËĐŌĐÍÂĶÂĪËĪĀÉÁŌÆËĐÉĪÉĐĪÃĀĐËÉÅĘÃĘËÁÃÎÂÎĶĘĪĪĀÂĘŌÎĘÎĮÂÆÃĶĘĪĐĘĘŌËĪĘÃĪĪĘĶÆĐĮĘÎČĀÃÆĶĶĘĖĘĘÉÄĶĮÅĘĐĪĪĮÂĀĘĶÆÅÁ…ĪĮÃĶĮÍĶÁËĶÂÁÆÆĮĶËŌÁÉĶÅËÉĀËBĮÃĘÃÉÅÆĀĐÃÉÁĐĘŌÁĘĶÁĶĘĘĮĘÎĀČÁĖČÃÆĮÃĪÉĐŌÆĀÎÉÃĮķƒWP_033131454.1LVRqĄP%!āt`ÆfÊT{Ψ1ŅˆHĨŽ<ŗ´Œjō”2_ZđĖŌī5b1 –sŒĄJ¨ `(/8õ DÁ@TĶ<Ėž>0EFL3122059.1Ѕc˜SŽđÎ*3ŧåK†Ø( x‚3‰Č Į'LhŠõ$”Eš5B‚ Ž§Df*Ë1ā¨æ\Ë 0Λ°ŧŌ˜'¨ œĄ‘Ī9áQēqx I)EŨ{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊĄĐ Ī 2_§(ä9aĐN™LŒ9ꉀīŪ{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷‚xHÍtÎúÂĐĪÁČÃÁЉ‰ĪĐĪĀÃĀĪĖĪ7ČÃÁЉ‰ĐĪĀÃĪĖÁĐéŌĀĖÁÃĐĶÁÅĶÆĮĘČĮŌĀĐÁĮĘÂĪƒ‰ƒÉÆĐËÃĮŅØw‰‰ĐĪĀÃĪÅĮĖÁŌVÖÆĀĘĀÂĐĀĀÅČÎŌĀĖÁÃĀĶÁÅĶá‰MCS7352192.1 48—ia¨”29Ã4*•Ô3F) œI, ĀJ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷š€ Ā@Bģ÷Ū{īŊ÷Ū{oPƀi‚ē÷Ū{īŊ÷Ū{īŊ÷Ū{īŊĶ)‚…WP_261695383.1 4đ@ Ŋō0I$čT“) ”J)ŨTī,å”SįgĀÎ8‚ę@sĘTaœĀ(†šLķÎrsÎĸ‚Ā‡ š@õT eJÉ@ÔkՋĮÁĘÆĐĪĀŽËÎĖĪÃĖĶĶĶĶÉĀĘĀĪ€‰ÁÃÁĀÆĮĐĐÅĪĮÃĪĶĀÉÃĀĀÍĶĮĶÎĶÃĮĀĀÆÁÁĮĶÅĀČÎÅĀÆĀÃĮĶÎŌĮÁÆĶĖĮĀĀČĀČÁĘøÂMBH1832495.1 ‚6*ķ…Ú Ä4<5%hcgØ40ÁépmĒa@xĖ€*J!•Ā™OĘÎtΗƓ/ 0 j˜¤GĶ€ â(ĄÂ -(7˙ā€:Ē8ÔéœŗÆSķ%TāĖaā„1ķŠJ`<ĘA%Ô PgT3J„r@%7áœâÄ€@)tæ(sļ'LxāÉķJr3*ņ­1´ķĐ,KN†*R>Ĩ‚cĪ(0A( Ŧ7šĩ÷ˆĸĄ¤Ž nŠəÄ-‚Úl (ās 5Cj'ĨÆĻ€sÚJ™VZŽ29ÁŧPœ‰ËŒŠæ “Š+j`”QĀ)UT9…éPŅ„ĖhÖ" ˙)MCF2604604.1Ld!ķ ÕXsBˇœ’šsā“˛=ŌBmŒ4$TĖ3liŒ Āœi&˜ĖŊ€ā”͈$eˆK˜ ,0\ƒsHJ2`Ĩ†ÔyJ1ÚSfÎ Õ3ë¨ųæxåHĖ ĻŒŲĀŅĩĖTANÔÔ ÃĖTđ<0œYā,“ä‹g.3•‚í ”j>å˛âŪi¯¨Áš4áƒáœPŪ@ĨÅđŪæEWžâ Ą4 •DSâā†zcŊN!¤N”8Ô|!œUĘbĶx”J`˜„T:Ī¤43Í`‚ōLz †4:Ä) @ꌘ¯€ÔÄîŧā”SfĸT^ĶĄéžbŠ0°ę%e$@fš A›Î…UHP<Ą^’@Ŋą†*Ą)‘L1C5Õ0B‘x')‘ė 8ÖLŗ,ÕÖ< •Ô&xk@_r ÉTJėĖō¤9k!"į¯Ŋ‘Taė@^yk<õ ™Š‘RfXā ]ÄWP_198297627.1 UĪ9ā s'YĀhj€Q x*5ÃSNŠ\GBBHķÉs^rTpĀ8•ŒSč¨Â%˛3‡3#4ÕF:w€S'ĸ0Ļ­Œ Î|ęŧĻ -8éÜ|.„5’ ĀLāÂKRąpĂŪdNC| ļ8+8áîCAH0542131.1Ŧ•ĨÎ*„Æä ō€ņ”XQŠÔĀœŠŠyŽ:/H\d´ĶŠk!ÉD2 „`­„Ö`Pa„"‚l¸@B™3LÎ:!‰ˆ[ä˜ŌŌZâĻIšMBO5545990.1ŦQ CĐLQʌŖԚäp”r`¨„iĮ”i ™ĀsŠ&†t€"8Mu&ˆ'0" r đdxQžNƒ ƒ’ cĒŖœĪ°VzĒōP`ĒŖTAæL áLŠPŠdh€d ęČ°Ļšãßj ˙XP_054844157.1Ė@ÅĀL/˛ P¯E!P%Š”R@)5äd-„õ^PΝr­ĄTQŖE䔀ÉV‡ŠĻ@'BĄæTâ´5Ų2@ĩ -™āŪtJŽ„FrÔdāŧO\Ļ„Đšz‚-Ņ;kAe›o`"Ī¨õĘ9ĐĩåTėA0HŒÕyĄų†YŠ@Ĩ‚f(ļ`ƒK$XØ ŧ؞Lî8¤V fJ1Š-“”0h-† „ÁāRÃĖë@gŪk‘ÔJŠÕ<@øL*Ĩ ›J83Ë ŗ“Ėšč„ąœbl å†r 02ŠFJ.æd‚iæYm&ˇIŗ ĄŪ›j Y4Ë!Ņ¤3¨ŠÄ)mŽ`@SŽŊtBÄSXĶ¨–ZƒPŠl$9# n™f{MLč”k(\äŒ å´ÍĶÃĘĘČÁ‘ĀĀÍĖĘĘĖÅÃĐÍŌÍÃÁÁÁÍÃĶĪĘĘĀÎĶĘÆĀĶÁĶŌČĪĐĀÃÎĖÉŌrĮÍĮÎÁAÁĪÁĀĘÂËĪĶÉĐĪŌÁÃÎÁĘČËÉǀŠ‹‡ÅBĪĮĀÁÆĀĘÂĪÉÎĶCĘĘÁĘĀÃĶĘĪĪÅËĀĘĖĐĘĘÂĘĶÅÁÉĐÅΎÅĘÆÍÃÉÁÂÃÆĖĖĶĐĀÃĘĀĖĶĪĘĐĀĘÉČÃÁÁÃÆĘÎĶÅÁÎĀĀÅĐÁĖÍĖĖĶÍĮĘĀĘĮĶČĖĪÁÉÅĮĘĮĐĐĘÉĐËĶËÍÁČÅÅĖĀĶĘÎĘÁĖÍĘÄĪĪĶĶĮÅĪÃČĮĘĖÉÎŌÅĘĶæ/ĶĪÄĘĘĪĘŅÅĪŁ‹ĶÉÉÉĘËÂÉĪËĪĘÁÃÍĪĶÎĖĐĘŌĘÁËÎĀČŌÆĶÉÃČĮÆĀĮĮĐÍĶÍCÃËÉĀËĮÁÉÍĪÃĮÁÉAĖĪĖĐĘÁÁĪÉÃÁÅÆÁÄĶÆÁËĐÂĪÄÃĐÍÉĘĮÄÎÄĶÉĪÉĶÍÅÂÃËÅÆÍĘÍĖÂÉĘÂÆÂĶÆÉĘĪĪÎŅÉÉčÎĀĘÉÃĘĪÁĘĘËÂÍĐÍĪËČŌĘĀËÉÅĪĘÉÂÂÎÍÉÄÍÉËÅÆČÂËĐĀĐĪĀĘĶÍĪĀĮÃĀÆĐĘÁŌĪĘĘĘËŌĐĀËÃČÉČÁĪÎÄÅÁĪČĖÃŌÉĘĘĐĪĘČĀĶĐÄÉËÍÁÂŌĘĮĐĐÉĀĪĐĖČÂËÆÍÎÂÆËÃĪÆËËĪÃŌÍĐËĶĶĮĘÁÉĘĘÉÂÂĘËĪÉÃAËÃĘÃĐĐĀĶĀ‚‡ĶĪĶÎËÅÍį‚)ĮËÍËÉĶÉŅĶ‡ƒĘÂBÁÂĘĐÃËÍÅÉĘÁĖÅÁĶĪĪÎÆĘĀÃĶČĐÅĮĶÆĮĪĐÁÂĶĶÍÃÉBÍĮËĮÃĖÍĐĶŌĮÆČÁËĖÉĖĐĶÎCÍĐÂĶĶÅÅŌÁŌĮŅĀ€€ĶĶÆÃĶËÂÎĀĀĀĐÆĮĶĶɁĘÅĘĖĖŌÂÍÁÉĖÍÃÁĪÆÆΊŠĘËĀÂĮÆÁĪÁĀÅĪÆŌŌĮÃÍÉÎÉĘÁÎĘCÁÂŌʄËËÆËÁÉÅĘÒÍĶÃÁĘĮĪĐËËĖÂÅĘËÄĀÉÃČÉĘÆÃËĮBÉÃĶŌĶÆÂÉÂĶĀĀÉÆĘŅĪÆÉĀĘÂČÉĀËĘÁČĘÃĐËĘÎĮĶÅÉĐÆÎĶÅÂĘÅÉËĐĘĘÁĖĀĘĘĶČĖÂĘĀËĘĮÃĀÆĪËÉĘĶĀŅŅĘĀÂÂÎÃÅËÆÆÁÁ†††€‹“ÂÃÍÁCŌĮĶĪÉÉĘĘÎÉĮĐÉĮÁĶÂÆĘĘÎčA?!ČĘĘÅĮĀʈŠĪÁÁČÎĶĘÁĖÁĘĮÁÃĶĘĀĪĪĶĀĐÉÁĶÁČŅĮŅĘĮÎĪŌĮĪĶBĪÁĮĮÁÃĀĘĮÎÄÎÁÁĮĀĶÁĮĀĘĀÁĀAÁBĮÎĘĘŅĘÅĮÁÆÆÁČÆĀĘÃÍÆĶÍĐÍČĐÄĪĐÉĀÁĘÍÃĘĶÎÎÎĮAĘÁĀÍĪÁÄĘĮÆĘÅĶŅĮČĪĪĶÁĶĘÃĘĘÎĘĘÁĀĘÂĮ…ĘĘÅĘĶÅÅÁÃÍĶÆĀÅÉÅÁÅĀÄÎĪAĘÎÃĐĶĘĮĘĮÁĐĪĮÁĮĘÎCÎÁĘČĖĀĘĶÃÉĮÆĀĀĘĮĀĶĀÍĘĘČÁĘĀĘÁĀĘÅĮĀÅÎÎĮCĮĐĮÁĘĘÅĐĶĪĐĘĘÁÎÎĀĘĘČÄĀĘÁČĪĪĘĮĘÎĶĶĀĮĐĶĘĶÎĘĀĀÅÅÎÃÉÅČÆĶĘÁAÎBĀÎĪÁĪĘĮÄĀĪĮĘÁĀĶĘĮĘÉÁÆéßķÍĐĘĀËÉĀÆÆĮĪĪÄËÂĪĮĘAÅĪÉÂĪĐĀÂÃÎËĮ‹‡Šƒˆ†ĐÅĀĐĖÍĖĶĀŌÆĪĀĐĘĀÍĘĀŌÂĘĀÁĖĘÃĀĐÍÎÃËĮĀĶÁŌÆÆĶÅĖÆĘÃĪĶÂĪĘCĘŌ·ĘÃÁĶĀËÆĐÉÁĮÉĐÃĖĶÉÎĶŌĀĘČÁÎÃĘÎÆÆÆÁÁĪËÅËÁĪÉÂÎŌĐŌĮĖÎÂĘĖÁÍĘĘĶËĘĀĘĶÆĶČŌĪĪĶ”æWP_053767117.1Ė(ˇ˜j\p@pr¤†zĀ…T0æ€2(hT Ož›SÉaŽ‚/( hMuŽ23¨͉Æ(Í1Đ-gÜP¤JQ)† §”33ƒîĻQ@!w šŒÁLčPÎĄŠoŧã¤Bã<˜†āĻS*5QƒF=STpcL&4@x8đ8Ŗ`HjĻRÎ`PpE æ{/g„Œā¨đîŊ÷Ū{īŊ÷ŪĢîA‚‚C5āpB ÔjBxJšp†ã€EŠô”+@ŊŖɝĀPHMËq‰€w  á9ĻqÁ€ĄBDāÜP¯„€.8Ā ”Ãxtā¨ĸį§:.ŧ(ßtĒœėGų‰ABY20040.1šZyjžĨXB‚ Nk‚c8Ã<Nšę-¨$0 °Ā¯¤ZF(p’#—Ļ¤ĄxĀ¨š  ĘšāSÅ´Œ2L§ŌfÍŒRæĩ%ĀHí›ō‚WP_012283464.1l­r’Ba(TOt†šs‚ņŽrĶš3IC יî5åĻ2 Šg؜F81j9aJJ(p‚Zn…ZČ<ĩ !Ą€f đ˜")%Á™ îā‰MBE6306819.1LÁ4B 3Õ{s†K¸1Ī$Š4B• Īkk†¤\é‡1Ģ„3 @9¨ā'­§QāŌ[ɸ‚:ĀLĸĻ8SŽ$X@ĩĖBGÂ6‘kc58åĀt”IĘåÆ4`ĻéŌ9į¨ôÎ ¨ÕrcŽ$Ī,ā3ķÍeÄJ)(÷æƒ Œ“Ā\Ɲ)`3’„%į0 ŧ‡1@PÉ´Ræ€Ō›ĻÆj.­ŗœDÍwŽ˜cē¤^˜sÁŖš'€™F9ąÜY*˜¤@JĀ ķÄTo.ĩÆ{Sœ#aA2(“l•r¤H īœđ:ĶÍÆÃĶÅĪÁŌÁÉĀČÎÉĀĐĪÁĐʆŠĶĮĀÅĶÄÄĪÁĀĀÍÂĀĶÂÅÅÁĶŌĪĀĘĶĮÁĘĘČĐÎĐĶĶĖÂÃÆĶĘĀĮŌĶŌÃÁÆÅËÁÆĶÉÁÅĮÆÁĘĘÉÎÆČÎČÉĀĀĘĐÃĶĘÃĶĘÄĪÉĀČĘÁÍÆÎÃĐÂÃĐÍĘĘÅËĮÆĶĪĐÅĪČĪĖĘĘÎĐĀÆĘĪÉĖÁČĘÆĀĶĘĶĮĀÂĶÁÍĖĘĖÁĘĘĘĶÎĪĀÎÉĘĘĀĮÅÉ‚ĶÅÉĮĶĶĘĀĮËĀÆĖĘt6MBQ3226584.1 ‚f8‰¤ĻhS%ԋRÍõÖ1" ˇĀd“1¸Š\Įi ņõ„WP_185644473.1 °5J2ĐLQ¤Cöāk%(%ÁqPSÍÍ<*ÁöÚKķ­g`a­)ˇĖJ¤ ÆZĄM´ÔcaĖ1ĶPd›o…ŲN-UiĒ%R{O-ōr °MBJ7287465.1 ŠõTë´õxBĩšq'A2įqâŧŗž˜sõâdĮ”PáœÅƘŠß Ί€™PÁ4(—†|fž C`-ŒŽ‘&‰ķ ŠYŒRoŧ“N0 Í4O9A=”yÁ™hÉÎT …–Y`†ĨĖc‚:CÁaTE-§N(ĀL(p0T ¨ CM¨Â ŒōĀ4¤`Ęj`ԀÃD@Œ @š€ō/ļ PĀ„9 a` HŊâæ|Fœ0Ü0Ę° Ā˜Ė Á@Ãę`îŊ÷ŗbĖ&!˜ŖfPæ” …‚0ķā€ îŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊj€cÔQà d›(€0aŖ &ĀcJ˜ā)B2@Ax kœĸROœ9ŽRįŠ9”s€Ķ  Žs€ ę P¨õĀ8' X:G=ā& : Dđʜ¸1T8`>Ĩ0p&0ƀ 8A ˜pPPcN¨ÆSwbzįŧ‚{P™YĀHうšÉ´‚)ķ Ū ˜b^å1€@!ķķ€)MQ ¨S „a€ ‚Ā™æTĀÜ{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īc `āAA 0&(đf8Œ§B<Æ Ü{īŊ÷^€™9äg‚šLP@ Ŗ šđ@QĖÂVÎ8 ™^ *œ9æķ(ôąĀÁÁĪÆĐĪĪÆĐÉÉÂĮĪÅÃĐĘÉÅÃĪĶČĀÃĖĮĘÃĀĶÅĀĀĶÉĘÆĘÅĀÆÉÃĐĘËÅÁËÆĀĀÆËËĘÅÁÆĀĘĘÃÆÁÁĘĐÁĘČÂÅÅĐŌÆÅÁĮÉĪĘÃĀĶËĪĀĀÎÆÆÁÁÆÃĖÁÆĀÁÉÁÆÆĀĘÆĀÆÁÃĶĀČÁĀ××××××××××××××××××××××××××××××××××××××××××××××ĶÃĮÃĀÆĀÁÆĀËÁÁĀÆÆĀĐĘĐĀĀÁÆĶĐĀĶÁËÁĀĐÅČĀĘÁĐĮĀƀ‹ÃĘĐÎĀĀÆĐĐÎŌĶÎĘÍĀĀĘĐĶĪĪÎĀÃÉÁĘÁËÅĀĘĶĐŽŽƒ€†Ž€Ž€ĀĐÎĪĮĐÎEÆÁĘĮĖÎÁÁČĮÉĶĶĮGĐĘÆÆĘĶĀŽ‡ĐĀĀÆĘĀČÍĀČĀĮĀĘĪĶÆĀƆ†ŠĀĶÁÄÆĘĀÆĀÅÆĀĀ†„€ĶÆĘĮÆÁÁIĀÁÆËĪĀÅĮĪĮÅĮĀĮÆĀĮĀĀÁĀÅÃĀĘÃĐĀĶÆÆĘĀÆÁĘÆĐĀÆÆĖÎŌÆÆÆÎÃĐĪĶÁÃÁĘĀĀÃĮDĀÂÅĐĖÆÅĶČĶËĮĘĀÃÁĀÆ××××ĘÁÆĀĀĮÁÅĘĘĀČĶÆĶĪĘÁĀÆÆĐĀĀ×××××××××××××××ĐÆĮÁÃËĀÆĘÃËĐĪĶĮĘÆËÁĖĀËĀĘÆÆĘĮĶÆÎĀĮĪČÅĘĶÎBÎĮÆĘÎÃÎČÎAÁÂÅÁÎÍĶÆËĘĀÆĀŌÅÅČÅÆĘËËĐĀÅËÆÆÁĶÆĐÁĐĀÆĮĪÁĶÃĶÃÁĘĪËÅÉĖÅÆÅĀÁĶĶĪËŠXP_056097092.1 5Ũ(õŒÆ @Ā˜d(xÂ,だT –ž +¸"‹z홨0ĒL^@ÁL(FšAE*Ğ!ã2Θ°$BJL5‚đx@xÎ98Qn(õ”* )iŒR=đր5‡Jãō&t͗@1jÉR Bcž0PĘ Ô| ĀTƒ„ĀØ@ ĸYBī"KAJ2660037.1lˆTfc!§žF†0恒C°ų’{%<#lCÎ3Œ Ž 3›ķ„æ(„•#ŁŠy <ī,Ø +„apÔK†A¤ ˆŠdŪkãLĨĘ20įm*“ îš'ÛTƒR†`†ķÂ+é¸UĐŠŊ ĻdqB’GŊ"‚ Æ ĨŪtāĨwDˆĻ€‰æ2Åī)Ļá͇Ɯķ%PBP”*NMĩĘLGļŪē4ĖQLuØ!ę¨Ā˛ŅTl9Šĸ2k*ԔhA…Ô{æ…ЃĮ$đ¤:sĖ€/ 9Q›qH§Bzs*ÉT+p žgĨ”°ÍBaÎPZKÎņÂ(•9Ÿˆ´NZJ‚Xhé…dB b1ŖPaÍŖâzJAßSƈ‚°)§jãĀ‡ŽSđ5Û|ęŠÆ”2ÆŠWžƒs>Đæ <ųB"Cđˆ™ã=0_0NŽ0Ā{đA1Ļšoq`[Q=0Œƒ ‰ųf!+ Ŗ&˜é„yĀYīŠų@Rg°´Č8d†ÎK@NW ˆ‰ U"Šv^hŖ˜&G˜sTpC¤8ƒA“ŽY' õÎ) „ų`JĀH2Š1œ`€æY(5ˆĻ:ŽĻ $5ĄŗHõÄ|(MĻä:LPÎSĪ0åŪ Ŗ’((õP1B‰2Ô (J/ŨÂŧõz)­ef1đ€yâ sIŠ .‘SŠTL đŪIQ_™Â<§ B7ĨTđȓŌ™ę@€đ%Ĩb äĨŪ ÂTs’įØkmčæ IÕŪ ”9†``ÔIë´T˜š@)•fzĀ5¨fSÉŠ§ĻCĄPs†C`S@#éh LīøRĘâV3˛ pČ4OBb„R BT`5fzā¤Š Ē¤fAŗ3Į9rõ”@=5ĪT‚‘$„LZzÉ–|OMgĀ[0™‚F7ĘaĶ´5äƒAsÔPS­Ŗ^ S9QÖĻNÍŨ$IŔ2i h–$@'›PØ ZįׄíŒg2ŗšŪ 6Ŗ† iŦŠ„Yä §Qš)LdN0ĀL Ēâæ3JA§Nj˜ø€RĒ6Ė;Ļ-b’ŧ&fcÎ ÆĶŒ{°H#4cČr–SĻĒ8sīŊ÷Ū{īŊ÷ŪyJį™! „0˜Ļ™Åe˜QĐÍY`2SŧöŽTKÁ!ĻLK€‘Ļ1`­šœs ĔjĄsÎ(ą°2ÍC&ÅqjÍs™ę$Xˆ(4įqbŠuĖHEŠõ€4ĸ‰‚ĖT 8Ĩ8Š0\BO…Iæ€3@1Ĩŗ%”KÍ÷š2l=ŗĘ4e%`’[ÆĖåZ‚æ-÷Ļ)a•1ÖJ iĖ„*cāj Ą”’i$q„Bn<Õ|#›Zk'ĶųNy°¨“LS+œąŪ”>á lHcf‚mĩ RO3Lk6įI(˜ƒ=å)ĨĨŒ WZ‰‡ĖY°ÉŠœĒ0 hFJáp¯Š${@ ׊Kē2ÅQđĨÁ‚H P ĒR’QĢ į€*H@Į *) ‰XpŖΘÁ@ö¤jĄÆ#+L%æ$ ’SJP­3 ˜L˛ՓĻ´ĩÎ,ÉHÎ*.Šf)æš6{Ā9P¤Q Ø ĪHx„,ä šP‚o¨$IãĨāzĪČu\‚c6šŒxB˜–›P.5Μš4ÜRCHšÖO6hŠKCM'Š“N€×†hĢM2DZ ŒĄDQđČĩxÁ¨5akn(qƜ š„îĩĩXJĄåŌŒh  XĘåŒ$ĸâƒËMŸxmLĩž 6„Ä ĩÜ|ÆĖi„ƒŠŦ1•!b.͜g¤¤–B<ĩ4f‡bČ9Ä{ Ļĩœ0ꅩŽZPˆŽ`Š7]0!ÁrM‰5įƒŠ4a J„I ĖÉÖ RĒ( ŠŌ9XÎõæY(^R­įD{K%‘RŠM)õ&QįŠ$@™Øę0÷$Gs¤Š €’Āķ’#oõŽO (ŨSĻ’`z¯­8í¨ Ll Ȥ ­ÉŠŽ ąĸZ{˛‰ZzâEÅĸJI¨Ypé6“Š5đš”3Ž''šs"Ūƒ„1"WĀ0 0Mqf¯É)8gF–B" 2°plé 3AęŠŌVpI88Ę{2Íņ&œKœ—’m,pʂŌôÔCm 5„ @¸ÎS.‰™fgŊEŒyŦŪ”ōÅHqI)5 PķyÆf‚šX@NÛ{°‰é˜YjA5–˜O 1Ճ-=B9mŽ7ĻkĖiˆZęĄōF2žņˆ’)(ŚF0čÂP4Č%Ęë!‘€JQĖ5{ę™ĸÂ*)<ÖBšļ$ÂPæsB¸P뜕ĻQ­ĸŌšPÍĻÚ 5ŠtMö‚ŖŊgR:r4Ι0Œ4 Ŗ Û+áœ'Ą §3Á`æisēŖ܁IÅMĄĻ\˜íyD"ēˇT2Žād* Š­ŪYn:Iä€b*sŪŌ<܀ANÅÆy)•æ”Ęœ7ÜļņŒ$HLxœIæƒī„8•CĘđ”;ŗ‘3˜B)(XƒNĨâŌj¤^šāœ4Aš¤l,´@;F>4'h*Õ{ NEtSžĻܙōÍ$•T°IŘ¯)€R‰l˛šŽÅ)‘ôāBMÆ֞j…0ggžö`3E`SJ,äZ*ŧ1•r )‚T@Iąä’íĀ„O!H”í‰wŪ˜Jį | >0Uy§…Å@sīŦiaŗLH„P‰ŖĸcNI\@3øĖ`J8!ÍP*…õMÍŽ˜E…™zŦ2ÕRk„[Đ-šÚ Š¸S`{S"Åyî) ,8Ņ`Zį5%Î#įÍĶDrų‘ !f”ƒg"pāPæˆ&ks„AāĀa‚SLĸ’Ė$Îą)„P‰Ņ„š€-)¤q –æHę8õ@'Š#āŠe”*â0qLę< ”ĻA×ƜĄw&l做Lë@„ĸR &ŸRSÍō`‰Oĩ֔44å`'%Āh€ą6Z4ETSĘ=ā˛ 6%sāÅÉBb0ĒÁæ€OŊĶ–ZƒL&Ás*•ƒ Ā)Į8 „Ąbb*¨Ļ\SĘ#€¤Į"P)Ŋ ŸīĖ ádMpŌlŒL#‰K­%xT…$ĻĻ$MŲ$˛ՈR"ČTgĘ!Õ|°˜$¯Ĩœ[âĨÚR"-ĨÎ`ÔYAyL‰IŽC‚&„ €3Ā7€€ō€2s(•&€ēQ\rfB0 9Ū$đ´$š ĀÃ)P30 |!)!Ã’ŠÚ0§:+q‰ <¨Ū`Ô És^.AP^æ$dō„2ƒQ„ŠÜP Œ ÖCAåL*M‡ ‡1ĩ†¨Ą‚;…!į ōxxĶ%¨Æ3€Ļ1c€ŠÔíœÃ^<"p!pŽ 1ƒQúGHP52484.1, ˜•p&0i‚il0å@›éÄ{ŠJ˜åU„ 6įÔJ0 õÜĘ­wjCš”J@•UŒm™Ø@;F5ÎJË 'RsLŠ‘@ZČ!°fnaŒjO%'T!­MƒÚ2@™¤Šp&-0 ‚k)×LF‰ąŒ”í (m™šN,€JāĶPI™ķÜ!g=–’,ȤœSO “”pŠÔ3e< ĨSáĩ *ŧõ^RįŊ§–qË“€HĻZF9ÔÖI ‚qĘąÔL/LôV2ŌĀ×T›áˆ"G(õ\€RF0‰šDPĪ¸ĻFHCĩY˜1GČ5 {čEø–a¨¨ŠhĢ”ĨÂ*6q–ƔdB#N `@YJ™’ M¨Į›bÍĩ&0Ą F$ŗbjõZXé2 $ĄWP_141817398.1,<€L1 €ÖÆĪĨQ)xLA˜Ą@1@%ŦāNB˜ …ā1,‚™ šáœOM8\s¨€ G=L0dNTC=ŗ Ē“Î3a Čĩ’rr  Ō@ÁąŌLO•%Ū0)%7’Z+(Ŗ\c,ŗŌ+•€0†59L3æŪ{ĮÉ45Æ0§-i$I€Ą ‘Kŧ4ÔŊ÷Ū{īŊ÷Ū{īŊB>4‚•RWP_051789242.1LˆĀS ¸ĻL™Ę§ĀS¨¸ĮžR`„ĶT˜â¸ņJhĒœĸžj@e(ŠnĀä-(%ž°)õBGŠaP%ÁlmAŖ īŠ ÔQīŧ‘„S˜ŲN€Î€C@2ķ‘ĸR`ēˆ Ō¨¨EŊŖjÁׂS <ƒR#0“3J9’)2š‚”Pî)æka"á)&MXęĩ^ 2(ŪĶ(\j ΂ė˜Š$ĐŊEF)0S˜Ī˜Eš‘F‚ Î÷”“/š€Q%5ē6#ĐÎÎÁÅAĐĀĪÁÎĘĐĘĐAÃŅĀĘĀĐÉĪĀÆËŌĖĶĐĀÃĶĪÅĖĪÆÃĘĀĀČÃĀËŅÂĘÍÁÃĮĮĀŅÉÆÁÁĪĶÁĪÅĘĐÆËĪĶĐÉĀÎÃÆÁĘĶĀÍÅĀÁĀĀĘĀÂĘĪÆĘĪËÆËÅĶÉÁÆĮĀĐĐŅÍÆČÎĀÍĘÉĶĐÃĀĐĀÂĐĘĐÃËÁĮÆĀÆĘÂÂĪÅÅĘĀÂĮÍĶÉÃĀĀÂĪĮÍĀĐÅĀĮĮÉËĖĀËÍÁĀÂAĀĘŅĘĮĪÁ†ĮÆÃÆĘËĖÆÂŅĐAĶËĘÆÃĮĶĶĶÅĶĖÂÂÃĖÆÎÃĪÉÍÁĶÁÃĀÂĘÁÉÆÎĘÆ5EST37880.1ĖAÃC"ŧ§ *Hr%Ėé¤ Š0bP%„wÎ@ HĀdë ‚pá€y {Ƅ(€:•6¤š5Ũˆ)“9Bpj UĀARž9Ōs#)õ@(Ṕ‚*o)‡Ts @ʍƒZ™ ôf{č9åf2†´€æ JwNkŖA)4Ļ f4)ƒP) €Yč(dbÄa”CĢŧ•Â„ĀgĖsë8ãĀ,Ɲķ\˜0Ž œqÄqÆ0Ž ī47TĄSATI48360.1Ŧ¨d’F…ˇČyBĄ8”\sĖ Â;s*)ԛa„9›qpķÜXR´ōŪHķĨāLî…T jíD8´ĄīMCI8806686.1Ė —Re¤g„brĒ{īŊ÷Ū{ī (ŗTT šPŪ!L ĶI €t@RS6Ķœr ¸Ķ¤QŖŊ6Q‰ŧöÔqœ9 PsĨ–R*!hķ õD›ė×’rāÍ$å\ë…õ€J‡yāœ ‚vŪl4Š”í%sĖ€”8p$á@o>¨Ļj`NׄRëL5ßL°)%J&(…X9@ŊKUO65278.1ŦuLķ“’YŖM"ÔdEHĮ€œfĨ’b#IˇærMgN2 ™QŽj sŒ4Ē4ÎȗژBĀšČIÆ)ĘiÄĩ\z)éRHĐČgÚSH´ĸKd @ :¨2Ũ”ĢÍ5€JaĩcF”Ę(ŗ0 ÍU:ú;ÁÉĀÉÃÂËĘÃĘĶÆÅÃĶËĮĶÃËÆĀÁÉÃÆĶÍÃĀĘŌÎĀČČĶĀÆÂËÁŌĶŌÍĮŅĶÎĀÂĮÉĶĀĐĀĀĮÉÅÃËĶĐÍ……ĪËÂĮÃĐÆŌƎÁÆĐĘËÎËËËËÅĘÆÎÉŌÅÍÆĀÃĀĶÅÂ#WP_150396769.1Ė1¨žSāš7˜P wY°3!PCĖŖŪDā„‰€bĮˆÎzą•Ô;S*0ÂJ.t‚SE…įÂ* “K¨%”rƒÁ ŒH1`\N5:F… (JŊ LBi¸:CŊ^(,™˜˜7”JlHp3 R-¤ŒZœR’ ĸņ™-$0Æ|S…q‚œāÄi lž`Ô3Iē5Įî˜9˜á(™2Œųš™3ՙā(vŪ ĐLfžj'M8f"5ŗ¨€Ü ph šÖz4õԛ‡fŌęD 8m†‚ ƒaXE…´ {jŒPīQʚ*•Ā…Š’ÆÁpŌH,`’ *Ļ@yg‚4Ų|Ī(g&;ėÔd¨œ7ĪQ 7Ú+&$xg؆+ #1ĪÎÁËĮÃÍŌĘÂËÆÉĘÉĶĐĪËÆÅÉÍÉÃËˀĶĪÉČÅÆÅËĘĪĐĶŌÉĐÄÂĘĪĖŌĪÂËÉCŌÅÂŅËËĖÂÆÃĀÃËÉÅÂÃÎĀËĀĪÅÅĀĪÄĶÅĶĀÁÃĖÃÄËĶĘĪĘÃÆÅËĮĘĖÁÃĀÁĶĮÍĶÍĘÅŌÆĶÄËÉĐĮĘĮÆŌĀÉËÃĘÎÁĶÅĶĪËĘËÃÃĘĪɋ‡†…Đ…‹ĀÆĪĐÎĘÍÆĐËÃÄĪÃĀĮÉËÎÍÃŌÉËËÂÍĐĘĪÄĶÁĀÉĀÃÁÉÉĮĐËËÂÁÅËÉĐËĘĖÁČÉĮŌÎÁÃÉĶĮÃÁÆÉCÉĀĘÅĶĘÁÍŽ‰ÁĀĀÂËÍĀÃÆŌÉËĘÃĀĀÆĐÎËĪÉĘĐČÆŌĶĐĶÃÅËĶĘËĮÆĖĪĶĐÍÉĐÃĖĘÁĐÄĪĘÉÁÃÁÁĶĮĪĮÆĘĐĐËĪĐÉĀņÍĶÉÆĖĘÉÁÆĪÍĶÂÉĐÅĘËÅÆÉĘĘÂĶÍĘÆÎĮÆÉÁĶÁĐËÆÂÉÂÂËÂÆĘĮĶČÍĖĶÃËÍÉĘËAĪËĶÉÆËËËĀĶÆÆÉËÆÉĪÃŌĮĘÁĶÂĀĶĶÁÉĮĖÅÁĶĘĐĘŌÁĮĀÉÍĀĶĘÎÅÉËÆÉÅĖÁĪÉËÆĪĘĘËÉĖÃĶÄÁĐÉÁËĮĖĮĐĶÂĶÎÆĐĐÎÅÃĀÂĘĶĶÍĐĐÆĪÆĀÂËÃÆËÃĶ“‹†Ī†ĶĮĘÂĘĐÉĶÉĶÃÂÅĪĘÉĪĀÉĀĘĪËĶĐĪĐÉĘÂÆČÉÆÂËËÁËÉĐÆĀĘĮČÉÎČČĘĶÆĖĘÆÉĀĘÅĐŌŌËˎ‰ĪĪËĘÂČËĀŌÃÍĀÁÆĘÉÆÆŌÃĶÁĀĪÆŌĶĀËĪĀÉÆÉČÁÂÃÍĀĀÅĘĶÉÆÍČÁĘÉÆÅÁÃÂËĶĘĘĖÍÃÉÂĶĀÉŌÆËÉĶĀÉĶÃÎËÆĐĐÆÅÆĘĮĘĖĖĀ*ÜĐĪĪĪÅÁĮÃĘĀÎÆÉÁĮĶÅÄĘÉĶĀŌČÃÎÃÁÉÆĶĮ“ÅČĮĶĮĪĮÆĀĀĘÁÍĶÃĮĶÆĪĘÃÉÃĘĀĘČĮ’ĀĐĐĀĐÉÍÁĀÆÅĀËĀĀĮÆĮĘÃĘÎĘÁĘĀĪĖĪÆĐĘĀĐÁÅÃÁ‡ĪĶĶĘĀÂĘÎĀĀĀĶÁÃĘĶÁÁÉÁÃÁĶĶĘÍĶĪČĘĮĐĘÄĐĐĖËĶĐĐÁĘÆÃĘÆÆĪĮĶÆĘÉÁĶÆÍĘĀÆÎÆÆĐІ†ÃÎÍÆÆĪÄAĀĶĘĀĐÉÎÉÉĐÆÅÉĶÎĀAĀÆĪÁĮĐĐĶÁÁĶÆÎĮÁÃĘĖĪĀÉĮÄĶÎĀÆĪĪÂĀĀĀĀĘÁÆĶĪĶĀÃÎŅĀŌĐÁÁĖĪĐËÁÆËĪÃĶĀČŅĘÆÁĮĶÁŽĮÃĐÆÁÎĘĮĐĶĘÁÁĐĘÅĶÃČĀĶÃĪĶÆĀĶĘĶĐÃČĮĘĐÁĘÄĶÉĘĪĶĶÃÃÍĶÁÉÃÎÃĘĐ<ĘĶÆÁÉĐÁĮĐĶÂČÉÃĐÁÆĘĶĘĐĘÁÍÆĘÅÎÆÆÉĘÃÅÁĶÁÍĮĶÁËÉĀČĀĘÉĘČÎËĐĮBĀÉĘÂĘÁĀÆÆĶĪĀÄÆŌĮÍÁĶÎĘČĀËĶŅÅÆĮÆËÉĶĘÆĘŌČĮĀÁÉĘĶĘĪÎÎÉĶËĘÆĪĘĐÁĖĀËÆÃĘĶŽÍĘÎĶĘÆČÄÁĐÉÁĶÆĖÆĐÁČĀĐÆÅĐĀĀĶĶĘÅĘÆÁÆÎĘÃÎÉĶÁÅÑ“ÃÃĘ̀“ÅĮĘÉÉÉĶĀÂÅÆÎĘĀĀĀĘÁĶÆÁĐÉĐĪÉÃÉĐČĀÎĶĘÆÁŅÁĘĮŌÉÎĐÆÁÆĶĪÉÎĐÍĘĶÃĶCĘÂŌÍÆÁÆĪ‘‡‰Š€‡…ĀÁĘCÁÉĘÆŌĪĶĶĀĀĮÎÂĀÎĀÁĪĘÉĘĮĶĪÁËÍĀÄĘČĘĶĀÆÍĶÅËĘÆĀËĐĶĘĘÉÆÃÃÉĘĀĘĀĀÉŌÆÅÍĐÉĶÎĀĪÆĀËĘĶĮÆĖĀĘ=` ĶĐÉÉÁĘÆÆÉÁČĮÂÉÂĮĐÍÃÁÎÆÄÄĘÃÍÉĐĖĘËÎĐÆÁÉĘÉÃËÆĐĐÍĪĮÅÃĀĐĶÍÃĀĖÉĘĪĐÁÍÍĖĐËĮÁ͋ÁÁĀÂÆÉÄĶÆÆĖÁËĖĮÂʁĮÅĀĶĐĮĮÆĐĶĀÁČÍĮĀÁĶĘĘĮĶÅĐĪÂĶĘĪĐÃÁĶÁÅĶĮĶĶÍĪÂĶÁČĀĘĀĶĮÁÍĐÂÁÅĐĘĮĐĀĶÁĮÅÉĪĀÆÅÃĘĀ‡ÅĀĘqG%"ĶĶÃÆĪÍÉÁÎÆĐĘĶĪĪĶĐĪBĶĖÁĶÆČĮ‡‹‰“‚‡‰‹ŠÁÄÁÃĶĶÈĀÂËĪÆÅŠ‡ÆĶÍŽŒĐĪÂĶ͇€…‰ĪĘÉĘČĮGĖÆËĀĘËÆĀĶČÆĘĶÁCĀÁ‰ŠŽČÅĮĮĖÁĶĖĖĘĀËÎÅĀĐĘÃĶĐĶÅĀÅÉĘĀĘĪ…ÆÉĖĶĘÍÃĮĶĀÅÁĀĖŌÆÉÆĪĐÅĀ‰Ā΅ˆŽ’…ĘĪĶ΁Š‡€Š‹ƒ‰†ˆŽ„Š‰ƒŽƒ‚ËĶÉÆÎÎĪÃĘÎAÎËÉÆËÂĶËĐÍÎĶЃ‘‡Ž’““€„ƒˆÃĘĐĪÉĶÆĪÄËĪĐĐĮÁĀĶĘÁĘĘÃĶĪĘČÁËĪʊĖĐÆĘÅÆÆÁÂĘÅĖÉÍÅEÎŌĀÃÎÁÅĐĶĮŌÉĀÆÎĖĖÉČÂŌÄĪËËŌÃÁĶĀĖĘĘËÁĶĮĘĪÎÃĖĀÂÁŌÎČÆÍÅÁÁÉÄĀĪĘËÅÉĶĀÄĶĀĀĘĶĪÉÁÅĶĶÂĖĖÆÅÆƌĘĪŌÉÍÉČÃĖĮĶÆÁÉČĶĀŌĘÅÉ>2ÉĶËĐÆÂĐŌŌĮČÆĮĀÂÍÆĘÁËÆČĶÉÃÍĶÁÅÉĐĀÆÅÁĐĪËĶŅÍÃËÆĶÂÍĀĮÉĀÁÆĀÆĐĶÍÂĀĀÃĘÃÎĪĘÍĘ˓Š‚ĘĮÍĪÉĘÁËÍĖËĀÆĀĀÉĐĀĶËŽÂĘĪÂĐÉÁČĖĮĮÅÄĶĀÁĐĀĐÍĀËÉĀĘĮĶÅĐĖÅĶÆÂÁĐĀÂÆÎĘĘĪÂÁÅÃĘĶÁÉĶÍÁÉÂĘÁËÅÃĐĮÂÃĶĶĪŌÉĐĀËĐĮp($ÃĶËĘĪÍČÃČÆĐĘĶĶĪĪĶŠ€ĘÁĘĶƈ‡‡ÁÉĮĮĖÍÁÁÁÆĶÃĀÅĀÆĖÁ‡€ƒ‰ÍŽŒĐĪÂĶÍ€‡†…ÉĀÁČÅĮËĪĀĀĀÁĀÆDĀĘĖĘÆĶÁÉÎĀÁÂĶĘÁÍÎČÅĮĮĖÁĶĖĖĘËÎÅĀĐĘÃĶĐÉÅĀÅÉĘÅĘÁÅËÆĖÁŒĮĶĘÍÃĮĶĀÆÁĘĖŌÁÃËÆĀƒ“€ÅČÎŌĐËʏ€“Ž‹ĘĮÅĐÃ΀‹†ŠŠ†‡ŽĐĶÄĐĪĐĐÅĪЁ†‡€‡Ž‰ÁÃĶĐÍÃĶĪ‡Š‡“‹“ˆ€“†‹ÉÃĘŌÎĐĀĘĶÆĪÄËĪĐĐĮÁĘÁĘÆĪÅĪĀÉÆÍĮÅÂÉÁÃĘÎĐÁƊ…ĘÁÂÉÅÉÍÅEÎĀÃÎÁĶĐĶĮÍÉĖÆÎĘĘÉČÂÉĀËĮĀĀÅÅÁĶÃŅĘĘÅËĶĮĘÎÎÆĶĀÅÁŌÎČÆÍÅÁÁÉĀĀĀĘÂËĶĶĀĪĶĪĀĘĶĪÉÅÅĶÂŒĘÃĘÅÁÆĘÍĘÍÉČÃĖĀĶÆÁÉČĶĀŌĘÅÉ$ö'ËÆĪÉÆËÆÍĶĘÉĪĀĐĪĘĘĘËÎÅĘĐ΀‡‹ÅĐĪÉĘÂÂÆÆÉЀÎÆČÍĪĪËÉŌĶÅÂÎEÂÅÉĐÃĮĶDÆĘĀÍÆÂɉŽ€ÉËĪÉÆĖĀÂÍĮÅÆĘĘÆÍËĐĪÆĮĮÅËĘĘÂĘĪĶĘĶĖËÎÉĘĐÅĘÃÎÉĀĪÅÂÍĶÃĘĶÁÂƌĶĐĘĘĶÆĪĶÆĪĀĘĶËĘÉÉÃČ…Š‰†ƒ€Ž€‰†‰‹‹‚ƒŠ‡ÍÉĶĪĘĪ€“…‰Š‡ĪĘËÃÆÄÎĶĶÉÆËÁÍĘĀÁČÍĪĀĖĶĘÅ……Ž‰‹‹‹ÉĪÉÅĘËÂđ’†‹ÂĪÃÉĘĀĮÃŌÆÉÍĪĘĶĮÂĐËĐĘĘËĐÉĀŌÃÄŌÁËÉĪÉĘÂÅĪÉËËÂËFÆĐÉĮŌÎÅÆÎÅĖBĘÉËÃNĘÆÃŌËČŌĘÆĪËĖÂÆĐËÅĖÆĪĶ“ŠŠÃÂĶĖŅˆŽŠÃÆÄÁĀĀĘĮËĘĐÃÍÂÉĘËĶÂŌĮËÅĘÉËÉĶËÆĪËÅËĐĘĶĐČÃÃÍĀĀÆĘÄĮĘÍÍÂËtķ^ÆĀĐĶÁĘÃĶÂĐÍŌĮËĪČÉÂÃĀĀÃÁÃÆÉĶĘÁĘĘĪÉĀĘĶÎĀĪÁÉÃŌĪÃÉĀÁĘÎĀÎÉĀÁĶĮŌĶÎĮÁĮÍĀĮÁĘĀĘĘĀËĐσ‡“ĶŅÆÆÁÉĘČĐÍÎÁËÆĖÂĶĀĀŌFĮĮÆÅĶĀĶÁĖĮÂĶÁĘĘÍÆĮĘĀÎĀĶĐĘÆĐĶÍÃÅÁAČĖĪĶÉĶÆÂĘĘĘĀĘÁÍĀÆÁĀĶÍČÅåÆĶÉĐĘČĐÁĖˎĶĀÎĘÃÄĐÉĪŌĐĮĶÎÃĐĘÁĖĀĘĘËĮÂĀĪĶʍÃÉÂÃÆĘČĶCĘĮŌĖÎËÍĮŌÆĘĖĘÂĘŌĀÃĘĪĶĐEÉÆˍÁÆÍĐĀĘĮÎÍĐĮÁĘĀËĮĮĖËËĘĮĘÄĐĘĶĮÎËĶĘĘĮĶĮĶÃÎÉĪÁÁÆŅÅĖĶČĀĮÃĖĘĘŅĪĪŌĘĀÆÅÄÁAĘĘĖÂÆÆĘĘŌÅEÆÎËĐÅĐĀĪÍĘĖĪĪ…†‚‚ĘĘÅÁĀĘÁĘÎÅĶĪÃĖÉŇĪÄĘÉĘËËĀĐĀÃÉÁÅĀÆŒŽ†‰Š‚†€Ž†ƒ€‰ƒŠĮĀĐĪĪŽĘĮÉĘČĐÆĮĐĐĶÉÆĀÅÆĘĐËˍ‡ƒ€€ƒĶÂÍĶĶÅÆÉĮĘĘĮÎÂĮĀËĪĐĐÍËĖĖĮĘĘĶÎĐĪˀŠ“ŠƒŒƒŠËĶĪĪËĀŠ‡ŌĀÅÍĪŠ’‡‚ŠĐĶÆō‡“’‡ĘÁĮÁĀÅÂËÅÁĖƀ‡Š‹‰€ˆŽƒ€ŠŽŠÍËÁĘĀĘÄĪĖČÆÃÉÍĪĶÎĘĐÁÁÍŅĘČÂĪĖĶÆËĐAĐĐČÍĖÃÆĀÆŌÄĮĘĶŌÁËĘoßÆĶĀÃÁĶÆηŽ“ĶÂĮĪÆÆĪĐĘĘĪĪĶĐĀÅĀĶĖÉĘÃĐÎ΀“ƒĶÁĘÁÆĘЊŽËÅÁĶĪ‡ÆÆĮĶÍÃĀĖ€€ÂĶÍĮÃÅĐÆĶĘÁĶÁĮĖĪËĀCĀĀĶÆĶÃĶČÎĀĀËAÁÉÁ’Žˆ…ÍĮĮĖÁĖĘÉĘÎĀĐĘÃĶĐĶÅĀÅĶĖÆĘĘÉŃĪĖĮĘĘĘÃĘĮĶĀÆĶĀĖŌĀÉÆÁÜĐÂĶĐÁËĮÃÍĶĶĘÂĀÎËĐÉŌĮÍĘÎÄĐĘÁĖĐĘĘĐÎĐĐÄĶDÂĶĮÃÉņ…ĘÁĮŌĖĐËÍĪŌÅĘÅĘDÍĖĮÅÉÍĮÉÎËĀÅÁËÉÅÅÉĐŌĮĘÃÅÁĀËÁÁĀĪÆĮĮÅÁĘĪĘĀĐÉČÅÎĘĘĶÃÎÆÂÁÁÆÍŅÆÅĘÍÃĪÃÅĐĐĘĶĐŌĀÆAÄČĮĘĀÉĖÃĀĶĶÁÂĪÎŌĀĘĖÃĖĀĶĶĶŪ1ĘĐÍÁĪĪĶÉÂĶÉĀĘĶÁÎÅČÁĶĶĶÃĶÃĐĮÁÉÍŽŽˆÁÁĮŌĶÍĮÁÍČĘÁÅĘĘŌ‘ĐËEĀÁĀÆÍĮĶĶÆĮCĮĀĘĘÆÁÁÎĀĮĮĮÆËÁĶĀĮÁĘĘĪĪÎÁĘĘĀĘÃÆĀÁËĀÆÉĘÎŌĶÆÁÁÃÆĀÁɎĶĪĀĀĀĘĀĐĘĶĀÆĶĀĀIĶÁÆĶĖBĀÃĘÍÁĀÆĀBĀĘÆ?ŧ$ČĶËËĀÃÄÍÆÅËĀŌÉĶËĪĪĐĘĘĪĘĀĘÆÎŅÃÁÉĘÍÁÅÃĐÁAËÉÃŌÁƒÂĀĶŌÂŌÍĘĘÉĶĘŌĪĖÂĘËĮĶÁDÎĀÆĀÆËÆĘĀĶĮĀËÅÍÁÁŌΎÅĮĮÆÅÁĶĀÁĘĀĀĮÂÆÉĘĀĮÂĘÃÆĮÂĪĀÅĶĶÃĘĘÁĀČƃÁÄĶÉÃĘAÉĀĀÅĖÅŌĘĖÅĀÁĮĮĐĶÆĘÃĘÁĘĀÁÅĘĘĶÂĀËĪĐĐĘĀĖĖĀĀÅÅÎÁÄÁÅBÃĀÆÅÎÅÁĀÁĐÃÉĮŅÎCÁĀÎĘŅÎÆÂÉÆČĘÃĀÁĘĮĘÁĮĀĀËÁÁEÃĘĘÆÁÅĘÅÁÆĀÁAÁĘĶĀĶÅÅÁÁĮĘÄĀČÆÎĘĶĮÂĘÎĘÅĀÅĘÁÆÁÆÁĀĀÄĮĶĘĪĐČĘĐĀĶÄĶĀÉĘÆĀĘr¸$rÉŅĶÁĮĘĪÍÉĘÁÆĐĘĶĐÉĶĘĐÁĘÃÎÆÁÉĐĶÃĶÃÁÆĖÃÉĀÆÉČĀAĶĮĶÍÃÍĐÁŌAĪÍĀÃĮĶ‰ĀĐÃĖÆÁÉÆĮĀĀÆĘĪĘĀÃĀĶÉËÎĘËŌÆÅÎBŠ‚‹‡ĮĮÆŅËĘĀÁŌĖÁÂĀÆĶĘĀĘÃĀËĪÆĀÆĶĪÁÍËĪĀÆËĐĐĶĘAĪÁÍĪĐAĖÁÉĘÆÂĪÉĘÆĪ@ˇ#ÎĘĘÆËĐÃĀÉÆÎÆÁÉÉÁĘĘÉĀÆĘÆÎÃÆĶĶÅÅ“‰ĀÁÆÅÆĶÅĮЇ‡“ƒ““€ƒ‡Š‡†ĮŅĘÆÍDĪČĀÃÍÃĀÃĀÍËĶÅĀËAÉÃĀĀĮŅĀÃÅĶĐÆĐĐËĘBĮĀÍĀÁĮĮĖËÁÁĶĘĘÁĪĘĶĪĪÎĶĘĘÂČĘCÃÉĀÉÃŅĘÆĐÍĮŅĪĮĪĶĘÍĶÃÁÁÍĘÁĀĘĐÁÉĶÆɃ‡…“‘Ž‡ƒ‘€‚’†ÆÆĘÂÅĀÅÆĀËĘĘĀ…††‰‘‰…‡ËÁÁĐÃÆĮÁĶÁÁŠ†Œ‚†“…†Š‡‚“ÁĖÆĪÅĀ‡‹‹ÉÆĀˆ“‡ĀÍĮĀĐĖĶËÍĐÉÉÅÁÃÁÉĘÉÎÂËĐĘĘËĘĘÃĘÅÎÅÅÉÁÉAĐÂĘGŌÍÃÅŌÁĪĐĘÆÃŅĪÉÆÂĶĀÆÁÍĘÂĮËÁËĶČAŌĘÅÃÍĘÍÎÆHĀÁĀEĐÁÆÁÂÁĘĘĘÍĀÅÎĪÂĘĶĖÂÃĘĶÆĐĘÆĘĘÆÆĘŗ'ËÉÂÍËĘËËÃÆŌĘÉÉĪĪĘÉĀĖÂʏ‚ĐĪËÆÍŅÆËĀ‚‡ĶÉÅÂĀĪÄÍÃĶÍĪÉËÍČDÍËÆĐÍĘËĘDËGÆÅŌËĘĘÆĶ‡ÃÆËĶĘÂĀŌDÍÆĮĮĖĘÁĶĖĘĘÄĀÎĘÂĀĀĪÃĘÃĪĪĮÆËÆÆĘÍÁ€ËÍČÍÍĘĘĶĪĘAËĘĀÅÂĐÉÉÉÃÅÅÉÉÃÅÂËŌɍ…‹„‹ËĐËÍĘÆÍČĘĘÅÂĪÍË×××××ËĀĘĘˉ‚Š’‹…‡ÍÍĪŋŽ‹‰ĘÂËĘÃĘËĘŌÆĶÂĀÉĶËÂËĪĪĘĶÁĶĘĘÆËËÂĀĪʍƒ„ÅËĘÆŌËËĪŠÉÉÍÅÂÎÎĐÂÎÂÍĪĀËÆÉÆÎĘŅÂĘÉÃËÅĪJÅÆÅĘËËĘĀËFĘÂĘĪÆËËĶÎŌÍÆĘÁÉĀĘĀÉĐËĪĘĀĘĪÂĘĶĘĘÅĶÅÉËĘËĀ…ÆÍËĘĐĘĘÄÉČÃÅÂÉĘÂĀĘÄÆĘÆĘËÃĶĘÂÆAĢ#ÅÎĶÁĘĐĐÎÅÆÍÁŅĘĀĪĪĘĘÁĘĐĘÆĐÁÎĪĀÅĖÃĘĘĶĪÉĪŀĐĐĘÁÂÁÁĮÍĶÎÃŌÁÉĮÆŅÍÃĶĀĘÎĘÁĘĮDĀĪÆÁÃĐÆĀÍĀĶÆŅÃĶĀČĘĀËÁÎĐĮĮÆÅÁĀĀÁĘÉĮÁÎÆĶĘĀÂĘÆĐÅĀÁÁĘĀĐÍÅĶÆĖĐĐĶĶĀÂÆĶĘÉÁÆĐÎĀĀĪÉÉÅBŦÉËĶÅÂÉĪĪŌÂËÉĘÉÆÉĐÍÃÂÅÆĘÍĮÉÎÃĐĘÍÁĐĐĘĘÂÆĐĀĐĶĀBÍÃĶĶËÃŌËĪÉÂĪĶĮŌĖÎĮËÍĪŌÅĘÆĘHËÍÍĀĐÉÍĐĐÉĀÆÂŌÆÉÆÃÉŌÅƍ‹ÂÁÁĀĀĮĮĖËËĘĀĘÄÄĘÉČËÎĪĶÍĘĐĮĶÃÎĶĪÁËÆÍŅÅĖĘËÁÅÅËÉĐĘĶĪÎŌĀAĐĘÄÁÉĀĘÉÅËË'§ÂĀŅŌĮĪĐČĐÅÃÉÂÎÉÎÂČĀĐÉÎĪÄÍĶÁÄÂÁĖČÆĐÂÎɁ€‡““‹Œ‡ƒ‰ƒÉÃĀĪĶÆÉGÁÁĶĮĶÍÁÎÎÍĐĪÉŌÃĶÉĪĘËʂ‡ÁÁÉÃÆĐĶÁĪĘËÅĀŅÆBĶËÃĘËËËĪ€ĪĮĮÅÅÁĖÄÁĘĀĶÃÎÆĶĘĀĘÃÎĶĪĐĪËÉÆÃĘÍÅAĪÅŌĐĶÉĶÂÅÅĀĀĶÆÂĐĮÍÍĘÂËĖĸ!ĘĘĀÎÍĶÄĘĘÎĪÄËĪĐĘĘĮĀĀČĘÁÎĪĪÁĶÁĪÆDÎĪÎÅĶAÅÅČĐĘÍÎŅÁÁĶÁÃÂĀÍĮĘËĖÅĮĀĀIÁÂÁĀĖÆĘĮĘĶĮĘAĀÃÍĀĮÁŅÎĮÅĖÁÆĶĶÁĘĘĖÍĮĀĘĀÅĐÁĘËĖÅĐʊÃĶŅÁĶÁĐĐĶĘÍĐČÃÉÃĀĘŌĘĀĶlĸÂÅŅ€ĶÂĮĘÂĘĀĐĘĶÆĪËĪĐĘĮÁĀÉĘČĘÂÉĪÅĘÍÉÃĖ€ˆ‡€‰ƒ‰€ÁÆĐĀĖÍÅÃÎŌĀĀĘÂÎČĪÉÆĐĀÆĶĘÁĶÅÁËĶĀĶEÅÉÎĀĶÂĘĘAÆĘĶĮĘÎÆĀĐÁËĮFĪÅÄÁĮĀĀĶÆĘÉĀÄĶĀĀĘĶĪÉÅĮÅÉÂĘĘÆÅÁŒÂĘĘÍÉĀČÃĀÉÁÁĘÄĶĀŌĘËɎ€XP_040774166.1ŦĐÚ ĘMÕbS3x ‘ākâ5@HJœÖœ œskŠ ÖZC%¸°’HŧÖ{N˛ã” ąärŅA×â”ÔTI æJ9BHÎā@õĻ™ š3Ņ;œ3“{¯… BPĘe8ㄤM“€!„@āLõ„-„æÂtG7Ļ•”0”™ķ€w”3n pÄTÔROåœ`jĨā΁‚B͸WĀ'"āF.Ēc€ŧPĀ‰Ø1į€ä;J›+ 45áę¸@Į ĶRŽ°d32Ėr`IĖ ĸãMCQ2617452.1l-˜”rŠ÷”FŒ3{ķȒŽŗ”š<&•5ŸŌ%„R0HaÔ*<Į{†PË<đ‚Z:ņ€(`žÔ{`ËLā „xęÁg¤XI€ôŠRE@eÄ⨕ŒrĨ`Ļ$ *ĸwŌ8GœåâIŧ#Š› >–Æk gŽĨ<ĐāŖ‰%”(ķŊ™Ä€éIĩÎ Ā$TeA7Ū: =5_xO>ų’0°ČgZ.ĶŽ…7Jâ•$ÄLœyfQGŽŌÚYbĩvR´6¤@@ĻõDkâ'fƒō€ķ†RJ´$Îyc‰°Ōk'ĩsPā@•åĄV‚âųĀJB@ŅJSMĀŖ‚*'!tĻQgŽä`PHų;`) CPōMŲ„œ HJ5 K¨ ĘĶĐĪÃÍŌĀĀĖËĮÅĘÃÂĪËĪÉÂÂĘɋŠĀÃÎĀÉÂĀÁÆĮĀˉ‡ÃËĀÂĪÎŌĘĘÉÂĀĮÍÂĘ›OXA48312.1,hŠQožœREŠ6Ą”Žš™&%6V8cž\!´ą’mēt{ęĨ™OĨ4Ą2oAų ›L¸ŠŒ'¨ÔSđĀ4åšqļqŌHo.„I*$SĖāŧįLpa!Ÿ;OLČkQEP12732.1#ËsĒŪ<#L˜ ā•—Ū‹ DYĘrgˇ”Jr÷”yg:Ú;īŧMƒ Ļ÷Tqc4Ĩ$ĨHņĔ°rāR&-M#Õ¨MQA03337.1,`T1ŗ§2ŒásBœ‰Ž0Ĩ˜Ŧ&: šđ 8@šŖT˜s¨›V°×WP_087686007.1l ĮjjÁ\ÕŽ8ĪYB*°LJ@1gĐz2™ŲÎęÍ&Ëzā­df#‰aT )’‚XŽ<ÄTⱔ^XŠ!Ļ–X&-ÄP&Đd“*=øÚyŌĢāVP$Œö‚+¨%ĀKFŦ׌Lj9¤0@5Š†srhž”KLGÚQË ŖJ-‘ÖYŠ'Å CÍ`”\Ŗ‰´ŒZ3ȧ„S­°Ė[FŠÄDWhÄFMBU7046308.1l –Bq)ŊŠšĄRCΰ˜ ķÎI° t4Ķ%3g‰œÔ*ą¤•ÜQĒĨŨA ´)T€áœ§ĀP`Ē”Fã´â TæŠ“Ô mA×Ō@Ŧ4‚:q#Ōk<ŗL&U€fŠhf:CŊ"N3`„6 ŖÁĩ&HÉÍ–8ķĖdĻb*ŊŖ^ MŗPH­cĀ:0)3—1ķ°á3)9TkņRRį(sRzp͔Zn96L ÅÚ@jŧ gŽô€Ę ĀnJ0 3˜•Œ1Š„Z¨3§ `@u 2@ÍgÔiŽ´ķ˜š“ Ū\ˌ&ՙŗ&āšĐPÂfˆ7CjeŒ™dPĶ Mœ˜ĨÂH0Ŧ`ŒšÍ‘ÕVRÎČԂˁ4Ī4SŠÕrAŠÉ0g­y` /­ˇ†iĒ”YÖ1e‚ųŌ8ÎJzƘŠ$Ę­1äJŠ™'Ô3Ä”1i”´Â*´(XI Y~ÎĶĶĶĪĪĘÂÉĶĀĮĀĐĀDŌĘČĐĐĀĮĶÆÁGÉĐÆĮĀÅÁĀĐÉÉĶĶĪĀÆĶËĀËĀËĀÉÂÆĪÉŌÉĘCÎÂĀĶJĐĮĐĐÂÆĶŌĘÆCÁĮNĪÎŌĶÉÁÃÉÎĘÆĶAĀÃĘĪBÍĐĮÃĐĪÁÎÆÉĶĶĀČÁÃÎËÉÉĪĀĐÍÉËĀĐĖÍĘĀĐÆĀDÍÎĖEËĪĘĮCËĶĐĀĐÍĪĪĶĐĶĮŅŠĪĶĮĪĶËĀ†‹‹‹ƒÆĪÍÁĐĶĪĀĪĪĀÅÎĶÂÆĐĪÆĮÆĪ€“ÉÎĘÉÉËĶĶĪÃĶËČÉĮËĘЃƒ“ÉČĀÉĪÆÂÉËÁĮĮÃÃÁEĀÉĶĮĀÉÆĪĮÉÁÆĐÁĀĮĘÆĐÂĐÉËDĪĘAÃĘÅÅÁÁÎZÖbĘÎĶĶĐĖĪĶÉĐĪĪĀČĀŌÅGËËËIÉĶĘÆĐĀĖĀ`WP_023727015.1l=÷ `:ÃSO؈+¯„ÕĻš$P§Ĩq^R æ s¨žf–˜ž(¨PIs8#´ŖBm‚“€ji‚§8ÔT ´R9éØtį)X@ēĩL8¤“"ā!PĮMuN›ęvÎI1€ÔĀĘŠŖŌKR)Vr`Í O u @Ú ČŖāc˜ķŽbī¸—8`*•RKŗJ0ŽĨĄ–j!ĐĀBؚ’ ¨„jR9ĻT'%ā2ķ´Ô”Sŧ”zGÍSâ!šKāĸæ 4pP "p-“šS LvÔa@ÍųœzLÁ4c xx' æ é•Ā€§ˆS>ČԀow’;í8 ŧĄ€Ađ €ųā„`*ĸ)ā|§,åâ ĀS[— TØËŅŌĀÉĶĘÄĮĶĘĖÉĶĘĪĐĶÂĶĘĪÉĪĐČÍĐÆĐĀĘĶĶĶĘÍĮĮÄĘĘÁĘĘŌÅĖĘĘĶĶĐĘĮĘÅĪÅĀĖĀĶĘĮĶĶĪĀĶĪĘĖÂĘÍĐÆ·ĀĖĶŌĮÍĶÄĮĮĮĪÉĶĘĘĘĐĪĘĪCČŅĘÉĶĀĶŌĀĖÄĶĘʁĶÁĀĮĀĀÁĶĀÉĐĶĀĪĘĖĘĀĶÉBĶĮĮÂÆĀŅĘĐÅĐŠ‰‡ĀĶĀĘĀÉĪĀĀČĘĖÎĐĀĀÁÂĶĘĀ‰€“Š‘€ĀĖĀŅÍDŌÅÁĶĘŌBÎĘÅĘĀĀÂĘÉĖĀÍŠĪĀÁÉĶĖÍÉĮĀĘĘĀCÄÍĪÁÎĶÃĮ‡ĶĪČĶĘĮĐĘĘÉĀĮĶĀÍÂĶĘĘĀÂÃÃÎĀĪĘĶĐĪÍĖĖĀĘĮĘÉĘĀe‹"ĘĶĮÍĖĪĘĘĶĐĶĶĘĐĶÅÁÎÅĶĶĪĮÍĀĘĀĘĶĐĀÁĘĀĘÃÁÉĘĘĀĘĪĀĶĘÍĀĮĀÃÉĐĘĶĶĀĘĀĘĀĮÍĀÅÂĪĘÅÅĘÍÁĮĀÍÍÍĮĐĶĮÉĪĪĶÉĐĀÉĀŠĪĀÃĮŅŌĶÉÉĘĀĶĘĮÁÁĘĘÁĶÅĮĮÁĮÁĶĀÉĶĘĘĮĮĶĘĖÎĶÅĀÃĪĮÉÆÁĘŅŅAĘÍÎĶĶĘĀĀÅŅÅÁʓ€‹‡ÆÅĘĘÎÁĪГŌĀĶĮĶĮĘŌAÍÉĮÍĮĶŅĘĶÍĀĘÍŌÅČĘÍĪÎĘÁĪĘĀĶĐÍĀĶĮĪÍĀĀĶĶĀÁĘĶÆĘAĘĘĐĶÄĘĀĮÉĘĮĘĮĀĘĪĶÃĘĮЀŽĶĀĀAĶĘÍĘĮÉĮĮÍÂÍĖĐĘÁÃÎĶÁĖĀĮĀĘÅĐĮÅĘĀĀĶĮĐĘÎĮSĀÆĘĮĮÁĘÉĀÍĶÉĘĪ‚ĖĶĶĘĐĐĀÂĶĪĶČÉĐĮÂĀĶĪĐÅĮĐĶĶĐĪĶĀÆĀÉÄĶÎĘĐŅĘĀĮĐĶĶÉÍĘÉĮĐÉÍÍĘĮĘÂĪĘĮĖĶÍÉĮĘÄĮĮÎĘĖĘÅĐĘĘĖÁÉÍÅÆËČĀÅĖĘDĖĶĶÉ×××××ĮĘÉĪÃÂʏČŅÍÉÉĶÉÄĶĘĀĀÉÁĘʋÆĐÆÉĪĘÁÉĐĶĘĮĘÉŅÉÅĘAĖĘÃĘĮČÁÃŅÍÂĐĪÉĶŠ€ŠĐĀÉĮÍĶĶĘÉŅĐÃËČĶĶĶĶČÁĮÉĪĶĘĪĘĮÍĮÍÍĮĪÉĶĘÉÅŅÅĖÂĘĪŌĐĀĐŅĀŌĘĐĀĐĖĮÍĮĪĘĐĖÎÉĀËĘĐËČÃJĘĪÍÉĮĮĶЊÁĀĐÃĀÃÍʀ‘Ž…‰ŠÅĪĀĶÎÍÍÍÉÂÉĀĘĮĪĘÅČÆÉĀĪĀĘĖÍĘÁĐĖĀĀETMCM1504065.1ė­” :&1ÔsāZ*sŧ6fŠįÄķ äAČ6ßRn!“N@  Bg"8PáæIRx,¸ˇf’#€ķ^ Gm€ÄĖ#6ßIЁôÆĀ( €ępž9”ha-á2 ”—XpŠ-9Į$éc0Š¨Ķ–`LķŽ€˜#×I Ƅi§-9įƒ*˜×€Hœ¸Krœeš,o9’p)0Ī9ãĩwŽJč(—ƒå L€Ô*0‰3šPcĻ œķ€8a–\ëpĐWP_280876395.1Ė@LXĢP*<0j†#M€pŽ‘sĖWl-ČÎjBZ2`@8f€ Lu^P “Ļ1s:ebSÉ0“1ĐMĨ@* g 4&Ļ&˜Ŗ`¸ā‚ĖvĀdaBJ„!˜Ņ†2€Ŗ`‚R™Ž ŽD] uîMBN3324024.1l(7Õį€ ēįÜrë=ĐNl2Hs–rP…ĩÎZfĩ–{K ¨Š)a‰ĩŒ2ͨĨĀ2×ĻL0Ģ¨•^Pŗ˜ų 4Á eĖ3k§ Š”)é=`„yĐLGîÁãŪ ĄsTQÂĄÆHB1Gyj§Vhį ÷zīņŽŅ$dųÖ|îãžtîš0A @CD*hŠG`#OÉĻÄ{ęŅf`–É‚€Ōƒī §^Re­đšZO-õ$zbēˇŒHÜsî•ܜ.ÁˇÜdĘ9PÜ ÁA…žĘ9ÃÔ lN)ŪkተĘL‚<¤\˜€%ßkO¨ö”€L՞đ‰E!Ē ¨\PčŊIځ" BZZ)´SĀ“âLōĐ\Gâĸ12øFÄM‘‚z‘&TjŠTtmŠ–&xoĒFāDE’)Ķ[+AT’sÎ6tĻ$v֘AŠÖ2ĮŠĄĀ4įĖņœ:KÍų@’ãœÆBį¤šÎ0‰)ÎJ 4§ˆ§@QŧsFLCÍæsni†™nđæsˆ°f3į7e(G*U^z_åæĖČËDĐÉĀΊŽŽŽŽĀĐĪĀĐĀȎŠĪČĶÎĪĪÁÄÎÎĀĪ‡“ŠĪĪĐĖČÎĀĘĀĪŠŽĪÎĐĮĪĘĶÎÎĖĘÆÆÁĶĮÉÅÄŌČĪĮÎĐÆĪĘČĮŅÆĐËÂŌĮÁĐÍĮÎĪÅÂÃČĐŌĪĪÎËĮĘÁÂÂĪÁĶCĮËÉĪĀĪĪÂÎĘÍĐĮĪĶÅÃÎÂÍĖ“ĪĐÁÎËÍËuĶXP_040082341.1l9÷+đ™6ŪƸd†)ĐĨ’^TNŊ0yĨŠŖPîÕ֘!ˆTրƨõäIe¤6áõ– Ķ Ĩ†’¨Č“’CšäÆ9Ѝ!&1c”ID-!‚*!"ĪQ'<ĸ J)ŠŪ€ķšR@O…ĄÂy¤Ķ*RH…L c)z/ˆ§^xķ`P{ØMBE0660081.1,4˜šRę)ĐfsĀōFS FHÁ€bÜP!%įi`•Ā†RŖ¨ŠXķ„÷`B°)S|‰¨Æœi  B(Ë$Õ,ÂHeRæ †:AŽ” ˜ĐxĀ(`ĖPa„Î4 ”dJX&  tæ,cĀZ`˜ĩ.°VpOŠ°ŽĀŊĪZaõWP_193956008.1ė”ĩ^IĨyž@(uĀšį¨3Ú\ŖŊg”2e2ߜÉ=yšBåš÷JS&ØJ{g c@™­ĖyŒxĸĖUÔLšŖæSc‰¤IĄĄÆ3Ž8Ā ¨F˜ œdĘIí 5HBJŒˆ J%€DNČUY)Ā)aB=YÎ Ž3Á{ĘĀ(ŨPF7–ÅøšBąN* Ī= ŠIŠ8h€ MžcŽ2Ë(5A+åÕNRę#ŨX!%ˇ”ho¨ô”ZĀ¤Tb),Šžä)€VPШ'Õ3Ëš”|“„9MYJ*ļĀ;bĩôŽzg*sÔYå$™”:đh¤ MA“ā+mˆ6›§g( Ä­)æŪ“Æ‘“^a °0NqDM´æ9j 8Ķ8Mœ6Û9ãMcĘBMõˆZ ™š”î•XL"Ĩŗ^h*Žį+2ÁĨ¤AELŗd bü c+cVĀÄÍÁÎCĘÎHĶŅÍĪĮÁĘÎĶĘĀŠĶBÁÎĶĘĮČÅĀĮAĶĶĀČFÁĪĮĶĪÍĪĶČÅÁŅÂĘĖÃĀĖ‡‘ĐĮÎÆ€ČÆĐÍČĮJĘĶÍĪĪÅĶĐĶĐÁĐDĐÆBĮĘĖÁČĘÅĮĀĪÂĘÃÅVĶÁÃÎĀĐ΃“ŽŠÍĐÃÁĮËĮĀĶĀĀĘÁĪÆÍĮĘÃĮĀAĀĪĘĀJĮĖÃĘÉĀÎÅĶÅÃŅÂĶĶĶĮÃÎĀĘĀĀÁŅĀĀČAÎÁĶĀÅĖAÂÎĘČÁÉĮĀĀĀÁÍĘÉŌĐĘÎĶÁĀĐĶÎĀÃĶAĪĀDĀĪĮĮĀĀĮÆAÁĀĀÍÃÃĀÁÁĀĀÁĖÁĘÆĪÃĮÎĀÁÆĘdŲ”‚ĶÄČÅĐĮĘĶÎĶĘÍÆÉŌÅŅČĮĖĀÂÅĶĘÍČÍËČÉCĮÆĐĘŅĀĮĘÂÂÆÂ’ÆŌÁÅÂÍÂÎÍĶÉŌĮĶŌÂČĶÂĶČČŅĀHČĪŌĮĘĮČĐĘČĐČĪŌËÍĐÂĶÃɑ‚Ž†‰ÅŌÎĐÍĀĀĀĐKÆÂËÂËËĀĘÃÁĘĘEČÃÎBĘÉÄŌÉĮĘÇĶČĶČČĀJÉŌČĀĘÁĮĀÅÍĶĪĀĐCĮÉÂÃŅÍŅČÆËĘŌĪŽƒ“ˆŠ†ŠAÂÆĘĪČĘÉĮĀĖÉĶĶÂÍĘĐÉĮĘËŌĐĶÎÉÁĮĶÂÍÁ҃†‚ˆŽŽ†‹ŌÅȐƒÅĀĘĪĀĖGÁĮĘŅÁŌŌÆÆÍÆËĘĶĘĮĖĀŌÃŌĪÎĮÆĀĖĮAĶŌ8WP_243386166.1lC€G55<@ĩxæ9pž˛T+Eš4ĻˆjB”Jā$ĨœĨĩ¸FxeļâaA0‹JŠÕS` %/-y@ĨŠTĀM–R’*Š°Ę› †2”‚ā) Î!˛)Åyé õĻ¤ĪTī( @“PI0RĢČņÔLéDĀf:§AõZBÎÅÂLƒGÁ4€TOÍ6Sj˛Zl2™§ĘSĪ-ŸRį)ãSA8[T˸vZ+1HJ‡Ĩ¤Pb­÷^yĻĀZe “SDO77973.1,(åƒīDČĀlg*3Ĩ0„ĒŒöŒ”pNu€ĘŊ3f*(lę<1Ũ`)&K 1sD s œsĘ# cnšŖ&ŒOÁƒ†z :FiÎŌDƒŽ'ŽėRƒÉˆ)p&‘g9ādĒšB&gÆSķœōæ›SŊQ€Į  „Jk Œ$Œgž9Ę#Nĩ1›į@Ŗā„gŊÃ@3āœGF‚ Ē7ÆFĀ0)AõætS ā`# Uā0‰žīŠ$‰0­ÉĖ€fĖalC=–s ĄŪP0>ĨÜRcˆ€$@>!Ûk°‰3Œšj¨š€P—DIC*9Ι¨LáĀY§̒ Žpđ4 GC™JO­0æJi1)Ķ )›yž6š8ķ‰ÉƁqē 'œœ3ĖqR ņ˜b ļōjķŽãXP_028766233.1ĖM)”{+)æSŠŒp˜Ų@™P)gœ(Ã0Í2ĀŨ{¯ ­LôYPAđ|ĶŪT! 0 QΊÁŪ*ΉbÔk(t„‰Ą”Z8Ō…€”*īėÚ|oĨĀ ĨĻÂ1âæ™!J9bē÷fz=†Ô™ @˜ČœR.āsā´4E2ķÔBÂtXh‹…fŽ1Ā™3‚ip$PhĒ”{æŒÖā('†fflœŌXJÍ÷ĖsestFĨûÉĘĖĮËCÁÅÂÅČĐÃĪÎĀĖĪĶĪÆĀÍĀÆÆÁŌÉÂĘĐĪĪĘĮÉĮÉĪĶĀÂĘĪĶĀÆÅÅĘĪÍÄÁÆĘÆÉÉÉÁĀËĘĶĀĘÆÆĮĀÃĶĀĀÉĀĪĪÎÉÆĐÎÉÂĘĮÁÁÁĮĪÍĶÉĐÂÍĶĶÅĘĘĶÆÉĀÆCÎĀÃÆĐÆÉĀÃĀÆAŅÉËĮĐÃĘČÅÅĀÆĶÃȊ“ÂÆĮÃÉĀĶĘĶÉĀĀÂĮČÉÁÉĶÉÃĶÎÎĘÉĐÉĶÆĀÂÃŌĶĘĶÁÉĶËuŲr\ĶÉÉÉÍĀĶĘĪĀĀŌÎÅÁŌĀĶŌÎĘĐÂĘĘĘËÍĐÍÂÍĐÁĘĶĖËÂĀĮĐÆĐĐÍĪËĖÁĀĖĶÃÉĮČÉÆĐÍËÂÃÆĶŌÁËĖĘÃÍÃĘÂĀÓÅÉÃÅĮĘÎĀĪĐÍÆÆĀËÆÉÉĘÂÂÅŌĐÁŌŌÆÃÉČÉÉÍČEĪĘ‘…ĪËBÎËÆĖÃĘÅĘŌĶŌÆÍČÎĶ‚Í‹ŒŠÆËËČÍÉĘĮĐÆÉČÆÉÆĖÉÅÃÉÆÆĐÃĶÃĶĘÉÆÅĪÆĪÁĶÄÃËÉĘÁÁÂÂĶÍČĶÂÉÎÆÆÃBÂĘĪÍĘÉÅÅÍĮŌĐĶÆÅĘÃŌËÆĘÉĘÃËËĶÂÁĶÅĘĐËËv­ĀĮĀŅĘĶĶĘĀÍĀÍĶĀÍĶÉÁĪÅÉÆÎĘÃËĪÁĪËĐŅĀĖÆČĀĐĘĖĀÄĘÉÄĪĘĶÉĘÂĶÆÎĀÉČČĘĘĀĶÎĮĘĐŅĮÆĀĶĶÃĶĀĶĀĘÉĶĶĪČĶÍĖÂĘÍĪĘÎÃÁĀĶĘĘĘĐĘÁŅĶĪÁĶÍŌÉÉĶĀÂŅÉĀÂČĀĶÍÁÆËÃƀĐŌĘÃĶĀĐÉĶĐĪÁÉÆĘÃAÃĀĪĮĐĶĀĀÆÍĐÃËËĀĀÃĶĀĶÍĮĘĶĐĘÎÆĐĐÎÆÃĶÆÁĀĶĀÁČĮÍÁŌĶÉĶÃÃĐAÅÎĶŌČĘËÃĶÁÆĀ†ƒ€ƒ‡ĀĪÁËĪËÁÉČĘĖĶÎĀAÆĐĐĘÆĀĘĖÁÁĪĪÁČĘÅÁĀÆÁĐĐĀĶĘÍĘÆÉÉÆÆÉƂÜMBJ9940918.1LÅJjé(ĸT:í@@9.<3ŸSę˜ä|° sÎrōÁ6ĶRhŊ÷ÄJā Ō)KĨ\g¨“B™bž!§pĀ4Ą‚CŊĸd *g PnŠ7O9S%1Pî„Ņ X Âd\™ Ā\ŗȆ&Üa ˆæTÎ' ‚ĶæpĘ3ŪlĀ‚Ö)ã,S؜&,0×<#( Â4)ŧŖ„;#Ė9ß)j) s:`Žp :W rEz7{T ĘĀÉÍĮĪĶÉĘËÅËÆŌĘÁÎÆÆÍĐĶĐĶËÎĶÃŅĶÎĶÉÆÍÉÆÎÂÅĮÉÂĐĪĶÉËÅÁÅÆÅĘÃĪÃĶËÂËĪĪÆËĘÎĀĀËŌËÅĮÍËËĮĪÉĪËÆĀŌÆĀĮÂŌŌĪĘËÃÉÆĪĘËĪĀÁÁÆĪĶÉÂŌĘÅĘÅĀĪÃÁÆĐĶĖÁĘÁĶÅÂÃÉĪÁÉÂĘÆÃÍŌÅÂÎËĮĪĀĀÂÉÅĪĮĘÉÅÉÃÉÎĪÃĮËĪÁĀÂÉÉËĘÆÃÅĶĘÅÉĐÍĘÂŌÉĘÆCÆĶÅÁBËÅČĶÆĐÃÉĀČĘÃĶËĶÅĐĶÁĪÃËÁĶĶĪÃĀÉĀÆĐ|H!ĶĀÃĮĪĀĪĶĶĘÆÆĶËĀÁÃÍĪÅĶĀÁĪĐĮĶÁĪĀĶĀÆĪÁ€ƒ€†“‹€€…€€€ƒÁÂËÃĀÉËÂÍÉĪĪÅĀĘÆĀÆĀ“€ƒ…€……€ƒ€ĶĀÅÁÆÍČĘĪÅĘÁÍÁÆÉĶĶÆŌÁĐÅÆÁÉÆÁAÆÎĶËÉĀÁÉČÎÁÆĀÉĶĀĀĘÍĮĐÉÅĪĶĮÅĶÁÎÅĘĐÅÍĮĐĘÅĪĶĶĶÃÁĶÃĀĪÂĪÍÁÁĘĘÎÎÃČÁÉÎĪĘÁÄĐ}ZH+ĪĘÍÅĪÉÆËĘĘĶÅÆÃËÅĶĀĀBÂĀĘČÉÅËÅÅ‹ÅÅÆĀÉĶËÅĶĮĀŽ††‰ËĀBĘĀĪĀÆËĐËĘÅĘÅÉĶČXP_016611986.1L×SĪAF*J%5âSrĨT€2æKÂf´Ō#)j@čÔ"!%ƒoN%‚ aķĖSđĨä`Sož§*€cãäJj¸(‡jʨ’ 8Ķ Šä9ë93YO‘‚ÆTc¸ŠĀ:i™õd ļĖq™ĨĘAîĶ†a,9˜`$vĻ› Y šĄBT<§ÔQ+aěkš1~XĢõMBV8846188.1ĖOM˜­ô@Ēå ā‚ŠãÔđˇæ›)¨7Ÿ;*ãĐCā¸Ų€LĒœ‘Œ(Ķ8áÜJ2€3Z“Ɔ JĄ^FĸTježĪĪš’bÅ8G "&ƒ0ā ˜*8´;n6 “ZĮ$#ĘΡ’ î Õ¤qŽ!€‚RA¸ˇ qĀ(ĨZ™ĮŦSœđcŲnXP_030313316.1,ĀÁLŒ vīŊ÷Ū{īU ¨yÜ3@1!(Ēc€•Šyi&ņŪKi.ä†āŊ4ŌZo$˜ÂsEąÍ G pzAæ{b1Î =P‹Ĩį d¯‰wĖK(­—LQ/™Įyi*žš>ŠLĐŊĪƒō$‹"…L€˜ĸ„’†Qc&ĀSĖ„u@j Ô"b´%yOƒM]žCAB3503427.1l芀đAl3 ˆŠiųfXFųěáĐ 8Á8Ô$¨•€Ž2/=e”RĪŊasŽ I Ox€ÃC Ø$@īA—zĘ Đ‚1AN4FPa"į˜ĘŒĄbÎDhéįœ{饥PPJM0Ņ97&lsšI ĨĻz,<7[ĒĄķØ2ĄÁđ&Lc0l0Z’påŌrëLøŠ1$ŧ…!LĀ@JMFG™ ‚bĈ¤žyj'PA5Į ō‘P”$Đx°1'€ÎČbÔ:âÍ×&‰™0BKpqī=ø``­÷”đ1DĻÁéDzp*ØĐtÍą^t@ļVsʡ†` WŽz*AX`Ŋ‚æAã<S #•…3/œ÷ķœs`rĶš'ˆH™ĸxĻœ7ŌjL™áœ  Ļ <7”đ8Ž9 š!Á 8ŗ-0jIÂQ”#īÆ 0pĖTf‚dP&(6)")°^zĀ SKT Ë(3$QC&đ^) Ā2Ųzí<5„W ũ‰WP_217278020.1īLr\Ô ķšĄš’Īŧ 摠Á‚sp4 psŠ9ŽĶ”8ŧT˜|Žs“ĪÍ7ĮH ĖŖ^0īĨÔRO˛ōÂl ãŒ …ĶpIWP_124978582.1,€Š8įTp ’ĄÜrlē¤Dp ”’PjT4)¨¤TnL†leœ7ڙ†A ĻĻ8u 8d.‘ŒQj ØÔLīŒ—āhCh(”uŪ0MÃtÂMĶΜ ŽUJH/4e–{đ™ÔŪ€SĀeRƙŠŠTn cŪho ՜Rʔcœ’§%`ŽŒdĖƒÔ2Pä8Ēˆ5— HcÖs§EuŠ€2 ÁJÆš™ŌŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊįĩ‚K*Š3á<Æ@Š 0p`˜#„W’2gÎyœ"0c@I‰fto…dŪI‰$TŠG@€‚Pí”p&< ˆ4tŖšÔ@žÕrį•9į Ŗ„7_`ķ…§8ŠŊy’HE( H.ŊtK Ī™H…‰Ün ¤’im˜u’HoŊeÖJæŲ–*„ųŌé ö¤e&e(°X”˜¤ Øy+Í4ä”gž’rEŠˇÚ!ĖŠx*čæÆķ”BE2§sĄÎ,ķqLQIÍaŪIo†c˜‚@ą)`RHœ`ē‰Ā{`“@h1S€ b<¤¤s*pŪ1đ´Ô\Iȝ6ko‚Ĩ”a ÎbÂSŗ¤0Œra´ž)×\(š"áLQFĨqæJI¸"†ˆS%åÆ9ÆŠ‰RâLœAĩŒ %ĖbZ2Ŕ1Ø| †7‡[yÉÁËÍÃĪĶČĶĀĮËĖĘÉĘÃÁĀĪÆĮÍĶÂĶÉĪÂËĮÆĖÉËÆĮÅÍËĘÂÉĪAÆËĖĀĘĪĘÂÅÃÉËÎĖÂĶĘÅĶÂĐÁÂĘÃČĐČÎÄĖÄĶÁÆČĪŌÆÎÂĶĮŌAËĘÅÉÆĐĪĐŌĘDĀÉĘÃÂÍĶËÎÅŌĘĖÎĐAÆÉÉÁĪÂŌĐČĶÎÉĘÆĀÁÁΈ×ËĮÉÉĘŌÁĀĀĪÅĘĖŌÃËĖÉŌŌÎĘĪĐĖĘĀĮËʉĪÎĐÃĐÁAÍËÆĘĘÆÉÂĘÅÅAÎĪÃĘÅĀÍÉÉĮÍɇĪĶĀĘĘÂŌČĮ·Œ‹ŒÂĀBËÆBĶÍĮŌČÃÆÁÆÍÆÂĖÂĀĶĪÉÆÆÆÎËBÂŌĀĶĘÍŌÃÂÃÉÆÉĀËÂÉÎÎÁĮƊ†‰ĶÂËĀŌÁÃĘĪĶÆĘĖĮÁ̀ĘАÆĪĘĘÆĀ‰~ËÉÉÎĀĘÍĘĶËĀĖÆĘĶÃËĐÉÅŌĶÆÆĀÉÆĪĮÆÃÉĶĐĮËĮËÁĀÉÆČÃČĪÍÆĘÆÅÂĘʆ‹‡‹’†ŒŠ†‹“…€‹‰‚‰ČŌÉÁÅËÆËĘĮČĀŅÄĀÁËÍɇÂÆÎĀĘĘÃĶÅĀÆĐÎÄĘÁÅĘĖÃ’ÆĐÅĪĪĶɇĶÅĐÆÂƐˆÁŌÉÉΓ†ÂÁÁŌÅĶÁÅĶĀÅĮĐĀÎÂĘĀÉĖÁĶĐÉÍĖĘŠuÉÉĪĘĖÆĪĶĘÉËĶĮĪĐĖĶĐĶĀĐËÁĮĶÆČŌÉĶĶĮËÆ°ƒMBO7941816.1 N „đ ˜jĈÉ5Á Ē58Ī¸ĮpÄiFŊŒĐ(ôPĘÉcĻg*t†SęÍÆfŌnĒâC'L§ĖœWŽ›Đ<“F ”F ĖĶÍĶĐĀÁËËĖĀÉŌÃĀÂÁʊĪĪÍĀÍĀÁÁÃĀÃÆÃÍĶËĶĶÄÃĶÁÅČÁĐÎÍÁÅœÃÁĀÆĮĘÁÍĶĮĪÍÃÃÃĀÍÁĀÆĐ‹Šƒ“†‡‰‡ÂČÍŌĘÉĀÍÎÅĶÅ‹‚‡ŠĀÁÅÅÆĮÁŅĪĶÉČĘĀĀĶĶÂĪĶÍĪĶÍÉŌÆÅĖĀĘÆĘŌÉĪČŌÃĪÅĐĖĀÉĮĮĮÉĀĶÂĘĘĐĐÃÆÉÍÂĀÆËÆÆËÉËĪĶËĘĶÆĘÃÅĐĀĮÅŅÅÆĘĮĘĘÃÍĪËĪĶĀÉĐĘÃĐÁÍaČMCA1602026.1l˜VsŠį‚Sn… æTAÉœBaÄÔĸ‚F8ķ%$pîäRT*fjqÎyNšÄÔd!ÄCŕņŠƒēc .€ąœœŧĐtà õĀ /8 ˆœ§æœL€JÂ(tN41NŽšsžœ'* Ģ0Oy•!ReWP_011057593.1 ¨‚2gÂpgžtœz NŽiqĻyÜ;äŦ• *ŖLqđ‘d: ’)Žz'Œ0&`ŗ!’18ę´Ŗ gA(%LU&XJdžR%,Šzį”RÂę @xŽĖĻÔ0N=Ą(*˜0j…BQ'A¨ä„h”iƒęŒæT#œ’JI:0”4ÁŲĄŠcB)BDīĶ)Å)G܀îE§Ä3*8O Î …Ô1娀j§N0 Í@‚Ræš2”Š ¸‡Jr%áTQe>¤¤j@xPâ-÷–"—ÛĮĶĐÁÁËĮÁÉÆĶČĮĶÃÆĀÃĶĀÍÆĪĮĘĪĮÅÁÃÁÎÎĀĀĮÉĪĀŌĖĀĐĘĪÁĐËĮĐÉĀÆÁÃĀÁÅÆÃÃÁÉÉĶÆÍĮĶĖĘÉĀËËĀÃÁĀĖÉĀÂĀÁĶÆĀĘÆČÁÁÍĮÉĪĀÍÃĶĶĪƇ€ƒ‡ĶĶʎĮĶÃĶĀĶÃĮĀĀAĀĮĐÎĘĶĶĮĀÃĮĀĘĶɊ€ÁĮĐČÄČĀĀAÃÁÁĶÁĘÃĮÃÁÎĶĀĀÆÁÁ‚Š‡ÆĐĀÍĮĘ˜]ÉÆÁÉÆËÍĮĀĶÅĶČÂÂĀÉĀÃÂÉĘĘÅĐĐĀĐÉÃÅĘÃĮËÎÅČËĀĀÉĪÍĪÍÉĀÎÁĀĐÁĖĮĪÃÆĶÃËĪÁÆÁĶÁĐÃĮËĪĀÃĖÉĶÁËĀĖĖÉĮĀËÆĖÉÁÉËÅĪÉÉĪĀÉĖČÆÍĶÃÆĶĪČĘÍÅĶĪĶĶĀÃĪĶ€†€€ĪĀĀĐĶĐÃĀ€‡ÍÆÍÁÆĘĘĪËĮČĀĀ‚‡‡ĘĮĶĘĶÁÁÃĀ€Ž‡’ĖÎĶÆČÉÉĪÍÃĶ™9 ĘĶÍĪÉÅËĐŌƒĮÆČĘĶĶËÂÃÃÉÁËÉĐĘĘĪĐĐĖĖĘÍĶÅÆĘĀĮÁÎÉËÂĖÎÎČËÉĮÍĘÉÉĀÎĪĶÂĐĪËĀÃĶÆĮĪĀĘÁĖÉËĖĐĀČÁĮĀĶÍÂĘĶĖĮĀËÁĖÅĘÉÆĐĖĶĶĪĘĖĪĀÍÂÃÉĶÃËÃĀČĶĪÍČÉš3ĪÉĪËĪÆĮËÆĶĪÅÃÉÂÂĘĐĘĘĐĶĐĶÃĀČĖĘÃÂÅÃÉĐČĶÎĀÆÂŌÂĐĪÍÍĶĀÁÅËĐÎĀĀÆÉĀÎĐÃĀĘÁĖĶÅĘÆÍĀČÉĀĶĶÂËÁĘĘĪĀŌËËĖÅÂĀÅËÍĶÍÆĘĖĪĖÁÂĶÆÃÁÆÉÆËĘÍĮÉÆBÉÁÍГ‰†ĘÃÆÅĶÁĀĪĶÆĮÁÆÂÉŌĶÂÍĀĶÆÎĮËÂĘĘÃÁĶÆ‹'ĪĘĐÉĪĖĮĀŌÅĀĘÃÁÉÃĀÉÅÅĶĀĘĘĐËĪÍĘËÆÁĘÃĮÅÃĪÁÎĀČËÎĘÂĐÍĘĶĀŌÎÁÁÅĀĪËĪÃĀĀĀÁÃĀĘÃĖĶĘĀÃÍĮÎŌÆĖĀÉĶÂÅËĘĘĀĘËËÁĖÅĘČÅĀÁĀÍÉÍÆĖĀĶĖČĀÁÆĶĀĮĐÉÁČĐÁÍÆÉ›%ĪÉĘÆËČĮĪĶÁĀĶĐĐÆÉĮĶĪĘĪĐĀÂĖÍÆĪĀËĶĮÁÃĘĐČĶĐÎÂÁĮÉĮËÍÅÅÉĀÎÁÅĪÂËЉĀĐÃÆĖĘÆĶÅĘĪŌĮÆŌÅĀÍÆÎĘĖĮĀËËĀĖÅÍÉÁÅÆÁĀĶĶÃĘĖĪĶĀĖĀĮÆĘËÍĐÆÁČÂĪĀÍÃÉÁBÍÉÆĮÂÄÉÆÂĀ‡‡€Œ“Šƒƒ“ĪÁĀĮĀBÁDĀĮĪÉËĘĀÁĶÁĶ€ĮĪÄĘĀĶÅЄ“ĶĪĶČĘĶĶÆÄÁÃĶÅÉDĘĀÆŌĀĶÆÍÃÂĪĘŌĮÃĶÁĀĶÃĮĶÉĀÉËÃÍĪĖĘĪĐÄÍĘĪĮĀĪÍĮËÎĀĪÂÎÎŅÆÂĐÃÍĪÉĘÃĶĀŌĖĶËÂËËÅČĀĖĀÅÆĀĘÆËĶĀĘĮÍĶÅĪÁÉĀĶÂÆÁĘĮĀĘËĖÅĘËÅÅĪÍÉÍĮĘĪĖĪĶĀÍÂÂÁÆĶÃĪÁĖÁĐÎÍĮĶœËĪÆËÅÉËĐĶĮĀÃĐČŌĐĘÆÁĪÂĐĘĘĐĐĘĀĐĖÅĖËĀÆŅÍÃĮËÂĐĐÎĶÅÅÂĪŌÅÍÉÂÂĪÍÃÉĀĪÎÁĶĪÁĐÁĪÆÉÆËÂÆÉÆËÅÃÁĪÆĐĖĀĶËÃĪÃĘÉĀÍËÆĘÃÎËÍĀÆÁÂÄĶĶĶĀĐÆÎĪĘÅÍĀĮËĐĀĀČÆÁĶĪÍÎĐĮÉÁÅÂÃĘĐĪĶÍĪÆÉĶĀDĶËLĮĀÍĪĘĐ‹‘€Ž‹€Œ€‹Š€ƒ‡ŽŌÉČĶĪÎĐĖČĶËĶŽ‰†‡ĶÅĶĀĘĪĪĪÉČÍÃĀČĮĪDĶĪĘĮĶČÎʁ€ÆĀĐ’€ÃÉĀÁÄĘŌ"ŠĪËÅÉĘÆËĐĮĘĪĘĶËÃĀĀÉÆÆÉÍĖĘĪĖĶĘÂÁÉÆÁÅĶĘÃĮĶÃÉĀËÉÀ†Š†“ÁËËÉĪÍĖĘÃĐĀĖÆĘĀÉÂĀÆÆÁÆËĀÉÃĀĘÁÅĶĘÂŌĀČĪŌÃÆĖÁĮĀÉÂÃÉĘĖĀÍĀÎĘÉĐÆĖÅÃĶËÅĀËČÅÁÉĶÍÉĪĘÃÁÉĀÉĖÅÂÆĶĶĶÃÆÉĘÂÂÃŌÁНEÂĐŌĘËÂÉĐĀÍÆĀĐËÉÉÉËǼ‰†“†ƒÆĘŅĘÃĐÅËÂÉÂÉÅËËÉĮÍÃÍÂĪËÉĪŌĀHĀĐĪËËĀÆÆĘĘĪĖÂĘÂĀËÉŌËÂĀĀÆÉĘĀÍËĖĪÍĘÅÃĶËÉĘÅČÍËĘĪĘĀÉŌËĪČĘÆĪÃË?!ËĀŌĀËĪĐĪĘĘŅÃÁŠÍÁÅÃЁ‹ÉÃÁÃĀŌÁÃÂĀĶÉŌÂÍĘĘÉĶĘŌĪĖÂĘˁĮÆÆÁĀÆËÆĘĘĀĶĮÉĀËÃÅÍÁŌÎÆÉĀĀĮÂÆĘÉĀĐĮÆĮÂĪĀĶĶÃÉĘÁĀČÆÃÁÄĶÉÉÉAĘÉĀĀÅĖÅĶŌĘĖÅÃĶĘÆÆ,‘ĶČÉĀÂĘÉÅŌĮËÃĐĶĘÅÃÂŅÅÉÍÎÅÉĘĮĐĐĀËĀĪAÅĘËŌÆÆĐÍČĘÃÎĐĪÎÎĀËÉČŌĪÂŅ‚Š†‡ƒ‚’’……’‚ËÍËÂÃĐĘÍĀÆDČÍĀÅÆÆÅĘĪÍÆÂÁĪŌĘÂÉÍÍÂÍËÃÅÅĘÉÆĪÆČËĘÅÉËŅĘÅĘÉÉÅŌĐĮĪDÃÂÉÍÀƒ‹ĶÍĘÉĪÂÃÆÅÎÃÄÉAÂÍĀÆÉÅČËA´EHQ6376324.1LšBa,-€Ū)3Ŧq˛=䔘 $8-3įG)4Ā4)Đ0 5ÁCЈՋƄLĻĖPÆ, Ōc)!|sI Ū3gŊŸl+9TYQŠrŌ‚y”pĪ$įZ;F‚ æŠŠ­žĨ˜ĪGIR09622.1,5XLb)=ĻdM5Ĩā‘n‚8Ķ)Հj§¨tRėÉ €r"$yƒb(•ŪtĒÍÆÎdĒŦˇ0F)ķHŠ=1Ã; Ļ7Ąš(Āƒ'ÍāœĨžrŠĩŽ|îŠL€Õ))9÷ŌTIŠ7JzāÉR@QFŅž3ož ‡jķ•ÜIDÍĻdRą¨$žT­—\ZkÍ$Ö1ŗÁ$ךmĨœSIĨĻ:/Šs€šÎ< ”R­U”hb˛eæ,‚ácŗĨ¤æ@ĩ§f Gž3Lš5…zįĖ _J ˛ RSę´ĻĖl&%9įt)’bėĖáTl ą’PžĻ sí4 šTáLāš ’ä: š6[*J1•’ŠM:ŖlĘ-•¤Ÿl 3 ĶÍÍĀĘÉÍÉDĘĘĮĀÉĮĶĀĮÍĘĖĀÍÃĶÂĘÂÅÍÂĘÎŅ…ĀĀÅÎĶĶĀĖĐÆĮĶÃČÉĘÅĘĖĘĀÁÉÎĮĀĀĘĐÉĖĐĪÉĖĘĐÉĀĶĪÂËĀĶĀĪÉĘĖĶÉĮĘĮQĘÎĮĐĐÉĀĘĘĖĪĀĶĶÍÉĶĶĶÄĪÍĖĪĘĀĀĶÁĮĀĶĮĀĪÆÁĘÂĮÎĖĘĮÍĶĀÍĐĘÍĀŅĀĪÉĪĘÍĀÂÁĪĖËĘÃĖĀĪĘÂÍÉÍĐŌĀĘÃĶÉÃÉËĪBÉÃĮ‘†ŒĘÍĶÉÉĶÉĖÍÃŅÉÄĘÉÍĀÉĖ‡‹Œƒ‡‡ÍÉÅËÆĶɊĐĘĘĪĶĖĀĖËĐĶÎĪĐĖĖÃÉĐĘĶĀĪĘÄĖÉÍÃÉĶĘÁĄūĶĖÉÍĪĘĀĘĮĀĪĮÍĀÉÆĖŅÎĀĶÍĖĪÂÉÂÍĘĪÆĘĀÉÍĐĀÉÆÄĮĘÃĖÃĮÅÍĮĐĮĮŌÉÉÍÉĮÉĐĀĮÅÉĀĀÉĶĶÁŌÂĖÁŌĀĶĘĀĪÉĐĘĶĘĶĖĀĘĮÁQĮĖŌÁŅĮĪĘÅĘÉÍĀĮŌĐÍĖĘĮĶÍËČŌĮÉÎÆĀÁĐĖĪĮĀËĘŅĘÄĘÁĮÉÉĪĀĘÍAĖŽ‡‰ƒ€‰ĀĮĀĖĶĶĖÉĀÉČÁĐŅĀĘŅĀĖĮĖÁĘĀĶÍÉÁĶĖÅĶÃĀËŅÆĖĪĮÎÅÉĮÍĘĀĶÂĘÍÍĀÃÍĀÍÉÉĘĖĘĶĀÃËĘÉĘÉĮĶĘĘÄĶĖĖČÉĪ‚Š‹†‡‰ÎÉĪĪÃĖŅÉĖĘĶĐĶÉĶÅĐĶŒ´GMH74815.1L8„€  ŽyŪ˜A1OÅĄx…Ú“Á@Ĩžƒ3ŧÉŌz) )A’QŊĨ”xJĖw ›A¤9$î€įtM)¨”C"ž˛ÜJđ)0§*>õœS:U {ĄuD[IÎā‚Ke=ķā;Bĸ™|á-˜ BōŦt<"( JŽ6iĪ xD1éˆØlāLDž< "ØÖIjŧt^PđŠyŗĨŌ¤™čŦEäPĖœ°„ IŊą†Yy€˜Ķ´•Ö[ōøž̈́¸VRÆ8Tx°W0B=UT*,đĻRŽ)g’RīõRK‰ĩ&áS-ˆ‘žj/M@ƒ(*ĀPH&¤s\“R&—T Ō$7“j‚ĶjjŊu‚˜Ž5Õ‘4ø”RōIUĖš.Ē9QšĘĩ“8@ĒcT{A@ķ&sĻĨĖę9Ī[îĩrg') €RéŠSHzSH3Å „<7R0Š™•ĖQ#g„ JÎ9œXJF§\”Ę 9Ö<ōŊåxoÉRšŽ=9˜ &=`Œ|OŠUp'Œ•”k-e˜8ÁÕ ÛuMCC6757021.1,™T3Î$į<¤ đ€ šÆŠĶL„š8jHd0sG€(€Ô).ĖÚ{ œÚČ0ÄJĩã G9`Ļp:Âp)CMBN8919778.1,8Â3 ŒyéšÂ&œaĸ AÁځ͓Žbŧs€šķ ÁŠ (Ũ<&Ĩ7Ãi)1  Ĩœ)JšÔqeĒTkđØKņÍĨ”SÎ÷Ōl8•d 8 2a…BLĻyš:¤”† īœÔdjēyP †z0ČÂ10S›/AG¨\;q&]GŠĻšgJĸ€ŦĖZ˜Ā€ŖpmIXԌÎtšší æŗÍ@š ŧ“䌠r>ÃkSWP_120452154.1Ė<đ\/`äb€ZP¸SʛON°°į€'6Ŗԃgwž‘ĸMƁsēáĀ  ŦaĻ8îŠ9‡HÎXPqĸ1oNiJ6čĀ­ĖRN*`ÔI%3•›¯´sD8ņČqĻR8€<ЍŅhi€:ęÍŠFšJ vœ9B*§pŖ5´LĐÅNrĖ@2Mœ’Q#ƒG…6@%™ŸY¨d0!`’Á%¤ 4ã1gSȅĘĀŠöŽ‰bŒ†˜h6HYFƒ9ŗäa*`N˛3ŸCīÎ/œâmŽ–Š@ŖĖ#PĮ• J˜ ÖT @ĨÔs(9Ĩ;ÆČc rMĩGCg(°Ā æ°LƒĖ1oēá06ŪR#žĨĘæ,T/Ĩ€ Ĩ 4Rās8ašđ€9-•ųbh¨žJ¤g +NšQÜ105/ åŠiΠĀ:,Ä\ ÅmcAÆĮBÅĐÍŌËČÍÍÃÁÅŌEÃÉÃĮĘÆÁÃĶÂĀŌĘÉÍËĀÆĪĪČËŌÂĀĐÂŌČĶÃÃBÍËĮŌÓ€€…†ƒŠƒŽ‘‹‘€ƒ‹Š‹ĘËĐĀÅÍÁÉÉĮÍĶ4KPKI91935.1L¨`LŖ@š&ˆĶĻyĀœęšsĖL  #€j*ŪSËŠx‚ 2ĮԁāĄwāhš9ƒ™ €s”0c(@ŅÁ!a°c0䝅€b*2<ŅAs¤ §ĘD)Œ9MPā˜•‚/Cp•: PHįgÂs (&8@Íf0ÂE˜ĀqĮ¸HĒ7Xčs&›l7„¨Õ8īđ@š@Ĩ@(hĀ˜(đ€rjLuÎ)n–‚;ī$Æ\ÅEGQ7676658.1ŦŒ)^hhŊ9%Lķ$Ļ’K Ā–äKī…xLʍĶ`QĻĨ.4U@;ᩖŽz@õæTS9ÚœMĘæ–K1‘TRĘ50›ķŊy”*J‚ņLz*čbRķ@Ņ`Ę5&HOŧf@ ÅHŠ„ 4ĨRRN¨ĩŽbāŠĻ^{MŠcÚl@$5 Ō@U’TR°Pā;¨ÁÔdP6ÕRS F^h/œšĮđxrWP_118359022.1,¨ĩÔSJ•šo> Ü„sŪ09™3€ZÉŧ7†zg0ÛF„$ž‚ã,đ&PkHp YeŪ{īŊ÷^Ū˜sŠ!œ”Ë8āĖZ\yîXîŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{áŗ ‘Ūã˜Uš„ ÂŽ˜MĒ™ÆYÁ !ĻlJœ ÍŠĖâ<öXrŘGfΚâ&Yb(qČ:Ë, 4ëŪ{īŊkxŪ<0Š–JyN:RΕfpĢ`ÆĻ™1Ž<æ´á†ōg¤zfŒ6ÆoČ¯ßyTDB49724.1LÂôĘ|Æ(‘@P)Í2/%čFxN”„`  ĸZmĻĨ–‹9õV EŖÚ2Į, Ę(eBęĨbŠ*PĨa ĸ•”k1VÉP“ƒWP_255329483.1ėÁ§^ lÆ6€“Îœ*Ąáhā×Ü/=frSŠđŌ1ígXkĒ=Ք%¤Pp§SālŦ Ôt ´U“Gĩ Ōc–#+RŖ^Q Æ ZSęŦW$b¨)UéŠ&ŨdA¤cęLĨ€ę&(§)ųŌHĀŠ†T3(¸R;ry (ųT\ã$ŽAĨPRMĨ€T*×Úq@1x@s3€‡l5ŜRŠÖØyE‚Ÿ ņ%‚„íLŠr`ĻĄÚH`ĻōŽzåÍįSSŠĐŪĘ) Ž@ĨĻC D˜Ž:ē‚!“–šBĘ¯įWP_149493237.1 &T€ ĩķ\¤“’bīĨ á! Š xĐ(Īt š“+AŠ^2ΕĔG#T)đöŌxMŧ4•‚ĮL L ˜ų֜į17f(S Ŗā<ā­#_#|K1° `œšĀ+)€ …8sĘÄN`ĐÁRRi$ œgBŖĻRÎ9F8sŠ#ÆHL  Ãs @ržķ&Āôt)MhÆynBãŪ{NĻĄdËdgiMBR1803321.1ÅMgpī %PÂ7N˜§ÍW&đÁ“ÄáHŠŽ+L咐fN¨€QĒŦ3ā:Aš‡jš7•@F˜Q”Jd !Lf`„œā°9$ō 9Ėq*ĻĢš ß`,Ŧ§„˜ëE˜Â™ĻĻyO™ŗŽ˜Čá„jÉŊ×ĀeŊ2á1Pļ6Ą[ŽÂ\¤8ŽXM'\đŒzįĩ3Ey’­bĻQæ väcĖ´Ļ0ā€ Ā‘D§ +e”’UT3 ãf6x"ˆŠef˜ĘRQBsÉ$0@iTMÁã P‚pÎQ`‚§Ú&4 1  SNM÷P)™LPâL0꧞ƒĀÁķÂqS8×tĘš{īŊ÷Ū{īŊ÷Ū{s ˜–šOŖĘ ĐC‚āŊâÂīŊā)W\įā– ī8uda,ŗŌTF)’BĻœ•%ł:`€9Ū¨I“@į8〙PÁŒ‚(`ÎōŠ™ĀʘtP…”Üp*´fĻ˜šT8* 8ĻpÆŨgÍ<MBR3040588.1,AĄĸ”ŽIĻ0lÉ4×rĀ,V“āĖĻÔB&´#“jų–IrŗÖJŠĨ„ƒmŽĩLËĨĀ8i€ĩRiĒ‡rĨsÔÍ °Ôœo–‘e­Ĩ‚PŠ™Å”3Ŗ™&Z3ŦfʛŽšÂ“ŅŒšÂSđ´ĄZįŠĻ”Sã NaGŠ´ 0g­‘”`Ī3M0‰aO9Ô,bČÅ$(ĨTpœÃL’í!ã’Yk*ÎĸĪYMnÅĘĶĐČÁĀŌÅÎÆÅÃÆŌĐĖĘĐƂ‡€ĘĶÁĀÅÅ%?WP_122709004.1,Œ$˘pŦ4!PŖœ \LËÅ÷Ūy@΃Š“.  Nž“„rJE`@På4XFˆ 6QĀZā”Â:=¨ĀTr9f‚1šwŠ›jtŠ[ v’ 5ÕD2šŖ Sb@Ĩ œî ׊#”RīŌDÁa@“ČĨ0T*ĘÁJCÃŧ#%€@!Ŗ Šđ ‚*Áœ •#ŽįŽÍ•€a€Ļā¤uŒ Č™Æ‹ę)ĩĀX¤Ā;„ž‘S eJQĢ°ÉÆx$1ÎĐž^(WP_198140600.1ė=ĐF `@ÂXÃ՚›GĀ€,%˜ŅÖusPKO72095.1,((Œxë´§JęÍ&ÜÁ)uÔHīŊ7›FĀ:O†d‚É@åÂsŽ#j€ ˜+€¸;đÁ%'`@9ĀLp­”Ļ§Œ2­Lķ E&׀f 5Z™ķ8āŪsÆL3Uā…eÖ4#L0ā¨āÔdcš'(4ŖĻyĨ9sN& æHˆÉĄI1Š›S@;įËH3yØ+ÆÁ đåŒhæ Ĩ‚kj<”™/UZkđÁŌD™ĨŠĀ9ĖäÎLh,éÁ9p Ô+!ˇ„p÷”š€TmŌOųTHH04310.1 Œ¤AAÕ^{JÍ9áāÍ' <ĒP`SFĻ1É2ŧ•OLŲœzÂH†(‚÷,éōĻq3æ™I•¤Žēæ:į …;í=hÎ,é1š0sĘŪ{pštĀQ)Ž1% Œ)&œāœ0ßI'Ķ :įČՀŗ€fÔTN8!đ&ÜP­iB´3'\ *%(ÆĖxNKS3–`‚ M!āp ””ĻQ*s”;N‘šĮâĘImĨ@2@=8Ōƒá5õTRī9 G‚ķ%htOŠ1ÂĪĶĀ¤Ū;ŗĨ'G2Ž)÷Rƒčŧņ€tîXŽRN‰$ˆ 8ƐM ByĀT ˜SÆ%`Ļ_’!É3ÄA-(r¸!&; œWrĶā ėOQY98020.1(t @Ĩ"؄gžr¤ K™$<ō0ßYP %æ‘š´ÔHŽœ´&˜fž×:°LīĀą L§4^ZįŒ“ëŦ3ƒĮ”´Âg8ÔŒ<MWP_254406115.1 §^€āĀîxœ`ĒŠæT¨äĻ:î9 ĐĮ܁į$ T€S5ԛnŖÚAđ”Ā\xņ9 Ā§MđÔQāÍ ājēņiĖs”40ŒŗPĘLšā(ā ÁUft€™&0@€„F>§ÔyGA5‘‚<į9ĘI T!ÄpĮĨŽ’ LĻRLā™ä=sāĀ¤FQp@ O˜J5“šāLPÔ § ĪĖS9'˜ī(rĶĨÕ=5čMCU1437293.1ĖÄ€Ō$ĘT%œ @’*Ļ 4”:&ĨÜtA)‚[@U 1Č7žRaNpāāŠÔTgēŽsF9@S EĨ¤ziŠy lō´ TJpšš ŠķĐ+Ā9§R ͨf Ę´ŽJ‹…3Œa(””XsÂÍ@Jšå&ZĘĖtš ¨9]SĒ)W\0æL –՜īˆĸ Á4hĖ3PLåĻC2€SÎĄ¨`‚ Ė§ÔTSŊXBÍPQL€×DˆHMåíŧ  ŌĖ9ÍyĀ˜ā 1'#U gšgæ Ė…Ō€“H5ĸbą)§Î#Ä6ASh)ĨĀĒ TÃĩq€s!Ē‚jA†aXfĪˆqãf€s7ƒ2Ŗ\ Ķ¸s‚ÖÚ yUJR03683.1lĨ¤š*A 1J"Y ™á@8•ZƑ÷”æˆwīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊhĘrīŊo>ˇTKĄ3‹QōšÔTš¤ŲT¤Aĩ‚×—ØŋÍī–WP_050580425.1ĖMõfPę8ÅŌ ã7rđ…ĨP HpČÍ^PÄ(Įtb¸pŒ ‘¨ˇT8@ æ@a>X΀¨ĄÆ jŽŠĖ|PN:Pi‚ SŖ8ŖŠq”Q&<‡šxQ%PB킘Ę5ÁSČ7 HŠã4 ¸6 9HĨžPā„cæĀ¤&¨ž1j4āT ÂåøT€€¨ÕsjČî¸iÜCā)0™kĶ˜w į(0Nƒh¤ƒK…ŅÚL œ7PĀ‘€3œ”˜CNœášw‚JķMŖ’™áf6‚#ĩ7Õ鈗æ{é“ œ&ˆ˜ZĀŊ§ˆHŽŠˆÉĐ`F˜j  Š6€GŊQ,´âaķ€ÍŖ€3f”“ĻzeÎŒÂʔ`”ŲÖč1gä*ŦĪt pŌ9SŠ5â(á…–IĨ UĀŠb)pĀš´ŌPîŧw”›ĨŠ!4ŽĄ„™¯ŦÉĀRŧŗšliˆĄ–Ë՜#Œ•T‡ÁRÆ<¨€:įČ)d{ œđäšÉ•ŠĘA 7†RŖĄ g°äĀƒ  á›Ķ™7jĨ(ņLīLpæ+ĮU ¨e&pđȆ|§ŧPæĶæJ50SšM@iæĩ0\šIÍ7ĒSK-žö^IÂ2šPąŖŌ[č$•Ļi@Ö:jŦ@2€c‚ .)!lļ3•S3wĀāØQ35xÔKĒU›Ķ&gKī4ÁfŽUX Ū˙ßvÉĖĀĶËĐÍÉÂĘĘĐÍÉĶĀÍĐĖĘÁÆÃÉÆĐÎÂĶÃĐĪĀĶÆĀËĶÂÁĪĮÉÆËĪÉÂÁÁÂÉÆÍÂĶÃÁÉÃĀĀÂÃĶÁÆÁĪÁĀĘÃÁÆĶÁÎÆĶĪËĪĪÃÃÆÂĀÉĀŅÍĶĘÂĐĪĖÃĘÅĘĪŌĀÅŌĶĶÃÁĀĶĶĪÁĶÅĮÆÁŌĖËÉÁÅĀÁÉĪĪÉÆĐĶÁÁÆĶÆĘÎĀÆÉÆĪĘÃÁÃÍĀĶÁÉĀÁĪŌĐÅÁÃÂÆĶÁĮ†ŌĘĮÆĶÂÆĀÅÃÆÆĪĐÍÁĮÂËÂĖÉĮĘĶËÅĀËĐÃĶÃÂÆĘĶĀÉËÁÂÆĐËÉÆÃĪĪÉÁÆŌÁĀÉĖĮĘĶĘÉÍÉÂÉĐĀĶĐĶĶĀĀĖÍĘĀĖĶĖĘÉČÁÉÆÅÆÎÁĘĘĀĀÍÁĮĶÍĀÉĐĘĶĪÍĘÉĖÃÁÉĘĀĶĪĀĀÉÍĪÉĐĀĘĪËĶĘÅÆAÁĪËŅĖÂČÅĮĘÆÅČÅÂĪÁÂÉÅĪÁŌĮĘÄĘĘĘĪĖĀĀĪŌĮĘÅÉÎĐËÁĐÍÍĘĖĖĪÎÆĮĪŌÆÂÂĀĀÂĖĀÉÆÅBĘAĶÆÂÂÆĪÁĘÉÁĶΑ‡‚ĖĀɓ‡ŒÎÆËĐŅÅĶĖĪÆÉĪĮĖÅÅĶĐÃĶÁĀÍÉĖÁÁĮÉĮĮ‡ĪÁÉÆĶĘÅĮÂÃAŌÅÆĀĀŅÁÃÁÉÍÆÁĀÁĪÂÎĮĘĶÁĘČŌÆĐÍÍĘÉĪÉËĘĀÃĶĪĐÃÉÁĐÆĐĖÅÁÁĐĐÉÃÁÆÆÃĘËĮĐËĀÃÍĐĐĪĶÂÂĶŌĶĪĪÁĐÅĘĘÃĪĘÉĐËÆÆĀĐĀĀÁĘÁŌÂÁĖÁĀÉBÂĘĀÆŌĐÆÅĀĘÍÂĐĪÆÆ…‰ƒ‡ĀÉËÆÅĘŌÆĮĀĪĀĖĐŌĶÍÉĘĘĐĶĐĶĶČÍĖĘĐĮÉĖĘĮĘŌÍĪÂÂĪÉÉĖÉĪĀÂÃĀÍÆČÉĐĐÅÉĪĘĐĐĖĪĀÉĐÎÆĪĖĶÉĶĶĀĶĘĀÉĘÉĐĀĪÉʀ‹ÎÆĐAĘĮāĐĪŅĶËÂĐĶĀĘŌÉĮĘÉĀÉÉĀĶĖÁĖĖŌÉÆĪÎĘĀĶĖĀÎĪĐĐÆÆĐŌĪËÉÅÁĘĐĶĘÆÃĶÁÍÉÁÅÅÃĖĘĶĶÅÍĀŅĮÆĖÅËĪĶÅĀĶÅĪÉĖËĪĀÆĮÃÉĘÃĮ‚’‘“ŠŠ‰ƒŽŠÂÁĘĀʁÆĮŅÉÁĘÁÆÍĀDĐĘĶHÁÂÅĘÆÃĪĶŌÍĮŌËÁÅÅĶÉĶÁÅĘŌĘĪÉĘÅÁÃÉÃÁÉĪËĮĀĶĘĐËĮÃÁÆÉĘĶÁĐÂÆÅĀÉÎÅĐĶĘÃŌÎÉÍČÅĮÃÁŌĶÁÂËÃĐČÆËÁĪĮŌÁŌÂÆĀĀĘĀÂÉÅËÃĪĪĪÎËÉĀÆÉÅÁĀĪŌAĪÍĐÆĀÂĪČĶĮÉÉĀÅÂĐĶÂÆĘĀĶĘĖĀĮĘĘÉÆÃĐĀĶĘÉĐĪĘĪĘĘÎÍĶÎĖÅĖĘĪĪÉĮĘĪÁĘĪĶĖĶÆËĘÅĐÁÅĀĀÆĮÆĶÍĘĀĪĀĖĐĀĘĀĘĐĘĪĘĖĶĮÉĶŅÎÉŌĀĘÉĪĘÉĐĐĘĘĀŌĘĀÂÁÆÁÁBĐŅĘÅĘĘĐÎÂÅÍБŠ†ÁŌĀĘËĘĀĘĀÂÁĐÉĮÉĀĀ͉’Š‡ÄĘŌÎÍÉĮÅĖĖĘĮĪÅÍĖĀÉÆĀÆĮĐĪÍĪËĐÃÅÉÆËÍĀÅÉĘĘËÅĶĶ†“‡ÆÂÂĪŌÍĪ’Ė‚‰‰“ĐËÅÃÉŅĶÉÃĐĶËĐƀÅĐĐÉÎÉÁÁÉĖÅĖĮĶӌĀĐĀĀAĀĶŌĮÃÃĘÃĶČÁĘĀÂÅĘÅÉĀÆËĐÎĮÉĖÎČĪĪĪĀĖĪÅÆŌËËÉÁÁĀÅÆĘĪĶÃÆĀÆÅĀÁŌÅĐŁŌÂĘΊĘÂĪÉĘĶÁŌÃÅĮĶÅÂĀĐŌĘĐÃÅÅĘĪĶĐĘÆĪÁÅĮÂĘÉÆĶÂĮÁÁĶĶŌĶÂÍŌÁÅČĮÎĀĪĖÃʏŒ€“€ĀĮĀÆĘÃÍÎĮĘĪĖÃĖĐÃĖĶÍĀÁĘĘËĮĶĶĪĘĘĘÉŌĖÉĮÉÅÍĐĖĖĘÉƏ‡“ĮĘĘĘĀĮÅÂĐĶĪCĘÉÉÉĪĶÃĶĀĮĀÉÃĘÉĘĐĖÅÅŌÎÁÃĶÁĮÎÉËĘÉĶĘÉĪĘĶÎĘĶĮĀÍÍÎÃĐĖÃĀŌĪÎÉĀĐĐĘĮĀĘÉÉĶáAŅÉĶÁĀĘŌĐÍĶĘĀÍÉĀÎĘĀĘÁĐĐÃÉÍÂÉÃÉÎĶĪĶŅĪÂÍĪÆÃĖËÁĪÂŌÁĀʐĪÃĶÃÃÆČÉÆÅĘĶĶËĶÍÍČÎĮĀÉÉĀÅĀĀĪÂĀĀĪÉĘÁÉÎĮĐĘÎÂÉÉĐŌÂĀĪĶÎÉĘÅĘĘĪĀÆÅÅĘŌĘĮÂĪÍÁĐÅĀĐĶÅĀĀĶÎĘÎÍĮËÉÁÅÉĶĶÃĐÁĀĘÅËĘĀÎÉĶÂÉÂĀÅĘÉĘÎĮĐĀÉĮČÆŌÂĶÅĖÂĮĪĐÅĐĀĀĘÂÃÎĐÉĮÂĶŌĶÁĶČÁÃŌĀÎÅĐÂÉÁĶÃËĀĀĘĘĐĶÆËĐĮĪĪĐĐÉÉÃÅËĀĖĘËÉĀĀĮÂĐÁÉĀÎĘÃÅĪĶĶËĀĀĶÅĮĶÁÆĀĘÉĀÄĘĐĀĘĖĘŅĐÉĀĐÉĀĶĘĐĪĘĘĀĘĪĶÅĐÉĖĮĮĀĶÉĘĐĶĀÉÉĐČĘÆĘAĀĘÃÆĀЇĮÉĀĶĐÍĶĪĘĪÉÄÉÍĖÍĘĘĐĶĀÁŌĶÎĘÆĀĶÉÍĀĖÉĀŌÍÍĪÁĶĐĘĀĖĀĘĖÁĀËĮĪĮŽŽ‡€€‰ĀÁÅĀĀÍÆČÁĀĘÁÁĀĘĪĀĀÉĀÁÁÁÁÍĀBĀĀÍĘĀÉĀĪ‡ĘŌĀÍĀĮÅÃÍÍĪĶĐÆÉÁĘČĘAÁĮÁ‰ÆÆĐĀÁĘĐÆÆĐËÉÁĶÉÎĀÂʀ‡“Šƒ‚‰‡ĶÎĶĪÉÂĘŌÃĪĪÃÎÉĮĐÆĀĶĘĶAĐĘÎÃČĀĪĐĀŌĶĀÁÂĶĘĀÅ·“ĀÍĀƒ‰“…‰ŠÂÍĀÎÉÃÅÉĶĮÂËĘÃÅÁ€ĀÂĀĘĘĐÁBĶÁĮĘĶĀÁÉÅŎ‡ÆĀÉÂĶÂĐĀÉÅĀĘÃÁĀÂĘÉĪĪĪՐŽÍŅĘÃ΁‚ĶÎĘĶĐÎ’ĪÅĪĘĀÂĶÎĘÎĀĮĀÁĪÎÅĐǎ€€‡€Ž€…‚ŠŠ‡€Š‡ÍĪÁĀÅÅĀĶĪČŌĶÅÎĶÃɍĪĶŁƒĘĮĐAĀÃĶĐĘĶAĀÁĀÅĘÎĀÉĶĘÁĶÅĀĖČÆĪÍĀĘĘĮĀĘÉĪĘŌĘĖĶĶÂÅŅĘĘĶĮĮĘĀĪĀÉĀŅĖĘĶĐÁĐĐĘĪĶÎĀĘĐĐÉĘÄÉÉĀĐĀÂĪĶÂĀÁÆĘĀĀĀÎÎŅÅĀĘÃĮÍÂÍĶĶĀĘĘÉĖĖĀĘĮĘÃĮÆÅÂĀÎĘÁĀĶÉĮĀÍĶĪĘÍĶĘÍĮĶâŋÃÉĪÁÅÂÂÉÁĶŅĘĐÉĘĮÉĮÉÍĀĘÂÉĮÁĘÆÃĀÍĐÉËĐĀĶĶÉČÎĪÅÆÆÆĶĘÂĀĘÅĘÎŌĘÂĶÉĪĘÅĶÂÉĀĪČČĪĪ†ŠŽÅÉŅÃĘÁÁÁĮÃĀĀÁÍÎĮĶĀĪÍĶÂÃÃÍÃĶEÍÍÍĀÉĪĮÃĪÍĐÂÎÆĶŌ€†…ĘÁÁÆĶĘĶÎĮËĶĀĮÉÎÅÅÉÂÉÃÉĪĘĀÁÉĘÂÅĘĀĀÉĪÁĘĶĶĪÂĀÆÉĪĮĪÆĪÉÁČÎĐĮÆÍĀÂĘÃĘĮÃĘÉĪÎȇĪĐĀĐÁĘÁĘĪÆĐÎĀĪÉŌČĀ‚ÁÅĀĐĖĶĪÍÉĮĶĶÉÃĮÁĀĘÆĪËĘÆÅĖĪĀËĀÉĪÉÃĘÍÅĀĀÆĶĀČĶÂĮÍĐÂÍĘĖĀĶĮĘĘÉĖĶAĪĮÉÉĀĘĪĘĀÂĶĘĘĘÉŌĘŅÉÆĘÅÁÉĪĮÉÉĘĪĖĘÂĶÉĮĘÉĀÁÅÅĪĐĘĘĐĀÉÂŌĶÉÁĪĀĘĘĮĀÉĀĘĀÍĀĘĪÅÃĪÆŌÄËĪĘÍÅĶĘÉĘĖĘŅÍĪÉĐĶĘÉËŅŅĘÍËÂĪÅÎĶĀÅĀÂĀÂÎŌĮĮÁÍŌÁĘÅÅĀÅĀĘĘÁËĐĘĐĘĐÉĖĀĀĘĀĀĀÉŅĮĮĪĶÁÅÂÍÍĪĪÂĐÎÍÍĶÃʑŠŽŌĐÃÉĐÆËCĐĪÃÉÆĐĐÉÂĮÅĮĶEĶĐĀĶĮÅĪĖÁÍÉĐŌĪĮÅŌÂŌĀ…‰ŒĶÁĖÃÁÂÉĀĐÅȓƒÁŌÉÁÂŌÅĶ‚€‹“Œ‡ŽĪÃĀÉÆÉËĮÎÃÎÃÁĘÁĘ€ĪÅĮÃÉĘĪÃÎĀĐÃĶÁÂÃŅÅÁĪĶÉÁŌĪĐĀĘĮÆDĶÃËÉÃÂÆĖÂÍĪĪÁĀĮĘŌÁÆĮĀÃĘĘÎĶĶÁÎÎĀĀÆÅÃĀÂČÂÂĶĘĶŅĪÅĪÁÅŒĘÂĶĶ‡ĘÆŅÆBÃÎĘÉĘÁÁÃÁĪÁĶĘĶÅЃŽƒŽĘĪÂÅĐĪÃÉĪÁĶËÎÅÉÃĀÉŠČÉÆŅĮÃĀÆÂĪĪÆĀÅÅĘÍĐÎĘĮŌĘĶĖĶÉĐĶĘĖĪĘËÂĀĶĀŅĘĐÉĶ·ĘĘĐÉÎAÍĮÍĖĀĘÉĘĪĪĖĘÉÁÂĶĘÆÉÆAÅÅÆËĮÅÅÆÉŌĐĪĘĀÍĐĐĘĘĀĘĘÃEĶÍÍÅĪĀĶĖÍĮÍĀÉĘĘĘĶÉãģ ÂÁĶĘĘĘĐĀĶĘŅÉĶĶËÂÉĘÃĀÉÃĘĪÃĶÅÉËĪÎÅĪÎĶÆÃÅĶŌĀĀĖĘĪĶÎËĀĶÂĶÁĮŌÍÍÃŌĶŌĶÉÍÃÃÃĐÉŌŅÁĪÁĶĘÆŌĘĪÅĪĪÁÆĪÆĘĮÎÃĀBĶĮŅĶÆŌĀĘÉĪĮÅČÃÉĀÆĘĐĪʅ‚‘ÍĘŌÆÅĐĶČĪÆĶĀĐÉĮĖĶËÅŌÅĶĶĶÂÎÂĪĘÁŌÂÉÎĘĪĖËĪÉÅÂĮÅBÆĀĮĶÉÆĖĀÆĀÆŌĖĶÁЇ’ÉĪĮÉÃÃĘÂÉÎÉÁĶƒÉÎĘĪĶÅÉÁÎĖÁÁĮÉĀÆĘÂÆĮÆAĶĀĀÉĶĖÁ‡ÆĀĪĐÉĮËĀËĘÆĐĪĪĪÃĶÆÉĶĐĐÁĪĐĘÁĀĶĐĘÂĘËÉÆÍÉĶĀĘÉÄĀĶÍČĘĪĪĶĶÉĘĪĘĶĮÉĘÍĀÉÁČŌĶÂĀÉĖĪĮĮÉĀÉĀĖĀĶĖÉČËËÍAĀĶÂÃÆІ‘‚“ĀËĪÄÆĶĀÍÍĪĘĖÉĐʏÍĘÍĐĘÆĀÅÆÁĀÎĘËĐÍĀĖĮĀĀÍĘĪÉĶĶĘĖĮŌÉÁ‡‚“ŠČËÂÎEĶÂĶĘĘĐĘCÁÎÉÂĀĶĖĀÎĪËĐĘĘÉĀĮĘĶĮŌĀÎĶĪËĘĮÍĖÃĘÆÃĘŌĖÎĪĐÍĪÉĪÉĮËĀÅÍĘÅĪÃÉÉÁČĶĪĶĮËĖÁĀÂĪĀĐÃÎĀÎĘĐĖĶÆĐĐÉÅÍËÎËĪŅÁÆĮĖĐÉÆBÉËÃÆĘÃÅÅĘÁĮÉĪÂÉŅĶĖÉ˂‰ƒĖĀĮÉËĐÎĶĮÉAËĀĮĪÃĘÂĶÉÉDÉÆĐĶÂĘÎÃĀĪŌĪÆÁĶĪ‡’‰‰‰ƒ‰‚’€€€ŌĘÂÉÉÅĶĶĪĶĶËĮĐĪĶÆĮĘÆÁÎÉĪÉÁŌÎÁÃĶÃĪÍËËÉËĘÎĘĶĶĀĐĘÆĶÃÁÉÆÆĮĀĖÉːÆÂĀÁĮŅÉŌÉÃÉËĪÃɏ’“†ËĀĘÉÆÅÆÉBĘĀÉĀŅŌÆŌĖÅÁĀÉËËĘĐĘĶÎĀĐÉĀĶÉÉĘŌĘÂÁÂĘĐÆĶĀÉĮĐĘĖĪĐĮÉŅĖĘŌĘĘÃŌÂĘĪĶĀĶĮÍÉĀĀĶĪÉÆÉĶĖĘĶŌĘĀŅĀĘˆ†“‹†……†ŠŒĘËÆĶĘĪĮĘËÉĶĶĖĶĶĘĖÉĖĘĮÃĐĪÆĶĖËÁÉĀĀÎĖĶĮĖĘĪĐĘĪĘĖĘĶÍä§ÚâĮĪÂĪÉÉĶÍĐÂĪÁŌËÂÉĪÃɀÆÉĶŌĐĐÎĀÃĶËĶÃĘÆÁÁÍÆÎĪĪĘÁĶĮÃÆËĀĖĶĘĐĶÃĖÅĮÂĶĀÍĮËÆÆËÉÆŌÉËÃÍÎÃÉČĖĐÉĶÂÅÎĀĶĮÆČÍĖĶÆÍĀĖÉĮĪĶĘĶĖĘÎĶAĶĀĮĶĀĪĀĀÉÉÉĮĘÅÉĶĘÆĘČÅĶĀÉÉĶĘĖÂĶÃŌÉÆËĘÃÉĐŅĐĀĀŅÅÅÅĪĘÍĐĀĖĀÉÍĀÍĀĘĀŠĖÃÉĀËÃÍĖÍĪĘÎÉĶÉĀĘÉĐĖĘÍĐŌĐŌĶÉDËĘËČËĶĪÎÎËÂĖĘÃČÅĐĶ͇“‡ĘĀÍË‹Œ‰‡ĪÉĶĀĘÍĀĐ˃Ž†ŽŠ†ÂÅÂÆĶ‘ŒŽ‚‡ĐĪÆËĐĀËĶËÆÆËÉĘËËÃÂÁĶĶÉĐĪÍĶ‡ŒĪĪÎÁČĐĪŌĀÎÆĪÎËŌĀÅĶÍÉĐÉĪÂÃĀĪÂÆĖĶÆŌFĘĮËĘËÂÍÉÎÃĮŌÉCÅĘĪGÆĪÉÃÉÁĶĶĪÃÂÆAÃÅÁËĀĘÆËËÉÆÂĐÎĮĐÂÂĶÁĘĮĪÆŌŌĖĮĶËÂÃĶĀÂÁÉÂĀÉĐĐĮËŌĪĪĐĘŅÆĮÃËÎĶÃÉÍĘÁŌÃĪÉĪËÃĖÂĀÆÂĘÅĪŌÍĮËĘËÆĶŠ…Ž†‘ĐĮĶÉĘÁÁÂĮÉËŌĐĪĶĀÆÅĘDÎËÎĪËÉËÆĀÅÎËÉÆĀĘŠĶĐĐÉÅĮÃĀÆĪĐĘÆÂĐÎĖĖĘĪĪĶĪĘĘÉĐĘÍËÂĘĮËĀĘÉÄĐÍĘĪÍÍĮĘÉĐĮÂÎĘĮĖĐĮÍĖÉÉĪÉÉĶĶÁÂÉĘÃŌÃƉÆČŌËČËĀĖĀËÁĖÍĘĪĀĀĶĶĖÉĘGËĪΑ€ŽŠĪĘĀÍÉÍĪĖÉÉĶågĀĀÉŌĘĘĘĀĘĀĀĶÉÍÆĮĘÁĖĀĪÉÍĪĶĐÍÎĘËĶÉĀÃĶĮÆÆÎĀČĖÎĐĶÁÆĀĘÁĶÎĶÅĘĶÁÉĐĪÁĪĀÆĘÅÍĮŅĮĐĖÅĀÅÁĶÆĀÆĐÅÁÁÎÃÎĐËCÉÃŅĖÂÎĀĶÍÎÉÅŌĀŠÁĐÅĀÆĘÁÆĘĀÃÍËĘĀÍÁÎĪÅĶÍĶÉĮÂÁÆÍÆĶÅÁĀĀĘÃÁČĘĶĪÅËÃÅĶĘĪĀÍĐÆĪÂČÆĘŌĘĐĘĶÂĮÁĶÃĮĘÃĀĘÆÁĶĪÎĶÎĮÉÎĀĐĮÆĘĮËËĶĀÃĶĪŌÉÁĐĐĀÃĀČÎĀĘĶÂÉÁÅĪĐĶÅÉÁĀÉÃÆĘÅĪÅÎĘËĶÁŅĐĐÍÅĀÁŌĶĪÃĶĮÁÃĀÉĘÉĮĶĀĘĀĀĘĘĘÉÁĘĐĶĀĶĶĀÄĶ‰“€Š‡ĘĶFÅĐĖĀĮÉĀĀĘÉĀĶÉÉČAÁÁĘĪÎÃÎĀÆĪĮĘÉĘÎĀĘĀĮĪĪĘĪĐĶÉÍĘÍĀĘĘĐĶĶÍËÎĘĘĖÉĐĘÍÄĘÍĀĶĶĪĶĪĘĘĮÆĮČĀČĮ€ˆ‚€€‡ŽÁÉĀĀĘĀĘŅÁŅĪ‡ÁĀĀĀĐĶÁÍÍĶÁČĮĘĀĀĶĶĶĘÍĀĮĪÍĘŌÁĪÉĮĐÃÍĘĪĖÆĪÉÉĘÃŌ‘ŽÎĐĪĘĐÃĐĘÆÆCÉĀĘÃĶĀĀŌĪÁÁ€…Š‡ĘĐÆÎÁÃŌĶÉÁÎĘĮAÎĶÃÃĶÉĪÁĐÁæ'ÉÉĘɏ‡‘ÉŌÍĘÅÁÆĪÂÆĶËÉĐĀÉĶĀĀÎĶĪÎĪÃÉÆÆĘĶËËÉĐÃĪĮĶĪÂËÉĐĐĀĪÍĶĶĶÆÍÃĀÅÂĶÃÃĪĶÁËĘÁÃËĘÎĐÉÁËÃÉÃËÆ“†ÉĪĘÃÃÎÉĶÍĘĶĮÎŌÃĮÍÁŌĮFÆËÅÃÆÆËÎÉÁÆĶÂĪĮÃÅĪÆÍĀĶÃŌÎÅĘĐĘŌÂĪÃÅĀÂÅÉĪĀĐÁĀÉÎĀÂÍÆĪÆÍĪŌĶÁĪÃĮÁÍŌÃĀËĐĘĮÃÉÎÉĘČЀÅĮŌËĶÅÆËĀÉÆËĐÉŌĪÁ‰‚‡…€ÎÅÂĀĐĘÅĶËÁĐĮĮĐËĐĶÃĪĀÅĐËÉĪÆĖĘËĐÍÅÉŌĪÃĐĶÂÅĀÃÁËËÃÍÃÅĘĐČÃÍĘĘĐÉĘĶĮÉĘÍÉĶĘËÆÍAĶĀĮÉĶÍÍĶĮÅĀĐĐĘÍĪÉÍĘĪĘĘĶĪĀĐËÅŌĐ’ĐÆĀĶĘĶĘČÃÍËĶĶĘĶĪĐĘĀĐĶŅĀÍĘĘĘĖĀĪÉÉÅÍÉËĪÉÎÉĶĪĶĐĘÉĀĘĘÉĖÉÂČÎĘĀÛÃWP_192880951.1l9•Ōx/BšrÚ`ÖÁšÂ'$…-UĀ‚%!ŽŖɃ‚č)3AIį=5AQĢ)›yę¨DKUVQË)åž*™§Hh¤ƒœkc PB2L9§™#@-$—2NB#ĀaBÁ RgÎ%PjLđ\‘Ā(Ņ^i¸ĐfHhÄäÎ:Š…1ÔbMDĨŒPĪˆ j¤´ĩfXÂ=ķ‚Ą­§y‰ÆH@ž‰†2¤ ĪœÂĄ čĩJrDUŒHãĨW‚jo,ÔLX¤Ô­%(fˆKA Ú0NŠ 0ę93ęĖļV›qș‚˜–Œ\§Ļ a­¤fŪp&(傀@„pƄĩBJdČ{  Â”Ĩ(į> č)ÅÃÉÄËÁËČĶÍĘĪÎĪČĐĀÁĐÉĀÁĀÁÂ[ĐĀÉĀĘĘĐĀÁÆĘŌĪBĐČŌĪĶĶÄÁĶÉËBĀĮËĘČÆĶÃÉĖÂČĐËĮÆŅÎČĐÆĮËÉĶÁÃÁĀŌÉÂČÃÃĀAĀĶĪÆɉŽŠ†‰†“Š‡‹ÆÁÉĐĶËĪĶĐÆËÃÃĶËĖÃÃÁĐĀĀŌTsXP_052609093.1ė<‚RJÅC˜õΈˆY€Ø ¨– `p ` ÍPä<ĖæQ°47ĪÃT,Ėƒ á|ā”yRN¨ ÔI0@5•§„ä€đ0õ†09Õ\aŽ4á9āĪ`ž3“hS5$5Ÿ™!Č"8!HdgƘ2‚Ē!4ŅT@” $s†sbĒ‘<đ¤’aĀäÄ3I4ÔsŠ¸s‚„ÆĻĶ¨Ÿ<§Ŧ6ZB/–Ilȅ˜ ´ÔtįÄdf1ÍĀÂĀ‘qŪ Ĩaĸ R `zķ§āĮ”PJcžfÆ4f$é’kFˇ†[muB+ Ļ ˜ãŠįĀl/$…â&ĖP|gŽ`á)Ą$ ĩ)OXî$ ô!WP_231768584.1l-•JÍĘDL8Ķã,0Ą*ˁf 84ĄQŠpĀy+ÍĻoHg/šÎÁ¤‘L˜°å†J3ŀÎ{&eŠ KéXCē%Ô Ąæcg)v Ā*„ĨP DpnØd™q,§$Tâ”æ@­IΙ"5 Ԛ¸9_2`Ēb†3`ļYBž3…ŠÁIXT0”#TƒsĄ”ā¸Ā’90EĖRĻ€PPX¨b"ÎĶĐĘĪĀÂĀÉĐÎBĶĪĪÎÅËĐÆÅĶĀĪŅÅĮĖÂĘÉĘĶĶĘĀĮÂĀĶÂÅĪÉČĶĘŅĶÅĐĪĐÉÆÆÉĀĐÁÅĘĀÅŅĪÎÅÎÆËÅÅĘĖÅÅÆŌÃËÁĀËËĶĘÍĮĪĐÍĪĮÎĮĪÅÃÅĶÁĘÆĐĪÁÎŅÅÁÅĀÁÅÅÉĶ“ÃĪÁÉĀÆĀÅÁÍÅČÅĘĐÉFĪÉĀĘČĪÃŅÍÆĪÉĘĀĀËÅĀĀÃĶ˙éXP_051312901.1 *8RgžōF˜3*bŒ:ÉHĶ֒#<—pÎČrę<āf2㘚0ī2L¯@yÄ &āNYG#•Œ 5 TÅĨ”POŊđŽ:f “æ ŌœPVIĘ´9BPĪL8Ŗ48ÁHLLB„,Ļ–ééDR@Ē&0aš`eáFiÎ9åP€@PËü ÆWP_209676560.1,¤   Á¸bÆ L8ĮQÎ3€FI†{ap€K=ĨĻ1OÍsT8*įĖJ™wTpĀ ,ķ Øsp˜Ē0į;n”LĘŊŸL'Œ&æ˜AŊá|+ ’˜ĮĀdŌđ< ŽRĖPæ `Ēķä0Ē3L/ͧŽžãāqjš&ÂsaN‡ÚšÆ08Ž Í1Å.)v@bōMX„’O͖cN1–΋s”XaĀ0Ā4Ĩ…&4-„ ĨLĀ ˜įN’\ę8Ĩ"DÁä@SOuæ ÅŊkŧ#dÎHfLF-hi€éæEøP'ã™sŒ PS0BĪŖĀ€ÁÍ[&ÄU‰ĘĄyŪDĪŠsRœp8@)đ”JM΄ėŊp@á85ÜZ`į˜(5S2cL1GAÁ  ‘Œy&J*N Ū4@9HM• ž2ƒ:E=éæ#æÍŒ§(˜nÎÎrsŒņ†rĖ''Pā ĄĻ9žFˆĘņ&Ė%ÂBå<€šį­“ŒcR ĩ 95Īđ€ŗžiĒŧ8ÕaųÜę5ÕæëdåœGM8ÔsHÍ€‚O`’Á ĨDX ŦĄP&0œÎ=5ĶœÃ4Xf:Ķæ8sŽ @8áŠŖJ ĀÜ;3­ņT P1Įxb$uĖ€ČöÜKî„Ā‚ĮĖi ΉđčLp!4 í€\4Å$€›ĀĸHī¨ļĀ á(Ĩ„;#™3 b:u BŦ6Ũ GÎyÂY -U&€ dÖ¸^šĮËĀÁÉĪÂĘĪÁĀĪĘĐĶÁĶĶÆĶÉÎˎ’ĶĘÆĘÎÂËËÁÅĐŌĘÆŠƒ‚€ÍÃÂÎĘÎĐĶĶĘAÀ‡ĶĶĀAĀËĖĘĀĪĶĮĶÂĀĖÉĪĘŌËĀÅÆÃĶÁÉĖÉÎĖAĘÆĘĪĶŌÆĮÉĘĘІĶĖËÃBĀĀÂÁŅÄĶÂĖÆÁŌËĖĪĀĘĮĶÁÂĀĮŌÂÆËɀ†€ƒŒŒŽ‰ŽƒŽ’‘‹Ž‡ƒŒĀÅČ“Š‹‹†ŌÉĶĘÃĖĖĐĮËËÆÆĘÉĀĘÅËĀĀĀÉĶ“ÃĐĮĘÉËÉÎĐÍĐĶĪĪËÉÁĐÃÅ°fŒÂĘÆÉĀĪĘĀÉĮÉÁÉÉĀÎĖÎĮËÉÆĶÎÂĀËÎÉĪĖÍĪÉʏÍÃĐĖÆŽ‰€ĘËĐÉĐÂÆĶĖĶÃĘĀËÉĘĀĀÅĶĮÂĀÉÉĐĪĘĘŌËËČÂÆËÉĶĘÎ˓†“’Ž‰ĀËÎĖĀĀÆÆÂÆÃÆÎÉÉĶÅËBĶËĐËĮÄĶĘĖÃÆŌÃËĀĀÁĶÁÂÉ˃‚…‹ÁČĘÂÆĮˆ†ŒŌÉĶÉÉĮÃÉĘĐĀĮËÆƌÎÉĐÁÉÅĘĀĀÉÉĖÉĐАÉĐĮÂÉËÍÎĮÍĶĮĀĖĖÁÉĻfuÂĘÆÉĀĪĘĪĀĘĮÉÁÉÉĀÎÉÎĮËÉÆĶÎÂËÂĪĐÉĪĖĪ‰ĀĪÎÍÂĀÆĖÆÎĖĀĘː‰‚ĐÍĶĶAĀËĖĘĖĀĀÅĶĮÂĀÉĘĐĪĘĘŌÄËČĀÆĶËĶĘ΋“†ŠŠÂËÉÆÁČŌĘĀËÂƃĀÉÉÂĐËBÉÂĐÂÄÉĖÃÃŌÂËÃĀĖĶÁÂÉËÆŌ“‹€ËĘÂÂĮˆ‹ŠŌÉĘÃÉĖĐĀĮËÆÆЎÉĀÁĘÅĘĀĀÉÉÉ“ÂĐĮÉÉËÍÎĀÍĶĐĪËÉÁĐÃÂÅĮ<íGAW04005.1ėŠPĀ˜ט'šˇE)4 ,já” ŧ6ŒĖÄR‰‘Äe6ŒtĀ”$=–ĀSq÷āY3ø 8ī˜:GļVˆÅ€°Xk4‰œHŗ'@™@™Õ@mLC‚šn.𞐓 ˇHĨĨaLg˛™ÔyPƒšöŒRcŠb čæJ˜š@ZļcXH­ų\Áƒ”:ž“ HíõŌoMā`B`B7œ!C40  5”€=ņÔiį Ļšm­f(.)˙ÁĶĘĐĐÆÆÍÂĘÉÂĪĀĀÎŌÍĀĪËÍÁĐÍĀÄĶĶÂÍÆÁËŌĀĖĪÆÁĮÍÂÍÆĐĘÃËĶÉŅĘÅÆĶĘÂÍĀ€ĮÃĐÎËÍÂÉËĖĀÉĮČÉËŌÍÁÍĐĪĪĪĀÉÃÂŌÉÁĘČĶĪĀĶÉĀĮĖĮÂĖȁÎËĪĖÃËÃĘĀĘÆŌČÉĐÄĮĮĖĪĀČĘĀËÂĶĘÂÄĘÁĘÅĀĪÃĮĶĖĘĖĀĪĘČĶČŌĪĖÂĘÂĀĀĶĐĪÉĘČĮÉÎÂČÍÃÆÂɏ‹ÂÍĐÍËËÁĖÂĶĶĐÍÄĶĘĶĘ*ÁĘÉĐÄĘĀÃĶĪĀĀĘÁĀČĪÁČÎÅŌĀÆĘĮÍÁĪÅAĮĀÎÆÉÃĘÃĀÅÁÅËÍĮÃĀĀĀÍČÉĘÃÉĀĮÃĀĘĶĪÅÎĐĘÉĀĮĪĀŅÅÉÆĀÃĘÁĀÁÉËĮŌĖÁĐĖÄĪĐĶĪĀĐĘĀĐĀÍËÉĶĪŌĪÉĪĀĪĀČÄĀĀÃĘÉÁĀÁÅÉĶÍĀĮÆBĘŅĘĐĖŒÃĖĮĪ‹ÎĀČĪŌÃĀÃÉĀĮĮĖĘÃŌÃČĶËÁČĘĘĶĪĮĀÃĖĶĪBĀĶÄĖĘÆĮĶAĐĀĘBĐĘĶÉĘÆÁĐĀĘÃĐĘÎBÎÉĀĘĪĪĀĪĶČŌÄĘĖĖÁĮÍÉĮĪĀÂÉÆĘÆĮĀËÃÍÎÉĶÅĀĪÁĀĐĘĀĐĶÍĐĪ+HF@ÃÂÂÂÁĘĘĘĀÅÉÆĀÎÉÁĀĀĀÁŌĮĪÆÉĐĪĐĐÉÃƀ‡…‡‰€‡ƒ‡€‘Ž€ƒŌÁŌÅÆBĮCĀÆĘĀÆŅBĘKÄŌĮÉĪĐĪĀÁĀĘĘĪÁÁĘĘÁĖĶÄĶĘÄĀÃĐAĘĀĮĘÎĐÂČĘÆÃEÃĀÁĪÁÂÁÉÂÉĀĀĘÍĘĐÁÆÎĮÎHĶĘĘĮĀĪĪĖĪĪÃÅĘĀÅÅÁÃĘÅĘÃĀĀČÉÃĘĀÆČÂĪĖĪÅĶĀĀĶCÅĮĶÎÄĐĀĀĘĀÄŅĘÁÁ€†ĘÎČĶŅÃĮÆĀĀĘÎĀĘĶÍĐÅĶĮĪČÎĀĮĮĪŠÍĀÂĐÄņƸWEU87158.1Ė<5ŨiÂ,ˆfQOšŠĘ cĒN;ãMcĻz„‚Ô’ŖĻ™fŠ\QĻ89[Zá  pč ÉĻQeN*ō„w TgĒéĐ<&š dXSŠ°Äë€sГ ĩ^ę ŖNšŅŠQĀ…Ū;ŖX0Jœ$ r!9né”!i Ĩ@gG zĻ¨ŅŌ€+œ) dˆšđĖzŌ¨]3i)°VŠ‰cˆm6§ÄKiÁT\˜f­ĨÆiė„Ū”n‚į„!ĸ0ĸTl‘Č1đÅĪhsHL#Ąā2@HŽTŽ0įJ’8@xfgĐSĀH$Ė;jÁ¤Â:'ĀÚ9dļ'į!H,dœ.€D:D xæ<æĻNÍŨ$IŔ2i h–$@'›PØ ZįׄíŒg2ŗšŪ 6Ŗ† iŦŠ„Yä §Qš)LdN0ĀL Ēâæ3JA§Nj˜ø€RĒ6Ė;Ļ-b’ŧ&fcÎ ÆĶŒ{°H#4cČr–SĻĒ8sīŊ÷Ū{īŊ÷ŪyJį™! „0˜Ļ™Åe˜QĐÍY`2SŧöŽTKÁ!ĻLK€‘Ļ1`­šœs ĔjĄsÎ(ą°2ÍC&ÅqjÍs™ę$Xˆ(4įqbŠuĖHEŠõ€4ĸ‰‚ĖT 8Ĩ8Š0\BO…Iæ€3@1Ĩŗ%”KÍ÷š2l=ŗĘ4e%`’[ÆĖåZ‚æ-÷Ļ)a•1ÖJ iĖ„*cāj Ą”’i$q„Bn<Õ|#›Zk'ĶųNy°¨“LS+œąŪ”>á lHcf‚mĩ RO3Lk6įI(˜ƒ=å)ĨĨŒ WZ‰‡ĖY°ÉŠœĒ0 hFJáp¯Š${@ ׊Kē2ÅQđĨÁ‚H P ĒR’QĢ į€*H@Į *) ‰XpŖΘÁ@ö¤jĄÆ#+L%æ$ ’SJP­3 ˜L˛ՓĻ´ĩÎ,ÉHÎ*.Šf)æš6{Ā9P¤Q Ø ĪHx„,ä šP‚o¨$IãĨāzĪČu\‚c6šŒxB˜–›P.5Μš4ÜRCHšÖO6hŠKCM'Š“N€×†hĢM2DZ ŒĄDQđČĩxÁ¨5akn(qƜ š„îĩĩXJĄåŌŒh  XĘåŒ$ĸâƒËMŸxmLĩž 6„Ä ĩÜ|ÆĖi„ƒŠŦ1•!b.͜g¤¤–B<ĩ4f‡bČ9Ä{ Ļĩœ0ꅩŽZPˆŽ`Š7]0!ÁrM‰5įƒŠ4a J„I ĖÉÖ RĒ( ŠŌ9XÎõæY(^R­įD{K%‘RŠM)õ&QįŠ$@ŠØę0÷$Gs¤Š €’Āķ’#oõŽO (ŨSĻ’`z¯­8í¨ Ll Ȥ ­ÉŠŽ ąĸZ{˛‰ZzâEÅĸJI¨Ypé6“Š5đš”3Ž''šs"Ūƒ„1"WĀ0 0Mqf¯É)8gF–B" 2°plé 3AęŠŌVpI88Ę{2Íņ&œKœ—’m,pʂŌôÔCm 5„ @¸ÎS.‰™fgŊEŒyŦŪ”ōÅHqI)5 PķyÆf‚šX@NÛ{°‰é˜YjA5–˜O 1Ճ-=B9mŽ7ĻkĖiˆZęĄōF2žņˆ’)(ŚF0čÂP4Č%Ęë!‘€JQĖ5{ę™ĸÂ*)<ÖBšļ$ÂPæsB¸P뜕ĻQ­ĸŌšPÍĻÚ 5ŠtMö‚ŖŊgR:r4Ι0Œ4 Ŗ Û+áœ'Ą §3Á`æisēŖ܁IÅMĄĻ\˜íyD"ēˇT2Žād* Š­ŪYn:Iä€b*sŪŌ<܀ANÅÆy)•æ”Ęœ7ÜļņŒ$HLxœIæƒī„8•CĘđ”;ŗ‘3˜B)(XƒNĨâŌj¤^šāœ4Aš¤l,´@;F>4'h*Õ{ NEtSžĻܙōÍ$•T°IŘ¯)€R‰l˛šŽÅ)‘ôāBMÆ֞j…0ggžö`3E`SJ,äZ*ŧ1•r )‚T@Iąä’íĀ„O!H”í‰wŪ˜Jį | >0Uy§…Å@sīŦiaŗLH„P‰ŖĸcNI\@3øĖ`J8!ÍP*…õMÍŽ˜E…™zŦ2ÕRk„[Đ-šÚ Š¸S`{S"Åyî) ,8Ņ`Zį5%Î#įÍĶDrų‘ !f”ƒg"pāPæˆ&ks„Aā°a‚SLĸ’Ė$Îą)„P‰Ņ„š€-)¤q –æHę8õ@'Š#āŠe”*â0qLę< ”ĻA×ƜĄw&l做Lë@„ĸR &ŸRSÍō`‰Oĩ֔44å`'%Āh€ą6Z4ETSĘ=ā˛ 6%sāÅÉBb0ĒÁæ€OŊĶ–ZƒL&Ás*•ƒ Ā)Į8 „Ąbb*¨Ļ\SĘ#€¤Į"P)Ŋ ŸīĖ ádMpŌlŒL#‰K­%xT…$ĻĻ$MŲ$˛ՈR"ČTgĘ!Õ|°˜$¯Ĩœ[âĨÚR"-ĨÎ8æ”´‘¤k‚ĶĀjjAAHhÅŦaÆ*'ۜ+ ؞“J­A˜`ĄŅÚj!3Øt(ŊP‚‚KB†š¨€Ú0GÕ2IM(!c ŲÄZ#ĘŅĻn$ĻBf(@Šgid8ižŠ ĸ %Žˆr´3Z*ēķÎtsŽ'åSŠš¤ ‚(ĖCsĀĄār2­8”Zr4hLPKĩd[2Ž%r‚LAԁ$…MLÕœÍ)øÚqj†•Úgē6įƒGĸŒ:s"QÆ ŊÔkË(5%ÆxG(ĨÆ ’ö& 1A+p.wDk49˜oÖ–9īMŖj­2Ž Ŋ!‡”A å ##…ĸT›ĶĖ9–lƒČqIˆ2ĶBõĀiŽ‰ĪAI9{ŌŒ2€j@ÂÄL&X˜PK‚ôĀ8Á™/‘Ą4T–Rë%`8Ι|ĢÉs"L-8åĶ‡;qHˇČ€9ÁTH <5 AHČS…&ƒÂPĻz†MFÎyJÎå΁ī ˆ7›H¤€ ˜(õā8b%0–œA¨‚‚’†(DsĀŅĻ0MŠÂBí1–ÔĖIšxP‚WŽšāĨ%ÚzSIY„˜=‰ĐĀĄā:™F^AŠšĘCNŠœtÃŊÔ‡´9Fš ŽK&´ųHH§āBN#Á˜ )ŠŠLa)4Œ‚15˜|“)(†€/ČhœiŌ&ĄCpĒæd*"^OrI!¸ĻY„ȁfzđĄĨĻzS89‰î1ᘰ(ŠÎaOJ˛ZÎĨל"@œ2ÛQr HæyCL8š @2"ā ™@ÔR ÕĐؖzō$g0SŊŒBęE3ĪrÁ9%‚ŗÁ#ÄKŧ5K:FÂfÖō 0§ B(—ķ ŲĻ‚ÁɜzĀA5]1HΐāQŌA%Ō“ĻŊ'&˛ŦyXYōAUŽsžõPé( ¤t„4%ä!折ԒĘĨąČ )9@˜†´ąÚšâAeŠœĀ)€rB0Ōœm˜ô€Bõæ ¨’SĻ3(Ę Rp¨Œ3˛‰7IPlÁtÜ`MHB ˜4œ¨)‡Xj´Æz ļX“ëĖŅ˜ī$‚+éĖLS0bX`ļôœ¯0Á[Iå`sŧWÎ3rș,Đ#bŠĐÄ °æIŠ$öFJŽĨJƒO™äB@U€ÕÖ o͏Bā Ro¸Ú‚æ(2Gr'š5”!¨ô;m1!ËG:ÁZ‚ÁšÄtژæ`0`(”SEöā™BM00€ Â×<čŦÛg͡Æ3QČđæ;S9CŒ>xĖR9@ŠsÄSĢŊ3&8 Ž2fPōÁĨĖ„fÁĨÂhŗÎ[S2Đ„nČÕÆÄeToˆ…1m¨÷8 & æR­d˜kČŌ„:EÁô†@Ÿō|íÍšĘSK€b€s–ļŽXŒ&͔f3^\JÁķŪƒ0IåÖ|áʁ°ĩæķ,qfxaņ08׀Ošå0"Mwœi<Ø܂æs’9L‰|ęßEŊķæHAÁåœ3ÄÉœcŪã(&ām()×㘸Xf†#@ŽÕX.APF JĖ ßē¸@ IŠ¸˜4K hŪÉ1°áŠ#ĚežÆtā˜ā”C8ņ t @ĩž™į pj((Ę;JI`Qî,“ž˜ Ė7Ũ#„´Ū|ĘĀãւOsĖPC…sĻ ŗHs4èDāĖ7ßi"´Ž)BAU¤:ÅM„zNxĘ0āš“:ÉĖWŒ[kH5Īxj¨gNh`ųĀĖôæL“Ū‘”O(PAd9ČLŅÆTķš€ÃHĩĘRĀLĀkN)xÎĖe@S $€)S­ |°Œ2ÅJ, @ (qŠYmŗ Q#(xĖ,F)–ČŊķ€N)ŗÄjš5‡zÎ XåŠ5ÔJ-3–ŗŊņ<ĶLԞXfÁ™ÖQkš0 xĀ˜ĩdĮ €f3É5Ė:eĖĄž/͕\2kŦ5ך­)gÎ2`š)p<4SƒĀĄ‘mJķ€YŽ8°pEĀŠÜrPŪ(eˇ”™Å˜5ACĄd0LÍcJ˜)•ÆQ* ŲĖFœ‚ š™Šə4M:pͧsXĖr æzƀˇŠr¨ŽOž ĒV0h 9í WP_277479375.1 ą–Œå(STã™6b™æŒTN ŗVĮĖ7Î{!ŒĻc§ô€ b€KaääœËÍ1‡{É )ÁƒRsŒ$oΚ`0'¸´Ô:„'&Tį@Ę4āMõ”ĢšžS@ ŒÆ¨!@ZĀ¨°Î ¨ųœęš IĨî¨‡“C”ÆIjYœ§„¤DŖŊÄLķĩFSÆ\z Ŧ"AaÍž€ƒŊ€diõ<@€!,išWĖQ3Ĩ¤P €Nŧ&8&¤ @ĄgŊ4į;OŒ R *%Ä`ę˜ķ˜ĘxlŒ¤ÎʀŖ Zā“Ž4íAÜ@ÎwĀžãÔkl¤6# Î÷Ā9!P€m¤ƒÜ˜s´Ā fœ BiB=ĨĻĨæŒXhŽÁ˛Ėaœ4Ī”™b0ŅÁ5ŽœPŒwÔ$$¸`  ÅL >(GƝ–Tk S„ą#RP8rLqĘ9yQęŧ) mÎá4 „6â8-,8Aj005Ĝ&‰ŖœrĨd’+tؑę¨ķā„ŒVäŧ 0fÂePđď2 ŗŽ.1aJ3ÃTXÁĖ8mÍ3؄gM…Ā’/HVÖfg@ŗ "ô^˜žzķž8ɸ×Bō‘R0g-¸Ėšcļ'R@Ŗ’00'ßΔĸܐ-A`F‚Ž4G*€˛bīĨˇ ĶÁ!Ŗ­—¤’@ŽrÔ:šp´rĻšË”ĄŒ€P–•įÁiÚ:˜iä8f"€PmĩĖ‘ōŦ<›=ck—ĪĶĀĐĀĪÂŅŌĀÆĖÉÍĮĪĀĶÂĘÂÉĀĪÄÆÅĘÁĮĐAĀĶÁĮĀĀĪĀĮÉËĮАĀËĶÉĘĀÆÆ‘„‹€‰††‹€ĘÃĀƒŒ‚Šƒ‡ƒ‡“ÅŌÅÂĀÂĶÁĶĖĘÆĀÎĐĀĶĐĮÆeĶĶÂĘÎÁĀĖÁÅĀÆĀĀŅÆÄÃÉÅÍÃĐĐÉÁŅĐĀĀĪĐĮÁÂĪĪŌĖČĘÃÂĪĀÂĀĘĘĘEČĮÃÆĪÆÄČĀÆĶĶÍĘĀÅÆÉĘĮÂĀÃŌĐÆĀÉĀÆÂĀÁÁÍÅĘĘĀÂĀĘĘĖĀĘĮĘÎÃĪÆĮÁŅĪĀÉĀĘĖĐĮČĀŌĀĪĀÁÉĀÁĖÍĀĮÍĪÃÂCÁÎČĶĘÃĖČÁÁÆĀĀĀÂƆĘÎĀĮĘĪĀEÆĀŅÃČĀÄĖÁŌCĶÂĪÅĀĶÍĖĘÃÄÃĐĐAÃĘĪĘĶËĐËËĘĶĮĮÅĖĀÉĶÂÅĐɎÁĀĘÅÁĮĀÃÆÅĐĀÆÉĶĀČÉČČĮĐĀĮĀÎČĘĀȌŽ“€„Œ‡†‚ˆČŌĪĮÉËĖĖĶÎÍĪĮĀĶĘÆĀĖĪĶÉÆĶĘÃŅÁĘĀĘĀÉŌÃÄËĶĀ ĻWP_269672356.1Ėŧ7Š‚6ŲHî(§Ô[ŧ8 HIņž* •V9Ž5Ą! áP ™Ėo*¤ĀTč ƒ JÍ@AĒÅçP €U„ j5Ĩ„N4•”FMéÆzgA7‘ Č#8ŠAĻ†4â,¤Ô[n<—âi‰ƒ’!Ė¤Q‚Ķš,N> ‚ĶSÔ sE5‘nŧ]n¨uÔ{ æBGĸ‘T‘J™âZK+(¸˜‘˜öŪ2âL–Ja€`[Åĩāæm,¨ZA0–`–X ˆ•Ė*B…%rJ ÄÆxęŪƒFĒĀ*= œIgĘˆ›r‰%Œ)'´Ø‚7J ¨ Ô &Šz΍ņFK0”ĐÄ3Ļ¤ įZ%$ ŪR@*åNZ)¨“ŠI2×Lé="T8FŦ$˜PŊÖ 0€É`ԑŗ˜‡ŌSËÉĐä3ÍFԀž —@īĨâSJŠÖÔK Ę$Äī17ˆHČ)¤Ü/%÷ÎPÅ-LzĐ<5* Ēų@E‘ĄXg%Áœō(„PŠĩ`RPDu@ZJ S&@š9'„>ĐÂ0##ÎzS “Ā‚đ4¨Ōha†2xŠpÖ)J)ĸ˜{Ķ…ōšXj–÷BsS=s€PBĨ :Å!õ”rōč&(ƒé”jÚkK•d–8Ā03ÕZę Â:GԓpŦ´āĶˆãi3ŠáŠ{N܄‰=ĨĘ:`Šķ’Y (e€î2‰GÔXã%jA•ÂĐË5!Ö(UÚ r-Ĩ>ā?NXE30976.1‚w0ė:îš#ÜlAäQ글2F”0 89§ÜSPž÷Nę9æ3 ÕTĘ@‹ož"U&ĻęœcĖĄ¨ĸ@Rĩ”!$ŊŅcCM ŒkĮČų”;jØÜ9ō=åF`ķ åĖ™S)ąĀ 0…ÎkÁ˜3Œ ŖšĻ!fœšÍ4átę4ĩL@e´VœS΄ H!¨ĶbĨĻL3Áĩ8\)EŠf4Ã<§Šq e€ˆm-•N›SįL?“@ë1ĘĐĀÂAŌČÆÆÂÆČĐĐÃĮÁĪĶ‡ÉĪĘŌĀËÂĮĶĀČŌÅĐAÂĀËÁÉÎËÃĘÆÍĪÃŌÂÆĶŌĘĐÅÆÍËÂËÎĶƏ…‚ĶÍĐÃĶĶÁËËÉĖĶÃĘÃÃĪÉÉËËËĪĖÅÅŌĶĪÆĪĪÎÆĪĪÆŅĐÆÉĀČŌĶÉÆÍĖËÉĶÆĘĘĀÅÉĪČĐÉÄĮÎÅČ’€…ˆ…†“‰‹‚ƒ‚‚ˆ‚ƒ‚‚’€ÅÎÎÍĪĮÁAÄÆÆŅÉĐĀĪĶÅÂÆĀĖĪĪÃĶĘÆÉĪĐÆĪÆÄÂĪÉÍĀÅÆÅAĘŌÎÆĘŌÉÄĪÃŌÁ3WP_101000040.1l- ”‚ęŠ×ĸBĀqšTG‰ĻĖy2­SÎKĮ,đ€@ ’`‰7›+EĀR  Äša<¸Ą#Îyį¨&ŒzíČ%›:k…”N čŠÖŽ,ęœyŪtį•@SNž&āP*‰ÅXŧbä,!ĖuÔKMŽÁā P  Z ŧ€f ëŊŖf:Ė¨sŒ AÔ0ō˜1M™ĨžĘ9¤€#<ķÔ{Čp4 ¸đ se:˜mŒ1Ú °1ߚ¯ĩX ÃÔ āÄz Šmŧ1† c@9Āķ8xĸ0xã c€jČÂÆ[Ē0Ā!ĄX*ƒÃ€dN*Š„+e…  X´wJE_ ā9pŪ1æ<ãÆ9ī…sÂŊ÷Ū{īŊ÷Ū{˜ā8xĖ2Đ<–Xˆu^‰`-Â9 Iđ #'WP_224828628.1,L Ô!GÌ:Ą¨0ĀAÆĨ3CxΜdB2eĀ `L8ÂʄéoÎĀ{į„Á$9ÍQ‚d@;&ŒįÜjJøWP_100521084.1ėLxbļdœq`&˜ā9Ķ‰i,cŪ{īŊ÷Ū{īŊ÷‚„ TáŪ{īŊ÷Ū{īŊožŧ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷†ĄSOÎx 0ar•y†JSĐÆ+—{ā8ŨˆBĻ! €œrĀ„ÄļP@øŒ0BSXsÎp sāšt`žĀ&TÁqŪKJĄ†M đN|8p$ !MpÜ{/<6•€k<á8oÂâÆyīDĐpš”SŦ5)KAG7553039.1 ĶL'=x@Œī9( €ŗŊ'ŸráA“žŠvbmˆ•Äpbœ–CīĩfŽjà S”rãEˇœN€õŒRæ5×ÔŦŠ4 æ55IA ņ–) –A–hđ­ķL€Æ(cÄF>”ZĄe zNš×Ö Ë,uFH¨RÔ|Žo*aĀ42­ĻŠ)Nõ„EĀtŪ,ĨĸÄZ/ XŒ1ƐįB@s(đÂQD1—xŌMÃÄD*Ŋ“zTÃU_¯ÁÃÉÂÆËĘËÆĘÎÂÄĐËĶĖÃÉÃĘĪĘĘÅĖž gEAP5059555.1 ’2ÖS ¸ĶĀƒn&d()…ĀTė`l>Å昐œ÷Žrę P­8ŗĻ'Ą™f)('b@ŠyPG +0)!œĐ5¨Î|Đ ¤ŠN:ɝäˆ-9 @K (õ€RjœC„gđΜĒÔl°  &HŦ´ †P•Ŗf‹§f/šĨÎT`ΖĀTˆEA ‚:ÆĀ^; ÍTPę)uīŊ÷Ū{īŊķ¸tZ:j‡IŠc M*wŪTé5ÕSā%–xɝÉĻ›'MøÔ<ĶĩĻ^š* pžVˆW…2ÅŌČÉĀÅÃĶĶĘȉ€ĀÃÂÎÁĐÃĀÆĐĶĘÂÁÉÍĐÉÉĀĪĶĐŌĮĖÍËĶĪÃÉĐĀĮĮĘĐĶĐŌÍĮĪĘFÍĐÅĶĶĘĮĮĀĶÍĶŌĘĪĐĀÎČČĪΐŠĀĘĀÉĀĪĘĘĪĮÉĪĘĘËÉĘĪΒĪÅĐĐÉĐĘĮÂĖĐĘÂÃĀĘĶÎĘÉÄĪÉÎĘÉĘĘÁÁĖÂĘĪÃÃÆÆĐĘÂĐËĐÉÍÉĪĀĐĘĖĐĪĀĀĶĪÉĐÉŅĶÉÉĘŅÉĀÍÁĘĐĘÍĀĐÍĘĐÃĐÉÁAÍĪÉÆĘÉĀĘĘÉÅXf2ĀĀÂĪĀÅÅĶÍĀĘĪÍĪÃĪÃÍĶDÅŌÁĖĘÉĮĀĮĪĶĘĶĮĶÉÁĪÃĘĖÉĀĮĮĘĀĐĀÄĘCŌÂĀĶAĖĘĖĶĖĀĮĮĀĮÍÉĀĶĘĀŌĪËÎĐÎĀÁĘĀÉĶAĪĀĘĪĮÉÃÍĘĘÉĶČÎÉÆÉÂĐĀĖĶĘĐŅĮÁÂÅÅĶÎÍÉŅĪĀĘĘĘĘÎĘÍŅĘÁÃĶĖĮĪĐĐĘĐËÎÅĪÅÉĀÉĀĀĶĘĘĀĪÉĪĶĪĶĀĐĪĶĘĘĘÍČÂËĘĘÉĀĀĀĐĘĀĘĶÉÄÃĮĘÁĮĘÅÎÉÆĘĀĶĘĶÉĀŌÉÍĘĘŌŌYÆĘĶËÅÁÉĀĶĘĪĐĘÉÉĐÉĶÉĮĖĮĘŌĀĪĪŌƒŠ‰ŽĐÉĮĮĐËÆÍGĘÍĪÁĶÍÉĐĶĀĀĪÉĘĮĐÁÃÃĮÉÉÉÂĮBĶÉĶ͍ÍÍÎÆĀĮĪÍÉŌĖĘĘÄÍĮÉĐÉÉŌĀÍĪ’‹ĪÆĘÅÎĶËĖĶĶĮÍĪĖĀĘĪĮĶĖÉĶĘÉĪĀÆÁÆËĶÃÍÉĀËĘĪÂÉŅĮĐÃÎÍÉŅĀĘÎŅĘĘĘĘÉÎÍĐŌËÂÁÂĘĪĪÎĶÉ×××××××××××××××ĀĶĪĶĐĮĀÉĖËĀĶÎÁÂÅĘÍÉÉĀÉĘŅĘĘÍÃĐĘĮÁĘĶÃÎÃĮĘĀĖĶĀÉĀŌĖŌĘĘËZQ…ŅÁÉĖĀÍĀĶĖĀĶÄÉÉÁĘĐĮĖĪÆĶÉĮĶĶĖĘÍCĶÂĀÍĮĘĘĮĪĘĮĀĶĐĘĘÉÉĖÉĀĀĮĮAÍĪÎČÁĖĘĀĖĪĐĀĐĖĘĖĖĘĀĪĮÎÁĖĀĶĐAÉĪĐŌÂЃ€…“ÁĐAÉĶĖÉĘĘÉBĐÎÄÁÁAÉÎĮÃĐÁĀĶĖĀĘĐÎĐÉĀĘĘĀĀÄĘĐĀĐĀĐĖĐÉĘĪĶĖĖĖĮÍÁÁĐĖÎČÉĶÉĀĶĘĶÍÃŅÄĮÁĖĶĘÍÎÍÅÉĀĘĘĪĐÍÉĀŌÉŌĘĘÁËÅ[Q…ĀÁĶĀĶĐĘĖĶĪĘÉÁĘĐĮĖĪÆĶÉĮĶĶĖĖĖÍÍCĶÃĀĘĘĘĮAĘĮĀĐĘĶÉĖĀĶĀĪÁĮÍĪÎÆÁĖĘĀĖÂĪĀĶĐĘĖĘĘĘAĀĪĮÃÎÁĖĮĘĪÉĪĐŌÂÉĮĐÅĀÉÅĪ„ĀĘĶĘĪĘĀÎĀÁAĘÎĪĀĐÁĀĖĀĘĐÎĀĪĘĘĀĀĀĘĐĀĪĀĐĘĐÉĘĪĶĖĖĖĮÍÁÁĀĘÎÅĘĘĮĘĀĮĘĖĶÃŅÄĮÁĖĘĀÍÎÃÅÉĀĘĖĀĐÍĘĀŌÉŅĘAÁĪ\˙K!ĘÉĘĐÁÉĐĮÉĀÉČÍĀĶĐĘĘĪĐÁÃĐÉĖÉÅĮĐĘĀĶĐĶÍĘÍÍĀĶ’‚ƒ€‚ĀĘŌĐĘĶĪAĘĶĶĮÄĶĮĮĮÍĶÉŌĪĘĀÉĀËÁĖĘÅĘĐÄÉĮĀÍĘČÉĀĖĮÉĶĶĮŅĮĪĪÁÍÆÉĶĖÅĘĪŌĀÁĮČĶĘÍĘÎÍĐĖĮĀĶĘÎĖĘŌÁÎĶĘĖÍÃÃĶÁĘĪŌĘŌÍĐĐĮĶĀĪÉĘĀĀĪĀĶĮĀĘÉĶĶĘÍĶĀÁČÍĀĘĶÉÍĀĮĀĀĘĶĐĮÃĘĮÁĘÍĮĮÎÆÆÉÉĶĀĀĀĘÍÍĘĘÁŌ]ã;Ėɐ‚‡€ˆĪĘĘĖĐĐÃĀÂĐĘÍÂÁÉÉĐĖĀĀĖĪĶĪÍÍĀĀÁÉÃĮÉĖĀDÍĐÍĶHĘĘĘĪÍ͇‹“ĶÍĶĮĮĀĀĘĶĘÉ͍…ÎÅĖÃÎŌÁĘÉÉĶÂĀĐĮÉĀĪĶBĪĪĐĪÅĶĪĘĐĐAĘÄĐĶĐĶĘĮÉĘÉĮĘĶHĐÂĮAÂŌËĶĪÃÅĘÁĘĘĪĀĮËĀĘĮĘĀĶÍĘĀĐĐĪĐĀĶÉĶĀÉÉĶĶĮĶĶÁŌĀĶĶÍĀĀĀĀŅĘĖĘĀĶÃĐÉĮÁĘĶÅÎĪÆÉĀĀĐĘĘĀÉÉĮĶĘÉÍĘĀČËËv6WP_201454235.1h€uÄJ#'3JÁ´Ļ+np›¨eŽJĸÉeƁoÂ^ŦöWP_118944732.1ŒÍfD33ļ (JÉs˜ĖІÍu”0īåæšSŽ§x`™ l X$™`dļįĀb1ĄŖŠQk9ĨPC°4ąLrqĀ4ØhL(Q@gĶJ– kÎyP,ÃPÖJ`F& ‚Ę`*ŠĐÎ(Lˆ &gŦ )S‰æŌM1›R0ÍXf &€˛-# (SāH¸f,`P!(ĩ<`Ąhb¨ŖÚ(É^ Šsäi˜3â‚( ŒŊr”[‡ŧĻĖPĄ6ŽY$UbĘLâTĻ,”™(¨—NĪ@Ôlđ­rĖ™Ā9‡:"´ Ōs’Ö[KšĨܨ˜\qB™yĀ1)pDžöäP͐Ā$p’asĻą„É™ļ–Q 3ĨdJ, _] `§ĄÉÆÄĶÆÆĪŅĪĐĪĐÆĘĖÎĶĘĐĀĶÃĀÁĐĘÃČÍĐĖĐÁĐĘĘÃĮÃĐËĪĀÁËŅĀČČÉĀĀĮRJP93937.1WP_066841281.1BAY23582.1WP_271116088.1MCU0947041.1MBR3944831.1WP_041591748.1OFX32653.1HCT06136.1MBI6149093.1WP_074319120.1SFX27592.1MBY0273331.1WP_176307440.1WP_278631399.1WP_019100427.1MBE5737882.1HHT66172.1OLA08565.1MBP5726154.1KAI0095213.1WP_084371009.1WP_281543397.1WP_221265680.1EHR6291555.1WP_152652784.1RLN50561.1NVM03966.1MSO30570.1WP_132175930.1WP_170725874.1WP_185334683.1MBC7326981.1WP_248562494.1MWR41881.1MBO5162475.1WP_071876418.1MXP43753.1OAN53756.1WP_158791585.1WP_174822921.1WP_207918089.1WP_089246429.1WP_150396769.1WP_153844272.1MBB2134936.1MBP7023394.1WP_083824265.1WP_046302954.1NDH41984.1WP_236355782.1MBR4207675.1VFC12725.1HAG54718.1KQM27662.1WP_122031495.1MCG7868091.1KAJ1449837.1MBU03734.1WP_276369440.1MCH8293010.1WP_096201219.1WP_148565498.1WP_254144300.1KAI1570405.1QLP56207.1WP_270570428.1WP_018187484.1SCN76227.1OGZ08419.1AYX54788.1NJD87536.1WP_141918410.1CAF1315160.1OAA61066.1WP_282139373.1MCP4774001.1WP_201520784.1WP_103270848.1TCJ90160.1NBW88664.1WP_179444023.1CAC9886154.1EEH16378.1WP_214892570.1GEP01990.1WP_017878759.1KAH8586608.1WP_127859415.1WP_186939222.1MBR2406030.1WP_223292749.1MCM1122913.1SHX72876.1MCB0330656.1WP_062517857.1WP_265272113.1QLL42869.1XP_013404023.1WP_269061021.1WP_240469694.1BBC91732.1WP_058738289.1WP_024039518.1WP_262452366.1MXI78925.1WP_007678833.1WP_012913739.1WP_098952357.1WP_279984614.1MCP5262709.1GLY24463.1WP_192324556.1WP_227059655.1WP_247749043.1WP_107894076.1WP_008134825.1WP_276362074.1MBQ3864274.1WP_167977039.1WP_221977168.1KAF9974715.1XP_028733567.1MCD4768021.1WP_027951454.1MBR0160695.1WP_083062905.1MCL4333886.1MBO4748034.1MBS5721782.1WP_136095406.1WP_029789810.1MBP6786080.1KAF6257731.1MBL8103469.1KAI7727618.1KPK79043.1MCH2804017.1WP_159463829.1WP_076409454.1MBP1876254.1WP_197521413.1WP_281034490.1MBO1682517.1MBR3209975.1MAJ56944.1GFD45028.1GEX59890.1RYH76248.1OTA29349.1HCD1954593.1MBM3303016.1WP_107723967.1KTC18574.1WP_003303823.1ATB18092.1OGW26817.1OGR46634.1NPV66369.1MBS0561514.1WP_178999808.1WP_129629290.1QBL97920.1UYV38309.1GFY73571.1SEP77558.1MBQ1868746.1WP_261733022.1WP_138482356.1WP_061048002.1VTR17913.1MCH3963123.1WP_204462572.1HAI83337.1MBW0490175.1NQJ73193.1ECE8916583.1EAA8040699.1NNL66378.1WP_134885491.1WP_116619797.1WP_182158016.1KAF7644169.1WP_102296123.1MZQ82908.1XP_053592881.1WP_194957532.1WP_081224968.1WP_123159424.1SCL13606.1MCB9999913.1MSZ29533.1MBC7879491.1WP_079304935.1WP_159793761.1WP_006799194.1WP_236387036.1WP_131751929.1WP_281674273.1WP_139553477.1WP_184601943.1WP_000576638.1WP_007427566.1WP_036471418.1WP_033131454.1EFL3122059.1EIH4263652.1EFL5817307.1EFI7849450.1EFN5389376.1EER8306359.1MCS7352192.1WP_261695383.1WP_208947654.1MBH1832495.1MCF2604604.1EFK2137151.1WP_063603400.1KAG9223390.1CDE36962.1WP_223413240.1WP_266179881.1WP_239108544.1WP_201700143.1PLW21337.1WP_198297627.1CAH0542131.1MBO5545990.1XP_054844157.1XP_046922164.1XP_028717800.1ACF74449.1XP_041334537.1XP_037327098.1WP_053767117.1KNZ32786.1NYI84739.1ABY20040.1WP_012283464.1MBE6306819.1CAG0929351.1MBQ3226584.1WP_185644473.1MBJ7287465.1WP_031065317.1XP_056097092.1WP_182050463.1KAJ2660037.1XP_043889695.1XP_032696462.1MBQ8297564.1WP_195238978.1KAJ5168969.1KAI7371949.1KAI9191373.1NFD84694.1WAY96880.1WP_088153117.1WP_142931103.1WP_145468487.1HBO4828144.1WP_190971545.1WP_236961032.1WP_146205473.1WP_149886053.1WP_007747506.1WP_144002426.1WP_130477570.1WP_113851760.1MCF8193609.1WP_029542314.1WP_265399898.1WP_091540071.1KAJ4533602.1KOV59425.1QTD03487.1QSZ25555.1QWC83326.1WEU87158.1UBP50947.1UFM00670.1QXR94354.1UEC68750.1QZU16279.1UBL45068.1QTM79632.1UBD95131.1UHM53165.1UFM02602.1QTZ27226.1QVD87869.1ULA23837.2UEC52718.1UPP41269.1UIR12670.1UXH94526.1USR14792.1UZO53924.1UVB16817.1URQ55824.1WP_194546214.1HAJ6883934.1WP_277264109.1WP_282985289.1EFG7698437.1WP_153033981.1GHP52484.1WP_141817398.1AYV78736.1WP_051789242.1WP_130237435.1EST37880.1ATI48360.1MCI8806686.1KUO65278.1WP_157476287.1GBD21053.1WP_206363707.1WP_029347391.1MBQ4383193.1WP_089095302.1WP_211555180.1WP_192500494.1XP_040774166.1NXC48933.1MBK9653437.1WP_227903033.1WP_071280632.1OOF77949.1WP_011629477.1MCQ2617452.1WP_154503573.1OXA48312.1QEP12732.1MQA03337.1MCB1505913.1WP_197332010.1WP_255602293.1WP_226276978.1RQL72805.1WP_185921121.1MBT4511102.1WP_006895514.1WP_087686007.1MBU7046308.1MBP9771519.1MBR6343266.1WP_023727015.1MCM1504065.1WP_280876395.1MBN3324024.1XP_025046235.1XP_040082341.1MBE0660081.1WP_193956008.1WP_230284916.1RMF68396.1WP_243386166.1SDO77973.1WP_109807231.1WP_005629113.1WP_140985543.1DAC17040.1XP_028766233.1VAI85984.1XP_010267139.1XP_025769677.1WP_217105914.1EYC35406.1WP_275889644.1WP_249839557.1WP_219954954.1EAA7679439.1WP_206698867.1WP_023955328.1MBJ9940918.1WP_032936131.1WP_089092961.1PWC90347.1HAT8492399.1MBH2016034.1WP_199942136.1XP_016611986.1MBV8846188.1XP_030313316.1WP_095061089.1OHB35500.1KAG9509822.1CAB3503427.1WP_217278020.1WP_124978582.1WP_064779756.1WP_010905191.1WP_088349221.1MCH5207665.1MBO7941816.1WP_100461895.1WP_033603452.1MCA3282362.1WP_080508033.1WP_152029253.1MBL4542294.1MBQ7809358.1WP_278266677.1MBV8349295.1MCA1602026.1WP_011057593.1WP_237907640.1WP_258581409.1WP_140480909.1WP_109219819.1WP_176354145.1NNE23115.1EHH5649593.1EHQ6376324.1GIR09622.1NCV89943.1WP_007853416.1GMH74815.1PZR90627.1NEO63080.1KAH8969015.1WP_247072383.1WP_087918330.1WP_175395805.1NET00292.1WP_279008479.1WP_154951203.1CDX26094.1KQN49849.1WP_105447015.1WP_023828789.1WP_049009918.1MBE6688122.1KAA0114277.1WP_235126772.1KAJ6994162.1KAF5671546.1XP_009147075.2MBI5683150.1WP_261132050.1QJA13926.1WP_017123457.1MCU0490050.1MYE57211.1WP_145616262.1NNE87648.1WP_024330540.1DAZ71054.1WP_048168883.1MCC6757021.1MBN8919778.1WP_120452154.1MBP7746105.1PKI91935.1EGQ7676658.1WP_118359022.1TDB49724.1WP_255329483.1WP_149493237.1MBR1803321.1MBR7675499.1MBR3040588.1WP_006327457.1WP_122709004.1WP_198140600.1PKO72095.1THH04310.1OQY98020.1WP_254406115.1MCU1437293.1UJR03683.1UHH56899.1WP_050580425.1GLR41095.1WP_022710297.1DAI44238.1KAI5750574.1WP_133325549.1WP_039608285.1WP_096647361.1WP_265225845.1WP_154963182.1MBL4744408.1WP_172616972.1TME45086.1KKQ50904.1WP_192880951.1MBQ6717580.1XP_052609093.1XP_053174626.1KAI4536634.1MCH7923992.1WP_200037957.1WP_212961195.1WP_007356512.1WP_076194242.1KFX48203.1WP_249930443.1HAV2038468.1MCJ1326389.1EAE1668788.1WP_010875413.1AGS31853.1WP_018431719.1ABB86219.1WP_283557067.1WP_094840069.1WP_279840346.1MBN8831519.1WP_017166220.1WP_126547421.1MCP4913426.1WP_050837451.1MCD6199266.1WP_125260587.1WP_158347019.1MBU22120.1MBO8485404.1WP_253620872.1WP_256546297.1EFC33499.1EDQ9505691.1MBS6066499.1KWO58748.1KAJ9247365.1WP_231768584.1WP_136027195.1XP_051312901.1WP_209676560.1HBE7681505.1WP_219484458.1WP_139067457.1GAW04005.1AIL29843.1HBL8984898.1MBK8070034.1WP_216195748.1MAG44064.1WP_270453521.1WP_015167170.1HDC92778.1NOY97419.1MCD8106539.1WP_254833504.1WP_257007586.1HAZ0856238.1APT84512.1WP_271820285.1MCB9544502.1WP_021346398.1HCC04630.1HAR4306776.1WP_072989136.1WP_192202944.1WP_266170214.1UMF87224.1UPA83906.1UBR86455.1UXX67934.1UCP72061.1UCP77012.1UKN67998.1WHE12941.1UGA79226.1UAQ80067.1UJT06733.1UVI10561.1UOU30556.1VPT01298.1WP_277479375.1MBQ5754168.1WP_114695256.1KAA0234643.1WP_269672356.1NXE30976.1RVE76210.1WP_101000040.1WP_200154298.1WP_223806191.1MBI2416798.1ECK9821833.1OCR38384.1MBO5336885.1MBT5105952.1RBQ75851.1WP_224828628.1MBL68646.1WP_071558608.1NXJ71029.1XP_039638319.1XP_030131005.3WP_119380110.1KLA07975.1MCO4016744.1WP_100521084.1KAG7553039.1PUZ48934.1EAP5059555.1WP_249991478.1EIU6828535.1WP_110066977.1WP_097346712.1WP_158131988.1AHK46784.1AGL88086.1WP_201454235.1WP_118944732.1WP_250323911.1R’É‹—퍇ãī´[–p~íí#1$GB4hB_MQū# ķ+ü˙üėšõŪš`Š<rũŗŅqtKR_ų‘ęîk_QLM ŒŠĨN‘­t”ÍPŽUIGŦ6^å(­Ú¯¯ĀČ°ąC EGqs[HNFúMe3ĒæG‘CøYc–Į„ŌON]e¤EQˆXíŗJ Qt€Ū-1]UW) ‘[ŒũxÂלŒļ>‰,zÍpŅz#”ĸ"  ‘Ž„bŨF5¯Žƒ0JáĒÂ+‰…•Â)ˡ€YYė•ņāš˙ÁęųŲņæ=‰‚‰G6„°¨OÎB?áÄlūÃvÚå"]:  ķ54OL5¸¸¸¸525¸52¸552ĩ1¸2´12ĩĩĩŠåã5PúĄËRF5SīŊÄ˙äué/€ąŽ„ZÚã ›k¨Ē˙üûß•Fô¨TĐîëĶØĪė8“ÖņâÅã=–Ä]Ąíhļž`ÜFzp!Sõnh‚ž‰I[!$ęƒõĄmĨ`lTĶoČefpqzrc&´ĪČ´dvéjúų7BRG‰Ŗ†zšnĩî‚ 6tîËÔĐđt uCS<Kryƒiú:?(sųMčyU–’q;:ú 7ü×pÃMs}mõdĪŅķ^‚xȊļKÛ䊝tå˙5¯)Ø? ĸ†’ZK! éÆK4í)%&"“SÔ'üž€åĀsbĄČžĄ’Œ´´ˇĩ¸¸ ›¸¸´šĩ{ ˆĖ Ļ?3ī3šũ~)/'ģĐ8Å÷÷>)¸gJCO”“A"6öbbbuchfink-diamond-6dc5717/src/test/blastp-f0.out000066400000000000000000000042501523407312000215050ustar00rootroot00000000000000BLASTP 2.3.0+ Query= NP_001001178.1alias1 Length=527 >NP_620158.3 Length=591 Score = 679 bits (1751), Expect = 2.23e-247 Identities = 378/527 (71%), Positives = 431/527 (81%), Gaps = 1/527 (0%) Query 2 LIKQHKQVWWQEQERLKGIRCKLESEIRSCLNEESIGSECFCELMNFEKELSEEWCAYLT 61 LIKQHKQVWWQE +RL +RCK+ESEI+S LNEE+IG+EC C+L NFE+ELSE+ C YL Sbjct 65 LIKQHKQVWWQEYQRLNEVRCKMESEIKSLLNEENIGNECLCDLTNFEQELSEQQCTYLK 124 Query 62 AVIDPIQQLRTGLK-RWYPTSQSAPCHEGSDATEVLEEVDFVKKQSKAAFERLHQEQWHL 120 VI+PIQQLR LK R + T Q + H ++ +VLEEVDFVKKQ K FERL EQ + Sbjct 125 NVINPIQQLRADLKYRQHHTLQHSHPHIEFNSMKVLEEVDFVKKQLKTVFERLRLEQQRI 184 Query 121 EEDLLDLSVKLLDHSSEEKPNLLSEQPMELVTLDCPYPDLKSSILNEFCNFTERYQEKLE 180 E DL D S+K+LDHS EEK N LSE P+EL +L+CPYPDLKSSIL+EF FT++YQ+KL+ Sbjct 185 ENDLSDWSIKILDHSLEEKTNPLSELPIELESLECPYPDLKSSILSEFYKFTQKYQKKLQ 244 Query 181 DFDLQLEDIRSNFQLSAEEHWTYQAVLDQYPGNLLGRRALYLDMLQRYFPHKSRHHLVEH 240 DF+LQLEDI N QLS E+HW YQA+LDQYPG+L GRR LYLDMLQRYFPHKSRH LVEH Sbjct 245 DFNLQLEDIYRNCQLSEEDHWIYQAILDQYPGDLFGRRTLYLDMLQRYFPHKSRHDLVEH 304 Query 241 EKYCDQYHFAREQRRILIDNWSRSRKDFIQKAMLTLLEACAAHEMGSLLAKDRRRQQELC 300 EKYCDQY FA EQ+ ILI NW++++KDFIQKA+LTL EACA HEM S+LAKD+++QQELC Sbjct 305 EKYCDQYRFAIEQQNILISNWNKNKKDFIQKAVLTLTEACATHEMESMLAKDKKKQQELC 364 Query 301 ADLKAKVSQWRAQQEELSRLEMEISARRXXXXXEKEKLWKKKELLRREETEIKIRKYWAM 360 ADLKAKV QWRA QEE++RLEMEISARRXXXXX LWKKKELL+ I+KYWA Sbjct 365 ADLKAKVRQWRAHQEEVARLEMEISARRXXXXXXXXXLWKKKELLQXXXXXXXIKKYWAK 424 Query 361 KQQKWQEMEKRDLRRLEELKKLMAEQSVKDRERVKYRQELLEKRLMERKKLALQEVXXXX 420 K+QKWQEME RDL+RLEELKKL+AEQS+KDRERVKYRQELLE XXXX Sbjct 425 KKQKWQEMEMRDLQRLEELKKLIAEQSLKDRERVKYRQELLEXXXXXXXXXXXXXXXXXX 484 Query 421 XXERRLEALRKQVAVAVQSDPVRMMSETLAWKARTGSESEEEFILQKPLFTLTTYNEQQI 480 XX RRLEALRKQVAV Q DPVRMMS+T+A KAR G E EEEFILQKPLFTL TYNEQQI Sbjct 485 XXARRLEALRKQVAVVAQFDPVRMMSDTMASKARMGIEIEEEFILQKPLFTLNTYNEQQI 544 Query 481 ISDPRLRFELALREAGLHKTQYAKEMLPKIGPQKPPRKDTESTVFKV 527 ISDPRLRFELALREAGLH+T YAKE+LPKI PQKPPRKD ESTVFK+ Sbjct 545 ISDPRLRFELALREAGLHRTLYAKEILPKISPQKPPRKDMESTVFKI 591 bbuchfink-diamond-6dc5717/src/test/blastp-global-ranking.out000066400000000000000000056347101523407312000241060ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 100 330 0 0 1 330 1 330 3.48e-230 626 EHX4537433.1 EHX4537433.1 100 139 0 0 1 139 1 139 9.69e-88 250 WP_133518962.1 WP_133518962.1 100 294 0 0 1 294 1 294 1.65e-219 596 WP_133518962.1 MBR6069896.1 30.1 156 88 8 109 248 121 271 2.11e-04 40.8 XP_015036367.2 XP_015036367.2 100 451 0 0 1 451 1 451 0.0 900 PAA16140.1 PAA16140.1 100 576 0 0 1 576 1 576 0.0 1134 GLZ33620.1 GLZ33620.1 100 703 0 0 1 703 1 703 0.0 1474 GLZ33620.1 WP_120452154.1 23.6 471 246 19 93 529 48 438 5.71e-18 86.3 XP_039555956.1 XP_039555956.1 100 2052 0 0 1 2052 1 2052 0.0 3560 MBO7734838.1 MBO7734838.1 100 277 0 0 1 277 1 277 1.29e-155 433 WP_206363707.1 WP_206363707.1 100 272 0 0 1 272 1 272 5.20e-196 535 WP_206363707.1 WP_029347391.1 37.9 224 138 1 14 236 1 224 9.82e-52 168 WP_206363707.1 MBO5162475.1 34.8 250 152 5 21 266 1 243 6.13e-41 145 WP_206363707.1 WP_150396769.1 33.7 252 162 3 13 264 19 265 2.91e-39 141 WP_206363707.1 GBD21053.1 33.7 249 158 3 18 265 26 268 2.25e-38 139 WP_206363707.1 WP_089246429.1 32.1 249 159 6 14 257 1 244 3.11e-29 114 WP_206363707.1 MBU5353226.1 28.2 206 133 6 24 221 21 219 8.06e-20 85.5 WP_206363707.1 WP_247749043.1 29.4 238 153 7 30 258 370 601 2.18e-19 85.9 WP_206363707.1 NVM03966.1 27.0 211 139 4 28 238 32 227 1.13e-15 73.9 WP_206363707.1 WP_139764340.1 31.0 100 69 0 18 117 5 104 4.25e-12 60.5 XP_007207923.1 XP_007207923.1 100 418 0 0 1 418 1 418 3.13e-282 765 XP_051956784.1 XP_051956784.1 100 350 0 0 1 350 1 350 1.04e-209 576 OGK79387.1 OGK79387.1 100 250 0 0 1 250 1 250 5.21e-185 505 OGK79387.1 WP_138125503.1 28.8 184 118 5 58 230 59 240 1.04e-09 56.2 OGK79387.1 WP_037318352.1 28.7 157 103 4 1 148 43 199 1.38e-07 50.1 WP_025531131.1 WP_025531131.1 100 165 0 0 1 165 1 165 4.36e-117 326 KAJ8763828.1 KAJ8763828.1 100 200 0 0 1 200 1 200 1.45e-139 386 KAJ8763828.1 XP_026320625.1 44.4 160 89 0 12 171 8 167 4.10e-47 152 MBQ1311177.1 MBQ1311177.1 100 348 0 0 1 348 1 348 2.86e-254 688 MBQ1311177.1 WP_063427392.1 26.2 340 220 10 7 333 11 332 2.20e-18 83.2 MBQ1311177.1 WP_098515742.1 20.9 292 197 9 6 293 5 266 6.29e-09 54.7 WP_268714943.1 WP_268714943.1 100 338 0 0 1 338 1 338 1.94e-231 630 TME45086.1 TME45086.1 100 727 0 0 1 727 1 727 0.0 1357 TME45086.1 WP_265225845.1 29.1 733 466 18 30 727 30 743 3.98e-57 209 TME45086.1 MBL4744408.1 26.0 736 494 13 7 720 9 715 5.93e-48 181 TME45086.1 WP_039608285.1 26.4 584 401 7 20 595 20 582 1.11e-43 168 TME45086.1 WP_133325549.1 23.5 647 465 8 9 649 9 631 5.92e-40 156 TME45086.1 WP_110366458.1 21.6 707 509 17 25 708 27 711 8.15e-33 134 TME45086.1 WP_172616972.1 20.4 724 520 16 14 715 19 708 3.30e-18 87.8 VDK71801.1 VDK71801.1 100 155 0 0 1 155 1 155 3.80e-104 293 OGA29379.1 OGA29379.1 100 580 0 0 1 580 1 580 0.0 1115 OGA29379.1 WP_264228578.1 54.1 582 264 2 1 580 1 581 4.58e-209 594 OGA29379.1 HCJ45190.1 66.7 63 21 0 479 541 1 63 2.97e-23 91.7 OGA29379.1 MCI9379843.1 27.3 128 65 4 1 128 4 103 8.82e-04 40.4 EGI67351.1 EGI67351.1 100 144 0 0 1 144 1 144 8.53e-98 276 XP_021846694.1 XP_021846694.1 100 107 0 0 1 107 1 107 1.19e-66 194 WP_224792367.1 WP_224792367.1 100 128 0 0 1 128 1 128 4.62e-92 260 OIO24646.1 OIO24646.1 100 176 0 0 1 176 1 176 2.79e-123 343 XP_004466702.1 XP_004466702.1 100 638 0 0 1 638 1 638 0.0 1209 XP_004466702.1 UWG74403.1 28.6 437 268 13 207 618 24 441 1.09e-41 155 XP_004466702.1 EAJ4317745.1 28.1 416 248 15 213 592 5 405 4.41e-28 115 MOY61908.1 MOY61908.1 100 100 0 0 1 100 1 100 2.78e-73 210 MOY61908.1 AST39768.1 64.3 98 35 0 2 99 2 99 4.45e-45 139 MOY61908.1 MOY95459.1 58.2 98 41 0 2 99 2 99 2.46e-42 132 MOY61908.1 AMA13662.1 52.0 98 47 0 2 99 63 160 6.93e-36 118 WP_053342583.1 WP_053342583.1 100 642 0 0 1 642 1 642 0.0 1241 WP_053342583.1 KAI5076688.1 28.1 588 374 19 15 567 105 678 1.11e-58 209 EMD83093.1 EMD83093.1 100 447 0 0 1 447 1 447 0.0 872 EMD83093.1 WP_130670507.1 37.5 389 202 12 50 433 29 381 1.98e-66 216 EMD83093.1 WP_224014827.1 40.2 333 179 8 50 380 25 339 2.02e-64 211 EMD83093.1 TVP67793.1 34.9 387 221 10 50 434 35 392 3.48e-61 202 EMD83093.1 MCB0793211.1 35.3 400 228 10 49 446 23 393 3.48e-59 197 EMD83093.1 WP_271272236.1 34.8 316 182 8 50 360 19 315 4.45e-45 159 EJT84792.1 EJT84792.1 100 75 0 0 1 75 1 75 1.71e-49 148 WP_077010214.1 WP_077010214.1 100 330 0 0 1 330 1 330 2.29e-235 639 WP_077010214.1 WP_169253344.1 26.5 412 209 14 1 329 1 401 1.53e-08 53.9 HAN2236324.1 HAN2236324.1 100 676 0 0 1 676 1 676 0.0 1415 HAN2236324.1 PKO20637.1 24.6 520 252 22 188 672 12 426 2.81e-23 102 HAN2236324.1 MBP7746105.1 22.6 585 258 24 186 671 283 771 2.04e-16 81.6 HAN2236324.1 WP_125555296.1 22.4 407 210 18 226 594 27 365 2.02e-10 62.0 HBZ0881431.1 HBZ0881431.1 100 65 0 0 1 65 1 65 2.18e-43 132 AMA90994.1 AMA90994.1 100 197 0 0 1 197 1 197 5.04e-134 372 AMA90994.1 AVM35379.1 85.4 192 28 0 6 197 1 192 9.83e-113 318 AMA90994.1 QUA05739.1 81.7 197 36 0 1 197 1 197 2.63e-112 317 AMA90994.1 AWS34156.1 81.7 197 36 0 1 197 1 197 9.59e-112 316 AMA90994.1 AFA24308.1 84.7 189 29 0 9 197 2 190 1.02e-109 311 AMA90994.1 QUQ06080.1 79.2 197 41 0 1 197 1 197 1.06e-108 308 AMA90994.1 AKT58828.1 79.0 195 41 0 1 195 1 195 2.20e-107 304 AMA90994.1 ADW49125.1 82.5 189 33 0 9 197 1 189 2.69e-107 305 AMA90994.1 ABQ63546.1 77.6 196 44 0 2 197 1 196 3.99e-106 302 AMA90994.1 ADJ35581.1 76.1 197 47 0 1 197 2 198 1.22e-105 301 MBU0883769.1 MBU0883769.1 100 456 0 0 1 456 1 456 1.89e-316 855 MBU0883769.1 MBI5098096.1 36.7 450 261 11 15 448 14 455 7.63e-63 209 MBU0883769.1 WP_256342227.1 29.9 361 214 11 31 363 29 378 1.25e-22 98.6 MBU0883769.1 WP_004699236.1 29.7 303 178 13 76 368 80 357 1.16e-11 64.7 MBU0883769.1 MCI6853747.1 25.1 351 199 16 37 339 35 369 4.51e-08 53.5 MBD5551606.1 MBD5551606.1 100 414 0 0 1 414 1 414 3.03e-303 818 MBD5551606.1 MBR7122964.1 37.8 270 155 7 144 411 60 318 2.27e-48 166 MCB9999913.1 MCB9999913.1 100 1058 0 0 1 1058 1 1058 0.0 2163 MCB9999913.1 WP_081224968.1 36.4 1046 521 21 16 1049 2 915 4.43e-213 633 MCB9999913.1 WP_123159424.1 35.1 1019 522 20 20 1027 6 896 1.48e-182 554 MCB9999913.1 MCL6457358.1 26.2 903 505 26 37 914 13 778 2.97e-68 246 MCB9999913.1 MSZ29533.1 25.7 905 510 28 38 914 15 785 1.98e-55 207 MCB9999913.1 SCL13606.1 22.6 920 511 26 31 913 50 805 4.22e-37 149 MCB9999913.1 MBQ9679177.1 22.0 901 507 25 35 914 10 735 5.61e-37 149 MCB9999913.1 MCL2204087.1 22.1 894 478 25 35 896 10 717 4.41e-34 139 MCB9999913.1 CAI9595211.1 20.2 909 505 24 64 913 119 866 6.37e-25 110 WP_007356512.1 WP_007356512.1 100 1231 0 0 1 1231 1 1231 0.0 2295 WP_007356512.1 HAS8246497.1 30.9 482 292 7 740 1211 478 929 5.24e-62 228 WP_007356512.1 TAL20232.1 34.3 420 247 6 725 1136 211 609 1.72e-56 206 WP_007356512.1 WP_138482356.1 33.2 404 234 7 743 1138 413 788 1.68e-51 195 WP_007356512.1 WP_261733022.1 33.0 476 279 8 732 1196 244 690 7.45e-51 191 WP_007356512.1 KFX48203.1 28.0 542 240 8 736 1144 681 1205 6.10e-47 182 WP_007356512.1 EDN57974.1 28.7 522 227 10 743 1138 399 899 4.93e-46 179 WP_007356512.1 MBQ1868746.1 30.1 419 259 9 727 1136 248 641 3.24e-44 169 WP_007356512.1 MCH5250214.1 25.5 533 257 8 747 1161 192 704 1.06e-40 161 WP_007356512.1 WP_061048002.1 22.9 393 276 10 749 1136 400 770 2.24e-16 82.8 CAH8368929.1 CAH8368929.1 100 94 0 0 1 94 1 94 6.31e-65 189 UKN67998.1 UKN67998.1 100 7072 0 0 1 7072 1 7072 0.0 13879 UKN67998.1 UMF87224.1 98.1 7072 131 0 1 7072 21 7092 0.0 13863 UKN67998.1 UIR12670.1 98.1 7072 135 0 1 7072 21 7092 0.0 13807 UKN67998.1 UPA83906.1 97.9 7072 152 0 1 7072 21 7092 0.0 13766 UKN67998.1 UJT06733.1 95.0 7072 357 0 1 7072 21 7092 0.0 13258 UKN67998.1 ULA23837.2 99.9 4377 3 0 1 4377 21 4397 0.0 8598 UKN67998.1 UXH94526.1 99.9 4377 4 0 1 4377 21 4397 0.0 8593 UKN67998.1 UKU68032.1 99.6 4377 17 0 1 4377 21 4397 0.0 8565 UKN67998.1 UJV88611.1 98.0 4377 89 0 1 4377 21 4397 0.0 8403 UKN67998.1 UJJ97602.1 97.8 4377 95 0 1 4377 21 4397 0.0 8386 WP_220664202.1 WP_220664202.1 100 336 0 0 1 336 1 336 2.68e-237 644 WP_220664202.1 WP_165462493.1 29.6 311 186 8 22 330 16 295 1.80e-28 110 WP_220664202.1 WP_123237441.1 24.4 270 183 6 25 290 27 279 1.07e-10 60.1 PRQ70658.1 PRQ70658.1 100 176 0 0 1 176 1 176 2.76e-114 320 XP_028261945.1 XP_028261945.1 100 833 0 0 1 833 1 833 0.0 1593 XP_028261945.1 XP_023607675.1 79.0 620 105 6 2 600 3 618 3.02e-319 896 XP_028261945.1 WP_002264996.1 30.5 210 122 5 227 428 41 234 1.17e-16 78.6 XP_028261945.1 WP_014812045.1 36.6 71 40 2 352 421 37 103 1.57e-04 43.1 WP_127607693.1 WP_127607693.1 100 153 0 0 1 153 1 153 3.28e-113 315 NEO89073.1 NEO89073.1 100 519 0 0 1 519 1 519 0.0 972 NEO89073.1 WP_259999572.1 36.9 168 103 2 78 245 129 293 1.62e-25 105 SHX72876.1 SHX72876.1 100 71 0 0 1 71 1 71 8.42e-46 139 EAT3027009.1 EAT3027009.1 100 138 0 0 1 138 1 138 2.91e-93 264 WP_161818832.1 WP_161818832.1 100 195 0 0 1 195 1 195 3.71e-135 374 WP_161818832.1 WP_054891276.1 43.9 180 101 0 13 192 7 186 4.72e-42 138 MBQ5338540.1 MBQ5338540.1 100 1617 0 0 1 1617 1 1617 0.0 3197 MBQ5338540.1 WP_153219677.1 30.8 741 442 29 159 860 161 867 8.31e-52 199 MBW1825233.1 MBW1825233.1 100 313 0 0 1 313 1 313 3.77e-182 503 MBQ0119857.1 MBQ0119857.1 100 205 0 0 1 205 1 205 1.20e-154 424 WP_152158314.1 WP_152158314.1 100 202 0 0 1 202 1 202 2.42e-148 408 WP_152158314.1 OGG08302.1 32.2 214 127 8 2 201 97 306 1.54e-15 72.0 AOW33101.1 AOW33101.1 100 318 0 0 1 318 1 318 7.47e-244 659 AOW33101.1 AVA00513.1 93.1 318 22 0 1 318 17 334 1.73e-229 624 AOW33101.1 QWY38042.1 92.8 318 23 0 1 318 17 334 1.11e-226 619 AOW33101.1 ACY29573.1 92.8 318 23 0 1 318 17 334 1.40e-226 620 AOW33101.1 BAO11608.1 92.1 318 25 0 1 318 17 334 1.94e-226 616 AOW33101.1 ACH90072.1 92.1 318 25 0 1 318 45 362 3.09e-226 617 AOW33101.1 AOW36968.1 91.8 318 26 0 1 318 1 318 3.13e-226 615 AOW33101.1 BAO23243.1 91.8 318 26 0 1 318 17 334 3.72e-225 613 AOW33101.1 AFJ09957.1 92.5 318 24 0 1 318 17 334 4.22e-225 616 AOW33101.1 AFV39595.1 94.7 318 17 0 1 318 70 387 6.29e-222 629 XP_027422845.1 XP_027422845.1 100 566 0 0 1 566 1 566 0.0 1101 XP_027422845.1 SCN76227.1 22.4 513 325 10 33 510 90 564 6.23e-27 113 XP_027422845.1 WP_232790853.1 21.9 516 300 12 29 507 17 466 3.61e-24 104 UVD88834.1 UVD88834.1 100 76 0 0 1 76 1 76 3.16e-50 150 XP_028733567.1 XP_028733567.1 100 1381 0 0 1 1381 1 1381 0.0 2533 KAF8533701.1 KAF8533701.1 100 179 0 0 1 179 1 179 1.43e-131 364 XP_031270756.1 XP_031270756.1 100 319 0 0 1 319 1 319 8.41e-246 664 WP_255266214.1 WP_255266214.1 100 503 0 0 1 503 1 503 0.0 926 WP_255266214.1 CKF71070.1 38.3 162 95 3 289 445 317 478 2.05e-23 102 WP_255266214.1 MBI5333464.1 39.8 161 91 3 291 445 224 384 3.20e-20 90.9 WP_255266214.1 WP_126679569.1 37.3 166 87 4 291 445 369 528 1.51e-19 90.5 WP_255266214.1 WP_145544593.1 37.0 154 92 3 293 445 363 512 2.14e-18 86.3 WP_255266214.1 WP_107169208.1 33.6 152 96 4 296 442 203 354 1.60e-17 82.4 WP_255266214.1 HCN71343.1 39.4 132 74 3 317 445 1 129 5.67e-17 75.9 WP_255266214.1 GHI39478.1 41.5 118 68 1 326 442 322 439 3.81e-16 79.0 WP_255266214.1 EGR2272270.1 38.9 126 73 3 324 445 547 672 2.57e-15 77.0 WP_255266214.1 MBT3459335.1 46.0 63 32 1 299 359 207 269 2.00e-06 47.8 KRX90811.1 KRX90811.1 100 501 0 0 1 501 1 501 0.0 986 KRX90811.1 XP_046441060.1 28.8 302 139 7 164 417 55 328 2.27e-24 105 KRX90811.1 XP_020321477.1 29.5 302 137 7 164 417 47 320 5.02e-24 104 KRX90811.1 KAJ7903702.1 25.6 297 148 8 161 407 14 287 2.68e-19 88.6 KRX90811.1 XP_029528577.1 26.2 267 131 6 169 393 29 271 2.67e-18 84.7 KRX90811.1 XP_019384620.1 31.2 157 100 3 253 405 127 279 5.29e-15 76.3 KRX90811.1 MBF1128433.1 30.8 169 105 5 252 412 115 279 1.27e-14 74.7 KRX90811.1 KZT58963.1 25.0 276 145 6 176 405 1084 1343 1.30e-13 72.0 KRX90811.1 WP_281919021.1 28.4 141 90 4 261 394 127 263 1.04e-09 58.9 KRX90811.1 EYU24504.1 21.2 312 159 10 154 404 173 458 1.17e-09 58.9 MBN4200190.1 MBN4200190.1 100 18 0 0 1 18 1 18 5.50e-10 45.1 WP_114054641.1 WP_114054641.1 100 333 0 0 1 333 1 333 2.18e-230 627 WP_114054641.1 WP_022748957.1 31.7 259 166 5 2 250 55 312 1.39e-27 109 WP_114054641.1 EJS0734484.1 31.2 321 203 7 4 313 26 339 3.32e-26 105 WP_114054641.1 MCI6965979.1 31.5 270 171 7 1 264 1 262 8.26e-21 89.7 WP_114054641.1 KAJ7369304.1 35.6 87 55 1 85 170 61 147 2.31e-06 47.4 ERV81283.1 ERV81283.1 100 232 0 0 1 232 1 232 8.60e-166 455 WP_104462564.1 WP_104462564.1 100 304 0 0 1 304 1 304 4.02e-216 588 WP_104462564.1 WP_140843904.1 36.1 241 129 5 69 285 66 305 1.54e-35 129 WP_061239294.1 WP_061239294.1 100 388 0 0 1 388 1 388 3.88e-295 795 WP_050238626.1 WP_050238626.1 100 390 0 0 1 390 1 390 2.16e-293 791 HIH01984.1 HIH01984.1 100 151 0 0 1 151 1 151 3.56e-107 300 EGC4236544.1 EGC4236544.1 100 200 0 0 1 200 1 200 3.86e-144 397 EGC4236544.1 WP_064779756.1 35.8 176 106 4 3 173 122 295 9.41e-29 108 EGC4236544.1 WP_180130780.1 28.7 143 89 4 2 138 4 139 8.25e-09 52.8 WP_250258169.1 WP_250258169.1 100 540 0 0 1 540 1 540 0.0 1062 WP_242961281.1 WP_242961281.1 100 702 0 0 1 702 1 702 0.0 1373 WP_242961281.1 EGR2272270.1 36.5 148 85 4 553 694 530 674 2.93e-18 87.4 WP_242961281.1 WP_126679569.1 29.3 198 125 4 513 702 348 538 7.92e-18 86.3 WP_242961281.1 HCN71343.1 33.1 124 83 0 571 694 8 131 2.42e-17 77.4 WP_242961281.1 WP_200543170.1 31.7 180 120 3 524 701 259 437 5.77e-16 80.1 WP_242961281.1 WP_107169208.1 32.2 121 78 2 571 689 236 354 2.31e-14 73.6 WP_242961281.1 MBK6870374.1 30.7 153 98 4 544 694 1 147 1.14e-12 65.9 WP_242961281.1 HBB7853833.1 27.4 208 139 5 496 698 288 488 3.89e-12 67.4 WP_242961281.1 WP_237962375.1 21.2 179 121 4 140 298 138 316 3.47e-05 45.4 WP_045385114.1 WP_045385114.1 100 146 0 0 1 146 1 146 7.11e-82 236 WP_045385114.1 KAJ8673388.1 45.7 46 25 0 48 93 55 100 1.01e-04 39.3 WP_233987225.1 WP_233987225.1 100 314 0 0 1 314 1 314 8.85e-225 611 KAF8901107.1 KAF8901107.1 100 520 0 0 1 520 1 520 0.0 1025 KAF8901107.1 KAE8355151.1 30.1 458 314 4 35 487 60 516 2.41e-71 235 KAF8901107.1 XP_049236752.1 26.4 478 318 11 33 488 10 475 1.53e-35 139 KAF8901107.1 AJU61790.1 24.5 473 323 8 36 487 29 488 8.56e-31 124 KAF8901107.1 EJG1264510.1 23.7 350 242 10 79 425 45 372 1.73e-18 86.3 KAF8901107.1 WP_133179454.1 23.7 413 265 10 78 465 74 461 8.76e-18 84.3 KAF8901107.1 MCB1412915.1 30.5 167 111 3 78 240 66 231 1.06e-14 74.7 MBI5413544.1 MBI5413544.1 100 606 0 0 1 606 1 606 0.0 1162 WP_245770707.1 WP_245770707.1 100 490 0 0 1 490 1 490 0.0 907 MYU10132.1 MYU10132.1 100 132 0 0 1 132 1 132 5.33e-93 263 GER04731.1 GER04731.1 100 441 0 0 1 441 1 441 0.0 873 GER04731.1 WP_231022353.1 47.6 401 172 5 1 401 1 363 3.45e-118 350 GER04731.1 WP_258835625.1 32.0 388 242 10 9 378 7 390 1.46e-42 154 GER04731.1 MBP6375542.1 30.1 412 248 10 9 394 7 404 4.48e-41 150 GER04731.1 WP_249505358.1 25.7 428 274 12 9 405 6 420 1.30e-36 137 GER04731.1 WP_194454339.1 25.7 417 276 11 1 398 1 402 4.40e-23 99.4 MCC8048325.1 MCC8048325.1 100 415 0 0 1 415 1 415 1.97e-304 821 WP_141361908.1 WP_141361908.1 100 346 0 0 1 346 1 346 9.82e-245 664 XP_039261378.1 XP_039261378.1 100 435 0 0 1 435 1 435 1.27e-317 856 MBO1529847.1 MBO1529847.1 100 342 0 0 1 342 1 342 7.61e-256 692 MBO1529847.1 WP_202925384.1 31.3 342 219 6 1 338 1 330 2.56e-49 166 MBO1529847.1 MBN1566249.1 31.0 352 213 15 5 337 1 341 1.57e-34 127 MBO1529847.1 XP_047466965.1 28.2 365 219 13 4 331 9 367 1.09e-25 104 MBO1529847.1 WP_006027485.1 28.0 271 181 10 5 266 1 266 1.93e-17 80.5 MBO1529847.1 OAX39412.1 21.7 281 176 8 1 262 1 256 4.30e-05 43.1 MBR3162388.1 MBR3162388.1 100 637 0 0 1 637 1 637 0.0 1270 MBX9747080.1 MBX9747080.1 100 735 0 0 1 735 1 735 0.0 1472 MBX9747080.1 HAJ30683.1 24.5 832 473 36 1 729 30 809 4.13e-22 100 MBX9747080.1 MCE2873365.1 21.3 900 501 35 1 735 36 893 6.80e-15 77.0 MBX9747080.1 MXW19700.1 21.8 904 465 33 1 735 41 871 7.12e-13 70.5 MBX9747080.1 WP_267184195.1 28.1 196 114 8 17 198 50 232 7.39e-07 50.8 MBX9747080.1 WP_254467474.1 28.7 115 77 3 93 205 229 340 1.37e-06 50.1 MBX9747080.1 WP_059812501.1 28.6 154 94 6 17 168 101 240 2.32e-06 49.3 MBX9747080.1 MBO1518138.1 30.6 111 66 5 93 200 142 244 4.03e-06 48.5 MBX9747080.1 WP_222018129.1 29.1 223 116 10 1 199 36 240 5.91e-05 44.7 MBR3056759.1 MBR3056759.1 100 222 0 0 1 222 1 222 1.10e-163 449 XP_046337982.1 XP_046337982.1 100 501 0 0 1 501 1 501 3.04e-264 726 XP_046337982.1 KAE9407684.1 44.6 65 35 1 256 320 11 74 2.12e-09 56.2 RVW27732.1 RVW27732.1 100 382 0 0 1 382 1 382 2.27e-309 830 RVW27732.1 KAJ6801625.1 27.4 351 209 14 11 342 558 881 1.19e-24 104 ACU21193.1 ACU21193.1 100 246 0 0 1 246 1 246 1.43e-180 493 WP_223975418.1 WP_223975418.1 100 299 0 0 1 299 1 299 9.50e-217 589 WP_223975418.1 WP_230796143.1 32.2 199 114 7 9 200 9 193 2.62e-13 67.4 WP_223975418.1 WP_200629424.1 41.7 72 42 0 7 78 18 89 5.30e-08 51.6 WP_223975418.1 WP_273138110.1 30.4 148 88 5 1 141 1 140 2.10e-07 49.7 HAV2038468.1 HAV2038468.1 100 606 0 0 1 606 1 606 0.0 1155 HAV2038468.1 WP_083453642.1 30.7 238 149 6 374 600 336 568 2.81e-23 102 HAV2038468.1 WP_200037957.1 22.0 246 175 6 370 604 1007 1246 2.48e-10 62.0 HAV2038468.1 GGY65584.1 23.8 202 140 4 374 562 211 411 9.41e-09 56.2 RBH73006.1 RBH73006.1 100 186 0 0 1 186 1 186 3.22e-136 376 MBL1150364.1 MBL1150364.1 100 186 0 0 1 186 1 186 6.46e-127 353 MBL1150364.1 MBR6293537.1 41.7 84 43 2 6 85 4 85 5.88e-13 62.4 MBL1150364.1 MBG6436126.1 34.5 148 92 4 1 147 1 144 8.67e-10 53.9 EAA7679439.1 EAA7679439.1 100 519 0 0 1 519 1 519 0.0 970 EAA7679439.1 WP_213741880.1 52.8 235 109 2 1 234 2 235 1.40e-74 234 EAA7679439.1 WP_219954954.1 30.3 271 180 4 248 511 162 430 6.41e-34 131 GLX88815.1 GLX88815.1 100 300 0 0 1 300 1 300 3.58e-217 590 GLX88815.1 WP_210226425.1 44.9 296 163 0 1 296 1 296 3.55e-92 274 GLX88815.1 HCN8461219.1 67.4 86 28 0 9 94 8 93 1.27e-37 127 GLX88815.1 MBR0212985.1 35.3 241 151 5 5 243 2 239 3.75e-32 117 GLX88815.1 MBR2406030.1 27.9 165 101 6 12 171 29 180 6.20e-06 45.8 MCE2395269.1 MCE2395269.1 100 578 0 0 1 578 1 578 0.0 1207 MCE2395269.1 WP_075653737.1 27.6 590 351 15 4 570 28 564 4.44e-54 191 WP_281543397.1 WP_281543397.1 100 292 0 0 1 292 1 292 7.21e-213 579 WP_281543397.1 WP_084371009.1 38.7 292 172 2 2 289 15 303 6.34e-65 204 WP_281543397.1 WP_221265680.1 41.2 194 113 1 5 197 35 228 2.40e-42 146 WP_281543397.1 WP_152652784.1 28.2 287 193 6 4 284 20 299 2.66e-32 119 WP_281543397.1 NVM03966.1 27.3 286 193 8 4 284 37 312 1.36e-29 112 WP_281543397.1 EHR6291555.1 33.5 206 129 4 4 205 344 545 9.53e-29 113 WP_281543397.1 WP_211555180.1 28.7 202 139 2 2 198 16 217 9.74e-23 92.4 WP_281543397.1 WP_221977168.1 24.8 210 146 3 4 201 30 239 2.20e-21 89.4 WP_281543397.1 WP_197521413.1 29.9 201 126 5 4 201 21 209 1.15e-16 76.6 WP_281543397.1 WP_207918089.1 29.5 207 132 8 4 197 20 225 5.22e-16 74.3 GHI39478.1 GHI39478.1 100 450 0 0 1 450 1 450 0.0 887 GHI39478.1 HCN71343.1 45.9 122 64 2 322 441 7 128 2.55e-24 96.3 GHI39478.1 CKF71070.1 26.5 351 179 9 98 439 195 475 5.22e-21 94.4 GHI39478.1 WP_159812831.1 30.7 287 125 8 160 440 182 400 1.86e-17 82.4 GHI39478.1 WP_255266214.1 41.5 118 68 1 322 439 326 442 3.41e-16 79.0 GHI39478.1 WP_000484099.1 35.9 128 74 4 324 445 243 368 1.53e-11 63.9 WP_234749042.1 WP_234749042.1 100 377 0 0 1 377 1 377 4.70e-270 731 WP_281674273.1 WP_281674273.1 100 98 0 0 1 98 1 98 2.42e-64 187 MBO0734013.1 MBO0734013.1 100 227 0 0 1 227 1 227 6.09e-168 460 RPG10933.1 RPG10933.1 100 100 0 0 1 100 1 100 2.58e-69 200 WP_122576107.1 WP_122576107.1 100 321 0 0 1 321 1 321 1.23e-239 649 WAX08241.1 WAX08241.1 100 387 0 0 1 387 1 387 1.50e-287 776 WP_255734230.1 WP_255734230.1 100 178 0 0 1 178 1 178 1.67e-125 348 KZS73167.1 KZS73167.1 100 325 0 0 1 325 1 325 2.05e-240 651 KZS73167.1 WP_244292824.1 43.3 305 152 7 40 324 11 314 3.12e-62 199 PYM79331.1 PYM79331.1 100 121 0 0 1 121 1 121 1.40e-67 197 XP_015253450.1 XP_015253450.1 100 592 0 0 1 592 1 592 0.0 1155 YP_008379230.1 YP_008379230.1 100 346 0 0 1 346 1 346 7.92e-235 639 YP_008379230.1 YP_007317140.1 46.1 345 177 3 1 341 1 340 1.35e-89 271 YP_008379230.1 QOL09497.1 37.5 192 120 0 127 318 2 193 4.29e-33 120 YP_008379230.1 EAZ5330394.1 26.0 311 197 8 23 300 122 432 6.14e-13 67.8 YP_008379230.1 WP_096665911.1 23.9 197 133 4 10 189 115 311 4.02e-05 43.5 YP_008379230.1 WP_243361436.1 25.0 176 111 3 34 188 135 310 6.99e-05 42.7 KOU48934.1 KOU48934.1 100 329 0 0 1 329 1 329 8.35e-194 534 MCK4671080.1 MCK4671080.1 100 84 0 0 1 84 1 84 3.93e-50 150 WP_097830045.1 WP_097830045.1 100 385 0 0 1 385 1 385 7.33e-278 751 WP_097830045.1 MBR3487460.1 34.1 396 211 14 8 378 11 381 8.56e-52 176 WP_097830045.1 MBM3767188.1 29.6 406 224 11 2 375 36 411 4.12e-37 137 WP_097830045.1 WP_256939523.1 28.6 384 244 12 2 380 15 373 2.07e-33 126 WP_097830045.1 MBR4371193.1 28.8 351 191 10 64 378 7 334 3.61e-31 119 WP_143957119.1 WP_143957119.1 100 286 0 0 1 286 1 286 8.51e-193 528 RZB31430.1 RZB31430.1 100 62 0 0 1 62 1 62 2.84e-40 124 OLC29722.1 OLC29722.1 100 151 0 0 1 151 1 151 4.00e-113 315 MBF1369421.1 MBF1369421.1 100 1071 0 0 1 1071 1 1071 0.0 2037 MBF1369421.1 WP_106812746.1 37.2 1081 638 16 12 1069 9 1071 2.09e-241 712 HBU4069332.1 HBU4069332.1 100 344 0 0 1 344 1 344 8.18e-252 682 HBU4069332.1 HCE5900341.1 89.6 144 15 0 113 256 1 144 3.91e-85 252 MCK4027136.1 MCK4027136.1 100 128 0 0 1 128 1 128 2.29e-83 238 GBF67295.1 GBF67295.1 100 1023 0 0 1 1023 1 1023 0.0 2064 MBS6439950.1 MBS6439950.1 100 456 0 0 1 456 1 456 3.72e-307 831 MCE2394956.1 MCE2394956.1 100 46 0 0 1 46 1 46 2.75e-29 95.5 WP_275149613.1 WP_275149613.1 100 200 0 0 1 200 1 200 4.89e-147 405 XP_009132605.1 XP_009132605.1 100 112 0 0 1 112 1 112 2.01e-74 214 WP_017065630.1 WP_017065630.1 100 281 0 0 1 281 1 281 1.66e-192 526 WP_134064782.1 WP_134064782.1 100 453 0 0 1 453 1 453 8.63e-316 853 WP_134064782.1 WP_230009938.1 40.4 183 107 1 255 437 4 184 1.93e-38 138 WP_134064782.1 WP_107883730.1 27.2 408 276 9 25 423 9 404 4.63e-38 141 WP_031764117.1 WP_031764117.1 100 406 0 0 1 406 1 406 2.36e-296 800 KAH7111090.1 KAH7111090.1 100 442 0 0 1 442 1 442 0.0 881 KAH7111090.1 CEG83499.1 23.8 210 154 3 22 228 16 222 3.28e-22 93.2 KAF3601053.1 KAF3601053.1 100 500 0 0 1 500 1 500 3.28e-284 777 XP_056097092.1 XP_056097092.1 100 539 0 0 1 539 1 539 0.0 1052 WP_202659240.1 WP_202659240.1 100 321 0 0 1 321 1 321 4.68e-244 660 WP_202659240.1 WP_045257206.1 38.3 295 171 3 28 313 16 308 1.94e-68 214 WP_202659240.1 KAJ9293589.1 37.7 199 107 3 132 313 58 256 4.06e-39 137 WP_202659240.1 PBN43802.1 35.1 271 155 9 46 301 175 439 2.46e-37 137 EEI68160.1 EEI68160.1 100 169 0 0 1 169 1 169 9.41e-114 318 WP_249240542.1 WP_249240542.1 100 77 0 0 1 77 1 77 3.27e-48 145 GIX80479.1 GIX80479.1 100 126 0 0 1 126 1 126 1.02e-85 244 XP_054464105.1 XP_054464105.1 100 486 0 0 1 486 1 486 0.0 988 WP_031739936.1 WP_031739936.1 100 352 0 0 1 352 1 352 6.38e-228 622 XP_052068338.1 XP_052068338.1 100 884 0 0 1 884 1 884 0.0 1860 CAI9830983.1 CAI9830983.1 100 73 0 0 1 73 1 73 5.54e-54 159 WP_150194162.1 WP_150194162.1 100 486 0 0 1 486 1 486 0.0 931 WP_150194162.1 WP_245657543.1 35.2 347 191 14 125 467 37 353 1.02e-25 106 TIL25499.1 TIL25499.1 100 121 0 0 1 121 1 121 7.55e-90 254 KMK70211.1 KMK70211.1 100 498 0 0 1 498 1 498 0.0 958 MBL7906248.1 MBL7906248.1 100 540 0 0 1 540 1 540 0.0 1120 WP_199537626.1 WP_199537626.1 100 126 0 0 1 126 1 126 1.33e-90 256 WP_255657767.1 WP_255657767.1 100 225 0 0 1 225 1 225 2.20e-160 441 WP_255657767.1 WP_169054812.1 32.2 202 133 2 12 210 25 225 9.47e-19 80.1 WP_255657767.1 WP_234080888.1 26.3 205 148 2 1 202 17 221 2.71e-11 59.7 WP_255657767.1 WP_123470196.1 34.3 140 87 2 11 150 14 148 4.33e-10 55.8 WP_255657767.1 WP_014286324.1 24.6 134 101 0 11 144 7 140 1.78e-08 50.8 WP_255657767.1 WP_277309438.1 42.6 61 31 3 14 72 15 73 4.09e-04 37.7 XP_008572610.1 XP_008572610.1 100 585 0 0 1 585 1 585 0.0 1156 XP_008572610.1 XP_019384620.1 30.3 595 331 12 28 584 368 916 7.68e-88 290 XP_008572610.1 MBR6293537.1 36.3 91 50 3 417 503 30 116 6.34e-05 42.4 EGS7320029.1 EGS7320029.1 100 235 0 0 1 235 1 235 1.48e-163 449 EGS7320029.1 HDI11217.1 33.6 217 140 3 22 235 1 216 2.19e-31 113 EHD1462244.1 EHD1462244.1 100 180 0 0 1 180 1 180 1.68e-135 374 WP_105794890.1 WP_105794890.1 100 405 0 0 1 405 1 405 1.19e-284 770 WP_105794890.1 WP_028781258.1 23.9 159 117 1 30 188 40 194 2.55e-11 62.0 KAJ4753967.1 KAJ4753967.1 100 322 0 0 1 322 1 322 5.40e-214 584 XP_007512765.1 XP_007512765.1 100 221 0 0 1 221 1 221 2.76e-152 420 EFU9196970.1 EFU9196970.1 100 833 0 0 1 833 1 833 0.0 1623 EFU9196970.1 PGL69713.1 36.1 532 332 4 152 677 37 566 3.28e-105 334 EFU9196970.1 WP_261970917.1 33.6 541 337 13 116 647 11 538 7.34e-70 239 EFU9196970.1 WP_250295751.1 23.5 468 257 16 269 651 448 899 1.06e-16 83.2 WP_133662298.1 WP_133662298.1 100 157 0 0 1 157 1 157 1.95e-107 301 WP_133662298.1 MBF66593.1 36.2 116 72 2 37 151 449 563 3.98e-14 67.0 WP_156164841.1 WP_156164841.1 100 132 0 0 1 132 1 132 4.05e-97 273 XP_040774166.1 XP_040774166.1 100 384 0 0 1 384 1 384 1.28e-282 763 XP_010489688.1 XP_010489688.1 100 263 0 0 1 263 1 263 2.04e-168 464 WP_116818916.1 WP_116818916.1 100 734 0 0 1 734 1 734 0.0 1422 WP_116818916.1 WP_189646918.1 40.7 739 411 11 6 733 2 724 4.61e-149 450 WP_234306850.1 WP_234306850.1 100 305 0 0 1 305 1 305 9.79e-213 580 WP_234306850.1 WP_058635033.1 37.4 262 159 3 44 301 44 304 1.38e-46 158 WP_234306850.1 WP_251874466.1 37.7 260 157 2 42 297 43 301 5.46e-45 154 WP_234306850.1 WP_059510827.1 38.6 303 174 6 7 301 3 301 6.27e-41 143 WP_234306850.1 MBC99785.1 33.8 275 162 7 45 301 41 313 1.99e-36 131 WP_234306850.1 WP_116701099.1 37.3 241 141 7 46 280 49 285 2.64e-33 122 WP_234306850.1 WP_012724915.1 36.5 249 140 5 69 301 70 316 1.47e-31 118 WP_234306850.1 WP_166225641.1 30.7 303 190 7 15 303 20 316 5.35e-31 118 WP_234306850.1 NDH20019.1 35.9 259 149 9 39 289 7 256 4.73e-27 105 ECO0852462.1 ECO0852462.1 100 310 0 0 1 310 1 310 9.32e-234 633 MBC8149950.1 MBC8149950.1 100 433 0 0 1 433 1 433 0.0 896 AFA09475.1 AFA09475.1 100 205 0 0 1 205 1 205 1.39e-144 399 AFA09475.1 ADW49125.1 96.1 205 8 0 1 205 7 211 1.85e-139 386 AFA09475.1 AFA24308.1 94.6 205 11 0 1 205 8 212 1.51e-136 379 AFA09475.1 QUA05739.1 93.9 198 12 0 1 198 15 212 1.14e-131 367 AFA09475.1 AVM35379.1 89.3 205 22 0 1 205 10 214 1.00e-130 364 AFA09475.1 AWS34156.1 85.4 205 30 0 1 205 15 219 9.00e-126 352 AFA09475.1 QUQ06080.1 82.9 205 35 0 1 205 15 219 1.05e-124 349 AFA09475.1 ADJ35581.1 82.0 205 37 0 1 205 16 220 1.54e-124 349 AFA09475.1 ABQ63546.1 81.0 205 39 0 1 205 14 218 2.65e-120 338 AFA09475.1 AAX94106.1 89.4 189 20 0 17 205 1 189 9.54e-117 337 GBC84792.1 GBC84792.1 100 404 0 0 1 404 1 404 3.49e-297 801 GBC84792.1 VTR69884.1 35.6 390 238 6 2 382 12 397 1.67e-65 213 OLE88521.1 OLE88521.1 100 234 0 0 1 234 1 234 3.80e-170 466 BAV52815.1 BAV52815.1 100 154 0 0 1 154 1 154 8.02e-110 307 BAV52815.1 MBE0500203.1 44.0 100 54 2 14 112 80 178 3.94e-18 75.5 BAV52815.1 WP_100161462.1 49.4 77 38 1 36 112 76 151 8.53e-13 61.2 NXT80179.1 NXT80179.1 100 415 0 0 1 415 1 415 2.54e-316 851 NXT80179.1 XP_026175731.1 27.3 227 135 9 192 402 97 309 3.99e-16 77.0 NXT80179.1 XP_018492447.1 51.0 51 25 0 191 241 174 224 2.17e-11 63.5 NXT80179.1 XP_024252803.1 22.2 261 160 9 167 390 46 300 3.17e-09 56.2 WP_200941876.1 WP_200941876.1 100 648 0 0 1 648 1 648 0.0 1284 WP_200941876.1 TMQ04701.1 30.5 367 198 13 178 520 581 914 5.68e-31 127 WP_200941876.1 WP_167959909.1 25.9 513 282 14 45 524 7 454 2.93e-28 117 WP_200941876.1 MBF2759673.1 26.5 524 316 17 40 525 145 637 1.26e-21 98.2 WP_200941876.1 NQW84129.1 25.9 571 316 24 48 592 45 534 1.65e-21 97.1 WP_200941876.1 WP_112119927.1 22.9 477 263 15 53 524 10 386 9.71e-18 84.7 WP_200941876.1 WP_055153579.1 40.1 137 64 8 419 541 294 426 5.40e-15 76.3 WP_200941876.1 RLB66027.1 28.6 322 154 15 225 524 166 433 1.71e-13 71.6 WP_200941876.1 PYB13830.1 28.9 204 109 5 44 247 184 351 2.80e-09 58.9 WP_200941876.1 MCL4144983.1 52.3 44 20 1 467 509 1 44 3.65e-07 47.0 WP_146310544.1 WP_146310544.1 100 172 0 0 1 172 1 172 2.69e-119 332 KAJ4994524.1 KAJ4994524.1 100 548 0 0 1 548 1 548 0.0 1065 NQU26924.1 NQU26924.1 100 1098 0 0 1 1098 1 1098 0.0 2211 NQU26924.1 MBP3509218.1 32.8 472 289 9 463 915 137 599 6.99e-67 235 NQU26924.1 MBQ2777352.1 31.5 467 305 7 461 915 135 598 3.51e-61 219 NQU26924.1 MCK9987173.1 30.3 607 342 22 458 1007 10 592 4.56e-57 206 NQU26924.1 EHP6050825.1 31.2 414 252 11 464 846 236 647 6.60e-45 171 NQU26924.1 OQC16336.1 26.5 151 98 5 552 695 460 604 3.05e-04 43.1 KKQ17530.1 KKQ17530.1 100 339 0 0 1 339 1 339 4.49e-242 657 WP_262043205.1 WP_262043205.1 100 569 0 0 1 569 1 569 0.0 1159 WP_262043205.1 WP_222594143.1 26.2 408 248 4 181 537 60 465 5.38e-35 135 WP_262043205.1 YP_010462557.1 29.7 387 237 9 181 537 12 393 6.44e-33 128 WP_092054000.1 WP_092054000.1 100 334 0 0 1 334 1 334 3.31e-246 667 KAH7904576.1 KAH7904576.1 100 474 0 0 1 474 1 474 0.0 942 ULB83374.1 ULB83374.1 100 4401 0 0 1 4401 1 4401 0.0 8326 ULB83374.1 ULA23837.2 96.8 4401 140 0 1 4401 1 4401 0.0 8326 ULB83374.1 UIR12670.1 96.8 4397 142 0 1 4397 1 4397 0.0 8318 ULB83374.1 UXH94526.1 96.7 4401 145 0 1 4401 1 4401 0.0 8317 ULB83374.1 UPA83906.1 96.7 4397 146 0 1 4397 1 4397 0.0 8307 ULB83374.1 UMF87224.1 96.2 4397 166 0 1 4397 1 4397 0.0 8306 ULB83374.1 UKU68032.1 96.4 4401 158 0 1 4401 1 4401 0.0 8289 ULB83374.1 UKN67998.1 96.7 4377 143 0 21 4397 1 4377 0.0 8277 ULB83374.1 UJV88611.1 94.8 4401 230 0 1 4401 1 4401 0.0 8126 ULB83374.1 UJJ97602.1 94.6 4401 236 0 1 4401 1 4401 0.0 8110 MBO7707210.1 MBO7707210.1 100 283 0 0 1 283 1 283 1.34e-208 567 MBO7707210.1 MCE2861656.1 41.1 280 151 4 1 280 1 266 1.30e-67 209 KAF5967767.1 KAF5967767.1 100 1145 0 0 1 1145 1 1145 0.0 1885 WP_052991486.1 WP_052991486.1 100 201 0 0 1 201 1 201 3.18e-148 408 ORB86003.1 ORB86003.1 100 181 0 0 1 181 1 181 3.63e-126 350 WP_219866541.1 WP_219866541.1 100 172 0 0 1 172 1 172 1.24e-124 346 MBA0681195.1 MBA0681195.1 100 316 0 0 1 316 1 316 5.81e-231 627 MBA0681195.1 XP_047781705.1 61.1 36 14 0 243 278 337 372 4.47e-10 58.5 MBA0681195.1 KAF8141928.1 52.3 44 21 0 235 278 251 294 6.62e-10 57.8 CKF71070.1 CKF71070.1 100 752 0 0 1 752 1 752 0.0 1457 CKF71070.1 WP_200543170.1 40.6 436 255 2 306 741 256 687 1.40e-102 328 CKF71070.1 HAB03480.1 35.7 566 347 7 194 746 530 1091 1.16e-101 335 CKF71070.1 WP_230171322.1 35.0 488 295 5 251 737 547 1013 3.87e-86 292 CKF71070.1 WP_018646673.1 34.1 508 328 5 245 746 443 949 1.16e-84 286 CKF71070.1 MBF0143407.1 36.1 424 264 4 318 737 632 1052 2.93e-77 268 CKF71070.1 WP_126679569.1 30.9 459 305 7 289 737 337 793 8.05e-54 197 CKF71070.1 WP_159812831.1 45.2 166 90 1 311 475 234 399 3.69e-35 137 CKF71070.1 HCN71343.1 44.8 125 69 0 356 480 7 131 1.85e-31 117 CKF71070.1 EIA4708990.1 30.5 279 193 1 460 737 379 657 2.55e-30 126 WP_078732502.1 WP_078732502.1 100 498 0 0 1 498 1 498 0.0 966 WP_078732502.1 MCJ2110312.1 60.8 255 98 1 11 265 6 258 2.66e-102 305 WP_078732502.1 HAB03480.1 24.1 282 207 1 113 387 376 657 7.67e-29 119 WP_078732502.1 WP_094217606.1 35.8 81 51 1 398 477 501 581 5.77e-08 53.5 WP_079688138.1 WP_079688138.1 100 164 0 0 1 164 1 164 6.99e-118 328 MCE2498961.1 MCE2498961.1 100 234 0 0 1 234 1 234 5.18e-168 461 RUX64007.1 RUX64007.1 100 66 0 0 1 66 1 66 6.14e-48 144 CRZ84703.1 CRZ84703.1 100 339 0 0 1 339 1 339 6.65e-184 522 CRZ84703.1 EED8954498.1 51.7 234 103 3 3 234 281 506 1.15e-48 176 MBT3222043.1 MBT3222043.1 100 185 0 0 1 185 1 185 3.35e-133 369 WP_273849839.1 WP_273849839.1 100 258 0 0 1 258 1 258 7.36e-164 452 WP_273849839.1 WP_110035452.1 34.5 261 140 9 1 257 1 234 9.07e-33 118 WP_273849839.1 WP_108024271.1 30.8 253 160 3 7 256 8 248 4.28e-28 106 WP_273849839.1 WP_013845913.1 31.6 244 151 4 1 241 1 231 3.44e-23 93.2 WP_273849839.1 KAI0154282.1 33.1 263 158 9 2 257 6 257 2.89e-20 85.5 WP_273849839.1 WP_077093245.1 31.8 201 113 5 7 196 9 196 4.46e-19 83.2 WP_273849839.1 WP_251593142.1 28.1 267 158 6 9 258 10 259 2.61e-16 74.7 WP_273849839.1 WP_031940100.1 27.1 207 135 4 9 213 13 205 3.50e-16 74.3 WP_273849839.1 WP_106136481.1 32.7 165 92 6 76 222 59 222 1.29e-09 55.5 WP_025260862.1 WP_025260862.1 100 223 0 0 1 223 1 223 3.70e-142 394 HCI3789247.1 HCI3789247.1 100 145 0 0 1 145 1 145 4.06e-110 307 HCI3789247.1 EHC2895895.1 48.3 149 72 2 1 145 14 161 1.17e-38 127 AMW35569.1 AMW35569.1 100 451 0 0 1 451 1 451 0.0 891 AMW35569.1 MUN40768.1 32.6 420 267 8 37 451 10 418 1.91e-56 191 AMW35569.1 WP_035473288.1 25.4 311 215 8 35 341 5 302 2.75e-19 87.8 AMW35569.1 WP_234466695.1 30.3 198 125 4 34 224 4 195 4.74e-13 68.9 WP_067225239.1 WP_067225239.1 100 288 0 0 1 288 1 288 2.93e-210 572 PTQ72351.1 PTQ72351.1 100 403 0 0 1 403 1 403 1.03e-293 793 PTQ72351.1 WP_241420500.1 42.1 387 191 4 43 399 101 484 3.28e-91 281 PTQ72351.1 WP_112449552.1 40.2 373 207 2 43 399 115 487 4.95e-79 250 PTQ72351.1 WP_050274510.1 36.5 367 212 4 41 393 86 445 2.82e-65 213 EFG1785427.1 EFG1785427.1 100 228 0 0 1 228 1 228 3.43e-122 344 XP_025268496.1 XP_025268496.1 100 683 0 0 1 683 1 683 2.09e-161 479 OGE84663.1 OGE84663.1 100 73 0 0 1 73 1 73 5.34e-52 154 MBH2016034.1 MBH2016034.1 100 277 0 0 1 277 1 277 1.42e-181 499 MBH2016034.1 PWC90347.1 22.6 235 154 3 30 263 69 276 1.05e-06 47.8 MBH2016034.1 WP_132558606.1 28.5 221 130 7 36 248 59 259 7.61e-05 42.0 GEY28869.1 GEY28869.1 100 305 0 0 1 305 1 305 1.08e-225 612 Q9GKS6.1 Q9GKS6.1 100 653 0 0 1 653 1 653 0.0 1290 Q9GKS6.1 XP_017674008.1 60.9 476 156 4 4 452 686 1158 1.55e-178 537 Q9GKS6.1 WP_019100427.1 24.5 294 153 9 45 336 440 666 1.10e-10 63.2 Q9GKS6.1 MBE5737882.1 23.7 338 162 12 48 379 427 674 2.75e-06 48.9 WP_247392216.1 WP_247392216.1 100 277 0 0 1 277 1 277 6.47e-188 514 WP_247392216.1 WP_186153646.1 44.4 259 135 5 1 253 1 256 8.44e-55 176 WP_247392216.1 WP_243269836.1 47.7 235 118 4 45 276 31 263 9.33e-49 171 WP_247392216.1 WP_001537381.1 50.0 202 95 5 79 276 45 244 2.76e-47 167 WP_247392216.1 MBS1222269.1 44.8 210 90 2 1 192 1 202 9.60e-46 151 WP_247392216.1 WP_045125019.1 37.9 203 116 4 84 277 104 305 1.34e-29 114 WP_247392216.1 WP_230822898.1 37.6 178 98 4 86 256 78 249 2.46e-22 94.4 WP_218790267.1 WP_218790267.1 100 128 0 0 1 128 1 128 7.08e-96 270 WP_218790267.1 HCG9411603.1 45.1 113 60 1 4 114 5 117 1.72e-31 110 WP_258570851.1 WP_258570851.1 100 225 0 0 1 225 1 225 1.94e-154 426 WP_025399520.1 WP_025399520.1 100 293 0 0 1 293 1 293 3.70e-211 575 KAG1839801.1 KAG1839801.1 100 134 0 0 1 134 1 134 1.40e-98 277 WP_151427539.1 WP_151427539.1 100 507 0 0 1 507 1 507 0.0 1008 EEC9966669.1 EEC9966669.1 100 73 0 0 1 73 1 73 7.07e-48 144 UOZ97514.1 UOZ97514.1 100 93 0 0 1 93 1 93 7.12e-66 191 WP_006305873.1 WP_006305873.1 100 460 0 0 1 460 1 460 0.0 878 WP_006305873.1 WP_004699236.1 32.9 465 272 10 9 460 10 447 7.60e-66 216 WP_006305873.1 WP_209241541.1 30.3 356 216 12 12 354 23 359 7.71e-19 87.0 WP_006305873.1 WP_256342227.1 29.1 347 194 13 80 388 77 409 1.05e-13 71.2 WP_006305873.1 MBI5098096.1 27.8 302 180 13 115 388 103 394 8.76e-11 62.0 WP_006305873.1 WP_093868643.1 24.2 264 179 7 77 336 74 320 2.53e-09 57.4 WP_006305873.1 MCQ2831428.1 24.7 308 185 10 116 388 69 364 4.63e-05 43.9 WP_210226425.1 WP_210226425.1 100 299 0 0 1 299 1 299 2.43e-219 596 WP_210226425.1 GLX88815.1 44.9 296 163 0 1 296 1 296 2.35e-95 282 WP_210226425.1 MBR0212985.1 37.6 237 141 6 10 243 7 239 8.16e-40 137 WP_210226425.1 HCN8461219.1 57.0 86 37 0 9 94 8 93 1.37e-28 103 WP_210226425.1 MBR2406030.1 31.1 122 81 3 12 133 29 147 3.60e-08 52.8 MBO7120934.1 MBO7120934.1 100 280 0 0 1 280 1 280 3.28e-203 553 NVO14071.1 NVO14071.1 100 218 0 0 1 218 1 218 6.62e-163 446 NVO14071.1 WP_236905832.1 53.4 161 68 3 54 214 6 159 4.55e-55 171 MBP8196496.1 MBP8196496.1 100 805 0 0 1 805 1 805 0.0 1585 MBP8196496.1 HAN66834.1 43.5 818 270 11 1 805 21 659 1.06e-202 588 MBP8196496.1 WP_043940504.1 42.2 811 280 13 1 805 21 648 1.81e-189 554 MBP8196496.1 WP_150253061.1 34.4 842 351 17 1 805 19 696 5.97e-130 402 WP_281034490.1 WP_281034490.1 100 164 0 0 1 164 1 164 5.09e-111 311 WP_281034490.1 MBP1876254.1 41.0 161 84 4 1 158 183 335 5.09e-24 94.4 WP_281034490.1 WP_227059655.1 44.4 63 35 0 1 63 215 277 4.96e-12 61.2 WP_281034490.1 GLY24463.1 47.6 63 33 0 1 63 196 258 4.56e-11 58.2 WP_281034490.1 WP_192324556.1 44.4 63 35 0 1 63 510 572 6.66e-10 55.1 WP_281034490.1 RUU66461.1 44.4 54 30 0 10 63 2 55 1.99e-09 53.5 WP_281034490.1 WP_115992495.1 36.5 63 37 1 4 63 183 245 2.79e-07 47.0 WP_281034490.1 WP_159463829.1 30.0 60 40 1 2 61 527 584 4.48e-06 43.9 WP_281034490.1 WP_142133210.1 38.9 54 33 0 10 63 195 248 6.11e-06 43.1 WP_281034490.1 WP_132175930.1 43.9 41 23 0 2 42 202 242 4.84e-04 37.7 GMH74815.1 GMH74815.1 100 692 0 0 1 692 1 692 0.0 1351 WP_243220715.1 WP_243220715.1 100 170 0 0 1 170 1 170 3.86e-127 352 KAJ4794342.1 KAJ4794342.1 100 151 0 0 1 151 1 151 8.39e-106 296 WP_062821347.1 WP_062821347.1 100 216 0 0 1 216 1 216 8.00e-154 423 EBP8848134.1 EBP8848134.1 100 122 0 0 1 122 1 122 2.34e-80 230 MBI5683150.1 MBI5683150.1 100 286 0 0 1 286 1 286 6.35e-204 556 MBI5683150.1 WP_261132050.1 44.6 260 135 6 26 281 4 258 4.48e-60 190 WP_262394687.1 WP_262394687.1 100 64 0 0 1 64 1 64 2.89e-43 132 HCE7036204.1 HCE7036204.1 100 90 0 0 1 90 1 90 1.30e-62 182 GJP50541.1 GJP50541.1 100 681 0 0 1 681 1 681 0.0 992 HBY86896.1 HBY86896.1 100 366 0 0 1 366 1 366 7.33e-257 696 HBY86896.1 WP_061905238.1 60.5 367 139 2 1 366 1 362 2.02e-141 413 HBY86896.1 WP_134885491.1 34.2 348 205 5 20 366 6 330 1.38e-46 165 UAQ80067.1 UAQ80067.1 100 7096 0 0 1 7096 1 7096 0.0 13731 UAQ80067.1 UBD95131.1 97.3 7096 190 0 1 7096 1 7096 0.0 13723 UAQ80067.1 UEC52718.1 97.3 7096 193 0 1 7096 1 7096 0.0 13716 UAQ80067.1 UBP50947.1 97.2 7096 201 0 1 7096 1 7096 0.0 13703 UAQ80067.1 WEU87158.1 97.2 7096 202 0 1 7096 1 7096 0.0 13699 UAQ80067.1 QVD87869.1 97.1 7096 203 1 1 7096 1 7093 0.0 13688 UAQ80067.1 UMF87224.1 96.8 7096 225 2 1 7096 1 7092 0.0 13679 UAQ80067.1 UBR86455.1 96.6 7095 243 0 2 7096 1 7095 0.0 13591 UAQ80067.1 UCP72061.1 96.3 7096 266 0 1 7096 1 7096 0.0 13543 UAQ80067.1 UGA79226.1 97.1 6952 205 0 1 6952 1 6952 0.0 13414 MBL02020.1 MBL02020.1 100 543 0 0 1 543 1 543 0.0 1045 MBL02020.1 MBL6706528.1 30.6 562 307 15 33 543 7 536 4.36e-62 213 MBL02020.1 WP_056610248.1 32.1 418 235 15 9 409 10 395 4.98e-37 142 MBL02020.1 MBN2666786.1 32.2 311 160 8 237 533 6 279 2.17e-32 126 MBL02020.1 MCG8030229.1 28.0 243 130 8 303 533 790 999 1.00e-15 79.0 WP_278361924.1 WP_278361924.1 100 385 0 0 1 385 1 385 2.56e-278 752 WP_278361924.1 UCF78466.1 29.8 363 249 5 20 380 18 376 3.97e-38 139 WP_278361924.1 WP_145937814.1 26.8 373 264 5 12 379 13 381 3.97e-27 109 WP_278361924.1 XP_027540421.1 23.5 366 246 8 11 359 34 382 1.43e-20 90.9 WP_278361924.1 RYZ40664.1 25.0 348 243 8 1 341 12 348 8.69e-14 70.5 WP_278361924.1 MCH8312862.1 24.7 166 119 3 102 267 84 243 1.35e-06 48.1 WP_061121232.1 WP_061121232.1 100 424 0 0 1 424 1 424 4.23e-315 848 WP_061121232.1 MCD6482094.1 23.7 211 145 4 28 235 6 203 3.97e-04 40.8 WP_215391030.1 WP_215391030.1 100 699 0 0 1 699 1 699 0.0 1393 WP_215391030.1 WP_185892671.1 45.1 632 343 4 42 671 24 653 2.56e-188 547 WP_215391030.1 HBD3580067.1 41.1 621 362 4 45 664 34 651 3.10e-171 504 WP_237480153.1 WP_237480153.1 100 692 0 0 1 692 1 692 0.0 1417 WP_237480153.1 EIA1623697.1 27.1 712 417 22 16 682 60 714 2.34e-40 156 WP_058093348.1 WP_058093348.1 100 422 0 0 1 422 1 422 2.93e-305 823 WP_058093348.1 WP_249866435.1 29.1 374 230 11 25 380 5 361 2.22e-25 105 OZZ34426.1 OZZ34426.1 100 214 0 0 1 214 1 214 7.14e-156 428 OZZ34426.1 HBS1873186.1 54.6 207 88 2 12 214 5 209 1.54e-71 219 OZZ34426.1 WP_200478262.1 39.3 117 62 4 98 214 42 149 9.40e-13 64.3 MAI76755.1 MAI76755.1 100 86 0 0 1 86 1 86 1.34e-60 177 WP_235074910.1 WP_235074910.1 100 248 0 0 1 248 1 248 1.21e-173 476 WP_235074910.1 WP_035847413.1 37.0 108 64 2 2 109 4 107 2.59e-12 63.2 WP_235074910.1 MBE0577924.1 27.9 61 44 0 8 68 16 76 9.44e-04 37.0 WP_183882442.1 WP_183882442.1 100 238 0 0 1 238 1 238 9.87e-159 437 WP_183882442.1 WP_087085326.1 38.7 191 114 1 4 194 5 192 1.58e-32 117 WP_183882442.1 MAN53906.1 32.8 201 135 0 1 201 1 201 1.67e-27 105 WP_183882442.1 MYS73268.1 34.0 191 125 1 1 190 1 191 2.53e-21 88.2 WP_183882442.1 MBN3744368.1 36.5 181 112 1 4 184 1 178 5.02e-21 87.4 WP_183882442.1 MBG6287041.1 29.8 191 133 1 4 194 14 203 4.61e-19 81.6 WP_183882442.1 WP_014605789.1 30.2 222 129 6 11 216 5 216 8.02e-18 78.2 WP_183882442.1 MXY99086.1 34.1 170 109 2 17 185 1 168 2.61e-17 76.6 WP_183882442.1 WP_063302373.1 27.3 242 159 5 1 232 1 235 2.43e-16 74.7 WP_183882442.1 XP_028635853.1 27.8 227 154 3 4 221 8 233 2.51e-16 75.9 EHW4468754.1 EHW4468754.1 100 424 0 0 1 424 1 424 2.19e-317 854 EHW4468754.1 EFJ8748319.1 62.7 424 154 3 1 422 1 422 1.04e-187 526 EHW4468754.1 WP_114368818.1 29.4 211 135 6 2 207 6 207 1.15e-16 79.7 AMS43029.1 AMS43029.1 100 339 0 0 1 339 1 339 5.23e-241 654 AMS43029.1 HCE70276.1 61.2 178 67 1 65 242 1 176 2.60e-66 205 WP_274400640.1 WP_274400640.1 100 120 0 0 1 120 1 120 4.76e-79 226 WP_283129754.1 WP_283129754.1 100 82 0 0 1 82 1 82 5.21e-54 160 MCJ7574591.1 MCJ7574591.1 100 67 0 0 1 67 1 67 1.45e-42 130 WP_216195748.1 WP_216195748.1 100 294 0 0 1 294 1 294 4.92e-196 536 WP_216195748.1 MBK8070034.1 45.9 290 151 5 4 288 3 291 5.98e-66 206 WP_180047249.1 WP_180047249.1 100 358 0 0 1 358 1 358 4.16e-268 724 KAF5693711.1 KAF5693711.1 100 149 0 0 1 149 1 149 2.62e-108 303 MCF0245553.1 MCF0245553.1 100 177 0 0 1 177 1 177 2.47e-122 340 EFX7948152.1 EFX7948152.1 100 366 0 0 1 366 1 366 1.21e-255 693 NCW17563.1 NCW17563.1 100 359 0 0 1 359 1 359 1.99e-271 733 KGQ91714.1 KGQ91714.1 100 550 0 0 1 550 1 550 0.0 1098 MBW1731384.1 MBW1731384.1 100 112 0 0 1 112 1 112 4.72e-82 233 WP_090340093.1 WP_090340093.1 100 302 0 0 1 302 1 302 1.27e-227 617 WP_095963788.1 WP_095963788.1 100 92 0 0 1 92 1 92 5.70e-58 171 WP_051773451.1 WP_051773451.1 100 116 0 0 1 116 1 116 1.90e-74 214 WDF47893.1 WDF47893.1 100 290 0 0 1 290 1 290 3.83e-207 564 WP_079458535.1 WP_079458535.1 100 312 0 0 1 312 1 312 1.05e-231 628 WP_079458535.1 WP_167239634.1 41.2 97 50 4 140 231 4 98 4.10e-10 57.4 MCB0395607.1 MCB0395607.1 100 312 0 0 1 312 1 312 1.22e-230 625 WP_105462017.1 WP_105462017.1 100 95 0 0 1 95 1 95 4.78e-65 189 WP_070054132.1 WP_070054132.1 100 213 0 0 1 213 1 213 1.10e-154 425 WP_070054132.1 WP_040988594.1 53.3 214 97 2 1 213 1 212 3.04e-80 237 MCI0441261.1 MCI0441261.1 100 134 0 0 1 134 1 134 2.07e-100 281 WP_268428026.1 WP_268428026.1 100 467 0 0 1 467 1 467 0.0 902 WP_257882322.1 WP_257882322.1 100 237 0 0 1 237 1 237 1.97e-178 487 MCI2079698.1 MCI2079698.1 100 309 0 0 1 309 1 309 1.36e-221 602 MCI2079698.1 WP_077690175.1 29.5 149 104 1 4 151 5 153 2.26e-16 76.6 MCI2079698.1 TCV06956.1 30.3 89 62 0 1 89 1 89 7.46e-10 53.5 MCI2079698.1 WP_009620393.1 20.1 239 190 1 6 244 6 243 5.11e-09 54.7 MCI2079698.1 WP_254301195.1 29.6 162 92 6 11 163 16 164 3.18e-07 49.3 MCI2079698.1 WP_273138110.1 22.6 168 117 4 1 163 1 160 4.16e-04 39.7 WP_203201698.1 WP_203201698.1 100 156 0 0 1 156 1 156 7.99e-120 332 WP_203201698.1 WP_124548640.1 34.9 149 83 5 14 152 14 158 3.64e-20 80.1 WP_089867971.1 WP_089867971.1 100 138 0 0 1 138 1 138 1.05e-104 293 MBO8233644.1 MBO8233644.1 100 381 0 0 1 381 1 381 1.11e-270 733 MBO8233644.1 WP_076194242.1 31.9 229 148 5 150 373 230 455 5.62e-26 107 MBO8233644.1 MBN1819552.1 29.0 224 148 5 142 360 329 546 7.98e-21 92.4 MBO8233644.1 WP_063540919.1 29.9 211 141 3 155 360 491 699 1.42e-20 92.0 MBO8233644.1 MBS1636088.1 25.9 282 189 7 93 371 50 314 6.58e-20 87.8 MBO8233644.1 SCH39951.1 30.4 289 177 10 83 361 194 468 9.15e-20 89.0 MBO8233644.1 EDN57974.1 27.7 235 159 6 152 379 397 627 2.24e-17 82.4 MBO8233644.1 WP_144320971.1 25.4 224 155 7 147 370 300 511 7.94e-09 55.5 MBO8233644.1 WP_191131110.1 30.5 82 54 2 271 352 254 332 4.24e-06 46.6 MBO8233644.1 WP_088644037.1 21.2 231 147 6 159 372 210 422 8.14e-05 42.7 UVY40774.1 UVY40774.1 100 681 0 0 1 681 1 681 0.0 1360 NLZ92879.1 NLZ92879.1 100 130 0 0 1 130 1 130 2.36e-86 246 NLZ92879.1 MBI0103662.1 44.4 72 40 0 5 76 621 692 2.91e-13 63.5 NLZ92879.1 WP_206581849.1 40.0 65 38 1 11 74 686 750 4.42e-07 45.8 MBC8192126.1 MBC8192126.1 100 469 0 0 1 469 1 469 0.0 928 GDY00464.1 GDY00464.1 100 652 0 0 1 652 1 652 0.0 1306 MBQ1564907.1 MBQ1564907.1 100 385 0 0 1 385 1 385 1.21e-244 667 MBQ1564907.1 WP_250934260.1 55.4 258 115 0 4 261 5 262 3.52e-88 266 WP_075653737.1 WP_075653737.1 100 567 0 0 1 567 1 567 0.0 1099 WP_075653737.1 MCE2395269.1 27.2 595 347 14 28 564 4 570 6.41e-49 177 TJW17418.1 TJW17418.1 100 79 0 0 1 79 1 79 7.52e-57 167 NEK79366.1 NEK79366.1 100 194 0 0 1 194 1 194 5.74e-143 394 MBI2506024.1 MBI2506024.1 100 391 0 0 1 391 1 391 2.21e-282 763 MBI2506024.1 WP_108511015.1 30.3 208 128 7 52 253 12 208 1.11e-14 72.8 MBI2506024.1 MCQ2150528.1 29.4 197 105 8 167 343 195 377 4.84e-08 52.8 PIU18101.1 PIU18101.1 100 356 0 0 1 356 1 356 9.90e-250 677 CAH2014332.1 CAH2014332.1 100 245 0 0 1 245 1 245 3.83e-189 515 CAH2014332.1 KAI8118081.1 31.6 247 146 5 11 234 226 472 2.39e-39 140 NBX99292.1 NBX99292.1 100 179 0 0 1 179 1 179 3.12e-126 350 WP_254566347.1 WP_254566347.1 100 131 0 0 1 131 1 131 2.18e-96 271 WP_108024271.1 WP_108024271.1 100 251 0 0 1 251 1 251 2.64e-174 478 WP_108024271.1 WP_010443651.1 37.1 240 144 4 8 247 3 235 8.89e-43 144 WP_108024271.1 KAG2346037.1 36.6 257 143 7 8 248 14 266 2.21e-32 117 WP_108024271.1 WP_087085326.1 34.9 261 149 4 1 248 1 253 6.65e-31 113 WP_108024271.1 KAI0154282.1 34.3 251 156 4 5 248 8 256 7.36e-30 110 WP_108024271.1 MBU5424338.1 32.5 243 154 4 11 248 16 253 3.17e-25 99.0 WP_108024271.1 WP_273849839.1 30.8 253 160 3 8 248 7 256 4.65e-25 98.2 WP_108024271.1 MXY99086.1 32.1 240 149 5 18 248 1 235 2.55e-20 85.1 WP_108024271.1 WP_077093245.1 32.4 244 141 7 8 242 9 237 4.12e-20 85.9 WP_108024271.1 WP_062917436.1 29.7 185 128 2 10 194 9 191 6.27e-09 53.5 XP_032206552.1 XP_032206552.1 100 859 0 0 1 859 1 859 0.0 1672 EEY8067912.1 EEY8067912.1 100 1653 0 0 1 1653 1 1653 0.0 3277 RYP28707.1 RYP28707.1 100 558 0 0 1 558 1 558 0.0 922 RYP28707.1 WP_007404414.1 36.8 114 69 3 23 134 34 146 3.76e-09 56.6 CAG7600102.1 CAG7600102.1 100 67 0 0 1 67 1 67 5.24e-45 136 KAF6036899.1 KAF6036899.1 100 192 0 0 1 192 1 192 1.15e-132 368 KAF6036899.1 KAJ7092692.1 38.2 76 41 1 15 90 132 201 2.42e-07 48.1 WP_038233489.1 WP_038233489.1 100 410 0 0 1 410 1 410 1.67e-298 805 WP_260810007.1 WP_260810007.1 100 283 0 0 1 283 1 283 8.86e-223 603 XP_030976676.1 XP_030976676.1 100 368 0 0 1 368 1 368 5.85e-289 778 XP_030976676.1 KAI1055415.1 40.2 358 194 10 9 359 7 351 2.70e-82 253 KAI9082639.1 KAI9082639.1 100 124 0 0 1 124 1 124 1.70e-83 238 MCC7230466.1 MCC7230466.1 100 130 0 0 1 130 1 130 8.23e-87 247 WP_190890574.1 WP_190890574.1 100 347 0 0 1 347 1 347 2.30e-264 714 KAG6242063.1 KAG6242063.1 100 84 0 0 1 84 1 84 1.80e-46 141 MBM3933481.1 MBM3933481.1 100 98 0 0 1 98 1 98 3.29e-71 205 WP_115313274.1 WP_115313274.1 100 207 0 0 1 207 1 207 2.07e-156 429 WP_115313274.1 MCL4851158.1 36.1 208 123 5 6 207 6 209 9.36e-35 120 WP_115313274.1 WP_061364641.1 39.1 46 26 2 33 76 88 133 2.45e-04 39.7 WP_166199813.1 WP_166199813.1 100 67 0 0 1 67 1 67 5.72e-40 124 WP_009803198.1 WP_009803198.1 100 51 0 0 1 51 1 51 2.78e-31 100 WP_166389238.1 WP_166389238.1 100 395 0 0 1 395 1 395 2.83e-271 735 WP_214921910.1 WP_214921910.1 100 370 0 0 1 370 1 370 7.85e-238 649 BDT03353.1 BDT03353.1 100 171 0 0 1 171 1 171 1.89e-114 320 KAG9273239.1 KAG9273239.1 100 1402 0 0 1 1402 1 1402 0.0 2573 KAH9897695.1 KAH9897695.1 100 243 0 0 1 243 1 243 1.96e-181 495 RXM36450.1 RXM36450.1 100 209 0 0 1 209 1 209 1.70e-156 429 WP_119380110.1 WP_119380110.1 100 453 0 0 1 453 1 453 1.73e-319 862 WP_119380110.1 NCY12679.1 31.4 207 129 2 54 260 139 332 1.97e-16 79.0 KAI9362949.1 KAI9362949.1 100 99 0 0 1 99 1 99 1.15e-67 196 KAI9362949.1 EZA58905.1 48.1 77 40 0 1 77 28 104 2.93e-19 79.3 XP_024427063.2 XP_024427063.2 100 1239 0 0 1 1239 1 1239 0.0 2404 MCS7281253.1 MCS7281253.1 100 234 0 0 1 234 1 234 4.62e-171 468 WP_014036593.1 WP_014036593.1 100 322 0 0 1 322 1 322 2.66e-230 625 WP_272150417.1 WP_272150417.1 100 49 0 0 1 49 1 49 2.32e-18 68.2 WP_226863423.1 WP_226863423.1 100 123 0 0 1 123 1 123 5.29e-82 234 KAI5358731.1 KAI5358731.1 100 840 0 0 1 840 1 840 0.0 1645 WP_242320225.1 WP_242320225.1 100 369 0 0 1 369 1 369 5.48e-249 677 MSZ54974.1 MSZ54974.1 100 385 0 0 1 385 1 385 6.37e-288 776 MSZ54974.1 MBG91959.1 44.9 401 198 10 1 383 1 396 2.32e-96 291 NRB72577.1 NRB72577.1 100 381 0 0 1 381 1 381 1.13e-279 755 NRB72577.1 WP_169356007.1 39.1 371 220 4 12 377 8 377 1.45e-80 250 NRB72577.1 KAJ6728134.1 40.7 177 105 0 9 185 5 181 6.44e-41 142 KAJ1832792.1 KAJ1832792.1 100 75 0 0 1 75 1 75 3.32e-47 142 WP_007162313.1 WP_007162313.1 100 222 0 0 1 222 1 222 1.42e-150 416 OJD14960.1 OJD14960.1 100 149 0 0 1 149 1 149 9.12e-109 304 OJD14960.1 WP_046325749.1 49.1 53 27 0 97 149 88 140 3.12e-10 55.5 OJD14960.1 WP_208427233.1 41.5 53 31 0 97 149 84 136 5.04e-06 43.1 XP_025094492.1 XP_025094492.1 100 448 0 0 1 448 1 448 0.0 870 HFC49641.1 HFC49641.1 100 369 0 0 1 369 1 369 9.55e-275 742 HFC49641.1 MBU0783111.1 26.9 376 240 11 7 359 6 369 1.20e-23 99.4 HFC49641.1 VGM95377.1 24.9 185 129 5 11 191 20 198 3.17e-08 53.5 WP_125257517.1 WP_125257517.1 100 152 0 0 1 152 1 152 4.32e-113 315 KRL50971.1 KRL50971.1 100 69 0 0 1 69 1 69 4.97e-44 134 WP_270429919.1 WP_270429919.1 100 780 0 0 1 780 1 780 0.0 1608 KAJ1924652.1 KAJ1924652.1 100 777 0 0 1 777 1 777 0.0 1537 XP_043876828.1 XP_043876828.1 100 358 0 0 1 358 1 358 5.59e-225 615 WP_047430984.1 WP_047430984.1 100 675 0 0 1 675 1 675 0.0 1328 WP_047430984.1 MBY7869037.1 50.0 670 327 5 5 670 3 668 8.75e-216 617 WP_047430984.1 WP_250464711.1 23.0 587 382 19 8 586 53 577 9.66e-26 110 WP_047430984.1 HAV1793262.1 24.5 575 364 18 17 584 39 550 3.46e-25 108 WP_047430984.1 MBQ4139225.1 33.5 170 109 2 505 670 4 173 1.33e-21 90.9 WP_150396769.1 WP_150396769.1 100 519 0 0 1 519 1 519 0.0 1001 WP_150396769.1 MBO5162475.1 37.7 494 290 6 32 513 6 493 6.01e-104 319 WP_150396769.1 WP_185334683.1 34.1 499 321 4 22 513 2 499 3.06e-94 294 WP_150396769.1 WP_089246429.1 34.6 491 310 7 28 509 8 496 4.23e-91 286 WP_150396769.1 GBD21053.1 34.4 506 310 7 24 515 26 523 2.71e-88 279 WP_150396769.1 WP_206363707.1 33.7 252 162 3 19 265 13 264 2.04e-38 140 WP_150396769.1 WP_029347391.1 31.5 248 165 2 22 264 3 250 3.81e-32 122 WP_150396769.1 WP_071876418.1 21.2 518 313 15 40 493 21 507 1.54e-22 99.4 WP_150396769.1 WP_152652784.1 28.8 233 155 4 27 257 8 231 4.32e-20 89.4 WP_150396769.1 WP_197521413.1 24.6 260 175 7 39 293 21 264 8.58e-15 73.2 WP_239393343.1 WP_239393343.1 100 92 0 0 1 92 1 92 1.51e-62 182 MCH8996551.1 MCH8996551.1 100 116 0 0 1 116 1 116 6.35e-82 233 XP_032956783.1 XP_032956783.1 100 1005 0 0 1 1005 1 1005 0.0 1979 WP_162060842.1 WP_162060842.1 100 246 0 0 1 246 1 246 1.61e-177 486 MBF06337.1 MBF06337.1 100 185 0 0 1 185 1 185 8.91e-138 380 MCC5885453.1 MCC5885453.1 100 385 0 0 1 385 1 385 1.16e-299 806 MCC5885453.1 CUX17903.1 43.7 334 179 7 50 377 8 338 4.67e-84 258 KPK46604.1 KPK46604.1 100 146 0 0 1 146 1 146 5.75e-106 296 WP_185928545.1 WP_185928545.1 100 293 0 0 1 293 1 293 6.74e-223 604 KAI8118081.1 KAI8118081.1 100 489 0 0 1 489 1 489 0.0 976 KAI8118081.1 KAG7602925.1 27.0 440 289 12 37 468 97 512 1.30e-40 151 KAI8118081.1 XP_002873995.1 27.1 439 290 11 37 468 97 512 1.30e-40 151 KAI8118081.1 CAH2014332.1 32.4 247 144 5 226 472 11 234 2.45e-37 135 MBI2691306.1 MBI2691306.1 100 304 0 0 1 304 1 304 9.99e-226 612 MBI2691306.1 WP_168672621.1 25.7 105 74 2 53 153 8 112 8.22e-06 44.7 MBI2691306.1 WP_062723913.1 25.1 191 132 5 3 187 23 208 1.79e-04 40.8 MCE9521167.1 MCE9521167.1 100 282 0 0 1 282 1 282 6.08e-200 545 WP_167196601.1 WP_167196601.1 100 227 0 0 1 227 1 227 2.64e-153 423 WP_167196601.1 NLR72952.1 44.5 220 118 3 3 221 12 228 9.55e-46 150 WP_167196601.1 Q8XJN8.1 36.2 218 135 2 11 224 10 227 3.61e-29 107 WP_167196601.1 MBE6142085.1 30.6 219 148 2 7 221 4 222 4.55e-18 78.2 WP_180298529.1 WP_180298529.1 100 253 0 0 1 253 1 253 1.73e-180 494 WAY96880.1 WAY96880.1 100 195 0 0 1 195 1 195 3.31e-138 382 WAY96880.1 KAJ5168969.1 45.5 198 104 2 1 195 519 715 1.46e-43 152 WAY96880.1 WP_195368055.1 40.6 192 112 1 3 192 353 544 3.43e-42 147 WAY96880.1 KAI7371949.1 42.4 198 110 2 1 195 663 859 3.66e-39 140 WAY96880.1 WP_036258374.1 37.9 195 119 1 2 194 341 535 2.86e-37 134 WAY96880.1 MBQ4454347.1 38.9 193 116 1 4 194 355 547 3.17e-37 134 WAY96880.1 MBQ8297564.1 38.8 188 111 3 8 192 353 539 6.99e-35 127 WAY96880.1 WP_011512097.1 37.8 193 118 1 2 192 358 550 7.76e-35 127 WAY96880.1 KAI9191373.1 40.6 170 101 0 4 173 412 581 1.31e-34 127 WAY96880.1 WP_247749043.1 36.6 194 116 3 8 194 377 570 4.60e-32 119 NQW24640.1 NQW24640.1 100 370 0 0 1 370 1 370 1.24e-266 721 WP_174261300.1 WP_174261300.1 100 201 0 0 1 201 1 201 5.62e-133 369 WP_174261300.1 WP_157957173.1 28.4 162 98 5 52 200 37 193 9.18e-07 45.8 WP_194481458.1 WP_194481458.1 100 302 0 0 1 302 1 302 2.71e-213 581 WP_194481458.1 TNE39473.1 33.1 178 105 3 14 186 6 174 2.34e-19 82.0 MCD8020507.1 MCD8020507.1 100 413 0 0 1 413 1 413 2.16e-291 788 MBF2027262.1 MBF2027262.1 100 174 0 0 1 174 1 174 1.38e-122 341 EGN0346558.1 EGN0346558.1 100 560 0 0 1 560 1 560 0.0 1148 MBB1654724.1 MBB1654724.1 100 11 0 0 1 11 1 11 5.57e-06 34.7 AEO85464.1 AEO85464.1 100 847 0 0 1 847 1 847 0.0 1702 AEO85464.1 QJX39053.1 72.1 856 218 6 1 846 1 845 0.0 1229 AEO85464.1 QCI53355.1 78.5 353 66 3 37 379 2 354 3.90e-200 571 AEO85464.1 AAX97169.1 81.8 335 61 0 513 847 1 335 1.42e-189 543 AEO85464.1 AEJ33395.1 34.5 895 485 25 28 847 14 882 2.05e-133 418 AEO85464.1 ABG88111.1 57.4 94 39 1 280 373 2 94 1.48e-30 114 CIY68995.1 CIY68995.1 100 367 0 0 1 367 1 367 3.99e-266 720 CIY68995.1 WP_098798564.1 40.9 372 204 5 1 359 1 369 6.52e-82 253 VGM95377.1 VGM95377.1 100 563 0 0 1 563 1 563 0.0 1123 VGM95377.1 HFC49641.1 24.9 185 129 5 20 198 11 191 2.07e-08 54.7 WP_229710081.1 WP_229710081.1 100 391 0 0 1 391 1 391 6.69e-293 790 ECK9821833.1 ECK9821833.1 100 253 0 0 1 253 1 253 7.73e-193 525 ECK9821833.1 MBI2416798.1 50.0 54 27 0 180 233 51 104 1.15e-11 59.7 ECK9821833.1 WP_260685194.1 43.9 57 32 0 180 236 28 84 4.40e-10 53.5 KGO32348.1 KGO32348.1 100 45 0 0 1 45 1 45 1.05e-28 94.0 BAF39771.1 BAF39771.1 100 210 0 0 1 210 1 210 8.76e-164 448 WP_190772838.1 WP_190772838.1 100 155 0 0 1 155 1 155 2.03e-99 281 WP_190772838.1 MBZ5699012.1 42.1 152 83 4 5 155 1 148 1.06e-22 86.3 WP_246966510.1 WP_246966510.1 100 266 0 0 1 266 1 266 5.83e-190 519 WP_246966510.1 MBI0103662.1 39.2 74 42 2 10 83 622 692 1.07e-08 53.9 WP_052125494.1 WP_052125494.1 100 1041 0 0 1 1041 1 1041 0.0 2007 WP_052125494.1 WP_237034910.1 42.1 1027 565 10 8 1017 5 1018 2.62e-242 712 WP_052125494.1 MCD8297279.1 23.4 585 324 19 108 675 107 584 2.51e-25 111 WP_052125494.1 MBF1375496.1 29.3 181 116 5 518 686 749 929 2.01e-13 73.2 NBR42698.1 NBR42698.1 100 190 0 0 1 190 1 190 6.22e-136 376 XP_007007273.1 XP_007007273.1 100 87 0 0 1 87 1 87 4.13e-60 176 NXP66683.1 NXP66683.1 100 117 0 0 1 117 1 117 1.14e-80 230 UJJ97602.1 UJJ97602.1 100 4401 0 0 1 4401 1 4401 0.0 8438 UJJ97602.1 UJV88611.1 99.8 4401 8 0 1 4401 1 4401 0.0 8435 UJJ97602.1 ULA23837.2 97.8 4401 96 0 1 4401 1 4401 0.0 8433 UJJ97602.1 UIR12670.1 97.9 4397 94 0 1 4397 1 4397 0.0 8430 UJJ97602.1 UXH94526.1 97.8 4401 97 0 1 4401 1 4401 0.0 8428 UJJ97602.1 UPA83906.1 97.8 4397 98 0 1 4397 1 4397 0.0 8419 UJJ97602.1 UMF87224.1 97.3 4397 118 0 1 4397 1 4397 0.0 8418 UJJ97602.1 UKU68032.1 97.5 4401 110 0 1 4401 1 4401 0.0 8400 UJJ97602.1 UKN67998.1 97.8 4377 95 0 21 4397 1 4377 0.0 8389 UJJ97602.1 UJT06733.1 92.2 4397 344 0 1 4397 1 4397 0.0 7813 AWI66342.1 AWI66342.1 100 249 0 0 1 249 1 249 7.99e-184 502 RUA32032.1 RUA32032.1 100 424 0 0 1 424 1 424 9.97e-314 845 EHY2137407.1 EHY2137407.1 100 118 0 0 1 118 1 118 1.01e-79 228 UZO03952.1 UZO03952.1 100 299 0 0 1 299 1 299 3.91e-225 610 UZO03952.1 MBF1128433.1 28.6 234 131 9 10 234 51 257 1.64e-14 72.0 UZO03952.1 XP_021765438.1 31.4 159 91 6 103 246 715 870 3.87e-10 58.9 UZO03952.1 XP_048540820.1 23.4 171 98 6 79 246 883 1023 9.50e-09 54.7 UZO03952.1 XP_048379117.1 31.0 145 91 6 94 237 368 504 5.97e-08 52.0 UZO03952.1 WP_106546380.1 25.1 231 138 10 36 238 63 286 1.33e-06 47.8 UZO03952.1 MBD2210269.1 26.8 153 97 5 103 245 145 292 1.34e-06 47.8 UZO03952.1 MBP7829117.1 32.4 105 61 3 99 200 170 267 1.55e-06 47.8 UZO03952.1 WP_271931007.1 21.3 197 102 6 89 244 763 947 2.73e-05 43.9 MBX9718818.1 MBX9718818.1 100 169 0 0 1 169 1 169 7.74e-113 316 MCU1411638.1 MCU1411638.1 100 400 0 0 1 400 1 400 4.53e-291 786 MCU1411638.1 MBA3609961.1 31.7 407 225 11 20 384 37 432 7.95e-55 186 MCU1411638.1 MBQ6794463.1 32.5 385 237 10 15 394 7 373 4.67e-52 176 MCU1411638.1 MCF7895906.1 30.2 338 226 3 5 340 5 334 4.36e-50 170 MCU1411638.1 ELZ16407.1 30.1 418 227 11 18 384 29 432 6.09e-49 170 WP_195368055.1 WP_195368055.1 100 574 0 0 1 574 1 574 0.0 1120 WP_195368055.1 MBQ4454347.1 49.9 565 283 0 4 568 5 569 4.38e-199 567 WP_195368055.1 KAI7371949.1 33.7 478 312 5 86 560 398 873 1.24e-77 262 WP_195368055.1 MBQ8297564.1 33.6 491 304 8 92 571 87 566 2.75e-77 253 WP_195368055.1 WP_195238978.1 31.9 492 323 8 86 573 233 716 4.04e-71 241 WP_195368055.1 NFD84694.1 27.9 542 381 2 36 567 210 751 7.84e-66 227 WP_195368055.1 KAI9191373.1 32.4 487 289 10 94 568 148 606 5.06e-60 212 WP_195368055.1 WAY96880.1 40.6 192 112 1 353 544 3 192 1.42e-42 149 MBW4439448.1 MBW4439448.1 100 454 0 0 1 454 1 454 0.0 902 KAI9530097.1 KAI9530097.1 100 50 0 0 1 50 1 50 3.15e-32 103 NSW79198.1 NSW79198.1 100 669 0 0 1 669 1 669 0.0 1301 NSW79198.1 MBF0233644.1 37.9 385 203 11 291 661 235 597 2.83e-70 241 NSW79198.1 WP_061048002.1 39.9 308 168 3 378 669 326 632 5.06e-67 233 NSW79198.1 WP_211114623.1 33.2 386 248 8 285 668 286 663 8.33e-51 187 NSW79198.1 WP_086504813.1 41.1 253 137 5 413 663 375 617 4.05e-47 176 NSW79198.1 MBK3737236.1 40.6 244 142 2 421 663 419 660 3.27e-45 169 NSW79198.1 TMG86695.1 28.4 278 143 6 424 661 8 269 3.37e-26 107 NSW79198.1 MBK8012537.1 32.5 249 143 7 427 662 342 578 2.14e-23 103 NSW79198.1 WP_200037957.1 24.9 409 263 14 282 665 856 1245 5.95e-19 90.1 NSW79198.1 MBN1819552.1 39.0 77 42 1 594 665 491 567 3.23e-09 58.2 WP_163042480.1 WP_163042480.1 100 447 0 0 1 447 1 447 0.0 929 WP_163042480.1 KAF2317565.1 30.5 334 188 8 3 326 55 354 1.11e-41 150 WP_163042480.1 MBD5394228.1 28.4 282 177 10 40 319 39 297 1.18e-23 99.0 NXY58604.1 NXY58604.1 100 380 0 0 1 380 1 380 2.67e-282 762 MBS5721782.1 MBS5721782.1 100 835 0 0 1 835 1 835 0.0 1650 KAG6055499.1 KAG6055499.1 100 597 0 0 1 597 1 597 0.0 1196 XP_019459237.1 XP_019459237.1 100 336 0 0 1 336 1 336 5.18e-235 639 NJE80740.1 NJE80740.1 100 205 0 0 1 205 1 205 1.82e-140 389 NJE80740.1 WP_190630613.1 39.5 205 121 2 4 205 3 207 8.01e-39 131 WP_153870478.1 WP_153870478.1 100 239 0 0 1 239 1 239 6.25e-167 458 MBP6015992.1 MBP6015992.1 100 614 0 0 1 614 1 614 0.0 1267 WP_185218257.1 WP_185218257.1 100 455 0 0 1 455 1 455 0.0 939 WP_185218257.1 MCP4788584.1 31.2 433 244 15 26 444 26 418 1.99e-52 181 WP_185218257.1 WP_277858638.1 24.4 476 263 17 23 426 28 478 5.25e-29 117 WP_185218257.1 WP_013768652.1 25.4 489 230 20 26 426 36 477 9.26e-28 114 MBZ0302078.1 MBZ0302078.1 100 127 0 0 1 127 1 127 1.05e-92 261 MBZ0302078.1 MBQ8348910.1 33.3 96 63 1 22 117 10 104 2.63e-18 73.2 MBE56502.1 MBE56502.1 100 114 0 0 1 114 1 114 2.94e-77 221 MBY8116888.1 MBY8116888.1 100 401 0 0 1 401 1 401 3.31e-289 781 WP_026974351.1 WP_026974351.1 100 569 0 0 1 569 1 569 0.0 1170 WP_026974351.1 EHA1403784.1 24.4 483 290 17 81 530 65 505 1.87e-20 93.2 WP_026974351.1 WP_070664995.1 24.8 456 274 20 1 445 1 398 2.35e-13 70.9 WP_026974351.1 KTC18574.1 21.3 521 316 20 106 564 115 603 3.21e-08 54.7 WP_026974351.1 TFE29608.1 26.0 254 150 11 70 289 99 348 5.48e-05 44.3 HAB35737.1 HAB35737.1 100 410 0 0 1 410 1 410 2.12e-301 813 HAB35737.1 KAI2867803.1 35.7 266 154 6 49 297 22 287 9.64e-30 116 HAB35737.1 WP_170015751.1 28.1 310 181 10 45 335 18 304 1.68e-21 93.6 WP_183491762.1 WP_183491762.1 100 319 0 0 1 319 1 319 6.84e-236 639 WP_183491762.1 MCP4641540.1 31.4 169 91 5 7 151 46 213 4.59e-11 61.6 CAF1218540.1 CAF1218540.1 100 831 0 0 1 831 1 831 0.0 1601 HBO5091502.1 HBO5091502.1 100 157 0 0 1 157 1 157 1.22e-110 309 WP_142480892.1 WP_142480892.1 100 174 0 0 1 174 1 174 2.39e-123 343 UCF86936.1 UCF86936.1 100 98 0 0 1 98 1 98 2.07e-65 190 KAI0494562.1 KAI0494562.1 100 154 0 0 1 154 1 154 1.56e-107 301 MBR3040588.1 MBR3040588.1 100 276 0 0 1 276 1 276 8.73e-206 560 MBR3040588.1 WP_006327457.1 39.2 51 26 1 78 123 111 161 6.42e-04 38.9 WP_253057132.1 WP_253057132.1 100 784 0 0 1 784 1 784 0.0 1462 WP_253057132.1 EFO2269166.1 23.1 216 134 7 112 306 67 271 1.05e-07 53.1 DAT68911.1 DAT68911.1 100 121 0 0 1 121 1 121 7.87e-83 236 MCJ7486393.1 MCJ7486393.1 100 370 0 0 1 370 1 370 2.54e-275 743 MCJ7486393.1 WP_280938002.1 34.2 187 116 2 51 230 77 263 1.15e-26 108 MCJ7486393.1 MCK5265770.1 25.9 359 226 11 38 369 39 384 1.54e-26 107 MCJ7486393.1 WP_215638040.1 23.4 355 235 11 16 348 33 372 1.74e-21 93.2 WP_259173727.1 WP_259173727.1 100 470 0 0 1 470 1 470 0.0 920 XP_039550146.1 XP_039550146.1 100 151 0 0 1 151 1 151 1.98e-104 293 WP_025917677.1 WP_025917677.1 100 76 0 0 1 76 1 76 4.49e-50 150 WP_219989626.1 WP_219989626.1 100 146 0 0 1 146 1 146 1.07e-110 308 WP_219989626.1 WP_266103637.1 50.8 130 62 2 14 142 1 129 9.66e-43 136 WP_120012998.1 WP_120012998.1 100 40 0 0 1 40 1 40 8.36e-24 81.3 XP_007378490.1 XP_007378490.1 100 134 0 0 1 134 1 134 9.14e-95 267 HAZ7424284.1 HAZ7424284.1 100 506 0 0 1 506 1 506 4.81e-310 843 HAZ7424284.1 WP_104456122.1 33.4 488 288 6 7 475 7 476 4.65e-56 194 HAZ7424284.1 WP_186556299.1 36.4 528 270 10 1 488 1 502 2.19e-50 178 HAZ7424284.1 EIZ9235425.1 60.8 120 47 0 330 449 335 454 4.84e-33 130 HAZ7424284.1 WP_097514015.1 51.8 141 68 0 364 504 382 522 2.21e-32 128 HAZ7424284.1 WP_237962375.1 38.1 160 99 0 339 498 473 632 6.98e-23 100 HAZ7424284.1 WP_269572442.1 32.5 163 88 2 332 476 440 598 5.72e-16 79.0 WP_210832037.1 WP_210832037.1 100 249 0 0 1 249 1 249 3.92e-175 480 WP_044318929.1 WP_044318929.1 100 535 0 0 1 535 1 535 0.0 987 EPY77985.1 EPY77985.1 100 277 0 0 1 277 1 277 9.73e-199 542 MBQ6717580.1 MBQ6717580.1 100 333 0 0 1 333 1 333 4.86e-243 659 MBQ6717580.1 WP_192880951.1 37.4 198 92 4 39 204 25 222 1.42e-25 104 MCI5582667.1 MCI5582667.1 100 494 0 0 1 494 1 494 0.0 978 KAH7819128.1 KAH7819128.1 100 152 0 0 1 152 1 152 1.24e-112 314 WP_072176998.1 WP_072176998.1 100 256 0 0 1 256 1 256 5.20e-188 513 MBN2408678.1 MBN2408678.1 100 87 0 0 1 87 1 87 4.13e-60 176 WP_124583682.1 WP_124583682.1 100 297 0 0 1 297 1 297 1.76e-211 576 WP_124583682.1 WP_233927803.1 33.4 299 172 5 1 279 1 292 1.68e-40 141 WP_124583682.1 WP_228281474.1 43.1 116 66 0 169 284 2 117 8.90e-24 92.4 WP_124583682.1 WP_208427233.1 29.6 179 113 4 3 172 2 176 4.63e-13 66.6 XP_055364111.1 XP_055364111.1 100 3186 0 0 1 3186 1 3186 0.0 6078 KAH7671712.1 KAH7671712.1 100 324 0 0 1 324 1 324 7.31e-229 622 KAH7671712.1 TPR01788.1 33.1 239 135 6 64 282 38 271 3.12e-28 111 MCC6251785.1 MCC6251785.1 100 468 0 0 1 468 1 468 0.0 953 MCC6251785.1 MBL7151874.1 37.8 460 266 5 4 459 7 450 1.14e-94 292 MCC6251785.1 MBQ2719788.1 26.7 528 310 20 4 458 41 564 2.34e-29 119 MCC6251785.1 WP_011739125.1 24.7 457 312 9 6 458 5 433 5.96e-28 114 MCC6251785.1 WP_187918914.1 26.0 457 296 13 6 453 4 427 7.82e-26 107 MCC6251785.1 NWT28302.1 22.5 528 319 20 2 448 27 545 4.66e-17 82.0 WP_161548226.1 WP_161548226.1 100 238 0 0 1 238 1 238 2.99e-169 464 PWA40393.1 PWA40393.1 100 575 0 0 1 575 1 575 0.0 1078 PWA40393.1 XP_019256258.1 40.0 45 27 0 93 137 19 63 3.90e-04 40.8 WP_024957561.1 WP_024957561.1 100 222 0 0 1 222 1 222 7.86e-148 409 XP_026202203.1 XP_026202203.1 100 692 0 0 1 692 1 692 0.0 1264 XP_049917061.1 XP_049917061.1 100 526 0 0 1 526 1 526 0.0 1016 WP_121975536.1 WP_121975536.1 100 345 0 0 1 345 1 345 1.20e-249 676 WP_121975536.1 RYD39969.1 47.1 280 143 4 16 291 23 301 5.25e-80 244 WP_121975536.1 WP_029222463.1 41.1 338 190 5 1 334 1 333 2.31e-78 243 WP_121975536.1 WP_058504615.1 35.6 253 146 7 3 243 188 435 4.58e-34 130 WP_121975536.1 WP_283107263.1 33.7 273 157 9 11 271 189 449 4.52e-31 121 WP_121975536.1 NRF69152.1 35.2 253 125 11 14 244 146 381 4.23e-28 112 WP_121975536.1 WP_203339841.1 37.7 151 90 2 114 264 130 276 7.91e-28 109 WP_121975536.1 WP_017718577.1 30.9 285 165 10 3 271 237 505 8.77e-26 106 WP_121975536.1 MBT7163208.1 32.0 284 157 12 5 270 196 461 4.54e-25 104 WP_121975536.1 EEC9022132.1 28.3 265 141 9 14 240 100 353 7.69e-16 76.6 WP_065763488.1 WP_065763488.1 100 736 0 0 1 736 1 736 0.0 1521 VEA68798.1 VEA68798.1 100 112 0 0 1 112 1 112 2.25e-80 229 MBL8103469.1 MBL8103469.1 100 455 0 0 1 455 1 455 2.16e-319 862 MBL8103469.1 MBP6786080.1 52.3 453 211 2 2 454 1 448 2.09e-151 450 MBL8103469.1 WP_029789810.1 50.9 446 213 3 2 447 1 440 4.52e-141 423 MBL8103469.1 KAF6257731.1 45.8 437 227 5 6 439 5 434 2.69e-116 360 MBL8103469.1 KAI7727618.1 46.2 364 156 3 85 448 93 416 4.94e-99 315 MBL8103469.1 WP_136095406.1 54.5 301 122 6 151 444 103 395 1.74e-92 294 MBL8103469.1 KPK79043.1 48.3 240 122 1 165 404 151 388 2.81e-65 221 XP_020704071.1 XP_020704071.1 100 159 0 0 1 159 1 159 1.32e-124 345 PWU01878.1 PWU01878.1 100 208 0 0 1 208 1 208 5.44e-148 408 KAI9244788.1 KAI9244788.1 100 397 0 0 1 397 1 397 5.36e-238 651 KAI9244788.1 KAF5192947.1 59.0 83 33 1 5 87 14 95 3.84e-23 99.8 WP_140465756.1 WP_140465756.1 100 1320 0 0 1 1320 1 1320 0.0 2502 MUT95740.1 MUT95740.1 100 828 0 0 1 828 1 828 0.0 1522 WP_019100427.1 WP_019100427.1 100 918 0 0 1 918 1 918 0.0 1780 WP_019100427.1 WP_049009918.1 51.0 869 394 5 47 915 64 900 3.87e-296 840 WP_019100427.1 MBE6688122.1 29.7 740 479 16 49 767 20 739 1.14e-93 314 WP_019100427.1 WP_278631399.1 29.2 766 482 18 50 791 21 750 5.28e-78 270 WP_019100427.1 WP_235126772.1 29.9 807 457 24 49 794 15 773 1.37e-74 261 WP_019100427.1 KAA0114277.1 27.3 769 495 17 36 771 38 775 1.10e-70 250 WP_019100427.1 KAJ6994162.1 26.8 771 492 21 37 794 21 732 1.73e-62 227 WP_019100427.1 MBY0273331.1 29.3 735 419 26 50 773 7 651 2.89e-62 224 WP_019100427.1 WP_074319120.1 24.2 541 301 10 170 703 255 693 5.88e-22 100 WP_019100427.1 WP_041591748.1 20.3 606 366 17 87 690 88 578 5.93e-18 87.0 WP_165185356.1 WP_165185356.1 100 449 0 0 1 449 1 449 0.0 869 WP_097942517.1 WP_097942517.1 100 145 0 0 1 145 1 145 9.58e-109 303 EDX1137207.1 EDX1137207.1 100 336 0 0 1 336 1 336 1.03e-250 678 EDX1137207.1 WP_071489953.1 67.9 336 107 1 1 336 1 335 3.77e-170 474 WP_071558608.1 WP_071558608.1 100 129 0 0 1 129 1 129 4.25e-84 240 WP_171312884.1 WP_171312884.1 100 205 0 0 1 205 1 205 9.46e-152 417 WP_172272319.1 WP_172272319.1 100 434 0 0 1 434 1 434 0.0 866 WP_206698867.1 WP_206698867.1 100 414 0 0 1 414 1 414 9.52e-291 786 WP_206698867.1 WP_029317544.1 24.8 416 286 9 13 404 17 429 7.82e-37 138 WP_206698867.1 MCF6289355.1 26.5 257 184 5 151 404 23 277 1.07e-27 109 WP_206698867.1 WP_101606078.1 24.0 396 288 8 1 388 7 397 5.02e-25 104 XP_015918471.2 XP_015918471.2 100 923 0 0 1 923 1 923 0.0 1821 NOT03931.1 NOT03931.1 100 312 0 0 1 312 1 312 1.49e-231 628 NOT03931.1 MBL0273084.1 30.3 310 207 5 6 309 1 307 2.09e-45 154 WP_122081718.1 WP_122081718.1 100 208 0 0 1 208 1 208 2.69e-148 409 WP_122081718.1 WP_088527814.1 41.9 191 99 5 4 188 2 186 3.34e-42 139 WP_122081718.1 MCR5007903.1 41.1 190 104 4 4 188 2 188 3.90e-39 131 XP_023664563.1 XP_023664563.1 100 625 0 0 1 625 1 625 0.0 1251 XP_023664563.1 MBR1628375.1 37.1 307 187 6 317 620 5 308 1.19e-54 187 XP_023664563.1 WP_279595826.1 27.2 604 337 20 22 535 16 606 1.28e-37 147 MCI6056265.1 MCI6056265.1 100 426 0 0 1 426 1 426 1.56e-302 817 XP_043867713.1 XP_043867713.1 100 276 0 0 1 276 1 276 1.06e-206 562 MCI6733811.1 MCI6733811.1 100 466 0 0 1 466 1 466 0.0 877 MCI6733811.1 ECG5012903.1 39.9 233 108 8 16 243 1 206 3.00e-31 117 MCI6733811.1 WP_139387589.1 73.3 75 20 0 388 462 2 76 2.87e-27 102 WP_200441331.1 WP_200441331.1 100 496 0 0 1 496 1 496 9.38e-268 735 OQD63521.1 OQD63521.1 100 290 0 0 1 290 1 290 2.66e-182 501 XP_041032211.1 XP_041032211.1 100 346 0 0 1 346 1 346 2.41e-245 665 XP_041032211.1 NWI70572.1 23.7 295 210 7 29 319 28 311 1.15e-14 72.4 WP_250323911.1 WP_250323911.1 100 98 0 0 1 98 1 98 9.45e-71 204 WP_250323911.1 WP_118944732.1 33.0 103 63 1 2 98 399 501 2.70e-14 65.1 XP_045908845.1 XP_045908845.1 100 220 0 0 1 220 1 220 4.12e-158 434 WP_024330540.1 WP_024330540.1 100 496 0 0 1 496 1 496 0.0 1012 WP_024330540.1 NNE87648.1 37.0 479 277 9 1 471 1 462 9.74e-89 278 WP_024330540.1 WP_145616262.1 34.9 478 284 10 1 468 1 461 1.57e-80 256 WP_024330540.1 DAZ71054.1 36.4 330 195 8 3 318 34 362 1.32e-61 204 WP_024330540.1 MYE57211.1 38.5 218 115 3 4 221 5 203 1.55e-43 151 WP_024330540.1 NIP79453.1 44.3 88 47 2 139 226 1 86 2.17e-17 75.5 NGS95655.1 NGS95655.1 100 179 0 0 1 179 1 179 1.42e-122 341 NGS95655.1 MCK4403577.1 51.4 175 84 1 1 175 1 174 9.92e-60 182 OLB04871.1 OLB04871.1 100 144 0 0 1 144 1 144 2.45e-97 275 MCB1103648.1 MCB1103648.1 100 329 0 0 1 329 1 329 4.51e-246 666 WP_008056683.1 WP_008056683.1 100 827 0 0 1 827 1 827 0.0 1632 WP_008056683.1 WP_072380563.1 32.2 211 130 7 246 446 8 215 7.48e-20 88.2 WP_008056683.1 WP_071876418.1 25.1 371 230 13 95 429 129 487 1.35e-19 91.7 WP_008056683.1 WP_008470196.1 30.7 199 130 5 254 446 24 220 3.83e-19 86.3 WP_008056683.1 WP_279984614.1 30.7 215 128 6 248 446 18 227 6.59e-19 85.9 WP_008056683.1 MSO30570.1 27.2 184 133 1 264 446 31 214 3.14e-18 85.5 WP_008056683.1 WP_142931103.1 29.2 195 124 4 254 440 275 463 1.66e-13 72.0 WP_008056683.1 WP_060613079.1 28.5 200 131 7 255 446 359 554 3.41e-12 68.2 WP_008056683.1 WP_139764340.1 34.8 92 57 2 244 333 11 101 8.92e-08 50.1 WP_008056683.1 WP_206363707.1 22.6 217 155 5 244 449 24 238 6.59e-06 47.0 UCF69744.1 UCF69744.1 100 133 0 0 1 133 1 133 2.53e-96 271 WP_061554953.1 WP_061554953.1 100 450 0 0 1 450 1 450 0.0 868 WP_061554953.1 WP_105738432.1 27.8 453 282 11 7 440 7 433 8.89e-38 141 KAF1884135.1 KAF1884135.1 100 420 0 0 1 420 1 420 2.84e-311 838 KAF1884135.1 MBF6603381.1 35.3 258 148 5 161 410 58 304 7.49e-40 143 KAF1884135.1 XP_033824504.1 29.3 75 47 2 3 72 526 599 4.83e-04 40.8 WP_271489102.1 WP_271489102.1 100 67 0 0 1 67 1 67 9.86e-41 125 EIC7331684.1 EIC7331684.1 100 491 0 0 1 491 1 491 0.0 969 EIC7331684.1 WP_209241541.1 36.5 457 270 6 23 471 17 461 1.48e-84 267 EIC7331684.1 WP_093868643.1 30.7 479 279 9 16 481 3 441 4.47e-71 231 YP_009703532.1 YP_009703532.1 100 634 0 0 1 634 1 634 0.0 925 OYR82937.1 OYR82937.1 100 62 0 0 1 62 1 62 6.50e-37 115 MCB1431703.1 MCB1431703.1 100 270 0 0 1 270 1 270 1.56e-196 536 PHJ25428.1 PHJ25428.1 100 1042 0 0 1 1042 1 1042 0.0 2095 MCL2354882.1 MCL2354882.1 100 399 0 0 1 399 1 399 1.29e-285 772 WP_009197348.1 WP_009197348.1 100 267 0 0 1 267 1 267 7.13e-196 534 WP_009197348.1 MBT2971737.1 37.2 250 146 4 15 257 3 248 5.54e-45 150 WP_009197348.1 MBI2621122.1 30.5 272 164 5 15 264 2 270 1.93e-32 118 KAH8830836.1 KAH8830836.1 100 417 0 0 1 417 1 417 1.77e-308 831 UWQ95440.1 UWQ95440.1 100 293 0 0 1 293 1 293 3.86e-213 580 UWQ95440.1 WP_061880815.1 26.4 125 87 1 158 282 164 283 1.60e-04 40.8 WP_059534878.1 WP_059534878.1 100 723 0 0 1 723 1 723 0.0 1504 WP_059534878.1 HBO82804.1 63.9 83 30 0 1 83 1 83 2.68e-26 101 MCB9490987.1 MCB9490987.1 100 669 0 0 1 669 1 669 0.0 1295 MCB9490987.1 EET4312562.1 28.9 657 376 11 3 656 4 572 2.57e-65 224 ECG5348412.1 ECG5348412.1 100 181 0 0 1 181 1 181 6.28e-127 352 MBP8039875.1 MBP8039875.1 100 116 0 0 1 116 1 116 2.12e-89 252 NOY27702.1 NOY27702.1 100 356 0 0 1 356 1 356 1.15e-248 675 NOY27702.1 MBF1128433.1 35.9 209 122 4 17 221 9 209 1.45e-27 112 NOY27702.1 NXD84883.1 25.4 209 143 5 18 221 84 284 9.85e-14 70.5 OGM15869.1 OGM15869.1 100 197 0 0 1 197 1 197 3.27e-130 362 AAA50346.1 AAA50346.1 100 57 0 0 1 57 1 57 1.06e-33 107 QUQ06080.1 QUQ06080.1 100 219 0 0 1 219 1 219 7.38e-156 429 QUQ06080.1 ADJ35581.1 83.1 219 37 0 1 219 2 220 1.60e-132 370 QUQ06080.1 AVM35379.1 83.2 214 36 0 6 219 1 214 4.14e-129 361 QUQ06080.1 ABQ63546.1 80.7 218 42 0 2 219 1 218 5.56e-128 358 QUQ06080.1 AFA24308.1 81.6 212 39 0 8 219 1 212 5.24e-127 355 QUQ06080.1 ADW49125.1 81.5 211 39 0 9 219 1 211 7.18e-127 355 QUQ06080.1 QUA05739.1 79.2 212 44 0 1 212 1 212 3.53e-125 351 QUQ06080.1 AFA09475.1 82.9 205 35 0 15 219 1 205 2.26e-124 348 QUQ06080.1 AWS34156.1 76.3 219 52 0 1 219 1 219 4.31e-123 346 QUQ06080.1 AHK62764.1 75.8 215 52 0 5 219 1 215 1.04e-119 337 WP_271116088.1 WP_271116088.1 100 395 0 0 1 395 1 395 2.22e-284 768 WP_271116088.1 WP_066841281.1 52.8 413 166 5 1 395 1 402 4.16e-138 398 WP_271116088.1 BAY23582.1 47.6 429 173 7 1 395 34 444 8.24e-123 361 WP_271116088.1 MCU0947041.1 47.2 413 183 8 6 395 6 406 2.70e-114 338 WP_212799263.1 WP_212799263.1 100 225 0 0 1 225 1 225 5.22e-168 460 WP_212799263.1 NCO19736.1 29.1 182 102 8 33 207 4 165 7.33e-06 43.9 AKF94945.1 AKF94945.1 100 195 0 0 1 195 1 195 1.12e-145 401 MCS7249985.1 MCS7249985.1 100 60 0 0 1 60 1 60 1.74e-40 124 WP_154377822.1 WP_154377822.1 100 914 0 0 1 914 1 914 0.0 1830 KAA0177341.1 KAA0177341.1 100 1278 0 0 1 1278 1 1278 0.0 1889 MCQ4833490.1 MCQ4833490.1 100 49 0 0 1 49 1 49 4.19e-32 102 MBF0221393.1 MBF0221393.1 100 373 0 0 1 373 1 373 4.81e-286 771 CUQ74728.1 CUQ74728.1 100 216 0 0 1 216 1 216 2.76e-145 402 WP_066046987.1 WP_066046987.1 100 462 0 0 1 462 1 462 0.0 962 WP_066046987.1 WP_049327990.1 48.8 467 214 8 1 456 1 453 3.29e-156 449 TYJ28824.1 TYJ28824.1 100 89 0 0 1 89 1 89 6.23e-65 188 MCP4196081.1 MCP4196081.1 100 79 0 0 1 79 1 79 1.65e-51 154 MBD5426059.1 MBD5426059.1 100 162 0 0 1 162 1 162 2.01e-116 324 WP_094880233.1 WP_094880233.1 100 412 0 0 1 412 1 412 2.10e-318 856 KAJ1466945.1 KAJ1466945.1 100 311 0 0 1 311 1 311 2.19e-228 620 RHP78675.1 RHP78675.1 100 450 0 0 1 450 1 450 2.18e-319 862 WP_084523054.1 WP_084523054.1 100 94 0 0 1 94 1 94 5.39e-66 191 XP_051312901.1 XP_051312901.1 100 233 0 0 1 233 1 233 1.89e-174 477 MCC0650618.1 MCC0650618.1 100 308 0 0 1 308 1 308 1.27e-205 562 WP_070931219.1 WP_070931219.1 100 80 0 0 1 80 1 80 3.89e-46 140 MBE6457252.1 MBE6457252.1 100 147 0 0 1 147 1 147 2.08e-104 293 EDD2777448.1 EDD2777448.1 100 215 0 0 1 215 1 215 1.19e-159 438 WP_228705204.1 WP_228705204.1 100 97 0 0 1 97 1 97 9.90e-68 196 TVQ27286.1 TVQ27286.1 100 324 0 0 1 324 1 324 1.01e-235 639 CAF1538990.1 CAF1538990.1 100 95 0 0 1 95 1 95 2.87e-66 192 MBJ9940918.1 MBJ9940918.1 100 220 0 0 1 220 1 220 1.45e-167 458 MBL1405656.1 MBL1405656.1 100 101 0 0 1 101 1 101 1.61e-68 198 WP_002896703.1 WP_002896703.1 100 44 0 0 1 44 1 44 1.15e-27 91.3 RKH80454.1 RKH80454.1 100 281 0 0 1 281 1 281 6.12e-204 555 RWC01310.1 RWC01310.1 100 410 0 0 1 410 1 410 3.05e-310 835 CCZ55979.1 CCZ55979.1 100 121 0 0 1 121 1 121 1.93e-83 238 CCZ55979.1 MBR3785149.1 44.2 113 61 1 2 112 1 113 5.31e-27 95.5 CCZ55979.1 WP_204806484.1 27.7 112 76 2 3 111 5 114 3.77e-08 46.6 KZC14685.1 KZC14685.1 100 453 0 0 1 453 1 453 5.20e-301 815 WP_096201219.1 WP_096201219.1 100 850 0 0 1 850 1 850 0.0 1691 WP_096201219.1 WP_114695256.1 28.3 689 353 16 136 767 48 652 1.20e-76 262 WP_096201219.1 KAA0234643.1 24.8 630 347 16 189 778 148 690 1.63e-28 121 WP_096201219.1 WP_271960159.1 21.9 640 371 16 189 784 212 766 1.96e-26 114 WP_206023254.1 WP_206023254.1 100 340 0 0 1 340 1 340 1.72e-251 681 WP_206023254.1 WP_114539302.1 23.2 263 189 5 30 286 20 275 1.46e-18 84.0 KAJ3986273.1 KAJ3986273.1 100 658 0 0 1 658 1 658 0.0 1279 KAJ3986273.1 NP_001257623.1 35.2 165 103 2 454 618 247 407 8.74e-22 98.6 KAJ3986273.1 NXT44414.1 32.1 162 106 2 457 618 1262 1419 6.48e-20 93.2 KAJ3986273.1 XP_043479276.1 28.5 207 146 1 447 653 239 443 3.39e-19 90.5 WP_230766143.1 WP_230766143.1 100 314 0 0 1 314 1 314 9.90e-222 603 WP_282423266.1 WP_282423266.1 100 666 0 0 1 666 1 666 0.0 1298 WP_282423266.1 WP_267184195.1 23.0 640 405 26 59 661 52 640 4.13e-14 73.9 WP_282423266.1 WP_222018129.1 29.3 140 97 1 38 177 33 170 7.83e-12 66.6 WP_282423266.1 OGU48181.1 30.7 101 66 1 63 163 82 178 1.17e-09 59.7 MBN4303450.1 MBN4303450.1 100 18 0 0 1 18 1 18 1.92e-10 46.2 WP_193956008.1 WP_193956008.1 100 537 0 0 1 537 1 537 0.0 1087 WP_193956008.1 WP_230284916.1 28.9 512 271 23 22 522 14 443 4.44e-30 121 WP_193956008.1 RMF68396.1 25.4 409 225 16 149 528 131 488 5.52e-19 88.2 HCB14820.1 HCB14820.1 100 441 0 0 1 441 1 441 8.89e-296 801 HCB14820.1 HCH0658035.1 30.1 306 198 7 104 399 94 393 8.68e-25 104 HCB14820.1 KAG8015916.1 36.7 79 49 1 312 390 34 111 6.47e-04 38.9 XP_040382927.1 XP_040382927.1 100 360 0 0 1 360 1 360 7.61e-256 693 NIR36035.1 NIR36035.1 100 117 0 0 1 117 1 117 1.61e-80 230 MBP8741618.1 MBP8741618.1 100 703 0 0 1 703 1 703 0.0 1379 MBP8741618.1 WP_119815679.1 37.2 733 384 18 3 699 31 723 1.26e-114 365 MBP8741618.1 WP_025983621.1 77.0 191 44 0 3 193 5 195 1.53e-90 279 MBP8741618.1 MBS1587439.1 27.9 617 371 18 12 616 4 558 1.16e-46 176 WP_094107226.1 WP_094107226.1 100 235 0 0 1 235 1 235 2.91e-179 489 BDP97621.1 BDP97621.1 100 61 0 0 1 61 1 61 3.11e-39 121 WP_142260807.1 WP_142260807.1 100 251 0 0 1 251 1 251 3.17e-150 417 WP_142260807.1 WP_065073385.1 39.8 201 118 2 50 249 41 239 4.98e-45 151 WP_142260807.1 WP_036824351.1 31.9 185 123 2 56 237 57 241 3.19e-20 85.1 WP_142260807.1 KAJ3193491.1 22.9 249 123 3 58 237 94 342 8.52e-11 59.7 MBN1157556.1 MBN1157556.1 100 90 0 0 1 90 1 90 1.79e-60 177 NCR29367.1 NCR29367.1 100 49 0 0 1 49 1 49 2.85e-30 98.2 MCE2505556.1 MCE2505556.1 100 433 0 0 1 433 1 433 5.68e-304 821 MCE2505556.1 MBI9043002.1 35.2 335 169 5 96 417 25 324 3.13e-55 184 WP_039102441.1 WP_039102441.1 100 624 0 0 1 624 1 624 0.0 1272 WP_039102441.1 HBM7970352.1 32.3 496 287 12 14 502 5 458 7.26e-68 229 WP_118445081.1 WP_118445081.1 100 300 0 0 1 300 1 300 2.63e-219 596 WP_124983255.1 WP_124983255.1 100 198 0 0 1 198 1 198 1.57e-142 393 MBQ2432233.1 MBQ2432233.1 100 166 0 0 1 166 1 166 1.46e-120 335 WP_164585387.1 WP_164585387.1 100 356 0 0 1 356 1 356 4.98e-259 701 WP_164585387.1 WP_006027485.1 53.9 343 157 1 1 343 1 342 1.51e-129 373 WP_164585387.1 KAH7252800.1 36.3 300 174 7 1 289 7 300 1.23e-48 166 WP_164585387.1 WP_255519487.1 31.9 326 197 10 25 338 11 323 9.11e-33 123 WP_164585387.1 WP_268285128.1 34.2 330 165 10 2 289 10 329 1.24e-32 124 WP_164585387.1 MBN1566249.1 30.4 329 200 12 1 315 1 314 9.18e-27 107 WP_164585387.1 WP_016809838.1 28.7 275 188 5 1 274 1 268 4.71e-22 94.0 WP_164585387.1 WP_202925384.1 28.9 128 82 5 1 124 5 127 3.50e-08 52.8 WP_205009067.1 WP_205009067.1 100 216 0 0 1 216 1 216 1.73e-148 410 WP_205009067.1 WP_196938834.1 39.7 141 85 0 17 157 22 162 2.56e-24 94.0 WP_205009067.1 MCF6346354.1 42.1 133 75 1 12 142 12 144 3.21e-24 93.6 WP_205009067.1 MBQ9456987.1 31.4 137 90 2 35 171 34 166 4.85e-10 55.5 WP_111627730.1 WP_111627730.1 100 265 0 0 1 265 1 265 3.21e-182 499 WP_111627730.1 MCM2341063.1 45.6 147 77 2 110 256 146 289 3.06e-35 126 WP_111627730.1 WP_018996200.1 23.5 183 134 3 78 260 7 183 1.34e-09 54.7 MBS0463004.1 MBS0463004.1 100 202 0 0 1 202 1 202 1.77e-150 414 WP_097698856.1 WP_097698856.1 100 1264 0 0 1 1264 1 1264 0.0 2504 WP_254638680.1 WP_254638680.1 100 67 0 0 1 67 1 67 1.58e-37 117 XP_028327800.1 XP_028327800.1 100 1238 0 0 1 1238 1 1238 0.0 2149 GES47013.1 GES47013.1 100 55 0 0 1 55 1 55 2.74e-35 111 MBI5098096.1 MBI5098096.1 100 459 0 0 1 459 1 459 0.0 885 MBI5098096.1 MBU0883769.1 36.7 458 263 13 3 451 5 444 4.29e-67 220 MBI5098096.1 WP_256342227.1 29.6 362 225 12 25 361 24 380 3.68e-24 103 MBI5098096.1 MCI6853747.1 25.8 391 236 14 15 361 13 393 6.09e-14 72.0 MBI5098096.1 WP_006305873.1 27.8 302 180 13 103 394 115 388 1.21e-11 64.7 MBI5098096.1 WP_004699236.1 24.7 291 189 11 54 336 58 326 1.13e-10 61.6 MBI5098096.1 MCQ2831428.1 24.9 273 164 10 91 336 58 316 3.00e-07 50.8 RNF14763.1 RNF14763.1 100 684 0 0 1 684 1 684 0.0 1412 KAF3493633.1 KAF3493633.1 100 356 0 0 1 356 1 356 2.96e-251 681 WP_174567215.1 WP_174567215.1 100 335 0 0 1 335 1 335 1.28e-239 650 WP_174567215.1 MBL1320270.1 28.8 312 207 6 29 333 17 320 8.97e-43 149 WP_174567215.1 TCJ90160.1 35.7 235 122 7 55 261 88 321 3.38e-26 105 KAI5402274.1 KAI5402274.1 100 543 0 0 1 543 1 543 0.0 1029 WP_189129312.1 WP_189129312.1 100 431 0 0 1 431 1 431 3.34e-311 839 MBK6342078.1 MBK6342078.1 100 446 0 0 1 446 1 446 0.0 881 WP_267292626.1 WP_267292626.1 100 514 0 0 1 514 1 514 0.0 942 WP_267292626.1 OFZ89526.1 47.3 421 192 8 118 512 4 420 1.42e-113 341 WP_267292626.1 WP_033456074.1 59.1 298 117 3 217 514 4 296 1.70e-106 318 WP_267292626.1 WP_098923619.1 49.5 416 188 6 118 512 3 417 2.91e-106 322 WP_267292626.1 MBT3887354.1 56.1 296 121 2 227 514 27 321 1.00e-100 304 WP_267292626.1 WP_262612393.1 41.4 423 218 6 118 512 3 423 6.48e-87 272 WP_267292626.1 NDI25889.1 42.0 283 157 2 231 506 1 283 5.11e-59 195 WP_267292626.1 KAA0555231.1 29.5 552 322 15 2 512 105 630 2.12e-43 161 WP_267292626.1 KAJ4394429.1 27.6 456 267 11 116 512 61 512 8.89e-29 117 WP_267292626.1 WP_039190453.1 40.0 95 52 3 1 90 1 95 1.02e-09 58.9 DAW46080.1 DAW46080.1 100 85 0 0 1 85 1 85 1.20e-58 172 WP_138941726.1 WP_138941726.1 100 577 0 0 1 577 1 577 0.0 1088 WP_138941726.1 WP_265896212.1 41.2 553 298 8 26 575 148 676 3.72e-120 369 WP_138941726.1 TLZ05171.1 27.4 303 191 8 288 575 314 602 4.33e-23 102 WP_138941726.1 MBH0193692.1 21.7 443 274 12 158 575 236 630 1.20e-19 91.3 WP_113767226.1 WP_113767226.1 100 441 0 0 1 441 1 441 0.0 874 WP_113767226.1 WP_270430070.1 36.3 358 212 6 85 432 18 369 3.62e-62 204 WP_113767226.1 MBW4662439.1 34.2 366 206 6 92 429 26 384 2.80e-58 194 WP_113767226.1 WP_090419626.1 33.6 360 216 8 85 433 17 364 7.48e-53 179 WP_113767226.1 WP_250015522.1 32.6 362 215 8 91 429 24 379 2.07e-45 160 WP_113767226.1 WP_210167953.1 32.4 349 214 9 92 429 11 348 7.52e-43 153 KAF4728781.1 KAF4728781.1 100 443 0 0 1 443 1 443 0.0 880 WP_060551745.1 WP_060551745.1 100 225 0 0 1 225 1 225 1.38e-163 449 WP_060551745.1 WP_002541411.1 29.1 151 81 5 9 134 6 155 1.46e-06 46.6 WP_267918242.1 WP_267918242.1 100 585 0 0 1 585 1 585 0.0 1131 WP_267918242.1 WP_087199737.1 21.7 529 285 19 96 548 97 572 1.42e-11 65.5 SCL72461.1 SCL72461.1 100 283 0 0 1 283 1 283 1.66e-177 489 WP_226276978.1 WP_226276978.1 100 508 0 0 1 508 1 508 0.0 964 WP_226276978.1 WP_255602293.1 37.0 500 289 4 21 495 30 528 1.09e-104 322 WP_226276978.1 RQL72805.1 33.2 488 320 5 21 504 22 507 9.25e-79 253 WP_226276978.1 KAG8816705.1 37.4 171 106 1 21 191 63 232 1.53e-28 111 WP_226276978.1 BBC91732.1 26.4 417 267 10 22 414 3 403 1.96e-28 116 WP_226276978.1 WP_218801637.1 31.4 204 136 1 30 229 25 228 1.05e-19 90.1 WP_226276978.1 WP_253571813.1 22.6 155 120 0 39 193 33 187 1.29e-06 48.9 WP_226276978.1 WP_129053744.1 22.0 291 182 10 56 320 53 324 5.28e-06 47.0 WP_226276978.1 MCB5199682.1 28.6 119 78 3 69 187 61 172 2.87e-05 44.7 WP_247893884.1 WP_247893884.1 100 452 0 0 1 452 1 452 4.93e-310 838 WP_247893884.1 WP_263847269.1 37.3 434 258 6 24 451 4 429 7.31e-75 239 MBE3671043.1 MBE3671043.1 100 727 0 0 1 727 1 727 0.0 1371 MBE3671043.1 WP_131096443.1 48.3 718 361 6 14 726 9 721 2.15e-222 638 MBE3671043.1 WP_049066482.1 34.3 718 442 10 17 712 8 717 7.17e-132 405 XP_041854783.1 XP_041854783.1 100 311 0 0 1 311 1 311 7.10e-234 634 RHX96716.1 RHX96716.1 100 723 0 0 1 723 1 723 0.0 1422 WP_127737066.1 WP_127737066.1 100 206 0 0 1 206 1 206 3.42e-150 413 MBN2689333.1 MBN2689333.1 100 126 0 0 1 126 1 126 1.89e-90 256 MBN2689333.1 MCU0925088.1 46.2 106 48 1 20 116 43 148 8.03e-27 96.7 WP_162119468.1 WP_162119468.1 100 394 0 0 1 394 1 394 1.11e-288 779 WP_162119468.1 MCG6912449.1 35.3 382 238 5 8 389 4 376 5.33e-74 233 WP_162119468.1 WP_195290884.1 34.7 421 241 6 3 389 4 424 1.19e-68 221 WP_162119468.1 WP_074053577.1 33.9 386 246 2 4 388 2 379 4.38e-68 218 WP_150171631.1 WP_150171631.1 100 174 0 0 1 174 1 174 1.10e-128 356 WP_002615101.1 WP_002615101.1 100 714 0 0 1 714 1 714 0.0 1330 WP_002615101.1 MBJ7506254.1 33.2 539 317 8 158 694 160 657 6.66e-76 256 WP_002615101.1 WP_023840997.1 33.7 555 315 6 174 692 169 706 4.78e-73 250 WP_278982769.1 WP_278982769.1 100 436 0 0 1 436 1 436 1.61e-316 853 WP_278982769.1 HDC92778.1 31.8 471 270 12 4 434 3 462 1.70e-51 178 WP_278982769.1 NOY97419.1 26.8 459 301 9 2 434 1 450 1.75e-42 158 WP_278982769.1 WP_015167170.1 30.5 302 185 8 150 434 118 411 6.64e-27 111 KAH9272690.1 KAH9272690.1 100 128 0 0 1 128 1 128 7.09e-87 247 KAH9272690.1 MBI3145102.1 46.1 115 60 1 12 126 2 114 7.63e-27 101 KAH9272690.1 AAL18389.1 54.1 37 17 0 89 125 1 37 4.49e-06 42.7 KAH9272690.1 XP_018282977.1 42.5 40 23 0 73 112 106 145 6.43e-06 42.4 WP_096722254.1 WP_096722254.1 100 304 0 0 1 304 1 304 4.07e-225 611 WP_096722254.1 WP_044453403.1 63.4 295 104 1 1 291 1 295 5.72e-135 383 WP_096722254.1 WP_029579419.1 33.6 304 187 8 1 295 1 298 1.25e-36 131 WP_096722254.1 WP_046600280.1 29.5 146 96 2 2 140 3 148 4.37e-14 69.7 WP_096722254.1 WP_248721304.1 22.3 282 210 7 1 279 1 276 1.09e-10 59.7 WP_096722254.1 WP_265634479.1 30.6 124 79 3 3 123 10 129 1.24e-08 53.5 WP_096722254.1 WP_066708699.1 32.9 82 55 0 1 82 1 82 1.61e-08 53.1 WP_096722254.1 WP_200629424.1 42.2 64 37 0 3 66 14 77 1.76e-07 50.1 WP_096722254.1 EIX9307167.1 27.2 158 113 2 1 157 11 167 7.41e-07 48.1 WP_096722254.1 WP_140334279.1 23.2 298 173 14 3 273 7 275 1.70e-06 47.0 WP_208947654.1 WP_208947654.1 100 149 0 0 1 149 1 149 1.98e-94 268 WP_208947654.1 WP_261695383.1 34.6 130 82 2 1 130 1 127 1.74e-10 53.9 WP_208947654.1 WP_007377599.1 28.3 120 84 2 17 135 16 134 1.01e-06 43.9 KAF2590612.1 KAF2590612.1 100 385 0 0 1 385 1 385 4.04e-161 456 WP_014785013.1 WP_014785013.1 100 504 0 0 1 504 1 504 0.0 946 EBF5808819.1 EBF5808819.1 100 85 0 0 1 85 1 85 2.54e-51 154 WP_213827928.1 WP_213827928.1 100 305 0 0 1 305 1 305 4.22e-223 606 WP_213827928.1 WP_280541983.1 51.1 282 138 0 18 299 41 322 7.24e-94 279 WP_254400636.1 WP_254400636.1 100 168 0 0 1 168 1 168 1.35e-126 350 WP_254400636.1 MCC8042769.1 44.3 149 81 1 7 155 16 162 1.27e-38 128 MBR3156871.1 MBR3156871.1 100 644 0 0 1 644 1 644 0.0 1209 XP_021741676.1 XP_021741676.1 100 507 0 0 1 507 1 507 0.0 964 XP_021741676.1 KAJ0963891.1 38.2 304 104 11 2 261 16 279 2.55e-45 167 WP_001329193.1 WP_001329193.1 100 95 0 0 1 95 1 95 1.79e-69 200 MBO6057326.1 MBO6057326.1 100 197 0 0 1 197 1 197 6.44e-146 402 MBW1848151.1 MBW1848151.1 100 205 0 0 1 205 1 205 3.43e-154 423 KAG5815829.1 KAG5815829.1 100 780 0 0 1 780 1 780 0.0 1379 KAG5815829.1 XP_042622198.1 33.5 355 203 8 432 774 183 516 6.69e-52 189 KAG5815829.1 NXJ84327.1 32.9 368 205 11 431 772 179 530 6.68e-42 163 KAG5815829.1 XP_039923984.1 31.7 360 212 11 435 772 178 525 1.37e-38 153 KAG5815829.1 XP_026100634.1 30.0 240 157 6 456 693 89 319 1.05e-24 106 KAG5815829.1 KAH6984898.1 27.0 270 138 8 448 668 22 281 1.77e-14 75.9 KAG5815829.1 KAJ7903702.1 27.0 230 153 8 444 670 17 234 4.93e-11 63.9 KAG5815829.1 XP_011889539.1 25.4 181 110 6 510 669 56 232 4.72e-10 61.6 KAG5815829.1 WP_281919021.1 36.6 131 73 5 565 691 124 248 5.15e-10 60.8 KAG5815829.1 MBP7829117.1 27.4 226 148 7 446 667 51 264 6.40e-09 57.8 WP_135279859.1 WP_135279859.1 100 844 0 0 1 844 1 844 0.0 1572 WP_135279859.1 WP_101662518.1 30.6 520 330 12 222 726 86 589 7.25e-67 234 WP_135279859.1 OMF24356.1 32.1 579 339 18 202 748 60 616 2.74e-64 225 WP_135279859.1 HCG88012.1 27.2 580 283 7 204 652 57 628 3.84e-50 185 WP_135279859.1 WP_062300449.1 25.3 640 403 18 174 777 30 630 6.98e-32 131 WP_135279859.1 WP_088784550.1 23.9 578 375 15 225 749 137 702 3.78e-27 116 MCJ1311962.1 MCJ1311962.1 100 968 0 0 1 968 1 968 0.0 1906 WP_092424818.1 WP_092424818.1 100 324 0 0 1 324 1 324 9.53e-225 612 XP_047289230.1 XP_047289230.1 100 1629 0 0 1 1629 1 1629 0.0 3063 MCB1505913.1 MCB1505913.1 100 170 0 0 1 170 1 170 1.63e-119 333 MCB1505913.1 MQA03337.1 63.1 160 59 0 5 164 5 164 2.21e-66 198 WP_257691625.1 WP_257691625.1 100 547 0 0 1 547 1 547 0.0 1133 WP_257691625.1 XP_008080365.1 45.3 559 283 8 1 544 76 626 3.89e-156 458 KGI55490.1 KGI55490.1 100 167 0 0 1 167 1 167 4.83e-106 298 WP_138438236.1 WP_138438236.1 100 67 0 0 1 67 1 67 2.14e-44 135 KPK79043.1 KPK79043.1 100 722 0 0 1 722 1 722 0.0 1394 KPK79043.1 MBP6786080.1 31.9 564 252 9 152 583 162 725 1.20e-68 240 KPK79043.1 WP_029789810.1 29.5 706 345 16 152 717 161 853 1.99e-68 239 KPK79043.1 MBL8103469.1 48.3 240 122 1 151 388 165 404 8.64e-67 226 KPK79043.1 WP_136095406.1 29.1 612 363 14 152 697 120 726 5.74e-66 231 KPK79043.1 KAF6257731.1 32.3 557 246 10 152 579 163 717 2.02e-60 217 KPK79043.1 KAI7727618.1 40.9 257 118 3 133 385 143 369 1.28e-46 176 OIT02720.1 OIT02720.1 100 362 0 0 1 362 1 362 3.38e-260 704 WP_224365716.1 WP_224365716.1 100 46 0 0 1 46 1 46 3.90e-29 95.1 MBK6724754.1 MBK6724754.1 100 328 0 0 1 328 1 328 7.75e-242 655 NXB44255.1 NXB44255.1 100 1649 0 0 1 1649 1 1649 0.0 3179 WP_226232337.1 WP_226232337.1 100 392 0 0 1 392 1 392 4.68e-289 780 EEE4210954.1 EEE4210954.1 100 102 0 0 1 102 1 102 3.92e-74 213 EEE4210954.1 WP_001495833.1 64.3 56 20 0 4 59 5 60 1.07e-20 76.6 RLE02911.1 RLE02911.1 100 439 0 0 1 439 1 439 0.0 874 WP_171334399.1 WP_171334399.1 100 102 0 0 1 102 1 102 2.36e-75 216 WP_064779756.1 WP_064779756.1 100 347 0 0 1 347 1 347 1.94e-256 694 WP_064779756.1 WP_124978582.1 37.6 221 131 4 122 335 3 223 1.38e-36 138 WP_064779756.1 EGC4236544.1 35.8 176 106 4 122 295 3 173 4.32e-29 109 WP_064779756.1 MBN1762539.1 27.2 243 141 10 124 335 10 247 1.57e-15 75.5 WP_064779756.1 MCH5207665.1 40.5 79 43 2 122 200 4 78 1.13e-10 59.3 WP_064779756.1 HBJ80371.1 27.1 188 116 9 122 288 6 193 7.43e-10 58.2 WP_033603452.1 WP_033603452.1 100 1185 0 0 1 1185 1 1185 0.0 2308 EEC9022132.1 EEC9022132.1 100 502 0 0 1 502 1 502 0.0 1018 EEC9022132.1 NRF69152.1 28.6 416 249 13 79 480 125 506 1.13e-39 149 EEC9022132.1 WP_058504615.1 28.1 370 229 10 72 438 175 510 1.89e-34 134 EEC9022132.1 WP_283107263.1 26.8 380 243 13 75 449 167 516 3.15e-30 122 EEC9022132.1 MBT7163208.1 30.7 352 202 15 98 441 203 520 8.94e-29 118 EEC9022132.1 WP_017718577.1 28.0 382 231 14 25 389 160 514 4.03e-28 116 EEC9022132.1 WP_203339841.1 30.6 219 131 5 194 406 106 309 1.35e-23 100 EEC9022132.1 WP_121975536.1 28.3 265 141 9 100 353 14 240 1.12e-15 76.6 EEC9022132.1 RYD39969.1 32.3 158 86 5 230 378 133 278 3.84e-11 62.4 XP_047408935.1 XP_047408935.1 100 786 0 0 1 786 1 786 0.0 1544 WP_179136748.1 WP_179136748.1 100 106 0 0 1 106 1 106 3.16e-75 216 WP_179136748.1 WP_259407579.1 38.1 63 38 1 44 106 115 176 1.45e-06 43.1 WP_179136748.1 MCF7886260.1 30.3 66 40 2 41 102 63 126 1.03e-04 37.7 WP_195269918.1 WP_195269918.1 100 415 0 0 1 415 1 415 5.83e-281 761 KAG0881289.1 KAG0881289.1 100 202 0 0 1 202 1 202 7.46e-143 394 MBN1756127.1 MBN1756127.1 100 78 0 0 1 78 1 78 2.19e-51 153 WP_150731550.1 WP_150731550.1 100 351 0 0 1 351 1 351 1.62e-266 719 WP_150731550.1 WP_034968029.1 34.5 319 203 5 22 337 44 359 3.54e-64 206 KAF6802222.1 KAF6802222.1 100 494 0 0 1 494 1 494 0.0 1006 KAF6802222.1 MBE9640947.1 25.9 452 286 11 40 468 48 473 1.09e-24 105 KAF6802222.1 THH04310.1 30.3 165 112 3 53 217 87 248 7.26e-14 72.0 KAF6802222.1 WP_189592858.1 24.7 174 128 2 43 216 18 188 2.23e-10 60.8 WP_255517101.1 WP_255517101.1 100 137 0 0 1 137 1 137 4.85e-96 271 MCK5244187.1 MCK5244187.1 100 284 0 0 1 284 1 284 7.26e-218 591 WP_197710405.1 WP_197710405.1 100 258 0 0 1 258 1 258 5.14e-180 493 WP_100540054.1 WP_100540054.1 100 83 0 0 1 83 1 83 4.09e-56 166 TXT57728.1 TXT57728.1 100 252 0 0 1 252 1 252 7.63e-179 489 MBT5378964.1 MBT5378964.1 100 278 0 0 1 278 1 278 7.79e-169 466 MBU1113346.1 MBU1113346.1 100 171 0 0 1 171 1 171 1.50e-120 335 WP_194499183.1 WP_194499183.1 100 203 0 0 1 203 1 203 2.31e-142 393 WP_093868643.1 WP_093868643.1 100 448 0 0 1 448 1 448 0.0 873 WP_093868643.1 EIC7331684.1 32.9 413 247 6 3 391 16 422 5.33e-72 233 WP_093868643.1 WP_209241541.1 33.7 454 257 10 10 431 17 458 1.78e-66 218 WP_093868643.1 HBU57020.1 56.3 71 31 0 319 389 1 71 1.10e-20 86.3 WP_093868643.1 WP_172281536.1 23.7 367 204 12 25 348 39 372 3.04e-13 69.7 WP_093868643.1 WP_006305873.1 24.7 336 216 11 12 320 11 336 6.27e-11 62.4 KAI0308946.1 KAI0308946.1 100 90 0 0 1 90 1 90 2.17e-61 179 WP_073388870.1 WP_073388870.1 100 157 0 0 1 157 1 157 9.32e-115 320 WP_027388460.1 WP_027388460.1 100 355 0 0 1 355 1 355 3.79e-258 699 WP_027388460.1 MBV9352198.1 31.2 154 88 5 15 162 32 173 6.15e-07 49.3 NCW99628.1 NCW99628.1 100 179 0 0 1 179 1 179 1.18e-130 362 NCW99628.1 CAB0780497.1 44.2 154 85 1 1 153 192 345 1.23e-44 149 NCW99628.1 XP_020103231.1 36.4 162 89 2 6 153 276 437 6.15e-29 109 NCW99628.1 MCS6830908.1 33.3 150 99 1 1 150 197 345 2.87e-28 106 WP_210726445.1 WP_210726445.1 100 294 0 0 1 294 1 294 4.61e-74 227 WP_015699100.1 WP_015699100.1 100 344 0 0 1 344 1 344 3.62e-255 690 WP_015699100.1 WP_125625723.1 25.1 327 216 8 8 325 12 318 3.53e-19 85.5 WP_015699100.1 OKX80212.1 21.9 256 180 6 86 324 27 279 9.72e-08 51.2 MBY9080345.1 MBY9080345.1 100 237 0 0 1 237 1 237 6.36e-184 501 WP_093295436.1 WP_093295436.1 100 247 0 0 1 247 1 247 1.50e-187 511 XP_008215352.1 XP_008215352.1 100 593 0 0 1 593 1 593 0.0 1197 XP_008215352.1 KAJ7903702.1 32.7 327 195 5 180 492 9 324 1.73e-52 184 XP_008215352.1 XP_029528577.1 35.4 288 174 5 188 473 30 307 2.15e-44 160 XP_008215352.1 KAG1590416.1 34.0 285 177 6 188 472 80 353 3.72e-38 143 XP_008215352.1 KZT58963.1 29.2 209 132 6 193 388 1083 1288 2.08e-14 75.1 XP_008215352.1 XP_042622198.1 27.1 203 144 3 188 388 200 400 5.30e-14 73.2 XP_008215352.1 XP_026100634.1 28.6 217 135 7 181 388 79 284 3.53e-13 70.1 MBO8197404.1 MBO8197404.1 100 263 0 0 1 263 1 263 4.50e-102 296 UCC96225.1 UCC96225.1 100 57 0 0 1 57 1 57 3.94e-38 118 MBV8508112.1 MBV8508112.1 100 395 0 0 1 395 1 395 1.03e-257 701 MBV8508112.1 WP_260320705.1 38.3 394 226 7 11 388 4 396 2.42e-78 245 THH04310.1 THH04310.1 100 505 0 0 1 505 1 505 0.0 978 THH04310.1 MBE9640947.1 34.2 152 97 3 108 257 82 232 1.05e-17 84.0 THH04310.1 KAF6802222.1 30.3 165 112 3 87 248 53 217 1.66e-12 67.8 MBL7795363.1 MBL7795363.1 100 179 0 0 1 179 1 179 2.78e-129 358 EDT7412775.1 EDT7412775.1 100 126 0 0 1 126 1 126 3.27e-91 258 MBU6492563.1 MBU6492563.1 100 195 0 0 1 195 1 195 6.72e-147 404 MBU6492563.1 XP_027201715.1 59.3 27 11 0 81 107 436 462 9.54e-04 37.7 MBR3700964.1 MBR3700964.1 100 481 0 0 1 481 1 481 0.0 966 WP_064613675.1 WP_064613675.1 100 213 0 0 1 213 1 213 7.12e-151 416 XP_031540112.1 XP_031540112.1 100 1692 0 0 1 1692 1 1692 0.0 3107 NOT95054.1 NOT95054.1 100 133 0 0 1 133 1 133 1.58e-90 256 NOT95054.1 MBP8960789.1 33.3 90 58 1 1 88 8 97 4.18e-08 48.1 WP_164724930.1 WP_164724930.1 100 195 0 0 1 195 1 195 3.07e-143 395 WP_164724930.1 WP_265735210.1 35.9 181 116 0 1 181 156 336 4.69e-35 127 WP_263833039.1 WP_263833039.1 100 400 0 0 1 400 1 400 9.61e-277 749 MCO6480516.1 MCO6480516.1 100 224 0 0 1 224 1 224 4.46e-164 450 MBD5558909.1 MBD5558909.1 100 192 0 0 1 192 1 192 5.31e-138 381 NLW39422.1 NLW39422.1 100 335 0 0 1 335 1 335 1.56e-240 652 NLW39422.1 NVM03966.1 38.8 335 182 9 1 330 1 317 1.73e-59 192 NLW39422.1 WP_152652784.1 34.1 302 182 7 33 331 18 305 4.15e-49 165 NLW39422.1 WP_192500494.1 34.8 299 179 8 34 330 16 300 1.28e-45 155 NLW39422.1 EHR6291555.1 43.1 211 112 4 33 240 342 547 7.30e-43 154 NLW39422.1 RLN50561.1 35.1 231 145 3 34 262 1508 1735 5.00e-35 134 NLW39422.1 WP_276362074.1 30.1 219 135 4 35 236 19 236 3.55e-26 103 NLW39422.1 MSO30570.1 29.4 221 149 5 35 254 22 236 7.48e-23 95.9 NLW39422.1 MCB0243881.1 31.0 203 132 4 35 231 24 224 2.24e-21 89.4 NLW39422.1 WP_029347391.1 28.4 229 143 7 35 250 20 240 6.05e-18 80.5 WP_222637261.1 WP_222637261.1 100 984 0 0 1 984 1 984 0.0 2029 WP_222637261.1 GGB39876.1 64.3 983 344 3 1 982 1 977 0.0 1347 WP_222637261.1 ECJ9372216.1 55.3 971 426 5 7 975 7 971 0.0 1112 WP_222637261.1 MCK9371657.1 26.7 718 449 15 262 939 5 685 1.01e-76 264 WP_222637261.1 WP_014942931.1 26.6 722 468 16 270 936 53 767 7.23e-59 215 WP_257633067.1 WP_257633067.1 100 497 0 0 1 497 1 497 0.0 940 WP_257633067.1 WP_230424277.1 51.1 503 229 7 4 493 7 505 5.58e-145 424 WP_257633067.1 WP_255965801.1 27.6 431 256 16 8 407 24 429 1.07e-10 62.0 WP_257633067.1 WP_257689765.1 27.4 419 264 16 10 405 27 428 1.78e-09 58.2 WP_257633067.1 WP_057201184.1 28.3 233 145 8 21 248 36 251 1.56e-07 52.0 MCU0422147.1 MCU0422147.1 100 453 0 0 1 453 1 453 0.0 913 XP_042343617.1 XP_042343617.1 100 453 0 0 1 453 1 453 0.0 904 WP_176958177.1 WP_176958177.1 100 299 0 0 1 299 1 299 3.18e-215 585 WP_176958177.1 WP_192106836.1 43.9 285 159 1 1 284 1 285 2.09e-81 246 WP_176958177.1 WP_278888642.1 37.2 282 175 2 1 280 5 286 1.46e-56 182 WP_176958177.1 AIA18772.1 57.2 152 64 1 1 151 1 152 2.16e-55 175 KAJ2277403.1 KAJ2277403.1 100 839 0 0 1 839 1 839 0.0 1596 WP_110358640.1 WP_110358640.1 100 332 0 0 1 332 1 332 2.53e-249 674 WP_110358640.1 WP_271243471.1 84.9 332 50 0 1 332 26 357 3.98e-211 579 OJV98239.1 OJV98239.1 100 349 0 0 1 349 1 349 2.51e-228 623 MBS1410118.1 MBS1410118.1 100 372 0 0 1 372 1 372 2.51e-267 723 HBC3664605.1 HBC3664605.1 100 68 0 0 1 68 1 68 1.18e-46 140 KAG5959692.1 KAG5959692.1 100 878 0 0 1 878 1 878 0.0 1748 WP_138471989.1 WP_138471989.1 100 396 0 0 1 396 1 396 1.77e-270 733 MBL7722360.1 MBL7722360.1 100 501 0 0 1 501 1 501 0.0 956 KAF4995643.1 KAF4995643.1 100 660 0 0 1 660 1 660 0.0 1327 KAJ5614194.1 KAJ5614194.1 100 471 0 0 1 471 1 471 0.0 961 WP_251116163.1 WP_251116163.1 100 279 0 0 1 279 1 279 3.39e-200 546 MBS1909834.1 MBS1909834.1 100 692 0 0 1 692 1 692 0.0 1394 KAI4951926.1 KAI4951926.1 100 319 0 0 1 319 1 319 2.29e-234 635 MBS0323691.1 MBS0323691.1 100 261 0 0 1 261 1 261 6.30e-187 511 EDS6425957.1 EDS6425957.1 100 543 0 0 1 543 1 543 0.0 1062 WP_205996060.1 WP_205996060.1 100 832 0 0 1 832 1 832 0.0 1602 WP_205996060.1 WP_025599976.1 30.5 210 131 5 613 811 184 389 9.67e-12 66.2 WP_205996060.1 GLV83862.1 28.7 314 187 12 523 820 89 381 1.92e-10 62.0 MBW7898988.1 MBW7898988.1 100 186 0 0 1 186 1 186 2.99e-141 389 WP_111206393.1 WP_111206393.1 100 149 0 0 1 149 1 149 3.06e-107 300 MSW04208.1 MSW04208.1 100 527 0 0 1 527 1 527 0.0 1024 MSW04208.1 MCF8535784.1 34.1 185 121 1 2 186 6 189 2.14e-26 104 WP_057651690.1 WP_057651690.1 100 293 0 0 1 293 1 293 1.45e-208 568 WP_057651690.1 WP_015314674.1 34.7 245 156 3 48 289 10 253 1.02e-28 108 WP_057651690.1 MXY99086.1 33.5 239 145 6 61 289 1 235 5.91e-23 93.2 WP_057651690.1 WP_281054160.1 29.4 248 163 5 48 289 8 249 1.43e-21 89.7 WP_057651690.1 WP_013845913.1 31.8 192 126 4 48 236 4 193 9.39e-21 87.4 WP_057651690.1 WP_110035452.1 28.0 246 157 6 51 292 7 236 1.39e-14 70.1 WP_057651690.1 KFP63770.1 25.2 250 175 5 48 289 35 280 4.74e-13 66.6 WP_057651690.1 XP_028635853.1 34.6 107 64 1 46 146 6 112 1.24e-09 57.0 WP_057651690.1 MCJ7630170.1 56.8 37 16 0 48 84 3 39 1.01e-06 43.9 WP_057651690.1 MCB9680378.1 25.1 187 135 4 53 236 5 189 1.32e-05 43.9 WP_032918432.1 WP_032918432.1 100 270 0 0 1 270 1 270 5.26e-204 555 MOR90002.1 MOR90002.1 100 27 0 0 1 27 1 27 8.53e-19 67.8 WP_096527630.1 WP_096527630.1 100 131 0 0 1 131 1 131 6.00e-85 242 XP_014362268.2 XP_014362268.2 100 1204 0 0 1 1204 1 1204 0.0 2156 GFY15021.1 GFY15021.1 100 262 0 0 1 262 1 262 3.14e-192 524 GFY15021.1 GFT25780.1 52.2 92 40 1 129 216 65 156 1.17e-22 93.6 MBV9888347.1 MBV9888347.1 100 110 0 0 1 110 1 110 5.81e-73 210 MBE9467362.1 MBE9467362.1 100 828 0 0 1 828 1 828 0.0 1547 MBE9467362.1 PSQ73325.1 27.1 255 177 4 575 825 591 840 1.53e-20 95.5 MBE9467362.1 WP_074911472.1 29.0 238 158 5 592 825 791 1018 1.02e-19 93.2 MBE9467362.1 WP_232306300.1 27.6 257 181 3 573 827 828 1081 1.04e-19 93.2 MBE9467362.1 MBN1819552.1 26.8 239 169 2 590 827 332 565 4.35e-19 90.1 MBE9467362.1 MCH5250214.1 24.4 254 184 4 575 825 168 416 5.07e-18 87.4 MBE9467362.1 WP_063540919.1 23.9 259 178 2 568 826 478 717 4.42e-17 84.3 MBE9467362.1 KDF42894.1 26.8 228 157 6 601 826 269 488 9.91e-14 72.8 WP_037310167.1 WP_037310167.1 100 290 0 0 1 290 1 290 2.89e-202 552 WP_244292824.1 WP_244292824.1 100 316 0 0 1 316 1 316 5.98e-224 609 WP_244292824.1 KZS73167.1 43.3 305 152 7 11 314 40 324 2.94e-59 191 MBI5162857.1 MBI5162857.1 100 178 0 0 1 178 1 178 4.28e-128 355 WP_236345246.1 WP_236345246.1 100 286 0 0 1 286 1 286 6.90e-208 566 WP_212226535.1 WP_212226535.1 100 170 0 0 1 170 1 170 1.98e-120 335 MAJ92374.1 MAJ92374.1 100 324 0 0 1 324 1 324 5.60e-233 632 MAJ92374.1 TMF32236.1 35.0 326 207 4 1 324 1 323 8.91e-62 198 MAJ92374.1 WP_232243969.1 27.0 256 139 8 12 265 187 396 1.59e-08 53.9 WP_257504872.1 WP_257504872.1 100 531 0 0 1 531 1 531 0.0 966 WP_257504872.1 WP_144320971.1 34.2 415 209 17 119 526 161 518 4.37e-36 139 WP_257504872.1 ADP83890.1 31.0 416 223 14 129 513 113 495 2.45e-29 120 WP_257504872.1 WP_259858510.1 33.9 307 148 12 203 506 170 424 1.12e-27 114 WP_257504872.1 KDF42894.1 30.0 260 159 7 250 506 232 471 1.25e-20 93.2 WP_257504872.1 KFX48203.1 27.7 328 199 10 221 530 617 924 4.20e-20 92.8 WP_257504872.1 WP_261733022.1 25.6 273 175 8 259 526 233 482 3.62e-17 83.2 WP_257504872.1 WP_007356512.1 28.6 255 131 7 287 513 749 980 4.58e-17 83.2 WP_257504872.1 WP_129857883.1 28.0 289 159 9 218 506 153 392 8.08e-13 68.6 WP_257504872.1 WP_061048002.1 26.8 269 152 9 273 526 386 624 2.56e-12 67.8 UVB16817.1 UVB16817.1 100 7093 0 0 1 7093 1 7093 0.0 14171 UVB16817.1 UZO53924.1 99.9 7093 5 0 1 7093 1 7093 0.0 14156 UVB16817.1 URQ55824.1 99.9 7093 5 0 1 7093 1 7093 0.0 14156 UVB16817.1 QVD87869.1 99.7 7093 18 0 1 7093 1 7093 0.0 14128 UVB16817.1 QWC83326.1 99.7 7096 15 1 1 7093 1 7096 0.0 14127 UVB16817.1 UPP41269.1 99.9 4398 4 0 1 4398 1 4398 0.0 8634 UVB16817.1 USR14792.1 99.9 4398 5 0 1 4398 1 4398 0.0 8631 UVB16817.1 QXR94354.1 99.7 4398 13 0 1 4398 1 4398 0.0 8614 UVB16817.1 QTM79632.1 99.6 4398 16 0 1 4398 1 4398 0.0 8613 UVB16817.1 QTZ27226.1 99.6 4398 18 0 1 4398 1 4398 0.0 8608 MBK7087525.1 MBK7087525.1 100 314 0 0 1 314 1 314 4.44e-234 634 EFT8991253.1 EFT8991253.1 100 1029 0 0 1 1029 1 1029 0.0 2089 EFT8991253.1 WP_265822109.1 22.1 951 570 36 50 974 18 823 8.49e-27 116 EFT8991253.1 WP_220281278.1 21.4 869 484 34 121 963 76 771 7.69e-12 67.8 EFT8991253.1 HCH8663031.1 22.9 306 188 11 67 371 42 300 1.07e-07 54.3 MBY0434949.1 MBY0434949.1 100 1494 0 0 1 1494 1 1494 0.0 2873 MBB2902420.1 MBB2902420.1 100 276 0 0 1 276 1 276 1.82e-198 541 MBB2902420.1 WP_279826355.1 44.5 301 126 8 9 273 3 298 2.66e-61 194 KAG8379083.1 KAG8379083.1 100 304 0 0 1 304 1 304 9.86e-217 590 HBV8273101.1 HBV8273101.1 100 127 0 0 1 127 1 127 1.33e-86 246 HBV8273101.1 WP_185116294.1 44.2 52 29 0 11 62 2 53 3.37e-09 50.8 KAI5005557.1 KAI5005557.1 100 441 0 0 1 441 1 441 2.90e-317 855 KAI5005557.1 KAH7489251.1 25.5 282 190 7 108 383 56 323 7.29e-20 89.0 MBT7135637.1 MBT7135637.1 100 206 0 0 1 206 1 206 6.03e-135 375 WP_011490055.1 WP_011490055.1 100 275 0 0 1 275 1 275 6.11e-201 547 XP_021299958.1 XP_021299958.1 100 1095 0 0 1 1095 1 1095 0.0 2100 XP_033668161.1 XP_033668161.1 100 434 0 0 1 434 1 434 0.0 869 XP_033668161.1 KAJ2593889.1 38.8 363 195 9 50 408 42 381 1.90e-68 221 WP_059510827.1 WP_059510827.1 100 321 0 0 1 321 1 321 3.74e-225 612 WP_059510827.1 WP_058635033.1 35.4 328 195 4 1 318 1 321 3.14e-50 168 WP_059510827.1 WP_251874466.1 36.8 266 163 3 40 304 47 308 3.29e-44 152 WP_059510827.1 WP_234306850.1 39.1 297 169 6 9 301 13 301 5.80e-43 148 WP_059510827.1 WP_116701099.1 34.3 254 145 5 36 280 45 285 2.04e-40 142 WP_059510827.1 WP_166225641.1 37.4 265 151 7 32 289 46 302 8.37e-34 126 WP_059510827.1 MBC99785.1 33.2 268 166 6 45 301 48 313 6.29e-33 122 WP_059510827.1 WP_012724915.1 34.1 255 144 7 69 313 76 316 1.04e-26 105 WP_059510827.1 KOR84431.1 28.8 240 160 4 51 287 50 281 6.85e-23 95.1 WP_056611679.1 WP_056611679.1 100 177 0 0 1 177 1 177 3.78e-117 327 WP_056611679.1 NLC30933.1 34.8 46 30 0 132 177 87 132 1.34e-04 38.5 HAT6344274.1 HAT6344274.1 100 290 0 0 1 290 1 290 7.83e-216 586 EHU4169843.1 EHU4169843.1 100 478 0 0 1 478 1 478 0.0 950 XP_024696459.1 XP_024696459.1 100 487 0 0 1 487 1 487 0.0 917 CDZ73727.1 CDZ73727.1 100 253 0 0 1 253 1 253 7.36e-182 497 CDZ73727.1 WP_227059655.1 27.2 232 134 6 1 198 17 247 4.58e-14 69.7 CDZ73727.1 MBQ4383193.1 29.0 193 112 5 27 202 34 218 4.68e-14 67.8 CDZ73727.1 WP_222599035.1 31.1 206 115 6 21 208 486 682 3.85e-13 67.0 CDZ73727.1 MBQ9964693.1 27.7 188 123 4 1 188 1 175 8.11e-13 63.5 CDZ73727.1 WP_107894076.1 26.0 192 119 3 16 184 24 215 6.30e-12 62.8 CDZ73727.1 WP_207918089.1 23.3 219 132 6 2 193 6 215 3.80e-10 57.0 CDZ73727.1 MQF68191.1 36.6 93 49 2 6 88 21 113 7.38e-10 53.9 CDZ73727.1 WP_088153117.1 26.8 205 126 6 27 214 24 221 8.66e-10 56.6 CDZ73727.1 WP_066083732.1 25.4 213 129 6 1 184 6 217 1.43e-09 55.8 KAG9509822.1 KAG9509822.1 100 386 0 0 1 386 1 386 3.70e-267 724 TWK83191.1 TWK83191.1 100 358 0 0 1 358 1 358 4.03e-275 742 WP_176700057.1 WP_176700057.1 100 176 0 0 1 176 1 176 2.04e-125 348 WP_141400768.1 WP_141400768.1 100 255 0 0 1 255 1 255 1.23e-190 520 MBS07362.1 MBS07362.1 100 458 0 0 1 458 1 458 3.82e-317 857 MCL2204087.1 MCL2204087.1 100 898 0 0 1 898 1 898 0.0 1811 MCL2204087.1 MBQ9679177.1 50.2 916 388 13 1 881 1 883 3.41e-306 865 MCL2204087.1 CAI9595211.1 35.2 935 481 19 4 843 80 984 1.01e-169 519 MCL2204087.1 MSZ29533.1 26.5 823 481 25 13 748 15 800 1.50e-62 228 MCL2204087.1 WP_081224968.1 24.0 784 484 18 10 717 21 768 2.38e-60 220 MCL2204087.1 WP_123159424.1 23.9 899 547 30 10 818 21 872 2.53e-50 190 MCL2204087.1 WP_194957532.1 22.3 853 417 31 8 735 3 734 2.40e-35 142 MCL2204087.1 MCB9999913.1 22.4 892 478 26 10 717 35 896 1.50e-33 137 MCL2204087.1 MBK6751737.1 29.3 283 164 5 632 883 3 280 1.21e-29 118 MCL2204087.1 WP_233286789.1 27.5 120 75 4 439 553 370 482 1.02e-04 44.3 WP_027780629.1 WP_027780629.1 100 191 0 0 1 191 1 191 1.25e-131 365 EAG5222239.1 EAG5222239.1 100 248 0 0 1 248 1 248 5.00e-182 497 EAG5222239.1 KAA0785577.1 54.3 247 111 2 1 247 1 245 2.09e-90 265 EAG5222239.1 WP_216576398.1 38.1 247 150 3 1 247 1 244 4.40e-54 173 EAG5222239.1 WP_067032591.1 36.9 249 144 6 3 247 2 241 1.17e-41 141 WP_097514015.1 WP_097514015.1 100 546 0 0 1 546 1 546 5.62e-285 783 WP_097514015.1 HAZ7424284.1 51.4 142 69 0 382 523 364 505 1.83e-29 120 WP_097514015.1 EIZ9235425.1 46.3 348 186 1 121 467 107 454 1.81e-26 111 WP_097514015.1 WP_237962375.1 47.1 119 57 3 382 497 498 613 1.31e-17 84.7 WP_097514015.1 WP_186556299.1 41.9 129 61 1 382 496 364 492 1.36e-15 77.8 WP_097514015.1 WP_156140069.1 45.5 123 56 3 382 498 405 522 2.24e-14 74.3 WP_097514015.1 MCK9908664.1 46.3 54 29 0 484 537 1 54 2.09e-05 42.4 WP_208099194.1 WP_208099194.1 100 59 0 0 1 59 1 59 9.12e-38 117 XP_025777939.1 XP_025777939.1 100 643 0 0 1 643 1 643 0.0 1162 MBL6625757.1 MBL6625757.1 100 354 0 0 1 354 1 354 5.04e-267 721 MBL6625757.1 WP_166476065.1 38.8 85 51 1 32 115 36 120 7.95e-12 63.9 KAH7548383.1 KAH7548383.1 100 1152 0 0 1 1152 1 1152 0.0 2179 WP_271250528.1 WP_271250528.1 100 51 0 0 1 51 1 51 3.95e-31 100 WP_197888162.1 WP_197888162.1 100 269 0 0 1 269 1 269 2.13e-198 540 XP_033991852.1 XP_033991852.1 100 1257 0 0 1 1257 1 1257 0.0 2042 HAF54287.1 HAF54287.1 100 74 0 0 1 74 1 74 3.89e-50 150 HAF54287.1 KJS71365.1 49.0 51 26 0 24 74 11 61 1.45e-10 52.0 WP_167613923.1 WP_167613923.1 100 101 0 0 1 101 1 101 3.11e-75 215 MPZ45416.1 MPZ45416.1 100 574 0 0 1 574 1 574 0.0 1092 WP_067019348.1 WP_067019348.1 100 209 0 0 1 209 1 209 8.34e-148 407 MBO5601840.1 MBO5601840.1 100 331 0 0 1 331 1 331 1.92e-248 672 MBO5601840.1 WP_125504029.1 27.2 320 231 2 8 326 8 326 5.15e-38 136 MBU6248241.1 MBU6248241.1 100 679 0 0 1 679 1 679 0.0 1046 WP_165682932.1 WP_165682932.1 100 108 0 0 1 108 1 108 3.40e-71 206 WP_143020066.1 WP_143020066.1 100 157 0 0 1 157 1 157 3.51e-110 308 WP_143020066.1 HAV5500596.1 41.4 58 34 0 100 157 27 84 5.68e-05 40.4 WP_143020066.1 WP_023355490.1 37.7 61 38 0 19 79 14 74 1.50e-04 38.9 WP_238972864.1 WP_238972864.1 100 85 0 0 1 85 1 85 3.84e-56 171 ABG88111.1 ABG88111.1 100 94 0 0 1 94 1 94 1.88e-66 192 ABG88111.1 QCI53355.1 64.2 95 33 1 1 94 254 348 3.37e-37 126 ABG88111.1 QJX39053.1 63.2 95 34 1 1 94 270 364 6.11e-34 120 ABG88111.1 AEO85464.1 57.4 94 39 1 2 94 280 373 2.24e-31 113 WP_260325674.1 WP_260325674.1 100 273 0 0 1 273 1 273 8.94e-193 526 MCC7417019.1 MCC7417019.1 100 221 0 0 1 221 1 221 4.63e-160 439 MCI8430709.1 MCI8430709.1 100 283 0 0 1 283 1 283 8.00e-201 548 MCI8430709.1 WP_252809941.1 28.2 287 168 8 8 278 28 292 1.81e-17 79.0 XP_030622007.1 XP_030622007.1 100 298 0 0 1 298 1 298 1.06e-208 569 WP_053695461.1 WP_053695461.1 100 277 0 0 1 277 1 277 4.67e-201 551 WP_053695461.1 WP_072476944.1 44.9 265 138 5 6 267 58 317 7.43e-62 197 XP_029196159.1 XP_029196159.1 100 357 0 0 1 357 1 357 5.52e-277 746 WP_049009918.1 WP_049009918.1 100 902 0 0 1 902 1 902 0.0 1762 WP_049009918.1 WP_019100427.1 51.3 869 391 6 64 900 47 915 1.66e-297 843 WP_049009918.1 MBE6688122.1 29.7 723 474 13 47 742 1 716 1.09e-91 308 WP_049009918.1 WP_278631399.1 27.9 759 487 18 66 788 20 754 1.97e-81 279 WP_049009918.1 KAA0114277.1 28.5 761 492 14 57 782 42 785 9.21e-80 276 WP_049009918.1 WP_235126772.1 27.5 742 468 15 67 760 16 735 1.64e-72 254 WP_049009918.1 XP_009147075.2 26.8 832 480 21 67 776 136 957 2.61e-70 251 WP_049009918.1 KAJ6994162.1 26.0 803 508 23 66 834 33 783 4.87e-69 246 WP_049009918.1 MBY0273331.1 29.9 686 410 18 127 805 66 687 7.23e-68 239 WP_049009918.1 MBE5737882.1 26.4 715 462 15 67 742 22 711 1.21e-58 214 OTA99890.1 OTA99890.1 100 241 0 0 1 241 1 241 1.67e-172 473 KPP66050.1 KPP66050.1 100 1540 0 0 1 1540 1 1540 0.0 3106 QDF59120.1 QDF59120.1 100 513 0 0 1 513 1 513 0.0 1033 MPC98265.1 MPC98265.1 100 84 0 0 1 84 1 84 6.47e-58 170 BBC91732.1 BBC91732.1 100 474 0 0 1 474 1 474 0.0 886 BBC91732.1 WP_023727015.1 30.1 422 282 8 3 420 35 447 3.03e-42 155 BBC91732.1 RQL72805.1 30.5 311 191 7 5 305 25 320 7.30e-29 117 BBC91732.1 WP_255602293.1 28.5 383 232 11 4 360 32 398 1.81e-27 113 BBC91732.1 WP_226276978.1 27.4 343 213 8 3 329 22 344 2.07e-23 101 BBC91732.1 KAG8816705.1 39.2 166 94 3 7 171 68 227 9.11e-23 95.1 BBC91732.1 WP_197332010.1 26.8 441 262 16 6 419 23 429 4.10e-17 82.0 XP_040685867.1 XP_040685867.1 100 421 0 0 1 421 1 421 1.13e-297 804 XP_040685867.1 GAN03156.1 50.1 417 199 5 8 420 1 412 1.05e-124 365 XP_040685867.1 MCP1651746.1 38.4 401 219 10 34 414 6 398 1.51e-63 208 XP_040685867.1 EDH4057100.1 35.9 396 230 9 33 417 2 384 2.41e-60 199 XP_040685867.1 WP_004619799.1 36.5 395 219 10 41 414 11 394 1.39e-58 195 XP_040685867.1 WP_277084622.1 39.1 322 170 5 116 420 2 314 2.23e-58 192 XP_040685867.1 WP_074825075.1 35.6 393 232 8 34 414 3 386 8.64e-58 192 XP_040685867.1 WP_078429679.1 34.7 392 234 9 36 414 5 387 5.58e-54 182 XP_040685867.1 WP_083141943.1 34.5 383 229 7 36 408 5 375 3.70e-44 156 XP_040685867.1 MBA2536487.1 30.5 394 239 8 36 414 5 378 2.52e-39 143 EDQ0183574.1 EDQ0183574.1 100 51 0 0 1 51 1 51 4.63e-30 97.8 WP_072476944.1 WP_072476944.1 100 319 0 0 1 319 1 319 3.64e-231 627 WP_072476944.1 WP_053695461.1 44.9 265 138 5 58 317 6 267 4.04e-58 188 WP_072476944.1 WP_103963736.1 29.8 329 213 11 3 318 4 327 1.17e-19 86.3 MBR3327931.1 MBR3327931.1 100 133 0 0 1 133 1 133 7.24e-87 247 ACU61622.1 ACU61622.1 100 177 0 0 1 177 1 177 5.86e-130 360 EFM1979785.1 EFM1979785.1 100 60 0 0 1 60 1 60 1.05e-41 127 WP_029005116.1 WP_029005116.1 100 175 0 0 1 175 1 175 1.96e-118 330 HCF98070.1 HCF98070.1 100 132 0 0 1 132 1 132 1.07e-83 239 WP_280541983.1 WP_280541983.1 100 324 0 0 1 324 1 324 9.28e-232 629 WP_280541983.1 WP_213827928.1 51.2 281 137 0 42 322 19 299 6.20e-93 277 KEH41285.1 KEH41285.1 100 200 0 0 1 200 1 200 5.09e-149 410 ORV68006.1 ORV68006.1 100 167 0 0 1 167 1 167 2.73e-121 337 HCA7191507.1 HCA7191507.1 100 274 0 0 1 274 1 274 1.97e-201 548 WP_111083956.1 WP_111083956.1 100 299 0 0 1 299 1 299 3.18e-215 585 WP_111083956.1 HIS27960.1 41.0 266 156 1 16 281 10 274 2.89e-65 205 WP_111083956.1 WP_062263491.1 36.8 285 176 4 16 298 3 285 6.15e-56 181 XP_044551221.1 XP_044551221.1 100 580 0 0 1 580 1 580 0.0 1154 MCK9592859.1 MCK9592859.1 100 85 0 0 1 85 1 85 3.70e-62 181 WP_076194242.1 WP_076194242.1 100 465 0 0 1 465 1 465 0.0 874 WP_076194242.1 TAL20232.1 32.2 227 145 4 239 458 233 457 3.33e-33 130 WP_076194242.1 KDF42894.1 27.1 409 268 9 76 458 84 488 2.51e-32 127 WP_076194242.1 EDN57974.1 35.0 226 139 5 239 458 403 626 1.00e-31 127 WP_076194242.1 WP_138482356.1 31.1 238 156 3 225 458 403 636 7.10e-31 124 WP_076194242.1 PSQ73325.1 30.7 225 151 2 239 458 615 839 7.95e-28 115 WP_076194242.1 WP_212961195.1 30.6 232 160 1 222 452 411 642 2.26e-25 108 WP_076194242.1 MBQ1868746.1 28.1 228 154 4 239 458 268 493 2.21e-23 101 WP_076194242.1 XP_001454078.1 26.2 210 148 3 231 436 212 418 2.16e-19 89.4 WP_076194242.1 WP_177077803.1 26.7 221 158 2 238 458 97 313 1.33e-18 86.3 MBI2147080.1 MBI2147080.1 100 244 0 0 1 244 1 244 7.64e-175 479 MBI2147080.1 MBS1587439.1 26.1 165 109 4 38 189 24 188 3.39e-09 55.1 WP_068964936.1 WP_068964936.1 100 504 0 0 1 504 1 504 0.0 1011 EHD1229023.1 EHD1229023.1 100 142 0 0 1 142 1 142 5.17e-107 299 EHD1229023.1 WP_045308192.1 59.9 142 53 2 1 142 1 138 4.14e-59 180 WP_259619769.1 WP_259619769.1 100 497 0 0 1 497 1 497 0.0 928 WP_259619769.1 WP_185921121.1 32.3 424 270 8 27 446 9 419 5.88e-49 173 WP_259619769.1 MCB5199682.1 28.1 217 127 7 86 281 64 272 1.27e-06 48.9 WP_259619769.1 WP_209467194.1 24.3 173 122 2 44 211 12 180 1.13e-04 42.7 WP_259619769.1 MBT6972091.1 26.6 169 108 4 70 224 54 220 4.82e-04 40.8 KAF4306879.1 KAF4306879.1 100 250 0 0 1 250 1 250 7.02e-174 477 KAF4306879.1 MCF7871960.1 38.3 175 106 2 76 249 18 191 2.56e-35 123 WP_017171503.1 WP_017171503.1 100 181 0 0 1 181 1 181 9.67e-131 362 WP_017171503.1 HCG9411603.1 33.1 154 99 1 6 155 7 160 2.03e-26 99.4 WP_022389025.1 WP_022389025.1 100 459 0 0 1 459 1 459 0.0 930 WP_022389025.1 WP_257689765.1 29.4 401 258 9 39 424 85 475 7.77e-45 161 WP_022389025.1 XP_050320449.1 31.9 345 218 8 102 433 143 483 1.87e-42 155 WP_022389025.1 WP_108756325.1 28.9 339 225 6 106 431 135 470 3.62e-35 134 WP_022389025.1 WP_131836551.1 29.2 353 224 8 100 433 148 493 8.04e-34 131 WP_022389025.1 WP_195426888.1 29.6 324 214 6 100 413 142 461 9.24e-33 128 WP_022389025.1 WP_008959270.1 28.6 346 222 5 106 433 146 484 2.25e-32 127 WP_022389025.1 WP_057201184.1 28.9 349 226 8 100 431 129 472 2.32e-28 115 WP_022389025.1 WP_061795322.1 28.0 328 212 8 106 413 154 477 9.25e-28 114 WP_022389025.1 WP_100461895.1 28.1 295 196 3 106 386 143 435 8.93e-25 105 WP_010462366.1 WP_010462366.1 100 587 0 0 1 587 1 587 0.0 1111 KXN72221.1 KXN72221.1 100 228 0 0 1 228 1 228 1.10e-175 479 KXN72221.1 KAI1815548.1 31.7 208 129 4 31 228 29 233 5.19e-34 125 TFE29608.1 TFE29608.1 100 614 0 0 1 614 1 614 0.0 1161 TFE29608.1 WP_026974351.1 24.2 260 147 9 99 348 70 289 4.49e-05 44.7 KAJ4310611.1 KAJ4310611.1 100 678 0 0 1 678 1 678 0.0 1378 MBT3309449.1 MBT3309449.1 100 252 0 0 1 252 1 252 7.84e-172 472 WP_128950282.1 WP_128950282.1 100 306 0 0 1 306 1 306 3.59e-220 598 WP_128950282.1 KJS37244.1 53.2 297 124 5 22 303 1 297 1.86e-89 267 WP_187335130.1 WP_187335130.1 100 83 0 0 1 83 1 83 1.32e-52 157 WP_164767343.1 WP_164767343.1 100 197 0 0 1 197 1 197 4.89e-141 389 WP_164767343.1 WP_073505727.1 48.1 156 81 0 1 156 161 316 3.83e-47 155 WP_164767343.1 WP_133874384.1 47.8 157 79 3 6 160 164 319 1.07e-40 139 WP_014217999.1 WP_014217999.1 100 323 0 0 1 323 1 323 4.44e-234 635 WP_014217999.1 WP_265272113.1 30.6 314 198 7 9 307 6 314 6.09e-35 128 WP_014217999.1 EXK83554.1 31.7 312 181 10 20 306 16 320 1.50e-30 116 WP_014217999.1 HHZ84751.1 26.6 335 204 12 8 306 5 333 3.25e-18 82.4 WP_173302040.1 WP_173302040.1 100 599 0 0 1 599 1 599 0.0 1206 WP_173302040.1 WP_182711301.1 22.3 611 300 20 86 585 192 738 3.83e-14 73.9 WP_173302040.1 GIS77777.1 55.6 36 16 0 102 137 3 38 7.10e-05 39.3 MCH6132484.1 MCH6132484.1 100 226 0 0 1 226 1 226 3.81e-166 455 MCH6132484.1 WP_094313715.1 72.7 220 60 0 1 220 20 239 5.20e-115 327 KAJ8911168.1 KAJ8911168.1 100 87 0 0 1 87 1 87 1.44e-60 177 EGC1082389.1 EGC1082389.1 100 272 0 0 1 272 1 272 3.98e-200 545 UZH89542.1 UZH89542.1 100 1271 0 0 1 1271 1 1271 0.0 2165 UZH89542.1 UYC71619.1 89.9 1271 125 1 1 1271 1 1268 0.0 2150 UZH89542.1 UPU53169.1 89.6 1273 128 2 1 1271 1 1270 0.0 2142 UZH89542.1 UDK40309.1 90.0 1273 123 2 1 1271 1 1271 0.0 2122 UZH89542.1 UHB14670.1 88.5 1273 143 2 1 1271 1 1271 0.0 2108 UZH89542.1 UIX40308.1 88.6 1273 141 2 1 1271 1 1271 0.0 2107 UZH89542.1 USL51576.1 87.5 1273 154 2 1 1271 1 1270 0.0 2057 UZH89542.1 UBN63752.1 87.4 1271 159 1 1 1271 1 1270 0.0 2024 UZH89542.1 UGX22439.1 84.9 1273 188 2 1 1271 1 1271 0.0 1997 UZH89542.1 QXI91160.1 83.1 1273 212 2 1 1271 1 1272 0.0 1835 GBE22655.1 GBE22655.1 100 202 0 0 1 202 1 202 6.93e-148 407 WP_233227509.1 WP_233227509.1 100 318 0 0 1 318 1 318 4.78e-231 627 XP_006114890.1 XP_006114890.1 100 352 0 0 1 352 1 352 5.03e-266 718 CAI9595211.1 CAI9595211.1 100 1031 0 0 1 1031 1 1031 0.0 2094 CAI9595211.1 MBQ9679177.1 34.4 944 495 17 80 995 4 851 4.47e-173 528 CAI9595211.1 MCL2204087.1 35.2 935 481 20 80 984 4 843 5.71e-166 509 CAI9595211.1 SCL13606.1 24.2 865 531 24 89 907 62 847 4.13e-54 202 CAI9595211.1 WP_081224968.1 23.1 939 575 29 125 995 56 915 2.26e-45 175 CAI9595211.1 WP_123159424.1 23.9 817 486 29 97 849 27 771 8.19e-38 151 CAI9595211.1 MCL6457358.1 21.6 865 525 24 125 918 46 827 1.74e-37 150 CAI9595211.1 MCB9999913.1 19.8 899 509 24 125 866 70 913 3.34e-22 101 CAI9595211.1 WP_194957532.1 20.2 863 448 25 83 849 2 719 4.50e-22 100 CAI9595211.1 MBK6751737.1 27.8 255 150 9 761 991 3 247 3.92e-17 81.6 WP_108109984.1 WP_108109984.1 100 80 0 0 1 80 1 80 5.48e-55 162 MBX2936516.1 MBX2936516.1 100 428 0 0 1 428 1 428 5.55e-313 843 WP_218623326.1 WP_218623326.1 100 151 0 0 1 151 1 151 4.86e-105 295 XP_050255036.1 XP_050255036.1 100 392 0 0 1 392 1 392 5.16e-302 813 WP_278264086.1 WP_278264086.1 100 434 0 0 1 434 1 434 0.0 864 WP_243977667.1 WP_243977667.1 100 293 0 0 1 293 1 293 2.30e-205 560 WP_243977667.1 WP_046600280.1 29.3 294 194 3 2 287 1 288 2.83e-36 130 WP_243977667.1 WP_134669716.1 33.3 255 162 3 6 253 9 262 4.62e-36 129 WP_243977667.1 WP_052379448.1 29.4 289 195 3 8 290 9 294 6.75e-33 121 WP_243977667.1 WP_133340757.1 25.4 295 197 6 7 287 12 297 5.25e-19 84.0 WP_243977667.1 WP_241524600.1 23.5 272 167 11 8 250 6 265 1.34e-04 41.2 KAF4611166.1 KAF4611166.1 100 583 0 0 1 583 1 583 0.0 1170 WP_215493005.1 WP_215493005.1 100 491 0 0 1 491 1 491 0.0 999 WP_215493005.1 WP_070714099.1 40.6 490 251 14 5 489 2 456 3.88e-111 335 WP_215493005.1 PPU99279.1 37.4 497 266 11 5 489 5 468 5.89e-98 301 WP_215493005.1 MBB3008158.1 37.8 487 243 17 19 489 1 443 3.37e-93 288 MBK8070034.1 MBK8070034.1 100 293 0 0 1 293 1 293 1.31e-195 535 MBK8070034.1 WP_216195748.1 45.7 291 152 5 3 292 4 289 1.19e-65 206 MBK8070034.1 MAG44064.1 71.0 31 9 0 3 33 4 34 2.92e-08 47.4 KCN41050.1 KCN41050.1 100 341 0 0 1 341 1 341 6.66e-245 664 KCN41050.1 WDS37366.1 26.1 360 223 11 5 339 8 349 5.75e-16 77.0 MCP5750602.1 MCP5750602.1 100 87 0 0 1 87 1 87 7.39e-63 183 MBP7130798.1 MBP7130798.1 100 31 0 0 1 31 1 31 1.42e-14 57.4 XP_033679940.1 XP_033679940.1 100 1283 0 0 1 1283 1 1283 0.0 2556 XP_033679940.1 WP_281919021.1 30.5 105 65 3 199 300 116 215 4.25e-07 52.4 XP_033679940.1 MBP7829117.1 26.6 128 86 3 168 295 127 247 2.81e-06 50.1 XP_033679940.1 XP_048409145.1 38.5 96 42 4 202 294 761 842 6.55e-06 48.9 WP_283922158.1 WP_283922158.1 100 177 0 0 1 177 1 177 1.21e-113 318 WP_133251971.1 WP_133251971.1 100 408 0 0 1 408 1 408 1.44e-282 765 WP_267714175.1 WP_267714175.1 100 399 0 0 1 399 1 399 1.68e-281 761 WP_135306871.1 WP_135306871.1 100 313 0 0 1 313 1 313 6.27e-229 621 WP_135306871.1 HCD14621.1 43.5 285 160 1 13 297 10 293 4.10e-75 231 WP_135306871.1 QEC74319.1 32.7 257 168 3 16 267 8 264 1.22e-32 120 MBE5737882.1 MBE5737882.1 100 880 0 0 1 880 1 880 0.0 1532 MBE5737882.1 MBE6688122.1 33.1 897 525 19 22 870 21 890 7.08e-113 365 MBE5737882.1 KAA0114277.1 32.4 913 547 19 3 872 34 919 5.77e-105 344 MBE5737882.1 WP_278631399.1 30.2 868 546 16 22 864 21 853 1.15e-102 337 MBE5737882.1 WP_235126772.1 28.9 890 557 17 22 865 16 875 2.64e-88 298 MBE5737882.1 KAF5671546.1 28.6 879 527 15 35 814 187 1063 4.63e-84 292 MBE5737882.1 XP_009147075.2 25.6 1008 582 21 22 866 136 1135 2.77e-72 257 MBE5737882.1 KAJ6994162.1 23.5 697 458 22 35 712 47 687 9.49e-31 128 MBE5737882.1 OFX32653.1 23.5 493 288 11 171 662 162 566 4.15e-18 87.4 MBE5737882.1 HCT06136.1 23.6 496 282 14 171 662 297 699 1.56e-15 79.3 MSL30063.1 MSL30063.1 100 309 0 0 1 309 1 309 1.20e-199 547 WP_046302954.1 WP_046302954.1 100 990 0 0 1 990 1 990 0.0 1395 WP_050926421.1 WP_050926421.1 100 129 0 0 1 129 1 129 3.92e-80 230 GAO25539.1 GAO25539.1 100 92 0 0 1 92 1 92 7.20e-61 178 WP_165894367.1 WP_165894367.1 100 348 0 0 1 348 1 348 8.93e-258 697 WP_018858575.1 WP_018858575.1 100 1277 0 0 1 1277 1 1277 0.0 1872 HBB7853833.1 HBB7853833.1 100 491 0 0 1 491 1 491 0.0 936 HBB7853833.1 MBI5333464.1 33.1 166 106 3 326 488 227 390 1.10e-16 80.1 HBB7853833.1 CKF71070.1 31.1 164 107 3 327 487 323 483 2.05e-16 80.5 HBB7853833.1 WP_107169208.1 33.3 159 94 3 327 479 202 354 1.69e-14 73.2 HBB7853833.1 MBK6870374.1 29.7 155 104 2 333 487 1 150 2.54e-14 70.1 HBB7853833.1 WP_242961281.1 27.4 208 139 5 288 488 496 698 8.30e-12 65.9 HBB7853833.1 WP_255266214.1 27.2 158 104 4 328 482 296 445 5.48e-09 56.6 HBB7853833.1 MBT3459335.1 40.0 75 43 1 327 399 203 277 2.56e-07 50.4 QGT50941.1 QGT50941.1 100 798 0 0 1 798 1 798 0.0 1571 KAJ5748900.1 KAJ5748900.1 100 249 0 0 1 249 1 249 1.14e-183 501 WP_073432751.1 WP_073432751.1 100 168 0 0 1 168 1 168 3.17e-116 324 KAG5702777.1 KAG5702777.1 100 260 0 0 1 260 1 260 3.01e-189 516 KAG5702777.1 RCI04718.1 36.7 49 30 1 67 115 259 306 1.10e-04 41.2 WP_036488090.1 WP_036488090.1 100 235 0 0 1 235 1 235 1.60e-167 459 OAA61066.1 OAA61066.1 100 541 0 0 1 541 1 541 3.02e-303 828 MCI0877007.1 MCI0877007.1 100 335 0 0 1 335 1 335 4.05e-252 682 MCI0877007.1 MCH8293010.1 25.6 340 214 10 1 321 2 321 5.29e-27 107 GLI99474.1 GLI99474.1 100 145 0 0 1 145 1 145 9.58e-109 303 GLI99474.1 WP_089269927.1 42.1 107 62 0 7 113 10 116 2.03e-28 103 MCB1065733.1 MCB1065733.1 100 67 0 0 1 67 1 67 1.50e-44 135 MCB1065733.1 MBI4966856.1 73.3 45 12 0 23 67 1 45 2.70e-19 71.2 XP_056041627.1 XP_056041627.1 100 711 0 0 1 711 1 711 0.0 1410 WP_225902036.1 WP_225902036.1 100 86 0 0 1 86 1 86 6.39e-59 173 KXH55701.1 KXH55701.1 100 108 0 0 1 108 1 108 7.69e-77 220 WP_258930666.1 WP_258930666.1 100 66 0 0 1 66 1 66 1.16e-43 133 WP_037548932.1 WP_037548932.1 100 482 0 0 1 482 1 482 0.0 899 WP_037548932.1 HAG62657.1 45.3 479 254 6 3 477 38 512 4.48e-136 400 WP_037548932.1 WP_169940736.1 34.4 425 266 8 6 426 11 426 4.62e-65 216 WP_037548932.1 KAJ5112313.1 31.4 487 316 8 2 476 53 533 5.48e-59 202 MBM3160744.1 MBM3160744.1 100 139 0 0 1 139 1 139 1.62e-95 270 VAI84247.1 VAI84247.1 100 89 0 0 1 89 1 89 4.08e-61 179 AAX29823.1 AAX29823.1 100 558 0 0 1 558 1 558 0.0 1140 OZV86646.1 OZV86646.1 100 37 0 0 1 37 1 37 1.59e-20 72.8 WP_007708736.1 WP_007708736.1 100 231 0 0 1 231 1 231 6.08e-170 465 WP_007708736.1 MBP1530348.1 37.3 228 131 3 1 228 1 216 3.56e-44 146 WP_007708736.1 MBQ5584458.1 37.1 229 141 1 1 229 1 226 1.87e-43 144 WP_007708736.1 MCL7714424.1 37.4 227 137 2 2 228 3 224 2.79e-42 141 WP_007708736.1 WP_026893585.1 34.4 227 140 3 2 228 3 220 9.40e-42 140 WP_007708736.1 WP_186723788.1 34.7 225 140 2 4 228 8 225 3.54e-39 134 WP_007708736.1 WP_101794136.1 36.2 232 138 3 3 227 26 254 1.65e-38 132 WP_007708736.1 PYP94120.1 36.6 227 137 3 3 229 2 221 1.29e-37 129 WP_007708736.1 EAG2350674.1 47.5 122 61 1 2 123 3 121 5.42e-32 112 WP_007708736.1 WP_232306300.1 42.0 112 64 1 4 115 1123 1233 1.28e-22 94.4 MBT7163208.1 MBT7163208.1 100 582 0 0 1 582 1 582 0.0 1164 MBT7163208.1 NRF69152.1 37.9 417 242 6 160 568 108 515 1.93e-75 247 MBT7163208.1 WP_017718577.1 35.0 406 245 4 182 568 223 628 3.04e-66 226 MBT7163208.1 WP_283107263.1 31.0 384 258 3 191 570 178 558 4.25e-62 213 MBT7163208.1 WP_058504615.1 33.2 382 236 9 196 568 190 561 1.03e-57 201 MBT7163208.1 WP_203339841.1 37.6 258 158 3 207 462 22 278 4.44e-44 158 MBT7163208.1 EEC9022132.1 32.3 297 168 11 203 471 98 389 1.63e-25 108 MBT7163208.1 WP_121975536.1 41.3 150 72 5 325 461 124 270 6.96e-23 98.6 MBT7163208.1 RYD39969.1 35.5 155 84 4 319 460 127 278 3.95e-19 86.7 MBT7163208.1 WP_029222463.1 30.1 276 159 11 202 461 11 268 3.12e-16 79.0 WP_210734217.1 WP_210734217.1 100 273 0 0 1 273 1 273 2.79e-196 535 WP_211296720.1 WP_211296720.1 100 501 0 0 1 501 1 501 0.0 981 MBO0787136.1 MBO0787136.1 100 280 0 0 1 280 1 280 3.77e-193 528 MOK24130.1 MOK24130.1 100 23 0 0 1 23 1 23 1.85e-14 56.6 WP_070509780.1 WP_070509780.1 100 366 0 0 1 366 1 366 2.91e-263 712 XP_027172582.1 XP_027172582.1 100 224 0 0 1 224 1 224 5.15e-154 424 XP_027172582.1 KAA3459801.1 30.1 153 97 5 16 161 72 221 1.90e-09 54.3 AQY75504.1 AQY75504.1 100 354 0 0 1 354 1 354 4.45e-261 706 AQY75504.1 WP_016809838.1 28.4 334 206 7 7 324 3 319 1.06e-39 142 AQY75504.1 WP_255519487.1 27.9 323 208 10 27 335 5 316 1.09e-27 109 AQY75504.1 KAH7252800.1 23.9 376 233 11 2 349 4 354 8.86e-16 75.9 MCL4333886.1 MCL4333886.1 100 327 0 0 1 327 1 327 8.61e-234 635 MCL4333886.1 WP_083062905.1 50.0 54 27 0 168 221 164 217 7.05e-11 61.2 MCL4333886.1 MBR0160695.1 28.5 179 89 8 159 305 152 323 1.15e-09 57.4 MCL4333886.1 WP_027951454.1 26.4 182 109 5 162 319 157 337 1.44e-09 57.0 MCL4333886.1 MBR2406030.1 31.1 74 51 0 160 233 23 96 1.31e-05 45.1 KAF9419545.1 KAF9419545.1 100 483 0 0 1 483 1 483 0.0 957 KAF9419545.1 WP_173991185.1 38.0 460 283 2 14 472 6 464 1.57e-96 298 WP_019296707.1 WP_019296707.1 100 124 0 0 1 124 1 124 7.20e-85 241 EAZ5330394.1 EAZ5330394.1 100 485 0 0 1 485 1 485 0.0 914 EAZ5330394.1 MBK3574312.1 28.4 377 232 11 44 406 55 407 2.05e-23 102 EAZ5330394.1 YP_008379230.1 25.6 328 210 9 122 449 23 316 2.45e-20 90.5 EAZ5330394.1 WP_096665911.1 23.6 453 287 13 30 473 67 469 7.38e-19 87.4 EAZ5330394.1 YP_007317140.1 22.7 321 214 5 114 434 15 301 3.15e-17 81.3 EAZ5330394.1 WP_251758029.1 24.1 394 249 13 32 395 22 395 2.10e-14 73.9 EAZ5330394.1 GIR47037.1 25.9 316 196 7 105 406 122 413 4.90e-14 72.8 EAZ5330394.1 WP_243361436.1 22.5 298 197 11 116 399 120 397 4.58e-12 66.2 WP_251450535.1 WP_251450535.1 100 310 0 0 1 310 1 310 1.99e-219 597 WP_251450535.1 XP_048732732.1 22.4 156 108 3 145 295 3 150 1.12e-05 43.1 WP_245456681.1 WP_245456681.1 100 90 0 0 1 90 1 90 3.61e-60 176 WP_063503202.1 WP_063503202.1 100 248 0 0 1 248 1 248 3.83e-161 444 WP_214279799.1 WP_214279799.1 100 62 0 0 1 62 1 62 3.70e-45 136 MBT4680312.1 MBT4680312.1 100 185 0 0 1 185 1 185 2.46e-135 374 MBT4680312.1 HBO3907473.1 28.5 144 100 3 31 171 29 172 3.41e-16 73.2 WP_222465269.1 WP_222465269.1 100 131 0 0 1 131 1 131 7.89e-90 254 WP_157580311.1 WP_157580311.1 100 268 0 0 1 268 1 268 2.47e-192 525 WP_157580311.1 WP_123966251.1 32.3 257 141 8 7 256 183 413 5.06e-26 103 WP_265399898.1 WP_265399898.1 100 308 0 0 1 308 1 308 1.99e-218 594 WP_265399898.1 WP_029542314.1 30.8 286 191 5 17 295 16 301 1.05e-32 121 WP_265399898.1 WP_091540071.1 29.4 235 119 8 14 209 15 241 4.30e-14 70.1 WP_265399898.1 WP_283179095.1 24.8 157 109 2 22 173 2 154 3.52e-06 44.7 WP_258941688.1 WP_258941688.1 100 158 0 0 1 158 1 158 9.67e-122 337 OAH97901.1 OAH97901.1 100 229 0 0 1 229 1 229 1.04e-160 442 OAH97901.1 MUT95175.1 32.2 230 149 3 2 224 9 238 4.21e-26 100 MCH8821589.1 MCH8821589.1 100 190 0 0 1 190 1 190 1.90e-121 339 XP_038144206.1 XP_038144206.1 100 959 0 0 1 959 1 959 0.0 1891 XP_038144206.1 MBE6257848.1 34.4 131 75 4 780 905 175 299 4.71e-08 54.3 XP_038144206.1 XP_046509038.1 28.7 188 97 9 66 247 438 598 3.17e-07 52.8 XP_038144206.1 WP_058051508.1 28.6 105 63 4 806 910 199 291 1.39e-04 43.5 WP_236905832.1 WP_236905832.1 100 163 0 0 1 163 1 163 7.01e-122 338 WP_236905832.1 NVO14071.1 55.3 150 64 2 13 159 65 214 2.96e-56 174 WP_124213670.1 WP_124213670.1 100 473 0 0 1 473 1 473 2.07e-319 863 WP_124213670.1 WP_272906673.1 36.1 479 284 6 5 466 6 479 5.19e-83 263 WP_124213670.1 WP_164653811.1 38.3 470 239 11 5 456 27 463 1.08e-75 243 WP_124213670.1 WP_278449211.1 36.4 382 220 5 3 368 6 380 3.75e-69 226 WP_124213670.1 WP_175896721.1 39.3 321 160 4 141 456 159 449 7.25e-59 199 WP_124213670.1 KNY10996.1 39.2 332 159 6 141 465 8 303 1.12e-58 194 WP_124213670.1 MBP7222158.1 41.2 228 134 0 139 366 11 238 1.02e-55 186 WP_124213670.1 WP_205173112.1 41.8 249 141 3 126 371 142 389 1.91e-54 187 WP_124213670.1 MCL7714424.1 31.3 160 101 4 1 156 1 155 3.60e-12 64.3 WP_124213670.1 HBG17616.1 31.7 104 68 1 4 104 6 109 2.16e-08 54.7 WP_000391618.1 WP_000391618.1 100 179 0 0 1 179 1 179 5.61e-129 357 XP_048688918.1 XP_048688918.1 100 264 0 0 1 264 1 264 2.73e-178 489 XP_018381815.1 XP_018381815.1 100 145 0 0 1 145 1 145 3.61e-113 315 HAJ6883934.1 HAJ6883934.1 100 274 0 0 1 274 1 274 1.10e-198 541 WP_259823591.1 WP_259823591.1 100 66 0 0 1 66 1 66 7.85e-42 128 EBL5661155.1 EBL5661155.1 100 95 0 0 1 95 1 95 1.66e-65 190 EBL5661155.1 HIP46790.1 46.7 90 47 1 1 90 68 156 6.20e-18 72.4 EBL5661155.1 ACE85434.1 27.4 73 53 0 2 74 76 148 3.28e-04 35.8 WP_268394364.1 WP_268394364.1 100 319 0 0 1 319 1 319 5.28e-249 672 WP_107106807.1 WP_107106807.1 100 172 0 0 1 172 1 172 3.41e-122 340 WP_250824310.1 WP_250824310.1 100 271 0 0 1 271 1 271 1.32e-193 528 WP_250824310.1 WP_032884901.1 45.4 238 126 3 32 269 25 258 2.12e-63 198 WP_067144449.1 WP_067144449.1 100 125 0 0 1 125 1 125 8.71e-91 256 MBD5174823.1 MBD5174823.1 100 98 0 0 1 98 1 98 1.03e-65 191 NEP75465.1 NEP75465.1 100 440 0 0 1 440 1 440 4.66e-32 125 WP_247326555.1 WP_247326555.1 100 78 0 0 1 78 1 78 2.27e-53 158 AAM31096.1 AAM31096.1 100 70 0 0 1 70 1 70 2.42e-49 147 MCH2098905.1 MCH2098905.1 100 501 0 0 1 501 1 501 4.18e-313 850 WP_143387569.1 WP_143387569.1 100 229 0 0 1 229 1 229 1.66e-157 434 WP_143387569.1 WP_036077718.1 42.2 218 124 1 5 222 2 217 1.61e-48 157 MCU1579718.1 MCU1579718.1 100 274 0 0 1 274 1 274 5.88e-178 489 MBE8222136.1 MBE8222136.1 100 95 0 0 1 95 1 95 2.47e-58 172 RYD06084.1 RYD06084.1 100 58 0 0 1 58 1 58 2.53e-39 121 XP_039387169.1 XP_039387169.1 100 188 0 0 1 188 1 188 3.61e-134 371 WP_082565353.1 WP_082565353.1 100 338 0 0 1 338 1 338 1.26e-252 683 WP_082565353.1 WP_044489505.1 59.1 320 129 2 1 319 1 319 2.86e-131 375 WP_082565353.1 KAJ3308761.1 29.4 248 161 6 1 239 1 243 1.12e-22 95.9 WP_082565353.1 KAJ3564783.1 25.4 284 164 9 15 287 70 316 4.69e-12 64.7 PKL40887.1 PKL40887.1 100 149 0 0 1 149 1 149 7.21e-106 296 PKL40887.1 WP_113120276.1 51.1 141 68 1 7 146 5 145 7.29e-45 142 WP_092015539.1 WP_092015539.1 100 273 0 0 1 273 1 273 4.87e-206 560 WP_092015539.1 WP_164300700.1 39.2 273 143 6 1 273 1 250 2.19e-58 185 WP_092015539.1 MCA3708721.1 24.7 275 149 10 35 268 83 340 2.12e-06 46.6 WP_236777269.1 WP_236777269.1 100 397 0 0 1 397 1 397 3.03e-267 725 WP_236777269.1 WP_220524718.1 26.9 376 268 4 16 387 8 380 8.55e-35 130 WP_236777269.1 WP_132558606.1 29.0 286 162 11 70 354 64 309 1.12e-10 60.8 WP_236777269.1 KAB2838176.1 28.0 182 126 1 42 218 37 218 4.75e-06 45.8 NLX21103.1 NLX21103.1 100 324 0 0 1 324 1 324 3.83e-240 650 WP_281498184.1 WP_281498184.1 100 584 0 0 1 584 1 584 0.0 1140 WP_281498184.1 WP_226865765.1 38.3 60 36 1 21 80 12 70 1.88e-05 45.8 WP_281498184.1 MBL6756473.1 35.4 79 48 2 24 100 60 137 2.40e-04 42.4 WP_281498184.1 WP_168166755.1 41.4 58 32 1 367 424 49 104 2.58e-04 41.2 WP_099711363.1 WP_099711363.1 100 311 0 0 1 311 1 311 1.58e-221 602 WP_127202722.1 WP_127202722.1 100 436 0 0 1 436 1 436 6.01e-312 842 XP_027728774.1 XP_027728774.1 100 2001 0 0 1 2001 1 2001 0.0 4125 MBL9135845.1 MBL9135845.1 100 221 0 0 1 221 1 221 1.06e-165 454 MBL9135845.1 KAI6019239.1 35.8 212 113 5 4 195 13 221 1.74e-37 129 XP_049133140.1 XP_049133140.1 100 253 0 0 1 253 1 253 2.20e-183 501 MBP5665134.1 MBP5665134.1 100 74 0 0 1 74 1 74 9.55e-51 151 QRN83137.1 QRN83137.1 100 295 0 0 1 295 1 295 2.00e-216 588 QRN83137.1 MBV9654022.1 39.8 201 107 5 26 215 80 277 5.06e-30 115 CAE6472910.1 CAE6472910.1 100 590 0 0 1 590 1 590 0.0 1198 MBX6384685.1 MBX6384685.1 100 406 0 0 1 406 1 406 1.47e-274 744 AZV79909.1 AZV79909.1 100 85 0 0 1 85 1 85 1.24e-60 177 MCK5187010.1 MCK5187010.1 100 135 0 0 1 135 1 135 2.15e-89 254 WP_142037733.1 WP_142037733.1 100 412 0 0 1 412 1 412 5.04e-285 771 WP_142037733.1 XP_049153370.1 33.1 396 243 9 15 405 3 381 1.59e-44 157 KAJ7821411.1 KAJ7821411.1 100 89 0 0 1 89 1 89 3.11e-56 166 KAH7980918.1 KAH7980918.1 100 627 0 0 1 627 1 627 0.0 1259 BBQ86561.1 BBQ86561.1 100 321 0 0 1 321 1 321 1.78e-223 608 BBQ86561.1 WP_225239495.1 37.6 202 118 4 88 288 8 202 1.20e-24 102 BBQ86561.1 KRX15989.1 28.2 216 134 6 88 289 18 226 2.69e-13 68.6 XP_006689993.1 XP_006689993.1 100 512 0 0 1 512 1 512 0.0 888 WP_009475234.1 WP_009475234.1 100 424 0 0 1 424 1 424 1.39e-304 822 MCK5175373.1 MCK5175373.1 100 88 0 0 1 88 1 88 4.60e-62 181 WP_039095635.1 WP_039095635.1 100 339 0 0 1 339 1 339 7.02e-255 689 MCM0593547.1 MCM0593547.1 100 255 0 0 1 255 1 255 4.25e-182 498 RWZ64791.1 RWZ64791.1 100 364 0 0 1 364 1 364 1.75e-263 713 RWZ64791.1 MBK8805244.1 27.4 223 151 6 29 240 45 267 2.29e-12 65.9 MBX7220138.1 MBX7220138.1 100 709 0 0 1 709 1 709 0.0 1123 MBX7220138.1 WP_008292946.1 24.4 119 80 4 47 157 66 182 1.89e-06 49.7 KAG2053605.1 KAG2053605.1 100 347 0 0 1 347 1 347 1.81e-261 706 NXV13419.1 NXV13419.1 100 216 0 0 1 216 1 216 3.88e-113 320 WP_114094371.1 WP_114094371.1 100 116 0 0 1 116 1 116 4.47e-82 234 WP_092156886.1 WP_092156886.1 100 185 0 0 1 185 1 185 3.78e-139 384 WP_092156886.1 WP_247498151.1 57.1 170 71 1 9 176 15 184 3.97e-59 182 WP_092156886.1 XP_032812066.1 36.3 157 98 1 8 162 7 163 1.15e-25 97.4 EDF0432725.1 EDF0432725.1 100 56 0 0 1 56 1 56 4.17e-35 110 MCA1589644.1 MCA1589644.1 100 744 0 0 1 744 1 744 0.0 1419 KAI9774712.1 KAI9774712.1 100 767 0 0 1 767 1 767 0.0 1490 KAI9774712.1 XP_040614072.1 22.7 278 122 10 65 271 346 601 5.26e-06 48.1 TAM11363.1 TAM11363.1 100 325 0 0 1 325 1 325 2.88e-231 628 TAM11363.1 NBB83031.1 34.7 118 68 3 10 119 5 121 2.18e-06 47.0 WP_281462881.1 WP_281462881.1 100 371 0 0 1 371 1 371 1.21e-278 752 WP_281462881.1 WP_009025642.1 30.6 366 216 10 10 354 49 397 1.20e-33 127 KAJ5168969.1 KAJ5168969.1 100 790 0 0 1 790 1 790 0.0 1476 KAJ5168969.1 KAI7371949.1 71.7 647 176 3 103 748 252 892 1.93e-306 863 KAJ5168969.1 WP_060613079.1 34.7 496 311 10 254 744 92 579 8.69e-78 260 KAJ5168969.1 WP_011512097.1 38.3 402 235 9 353 749 192 585 2.00e-63 221 KAJ5168969.1 WP_195238978.1 33.2 512 299 11 254 745 233 721 4.98e-63 223 KAJ5168969.1 MBQ8297564.1 28.2 542 365 13 199 732 33 558 1.87e-58 207 KAJ5168969.1 NFD84694.1 30.8 497 316 10 249 729 260 744 1.22e-54 200 KAJ5168969.1 WAY96880.1 45.5 198 104 2 519 715 1 195 8.10e-43 152 KAJ5168969.1 KAJ2660037.1 30.7 336 204 11 419 742 1725 2043 8.71e-31 129 KAJ5168969.1 WP_008470196.1 32.6 218 135 5 522 733 24 235 3.18e-29 115 NNM97518.1 NNM97518.1 100 335 0 0 1 335 1 335 5.08e-246 666 KJS37244.1 KJS37244.1 100 303 0 0 1 303 1 303 3.46e-221 601 KJS37244.1 WP_128950282.1 53.2 297 124 5 1 297 22 303 1.61e-90 270 WP_099529629.1 WP_099529629.1 100 243 0 0 1 243 1 243 3.46e-166 457 WP_099529629.1 WP_065888604.1 40.7 241 135 4 7 241 4 242 1.50e-43 145 RZJ01256.1 RZJ01256.1 100 269 0 0 1 269 1 269 9.11e-209 566 RZJ01256.1 MBN2697970.1 33.9 271 141 14 24 268 50 308 7.90e-32 117 RZJ01256.1 MBR6069896.1 34.5 267 139 12 25 265 72 328 2.35e-31 119 HHH37178.1 HHH37178.1 100 271 0 0 1 271 1 271 1.13e-194 531 HHH37178.1 WP_166725305.1 34.3 178 117 0 79 256 130 307 2.21e-26 103 HHH37178.1 WP_217101611.1 34.3 178 117 0 79 256 130 307 8.20e-26 102 HHH37178.1 WP_213750918.1 30.2 182 126 1 74 254 77 258 3.18e-18 80.5 HHH37178.1 HAT4171334.1 29.3 184 129 1 76 259 19 201 3.59e-16 76.3 XP_025046235.1 XP_025046235.1 100 235 0 0 1 235 1 235 1.08e-165 455 XP_025046235.1 MBN3324024.1 39.4 241 123 8 1 234 487 711 3.26e-20 87.4 WP_274885772.1 WP_274885772.1 100 611 0 0 1 611 1 611 0.0 1136 WP_274885772.1 MAD47294.1 34.4 598 330 13 5 588 5 554 4.43e-92 293 WP_252384350.1 WP_252384350.1 100 147 0 0 1 147 1 147 2.34e-101 285 CQR41738.1 CQR41738.1 100 469 0 0 1 469 1 469 0.0 939 CQR41738.1 WP_182544916.1 36.0 378 226 8 5 374 25 394 2.14e-48 173 CQR41738.1 TFV00908.1 46.6 146 77 1 23 168 1 145 7.62e-35 125 MBC7879491.1 MBC7879491.1 100 672 0 0 1 672 1 672 0.0 1283 MBS3963684.1 MBS3963684.1 100 417 0 0 1 417 1 417 4.17e-307 828 MBS3963684.1 NOQ32749.1 27.5 415 261 8 15 411 9 401 1.21e-38 142 HET19539.1 HET19539.1 100 107 0 0 1 107 1 107 2.40e-75 216 HET19539.1 MCB2112291.1 27.1 107 76 2 1 105 19 125 1.71e-08 48.9 EGM3572601.1 EGM3572601.1 100 876 0 0 1 876 1 876 0.0 1768 MBI4678329.1 MBI4678329.1 100 412 0 0 1 412 1 412 6.98e-292 789 RME29710.1 RME29710.1 100 169 0 0 1 169 1 169 1.39e-115 323 MBT3228703.1 MBT3228703.1 100 312 0 0 1 312 1 312 1.59e-226 615 MBT3228703.1 MCE2152122.1 37.8 74 46 0 110 183 101 174 3.93e-08 50.8 WP_086136661.1 WP_086136661.1 100 408 0 0 1 408 1 408 9.23e-263 715 WP_086136661.1 WP_118283063.1 34.3 388 253 2 12 398 6 392 3.78e-46 162 GJE89625.1 GJE89625.1 100 361 0 0 1 361 1 361 2.14e-267 723 WP_267911890.1 WP_267911890.1 100 65 0 0 1 65 1 65 1.18e-38 120 WP_267911890.1 MCM4298717.1 54.3 46 21 0 1 46 5 50 6.90e-11 51.6 WP_164636240.1 WP_164636240.1 100 486 0 0 1 486 1 486 0.0 949 WP_164636240.1 WP_094151267.1 34.0 427 257 7 53 465 5 420 2.32e-64 213 WP_164636240.1 WP_168565867.1 30.3 327 209 8 88 411 10 320 1.78e-31 123 WP_164636240.1 WP_122896374.1 27.4 281 192 5 98 373 7 280 8.33e-28 112 WP_164636240.1 MBT4160670.1 30.3 274 171 8 98 365 9 268 5.19e-22 95.9 WP_164636240.1 WP_145514932.1 25.6 266 187 4 76 337 34 292 6.25e-20 90.5 WP_164636240.1 WP_039085559.1 22.3 390 274 10 98 465 56 438 3.61e-16 79.0 WP_055406376.1 WP_055406376.1 100 308 0 0 1 308 1 308 1.13e-208 570 MBP6544771.1 MBP6544771.1 100 551 0 0 1 551 1 551 0.0 1095 MBP6544771.1 WP_167959909.1 30.2 503 328 10 53 548 42 528 7.49e-60 206 MBP6544771.1 WP_148836004.1 29.6 527 322 12 28 551 12 492 5.70e-52 183 MBP6544771.1 NQW84129.1 27.2 511 334 8 47 550 65 544 1.65e-46 169 MBP6544771.1 RLB66027.1 26.9 502 317 13 61 550 45 508 1.33e-42 158 MBP6544771.1 WP_112119927.1 25.7 513 307 13 41 550 19 460 2.27e-40 150 MBP6544771.1 WP_068051662.1 25.4 515 336 14 49 547 39 521 7.15e-36 139 MBP6544771.1 WP_055153579.1 25.0 519 335 11 39 550 14 485 1.34e-31 126 MBP6544771.1 WP_214516916.1 25.1 554 315 21 24 516 5 519 3.57e-27 114 MBP6544771.1 MBF2759673.1 25.0 527 283 22 49 506 185 668 1.39e-22 100 XP_046298169.1 XP_046298169.1 100 314 0 0 1 314 1 314 6.78e-229 621 XP_046298169.1 XP_049747270.1 55.9 299 131 1 10 308 10 307 1.89e-116 337 XP_046298169.1 XP_005087540.1 34.2 298 194 1 14 311 12 307 4.09e-48 162 XP_046298169.1 XP_002688837.2 33.8 296 180 5 14 302 12 298 1.34e-47 160 XP_046298169.1 XP_012889676.1 34.4 314 176 7 8 307 6 303 1.79e-47 160 XP_046298169.1 XP_034290446.1 32.6 304 195 4 8 307 8 305 1.62e-45 155 XP_046298169.1 XP_042531659.1 31.2 301 199 5 6 303 4 299 1.40e-37 134 GCB60913.1 GCB60913.1 100 645 0 0 1 645 1 645 0.0 1244 MCB9680378.1 MCB9680378.1 100 246 0 0 1 246 1 246 1.16e-170 468 MCB9680378.1 WP_013845913.1 37.0 192 119 2 5 195 9 199 1.62e-27 104 MCB9680378.1 WP_062917436.1 28.3 187 129 2 3 187 7 190 3.33e-11 60.1 MCB9680378.1 WP_057651690.1 25.1 187 135 4 5 189 53 236 3.57e-05 42.4 KAI3679517.1 KAI3679517.1 100 292 0 0 1 292 1 292 1.98e-210 573 MBU0598391.1 MBU0598391.1 100 341 0 0 1 341 1 341 5.38e-260 702 WP_118925030.1 WP_118925030.1 100 393 0 0 1 393 1 393 1.01e-279 756 MCB3018266.1 MCB3018266.1 100 267 0 0 1 267 1 267 2.22e-174 479 MCB3018266.1 NRJ54907.1 97.8 267 5 1 1 267 1 266 9.30e-169 465 MSP81668.1 MSP81668.1 100 239 0 0 1 239 1 239 9.04e-185 503 SFB29161.1 SFB29161.1 100 524 0 0 1 524 1 524 0.0 984 SFB29161.1 HAT4171334.1 40.8 524 298 3 2 524 3 515 3.27e-128 382 SFB29161.1 GFR82011.1 45.8 214 111 1 1 209 1 214 6.05e-50 169 WP_204638884.1 WP_204638884.1 100 264 0 0 1 264 1 264 2.00e-180 494 WP_204638884.1 WP_211867837.1 46.0 250 127 2 3 244 2 251 3.47e-71 218 WP_204638884.1 MBK8955603.1 29.6 199 131 4 4 194 3 200 5.39e-16 73.9 WP_204638884.1 MCR4310565.1 24.4 262 186 6 4 258 133 389 2.75e-15 73.2 WP_204638884.1 EJV0278763.1 24.4 250 174 6 3 238 2 250 1.75e-10 58.2 WP_176354145.1 WP_176354145.1 100 370 0 0 1 370 1 370 1.02e-265 719 WP_176354145.1 WP_140480909.1 47.4 329 166 4 10 335 17 341 1.76e-93 282 WP_176354145.1 WP_076409454.1 45.4 315 151 5 6 316 5 302 2.53e-85 261 WP_176354145.1 WP_237907640.1 42.2 358 194 6 7 362 5 351 1.19e-82 254 WP_176354145.1 WP_109219819.1 47.9 286 145 3 8 293 20 301 3.82e-80 248 WP_176354145.1 WP_170725874.1 46.6 294 129 3 15 307 14 280 3.57e-76 237 WP_176354145.1 WP_011057593.1 42.6 312 154 6 6 309 5 299 1.91e-68 218 WP_176354145.1 WP_258581409.1 43.1 295 161 4 6 295 4 296 2.59e-68 218 WP_176354145.1 MWR41881.1 41.0 227 127 2 16 236 39 264 2.98e-51 170 WP_176354145.1 WP_077217464.1 36.0 258 148 5 16 261 45 297 6.16e-45 155 WP_226741138.1 WP_226741138.1 100 315 0 0 1 315 1 315 5.82e-210 573 ACU52521.1 ACU52521.1 100 151 0 0 1 151 1 151 1.19e-105 296 EAF4311303.1 EAF4311303.1 100 199 0 0 1 199 1 199 5.08e-144 397 PIR98590.1 PIR98590.1 100 708 0 0 1 708 1 708 0.0 1344 RLV89158.1 RLV89158.1 100 885 0 0 1 885 1 885 0.0 1634 RMG03831.1 RMG03831.1 100 222 0 0 1 222 1 222 9.38e-165 451 MBA2496669.1 MBA2496669.1 100 126 0 0 1 126 1 126 6.61e-91 257 WP_127979673.1 WP_127979673.1 100 230 0 0 1 230 1 230 6.79e-162 445 WP_127979673.1 MCH8328754.1 41.8 225 130 1 1 224 5 229 1.30e-59 186 WP_101025682.1 WP_101025682.1 100 1011 0 0 1 1011 1 1011 0.0 1950 WP_101025682.1 MBT2214695.1 29.4 725 480 15 6 723 215 914 8.79e-76 271 MBL68646.1 MBL68646.1 100 283 0 0 1 283 1 283 2.07e-212 577 MBL68646.1 WP_224828628.1 39.9 298 152 10 1 278 1 291 7.88e-58 185 WP_027600082.1 WP_027600082.1 100 125 0 0 1 125 1 125 3.42e-88 250 WP_183298005.1 WP_183298005.1 100 240 0 0 1 240 1 240 2.04e-177 485 NLL64488.1 NLL64488.1 100 179 0 0 1 179 1 179 1.18e-130 362 NLL64488.1 WP_050163955.1 39.5 152 92 0 5 156 86 237 4.86e-33 116 NLL64488.1 CDS15483.1 31.9 94 50 2 15 98 28 117 4.67e-07 46.2 XP_021682448.1 XP_021682448.1 100 146 0 0 1 146 1 146 5.98e-108 301 UJV88611.1 UJV88611.1 100 4401 0 0 1 4401 1 4401 0.0 8457 UJV88611.1 ULA23837.2 98.0 4401 90 0 1 4401 1 4401 0.0 8449 UJV88611.1 UIR12670.1 98.0 4397 88 0 1 4397 1 4397 0.0 8447 UJV88611.1 UXH94526.1 97.9 4401 91 0 1 4401 1 4401 0.0 8445 UJV88611.1 UJJ97602.1 99.8 4401 8 0 1 4401 1 4401 0.0 8436 UJV88611.1 UPA83906.1 97.9 4397 92 0 1 4397 1 4397 0.0 8436 UJV88611.1 UMF87224.1 97.5 4397 112 0 1 4397 1 4397 0.0 8434 UJV88611.1 UKU68032.1 97.6 4401 104 0 1 4401 1 4401 0.0 8417 UJV88611.1 UKN67998.1 98.0 4377 89 0 21 4397 1 4377 0.0 8405 UJV88611.1 UJT06733.1 92.3 4397 338 0 1 4397 1 4397 0.0 7829 WP_158303127.1 WP_158303127.1 100 56 0 0 1 56 1 56 1.02e-35 112 MBI1797961.1 MBI1797961.1 100 347 0 0 1 347 1 347 1.81e-261 706 MBI1797961.1 WP_069877432.1 38.6 339 189 8 19 347 15 344 5.32e-75 234 MBI1797961.1 MCI1663915.1 35.8 341 189 5 22 347 16 341 1.19e-69 219 WP_259568097.1 WP_259568097.1 100 890 0 0 1 890 1 890 0.0 1773 WP_259568097.1 MCI5191941.1 27.5 764 364 23 56 816 3 579 1.32e-55 202 WP_259568097.1 MBR7152669.1 37.4 163 100 1 8 168 6 168 1.16e-32 122 WP_259568097.1 MCP2519657.1 25.7 389 213 7 176 562 96 410 3.59e-28 116 WP_259568097.1 MBR2609817.1 24.6 358 207 5 206 562 117 412 1.15e-21 97.1 HCD4651973.1 HCD4651973.1 100 875 0 0 1 875 1 875 0.0 1691 WP_109124355.1 WP_109124355.1 100 216 0 0 1 216 1 216 1.05e-149 413 WP_109124355.1 MBP1530348.1 23.1 173 118 5 16 175 3 173 1.12e-05 43.1 WP_109124355.1 MBX9709025.1 27.7 137 82 3 65 201 1 120 2.59e-05 40.8 MCK9579519.1 MCK9579519.1 100 342 0 0 1 342 1 342 2.85e-251 680 WP_252122124.1 WP_252122124.1 100 326 0 0 1 326 1 326 3.15e-240 651 WP_252122124.1 WP_039806668.1 43.9 285 157 3 1 284 5 287 4.44e-69 217 WP_252122124.1 WP_234521407.1 31.6 326 220 3 1 326 4 326 6.40e-46 157 WP_031912375.1 WP_031912375.1 100 74 0 0 111 184 111 184 1.02e-44 144 WP_031912375.1 UAS17182.2 49.0 49 24 1 134 182 98 145 4.24e-07 45.8 WP_102687017.1 WP_102687017.1 100 348 0 0 1 348 1 348 4.24e-256 693 OWA15278.1 OWA15278.1 100 133 0 0 1 133 1 133 2.16e-97 274 KAG7153436.1 KAG7153436.1 100 518 0 0 1 518 1 518 1.44e-139 411 EAI4228870.1 EAI4228870.1 100 719 0 0 1 719 1 719 0.0 1275 VDP10889.1 VDP10889.1 100 190 0 0 1 190 1 190 4.74e-140 386 WP_188340499.1 WP_188340499.1 100 122 0 0 1 122 1 122 1.20e-91 258 MCL0086045.1 MCL0086045.1 100 263 0 0 1 263 1 263 7.66e-189 516 WP_192500494.1 WP_192500494.1 100 303 0 0 1 303 1 303 4.92e-221 600 WP_192500494.1 WP_152652784.1 35.6 295 187 2 7 299 10 303 8.66e-60 191 WP_192500494.1 EHR6291555.1 41.5 217 125 1 3 217 330 546 1.48e-56 190 WP_192500494.1 NLW39422.1 34.4 305 184 8 9 299 27 329 2.97e-46 157 WP_192500494.1 RLN50561.1 35.8 226 139 4 16 235 1508 1733 9.18e-42 152 WP_192500494.1 WP_084371009.1 38.8 214 123 4 1 209 1 211 4.10e-41 143 WP_192500494.1 WP_281543397.1 30.8 195 131 3 17 208 4 197 3.74e-29 111 WP_192500494.1 MSO30570.1 27.9 233 162 5 3 231 8 238 1.39e-26 105 WP_192500494.1 WP_197521413.1 27.7 224 151 3 2 223 6 220 6.76e-20 85.9 WP_192500494.1 WP_153844272.1 30.5 223 136 6 3 209 6 225 5.40e-17 79.3 WP_142114448.1 WP_142114448.1 100 368 0 0 1 368 1 368 1.09e-259 704 WP_142114448.1 WP_054059514.1 37.4 187 107 5 36 221 30 207 2.59e-22 92.8 WP_142114448.1 WP_129703040.1 32.6 138 91 1 43 180 26 161 5.74e-16 73.6 WP_142114448.1 XP_047935591.1 26.4 125 75 3 255 362 312 436 9.41e-04 39.3 MBI1884116.1 MBI1884116.1 100 224 0 0 1 224 1 224 1.23e-161 444 KAJ0250772.1 KAJ0250772.1 100 120 0 0 1 120 1 120 1.05e-36 119 HBN08959.1 HBN08959.1 100 248 0 0 1 248 1 248 2.63e-168 462 HBN08959.1 WP_138405018.1 31.6 133 76 4 127 246 83 213 9.24e-11 59.7 QEC74319.1 QEC74319.1 100 264 0 0 1 264 1 264 5.42e-194 529 QEC74319.1 HCD14621.1 31.1 257 171 4 8 264 13 263 2.65e-33 121 QEC74319.1 WP_135306871.1 32.7 257 168 3 8 264 16 267 2.69e-33 121 KAJ7903702.1 KAJ7903702.1 100 442 0 0 1 442 1 442 0.0 874 KAJ7903702.1 RQM16216.1 36.0 308 187 3 15 320 395 694 1.17e-61 212 KAJ7903702.1 KAG1590416.1 33.6 307 192 4 17 319 74 372 4.39e-60 199 KAJ7903702.1 XP_029528577.1 35.7 300 183 5 23 320 30 321 7.99e-60 197 KAJ7903702.1 XP_008215352.1 32.3 313 201 3 18 323 183 491 1.32e-55 192 KAJ7903702.1 NXD84883.1 32.4 306 193 5 23 321 84 382 1.00e-42 156 KAJ7903702.1 EYU24504.1 28.7 334 179 6 9 309 174 481 3.12e-40 150 KAJ7903702.1 XP_046441060.1 28.0 279 188 4 23 300 61 327 1.11e-31 126 KAJ7903702.1 XP_048216280.1 30.7 254 161 5 27 267 24 275 1.19e-30 120 KAJ7903702.1 XP_020321477.1 26.1 307 204 7 6 307 36 324 6.89e-29 118 RXN11474.1 RXN11474.1 100 779 0 0 1 779 1 779 0.0 1506 MCJ7468405.1 MCJ7468405.1 100 131 0 0 1 131 1 131 2.26e-89 253 ECI0838809.1 ECI0838809.1 100 452 0 0 1 452 1 452 0.0 906 WP_087918330.1 WP_087918330.1 100 250 0 0 1 250 1 250 1.49e-184 504 WP_087918330.1 WP_175395805.1 50.0 246 123 0 1 246 1 246 3.20e-88 260 WP_087918330.1 NET00292.1 48.0 244 125 2 5 246 28 271 1.33e-78 236 EJA1208030.1 EJA1208030.1 100 154 0 0 1 154 1 154 7.72e-117 325 KAJ7494177.1 KAJ7494177.1 100 313 0 0 1 313 1 313 4.94e-226 614 MCH2663613.1 MCH2663613.1 100 350 0 0 1 350 1 350 2.79e-262 709 MCH2663613.1 WP_037318352.1 20.6 155 115 3 5 153 43 195 5.21e-05 43.1 WP_157476287.1 WP_157476287.1 100 196 0 0 1 196 1 196 5.53e-151 414 WP_157476287.1 KUO65278.1 44.7 190 101 3 1 190 1 186 2.20e-58 180 WP_149911652.1 WP_149911652.1 100 433 0 0 1 433 1 433 2.20e-317 855 WP_149911652.1 WP_102461582.1 33.2 295 179 5 141 426 32 317 6.07e-38 138 WP_149911652.1 WP_274755179.1 33.8 290 178 6 139 423 138 418 3.21e-37 139 WP_149911652.1 GDX36288.1 30.6 271 161 7 166 423 153 409 3.43e-31 122 WP_149911652.1 WP_245704803.1 35.8 240 132 6 201 433 1 225 6.85e-31 117 WP_149911652.1 WP_076194242.1 27.4 252 173 4 164 405 191 442 2.64e-23 100 WP_149911652.1 MBX3687043.1 29.8 235 124 7 201 414 232 446 1.49e-15 76.6 WP_149911652.1 WP_283842967.1 28.5 253 155 8 194 422 338 588 8.28e-15 74.7 WP_149911652.1 RQR66516.1 31.2 109 71 1 319 423 307 415 8.99e-10 58.5 WP_149911652.1 WP_056382861.1 23.9 297 186 8 145 422 187 462 1.69e-08 54.7 HBF6683624.1 HBF6683624.1 100 193 0 0 1 193 1 193 9.42e-128 355 WP_175740884.1 WP_175740884.1 100 195 0 0 1 195 1 195 1.19e-131 365 RUU66461.1 RUU66461.1 100 380 0 0 1 380 1 380 2.42e-269 729 RUU66461.1 WP_192324556.1 53.2 395 163 3 5 377 223 617 8.17e-126 374 RUU66461.1 WP_227059655.1 47.8 393 188 3 2 377 224 616 2.34e-110 334 RUU66461.1 MBU5353226.1 51.1 262 122 3 82 340 7 265 2.47e-81 249 RUU66461.1 WP_226904802.1 51.8 253 121 1 82 333 25 277 5.91e-80 247 RUU66461.1 MBQ3864274.1 54.1 255 112 4 103 355 33 284 6.24e-80 246 RUU66461.1 WP_098952357.1 46.9 260 136 2 82 339 6 265 5.23e-65 208 RUU66461.1 GLY24463.1 44.2 260 130 4 82 333 7 259 7.99e-58 189 RUU66461.1 WP_107894076.1 38.8 260 149 5 82 333 3 260 2.42e-52 175 RUU66461.1 MBP1876254.1 40.8 233 133 4 103 333 18 247 5.96e-42 149 MCP1831263.1 MCP1831263.1 100 171 0 0 1 171 1 171 6.91e-126 349 WP_012785155.1 WP_012785155.1 100 424 0 0 1 424 1 424 2.62e-309 834 RYD69609.1 RYD69609.1 100 101 0 0 1 101 1 101 2.66e-76 218 MBF3543544.1 MBF3543544.1 100 69 0 0 1 69 1 69 4.24e-18 68.9 NXN86496.1 NXN86496.1 100 611 0 0 1 611 1 611 0.0 1224 HBG7982863.1 HBG7982863.1 100 208 0 0 1 208 1 208 6.89e-151 415 HBG7982863.1 WP_046234935.1 58.8 182 75 0 16 197 173 354 1.60e-70 217 WP_107194058.1 WP_107194058.1 100 267 0 0 1 267 1 267 9.42e-201 546 EFO2269166.1 EFO2269166.1 100 379 0 0 1 379 1 379 6.51e-278 751 EFO2269166.1 WP_054998585.1 34.7 354 214 8 16 364 13 354 2.55e-62 202 EFO2269166.1 WP_253057132.1 23.1 216 134 7 67 271 112 306 7.10e-09 55.8 WP_271569604.1 WP_271569604.1 100 87 0 0 1 87 1 87 5.65e-58 171 KAG9297605.1 KAG9297605.1 100 537 0 0 1 537 1 537 0.0 1065 KAG9291817.1 KAG9291817.1 100 367 0 0 1 367 1 367 7.51e-271 732 WP_103478303.1 WP_103478303.1 100 123 0 0 1 123 1 123 7.81e-84 239 WP_159081190.1 WP_159081190.1 100 66 0 0 1 66 1 66 1.59e-41 127 PHU26875.1 PHU26875.1 100 271 0 0 1 271 1 271 1.12e-185 508 PMD26514.1 PMD26514.1 100 679 0 0 1 679 1 679 0.0 1233 WP_106281081.1 WP_106281081.1 100 536 0 0 1 536 1 536 0.0 1035 OYU97658.1 OYU97658.1 100 108 0 0 1 108 1 108 1.89e-77 221 OYU97658.1 WP_230693348.1 63.9 108 39 0 1 108 1 108 1.07e-49 151 MBP5531704.1 MBP5531704.1 100 166 0 0 1 166 1 166 2.08e-120 335 WP_203325777.1 WP_203325777.1 100 201 0 0 1 201 1 201 1.84e-147 406 WP_225927241.1 WP_225927241.1 100 830 0 0 1 830 1 830 0.0 1638 WP_225927241.1 WP_232923125.1 70.3 812 238 2 20 829 2 812 0.0 1131 WP_225927241.1 KXK41164.1 32.7 101 47 4 541 639 221 302 5.90e-06 47.4 WP_261402515.1 WP_261402515.1 100 225 0 0 1 225 1 225 2.46e-157 433 HHO42668.1 HHO42668.1 100 441 0 0 1 441 1 441 7.24e-30 119 WP_049480885.1 WP_049480885.1 100 510 0 0 1 510 1 510 0.0 974 KAI5618353.1 KAI5618353.1 100 688 0 0 1 688 1 688 0.0 1338 KAI5618353.1 XP_046907253.1 27.9 463 269 17 232 669 92 514 4.90e-36 141 WP_117292786.1 WP_117292786.1 100 127 0 0 1 127 1 127 1.09e-85 244 WP_127595852.1 WP_127595852.1 100 143 0 0 1 143 1 143 8.81e-86 245 XP_043406427.1 XP_043406427.1 100 473 0 0 1 473 1 473 0.0 923 NNL66378.1 NNL66378.1 100 137 0 0 1 137 1 137 8.71e-99 278 NNL66378.1 WP_061905238.1 34.4 128 81 2 5 132 22 146 2.21e-14 67.0 NNL66378.1 WP_134885491.1 30.8 133 68 3 5 137 8 116 1.02e-13 65.1 GBM10107.1 GBM10107.1 100 148 0 0 1 148 1 148 2.84e-107 300 MBF8294570.1 MBF8294570.1 100 589 0 0 1 589 1 589 0.0 1172 MBF8294570.1 RYO44776.1 31.8 607 332 23 24 576 249 827 6.60e-67 231 MBF8294570.1 MCL1888839.1 27.4 614 270 15 1 588 250 713 2.83e-55 197 MBF8294570.1 MBQ5493788.1 39.5 119 72 0 461 579 17 135 2.11e-24 97.8 MBF8294570.1 OZB16321.1 33.1 124 78 3 195 315 349 470 1.23e-12 68.9 MBF8294570.1 WP_161020167.1 37.7 106 56 2 18 119 369 468 1.11e-11 65.9 WP_120358183.1 WP_120358183.1 100 553 0 0 1 553 1 553 6.37e-283 778 WP_120358183.1 WP_269572442.1 28.5 165 104 1 332 482 434 598 1.02e-12 68.9 KAJ8673388.1 KAJ8673388.1 100 310 0 0 1 310 1 310 1.59e-225 612 KAJ8673388.1 WP_045385114.1 45.7 46 25 0 55 100 48 93 6.33e-05 40.8 NWY89495.1 NWY89495.1 100 508 0 0 1 508 1 508 0.0 1034 RLI44152.1 RLI44152.1 100 113 0 0 1 113 1 113 6.96e-71 205 WP_251057605.1 WP_251057605.1 100 437 0 0 1 437 1 437 8.84e-310 836 HHD92264.1 HHD92264.1 100 835 0 0 1 835 1 835 0.0 1631 WP_057452934.1 WP_057452934.1 100 352 0 0 1 352 1 352 2.87e-256 694 WP_057452934.1 MBF0865514.1 59.3 332 134 1 9 339 11 342 6.68e-142 404 WP_057452934.1 WP_083296738.1 57.8 306 129 0 13 318 24 329 3.42e-126 365 WP_057452934.1 WP_040532466.1 52.7 313 147 1 9 320 4 316 3.65e-118 344 WP_057452934.1 WP_277324932.1 38.1 302 177 6 14 309 18 315 1.30e-54 182 ETK88527.1 ETK88527.1 100 182 0 0 1 182 1 182 3.49e-129 358 XP_033323208.1 XP_033323208.1 100 1211 0 0 1 1211 1 1211 0.0 2132 XP_034290446.1 XP_034290446.1 100 322 0 0 1 322 1 322 7.95e-232 629 XP_034290446.1 XP_012889676.1 51.1 307 148 2 1 307 1 305 6.77e-97 287 XP_034290446.1 XP_002688837.2 44.4 297 156 3 13 305 12 303 1.89e-78 240 XP_034290446.1 XP_005087540.1 41.0 300 176 1 12 311 11 309 9.57e-75 231 XP_034290446.1 XP_042531659.1 40.9 301 175 3 4 303 3 301 3.71e-73 226 XP_034290446.1 AAR19565.1 47.3 222 117 0 66 287 1 222 4.18e-67 208 XP_034290446.1 XP_054446685.1 38.1 302 184 3 12 312 9 308 3.34e-65 206 XP_034290446.1 XP_046298169.1 32.7 300 192 4 7 300 7 302 9.71e-44 150 XP_034290446.1 XP_049747270.1 31.1 305 193 7 5 300 5 301 5.11e-37 133 HEY66416.1 HEY66416.1 100 365 0 0 1 365 1 365 1.43e-258 701 MCB2073222.1 MCB2073222.1 100 107 0 0 1 107 1 107 3.15e-59 176 HCL9643688.1 HCL9643688.1 100 129 0 0 1 129 1 129 6.80e-90 254 KAI9631590.1 KAI9631590.1 100 172 0 0 1 172 1 172 2.81e-130 360 WP_203891666.1 WP_203891666.1 100 504 0 0 1 504 1 504 0.0 999 PMH44474.1 PMH44474.1 100 245 0 0 1 245 1 245 2.18e-170 468 PMH44474.1 WP_005629113.1 32.5 203 120 6 46 234 38 237 1.11e-16 75.1 WP_280892754.1 WP_280892754.1 100 283 0 0 1 283 1 283 1.63e-209 570 WP_209898688.1 WP_209898688.1 100 111 0 0 1 111 1 111 2.26e-66 194 NOQ32749.1 NOQ32749.1 100 401 0 0 1 401 1 401 3.08e-294 794 NOQ32749.1 MBS3963684.1 27.5 415 261 8 9 401 15 411 3.04e-37 138 WP_260444899.1 WP_260444899.1 100 502 0 0 1 502 1 502 0.0 988 WP_157435775.1 WP_157435775.1 100 112 0 0 1 112 1 112 3.60e-77 221 WP_254398103.1 WP_254398103.1 100 515 0 0 1 515 1 515 0.0 988 GBF98204.1 GBF98204.1 100 1267 0 0 1 1267 1 1267 0.0 1117 MBS4056461.1 MBS4056461.1 100 344 0 0 1 344 1 344 2.40e-212 582 WP_176533080.1 WP_176533080.1 100 175 0 0 1 175 1 175 2.49e-130 360 XP_026180907.1 XP_026180907.1 100 1075 0 0 1 1075 1 1075 0.0 2055 WP_074781633.1 WP_074781633.1 100 296 0 0 1 296 1 296 1.30e-217 591 WP_117338721.1 WP_117338721.1 100 473 0 0 1 473 1 473 0.0 974 MBT4014425.1 MBT4014425.1 100 78 0 0 1 78 1 78 4.80e-46 140 NUR77767.1 NUR77767.1 100 345 0 0 1 345 1 345 2.17e-252 683 KAI0987017.1 KAI0987017.1 100 337 0 0 1 337 1 337 5.30e-249 674 MBI1874593.1 MBI1874593.1 100 46 0 0 1 46 1 46 7.88e-29 94.4 EBF8124084.1 EBF8124084.1 100 596 0 0 1 596 1 596 0.0 1099 WP_097794281.1 WP_097794281.1 100 97 0 0 1 97 1 97 2.25e-64 187 RLD79060.1 RLD79060.1 100 402 0 0 1 402 1 402 1.23e-305 823 RLD79060.1 MBE6900854.1 50.8 380 184 3 13 390 3 381 2.32e-132 384 RLD79060.1 WP_106587829.1 49.6 389 192 4 9 395 5 391 1.35e-130 379 RLD79060.1 MBI3668312.1 43.5 184 96 3 217 393 58 240 7.54e-45 154 WP_130237435.1 WP_130237435.1 100 326 0 0 1 326 1 326 4.29e-238 645 WP_130237435.1 WP_051789242.1 29.9 308 210 4 20 325 28 331 5.35e-33 123 NEP09993.1 NEP09993.1 100 125 0 0 1 125 1 125 2.14e-82 235 WP_254833504.1 WP_254833504.1 100 158 0 0 1 158 1 158 3.49e-106 298 HBO7852577.1 HBO7852577.1 100 183 0 0 1 183 1 183 5.84e-108 305 MAQ88009.1 MAQ88009.1 100 159 0 0 1 159 1 159 4.61e-68 202 WP_256546297.1 WP_256546297.1 100 275 0 0 1 275 1 275 6.57e-196 535 WP_256546297.1 WP_276362074.1 41.5 253 148 0 23 275 4 256 5.65e-61 192 WP_256546297.1 WP_247429569.1 35.5 248 153 3 24 271 17 257 1.65e-45 152 WP_256546297.1 MBR7834804.1 37.6 258 137 2 18 270 12 250 2.70e-44 149 WP_256546297.1 WP_008134825.1 36.4 253 145 3 23 270 350 591 1.38e-43 156 WP_256546297.1 WP_152652784.1 32.8 229 132 4 29 255 11 219 3.38e-32 119 WP_256546297.1 WP_140480909.1 28.2 227 141 6 47 272 38 243 2.60e-27 107 WP_256546297.1 WP_071876418.1 29.1 258 156 7 24 272 4 243 3.35e-25 102 WP_256546297.1 EHH5649593.1 28.7 209 122 3 46 250 25 210 5.69e-24 96.7 WP_256546297.1 NNE23115.1 28.4 232 147 3 24 254 3 216 8.55e-22 91.7 WP_108335718.1 WP_108335718.1 100 426 0 0 1 426 1 426 2.63e-310 837 MBH8634352.1 MBH8634352.1 100 365 0 0 1 365 1 365 9.25e-253 690 MBH8634352.1 WP_281760414.1 42.3 137 79 0 32 168 25 161 5.80e-29 112 MBH8634352.1 WP_258228246.1 30.1 136 95 0 32 167 26 161 4.31e-15 73.2 ECI4825602.1 ECI4825602.1 100 56 0 0 1 56 1 56 2.42e-34 108 WP_070060651.1 WP_070060651.1 100 334 0 0 1 334 1 334 4.25e-233 634 AOW36968.1 AOW36968.1 100 333 0 0 1 333 1 333 5.34e-256 691 AOW36968.1 ACH90072.1 89.5 333 35 0 1 333 45 377 1.94e-233 636 AOW36968.1 AFJ09957.1 88.3 333 39 0 1 333 17 349 2.96e-229 627 AOW36968.1 ACY29573.1 88.6 333 38 0 1 333 17 349 4.66e-229 627 AOW36968.1 AVA00513.1 90.7 323 30 0 1 323 17 339 1.29e-228 622 AOW36968.1 QWY38042.1 87.1 333 43 0 1 333 17 349 8.69e-228 623 AOW36968.1 BAO11608.1 88.9 323 36 0 1 323 17 339 2.50e-226 617 AOW36968.1 BAO23243.1 88.4 327 38 0 1 327 17 343 4.12e-226 616 AOW36968.1 AOW33101.1 91.8 318 26 0 1 318 1 318 6.61e-226 615 AOW36968.1 AFV39595.1 89.8 333 34 0 1 333 70 402 4.46e-224 635 NDH20019.1 NDH20019.1 100 284 0 0 1 284 1 284 2.69e-204 556 NDH20019.1 WP_234306850.1 35.9 259 149 9 7 256 39 289 2.96e-31 116 NDH20019.1 WP_116701099.1 28.7 254 158 8 21 257 56 303 5.25e-20 86.3 NDH20019.1 MBT7096516.1 29.3 174 102 5 113 276 15 177 8.61e-08 49.7 WP_224774708.1 WP_224774708.1 100 13 0 0 1 13 1 13 3.90e-04 33.1 WP_236373897.1 WP_236373897.1 100 389 0 0 1 389 1 389 4.51e-290 782 WP_011739125.1 WP_011739125.1 100 445 0 0 1 445 1 445 1.11e-307 832 WP_011739125.1 WP_187918914.1 35.9 434 262 5 3 428 2 427 1.09e-76 244 WP_011739125.1 WP_028046854.1 31.9 454 270 13 10 428 23 472 6.22e-38 142 WP_011739125.1 WP_264593810.1 27.6 445 289 11 10 437 15 443 6.97e-26 107 WP_011739125.1 MBL7151874.1 25.3 466 286 10 5 433 9 449 1.28e-22 98.2 WP_011739125.1 MCC6251785.1 24.9 454 309 9 5 430 6 455 6.60e-20 90.1 WP_011739125.1 WP_124978582.1 22.6 438 319 7 4 428 384 814 1.78e-12 67.8 WP_011739125.1 NWT28302.1 26.4 231 142 8 42 245 72 301 2.15e-05 45.1 WP_011739125.1 MBQ2719788.1 24.5 200 124 5 72 245 109 307 4.53e-04 40.8 XP_044902674.1 XP_044902674.1 100 161 0 0 1 161 1 161 4.41e-106 334 XP_044902674.1 EFB15155.1 37.1 132 71 4 8 132 115 241 5.21e-11 63.9 XP_044902674.1 XP_017706045.1 61.4 44 17 0 11 54 35 78 8.23e-09 57.0 XP_044902674.1 KAB0382747.1 54.5 44 20 0 10 53 6 49 5.29e-07 51.2 HBE7681505.1 HBE7681505.1 100 1355 0 0 1 1355 1 1355 0.0 2245 HBE7681505.1 ECB3811761.1 74.0 768 171 9 1 764 1 743 0.0 951 HBE7681505.1 WP_139067457.1 40.5 521 276 10 842 1349 280 779 6.63e-100 336 HBE7681505.1 WP_219484458.1 40.6 497 260 10 867 1349 329 804 6.89e-98 331 HBE7681505.1 WP_209676560.1 29.6 301 169 12 923 1218 607 870 2.37e-15 80.1 KAI5383356.1 KAI5383356.1 100 448 0 0 1 448 1 448 0.0 902 MBU0720484.1 MBU0720484.1 100 217 0 0 1 217 1 217 2.21e-156 430 QEG42388.1 QEG42388.1 100 485 0 0 1 485 1 485 0.0 992 HCD3539350.1 HCD3539350.1 100 175 0 0 1 175 1 175 2.49e-130 360 EET4886479.1 EET4886479.1 100 453 0 0 1 453 1 453 0.0 915 EET4886479.1 WP_004960861.1 39.6 427 246 5 24 445 107 526 1.02e-94 294 EET4886479.1 EFH7886278.1 62.7 166 62 0 283 448 1 166 1.87e-72 224 EET4886479.1 MCO5068575.1 36.3 386 228 8 69 445 10 386 1.45e-65 214 WP_120463061.1 WP_120463061.1 100 139 0 0 1 139 1 139 5.64e-96 271 HCS32205.1 HCS32205.1 100 677 0 0 1 677 1 677 0.0 1303 ODM89149.1 ODM89149.1 100 236 0 0 1 236 1 236 2.30e-181 494 ETI39029.1 ETI39029.1 100 656 0 0 1 656 1 656 0.0 1328 USR37329.1 USR37329.1 100 189 0 0 1 189 1 189 1.53e-140 387 USR37329.1 BAD88428.1 94.6 186 10 0 4 189 1 186 7.77e-127 363 USR37329.1 AFP82159.1 93.8 160 10 0 30 189 1 160 8.10e-105 305 WP_235292752.1 WP_235292752.1 100 227 0 0 1 227 1 227 3.02e-168 461 WP_133499669.1 WP_133499669.1 100 675 0 0 1 675 1 675 0.0 1317 WP_232839144.1 WP_232839144.1 100 329 0 0 1 329 1 329 4.90e-250 676 KAF7255154.1 KAF7255154.1 100 378 0 0 1 378 1 378 8.07e-267 723 MBP8049567.1 MBP8049567.1 100 279 0 0 1 279 1 279 1.27e-195 534 MBP8049567.1 WP_122920202.1 34.1 270 171 2 6 275 25 287 5.22e-43 147 MBP8049567.1 WP_204504397.1 29.5 278 185 4 2 275 19 289 4.32e-30 113 MBP8049567.1 WP_118757260.1 30.2 268 171 7 7 264 19 280 4.77e-26 102 WP_224314556.1 WP_224314556.1 100 121 0 0 1 121 1 121 8.18e-85 241 CDZ81696.1 CDZ81696.1 100 333 0 0 1 333 1 333 2.15e-246 667 CDZ81696.1 WP_251074290.1 50.8 323 148 4 5 325 18 331 4.36e-108 322 CDZ81696.1 EAJ4016142.1 36.1 296 173 5 14 309 1 280 9.53e-55 179 CDZ81696.1 WP_124908062.1 31.6 335 214 5 3 332 17 341 9.19e-43 149 WP_240904022.1 WP_240904022.1 100 263 0 0 1 263 1 263 2.53e-178 489 WP_139489874.1 WP_139489874.1 100 38 0 0 1 38 1 38 3.11e-25 84.7 WP_246442701.1 WP_246442701.1 100 184 0 0 1 184 1 184 2.02e-129 359 WP_254033437.1 WP_254033437.1 100 254 0 0 1 254 1 254 6.87e-192 523 OHA02323.1 OHA02323.1 100 572 0 0 1 572 1 572 0.0 1098 OHA02323.1 PIQ07033.1 40.0 555 284 11 13 562 5 515 3.06e-114 348 OHA02323.1 WP_278084771.1 28.2 525 348 11 60 570 266 775 2.38e-52 189 OHA02323.1 WP_131284109.1 30.6 402 226 15 153 526 76 452 6.24e-32 127 OHA02323.1 WP_101662518.1 28.0 314 187 8 219 525 297 578 4.58e-19 89.4 WP_121252511.1 WP_121252511.1 100 372 0 0 1 372 1 372 1.84e-269 729 WP_121252511.1 PZW56938.1 29.5 305 188 7 21 310 1 293 7.93e-25 102 WP_242254186.1 WP_242254186.1 100 244 0 0 1 244 1 244 7.64e-175 479 OFX32653.1 OFX32653.1 100 647 0 0 1 647 1 647 0.0 1149 OFX32653.1 HCT06136.1 40.6 537 316 3 44 579 178 712 2.71e-109 344 OFX32653.1 MBI6149093.1 40.1 564 324 7 63 622 218 771 7.63e-105 333 OFX32653.1 WP_074319120.1 39.7 615 330 9 42 622 136 743 2.83e-102 326 OFX32653.1 WP_041591748.1 35.8 559 349 5 62 619 89 638 8.94e-94 301 OFX32653.1 WP_013632646.1 31.4 554 360 10 80 622 259 803 1.04e-67 234 OFX32653.1 SFX27592.1 33.0 525 324 10 41 559 127 629 2.35e-66 229 OFX32653.1 MCE7698179.1 31.0 378 240 7 82 451 31 395 5.19e-45 163 OFX32653.1 WP_278631399.1 24.6 605 341 15 65 566 61 653 2.03e-24 107 OFX32653.1 KAA0114277.1 35.2 159 72 2 439 567 544 701 1.51e-16 82.0 KAI9191373.1 KAI9191373.1 100 876 0 0 1 876 1 876 0.0 1656 KAI9191373.1 WP_195368055.1 32.6 488 285 10 148 605 94 567 1.78e-58 208 KAI9191373.1 MBQ4454347.1 31.6 469 285 8 175 615 118 578 8.04e-56 201 KAI9191373.1 WP_060613079.1 29.7 516 318 10 127 612 79 579 1.26e-54 197 KAI9191373.1 MBQ8297564.1 27.3 516 339 8 117 605 56 562 1.54e-50 186 KAI9191373.1 WP_195238978.1 28.5 487 317 7 142 605 235 713 9.01e-47 177 KAI9191373.1 WP_036258374.1 25.9 540 334 14 119 613 46 564 2.63e-45 170 KAI9191373.1 MBT3459617.1 50.3 165 81 1 413 576 1 165 4.16e-41 149 KAI9191373.1 NFD84694.1 36.3 259 144 2 361 599 488 745 3.89e-39 154 KAI9191373.1 WAY96880.1 40.6 170 101 0 412 581 4 173 1.71e-34 129 MBP9713953.1 MBP9713953.1 100 181 0 0 1 181 1 181 2.47e-133 369 WP_098502057.1 WP_098502057.1 100 199 0 0 1 199 1 199 7.45e-137 379 WP_243269836.1 WP_243269836.1 100 3126 0 0 1 3126 1 3126 0.0 5142 WP_243269836.1 HBP6650873.1 37.1 850 431 13 1596 2434 9 764 2.88e-119 404 WP_243269836.1 WP_001537381.1 30.6 2087 1039 62 29 1782 11 2006 1.54e-89 326 WP_243269836.1 WP_247392216.1 47.7 235 118 4 31 263 45 276 1.65e-50 179 WP_243269836.1 WP_186153646.1 51.4 175 83 2 65 238 82 255 1.07e-45 165 WP_243269836.1 MBS1222269.1 53.5 155 65 3 29 177 49 202 2.03e-37 139 WP_243269836.1 WP_230822898.1 41.9 217 108 6 70 275 78 287 2.14e-31 129 WP_243269836.1 WP_253352066.1 37.2 172 102 3 1505 1672 439 608 1.42e-28 125 MCK5068303.1 MCK5068303.1 100 66 0 0 1 66 1 66 1.16e-43 133 WP_135110180.1 WP_135110180.1 100 169 0 0 1 169 1 169 2.06e-117 327 WP_215638040.1 WP_215638040.1 100 396 0 0 1 396 1 396 8.14e-292 787 WP_215638040.1 MCK5265770.1 29.6 372 223 12 31 383 23 374 1.03e-33 127 WP_215638040.1 WP_280938002.1 26.1 398 255 16 19 393 31 412 6.01e-26 106 WP_215638040.1 RLA59280.1 24.6 407 261 15 11 388 9 398 1.43e-25 105 WP_215638040.1 WP_244311009.1 24.0 358 236 13 27 362 33 376 1.48e-25 105 WP_215638040.1 MCJ7486393.1 23.4 355 235 11 33 372 16 348 1.86e-21 93.2 OFZ34164.1 OFZ34164.1 100 73 0 0 1 73 1 73 1.08e-51 154 HAQ04103.1 HAQ04103.1 100 407 0 0 1 407 1 407 1.50e-304 820 HAQ04103.1 WP_122236618.1 36.7 166 99 2 221 386 158 317 3.63e-24 101 HIG02706.1 HIG02706.1 100 421 0 0 1 421 1 421 0.0 879 HBS5629917.1 HBS5629917.1 100 121 0 0 1 121 1 121 2.44e-86 245 MBO9310472.1 MBO9310472.1 100 82 0 0 1 82 1 82 6.87e-50 150 MBO4463486.1 MBO4463486.1 100 192 0 0 1 192 1 192 2.11e-137 391 WP_230210113.1 WP_230210113.1 100 69 0 0 1 69 1 69 3.75e-48 144 EEV0504409.1 EEV0504409.1 100 267 0 0 1 267 1 267 3.39e-194 530 EEV0504409.1 EEY3543156.1 90.8 131 12 0 1 131 893 1023 1.18e-71 235 EEV0504409.1 EEO7917989.1 75.8 99 24 0 1 99 860 958 2.07e-42 152 EEV0504409.1 EFQ4765027.1 61.4 57 22 0 1 57 864 920 1.37e-15 74.7 NCV89943.1 NCV89943.1 100 456 0 0 1 456 1 456 2.99e-313 847 NCV89943.1 GIR09622.1 41.8 466 235 7 11 453 7 459 8.94e-107 323 NCV89943.1 WP_007853416.1 36.6 465 266 7 6 453 4 456 1.75e-79 254 NCV89943.1 WP_239913672.1 26.4 444 278 11 22 454 14 419 6.14e-29 116 NCV89943.1 WP_113669955.1 24.6 398 268 10 55 445 40 412 7.10e-20 89.7 GFS02759.1 GFS02759.1 100 55 0 0 1 55 1 55 5.73e-37 115 XP_025814622.1 XP_025814622.1 100 1089 0 0 1 1089 1 1089 0.0 1145 XP_025814622.1 KAI3849778.1 31.9 370 215 11 716 1077 430 770 1.81e-36 147 XP_025814622.1 XP_021765438.1 31.5 286 175 8 710 989 526 796 5.24e-35 142 XP_025814622.1 RLN36134.1 29.8 322 191 8 765 1079 69 362 3.51e-34 134 XP_025814622.1 XP_040250218.1 32.9 316 172 9 767 1081 347 623 1.24e-33 137 XP_025814622.1 KAG2309455.1 27.3 425 247 15 685 1079 494 886 4.40e-25 110 XP_025814622.1 XP_044484513.1 32.9 213 132 5 723 931 29 234 2.68e-23 104 XP_025814622.1 MBF1128433.1 29.4 235 144 9 775 1005 8 224 2.57e-19 91.7 XP_025814622.1 WP_106546380.1 29.8 228 136 8 775 989 12 228 5.46e-15 77.4 XP_025814622.1 MBD2210269.1 29.6 223 128 10 782 989 19 227 3.36e-12 68.6 OFZ82064.1 OFZ82064.1 100 66 0 0 1 66 1 66 8.73e-48 143 WP_096765790.1 WP_096765790.1 100 153 0 0 1 153 1 153 1.97e-114 318 WP_096765790.1 MCP5208043.1 44.6 148 80 2 5 152 3 148 1.98e-36 121 WP_096765790.1 WP_023322253.1 42.8 152 82 4 2 152 3 150 6.26e-33 112 MCL2206583.1 MCL2206583.1 100 117 0 0 1 117 1 117 2.20e-87 247 MCI8806686.1 MCI8806686.1 100 239 0 0 1 239 1 239 4.64e-153 423 MBI4773680.1 MBI4773680.1 100 354 0 0 1 354 1 354 2.71e-246 669 MBI4773680.1 WP_063338866.1 30.4 339 212 6 3 333 5 327 7.94e-45 155 MBI4773680.1 WP_132898842.1 35.2 250 156 2 101 344 24 273 2.36e-40 142 MCK4320383.1 MCK4320383.1 100 152 0 0 1 152 1 152 4.31e-104 292 WP_052016305.1 WP_052016305.1 100 344 0 0 1 344 1 344 4.99e-262 707 QDT53250.1 QDT53250.1 100 479 0 0 1 479 1 479 0.0 945 MCG7858617.1 MCG7858617.1 100 261 0 0 1 261 1 261 6.76e-182 498 TNF43597.1 TNF43597.1 100 360 0 0 1 360 1 360 4.17e-269 727 MBO7597869.1 MBO7597869.1 100 412 0 0 1 412 1 412 1.05e-302 816 MBO7597869.1 WP_205443952.1 27.1 417 256 14 8 404 8 396 1.00e-30 120 MBO7597869.1 CAA0126222.1 27.5 432 247 15 8 400 14 418 1.62e-28 114 MBO7597869.1 WP_122873240.1 24.1 440 251 17 8 397 12 418 3.17e-19 87.4 WP_218401824.1 WP_218401824.1 100 338 0 0 1 338 1 338 1.49e-235 640 WP_228618531.1 WP_228618531.1 100 185 0 0 1 185 1 185 1.00e-134 372 MCK6520984.1 MCK6520984.1 100 222 0 0 1 222 1 222 2.58e-162 445 WP_232018041.1 WP_232018041.1 100 162 0 0 1 162 1 162 7.02e-117 325 WP_089092961.1 WP_089092961.1 100 70 0 0 1 70 1 70 8.13e-48 144 MCI6324393.1 MCI6324393.1 100 702 0 0 1 702 1 702 0.0 1402 MCI6324393.1 WP_222018129.1 26.2 225 151 6 82 296 27 246 1.46e-08 56.2 EFL3122059.1 EFL3122059.1 100 257 0 0 1 257 1 257 7.57e-159 443 EFL3122059.1 EIH4263652.1 92.1 253 16 1 9 257 1 253 2.84e-136 396 EFL3122059.1 EFL5817307.1 92.7 206 11 1 56 257 1 206 1.46e-103 309 EFL3122059.1 EFI7849450.1 74.8 131 29 1 28 154 3 133 4.77e-62 192 EFL3122059.1 EFN5389376.1 90.8 142 9 1 120 257 1 142 1.25e-53 186 EFL3122059.1 EER8306359.1 75.3 85 21 0 1 85 215 299 1.60e-38 136 MBR4563510.1 MBR4563510.1 100 168 0 0 1 168 1 168 1.92e-126 350 XP_029371967.1 XP_029371967.1 100 378 0 0 1 378 1 378 1.12e-273 740 XP_029371967.1 XP_017476002.1 39.0 369 155 6 33 376 187 510 6.63e-66 216 ACA34490.1 ACA34490.1 100 516 0 0 1 516 1 516 0.0 1019 ACA34490.1 WP_252264110.1 44.4 135 75 0 259 393 4 138 1.03e-32 121 ACA34490.1 EHK9185512.1 31.4 280 158 9 259 514 6 275 4.52e-27 108 ACA34490.1 EJK2981647.1 29.2 130 81 4 238 358 16 143 3.34e-08 52.8 KAG3000577.1 KAG3000577.1 100 773 0 0 1 773 1 773 0.0 1476 MBI0841908.1 MBI0841908.1 100 74 0 0 1 74 1 74 4.56e-49 147 MCL5061987.1 MCL5061987.1 100 205 0 0 1 205 1 205 1.30e-158 434 EHR6291555.1 EHR6291555.1 100 578 0 0 1 578 1 578 0.0 1147 EHR6291555.1 WP_152652784.1 45.6 217 118 0 327 543 3 219 4.72e-63 208 EHR6291555.1 WP_192500494.1 41.5 217 125 1 330 546 3 217 1.04e-56 191 EHR6291555.1 NLW39422.1 43.1 216 115 4 337 547 28 240 4.93e-44 158 EHR6291555.1 WP_084371009.1 38.4 211 128 2 330 539 3 212 7.47e-40 145 EHR6291555.1 NVM03966.1 36.6 213 129 3 339 550 32 239 1.27e-36 137 EHR6291555.1 RLN50561.1 32.0 253 163 4 319 562 1483 1735 3.17e-34 137 EHR6291555.1 WP_221265680.1 32.4 210 141 1 329 537 19 228 2.48e-32 125 EHR6291555.1 WP_281543397.1 33.5 206 129 4 344 545 4 205 1.15e-29 117 EHR6291555.1 MSO30570.1 32.3 223 148 3 327 547 5 226 1.93e-29 117 WP_023685930.1 WP_023685930.1 100 402 0 0 1 402 1 402 2.63e-291 786 WP_261952390.1 WP_261952390.1 100 176 0 0 1 176 1 176 3.27e-131 363 WP_135059887.1 WP_135059887.1 100 470 0 0 1 470 1 470 0.0 889 XP_008902753.1 XP_008902753.1 100 165 0 0 1 165 1 165 6.20e-117 326 WP_186282298.1 WP_186282298.1 100 149 0 0 1 149 1 149 7.50e-108 301 WP_186282298.1 WP_065138043.1 68.5 146 44 1 1 146 1 144 3.26e-67 199 WP_186282298.1 TMI36513.1 42.1 133 75 1 14 146 7 137 1.46e-25 93.2 WP_118283063.1 WP_118283063.1 100 404 0 0 1 404 1 404 4.64e-254 692 WP_118283063.1 WP_086136661.1 35.1 367 236 2 6 371 12 377 2.40e-56 189 WP_118283063.1 WP_253571813.1 23.0 365 263 6 7 366 4 355 2.86e-07 50.4 HAL7851047.1 HAL7851047.1 100 647 0 0 1 647 1 647 0.0 1325 HAL7851047.1 WP_220281278.1 69.0 649 195 4 1 647 170 814 0.0 936 HAL7851047.1 HCH8663031.1 52.3 642 296 6 8 646 174 808 1.49e-220 633 HAL7851047.1 EJH9475741.1 31.0 665 390 21 17 646 130 760 8.88e-75 253 HAL7851047.1 WP_184698676.1 29.5 661 398 19 17 645 126 750 3.40e-68 235 HAL7851047.1 WP_265822109.1 24.8 685 368 28 20 610 188 819 9.63e-26 111 HAL7851047.1 WP_081845076.1 24.7 583 371 20 47 605 179 717 3.33e-25 109 HAL7851047.1 WP_014942931.1 23.0 604 352 29 36 588 174 715 8.71e-15 76.3 WP_007635864.1 WP_007635864.1 100 271 0 0 1 271 1 271 9.12e-210 569 WP_223101678.1 WP_223101678.1 100 276 0 0 1 276 1 276 1.74e-196 536 WP_140372075.1 WP_140372075.1 100 650 0 0 1 650 1 650 0.0 1295 WP_140372075.1 TMQ04701.1 25.8 454 311 10 65 498 479 926 1.49e-26 114 WP_140372075.1 RLB66027.1 24.2 512 283 23 24 502 10 449 2.12e-12 68.2 WP_140372075.1 WP_098279309.1 21.1 497 290 21 46 506 37 467 3.79e-12 67.4 WP_140372075.1 WP_055153579.1 33.8 136 78 4 377 503 295 427 1.84e-11 65.1 WP_140372075.1 MCL4144983.1 42.0 50 28 1 430 478 2 51 4.11e-08 49.7 SDP58856.1 SDP58856.1 100 190 0 0 1 190 1 190 1.79e-144 397 SDP58856.1 WP_196074572.1 37.8 148 84 3 6 146 11 157 4.14e-31 109 AAO64374.1 AAO64374.1 100 238 0 0 1 238 1 238 1.82e-138 386 KAI2867803.1 KAI2867803.1 100 340 0 0 1 340 1 340 2.73e-248 672 KAI2867803.1 HAB35737.1 35.7 266 154 6 22 287 49 297 3.20e-31 120 NNE58254.1 NNE58254.1 100 196 0 0 1 196 1 196 1.71e-145 400 WP_092396407.1 WP_092396407.1 100 535 0 0 1 535 1 535 0.0 1070 CAF4033986.1 CAF4033986.1 100 470 0 0 1 470 1 470 0.0 939 KAH7290269.1 KAH7290269.1 100 107 0 0 1 107 1 107 2.80e-74 213 PZN79281.1 PZN79281.1 100 396 0 0 1 396 1 396 1.81e-279 756 PZN79281.1 WP_232553043.1 33.2 395 246 7 2 394 1 379 4.25e-55 184 PZN79281.1 MBK7837454.1 28.7 296 195 6 3 292 1 286 5.54e-27 107 PZN79281.1 WP_063417119.1 29.0 389 242 15 10 371 455 836 5.30e-22 96.7 PZN79281.1 MBE0479857.1 22.5 369 257 11 14 371 12 362 1.23e-13 70.1 CAD8042782.1 CAD8042782.1 100 443 0 0 1 443 1 443 0.0 915 WP_083051706.1 WP_083051706.1 100 396 0 0 1 396 1 396 8.40e-269 729 WP_083051706.1 MAJ59213.1 30.2 225 157 0 150 374 625 849 1.27e-30 122 WP_083051706.1 MCK5466482.1 27.6 192 138 1 186 376 104 295 1.82e-24 100 WP_083051706.1 WP_200671006.1 27.2 338 229 7 52 381 535 863 1.24e-22 98.6 WP_242531680.1 WP_242531680.1 100 181 0 0 1 181 1 181 4.62e-138 380 XP_028635853.1 XP_028635853.1 100 500 0 0 1 500 1 500 8.28e-308 837 XP_028635853.1 WP_063302373.1 58.8 272 109 3 6 274 2 273 3.15e-98 296 XP_028635853.1 WP_013845913.1 32.1 212 132 4 8 217 4 205 7.97e-19 84.3 XP_028635853.1 WP_183882442.1 27.8 227 154 3 8 233 4 221 2.21e-18 82.8 XP_028635853.1 MXY99086.1 31.3 182 106 5 21 197 1 168 6.11e-15 72.8 XP_028635853.1 MBG6287041.1 27.7 188 127 2 8 195 14 192 2.48e-14 71.2 XP_028635853.1 MBN3744368.1 26.6 143 95 1 10 152 3 135 5.61e-11 61.6 XP_028635853.1 WP_077093245.1 28.6 206 134 6 15 210 13 215 3.29e-09 56.6 XP_028635853.1 WP_057651690.1 34.6 107 64 1 6 112 46 146 1.61e-08 54.3 XP_028635853.1 WP_042650033.1 25.8 198 128 4 6 197 3 187 1.27e-05 45.1 MCB5199682.1 MCB5199682.1 100 400 0 0 1 400 1 400 5.56e-276 748 MCB5199682.1 MBT6972091.1 28.5 383 232 11 8 354 15 391 2.18e-34 130 MCB5199682.1 WP_259619769.1 33.1 133 82 3 64 190 86 217 5.18e-05 43.5 MCB5199682.1 RCV36353.1 26.7 90 66 0 67 156 85 174 2.02e-04 41.6 MCB5199682.1 WP_209467194.1 24.8 125 85 3 230 354 21 136 4.41e-04 40.4 MCB5199682.1 WP_189524079.1 30.9 152 97 4 56 205 58 203 7.77e-04 39.7 MBI4905271.1 MBI4905271.1 100 434 0 0 1 434 1 434 7.48e-305 823 WP_181797223.1 WP_181797223.1 100 157 0 0 1 157 1 157 7.97e-116 322 WP_109219819.1 WP_109219819.1 100 378 0 0 1 378 1 378 1.52e-271 734 WP_109219819.1 WP_076409454.1 53.1 292 123 3 14 301 1 282 4.94e-93 281 WP_109219819.1 WP_140480909.1 52.3 258 121 2 17 273 12 268 6.03e-82 253 WP_109219819.1 WP_170725874.1 44.5 326 154 4 18 343 5 303 1.03e-80 249 WP_109219819.1 WP_176354145.1 47.9 286 145 3 20 301 8 293 1.10e-79 247 WP_109219819.1 WP_237907640.1 47.7 287 139 4 18 297 4 286 2.15e-76 238 WP_109219819.1 WP_258581409.1 49.8 243 120 1 20 260 6 248 3.20e-75 236 WP_109219819.1 WP_011057593.1 44.8 286 152 2 20 303 7 288 1.98e-70 223 WP_109219819.1 MWR41881.1 43.9 221 118 2 33 247 44 264 7.25e-51 169 WP_109219819.1 NNE23115.1 37.7 231 144 0 20 250 5 235 6.16e-47 162 WP_101606078.1 WP_101606078.1 100 450 0 0 1 450 1 450 2.97e-310 838 WP_101606078.1 MCF6289355.1 35.9 217 138 1 169 385 34 249 5.30e-45 156 WP_101606078.1 WP_029317544.1 33.7 291 181 4 96 377 107 394 1.41e-41 152 WP_101606078.1 MBE6713534.1 27.7 285 199 4 113 393 126 407 8.40e-30 119 WP_101606078.1 WP_206698867.1 25.8 306 219 6 96 397 87 388 1.36e-24 103 WP_101606078.1 WP_023955328.1 30.3 264 162 10 79 328 88 343 3.90e-16 77.8 MBD5153813.1 MBD5153813.1 100 205 0 0 1 205 1 205 4.88e-154 423 MBD5153813.1 MCI9320818.1 47.1 204 100 4 1 202 1 198 3.20e-54 170 MBD5153813.1 WP_079396843.1 42.2 206 113 3 1 205 1 201 1.66e-47 153 MBD5153813.1 WP_197744369.1 37.4 206 119 6 2 202 4 204 1.62e-35 122 MBR2770999.1 MBR2770999.1 100 502 0 0 1 502 1 502 0.0 980 WP_240406805.1 WP_240406805.1 100 62 0 0 1 62 1 62 5.75e-40 123 WP_240406805.1 WP_041488527.1 52.2 23 11 0 16 38 26 48 6.62e-05 35.0 XP_036266973.1 XP_036266973.1 100 1047 0 0 1 1047 1 1047 0.0 1972 WP_104333814.1 WP_104333814.1 100 205 0 0 1 205 1 205 3.01e-139 385 WP_104333814.1 ORV24296.1 32.8 189 118 2 21 205 4 187 2.60e-18 77.4 WP_087759142.1 WP_087759142.1 100 498 0 0 1 498 1 498 0.0 981 WP_087759142.1 WP_265102281.1 98.9 264 3 0 235 498 5 268 1.04e-182 510 WP_087759142.1 MBQ3867797.1 29.6 287 170 9 213 471 260 542 1.79e-12 67.8 WP_087759142.1 MCE1252202.1 22.9 240 153 8 5 227 17 241 1.86e-05 45.4 GLH03554.1 GLH03554.1 100 433 0 0 1 433 1 433 4.53e-320 862 GLH03554.1 RLG01914.1 35.5 62 29 1 3 53 4 65 6.08e-06 42.7 MBW6524271.1 MBW6524271.1 100 229 0 0 1 229 1 229 6.09e-169 462 MBW6524271.1 WP_170365402.1 30.7 202 138 2 29 229 32 232 9.96e-28 104 MBK8955603.1 MBK8955603.1 100 262 0 0 1 262 1 262 1.32e-184 505 MBK8955603.1 QLL10545.1 43.5 260 144 3 3 259 18 277 3.32e-72 221 MBK8955603.1 EJV0278763.1 31.8 255 161 4 1 248 1 249 3.44e-29 109 MBK8955603.1 WP_204638884.1 29.6 199 131 4 3 200 4 194 1.60e-17 78.2 MBK8955603.1 WP_097275324.1 27.3 238 146 8 33 248 187 419 1.16e-12 65.5 MBK8955603.1 WP_231587592.1 24.1 191 105 3 9 161 12 200 2.48e-07 49.3 ERO62343.1 ERO62343.1 100 335 0 0 1 335 1 335 8.29e-236 640 ERO62343.1 WP_111479522.1 41.3 322 184 2 14 330 29 350 8.45e-68 215 KNZ61865.1 KNZ61865.1 100 92 0 0 1 92 1 92 7.20e-61 178 KKT69527.1 KKT69527.1 100 261 0 0 1 261 1 261 7.05e-184 503 XP_045788843.1 XP_045788843.1 100 150 0 0 1 150 1 150 6.16e-112 312 CEP11827.1 CEP11827.1 100 404 0 0 1 404 1 404 1.69e-256 699 MCS7015141.1 MCS7015141.1 100 466 0 0 1 466 1 466 0.0 902 MCS7015141.1 MBW8896250.1 29.0 200 118 6 1 183 12 204 7.78e-14 69.3 MCS7015141.1 WP_125933644.1 30.5 154 83 7 2 134 44 194 2.46e-05 44.7 WP_276507912.1 WP_276507912.1 100 530 0 0 1 530 1 530 0.0 1046 WP_240732162.1 WP_240732162.1 100 118 0 0 1 118 1 118 2.67e-84 239 XP_027061846.1 XP_027061846.1 100 440 0 0 1 440 1 440 0.0 915 MBV8380961.1 MBV8380961.1 100 671 0 0 1 671 1 671 0.0 1384 WP_136095406.1 WP_136095406.1 100 760 0 0 1 760 1 760 0.0 1482 WP_136095406.1 WP_029789810.1 46.5 706 295 12 114 742 155 854 5.45e-194 571 WP_136095406.1 MBP6786080.1 46.8 692 272 10 110 719 153 830 2.06e-190 562 WP_136095406.1 KAF6257731.1 46.2 689 272 16 120 721 163 839 9.31e-170 511 WP_136095406.1 MBL8103469.1 54.5 301 122 6 103 395 151 444 3.85e-93 296 WP_136095406.1 KAI7727618.1 51.1 282 104 3 120 398 165 415 3.44e-75 259 WP_136095406.1 KPK79043.1 29.1 612 363 14 120 726 152 697 3.19e-66 231 WP_136095406.1 MCH2804017.1 65.4 78 27 0 469 546 2 79 6.62e-29 108 WP_006004624.1 WP_006004624.1 100 364 0 0 1 364 1 364 2.59e-265 717 WP_006004624.1 MBQ7739147.1 66.6 362 119 1 1 362 1 360 2.56e-172 482 WP_210212399.1 WP_210212399.1 100 337 0 0 1 337 1 337 1.15e-243 660 WP_210212399.1 WP_101936735.1 34.9 318 206 1 1 318 1 317 9.12e-56 182 WP_210212399.1 MBY5764273.1 25.0 76 57 0 224 299 246 321 3.05e-04 40.4 WP_210212399.1 WP_232306300.1 21.2 151 114 2 169 318 1223 1369 7.88e-04 39.7 EIK8394933.1 EIK8394933.1 100 933 0 0 1 933 1 933 0.0 1717 WP_137255610.1 WP_137255610.1 100 301 0 0 1 301 1 301 1.31e-224 609 MBT3459617.1 MBT3459617.1 100 225 0 0 1 225 1 225 1.17e-155 429 MBT3459617.1 WP_060613079.1 54.5 222 101 0 1 222 359 580 8.22e-74 232 MBT3459617.1 WP_011512097.1 47.1 223 117 1 1 223 361 582 1.50e-55 184 MBT3459617.1 MBQ8297564.1 40.8 218 128 1 1 218 350 566 1.34e-49 168 MBT3459617.1 NFD84694.1 39.9 228 131 2 1 223 539 765 2.20e-48 167 MBT3459617.1 WP_036258374.1 40.9 225 132 1 1 225 344 567 6.70e-47 161 MBT3459617.1 KAI7371949.1 46.9 207 106 4 3 207 669 873 4.17e-46 161 MBT3459617.1 WP_247749043.1 37.6 221 134 2 1 217 374 594 1.24e-41 147 MBT3459617.1 KAI9191373.1 50.3 165 81 1 1 165 413 576 5.03e-41 147 MBT3459617.1 WP_222599035.1 36.8 204 128 1 5 208 486 688 1.83e-38 139 WP_222256467.1 WP_222256467.1 100 431 0 0 1 431 1 431 9.11e-320 861 WP_029080824.1 WP_029080824.1 100 234 0 0 1 234 1 234 1.17e-164 452 WP_174951329.1 WP_174951329.1 100 364 0 0 1 364 1 364 1.83e-265 718 WP_174951329.1 WP_226800426.1 43.7 355 177 9 19 364 50 390 2.79e-78 244 MBO0691049.1 MBO0691049.1 100 360 0 0 1 360 1 360 5.29e-272 734 MBO0691049.1 WP_095556548.1 32.8 360 210 10 1 328 42 401 2.52e-33 126 MCU0423654.1 MCU0423654.1 100 166 0 0 1 166 1 166 5.74e-127 351 WP_239588825.1 WP_239588825.1 100 248 0 0 1 248 1 248 1.87e-177 486 WP_120575284.1 WP_120575284.1 100 149 0 0 1 149 1 149 9.12e-109 304 WP_200162023.1 WP_200162023.1 100 96 0 0 1 96 1 96 2.17e-66 192 WP_216576398.1 WP_216576398.1 100 250 0 0 1 250 1 250 1.74e-183 501 WP_216576398.1 KAA0785577.1 42.0 245 141 1 1 244 1 245 1.03e-60 190 WP_216576398.1 EAG5222239.1 38.1 247 150 3 1 244 1 247 4.99e-53 170 WP_216576398.1 WP_067032591.1 37.2 242 150 1 3 244 2 241 1.88e-50 164 CAF3478760.1 CAF3478760.1 100 524 0 0 1 524 1 524 0.0 1059 CAF3478760.1 XP_013258388.1 46.9 475 251 1 28 502 154 627 1.58e-157 463 CAF3478760.1 MBV8174008.1 33.5 376 229 7 127 501 41 396 3.39e-54 186 PKI91935.1 PKI91935.1 100 331 0 0 1 331 1 331 2.77e-232 631 SMS09381.1 SMS09381.1 100 447 0 0 1 447 1 447 0.0 904 WP_146207192.1 WP_146207192.1 100 207 0 0 1 207 1 207 8.08e-154 422 WP_132336079.1 WP_132336079.1 100 60 0 0 1 60 1 60 3.65e-42 129 XP_022816306.1 XP_022816306.1 100 396 0 0 1 396 1 396 3.78e-249 679 WP_247429569.1 WP_247429569.1 100 260 0 0 1 260 1 260 3.37e-186 509 WP_247429569.1 WP_256546297.1 35.5 248 153 3 17 257 24 271 7.85e-46 153 WP_247429569.1 WP_221977168.1 36.1 241 153 1 17 256 16 256 2.93e-45 151 WP_247429569.1 WP_276362074.1 34.8 256 146 3 15 256 3 251 5.13e-42 142 WP_247429569.1 MBR7834804.1 35.3 241 147 3 17 256 18 250 6.92e-36 127 WP_247429569.1 WP_159463829.1 33.9 251 147 4 9 256 350 584 1.06e-30 118 WP_247429569.1 WP_222599035.1 28.4 215 143 5 32 244 482 687 2.72e-18 82.4 WP_247429569.1 MWR41881.1 29.3 222 139 9 34 248 46 256 1.16e-17 78.6 WP_247429569.1 WP_173040157.1 26.6 244 130 7 6 235 280 488 5.10e-14 69.7 WP_247429569.1 WP_089095302.1 28.0 218 126 9 17 230 315 505 2.97e-09 55.5 SFW06215.1 SFW06215.1 100 43 0 0 1 43 1 43 4.37e-24 84.7 WP_137512405.1 WP_137512405.1 100 366 0 0 1 366 1 366 3.34e-278 750 WP_137512405.1 EEY3543156.1 98.6 366 5 0 1 366 1 366 5.67e-264 739 WP_137512405.1 ECI3309320.1 79.0 366 77 0 1 366 1 366 1.59e-216 614 WP_137512405.1 EFQ4765027.1 79.0 366 77 0 1 366 1 366 4.24e-216 614 WP_137512405.1 EEO7917989.1 73.5 366 97 0 1 366 1 366 5.58e-200 579 WP_137512405.1 WP_154599351.1 35.9 368 228 6 4 365 10 375 8.14e-70 235 WP_137512405.1 WP_042959984.1 82.2 101 18 0 103 203 1 101 1.06e-54 173 WP_137512405.1 WP_181865219.1 96.4 55 2 0 312 366 1 55 4.49e-32 120 WP_211254406.1 WP_211254406.1 100 87 0 0 1 87 1 87 4.44e-64 186 EJU2993617.1 EJU2993617.1 100 368 0 0 1 368 1 368 9.74e-263 711 UXE63572.1 UXE63572.1 100 181 0 0 1 181 1 181 4.60e-129 358 WP_196954680.1 WP_196954680.1 100 271 0 0 1 271 1 271 6.81e-134 377 RYP53376.1 RYP53376.1 100 327 0 0 1 327 1 327 1.42e-257 695 WP_153811865.1 WP_153811865.1 100 245 0 0 1 245 1 245 8.00e-182 496 WP_236689647.1 WP_236689647.1 100 258 0 0 1 258 1 258 8.63e-188 513 MSQ41299.1 MSQ41299.1 100 137 0 0 1 137 1 137 1.02e-97 275 WP_124548640.1 WP_124548640.1 100 161 0 0 1 161 1 161 6.51e-126 348 WP_124548640.1 WP_203201698.1 34.9 149 83 5 14 158 14 152 1.61e-18 75.9 WP_274773199.1 WP_274773199.1 100 274 0 0 1 274 1 274 2.54e-188 515 WP_200156222.1 WP_200156222.1 100 278 0 0 1 278 1 278 1.58e-218 592 KJF42781.1 KJF42781.1 100 71 0 0 1 71 1 71 3.69e-49 147 WP_149069943.1 WP_149069943.1 100 91 0 0 1 91 1 91 3.57e-65 189 EHW5693237.1 EHW5693237.1 100 149 0 0 1 149 1 149 3.86e-101 285 KAJ5060329.1 KAJ5060329.1 100 529 0 0 1 529 1 529 0.0 1073 KAJ5060329.1 KAG9084682.1 32.3 424 261 7 64 472 18 430 5.99e-75 242 KAJ5060329.1 PWI72242.1 28.0 514 327 15 9 510 20 502 5.00e-51 181 KAJ5060329.1 XP_046922164.1 24.7 511 290 17 7 499 16 449 6.85e-27 111 QWY38042.1 QWY38042.1 100 400 0 0 1 400 1 400 2.12e-305 822 QWY38042.1 AFV39595.1 94.8 400 21 0 1 400 54 453 3.46e-285 794 QWY38042.1 AFJ09957.1 91.3 400 35 0 1 400 1 400 3.09e-283 766 QWY38042.1 ACY29573.1 90.8 400 37 0 1 400 1 400 8.24e-282 764 QWY38042.1 ACH90072.1 89.8 352 36 0 1 352 29 380 9.49e-247 673 QWY38042.1 BAO11608.1 91.2 339 30 0 1 339 1 339 1.79e-241 658 QWY38042.1 BAO23243.1 90.4 343 33 0 1 343 1 343 3.44e-240 655 QWY38042.1 AVA00513.1 89.7 339 35 0 1 339 1 339 1.64e-237 648 QWY38042.1 AOW36968.1 87.1 333 43 0 17 349 1 333 8.56e-227 620 QWY38042.1 AOW33101.1 92.8 318 23 0 17 334 1 318 8.10e-226 617 WP_013133580.1 WP_013133580.1 100 209 0 0 1 209 1 209 4.67e-154 423 WP_261132050.1 WP_261132050.1 100 268 0 0 1 268 1 268 4.79e-190 519 WP_261132050.1 MBI5683150.1 44.6 260 135 6 4 258 26 281 3.34e-59 188 MBQ4139225.1 MBQ4139225.1 100 174 0 0 1 174 1 174 7.70e-120 334 MBQ4139225.1 WP_047430984.1 33.3 171 110 2 3 173 504 670 9.72e-25 98.2 MBQ4139225.1 MBY7869037.1 31.4 172 117 1 3 174 499 669 1.32e-24 97.8 KAJ6827980.1 KAJ6827980.1 100 528 0 0 1 528 1 528 0.0 895 MBQ2444858.1 MBQ2444858.1 100 117 0 0 1 117 1 117 2.68e-79 227 MBO4463451.1 MBO4463451.1 100 178 0 0 1 178 1 178 8.00e-133 367 MBO4463451.1 MBU2643279.1 34.8 89 56 1 17 103 17 105 5.13e-17 74.3 MCB0447740.1 MCB0447740.1 100 309 0 0 1 309 1 309 1.43e-232 630 MCB0447740.1 WP_090770466.1 38.4 99 53 4 8 105 5 96 1.21e-10 59.7 MCB0447740.1 WP_115748516.1 27.9 111 76 2 7 116 3 110 6.88e-09 54.3 MCB0447740.1 HBK1877356.1 31.8 85 54 2 8 91 6 87 6.02e-06 45.8 MCB0447740.1 WP_252264110.1 33.0 103 65 2 7 107 2 102 1.17e-05 43.5 XP_016452348.1 XP_016452348.1 100 536 0 0 1 536 1 536 0.0 1070 XP_016452348.1 MCK5302212.1 28.1 452 300 7 56 506 18 445 2.36e-43 158 XP_016452348.1 TDJ69718.1 25.1 431 288 15 72 495 22 424 1.37e-24 104 WP_063417119.1 WP_063417119.1 100 891 0 0 1 891 1 891 0.0 1723 WP_063417119.1 MBM4836391.1 31.9 382 227 7 456 836 23 372 1.67e-47 172 WP_063417119.1 MBK7837454.1 32.5 332 194 7 457 786 9 312 3.73e-41 152 WP_063417119.1 PZN79281.1 28.8 389 243 15 455 836 10 371 2.34e-25 107 WP_063417119.1 MBE0479857.1 26.5 377 231 11 456 820 8 350 1.46e-21 96.3 KAF1483258.1 KAF1483258.1 100 404 0 0 1 404 1 404 6.84e-304 818 KAF1483258.1 WP_160748510.1 27.5 262 133 7 119 380 130 334 4.95e-18 83.2 KAF1483258.1 MCI8828397.1 37.4 99 56 2 116 212 101 195 4.15e-11 62.0 ROW03190.1 ROW03190.1 100 477 0 0 1 477 1 477 2.82e-308 836 ROW03190.1 XP_029439375.1 46.9 162 83 3 1 160 52 212 1.77e-43 154 ROW03190.1 KAJ0483518.1 45.7 70 34 1 31 96 1 70 1.83e-14 66.6 ROW03190.1 XP_044366249.1 31.4 175 105 6 1 160 513 687 3.53e-12 67.0 ROW03190.1 WP_007337172.1 34.2 79 50 1 1 77 57 135 1.11e-10 59.3 ROW03190.1 XP_045702922.1 42.0 50 29 0 1 50 373 422 1.34e-06 48.9 ROW03190.1 GFY83906.1 37.1 89 39 4 82 163 39 117 4.38e-06 44.7 WP_241566677.1 WP_241566677.1 100 357 0 0 1 357 1 357 3.58e-273 737 WP_233178716.1 WP_233178716.1 100 96 0 0 1 96 1 96 4.95e-63 184 WP_215152714.1 WP_215152714.1 100 420 0 0 1 420 1 420 2.65e-316 851 WP_215152714.1 WP_037889990.1 35.8 388 235 6 32 416 54 430 3.25e-61 202 WP_215152714.1 MBP2355331.1 34.5 388 242 6 30 414 20 398 4.70e-54 183 MBO5433620.1 MBO5433620.1 100 159 0 0 1 159 1 159 1.08e-105 297 XP_040967143.1 XP_040967143.1 100 454 0 0 1 454 1 454 0.0 887 WP_278781114.1 WP_278781114.1 100 1704 0 0 1 1704 1 1704 0.0 3436 WP_278781114.1 MCK4236496.1 32.7 104 49 2 94 197 59 141 9.29e-09 54.7 XP_014204645.1 XP_014204645.1 100 750 0 0 1 750 1 750 0.0 992 WP_275765493.1 WP_275765493.1 100 251 0 0 1 251 1 251 8.39e-139 388 WP_136332629.1 WP_136332629.1 100 232 0 0 1 232 1 232 1.74e-165 454 OFI40104.1 OFI40104.1 100 100 0 0 1 100 1 100 6.61e-63 184 HBA9856909.1 HBA9856909.1 100 90 0 0 1 90 1 90 2.17e-61 179 WP_012147640.1 WP_012147640.1 100 105 0 0 1 105 1 105 2.15e-77 221 WP_045121741.1 WP_045121741.1 100 455 0 0 1 455 1 455 4.31e-320 864 WP_045121741.1 NBW79235.1 27.9 433 293 4 19 445 21 440 5.97e-35 133 CZT45482.1 CZT45482.1 100 933 0 0 1 933 1 933 0.0 1688 CZT45482.1 XP_023589550.1 40.6 762 375 14 81 832 90 783 3.65e-155 478 CZT45482.1 RSL59427.1 35.8 400 217 4 89 486 63 424 3.87e-69 236 CZT45482.1 GEU53557.1 32.8 378 206 6 92 461 101 438 1.01e-53 196 CZT45482.1 MBA0549662.1 28.1 398 246 3 89 486 22 379 7.16e-53 188 CZT45482.1 NQR19375.1 30.6 409 243 5 89 494 3 373 5.19e-50 181 CZT45482.1 XP_055095726.1 27.1 436 225 10 98 467 195 603 3.74e-26 113 CZT45482.1 ERE79785.1 26.0 381 202 10 87 458 124 433 1.54e-21 97.4 MCD6247767.1 MCD6247767.1 100 174 0 0 1 174 1 174 1.43e-115 323 MBL0720829.1 MBL0720829.1 100 125 0 0 1 125 1 125 2.31e-77 223 WP_281562017.1 WP_281562017.1 100 646 0 0 1 646 1 646 0.0 1165 WP_281562017.1 MBP1327478.1 36.2 229 122 8 97 320 72 281 7.96e-30 117 MBF1128433.1 MBF1128433.1 100 618 0 0 1 618 1 618 0.0 1148 MBF1128433.1 WP_281919021.1 35.4 257 161 2 10 261 12 268 5.35e-47 171 MBF1128433.1 MBP7829117.1 35.6 261 167 1 9 269 54 313 4.30e-44 167 MBF1128433.1 GIW70618.1 35.8 260 159 3 10 261 48 307 4.97e-39 152 MBF1128433.1 WP_106546380.1 33.8 317 176 11 2 295 6 311 4.36e-35 137 MBF1128433.1 KZT58963.1 29.0 252 157 6 16 253 1084 1327 2.11e-19 91.3 MBF1128433.1 RQM16216.1 26.8 257 184 1 3 259 396 648 2.72e-19 90.5 MBF1128433.1 KAJ7903702.1 25.1 247 181 3 10 255 23 266 3.25e-19 89.0 MBF1128433.1 XP_051566275.1 27.2 206 143 5 10 212 1242 1442 2.06e-18 88.2 MBF1128433.1 EYU24504.1 22.9 236 152 2 4 209 183 418 1.33e-13 72.0 WP_045308192.1 WP_045308192.1 100 212 0 0 1 212 1 212 9.43e-160 438 WP_045308192.1 EHD1229023.1 59.9 142 53 2 1 138 1 142 7.12e-58 177 AAZ67085.1 AAZ67085.1 100 80 0 0 1 80 1 80 9.46e-56 164 WP_154454910.1 WP_154454910.1 100 317 0 0 1 317 1 317 2.90e-236 640 WP_274915895.1 WP_274915895.1 100 238 0 0 1 238 1 238 9.60e-166 455 WP_274915895.1 WP_192558464.1 32.5 212 124 5 24 226 21 222 4.46e-15 70.5 WP_274915895.1 WP_017549704.1 31.6 155 99 3 25 177 15 164 3.93e-14 67.8 WP_274915895.1 WP_234080888.1 29.2 171 92 5 18 182 26 173 5.83e-07 47.4 WP_274915895.1 WP_169054812.1 26.2 206 125 4 26 226 30 213 1.49e-05 43.1 WP_274915895.1 WP_123470196.1 33.3 72 48 0 25 96 15 86 1.87e-04 39.7 OHX54041.1 OHX54041.1 100 151 0 0 1 151 1 151 1.63e-103 291 XP_022216402.2 XP_022216402.2 100 535 0 0 1 535 1 535 2.22e-288 790 WP_165724099.1 WP_165724099.1 100 275 0 0 1 275 1 275 1.73e-191 523 WP_165724099.1 MCF8449868.1 30.4 260 162 5 4 262 3 244 1.92e-30 112 WP_165724099.1 MPZ95749.1 31.3 227 125 3 3 227 10 207 3.28e-27 104 MBN8606766.1 MBN8606766.1 100 820 0 0 1 820 1 820 0.0 1504 MBN8606766.1 PSQ73325.1 28.7 544 334 14 310 815 323 850 2.61e-40 158 MBN8606766.1 EDN57974.1 39.6 227 126 5 579 798 398 620 1.45e-37 150 MBN8606766.1 TAL20232.1 36.0 239 141 3 574 804 223 457 2.63e-37 147 MBN8606766.1 WP_138482356.1 40.4 228 131 3 579 804 412 636 6.98e-35 141 MBN8606766.1 WP_007356512.1 35.8 257 135 7 574 804 737 989 3.20e-34 139 MBN8606766.1 TMG86695.1 39.1 115 65 2 692 805 159 269 1.45e-17 82.4 MBN8606766.1 MBS1636088.1 27.9 240 148 6 576 804 94 319 5.70e-16 78.2 MBN8606766.1 MBN1819552.1 25.9 228 164 4 581 805 338 563 2.44e-15 78.2 MBN8606766.1 WP_191131110.1 29.0 231 139 8 589 805 138 357 7.22e-12 66.2 KAJ7773233.1 KAJ7773233.1 100 836 0 0 1 836 1 836 0.0 1657 MCQ2156413.1 MCQ2156413.1 100 337 0 0 1 337 1 337 2.13e-239 650 MCQ2156413.1 HAR7369715.1 37.1 329 188 6 1 313 136 461 2.77e-65 211 MCQ2156413.1 EPR30609.1 38.3 313 184 6 1 310 116 422 3.96e-64 207 MCQ2156413.1 WP_132517191.1 37.3 295 152 4 46 310 196 487 1.61e-52 179 MCQ2156413.1 MBR4705654.1 34.3 236 142 7 31 263 165 390 6.68e-28 111 WP_089246429.1 WP_089246429.1 100 515 0 0 1 515 1 515 0.0 989 WP_089246429.1 WP_150396769.1 34.6 491 310 7 8 496 28 509 7.02e-89 280 WP_089246429.1 MBO5162475.1 36.5 485 281 12 10 481 4 474 1.87e-82 263 WP_089246429.1 WP_185334683.1 30.6 500 323 10 9 499 9 493 1.91e-65 219 WP_089246429.1 GBD21053.1 32.0 481 304 10 9 478 31 499 7.91e-61 207 WP_089246429.1 WP_221265680.1 30.7 228 133 5 10 230 25 234 2.87e-17 81.3 WP_089246429.1 WP_197521413.1 31.4 220 120 4 11 225 13 206 3.91e-17 80.1 WP_089246429.1 WP_071876418.1 22.9 510 313 18 15 471 16 498 7.32e-16 78.6 WP_089246429.1 WP_152652784.1 28.4 225 143 7 3 224 4 213 1.97e-15 75.5 WP_089246429.1 WP_153844272.1 21.7 498 338 17 7 480 8 477 6.24e-10 59.7 VDO63589.1 VDO63589.1 100 160 0 0 1 160 1 160 7.77e-72 211 VDO63589.1 WP_284053701.1 37.2 78 45 1 17 90 61 138 1.19e-09 53.9 WP_098642363.1 WP_098642363.1 100 574 0 0 1 574 1 574 0.0 1115 WP_098642363.1 WP_091423297.1 23.7 434 268 14 169 568 180 584 1.41e-19 90.9 MBA2651112.1 MBA2651112.1 100 64 0 0 1 64 1 64 1.51e-36 115 MBA2651112.1 WP_066476002.1 51.9 52 25 0 1 52 1 52 1.91e-10 49.3 UCP72061.1 UCP72061.1 100 7096 0 0 1 7096 1 7096 0.0 13999 UCP72061.1 UBD95131.1 98.9 7096 81 0 1 7096 1 7096 0.0 13989 UCP72061.1 UEC52718.1 98.8 7096 84 0 1 7096 1 7096 0.0 13982 UCP72061.1 QWC83326.1 98.7 7096 90 0 1 7096 1 7096 0.0 13973 UCP72061.1 UBP50947.1 98.7 7096 91 0 1 7096 1 7096 0.0 13971 UCP72061.1 WEU87158.1 98.7 7096 92 0 1 7096 1 7096 0.0 13967 UCP72061.1 QVD87869.1 98.6 7096 93 1 1 7096 1 7093 0.0 13956 UCP72061.1 UMF87224.1 98.3 7096 115 2 1 7096 1 7092 0.0 13946 UCP72061.1 WHE12941.1 97.0 7070 206 1 27 7096 1 7067 0.0 13637 UCP72061.1 WAS49087.1 89.3 7096 753 1 1 7096 1 7093 0.0 12339 WP_070709792.1 WP_070709792.1 100 283 0 0 1 283 1 283 5.55e-176 485 MCI0750124.1 MCI0750124.1 100 386 0 0 1 386 1 386 3.71e-292 787 MCI0750124.1 WP_002655233.1 27.4 241 140 10 110 347 282 490 3.98e-16 78.2 MBR6483218.1 MBR6483218.1 100 294 0 0 1 294 1 294 2.36e-228 618 MCA8947870.1 MCA8947870.1 100 632 0 0 1 632 1 632 0.0 1305 WP_244356123.1 WP_244356123.1 100 152 0 0 1 152 1 152 7.15e-103 289 WP_244356123.1 WP_097574091.1 45.7 94 51 0 59 152 42 135 8.77e-25 91.7 HBJ0687394.1 HBJ0687394.1 100 376 0 0 1 376 1 376 1.70e-251 684 MBQ2719788.1 MBQ2719788.1 100 574 0 0 1 574 1 574 0.0 1108 MBQ2719788.1 NWT28302.1 32.8 545 335 12 37 561 25 558 5.94e-72 239 MBQ2719788.1 MBL7151874.1 26.9 521 288 18 35 546 1 437 7.19e-35 135 MBQ2719788.1 WP_264593810.1 25.9 317 185 11 57 369 24 294 1.84e-11 64.7 MBQ2719788.1 WP_011739125.1 22.7 537 301 20 43 567 5 439 6.34e-05 43.9 GFD16573.1 GFD16573.1 100 163 0 0 1 163 1 163 9.20e-118 328 GFD16573.1 GFB08691.1 84.1 44 7 0 120 163 2 45 3.25e-20 81.3 MBS4051699.1 MBS4051699.1 100 224 0 0 1 224 1 224 5.00e-161 442 MBS4051699.1 MPT31245.1 25.7 206 145 4 9 210 8 209 2.31e-18 78.6 MBT4867863.1 MBT4867863.1 100 69 0 0 1 69 1 69 7.06e-44 134 WP_211354231.1 WP_211354231.1 100 160 0 0 1 160 1 160 3.10e-110 308 HAM57133.1 HAM57133.1 100 66 0 0 1 66 1 66 7.85e-42 128 HAM57133.1 MBN2192743.1 48.4 62 32 0 5 66 6 67 3.77e-14 63.2 HAM57133.1 WP_282467912.1 42.9 63 35 1 3 64 2 64 8.46e-10 50.8 NMO74192.1 NMO74192.1 100 435 0 0 1 435 1 435 5.80e-314 847 MBQ8462807.1 MBQ8462807.1 100 823 0 0 1 823 1 823 0.0 1696 MBQ8462807.1 WP_070723361.1 57.0 823 311 9 1 815 1 788 0.0 914 TEA36026.1 TEA36026.1 100 349 0 0 1 349 1 349 2.77e-257 696 TEA36026.1 KAI8569196.1 55.3 257 108 4 69 320 12 266 8.87e-97 286 WP_205173112.1 WP_205173112.1 100 467 0 0 1 467 1 467 0.0 900 WP_205173112.1 WP_272906673.1 35.6 340 195 4 148 464 140 478 8.60e-64 212 WP_205173112.1 WP_164653811.1 37.5 317 180 5 145 459 164 464 2.11e-62 208 WP_205173112.1 WP_175896721.1 38.1 318 176 3 148 459 148 450 4.29e-60 202 WP_205173112.1 MBP7222158.1 34.6 321 202 5 147 463 1 317 7.84e-58 192 WP_205173112.1 WP_271786410.1 35.9 337 195 6 148 467 8 340 8.38e-57 190 WP_205173112.1 WP_124213670.1 41.8 249 141 3 142 389 126 371 4.87e-56 191 WP_205173112.1 KNY10996.1 40.2 214 127 1 166 379 12 224 4.12e-51 174 WP_205173112.1 WP_278449211.1 31.0 232 153 3 148 377 145 371 1.87e-38 144 CEL11538.1 CEL11538.1 100 230 0 0 1 230 1 230 2.68e-168 461 XP_018282977.1 XP_018282977.1 100 534 0 0 1 534 1 534 0.0 1015 XP_018282977.1 WP_254218450.1 30.6 353 224 7 121 466 174 512 7.79e-38 144 XP_018282977.1 MBL0967454.1 29.8 322 214 4 131 452 1 310 4.17e-33 127 XP_018282977.1 MBI3145102.1 26.0 431 276 11 44 455 2 408 3.94e-25 106 XP_018282977.1 KAH9272690.1 33.3 60 40 0 86 145 53 112 6.76e-05 41.2 KJS39335.1 KJS39335.1 100 77 0 0 1 77 1 77 6.85e-50 149 WP_276369440.1 WP_276369440.1 100 372 0 0 1 372 1 372 1.31e-278 752 WP_276369440.1 MCH8293010.1 27.5 247 161 8 41 281 2 236 1.10e-18 84.3 WP_276369440.1 MCK9252526.1 26.8 220 143 8 31 233 3 221 1.91e-08 53.9 WP_276369440.1 CDE36962.1 26.1 165 86 7 88 226 46 200 7.78e-08 52.0 WP_276369440.1 EFX2174330.1 25.3 170 112 6 42 206 5 164 1.52e-06 47.8 WP_276369440.1 MCP4974199.1 23.1 160 115 3 82 233 37 196 1.72e-06 47.8 WP_276369440.1 CDD38815.1 24.7 81 61 0 108 188 194 274 1.07e-05 45.4 GGN43478.1 GGN43478.1 100 69 0 0 1 69 1 69 1.53e-47 143 WP_049599782.1 WP_049599782.1 100 393 0 0 1 393 1 393 3.16e-267 725 MBE6348968.1 MBE6348968.1 100 687 0 0 1 687 1 687 0.0 1365 MBE6348968.1 WP_012573472.1 45.3 684 359 8 8 683 501 1177 1.24e-196 585 MBE6348968.1 WP_070770047.1 42.7 679 372 10 5 676 495 1163 2.94e-181 547 MBE6348968.1 NJD91181.1 43.0 700 363 13 5 685 419 1101 4.29e-170 514 MBE6348968.1 WP_156009076.1 40.5 686 385 11 10 682 498 1173 1.52e-161 495 WP_004699236.1 WP_004699236.1 100 448 0 0 1 448 1 448 0.0 869 WP_004699236.1 WP_006305873.1 32.8 460 279 9 10 447 9 460 3.29e-68 223 WP_004699236.1 MBU0883769.1 29.1 378 218 19 6 357 15 368 3.75e-13 69.3 WP_004699236.1 MBI5098096.1 24.7 291 189 11 58 326 54 336 6.00e-10 59.3 NOT18216.1 NOT18216.1 100 615 0 0 1 615 1 615 0.0 1191 NOT18216.1 WP_021479352.1 33.1 632 381 10 5 613 534 1146 2.77e-97 320 NOT18216.1 ECN6431251.1 64.8 122 43 0 43 164 1 122 2.37e-53 176 UUS71569.1 UUS71569.1 100 1273 0 0 1 1273 1 1273 0.0 1454 UUS71569.1 UIX40308.1 67.2 1273 416 1 1 1273 1 1271 0.0 1432 UUS71569.1 USL51576.1 70.2 1273 376 1 1 1273 1 1270 0.0 1430 UUS71569.1 UDK40309.1 67.6 1273 411 1 1 1273 1 1271 0.0 1429 UUS71569.1 UBN63752.1 71.3 1273 362 2 1 1273 1 1270 0.0 1424 UUS71569.1 UZH89542.1 75.6 1273 309 1 1 1273 1 1271 0.0 1422 UUS71569.1 UYC71619.1 66.5 1273 422 2 1 1273 1 1268 0.0 1422 UUS71569.1 UHB14670.1 66.1 1273 429 1 1 1273 1 1271 0.0 1419 UUS71569.1 UGX22439.1 60.9 1326 410 4 1 1273 1 1271 0.0 1311 UUS71569.1 QXI91160.1 95.2 747 36 0 527 1273 526 1272 0.0 1306 VEL25898.1 VEL25898.1 100 99 0 0 1 99 1 99 1.98e-59 175 WP_280938002.1 WP_280938002.1 100 414 0 0 1 414 1 414 4.55e-314 845 WP_280938002.1 WP_244311009.1 57.4 404 171 1 12 414 8 411 8.61e-172 485 WP_280938002.1 WP_215638040.1 26.1 398 255 16 31 412 19 393 2.77e-27 110 WP_280938002.1 MCJ7486393.1 34.2 187 116 2 77 263 51 230 6.87e-27 108 WP_280938002.1 CAH1968295.1 28.2 316 184 10 133 414 1 307 9.92e-27 107 WP_280938002.1 MBE3116889.1 27.6 105 64 3 88 190 77 171 3.43e-06 45.4 MBI5809191.1 MBI5809191.1 100 158 0 0 1 158 1 158 1.13e-111 312 MBI5809191.1 TAL20232.1 39.4 66 36 2 75 137 533 597 2.24e-08 50.4 MBI5809191.1 MCL7714424.1 25.2 123 88 3 31 151 2 122 1.21e-07 47.8 WP_064441345.1 WP_064441345.1 100 155 0 0 1 155 1 155 2.18e-94 268 WP_163968309.1 WP_163968309.1 100 677 0 0 1 677 1 677 0.0 1253 CVV42982.1 CVV42982.1 100 303 0 0 1 303 1 303 4.08e-49 164 CVV42982.1 CEY44168.1 87.8 41 5 0 263 303 170 210 9.30e-04 38.1 WP_167239634.1 WP_167239634.1 100 234 0 0 1 234 1 234 5.62e-172 471 WP_167239634.1 NCO19736.1 52.6 232 105 3 1 229 1 230 1.80e-75 226 WP_167239634.1 WP_182544916.1 28.1 160 111 3 4 161 26 183 1.38e-13 67.8 WP_167239634.1 WP_079458535.1 41.2 97 50 4 4 98 140 231 9.38e-13 64.7 WP_142725797.1 WP_142725797.1 100 639 0 0 1 639 1 639 0.0 1276 WP_189821229.1 WP_189821229.1 100 92 0 0 1 92 1 92 1.51e-62 182 NWY11222.1 NWY11222.1 100 156 0 0 1 156 1 156 5.19e-107 300 NWY11222.1 KAG4074423.1 61.0 59 23 0 10 68 63 121 6.35e-15 67.0 NWY11222.1 XP_041922209.1 56.5 62 27 0 12 73 155 216 8.01e-15 68.6 NWY11222.1 XP_009464764.1 52.6 57 27 0 12 68 277 333 1.29e-12 62.4 NWY11222.1 NWT80859.1 43.8 73 38 1 4 73 138 210 3.49e-10 55.1 WP_169605852.1 WP_169605852.1 100 72 0 0 1 72 1 72 9.23e-50 150 WP_207918089.1 WP_207918089.1 100 252 0 0 1 252 1 252 1.49e-185 506 WP_207918089.1 MXP43753.1 63.1 252 92 1 2 252 11 262 1.34e-112 322 WP_207918089.1 WP_174822921.1 61.2 250 96 1 4 252 6 255 1.09e-107 310 WP_207918089.1 OAN53756.1 61.4 246 94 1 8 252 14 259 5.23e-102 295 WP_207918089.1 MBC7326981.1 54.0 250 114 1 4 252 5 254 5.57e-98 285 WP_207918089.1 WP_158791585.1 57.0 251 105 3 4 252 3 252 2.99e-97 283 WP_207918089.1 MWR41881.1 33.1 248 151 7 3 247 26 261 5.49e-33 119 WP_207918089.1 WP_072380563.1 29.6 247 160 6 6 247 2 239 2.36e-28 106 WP_207918089.1 WP_276362074.1 26.4 220 144 6 11 218 10 223 6.03e-17 76.3 WP_207918089.1 WP_281543397.1 29.5 207 132 8 20 225 4 197 9.26e-17 76.3 WP_100081012.1 WP_100081012.1 100 97 0 0 1 97 1 97 6.71e-66 191 WP_014407515.1 WP_014407515.1 100 299 0 0 1 299 1 299 2.80e-209 570 WP_014407515.1 MBK9183427.1 37.1 275 158 5 6 266 11 284 2.60e-44 152 WP_014407515.1 MCQ2612024.1 32.5 280 161 8 9 266 11 284 7.35e-34 124 WP_014407515.1 WP_126136917.1 33.6 274 163 7 7 269 12 277 8.01e-31 115 WP_158131988.1 WP_158131988.1 100 659 0 0 1 659 1 659 0.0 1230 WP_158131988.1 WP_097346712.1 65.8 657 223 2 2 658 4 658 5.46e-300 830 WP_158131988.1 EIU6828535.1 34.8 276 179 1 51 326 47 321 1.04e-34 132 WP_158131988.1 AHK46784.1 31.7 284 182 3 386 657 36 319 8.99e-32 124 WP_158131988.1 AGL88086.1 29.3 273 171 5 390 658 29 283 5.16e-25 103 WP_158131988.1 PPR79666.1 28.9 273 190 3 386 655 60 331 1.65e-24 103 WP_158131988.1 WP_249991478.1 33.3 321 194 12 13 322 13 324 1.92e-24 103 WP_158131988.1 WP_110066977.1 28.7 275 190 4 390 658 61 335 1.70e-23 100 WP_158131988.1 EAP5059555.1 32.1 277 175 7 390 657 82 354 1.80e-23 100 MBE6713534.1 MBE6713534.1 100 443 0 0 1 443 1 443 1.11e-306 829 MBE6713534.1 WP_219954954.1 28.4 398 275 5 13 406 15 406 1.63e-43 156 MBE6713534.1 WP_029317544.1 27.2 397 280 4 1 391 1 394 4.33e-40 147 MBE6713534.1 WP_101606078.1 26.8 406 272 9 7 407 8 393 3.40e-28 114 MCP4293344.1 MCP4293344.1 100 222 0 0 1 222 1 222 9.77e-167 456 WP_125555296.1 WP_125555296.1 100 554 0 0 1 554 1 554 0.0 1180 WP_125555296.1 VJO49958.1 47.2 538 252 7 4 534 5 517 2.00e-177 509 WP_125555296.1 WP_253630899.1 29.2 531 288 17 6 522 41 497 2.26e-64 217 WP_125555296.1 PKO20637.1 25.9 398 214 16 4 369 9 357 5.45e-17 82.0 WP_125555296.1 WP_275700896.1 22.1 384 214 12 3 372 2 314 9.02e-15 74.7 WP_125555296.1 MBR6406611.1 25.8 225 100 8 27 203 187 392 6.52e-13 69.7 WP_125555296.1 HAN2236324.1 22.5 408 208 19 27 365 226 594 4.50e-12 67.0 WP_251586805.1 WP_251586805.1 100 58 0 0 1 58 1 58 3.48e-37 116 WP_154557671.1 WP_154557671.1 100 325 0 0 1 325 1 325 5.04e-241 653 NXK93169.1 NXK93169.1 100 143 0 0 1 143 1 143 6.03e-102 286 WP_120653510.1 WP_120653510.1 100 223 0 0 1 223 1 223 1.23e-165 454 WP_083053697.1 WP_083053697.1 100 180 0 0 1 180 1 180 8.26e-127 352 WP_083053697.1 WP_188339236.1 37.0 81 48 1 25 102 23 103 1.86e-09 52.8 WP_262890005.1 WP_262890005.1 100 219 0 0 1 219 1 219 5.64e-160 439 WP_129053209.1 WP_129053209.1 100 857 0 0 1 857 1 857 0.0 1706 WP_129053209.1 MXS72767.1 29.8 894 542 29 7 857 15 865 2.04e-92 308 MCB0080507.1 MCB0080507.1 100 109 0 0 1 109 1 109 6.31e-72 207 CAG8634459.1 CAG8634459.1 100 55 0 0 1 55 1 55 9.06e-23 79.7 WP_244349102.1 WP_244349102.1 100 486 0 0 1 486 1 486 0.0 955 WP_244349102.1 MCF8391604.1 44.4 486 219 7 1 485 1 436 1.24e-126 374 WP_244349102.1 WP_228961807.1 29.0 417 211 13 1 409 1 340 4.49e-38 141 WP_244349102.1 EBU9231875.1 28.0 461 253 14 3 448 6 402 2.35e-31 123 WP_244349102.1 HJE10580.1 26.4 484 262 14 2 466 10 418 2.27e-28 115 WP_244349102.1 WP_224828628.1 31.6 136 74 6 1 131 1 122 2.01e-04 41.6 WP_137652803.1 WP_137652803.1 100 311 0 0 1 311 1 311 1.32e-229 623 MBD8931956.1 MBD8931956.1 100 70 0 0 1 70 1 70 1.99e-48 145 WP_237973393.1 WP_237973393.1 100 240 0 0 1 240 1 240 2.58e-180 492 WP_061356765.1 WP_061356765.1 100 182 0 0 1 182 1 182 2.19e-132 366 WP_073201850.1 WP_073201850.1 100 331 0 0 1 331 1 331 7.59e-230 625 WP_073201850.1 PHR72175.1 47.1 325 162 4 1 324 1 316 1.65e-92 276 WP_073201850.1 PSR02572.1 49.3 296 148 2 30 324 49 343 1.88e-91 275 WP_073201850.1 WP_253808359.1 35.1 271 159 6 51 316 28 286 6.70e-42 149 WP_073201850.1 WP_225579579.1 36.1 263 150 4 61 316 44 295 1.24e-40 147 WP_073201850.1 WP_254698006.1 36.8 228 130 3 92 316 65 281 3.29e-39 143 WP_073201850.1 CBI36349.3 32.8 201 129 1 120 320 97 291 3.78e-33 125 MBF1224416.1 MBF1224416.1 100 792 0 0 1 792 1 792 0.0 1565 WP_165438496.1 WP_165438496.1 100 120 0 0 1 120 1 120 2.36e-79 227 MBC8203931.1 MBC8203931.1 100 254 0 0 1 254 1 254 2.66e-180 493 WP_227085212.1 WP_227085212.1 100 456 0 0 1 456 1 456 0.0 872 WP_034327214.1 WP_034327214.1 100 144 0 0 1 144 1 144 1.94e-103 290 MAC18593.1 MAC18593.1 100 170 0 0 1 170 1 170 7.44e-116 323 NOY92382.1 NOY92382.1 100 136 0 0 1 136 1 136 3.97e-81 233 MBW2071526.1 MBW2071526.1 100 295 0 0 1 295 1 295 3.17e-213 580 MBP8762091.1 MBP8762091.1 100 454 0 0 1 454 1 454 4.73e-309 836 GEV03352.1 GEV03352.1 100 232 0 0 1 232 1 232 1.60e-161 444 WP_183483256.1 WP_183483256.1 100 216 0 0 1 216 1 216 2.90e-131 366 WP_196074572.1 WP_196074572.1 100 170 0 0 1 170 1 170 3.71e-125 347 WP_196074572.1 WP_089820066.1 43.0 165 86 3 8 170 2 160 3.72e-37 124 WP_196074572.1 SDP58856.1 36.4 162 94 4 11 170 6 160 5.23e-31 109 WP_196074572.1 WP_279085497.1 35.4 164 95 5 11 170 7 163 8.45e-24 90.1 WP_107033910.1 WP_107033910.1 100 487 0 0 1 487 1 487 0.0 1018 MBR5482150.1 MBR5482150.1 100 160 0 0 1 160 1 160 1.17e-114 320 HAP8698574.1 HAP8698574.1 100 201 0 0 1 201 1 201 2.93e-144 398 HAP8698574.1 MBP3623608.1 28.3 205 119 9 9 188 9 210 4.74e-05 41.6 WP_041723747.1 WP_041723747.1 100 318 0 0 1 318 1 318 5.27e-219 597 WP_041723747.1 MCS6996891.1 39.2 232 133 5 46 272 118 346 4.22e-40 143 WP_041723747.1 WP_058258401.1 32.6 270 165 6 46 300 143 410 1.42e-32 123 WP_041723747.1 MBF0357294.1 38.8 183 104 4 48 223 162 343 1.58e-26 108 ECY0969635.1 ECY0969635.1 100 96 0 0 1 96 1 96 7.58e-67 194 HBX8004802.1 HBX8004802.1 100 336 0 0 1 336 1 336 6.97e-249 674 HBX8004802.1 HBK1877356.1 52.4 84 37 2 12 92 4 87 5.93e-19 85.9 HBX8004802.1 XP_034264344.1 42.1 107 52 3 13 109 65 171 6.87e-16 76.3 HBX8004802.1 EJK2981647.1 30.9 204 111 10 13 198 41 232 3.80e-14 69.3 HBX8004802.1 MBA2687082.1 40.4 89 50 1 15 100 9 97 2.20e-11 62.4 WP_180748367.1 WP_180748367.1 100 102 0 0 1 102 1 102 1.80e-61 181 WFQ78449.1 WFQ78449.1 100 161 0 0 1 161 1 161 2.26e-108 304 TMD19778.1 TMD19778.1 100 84 0 0 1 84 1 84 3.20e-58 171 TMD19778.1 HHZ84751.1 39.4 66 33 1 23 81 23 88 2.20e-09 50.4 TMD19778.1 EXK83554.1 33.8 68 43 1 15 80 16 83 1.29e-07 45.4 GGC93399.1 GGC93399.1 100 255 0 0 1 255 1 255 2.39e-188 514 ABQ63546.1 ABQ63546.1 100 218 0 0 1 218 1 218 1.09e-152 421 ABQ63546.1 QUQ06080.1 80.7 218 42 0 1 218 2 219 1.30e-126 355 ABQ63546.1 AVM35379.1 81.3 214 40 0 5 218 1 214 2.20e-126 354 ABQ63546.1 ADW49125.1 82.0 211 38 0 8 218 1 211 2.68e-124 348 ABQ63546.1 AFA24308.1 82.9 211 36 0 8 218 2 212 7.97e-124 347 ABQ63546.1 AWS34156.1 78.0 218 48 0 1 218 2 219 4.83e-122 343 ABQ63546.1 ADJ35581.1 75.2 218 54 0 1 218 3 220 1.67e-120 339 ABQ63546.1 QUA05739.1 80.1 211 42 0 1 211 2 212 1.03e-119 337 ABQ63546.1 AFA09475.1 81.0 205 39 0 14 218 1 205 1.90e-118 333 ABQ63546.1 AHK62764.1 73.0 215 58 0 4 218 1 215 1.01e-112 320 MCB1412915.1 MCB1412915.1 100 485 0 0 1 485 1 485 0.0 937 MCB1412915.1 WP_133179454.1 62.7 474 170 2 7 476 15 485 4.25e-202 568 MCB1412915.1 KAK48091.1 29.2 401 248 12 16 407 28 401 2.07e-24 103 MCB1412915.1 MCH4268493.1 24.2 442 284 13 14 438 11 418 2.53e-18 85.5 MCB1412915.1 EJG1264510.1 25.3 380 248 12 37 404 17 372 8.05e-15 74.7 MCB1412915.1 KAF8901107.1 30.5 167 111 3 66 231 78 240 5.42e-14 72.4 MCB1412915.1 XP_049236752.1 21.4 229 169 3 14 232 2 229 8.10e-11 62.8 MCB1412915.1 NXJ67438.1 24.0 391 257 11 68 452 63 419 3.00e-09 57.4 MCB1412915.1 AJU61790.1 27.7 173 112 5 67 232 80 246 7.67e-09 56.2 MCB1412915.1 WP_189524079.1 26.8 179 96 7 71 237 48 203 5.87e-04 40.4 EUJ18213.1 EUJ18213.1 100 226 0 0 1 226 1 226 3.23e-158 435 WP_022347710.1 WP_022347710.1 100 532 0 0 1 532 1 532 0.0 1080 MBE3121179.1 MBE3121179.1 100 105 0 0 1 105 1 105 5.71e-73 210 XP_022005570.1 XP_022005570.1 100 142 0 0 1 142 1 142 4.25e-97 274 WP_216244265.1 WP_216244265.1 100 517 0 0 1 517 1 517 0.0 982 WP_216244265.1 WP_279836660.1 25.8 473 336 7 11 480 8 468 4.29e-39 147 WP_193275955.1 WP_193275955.1 100 455 0 0 1 455 1 455 3.44e-307 831 WP_193275955.1 MBU2178615.1 40.4 302 175 2 142 438 1 302 3.21e-68 218 WP_193275955.1 WP_149786838.1 41.2 97 56 1 337 432 99 195 6.50e-13 65.9 WP_193275955.1 NPV11463.1 40.2 97 57 1 305 400 69 165 8.41e-12 62.8 WP_193275955.1 WP_247424115.1 37.0 100 61 1 325 424 134 231 3.48e-08 52.8 WP_193275955.1 MCA1360809.1 35.1 97 62 1 344 440 177 272 1.37e-07 51.2 EDQ2752402.1 EDQ2752402.1 100 138 0 0 1 138 1 138 3.54e-94 266 WP_124996221.1 WP_124996221.1 100 145 0 0 1 145 1 145 4.26e-78 226 MBR6406611.1 MBR6406611.1 100 691 0 0 1 691 1 691 0.0 1468 MBR6406611.1 PKO20637.1 32.9 519 235 18 124 625 2 424 1.18e-72 241 MBR6406611.1 MBP7746105.1 29.1 550 311 17 126 638 278 785 1.04e-58 211 MBR6406611.1 WP_275700896.1 26.6 406 201 16 196 596 40 353 1.34e-18 87.0 MBR6406611.1 WP_125555296.1 25.8 225 100 8 187 392 27 203 1.87e-12 68.6 MBS6066499.1 MBS6066499.1 100 146 0 0 1 146 1 146 4.55e-103 289 MBS6066499.1 WP_223326327.1 42.6 141 81 0 4 144 2 142 5.96e-38 124 MBS6066499.1 GGY15265.1 29.4 102 72 0 1 102 34 135 4.01e-05 40.0 XP_029123601.1 XP_029123601.1 100 2578 0 0 1 2578 1 2578 0.0 4875 XP_029123601.1 KAI6685811.1 33.6 2104 1089 52 478 2461 155 2079 1.54e-285 904 TNE39473.1 TNE39473.1 100 175 0 0 1 175 1 175 3.97e-127 352 TNE39473.1 WP_194481458.1 33.1 178 105 3 6 174 14 186 2.63e-22 89.4 WP_223565913.1 WP_223565913.1 100 402 0 0 1 402 1 402 1.09e-299 808 WP_223565913.1 WP_117183207.1 47.4 392 198 4 11 399 12 398 1.21e-129 377 MCI8760428.1 MCI8760428.1 100 211 0 0 1 211 1 211 5.02e-150 413 XP_031982117.1 XP_031982117.1 100 715 0 0 1 715 1 715 0.0 1366 XP_031982117.1 XP_022242849.1 27.2 243 133 8 30 261 303 512 2.07e-12 68.9 XP_031982117.1 XP_028702799.1 41.7 72 40 2 29 99 1024 1094 1.02e-09 60.5 MBT3401245.1 MBT3401245.1 100 327 0 0 1 327 1 327 1.40e-248 672 HCF4435603.1 HCF4435603.1 100 698 0 0 1 698 1 698 0.0 1342 HCF4435603.1 MBT3583534.1 29.3 335 195 11 217 542 51 352 1.77e-30 123 MCF7955924.1 MCF7955924.1 100 413 0 0 1 413 1 413 2.87e-296 800 WP_237762402.1 WP_237762402.1 100 651 0 0 1 651 1 651 0.0 1296 WP_237762402.1 WP_242685612.1 39.1 634 364 11 23 650 39 656 1.58e-141 432 WP_237762402.1 WP_202291019.1 37.6 644 383 11 12 650 27 656 3.67e-136 417 WP_237762402.1 ECD4982842.1 37.4 649 369 15 23 650 34 666 8.18e-135 415 WP_237762402.1 EBS3704194.1 37.4 649 369 15 23 650 34 666 1.15e-134 415 WP_237762402.1 WP_222168304.1 34.0 529 321 13 1 516 7 520 5.37e-74 253 WP_149886053.1 WP_149886053.1 100 513 0 0 1 513 1 513 0.0 1041 WP_149886053.1 WP_007747506.1 27.2 570 332 25 1 513 1 544 6.46e-28 115 WP_109850746.1 WP_109850746.1 100 76 0 0 1 76 1 76 1.83e-49 148 XP_026175731.1 XP_026175731.1 100 312 0 0 1 312 1 312 6.57e-235 636 XP_026175731.1 NXT80179.1 27.8 216 127 8 97 299 192 391 5.46e-16 76.3 XP_026175731.1 XP_024252803.1 45.3 53 29 0 92 144 81 133 1.02e-08 53.9 MCI0684678.1 MCI0684678.1 100 1360 0 0 1 1360 1 1360 0.0 2649 MAH46576.1 MAH46576.1 100 174 0 0 1 174 1 174 1.97e-122 340 MBS4052605.1 MBS4052605.1 100 115 0 0 1 115 1 115 6.90e-81 231 HBD3580067.1 HBD3580067.1 100 661 0 0 1 661 1 661 0.0 1326 HBD3580067.1 WP_185892671.1 46.8 630 331 3 34 660 27 655 5.77e-204 586 HBD3580067.1 WP_215391030.1 41.1 621 362 4 34 651 45 664 1.86e-169 499 YP_010013434.1 YP_010013434.1 100 188 0 0 1 188 1 188 1.17e-139 385 WP_049105913.1 WP_049105913.1 100 364 0 0 1 364 1 364 5.15e-256 694 WP_049105913.1 MBQ9979016.1 51.4 107 49 1 257 363 119 222 1.42e-31 120 WP_049105913.1 MCP4914981.1 67.2 61 20 0 271 331 155 215 5.42e-22 91.3 WP_049105913.1 MCH8269832.1 47.5 61 32 0 277 337 166 226 6.98e-10 58.2 MCQ2543220.1 MCQ2543220.1 100 214 0 0 1 214 1 214 5.03e-156 429 GCE22918.1 GCE22918.1 100 483 0 0 1 483 1 483 1.28e-263 723 GCE22918.1 MBF1128433.1 28.3 180 106 2 35 213 110 267 4.75e-14 72.8 WP_077093245.1 WP_077093245.1 100 317 0 0 1 317 1 317 4.55e-224 609 WP_077093245.1 WP_108024271.1 32.5 243 140 7 10 237 9 242 2.87e-21 89.4 WP_077093245.1 WP_010443651.1 34.0 188 111 2 9 196 3 177 8.54e-21 87.8 WP_077093245.1 WP_110035452.1 33.0 188 106 4 9 196 7 174 1.80e-17 78.6 WP_077093245.1 WP_273849839.1 31.8 201 113 5 9 196 7 196 3.37e-17 78.2 WP_077093245.1 MXY99086.1 34.6 179 105 3 19 196 1 168 1.70e-16 75.9 WP_077093245.1 WP_281054160.1 27.9 197 130 2 1 196 3 188 8.75e-15 71.2 WP_077093245.1 MBN3744368.1 30.9 188 118 1 7 194 2 177 7.41e-14 68.9 WP_077093245.1 WP_015314674.1 32.1 109 74 0 88 196 84 192 5.64e-09 54.3 WP_077093245.1 XP_028635853.1 28.5 137 96 1 13 149 15 149 1.54e-07 50.8 CCX33905.1 CCX33905.1 100 432 0 0 1 432 1 432 6.97e-240 659 WP_124989189.1 WP_124989189.1 100 441 0 0 1 441 1 441 0.0 864 EEL0394597.1 EEL0394597.1 100 266 0 0 1 266 1 266 2.44e-182 499 WP_238717267.1 WP_238717267.1 100 645 0 0 1 645 1 645 0.0 1243 WP_238717267.1 KAJ2633851.1 38.4 336 192 5 4 326 6 339 3.84e-55 199 KAJ5991093.1 KAJ5991093.1 100 278 0 0 1 278 1 278 1.39e-203 554 KAJ5991093.1 OAX39412.1 29.1 203 123 5 20 205 11 209 7.68e-14 68.9 RCN27560.1 RCN27560.1 100 175 0 0 1 175 1 175 2.04e-120 335 MBQ3742794.1 MBQ3742794.1 100 293 0 0 1 293 1 293 9.98e-225 609 HBM7970352.1 HBM7970352.1 100 540 0 0 1 540 1 540 0.0 1083 HBM7970352.1 WP_039102441.1 32.3 495 286 12 5 457 14 501 2.36e-67 227 WP_067035785.1 WP_067035785.1 100 304 0 0 1 304 1 304 1.63e-215 587 WP_067035785.1 MCB0174630.1 30.8 195 129 3 84 275 308 499 2.15e-18 83.6 SEP77558.1 SEP77558.1 100 603 0 0 1 603 1 603 0.0 1136 SEP77558.1 MBQ1868746.1 30.8 331 185 7 250 566 194 494 2.11e-39 151 SEP77558.1 PSQ73325.1 32.6 334 208 5 250 566 507 840 9.84e-39 150 SEP77558.1 WP_261733022.1 34.1 273 170 6 301 567 215 483 9.11e-34 135 SEP77558.1 WP_007356512.1 35.8 254 136 6 333 562 736 986 1.98e-33 135 SEP77558.1 KFX48203.1 31.4 306 193 6 263 560 618 914 6.35e-33 133 SEP77558.1 WP_191131110.1 32.7 226 140 5 349 567 138 358 7.72e-18 84.0 SEP77558.1 WP_061048002.1 26.5 294 177 11 292 568 355 626 6.62e-17 82.8 SEP77558.1 MBK3737236.1 37.6 125 61 2 455 566 538 658 3.26e-13 70.9 MBS6296676.1 MBS6296676.1 100 862 0 0 1 862 1 862 0.0 1793 MCM4298717.1 MCM4298717.1 100 114 0 0 1 114 1 114 9.10e-81 230 MCM4298717.1 WP_267911890.1 56.8 44 19 0 7 50 3 46 4.29e-11 52.8 WP_106627677.1 WP_106627677.1 100 489 0 0 1 489 1 489 0.0 913 KAJ1958754.1 KAJ1958754.1 100 900 0 0 1 900 1 900 0.0 1617 WP_149230790.1 WP_149230790.1 100 548 0 0 1 548 1 548 0.0 1046 WP_149230790.1 MBS1636088.1 27.9 240 157 8 307 539 89 319 1.59e-11 63.9 WP_149230790.1 PSQ73325.1 32.7 113 72 2 430 540 730 840 4.56e-11 63.9 WP_149230790.1 WP_144320971.1 32.8 137 84 3 410 543 390 521 1.27e-09 58.9 WP_149230790.1 WP_261802249.1 33.9 115 72 2 426 540 259 369 1.52e-08 55.1 WP_149230790.1 WP_249930443.1 33.3 78 47 3 461 537 314 387 5.92e-04 40.8 NLI68303.1 NLI68303.1 100 207 0 0 1 207 1 207 3.29e-153 421 KAB1283136.1 KAB1283136.1 100 153 0 0 1 153 1 153 2.28e-95 270 NLZ91447.1 NLZ91447.1 100 480 0 0 1 480 1 480 0.0 974 WP_241105826.1 WP_241105826.1 100 334 0 0 1 334 1 334 1.71e-248 672 WP_241105826.1 WP_180034620.1 48.6 319 161 2 14 329 12 330 1.02e-100 298 AFQ97813.1 AFQ97813.1 100 274 0 0 1 274 1 274 1.51e-205 559 AFQ97813.1 UTU41876.1 63.1 260 93 2 12 269 2 260 6.73e-111 319 AFQ97813.1 AYV64277.1 60.0 275 100 4 1 272 159 426 5.01e-107 315 AFQ97813.1 UFH83377.1 56.5 276 117 2 1 274 165 439 2.78e-96 290 WP_251874466.1 WP_251874466.1 100 341 0 0 1 341 1 341 4.89e-247 669 WP_251874466.1 WP_058635033.1 52.5 320 151 1 3 322 2 320 2.66e-112 328 WP_251874466.1 WP_234306850.1 37.7 260 157 2 43 301 42 297 1.94e-51 171 WP_251874466.1 WP_059510827.1 36.5 285 175 4 44 324 37 319 1.35e-48 164 WP_251874466.1 MBK5104727.1 38.6 223 134 2 18 237 23 245 1.62e-46 156 WP_251874466.1 MBC99785.1 32.7 269 167 5 51 306 47 314 2.76e-41 145 WP_251874466.1 WP_116701099.1 36.9 233 138 5 58 286 60 287 4.49e-41 144 WP_251874466.1 WP_012724915.1 34.8 264 153 6 58 305 56 316 2.21e-36 132 WP_251874466.1 WP_166225641.1 35.3 258 159 4 44 296 51 305 9.88e-36 132 WP_251874466.1 MBT7096516.1 38.5 156 90 2 143 295 6 158 2.89e-21 88.2 MBE7001547.1 MBE7001547.1 100 72 0 0 1 72 1 72 4.64e-48 144 WP_019843633.1 WP_019843633.1 100 160 0 0 1 160 1 160 5.79e-115 320 XP_028702799.1 XP_028702799.1 100 1918 0 0 1 1918 1 1918 0.0 3496 XP_028702799.1 XP_031982117.1 41.7 72 40 2 1024 1094 29 99 6.20e-09 59.3 MBU4432787.1 MBU4432787.1 100 216 0 0 1 216 1 216 4.48e-160 439 MBU4432787.1 WP_149746544.1 36.5 211 117 5 10 213 6 206 1.49e-35 123 MBU4432787.1 MBF0248932.1 38.9 54 33 0 158 211 4 57 1.17e-08 48.5 WP_225239495.1 WP_225239495.1 100 479 0 0 1 479 1 479 0.0 942 WP_225239495.1 BBQ86561.1 35.6 225 136 5 8 225 88 310 2.05e-25 104 GAM38698.1 GAM38698.1 100 149 0 0 1 149 1 149 1.25e-106 298 WP_069647812.1 WP_069647812.1 100 978 0 0 1 978 1 978 0.0 1944 WP_069647812.1 MCM8621761.1 24.4 386 241 14 221 559 380 761 4.06e-15 78.6 WP_069647812.1 WP_279059865.1 24.6 378 224 16 238 559 361 733 2.69e-14 75.9 WP_100524661.1 WP_100524661.1 100 226 0 0 1 226 1 226 1.05e-163 449 WP_068798537.1 WP_068798537.1 100 187 0 0 1 187 1 187 7.88e-133 368 WP_170382009.1 WP_170382009.1 100 328 0 0 1 328 1 328 4.12e-237 643 WP_170382009.1 WP_101936735.1 31.1 161 111 0 157 317 156 316 4.39e-17 79.0 AXI09756.1 AXI09756.1 100 127 0 0 1 127 1 127 1.00e-56 171 WP_158161316.1 WP_158161316.1 100 200 0 0 1 200 1 200 3.70e-142 392 WP_158161316.1 WP_119328079.1 47.6 191 99 1 8 197 6 196 3.03e-56 175 WP_158161316.1 MBQ3420014.1 37.1 202 112 5 2 192 3 200 5.87e-25 95.1 HBQ61597.1 HBQ61597.1 100 171 0 0 1 171 1 171 2.05e-118 330 KAG9648608.1 KAG9648608.1 100 657 0 0 1 657 1 657 0.0 1342 WP_208823465.1 WP_208823465.1 100 304 0 0 1 304 1 304 1.93e-223 607 WP_208823465.1 MCP3872510.1 47.2 290 143 5 11 299 12 292 8.73e-88 263 EFV3192858.1 EFV3192858.1 100 159 0 0 1 159 1 159 2.73e-99 281 WP_006027485.1 WP_006027485.1 100 346 0 0 1 346 1 346 1.27e-256 694 WP_006027485.1 WP_164585387.1 53.9 343 157 1 1 342 1 343 4.77e-133 382 WP_006027485.1 KAH7252800.1 35.5 296 175 7 1 285 7 297 1.73e-49 167 WP_006027485.1 WP_255519487.1 34.5 336 196 12 20 343 7 330 2.63e-36 132 WP_006027485.1 WP_268285128.1 33.2 301 151 11 2 264 10 298 5.26e-33 125 WP_006027485.1 XP_047466965.1 24.8 355 228 8 23 345 29 376 1.47e-24 101 WP_006027485.1 MBO1529847.1 28.0 271 181 10 1 266 5 266 2.21e-16 77.4 WP_006027485.1 WP_202925384.1 27.4 124 88 2 1 123 5 127 5.84e-09 55.1 WP_282014297.1 WP_282014297.1 100 365 0 0 1 365 1 365 1.51e-269 728 CAC9512212.1 CAC9512212.1 100 1259 0 0 1 1259 1 1259 0.0 2476 WP_247315376.1 WP_247315376.1 100 513 0 0 1 513 1 513 0.0 1024 MBB1664612.1 MBB1664612.1 100 19 0 0 1 19 1 19 5.99e-12 50.1 WP_159801197.1 WP_159801197.1 100 114 0 0 1 114 1 114 2.23e-81 232 HBY6471839.1 HBY6471839.1 100 25 0 0 1 25 1 25 1.75e-15 59.3 HBY6471839.1 EFW50635.1 100 17 0 0 9 25 81 97 2.56e-08 42.7 WP_125260587.1 WP_125260587.1 100 943 0 0 1 943 1 943 0.0 1876 WP_125260587.1 MBU22120.1 45.2 985 471 10 6 943 14 976 1.45e-286 820 WP_125260587.1 MCD6199266.1 37.9 932 450 8 4 924 6 819 1.31e-212 624 WP_125260587.1 WP_158347019.1 36.5 933 447 17 1 921 1 800 5.42e-179 537 WP_125260587.1 MBO8485404.1 32.4 947 504 12 2 936 9 831 1.25e-157 483 WP_125260587.1 WP_253620872.1 23.9 514 259 13 403 905 142 534 1.05e-28 122 WP_125260587.1 WP_256546297.1 34.6 104 58 3 827 929 169 263 7.66e-09 56.2 WP_125260587.1 WP_060613079.1 32.7 113 69 4 792 902 442 549 8.75e-06 47.8 WP_131836551.1 WP_131836551.1 100 495 0 0 1 495 1 495 0.0 974 WP_131836551.1 XP_050320449.1 48.0 479 239 4 19 494 13 484 1.61e-148 432 WP_131836551.1 WP_057201184.1 44.8 478 253 6 20 494 6 475 9.34e-126 374 WP_131836551.1 WP_008959270.1 40.9 482 275 6 16 493 9 484 3.99e-110 333 WP_131836551.1 WP_061795322.1 39.8 485 274 9 18 492 20 496 2.23e-105 322 WP_131836551.1 WP_257689765.1 37.7 469 285 4 21 488 17 479 3.07e-100 308 WP_131836551.1 WP_255965801.1 37.2 487 295 5 10 493 5 483 1.07e-96 299 WP_131836551.1 WP_108756325.1 39.3 471 277 6 21 491 9 470 3.40e-88 276 WP_131836551.1 WP_195426888.1 38.1 444 256 9 39 477 36 465 7.31e-76 245 WP_131836551.1 WP_100461895.1 31.7 435 287 5 19 450 10 437 6.01e-67 222 MCH5281797.1 MCH5281797.1 100 645 0 0 1 645 1 645 0.0 1304 WP_068156215.1 WP_068156215.1 100 930 0 0 1 930 1 930 0.0 1892 WP_068156215.1 WP_014504812.1 52.4 882 411 7 36 914 11 886 9.01e-317 893 WP_249351853.1 WP_249351853.1 100 361 0 0 1 361 1 361 3.04e-267 722 WP_249351853.1 HCH2726488.1 31.9 342 208 7 9 334 365 697 1.85e-49 175 WP_249351853.1 MBR4838026.1 41.1 190 110 2 5 192 46 235 1.48e-38 136 WP_249351853.1 RZI94009.1 44.1 102 56 1 237 338 1 101 5.45e-28 104 QXV60806.1 QXV60806.1 100 84 0 0 1 84 1 84 5.79e-52 155 MBU1949725.1 MBU1949725.1 100 163 0 0 1 163 1 163 1.16e-120 335 WP_163911025.1 WP_163911025.1 100 222 0 0 1 222 1 222 1.88e-155 428 WP_103186018.1 WP_103186018.1 100 291 0 0 1 291 1 291 6.21e-218 592 XP_050828762.1 XP_050828762.1 100 33 0 0 333 365 333 365 9.17e-13 67.0 WP_195426888.1 WP_195426888.1 100 490 0 0 1 490 1 490 0.0 946 WP_195426888.1 WP_205186167.1 41.7 422 238 5 74 490 4 422 1.56e-90 281 WP_195426888.1 WP_257689765.1 36.0 470 290 7 22 483 19 485 3.91e-77 248 WP_195426888.1 WP_131836551.1 38.1 444 256 9 36 465 39 477 3.44e-72 235 WP_195426888.1 WP_008959270.1 36.4 464 270 7 19 465 13 468 2.09e-71 233 WP_195426888.1 WP_057201184.1 36.0 478 269 11 19 475 6 467 5.99e-70 229 WP_195426888.1 XP_050320449.1 34.1 443 275 9 34 465 31 467 1.47e-65 218 WP_195426888.1 WP_108756325.1 32.2 441 277 6 36 465 27 456 2.08e-58 198 WP_195426888.1 WP_061795322.1 31.6 431 274 8 26 440 32 457 1.20e-53 186 WP_195426888.1 WP_232038993.1 29.0 434 289 7 58 473 54 486 2.59e-42 155 ASV44386.1 ASV44386.1 100 105 0 0 1 105 1 105 2.61e-78 223 MCI8395767.1 MCI8395767.1 100 175 0 0 1 175 1 175 3.27e-126 350 WP_085524223.1 WP_085524223.1 100 235 0 0 1 235 1 235 1.32e-166 457 WP_093727561.1 WP_093727561.1 100 67 0 0 1 67 1 67 6.94e-41 126 MBD1933857.1 MBD1933857.1 100 245 0 0 1 245 1 245 3.12e-154 427 MBD1933857.1 WP_124977341.1 52.4 233 102 2 14 238 38 269 1.18e-55 177 TCJ90160.1 TCJ90160.1 100 396 0 0 1 396 1 396 1.17e-275 746 TCJ90160.1 WP_174567215.1 35.7 235 122 7 88 321 55 261 2.98e-23 97.8 TCJ90160.1 MBL1320270.1 27.1 277 173 6 78 353 32 280 1.69e-18 84.0 TCJ90160.1 WP_198095175.1 29.5 244 141 5 79 320 47 261 3.01e-17 80.5 EKD82894.1 EKD82894.1 100 472 0 0 1 472 1 472 0.0 928 WP_242018727.1 WP_242018727.1 100 184 0 0 1 184 1 184 2.10e-131 364 WP_242018727.1 WP_184066976.1 62.8 145 54 0 16 160 19 163 8.50e-57 175 SIS29303.1 SIS29303.1 100 68 0 0 1 68 1 68 7.44e-41 126 XP_048228476.1 XP_048228476.1 100 354 0 0 1 354 1 354 5.19e-260 703 XP_048228476.1 XP_043718329.1 41.2 347 174 2 12 328 40 386 3.06e-84 259 XP_048228476.1 XP_022745130.1 38.8 139 49 3 237 339 15 153 7.65e-20 84.0 XP_048228476.1 MBM7125960.1 30.6 183 121 3 25 205 17 195 9.71e-17 77.4 MCH8904788.1 MCH8904788.1 100 582 0 0 1 582 1 582 0.0 1109 MCH8904788.1 MBQ1196899.1 37.3 354 217 4 9 359 7 358 8.56e-69 231 MCH8904788.1 WP_280949002.1 42.0 286 158 3 8 289 15 296 8.62e-60 208 MCH8904788.1 MCF1439711.1 47.3 74 38 1 8 81 7 79 4.24e-18 77.8 WP_234970720.1 WP_234970720.1 100 328 0 0 1 328 1 328 3.03e-239 649 MBQ8958073.1 MBQ8958073.1 100 570 0 0 1 570 1 570 0.0 1159 WP_204806484.1 WP_204806484.1 100 116 0 0 1 116 1 116 1.97e-76 219 WP_204806484.1 CCZ55979.1 27.7 112 76 2 5 114 3 111 1.45e-06 42.4 WP_087711902.1 WP_087711902.1 100 121 0 0 1 121 1 121 1.65e-84 240 WP_203562037.1 WP_203562037.1 100 466 0 0 1 466 1 466 1.63e-227 630 WP_203562037.1 WP_063706594.1 30.1 143 88 3 325 466 678 809 1.58e-09 58.5 MCQ2617452.1 MCQ2617452.1 100 483 0 0 1 483 1 483 0.0 912 MCQ2617452.1 WP_154503573.1 47.2 108 53 2 9 112 13 120 5.19e-13 69.3 MCQ2617452.1 WP_101000040.1 29.2 226 97 8 308 479 83 299 7.01e-08 52.4 WP_201520784.1 WP_201520784.1 100 285 0 0 1 285 1 285 2.49e-205 559 WP_201520784.1 MCP4774001.1 43.8 265 131 6 30 279 23 284 9.72e-57 182 WP_201520784.1 WP_103270848.1 32.0 247 154 7 30 273 26 261 1.41e-28 108 WP_185496123.1 WP_185496123.1 100 755 0 0 1 755 1 755 0.0 1477 WP_185496123.1 WP_278906630.1 21.4 468 298 17 201 615 5 455 2.72e-04 42.7 MBR3968535.1 MBR3968535.1 100 314 0 0 1 314 1 314 1.23e-176 489 MBR3968535.1 UCF87976.1 38.0 192 118 1 4 195 9 199 4.69e-37 131 NDE79167.1 NDE79167.1 100 117 0 0 1 117 1 117 1.09e-87 248 MCS6915397.1 MCS6915397.1 100 641 0 0 1 641 1 641 0.0 1257 MCS6915397.1 WP_161967657.1 24.6 346 185 13 179 521 1503 1778 2.64e-07 52.4 MBB4243944.1 MBB4243944.1 100 68 0 0 1 68 1 68 3.50e-48 144 MBK8326393.1 MBK8326393.1 100 263 0 0 1 263 1 263 2.29e-190 520 MBK8326393.1 WP_042648904.1 50.6 261 129 0 3 263 4 264 6.38e-90 265 MBK8326393.1 NKB40192.1 41.3 254 146 3 12 263 29 281 8.98e-57 181 MBK8326393.1 WP_086236254.1 39.3 252 151 2 12 262 12 262 1.70e-55 177 MCB1072350.1 MCB1072350.1 100 420 0 0 1 420 1 420 2.44e-312 841 NJP20283.1 NJP20283.1 100 171 0 0 1 171 1 171 1.09e-113 318 MCB0342695.1 MCB0342695.1 100 92 0 0 1 92 1 92 5.76e-59 190 MBI9015564.1 MBI9015564.1 100 62 0 0 1 62 1 62 7.09e-32 103 WP_186214732.1 WP_186214732.1 100 127 0 0 1 127 1 127 3.81e-86 245 WP_055486904.1 WP_055486904.1 100 624 0 0 1 624 1 624 0.0 1026 WP_055486904.1 NUV85209.1 34.2 243 146 8 261 491 271 511 1.30e-21 97.1 WP_055486904.1 MBL8169415.1 29.8 191 114 4 262 443 374 553 1.44e-10 62.4 KAJ9212931.1 KAJ9212931.1 100 626 0 0 1 626 1 626 0.0 1156 WP_262510814.1 WP_262510814.1 100 42 0 0 1 42 1 42 6.90e-26 86.7 KAI6876782.1 KAI6876782.1 100 240 0 0 1 240 1 240 1.00e-168 463 WP_164166542.1 WP_164166542.1 100 200 0 0 1 200 1 200 4.69e-145 400 WP_024039518.1 WP_024039518.1 100 431 0 0 1 431 1 431 1.80e-315 850 WP_024039518.1 WP_262452366.1 32.3 433 268 6 11 427 7 430 1.24e-61 204 WP_024039518.1 WP_058738289.1 31.3 418 267 13 13 421 8 414 2.36e-54 185 WP_024039518.1 MXI78925.1 28.8 219 134 7 107 323 2 200 6.23e-20 85.9 MBP9926316.1 MBP9926316.1 100 224 0 0 1 224 1 224 1.23e-161 444 NLF87571.1 NLF87571.1 100 140 0 0 1 140 1 140 3.96e-101 284 WP_033667247.1 WP_033667247.1 100 256 0 0 1 256 1 256 6.60e-166 457 WP_005582143.1 WP_005582143.1 100 205 0 0 1 205 1 205 5.83e-137 380 WP_005582143.1 WP_000989932.1 40.3 149 84 2 57 204 54 198 2.17e-29 106 WP_074121838.1 WP_074121838.1 100 233 0 0 1 233 1 233 2.45e-161 444 XP_036400802.1 XP_036400802.1 100 322 0 0 1 322 1 322 3.14e-238 645 XP_022242849.1 XP_022242849.1 100 903 0 0 1 903 1 903 0.0 1772 XP_022242849.1 XP_019384620.1 27.3 476 285 16 435 898 486 912 1.01e-34 141 XP_022242849.1 XP_031982117.1 27.5 244 131 9 303 512 30 261 5.34e-11 64.7 XP_022242849.1 MBN3324024.1 24.2 231 129 9 290 512 47 239 3.38e-04 42.7 WP_136055013.1 WP_136055013.1 100 246 0 0 1 246 1 246 4.95e-172 472 OAL01167.1 OAL01167.1 100 267 0 0 1 267 1 267 2.95e-179 492 QUL58516.1 QUL58516.1 100 289 0 0 1 289 1 289 1.69e-205 560 QUL58516.1 WP_213520007.1 36.5 282 174 4 1 281 18 295 2.50e-53 174 QUL58516.1 WP_108706918.1 26.4 208 133 8 10 205 20 219 2.61e-09 55.5 QUL58516.1 WP_061880815.1 24.5 220 156 5 43 260 58 269 1.38e-08 53.1 MBO7265633.1 MBO7265633.1 100 85 0 0 1 85 1 85 1.30e-53 159 USL51576.1 USL51576.1 100 1270 0 0 1 1270 1 1270 0.0 2356 USL51576.1 UPU53169.1 95.9 1270 52 0 1 1270 1 1270 0.0 2345 USL51576.1 UYC71619.1 95.7 1270 52 1 1 1270 1 1268 0.0 2332 USL51576.1 UHB14670.1 93.6 1273 77 2 1 1270 1 1271 0.0 2274 USL51576.1 UIX40308.1 93.4 1273 79 2 1 1270 1 1271 0.0 2268 USL51576.1 UDK40309.1 93.2 1273 82 2 1 1270 1 1271 0.0 2258 USL51576.1 QUE11983.1 90.6 1273 114 3 1 1270 1 1270 0.0 2180 USL51576.1 UGX22439.1 90.0 1273 122 2 1 1270 1 1271 0.0 2163 USL51576.1 UBN63752.1 88.9 1273 135 3 1 1270 1 1270 0.0 2128 USL51576.1 QUM20585.1 86.8 1273 164 2 1 1270 1 1272 0.0 2068 WP_203203455.1 WP_203203455.1 100 782 0 0 1 782 1 782 0.0 1516 WP_203203455.1 WP_153656540.1 59.4 763 300 3 20 781 4 757 2.59e-320 891 WP_203203455.1 CFU01724.1 67.0 88 29 0 692 779 1 88 1.03e-31 117 WP_258699485.1 WP_258699485.1 100 587 0 0 1 587 1 587 0.0 1164 WP_048222205.1 WP_048222205.1 100 450 0 0 1 450 1 450 0.0 915 MBE3049203.1 MBE3049203.1 100 134 0 0 1 134 1 134 1.52e-93 264 MBE3049203.1 KAI1051942.1 55.2 134 60 0 1 134 296 429 1.86e-44 152 MBE3049203.1 NCS37471.1 34.9 109 66 2 4 112 89 192 3.39e-13 63.5 MBE3049203.1 TVO55343.1 32.8 119 71 3 2 115 97 211 8.27e-11 56.6 MBE3049203.1 WP_114947928.1 29.5 122 77 2 2 120 76 191 4.52e-09 51.6 MBE3049203.1 MBN1133474.1 32.2 118 77 1 17 134 94 208 6.38e-09 51.2 MBJ08097.1 MBJ08097.1 100 139 0 0 1 139 1 139 1.09e-93 265 XP_054805378.1 XP_054805378.1 100 209 0 0 1 209 1 209 5.24e-151 416 WP_024270964.1 WP_024270964.1 100 239 0 0 1 239 1 239 1.05e-174 478 WP_024270964.1 PLU16997.1 28.1 256 153 5 12 238 54 307 9.19e-18 79.0 WP_024270964.1 WP_197052899.1 41.2 51 30 0 177 227 168 218 3.00e-04 39.3 WP_204224003.1 WP_204224003.1 100 184 0 0 1 184 1 184 9.27e-135 372 PIE36668.1 PIE36668.1 100 258 0 0 1 258 1 258 3.94e-184 503 HDK38158.1 HDK38158.1 100 377 0 0 1 377 1 377 4.51e-268 726 GAF66133.1 GAF66133.1 100 572 0 0 1 572 1 572 0.0 1103 GAF66133.1 HBL3458524.1 42.1 575 317 6 1 569 1 565 8.04e-147 433 WP_087085326.1 WP_087085326.1 100 256 0 0 1 256 1 256 2.44e-177 486 WP_087085326.1 WP_042650033.1 34.6 260 155 2 1 256 1 249 8.20e-37 129 WP_087085326.1 WP_183882442.1 38.7 191 114 1 5 192 4 194 1.21e-32 117 WP_087085326.1 WP_108024271.1 34.6 254 151 3 5 253 5 248 3.45e-31 114 WP_087085326.1 WP_060347438.1 36.5 263 141 6 5 256 4 251 6.28e-30 111 WP_087085326.1 WP_015314674.1 30.7 254 163 3 4 253 9 253 3.43e-26 101 WP_087085326.1 WP_281054160.1 30.6 252 162 5 5 253 8 249 9.23e-25 97.4 WP_087085326.1 MYS73268.1 31.3 224 150 1 4 223 3 226 1.03e-22 92.4 WP_087085326.1 WP_077093245.1 35.1 191 112 2 5 183 6 196 1.90e-22 92.4 WP_087085326.1 CCK15435.1 32.4 111 66 2 150 256 1 106 9.13e-08 47.8 EKY24506.1 EKY24506.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_015138129.1 WP_015138129.1 100 117 0 0 1 117 1 117 1.38e-81 233 EFA5158712.1 EFA5158712.1 100 258 0 0 1 258 1 258 3.51e-187 511 CUX17903.1 CUX17903.1 100 338 0 0 1 338 1 338 1.73e-259 701 CUX17903.1 MCC5885453.1 44.3 327 173 7 15 338 57 377 2.05e-84 258 WP_176462507.1 WP_176462507.1 100 809 0 0 1 809 1 809 0.0 1573 WP_048370512.1 WP_048370512.1 100 438 0 0 1 438 1 438 4.64e-301 814 WP_048370512.1 MBO5908692.1 54.0 124 57 0 298 421 1 124 2.05e-44 149 XP_031360469.1 XP_031360469.1 100 94 0 0 1 94 1 94 1.27e-64 188 WP_186101535.1 WP_186101535.1 100 732 0 0 1 732 1 732 0.0 1531 WP_186101535.1 NET38287.1 45.9 750 368 10 8 727 6 747 4.14e-222 639 WP_197052899.1 WP_197052899.1 100 242 0 0 1 242 1 242 1.48e-171 470 WP_197052899.1 WP_024270964.1 39.7 58 35 0 168 225 177 234 1.26e-04 40.4 KAG2061513.1 KAG2061513.1 100 396 0 0 1 396 1 396 6.86e-284 767 WP_249930443.1 WP_249930443.1 100 532 0 0 1 532 1 532 0.0 1001 WP_249930443.1 WP_261733022.1 26.6 369 239 11 178 522 264 624 8.04e-22 97.8 WP_249930443.1 HAS8246497.1 23.5 361 260 6 178 527 490 845 8.79e-20 91.7 WP_249930443.1 WP_200037957.1 27.0 233 161 4 287 515 1140 1367 5.86e-16 79.7 WP_249930443.1 MBF0233644.1 27.2 158 112 2 323 478 531 687 7.79e-09 56.6 WP_249930443.1 WP_194544138.1 29.2 120 84 1 406 525 4 122 2.84e-08 53.1 WP_249930443.1 MBP1530348.1 31.6 114 73 3 414 525 3 113 7.35e-08 51.6 WP_249930443.1 EJF06804.1 31.8 107 69 2 413 515 1 107 1.08e-06 48.9 WP_249930443.1 WP_272906673.1 26.8 112 82 0 415 526 6 117 6.46e-06 47.0 WP_249930443.1 WP_149230790.1 33.3 78 47 3 314 387 461 537 1.90e-04 42.4 KAB7776415.1 KAB7776415.1 100 393 0 0 1 393 1 393 4.38e-274 742 KAB7776415.1 WP_160923791.1 52.9 380 170 4 1 379 3 374 2.14e-110 327 WP_226360036.1 WP_226360036.1 100 138 0 0 1 138 1 138 5.23e-96 271 WP_226360036.1 WP_161061319.1 51.1 137 65 1 4 138 7 143 1.73e-42 135 WP_226360036.1 WP_004957233.1 50.0 132 64 2 4 134 8 138 4.69e-37 122 KAG6208320.1 KAG6208320.1 100 328 0 0 1 328 1 328 7.84e-226 615 KAF8844043.1 KAF8844043.1 100 460 0 0 1 460 1 460 4.52e-316 859 WP_014657023.1 WP_014657023.1 100 522 0 0 1 522 1 522 0.0 1032 WP_014657023.1 WP_112088864.1 35.5 516 304 8 19 518 25 527 1.16e-77 252 WP_014657023.1 WP_173040157.1 29.4 489 284 14 34 511 36 474 4.23e-34 134 WP_014657023.1 WP_105160947.1 27.9 517 283 21 34 511 34 499 6.93e-30 122 WP_014657023.1 OQA35671.1 24.1 518 314 12 30 511 28 502 5.83e-28 116 WP_014657023.1 WP_041710957.1 23.4 488 310 11 34 513 34 465 1.56e-20 93.2 WP_014657023.1 MYD56339.1 28.4 194 120 4 30 222 33 208 1.69e-14 73.2 WP_014657023.1 WP_247749043.1 26.3 213 133 7 33 229 388 592 9.01e-09 56.2 WP_014657023.1 WP_206363707.1 25.1 175 116 4 32 194 47 218 1.52e-04 42.0 WP_013017739.1 WP_013017739.1 100 293 0 0 1 293 1 293 7.25e-218 592 WP_013017739.1 MSV72798.1 35.6 101 45 6 148 232 144 240 9.72e-08 50.8 WP_012456188.1 WP_012456188.1 100 294 0 0 1 294 1 294 4.60e-185 509 WP_012456188.1 MBA3614174.1 28.7 181 118 5 36 207 535 713 2.08e-09 56.6 WP_012456188.1 WP_219287479.1 34.5 84 51 2 36 115 34 117 1.65e-05 43.9 MBI5477481.1 MBI5477481.1 100 61 0 0 1 61 1 61 5.75e-44 133 WP_018996200.1 WP_018996200.1 100 186 0 0 1 186 1 186 2.27e-136 377 WP_018996200.1 WP_111627730.1 23.5 183 134 3 7 183 78 260 2.82e-08 50.4 WP_235104528.1 WP_235104528.1 100 137 0 0 1 137 1 137 7.75e-102 285 WP_207517291.1 WP_207517291.1 100 155 0 0 1 155 1 155 3.26e-114 318 AMB21424.1 AMB21424.1 100 552 0 0 1 552 1 552 0.0 1045 MBI3058450.1 MBI3058450.1 100 349 0 0 1 349 1 349 7.17e-244 662 CPW15624.1 CPW15624.1 100 188 0 0 1 188 1 188 2.02e-140 387 WP_220281278.1 WP_220281278.1 100 814 0 0 1 814 1 814 0.0 1664 WP_220281278.1 HAL7851047.1 69.0 649 195 4 170 814 1 647 0.0 933 WP_220281278.1 HCH8663031.1 50.1 805 385 9 16 813 14 808 1.90e-271 769 WP_220281278.1 EJH9475741.1 33.3 757 411 30 109 813 46 760 5.31e-92 304 WP_220281278.1 WP_184698676.1 30.0 720 427 19 129 812 72 750 1.52e-80 273 WP_220281278.1 WP_265822109.1 26.0 868 465 32 14 768 6 809 1.19e-47 181 WP_220281278.1 WP_081845076.1 23.7 773 488 30 67 804 43 748 8.75e-30 124 WP_220281278.1 GGB39876.1 22.7 494 295 18 61 528 263 695 9.00e-18 86.7 WP_220281278.1 MCK9371657.1 22.3 506 323 18 58 542 2 458 7.47e-16 80.1 WP_220281278.1 EFT8991253.1 21.3 865 490 34 76 771 121 963 1.81e-11 66.2 MCK4862399.1 MCK4862399.1 100 236 0 0 1 236 1 236 5.17e-169 463 HBP5520355.1 HBP5520355.1 100 654 0 0 1 654 1 654 0.0 1316 WP_230171322.1 WP_230171322.1 100 1065 0 0 1 1065 1 1065 0.0 2071 WP_230171322.1 WP_200543170.1 42.9 431 236 3 589 1014 259 684 1.64e-104 341 WP_230171322.1 HAB03480.1 37.0 552 320 10 486 1014 537 1083 6.89e-97 330 WP_230171322.1 CKF71070.1 34.8 485 295 4 549 1013 254 737 2.23e-87 296 WP_230171322.1 WP_018646673.1 33.3 513 320 6 521 1023 450 950 5.69e-79 277 WP_230171322.1 WP_126679569.1 33.4 524 331 9 511 1019 279 799 7.12e-61 222 WP_230171322.1 MBF0143407.1 34.0 435 278 6 593 1020 627 1059 8.05e-59 218 WP_230171322.1 EIA4708990.1 33.2 283 180 4 740 1015 379 659 6.71e-35 142 WP_230171322.1 EGR2272270.1 29.1 213 100 2 599 760 462 674 7.88e-18 87.0 WP_230171322.1 MCJ2541369.1 41.4 99 54 1 777 871 84 182 7.42e-17 78.2 WP_127958949.1 WP_127958949.1 100 201 0 0 1 201 1 201 3.05e-146 403 KAJ2127656.1 KAJ2127656.1 100 190 0 0 1 190 1 190 2.82e-107 303 AGC97326.1 AGC97326.1 100 241 0 0 1 241 1 241 8.61e-175 478 AGC97326.1 ACO35565.1 79.7 241 49 0 1 241 3 243 2.93e-141 394 AGC97326.1 AAX94106.1 86.9 222 29 0 1 222 210 431 1.26e-139 397 AGC97326.1 AGC74998.1 86.4 214 29 0 16 229 1 214 2.99e-135 377 AGC97326.1 APC24336.1 69.2 240 72 1 1 240 133 370 5.21e-120 345 RDU38945.1 RDU38945.1 100 187 0 0 1 187 1 187 4.41e-139 384 RDU38945.1 PJJ44766.1 31.9 69 44 1 107 175 682 747 5.89e-05 41.2 RDU38945.1 WP_231355705.1 33.8 65 40 1 107 171 645 706 1.42e-04 40.0 WP_275700896.1 WP_275700896.1 100 411 0 0 1 411 1 411 0.0 865 WP_275700896.1 PKO20637.1 28.2 458 251 15 3 406 9 442 4.47e-42 152 WP_275700896.1 WP_253630899.1 29.4 320 182 10 45 328 84 395 9.69e-32 124 WP_275700896.1 MBP7746105.1 24.0 458 246 16 30 400 341 783 3.48e-22 97.4 WP_275700896.1 MBR6406611.1 27.3 406 198 16 40 353 196 596 4.51e-18 84.7 WP_275700896.1 WP_125555296.1 22.0 386 212 12 2 314 3 372 1.20e-15 77.0 MCO4653091.1 MCO4653091.1 100 276 0 0 1 276 1 276 1.02e-204 557 NHW60074.1 NHW60074.1 100 68 0 0 1 68 1 68 1.11e-33 108 OQY98020.1 OQY98020.1 100 129 0 0 1 129 1 129 3.37e-90 255 MBL4853947.1 MBL4853947.1 100 385 0 0 1 385 1 385 3.07e-295 795 MBL4853947.1 WP_083349422.1 49.5 394 187 3 1 383 1 393 5.23e-136 392 MBL4853947.1 XP_027540421.1 28.9 349 224 7 51 383 66 406 2.60e-37 137 MBL4853947.1 WP_019444443.1 29.1 326 204 9 76 383 4 320 9.55e-32 120 MBL4853947.1 UCF78466.1 27.1 347 226 8 51 380 40 376 8.11e-23 97.1 MBL4853947.1 WP_145937814.1 28.6 203 136 5 51 247 43 242 5.71e-16 77.0 MBL4853947.1 RYZ40664.1 29.2 171 110 5 68 232 69 234 1.13e-14 73.2 MBL4853947.1 MCH8312862.1 26.3 198 136 5 51 245 24 214 5.52e-14 70.9 MBL4853947.1 WP_275495439.1 26.9 156 98 8 93 237 86 236 1.43e-05 45.1 NVK06315.1 NVK06315.1 100 207 0 0 1 207 1 207 2.82e-154 424 WP_001203076.1 WP_001203076.1 100 419 0 0 1 419 1 419 8.65e-301 812 WP_248055680.1 WP_248055680.1 100 180 0 0 1 180 1 180 6.83e-135 372 PWI17876.1 PWI17876.1 100 126 0 0 1 126 1 126 1.06e-87 249 MCD6199266.1 MCD6199266.1 100 821 0 0 1 821 1 821 0.0 1637 MCD6199266.1 WP_125260587.1 37.9 931 449 8 6 818 4 923 1.41e-207 611 MCD6199266.1 MBU22120.1 33.8 958 478 13 3 816 9 954 1.32e-172 522 MCD6199266.1 WP_158347019.1 35.0 842 473 16 6 817 4 801 2.56e-145 446 MCD6199266.1 MBO8485404.1 30.6 844 525 15 6 821 11 821 1.76e-112 360 MCD6199266.1 WP_253620872.1 24.0 541 280 17 268 800 117 534 4.25e-26 113 MCD6199266.1 WP_256546297.1 34.1 126 72 5 368 492 156 271 2.07e-08 54.7 MCD6199266.1 WP_071876418.1 23.2 449 263 19 347 783 107 485 2.02e-07 52.8 WP_275889644.1 WP_275889644.1 100 237 0 0 1 237 1 237 2.22e-184 502 MBR4375795.1 MBR4375795.1 100 222 0 0 1 222 1 222 1.74e-160 441 MBR4375795.1 XP_048189479.1 33.0 185 116 6 6 185 10 191 5.40e-15 69.7 HCD1639688.1 HCD1639688.1 100 230 0 0 1 230 1 230 3.00e-165 453 MCQ2150528.1 MCQ2150528.1 100 383 0 0 1 383 1 383 1.65e-273 740 MCQ2150528.1 MBI2506024.1 35.5 110 51 5 187 291 157 251 3.56e-08 53.1 CAI2795006.1 CAI2795006.1 100 539 0 0 1 539 1 539 0.0 1001 CAI2795006.1 NEB02235.1 47.1 429 225 2 100 527 27 454 1.20e-121 364 MBE6900854.1 MBE6900854.1 100 394 0 0 1 394 1 394 2.33e-290 783 MBE6900854.1 WP_106587829.1 56.3 378 164 1 4 381 10 386 1.10e-147 422 MBE6900854.1 RLD79060.1 49.9 389 192 3 3 390 13 399 8.50e-130 377 MBE6900854.1 MBI3668312.1 50.8 181 83 1 213 387 63 243 1.02e-55 182 MBE6900854.1 MCI7610146.1 57.1 56 24 0 1 56 1 56 1.08e-15 69.3 AHG02917.1 AHG02917.1 100 315 0 0 1 315 1 315 6.35e-214 583 AHG02917.1 MBX7055839.1 40.5 321 169 3 5 308 8 323 4.93e-70 219 AHG02917.1 MBE7554905.1 32.6 337 195 2 1 308 1 334 2.74e-56 184 AHG02917.1 WP_239280620.1 36.7 313 185 4 5 309 11 318 3.05e-54 178 AHG02917.1 MBB3097508.1 34.2 301 191 3 13 311 2 297 3.77e-44 151 AHG02917.1 WP_047721562.1 33.3 330 181 3 11 308 14 336 5.34e-43 149 AHG02917.1 MBW2176475.1 31.0 252 166 1 67 310 165 416 2.14e-33 125 AHG02917.1 KAB2860347.1 47.0 117 62 0 195 311 1 117 3.32e-30 109 MBQ6038336.1 MBQ6038336.1 100 322 0 0 1 322 1 322 2.28e-231 628 MBQ6038336.1 WP_136241334.1 35.7 294 178 5 18 310 30 313 2.75e-49 166 WP_279293890.1 WP_279293890.1 100 428 0 0 1 428 1 428 6.81e-298 805 WP_279293890.1 OKH85141.1 36.0 430 257 9 1 421 9 429 2.42e-68 222 WP_279293890.1 WP_049005162.1 33.3 393 250 7 2 390 7 391 1.87e-54 185 WP_279293890.1 WP_245350945.1 34.4 392 241 9 2 387 25 406 4.01e-53 182 WP_279293890.1 WP_209467194.1 33.0 103 57 2 61 159 49 143 2.10e-04 41.6 QNW05614.1 QNW05614.1 100 311 0 0 1 311 1 311 4.41e-228 619 MBQ1868746.1 MBQ1868746.1 100 652 0 0 1 652 1 652 0.0 1274 MBQ1868746.1 WP_138482356.1 31.1 402 251 7 252 642 401 787 3.83e-47 177 MBQ1868746.1 WP_007356512.1 30.0 416 263 8 248 641 727 1136 8.92e-47 176 MBQ1868746.1 HAS8246497.1 29.9 394 252 8 255 642 472 847 2.51e-43 166 MBQ1868746.1 WP_200037957.1 28.7 488 310 14 166 637 911 1376 8.32e-42 161 MBQ1868746.1 SEP77558.1 30.8 331 185 7 194 494 250 566 1.25e-39 152 MBQ1868746.1 WP_074911472.1 27.8 400 262 8 265 651 795 1180 1.43e-34 139 MBQ1868746.1 WP_212961195.1 24.7 438 274 7 255 648 412 837 1.93e-30 126 MBQ1868746.1 WP_076194242.1 28.9 225 150 4 271 493 242 458 3.95e-25 107 MBQ1868746.1 MBS1636088.1 26.2 237 165 4 256 491 90 317 1.10e-18 85.9 EED80871.1 EED80871.1 100 546 0 0 1 546 1 546 0.0 949 WP_083944445.1 WP_083944445.1 100 352 0 0 1 352 1 352 6.38e-269 726 DAS51312.1 DAS51312.1 100 252 0 0 1 252 1 252 1.69e-150 418 EGH2885952.1 EGH2885952.1 100 3815 0 0 1 3815 1 3815 0.0 6888 EGH2885952.1 WP_260821709.1 25.9 425 278 15 954 1376 17 407 3.72e-25 109 MCP4417814.1 MCP4417814.1 100 263 0 0 1 263 1 263 9.80e-201 546 WP_230700203.1 WP_230700203.1 100 265 0 0 1 265 1 265 1.27e-188 515 XP_020469382.1 XP_020469382.1 100 227 0 0 1 227 1 227 1.61e-163 449 XP_020469382.1 XP_052737512.1 19.6 250 166 4 9 225 6 253 3.54e-07 48.1 MBR5475092.1 MBR5475092.1 100 147 0 0 1 147 1 147 1.71e-103 290 NQD93247.1 NQD93247.1 100 105 0 0 1 105 1 105 9.09e-79 224 MBW0490175.1 MBW0490175.1 100 536 0 0 1 536 1 536 0.0 1060 MBT5105952.1 MBT5105952.1 100 303 0 0 1 303 1 303 4.85e-212 578 KAJ5673421.1 KAJ5673421.1 100 601 0 0 1 601 1 601 0.0 1167 GBC87342.1 GBC87342.1 100 256 0 0 1 256 1 256 2.15e-171 471 GBC87342.1 WP_113851760.1 37.1 202 123 3 48 246 36 236 2.18e-30 112 GBC87342.1 WP_282979415.1 36.1 233 143 3 20 246 82 314 8.34e-28 107 GBC87342.1 NGP45824.1 33.3 240 150 5 20 254 8 242 5.68e-26 100 GBC87342.1 MCF8193609.1 36.3 201 121 4 46 240 50 249 1.59e-20 86.3 GBC87342.1 MBQ6815353.1 32.0 147 95 2 102 246 117 260 9.59e-16 73.2 WP_097242040.1 WP_097242040.1 100 696 0 0 1 696 1 696 0.0 1251 WP_126547421.1 WP_126547421.1 100 884 0 0 1 884 1 884 0.0 1734 WP_126547421.1 WP_017166220.1 38.7 388 201 11 121 478 22 402 4.62e-55 194 WP_126547421.1 WP_267184195.1 23.9 519 291 20 131 639 28 452 3.09e-12 68.6 WP_126547421.1 MBN8831519.1 29.9 201 110 8 86 272 3 186 1.93e-10 62.8 WP_126547421.1 WP_222018129.1 22.9 477 262 18 199 665 94 474 6.01e-08 54.7 WP_126547421.1 WP_119344914.1 28.7 136 82 6 142 273 62 186 4.31e-07 52.0 WP_093699720.1 WP_093699720.1 100 290 0 0 1 290 1 290 1.72e-219 595 ECC1749556.1 ECC1749556.1 100 103 0 0 1 103 1 103 2.09e-74 213 ECC1749556.1 WP_279595826.1 55.1 107 35 2 9 102 19 125 5.31e-33 118 WP_145544593.1 WP_145544593.1 100 519 0 0 1 519 1 519 0.0 1004 WP_145544593.1 MBI5333464.1 39.0 187 105 3 342 519 205 391 1.99e-26 109 WP_145544593.1 WP_269885397.1 38.2 170 98 2 357 519 103 272 8.19e-26 105 WP_145544593.1 WP_000484099.1 37.6 165 96 3 361 518 204 368 3.56e-24 102 WP_145544593.1 MBK6870374.1 40.9 149 85 3 371 516 1 149 8.73e-24 97.4 WP_145544593.1 WP_126679569.1 35.7 168 100 4 359 518 367 534 1.36e-21 97.1 WP_145544593.1 WP_200543170.1 36.9 160 93 4 366 517 274 433 3.57e-20 92.4 WP_145544593.1 WP_107169208.1 38.3 167 94 6 352 509 188 354 2.06e-19 88.2 WP_145544593.1 WP_215262079.1 33.7 193 118 4 327 515 309 495 2.89e-19 89.0 WP_145544593.1 EGR2272270.1 40.8 130 72 2 393 517 548 677 4.50e-19 89.0 WP_203771012.1 WP_203771012.1 100 503 0 0 1 503 1 503 0.0 971 WP_203771012.1 WP_266784861.1 29.9 291 174 12 73 360 200 463 2.01e-23 101 HBS26035.1 HBS26035.1 100 67 0 0 1 67 1 67 9.51e-39 120 WP_263867815.1 WP_263867815.1 100 93 0 0 1 93 1 93 3.98e-63 184 WP_002803816.1 WP_002803816.1 100 124 0 0 1 124 1 124 3.14e-70 204 WP_205186167.1 WP_205186167.1 100 422 0 0 1 422 1 422 4.45e-300 810 WP_205186167.1 WP_195426888.1 41.7 422 238 5 4 422 74 490 1.49e-89 278 WP_205186167.1 WP_057201184.1 37.8 429 248 7 4 421 61 481 9.13e-71 229 WP_205186167.1 WP_131836551.1 35.5 422 259 5 2 414 76 493 5.54e-67 219 WP_205186167.1 WP_257689765.1 36.3 355 219 4 61 411 130 481 1.44e-64 213 WP_205186167.1 WP_255965801.1 33.0 415 271 4 5 415 73 484 1.59e-61 205 WP_205186167.1 XP_050320449.1 32.7 422 267 8 1 414 71 483 2.26e-53 183 WP_205186167.1 WP_008959270.1 31.6 421 276 5 1 414 69 484 1.21e-52 181 WP_205186167.1 WP_108756325.1 34.5 412 251 6 4 407 65 465 2.70e-49 172 WP_205186167.1 WP_061795322.1 32.3 430 259 13 4 413 79 496 9.56e-49 171 NEQ77371.1 NEQ77371.1 100 536 0 0 1 536 1 536 0.0 1046 MBQ1823017.1 MBQ1823017.1 100 282 0 0 1 282 1 282 4.04e-189 518 XP_020476240.1 XP_020476240.1 100 2965 0 0 1 2965 1 2965 0.0 5144 XP_020476240.1 TIC14313.1 44.2 52 24 2 2788 2834 1370 1421 9.21e-05 46.6 AYV78736.1 AYV78736.1 100 438 0 0 1 438 1 438 8.89e-312 843 MCI54718.1 MCI54718.1 100 77 0 0 1 77 1 77 1.49e-53 159 WP_062003339.1 WP_062003339.1 100 114 0 0 1 114 1 114 4.68e-83 236 WP_258236293.1 WP_258236293.1 100 73 0 0 1 73 1 73 1.83e-32 105 HIZ10317.1 HIZ10317.1 100 233 0 0 1 233 1 233 8.19e-160 440 HIZ10317.1 MBQ7587638.1 48.2 218 106 2 10 226 11 222 8.86e-59 184 HIZ10317.1 WP_007556065.1 42.6 230 126 3 2 230 3 227 2.68e-52 167 HIZ10317.1 WP_268276024.1 50.6 89 44 0 1 89 2 90 2.11e-21 83.6 HIZ10317.1 WP_230208134.1 33.3 144 91 3 1 141 19 160 3.38e-11 60.5 MBK7750076.1 MBK7750076.1 100 1114 0 0 1 1114 1 1114 0.0 2116 WP_149406163.1 WP_149406163.1 100 307 0 0 1 307 1 307 1.11e-219 597 WP_149406163.1 WP_213449477.1 49.0 310 139 4 1 307 1 294 6.78e-93 276 WP_142133210.1 WP_142133210.1 100 251 0 0 1 251 1 251 9.62e-177 484 WP_142133210.1 WP_115992495.1 54.4 248 107 2 10 251 1 248 2.45e-85 253 WP_142133210.1 WP_222125851.1 49.0 243 119 1 10 247 1 243 9.29e-80 238 WP_142133210.1 WP_279984614.1 49.6 250 118 3 10 251 9 258 9.05e-77 231 WP_142133210.1 WP_008470196.1 49.6 236 119 0 10 245 9 244 1.95e-75 228 WP_142133210.1 WP_072380563.1 42.9 240 134 1 10 246 1 240 1.03e-60 190 WP_142133210.1 MBP1876254.1 41.7 235 129 5 10 237 1 234 1.03e-50 167 WP_142133210.1 MCC6044083.1 39.7 224 127 5 10 230 9 227 3.93e-38 134 WP_142133210.1 WP_211555180.1 36.0 200 126 2 25 223 18 216 1.21e-33 120 WP_142133210.1 WP_071876418.1 28.0 225 148 6 25 241 20 238 1.17e-20 89.0 WP_160354134.1 WP_160354134.1 100 212 0 0 1 212 1 212 1.14e-151 417 WP_073017683.1 WP_073017683.1 100 176 0 0 1 176 1 176 1.01e-134 372 MBO6826978.1 MBO6826978.1 100 188 0 0 1 188 1 188 1.86e-136 377 WP_237025736.1 WP_237025736.1 100 830 0 0 1 830 1 830 0.0 1330 AAZ73234.1 AAZ73234.1 100 138 0 0 1 138 1 138 8.03e-100 280 AAZ73234.1 MCG6912449.1 30.2 116 80 1 1 115 183 298 2.09e-12 61.2 WP_167324608.1 WP_167324608.1 100 483 0 0 1 483 1 483 0.0 972 WP_167324608.1 MBY0289623.1 31.0 287 177 4 1 287 1 266 8.54e-37 138 WP_167324608.1 MCR5335843.1 30.3 300 181 6 14 306 13 291 9.33e-30 118 MBF7068745.1 MBF7068745.1 100 216 0 0 1 216 1 216 2.11e-117 331 WP_002598431.1 WP_002598431.1 100 58 0 0 1 58 1 58 2.05e-27 91.7 XP_010216383.1 XP_010216383.1 100 236 0 0 1 236 1 236 1.75e-176 482 XP_010216383.1 GJP50541.1 25.3 99 69 2 70 163 373 471 2.56e-05 43.1 WP_238741277.1 WP_238741277.1 100 135 0 0 1 135 1 135 6.41e-91 258 WP_175395805.1 WP_175395805.1 100 249 0 0 1 249 1 249 8.33e-186 507 WP_175395805.1 WP_087918330.1 50.0 246 123 0 1 246 1 246 1.29e-87 258 WP_175395805.1 NET00292.1 41.3 247 143 2 2 246 25 271 5.03e-65 202 WP_125933644.1 WP_125933644.1 100 384 0 0 1 384 1 384 2.64e-275 744 WP_125933644.1 MBW8896250.1 29.4 126 75 3 42 167 11 122 1.38e-06 47.4 WP_125933644.1 MCS7015141.1 34.5 113 51 5 44 154 2 93 8.24e-05 42.7 MBR4207675.1 MBR4207675.1 100 937 0 0 1 937 1 937 0.0 1691 AOR13807.1 AOR13807.1 100 198 0 0 1 198 1 198 3.56e-139 385 AOR13807.1 ADW49125.1 79.8 198 40 0 1 198 2 199 7.56e-112 316 AOR13807.1 AVM35379.1 77.3 198 45 0 1 198 5 202 2.29e-109 310 AOR13807.1 QUA05739.1 77.8 198 44 0 1 198 10 207 3.04e-109 310 AOR13807.1 AFA24308.1 77.3 198 45 0 1 198 3 200 2.49e-108 307 AOR13807.1 AFA09475.1 78.2 193 42 0 6 198 1 193 6.51e-107 303 AOR13807.1 AWS34156.1 76.1 197 47 0 1 197 10 206 1.74e-105 300 AOR13807.1 ADJ35581.1 72.2 198 55 0 1 198 11 208 4.23e-104 297 AOR13807.1 AHK62764.1 71.7 198 56 0 1 198 6 203 1.46e-102 293 AOR13807.1 QUQ06080.1 71.2 198 57 0 1 198 10 207 3.19e-101 290 MXZ96777.1 MXZ96777.1 100 284 0 0 1 284 1 284 3.73e-163 452 MBU0783111.1 MBU0783111.1 100 393 0 0 1 393 1 393 7.29e-298 802 MBU0783111.1 HFC49641.1 26.8 377 241 11 5 369 6 359 1.06e-24 102 MBU0783111.1 RWK19229.1 24.6 313 197 11 8 305 7 295 2.29e-13 70.1 WP_231587592.1 WP_231587592.1 100 355 0 0 1 355 1 355 1.10e-266 720 WP_231587592.1 EJV0278763.1 24.7 194 111 6 8 200 5 164 1.26e-08 53.5 WP_231587592.1 MBK8955603.1 24.1 191 105 3 12 200 9 161 2.51e-07 49.7 WP_231587592.1 QLL10545.1 46.3 54 28 1 6 58 18 71 8.89e-06 45.1 ORV24296.1 ORV24296.1 100 188 0 0 1 188 1 188 4.57e-137 379 ORV24296.1 WP_104333814.1 32.8 189 118 2 4 187 21 205 1.55e-20 83.2 ORV24296.1 WP_196222422.1 24.0 146 99 1 53 186 37 182 2.70e-08 50.1 WP_130617254.1 WP_130617254.1 100 239 0 0 1 239 1 239 3.93e-170 466 SNS96357.1 SNS96357.1 100 401 0 0 1 401 1 401 6.22e-294 793 WP_224014827.1 WP_224014827.1 100 391 0 0 1 391 1 391 2.84e-294 793 WP_224014827.1 WP_130670507.1 53.7 391 176 3 2 390 6 393 1.27e-139 402 WP_224014827.1 WP_271272236.1 44.9 374 204 2 15 386 9 382 1.09e-104 312 WP_224014827.1 TVP67793.1 40.1 387 227 4 6 388 16 401 5.77e-95 288 WP_224014827.1 MCB0793211.1 37.5 381 230 5 9 382 8 387 4.37e-81 252 WP_224014827.1 EMD83093.1 37.2 398 217 11 25 391 50 445 8.30e-66 214 WP_224014827.1 MBY0289623.1 29.7 360 213 14 16 367 20 347 2.97e-21 92.8 AAM89588.1 AAM89588.1 100 218 0 0 1 218 1 218 5.17e-151 416 WP_146943319.1 WP_146943319.1 100 173 0 0 1 173 1 173 2.79e-117 327 MBK7076265.1 MBK7076265.1 100 237 0 0 1 237 1 237 5.03e-181 494 XP_054023409.1 XP_054023409.1 100 178 0 0 1 178 1 178 2.21e-130 361 WP_116073604.1 WP_116073604.1 100 212 0 0 1 212 1 212 1.34e-159 437 WP_162428520.1 WP_162428520.1 100 864 0 0 1 864 1 864 0.0 1713 WP_162428520.1 WP_227550239.1 20.9 912 529 38 20 845 36 841 4.72e-25 110 WP_162428520.1 WP_146272353.1 35.2 88 54 1 19 106 38 122 2.28e-10 62.8 AVM35379.1 AVM35379.1 100 214 0 0 1 214 1 214 2.20e-150 414 AVM35379.1 ADW49125.1 89.6 211 22 0 4 214 1 211 8.53e-136 377 AVM35379.1 AWS34156.1 86.9 214 28 0 1 214 6 219 1.32e-134 375 AVM35379.1 AFA24308.1 88.6 211 24 0 4 214 2 212 2.43e-133 371 AVM35379.1 AFA09475.1 89.3 205 22 0 10 214 1 205 1.22e-129 362 AVM35379.1 QUA05739.1 87.0 207 27 0 1 207 6 212 2.59e-128 358 AVM35379.1 QUQ06080.1 83.2 214 36 0 1 214 6 219 4.71e-128 358 AVM35379.1 ADJ35581.1 81.3 214 40 0 1 214 7 220 1.63e-126 354 AVM35379.1 AHK62764.1 76.6 214 50 0 1 214 2 215 2.09e-120 339 AVM35379.1 AAX94106.1 91.5 189 16 0 26 214 1 189 6.35e-120 345 GJQ31858.1 GJQ31858.1 100 467 0 0 1 467 1 467 0.0 988 GJQ31858.1 MCP3920706.1 35.0 103 47 6 46 133 343 440 2.79e-04 41.6 WP_249866435.1 WP_249866435.1 100 417 0 0 1 417 1 417 7.20e-308 830 WP_249866435.1 WP_058093348.1 29.5 370 234 11 5 361 25 380 6.07e-28 112 CDE57470.1 CDE57470.1 100 522 0 0 1 522 1 522 0.0 1034 EEY6110619.1 EEY6110619.1 100 171 0 0 1 171 1 171 7.76e-123 341 WP_071876418.1 WP_071876418.1 100 555 0 0 1 555 1 555 0.0 1070 WP_071876418.1 WP_278489123.1 33.3 261 156 5 1 253 3 253 5.54e-37 137 WP_071876418.1 MBP1876254.1 33.0 224 140 6 4 221 2 221 2.50e-27 111 WP_071876418.1 WP_197521413.1 33.3 228 133 5 4 228 2 213 8.82e-26 105 WP_071876418.1 WP_256546297.1 29.1 258 156 7 4 243 24 272 1.70e-24 101 WP_071876418.1 MWR41881.1 29.6 216 138 4 21 229 44 252 6.75e-24 99.8 WP_071876418.1 WP_072380563.1 27.6 228 153 4 300 517 2 227 3.76e-21 91.3 WP_071876418.1 WP_142133210.1 27.0 222 154 5 20 238 25 241 1.03e-20 90.1 WP_071876418.1 WP_226904802.1 27.8 241 156 6 4 229 23 260 2.52e-20 90.9 WP_071876418.1 WP_115992495.1 28.2 227 151 6 20 238 16 238 2.05e-19 86.3 MBW3588078.1 MBW3588078.1 100 822 0 0 1 822 1 822 0.0 1514 MBW3588078.1 RZU98823.1 45.0 829 420 3 20 813 17 844 5.85e-240 691 MBW3588078.1 WP_216768648.1 38.0 676 392 9 33 693 21 684 2.17e-140 433 MBW3588078.1 MBP7989505.1 28.5 316 197 4 378 675 1 305 1.51e-25 107 BCJ09783.1 BCJ09783.1 100 92 0 0 1 92 1 92 4.88e-59 174 WP_151615076.1 WP_151615076.1 100 189 0 0 1 189 1 189 4.06e-136 376 QAA77085.1 QAA77085.1 100 745 0 0 1 745 1 745 0.0 1508 WP_013384884.1 WP_013384884.1 100 309 0 0 1 309 1 309 1.07e-218 595 WP_013384884.1 RLS46433.1 33.9 124 64 5 142 256 86 200 7.18e-08 50.8 CAF1284994.1 CAF1284994.1 100 350 0 0 1 350 1 350 4.43e-259 701 ORY38386.1 ORY38386.1 100 954 0 0 1 954 1 954 0.0 1743 GLO13544.1 GLO13544.1 100 548 0 0 1 548 1 548 0.0 1071 GLO13544.1 WP_100610557.1 28.3 566 365 10 2 538 10 563 2.75e-52 186 GLO13544.1 HAR3824072.1 27.6 551 366 12 3 530 27 567 5.38e-49 177 GLO13544.1 WP_180196654.1 28.4 549 344 16 12 530 9 538 5.10e-45 165 GLO13544.1 WP_060004157.1 25.0 561 359 12 12 528 3 545 5.24e-24 104 CAI9173470.1 CAI9173470.1 100 146 0 0 1 146 1 146 1.78e-109 305 PHI20455.1 PHI20455.1 100 114 0 0 1 114 1 114 2.61e-80 229 MCA3282362.1 MCA3282362.1 100 365 0 0 1 365 1 365 3.61e-277 748 MCA3282362.1 WP_200567098.1 24.5 371 248 14 2 352 4 362 4.81e-16 77.0 MCA3282362.1 WP_080508033.1 24.0 333 223 10 37 352 69 388 4.77e-11 62.0 EFG4747393.1 EFG4747393.1 100 249 0 0 1 249 1 249 2.08e-170 468 EFG4747393.1 NPM18735.1 97.2 249 7 0 1 249 16 264 2.76e-164 453 EFG4747393.1 MBB7523286.1 100 42 0 0 1 42 467 508 5.71e-21 89.7 MBE6211131.1 MBE6211131.1 100 322 0 0 1 322 1 322 3.37e-233 633 WP_126136917.1 WP_126136917.1 100 287 0 0 1 287 1 287 1.34e-210 573 WP_126136917.1 MBK9183427.1 35.0 283 165 9 7 274 6 284 2.34e-34 125 WP_126136917.1 WP_014407515.1 33.6 274 163 7 12 277 7 269 4.91e-34 124 WP_126136917.1 MCQ2612024.1 26.9 286 185 12 12 279 9 288 2.52e-13 67.4 MCS7352192.1 MCS7352192.1 100 111 0 0 1 111 1 111 6.56e-36 119 MBT5102369.1 MBT5102369.1 100 187 0 0 1 187 1 187 9.98e-136 375 WP_222125851.1 WP_222125851.1 100 246 0 0 1 246 1 246 2.19e-175 480 WP_222125851.1 WP_115992495.1 51.2 250 107 2 1 242 1 243 2.19e-82 245 WP_222125851.1 WP_142133210.1 49.0 243 119 1 1 243 10 247 2.78e-81 242 WP_222125851.1 WP_008470196.1 46.5 241 124 1 1 241 9 244 1.87e-74 225 WP_222125851.1 WP_279984614.1 46.9 243 127 1 1 241 9 251 2.10e-71 218 WP_222125851.1 WP_072380563.1 45.7 245 125 2 1 242 1 240 1.23e-68 210 WP_222125851.1 MBP1876254.1 37.3 249 147 3 1 244 1 245 7.42e-49 162 WP_222125851.1 WP_176354145.1 36.1 238 142 3 7 243 11 239 7.44e-44 150 WP_222125851.1 WP_215557653.1 38.4 229 123 6 1 220 3 222 8.35e-41 139 WP_222125851.1 MCF7808720.1 34.5 229 140 5 1 224 6 229 3.52e-34 121 GIY87976.1 GIY87976.1 100 113 0 0 1 113 1 113 3.88e-77 221 KHC51086.1 KHC51086.1 100 659 0 0 1 659 1 659 0.0 1179 XP_048190726.1 XP_048190726.1 100 815 0 0 1 815 1 815 0.0 1457 KPQ18226.1 KPQ18226.1 100 397 0 0 1 397 1 397 1.82e-284 769 KPQ18226.1 WP_099949840.1 52.7 395 174 3 1 392 1 385 1.88e-131 381 KAI3869934.1 KAI3869934.1 100 489 0 0 1 489 1 489 0.0 918 NEO65312.1 NEO65312.1 100 515 0 0 1 515 1 515 0.0 1059 NEO65312.1 MBL8820230.1 33.7 285 137 13 271 505 29 311 3.81e-27 110 NEO65312.1 RYE89993.1 30.8 299 137 11 271 505 32 324 1.22e-25 105 WP_183555556.1 WP_183555556.1 100 725 0 0 1 725 1 725 0.0 1434 TAH42824.1 TAH42824.1 100 230 0 0 1 230 1 230 3.77e-159 438 TAH42824.1 WP_129553552.1 43.6 220 124 0 4 223 65 284 2.42e-56 180 XP_034617399.1 XP_034617399.1 100 297 0 0 1 297 1 297 4.96e-227 615 NJD87536.1 NJD87536.1 100 285 0 0 1 285 1 285 1.81e-198 542 MBK8449583.1 MBK8449583.1 100 678 0 0 1 678 1 678 0.0 1284 WP_062308724.1 WP_062308724.1 100 288 0 0 1 288 1 288 4.71e-191 523 MBQ9754467.1 MBQ9754467.1 100 462 0 0 1 462 1 462 0.0 909 WP_278278068.1 WP_278278068.1 100 43 0 0 1 43 1 43 8.92e-27 89.0 WP_195180108.1 WP_195180108.1 100 92 0 0 1 92 1 92 1.35e-56 167 UKZ95812.1 UKZ95812.1 100 106 0 0 1 106 1 106 4.67e-77 220 WP_088086543.1 WP_088086543.1 100 235 0 0 1 235 1 235 1.37e-168 462 WP_110180126.1 WP_110180126.1 100 388 0 0 1 388 1 388 2.91e-265 719 WP_129639177.1 WP_129639177.1 100 168 0 0 1 168 1 168 2.14e-114 320 CAG9815058.1 CAG9815058.1 100 497 0 0 1 497 1 497 0.0 1001 PJJ44766.1 PJJ44766.1 100 822 0 0 1 822 1 822 0.0 1527 PJJ44766.1 WP_092081374.1 57.5 730 298 4 37 759 1 725 1.22e-279 790 PJJ44766.1 WP_231355705.1 56.1 731 299 6 36 757 3 720 4.75e-262 744 PJJ44766.1 WP_206581849.1 41.4 771 379 10 35 754 2 750 1.39e-170 509 PJJ44766.1 MBQ3724833.1 33.9 59 39 0 685 743 631 689 4.12e-05 45.4 PJJ44766.1 RDU38945.1 31.9 69 44 1 682 747 107 175 3.49e-04 40.8 WP_237150901.1 WP_237150901.1 100 239 0 0 1 239 1 239 8.01e-179 488 WP_237150901.1 WP_008860295.1 29.9 107 67 4 130 236 152 250 9.63e-05 40.8 MCE9516778.1 MCE9516778.1 100 365 0 0 1 365 1 365 3.76e-238 649 KFU90592.1 KFU90592.1 100 347 0 0 1 347 1 347 2.18e-253 686 PDX17128.1 PDX17128.1 100 167 0 0 1 167 1 167 2.52e-117 327 PDX17128.1 WEK50023.1 49.1 169 81 2 1 166 12 178 2.87e-49 155 PDX17128.1 WP_175630617.1 44.7 161 87 1 1 161 12 170 1.07e-40 133 MBX3707511.1 MBX3707511.1 100 771 0 0 1 771 1 771 0.0 1494 EAH8201998.1 EAH8201998.1 100 443 0 0 1 443 1 443 0.0 875 EAH8201998.1 MBV00212.1 48.8 430 217 3 4 430 3 432 2.75e-138 410 EAH8201998.1 WP_021479352.1 44.6 448 237 5 3 440 6 452 7.37e-121 377 EAH8201998.1 MBG6814041.1 48.5 359 183 2 3 359 8 366 6.27e-116 342 EAH8201998.1 MCF8269563.1 21.6 283 197 9 62 329 69 341 4.92e-11 63.2 EAH8201998.1 WP_192026965.1 25.7 230 149 8 77 292 101 322 4.39e-08 53.1 KKU62290.1 KKU62290.1 100 439 0 0 1 439 1 439 5.82e-284 771 KKU62290.1 EGH2885952.1 31.8 85 57 1 290 373 2062 2146 7.78e-07 50.1 MBK5571697.1 MBK5571697.1 100 199 0 0 1 199 1 199 2.91e-134 372 WP_176282182.1 WP_176282182.1 100 422 0 0 1 422 1 422 5.06e-306 825 XP_038766703.1 XP_038766703.1 100 488 0 0 1 488 1 488 0.0 928 WP_276078981.1 WP_276078981.1 100 492 0 0 1 492 1 492 0.0 972 NXM82541.1 NXM82541.1 100 497 0 0 1 497 1 497 0.0 955 NXM82541.1 KAJ4922108.1 48.6 504 191 13 1 497 26 468 4.42e-131 387 NXM82541.1 XP_018957721.2 27.8 291 190 8 1 282 12 291 1.75e-21 96.3 KAG1843883.1 KAG1843883.1 100 871 0 0 1 871 1 871 0.0 1815 KAJ4375381.1 KAJ4375381.1 100 463 0 0 1 463 1 463 3.25e-270 738 WP_001977095.1 WP_001977095.1 100 119 0 0 1 119 1 119 1.08e-79 228 XP_052534275.1 XP_052534275.1 100 608 0 0 1 608 1 608 0.0 1158 XP_052534275.1 WP_038052668.1 32.0 503 245 10 105 602 6 416 6.34e-61 206 XP_052534275.1 WP_200198809.1 38.0 400 191 7 205 602 78 422 2.91e-60 205 XP_052534275.1 RIX75659.1 35.2 401 201 10 208 602 99 446 1.50e-47 171 AAW57761.1 AAW57761.1 100 206 0 0 1 206 1 206 1.58e-164 449 AAW57761.1 QJX39570.1 78.4 208 42 2 1 206 1 207 2.85e-131 365 AAW57761.1 AIG14299.1 69.0 216 56 3 1 206 1 215 2.17e-114 323 KXZ65002.1 KXZ65002.1 100 150 0 0 1 150 1 150 1.06e-112 314 KXZ65002.1 MBE6455882.1 45.9 85 46 0 10 94 184 268 5.23e-19 79.7 WP_279840346.1 WP_279840346.1 100 484 0 0 1 484 1 484 0.0 920 WP_279840346.1 WP_094840069.1 39.1 501 265 5 13 474 9 508 1.57e-95 296 WP_279840346.1 MBI4806480.1 34.7 472 295 5 8 472 7 472 9.84e-75 241 WP_279840346.1 WP_224791962.1 33.0 488 300 7 4 477 3 477 3.61e-61 206 WP_279840346.1 WP_283557067.1 29.0 476 312 8 3 474 7 460 1.04e-44 161 WP_279840346.1 WP_076595086.1 26.8 470 323 6 12 473 15 471 2.97e-40 149 WP_056329268.1 WP_056329268.1 100 410 0 0 1 410 1 410 1.21e-291 788 MBX3400476.1 MBX3400476.1 100 306 0 0 1 306 1 306 1.68e-193 531 WP_128786583.1 WP_128786583.1 100 630 0 0 1 630 1 630 0.0 1041 WP_128786583.1 WP_269572442.1 38.0 552 321 5 40 582 42 581 5.22e-73 244 WP_128786583.1 WP_025739406.1 37.1 340 214 0 234 573 241 580 1.46e-41 158 WP_128786583.1 WP_104456122.1 51.3 160 78 0 439 598 331 490 7.85e-35 137 WP_128786583.1 HBP5649656.1 41.3 310 179 2 290 598 229 536 1.66e-34 136 WP_128786583.1 WP_140164964.1 42.7 330 189 0 272 601 195 524 1.35e-31 127 WP_128786583.1 OME96001.1 25.9 563 367 13 1 534 1 542 1.51e-21 97.4 WP_128786583.1 WP_271340374.1 29.0 259 160 3 296 536 238 490 1.24e-15 78.6 WP_128786583.1 WP_156140069.1 43.9 107 60 0 473 579 405 511 2.30e-11 65.1 WP_128786583.1 WP_237962375.1 45.8 83 42 1 439 521 467 546 3.26e-11 64.7 MBV8060578.1 MBV8060578.1 100 243 0 0 1 243 1 243 1.81e-177 485 XP_003035978.1 XP_003035978.1 100 284 0 0 1 284 1 284 4.60e-100 293 XP_039406663.1 XP_039406663.1 100 406 0 0 1 406 1 406 3.26e-303 817 HBG17616.1 HBG17616.1 100 533 0 0 1 533 1 533 0.0 1048 HBG17616.1 UOK61174.1 40.6 96 56 1 437 532 262 356 3.43e-15 75.9 HBG17616.1 WP_126376486.1 31.2 125 76 3 411 532 163 280 8.00e-13 67.4 HBG17616.1 MCO4478718.1 29.2 106 75 0 427 532 167 272 7.70e-12 64.3 HBG17616.1 MCF8449868.1 33.3 105 65 2 5 109 2 101 4.35e-11 61.6 HBG17616.1 WP_196114185.1 27.3 154 97 3 6 147 9 159 5.44e-10 59.3 HBG17616.1 WP_188888464.1 33.0 103 68 1 6 108 4 105 6.75e-10 57.8 HBG17616.1 WP_124213670.1 31.7 104 68 1 6 109 4 104 2.43e-08 54.7 HBG17616.1 XP_001454078.1 26.0 127 76 4 7 122 508 627 3.19e-06 48.1 HBG17616.1 WP_119938117.1 26.1 92 68 0 441 532 179 270 1.63e-05 45.1 WP_277324932.1 WP_277324932.1 100 394 0 0 1 394 1 394 8.70e-286 772 WP_277324932.1 MBF0865514.1 36.7 308 185 6 18 320 16 318 1.24e-54 182 WP_277324932.1 WP_057452934.1 38.1 302 177 6 18 315 14 309 1.55e-53 179 WP_277324932.1 WP_083296738.1 35.1 370 213 8 4 355 1 361 2.00e-53 179 WP_277324932.1 WP_040532466.1 34.0 312 195 7 18 323 9 315 3.74e-48 166 XP_037916999.1 XP_037916999.1 100 507 0 0 1 507 1 507 0.0 931 XP_037916999.1 KAJ7092692.1 43.8 73 41 0 45 117 143 215 2.48e-14 72.8 XP_037916999.1 XP_010676925.2 26.7 180 120 7 46 220 169 341 2.14e-07 51.2 PBP26446.1 PBP26446.1 100 125 0 0 1 125 1 125 8.31e-71 206 MBS3742576.1 MBS3742576.1 100 79 0 0 1 79 1 79 7.79e-59 172 WP_150253061.1 WP_150253061.1 100 701 0 0 1 701 1 701 0.0 1353 WP_150253061.1 WP_043940504.1 47.1 688 308 12 12 696 14 648 1.63e-182 532 WP_150253061.1 HAN66834.1 40.9 696 349 13 14 700 16 658 2.43e-152 455 WP_150253061.1 MBP8196496.1 34.4 835 350 16 19 692 1 798 1.40e-125 390 MBT3887354.1 MBT3887354.1 100 321 0 0 1 321 1 321 4.01e-204 559 MBT3887354.1 WP_033456074.1 58.4 298 112 3 24 321 11 296 1.19e-117 339 MBT3887354.1 OFZ89526.1 56.2 306 124 3 26 321 117 422 9.98e-114 334 MBT3887354.1 WP_267292626.1 56.2 297 121 2 24 319 224 512 1.56e-104 313 MBT3887354.1 WP_098923619.1 54.0 298 128 4 24 320 129 418 6.17e-101 301 MBT3887354.1 WP_262612393.1 47.8 301 143 6 24 320 134 424 1.46e-83 257 MBT3887354.1 NDI25889.1 40.5 294 153 3 31 313 1 283 5.53e-65 205 MBT3887354.1 KAA0555231.1 31.6 310 185 6 25 319 333 630 3.85e-37 138 MBT3887354.1 KAJ4394429.1 27.5 316 207 7 24 321 203 514 5.61e-27 108 WP_273302807.1 WP_273302807.1 100 217 0 0 1 217 1 217 8.02e-159 436 PKM59746.1 PKM59746.1 100 69 0 0 1 69 1 69 7.58e-48 144 MBW0517832.1 MBW0517832.1 100 269 0 0 1 269 1 269 3.57e-206 560 MBW0517832.1 XP_045966569.1 25.9 263 167 7 11 263 126 370 4.39e-13 67.0 OQA38407.1 OQA38407.1 100 458 0 0 1 458 1 458 0.0 867 OQA38407.1 WP_225579579.1 48.5 462 209 6 1 457 7 444 6.88e-132 389 OQA38407.1 WP_254698006.1 48.0 454 207 6 9 457 1 430 9.67e-130 384 OQA38407.1 WP_253808359.1 47.1 427 214 4 1 426 1 416 8.78e-125 368 OQA38407.1 CBI36349.3 33.4 425 266 7 9 427 10 423 1.67e-61 204 OQA38407.1 PSR02572.1 35.2 284 163 5 30 303 72 344 8.93e-47 163 OQA38407.1 PHR72175.1 32.5 292 178 6 9 293 28 307 6.26e-37 136 GLV83862.1 GLV83862.1 100 402 0 0 1 402 1 402 1.36e-293 792 GLV83862.1 WP_025599976.1 32.4 244 137 6 159 385 170 402 1.10e-20 91.7 GLV83862.1 WP_205996060.1 32.2 230 131 9 176 393 616 832 1.23e-10 61.6 GLV83862.1 WP_005392478.1 24.1 245 166 4 82 323 62 289 6.09e-09 55.5 YP_009017695.1 YP_009017695.1 100 69 0 0 1 69 1 69 4.79e-42 129 XP_003875641.1 XP_003875641.1 100 295 0 0 1 295 1 295 6.22e-220 597 NRF69152.1 NRF69152.1 100 520 0 0 1 520 1 520 0.0 992 NRF69152.1 WP_283107263.1 41.1 499 269 8 27 516 75 557 1.34e-94 297 NRF69152.1 WP_017718577.1 41.6 435 228 6 102 517 203 630 9.68e-93 295 NRF69152.1 WP_058504615.1 39.2 436 244 12 85 516 144 562 3.76e-79 256 NRF69152.1 MBT7163208.1 40.5 375 215 5 142 515 201 568 2.76e-72 239 NRF69152.1 WP_203339841.1 39.7 272 153 6 139 407 13 276 8.21e-52 178 NRF69152.1 EEC9022132.1 29.2 383 231 12 125 477 79 451 4.30e-34 133 NRF69152.1 WP_121975536.1 35.1 248 129 10 146 383 14 239 2.58e-26 108 NRF69152.1 RYD39969.1 30.5 272 161 7 148 407 23 278 5.65e-22 94.7 NRF69152.1 WP_029222463.1 31.7 287 162 11 135 408 3 268 6.36e-21 92.8 MCH2678216.1 MCH2678216.1 100 189 0 0 1 189 1 189 5.76e-136 376 MCH2678216.1 MBE6787267.1 36.0 175 102 6 1 168 1 172 2.63e-26 97.8 MCH2678216.1 WP_228824605.1 35.8 123 71 4 48 166 51 169 1.39e-14 67.4 WP_278390468.1 WP_278390468.1 100 422 0 0 1 422 1 422 5.91e-305 823 WP_130514498.1 WP_130514498.1 100 381 0 0 1 381 1 381 5.14e-276 746 WP_275865201.1 WP_275865201.1 100 63 0 0 1 63 1 63 8.45e-38 118 XP_031258584.1 XP_031258584.1 100 347 0 0 1 347 1 347 5.57e-256 692 WP_248676944.1 WP_248676944.1 100 305 0 0 1 305 1 305 1.55e-209 572 WP_248676944.1 WP_235060562.1 24.9 225 156 5 17 236 7 223 4.71e-13 66.6 KAJ2272836.1 KAJ2272836.1 100 726 0 0 1 726 1 726 0.0 1448 XP_017754998.1 XP_017754998.1 100 525 0 0 1 525 1 525 0.0 1066 XP_017754998.1 XP_047113196.1 34.3 495 294 14 5 491 43 514 8.98e-74 242 HBO0131372.1 HBO0131372.1 100 338 0 0 1 338 1 338 1.30e-213 585 XP_035800909.1 XP_035800909.1 100 952 0 0 1 952 1 952 0.0 1562 XP_035800909.1 XP_017857703.1 28.1 303 171 7 121 383 8 303 2.03e-21 99.0 WP_222878685.1 WP_222878685.1 100 273 0 0 1 273 1 273 1.80e-192 526 MCD8548598.1 MCD8548598.1 100 148 0 0 1 148 1 148 4.71e-106 297 MBK6756051.1 MBK6756051.1 100 768 0 0 1 768 1 768 0.0 1478 WP_021117716.1 WP_021117716.1 100 53 0 0 1 53 1 53 3.29e-33 105 EEJ0015338.1 EEJ0015338.1 100 433 0 0 1 433 1 433 6.75e-312 841 EEJ0015338.1 WP_254218450.1 46.4 293 153 3 91 380 174 465 2.21e-78 250 EEJ0015338.1 MBL0967454.1 39.6 331 188 4 98 425 5 326 2.34e-68 219 HCJ45190.1 HCJ45190.1 100 65 0 0 1 65 1 65 1.26e-42 130 HCJ45190.1 WP_264228578.1 74.6 63 16 0 1 63 480 542 1.66e-26 98.2 HCJ45190.1 OGA29379.1 66.7 63 21 0 1 63 479 541 1.30e-24 92.8 NDD52781.1 NDD52781.1 100 424 0 0 1 424 1 424 2.27e-294 796 HBT3241107.1 HBT3241107.1 100 991 0 0 1 991 1 991 0.0 1995 MCS5664414.1 MCS5664414.1 100 304 0 0 1 304 1 304 2.63e-221 601 WP_091054162.1 WP_091054162.1 100 137 0 0 1 137 1 137 1.06e-99 280 WP_016340583.1 WP_016340583.1 100 233 0 0 1 233 1 233 6.08e-171 468 WP_016340583.1 MCH2591601.1 41.7 230 127 2 6 229 17 245 2.54e-56 178 WP_016340583.1 HHY51372.1 37.2 231 136 3 6 229 20 248 8.20e-54 172 WP_281733574.1 WP_281733574.1 100 219 0 0 1 219 1 219 1.22e-154 426 HCI6016418.1 HCI6016418.1 100 198 0 0 1 198 1 198 5.72e-145 399 KAI6876023.1 KAI6876023.1 100 357 0 0 1 357 1 357 3.64e-257 696 EIP7986019.1 EIP7986019.1 100 347 0 0 1 347 1 347 2.20e-237 645 RWW57209.1 RWW57209.1 100 378 0 0 1 378 1 378 2.94e-269 729 XP_025220530.1 XP_025220530.1 100 849 0 0 1 849 1 849 0.0 1555 WP_234466695.1 WP_234466695.1 100 434 0 0 1 434 1 434 4.52e-290 786 WP_234466695.1 AMW35569.1 30.3 198 125 4 4 195 34 224 2.46e-11 63.5 KAI0154282.1 KAI0154282.1 100 258 0 0 1 258 1 258 5.59e-184 503 KAI0154282.1 WP_108024271.1 34.3 251 156 4 8 256 5 248 8.81e-33 118 KAI0154282.1 WP_087085326.1 32.4 259 145 7 13 256 10 253 4.76e-28 106 KAI0154282.1 WP_281054160.1 27.8 252 169 7 8 256 8 249 1.39e-22 91.7 KAI0154282.1 XP_007206475.1 28.5 253 170 6 8 256 15 260 2.56e-20 85.9 KAI0154282.1 WP_057651690.1 30.2 252 165 6 8 257 48 290 2.43e-15 72.4 KAI0154282.1 WP_013845913.1 30.9 149 95 5 8 156 4 144 4.47e-09 53.9 KAI0154282.1 MYS73268.1 30.7 189 124 5 9 197 5 186 2.36e-08 52.0 WP_266771233.1 WP_266771233.1 100 256 0 0 1 256 1 256 1.39e-192 525 MCK5360090.1 MCK5360090.1 100 228 0 0 1 228 1 228 3.93e-160 440 KAH0848936.1 KAH0848936.1 100 75 0 0 1 75 1 75 7.21e-51 152 MBP2236311.1 MBP2236311.1 100 119 0 0 1 119 1 119 1.32e-80 230 MBP6786080.1 MBP6786080.1 100 867 0 0 1 867 1 867 0.0 1630 MBP6786080.1 WP_029789810.1 56.6 844 355 6 1 839 1 838 4.35e-319 895 MBP6786080.1 KAF6257731.1 49.9 875 408 9 5 858 5 870 6.21e-275 785 MBP6786080.1 WP_136095406.1 45.9 716 281 11 129 830 96 719 3.71e-189 559 MBP6786080.1 MBL8103469.1 52.4 450 209 2 1 445 2 451 1.75e-149 446 MBP6786080.1 KAI7727618.1 52.2 320 113 5 104 423 116 395 1.39e-85 291 MBP6786080.1 KPK79043.1 28.9 726 362 13 4 725 8 583 1.44e-68 240 MBP6786080.1 MCH2804017.1 56.4 78 34 0 584 661 2 79 1.61e-24 96.3 MBP6786080.1 HIT09367.1 44.4 63 29 2 570 626 77 139 7.22e-04 41.2 MCD6482094.1 MCD6482094.1 100 488 0 0 1 488 1 488 0.0 971 MCD6482094.1 WP_061121232.1 23.6 212 146 4 5 203 27 235 1.82e-07 51.6 XP_041715299.2 XP_041715299.2 100 401 0 0 1 401 1 401 4.70e-257 700 OMF24356.1 OMF24356.1 100 618 0 0 1 618 1 618 0.0 1193 OMF24356.1 WP_101662518.1 37.5 560 327 8 55 604 55 601 2.40e-119 368 OMF24356.1 WP_044772468.1 33.4 601 344 19 29 591 23 605 4.75e-72 244 OMF24356.1 WP_135279859.1 31.7 575 347 15 60 616 202 748 2.34e-62 219 OMF24356.1 WP_088784550.1 30.3 587 343 19 59 592 106 679 2.75e-54 196 OMF24356.1 HCG88012.1 29.5 586 252 18 68 512 63 628 1.41e-47 175 OMF24356.1 KAG0922869.1 41.1 90 46 2 80 165 19 105 4.60e-12 62.0 WP_215262079.1 WP_215262079.1 100 496 0 0 1 496 1 496 0.0 962 WP_215262079.1 WP_145544593.1 38.1 147 85 3 346 490 368 510 4.85e-18 85.1 WP_215262079.1 WP_269885397.1 33.6 146 90 2 347 486 115 259 3.91e-15 73.9 WP_215262079.1 WP_126679569.1 33.6 107 71 0 347 453 377 483 3.46e-14 73.6 WP_215262079.1 WP_000484099.1 34.1 123 77 1 347 465 212 334 4.36e-13 68.9 WP_215262079.1 CKF71070.1 40.2 87 52 0 347 433 327 413 5.41e-13 69.7 WP_215262079.1 WP_107169208.1 31.2 157 96 5 347 494 206 359 2.34e-11 63.5 WP_215262079.1 EGR2272270.1 38.0 71 44 0 376 446 549 619 3.12e-10 60.8 WP_215262079.1 HCN71343.1 40.7 59 33 1 375 433 8 64 1.44e-07 48.9 PWA60456.1 PWA60456.1 100 322 0 0 1 322 1 322 5.96e-252 680 PWA60456.1 WP_033135619.1 33.9 121 69 4 6 126 4 113 5.33e-13 66.2 PWA60456.1 WP_245836657.1 32.3 96 61 2 28 123 6 97 3.81e-06 45.8 WP_103025967.1 WP_103025967.1 100 304 0 0 1 304 1 304 3.04e-195 535 WP_019092761.1 WP_019092761.1 100 306 0 0 1 306 1 306 7.64e-206 562 WP_019092761.1 WP_199713305.1 31.7 120 68 4 116 235 7 112 1.54e-07 47.8 WP_033744100.1 WP_033744100.1 100 145 0 0 1 145 1 145 1.86e-106 298 WP_194543596.1 WP_194543596.1 100 272 0 0 1 272 1 272 8.37e-202 549 WP_194543596.1 PYK96819.1 51.6 250 93 1 1 250 1 222 3.45e-84 250 WP_194543596.1 MBQ6275073.1 44.6 271 124 3 1 269 1 247 1.25e-73 229 WP_054998585.1 WP_054998585.1 100 362 0 0 1 362 1 362 2.28e-258 700 WP_054998585.1 EFO2269166.1 34.7 354 214 8 13 354 16 364 1.47e-60 197 MBK6870374.1 MBK6870374.1 100 201 0 0 1 201 1 201 3.03e-137 380 MBK6870374.1 WP_145544593.1 41.2 148 84 3 1 148 371 515 5.59e-23 94.0 MBK6870374.1 MBI5333464.1 36.7 158 92 3 1 151 234 390 1.00e-21 89.7 MBK6870374.1 WP_000484099.1 38.5 156 86 6 1 149 214 366 3.36e-18 79.7 MBK6870374.1 WP_107169208.1 38.1 105 63 1 1 103 208 312 5.47e-17 76.3 MBK6870374.1 WP_126679569.1 41.4 99 56 1 1 97 379 477 1.23e-16 75.9 MBK6870374.1 EGR2272270.1 39.0 123 71 2 28 146 551 673 4.01e-16 74.3 MBK6870374.1 WP_230171322.1 40.0 80 47 1 1 79 609 688 1.24e-14 70.1 MBK6870374.1 HAB03480.1 34.0 159 95 4 1 149 666 824 4.22e-14 68.6 MBK6870374.1 HBB7853833.1 29.5 156 105 2 1 151 333 488 7.37e-13 64.7 WP_108820366.1 WP_108820366.1 100 95 0 0 1 95 1 95 1.17e-65 191 WP_152569558.1 WP_152569558.1 100 570 0 0 1 570 1 570 0.0 1097 WP_175083644.1 WP_175083644.1 100 244 0 0 1 244 1 244 1.27e-173 476 CAD8183695.1 CAD8183695.1 100 804 0 0 1 804 1 804 0.0 1533 HCD1954593.1 HCD1954593.1 100 74 0 0 1 74 1 74 1.12e-49 149 MBX5702633.1 MBX5702633.1 100 161 0 0 1 161 1 161 2.65e-125 347 MBX5702633.1 EEW7484806.1 60.2 128 51 0 10 137 2 129 8.57e-54 165 MBX5702633.1 NCC17292.1 35.6 132 85 0 6 137 239 370 3.81e-21 86.7 MBX5702633.1 EJL0691474.1 33.1 121 80 1 12 132 21 140 6.89e-13 61.2 HBM93052.1 HBM93052.1 100 156 0 0 1 156 1 156 6.57e-119 330 WP_281919021.1 WP_281919021.1 100 489 0 0 1 489 1 489 0.0 972 WP_281919021.1 MBF1128433.1 35.8 254 158 2 12 265 10 258 1.10e-46 169 WP_281919021.1 GIW70618.1 39.7 272 151 6 11 274 47 313 1.41e-41 157 WP_281919021.1 MBP7829117.1 34.6 257 162 3 7 263 50 300 4.48e-34 134 WP_281919021.1 WP_012236017.1 29.2 284 166 7 12 269 70 344 8.60e-29 119 WP_281919021.1 WP_271931007.1 31.9 235 125 7 12 216 661 890 2.13e-24 105 WP_281919021.1 CCX82620.1 31.3 147 90 5 67 209 5 144 1.16e-09 58.5 WP_281919021.1 KAG5815829.1 37.4 107 60 3 124 227 565 667 1.71e-09 58.5 WP_281919021.1 XP_011889539.1 24.1 187 107 6 59 216 39 219 4.05e-08 54.3 WP_281919021.1 XP_033679940.1 31.4 102 62 3 119 215 202 300 1.62e-07 52.4 MBQ3726282.1 MBQ3726282.1 100 433 0 0 1 433 1 433 0.0 865 MBQ3726282.1 WP_167959909.1 24.6 281 182 10 85 348 190 457 3.51e-05 44.3 WP_066678157.1 WP_066678157.1 100 255 0 0 1 255 1 255 7.66e-185 505 WP_025209636.1 WP_025209636.1 100 296 0 0 1 296 1 296 1.07e-216 589 WP_255435582.1 WP_255435582.1 100 104 0 0 1 104 1 104 1.25e-71 206 WP_255435582.1 MBI5438416.1 63.5 104 37 1 1 104 19 121 7.18e-38 122 WP_255435582.1 MCS2900418.1 56.7 104 45 0 1 104 20 123 4.40e-35 115 WP_255435582.1 MBI3448467.1 50.0 104 52 0 1 104 19 122 1.21e-30 103 WP_254101325.1 WP_254101325.1 100 647 0 0 1 647 1 647 0.0 1337 WP_254101325.1 WP_270967954.1 49.0 630 304 8 22 641 27 649 2.95e-208 596 WP_254101325.1 XP_052525039.1 35.2 625 385 12 22 636 43 657 3.24e-114 355 WP_254101325.1 MCC5948066.1 29.8 640 403 18 24 642 38 652 4.76e-67 230 WP_254101325.1 WP_068051662.1 24.9 546 327 15 102 615 34 528 1.56e-28 118 WP_254101325.1 RLB66027.1 24.1 547 372 18 76 616 4 513 3.29e-28 117 WP_254101325.1 WP_167959909.1 23.0 549 357 15 107 626 34 545 5.02e-22 98.6 WP_254101325.1 MBF2759673.1 21.7 612 363 19 81 617 155 725 2.03e-11 65.5 WP_254101325.1 PYB13830.1 24.6 569 345 20 84 636 3196 3690 2.73e-11 65.5 WP_254101325.1 WP_246003214.1 19.5 543 366 13 107 636 45 529 4.22e-09 57.8 WP_276362074.1 WP_276362074.1 100 257 0 0 1 257 1 257 5.18e-184 503 WP_276362074.1 WP_256546297.1 41.5 253 148 0 4 256 23 275 2.64e-61 192 WP_276362074.1 WP_221977168.1 39.4 241 140 3 14 254 25 259 9.79e-49 160 WP_276362074.1 MBR7834804.1 38.3 256 138 3 4 256 17 255 6.43e-47 155 WP_276362074.1 WP_185334683.1 30.8 247 152 5 1 241 1 234 9.92e-33 123 WP_276362074.1 WP_170725874.1 31.7 230 138 3 1 229 1 212 7.11e-32 118 WP_276362074.1 WP_159463829.1 32.9 252 147 4 4 254 357 587 3.80e-31 119 WP_276362074.1 NLW39422.1 29.3 222 133 4 19 236 35 236 1.42e-26 103 WP_276362074.1 WP_167977039.1 29.6 233 148 4 4 236 5 221 2.41e-24 96.3 WP_276362074.1 EHR6291555.1 27.0 237 155 5 4 240 329 547 3.00e-21 90.9 HEM46184.1 HEM46184.1 100 96 0 0 1 96 1 96 4.39e-66 192 MBI2651826.1 MBI2651826.1 100 127 0 0 1 127 1 127 1.62e-87 248 MBI2651826.1 MCK5466482.1 30.4 125 83 1 1 125 176 296 7.13e-15 67.4 WP_046631173.1 WP_046631173.1 100 688 0 0 1 688 1 688 0.0 1360 WP_143210733.1 WP_143210733.1 100 207 0 0 1 207 1 207 1.69e-146 404 WP_026893585.1 WP_026893585.1 100 223 0 0 1 223 1 223 1.38e-162 446 WP_026893585.1 MBP1530348.1 47.9 219 111 1 4 222 3 218 4.26e-75 224 WP_026893585.1 MBQ5584458.1 39.7 224 129 3 5 222 4 227 1.26e-50 162 WP_026893585.1 WP_186723788.1 41.8 225 119 5 5 222 8 227 2.25e-50 162 WP_026893585.1 WP_194544138.1 38.8 224 127 2 5 218 13 236 2.01e-43 144 WP_026893585.1 WP_069156513.1 35.9 231 138 5 1 222 1 230 5.51e-41 138 WP_026893585.1 EAC1232420.1 33.8 219 140 3 5 220 4 220 2.29e-40 136 WP_026893585.1 WP_101794136.1 34.3 230 138 2 5 221 27 256 3.27e-39 134 WP_026893585.1 EAG2350674.1 41.0 122 72 0 1 122 1 122 4.32e-32 112 WP_026893585.1 WP_185031483.1 30.7 179 117 4 48 221 45 221 9.63e-20 82.8 KAE9373439.1 KAE9373439.1 100 221 0 0 1 221 1 221 1.62e-160 441 TDB49724.1 TDB49724.1 100 121 0 0 1 121 1 121 2.64e-81 232 TDB49724.1 MCG8687614.1 37.5 64 40 0 2 65 8 71 1.62e-10 53.1 TDB49724.1 WP_245971990.1 41.8 55 31 1 12 65 11 65 3.38e-07 45.4 KNY10996.1 KNY10996.1 100 305 0 0 1 305 1 305 1.51e-216 589 KNY10996.1 WP_164653811.1 47.3 279 141 4 17 294 190 463 1.36e-68 219 KNY10996.1 WP_175896721.1 40.5 299 155 5 8 294 162 449 4.94e-60 196 KNY10996.1 WP_272906673.1 43.5 248 128 2 14 260 160 396 6.40e-59 194 KNY10996.1 WP_124213670.1 38.9 324 158 4 12 302 148 464 2.00e-58 192 KNY10996.1 WP_271786410.1 40.6 254 140 3 18 260 32 285 1.22e-52 174 KNY10996.1 WP_205173112.1 34.1 302 187 5 12 302 166 466 1.51e-49 169 WP_089322445.1 WP_089322445.1 100 272 0 0 1 272 1 272 2.37e-192 525 WP_145514932.1 WP_145514932.1 100 457 0 0 1 457 1 457 0.0 925 WP_145514932.1 WP_039085559.1 42.2 443 250 3 9 445 5 447 1.10e-123 366 WP_145514932.1 WP_122896374.1 27.0 385 262 6 51 432 2 370 1.34e-40 147 WP_145514932.1 MBT4160670.1 24.4 398 265 9 52 442 5 373 5.59e-28 112 WP_145514932.1 WP_168565867.1 23.0 391 277 9 52 440 12 380 4.43e-22 95.9 WP_145514932.1 WP_043548763.1 27.3 282 189 6 52 332 31 297 5.70e-22 95.9 WP_145514932.1 WP_164636240.1 25.9 266 186 4 34 292 76 337 4.39e-20 90.9 CAD8073566.1 CAD8073566.1 100 195 0 0 1 195 1 195 2.72e-137 380 WP_101794136.1 WP_101794136.1 100 259 0 0 1 259 1 259 3.49e-183 501 WP_101794136.1 WP_186723788.1 36.1 233 138 3 27 259 8 229 2.79e-43 145 WP_101794136.1 WP_026893585.1 34.2 231 139 2 26 256 4 221 2.70e-39 134 WP_101794136.1 MBQ5584458.1 34.8 233 145 1 27 259 4 229 1.31e-38 133 WP_101794136.1 WP_007708736.1 36.2 232 138 3 26 254 3 227 1.57e-36 127 WP_101794136.1 WP_069156513.1 32.9 231 146 3 26 254 4 227 1.55e-33 120 WP_101794136.1 MBP1530348.1 32.9 231 139 3 26 256 3 217 6.12e-33 118 WP_101794136.1 WP_194544138.1 36.0 211 132 2 27 237 13 220 5.72e-32 116 WP_101794136.1 EAG2350674.1 41.4 116 68 0 26 141 4 119 9.75e-26 96.7 WP_101794136.1 EAC1232420.1 26.3 232 155 4 25 254 2 219 1.56e-21 88.2 EEF30376.1 EEF30376.1 100 351 0 0 1 351 1 351 9.94e-252 682 RKK88308.1 RKK88308.1 100 989 0 0 1 989 1 989 0.0 1962 RKK88308.1 XP_049224720.1 25.6 531 308 17 60 515 60 578 5.42e-21 97.1 WP_252809941.1 WP_252809941.1 100 296 0 0 1 296 1 296 1.56e-209 571 WP_252809941.1 MCI8430709.1 27.8 273 159 8 43 293 23 279 4.50e-20 86.3 WP_252809941.1 WP_102848179.1 28.4 183 124 3 94 274 2 179 1.65e-16 74.7 WP_252809941.1 GMA85510.1 32.5 83 54 1 74 154 231 313 3.21e-06 46.2 WP_270506568.1 WP_270506568.1 100 409 0 0 1 409 1 409 1.27e-297 803 WP_270506568.1 WP_282259321.1 43.2 417 202 4 4 386 15 430 1.14e-112 337 EKD39302.1 EKD39302.1 100 31 0 0 1 31 1 31 2.54e-17 64.3 WP_185816158.1 WP_185816158.1 100 232 0 0 1 232 1 232 5.34e-160 440 WP_185816158.1 KJS09633.1 40.4 104 62 0 125 228 485 588 5.48e-19 83.6 WP_185816158.1 WP_070428178.1 34.8 141 81 5 99 229 244 383 2.68e-12 63.9 WP_275495439.1 WP_275495439.1 100 408 0 0 1 408 1 408 4.57e-295 796 WP_275495439.1 UCF78466.1 41.1 404 202 10 6 402 1 375 3.34e-76 239 WP_275495439.1 WP_019585553.1 34.4 404 227 10 8 400 16 392 8.52e-61 200 WP_275495439.1 WP_145937814.1 34.7 409 232 12 1 402 1 381 2.73e-57 191 WP_275495439.1 WP_158057697.1 32.2 395 235 6 13 400 14 382 9.99e-43 152 WP_275495439.1 XP_027540421.1 28.3 400 255 8 13 406 33 406 1.02e-29 117 WP_123237441.1 WP_123237441.1 100 305 0 0 1 305 1 305 3.28e-195 535 WP_123237441.1 WP_069341101.1 27.3 275 191 5 29 302 27 293 2.64e-22 92.8 WP_123237441.1 WP_220664202.1 24.8 250 169 7 31 264 29 275 6.09e-07 48.5 CAD8089828.1 CAD8089828.1 100 273 0 0 1 273 1 273 7.04e-190 519 CAH0143531.1 CAH0143531.1 100 182 0 0 1 182 1 182 6.99e-120 335 CAH0143531.1 WP_122920202.1 31.2 154 102 3 3 154 25 176 5.49e-19 80.5 CAH0143531.1 WP_204504397.1 26.1 157 109 2 1 152 21 175 4.48e-07 47.0 WP_147833981.1 WP_147833981.1 100 124 0 0 1 124 1 124 1.37e-77 226 WP_147833981.1 ABD26457.1 40.0 100 55 2 25 123 27 122 8.07e-11 55.1 QLL10545.1 QLL10545.1 100 277 0 0 1 277 1 277 2.79e-198 541 QLL10545.1 MBK8955603.1 44.1 254 139 3 18 271 3 253 6.17e-73 223 QLL10545.1 EJV0278763.1 31.7 252 166 4 18 267 3 250 1.55e-32 118 QLL10545.1 WP_097275324.1 25.8 337 155 10 9 268 103 421 4.95e-15 72.8 QLL10545.1 WP_231587592.1 46.3 54 28 1 18 71 6 58 6.93e-06 45.1 WP_111625343.1 WP_111625343.1 100 97 0 0 1 97 1 97 3.32e-66 192 TDZ21558.1 TDZ21558.1 100 893 0 0 1 893 1 893 0.0 1753 WP_169079632.1 WP_169079632.1 100 228 0 0 1 228 1 228 3.62e-156 430 WP_099949840.1 WP_099949840.1 100 389 0 0 1 389 1 389 3.50e-278 752 WP_099949840.1 KPQ18226.1 52.7 395 174 3 1 385 1 392 2.61e-131 380 WP_188506850.1 WP_188506850.1 100 300 0 0 1 300 1 300 1.60e-229 622 TQD79640.1 TQD79640.1 100 282 0 0 1 282 1 282 3.67e-201 548 QRX02582.1 QRX02582.1 100 4098 0 0 1 4098 1 4098 0.0 8034 QRX02582.1 QSZ25555.1 100.0 4098 2 0 1 4098 1 4098 0.0 8032 QRX02582.1 QTD03487.1 99.9 4098 4 0 1 4098 1 4098 0.0 8029 QRX02582.1 QWC83326.1 99.9 4098 3 0 1 4098 1 4098 0.0 8028 QRX02582.1 WEU87158.1 99.9 4098 3 0 1 4098 1 4098 0.0 8026 QRX02582.1 UBP50947.1 99.8 4098 7 0 1 4098 1 4098 0.0 8019 QRX02582.1 QZU16279.1 99.8 4098 9 0 1 4098 1 4098 0.0 8015 QRX02582.1 UBD95131.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 QRX02582.1 UFM00670.1 99.7 4098 12 0 1 4098 1 4098 0.0 8010 QRX02582.1 UEC68750.1 99.7 4098 12 0 1 4098 1 4098 0.0 8008 WP_095648367.1 WP_095648367.1 100 484 0 0 1 484 1 484 0.0 929 WP_095648367.1 RVU05718.1 24.9 309 187 8 145 410 90 396 1.17e-11 64.7 WP_095648367.1 MCI8350609.1 24.4 205 134 4 216 414 145 334 1.40e-07 51.6 HBB9152465.1 HBB9152465.1 100 462 0 0 1 462 1 462 0.0 891 HAD16081.1 HAD16081.1 100 542 0 0 1 542 1 542 0.0 964 WP_060879438.1 WP_060879438.1 100 533 0 0 1 533 1 533 0.0 964 MBQ1583517.1 MBQ1583517.1 100 321 0 0 1 321 1 321 2.87e-229 623 WP_166737936.1 WP_166737936.1 100 828 0 0 1 828 1 828 0.0 1330 XP_044786537.1 XP_044786537.1 100 335 0 0 1 335 1 335 6.25e-215 588 KAG7243800.1 KAG7243800.1 100 384 0 0 1 384 1 384 6.06e-281 759 MBN8831519.1 MBN8831519.1 100 650 0 0 1 650 1 650 0.0 1281 MBN8831519.1 WP_017166220.1 29.2 243 137 8 56 272 36 269 1.52e-12 68.2 MBN8831519.1 WP_126547421.1 31.2 199 107 9 56 237 135 320 1.08e-10 63.2 MBN8831519.1 WP_267184195.1 33.9 112 65 2 75 185 51 154 3.01e-08 55.1 MBN8831519.1 WP_222018129.1 29.7 145 94 2 38 182 16 152 1.18e-07 53.1 WP_131827568.1 WP_131827568.1 100 72 0 0 1 72 1 72 1.02e-42 131 XP_023194678.1 XP_023194678.1 100 641 0 0 1 641 1 641 8.73e-268 747 MBR5392328.1 MBR5392328.1 100 231 0 0 1 231 1 231 1.14e-174 477 NDH19650.1 NDH19650.1 100 153 0 0 1 153 1 153 4.46e-102 287 MCA9786884.1 MCA9786884.1 100 467 0 0 1 467 1 467 0.0 882 WP_140706444.1 WP_140706444.1 100 159 0 0 1 159 1 159 1.27e-113 317 WP_140706444.1 WP_178020540.1 35.3 150 97 0 9 158 12 161 3.49e-32 111 WP_230834693.1 WP_230834693.1 100 182 0 0 1 182 1 182 9.24e-125 347 CAH2408238.1 CAH2408238.1 100 176 0 0 1 176 1 176 3.65e-119 332 WP_279652328.1 WP_279652328.1 100 458 0 0 1 458 1 458 9.17e-309 835 WP_279652328.1 HBT3283900.1 36.9 455 273 3 7 458 5 448 3.32e-90 281 WP_279652328.1 KUK66960.1 30.2 182 121 2 212 393 171 346 1.01e-22 98.2 XP_016482688.1 XP_016482688.1 100 245 0 0 1 245 1 245 7.07e-176 481 WP_122377077.1 WP_122377077.1 100 162 0 0 1 162 1 162 6.22e-111 310 EFW22388.1 EFW22388.1 100 403 0 0 1 403 1 403 9.06e-256 697 WP_059048359.1 WP_059048359.1 100 354 0 0 1 354 1 354 1.94e-255 692 KAJ8530820.1 KAJ8530820.1 100 989 0 0 1 989 1 989 0.0 1967 MBK6751737.1 MBK6751737.1 100 296 0 0 1 296 1 296 2.59e-208 568 MBK6751737.1 MBQ9679177.1 34.4 285 155 9 1 281 628 884 2.44e-38 142 MBK6751737.1 MCL2204087.1 30.0 283 162 6 3 280 632 883 9.96e-30 117 MBK6751737.1 CAI9595211.1 27.5 255 151 9 3 247 761 991 2.75e-17 80.5 MBK6751737.1 MCL6457358.1 24.9 221 127 6 1 220 672 854 5.13e-10 58.5 MBK6751737.1 SCL13606.1 34.7 101 52 3 3 103 705 791 1.16e-06 48.1 WP_237907640.1 WP_237907640.1 100 358 0 0 1 358 1 358 6.51e-256 693 WP_237907640.1 WP_011057593.1 50.1 355 163 6 2 354 3 345 3.56e-95 286 WP_237907640.1 WP_258581409.1 50.0 292 142 3 1 288 1 292 3.37e-87 266 WP_237907640.1 WP_176354145.1 42.1 359 195 6 4 351 6 362 3.64e-81 250 WP_237907640.1 WP_109219819.1 51.2 248 119 1 4 251 18 263 1.02e-76 239 WP_237907640.1 WP_076409454.1 41.2 352 194 6 4 352 5 346 4.35e-74 231 WP_237907640.1 WP_140480909.1 44.4 293 159 3 4 295 13 302 3.07e-73 230 WP_237907640.1 WP_170725874.1 40.6 323 165 3 4 325 5 301 2.39e-70 221 WP_237907640.1 NNE23115.1 35.0 314 191 3 6 314 5 310 1.07e-55 184 WP_237907640.1 MWR41881.1 37.6 237 142 2 3 233 28 264 1.79e-45 155 WP_098626931.1 WP_098626931.1 100 342 0 0 1 342 1 342 2.08e-228 622 WP_017900964.1 WP_017900964.1 100 179 0 0 1 179 1 179 5.39e-127 352 KIH61449.1 KIH61449.1 100 403 0 0 1 403 1 403 7.59e-296 798 DAS51696.1 DAS51696.1 100 166 0 0 1 166 1 166 4.03e-118 329 MBQ2198584.1 MBQ2198584.1 100 492 0 0 1 492 1 492 0.0 978 HAN66834.1 HAN66834.1 100 659 0 0 1 659 1 659 0.0 1291 HAN66834.1 WP_043940504.1 53.9 648 280 7 16 659 16 648 1.02e-225 641 HAN66834.1 MBP8196496.1 43.5 814 269 10 21 656 1 801 9.82e-202 585 HAN66834.1 WP_150253061.1 40.9 696 349 13 16 658 14 700 5.84e-156 464 WP_091629500.1 WP_091629500.1 100 443 0 0 1 443 1 443 1.02e-318 859 WP_065450627.1 WP_065450627.1 100 999 0 0 1 999 1 999 0.0 1981 WP_065450627.1 WP_047323176.1 28.7 327 211 10 74 389 56 371 2.78e-30 122 WP_067487176.1 WP_067487176.1 100 230 0 0 1 230 1 230 5.35e-159 437 GBN84473.1 GBN84473.1 100 92 0 0 1 92 1 92 5.66e-67 194 MBE6257848.1 MBE6257848.1 100 327 0 0 1 327 1 327 4.20e-225 613 MBE6257848.1 WP_058051508.1 41.2 328 178 6 2 324 1 318 1.98e-69 219 MBE6257848.1 WP_224911464.1 36.8 329 182 5 1 312 1 320 5.53e-56 183 MBE6257848.1 XP_046509038.1 35.1 94 60 1 187 280 463 555 2.19e-08 53.9 MBE6257848.1 XP_038144206.1 37.5 96 52 3 175 267 780 870 8.48e-07 48.9 MCP5281008.1 MCP5281008.1 100 557 0 0 1 557 1 557 0.0 1111 WHE12941.1 WHE12941.1 100 7067 0 0 1 7067 1 7067 0.0 13860 WHE12941.1 URQ55824.1 98.4 7067 116 0 1 7067 27 7093 0.0 13847 WHE12941.1 UZO53924.1 98.3 7067 118 0 1 7067 27 7093 0.0 13844 WHE12941.1 UVB16817.1 98.3 7067 117 0 1 7067 27 7093 0.0 13844 WHE12941.1 QVD87869.1 98.2 7067 130 0 1 7067 27 7093 0.0 13818 WHE12941.1 UMF87224.1 97.9 7067 150 1 1 7067 27 7092 0.0 13812 WHE12941.1 WEU87158.1 98.1 7070 129 1 1 7067 27 7096 0.0 13812 WHE12941.1 UBP50947.1 98.1 7070 130 1 1 7067 27 7096 0.0 13809 WHE12941.1 UXX67934.1 97.4 7067 186 0 1 7067 27 7093 0.0 13683 WHE12941.1 WAS49087.1 89.1 7067 773 0 1 7067 27 7093 0.0 12239 WP_070310045.1 WP_070310045.1 100 675 0 0 1 675 1 675 0.0 1292 WP_070310045.1 WP_264144890.1 33.6 363 228 6 4 365 2 352 6.39e-44 160 WP_182080621.1 WP_182080621.1 100 432 0 0 1 432 1 432 0.0 867 WP_266170214.1 WP_266170214.1 100 396 0 0 1 396 1 396 2.00e-292 789 WP_266170214.1 WP_072989136.1 36.7 267 136 9 149 392 156 412 2.05e-39 144 WP_266170214.1 HAR4306776.1 31.5 362 189 12 65 391 71 408 3.52e-36 135 WP_266170214.1 WP_192202944.1 29.9 422 242 14 2 393 3 400 4.31e-27 109 MBP6854588.1 MBP6854588.1 100 300 0 0 1 300 1 300 3.74e-219 595 WP_275364603.1 WP_275364603.1 100 80 0 0 1 80 1 80 1.46e-50 151 WP_131609232.1 WP_131609232.1 100 754 0 0 1 754 1 754 0.0 1463 WP_278888642.1 WP_278888642.1 100 295 0 0 1 295 1 295 3.86e-214 582 WP_278888642.1 WP_176958177.1 37.5 280 173 2 5 284 1 278 1.29e-57 185 WP_278888642.1 WP_192106836.1 37.7 273 169 1 5 277 1 272 2.36e-56 182 WP_278888642.1 AIA18772.1 42.1 152 88 0 5 156 1 152 5.87e-39 132 WP_213413035.1 WP_213413035.1 100 129 0 0 1 129 1 129 1.22e-83 239 WP_198140600.1 WP_198140600.1 100 40 0 0 1 40 1 40 4.28e-26 87.0 CAF1441577.1 CAF1441577.1 100 271 0 0 1 271 1 271 2.20e-192 525 WP_149656427.1 WP_149656427.1 100 325 0 0 1 325 1 325 1.40e-222 606 WP_149656427.1 MBE7554905.1 31.5 336 216 6 1 323 1 335 3.85e-42 147 WP_149656427.1 MBX7055839.1 28.6 329 196 6 13 323 17 324 1.98e-36 132 WP_149656427.1 WP_239280620.1 30.4 273 176 4 55 325 60 320 6.92e-36 130 WP_149656427.1 WP_047721562.1 30.6 337 213 9 5 323 4 337 6.92e-35 128 WP_149656427.1 MBB3097508.1 30.8 266 167 2 58 323 47 295 1.65e-33 123 WP_149656427.1 WP_208042111.1 31.0 326 209 6 1 324 1 312 1.65e-33 124 WP_149656427.1 KAB2647529.1 29.4 320 201 8 7 323 5 302 5.36e-31 117 WP_149656427.1 KAB2860347.1 40.9 115 68 0 209 323 1 115 1.35e-25 97.4 WP_149656427.1 MBW2176475.1 30.4 263 169 4 63 323 165 415 5.37e-24 99.8 EFV9058489.1 EFV9058489.1 100 83 0 0 1 83 1 83 4.24e-58 171 CAH1968295.1 CAH1968295.1 100 313 0 0 1 313 1 313 3.38e-233 632 CAH1968295.1 WP_244311009.1 28.2 312 188 9 1 308 130 409 2.38e-25 103 CAH1968295.1 WP_280938002.1 28.2 316 184 10 1 307 133 414 2.46e-25 103 CAH1968295.1 MCK5265770.1 21.7 254 157 8 26 276 139 353 5.38e-07 48.9 MCK5224664.1 MCK5224664.1 100 167 0 0 1 167 1 167 1.20e-124 345 ECD4982842.1 ECD4982842.1 100 885 0 0 1 885 1 885 0.0 1784 ECD4982842.1 EBS3704194.1 98.9 885 10 0 1 885 1 885 0.0 1764 ECD4982842.1 WP_202291019.1 52.4 847 380 6 5 844 4 834 2.07e-318 893 ECD4982842.1 WP_242685612.1 50.4 813 386 6 33 844 38 834 3.45e-300 848 ECD4982842.1 WP_237762402.1 37.9 651 363 17 34 666 23 650 2.57e-132 409 ECD4982842.1 WP_222168304.1 28.2 839 539 26 18 826 16 821 8.34e-77 266 NNC58435.1 NNC58435.1 100 697 0 0 1 697 1 697 0.0 1372 NNC58435.1 MCC7304610.1 48.3 683 347 4 7 688 11 688 3.47e-228 650 NNC58435.1 MCF2656092.1 34.3 688 435 9 5 688 4 678 3.29e-128 394 NNC58435.1 WP_274976404.1 30.0 744 444 10 11 689 26 757 8.93e-97 313 NNC58435.1 MBQ2587741.1 31.7 575 348 8 150 690 4 567 2.09e-85 278 NNC58435.1 MBN2427654.1 24.1 498 250 10 9 489 4 390 6.23e-25 108 NNC58435.1 WP_010016619.1 25.6 489 232 14 11 488 17 384 3.43e-23 102 NNC58435.1 MBP6400846.1 33.3 168 95 5 11 178 7 157 2.81e-19 84.7 WP_233737742.1 WP_233737742.1 100 577 0 0 1 577 1 577 0.0 1136 WP_233737742.1 WP_270570428.1 27.4 588 317 14 17 576 6 511 4.31e-61 209 WP_233737742.1 WP_018187484.1 29.9 535 262 15 8 524 16 455 3.76e-51 181 WP_233737742.1 QLP56207.1 22.4 567 353 7 9 574 4 484 6.77e-41 153 HAX5007168.1 HAX5007168.1 100 299 0 0 1 299 1 299 1.22e-228 619 WP_113620603.1 WP_113620603.1 100 707 0 0 1 707 1 707 0.0 1406 WP_113620603.1 WP_175076961.1 39.4 657 360 13 1 639 1 637 1.71e-140 427 WP_113620603.1 WP_115946316.1 35.9 607 343 13 4 583 2 589 6.22e-104 330 NND17855.1 NND17855.1 100 323 0 0 1 323 1 323 2.29e-236 641 XP_041823288.1 XP_041823288.1 100 136 0 0 1 136 1 136 1.51e-94 267 KIA87593.1 KIA87593.1 100 66 0 0 1 66 1 66 2.74e-42 129 WP_177209229.1 WP_177209229.1 100 344 0 0 1 344 1 344 6.33e-265 715 KAH7714125.1 KAH7714125.1 100 170 0 0 1 170 1 170 1.70e-121 338 WP_125553257.1 WP_125553257.1 100 268 0 0 1 268 1 268 6.25e-186 509 MBJ7531026.1 MBJ7531026.1 100 141 0 0 1 141 1 141 2.19e-94 267 MBJ7531026.1 WP_279399778.1 55.9 136 59 1 6 141 3 137 1.22e-39 133 MBJ7531026.1 WP_067782871.1 50.0 136 63 3 8 141 4 136 9.27e-35 120 VIF85598.1 VIF85598.1 100 163 0 0 1 163 1 163 2.33e-05 40.8 KAH9082671.1 KAH9082671.1 100 184 0 0 1 184 1 184 2.19e-133 369 WP_192202944.1 WP_192202944.1 100 402 0 0 1 402 1 402 3.42e-287 776 WP_192202944.1 WP_072989136.1 36.5 416 239 11 1 398 3 411 1.15e-64 211 WP_192202944.1 HAR4306776.1 37.3 408 243 8 2 399 5 409 4.15e-64 209 WP_192202944.1 WP_266170214.1 30.1 422 241 14 3 400 2 393 2.54e-25 104 WP_192202944.1 NQZ11975.1 29.3 270 164 7 150 398 176 439 4.36e-14 72.0 WP_243361436.1 WP_243361436.1 100 481 0 0 1 481 1 481 0.0 914 WP_243361436.1 WP_096665911.1 40.4 411 238 2 57 465 62 467 5.26e-95 294 WP_243361436.1 GIW30304.1 33.9 410 257 5 58 465 54 451 9.18e-57 194 WP_243361436.1 WP_251758029.1 27.2 345 236 7 98 438 107 440 7.64e-25 106 WP_243361436.1 MBK3574312.1 27.2 335 225 8 71 397 77 400 4.62e-20 91.7 WP_243361436.1 GIR47037.1 23.6 330 222 10 134 442 140 460 3.62e-14 73.2 WP_243361436.1 EAZ5330394.1 21.9 301 195 11 120 397 116 399 1.77e-10 61.2 WP_243361436.1 YP_007317140.1 28.6 217 136 7 215 429 100 299 3.60e-09 56.6 WP_243361436.1 YP_008379230.1 23.6 267 167 7 135 397 34 267 1.93e-07 51.2 RAL39799.1 RAL39799.1 100 326 0 0 1 326 1 326 2.31e-242 656 RAL39799.1 WP_049697298.1 36.2 257 147 6 78 326 1 248 9.61e-37 130 RAL39799.1 WP_259408897.1 34.1 223 135 4 110 326 29 245 2.48e-33 122 VDM37090.1 VDM37090.1 100 50 0 0 1 50 1 50 2.22e-32 103 WP_185892671.1 WP_185892671.1 100 655 0 0 1 655 1 655 0.0 1321 WP_185892671.1 HBD3580067.1 46.8 631 332 3 26 655 33 660 1.55e-206 592 WP_185892671.1 WP_215391030.1 45.4 625 337 4 24 646 42 664 6.00e-189 549 WP_129703040.1 WP_129703040.1 100 177 0 0 1 177 1 177 7.68e-126 349 WP_129703040.1 WP_142114448.1 32.5 151 95 2 26 169 43 193 1.89e-19 82.4 WP_132079800.1 WP_132079800.1 100 700 0 0 1 700 1 700 0.0 1337 WP_132079800.1 WP_267560498.1 34.9 690 421 10 8 690 4 672 1.11e-106 337 WP_132079800.1 WP_259206442.1 30.2 706 431 23 12 692 8 676 2.88e-59 215 EAG8834195.1 EAG8834195.1 100 365 0 0 1 365 1 365 1.69e-266 721 WP_210473185.1 WP_210473185.1 100 274 0 0 1 274 1 274 1.01e-194 531 WP_210473185.1 GDX41819.1 33.8 210 122 5 68 271 40 238 3.06e-30 112 HBO82804.1 HBO82804.1 100 84 0 0 1 84 1 84 2.10e-54 161 HBO82804.1 WP_059534878.1 63.9 83 30 0 1 83 1 83 2.02e-26 99.0 WP_183495065.1 WP_183495065.1 100 406 0 0 1 406 1 406 4.44e-301 811 WP_171519907.1 WP_171519907.1 100 428 0 0 1 428 1 428 0.0 892 WP_171519907.1 WP_168044369.1 29.1 206 135 5 29 223 24 229 1.74e-25 106 KAI1498309.1 KAI1498309.1 100 606 0 0 1 606 1 606 0.0 1238 WP_222532997.1 WP_222532997.1 100 319 0 0 1 319 1 319 8.68e-239 647 WP_063007015.1 WP_063007015.1 100 287 0 0 1 287 1 287 2.95e-214 582 CAG8726868.1 CAG8726868.1 100 348 0 0 1 348 1 348 1.19e-271 732 CAG8726868.1 XP_047046442.1 33.2 346 194 10 4 327 217 547 5.41e-51 176 CAG8726868.1 XP_016445639.1 27.8 317 187 11 10 307 204 497 2.65e-21 93.2 UFM02602.1 UFM02602.1 100 4405 0 0 1 4405 1 4405 0.0 8651 UFM02602.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8635 UFM02602.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8633 UFM02602.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8631 UFM02602.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8630 UFM02602.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8630 UFM02602.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8625 UFM02602.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8622 UFM02602.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8619 UFM02602.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8001 WP_044229656.1 WP_044229656.1 100 66 0 0 1 66 1 66 4.55e-41 126 WP_079396843.1 WP_079396843.1 100 201 0 0 1 201 1 201 3.05e-146 403 WP_079396843.1 MCI9320818.1 41.5 200 115 2 1 199 1 199 3.18e-53 167 WP_079396843.1 MBD5153813.1 42.2 206 113 3 1 201 1 205 7.42e-46 149 WP_079396843.1 WP_197744369.1 39.2 204 116 4 2 199 4 205 7.07e-45 146 WP_201618498.1 WP_201618498.1 100 90 0 0 1 90 1 90 1.17e-56 167 WP_054377321.1 WP_054377321.1 100 129 0 0 1 129 1 129 1.00e-91 259 WP_054377321.1 EJL0691474.1 47.3 129 65 2 1 128 32 158 3.42e-31 107 WP_054377321.1 CUH97802.1 38.0 129 74 4 1 127 71 195 2.76e-18 75.1 WP_054377321.1 WP_153276888.1 69.6 46 14 0 1 46 85 130 9.04e-16 67.0 KAH8074532.1 KAH8074532.1 100 147 0 0 1 147 1 147 7.84e-109 304 HIG56173.1 HIG56173.1 100 537 0 0 1 537 1 537 0.0 1081 HIG56173.1 WP_160877220.1 40.3 442 251 4 41 471 18 457 2.78e-100 311 HIG56173.1 KQO71000.1 31.0 326 196 6 160 477 920 1224 1.02e-32 132 XP_018062972.1 XP_018062972.1 100 802 0 0 1 802 1 802 0.0 1471 WP_170725874.1 WP_170725874.1 100 337 0 0 1 337 1 337 6.64e-243 659 WP_170725874.1 WP_076409454.1 43.8 345 172 4 1 328 1 340 2.38e-85 259 WP_170725874.1 WP_109219819.1 42.5 360 177 6 5 336 18 375 2.05e-82 253 WP_170725874.1 WP_140480909.1 39.6 356 174 5 5 331 13 356 4.46e-79 244 WP_170725874.1 WP_176354145.1 46.6 294 129 3 14 280 15 307 9.14e-76 236 WP_170725874.1 WP_237907640.1 40.6 323 165 3 5 301 4 325 2.02e-71 224 WP_170725874.1 WP_011057593.1 45.6 237 129 0 1 237 1 237 9.38e-66 209 WP_170725874.1 WP_258581409.1 42.6 251 142 1 5 253 4 254 1.54e-63 204 WP_170725874.1 MWR41881.1 39.4 221 128 1 20 234 44 264 9.58e-47 157 WP_170725874.1 HBO4828144.1 44.7 197 104 3 19 213 29 222 5.96e-41 143 MBK9009608.1 MBK9009608.1 100 168 0 0 1 168 1 168 1.56e-107 302 WP_122013538.1 WP_122013538.1 100 571 0 0 1 571 1 571 0.0 1057 WP_122013538.1 WP_232180661.1 33.5 573 361 7 1 568 1 558 1.14e-84 272 WP_122013538.1 WP_070188258.1 30.9 592 381 7 1 570 1 586 1.75e-63 217 XP_023607675.1 XP_023607675.1 100 911 0 0 1 911 1 911 0.0 1756 XP_023607675.1 XP_028261945.1 78.9 620 106 6 3 618 2 600 9.77e-316 887 XP_023607675.1 WP_002264996.1 27.8 263 151 7 176 429 2 234 3.24e-16 77.4 XP_023607675.1 WP_014812045.1 36.6 71 40 2 353 422 37 103 1.88e-05 46.2 WP_013970683.1 WP_013970683.1 100 401 0 0 1 401 1 401 1.00e-299 808 WP_013970683.1 WP_261281372.1 75.9 402 95 1 2 401 6 407 1.31e-223 615 WP_013970683.1 WP_111113162.1 59.8 400 156 3 4 401 10 406 4.36e-160 454 EJJ0661731.1 EJJ0661731.1 100 155 0 0 1 155 1 155 1.38e-106 299 KAJ5985703.1 KAJ5985703.1 100 376 0 0 1 376 1 376 8.19e-275 743 WP_151430057.1 WP_151430057.1 100 356 0 0 1 356 1 356 6.50e-255 691 WP_151430057.1 PHR24038.1 33.2 376 219 7 7 353 8 380 5.11e-56 186 KAE8933980.1 KAE8933980.1 100 305 0 0 1 305 1 305 1.87e-226 614 MBU3899877.1 MBU3899877.1 100 117 0 0 1 117 1 117 5.42e-79 226 VQC01530.1 VQC01530.1 100 81 0 0 1 81 1 81 2.05e-55 164 WP_086520229.1 WP_086520229.1 100 380 0 0 1 380 1 380 9.33e-283 763 MCP4204994.1 MCP4204994.1 100 99 0 0 1 99 1 99 1.82e-73 211 NWZ25026.1 NWZ25026.1 100 345 0 0 1 345 1 345 3.76e-253 685 NWZ25026.1 WP_088008362.1 41.9 217 121 1 126 337 248 464 5.26e-47 164 NWZ25026.1 XP_030111227.1 29.1 234 157 2 101 327 179 410 1.89e-26 107 NWZ25026.1 MBQ1404818.1 30.1 226 146 4 111 326 245 468 1.81e-20 90.5 WP_101844355.1 WP_101844355.1 100 278 0 0 1 278 1 278 6.61e-202 550 WP_101844355.1 MCD6533325.1 32.2 264 163 5 4 265 7 256 2.75e-35 126 WP_101844355.1 MCF6323317.1 29.3 273 187 4 4 275 14 281 2.77e-33 121 GAK23860.1 GAK23860.1 100 185 0 0 1 185 1 185 4.92e-126 350 WP_143320175.1 WP_143320175.1 100 302 0 0 1 302 1 302 2.16e-219 596 2VYZ_A 2VYZ_A 100 110 0 0 1 110 1 110 1.87e-78 224 WP_051325724.1 WP_051325724.1 100 478 0 0 1 478 1 478 0.0 893 WP_051325724.1 RKT82586.1 27.2 213 129 6 132 335 160 355 4.87e-08 53.1 MBC5824559.1 MBC5824559.1 100 374 0 0 1 374 1 374 1.66e-257 699 MBC5824559.1 MBQ1771956.1 36.9 350 214 4 1 349 7 350 1.69e-60 197 MBC5824559.1 WP_167263015.1 32.9 350 228 3 1 346 1 347 1.36e-48 166 MBF0357294.1 MBF0357294.1 100 710 0 0 1 710 1 710 0.0 1229 MBF0357294.1 MCS6996891.1 35.9 231 142 3 111 338 67 294 4.13e-34 133 MBF0357294.1 WP_041723747.1 38.8 183 104 4 162 343 48 223 3.15e-27 111 MBF0357294.1 MBM3993664.1 33.9 230 133 9 118 331 7 233 1.56e-19 91.3 MBF0357294.1 MBL6706528.1 29.6 71 50 0 487 557 564 634 8.81e-04 40.8 WP_097902424.1 WP_097902424.1 100 194 0 0 1 194 1 194 8.49e-145 399 GBD21053.1 GBD21053.1 100 527 0 0 1 527 1 527 0.0 1014 GBD21053.1 WP_185334683.1 45.1 501 273 2 26 525 4 503 5.33e-138 407 GBD21053.1 WP_150396769.1 34.2 503 315 6 26 523 24 515 9.90e-89 280 GBD21053.1 MBO5162475.1 29.5 501 335 7 30 521 2 493 6.22e-68 225 GBD21053.1 WP_089246429.1 32.0 481 304 10 31 499 9 478 2.04e-63 214 GBD21053.1 WP_071876418.1 24.1 510 306 13 45 500 24 506 1.42e-27 114 GBD21053.1 MBR7834804.1 31.2 218 148 2 26 243 17 232 1.31e-25 104 GBD21053.1 WP_247749043.1 30.1 206 129 6 45 241 377 576 1.48e-15 77.8 GBD21053.1 WP_089095302.1 22.3 538 292 17 26 484 3 493 1.03e-13 72.0 GBD21053.1 THW78755.1 29.1 206 128 4 38 242 480 668 1.52e-13 72.0 WP_268737299.1 WP_268737299.1 100 211 0 0 1 211 1 211 3.83e-154 424 WP_194365392.1 WP_194365392.1 100 269 0 0 1 269 1 269 2.56e-190 520 XP_039612537.1 XP_039612537.1 100 875 0 0 1 875 1 875 0.0 1769 RMP03152.1 RMP03152.1 100 44 0 0 1 44 1 44 2.33e-27 90.5 WP_202291019.1 WP_202291019.1 100 843 0 0 1 843 1 843 0.0 1688 WP_202291019.1 WP_242685612.1 59.3 825 332 4 14 837 16 837 0.0 1030 WP_202291019.1 EBS3704194.1 52.4 847 380 6 4 834 5 844 2.79e-318 893 WP_202291019.1 ECD4982842.1 52.4 847 380 6 4 834 5 844 7.96e-318 892 WP_202291019.1 WP_237762402.1 37.7 663 383 14 11 656 1 650 5.17e-135 415 WP_018159095.1 WP_018159095.1 100 201 0 0 1 201 1 201 1.02e-144 399 WP_018159095.1 WP_159117211.1 29.8 178 109 5 25 186 23 200 6.53e-14 66.2 WP_011147179.1 WP_011147179.1 100 254 0 0 1 254 1 254 2.77e-182 498 WP_265889043.1 WP_265889043.1 100 450 0 0 1 450 1 450 0.0 906 EAJ3842941.1 EAJ3842941.1 100 231 0 0 1 231 1 231 7.71e-173 473 WP_134660892.1 WP_134660892.1 100 277 0 0 1 277 1 277 1.41e-216 587 WP_134660892.1 BBN52434.1 32.0 219 141 1 4 222 12 222 7.64e-26 101 MCI1641075.1 MCI1641075.1 100 152 0 0 1 152 1 152 5.20e-96 272 WP_014206161.1 WP_014206161.1 100 314 0 0 1 314 1 314 3.03e-241 652 WP_014206161.1 MCJ6180240.1 40.1 304 174 5 17 314 21 322 4.01e-68 214 CAA0126222.1 CAA0126222.1 100 422 0 0 1 422 1 422 8.52e-314 845 CAA0126222.1 WP_205443952.1 48.2 417 190 7 9 422 3 396 5.72e-118 348 CAA0126222.1 WP_122873240.1 34.2 433 236 15 10 415 8 418 2.12e-57 192 CAA0126222.1 MBO7597869.1 26.8 441 261 15 7 422 1 404 1.08e-27 112 CAA0126222.1 MCM6312373.1 44.4 45 25 0 9 53 3 47 4.15e-04 40.8 CAA0126222.1 HBS0905846.1 44.4 45 25 0 9 53 3 47 4.15e-04 40.8 WP_139387589.1 WP_139387589.1 100 82 0 0 1 82 1 82 6.10e-53 157 WP_139387589.1 MCI6733811.1 73.3 75 20 0 2 76 388 462 1.99e-29 106 KAF0292372.1 KAF0292372.1 100 659 0 0 1 659 1 659 0.0 1248 MBI5007102.1 MBI5007102.1 100 583 0 0 1 583 1 583 0.0 1176 MBU2178615.1 MBU2178615.1 100 303 0 0 1 303 1 303 1.94e-202 553 MBU2178615.1 WP_193275955.1 40.4 302 175 2 1 302 142 438 3.01e-68 218 MBU2178615.1 NPV11463.1 38.9 113 68 1 169 280 69 181 3.91e-10 57.0 MBU2178615.1 WP_149786838.1 46.2 78 41 1 193 269 91 168 1.20e-09 55.5 MBU2178615.1 WP_247424115.1 36.5 85 52 1 190 274 135 217 2.66e-05 43.1 MBU2178615.1 MCA1360809.1 30.1 113 70 3 171 274 131 243 5.34e-04 39.3 WP_008134825.1 WP_008134825.1 100 846 0 0 1 846 1 846 0.0 1612 WP_008134825.1 WP_221977168.1 38.0 242 150 0 350 591 15 256 8.36e-47 166 WP_008134825.1 WP_097108993.1 38.0 287 163 3 43 315 43 328 5.33e-46 166 WP_008134825.1 WP_256546297.1 35.9 256 148 3 347 591 20 270 3.72e-42 153 WP_008134825.1 WP_276362074.1 33.1 248 160 3 350 591 4 251 1.57e-37 139 WP_008134825.1 MCP4329804.1 34.3 297 184 6 20 314 322 609 2.99e-33 134 WP_008134825.1 WP_142133210.1 33.8 228 124 5 611 824 9 223 3.34e-27 109 WP_008134825.1 MCA3389197.1 32.7 303 187 5 16 308 16 311 9.09e-25 104 WP_008134825.1 MCC6044083.1 27.3 242 161 4 350 588 9 238 1.71e-20 91.7 WP_008134825.1 WP_072380563.1 30.0 237 146 7 612 836 1 229 1.91e-19 87.0 WP_049267651.1 WP_049267651.1 100 297 0 0 1 297 1 297 8.02e-208 566 WP_049267651.1 WP_035710346.1 45.2 279 148 2 22 295 37 315 3.37e-72 223 WP_199097566.1 WP_199097566.1 100 235 0 0 1 235 1 235 5.24e-182 496 MBB4862510.1 MBB4862510.1 100 71 0 0 1 71 1 71 4.71e-43 132 WP_029222463.1 WP_029222463.1 100 369 0 0 1 369 1 369 1.56e-264 716 WP_029222463.1 WP_121975536.1 41.1 338 190 5 1 333 1 334 1.10e-76 238 WP_029222463.1 RYD39969.1 39.7 292 172 2 3 290 10 301 5.41e-62 199 WP_029222463.1 NRF69152.1 29.4 262 131 6 113 332 263 512 3.35e-21 93.2 WP_029222463.1 WP_203339841.1 35.2 176 100 3 112 282 130 296 4.67e-21 91.3 WP_029222463.1 WP_283107263.1 35.4 147 85 3 122 268 312 448 5.38e-20 89.7 WP_029222463.1 WP_058504615.1 36.9 149 82 4 121 268 319 456 5.62e-19 86.7 WP_029222463.1 WP_017718577.1 40.1 147 78 3 122 268 368 504 6.39e-19 86.7 WP_029222463.1 MBT7163208.1 29.4 282 165 11 5 268 196 461 6.18e-17 80.5 MCM1185292.1 MCM1185292.1 100 287 0 0 1 287 1 287 2.60e-208 567 MCM1185292.1 GAP70049.1 47.2 265 136 1 9 269 3 267 1.94e-81 245 MBI6149093.1 MBI6149093.1 100 772 0 0 1 772 1 772 0.0 1347 MBI6149093.1 HCT06136.1 37.9 704 403 10 72 755 50 739 2.41e-126 393 MBI6149093.1 OFX32653.1 40.1 564 324 7 218 771 63 622 1.79e-104 333 MBI6149093.1 WP_074319120.1 33.0 752 430 16 77 771 9 743 1.78e-84 282 MBI6149093.1 WP_041591748.1 33.6 554 360 6 218 768 90 638 4.27e-83 276 MBI6149093.1 WP_013632646.1 28.7 698 423 18 82 725 75 751 4.07e-67 236 MBI6149093.1 SFX27592.1 28.9 512 349 9 238 743 162 664 8.78e-50 184 MBI6149093.1 MBY0273331.1 27.8 605 372 14 215 765 45 638 1.79e-41 160 MBI6149093.1 WP_049009918.1 23.1 580 343 12 238 720 125 698 1.65e-19 92.0 MBI6149093.1 WP_019100427.1 25.0 605 343 19 240 735 117 719 2.36e-17 85.1 EAG2878363.1 EAG2878363.1 100 223 0 0 1 223 1 223 1.53e-150 416 WP_202269758.1 WP_202269758.1 100 586 0 0 1 586 1 586 0.0 1171 XP_007043916.2 XP_007043916.2 100 275 0 0 1 275 1 275 2.11e-192 526 WP_260402970.1 WP_260402970.1 100 128 0 0 1 128 1 128 9.69e-94 264 WP_122896374.1 WP_122896374.1 100 382 0 0 1 382 1 382 6.58e-284 766 WP_122896374.1 WP_168565867.1 33.4 377 244 3 3 379 12 381 1.01e-71 227 WP_122896374.1 MBT4160670.1 33.6 375 234 7 3 374 5 367 2.04e-62 203 WP_122896374.1 WP_043548763.1 34.6 387 237 9 1 379 29 407 1.91e-60 199 WP_122896374.1 WP_145514932.1 27.0 385 262 6 2 370 51 432 1.45e-37 139 WP_122896374.1 WP_094151267.1 29.2 298 205 5 4 297 49 344 1.51e-33 128 WP_122896374.1 WP_039085559.1 25.9 394 271 9 3 378 52 442 4.00e-32 124 WP_122896374.1 WP_164636240.1 27.2 283 194 5 5 280 96 373 6.55e-28 112 WP_122896374.1 WP_032677416.1 28.7 286 181 8 5 271 172 453 8.58e-27 109 KAJ7197949.1 KAJ7197949.1 100 202 0 0 1 202 1 202 5.95e-158 432 WP_096851915.1 WP_096851915.1 100 179 0 0 1 179 1 179 6.50e-119 332 WP_060613079.1 WP_060613079.1 100 582 0 0 1 582 1 582 0.0 1075 WP_060613079.1 MBT3459617.1 54.8 221 100 0 359 579 1 221 3.24e-72 229 WP_060613079.1 MBQ8297564.1 26.3 577 406 5 13 579 2 569 9.00e-65 220 WP_060613079.1 WP_036258374.1 29.9 529 359 5 58 579 40 563 2.99e-59 205 WP_060613079.1 WP_011512097.1 34.5 426 261 7 164 580 165 581 1.22e-58 204 WP_060613079.1 NFD84694.1 27.2 508 362 3 75 575 248 754 7.43e-57 202 WP_060613079.1 KAI9191373.1 29.8 521 311 13 79 579 127 612 1.15e-50 186 WP_060613079.1 WP_247749043.1 40.0 245 143 2 339 579 354 598 4.59e-49 178 WP_060613079.1 WP_038440434.1 27.0 515 366 7 69 579 61 569 3.57e-46 169 WP_060613079.1 WP_222599035.1 31.3 275 186 2 294 566 415 688 1.23e-36 143 XP_021776778.1 XP_021776778.1 100 975 0 0 1 975 1 975 0.0 1831 WP_200650920.1 WP_200650920.1 100 164 0 0 1 164 1 164 5.95e-110 308 WP_200650920.1 MBN8715319.1 34.0 156 102 1 6 161 5 159 4.59e-21 84.0 WP_267560498.1 WP_267560498.1 100 678 0 0 1 678 1 678 0.0 1320 WP_267560498.1 WP_132079800.1 34.9 690 421 10 4 672 8 690 8.18e-111 348 WP_267560498.1 WP_259206442.1 32.1 692 428 19 7 676 7 678 9.81e-75 259 AGQ38940.1 AGQ38940.1 100 34 0 0 1 34 1 34 5.40e-20 71.2 AGQ38940.1 EJS0734484.1 68.4 19 6 0 1 19 253 271 9.98e-04 32.0 WP_108677987.1 WP_108677987.1 100 242 0 0 1 242 1 242 1.88e-174 478 HBS1873186.1 HBS1873186.1 100 328 0 0 1 328 1 328 8.32e-237 642 HBS1873186.1 OZZ34426.1 54.6 207 88 2 5 209 12 214 2.08e-72 221 HBS1873186.1 WP_200478262.1 46.1 141 69 3 95 235 42 175 1.53e-27 108 EPB66139.1 EPB66139.1 100 347 0 0 1 347 1 347 1.11e-246 669 XP_013957138.1 XP_013957138.1 100 135 0 0 1 135 1 135 4.33e-89 253 WP_087214971.1 WP_087214971.1 100 147 0 0 1 147 1 147 1.25e-105 296 MPZ95749.1 MPZ95749.1 100 249 0 0 1 249 1 249 1.66e-176 483 MPZ95749.1 WP_165724099.1 28.9 263 154 5 10 241 3 263 5.59e-28 106 MPZ95749.1 MCF8449868.1 29.0 210 133 3 11 207 3 209 3.36e-26 100 MPZ95749.1 MBQ5584458.1 33.3 102 63 3 12 111 4 102 4.49e-07 47.8 MPZ95749.1 WP_177077803.1 31.9 113 72 4 8 117 337 447 1.46e-05 43.9 WP_050658900.1 WP_050658900.1 100 296 0 0 1 296 1 296 1.15e-211 576 CAD1480127.1 CAD1480127.1 100 506 0 0 1 506 1 506 0.0 991 OKZ56768.1 OKZ56768.1 100 116 0 0 1 116 1 116 3.82e-83 236 RBR02939.1 RBR02939.1 100 576 0 0 1 576 1 576 0.0 1140 RBR02939.1 WP_057201184.1 26.3 482 318 12 74 546 6 459 3.46e-36 139 RBR02939.1 WP_061795322.1 27.8 449 277 20 108 539 57 475 1.86e-28 117 RBR02939.1 WP_131836551.1 25.8 345 232 7 210 549 156 481 3.28e-27 113 WP_164653811.1 WP_164653811.1 100 476 0 0 1 476 1 476 0.0 920 WP_164653811.1 WP_278449211.1 36.1 454 270 9 24 464 5 451 3.44e-76 244 WP_164653811.1 WP_272906673.1 38.7 367 217 4 27 392 6 365 2.78e-75 243 WP_164653811.1 WP_124213670.1 38.3 470 239 11 27 463 5 456 6.41e-74 239 WP_164653811.1 KNY10996.1 45.1 295 156 4 174 463 1 294 5.92e-68 218 WP_164653811.1 WP_175896721.1 42.1 323 176 5 150 464 131 450 6.16e-64 212 WP_164653811.1 WP_205173112.1 37.4 318 181 5 165 466 146 461 1.68e-60 203 WP_164653811.1 WP_271786410.1 49.1 230 115 2 167 394 8 237 6.14e-60 198 WP_164653811.1 MBP7222158.1 39.3 229 138 1 169 396 4 232 1.29e-52 178 TYG81953.1 TYG81953.1 100 153 0 0 1 153 1 153 1.56e-111 311 TYG81953.1 ESR55765.1 95.9 74 3 0 1 74 1 74 3.67e-46 144 TYG81953.1 KAG0031507.1 45.2 146 79 1 8 152 4 149 6.29e-43 137 TYG81953.1 KAF1947782.1 40.4 146 84 2 8 150 7 152 4.81e-33 112 GEU53557.1 GEU53557.1 100 591 0 0 1 591 1 591 0.0 1004 GEU53557.1 RSL59427.1 35.0 371 229 6 101 467 66 428 1.07e-66 223 GEU53557.1 MBA0549662.1 32.9 380 241 5 96 472 20 388 1.34e-66 220 GEU53557.1 XP_023589550.1 32.6 347 224 5 101 443 101 441 2.60e-56 202 GEU53557.1 CZT45482.1 33.3 375 208 6 101 438 92 461 6.46e-56 201 GEU53557.1 NQR19375.1 32.1 368 235 6 96 457 1 359 7.14e-56 193 GEU53557.1 ERE79785.1 22.7 366 207 6 101 443 129 441 1.10e-24 105 GEU53557.1 NLY22703.1 22.1 353 236 10 115 453 14 341 2.31e-17 84.0 GEU53557.1 OPJ74512.1 30.1 103 57 2 343 430 367 469 1.06e-07 53.1 GEU53557.1 WP_113544184.1 22.1 281 192 9 172 442 674 937 3.74e-07 51.6 WP_274755179.1 WP_274755179.1 100 422 0 0 1 422 1 422 7.38e-299 807 WP_274755179.1 WP_144320971.1 37.3 292 164 10 133 417 239 518 3.38e-39 145 WP_274755179.1 WP_149911652.1 34.7 291 174 8 138 418 139 423 1.64e-37 139 WP_274755179.1 WP_259858510.1 33.0 288 181 7 135 417 160 440 1.34e-35 134 WP_274755179.1 ADP83890.1 32.3 331 169 8 132 418 189 508 9.94e-31 122 WP_274755179.1 WP_076194242.1 28.3 300 193 9 135 418 165 458 5.47e-26 107 WP_274755179.1 WP_200037957.1 30.4 260 159 10 174 417 988 1241 8.98e-18 84.3 WP_274755179.1 MBS1636088.1 24.8 258 172 7 171 416 72 319 4.08e-17 80.1 WP_274755179.1 WP_129857883.1 28.8 271 173 8 139 398 131 392 6.50e-16 77.4 WP_274755179.1 WP_273418567.1 29.8 151 91 6 279 421 11 154 1.13e-06 46.6 WP_003642885.1 WP_003642885.1 100 264 0 0 1 264 1 264 2.85e-180 494 WP_222018129.1 WP_222018129.1 100 628 0 0 1 628 1 628 0.0 1252 WP_222018129.1 WP_267184195.1 25.4 614 399 23 46 621 44 636 5.11e-34 135 WP_222018129.1 WP_119344914.1 22.8 646 412 25 51 624 74 704 1.74e-14 75.1 WP_222018129.1 OGU48181.1 22.1 611 411 19 53 624 77 661 1.15e-13 72.4 WP_222018129.1 WP_282423266.1 29.7 138 95 1 35 170 40 177 2.44e-12 68.2 WP_222018129.1 MCI6324393.1 30.7 140 93 3 27 165 82 218 3.93e-08 54.7 WP_222018129.1 WP_017166220.1 27.8 209 124 8 20 205 21 225 2.42e-06 48.5 WP_222018129.1 WP_126547421.1 32.1 168 92 6 94 240 199 365 1.35e-05 46.6 WP_222018129.1 MBX9747080.1 31.6 133 72 4 36 158 1 124 2.92e-05 45.4 WP_222018129.1 WP_059812501.1 21.5 629 361 26 64 596 113 704 3.44e-04 42.0 KAJ8608448.1 KAJ8608448.1 100 152 0 0 1 152 1 152 8.71e-113 314 WP_063477675.1 WP_063477675.1 100 171 0 0 1 171 1 171 8.40e-127 351 WP_063477675.1 WP_221874538.1 35.1 134 79 3 45 171 13 145 1.13e-22 86.7 PPE01392.1 PPE01392.1 100 342 0 0 1 342 1 342 3.81e-265 715 MBE8398245.1 MBE8398245.1 100 108 0 0 1 108 1 108 1.38e-79 227 XP_044006408.1 XP_044006408.1 100 2470 0 0 1 2470 1 2470 0.0 4017 WP_218283561.1 WP_218283561.1 100 343 0 0 1 343 1 343 1.44e-240 653 OKH85141.1 OKH85141.1 100 443 0 0 1 443 1 443 3.39e-317 855 OKH85141.1 MBV8506574.1 40.7 349 202 3 73 420 1 345 5.54e-82 255 OKH85141.1 WP_279293890.1 35.6 430 259 9 9 429 1 421 3.59e-72 232 OKH85141.1 WP_049005162.1 32.3 415 264 8 10 418 7 410 8.95e-63 207 OKH85141.1 WP_245350945.1 29.3 427 294 6 4 428 19 439 1.21e-48 171 XP_022457077.1 XP_022457077.1 100 413 0 0 1 413 1 413 4.44e-245 671 WP_162500151.1 WP_162500151.1 100 294 0 0 1 294 1 294 1.95e-202 553 XP_050030289.1 XP_050030289.1 100 192 0 0 1 192 1 192 5.67e-68 206 MBV9229016.1 MBV9229016.1 100 584 0 0 1 584 1 584 0.0 1127 EDL37908.1 EDL37908.1 100 88 0 0 1 88 1 88 9.30e-62 180 WP_208909738.1 WP_208909738.1 100 312 0 0 1 312 1 312 3.76e-225 612 WP_208909738.1 WP_098515742.1 33.0 94 63 0 1 94 1 94 2.92e-08 52.4 MBK6659833.1 MBK6659833.1 100 157 0 0 1 157 1 157 4.80e-117 325 MBK6659833.1 WP_232243969.1 34.3 143 79 3 21 149 5 146 5.51e-22 89.4 WP_251511058.1 WP_251511058.1 100 338 0 0 1 338 1 338 3.41e-241 654 MCA2619319.1 MCA2619319.1 100 446 0 0 1 446 1 446 0.0 919 UMA88644.1 UMA88644.1 100 7071 0 0 1 7071 1 7071 0.0 12775 UMA88644.1 UMF87224.1 91.6 7071 597 0 1 7071 22 7092 0.0 12757 UMA88644.1 UKN67998.1 93.2 7071 482 0 1 7071 2 7072 0.0 12752 UMA88644.1 UIR12670.1 91.5 7071 601 0 1 7071 22 7092 0.0 12701 UMA88644.1 UPA83906.1 91.7 7071 586 0 1 7071 22 7092 0.0 12701 UMA88644.1 UOU30556.1 92.5 7072 526 1 1 7071 22 7093 0.0 12398 UMA88644.1 UKU68032.1 92.9 4376 309 0 1 4376 22 4397 0.0 7856 UMA88644.1 ULA23837.2 92.6 4376 325 0 1 4376 22 4397 0.0 7853 UMA88644.1 UXH94526.1 92.6 4376 326 0 1 4376 22 4397 0.0 7849 UMA88644.1 ULB83374.1 90.8 4376 401 0 1 4376 22 4397 0.0 7599 WP_260365401.1 WP_260365401.1 100 285 0 0 1 285 1 285 5.20e-182 500 WP_238869695.1 WP_238869695.1 100 406 0 0 1 406 1 406 3.44e-289 781 WP_238869695.1 HIZ96099.1 42.1 397 225 3 3 398 1 393 7.76e-97 293 WP_113156891.1 WP_113156891.1 100 819 0 0 1 819 1 819 0.0 1682 WP_113156891.1 RWK19229.1 26.6 866 553 26 6 812 5 846 1.31e-70 247 AFG64821.1 AFG64821.1 100 72 0 0 1 72 1 72 2.14e-44 135 MBN8458701.1 MBN8458701.1 100 315 0 0 1 315 1 315 1.65e-225 613 CDD38815.1 CDD38815.1 100 450 0 0 1 450 1 450 0.0 894 CDD38815.1 MCH8293010.1 35.4 82 53 0 191 272 59 140 7.06e-09 55.5 CDD38815.1 WP_276369440.1 24.7 81 61 0 194 274 108 188 2.28e-05 44.7 WP_139665379.1 WP_139665379.1 100 302 0 0 1 302 1 302 5.02e-209 570 WP_214516916.1 WP_214516916.1 100 582 0 0 1 582 1 582 0.0 1134 WP_214516916.1 MBF2759673.1 34.5 557 278 15 62 570 209 726 1.80e-67 233 WP_214516916.1 MBP6544771.1 25.3 542 305 21 5 507 24 504 1.65e-25 108 WP_214516916.1 WP_167959909.1 24.5 400 232 16 171 563 194 530 1.26e-15 78.2 WP_214516916.1 TMQ04701.1 23.7 540 264 20 6 458 413 891 1.35e-11 65.9 XP_007311010.1 XP_007311010.1 100 735 0 0 1 735 1 735 0.0 1472 NLW10703.1 NLW10703.1 100 87 0 0 1 87 1 87 1.62e-57 169 CAI6348765.1 CAI6348765.1 100 492 0 0 1 492 1 492 1.28e-307 835 MBA0553791.1 MBA0553791.1 100 921 0 0 1 921 1 921 0.0 1843 MCI5711730.1 MCI5711730.1 100 105 0 0 1 105 1 105 1.51e-77 221 XP_039985286.1 XP_039985286.1 100 825 0 0 1 825 1 825 0.0 1632 XP_039985286.1 XP_043494069.1 24.0 379 239 11 140 477 1293 1659 7.48e-04 41.6 WP_253646963.1 WP_253646963.1 100 295 0 0 1 295 1 295 7.17e-210 572 WP_253646963.1 MYS73268.1 34.1 264 159 8 15 275 9 260 7.98e-21 88.2 WP_253646963.1 WP_087085326.1 29.1 244 158 5 15 258 10 238 5.53e-20 85.5 WP_253646963.1 MCB1644245.1 32.4 188 121 3 14 201 8 189 7.48e-19 82.4 WP_253646963.1 WP_183882442.1 29.6 199 131 4 15 210 9 201 2.69e-18 80.5 WP_253646963.1 MBP33715.1 36.1 191 114 5 15 201 13 199 3.03e-16 75.5 WP_253646963.1 MAN53906.1 24.8 270 179 6 15 264 9 274 3.59e-16 75.5 WP_253646963.1 WP_013845913.1 30.4 191 123 5 15 201 9 193 5.04e-13 65.9 WP_253646963.1 WP_062917436.1 24.6 268 188 5 11 277 5 259 6.05e-13 65.9 WP_253646963.1 WP_077093245.1 30.7 192 121 4 15 197 11 199 4.46e-11 60.8 KAJ8525108.1 KAJ8525108.1 100 888 0 0 1 888 1 888 0.0 1702 XP_048409145.1 XP_048409145.1 100 928 0 0 1 928 1 928 0.0 1799 XP_048409145.1 WP_281919021.1 26.6 218 126 9 654 850 13 217 5.99e-09 57.8 XP_048409145.1 XP_033679940.1 37.5 96 42 4 761 842 202 294 2.75e-06 49.7 XP_048409145.1 XP_051566275.1 28.3 92 59 4 760 845 1345 1435 6.46e-06 48.5 WP_093752330.1 WP_093752330.1 100 182 0 0 1 182 1 182 2.68e-108 305 MBV8506574.1 MBV8506574.1 100 368 0 0 1 368 1 368 6.86e-263 712 MBV8506574.1 OKH85141.1 39.9 358 210 3 1 354 73 429 1.02e-80 252 MBV8506574.1 WP_049005162.1 31.6 348 224 7 1 342 70 409 4.60e-41 147 MBV8506574.1 WP_245350945.1 29.8 352 241 6 1 349 86 434 1.07e-37 139 MBV8506574.1 KAG0237649.1 30.8 159 94 4 1 149 110 262 5.36e-08 52.8 WP_063434200.1 WP_063434200.1 100 377 0 0 1 377 1 377 1.41e-271 734 WP_063434200.1 WP_114688413.1 41.0 329 168 2 45 368 36 343 9.46e-77 239 WP_222594143.1 WP_222594143.1 100 465 0 0 1 465 1 465 0.0 929 WP_222594143.1 YP_010462557.1 36.7 417 236 3 51 465 3 393 6.47e-84 262 WP_222594143.1 WP_262043205.1 26.3 415 252 5 54 465 174 537 2.37e-35 136 WP_200162643.1 WP_200162643.1 100 205 0 0 1 205 1 205 1.51e-148 409 WP_200162643.1 MCR4818155.1 34.1 185 108 5 8 184 10 188 1.79e-21 87.0 AAX35861.1 AAX35861.1 100 566 0 0 1 566 1 566 0.0 1086 AAX35861.1 AUP48118.1 92.6 566 42 0 1 566 1 566 0.0 1005 WP_194312569.1 WP_194312569.1 100 323 0 0 1 323 1 323 5.95e-223 607 OCR38384.1 OCR38384.1 100 382 0 0 1 382 1 382 7.46e-290 781 OCR38384.1 MBO5336885.1 26.9 413 243 8 20 381 4 408 4.37e-40 149 WP_245823513.1 WP_245823513.1 100 200 0 0 1 200 1 200 2.80e-137 380 WP_109993532.1 WP_109993532.1 100 488 0 0 1 488 1 488 0.0 902 WP_109993532.1 KAF1039360.1 36.9 502 219 11 1 487 1 419 8.26e-70 227 HIR98957.1 HIR98957.1 100 96 0 0 1 96 1 96 1.12e-68 198 CAG5150301.1 CAG5150301.1 100 82 0 0 1 82 1 82 1.23e-52 157 WP_231784956.1 WP_231784956.1 100 149 0 0 1 149 1 149 6.40e-100 281 WP_171486859.1 WP_171486859.1 100 92 0 0 1 92 1 92 3.16e-64 187 MAF07216.1 MAF07216.1 100 691 0 0 1 691 1 691 0.0 1323 MAF07216.1 WP_113544184.1 33.1 477 297 8 173 640 525 988 1.04e-58 213 MAF07216.1 WP_130528929.1 34.5 385 232 8 261 640 479 848 4.52e-56 204 MAF07216.1 TRZ64304.1 36.7 316 166 9 373 677 2 294 7.68e-42 156 MAF07216.1 EGO95442.1 30.3 241 151 9 6 242 84 311 3.30e-11 63.5 MAF07216.1 WP_032587385.1 31.1 74 47 1 516 585 471 544 9.59e-05 43.9 KAJ1492758.1 KAJ1492758.1 100 507 0 0 1 507 1 507 0.0 909 KAJ1492758.1 XP_021507806.1 32.4 102 62 3 134 234 347 442 1.31e-04 43.1 OYZ89234.1 OYZ89234.1 100 201 0 0 1 201 1 201 7.43e-138 382 OYZ89234.1 MBA3614174.1 34.0 103 63 3 3 101 504 605 4.32e-04 38.9 WP_063706594.1 WP_063706594.1 100 809 0 0 1 809 1 809 0.0 1383 WP_063706594.1 WP_203562037.1 34.1 85 56 0 678 762 325 409 1.01e-07 53.5 KZT58963.1 KZT58963.1 100 1347 0 0 1 1347 1 1347 0.0 2487 KZT58963.1 XP_043377824.1 31.4 274 161 8 1083 1343 30 289 3.65e-31 131 KZT58963.1 XP_048216280.1 29.4 282 170 7 1081 1347 23 290 1.70e-26 112 KZT58963.1 EYU24504.1 27.7 289 154 8 1084 1342 195 458 1.04e-24 108 KZT58963.1 XP_025814622.1 30.7 225 127 10 1083 1291 782 993 1.38e-18 90.5 KZT58963.1 XP_019384620.1 27.3 271 175 8 1084 1343 21 279 2.13e-18 89.7 KZT58963.1 MBF1128433.1 28.6 252 158 6 1084 1327 16 253 4.20e-18 88.2 KZT58963.1 XP_026100634.1 32.7 214 113 9 1083 1285 88 281 3.16e-16 81.3 KZT58963.1 WP_281919021.1 33.3 168 92 6 1131 1288 59 216 3.86e-15 78.2 KZT58963.1 KRX90811.1 24.8 278 147 6 1082 1343 174 405 6.07e-13 71.2 WP_137783451.1 WP_137783451.1 100 90 0 0 1 90 1 90 4.03e-66 191 WP_195156489.1 WP_195156489.1 100 48 0 0 1 48 1 48 4.45e-29 95.1 WP_195156489.1 VTD69375.1 93.5 46 3 0 1 46 128 173 2.16e-23 84.3 KAJ7469048.1 KAJ7469048.1 100 208 0 0 1 208 1 208 1.06e-154 425 WP_064292413.1 WP_064292413.1 100 113 0 0 1 113 1 113 3.58e-82 234 WP_226800426.1 WP_226800426.1 100 390 0 0 1 390 1 390 9.43e-288 776 WP_226800426.1 WP_174951329.1 43.4 355 178 9 50 390 19 364 6.74e-80 248 WP_228049692.1 WP_228049692.1 100 96 0 0 1 96 1 96 5.33e-67 194 WP_228049692.1 MBH39527.1 35.8 81 52 0 16 96 1 81 1.43e-10 51.2 RYU57897.1 RYU57897.1 100 153 0 0 1 153 1 153 1.56e-111 311 UCF87976.1 UCF87976.1 100 260 0 0 1 260 1 260 2.06e-171 471 UCF87976.1 MBR3968535.1 38.5 187 114 1 9 194 4 190 4.59e-34 123 AQR57668.1 AQR57668.1 100 29 0 0 1 29 1 29 1.97e-09 44.3 WP_045323370.1 WP_045323370.1 100 318 0 0 1 318 1 318 3.14e-236 640 MBD9057797.1 MBD9057797.1 100 353 0 0 1 353 1 353 1.61e-258 699 WP_158934128.1 WP_158934128.1 100 187 0 0 1 187 1 187 3.21e-132 366 WP_158934128.1 WP_026564934.1 29.1 179 113 4 7 174 5 180 5.05e-16 70.9 QHO28611.1 QHO28611.1 100 342 0 0 1 342 1 342 6.43e-248 672 QHO28611.1 CAI9280851.1 35.3 139 64 5 80 196 16 150 1.52e-21 91.3 CAH2238127.1 CAH2238127.1 100 94 0 0 1 94 1 94 1.88e-66 192 WP_017718577.1 WP_017718577.1 100 674 0 0 1 674 1 674 0.0 1302 WP_017718577.1 WP_283107263.1 36.2 624 336 11 24 642 4 570 7.83e-100 315 WP_017718577.1 NRF69152.1 41.6 435 228 6 203 630 102 517 3.68e-96 304 WP_017718577.1 WP_058504615.1 42.0 417 216 6 219 633 174 566 1.82e-90 291 WP_017718577.1 MBT7163208.1 35.4 390 235 3 239 628 196 568 6.86e-67 228 WP_017718577.1 WP_203339841.1 37.6 266 163 3 240 503 12 276 7.65e-46 164 WP_017718577.1 EEC9022132.1 40.4 171 85 5 359 514 221 389 2.39e-26 111 WP_017718577.1 RYD39969.1 38.2 212 114 6 312 512 82 287 1.07e-25 106 WP_017718577.1 WP_121975536.1 37.0 200 104 6 319 505 81 271 4.62e-24 102 WP_017718577.1 WP_029222463.1 32.4 284 158 10 237 504 3 268 2.10e-18 85.9 RLG01914.1 RLG01914.1 100 84 0 0 1 84 1 84 1.26e-55 164 RLG01914.1 GLH03554.1 30.0 90 53 2 4 83 3 92 2.21e-06 42.0 XP_031974225.1 XP_031974225.1 100 261 0 0 1 261 1 261 5.95e-176 483 WP_267861425.1 WP_267861425.1 100 329 0 0 1 329 1 329 9.38e-239 647 WP_267861425.1 WP_265272113.1 37.4 313 182 5 1 302 1 310 1.33e-57 188 WP_267861425.1 EXK83554.1 33.7 341 198 7 10 328 9 343 1.36e-55 182 WP_267861425.1 HHZ84751.1 28.0 339 196 12 1 301 1 329 2.79e-25 102 WP_267861425.1 WP_062517857.1 28.8 288 172 11 39 309 34 305 4.69e-16 75.9 MCD0163384.1 MCD0163384.1 100 185 0 0 1 185 1 185 6.44e-122 340 NDF46396.1 NDF46396.1 100 380 0 0 1 380 1 380 2.07e-295 795 WP_141134618.1 WP_141134618.1 100 220 0 0 1 220 1 220 1.59e-146 405 RKT82586.1 RKT82586.1 100 362 0 0 1 362 1 362 2.19e-240 654 RKT82586.1 WP_269633767.1 35.5 183 98 8 170 338 162 338 1.30e-12 66.6 RKT82586.1 MCE0539567.1 30.3 218 110 6 163 338 169 386 1.10e-09 57.8 RKT82586.1 MCB0174630.1 30.0 190 124 3 163 343 301 490 1.70e-09 57.4 RKT82586.1 WP_051325724.1 29.6 213 124 7 160 355 132 335 4.90e-08 52.8 RKT82586.1 WP_148284348.1 29.6 223 108 7 162 356 177 378 2.99e-06 47.0 WP_131284109.1 WP_131284109.1 100 488 0 0 1 488 1 488 0.0 908 WP_131284109.1 NEB38825.1 35.9 502 290 12 1 488 1 484 3.11e-74 240 WP_131284109.1 OHA02323.1 30.3 419 238 16 76 469 153 542 9.47e-24 102 WP_131284109.1 WP_196051328.1 28.2 354 213 14 132 471 332 658 3.65e-19 89.0 WP_131284109.1 WP_225592933.1 28.3 315 176 7 138 450 291 557 4.09e-18 85.5 WP_131284109.1 PIQ07033.1 28.5 337 191 13 131 452 179 480 2.33e-14 73.6 PYS39036.1 PYS39036.1 100 161 0 0 1 161 1 161 8.53e-113 315 MBS1636088.1 MBS1636088.1 100 319 0 0 1 319 1 319 2.35e-227 618 MBS1636088.1 WP_076194242.1 31.4 226 141 6 102 319 239 458 6.83e-22 94.0 MBS1636088.1 MBN1819552.1 26.5 249 172 5 78 319 318 562 6.90e-22 94.4 MBS1636088.1 MBO8233644.1 25.9 282 189 7 50 314 93 371 4.76e-19 85.1 MBS1636088.1 MBQ1868746.1 25.6 242 170 4 87 319 253 493 2.70e-16 77.8 MBS1636088.1 MBN8606766.1 26.7 240 169 4 85 319 567 804 1.29e-15 75.9 MBS1636088.1 WP_274755179.1 24.8 258 172 7 72 319 171 416 8.90e-15 72.8 MBS1636088.1 WP_149230790.1 27.9 240 157 8 89 319 307 539 5.16e-12 64.7 MBS1636088.1 WP_261802249.1 32.5 117 75 2 203 319 256 368 7.17e-10 57.8 MBS1636088.1 WP_211114623.1 33.3 72 44 1 248 319 588 655 1.02e-06 48.5 WP_272889997.1 WP_272889997.1 100 139 0 0 1 139 1 139 1.96e-96 272 MBR4734761.1 MBR4734761.1 100 485 0 0 1 485 1 485 0.0 978 MCM6312373.1 MCM6312373.1 100 558 0 0 1 558 1 558 0.0 1103 MCM6312373.1 HBS0905846.1 98.7 558 7 0 1 558 1 558 0.0 1088 MCM6312373.1 HBZ7417361.1 98.6 283 4 0 276 558 1 283 4.88e-202 562 MCM6312373.1 WP_280015341.1 41.5 556 316 4 5 553 10 563 6.65e-134 400 MCM6312373.1 CAA0126222.1 42.6 47 27 0 1 47 7 53 7.24e-04 40.4 XP_015239306.1 XP_015239306.1 100 407 0 0 1 407 1 407 1.89e-282 764 WP_010048070.1 WP_010048070.1 100 86 0 0 1 86 1 86 1.90e-60 177 GFV41582.1 GFV41582.1 100 127 0 0 1 127 1 127 1.55e-94 266 GFV41582.1 GFV68115.1 50.0 68 34 0 57 124 143 210 1.10e-15 68.6 KAG1464501.1 KAG1464501.1 100 401 0 0 1 401 1 401 4.38e-294 793 QDK31721.1 QDK31721.1 100 292 0 0 1 292 1 292 1.30e-215 586 KIJ40064.1 KIJ40064.1 100 183 0 0 1 183 1 183 6.54e-139 383 WP_282979415.1 WP_282979415.1 100 324 0 0 1 324 1 324 1.11e-223 609 WP_282979415.1 NGP45824.1 37.8 241 146 3 76 316 2 238 7.39e-51 167 WP_282979415.1 WP_113851760.1 34.0 209 133 4 108 315 33 237 2.37e-34 124 WP_282979415.1 GBC87342.1 36.1 233 143 3 82 314 20 246 6.90e-32 118 KAG7602925.1 KAG7602925.1 100 517 0 0 1 517 1 517 0.0 1030 KAG7602925.1 XP_002873995.1 98.1 517 10 0 1 517 1 517 0.0 1011 KAG7602925.1 KAI8118081.1 26.4 447 293 11 97 517 37 473 2.79e-41 153 KAG7602925.1 WP_064049628.1 24.9 390 247 11 98 470 8 368 1.18e-16 80.5 KAG7602925.1 MCH4268493.1 22.6 411 267 13 103 483 24 413 3.08e-09 57.4 EIZ9235425.1 EIZ9235425.1 100 454 0 0 1 454 1 454 1.78e-253 700 EIZ9235425.1 HAZ7424284.1 60.8 120 47 0 335 454 330 449 3.10e-32 127 EIZ9235425.1 WP_097514015.1 46.3 356 174 4 107 454 121 467 1.03e-24 105 EIZ9235425.1 WP_237962375.1 54.3 94 43 0 338 431 467 560 4.74e-18 85.9 EIZ9235425.1 WP_156140069.1 67.3 49 16 0 369 417 405 453 1.11e-10 62.4 MCA1959605.1 MCA1959605.1 100 488 0 0 1 488 1 488 0.0 967 XP_027026332.2 XP_027026332.2 100 1504 0 0 1 1504 1 1504 0.0 2488 XP_027026332.2 XP_008293954.1 76.3 1534 283 22 26 1504 41 1545 0.0 1831 MBL6706528.1 MBL6706528.1 100 635 0 0 1 635 1 635 0.0 1243 MBL6706528.1 MBN2666786.1 37.6 378 229 6 259 631 12 387 1.51e-74 242 MBL6706528.1 MBL02020.1 30.4 562 308 14 7 536 33 543 6.99e-61 210 MBL6706528.1 MCG8030229.1 36.2 312 193 5 317 624 789 1098 1.48e-55 202 MBL6706528.1 WP_056610248.1 25.4 555 297 17 7 516 29 511 1.10e-24 106 KAJ7726226.1 KAJ7726226.1 100 185 0 0 1 185 1 185 4.96e-135 373 WP_039764622.1 WP_039764622.1 100 181 0 0 1 181 1 181 5.19e-135 373 RLS46433.1 RLS46433.1 100 245 0 0 1 245 1 245 4.09e-175 479 RLS46433.1 WP_013384884.1 34.7 121 61 5 86 197 142 253 9.57e-09 53.1 WP_279008479.1 WP_279008479.1 100 311 0 0 1 311 1 311 1.43e-208 570 WP_279008479.1 WP_154951203.1 40.0 300 170 5 15 310 27 320 8.48e-63 200 WP_279008479.1 CDX26094.1 39.9 313 177 6 3 307 18 327 3.59e-59 191 WP_279008479.1 WP_105447015.1 35.2 341 161 3 27 307 46 386 4.41e-53 177 WP_279008479.1 KQN49849.1 33.2 289 191 2 19 307 15 301 5.63e-47 159 WP_279008479.1 WP_023828789.1 30.8 360 185 6 12 307 47 406 1.47e-34 128 WP_279008479.1 HAA79725.1 29.7 209 147 0 100 308 13 221 9.66e-31 114 WP_279008479.1 WP_165462493.1 28.4 102 67 1 175 276 166 261 4.36e-06 45.8 WP_279008479.1 WP_071455957.1 23.4 154 95 2 92 227 115 263 2.83e-05 43.5 QQH27121.1 QQH27121.1 100 197 0 0 1 197 1 197 4.69e-139 384 QQH27121.1 WP_009257967.1 24.8 133 92 4 52 184 270 394 1.62e-08 52.0 XP_003040019.1 XP_003040019.1 100 184 0 0 1 184 1 184 1.73e-139 384 MCF6767132.1 MCF6767132.1 100 247 0 0 1 247 1 247 1.31e-172 473 HAF12758.1 HAF12758.1 100 1083 0 0 1 1083 1 1083 0.0 2159 KAH9403806.1 KAH9403806.1 100 511 0 0 1 511 1 511 0.0 989 MBK7636756.1 MBK7636756.1 100 238 0 0 1 238 1 238 2.29e-173 474 KAJ6236901.1 KAJ6236901.1 100 933 0 0 1 933 1 933 0.0 1730 XP_033541489.1 XP_033541489.1 100 343 0 0 1 343 1 343 7.66e-261 704 PPC85417.1 PPC85417.1 100 132 0 0 1 132 1 132 3.47e-89 253 WP_004751198.1 WP_004751198.1 100 265 0 0 1 265 1 265 1.10e-173 478 MBQ2640849.1 MBQ2640849.1 100 33 0 0 1 33 1 33 4.19e-19 68.9 MBQ2640849.1 WP_026893585.1 57.6 33 14 0 1 33 191 223 5.23e-09 46.6 MBQ2640849.1 MBP1530348.1 56.3 32 14 0 1 32 187 218 1.30e-07 42.7 MBQ2640849.1 WP_185031483.1 62.5 32 11 1 1 31 190 221 6.64e-07 40.8 WP_245885601.1 WP_245885601.1 100 149 0 0 1 149 1 149 2.52e-106 298 WP_245885601.1 MCF8449868.1 28.2 124 76 3 12 135 3 113 1.66e-08 50.1 WP_245885601.1 MBQ1868746.1 23.8 130 91 3 11 138 519 642 7.11e-07 45.8 WP_245885601.1 WP_188888464.1 32.1 78 51 1 57 134 42 117 3.67e-05 40.4 WP_245885601.1 WP_234002326.1 32.8 61 41 0 63 123 68 128 5.14e-04 37.4 MBE0607625.1 MBE0607625.1 100 141 0 0 1 141 1 141 2.37e-98 277 WP_144384753.1 WP_144384753.1 100 346 0 0 1 346 1 346 1.10e-202 558 WP_144384753.1 WP_252541609.1 34.6 338 177 5 53 346 56 393 2.14e-41 147 WP_144384753.1 WP_217309755.1 48.0 100 46 4 229 327 447 541 2.64e-16 78.2 AOJ74168.1 AOJ74168.1 100 451 0 0 1 451 1 451 0.0 901 AOJ74168.1 WP_058918927.1 28.0 464 301 10 1 447 7 454 2.45e-39 145 XP_005573423.1 XP_005573423.1 100 1988 0 0 1 1988 1 1988 0.0 3695 XP_005573423.1 XP_021507806.1 72.0 2014 431 11 2 1988 4 1911 0.0 2555 XP_005573423.1 XP_048264533.1 45.8 2004 936 32 12 1904 16 1968 0.0 1383 XP_005573423.1 XP_042771424.1 24.9 1849 1116 47 102 1762 57 1835 1.22e-97 350 RCN52028.1 RCN52028.1 100 224 0 0 1 224 1 224 3.45e-120 339 WP_122383566.1 WP_122383566.1 100 91 0 0 1 91 1 91 7.21e-65 188 WP_274676460.1 WP_274676460.1 100 30 0 0 1 30 1 30 3.40e-17 63.9 WP_139627894.1 WP_139627894.1 100 102 0 0 1 102 1 102 6.51e-73 209 WP_012517468.1 WP_012517468.1 100 609 0 0 1 609 1 609 0.0 1163 WP_249312942.1 WP_249312942.1 100 212 0 0 1 212 1 212 2.21e-149 412 WP_145756500.1 WP_145756500.1 100 132 0 0 1 132 1 132 1.93e-86 246 CAH1111016.1 CAH1111016.1 100 173 0 0 1 173 1 173 1.90e-133 368 OFJ58224.1 OFJ58224.1 100 687 0 0 1 687 1 687 0.0 1288 MBI3448467.1 MBI3448467.1 100 128 0 0 1 128 1 128 2.47e-87 248 MBI3448467.1 MCS2900418.1 54.5 121 55 0 3 123 4 124 3.74e-40 129 MBI3448467.1 MBI5438416.1 52.5 122 57 1 1 122 1 121 2.21e-38 124 MBI3448467.1 WP_255435582.1 50.0 104 52 0 19 122 1 104 3.00e-30 103 WP_091978272.1 WP_091978272.1 100 200 0 0 1 200 1 200 6.89e-138 382 WP_226208117.1 WP_226208117.1 100 161 0 0 1 161 1 161 1.21e-112 315 TGL93452.1 TGL93452.1 100 82 0 0 1 82 1 82 3.80e-56 166 QNM59064.1 QNM59064.1 100 78 0 0 1 78 1 78 1.27e-50 151 AAL18389.1 AAL18389.1 100 395 0 0 1 395 1 395 6.08e-282 762 AAL18389.1 MBI3145102.1 72.4 395 97 2 1 390 77 464 2.48e-198 553 AAL18389.1 WP_254218450.1 32.6 350 215 9 1 344 175 509 1.57e-43 157 AAL18389.1 MBL0967454.1 31.8 327 208 7 10 333 1 315 8.03e-35 129 AAL18389.1 KAH9272690.1 54.1 37 17 0 1 37 89 125 1.39e-05 42.7 WP_248087248.1 WP_248087248.1 100 447 0 0 1 447 1 447 0.0 901 WP_248087248.1 MBE6835980.1 29.3 420 248 14 15 415 7 396 9.78e-42 151 MBK7937165.1 MBK7937165.1 100 509 0 0 1 509 1 509 0.0 1065 MBK7937165.1 WP_020530816.1 27.4 653 278 14 12 478 7 649 4.22e-73 242 XP_050320449.1 XP_050320449.1 100 485 0 0 1 485 1 485 0.0 973 XP_050320449.1 WP_131836551.1 48.0 479 239 4 13 484 19 494 6.88e-150 435 XP_050320449.1 WP_057201184.1 42.6 467 255 4 25 484 15 475 1.12e-112 340 XP_050320449.1 WP_061795322.1 39.6 482 267 11 14 480 22 494 1.81e-104 319 XP_050320449.1 WP_257689765.1 38.9 468 279 4 14 478 16 479 3.62e-102 313 XP_050320449.1 WP_008959270.1 37.4 478 289 7 12 483 11 484 4.05e-94 292 XP_050320449.1 WP_255965801.1 36.3 482 288 10 11 483 12 483 2.44e-88 277 XP_050320449.1 WP_108756325.1 37.6 481 271 9 12 480 6 469 6.67e-81 257 XP_050320449.1 WP_195426888.1 33.9 443 276 9 31 467 34 465 1.54e-70 231 XP_050320449.1 WP_205186167.1 32.7 422 267 8 71 483 1 414 5.93e-58 196 WP_203164019.1 WP_203164019.1 100 189 0 0 1 189 1 189 1.11e-124 347 WP_269268099.1 WP_269268099.1 100 77 0 0 1 77 1 77 1.33e-29 98.6 PKB44918.1 PKB44918.1 100 910 0 0 1 910 1 910 0.0 1723 MBW6484923.1 MBW6484923.1 100 425 0 0 1 425 1 425 8.25e-240 658 WP_105585532.1 WP_105585532.1 100 128 0 0 1 128 1 128 1.38e-93 264 XP_017476002.1 XP_017476002.1 100 527 0 0 1 527 1 527 0.0 930 XP_017476002.1 XP_029371967.1 38.5 369 157 6 187 510 33 376 4.13e-68 222 WP_122047024.1 WP_122047024.1 100 460 0 0 1 460 1 460 4.27e-320 864 WP_122047024.1 EFK2137151.1 24.1 457 282 15 9 435 23 444 6.60e-11 62.4 CEY44168.1 CEY44168.1 100 21 0 0 1 21 1 21 1.55e-08 51.2 CEY44168.1 CVV42982.1 87.8 41 5 0 170 210 263 303 6.44e-04 38.1 WP_253063755.1 WP_253063755.1 100 345 0 0 1 345 1 345 1.73e-258 699 WP_253063755.1 MSU42127.1 42.9 350 187 5 1 338 8 356 5.63e-85 259 NEB02235.1 NEB02235.1 100 465 0 0 1 465 1 465 1.16e-310 841 NEB02235.1 CAI2795006.1 47.1 431 226 2 24 453 97 526 2.04e-124 371 NEB02235.1 WP_032407714.1 29.2 459 291 13 29 462 11 460 1.46e-36 138 SOE22515.1 SOE22515.1 100 353 0 0 1 353 1 353 4.16e-245 665 WP_012339795.1 WP_012339795.1 100 290 0 0 1 290 1 290 4.66e-208 566 WP_012339795.1 WP_134669716.1 29.6 304 175 7 4 283 9 297 4.84e-18 80.9 WP_012339795.1 WP_009620393.1 34.8 158 93 4 6 156 6 160 7.39e-13 65.9 MBP2355331.1 MBP2355331.1 100 400 0 0 1 400 1 400 7.19e-288 778 MBP2355331.1 WP_215152714.1 35.7 367 224 6 20 377 30 393 6.91e-52 177 MBP7061284.1 MBP7061284.1 100 110 0 0 1 110 1 110 2.37e-72 209 MBP7061284.1 MBQ1183295.1 41.2 97 57 0 12 108 6 102 1.01e-23 85.9 NLL47071.1 NLL47071.1 100 169 0 0 1 169 1 169 1.40e-124 345 EJG1264510.1 EJG1264510.1 100 447 0 0 1 447 1 447 3.57e-305 825 EJG1264510.1 NXJ67438.1 27.0 467 309 11 4 440 4 468 1.78e-34 132 EJG1264510.1 AJU61790.1 25.9 471 300 10 4 434 24 485 3.32e-31 124 EJG1264510.1 KAE8355151.1 27.3 432 256 15 43 435 102 514 1.37e-27 113 EJG1264510.1 XP_023028205.1 26.6 413 284 9 38 437 26 432 7.85e-19 86.7 EJG1264510.1 KAF8901107.1 25.6 285 192 8 45 312 79 360 7.84e-14 71.6 EJG1264510.1 MCB1412915.1 25.3 371 242 11 26 372 45 404 2.92e-12 66.6 EJG1264510.1 WP_133179454.1 28.4 204 136 5 8 201 34 237 1.21e-11 64.7 EJG1264510.1 MCB5199682.1 25.4 142 91 3 45 173 46 185 7.29e-05 43.1 MCD6597402.1 MCD6597402.1 100 210 0 0 1 210 1 210 2.60e-156 429 KAH6984898.1 KAH6984898.1 100 952 0 0 1 952 1 952 0.0 1761 KAH6984898.1 XP_048216280.1 27.7 310 181 4 24 330 20 289 5.12e-33 131 KAH6984898.1 XP_029528577.1 30.3 261 130 7 24 281 30 241 4.57e-26 109 KAH6984898.1 KAG1590416.1 27.4 259 136 5 24 281 80 287 2.34e-25 107 KAH6984898.1 XP_011889539.1 28.2 309 179 6 24 324 4 277 9.09e-24 106 KAH6984898.1 XP_048379117.1 25.8 295 166 6 24 316 257 500 9.06e-23 102 KAH6984898.1 XP_030620685.1 27.2 313 178 5 19 329 91 355 1.26e-22 100 KAH6984898.1 XP_019384620.1 27.9 312 164 10 23 324 16 276 4.02e-21 97.8 KAH6984898.1 KAJ7903702.1 25.2 302 168 7 20 316 19 267 6.69e-20 92.0 KAH6984898.1 MBF1128433.1 24.3 313 184 7 18 326 3 266 3.39e-15 78.2 WP_141817398.1 WP_141817398.1 100 161 0 0 1 161 1 161 3.62e-114 318 WP_141817398.1 WP_050498798.1 42.9 161 75 4 8 156 22 177 6.18e-26 95.9 KAJ5220196.1 KAJ5220196.1 100 205 0 0 1 205 1 205 1.06e-148 409 WP_095981693.1 WP_095981693.1 100 692 0 0 1 692 1 692 0.0 1356 WP_253352066.1 WP_253352066.1 100 1723 0 0 1 1723 1 1723 0.0 3024 WP_253352066.1 WP_243269836.1 37.2 172 102 3 439 608 1505 1672 6.77e-28 122 WP_253352066.1 WP_001537381.1 35.7 224 127 7 453 670 1728 1940 1.73e-26 117 WP_253352066.1 HBP6650873.1 27.4 252 156 11 534 780 12 241 2.15e-09 60.8 GFT52874.1 GFT52874.1 100 233 0 0 1 233 1 233 2.03e-114 325 CDE36962.1 CDE36962.1 100 384 0 0 1 384 1 384 5.65e-286 771 CDE36962.1 WP_276369440.1 25.8 186 103 8 28 205 73 231 1.42e-07 51.2 CDE36962.1 MCH8293010.1 31.6 95 56 3 10 102 7 94 2.23e-07 50.4 CDE36962.1 EFX2174330.1 31.7 120 72 4 8 126 7 117 1.60e-06 47.8 CDE36962.1 WP_138125503.1 32.3 62 39 1 56 117 47 105 1.61e-04 41.6 CDE36962.1 WP_266179881.1 31.3 64 44 0 38 101 34 97 2.15e-04 41.2 XP_011272275.1 XP_011272275.1 100 344 0 0 1 344 1 344 1.28e-223 610 WP_023319464.1 WP_023319464.1 100 223 0 0 1 223 1 223 2.59e-167 458 MCJ1318822.1 MCJ1318822.1 100 297 0 0 1 297 1 297 1.22e-227 617 WP_054146239.1 WP_054146239.1 100 337 0 0 1 337 1 337 4.69e-211 578 WP_054146239.1 EGY4555186.1 41.2 272 149 6 38 307 35 297 1.72e-30 115 WP_054146239.1 MCI7704736.1 34.6 269 163 4 39 307 34 289 2.07e-30 115 WP_054146239.1 WP_150461480.1 35.7 272 159 10 30 300 19 275 3.11e-24 98.6 WP_054146239.1 WP_020547001.1 28.1 278 183 6 36 309 35 299 4.48e-14 70.1 WP_102273603.1 WP_102273603.1 100 147 0 0 1 147 1 147 9.14e-99 278 MCT7046027.1 MCT7046027.1 100 39 0 0 1 39 1 39 1.27e-20 73.2 MCE1309955.1 MCE1309955.1 100 360 0 0 1 360 1 360 3.99e-267 722 KAH9016734.1 KAH9016734.1 100 766 0 0 1 766 1 766 0.0 1279 MBG6268407.1 MBG6268407.1 100 382 0 0 1 382 1 382 3.65e-281 759 MBG6268407.1 MCT6212844.1 24.9 358 217 13 48 375 49 384 1.16e-12 67.0 MQF68191.1 MQF68191.1 100 122 0 0 1 122 1 122 1.25e-84 241 MQF68191.1 CDZ73727.1 36.6 93 49 2 21 113 6 88 1.75e-09 52.0 MQF68191.1 EHR6291555.1 35.6 73 43 1 25 93 338 410 1.18e-06 44.3 MQF68191.1 WP_192500494.1 29.3 75 49 1 21 91 7 81 1.94e-06 43.5 WP_046925025.1 WP_046925025.1 100 168 0 0 1 168 1 168 3.72e-124 344 WP_041119847.1 WP_041119847.1 100 283 0 0 1 283 1 283 6.38e-207 563 WP_020226160.1 WP_020226160.1 100 152 0 0 1 152 1 152 1.45e-111 311 MBL7732834.1 MBL7732834.1 100 145 0 0 1 145 1 145 3.47e-111 310 WP_267248697.1 WP_267248697.1 100 410 0 0 1 410 1 410 1.96e-281 762 XP_019381256.1 XP_019381256.1 100 1164 0 0 1 1164 1 1164 0.0 2012 WP_230822898.1 WP_230822898.1 100 488 0 0 1 488 1 488 0.0 959 WP_230822898.1 WP_243269836.1 41.3 223 113 6 72 287 64 275 5.17e-35 138 WP_230822898.1 WP_045125019.1 36.6 279 148 12 72 336 100 363 7.71e-29 116 WP_230822898.1 WP_001537381.1 36.2 257 139 12 78 322 52 295 9.18e-28 116 WP_230822898.1 WP_247392216.1 37.0 184 103 4 78 255 86 262 1.36e-25 104 WP_230822898.1 MBS1222269.1 37.9 174 84 4 15 183 48 202 6.08e-25 100 WP_230822898.1 WP_186153646.1 36.4 173 97 6 78 243 87 253 1.58e-22 95.1 UJW31884.1 UJW31884.1 100 121 0 0 1 121 1 121 2.85e-85 242 KAF0554084.1 KAF0554084.1 100 1261 0 0 1 1261 1 1261 0.0 2518 WP_234280079.1 WP_234280079.1 100 59 0 0 1 59 1 59 1.01e-14 59.7 WP_033365653.1 WP_033365653.1 100 211 0 0 1 211 1 211 4.30e-151 416 WP_019182526.1 WP_019182526.1 100 387 0 0 1 387 1 387 6.66e-291 784 WP_019182526.1 WP_182039401.1 41.0 346 199 2 42 383 23 367 2.77e-85 262 XP_009464764.1 XP_009464764.1 100 350 0 0 1 350 1 350 4.79e-238 647 XP_009464764.1 NWY11222.1 52.6 57 27 0 277 333 12 68 5.41e-12 61.6 XP_009464764.1 NWT80859.1 57.9 57 24 0 278 334 150 206 1.01e-11 62.8 XP_009464764.1 XP_041922209.1 42.2 64 37 0 274 337 152 215 3.36e-07 49.7 OFY34840.1 OFY34840.1 100 474 0 0 1 474 1 474 0.0 949 OFY34840.1 WP_120115041.1 25.5 282 186 10 20 293 3 268 6.29e-15 75.1 KAG7131021.1 KAG7131021.1 100 1156 0 0 1 1156 1 1156 0.0 2127 WP_246735792.1 WP_246735792.1 100 381 0 0 1 381 1 381 3.42e-290 782 NWV63665.1 NWV63665.1 100 207 0 0 1 207 1 207 4.64e-144 398 EBS5850541.1 EBS5850541.1 100 195 0 0 1 195 1 195 1.49e-125 350 WP_108137685.1 WP_108137685.1 100 431 0 0 1 431 1 431 6.90e-288 780 WP_060347438.1 WP_060347438.1 100 276 0 0 1 276 1 276 1.37e-193 529 WP_060347438.1 WP_087085326.1 36.5 263 141 6 4 251 5 256 9.02e-31 114 WP_060347438.1 WP_110035452.1 32.1 252 148 6 1 248 1 233 9.70e-28 105 WP_060347438.1 WP_183882442.1 32.2 199 125 4 1 198 1 190 2.88e-24 96.3 WP_060347438.1 WP_281054160.1 29.8 255 156 8 4 248 8 249 3.91e-23 93.6 WP_060347438.1 MBG6287041.1 33.9 248 151 6 4 248 14 251 3.90e-22 90.9 WP_060347438.1 MBU5424338.1 33.6 250 143 10 10 248 16 253 2.11e-16 75.5 WP_060347438.1 WP_262401812.1 30.7 166 98 4 89 248 1 155 3.63e-14 67.0 WP_060347438.1 WP_014605789.1 29.5 183 119 4 15 196 7 180 3.02e-11 60.5 WP_060347438.1 WP_204942955.1 32.5 169 98 5 7 174 7 160 3.49e-09 54.7 WP_213973719.1 WP_213973719.1 100 241 0 0 1 241 1 241 1.68e-181 495 WP_259005392.1 WP_259005392.1 100 655 0 0 1 655 1 655 0.0 1163 EJV0278763.1 EJV0278763.1 100 254 0 0 1 254 1 254 6.53e-181 495 EJV0278763.1 QLL10545.1 31.7 252 166 4 3 250 18 267 5.48e-32 117 EJV0278763.1 MBK8955603.1 31.8 255 161 4 1 249 1 248 2.38e-29 109 EJV0278763.1 WP_204638884.1 24.4 250 174 6 2 250 3 238 5.75e-12 62.4 EJV0278763.1 WP_231587592.1 24.5 196 113 6 3 164 6 200 1.62e-08 52.8 EJV0278763.1 WP_097275324.1 22.7 317 161 10 5 250 117 420 2.66e-04 40.0 MBN3769952.1 MBN3769952.1 100 176 0 0 1 176 1 176 1.61e-122 341 MCH5163858.1 MCH5163858.1 100 878 0 0 1 878 1 878 0.0 1667 MBP6972346.1 MBP6972346.1 100 424 0 0 1 424 1 424 0.0 866 MBV9963051.1 MBV9963051.1 100 559 0 0 1 559 1 559 0.0 1179 MBV9963051.1 WP_064047563.1 45.9 37 20 0 1 37 1 37 3.17e-04 41.6 HCT31040.1 HCT31040.1 100 107 0 0 1 107 1 107 3.41e-66 193 WP_006697084.1 WP_006697084.1 100 342 0 0 1 342 1 342 1.54e-255 691 WP_006697084.1 WP_206096314.1 57.7 343 144 1 1 342 1 343 5.87e-142 404 WP_106136481.1 WP_106136481.1 100 245 0 0 1 245 1 245 3.00e-177 485 WP_106136481.1 WP_042650033.1 32.7 202 122 4 2 202 8 196 1.89e-21 88.2 WP_106136481.1 WP_183882442.1 31.3 201 121 4 2 200 7 192 2.66e-15 71.2 WP_106136481.1 WP_014605789.1 25.2 230 156 5 4 232 3 217 2.59e-13 65.9 WP_106136481.1 MBG6287041.1 28.4 204 122 8 2 200 17 201 2.95e-11 60.1 WP_106136481.1 WP_273849839.1 32.7 165 92 6 59 222 76 222 1.95e-10 57.8 WP_098092873.1 WP_098092873.1 100 292 0 0 1 292 1 292 6.50e-225 609 WP_198730235.1 WP_198730235.1 100 160 0 0 1 160 1 160 7.05e-116 323 XP_016611986.1 XP_016611986.1 100 262 0 0 1 262 1 262 5.65e-195 531 WP_230800902.1 WP_230800902.1 100 346 0 0 1 346 1 346 6.09e-264 712 MZP65343.1 MZP65343.1 100 275 0 0 1 275 1 275 6.11e-201 547 MBD1815385.1 MBD1815385.1 100 248 0 0 1 248 1 248 4.84e-189 515 XP_003048468.1 XP_003048468.1 100 433 0 0 1 433 1 433 0.0 877 XP_003048468.1 KAJ3544539.1 29.8 188 122 5 226 407 958 1141 6.82e-16 78.6 WP_217413389.1 WP_217413389.1 100 108 0 0 1 108 1 108 5.21e-75 215 EDJ6414383.1 EDJ6414383.1 100 191 0 0 1 191 1 191 8.50e-139 383 WP_019616094.1 WP_019616094.1 100 346 0 0 1 346 1 346 6.73e-252 682 MCB1141657.1 MCB1141657.1 100 936 0 0 1 936 1 936 0.0 1764 WP_025427984.1 WP_025427984.1 100 362 0 0 1 362 1 362 5.88e-245 666 TNN34207.1 TNN34207.1 100 110 0 0 1 110 1 110 3.77e-78 223 AUQ33312.1 AUQ33312.1 100 362 0 0 1 362 1 362 3.29e-267 722 MCP4914981.1 MCP4914981.1 100 215 0 0 1 215 1 215 1.54e-146 405 MCP4914981.1 MBQ9979016.1 67.1 73 24 0 143 215 118 190 2.58e-24 97.1 MCP4914981.1 WP_049105913.1 67.2 61 20 0 155 215 271 331 3.04e-21 88.6 WP_260986135.1 WP_260986135.1 100 92 0 0 1 92 1 92 2.72e-56 167 WP_206581849.1 WP_206581849.1 100 751 0 0 1 751 1 751 0.0 1417 WP_206581849.1 WP_231355705.1 44.2 762 368 9 1 750 1 717 6.69e-182 537 WP_206581849.1 WP_092081374.1 43.1 757 376 8 6 750 7 720 6.53e-178 527 WP_206581849.1 PJJ44766.1 41.4 771 379 10 2 750 35 754 7.88e-169 505 WP_206581849.1 WP_281675368.1 39.0 77 46 1 674 750 458 533 9.31e-09 57.0 WP_206581849.1 MBQ3724833.1 50.0 54 27 0 686 739 636 689 3.49e-07 52.0 WP_206581849.1 NLZ92879.1 40.0 65 38 1 686 750 11 74 5.46e-07 47.8 XP_055989820.1 XP_055989820.1 100 640 0 0 1 640 1 640 0.0 1186 HIM51057.1 HIM51057.1 100 885 0 0 1 885 1 885 0.0 1754 HIM51057.1 WP_265593313.1 42.9 403 221 5 485 882 175 573 1.20e-94 307 RZD53001.1 RZD53001.1 100 178 0 0 1 178 1 178 3.81e-131 363 MBQ7978512.1 MBQ7978512.1 100 72 0 0 1 72 1 72 1.33e-47 143 MPC84742.1 MPC84742.1 100 76 0 0 1 76 1 76 3.44e-45 137 OFX35756.1 OFX35756.1 100 161 0 0 1 161 1 161 7.30e-114 318 OFX35756.1 QQR61334.1 24.0 146 100 4 11 146 33 177 5.24e-08 48.5 HAS28932.1 HAS28932.1 100 366 0 0 1 366 1 366 1.85e-275 743 HAS28932.1 MCB9044857.1 35.1 134 75 4 188 310 217 349 3.42e-12 65.5 HAS28932.1 WP_025599976.1 26.7 206 131 4 136 325 166 367 3.66e-10 59.3 WP_193436854.1 WP_193436854.1 100 243 0 0 1 243 1 243 3.46e-166 457 WP_193436854.1 WP_190457829.1 27.7 235 151 5 14 231 5 237 1.72e-18 80.1 WP_257107333.1 WP_257107333.1 100 332 0 0 1 332 1 332 2.39e-238 647 WP_257107333.1 WP_198255508.1 38.8 322 179 7 19 329 18 332 1.80e-61 197 WP_257107333.1 WP_167320363.1 28.6 343 206 7 1 328 1 319 1.08e-25 103 WP_257107333.1 OJG95819.1 33.5 245 130 9 19 255 22 241 4.82e-23 96.3 WP_257107333.1 WP_024410349.1 24.8 343 203 10 15 329 16 331 5.47e-14 70.1 WP_257107333.1 OAX39412.1 28.4 218 119 7 6 205 11 209 9.41e-11 60.5 WP_010905191.1 WP_010905191.1 100 289 0 0 1 289 1 289 2.23e-210 572 WP_010905191.1 WP_124978582.1 32.8 244 142 11 1 236 1 230 4.70e-19 85.5 WP_010905191.1 WP_088349221.1 26.8 228 135 7 2 199 6 231 3.91e-18 80.9 WP_010905191.1 MCH5207665.1 36.7 49 31 0 4 52 5 53 7.30e-04 38.5 WP_253620872.1 WP_253620872.1 100 1056 0 0 1 1056 1 1056 0.0 2099 WP_253620872.1 WP_158347019.1 27.8 500 242 16 144 534 295 784 3.18e-33 136 WP_253620872.1 WP_125260587.1 23.9 514 259 13 142 534 403 905 2.42e-27 118 WP_253620872.1 MBO8485404.1 26.1 475 233 14 171 534 333 800 4.65e-27 117 WP_253620872.1 MCD6199266.1 24.3 538 282 18 117 534 268 800 1.97e-24 108 WP_253620872.1 MBU22120.1 23.1 507 264 14 145 534 441 938 4.14e-24 107 WP_012573472.1 WP_012573472.1 100 1181 0 0 1 1181 1 1181 0.0 2392 WP_012573472.1 WP_070770047.1 53.6 1179 526 12 12 1180 6 1173 0.0 1234 WP_012573472.1 WP_156009076.1 49.7 1176 569 11 14 1176 8 1173 0.0 1105 WP_012573472.1 NJD91181.1 46.5 1113 559 14 89 1178 1 1100 0.0 962 WP_012573472.1 MBE6348968.1 45.3 684 359 8 501 1177 8 683 1.75e-198 591 WP_012573472.1 MBS6779195.1 31.3 386 239 9 11 386 7 376 9.82e-39 147 WP_098097765.1 WP_098097765.1 100 142 0 0 1 142 1 142 2.88e-104 292 EFK2137151.1 EFK2137151.1 100 459 0 0 1 459 1 459 9.71e-316 853 EFK2137151.1 WP_063603400.1 34.8 417 265 3 22 434 1 414 2.75e-62 207 EFK2137151.1 WP_122047024.1 23.6 440 305 12 23 444 9 435 2.31e-07 51.2 WP_169577965.1 WP_169577965.1 100 196 0 0 1 196 1 196 5.97e-146 402 WP_004957233.1 WP_004957233.1 100 141 0 0 1 141 1 141 1.01e-99 280 WP_004957233.1 WP_161061319.1 44.3 140 75 2 1 138 1 139 3.65e-40 130 WP_004957233.1 WP_226360036.1 50.0 132 64 2 8 138 4 134 3.62e-39 127 QNF21522.1 QNF21522.1 100 275 0 0 1 275 1 275 5.24e-202 550 QNF21522.1 WP_160421767.1 32.3 161 108 1 116 275 10 170 1.94e-21 87.4 QNF21522.1 WP_126376486.1 34.7 98 64 0 7 104 184 281 3.54e-14 69.3 EJQ2687561.1 EJQ2687561.1 100 292 0 0 1 292 1 292 1.25e-213 581 CDA87281.1 CDA87281.1 100 81 0 0 1 81 1 81 7.15e-56 165 MBO5946342.1 MBO5946342.1 100 188 0 0 1 188 1 188 5.56e-138 381 MBQ8711066.1 MBQ8711066.1 100 534 0 0 1 534 1 534 0.0 1088 NIW25441.1 NIW25441.1 100 99 0 0 1 99 1 99 8.74e-63 184 WP_135949574.1 WP_135949574.1 100 562 0 0 1 562 1 562 0.0 1051 XP_048633428.1 XP_048633428.1 100 117 0 0 1 117 1 117 1.01e-74 215 KAI6047342.1 KAI6047342.1 100 537 0 0 1 537 1 537 0.0 1069 MBR0160695.1 MBR0160695.1 100 426 0 0 1 426 1 426 0.0 863 MBR0160695.1 WP_083062905.1 41.9 439 237 8 1 424 1 436 2.61e-100 306 MBR0160695.1 WP_027951454.1 45.3 333 177 3 2 332 3 332 3.52e-83 259 MBR0160695.1 MCL4333886.1 28.5 179 89 8 152 323 159 305 8.40e-10 58.2 MBR0160695.1 GLX88815.1 27.0 189 114 7 162 343 12 183 7.01e-04 39.7 MVZ66986.1 MVZ66986.1 100 276 0 0 1 276 1 276 5.26e-207 563 MVZ66986.1 MBN2660390.1 30.1 239 133 12 12 240 5 219 1.53e-14 71.6 MBF2759673.1 MBF2759673.1 100 858 0 0 1 858 1 858 0.0 1676 MBF2759673.1 WP_214516916.1 33.2 620 323 18 147 726 2 570 1.01e-67 234 MBF2759673.1 WP_167959909.1 25.3 495 269 17 187 646 36 464 6.62e-22 99.0 MBF2759673.1 NQW84129.1 23.3 546 309 20 187 690 69 546 2.17e-21 97.4 MBF2759673.1 WP_200941876.1 26.5 524 316 17 145 637 40 525 5.08e-21 96.7 MBF2759673.1 MBP6544771.1 24.0 529 286 20 185 668 49 506 1.12e-20 95.1 MBF2759673.1 WP_112119927.1 23.8 421 218 13 312 724 140 465 1.09e-15 79.0 MBF2759673.1 WP_098279309.1 21.9 565 346 18 187 727 38 531 1.10e-12 69.7 MBF2759673.1 PYB13830.1 22.9 490 274 16 193 658 1729 2138 1.26e-12 70.5 MBF2759673.1 TMQ04701.1 23.7 338 159 12 305 608 611 883 3.03e-08 55.8 MBQ3459675.1 MBQ3459675.1 100 222 0 0 1 222 1 222 1.69e-176 481 MBQ3459675.1 WP_267979634.1 55.4 193 85 1 28 219 43 235 1.29e-72 219 MBQ3104376.1 MBQ3104376.1 100 123 0 0 1 123 1 123 1.64e-85 243 NCN26743.1 NCN26743.1 100 202 0 0 1 202 1 202 1.83e-143 396 WP_089109701.1 WP_089109701.1 100 250 0 0 1 250 1 250 2.10e-175 481 WP_089109701.1 MCD8323718.1 31.1 244 166 2 3 245 4 246 4.51e-36 127 GBL21590.1 GBL21590.1 100 131 0 0 1 131 1 131 4.39e-87 248 HAB9632401.1 HAB9632401.1 100 391 0 0 1 391 1 391 1.84e-290 783 WP_026002076.1 WP_026002076.1 100 514 0 0 1 514 1 514 0.0 1044 WP_198095175.1 WP_198095175.1 100 337 0 0 1 337 1 337 2.38e-236 642 WP_198095175.1 MBL1320270.1 45.9 318 168 2 21 337 8 322 3.32e-84 256 WP_198095175.1 TCJ90160.1 27.1 350 217 7 21 335 47 393 5.94e-20 88.2 AHH33963.1 AHH33963.1 100 292 0 0 1 292 1 292 3.46e-220 597 XP_043014885.1 XP_043014885.1 100 455 0 0 1 455 1 455 0.0 899 WP_069877432.1 WP_069877432.1 100 360 0 0 1 360 1 360 4.34e-271 732 WP_069877432.1 MCI1663915.1 38.7 341 192 6 12 344 10 341 2.07e-80 248 WP_069877432.1 MBI1797961.1 38.6 339 189 8 15 344 19 347 7.80e-75 233 UIR12670.1 UIR12670.1 100 7092 0 0 1 7092 1 7092 0.0 14102 UIR12670.1 UMF87224.1 99.3 7092 52 0 1 7092 1 7092 0.0 14090 UIR12670.1 QVD87869.1 99.4 7093 42 1 1 7092 1 7093 0.0 14074 UIR12670.1 WEU87158.1 99.4 7096 40 2 1 7092 1 7096 0.0 14070 UIR12670.1 UPA83906.1 99.0 7092 73 0 1 7092 1 7092 0.0 13993 UIR12670.1 UKN67998.1 98.1 7072 135 0 21 7092 1 7072 0.0 13805 UIR12670.1 UJT06733.1 96.1 7092 278 0 1 7092 1 7092 0.0 13485 UIR12670.1 ULA23837.2 100.0 4397 2 0 1 4397 1 4397 0.0 8640 UIR12670.1 UXH94526.1 99.9 4397 3 0 1 4397 1 4397 0.0 8635 UIR12670.1 UKU68032.1 99.6 4397 16 0 1 4397 1 4397 0.0 8607 TEB32912.1 TEB32912.1 100 164 0 0 1 164 1 164 2.96e-119 332 EDP2695460.1 EDP2695460.1 100 166 0 0 1 166 1 166 5.28e-114 318 XP_035216353.1 XP_035216353.1 100 152 0 0 1 152 1 152 6.39e-81 234 WP_137773782.1 WP_137773782.1 100 119 0 0 1 119 1 119 1.48e-86 245 XP_036437421.1 XP_036437421.1 100 1737 0 0 1 1737 1 1737 0.0 1148 XP_036437421.1 XP_023957144.1 37.1 237 136 7 1509 1735 914 1147 4.22e-41 164 XP_023028205.1 XP_023028205.1 100 434 0 0 1 434 1 434 1.96e-300 812 XP_023028205.1 EJG1264510.1 26.9 398 272 8 41 432 53 437 1.83e-18 85.5 XP_023028205.1 NXJ67438.1 25.3 430 291 12 22 434 51 467 1.84e-09 57.8 XP_023028205.1 KAE8355151.1 22.3 430 277 14 37 431 108 515 3.46e-09 57.0 XP_023028205.1 XP_049236752.1 19.4 396 291 10 55 431 87 473 1.74e-05 45.4 MAT93460.1 MAT93460.1 100 440 0 0 1 440 1 440 4.86e-304 822 XP_040253449.1 XP_040253449.1 100 243 0 0 1 243 1 243 7.13e-184 501 XP_040253449.1 POS85366.1 65.2 23 8 0 201 223 37 59 5.21e-04 39.3 NOZ55740.1 NOZ55740.1 100 428 0 0 1 428 1 428 3.67e-318 857 EBY6522830.1 EBY6522830.1 100 334 0 0 1 334 1 334 4.19e-249 674 EBY6522830.1 MBP2329018.1 28.1 121 81 3 209 324 193 312 3.80e-04 40.0 WP_148545383.1 WP_148545383.1 100 362 0 0 1 362 1 362 1.32e-257 698 OLB27154.1 OLB27154.1 100 521 0 0 1 521 1 521 0.0 1021 OLB27154.1 WP_147135386.1 36.8 478 259 5 38 515 34 468 1.89e-88 278 OLB27154.1 WP_026002460.1 22.3 430 249 13 37 450 8 368 5.48e-09 56.6 WP_265735210.1 WP_265735210.1 100 488 0 0 1 488 1 488 0.0 961 WP_265735210.1 WP_164724930.1 35.9 181 116 0 156 336 1 181 6.00e-34 125 XP_042465169.1 XP_042465169.1 100 571 0 0 1 571 1 571 0.0 1133 XP_042465169.1 CAD7419184.1 30.7 228 130 5 361 563 23 247 2.14e-21 94.4 GLW31455.1 GLW31455.1 100 67 0 0 1 67 1 67 3.56e-43 132 WP_185740810.1 WP_185740810.1 100 207 0 0 1 207 1 207 1.57e-151 417 MBP6728875.1 MBP6728875.1 100 198 0 0 1 198 1 198 1.57e-142 393 MBT1322465.1 MBT1322465.1 100 59 0 0 1 59 1 59 5.98e-34 108 MCD6064856.1 MCD6064856.1 100 403 0 0 1 403 1 403 3.01e-302 814 MBN1558293.1 MBN1558293.1 100 544 0 0 1 544 1 544 0.0 1062 ANI90891.1 ANI90891.1 100 54 0 0 1 54 1 54 7.10e-33 105 VFV20999.1 VFV20999.1 100 306 0 0 1 306 1 306 2.10e-228 619 VFV20999.1 XP_043971649.1 69.4 183 42 1 90 258 302 484 1.02e-92 285 TMO21331.1 TMO21331.1 100 63 0 0 1 63 1 63 2.69e-43 132 HIE16764.1 HIE16764.1 100 106 0 0 1 106 1 106 2.93e-71 206 HIE16764.1 WP_007337172.1 52.9 85 40 0 2 86 56 140 2.21e-23 87.4 HIE16764.1 KAJ7092692.1 34.5 84 55 0 1 84 142 225 1.92e-12 60.1 HIE16764.1 XP_044366249.1 39.0 82 50 0 3 84 513 594 4.81e-11 56.2 WP_202252188.1 WP_202252188.1 100 377 0 0 1 377 1 377 1.37e-278 752 WP_202252188.1 WP_099100504.1 36.7 349 220 1 1 348 1 349 1.94e-71 226 KAF1788175.1 KAF1788175.1 100 182 0 0 1 182 1 182 1.22e-129 359 WP_048611692.1 WP_048611692.1 100 380 0 0 1 380 1 380 7.59e-257 697 WP_144320971.1 WP_144320971.1 100 521 0 0 1 521 1 521 1.13e-318 866 WP_144320971.1 WP_259858510.1 45.4 295 141 9 234 519 158 441 9.46e-55 189 WP_144320971.1 WP_274755179.1 40.0 250 136 8 277 518 174 417 3.33e-36 137 WP_144320971.1 ADP83890.1 35.9 365 186 10 198 517 145 506 5.11e-35 136 WP_144320971.1 WP_257504872.1 34.8 379 186 15 194 518 155 526 2.75e-33 131 WP_144320971.1 WP_076194242.1 31.4 245 150 7 289 517 216 458 1.42e-19 89.7 WP_144320971.1 KDF42894.1 30.4 293 170 10 254 518 201 487 1.56e-17 83.6 WP_144320971.1 WP_129857883.1 31.5 286 160 11 234 501 125 392 6.03e-17 81.3 WP_144320971.1 WP_261802249.1 32.8 232 127 8 306 521 154 372 1.16e-12 67.8 WP_144320971.1 WP_149230790.1 32.8 137 84 3 390 521 410 543 3.96e-10 60.5 WP_049066482.1 WP_049066482.1 100 731 0 0 1 731 1 731 0.0 1338 WP_049066482.1 MBE3671043.1 34.3 718 442 10 8 717 17 712 1.69e-129 399 WP_049066482.1 WP_131096443.1 35.0 729 432 12 2 717 6 705 2.39e-127 394 PQK14494.1 PQK14494.1 100 565 0 0 1 565 1 565 0.0 1079 XP_009535872.1 XP_009535872.1 100 185 0 0 1 185 1 185 7.90e-132 365 MBR3005965.1 MBR3005965.1 100 356 0 0 1 356 1 356 1.22e-259 702 RZM24348.1 RZM24348.1 100 142 0 0 1 142 1 142 2.19e-99 280 RZM24348.1 MCG8687614.1 51.4 74 35 1 16 88 5 78 7.34e-19 75.5 XP_001840824.2 XP_001840824.2 100 299 0 0 1 299 1 299 8.57e-229 620 WP_096067320.1 WP_096067320.1 100 623 0 0 1 623 1 623 0.0 1315 WP_096067320.1 WP_282322778.1 99.4 623 4 0 1 623 1 623 0.0 1304 WP_096067320.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.99e-106 335 WP_096067320.1 MBL14507.1 27.3 626 363 20 30 614 11 585 1.31e-60 210 WP_007404414.1 WP_007404414.1 100 311 0 0 1 311 1 311 9.22e-205 560 WP_007404414.1 WP_143281017.1 56.3 144 63 0 4 147 13 156 5.40e-50 162 WP_007404414.1 RYP28707.1 33.3 129 83 3 19 146 8 134 1.18e-09 57.4 ECP3866152.1 ECP3866152.1 100 106 0 0 1 106 1 106 3.02e-82 233 MBG6814041.1 MBG6814041.1 100 369 0 0 1 369 1 369 2.48e-261 708 MBG6814041.1 MBV00212.1 54.5 358 163 0 9 366 3 360 2.74e-124 371 MBG6814041.1 EAH8201998.1 48.5 359 183 2 8 366 3 359 9.92e-111 329 MBG6814041.1 WP_021479352.1 47.3 370 187 3 4 366 2 370 3.20e-100 319 MBG6814041.1 WP_171549300.1 25.0 244 168 6 98 335 650 884 9.07e-08 52.4 WP_232745899.1 WP_232745899.1 100 376 0 0 1 376 1 376 6.45e-272 735 WP_175076961.1 WP_175076961.1 100 727 0 0 1 727 1 727 0.0 1428 WP_175076961.1 WP_113620603.1 39.4 657 360 13 1 637 1 639 7.60e-139 423 WP_175076961.1 WP_115946316.1 38.0 595 339 12 7 581 5 589 1.35e-114 358 WP_120115041.1 WP_120115041.1 100 475 0 0 1 475 1 475 0.0 920 WP_120115041.1 OFY34840.1 27.4 237 152 8 1 222 18 249 2.01e-15 76.6 WP_120115041.1 WP_262686037.1 28.4 211 138 5 65 271 44 245 9.29e-15 74.3 WP_120115041.1 KAF3069499.1 23.0 213 125 6 60 236 91 300 6.44e-07 50.1 WP_120115041.1 TVR86131.1 22.2 221 141 8 27 221 9 224 1.53e-06 48.5 UUZ63036.1 UUZ63036.1 100 454 0 0 1 454 1 454 1.36e-308 835 WP_268579666.1 WP_268579666.1 100 200 0 0 1 200 1 200 3.17e-143 395 KAF3628212.1 KAF3628212.1 100 143 0 0 1 143 1 143 7.60e-96 271 XP_024888572.1 XP_024888572.1 100 1393 0 0 1 1393 1 1393 0.0 2628 MBL8638832.1 MBL8638832.1 100 967 0 0 1 967 1 967 0.0 1900 MBL8638832.1 WP_015615815.1 37.2 852 487 17 46 887 2 815 1.29e-167 511 MBL8638832.1 WP_015919400.1 35.7 856 481 18 48 893 4 800 4.05e-148 457 MBL8638832.1 MCJ7548546.1 38.2 751 407 14 48 779 7 719 2.93e-139 432 MBL8638832.1 KAI5122644.1 27.1 862 541 26 58 867 373 1198 4.95e-65 237 MBL8638832.1 KZV11597.1 23.2 578 410 15 316 878 264 822 1.06e-30 128 MBS0261058.1 MBS0261058.1 100 87 0 0 1 87 1 87 5.65e-58 171 WP_213449477.1 WP_213449477.1 100 294 0 0 1 294 1 294 5.08e-214 582 WP_213449477.1 WP_149406163.1 49.0 310 139 4 1 294 1 307 5.25e-92 273 WP_245350945.1 WP_245350945.1 100 457 0 0 1 457 1 457 8.87e-311 840 WP_245350945.1 WP_049005162.1 33.5 418 260 9 21 429 3 411 4.66e-57 192 WP_245350945.1 WP_279293890.1 34.4 395 237 10 25 406 2 387 1.25e-49 173 WP_245350945.1 OKH85141.1 29.6 395 257 7 19 400 4 390 8.30e-41 149 WP_245350945.1 MBV8506574.1 28.9 357 238 6 86 434 1 349 1.86e-31 122 XP_037539096.1 XP_037539096.1 100 876 0 0 1 876 1 876 0.0 1733 WP_214893447.1 WP_214893447.1 100 180 0 0 1 180 1 180 3.51e-128 355 KAG7462864.1 KAG7462864.1 100 333 0 0 1 333 1 333 6.59e-186 514 HAT9095998.1 HAT9095998.1 100 33 0 0 1 33 1 33 3.35e-16 61.6 ORY76548.1 ORY76548.1 100 271 0 0 1 271 1 271 7.53e-138 387 HCB1767023.1 HCB1767023.1 100 198 0 0 1 198 1 198 1.38e-127 355 WP_118359022.1 WP_118359022.1 100 370 0 0 1 370 1 370 1.24e-204 565 TXK73489.1 TXK73489.1 100 897 0 0 1 897 1 897 0.0 1786 XP_030079323.1 XP_030079323.1 100 347 0 0 1 347 1 347 9.35e-264 712 TOE90752.1 TOE90752.1 100 29 0 0 1 29 1 29 6.06e-13 53.1 MCI8895019.1 MCI8895019.1 100 697 0 0 1 697 1 697 0.0 1366 MCI8895019.1 WP_226865765.1 24.1 357 226 12 254 590 16 347 3.24e-14 74.3 GHP52484.1 GHP52484.1 100 506 0 0 1 506 1 506 0.0 990 XP_034264344.1 XP_034264344.1 100 398 0 0 1 398 1 398 3.51e-303 816 XP_034264344.1 XP_003056335.1 31.6 335 161 8 66 336 132 462 1.88e-42 154 XP_034264344.1 HBX8004802.1 42.1 107 52 3 65 171 13 109 1.01e-16 79.0 XP_034264344.1 WP_209090305.1 28.3 166 88 8 66 229 10 146 1.35e-08 54.3 XP_034264344.1 MBA3614174.1 27.5 131 81 4 61 188 498 617 2.03e-05 45.1 WP_002449605.1 WP_002449605.1 100 65 0 0 1 65 1 65 8.28e-39 120 KAE9445077.1 KAE9445077.1 100 161 0 0 1 161 1 161 7.16e-96 272 MBE0577924.1 MBE0577924.1 100 143 0 0 1 143 1 143 6.03e-102 286 MBE0577924.1 WP_035847413.1 34.9 86 53 1 14 99 8 90 1.20e-09 53.1 MBE0577924.1 WP_235074910.1 27.9 61 44 0 16 76 8 68 1.60e-04 38.5 EIT2901672.1 EIT2901672.1 100 188 0 0 1 188 1 188 1.66e-139 385 WP_128272295.1 WP_128272295.1 100 180 0 0 1 180 1 180 8.26e-127 352 XP_044485440.1 XP_044485440.1 100 702 0 0 1 702 1 702 0.0 1381 XP_044485440.1 XP_047978269.1 35.9 710 351 19 11 694 17 648 7.83e-112 350 WP_268123036.1 WP_268123036.1 100 428 0 0 1 428 1 428 2.65e-295 799 WP_118205888.1 WP_118205888.1 100 403 0 0 1 403 1 403 1.53e-295 797 WP_052232835.1 WP_052232835.1 100 699 0 0 1 699 1 699 0.0 1381 OGY30120.1 OGY30120.1 100 85 0 0 1 85 1 85 3.32e-56 166 AGO18338.1 AGO18338.1 100 206 0 0 1 206 1 206 1.11e-155 427 AGO18338.1 RZC11235.1 26.5 204 135 7 2 192 34 235 4.07e-14 67.4 MBQ2017527.1 MBQ2017527.1 100 249 0 0 1 249 1 249 3.92e-175 480 MBQ2017527.1 WP_255187010.1 42.1 228 123 4 28 249 34 258 1.21e-51 176 MBQ2017527.1 WP_195397250.1 40.0 240 116 7 28 249 41 270 1.60e-41 148 MBQ2017527.1 WP_161258623.1 42.2 109 62 1 141 248 301 409 4.36e-19 84.3 MBQ2017527.1 RCI04718.1 39.7 116 69 1 131 245 249 364 1.07e-18 82.4 WP_282985289.1 WP_282985289.1 100 995 0 0 1 995 1 995 0.0 1803 WP_282985289.1 WP_277264109.1 30.6 821 463 20 148 951 234 964 1.55e-79 278 WP_282985289.1 EFG7698437.1 46.7 244 113 4 694 923 1 241 1.91e-48 173 WP_017123457.1 WP_017123457.1 100 372 0 0 1 372 1 372 1.09e-261 709 WP_017123457.1 MCU0490050.1 46.4 235 123 1 9 240 4 238 8.75e-60 191 WP_017123457.1 NJS16994.1 42.7 157 90 0 216 372 1 157 9.86e-33 118 WP_112473496.1 WP_112473496.1 100 195 0 0 1 195 1 195 4.73e-147 404 WP_112473496.1 KAF4336989.1 36.6 224 91 7 4 182 6 223 1.62e-36 125 MBF0865514.1 MBF0865514.1 100 346 0 0 1 346 1 346 3.48e-254 688 MBF0865514.1 WP_057452934.1 59.3 332 134 1 11 342 9 339 1.53e-140 400 MBF0865514.1 WP_083296738.1 58.6 307 127 0 15 321 24 330 2.39e-127 367 MBF0865514.1 WP_040532466.1 53.7 311 143 1 11 320 4 314 1.27e-119 348 MBF0865514.1 WP_277324932.1 36.8 307 184 6 16 317 18 319 2.15e-54 181 KAF0905729.1 KAF0905729.1 100 1697 0 0 1 1697 1 1697 0.0 3456 KAF0905729.1 XP_016849932.1 34.0 103 62 1 1565 1667 594 690 1.95e-14 77.0 KAF0905729.1 XP_014802175.1 35.3 116 56 5 1567 1672 114 220 4.25e-09 58.2 WP_270677687.1 WP_270677687.1 100 70 0 0 1 70 1 70 5.93e-50 149 WP_031822363.1 WP_031822363.1 100 379 0 0 1 379 1 379 3.93e-279 754 WP_031822363.1 WP_077583480.1 63.5 381 136 3 1 379 68 447 3.76e-170 481 WP_037451816.1 WP_037451816.1 100 282 0 0 1 282 1 282 3.42e-206 561 XP_013231239.1 XP_013231239.1 100 116 0 0 1 116 1 116 2.64e-20 77.8 KAB0382747.1 KAB0382747.1 100 248 0 0 1 248 1 248 7.54e-164 493 KAB0382747.1 XP_044902674.1 54.5 44 20 0 6 49 10 53 8.38e-07 50.8 KAB0382747.1 XP_017706045.1 54.0 50 22 1 10 58 38 87 5.83e-06 48.1 CAP00477.1 CAP00477.1 100 382 0 0 1 382 1 382 2.87e-278 752 CAP00477.1 MBP6505074.1 35.9 393 227 4 4 375 2 390 3.53e-79 247 CAP00477.1 MBQ3498542.1 27.0 389 246 11 19 375 23 405 8.61e-31 120 WP_254972748.1 WP_254972748.1 100 959 0 0 1 959 1 959 0.0 1899 WP_254972748.1 WP_232306300.1 22.0 377 252 7 445 780 491 866 4.20e-15 78.6 WP_254972748.1 WP_074911472.1 23.3 421 261 21 398 783 421 813 9.58e-11 64.3 WP_250182896.1 WP_250182896.1 100 146 0 0 1 146 1 146 2.34e-96 272 WP_223413240.1 WP_223413240.1 100 345 0 0 1 345 1 345 3.12e-261 706 WP_223413240.1 WP_266179881.1 84.1 345 55 0 1 345 1 345 1.32e-221 605 WP_223413240.1 WP_138125503.1 42.9 338 184 6 3 335 2 335 8.63e-86 261 WP_223413240.1 WP_069697901.1 42.6 340 183 6 3 335 2 336 1.15e-85 260 WP_223413240.1 EFX2174330.1 42.2 258 145 2 55 309 54 310 1.95e-57 187 WP_223413240.1 MCP4974199.1 27.4 212 137 7 6 207 12 216 2.64e-11 62.4 MCK9338853.1 MCK9338853.1 100 695 0 0 1 695 1 695 0.0 1403 SEP73001.1 SEP73001.1 100 33 0 0 1 33 1 33 7.23e-20 70.9 EFA5132122.1 EFA5132122.1 100 243 0 0 1 243 1 243 1.81e-177 485 EFA5132122.1 WP_198255508.1 32.2 121 79 2 2 121 94 212 4.42e-08 51.2 PIR55147.1 PIR55147.1 100 719 0 0 1 719 1 719 0.0 1339 PIR55147.1 EHR73697.1 37.9 116 54 4 557 657 447 559 1.14e-08 56.6 PIR55147.1 WP_098191572.1 37.7 77 44 2 361 437 771 843 4.23e-06 48.5 MCB0558738.1 MCB0558738.1 100 242 0 0 1 242 1 242 1.32e-174 478 MCB0558738.1 GDX50632.1 49.2 240 120 2 4 242 21 259 1.87e-72 220 MCB0558738.1 WP_120851940.1 31.2 221 139 5 14 223 8 226 1.37e-27 104 WP_246612751.1 WP_246612751.1 100 1104 0 0 1 1104 1 1104 0.0 2128 WP_246612751.1 WP_153219677.1 34.3 143 64 5 391 512 241 378 1.58e-06 50.8 XP_026320625.1 XP_026320625.1 100 214 0 0 1 214 1 214 1.13e-143 397 XP_026320625.1 KAJ8763828.1 44.4 160 89 0 8 167 12 171 2.49e-46 150 XP_026320625.1 XP_018089046.1 31.3 147 92 4 10 150 30 173 4.09e-14 67.0 PWM57416.1 PWM57416.1 100 164 0 0 1 164 1 164 1.64e-107 302 MBU5353226.1 MBU5353226.1 100 311 0 0 1 311 1 311 2.35e-223 607 MBU5353226.1 RUU66461.1 51.1 262 122 3 7 265 82 340 1.43e-81 250 MBU5353226.1 WP_227059655.1 49.0 263 133 1 4 265 317 579 7.43e-79 250 MBU5353226.1 WP_098952357.1 46.8 263 138 2 2 262 1 263 3.01e-78 239 MBU5353226.1 WP_192324556.1 47.2 271 136 2 4 270 318 585 6.28e-76 242 MBU5353226.1 WP_226904802.1 44.6 258 142 1 4 260 22 279 1.58e-72 226 MBU5353226.1 MBQ3864274.1 47.1 263 134 3 4 265 12 270 9.64e-72 223 MBU5353226.1 GLY24463.1 41.6 269 142 4 1 261 1 262 7.69e-62 197 MBU5353226.1 WP_066083732.1 40.7 268 139 6 4 260 6 264 2.74e-58 189 MBU5353226.1 WP_107894076.1 37.9 269 146 6 4 261 5 263 9.36e-57 184 PLA74748.1 PLA74748.1 100 592 0 0 1 592 1 592 0.0 1172 PLA74748.1 HCF6759084.1 62.7 590 214 5 1 588 1 586 1.63e-269 747 PLA74748.1 MBN8536342.1 47.0 594 294 11 3 586 19 601 7.84e-176 510 WP_208910104.1 WP_208910104.1 100 422 0 0 1 422 1 422 4.08e-280 760 XP_021874514.1 XP_021874514.1 100 337 0 0 1 337 1 337 1.16e-252 683 KAJ1619151.1 KAJ1619151.1 100 75 0 0 1 75 1 75 1.51e-52 156 MCB9544502.1 MCB9544502.1 100 98 0 0 1 98 1 98 1.03e-65 191 MCB9544502.1 WP_271820285.1 53.3 92 39 2 10 98 279 369 2.98e-23 89.7 KDF42894.1 KDF42894.1 100 488 0 0 1 488 1 488 0.0 936 KDF42894.1 WP_076194242.1 27.1 409 268 9 84 488 76 458 7.59e-33 128 KDF42894.1 WP_144320971.1 30.4 293 170 10 201 487 254 518 8.34e-19 87.4 KDF42894.1 WP_074911472.1 25.0 220 163 2 269 487 800 1018 1.54e-17 84.3 KDF42894.1 SCH39951.1 22.3 256 185 7 233 483 231 477 1.14e-12 68.2 KDF42894.1 WP_283842967.1 21.6 365 246 8 141 487 246 588 5.55e-12 66.2 KDF42894.1 GDX36288.1 24.8 262 161 10 236 488 175 409 3.67e-11 63.2 KDF42894.1 MBR6403893.1 22.6 340 229 10 147 481 102 412 4.42e-08 53.5 KDF42894.1 WP_088644037.1 25.0 288 177 7 210 479 152 418 5.97e-07 50.1 KDF42894.1 MBP9767803.1 25.9 143 103 3 266 408 214 353 6.78e-06 46.6 WP_125188824.1 WP_125188824.1 100 130 0 0 1 130 1 130 6.49e-102 285 WP_125188824.1 WP_189693187.1 63.5 104 38 0 1 104 1 104 5.15e-49 150 MCL5028570.1 MCL5028570.1 100 384 0 0 1 384 1 384 7.91e-277 748 MCL5028570.1 WP_211114623.1 30.3 122 83 1 59 178 674 795 1.36e-09 58.2 MCL5028570.1 KRL72956.1 24.7 89 67 0 221 309 13 101 1.61e-06 48.1 MBE6835980.1 MBE6835980.1 100 408 0 0 1 408 1 408 3.13e-302 815 MBE6835980.1 WP_248087248.1 29.3 420 248 14 7 396 15 415 1.16e-38 142 QQS09360.1 QQS09360.1 100 595 0 0 1 595 1 595 0.0 1192 QQS09360.1 WP_009714971.1 46.9 563 269 6 28 590 29 561 3.21e-171 496 QQS09360.1 WP_195001047.1 39.2 533 279 6 63 589 90 583 9.63e-119 368 WP_180196654.1 WP_180196654.1 100 561 0 0 1 561 1 561 0.0 1135 WP_180196654.1 MCP5260845.1 53.3 563 250 6 7 557 3 564 1.16e-201 573 WP_180196654.1 WP_100610557.1 29.1 554 367 8 4 541 15 558 1.83e-72 240 WP_180196654.1 GLO13544.1 28.5 548 345 15 9 538 12 530 7.21e-50 179 WP_180196654.1 WP_060004157.1 27.2 580 359 18 14 553 8 564 3.47e-43 161 WP_162782234.1 WP_162782234.1 100 700 0 0 1 700 1 700 0.0 1361 WP_162782234.1 WP_161258623.1 37.0 127 73 3 497 616 342 468 1.90e-15 78.2 WP_162782234.1 QID82546.1 28.7 115 68 3 462 563 318 431 5.41e-04 41.6 OWK14769.1 OWK14769.1 100 937 0 0 1 937 1 937 0.0 1821 AWS34156.1 AWS34156.1 100 219 0 0 1 219 1 219 2.03e-153 422 AWS34156.1 AVM35379.1 86.9 214 28 0 6 219 1 214 7.82e-134 373 AWS34156.1 ADW49125.1 84.8 211 32 0 9 219 1 211 7.18e-127 355 AWS34156.1 QUA05739.1 84.4 212 33 0 1 212 1 212 2.89e-124 348 AWS34156.1 AFA09475.1 85.4 205 30 0 15 219 1 205 6.48e-124 347 AWS34156.1 AFA24308.1 83.4 211 35 0 9 219 2 212 8.29e-124 347 AWS34156.1 ABQ63546.1 78.0 218 48 0 2 219 1 218 1.97e-121 342 AWS34156.1 QUQ06080.1 76.3 219 52 0 1 219 1 219 4.12e-121 341 AWS34156.1 ADJ35581.1 74.9 219 55 0 1 219 2 220 6.06e-121 340 AWS34156.1 AHK62764.1 74.9 215 54 0 5 219 1 215 4.68e-116 328 WP_013572974.1 WP_013572974.1 100 600 0 0 1 600 1 600 0.0 1117 WP_074791539.1 WP_074791539.1 100 270 0 0 1 270 1 270 1.54e-187 513 MCQ2059483.1 MCQ2059483.1 100 143 0 0 1 143 1 143 2.87e-100 282 MCQ2059483.1 KFO63955.1 45.6 68 37 0 75 142 3 70 2.91e-17 69.7 WP_063302373.1 WP_063302373.1 100 288 0 0 1 288 1 288 4.47e-205 559 WP_063302373.1 XP_028635853.1 58.8 272 109 3 2 273 6 274 7.24e-98 295 WP_063302373.1 WP_183882442.1 27.4 241 158 5 1 234 1 231 2.41e-18 80.5 WP_063302373.1 MBG6287041.1 28.6 189 125 4 4 192 14 192 2.98e-14 69.3 WP_063302373.1 MXY99086.1 28.6 192 99 3 17 194 1 168 3.07e-13 66.2 WP_063302373.1 WP_042650033.1 25.9 193 135 2 2 194 3 187 3.45e-11 60.5 MBA3725210.1 MBA3725210.1 100 130 0 0 1 130 1 130 1.32e-92 261 OGH18708.1 OGH18708.1 100 183 0 0 1 183 1 183 1.67e-132 367 KAI9022896.1 KAI9022896.1 100 104 0 0 1 104 1 104 2.85e-68 198 MBO0657491.1 MBO0657491.1 100 86 0 0 1 86 1 86 2.04e-64 187 XP_004647050.1 XP_004647050.1 100 364 0 0 1 364 1 364 8.91e-257 696 MCI93591.1 MCI93591.1 100 65 0 0 1 65 1 65 5.34e-44 134 XP_049153370.1 XP_049153370.1 100 388 0 0 1 388 1 388 1.02e-265 721 XP_049153370.1 WP_142037733.1 32.7 398 246 8 1 381 13 405 2.13e-43 154 XP_049153370.1 WP_153219677.1 39.1 64 39 0 308 371 545 608 6.42e-05 43.5 HBL3458524.1 HBL3458524.1 100 568 0 0 1 568 1 568 0.0 1075 HBL3458524.1 GAF66133.1 42.1 575 317 7 1 565 1 569 1.56e-149 440 NLR72952.1 NLR72952.1 100 232 0 0 1 232 1 232 7.07e-165 452 NLR72952.1 WP_167196601.1 44.5 220 118 3 12 228 3 221 8.69e-47 153 NLR72952.1 MBE6142085.1 30.7 202 133 3 30 224 17 218 1.33e-16 74.3 NLR72952.1 CDN40573.1 28.9 121 80 2 33 149 267 385 4.52e-12 63.2 RLB75920.1 RLB75920.1 100 82 0 0 1 82 1 82 3.94e-58 171 MCH8293010.1 MCH8293010.1 100 331 0 0 1 331 1 331 2.41e-242 657 MCH8293010.1 MCI0877007.1 25.6 340 214 10 2 321 1 321 2.21e-23 97.1 MCH8293010.1 WP_276369440.1 29.9 241 149 10 8 236 49 281 4.49e-18 82.4 MCH8293010.1 MBI1189702.1 29.1 179 116 3 60 229 68 244 1.33e-10 60.1 MCH8293010.1 MCP4974199.1 27.5 149 102 3 62 204 68 216 5.80e-10 58.2 MCH8293010.1 CDD38815.1 32.0 100 65 1 46 145 181 277 9.22e-09 54.7 MCH8293010.1 EFX2174330.1 26.5 147 108 0 61 207 64 210 3.83e-08 52.4 MCH8293010.1 MCK9252526.1 24.8 238 152 10 34 249 53 285 8.29e-08 51.6 MCH8293010.1 CDE36962.1 31.6 95 56 3 7 94 10 102 8.04e-07 48.5 TFV53637.1 TFV53637.1 100 68 0 0 1 68 1 68 4.47e-42 129 KAI9597310.1 KAI9597310.1 100 120 0 0 1 120 1 120 6.76e-79 226 MCF8709434.1 MCF8709434.1 100 271 0 0 1 271 1 271 1.80e-191 523 MCF8709434.1 MBJ7292067.1 43.5 260 139 5 15 269 8 264 1.96e-53 172 MCF8709434.1 MBM7125960.1 36.5 197 122 2 18 211 5 201 2.82e-33 120 MCF8709434.1 WP_092857087.1 35.1 208 125 3 24 229 27 226 1.60e-27 105 MCF8709434.1 MBU1183407.1 30.7 212 145 2 24 235 13 222 1.42e-22 92.0 MCF8709434.1 WP_096443068.1 33.0 227 124 8 26 227 33 256 1.53e-19 84.7 QGP90243.1 QGP90243.1 100 494 0 0 1 494 1 494 0.0 933 MBE42757.1 MBE42757.1 100 381 0 0 1 381 1 381 7.82e-271 733 QXR94354.1 QXR94354.1 100 4402 0 0 1 4402 1 4402 0.0 8654 QXR94354.1 QVD87869.1 99.9 4398 3 0 1 4398 1 4398 0.0 8640 QXR94354.1 QTM79632.1 99.7 4402 13 0 1 4402 1 4402 0.0 8633 QXR94354.1 QTZ27226.1 99.7 4402 15 0 1 4402 1 4402 0.0 8628 QXR94354.1 QWC83326.1 99.8 4401 7 1 1 4398 1 4401 0.0 8627 QXR94354.1 UPP41269.1 99.7 4402 15 0 1 4402 1 4402 0.0 8623 QXR94354.1 USR14792.1 99.6 4402 16 0 1 4402 1 4402 0.0 8620 QXR94354.1 UZO53924.1 99.7 4398 13 0 1 4398 1 4398 0.0 8619 QXR94354.1 UVB16817.1 99.7 4398 13 0 1 4398 1 4398 0.0 8617 QXR94354.1 URQ55824.1 99.7 4398 14 0 1 4398 1 4398 0.0 8616 EFG8800866.1 EFG8800866.1 100 68 0 0 1 68 1 68 1.61e-44 135 WP_233987432.1 WP_233987432.1 100 387 0 0 1 387 1 387 1.50e-287 776 KAJ3193491.1 KAJ3193491.1 100 421 0 0 1 421 1 421 2.04e-300 811 KAJ3193491.1 WP_142260807.1 22.9 249 123 3 94 342 58 237 3.64e-13 67.4 WP_259770126.1 WP_259770126.1 100 647 0 0 1 647 1 647 0.0 1181 WP_259770126.1 MBO6078463.1 29.5 620 385 18 15 597 22 626 6.32e-56 199 XP_049406314.1 XP_049406314.1 100 228 0 0 1 228 1 228 2.37e-161 443 XP_049406314.1 XP_020272228.1 48.5 97 48 2 133 228 244 339 3.11e-19 83.2 WP_200478262.1 WP_200478262.1 100 323 0 0 1 323 1 323 3.29e-204 560 WP_200478262.1 HBS1873186.1 46.1 141 69 3 42 175 95 235 1.54e-28 110 WP_200478262.1 OZZ34426.1 39.3 117 62 4 42 149 98 214 8.70e-14 67.8 WP_112308968.1 WP_112308968.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_051963813.1 WP_051963813.1 100 117 0 0 1 117 1 117 1.68e-82 235 WP_051963813.1 WP_058935081.1 37.8 82 51 0 22 103 39 120 7.58e-16 67.0 GIR09622.1 GIR09622.1 100 463 0 0 1 463 1 463 2.73e-308 835 GIR09622.1 NCV89943.1 41.6 466 236 7 7 459 11 453 1.44e-105 320 GIR09622.1 WP_007853416.1 39.9 459 241 5 18 459 16 456 6.44e-97 299 GIR09622.1 WP_113669955.1 24.3 445 296 8 17 460 10 414 2.47e-29 117 WP_216207121.1 WP_216207121.1 100 138 0 0 1 138 1 138 4.14e-102 286 GBD99233.1 GBD99233.1 100 284 0 0 1 284 1 284 2.97e-192 526 GBD99233.1 WP_108210605.1 36.3 256 152 3 27 271 298 553 5.14e-42 150 GBD99233.1 MBK7529683.1 28.0 239 159 5 39 270 96 328 6.01e-29 111 MBA3038663.1 MBA3038663.1 100 129 0 0 1 129 1 129 1.00e-82 236 WP_280949002.1 WP_280949002.1 100 647 0 0 1 647 1 647 0.0 1240 WP_280949002.1 MBQ1196899.1 40.2 321 178 6 11 325 2 314 3.20e-61 213 WP_280949002.1 MCH8904788.1 42.0 286 158 3 15 296 8 289 3.62e-60 209 WP_280949002.1 MCF1439711.1 39.6 91 51 1 10 100 2 88 4.51e-15 69.3 XP_010267139.1 XP_010267139.1 100 406 0 0 1 406 1 406 6.37e-285 771 XP_020321477.1 XP_020321477.1 100 791 0 0 1 791 1 791 0.0 1515 XP_020321477.1 XP_046441060.1 50.1 884 234 18 46 791 54 868 2.42e-227 658 XP_020321477.1 PKU40490.1 53.2 188 86 2 51 236 14 201 2.12e-58 196 XP_020321477.1 XP_030620685.1 33.9 295 182 6 20 304 62 353 1.19e-44 164 XP_020321477.1 KAG1590416.1 34.4 262 162 5 42 296 64 322 9.60e-44 161 XP_020321477.1 XP_048216280.1 32.3 279 171 7 53 315 20 296 3.01e-40 152 XP_020321477.1 XP_029528577.1 35.4 237 149 3 52 285 29 264 3.38e-37 141 XP_020321477.1 KAJ7903702.1 27.1 262 185 3 36 292 6 266 1.66e-28 117 XP_020321477.1 EYU24504.1 26.0 289 164 4 37 292 173 444 3.22e-25 109 XP_020321477.1 GIW70618.1 25.4 240 168 3 29 258 25 263 3.06e-18 88.2 MBO4748034.1 MBO4748034.1 100 401 0 0 1 401 1 401 1.13e-280 759 MCB1383119.1 MCB1383119.1 100 184 0 0 1 184 1 184 2.98e-131 363 MCB1703688.1 MCB1703688.1 100 144 0 0 1 144 1 144 2.45e-106 297 MCB1703688.1 ODU51779.1 39.6 96 55 1 36 131 9 101 6.45e-18 76.3 MCB1703688.1 MCB0773217.1 66.7 18 6 0 60 77 68 85 8.50e-04 36.2 WP_039286629.1 WP_039286629.1 100 81 0 0 1 81 1 81 3.85e-51 153 CAF1139697.1 CAF1139697.1 100 144 0 0 1 144 1 144 6.00e-98 276 CEG83499.1 CEG83499.1 100 230 0 0 1 230 1 230 5.41e-168 460 CEG83499.1 KAH7111090.1 23.8 210 154 3 16 222 22 228 1.36e-20 87.8 WP_106361175.1 WP_106361175.1 100 130 0 0 1 130 1 130 1.22e-97 274 WP_083141943.1 WP_083141943.1 100 387 0 0 1 387 1 387 1.33e-281 761 WP_083141943.1 MCP1651746.1 40.9 403 212 8 5 387 8 404 1.17e-74 236 WP_083141943.1 WP_074825075.1 37.5 408 218 7 1 387 1 392 2.71e-69 221 WP_083141943.1 WP_004619799.1 37.4 401 225 6 6 387 7 400 7.31e-68 218 WP_083141943.1 GAN03156.1 37.8 386 232 7 5 386 30 411 1.41e-63 207 WP_083141943.1 MBA2536487.1 34.8 397 232 5 1 385 1 382 5.59e-62 202 WP_083141943.1 EDH4057100.1 36.5 395 235 7 1 387 1 387 3.41e-61 200 WP_083141943.1 WP_078429679.1 34.1 399 241 7 1 385 1 391 1.89e-57 191 WP_083141943.1 WP_277084622.1 38.9 319 172 7 85 386 1 313 8.04e-52 174 WP_083141943.1 XP_040685867.1 34.5 383 229 7 5 375 36 408 5.95e-48 166 WP_269672356.1 WP_269672356.1 100 934 0 0 1 934 1 934 0.0 1865 RKZ09955.1 RKZ09955.1 100 137 0 0 1 137 1 137 2.13e-90 256 NFD84694.1 NFD84694.1 100 766 0 0 1 766 1 766 0.0 1400 NFD84694.1 MBQ8297564.1 36.6 530 331 3 230 758 44 569 4.70e-98 313 NFD84694.1 MBQ4454347.1 32.5 477 305 4 277 745 95 562 5.23e-68 233 NFD84694.1 WP_195238978.1 34.9 415 247 6 360 759 315 721 7.42e-61 217 NFD84694.1 WP_195368055.1 29.1 488 331 3 271 751 88 567 1.06e-59 210 NFD84694.1 WP_060613079.1 27.8 486 347 2 277 761 100 582 7.13e-57 202 NFD84694.1 WP_011512097.1 35.2 324 201 6 439 758 262 580 1.38e-49 182 NFD84694.1 KAI9191373.1 36.3 259 144 2 488 745 361 599 3.32e-38 151 NFD84694.1 WP_222599035.1 28.2 358 248 2 394 747 338 690 6.90e-38 149 NFD84694.1 WP_041481207.1 27.8 241 171 2 491 730 306 544 4.42e-27 114 WP_022677205.1 WP_022677205.1 100 149 0 0 1 149 1 149 1.11e-100 283 ARD43281.1 ARD43281.1 100 422 0 0 1 422 1 422 6.32e-300 810 WP_133340757.1 WP_133340757.1 100 332 0 0 1 332 1 332 3.17e-243 659 WP_133340757.1 WP_046600280.1 32.7 306 187 4 10 307 4 298 3.31e-39 139 WP_133340757.1 WP_064711955.1 29.9 298 203 3 10 304 4 298 1.74e-34 126 WP_133340757.1 WP_243977667.1 25.4 295 197 6 12 297 7 287 1.35e-17 80.1 XP_047599047.1 XP_047599047.1 100 1268 0 0 1 1268 1 1268 0.0 1952 WP_008346835.1 WP_008346835.1 100 256 0 0 1 256 1 256 3.78e-181 496 OGS12612.1 OGS12612.1 100 90 0 0 1 90 1 90 2.84e-66 192 WP_063540919.1 WP_063540919.1 100 856 0 0 1 856 1 856 0.0 1690 WP_063540919.1 WP_261733022.1 29.4 378 230 11 489 837 253 622 4.22e-35 141 WP_063540919.1 WP_200037957.1 29.3 362 240 7 493 841 1018 1376 1.36e-34 141 WP_063540919.1 WP_074911472.1 23.0 387 270 7 472 833 775 1158 2.65e-27 117 WP_063540919.1 PSQ73325.1 29.1 234 162 2 487 716 607 840 3.81e-23 103 WP_063540919.1 MBO8233644.1 29.9 211 141 3 491 699 155 360 4.94e-23 100 WP_063540919.1 MBE9467362.1 23.9 259 178 2 478 717 568 826 1.42e-19 92.4 WP_063540919.1 WP_259858510.1 31.0 226 138 6 476 699 215 424 1.37e-17 84.7 WP_063540919.1 WP_245704803.1 26.8 235 137 5 490 716 7 214 4.79e-16 77.0 WP_063540919.1 WP_007708736.1 29.5 129 74 4 730 848 1 122 9.08e-06 46.2 WP_063637985.1 WP_063637985.1 100 269 0 0 1 269 1 269 1.68e-195 533 ENH52105.1 ENH52105.1 100 50 0 0 1 50 1 50 3.82e-33 105 HBX1528262.1 HBX1528262.1 100 65 0 0 1 65 1 65 1.00e-39 123 HBX1528262.1 WP_063441918.1 52.0 50 22 1 3 52 4 51 7.88e-10 50.8 OLP01091.1 OLP01091.1 100 310 0 0 1 310 1 310 2.22e-241 652 MBL7855430.1 MBL7855430.1 100 169 0 0 1 169 1 169 3.57e-127 352 MBR0046728.1 MBR0046728.1 100 535 0 0 1 535 1 535 0.0 1108 WP_150461480.1 WP_150461480.1 100 285 0 0 1 285 1 285 8.06e-186 510 WP_150461480.1 MCI7704736.1 41.2 250 145 2 29 276 34 283 3.64e-49 163 WP_150461480.1 EGY4555186.1 36.4 258 156 2 27 276 34 291 7.51e-38 134 WP_150461480.1 WP_054146239.1 35.5 282 166 10 19 285 30 310 1.38e-24 99.4 MBQ8989682.1 MBQ8989682.1 100 242 0 0 1 242 1 242 8.93e-173 473 ACV16867.1 ACV16867.1 100 301 0 0 1 301 1 301 1.66e-227 617 ACV16867.1 AFJ09957.1 95.7 301 13 0 1 301 100 400 6.15e-218 597 ACV16867.1 ACY29573.1 93.0 301 21 0 1 301 100 400 5.05e-213 585 ACV16867.1 QWY38042.1 91.7 301 25 0 1 301 100 400 9.55e-212 581 ACV16867.1 AFV39595.1 92.7 301 22 0 1 301 153 453 5.35e-204 583 ACV16867.1 ACH90072.1 95.3 253 12 0 1 253 128 380 9.64e-184 509 ACV16867.1 BAO23243.1 96.3 244 9 0 1 244 100 343 3.13e-178 494 ACV16867.1 BAO11608.1 95.0 240 12 0 1 240 100 339 6.06e-175 485 ACV16867.1 AOW36968.1 89.2 250 27 0 1 250 84 333 8.93e-171 474 ACV16867.1 AVA00513.1 92.1 240 19 0 1 240 100 339 2.12e-168 469 WP_134106059.1 WP_134106059.1 100 136 0 0 1 136 1 136 1.06e-103 290 WP_134106059.1 WP_108494191.1 65.2 138 46 2 1 136 1 138 5.76e-63 187 XP_014802175.1 XP_014802175.1 100 296 0 0 1 296 1 296 1.13e-227 617 XP_014802175.1 KAF0905729.1 35.3 116 56 5 114 220 1567 1672 9.90e-10 57.8 WP_006685582.1 WP_006685582.1 100 412 0 0 1 412 1 412 1.09e-279 758 WP_006685582.1 WP_154097642.1 23.3 344 219 11 55 376 52 372 2.39e-06 47.8 WP_217452155.1 WP_217452155.1 100 155 0 0 1 155 1 155 4.12e-108 303 WP_217452155.1 EDN57974.1 43.5 115 64 1 2 115 518 632 1.45e-22 91.3 WP_217452155.1 KFX48203.1 43.6 110 58 2 2 107 808 917 6.40e-17 75.1 WP_217452155.1 TAL20232.1 32.2 152 92 4 2 143 350 500 7.98e-17 74.7 WP_217452155.1 MCH5250214.1 37.3 110 68 1 1 109 306 415 9.95e-16 71.6 WP_217452155.1 WP_076194242.1 39.4 109 60 3 2 109 355 458 3.58e-14 67.0 WP_217452155.1 WP_007356512.1 32.0 175 87 4 2 147 863 1034 4.15e-14 67.0 WP_217452155.1 WP_074911472.1 29.3 164 96 6 2 150 914 1072 3.63e-11 58.5 NLU55538.1 NLU55538.1 100 176 0 0 1 176 1 176 5.43e-130 360 UZF38514.1 UZF38514.1 100 206 0 0 1 206 1 206 2.90e-142 393 UZF38514.1 AVM35379.1 73.8 206 54 0 1 206 9 214 4.47e-109 310 UZF38514.1 ADW49125.1 72.3 206 57 0 1 206 6 211 9.01e-106 301 UZF38514.1 AWS34156.1 72.8 206 56 0 1 206 14 219 1.68e-105 301 UZF38514.1 AFA24308.1 70.9 206 60 0 1 206 7 212 1.26e-103 296 UZF38514.1 AFA09475.1 72.1 204 57 0 3 206 2 205 1.41e-103 295 UZF38514.1 ADJ35581.1 69.4 206 63 0 1 206 15 220 3.35e-103 295 UZF38514.1 QUA05739.1 72.4 199 55 0 1 199 14 212 1.14e-99 286 UZF38514.1 QUQ06080.1 68.0 206 66 0 1 206 14 219 2.06e-99 285 UZF38514.1 ABQ63546.1 68.0 206 66 0 1 206 13 218 6.61e-98 281 TVU87390.1 TVU87390.1 100 230 0 0 1 230 1 230 6.51e-160 440 TVU87390.1 WP_227405228.1 88.3 230 27 0 1 230 1 230 2.29e-144 400 XP_018994437.1 XP_018994437.1 100 619 0 0 1 619 1 619 0.0 918 MBI2114665.1 MBI2114665.1 100 316 0 0 1 316 1 316 3.36e-230 625 PAZ00503.1 PAZ00503.1 100 98 0 0 1 98 1 98 6.17e-67 194 SIR93298.1 SIR93298.1 100 256 0 0 1 256 1 256 6.13e-196 533 WP_200986363.1 WP_200986363.1 100 316 0 0 1 316 1 316 1.92e-220 600 WP_200986363.1 WP_235060562.1 24.7 275 204 2 6 279 7 279 3.84e-20 87.0 WP_200986363.1 WP_248721304.1 23.0 278 211 2 1 278 1 275 7.93e-17 77.8 WP_200986363.1 WP_077690175.1 24.8 242 179 2 1 239 1 242 1.46e-13 68.6 WP_200986363.1 WP_044453403.1 25.5 161 115 2 1 157 1 160 1.89e-08 53.1 WP_247623347.1 WP_247623347.1 100 84 0 0 1 84 1 84 1.08e-47 144 TDJ69718.1 TDJ69718.1 100 436 0 0 1 436 1 436 0.0 896 TDJ69718.1 MCK5302212.1 30.0 437 279 12 4 422 5 432 6.99e-49 171 TDJ69718.1 HBC43327.1 56.0 134 52 2 1 127 1 134 9.71e-40 137 TDJ69718.1 XP_016452348.1 25.1 431 288 15 22 424 72 495 3.66e-24 103 MCB9820569.1 MCB9820569.1 100 386 0 0 1 386 1 386 5.37e-260 706 WP_142051038.1 WP_142051038.1 100 398 0 0 1 398 1 398 7.30e-248 676 KAJ2593889.1 KAJ2593889.1 100 414 0 0 1 414 1 414 1.13e-298 806 KAJ2593889.1 XP_033668161.1 36.8 405 225 11 3 381 9 408 2.16e-70 226 WP_219798185.1 WP_219798185.1 100 295 0 0 1 295 1 295 4.32e-211 575 WP_219798185.1 MIX29656.1 23.4 158 119 1 41 196 24 181 2.25e-09 55.5 XP_002777379.1 XP_002777379.1 100 136 0 0 1 136 1 136 1.15e-98 277 MAG40972.1 MAG40972.1 100 332 0 0 1 332 1 332 1.30e-226 617 WP_084371009.1 WP_084371009.1 100 305 0 0 1 305 1 305 1.69e-213 582 WP_084371009.1 WP_281543397.1 38.7 292 172 2 15 303 2 289 5.26e-64 202 WP_084371009.1 WP_221265680.1 32.7 297 192 4 3 298 20 309 9.36e-47 158 WP_084371009.1 WP_192500494.1 38.8 214 123 4 1 211 1 209 2.38e-39 138 WP_084371009.1 EHR6291555.1 38.4 211 128 2 3 212 330 539 6.69e-38 139 WP_084371009.1 WP_152652784.1 34.1 232 144 5 7 234 10 236 1.25e-34 126 WP_084371009.1 RLN50561.1 31.3 243 163 2 3 241 1494 1736 1.91e-34 131 WP_084371009.1 MSO30570.1 30.6 232 158 2 3 232 8 238 1.12e-32 122 WP_084371009.1 WP_140480909.1 28.7 209 145 3 3 208 13 220 8.68e-25 100 WP_084371009.1 MBC7326981.1 28.8 229 148 6 1 215 5 232 3.67e-24 97.1 MCA1836835.1 MCA1836835.1 100 110 0 0 1 110 1 110 2.27e-79 226 TSA47082.1 TSA47082.1 100 200 0 0 1 200 1 200 3.86e-144 397 WP_212961195.1 WP_212961195.1 100 1052 0 0 1 1052 1 1052 0.0 1949 WP_212961195.1 WP_200037957.1 27.6 402 245 4 419 818 1011 1368 1.91e-34 141 WP_212961195.1 WP_232306300.1 25.5 439 273 11 425 849 851 1250 1.35e-31 132 WP_212961195.1 MBK0846266.1 36.2 196 120 3 847 1042 364 554 3.95e-30 125 WP_212961195.1 MBQ1868746.1 24.3 441 275 8 412 840 255 648 1.70e-29 124 WP_212961195.1 WP_192272294.1 36.9 206 109 5 841 1039 158 349 5.08e-29 118 WP_212961195.1 WP_076194242.1 30.6 232 160 1 411 642 222 452 5.00e-26 111 WP_212961195.1 MBP1530348.1 36.2 116 71 1 714 829 3 115 1.37e-15 75.5 WP_212961195.1 MCL7714424.1 37.9 116 72 0 714 829 4 119 3.95e-15 74.3 WP_212961195.1 EJF06804.1 30.5 118 80 1 714 829 2 119 6.06e-13 69.3 WP_228273696.1 WP_228273696.1 100 237 0 0 1 237 1 237 6.36e-184 501 MBU2510560.1 MBU2510560.1 100 97 0 0 1 97 1 97 5.95e-69 199 ECA8969615.1 ECA8969615.1 100 566 0 0 1 566 1 566 0.0 1151 KAF5192947.1 KAF5192947.1 100 595 0 0 1 595 1 595 0.0 1086 KAF5192947.1 KAI9244788.1 52.5 99 38 2 15 112 6 96 7.24e-24 102 RYG22587.1 RYG22587.1 100 239 0 0 1 239 1 239 4.45e-176 481 RYY39456.1 RYY39456.1 100 272 0 0 1 272 1 272 1.09e-197 539 KAJ3920833.1 KAJ3920833.1 100 411 0 0 1 411 1 411 9.07e-216 596 EFO3858608.1 EFO3858608.1 100 71 0 0 1 71 1 71 5.06e-47 142 WP_032037025.1 WP_032037025.1 100 96 0 0 1 96 1 96 3.21e-68 197 EJC8518717.1 EJC8518717.1 100 441 0 0 1 441 1 441 0.0 893 WP_056747799.1 WP_056747799.1 100 93 0 0 1 93 1 93 2.48e-66 192 MBP9767803.1 MBP9767803.1 100 410 0 0 1 410 1 410 8.86e-294 793 MBP9767803.1 ADP83890.1 25.7 230 137 7 193 401 265 481 1.07e-10 61.6 MBP9767803.1 WP_274755179.1 26.8 287 158 12 137 401 135 391 2.55e-09 57.0 MBP9767803.1 WP_076194242.1 22.6 265 183 9 152 400 176 434 4.87e-09 56.2 MBP9767803.1 WP_144320971.1 24.5 257 167 8 157 401 253 494 2.15e-08 54.3 MBP9767803.1 MBO8233644.1 26.0 200 128 7 215 400 159 352 9.27e-08 52.0 MBP9767803.1 KDF42894.1 26.7 146 98 5 214 353 266 408 1.40e-06 48.5 MBP9767803.1 SCH39951.1 23.6 195 136 7 217 400 267 459 5.69e-06 46.6 MBP9767803.1 WP_129857883.1 21.3 211 162 3 191 401 179 385 2.80e-05 44.3 MBR2609817.1 MBR2609817.1 100 420 0 0 1 420 1 420 6.98e-312 840 MBR2609817.1 MCP2519657.1 45.1 421 225 5 1 419 1 417 2.46e-119 352 MBR2609817.1 MCI5191941.1 34.4 421 269 6 1 420 1 415 3.80e-68 226 MBR2609817.1 WP_259568097.1 24.6 358 207 5 117 412 206 562 9.92e-21 93.2 WP_105738432.1 WP_105738432.1 100 443 0 0 1 443 1 443 9.30e-315 849 WP_105738432.1 WP_061554953.1 27.8 453 282 11 7 433 7 440 2.98e-36 137 MBR1803321.1 MBR1803321.1 100 361 0 0 1 361 1 361 4.63e-262 709 KXK41164.1 KXK41164.1 100 305 0 0 1 305 1 305 1.47e-223 607 KXK41164.1 MBL6756473.1 44.8 299 157 3 6 302 46 338 2.20e-76 246 KXK41164.1 PIY74148.1 45.6 285 140 3 28 304 1 278 1.72e-75 241 KXK41164.1 WP_226865765.1 35.0 297 177 8 9 302 4 287 9.16e-45 159 KXK41164.1 MBO6554759.1 34.4 308 184 7 6 297 198 503 1.60e-39 145 KXK41164.1 WP_240053789.1 29.4 299 180 12 8 295 9 287 3.99e-22 92.8 KXK41164.1 WP_278906630.1 33.3 153 97 4 149 299 287 436 1.32e-11 63.5 KXK41164.1 WP_232923125.1 32.3 99 50 3 221 302 522 620 1.22e-06 48.1 KXK41164.1 WP_225927241.1 32.7 101 47 4 221 302 541 639 5.08e-06 46.2 MSV89973.1 MSV89973.1 100 183 0 0 1 183 1 183 4.23e-126 350 WP_212269268.1 WP_212269268.1 100 88 0 0 1 88 1 88 1.23e-57 170 WP_212269268.1 WP_079835571.1 51.3 78 35 2 10 84 274 351 9.28e-15 65.9 MBQ8356560.1 MBQ8356560.1 100 212 0 0 1 212 1 212 9.06e-158 433 KAF4755575.1 KAF4755575.1 100 565 0 0 1 565 1 565 0.0 994 WP_039983362.1 WP_039983362.1 100 246 0 0 1 246 1 246 8.91e-175 479 HJF55539.1 HJF55539.1 100 487 0 0 1 487 1 487 0.0 927 MBN2192743.1 MBN2192743.1 100 768 0 0 1 768 1 768 0.0 1261 MBN2192743.1 WP_282467912.1 39.9 343 201 4 370 710 90 429 2.26e-68 242 MBN2192743.1 HAM57133.1 48.4 62 32 0 6 67 5 66 2.09e-12 61.2 EDF5922784.1 EDF5922784.1 100 565 0 0 1 565 1 565 0.0 1147 EDF5922784.1 EJI8012843.1 72.4 673 78 6 1 565 1 673 0.0 922 EDF5922784.1 MBL04873.1 24.7 469 228 19 12 411 20 432 2.08e-09 58.2 EDF5922784.1 MBD8963934.1 38.6 70 42 1 490 558 10 79 6.95e-08 53.1 WP_141624088.1 WP_141624088.1 100 228 0 0 1 228 1 228 7.38e-165 452 WP_211429491.1 WP_211429491.1 100 983 0 0 1 983 1 983 0.0 1922 MCL4467776.1 MCL4467776.1 100 743 0 0 1 743 1 743 0.0 1481 MCL4467776.1 OEC37898.1 31.1 135 68 5 608 740 462 573 9.56e-10 60.1 KQO44758.1 KQO44758.1 100 428 0 0 1 428 1 428 0.0 868 KQO44758.1 WP_176390098.1 49.3 430 204 6 1 420 12 437 3.69e-139 404 KQO44758.1 WP_126840241.1 27.3 249 150 7 160 405 162 382 4.15e-18 84.0 KQO44758.1 SQB81123.1 62.5 64 23 1 363 426 1 63 9.49e-18 75.5 NRA95518.1 NRA95518.1 100 199 0 0 1 199 1 199 4.17e-143 395 WP_279184953.1 WP_279184953.1 100 328 0 0 1 328 1 328 7.22e-247 668 WP_279184953.1 KAF1839740.1 25.8 178 124 4 15 186 39 214 4.56e-15 71.6 WP_279184953.1 MBR6417349.1 34.2 120 76 2 198 317 2 118 1.01e-11 60.1 WP_019807556.1 WP_019807556.1 100 204 0 0 1 204 1 204 3.69e-144 398 WP_019807556.1 WP_047323805.1 65.0 183 64 0 9 191 10 192 1.76e-83 244 KAI1377204.1 KAI1377204.1 100 298 0 0 1 298 1 298 7.01e-223 605 WP_086236254.1 WP_086236254.1 100 264 0 0 1 264 1 264 3.37e-188 514 WP_086236254.1 WP_042648904.1 44.3 262 143 3 1 260 1 261 1.24e-69 214 WP_086236254.1 NKB40192.1 41.6 255 146 3 11 263 28 281 4.14e-58 185 WP_086236254.1 MBK8326393.1 39.6 250 149 2 12 260 12 260 9.54e-58 183 MCF3649178.1 MCF3649178.1 100 167 0 0 1 167 1 167 5.93e-116 323 MCF3649178.1 WP_045183792.1 49.5 105 53 0 45 149 10 114 2.93e-26 95.5 XP_053501940.1 XP_053501940.1 100 350 0 0 1 350 1 350 1.38e-262 709 MCI9379843.1 MCI9379843.1 100 611 0 0 1 611 1 611 0.0 1219 MCI9379843.1 MCK5725948.1 31.9 661 384 22 1 604 1 652 6.39e-83 271 MCI9379843.1 WP_264228578.1 25.0 172 89 6 4 135 1 172 1.85e-07 52.4 MCI9379843.1 OGA29379.1 27.3 128 65 4 4 103 1 128 1.35e-04 43.1 EIA1623697.1 EIA1623697.1 100 719 0 0 1 719 1 719 0.0 1440 EIA1623697.1 WP_237480153.1 37.1 272 152 6 449 714 424 682 2.11e-42 162 CAF4687378.1 CAF4687378.1 100 85 0 0 1 85 1 85 3.05e-61 179 CAH8313346.1 CAH8313346.1 100 455 0 0 1 455 1 455 0.0 917 MBN9169301.1 MBN9169301.1 100 122 0 0 1 122 1 122 2.25e-78 225 KAG8539342.1 KAG8539342.1 100 77 0 0 1 77 1 77 1.68e-50 151 WP_259864893.1 WP_259864893.1 100 60 0 0 1 60 1 60 1.39e-37 117 WAS49087.1 WAS49087.1 100 7093 0 0 1 7093 1 7093 0.0 12565 WAS49087.1 UZO53924.1 90.7 7093 661 0 1 7093 1 7093 0.0 12557 WAS49087.1 UVB16817.1 90.7 7093 660 0 1 7093 1 7093 0.0 12556 WAS49087.1 URQ55824.1 90.7 7093 661 0 1 7093 1 7093 0.0 12556 WAS49087.1 QVD87869.1 90.5 7093 672 0 1 7093 1 7093 0.0 12532 WAS49087.1 QWC83326.1 90.5 7096 671 1 1 7093 1 7096 0.0 12527 WAS49087.1 UMF87224.1 90.2 7093 694 1 1 7093 1 7092 0.0 12522 WAS49087.1 WEU87158.1 90.5 7096 673 1 1 7093 1 7096 0.0 12522 WAS49087.1 UXX67934.1 89.7 7093 729 0 1 7093 1 7093 0.0 12395 WAS49087.1 WHE12941.1 89.1 7067 773 0 27 7093 1 7067 0.0 12242 MBF9039534.1 MBF9039534.1 100 250 0 0 1 250 1 250 1.44e-127 360 MCB0672512.1 MCB0672512.1 100 361 0 0 1 361 1 361 3.55e-266 719 MBI4878028.1 MBI4878028.1 100 884 0 0 1 884 1 884 0.0 1773 MBP1876254.1 MBP1876254.1 100 357 0 0 1 357 1 357 5.78e-254 688 MBP1876254.1 WP_115992495.1 43.1 239 126 3 1 234 1 234 5.89e-56 181 MBP1876254.1 WP_142133210.1 41.7 235 129 5 1 234 10 237 1.22e-52 173 MBP1876254.1 WP_222125851.1 37.3 249 147 3 1 245 1 244 2.75e-49 164 MBP1876254.1 WP_250499463.1 38.7 222 134 2 1 221 8 228 6.28e-47 157 MBP1876254.1 WP_098952357.1 39.3 229 136 3 18 243 28 256 9.62e-46 157 MBP1876254.1 RUU66461.1 38.5 262 153 5 18 272 103 363 7.29e-44 154 MBP1876254.1 WP_227059655.1 36.5 252 153 4 18 262 341 592 5.54e-42 153 MBP1876254.1 WP_066083732.1 33.6 259 160 6 1 248 6 263 6.54e-40 142 MBP1876254.1 WP_107894076.1 30.1 269 174 6 1 257 5 271 1.17e-35 130 EBC1613035.1 EBC1613035.1 100 264 0 0 1 264 1 264 8.99e-193 526 WP_052386686.1 WP_052386686.1 100 405 0 0 1 405 1 405 1.67e-300 810 WP_068000887.1 WP_068000887.1 100 247 0 0 1 247 1 247 8.60e-178 486 WP_257384536.1 WP_257384536.1 100 781 0 0 1 781 1 781 0.0 1583 WP_254363411.1 WP_254363411.1 100 410 0 0 1 410 1 410 6.83e-282 763 WP_254363411.1 MBP8613265.1 27.6 214 133 5 44 249 161 360 3.08e-13 69.3 WP_254363411.1 WP_207277556.1 26.9 186 117 7 66 247 38 208 6.32e-10 59.3 WP_254363411.1 MCL6479991.1 26.2 191 120 8 60 247 22 194 4.79e-09 55.8 MCA3389197.1 MCA3389197.1 100 334 0 0 1 334 1 334 2.16e-226 617 MCA3389197.1 WP_097108993.1 35.2 298 171 4 29 311 31 321 1.46e-47 161 MCA3389197.1 MCP4329804.1 30.9 291 186 6 22 310 324 601 3.81e-30 119 MCA3389197.1 WP_008134825.1 32.8 299 192 5 16 311 16 308 1.60e-24 102 MCK9538307.1 MCK9538307.1 100 134 0 0 1 134 1 134 9.50e-97 272 WP_013712491.1 WP_013712491.1 100 144 0 0 1 144 1 144 8.82e-91 258 MBQ7809358.1 MBQ7809358.1 100 84 0 0 1 84 1 84 1.94e-50 151 WP_187642449.1 WP_187642449.1 100 720 0 0 1 720 1 720 0.0 1172 WP_187642449.1 WP_001537381.1 52.8 447 190 6 10 448 2559 2992 5.82e-113 374 WP_036824351.1 WP_036824351.1 100 253 0 0 1 253 1 253 2.90e-188 513 WP_036824351.1 WP_142260807.1 31.9 185 123 2 57 241 56 237 2.32e-22 90.9 XP_042531659.1 XP_042531659.1 100 309 0 0 1 309 1 309 1.11e-220 600 XP_042531659.1 XP_005087540.1 42.1 304 176 0 1 304 1 304 5.34e-79 241 XP_042531659.1 XP_034290446.1 40.4 307 180 3 3 307 4 309 3.15e-74 229 XP_042531659.1 XP_012889676.1 40.9 308 170 3 1 302 1 302 8.54e-73 225 XP_042531659.1 XP_002688837.2 41.6 305 176 2 1 304 1 304 2.05e-71 221 XP_042531659.1 XP_054446685.1 35.3 303 196 0 5 307 3 305 1.75e-64 204 XP_042531659.1 AAR19565.1 40.6 224 127 2 65 285 2 222 5.68e-49 161 XP_042531659.1 XP_049747270.1 32.5 268 176 3 35 299 37 302 6.54e-39 137 XP_042531659.1 XP_046298169.1 32.5 302 190 8 4 297 6 301 3.78e-37 133 WP_092802679.1 WP_092802679.1 100 810 0 0 1 810 1 810 0.0 1583 WP_092802679.1 WP_250295751.1 25.1 730 382 27 167 795 222 887 3.06e-31 129 WP_092802679.1 PGL69713.1 26.3 434 238 16 407 808 158 541 3.27e-27 115 WP_092802679.1 MBD5306941.1 24.8 723 386 29 176 795 221 888 9.73e-22 99.4 NMG18956.1 NMG18956.1 100 86 0 0 1 86 1 86 4.70e-52 155 WP_058997548.1 WP_058997548.1 100 464 0 0 1 464 1 464 0.0 969 MCO7639728.1 MCO7639728.1 100 137 0 0 1 137 1 137 1.69e-96 272 PBK84789.1 PBK84789.1 100 156 0 0 1 156 1 156 6.83e-112 312 KAI9244300.1 KAI9244300.1 100 1221 0 0 1 1221 1 1221 0.0 2184 WP_265332308.1 WP_265332308.1 100 423 0 0 1 423 1 423 4.50e-305 823 WP_224045636.1 WP_224045636.1 100 233 0 0 1 233 1 233 1.55e-173 474 WP_224045636.1 WP_278643529.1 37.8 230 139 4 1 227 60 288 1.08e-43 147 WP_224045636.1 NLB38271.1 29.7 232 153 5 1 226 2 229 2.17e-24 95.5 WP_224045636.1 WP_177525402.1 28.8 219 151 4 2 217 63 279 5.51e-17 77.8 WP_049043948.1 WP_049043948.1 100 73 0 0 1 73 1 73 2.46e-48 145 WP_068780709.1 WP_068780709.1 100 276 0 0 1 276 1 276 7.91e-161 446 WP_068780709.1 RMG09135.1 22.6 164 114 2 105 268 33 183 1.17e-04 40.4 WP_247334239.1 WP_247334239.1 100 264 0 0 1 264 1 264 1.49e-191 523 WP_265966242.1 WP_265966242.1 100 213 0 0 1 213 1 213 4.47e-154 424 MBS7604783.1 MBS7604783.1 100 182 0 0 1 182 1 182 6.54e-134 370 MCD6419504.1 MCD6419504.1 100 131 0 0 1 131 1 131 4.94e-93 263 MCD6419504.1 WP_046278045.1 34.8 112 72 1 5 116 2 112 5.20e-23 85.9 MCI2155109.1 MCI2155109.1 100 292 0 0 1 292 1 292 5.49e-192 526 WP_013559898.1 WP_013559898.1 100 287 0 0 1 287 1 287 6.83e-52 170 CKQ42697.1 CKQ42697.1 100 311 0 0 1 311 1 311 7.74e-160 446 MCE4566367.1 MCE4566367.1 100 263 0 0 1 263 1 263 1.18e-167 462 MCE4566367.1 WP_064652354.1 29.2 96 65 2 165 257 130 225 1.89e-05 43.1 MCL6540381.1 MCL6540381.1 100 144 0 0 1 144 1 144 2.01e-96 272 MBK8168045.1 MBK8168045.1 100 355 0 0 1 355 1 355 3.84e-267 721 EAG5429682.1 EAG5429682.1 100 214 0 0 133 346 133 346 4.23e-129 371 WP_038239756.1 WP_038239756.1 100 288 0 0 1 288 1 288 4.91e-218 592 WP_017633897.1 WP_017633897.1 100 135 0 0 1 135 1 135 9.47e-93 262 WP_050498798.1 WP_050498798.1 100 187 0 0 1 187 1 187 3.08e-130 361 WP_050498798.1 WP_141817398.1 43.1 153 80 3 22 174 8 153 2.01e-25 94.7 GFW26598.1 GFW26598.1 100 740 0 0 1 740 1 740 0.0 1499 TNI18971.1 TNI18971.1 100 245 0 0 1 245 1 245 3.04e-161 444 WP_278631399.1 WP_278631399.1 100 859 0 0 1 859 1 859 0.0 1609 WP_278631399.1 MBE6688122.1 41.3 831 427 12 1 786 1 815 1.56e-180 541 WP_278631399.1 KAA0114277.1 38.1 895 497 16 4 856 35 914 7.94e-161 491 WP_278631399.1 WP_235126772.1 34.9 869 516 14 21 851 16 872 4.48e-140 436 WP_278631399.1 XP_009147075.2 34.8 838 441 14 19 751 134 971 9.27e-126 405 WP_278631399.1 MBE5737882.1 30.2 868 546 17 21 853 22 864 2.16e-103 338 WP_278631399.1 KAF5671546.1 29.4 799 457 20 30 723 183 978 6.11e-75 265 WP_278631399.1 WP_019100427.1 29.2 766 482 18 21 750 50 791 1.07e-67 241 WP_278631399.1 KAJ6994162.1 28.8 639 384 17 82 702 101 686 1.58e-56 208 WP_278631399.1 OFX32653.1 25.3 566 310 14 99 653 103 566 1.30e-26 114 WP_043940504.1 WP_043940504.1 100 648 0 0 1 648 1 648 0.0 1264 WP_043940504.1 HAN66834.1 53.9 648 280 7 16 648 16 659 2.65e-223 635 WP_043940504.1 MBP8196496.1 41.6 811 285 11 21 648 1 805 1.47e-186 546 WP_043940504.1 WP_150253061.1 47.1 688 308 12 14 648 12 696 2.66e-183 534 HAS8246497.1 HAS8246497.1 100 984 0 0 1 984 1 984 0.0 1785 HAS8246497.1 TAL20232.1 37.3 389 229 6 473 846 221 609 2.70e-65 230 HAS8246497.1 WP_261733022.1 31.2 573 332 12 400 952 198 728 2.94e-63 227 HAS8246497.1 WP_007356512.1 31.2 487 290 8 474 928 736 1210 5.58e-62 228 HAS8246497.1 KFX48203.1 42.4 255 140 4 464 711 671 925 1.50e-47 183 HAS8246497.1 EDN57974.1 41.2 233 133 4 480 707 398 630 3.64e-44 172 HAS8246497.1 MBQ1868746.1 29.9 394 252 8 472 847 255 642 9.36e-42 161 HAS8246497.1 WP_138482356.1 30.6 385 245 6 481 850 413 790 1.20e-38 154 HAS8246497.1 PSQ73325.1 38.0 266 142 10 474 729 604 856 1.26e-32 134 HAS8246497.1 WP_232306300.1 26.3 396 263 7 480 849 849 1240 5.32e-30 127 WP_176970092.1 WP_176970092.1 100 303 0 0 1 303 1 303 5.42e-209 570 MBP6375542.1 MBP6375542.1 100 444 0 0 1 444 1 444 0.0 880 MBP6375542.1 WP_258835625.1 69.8 444 128 3 1 439 1 443 1.30e-222 617 MBP6375542.1 MBT4710545.1 48.8 445 218 5 1 439 1 441 1.53e-141 411 MBP6375542.1 PWM49891.1 38.7 442 261 5 1 438 1 436 1.01e-96 296 MBP6375542.1 WP_249505358.1 40.8 449 242 9 3 439 2 438 1.90e-96 295 MBP6375542.1 WP_194454339.1 29.6 453 279 11 4 438 8 438 1.25e-48 170 MBP6375542.1 GER04731.1 30.7 446 280 12 7 444 9 433 4.74e-44 158 MBP6375542.1 WP_231022353.1 29.5 397 236 11 2 398 4 356 5.30e-41 149 MBC7309192.1 MBC7309192.1 100 92 0 0 1 92 1 92 5.26e-63 184 MCS6948817.1 MCS6948817.1 100 139 0 0 1 139 1 139 5.63e-105 293 HAQ9752200.1 HAQ9752200.1 100 126 0 0 1 126 1 126 4.47e-89 252 XP_007978456.1 XP_007978456.1 100 292 0 0 1 292 1 292 2.41e-211 575 EGS7961067.1 EGS7961067.1 100 230 0 0 1 230 1 230 2.11e-165 454 MBO5162475.1 MBO5162475.1 100 499 0 0 1 499 1 499 0.0 973 MBO5162475.1 WP_150396769.1 37.7 494 290 6 6 493 32 513 1.46e-104 320 MBO5162475.1 WP_185334683.1 33.9 508 306 8 1 493 7 499 4.86e-86 272 MBO5162475.1 WP_089246429.1 36.2 483 285 11 4 474 10 481 1.01e-85 271 MBO5162475.1 GBD21053.1 29.5 501 335 7 2 493 30 521 2.15e-68 226 MBO5162475.1 WP_206363707.1 34.8 250 152 5 1 243 21 266 8.09e-41 146 MBO5162475.1 WP_276362074.1 32.2 227 138 3 3 215 9 233 5.80e-27 107 MBO5162475.1 WP_071876418.1 25.0 492 298 17 14 456 21 490 5.65e-22 97.4 MBO5162475.1 WP_072380563.1 26.0 219 151 4 1 213 4 217 3.45e-18 82.4 MBO5162475.1 WP_167977039.1 26.8 209 139 3 10 210 17 219 4.20e-17 79.3 KAI8723523.1 KAI8723523.1 100 502 0 0 1 502 1 502 0.0 993 WP_145643501.1 WP_145643501.1 100 260 0 0 1 260 1 260 6.92e-204 553 WP_145643501.1 WP_054435236.1 63.1 255 92 1 1 253 1 255 2.24e-116 333 MCB0840321.1 MCB0840321.1 100 197 0 0 1 197 1 197 6.40e-137 379 WP_257880947.1 WP_257880947.1 100 418 0 0 1 418 1 418 5.07e-288 780 KAG1144813.1 KAG1144813.1 100 295 0 0 1 295 1 295 3.50e-201 550 EAJ4317745.1 EAJ4317745.1 100 440 0 0 1 440 1 440 0.0 866 EAJ4317745.1 UWG74403.1 29.9 431 232 16 5 409 29 415 8.45e-39 144 EAJ4317745.1 XP_004466702.1 28.1 416 248 15 5 405 213 592 4.66e-30 121 WP_098952357.1 WP_098952357.1 100 323 0 0 1 323 1 323 2.36e-229 623 WP_098952357.1 WP_226904802.1 44.8 297 163 1 3 299 22 317 9.36e-72 224 WP_098952357.1 WP_192324556.1 48.4 279 142 2 3 280 318 595 1.21e-71 231 WP_098952357.1 MBQ3864274.1 43.3 289 163 1 28 316 33 320 7.16e-69 216 WP_098952357.1 WP_227059655.1 47.1 261 137 1 3 263 317 576 1.06e-68 224 WP_098952357.1 RUU66461.1 46.9 260 136 2 6 265 82 339 1.93e-63 204 WP_098952357.1 MCP5262709.1 40.7 329 178 6 3 323 1 320 1.90e-62 199 WP_098952357.1 WP_066083732.1 40.0 310 169 6 3 304 6 306 8.23e-61 196 WP_098952357.1 WP_131166802.1 40.6 313 164 6 3 304 5 306 3.29e-54 179 WP_098952357.1 MBP1876254.1 39.3 229 136 3 28 256 18 243 1.03e-42 149 XP_016469741.1 XP_016469741.1 100 215 0 0 1 215 1 215 7.71e-156 428 XP_036130723.1 XP_036130723.1 100 346 0 0 1 346 1 346 1.21e-254 689 WP_169105698.1 WP_169105698.1 100 243 0 0 1 243 1 243 5.81e-174 476 WP_169105698.1 RQD71026.1 32.5 243 151 4 1 238 1 235 2.10e-34 122 WP_169105698.1 WP_063316698.1 32.6 138 85 5 1 134 17 150 3.36e-12 62.4 WP_169105698.1 WDA54585.1 25.6 82 61 0 1 82 1 82 2.17e-05 42.4 WP_154097642.1 WP_154097642.1 100 457 0 0 1 457 1 457 1.13e-313 848 WP_154097642.1 HCD1810260.1 20.7 188 145 2 9 196 5 188 2.34e-08 52.8 WP_154097642.1 WP_006685582.1 22.9 375 256 12 14 372 19 376 8.62e-07 49.3 WP_135194320.1 WP_135194320.1 100 155 0 0 1 155 1 155 7.70e-113 315 MSR12783.1 MSR12783.1 100 252 0 0 1 252 1 252 1.27e-145 405 XP_003502921.1 XP_003502921.1 100 523 0 0 1 523 1 523 0.0 996 WP_142590093.1 WP_142590093.1 100 338 0 0 1 338 1 338 2.61e-245 665 WP_142590093.1 WP_086353716.1 48.2 313 156 3 14 324 1 309 7.80e-95 283 WP_142590093.1 WP_281675368.1 30.9 285 186 6 14 298 1 274 5.02e-33 127 WP_142590093.1 MBU2478158.1 33.3 63 42 0 263 325 1 63 2.54e-05 40.0 WP_210356206.1 WP_210356206.1 100 189 0 0 1 189 1 189 2.45e-146 402 SCK25073.1 SCK25073.1 100 772 0 0 1 772 1 772 0.0 1427 SCK25073.1 WP_107485636.1 33.8 668 404 14 72 714 134 788 6.53e-88 293 MCI7610146.1 MCI7610146.1 100 56 0 0 1 56 1 56 1.24e-36 114 MCI7610146.1 MBE6900854.1 57.1 56 24 0 1 56 1 56 2.89e-16 68.6 MCI7610146.1 WP_106587829.1 47.2 53 28 0 4 56 10 62 8.30e-11 53.1 GFC18333.1 GFC18333.1 100 173 0 0 1 173 1 173 1.98e-126 350 WP_020403159.1 WP_020403159.1 100 474 0 0 1 474 1 474 0.0 918 WP_169356007.1 WP_169356007.1 100 380 0 0 1 380 1 380 2.75e-275 744 WP_169356007.1 NRB72577.1 39.1 371 220 4 8 377 12 377 2.58e-81 252 WP_169356007.1 KAJ6728134.1 30.6 235 142 2 1 235 1 214 3.49e-30 114 MCJ2541369.1 MCJ2541369.1 100 184 0 0 1 184 1 184 2.37e-137 379 MCJ2541369.1 CKF71070.1 40.2 102 61 0 83 184 496 597 1.63e-21 89.4 MCJ2541369.1 WP_230171322.1 41.7 96 52 1 84 179 777 868 3.75e-18 79.7 MCJ2541369.1 MBF0143407.1 37.2 94 59 0 90 183 818 911 1.73e-15 72.0 WP_277690767.1 WP_277690767.1 100 275 0 0 1 275 1 275 5.94e-183 502 WP_277690767.1 TMH05674.1 41.3 242 128 2 34 275 23 250 9.94e-46 152 KAJ1283197.1 KAJ1283197.1 100 346 0 0 1 346 1 346 9.29e-259 699 KAJ1283197.1 XP_021727484.1 38.2 306 179 3 42 343 35 334 7.44e-65 207 WP_199711823.1 WP_199711823.1 100 282 0 0 1 282 1 282 8.39e-207 563 WP_076799287.1 WP_076799287.1 100 273 0 0 1 273 1 273 1.83e-201 548 KOV87872.1 KOV87872.1 100 204 0 0 1 204 1 204 3.97e-139 385 KOV87872.1 NNF58653.1 47.4 194 97 2 1 190 9 201 3.22e-47 152 WP_043158522.1 WP_043158522.1 100 360 0 0 1 360 1 360 3.15e-264 714 WP_043158522.1 HCW85392.1 41.1 343 195 5 3 339 11 352 7.39e-84 257 WP_099219937.1 WP_099219937.1 100 462 0 0 1 462 1 462 3.22e-311 842 WP_099219937.1 WP_117751014.1 32.7 456 277 9 15 444 5 456 1.12e-50 177 WP_041481207.1 WP_041481207.1 100 546 0 0 1 546 1 546 0.0 1048 WP_041481207.1 MBQ8297564.1 25.2 385 278 4 162 542 161 539 2.84e-30 123 WP_041481207.1 WP_038440434.1 31.6 228 153 2 305 532 305 529 9.61e-30 121 WP_041481207.1 NFD84694.1 27.5 247 176 2 300 544 485 730 9.97e-28 116 WP_041481207.1 KAJ2660037.1 29.4 231 143 2 335 542 1809 2014 1.09e-22 101 WP_041481207.1 MWR41881.1 33.7 187 102 6 360 534 51 227 1.13e-13 69.7 WP_041481207.1 WP_142931103.1 30.3 185 119 6 350 530 273 451 1.92e-13 70.9 WP_041481207.1 WP_072380563.1 26.2 191 120 5 338 518 5 184 8.16e-11 60.8 WP_041481207.1 WP_258581409.1 28.6 168 110 3 352 517 18 177 1.18e-10 61.6 WP_041481207.1 THW78755.1 27.5 178 115 3 360 534 1238 1404 1.90e-09 58.9 CAH2899959.1 CAH2899959.1 100 273 0 0 1 273 1 273 5.69e-180 494 CAH2899959.1 TXH38262.1 52.4 229 104 2 48 272 1 228 3.70e-66 204 SED94327.1 SED94327.1 100 455 0 0 1 455 1 455 0.0 887 WP_015484594.1 WP_015484594.1 100 481 0 0 1 481 1 481 0.0 915 CAI8213472.1 CAI8213472.1 100 250 0 0 1 250 1 250 4.60e-179 490 CAI8213472.1 MCC6044083.1 40.7 221 127 2 12 229 1 220 3.07e-52 170 CAI8213472.1 WP_215557653.1 38.9 229 137 1 12 237 1 229 1.32e-50 164 CAI8213472.1 WP_250499463.1 37.2 226 138 1 10 231 4 229 3.67e-49 160 CAI8213472.1 MCF7808720.1 40.2 204 119 1 33 233 25 228 1.19e-46 153 CAI8213472.1 MCB0243881.1 36.8 220 136 1 14 230 5 224 3.99e-46 152 CAI8213472.1 WP_266842210.1 41.4 232 125 5 20 244 15 242 1.10e-42 144 CAI8213472.1 WP_145468487.1 36.4 214 133 1 14 224 6 219 1.99e-41 140 CAI8213472.1 WP_237907640.1 31.1 222 139 5 12 229 1 212 3.21e-27 105 CAI8213472.1 GLY24463.1 31.9 238 136 9 13 230 3 234 1.05e-25 101 XP_056050985.1 XP_056050985.1 100 1158 0 0 1 1158 1 1158 0.0 2001 WP_109341768.1 WP_109341768.1 100 1762 0 0 1 1762 1 1762 0.0 2825 WP_109341768.1 EIW7596561.1 26.9 520 288 20 1304 1762 2217 2711 4.00e-10 63.5 MAB27215.1 MAB27215.1 100 137 0 0 1 137 1 137 1.10e-101 285 MAB27215.1 WP_119400337.1 41.4 133 76 2 1 131 1 133 6.82e-30 103 KAJ1022640.1 KAJ1022640.1 100 401 0 0 1 401 1 401 6.67e-257 699 WP_112119927.1 WP_112119927.1 100 469 0 0 1 469 1 469 0.0 917 WP_112119927.1 WP_148836004.1 26.1 494 318 9 9 466 15 497 1.45e-40 150 WP_112119927.1 WP_167959909.1 24.7 534 319 12 6 465 11 535 1.15e-38 145 WP_112119927.1 MBP6544771.1 25.9 513 306 14 19 460 41 550 1.61e-38 145 WP_112119927.1 WP_068051662.1 25.4 497 311 14 28 468 40 532 2.50e-37 142 WP_112119927.1 RLB66027.1 24.4 488 317 13 28 468 34 516 3.48e-36 138 WP_112119927.1 NQW84129.1 25.2 503 332 9 5 463 45 547 6.01e-35 135 WP_112119927.1 WP_055153579.1 27.7 426 274 11 68 461 63 486 3.15e-33 129 WP_112119927.1 NDJ88951.1 23.0 530 326 14 1 457 3 523 7.35e-24 102 WP_112119927.1 XP_052525039.1 23.6 530 292 17 28 463 127 637 1.79e-22 99.0 NNF05378.1 NNF05378.1 100 209 0 0 1 209 1 209 1.14e-145 402 NNF05378.1 MBQ3420014.1 37.6 202 108 4 5 198 9 200 4.23e-28 103 NNF05378.1 WP_119328079.1 31.7 202 128 3 4 204 5 197 2.03e-22 88.6 WP_062517857.1 WP_062517857.1 100 310 0 0 1 310 1 310 1.88e-233 632 WP_062517857.1 WP_267861425.1 28.5 288 173 10 34 305 39 309 1.76e-16 77.0 WP_062517857.1 SFF07309.1 24.8 303 190 10 28 310 37 321 1.97e-15 73.9 WP_062517857.1 ECG5731039.1 25.3 289 168 10 11 297 1 243 1.78e-12 64.7 MBO5721020.1 MBO5721020.1 100 231 0 0 1 231 1 231 8.02e-175 478 EFD7787626.1 EFD7787626.1 100 68 0 0 1 68 1 68 2.36e-42 133 WP_161643844.1 WP_161643844.1 100 186 0 0 1 186 1 186 4.08e-139 384 WP_161643844.1 WP_262247119.1 39.4 175 103 3 14 186 2 175 1.39e-48 154 WDA54585.1 WDA54585.1 100 193 0 0 1 193 1 193 4.34e-133 369 WDA54585.1 WP_169105698.1 25.6 82 61 0 1 82 1 82 9.41e-06 43.1 WDA54585.1 RQD71026.1 26.6 79 58 0 4 82 4 82 1.39e-04 39.7 WP_020560972.1 WP_020560972.1 100 90 0 0 1 90 1 90 2.63e-62 182 WP_096202154.1 WP_096202154.1 100 82 0 0 1 82 1 82 4.13e-51 153 MBQ3976808.1 MBQ3976808.1 100 135 0 0 1 135 1 135 1.99e-94 266 XP_018561118.1 XP_018561118.1 100 440 0 0 1 440 1 440 0.0 895 WP_002655233.1 WP_002655233.1 100 543 0 0 1 543 1 543 0.0 1021 WP_002655233.1 WP_077989166.1 32.0 244 147 7 301 536 140 372 5.32e-26 108 WP_002655233.1 MCI0750124.1 27.4 241 140 10 282 490 110 347 1.79e-14 73.6 MCL2033989.1 MCL2033989.1 100 125 0 0 1 125 1 125 7.74e-94 264 WP_198297747.1 WP_198297747.1 100 252 0 0 1 252 1 252 4.54e-171 470 WP_198297747.1 ATQ57711.1 36.7 245 152 3 9 251 47 290 2.91e-37 131 WP_198297747.1 WP_166725305.1 29.8 262 169 5 2 252 61 318 1.68e-20 87.0 WP_198297747.1 WP_217101611.1 28.6 262 172 5 2 252 61 318 2.02e-18 81.3 WP_198297747.1 WP_213750918.1 29.9 164 111 2 90 251 109 270 1.09e-13 67.4 VDR39692.1 VDR39692.1 100 317 0 0 1 317 1 317 1.28e-239 649 WP_131055803.1 WP_131055803.1 100 474 0 0 1 474 1 474 0.0 991 WP_131055803.1 HJC81763.1 39.3 481 258 11 5 467 4 468 1.58e-109 331 WP_249557352.1 WP_249557352.1 100 96 0 0 1 96 1 96 1.03e-46 143 WP_070428178.1 WP_070428178.1 100 569 0 0 1 569 1 569 0.0 1102 WP_070428178.1 WP_185816158.1 34.2 146 85 5 239 383 94 229 1.42e-09 57.0 WP_137732205.1 WP_137732205.1 100 621 0 0 1 621 1 621 0.0 1191 WP_201490320.1 WP_201490320.1 100 116 0 0 1 116 1 116 1.62e-75 217 WP_036973950.1 WP_036973950.1 100 186 0 0 1 186 1 186 1.16e-129 360 KNA07336.1 KNA07336.1 100 198 0 0 1 198 1 198 2.72e-143 395 KAG3033979.1 KAG3033979.1 100 463 0 0 1 463 1 463 1.29e-306 830 NRB78924.1 NRB78924.1 100 397 0 0 1 397 1 397 1.93e-295 796 PNJ24551.1 PNJ24551.1 100 165 0 0 1 165 1 165 1.06e-108 305 WP_027369743.1 WP_027369743.1 100 517 0 0 1 517 1 517 0.0 1038 EBU6207141.1 EBU6207141.1 100 681 0 0 1 681 1 681 0.0 1255 WP_244028884.1 WP_244028884.1 100 255 0 0 1 255 1 255 7.57e-176 482 OGD85943.1 OGD85943.1 100 216 0 0 1 216 1 216 6.85e-155 426 OGD85943.1 WP_089608892.1 38.9 216 108 9 5 215 267 463 1.31e-32 120 XP_049486383.1 XP_049486383.1 100 1268 0 0 1 1268 1 1268 0.0 2464 XP_049486383.1 XP_045323097.1 25.5 239 154 7 873 1092 322 555 1.51e-06 50.8 WP_119088635.1 WP_119088635.1 100 735 0 0 1 735 1 735 0.0 1430 XP_055254096.1 XP_055254096.1 100 194 0 0 1 194 1 194 3.21e-149 410 XP_055254096.1 NXY38534.1 79.7 118 22 1 61 178 1 116 1.25e-69 207 WP_241133221.1 WP_241133221.1 100 240 0 0 1 240 1 240 1.05e-179 491 WP_225781432.1 WP_225781432.1 100 381 0 0 1 381 1 381 1.09e-261 710 WP_225781432.1 WP_152465448.1 34.0 350 227 2 2 349 1 348 3.68e-49 167 MBQ3321785.1 MBQ3321785.1 100 394 0 0 1 394 1 394 3.86e-289 780 MBQ3321785.1 MBE3595273.1 27.8 389 258 13 1 377 22 399 2.29e-30 119 MBQ3321785.1 MBO5857838.1 33.1 163 105 4 1 162 1 160 1.36e-16 75.1 RMF68396.1 RMF68396.1 100 492 0 0 1 492 1 492 0.0 1053 RMF68396.1 WP_230284916.1 31.7 504 268 20 1 486 1 446 9.99e-55 188 RMF68396.1 WP_193956008.1 23.4 546 321 20 3 483 9 522 1.19e-18 87.0 WP_177420403.1 WP_177420403.1 100 425 0 0 1 425 1 425 2.79e-300 811 WP_177420403.1 NOR80888.1 31.7 432 265 10 5 421 5 421 1.77e-54 185 MBX7048921.1 MBX7048921.1 100 80 0 0 1 80 1 80 3.29e-56 166 MBP5709003.1 MBP5709003.1 100 72 0 0 1 72 1 72 1.96e-49 148 MBP5709003.1 WP_088526897.1 51.5 68 32 1 1 68 968 1034 2.71e-17 72.4 GAN03156.1 GAN03156.1 100 412 0 0 1 412 1 412 2.33e-290 785 GAN03156.1 XP_040685867.1 50.1 417 199 5 1 412 8 420 1.81e-125 367 GAN03156.1 WP_074825075.1 38.6 396 224 7 28 411 3 391 3.21e-75 238 GAN03156.1 MCP1651746.1 40.3 407 211 10 28 411 6 403 9.81e-74 234 GAN03156.1 EDH4057100.1 39.3 392 224 8 27 411 2 386 4.78e-73 232 GAN03156.1 WP_078429679.1 37.2 395 226 7 30 410 5 391 1.58e-68 220 GAN03156.1 WP_004619799.1 37.7 401 222 10 31 411 7 399 2.52e-65 212 GAN03156.1 WP_277084622.1 42.6 319 162 7 110 412 1 314 1.92e-61 199 GAN03156.1 WP_083141943.1 37.8 386 232 7 30 411 5 386 4.86e-61 201 GAN03156.1 MBA2536487.1 34.4 393 231 5 30 410 5 382 2.76e-58 193 ETZ74096.1 ETZ74096.1 100 397 0 0 1 397 1 397 1.37e-279 756 MCC7304610.1 MCC7304610.1 100 697 0 0 1 697 1 697 0.0 1370 MCC7304610.1 NNC58435.1 48.0 687 351 4 11 692 7 692 1.64e-231 659 MCC7304610.1 MCF2656092.1 34.1 680 433 8 14 688 9 678 5.96e-129 396 MCC7304610.1 MBQ2587741.1 33.0 575 345 5 151 693 4 570 5.12e-94 301 MCC7304610.1 WP_274976404.1 28.2 741 465 9 14 692 25 760 2.83e-91 299 MCC7304610.1 WP_010016619.1 25.1 487 235 12 14 488 16 384 1.24e-26 113 MCC7304610.1 MBP6400846.1 34.6 133 81 2 14 146 6 132 1.12e-17 80.1 MCC7304610.1 MBN2427654.1 20.9 489 271 12 14 489 5 390 1.99e-15 78.2 WP_075190302.1 WP_075190302.1 100 346 0 0 1 346 1 346 5.84e-262 707 WP_075190302.1 XP_027924147.1 40.5 336 183 6 6 326 112 445 3.87e-71 228 TLX83379.1 TLX83379.1 100 177 0 0 1 177 1 177 1.81e-124 346 MBA2554676.1 MBA2554676.1 100 301 0 0 1 301 1 301 7.55e-199 544 MBA2554676.1 MUU11774.1 31.3 246 165 2 55 300 43 284 7.63e-32 118 WP_239517986.1 WP_239517986.1 100 407 0 0 1 407 1 407 2.01e-293 792 WP_239517986.1 WP_266095674.1 31.6 275 169 7 109 374 81 345 1.50e-23 99.8 CDL84920.1 CDL84920.1 100 80 0 0 1 80 1 80 9.12e-54 159 WP_122920202.1 WP_122920202.1 100 293 0 0 1 293 1 293 2.20e-203 555 WP_122920202.1 MBP8049567.1 33.8 272 173 2 23 287 4 275 8.37e-42 144 WP_122920202.1 WP_204504397.1 26.9 283 203 2 11 289 9 291 7.34e-34 123 WP_122920202.1 CAH0143531.1 29.5 166 113 3 25 188 3 166 4.60e-19 81.3 HID24809.1 HID24809.1 100 701 0 0 1 701 1 701 0.0 1374 HID24809.1 MBL6756473.1 24.9 394 220 15 206 555 257 618 3.79e-11 64.7 HID24809.1 WP_223695792.1 31.5 130 77 5 167 293 341 461 2.69e-09 58.9 HID24809.1 WP_278906630.1 32.0 100 54 3 207 302 359 448 3.68e-05 45.4 MBW6512602.1 MBW6512602.1 100 304 0 0 1 304 1 304 8.10e-216 587 MBD3641221.1 MBD3641221.1 100 226 0 0 1 226 1 226 2.03e-161 443 WP_070723361.1 WP_070723361.1 100 793 0 0 1 793 1 793 0.0 1639 WP_070723361.1 MBQ8462807.1 57.2 823 309 10 1 788 1 815 0.0 917 TDR34929.1 TDR34929.1 100 357 0 0 1 357 1 357 7.76e-268 723 TDR34929.1 MCK4996050.1 43.4 348 189 4 3 348 25 366 4.78e-102 304 QQC21553.1 QQC21553.1 100 227 0 0 1 227 1 227 4.08e-157 432 MCQ2539410.1 MCQ2539410.1 100 124 0 0 1 124 1 124 2.23e-79 228 MCQ2539410.1 WP_077533069.1 46.0 113 59 1 1 111 1 113 5.89e-26 92.8 MCQ2539410.1 WP_023355490.1 35.4 65 42 0 14 78 14 78 2.21e-05 40.4 WP_187843135.1 WP_187843135.1 100 120 0 0 1 120 1 120 3.26e-79 229 UGX22439.1 UGX22439.1 100 1271 0 0 1 1271 1 1271 0.0 2342 UGX22439.1 UHB14670.1 95.3 1271 60 0 1 1271 1 1271 0.0 2325 UGX22439.1 UIX40308.1 95.0 1271 63 0 1 1271 1 1271 0.0 2316 UGX22439.1 UDK40309.1 94.6 1271 69 0 1 1271 1 1271 0.0 2299 UGX22439.1 UPU53169.1 93.0 1273 84 2 1 1271 1 1270 0.0 2254 UGX22439.1 UYC71619.1 93.2 1273 80 3 1 1271 1 1268 0.0 2250 UGX22439.1 QUE11983.1 91.2 1273 107 3 1 1271 1 1270 0.0 2192 UGX22439.1 QUM20585.1 92.5 1273 93 2 1 1271 1 1272 0.0 2153 UGX22439.1 UBN63752.1 89.8 1273 125 3 1 1271 1 1270 0.0 2147 UGX22439.1 QXI91160.1 90.3 1273 121 2 1 1271 1 1272 0.0 2043 WP_126679569.1 WP_126679569.1 100 818 0 0 1 818 1 818 0.0 1607 WP_126679569.1 HAB03480.1 30.8 584 377 12 226 797 518 1086 4.39e-65 234 WP_126679569.1 WP_200543170.1 33.0 531 335 9 267 794 172 684 9.30e-63 222 WP_126679569.1 WP_230171322.1 33.4 524 331 9 279 799 511 1019 3.71e-62 225 WP_126679569.1 CKF71070.1 30.9 459 305 7 337 793 289 737 1.22e-55 203 WP_126679569.1 MBF0143407.1 29.8 429 272 8 377 793 641 1052 9.33e-40 157 WP_126679569.1 WP_000484099.1 36.5 170 107 1 365 534 200 368 2.94e-27 112 WP_126679569.1 WP_145544593.1 35.7 168 100 4 367 534 359 518 1.62e-21 97.4 WP_126679569.1 HCN71343.1 39.4 132 78 2 400 530 1 131 3.28e-18 80.1 WP_126679569.1 WP_215262079.1 28.1 178 121 3 355 531 324 495 1.98e-15 78.2 WP_001804449.1 WP_001804449.1 100 403 0 0 1 403 1 403 4.58e-297 801 MCP4774001.1 MCP4774001.1 100 284 0 0 1 284 1 284 1.74e-200 547 MCP4774001.1 WP_201520784.1 43.8 265 131 6 23 284 30 279 5.43e-56 180 MCP4774001.1 WP_103270848.1 31.4 229 145 4 49 277 44 260 1.93e-28 108 WP_218014032.1 WP_218014032.1 100 530 0 0 1 530 1 530 0.0 1066 WP_218014032.1 NLG67042.1 27.7 483 298 16 55 518 90 540 1.85e-31 126 WP_218014032.1 WP_222322625.1 25.7 545 333 19 1 516 4 505 1.45e-23 102 WP_218014032.1 MBM3534697.1 23.5 310 204 8 54 362 266 543 1.23e-14 75.1 MBT3179978.1 MBT3179978.1 100 537 0 0 1 537 1 537 0.0 1063 MBT3179978.1 BBL73457.1 41.0 539 298 9 1 528 34 563 1.08e-122 370 MBT3179978.1 WP_278416415.1 27.8 504 279 13 1 430 6 498 4.18e-38 146 MBT3179978.1 WP_038580218.1 23.5 514 305 14 1 431 12 520 4.43e-26 110 MBT3179978.1 MBP8718427.1 32.7 205 129 4 254 458 7 202 7.04e-21 90.5 WP_220492852.1 WP_220492852.1 100 848 0 0 1 848 1 848 0.0 1660 WP_220492852.1 PIY74148.1 26.2 172 118 3 536 700 145 314 8.52e-12 67.0 WP_220492852.1 WP_278906630.1 22.2 499 301 16 190 663 2 438 2.25e-10 62.8 WP_220492852.1 MBO6554759.1 31.3 131 80 4 540 663 380 507 1.04e-08 57.4 WP_063338866.1 WP_063338866.1 100 344 0 0 1 344 1 344 1.74e-237 645 WP_063338866.1 WP_132898842.1 56.3 277 119 1 69 343 2 278 2.13e-103 303 WP_063338866.1 MBI4773680.1 30.3 343 207 5 5 327 3 333 2.44e-41 146 WP_063338866.1 WP_180034620.1 20.8 236 182 3 16 250 32 263 7.46e-05 42.4 WP_262406623.1 WP_262406623.1 100 910 0 0 1 910 1 910 0.0 1748 WP_262406623.1 WP_281507500.1 60.8 829 318 3 1 828 1 823 0.0 974 WP_262406623.1 MBT5488157.1 49.3 537 245 6 301 835 1 512 8.25e-153 461 WP_110366458.1 WP_110366458.1 100 1453 0 0 1 1453 1 1453 0.0 2675 WP_110366458.1 MBL4744408.1 30.8 1057 696 12 1 1039 1 1044 6.49e-174 546 WP_110366458.1 WP_265225845.1 24.2 1072 741 16 5 1026 3 1050 3.79e-71 258 WP_110366458.1 WP_039608285.1 23.0 1039 746 14 4 1026 2 1002 1.08e-69 253 WP_110366458.1 KKQ50904.1 22.1 1129 746 23 6 1029 31 1129 3.02e-56 212 WP_110366458.1 TME45086.1 21.8 725 522 17 9 711 7 708 1.90e-35 144 WP_110366458.1 MBT8462299.1 36.2 196 104 4 851 1026 2 196 1.11e-20 91.3 PAF30375.1 PAF30375.1 100 142 0 0 1 142 1 142 3.10e-90 256 WP_180034620.1 WP_180034620.1 100 332 0 0 1 332 1 332 2.42e-247 669 WP_180034620.1 WP_241105826.1 48.4 320 162 2 12 331 14 330 7.19e-101 298 WP_180034620.1 WP_063338866.1 21.2 307 225 6 32 324 16 319 4.16e-08 52.4 GFA01557.1 GFA01557.1 100 526 0 0 1 526 1 526 0.0 1036 MBV5323933.1 MBV5323933.1 100 87 0 0 1 87 1 87 5.01e-61 178 EHH49716.1 EHH49716.1 100 163 0 0 1 163 1 163 5.13e-124 343 WP_064068643.1 WP_064068643.1 100 317 0 0 1 317 1 317 6.74e-226 614 WP_064068643.1 NQT29221.1 41.5 306 169 4 2 297 4 309 2.62e-67 211 WP_064068643.1 MCU0490050.1 34.2 73 46 1 170 242 115 185 1.50e-04 40.8 KAI9713296.1 KAI9713296.1 100 373 0 0 1 373 1 373 6.54e-259 702 KAG7197246.1 KAG7197246.1 100 828 0 0 1 828 1 828 0.0 1487 HAT4171334.1 HAT4171334.1 100 517 0 0 1 517 1 517 0.0 919 HAT4171334.1 SFB29161.1 40.8 524 298 3 3 515 2 524 1.63e-125 375 HAT4171334.1 GFR82011.1 38.2 212 126 1 4 210 3 214 4.60e-44 153 HAT4171334.1 WP_123653117.1 33.7 193 128 0 19 211 27 219 1.29e-29 115 HAT4171334.1 HHH37178.1 30.8 172 118 1 31 201 88 259 3.06e-15 74.3 WP_148803392.1 WP_148803392.1 100 158 0 0 50 207 50 207 2.23e-103 295 KAJ0864938.1 KAJ0864938.1 100 125 0 0 1 125 1 125 1.15e-86 246 WP_282035981.1 WP_282035981.1 100 170 0 0 1 170 1 170 2.82e-120 335 MCO6473319.1 MCO6473319.1 100 316 0 0 1 316 1 316 2.11e-233 633 XP_006376427.2 XP_006376427.2 100 417 0 0 1 417 1 417 3.83e-303 818 XP_006376427.2 WP_116073910.1 37.2 258 150 6 106 361 4 251 4.77e-44 162 XP_006376427.2 WP_026497435.1 33.1 275 171 6 106 376 4 269 1.40e-37 143 UPT73080.1 UPT73080.1 100 255 0 0 1 255 1 255 7.13e-190 518 EGR2272270.1 EGR2272270.1 100 682 0 0 1 682 1 682 0.0 1283 EGR2272270.1 WP_269885397.1 39.4 132 78 2 546 677 141 270 2.46e-26 107 EGR2272270.1 MBI5333464.1 39.6 149 86 3 527 674 241 386 2.16e-23 101 EGR2272270.1 WP_107169208.1 36.3 124 78 1 548 671 234 356 1.05e-19 89.7 EGR2272270.1 WP_145544593.1 40.8 130 72 2 548 677 393 517 1.44e-19 90.9 EGR2272270.1 WP_029222917.1 30.3 264 123 8 414 674 267 472 5.11e-19 89.0 EGR2272270.1 HAB03480.1 41.5 130 68 2 551 674 695 822 2.24e-18 88.2 EGR2272270.1 MBK6870374.1 38.7 124 72 2 551 674 28 147 1.39e-17 80.1 EGR2272270.1 WP_230171322.1 29.1 213 100 2 462 674 599 760 1.52e-17 85.5 EGR2272270.1 WP_000484099.1 32.0 125 83 1 550 674 242 364 5.54e-15 75.5 WP_079091847.1 WP_079091847.1 100 258 0 0 1 258 1 258 2.28e-183 501 KAG7553039.1 KAG7553039.1 100 297 0 0 1 297 1 297 4.15e-210 572 KAG7553039.1 PUZ48934.1 42.2 45 26 0 176 220 30 74 6.88e-05 41.2 CUH97802.1 CUH97802.1 100 196 0 0 1 196 1 196 1.35e-142 393 CUH97802.1 EJL0691474.1 34.8 135 87 1 62 195 23 157 9.68e-22 85.5 CUH97802.1 WP_054377321.1 38.0 129 74 4 71 195 1 127 2.76e-19 78.2 WP_106697451.1 WP_106697451.1 100 436 0 0 1 436 1 436 1.45e-303 820 WP_200047810.1 WP_200047810.1 100 326 0 0 1 326 1 326 8.67e-238 645 WP_200047810.1 THB72442.1 26.1 326 231 6 1 320 1 322 3.98e-25 101 WP_200047810.1 WP_006034446.1 29.8 228 159 1 93 320 82 308 2.01e-23 96.7 WP_097273626.1 WP_097273626.1 100 312 0 0 1 312 1 312 9.34e-235 636 WP_223806191.1 WP_223806191.1 100 307 0 0 1 307 1 307 3.40e-239 647 WP_223806191.1 MBI2416798.1 33.8 71 46 1 212 282 32 101 3.88e-07 47.4 WP_223806191.1 WP_260685194.1 28.1 64 46 0 218 281 14 77 3.42e-04 37.4 EJO8252676.1 EJO8252676.1 100 117 0 0 1 117 1 117 1.33e-79 228 EJO8252676.1 EAL1671435.1 89.7 117 12 0 1 117 230 346 1.40e-66 204 EJO8252676.1 PJQ02245.1 61.2 121 43 2 1 117 474 594 3.11e-40 139 XP_052459928.1 XP_052459928.1 100 256 0 0 1 256 1 256 2.73e-174 478 WP_282393050.1 WP_282393050.1 100 129 0 0 1 129 1 129 1.54e-86 246 KAF9021604.1 KAF9021604.1 100 334 0 0 1 334 1 334 6.21e-251 679 WP_190492354.1 WP_190492354.1 100 123 0 0 1 123 1 123 1.70e-87 248 RZU50905.1 RZU50905.1 100 630 0 0 1 630 1 630 0.0 1115 WP_004647440.1 WP_004647440.1 100 135 0 0 1 135 1 135 1.77e-97 274 WP_196051328.1 WP_196051328.1 100 678 0 0 1 678 1 678 0.0 1329 WP_196051328.1 WP_091423297.1 25.2 544 349 20 160 662 48 574 8.02e-30 123 WP_196051328.1 WP_131284109.1 27.2 349 215 13 336 658 136 471 7.01e-25 107 WP_196051328.1 VAX76432.1 22.9 529 351 16 147 662 56 540 1.27e-24 107 WP_196051328.1 NEB38825.1 28.3 339 213 13 333 653 131 457 3.92e-23 101 WP_122709004.1 WP_122709004.1 100 319 0 0 1 319 1 319 9.43e-243 657 WP_122709004.1 WP_063640296.1 30.9 330 181 8 6 308 5 314 4.08e-38 140 WP_231022353.1 WP_231022353.1 100 414 0 0 1 414 1 414 6.26e-296 799 WP_231022353.1 GER04731.1 47.6 401 172 5 1 363 1 401 6.49e-118 349 WP_231022353.1 MBT4710545.1 31.4 395 222 10 4 350 2 395 8.90e-46 162 WP_231022353.1 MBP6375542.1 29.3 409 242 12 4 365 2 410 6.54e-39 143 WP_279838136.1 WP_279838136.1 100 276 0 0 1 276 1 276 2.40e-203 553 WP_279838136.1 QQO85492.1 36.5 159 79 5 24 176 4 146 4.74e-16 74.3 WP_279838136.1 WP_199425576.1 33.3 105 66 3 29 130 17 120 5.82e-14 68.6 WP_279838136.1 WP_263858211.1 32.5 80 52 1 33 110 15 94 3.86e-10 57.4 WP_279838136.1 XP_025698866.1 29.5 95 65 2 33 125 58 152 6.30e-05 42.0 GGY15265.1 GGY15265.1 100 190 0 0 1 190 1 190 4.91e-133 369 GGY15265.1 MBS6066499.1 45.8 48 26 0 88 135 55 102 1.82e-04 38.5 MBE0512446.1 MBE0512446.1 100 79 0 0 1 79 1 79 2.44e-53 158 WP_270310372.1 WP_270310372.1 100 424 0 0 1 424 1 424 7.72e-302 815 WP_009881125.1 WP_009881125.1 100 162 0 0 1 162 1 162 6.00e-118 328 MCB9642437.1 MCB9642437.1 100 37 0 0 1 37 1 37 1.35e-21 75.5 WP_061880815.1 WP_061880815.1 100 290 0 0 1 290 1 290 3.06e-213 580 WP_061880815.1 WP_108706918.1 27.4 212 139 4 31 229 21 230 1.97e-18 82.0 WP_061880815.1 QUL58516.1 24.4 221 157 5 57 269 42 260 1.97e-11 61.6 WP_061880815.1 UWQ95440.1 30.0 90 63 0 164 253 158 247 8.92e-04 38.5 KAI3416446.1 KAI3416446.1 100 81 0 0 1 81 1 81 4.14e-55 163 WP_015602159.1 WP_015602159.1 100 186 0 0 1 186 1 186 6.51e-136 375 XP_040238549.2 XP_040238549.2 100 2739 0 0 1 2739 1 2739 0.0 4522 AAV84242.1 AAV84242.1 100 144 0 0 1 144 1 144 2.10e-107 300 AAV84242.1 KAJ1529594.1 63.6 143 51 1 2 144 7 148 2.30e-57 174 MBN8715319.1 MBN8715319.1 100 212 0 0 1 212 1 212 8.27e-145 400 MBN8715319.1 WP_200650920.1 33.8 157 103 1 5 160 6 162 8.32e-21 83.6 WP_123966251.1 WP_123966251.1 100 418 0 0 1 418 1 418 1.28e-258 705 WP_123966251.1 WP_157580311.1 33.9 233 121 9 207 413 31 256 2.32e-27 108 MBA2544012.1 MBA2544012.1 100 555 0 0 1 555 1 555 0.0 1103 MBA2544012.1 WP_007270472.1 33.7 95 53 3 440 533 289 374 8.55e-07 49.7 WP_234123871.1 WP_234123871.1 100 121 0 0 1 121 1 121 4.38e-80 229 WP_234123871.1 MCG8687614.1 32.2 115 74 1 3 117 10 120 3.18e-10 52.4 WP_004185621.1 WP_004185621.1 100 352 0 0 1 352 1 352 1.70e-273 737 WP_004185621.1 WP_106735761.1 88.2 348 41 0 5 352 3 350 1.55e-239 651 MCB0243881.1 MCB0243881.1 100 224 0 0 1 224 1 224 6.81e-159 437 MCB0243881.1 WP_145468487.1 43.5 216 122 0 5 220 6 221 6.83e-61 189 MCB0243881.1 MBT4161918.1 43.8 219 123 0 3 221 4 222 1.52e-59 185 MCB0243881.1 WP_215557653.1 44.1 220 123 0 5 224 3 222 2.10e-59 186 MCB0243881.1 MCC6044083.1 46.4 211 112 1 13 223 11 220 1.84e-58 185 MCB0243881.1 WP_250499463.1 41.3 223 130 1 3 224 6 228 2.38e-54 172 MCB0243881.1 MCF7808720.1 40.0 220 132 0 5 224 6 225 8.72e-54 171 MCB0243881.1 CAI8213472.1 36.8 220 136 1 5 224 14 230 2.53e-46 152 MCB0243881.1 MBP1876254.1 39.4 218 125 5 11 224 7 221 2.83e-39 137 MCB0243881.1 MWR41881.1 38.3 201 123 1 25 224 44 244 1.26e-37 130 KDR18051.1 KDR18051.1 100 57 0 0 1 57 1 57 7.03e-41 125 WP_253495381.1 WP_253495381.1 100 211 0 0 1 211 1 211 2.59e-152 419 EFN5389376.1 EFN5389376.1 100 962 0 0 1 962 1 962 0.0 1729 EFN5389376.1 KDT27382.1 94.8 620 32 0 200 819 1 620 0.0 1137 EFN5389376.1 HAN0352225.1 70.7 481 139 1 187 665 32 512 5.27e-238 678 EFN5389376.1 EIH4263652.1 94.7 475 25 0 1 475 112 586 1.00e-231 665 EFN5389376.1 EFL5817307.1 93.5 416 27 0 1 416 65 480 1.67e-185 543 EFN5389376.1 EJW7579374.1 95.7 258 11 0 187 444 36 293 7.71e-144 428 EFN5389376.1 EFL3122059.1 90.8 142 9 1 1 142 120 257 1.55e-53 187 EFN5389376.1 EDD0587303.1 27.4 544 254 18 291 812 827 1251 4.02e-33 137 EFN5389376.1 WP_218965839.1 43.5 108 61 0 707 814 69 176 1.26e-23 100 MCI0529127.1 MCI0529127.1 100 323 0 0 1 323 1 323 9.34e-236 639 WP_050163955.1 WP_050163955.1 100 239 0 0 1 239 1 239 1.67e-171 470 WP_050163955.1 NLL64488.1 39.2 153 93 0 86 238 5 157 2.56e-32 114 XP_001275602.1 XP_001275602.1 100 1577 0 0 1 1577 1 1577 0.0 2659 MBS9779527.1 MBS9779527.1 100 352 0 0 1 352 1 352 6.37e-244 662 MBS9779527.1 WP_176051587.1 44.1 345 176 4 1 344 2 330 1.94e-88 268 WP_149040698.1 WP_149040698.1 100 422 0 0 1 422 1 422 3.66e-299 808 MBI5294613.1 MBI5294613.1 100 1067 0 0 1 1067 1 1067 0.0 2107 KAG5560933.1 KAG5560933.1 100 68 0 0 1 68 1 68 3.38e-46 139 WP_070664995.1 WP_070664995.1 100 522 0 0 1 522 1 522 0.0 1018 WP_070664995.1 WP_026974351.1 26.3 354 205 16 93 398 100 445 3.09e-10 60.8 WP_070664995.1 NLG67042.1 22.0 373 256 10 46 388 59 426 2.60e-08 54.7 KAJ3564783.1 KAJ3564783.1 100 390 0 0 1 390 1 390 1.56e-286 773 KAJ3564783.1 WP_044489505.1 26.6 290 164 10 53 318 5 269 2.15e-18 83.6 KAJ3564783.1 WP_082565353.1 26.6 233 138 7 70 280 15 236 5.41e-12 64.7 KDZ18439.1 KDZ18439.1 100 51 0 0 1 51 1 51 2.37e-32 103 UBP50947.1 UBP50947.1 100 7096 0 0 1 7096 1 7096 0.0 14174 UBP50947.1 QWC83326.1 99.8 7096 11 0 1 7096 1 7096 0.0 14151 UBP50947.1 WEU87158.1 99.8 7096 13 0 1 7096 1 7096 0.0 14146 UBP50947.1 QSZ25555.1 99.8 7096 15 0 1 7096 1 7096 0.0 14145 UBP50947.1 UBD95131.1 99.8 7096 16 0 1 7096 1 7096 0.0 14140 UBP50947.1 QZU16279.1 99.4 7096 40 0 1 7096 1 7096 0.0 14083 UBP50947.1 QTD03487.1 99.8 4401 10 0 1 4401 1 4401 0.0 8633 UBP50947.1 UBL45068.1 99.8 4401 11 0 1 4401 1 4401 0.0 8623 UBP50947.1 UFM00670.1 99.7 4401 15 0 1 4401 1 4401 0.0 8619 UBP50947.1 QRX02582.1 99.8 4098 7 0 1 4098 1 4098 0.0 8017 WP_160877220.1 WP_160877220.1 100 523 0 0 1 523 1 523 0.0 1041 WP_160877220.1 HIG56173.1 40.3 442 251 4 18 457 41 471 2.55e-97 303 WP_160877220.1 KQO71000.1 33.6 292 159 7 148 426 920 1189 2.86e-29 121 XP_047466965.1 XP_047466965.1 100 377 0 0 1 377 1 377 1.49e-282 762 XP_047466965.1 WP_006027485.1 24.8 355 228 8 29 376 23 345 1.17e-24 101 XP_047466965.1 WP_016809838.1 29.3 270 158 7 35 301 26 265 5.72e-24 99.8 XP_047466965.1 MBO1529847.1 28.2 365 219 13 9 367 4 331 1.88e-23 98.2 XP_047466965.1 WP_198255508.1 26.8 250 150 8 32 279 24 242 1.57e-11 63.2 WP_186480556.1 WP_186480556.1 100 538 0 0 1 538 1 538 0.0 1109 WP_185334683.1 WP_185334683.1 100 513 0 0 1 513 1 513 0.0 979 WP_185334683.1 GBD21053.1 45.5 497 269 2 4 499 26 521 3.76e-135 400 WP_185334683.1 WP_150396769.1 34.1 499 321 4 2 499 22 513 5.10e-92 288 WP_185334683.1 MBO5162475.1 33.9 508 306 8 7 499 1 493 4.54e-83 265 WP_185334683.1 WP_089246429.1 30.5 482 316 8 9 480 9 481 9.72e-66 219 WP_185334683.1 WP_276362074.1 30.8 247 152 5 1 234 1 241 9.18e-31 118 WP_185334683.1 WP_029347391.1 29.5 244 164 3 2 238 3 245 3.13e-30 117 WP_185334683.1 WP_071876418.1 21.5 511 334 15 23 486 24 514 1.93e-19 89.7 WP_185334683.1 WP_167977039.1 25.2 234 158 5 256 484 5 226 3.01e-15 73.9 WP_185334683.1 THW78755.1 27.7 213 144 5 10 221 1221 1424 1.88e-13 71.6 WP_193019742.1 WP_193019742.1 100 173 0 0 1 173 1 173 1.34e-124 346 NXX86929.1 NXX86929.1 100 1346 0 0 1 1346 1 1346 0.0 2468 WP_070552687.1 WP_070552687.1 100 402 0 0 1 402 1 402 9.63e-278 752 WP_070552687.1 KKQ77718.1 40.9 359 183 4 9 340 11 367 9.60e-87 266 XP_004149267.1 XP_004149267.1 100 441 0 0 1 441 1 441 0.0 942 HIR19825.1 HIR19825.1 100 328 0 0 1 328 1 328 1.21e-229 624 NBT94281.1 NBT94281.1 100 181 0 0 1 181 1 181 6.80e-131 362 NBT94281.1 MCF7895906.1 38.0 158 94 1 22 179 12 165 1.56e-31 114 NBT94281.1 MBQ6794463.1 36.2 152 85 5 33 180 15 158 2.30e-16 73.9 NBT94281.1 ELZ16407.1 28.0 186 117 5 1 176 1 179 5.18e-12 61.6 MBE6649515.1 MBE6649515.1 100 350 0 0 1 350 1 350 1.75e-265 717 EEE2002201.1 EEE2002201.1 100 150 0 0 1 150 1 150 2.93e-110 308 EEE2002201.1 WP_028393295.1 41.9 62 34 1 1 60 2 63 2.16e-10 52.0 GFT96598.1 GFT96598.1 100 576 0 0 1 576 1 576 0.0 1109 WP_251111556.1 WP_251111556.1 100 311 0 0 1 311 1 311 2.86e-224 609 KAI9193803.1 KAI9193803.1 100 193 0 0 1 193 1 193 4.52e-135 374 OAQ80483.1 OAQ80483.1 100 327 0 0 1 327 1 327 3.55e-242 656 MCK4996050.1 MCK4996050.1 100 374 0 0 1 374 1 374 6.80e-282 760 MCK4996050.1 TDR34929.1 44.3 334 176 4 40 366 18 348 9.18e-100 298 WP_190461229.1 WP_190461229.1 100 158 0 0 1 158 1 158 4.98e-115 320 WP_083296738.1 WP_083296738.1 100 362 0 0 1 362 1 362 1.11e-274 741 WP_083296738.1 MBF0865514.1 58.6 307 127 0 24 330 15 321 3.07e-128 370 WP_083296738.1 WP_057452934.1 57.8 306 129 0 24 329 13 318 2.85e-125 362 WP_083296738.1 WP_040532466.1 49.8 307 153 1 24 329 8 314 3.71e-105 311 WP_083296738.1 WP_277324932.1 36.6 333 191 7 38 361 34 355 1.22e-54 182 OPL17692.1 OPL17692.1 100 343 0 0 1 343 1 343 6.04e-258 697 WP_248328072.1 WP_248328072.1 100 418 0 0 1 418 1 418 1.48e-296 801 WP_248328072.1 OYY81277.1 28.6 276 190 4 18 289 5 277 1.20e-30 117 WP_248328072.1 WP_200543170.1 35.2 105 56 3 118 211 585 688 1.37e-07 52.0 WP_105160947.1 WP_105160947.1 100 622 0 0 1 622 1 622 0.0 1184 WP_105160947.1 WP_089095302.1 35.1 619 373 11 6 601 6 618 6.62e-100 316 WP_105160947.1 WP_173040157.1 31.1 592 360 9 18 600 20 572 1.83e-79 261 WP_105160947.1 OQA35671.1 31.1 608 382 13 5 593 3 592 4.46e-67 229 WP_105160947.1 WP_041710957.1 26.0 553 309 10 7 527 7 491 4.03e-45 167 WP_105160947.1 WP_022619009.1 29.5 241 134 8 8 240 8 220 5.76e-15 73.2 WP_105160947.1 MBQ9964693.1 33.9 180 106 6 316 492 1 170 8.57e-14 68.6 WP_105160947.1 EHR6291555.1 21.9 556 343 17 1 499 1 522 3.47e-11 64.3 WP_105160947.1 WP_221265680.1 27.0 215 136 7 316 513 19 229 2.04e-09 57.8 WP_105160947.1 RLN50561.1 24.6 175 111 4 14 187 655 807 2.52e-07 52.4 HHZ84751.1 HHZ84751.1 100 345 0 0 1 345 1 345 6.77e-256 692 HHZ84751.1 SFF07309.1 36.2 337 177 7 1 328 1 308 7.23e-51 170 HHZ84751.1 WP_265272113.1 30.7 342 205 5 1 336 1 316 3.63e-37 135 HHZ84751.1 MBN9534694.1 33.0 321 173 9 1 314 1 286 6.69e-35 128 HHZ84751.1 WP_267861425.1 28.0 343 199 12 1 333 1 305 1.45e-24 100 HHZ84751.1 WP_014217999.1 26.7 337 201 13 5 333 8 306 1.87e-18 83.2 HHZ84751.1 EXK83554.1 25.0 320 180 12 39 336 42 323 7.06e-13 67.0 HHZ84751.1 TMD19778.1 39.4 66 33 1 23 88 23 81 6.60e-09 50.8 HHZ84751.1 ECG5731039.1 27.1 144 68 5 39 181 25 132 1.76e-08 53.1 WP_059149453.1 WP_059149453.1 100 137 0 0 1 137 1 137 5.24e-100 281 KAG0047764.1 KAG0047764.1 100 872 0 0 1 872 1 872 0.0 1749 CSP94261.1 CSP94261.1 100 263 0 0 1 263 1 263 4.48e-197 536 CSP94261.1 WP_145616262.1 36.0 222 127 5 17 224 4 224 1.57e-35 130 CSP94261.1 NNE87648.1 36.2 221 125 5 17 223 4 222 7.26e-33 123 CSP94261.1 MYE57211.1 38.0 200 111 6 19 208 7 203 3.58e-31 113 CSP94261.1 DAZ71054.1 26.8 250 146 6 9 223 27 274 9.89e-21 88.6 WP_249310236.1 WP_249310236.1 100 111 0 0 1 111 1 111 4.55e-84 238 XP_025923156.1 XP_025923156.1 100 505 0 0 1 505 1 505 0.0 900 WP_255691273.1 WP_255691273.1 100 579 0 0 1 579 1 579 6.99e-312 853 SDI37994.1 SDI37994.1 100 106 0 0 1 106 1 106 2.93e-71 206 WP_035109232.1 WP_035109232.1 100 73 0 0 1 73 1 73 4.80e-46 139 KAJ6253787.1 KAJ6253787.1 100 485 0 0 1 485 1 485 0.0 958 KAJ6253787.1 KAA1094631.1 37.8 45 28 0 384 428 47 91 5.33e-05 43.5 QZU16279.1 QZU16279.1 100 7096 0 0 1 7096 1 7096 0.0 14112 QZU16279.1 UBD95131.1 99.6 7096 28 0 1 7096 1 7096 0.0 14105 QZU16279.1 UEC52718.1 99.6 7096 31 0 1 7096 1 7096 0.0 14098 QZU16279.1 QWC83326.1 99.5 7096 39 0 1 7096 1 7096 0.0 14084 QZU16279.1 UFM00670.1 99.9 4401 5 0 1 4401 1 4401 0.0 8641 QZU16279.1 UEC68750.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 QZU16279.1 UHM53165.1 99.9 4401 5 0 1 4401 1 4401 0.0 8636 QZU16279.1 UFM02602.1 99.9 4401 5 0 1 4401 1 4401 0.0 8635 QZU16279.1 QTD03487.1 99.8 4401 11 0 1 4401 1 4401 0.0 8631 QZU16279.1 QRX02582.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 WP_106735761.1 WP_106735761.1 100 350 0 0 1 350 1 350 1.10e-268 725 WP_106735761.1 WP_004185621.1 88.2 348 41 0 3 350 5 352 4.43e-239 650 MBS8550192.1 MBS8550192.1 100 203 0 0 1 203 1 203 8.74e-147 404 UPA83906.1 UPA83906.1 100 7092 0 0 1 7092 1 7092 0.0 14059 UPA83906.1 UMF87224.1 99.0 7092 69 0 1 7092 1 7092 0.0 14047 UPA83906.1 QVD87869.1 99.2 7093 59 1 1 7092 1 7093 0.0 14030 UPA83906.1 WEU87158.1 99.1 7096 57 2 1 7092 1 7096 0.0 14027 UPA83906.1 UIR12670.1 99.0 7092 73 0 1 7092 1 7092 0.0 13991 UPA83906.1 UKN67998.1 97.9 7072 152 0 21 7092 1 7072 0.0 13762 UPA83906.1 UJT06733.1 95.8 7092 295 0 1 7092 1 7092 0.0 13442 UPA83906.1 ULA23837.2 99.9 4397 6 0 1 4397 1 4397 0.0 8629 UPA83906.1 UXH94526.1 99.8 4397 7 0 1 4397 1 4397 0.0 8625 UPA83906.1 UKU68032.1 99.5 4397 20 0 1 4397 1 4397 0.0 8597 WP_004208647.1 WP_004208647.1 100 232 0 0 1 232 1 232 6.35e-177 483 WP_004208647.1 WP_091733714.1 40.8 238 132 3 1 230 1 237 1.06e-56 179 WP_053816212.1 WP_053816212.1 100 471 0 0 1 471 1 471 0.0 875 HCI22783.1 HCI22783.1 100 287 0 0 1 287 1 287 4.63e-202 551 HCI22783.1 WP_140643433.1 28.0 250 166 6 20 263 19 260 2.19e-19 84.3 WP_116701099.1 WP_116701099.1 100 310 0 0 1 310 1 310 7.90e-226 613 WP_116701099.1 WP_058635033.1 34.8 282 173 5 34 309 31 307 6.66e-45 154 WP_116701099.1 WP_059510827.1 34.7 248 152 5 45 285 36 280 1.24e-42 147 WP_116701099.1 WP_251874466.1 34.9 255 157 5 36 285 34 284 2.92e-41 144 WP_116701099.1 WP_234306850.1 37.3 241 141 7 49 285 46 280 1.54e-38 136 WP_116701099.1 WP_166225641.1 36.9 233 137 4 59 285 65 293 8.99e-35 129 WP_116701099.1 MBC99785.1 34.3 233 133 4 70 285 63 292 1.79e-33 123 WP_116701099.1 WP_095128211.1 34.1 220 139 3 67 285 63 277 3.64e-32 120 WP_116701099.1 NDH20019.1 29.2 236 152 7 56 285 21 247 1.16e-20 88.2 YP_009919788.1 YP_009919788.1 100 128 0 0 1 128 1 128 6.82e-85 242 WP_004660460.1 WP_004660460.1 100 436 0 0 1 436 1 436 0.0 868 WP_004660460.1 WP_062723913.1 28.8 118 67 3 49 161 61 166 1.02e-04 42.4 WP_004727834.1 WP_004727834.1 100 183 0 0 1 183 1 183 7.35e-136 375 GFX07062.1 GFX07062.1 100 164 0 0 1 164 1 164 1.21e-118 330 NXG47881.1 NXG47881.1 100 543 0 0 1 543 1 543 0.0 1040 WP_110984669.1 WP_110984669.1 100 387 0 0 1 387 1 387 4.09e-260 706 WP_110984669.1 MBT5464676.1 23.3 326 224 8 36 345 17 332 2.75e-08 53.5 WP_050342552.1 WP_050342552.1 100 405 0 0 1 405 1 405 4.46e-305 822 WP_050342552.1 WP_280691874.1 28.6 266 151 12 154 404 43 284 7.92e-10 57.8 WP_266708839.1 WP_266708839.1 100 531 0 0 1 531 1 531 0.0 1013 WP_274323930.1 WP_274323930.1 100 114 0 0 1 114 1 114 4.17e-77 221 WP_133448963.1 WP_133448963.1 100 171 0 0 1 171 1 171 1.63e-57 176 WP_044459070.1 WP_044459070.1 100 197 0 0 1 197 1 197 3.32e-148 407 MBZ0271896.1 MBZ0271896.1 100 184 0 0 1 184 1 184 9.99e-130 360 MBZ0271896.1 MBQ6488280.1 34.1 88 58 0 9 96 4 91 1.13e-12 61.6 KAF2871612.1 KAF2871612.1 100 97 0 0 1 97 1 97 2.43e-68 197 OGF51096.1 OGF51096.1 100 116 0 0 1 116 1 116 2.89e-77 232 KAA0015115.1 KAA0015115.1 100 326 0 0 1 326 1 326 6.91e-244 660 MCD6081740.1 MCD6081740.1 100 173 0 0 1 173 1 173 2.60e-131 363 WP_074527819.1 WP_074527819.1 100 600 0 0 1 600 1 600 0.0 1170 WP_074527819.1 WP_109267392.1 41.0 568 327 6 27 594 24 583 2.07e-131 396 WP_108511015.1 WP_108511015.1 100 335 0 0 1 335 1 335 1.54e-231 630 WP_108511015.1 MBI2506024.1 29.8 208 129 7 12 208 52 253 3.57e-10 58.9 WP_167197999.1 WP_167197999.1 100 79 0 0 1 79 1 79 5.55e-50 150 QDH16072.1 QDH16072.1 100 180 0 0 1 180 1 180 1.13e-133 369 QDH16072.1 WP_005710284.1 49.6 123 58 1 34 156 30 148 1.94e-35 120 NGP45824.1 NGP45824.1 100 247 0 0 1 247 1 247 3.92e-174 477 NGP45824.1 WP_113851760.1 43.5 237 122 6 13 242 11 242 1.39e-53 171 NGP45824.1 WP_282979415.1 37.8 241 146 3 2 238 76 316 1.43e-51 169 NGP45824.1 GBC87342.1 32.8 232 148 4 8 236 20 246 1.17e-30 112 NGP45824.1 MBQ6815353.1 37.6 197 109 5 48 241 80 265 4.62e-28 106 MCB9315714.1 MCB9315714.1 100 213 0 0 1 213 1 213 6.03e-143 395 MCB9315714.1 THB72442.1 26.0 96 66 2 120 211 221 315 8.35e-06 43.9 MCB9315714.1 WP_205833587.1 27.6 76 54 1 137 212 218 292 6.63e-04 38.1 WP_165144904.1 WP_165144904.1 100 291 0 0 1 291 1 291 3.17e-211 575 WP_165144904.1 URJ46333.1 29.2 281 177 5 3 280 6 267 1.07e-24 98.6 WP_165144904.1 EDQ8633181.1 48.4 64 33 0 215 278 3 66 1.19e-13 63.9 WP_165144904.1 KAI3473816.1 28.4 285 114 9 1 280 4 203 2.54e-13 68.2 WP_165144904.1 WP_008860295.1 23.4 286 167 9 2 277 3 246 1.81e-05 43.5 GLC62462.1 GLC62462.1 100 179 0 0 1 179 1 179 3.50e-123 343 WP_068051662.1 WP_068051662.1 100 543 0 0 1 543 1 543 0.0 1108 WP_068051662.1 WP_098279309.1 42.3 532 293 7 5 528 2 527 5.65e-148 434 WP_068051662.1 WP_148836004.1 30.9 489 282 14 59 533 54 500 3.61e-58 200 WP_068051662.1 RLB66027.1 30.1 519 324 14 26 531 23 515 1.06e-54 191 WP_068051662.1 WP_112119927.1 25.7 499 307 15 40 532 28 468 7.83e-41 152 WP_068051662.1 NQW84129.1 25.7 510 337 15 37 529 65 549 6.55e-39 148 WP_068051662.1 MBP6544771.1 25.4 515 336 14 39 521 49 547 2.73e-38 146 WP_068051662.1 WP_254101325.1 25.9 544 314 17 39 528 107 615 9.80e-29 119 WP_068051662.1 TMQ04701.1 25.3 475 244 18 40 428 445 894 6.32e-24 104 WP_068051662.1 MBF2759673.1 25.1 565 322 22 39 528 185 723 9.10e-21 94.7 KFZ09473.1 KFZ09473.1 100 262 0 0 1 262 1 262 2.47e-189 517 MCF8452598.1 MCF8452598.1 100 376 0 0 1 376 1 376 3.42e-267 723 WP_179243590.1 WP_179243590.1 100 317 0 0 1 317 1 317 8.08e-218 593 WP_179243590.1 WP_257777211.1 44.6 312 154 5 2 306 18 317 5.89e-73 226 UBY01598.1 UBY01598.1 100 118 0 0 1 118 1 118 1.24e-55 167 PBN43802.1 PBN43802.1 100 481 0 0 1 481 1 481 0.0 969 PBN43802.1 WP_202659240.1 35.1 271 155 9 175 439 46 301 9.49e-36 133 PBN43802.1 WP_045257206.1 33.1 314 189 10 138 445 4 302 4.03e-34 129 PBN43802.1 KAJ9293589.1 29.3 256 137 10 211 437 1 241 7.26e-19 84.7 UNP61785.1 UNP61785.1 100 493 0 0 1 493 1 493 0.0 1003 UNP61785.1 AHM93900.1 46.6 504 253 7 2 493 169 668 1.86e-162 474 MBI3778926.1 MBI3778926.1 100 207 0 0 1 207 1 207 2.41e-155 426 WP_055947144.1 WP_055947144.1 100 214 0 0 1 214 1 214 4.70e-136 378 EHW4033744.1 EHW4033744.1 100 206 0 0 1 206 1 206 1.84e-154 424 MCA9004139.1 MCA9004139.1 100 161 0 0 1 161 1 161 1.31e-116 325 MBM3534697.1 MBM3534697.1 100 719 0 0 1 719 1 719 0.0 1395 MBM3534697.1 WP_222322625.1 27.5 364 221 11 216 544 7 362 6.42e-18 85.9 MBM3534697.1 WP_218014032.1 23.6 330 215 9 246 543 38 362 1.18e-13 72.4 MBM3534697.1 EHA1403784.1 21.1 479 322 18 270 711 69 528 7.85e-06 47.4 MCE2152122.1 MCE2152122.1 100 184 0 0 1 184 1 184 4.59e-135 373 MCE2152122.1 MBM3701396.1 41.5 183 100 1 1 176 1 183 3.08e-48 154 MCE2152122.1 MBT3228703.1 28.9 114 80 1 67 180 77 189 1.26e-08 51.6 WP_090467430.1 WP_090467430.1 100 206 0 0 1 206 1 206 8.11e-158 432 EHR8930749.1 EHR8930749.1 100 170 0 0 1 170 1 170 2.70e-118 330 KOR85988.1 KOR85988.1 100 585 0 0 1 585 1 585 0.0 1087 KOR85988.1 MBS0561514.1 22.9 551 407 7 1 538 29 574 2.37e-38 147 KOR85988.1 MCD6173453.1 28.6 325 185 6 10 312 7 306 1.40e-33 128 WP_264950959.1 WP_264950959.1 100 767 0 0 1 767 1 767 0.0 1521 WP_238975975.1 WP_238975975.1 100 523 0 0 1 523 1 523 0.0 1015 WP_238975975.1 MCC2110934.1 42.7 82 44 1 429 507 1 82 1.94e-10 55.8 WP_212282141.1 WP_212282141.1 100 83 0 0 1 83 1 83 3.85e-57 169 EAQ06730.1 EAQ06730.1 100 265 0 0 1 265 1 265 3.39e-193 527 WP_236248745.1 WP_236248745.1 100 136 0 0 1 136 1 136 6.91e-100 280 EFX4914003.1 EFX4914003.1 100 239 0 0 1 239 1 239 3.04e-192 522 EFL6071320.1 EFL6071320.1 100 365 0 0 1 365 1 365 2.00e-274 741 EFL6071320.1 WP_261281372.1 30.0 410 202 17 8 359 25 407 1.53e-33 127 MOY08337.1 MOY08337.1 100 14 0 0 1 14 1 14 3.18e-08 40.4 WP_123363258.1 WP_123363258.1 100 212 0 0 1 212 1 212 1.28e-148 410 WP_123363258.1 WP_065148066.1 52.1 192 79 4 28 209 34 222 7.34e-60 186 GIS82389.1 GIS82389.1 100 80 0 0 1 80 1 80 1.91e-55 164 GIS82389.1 KQO71000.1 45.5 66 36 0 1 66 418 483 1.81e-16 70.5 GIS82389.1 WP_020424556.1 41.9 62 36 0 2 63 381 442 2.99e-15 67.0 XP_040342838.1 XP_040342838.1 100 1353 0 0 1 1353 1 1353 0.0 2348 AFA35617.1 AFA35617.1 100 215 0 0 1 215 1 215 2.30e-157 432 NQJ73193.1 NQJ73193.1 100 272 0 0 1 272 1 272 7.81e-182 499 XP_026829212.1 XP_026829212.1 100 2695 0 0 1 2695 1 2695 0.0 4410 KAI1358894.1 KAI1358894.1 100 525 0 0 1 525 1 525 0.0 1049 WP_024870391.1 WP_024870391.1 100 323 0 0 1 323 1 323 1.14e-236 642 EAI2381694.1 EAI2381694.1 100 96 0 0 1 96 1 96 1.86e-67 195 WP_167263015.1 WP_167263015.1 100 369 0 0 1 369 1 369 1.98e-267 723 WP_167263015.1 MBQ1771956.1 42.1 368 203 5 1 366 7 366 4.77e-85 261 WP_167263015.1 MBC5824559.1 32.6 350 229 3 1 347 1 346 1.12e-51 174 WP_222168304.1 WP_222168304.1 100 845 0 0 1 845 1 845 0.0 1688 WP_222168304.1 WP_242685612.1 29.5 834 532 25 31 843 38 836 3.78e-86 291 WP_222168304.1 ECD4982842.1 28.2 844 543 26 16 826 18 831 7.35e-76 263 WP_222168304.1 EBS3704194.1 27.9 841 549 25 16 826 18 831 7.35e-76 263 WP_222168304.1 WP_237762402.1 34.0 529 321 13 7 520 1 516 3.35e-72 248 WP_221265680.1 WP_221265680.1 100 327 0 0 1 327 1 327 3.60e-226 615 WP_221265680.1 WP_084371009.1 37.8 217 134 1 20 236 3 218 6.35e-44 151 WP_221265680.1 WP_281543397.1 41.7 192 111 1 35 226 5 195 5.64e-41 143 WP_221265680.1 WP_152652784.1 33.6 223 147 1 25 247 11 232 1.05e-35 129 WP_221265680.1 MSO30570.1 34.4 221 143 2 15 234 3 222 6.91e-34 125 WP_221265680.1 EHR6291555.1 34.9 212 135 2 19 228 5 215 1.79e-29 116 WP_221265680.1 WP_192500494.1 28.6 217 147 4 20 233 3 214 1.94e-25 102 WP_221265680.1 WP_176354145.1 34.9 212 135 3 20 229 6 216 1.98e-25 103 WP_221265680.1 MBT4161918.1 32.4 188 119 3 29 208 18 205 5.70e-21 88.2 WP_221265680.1 WP_089246429.1 30.3 221 143 4 25 234 10 230 1.94e-16 78.2 WP_087199737.1 WP_087199737.1 100 613 0 0 1 613 1 613 0.0 1220 WP_087199737.1 WP_267918242.1 22.1 520 294 17 97 572 96 548 2.80e-12 67.8 HAI0697239.1 HAI0697239.1 100 795 0 0 1 795 1 795 0.0 1565 HAI0697239.1 MBP6132529.1 46.6 796 419 2 1 794 1 792 5.32e-239 686 WP_039190453.1 WP_039190453.1 100 457 0 0 1 457 1 457 1.08e-311 843 WP_039190453.1 EMS62928.1 40.8 316 186 1 139 454 93 407 2.89e-77 245 WP_039190453.1 WP_267292626.1 40.0 95 52 3 1 95 1 90 9.07e-10 58.9 WP_268285128.1 WP_268285128.1 100 408 0 0 1 408 1 408 2.68e-303 817 WP_268285128.1 WP_164585387.1 34.2 330 165 10 10 329 2 289 2.96e-35 131 WP_268285128.1 WP_006027485.1 33.8 284 139 10 10 282 2 247 1.19e-32 124 WP_268285128.1 WP_016809838.1 28.3 265 157 6 10 274 2 233 8.09e-18 82.4 WP_223360106.1 WP_223360106.1 100 402 0 0 1 402 1 402 2.82e-270 733 OUR78726.1 OUR78726.1 100 102 0 0 1 102 1 102 7.62e-72 207 NIP79453.1 NIP79453.1 100 86 0 0 1 86 1 86 5.26e-58 171 NIP79453.1 WP_024330540.1 44.3 88 47 2 1 86 139 226 1.31e-17 73.9 NIP79453.1 DAZ71054.1 42.0 88 48 2 1 86 177 263 3.27e-15 67.0 XP_008332845.1 XP_008332845.1 100 531 0 0 1 531 1 531 0.0 1073 TQD74562.1 TQD74562.1 100 219 0 0 1 219 1 219 4.45e-157 432 MCL4381067.1 MCL4381067.1 100 126 0 0 1 126 1 126 1.14e-91 259 WP_091276063.1 WP_091276063.1 100 45 0 0 1 45 1 45 1.44e-26 88.6 WP_091276063.1 NXE29491.1 56.4 39 17 0 6 44 19 57 1.88e-06 38.1 PDM41204.1 PDM41204.1 100 661 0 0 1 661 1 661 0.0 1237 WP_205448866.1 WP_205448866.1 100 350 0 0 1 350 1 350 9.43e-270 728 WP_205448866.1 MCA0387421.1 25.4 331 215 8 2 326 3 307 1.81e-24 100 WP_205448866.1 WP_073505727.1 27.5 331 188 14 5 312 4 305 5.41e-20 87.8 WP_205448866.1 WP_051669385.1 23.1 334 214 12 5 326 12 314 2.53e-11 62.4 WP_205448866.1 TML70651.1 31.8 107 67 4 5 110 4 105 1.62e-04 39.7 TKJ28570.1 TKJ28570.1 100 213 0 0 1 213 1 213 7.65e-146 403 WP_204037257.1 WP_204037257.1 100 191 0 0 1 191 1 191 9.16e-134 370 WP_204037257.1 MBV8133755.1 39.2 181 105 1 12 187 25 205 4.52e-36 124 WP_204037257.1 MBD7990178.1 40.5 173 98 1 24 191 33 205 4.54e-36 123 TQD99590.1 TQD99590.1 100 189 0 0 1 189 1 189 7.24e-130 360 WP_180130780.1 WP_180130780.1 100 454 0 0 1 454 1 454 6.72e-309 835 WP_254962431.1 WP_254962431.1 100 312 0 0 1 312 1 312 3.03e-240 650 WP_245961518.1 WP_245961518.1 100 60 0 0 1 60 1 60 5.28e-33 105 MBN8919778.1 MBN8919778.1 100 323 0 0 1 323 1 323 2.82e-221 603 PWL92822.1 PWL92822.1 100 121 0 0 1 121 1 121 1.65e-84 240 KFY78659.1 KFY78659.1 100 981 0 0 1 981 1 981 0.0 1777 WP_079619859.1 WP_079619859.1 100 344 0 0 1 344 1 344 3.47e-253 685 PLX13828.1 PLX13828.1 100 157 0 0 1 157 1 157 5.84e-118 328 MBW1714133.1 MBW1714133.1 100 163 0 0 1 163 1 163 2.44e-113 317 ENF92344.1 ENF92344.1 100 292 0 0 1 292 1 292 1.00e-228 619 ENF92344.1 WP_117077319.1 84.3 153 24 0 2 154 4 156 1.50e-99 287 WP_258515841.1 WP_258515841.1 100 81 0 0 1 81 1 81 7.41e-58 170 ECP6736894.1 ECP6736894.1 100 344 0 0 1 344 1 344 1.16e-251 681 ECP6736894.1 EFS8130303.1 95.3 344 16 0 1 344 1 344 1.30e-240 659 ECP6736894.1 PJQ02245.1 31.5 317 204 6 38 344 47 360 1.05e-43 157 ECP6736894.1 EJA9392162.1 36.8 144 84 2 208 344 9 152 3.33e-23 95.5 ECP6736894.1 EAL1671435.1 38.8 116 66 2 234 344 1 116 1.17e-17 81.6 ECP6736894.1 WP_181244664.1 40.0 70 40 1 228 295 191 260 3.22e-06 46.6 WP_006034446.1 WP_006034446.1 100 312 0 0 1 312 1 312 6.05e-231 626 WP_006034446.1 WP_200047810.1 29.8 228 159 1 82 308 93 320 1.47e-24 99.8 WP_006034446.1 WP_112865547.1 34.1 85 56 0 83 167 85 169 7.09e-11 58.9 WP_006034446.1 WP_101936735.1 25.3 198 136 5 92 283 103 294 1.07e-07 50.8 WP_106759541.1 WP_106759541.1 100 415 0 0 1 415 1 415 7.38e-300 809 WP_204663166.1 WP_204663166.1 100 253 0 0 1 253 1 253 2.17e-174 478 WP_204663166.1 WP_209378200.1 38.9 72 44 0 5 76 10 81 1.65e-10 58.2 MBJ7292067.1 MBJ7292067.1 100 264 0 0 1 264 1 264 1.01e-189 518 MBJ7292067.1 MCF8709434.1 43.5 260 139 5 8 264 15 269 4.80e-54 174 MBJ7292067.1 WP_132124768.1 34.3 201 122 4 7 203 2 196 2.63e-26 101 WP_086486287.1 WP_086486287.1 100 133 0 0 1 133 1 133 6.45e-90 255 EHH4366918.1 EHH4366918.1 100 317 0 0 1 317 1 317 3.39e-235 637 EHH4366918.1 WP_066708699.1 30.5 82 57 0 5 86 4 85 7.92e-05 42.0 WP_282689626.1 WP_282689626.1 100 270 0 0 1 270 1 270 1.45e-201 548 WP_282689626.1 WP_065073385.1 29.4 126 75 2 82 207 49 160 1.96e-09 55.5 KAJ1529594.1 KAJ1529594.1 100 148 0 0 1 148 1 148 4.32e-93 264 KAJ1529594.1 AAV84242.1 63.6 143 51 1 7 148 2 144 1.01e-58 177 WP_055337992.1 WP_055337992.1 100 386 0 0 1 386 1 386 8.63e-282 761 WP_055337992.1 WP_019444443.1 65.2 322 112 0 65 386 2 323 1.13e-155 439 WP_055337992.1 MBL6847974.1 40.4 381 218 4 11 386 12 388 2.65e-96 291 WP_055337992.1 WP_019585553.1 33.1 338 219 5 31 363 43 378 2.12e-45 159 WP_055337992.1 WP_158057697.1 28.1 356 244 6 9 360 18 365 5.87e-33 125 WP_055337992.1 MCH8312862.1 26.7 322 212 8 36 350 19 323 4.56e-25 103 WP_055337992.1 RYZ40664.1 26.2 363 238 11 2 349 9 356 1.74e-17 81.6 XP_040136988.1 XP_040136988.1 100 507 0 0 1 507 1 507 0.0 934 WP_060933343.1 WP_060933343.1 100 110 0 0 1 110 1 110 2.76e-80 229 WP_258380998.1 WP_258380998.1 100 239 0 0 1 239 1 239 1.13e-169 465 MCB1338306.1 MCB1338306.1 100 225 0 0 1 225 1 225 2.59e-168 461 WP_038052668.1 WP_038052668.1 100 417 0 0 1 417 1 417 1.12e-295 799 WP_038052668.1 WP_200198809.1 40.0 405 234 4 13 410 14 416 2.23e-89 275 WP_038052668.1 RIX75659.1 36.3 427 253 6 3 410 14 440 7.04e-77 244 WP_038052668.1 XP_052534275.1 32.3 504 242 12 6 416 105 602 1.61e-61 207 WP_116619797.1 WP_116619797.1 100 122 0 0 1 122 1 122 2.08e-83 238 WP_105526419.1 WP_105526419.1 100 247 0 0 1 247 1 247 6.23e-171 469 WP_129543374.1 WP_129543374.1 100 168 0 0 1 168 1 168 8.43e-121 336 MBL8820230.1 MBL8820230.1 100 325 0 0 1 325 1 325 7.24e-250 675 MBL8820230.1 RYE89993.1 39.7 310 155 5 28 316 31 329 2.93e-66 209 MBL8820230.1 NEO65312.1 33.7 285 137 13 29 311 271 505 4.19e-29 115 XP_004869485.1 XP_004869485.1 100 555 0 0 1 555 1 555 1.33e-198 564 WP_248846761.1 WP_248846761.1 100 59 0 0 1 59 1 59 1.57e-38 119 MCP5260845.1 MCP5260845.1 100 567 0 0 1 567 1 567 0.0 1118 MCP5260845.1 WP_180196654.1 52.9 563 252 5 3 564 7 557 3.81e-195 556 MCP5260845.1 WP_099345046.1 22.6 561 365 20 18 551 17 535 8.64e-20 91.3 WDS37366.1 WDS37366.1 100 532 0 0 1 532 1 532 0.0 1060 WDS37366.1 KCN41050.1 26.1 360 223 11 8 349 5 339 6.69e-16 77.4 WP_238844860.1 WP_238844860.1 100 270 0 0 1 270 1 270 3.73e-213 578 NXY38534.1 NXY38534.1 100 147 0 0 1 147 1 147 3.59e-114 317 NXY38534.1 XP_055254096.1 83.0 112 17 1 7 116 67 178 1.90e-69 206 WP_263072085.1 WP_263072085.1 100 254 0 0 1 254 1 254 9.96e-176 482 WP_263072085.1 WP_138785174.1 29.2 243 160 4 17 250 23 262 1.11e-18 81.3 MCB1815789.1 MCB1815789.1 100 310 0 0 1 310 1 310 2.36e-227 617 MCB1815789.1 MBQ0048698.1 28.9 173 116 4 139 309 182 349 4.77e-14 70.1 MWR41881.1 MWR41881.1 100 267 0 0 1 267 1 267 1.80e-189 518 MWR41881.1 WP_076409454.1 38.6 236 139 1 29 264 5 234 1.37e-54 178 MWR41881.1 WP_109219819.1 43.9 221 118 2 44 264 33 247 1.55e-53 176 MWR41881.1 WP_011057593.1 37.3 236 142 1 29 264 5 234 5.15e-53 174 MWR41881.1 WP_140480909.1 38.5 226 133 1 39 264 24 243 8.21e-51 169 MWR41881.1 WP_170725874.1 39.4 221 128 1 44 264 20 234 3.22e-49 164 MWR41881.1 WP_258581409.1 39.4 221 128 1 44 264 19 233 2.63e-48 162 MWR41881.1 WP_237907640.1 37.6 237 142 2 28 264 3 233 1.14e-47 160 MWR41881.1 HBO4828144.1 37.9 219 120 2 44 262 30 232 8.17e-43 145 MWR41881.1 MCB0243881.1 38.3 201 123 1 44 244 25 224 5.38e-38 131 XP_044490862.1 XP_044490862.1 100 343 0 0 1 343 1 343 6.18e-203 558 MBM3322720.1 MBM3322720.1 100 343 0 0 1 343 1 343 7.66e-261 704 WP_038440434.1 WP_038440434.1 100 581 0 0 1 581 1 581 0.0 1072 WP_038440434.1 WP_060613079.1 27.2 515 365 7 61 569 69 579 4.44e-45 166 WP_038440434.1 MBQ4454347.1 29.1 430 282 7 156 572 159 578 2.19e-44 164 WP_038440434.1 WP_195238978.1 28.7 387 268 6 195 575 343 727 4.98e-42 159 WP_038440434.1 NFD84694.1 21.9 498 365 7 92 575 277 764 1.86e-38 149 WP_038440434.1 WP_011512097.1 29.1 358 243 4 222 569 224 580 1.32e-34 136 WP_038440434.1 MBQ8297564.1 22.4 491 367 5 92 573 89 574 6.92e-30 122 WP_038440434.1 WP_247749043.1 31.1 238 157 3 339 569 361 598 4.80e-28 117 WP_038440434.1 WP_036258374.1 31.5 257 166 4 313 565 309 559 7.27e-28 116 WP_038440434.1 WP_222599035.1 27.2 279 200 3 281 556 410 688 8.63e-26 110 XP_005087540.1 XP_005087540.1 100 314 0 0 1 314 1 314 2.54e-224 610 XP_005087540.1 XP_042531659.1 42.1 304 176 0 1 304 1 304 8.70e-78 238 XP_005087540.1 XP_054446685.1 41.4 297 174 0 8 304 6 302 9.85e-77 235 XP_005087540.1 XP_034290446.1 41.0 300 176 1 11 309 12 311 7.45e-74 228 XP_005087540.1 XP_012889676.1 40.4 292 174 0 11 302 11 302 1.15e-68 214 XP_005087540.1 XP_002688837.2 37.9 298 185 0 9 306 9 306 3.05e-63 201 XP_005087540.1 AAR19565.1 38.3 222 137 0 64 285 1 222 2.03e-47 157 XP_005087540.1 XP_046298169.1 34.5 290 188 1 11 298 13 302 4.80e-46 156 XP_005087540.1 XP_049747270.1 35.3 292 182 5 11 298 13 301 1.30e-45 155 PKM16736.1 PKM16736.1 100 136 0 0 1 136 1 136 2.81e-90 256 MBG8612140.1 MBG8612140.1 100 366 0 0 1 366 1 366 2.53e-273 738 NLY22703.1 NLY22703.1 100 637 0 0 1 637 1 637 0.0 1251 NLY22703.1 MBL0091585.1 43.8 340 180 5 8 337 57 395 3.61e-78 260 NLY22703.1 GEU53557.1 22.1 353 236 10 14 341 115 453 3.53e-14 73.9 TMH33622.1 TMH33622.1 100 244 0 0 1 244 1 244 2.45e-171 470 TEA36401.1 TEA36401.1 100 49 0 0 1 49 1 49 4.19e-32 102 WP_279029857.1 WP_279029857.1 100 368 0 0 1 368 1 368 2.83e-223 612 XP_037829017.1 XP_037829017.1 100 1195 0 0 1 1195 1 1195 0.0 2305 GBM15324.1 GBM15324.1 100 523 0 0 1 523 1 523 0.0 988 WP_216890540.1 WP_216890540.1 100 425 0 0 1 425 1 425 4.42e-297 803 WP_216890540.1 WP_053743010.1 22.0 418 306 4 13 425 16 418 1.28e-25 106 WP_023955328.1 WP_023955328.1 100 352 0 0 1 352 1 352 4.89e-248 673 WP_023955328.1 WP_029317544.1 30.0 353 230 6 1 343 1 346 5.83e-40 145 WP_023955328.1 WP_219954954.1 22.4 340 254 5 4 340 6 338 2.09e-20 90.1 WP_023955328.1 WP_101606078.1 27.9 348 205 14 11 343 12 328 1.26e-16 79.0 WP_023955328.1 MCF6289355.1 25.2 147 106 2 200 345 51 194 1.99e-08 53.1 EHK9185512.1 EHK9185512.1 100 284 0 0 1 284 1 284 2.96e-217 589 EHK9185512.1 ACA34490.1 31.1 283 161 9 3 275 256 514 6.94e-31 119 EHK9185512.1 WP_252264110.1 41.8 141 81 1 4 143 2 142 3.88e-29 107 EHK9185512.1 WP_084119994.1 26.8 97 67 1 6 102 4 96 9.19e-05 41.6 WP_236495189.1 WP_236495189.1 100 191 0 0 1 191 1 191 1.35e-135 375 XP_049236752.1 XP_049236752.1 100 825 0 0 1 825 1 825 0.0 1521 XP_049236752.1 AJU61790.1 34.8 489 306 7 6 488 21 502 1.03e-89 293 XP_049236752.1 KAE8355151.1 27.3 422 288 10 64 474 103 516 3.67e-38 148 XP_049236752.1 KAF8901107.1 25.8 476 323 10 10 475 33 488 6.21e-34 135 XP_049236752.1 MCB1412915.1 22.9 166 127 1 65 229 67 232 1.54e-08 56.2 MBO6153462.1 MBO6153462.1 100 65 0 0 1 65 1 65 7.59e-44 133 EAZ93353.1 EAZ93353.1 100 53 0 0 1 53 1 53 1.97e-34 108 TAL78422.1 TAL78422.1 100 262 0 0 1 262 1 262 9.83e-205 556 MBQ9979016.1 MBQ9979016.1 100 367 0 0 1 367 1 367 4.02e-250 679 MBQ9979016.1 WP_049105913.1 52.3 107 48 1 119 222 257 363 3.90e-32 122 MBQ9979016.1 MCP4914981.1 68.6 70 22 0 121 190 146 215 6.26e-25 99.4 MBQ9979016.1 MCH8269832.1 31.7 230 96 7 128 354 158 329 3.03e-16 77.4 MBQ9979016.1 WP_131734175.1 29.1 227 149 4 131 354 33 250 7.62e-16 75.1 WP_232038993.1 WP_232038993.1 100 510 0 0 1 510 1 510 0.0 983 WP_232038993.1 WP_257689765.1 29.1 492 328 8 1 487 1 476 9.01e-50 176 WP_232038993.1 WP_195426888.1 29.2 435 275 8 17 437 10 425 1.95e-42 156 WP_232038993.1 WP_255965801.1 27.6 490 334 8 3 487 2 475 1.45e-39 148 WP_232038993.1 XP_050320449.1 27.0 477 307 13 32 494 33 482 9.01e-38 143 WP_232038993.1 WP_108756325.1 29.4 462 304 7 32 491 27 468 3.68e-37 141 WP_232038993.1 WP_061795322.1 27.1 491 326 13 24 502 33 503 1.78e-35 137 WP_232038993.1 WP_129189671.1 26.3 293 186 8 147 420 158 439 1.81e-13 71.2 KAF0259695.1 KAF0259695.1 100 212 0 0 1 212 1 212 9.66e-144 397 WP_263011293.1 WP_263011293.1 100 137 0 0 1 137 1 137 1.01e-79 229 WP_153201580.1 WP_153201580.1 100 204 0 0 1 204 1 204 1.07e-152 419 WP_074667553.1 WP_074667553.1 100 335 0 0 1 335 1 335 1.15e-242 658 WP_096443068.1 WP_096443068.1 100 313 0 0 1 313 1 313 5.84e-234 634 WP_096443068.1 MCF8709434.1 33.0 227 124 8 33 256 26 227 6.79e-20 85.9 WP_096443068.1 WP_251767892.1 28.7 209 127 6 29 235 12 200 5.84e-13 65.1 WP_063378475.1 WP_063378475.1 100 79 0 0 1 79 1 79 4.20e-54 160 WP_211627431.1 WP_211627431.1 100 613 0 0 1 613 1 613 0.0 1217 WP_152029253.1 WP_152029253.1 100 96 0 0 1 96 1 96 6.01e-64 186 MCR5007903.1 MCR5007903.1 100 193 0 0 1 193 1 193 2.08e-140 387 MCR5007903.1 WP_088527814.1 46.8 188 98 2 1 188 1 186 5.82e-55 171 MCR5007903.1 WP_122081718.1 41.1 190 104 4 2 188 4 188 4.55e-40 134 MCR5007903.1 WP_239881445.1 28.8 160 101 6 38 193 235 385 1.11e-09 55.1 UEX07109.1 UEX07109.1 100 4379 0 0 1 4379 1 4379 0.0 7403 UEX07109.1 QWC83326.1 88.0 4375 525 0 1 4375 27 4401 0.0 7379 UEX07109.1 QSZ25555.1 88.0 4375 527 0 1 4375 27 4401 0.0 7377 UEX07109.1 WEU87158.1 88.0 4375 526 0 1 4375 27 4401 0.0 7376 UEX07109.1 UPP41269.1 87.9 4379 529 1 1 4379 27 4402 0.0 7365 UEX07109.1 UZO53924.1 87.9 4375 528 1 1 4375 27 4398 0.0 7359 UEX07109.1 UVB16817.1 87.9 4375 528 1 1 4375 27 4398 0.0 7357 UEX07109.1 WHE12941.1 89.8 4375 444 1 1 4375 1 4372 0.0 7328 UEX07109.1 UXX67934.1 88.1 4375 517 1 1 4375 27 4398 0.0 7288 UEX07109.1 QRX02582.1 89.0 4041 444 0 1 4041 27 4067 0.0 6883 WP_172228453.1 WP_172228453.1 100 57 0 0 1 57 1 57 5.99e-42 128 XP_054800357.1 XP_054800357.1 100 659 0 0 1 659 1 659 0.0 1324 MCD4805360.1 MCD4805360.1 100 385 0 0 1 385 1 385 4.86e-267 724 MCD4805360.1 PWC90347.1 23.9 330 188 10 54 366 67 350 5.82e-15 73.9 MCD4805360.1 KAB2838176.1 27.1 240 153 6 10 241 13 238 2.84e-09 55.5 MUU11774.1 MUU11774.1 100 284 0 0 1 284 1 284 1.72e-191 524 MUU11774.1 MBS4968936.1 34.1 279 170 4 14 283 11 284 1.09e-38 135 MUU11774.1 MBA2554676.1 31.3 246 165 2 43 284 55 300 1.01e-31 117 MUU11774.1 NUQ31250.1 25.5 251 154 4 61 279 96 345 7.75e-15 72.0 WP_221286480.1 WP_221286480.1 100 286 0 0 1 286 1 286 1.32e-196 537 WP_221286480.1 WP_187094112.1 42.3 239 114 5 48 279 61 282 2.62e-44 150 WP_221286480.1 MBO4168293.1 33.9 257 111 14 30 263 11 231 7.39e-09 53.5 WP_076679691.1 WP_076679691.1 100 129 0 0 1 129 1 129 4.98e-92 260 QIG46118.1 QIG46118.1 100 330 0 0 1 330 1 330 6.45e-251 678 WP_171531042.1 WP_171531042.1 100 356 0 0 1 356 1 356 1.35e-272 735 XP_002430673.1 XP_002430673.1 100 66 0 0 1 66 1 66 8.14e-44 133 XP_002430673.1 XP_020103231.1 45.6 57 31 0 5 61 93 149 3.61e-11 54.7 ANJ20823.1 ANJ20823.1 100 66 0 0 1 66 1 66 2.21e-50 150 NXR14151.1 NXR14151.1 100 261 0 0 1 261 1 261 2.70e-197 537 MBI5003436.1 MBI5003436.1 100 508 0 0 1 508 1 508 0.0 946 MBI5003436.1 MBD5306941.1 29.8 121 64 5 376 484 427 538 7.56e-06 47.0 MCU2740175.1 MCU2740175.1 100 186 0 0 1 186 1 186 1.66e-138 382 WP_203339841.1 WP_203339841.1 100 342 0 0 1 342 1 342 3.72e-247 670 WP_203339841.1 NRF69152.1 39.7 272 153 6 13 276 139 407 1.92e-53 182 WP_203339841.1 WP_058504615.1 41.6 269 147 7 12 275 191 454 8.49e-52 178 WP_203339841.1 WP_283107263.1 35.1 276 176 3 2 276 174 447 4.64e-48 168 WP_203339841.1 WP_017718577.1 37.6 266 163 3 12 276 240 503 1.14e-47 169 WP_203339841.1 MBT7163208.1 37.6 258 158 3 22 278 207 462 5.39e-47 166 WP_203339841.1 WP_121975536.1 40.1 152 85 3 130 276 114 264 1.50e-27 108 WP_203339841.1 RYD39969.1 29.6 277 172 9 20 284 21 286 2.44e-25 102 WP_203339841.1 EEC9022132.1 31.0 213 126 5 106 303 194 400 7.69e-23 97.4 WP_203339841.1 WP_029222463.1 35.2 176 100 3 130 296 112 282 1.70e-21 92.4 XP_052621353.1 XP_052621353.1 100 522 0 0 1 522 1 522 0.0 1054 KAJ4922108.1 KAJ4922108.1 100 468 0 0 1 468 1 468 1.61e-314 851 KAJ4922108.1 NXM82541.1 48.6 506 188 12 26 468 1 497 4.85e-127 376 KAJ4922108.1 XP_018957721.2 34.8 135 79 4 25 156 11 139 2.20e-16 80.1 MBK6983032.1 MBK6983032.1 100 78 0 0 1 78 1 78 2.19e-51 153 MCI9332849.1 MCI9332849.1 100 201 0 0 1 201 1 201 1.39e-142 394 MCI9332849.1 MBQ2810184.1 36.1 61 39 0 5 65 5 65 6.85e-07 44.3 WP_057489847.1 WP_057489847.1 100 130 0 0 1 130 1 130 1.37e-94 266 WP_100146488.1 WP_100146488.1 100 67 0 0 1 67 1 67 1.92e-38 120 WP_176018545.1 WP_176018545.1 100 382 0 0 1 382 1 382 9.21e-275 743 WP_176018545.1 MCU1514505.1 42.3 366 195 5 3 365 6 358 1.93e-89 273 MBI4448201.1 MBI4448201.1 100 197 0 0 1 197 1 197 8.44e-142 391 QGA29503.1 QGA29503.1 100 685 0 0 1 685 1 685 0.0 1365 QGA29503.1 AFX75916.1 96.1 685 27 0 1 685 1 685 0.0 1322 WP_274358594.1 WP_274358594.1 100 208 0 0 1 208 1 208 7.12e-144 397 XP_052375968.1 XP_052375968.1 100 252 0 0 1 252 1 252 3.98e-190 518 WP_137692307.1 WP_137692307.1 100 515 0 0 1 515 1 515 0.0 992 WP_137692307.1 MBR0185573.1 26.0 400 214 12 58 390 244 628 2.42e-21 95.9 MBS0252047.1 MBS0252047.1 100 273 0 0 1 273 1 273 7.44e-201 547 MBM3499926.1 MBM3499926.1 100 263 0 0 1 263 1 263 1.01e-193 528 NBQ41256.1 NBQ41256.1 100 297 0 0 1 297 1 297 1.64e-216 588 NBQ41256.1 WP_020913025.1 52.7 296 131 2 1 296 1 287 2.92e-108 314 NBQ41256.1 KAF1538674.1 52.4 307 123 5 2 293 20 318 1.21e-104 306 NBQ41256.1 MBI3461834.1 51.7 290 131 2 1 290 1 281 5.32e-102 298 NBQ41256.1 NEQ48723.1 51.4 290 132 3 1 290 1 281 3.29e-97 286 NBQ41256.1 OCB46767.1 47.5 303 141 4 1 294 1 294 2.60e-86 259 MBQ6111538.1 MBQ6111538.1 100 79 0 0 1 79 1 79 9.58e-51 152 WP_189646918.1 WP_189646918.1 100 728 0 0 1 728 1 728 0.0 1400 WP_189646918.1 WP_116818916.1 40.7 739 411 11 2 724 6 733 9.56e-145 439 MXX91804.1 MXX91804.1 100 123 0 0 1 123 1 123 2.72e-93 263 WP_059632389.1 WP_059632389.1 100 414 0 0 1 414 1 414 9.96e-318 854 WP_059632389.1 WP_169253344.1 27.5 418 267 11 6 404 4 404 2.30e-24 102 WP_052379448.1 WP_052379448.1 100 305 0 0 1 305 1 305 1.30e-217 592 WP_052379448.1 WP_046600280.1 31.8 289 196 1 3 291 1 288 3.56e-47 159 WP_052379448.1 WP_064711955.1 32.9 295 196 1 9 301 7 301 2.07e-38 136 WP_052379448.1 WP_243977667.1 29.4 289 195 3 9 294 8 290 2.75e-31 117 WP_052379448.1 NED83450.1 32.4 148 97 2 5 149 4 151 1.36e-14 71.2 WP_052379448.1 WP_229447885.1 33.3 126 78 2 5 130 6 125 1.63e-10 59.3 WP_052379448.1 WP_265634479.1 31.4 156 85 4 1 146 5 148 2.14e-09 55.8 WP_052379448.1 WP_268678783.1 25.6 121 88 1 5 125 3 121 2.28e-04 40.4 HCW55486.1 HCW55486.1 100 138 0 0 1 138 1 138 1.90e-98 277 WP_260920963.1 WP_260920963.1 100 322 0 0 1 322 1 322 6.15e-220 599 HBS0905846.1 HBS0905846.1 100 558 0 0 1 558 1 558 0.0 1102 HBS0905846.1 MCM6312373.1 98.7 558 7 0 1 558 1 558 0.0 1088 HBS0905846.1 HBZ7417361.1 98.2 283 5 0 276 558 1 283 5.65e-201 560 HBS0905846.1 WP_280015341.1 41.5 556 316 4 5 553 10 563 9.40e-134 400 HBS0905846.1 CAA0126222.1 42.6 47 27 0 1 47 7 53 7.24e-04 40.4 MAA73247.1 MAA73247.1 100 174 0 0 1 174 1 174 1.81e-118 330 KJS09633.1 KJS09633.1 100 589 0 0 1 589 1 589 0.0 1107 KJS09633.1 WP_185816158.1 40.4 104 62 0 485 588 125 228 1.17e-17 80.9 WP_063427392.1 WP_063427392.1 100 335 0 0 1 335 1 335 1.90e-241 655 WP_063427392.1 WP_125625723.1 30.9 350 211 10 2 333 6 342 7.05e-33 123 WP_063427392.1 MBQ1311177.1 25.7 327 216 9 11 323 7 320 4.50e-17 79.3 WP_063427392.1 WP_098515742.1 24.1 307 202 8 8 311 3 281 1.88e-08 53.1 WP_171251269.1 WP_171251269.1 100 132 0 0 1 132 1 132 3.90e-95 268 MBR6293537.1 MBR6293537.1 100 177 0 0 1 177 1 177 2.39e-129 358 MBR6293537.1 MBL1150364.1 32.2 180 109 7 4 175 6 180 3.73e-16 70.9 MBR6293537.1 XP_008572610.1 36.3 91 50 3 30 116 417 503 7.03e-07 46.6 MBD8963934.1 MBD8963934.1 100 395 0 0 1 395 1 395 1.52e-291 786 MBD8963934.1 EJI8012843.1 21.8 354 166 8 10 355 598 848 1.12e-09 58.5 MBD8963934.1 EDF5922784.1 38.6 70 42 1 10 79 490 558 1.13e-07 52.0 KAF4998971.1 KAF4998971.1 100 271 0 0 1 271 1 271 1.98e-204 556 WP_056264272.1 WP_056264272.1 100 252 0 0 1 252 1 252 1.62e-189 516 HIE21596.1 HIE21596.1 100 285 0 0 1 285 1 285 3.74e-191 523 WP_262138576.1 WP_262138576.1 100 215 0 0 1 215 1 215 1.76e-161 442 NPV66369.1 NPV66369.1 100 305 0 0 1 305 1 305 2.65e-226 614 NPV66369.1 OGR46634.1 64.7 292 98 3 2 290 3 292 8.81e-134 380 MBN4358138.1 MBN4358138.1 100 15 0 0 1 15 1 15 2.31e-08 40.8 MBM3366565.1 MBM3366565.1 100 225 0 0 1 225 1 225 1.04e-158 436 MBM3366565.1 MBQ9976843.1 41.7 216 120 4 10 223 6 217 1.02e-43 147 MBM3366565.1 PWU18232.1 42.0 219 116 5 10 223 13 225 1.57e-41 142 MBM3366565.1 MCI0677710.1 36.4 217 122 5 10 223 8 211 8.18e-33 119 WP_182997113.1 WP_182997113.1 100 162 0 0 1 162 1 162 2.86e-116 324 WP_215799033.1 WP_215799033.1 100 599 0 0 1 599 1 599 0.0 1101 MBO7690464.1 MBO7690464.1 100 609 0 0 1 609 1 609 0.0 1288 MBO7690464.1 WP_122747354.1 30.0 484 308 11 95 561 57 526 9.44e-61 209 MBO7690464.1 WP_160762600.1 23.3 455 287 14 126 561 52 463 2.06e-21 95.9 ANN75327.1 ANN75327.1 100 293 0 0 1 293 1 293 1.12e-221 601 WP_283525395.1 WP_283525395.1 100 379 0 0 1 379 1 379 3.09e-276 746 WP_283525395.1 EGS8470081.1 42.7 379 202 5 7 376 3 375 1.78e-95 288 RVU39726.1 RVU39726.1 100 158 0 0 1 158 1 158 2.10e-107 301 WP_129189671.1 WP_129189671.1 100 701 0 0 1 701 1 701 0.0 1348 WP_129189671.1 WP_232038993.1 26.8 280 175 8 158 426 147 407 3.76e-11 64.3 AJU61790.1 AJU61790.1 100 569 0 0 1 569 1 569 0.0 1127 AJU61790.1 XP_049236752.1 35.0 489 305 7 21 502 6 488 2.54e-91 296 AJU61790.1 EJG1264510.1 26.0 470 299 10 25 485 5 434 8.04e-38 143 AJU61790.1 KAF8901107.1 24.9 458 311 7 43 488 51 487 9.37e-31 124 AJU61790.1 WP_133179454.1 23.3 373 220 13 80 422 75 411 4.76e-12 66.6 AJU61790.1 MCB1412915.1 27.7 173 112 5 80 246 67 232 9.00e-09 56.2 WP_009620393.1 WP_009620393.1 100 295 0 0 1 295 1 295 1.33e-205 561 WP_009620393.1 WP_077690175.1 33.3 192 122 2 6 194 7 195 8.79e-22 91.7 WP_009620393.1 WP_012339795.1 34.8 158 93 4 6 160 6 156 7.58e-15 71.6 WP_009620393.1 WP_254301195.1 34.3 172 102 5 5 174 10 172 1.26e-11 62.4 WP_009620393.1 MCI2079698.1 20.9 191 151 0 6 196 6 196 7.01e-07 48.1 WP_009620393.1 WP_273138110.1 36.1 119 70 4 1 117 1 115 5.02e-06 45.4 WP_009620393.1 WP_140334279.1 33.8 77 51 0 5 81 9 85 1.63e-05 43.9 MCE5327674.1 MCE5327674.1 100 691 0 0 1 691 1 691 0.0 1281 MCE5327674.1 KYG00847.1 41.0 178 96 4 371 545 715 886 3.34e-27 116 MCE5327674.1 MBQ1868746.1 39.0 41 25 0 505 545 454 494 6.52e-04 41.2 WP_184846795.1 WP_184846795.1 100 716 0 0 1 716 1 716 0.0 1325 WP_184846795.1 WP_189761921.1 27.0 807 470 23 5 716 11 793 2.31e-27 116 CAG5919444.1 CAG5919444.1 100 2696 0 0 1 2696 1 2696 0.0 5084 WP_251643117.1 WP_251643117.1 100 1129 0 0 1 1129 1 1129 0.0 2216 XP_013338901.1 XP_013338901.1 100 245 0 0 1 245 1 245 4.26e-177 484 WP_254645866.1 WP_254645866.1 100 213 0 0 1 213 1 213 8.66e-152 418 EFK3891274.1 EFK3891274.1 100 140 0 0 1 140 1 140 3.52e-104 291 HIP46790.1 HIP46790.1 100 175 0 0 1 175 1 175 1.05e-122 341 HIP46790.1 ACE85434.1 35.5 141 89 2 1 140 9 148 4.18e-26 95.9 HIP46790.1 EBL5661155.1 46.7 90 47 1 68 156 1 90 9.33e-20 77.8 WP_271820285.1 WP_271820285.1 100 371 0 0 1 371 1 371 8.30e-261 707 WP_271820285.1 MCB9544502.1 53.3 92 39 2 279 369 10 98 2.93e-21 85.9 WP_119400337.1 WP_119400337.1 100 134 0 0 1 134 1 134 1.71e-99 279 WP_119400337.1 MAB27215.1 41.4 133 76 2 1 133 1 131 1.08e-28 100 GGK76871.1 GGK76871.1 100 276 0 0 1 276 1 276 3.01e-197 538 WP_161554567.1 WP_161554567.1 100 252 0 0 1 252 1 252 6.13e-194 528 MBD5394228.1 MBD5394228.1 100 301 0 0 1 301 1 301 2.51e-213 581 MBD5394228.1 WP_163042480.1 31.8 201 125 6 109 297 119 319 9.56e-23 95.9 MBD5394228.1 WP_114861267.1 28.2 316 200 12 4 298 45 354 1.30e-20 89.0 MBD5394228.1 WP_138572923.1 24.1 307 210 10 7 298 49 347 7.86e-14 69.3 WP_049595658.1 WP_049595658.1 100 102 0 0 1 102 1 102 6.04e-69 199 KAH8979981.1 KAH8979981.1 100 190 0 0 1 190 1 190 5.77e-141 389 RYZ40664.1 RYZ40664.1 100 393 0 0 1 393 1 393 7.71e-284 767 RYZ40664.1 MCH8312862.1 54.4 360 159 2 32 391 3 357 5.31e-128 371 RYZ40664.1 UCF78466.1 34.8 376 237 6 16 386 3 375 4.55e-56 187 RYZ40664.1 WP_019585553.1 32.8 381 244 7 16 386 16 394 1.11e-49 171 RYZ40664.1 WP_145937814.1 33.2 386 241 6 12 386 2 381 2.22e-48 167 RYZ40664.1 WP_019444443.1 27.0 282 196 6 82 356 8 286 1.03e-17 81.6 RYZ40664.1 MBL6847974.1 25.4 323 231 6 48 362 37 357 5.87e-17 80.1 RYZ40664.1 WP_278361924.1 23.6 390 278 8 12 389 1 382 1.15e-14 73.2 RYZ40664.1 MBL4853947.1 29.2 171 110 5 69 234 68 232 3.79e-13 68.6 RYZ40664.1 WP_083349422.1 29.5 129 81 3 111 234 108 231 7.20e-11 61.6 ANP72927.1 ANP72927.1 100 257 0 0 1 257 1 257 5.65e-126 356 ANP72927.1 WP_014286324.1 36.8 68 43 0 47 114 6 73 2.13e-07 48.1 ANP72927.1 WP_048427321.1 46.4 56 30 0 44 99 11 66 4.61e-07 47.8 ANP72927.1 WP_023355490.1 43.9 57 31 1 46 101 10 66 1.67e-06 46.2 ANP72927.1 WP_234080888.1 42.4 66 37 1 35 99 14 79 2.29e-06 45.8 ANP72927.1 WP_169054812.1 36.4 66 42 0 47 112 23 88 3.96e-06 45.1 WP_279270002.1 WP_279270002.1 100 231 0 0 1 231 1 231 1.74e-169 464 KAB2615394.1 KAB2615394.1 100 332 0 0 1 332 1 332 3.12e-234 636 NTM88027.1 NTM88027.1 100 674 0 0 1 674 1 674 0.0 1328 HAS6615025.1 HAS6615025.1 100 79 0 0 1 79 1 79 1.21e-53 159 MCR5673014.1 MCR5673014.1 100 165 0 0 1 165 1 165 1.90e-86 249 HCA5739398.1 HCA5739398.1 100 245 0 0 1 245 1 245 1.08e-170 468 RAI83609.1 RAI83609.1 100 237 0 0 1 237 1 237 4.79e-170 466 WP_255965801.1 WP_255965801.1 100 484 0 0 1 484 1 484 0.0 933 WP_255965801.1 WP_257689765.1 47.6 481 250 2 3 482 4 483 1.45e-149 434 WP_255965801.1 WP_131836551.1 37.8 490 286 6 5 482 10 492 1.28e-94 293 WP_255965801.1 WP_057201184.1 38.4 466 271 7 26 482 15 473 1.23e-88 278 WP_255965801.1 XP_050320449.1 36.4 481 287 10 12 482 11 482 1.76e-84 267 WP_255965801.1 WP_008959270.1 34.3 481 301 8 11 482 9 483 7.91e-74 239 WP_255965801.1 WP_061795322.1 32.6 481 305 8 15 482 22 496 1.76e-68 226 WP_255965801.1 WP_108756325.1 33.8 450 288 6 34 480 27 469 1.26e-66 220 WP_255965801.1 WP_205186167.1 33.0 415 271 4 73 484 5 415 2.16e-64 213 WP_255965801.1 WP_232038993.1 27.6 490 334 8 2 475 3 487 2.18e-41 153 WP_010997757.1 WP_010997757.1 100 552 0 0 1 552 1 552 0.0 959 WP_010997757.1 WP_207277556.1 25.4 193 136 6 344 532 23 211 5.82e-12 66.6 WP_010997757.1 MCL6479991.1 26.9 108 69 3 365 465 30 134 2.51e-09 57.4 WP_010997757.1 MBP8613265.1 28.6 182 108 7 336 498 216 394 2.71e-09 57.8 WP_244200682.1 WP_244200682.1 100 320 0 0 1 320 1 320 7.24e-252 680 WP_244200682.1 NRB18267.1 45.3 298 152 5 4 299 14 302 1.18e-88 266 OTO70739.1 OTO70739.1 100 30 0 0 1 30 1 30 1.14e-15 60.1 WP_143010918.1 WP_143010918.1 100 784 0 0 1 784 1 784 0.0 1526 WP_255375741.1 WP_255375741.1 100 283 0 0 1 283 1 283 1.03e-187 514 WP_255375741.1 YP_009351723.1 41.2 51 30 0 46 96 232 282 5.05e-07 48.9 WP_255375741.1 MCG6876547.1 31.4 70 34 1 43 98 297 366 2.21e-04 40.8 WP_257080809.1 WP_257080809.1 100 200 0 0 1 200 1 200 8.28e-130 361 GLY24463.1 GLY24463.1 100 327 0 0 1 327 1 327 3.51e-233 633 GLY24463.1 WP_066083732.1 43.7 318 177 2 4 319 6 323 6.75e-93 278 GLY24463.1 MCP5262709.1 45.8 321 172 2 4 323 1 320 3.72e-92 276 GLY24463.1 WP_107894076.1 44.7 318 175 1 3 320 4 320 6.59e-91 273 GLY24463.1 WP_131166802.1 48.7 306 155 2 2 305 3 308 2.41e-86 261 GLY24463.1 WP_227059655.1 45.8 312 146 4 4 309 17 311 1.05e-76 245 GLY24463.1 WP_192324556.1 50.2 265 124 3 4 261 13 276 5.48e-76 243 GLY24463.1 MBU5353226.1 41.3 276 145 5 1 267 1 268 8.99e-61 195 GLY24463.1 RUU66461.1 45.0 249 129 3 14 262 96 336 1.48e-56 186 GLY24463.1 QCM13287.1 39.5 256 149 3 4 259 9 258 1.37e-47 160 MBR5377733.1 MBR5377733.1 100 215 0 0 1 215 1 215 6.34e-155 426 WP_247623927.1 WP_247623927.1 100 403 0 0 1 403 1 403 4.29e-254 692 WP_247623927.1 WP_232968558.1 42.5 308 172 3 100 403 8 314 1.01e-75 236 WP_247623927.1 PAV09171.1 36.6 306 178 3 101 401 25 319 5.35e-56 185 WP_018646673.1 WP_018646673.1 100 958 0 0 1 958 1 958 0.0 1836 WP_018646673.1 WP_200543170.1 34.7 481 302 5 466 943 215 686 2.27e-87 293 WP_018646673.1 CKF71070.1 34.1 508 328 5 443 949 245 746 1.12e-85 290 WP_018646673.1 HAB03480.1 33.0 506 327 6 454 951 592 1093 9.05e-83 288 WP_018646673.1 WP_230171322.1 33.3 513 320 6 450 950 521 1023 3.76e-79 277 WP_018646673.1 MBF0143407.1 32.5 434 290 2 519 951 632 1063 6.40e-61 224 WP_018646673.1 WP_126679569.1 30.0 557 369 16 397 940 245 793 1.27e-51 193 WP_018646673.1 EIA4708990.1 30.1 292 202 2 650 940 367 657 3.48e-33 136 WP_018646673.1 WP_159812831.1 34.1 170 108 3 512 679 234 401 9.80e-22 97.4 WP_018646673.1 HCN71343.1 33.3 126 80 2 557 680 6 129 2.00e-13 66.6 XP_016445639.1 XP_016445639.1 100 548 0 0 1 548 1 548 0.0 1139 XP_016445639.1 XP_047046442.1 26.6 582 345 20 16 541 11 566 2.63e-55 194 XP_016445639.1 CAG8726868.1 27.8 317 187 11 204 497 10 307 3.35e-20 90.5 XP_029698713.1 XP_029698713.1 100 1030 0 0 1 1030 1 1030 0.0 2186 MBU5424338.1 MBU5424338.1 100 273 0 0 1 273 1 273 1.38e-196 536 MBU5424338.1 KAG2346037.1 35.0 260 145 5 12 253 13 266 8.14e-31 114 MBU5424338.1 MCB1644245.1 35.4 246 148 6 14 254 8 247 9.19e-30 111 MBU5424338.1 WP_108024271.1 32.5 243 154 4 16 253 11 248 1.73e-26 102 MBU5424338.1 MXY99086.1 29.9 241 157 3 23 255 1 237 7.28e-26 100 MBU5424338.1 WP_060347438.1 33.3 249 145 9 16 253 10 248 5.38e-16 74.3 WP_007427566.1 WP_007427566.1 100 431 0 0 1 431 1 431 0.0 876 WP_007427566.1 WP_036471418.1 54.2 432 195 2 1 431 1 430 6.02e-164 466 WP_111106433.1 WP_111106433.1 100 161 0 0 1 161 1 161 5.14e-114 318 PDW44028.1 PDW44028.1 100 673 0 0 1 673 1 673 0.0 1234 XP_013164386.1 XP_013164386.1 100 470 0 0 1 470 1 470 4.51e-309 842 MBR3209975.1 MBR3209975.1 100 81 0 0 1 81 1 81 6.43e-41 127 WP_006336501.1 WP_006336501.1 100 112 0 0 1 112 1 112 1.47e-76 219 HCE77318.1 HCE77318.1 100 267 0 0 1 267 1 267 1.90e-200 545 WP_015203918.1 WP_015203918.1 100 469 0 0 1 469 1 469 0.0 924 WP_086987611.1 WP_086987611.1 100 133 0 0 1 133 1 133 4.72e-92 260 KAA6389633.1 KAA6389633.1 100 924 0 0 1 924 1 924 0.0 1722 HEB56095.1 HEB56095.1 100 242 0 0 1 242 1 242 2.28e-175 480 WP_047323176.1 WP_047323176.1 100 383 0 0 1 383 1 383 1.11e-271 735 WP_047323176.1 WP_065450627.1 30.3 307 192 10 58 353 76 371 7.59e-28 114 MBT6415404.1 MBT6415404.1 100 210 0 0 1 210 1 210 1.97e-151 417 MBK3737236.1 MBK3737236.1 100 667 0 0 1 667 1 667 0.0 1287 MBK3737236.1 NSW79198.1 41.6 238 126 3 430 660 432 663 2.31e-43 164 MBK3737236.1 MBF0233644.1 39.0 241 143 3 422 659 359 598 9.49e-40 154 MBK3737236.1 WP_211114623.1 42.1 252 127 8 418 658 413 656 9.18e-39 151 MBK3737236.1 WP_061048002.1 38.5 239 145 1 422 658 386 624 1.15e-37 148 MBK3737236.1 SEP77558.1 36.4 132 67 2 531 658 448 566 3.32e-12 67.8 AEH52569.1 AEH52569.1 100 128 0 0 1 128 1 128 1.13e-92 261 DAK76805.1 DAK76805.1 100 134 0 0 1 134 1 134 1.40e-98 277 KAJ6490484.1 KAJ6490484.1 100 1327 0 0 1 1327 1 1327 0.0 2572 WP_157502995.1 WP_157502995.1 100 342 0 0 1 342 1 342 1.41e-251 681 WP_223232292.1 WP_223232292.1 100 296 0 0 1 296 1 296 3.06e-216 588 KYG00847.1 KYG00847.1 100 945 0 0 1 945 1 945 0.0 1741 KYG00847.1 MCE5327674.1 40.4 178 97 4 715 886 371 545 2.78e-28 120 KYG00847.1 PSQ73325.1 26.8 168 91 5 722 887 704 841 1.96e-06 50.1 KYG00847.1 WP_211114623.1 30.8 120 69 4 781 899 557 663 3.39e-04 42.7 XP_033824504.1 XP_033824504.1 100 1154 0 0 1 1154 1 1154 0.0 2208 MBQ0048698.1 MBQ0048698.1 100 349 0 0 1 349 1 349 1.81e-262 709 MBQ0048698.1 MCB1815789.1 28.9 173 116 4 182 349 139 309 1.43e-12 65.9 MBQ0048698.1 WP_065766477.1 28.1 167 109 4 160 318 261 424 1.91e-08 53.9 UFA30503.1 UFA30503.1 100 4340 0 0 1 4340 1 4340 0.0 7870 UFA30503.1 QZU16279.1 93.6 4340 278 0 1 4340 27 4366 0.0 7863 UFA30503.1 UBD95131.1 93.6 4340 278 0 1 4340 27 4366 0.0 7862 UFA30503.1 UFM00670.1 93.5 4340 281 0 1 4340 27 4366 0.0 7859 UFA30503.1 UEC68750.1 93.5 4340 281 0 1 4340 27 4366 0.0 7857 UFA30503.1 UHM53165.1 93.5 4340 281 0 1 4340 27 4366 0.0 7854 UFA30503.1 UFM02602.1 93.5 4340 281 0 1 4340 27 4366 0.0 7854 UFA30503.1 UEC52718.1 93.5 4340 282 0 1 4340 27 4366 0.0 7854 UFA30503.1 QWC83326.1 93.4 4340 285 0 1 4340 27 4366 0.0 7851 UFA30503.1 QRX02582.1 93.0 4072 285 0 1 4072 27 4098 0.0 7307 RBQ02499.1 RBQ02499.1 100 343 0 0 1 343 1 343 1.13e-262 709 QCI53355.1 QCI53355.1 100 354 0 0 1 354 1 354 4.64e-263 711 QCI53355.1 AEO85464.1 78.5 353 66 3 2 354 37 379 1.43e-201 574 QCI53355.1 QJX39053.1 69.9 352 94 2 3 354 31 370 2.66e-174 504 QCI53355.1 AEJ33395.1 30.7 391 217 12 4 353 25 402 2.83e-47 169 QCI53355.1 ABG88111.1 64.2 95 33 1 254 348 1 94 2.32e-37 128 WP_074801249.1 WP_074801249.1 100 93 0 0 1 93 1 93 4.48e-60 176 MBI1210064.1 MBI1210064.1 100 226 0 0 1 226 1 226 1.14e-167 459 XP_054446685.1 XP_054446685.1 100 309 0 0 1 309 1 309 5.07e-217 591 XP_054446685.1 XP_005087540.1 41.6 296 173 0 8 303 10 305 1.94e-76 234 XP_054446685.1 XP_002688837.2 37.3 303 190 0 1 303 3 305 1.17e-67 212 XP_054446685.1 XP_034290446.1 37.5 301 187 1 9 308 12 312 2.53e-64 204 XP_054446685.1 XP_042531659.1 35.3 303 196 0 3 305 5 307 1.55e-62 199 XP_054446685.1 XP_012889676.1 39.2 301 179 4 2 300 4 302 1.22e-60 194 XP_054446685.1 AAR19565.1 39.2 222 133 2 63 283 2 222 8.49e-45 150 XP_054446685.1 XP_049747270.1 29.2 301 206 3 9 305 13 310 7.56e-36 129 WP_129873796.1 WP_129873796.1 100 973 0 0 1 973 1 973 0.0 1887 WP_087702867.1 WP_087702867.1 100 642 0 0 1 642 1 642 0.0 1210 WP_087702867.1 SOE69513.1 29.9 194 116 6 95 287 114 288 7.13e-07 50.4 GFH27490.1 GFH27490.1 100 315 0 0 1 315 1 315 1.09e-230 626 GFH27490.1 WP_147434933.1 48.3 201 100 2 108 308 2 198 1.39e-58 185 WP_034563362.1 WP_034563362.1 100 202 0 0 1 202 1 202 2.92e-140 388 KAJ8704128.1 KAJ8704128.1 100 296 0 0 1 296 1 296 3.24e-202 552 WP_114861267.1 WP_114861267.1 100 357 0 0 1 357 1 357 8.20e-254 688 WP_114861267.1 WP_138572923.1 57.9 347 138 3 10 356 11 349 5.14e-124 359 WP_114861267.1 MBD5394228.1 28.2 316 200 12 45 354 4 298 1.38e-19 86.3 WP_224791962.1 WP_224791962.1 100 479 0 0 1 479 1 479 0.0 887 WP_224791962.1 WP_279840346.1 33.0 488 300 7 3 477 4 477 1.41e-59 201 WP_224791962.1 WP_094840069.1 32.3 514 310 7 1 478 1 512 4.32e-56 193 WP_224791962.1 MBI4806480.1 29.6 473 306 8 13 472 14 472 3.14e-47 168 WP_224791962.1 WP_076595086.1 25.6 492 317 9 1 471 6 469 3.06e-37 140 WP_224791962.1 WP_283557067.1 27.4 475 318 8 3 473 8 459 1.58e-36 139 WP_268637051.1 WP_268637051.1 100 142 0 0 1 142 1 142 3.78e-100 281 WP_268637051.1 WP_174736260.1 36.3 135 82 1 1 135 1 131 7.88e-23 85.9 XP_028543448.1 XP_028543448.1 100 916 0 0 1 916 1 916 0.0 1608 WP_213341058.1 WP_213341058.1 100 111 0 0 1 111 1 111 5.78e-69 200 WP_025016984.1 WP_025016984.1 100 453 0 0 1 453 1 453 2.70e-303 821 WP_025016984.1 WP_155560674.1 25.5 275 201 2 80 350 82 356 1.27e-18 85.9 WP_170015751.1 WP_170015751.1 100 375 0 0 1 375 1 375 7.90e-277 748 WP_170015751.1 HAB35737.1 28.1 310 181 10 18 304 45 335 2.08e-21 93.2 WP_277479375.1 WP_277479375.1 100 1033 0 0 1 1033 1 1033 0.0 2090 KAA3630074.1 KAA3630074.1 100 96 0 0 1 96 1 96 4.19e-73 209 MBD7990178.1 MBD7990178.1 100 206 0 0 1 206 1 206 3.28e-148 408 MBD7990178.1 MBV8133755.1 52.8 193 91 0 12 204 16 208 1.05e-75 225 MBD7990178.1 WP_204037257.1 39.2 189 109 2 17 205 9 191 4.89e-39 131 MBX3011771.1 MBX3011771.1 100 118 0 0 1 118 1 118 1.74e-71 207 KMZ99658.1 KMZ99658.1 100 2416 0 0 1 2416 1 2416 0.0 4228 XP_001448147.1 XP_001448147.1 100 411 0 0 1 411 1 411 4.62e-301 812 WP_107883730.1 WP_107883730.1 100 420 0 0 1 420 1 420 3.20e-276 750 WP_107883730.1 WP_134064782.1 27.7 408 274 9 9 404 25 423 3.67e-35 133 CFP83382.1 CFP83382.1 100 207 0 0 1 207 1 207 2.21e-142 394 CFP83382.1 WP_275102754.1 49.3 201 100 1 5 203 6 206 4.34e-58 187 WP_067636955.1 WP_067636955.1 100 187 0 0 1 187 1 187 4.94e-136 376 KAG6786554.1 KAG6786554.1 100 309 0 0 1 309 1 309 2.51e-217 592 WP_176349335.1 WP_176349335.1 100 229 0 0 1 229 1 229 4.84e-175 478 WP_176349335.1 MBT5488157.1 54.0 50 22 1 179 227 532 581 2.64e-08 52.0 WP_169984846.1 WP_169984846.1 100 437 0 0 1 437 1 437 0.0 893 WP_103124525.1 WP_103124525.1 100 299 0 0 1 299 1 299 1.42e-186 513 MCD3114202.1 MCD3114202.1 100 33 0 0 1 33 1 33 2.15e-21 74.7 MBU2478158.1 MBU2478158.1 100 63 0 0 1 63 1 63 4.18e-38 119 MBU2478158.1 WP_086353716.1 50.0 62 31 0 1 62 248 309 3.51e-13 60.1 MBU2478158.1 WP_142590093.1 40.8 49 29 0 15 63 277 325 1.67e-05 38.5 MBU2478158.1 WP_281675368.1 42.9 49 26 1 3 51 241 287 1.71e-05 38.5 XP_046463157.1 XP_046463157.1 100 159 0 0 1 159 1 159 1.13e-116 325 THY23779.1 THY23779.1 100 356 0 0 1 356 1 356 1.23e-204 563 KAF6757059.1 KAF6757059.1 100 215 0 0 1 215 1 215 3.55e-161 442 WP_003939801.1 WP_003939801.1 100 281 0 0 1 281 1 281 1.27e-196 537 WP_003939801.1 WP_024498088.1 53.4 292 112 3 7 276 7 296 1.43e-96 285 WP_003939801.1 HAV8610731.1 31.3 214 147 0 62 275 503 716 7.40e-31 119 WP_003939801.1 MAJ59213.1 30.8 91 61 1 104 192 671 761 5.61e-09 55.1 WP_003939801.1 MCK5466482.1 24.8 206 143 6 77 276 87 286 9.91e-09 53.5 UJR17665.1 UJR17665.1 100 243 0 0 1 243 1 243 1.14e-180 493 XP_042666906.1 XP_042666906.1 100 344 0 0 1 344 1 344 2.01e-252 683 RGZ20155.1 RGZ20155.1 100 289 0 0 1 289 1 289 3.12e-201 549 GIP39269.1 GIP39269.1 100 214 0 0 1 214 1 214 1.01e-146 405 EII8712558.1 EII8712558.1 100 105 0 0 1 105 1 105 5.93e-75 215 KAG2309455.1 KAG2309455.1 100 889 0 0 1 889 1 889 0.0 905 KAG2309455.1 XP_019180948.1 35.6 303 184 5 590 888 660 955 3.68e-47 180 KAG2309455.1 KAI3849778.1 30.6 294 186 7 598 882 484 768 6.11e-32 132 KAG2309455.1 XP_040250218.1 29.6 287 175 8 602 881 350 616 2.50e-29 123 KAG2309455.1 XP_021765438.1 30.2 291 177 11 607 884 591 868 1.61e-27 118 KAG2309455.1 XP_025814622.1 30.0 317 183 10 602 886 770 1079 4.73e-25 110 KAG2309455.1 MBF1128433.1 27.1 229 154 5 608 835 11 227 3.99e-12 68.2 KAG2309455.1 WP_106546380.1 28.0 225 123 10 613 812 20 230 1.22e-07 53.5 KAG2309455.1 XP_006969978.1 24.1 191 132 5 627 814 90 270 1.25e-05 46.6 KAG2309455.1 MBD2210269.1 23.1 221 136 10 613 811 20 228 2.74e-04 42.7 TSC89929.1 TSC89929.1 100 62 0 0 1 62 1 62 1.71e-41 127 MBB4856459.1 MBB4856459.1 100 200 0 0 1 200 1 200 8.11e-146 402 WP_264934627.1 WP_264934627.1 100 447 0 0 1 447 1 447 0.0 915 WP_264934627.1 WP_187974949.1 41.7 451 247 5 7 443 13 461 4.54e-118 352 WP_262832653.1 WP_262832653.1 100 166 0 0 1 166 1 166 7.24e-121 336 WP_029528833.1 WP_029528833.1 100 453 0 0 1 453 1 453 0.0 893 WP_282467912.1 WP_282467912.1 100 1038 0 0 1 1038 1 1038 0.0 1534 WP_282467912.1 MBN2192743.1 35.5 420 251 7 50 464 341 745 4.86e-67 239 WP_282467912.1 HAM57133.1 42.9 63 35 1 2 64 3 64 4.66e-08 49.3 TXI82219.1 TXI82219.1 100 80 0 0 1 80 1 80 1.03e-50 152 TXI82219.1 WP_102511913.1 53.7 41 19 0 28 68 22 62 1.71e-05 39.3 WP_278266677.1 WP_278266677.1 100 467 0 0 1 467 1 467 0.0 919 WP_278266677.1 MBV8349295.1 40.0 335 185 4 19 337 33 367 2.81e-71 228 TNN52570.1 TNN52570.1 100 113 0 0 1 113 1 113 9.13e-67 195 HBN08375.1 HBN08375.1 100 185 0 0 1 185 1 185 1.54e-138 382 SJX71965.1 SJX71965.1 100 297 0 0 1 297 1 297 3.63e-229 620 WP_127508273.1 WP_127508273.1 100 188 0 0 1 188 1 188 2.64e-136 377 MBA3472522.1 MBA3472522.1 100 52 0 0 1 52 1 52 5.80e-29 95.1 WP_241420500.1 WP_241420500.1 100 486 0 0 1 486 1 486 0.0 952 WP_241420500.1 PTQ72351.1 42.9 387 188 6 101 484 43 399 5.40e-88 273 WP_241420500.1 WP_112449552.1 35.1 461 286 4 25 484 39 487 8.96e-81 258 WP_241420500.1 WP_050274510.1 34.4 471 274 8 13 480 9 447 3.49e-75 242 WP_218505696.1 WP_218505696.1 100 232 0 0 1 232 1 232 2.29e-170 466 WP_226678738.1 WP_226678738.1 100 334 0 0 1 334 1 334 1.91e-245 665 WP_187029467.1 WP_187029467.1 100 86 0 0 1 86 1 86 5.50e-51 153 WP_187029467.1 WP_007993424.1 38.7 62 38 0 25 86 23 84 1.76e-09 48.1 UUZ81931.1 UUZ81931.1 100 99 0 0 1 99 1 99 7.99e-77 219 WP_179032033.1 WP_179032033.1 100 334 0 0 1 334 1 334 2.39e-239 649 WP_179032033.1 WP_110581055.1 47.3 313 159 2 5 314 5 314 2.80e-89 268 MBQ6875507.1 MBQ6875507.1 100 227 0 0 1 227 1 227 1.97e-173 474 MBQ6875507.1 WP_034968029.1 29.6 71 46 2 3 70 99 168 1.08e-04 40.8 WP_101564711.1 WP_101564711.1 100 342 0 0 1 342 1 342 1.13e-257 696 MSU20497.1 MSU20497.1 100 326 0 0 1 326 1 326 2.28e-233 634 MSU20497.1 WP_187094112.1 31.3 259 143 9 84 322 33 276 1.42e-24 99.4 MSU20497.1 MBO4168293.1 32.4 238 140 6 88 314 6 233 3.03e-24 97.4 WP_047914038.1 WP_047914038.1 100 647 0 0 1 647 1 647 0.0 1202 PWA46560.1 PWA46560.1 100 67 0 0 1 67 1 67 1.33e-47 143 WP_153219677.1 WP_153219677.1 100 1684 0 0 1 1684 1 1684 0.0 2918 WP_153219677.1 MBQ5338540.1 30.7 642 394 22 161 773 159 778 8.81e-50 193 WP_153219677.1 KAI9181093.1 28.6 196 99 8 440 610 172 351 2.08e-07 53.9 WP_153219677.1 WP_246612751.1 34.0 147 68 6 241 382 391 516 8.17e-07 52.4 WP_153219677.1 XP_049153370.1 32.9 85 51 1 525 609 294 372 1.75e-05 47.4 WP_171653853.1 WP_171653853.1 100 168 0 0 1 168 1 168 4.18e-121 337 TAM79626.1 TAM79626.1 100 413 0 0 1 413 1 413 6.14e-307 827 TAM79626.1 MCL4469743.1 48.0 383 193 2 4 386 3 379 2.47e-124 363 WP_227903033.1 WP_227903033.1 100 132 0 0 1 132 1 132 4.55e-85 243 WP_047664410.1 WP_047664410.1 100 187 0 0 1 187 1 187 2.86e-135 374 NLB93078.1 NLB93078.1 100 150 0 0 1 150 1 150 4.16e-101 285 KAI1725697.1 KAI1725697.1 100 369 0 0 1 369 1 369 2.24e-307 824 MBK8382708.1 MBK8382708.1 100 258 0 0 1 258 1 258 2.30e-192 524 MBK8382708.1 MBK6770753.1 50.0 108 47 2 151 258 200 300 1.14e-26 103 WP_208090714.1 WP_208090714.1 100 160 0 0 1 160 1 160 3.62e-109 306 WP_280658332.1 WP_280658332.1 100 199 0 0 1 199 1 199 2.33e-149 410 WP_280658332.1 WP_018419316.1 44.1 152 74 5 25 174 43 185 2.81e-34 119 MXI78925.1 MXI78925.1 100 200 0 0 1 200 1 200 3.58e-149 410 MXI78925.1 WP_058738289.1 35.1 222 115 8 1 200 103 317 6.39e-26 101 MXI78925.1 WP_024039518.1 28.2 220 134 7 2 200 107 323 1.54e-20 86.7 NLO64495.1 NLO64495.1 100 545 0 0 1 545 1 545 0.0 1063 NLO64495.1 CAH9417069.1 34.1 270 127 9 269 518 351 589 2.35e-34 135 WP_064711955.1 WP_064711955.1 100 309 0 0 1 309 1 309 3.72e-219 596 WP_064711955.1 WP_052379448.1 32.9 295 196 1 7 301 9 301 8.06e-38 134 WP_064711955.1 WP_046600280.1 31.2 298 202 2 1 298 1 295 1.63e-35 128 WP_064711955.1 WP_133340757.1 29.9 298 203 3 4 298 10 304 6.11e-34 125 WP_064711955.1 WP_134669716.1 30.5 295 203 1 3 297 7 299 1.46e-33 123 WP_064711955.1 WP_265634479.1 33.1 178 107 5 1 170 1 174 1.15e-10 59.7 MBM2811997.1 MBM2811997.1 100 260 0 0 1 260 1 260 6.07e-189 516 RLN36134.1 RLN36134.1 100 410 0 0 1 410 1 410 5.66e-306 824 RLN36134.1 XP_021765438.1 39.0 305 170 7 58 358 574 866 3.46e-56 197 RLN36134.1 KAI3849778.1 37.1 299 174 7 65 358 479 768 1.46e-50 180 RLN36134.1 XP_019180948.1 38.2 283 155 9 84 358 679 949 5.31e-43 159 RLN36134.1 XP_040250218.1 33.7 309 180 10 54 358 330 617 9.64e-38 143 RLN36134.1 XP_025814622.1 30.3 320 192 8 69 362 765 1079 3.62e-36 139 RLN36134.1 XP_044484513.1 42.0 174 92 3 69 240 74 240 1.15e-29 119 RLN36134.1 MBF1128433.1 26.8 213 140 6 75 283 4 204 7.24e-15 74.7 RLN36134.1 XP_006969978.1 27.6 210 132 7 82 284 67 263 6.03e-09 55.5 RLN36134.1 WP_223752944.1 23.7 295 162 11 88 359 5 259 9.53e-06 45.8 WP_119815679.1 WP_119815679.1 100 929 0 0 1 929 1 929 0.0 1850 WP_119815679.1 MBP8741618.1 37.1 735 382 18 31 723 3 699 3.78e-118 375 WP_119815679.1 MBS1587439.1 26.3 832 527 25 61 881 17 773 9.77e-67 237 WP_119815679.1 WP_025983621.1 48.0 200 93 4 30 226 4 195 9.26e-46 161 WP_119815679.1 OPJ74512.1 25.2 123 71 3 306 410 351 470 2.42e-04 43.1 WP_213625822.1 WP_213625822.1 100 156 0 0 1 156 1 156 2.78e-111 311 NEP87605.1 NEP87605.1 100 333 0 0 1 333 1 333 3.57e-245 664 EGY4555186.1 EGY4555186.1 100 300 0 0 1 300 1 300 1.84e-194 533 EGY4555186.1 WP_152046331.1 40.2 271 155 2 28 298 25 288 6.24e-58 186 EGY4555186.1 MCI7704736.1 40.7 273 156 1 27 299 25 291 3.14e-55 179 EGY4555186.1 WP_150461480.1 36.7 256 154 2 34 289 27 274 2.68e-39 137 EGY4555186.1 ETB53277.1 31.4 277 174 3 26 296 15 281 9.36e-35 125 EGY4555186.1 WP_054146239.1 41.2 272 149 6 35 297 38 307 2.90e-32 120 EGY4555186.1 WP_184130797.1 28.2 369 191 6 1 295 1 369 1.43e-30 116 WP_105399038.1 WP_105399038.1 100 76 0 0 1 76 1 76 6.85e-54 159 WP_251247609.1 WP_251247609.1 100 294 0 0 1 294 1 294 3.22e-226 613 WP_266842210.1 WP_266842210.1 100 249 0 0 1 249 1 249 2.76e-175 480 WP_266842210.1 MCC6044083.1 45.7 208 112 1 19 225 13 220 1.71e-54 176 WP_266842210.1 MCB0243881.1 41.4 222 129 1 5 225 2 223 3.38e-53 170 WP_266842210.1 WP_250499463.1 39.5 233 139 2 1 231 1 233 9.75e-43 143 WP_266842210.1 WP_142133210.1 38.8 227 132 4 5 229 6 227 8.80e-42 141 WP_266842210.1 CAI8213472.1 41.4 232 125 5 15 242 20 244 4.76e-41 139 WP_266842210.1 MBP1876254.1 40.8 228 129 5 8 231 1 226 1.58e-39 138 WP_266842210.1 WP_115992495.1 39.4 218 118 5 28 237 17 228 6.54e-37 129 WP_266842210.1 WP_279984614.1 37.6 226 130 4 7 225 8 229 2.12e-35 125 WP_266842210.1 WP_158791585.1 33.2 202 120 6 31 221 23 220 1.51e-18 80.5 GMF22075.1 GMF22075.1 100 469 0 0 1 469 1 469 0.0 928 GHV04322.1 GHV04322.1 100 567 0 0 1 567 1 567 0.0 962 WP_074911472.1 WP_074911472.1 100 1298 0 0 1 1298 1 1298 0.0 2449 WP_074911472.1 WP_232306300.1 29.3 798 499 18 546 1291 580 1364 6.91e-107 367 WP_074911472.1 MBQ1868746.1 27.8 400 262 8 795 1180 265 651 1.20e-34 140 WP_074911472.1 WP_212961195.1 25.8 411 263 8 795 1169 425 829 1.73e-27 119 WP_074911472.1 WP_063540919.1 23.4 380 263 7 792 1168 489 843 3.61e-26 114 WP_074911472.1 PSQ73325.1 28.3 230 158 3 798 1021 615 843 6.66e-24 107 WP_074911472.1 MBE9467362.1 28.7 254 167 6 775 1018 579 825 8.82e-22 100 WP_074911472.1 KDF42894.1 24.4 225 168 2 795 1018 264 487 5.92e-19 90.1 WP_074911472.1 WP_254972748.1 23.3 421 264 20 421 813 398 783 2.51e-13 73.2 WP_074911472.1 WP_196114185.1 32.0 122 79 3 1047 1166 1 120 5.72e-11 63.9 WP_182544916.1 WP_182544916.1 100 571 0 0 1 571 1 571 0.0 1145 WP_182544916.1 CQR41738.1 36.0 378 226 8 25 394 5 374 1.48e-51 182 WP_182544916.1 WP_167239634.1 32.4 105 69 2 26 128 4 108 1.52e-12 65.9 WP_232553043.1 WP_232553043.1 100 382 0 0 1 382 1 382 5.10e-272 736 WP_232553043.1 PZN79281.1 33.2 395 246 7 1 379 2 394 2.08e-55 185 WP_232553043.1 MBK7837454.1 34.6 237 148 4 67 301 72 303 2.74e-34 127 WP_232553043.1 MBE0479857.1 25.0 312 209 8 2 296 1 304 9.65e-17 79.3 TCK28839.1 TCK28839.1 100 320 0 0 1 320 1 320 6.01e-145 409 HCJ9518601.1 HCJ9518601.1 100 156 0 0 1 156 1 156 3.80e-109 305 HCJ9518601.1 WP_183267399.1 34.2 155 96 2 2 156 5 153 8.47e-22 86.3 NUV85209.1 NUV85209.1 100 526 0 0 1 526 1 526 0.0 1019 NUV85209.1 MCU1589779.1 37.5 253 151 4 255 505 272 519 2.30e-39 148 NUV85209.1 WP_055486904.1 33.7 249 151 9 265 511 255 491 6.31e-24 103 WP_216418390.1 WP_216418390.1 100 208 0 0 1 208 1 208 9.70e-142 392 KAH8394604.1 KAH8394604.1 100 257 0 0 1 257 1 257 5.86e-190 518 KAH8394604.1 XP_011822310.1 29.1 282 147 12 1 252 16 274 4.09e-20 85.5 RLT18611.1 RLT18611.1 100 151 0 0 1 151 1 151 6.90e-105 294 WP_267937098.1 WP_267937098.1 100 189 0 0 1 189 1 189 5.31e-132 366 MBC7977454.1 MBC7977454.1 100 81 0 0 1 81 1 81 8.07e-53 157 WP_257007586.1 WP_257007586.1 100 384 0 0 1 384 1 384 1.49e-281 760 WP_257007586.1 HAZ0856238.1 93.0 229 16 0 101 329 1 229 1.13e-153 431 WP_257007586.1 APT84512.1 32.8 344 224 4 5 341 41 384 4.38e-58 194 WP_128690407.1 WP_128690407.1 100 184 0 0 1 184 1 184 3.00e-140 386 WP_068563945.1 WP_068563945.1 100 551 0 0 1 551 1 551 0.0 1002 MBN2775557.1 MBN2775557.1 100 119 0 0 1 119 1 119 8.25e-84 238 WP_134806596.1 WP_134806596.1 100 29 0 0 1 29 1 29 5.53e-18 65.9 NRB12392.1 NRB12392.1 100 213 0 0 1 213 1 213 1.32e-146 405 WP_114695256.1 WP_114695256.1 100 716 0 0 1 716 1 716 0.0 1444 WP_114695256.1 WP_096201219.1 27.4 718 376 17 39 668 123 783 4.83e-75 257 WP_114695256.1 KAA0234643.1 26.1 591 344 13 108 660 152 687 4.25e-35 141 WP_114695256.1 WP_271960159.1 24.6 606 356 16 108 668 216 765 6.05e-34 137 MBI4300015.1 MBI4300015.1 100 466 0 0 1 466 1 466 0.0 935 WP_262175203.1 WP_262175203.1 100 146 0 0 1 146 1 146 1.78e-100 283 WP_262175203.1 WP_188867472.1 32.9 140 87 4 3 140 4 138 4.89e-17 71.2 WP_262175203.1 WP_067835961.1 55.9 34 15 0 3 36 110 143 1.69e-04 38.5 EAG2350674.1 EAG2350674.1 100 128 0 0 1 128 1 128 8.62e-88 249 EAG2350674.1 WP_194544138.1 51.7 116 56 0 5 120 13 128 1.61e-40 133 EAG2350674.1 MBQ5584458.1 53.4 116 54 0 5 120 4 119 2.66e-39 130 EAG2350674.1 WP_069156513.1 44.8 125 68 1 1 124 1 125 3.65e-34 117 EAG2350674.1 WP_026893585.1 41.0 122 72 0 1 122 1 122 1.39e-31 110 EAG2350674.1 WP_186723788.1 42.1 126 73 0 2 127 5 130 7.98e-31 108 EAG2350674.1 WP_007708736.1 47.5 122 61 1 3 121 2 123 1.32e-30 107 EAG2350674.1 MBP1530348.1 40.5 116 69 0 4 119 3 118 4.16e-30 106 EAG2350674.1 WP_101794136.1 41.4 116 68 0 4 119 26 141 1.87e-25 95.1 EAG2350674.1 EAC1232420.1 32.2 118 79 1 5 122 4 120 2.72e-20 80.9 WP_135676778.1 WP_135676778.1 100 71 0 0 1 71 1 71 1.75e-30 102 QDH52386.1 QDH52386.1 100 264 0 0 1 264 1 264 3.14e-193 527 QDH52386.1 YP_009109540.1 46.9 258 132 5 7 264 9 261 1.53e-72 221 MBS4968936.1 MBS4968936.1 100 291 0 0 1 291 1 291 6.58e-204 556 MBS4968936.1 MUU11774.1 34.1 279 170 4 11 284 14 283 1.26e-41 143 MBS4968936.1 WP_008045531.1 26.9 160 101 2 130 285 609 756 1.75e-12 65.9 MBS4968936.1 GIC06559.1 29.1 158 95 3 121 273 568 713 1.34e-11 63.2 TMJ83338.1 TMJ83338.1 100 198 0 0 1 198 1 198 4.04e-154 422 EJS0734484.1 EJS0734484.1 100 348 0 0 1 348 1 348 5.09e-248 672 EJS0734484.1 WP_022748957.1 43.1 327 173 5 26 348 57 374 2.34e-77 240 EJS0734484.1 WP_114054641.1 30.9 320 205 6 26 339 4 313 1.43e-28 111 EJS0734484.1 MCI6965979.1 28.5 333 215 9 23 347 1 318 2.56e-23 97.1 EGT3575439.1 EGT3575439.1 100 143 0 0 1 143 1 143 5.80e-100 281 OMO76535.1 OMO76535.1 100 182 0 0 1 182 1 182 8.58e-130 360 WP_202587913.1 WP_202587913.1 100 108 0 0 1 108 1 108 9.34e-78 222 WP_056382861.1 WP_056382861.1 100 472 0 0 1 472 1 472 0.0 908 WP_056382861.1 MBX3687043.1 42.9 469 237 13 10 462 1 454 6.58e-97 298 WP_056382861.1 GDX36288.1 26.0 292 188 12 187 462 129 408 3.34e-10 60.1 WP_056382861.1 WP_149911652.1 34.9 106 61 3 361 462 321 422 4.29e-08 53.5 WP_056382861.1 ADP83890.1 25.0 236 148 6 231 447 265 490 2.32e-05 45.1 XP_018594075.2 XP_018594075.2 100 208 0 0 1 208 1 208 9.98e-119 334 WP_077492284.1 WP_077492284.1 100 135 0 0 1 135 1 135 2.51e-97 274 GEX99374.1 GEX99374.1 100 362 0 0 1 362 1 362 8.97e-217 595 MBS13190.1 MBS13190.1 100 462 0 0 1 462 1 462 0.0 908 XP_046837596.1 XP_046837596.1 100 501 0 0 1 501 1 501 0.0 1039 WP_022723191.1 WP_022723191.1 100 95 0 0 1 95 1 95 3.36e-65 189 BAO23243.1 BAO23243.1 100 343 0 0 1 343 1 343 3.79e-261 705 BAO23243.1 ACH90072.1 93.0 343 24 0 1 343 29 371 6.82e-248 673 BAO23243.1 BAO11608.1 93.5 339 22 0 1 339 1 339 1.21e-247 671 BAO23243.1 AFJ09957.1 93.0 343 24 0 1 343 1 343 3.30e-247 673 BAO23243.1 ACY29573.1 91.3 343 30 0 1 343 1 343 1.67e-243 664 BAO23243.1 QWY38042.1 90.4 343 33 0 1 343 1 343 7.26e-241 656 BAO23243.1 AVA00513.1 90.0 339 34 0 1 339 1 339 4.84e-238 647 BAO23243.1 AFV39595.1 92.1 343 27 0 1 343 54 396 8.00e-236 666 BAO23243.1 AOW36968.1 88.4 327 38 0 17 343 1 327 8.55e-226 615 BAO23243.1 AOW33101.1 91.8 318 26 0 17 334 1 318 1.64e-224 612 WP_105336487.1 WP_105336487.1 100 200 0 0 1 200 1 200 4.53e-152 417 MCO4016744.1 MCO4016744.1 100 503 0 0 1 503 1 503 0.0 977 WP_122747354.1 WP_122747354.1 100 534 0 0 1 534 1 534 0.0 1081 WP_122747354.1 MBO7690464.1 30.0 484 308 11 57 526 95 561 1.14e-59 206 WP_122747354.1 WP_160762600.1 25.8 466 271 17 88 529 52 466 6.84e-29 117 KAI6203333.1 KAI6203333.1 100 180 0 0 1 180 1 180 7.98e-134 370 MBO8166298.1 MBO8166298.1 100 117 0 0 1 117 1 117 9.35e-80 228 OLE87009.1 OLE87009.1 100 672 0 0 1 672 1 672 0.0 1275 KQM27662.1 KQM27662.1 100 253 0 0 1 253 1 253 3.60e-173 475 MCE2883039.1 MCE2883039.1 100 144 0 0 1 144 1 144 2.97e-98 277 MCE2883039.1 HBW9511025.1 55.2 143 61 2 2 144 60 199 6.90e-46 146 MCE2883039.1 PJB11797.1 42.8 138 76 2 2 139 57 191 1.01e-34 118 WP_185921121.1 WP_185921121.1 100 479 0 0 1 479 1 479 0.0 875 WP_185921121.1 WP_023727015.1 34.9 427 251 11 8 420 25 438 2.30e-50 177 WP_185921121.1 WP_259619769.1 32.4 420 267 8 9 415 27 442 2.71e-45 163 WP_185921121.1 WP_218801637.1 31.6 412 265 8 20 419 19 425 2.17e-36 138 WP_185921121.1 RQL72805.1 29.5 424 267 9 7 415 12 418 3.72e-32 127 WP_185921121.1 WP_255602293.1 25.9 428 305 5 7 425 20 444 1.29e-28 117 WP_185921121.1 WP_197332010.1 27.2 412 293 6 11 419 13 420 2.62e-25 107 WP_185921121.1 NJC23639.1 27.1 421 256 12 23 417 1 396 3.32e-19 88.2 WP_185921121.1 WP_189524079.1 31.4 175 111 6 10 180 3 172 2.75e-13 69.7 WP_139649072.1 WP_139649072.1 100 222 0 0 1 222 1 222 3.07e-145 402 KAG7345309.1 KAG7345309.1 100 387 0 0 1 387 1 387 9.73e-284 766 XP_034481174.1 XP_034481174.1 100 174 0 0 1 174 1 174 6.62e-130 359 EFA5447392.1 EFA5447392.1 100 179 0 0 1 179 1 179 4.45e-135 373 MBI3868575.1 MBI3868575.1 100 213 0 0 1 213 1 213 4.29e-152 419 MBI3868575.1 WP_177995267.1 35.4 127 56 4 7 107 4 130 3.77e-13 64.7 BBG20955.1 BBG20955.1 100 2890 0 0 1 2890 1 2890 0.0 5630 BBG20955.1 WP_261665820.1 45.9 1525 617 15 1387 2872 8 1362 0.0 1259 BBG20955.1 WP_061278828.1 45.8 1492 680 19 1395 2881 6 1374 0.0 1208 BBG20955.1 WP_189931865.1 38.7 1396 535 16 11 1375 21 1126 2.54e-294 901 BBG20955.1 MBQ7389792.1 37.8 1441 656 31 7 1400 7 1255 2.05e-270 843 BBG20955.1 ULU28230.1 32.0 1298 567 20 83 1372 67 1056 8.36e-176 571 BBG20955.1 AIR77599.1 35.4 457 275 6 23 471 1 445 5.52e-90 300 BBG20955.1 HAJ19792.1 45.5 88 48 0 599 686 1 88 6.72e-21 87.8 WP_045136250.1 WP_045136250.1 100 86 0 0 1 86 1 86 1.15e-52 157 MBF0107908.1 MBF0107908.1 100 503 0 0 1 503 1 503 0.0 1022 MBF0107908.1 KAB2885888.1 40.3 457 233 9 37 473 454 890 2.85e-97 313 MCB9222627.1 MCB9222627.1 100 194 0 0 1 194 1 194 4.04e-143 394 RYY55682.1 RYY55682.1 100 874 0 0 1 874 1 874 0.0 1698 RYY55682.1 OLA65010.1 42.3 891 470 17 4 871 6 875 1.78e-214 629 WP_264750294.1 WP_264750294.1 100 886 0 0 1 886 1 886 0.0 1839 XP_026100634.1 XP_026100634.1 100 440 0 0 1 440 1 440 7.37e-299 809 XP_026100634.1 KAI9912466.1 31.1 302 192 6 83 373 28 324 5.95e-41 148 XP_026100634.1 XP_042622198.1 28.3 325 176 10 83 364 200 510 2.72e-27 112 XP_026100634.1 KAG5815829.1 30.0 240 157 6 89 319 456 693 4.69e-23 100 XP_026100634.1 XP_029528577.1 31.0 213 117 10 86 284 33 229 2.19e-16 78.6 XP_026100634.1 KAJ7903702.1 28.3 219 139 6 87 298 27 234 1.91e-12 67.0 XP_026100634.1 WP_271931007.1 25.5 286 155 9 50 289 628 901 9.10e-11 62.4 XP_026100634.1 EYU24504.1 31.5 162 98 6 76 232 182 335 4.59e-08 53.5 XP_026100634.1 NJK67049.1 34.4 93 58 2 191 281 154 245 1.26e-07 52.0 XP_026100634.1 MBF2036494.1 33.3 96 55 3 192 280 123 216 1.61e-05 45.4 PWM49891.1 PWM49891.1 100 442 0 0 1 442 1 442 0.0 899 PWM49891.1 WP_258835625.1 40.3 444 255 6 1 436 1 442 2.64e-99 303 PWM49891.1 MBP6375542.1 38.8 438 258 5 1 432 1 434 4.51e-98 299 PWM49891.1 MBT4710545.1 37.1 448 262 8 1 436 1 440 1.99e-90 280 PWM49891.1 WP_249505358.1 35.0 449 273 9 1 439 1 440 6.01e-81 255 PWM49891.1 WP_194454339.1 25.7 362 237 9 11 359 15 357 3.55e-32 125 WP_017487366.1 WP_017487366.1 100 73 0 0 1 73 1 73 1.26e-50 151 WP_034968029.1 WP_034968029.1 100 361 0 0 1 361 1 361 1.73e-282 761 WP_034968029.1 WP_150731550.1 35.1 308 195 4 44 348 22 327 1.30e-64 207 WP_034968029.1 MBQ6875507.1 29.6 71 46 2 99 168 3 70 4.13e-04 39.7 OXE30643.1 OXE30643.1 100 108 0 0 1 108 1 108 3.13e-76 218 QDI78883.1 QDI78883.1 100 431 0 0 1 431 1 431 0.0 880 XP_008604006.1 XP_008604006.1 100 143 0 0 1 143 1 143 4.58e-72 211 EGT0637761.1 EGT0637761.1 100 181 0 0 1 181 1 181 4.79e-131 363 WP_135916821.1 WP_135916821.1 100 272 0 0 1 272 1 272 1.19e-201 549 MXW58053.1 MXW58053.1 100 284 0 0 1 284 1 284 3.60e-218 592 XP_050358545.1 XP_050358545.1 100 493 0 0 1 493 1 493 0.0 957 XP_004225259.1 XP_004225259.1 100 729 0 0 1 729 1 729 0.0 1274 TBR44965.1 TBR44965.1 100 257 0 0 1 257 1 257 1.42e-181 497 TBR44965.1 MBL6635315.1 36.8 258 149 4 4 257 6 253 8.07e-49 160 AQA21753.1 AQA21753.1 100 154 0 0 1 154 1 154 9.75e-111 309 DAO35860.1 DAO35860.1 100 172 0 0 1 172 1 172 5.89e-123 342 MCB9555407.1 MCB9555407.1 100 491 0 0 1 491 1 491 0.0 914 NOG54385.1 NOG54385.1 100 523 0 0 1 523 1 523 0.0 947 XP_027894086.1 XP_027894086.1 100 953 0 0 1 953 1 953 0.0 1801 OJG95819.1 OJG95819.1 100 345 0 0 1 345 1 345 2.33e-247 671 OJG95819.1 WP_024410349.1 38.4 331 201 2 5 333 1 330 5.66e-76 235 OJG95819.1 WP_257107333.1 33.5 245 130 9 22 241 19 255 2.87e-24 99.8 GIY33458.1 GIY33458.1 100 949 0 0 1 949 1 949 0.0 1711 MCI1663915.1 MCI1663915.1 100 345 0 0 1 345 1 345 5.56e-255 690 MCI1663915.1 WP_069877432.1 38.7 341 192 6 10 341 12 344 7.07e-78 241 MCI1663915.1 MBI1797961.1 35.7 353 194 6 4 341 13 347 1.47e-67 214 WP_142429410.1 WP_142429410.1 100 61 0 0 1 61 1 61 1.49e-37 117 XP_040114763.1 XP_040114763.1 100 596 0 0 1 596 1 596 0.0 1185 WP_129857883.1 WP_129857883.1 100 412 0 0 1 412 1 412 8.52e-277 751 WP_129857883.1 WP_144320971.1 31.2 327 180 15 84 392 202 501 8.50e-17 80.5 WP_129857883.1 ADP83890.1 28.1 263 147 7 178 411 262 511 1.21e-14 73.9 WP_129857883.1 WP_274755179.1 28.3 251 163 7 149 390 154 396 3.68e-13 68.9 WP_129857883.1 WP_257504872.1 28.0 289 159 9 153 392 218 506 5.89e-11 62.4 WP_129857883.1 KDF42894.1 27.4 208 136 5 204 396 268 475 8.97e-09 55.5 WP_129857883.1 WP_076194242.1 21.6 269 188 7 151 401 187 450 1.04e-06 48.9 WP_129857883.1 TVR41840.1 22.7 211 148 7 206 408 307 510 1.45e-06 48.5 WP_129857883.1 MBR6403893.1 19.6 260 180 7 154 394 155 404 8.76e-05 42.7 WP_129857883.1 MBP9767803.1 21.3 211 162 3 179 385 191 401 2.65e-04 41.2 EAN4724137.1 EAN4724137.1 100 354 0 0 1 354 1 354 3.55e-267 721 EAN4724137.1 WP_224255409.1 95.5 353 16 0 1 353 1 353 4.57e-254 688 EAN4724137.1 MBT4259674.1 43.9 342 187 3 1 342 1 337 1.38e-99 296 EAN4724137.1 XP_018682766.1 32.3 328 156 4 22 349 79 340 2.56e-57 188 WP_137058869.1 WP_137058869.1 100 216 0 0 1 216 1 216 1.88e-152 420 WP_278924671.1 WP_278924671.1 100 94 0 0 1 94 1 94 3.26e-58 172 XP_033130084.1 XP_033130084.1 100 214 0 0 1 214 1 214 1.19e-154 425 WP_186939222.1 WP_186939222.1 100 848 0 0 1 848 1 848 0.0 1625 WP_186939222.1 MBR2406030.1 30.4 664 406 18 119 755 29 663 5.00e-67 234 WP_186939222.1 WP_223292749.1 48.7 78 40 0 3 80 7 84 5.79e-18 77.8 WP_186939222.1 MCM1122913.1 45.2 73 40 0 1 73 1 73 2.12e-15 70.1 RZO90007.1 RZO90007.1 100 328 0 0 1 328 1 328 8.92e-232 630 WP_067908376.1 WP_067908376.1 100 263 0 0 1 263 1 263 3.80e-189 516 XP_010831352.1 XP_010831352.1 100 1301 0 0 1 1301 1 1301 0.0 2482 WP_187094112.1 WP_187094112.1 100 288 0 0 1 288 1 288 1.63e-207 565 WP_187094112.1 WP_221286480.1 42.3 239 114 5 61 282 48 279 3.64e-48 160 WP_187094112.1 MSU20497.1 30.5 259 145 8 33 276 84 322 4.17e-22 92.4 WP_187094112.1 MBO4168293.1 30.5 243 144 10 35 266 3 231 3.15e-13 66.2 WP_176538754.1 WP_176538754.1 100 387 0 0 1 387 1 387 5.08e-254 691 WP_176538754.1 WP_253571813.1 29.0 252 177 2 15 265 23 273 4.78e-28 112 WP_176538754.1 WP_059267425.1 27.5 142 102 1 6 146 12 153 4.56e-06 46.6 MPT34124.1 MPT34124.1 100 121 0 0 1 121 1 121 1.72e-86 245 MBO5205168.1 MBO5205168.1 100 308 0 0 1 308 1 308 1.09e-231 628 MBK8687530.1 MBK8687530.1 100 225 0 0 1 225 1 225 1.42e-156 431 MBK8687530.1 WP_222125851.1 35.6 132 75 4 1 123 30 160 2.06e-11 60.1 MBK8687530.1 WP_176354145.1 37.1 132 64 5 1 123 34 155 4.24e-10 57.0 MBK8687530.1 WP_167977039.1 30.6 144 82 5 1 135 34 168 7.80e-06 43.9 WP_228527316.1 WP_228527316.1 100 67 0 0 1 67 1 67 4.32e-44 134 ECA9858842.1 ECA9858842.1 100 394 0 0 1 394 1 394 1.32e-305 822 ECA9858842.1 MBI4875790.1 30.5 377 232 11 26 383 29 394 3.57e-55 185 MBN9625832.1 MBN9625832.1 100 281 0 0 1 281 1 281 1.20e-210 572 MBN9625832.1 NEX64733.1 59.6 277 111 1 1 277 1 276 2.69e-118 339 MBN9625832.1 GGS66510.1 51.4 282 130 4 4 280 1 280 2.55e-93 275 MBN9625832.1 WP_002857697.1 34.4 212 130 4 73 277 77 286 1.85e-34 124 WP_276153259.1 WP_276153259.1 100 359 0 0 1 359 1 359 4.43e-259 701 PCJ60344.1 PCJ60344.1 100 82 0 0 1 82 1 82 1.95e-58 171 WP_034004944.1 WP_034004944.1 100 80 0 0 1 80 1 80 4.35e-52 155 XP_007405597.1 XP_007405597.1 100 266 0 0 1 266 1 266 8.16e-181 496 WP_241323553.1 WP_241323553.1 100 411 0 0 1 411 1 411 7.04e-296 799 WP_030096092.1 WP_030096092.1 100 477 0 0 1 477 1 477 0.0 954 WP_030096092.1 MCK1819907.1 52.1 495 201 8 1 474 2 481 1.38e-159 460 WP_030096092.1 WP_034002239.1 35.0 428 242 7 41 434 31 456 1.15e-68 226 WP_030096092.1 WP_187788315.1 34.8 419 260 7 42 453 11 423 1.50e-65 216 WP_030096092.1 WP_278498266.1 33.8 450 246 14 31 438 18 457 1.80e-58 199 WP_030096092.1 HAV5500596.1 29.1 412 266 10 38 426 23 431 1.84e-45 163 WP_149633476.1 WP_149633476.1 100 222 0 0 1 222 1 222 1.50e-170 466 COS78102.1 COS78102.1 100 81 0 0 1 81 1 81 2.05e-55 164 XP_031145922.1 XP_031145922.1 100 330 0 0 1 330 1 330 2.02e-190 525 KAF1792308.1 KAF1792308.1 100 597 0 0 1 597 1 597 0.0 1249 XP_012206226.1 XP_012206226.1 100 654 0 0 1 654 1 654 0.0 1294 TIX75263.1 TIX75263.1 100 80 0 0 1 80 1 80 9.80e-58 169 TNH24208.1 TNH24208.1 100 97 0 0 1 97 1 97 3.29e-32 106 WP_147434933.1 WP_147434933.1 100 203 0 0 1 203 1 203 9.02e-140 387 WP_147434933.1 GFH27490.1 48.3 201 100 2 2 198 108 308 1.60e-56 179 WP_091252096.1 WP_091252096.1 100 206 0 0 1 206 1 206 3.84e-147 405 HJE11106.1 HJE11106.1 100 458 0 0 1 458 1 458 0.0 887 MBQ1306452.1 MBQ1306452.1 100 326 0 0 1 326 1 326 5.98e-254 686 MBR5168981.1 MBR5168981.1 100 123 0 0 1 123 1 123 4.89e-87 247 MBR5168981.1 WP_213753432.1 46.2 117 51 3 7 123 12 116 1.02e-24 89.4 WP_010865602.1 WP_010865602.1 100 392 0 0 1 392 1 392 8.81e-294 792 WP_074028604.1 WP_074028604.1 100 60 0 0 1 60 1 60 7.37e-42 128 WP_270967954.1 WP_270967954.1 100 655 0 0 1 655 1 655 0.0 1347 WP_270967954.1 WP_254101325.1 49.0 630 304 8 27 649 22 641 5.24e-209 598 WP_270967954.1 XP_052525039.1 35.5 636 383 15 25 648 41 661 1.21e-124 382 WP_270967954.1 MCC5948066.1 30.0 620 383 20 17 617 30 617 5.60e-67 230 WP_270967954.1 WP_167959909.1 22.8 531 357 16 109 620 34 530 2.42e-13 71.2 CAG5083139.1 CAG5083139.1 100 191 0 0 1 191 1 191 1.03e-130 363 WP_121452481.1 WP_121452481.1 100 192 0 0 1 192 1 192 9.48e-132 365 MBQ8412219.1 MBQ8412219.1 100 105 0 0 1 105 1 105 3.07e-68 198 RYE89993.1 RYE89993.1 100 329 0 0 1 329 1 329 4.56e-255 689 RYE89993.1 MBL8820230.1 39.7 312 152 5 31 329 28 316 1.03e-63 203 RYE89993.1 NEO65312.1 30.6 294 138 10 35 324 274 505 1.67e-24 102 RYE89993.1 WP_210569664.1 30.7 322 163 13 20 329 162 435 6.91e-22 94.0 WP_160352546.1 WP_160352546.1 100 238 0 0 1 238 1 238 7.52e-131 367 MBU2573448.1 MBU2573448.1 100 522 0 0 1 522 1 522 0.0 988 TAG14385.1 TAG14385.1 100 220 0 0 1 220 1 220 1.10e-162 446 HIS46075.1 HIS46075.1 100 272 0 0 1 272 1 272 6.08e-195 532 MBS6779195.1 MBS6779195.1 100 391 0 0 1 391 1 391 6.15e-289 780 MBS6779195.1 WP_012573472.1 31.4 376 244 8 11 376 15 386 1.47e-38 145 MBS6779195.1 NJD91181.1 33.0 270 167 8 82 343 2 265 3.00e-27 112 MBP3450714.1 MBP3450714.1 100 144 0 0 1 144 1 144 2.02e-105 295 WP_259633828.1 WP_259633828.1 100 41 0 0 1 41 1 41 1.86e-25 85.5 WP_277084622.1 WP_277084622.1 100 315 0 0 1 315 1 315 3.11e-230 625 WP_277084622.1 WP_074825075.1 59.7 313 121 3 1 313 84 391 1.75e-113 332 WP_277084622.1 WP_078429679.1 47.8 312 159 3 1 312 84 391 8.13e-85 259 WP_277084622.1 WP_004619799.1 48.8 320 150 6 1 313 87 399 2.07e-81 250 WP_277084622.1 MCP1651746.1 46.8 316 162 4 2 313 90 403 1.46e-79 246 WP_277084622.1 MBA2536487.1 45.0 313 157 5 1 312 84 382 5.07e-75 233 WP_277084622.1 EDH4057100.1 42.7 321 155 7 1 313 87 386 3.07e-61 198 WP_277084622.1 GAN03156.1 42.3 317 164 6 2 314 111 412 1.60e-60 197 WP_277084622.1 XP_040685867.1 39.1 322 170 5 2 314 116 420 1.67e-58 192 WP_277084622.1 WP_083141943.1 39.4 315 168 7 5 313 89 386 1.39e-50 170 HBO4828144.1 HBO4828144.1 100 284 0 0 1 284 1 284 9.80e-207 563 HBO4828144.1 WP_077217464.1 54.6 229 103 1 29 257 49 276 7.01e-81 244 HBO4828144.1 WP_076409454.1 44.8 239 120 6 11 245 5 235 7.70e-56 182 HBO4828144.1 WP_176354145.1 50.0 192 92 2 29 216 20 211 1.19e-48 164 HBO4828144.1 WP_109219819.1 45.7 199 105 2 20 215 23 221 6.78e-45 154 HBO4828144.1 WP_140480909.1 43.7 190 104 1 30 216 29 218 3.03e-44 152 HBO4828144.1 WP_170725874.1 44.2 197 105 2 29 222 19 213 9.27e-42 145 HBO4828144.1 MWR41881.1 37.9 219 120 2 30 232 44 262 7.33e-41 140 HBO4828144.1 WP_237907640.1 38.1 215 124 4 11 222 4 212 4.45e-39 138 HBO4828144.1 WP_258581409.1 38.9 193 115 1 26 215 15 207 1.54e-37 134 CAB3503427.1 CAB3503427.1 100 670 0 0 1 670 1 670 0.0 1320 WP_167084302.1 WP_167084302.1 100 147 0 0 1 147 1 147 5.52e-109 304 MBK9137892.1 MBK9137892.1 100 423 0 0 1 423 1 423 5.03e-302 815 WP_086612756.1 WP_086612756.1 100 130 0 0 1 130 1 130 4.41e-91 258 WP_229319113.1 WP_229319113.1 100 564 0 0 1 564 1 564 0.0 979 WP_229319113.1 WP_247749043.1 28.8 215 146 3 351 558 377 591 4.01e-15 76.6 WP_229319113.1 WAY96880.1 28.9 194 120 4 351 535 8 192 9.23e-14 68.6 WP_229319113.1 WP_195238978.1 24.4 213 159 1 348 558 501 713 2.32e-13 71.2 MCI40880.1 MCI40880.1 100 78 0 0 1 78 1 78 2.11e-49 148 MBU6305288.1 MBU6305288.1 100 135 0 0 1 135 1 135 3.06e-98 276 UAS17182.2 UAS17182.2 100 147 0 0 1 147 1 147 5.48e-42 135 UAS17182.2 WP_031912375.1 49.0 49 24 1 98 145 134 182 9.38e-08 47.4 MBN1762539.1 MBN1762539.1 100 427 0 0 1 427 1 427 0.0 864 MBN1762539.1 WP_064779756.1 26.5 245 140 11 10 247 124 335 1.94e-15 75.5 KVN34631.1 KVN34631.1 100 146 0 0 1 146 1 146 1.59e-103 290 CAD2189922.1 CAD2189922.1 100 688 0 0 1 688 1 688 0.0 1346 KAF5671546.1 KAF5671546.1 100 1262 0 0 1 1262 1 1262 0.0 2359 KAF5671546.1 MBE6688122.1 30.0 944 548 25 188 1112 35 883 5.68e-94 321 KAF5671546.1 MBE5737882.1 28.1 928 566 16 187 1112 35 863 2.79e-92 316 KAF5671546.1 XP_009147075.2 30.5 896 536 22 183 1027 145 996 2.60e-88 310 KAF5671546.1 WP_235126772.1 28.2 886 526 27 182 1054 24 812 1.39e-80 282 KAF5671546.1 WP_278631399.1 29.5 799 454 21 183 978 30 723 2.53e-80 281 KAF5671546.1 KAA0114277.1 29.0 955 572 27 171 1111 47 909 2.35e-79 280 KAF5671546.1 WP_049009918.1 24.2 764 453 24 171 923 62 710 3.62e-37 150 KAF5671546.1 WP_019100427.1 22.8 869 555 20 157 1009 31 796 1.15e-33 139 KAF5671546.1 MBY0273331.1 24.5 780 411 27 267 1033 80 694 2.39e-30 127 CAG8783316.1 CAG8783316.1 100 91 0 0 1 91 1 91 2.61e-67 194 XP_006161615.1 XP_006161615.1 100 178 0 0 1 178 1 178 6.32e-130 360 WP_207472995.1 WP_207472995.1 100 85 0 0 1 85 1 85 7.84e-55 162 TMG92410.1 TMG92410.1 100 313 0 0 1 313 1 313 3.24e-231 627 MBL0091585.1 MBL0091585.1 100 671 0 0 1 671 1 671 0.0 1330 MBL0091585.1 NLY22703.1 43.2 347 186 5 57 402 8 344 1.34e-80 266 EJI8012843.1 EJI8012843.1 100 854 0 0 1 854 1 854 0.0 1751 EJI8012843.1 EDF5922784.1 72.2 673 79 6 1 673 1 565 0.0 921 EJI8012843.1 MBD8963934.1 21.8 354 166 8 598 848 10 355 2.85e-13 70.9 EJI8012843.1 MBL04873.1 60.7 28 11 0 492 519 405 432 2.45e-04 42.7 8APN_AM 8APN_AM 100 419 0 0 1 419 1 419 2.89e-299 808 WP_073680713.1 WP_073680713.1 100 211 0 0 1 211 1 211 4.48e-153 421 SQB81123.1 SQB81123.1 100 63 0 0 1 63 1 63 2.51e-39 122 SQB81123.1 KQO44758.1 64.5 62 21 1 1 61 363 424 1.40e-18 75.5 SQB81123.1 WP_176390098.1 55.2 58 25 1 1 58 382 438 2.13e-13 60.8 KAI2569442.1 KAI2569442.1 100 355 0 0 1 355 1 355 1.18e-261 707 WP_049468231.1 WP_049468231.1 100 186 0 0 1 186 1 186 2.65e-135 374 WP_074825075.1 WP_074825075.1 100 392 0 0 1 392 1 392 1.65e-273 741 WP_074825075.1 WP_078429679.1 51.2 391 190 1 1 390 1 391 1.41e-130 379 WP_074825075.1 WP_277084622.1 59.7 313 121 3 84 391 1 313 1.09e-113 333 WP_074825075.1 MCP1651746.1 47.1 401 203 5 1 392 4 404 6.16e-106 316 WP_074825075.1 WP_004619799.1 48.5 396 193 6 6 392 7 400 8.72e-105 313 WP_074825075.1 MBA2536487.1 44.9 390 207 2 1 390 1 382 2.04e-104 311 WP_074825075.1 EDH4057100.1 46.3 402 191 10 1 392 1 387 4.51e-93 283 WP_074825075.1 GAN03156.1 38.6 396 224 7 3 391 28 411 4.31e-75 237 WP_074825075.1 WP_083141943.1 37.5 408 218 7 1 392 1 387 6.55e-67 215 WP_074825075.1 XP_040685867.1 35.1 393 234 7 3 386 34 414 2.08e-58 194 WP_074925385.1 WP_074925385.1 100 224 0 0 1 224 1 224 6.37e-173 472 CAI2162316.1 CAI2162316.1 100 772 0 0 1 772 1 772 0.0 1385 WP_011629477.1 WP_011629477.1 100 474 0 0 1 474 1 474 0.0 970 WP_001202764.1 WP_001202764.1 100 571 0 0 1 571 1 571 0.0 1131 WP_001202764.1 MBT8607749.1 56.4 571 244 5 1 569 1 568 6.43e-227 638 WP_122031495.1 WP_122031495.1 100 435 0 0 1 435 1 435 1.74e-299 810 WP_177995267.1 WP_177995267.1 100 246 0 0 1 246 1 246 3.94e-178 487 WP_177995267.1 MBI3868575.1 34.9 129 58 4 2 130 5 107 2.93e-12 62.4 WP_111457087.1 WP_111457087.1 100 267 0 0 1 267 1 267 3.35e-185 507 WP_111457087.1 WP_225767809.1 33.6 131 80 6 127 256 4 128 1.43e-08 50.8 WP_111457087.1 WP_201413968.1 39.7 63 37 1 144 206 7 68 1.62e-04 38.9 KAA8693182.1 KAA8693182.1 100 110 0 0 1 110 1 110 1.08e-77 222 MYT92751.1 MYT92751.1 100 93 0 0 1 93 1 93 9.05e-60 176 XP_043889695.1 XP_043889695.1 100 1998 0 0 1 1998 1 1998 0.0 3856 XP_043889695.1 KAJ2660037.1 42.0 393 188 12 6 384 4 371 1.21e-61 233 XP_043889695.1 XP_032696462.1 36.7 392 208 8 1 379 1 367 9.64e-60 225 WP_274549238.1 WP_274549238.1 100 115 0 0 1 115 1 115 3.04e-75 216 DAZ64401.1 DAZ64401.1 100 297 0 0 1 297 1 297 5.11e-220 597 UBD95131.1 UBD95131.1 100 7096 0 0 1 7096 1 7096 0.0 14174 UBD95131.1 UEC52718.1 99.9 7096 7 0 1 7096 1 7096 0.0 14158 UBD95131.1 QWC83326.1 99.8 7096 15 0 1 7096 1 7096 0.0 14143 UBD95131.1 QZU16279.1 99.6 7096 28 0 1 7096 1 7096 0.0 14107 UBD95131.1 UFM00670.1 99.9 4401 5 0 1 4401 1 4401 0.0 8640 UBD95131.1 UEC68750.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UBD95131.1 UHM53165.1 99.9 4401 5 0 1 4401 1 4401 0.0 8635 UBD95131.1 UFM02602.1 99.9 4401 5 0 1 4401 1 4401 0.0 8635 UBD95131.1 QTD03487.1 99.7 4401 12 0 1 4401 1 4401 0.0 8630 UBD95131.1 QRX02582.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 ESS65152.1 ESS65152.1 100 306 0 0 1 306 1 306 8.91e-205 560 WP_095451526.1 WP_095451526.1 100 365 0 0 1 365 1 365 6.61e-264 714 XP_040286004.1 XP_040286004.1 100 487 0 0 1 487 1 487 0.0 958 KPX96424.1 KPX96424.1 100 453 0 0 1 453 1 453 0.0 902 KPX96424.1 MCJ6180240.1 26.6 241 157 8 215 453 6 228 2.86e-11 62.8 WP_233290946.1 WP_233290946.1 100 416 0 0 1 416 1 416 2.86e-293 793 WP_139552727.1 WP_139552727.1 100 111 0 0 1 111 1 111 2.09e-80 229 WP_139552727.1 CAB5621061.1 100 28 0 0 25 52 180 207 2.41e-13 61.6 ETO85594.1 ETO85594.1 100 380 0 0 1 380 1 380 1.41e-111 329 TWP21248.1 TWP21248.1 100 274 0 0 1 274 1 274 1.23e-163 453 WP_225318916.1 WP_225318916.1 100 91 0 0 1 91 1 91 9.87e-63 183 WP_128455839.1 WP_128455839.1 100 103 0 0 1 103 1 103 2.10e-65 191 WP_109249144.1 WP_109249144.1 100 355 0 0 1 355 1 355 9.35e-176 490 WP_272056282.1 WP_272056282.1 100 129 0 0 1 129 1 129 7.35e-94 265 ECC0814460.1 ECC0814460.1 100 1311 0 0 1 1311 1 1311 0.0 2425 RZO46377.1 RZO46377.1 100 309 0 0 1 309 1 309 5.42e-237 641 NXB12866.1 NXB12866.1 100 557 0 0 1 557 1 557 0.0 1027 NXB12866.1 XP_042646948.1 27.8 133 81 6 182 305 110 236 9.46e-06 47.0 NXB12866.1 GMH49846.1 27.5 91 64 2 33 121 111 201 8.61e-05 43.9 WP_203282270.1 WP_203282270.1 100 768 0 0 1 768 1 768 0.0 1378 WP_083681546.1 WP_083681546.1 100 126 0 0 1 126 1 126 5.23e-88 249 OYZ24246.1 OYZ24246.1 100 397 0 0 1 397 1 397 1.01e-281 762 WP_140889516.1 WP_140889516.1 100 373 0 0 1 373 1 373 1.78e-272 736 MBN0056136.1 MBN0056136.1 100 109 0 0 1 109 1 109 8.60e-79 225 MBN0056136.1 HBN9628875.1 65.4 104 36 0 1 104 1025 1128 2.48e-39 137 CKL52325.1 CKL52325.1 100 78 0 0 1 78 1 78 4.21e-58 170 TIP25924.1 TIP25924.1 100 190 0 0 1 190 1 190 1.71e-133 370 WP_173580245.1 WP_173580245.1 100 170 0 0 1 170 1 170 4.51e-126 349 MBP9134796.1 MBP9134796.1 100 280 0 0 1 280 1 280 4.33e-208 566 MBP9134796.1 HIP02283.1 39.2 283 158 6 1 279 1 273 1.19e-53 174 WP_179321248.1 WP_179321248.1 100 118 0 0 1 118 1 118 6.06e-81 231 EAA1978353.1 EAA1978353.1 100 140 0 0 1 140 1 140 1.88e-99 280 DAZ71054.1 DAZ71054.1 100 372 0 0 1 372 1 372 1.13e-279 754 DAZ71054.1 WP_024330540.1 36.4 330 195 8 34 362 3 318 1.24e-57 193 DAZ71054.1 WP_145616262.1 35.0 297 165 8 33 327 2 272 4.02e-43 154 DAZ71054.1 NNE87648.1 35.8 293 159 10 33 323 2 267 6.93e-39 142 DAZ71054.1 MYE57211.1 33.6 223 120 6 37 258 7 202 6.79e-32 117 DAZ71054.1 CSP94261.1 26.8 250 146 6 27 274 9 223 2.89e-18 82.0 DAZ71054.1 NIP79453.1 43.5 85 45 2 177 260 1 83 1.77e-13 63.9 XP_001275352.1 XP_001275352.1 100 531 0 0 1 531 1 531 0.0 1054 RCX10040.1 RCX10040.1 100 545 0 0 1 545 1 545 0.0 991 RCX10040.1 WP_116813830.1 35.0 354 176 9 143 486 37 346 3.52e-39 145 WP_276263713.1 WP_276263713.1 100 241 0 0 1 241 1 241 6.42e-161 443 WP_276263713.1 WP_014286324.1 25.7 144 107 0 27 170 13 156 1.21e-14 68.2 WP_276263713.1 WP_017549704.1 29.6 152 85 4 35 168 24 171 2.04e-08 51.6 ETI31896.1 ETI31896.1 100 700 0 0 1 700 1 700 0.0 1279 PZW56938.1 PZW56938.1 100 370 0 0 1 370 1 370 3.09e-276 746 PZW56938.1 MCB2112291.1 30.5 328 214 9 45 359 65 391 3.54e-27 109 PZW56938.1 WP_121252511.1 29.5 302 186 7 1 290 21 307 4.20e-25 103 PZW56938.1 WP_233572281.1 20.9 302 192 11 73 342 100 386 7.30e-05 42.7 VUC33496.1 VUC33496.1 100 694 0 0 1 694 1 694 0.0 1378 WP_279595826.1 WP_279595826.1 100 691 0 0 1 691 1 691 0.0 1405 WP_279595826.1 XP_023664563.1 26.7 604 340 19 16 606 22 535 1.12e-36 144 WP_279595826.1 ECC1749556.1 55.1 107 35 2 19 125 9 102 7.44e-33 120 WP_216295494.1 WP_216295494.1 100 338 0 0 1 338 1 338 3.05e-244 662 WP_216295494.1 WP_145739766.1 38.4 336 195 6 5 338 7 332 2.98e-64 205 WP_216295494.1 WP_114947547.1 35.2 321 204 4 16 335 5 322 7.84e-63 201 WP_216295494.1 WP_261668588.1 35.4 297 189 2 40 335 21 315 1.04e-57 187 QWC83326.1 QWC83326.1 100 7096 0 0 1 7096 1 7096 0.0 14174 QWC83326.1 WEU87158.1 99.9 7096 8 0 1 7096 1 7096 0.0 14158 QWC83326.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14157 QWC83326.1 UBP50947.1 99.8 7096 11 0 1 7096 1 7096 0.0 14152 QWC83326.1 UBD95131.1 99.8 7096 15 0 1 7096 1 7096 0.0 14142 QWC83326.1 QZU16279.1 99.5 7096 39 0 1 7096 1 7096 0.0 14085 QWC83326.1 QTD03487.1 99.8 4401 7 0 1 4401 1 4401 0.0 8643 QWC83326.1 UFM00670.1 99.7 4401 12 0 1 4401 1 4401 0.0 8629 QWC83326.1 UEC68750.1 99.7 4401 12 0 1 4401 1 4401 0.0 8626 QWC83326.1 QRX02582.1 99.9 4098 3 0 1 4098 1 4098 0.0 8027 WP_186556299.1 WP_186556299.1 100 521 0 0 1 521 1 521 0.0 881 WP_186556299.1 WP_104456122.1 43.2 495 270 3 1 489 1 490 8.46e-98 304 WP_186556299.1 HAZ7424284.1 36.6 522 265 10 7 502 7 488 5.67e-48 172 WP_186556299.1 HBP5649656.1 50.5 188 86 1 325 505 365 552 5.08e-39 148 WP_186556299.1 WP_269572442.1 47.8 159 83 0 326 484 434 592 2.69e-29 120 WP_186556299.1 WP_025739406.1 57.3 117 50 0 348 464 464 580 7.65e-29 119 WP_186556299.1 WP_097514015.1 41.9 129 61 2 364 492 382 496 7.05e-15 75.5 XP_036352003.1 XP_036352003.1 100 209 0 0 1 209 1 209 3.29e-154 424 AUW66636.1 AUW66636.1 100 124 0 0 1 124 1 124 7.48e-87 246 XP_021678658.1 XP_021678658.1 100 454 0 0 1 454 1 454 0.0 918 WP_257777211.1 WP_257777211.1 100 330 0 0 1 330 1 330 2.74e-227 619 WP_257777211.1 WP_179243590.1 44.6 312 154 5 18 317 2 306 2.44e-72 225 WP_045332585.1 WP_045332585.1 100 1160 0 0 1 1160 1 1160 0.0 2175 WP_196396761.1 WP_196396761.1 100 136 0 0 1 136 1 136 1.76e-93 264 WP_196396761.1 WP_110005820.1 46.9 128 68 0 3 130 5 132 1.82e-35 119 WP_263298010.1 WP_263298010.1 100 1123 0 0 1 1123 1 1123 0.0 2224 GFD45028.1 GFD45028.1 100 88 0 0 1 88 1 88 6.59e-53 158 GFD45028.1 GEX59890.1 74.2 31 8 0 44 74 463 493 1.00e-06 43.1 MBE1549930.1 MBE1549930.1 100 206 0 0 1 206 1 206 4.25e-135 375 MBE1549930.1 WP_205541900.1 31.6 133 77 3 5 131 240 364 4.92e-09 53.5 WP_154951203.1 WP_154951203.1 100 322 0 0 1 322 1 322 1.06e-220 601 WP_154951203.1 WP_279008479.1 40.4 297 173 4 27 320 15 310 2.80e-64 204 WP_154951203.1 WP_105447015.1 32.4 370 177 4 21 322 27 391 3.65e-45 156 WP_154951203.1 CDX26094.1 30.8 312 210 2 17 322 21 332 1.91e-41 145 WP_154951203.1 HAA79725.1 34.1 217 141 1 104 318 5 221 2.49e-36 129 WP_154951203.1 WP_002574744.1 30.0 277 176 3 62 320 56 332 3.12e-35 129 XP_042646948.1 XP_042646948.1 100 1466 0 0 1 1466 1 1466 0.0 3013 XP_042646948.1 NXB12866.1 27.8 133 81 6 110 236 182 305 1.89e-05 47.4 WP_148044309.1 WP_148044309.1 100 109 0 0 1 109 1 109 9.68e-76 217 GEY78623.1 GEY78623.1 100 70 0 0 1 70 1 70 1.64e-47 143 WP_157767135.1 WP_157767135.1 100 407 0 0 1 407 1 407 6.01e-295 796 MBI3668312.1 MBI3668312.1 100 244 0 0 1 244 1 244 4.95e-171 469 MBI3668312.1 MBE6900854.1 50.8 181 83 1 63 243 213 387 2.95e-53 175 MBI3668312.1 WP_106587829.1 47.5 179 87 2 63 241 219 390 2.61e-48 162 MBI3668312.1 RLD79060.1 43.5 184 96 3 58 240 217 393 2.77e-42 146 EDD0587303.1 EDD0587303.1 100 1364 0 0 1 1364 1 1364 0.0 2194 EDD0587303.1 WP_218965839.1 45.7 186 95 5 1076 1259 2 183 2.92e-43 158 EDD0587303.1 EFN5389376.1 26.8 530 244 17 843 1251 304 812 4.81e-34 140 EDD0587303.1 KDT27382.1 27.1 532 242 18 844 1252 106 614 1.84e-32 134 EDD0587303.1 HAN0352225.1 26.9 438 209 18 780 1141 75 477 3.96e-14 75.1 EDD0587303.1 EIH4263652.1 28.6 189 104 6 843 1017 415 586 7.53e-08 55.1 KAI6685811.1 KAI6685811.1 100 2164 0 0 1 2164 1 2164 0.0 4111 KAI6685811.1 XP_029123601.1 34.2 2099 1091 53 155 2079 478 2461 4.86e-287 907 MBN9383861.1 MBN9383861.1 100 780 0 0 1 780 1 780 0.0 1532 MBN9383861.1 WP_168738097.1 30.4 783 502 13 27 777 1 772 1.13e-107 345 MBN9383861.1 WP_037818847.1 23.9 415 275 14 6 402 7 398 4.05e-10 60.8 MBN9383861.1 WP_199673213.1 30.5 128 76 5 280 402 270 389 7.12e-06 47.4 OAL48948.1 OAL48948.1 100 364 0 0 1 364 1 364 7.76e-267 721 RUS79844.1 RUS79844.1 100 369 0 0 1 369 1 369 2.59e-263 713 WP_266613108.1 WP_266613108.1 100 233 0 0 1 233 1 233 1.54e-164 452 HCN7845163.1 HCN7845163.1 100 126 0 0 1 126 1 126 2.80e-92 260 MBR7122964.1 MBR7122964.1 100 322 0 0 1 322 1 322 1.21e-226 616 MBR7122964.1 MBD5551606.1 37.8 270 155 7 60 318 144 411 7.14e-47 161 WP_154324327.1 WP_154324327.1 100 108 0 0 1 108 1 108 2.58e-75 216 HCT61068.1 HCT61068.1 100 72 0 0 1 72 1 72 3.82e-47 142 MBZ5490509.1 MBZ5490509.1 100 62 0 0 1 62 1 62 2.26e-37 117 RZK52568.1 RZK52568.1 100 416 0 0 1 416 1 416 1.61e-299 808 XP_018661491.1 XP_018661491.1 100 747 0 0 1 747 1 747 0.0 1421 WP_222251196.1 WP_222251196.1 100 112 0 0 1 112 1 112 4.74e-73 211 RGG06187.1 RGG06187.1 100 489 0 0 1 489 1 489 0.0 985 RGG06187.1 EIO1807611.1 28.1 480 296 13 6 461 20 474 1.11e-43 159 RGG06187.1 MCQ2587557.1 28.9 471 272 17 44 479 52 494 1.76e-36 139 RGG06187.1 MBU6501496.1 27.3 447 274 10 44 461 56 480 1.55e-32 128 PHR72175.1 PHR72175.1 100 317 0 0 1 317 1 317 1.78e-221 603 PHR72175.1 PSR02572.1 59.5 296 120 0 21 316 48 343 3.87e-123 355 PHR72175.1 WP_073201850.1 47.1 325 162 4 1 316 1 324 4.27e-95 283 PHR72175.1 CBI36349.3 33.7 285 182 2 28 312 14 291 5.42e-41 146 PHR72175.1 OQA38407.1 32.0 300 175 6 25 307 6 293 6.01e-37 135 PHR72175.1 WP_253808359.1 31.9 295 181 8 20 306 2 284 4.71e-36 133 PHR72175.1 WP_225579579.1 30.8 286 176 5 33 307 20 294 5.22e-32 123 PHR72175.1 WP_254698006.1 28.7 296 192 5 25 313 3 286 6.64e-31 120 MBQ6421794.1 MBQ6421794.1 100 182 0 0 1 182 1 182 2.47e-138 381 WP_251290759.1 WP_251290759.1 100 79 0 0 1 79 1 79 8.19e-52 154 MBR4471080.1 MBR4471080.1 100 118 0 0 1 118 1 118 8.95e-83 236 MBR4471080.1 TDM00308.1 59.8 102 40 1 16 117 14 114 2.79e-35 115 MBR4471080.1 KKP93192.1 50.4 129 47 3 6 118 3 130 3.52e-34 113 MBR4471080.1 WP_148259014.1 52.3 109 51 1 11 118 12 120 1.88e-29 101 MCF2638803.1 MCF2638803.1 100 241 0 0 1 241 1 241 3.81e-178 487 MCF2638803.1 WP_088527814.1 29.0 124 65 7 104 224 73 176 2.76e-05 42.0 KAJ3519417.1 KAJ3519417.1 100 448 0 0 1 448 1 448 0.0 934 OCB46767.1 OCB46767.1 100 300 0 0 1 300 1 300 2.13e-209 571 OCB46767.1 WP_020913025.1 55.6 284 109 4 1 280 1 271 7.61e-97 285 OCB46767.1 NEQ48723.1 55.9 290 115 5 1 288 1 279 2.41e-95 281 OCB46767.1 MBI3461834.1 50.7 290 130 3 1 288 1 279 8.31e-92 273 OCB46767.1 NBQ41256.1 47.8 301 139 4 1 292 1 292 1.95e-83 251 OCB46767.1 KAF1538674.1 46.7 304 135 5 2 288 20 313 1.13e-82 250 MCD8138445.1 MCD8138445.1 100 124 0 0 1 124 1 124 5.07e-85 242 WP_263513200.1 WP_263513200.1 100 241 0 0 1 241 1 241 2.20e-177 485 NWW37631.1 NWW37631.1 100 251 0 0 1 251 1 251 7.06e-179 489 WP_010859888.1 WP_010859888.1 100 349 0 0 1 349 1 349 4.40e-254 688 WP_010859888.1 MBT8367246.1 24.5 216 142 7 66 271 54 258 1.07e-09 57.4 EFS12202.1 EFS12202.1 100 192 0 0 1 192 1 192 3.61e-145 399 WP_245836657.1 WP_245836657.1 100 256 0 0 1 256 1 256 3.01e-187 511 WP_208750182.1 WP_208750182.1 100 330 0 0 1 330 1 330 6.84e-237 643 WP_069944653.1 WP_069944653.1 100 482 0 0 1 482 1 482 0.0 872 KXK44331.1 KXK44331.1 100 365 0 0 1 365 1 365 9.13e-271 731 KXK44331.1 WP_025599976.1 26.7 273 166 9 113 364 149 408 3.66e-12 65.5 WP_190971545.1 WP_190971545.1 100 546 0 0 1 546 1 546 0.0 996 ECB3811761.1 ECB3811761.1 100 757 0 0 1 757 1 757 0.0 1368 ECB3811761.1 HBE7681505.1 74.0 768 171 9 1 743 1 764 0.0 939 DAT73027.1 DAT73027.1 100 1987 0 0 1 1987 1 1987 0.0 3626 HCT06136.1 HCT06136.1 100 739 0 0 1 739 1 739 0.0 1385 HCT06136.1 MBI6149093.1 37.5 709 399 11 50 739 72 755 3.61e-129 400 HCT06136.1 OFX32653.1 40.6 537 316 3 178 712 44 579 6.46e-113 354 HCT06136.1 WP_013632646.1 35.6 503 301 7 217 709 262 751 6.43e-93 305 HCT06136.1 WP_041591748.1 33.2 549 350 4 196 739 89 625 5.21e-88 288 HCT06136.1 WP_074319120.1 35.1 504 305 8 216 709 206 697 8.47e-79 266 HCT06136.1 SFX27592.1 28.8 538 358 11 166 698 118 635 1.42e-58 209 HCT06136.1 MCE7698179.1 28.6 405 265 8 197 586 1 396 3.51e-45 165 HCT06136.1 WP_235126772.1 24.0 541 290 13 268 691 124 660 2.35e-21 97.8 HCT06136.1 MBE5737882.1 27.6 199 104 4 541 699 464 662 6.80e-15 77.0 KAG1677749.1 KAG1677749.1 100 496 0 0 1 496 1 496 0.0 985 CAI3266215.1 CAI3266215.1 100 296 0 0 1 296 1 296 3.15e-209 570 WP_160923791.1 WP_160923791.1 100 375 0 0 1 375 1 375 4.13e-263 713 WP_160923791.1 KAB7776415.1 52.9 380 170 4 3 374 1 379 9.73e-114 335 MBQ9635153.1 MBQ9635153.1 100 108 0 0 1 108 1 108 7.13e-73 210 WP_185892762.1 WP_185892762.1 100 418 0 0 1 418 1 418 7.58e-315 847 XP_001312457.2 XP_001312457.2 100 282 0 0 1 282 1 282 9.11e-211 573 WP_140229785.1 WP_140229785.1 100 259 0 0 1 259 1 259 5.86e-191 521 XP_029003841.1 XP_029003841.1 100 742 0 0 1 742 1 742 0.0 1315 MCC1459731.1 MCC1459731.1 100 314 0 0 1 314 1 314 1.49e-232 630 MCC6386819.1 MCC6386819.1 100 105 0 0 1 105 1 105 1.35e-71 206 WP_153033981.1 WP_153033981.1 100 336 0 0 1 336 1 336 4.63e-238 646 MCE2153491.1 MCE2153491.1 100 103 0 0 1 103 1 103 2.35e-71 206 XP_040937145.1 XP_040937145.1 100 1975 0 0 1 1975 1 1975 0.0 3641 WP_214850425.1 WP_214850425.1 100 420 0 0 1 420 1 420 5.79e-295 797 RMF71452.1 RMF71452.1 100 181 0 0 1 181 1 181 1.07e-118 332 WP_200671006.1 WP_200671006.1 100 925 0 0 1 925 1 925 0.0 1610 WP_200671006.1 MAJ59213.1 32.5 265 174 1 582 841 571 835 4.60e-37 148 WP_200671006.1 WP_083051706.1 27.2 338 229 7 535 863 52 381 1.08e-24 105 WP_263537640.1 WP_263537640.1 100 312 0 0 1 312 1 312 1.61e-210 575 WP_088153117.1 WP_088153117.1 100 374 0 0 1 374 1 374 8.99e-262 709 WP_088153117.1 EHH5649593.1 31.5 235 154 2 3 236 6 234 4.12e-36 131 WP_088153117.1 WP_140480909.1 36.6 191 113 2 23 211 38 222 7.08e-34 127 WP_088153117.1 WP_076409454.1 36.6 202 119 4 16 215 23 217 9.45e-34 126 WP_088153117.1 WP_176354145.1 37.2 191 111 2 24 211 31 215 1.31e-31 121 WP_088153117.1 WP_258581409.1 33.6 259 150 6 16 269 22 263 1.60e-29 115 WP_088153117.1 WP_170725874.1 34.0 191 118 2 23 211 29 213 3.51e-29 114 WP_088153117.1 WP_276362074.1 31.0 216 128 5 22 220 28 239 1.40e-21 91.3 WP_088153117.1 MBQ3864274.1 32.6 175 109 5 24 191 46 218 3.60e-18 82.8 WP_088153117.1 MBU5353226.1 23.4 222 139 5 17 220 33 241 9.86e-16 75.5 HJC40183.1 HJC40183.1 100 325 0 0 1 325 1 325 3.81e-236 640 HJC40183.1 KAE8322051.1 37.3 330 164 11 2 309 6 314 4.30e-48 163 HJC40183.1 KAI7428497.1 35.0 314 190 8 2 309 11 316 1.82e-46 162 HJC40183.1 WP_283277237.1 34.7 337 193 9 2 325 11 333 2.41e-43 151 WP_155963450.1 WP_155963450.1 100 413 0 0 1 413 1 413 5.11e-315 847 XP_017706045.1 XP_017706045.1 100 310 0 0 1 310 1 310 1.87e-230 657 XP_017706045.1 XP_044902674.1 34.0 150 76 4 35 161 11 160 1.07e-10 63.2 XP_017706045.1 KAB0382747.1 54.0 50 22 1 38 87 10 58 5.16e-06 48.1 KAJ6801625.1 KAJ6801625.1 100 901 0 0 1 901 1 901 0.0 1823 KAJ6801625.1 XP_026433405.1 28.5 361 219 5 164 523 9 331 9.39e-46 166 KAJ6801625.1 RVW27732.1 27.0 345 218 13 558 881 11 342 9.17e-24 102 MBS1921425.1 MBS1921425.1 100 139 0 0 1 139 1 139 1.09e-84 242 MBS1921425.1 RPI95901.1 37.5 80 49 1 41 119 49 128 1.17e-12 59.3 MBD5086961.1 MBD5086961.1 100 79 0 0 1 79 1 79 9.58e-51 152 NLS70598.1 NLS70598.1 100 237 0 0 1 237 1 237 2.55e-165 454 WP_018187484.1 WP_018187484.1 100 494 0 0 1 494 1 494 0.0 920 WP_018187484.1 WP_270570428.1 28.8 525 299 13 26 494 7 512 5.47e-55 190 WP_018187484.1 WP_233737742.1 28.9 539 270 13 16 459 8 528 1.19e-44 163 WP_018187484.1 QLP56207.1 25.7 479 324 10 20 479 7 472 2.66e-34 133 MBI4606629.1 MBI4606629.1 100 167 0 0 1 167 1 167 2.33e-122 340 EAP5059555.1 EAP5059555.1 100 359 0 0 1 359 1 359 4.77e-238 648 EAP5059555.1 WP_249991478.1 34.0 309 192 5 51 354 25 326 1.78e-44 154 EAP5059555.1 EIU6828535.1 30.0 307 206 4 51 357 25 322 5.02e-40 142 EAP5059555.1 WP_110066977.1 28.3 339 226 5 24 354 5 334 1.87e-29 114 EAP5059555.1 PPR79666.1 28.6 294 189 3 68 352 50 331 3.84e-29 113 EAP5059555.1 WP_097346712.1 30.2 278 181 7 82 355 390 658 9.15e-28 112 EAP5059555.1 WP_158131988.1 32.1 277 180 6 82 357 390 659 3.05e-27 111 MXX44250.1 MXX44250.1 100 223 0 0 1 223 1 223 1.14e-161 444 WP_235060562.1 WP_235060562.1 100 294 0 0 1 294 1 294 1.70e-212 578 WP_235060562.1 WP_200986363.1 24.7 275 204 2 7 279 6 279 1.89e-20 87.8 WP_235060562.1 WP_248676944.1 24.0 221 163 4 7 223 17 236 5.08e-12 63.5 MBK8752367.1 MBK8752367.1 100 457 0 0 1 457 1 457 7.42e-303 820 WP_049697298.1 WP_049697298.1 100 250 0 0 1 250 1 250 1.32e-178 489 WP_049697298.1 WP_259408897.1 52.4 246 112 2 6 248 2 245 6.36e-77 231 WP_049697298.1 RAL39799.1 36.3 251 143 6 7 248 84 326 1.76e-32 119 KNE54577.1 KNE54577.1 100 591 0 0 1 591 1 591 0.0 919 KNE54577.1 KAJ7092692.1 38.2 346 187 10 240 579 37 361 1.35e-58 198 MBS0281612.1 MBS0281612.1 100 147 0 0 1 147 1 147 2.16e-106 298 WP_037818847.1 WP_037818847.1 100 400 0 0 1 400 1 400 2.46e-263 716 WP_037818847.1 MCM1513138.1 39.8 415 230 9 1 400 1 410 1.03e-74 236 WP_037818847.1 WP_199673213.1 30.7 407 259 10 1 400 1 391 9.82e-38 139 WP_037818847.1 MBN8894000.1 24.2 297 179 8 142 398 143 433 1.66e-06 48.1 WP_037818847.1 MBN9383861.1 33.8 130 73 4 278 398 277 402 2.13e-06 48.1 TML70651.1 TML70651.1 100 137 0 0 1 137 1 137 9.05e-92 260 TML70651.1 NBB83031.1 38.3 128 71 3 3 128 5 126 3.87e-13 63.2 TML70651.1 WP_133874384.1 30.5 128 81 2 1 128 1 120 5.13e-13 62.8 TML70651.1 WP_073505727.1 33.3 135 72 4 1 129 1 123 2.28e-11 58.2 TML70651.1 MBP1746912.1 31.3 160 71 5 2 128 4 157 1.06e-09 53.5 TML70651.1 WP_051669385.1 33.1 133 84 3 1 132 9 137 8.63e-07 45.1 TML70651.1 WP_205448866.1 31.8 107 67 4 4 105 5 110 7.32e-04 36.6 YP_007317140.1 YP_007317140.1 100 348 0 0 1 348 1 348 6.65e-228 622 YP_007317140.1 YP_008379230.1 46.1 345 177 3 1 340 1 341 7.82e-97 289 YP_007317140.1 QOL09497.1 41.5 193 106 3 128 316 3 192 3.05e-34 124 YP_007317140.1 EAZ5330394.1 23.1 321 213 5 15 301 114 434 2.48e-15 75.1 YP_007317140.1 WP_243361436.1 25.5 325 203 11 9 299 110 429 2.55e-08 53.5 YP_007317140.1 WP_096665911.1 24.1 299 184 11 1 266 109 397 1.03e-06 48.5 YP_007317140.1 WP_251758029.1 23.4 222 152 4 95 300 212 431 1.52e-06 48.1 YP_007317140.1 MBK3574312.1 34.0 106 63 4 91 189 210 315 1.94e-05 44.7 NQZ80525.1 NQZ80525.1 100 155 0 0 1 155 1 155 2.20e-103 291 WP_061548291.1 WP_061548291.1 100 720 0 0 1 720 1 720 0.0 1424 OGU48181.1 OGU48181.1 100 662 0 0 1 662 1 662 0.0 1321 OGU48181.1 WP_222018129.1 22.1 638 424 21 56 661 28 624 3.84e-17 83.6 OGU48181.1 WP_267184195.1 20.3 634 415 20 76 662 50 640 4.08e-14 73.9 OGU48181.1 WP_119344914.1 22.3 669 406 30 73 662 72 705 4.40e-14 73.9 OGU48181.1 WP_047594685.1 23.9 280 164 9 71 322 138 396 4.69e-11 64.3 OGU48181.1 WP_282423266.1 28.6 126 82 2 61 178 38 163 6.67e-10 60.5 OGU48181.1 WP_254467474.1 27.1 133 93 4 70 200 150 280 4.18e-05 45.1 OGU48181.1 WP_059812501.1 36.6 71 32 3 117 184 143 203 1.62e-04 43.1 OGU48181.1 KAA1286543.1 27.2 114 73 3 70 179 105 212 1.63e-04 43.1 TIQ70464.1 TIQ70464.1 100 68 0 0 1 68 1 68 1.76e-39 122 WP_010434011.1 WP_010434011.1 100 599 0 0 1 599 1 599 0.0 1195 WP_010434011.1 WP_149911652.1 28.5 214 135 7 382 588 220 422 4.80e-14 72.8 WP_010434011.1 WP_200037957.1 28.2 262 174 8 337 587 981 1239 2.55e-13 71.6 WP_010434011.1 WP_076194242.1 26.7 232 154 7 361 580 224 451 6.51e-12 66.2 WP_010434011.1 PSQ73325.1 28.1 260 165 9 351 594 593 846 2.34e-11 65.1 WP_010434011.1 MBX3687043.1 33.3 111 66 3 473 580 341 446 6.53e-08 53.5 WP_010434011.1 MBQ1868746.1 22.3 264 179 7 344 588 238 494 1.68e-06 49.3 NLP00897.1 NLP00897.1 100 149 0 0 1 149 1 149 1.11e-109 306 TXH38725.1 TXH38725.1 100 150 0 0 1 150 1 150 2.71e-106 298 MBN2697970.1 MBN2697970.1 100 308 0 0 1 308 1 308 5.05e-246 664 MBN2697970.1 RZJ01256.1 33.9 271 141 14 50 308 24 268 8.30e-34 123 CAE5960238.1 CAE5960238.1 100 395 0 0 1 395 1 395 3.23e-277 750 WP_120171324.1 WP_120171324.1 100 262 0 0 1 262 1 262 3.77e-184 504 WP_120171324.1 KPA62791.1 93.7 63 4 0 1 63 1 63 1.20e-35 120 WP_252115680.1 WP_252115680.1 100 173 0 0 1 173 1 173 3.15e-123 342 EZA58905.1 EZA58905.1 100 1125 0 0 1 1125 1 1125 0.0 2107 EZA58905.1 KAI9362949.1 48.1 77 40 0 28 104 1 77 7.02e-19 81.3 MBL8041865.1 MBL8041865.1 100 362 0 0 1 362 1 362 2.76e-284 765 WP_135847767.1 WP_135847767.1 100 380 0 0 1 380 1 380 1.82e-264 717 HIT09367.1 HIT09367.1 100 421 0 0 1 421 1 421 3.30e-306 826 HIT09367.1 KAF6257731.1 22.4 344 192 11 62 382 546 837 9.73e-06 46.2 HIT09367.1 MBP6786080.1 40.8 71 36 2 69 139 562 626 1.16e-04 42.7 HIT09367.1 WP_029789810.1 21.4 351 192 13 69 402 558 841 1.53e-04 42.4 WP_180860911.1 WP_180860911.1 100 204 0 0 1 204 1 204 4.01e-123 345 EAQ3014137.1 EAQ3014137.1 100 299 0 0 1 299 1 299 2.26e-224 608 MCA9799621.1 MCA9799621.1 100 409 0 0 1 409 1 409 4.65e-284 769 WP_278273894.1 WP_278273894.1 100 150 0 0 1 150 1 150 3.30e-116 323 WP_261281372.1 WP_261281372.1 100 407 0 0 1 407 1 407 9.69e-301 811 WP_261281372.1 WP_013970683.1 75.9 402 95 1 6 407 2 401 1.26e-221 610 WP_261281372.1 WP_111113162.1 57.3 410 164 4 2 407 4 406 8.35e-157 446 WP_261281372.1 EFL6071320.1 30.0 410 202 17 25 407 8 359 7.37e-30 117 WP_090178898.1 WP_090178898.1 100 210 0 0 1 210 1 210 9.77e-152 417 WP_090178898.1 NNC77678.1 31.6 155 102 2 48 198 10 164 2.60e-22 87.8 WP_264248212.1 WP_264248212.1 100 63 0 0 1 63 1 63 1.51e-40 125 WP_264248212.1 MBY7869037.1 50.0 44 22 0 15 58 625 668 1.72e-05 38.5 MBQ8743106.1 MBQ8743106.1 100 283 0 0 1 283 1 283 1.93e-192 526 EAH4606626.1 EAH4606626.1 100 183 0 0 1 183 1 183 6.01e-126 350 HCG2498768.1 HCG2498768.1 100 403 0 0 1 403 1 403 5.73e-259 705 HCG2498768.1 WP_059267425.1 30.3 376 257 1 9 384 2 372 1.54e-44 157 HBA5291325.1 HBA5291325.1 100 409 0 0 1 409 1 409 8.04e-285 771 HBA5291325.1 EIC6151294.1 21.5 413 298 9 6 404 25 425 1.51e-16 79.3 MBU0720757.1 MBU0720757.1 100 130 0 0 1 130 1 130 3.63e-90 255 WP_225744764.1 WP_225744764.1 100 109 0 0 1 109 1 109 1.67e-76 219 WP_053743010.1 WP_053743010.1 100 420 0 0 1 420 1 420 4.44e-299 808 WP_053743010.1 WP_216890540.1 22.5 378 276 3 56 418 50 425 7.37e-29 115 EFJ8748319.1 EFJ8748319.1 100 422 0 0 1 422 1 422 8.89e-316 850 EFJ8748319.1 EHW4468754.1 62.7 424 154 3 1 422 1 422 1.04e-187 526 EFJ8748319.1 WP_114368818.1 23.0 396 272 11 6 392 10 381 1.73e-19 88.2 EFJ8748319.1 MXQ53321.1 29.9 201 125 6 6 203 8 195 5.95e-16 77.0 ULU28230.1 ULU28230.1 100 1070 0 0 1 1070 1 1070 0.0 2126 ULU28230.1 WP_189931865.1 39.1 1028 569 15 65 1053 111 1120 1.53e-245 725 ULU28230.1 MBQ7389792.1 34.3 1220 619 18 7 1053 19 1228 2.41e-222 670 ULU28230.1 BBG20955.1 31.9 1296 567 20 67 1056 83 1372 4.15e-178 576 ULU28230.1 AIR77599.1 20.9 393 184 7 57 322 55 447 7.83e-17 82.8 MBP3421135.1 MBP3421135.1 100 334 0 0 1 334 1 334 1.51e-242 657 WP_095310603.1 WP_095310603.1 100 92 0 0 1 92 1 92 1.40e-58 172 NBW88664.1 NBW88664.1 100 169 0 0 1 169 1 169 5.23e-111 311 XP_010481786.1 XP_010481786.1 100 272 0 0 1 272 1 272 5.26e-205 557 VDP42962.1 VDP42962.1 100 201 0 0 1 201 1 201 1.70e-143 396 MBF0362390.1 MBF0362390.1 100 384 0 0 1 384 1 384 1.10e-267 725 WP_230208134.1 WP_230208134.1 100 391 0 0 1 391 1 391 1.33e-283 766 WP_230208134.1 HIZ10317.1 33.3 144 91 3 19 160 1 141 1.13e-12 65.5 WP_230208134.1 WP_007556065.1 36.1 119 75 1 28 145 9 127 8.97e-12 62.8 KAJ8438905.1 KAJ8438905.1 100 156 0 0 1 156 1 156 2.11e-106 298 WP_093797100.1 WP_093797100.1 100 173 0 0 1 173 1 173 1.57e-132 366 MCA9871439.1 MCA9871439.1 100 246 0 0 1 246 1 246 6.08e-157 434 XP_007828375.1 XP_007828375.1 100 458 0 0 1 458 1 458 0.0 934 XP_007828375.1 WP_095556548.1 23.1 411 235 15 14 374 9 388 4.21e-09 56.6 MBL4798178.1 MBL4798178.1 100 333 0 0 1 333 1 333 4.53e-248 671 WP_119928822.1 WP_119928822.1 100 172 0 0 1 172 1 172 2.48e-115 322 XP_054720054.1 XP_054720054.1 100 337 0 0 1 337 1 337 1.05e-264 714 WP_211748754.1 WP_211748754.1 100 60 0 0 1 60 1 60 1.80e-42 129 MBU0518438.1 MBU0518438.1 100 191 0 0 1 191 1 191 4.21e-139 384 NXD58230.1 NXD58230.1 100 416 0 0 1 416 1 416 2.19e-297 803 MBL4825303.1 MBL4825303.1 100 266 0 0 1 266 1 266 2.21e-194 530 HAG54718.1 HAG54718.1 100 114 0 0 1 114 1 114 2.32e-74 214 WP_047323805.1 WP_047323805.1 100 198 0 0 1 198 1 198 2.81e-136 377 WP_047323805.1 WP_019807556.1 68.2 173 55 0 20 192 19 191 1.62e-81 239 KAG5639171.1 KAG5639171.1 100 104 0 0 1 104 1 104 2.01e-68 198 EJF06804.1 EJF06804.1 100 310 0 0 1 310 1 310 8.84e-223 605 EJF06804.1 WP_000484099.1 35.3 184 106 4 127 307 196 369 3.30e-30 115 EJF06804.1 MBI5333464.1 36.0 172 105 2 135 306 224 390 1.03e-26 106 EJF06804.1 WP_023050329.1 27.9 204 120 5 95 298 173 349 4.59e-19 84.7 EJF06804.1 MBP1530348.1 27.9 215 133 6 2 210 3 201 2.47e-18 80.5 EJF06804.1 WP_018646673.1 32.6 175 108 6 134 306 520 686 5.41e-14 70.9 EJF06804.1 WP_212961195.1 30.5 118 80 1 2 119 714 829 9.95e-14 70.1 EJF06804.1 MBQ1868746.1 29.6 125 79 3 1 119 519 640 2.90e-11 62.4 EJF06804.1 MBT3459335.1 37.4 91 55 1 122 210 184 274 4.33e-10 57.8 EJF06804.1 PKL50735.1 28.0 125 88 1 2 126 950 1072 2.54e-09 56.6 XP_048961030.1 XP_048961030.1 100 964 0 0 1 964 1 964 0.0 1447 XP_014086709.1 XP_014086709.1 100 251 0 0 1 251 1 251 5.97e-171 469 NBO56108.1 NBO56108.1 100 100 0 0 1 100 1 100 6.34e-70 202 WP_065358803.1 WP_065358803.1 100 344 0 0 1 344 1 344 2.03e-236 643 WP_179536231.1 WP_179536231.1 100 206 0 0 1 206 1 206 2.15e-153 421 WP_250499463.1 WP_250499463.1 100 233 0 0 1 233 1 233 5.53e-158 435 WP_250499463.1 MBT4161918.1 42.6 223 127 1 5 227 3 224 1.14e-50 163 WP_250499463.1 MCB0243881.1 41.3 223 130 1 6 228 3 224 2.04e-50 162 WP_250499463.1 WP_215557653.1 44.9 227 114 2 8 229 3 223 4.25e-50 162 WP_250499463.1 CAI8213472.1 37.2 226 138 1 4 229 10 231 2.69e-45 150 WP_250499463.1 MCC6044083.1 42.0 200 114 2 28 227 23 220 9.85e-45 150 WP_250499463.1 MBP1876254.1 38.7 222 134 2 8 228 1 221 1.03e-43 149 WP_250499463.1 WP_266842210.1 39.5 233 139 2 1 233 1 231 2.01e-41 140 WP_250499463.1 MCF7808720.1 37.6 221 137 1 8 228 6 225 3.40e-41 139 WP_250499463.1 MWR41881.1 37.1 210 121 2 6 215 32 230 3.45e-32 116 EMF80818.1 EMF80818.1 100 299 0 0 1 299 1 299 3.05e-213 580 WP_202082228.1 WP_202082228.1 100 197 0 0 1 197 1 197 9.15e-146 401 WP_218198734.1 WP_218198734.1 100 209 0 0 1 209 1 209 3.22e-120 338 UJQ14296.1 UJQ14296.1 100 145 0 0 1 145 1 145 1.46e-60 187 WP_281734351.1 WP_281734351.1 100 61 0 0 1 61 1 61 4.58e-41 126 AQA19851.1 AQA19851.1 100 162 0 0 1 162 1 162 5.54e-114 318 AQA19851.1 MCB0773217.1 26.5 132 77 5 24 139 52 179 3.62e-08 48.9 MBT4511102.1 MBT4511102.1 100 149 0 0 1 149 1 149 5.08e-106 297 EHS0147317.1 EHS0147317.1 100 348 0 0 1 348 1 348 6.83e-262 707 EHS0147317.1 WP_238850425.1 54.3 341 155 1 7 347 3 342 2.28e-128 369 WP_067032591.1 WP_067032591.1 100 250 0 0 1 250 1 250 1.74e-183 501 WP_067032591.1 WP_216576398.1 37.2 242 150 1 2 241 3 244 3.75e-50 163 WP_067032591.1 KAA0785577.1 37.7 239 142 4 8 241 9 245 4.11e-42 142 WP_067032591.1 EAG5222239.1 36.9 249 144 6 2 241 3 247 2.58e-40 137 CEZ68761.1 CEZ68761.1 100 173 0 0 1 173 1 173 8.68e-121 336 MBW6187146.1 MBW6187146.1 100 202 0 0 1 202 1 202 1.63e-146 404 XP_052737512.1 XP_052737512.1 100 296 0 0 1 296 1 296 4.80e-204 557 RLT25539.1 RLT25539.1 100 195 0 0 1 195 1 195 1.35e-137 380 MCH8117287.1 MCH8117287.1 100 213 0 0 1 213 1 213 8.72e-161 441 MBT5780702.1 MBT5780702.1 100 375 0 0 1 375 1 375 1.13e-260 707 MBT5780702.1 WP_182342936.1 43.8 265 131 5 105 366 112 361 3.74e-48 165 WP_121182262.1 WP_121182262.1 100 518 0 0 1 518 1 518 2.69e-313 852 WEI27974.1 WEI27974.1 100 4402 0 0 1 4402 1 4402 0.0 7768 WEI27974.1 UPP41269.1 91.4 4402 378 0 1 4402 1 4402 0.0 7760 WEI27974.1 USR14792.1 91.4 4402 378 0 1 4402 1 4402 0.0 7759 WEI27974.1 UZO53924.1 91.5 4398 376 0 1 4398 1 4398 0.0 7757 WEI27974.1 UVB16817.1 91.5 4398 376 0 1 4398 1 4398 0.0 7755 WEI27974.1 URQ55824.1 91.4 4398 377 0 1 4398 1 4398 0.0 7754 WEI27974.1 UXX67934.1 92.8 4398 315 0 1 4398 1 4398 0.0 7748 WEI27974.1 QWC83326.1 91.2 4401 383 1 1 4398 1 4401 0.0 7735 WEI27974.1 WHE12941.1 90.8 4372 404 0 27 4398 1 4372 0.0 7542 WEI27974.1 QRX02582.1 90.6 4098 383 1 1 4095 1 4098 0.0 7117 MBD3769330.1 MBD3769330.1 100 184 0 0 1 184 1 184 1.26e-123 344 MBD3769330.1 NLT72898.1 44.6 177 98 0 7 183 8 184 3.80e-50 158 MBD3769330.1 NLK90780.1 44.4 178 99 0 7 184 8 185 2.84e-47 151 MBD3769330.1 NLV68328.1 41.6 178 104 0 7 184 8 185 5.24e-45 145 WP_114811503.1 WP_114811503.1 100 628 0 0 1 628 1 628 0.0 1212 RZI94009.1 RZI94009.1 100 125 0 0 1 125 1 125 6.13e-91 257 RZI94009.1 WP_249351853.1 44.1 102 56 1 1 101 237 338 7.14e-28 103 WP_245838763.1 WP_245838763.1 100 335 0 0 1 335 1 335 6.98e-228 620 WP_245838763.1 MBK0846266.1 28.2 209 117 8 128 316 343 538 1.11e-10 60.8 WP_245838763.1 NIK25817.1 23.3 202 131 4 141 318 394 595 4.79e-09 55.8 MBT6972091.1 MBT6972091.1 100 447 0 0 1 447 1 447 0.0 876 MBT6972091.1 MCB5199682.1 28.2 383 233 12 15 391 8 354 2.82e-37 139 MBT6972091.1 WP_259619769.1 27.4 164 103 4 54 215 70 219 1.16e-05 45.8 MCU1401149.1 MCU1401149.1 100 155 0 0 1 155 1 155 1.28e-120 334 WP_271406340.1 WP_271406340.1 100 280 0 0 1 280 1 280 6.89e-205 558 WP_130962786.1 WP_130962786.1 100 382 0 0 1 382 1 382 2.95e-271 734 WP_130962786.1 WP_264144890.1 35.1 376 233 5 4 376 2 369 7.03e-61 199 WP_243678753.1 WP_243678753.1 100 180 0 0 1 180 1 180 4.59e-124 345 WP_245971990.1 WP_245971990.1 100 230 0 0 1 230 1 230 3.09e-158 436 WP_245971990.1 TDB49724.1 41.8 55 31 1 11 65 12 65 2.49e-07 46.6 WP_245971990.1 MCG8687614.1 47.7 44 23 0 11 54 18 61 7.80e-07 45.4 VDD35992.1 VDD35992.1 100 49 0 0 1 49 1 49 1.46e-32 103 MBQ7389792.1 MBQ7389792.1 100 1319 0 0 1 1319 1 1319 0.0 2551 MBQ7389792.1 WP_189931865.1 48.5 1306 432 16 11 1257 21 1146 0.0 1156 MBQ7389792.1 BBG20955.1 37.7 1447 661 30 1 1255 1 1400 1.74e-267 834 MBQ7389792.1 ULU28230.1 34.5 1221 618 19 19 1229 7 1054 5.83e-218 659 MBQ7389792.1 AIR77599.1 29.4 473 272 11 23 459 1 447 1.96e-49 181 MBQ7389792.1 HAJ19792.1 47.8 90 45 1 583 672 1 88 1.36e-17 77.4 WP_281670363.1 WP_281670363.1 100 280 0 0 1 280 1 280 2.51e-207 564 XP_026994537.1 XP_026994537.1 100 245 0 0 1 245 1 245 5.92e-202 547 XP_047076827.1 XP_047076827.1 100 534 0 0 1 534 1 534 0.0 1013 XP_047076827.1 CAA7056023.1 32.4 519 305 4 42 523 71 580 7.27e-86 278 MBR2684576.1 MBR2684576.1 100 223 0 0 1 223 1 223 1.00e-155 429 MBR2684576.1 WP_239606280.1 41.2 221 128 2 1 220 1 220 6.48e-51 163 MBR2684576.1 MBM4374951.1 39.1 215 125 5 1 213 1 211 1.17e-41 139 MBR2684576.1 WP_279123632.1 50.0 38 19 0 81 118 132 169 1.83e-04 40.0 WP_113625996.1 WP_113625996.1 100 439 0 0 1 439 1 439 0.0 901 MCH8269832.1 MCH8269832.1 100 356 0 0 1 356 1 356 1.57e-246 669 MCH8269832.1 MBQ9979016.1 31.3 230 97 6 158 329 128 354 1.76e-15 75.1 MCH8269832.1 WP_049105913.1 47.5 61 32 0 166 226 277 337 9.10e-10 57.8 AGD93042.1 AGD93042.1 100 579 0 0 1 579 1 579 0.0 1011 KAI4090501.1 KAI4090501.1 100 177 0 0 1 177 1 177 1.96e-128 356 NLO81011.1 NLO81011.1 100 194 0 0 1 194 1 194 8.49e-145 399 WP_074053577.1 WP_074053577.1 100 386 0 0 1 386 1 386 7.59e-276 746 WP_074053577.1 MCG6912449.1 37.3 375 233 2 6 380 4 376 9.88e-88 268 WP_074053577.1 WP_162119468.1 33.9 387 247 2 2 380 4 389 6.62e-67 215 OQA35671.1 OQA35671.1 100 629 0 0 1 629 1 629 0.0 1207 OQA35671.1 MCH5231772.1 31.0 532 352 5 1 526 1 523 1.30e-75 249 OQA35671.1 WP_089095302.1 31.0 539 350 9 1 531 3 527 1.39e-67 230 OQA35671.1 WP_105160947.1 31.4 598 373 13 3 582 5 583 6.27e-67 228 OQA35671.1 WP_173040157.1 26.8 559 355 9 29 579 33 545 9.80e-47 172 OQA35671.1 MYD56339.1 42.9 182 103 1 344 525 28 208 1.16e-42 155 OQA35671.1 WP_041710957.1 30.1 399 242 5 158 526 96 487 3.65e-41 155 OQA35671.1 WP_014657023.1 24.8 537 324 14 9 502 12 511 9.40e-28 115 OQA35671.1 WP_192500494.1 25.4 189 117 6 323 492 3 186 4.24e-08 53.5 OQA35671.1 WP_206363707.1 23.0 191 116 3 322 485 18 204 2.58e-04 41.6 MBS3065855.1 MBS3065855.1 100 95 0 0 1 95 1 95 4.78e-65 189 MBR5562318.1 MBR5562318.1 100 339 0 0 1 339 1 339 1.30e-250 678 WP_122440133.1 WP_122440133.1 100 1215 0 0 1 1215 1 1215 0.0 1969 WP_122440133.1 WP_116870479.1 27.4 1276 817 30 1 1211 1 1231 3.01e-66 243 WP_122440133.1 MCE2789155.1 23.3 1234 695 24 1 1212 1 1003 2.71e-41 163 MBR4038690.1 MBR4038690.1 100 379 0 0 1 379 1 379 7.09e-282 761 MBR6141090.1 MBR6141090.1 100 144 0 0 1 144 1 144 3.22e-111 310 WP_087909023.1 WP_087909023.1 100 423 0 0 1 423 1 423 9.94e-293 792 WP_054891276.1 WP_054891276.1 100 191 0 0 1 191 1 191 7.53e-133 368 WP_054891276.1 WP_161818832.1 43.4 182 103 0 5 186 11 192 3.70e-41 136 WP_054891276.1 WP_234002326.1 32.3 164 108 1 7 167 176 339 4.19e-14 67.8 WP_061195945.1 WP_061195945.1 100 400 0 0 1 400 1 400 1.41e-294 795 KAH0642104.1 KAH0642104.1 100 154 0 0 1 154 1 154 2.69e-108 303 WP_164582471.1 WP_164582471.1 100 86 0 0 1 86 1 86 4.17e-55 163 WP_194621234.1 WP_194621234.1 100 361 0 0 1 361 1 361 1.69e-264 715 WP_106812746.1 WP_106812746.1 100 1076 0 0 1 1076 1 1076 0.0 2170 WP_106812746.1 MBF1369421.1 37.2 1081 638 16 9 1071 12 1069 7.79e-248 728 UPP41269.1 UPP41269.1 100 4402 0 0 1 4402 1 4402 0.0 8650 UPP41269.1 USR14792.1 99.9 4402 5 0 1 4402 1 4402 0.0 8640 UPP41269.1 URQ55824.1 99.9 4398 3 0 1 4398 1 4398 0.0 8636 UPP41269.1 UZO53924.1 99.9 4398 4 0 1 4398 1 4398 0.0 8635 UPP41269.1 UVB16817.1 99.9 4398 4 0 1 4398 1 4398 0.0 8633 UPP41269.1 QXR94354.1 99.7 4402 15 0 1 4402 1 4402 0.0 8619 UPP41269.1 QTM79632.1 99.6 4402 18 0 1 4402 1 4402 0.0 8617 UPP41269.1 QTZ27226.1 99.5 4402 20 0 1 4402 1 4402 0.0 8612 UPP41269.1 QVD87869.1 99.7 4398 14 0 1 4398 1 4398 0.0 8612 UPP41269.1 QWC83326.1 99.7 4401 12 1 1 4398 1 4401 0.0 8611 WP_009714971.1 WP_009714971.1 100 566 0 0 1 566 1 566 0.0 1134 WP_009714971.1 QQS09360.1 46.3 575 279 6 17 561 16 590 5.38e-172 498 WP_009714971.1 WP_195001047.1 42.3 542 288 6 27 560 59 583 3.25e-125 384 MTI81752.1 MTI81752.1 100 166 0 0 1 166 1 166 2.62e-114 319 KAJ3160366.1 KAJ3160366.1 100 76 0 0 1 76 1 76 1.90e-51 153 PTX93603.1 PTX93603.1 100 93 0 0 1 93 1 93 1.97e-63 185 WP_252438898.1 WP_252438898.1 100 341 0 0 1 341 1 341 1.03e-248 674 WP_252438898.1 WP_014950321.1 37.6 295 177 5 50 341 14 304 5.45e-58 188 WP_026002460.1 WP_026002460.1 100 445 0 0 1 445 1 445 5.05e-304 822 WP_026002460.1 WP_147135386.1 24.0 384 256 14 10 370 35 405 2.13e-12 67.0 WP_026002460.1 OLB27154.1 23.6 296 160 9 8 246 37 323 2.92e-06 47.8 WP_282322778.1 WP_282322778.1 100 623 0 0 1 623 1 623 0.0 1315 WP_282322778.1 WP_096067320.1 99.4 623 4 0 1 623 1 623 0.0 1306 WP_282322778.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.99e-106 335 WP_282322778.1 MBL14507.1 27.3 626 363 20 30 614 11 585 3.55e-61 212 WP_085315249.1 WP_085315249.1 100 435 0 0 1 435 1 435 3.45e-267 728 XP_023529459.1 XP_023529459.1 100 166 0 0 1 166 1 166 2.59e-105 296 WP_137885208.1 WP_137885208.1 100 149 0 0 1 149 1 149 9.46e-120 332 RWW58604.1 RWW58604.1 100 213 0 0 1 213 1 213 2.50e-160 439 WP_167301289.1 WP_167301289.1 100 405 0 0 1 405 1 405 1.24e-286 775 WP_167301289.1 WP_245384442.1 36.2 384 230 8 5 380 15 391 1.35e-56 189 WP_003748238.1 WP_003748238.1 100 122 0 0 1 122 1 122 8.81e-85 241 WP_003748238.1 WP_077533069.1 36.9 111 65 2 7 114 9 117 1.15e-13 61.2 WP_002894198.1 WP_002894198.1 100 131 0 0 1 131 1 131 1.98e-58 175 EEC70172.1 EEC70172.1 100 213 0 0 1 213 1 213 1.02e-159 438 PNH10535.1 PNH10535.1 100 179 0 0 1 179 1 179 1.32e-127 354 WP_109305164.1 WP_109305164.1 100 257 0 0 1 257 1 257 2.08e-174 479 WP_109305164.1 MBS1237631.1 28.2 262 174 7 1 254 1 256 2.10e-22 91.3 WP_179050696.1 WP_179050696.1 100 456 0 0 1 456 1 456 0.0 904 MBS0449087.1 MBS0449087.1 100 175 0 0 1 175 1 175 9.58e-110 308 CAC10160.1 CAC10160.1 100 647 0 0 1 647 1 647 0.0 1158 OHD72009.1 OHD72009.1 100 115 0 0 1 115 1 115 1.83e-76 219 KAJ0960782.1 KAJ0960782.1 100 304 0 0 1 304 1 304 1.74e-235 637 OPZ33967.1 OPZ33967.1 100 253 0 0 1 253 1 253 2.26e-176 483 WP_179827767.1 WP_179827767.1 100 299 0 0 1 299 1 299 1.39e-209 571 WP_131914061.1 WP_131914061.1 100 306 0 0 1 306 1 306 2.36e-225 612 WP_131914061.1 EIX9307167.1 23.9 289 215 2 3 288 11 297 7.36e-20 86.3 WP_131914061.1 WP_248721304.1 21.0 305 227 5 4 304 2 296 1.11e-13 68.6 WP_131914061.1 WP_046600280.1 27.8 144 101 2 4 147 3 143 1.51e-13 68.2 WP_131914061.1 WP_044453403.1 26.5 147 103 2 4 146 2 147 1.75e-08 53.1 WP_131914061.1 WP_096722254.1 23.5 149 112 2 4 152 2 148 3.11e-07 49.3 WP_238126428.1 WP_238126428.1 100 199 0 0 1 199 1 199 1.52e-145 401 WP_238126428.1 WP_100671858.1 54.6 194 86 1 1 192 1 194 1.78e-69 208 XP_052288270.1 XP_052288270.1 100 886 0 0 1 886 1 886 0.0 1764 XP_052288270.1 QNU41032.1 24.5 829 522 30 4 776 7 787 1.78e-45 175 XP_052288270.1 UBY07556.1 25.3 442 279 14 190 609 162 573 1.80e-23 105 PKP76071.1 PKP76071.1 100 68 0 0 1 68 1 68 2.99e-49 147 WP_144841777.1 WP_144841777.1 100 275 0 0 1 275 1 275 2.67e-195 533 WP_144841777.1 WP_029579419.1 40.1 262 155 2 1 261 24 284 8.93e-52 169 WP_144841777.1 WP_190032834.1 35.8 173 98 6 1 168 24 188 1.35e-15 73.6 WP_144841777.1 NED83450.1 24.1 228 165 4 2 226 27 249 5.72e-08 51.2 WP_144841777.1 WP_154333510.1 42.3 52 30 0 2 53 25 76 6.30e-04 38.9 KFP60608.1 KFP60608.1 100 285 0 0 1 285 1 285 5.94e-213 578 WP_189693187.1 WP_189693187.1 100 108 0 0 1 108 1 108 7.35e-84 238 WP_189693187.1 WP_125188824.1 63.5 104 38 0 1 104 1 104 1.49e-49 152 WP_189693187.1 NVJ87065.1 73.7 19 5 0 38 56 7 25 3.05e-05 38.5 MCK5302212.1 MCK5302212.1 100 454 0 0 1 454 1 454 0.0 911 MCK5302212.1 TDJ69718.1 29.9 438 280 12 4 432 3 422 1.36e-50 176 MCK5302212.1 XP_016452348.1 28.1 452 300 7 18 445 56 506 5.76e-45 162 PJC62958.1 PJC62958.1 100 122 0 0 1 122 1 122 3.73e-86 244 XP_009308369.1 XP_009308369.1 100 893 0 0 1 893 1 893 0.0 1669 XP_047046442.1 XP_047046442.1 100 569 0 0 1 569 1 569 0.0 1199 XP_047046442.1 XP_016445639.1 26.6 582 345 20 11 566 16 541 1.43e-55 194 XP_047046442.1 CAG8726868.1 33.2 346 194 10 217 547 4 327 4.60e-50 174 WP_262247119.1 WP_262247119.1 100 175 0 0 1 175 1 175 2.91e-138 380 WP_262247119.1 WP_161643844.1 39.2 176 104 3 1 175 13 186 5.69e-50 157 KAF6089756.1 KAF6089756.1 100 794 0 0 1 794 1 794 0.0 1579 WP_066083732.1 WP_066083732.1 100 337 0 0 1 337 1 337 3.43e-245 664 WP_066083732.1 WP_107894076.1 56.2 322 138 3 6 327 5 323 1.56e-122 353 WP_066083732.1 GLY24463.1 43.7 318 177 2 6 323 4 319 9.40e-96 285 WP_066083732.1 WP_131166802.1 48.2 311 158 3 5 313 4 313 1.80e-91 275 WP_066083732.1 MCP5262709.1 46.7 317 165 3 6 321 1 314 1.70e-90 272 WP_066083732.1 WP_192324556.1 51.0 294 129 3 6 284 13 306 6.54e-87 272 WP_066083732.1 WP_227059655.1 52.6 270 123 1 5 269 16 285 2.07e-85 268 WP_066083732.1 QCM13287.1 43.8 267 143 4 5 271 8 267 1.17e-65 207 WP_066083732.1 WP_098952357.1 40.0 310 169 6 6 306 3 304 5.66e-65 206 WP_066083732.1 MBU5353226.1 40.7 270 136 7 6 264 4 260 1.17e-57 187 WP_150724537.1 WP_150724537.1 100 242 0 0 1 242 1 242 1.01e-178 488 WP_150724537.1 PZO34543.1 37.2 207 128 1 2 208 20 224 3.89e-45 150 KAI7727618.1 KAI7727618.1 100 900 0 0 1 900 1 900 0.0 1714 KAI7727618.1 MBL8103469.1 46.7 362 153 3 95 416 87 448 5.00e-99 315 KAI7727618.1 MBP6786080.1 51.2 332 122 5 116 407 104 435 3.98e-86 292 KAI7727618.1 WP_029789810.1 49.4 326 124 4 110 395 98 422 1.09e-83 285 KAI7727618.1 KAF6257731.1 47.7 329 131 4 102 391 92 418 4.22e-76 265 KAI7727618.1 WP_136095406.1 50.5 285 107 3 165 418 120 401 1.56e-75 261 KAI7727618.1 KPK79043.1 37.6 306 155 4 99 369 81 385 2.58e-48 182 KAI7727618.1 MCH2804017.1 53.3 30 14 0 871 900 2 31 2.69e-04 38.9 WP_164107212.1 WP_164107212.1 100 229 0 0 1 229 1 229 1.40e-149 414 XP_055928676.1 XP_055928676.1 100 332 0 0 1 332 1 332 1.72e-256 692 HIR39763.1 HIR39763.1 100 355 0 0 1 355 1 355 3.95e-260 704 MCH1470780.1 MCH1470780.1 100 84 0 0 1 84 1 84 2.06e-45 163 XP_035385791.1 XP_035385791.1 100 1670 0 0 1 1670 1 1670 0.0 3086 XP_035385791.1 KAF3694195.1 31.4 1729 464 26 1 1670 1 1066 2.12e-149 485 MBV8954574.1 MBV8954574.1 100 444 0 0 1 444 1 444 5.95e-307 830 MBE0479857.1 MBE0479857.1 100 388 0 0 1 388 1 388 4.66e-287 775 MBE0479857.1 MBK7837454.1 28.0 293 204 4 1 292 1 287 2.83e-29 114 MBE0479857.1 MBM4836391.1 24.3 337 240 6 8 340 23 348 2.98e-23 98.6 MBE0479857.1 WP_063417119.1 26.5 377 231 11 8 350 456 820 1.96e-22 97.8 MBE0479857.1 WP_232553043.1 24.4 308 216 6 1 304 2 296 4.03e-20 89.4 MBE0479857.1 PZN79281.1 23.1 347 239 10 12 340 14 350 9.94e-18 82.4 WP_152458326.1 WP_152458326.1 100 385 0 0 1 385 1 385 1.80e-278 753 WP_152458326.1 WP_122236618.1 31.2 369 202 9 11 375 11 331 5.34e-43 152 TVR86131.1 TVR86131.1 100 386 0 0 1 386 1 386 3.71e-292 787 TVR86131.1 WP_120115041.1 21.7 249 162 9 9 249 27 250 7.06e-07 49.3 MCF0253735.1 MCF0253735.1 100 131 0 0 1 131 1 131 5.99e-103 288 XP_030565673.1 XP_030565673.1 100 381 0 0 1 381 1 381 8.14e-298 801 EFV4730429.1 EFV4730429.1 100 194 0 0 1 194 1 194 4.72e-142 392 XP_045807497.1 XP_045807497.1 100 784 0 0 1 784 1 784 0.0 1589 XP_045807497.1 NOU36639.1 47.5 535 259 8 259 781 21 545 8.99e-156 463 XP_045807497.1 WP_145031602.1 45.9 538 268 9 258 781 31 559 1.72e-151 452 WP_179091326.1 WP_179091326.1 100 796 0 0 1 796 1 796 0.0 1573 MCC7351004.1 MCC7351004.1 100 376 0 0 1 376 1 376 1.18e-283 765 WP_158323663.1 WP_158323663.1 100 410 0 0 1 410 1 410 7.92e-297 801 MCI6190072.1 MCI6190072.1 100 621 0 0 1 621 1 621 0.0 1166 MCG67859.1 MCG67859.1 100 16 0 0 1 16 1 16 4.83e-08 40.0 PWU57639.1 PWU57639.1 100 365 0 0 1 365 1 365 6.95e-250 679 WP_099100504.1 WP_099100504.1 100 373 0 0 1 373 1 373 5.95e-271 733 WP_099100504.1 WP_202252188.1 36.7 349 220 1 1 349 1 348 1.07e-70 224 WP_099100504.1 WP_233230645.1 37.8 320 197 2 48 366 27 345 6.12e-67 214 WP_253357977.1 WP_253357977.1 100 98 0 0 1 98 1 98 1.39e-72 208 WP_218989306.1 WP_218989306.1 100 298 0 0 1 298 1 298 2.70e-211 575 PKO20637.1 PKO20637.1 100 480 0 0 1 480 1 480 0.0 1005 PKO20637.1 MBP7746105.1 33.2 573 254 17 5 477 279 822 5.47e-77 255 PKO20637.1 MBR6406611.1 32.8 519 236 17 2 424 124 625 1.69e-69 233 PKO20637.1 WP_253630899.1 28.7 502 234 18 11 439 41 491 5.81e-45 163 PKO20637.1 WP_275700896.1 28.2 458 251 15 9 442 3 406 1.86e-40 148 PKO20637.1 HAN2236324.1 24.7 518 250 22 12 424 188 670 1.13e-22 99.8 PKO20637.1 WP_125555296.1 25.9 398 214 16 9 357 4 369 1.96e-16 80.1 MBV9159501.1 MBV9159501.1 100 305 0 0 1 305 1 305 2.21e-209 571 XP_032085066.1 XP_032085066.1 100 83 0 0 1 83 1 83 1.48e-58 172 TSA09501.1 TSA09501.1 100 307 0 0 1 307 1 307 4.05e-222 603 UHB14670.1 UHB14670.1 100 1271 0 0 1 1271 1 1271 0.0 2456 UHB14670.1 UIX40308.1 98.6 1271 18 0 1 1271 1 1271 0.0 2430 UHB14670.1 UDK40309.1 98.1 1271 24 0 1 1271 1 1271 0.0 2413 UHB14670.1 UPU53169.1 96.5 1273 39 2 1 1271 1 1270 0.0 2368 UHB14670.1 UYC71619.1 96.7 1273 35 3 1 1271 1 1268 0.0 2364 UHB14670.1 UGX22439.1 95.3 1271 60 0 1 1271 1 1271 0.0 2327 UHB14670.1 QUE11983.1 94.6 1273 64 3 1 1271 1 1270 0.0 2301 UHB14670.1 UBN63752.1 93.2 1273 82 3 1 1271 1 1270 0.0 2256 UHB14670.1 QUM20585.1 90.8 1273 114 2 1 1271 1 1272 0.0 2188 UHB14670.1 QXI91160.1 86.3 1273 171 2 1 1271 1 1272 0.0 2043 OFV87204.1 OFV87204.1 100 152 0 0 1 152 1 152 5.90e-111 310 MCC6149544.1 MCC6149544.1 100 260 0 0 1 260 1 260 7.83e-176 483 KAJ7819277.1 KAJ7819277.1 100 758 0 0 1 758 1 758 0.0 1469 WP_214892570.1 WP_214892570.1 100 401 0 0 1 401 1 401 5.80e-299 806 WP_214892570.1 GEP01990.1 34.4 250 150 8 4 247 19 260 9.55e-31 120 MBG6071015.1 MBG6071015.1 100 196 0 0 1 196 1 196 5.07e-138 382 MBO5908692.1 MBO5908692.1 100 127 0 0 1 127 1 127 6.09e-83 237 MBO5908692.1 WP_048370512.1 54.0 124 57 0 1 124 298 421 1.24e-43 146 WP_015154948.1 WP_015154948.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_198297627.1 WP_198297627.1 100 196 0 0 1 196 1 196 3.08e-148 407 WP_233572281.1 WP_233572281.1 100 413 0 0 1 413 1 413 5.41e-301 812 WP_233572281.1 MCB2112291.1 27.5 408 249 15 13 400 9 389 9.04e-18 82.8 WP_233572281.1 PZW56938.1 20.9 302 192 11 100 386 73 342 2.51e-04 41.2 WP_101275729.1 WP_101275729.1 100 404 0 0 1 404 1 404 6.35e-284 768 KKA06871.1 KKA06871.1 100 42 0 0 1 42 1 42 4.28e-29 94.7 WP_109267392.1 WP_109267392.1 100 603 0 0 1 603 1 603 0.0 1191 WP_109267392.1 WP_074527819.1 40.5 580 337 6 16 587 19 598 9.52e-136 407 WP_109267392.1 KAH8780162.1 31.0 210 112 9 8 189 16 220 2.89e-11 64.3 WP_045339064.1 WP_045339064.1 100 361 0 0 1 361 1 361 1.36e-254 690 WP_094217606.1 WP_094217606.1 100 594 0 0 1 594 1 594 0.0 1140 WP_094217606.1 WP_078732502.1 39.3 61 37 0 521 581 417 477 1.46e-06 49.3 CBH50084.1 CBH50084.1 100 402 0 0 1 402 1 402 9.16e-292 788 WP_121217628.1 WP_121217628.1 100 496 0 0 1 496 1 496 0.0 890 WP_085176546.1 WP_085176546.1 100 786 0 0 1 786 1 786 0.0 1639 RJU83745.1 RJU83745.1 100 144 0 0 1 144 1 144 1.86e-101 285 WP_210167953.1 WP_210167953.1 100 369 0 0 1 369 1 369 8.78e-271 732 WP_210167953.1 WP_113767226.1 32.4 349 214 9 11 348 92 429 8.76e-43 152 WP_210167953.1 WP_270430070.1 31.1 367 215 11 8 351 22 373 5.24e-37 135 WP_210167953.1 WP_179156843.1 28.3 353 228 7 25 359 26 371 3.63e-31 120 XP_016339808.1 XP_016339808.1 100 1578 0 0 1 1578 1 1578 0.0 3071 MBL1147659.1 MBL1147659.1 100 231 0 0 1 231 1 231 3.20e-156 431 MBC2353926.1 MBC2353926.1 100 197 0 0 1 197 1 197 9.09e-137 379 MBC2353926.1 WP_003067788.1 27.3 99 64 4 45 141 174 266 1.74e-04 39.7 MCD6302399.1 MCD6302399.1 100 363 0 0 1 363 1 363 3.27e-263 712 QDG92469.1 QDG92469.1 100 106 0 0 1 106 1 106 1.50e-82 234 XP_035778474.1 XP_035778474.1 100 686 0 0 1 686 1 686 0.0 1434 OME96001.1 OME96001.1 100 652 0 0 1 652 1 652 0.0 992 OME96001.1 WP_269572442.1 27.5 621 338 16 6 580 10 564 9.26e-31 125 OME96001.1 WP_128786583.1 26.2 564 364 13 1 542 1 534 1.65e-22 100 OME96001.1 WP_025739406.1 27.1 598 388 16 6 581 9 580 3.49e-20 93.2 OME96001.1 WP_104456122.1 24.8 286 201 1 296 581 194 465 3.22e-14 73.9 OME96001.1 WP_156140069.1 40.8 103 61 0 481 583 405 507 2.03e-12 68.6 XP_004384112.1 XP_004384112.1 100 241 0 0 1 241 1 241 1.18e-181 496 WP_065073385.1 WP_065073385.1 100 291 0 0 1 291 1 291 7.25e-217 589 WP_065073385.1 WP_142260807.1 39.8 201 118 2 41 239 50 249 1.20e-47 158 WP_065073385.1 WP_282689626.1 28.1 128 78 2 49 162 82 209 5.17e-09 54.3 WP_103263575.1 WP_103263575.1 100 571 0 0 1 571 1 571 0.0 1135 WP_097199932.1 WP_097199932.1 100 430 0 0 1 430 1 430 1.22e-317 855 WP_097199932.1 WP_264144890.1 20.5 229 165 5 39 258 2 222 7.60e-08 52.4 VUT24782.1 VUT24782.1 100 108 0 0 1 108 1 108 8.66e-74 212 WP_011062110.1 WP_011062110.1 100 173 0 0 1 173 1 173 6.36e-123 342 WP_133179454.1 WP_133179454.1 100 488 0 0 1 488 1 488 0.0 955 WP_133179454.1 MCB1412915.1 62.7 474 170 2 15 485 7 476 6.06e-202 567 WP_133179454.1 KAK48091.1 27.5 465 288 13 24 477 28 454 1.75e-26 110 WP_133179454.1 KAF8901107.1 29.9 164 112 2 74 237 78 238 1.84e-15 77.0 WP_133179454.1 EJG1264510.1 24.6 415 254 15 67 457 37 416 3.31e-13 69.7 WP_133179454.1 WP_049005162.1 25.3 387 235 10 88 462 67 411 3.97e-12 66.2 WP_133179454.1 AJU61790.1 22.9 362 227 11 79 411 84 422 1.03e-08 55.8 WP_133179454.1 NXJ67438.1 31.3 150 96 3 79 225 66 211 8.13e-07 49.7 WP_133179454.1 WP_189524079.1 30.3 132 86 3 79 210 48 173 4.48e-04 40.8 XP_027584191.1 XP_027584191.1 100 229 0 0 1 229 1 229 1.10e-130 366 WP_250377942.1 WP_250377942.1 100 145 0 0 1 145 1 145 1.41e-101 285 MCM2455575.1 MCM2455575.1 100 302 0 0 1 302 1 302 3.95e-206 563 KAF1787790.1 KAF1787790.1 100 259 0 0 1 259 1 259 6.56e-188 513 WP_197744369.1 WP_197744369.1 100 211 0 0 1 211 1 211 3.42e-157 431 WP_197744369.1 MCI9320818.1 42.9 203 110 3 4 205 2 199 2.07e-51 163 WP_197744369.1 WP_079396843.1 39.2 204 116 4 4 205 2 199 1.05e-44 146 WP_197744369.1 MBD5153813.1 37.4 206 119 6 4 204 2 202 1.03e-33 118 WP_227329750.1 WP_227329750.1 100 412 0 0 1 412 1 412 7.61e-296 799 WP_227329750.1 WP_211056951.1 30.9 288 185 4 15 293 15 297 2.90e-27 112 CAH0730513.1 CAH0730513.1 100 350 0 0 1 350 1 350 6.64e-270 728 CAH0730513.1 HDZ48353.1 31.6 114 70 2 59 172 42 147 9.36e-10 57.4 WP_124908062.1 WP_124908062.1 100 355 0 0 1 355 1 355 1.44e-262 710 WP_124908062.1 EAJ4016142.1 42.1 280 155 5 42 321 11 283 9.50e-58 187 WP_124908062.1 WP_251074290.1 33.5 310 186 6 18 318 17 315 3.97e-50 172 WP_124908062.1 CDZ81696.1 33.3 312 193 6 17 318 3 309 2.42e-44 154 KAJ0798837.1 KAJ0798837.1 100 98 0 0 1 98 1 98 7.78e-70 201 MCA1595916.1 MCA1595916.1 100 90 0 0 1 90 1 90 3.20e-63 184 2VGF_A 2VGF_A 100 528 0 0 1 528 1 528 0.0 1021 2VGF_A WP_164636708.1 37.2 486 284 6 40 524 2 467 4.86e-92 288 WP_059923305.1 WP_059923305.1 100 344 0 0 1 344 1 344 3.47e-253 685 WP_059923305.1 KDB51534.1 39.3 321 166 7 37 335 8 321 1.05e-47 162 ESK93629.1 ESK93629.1 100 149 0 0 1 149 1 149 4.01e-103 290 KAF5772005.1 KAF5772005.1 100 58 0 0 1 58 1 58 3.60e-39 121 XP_032707293.1 XP_032707293.1 100 646 0 0 1 646 1 646 0.0 1303 WP_160447747.1 WP_160447747.1 100 249 0 0 1 249 1 249 3.45e-169 465 GJM25205.1 GJM25205.1 100 246 0 0 1 246 1 246 1.27e-174 478 GJM25205.1 WP_182232449.1 29.0 221 142 5 28 239 27 241 9.80e-20 83.6 WP_100571198.1 WP_100571198.1 100 449 0 0 1 449 1 449 0.0 865 XP_028766233.1 XP_028766233.1 100 739 0 0 1 739 1 739 0.0 1468 XP_028766233.1 VAI85984.1 48.2 303 130 4 5 296 70 356 8.25e-84 286 WP_143356561.1 WP_143356561.1 100 387 0 0 1 387 1 387 6.57e-282 761 RLA95129.1 RLA95129.1 100 343 0 0 1 343 1 343 1.46e-249 676 MBN1854849.1 MBN1854849.1 100 979 0 0 1 979 1 979 0.0 1990 XP_024707996.1 XP_024707996.1 100 107 0 0 1 107 1 107 2.40e-66 193 XP_007206475.1 XP_007206475.1 100 271 0 0 1 271 1 271 5.02e-198 540 XP_007206475.1 WP_108024271.1 35.1 248 157 4 15 261 5 249 7.72e-35 124 XP_007206475.1 KAG2346037.1 31.1 254 159 7 20 260 16 266 2.48e-24 97.1 XP_007206475.1 KAI0154282.1 28.5 253 170 6 15 260 8 256 2.78e-22 91.3 XP_007206475.1 WP_010443651.1 28.4 250 152 6 19 259 4 235 3.84e-21 87.8 XP_007206475.1 MBG6287041.1 27.0 259 176 7 5 260 3 251 1.79e-20 86.3 XP_007206475.1 MBQ9647935.1 30.0 270 148 10 15 260 5 257 8.96e-17 76.3 XP_007206475.1 MYS73268.1 22.7 203 153 3 19 219 8 208 2.38e-04 40.0 WP_101938578.1 WP_101938578.1 100 217 0 0 1 217 1 217 6.14e-122 343 WP_224828628.1 WP_224828628.1 100 295 0 0 1 295 1 295 4.51e-213 580 WP_224828628.1 MBL68646.1 40.1 297 151 10 1 290 1 277 8.97e-54 175 MBZ5591381.1 MBZ5591381.1 100 382 0 0 1 382 1 382 4.56e-275 744 MBZ5591381.1 WP_176390098.1 35.1 271 131 8 150 379 164 430 1.16e-31 122 KAI8838875.1 KAI8838875.1 100 328 0 0 1 328 1 328 9.15e-225 612 KAH7009790.1 KAH7009790.1 100 330 0 0 1 330 1 330 5.70e-245 663 EQA53083.1 EQA53083.1 100 77 0 0 1 77 1 77 3.52e-52 155 WP_141952156.1 WP_141952156.1 100 233 0 0 1 233 1 233 3.24e-166 456 WP_161208527.1 WP_161208527.1 100 173 0 0 1 173 1 173 8.71e-130 359 WP_278436726.1 WP_278436726.1 100 480 0 0 1 480 1 480 0.0 929 XP_005405047.1 XP_005405047.1 100 477 0 0 1 477 1 477 0.0 924 WP_149128675.1 WP_149128675.1 100 167 0 0 1 167 1 167 1.72e-83 241 CAF1216529.1 CAF1216529.1 100 118 0 0 1 118 1 118 3.65e-82 234 WP_270908912.1 WP_270908912.1 100 401 0 0 1 401 1 401 9.22e-296 798 WP_270908912.1 HAY39979.1 36.5 389 208 5 21 399 33 392 1.83e-69 223 WP_270908912.1 WP_007270472.1 35.8 397 222 8 18 400 19 396 2.34e-57 191 WP_019470943.1 WP_019470943.1 100 213 0 0 1 213 1 213 2.78e-148 409 WP_023843991.1 WP_023843991.1 100 469 0 0 1 469 1 469 0.0 924 UTN87579.1 UTN87579.1 100 455 0 0 1 455 1 455 0.0 890 UTN87579.1 MBR2605819.1 48.9 423 214 2 11 432 10 431 4.10e-137 404 NYI84739.1 NYI84739.1 100 397 0 0 1 397 1 397 7.13e-266 722 WP_181898940.1 WP_181898940.1 100 1205 0 0 1 1205 1 1205 0.0 2322 WP_181898940.1 MBL1272346.1 26.8 1246 649 52 14 1205 33 1070 2.06e-68 249 WP_088526897.1 WP_088526897.1 100 1034 0 0 1 1034 1 1034 0.0 2059 WP_088526897.1 MBP5709003.1 51.5 68 32 1 968 1034 1 68 5.31e-16 72.0 PWC90347.1 PWC90347.1 100 378 0 0 1 378 1 378 4.47e-264 716 PWC90347.1 HAT8492399.1 37.5 363 222 2 14 376 9 366 1.79e-74 234 PWC90347.1 WP_150951972.1 27.7 347 216 9 42 363 40 376 1.19e-18 85.1 PWC90347.1 MCD4805360.1 25.1 323 193 11 67 350 54 366 7.67e-15 73.6 PWC90347.1 MBH2016034.1 22.9 231 150 3 73 276 34 263 9.96e-09 54.3 MSU45888.1 MSU45888.1 100 226 0 0 1 226 1 226 1.62e-167 459 MBT0668662.1 MBT0668662.1 100 194 0 0 1 194 1 194 9.16e-140 386 CAH0727316.1 CAH0727316.1 100 676 0 0 1 676 1 676 0.0 1299 CAH0727316.1 KAG6471244.1 44.0 100 46 1 14 113 13 102 1.96e-21 94.4 CAH0727316.1 KAJ7545197.1 38.0 121 59 4 5 119 15 125 3.39e-16 79.0 WP_256342227.1 WP_256342227.1 100 489 0 0 1 489 1 489 0.0 954 WP_256342227.1 WP_172281536.1 36.4 475 284 9 18 486 18 480 3.43e-78 251 WP_256342227.1 MCI6853747.1 34.0 503 297 13 4 483 6 496 1.48e-72 236 WP_256342227.1 MCQ2831428.1 33.6 393 223 12 109 485 69 439 1.82e-44 160 WP_256342227.1 MBU0883769.1 29.9 361 214 11 29 378 31 363 1.00e-22 99.0 WP_256342227.1 MBI5098096.1 29.0 362 227 12 24 380 25 361 1.94e-21 95.1 WP_256342227.1 WP_006305873.1 29.6 318 177 12 101 409 109 388 3.57e-14 72.8 MBT4160670.1 MBT4160670.1 100 376 0 0 1 376 1 376 1.32e-280 757 MBT4160670.1 WP_043548763.1 46.6 373 188 5 5 367 31 402 4.68e-110 326 MBT4160670.1 WP_122896374.1 33.6 375 234 7 5 367 3 374 8.50e-65 209 MBT4160670.1 WP_168565867.1 32.4 376 228 10 2 363 9 372 2.64e-48 166 MBT4160670.1 WP_145514932.1 24.4 398 265 9 5 373 52 442 7.59e-27 109 MBT4160670.1 WP_032677416.1 25.9 313 193 10 6 287 171 475 2.56e-24 102 MBT4160670.1 WP_164636240.1 30.3 274 171 8 9 268 98 365 1.97e-23 99.8 MBT4160670.1 WP_094151267.1 26.2 271 186 6 8 267 51 318 5.36e-23 98.2 NCA33082.1 NCA33082.1 100 229 0 0 1 229 1 229 8.21e-158 434 XP_045183397.2 XP_045183397.2 100 1538 0 0 1 1538 1 1538 0.0 3040 WP_279295785.1 WP_279295785.1 100 173 0 0 1 173 1 173 1.45e-128 356 KAA0234643.1 KAA0234643.1 100 928 0 0 1 928 1 928 0.0 1828 KAA0234643.1 WP_271960159.1 45.0 965 464 14 23 928 60 1016 4.34e-262 758 KAA0234643.1 WP_114695256.1 25.1 666 384 16 99 687 33 660 1.65e-33 136 KAA0234643.1 WP_096201219.1 25.0 632 343 16 148 690 189 778 4.07e-25 110 WP_188888464.1 WP_188888464.1 100 227 0 0 1 227 1 227 1.17e-156 431 WP_188888464.1 WP_055029966.1 40.0 110 63 2 1 108 1 109 1.67e-17 78.6 WP_188888464.1 WP_091735241.1 26.9 216 130 5 3 211 8 202 4.23e-17 75.5 WP_188888464.1 WP_234002326.1 30.6 124 83 2 3 124 23 145 3.91e-11 60.1 WP_188888464.1 WP_069156513.1 25.4 236 146 8 4 223 4 225 4.30e-10 56.2 WP_188888464.1 HBG17616.1 33.0 103 68 1 4 105 6 108 7.04e-10 56.6 WP_188888464.1 WP_233575804.1 35.3 136 75 4 91 219 767 896 1.57e-08 52.8 WP_188888464.1 WP_138482356.1 30.6 108 73 2 1 108 669 774 2.34e-06 46.2 WP_188888464.1 KFX48203.1 28.0 118 76 3 5 116 1077 1191 5.89e-06 45.1 WP_188888464.1 XP_001454078.1 24.2 120 83 2 5 117 508 626 2.26e-05 43.1 MBS1743426.1 MBS1743426.1 100 521 0 0 1 521 1 521 0.0 1015 EBD4871273.1 EBD4871273.1 100 188 0 0 1 188 1 188 1.77e-125 349 MBO9629596.1 MBO9629596.1 100 124 0 0 1 124 1 124 3.85e-89 252 KOR84431.1 KOR84431.1 100 314 0 0 1 314 1 314 1.37e-228 620 KOR84431.1 MBT7096516.1 41.9 179 102 2 132 309 5 182 1.56e-35 125 KOR84431.1 WP_059510827.1 28.8 240 160 4 50 281 51 287 7.09e-24 97.8 KOR84431.1 MBC99785.1 24.7 255 176 4 42 281 46 299 2.29e-16 76.6 KOR84431.1 MBK5104727.1 26.2 195 139 2 38 227 51 245 1.24e-13 67.8 KOR84431.1 WP_012724915.1 27.2 213 147 5 48 255 54 263 2.68e-13 67.8 MBQ7329863.1 MBQ7329863.1 100 189 0 0 1 189 1 189 1.20e-128 357 MBQ7329863.1 MBO5118622.1 41.0 178 101 2 9 186 11 184 2.63e-29 105 MBQ7329863.1 MBQ7086969.1 32.4 182 119 2 7 185 12 192 9.24e-21 83.6 WP_132575460.1 WP_132575460.1 100 415 0 0 1 415 1 415 2.51e-307 828 WP_132575460.1 WP_153262038.1 22.2 297 201 11 51 326 66 353 5.91e-07 49.7 HAV2020887.1 HAV2020887.1 100 511 0 0 1 511 1 511 0.0 1018 HAV2020887.1 WP_015919400.1 29.7 209 136 4 312 511 570 776 8.50e-14 72.4 HAV2020887.1 WP_251843011.1 26.3 247 169 7 241 482 247 485 6.69e-11 63.2 WP_152735594.1 WP_152735594.1 100 373 0 0 1 373 1 373 6.99e-254 689 WP_152735594.1 WP_233292564.1 31.0 100 69 0 265 364 263 362 6.07e-10 58.5 MBX9878857.1 MBX9878857.1 100 413 0 0 1 413 1 413 2.23e-309 833 WP_037889990.1 WP_037889990.1 100 430 0 0 1 430 1 430 2.53e-310 837 WP_037889990.1 WP_215152714.1 36.0 386 233 6 54 428 32 414 2.53e-60 200 WP_037889990.1 MCP4907131.1 27.9 358 210 10 78 403 40 381 4.95e-32 124 MBP7989505.1 MBP7989505.1 100 374 0 0 1 374 1 374 7.19e-268 725 MBP7989505.1 MBW3588078.1 28.5 316 197 4 1 305 378 675 2.95e-29 117 WP_203162307.1 WP_203162307.1 100 76 0 0 1 76 1 76 2.04e-55 163 MBF8983114.1 MBF8983114.1 100 137 0 0 1 137 1 137 6.37e-92 260 XP_054844157.1 XP_054844157.1 100 511 0 0 1 511 1 511 0.0 1044 XP_054844157.1 XP_046922164.1 41.4 488 222 7 32 511 18 449 2.28e-124 369 XP_054844157.1 XP_028717800.1 37.0 486 296 6 30 510 9 489 7.18e-104 318 XP_054844157.1 ACF74449.1 28.1 462 297 14 42 483 27 473 3.22e-41 153 XP_054844157.1 XP_041334537.1 24.9 418 295 11 64 478 34 435 1.52e-32 128 XP_054844157.1 XP_037327098.1 27.9 229 152 4 263 482 244 468 8.81e-20 90.5 XP_048221756.1 XP_048221756.1 100 486 0 0 1 486 1 486 0.0 943 XP_048221756.1 XP_007957752.1 97.2 471 12 1 17 486 1 471 0.0 889 WP_104836709.1 WP_104836709.1 100 399 0 0 1 399 1 399 4.02e-289 781 WP_104836709.1 NIF31361.1 70.2 392 117 0 1 392 1 392 3.99e-195 543 WP_104836709.1 WP_192026965.1 25.6 160 103 5 136 284 170 324 4.56e-06 46.6 WP_077217464.1 WP_077217464.1 100 303 0 0 1 303 1 303 6.99e-221 600 WP_077217464.1 HBO4828144.1 52.2 249 112 2 49 290 29 277 7.48e-81 244 WP_077217464.1 WP_076409454.1 42.7 211 114 2 30 237 4 210 6.02e-50 167 WP_077217464.1 WP_109219819.1 40.6 207 116 2 50 249 33 239 2.05e-46 159 WP_077217464.1 WP_170725874.1 36.8 258 149 6 45 295 15 265 1.82e-44 152 WP_077217464.1 WP_176354145.1 41.8 196 108 3 45 235 16 210 1.94e-44 153 WP_077217464.1 WP_140480909.1 38.2 207 123 2 42 245 21 225 3.95e-43 150 WP_077217464.1 WP_237907640.1 39.9 208 118 3 33 237 6 209 3.30e-42 147 WP_077217464.1 WP_258581409.1 37.6 218 127 4 31 245 4 215 1.22e-39 140 WP_077217464.1 MWR41881.1 40.3 201 111 1 45 236 39 239 2.62e-39 137 WP_116788607.1 WP_116788607.1 100 94 0 0 1 94 1 94 1.27e-64 188 WP_002541411.1 WP_002541411.1 100 478 0 0 1 478 1 478 0.0 947 WP_280713773.1 WP_280713773.1 100 321 0 0 1 321 1 321 4.25e-231 627 WP_147493387.1 WP_147493387.1 100 129 0 0 1 129 1 129 2.11e-84 241 WP_182342936.1 WP_182342936.1 100 368 0 0 1 368 1 368 2.90e-202 558 WP_182342936.1 MBT5780702.1 43.8 265 131 5 112 361 105 366 3.67e-48 165 WP_232243969.1 WP_232243969.1 100 467 0 0 1 467 1 467 0.0 935 WP_232243969.1 OYV27796.1 47.2 305 134 5 1 288 18 312 4.56e-84 259 WP_232243969.1 MBK6659833.1 34.3 143 79 3 5 146 21 149 8.72e-22 90.1 WP_232243969.1 MAJ92374.1 27.0 256 139 8 187 396 12 265 7.26e-09 55.5 MBN1793755.1 MBN1793755.1 100 194 0 0 1 194 1 194 1.63e-133 370 MBN1793755.1 WP_230340254.1 31.2 141 65 6 31 166 115 228 3.86e-04 38.5 WP_100378753.1 WP_100378753.1 100 78 0 0 1 78 1 78 1.08e-51 154 KAJ3691906.1 KAJ3691906.1 100 402 0 0 1 402 1 402 3.02e-306 824 KAJ3691906.1 WP_113913927.1 23.8 202 130 5 27 205 21 221 2.19e-08 53.9 KAJ3691906.1 MBE0669914.1 26.7 191 117 5 27 217 10 177 9.13e-05 42.4 WP_036258374.1 WP_036258374.1 100 570 0 0 1 570 1 570 0.0 1102 WP_036258374.1 MBQ4454347.1 31.4 490 330 2 77 564 91 576 2.92e-78 256 WP_036258374.1 MBQ8297564.1 32.8 576 368 8 3 568 8 574 1.27e-77 254 WP_036258374.1 WP_060613079.1 30.1 515 351 3 52 563 71 579 7.96e-65 220 WP_036258374.1 MBT3459617.1 40.9 225 132 1 344 567 1 225 4.53e-47 162 WP_036258374.1 KAI9191373.1 26.8 519 324 13 62 564 135 613 1.14e-46 174 WP_036258374.1 WAY96880.1 37.9 195 119 1 341 535 2 194 1.15e-36 133 WP_036258374.1 KAF9974715.1 25.2 488 298 15 96 550 875 1328 1.44e-29 122 WP_036258374.1 WP_038440434.1 31.3 262 170 4 309 564 313 570 2.86e-29 120 WP_036258374.1 KAJ2660037.1 31.8 242 155 4 326 559 1806 2041 3.85e-28 118 QNK62815.1 QNK62815.1 100 313 0 0 1 313 1 313 2.45e-226 615 MCD7834656.1 MCD7834656.1 100 480 0 0 1 480 1 480 0.0 986 MCD7834656.1 MCL7398932.1 22.3 394 216 18 99 450 124 469 2.79e-08 54.3 MBP7634095.1 MBP7634095.1 100 436 0 0 1 436 1 436 7.64e-315 849 XP_019384620.1 XP_019384620.1 100 917 0 0 1 917 1 917 0.0 1836 XP_019384620.1 XP_008572610.1 30.6 595 329 13 368 916 28 584 2.32e-86 286 XP_019384620.1 XP_030620685.1 33.3 273 167 6 12 279 91 353 7.81e-43 160 XP_019384620.1 XP_048216280.1 32.2 270 163 6 21 279 26 286 5.50e-38 145 XP_019384620.1 XP_046441060.1 31.7 278 166 8 11 279 50 312 1.08e-32 134 XP_019384620.1 XP_020321477.1 32.2 261 160 7 21 279 59 304 6.24e-32 132 XP_019384620.1 KAJ7903702.1 29.0 279 176 8 17 283 21 289 3.35e-24 105 XP_019384620.1 KAH6984898.1 27.8 316 167 10 12 276 19 324 2.24e-21 98.6 XP_019384620.1 XP_029528577.1 29.3 198 128 4 72 268 86 272 1.51e-20 92.8 XP_019384620.1 KZT58963.1 27.3 271 175 8 21 279 1084 1343 7.25e-20 94.0 MBT3747969.1 MBT3747969.1 100 295 0 0 1 295 1 295 4.07e-225 610 MBQ6998144.1 MBQ6998144.1 100 1761 0 0 1 1761 1 1761 0.0 3514 WP_150930630.1 WP_150930630.1 100 423 0 0 1 423 1 423 2.91e-285 773 WP_150930630.1 WP_148062134.1 32.8 247 145 5 62 308 135 360 2.86e-28 112 XP_026120963.1 XP_026120963.1 100 314 0 0 1 314 1 314 7.37e-233 631 WP_126840241.1 WP_126840241.1 100 393 0 0 1 393 1 393 1.51e-290 784 WP_126840241.1 KQO44758.1 27.3 249 150 7 162 382 160 405 4.02e-17 80.9 HBK0888477.1 HBK0888477.1 100 324 0 0 1 324 1 324 1.24e-245 664 HBK0888477.1 WP_026497435.1 30.8 91 56 2 7 97 669 752 7.83e-06 45.8 XP_027768392.1 XP_027768392.1 100 238 0 0 1 238 1 238 4.29e-178 486 WP_192026965.1 WP_192026965.1 100 369 0 0 1 369 1 369 6.92e-268 724 WP_192026965.1 EAH8201998.1 25.7 230 149 8 101 322 77 292 2.07e-08 53.9 WP_192026965.1 WP_104836709.1 25.8 159 104 6 170 324 136 284 2.30e-05 44.3 KAF0880495.1 KAF0880495.1 100 114 0 0 1 114 1 114 2.51e-78 224 WP_234564275.1 WP_234564275.1 100 845 0 0 1 845 1 845 0.0 1766 XP_013982426.1 XP_013982426.1 100 162 0 0 1 162 1 162 1.93e-114 319 EIR3813187.1 EIR3813187.1 100 281 0 0 1 281 1 281 1.36e-191 524 XP_030620685.1 XP_030620685.1 100 422 0 0 1 422 1 422 2.41e-288 781 XP_030620685.1 XP_048216280.1 36.1 291 175 4 80 360 4 293 7.67e-55 186 XP_030620685.1 XP_051566275.1 35.0 280 178 3 89 367 1235 1511 3.37e-51 184 XP_030620685.1 XP_020321477.1 35.6 261 156 5 96 353 53 304 1.61e-44 163 XP_030620685.1 XP_046441060.1 35.1 262 158 6 95 353 60 312 2.05e-42 157 XP_030620685.1 XP_029528577.1 34.1 255 152 5 96 344 30 274 2.24e-40 145 XP_030620685.1 KAG1590416.1 34.2 298 147 9 74 352 66 333 5.61e-40 145 XP_030620685.1 XP_006969978.1 36.1 205 130 1 140 344 113 316 2.38e-39 142 XP_030620685.1 XP_048379117.1 32.1 299 172 9 74 352 228 515 5.26e-35 134 XP_030620685.1 RQM16216.1 32.5 252 160 3 96 344 403 647 1.82e-34 134 NHB63634.1 NHB63634.1 100 227 0 0 1 227 1 227 5.17e-160 440 KAB4839568.1 KAB4839568.1 100 498 0 0 1 498 1 498 0.0 1007 KAB4839568.1 OJW81690.1 37.6 502 292 9 5 496 16 506 4.74e-101 318 EPB83562.1 EPB83562.1 100 327 0 0 1 327 1 327 2.31e-162 454 WP_079304935.1 WP_079304935.1 100 267 0 0 1 267 1 267 3.49e-187 512 WP_079304935.1 WP_159793761.1 32.8 265 168 5 1 256 1 264 1.36e-44 150 EAH7180598.1 EAH7180598.1 100 403 0 0 1 403 1 403 4.78e-299 806 WP_127965636.1 WP_127965636.1 100 242 0 0 1 242 1 242 1.90e-142 397 MBP3290446.1 MBP3290446.1 100 107 0 0 1 107 1 107 1.29e-70 204 MBP3290446.1 WP_145465857.1 26.7 105 75 1 1 105 1 103 1.08e-08 47.4 MBL0848796.1 MBL0848796.1 100 89 0 0 1 89 1 89 2.36e-60 177 PLN85696.1 PLN85696.1 100 453 0 0 1 453 1 453 0.0 944 MBR4316258.1 MBR4316258.1 100 77 0 0 1 77 1 77 2.11e-53 158 HBU57020.1 HBU57020.1 100 137 0 0 1 137 1 137 1.98e-95 269 HBU57020.1 WP_209241541.1 43.3 134 68 2 1 131 341 469 1.42e-25 98.6 HBU57020.1 WP_093868643.1 56.3 71 31 0 1 71 319 389 8.66e-21 85.1 RMZ53977.1 RMZ53977.1 100 316 0 0 1 316 1 316 1.32e-211 578 WP_104739464.1 WP_104739464.1 100 230 0 0 1 230 1 230 3.33e-137 382 WP_178999808.1 WP_178999808.1 100 597 0 0 1 597 1 597 0.0 1117 WP_178999808.1 MBS0561514.1 31.4 567 365 9 8 568 24 572 8.42e-67 227 WP_178999808.1 MCD6173453.1 22.6 336 214 6 20 343 5 306 9.39e-11 61.6 WP_080539504.1 WP_080539504.1 100 233 0 0 1 233 1 233 3.40e-177 484 WP_271563639.1 WP_271563639.1 100 410 0 0 1 410 1 410 8.39e-308 829 WP_271563639.1 MBW1759047.1 31.6 155 99 3 129 282 94 242 2.84e-14 71.6 YP_009901198.1 YP_009901198.1 100 169 0 0 1 169 1 169 1.84e-120 335 WP_139989153.1 WP_139989153.1 100 343 0 0 1 343 1 343 8.32e-265 714 WP_139989153.1 WP_187935882.1 61.9 344 121 3 1 342 4 339 2.22e-153 432 WP_240053789.1 WP_240053789.1 100 323 0 0 1 323 1 323 1.57e-243 659 WP_240053789.1 MBL6756473.1 29.9 288 189 7 9 287 48 331 2.74e-25 104 WP_240053789.1 KXK41164.1 29.4 299 180 12 9 287 8 295 8.00e-22 92.0 WP_240053789.1 WP_226865765.1 27.6 315 187 10 10 305 4 296 3.51e-21 92.4 WP_240053789.1 PIY74148.1 28.5 270 172 8 29 283 2 265 1.27e-19 87.8 WP_240053789.1 WP_278906630.1 30.2 139 84 5 172 305 320 450 1.06e-05 45.4 GFD60763.1 GFD60763.1 100 77 0 0 1 77 1 77 8.62e-53 157 MBQ48993.1 MBQ48993.1 100 282 0 0 1 282 1 282 1.76e-208 567 RLS53863.1 RLS53863.1 100 212 0 0 1 212 1 212 1.90e-159 437 MRN26950.1 MRN26950.1 100 87 0 0 1 87 1 87 1.90e-56 167 WP_005253785.1 WP_005253785.1 100 368 0 0 1 368 1 368 8.20e-255 691 WP_059566149.1 WP_059566149.1 100 588 0 0 1 588 1 588 0.0 1131 OGD88828.1 OGD88828.1 100 228 0 0 1 228 1 228 1.95e-160 441 HDZ72415.1 HDZ72415.1 100 438 0 0 1 438 1 438 0.0 902 NDI25889.1 NDI25889.1 100 292 0 0 1 292 1 292 6.53e-200 546 NDI25889.1 WP_033456074.1 44.8 286 140 4 1 283 18 288 3.88e-64 202 NDI25889.1 MBT3887354.1 40.5 294 153 3 1 283 31 313 1.78e-62 198 NDI25889.1 OFZ89526.1 42.7 302 145 4 1 283 122 414 6.36e-62 200 NDI25889.1 WP_098923619.1 43.2 292 141 5 1 283 136 411 1.17e-61 199 NDI25889.1 WP_267292626.1 42.0 283 157 2 1 283 231 506 2.73e-60 198 NDI25889.1 WP_262612393.1 39.1 284 163 6 1 282 141 416 4.15e-51 172 NDI25889.1 KAA0555231.1 34.1 293 180 5 1 285 339 626 5.46e-39 142 NDI25889.1 KAJ4394429.1 31.3 307 177 8 1 283 210 506 7.69e-30 116 MBL1272346.1 MBL1272346.1 100 1075 0 0 1 1075 1 1075 0.0 2121 MBL1272346.1 WP_181898940.1 27.0 1244 647 52 33 1070 14 1205 3.97e-71 257 XP_013617705.1 XP_013617705.1 100 224 0 0 1 224 1 224 1.95e-158 436 MBL6635315.1 MBL6635315.1 100 253 0 0 1 253 1 253 3.80e-184 503 MBL6635315.1 TBR44965.1 36.8 258 149 4 6 253 4 257 4.50e-51 166 MBB6433666.1 MBB6433666.1 100 60 0 0 1 60 1 60 2.39e-38 119 WP_061261925.1 WP_061261925.1 100 396 0 0 1 396 1 396 1.69e-284 769 WP_240207262.1 WP_240207262.1 100 176 0 0 1 176 1 176 7.99e-123 342 WP_101662518.1 WP_101662518.1 100 692 0 0 1 692 1 692 0.0 1345 WP_101662518.1 OMF24356.1 37.5 560 327 8 55 601 55 604 3.79e-119 368 WP_101662518.1 WP_044772468.1 32.2 587 357 17 58 613 52 628 4.66e-73 249 WP_101662518.1 WP_135279859.1 30.5 521 331 12 85 589 221 726 2.66e-65 229 WP_101662518.1 HCG88012.1 28.3 608 292 11 37 507 25 625 2.63e-60 212 WP_101662518.1 WP_088784550.1 29.5 631 365 21 48 616 96 708 1.69e-53 196 WP_101662518.1 WP_062300449.1 26.5 532 347 12 82 587 63 576 6.53e-40 155 WP_101662518.1 PIQ07033.1 26.7 371 207 16 287 614 164 512 4.80e-21 95.5 WP_101662518.1 OHA02323.1 26.6 342 210 9 297 604 219 553 9.15e-18 85.5 WP_101662518.1 NEB38825.1 25.4 283 179 7 362 616 204 482 4.23e-14 73.6 MBT3358747.1 MBT3358747.1 100 263 0 0 1 263 1 263 5.62e-191 521 HAL84546.1 HAL84546.1 100 124 0 0 1 124 1 124 2.61e-87 248 WP_051686353.1 WP_051686353.1 100 155 0 0 1 155 1 155 2.90e-108 303 XP_008293954.1 XP_008293954.1 100 1545 0 0 1 1545 1 1545 0.0 2409 XP_008293954.1 XP_027026332.2 76.7 1523 295 20 41 1545 26 1504 0.0 1847 MCB1644245.1 MCB1644245.1 100 258 0 0 1 258 1 258 6.53e-183 500 MCB1644245.1 WP_010443651.1 33.9 239 152 3 7 245 3 235 1.88e-32 117 MCB1644245.1 WP_042650033.1 34.5 252 154 6 1 247 2 247 7.24e-30 110 MCB1644245.1 WP_183882442.1 33.8 195 124 2 1 191 1 194 3.67e-25 98.2 MCB1644245.1 WP_138597401.1 30.0 243 159 6 11 248 8 244 4.44e-24 95.5 MCB1644245.1 WP_253646963.1 33.0 188 120 3 8 189 14 201 2.62e-20 86.3 MCB1644245.1 WP_013845913.1 26.8 257 168 8 1 246 1 248 5.26e-15 70.9 MCB1644245.1 MAN53906.1 26.7 187 132 2 7 189 7 192 8.69e-11 59.3 MCB1644245.1 MCF6390562.1 26.9 271 143 10 6 249 22 264 2.73e-10 57.8 MCB1644245.1 MYS73268.1 27.9 190 129 3 5 188 5 192 2.15e-09 55.1 MCH7862091.1 MCH7862091.1 100 180 0 0 1 180 1 180 3.65e-130 360 NUN10705.1 NUN10705.1 100 66 0 0 1 66 1 66 3.69e-49 147 XP_007761143.1 XP_007761143.1 100 381 0 0 1 381 1 381 1.98e-289 780 WP_107551828.1 WP_107551828.1 100 424 0 0 1 424 1 424 3.83e-286 775 QQO85492.1 QQO85492.1 100 262 0 0 1 262 1 262 4.84e-196 534 QQO85492.1 WP_263858211.1 30.0 247 169 4 8 251 8 253 2.99e-28 107 QQO85492.1 WP_199425576.1 31.4 245 152 6 14 248 20 258 7.76e-23 92.8 QQO85492.1 WP_279838136.1 36.5 159 79 5 4 146 24 176 2.99e-15 72.0 MBQ6794463.1 MBQ6794463.1 100 374 0 0 1 374 1 374 1.08e-278 752 MBQ6794463.1 MBA3609961.1 34.2 406 203 11 16 367 41 436 1.35e-56 189 MBQ6794463.1 MCU1411638.1 32.5 385 237 10 7 373 15 394 4.37e-52 176 MBQ6794463.1 MCF7895906.1 33.0 321 200 7 15 325 23 338 8.71e-50 169 MBQ6794463.1 OWZ34415.1 29.1 416 239 8 15 374 58 473 9.73e-46 161 MBQ6794463.1 ELZ16407.1 29.3 403 225 11 16 363 35 432 1.29e-40 147 MBQ6794463.1 WP_254819486.1 26.7 409 243 15 17 368 39 447 1.30e-28 114 MBQ6794463.1 WP_160194147.1 28.3 400 251 12 10 374 24 422 4.57e-28 112 MBQ6794463.1 MCM2356329.1 30.5 262 155 8 16 254 34 291 2.55e-25 102 MBQ6794463.1 NBT94281.1 36.2 152 85 5 15 158 33 180 2.27e-15 72.0 MBK9391165.1 MBK9391165.1 100 107 0 0 1 107 1 107 5.88e-76 218 WP_111113162.1 WP_111113162.1 100 406 0 0 1 406 1 406 8.01e-304 818 WP_111113162.1 WP_013970683.1 59.8 400 156 3 10 406 4 401 3.82e-161 457 WP_111113162.1 WP_261281372.1 57.3 410 164 4 4 406 2 407 7.70e-160 454 CAD7694243.1 CAD7694243.1 100 453 0 0 1 453 1 453 1.00e-275 751 CAD7694243.1 XP_015665538.2 33.3 75 48 1 329 401 227 301 1.87e-04 41.6 HBE26957.1 HBE26957.1 100 590 0 0 1 590 1 590 0.0 1154 MBS7058472.1 MBS7058472.1 100 116 0 0 1 116 1 116 2.57e-90 254 MBT5464676.1 MBT5464676.1 100 394 0 0 1 394 1 394 4.85e-267 724 MBT5464676.1 WP_110984669.1 23.3 326 224 8 17 332 36 345 1.62e-09 57.4 WP_249119039.1 WP_249119039.1 100 239 0 0 1 239 1 239 2.22e-185 505 PSQ73325.1 PSQ73325.1 100 861 0 0 1 861 1 861 0.0 1656 PSQ73325.1 MBN8606766.1 27.8 571 366 11 283 841 270 806 2.74e-40 158 PSQ73325.1 SEP77558.1 37.6 250 153 2 591 840 320 566 8.12e-38 148 PSQ73325.1 EDN57974.1 36.6 235 136 5 611 839 399 626 1.65e-36 147 PSQ73325.1 HAS8246497.1 38.7 238 132 7 608 840 478 706 1.58e-33 137 PSQ73325.1 WP_138482356.1 33.7 267 164 5 590 852 392 649 3.53e-31 129 PSQ73325.1 WP_076194242.1 30.7 225 151 2 615 839 239 458 7.87e-29 119 PSQ73325.1 WP_074911472.1 28.3 230 158 3 615 843 798 1021 1.74e-23 105 PSQ73325.1 WP_200037957.1 30.6 255 158 7 593 842 1001 1243 7.04e-23 103 PSQ73325.1 WP_063540919.1 29.5 227 156 2 614 840 494 716 4.58e-22 100 XP_037293573.1 XP_037293573.1 100 291 0 0 1 291 1 291 2.08e-216 588 AHM93900.1 AHM93900.1 100 668 0 0 1 668 1 668 0.0 1340 AHM93900.1 UNP61785.1 46.6 504 253 7 169 668 2 493 1.43e-161 472 XP_624193.2 XP_624193.2 100 405 0 0 1 405 1 405 2.69e-306 825 WP_126678289.1 WP_126678289.1 100 751 0 0 1 751 1 751 0.0 1402 WP_126678289.1 MVA71646.1 24.4 394 271 9 1 381 1 380 9.97e-20 92.0 WP_126678289.1 WP_255073759.1 30.1 279 176 5 33 302 31 299 2.42e-19 90.9 HBU6715136.1 HBU6715136.1 100 219 0 0 1 219 1 219 2.37e-152 420 KAI5657497.1 KAI5657497.1 100 129 0 0 1 129 1 129 2.56e-94 266 MBR4371193.1 MBR4371193.1 100 342 0 0 1 342 1 342 5.51e-249 674 MBR4371193.1 WP_097830045.1 28.9 343 201 10 7 334 64 378 1.56e-29 115 MBR4371193.1 MBM3767188.1 29.9 328 204 9 10 331 104 411 1.71e-29 115 MBR4371193.1 MBR3487460.1 32.1 336 189 7 7 334 77 381 9.76e-29 113 MBR4371193.1 WP_256939523.1 27.7 325 190 10 23 340 92 378 5.43e-15 73.6 XP_025786250.1 XP_025786250.1 100 288 0 0 1 288 1 288 1.41e-217 590 XP_025786250.1 XP_008215352.1 29.7 155 84 5 44 193 247 381 2.27e-09 56.2 XP_025786250.1 XP_019180948.1 29.2 144 77 6 59 193 745 872 2.63e-09 56.2 XP_025786250.1 XP_021765438.1 33.6 110 59 4 85 193 694 790 1.10e-08 54.3 XP_025786250.1 XP_048540820.1 25.1 227 105 9 58 278 860 1027 4.76e-08 52.4 HBN0452499.1 HBN0452499.1 100 331 0 0 1 331 1 331 1.58e-247 670 NXW19449.1 NXW19449.1 100 218 0 0 1 218 1 218 5.39e-153 421 WP_153747345.1 WP_153747345.1 100 231 0 0 1 231 1 231 7.54e-155 427 MXD03405.1 MXD03405.1 100 128 0 0 1 128 1 128 1.05e-88 251 WP_212309145.1 WP_212309145.1 100 379 0 0 1 379 1 379 6.07e-283 763 NEU29184.1 NEU29184.1 100 237 0 0 1 237 1 237 2.05e-180 492 MBQ5754168.1 MBQ5754168.1 100 136 0 0 1 136 1 136 1.10e-96 272 MBS1745163.1 MBS1745163.1 100 403 0 0 1 403 1 403 4.45e-304 819 MBS1745163.1 MCR5574391.1 52.4 380 174 1 13 392 6 378 5.43e-145 416 MBQ8003389.1 MBQ8003389.1 100 95 0 0 1 95 1 95 3.36e-65 189 GEW80515.1 GEW80515.1 100 367 0 0 1 367 1 367 5.12e-253 687 HHO76132.1 HHO76132.1 100 323 0 0 1 323 1 323 6.58e-236 640 HHO76132.1 NIM26842.1 53.6 319 138 5 8 319 2 317 5.24e-106 311 MCH2165167.1 MCH2165167.1 100 187 0 0 1 187 1 187 4.75e-134 371 KAB0360174.1 KAB0360174.1 100 56 0 0 1 56 1 56 7.43e-38 117 WP_115470986.1 WP_115470986.1 100 361 0 0 1 361 1 361 2.03e-240 654 WP_115470986.1 MCH2409214.1 54.0 252 116 0 95 346 90 341 2.23e-97 291 WP_115470986.1 OGG08302.1 33.2 253 166 3 97 347 79 330 1.54e-34 128 OMJ26529.1 OMJ26529.1 100 267 0 0 1 267 1 267 3.49e-155 431 WP_129770031.1 WP_129770031.1 100 382 0 0 1 382 1 382 1.20e-295 796 RWK19229.1 RWK19229.1 100 853 0 0 1 853 1 853 0.0 1764 RWK19229.1 WP_113156891.1 26.6 866 553 26 5 846 6 812 1.88e-70 247 CDX32740.1 CDX32740.1 100 38 0 0 1 38 1 38 1.54e-25 85.5 WP_255761006.1 WP_255761006.1 100 146 0 0 1 146 1 146 4.38e-110 307 WP_255352846.1 WP_255352846.1 100 44 0 0 1 44 1 44 1.92e-26 88.2 QLQ30255.1 QLQ30255.1 100 147 0 0 1 147 1 147 1.63e-92 263 MCH2065391.1 MCH2065391.1 100 407 0 0 1 407 1 407 2.90e-302 815 WP_105599976.1 WP_105599976.1 100 128 0 0 1 128 1 128 2.67e-91 258 WP_105599976.1 WP_062713263.1 38.4 112 57 5 20 123 28 135 2.04e-15 66.2 WP_204650864.1 WP_204650864.1 100 152 0 0 1 152 1 152 8.38e-111 309 KMZ56706.1 KMZ56706.1 100 535 0 0 1 535 1 535 1.09e-316 862 TLZ05171.1 TLZ05171.1 100 699 0 0 1 699 1 699 0.0 1242 TLZ05171.1 WP_138941726.1 27.3 315 176 8 314 602 288 575 6.38e-21 95.5 TLZ05171.1 WP_265896212.1 29.1 302 178 10 311 605 407 679 3.14e-19 90.5 TLZ05171.1 MBH0193692.1 26.7 176 120 4 436 604 459 632 3.68e-11 64.7 WP_032373688.1 WP_032373688.1 100 358 0 0 1 358 1 358 7.49e-271 731 WP_032373688.1 WP_065517671.1 28.9 381 224 13 7 348 9 381 1.15e-34 129 WP_032373688.1 WP_065029373.1 27.7 379 234 10 6 353 3 372 1.72e-30 118 WP_032373688.1 MBX6373297.1 27.2 389 229 8 6 356 15 387 8.95e-30 116 WP_032373688.1 OGO01021.1 27.1 336 223 7 8 323 5 338 2.35e-28 112 WP_032373688.1 MYJ01754.1 32.0 194 115 4 6 183 3 195 1.02e-18 81.6 HBY0139633.1 HBY0139633.1 100 653 0 0 1 653 1 653 0.0 1210 WP_122236618.1 WP_122236618.1 100 379 0 0 1 379 1 379 1.24e-266 722 WP_122236618.1 WP_152458326.1 31.9 354 190 8 21 327 22 371 2.70e-43 153 WP_122236618.1 HAQ04103.1 36.7 166 99 2 158 317 221 386 6.27e-24 100 WP_194104904.1 WP_194104904.1 100 706 0 0 1 706 1 706 0.0 1471 WP_210799437.1 WP_210799437.1 100 98 0 0 1 98 1 98 1.25e-66 193 WP_066519483.1 WP_066519483.1 100 330 0 0 1 330 1 330 2.86e-229 624 WP_087384365.1 WP_087384365.1 100 433 0 0 1 433 1 433 4.87e-289 783 WP_087384365.1 WP_113669955.1 36.9 406 248 6 17 420 13 412 1.27e-73 235 WP_087384365.1 WP_239913672.1 34.1 414 266 4 16 428 11 418 1.58e-68 222 KFP63770.1 KFP63770.1 100 313 0 0 1 313 1 313 8.19e-225 611 KFP63770.1 WP_110035452.1 26.8 239 159 3 42 280 11 233 2.53e-18 80.9 KFP63770.1 WP_057651690.1 25.3 249 174 5 36 280 49 289 3.74e-13 67.0 WP_272114414.1 WP_272114414.1 100 392 0 0 1 392 1 392 5.24e-286 772 WP_050580425.1 WP_050580425.1 100 662 0 0 1 662 1 662 0.0 1298 WP_050580425.1 GLR41095.1 76.3 659 153 2 6 662 1 658 0.0 976 MBN4326111.1 MBN4326111.1 100 22 0 0 1 22 1 22 3.99e-11 48.1 MBD8893743.1 MBD8893743.1 100 765 0 0 1 765 1 765 0.0 1452 MBD8893743.1 NDH21517.1 35.4 198 118 4 447 640 46 237 1.31e-25 105 MBD8893743.1 WP_174048133.1 32.7 153 88 5 489 637 222 363 4.41e-12 67.0 MBD8893743.1 NWV65193.1 23.5 187 123 5 447 625 357 531 1.62e-06 50.1 MBD8893743.1 MBK7412786.1 25.5 204 133 4 477 662 168 370 2.22e-06 48.9 KAJ6059888.1 KAJ6059888.1 100 72 0 0 1 72 1 72 3.15e-46 140 WP_063640296.1 WP_063640296.1 100 554 0 0 1 554 1 554 0.0 1103 WP_063640296.1 WP_122709004.1 30.9 330 181 8 5 314 6 308 2.14e-40 147 MBT5488157.1 MBT5488157.1 100 583 0 0 1 583 1 583 0.0 1112 MBT5488157.1 WP_262406623.1 49.3 537 245 6 1 512 301 835 3.23e-151 456 MBT5488157.1 WP_281507500.1 46.5 523 261 5 1 505 302 823 4.98e-139 426 MBT5488157.1 WP_176349335.1 75.0 28 7 0 554 581 200 227 1.63e-07 50.8 XP_020272228.1 XP_020272228.1 100 346 0 0 1 346 1 346 2.16e-248 673 XP_020272228.1 XP_049406314.1 48.5 97 48 2 244 339 133 228 6.50e-19 82.8 XP_053592881.1 XP_053592881.1 100 890 0 0 1 890 1 890 0.0 1834 XP_053592881.1 WP_194957532.1 33.8 787 388 18 45 773 6 717 2.65e-125 395 XP_053592881.1 MBQ9679177.1 21.5 755 419 29 42 728 12 660 1.20e-24 108 XP_053592881.1 MCL6457358.1 23.2 655 381 26 63 652 33 630 3.22e-17 85.1 XP_053592881.1 MCL2204087.1 21.4 664 374 22 67 682 34 597 6.33e-14 74.3 XP_053592881.1 SCL13606.1 29.4 204 99 6 47 207 62 263 1.89e-13 72.8 XP_053592881.1 MSZ29533.1 25.6 254 133 8 398 647 435 636 7.16e-10 61.2 HCF6759084.1 HCF6759084.1 100 591 0 0 1 591 1 591 0.0 1180 HCF6759084.1 PLA74748.1 62.8 589 213 5 1 585 1 587 1.72e-271 752 HCF6759084.1 MBN8536342.1 49.7 591 280 11 3 584 19 601 2.78e-189 544 HBF53378.1 HBF53378.1 100 161 0 0 1 161 1 161 5.11e-105 295 XP_017857703.1 XP_017857703.1 100 1113 0 0 1 1113 1 1113 0.0 1808 XP_017857703.1 XP_035800909.1 26.3 308 140 6 8 289 121 367 1.60e-20 96.3 PIV62444.1 PIV62444.1 100 186 0 0 1 186 1 186 3.47e-131 363 XP_020788278.1 XP_020788278.1 100 441 0 0 1 441 1 441 2.84e-292 792 WP_280343167.1 WP_280343167.1 100 303 0 0 1 303 1 303 1.72e-221 602 MCC6539403.1 MCC6539403.1 100 491 0 0 1 491 1 491 0.0 948 MCC6539403.1 WP_161258623.1 27.0 222 149 6 238 450 309 526 2.09e-15 77.0 CAI5716986.1 CAI5716986.1 100 695 0 0 1 695 1 695 0.0 1379 MCK9371657.1 MCK9371657.1 100 691 0 0 1 691 1 691 0.0 1393 MCK9371657.1 GGB39876.1 29.1 708 438 16 5 685 263 933 3.18e-89 298 MCK9371657.1 ECJ9372216.1 28.1 712 440 14 5 684 262 933 1.46e-88 296 MCK9371657.1 WP_222637261.1 26.9 722 443 17 5 685 262 939 2.72e-77 265 MCK9371657.1 WP_014942931.1 21.3 713 457 17 11 655 53 729 6.21e-33 134 MCK9371657.1 WP_220281278.1 22.8 514 311 19 2 458 58 542 3.96e-14 74.3 MBE4717433.1 MBE4717433.1 100 145 0 0 1 145 1 145 2.09e-112 313 UMM23672.1 UMM23672.1 100 579 0 0 1 579 1 579 0.0 1109 WP_059171534.1 WP_059171534.1 100 279 0 0 1 279 1 279 9.44e-207 562 WP_059171534.1 WP_139994336.1 46.0 272 144 3 1 271 1 270 3.84e-79 239 WP_059171534.1 WP_259865813.1 20.6 287 195 7 6 278 13 280 3.35e-05 42.7 MBF0143407.1 MBF0143407.1 100 1081 0 0 1 1081 1 1081 0.0 2142 MBF0143407.1 CKF71070.1 36.1 424 264 4 632 1052 318 737 2.50e-78 271 MBF0143407.1 WP_200543170.1 36.7 420 251 5 641 1055 277 686 1.59e-73 256 MBF0143407.1 HAB03480.1 35.1 427 268 3 634 1052 657 1082 4.84e-67 244 MBF0143407.1 WP_018646673.1 32.9 425 282 2 641 1063 528 951 9.67e-61 223 MBF0143407.1 WP_230171322.1 34.0 435 278 6 627 1059 593 1020 8.07e-58 215 MBF0143407.1 WP_126679569.1 29.8 429 272 8 641 1052 377 793 6.68e-39 154 MBF0143407.1 EIA4708990.1 30.4 296 195 3 763 1052 367 657 7.47e-26 113 MBF0143407.1 MCJ2541369.1 37.2 94 59 0 818 911 90 183 1.18e-13 68.9 XP_009031127.1 XP_009031127.1 100 120 0 0 1 120 1 120 3.34e-88 249 WP_248112338.1 WP_248112338.1 100 381 0 0 1 381 1 381 1.41e-298 803 WP_012924408.1 WP_012924408.1 100 391 0 0 1 391 1 391 3.87e-292 788 MCD6205878.1 MCD6205878.1 100 284 0 0 1 284 1 284 3.46e-191 523 ASL92868.1 ASL92868.1 100 182 0 0 1 182 1 182 3.79e-133 368 MBU0633142.1 MBU0633142.1 100 151 0 0 1 151 1 151 7.47e-109 304 WP_135820337.1 WP_135820337.1 100 643 0 0 1 643 1 643 0.0 1292 WP_135820337.1 XP_047379458.1 26.8 317 203 11 330 638 18 313 4.98e-28 117 MBG91959.1 MBG91959.1 100 396 0 0 1 396 1 396 7.16e-286 772 MBG91959.1 MSZ54974.1 44.7 398 197 9 1 393 1 380 1.37e-92 281 MBV2096469.1 MBV2096469.1 100 518 0 0 1 518 1 518 0.0 898 MCH8223536.1 MCH8223536.1 100 306 0 0 1 306 1 306 1.04e-228 620 MOX37967.1 MOX37967.1 100 18 0 0 1 18 1 18 1.11e-09 44.3 WP_123234331.1 WP_123234331.1 100 262 0 0 1 262 1 262 1.81e-191 522 WP_062917436.1 WP_062917436.1 100 266 0 0 1 266 1 266 2.55e-184 504 WP_062917436.1 MYS73268.1 36.1 227 137 3 8 231 8 229 5.77e-36 127 WP_062917436.1 WP_013845913.1 37.8 201 110 7 1 193 1 194 1.49e-24 97.1 WP_062917436.1 WP_253646963.1 24.6 268 188 5 5 259 11 277 1.11e-15 73.6 WP_062917436.1 WP_280443824.1 30.3 218 134 7 8 209 3 218 3.49e-13 66.2 WP_062917436.1 WP_042650033.1 28.3 184 131 1 10 192 11 194 3.55e-13 65.9 WP_062917436.1 WP_108024271.1 29.6 186 129 2 9 192 10 195 4.96e-13 65.5 WP_062917436.1 MBG6287041.1 26.8 183 133 1 10 192 20 201 9.46e-13 64.7 WP_062917436.1 MCB9680378.1 28.3 198 136 3 7 200 3 198 1.20e-12 64.3 WP_062917436.1 MBP33715.1 27.7 195 136 4 8 198 12 205 7.67e-12 62.4 KAJ6728134.1 KAJ6728134.1 100 222 0 0 1 222 1 222 3.24e-156 430 KAJ6728134.1 NRB72577.1 40.7 177 105 0 5 181 9 185 4.21e-39 137 KAJ6728134.1 WP_169356007.1 30.6 235 142 2 1 214 1 235 3.89e-27 105 WP_264228578.1 WP_264228578.1 100 609 0 0 1 609 1 609 0.0 1174 WP_264228578.1 OGA29379.1 54.1 582 264 2 1 581 1 580 6.82e-209 593 WP_264228578.1 HCJ45190.1 74.6 63 16 0 480 542 1 63 2.13e-25 97.8 WP_264228578.1 MCI9379843.1 24.4 172 90 5 1 172 4 135 3.83e-06 48.1 MCA0453363.1 MCA0453363.1 100 461 0 0 1 461 1 461 0.0 948 MCA0453363.1 WP_141772753.1 26.2 309 189 12 50 347 56 336 6.77e-16 77.0 MBN1275370.1 MBN1275370.1 100 128 0 0 1 128 1 128 6.55e-83 237 MCT8275829.1 MCT8275829.1 100 546 0 0 1 546 1 546 0.0 1036 WP_125251950.1 WP_125251950.1 100 243 0 0 1 243 1 243 1.74e-175 480 WP_177055611.1 WP_177055611.1 100 103 0 0 1 103 1 103 3.91e-70 202 WP_112382897.1 WP_112382897.1 100 318 0 0 1 318 1 318 1.37e-230 626 WP_229447885.1 WP_229447885.1 100 320 0 0 1 320 1 320 4.99e-234 635 WP_229447885.1 WP_052379448.1 33.3 126 78 2 6 125 5 130 1.71e-10 59.3 WP_229447885.1 WP_268678783.1 22.1 276 176 6 5 259 2 259 3.96e-09 55.1 WP_229447885.1 WP_134669716.1 27.8 144 97 3 7 147 8 147 1.06e-08 53.9 XP_052609093.1 XP_052609093.1 100 627 0 0 1 627 1 627 0.0 1359 XP_052609093.1 XP_053174626.1 59.7 608 233 7 27 626 31 634 8.42e-283 784 XP_052609093.1 KAI4536634.1 30.2 500 207 16 19 463 10 422 2.49e-51 189 WP_232676102.1 WP_232676102.1 100 231 0 0 1 231 1 231 1.88e-164 451 WP_232676102.1 WP_107668606.1 28.9 225 131 7 32 229 41 263 7.97e-16 72.8 SCH22700.1 SCH22700.1 100 392 0 0 1 392 1 392 1.34e-288 779 WP_073251662.1 WP_073251662.1 100 387 0 0 1 387 1 387 8.11e-292 786 WP_073251662.1 WP_075013026.1 28.7 324 197 12 68 373 100 407 1.26e-15 76.3 KAJ8488862.1 KAJ8488862.1 100 1048 0 0 1 1048 1 1048 0.0 1910 HAR3824072.1 HAR3824072.1 100 589 0 0 1 589 1 589 0.0 1185 HAR3824072.1 WP_100610557.1 42.5 555 307 6 36 582 20 570 2.35e-147 436 HAR3824072.1 WP_099345046.1 29.6 540 356 13 45 575 13 537 3.56e-57 200 HAR3824072.1 GLO13544.1 27.3 546 356 12 36 567 12 530 6.82e-52 185 HAR3824072.1 WP_060004157.1 26.6 583 388 16 34 589 1 570 3.17e-44 164 GGS66510.1 GGS66510.1 100 282 0 0 1 282 1 282 7.80e-212 575 GGS66510.1 NEX64733.1 53.9 280 117 3 1 276 4 275 1.50e-93 276 GGS66510.1 MBN9625832.1 51.4 282 130 4 1 280 4 280 2.08e-92 273 MSO98652.1 MSO98652.1 100 231 0 0 1 231 1 231 2.98e-161 443 MSO98652.1 MBQ2198584.1 55.6 36 16 0 35 70 48 83 9.64e-04 38.1 XP_008264087.1 XP_008264087.1 100 714 0 0 1 714 1 714 0.0 1273 AAR19565.1 AAR19565.1 100 222 0 0 1 222 1 222 2.35e-149 412 AAR19565.1 XP_012889676.1 75.2 222 55 0 1 222 64 285 2.79e-109 314 AAR19565.1 XP_002688837.2 58.7 218 90 0 1 218 64 281 8.34e-82 244 AAR19565.1 XP_034290446.1 47.3 222 117 0 1 222 66 287 1.50e-61 193 AAR19565.1 XP_005087540.1 38.5 221 136 0 2 222 65 285 2.30e-42 144 AAR19565.1 XP_042531659.1 40.6 224 127 2 2 222 65 285 1.59e-41 141 AAR19565.1 XP_054446685.1 39.2 222 133 2 2 222 63 283 3.73e-39 135 AAR19565.1 XP_049747270.1 33.2 187 124 1 3 189 68 253 3.00e-23 93.6 WP_083824265.1 WP_083824265.1 100 245 0 0 1 245 1 245 7.37e-178 486 NJD91181.1 NJD91181.1 100 1109 0 0 1 1109 1 1109 0.0 2197 NJD91181.1 WP_012573472.1 46.5 1113 559 14 1 1100 89 1178 0.0 952 NJD91181.1 WP_070770047.1 45.8 1115 561 14 1 1099 83 1170 0.0 930 NJD91181.1 WP_156009076.1 42.7 1116 615 10 2 1109 84 1183 8.90e-297 860 NJD91181.1 MBE6348968.1 43.0 700 363 13 419 1101 5 685 1.06e-168 511 NJD91181.1 MBS6779195.1 33.0 270 167 8 2 265 82 343 1.93e-27 114 MCA8990238.1 MCA8990238.1 100 288 0 0 1 288 1 288 6.98e-218 591 WP_031504118.1 WP_031504118.1 100 186 0 0 1 186 1 186 5.53e-128 355 MBT1821840.1 MBT1821840.1 100 233 0 0 1 233 1 233 6.81e-168 460 MCL5772337.1 MCL5772337.1 100 150 0 0 1 150 1 150 7.48e-104 291 VRK55480.1 VRK55480.1 100 141 0 0 1 141 1 141 9.68e-98 275 VRK55480.1 WP_211746996.1 56.4 140 60 1 1 140 1 139 4.70e-48 157 GFD10569.1 GFD10569.1 100 58 0 0 1 58 1 58 4.94e-37 115 MBO7366298.1 MBO7366298.1 100 480 0 0 1 480 1 480 0.0 994 XP_056309872.1 XP_056309872.1 100 191 0 0 1 191 1 191 1.47e-139 385 HHC07960.1 HHC07960.1 100 441 0 0 1 441 1 441 4.03e-292 792 HHC07960.1 WP_147135386.1 29.0 321 209 8 19 324 36 352 7.72e-28 113 WP_279836660.1 WP_279836660.1 100 508 0 0 1 508 1 508 0.0 969 WP_279836660.1 WP_216244265.1 25.9 460 324 8 19 465 22 477 3.81e-38 144 EHA1083554.1 EHA1083554.1 100 207 0 0 1 207 1 207 2.30e-144 399 MBQ2587741.1 MBQ2587741.1 100 581 0 0 1 581 1 581 0.0 1151 MBQ2587741.1 MCC7304610.1 33.0 575 345 5 4 570 151 693 9.36e-92 295 MBQ2587741.1 MCF2656092.1 31.8 585 364 6 1 580 139 693 5.57e-89 288 MBQ2587741.1 NNC58435.1 31.5 577 350 8 4 569 150 692 4.56e-86 280 XP_011924069.1 XP_011924069.1 100 794 0 0 1 794 1 794 0.0 1323 OGD37525.1 OGD37525.1 100 258 0 0 1 258 1 258 8.02e-193 525 OGD37525.1 WP_006327457.1 33.9 56 28 1 24 70 88 143 5.57e-05 42.0 CAH9417069.1 CAH9417069.1 100 602 0 0 1 602 1 602 0.0 1201 CAH9417069.1 NLO64495.1 34.1 270 127 9 351 589 269 518 1.71e-35 139 WP_061795322.1 WP_061795322.1 100 506 0 0 1 506 1 506 0.0 1015 WP_061795322.1 WP_131836551.1 39.8 485 274 9 20 496 18 492 5.17e-107 326 WP_061795322.1 XP_050320449.1 39.6 482 267 11 22 494 14 480 3.76e-104 318 WP_061795322.1 WP_057201184.1 39.5 486 275 9 18 497 2 474 2.26e-99 306 WP_061795322.1 WP_008959270.1 36.6 484 287 10 23 498 14 485 8.00e-86 271 WP_061795322.1 WP_108756325.1 35.9 482 288 9 21 497 7 472 6.60e-80 255 WP_061795322.1 WP_257689765.1 35.2 480 290 9 22 494 16 481 1.34e-79 255 WP_061795322.1 WP_255965801.1 32.9 477 301 8 22 492 15 478 5.61e-72 235 WP_061795322.1 WP_195426888.1 31.6 431 274 8 32 457 26 440 4.37e-58 198 WP_061795322.1 WP_205186167.1 32.3 431 258 13 79 496 4 413 7.76e-54 185 KAE9407684.1 KAE9407684.1 100 230 0 0 1 230 1 230 2.18e-158 436 KAE9407684.1 XP_046337982.1 44.6 65 35 1 11 74 256 320 9.74e-10 56.2 WP_144929841.1 WP_144929841.1 100 153 0 0 1 153 1 153 3.40e-106 298 ABB86219.1 ABB86219.1 100 75 0 0 1 75 1 75 1.51e-52 156 ABB86219.1 AGS31853.1 88.1 42 5 0 34 75 1 42 8.84e-22 80.5 ABB86219.1 WP_018431719.1 35.5 76 46 2 1 74 16 90 6.21e-07 43.1 WP_207855327.1 WP_207855327.1 100 98 0 0 1 98 1 98 2.15e-67 195 MBR4831078.1 MBR4831078.1 100 503 0 0 1 503 1 503 0.0 979 KAF5705428.1 KAF5705428.1 100 480 0 0 1 480 1 480 0.0 999 MQG84887.1 MQG84887.1 100 160 0 0 1 160 1 160 5.57e-113 315 NUR94205.1 NUR94205.1 100 94 0 0 1 94 1 94 6.85e-60 176 KAI9087862.1 KAI9087862.1 100 347 0 0 1 347 1 347 4.14e-57 187 MPC13528.1 MPC13528.1 100 71 0 0 1 71 1 71 5.92e-46 139 MBN2660390.1 MBN2660390.1 100 617 0 0 1 617 1 617 0.0 1249 MBN2660390.1 MVZ66986.1 30.0 213 126 10 25 219 33 240 2.04e-13 69.3 MBK9183427.1 MBK9183427.1 100 328 0 0 1 328 1 328 1.75e-238 647 MBK9183427.1 WP_014407515.1 37.1 275 158 5 11 284 6 266 3.72e-45 154 MBK9183427.1 WP_126136917.1 35.0 283 165 9 6 284 7 274 3.96e-32 119 MBK9183427.1 MCQ2612024.1 28.6 283 187 8 12 285 9 285 6.10e-23 95.5 MCO5068575.1 MCO5068575.1 100 401 0 0 1 401 1 401 1.89e-304 820 MCO5068575.1 WP_004960861.1 37.2 392 223 11 10 389 149 529 9.64e-68 222 MCO5068575.1 EET4886479.1 36.1 385 230 9 10 386 69 445 1.28e-65 214 MCO5068575.1 EFH7886278.1 41.6 137 78 1 234 370 13 147 1.22e-24 97.8 WP_070545363.1 WP_070545363.1 100 204 0 0 1 204 1 204 1.77e-151 416 WP_200154298.1 WP_200154298.1 100 239 0 0 1 239 1 239 1.40e-131 369 OWZ34415.1 OWZ34415.1 100 479 0 0 1 479 1 479 0.0 946 OWZ34415.1 MBA3609961.1 35.4 435 263 6 45 476 27 446 3.69e-78 249 OWZ34415.1 ELZ16407.1 30.9 424 273 11 56 472 32 442 5.09e-50 175 OWZ34415.1 MBQ6794463.1 29.7 404 228 8 58 461 15 362 2.42e-43 155 OWZ34415.1 MCF7895906.1 32.9 347 199 8 56 401 21 334 1.53e-42 152 OWZ34415.1 WP_160194147.1 31.0 378 229 11 40 401 8 369 1.91e-41 151 OWZ34415.1 MCM2356329.1 30.5 292 172 11 45 322 14 288 2.32e-28 112 EGQ8192442.1 EGQ8192442.1 100 63 0 0 1 63 1 63 1.56e-42 130 CAG7850540.1 CAG7850540.1 100 181 0 0 1 181 1 181 7.62e-103 291 KAJ4213304.1 KAJ4213304.1 100 519 0 0 1 519 1 519 0.0 1027 WP_170235146.1 WP_170235146.1 100 232 0 0 1 232 1 232 6.10e-175 478 MBQ3156222.1 MBQ3156222.1 100 425 0 0 1 425 1 425 6.97e-310 835 MBQ3156222.1 HIZ23242.1 40.9 425 248 2 2 423 4 428 2.76e-103 311 WP_056726975.1 WP_056726975.1 100 109 0 0 1 109 1 109 6.81e-76 218 WP_069697901.1 WP_069697901.1 100 339 0 0 1 339 1 339 7.02e-255 689 WP_069697901.1 WP_138125503.1 67.6 339 109 1 1 339 1 338 6.77e-173 482 WP_069697901.1 WP_266179881.1 44.7 340 176 7 2 336 3 335 1.41e-86 263 WP_069697901.1 WP_223413240.1 42.6 340 183 6 2 336 3 335 1.15e-82 253 WP_069697901.1 EFX2174330.1 33.2 310 202 4 2 310 5 310 3.54e-48 163 WP_069697901.1 MCP4974199.1 32.6 89 54 1 51 139 57 139 1.10e-07 51.2 KAJ3469091.1 KAJ3469091.1 100 462 0 0 1 462 1 462 1.05e-316 856 XP_027201715.1 XP_027201715.1 100 885 0 0 1 885 1 885 0.0 1256 MBF1354756.1 MBF1354756.1 100 169 0 0 1 169 1 169 2.51e-118 330 RNA69827.1 RNA69827.1 100 254 0 0 1 254 1 254 3.78e-180 493 WP_054910535.1 WP_054910535.1 100 369 0 0 1 369 1 369 9.16e-273 737 MCQ2587557.1 MCQ2587557.1 100 495 0 0 1 495 1 495 0.0 956 MCQ2587557.1 RGG06187.1 28.9 471 272 17 52 494 44 479 1.95e-34 133 MCQ2587557.1 EIO1807611.1 29.1 444 258 16 53 474 64 472 9.88e-29 117 WP_267829077.1 WP_267829077.1 100 206 0 0 1 206 1 206 3.15e-146 403 HBK1877356.1 HBK1877356.1 100 518 0 0 1 518 1 518 0.0 1030 HBK1877356.1 HBX8004802.1 52.4 84 37 2 4 87 12 92 1.53e-19 88.2 HBK1877356.1 EJK2981647.1 50.0 80 35 3 7 82 43 121 5.38e-13 67.0 HBK1877356.1 WP_090770466.1 36.6 82 49 1 6 87 5 83 7.98e-10 58.5 HBK1877356.1 WP_084119994.1 33.7 89 41 2 7 87 4 82 6.19e-07 49.7 HBK1877356.1 MCB0447740.1 31.8 85 54 2 6 87 8 91 5.55e-05 43.5 WP_233689818.1 WP_233689818.1 100 367 0 0 1 367 1 367 2.62e-271 733 HAL5964588.1 HAL5964588.1 100 80 0 0 1 80 1 80 1.07e-52 157 XP_002973447.1 XP_002973447.1 100 158 0 0 1 158 1 158 2.46e-106 298 WP_203727943.1 WP_203727943.1 100 695 0 0 1 695 1 695 0.0 1278 WP_203727943.1 KAG5001697.1 35.7 171 94 4 524 678 71 241 1.90e-19 87.0 WP_238267528.1 WP_238267528.1 100 108 0 0 1 108 1 108 8.02e-70 202 WP_238267528.1 MBD9532752.1 50.4 113 48 2 1 105 1 113 1.42e-30 103 WP_238267528.1 RPI95901.1 43.9 98 52 2 1 96 32 128 2.89e-23 85.5 ADJ57888.1 ADJ57888.1 100 364 0 0 1 364 1 364 4.55e-275 742 ADJ57888.1 AXB40829.1 72.2 349 97 0 2 350 1 349 4.98e-200 552 ADJ57888.1 UNP33456.1 75.6 303 74 0 1 303 9 311 5.66e-176 489 ADJ57888.1 BAI82636.1 71.2 205 59 0 65 269 2 206 1.79e-113 327 ADJ57888.1 QYT38722.1 41.9 217 124 2 65 279 41 257 5.94e-56 182 MBX7122227.1 MBX7122227.1 100 291 0 0 1 291 1 291 1.62e-204 558 WP_057479385.1 WP_057479385.1 100 483 0 0 1 483 1 483 0.0 947 WP_057479385.1 WP_013571875.1 49.0 467 234 4 13 476 5 470 1.47e-150 436 WP_057479385.1 WP_046325749.1 41.6 464 261 4 12 474 3 457 4.24e-123 365 WP_057479385.1 WP_208427233.1 38.0 287 157 8 13 295 3 272 3.28e-47 164 EGT3616788.1 EGT3616788.1 100 215 0 0 1 215 1 215 1.61e-148 410 MBP1550239.1 MBP1550239.1 100 331 0 0 1 331 1 331 4.16e-243 659 MBP1550239.1 AUW90066.1 31.1 122 65 4 53 156 47 167 3.01e-09 53.9 WP_008470196.1 WP_008470196.1 100 252 0 0 1 252 1 252 1.60e-180 494 WP_008470196.1 WP_142133210.1 49.6 236 119 0 9 244 10 245 1.96e-75 228 WP_008470196.1 WP_279984614.1 48.0 244 120 1 8 244 8 251 1.74e-74 226 WP_008470196.1 WP_222125851.1 46.5 241 124 1 9 244 1 241 8.85e-73 221 WP_008470196.1 WP_115992495.1 47.9 242 120 2 9 244 1 242 6.15e-71 216 WP_008470196.1 WP_072380563.1 43.5 239 132 1 9 244 1 239 3.46e-67 206 WP_008470196.1 MBP1876254.1 39.5 243 141 3 9 245 1 243 4.17e-50 166 WP_008470196.1 MBU5353226.1 33.3 237 148 5 15 244 21 254 6.42e-35 125 WP_008470196.1 MCH1405047.1 36.7 158 95 2 8 165 8 160 1.68e-22 89.0 WP_008470196.1 WP_139764340.1 35.5 107 64 3 5 109 1 104 2.46e-12 60.8 EHY1237200.1 EHY1237200.1 100 227 0 0 1 227 1 227 2.78e-164 451 WP_063692548.1 WP_063692548.1 100 142 0 0 1 142 1 142 2.11e-97 275 WP_058877503.1 WP_058877503.1 100 217 0 0 1 217 1 217 4.31e-163 447 HBP29295.1 HBP29295.1 100 239 0 0 1 239 1 239 4.27e-174 476 WP_169872765.1 WP_169872765.1 100 555 0 0 1 555 1 555 0.0 1077 WP_169872765.1 WP_057012309.1 25.4 232 115 10 303 505 18 220 1.23e-05 45.4 MCI7575045.1 MCI7575045.1 100 133 0 0 1 133 1 133 6.71e-92 260 MCI7575045.1 MBR6873642.1 26.2 141 89 3 7 132 46 186 6.63e-09 51.2 HCE7955950.1 HCE7955950.1 100 745 0 0 1 745 1 745 0.0 1265 YP_009226675.1 YP_009226675.1 100 57 0 0 1 57 1 57 3.25e-37 116 MBK6290503.1 MBK6290503.1 100 262 0 0 1 262 1 262 5.47e-202 549 WP_039672911.1 WP_039672911.1 100 1080 0 0 1 1080 1 1080 0.0 1979 WP_039672911.1 WP_129895541.1 27.4 482 316 10 72 532 12 483 6.47e-35 143 XP_029439375.1 XP_029439375.1 100 319 0 0 1 319 1 319 3.66e-199 546 XP_029439375.1 ROW03190.1 44.2 181 96 4 52 231 1 177 1.66e-42 151 XP_029439375.1 WP_007337172.1 34.1 82 53 1 133 213 54 135 1.24e-09 55.5 NJC23639.1 NJC23639.1 100 451 0 0 1 451 1 451 1.17e-296 804 NJC23639.1 WP_185921121.1 27.0 418 260 11 1 396 23 417 2.40e-17 82.4 HCZ13020.1 HCZ13020.1 100 68 0 0 1 68 1 68 4.80e-46 139 RQD71026.1 RQD71026.1 100 240 0 0 1 240 1 240 9.31e-174 476 RQD71026.1 WP_169105698.1 32.6 239 148 4 1 231 1 234 9.61e-36 125 RQD71026.1 WDA54585.1 23.3 133 96 3 4 136 4 130 4.66e-06 44.3 MBE7174334.1 MBE7174334.1 100 356 0 0 1 356 1 356 1.99e-274 740 MCF8449868.1 MCF8449868.1 100 246 0 0 1 246 1 246 5.00e-181 494 MCF8449868.1 WP_165724099.1 30.4 260 162 5 3 244 4 262 1.34e-34 123 MCF8449868.1 MPZ95749.1 29.0 210 133 3 3 209 11 207 8.29e-28 105 MCF8449868.1 HBG17616.1 34.0 106 65 2 1 101 4 109 4.53e-12 63.5 MCF8449868.1 WP_138482356.1 29.3 150 88 6 3 141 672 814 8.63e-09 53.9 MCF8449868.1 WP_245885601.1 28.2 124 76 3 3 113 12 135 2.74e-08 50.1 MCF8449868.1 WP_188888464.1 28.1 114 76 4 3 111 4 116 5.11e-08 50.4 MCF8449868.1 WP_101794136.1 31.1 103 64 3 3 101 26 125 2.09e-07 48.9 WP_217309755.1 WP_217309755.1 100 561 0 0 1 561 1 561 0.0 981 WP_217309755.1 WP_144384753.1 44.1 127 59 6 420 541 208 327 1.61e-18 85.5 WP_217309755.1 WP_252541609.1 46.7 92 45 2 458 546 286 376 1.90e-18 85.9 TXG48910.1 TXG48910.1 100 175 0 0 1 175 1 175 1.69e-128 356 OMP12204.1 OMP12204.1 100 39 0 0 1 39 1 39 5.34e-22 76.6 NET34040.1 NET34040.1 100 98 0 0 1 98 1 98 9.87e-64 186 WP_182308552.1 WP_182308552.1 100 161 0 0 1 161 1 161 2.87e-120 334 XP_050785609.1 XP_050785609.1 100 721 0 0 1 721 1 721 0.0 1469 WP_145279320.1 WP_145279320.1 100 257 0 0 1 257 1 257 1.36e-147 411 WP_190728559.1 WP_190728559.1 100 422 0 0 1 422 1 422 0.0 863 WP_043884631.1 WP_043884631.1 100 169 0 0 1 169 1 169 8.43e-126 348 MCL4835344.1 MCL4835344.1 100 327 0 0 1 327 1 327 5.42e-237 643 MCL4835344.1 MBQ7949870.1 29.5 176 107 4 156 327 141 303 1.14e-12 65.9 MCL4835344.1 WP_041488527.1 38.9 54 33 0 270 323 4 57 1.17e-07 46.6 MCL4835344.1 MCA1697375.1 31.5 162 89 7 156 310 145 291 6.87e-06 45.4 CKR50421.1 CKR50421.1 100 119 0 0 1 119 1 119 1.80e-78 225 KAF6355230.1 KAF6355230.1 100 163 0 0 1 163 1 163 2.26e-127 352 EFP11715.1 EFP11715.1 100 397 0 0 1 397 1 397 2.13e-283 766 MBN2220243.1 MBN2220243.1 100 220 0 0 1 220 1 220 2.58e-161 442 XP_001426929.1 XP_001426929.1 100 86 0 0 1 86 1 86 4.02e-53 158 WP_004841038.1 WP_004841038.1 100 225 0 0 1 225 1 225 3.39e-164 450 GFT25780.1 GFT25780.1 100 345 0 0 1 345 1 345 3.50e-258 698 GFT25780.1 GFY15021.1 52.7 91 39 1 65 155 129 215 8.12e-23 94.4 WP_108101124.1 WP_108101124.1 100 166 0 0 1 166 1 166 1.50e-104 295 WP_233494598.1 WP_233494598.1 100 218 0 0 1 218 1 218 1.28e-160 441 XP_037174607.1 XP_037174607.1 100 581 0 0 1 581 1 581 0.0 1088 WP_008314082.1 WP_008314082.1 100 126 0 0 1 126 1 126 1.62e-91 258 ACO35565.1 ACO35565.1 100 251 0 0 1 251 1 251 6.57e-184 502 ACO35565.1 AGC97326.1 79.7 241 49 0 3 243 1 241 1.76e-140 392 ACO35565.1 AAX94106.1 83.4 223 37 0 1 223 208 430 1.90e-134 384 ACO35565.1 AGC74998.1 86.3 211 29 0 18 228 1 211 5.18e-134 375 ACO35565.1 APC24336.1 70.8 250 71 1 1 250 131 378 3.69e-130 371 XP_035530493.1 XP_035530493.1 100 256 0 0 1 256 1 256 6.87e-193 525 WP_031940100.1 WP_031940100.1 100 261 0 0 1 261 1 261 7.66e-188 513 WP_031940100.1 WP_013845913.1 34.4 183 119 1 13 194 9 191 2.45e-26 101 WP_031940100.1 WP_273849839.1 27.0 237 147 6 13 233 9 235 9.88e-17 75.9 WP_031940100.1 MXY99086.1 27.5 171 121 2 21 190 1 169 2.03e-10 57.8 WP_031940100.1 MCB1644245.1 26.8 190 122 5 14 196 10 189 4.01e-08 51.2 WP_129194092.1 WP_129194092.1 100 764 0 0 1 764 1 764 0.0 1554 NVK17210.1 NVK17210.1 100 216 0 0 1 216 1 216 2.05e-156 430 QQS37660.1 QQS37660.1 100 707 0 0 1 707 1 707 0.0 1441 QQS37660.1 MCK6622141.1 38.8 85 52 0 623 707 1134 1218 8.19e-09 57.4 XP_012264750.2 XP_012264750.2 100 172 0 0 1 172 1 172 4.47e-118 329 MBK7503626.1 MBK7503626.1 100 67 0 0 1 67 1 67 1.56e-46 140 XP_040086206.1 XP_040086206.1 100 405 0 0 1 405 1 405 5.21e-304 819 HHJ06374.1 HHJ06374.1 100 570 0 0 1 570 1 570 0.0 1103 HHJ06374.1 XP_022824318.1 43.8 550 281 5 33 570 307 840 4.09e-136 418 MCH99616.1 MCH99616.1 100 178 0 0 1 178 1 178 1.81e-129 358 MPY37361.1 MPY37361.1 100 258 0 0 1 258 1 258 8.96e-165 454 MPY37361.1 WP_169054812.1 28.1 203 140 2 59 257 20 220 6.59e-17 75.9 MPY37361.1 WP_277309438.1 40.0 75 38 3 61 134 14 82 9.26e-04 37.0 MCQ2288428.1 MCQ2288428.1 100 376 0 0 1 376 1 376 8.30e-284 765 WP_021646634.1 WP_021646634.1 100 308 0 0 1 308 1 308 4.25e-229 621 WP_021646634.1 WP_063485223.1 29.5 220 131 6 86 298 172 374 4.86e-18 82.0 WP_244811380.1 WP_244811380.1 100 133 0 0 1 133 1 133 7.54e-89 252 EUA22401.1 EUA22401.1 100 95 0 0 1 95 1 95 3.49e-67 194 WP_074096037.1 WP_074096037.1 100 195 0 0 1 195 1 195 1.11e-76 226 MBD2210658.1 MBD2210658.1 100 300 0 0 1 300 1 300 6.01e-225 610 WP_107352122.1 WP_107352122.1 100 443 0 0 1 443 1 443 0.0 875 WP_107352122.1 KFF47610.1 51.8 438 204 4 7 438 6 442 1.25e-147 426 WP_107352122.1 MBI2528438.1 29.9 134 80 4 10 138 7 131 9.44e-11 61.2 WP_107352122.1 WP_173283317.1 25.6 262 149 11 19 253 11 253 8.64e-07 48.9 MCD6156803.1 MCD6156803.1 100 168 0 0 1 168 1 168 3.44e-120 334 MCD6156803.1 RLE74569.1 55.2 165 73 1 1 164 1 165 2.56e-56 174 MCF2656092.1 MCF2656092.1 100 697 0 0 1 697 1 697 0.0 1367 MCF2656092.1 NNC58435.1 34.3 688 435 9 4 678 5 688 5.52e-126 388 MCF2656092.1 MCC7304610.1 34.1 680 433 8 9 678 14 688 6.55e-124 383 MCF2656092.1 WP_274976404.1 31.8 743 438 9 9 688 25 761 4.06e-100 322 MCF2656092.1 MBQ2587741.1 31.8 585 364 6 139 693 1 580 9.79e-88 285 MCF2656092.1 MBP6400846.1 27.5 142 101 1 9 150 6 145 1.94e-11 62.0 WP_238588402.1 WP_238588402.1 100 255 0 0 1 255 1 255 3.35e-179 491 WP_238588402.1 WP_174048133.1 31.0 113 62 4 80 177 210 321 8.34e-05 41.6 MBR0212985.1 MBR0212985.1 100 239 0 0 1 239 1 239 1.79e-166 457 MBR0212985.1 WP_210226425.1 37.1 237 142 5 7 239 10 243 5.03e-39 135 MBR0212985.1 GLX88815.1 35.3 241 151 5 2 239 5 243 1.03e-33 121 MBR0212985.1 HCN8461219.1 48.3 89 45 1 3 90 5 93 1.34e-20 81.6 MBR0212985.1 WP_072694527.1 38.5 65 34 2 9 69 172 234 1.66e-04 40.4 KAI6019239.1 KAI6019239.1 100 229 0 0 1 229 1 229 7.11e-168 460 KAI6019239.1 MBL9135845.1 36.4 209 110 5 13 218 4 192 2.54e-37 128 WP_223749936.1 WP_223749936.1 100 1200 0 0 1 1200 1 1200 0.0 2350 MBX8197149.1 MBX8197149.1 100 267 0 0 1 267 1 267 3.12e-190 520 MBX8197149.1 WP_104459365.1 36.7 251 148 4 1 243 12 259 7.38e-43 145 MBX8197149.1 WP_238837572.1 31.6 253 158 6 5 243 3 254 1.57e-27 105 KAG4074423.1 KAG4074423.1 100 188 0 0 1 188 1 188 3.33e-130 361 KAG4074423.1 NWY11222.1 61.0 59 23 0 63 121 10 68 1.50e-14 66.2 KAG4074423.1 XP_041922209.1 50.8 63 31 0 62 124 152 214 2.33e-11 59.7 WP_139499883.1 WP_139499883.1 100 587 0 0 1 587 1 587 0.0 1113 MCD6533325.1 MCD6533325.1 100 271 0 0 1 271 1 271 1.00e-188 516 MCD6533325.1 MCF6323317.1 32.2 270 171 6 7 266 14 281 4.53e-33 120 MCD6533325.1 WP_101844355.1 32.6 264 162 6 7 256 4 265 1.63e-32 119 MBO68682.1 MBO68682.1 100 522 0 0 1 522 1 522 0.0 1027 UIX40308.1 UIX40308.1 100 1271 0 0 1 1271 1 1271 0.0 2451 UIX40308.1 UHB14670.1 98.6 1271 18 0 1 1271 1 1271 0.0 2429 UIX40308.1 UDK40309.1 98.0 1271 26 0 1 1271 1 1271 0.0 2406 UIX40308.1 UPU53169.1 96.4 1273 41 2 1 1271 1 1270 0.0 2361 UIX40308.1 UYC71619.1 96.5 1273 37 3 1 1271 1 1268 0.0 2357 UIX40308.1 UGX22439.1 95.0 1271 63 0 1 1271 1 1271 0.0 2318 UIX40308.1 QUE11983.1 94.7 1273 62 3 1 1271 1 1270 0.0 2298 UIX40308.1 UBN63752.1 93.6 1273 77 3 1 1271 1 1270 0.0 2256 UIX40308.1 QUM20585.1 90.7 1273 116 2 1 1271 1 1272 0.0 2181 UIX40308.1 QXI91160.1 86.3 1273 171 2 1 1271 1 1272 0.0 2036 WP_224586479.1 WP_224586479.1 100 420 0 0 1 420 1 420 2.15e-306 826 GBE25682.1 GBE25682.1 100 133 0 0 1 133 1 133 2.00e-93 264 MBI3947524.1 MBI3947524.1 100 903 0 0 1 903 1 903 0.0 1830 MBA3031770.1 MBA3031770.1 100 158 0 0 1 158 1 158 2.19e-109 306 MBA3031770.1 MBQ7326660.1 41.0 156 88 2 1 155 1 153 2.01e-37 124 MBU7046308.1 MBU7046308.1 100 582 0 0 1 582 1 582 0.0 1117 MBU7046308.1 MBP9771519.1 31.2 462 237 18 6 452 9 404 2.95e-40 151 MBU7046308.1 MBR6343266.1 48.8 86 28 2 5 90 355 424 1.08e-18 87.0 MBU7046308.1 MBP6400846.1 29.7 138 85 3 4 134 1 133 9.62e-11 59.7 MBU7046308.1 MBN2427654.1 33.6 137 83 3 10 142 8 140 1.18e-09 59.3 MBU7046308.1 WP_122705662.1 31.0 126 84 3 10 133 15 139 1.60e-09 57.0 NTZ64221.1 NTZ64221.1 100 1139 0 0 1 1139 1 1139 0.0 2211 NTZ64221.1 WP_279059865.1 40.7 1089 594 14 28 1109 34 1077 3.08e-247 730 NTZ64221.1 MCM8621761.1 34.2 1185 664 26 3 1137 25 1143 8.75e-181 559 NTZ64221.1 WP_044626129.1 23.8 432 232 18 352 750 20 387 4.24e-08 55.5 NTZ64221.1 KGS11954.1 25.4 240 133 9 519 742 10 219 1.17e-07 53.9 MBL1120007.1 MBL1120007.1 100 402 0 0 1 402 1 402 7.85e-293 790 NIF31361.1 NIF31361.1 100 392 0 0 1 392 1 392 2.10e-276 748 NIF31361.1 WP_104836709.1 71.9 381 107 0 1 381 1 381 3.52e-191 533 MCH4209672.1 MCH4209672.1 100 602 0 0 1 602 1 602 0.0 1128 MCH4209672.1 WP_038440434.1 29.5 193 111 5 398 570 351 538 4.42e-15 76.6 MCH4209672.1 WP_195238978.1 31.7 161 96 4 397 543 500 660 5.44e-15 76.6 MCH4209672.1 WP_072380563.1 28.1 203 109 4 392 566 11 204 5.32e-14 70.5 MCH4209672.1 WP_211555180.1 30.8 201 105 7 413 588 34 225 1.77e-11 62.8 MCH4209672.1 MBQ8297564.1 29.0 210 117 8 403 584 355 560 5.69e-11 63.5 MCH4209672.1 WP_258581409.1 30.1 186 106 6 393 560 14 193 1.72e-08 55.1 MCH4209672.1 WP_173040157.1 27.0 222 134 6 393 601 302 508 2.59e-08 55.1 MCH4209672.1 WP_227059655.1 32.1 209 102 7 393 564 32 237 3.18e-07 51.6 MCH4209672.1 WP_192324556.1 31.2 186 101 7 404 565 351 533 5.52e-07 50.8 WP_244250846.1 WP_244250846.1 100 213 0 0 1 213 1 213 1.03e-134 375 MCC8072670.1 MCC8072670.1 100 236 0 0 1 236 1 236 7.98e-173 473 MCC8072670.1 WP_116773703.1 49.6 238 115 2 1 233 1 238 2.08e-75 227 WP_261970917.1 WP_261970917.1 100 550 0 0 1 550 1 550 0.0 1004 WP_261970917.1 PGL69713.1 36.3 466 288 6 75 533 68 531 1.81e-77 253 WP_261970917.1 EFU9196970.1 33.6 541 337 13 11 538 116 647 1.06e-60 213 WP_261970917.1 WP_250295751.1 24.7 433 242 13 184 537 467 894 4.12e-16 80.1 WP_261970917.1 MBD5306941.1 27.0 337 178 10 275 545 569 903 4.25e-13 70.5 UKE84511.1 UKE84511.1 100 103 0 0 1 103 1 103 3.34e-71 205 MCU0251598.1 MCU0251598.1 100 118 0 0 1 118 1 118 2.11e-72 209 HAW5846675.1 HAW5846675.1 100 107 0 0 1 107 1 107 8.29e-85 240 DAQ84782.1 DAQ84782.1 100 226 0 0 1 226 1 226 4.10e-161 442 WP_084371136.1 WP_084371136.1 100 344 0 0 1 344 1 344 1.02e-245 666 WP_084371136.1 WP_098515742.1 50.0 46 23 0 5 50 3 48 2.78e-05 43.5 WP_088774527.1 WP_088774527.1 100 65 0 0 1 65 1 65 1.38e-37 117 MBM4075151.1 MBM4075151.1 100 580 0 0 1 580 1 580 0.0 1044 OLA65010.1 OLA65010.1 100 875 0 0 1 875 1 875 0.0 1747 OLA65010.1 RYY55682.1 42.3 891 470 17 6 875 4 871 2.82e-219 641 KAH8277827.1 KAH8277827.1 100 140 0 0 1 140 1 140 1.81e-97 275 MBK9228460.1 MBK9228460.1 100 105 0 0 1 105 1 105 2.51e-76 218 WP_105035243.1 WP_105035243.1 100 217 0 0 1 217 1 217 6.53e-149 411 KAJ6942832.1 KAJ6942832.1 100 78 0 0 1 78 1 78 1.16e-55 164 WP_189417916.1 WP_189417916.1 100 214 0 0 1 214 1 214 1.97e-153 422 WP_189417916.1 MBR0338720.1 43.6 204 112 2 5 207 1 202 7.04e-55 172 UEC52718.1 UEC52718.1 100 7096 0 0 1 7096 1 7096 0.0 14166 UEC52718.1 UBD95131.1 99.9 7096 7 0 1 7096 1 7096 0.0 14157 UEC52718.1 QWC83326.1 99.7 7096 18 0 1 7096 1 7096 0.0 14136 UEC52718.1 QZU16279.1 99.6 7096 31 0 1 7096 1 7096 0.0 14100 UEC52718.1 UFM00670.1 99.8 4401 9 0 1 4401 1 4401 0.0 8632 UEC52718.1 UEC68750.1 99.8 4401 7 0 1 4401 1 4401 0.0 8631 UEC52718.1 UHM53165.1 99.8 4401 9 0 1 4401 1 4401 0.0 8627 UEC52718.1 UFM02602.1 99.8 4401 9 0 1 4401 1 4401 0.0 8626 UEC52718.1 QTD03487.1 99.6 4401 16 0 1 4401 1 4401 0.0 8622 UEC52718.1 QRX02582.1 99.7 4098 13 0 1 4098 1 4098 0.0 8005 MBQ7293051.1 MBQ7293051.1 100 214 0 0 1 214 1 214 4.13e-155 426 MBQ7293051.1 MBQ1540263.1 31.8 192 116 5 2 192 96 273 1.22e-18 80.5 MBQ7293051.1 HAR4359619.1 29.8 208 128 6 3 203 76 272 1.79e-17 77.0 MBQ7293051.1 MBI1736306.1 29.4 228 130 9 3 209 82 299 4.25e-15 70.9 MBQ7293051.1 MBI5966481.1 28.4 232 130 9 1 205 81 303 8.69e-15 70.1 MBQ7293051.1 WP_220615956.1 31.0 184 112 5 1 173 113 292 1.08e-14 70.1 MBQ7293051.1 WP_279399778.1 30.8 169 99 6 46 205 135 294 8.80e-11 58.5 MBQ7293051.1 WP_067782871.1 27.6 185 114 7 1 174 80 255 1.36e-09 55.1 MBQ7293051.1 WP_276638014.1 21.9 251 154 9 1 214 110 355 9.47e-09 52.8 WP_159259813.1 WP_159259813.1 100 651 0 0 1 651 1 651 0.0 1165 EAH5981648.1 EAH5981648.1 100 243 0 0 1 243 1 243 1.00e-174 478 WP_227461668.1 WP_227461668.1 100 291 0 0 1 291 1 291 2.19e-170 471 AAX49003.1 AAX49003.1 100 87 0 0 1 87 1 87 1.01e-60 177 AAX49003.1 MCH61727.1 96.6 59 2 0 1 59 71 129 4.61e-38 122 CRK93005.1 CRK93005.1 100 74 0 0 1 74 1 74 7.87e-50 149 MBM4091591.1 MBM4091591.1 100 219 0 0 1 219 1 219 5.42e-158 434 WP_282259321.1 WP_282259321.1 100 478 0 0 1 478 1 478 0.0 939 WP_282259321.1 WP_270506568.1 43.2 417 202 4 15 430 4 386 3.00e-111 333 WP_212626688.1 WP_212626688.1 100 443 0 0 1 443 1 443 3.55e-303 820 WP_212626688.1 TDP04522.1 29.8 188 120 4 145 320 1 188 1.63e-08 54.3 WP_167345377.1 WP_167345377.1 100 154 0 0 1 154 1 154 9.00e-107 299 WP_167345377.1 MBQ6476844.1 31.3 134 88 3 20 149 2 135 1.16e-15 67.8 NXJ48511.1 NXJ48511.1 100 582 0 0 1 582 1 582 0.0 1141 WP_062713263.1 WP_062713263.1 100 137 0 0 1 137 1 137 4.32e-99 278 WP_062713263.1 WP_105599976.1 37.0 108 64 3 28 135 20 123 2.39e-14 63.5 WP_087437779.1 WP_087437779.1 100 211 0 0 1 211 1 211 3.99e-156 429 WP_261907733.1 WP_261907733.1 100 260 0 0 1 260 1 260 5.28e-158 437 RWR83460.1 RWR83460.1 100 98 0 0 1 98 1 98 9.10e-69 199 WP_126933505.1 WP_126933505.1 100 424 0 0 1 424 1 424 1.10e-301 815 WP_066841281.1 WP_066841281.1 100 402 0 0 1 402 1 402 1.77e-289 782 WP_066841281.1 BAY23582.1 55.3 416 167 4 1 402 34 444 1.29e-149 430 WP_066841281.1 WP_271116088.1 52.8 413 166 5 1 402 1 395 3.19e-135 391 WP_066841281.1 MCU0947041.1 47.8 414 186 8 6 402 6 406 1.85e-108 323 MCG6912449.1 MCG6912449.1 100 377 0 0 1 377 1 377 1.37e-278 752 MCG6912449.1 WP_074053577.1 37.4 374 232 2 4 375 6 379 5.39e-90 274 MCG6912449.1 WP_162119468.1 36.6 355 222 3 25 376 35 389 4.60e-75 236 MCG6912449.1 WP_195290884.1 33.3 421 230 9 3 376 8 424 1.82e-69 223 MCG6912449.1 AAZ73234.1 30.2 116 80 1 183 298 1 115 5.72e-12 61.2 WP_008701575.1 WP_008701575.1 100 366 0 0 1 366 1 366 9.32e-260 704 WP_008701575.1 WP_166886913.1 55.6 349 153 2 12 359 12 359 4.78e-130 375 KAE9450885.1 KAE9450885.1 100 403 0 0 1 403 1 403 5.98e-293 791 WP_126353423.1 WP_126353423.1 100 260 0 0 1 260 1 260 1.62e-193 527 WP_159461552.1 WP_159461552.1 100 136 0 0 1 136 1 136 1.45e-92 262 XP_017354457.1 XP_017354457.1 100 491 0 0 1 491 1 491 0.0 940 WP_031885024.1 WP_031885024.1 100 316 0 0 1 316 1 316 1.43e-231 628 WP_010381982.1 WP_010381982.1 100 627 0 0 1 627 1 627 0.0 1172 WP_217904803.1 WP_217904803.1 100 145 0 0 1 145 1 145 3.34e-100 282 WP_217904803.1 WP_007377599.1 29.8 131 85 3 9 138 10 134 7.05e-14 62.8 WP_217904803.1 WP_261695383.1 28.4 134 88 4 7 139 7 133 4.59e-08 47.4 GJK53752.1 GJK53752.1 100 150 0 0 1 150 1 150 3.86e-115 320 GJK53752.1 WP_004949240.1 62.7 150 56 0 1 150 44 193 1.38e-67 201 WP_057859275.1 WP_057859275.1 100 542 0 0 1 542 1 542 0.0 1105 WP_057859275.1 WP_086123022.1 46.2 541 280 7 1 536 1 535 2.46e-158 461 WP_057859275.1 WP_014213241.1 32.4 485 277 13 19 498 24 462 2.67e-64 216 WP_057859275.1 WP_007577863.1 29.4 496 288 16 40 527 47 488 1.48e-48 174 WP_164945946.1 WP_164945946.1 100 328 0 0 1 328 1 328 4.01e-244 661 WP_225592933.1 WP_225592933.1 100 587 0 0 1 587 1 587 0.0 1120 WP_225592933.1 WP_131284109.1 28.6 315 175 8 291 557 138 450 3.70e-18 85.9 WP_225592933.1 MBQ2895174.1 33.9 109 62 3 333 431 385 493 2.09e-04 42.4 KAF9194863.1 KAF9194863.1 100 179 0 0 1 179 1 179 1.88e-127 353 UYC71619.1 UYC71619.1 100 1268 0 0 1 1268 1 1268 0.0 2463 UYC71619.1 UPU53169.1 99.1 1270 10 1 1 1268 1 1270 0.0 2435 UYC71619.1 UHB14670.1 96.7 1273 35 3 1 1268 1 1271 0.0 2362 UYC71619.1 UIX40308.1 96.5 1273 37 3 1 1268 1 1271 0.0 2356 UYC71619.1 UDK40309.1 96.3 1273 40 3 1 1268 1 1271 0.0 2345 UYC71619.1 QUE11983.1 93.9 1271 74 2 1 1268 1 1270 0.0 2278 UYC71619.1 UGX22439.1 93.2 1273 80 3 1 1268 1 1271 0.0 2251 UYC71619.1 UBN63752.1 92.2 1271 95 2 1 1268 1 1270 0.0 2225 UYC71619.1 QUM20585.1 89.9 1273 122 3 1 1268 1 1272 0.0 2156 UYC71619.1 QXI91160.1 85.0 1273 185 3 1 1268 1 1272 0.0 1995 XP_007423461.1 XP_007423461.1 100 466 0 0 1 466 1 466 0.0 910 WP_209467194.1 WP_209467194.1 100 403 0 0 1 403 1 403 1.42e-275 747 WP_209467194.1 MCH4268493.1 24.8 125 94 0 48 172 74 198 9.22e-06 45.8 WP_209467194.1 WP_259619769.1 24.3 148 108 1 12 155 44 191 3.00e-05 44.3 WP_209467194.1 WP_279293890.1 35.8 81 44 1 49 121 61 141 1.13e-04 42.4 WP_209467194.1 MCB5199682.1 31.8 107 68 2 46 148 52 157 7.79e-04 39.7 WP_226688333.1 WP_226688333.1 100 250 0 0 1 250 1 250 4.60e-179 490 KZS76886.1 KZS76886.1 100 400 0 0 1 400 1 400 2.85e-294 794 WP_055826320.1 WP_055826320.1 100 289 0 0 1 289 1 289 1.71e-214 583 OGU28904.1 OGU28904.1 100 380 0 0 1 380 1 380 1.34e-291 785 WP_077320126.1 WP_077320126.1 100 435 0 0 1 435 1 435 8.98e-318 856 WP_077320126.1 MBO9347542.1 34.2 330 211 4 108 434 78 404 1.33e-55 187 WP_216308000.1 WP_216308000.1 100 318 0 0 1 318 1 318 6.94e-249 672 MCL7487729.1 MCL7487729.1 100 165 0 0 1 165 1 165 7.54e-118 328 WP_219734411.1 WP_219734411.1 100 389 0 0 1 389 1 389 4.32e-288 777 MBT9793465.1 MBT9793465.1 100 332 0 0 1 332 1 332 2.20e-234 637 MBT9793465.1 MBR4318777.1 31.9 69 44 1 26 91 50 118 4.44e-10 55.1 MBT9793465.1 WP_216395189.1 29.5 173 98 6 157 319 323 481 2.40e-09 56.6 WP_012913739.1 WP_012913739.1 100 433 0 0 1 433 1 433 0.0 869 WP_012913739.1 WP_007678833.1 46.4 420 220 3 4 422 5 420 5.34e-133 388 WP_182986787.1 WP_182986787.1 100 218 0 0 1 218 1 218 2.75e-146 404 AXG99930.1 AXG99930.1 100 269 0 0 1 269 1 269 6.61e-161 446 WP_181244664.1 WP_181244664.1 100 332 0 0 1 332 1 332 5.87e-239 648 WP_181244664.1 EFS8130303.1 31.7 145 92 3 191 331 228 369 2.27e-11 62.8 WP_181244664.1 EAL1671435.1 30.5 141 90 2 199 331 1 141 4.78e-08 52.4 WP_181244664.1 EJA9392162.1 28.7 150 85 4 198 331 34 177 2.37e-06 46.6 WP_181244664.1 ECP6736894.1 40.0 70 40 1 191 260 228 295 4.14e-06 46.2 WP_181244664.1 PJQ02245.1 38.9 72 43 1 198 268 242 313 1.00e-05 45.4 WP_097746315.1 WP_097746315.1 100 114 0 0 1 114 1 114 4.01e-75 216 WP_187788315.1 WP_187788315.1 100 444 0 0 1 444 1 444 0.0 885 WP_187788315.1 WP_278498266.1 36.5 449 252 7 4 423 22 466 1.02e-76 246 WP_187788315.1 WP_034002239.1 35.2 454 268 6 1 428 22 475 6.52e-74 238 WP_187788315.1 MCK1819907.1 35.3 416 256 8 7 410 30 444 2.36e-66 219 WP_187788315.1 WP_030096092.1 34.8 419 260 7 11 423 42 453 2.08e-64 213 WP_187788315.1 HAV5500596.1 31.4 388 247 8 15 386 31 415 6.50e-44 158 KWZ83306.1 KWZ83306.1 100 648 0 0 1 648 1 648 0.0 1236 KWZ83306.1 WP_070955303.1 45.7 635 334 5 12 638 31 662 4.09e-190 551 WP_186723788.1 WP_186723788.1 100 239 0 0 1 239 1 239 2.20e-176 482 WP_186723788.1 WP_026893585.1 41.8 225 119 5 8 227 5 222 3.02e-51 164 WP_186723788.1 WP_101794136.1 34.8 233 141 2 8 229 27 259 1.17e-44 149 WP_186723788.1 MCL7714424.1 38.7 222 132 2 8 226 5 225 4.07e-44 146 WP_186723788.1 MBP1530348.1 35.0 220 138 2 8 227 4 218 1.02e-42 142 WP_186723788.1 WP_069156513.1 36.6 224 136 2 8 225 5 228 2.91e-42 142 WP_186723788.1 MBQ5584458.1 34.5 226 144 2 8 229 4 229 2.99e-41 139 WP_186723788.1 EAC1232420.1 35.4 226 135 5 8 228 4 223 2.96e-39 134 WP_186723788.1 WP_194544138.1 33.3 237 143 3 1 223 1 236 7.78e-38 130 WP_186723788.1 EAG2350674.1 42.1 126 73 0 5 130 2 127 1.21e-32 114 CAA0813386.1 CAA0813386.1 100 1074 0 0 1 1074 1 1074 0.0 2060 WP_044626129.1 WP_044626129.1 100 517 0 0 1 517 1 517 0.0 1034 WP_044626129.1 NTZ64221.1 25.9 401 227 18 20 360 352 742 7.76e-11 63.2 WP_044626129.1 KGS11954.1 34.6 81 41 2 275 353 142 212 3.21e-05 44.7 MCD4818220.1 MCD4818220.1 100 296 0 0 1 296 1 296 4.93e-222 602 MCP4570049.1 MCP4570049.1 100 385 0 0 1 385 1 385 1.07e-270 733 MCP4570049.1 MBE4386870.1 30.6 206 126 4 123 322 134 328 3.74e-08 53.1 ECI3309320.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1805 ECI3309320.1 EFQ4765027.1 100 888 0 0 1 888 1 888 0.0 1805 ECI3309320.1 EEY3543156.1 73.7 917 212 3 1 888 1 917 0.0 1402 ECI3309320.1 EEO7917989.1 69.4 890 264 3 1 888 1 884 0.0 1279 ECI3309320.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 8.42e-218 618 ECI3309320.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 2.48e-202 578 ECI3309320.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 3.17e-186 535 ECI3309320.1 WP_154599351.1 33.4 709 435 17 4 696 10 696 1.23e-110 364 ECI3309320.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 2.36e-47 162 WP_024404629.1 WP_024404629.1 100 185 0 0 1 185 1 185 3.33e-124 346 WP_024404629.1 WP_172117930.1 58.7 184 75 1 2 185 4 186 4.41e-81 237 WP_024404629.1 WP_228268753.1 53.8 117 54 0 69 185 4 120 4.04e-43 138 WP_055863905.1 WP_055863905.1 100 350 0 0 1 350 1 350 2.56e-258 699 WP_055863905.1 KAJ3918428.1 41.8 340 181 5 2 325 43 381 1.83e-81 252 WP_055863905.1 WP_236939362.1 29.4 296 180 10 40 325 44 320 5.18e-29 116 WP_055863905.1 XP_019000248.1 33.6 211 131 5 2 210 8 211 5.58e-26 104 WP_116393154.1 WP_116393154.1 100 308 0 0 1 308 1 308 6.83e-235 636 WP_116393154.1 WP_184253104.1 46.9 288 141 4 13 292 10 293 6.65e-88 263 DAG36852.1 DAG36852.1 100 208 0 0 1 208 1 208 3.17e-156 429 MBR0212092.1 MBR0212092.1 100 183 0 0 1 183 1 183 3.36e-132 366 MBR0212092.1 MCS5505837.1 30.7 127 76 5 6 124 3 125 1.15e-09 53.5 WP_258340180.1 WP_258340180.1 100 754 0 0 1 754 1 754 0.0 1283 WP_278906630.1 WP_278906630.1 100 1041 0 0 1 1041 1 1041 0.0 2062 WP_278906630.1 PIY74148.1 24.9 422 260 13 320 725 156 536 8.84e-15 77.0 WP_278906630.1 WP_226865765.1 38.8 116 68 3 320 433 167 281 1.15e-14 76.6 WP_278906630.1 KXK41164.1 32.3 167 100 5 287 450 149 305 1.09e-09 59.3 WP_278906630.1 MBL6756473.1 22.0 510 293 18 320 797 218 654 2.07e-08 56.6 WP_278906630.1 WP_223695792.1 20.0 873 515 32 19 791 20 809 4.08e-08 55.8 WP_278906630.1 WP_220492852.1 23.2 499 296 18 2 438 190 663 4.31e-07 52.4 WP_278906630.1 WP_240053789.1 28.9 142 82 6 320 450 172 305 3.22e-04 42.4 WP_032845625.1 WP_032845625.1 100 201 0 0 1 201 1 201 7.13e-136 377 NBR46296.1 NBR46296.1 100 590 0 0 1 590 1 590 0.0 1030 WP_223746173.1 WP_223746173.1 100 436 0 0 1 436 1 436 8.01e-301 813 KAK48091.1 KAK48091.1 100 458 0 0 1 458 1 458 0.0 888 KAK48091.1 WP_133179454.1 34.4 215 133 3 28 235 24 237 1.73e-28 115 KAK48091.1 MCB1412915.1 29.0 410 254 12 28 409 16 416 1.79e-25 107 EHH5649593.1 EHH5649593.1 100 294 0 0 1 294 1 294 2.28e-201 550 EHH5649593.1 WP_076409454.1 41.6 197 101 2 21 209 23 213 1.14e-41 145 EHH5649593.1 WP_176354145.1 37.3 212 118 2 21 223 24 229 1.50e-37 135 EHH5649593.1 WP_088153117.1 31.5 235 154 2 6 234 3 236 1.62e-37 135 EHH5649593.1 WP_109219819.1 37.7 215 119 3 14 219 28 236 1.74e-37 135 EHH5649593.1 WP_170725874.1 41.5 193 99 3 25 209 27 213 6.07e-36 130 EHH5649593.1 MWR41881.1 36.1 208 119 3 25 221 51 255 2.71e-35 126 EHH5649593.1 WP_140480909.1 40.7 199 102 4 17 207 30 220 4.22e-35 128 EHH5649593.1 NNE23115.1 32.4 207 126 3 25 223 25 225 6.70e-31 117 EHH5649593.1 MBQ3864274.1 31.0 216 136 5 29 232 47 261 3.59e-23 95.5 EIM6243235.1 EIM6243235.1 100 251 0 0 1 251 1 251 2.00e-153 425 KAI1395879.1 KAI1395879.1 100 445 0 0 1 445 1 445 0.0 865 MCG8030229.1 MCG8030229.1 100 1108 0 0 1 1108 1 1108 0.0 2208 MCG8030229.1 MBL6706528.1 36.5 310 191 5 789 1096 317 622 3.18e-56 205 MCG8030229.1 MBN2666786.1 33.4 377 237 7 733 1105 21 387 1.54e-54 193 WP_221166976.1 WP_221166976.1 100 869 0 0 1 869 1 869 0.0 1727 WP_161797448.1 WP_161797448.1 100 55 0 0 1 55 1 55 1.12e-34 109 WP_088751843.1 WP_088751843.1 100 150 0 0 1 150 1 150 9.10e-114 317 WP_122705662.1 WP_122705662.1 100 239 0 0 1 239 1 239 1.22e-173 475 WP_122705662.1 AGS31853.1 39.2 97 52 1 50 139 17 113 2.63e-16 71.6 WP_122705662.1 MBP6400846.1 33.1 181 116 4 14 192 8 185 2.95e-16 72.8 WP_122705662.1 MBN2427654.1 32.2 233 140 7 14 238 7 229 5.09e-16 75.1 WP_122705662.1 MBP9771519.1 32.8 131 66 3 15 140 13 126 1.12e-09 56.2 WP_122705662.1 MBU7046308.1 31.0 126 84 3 15 139 10 133 3.87e-09 54.7 WP_122705662.1 CAD7578726.1 35.1 94 22 2 146 239 1 55 5.01e-08 50.4 XP_055289786.1 XP_055289786.1 100 1219 0 0 1 1219 1 1219 0.0 938 RQR66516.1 RQR66516.1 100 416 0 0 1 416 1 416 9.07e-306 824 RQR66516.1 WP_149911652.1 31.2 109 71 1 307 415 319 423 3.69e-10 59.7 RQR66516.1 MBX3687043.1 23.8 227 126 6 177 398 254 438 9.87e-06 45.8 NDC77618.1 NDC77618.1 100 306 0 0 1 306 1 306 3.64e-229 621 NDC77618.1 MBU6376428.1 26.2 282 174 10 26 292 14 276 2.81e-12 64.3 CAC14781.1 CAC14781.1 100 167 0 0 1 167 1 167 3.45e-124 344 XP_023677472.1 XP_023677472.1 100 158 0 0 1 158 1 158 3.22e-102 288 MBM3993664.1 MBM3993664.1 100 601 0 0 1 601 1 601 0.0 1215 MBM3993664.1 MBF0357294.1 36.5 181 102 6 55 233 162 331 5.69e-20 92.4 WP_211867837.1 WP_211867837.1 100 272 0 0 1 272 1 272 4.22e-186 509 WP_211867837.1 WP_204638884.1 45.6 250 128 2 2 251 3 244 1.01e-70 217 WP_042959984.1 WP_042959984.1 100 101 0 0 1 101 1 101 2.29e-68 198 WP_042959984.1 WP_137512405.1 82.2 101 18 0 1 101 103 203 8.24e-55 172 WP_042959984.1 EEY3543156.1 81.2 101 19 0 1 101 103 203 5.95e-51 169 WP_042959984.1 ECI3309320.1 77.2 101 23 0 1 101 103 203 4.52e-47 158 WP_042959984.1 EFQ4765027.1 77.2 101 23 0 1 101 103 203 4.68e-47 158 WP_042959984.1 EEO7917989.1 71.3 101 29 0 1 101 103 203 3.37e-44 150 WP_171549300.1 WP_171549300.1 100 1077 0 0 1 1077 1 1077 0.0 2127 WP_171549300.1 MCF8269563.1 52.7 786 368 3 1 785 1 783 9.25e-286 815 WP_171549300.1 MBV00212.1 23.9 188 133 4 693 873 137 321 3.35e-10 62.4 WP_171549300.1 MBG6814041.1 24.9 253 157 7 650 884 98 335 2.22e-09 58.9 WP_044489505.1 WP_044489505.1 100 321 0 0 1 321 1 321 2.05e-238 646 WP_044489505.1 WP_082565353.1 59.1 320 129 2 1 319 1 319 9.52e-132 377 WP_044489505.1 MBM6691367.1 47.1 87 45 1 99 184 1 87 1.22e-21 85.9 WP_044489505.1 KAJ3564783.1 26.9 290 163 11 5 269 53 318 7.08e-19 84.7 WP_031065317.1 WP_031065317.1 100 1192 0 0 1 1192 1 1192 0.0 1911 WP_031065317.1 MBJ7287465.1 51.4 1220 539 12 1 1192 1 1194 1.01e-286 837 XP_030368951.1 XP_030368951.1 100 432 0 0 1 432 1 432 2.65e-313 845 XP_041173850.1 XP_041173850.1 100 569 0 0 1 569 1 569 0.0 1108 MST81202.1 MST81202.1 100 341 0 0 1 341 1 341 3.62e-233 634 WP_035710346.1 WP_035710346.1 100 318 0 0 1 318 1 318 1.43e-232 631 WP_035710346.1 WP_049267651.1 45.2 279 148 2 37 315 22 295 2.83e-74 229 WP_035710346.1 WP_220331155.1 28.5 228 157 6 94 317 71 296 1.23e-15 74.3 PKO72095.1 PKO72095.1 100 371 0 0 1 371 1 371 4.60e-258 700 WP_278839117.1 WP_278839117.1 100 215 0 0 1 215 1 215 4.28e-153 421 WP_074319120.1 WP_074319120.1 100 751 0 0 1 751 1 751 0.0 1380 WP_074319120.1 WP_013632646.1 38.9 737 416 11 21 740 82 801 5.31e-139 427 WP_074319120.1 OFX32653.1 40.2 622 317 13 136 743 42 622 2.61e-100 321 WP_074319120.1 MBI6149093.1 33.0 752 430 16 9 743 77 771 3.29e-82 276 WP_074319120.1 HCT06136.1 30.1 691 425 10 19 697 65 709 3.67e-72 248 WP_074319120.1 SFX27592.1 32.2 515 336 5 208 718 162 667 2.08e-57 206 WP_074319120.1 WP_041591748.1 30.6 546 346 9 209 739 110 637 2.94e-54 196 WP_074319120.1 MCE7698179.1 32.4 386 236 6 201 575 25 396 4.45e-50 179 WP_074319120.1 MBY0273331.1 29.2 483 296 10 246 688 102 578 1.04e-31 130 WP_074319120.1 WP_019100427.1 24.7 543 296 13 255 693 170 703 7.56e-13 70.5 MAG44064.1 MAG44064.1 100 34 0 0 1 34 1 34 9.00e-19 68.2 MAG44064.1 MBK8070034.1 71.0 31 9 0 4 34 3 33 3.38e-09 47.4 MBV9097303.1 MBV9097303.1 100 165 0 0 1 165 1 165 1.36e-120 335 MBV9097303.1 WP_226909596.1 35.9 142 85 3 4 144 411 547 3.64e-16 73.2 THU55532.1 THU55532.1 100 217 0 0 1 217 1 217 2.01e-143 397 THU55532.1 KAF5807084.1 56.2 105 46 0 41 145 81 185 1.11e-36 127 NNC77678.1 NNC77678.1 100 177 0 0 1 177 1 177 2.79e-128 355 NNC77678.1 WP_090178898.1 33.1 157 97 4 10 164 48 198 1.03e-23 91.3 WP_014884217.1 WP_014884217.1 100 150 0 0 1 150 1 150 1.39e-99 281 WP_266631528.1 WP_266631528.1 100 93 0 0 1 93 1 93 1.10e-60 178 EEQ7907210.1 EEQ7907210.1 100 186 0 0 1 186 1 186 2.45e-131 364 KAG1799066.1 KAG1799066.1 100 297 0 0 1 297 1 297 8.22e-226 612 KAG1799066.1 MBF1128433.1 23.6 212 137 6 34 241 19 209 5.70e-05 42.7 KAG1799066.1 RQM16216.1 22.2 216 136 7 35 241 410 602 3.29e-04 40.4 CAG8651065.1 CAG8651065.1 100 96 0 0 1 96 1 96 5.53e-69 199 KAJ0414039.1 KAJ0414039.1 100 490 0 0 1 490 1 490 0.0 960 WP_231117944.1 WP_231117944.1 100 76 0 0 1 76 1 76 4.49e-50 150 WP_265634479.1 WP_265634479.1 100 304 0 0 1 304 1 304 1.57e-213 582 WP_265634479.1 WP_200629424.1 33.2 298 156 13 7 282 11 287 1.96e-19 85.1 WP_265634479.1 WP_046600280.1 35.9 142 87 2 10 148 4 144 1.09e-13 68.6 WP_265634479.1 WP_064711955.1 33.3 177 106 5 1 173 1 169 1.21e-09 56.6 WP_265634479.1 WP_052379448.1 31.3 147 97 2 5 148 1 146 1.67e-08 53.1 WP_265634479.1 WP_096722254.1 30.6 121 77 3 13 129 6 123 3.13e-06 46.2 WP_265634479.1 WP_166370521.1 24.7 223 150 5 32 251 25 232 9.36e-04 38.5 UGB98301.1 UGB98301.1 100 4405 0 0 1 4405 1 4405 0.0 8091 UGB98301.1 UFM00670.1 94.4 4405 247 0 1 4405 1 4405 0.0 8081 UGB98301.1 UEC68750.1 94.4 4405 247 0 1 4405 1 4405 0.0 8079 UGB98301.1 QZU16279.1 94.5 4401 244 0 1 4401 1 4401 0.0 8078 UGB98301.1 UBD95131.1 94.5 4401 244 0 1 4401 1 4401 0.0 8076 UGB98301.1 UIR12670.1 94.2 4401 252 2 1 4401 1 4397 0.0 8049 UGB98301.1 UCP77012.1 92.9 4401 314 0 1 4401 1 4401 0.0 7908 UGB98301.1 UCP72061.1 92.8 4401 318 0 1 4401 1 4401 0.0 7900 UGB98301.1 UGA79226.1 92.5 4401 329 0 1 4401 1 4401 0.0 7841 UGB98301.1 ULB83374.1 92.8 4405 314 2 1 4405 1 4401 0.0 7817 MBQ6815353.1 MBQ6815353.1 100 268 0 0 1 268 1 268 1.26e-185 508 MBQ6815353.1 NGP45824.1 37.6 197 109 5 80 265 48 241 6.69e-29 108 MBQ6815353.1 GBC87342.1 32.0 147 95 2 117 260 102 246 3.30e-19 82.8 WP_276598033.1 WP_276598033.1 100 341 0 0 1 341 1 341 5.88e-223 608 HBM7289758.1 HBM7289758.1 100 151 0 0 1 151 1 151 2.50e-107 300 MCU0780070.1 MCU0780070.1 100 470 0 0 1 470 1 470 0.0 952 EIG2935021.1 EIG2935021.1 100 160 0 0 1 160 1 160 2.02e-115 322 WP_257258519.1 WP_257258519.1 100 550 0 0 1 550 1 550 0.0 1119 MBR4705654.1 MBR4705654.1 100 440 0 0 1 440 1 440 0.0 868 MBR4705654.1 HAR7369715.1 27.5 400 257 10 13 390 10 398 9.25e-36 135 MBR4705654.1 EPR30609.1 28.9 418 256 14 23 416 13 413 7.09e-34 130 MBR4705654.1 MCQ2156413.1 34.1 246 140 8 184 410 50 292 5.03e-29 114 MBR4705654.1 WP_132517191.1 31.3 227 134 6 184 390 200 424 8.71e-26 107 WP_057475198.1 WP_057475198.1 100 390 0 0 1 390 1 390 3.71e-269 729 WP_106587829.1 WP_106587829.1 100 401 0 0 1 401 1 401 2.83e-290 784 WP_106587829.1 MBE6900854.1 56.3 378 164 1 10 386 4 381 6.41e-147 421 WP_106587829.1 RLD79060.1 49.6 389 192 4 5 391 9 395 2.87e-127 371 WP_106587829.1 MBI3668312.1 47.5 179 87 2 219 390 63 241 3.05e-48 162 WP_106587829.1 MCI7610146.1 47.2 53 28 0 10 62 4 56 1.24e-10 55.1 WP_091540071.1 WP_091540071.1 100 335 0 0 1 335 1 335 1.77e-246 667 WP_091540071.1 WP_029542314.1 31.3 224 114 8 24 241 22 211 2.69e-16 76.6 WP_091540071.1 WP_265399898.1 27.8 281 157 10 15 284 14 259 4.15e-15 73.2 WP_091540071.1 WP_196222422.1 34.7 167 83 7 34 195 30 175 1.35e-10 58.5 MBQ2810184.1 MBQ2810184.1 100 90 0 0 1 90 1 90 4.22e-59 174 MBQ2810184.1 MCI9332849.1 36.1 61 39 0 5 65 5 65 1.65e-08 47.8 MBI4382429.1 MBI4382429.1 100 837 0 0 1 837 1 837 0.0 1617 EEJ7112508.1 EEJ7112508.1 100 398 0 0 1 398 1 398 5.82e-302 813 ODT35081.1 ODT35081.1 100 263 0 0 1 263 1 263 5.62e-191 521 MBD9532752.1 MBD9532752.1 100 116 0 0 1 116 1 116 1.96e-67 197 MBD9532752.1 WP_238267528.1 50.9 112 47 2 1 112 1 104 6.19e-30 102 CFU01724.1 CFU01724.1 100 91 0 0 1 91 1 91 1.64e-61 180 CFU01724.1 WP_203203455.1 67.0 88 29 0 1 88 692 779 2.53e-33 119 CFU01724.1 WP_153656540.1 56.3 87 38 0 1 87 668 754 1.85e-28 105 MBV9085084.1 MBV9085084.1 100 109 0 0 1 109 1 109 4.42e-81 231 MBQ2193282.1 MBQ2193282.1 100 556 0 0 1 556 1 556 0.0 1080 WP_096751687.1 WP_096751687.1 100 282 0 0 1 282 1 282 9.39e-204 555 NVJ47954.1 NVJ47954.1 100 546 0 0 1 546 1 546 0.0 1014 NVJ47954.1 XP_005402208.1 24.5 465 247 15 100 515 642 1051 1.81e-21 97.4 NVJ47954.1 WP_258038067.1 23.9 310 196 9 240 516 396 698 3.50e-08 54.7 CAF4530116.1 CAF4530116.1 100 41 0 0 1 41 1 41 1.63e-17 78.6 MBO6858759.1 MBO6858759.1 100 379 0 0 1 379 1 379 6.98e-273 738 PDH25543.1 PDH25543.1 100 350 0 0 1 350 1 350 1.78e-249 676 QUA05739.1 QUA05739.1 100 212 0 0 1 212 1 212 1.28e-148 410 QUA05739.1 ADW49125.1 95.1 204 10 0 9 212 1 204 2.35e-137 381 QUA05739.1 AFA24308.1 93.7 205 13 0 8 212 1 205 1.16e-135 377 QUA05739.1 AFA09475.1 93.9 198 12 0 15 212 1 198 3.94e-130 363 QUA05739.1 AVM35379.1 87.0 207 27 0 6 212 1 207 3.65e-128 358 QUA05739.1 AWS34156.1 84.4 212 33 0 1 212 1 212 6.89e-125 350 QUA05739.1 ADJ35581.1 79.7 212 43 0 1 212 2 213 1.01e-124 350 QUA05739.1 QUQ06080.1 79.2 212 44 0 1 212 1 212 5.65e-124 348 QUA05739.1 ABQ63546.1 80.1 211 42 0 2 212 1 211 1.00e-119 337 QUA05739.1 AMA90994.1 81.7 197 36 0 1 197 1 197 2.43e-113 320 ROT89752.1 ROT89752.1 100 121 0 0 1 121 1 121 3.74e-90 254 WP_102848179.1 WP_102848179.1 100 198 0 0 1 198 1 198 4.29e-131 364 WP_102848179.1 WP_252809941.1 28.7 181 122 3 7 182 99 277 1.33e-11 60.5 RMO68303.1 RMO68303.1 100 77 0 0 1 77 1 77 1.22e-52 156 MBN1133474.1 MBN1133474.1 100 579 0 0 1 579 1 579 0.0 1083 MBN1133474.1 NCS37471.1 28.1 501 338 9 73 562 74 563 5.70e-49 181 MBN1133474.1 WP_114947928.1 26.4 432 278 11 9 420 4 415 1.01e-21 96.7 MBN1133474.1 MBE3049203.1 38.5 78 45 1 120 194 43 120 8.19e-07 47.0 WP_054919719.1 WP_054919719.1 100 522 0 0 1 522 1 522 0.0 1046 WP_014812045.1 WP_014812045.1 100 365 0 0 1 365 1 365 6.61e-264 714 WP_014812045.1 XP_023607675.1 43.2 44 21 1 37 76 353 396 5.29e-05 43.5 WP_014812045.1 XP_028261945.1 43.2 44 21 1 37 76 352 395 1.20e-04 42.4 MCM2350719.1 MCM2350719.1 100 166 0 0 1 166 1 166 2.24e-115 322 GGU95879.1 GGU95879.1 100 565 0 0 1 565 1 565 0.0 1076 GGU95879.1 WP_103961312.1 37.7 528 309 11 30 555 34 543 1.85e-89 284 EDV4701861.1 EDV4701861.1 100 55 0 0 1 55 1 55 4.56e-34 108 WP_060883568.1 WP_060883568.1 100 97 0 0 1 97 1 97 4.04e-67 194 NBC28176.1 NBC28176.1 100 313 0 0 1 313 1 313 1.27e-228 620 WP_219484458.1 WP_219484458.1 100 820 0 0 1 820 1 820 0.0 1565 WP_219484458.1 WP_139067457.1 46.2 819 408 11 1 815 1 790 4.35e-217 630 WP_219484458.1 HBE7681505.1 40.8 495 262 8 329 804 867 1349 6.88e-100 336 WP_219484458.1 WP_209676560.1 27.6 294 183 9 397 684 615 884 9.94e-15 77.0 WP_254218450.1 WP_254218450.1 100 519 0 0 1 519 1 519 0.0 893 WP_254218450.1 MBL0967454.1 53.9 330 152 0 184 513 1 330 3.20e-113 337 WP_254218450.1 EEJ0015338.1 46.4 293 153 3 174 465 91 380 6.11e-76 244 WP_254218450.1 AAL18389.1 32.6 350 215 9 175 509 1 344 1.02e-41 152 WP_254218450.1 XP_018282977.1 30.6 353 224 7 174 512 121 466 1.09e-35 138 UBY07556.1 UBY07556.1 100 1240 0 0 1 1240 1 1240 0.0 2003 UBY07556.1 QNU41032.1 24.4 483 305 15 122 573 164 620 2.57e-25 112 UBY07556.1 XP_052288270.1 25.3 442 278 14 162 573 190 609 3.15e-25 111 PAA85122.1 PAA85122.1 100 729 0 0 212 940 212 940 1.26e-217 641 WP_250740298.1 WP_250740298.1 100 481 0 0 1 481 1 481 5.99e-312 845 XP_029957910.1 XP_029957910.1 100 197 0 0 1 197 1 197 2.52e-143 395 WP_261066330.1 WP_261066330.1 100 308 0 0 1 308 1 308 6.39e-215 585 EIN6894283.1 EIN6894283.1 100 56 0 0 1 56 1 56 6.13e-37 115 WP_003976137.1 WP_003976137.1 100 352 0 0 1 352 1 352 1.66e-255 692 CAF9903004.1 CAF9903004.1 100 304 0 0 1 304 1 304 8.10e-216 587 WP_028211029.1 WP_028211029.1 100 76 0 0 1 76 1 76 2.83e-44 135 VTR17913.1 VTR17913.1 100 450 0 0 1 450 1 450 0.0 885 VTR17913.1 MCH3963123.1 23.0 226 158 7 178 393 543 762 2.10e-06 48.5 WP_155560674.1 WP_155560674.1 100 410 0 0 1 410 1 410 1.06e-269 733 WP_155560674.1 WP_025016984.1 25.9 270 194 3 82 350 80 344 2.21e-16 79.0 MCI5849734.1 MCI5849734.1 100 1409 0 0 1 1409 1 1409 0.0 2810 MCI5849734.1 MBK7140969.1 28.7 1400 889 38 7 1360 7 1343 3.69e-142 469 WP_182221967.1 WP_182221967.1 100 157 0 0 1 157 1 157 1.49e-111 311 MBO1682517.1 MBO1682517.1 100 69 0 0 1 69 1 69 8.57e-45 136 KAJ5879340.1 KAJ5879340.1 100 395 0 0 1 395 1 395 4.23e-298 803 MCB1269932.1 MCB1269932.1 100 287 0 0 1 287 1 287 8.80e-216 586 MBF0266635.1 MBF0266635.1 100 503 0 0 1 503 1 503 0.0 996 MBI3145102.1 MBI3145102.1 100 464 0 0 1 464 1 464 0.0 900 MBI3145102.1 AAL18389.1 72.4 395 97 2 77 464 1 390 1.25e-199 557 MBI3145102.1 XP_018282977.1 25.8 426 283 10 2 408 44 455 5.77e-26 108 MBI3145102.1 KAH9272690.1 46.1 115 60 1 2 114 12 126 1.90e-25 99.4 WP_224911464.1 WP_224911464.1 100 338 0 0 1 338 1 338 1.63e-223 610 WP_224911464.1 WP_058051508.1 41.7 319 169 6 11 327 10 313 6.36e-53 176 WP_224911464.1 MBE6257848.1 37.0 332 177 5 1 320 1 312 2.92e-52 174 WP_224911464.1 XP_046509038.1 40.3 72 38 1 222 293 491 557 2.17e-06 47.8 WP_091131895.1 WP_091131895.1 100 436 0 0 1 436 1 436 1.62e-300 813 WP_091131895.1 HIR95098.1 21.3 268 206 3 149 413 212 477 6.48e-06 46.6 WP_091131895.1 WP_076595086.1 21.8 317 223 6 127 432 165 467 2.51e-05 44.7 WP_076569469.1 WP_076569469.1 100 296 0 0 1 296 1 296 1.20e-213 581 MYM13983.1 MYM13983.1 100 294 0 0 1 294 1 294 1.23e-205 561 WP_124336611.1 WP_124336611.1 100 376 0 0 1 376 1 376 1.61e-281 759 OTI63326.1 OTI63326.1 100 335 0 0 1 335 1 335 6.44e-249 674 WP_033456074.1 WP_033456074.1 100 296 0 0 1 296 1 296 5.37e-201 549 WP_033456074.1 OFZ89526.1 72.8 305 61 3 14 296 118 422 1.60e-143 409 WP_033456074.1 MBT3887354.1 58.6 295 110 3 14 296 27 321 5.55e-113 327 WP_033456074.1 WP_267292626.1 59.5 296 115 3 4 294 217 512 7.81e-106 316 WP_033456074.1 WP_098923619.1 52.7 294 134 3 7 295 125 418 1.56e-91 276 WP_033456074.1 WP_262612393.1 49.2 297 139 4 8 295 131 424 6.08e-78 241 WP_033456074.1 NDI25889.1 44.8 286 140 4 18 288 1 283 2.48e-62 197 WP_033456074.1 KAA0555231.1 32.0 303 189 6 8 294 329 630 2.95e-32 124 WP_033456074.1 KAJ4394429.1 27.8 316 202 5 7 296 199 514 7.30e-26 105 KAJ0179631.1 KAJ0179631.1 100 55 0 0 1 55 1 55 1.86e-33 106 XP_011231611.1 XP_011231611.1 100 344 0 0 1 344 1 344 7.40e-223 608 KAH9773659.1 KAH9773659.1 100 572 0 0 1 572 1 572 0.0 1059 MBG4284514.1 MBG4284514.1 100 337 0 0 1 337 1 337 1.52e-248 673 MBG4284514.1 MBV8815235.1 35.6 354 171 10 5 332 2 324 4.19e-49 166 WP_232923125.1 WP_232923125.1 100 813 0 0 1 813 1 813 0.0 1589 WP_232923125.1 WP_225927241.1 70.3 812 238 2 2 812 20 829 0.0 1135 WP_232923125.1 KXK41164.1 32.3 99 50 3 522 620 221 302 7.86e-07 50.1 QJX39053.1 QJX39053.1 100 846 0 0 1 846 1 846 0.0 1659 QJX39053.1 AEO85464.1 71.8 856 220 5 1 845 1 846 0.0 1237 QJX39053.1 AAX97169.1 76.5 340 73 1 506 845 2 334 7.07e-176 508 QJX39053.1 QCI53355.1 69.7 353 95 2 30 370 2 354 9.94e-176 509 QJX39053.1 AEJ33395.1 33.7 900 484 26 24 845 17 881 1.44e-127 402 QJX39053.1 ABG88111.1 63.2 95 34 1 270 364 1 94 2.45e-34 124 XP_047670625.1 XP_047670625.1 100 1579 0 0 1 1579 1 1579 0.0 2895 HIZ23242.1 HIZ23242.1 100 431 0 0 1 431 1 431 2.25e-309 835 HIZ23242.1 MBQ3156222.1 40.9 425 248 2 4 428 2 423 3.15e-102 309 OGP18648.1 OGP18648.1 100 122 0 0 1 122 1 122 2.34e-89 253 YP_009953780.1 YP_009953780.1 100 58 0 0 1 58 1 58 5.79e-36 113 WP_096420503.1 WP_096420503.1 100 230 0 0 1 230 1 230 5.64e-145 402 AIR72471.1 AIR72471.1 100 99 0 0 1 99 1 99 6.35e-74 212 WP_145848873.1 WP_145848873.1 100 191 0 0 1 191 1 191 4.92e-138 381 MCF7808720.1 MCF7808720.1 100 230 0 0 1 230 1 230 3.51e-164 451 MCF7808720.1 WP_215557653.1 45.5 220 120 0 6 225 3 222 1.61e-60 189 MCF7808720.1 MCB0243881.1 40.6 217 129 0 6 222 5 221 1.02e-52 168 MCF7808720.1 WP_145468487.1 41.6 221 129 0 1 221 1 221 1.18e-52 168 MCF7808720.1 MBT4161918.1 38.8 224 137 0 1 224 1 224 2.07e-50 162 MCF7808720.1 MCC6044083.1 40.7 214 126 1 11 224 8 220 1.88e-47 157 MCF7808720.1 CAI8213472.1 40.2 204 119 1 25 228 33 233 8.68e-46 151 MCF7808720.1 WP_250499463.1 37.6 221 137 1 6 225 8 228 4.82e-44 146 MCF7808720.1 WP_211555180.1 38.9 198 118 3 26 222 19 214 1.28e-37 129 MCF7808720.1 WP_258581409.1 35.4 198 121 3 26 222 19 210 2.96e-31 116 MCR4780139.1 MCR4780139.1 100 376 0 0 1 376 1 376 2.07e-268 726 RUM56169.1 RUM56169.1 100 251 0 0 1 251 1 251 2.49e-188 513 RUM56169.1 WP_126376486.1 28.1 242 169 4 14 251 27 267 1.99e-26 102 RUM56169.1 WP_003333677.1 26.1 88 64 1 164 250 180 267 2.13e-05 43.5 EXV29885.1 EXV29885.1 100 81 0 0 1 81 1 81 1.44e-55 164 WP_135153154.1 WP_135153154.1 100 326 0 0 1 326 1 326 2.90e-236 641 WP_192272294.1 WP_192272294.1 100 357 0 0 1 357 1 357 3.64e-257 696 WP_192272294.1 WP_212961195.1 37.0 208 110 5 156 349 839 1039 2.33e-29 117 WP_192272294.1 MBK0846266.1 34.3 175 104 2 162 326 359 532 3.64e-28 113 WP_192272294.1 WP_083180153.1 31.1 206 126 6 156 349 400 601 3.59e-24 102 WP_192272294.1 NIK25817.1 28.1 221 129 6 162 354 394 612 4.33e-16 77.8 WP_169034890.1 WP_169034890.1 100 199 0 0 1 199 1 199 9.06e-138 381 MCL2179853.1 MCL2179853.1 100 590 0 0 1 590 1 590 0.0 1020 WP_261610998.1 WP_261610998.1 100 135 0 0 1 135 1 135 1.15e-84 242 GIW75824.1 GIW75824.1 100 123 0 0 1 123 1 123 5.72e-86 244 WP_107605937.1 WP_107605937.1 100 271 0 0 1 271 1 271 3.80e-193 527 WP_204504397.1 WP_204504397.1 100 295 0 0 1 295 1 295 5.89e-209 569 WP_204504397.1 WP_122920202.1 26.9 283 203 2 9 291 11 289 1.38e-34 125 WP_204504397.1 MBP8049567.1 29.4 279 184 5 19 289 2 275 3.36e-29 110 WP_204504397.1 CAH0143531.1 25.0 164 98 2 23 175 3 152 1.17e-07 49.3 WP_104880153.1 WP_104880153.1 100 484 0 0 1 484 1 484 0.0 964 WP_192819276.1 WP_192819276.1 100 290 0 0 1 290 1 290 5.07e-212 577 MBP3258987.1 MBP3258987.1 100 558 0 0 1 558 1 558 0.0 1101 MBP3258987.1 MSW56406.1 41.2 34 20 0 3 36 34 67 6.02e-04 37.0 WP_051799949.1 WP_051799949.1 100 130 0 0 1 130 1 130 2.02e-96 271 WP_080069963.1 WP_080069963.1 100 187 0 0 1 187 1 187 2.36e-152 417 WP_080069963.1 EHP6050825.1 31.8 151 81 6 10 152 8 144 9.46e-18 78.6 MBM7125960.1 MBM7125960.1 100 260 0 0 1 260 1 260 1.21e-179 492 MBM7125960.1 MBU1183407.1 34.4 250 161 2 11 260 11 257 1.43e-41 141 MBM7125960.1 MCF8709434.1 36.7 196 121 2 5 200 18 210 1.55e-31 115 MBM7125960.1 WP_092857087.1 35.4 246 148 6 17 260 31 267 2.79e-31 115 MBM7125960.1 WP_056688515.1 30.6 258 166 5 6 259 9 257 3.72e-23 93.6 MBM7125960.1 XP_048228476.1 30.6 183 121 3 17 195 25 205 2.13e-15 73.2 WP_032902824.1 WP_032902824.1 100 560 0 0 1 560 1 560 0.0 1042 OJZ88794.1 OJZ88794.1 100 65 0 0 1 65 1 65 7.86e-46 138 MCA1602026.1 MCA1602026.1 100 200 0 0 1 200 1 200 1.25e-149 411 WP_254698006.1 WP_254698006.1 100 531 0 0 1 531 1 531 0.0 933 WP_254698006.1 WP_225579579.1 66.3 489 152 1 1 489 15 490 1.42e-207 585 WP_254698006.1 OQA38407.1 48.0 454 207 6 1 430 9 457 1.75e-131 389 WP_254698006.1 WP_253808359.1 47.1 435 217 6 1 429 5 432 3.22e-116 349 WP_254698006.1 PSR02572.1 36.2 279 157 8 19 285 68 337 8.92e-42 151 WP_254698006.1 WP_073201850.1 33.2 268 161 4 25 281 56 316 2.76e-39 144 WP_254698006.1 PHR72175.1 28.7 296 192 5 3 286 25 313 2.09e-30 119 WP_135625684.1 WP_135625684.1 100 226 0 0 1 226 1 226 4.59e-158 435 MCF6248835.1 MCF6248835.1 100 453 0 0 1 453 1 453 0.0 922 WP_207277556.1 WP_207277556.1 100 661 0 0 1 661 1 661 0.0 1174 WP_207277556.1 MCL6479991.1 35.5 124 70 4 48 165 32 151 8.02e-12 65.5 WP_207277556.1 WP_010997757.1 25.0 176 126 5 40 211 359 532 2.79e-11 64.7 WP_207277556.1 WP_254363411.1 26.9 186 117 7 38 208 66 247 3.14e-09 57.8 WP_207277556.1 MBP8613265.1 29.1 103 71 2 113 214 194 295 1.49e-05 46.2 QLL42869.1 QLL42869.1 100 229 0 0 1 229 1 229 8.44e-151 417 WP_208891791.1 WP_208891791.1 100 396 0 0 1 396 1 396 1.92e-290 784 NPA60307.1 NPA60307.1 100 136 0 0 1 136 1 136 7.44e-86 245 NUM76802.1 NUM76802.1 100 343 0 0 1 343 1 343 3.64e-259 700 WP_261733022.1 WP_261733022.1 100 765 0 0 1 765 1 765 0.0 1429 WP_261733022.1 TAL20232.1 39.0 400 223 7 244 630 218 609 8.27e-71 242 WP_261733022.1 HAS8246497.1 31.2 573 332 12 198 728 400 952 7.71e-67 237 WP_261733022.1 WP_138482356.1 33.3 426 258 6 230 643 388 799 3.52e-59 214 WP_261733022.1 WP_007356512.1 34.1 443 259 6 233 646 721 1159 3.23e-54 201 WP_261733022.1 MCH5250214.1 26.3 627 330 8 246 747 180 799 1.86e-52 194 WP_261733022.1 KFX48203.1 27.2 591 285 8 183 628 603 1193 2.03e-50 189 WP_261733022.1 EDN57974.1 29.5 502 223 7 254 628 398 895 6.83e-49 184 WP_261733022.1 SEP77558.1 36.9 236 142 4 251 483 336 567 1.16e-33 135 WP_261733022.1 WP_177077803.1 26.9 416 267 14 206 609 45 435 2.86e-24 105 MCC6153889.1 MCC6153889.1 100 415 0 0 1 415 1 415 2.09e-315 848 MAR11490.1 MAR11490.1 100 200 0 0 1 200 1 200 1.14e-136 379 WP_202390355.1 WP_202390355.1 100 38 0 0 40 77 40 77 2.36e-23 82.8 KFP55735.1 KFP55735.1 100 411 0 0 1 411 1 411 1.38e-302 816 OPZ80214.1 OPZ80214.1 100 274 0 0 1 274 1 274 4.40e-189 517 SDP91455.1 SDP91455.1 100 68 0 0 1 68 1 68 4.80e-46 139 MCA9759546.1 MCA9759546.1 100 246 0 0 1 246 1 246 4.60e-177 484 MCA9759546.1 WP_115992495.1 30.2 212 130 5 29 226 20 227 5.07e-22 89.7 MCA9759546.1 NNE23115.1 29.7 175 111 3 8 178 3 169 4.85e-16 74.7 MCA9759546.1 WP_276362074.1 24.9 205 132 4 45 227 35 239 4.22e-11 59.7 MCA9759546.1 WP_011512097.1 27.4 230 138 9 8 222 345 560 2.39e-09 55.5 XP_042575628.1 XP_042575628.1 100 176 0 0 1 176 1 176 5.81e-116 324 UTM04871.1 UTM04871.1 100 472 0 0 1 472 1 472 0.0 943 MBE4386870.1 MBE4386870.1 100 409 0 0 1 409 1 409 5.07e-272 738 MBE4386870.1 MCP4570049.1 28.4 204 129 4 136 328 125 322 1.58e-06 48.1 MBU1949759.1 MBU1949759.1 100 283 0 0 1 283 1 283 1.93e-217 590 WP_209164465.1 WP_209164465.1 100 317 0 0 1 317 1 317 3.39e-235 637 WP_070172067.1 WP_070172067.1 100 665 0 0 1 665 1 665 0.0 1355 WP_070172067.1 WP_014985199.1 49.8 626 307 4 21 642 70 692 1.32e-207 598 WP_070172067.1 NXM52897.1 47.7 396 194 5 16 406 1 388 8.81e-118 360 WP_070172067.1 TMQ05501.1 64.3 28 10 0 21 48 33 60 5.27e-06 42.7 MBC9216850.1 MBC9216850.1 100 93 0 0 1 93 1 93 1.14e-62 183 MBC9216850.1 EEW4501628.1 27.3 88 62 1 4 91 337 422 3.73e-05 38.9 KAF3157345.1 KAF3157345.1 100 102 0 0 1 102 1 102 2.99e-69 200 WP_243514657.1 WP_243514657.1 100 353 0 0 1 353 1 353 8.90e-256 692 WP_264593810.1 WP_264593810.1 100 460 0 0 1 460 1 460 0.0 912 WP_264593810.1 WP_028046854.1 33.1 472 279 15 10 449 18 484 5.72e-57 194 WP_264593810.1 WP_011739125.1 27.4 453 296 11 15 451 10 445 7.42e-33 127 WP_264593810.1 MBL7151874.1 25.7 416 284 11 45 441 42 451 3.05e-24 103 WP_264593810.1 MBQ2719788.1 27.0 270 164 7 33 269 69 338 4.78e-12 66.2 MCF3649217.1 MCF3649217.1 100 276 0 0 1 276 1 276 7.48e-207 562 WP_260912062.1 WP_260912062.1 100 82 0 0 1 82 1 82 8.87e-64 185 MBV38818.1 MBV38818.1 100 413 0 0 1 413 1 413 8.23e-296 799 CDX26094.1 CDX26094.1 100 338 0 0 1 338 1 338 7.23e-227 618 CDX26094.1 WP_279008479.1 40.2 306 173 5 25 327 9 307 1.20e-57 187 CDX26094.1 WP_154951203.1 30.8 312 210 2 21 332 17 322 6.05e-39 139 CDX26094.1 WP_105447015.1 32.2 394 195 9 4 332 5 391 6.87e-38 137 CDX26094.1 KQN49849.1 31.8 305 190 6 35 333 15 307 2.07e-34 127 CDX26094.1 WP_023828789.1 27.8 367 197 5 30 332 49 411 1.30e-26 107 EPS65972.1 EPS65972.1 100 85 0 0 1 85 1 85 2.09e-50 151 MCF7845821.1 MCF7845821.1 100 53 0 0 1 53 1 53 4.12e-16 62.8 MCA9273490.1 MCA9273490.1 100 336 0 0 1 336 1 336 2.56e-260 702 WP_165007860.1 WP_165007860.1 100 229 0 0 1 229 1 229 2.10e-160 441 WP_084119994.1 WP_084119994.1 100 323 0 0 1 323 1 323 6.31e-234 635 WP_084119994.1 WP_090770466.1 33.7 101 66 1 4 104 6 105 1.42e-09 56.6 WP_084119994.1 HBK1877356.1 37.8 82 47 3 4 82 7 87 1.20e-06 48.1 WP_084119994.1 EHK9185512.1 26.8 97 67 1 4 96 6 102 2.48e-04 40.4 WP_139266533.1 WP_139266533.1 100 116 0 0 1 116 1 116 3.15e-82 234 PHS07087.1 PHS07087.1 100 470 0 0 1 470 1 470 0.0 941 CAB4375794.1 CAB4375794.1 100 155 0 0 1 155 1 155 3.12e-103 290 QLT57385.1 QLT57385.1 100 105 0 0 1 105 1 105 1.51e-77 221 MBL8001378.1 MBL8001378.1 100 135 0 0 1 135 1 135 5.70e-94 265 KAJ7390332.1 KAJ7390332.1 100 353 0 0 1 353 1 353 2.43e-177 494 KIO14952.1 KIO14952.1 100 53 0 0 1 53 1 53 6.64e-33 105 QHV87229.1 QHV87229.1 100 434 0 0 1 434 1 434 1.36e-319 861 WP_281350185.1 WP_281350185.1 100 115 0 0 1 115 1 115 1.69e-81 232 WP_254090314.1 WP_254090314.1 100 232 0 0 1 232 1 232 2.04e-173 474 WP_100659968.1 WP_100659968.1 100 401 0 0 1 401 1 401 7.45e-286 773 QTW92269.1 QTW92269.1 100 406 0 0 1 406 1 406 3.77e-277 751 KAJ1419147.1 KAJ1419147.1 100 282 0 0 1 282 1 282 8.74e-209 568 KAF1839740.1 KAF1839740.1 100 222 0 0 1 222 1 222 5.04e-169 462 KAF1839740.1 WP_279184953.1 25.3 178 125 4 39 214 15 186 6.44e-16 73.6 BDY11310.1 BDY11310.1 100 82 0 0 1 82 1 82 4.24e-62 181 XP_048216280.1 XP_048216280.1 100 421 0 0 1 421 1 421 1.34e-305 824 XP_048216280.1 XP_030620685.1 36.1 291 175 4 4 293 80 360 1.50e-54 185 XP_048216280.1 XP_046441060.1 33.2 280 167 8 20 296 61 323 1.17e-39 149 XP_048216280.1 XP_020321477.1 33.0 279 169 8 20 296 53 315 1.36e-39 149 XP_048216280.1 KAG1590416.1 33.5 272 155 6 24 288 84 336 1.03e-37 139 XP_048216280.1 XP_029528577.1 35.5 256 146 5 25 277 35 274 2.18e-37 137 XP_048216280.1 XP_051566275.1 31.8 283 178 5 6 286 1228 1497 3.88e-36 139 XP_048216280.1 KAH6984898.1 27.7 321 188 5 9 289 14 330 8.09e-32 126 XP_048216280.1 XP_006969978.1 30.1 259 170 4 20 278 70 317 9.86e-30 116 XP_048216280.1 KAJ7903702.1 30.7 254 161 5 24 275 27 267 1.02e-29 118 WP_084290175.1 WP_084290175.1 100 116 0 0 1 116 1 116 4.47e-82 234 XP_047379458.1 XP_047379458.1 100 545 0 0 1 545 1 545 0.0 1080 XP_047379458.1 WP_135820337.1 27.0 300 196 10 18 296 330 627 7.65e-27 113 YP_009745171.1 YP_009745171.1 100 92 0 0 1 92 1 92 6.38e-64 186 YP_009745171.1 UOA67814.1 59.6 94 36 1 1 92 1 94 9.50e-37 117 WP_276509439.1 WP_276509439.1 100 242 0 0 1 242 1 242 1.32e-174 478 MCQ2612024.1 MCQ2612024.1 100 320 0 0 1 320 1 320 6.08e-235 637 MCQ2612024.1 WP_014407515.1 33.3 294 163 10 9 293 7 276 9.75e-37 132 MCQ2612024.1 MBK9183427.1 28.6 283 187 8 9 285 12 285 1.84e-25 102 MCQ2612024.1 WP_126136917.1 26.9 286 185 12 9 288 12 279 1.13e-13 68.6 WP_242719345.1 WP_242719345.1 100 482 0 0 1 482 1 482 0.0 910 MBU2333720.1 MBU2333720.1 100 411 0 0 1 411 1 411 1.73e-296 800 HBF5910189.1 HBF5910189.1 100 135 0 0 1 135 1 135 9.47e-93 262 WP_070276216.1 WP_070276216.1 100 685 0 0 1 685 1 685 0.0 1216 WP_244305237.1 WP_244305237.1 100 191 0 0 1 191 1 191 8.09e-128 355 WP_161020167.1 WP_161020167.1 100 630 0 0 1 630 1 630 0.0 1231 WP_161020167.1 MCL1888839.1 26.2 672 326 20 46 630 8 596 2.38e-32 131 WP_161020167.1 MBF8294570.1 37.7 106 56 2 369 468 18 119 2.72e-11 64.7 WP_161020167.1 RYO44776.1 21.7 346 199 9 151 488 81 362 1.97e-06 49.3 HBZ7417361.1 HBZ7417361.1 100 283 0 0 1 283 1 283 9.45e-209 568 HBZ7417361.1 MCM6312373.1 98.6 283 4 0 1 283 276 558 1.42e-201 560 HBZ7417361.1 HBS0905846.1 98.2 283 5 0 1 283 276 558 1.16e-200 558 HBZ7417361.1 WP_280015341.1 45.9 279 147 2 3 278 286 563 4.44e-74 235 MBV8166774.1 MBV8166774.1 100 206 0 0 1 206 1 206 7.99e-140 387 WP_013845913.1 WP_013845913.1 100 249 0 0 1 249 1 249 4.57e-174 477 WP_013845913.1 MCB9680378.1 37.0 192 119 2 9 199 5 195 6.30e-27 102 WP_013845913.1 WP_031940100.1 31.7 240 154 4 9 240 13 250 6.55e-25 97.8 WP_013845913.1 WP_062917436.1 37.8 201 110 7 1 194 1 193 2.77e-22 90.9 WP_013845913.1 WP_273849839.1 31.9 238 146 4 7 231 7 241 6.47e-22 89.7 WP_013845913.1 WP_057651690.1 31.8 192 126 4 4 193 48 236 3.86e-19 82.8 WP_013845913.1 MYS73268.1 34.9 192 121 4 9 198 9 198 1.07e-17 78.6 WP_013845913.1 WP_204942955.1 33.2 211 118 7 1 201 1 198 1.00e-16 75.9 WP_013845913.1 WP_280443824.1 25.7 237 156 6 7 229 2 232 6.01e-12 62.4 MCH8147627.1 MCH8147627.1 100 52 0 0 1 52 1 52 6.42e-35 110 KAF4336989.1 KAF4336989.1 100 241 0 0 1 241 1 241 7.43e-185 504 KAF4336989.1 WP_112473496.1 36.6 224 91 7 6 223 4 182 2.00e-36 125 WP_104981358.1 WP_104981358.1 100 383 0 0 1 383 1 383 1.63e-289 780 WP_104981358.1 MBI1386726.1 31.9 360 212 10 11 351 92 437 1.83e-43 155 WP_013102579.1 WP_013102579.1 100 176 0 0 1 176 1 176 1.62e-131 363 XP_024747977.1 XP_024747977.1 100 198 0 0 1 198 1 198 4.36e-149 410 NDF13247.1 NDF13247.1 100 90 0 0 1 90 1 90 2.34e-65 189 WP_162783004.1 WP_162783004.1 100 881 0 0 1 881 1 881 0.0 1674 ARR91819.1 ARR91819.1 100 307 0 0 1 307 1 307 9.39e-212 577 ARR91819.1 AFJ09957.1 87.3 307 38 1 1 307 1 306 9.31e-196 541 ARR91819.1 BAO11608.1 86.0 307 42 1 1 307 1 306 1.06e-195 538 ARR91819.1 BAO23243.1 85.7 307 43 1 1 307 1 306 5.81e-194 534 ARR91819.1 ACH90072.1 85.0 307 45 1 1 307 29 334 1.56e-193 534 ARR91819.1 ACY29573.1 85.3 306 44 1 1 306 1 305 1.59e-192 534 ARR91819.1 AVA00513.1 84.4 307 47 1 1 307 1 306 6.80e-192 528 ARR91819.1 AFV39595.1 85.9 306 42 1 1 306 54 358 8.27e-185 534 ARR91819.1 AOW33101.1 85.2 290 42 1 17 306 1 289 2.40e-180 498 ARR91819.1 ACV16867.1 96.3 188 7 0 120 307 20 207 2.57e-131 374 MCS6948286.1 MCS6948286.1 100 360 0 0 1 360 1 360 7.29e-254 688 MCS6948286.1 MCK5265770.1 25.3 166 118 3 79 239 87 251 6.69e-05 42.7 WP_194235048.1 WP_194235048.1 100 91 0 0 1 91 1 91 6.16e-66 191 MBO5878101.1 MBO5878101.1 100 129 0 0 1 129 1 129 2.88e-91 258 WP_063316698.1 WP_063316698.1 100 227 0 0 1 227 1 227 2.64e-153 423 WP_063316698.1 WP_169105698.1 35.3 116 69 4 39 150 21 134 4.30e-12 62.0 HBC6813009.1 HBC6813009.1 100 183 0 0 1 183 1 183 3.50e-134 371 PKU40490.1 PKU40490.1 100 214 0 0 1 214 1 214 1.75e-156 430 PKU40490.1 XP_020321477.1 53.2 188 86 2 14 201 51 236 5.73e-59 196 PKU40490.1 XP_046441060.1 50.0 188 92 2 14 201 59 244 5.19e-58 194 WP_254144300.1 WP_254144300.1 100 505 0 0 1 505 1 505 0.0 955 CAD6897702.1 CAD6897702.1 100 57 0 0 1 57 1 57 3.03e-33 106 MBC7757407.1 MBC7757407.1 100 267 0 0 1 267 1 267 1.38e-193 528 TDL20017.1 TDL20017.1 100 385 0 0 1 385 1 385 1.06e-286 773 WP_115513761.1 WP_115513761.1 100 221 0 0 1 221 1 221 2.03e-154 425 WP_145031602.1 WP_145031602.1 100 564 0 0 1 564 1 564 0.0 1158 WP_145031602.1 NOU36639.1 58.5 549 220 4 13 559 3 545 4.92e-236 659 WP_145031602.1 XP_045807497.1 45.9 538 268 9 31 559 258 781 1.23e-151 452 REJ18923.1 REJ18923.1 100 157 0 0 1 157 1 157 1.95e-107 301 MBB3008158.1 MBB3008158.1 100 446 0 0 1 446 1 446 0.0 915 MBB3008158.1 WP_070714099.1 55.1 450 188 5 2 445 17 458 2.80e-173 492 MBB3008158.1 PPU99279.1 43.9 467 225 12 2 446 20 471 4.55e-112 336 MBB3008158.1 WP_215493005.1 37.8 484 247 17 1 443 19 489 2.41e-92 286 EAV4122193.1 EAV4122193.1 100 289 0 0 1 289 1 289 3.07e-192 526 WP_246884968.1 WP_246884968.1 100 543 0 0 1 543 1 543 0.0 931 MBP6505074.1 MBP6505074.1 100 394 0 0 1 394 1 394 1.80e-278 753 MBP6505074.1 CAP00477.1 35.9 393 227 4 2 390 4 375 1.14e-77 243 MBP6505074.1 MBQ3498542.1 25.1 379 254 11 31 390 38 405 1.28e-24 103 AEL09906.1 AEL09906.1 100 86 0 0 1 86 1 86 2.31e-61 179 WP_260467581.1 WP_260467581.1 100 204 0 0 1 204 1 204 5.63e-139 385 MBE7554905.1 MBE7554905.1 100 338 0 0 1 338 1 338 4.45e-237 644 MBE7554905.1 WP_047721562.1 43.4 332 185 2 5 335 8 337 2.86e-75 233 MBE7554905.1 AHG02917.1 32.6 337 195 2 1 334 1 308 1.78e-54 179 MBE7554905.1 MBX7055839.1 31.9 348 189 7 5 335 8 324 6.10e-51 170 MBE7554905.1 MBB3097508.1 33.3 318 183 4 18 335 7 295 2.83e-47 160 MBE7554905.1 WP_239280620.1 32.3 319 193 5 20 338 26 321 3.73e-42 147 MBE7554905.1 WP_149656427.1 31.8 336 215 6 1 335 1 323 8.66e-40 141 MBE7554905.1 KQB14740.1 31.4 306 191 6 33 336 38 326 7.42e-37 133 MBE7554905.1 MBW2176475.1 29.8 272 170 3 66 337 167 417 6.42e-31 119 MBE7554905.1 KAB2860347.1 46.1 115 62 0 221 335 1 115 5.98e-27 101 CAH7718754.1 CAH7718754.1 100 87 0 0 1 87 1 87 7.74e-56 165 CAH7718754.1 XP_055059894.1 46.2 65 35 0 1 65 61 125 1.41e-15 68.2 XP_054539312.1 XP_054539312.1 100 1839 0 0 1 1839 1 1839 0.0 1995 WP_010443651.1 WP_010443651.1 100 240 0 0 1 240 1 240 1.04e-170 468 WP_010443651.1 WP_110035452.1 39.9 233 133 2 3 235 7 232 4.19e-55 175 WP_010443651.1 WP_108024271.1 36.9 241 145 4 5 238 10 250 2.45e-45 150 WP_010443651.1 MCB1644245.1 34.3 236 149 3 6 235 10 245 1.74e-32 117 WP_010443651.1 WP_042650033.1 31.6 237 153 3 6 235 11 245 9.40e-29 107 WP_010443651.1 KAG2346037.1 33.9 254 145 6 3 235 14 265 1.18e-25 99.8 WP_010443651.1 WP_138597401.1 29.5 241 159 4 3 235 4 241 8.26e-22 89.0 WP_010443651.1 WP_077093245.1 33.5 191 114 2 3 180 9 199 1.77e-21 89.4 WP_010443651.1 XP_007206475.1 28.4 250 152 6 4 235 19 259 2.42e-20 85.5 WP_010443651.1 WP_259847195.1 25.9 255 159 10 3 235 9 255 5.45e-07 47.8 NNK90694.1 NNK90694.1 100 78 0 0 1 78 1 78 7.62e-52 154 MCI0339177.1 MCI0339177.1 100 259 0 0 1 259 1 259 7.35e-185 505 ETP52929.1 ETP52929.1 100 118 0 0 1 118 1 118 1.01e-79 228 KAI9354912.1 KAI9354912.1 100 1049 0 0 1 1049 1 1049 0.0 1843 MBV8846188.1 MBV8846188.1 100 245 0 0 1 245 1 245 3.50e-176 482 WP_075555721.1 WP_075555721.1 100 227 0 0 1 227 1 227 4.25e-159 437 MBR0168732.1 MBR0168732.1 100 296 0 0 1 296 1 296 2.01e-221 601 WP_159020823.1 WP_159020823.1 100 305 0 0 1 305 1 305 4.09e-230 624 ROV93981.1 ROV93981.1 100 289 0 0 1 289 1 289 9.59e-196 535 WP_160324393.1 WP_160324393.1 100 345 0 0 1 345 1 345 2.49e-267 721 WP_280604208.1 WP_280604208.1 100 615 0 0 1 615 1 615 0.0 1231 WP_141769780.1 WP_141769780.1 100 117 0 0 1 117 1 117 3.39e-73 211 XP_022467441.1 XP_022467441.1 100 97 0 0 1 97 1 97 5.74e-67 194 KAH6575376.1 KAH6575376.1 100 447 0 0 1 447 1 447 0.0 923 RDE30147.1 RDE30147.1 100 479 0 0 1 479 1 479 0.0 932 RDE30147.1 WP_000877275.1 25.5 321 201 7 178 479 218 519 4.11e-24 103 RDE30147.1 WP_111953219.1 30.8 221 109 4 301 477 374 594 3.08e-20 92.0 MBS07042.1 MBS07042.1 100 443 0 0 1 443 1 443 7.48e-305 824 MBR0185573.1 MBR0185573.1 100 629 0 0 1 629 1 629 0.0 1184 MBR0185573.1 WP_280015341.1 26.8 563 334 14 135 624 3 560 3.15e-30 124 MBR0185573.1 WP_137692307.1 26.0 400 214 12 244 628 58 390 3.72e-19 89.4 MBR6873642.1 MBR6873642.1 100 1120 0 0 1 1120 1 1120 0.0 2154 MBR6873642.1 MCI7575045.1 25.7 140 89 2 46 185 7 131 5.58e-08 51.2 KAH8674414.1 KAH8674414.1 100 293 0 0 1 293 1 293 1.31e-220 598 KAI5122644.1 KAI5122644.1 100 1265 0 0 1 1265 1 1265 0.0 2377 KAI5122644.1 WP_015615815.1 29.8 866 509 27 373 1210 14 806 2.05e-85 296 KAI5122644.1 WP_015919400.1 28.2 870 501 22 373 1213 14 788 1.19e-74 263 KAI5122644.1 MBL8638832.1 27.0 857 541 26 373 1198 58 867 2.13e-61 226 KAI5122644.1 MCJ7548546.1 28.2 763 461 25 373 1108 17 719 7.14e-60 218 KAI5122644.1 KZV11597.1 21.9 763 511 26 475 1195 88 808 6.86e-22 100 KAI5122644.1 WP_251843011.1 24.0 342 241 9 875 1211 196 523 7.06e-16 81.3 WP_255657001.1 WP_255657001.1 100 301 0 0 1 301 1 301 4.15e-212 578 WP_208427233.1 WP_208427233.1 100 303 0 0 1 303 1 303 1.60e-226 614 WP_208427233.1 WP_046325749.1 37.6 287 163 6 4 276 5 289 2.98e-52 176 WP_208427233.1 WP_013571875.1 38.0 295 160 8 3 279 5 294 1.40e-48 167 WP_208427233.1 WP_057479385.1 38.0 287 157 8 3 272 13 295 2.11e-46 161 WP_208427233.1 WP_124583682.1 29.6 179 113 4 2 176 3 172 4.30e-11 60.8 WP_208427233.1 OJD14960.1 41.5 53 31 0 84 136 97 149 5.55e-06 43.9 MBP1765367.1 MBP1765367.1 100 485 0 0 1 485 1 485 0.0 973 MBP1765367.1 WP_014772780.1 54.0 476 213 3 4 477 31 502 1.00e-180 522 MCJ8744353.1 MCJ8744353.1 100 705 0 0 1 705 1 705 0.0 1299 WP_235697519.1 WP_235697519.1 100 388 0 0 1 388 1 388 2.18e-276 748 WP_203101196.1 WP_203101196.1 100 336 0 0 1 336 1 336 4.32e-243 659 WP_081197627.1 WP_081197627.1 100 317 0 0 1 317 1 317 4.61e-233 632 AGL88086.1 AGL88086.1 100 290 0 0 1 290 1 290 8.51e-195 533 AGL88086.1 WP_249991478.1 33.7 288 167 11 20 288 48 330 1.35e-34 126 AGL88086.1 EIU6828535.1 30.9 291 181 6 12 285 35 322 1.84e-29 112 AGL88086.1 AHK46784.1 32.3 288 165 6 25 284 36 321 3.43e-27 106 AGL88086.1 WP_110066977.1 30.0 300 162 7 18 283 50 335 2.19e-26 104 AGL88086.1 WP_158131988.1 29.4 269 176 4 29 283 390 658 4.17e-25 103 AGL88086.1 PPR79666.1 28.6 276 181 4 25 284 60 335 1.82e-21 90.9 KAI2507414.1 KAI2507414.1 100 237 0 0 1 237 1 237 7.09e-172 471 WP_278243902.1 WP_278243902.1 100 366 0 0 1 366 1 366 1.57e-267 723 WP_195519891.1 WP_195519891.1 100 277 0 0 1 277 1 277 4.96e-192 525 WP_267857086.1 WP_267857086.1 100 377 0 0 1 377 1 377 7.27e-274 740 SDT73851.1 SDT73851.1 100 232 0 0 1 232 1 232 7.36e-167 457 MCI8905996.1 MCI8905996.1 100 124 0 0 1 124 1 124 1.02e-84 241 MBE5853476.1 MBE5853476.1 100 167 0 0 1 167 1 167 2.33e-122 340 WP_187666598.1 WP_187666598.1 100 259 0 0 1 259 1 259 5.62e-189 516 RYY73542.1 RYY73542.1 100 381 0 0 1 381 1 381 3.37e-281 759 RYY73542.1 MBI1189702.1 46.5 374 186 6 10 381 1 362 1.50e-101 303 RYY73542.1 MCK9252526.1 41.6 373 217 1 6 377 14 386 2.61e-96 291 RYY73542.1 EFX2174330.1 42.0 81 47 0 79 159 65 145 2.68e-11 62.4 MBO7740928.1 MBO7740928.1 100 195 0 0 1 195 1 195 1.25e-142 393 EEW1536683.1 EEW1536683.1 100 1246 0 0 1 1246 1 1246 0.0 2616 EEW1536683.1 EHZ4862226.1 90.5 1246 118 0 1 1246 1 1246 0.0 2409 EEW1536683.1 WP_041302673.1 41.1 73 39 1 763 831 416 488 5.74e-08 55.5 MBM6691367.1 MBM6691367.1 100 88 0 0 1 88 1 88 6.78e-64 186 MBM6691367.1 WP_044489505.1 47.1 87 45 1 1 87 99 184 1.26e-21 84.3 KAH8103951.1 KAH8103951.1 100 606 0 0 1 606 1 606 0.0 1082 CAE8618269.1 CAE8618269.1 100 575 0 0 1 575 1 575 0.0 1068 KAI6823133.1 KAI6823133.1 100 322 0 0 1 322 1 322 1.84e-221 603 NLU38508.1 NLU38508.1 100 772 0 0 1 772 1 772 0.0 1521 HCE3964987.1 HCE3964987.1 100 85 0 0 1 85 1 85 3.34e-47 143 NBR20456.1 NBR20456.1 100 271 0 0 1 271 1 271 2.79e-195 533 TIW64311.1 TIW64311.1 100 42 0 0 1 42 1 42 6.08e-29 94.4 KJS71365.1 KJS71365.1 100 156 0 0 1 156 1 156 1.13e-101 286 KJS71365.1 HAF54287.1 49.0 51 26 0 11 61 24 74 2.32e-09 49.7 KJS71365.1 MAJ56944.1 30.8 91 60 1 57 144 40 130 8.41e-08 47.0 EFS21643.1 EFS21643.1 100 172 0 0 1 172 1 172 2.81e-121 337 GHU06330.1 GHU06330.1 100 1778 0 0 1 1778 1 1778 0.0 3369 UXH94526.1 UXH94526.1 100 4401 0 0 1 4401 1 4401 0.0 8646 UXH94526.1 ULA23837.2 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UXH94526.1 UIR12670.1 99.9 4397 3 0 1 4397 1 4397 0.0 8635 UXH94526.1 UPA83906.1 99.8 4397 7 0 1 4397 1 4397 0.0 8624 UXH94526.1 UMF87224.1 99.4 4397 27 0 1 4397 1 4397 0.0 8623 UXH94526.1 UKU68032.1 99.6 4401 19 0 1 4401 1 4401 0.0 8606 UXH94526.1 UKN67998.1 99.9 4377 4 0 21 4397 1 4377 0.0 8594 UXH94526.1 UJV88611.1 97.9 4401 91 0 1 4401 1 4401 0.0 8443 UXH94526.1 UJJ97602.1 97.8 4401 97 0 1 4401 1 4401 0.0 8427 UXH94526.1 UJT06733.1 94.2 4397 253 0 1 4397 1 4397 0.0 8018 EDX9534630.1 EDX9534630.1 100 80 0 0 1 80 1 80 8.08e-57 167 WP_258143355.1 WP_258143355.1 100 167 0 0 1 167 1 167 4.03e-123 342 WP_248050568.1 WP_248050568.1 100 403 0 0 1 403 1 403 2.15e-270 734 DAR19459.1 DAR19459.1 100 107 0 0 1 107 1 107 4.84e-75 215 MBT4710545.1 MBT4710545.1 100 457 0 0 1 457 1 457 0.0 905 MBT4710545.1 MBP6375542.1 48.8 445 218 5 1 441 1 439 5.55e-142 412 MBT4710545.1 WP_258835625.1 47.4 447 225 6 1 441 1 443 2.25e-130 383 MBT4710545.1 PWM49891.1 37.1 448 262 8 1 440 1 436 8.12e-90 278 MBT4710545.1 WP_249505358.1 35.0 449 270 8 3 441 2 438 7.76e-83 260 MBT4710545.1 WP_231022353.1 31.7 388 216 9 9 395 11 350 2.56e-48 169 MBT4710545.1 WP_194454339.1 29.0 451 282 12 9 443 13 441 2.34e-46 164 MBT4710545.1 WP_122896374.1 23.8 193 125 8 160 340 13 195 1.02e-05 45.8 WP_232634591.1 WP_232634591.1 100 942 0 0 1 942 1 942 0.0 1743 WP_103961312.1 WP_103961312.1 100 544 0 0 1 544 1 544 0.0 1035 WP_103961312.1 GGU95879.1 37.5 552 324 12 10 543 7 555 2.38e-85 273 PZP36069.1 PZP36069.1 100 386 0 0 1 386 1 386 3.17e-268 727 MCJ7770831.1 MCJ7770831.1 100 359 0 0 1 359 1 359 5.17e-258 699 CAG2229172.1 CAG2229172.1 100 223 0 0 1 223 1 223 2.49e-165 453 MBU1183407.1 MBU1183407.1 100 257 0 0 1 257 1 257 2.46e-182 499 MBU1183407.1 MBM7125960.1 34.4 250 161 2 11 257 11 260 9.14e-43 144 MBU1183407.1 MCF8709434.1 30.0 220 150 3 6 222 17 235 6.82e-21 87.4 PJI44171.1 PJI44171.1 100 66 0 0 1 66 1 66 5.14e-38 119 WP_091735241.1 WP_091735241.1 100 223 0 0 1 223 1 223 1.94e-153 423 WP_091735241.1 WP_176572922.1 55.6 216 95 1 4 218 6 221 3.84e-71 214 WP_091735241.1 WP_188888464.1 26.9 216 130 5 8 202 3 211 4.09e-16 72.8 WP_091735241.1 WP_233575804.1 50.0 46 23 0 155 200 841 886 9.88e-05 41.2 WP_214524166.1 WP_214524166.1 100 411 0 0 1 411 1 411 4.55e-292 789 WP_214524166.1 WP_109219430.1 34.6 266 171 2 30 294 27 290 8.54e-37 137 WP_214524166.1 WP_271457636.1 33.1 281 184 3 16 294 12 290 6.70e-36 135 VTM75314.1 VTM75314.1 100 339 0 0 1 339 1 339 2.94e-247 670 XP_021694973.1 XP_021694973.1 100 230 0 0 1 230 1 230 8.73e-149 412 WP_250464711.1 WP_250464711.1 100 586 0 0 1 586 1 586 0.0 1202 WP_250464711.1 HAV1793262.1 39.3 542 320 7 43 580 20 556 4.04e-133 398 WP_250464711.1 WP_047430984.1 23.0 587 382 19 53 577 8 586 1.51e-26 112 WP_250464711.1 MBY7869037.1 23.1 528 333 15 52 518 5 520 1.10e-25 110 WP_189524079.1 WP_189524079.1 100 407 0 0 1 407 1 407 5.65e-284 768 WP_189524079.1 WP_185921121.1 30.2 202 131 6 3 199 10 206 9.91e-14 70.9 WP_189524079.1 MCB5199682.1 30.9 152 97 4 58 203 56 205 5.97e-04 40.0 WP_189524079.1 WP_133179454.1 41.7 60 35 0 48 107 79 138 6.53e-04 40.0 MBR7675499.1 MBR7675499.1 100 1530 0 0 1 1530 1 1530 0.0 2986 XP_013757696.1 XP_013757696.1 100 1275 0 0 1 1275 1 1275 0.0 2393 WP_200198809.1 WP_200198809.1 100 425 0 0 1 425 1 425 8.93e-297 802 WP_200198809.1 RIX75659.1 60.6 426 155 3 10 422 21 446 4.04e-157 449 WP_200198809.1 WP_038052668.1 39.6 414 241 4 11 422 10 416 8.58e-83 258 WP_200198809.1 XP_052534275.1 38.0 400 191 7 78 422 205 602 2.92e-57 196 KAF4593247.1 KAF4593247.1 100 770 0 0 1 770 1 770 0.0 1508 WP_203995341.1 WP_203995341.1 100 339 0 0 1 339 1 339 4.01e-245 664 WP_203995341.1 MBS1208135.1 35.3 292 167 9 46 326 45 325 5.60e-46 157 XP_040614072.1 XP_040614072.1 100 618 0 0 1 618 1 618 0.0 1227 XP_040614072.1 KAH9572460.1 23.7 198 106 8 345 515 35 214 2.38e-07 52.4 XP_040614072.1 KAI9774712.1 28.4 155 90 5 463 601 122 271 2.72e-07 52.0 WP_151465610.1 WP_151465610.1 100 91 0 0 1 91 1 91 4.71e-61 179 MBD5437993.1 MBD5437993.1 100 322 0 0 1 322 1 322 9.67e-233 632 WP_055062962.1 WP_055062962.1 100 505 0 0 1 505 1 505 0.0 989 NEE34914.1 NEE34914.1 100 416 0 0 1 416 1 416 2.80e-284 770 WP_277627940.1 WP_277627940.1 100 328 0 0 1 328 1 328 1.40e-244 662 WP_277627940.1 TKW18680.1 28.5 172 100 7 116 271 145 309 2.12e-06 47.4 XP_049747270.1 XP_049747270.1 100 313 0 0 1 313 1 313 1.54e-229 623 XP_049747270.1 XP_046298169.1 55.9 299 131 1 10 307 10 308 5.74e-118 340 XP_049747270.1 XP_002688837.2 33.9 298 194 2 13 309 11 306 2.55e-51 170 XP_049747270.1 XP_005087540.1 34.3 300 190 5 13 309 11 306 3.66e-49 164 XP_049747270.1 XP_012889676.1 32.8 299 189 4 13 306 11 302 1.20e-43 150 XP_049747270.1 XP_042531659.1 32.0 294 191 5 13 302 11 299 5.88e-41 143 XP_049747270.1 XP_034290446.1 31.1 305 193 7 5 301 5 300 1.56e-40 142 XP_049747270.1 XP_054446685.1 29.7 293 199 3 13 302 9 297 1.72e-39 139 XP_049747270.1 AAR19565.1 33.2 187 124 1 68 253 3 189 1.50e-27 105 GJC78212.1 GJC78212.1 100 569 0 0 1 569 1 569 0.0 1164 GJC78212.1 XP_047113196.1 39.2 255 130 9 49 301 49 280 8.91e-37 142 GJC78212.1 TNE33066.1 27.3 512 290 19 58 540 58 516 2.07e-32 129 WP_259665259.1 WP_259665259.1 100 175 0 0 1 175 1 175 5.43e-125 347 VIP11815.1 VIP11815.1 100 410 0 0 1 410 1 410 1.51e-310 836 NNJ03433.1 NNJ03433.1 100 587 0 0 1 587 1 587 0.0 1214 WP_251841748.1 WP_251841748.1 100 152 0 0 1 152 1 152 2.22e-106 298 CAF1124877.1 CAF1124877.1 100 164 0 0 1 164 1 164 1.37e-26 97.1 WP_081845076.1 WP_081845076.1 100 766 0 0 1 766 1 766 0.0 1561 WP_081845076.1 WP_041302673.1 34.9 737 440 14 40 760 12 724 7.64e-131 404 WP_081845076.1 WP_220281278.1 23.7 739 463 28 43 714 67 771 3.97e-32 132 WP_081845076.1 HAL7851047.1 25.3 589 360 21 179 717 47 605 9.64e-26 111 WP_081845076.1 WP_265822109.1 30.9 262 140 9 40 276 51 296 1.77e-20 95.1 XP_019256258.1 XP_019256258.1 100 262 0 0 1 262 1 262 2.58e-191 522 XP_019256258.1 PWA40393.1 34.5 58 38 0 19 76 93 150 1.78e-04 40.8 GBM64226.1 GBM64226.1 100 176 0 0 1 176 1 176 2.04e-125 348 EJG3313804.1 EJG3313804.1 100 477 0 0 1 477 1 477 0.0 961 EJG3313804.1 PYB13830.1 27.2 478 305 12 27 476 204 666 7.14e-47 173 EJG3313804.1 WP_246003214.1 23.5 405 289 11 33 435 45 430 9.71e-21 93.6 EJG3313804.1 WP_167959909.1 24.0 358 239 10 135 477 173 512 6.31e-19 87.8 EJG3313804.1 XP_052525039.1 24.1 316 206 12 154 451 276 575 6.86e-07 50.1 EJG3313804.1 NDJ88951.1 21.5 381 256 13 83 439 98 459 1.45e-06 48.9 EJG3313804.1 WP_068051662.1 21.4 295 210 9 158 445 184 463 5.35e-05 43.9 EJG3313804.1 MCC5948066.1 20.3 320 202 9 154 449 269 559 9.95e-05 43.1 CAI0451207.1 CAI0451207.1 100 1530 0 0 1 1530 1 1530 0.0 2685 WP_259407579.1 WP_259407579.1 100 222 0 0 1 222 1 222 7.33e-153 421 WP_259407579.1 MCF7886260.1 31.5 92 59 2 131 218 87 178 6.24e-08 49.3 WP_259407579.1 WP_279687934.1 35.2 88 53 3 133 217 144 230 3.35e-05 42.4 WP_259407579.1 WP_179136748.1 44.2 43 24 0 134 176 64 106 3.80e-05 40.0 KAJ9247365.1 KAJ9247365.1 100 331 0 0 1 331 1 331 2.99e-261 704 MBE0669914.1 MBE0669914.1 100 313 0 0 1 313 1 313 6.73e-224 608 MBE0669914.1 MCI4325574.1 45.5 308 167 1 4 310 8 315 1.41e-97 289 MBE0669914.1 MBC6481257.1 41.9 313 174 4 1 305 1 313 3.53e-79 246 MBE0669914.1 WP_116803659.1 35.4 297 176 6 15 301 1 291 2.26e-47 159 MBE0669914.1 KRX15989.1 27.8 194 103 8 106 279 159 335 1.38e-04 41.6 MBE0669914.1 KAJ3691906.1 26.7 191 117 5 10 177 27 217 5.19e-04 39.7 MBQ3049129.1 MBQ3049129.1 100 136 0 0 1 136 1 136 8.74e-94 265 WP_019585553.1 WP_019585553.1 100 400 0 0 1 400 1 400 1.92e-292 789 WP_019585553.1 UCF78466.1 45.8 380 200 4 16 395 3 376 2.05e-110 327 WP_019585553.1 WP_145937814.1 37.4 380 233 4 16 394 6 381 2.96e-80 250 WP_019585553.1 WP_275495439.1 34.4 404 227 10 16 392 8 400 2.39e-64 209 WP_019585553.1 MBL6847974.1 34.3 364 233 4 17 378 6 365 1.50e-59 196 WP_019585553.1 XP_027540421.1 32.7 379 244 6 14 390 29 398 1.03e-57 192 WP_019585553.1 RYZ40664.1 32.8 381 244 7 16 394 16 386 5.23e-52 177 WP_019585553.1 WP_055337992.1 32.0 363 240 5 18 378 6 363 2.75e-48 167 WP_019585553.1 WP_019444443.1 31.7 300 198 5 81 378 6 300 2.22e-42 149 WP_019585553.1 MCH8312862.1 29.6 351 234 5 44 394 15 352 3.82e-40 144 WP_046325749.1 WP_046325749.1 100 461 0 0 1 461 1 461 0.0 929 WP_046325749.1 WP_013571875.1 44.2 464 247 4 5 457 6 468 4.07e-131 386 WP_046325749.1 WP_057479385.1 41.6 464 261 4 3 457 12 474 5.06e-124 368 WP_046325749.1 WP_208427233.1 37.6 287 163 6 5 289 4 276 1.56e-53 180 WP_046325749.1 OJD14960.1 49.1 53 27 0 88 140 97 149 7.11e-10 55.8 WP_104459365.1 WP_104459365.1 100 280 0 0 1 280 1 280 4.28e-199 543 WP_104459365.1 MBX8197149.1 36.7 251 148 4 12 259 1 243 7.74e-43 145 WP_104459365.1 MBT5285153.1 40.1 162 95 2 105 264 1 162 2.34e-31 113 WP_104459365.1 WP_238837572.1 30.9 265 167 8 16 268 3 263 2.81e-29 110 WP_111712808.1 WP_111712808.1 100 190 0 0 1 190 1 190 9.80e-124 345 OQB06356.1 OQB06356.1 100 51 0 0 1 51 1 51 1.13e-30 99.4 WP_085004337.1 WP_085004337.1 100 100 0 0 1 100 1 100 4.14e-66 192 WP_085004337.1 MBR2359580.1 36.8 57 22 1 24 66 21 77 5.65e-05 37.4 XP_023219850.1 XP_023219850.1 100 236 0 0 1 236 1 236 2.29e-117 333 KOV59425.1 KOV59425.1 100 76 0 0 1 76 1 76 9.40e-52 154 MBB3097508.1 MBB3097508.1 100 297 0 0 1 297 1 297 1.94e-199 545 MBB3097508.1 MBX7055839.1 38.5 312 173 5 1 295 15 324 1.20e-52 173 MBB3097508.1 MBE7554905.1 33.3 318 183 4 7 295 18 335 4.65e-43 149 MBB3097508.1 WP_239280620.1 35.8 299 184 4 3 294 20 317 7.24e-41 142 MBB3097508.1 AHG02917.1 34.2 301 191 3 2 297 13 311 6.57e-40 140 MBB3097508.1 KAB2647529.1 33.1 269 176 2 31 297 38 304 8.09e-38 134 MBB3097508.1 WP_149656427.1 31.5 267 164 3 47 295 58 323 8.21e-27 105 MBB3097508.1 WP_208042111.1 28.1 295 197 6 13 297 24 313 1.28e-25 102 MBB3097508.1 KAB2860347.1 40.2 117 70 0 181 297 1 117 6.12e-25 95.1 WP_208905085.1 WP_208905085.1 100 611 0 0 1 611 1 611 0.0 1200 PHT33663.1 PHT33663.1 100 180 0 0 1 180 1 180 1.60e-124 346 EBA3403631.1 EBA3403631.1 100 273 0 0 1 273 1 273 8.94e-193 526 WP_244380042.1 WP_244380042.1 100 450 0 0 1 450 1 450 0.0 889 MBD8915742.1 MBD8915742.1 100 583 0 0 1 583 1 583 0.0 1152 MBD8915742.1 WP_058918927.1 28.7 463 284 9 32 491 39 458 1.73e-46 168 XP_010808195.1 XP_010808195.1 100 626 0 0 1 626 1 626 0.0 1223 WP_177077803.1 WP_177077803.1 100 456 0 0 1 456 1 456 8.01e-318 858 WP_177077803.1 WP_261733022.1 27.4 402 258 13 56 435 220 609 7.29e-24 103 WP_177077803.1 WP_200037957.1 27.1 376 243 12 93 451 1015 1376 5.52e-23 100 WP_177077803.1 WP_063540919.1 27.9 366 237 14 98 453 495 843 1.43e-21 96.3 WP_177077803.1 MBQ1868746.1 25.8 399 259 12 81 454 251 637 1.17e-20 93.2 WP_177077803.1 WP_076194242.1 26.7 221 158 2 97 313 238 458 7.09e-20 90.1 WP_177077803.1 EDN57974.1 28.3 230 153 5 94 313 399 626 2.09e-19 89.7 WP_177077803.1 PSQ73325.1 26.6 256 173 5 74 317 591 843 2.24e-15 77.0 WP_177077803.1 WP_102461582.1 25.6 219 144 6 104 313 104 312 1.21e-07 51.6 WP_177077803.1 MPZ95749.1 31.9 113 72 4 337 447 8 117 2.00e-05 44.3 WP_179100660.1 WP_179100660.1 100 64 0 0 1 64 1 64 3.38e-42 129 WP_048133111.1 WP_048133111.1 100 142 0 0 1 142 1 142 6.54e-101 283 WP_092805375.1 WP_092805375.1 100 538 0 0 1 538 1 538 0.0 1048 WP_132898842.1 WP_132898842.1 100 282 0 0 1 282 1 282 7.94e-196 535 WP_132898842.1 WP_063338866.1 56.7 275 117 1 2 276 69 341 3.77e-105 308 WP_132898842.1 MBI4773680.1 35.2 250 156 2 24 273 101 344 2.08e-38 136 WP_156773536.1 WP_156773536.1 100 88 0 0 1 88 1 88 2.77e-63 184 WP_110713006.1 WP_110713006.1 100 342 0 0 1 342 1 342 5.07e-245 664 OYV25858.1 OYV25858.1 100 175 0 0 1 175 1 175 4.64e-126 350 EHP6050825.1 EHP6050825.1 100 659 0 0 1 659 1 659 0.0 1349 EHP6050825.1 MBP3509218.1 33.4 428 265 7 226 652 127 535 3.54e-67 229 EHP6050825.1 MCK9987173.1 35.2 421 238 13 236 647 18 412 5.50e-59 207 EHP6050825.1 MBQ2777352.1 30.7 456 293 10 199 652 100 534 1.69e-52 189 EHP6050825.1 NQU26924.1 31.2 414 252 11 236 647 464 846 4.50e-49 183 EHP6050825.1 WP_080069963.1 32.2 149 79 6 8 142 10 150 1.30e-13 68.2 EHP6050825.1 OQC16336.1 27.5 160 97 6 323 477 452 597 1.72e-07 52.8 EHP6050825.1 WP_236939362.1 30.9 139 83 4 285 421 338 465 4.43e-06 48.1 KQN49849.1 KQN49849.1 100 327 0 0 1 327 1 327 2.32e-222 606 KQN49849.1 WP_279008479.1 33.2 289 191 2 15 301 19 307 1.90e-44 152 KQN49849.1 CDX26094.1 31.8 305 190 6 15 307 35 333 2.85e-32 121 KQN49849.1 WP_105447015.1 39.7 131 79 0 176 306 261 391 2.32e-19 86.3 KQN49849.1 WP_023828789.1 25.8 349 191 11 20 301 59 406 1.43e-12 66.2 WP_233355236.1 WP_233355236.1 100 396 0 0 1 396 1 396 6.58e-282 762 MCI0743675.1 MCI0743675.1 100 83 0 0 1 83 1 83 2.10e-58 171 NXJ71029.1 NXJ71029.1 100 443 0 0 1 443 1 443 0.0 863 NXJ71029.1 XP_039638319.1 26.6 365 230 10 57 417 109 439 8.77e-24 101 NXJ71029.1 XP_030131005.3 30.7 212 118 8 75 285 188 371 2.67e-14 73.2 EHL4743850.1 EHL4743850.1 100 588 0 0 1 588 1 588 0.0 1183 WP_210022830.1 WP_210022830.1 100 152 0 0 1 152 1 152 1.56e-106 298 MBY0286260.1 MBY0286260.1 100 418 0 0 1 418 1 418 2.86e-294 795 MBY0286260.1 WP_098923619.1 30.5 430 270 12 1 416 1 415 2.02e-34 130 MBY0286260.1 WP_262612393.1 22.9 450 280 11 1 414 1 419 3.81e-12 65.9 WP_145485057.1 WP_145485057.1 100 330 0 0 1 330 1 330 9.32e-235 637 WP_238589724.1 WP_238589724.1 100 69 0 0 1 69 1 69 3.02e-36 114 EAL1671435.1 EAL1671435.1 100 402 0 0 1 402 1 402 9.30e-301 810 EAL1671435.1 PJQ02245.1 69.4 408 119 3 1 402 243 650 3.27e-196 555 EAL1671435.1 EJA9392162.1 72.5 233 62 1 1 231 35 267 3.00e-119 345 EAL1671435.1 EJO8252676.1 89.7 117 12 0 230 346 1 117 1.36e-65 203 EAL1671435.1 EFS8130303.1 39.9 238 135 4 1 237 234 464 8.70e-43 154 EAL1671435.1 ECP6736894.1 38.9 113 64 2 1 113 234 341 5.55e-18 82.8 EAL1671435.1 WP_181244664.1 30.5 141 90 2 1 141 199 331 5.79e-08 52.4 KKT74736.1 KKT74736.1 100 92 0 0 1 92 1 92 5.92e-60 176 WP_143397677.1 WP_143397677.1 100 311 0 0 1 311 1 311 4.73e-223 606 WP_189806213.1 WP_189806213.1 100 215 0 0 1 215 1 215 2.82e-167 457 EYU25844.1 EYU25844.1 100 239 0 0 1 239 1 239 1.68e-180 493 WP_086268031.1 WP_086268031.1 100 437 0 0 1 437 1 437 1.01e-299 811 KAI0064471.1 KAI0064471.1 100 516 0 0 1 516 1 516 0.0 1004 KAI0064471.1 EJG1264510.1 29.6 450 294 10 32 480 7 434 2.26e-55 190 ROP28277.1 ROP28277.1 100 40 0 0 1 40 1 40 7.57e-18 66.2 RVD87240.1 RVD87240.1 100 209 0 0 1 209 1 209 1.95e-121 341 MBJ14675.1 MBJ14675.1 100 230 0 0 1 230 1 230 1.89e-168 461 PSX20495.1 PSX20495.1 100 82 0 0 1 82 1 82 6.62e-48 145 ACE88666.1 ACE88666.1 100 146 0 0 1 146 1 146 3.74e-102 287 ACE88666.1 AAX94106.1 84.9 146 22 0 1 146 50 195 4.46e-84 251 ACE88666.1 AVM35379.1 85.7 140 20 0 1 140 75 214 2.39e-81 237 ACE88666.1 ADW49125.1 83.6 140 23 0 1 140 72 211 6.19e-81 236 ACE88666.1 AFA24308.1 83.6 140 23 0 1 140 73 212 1.05e-79 233 ACE88666.1 AFA09475.1 82.9 140 24 0 1 140 66 205 1.19e-79 232 ACE88666.1 AHK62764.1 78.1 146 32 0 1 146 76 221 6.66e-78 228 ACE88666.1 ADJ35581.1 80.7 140 27 0 1 140 81 220 1.84e-77 227 ACE88666.1 QUQ06080.1 82.1 140 25 0 1 140 80 219 5.10e-77 226 ACE88666.1 AWS34156.1 77.9 140 31 0 1 140 80 219 1.03e-76 225 HCL05707.1 HCL05707.1 100 401 0 0 1 401 1 401 8.24e-299 805 DAK63787.1 DAK63787.1 100 343 0 0 1 343 1 343 2.23e-244 663 WP_061158136.1 WP_061158136.1 100 375 0 0 1 375 1 375 9.22e-276 745 WP_013768652.1 WP_013768652.1 100 513 0 0 1 513 1 513 0.0 1067 WP_013768652.1 WP_185218257.1 24.9 519 237 22 12 477 8 426 1.04e-27 114 WP_013768652.1 MCP4788584.1 20.0 469 256 9 36 478 26 401 2.25e-23 101 WP_013768652.1 WP_277858638.1 25.7 393 220 17 36 401 31 378 7.21e-17 81.6 WP_265593313.1 WP_265593313.1 100 573 0 0 1 573 1 573 0.0 1145 WP_265593313.1 HIM51057.1 42.9 403 221 5 175 573 485 882 2.33e-101 325 XP_010298897.1 XP_010298897.1 100 169 0 0 1 169 1 169 5.93e-126 349 WP_029317544.1 WP_029317544.1 100 461 0 0 1 461 1 461 0.0 876 WP_029317544.1 WP_219954954.1 28.7 436 289 7 7 433 9 431 3.34e-46 164 WP_029317544.1 MBE6713534.1 27.2 397 280 4 1 394 1 391 1.82e-42 154 WP_029317544.1 WP_101606078.1 31.2 391 233 8 13 394 14 377 7.55e-42 152 WP_029317544.1 WP_023955328.1 29.4 350 236 4 1 346 1 343 1.04e-38 142 WP_029317544.1 MCF6289355.1 33.7 249 159 3 183 429 33 277 7.47e-38 137 WP_029317544.1 WP_206698867.1 24.6 419 289 9 17 432 13 407 9.15e-38 140 TXH38262.1 TXH38262.1 100 232 0 0 1 232 1 232 2.72e-153 423 TXH38262.1 CAH2899959.1 52.4 229 104 2 1 228 48 272 3.91e-67 206 DAM16636.1 DAM16636.1 100 164 0 0 1 164 1 164 2.85e-117 327 XP_048545356.1 XP_048545356.1 100 452 0 0 1 452 1 452 1.35e-247 680 WP_208042111.1 WP_208042111.1 100 313 0 0 1 313 1 313 8.08e-200 548 WP_208042111.1 MBE7554905.1 29.4 333 211 5 3 311 3 335 6.94e-37 133 WP_208042111.1 WP_149656427.1 31.2 327 207 7 1 312 1 324 2.29e-31 118 WP_208042111.1 MBB3097508.1 27.1 292 204 4 24 313 13 297 1.38e-28 110 WP_208042111.1 WP_047721562.1 25.7 331 219 5 8 311 7 337 1.00e-26 105 WP_026632538.1 WP_026632538.1 100 83 0 0 1 83 1 83 3.75e-61 178 WP_054285415.1 WP_054285415.1 100 123 0 0 1 123 1 123 1.11e-92 261 WP_280506832.1 WP_280506832.1 100 212 0 0 1 212 1 212 4.64e-151 416 XP_037697134.1 XP_037697134.1 100 1138 0 0 1 1138 1 1138 0.0 2157 XP_037697134.1 XP_011782004.1 72.1 1117 299 9 1 1110 1 1111 0.0 1418 WP_190630613.1 WP_190630613.1 100 210 0 0 1 210 1 210 1.62e-150 414 WP_190630613.1 NJE80740.1 39.5 205 121 2 3 207 4 205 1.30e-40 135 WP_190630613.1 WP_150146969.1 31.0 203 119 7 6 204 3 188 2.71e-21 85.5 WP_190630613.1 GBE22655.1 30.7 114 72 4 3 112 8 118 8.60e-04 37.4 MCH1948979.1 MCH1948979.1 100 301 0 0 1 301 1 301 4.67e-142 400 WP_006198916.1 WP_006198916.1 100 223 0 0 1 223 1 223 7.07e-156 429 WP_006198916.1 WP_070306574.1 22.3 188 132 3 25 212 14 187 1.05e-07 48.9 MBX7161768.1 MBX7161768.1 100 472 0 0 1 472 1 472 0.0 930 CAA2935380.1 CAA2935380.1 100 132 0 0 1 132 1 132 5.12e-100 280 MCL2712337.1 MCL2712337.1 100 72 0 0 1 72 1 72 3.30e-39 122 MCL2712337.1 YP_009252784.1 37.9 66 37 1 10 71 11 76 7.32e-04 33.1 PPU99279.1 PPU99279.1 100 471 0 0 1 471 1 471 0.0 938 PPU99279.1 WP_070714099.1 45.6 472 236 8 5 470 2 458 1.14e-127 377 PPU99279.1 MBB3008158.1 44.1 458 220 11 29 471 10 446 9.69e-109 328 PPU99279.1 WP_215493005.1 37.2 500 271 11 1 468 1 489 2.38e-93 290 PPU99279.1 WP_081224968.1 23.9 113 86 0 216 328 541 653 2.42e-04 42.0 MBF6594441.1 MBF6594441.1 100 1117 0 0 1 1117 1 1117 0.0 2186 MBT3583534.1 MBT3583534.1 100 455 0 0 1 455 1 455 6.95e-307 830 MBT3583534.1 HCF4435603.1 29.3 335 195 11 51 352 217 542 3.19e-28 116 WP_020547001.1 WP_020547001.1 100 301 0 0 1 301 1 301 6.88e-211 575 WP_020547001.1 WP_152046331.1 33.8 281 175 6 24 301 19 291 6.66e-31 115 WP_020547001.1 MCI7704736.1 28.5 284 193 6 19 299 15 291 5.15e-27 105 WP_020547001.1 WP_184130797.1 30.9 230 149 5 76 299 148 373 1.16e-24 100 WP_020547001.1 WP_054146239.1 27.9 287 172 7 35 299 36 309 6.50e-15 72.4 ECG5012903.1 ECG5012903.1 100 206 0 0 1 206 1 206 2.20e-137 381 ECG5012903.1 MCI6733811.1 43.4 212 83 10 21 206 43 243 8.95e-30 112 HBA6816094.1 HBA6816094.1 100 60 0 0 1 60 1 60 5.67e-37 115 CAH3167921.1 CAH3167921.1 100 451 0 0 1 451 1 451 6.20e-308 833 WP_209090305.1 WP_209090305.1 100 331 0 0 1 331 1 331 4.28e-236 641 WP_209090305.1 WP_137202811.1 26.6 203 124 9 3 199 911 1094 1.84e-09 57.4 WP_209090305.1 XP_034264344.1 33.3 105 59 5 10 105 66 168 6.28e-08 52.0 WP_270310942.1 WP_270310942.1 100 251 0 0 1 251 1 251 4.12e-187 510 WP_247424115.1 WP_247424115.1 100 258 0 0 1 258 1 258 1.69e-169 466 WP_247424115.1 MCA1360809.1 56.7 238 88 3 17 247 44 273 8.83e-74 225 WP_247424115.1 NLD53371.1 55.3 76 34 0 147 222 98 173 4.62e-17 76.3 WP_247424115.1 WP_193275955.1 39.3 89 52 1 134 220 325 413 3.55e-08 52.0 WP_247424115.1 MBU2178615.1 36.5 85 52 1 135 217 190 274 2.94e-06 45.8 XP_055749319.1 XP_055749319.1 100 483 0 0 1 483 1 483 0.0 965 XP_055749319.1 XP_028567154.1 38.4 284 160 4 198 472 113 390 2.59e-55 197 WP_130410090.1 WP_130410090.1 100 65 0 0 1 65 1 65 8.87e-09 45.1 CAC9485003.1 CAC9485003.1 100 159 0 0 1 159 1 159 1.04e-112 315 RYG63745.1 RYG63745.1 100 70 0 0 1 70 1 70 1.12e-45 138 KAH6611424.1 KAH6611424.1 100 984 0 0 1 984 1 984 0.0 1894 KAH6611424.1 WP_050210146.1 21.9 594 308 13 373 966 575 1011 4.61e-31 130 KAH6611424.1 MCA1930442.1 44.4 126 67 2 832 957 122 244 1.72e-23 99.8 KAH6611424.1 XP_008942036.1 26.4 277 170 8 722 981 1435 1694 2.69e-15 79.3 KAH6611424.1 XP_046907253.1 33.3 45 30 0 730 774 10 54 3.13e-04 42.7 WP_055029966.1 WP_055029966.1 100 379 0 0 1 379 1 379 1.61e-262 712 WP_055029966.1 WP_234002326.1 33.9 378 211 5 3 379 23 362 8.95e-51 172 WP_055029966.1 WP_188888464.1 40.0 110 63 2 1 109 1 108 2.04e-17 79.0 WP_055029966.1 EDN57974.1 28.0 168 106 7 4 161 777 939 1.18e-06 48.9 WP_055029966.1 WP_138482356.1 36.8 87 50 3 4 87 672 756 8.02e-06 46.2 WP_055029966.1 XP_001454078.1 28.4 109 69 3 5 106 508 614 4.80e-04 40.4 WP_132124768.1 WP_132124768.1 100 249 0 0 1 249 1 249 7.58e-173 474 WP_132124768.1 MBJ7292067.1 34.3 201 122 4 2 196 7 203 2.66e-23 93.6 HBP5649656.1 HBP5649656.1 100 568 0 0 1 568 1 568 0.0 974 HBP5649656.1 WP_104456122.1 41.5 299 173 2 241 538 195 492 1.10e-41 155 HBP5649656.1 WP_186556299.1 51.1 180 88 0 373 552 326 505 1.92e-38 146 HBP5649656.1 WP_128786583.1 42.6 303 171 2 235 535 296 597 1.62e-33 133 MBV8815235.1 MBV8815235.1 100 333 0 0 1 333 1 333 9.40e-241 653 MBV8815235.1 MBG4284514.1 35.6 354 171 10 2 324 5 332 5.82e-49 165 WP_132670557.1 WP_132670557.1 100 374 0 0 1 374 1 374 8.37e-235 641 EEZ61636.1 EEZ61636.1 100 167 0 0 1 167 1 167 2.42e-115 322 EEZ61636.1 KPL24525.1 44.2 156 78 3 11 166 3 149 4.56e-34 115 WP_135991721.1 WP_135991721.1 100 452 0 0 1 452 1 452 3.40e-317 856 NLK90780.1 NLK90780.1 100 185 0 0 1 185 1 185 1.30e-121 339 NLK90780.1 NLV68328.1 48.3 180 93 0 4 183 4 183 2.12e-57 177 NLK90780.1 NLT72898.1 48.6 181 93 0 4 184 4 184 9.17e-54 167 NLK90780.1 MBD3769330.1 44.4 178 99 0 8 185 7 184 5.27e-45 145 MBF8281865.1 MBF8281865.1 100 485 0 0 1 485 1 485 0.0 915 CAB1434041.1 CAB1434041.1 100 732 0 0 1 732 1 732 0.0 1339 WP_012506875.1 WP_012506875.1 100 206 0 0 1 206 1 206 3.42e-150 413 WP_012506875.1 MCB1857105.1 52.7 184 79 4 15 197 11 187 9.20e-52 164 HCE5956952.1 HCE5956952.1 100 262 0 0 1 262 1 262 6.43e-176 483 WP_120259880.1 WP_120259880.1 100 534 0 0 1 534 1 534 0.0 1099 WP_100671858.1 WP_100671858.1 100 195 0 0 1 195 1 195 8.81e-143 394 WP_100671858.1 WP_238126428.1 54.6 194 86 1 1 194 1 192 2.14e-70 211 CAB4041173.1 CAB4041173.1 100 499 0 0 1 499 1 499 0.0 999 WP_110035452.1 WP_110035452.1 100 238 0 0 1 238 1 238 2.02e-167 459 WP_110035452.1 WP_010443651.1 39.7 234 134 2 6 232 2 235 1.83e-56 178 WP_110035452.1 WP_042650033.1 37.9 240 137 2 7 234 8 247 1.22e-44 148 WP_110035452.1 WP_108024271.1 36.1 238 138 5 10 233 11 248 5.43e-40 136 WP_110035452.1 WP_273849839.1 34.5 261 140 9 1 234 1 257 5.53e-34 121 WP_110035452.1 WP_060347438.1 32.1 252 148 6 1 233 1 248 1.98e-30 112 WP_110035452.1 WP_281054160.1 27.8 245 161 4 3 233 7 249 1.17e-24 96.7 WP_110035452.1 WP_077093245.1 32.5 191 109 4 7 177 9 199 1.55e-19 84.0 WP_110035452.1 WP_262401812.1 33.8 157 98 4 79 233 3 155 1.47e-17 75.5 WP_110035452.1 WP_057651690.1 28.4 243 154 6 10 236 54 292 8.26e-15 70.5 WP_196114185.1 WP_196114185.1 100 337 0 0 1 337 1 337 1.46e-246 668 WP_196114185.1 WP_074911472.1 32.0 122 79 3 1 120 1047 1166 3.53e-12 65.9 WP_196114185.1 HBG17616.1 27.3 154 97 3 9 159 6 147 1.09e-11 63.9 WP_196114185.1 WP_101794136.1 32.7 101 67 1 9 109 26 125 3.09e-11 61.2 WP_196114185.1 PYP94120.1 32.8 116 77 1 9 124 2 116 3.12e-11 60.8 WP_196114185.1 WP_278449211.1 32.7 107 70 1 7 111 5 111 3.15e-09 56.2 WP_196114185.1 MCL7714424.1 28.8 104 72 1 8 109 3 106 9.93e-08 50.4 WP_196114185.1 WP_111457087.1 32.1 84 54 3 6 87 139 221 1.05e-04 41.6 WP_196114185.1 WP_086504813.1 28.6 84 58 2 8 89 638 721 7.21e-04 39.7 XP_045323097.1 XP_045323097.1 100 691 0 0 1 691 1 691 0.0 1391 XP_045323097.1 XP_049486383.1 23.4 351 224 12 259 591 802 1125 1.05e-08 57.0 MBO5545990.1 MBO5545990.1 100 185 0 0 1 185 1 185 4.60e-140 386 WP_140643433.1 WP_140643433.1 100 293 0 0 1 293 1 293 7.05e-200 546 WP_140643433.1 WP_230340254.1 33.7 270 178 1 21 290 15 283 5.87e-40 139 WP_140643433.1 HCI22783.1 28.6 213 147 3 6 215 7 217 1.90e-17 79.0 KVQ00241.1 KVQ00241.1 100 278 0 0 1 278 1 278 1.69e-204 556 KVQ00241.1 WP_228938141.1 29.4 269 172 8 10 271 12 269 1.01e-19 84.7 PSB50277.1 PSB50277.1 100 475 0 0 1 475 1 475 0.0 904 TKA61426.1 TKA61426.1 100 400 0 0 1 400 1 400 3.10e-298 804 WP_018046034.1 WP_018046034.1 100 563 0 0 1 563 1 563 0.0 1088 WP_199519257.1 WP_199519257.1 100 135 0 0 1 135 1 135 2.83e-94 266 QEA04360.1 QEA04360.1 100 148 0 0 1 148 1 148 5.50e-105 294 EJB4327760.1 EJB4327760.1 100 452 0 0 1 452 1 452 0.0 900 WP_243386166.1 WP_243386166.1 100 312 0 0 1 312 1 312 1.03e-222 605 WP_196434573.1 WP_196434573.1 100 365 0 0 1 365 1 365 1.69e-266 721 WP_196434573.1 MCB9044857.1 27.0 189 126 5 149 333 195 375 1.08e-11 63.9 MBR4407160.1 MBR4407160.1 100 248 0 0 1 248 1 248 6.45e-169 464 RMO53691.1 RMO53691.1 100 229 0 0 1 229 1 229 2.19e-162 446 SPO69561.1 SPO69561.1 100 214 0 0 1 214 1 214 4.83e-154 424 MBR0373962.1 MBR0373962.1 100 228 0 0 1 228 1 228 2.81e-178 486 WP_076595086.1 WP_076595086.1 100 471 0 0 1 471 1 471 0.0 894 WP_076595086.1 WP_279840346.1 26.8 470 323 6 15 471 12 473 6.97e-46 164 WP_076595086.1 WP_224791962.1 25.8 466 326 6 17 469 13 471 4.24e-43 157 WP_076595086.1 MBI4806480.1 25.0 460 333 6 19 469 15 471 2.09e-40 149 WP_076595086.1 WP_094840069.1 23.3 503 340 7 14 471 6 507 5.04e-32 126 WP_076595086.1 WP_283557067.1 22.5 493 326 9 1 471 1 459 3.20e-22 97.4 WP_076595086.1 WP_091131895.1 21.4 415 292 9 70 467 35 432 2.45e-08 54.3 WP_267897383.1 WP_267897383.1 100 43 0 0 1 43 1 43 1.54e-27 90.9 EDK41087.2 EDK41087.2 100 535 0 0 1 535 1 535 0.0 1054 WP_212217181.1 WP_212217181.1 100 417 0 0 1 417 1 417 8.77e-309 832 WP_245128022.1 WP_245128022.1 100 384 0 0 1 384 1 384 1.89e-284 768 MBR4270493.1 MBR4270493.1 100 109 0 0 1 109 1 109 2.89e-77 221 WP_150516775.1 WP_150516775.1 100 181 0 0 1 181 1 181 1.01e-107 304 ADP83890.1 ADP83890.1 100 563 0 0 1 563 1 563 0.0 1020 ADP83890.1 WP_144320971.1 35.9 365 186 11 145 506 198 517 4.06e-35 137 ADP83890.1 WP_259858510.1 32.9 301 148 8 197 490 173 426 2.33e-28 116 ADP83890.1 WP_274755179.1 36.3 251 141 6 262 508 183 418 7.83e-28 114 ADP83890.1 WP_257504872.1 35.5 282 142 10 259 506 250 525 3.05e-26 110 ADP83890.1 WP_076194242.1 33.3 255 151 8 264 507 216 462 9.29e-23 99.8 ADP83890.1 WP_129857883.1 28.1 263 147 7 262 511 178 411 5.19e-14 72.4 ADP83890.1 WP_088644037.1 27.7 271 164 7 261 515 184 438 9.17e-10 59.3 ADP83890.1 MBP9767803.1 25.7 230 137 7 265 481 193 401 1.40e-09 58.5 ADP83890.1 WP_200037957.1 24.9 237 151 6 290 512 1023 1246 4.20e-06 48.1 WP_274975805.1 WP_274975805.1 100 234 0 0 1 234 1 234 2.67e-170 466 EFB0579454.1 EFB0579454.1 100 572 0 0 1 572 1 572 0.0 979 EFB0579454.1 ECB3502766.1 85.8 219 31 0 1 219 1 219 3.24e-116 342 XP_006359699.1 XP_006359699.1 100 403 0 0 1 403 1 403 3.17e-288 779 EAX5650801.1 EAX5650801.1 100 238 0 0 1 238 1 238 3.67e-179 489 EIQ3832535.1 EIQ3832535.1 100 246 0 0 1 246 1 246 1.43e-180 493 MBK7823216.1 MBK7823216.1 100 188 0 0 1 188 1 188 1.94e-138 382 MBQ7086969.1 MBQ7086969.1 100 195 0 0 1 195 1 195 3.05e-134 372 MBQ7086969.1 MBO5118622.1 39.3 183 99 6 8 187 5 178 5.40e-27 99.8 MBQ7086969.1 MBQ7329863.1 32.4 182 119 2 12 192 7 185 1.52e-23 90.9 MBQ7086969.1 WP_283953184.1 28.8 177 118 5 12 188 12 180 8.13e-14 65.1 RZC84346.1 RZC84346.1 100 394 0 0 1 394 1 394 3.33e-274 743 WP_188402311.1 WP_188402311.1 100 122 0 0 1 122 1 122 2.16e-85 243 EDN57974.1 EDN57974.1 100 1059 0 0 1 1059 1 1059 0.0 1949 EDN57974.1 KFX48203.1 33.6 562 310 13 398 919 687 1225 1.45e-70 255 EDN57974.1 MCH5250214.1 33.6 500 313 7 400 893 189 675 2.19e-64 233 EDN57974.1 TAL20232.1 29.7 501 228 7 398 895 228 607 1.51e-53 196 EDN57974.1 WP_007356512.1 28.7 522 226 10 399 899 743 1138 1.15e-47 184 EDN57974.1 WP_261733022.1 29.3 502 224 8 398 895 254 628 3.05e-47 180 EDN57974.1 WP_138482356.1 25.8 508 250 7 398 904 412 793 1.23e-45 176 EDN57974.1 HAS8246497.1 41.3 230 133 3 398 626 480 705 4.18e-45 175 EDN57974.1 PSQ73325.1 36.4 247 143 6 399 637 611 851 6.20e-36 145 EDN57974.1 WP_076194242.1 35.0 226 139 5 403 626 239 458 5.22e-32 129 MCL4851158.1 MCL4851158.1 100 210 0 0 1 210 1 210 2.60e-156 429 MCL4851158.1 WP_115313274.1 36.1 208 123 5 6 209 6 207 1.89e-34 120 MCL4851158.1 MSX26960.1 30.9 223 137 4 1 208 1 221 6.83e-30 108 MBE7487601.1 MBE7487601.1 100 151 0 0 1 151 1 151 6.65e-112 312 WP_126022479.1 WP_126022479.1 100 127 0 0 1 127 1 127 2.21e-94 266 KAG2346037.1 KAG2346037.1 100 270 0 0 1 270 1 270 3.61e-186 509 KAG2346037.1 MXY99086.1 37.9 243 143 3 24 266 1 235 4.09e-35 124 KAG2346037.1 WP_108024271.1 36.7 256 142 6 15 266 9 248 2.92e-34 122 KAG2346037.1 MBG6287041.1 35.2 253 146 4 14 266 17 251 1.27e-32 118 KAG2346037.1 MBU5424338.1 35.0 260 145 5 13 266 12 253 1.07e-31 116 KAG2346037.1 WP_138597401.1 31.9 254 157 4 14 266 4 242 4.42e-31 114 KAG2346037.1 XP_007206475.1 31.1 254 159 7 16 266 20 260 1.26e-21 89.7 KAG2346037.1 WP_183882442.1 29.4 187 129 2 16 202 9 192 1.87e-20 85.9 KAG2346037.1 MBQ9647935.1 28.0 264 159 12 17 266 11 257 1.09e-12 64.7 KAG2346037.1 WP_204942955.1 28.8 198 129 4 14 208 7 195 1.81e-09 55.5 MBK6770753.1 MBK6770753.1 100 300 0 0 1 300 1 300 1.29e-210 574 MBK6770753.1 MBK8382708.1 50.0 108 47 2 200 300 151 258 2.58e-26 102 WP_064754910.1 WP_064754910.1 100 394 0 0 1 394 1 394 2.79e-282 763 WP_281507500.1 WP_281507500.1 100 970 0 0 1 970 1 970 0.0 1832 WP_281507500.1 WP_262406623.1 60.7 834 319 4 1 828 1 831 0.0 969 WP_281507500.1 MBT5488157.1 46.5 523 261 5 302 823 1 505 1.84e-141 433 WP_061278828.1 WP_061278828.1 100 1406 0 0 1 1406 1 1406 0.0 2732 WP_061278828.1 WP_261665820.1 48.3 1419 635 15 6 1382 16 1378 0.0 1238 WP_061278828.1 BBG20955.1 45.8 1492 681 17 6 1374 1395 2881 0.0 1199 PUZ48934.1 PUZ48934.1 100 184 0 0 1 184 1 184 1.22e-130 362 PUZ48934.1 KAG7553039.1 42.2 45 26 0 30 74 176 220 6.26e-04 37.7 WP_036471418.1 WP_036471418.1 100 430 0 0 1 430 1 430 0.0 865 WP_036471418.1 WP_007427566.1 54.2 432 195 2 1 430 1 431 4.24e-164 467 MBK9356005.1 MBK9356005.1 100 308 0 0 1 308 1 308 1.44e-211 577 NOR15507.1 NOR15507.1 100 67 0 0 1 67 1 67 6.59e-48 144 UMF87224.1 UMF87224.1 100 7092 0 0 1 7092 1 7092 0.0 14203 UMF87224.1 QVD87869.1 99.5 7093 37 1 1 7092 1 7093 0.0 14130 UMF87224.1 WEU87158.1 99.5 7096 35 2 1 7092 1 7096 0.0 14126 UMF87224.1 UIR12670.1 99.3 7092 52 0 1 7092 1 7092 0.0 14089 UMF87224.1 UPA83906.1 99.0 7092 69 0 1 7092 1 7092 0.0 14048 UMF87224.1 UKN67998.1 98.1 7072 131 0 21 7092 1 7072 0.0 13859 UMF87224.1 UJT06733.1 96.1 7092 274 0 1 7092 1 7092 0.0 13540 UMF87224.1 ULA23837.2 99.4 4397 26 0 1 4397 1 4397 0.0 8626 UMF87224.1 UXH94526.1 99.4 4397 27 0 1 4397 1 4397 0.0 8622 UMF87224.1 UKU68032.1 99.1 4397 40 0 1 4397 1 4397 0.0 8594 MCK4600250.1 MCK4600250.1 100 138 0 0 1 138 1 138 3.03e-95 269 HCE70276.1 HCE70276.1 100 176 0 0 1 176 1 176 1.68e-124 346 HCE70276.1 AMS43029.1 61.2 178 67 1 1 176 65 242 3.37e-67 206 WP_062723913.1 WP_062723913.1 100 308 0 0 1 308 1 308 1.48e-229 622 WP_062723913.1 WP_004660460.1 28.8 118 67 3 61 166 49 161 1.27e-04 41.6 MBQ7943218.1 MBQ7943218.1 100 241 0 0 1 241 1 241 7.60e-169 463 WP_140264131.1 WP_140264131.1 100 207 0 0 1 207 1 207 8.08e-154 422 WP_140264131.1 WP_102576363.1 43.8 201 112 1 1 201 1 200 1.41e-55 174 WP_003333677.1 WP_003333677.1 100 552 0 0 1 552 1 552 0.0 1122 WP_003333677.1 WP_232306300.1 27.4 146 101 2 138 282 1228 1369 1.36e-06 49.7 WP_003333677.1 RUM56169.1 26.4 87 63 1 181 267 165 250 4.67e-05 43.5 WP_170365402.1 WP_170365402.1 100 247 0 0 1 247 1 247 5.63e-183 499 WP_170365402.1 MBW6524271.1 32.3 186 124 2 32 216 29 213 3.91e-28 105 WP_248214628.1 WP_248214628.1 100 93 0 0 1 93 1 93 1.68e-64 187 ENN81602.1 ENN81602.1 100 803 0 0 1 803 1 803 0.0 1580 WP_175863615.1 WP_175863615.1 100 67 0 0 1 67 1 67 3.26e-48 144 NOU36639.1 NOU36639.1 100 547 0 0 1 547 1 547 0.0 1139 NOU36639.1 WP_145031602.1 58.5 549 220 4 3 545 13 559 2.37e-236 660 NOU36639.1 XP_045807497.1 47.5 535 259 8 21 545 259 781 1.12e-156 465 KAJ5463595.1 KAJ5463595.1 100 580 0 0 1 580 1 580 0.0 1176 MBZ0263796.1 MBZ0263796.1 100 63 0 0 1 63 1 63 5.94e-38 118 XP_047491136.1 XP_047491136.1 100 1071 0 0 1 1071 1 1071 0.0 1500 MBN1882318.1 MBN1882318.1 100 189 0 0 1 189 1 189 2.09e-138 382 MBN1882318.1 WP_028779961.1 36.1 108 64 1 48 155 39 141 6.64e-21 83.2 MBN1882318.1 MCB0773217.1 32.1 165 94 6 2 155 9 166 7.16e-15 67.8 MBN1882318.1 WP_229055514.1 25.0 104 75 1 54 154 31 134 1.16e-09 53.1 MCP3920706.1 MCP3920706.1 100 573 0 0 1 573 1 573 0.0 1130 WP_159463829.1 WP_159463829.1 100 590 0 0 1 590 1 590 0.0 1090 WP_159463829.1 WP_256546297.1 39.4 254 132 5 355 587 21 273 2.32e-36 135 WP_159463829.1 MBR7834804.1 39.2 240 132 3 355 584 15 250 2.80e-31 120 WP_159463829.1 WP_276362074.1 33.3 249 142 4 361 587 8 254 8.29e-28 110 WP_159463829.1 WP_247429569.1 34.0 250 146 4 351 584 10 256 8.86e-28 110 WP_159463829.1 WP_076409454.1 29.1 244 154 6 358 589 5 241 3.09e-23 99.8 WP_159463829.1 WP_176354145.1 28.6 227 152 3 358 577 6 229 4.71e-21 93.6 WP_159463829.1 MBU5353226.1 25.0 244 155 6 358 576 5 245 2.90e-12 66.2 WP_159463829.1 HBO4828144.1 27.1 210 145 4 363 565 16 224 5.65e-11 62.0 WP_159463829.1 WP_281034490.1 30.0 60 40 1 527 584 2 61 1.93e-06 46.6 WP_026750608.1 WP_026750608.1 100 84 0 0 1 84 1 84 6.24e-56 165 EER8306359.1 EER8306359.1 100 299 0 0 1 299 1 299 3.22e-224 608 EER8306359.1 EFL3122059.1 75.3 85 21 0 215 299 1 85 2.34e-37 133 EER8306359.1 EFI7849450.1 98.3 60 1 0 240 299 1 60 9.41e-36 125 EER8306359.1 EIH4263652.1 77.9 77 17 0 223 299 1 77 8.27e-34 128 EER8306359.1 EFL5817307.1 83.3 30 5 0 270 299 1 30 1.73e-09 56.6 WP_004619799.1 WP_004619799.1 100 400 0 0 1 400 1 400 1.74e-279 756 WP_004619799.1 MCP1651746.1 70.6 398 115 2 5 400 7 404 8.92e-188 525 WP_004619799.1 WP_074825075.1 48.5 396 193 6 7 400 6 392 1.62e-102 307 WP_004619799.1 EDH4057100.1 43.2 405 204 8 3 400 2 387 1.46e-81 253 WP_004619799.1 WP_078429679.1 41.4 394 221 6 7 398 6 391 1.33e-80 251 WP_004619799.1 WP_277084622.1 48.8 320 150 6 87 399 1 313 7.40e-78 241 WP_004619799.1 MBA2536487.1 39.7 395 217 7 7 398 6 382 4.39e-69 221 WP_004619799.1 GAN03156.1 37.7 401 222 10 7 399 31 411 2.87e-63 207 WP_004619799.1 WP_083141943.1 37.4 401 225 6 7 400 6 387 5.88e-63 205 WP_004619799.1 XP_040685867.1 36.5 395 219 10 11 394 41 414 3.86e-57 191 WP_184698676.1 WP_184698676.1 100 771 0 0 1 771 1 771 0.0 1586 WP_184698676.1 EJH9475741.1 39.3 779 437 16 8 766 13 775 8.88e-171 509 WP_184698676.1 WP_220281278.1 30.2 715 432 20 72 750 129 812 7.54e-81 274 WP_184698676.1 HCH8663031.1 29.4 789 446 27 17 750 75 807 1.09e-75 259 WP_184698676.1 HAL7851047.1 29.6 662 396 20 126 750 17 645 3.87e-67 233 WP_010502862.1 WP_010502862.1 100 177 0 0 1 177 1 177 2.20e-125 348 MBR2359580.1 MBR2359580.1 100 103 0 0 1 103 1 103 4.75e-71 205 MBR2359580.1 WP_085004337.1 36.8 57 22 1 21 77 24 66 1.14e-04 36.6 WP_055449466.1 WP_055449466.1 100 98 0 0 1 98 1 98 6.37e-67 209 WP_136955567.1 WP_136955567.1 100 330 0 0 1 330 1 330 4.43e-233 633 WP_069367753.1 WP_069367753.1 100 278 0 0 1 278 1 278 1.39e-203 554 WP_110307043.1 WP_110307043.1 100 126 0 0 1 126 1 126 3.15e-89 253 WP_100173513.1 WP_100173513.1 100 100 0 0 1 100 1 100 1.75e-67 196 WP_120370033.1 WP_120370033.1 100 275 0 0 1 275 1 275 1.80e-193 528 MCE9577072.1 MCE9577072.1 100 327 0 0 1 327 1 327 6.22e-227 617 MBL4744408.1 MBL4744408.1 100 1044 0 0 1 1044 1 1044 0.0 1972 MBL4744408.1 WP_110366458.1 30.7 1057 696 12 1 1044 1 1039 3.45e-173 544 MBL4744408.1 WP_265225845.1 24.1 1081 730 23 5 1031 3 1050 8.73e-64 233 MBL4744408.1 WP_039608285.1 21.8 1031 763 14 9 1031 7 1002 5.38e-62 228 MBL4744408.1 WP_096647361.1 23.9 1064 728 24 8 1031 8 1029 3.38e-60 222 MBL4744408.1 WP_133325549.1 22.5 1043 733 20 10 1031 8 997 1.58e-53 201 MBL4744408.1 TME45086.1 26.0 736 494 13 9 715 7 720 4.03e-52 194 NDD01017.1 NDD01017.1 100 306 0 0 1 306 1 306 4.42e-230 624 NDD01017.1 CAI2640540.1 28.5 316 186 12 2 293 42 341 5.32e-19 84.3 NDD01017.1 MCB0793211.1 32.4 136 79 5 106 234 192 321 3.84e-05 43.1 MBY0289623.1 MBY0289623.1 100 393 0 0 1 393 1 393 4.57e-276 747 MBY0289623.1 MCR5335843.1 39.0 354 204 5 9 354 8 357 1.20e-62 204 MBY0289623.1 WP_167324608.1 31.7 278 169 4 10 266 10 287 6.14e-35 132 MBY0289623.1 WP_224014827.1 29.8 362 210 13 20 347 16 367 5.09e-19 86.3 MBY0289623.1 WP_130670507.1 27.6 388 230 15 20 373 20 390 4.85e-16 77.4 WP_044453403.1 WP_044453403.1 100 314 0 0 1 314 1 314 1.60e-227 618 WP_044453403.1 WP_096722254.1 63.4 295 104 1 1 295 1 291 6.84e-134 380 WP_044453403.1 WP_029579419.1 35.7 305 179 8 1 297 1 296 1.37e-39 139 WP_044453403.1 WP_077690175.1 29.2 250 170 3 4 250 5 250 1.82e-22 94.0 WP_044453403.1 NED83450.1 27.6 301 202 6 1 295 3 293 5.16e-22 92.4 WP_044453403.1 WP_046600280.1 32.1 131 84 2 2 131 3 129 2.47e-12 64.7 WP_044453403.1 EIX9307167.1 32.0 169 106 4 1 168 11 171 3.74e-11 61.2 WP_044453403.1 WP_248721304.1 21.5 284 214 5 1 283 1 276 2.15e-10 58.9 WP_044453403.1 WP_200986363.1 25.5 161 115 2 1 160 1 157 7.81e-09 54.3 WP_044453403.1 WP_131914061.1 26.7 146 102 2 1 145 3 144 7.73e-08 51.2 PYX98855.1 PYX98855.1 100 58 0 0 1 58 1 58 9.98e-37 115 WP_253783299.1 WP_253783299.1 100 294 0 0 1 294 1 294 1.15e-210 573 WP_253783299.1 WP_274423713.1 37.5 272 160 5 15 285 17 279 1.31e-44 151 EFV9236312.1 EFV9236312.1 100 59 0 0 1 59 1 59 1.84e-37 117 MCF8210731.1 MCF8210731.1 100 290 0 0 1 290 1 290 8.77e-213 578 MCF8210731.1 WP_258825945.1 72.3 289 80 0 1 289 1 289 1.08e-158 442 WP_181110053.1 WP_181110053.1 100 512 0 0 1 512 1 512 0.0 953 WP_251376328.1 WP_251376328.1 100 199 0 0 1 199 1 199 1.99e-141 390 MBN1266236.1 MBN1266236.1 100 629 0 0 1 629 1 629 0.0 1085 WP_230078324.1 WP_230078324.1 100 235 0 0 1 235 1 235 1.74e-146 406 WP_029165724.1 WP_029165724.1 100 273 0 0 1 273 1 273 1.96e-196 536 WP_234523932.1 WP_234523932.1 100 155 0 0 1 155 1 155 7.67e-104 292 TKJ47549.1 TKJ47549.1 100 356 0 0 1 356 1 356 1.41e-249 677 KUK66960.1 KUK66960.1 100 414 0 0 1 414 1 414 1.51e-248 679 KUK66960.1 HBT3283900.1 27.8 212 147 2 171 376 202 413 4.69e-25 105 KUK66960.1 WP_279652328.1 28.8 208 138 4 171 368 212 419 1.11e-23 100 KAF2778654.1 KAF2778654.1 100 601 0 0 1 601 1 601 0.0 1239 MBL7183650.1 MBL7183650.1 100 507 0 0 1 507 1 507 0.0 916 OEL34993.1 OEL34993.1 100 315 0 0 1 315 1 315 2.61e-247 668 OEL34993.1 KAJ4828317.1 38.9 54 23 1 33 86 47 90 4.57e-04 39.7 KAG2288705.1 KAG2288705.1 100 67 0 0 1 67 1 67 2.42e-41 127 WP_196132500.1 WP_196132500.1 100 297 0 0 1 297 1 297 2.47e-236 639 MBY5764273.1 MBY5764273.1 100 341 0 0 1 341 1 341 8.91e-234 636 MBY5764273.1 HBG17616.1 40.8 76 45 0 244 319 437 512 1.12e-09 57.8 MBY5764273.1 WP_210212399.1 25.0 76 57 0 246 321 224 299 5.59e-05 42.7 MOP14804.1 MOP14804.1 100 20 0 0 1 20 1 20 2.66e-13 53.5 MCC6757021.1 MCC6757021.1 100 117 0 0 1 117 1 117 2.57e-86 244 GMA85510.1 GMA85510.1 100 333 0 0 1 333 1 333 9.66e-234 635 GMA85510.1 UYV38309.1 29.5 122 86 0 18 139 159 280 1.69e-10 59.3 OAN53756.1 OAN53756.1 100 259 0 0 1 259 1 259 3.25e-188 514 OAN53756.1 MXP43753.1 71.6 250 71 0 10 259 13 262 2.42e-131 370 OAN53756.1 WP_174822921.1 70.9 251 73 0 9 259 5 255 5.41e-131 369 OAN53756.1 MBC7326981.1 58.7 254 103 2 7 259 2 254 8.66e-104 300 OAN53756.1 WP_207918089.1 61.4 246 94 1 14 259 8 252 3.79e-102 296 OAN53756.1 WP_158791585.1 55.3 246 106 4 16 259 9 252 1.73e-88 261 OAN53756.1 WP_072380563.1 33.9 242 153 3 15 255 5 240 3.51e-39 135 OAN53756.1 MBP1876254.1 38.2 233 130 7 22 250 16 238 3.83e-33 122 OAN53756.1 GLY24463.1 31.0 242 153 8 22 254 19 255 4.88e-28 107 OAN53756.1 WP_084371009.1 24.6 224 152 5 12 233 3 211 6.08e-21 88.2 HHT66172.1 HHT66172.1 100 126 0 0 1 126 1 126 6.60e-82 234 KAI1051942.1 KAI1051942.1 100 908 0 0 1 908 1 908 0.0 1747 KAI1051942.1 MBE3049203.1 55.6 133 59 0 297 429 2 134 6.77e-44 153 KAI1051942.1 TVO55343.1 23.2 388 237 11 306 682 106 443 3.57e-17 84.0 WP_137202811.1 WP_137202811.1 100 1452 0 0 1 1452 1 1452 0.0 2898 WP_137202811.1 WP_200200480.1 31.0 394 240 9 1065 1448 464 835 3.13e-41 164 WP_137202811.1 MBA3614174.1 33.6 247 151 10 1177 1422 504 738 2.61e-28 122 WP_137202811.1 WP_209090305.1 26.6 203 124 9 911 1094 3 199 1.46e-09 59.7 MCP5262709.1 MCP5262709.1 100 325 0 0 1 325 1 325 1.74e-232 631 MCP5262709.1 GLY24463.1 45.8 321 172 2 1 320 4 323 5.23e-92 275 MCP5262709.1 WP_107894076.1 45.2 314 169 3 1 313 5 316 1.74e-90 271 MCP5262709.1 WP_131166802.1 49.7 302 150 2 1 300 5 306 2.47e-88 266 MCP5262709.1 WP_066083732.1 46.8 316 164 3 1 313 6 320 6.00e-88 265 MCP5262709.1 WP_192324556.1 49.3 272 131 3 1 265 13 284 4.46e-78 248 MCP5262709.1 WP_227059655.1 49.6 266 127 3 1 259 17 282 4.34e-74 238 MCP5262709.1 WP_098952357.1 40.7 329 178 6 1 320 3 323 2.18e-64 204 MCP5262709.1 MBU5353226.1 39.4 264 142 5 1 255 4 258 8.55e-54 177 MCP5262709.1 QCM13287.1 42.6 256 140 4 1 255 9 258 2.94e-53 174 MBA0617731.1 MBA0617731.1 100 146 0 0 1 146 1 146 1.72e-107 300 SOE69513.1 SOE69513.1 100 503 0 0 1 503 1 503 1.85e-273 750 SOE69513.1 EEP92076.1 25.7 373 228 10 115 481 95 424 7.89e-07 49.7 WP_125770870.1 WP_125770870.1 100 94 0 0 1 94 1 94 2.79e-59 174 OGD46026.1 OGD46026.1 100 524 0 0 1 524 1 524 0.0 1046 OGD46026.1 KAA0009614.1 27.0 237 159 5 220 453 143 368 2.20e-19 89.7 KAG1590416.1 KAG1590416.1 100 389 0 0 1 389 1 389 1.15e-292 789 KAG1590416.1 XP_048379117.1 43.8 304 166 3 75 373 252 555 1.46e-85 269 KAG1590416.1 RQM16216.1 41.6 303 170 4 69 366 392 692 3.23e-81 263 KAG1590416.1 XP_029528577.1 42.9 294 163 3 76 365 26 318 1.03e-80 250 KAG1590416.1 EYU24504.1 37.5 331 147 6 71 364 180 487 1.50e-65 217 KAG1590416.1 NXD84883.1 36.1 313 185 5 74 375 78 386 2.57e-63 210 KAG1590416.1 KAJ7903702.1 33.6 307 192 4 74 372 17 319 4.73e-62 204 KAG1590416.1 XP_046441060.1 36.1 252 157 4 69 317 50 300 9.52e-45 163 KAG1590416.1 XP_020321477.1 34.6 254 161 4 77 327 50 301 1.36e-44 162 KAG1590416.1 XP_030620685.1 36.0 267 148 7 80 333 96 352 1.00e-40 147 KAJ7170950.1 KAJ7170950.1 100 404 0 0 1 404 1 404 2.12e-282 764 VTD69375.1 VTD69375.1 100 175 0 0 1 175 1 175 2.48e-121 338 VTD69375.1 WP_195156489.1 91.5 47 4 0 128 174 1 47 2.23e-22 83.2 PIY74148.1 PIY74148.1 100 618 0 0 1 618 1 618 0.0 1215 PIY74148.1 MBL6756473.1 41.2 634 337 14 1 610 68 689 7.03e-135 410 PIY74148.1 WP_226865765.1 31.1 611 388 16 1 602 23 609 1.63e-78 259 PIY74148.1 KXK41164.1 45.6 285 140 3 1 278 28 304 3.98e-73 235 PIY74148.1 MBO6554759.1 26.1 678 404 20 1 605 220 873 1.18e-39 154 PIY74148.1 WP_240053789.1 28.5 270 172 8 2 265 29 283 1.44e-18 85.5 PIY74148.1 WP_278906630.1 24.0 499 311 16 85 536 248 725 2.52e-16 81.3 PIY74148.1 WP_220492852.1 27.0 178 120 4 139 314 531 700 3.24e-11 64.7 PIY74148.1 WP_223695792.1 21.0 499 307 15 149 575 332 815 5.03e-09 57.8 MCR5435766.1 MCR5435766.1 100 560 0 0 1 560 1 560 0.0 1074 WP_123159424.1 WP_123159424.1 100 930 0 0 1 930 1 930 0.0 1868 WP_123159424.1 WP_081224968.1 54.8 921 403 9 1 916 1 913 0.0 1004 WP_123159424.1 MCB9999913.1 35.4 1017 522 20 6 896 20 1027 1.08e-176 539 WP_123159424.1 MCL6457358.1 28.8 793 503 23 31 791 21 783 1.03e-92 314 WP_123159424.1 MSZ29533.1 29.2 804 503 22 30 796 21 795 1.20e-83 289 WP_123159424.1 MBQ9679177.1 23.9 831 509 18 43 833 31 778 1.95e-57 211 WP_123159424.1 MCL2204087.1 23.8 900 549 29 21 873 10 819 2.57e-46 177 WP_123159424.1 SCL13606.1 22.8 817 519 26 5 773 44 796 2.56e-39 155 WP_123159424.1 CAI9595211.1 23.9 807 478 29 37 771 107 849 9.75e-38 151 HAQ5294203.1 HAQ5294203.1 100 759 0 0 1 759 1 759 0.0 1396 MCD6306959.1 MCD6306959.1 100 336 0 0 1 336 1 336 1.26e-251 681 MCD6306959.1 WP_275196335.1 24.4 271 192 5 41 306 34 296 1.86e-15 74.3 QCM13287.1 QCM13287.1 100 281 0 0 1 281 1 281 4.25e-195 533 QCM13287.1 WP_131166802.1 45.4 260 135 3 6 258 2 261 2.24e-65 206 QCM13287.1 WP_066083732.1 43.8 267 143 4 8 267 5 271 1.09e-64 204 QCM13287.1 WP_192324556.1 43.7 270 139 6 1 258 6 274 4.06e-57 191 QCM13287.1 WP_107894076.1 40.9 259 143 6 9 259 5 261 3.17e-55 179 QCM13287.1 MCP5262709.1 42.6 256 140 4 9 258 1 255 3.24e-54 177 QCM13287.1 WP_227059655.1 40.7 263 144 4 8 258 16 278 3.15e-50 173 QCM13287.1 GLY24463.1 39.5 256 149 3 9 258 4 259 7.70e-49 163 QCM13287.1 WP_077217464.1 31.4 226 131 8 9 230 30 235 4.33e-16 75.1 QCM13287.1 HBO4828144.1 32.4 238 133 11 10 240 11 227 1.24e-15 73.6 MBS0252923.1 MBS0252923.1 100 162 0 0 1 162 1 162 3.75e-112 313 WP_252541609.1 WP_252541609.1 100 394 0 0 1 394 1 394 4.11e-229 629 WP_252541609.1 WP_144384753.1 34.0 338 179 5 56 393 53 346 4.60e-42 149 WP_252541609.1 WP_217309755.1 46.7 92 45 2 286 376 458 546 1.34e-18 85.9 WP_252541609.1 MCO5330244.1 38.8 129 72 2 271 392 299 427 4.06e-17 80.9 WP_062640876.1 WP_062640876.1 100 299 0 0 1 299 1 299 1.58e-215 586 WP_062640876.1 MAJ71254.1 36.1 310 174 5 1 291 1 305 8.28e-50 166 WP_062640876.1 WP_069083484.1 32.0 297 185 3 3 290 6 294 2.99e-39 138 WP_062640876.1 NED83450.1 23.6 233 175 2 16 246 13 244 9.58e-07 47.8 KOO34710.1 KOO34710.1 100 88 0 0 1 88 1 88 5.00e-57 168 WP_121334391.1 WP_121334391.1 100 437 0 0 1 437 1 437 5.23e-302 816 YP_010462557.1 YP_010462557.1 100 393 0 0 1 393 1 393 1.53e-299 806 YP_010462557.1 WP_222594143.1 36.7 417 236 3 3 393 51 465 2.75e-84 263 YP_010462557.1 WP_262043205.1 29.7 387 237 9 12 393 181 537 9.39e-34 130 MCR5237392.1 MCR5237392.1 100 348 0 0 1 348 1 348 2.19e-258 699 WP_015527010.1 WP_015527010.1 100 411 0 0 1 411 1 411 1.83e-307 828 MCB0094774.1 MCB0094774.1 100 173 0 0 1 173 1 173 1.23e-120 336 WP_251767892.1 WP_251767892.1 100 202 0 0 1 202 1 202 1.02e-149 412 WP_251767892.1 MCF8709434.1 32.4 185 119 3 1 184 11 190 1.35e-20 85.1 WP_251767892.1 WP_096443068.1 29.2 209 126 5 12 200 29 235 1.14e-11 60.8 WP_220742815.1 WP_220742815.1 100 201 0 0 1 201 1 201 6.56e-132 367 NNE23115.1 NNE23115.1 100 355 0 0 1 355 1 355 2.19e-257 697 NNE23115.1 WP_258581409.1 34.0 356 222 3 3 347 4 357 9.72e-56 184 NNE23115.1 WP_237907640.1 35.6 312 192 3 5 310 6 314 2.95e-55 183 NNE23115.1 WP_011057593.1 33.2 367 201 7 2 348 4 346 4.37e-54 180 NNE23115.1 WP_140480909.1 39.0 213 130 0 23 235 34 246 4.72e-47 162 NNE23115.1 WP_109219819.1 37.7 231 144 0 5 235 20 250 4.35e-46 159 NNE23115.1 WP_176354145.1 37.9 224 138 1 3 225 6 229 5.59e-44 154 NNE23115.1 EHH5649593.1 32.4 207 126 3 25 225 25 223 3.01e-30 115 NNE23115.1 MBT4161918.1 29.6 196 131 2 22 211 30 224 1.14e-20 87.8 NNE23115.1 WP_211555180.1 29.6 196 132 2 22 212 23 217 1.08e-18 82.4 WP_238785931.1 WP_238785931.1 100 856 0 0 1 856 1 856 0.0 1605 MCF3123421.1 MCF3123421.1 100 228 0 0 1 228 1 228 2.77e-160 441 KAJ5976390.1 KAJ5976390.1 100 292 0 0 1 292 1 292 4.72e-218 592 NPA33962.1 NPA33962.1 100 531 0 0 1 531 1 531 0.0 1003 WP_071563317.1 WP_071563317.1 100 243 0 0 1 243 1 243 1.37e-172 473 WP_236961032.1 WP_236961032.1 100 93 0 0 1 93 1 93 3.40e-64 187 WP_236961032.1 WP_146205473.1 61.9 42 16 0 49 90 1 42 5.02e-14 59.3 AIG14299.1 AIG14299.1 100 215 0 0 1 215 1 215 9.07e-164 448 AIG14299.1 QJX39570.1 76.7 215 42 1 1 215 1 207 2.26e-128 358 AIG14299.1 AAW57761.1 69.0 216 56 3 1 215 1 206 6.47e-114 322 KIX64119.1 KIX64119.1 100 228 0 0 1 228 1 228 1.45e-180 492 WP_063603400.1 WP_063603400.1 100 439 0 0 1 439 1 439 4.39e-311 840 WP_063603400.1 EFK2137151.1 34.7 421 268 3 1 418 22 438 9.71e-68 221 WP_063603400.1 KAA3621416.1 20.1 418 273 10 9 396 32 418 7.37e-09 55.8 WP_218965839.1 WP_218965839.1 100 303 0 0 1 303 1 303 1.61e-235 637 WP_218965839.1 EDD0587303.1 45.2 186 96 4 2 183 1076 1259 4.81e-46 164 WP_218965839.1 EFN5389376.1 43.5 108 61 0 69 176 707 814 7.86e-26 105 WP_173789750.1 WP_173789750.1 100 317 0 0 1 317 1 317 5.85e-236 639 WP_173789750.1 WP_033631967.1 30.1 196 115 7 8 187 2 191 5.39e-12 63.9 NXS49052.1 NXS49052.1 100 408 0 0 1 408 1 408 3.60e-22 95.9 MBL6756473.1 MBL6756473.1 100 761 0 0 1 761 1 761 0.0 1483 MBL6756473.1 PIY74148.1 41.0 624 334 12 68 680 1 601 5.07e-137 416 MBL6756473.1 KXK41164.1 44.6 303 160 3 42 338 2 302 5.50e-76 246 MBL6756473.1 WP_226865765.1 30.2 658 380 15 47 678 2 606 1.29e-73 249 MBL6756473.1 MBO6554759.1 28.0 679 385 23 48 654 200 846 9.76e-44 169 MBL6756473.1 WP_240053789.1 30.2 285 186 7 48 328 9 284 1.44e-25 106 MBL6756473.1 HID24809.1 24.9 393 221 14 257 618 206 555 3.13e-11 65.1 MBL6756473.1 WP_278906630.1 22.2 510 292 19 218 654 320 797 4.35e-10 61.6 MBL6756473.1 WP_223695792.1 22.2 513 291 18 209 649 334 810 6.88e-09 57.8 MBL6756473.1 WP_281498184.1 35.4 79 48 2 60 137 24 100 4.57e-05 45.1 MBN9390566.1 MBN9390566.1 100 185 0 0 1 185 1 185 4.57e-131 363 WP_174048133.1 WP_174048133.1 100 406 0 0 1 406 1 406 1.05e-299 808 WP_174048133.1 MCR5285329.1 29.1 230 135 8 194 399 272 497 1.56e-16 79.7 WP_174048133.1 MBC2704089.1 27.5 178 120 5 194 364 576 751 6.08e-15 75.1 WP_174048133.1 MBD8893743.1 32.7 153 88 5 222 363 489 637 1.03e-13 71.2 WP_174048133.1 WP_238588402.1 31.1 103 58 3 220 321 87 177 7.34e-06 45.4 EIG7023758.1 EIG7023758.1 100 585 0 0 1 585 1 585 8.20e-269 745 KAG8015916.1 KAG8015916.1 100 175 0 0 1 175 1 175 4.46e-124 345 KAG8015916.1 HCH0658035.1 69.5 174 53 0 1 174 274 447 1.06e-82 250 KAG8015916.1 HCB14820.1 34.1 88 57 1 34 120 312 399 1.88e-07 48.1 WP_039085559.1 WP_039085559.1 100 457 0 0 1 457 1 457 0.0 926 WP_039085559.1 WP_145514932.1 41.5 455 258 4 5 457 9 457 2.20e-123 365 WP_039085559.1 WP_122896374.1 25.7 393 273 8 52 442 3 378 8.01e-35 132 WP_039085559.1 WP_094151267.1 26.0 304 203 6 55 352 51 338 8.70e-29 116 WP_039085559.1 WP_168565867.1 22.6 394 277 10 52 442 12 380 1.41e-18 85.5 WP_039085559.1 WP_164636240.1 22.8 342 241 8 56 391 98 422 1.43e-18 86.3 WP_224721611.1 WP_224721611.1 100 120 0 0 1 120 1 120 2.09e-91 258 VJO49958.1 VJO49958.1 100 535 0 0 1 535 1 535 0.0 1105 VJO49958.1 WP_125555296.1 47.2 538 252 7 5 517 4 534 1.26e-175 505 VJO49958.1 WP_253630899.1 29.1 536 298 16 8 525 42 513 1.62e-59 204 VJO49958.1 GAP55147.1 54.7 64 29 0 5 68 10 73 2.62e-21 86.7 VJO49958.1 MBP7746105.1 22.0 551 273 22 13 501 328 783 5.66e-11 63.5 MBK7771335.1 MBK7771335.1 100 104 0 0 1 104 1 104 7.87e-66 192 SQI90360.1 SQI90360.1 100 34 0 0 1 34 1 34 1.32e-20 72.8 MCH5250214.1 MCH5250214.1 100 897 0 0 1 897 1 897 0.0 1708 MCH5250214.1 EDN57974.1 33.6 500 313 7 189 675 400 893 2.50e-64 233 MCH5250214.1 WP_261733022.1 26.8 646 341 10 161 799 227 747 8.91e-53 196 MCH5250214.1 TAL20232.1 27.6 507 248 6 177 679 218 609 8.60e-47 176 MCH5250214.1 WP_138482356.1 24.6 617 315 8 184 799 409 876 8.78e-47 179 MCH5250214.1 WP_007356512.1 25.4 560 280 8 165 704 720 1161 1.16e-42 167 MCH5250214.1 MBQ1868746.1 24.7 518 260 8 171 679 245 641 5.63e-41 159 MCH5250214.1 WP_076194242.1 27.8 263 178 6 158 415 203 458 2.92e-26 111 MCH5250214.1 MBE9467362.1 24.8 254 183 4 168 416 575 825 4.64e-19 90.9 MCH5250214.1 WP_217452155.1 37.3 110 68 1 306 415 1 109 4.99e-14 68.9 WP_241468713.1 WP_241468713.1 100 1160 0 0 1 1160 1 1160 0.0 2301 WP_241468713.1 STF90731.1 99.7 646 2 0 1 646 1 646 0.0 1287 WP_241468713.1 WP_228062638.1 27.3 1102 678 26 4 1054 6 1036 1.02e-104 353 WP_241468713.1 WP_034473228.1 26.7 1153 678 27 4 1052 8 1097 9.39e-94 323 MCO5248061.1 MCO5248061.1 100 245 0 0 1 245 1 245 1.79e-169 465 RKT44589.1 RKT44589.1 100 254 0 0 1 254 1 254 1.28e-162 449 TDM00308.1 TDM00308.1 100 115 0 0 1 115 1 115 4.16e-73 211 TDM00308.1 MBR4471080.1 60.4 101 39 1 15 114 17 117 4.20e-32 107 TDM00308.1 KKP93192.1 45.3 128 54 1 3 114 2 129 1.46e-27 96.7 MCA6099904.1 MCA6099904.1 100 507 0 0 1 507 1 507 0.0 973 MCA6099904.1 WP_089095302.1 31.5 534 301 18 1 492 1 511 2.09e-48 175 MCA6099904.1 MCH5231772.1 28.7 544 305 17 3 493 1 514 5.36e-36 139 MCA6099904.1 WP_041710957.1 21.4 519 347 13 1 496 1 481 3.02e-16 79.7 MCA6099904.1 MBQ9964693.1 33.3 177 102 5 16 187 15 180 5.62e-13 65.9 MCA6099904.1 WP_281543397.1 24.2 211 138 5 20 218 7 207 3.84e-09 56.2 MCA6099904.1 WP_256546297.1 26.8 194 102 4 22 181 43 230 6.05e-09 55.5 MCA6099904.1 GBD21053.1 26.0 200 99 7 20 182 44 231 3.61e-06 47.8 MCA6099904.1 EHR6291555.1 29.3 174 89 6 13 165 18 178 6.55e-06 47.0 MCA6099904.1 WP_089246429.1 26.3 198 124 6 20 195 278 475 1.08e-05 46.2 RKU33385.1 RKU33385.1 100 275 0 0 1 275 1 275 2.94e-208 566 KAH7252800.1 KAH7252800.1 100 356 0 0 1 356 1 356 1.76e-268 725 KAH7252800.1 WP_164585387.1 36.2 301 173 7 7 300 1 289 2.40e-53 178 KAH7252800.1 WP_006027485.1 35.5 296 175 7 7 297 1 285 2.33e-50 170 KAH7252800.1 MBN1566249.1 27.0 278 180 9 7 277 1 262 5.39e-24 99.4 KAH7252800.1 AQY75504.1 23.6 360 235 10 4 344 2 340 1.78e-17 80.9 KAH7252800.1 WP_167320363.1 21.5 261 152 6 7 257 1 218 2.49e-06 47.0 EIH6124474.1 EIH6124474.1 100 553 0 0 1 553 1 553 3.92e-298 816 EIH6124474.1 WP_261529150.1 65.2 46 14 1 299 342 556 601 5.94e-07 50.8 MBO8159537.1 MBO8159537.1 100 164 0 0 1 164 1 164 1.25e-111 312 WP_151206143.1 WP_151206143.1 100 502 0 0 1 502 1 502 0.0 1015 MBN8912970.1 MBN8912970.1 100 125 0 0 1 125 1 125 5.90e-89 252 TOP73014.1 TOP73014.1 100 99 0 0 1 99 1 99 8.69e-72 206 HAV89419.1 HAV89419.1 100 356 0 0 1 356 1 356 7.79e-272 733 WP_056688515.1 WP_056688515.1 100 269 0 0 1 269 1 269 3.74e-183 502 WP_056688515.1 WP_092857087.1 32.1 252 163 4 8 257 21 266 2.96e-27 104 WP_056688515.1 MBM7125960.1 31.2 250 159 5 17 257 14 259 5.32e-22 90.5 MBV9654022.1 MBV9654022.1 100 378 0 0 1 378 1 378 3.20e-273 739 MBV9654022.1 QRN83137.1 39.8 201 107 5 80 277 26 215 9.12e-31 117 WP_138572923.1 WP_138572923.1 100 350 0 0 1 350 1 350 1.95e-237 646 WP_138572923.1 WP_114861267.1 57.9 347 138 3 11 349 10 356 4.07e-118 344 WP_138572923.1 MBD5394228.1 25.6 270 179 9 49 310 7 262 5.14e-09 55.1 MBI2925684.1 MBI2925684.1 100 118 0 0 1 118 1 118 3.00e-81 232 WP_065519347.1 WP_065519347.1 100 368 0 0 1 368 1 368 1.27e-258 701 KAI8690655.1 KAI8690655.1 100 257 0 0 1 257 1 257 3.12e-185 506 KAG0363719.1 KAG0363719.1 100 78 0 0 1 78 1 78 1.22e-48 146 XP_031707624.1 XP_031707624.1 100 958 0 0 1 958 1 958 0.0 1870 MBT3590949.1 MBT3590949.1 100 314 0 0 1 314 1 314 2.47e-104 311 MBU0838658.1 MBU0838658.1 100 342 0 0 1 342 1 342 1.31e-231 630 ECB3502766.1 ECB3502766.1 100 219 0 0 1 219 1 219 3.32e-143 397 ECB3502766.1 EFB0579454.1 85.8 219 31 0 1 219 1 219 4.38e-117 343 WP_270757591.1 WP_270757591.1 100 396 0 0 1 396 1 396 8.14e-292 787 WP_270757591.1 MCA1697375.1 27.6 170 92 8 217 381 150 293 8.97e-04 39.3 TLY75477.1 TLY75477.1 100 242 0 0 1 242 1 242 2.21e-182 498 TLY75477.1 WP_032004153.1 37.6 117 58 4 50 151 45 161 1.50e-10 58.2 WP_125504029.1 WP_125504029.1 100 336 0 0 1 336 1 336 8.01e-239 648 WP_125504029.1 MBO5601840.1 27.2 320 231 2 8 326 8 326 8.05e-34 125 WP_245404560.1 WP_245404560.1 100 92 0 0 1 92 1 92 3.84e-65 189 WP_268140002.1 WP_268140002.1 100 204 0 0 1 204 1 204 2.93e-150 413 HDO82225.1 HDO82225.1 100 311 0 0 1 311 1 311 4.14e-185 510 WP_039692015.1 WP_039692015.1 100 261 0 0 1 261 1 261 3.53e-193 526 WP_039692015.1 WP_085535344.1 24.5 139 87 4 57 189 48 174 4.81e-04 38.9 KAH7371872.1 KAH7371872.1 100 260 0 0 1 260 1 260 9.66e-186 508 WP_203374052.1 WP_203374052.1 100 134 0 0 1 134 1 134 7.82e-96 270 WP_185644473.1 WP_185644473.1 100 132 0 0 1 132 1 132 2.97e-90 256 MCF8106439.1 MCF8106439.1 100 202 0 0 1 202 1 202 1.91e-145 401 WP_141918410.1 WP_141918410.1 100 588 0 0 1 588 1 588 0.0 1164 KAE8802158.1 KAE8802158.1 100 146 0 0 1 146 1 146 6.72e-105 294 DAM55269.1 DAM55269.1 100 407 0 0 1 407 1 407 2.73e-291 787 EFI7849450.1 EFI7849450.1 100 170 0 0 1 170 1 170 6.21e-99 281 EFI7849450.1 EFL3122059.1 74.8 131 29 1 3 133 28 154 9.41e-63 194 EFI7849450.1 EIH4263652.1 74.2 132 34 0 3 134 20 151 5.45e-61 196 EFI7849450.1 EFL5817307.1 75.0 104 26 0 31 134 1 104 3.96e-46 155 EFI7849450.1 EER8306359.1 98.3 60 1 0 1 60 240 299 5.35e-36 125 WP_027896470.1 WP_027896470.1 100 799 0 0 1 799 1 799 0.0 1624 MBD3702988.1 MBD3702988.1 100 105 0 0 1 105 1 105 1.40e-73 211 WP_200696402.1 WP_200696402.1 100 274 0 0 1 274 1 274 3.51e-195 533 WP_200696402.1 WP_204334995.1 34.0 188 121 3 84 270 61 246 3.09e-29 109 KAH0091028.1 KAH0091028.1 100 839 0 0 1 839 1 839 0.0 1608 WP_215683653.1 WP_215683653.1 100 290 0 0 1 290 1 290 1.27e-230 624 WP_215683653.1 TPV93333.1 33.3 108 66 3 92 197 198 301 1.45e-07 50.4 WP_246003214.1 WP_246003214.1 100 607 0 0 1 607 1 607 0.0 1107 WP_246003214.1 PYB13830.1 28.5 611 394 17 19 607 1695 2284 2.10e-39 154 WP_246003214.1 EJG3313804.1 23.2 409 293 11 45 434 33 439 5.12e-19 88.6 WP_246003214.1 NDJ88951.1 23.4 470 281 13 34 443 18 468 8.30e-17 82.0 WP_246003214.1 MBF2759673.1 24.4 471 261 14 47 434 187 645 1.82e-11 65.5 WP_246003214.1 MBN9324306.1 30.6 111 74 1 21 131 18 125 3.08e-09 54.7 WP_246003214.1 TMQ04701.1 24.5 326 181 11 163 439 619 928 1.06e-08 56.6 WP_246003214.1 MCC5948066.1 26.2 466 247 22 42 438 116 553 4.78e-08 54.3 WP_246003214.1 XP_052525039.1 23.5 298 196 10 162 435 275 564 6.34e-08 53.9 WP_246003214.1 WP_254101325.1 20.1 472 310 9 45 460 107 567 1.71e-06 49.3 OBW66090.1 OBW66090.1 100 491 0 0 1 491 1 491 0.0 994 XP_049399244.1 XP_049399244.1 100 392 0 0 1 392 1 392 1.18e-282 764 XP_049399244.1 Q8XJN8.1 28.2 248 130 7 67 295 9 227 1.26e-14 71.2 XP_049399244.1 MBE6142085.1 27.3 139 77 2 76 209 16 135 2.81e-08 52.4 XP_049399244.1 CDN40573.1 27.1 133 63 5 80 204 267 373 6.46e-05 43.1 WP_138051112.1 WP_138051112.1 100 391 0 0 1 391 1 391 5.65e-285 769 WP_112865547.1 WP_112865547.1 100 192 0 0 1 192 1 192 2.74e-140 387 WP_112865547.1 THB72442.1 29.4 143 98 1 38 177 47 189 1.97e-14 68.6 WP_112865547.1 WP_006034446.1 30.0 100 70 0 85 184 83 182 8.08e-11 58.2 MCU1506104.1 MCU1506104.1 100 369 0 0 1 369 1 369 2.22e-264 716 MCU1506104.1 WP_250898423.1 69.9 365 109 1 1 365 6 369 1.74e-175 491 MCU1506104.1 RLA59280.1 27.9 391 238 10 5 361 13 393 5.57e-31 120 MCJ8328039.1 MCJ8328039.1 100 262 0 0 1 262 1 262 1.24e-198 540 KAF2994395.1 KAF2994395.1 100 193 0 0 1 193 1 193 9.95e-148 406 WP_266603981.1 WP_266603981.1 100 189 0 0 1 189 1 189 7.29e-139 383 AAQ88513.1 AAQ88513.1 100 847 0 0 1 847 1 847 0.0 1739 WP_217278020.1 WP_217278020.1 100 137 0 0 1 137 1 137 9.06e-101 283 WP_065073015.1 WP_065073015.1 100 139 0 0 1 139 1 139 2.69e-103 289 WP_065073015.1 WP_030094039.1 67.9 137 41 1 6 139 9 145 7.67e-68 200 MBS7021842.1 MBS7021842.1 100 283 0 0 1 283 1 283 4.49e-207 563 WP_176390098.1 WP_176390098.1 100 440 0 0 1 440 1 440 0.0 878 WP_176390098.1 KQO44758.1 49.2 435 199 7 12 438 1 421 2.83e-136 396 WP_176390098.1 MBZ5591381.1 34.8 270 133 7 164 430 150 379 5.80e-34 129 WP_176390098.1 SQB81123.1 55.2 58 25 1 382 438 1 58 5.82e-13 62.0 WP_089187353.1 WP_089187353.1 100 261 0 0 1 261 1 261 1.01e-167 462 KAE9107042.1 KAE9107042.1 100 135 0 0 1 135 1 135 6.64e-84 240 WP_084717372.1 WP_084717372.1 100 220 0 0 1 220 1 220 1.89e-163 448 WP_062263491.1 WP_062263491.1 100 285 0 0 1 285 1 285 1.99e-211 575 WP_062263491.1 HIS27960.1 36.6 284 177 3 2 285 9 289 1.46e-58 187 WP_062263491.1 WP_111083956.1 36.8 285 176 4 3 285 16 298 6.66e-58 186 KNZ32786.1 KNZ32786.1 100 573 0 0 1 573 1 573 0.0 1108 WP_277491977.1 WP_277491977.1 100 315 0 0 1 315 1 315 3.86e-249 672 PWB61544.1 PWB61544.1 100 287 0 0 1 287 1 287 3.33e-220 597 MBF0570872.1 MBF0570872.1 100 139 0 0 1 139 1 139 9.36e-104 290 KAF2725148.1 KAF2725148.1 100 943 0 0 1 943 1 943 0.0 1776 MCI02510.1 MCI02510.1 100 109 0 0 1 109 1 109 3.01e-70 203 KAI0095213.1 KAI0095213.1 100 291 0 0 1 291 1 291 1.65e-222 603 KAI0095213.1 OLA08565.1 29.5 281 138 12 15 289 11 237 2.78e-23 94.0 KAI0095213.1 MBP5726154.1 29.6 250 119 9 7 248 3 203 3.85e-22 90.9 WP_259691170.1 WP_259691170.1 100 353 0 0 1 353 1 353 5.44e-266 718 EHG9706352.1 EHG9706352.1 100 140 0 0 1 140 1 140 3.52e-104 291 NIR98474.1 NIR98474.1 100 41 0 0 1 41 1 41 5.52e-27 89.4 WP_073505727.1 WP_073505727.1 100 333 0 0 1 333 1 333 6.99e-252 681 WP_073505727.1 WP_133874384.1 45.4 326 171 5 1 323 1 322 2.11e-87 264 WP_073505727.1 WP_164767343.1 48.1 156 81 0 161 316 1 156 2.31e-47 157 WP_073505727.1 MCA0387421.1 25.4 323 201 10 4 313 6 301 9.11e-20 86.7 WP_073505727.1 WP_205448866.1 27.5 331 188 14 4 305 5 312 1.31e-19 86.7 WP_073505727.1 TML70651.1 32.8 131 78 3 1 123 1 129 1.94e-13 65.1 RPI21000.1 RPI21000.1 100 326 0 0 1 326 1 326 9.14e-249 672 WP_011568153.1 WP_011568153.1 100 248 0 0 1 248 1 248 3.94e-179 490 MBP8225438.1 MBP8225438.1 100 169 0 0 1 169 1 169 5.28e-129 357 WP_148284348.1 WP_148284348.1 100 384 0 0 1 384 1 384 1.26e-257 700 WP_148284348.1 MCB0174630.1 32.0 259 156 8 125 372 248 497 1.18e-15 76.6 WP_148284348.1 MCE0539567.1 29.5 258 128 8 159 369 145 395 2.87e-08 53.5 WP_148284348.1 WP_269633767.1 38.6 83 46 2 301 379 275 356 2.58e-07 50.4 WP_148284348.1 RKT82586.1 29.6 223 108 7 177 378 162 356 7.42e-06 45.8 WP_138860096.1 WP_138860096.1 100 231 0 0 1 231 1 231 1.61e-165 454 WP_249423022.1 WP_249423022.1 100 323 0 0 1 323 1 323 2.17e-225 613 WP_249423022.1 EFX2174330.1 26.0 196 140 3 1 195 5 196 8.76e-07 48.1 WP_249423022.1 MCP4974199.1 26.0 146 106 1 54 197 59 204 1.72e-05 44.3 MBM3258402.1 MBM3258402.1 100 357 0 0 1 357 1 357 5.57e-286 769 WP_140164964.1 WP_140164964.1 100 553 0 0 1 553 1 553 0.0 886 WP_140164964.1 WP_025739406.1 37.7 453 242 6 54 497 160 581 3.59e-36 141 WP_140164964.1 WP_128786583.1 42.6 333 191 0 195 527 272 604 5.17e-31 125 WP_140164964.1 WP_104456122.1 55.9 127 56 0 387 513 356 482 2.44e-28 117 WP_061671893.1 WP_061671893.1 100 239 0 0 1 239 1 239 2.77e-170 467 WP_142009293.1 WP_142009293.1 100 144 0 0 1 144 1 144 2.55e-99 280 MCR6642262.1 MCR6642262.1 100 239 0 0 1 239 1 239 5.41e-177 484 MCH8312134.1 MCH8312134.1 100 109 0 0 1 109 1 109 6.56e-74 213 DAI44238.1 DAI44238.1 100 315 0 0 1 315 1 315 5.61e-233 632 MCU0243120.1 MCU0243120.1 100 417 0 0 1 417 1 417 6.72e-313 842 MCU0243120.1 WP_265364885.1 32.4 68 46 0 7 74 17 84 2.94e-04 41.2 MBD5657753.1 MBD5657753.1 100 271 0 0 1 271 1 271 2.70e-202 550 MBD5657753.1 WP_044328211.1 28.3 120 82 3 41 160 43 158 1.17e-04 40.8 XP_023318286.1 XP_023318286.1 100 738 0 0 1 738 1 738 0.0 1370 EAA8040699.1 EAA8040699.1 100 1854 0 0 1 1854 1 1854 0.0 2740 EAA8040699.1 ECE8916583.1 64.4 1750 536 24 144 1854 17 1718 0.0 1366 XP_023815606.1 XP_023815606.1 100 486 0 0 1 486 1 486 0.0 985 TYI91467.1 TYI91467.1 100 420 0 0 1 420 1 420 2.06e-304 821 XP_037327098.1 XP_037327098.1 100 497 0 0 1 497 1 497 0.0 992 XP_037327098.1 NWX34570.1 27.3 410 274 8 80 473 99 500 2.20e-39 148 XP_037327098.1 ACF74449.1 23.3 454 300 13 39 464 35 468 1.37e-23 102 XP_037327098.1 KAJ3544539.1 32.5 169 108 3 302 467 967 1132 7.41e-20 91.7 XP_037327098.1 XP_054844157.1 27.9 229 152 4 244 468 263 482 2.64e-17 82.8 XP_037327098.1 KAG9084682.1 25.9 197 132 4 293 482 253 442 4.67e-14 72.4 EER8085032.1 EER8085032.1 100 505 0 0 1 505 1 505 0.0 988 MBQ3129991.1 MBQ3129991.1 100 282 0 0 1 282 1 282 8.47e-216 585 WP_278084771.1 WP_278084771.1 100 786 0 0 1 786 1 786 0.0 1348 WP_278084771.1 VAX76432.1 29.8 564 348 12 229 774 31 564 1.52e-54 196 WP_278084771.1 OHA02323.1 27.6 573 375 12 224 774 15 569 4.11e-49 181 WP_278084771.1 PIQ07033.1 26.4 561 356 13 217 767 2 515 1.40e-46 172 WP_097275324.1 WP_097275324.1 100 421 0 0 1 421 1 421 3.03e-302 816 WP_097275324.1 QLL10545.1 27.1 258 118 6 110 360 13 207 1.50e-13 68.9 WP_097275324.1 MBK8955603.1 27.8 227 135 9 187 407 33 236 8.23e-12 63.5 WP_179156843.1 WP_179156843.1 100 379 0 0 1 379 1 379 4.10e-281 759 WP_179156843.1 WP_250015522.1 31.7 379 234 7 1 364 15 383 4.35e-49 168 WP_179156843.1 PAW68992.1 29.5 376 224 10 22 365 29 395 8.36e-43 152 WP_179156843.1 MBW4662439.1 36.2 243 146 3 22 263 36 270 4.80e-38 139 WP_179156843.1 WP_210167953.1 28.9 342 218 7 26 360 25 348 1.41e-31 121 WP_179156843.1 WP_090419626.1 27.1 369 238 12 6 363 15 363 5.48e-27 108 GIR47037.1 GIR47037.1 100 635 0 0 1 635 1 635 0.0 1242 GIR47037.1 UDH58358.1 43.7 646 335 8 1 632 1 631 2.75e-155 461 GIR47037.1 WP_251758029.1 41.6 627 342 9 9 627 11 621 9.93e-147 437 GIR47037.1 MBK3574312.1 41.4 423 224 7 67 479 69 477 4.55e-86 281 GIR47037.1 YP_009351723.1 37.7 355 203 6 92 446 33 369 1.80e-65 223 GIR47037.1 MCG6876547.1 25.0 432 269 15 75 472 73 483 1.27e-26 113 GIR47037.1 MBT3784852.1 28.5 284 170 9 128 407 110 364 1.25e-20 94.4 GIR47037.1 WP_243361436.1 22.9 341 244 8 130 464 124 451 5.60e-18 85.5 GIR47037.1 EAZ5330394.1 25.2 313 202 8 122 413 105 406 6.75e-15 75.9 WP_057012309.1 WP_057012309.1 100 269 0 0 1 269 1 269 2.59e-199 543 WP_057012309.1 TMC92967.1 48.4 256 121 4 18 268 31 280 2.45e-71 219 WP_057012309.1 WP_169872765.1 25.4 232 115 10 18 220 303 505 1.87e-07 50.1 EAA6840433.1 EAA6840433.1 100 276 0 0 1 276 1 276 3.59e-214 581 MBN1799017.1 MBN1799017.1 100 220 0 0 1 220 1 220 5.85e-158 434 GBE16035.1 GBE16035.1 100 348 0 0 1 348 1 348 2.67e-259 701 GBE16035.1 HBA4333173.1 51.2 330 156 3 10 338 4 329 1.75e-110 323 MCF0110827.1 MCF0110827.1 100 274 0 0 1 274 1 274 1.84e-206 561 WP_141605349.1 WP_141605349.1 100 266 0 0 1 266 1 266 1.29e-202 551 MCL4469743.1 MCL4469743.1 100 383 0 0 1 383 1 383 8.66e-285 768 MCL4469743.1 TAM79626.1 48.0 383 193 2 3 379 4 386 4.60e-124 362 HCI4632030.1 HCI4632030.1 100 41 0 0 1 41 1 41 9.21e-26 86.3 HCI4632030.1 WP_193850569.1 68.3 41 13 0 1 41 1 41 3.88e-14 60.5 WP_217105914.1 WP_217105914.1 100 349 0 0 1 349 1 349 1.81e-262 709 KAF3180666.1 KAF3180666.1 100 554 0 0 1 554 1 554 0.0 1060 WP_160394157.1 WP_160394157.1 100 130 0 0 1 130 1 130 1.37e-85 244 MCK4403577.1 MCK4403577.1 100 177 0 0 1 177 1 177 6.32e-125 347 MCK4403577.1 NGS95655.1 51.4 175 84 1 1 174 1 175 4.88e-60 183 OMP01148.1 OMP01148.1 100 34 0 0 1 34 1 34 1.02e-15 60.5 WP_038492378.1 WP_038492378.1 100 192 0 0 1 192 1 192 2.33e-132 367 MBQ1771956.1 MBQ1771956.1 100 371 0 0 1 371 1 371 7.75e-266 719 MBQ1771956.1 WP_167263015.1 42.1 368 203 5 7 366 1 366 5.35e-87 266 MBQ1771956.1 MBC5824559.1 36.9 350 214 4 7 350 1 349 2.98e-65 210 WP_048271612.1 WP_048271612.1 100 417 0 0 1 417 1 417 4.05e-314 845 WP_259865813.1 WP_259865813.1 100 282 0 0 1 282 1 282 3.87e-212 576 WP_259865813.1 WP_059171534.1 20.6 287 195 7 13 280 6 278 7.63e-07 47.8 WP_089905939.1 WP_089905939.1 100 459 0 0 1 459 1 459 0.0 956 MBO7633581.1 MBO7633581.1 100 117 0 0 1 117 1 117 2.79e-81 232 WP_264351023.1 WP_264351023.1 100 178 0 0 1 178 1 178 2.29e-132 366 KAH9572460.1 KAH9572460.1 100 1348 0 0 1 1348 1 1348 0.0 2702 KAH9572460.1 XP_040614072.1 23.1 173 91 6 59 214 368 515 2.67e-06 50.1 ASI70574.1 ASI70574.1 100 179 0 0 1 179 1 179 7.10e-132 365 KAG9043128.1 KAG9043128.1 100 351 0 0 1 351 1 351 3.94e-258 698 WP_123868396.1 WP_123868396.1 100 181 0 0 1 181 1 181 2.20e-136 376 EHW0060032.1 EHW0060032.1 100 99 0 0 1 99 1 99 3.56e-62 182 OGG08302.1 OGG08302.1 100 337 0 0 1 337 1 337 9.84e-245 663 OGG08302.1 WP_115470986.1 33.2 253 166 3 79 330 97 347 2.68e-37 135 OGG08302.1 MCH2409214.1 31.0 284 191 4 53 334 66 346 9.54e-37 134 OGG08302.1 WP_152158314.1 31.0 210 135 5 97 306 2 201 1.37e-15 72.8 CAF4577788.1 CAF4577788.1 100 207 0 0 1 207 1 207 2.71e-152 419 HCL36615.1 HCL36615.1 100 361 0 0 1 361 1 361 1.94e-254 690 UYE49180.1 UYE49180.1 100 4402 0 0 1 4402 1 4402 0.0 6279 UYE49180.1 ULA23837.2 77.2 4402 1002 1 1 4402 1 4401 0.0 6274 UYE49180.1 UKU68032.1 77.5 4402 990 1 1 4402 1 4401 0.0 6272 UYE49180.1 ULB83374.1 80.3 4402 866 1 1 4402 1 4401 0.0 6270 UYE49180.1 UOU30556.1 79.1 4398 917 0 1 4398 1 4398 0.0 6269 UYE49180.1 UXH94526.1 77.1 4402 1006 1 1 4402 1 4401 0.0 6269 UYE49180.1 UIR12670.1 77.1 4398 1004 1 1 4398 1 4397 0.0 6267 UYE49180.1 UPA83906.1 77.1 4398 1008 1 1 4398 1 4397 0.0 6256 UYE49180.1 UMF87224.1 76.6 4398 1028 1 1 4398 1 4397 0.0 6254 UYE49180.1 UKN67998.1 77.0 4378 1005 1 21 4398 1 4377 0.0 6225 WP_204719689.1 WP_204719689.1 100 274 0 0 1 274 1 274 8.73e-205 557 WP_113851760.1 WP_113851760.1 100 243 0 0 1 243 1 243 9.64e-173 473 WP_113851760.1 NGP45824.1 43.3 245 128 6 3 242 4 242 8.54e-55 174 WP_113851760.1 MCF8193609.1 35.3 241 150 4 7 243 24 262 1.61e-36 128 WP_113851760.1 WP_282979415.1 34.0 209 133 4 33 237 108 315 3.11e-36 129 WP_113851760.1 GBC87342.1 34.6 234 147 4 6 236 16 246 4.00e-35 124 WP_113851760.1 WP_144002426.1 32.0 175 109 4 66 236 98 266 4.37e-16 73.9 WP_113851760.1 WP_130477570.1 32.4 142 95 1 97 237 121 262 2.26e-13 66.2 MCE5240463.1 MCE5240463.1 100 202 0 0 1 202 1 202 5.93e-149 410 MBP9771519.1 MBP9771519.1 100 500 0 0 1 500 1 500 0.0 946 MBP9771519.1 MBU7046308.1 31.5 451 219 16 9 391 6 434 1.66e-39 149 MBP9771519.1 MBR6343266.1 62.2 74 23 1 9 82 356 424 6.68e-22 96.3 MBP9771519.1 MBP6400846.1 31.6 136 78 4 13 135 9 142 6.07e-13 65.9 MBP9771519.1 MBN2427654.1 33.1 136 76 2 13 135 8 141 3.18e-11 63.9 MBP9771519.1 WP_274976404.1 26.2 164 104 3 13 163 28 187 5.89e-07 50.4 MCF1439711.1 MCF1439711.1 100 88 0 0 1 88 1 88 2.28e-62 182 MCF1439711.1 MBQ1196899.1 45.8 83 45 0 3 85 2 84 9.22e-22 85.9 MCF1439711.1 MCH8904788.1 45.6 79 42 1 7 84 8 86 6.41e-19 77.8 MCF1439711.1 WP_280949002.1 39.8 93 48 2 2 88 10 100 8.38e-16 68.9 MBQ1653514.1 MBQ1653514.1 100 189 0 0 1 189 1 189 3.76e-141 389 WP_184094916.1 WP_184094916.1 100 184 0 0 1 184 1 184 2.45e-130 361 WP_073520930.1 WP_073520930.1 100 570 0 0 1 570 1 570 0.0 1157 WP_097089246.1 WP_097089246.1 100 361 0 0 1 361 1 361 7.40e-243 660 KAJ3654337.1 KAJ3654337.1 100 134 0 0 1 134 1 134 1.35e-96 272 MBP8613265.1 MBP8613265.1 100 466 0 0 1 466 1 466 0.0 911 MBP8613265.1 MCL6479991.1 31.9 188 114 5 186 369 28 205 3.79e-17 80.9 MBP8613265.1 WP_254363411.1 27.6 214 133 5 161 360 44 249 2.63e-13 69.7 MBP8613265.1 WP_010997757.1 28.6 182 108 7 216 394 336 498 7.01e-09 56.2 MBP8613265.1 WP_207277556.1 25.7 136 98 3 194 327 113 247 1.99e-06 48.5 WP_212663497.1 WP_212663497.1 100 386 0 0 1 386 1 386 1.62e-286 773 WP_212663497.1 WP_274604755.1 40.4 47 28 0 216 262 11 57 2.83e-05 43.5 MSU42127.1 MSU42127.1 100 357 0 0 1 357 1 357 8.93e-258 698 MSU42127.1 WP_253063755.1 42.9 350 187 5 8 356 1 338 1.31e-83 256 NEX64733.1 NEX64733.1 100 286 0 0 1 286 1 286 7.26e-219 593 NEX64733.1 MBN9625832.1 59.6 277 111 1 1 276 1 277 5.52e-118 338 NEX64733.1 GGS66510.1 53.9 280 117 3 4 275 1 276 2.66e-94 278 XP_054852439.1 XP_054852439.1 100 404 0 0 1 404 1 404 2.16e-316 850 RLE48019.1 RLE48019.1 100 111 0 0 1 111 1 111 2.86e-69 201 WP_217691728.1 WP_217691728.1 100 561 0 0 1 561 1 561 0.0 1106 AGA34473.1 AGA34473.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 MCK9908664.1 MCK9908664.1 100 114 0 0 1 114 1 114 1.51e-70 204 MCK9908664.1 WP_097514015.1 46.3 54 29 0 1 54 484 537 4.37e-06 42.4 MCK9908664.1 WP_120358183.1 52.4 42 20 0 1 42 472 513 1.32e-04 38.1 MCU0650575.1 MCU0650575.1 100 295 0 0 1 295 1 295 1.51e-211 576 KAJ5056431.1 KAJ5056431.1 100 149 0 0 1 149 1 149 6.47e-84 243 PHR24038.1 PHR24038.1 100 382 0 0 1 382 1 382 3.97e-285 769 PHR24038.1 WP_151430057.1 33.0 376 220 6 8 380 7 353 7.20e-61 198 PHR24038.1 WP_070770047.1 22.2 342 240 8 5 336 4 329 6.47e-10 59.3 MBU0592078.1 MBU0592078.1 100 128 0 0 1 128 1 128 1.81e-89 253 WP_264694478.1 WP_264694478.1 100 99 0 0 1 99 1 99 6.89e-69 199 WP_250376457.1 WP_250376457.1 100 234 0 0 1 234 1 234 6.30e-169 463 WP_250376457.1 EFB3581025.1 31.0 210 130 4 25 233 34 229 1.50e-31 114 WP_250376457.1 CAG0273471.1 31.1 209 131 3 25 233 5 200 1.14e-30 111 WP_250376457.1 HAP0275886.1 31.6 177 107 3 25 201 21 183 2.60e-20 84.3 MBC7326981.1 MBC7326981.1 100 254 0 0 1 254 1 254 6.08e-186 508 MBC7326981.1 WP_174822921.1 59.7 253 100 2 3 254 4 255 5.06e-109 313 MBC7326981.1 MXP43753.1 60.0 250 98 2 6 254 14 262 2.12e-107 309 MBC7326981.1 OAN53756.1 58.7 254 103 2 2 254 7 259 1.71e-103 299 MBC7326981.1 WP_207918089.1 54.0 250 114 1 5 254 4 252 5.62e-98 285 MBC7326981.1 WP_158791585.1 58.3 247 99 3 10 254 8 252 1.85e-96 281 MBC7326981.1 WP_084371009.1 28.8 229 148 6 5 232 1 215 3.06e-25 99.8 MBC7326981.1 WP_107894076.1 30.5 239 150 9 21 249 24 256 4.35e-25 99.8 MBC7326981.1 WP_247749043.1 26.8 235 154 6 12 238 362 586 5.60e-25 101 MBC7326981.1 WP_279984614.1 27.7 238 165 4 16 250 19 252 1.11e-24 97.4 MBV9550452.1 MBV9550452.1 100 229 0 0 1 229 1 229 3.02e-169 463 WP_228938141.1 WP_228938141.1 100 272 0 0 1 272 1 272 9.66e-192 524 WP_228938141.1 KVQ00241.1 29.4 265 169 8 12 265 10 267 6.39e-18 79.7 WP_040301436.1 WP_040301436.1 100 166 0 0 1 166 1 166 5.96e-120 333 WP_248126409.1 WP_248126409.1 100 423 0 0 1 423 1 423 8.69e-303 817 MQG44163.1 MQG44163.1 100 126 0 0 1 126 1 126 1.62e-91 258 MQG44163.1 WP_159117211.1 28.7 101 71 1 14 114 107 206 2.52e-06 43.1 WP_231149750.1 WP_231149750.1 100 440 0 0 1 440 1 440 0.0 914 MBI2621122.1 MBI2621122.1 100 275 0 0 1 275 1 275 5.24e-202 550 MBI2621122.1 MBT2971737.1 33.7 279 159 6 1 274 2 259 6.61e-42 143 MBI2621122.1 WP_009197348.1 31.3 268 165 5 2 269 15 263 2.63e-33 120 WP_218566587.1 WP_218566587.1 100 196 0 0 1 196 1 196 4.23e-121 339 MBD20513.1 MBD20513.1 100 61 0 0 1 61 1 61 1.05e-37 117 KAH0561149.1 KAH0561149.1 100 429 0 0 1 429 1 429 4.56e-298 809 WP_175896721.1 WP_175896721.1 100 459 0 0 1 459 1 459 0.0 889 WP_175896721.1 WP_164653811.1 42.1 323 176 5 131 450 150 464 8.76e-63 209 WP_175896721.1 WP_272906673.1 46.9 260 125 4 148 400 140 393 7.72e-62 207 WP_175896721.1 KNY10996.1 40.5 299 155 5 162 449 8 294 2.22e-58 192 WP_175896721.1 WP_271786410.1 46.3 240 115 2 146 380 6 236 1.28e-57 192 WP_175896721.1 WP_205173112.1 43.5 253 136 2 148 399 148 394 3.41e-57 194 WP_175896721.1 WP_124213670.1 45.0 240 123 3 159 398 141 371 5.43e-57 194 WP_175896721.1 MBP7222158.1 40.5 237 136 2 159 395 13 244 1.03e-49 170 WP_175896721.1 WP_278449211.1 36.7 338 189 8 136 459 135 461 1.53e-49 174 RCI04718.1 RCI04718.1 100 364 0 0 1 364 1 364 1.18e-261 708 RCI04718.1 WP_161258623.1 32.0 194 120 3 36 226 340 524 8.06e-22 95.1 RCI04718.1 MBQ2017527.1 39.7 116 69 1 249 364 131 245 6.69e-20 86.3 RCI04718.1 KAG5702777.1 36.7 49 30 1 259 306 67 115 3.67e-04 40.0 UBR86455.1 UBR86455.1 100 7095 0 0 1 7095 1 7095 0.0 14034 UBR86455.1 UBD95131.1 99.1 7095 64 0 1 7095 2 7096 0.0 14023 UBR86455.1 UEC52718.1 99.1 7095 67 0 1 7095 2 7096 0.0 14016 UBR86455.1 QWC83326.1 99.0 7095 73 0 1 7095 2 7096 0.0 14006 UBR86455.1 QZU16279.1 98.8 7095 88 0 1 7095 2 7096 0.0 13966 UBR86455.1 UFM00670.1 98.6 4400 60 0 1 4400 2 4401 0.0 8511 UBR86455.1 UEC68750.1 98.6 4400 60 0 1 4400 2 4401 0.0 8509 UBR86455.1 UHM53165.1 98.6 4400 60 0 1 4400 2 4401 0.0 8506 UBR86455.1 UFM02602.1 98.6 4400 60 0 1 4400 2 4401 0.0 8506 UBR86455.1 QRX02582.1 98.4 4097 64 0 1 4097 2 4098 0.0 7885 XP_039202520.1 XP_039202520.1 100 506 0 0 1 506 1 506 0.0 1047 WP_235697247.1 WP_235697247.1 100 387 0 0 1 387 1 387 3.30e-291 785 EHQ6376324.1 EHQ6376324.1 100 180 0 0 1 180 1 180 2.20e-131 363 EHQ6376324.1 HAF6482379.1 40.4 89 52 1 12 100 33 120 3.06e-12 62.4 XP_043890337.1 XP_043890337.1 100 619 0 0 1 619 1 619 0.0 1098 WP_228268753.1 WP_228268753.1 100 120 0 0 1 120 1 120 1.03e-91 258 WP_228268753.1 WP_172117930.1 69.2 117 36 0 4 120 70 186 1.09e-59 180 WP_228268753.1 WP_024404629.1 61.2 98 38 0 4 101 69 166 1.50e-42 136 WP_046093714.1 WP_046093714.1 100 268 0 0 1 268 1 268 4.01e-207 562 WP_011513572.1 WP_011513572.1 100 343 0 0 1 343 1 343 2.17e-251 681 MCI0901122.1 MCI0901122.1 100 223 0 0 1 223 1 223 9.40e-170 464 SCH39951.1 SCH39951.1 100 486 0 0 1 486 1 486 0.0 896 SCH39951.1 WP_076194242.1 32.3 260 160 6 215 469 196 444 6.69e-30 120 SCH39951.1 MBO8233644.1 31.8 223 136 7 255 468 146 361 8.68e-20 89.4 SCH39951.1 KFX48203.1 25.3 277 173 8 215 466 635 902 1.43e-16 81.3 SCH39951.1 MBQ1868746.1 23.9 213 153 4 265 469 268 479 5.54e-16 79.0 SCH39951.1 MBR6403893.1 22.4 263 193 4 220 482 166 417 1.71e-14 73.6 SCH39951.1 KDF42894.1 24.5 216 151 6 261 469 263 473 3.67e-13 69.7 SCH39951.1 WP_074911472.1 20.8 207 163 1 265 470 798 1004 1.48e-09 58.9 SCH39951.1 WP_232306300.1 22.4 219 156 6 262 470 851 1065 5.39e-08 53.9 SCH39951.1 GDX36288.1 25.8 236 120 8 256 469 190 392 2.32e-07 51.2 AYV64277.1 AYV64277.1 100 426 0 0 1 426 1 426 7.83e-319 858 AYV64277.1 UFH83377.1 51.8 438 198 6 1 426 1 437 4.18e-137 401 AYV64277.1 AFQ97813.1 60.0 275 100 4 159 426 1 272 4.43e-106 313 AYV64277.1 UTU41876.1 60.9 261 95 3 169 423 1 260 1.65e-102 303 WP_254743169.1 WP_254743169.1 100 538 0 0 1 538 1 538 0.0 1050 MCB1875218.1 MCB1875218.1 100 317 0 0 1 317 1 317 3.02e-238 645 WP_207128967.1 WP_207128967.1 100 166 0 0 1 166 1 166 7.50e-114 318 NQT73935.1 NQT73935.1 100 368 0 0 1 368 1 368 5.55e-278 750 NLI07658.1 NLI07658.1 100 153 0 0 1 153 1 153 4.80e-97 275 WP_204657011.1 WP_204657011.1 100 56 0 0 1 56 1 56 2.13e-37 116 CAF1315160.1 CAF1315160.1 100 77 0 0 1 77 1 77 1.27e-54 161 WP_197079459.1 WP_197079459.1 100 50 0 0 1 50 1 50 6.59e-34 107 XP_051777026.1 XP_051777026.1 100 695 0 0 1 695 1 695 0.0 1358 WP_244440115.1 WP_244440115.1 100 79 0 0 1 79 1 79 4.05e-52 155 AUN37106.1 AUN37106.1 100 76 0 0 1 76 1 76 2.51e-47 143 TSA21665.1 TSA21665.1 100 122 0 0 1 122 1 122 1.25e-84 241 WP_261362933.1 WP_261362933.1 100 271 0 0 1 271 1 271 9.12e-210 569 GLJ54837.1 GLJ54837.1 100 232 0 0 1 232 1 232 1.34e-178 487 KAJ8033891.1 KAJ8033891.1 100 106 0 0 1 106 1 106 1.44e-80 229 WP_276974217.1 WP_276974217.1 100 174 0 0 1 174 1 174 1.33e-120 336 WP_123176104.1 WP_123176104.1 100 78 0 0 1 78 1 78 2.56e-50 150 WP_219324004.1 WP_219324004.1 100 59 0 0 1 59 1 59 1.84e-37 117 WP_059678947.1 WP_059678947.1 100 546 0 0 1 546 1 546 0.0 1038 RJP93937.1 RJP93937.1 100 82 0 0 1 82 1 82 2.55e-63 184 RVW37287.1 RVW37287.1 100 120 0 0 1 120 1 120 9.99e-81 231 WP_064049628.1 WP_064049628.1 100 432 0 0 1 432 1 432 2.77e-315 850 WP_064049628.1 XP_002873995.1 26.4 280 183 6 8 275 98 366 1.29e-14 73.9 WP_064049628.1 KAG7602925.1 25.7 276 190 5 8 275 98 366 3.03e-14 72.8 WP_156033277.1 WP_156033277.1 100 184 0 0 1 184 1 184 1.17e-128 357 WP_230200986.1 WP_230200986.1 100 622 0 0 1 622 1 622 0.0 1250 WP_220331155.1 WP_220331155.1 100 296 0 0 1 296 1 296 2.59e-208 568 WP_220331155.1 WP_035710346.1 28.5 228 157 6 71 296 94 317 6.09e-14 69.3 WP_074745818.1 WP_074745818.1 100 401 0 0 1 401 1 401 1.02e-267 727 WP_151949835.1 WP_151949835.1 100 142 0 0 1 142 1 142 3.99e-77 223 MBS3795756.1 MBS3795756.1 100 138 0 0 1 138 1 138 3.03e-95 269 MCU1460142.1 MCU1460142.1 100 103 0 0 1 103 1 103 5.56e-70 202 KAJ2188950.1 KAJ2188950.1 100 1684 0 0 1 1684 1 1684 0.0 3322 WP_013632646.1 WP_013632646.1 100 804 0 0 1 804 1 804 0.0 1519 WP_013632646.1 WP_074319120.1 38.9 737 416 11 82 801 21 740 2.40e-145 444 WP_013632646.1 HCT06136.1 35.4 508 305 7 262 756 217 714 1.83e-94 310 WP_013632646.1 WP_041591748.1 32.3 501 325 5 259 754 107 598 4.13e-80 269 WP_013632646.1 OFX32653.1 31.5 553 359 10 260 803 81 622 5.89e-72 246 WP_013632646.1 MBI6149093.1 28.2 746 464 19 75 804 82 771 4.21e-71 247 WP_013632646.1 MCE7698179.1 33.3 409 256 5 223 628 1 395 1.94e-59 205 WP_013632646.1 SFX27592.1 29.6 500 331 8 259 750 159 645 7.50e-57 205 WP_013632646.1 WP_176307440.1 23.7 722 501 13 85 795 96 778 9.40e-50 186 WP_013632646.1 KAA0114277.1 23.9 607 336 21 262 751 113 710 5.61e-22 100 XP_018754863.1 XP_018754863.1 100 346 0 0 1 346 1 346 3.73e-249 675 XP_018754863.1 OAX39412.1 35.6 236 134 7 10 234 7 235 2.40e-29 114 WP_230284916.1 WP_230284916.1 100 463 0 0 1 463 1 463 0.0 930 WP_230284916.1 RMF68396.1 31.7 502 271 19 1 446 1 486 2.58e-53 184 WP_230284916.1 WP_193956008.1 29.7 434 217 19 87 443 100 522 7.94e-29 117 NJM16453.1 NJM16453.1 100 220 0 0 1 220 1 220 2.21e-162 445 KJZ73525.1 KJZ73525.1 100 191 0 0 1 191 1 191 2.17e-141 390 KAJ6336236.1 KAJ6336236.1 100 223 0 0 1 223 1 223 4.63e-161 442 WP_211114623.1 WP_211114623.1 100 797 0 0 1 797 1 797 0.0 1537 WP_211114623.1 MBF0233644.1 33.7 520 335 4 284 795 220 737 4.06e-69 241 WP_211114623.1 WP_061048002.1 31.6 459 293 5 346 795 324 770 7.98e-62 221 WP_211114623.1 WP_086504813.1 36.2 387 230 10 409 792 378 750 6.37e-50 186 WP_211114623.1 NSW79198.1 33.9 348 214 7 318 659 327 664 7.05e-49 182 WP_211114623.1 PKL50735.1 26.7 547 349 14 278 791 535 1062 6.38e-41 160 WP_211114623.1 MBK3737236.1 41.2 260 134 8 405 656 410 658 5.91e-40 155 WP_211114623.1 MBC2704089.1 36.1 169 103 3 139 304 404 570 1.41e-24 108 WP_211114623.1 WP_083453642.1 28.7 247 151 5 419 656 337 567 7.93e-20 92.4 WP_211114623.1 MCL5028570.1 30.3 122 83 1 674 795 59 178 2.82e-09 58.2 XP_014259138.1 XP_014259138.1 100 946 0 0 1 946 1 946 0.0 1431 WP_271104848.1 WP_271104848.1 100 76 0 0 1 76 1 76 2.60e-49 148 MCI7202149.1 MCI7202149.1 100 263 0 0 1 263 1 263 7.43e-196 533 MCI7202149.1 SEJ33525.1 31.1 257 171 5 10 262 28 282 1.80e-33 122 GAL07990.1 GAL07990.1 100 84 0 0 1 84 1 84 1.00e-52 157 GAL07990.1 HCH2726488.1 61.5 78 30 0 1 78 340 417 9.57e-26 97.1 MBR9906678.1 MBR9906678.1 100 436 0 0 1 436 1 436 1.17e-318 858 WP_184699897.1 WP_184699897.1 100 94 0 0 1 94 1 94 1.61e-67 195 MYX39762.1 MYX39762.1 100 259 0 0 1 259 1 259 2.70e-196 534 WP_224547797.1 WP_224547797.1 100 197 0 0 1 197 1 197 1.35e-147 406 MCL2341595.1 MCL2341595.1 100 160 0 0 1 160 1 160 1.21e-107 302 XP_011782004.1 XP_011782004.1 100 1120 0 0 1 1120 1 1120 0.0 2123 XP_011782004.1 XP_037697134.1 72.1 1117 299 9 1 1111 1 1110 0.0 1415 MBL14507.1 MBL14507.1 100 586 0 0 1 586 1 586 0.0 1215 MBL14507.1 MBT4210917.1 29.7 585 337 17 38 582 34 584 3.58e-68 233 MBL14507.1 WP_096067320.1 27.5 626 362 21 11 585 30 614 9.05e-62 213 MBL14507.1 WP_282322778.1 27.2 626 364 20 11 585 30 614 9.05e-62 213 MBL14507.1 MBL4581517.1 23.7 654 354 22 12 551 104 726 3.16e-32 130 TMC92967.1 TMC92967.1 100 289 0 0 1 289 1 289 1.02e-206 563 TMC92967.1 WP_057012309.1 49.2 256 119 4 31 280 18 268 6.80e-69 213 OYV27796.1 OYV27796.1 100 312 0 0 1 312 1 312 1.81e-232 630 OYV27796.1 WP_232243969.1 47.2 305 134 5 18 312 1 288 3.40e-83 257 WP_169928520.1 WP_169928520.1 100 381 0 0 1 381 1 381 3.52e-283 764 MCR5335843.1 MCR5335843.1 100 396 0 0 1 396 1 396 5.49e-290 783 MCR5335843.1 MBY0289623.1 37.9 375 217 6 8 374 9 375 2.86e-64 209 MCR5335843.1 WP_167324608.1 26.4 458 247 11 13 391 14 460 3.75e-27 110 MUT95175.1 MUT95175.1 100 249 0 0 1 249 1 249 7.91e-175 479 MUT95175.1 OAH97901.1 32.2 230 149 3 9 238 2 224 2.34e-26 100 WP_039638019.1 WP_039638019.1 100 184 0 0 1 184 1 184 1.31e-125 349 WP_039638019.1 WP_173283317.1 40.5 42 25 0 6 47 46 87 6.49e-04 37.7 MBI4599533.1 MBI4599533.1 100 244 0 0 1 244 1 244 1.22e-171 471 MBI4599533.1 SFI40936.1 51.5 229 111 0 13 241 21 249 7.49e-77 231 MCO4478718.1 MCO4478718.1 100 276 0 0 1 276 1 276 3.41e-203 553 MCO4478718.1 HBG17616.1 29.2 106 75 0 167 272 427 532 3.14e-11 61.6 MCO4478718.1 UOK61174.1 34.7 101 65 1 173 273 258 357 2.80e-10 58.5 MCO4478718.1 WP_126376486.1 27.3 99 71 1 175 273 184 281 2.18e-08 52.4 NTW34833.1 NTW34833.1 100 246 0 0 1 246 1 246 5.68e-162 446 WP_116773703.1 WP_116773703.1 100 260 0 0 1 260 1 260 2.89e-187 511 WP_116773703.1 MCC8072670.1 49.6 238 115 2 1 238 1 233 1.14e-75 228 MBK3574312.1 MBK3574312.1 100 664 0 0 1 664 1 664 0.0 1237 MBK3574312.1 WP_251758029.1 33.1 650 383 17 6 643 3 612 1.18e-85 280 MBK3574312.1 GIR47037.1 40.2 423 229 6 69 477 67 479 1.95e-83 274 MBK3574312.1 UDH58358.1 36.3 430 244 12 81 495 79 493 5.35e-59 208 MBK3574312.1 YP_009351723.1 30.9 408 261 9 81 485 20 409 8.12e-46 169 MBK3574312.1 EAZ5330394.1 27.9 452 270 13 55 477 44 468 3.73e-21 95.5 MBK3574312.1 WP_243361436.1 26.4 421 275 12 77 484 71 469 6.46e-21 94.7 MBK3574312.1 WP_096665911.1 27.8 331 221 11 78 400 77 397 6.39e-18 85.5 MBK3574312.1 MBT3784852.1 26.6 274 178 7 132 402 112 365 1.02e-15 79.0 MBK3574312.1 YP_007317140.1 26.2 244 150 9 160 400 50 266 6.50e-05 43.9 AYX42557.1 AYX42557.1 100 107 0 0 1 107 1 107 5.67e-65 190 XP_044019329.1 XP_044019329.1 100 1512 0 0 1 1512 1 1512 0.0 2783 WP_211056951.1 WP_211056951.1 100 890 0 0 1 890 1 890 0.0 1793 WP_211056951.1 WP_227329750.1 31.0 284 188 3 16 297 16 293 2.25e-29 120 WP_099253885.1 WP_099253885.1 100 385 0 0 1 385 1 385 6.73e-274 741 WP_145321954.1 WP_145321954.1 100 161 0 0 1 161 1 161 5.79e-120 333 WP_059433000.1 WP_059433000.1 100 283 0 0 1 283 1 283 4.01e-210 571 XP_007208131.1 XP_007208131.1 100 1202 0 0 1 1202 1 1202 0.0 2341 MCT4573170.1 MCT4573170.1 100 137 0 0 1 137 1 137 2.31e-103 289 MCT4573170.1 MBE9640947.1 35.4 113 70 3 24 134 360 471 4.07e-12 60.5 XP_047935591.1 XP_047935591.1 100 444 0 0 1 444 1 444 0.0 873 XP_047935591.1 WP_142114448.1 26.4 125 75 3 312 436 255 362 2.10e-04 41.6 MBQ7930482.1 MBQ7930482.1 100 153 0 0 1 153 1 153 1.09e-102 289 WP_132774430.1 WP_132774430.1 100 562 0 0 1 562 1 562 0.0 1090 MCC6044083.1 MCC6044083.1 100 314 0 0 1 314 1 314 3.40e-213 582 MCC6044083.1 WP_215557653.1 45.7 221 119 1 1 220 1 221 1.29e-59 190 MCC6044083.1 MCB0243881.1 46.4 211 112 1 11 220 13 223 9.15e-56 179 MCC6044083.1 WP_266842210.1 45.7 208 112 1 13 220 19 225 3.04e-54 176 MCC6044083.1 WP_145468487.1 44.7 208 114 1 11 217 14 221 3.28e-51 167 MCC6044083.1 MBT4161918.1 44.1 213 118 1 9 220 12 224 8.95e-51 166 MCC6044083.1 CAI8213472.1 40.7 221 127 2 1 220 12 229 5.23e-49 162 MCC6044083.1 MCF7808720.1 40.7 214 126 1 8 220 11 224 7.89e-46 153 MCC6044083.1 WP_142133210.1 40.9 208 117 4 23 227 26 230 9.67e-38 133 MCC6044083.1 WP_211555180.1 35.8 201 127 2 23 222 19 218 6.82e-30 112 GIS77777.1 GIS77777.1 100 55 0 0 1 55 1 55 3.32e-36 113 GIS77777.1 WP_173302040.1 55.6 36 16 0 3 38 102 137 6.52e-06 39.3 MXW24770.1 MXW24770.1 100 626 0 0 1 626 1 626 0.0 1183 EGI35895.1 EGI35895.1 100 284 0 0 1 284 1 284 9.40e-205 558 YP_009731821.1 YP_009731821.1 100 223 0 0 1 223 1 223 2.54e-149 412 YP_009731821.1 QNV11749.1 74.6 224 56 1 1 223 1 224 2.24e-111 317 YP_009731821.1 AFN42320.1 44.1 143 75 2 83 221 27 168 1.89e-28 103 MBQ7424709.1 MBQ7424709.1 100 81 0 0 1 81 1 81 3.02e-57 168 WP_124977341.1 WP_124977341.1 100 272 0 0 1 272 1 272 5.75e-168 464 WP_124977341.1 MBD1933857.1 52.4 233 102 2 38 269 14 238 9.26e-56 178 WP_069156513.1 WP_069156513.1 100 234 0 0 1 234 1 234 4.81e-173 473 WP_069156513.1 MBQ5584458.1 47.1 227 116 3 4 229 3 226 1.12e-62 194 WP_069156513.1 WP_194544138.1 42.9 231 127 4 3 229 10 239 7.00e-56 177 WP_069156513.1 WP_186723788.1 36.6 224 136 2 5 228 8 225 1.02e-42 143 WP_069156513.1 WP_026893585.1 36.2 229 136 5 1 228 1 220 1.84e-42 142 WP_069156513.1 MBP1530348.1 30.2 232 149 5 3 233 2 221 4.32e-40 135 WP_069156513.1 WP_007708736.1 33.6 229 147 3 4 229 3 229 5.65e-40 135 WP_069156513.1 WP_101794136.1 32.9 231 146 3 4 227 26 254 1.19e-35 125 WP_069156513.1 EAG2350674.1 44.8 125 68 1 1 125 1 124 2.99e-35 120 WP_069156513.1 EAC1232420.1 31.0 226 149 5 4 229 3 221 1.61e-29 108 MAQ92282.1 MAQ92282.1 100 586 0 0 1 586 1 586 0.0 1131 WP_047721562.1 WP_047721562.1 100 337 0 0 1 337 1 337 3.38e-236 642 WP_047721562.1 MBE7554905.1 43.4 332 185 2 8 337 5 335 1.14e-74 232 WP_047721562.1 AHG02917.1 32.9 328 185 3 14 336 11 308 6.40e-41 144 WP_047721562.1 WP_239280620.1 32.4 330 199 5 8 336 11 317 2.49e-35 129 WP_047721562.1 WP_149656427.1 30.9 337 212 9 4 337 5 323 5.36e-32 120 WP_047721562.1 WP_208042111.1 25.7 331 219 5 7 337 8 311 1.49e-26 105 WP_047721562.1 KQB14740.1 27.5 306 200 6 36 337 38 325 4.18e-23 96.3 WP_047721562.1 MBW2176475.1 25.3 273 182 3 65 337 165 415 5.16e-17 79.7 WP_047721562.1 WP_184130797.1 32.5 83 52 1 210 292 238 316 1.92e-06 47.4 SHG89682.1 SHG89682.1 100 265 0 0 1 265 1 265 1.96e-192 525 WP_258450640.1 WP_258450640.1 100 198 0 0 1 198 1 198 6.35e-133 369 WP_200200480.1 WP_200200480.1 100 1168 0 0 1 1168 1 1168 0.0 2337 WP_200200480.1 WP_137202811.1 34.1 296 167 4 563 835 1174 1448 4.36e-41 163 WP_200200480.1 MBA3614174.1 32.7 318 203 7 855 1166 156 468 2.68e-38 153 WP_200200480.1 MCH9811988.1 23.9 234 149 9 560 778 229 448 1.36e-05 47.4 WP_262686037.1 WP_262686037.1 100 423 0 0 1 423 1 423 0.0 884 WP_262686037.1 WP_120115041.1 28.4 211 138 5 44 245 65 271 8.27e-15 74.3 WP_262686037.1 KAF3069499.1 23.3 236 115 9 57 245 111 327 2.62e-05 44.7 KAG9404442.1 KAG9404442.1 100 235 0 0 1 235 1 235 1.05e-172 473 WP_101701979.1 WP_101701979.1 100 212 0 0 1 212 1 212 2.40e-153 422 MCF8535784.1 MCF8535784.1 100 197 0 0 1 197 1 197 3.81e-129 359 MCF8535784.1 MSW04208.1 34.1 185 121 1 6 189 2 186 2.39e-22 92.0 EFW50635.1 EFW50635.1 100 97 0 0 1 97 1 97 1.16e-66 193 EFW50635.1 ABB60900.1 44.0 91 51 0 1 91 35 125 1.39e-20 78.2 EFW50635.1 HBY6471839.1 100 17 0 0 81 97 9 25 1.12e-06 40.0 WP_185031483.1 WP_185031483.1 100 238 0 0 1 238 1 238 3.49e-168 461 WP_185031483.1 MCL7714424.1 32.3 198 110 7 36 221 40 225 8.25e-20 83.2 WP_185031483.1 WP_026893585.1 30.0 190 126 4 34 221 37 221 1.03e-19 82.8 WP_185031483.1 PYP94120.1 33.1 160 100 3 65 221 66 221 1.56e-15 71.6 WP_185031483.1 MBQ2640849.1 62.5 32 11 1 190 221 1 31 1.85e-06 42.0 MBL0929646.1 MBL0929646.1 100 340 0 0 1 340 1 340 3.41e-242 657 WP_162852444.1 WP_162852444.1 100 55 0 0 1 55 1 55 3.10e-32 103 QTM79632.1 QTM79632.1 100 4402 0 0 1 4402 1 4402 0.0 8653 QTM79632.1 QTZ27226.1 99.9 4402 6 0 1 4402 1 4402 0.0 8640 QTM79632.1 QXR94354.1 99.7 4402 13 0 1 4402 1 4402 0.0 8626 QTM79632.1 QVD87869.1 99.7 4398 12 0 1 4398 1 4398 0.0 8619 QTM79632.1 QWC83326.1 99.7 4401 10 1 1 4398 1 4401 0.0 8619 QTM79632.1 UPP41269.1 99.6 4402 18 0 1 4402 1 4402 0.0 8614 QTM79632.1 USR14792.1 99.6 4402 19 0 1 4402 1 4402 0.0 8611 QTM79632.1 UZO53924.1 99.6 4398 16 0 1 4398 1 4398 0.0 8611 QTM79632.1 UVB16817.1 99.6 4398 16 0 1 4398 1 4398 0.0 8609 QTM79632.1 URQ55824.1 99.6 4398 17 0 1 4398 1 4398 0.0 8608 ODU51779.1 ODU51779.1 100 290 0 0 1 290 1 290 4.29e-204 556 ODU51779.1 MCB1703688.1 39.6 96 55 1 9 101 36 131 2.52e-18 78.2 ODU51779.1 MCB0773217.1 36.7 49 24 1 30 71 68 116 5.47e-04 38.5 KAI1815548.1 KAI1815548.1 100 530 0 0 1 530 1 530 0.0 1096 KAI1815548.1 KXN72221.1 31.7 208 129 4 29 233 31 228 2.99e-32 122 WP_098876031.1 WP_098876031.1 100 283 0 0 1 283 1 283 1.06e-205 560 WP_098876031.1 WP_029579419.1 25.6 262 182 5 1 250 1 261 1.15e-19 85.1 WP_098876031.1 WP_077690175.1 26.8 246 162 6 1 232 1 242 1.50e-12 65.1 WP_098876031.1 WP_134669716.1 27.5 131 92 2 6 134 11 140 9.25e-11 59.7 WP_098876031.1 WP_190032834.1 28.3 166 117 1 1 166 1 164 1.03e-08 53.5 NUQ21352.1 NUQ21352.1 100 58 0 0 1 58 1 58 1.42e-36 114 WP_265102281.1 WP_265102281.1 100 268 0 0 1 268 1 268 2.03e-191 523 WP_265102281.1 WP_087759142.1 98.9 264 3 0 5 268 235 498 1.60e-182 509 MYD56339.1 MYD56339.1 100 347 0 0 1 347 1 347 1.16e-248 674 MYD56339.1 OQA35671.1 42.9 182 103 1 28 208 344 525 6.43e-43 155 MYD56339.1 WP_041710957.1 40.3 186 106 3 23 208 306 486 7.23e-36 135 MYD56339.1 WP_089095302.1 38.0 184 109 3 29 207 337 520 7.15e-32 124 MYD56339.1 WP_173040157.1 36.9 217 118 5 21 221 14 227 1.59e-29 117 MYD56339.1 MCH5231772.1 29.5 183 128 1 27 208 340 522 3.86e-23 98.6 MYD56339.1 WP_014657023.1 37.8 156 91 4 32 184 358 510 4.70e-15 74.3 MYD56339.1 NVM03966.1 26.9 167 106 4 27 179 43 207 7.56e-07 48.5 MCE2861656.1 MCE2861656.1 100 270 0 0 1 270 1 270 1.14e-198 541 MCE2861656.1 MBO7707210.1 41.1 280 151 4 1 266 1 280 1.59e-65 204 MBR6441032.1 MBR6441032.1 100 86 0 0 1 86 1 86 1.68e-63 184 ETB53277.1 ETB53277.1 100 285 0 0 1 285 1 285 2.57e-198 541 ETB53277.1 MCI7704736.1 34.2 269 173 3 14 281 23 288 2.89e-44 150 ETB53277.1 WP_152046331.1 35.3 275 167 4 11 281 19 286 1.10e-43 149 ETB53277.1 WP_184130797.1 37.6 226 134 5 64 283 148 372 2.25e-39 139 ETB53277.1 WP_073936403.1 34.5 278 166 4 13 281 30 300 2.09e-34 125 ETB53277.1 EGY4555186.1 31.4 277 174 3 15 281 26 296 3.56e-33 121 XP_013412367.1 XP_013412367.1 100 231 0 0 1 231 1 231 4.80e-167 458 KAF8820068.1 KAF8820068.1 100 354 0 0 1 354 1 354 2.57e-260 704 WP_083019054.1 WP_083019054.1 100 525 0 0 1 525 1 525 0.0 1022 WP_128581955.1 WP_128581955.1 100 139 0 0 1 139 1 139 8.01e-96 270 AMJ52230.1 AMJ52230.1 100 102 0 0 1 102 1 102 2.66e-72 208 AMJ52230.1 MCE2456387.1 38.6 101 62 0 2 102 135 235 4.77e-23 89.7 OEU77901.1 OEU77901.1 100 266 0 0 1 266 1 266 2.58e-193 527 OEU77901.1 WP_115357420.1 45.4 240 125 4 5 240 3 240 2.57e-66 206 WP_188339236.1 WP_188339236.1 100 178 0 0 1 178 1 178 2.67e-122 340 WP_188339236.1 WP_083053697.1 37.0 81 48 1 23 103 25 102 1.49e-06 44.7 AAX93012.1 AAX93012.1 100 958 0 0 1 958 1 958 0.0 1820 MBQ2344446.1 MBQ2344446.1 100 521 0 0 1 521 1 521 0.0 997 XP_019000248.1 XP_019000248.1 100 341 0 0 1 341 1 341 4.61e-261 705 XP_019000248.1 KAJ3918428.1 31.0 245 152 6 6 236 41 282 1.04e-27 110 XP_019000248.1 WP_055863905.1 33.6 211 131 5 8 211 2 210 1.51e-26 106 XP_019000248.1 WP_236939362.1 33.6 214 129 5 6 216 4 207 1.09e-25 106 WEU87158.1 WEU87158.1 100 7096 0 0 1 7096 1 7096 0.0 14175 WEU87158.1 QWC83326.1 99.9 7096 8 0 1 7096 1 7096 0.0 14157 WEU87158.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14155 WEU87158.1 UBP50947.1 99.8 7096 13 0 1 7096 1 7096 0.0 14145 WEU87158.1 UBD95131.1 99.8 7096 17 0 1 7096 1 7096 0.0 14136 WEU87158.1 QZU16279.1 99.4 7096 41 0 1 7096 1 7096 0.0 14079 WEU87158.1 QTD03487.1 99.9 4401 5 0 1 4401 1 4401 0.0 8642 WEU87158.1 UFM00670.1 99.7 4401 14 0 1 4401 1 4401 0.0 8623 WEU87158.1 UEC68750.1 99.7 4401 14 0 1 4401 1 4401 0.0 8621 WEU87158.1 QRX02582.1 99.9 4098 3 0 1 4098 1 4098 0.0 8026 WP_127706998.1 WP_127706998.1 100 411 0 0 1 411 1 411 3.21e-276 749 WP_127706998.1 HBR1104065.1 31.1 241 150 7 74 305 55 288 1.18e-16 80.1 KMQ95473.1 KMQ95473.1 100 296 0 0 1 296 1 296 1.01e-205 561 WP_119660228.1 WP_119660228.1 100 308 0 0 1 308 1 308 3.18e-199 546 VVW92857.1 VVW92857.1 100 33 0 0 1 33 1 33 8.76e-21 73.2 TDP04522.1 TDP04522.1 100 331 0 0 1 331 1 331 1.49e-236 642 TDP04522.1 WP_212626688.1 31.7 164 103 3 25 188 166 320 6.64e-07 48.9 MCS5639477.1 MCS5639477.1 100 234 0 0 1 234 1 234 1.13e-171 470 XP_043280639.1 XP_043280639.1 100 1119 0 0 1 1119 1 1119 0.0 1981 MBT9597716.1 MBT9597716.1 100 210 0 0 1 210 1 210 8.64e-146 402 MBT9597716.1 WP_195001047.1 28.5 214 141 5 2 207 375 584 2.80e-16 75.1 KAF3385475.1 KAF3385475.1 100 198 0 0 1 198 1 198 1.03e-147 406 WP_071081072.1 WP_071081072.1 100 178 0 0 1 178 1 178 3.79e-122 340 WP_071081072.1 WP_262114929.1 50.5 184 82 4 1 178 1 181 6.72e-51 160 WP_246239142.1 WP_246239142.1 100 460 0 0 1 460 1 460 0.0 897 WP_246239142.1 MBI1418116.1 32.3 232 137 6 6 236 7 219 4.88e-17 80.9 WP_246239142.1 WP_042650033.1 26.3 240 143 5 250 456 5 243 4.12e-13 67.4 ERE79785.1 ERE79785.1 100 478 0 0 1 478 1 478 0.0 922 ERE79785.1 RSL59427.1 27.8 395 196 9 125 463 62 423 4.02e-32 126 ERE79785.1 NQR19375.1 24.8 367 185 8 126 433 3 337 1.07e-23 101 ERE79785.1 XP_023589550.1 24.6 399 214 9 124 466 96 463 1.02e-21 97.1 ERE79785.1 GEU53557.1 22.5 360 203 6 129 435 101 437 5.32e-21 94.4 ERE79785.1 CZT45482.1 26.5 381 200 11 124 433 87 458 1.04e-20 94.0 MBQ7518453.1 MBQ7518453.1 100 683 0 0 1 683 1 683 0.0 1426 MCK5725948.1 MCK5725948.1 100 656 0 0 1 656 1 656 0.0 1341 MCK5725948.1 MCI9379843.1 31.9 661 384 22 1 652 1 604 9.58e-83 271 STC68550.1 STC68550.1 100 632 0 0 1 632 1 632 0.0 1253 STC68550.1 WP_003960394.1 44.8 630 334 6 7 625 3 629 4.01e-170 498 WP_140468443.1 WP_140468443.1 100 475 0 0 1 475 1 475 0.0 922 WP_271931007.1 WP_271931007.1 100 951 0 0 1 951 1 951 0.0 1827 WP_271931007.1 GIW70618.1 32.7 306 172 8 650 949 37 316 4.46e-28 120 WP_271931007.1 WP_281919021.1 32.2 242 128 8 654 890 6 216 9.84e-24 104 WP_271931007.1 XP_047334060.1 27.2 287 173 5 661 941 17 273 1.35e-21 99.0 WP_271931007.1 EYU24504.1 29.0 255 159 10 661 904 189 432 2.64e-13 72.0 WP_271931007.1 KAJ7903702.1 27.9 229 125 9 667 891 29 221 4.16e-13 70.9 WP_271931007.1 XP_026100634.1 25.5 286 155 10 628 901 50 289 1.20e-11 66.2 WP_271931007.1 NXJ84327.1 26.3 171 97 4 652 805 192 350 1.09e-05 47.8 WP_271931007.1 XP_039923984.1 26.0 169 111 2 652 805 187 345 1.43e-05 47.4 WP_058460161.1 WP_058460161.1 100 125 0 0 1 125 1 125 4.85e-88 249 MBQ9736331.1 MBQ9736331.1 100 301 0 0 1 301 1 301 3.79e-233 631 XP_043377824.1 XP_043377824.1 100 1304 0 0 1 1304 1 1304 0.0 2215 XP_043377824.1 XP_047334060.1 38.0 276 151 7 25 291 17 281 2.24e-47 180 XP_043377824.1 KZT58963.1 31.4 274 161 8 30 289 1083 1343 2.05e-31 132 XP_043377824.1 XP_020321477.1 26.4 292 175 10 23 294 51 322 1.11e-21 100 XP_043377824.1 XP_029528577.1 28.8 212 134 6 25 232 30 228 5.50e-21 94.7 XP_043377824.1 XP_046441060.1 26.6 274 174 9 23 289 59 312 8.31e-21 97.4 XP_043377824.1 KAG1590416.1 27.8 223 124 6 25 235 80 277 3.54e-19 89.7 XP_043377824.1 EYU24504.1 24.4 254 141 6 4 220 166 405 2.34e-16 82.4 XP_043377824.1 KAJ7903702.1 29.0 207 126 8 25 226 23 213 1.54e-13 72.8 XP_043377824.1 OKZ85006.1 30.7 88 56 2 98 182 143 228 8.25e-07 51.6 QID82546.1 QID82546.1 100 864 0 0 1 864 1 864 0.0 1618 XP_039769176.1 XP_039769176.1 100 1235 0 0 1 1235 1 1235 0.0 2189 HBH1966141.1 HBH1966141.1 100 80 0 0 1 80 1 80 2.43e-49 148 WP_189355988.1 WP_189355988.1 100 123 0 0 1 123 1 123 1.51e-90 256 XP_014733223.1 XP_014733223.1 100 328 0 0 1 328 1 328 3.39e-236 641 PSR02572.1 PSR02572.1 100 350 0 0 1 350 1 350 4.02e-230 627 PSR02572.1 PHR72175.1 59.5 296 120 0 48 343 21 316 3.24e-120 348 PSR02572.1 WP_073201850.1 49.3 296 148 2 49 343 30 324 3.98e-91 274 PSR02572.1 OQA38407.1 38.6 236 135 3 109 344 78 303 2.72e-43 154 PSR02572.1 WP_254698006.1 36.2 279 157 8 68 337 19 285 5.28e-39 143 PSR02572.1 WP_253808359.1 33.6 295 175 7 53 337 7 290 3.98e-37 137 PSR02572.1 CBI36349.3 32.4 278 173 3 71 344 30 296 5.98e-34 128 PSR02572.1 WP_225579579.1 33.7 282 162 8 69 337 30 299 4.25e-32 124 WP_058671428.1 WP_058671428.1 100 213 0 0 1 213 1 213 1.19e-158 435 WP_283629251.1 WP_283629251.1 100 270 0 0 1 270 1 270 6.52e-189 516 ECN6431251.1 ECN6431251.1 100 122 0 0 1 122 1 122 5.73e-90 254 ECN6431251.1 NOT18216.1 64.8 122 43 0 1 122 43 164 1.28e-53 175 WP_165462493.1 WP_165462493.1 100 304 0 0 1 304 1 304 3.39e-208 568 WP_165462493.1 WP_069341101.1 27.8 295 197 6 6 298 12 292 1.08e-27 107 WP_165462493.1 WP_220664202.1 28.4 324 199 7 3 295 9 330 8.18e-27 105 WP_165462493.1 WP_279008479.1 27.0 137 92 3 166 294 175 311 1.81e-05 43.9 EFV4293432.1 EFV4293432.1 100 249 0 0 1 249 1 249 7.36e-180 492 KAI9878467.1 KAI9878467.1 100 460 0 0 1 460 1 460 2.04e-290 789 XP_048540820.1 XP_048540820.1 100 1041 0 0 1 1041 1 1041 0.0 1838 XP_048540820.1 XP_028705251.1 32.5 268 154 5 783 1023 447 714 1.25e-33 138 XP_048540820.1 XP_021765438.1 26.7 273 152 6 796 1023 601 870 2.40e-20 95.5 XP_048540820.1 XP_040250218.1 27.1 258 145 9 796 1016 363 614 4.18e-19 91.3 XP_048540820.1 XP_019180948.1 27.5 273 144 8 796 1019 682 949 1.03e-17 87.0 XP_048540820.1 MBF1128433.1 22.8 263 166 8 792 1022 12 269 5.29e-10 61.6 XP_048540820.1 XP_029528577.1 23.0 244 150 7 796 1009 36 271 3.60e-09 58.2 XP_048540820.1 XP_006969978.1 25.3 221 134 6 791 982 71 289 2.28e-08 55.5 XP_048540820.1 UZO03952.1 23.4 171 98 6 883 1023 79 246 3.31e-08 54.7 WP_192558464.1 WP_192558464.1 100 238 0 0 1 238 1 238 2.26e-164 452 WP_192558464.1 WP_274915895.1 31.6 228 137 5 5 222 8 226 6.46e-16 72.8 WP_192558464.1 WP_048427321.1 27.2 235 139 8 1 229 4 212 7.38e-09 52.8 XP_053017968.1 XP_053017968.1 100 110 0 0 1 110 1 110 6.51e-79 225 WP_140480909.1 WP_140480909.1 100 369 0 0 1 369 1 369 4.67e-266 720 WP_140480909.1 WP_176354145.1 47.4 329 166 4 17 341 10 335 3.18e-91 276 WP_140480909.1 WP_109219819.1 52.3 258 121 2 12 268 17 273 2.95e-82 254 WP_140480909.1 WP_170725874.1 50.6 237 116 1 13 249 5 240 3.46e-79 244 WP_140480909.1 WP_076409454.1 39.5 357 191 7 11 361 3 340 3.12e-77 240 WP_140480909.1 WP_258581409.1 38.7 362 207 5 13 367 4 357 1.06e-73 231 WP_140480909.1 WP_237907640.1 44.4 293 159 3 13 302 4 295 1.40e-71 226 WP_140480909.1 WP_011057593.1 48.1 235 121 1 11 245 3 236 5.37e-71 224 WP_140480909.1 MWR41881.1 38.4 232 135 2 18 243 35 264 9.52e-49 164 WP_140480909.1 NNE23115.1 40.1 202 121 0 34 235 23 224 9.11e-48 164 EER7236894.1 EER7236894.1 100 198 0 0 1 198 1 198 1.71e-146 403 WP_117700467.1 WP_117700467.1 100 304 0 0 1 304 1 304 2.75e-223 606 WP_049471407.1 WP_049471407.1 100 150 0 0 1 150 1 150 1.28e-95 271 TZC53901.1 TZC53901.1 100 24 0 0 1 24 1 24 9.28e-13 52.4 NLW23809.1 NLW23809.1 100 398 0 0 1 398 1 398 2.61e-289 781 XP_003768056.1 XP_003768056.1 100 91 0 0 1 91 1 91 5.51e-60 176 WP_072802511.1 WP_072802511.1 100 250 0 0 1 250 1 250 3.66e-185 505 MBI1736306.1 MBI1736306.1 100 308 0 0 1 308 1 308 2.83e-218 594 MBI1736306.1 MBI5966481.1 49.5 289 135 4 16 295 17 303 1.64e-84 255 MBI1736306.1 WP_276638014.1 39.3 326 169 6 5 307 34 353 3.60e-61 197 MBI1736306.1 WP_220615956.1 41.4 304 161 5 16 302 48 351 1.72e-58 190 MBI1736306.1 WP_067782871.1 36.8 307 190 3 1 306 1 304 1.00e-55 181 MBI1736306.1 WP_279399778.1 40.7 285 166 2 23 306 23 305 9.18e-54 176 MBI1736306.1 MBQ1540263.1 36.5 288 153 7 8 295 28 285 9.53e-35 126 MBI1736306.1 HAR4359619.1 34.0 209 121 4 84 291 78 270 7.47e-23 94.0 MBI1736306.1 MBQ7293051.1 32.0 175 99 6 134 299 46 209 2.33e-12 63.5 WP_261610700.1 WP_261610700.1 100 211 0 0 1 211 1 211 1.73e-141 392 MBW2176475.1 MBW2176475.1 100 417 0 0 1 417 1 417 2.37e-297 803 MBW2176475.1 MBX7055839.1 32.5 249 159 3 168 415 84 324 2.49e-32 123 MBW2176475.1 AHG02917.1 31.0 252 166 1 165 416 67 310 3.39e-29 114 MBW2176475.1 MBE7554905.1 29.8 272 170 3 167 417 66 337 1.14e-26 107 MBW2176475.1 KAB2647529.1 28.6 252 171 2 166 416 60 303 5.38e-22 94.0 MBW2176475.1 WP_149656427.1 30.4 263 169 4 165 415 63 323 3.79e-18 83.2 MBW2176475.1 KAB2860347.1 36.2 116 74 0 301 416 1 116 7.91e-15 68.9 MBW2176475.1 WP_047721562.1 25.3 273 182 3 165 415 65 337 9.91e-15 73.2 WP_221977168.1 WP_221977168.1 100 260 0 0 1 260 1 260 5.36e-183 501 WP_221977168.1 WP_008134825.1 38.0 242 150 0 15 256 350 591 2.08e-48 169 WP_221977168.1 WP_276362074.1 39.4 241 140 3 25 259 14 254 2.78e-48 159 WP_221977168.1 WP_256546297.1 34.6 266 158 3 2 256 10 270 4.55e-48 159 WP_221977168.1 WP_247429569.1 36.1 241 153 1 16 256 17 256 2.93e-45 151 WP_221977168.1 WP_281543397.1 24.8 210 146 3 30 239 4 201 5.34e-22 90.9 WP_221977168.1 WP_167977039.1 29.5 234 149 7 15 245 5 225 1.37e-20 86.3 WP_221977168.1 EHR6291555.1 28.9 235 151 5 15 246 5 226 1.99e-20 88.6 WP_221977168.1 MCC6044083.1 30.5 210 131 5 30 235 22 220 2.37e-19 84.0 WP_221977168.1 KAI7371949.1 27.1 251 149 8 15 247 642 876 5.40e-15 72.8 AIA18772.1 AIA18772.1 100 155 0 0 1 155 1 155 3.67e-111 310 AIA18772.1 WP_176958177.1 57.2 152 64 1 1 152 1 151 7.91e-56 175 AIA18772.1 WP_192106836.1 46.1 154 82 1 1 154 1 153 8.37e-42 139 AIA18772.1 WP_278888642.1 42.1 152 88 0 1 152 5 156 6.74e-38 129 WP_198255508.1 WP_198255508.1 100 334 0 0 1 334 1 334 7.35e-234 635 WP_198255508.1 WP_257107333.1 38.8 322 179 7 18 332 19 329 1.05e-56 185 WP_198255508.1 WP_024410349.1 26.7 333 197 9 22 332 24 331 6.08e-16 75.9 WP_198255508.1 MBN1566249.1 29.5 251 161 7 18 256 16 262 5.90e-14 70.1 WP_198255508.1 XP_047466965.1 26.8 250 150 8 24 242 32 279 1.45e-09 57.0 WP_012283464.1 WP_012283464.1 100 130 0 0 1 130 1 130 8.91e-91 257 WP_027711481.1 WP_027711481.1 100 164 0 0 1 164 1 164 1.72e-118 330 WP_134669716.1 WP_134669716.1 100 309 0 0 1 309 1 309 3.33e-222 604 WP_134669716.1 WP_046600280.1 33.6 295 179 2 8 294 4 289 1.21e-49 165 WP_134669716.1 WP_064711955.1 30.5 295 203 1 7 299 3 297 4.74e-37 132 WP_134669716.1 WP_243977667.1 30.7 296 190 5 9 298 6 292 1.27e-36 131 WP_134669716.1 WP_012339795.1 29.8 302 187 7 9 302 4 288 1.39e-22 93.6 WP_134669716.1 WP_098876031.1 26.5 117 86 0 11 127 6 122 3.33e-10 58.2 WP_134669716.1 WP_229447885.1 27.8 144 97 3 8 147 7 147 7.34e-10 57.4 WP_196938834.1 WP_196938834.1 100 205 0 0 1 205 1 205 4.32e-148 408 WP_196938834.1 MCF6346354.1 47.1 121 61 2 22 140 17 136 1.34e-27 102 WP_196938834.1 WP_205009067.1 39.7 141 85 0 22 162 17 157 1.51e-26 99.8 WP_196938834.1 MBQ9456987.1 38.3 141 81 5 17 156 11 146 4.14e-21 85.1 HFC12574.1 HFC12574.1 100 192 0 0 1 192 1 192 2.63e-138 382 KAB2885888.1 KAB2885888.1 100 949 0 0 1 949 1 949 0.0 1904 KAB2885888.1 MBF0107908.1 40.8 436 223 8 475 890 53 473 1.53e-94 306 KAB2885888.1 MBC7097666.1 38.0 366 206 9 18 369 4 362 2.54e-62 216 KAB2885888.1 MBA2522987.1 39.0 136 78 3 25 157 11 144 7.15e-20 85.5 WP_270218171.1 WP_270218171.1 100 73 0 0 1 73 1 73 1.61e-44 135 WP_238769582.1 WP_238769582.1 100 609 0 0 1 609 1 609 0.0 1204 MPC67018.1 MPC67018.1 100 74 0 0 1 74 1 74 2.10e-45 138 ACI42798.1 ACI42798.1 100 98 0 0 1 98 1 98 5.27e-68 197 CZT01546.1 CZT01546.1 100 320 0 0 1 320 1 320 9.00e-237 642 XP_041334537.1 XP_041334537.1 100 473 0 0 1 473 1 473 0.0 926 XP_041334537.1 XP_054844157.1 24.4 418 297 9 34 435 64 478 1.01e-28 117 XP_041334537.1 ACF74449.1 39.3 173 96 2 278 441 302 474 8.89e-27 111 XP_041334537.1 XP_028717800.1 25.0 408 290 8 45 438 54 459 3.58e-26 109 XP_041334537.1 KAG9084682.1 35.3 167 101 3 277 439 261 424 3.82e-21 94.0 WP_237523417.1 WP_237523417.1 100 124 0 0 1 124 1 124 1.02e-84 241 MCR5102838.1 MCR5102838.1 100 194 0 0 1 194 1 194 3.19e-140 387 MCH9656178.1 MCH9656178.1 100 579 0 0 1 579 1 579 0.0 1144 WP_266095674.1 WP_266095674.1 100 396 0 0 1 396 1 396 5.49e-290 783 WP_266095674.1 WP_239517986.1 31.3 275 170 7 81 345 109 374 7.90e-24 100 WP_266095674.1 MHQ93786.1 32.3 186 99 9 97 261 443 622 6.68e-12 65.5 HHW43430.1 HHW43430.1 100 346 0 0 1 346 1 346 1.40e-244 664 WP_259206442.1 WP_259206442.1 100 1199 0 0 1 1199 1 1199 0.0 2347 WP_259206442.1 WP_267560498.1 32.6 694 422 21 7 678 7 676 1.74e-68 242 WP_259206442.1 WP_132079800.1 30.2 706 431 23 8 676 12 692 1.75e-57 210 RKG50564.1 RKG50564.1 100 471 0 0 1 471 1 471 0.0 915 WP_168565867.1 WP_168565867.1 100 381 0 0 1 381 1 381 2.21e-286 772 WP_168565867.1 WP_122896374.1 33.4 377 244 3 12 381 3 379 2.92e-74 234 WP_168565867.1 WP_043548763.1 34.6 384 232 10 11 381 30 407 1.53e-58 194 WP_168565867.1 MBT4160670.1 32.5 375 227 10 10 372 3 363 2.68e-48 166 WP_168565867.1 WP_164636240.1 30.3 327 209 8 10 320 88 411 1.66e-33 128 WP_168565867.1 WP_145514932.1 23.0 391 277 9 12 380 52 440 5.54e-21 92.4 WP_168565867.1 WP_039085559.1 22.6 394 277 10 12 380 52 442 3.83e-18 84.0 WP_074087188.1 WP_074087188.1 100 384 0 0 1 384 1 384 4.27e-281 759 WP_074087188.1 WP_250239427.1 32.9 76 48 2 11 83 267 342 7.59e-05 43.1 XP_054020552.1 XP_054020552.1 100 678 0 0 1 678 1 678 0.0 1356 WP_245704803.1 WP_245704803.1 100 243 0 0 1 243 1 243 1.04e-167 461 WP_245704803.1 GDX36288.1 35.1 225 131 4 1 214 188 408 5.54e-32 119 WP_245704803.1 WP_149911652.1 37.3 212 111 6 1 197 201 405 1.74e-27 107 WP_245704803.1 WP_253463694.1 33.5 218 136 5 1 214 212 424 3.12e-22 92.8 WP_245704803.1 WP_274755179.1 31.3 208 136 4 4 205 200 406 3.52e-21 89.7 WP_245704803.1 WP_283842967.1 31.9 210 119 8 17 204 361 568 8.98e-17 77.4 WP_245704803.1 WP_063540919.1 35.9 117 72 1 93 206 592 708 1.85e-13 67.8 WP_245704803.1 WP_166106360.1 33.9 109 50 4 102 197 411 510 3.29e-07 48.9 GFB08691.1 GFB08691.1 100 193 0 0 1 193 1 193 1.20e-139 385 GFB08691.1 GFD16573.1 84.1 44 7 0 2 45 120 163 2.94e-19 79.0 MBT7091597.1 MBT7091597.1 100 414 0 0 1 414 1 414 0.0 877 XP_045691652.1 XP_045691652.1 100 18 0 0 1 18 1 18 2.54e-06 43.9 WP_283222342.1 WP_283222342.1 100 523 0 0 1 523 1 523 0.0 916 WP_221268711.1 WP_221268711.1 100 253 0 0 1 253 1 253 4.69e-169 465 BAE96300.1 BAE96300.1 100 343 0 0 1 343 1 343 4.38e-251 680 WP_235126772.1 WP_235126772.1 100 878 0 0 1 878 1 878 0.0 1637 WP_235126772.1 WP_278631399.1 34.8 864 517 13 16 869 21 848 6.43e-140 435 WP_235126772.1 KAA0114277.1 35.1 884 521 18 16 872 52 909 1.31e-131 415 WP_235126772.1 MBE6688122.1 35.3 836 453 19 16 804 21 815 9.39e-130 409 WP_235126772.1 XP_009147075.2 32.6 875 491 22 16 798 136 1003 2.88e-113 372 WP_235126772.1 MBE5737882.1 28.8 884 565 16 16 875 22 865 2.73e-89 301 WP_235126772.1 WP_019100427.1 30.1 753 425 20 14 718 48 747 1.01e-63 229 WP_235126772.1 WP_049009918.1 28.6 728 444 19 16 718 67 743 6.10e-62 224 WP_235126772.1 OFX32653.1 25.6 581 305 17 96 668 105 566 1.73e-21 98.2 WP_235126772.1 HCT06136.1 24.0 549 296 13 124 668 268 699 1.46e-20 95.5 MBA2536487.1 MBA2536487.1 100 383 0 0 1 383 1 383 8.76e-269 728 MBA2536487.1 WP_078429679.1 55.6 392 165 2 1 383 1 392 4.72e-144 412 MBA2536487.1 WP_074825075.1 45.1 386 204 2 5 382 5 390 2.19e-106 317 MBA2536487.1 WP_277084622.1 45.0 313 157 5 84 382 1 312 1.95e-76 237 MBA2536487.1 MCP1651746.1 39.4 396 223 6 4 382 7 402 3.19e-73 232 MBA2536487.1 WP_004619799.1 39.7 395 217 7 6 382 7 398 5.68e-73 231 MBA2536487.1 EDH4057100.1 38.3 402 211 9 1 382 1 385 1.97e-66 214 MBA2536487.1 WP_083141943.1 35.2 398 229 6 1 382 1 385 4.28e-61 200 MBA2536487.1 GAN03156.1 34.4 393 231 5 5 382 30 410 1.71e-59 196 MBA2536487.1 XP_040685867.1 30.6 392 241 8 5 378 36 414 2.30e-41 149 YP_009109540.1 YP_009109540.1 100 261 0 0 1 261 1 261 9.80e-200 543 YP_009109540.1 QDH52386.1 46.5 258 133 4 9 261 7 264 1.43e-75 229 MBF11761.1 MBF11761.1 100 331 0 0 1 331 1 331 1.57e-222 607 MBF1583063.1 MBF1583063.1 100 483 0 0 1 483 1 483 0.0 971 MBF1583063.1 EIJ1046776.1 41.9 480 274 3 5 482 6 482 3.25e-120 359 PLS78226.1 PLS78226.1 100 138 0 0 1 138 1 138 1.97e-100 282 MBS0359667.1 MBS0359667.1 100 381 0 0 1 381 1 381 1.24e-267 725 WP_230865828.1 WP_230865828.1 100 216 0 0 1 216 1 216 6.90e-117 359 HBL8984898.1 HBL8984898.1 100 284 0 0 1 284 1 284 7.49e-211 573 QLP56207.1 QLP56207.1 100 490 0 0 1 490 1 490 0.0 945 QLP56207.1 WP_270570428.1 27.6 474 269 8 11 432 5 456 6.39e-47 168 QLP56207.1 WP_018187484.1 25.5 479 325 9 7 472 20 479 2.12e-38 144 QLP56207.1 WP_233737742.1 22.6 566 347 7 4 481 9 571 2.22e-38 145 QLP56207.1 SCN76227.1 24.7 227 123 6 13 194 80 303 4.43e-05 44.3 WP_013449879.1 WP_013449879.1 100 272 0 0 1 272 1 272 6.60e-199 542 MBR2605819.1 MBR2605819.1 100 512 0 0 1 512 1 512 0.0 946 MBR2605819.1 UTN87579.1 48.9 423 214 2 10 431 11 432 9.61e-136 400 GLC83712.1 GLC83712.1 100 280 0 0 1 280 1 280 3.71e-209 568 WP_244774495.1 WP_244774495.1 100 178 0 0 1 178 1 178 1.42e-117 328 WP_113913927.1 WP_113913927.1 100 387 0 0 1 387 1 387 1.57e-289 781 WP_113913927.1 WP_086123022.1 34.3 108 64 3 147 248 126 232 3.60e-09 56.6 WP_113913927.1 KAJ3691906.1 23.8 202 130 5 21 221 27 205 2.11e-08 53.9 WP_231056077.1 WP_231056077.1 100 672 0 0 1 672 1 672 0.0 1338 MBH1832495.1 MBH1832495.1 100 450 0 0 1 450 1 450 0.0 905 WP_246165763.1 WP_246165763.1 100 211 0 0 1 211 1 211 9.72e-148 407 MCH3978367.1 MCH3978367.1 100 332 0 0 1 332 1 332 1.52e-209 574 MCH3978367.1 WP_249991478.1 31.4 287 184 5 46 329 53 329 1.97e-32 121 MCH3978367.1 EIU6828535.1 29.7 296 178 5 44 328 45 321 1.16e-26 105 MCH3978367.1 PPR79666.1 30.8 286 188 5 46 329 59 336 7.49e-26 103 MCH3978367.1 WP_097346712.1 28.5 288 194 4 43 329 384 660 4.32e-21 92.4 MCH3978367.1 WP_110066977.1 23.2 293 217 3 37 327 49 335 1.80e-18 83.2 WP_261665820.1 WP_261665820.1 100 1407 0 0 1 1407 1 1407 0.0 2723 WP_261665820.1 BBG20955.1 45.9 1525 616 16 8 1362 1387 2872 0.0 1250 WP_261665820.1 WP_061278828.1 48.7 1410 623 16 16 1368 6 1371 0.0 1238 CAF2148714.1 CAF2148714.1 100 274 0 0 1 274 1 274 6.67e-209 567 WP_073045763.1 WP_073045763.1 100 120 0 0 1 120 1 120 9.23e-86 243 XP_048366669.1 XP_048366669.1 100 794 0 0 1 794 1 794 0.0 1466 EEX5979844.1 EEX5979844.1 100 79 0 0 1 79 1 79 3.46e-53 158 MBQ3226584.1 MBQ3226584.1 100 54 0 0 1 54 1 54 2.11e-34 108 XP_054484247.1 XP_054484247.1 100 4695 0 0 1 4695 1 4695 0.0 9176 QQO98901.1 QQO98901.1 100 110 0 0 1 110 1 110 2.84e-55 166 MCK9213126.1 MCK9213126.1 100 55 0 0 1 55 1 55 1.08e-32 104 MOO25268.1 MOO25268.1 100 17 0 0 1 17 1 17 6.14e-09 42.4 KAF6257731.1 KAF6257731.1 100 918 0 0 1 918 1 918 0.0 1730 KAF6257731.1 MBP6786080.1 49.9 875 408 9 5 870 5 858 4.85e-280 798 KAF6257731.1 WP_029789810.1 49.4 852 411 8 5 851 5 841 5.50e-263 754 KAF6257731.1 WP_136095406.1 46.4 689 270 17 163 839 120 721 7.24e-171 514 KAF6257731.1 MBL8103469.1 45.8 437 227 5 5 434 6 439 6.64e-118 365 KAF6257731.1 KAI7727618.1 47.7 329 131 4 92 418 102 391 1.35e-77 270 KAF6257731.1 KPK79043.1 28.7 714 359 13 12 721 16 583 3.42e-62 223 KAF6257731.1 MCH2804017.1 51.9 79 37 1 580 657 1 79 9.90e-18 77.0 KAF6257731.1 HIT09367.1 22.8 281 161 9 599 837 116 382 7.73e-04 41.2 WP_167827352.1 WP_167827352.1 100 495 0 0 1 495 1 495 0.0 981 WP_225767809.1 WP_225767809.1 100 138 0 0 1 138 1 138 1.23e-94 267 WP_225767809.1 WP_111457087.1 33.6 131 80 6 4 128 127 256 8.17e-10 53.5 MBC7569412.1 MBC7569412.1 100 256 0 0 1 256 1 256 2.37e-184 504 WP_218103566.1 WP_218103566.1 100 81 0 0 1 81 1 81 2.71e-51 153 SKY52432.1 SKY52432.1 100 119 0 0 1 119 1 119 1.73e-85 243 MBU4593984.1 MBU4593984.1 100 389 0 0 1 389 1 389 1.06e-288 779 WP_110344369.1 WP_110344369.1 100 91 0 0 1 91 1 91 3.31e-61 179 WP_022975915.1 WP_022975915.1 100 448 0 0 1 448 1 448 0.0 887 WP_178020540.1 WP_178020540.1 100 167 0 0 1 167 1 167 8.13e-123 341 WP_178020540.1 WP_140706444.1 35.3 150 97 0 12 161 9 158 1.30e-32 112 WP_178020540.1 WP_200244355.1 37.6 149 90 2 12 157 10 158 2.44e-29 104 MCK1443663.1 MCK1443663.1 100 240 0 0 1 240 1 240 1.12e-165 455 WP_216768648.1 WP_216768648.1 100 812 0 0 1 812 1 812 0.0 1566 WP_216768648.1 RZU98823.1 35.6 779 449 10 1 737 10 777 9.14e-147 451 WP_216768648.1 MBW3588078.1 37.4 692 406 9 5 684 17 693 7.71e-141 434 WP_019823189.1 WP_019823189.1 100 199 0 0 1 199 1 199 9.51e-149 409 MCH2409214.1 MCH2409214.1 100 358 0 0 1 358 1 358 1.57e-247 672 MCH2409214.1 WP_115470986.1 43.6 346 190 2 1 341 1 346 5.50e-98 293 MCH2409214.1 OGG08302.1 33.1 287 171 7 53 335 54 323 2.81e-33 124 WP_154333510.1 WP_154333510.1 100 308 0 0 1 308 1 308 7.56e-223 605 WP_154333510.1 MBQ9299122.1 27.5 240 171 3 1 238 1 239 4.16e-25 100 WP_154333510.1 WP_144841777.1 23.1 281 186 8 25 292 2 265 2.94e-05 43.1 MBD2210269.1 MBD2210269.1 100 517 0 0 1 517 1 517 0.0 1027 MBD2210269.1 WP_106546380.1 57.7 508 211 3 1 506 1 506 1.86e-199 563 MBD2210269.1 MBF1128433.1 31.6 342 205 12 6 341 2 320 1.68e-32 129 MBD2210269.1 WP_012236017.1 29.8 309 154 12 14 289 70 348 1.62e-24 106 MBD2210269.1 MBP7829117.1 32.3 279 167 9 14 291 55 312 3.38e-24 105 MBD2210269.1 XP_021765438.1 27.4 234 142 8 9 234 590 803 3.50e-16 80.1 MBD2210269.1 XP_025814622.1 28.9 228 133 10 14 227 777 989 7.53e-14 72.8 MBD2210269.1 XP_040250218.1 26.1 303 184 13 20 306 363 641 1.49e-13 71.6 MBD2210269.1 XP_048379117.1 26.1 230 114 9 49 227 230 454 1.22e-09 58.9 WP_210352796.1 WP_210352796.1 100 459 0 0 1 459 1 459 0.0 899 WP_210569664.1 WP_210569664.1 100 436 0 0 1 436 1 436 0.0 919 WP_210569664.1 WP_200287444.1 36.5 438 229 13 19 432 26 438 3.03e-62 206 WP_210569664.1 RYE89993.1 30.8 321 158 14 165 435 23 329 8.91e-24 99.8 WP_210569664.1 MBI5294613.1 27.2 298 131 10 179 429 796 1054 5.43e-21 94.4 WP_280015341.1 WP_280015341.1 100 583 0 0 1 583 1 583 0.0 1152 WP_280015341.1 MCM6312373.1 41.7 551 312 4 10 558 5 548 4.39e-135 403 WP_280015341.1 HBS0905846.1 41.7 551 312 4 10 558 5 548 4.39e-135 403 WP_280015341.1 HBZ7417361.1 46.4 274 143 2 286 558 3 273 1.54e-75 240 WP_280015341.1 MBR0185573.1 27.3 567 326 17 3 560 135 624 5.72e-34 135 NCO19736.1 NCO19736.1 100 236 0 0 1 236 1 236 7.66e-171 468 NCO19736.1 WP_167239634.1 53.8 221 98 2 1 219 1 219 7.34e-75 225 NCO19736.1 WP_212799263.1 29.1 182 102 8 4 165 33 207 1.27e-06 46.2 VTR69884.1 VTR69884.1 100 406 0 0 1 406 1 406 1.34e-286 775 VTR69884.1 GBC84792.1 35.6 390 238 6 12 397 2 382 2.47e-60 199 WP_158347019.1 WP_158347019.1 100 809 0 0 1 809 1 809 0.0 1637 WP_158347019.1 WP_125260587.1 36.4 933 448 17 1 800 1 921 2.34e-179 538 WP_158347019.1 MBU22120.1 33.4 968 451 15 3 800 11 954 3.08e-166 505 WP_158347019.1 MCD6199266.1 35.1 841 472 16 4 800 6 816 1.27e-149 457 WP_158347019.1 MBO8485404.1 33.2 835 488 18 6 800 12 816 7.78e-147 450 WP_158347019.1 WP_253620872.1 27.8 500 242 16 295 784 144 534 6.47e-35 141 WP_158347019.1 WP_276362074.1 33.0 109 67 3 670 776 113 217 7.17e-09 55.8 WP_158347019.1 WP_071876418.1 21.8 468 219 18 354 770 117 488 7.24e-09 57.4 WP_158347019.1 WP_256546297.1 42.5 73 39 2 379 450 172 242 3.68e-07 50.8 WP_172281536.1 WP_172281536.1 100 486 0 0 1 486 1 486 0.0 960 WP_172281536.1 MCI6853747.1 35.6 503 291 8 1 477 1 496 1.78e-90 283 WP_172281536.1 WP_256342227.1 36.4 475 284 9 18 480 18 486 6.87e-82 260 WP_172281536.1 MCQ2831428.1 34.8 391 226 10 104 481 67 441 3.69e-60 202 WP_172281536.1 WP_093868643.1 23.7 367 204 12 39 372 25 348 1.36e-12 67.8 WP_248827332.1 WP_248827332.1 100 110 0 0 1 110 1 110 1.54e-77 222 EHX0204875.1 EHX0204875.1 100 111 0 0 1 111 1 111 3.76e-74 213 XP_055165408.1 XP_055165408.1 100 336 0 0 1 336 1 336 1.78e-251 680 WP_257544752.1 WP_257544752.1 100 171 0 0 1 171 1 171 5.65e-116 324 DAV98325.1 DAV98325.1 100 87 0 0 1 87 1 87 1.83e-54 162 WP_181537449.1 WP_181537449.1 100 249 0 0 1 249 1 249 1.37e-175 481 WP_055542300.1 WP_055542300.1 100 154 0 0 1 154 1 154 1.61e-100 283 WP_108719223.1 WP_108719223.1 100 147 0 0 1 147 1 147 2.84e-102 287 WP_108719223.1 WP_075347218.1 61.7 141 54 0 3 143 5 145 3.48e-55 168 NNF43866.1 NNF43866.1 100 339 0 0 1 339 1 339 2.59e-241 655 NNF43866.1 MBC8384723.1 38.0 345 189 6 12 333 9 351 4.92e-70 221 NNF43866.1 MCM8792278.1 36.1 335 185 5 7 334 4 316 4.45e-63 201 WP_153009295.1 WP_153009295.1 100 23 0 0 1 23 1 23 1.35e-07 39.3 WP_227405228.1 WP_227405228.1 100 230 0 0 1 230 1 230 1.81e-166 456 WP_227405228.1 TVU87390.1 88.3 230 27 0 1 230 1 230 9.75e-146 404 ESU92681.1 ESU92681.1 100 468 0 0 1 468 1 468 0.0 879 OJT07575.1 OJT07575.1 100 551 0 0 1 551 1 551 0.0 1109 OJT07575.1 ACF74449.1 23.3 206 138 5 302 507 283 468 2.29e-06 48.5 WP_187974949.1 WP_187974949.1 100 471 0 0 1 471 1 471 0.0 984 WP_187974949.1 WP_264934627.1 41.7 451 247 5 13 461 7 443 4.67e-121 359 XP_041287579.1 XP_041287579.1 100 327 0 0 1 327 1 327 1.14e-238 647 WP_281305524.1 WP_281305524.1 100 228 0 0 1 228 1 228 1.67e-161 444 EFP02123.1 EFP02123.1 100 209 0 0 1 209 1 209 1.86e-119 336 EAH8250412.1 EAH8250412.1 100 111 0 0 1 111 1 111 3.62e-72 208 WP_197332010.1 WP_197332010.1 100 511 0 0 1 511 1 511 0.0 977 WP_197332010.1 RQL72805.1 29.6 503 315 13 25 511 28 507 7.17e-56 193 WP_197332010.1 WP_185921121.1 27.0 444 309 7 13 452 11 443 6.13e-35 135 WP_197332010.1 BBC91732.1 27.0 430 253 16 25 420 8 410 1.77e-22 98.6 MBI5212085.1 MBI5212085.1 100 38 0 0 1 38 1 38 1.60e-19 76.3 MBB4747289.1 MBB4747289.1 100 146 0 0 1 146 1 146 8.15e-97 273 MBQ6275073.1 MBQ6275073.1 100 428 0 0 1 428 1 428 0.0 866 MBQ6275073.1 WP_194543596.1 44.6 271 124 3 1 247 1 269 8.67e-72 225 MBQ6275073.1 PYK96819.1 48.9 225 110 2 1 225 1 220 1.45e-67 213 MOM22963.1 MOM22963.1 100 10 0 0 1 10 1 10 3.55e-04 30.0 WP_212720030.1 WP_212720030.1 100 429 0 0 1 429 1 429 0.0 880 WP_079835571.1 WP_079835571.1 100 383 0 0 1 383 1 383 3.88e-272 736 WP_079835571.1 WP_050704913.1 33.4 347 215 6 8 347 4 341 1.16e-46 161 WP_079835571.1 WP_212269268.1 51.9 77 34 2 274 350 10 83 7.58e-14 65.1 CUU64509.1 CUU64509.1 100 256 0 0 1 256 1 256 2.80e-192 524 XP_031095384.1 XP_031095384.1 100 373 0 0 1 373 1 373 1.34e-267 724 NNK86663.1 NNK86663.1 100 251 0 0 1 251 1 251 3.28e-193 526 ORT47413.1 ORT47413.1 100 226 0 0 1 226 1 226 2.11e-138 385 WP_275102754.1 WP_275102754.1 100 442 0 0 1 442 1 442 1.94e-311 841 WP_275102754.1 CFP83382.1 49.3 201 100 1 6 206 5 203 9.26e-58 187 XP_026109466.1 XP_026109466.1 100 554 0 0 1 554 1 554 0.0 1066 WP_279046072.1 WP_279046072.1 100 209 0 0 1 209 1 209 8.01e-146 402 WP_031150487.1 WP_031150487.1 100 99 0 0 1 99 1 99 2.23e-57 186 QXN67839.1 QXN67839.1 100 209 0 0 1 209 1 209 7.68e-144 397 MBI2682423.1 MBI2682423.1 100 467 0 0 1 467 1 467 0.0 945 MBI2682423.1 KAE8322051.1 30.0 400 185 12 32 423 9 321 4.78e-37 137 MBI2682423.1 WP_283277237.1 23.3 390 204 8 32 417 14 312 1.19e-22 97.4 MBL4581517.1 MBL4581517.1 100 741 0 0 1 741 1 741 0.0 1494 MBL4581517.1 MBL14507.1 23.2 655 356 25 104 726 12 551 4.05e-31 127 MBL4581517.1 MBT4210917.1 24.2 616 341 21 137 724 38 555 2.51e-29 122 TMH88670.1 TMH88670.1 100 78 0 0 1 78 1 78 6.51e-53 157 GLZ61196.1 GLZ61196.1 100 239 0 0 1 239 1 239 1.00e-147 410 WP_202116891.1 WP_202116891.1 100 120 0 0 1 120 1 120 6.75e-88 249 CAG2201344.1 CAG2201344.1 100 1043 0 0 1 1043 1 1043 0.0 1990 NOX27817.1 NOX27817.1 100 272 0 0 1 272 1 272 2.61e-205 558 WP_220524718.1 WP_220524718.1 100 390 0 0 1 390 1 390 1.24e-200 556 WP_220524718.1 WP_236777269.1 26.9 376 268 4 8 380 16 387 3.34e-39 142 EBN6490838.1 EBN6490838.1 100 249 0 0 1 249 1 249 2.02e-177 486 HBR1104065.1 HBR1104065.1 100 544 0 0 1 544 1 544 0.0 997 HBR1104065.1 WP_234538829.1 31.0 526 325 15 27 543 25 521 5.20e-45 164 HBR1104065.1 WP_127706998.1 29.3 290 188 9 47 328 64 344 1.55e-14 73.9 WP_015183653.1 WP_015183653.1 100 113 0 0 1 113 1 113 1.35e-77 222 GFP71094.1 GFP71094.1 100 427 0 0 1 427 1 427 1.26e-313 845 XP_041648869.1 XP_041648869.1 100 298 0 0 1 298 1 298 2.07e-215 586 MCM1168016.1 MCM1168016.1 100 294 0 0 1 294 1 294 6.63e-210 572 HAC8926176.1 HAC8926176.1 100 142 0 0 1 142 1 142 5.81e-104 291 WP_012236017.1 WP_012236017.1 100 984 0 0 1 984 1 984 0.0 1686 WP_012236017.1 MBF1128433.1 30.4 289 159 10 70 348 10 266 5.11e-29 122 WP_012236017.1 WP_281919021.1 29.9 284 164 8 70 344 12 269 1.77e-27 115 WP_012236017.1 MBD2210269.1 30.1 309 153 13 70 348 14 289 5.36e-23 102 WP_012236017.1 RQM16216.1 27.6 239 143 5 67 301 400 612 5.75e-20 94.0 WP_012236017.1 WP_106546380.1 29.8 302 158 15 70 345 14 287 1.75e-17 85.1 WP_012236017.1 GIV84289.1 29.4 187 115 6 366 546 42 217 2.01e-09 57.4 WP_012236017.1 XP_044484513.1 26.7 217 116 10 76 274 92 283 3.36e-06 49.3 MBP1530348.1 MBP1530348.1 100 221 0 0 1 221 1 221 1.14e-160 441 MBP1530348.1 WP_026893585.1 47.9 219 111 1 3 218 4 222 1.48e-75 226 MBP1530348.1 MBQ5584458.1 35.2 227 138 2 1 218 1 227 9.58e-47 152 MBP1530348.1 MCL7714424.1 35.7 227 137 5 3 221 4 229 2.03e-42 141 MBP1530348.1 WP_186723788.1 35.0 220 138 2 4 218 8 227 2.66e-42 141 MBP1530348.1 WP_069156513.1 30.3 231 148 5 3 221 4 233 3.21e-39 133 MBP1530348.1 WP_194544138.1 32.2 230 143 3 4 220 13 242 1.14e-38 132 MBP1530348.1 WP_101794136.1 32.9 231 139 3 3 217 26 256 3.72e-33 118 MBP1530348.1 EAG2350674.1 38.4 125 77 0 3 127 4 128 9.08e-31 108 MBP1530348.1 EAC1232420.1 27.0 222 154 4 1 216 1 220 7.96e-30 108 WP_213638963.1 WP_213638963.1 100 392 0 0 1 392 1 392 8.99e-239 653 MCH2804017.1 MCH2804017.1 100 79 0 0 1 79 1 79 1.41e-52 156 MCH2804017.1 WP_136095406.1 65.4 78 27 0 2 79 469 546 1.28e-29 107 MCH2804017.1 WP_029789810.1 59.5 79 32 0 1 79 579 657 1.66e-26 99.0 MCH2804017.1 MBP6786080.1 56.4 78 34 0 2 79 584 661 1.29e-24 93.6 MCH2804017.1 KAF6257731.1 51.9 79 37 1 1 79 580 657 4.57e-19 77.8 MCH2804017.1 KAI7727618.1 53.3 30 14 0 2 31 871 900 1.13e-04 37.0 WP_059978677.1 WP_059978677.1 100 255 0 0 1 255 1 255 6.10e-191 520 WP_025591525.1 WP_025591525.1 100 139 0 0 1 139 1 139 7.70e-94 265 WP_025591525.1 TLY59051.1 32.8 134 58 2 3 136 5 106 4.34e-15 65.1 KAI5289156.1 KAI5289156.1 100 390 0 0 1 390 1 390 1.32e-278 753 WP_205930861.1 WP_205930861.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_108078099.1 WP_108078099.1 100 330 0 0 1 330 1 330 5.16e-232 630 MBO4168293.1 MBO4168293.1 100 242 0 0 1 242 1 242 1.48e-171 470 MBO4168293.1 MSU20497.1 33.6 214 122 5 29 233 112 314 5.45e-21 88.2 MBO4168293.1 WP_187094112.1 30.5 243 144 10 3 231 35 266 2.31e-12 63.5 MBO4168293.1 WP_221286480.1 33.9 257 111 14 11 231 30 263 1.96e-11 60.8 XP_045966569.1 XP_045966569.1 100 502 0 0 1 502 1 502 0.0 1014 XP_045966569.1 MBW0517832.1 30.8 159 95 3 126 272 11 166 1.18e-11 63.5 WP_159793761.1 WP_159793761.1 100 271 0 0 1 271 1 271 3.53e-198 540 WP_159793761.1 WP_079304935.1 32.8 265 168 5 1 264 1 256 2.13e-43 147 MBJ7265026.1 MBJ7265026.1 100 121 0 0 1 121 1 121 2.01e-85 243 WAX10255.1 WAX10255.1 100 141 0 0 1 141 1 141 2.20e-103 290 WP_246832833.1 WP_246832833.1 100 478 0 0 1 478 1 478 5.36e-302 820 MCR5574391.1 MCR5574391.1 100 389 0 0 1 389 1 389 9.48e-292 786 MCR5574391.1 MBS1745163.1 52.4 380 174 1 6 378 13 392 1.05e-144 415 WP_266169258.1 WP_266169258.1 100 451 0 0 1 451 1 451 0.0 900 MBK8423602.1 MBK8423602.1 100 7619 0 0 1 7619 1 7619 0.0 14233 WP_185116294.1 WP_185116294.1 100 192 0 0 1 192 1 192 1.12e-139 385 WP_185116294.1 HBV8273101.1 44.2 52 29 0 2 53 11 62 1.36e-08 49.7 WP_135180648.1 WP_135180648.1 100 220 0 0 1 220 1 220 1.05e-160 441 MCA9634778.1 MCA9634778.1 100 158 0 0 1 158 1 158 5.59e-112 313 WP_094151267.1 WP_094151267.1 100 450 0 0 1 450 1 450 0.0 906 WP_094151267.1 WP_164636240.1 34.0 427 257 7 5 420 53 465 3.76e-66 218 WP_094151267.1 WP_122896374.1 29.2 298 205 5 49 344 4 297 4.93e-34 129 WP_094151267.1 WP_039085559.1 26.0 304 203 6 51 338 55 352 1.16e-26 110 WP_094151267.1 MBT4160670.1 26.6 271 185 6 51 318 8 267 3.97e-22 95.9 WP_094151267.1 WP_032677416.1 25.0 212 151 4 51 256 173 382 2.39e-13 70.1 MBI41622.1 MBI41622.1 100 242 0 0 1 242 1 242 1.82e-181 495 NDD35992.1 NDD35992.1 100 63 0 0 1 63 1 63 4.33e-40 124 WP_059432031.1 WP_059432031.1 100 178 0 0 1 178 1 178 2.89e-126 350 EAH3295886.1 EAH3295886.1 100 85 0 0 1 85 1 85 1.53e-52 157 XP_005678593.1 XP_005678593.1 100 280 0 0 1 280 1 280 5.96e-215 583 NQX99425.1 NQX99425.1 100 263 0 0 1 263 1 263 3.93e-166 458 NQX99425.1 CAD6270987.1 43.0 230 127 3 1 229 59 285 4.61e-55 177 XP_025430606.1 XP_025430606.1 100 420 0 0 1 420 1 420 0.0 873 WP_000484099.1 WP_000484099.1 100 370 0 0 1 370 1 370 2.61e-268 726 WP_000484099.1 EJF06804.1 35.5 183 105 4 196 368 127 306 5.33e-29 112 WP_000484099.1 WP_126679569.1 36.5 170 107 1 200 368 365 534 5.90e-27 110 WP_000484099.1 WP_145544593.1 37.6 165 96 3 204 368 361 518 1.15e-23 100 WP_000484099.1 MBI5333464.1 35.9 181 108 5 190 366 212 388 9.02e-22 94.0 WP_000484099.1 HAB03480.1 33.5 179 111 3 197 368 649 826 4.10e-21 93.6 WP_000484099.1 CKF71070.1 31.4 172 111 4 198 365 313 481 8.47e-21 92.4 WP_000484099.1 WP_107169208.1 31.3 182 123 2 186 366 180 360 1.48e-20 90.1 WP_000484099.1 MBK6870374.1 38.7 155 87 5 214 366 1 149 4.90e-19 82.8 WP_000484099.1 WP_215262079.1 31.0 155 102 2 212 366 347 496 3.25e-13 68.9 WP_204618903.1 WP_204618903.1 100 484 0 0 1 484 1 484 0.0 980 WP_204618903.1 MBO7728038.1 50.8 484 215 6 1 484 1 461 3.29e-152 440 MBK7140969.1 MBK7140969.1 100 1399 0 0 1 1399 1 1399 0.0 2793 MBK7140969.1 MCI5849734.1 28.9 1403 883 40 7 1343 7 1360 1.25e-147 484 WP_100537786.1 WP_100537786.1 100 465 0 0 1 465 1 465 0.0 914 WP_100537786.1 WP_265364885.1 28.4 475 309 10 5 460 18 480 5.24e-50 176 NLI35930.1 NLI35930.1 100 116 0 0 1 116 1 116 2.80e-76 219 WP_173283317.1 WP_173283317.1 100 323 0 0 1 323 1 323 2.57e-233 633 WP_173283317.1 MBI2528438.1 51.7 317 153 0 1 317 6 322 4.17e-111 324 WP_173283317.1 KFF47610.1 29.7 148 71 4 11 150 19 141 1.14e-07 51.2 WP_173283317.1 WP_107352122.1 30.5 131 70 6 11 129 19 140 3.56e-07 49.7 WP_173283317.1 WP_039638019.1 40.5 42 25 0 46 87 6 47 2.57e-04 39.7 HAB28525.1 HAB28525.1 100 270 0 0 1 270 1 270 2.09e-185 508 WP_157113211.1 WP_157113211.1 100 405 0 0 1 405 1 405 9.94e-261 709 MBQ1897904.1 MBQ1897904.1 100 322 0 0 1 322 1 322 4.79e-233 632 MBQ1897904.1 MBQ1405588.1 46.5 310 166 0 6 315 4 313 6.30e-102 300 MCU0622952.1 MCU0622952.1 100 175 0 0 1 175 1 175 9.00e-124 344 MBI5438416.1 MBI5438416.1 100 121 0 0 1 121 1 121 1.12e-82 236 MBI5438416.1 MCS2900418.1 55.8 120 52 1 3 121 4 123 9.48e-39 125 MBI5438416.1 MBI3448467.1 52.5 122 57 1 1 121 1 122 1.20e-37 122 MBI5438416.1 WP_255435582.1 63.5 104 37 1 19 121 1 104 4.81e-37 120 WP_202067358.1 WP_202067358.1 100 227 0 0 1 227 1 227 2.78e-164 451 WP_274771680.1 WP_274771680.1 100 293 0 0 1 293 1 293 5.31e-195 534 WP_167605087.1 WP_167605087.1 100 146 0 0 1 146 1 146 5.98e-108 301 MBP6311895.1 MBP6311895.1 100 822 0 0 1 822 1 822 0.0 1690 MCK1819907.1 MCK1819907.1 100 502 0 0 1 502 1 502 0.0 966 MCK1819907.1 WP_030096092.1 52.2 496 199 9 2 481 1 474 1.15e-153 445 MCK1819907.1 WP_034002239.1 35.1 479 269 11 28 479 26 489 1.37e-64 216 MCK1819907.1 WP_187788315.1 35.3 416 256 8 30 444 7 410 2.35e-62 208 MCK1819907.1 WP_278498266.1 35.3 453 238 17 46 465 41 471 1.79e-53 186 HAP0275886.1 HAP0275886.1 100 225 0 0 1 225 1 225 2.79e-163 448 HAP0275886.1 EFB3581025.1 32.1 221 137 7 8 224 21 232 5.24e-29 107 HAP0275886.1 CAG0273471.1 34.9 212 125 7 17 224 1 203 5.27e-29 106 HAP0275886.1 WP_250376457.1 31.9 188 113 4 10 183 15 201 4.76e-21 86.3 MCE2873365.1 MCE2873365.1 100 895 0 0 1 895 1 895 0.0 1778 MCE2873365.1 MXW19700.1 30.4 928 489 26 31 893 36 871 1.44e-97 323 MCE2873365.1 HAJ30683.1 24.2 747 423 29 31 740 25 665 1.47e-31 130 MCE2873365.1 MBX9747080.1 21.2 897 506 34 36 893 1 735 1.69e-13 72.8 MCE2873365.1 WP_254467474.1 27.4 179 101 9 52 222 156 313 8.08e-05 44.7 EFQ5532992.1 EFQ5532992.1 100 111 0 0 1 111 1 111 4.22e-80 228 MCA9734355.1 MCA9734355.1 100 253 0 0 1 253 1 253 2.76e-177 486 WP_281760414.1 WP_281760414.1 100 266 0 0 1 266 1 266 3.48e-166 459 WP_281760414.1 MBH8634352.1 41.1 146 86 0 16 161 23 168 1.96e-29 113 NWR36449.1 NWR36449.1 100 647 0 0 1 647 1 647 0.0 1298 NWR36449.1 MCH8479059.1 29.2 528 281 14 54 518 25 522 2.24e-44 165 WP_033631967.1 WP_033631967.1 100 327 0 0 1 327 1 327 1.33e-237 644 WP_033631967.1 WP_173789750.1 30.1 196 115 7 2 191 8 187 4.63e-10 58.2 ESS67695.1 ESS67695.1 100 2523 0 0 1 2523 1 2523 0.0 5054 MOP71390.1 MOP71390.1 100 15 0 0 1 15 1 15 1.40e-09 43.9 WP_163889187.1 WP_163889187.1 100 275 0 0 1 275 1 275 1.98e-206 561 WP_230633440.1 WP_230633440.1 100 101 0 0 1 101 1 101 3.38e-70 202 WP_255187010.1 WP_255187010.1 100 633 0 0 1 633 1 633 0.0 1231 WP_255187010.1 WP_195397250.1 43.9 615 327 8 2 602 9 619 4.39e-162 476 WP_255187010.1 MBQ2017527.1 42.1 228 123 4 34 258 28 249 1.15e-51 177 WP_255187010.1 WP_161258623.1 47.1 227 114 3 150 374 301 523 1.09e-50 183 MBX9648850.1 MBX9648850.1 100 132 0 0 1 132 1 132 3.33e-96 271 WP_006728805.1 WP_006728805.1 100 219 0 0 1 219 1 219 5.59e-151 416 WP_230699958.1 WP_230699958.1 100 1077 0 0 1 1077 1 1077 0.0 2247 MBE6890073.1 MBE6890073.1 100 462 0 0 1 462 1 462 0.0 906 MBE6890073.1 WP_187047047.1 27.6 214 137 4 181 393 175 371 1.02e-15 77.0 NET00292.1 NET00292.1 100 276 0 0 1 276 1 276 7.40e-198 540 NET00292.1 WP_087918330.1 48.0 244 125 2 28 271 5 246 1.69e-77 234 NET00292.1 WP_175395805.1 41.3 247 143 2 25 271 2 246 1.58e-64 201 WP_189761921.1 WP_189761921.1 100 793 0 0 1 793 1 793 0.0 1462 WP_189761921.1 WP_184846795.1 26.6 804 477 21 11 793 5 716 2.27e-30 126 WP_249893756.1 WP_249893756.1 100 409 0 0 1 409 1 409 2.45e-295 797 WP_249893756.1 WP_082500294.1 31.2 314 175 10 1 311 1 276 1.62e-32 125 WP_086504813.1 WP_086504813.1 100 754 0 0 1 754 1 754 0.0 1412 WP_086504813.1 WP_061048002.1 33.6 467 269 12 310 749 314 766 2.86e-54 198 WP_086504813.1 WP_211114623.1 36.2 387 230 10 378 750 409 792 1.31e-47 179 WP_086504813.1 NSW79198.1 41.1 253 137 5 375 617 413 663 2.33e-45 171 WP_086504813.1 TMG86695.1 29.7 293 150 10 383 629 2 284 1.77e-20 90.9 WP_086504813.1 WP_225118260.1 31.8 220 131 8 389 598 428 638 6.65e-17 83.2 WP_086504813.1 WP_144320971.1 29.7 155 79 6 471 617 388 520 1.08e-05 47.0 MCH6549687.1 MCH6549687.1 100 38 0 0 1 38 1 38 1.75e-22 77.8 TYJ03004.1 TYJ03004.1 100 484 0 0 1 484 1 484 0.0 978 NXO69257.1 NXO69257.1 100 259 0 0 1 259 1 259 5.95e-175 480 OFZ89526.1 OFZ89526.1 100 422 0 0 1 422 1 422 3.41e-272 740 OFZ89526.1 WP_033456074.1 72.8 305 61 3 118 422 14 296 3.44e-145 413 OFZ89526.1 WP_267292626.1 47.3 421 192 8 4 420 118 512 1.02e-117 351 OFZ89526.1 WP_098923619.1 42.4 436 217 3 2 421 1 418 4.55e-112 333 OFZ89526.1 MBT3887354.1 56.2 306 124 3 117 422 26 321 4.86e-111 327 OFZ89526.1 WP_262612393.1 42.0 440 215 7 4 421 3 424 1.38e-82 258 OFZ89526.1 NDI25889.1 42.7 302 145 4 122 414 1 283 3.00e-63 204 OFZ89526.1 KAA0555231.1 31.6 437 266 7 4 420 207 630 1.25e-40 151 OFZ89526.1 KAJ4394429.1 24.1 456 289 7 5 415 64 507 2.41e-30 120 OFZ89526.1 MBB3050407.1 38.2 76 44 2 4 77 7 81 1.05e-08 50.4 MBL7790458.1 MBL7790458.1 100 209 0 0 1 209 1 209 9.82e-115 324 MBF0278962.1 MBF0278962.1 100 46 0 0 1 46 1 46 9.56e-30 96.7 WP_151519865.1 WP_151519865.1 100 301 0 0 1 301 1 301 3.00e-189 520 WP_175939838.1 WP_175939838.1 100 95 0 0 1 95 1 95 5.80e-66 191 WP_114688413.1 WP_114688413.1 100 343 0 0 1 343 1 343 6.67e-246 667 WP_114688413.1 WP_063434200.1 41.6 329 166 3 36 343 45 368 2.71e-75 235 TIC14313.1 TIC14313.1 100 1555 0 0 1 1555 1 1555 0.0 3142 TIC14313.1 XP_020476240.1 44.2 52 24 2 1370 1421 2788 2834 2.15e-05 47.8 OTX04318.1 OTX04318.1 100 124 0 0 1 124 1 124 1.29e-87 248 WP_248415755.1 WP_248415755.1 100 177 0 0 1 177 1 177 1.09e-125 349 GFV11951.1 GFV11951.1 100 83 0 0 1 83 1 83 1.93e-63 184 WP_088031849.1 WP_088031849.1 100 299 0 0 1 299 1 299 2.08e-220 598 XP_053193947.1 XP_053193947.1 100 1705 0 0 1 1705 1 1705 0.0 2964 XP_053193947.1 ELR45644.1 45.0 1879 640 67 66 1705 7 1738 0.0 1132 MBR6343266.1 MBR6343266.1 100 424 0 0 1 424 1 424 4.85e-215 595 MBR6343266.1 MBP9771519.1 62.2 74 23 1 356 424 9 82 1.37e-21 95.1 MBR6343266.1 MBU7046308.1 48.8 86 28 2 355 424 5 90 3.33e-18 85.1 WP_232103437.1 WP_232103437.1 100 214 0 0 1 214 1 214 6.86e-154 423 WP_265275480.1 WP_265275480.1 100 113 0 0 1 113 1 113 2.61e-84 239 EIO1807611.1 EIO1807611.1 100 515 0 0 1 515 1 515 0.0 1008 EIO1807611.1 MBU6501496.1 37.0 497 255 9 14 474 6 480 1.27e-67 224 EIO1807611.1 RGG06187.1 28.4 476 300 12 20 474 6 461 2.31e-39 147 EIO1807611.1 MCQ2587557.1 28.7 443 261 15 64 472 53 474 6.82e-27 112 NUT29294.1 NUT29294.1 100 863 0 0 1 863 1 863 0.0 1642 MBR3785149.1 MBR3785149.1 100 131 0 0 1 131 1 131 4.75e-91 258 MBR3785149.1 CCZ55979.1 44.2 113 61 1 1 113 2 112 3.28e-26 93.6 MBR3785149.1 MCL2109536.1 30.8 104 61 6 1 101 2 97 9.06e-06 40.4 MBI3290135.1 MBI3290135.1 100 120 0 0 1 120 1 120 9.99e-81 231 WP_060115800.1 WP_060115800.1 100 288 0 0 1 288 1 288 1.21e-193 530 WP_138482356.1 WP_138482356.1 100 888 0 0 1 888 1 888 0.0 1723 WP_138482356.1 WP_007356512.1 33.3 412 234 7 413 788 743 1138 2.25e-54 203 WP_138482356.1 KFX48203.1 30.3 505 216 9 413 782 688 1191 9.26e-51 192 WP_138482356.1 MCH5250214.1 24.9 599 300 8 409 858 184 781 1.55e-47 181 WP_138482356.1 MBQ1868746.1 31.3 402 250 8 401 787 252 642 1.58e-47 178 WP_138482356.1 EDN57974.1 25.8 508 250 7 412 793 398 904 8.05e-47 179 WP_138482356.1 MBN8606766.1 40.4 228 131 3 412 636 579 804 8.00e-36 144 WP_138482356.1 PSQ73325.1 33.1 275 171 5 392 657 590 860 3.93e-32 132 WP_138482356.1 WP_076194242.1 31.1 238 156 3 403 636 225 458 3.11e-31 126 WP_138482356.1 PYP94120.1 29.8 131 89 1 672 799 2 132 1.91e-12 66.2 WP_263727326.1 WP_263727326.1 100 452 0 0 1 452 1 452 4.02e-293 795 WP_072274035.1 WP_072274035.1 100 155 0 0 1 155 1 155 1.96e-106 298 MBT4210917.1 MBT4210917.1 100 735 0 0 1 735 1 735 0.0 1521 MBT4210917.1 WP_096067320.1 35.4 627 329 17 5 585 16 612 3.30e-107 338 MBT4210917.1 WP_282322778.1 35.4 627 329 17 5 585 16 612 1.79e-106 336 MBT4210917.1 MBL14507.1 30.0 557 322 15 34 561 38 555 1.69e-68 234 MBT4210917.1 MBL4581517.1 24.3 618 338 21 38 555 137 724 4.78e-31 128 XP_018439942.1 XP_018439942.1 100 319 0 0 1 319 1 319 1.59e-225 613 XP_045702922.1 XP_045702922.1 100 470 0 0 1 470 1 470 5.04e-259 711 XP_045702922.1 ROW03190.1 42.0 50 29 0 373 422 1 50 1.23e-05 45.8 WP_063485223.1 WP_063485223.1 100 387 0 0 1 387 1 387 8.00e-283 764 WP_063485223.1 WP_021646634.1 30.2 212 124 6 172 366 86 290 1.06e-15 75.5 WP_149236326.1 WP_149236326.1 100 251 0 0 1 251 1 251 4.12e-187 510 KIJ42589.1 KIJ42589.1 100 181 0 0 1 181 1 181 5.40e-137 378 BAI82636.1 BAI82636.1 100 206 0 0 1 206 1 206 4.51e-155 426 BAI82636.1 UNP33456.1 73.3 206 55 0 1 206 72 277 4.48e-115 328 BAI82636.1 ADJ57888.1 71.2 205 59 0 2 206 65 269 1.17e-112 324 BAI82636.1 AXB40829.1 68.0 206 66 0 1 206 63 268 7.09e-106 306 BAI82636.1 QYT38722.1 37.5 208 128 2 1 206 40 247 5.86e-49 159 WP_232189573.1 WP_232189573.1 100 95 0 0 1 95 1 95 6.64e-24 85.5 MBZ0168159.1 MBZ0168159.1 100 101 0 0 1 101 1 101 1.84e-64 205 NWG72028.1 NWG72028.1 100 91 0 0 1 91 1 91 1.70e-63 185 WP_136035264.1 WP_136035264.1 100 217 0 0 1 217 1 217 7.01e-144 398 EAP3700350.1 EAP3700350.1 100 96 0 0 1 96 1 96 7.03e-63 184 WP_251074290.1 WP_251074290.1 100 480 0 0 1 480 1 480 0.0 944 WP_251074290.1 CDZ81696.1 50.8 323 148 4 18 331 5 325 7.11e-107 319 WP_251074290.1 WP_124908062.1 33.5 310 186 6 17 315 18 318 5.80e-47 164 WP_251074290.1 EAJ4016142.1 33.8 290 181 7 27 315 1 280 3.87e-46 160 EXZ64635.1 EXZ64635.1 100 214 0 0 1 214 1 214 3.97e-153 421 CCE01062.1 CCE01062.1 100 77 0 0 1 77 1 77 2.79e-49 148 WP_278800290.1 WP_278800290.1 100 131 0 0 1 131 1 131 2.01e-92 261 BAB28876.1 BAB28876.1 100 143 0 0 1 143 1 143 1.73e-101 285 KAJ1633120.1 KAJ1633120.1 100 228 0 0 1 228 1 228 3.19e-134 375 WP_090221424.1 WP_090221424.1 100 727 0 0 1 727 1 727 0.0 1461 WP_090221424.1 MBO1518138.1 26.5 702 423 25 88 727 68 738 2.77e-44 168 KAF6315484.1 KAF6315484.1 100 238 0 0 1 238 1 238 4.25e-169 464 GEZ33207.1 GEZ33207.1 100 305 0 0 1 305 1 305 1.46e-198 544 TWU17869.1 TWU17869.1 100 93 0 0 1 93 1 93 3.98e-63 184 MBM3767188.1 MBM3767188.1 100 416 0 0 1 416 1 416 1.61e-299 808 MBM3767188.1 WP_256939523.1 30.0 383 240 7 36 413 12 371 5.90e-40 145 MBM3767188.1 WP_097830045.1 30.9 385 209 11 56 411 19 375 3.27e-38 140 MBM3767188.1 MBR4371193.1 30.2 324 200 9 104 407 10 327 6.59e-33 125 MBM3767188.1 MBR3487460.1 26.9 391 242 10 42 411 11 378 8.47e-31 120 WP_061364641.1 WP_061364641.1 100 627 0 0 1 627 1 627 0.0 933 WP_061364641.1 MBR4275022.1 21.5 247 121 9 31 275 474 649 5.51e-06 47.8 WP_061364641.1 WP_115313274.1 39.0 41 24 1 88 128 33 72 9.93e-04 39.3 VPT01298.1 VPT01298.1 100 1659 0 0 1 1659 1 1659 0.0 3136 WP_225764381.1 WP_225764381.1 100 173 0 0 1 173 1 173 1.31e-90 260 UGY43725.1 UGY43725.1 100 419 0 0 1 419 1 419 4.12e-283 767 UGY43725.1 UYE59123.1 81.6 419 74 1 1 419 1 416 7.71e-211 584 UGY43725.1 UBA80202.1 98.9 279 3 0 141 419 141 419 6.03e-168 476 XP_018042825.1 XP_018042825.1 100 897 0 0 1 897 1 897 0.0 1769 XP_018042825.1 EDN57974.1 22.2 713 433 26 224 878 398 1046 8.47e-18 87.0 XP_018042825.1 WP_138482356.1 23.5 294 179 10 222 510 410 662 1.75e-10 63.2 XP_018042825.1 TAL20232.1 25.1 295 161 11 218 492 212 466 1.90e-10 62.8 XP_018042825.1 KFX48203.1 24.7 263 148 8 229 477 692 918 1.31e-09 60.5 XP_018042825.1 MBQ1868746.1 23.5 298 178 11 190 474 229 489 2.33e-09 59.3 XP_018042825.1 PKL50735.1 27.7 119 72 2 763 881 952 1056 1.13e-06 50.8 WP_090770466.1 WP_090770466.1 100 312 0 0 1 312 1 312 1.27e-232 630 WP_090770466.1 MCB0447740.1 28.5 228 133 13 5 215 8 222 3.97e-10 58.2 WP_090770466.1 HBK1877356.1 36.6 82 49 1 5 83 6 87 6.42e-10 58.2 WP_090770466.1 WP_084119994.1 33.7 101 66 1 6 105 4 104 1.02e-09 57.0 QXI91160.1 QXI91160.1 100 1272 0 0 1 1272 1 1272 0.0 2082 QXI91160.1 QUM20585.1 93.9 1272 77 0 1 1272 1 1272 0.0 2056 QXI91160.1 UBN63752.1 91.4 1272 107 1 1 1272 1 1270 0.0 2053 QXI91160.1 QUE11983.1 89.7 1272 129 1 1 1272 1 1270 0.0 2048 QXI91160.1 UGX22439.1 90.3 1273 121 2 1 1272 1 1271 0.0 2041 QXI91160.1 UHB14670.1 86.3 1273 171 2 1 1272 1 1271 0.0 2038 QXI91160.1 UIX40308.1 86.3 1273 171 2 1 1272 1 1271 0.0 2032 QXI91160.1 UDK40309.1 85.8 1273 178 2 1 1272 1 1271 0.0 2015 QXI91160.1 UYC71619.1 85.0 1273 185 3 1 1272 1 1268 0.0 1991 QXI91160.1 UPU53169.1 84.7 1273 191 2 1 1272 1 1270 0.0 1991 UYV38309.1 UYV38309.1 100 288 0 0 1 288 1 288 1.18e-200 548 UYV38309.1 WP_108706918.1 27.1 218 147 5 1 209 1 215 8.19e-13 65.9 UYV38309.1 GMA85510.1 29.3 123 87 0 158 280 17 139 6.40e-10 57.4 WP_061517937.1 WP_061517937.1 100 339 0 0 1 339 1 339 2.82e-245 665 WP_190531886.1 WP_190531886.1 100 551 0 0 1 551 1 551 0.0 1052 WP_130382900.1 WP_130382900.1 100 223 0 0 1 223 1 223 1.31e-151 418 AKT58828.1 AKT58828.1 100 195 0 0 1 195 1 195 1.45e-132 368 AKT58828.1 QUA05739.1 80.0 195 39 0 1 195 1 195 9.41e-110 311 AKT58828.1 QUQ06080.1 78.5 195 42 0 1 195 1 195 1.20e-109 311 AKT58828.1 AVM35379.1 82.1 190 34 0 6 195 1 190 2.03e-109 310 AKT58828.1 ADW49125.1 81.3 187 35 0 9 195 1 187 1.50e-108 308 AKT58828.1 AMA90994.1 79.0 195 41 0 1 195 1 195 5.35e-108 306 AKT58828.1 ABQ63546.1 77.8 194 43 0 2 195 1 194 1.11e-107 306 AKT58828.1 ADJ35581.1 75.9 195 47 0 1 195 2 196 3.94e-106 302 AKT58828.1 AFA24308.1 81.3 187 35 0 9 195 2 188 4.25e-106 301 AKT58828.1 AWS34156.1 75.9 195 47 0 1 195 1 195 7.32e-104 296 XP_049578625.1 XP_049578625.1 100 881 0 0 1 881 1 881 0.0 1728 MCB1208284.1 MCB1208284.1 100 360 0 0 1 360 1 360 2.48e-261 707 MCB1208284.1 WP_052922907.1 36.8 348 207 7 16 355 1 343 1.48e-60 200 WP_000685022.1 WP_000685022.1 100 428 0 0 1 428 1 428 1.18e-298 807 WP_000685022.1 WP_230171322.1 28.1 437 269 12 10 422 2 417 2.36e-31 125 WP_105979700.1 WP_105979700.1 100 286 0 0 1 286 1 286 3.15e-204 556 WP_105979700.1 MCH3963123.1 26.5 155 100 3 95 236 504 657 1.95e-08 53.5 MBQ8238565.1 MBQ8238565.1 100 143 0 0 1 143 1 143 1.54e-104 293 MBQ9299122.1 MBQ9299122.1 100 312 0 0 1 312 1 312 3.22e-226 614 MBQ9299122.1 WP_154333510.1 27.5 240 171 3 1 239 1 238 7.75e-24 97.4 MBQ9299122.1 NED83450.1 33.8 80 53 0 1 80 3 82 1.38e-12 65.5 MBQ9299122.1 WP_190032834.1 42.1 76 44 0 1 76 1 76 1.95e-11 62.0 MBQ9299122.1 WP_248721304.1 30.9 94 64 1 1 94 1 93 6.90e-10 57.4 MBQ9299122.1 EIX9307167.1 34.2 76 50 0 1 76 11 86 9.93e-09 53.9 MBR5879017.1 MBR5879017.1 100 115 0 0 1 115 1 115 7.46e-76 218 MCS6903464.1 MCS6903464.1 100 138 0 0 1 138 1 138 1.39e-100 282 WP_011063740.1 WP_011063740.1 100 152 0 0 1 152 1 152 5.64e-100 282 EGV97757.1 EGV97757.1 100 73 0 0 1 73 1 73 2.65e-52 155 WP_102477257.1 WP_102477257.1 100 854 0 0 1 854 1 854 0.0 1675 WP_102477257.1 WP_086711488.1 55.0 867 366 8 5 852 6 867 0.0 929 WP_102477257.1 WP_097641037.1 54.2 867 378 6 3 851 4 869 0.0 917 WP_102477257.1 RWX51021.1 52.4 555 234 6 1 526 1 554 3.59e-190 554 WP_204942955.1 WP_204942955.1 100 276 0 0 1 276 1 276 9.26e-192 524 WP_204942955.1 WP_013845913.1 33.2 211 118 7 1 198 1 201 2.11e-16 75.1 WP_204942955.1 MBP33715.1 34.0 197 121 4 4 193 9 203 8.65e-12 62.4 WP_204942955.1 KAG2346037.1 28.8 198 129 4 7 195 14 208 1.37e-09 55.8 WP_204942955.1 WP_014605789.1 29.3 167 114 3 11 173 5 171 3.19e-08 51.6 WP_204942955.1 WP_060347438.1 32.5 169 98 5 7 160 7 174 5.06e-08 51.2 WP_015133641.1 WP_015133641.1 100 536 0 0 1 536 1 536 0.0 1085 WP_015133641.1 CCX82620.1 28.9 135 85 4 133 265 24 149 6.13e-11 62.8 MCD6425313.1 MCD6425313.1 100 131 0 0 1 131 1 131 6.49e-89 252 UTT93350.1 UTT93350.1 100 332 0 0 1 332 1 332 1.54e-259 700 MCR5602468.1 MCR5602468.1 100 213 0 0 1 213 1 213 3.83e-155 426 OGR18938.1 OGR18938.1 100 268 0 0 1 268 1 268 2.27e-188 515 MBI5677341.1 MBI5677341.1 100 95 0 0 1 95 1 95 1.73e-67 195 WP_029267497.1 WP_029267497.1 100 233 0 0 1 233 1 233 2.21e-173 474 MCI4325574.1 MCI4325574.1 100 331 0 0 1 331 1 331 1.14e-240 652 MCI4325574.1 MBE0669914.1 45.5 308 167 1 8 315 4 310 1.49e-97 289 MCI4325574.1 MBC6481257.1 50.2 307 142 6 13 310 9 313 1.10e-92 282 MCI4325574.1 WP_116803659.1 32.8 305 194 6 19 316 1 301 6.33e-39 138 MCI4325574.1 HCP62665.1 64.3 28 10 0 283 310 1 28 3.65e-06 41.6 STW12454.1 STW12454.1 100 159 0 0 1 159 1 159 1.66e-109 306 MBE6306819.1 MBE6306819.1 100 393 0 0 1 393 1 393 5.82e-279 754 MBE6306819.1 CAG0929351.1 39.7 315 187 2 2 313 7 321 6.57e-71 224 NLB51443.1 NLB51443.1 100 69 0 0 1 69 1 69 5.52e-50 149 UKS51372.1 UKS51372.1 100 138 0 0 1 138 1 138 3.15e-97 274 MCI7352812.1 MCI7352812.1 100 165 0 0 1 165 1 165 8.16e-122 338 WP_259847195.1 WP_259847195.1 100 291 0 0 1 291 1 291 5.64e-205 559 WP_259847195.1 WP_108024271.1 34.2 266 140 10 6 257 5 249 2.70e-16 75.1 WP_192049367.1 WP_192049367.1 100 129 0 0 1 129 1 129 3.93e-98 275 WP_039294206.1 WP_039294206.1 100 80 0 0 1 80 1 80 5.03e-60 175 DAD32814.1 DAD32814.1 100 314 0 0 1 314 1 314 6.38e-243 657 XP_027924147.1 XP_027924147.1 100 489 0 0 1 489 1 489 0.0 962 XP_027924147.1 WP_075190302.1 40.5 336 183 6 112 445 6 326 1.52e-70 226 WP_161359378.1 WP_161359378.1 100 270 0 0 1 270 1 270 1.14e-198 541 WP_196351635.1 WP_196351635.1 100 30 0 0 1 30 1 30 1.44e-18 67.4 WP_100521084.1 WP_100521084.1 100 318 0 0 1 318 1 318 6.49e-167 465 AQU86570.1 AQU86570.1 100 376 0 0 1 376 1 376 6.45e-272 735 KAI0643035.1 KAI0643035.1 100 447 0 0 1 447 1 447 5.62e-318 858 OHB35500.1 OHB35500.1 100 360 0 0 1 360 1 360 6.35e-264 714 WP_014605789.1 WP_014605789.1 100 248 0 0 1 248 1 248 1.67e-180 493 WP_014605789.1 WP_183882442.1 30.2 222 129 6 5 216 11 216 2.30e-21 87.8 WP_014605789.1 MBG6287041.1 32.8 180 116 3 2 178 18 195 1.51e-18 80.5 WP_014605789.1 WP_042650033.1 29.9 184 120 3 3 180 10 190 6.90e-17 75.9 WP_014605789.1 WP_106136481.1 25.2 230 156 5 3 217 4 232 2.86e-14 68.6 WP_014605789.1 WP_281054160.1 28.3 184 123 5 2 180 12 191 4.33e-14 68.2 WP_014605789.1 WP_060347438.1 30.3 195 121 6 7 189 15 206 1.03e-13 67.4 WP_014605789.1 WP_204942955.1 27.1 225 159 4 2 226 8 227 7.94e-12 62.0 WP_014605789.1 KAH9956814.1 28.0 118 77 2 49 165 38 148 3.17e-04 40.0 WP_154907134.1 WP_154907134.1 100 148 0 0 1 148 1 148 2.24e-113 315 WP_228944212.1 WP_228944212.1 100 97 0 0 1 97 1 97 3.08e-62 182 WP_136134536.1 WP_136134536.1 100 558 0 0 1 558 1 558 0.0 1165 WP_136134536.1 NLG67042.1 30.2 106 68 4 138 237 74 179 3.88e-05 44.7 ECL7245291.1 ECL7245291.1 100 149 0 0 1 149 1 149 5.93e-105 294 ECL7245291.1 PJC48296.1 46.6 148 77 1 1 148 209 354 8.14e-36 126 MBC2704089.1 MBC2704089.1 100 792 0 0 1 792 1 792 0.0 1506 MBC2704089.1 NDH21517.1 37.1 229 143 1 544 771 29 257 8.20e-44 157 MBC2704089.1 WP_211114623.1 37.3 161 96 3 404 562 139 296 1.70e-23 104 MBC2704089.1 WP_174048133.1 27.5 178 120 5 576 751 194 364 3.71e-14 73.6 MBH0193692.1 MBH0193692.1 100 724 0 0 1 724 1 724 0.0 1360 MBH0193692.1 WP_265896212.1 23.1 429 272 12 234 632 278 678 1.29e-21 98.2 MBH0193692.1 WP_138941726.1 21.3 445 273 12 236 630 158 575 1.42e-18 88.2 MBH0193692.1 TLZ05171.1 23.1 295 203 5 354 632 318 604 4.21e-12 67.8 EJK2981647.1 EJK2981647.1 100 234 0 0 1 234 1 234 1.75e-175 479 EJK2981647.1 HBX8004802.1 38.9 113 61 4 41 151 13 119 9.08e-14 67.8 EJK2981647.1 HBK1877356.1 41.1 124 56 6 44 154 8 127 3.28e-13 66.6 EJK2981647.1 WP_115748516.1 29.2 96 65 1 41 136 3 95 4.36e-09 53.9 EJK2981647.1 ACA34490.1 30.1 103 67 3 43 143 259 358 8.90e-08 50.4 WP_213646387.1 WP_213646387.1 100 335 0 0 1 335 1 335 1.25e-246 668 WP_213646387.1 MBN1566249.1 23.6 263 157 10 7 231 6 262 5.07e-12 64.3 WP_103313256.1 WP_103313256.1 100 140 0 0 1 140 1 140 2.56e-88 251 EZX24376.1 EZX24376.1 100 257 0 0 1 257 1 257 6.95e-173 475 EZX24376.1 WP_145279320.1 25.4 197 140 3 17 207 14 209 1.71e-07 49.3 KAJ3327837.1 KAJ3327837.1 100 212 0 0 1 212 1 212 1.02e-129 362 KAJ2660037.1 KAJ2660037.1 100 2050 0 0 1 2050 1 2050 0.0 3940 KAJ2660037.1 KAF9974715.1 33.4 1376 790 26 768 2050 6 1347 3.95e-191 614 KAJ2660037.1 XP_043889695.1 41.8 395 191 12 4 373 6 386 4.79e-63 237 KAJ2660037.1 XP_032696462.1 36.8 386 219 10 4 375 6 380 5.42e-52 200 KAJ2660037.1 MBQ8297564.1 32.9 237 156 3 1807 2041 330 565 3.35e-36 145 KAJ2660037.1 WP_195238978.1 25.2 477 339 10 1569 2038 249 714 3.34e-35 144 KAJ2660037.1 KAJ5168969.1 30.7 336 204 11 1725 2043 419 742 1.71e-30 129 KAJ2660037.1 WP_036258374.1 32.4 238 155 4 1806 2041 326 559 3.32e-28 120 KAJ2660037.1 KAI9191373.1 36.9 198 123 2 1795 1990 381 578 3.96e-28 122 KAJ2660037.1 WP_041481207.1 30.3 208 143 2 1809 2014 335 542 4.29e-23 104 MAJ71254.1 MAJ71254.1 100 312 0 0 1 312 1 312 1.66e-228 620 MAJ71254.1 WP_062640876.1 36.1 310 174 5 1 305 1 291 2.63e-48 162 MAJ71254.1 WP_254301195.1 29.5 112 77 1 19 130 19 128 7.82e-06 45.1 MAJ71254.1 WP_077690175.1 29.6 125 73 3 13 130 9 125 3.44e-04 40.0 MBI1424129.1 MBI1424129.1 100 416 0 0 1 416 1 416 1.40e-309 834 MBI1424129.1 WP_099912534.1 53.8 413 187 3 1 409 1 413 1.38e-146 421 MBI1424129.1 PBJ84576.1 23.7 262 162 8 57 289 97 349 9.24e-07 49.3 MCA9450479.1 MCA9450479.1 100 102 0 0 1 102 1 102 8.58e-69 199 MCC8042769.1 MCC8042769.1 100 184 0 0 1 184 1 184 3.36e-137 379 MCC8042769.1 WP_254400636.1 44.3 149 81 1 16 162 7 155 2.23e-37 125 XP_041178038.1 XP_041178038.1 100 85 0 0 1 85 1 85 2.86e-48 146 NBW79235.1 NBW79235.1 100 445 0 0 1 445 1 445 2.50e-304 823 NBW79235.1 WP_045121741.1 28.2 436 288 5 21 440 19 445 5.84e-35 133 WP_030323867.1 WP_030323867.1 100 265 0 0 1 265 1 265 1.32e-190 520 WP_033135619.1 WP_033135619.1 100 258 0 0 1 258 1 258 1.44e-195 532 WP_033135619.1 PWA60456.1 33.9 121 69 4 4 113 6 126 2.65e-12 63.9 WP_033135619.1 WP_085935883.1 31.8 245 129 13 21 244 24 251 1.50e-11 61.2 MCA1442501.1 MCA1442501.1 100 170 0 0 1 170 1 170 1.09e-108 305 KAI5251673.1 KAI5251673.1 100 167 0 0 1 167 1 167 2.25e-129 357 EBT2494165.1 EBT2494165.1 100 204 0 0 1 204 1 204 1.20e-149 412 EBT2494165.1 WP_235374454.1 32.1 196 114 8 22 198 843 1038 5.54e-17 77.0 MBR5121093.1 MBR5121093.1 100 244 0 0 1 244 1 244 4.07e-170 467 NWJ08205.1 NWJ08205.1 100 322 0 0 1 322 1 322 5.36e-230 625 WP_162959321.1 WP_162959321.1 100 147 0 0 1 147 1 147 1.25e-64 192 WP_278498266.1 WP_278498266.1 100 496 0 0 1 496 1 496 0.0 997 WP_278498266.1 WP_034002239.1 36.8 468 283 6 21 481 24 485 1.09e-89 281 WP_278498266.1 WP_187788315.1 36.3 449 253 6 22 466 4 423 5.32e-78 249 WP_278498266.1 MCK1819907.1 34.3 475 257 17 19 471 24 465 1.18e-58 200 WP_278498266.1 WP_030096092.1 33.8 450 246 14 18 457 31 438 3.65e-58 198 WP_278498266.1 HAV5500596.1 29.0 379 246 5 24 395 22 384 1.46e-47 169 WP_257479708.1 WP_257479708.1 100 414 0 0 1 414 1 414 1.63e-307 828 MBQ3867797.1 MBQ3867797.1 100 552 0 0 1 552 1 552 0.0 1088 MBQ3867797.1 WP_087759142.1 29.5 292 174 9 260 547 213 476 2.20e-14 73.9 WP_111496981.1 WP_111496981.1 100 504 0 0 1 504 1 504 0.0 1014 WP_111496981.1 WP_081851094.1 34.6 156 77 6 321 462 202 346 8.48e-09 55.8 STF90731.1 STF90731.1 100 672 0 0 1 672 1 672 0.0 1344 STF90731.1 WP_241468713.1 99.7 646 2 0 1 646 1 646 0.0 1288 STF90731.1 WP_228062638.1 27.8 658 418 13 4 644 6 623 1.30e-69 244 STF90731.1 WP_034473228.1 27.9 688 419 15 4 646 8 663 7.58e-61 219 WP_212448448.1 WP_212448448.1 100 86 0 0 1 86 1 86 5.07e-56 166 WP_147738784.1 WP_147738784.1 100 225 0 0 1 225 1 225 2.67e-161 443 WP_147738784.1 HBE02941.1 29.1 148 100 2 55 198 61 207 2.33e-15 70.9 PZT91770.1 PZT91770.1 100 95 0 0 1 95 1 95 1.13e-63 186 EAM9790494.1 EAM9790494.1 100 489 0 0 1 489 1 489 6.59e-297 808 XP_013404023.1 XP_013404023.1 100 296 0 0 1 296 1 296 1.60e-227 616 WP_107485636.1 WP_107485636.1 100 799 0 0 1 799 1 799 0.0 1344 WP_107485636.1 SCK25073.1 33.7 680 413 14 111 778 50 703 6.11e-81 274 MBE1289959.1 MBE1289959.1 100 66 0 0 1 66 1 66 4.55e-41 126 MBE1289959.1 KVK44743.1 72.1 61 16 1 4 63 1 61 4.39e-23 81.3 WP_143660971.1 WP_143660971.1 100 389 0 0 1 389 1 389 1.09e-249 680 MCB2112291.1 MCB2112291.1 100 394 0 0 1 394 1 394 7.46e-287 775 MCB2112291.1 PZW56938.1 30.9 320 207 9 73 391 53 359 7.10e-27 108 MCB2112291.1 WP_233572281.1 27.1 414 243 16 9 389 13 400 2.09e-17 81.6 MCB2112291.1 HET19539.1 27.1 107 76 2 19 125 1 105 4.62e-08 49.3 KLA07975.1 KLA07975.1 100 247 0 0 1 247 1 247 3.76e-172 472 WP_014504812.1 WP_014504812.1 100 895 0 0 1 895 1 895 0.0 1831 WP_014504812.1 WP_068156215.1 52.3 886 414 7 11 890 36 918 3.38e-319 899 KAF5807084.1 KAF5807084.1 100 267 0 0 1 267 1 267 2.46e-187 512 KAF5807084.1 THU55532.1 56.2 105 46 0 81 185 41 145 9.69e-37 128 WP_060004157.1 WP_060004157.1 100 604 0 0 1 604 1 604 0.0 1195 WP_060004157.1 WP_099345046.1 31.5 594 373 15 4 589 5 572 2.37e-73 244 WP_060004157.1 WP_100610557.1 30.6 566 361 14 3 555 20 566 5.50e-52 186 WP_060004157.1 HAR3824072.1 26.7 562 373 15 1 549 34 569 1.61e-41 157 WP_060004157.1 WP_180196654.1 27.1 583 362 19 8 567 14 556 1.38e-38 148 WP_060004157.1 GLO13544.1 25.0 561 359 12 3 545 12 528 2.42e-23 102 WP_204334995.1 WP_204334995.1 100 251 0 0 1 251 1 251 2.39e-186 508 WP_204334995.1 WP_200696402.1 31.2 247 156 6 9 246 29 270 7.02e-31 114 WP_217736698.1 WP_217736698.1 100 316 0 0 1 316 1 316 4.71e-221 602 WP_270430070.1 WP_270430070.1 100 375 0 0 1 375 1 375 2.26e-276 746 WP_270430070.1 MBW4662439.1 42.9 382 191 2 7 366 8 384 1.89e-100 301 WP_270430070.1 WP_090419626.1 37.6 372 217 7 3 369 2 363 1.24e-70 224 WP_270430070.1 WP_113767226.1 36.3 358 212 6 18 369 85 432 1.38e-59 197 WP_270430070.1 WP_250015522.1 30.1 352 229 5 35 371 35 384 2.00e-38 140 WP_270430070.1 WP_064802002.1 28.9 342 219 4 35 357 34 370 7.91e-36 133 WP_270430070.1 WP_210167953.1 30.9 369 217 11 22 375 8 353 5.28e-35 130 KAF8153477.1 KAF8153477.1 100 124 0 0 1 124 1 124 7.48e-87 246 MCI0648031.1 MCI0648031.1 100 180 0 0 1 180 1 180 6.06e-129 357 XP_041922209.1 XP_041922209.1 100 333 0 0 1 333 1 333 7.73e-240 650 XP_041922209.1 NWY11222.1 56.5 62 27 0 155 216 12 73 8.30e-14 66.6 XP_041922209.1 KAG4074423.1 50.8 63 31 0 152 214 62 124 1.04e-10 58.5 XP_041922209.1 XP_009464764.1 32.9 155 83 5 60 211 197 333 3.20e-07 49.7 XP_041922209.1 NWT80859.1 45.6 57 31 0 152 208 146 202 7.10e-07 48.1 WP_115180843.1 WP_115180843.1 100 447 0 0 1 447 1 447 0.0 895 EFG7579667.1 EFG7579667.1 100 342 0 0 1 342 1 342 1.54e-255 691 WP_069341101.1 WP_069341101.1 100 294 0 0 1 294 1 294 7.95e-202 551 WP_069341101.1 MCP4329804.1 35.3 286 182 1 12 294 5 290 5.73e-49 170 WP_069341101.1 WP_165462493.1 27.8 295 197 6 12 292 6 298 1.98e-25 101 WP_069341101.1 WP_123237441.1 27.3 275 191 5 27 293 29 302 6.99e-23 94.4 WP_210949324.1 WP_210949324.1 100 225 0 0 1 225 1 225 2.04e-165 453 WP_210949324.1 EIR8916606.1 56.6 175 76 0 26 200 1 175 4.57e-62 190 MBT3459335.1 MBT3459335.1 100 277 0 0 1 277 1 277 3.80e-196 535 MBT3459335.1 WP_269885397.1 43.3 97 54 1 182 277 89 185 2.12e-16 75.5 MBT3459335.1 EJF06804.1 37.4 91 55 1 184 274 122 210 1.71e-09 55.8 MBT3459335.1 WP_145544593.1 37.2 94 52 3 184 277 349 435 1.11e-07 50.8 MBT3459335.1 HBB7853833.1 40.0 75 43 1 203 277 327 399 4.60e-07 48.9 MBT3459335.1 WP_107169208.1 36.7 79 50 0 199 277 198 276 9.26e-07 47.8 MBT3459335.1 WP_255266214.1 46.0 63 32 1 207 269 299 359 1.96e-06 47.0 MBT3459335.1 CKF71070.1 34.7 75 49 0 203 277 323 397 3.88e-05 43.1 MBT3459335.1 WP_242961281.1 30.4 79 48 2 193 268 528 602 6.54e-04 39.3 WP_129832000.1 WP_129832000.1 100 386 0 0 1 386 1 386 3.87e-294 792 MBF0233644.1 MBF0233644.1 100 746 0 0 1 746 1 746 0.0 1438 MBF0233644.1 WP_061048002.1 34.9 496 299 10 254 737 287 770 2.77e-79 268 MBF0233644.1 NSW79198.1 38.5 366 197 9 246 597 310 661 3.25e-71 244 MBF0233644.1 WP_211114623.1 33.7 520 335 4 220 737 284 795 7.69e-70 243 MBF0233644.1 PKL50735.1 29.5 617 357 18 172 733 469 1062 1.46e-54 201 MBF0233644.1 MBK3737236.1 38.8 250 147 4 359 607 422 666 4.12e-41 158 MBF0233644.1 WP_230171322.1 27.9 147 102 2 206 349 449 594 7.07e-12 67.4 MBF0233644.1 WP_076194242.1 26.4 231 140 8 378 596 246 458 3.73e-11 64.3 MBF0233644.1 WP_186723788.1 25.4 122 88 2 616 737 2 120 8.24e-06 46.2 WP_094375360.1 WP_094375360.1 100 191 0 0 1 191 1 191 7.57e-142 391 WP_248415167.1 WP_248415167.1 100 429 0 0 1 429 1 429 6.31e-299 808 MBV8174008.1 MBV8174008.1 100 399 0 0 1 399 1 399 5.32e-294 793 MBV8174008.1 CAF3478760.1 33.5 376 229 8 41 396 127 501 1.41e-51 179 MBV8174008.1 XP_013258388.1 32.3 381 237 8 38 399 251 629 4.72e-49 174 WP_186748347.1 WP_186748347.1 100 107 0 0 1 107 1 107 3.40e-57 170 BCL31621.1 BCL31621.1 100 136 0 0 1 136 1 136 1.00e-74 217 GDZ43403.1 GDZ43403.1 100 256 0 0 1 256 1 256 1.19e-193 527 UFH83377.1 UFH83377.1 100 513 0 0 1 513 1 513 0.0 1026 UFH83377.1 AYV64277.1 51.8 438 198 6 1 437 1 426 2.86e-136 399 UFH83377.1 AFQ97813.1 56.5 276 117 2 165 439 1 274 1.47e-95 289 UFH83377.1 UTU41876.1 55.4 258 115 0 177 434 3 260 1.46e-91 278 UFH83377.1 AVO23223.1 61.2 67 25 1 442 508 1 66 3.98e-18 77.0 NJO91920.1 NJO91920.1 100 95 0 0 1 95 1 95 1.81e-60 177 NJO91920.1 MBA2687082.1 30.6 72 48 2 2 72 4 74 1.67e-06 42.7 NJO91920.1 WP_219287479.1 28.1 64 45 1 5 68 3 65 4.53e-04 35.8 AKA56406.1 AKA56406.1 100 197 0 0 1 197 1 197 1.06e-135 376 AKA56406.1 QUA05739.1 71.4 199 54 1 2 197 2 200 8.44e-95 273 AKA56406.1 AVM35379.1 71.1 197 50 2 6 197 1 195 1.05e-93 270 AKA56406.1 AMA90994.1 71.4 196 53 1 2 194 2 197 1.69e-93 269 AKA56406.1 AWS34156.1 69.3 199 58 1 2 197 2 200 4.12e-92 266 AKA56406.1 ADW49125.1 70.1 194 51 2 9 197 1 192 1.28e-91 265 AKA56406.1 AKT58828.1 70.4 196 51 2 2 192 2 195 8.64e-91 262 AKA56406.1 ADJ35581.1 67.3 199 62 1 2 197 3 201 5.74e-90 261 AKA56406.1 AFA24308.1 70.3 195 51 2 8 197 1 193 8.84e-90 260 AKA56406.1 AOQ89457.1 69.9 186 53 1 6 188 2 187 1.79e-88 256 MBC99785.1 MBC99785.1 100 318 0 0 1 318 1 318 6.41e-220 599 MBC99785.1 WP_166225641.1 32.1 327 194 6 1 318 12 319 9.76e-43 150 MBC99785.1 WP_234306850.1 33.9 274 161 7 42 313 46 301 8.03e-42 145 MBC99785.1 WP_251874466.1 32.7 269 167 5 47 314 51 306 1.38e-40 143 MBC99785.1 WP_059510827.1 33.2 268 166 6 48 313 45 301 1.56e-35 129 MBC99785.1 WP_116701099.1 34.3 233 133 4 63 292 70 285 9.46e-34 124 MBC99785.1 WP_058635033.1 28.6 269 178 4 47 314 50 305 2.76e-31 118 MBC99785.1 WP_012724915.1 30.2 222 132 5 61 274 57 263 3.76e-28 109 MBC99785.1 MBK5104727.1 28.6 203 134 2 44 246 54 245 9.88e-22 90.5 MBC99785.1 KOR84431.1 24.7 251 173 4 46 295 42 277 9.20e-17 77.8 WP_213741880.1 WP_213741880.1 100 241 0 0 1 241 1 241 1.30e-160 442 WP_213741880.1 EAA7679439.1 52.8 235 109 2 2 235 1 234 2.98e-76 238 MBK8012537.1 MBK8012537.1 100 591 0 0 1 591 1 591 0.0 1106 MBK8012537.1 NSW79198.1 32.9 249 142 7 342 578 427 662 4.24e-22 99.0 MBK8012537.1 WP_083453642.1 27.9 247 144 9 345 577 341 567 1.57e-17 84.3 MBK8012537.1 WP_102461582.1 22.9 293 190 9 290 574 46 310 1.27e-13 70.5 WP_205994446.1 WP_205994446.1 100 432 0 0 1 432 1 432 1.67e-316 853 WP_145465857.1 WP_145465857.1 100 106 0 0 1 106 1 106 1.63e-68 199 WP_145465857.1 MBP3290446.1 27.5 80 58 0 1 80 1 80 2.11e-08 46.6 OGZ08419.1 OGZ08419.1 100 351 0 0 1 351 1 351 3.94e-258 698 WP_231879606.1 WP_231879606.1 100 198 0 0 1 198 1 198 5.10e-148 407 WP_253195963.1 WP_253195963.1 100 288 0 0 1 288 1 288 2.84e-192 526 WP_253195963.1 MBQ8156531.1 38.3 193 114 2 17 209 24 211 1.11e-30 114 WP_253195963.1 WP_057732191.1 37.1 170 105 1 31 198 26 195 7.32e-30 112 ACT50261.1 ACT50261.1 100 218 0 0 1 218 1 218 1.75e-158 435 WP_098613056.1 WP_098613056.1 100 148 0 0 1 148 1 148 1.81e-85 245 KAF6751692.1 KAF6751692.1 100 443 0 0 1 443 1 443 0.0 904 HDI11217.1 HDI11217.1 100 227 0 0 1 227 1 227 7.05e-158 434 HDI11217.1 EGS7320029.1 33.6 217 140 3 1 216 22 235 1.16e-30 111 KAI9233655.1 KAI9233655.1 100 214 0 0 1 214 1 214 8.39e-164 448 WP_258038067.1 WP_258038067.1 100 953 0 0 1 953 1 953 0.0 1811 WP_258038067.1 NVJ47954.1 23.9 310 196 9 396 698 240 516 5.14e-09 58.2 WP_022957608.1 WP_022957608.1 100 205 0 0 1 205 1 205 4.28e-139 385 WP_022957608.1 UJW35797.1 35.3 68 44 0 3 70 15 82 3.47e-06 44.3 KAG7812337.1 KAG7812337.1 100 3995 0 0 1 3995 1 3995 0.0 7762 NLF10573.1 NLF10573.1 100 73 0 0 1 73 1 73 1.61e-44 135 WP_132572234.1 WP_132572234.1 100 254 0 0 1 254 1 254 1.04e-177 487 WP_271457636.1 WP_271457636.1 100 458 0 0 1 458 1 458 3.66e-269 735 WP_271457636.1 WP_109219430.1 93.1 447 31 0 1 447 1 447 4.84e-244 671 WP_271457636.1 WP_214524166.1 33.8 266 173 2 27 290 30 294 7.47e-36 135 KUO65278.1 KUO65278.1 100 189 0 0 1 189 1 189 4.76e-144 396 KUO65278.1 WP_157476287.1 45.2 188 99 3 1 184 1 188 2.43e-57 177 WP_142636409.1 WP_142636409.1 100 264 0 0 1 264 1 264 1.89e-194 530 MCU1514505.1 MCU1514505.1 100 377 0 0 1 377 1 377 1.79e-274 742 MCU1514505.1 WP_176018545.1 42.3 366 195 5 6 358 3 365 7.61e-89 271 MBQ7769568.1 MBQ7769568.1 100 39 0 0 1 39 1 39 1.22e-18 68.2 WP_032587385.1 WP_032587385.1 100 657 0 0 1 657 1 657 0.0 1266 WP_032587385.1 MAF07216.1 31.1 74 47 1 471 544 516 585 7.72e-06 47.4 MCS6907720.1 MCS6907720.1 100 404 0 0 1 404 1 404 1.25e-290 785 WP_022385641.1 WP_022385641.1 100 144 0 0 1 144 1 144 6.16e-98 279 WP_028779961.1 WP_028779961.1 100 165 0 0 1 165 1 165 3.74e-118 329 WP_028779961.1 MBN1882318.1 36.1 108 64 1 39 141 48 155 1.61e-20 82.0 WP_028779961.1 WP_229055514.1 26.0 131 76 4 48 164 34 157 5.24e-11 56.2 WP_028779961.1 MCB0773217.1 28.2 124 78 4 33 145 47 170 1.47e-08 50.1 WP_282171596.1 WP_282171596.1 100 416 0 0 1 416 1 416 2.67e-298 805 WP_282171596.1 WP_068462781.1 57.5 412 174 1 1 412 1 411 1.20e-156 447 MBP6361937.1 MBP6361937.1 100 209 0 0 1 209 1 209 3.65e-142 393 WP_279984614.1 WP_279984614.1 100 265 0 0 1 265 1 265 7.99e-192 523 WP_279984614.1 WP_142133210.1 49.6 250 118 3 9 258 10 251 2.37e-77 233 WP_279984614.1 WP_115992495.1 48.8 252 123 3 9 258 1 248 7.02e-76 229 WP_279984614.1 WP_008470196.1 48.0 244 120 1 8 251 8 244 2.27e-75 228 WP_279984614.1 WP_222125851.1 46.9 243 127 1 9 251 1 241 1.29e-70 216 WP_279984614.1 WP_072380563.1 43.7 245 134 1 9 253 1 241 6.74e-68 209 WP_279984614.1 MBP1876254.1 39.6 240 132 6 9 242 1 233 5.76e-47 158 WP_279984614.1 WP_215557653.1 38.9 229 128 5 9 232 3 224 3.17e-39 135 WP_279984614.1 WP_266842210.1 37.6 226 130 4 8 229 7 225 1.49e-36 128 WP_279984614.1 MBR7834804.1 30.2 235 156 1 8 242 16 242 1.84e-25 99.8 WP_083349422.1 WP_083349422.1 100 401 0 0 1 401 1 401 5.03e-309 831 WP_083349422.1 MBL4853947.1 49.5 394 187 3 1 393 1 383 2.36e-137 396 WP_083349422.1 WP_019444443.1 29.1 330 204 10 78 393 7 320 1.06e-27 110 WP_083349422.1 WP_019585553.1 23.9 380 252 12 26 390 38 395 4.08e-15 74.7 WP_083349422.1 UCF78466.1 24.0 337 234 8 63 390 53 376 6.50e-15 73.9 WP_083349422.1 RYZ40664.1 27.3 172 112 5 67 231 69 234 9.85e-12 64.3 WP_083349422.1 MCH8312862.1 24.6 187 124 4 67 243 40 219 2.73e-09 56.6 TMK27100.1 TMK27100.1 100 555 0 0 1 555 1 555 0.0 1088 TMK27100.1 KAF1017786.1 32.8 457 297 4 57 506 52 505 9.29e-60 205 TPX78184.1 TPX78184.1 100 1004 0 0 1 1004 1 1004 0.0 1890 WP_182336829.1 WP_182336829.1 100 200 0 0 1 200 1 200 2.58e-133 370 MBJ7506254.1 MBJ7506254.1 100 699 0 0 1 699 1 699 0.0 1266 MBJ7506254.1 WP_023840997.1 36.2 754 399 14 8 693 5 744 1.98e-123 384 MBJ7506254.1 WP_002615101.1 33.4 539 316 9 160 657 158 694 2.99e-70 241 VVB00125.1 VVB00125.1 100 203 0 0 1 203 1 203 9.80e-144 397 HBJ80371.1 HBJ80371.1 100 420 0 0 1 420 1 420 1.69e-303 819 HBJ80371.1 WP_064779756.1 24.7 239 152 11 6 244 122 332 1.19e-11 63.9 HAG0018107.1 HAG0018107.1 100 56 0 0 1 56 1 56 3.81e-40 123 WP_054136413.1 WP_054136413.1 100 304 0 0 1 304 1 304 2.56e-228 619 UVI10561.1 UVI10561.1 100 7066 0 0 1 7066 1 7066 0.0 13544 UVI10561.1 UZO53924.1 96.5 7066 250 0 1 7066 28 7093 0.0 13533 UVI10561.1 UVB16817.1 96.5 7066 249 0 1 7066 28 7093 0.0 13533 UVI10561.1 URQ55824.1 96.5 7066 250 0 1 7066 28 7093 0.0 13533 UVI10561.1 QVD87869.1 96.3 7066 261 0 1 7066 28 7093 0.0 13509 UVI10561.1 QSZ25555.1 96.3 7069 262 1 1 7066 28 7096 0.0 13502 UVI10561.1 UXX67934.1 95.5 7066 318 0 1 7066 28 7093 0.0 13372 UVI10561.1 WHE12941.1 96.0 7066 280 0 1 7066 2 7067 0.0 13366 UVI10561.1 UGA79226.1 94.1 7069 417 1 1 7066 28 7096 0.0 13137 UVI10561.1 WAS49087.1 87.2 7066 905 0 1 7066 28 7093 0.0 11928 WP_165773198.1 WP_165773198.1 100 56 0 0 1 56 1 56 1.06e-37 117 MCP4329804.1 MCP4329804.1 100 617 0 0 1 617 1 617 0.0 1165 MCP4329804.1 WP_069341101.1 35.6 284 180 1 5 288 12 292 3.27e-50 174 MCP4329804.1 WP_097108993.1 34.6 292 170 4 330 601 30 320 6.50e-38 141 MCP4329804.1 WP_008134825.1 34.2 310 191 7 309 609 9 314 2.91e-34 137 MCP4329804.1 MCA3389197.1 30.6 307 198 6 308 601 6 310 4.42e-31 122 PSJ26816.1 PSJ26816.1 100 656 0 0 1 656 1 656 0.0 1314 MBM3990268.1 MBM3990268.1 100 317 0 0 1 317 1 317 1.32e-232 631 MCK7479919.1 MCK7479919.1 100 176 0 0 1 176 1 176 5.01e-126 350 CYB93821.1 CYB93821.1 100 124 0 0 1 124 1 124 6.92e-83 236 MBD5361948.1 MBD5361948.1 100 340 0 0 1 340 1 340 1.16e-249 676 MBN2341313.1 MBN2341313.1 100 197 0 0 1 197 1 197 3.07e-144 397 WP_202167283.1 WP_202167283.1 100 396 0 0 1 396 1 396 3.76e-297 801 WP_130670507.1 WP_130670507.1 100 396 0 0 1 396 1 396 5.26e-288 778 WP_130670507.1 WP_224014827.1 53.7 391 176 3 6 393 2 390 2.77e-136 393 WP_130670507.1 WP_271272236.1 43.3 374 205 4 25 393 15 386 8.85e-94 285 WP_130670507.1 TVP67793.1 40.4 384 219 5 15 391 21 401 1.92e-85 264 WP_130670507.1 MCB0793211.1 38.7 380 227 3 11 385 6 384 3.25e-82 255 WP_130670507.1 EMD83093.1 37.5 389 202 12 29 381 50 433 2.66e-65 213 WP_130670507.1 MBY0289623.1 27.9 380 223 15 28 390 28 373 4.30e-18 83.6 PIQ75822.1 PIQ75822.1 100 141 0 0 1 141 1 141 7.65e-95 268 TSA38195.1 TSA38195.1 100 59 0 0 1 59 1 59 3.72e-37 116 WP_090879207.1 WP_090879207.1 100 51 0 0 1 51 1 51 1.96e-31 101 WP_225601911.1 WP_225601911.1 100 1051 0 0 1 1051 1 1051 0.0 2094 WP_189534272.1 WP_189534272.1 100 142 0 0 1 142 1 142 1.67e-103 290 KXU92672.1 KXU92672.1 100 283 0 0 1 283 1 283 5.03e-204 556 MBR6069896.1 MBR6069896.1 100 472 0 0 1 472 1 472 0.0 966 MBR6069896.1 RZJ01256.1 34.1 267 140 11 72 328 25 265 7.83e-31 118 MBR6069896.1 WP_133518962.1 29.6 159 91 8 118 271 106 248 1.92e-04 41.6 WP_234080888.1 WP_234080888.1 100 242 0 0 1 242 1 242 5.70e-160 441 WP_234080888.1 WP_169054812.1 32.4 207 140 0 27 233 23 229 2.63e-20 84.7 WP_234080888.1 WP_048427321.1 31.7 205 135 2 34 235 21 223 1.44e-14 68.9 WP_234080888.1 WP_123470196.1 37.9 95 59 0 27 121 9 103 6.03e-11 58.5 WP_234080888.1 WP_255657767.1 26.3 205 148 2 17 221 1 202 5.45e-07 47.4 WP_234080888.1 WP_274915895.1 29.8 168 89 5 26 170 18 179 1.46e-06 46.2 WP_234080888.1 ANP72927.1 36.0 86 55 0 27 112 47 132 1.27e-05 43.5 WP_234080888.1 WP_103294927.1 29.9 97 63 2 29 125 17 108 2.87e-04 39.3 HIS55495.1 HIS55495.1 100 275 0 0 1 275 1 275 1.20e-207 564 WP_227594049.1 WP_227594049.1 100 383 0 0 1 383 1 383 3.19e-296 797 WP_148062134.1 WP_148062134.1 100 360 0 0 1 360 1 360 8.15e-251 681 WP_148062134.1 WP_150930630.1 32.4 299 169 8 89 360 16 308 5.73e-31 120 WP_148062134.1 WP_123237441.1 27.8 79 51 1 255 333 152 224 3.13e-04 40.4 WP_024217747.1 WP_024217747.1 100 75 0 0 1 75 1 75 8.44e-50 149 UCP77012.1 UCP77012.1 100 7096 0 0 1 7096 1 7096 0.0 13992 UCP77012.1 UBD95131.1 98.8 7096 84 0 1 7096 1 7096 0.0 13984 UCP77012.1 UEC52718.1 98.8 7096 87 0 1 7096 1 7096 0.0 13977 UCP77012.1 QWC83326.1 98.7 7096 92 0 1 7096 1 7096 0.0 13970 UCP77012.1 UBP50947.1 98.7 7096 93 0 1 7096 1 7096 0.0 13969 UCP77012.1 WEU87158.1 98.7 7096 94 0 1 7096 1 7096 0.0 13965 UCP77012.1 QVD87869.1 98.6 7096 95 1 1 7096 1 7093 0.0 13954 UCP77012.1 UCP72061.1 99.5 7096 39 0 1 7096 1 7096 0.0 13948 UCP77012.1 UMF87224.1 98.3 7096 117 2 1 7096 1 7092 0.0 13944 UCP77012.1 WAS49087.1 89.3 7096 754 1 1 7096 1 7093 0.0 12338 KAJ4828317.1 KAJ4828317.1 100 315 0 0 1 315 1 315 1.01e-235 639 KAJ4828317.1 OEL34993.1 38.9 54 23 1 47 90 33 86 3.43e-04 40.0 KKP40103.1 KKP40103.1 100 129 0 0 1 129 1 129 1.43e-91 259 WP_087364392.1 WP_087364392.1 100 185 0 0 1 185 1 185 2.02e-134 372 WP_087364392.1 MBR2088606.1 49.6 125 54 4 26 146 37 156 1.31e-25 95.1 WP_087364392.1 MBR1866691.1 36.5 148 85 5 44 185 55 199 3.67e-19 79.3 ADJ35581.1 ADJ35581.1 100 220 0 0 1 220 1 220 1.54e-153 423 ADJ35581.1 QUQ06080.1 83.1 219 37 0 2 220 1 219 1.32e-131 367 ADJ35581.1 ADW49125.1 81.0 211 40 0 10 220 1 211 2.61e-127 356 ADJ35581.1 AVM35379.1 81.3 214 40 0 7 220 1 214 1.18e-126 355 ADJ35581.1 AFA24308.1 81.6 212 39 0 9 220 1 212 1.56e-126 354 ADJ35581.1 QUA05739.1 79.7 212 43 0 2 213 1 212 3.67e-125 351 ADJ35581.1 AFA09475.1 82.0 205 37 0 16 220 1 205 1.36e-123 347 ADJ35581.1 AWS34156.1 74.9 219 55 0 2 220 1 219 5.23e-122 343 ADJ35581.1 ABQ63546.1 75.2 218 54 0 3 220 1 218 5.88e-121 340 ADJ35581.1 AHK62764.1 74.9 215 54 0 6 220 1 215 4.19e-117 331 MCL2184308.1 MCL2184308.1 100 369 0 0 1 369 1 369 1.07e-271 734 MCL2184308.1 MCM1504065.1 34.1 361 208 13 15 369 4 340 1.44e-50 171 PYL80520.1 PYL80520.1 100 193 0 0 1 193 1 193 6.70e-137 379 WP_077722411.1 WP_077722411.1 100 256 0 0 1 256 1 256 1.76e-195 532 PZS09564.1 PZS09564.1 100 452 0 0 1 452 1 452 0.0 961 PZS09564.1 WP_250822302.1 34.7 398 236 10 72 448 47 441 1.37e-80 263 WP_209366475.1 WP_209366475.1 100 172 0 0 1 172 1 172 3.67e-117 327 WP_155387753.1 WP_155387753.1 100 222 0 0 1 222 1 222 1.27e-153 423 XP_008942036.1 XP_008942036.1 100 1702 0 0 1 1702 1 1702 0.0 3304 XP_008942036.1 KAH6611424.1 27.6 243 143 7 1435 1661 722 947 3.11e-14 76.6 XP_008942036.1 WP_237034910.1 25.7 136 99 2 1527 1661 515 649 1.84e-06 51.2 MBS1208135.1 MBS1208135.1 100 334 0 0 1 334 1 334 4.19e-249 674 MBS1208135.1 WP_203995341.1 33.2 328 190 10 11 324 11 323 4.81e-48 163 XP_011699286.1 XP_011699286.1 100 200 0 0 1 200 1 200 1.64e-145 401 MBK6580699.1 MBK6580699.1 100 293 0 0 1 293 1 293 3.45e-216 587 XP_025996498.1 XP_025996498.1 100 1972 0 0 1 1972 1 1972 0.0 2334 WP_050825696.1 WP_050825696.1 100 262 0 0 1 262 1 262 1.01e-188 515 WGP70063.1 WGP70063.1 100 4369 0 0 1 4369 1 4369 0.0 7820 WGP70063.1 QWC83326.1 92.5 4369 329 0 1 4369 1 4369 0.0 7814 WGP70063.1 QTD03487.1 92.4 4369 331 0 1 4369 1 4369 0.0 7814 WGP70063.1 QSZ25555.1 92.4 4369 331 0 1 4369 1 4369 0.0 7812 WGP70063.1 WEU87158.1 92.4 4369 331 0 1 4369 1 4369 0.0 7809 WGP70063.1 UBP50947.1 92.4 4369 331 0 1 4369 1 4369 0.0 7809 WGP70063.1 UAQ80067.1 91.7 4369 363 0 1 4369 1 4369 0.0 7676 WGP70063.1 UCP72061.1 90.9 4369 399 0 1 4369 1 4369 0.0 7636 WGP70063.1 UGA79226.1 90.8 4369 402 0 1 4369 1 4369 0.0 7595 WGP70063.1 QRX02582.1 92.2 4098 320 0 1 4098 1 4098 0.0 7290 KAG5478439.1 KAG5478439.1 100 864 0 0 1 864 1 864 0.0 1569 KAG5713212.1 KAG5713212.1 100 432 0 0 1 432 1 432 0.0 888 GJP86697.1 GJP86697.1 100 570 0 0 1 570 1 570 0.0 907 EAJ4016142.1 EAJ4016142.1 100 285 0 0 1 285 1 285 5.40e-200 546 EAJ4016142.1 WP_124908062.1 42.1 280 155 5 11 283 42 321 5.13e-55 180 EAJ4016142.1 CDZ81696.1 36.1 296 173 5 1 280 14 309 4.53e-54 177 EAJ4016142.1 WP_251074290.1 33.8 290 181 7 1 280 27 315 1.64e-46 160 AUP48118.1 AUP48118.1 100 566 0 0 1 566 1 566 0.0 1085 AUP48118.1 AAX35861.1 92.6 566 42 0 1 566 1 566 0.0 1009 WP_163205944.1 WP_163205944.1 100 295 0 0 1 295 1 295 2.30e-206 563 KAG0196869.1 KAG0196869.1 100 348 0 0 1 348 1 348 4.48e-242 657 KFD50394.1 KFD50394.1 100 474 0 0 1 474 1 474 0.0 954 KFD50394.1 WP_100498040.1 26.6 267 185 1 99 365 39 294 1.53e-28 114 KFD50394.1 WP_201685349.1 24.6 268 180 6 105 368 81 330 1.31e-14 73.9 HCB0607732.1 HCB0607732.1 100 79 0 0 1 79 1 79 1.25e-55 164 MBW2147570.1 MBW2147570.1 100 1400 0 0 1 1400 1 1400 0.0 2731 XP_017076166.2 XP_017076166.2 100 278 0 0 1 278 1 278 4.19e-214 581 XP_017076166.2 GAA38267.2 29.6 213 129 7 77 274 286 492 1.90e-14 71.2 XP_017076166.2 XP_011822310.1 28.9 246 138 10 51 270 40 274 3.59e-14 69.3 WP_187918914.1 WP_187918914.1 100 445 0 0 1 445 1 445 0.0 875 WP_187918914.1 WP_011739125.1 36.0 433 261 5 2 426 3 427 5.66e-84 263 WP_187918914.1 WP_028046854.1 25.1 466 292 12 9 430 23 475 8.07e-29 116 WP_187918914.1 MBL7151874.1 26.4 450 285 14 4 424 9 441 6.09e-27 110 WP_187918914.1 MCC6251785.1 27.7 354 244 8 4 350 6 354 6.17e-25 105 WP_187918914.1 NWT28302.1 21.6 421 266 15 4 373 31 438 4.38e-07 50.4 MYJ01754.1 MYJ01754.1 100 196 0 0 1 196 1 196 6.70e-143 394 MYJ01754.1 WP_065029373.1 41.7 204 102 3 1 195 1 196 1.15e-43 148 MYJ01754.1 WP_065517671.1 40.3 191 108 3 5 192 10 197 7.52e-36 127 MYJ01754.1 OGO01021.1 38.1 197 117 3 1 195 1 194 1.47e-35 127 MYJ01754.1 MBX6373297.1 39.5 195 113 3 3 195 15 206 5.31e-35 125 MYJ01754.1 EGS8470081.1 31.1 193 128 2 5 196 4 192 1.38e-24 97.4 MYJ01754.1 WP_032373688.1 32.0 194 115 4 3 195 6 183 1.13e-19 83.6 NXA78151.1 NXA78151.1 100 547 0 0 1 547 1 547 0.0 1135 WP_196764971.1 WP_196764971.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_197035361.1 WP_197035361.1 100 292 0 0 1 292 1 292 9.14e-216 586 SDB07816.1 SDB07816.1 100 135 0 0 1 135 1 135 8.75e-89 252 CAH2042052.1 CAH2042052.1 100 1063 0 0 1 1063 1 1063 0.0 2118 WP_077832600.1 WP_077832600.1 100 105 0 0 1 105 1 105 5.30e-69 200 USN98129.1 USN98129.1 100 171 0 0 1 171 1 171 4.65e-83 241 MBD3373279.1 MBD3373279.1 100 564 0 0 1 564 1 564 0.0 1168 WP_233824378.1 WP_233824378.1 100 2658 0 0 1 2658 1 2658 0.0 5156 WP_204723735.1 WP_204723735.1 100 320 0 0 1 320 1 320 7.18e-243 657 MCU1518316.1 MCU1518316.1 100 212 0 0 1 212 1 212 5.27e-132 368 Q8XJN8.1 Q8XJN8.1 100 237 0 0 1 237 1 237 9.66e-170 465 Q8XJN8.1 WP_167196601.1 36.2 218 135 2 10 227 11 224 2.53e-34 121 Q8XJN8.1 MBE6142085.1 31.8 214 144 2 14 226 12 224 1.52e-32 116 Q8XJN8.1 CDN40573.1 33.5 209 126 6 26 231 271 469 4.81e-26 103 Q8XJN8.1 XP_049399244.1 27.8 245 135 7 9 227 67 295 4.69e-18 80.5 WP_216090438.1 WP_216090438.1 100 223 0 0 1 223 1 223 1.18e-163 449 WP_216090438.1 UJW35797.1 35.5 76 39 3 4 70 10 84 2.89e-04 38.9 WP_237070319.1 WP_237070319.1 100 387 0 0 1 387 1 387 1.81e-263 715 XP_024252803.1 XP_024252803.1 100 314 0 0 1 314 1 314 1.10e-243 659 XP_024252803.1 NXT80179.1 23.1 221 142 8 86 300 192 390 7.63e-09 54.7 XP_024252803.1 XP_026175731.1 45.3 53 29 0 81 133 92 144 1.03e-08 53.9 XP_024252803.1 XP_018492447.1 35.8 53 34 0 86 138 175 227 9.57e-04 38.9 QYT38722.1 QYT38722.1 100 265 0 0 1 265 1 265 9.04e-198 538 QYT38722.1 ADJ57888.1 37.3 260 149 4 1 257 31 279 1.55e-56 183 QYT38722.1 UNP33456.1 38.7 261 150 4 1 260 39 290 6.20e-56 180 QYT38722.1 AXB40829.1 38.5 260 146 4 1 257 30 278 8.49e-56 181 QYT38722.1 BAI82636.1 37.5 208 128 2 40 247 1 206 4.74e-50 162 MBT3899069.1 MBT3899069.1 100 195 0 0 1 195 1 195 5.10e-142 392 WP_182711301.1 WP_182711301.1 100 760 0 0 1 760 1 760 0.0 1486 WP_182711301.1 WP_173302040.1 22.2 600 314 20 192 738 86 585 4.06e-12 67.8 WP_157589094.1 WP_157589094.1 100 103 0 0 1 103 1 103 1.12e-69 201 MBQ6692395.1 MBQ6692395.1 100 279 0 0 1 279 1 279 8.69e-203 552 WP_076409454.1 WP_076409454.1 100 349 0 0 1 349 1 349 3.46e-251 681 WP_076409454.1 WP_109219819.1 53.1 292 123 3 1 282 14 301 4.03e-94 283 WP_076409454.1 WP_176354145.1 45.4 315 151 5 5 302 6 316 8.44e-86 262 WP_076409454.1 WP_170725874.1 43.8 345 172 4 1 340 1 328 6.98e-85 258 WP_076409454.1 WP_140480909.1 39.5 357 191 7 3 340 11 361 1.05e-77 241 WP_076409454.1 WP_237907640.1 41.2 352 194 6 5 346 4 352 2.69e-75 234 WP_076409454.1 WP_258581409.1 36.8 356 207 4 5 345 4 356 1.22e-69 220 WP_076409454.1 WP_011057593.1 47.0 236 125 0 1 236 1 236 5.02e-69 218 WP_076409454.1 HBO4828144.1 46.5 215 106 4 5 213 11 222 6.71e-56 182 WP_076409454.1 MWR41881.1 38.6 236 139 1 5 234 29 264 7.78e-53 174 RPI95901.1 RPI95901.1 100 132 0 0 1 132 1 132 1.21e-89 254 RPI95901.1 WP_238267528.1 43.9 98 52 2 32 128 1 96 3.10e-24 88.2 RPI95901.1 MBS1921425.1 37.5 80 49 1 49 128 41 119 4.01e-13 60.5 MBW7892865.1 MBW7892865.1 100 138 0 0 1 138 1 138 8.35e-102 285 XP_013005546.1 XP_013005546.1 100 625 0 0 1 625 1 625 0.0 1204 XP_013005546.1 WP_084371009.1 31.1 193 113 8 78 261 34 215 6.27e-15 74.3 XP_013005546.1 EHR6291555.1 26.6 199 130 6 69 260 352 541 1.84e-10 62.0 XP_013005546.1 RLN50561.1 25.7 206 137 7 60 256 1507 1705 6.27e-10 60.8 XP_013005546.1 WP_192500494.1 28.9 187 123 5 74 257 30 209 1.32e-09 58.2 XP_013005546.1 WP_167977039.1 28.2 188 114 6 60 235 18 196 1.16e-08 54.7 XP_013005546.1 WP_132175930.1 27.3 216 147 7 51 260 31 242 1.53e-07 52.0 XP_013005546.1 QIC18874.1 25.0 280 186 10 55 315 30 304 3.17e-07 50.8 WP_133325549.1 WP_133325549.1 100 1018 0 0 1 1018 1 1018 0.0 1877 WP_133325549.1 WP_039608285.1 35.3 1030 641 12 1 1013 1 1022 2.52e-177 543 WP_133325549.1 WP_265225845.1 25.1 1062 724 23 1 1000 1 1053 1.36e-61 226 WP_133325549.1 WP_154963182.1 23.3 1035 702 24 1 997 1 1008 1.32e-45 176 WP_133325549.1 MBL4744408.1 22.9 1045 728 22 8 997 10 1031 4.29e-45 175 WP_133325549.1 WP_172616972.1 24.0 821 548 20 219 997 227 1014 1.14e-42 167 WP_133325549.1 KKQ50904.1 20.5 1111 726 23 16 997 40 1126 6.45e-41 162 WP_133325549.1 TME45086.1 23.8 655 453 11 9 631 9 649 2.32e-35 142 MBQ3498542.1 MBQ3498542.1 100 448 0 0 1 448 1 448 1.31e-319 862 MBQ3498542.1 CAP00477.1 25.9 394 244 12 23 405 19 375 1.56e-28 114 MBQ3498542.1 MBP6505074.1 25.3 392 262 12 8 388 5 376 5.65e-23 98.6 WP_085648136.1 WP_085648136.1 100 556 0 0 1 556 1 556 0.0 1090 WP_092226977.1 WP_092226977.1 100 134 0 0 1 134 1 134 4.70e-88 250 MBS1713296.1 MBS1713296.1 100 426 0 0 1 426 1 426 1.12e-311 840 MBF2073911.1 MBF2073911.1 100 149 0 0 1 149 1 149 1.91e-119 331 WP_272062680.1 WP_272062680.1 100 509 0 0 1 509 1 509 0.0 1082 TYI23342.1 TYI23342.1 100 139 0 0 1 139 1 139 2.78e-87 249 WP_251438464.1 WP_251438464.1 100 131 0 0 1 131 1 131 8.87e-96 270 KIE57707.1 KIE57707.1 100 136 0 0 1 136 1 136 3.16e-105 294 WP_208562420.1 WP_208562420.1 100 147 0 0 1 147 1 147 1.07e-97 276 WP_208562420.1 MCP4716728.1 30.1 103 58 3 6 102 17 111 2.37e-05 40.4 WP_158799804.1 WP_158799804.1 100 439 0 0 1 439 1 439 1.79e-319 861 WP_089274238.1 WP_089274238.1 100 301 0 0 1 301 1 301 9.62e-227 615 MCK9252526.1 MCK9252526.1 100 393 0 0 1 393 1 393 1.47e-297 801 MCK9252526.1 RYY73542.1 41.6 373 217 1 14 386 6 377 2.63e-99 298 MCK9252526.1 MBI1189702.1 41.3 363 203 4 18 379 1 354 2.75e-91 277 MCK9252526.1 WP_276369440.1 27.9 219 142 8 3 221 31 233 2.73e-09 56.6 MCK9252526.1 MCH8293010.1 24.8 238 152 10 53 285 34 249 1.76e-08 53.9 WP_265225845.1 WP_265225845.1 100 1079 0 0 1 1079 1 1079 0.0 2013 WP_265225845.1 WP_039608285.1 26.4 1066 711 16 1 1053 1 1005 2.43e-87 302 WP_265225845.1 WP_096647361.1 25.8 1060 730 20 8 1053 10 1032 1.29e-79 280 WP_265225845.1 WP_110366458.1 23.8 1082 756 17 3 1063 5 1039 3.61e-67 246 WP_265225845.1 WP_133325549.1 24.9 1061 716 21 6 1053 6 1000 2.09e-66 241 WP_265225845.1 MBL4744408.1 24.0 1079 737 21 3 1050 5 1031 4.08e-60 222 WP_265225845.1 TME45086.1 29.0 762 487 18 1 743 1 727 7.32e-58 211 WP_265225845.1 WP_172616972.1 22.3 1073 740 27 7 1050 12 1014 9.86e-46 177 WP_265225845.1 KKQ50904.1 21.3 1151 728 28 15 1050 40 1126 8.17e-36 145 WP_265225845.1 MBT8462299.1 29.9 194 116 4 876 1049 2 195 3.95e-11 62.8 GIU76508.1 GIU76508.1 100 484 0 0 1 484 1 484 0.0 983 POM61486.1 POM61486.1 100 207 0 0 1 207 1 207 3.18e-160 439 HAA79725.1 HAA79725.1 100 238 0 0 1 238 1 238 1.91e-156 432 HAA79725.1 WP_154951203.1 34.1 217 141 1 5 221 104 318 8.71e-32 117 HAA79725.1 WP_105447015.1 30.0 277 133 2 10 226 117 392 5.19e-28 108 HAA79725.1 WP_279008479.1 29.7 209 147 0 13 221 100 308 1.58e-27 105 HAA79725.1 WP_002574744.1 31.0 213 139 4 14 220 119 329 6.19e-26 101 WP_261529150.1 WP_261529150.1 100 1283 0 0 1 1283 1 1283 0.0 1304 WP_261529150.1 EIH6124474.1 65.2 46 14 1 556 601 299 342 2.80e-05 46.6 WP_249438391.1 WP_249438391.1 100 137 0 0 1 137 1 137 2.22e-92 261 KQC11686.1 KQC11686.1 100 334 0 0 1 334 1 334 2.79e-238 647 WP_265364885.1 WP_265364885.1 100 491 0 0 1 491 1 491 0.0 919 WP_265364885.1 WP_100537786.1 28.4 475 309 10 18 480 5 460 2.33e-41 152 NFE66003.1 NFE66003.1 100 31 0 0 1 31 1 31 2.62e-19 69.3 WP_162529103.1 WP_162529103.1 100 127 0 0 1 127 1 127 3.39e-89 253 WP_216537974.1 WP_216537974.1 100 127 0 0 1 127 1 127 3.26e-96 270 WP_107668606.1 WP_107668606.1 100 264 0 0 1 264 1 264 3.27e-195 532 WP_107668606.1 WP_232676102.1 29.2 226 129 8 41 263 32 229 1.91e-17 77.4 XP_027547584.1 XP_027547584.1 100 404 0 0 1 404 1 404 3.43e-313 842 SKC89544.1 SKC89544.1 100 783 0 0 1 783 1 783 0.0 1425 WP_168694891.1 WP_168694891.1 100 408 0 0 1 408 1 408 7.69e-303 816 EAC1232420.1 EAC1232420.1 100 223 0 0 1 223 1 223 2.20e-159 438 EAC1232420.1 WP_026893585.1 33.6 220 141 3 4 221 5 221 4.00e-38 130 EAC1232420.1 WP_186723788.1 35.4 226 135 5 4 223 8 228 9.44e-37 127 EAC1232420.1 MBP1530348.1 26.9 223 155 4 1 221 1 217 6.66e-28 103 EAC1232420.1 WP_069156513.1 31.5 232 138 6 4 221 5 229 1.87e-26 100 EAC1232420.1 MBQ5584458.1 29.2 233 150 4 1 223 1 228 2.46e-26 100 EAC1232420.1 WP_194544138.1 28.3 230 152 4 4 222 13 240 3.49e-24 94.7 EAC1232420.1 MCL7714424.1 28.7 223 152 5 4 221 5 225 2.12e-21 87.0 EAC1232420.1 EAG2350674.1 32.2 118 79 1 4 120 5 122 4.41e-21 83.6 EAC1232420.1 WP_101794136.1 26.1 234 157 4 2 221 25 256 9.78e-20 83.2 AFN42320.1 AFN42320.1 100 170 0 0 1 170 1 170 2.46e-105 297 AFN42320.1 YP_009731821.1 40.3 159 84 2 14 168 70 221 6.71e-26 97.1 AFN42320.1 QNV11749.1 42.9 163 85 3 9 168 65 222 6.85e-26 97.1 MBM3210814.1 MBM3210814.1 100 235 0 0 1 235 1 235 2.12e-172 472 EHA1403784.1 EHA1403784.1 100 537 0 0 1 537 1 537 0.0 1082 EHA1403784.1 WP_222322625.1 24.6 545 338 16 19 525 7 516 8.27e-25 106 EHA1403784.1 WP_026974351.1 24.1 477 299 17 65 505 81 530 4.03e-19 89.0 EHA1403784.1 MBM3534697.1 21.2 491 315 18 65 528 266 711 7.11e-08 53.5 NWT13315.1 NWT13315.1 100 217 0 0 1 217 1 217 2.31e-167 457 GGB39876.1 GGB39876.1 100 979 0 0 1 979 1 979 0.0 1963 GGB39876.1 WP_222637261.1 64.5 983 342 4 1 977 1 982 0.0 1339 GGB39876.1 ECJ9372216.1 56.0 979 427 4 1 977 1 977 0.0 1114 GGB39876.1 MCK9371657.1 29.1 708 438 16 263 933 5 685 1.57e-86 291 GGB39876.1 WP_014942931.1 26.9 722 461 15 271 932 53 767 7.98e-63 226 GGB39876.1 WP_220281278.1 21.6 550 340 19 263 747 61 584 1.68e-16 82.8 GGB39876.1 WP_265822109.1 23.9 289 197 5 233 502 20 304 2.44e-14 75.9 MBT3283529.1 MBT3283529.1 100 375 0 0 1 375 1 375 1.44e-288 777 WP_215356761.1 WP_215356761.1 100 65 0 0 1 65 1 65 3.96e-37 116 MYD98720.1 MYD98720.1 100 105 0 0 1 105 1 105 2.72e-71 206 PHH91422.1 PHH91422.1 100 130 0 0 1 130 1 130 6.77e-86 244 ECL3553101.1 ECL3553101.1 100 138 0 0 1 138 1 138 1.96e-66 196 WP_177525402.1 WP_177525402.1 100 647 0 0 1 647 1 647 0.0 1060 WP_177525402.1 WP_278643529.1 30.7 202 134 5 86 284 85 283 7.63e-20 89.0 WP_177525402.1 WP_224045636.1 28.8 219 151 4 63 279 2 217 2.48e-17 80.1 CAG9334863.1 CAG9334863.1 100 393 0 0 1 393 1 393 8.76e-290 782 WP_183806671.1 WP_183806671.1 100 302 0 0 1 302 1 302 1.93e-222 604 WP_166773323.1 WP_166773323.1 100 166 0 0 1 166 1 166 1.52e-122 340 WP_175580162.1 WP_175580162.1 100 56 0 0 1 56 1 56 8.71e-37 115 ECH4355821.1 ECH4355821.1 100 325 0 0 1 325 1 325 1.40e-247 669 WP_232835221.1 WP_232835221.1 100 218 0 0 1 218 1 218 5.44e-162 444 KLL12075.1 KLL12075.1 100 300 0 0 1 300 1 300 7.96e-205 559 MCC6486159.1 MCC6486159.1 100 447 0 0 1 447 1 447 0.0 889 NJK67049.1 NJK67049.1 100 478 0 0 1 478 1 478 0.0 921 NJK67049.1 MBF2036494.1 38.3 282 132 8 4 278 5 251 8.69e-39 147 NJK67049.1 GIW70618.1 32.8 192 111 4 122 296 122 312 5.32e-16 79.3 NJK67049.1 MBF1128433.1 27.3 245 138 6 5 249 6 210 1.57e-15 77.4 NJK67049.1 XP_051566275.1 31.5 127 83 3 123 247 1314 1438 6.90e-14 72.8 NJK67049.1 XP_046441060.1 29.9 127 85 3 122 247 134 257 1.29e-09 58.9 NJK67049.1 MBP7829117.1 32.3 127 82 3 122 247 129 252 2.20e-09 58.2 NJK67049.1 KAJ7903702.1 31.0 126 84 2 122 247 97 219 1.09e-08 55.5 NJK67049.1 XP_026100634.1 34.4 93 58 2 154 245 191 281 7.34e-07 49.7 WP_016809838.1 WP_016809838.1 100 347 0 0 1 347 1 347 3.92e-256 693 WP_016809838.1 AQY75504.1 28.4 335 207 7 2 319 6 324 4.92e-42 148 WP_016809838.1 WP_164585387.1 26.3 354 242 8 1 346 1 343 9.05e-26 104 WP_016809838.1 XP_047466965.1 31.5 216 118 5 26 214 35 247 1.19e-25 104 WP_016809838.1 WP_255519487.1 29.2 308 197 10 20 317 7 303 2.15e-24 100 WP_016809838.1 WP_268285128.1 28.3 265 157 6 2 233 10 274 4.57e-19 85.9 WP_238320463.1 WP_238320463.1 100 90 0 0 1 90 1 90 2.01e-57 169 OTA29349.1 OTA29349.1 100 1203 0 0 1 1203 1 1203 0.0 2277 OYX89137.1 OYX89137.1 100 96 0 0 1 96 1 96 2.74e-69 200 WP_253571813.1 WP_253571813.1 100 389 0 0 1 389 1 389 1.63e-267 725 WP_253571813.1 HCN70936.1 32.5 351 213 6 15 351 17 357 1.91e-42 151 WP_253571813.1 WP_176538754.1 28.7 261 184 2 14 273 6 265 8.17e-31 119 WP_253571813.1 WP_118283063.1 23.3 361 259 6 4 351 7 362 2.00e-06 47.8 WP_253571813.1 WP_226276978.1 23.4 184 134 2 3 179 8 191 7.02e-06 46.2 WP_263847269.1 WP_263847269.1 100 429 0 0 1 429 1 429 8.38e-304 820 WP_263847269.1 WP_247893884.1 37.3 434 258 6 4 429 24 451 1.62e-72 233 XP_045284515.1 XP_045284515.1 100 156 0 0 1 156 1 156 1.42e-79 231 WP_014213241.1 WP_014213241.1 100 498 0 0 1 498 1 498 0.0 996 WP_014213241.1 WP_007577863.1 44.3 445 243 5 45 485 46 489 6.49e-124 370 WP_014213241.1 WP_086123022.1 31.6 491 280 10 24 463 16 501 1.59e-73 240 WP_014213241.1 WP_057859275.1 31.6 487 278 12 24 462 19 498 2.60e-62 211 WP_044344333.1 WP_044344333.1 100 775 0 0 1 775 1 775 0.0 1532 MCU1400721.1 MCU1400721.1 100 418 0 0 1 418 1 418 3.06e-289 783 WP_084128119.1 WP_084128119.1 100 289 0 0 1 289 1 289 1.25e-191 525 WP_084128119.1 GHT89622.1 37.5 216 130 2 14 229 15 225 9.36e-40 138 MBR5447513.1 MBR5447513.1 100 974 0 0 1 974 1 974 0.0 1993 OUX43364.1 OUX43364.1 100 61 0 0 1 61 1 61 8.32e-35 110 MBK0846266.1 MBK0846266.1 100 565 0 0 1 565 1 565 0.0 1100 MBK0846266.1 WP_212961195.1 35.6 202 125 3 358 554 841 1042 5.03e-31 127 MBK0846266.1 WP_192272294.1 34.3 175 104 2 359 532 162 326 9.15e-29 115 MBK0846266.1 NIK25817.1 29.2 250 150 8 323 551 364 607 3.42e-23 102 MBK0846266.1 WP_245838763.1 28.2 209 117 8 343 538 128 316 4.42e-11 62.8 WP_169253344.1 WP_169253344.1 100 415 0 0 1 415 1 415 1.22e-298 806 WP_169253344.1 WP_059632389.1 27.6 406 267 11 4 396 6 397 1.22e-19 88.6 WP_169253344.1 WP_077010214.1 26.3 410 212 14 1 401 1 329 1.45e-09 57.4 TCV06956.1 TCV06956.1 100 91 0 0 1 91 1 91 1.58e-59 175 TCV06956.1 MCI2079698.1 30.3 89 62 0 1 89 1 89 3.30e-11 55.8 TCV06956.1 WP_077690175.1 38.6 83 51 0 4 86 5 87 4.22e-10 52.8 HBW2970848.1 HBW2970848.1 100 410 0 0 1 410 1 410 7.27e-293 791 WP_092775107.1 WP_092775107.1 100 210 0 0 1 210 1 210 1.13e-141 392 WP_259895494.1 WP_259895494.1 100 350 0 0 1 350 1 350 2.22e-243 661 PQN15048.1 PQN15048.1 100 266 0 0 1 266 1 266 2.92e-199 542 TAL20232.1 TAL20232.1 100 618 0 0 1 618 1 618 0.0 1178 TAL20232.1 WP_261733022.1 39.0 400 223 7 218 609 244 630 6.31e-69 236 TAL20232.1 HAS8246497.1 38.4 391 222 8 221 609 473 846 2.59e-66 232 TAL20232.1 KFX48203.1 30.6 517 224 7 222 607 681 1193 1.85e-61 219 TAL20232.1 WP_007356512.1 34.3 423 249 6 208 609 722 1136 9.72e-59 211 TAL20232.1 EDN57974.1 30.3 501 223 9 229 607 399 895 3.59e-54 197 TAL20232.1 WP_138482356.1 34.3 388 234 7 229 609 413 786 8.25e-54 196 TAL20232.1 MCH5250214.1 28.3 502 233 8 227 609 186 679 4.39e-47 176 TAL20232.1 MBN8606766.1 36.0 239 141 3 223 457 574 804 6.16e-38 148 TAL20232.1 WP_076194242.1 32.2 227 145 4 233 457 239 458 7.13e-34 133 KAG2356287.1 KAG2356287.1 100 53 0 0 1 53 1 53 4.83e-35 110 XP_040082341.1 XP_040082341.1 100 211 0 0 1 211 1 211 1.98e-156 429 MCL1491976.1 MCL1491976.1 100 384 0 0 1 384 1 384 5.96e-272 736 MBR2109594.1 MBR2109594.1 100 54 0 0 1 54 1 54 7.10e-33 105 QWD35723.1 QWD35723.1 100 602 0 0 1 602 1 602 0.0 1188 NQR19375.1 NQR19375.1 100 447 0 0 1 447 1 447 8.04e-318 857 NQR19375.1 MBA0549662.1 29.7 360 246 4 1 359 20 373 5.45e-59 196 NQR19375.1 RSL59427.1 34.8 351 222 5 3 350 63 409 1.04e-56 193 NQR19375.1 GEU53557.1 32.1 368 235 6 1 359 96 457 1.43e-53 187 NQR19375.1 CZT45482.1 31.0 394 231 5 3 358 89 479 8.50e-50 180 NQR19375.1 XP_023589550.1 31.0 352 236 5 3 350 98 446 5.42e-48 174 NQR19375.1 NXU45820.1 30.9 376 244 7 3 366 25 396 8.10e-46 167 NQR19375.1 ERE79785.1 24.5 367 186 7 3 337 126 433 9.15e-25 104 MBP3518143.1 MBP3518143.1 100 1067 0 0 1 1067 1 1067 0.0 2125 MBP3518143.1 WP_146272353.1 29.5 1071 604 39 45 1067 30 1005 1.11e-96 328 MBP3518143.1 WP_259301651.1 27.1 1077 643 37 53 1067 57 1050 1.20e-92 317 MBP3518143.1 WP_214826002.1 29.3 1013 554 40 130 1067 40 963 2.47e-79 278 MBP3518143.1 WP_278843343.1 25.0 1111 679 44 50 1067 20 1083 1.42e-63 233 MBP3518143.1 MCB9353584.1 24.6 1128 629 49 52 1067 20 1041 4.06e-39 156 MBL4910304.1 MBL4910304.1 100 85 0 0 1 85 1 85 2.34e-56 166 MBQ1404818.1 MBQ1404818.1 100 501 0 0 1 501 1 501 0.0 1000 MBQ1404818.1 WP_088008362.1 33.4 485 299 11 11 491 12 476 2.94e-71 233 MBQ1404818.1 XP_030111227.1 35.4 443 266 8 59 489 1 435 7.53e-71 231 MBQ1404818.1 NWZ25026.1 29.1 237 156 4 245 479 111 337 3.55e-20 90.1 WP_091032200.1 WP_091032200.1 100 428 0 0 1 428 1 428 4.11e-299 808 AAX97169.1 AAX97169.1 100 335 0 0 1 335 1 335 3.43e-244 662 AAX97169.1 AEO85464.1 81.8 335 61 0 1 335 513 847 5.40e-193 551 AAX97169.1 QJX39053.1 76.5 340 73 1 2 334 506 845 8.75e-178 512 AAX97169.1 AEJ33395.1 39.3 354 187 7 1 335 538 882 1.42e-58 201 WP_238486267.1 WP_238486267.1 100 82 0 0 1 82 1 82 1.44e-51 154 EIW7596561.1 EIW7596561.1 100 2711 0 0 1 2711 1 2711 0.0 4510 EIW7596561.1 EBW1672033.1 85.2 1219 151 4 1 1190 1 1219 0.0 1532 EIW7596561.1 WP_109341768.1 27.6 525 292 21 2212 2711 1300 1762 2.16e-12 71.6 WP_115357420.1 WP_115357420.1 100 273 0 0 1 273 1 273 5.39e-194 530 WP_115357420.1 OEU77901.1 45.4 240 125 4 3 240 5 240 1.69e-64 201 MCH9784543.1 MCH9784543.1 100 114 0 0 1 114 1 114 8.39e-86 243 MCD4206375.1 MCD4206375.1 100 72 0 0 1 72 1 72 3.04e-44 135 MBK8100495.1 MBK8100495.1 100 244 0 0 1 244 1 244 7.40e-182 496 EAJ8453921.1 EAJ8453921.1 100 91 0 0 1 91 1 91 4.03e-62 181 MBK9653437.1 MBK9653437.1 100 174 0 0 1 174 1 174 1.44e-124 346 MBI2528438.1 MBI2528438.1 100 337 0 0 1 337 1 337 2.90e-237 644 MBI2528438.1 WP_173283317.1 52.1 315 151 0 8 322 3 317 4.05e-109 319 MBI2528438.1 WP_107352122.1 31.2 125 72 4 16 131 19 138 5.40e-10 58.5 MBI2528438.1 KFF47610.1 37.6 117 60 4 16 124 19 130 1.69e-08 53.9 MCA1360809.1 MCA1360809.1 100 288 0 0 1 288 1 288 3.46e-193 529 MCA1360809.1 WP_247424115.1 56.7 238 88 3 44 273 17 247 1.73e-74 227 MCA1360809.1 NLD53371.1 41.0 117 60 2 133 249 67 174 2.26e-14 69.3 MCA1360809.1 WP_193275955.1 27.2 180 111 5 94 272 280 440 4.90e-07 48.9 MCA1360809.1 MBU2178615.1 29.0 145 91 5 100 243 141 274 1.20e-04 41.2 MBK9974619.1 MBK9974619.1 100 265 0 0 1 265 1 265 5.62e-192 524 PBI27870.1 PBI27870.1 100 87 0 0 1 87 1 87 3.40e-59 174 KAJ1535693.1 KAJ1535693.1 100 373 0 0 1 373 1 373 8.33e-246 669 MBE9640947.1 MBE9640947.1 100 481 0 0 1 481 1 481 0.0 967 MBE9640947.1 KAF6802222.1 25.9 452 286 11 48 473 40 468 1.19e-22 99.0 MBE9640947.1 THH04310.1 27.0 407 253 17 83 465 109 495 1.79e-18 86.3 MBE9640947.1 MCT4573170.1 35.4 113 70 3 360 471 24 134 3.61e-11 59.3 MBQ6107527.1 MBQ6107527.1 100 422 0 0 1 422 1 422 0.0 862 TMG86695.1 TMG86695.1 100 289 0 0 1 289 1 289 1.02e-206 563 TMG86695.1 WP_083453642.1 35.0 266 132 6 10 269 337 567 7.94e-37 136 TMG86695.1 NSW79198.1 30.2 278 138 8 8 269 424 661 5.85e-27 108 TMG86695.1 CAG0990770.1 32.2 267 133 9 14 273 33 258 7.02e-23 93.6 TMG86695.1 WP_086504813.1 29.7 293 150 10 2 284 383 629 6.11e-22 94.0 TMG86695.1 MBN8606766.1 34.8 141 86 3 134 269 666 805 3.46e-19 85.9 TMG86695.1 PSQ73325.1 24.1 278 171 7 2 269 593 840 1.03e-11 63.5 TMG86695.1 EDN57974.1 35.5 110 61 3 168 268 518 626 8.30e-11 60.8 TMG86695.1 MBN1819552.1 29.3 150 100 3 126 269 414 563 2.95e-10 58.9 TMG86695.1 TVR41840.1 28.7 167 110 5 107 268 346 508 1.23e-07 50.8 XP_030131005.3 XP_030131005.3 100 568 0 0 1 568 1 568 0.0 1155 XP_030131005.3 XP_039638319.1 37.2 349 204 6 188 534 127 462 1.49e-65 219 XP_030131005.3 NXJ71029.1 50.0 66 32 1 188 253 75 139 1.46e-14 74.3 MCL6644735.1 MCL6644735.1 100 434 0 0 1 434 1 434 0.0 887 MCL6644735.1 PYR37153.1 34.8 443 269 8 4 429 31 470 9.10e-73 234 MCL6644735.1 CAI2640540.1 30.2 159 104 4 57 214 6 158 3.92e-12 65.5 XP_040499486.1 XP_040499486.1 100 373 0 0 1 373 1 373 6.08e-232 634 XP_043577599.1 XP_043577599.1 100 471 0 0 1 471 1 471 0.0 879 XP_002107991.1 XP_002107991.1 100 1279 0 0 1 1279 1 1279 0.0 2156 HAJ30683.1 HAJ30683.1 100 819 0 0 1 819 1 819 0.0 1631 HAJ30683.1 MCE2873365.1 22.8 926 513 35 25 813 31 891 2.42e-36 145 HAJ30683.1 MXW19700.1 24.7 879 519 37 25 809 36 865 3.65e-30 126 HAJ30683.1 MBX9747080.1 23.7 834 477 36 30 809 1 729 1.10e-25 111 HAJ30683.1 WP_059812501.1 30.2 162 98 5 36 197 91 237 6.18e-11 64.3 HAJ30683.1 WP_222018129.1 29.9 144 84 4 25 163 31 162 2.39e-08 55.8 HAJ30683.1 MBO1518138.1 21.3 807 497 28 2 785 14 705 4.45e-08 55.1 HAJ30683.1 WP_267184195.1 25.6 160 99 5 8 158 8 156 2.04e-04 43.1 HAJ30683.1 WP_254467474.1 25.0 140 74 5 32 160 142 261 2.16e-04 43.1 QNV11749.1 QNV11749.1 100 224 0 0 1 224 1 224 2.55e-154 425 QNV11749.1 YP_009731821.1 74.6 224 56 1 1 224 1 223 2.75e-112 319 QNV11749.1 AFN42320.1 45.2 157 76 3 74 222 14 168 1.76e-29 106 BAD29386.1 BAD29386.1 100 127 0 0 1 127 1 127 5.20e-59 176 MCL5999032.1 MCL5999032.1 100 92 0 0 1 92 1 92 4.66e-66 191 WP_032407714.1 WP_032407714.1 100 463 0 0 1 463 1 463 6.83e-302 818 WP_032407714.1 NEB02235.1 28.8 455 291 12 17 463 36 465 3.50e-32 126 MBQ1540263.1 MBQ1540263.1 100 292 0 0 1 292 1 292 4.87e-211 574 MBQ1540263.1 MBI1736306.1 36.5 288 153 7 28 285 8 295 1.52e-37 133 MBQ1540263.1 MBI5966481.1 34.6 295 146 11 34 287 17 305 1.06e-36 131 MBQ1540263.1 WP_276638014.1 31.3 304 164 7 33 291 44 347 1.30e-35 129 MBQ1540263.1 WP_220615956.1 35.3 252 137 7 31 257 45 295 1.91e-32 121 MBQ1540263.1 WP_279399778.1 34.1 214 118 3 97 287 83 296 1.97e-30 114 MBQ1540263.1 WP_067782871.1 30.8 266 157 7 34 273 16 280 2.72e-26 103 MBQ1540263.1 HAR4359619.1 29.0 231 141 6 60 273 37 261 2.74e-21 89.4 MBQ1540263.1 MBQ7293051.1 31.8 192 116 6 96 273 2 192 1.67e-18 80.5 KAH0956195.1 KAH0956195.1 100 674 0 0 1 674 1 674 0.0 1360 NNM19111.1 NNM19111.1 100 171 0 0 1 171 1 171 1.50e-120 335 MBL0087235.1 MBL0087235.1 100 298 0 0 1 298 1 298 3.58e-216 588 MBL0087235.1 WP_066708699.1 67.8 298 96 0 1 298 1 298 3.94e-144 405 MBL0087235.1 WP_044453403.1 34.9 86 52 1 1 82 1 86 3.12e-05 43.1 WP_110808154.1 WP_110808154.1 100 218 0 0 1 218 1 218 2.64e-144 399 WP_110808154.1 WP_041580422.1 43.4 189 106 1 27 214 23 211 1.70e-45 149 WP_110808154.1 MBG9445742.1 39.4 203 121 1 13 215 12 212 1.06e-34 121 WP_110808154.1 WP_209434296.1 38.3 206 123 1 12 213 14 219 2.17e-33 118 WP_110808154.1 WP_012568269.1 33.7 199 126 3 24 216 163 361 2.25e-20 86.3 WP_110808154.1 WP_224458015.1 37.5 136 82 1 30 162 169 304 3.93e-19 82.8 MBX9947011.1 MBX9947011.1 100 256 0 0 1 256 1 256 6.33e-189 515 WP_218022068.1 WP_218022068.1 100 232 0 0 1 232 1 232 1.31e-160 442 MBK8142594.1 MBK8142594.1 100 335 0 0 1 335 1 335 2.44e-228 622 EFG7698437.1 EFG7698437.1 100 309 0 0 1 309 1 309 4.46e-211 576 EFG7698437.1 WP_282985289.1 39.7 317 156 6 1 304 694 988 5.01e-50 176 EFG7698437.1 WP_277264109.1 34.2 307 173 8 1 304 717 997 5.84e-39 144 XP_047113196.1 XP_047113196.1 100 558 0 0 1 558 1 558 0.0 1130 XP_047113196.1 XP_017754998.1 33.7 502 288 13 43 514 5 491 5.11e-73 240 XP_047113196.1 TNE33066.1 39.6 212 98 3 66 248 67 277 1.22e-33 132 XP_047113196.1 GJC78212.1 39.5 233 119 7 69 280 70 301 1.74e-33 132 GFX26854.1 GFX26854.1 100 98 0 0 1 98 1 98 2.83e-63 185 WP_283640148.1 WP_283640148.1 100 478 0 0 1 478 1 478 0.0 940 MBR1866691.1 MBR1866691.1 100 199 0 0 1 199 1 199 1.70e-142 393 MBR1866691.1 WP_087364392.1 34.9 166 97 6 37 199 28 185 8.10e-18 75.9 MBR1866691.1 MBR2088606.1 37.7 77 42 2 55 131 59 129 2.19e-06 44.3 MCB1329842.1 MCB1329842.1 100 160 0 0 1 160 1 160 2.65e-111 311 WP_189671415.1 WP_189671415.1 100 231 0 0 1 231 1 231 6.21e-138 384 MBN1187923.1 MBN1187923.1 100 652 0 0 1 652 1 652 0.0 1311 XP_036700879.1 XP_036700879.1 100 184 0 0 1 184 1 184 1.43e-138 382 MBV9252674.1 MBV9252674.1 100 299 0 0 1 299 1 299 8.14e-218 592 MBV9252674.1 MBK7906023.1 34.3 242 134 6 43 280 45 265 2.20e-33 124 MCC5948066.1 MCC5948066.1 100 657 0 0 1 657 1 657 0.0 1316 MCC5948066.1 WP_254101325.1 29.8 640 395 19 38 648 24 638 8.27e-63 218 MCC5948066.1 WP_270967954.1 29.7 620 385 19 30 617 17 617 4.78e-62 216 MCC5948066.1 XP_052525039.1 27.5 619 404 20 41 631 44 645 1.39e-38 150 MCC5948066.1 WP_148836004.1 26.4 556 331 25 100 633 5 504 5.76e-15 76.3 MCC5948066.1 WP_246003214.1 28.9 356 191 20 249 576 139 460 1.30e-08 56.2 MCC5948066.1 PYB13830.1 21.6 527 328 16 119 617 210 682 7.57e-06 47.8 MCC5948066.1 WP_098279309.1 20.1 557 354 21 111 628 27 531 6.32e-05 44.3 MCC5948066.1 RLB66027.1 22.2 526 323 22 91 582 1 474 1.09e-04 43.5 MCC5948066.1 EJG3313804.1 21.0 310 212 10 269 559 154 449 9.48e-04 40.4 WP_176623291.1 WP_176623291.1 100 732 0 0 1 732 1 732 0.0 1527 WP_023828789.1 WP_023828789.1 100 419 0 0 1 419 1 419 1.32e-279 758 WP_023828789.1 WP_105447015.1 32.5 379 251 4 34 411 17 391 9.18e-50 171 WP_023828789.1 WP_279008479.1 30.8 357 183 6 50 406 15 307 2.63e-32 122 WP_023828789.1 CDX26094.1 28.0 382 204 6 34 411 18 332 3.02e-26 106 WP_023828789.1 WP_002574744.1 24.9 369 200 8 49 406 27 329 5.30e-21 91.7 WP_023828789.1 KQN49849.1 24.4 349 196 8 59 406 20 301 5.68e-13 67.8 BAR90558.1 BAR90558.1 100 276 0 0 1 276 1 276 5.48e-209 568 WP_256527700.1 WP_256527700.1 100 367 0 0 1 367 1 367 8.52e-277 747 PQM52169.1 PQM52169.1 100 129 0 0 1 129 1 129 5.57e-80 229 OBB22832.1 OBB22832.1 100 61 0 0 1 61 1 61 7.62e-40 123 KAI1138495.1 KAI1138495.1 100 206 0 0 1 206 1 206 2.72e-156 429 KAF1947782.1 KAF1947782.1 100 153 0 0 1 153 1 153 3.98e-114 318 KAF1947782.1 KAG0031507.1 39.0 146 87 1 5 150 2 145 3.30e-35 118 KAF1947782.1 TYG81953.1 40.4 146 84 2 7 152 8 150 1.37e-32 111 OGO62636.1 OGO62636.1 100 644 0 0 1 644 1 644 0.0 1313 OGO62636.1 EAI0195789.1 32.3 325 214 4 15 335 10 332 2.82e-45 162 UBL45068.1 UBL45068.1 100 4405 0 0 1 4405 1 4405 0.0 8652 UBL45068.1 QTD03487.1 99.7 4405 13 0 1 4405 1 4405 0.0 8629 UBL45068.1 UFM00670.1 99.7 4405 14 0 1 4405 1 4405 0.0 8625 UBL45068.1 UBD95131.1 99.8 4401 10 0 1 4401 1 4401 0.0 8624 UBL45068.1 QWC83326.1 99.8 4401 10 0 1 4401 1 4401 0.0 8623 UBL45068.1 UBP50947.1 99.8 4401 11 0 1 4401 1 4401 0.0 8622 UBL45068.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8621 UBL45068.1 QSZ25555.1 99.7 4401 12 0 1 4401 1 4401 0.0 8621 UBL45068.1 WEU87158.1 99.7 4401 12 0 1 4401 1 4401 0.0 8618 UBL45068.1 QRX02582.1 99.8 4098 10 0 1 4098 1 4098 0.0 8005 RYQ91928.1 RYQ91928.1 100 464 0 0 1 464 1 464 5.58e-313 847 MBM6667216.1 MBM6667216.1 100 295 0 0 1 295 1 295 8.02e-207 564 WP_108494191.1 WP_108494191.1 100 138 0 0 1 138 1 138 2.49e-103 289 WP_108494191.1 WP_134106059.1 65.2 138 46 2 1 138 1 136 5.84e-63 187 PWA78445.1 PWA78445.1 100 424 0 0 1 424 1 424 0.0 902 WP_011057593.1 WP_011057593.1 100 357 0 0 1 357 1 357 1.38e-261 707 WP_011057593.1 WP_237907640.1 50.1 355 163 6 3 345 2 354 3.55e-95 286 WP_011057593.1 WP_258581409.1 44.9 316 161 4 5 307 4 319 4.15e-76 237 WP_011057593.1 WP_140480909.1 48.1 235 121 1 3 236 11 245 1.03e-70 223 WP_011057593.1 WP_109219819.1 44.8 286 152 2 7 288 20 303 1.04e-69 221 WP_011057593.1 WP_076409454.1 47.0 236 125 0 1 236 1 236 2.87e-68 216 WP_011057593.1 WP_176354145.1 41.2 347 172 8 5 331 6 340 1.02e-67 216 WP_011057593.1 WP_170725874.1 45.6 237 129 0 1 237 1 237 9.94e-66 209 WP_011057593.1 NNE23115.1 33.2 367 201 7 4 346 2 348 1.58e-54 181 WP_011057593.1 MWR41881.1 37.3 236 142 1 5 234 29 264 1.63e-50 168 WP_083249539.1 WP_083249539.1 100 90 0 0 1 90 1 90 1.51e-34 112 EAL3378245.1 EAL3378245.1 100 675 0 0 1 675 1 675 0.0 1342 KMT17181.1 KMT17181.1 100 770 0 0 1 770 1 770 0.0 1390 WP_208557144.1 WP_208557144.1 100 216 0 0 1 216 1 216 1.68e-155 427 KAJ2141250.1 KAJ2141250.1 100 279 0 0 1 279 1 279 3.43e-184 505 MBQ7587638.1 MBQ7587638.1 100 230 0 0 1 230 1 230 7.92e-161 442 MBQ7587638.1 HIZ10317.1 48.2 218 106 2 11 222 10 226 1.91e-60 188 MBQ7587638.1 WP_007556065.1 43.8 226 126 1 1 225 1 226 7.99e-59 184 MBQ7587638.1 WP_268276024.1 55.8 86 38 0 6 91 6 91 1.53e-24 91.7 OKX80212.1 OKX80212.1 100 317 0 0 1 317 1 317 7.23e-221 601 OKX80212.1 WP_125625723.1 28.0 314 181 10 5 306 62 342 2.98e-13 67.8 OKX80212.1 WP_015699100.1 21.7 226 158 5 27 249 86 295 6.72e-06 45.4 WP_238850425.1 WP_238850425.1 100 342 0 0 1 342 1 342 1.41e-251 681 WP_238850425.1 EHS0147317.1 54.4 340 154 1 4 342 8 347 1.38e-124 360 MBJ4904885.1 MBJ4904885.1 100 69 0 0 1 69 1 69 1.38e-41 128 XP_055296131.1 XP_055296131.1 100 154 0 0 1 154 1 154 8.34e-112 312 XP_055296131.1 KAF2999697.1 39.6 48 25 1 104 151 123 166 1.78e-04 38.9 WP_098923619.1 WP_098923619.1 100 419 0 0 1 419 1 419 4.50e-287 777 WP_098923619.1 WP_262612393.1 49.9 449 171 8 1 419 1 425 4.86e-123 362 WP_098923619.1 OFZ89526.1 43.1 436 214 4 1 418 2 421 3.72e-108 323 WP_098923619.1 WP_267292626.1 49.9 417 185 8 3 417 118 512 1.33e-105 320 WP_098923619.1 MBT3887354.1 54.0 298 128 4 129 418 24 320 1.34e-96 290 WP_098923619.1 WP_033456074.1 52.7 294 134 3 125 418 7 295 3.45e-93 281 WP_098923619.1 NDI25889.1 43.4 290 143 5 136 411 1 283 7.20e-60 195 WP_098923619.1 KAA0555231.1 33.5 427 269 8 3 417 207 630 4.90e-56 193 WP_098923619.1 KAJ4394429.1 27.8 450 288 10 4 417 64 512 4.87e-37 139 WP_098923619.1 MBY0286260.1 29.7 424 281 9 1 415 1 416 9.45e-33 126 WP_260479645.1 WP_260479645.1 100 60 0 0 1 60 1 60 3.99e-37 116 WP_089563581.1 WP_089563581.1 100 625 0 0 1 625 1 625 0.0 1206 WP_089563581.1 WP_032004153.1 30.0 250 153 6 7 240 11 254 5.78e-27 108 WP_089563581.1 WP_039930315.1 34.1 226 121 8 7 224 9 214 5.34e-18 81.6 XP_010263869.1 XP_010263869.1 100 787 0 0 1 787 1 787 0.0 1524 XP_010263869.1 TYG55675.1 41.3 516 243 9 229 743 3 459 1.39e-97 323 XP_010263869.1 KAI9181093.1 35.4 418 240 10 373 776 135 536 2.30e-58 206 WP_079722145.1 WP_079722145.1 100 642 0 0 1 642 1 642 0.0 1264 WP_079722145.1 WP_070334369.1 24.3 635 420 20 17 638 10 596 4.53e-33 132 MBQ9329940.1 MBQ9329940.1 100 352 0 0 1 352 1 352 1.34e-270 730 MCB9082534.1 MCB9082534.1 100 135 0 0 1 135 1 135 6.16e-89 253 WP_058918927.1 WP_058918927.1 100 459 0 0 1 459 1 459 0.0 905 WP_058918927.1 MBD8915742.1 28.6 465 286 9 37 458 30 491 9.85e-47 168 WP_058918927.1 AOJ74168.1 28.4 454 292 10 17 454 11 447 2.24e-37 140 MCP1651746.1 MCP1651746.1 100 404 0 0 1 404 1 404 1.34e-285 772 MCP1651746.1 WP_004619799.1 70.6 398 115 2 7 404 5 400 5.48e-189 528 MCP1651746.1 WP_074825075.1 47.1 401 203 5 4 404 1 392 1.02e-104 313 MCP1651746.1 EDH4057100.1 44.6 404 204 6 4 404 1 387 3.73e-95 288 MCP1651746.1 WP_078429679.1 38.3 399 238 4 4 402 1 391 1.04e-77 244 MCP1651746.1 WP_277084622.1 46.7 317 163 4 89 403 1 313 6.62e-77 239 MCP1651746.1 GAN03156.1 40.3 407 211 10 6 403 28 411 2.10e-72 231 MCP1651746.1 WP_083141943.1 40.9 403 212 8 8 404 5 387 9.07e-71 226 MCP1651746.1 MBA2536487.1 39.4 396 223 6 7 402 4 382 1.61e-70 225 MCP1651746.1 XP_040685867.1 38.4 401 219 10 6 398 34 414 5.65e-63 206 WP_217309155.1 WP_217309155.1 100 142 0 0 1 142 1 142 4.08e-95 269 WP_247879744.1 WP_247879744.1 100 130 0 0 1 130 1 130 1.42e-87 249 WP_182050463.1 WP_182050463.1 100 79 0 0 1 79 1 79 2.26e-49 148 WP_271418863.1 WP_271418863.1 100 403 0 0 1 403 1 403 4.10e-252 687 PDX57421.1 PDX57421.1 100 289 0 0 1 289 1 289 2.60e-209 570 WP_268551200.1 WP_268551200.1 100 345 0 0 1 345 1 345 1.78e-251 681 MBO5962796.1 MBO5962796.1 100 824 0 0 1 824 1 824 0.0 1697 MBO5962796.1 MAH35553.1 24.7 377 223 14 300 646 33 378 1.64e-24 106 WP_128604954.1 WP_128604954.1 100 423 0 0 1 423 1 423 9.47e-307 827 WP_188167525.1 WP_188167525.1 100 193 0 0 1 193 1 193 7.82e-136 376 MBQ7208271.1 MBQ7208271.1 100 128 0 0 1 128 1 128 2.36e-76 220 PIF02276.1 PIF02276.1 100 193 0 0 1 193 1 193 4.87e-130 361 MCM1504065.1 MCM1504065.1 100 340 0 0 1 340 1 340 8.87e-254 686 MCM1504065.1 MCL2184308.1 34.1 361 208 13 4 340 15 369 1.42e-49 168 WP_265258498.1 WP_265258498.1 100 104 0 0 1 104 1 104 1.72e-69 201 XP_015665538.2 XP_015665538.2 100 303 0 0 1 303 1 303 1.33e-170 473 XP_015665538.2 CAD7694243.1 40.0 55 33 0 227 281 329 383 2.20e-04 40.8 WP_208405463.1 WP_208405463.1 100 207 0 0 1 207 1 207 6.59e-144 397 MBS5124634.1 MBS5124634.1 100 154 0 0 1 154 1 154 6.09e-105 295 XP_037020921.2 XP_037020921.2 100 632 0 0 1 632 1 632 0.0 1143 WP_268422715.1 WP_268422715.1 100 44 0 0 1 44 1 44 4.87e-29 94.7 WP_113928814.1 WP_113928814.1 100 61 0 0 1 61 1 61 2.04e-35 112 MCI0601354.1 MCI0601354.1 100 56 0 0 1 56 1 56 9.86e-34 107 MSV72798.1 MSV72798.1 100 334 0 0 1 334 1 334 2.75e-254 687 MSV72798.1 WP_013017739.1 28.8 177 85 9 69 240 92 232 1.98e-07 50.1 WP_048886461.1 WP_048886461.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_119328079.1 WP_119328079.1 100 197 0 0 1 197 1 197 1.28e-127 355 WP_119328079.1 WP_158161316.1 47.9 190 98 1 6 195 8 196 1.17e-50 160 WP_119328079.1 MBQ3420014.1 38.3 193 109 3 7 191 10 200 2.73e-25 95.9 WP_119328079.1 NNF05378.1 32.0 200 126 4 7 197 6 204 1.70e-17 75.5 WP_253793201.1 WP_253793201.1 100 205 0 0 1 205 1 205 5.45e-110 311 MBO5118622.1 MBO5118622.1 100 185 0 0 1 185 1 185 1.52e-120 337 MBO5118622.1 MBQ7329863.1 40.9 176 100 2 11 182 9 184 6.51e-30 107 MBO5118622.1 MBQ7086969.1 39.7 184 97 7 5 178 8 187 3.10e-25 95.1 MBI3461834.1 MBI3461834.1 100 293 0 0 1 293 1 293 1.14e-205 561 MBI3461834.1 WP_020913025.1 65.3 285 99 0 1 285 1 285 2.40e-130 370 MBI3461834.1 KAF1538674.1 57.5 301 112 3 2 286 20 320 3.61e-115 333 MBI3461834.1 NEQ48723.1 56.1 289 127 0 1 289 1 289 1.37e-112 325 MBI3461834.1 NBQ41256.1 51.7 290 131 2 1 281 1 290 7.98e-99 290 MBI3461834.1 OCB46767.1 50.7 290 130 3 1 279 1 288 2.31e-91 271 MBV8110278.1 MBV8110278.1 100 157 0 0 1 157 1 157 3.12e-113 316 WP_258219484.1 WP_258219484.1 100 669 0 0 1 669 1 669 0.0 1373 KAH7858561.1 KAH7858561.1 100 408 0 0 1 408 1 408 3.99e-187 523 MBB7523286.1 MBB7523286.1 100 518 0 0 1 518 1 518 0.0 1041 MBB7523286.1 NPM18735.1 96.5 57 2 0 452 508 1 57 9.43e-31 119 MBB7523286.1 EFG4747393.1 100 42 0 0 467 508 1 42 1.39e-21 92.4 WP_184039851.1 WP_184039851.1 100 186 0 0 1 186 1 186 1.26e-133 370 XP_053914187.1 XP_053914187.1 100 371 0 0 1 371 1 371 3.53e-262 710 MAW35414.1 MAW35414.1 100 115 0 0 1 115 1 115 2.30e-88 249 WP_139553477.1 WP_139553477.1 100 221 0 0 1 221 1 221 2.37e-153 422 NOU20958.1 NOU20958.1 100 88 0 0 1 88 1 88 1.95e-63 184 WP_096221151.1 WP_096221151.1 100 279 0 0 1 279 1 279 2.07e-210 572 WP_217853533.1 WP_217853533.1 100 485 0 0 1 485 1 485 0.0 895 ATQ57711.1 ATQ57711.1 100 296 0 0 1 296 1 296 3.53e-206 562 ATQ57711.1 WP_198297747.1 36.7 245 152 3 47 290 9 251 1.06e-39 137 CAH1431027.1 CAH1431027.1 100 357 0 0 1 357 1 357 3.39e-262 709 WP_250822302.1 WP_250822302.1 100 796 0 0 1 796 1 796 0.0 1682 WP_250822302.1 PZS09564.1 34.7 398 236 10 47 441 72 448 6.84e-78 257 WP_160194147.1 WP_160194147.1 100 429 0 0 1 429 1 429 0.0 873 WP_160194147.1 MCM2356329.1 44.1 297 155 6 1 292 1 291 9.80e-74 231 WP_160194147.1 OWZ34415.1 31.7 357 216 9 29 369 57 401 2.44e-42 154 WP_160194147.1 MBA3609961.1 31.5 368 216 9 32 381 42 391 3.77e-41 150 WP_160194147.1 WP_254819486.1 27.8 381 254 10 7 369 10 387 1.57e-30 120 WP_160194147.1 MBQ6794463.1 28.8 371 227 13 41 409 26 361 6.46e-27 109 EAI0195789.1 EAI0195789.1 100 343 0 0 1 343 1 343 1.71e-248 673 EAI0195789.1 OGO62636.1 32.6 322 211 4 13 332 18 335 2.54e-43 156 XP_054357454.1 XP_054357454.1 100 283 0 0 1 283 1 283 1.18e-202 552 CAI9280851.1 CAI9280851.1 100 286 0 0 1 286 1 286 2.41e-208 567 CAI9280851.1 QHO28611.1 34.0 153 77 5 14 163 78 209 7.79e-20 86.3 WP_278329032.1 WP_278329032.1 100 50 0 0 1 50 1 50 4.19e-28 92.8 MBL0183169.1 MBL0183169.1 100 208 0 0 1 208 1 208 5.67e-150 413 WP_025983621.1 WP_025983621.1 100 195 0 0 1 195 1 195 4.51e-136 377 WP_025983621.1 MBP8741618.1 77.0 191 44 0 5 195 3 193 2.33e-90 277 WP_025983621.1 WP_119815679.1 48.0 200 93 4 4 195 30 226 2.46e-43 152 WP_025983621.1 MBS1587439.1 34.3 181 104 5 15 195 5 170 9.10e-20 84.7 TMG37032.1 TMG37032.1 100 127 0 0 1 127 1 127 8.65e-83 236 WP_171469099.1 WP_171469099.1 100 264 0 0 1 264 1 264 1.01e-189 518 WP_250898423.1 WP_250898423.1 100 377 0 0 1 377 1 377 1.57e-268 727 WP_250898423.1 MCU1506104.1 69.9 365 109 1 6 369 1 365 3.40e-173 485 SFI40936.1 SFI40936.1 100 256 0 0 1 256 1 256 1.67e-184 504 SFI40936.1 MBI4599533.1 51.5 229 111 0 21 249 13 241 6.85e-78 234 XP_023426040.1 XP_023426040.1 100 1066 0 0 1 1066 1 1066 0.0 2019 KAI3473816.1 KAI3473816.1 100 517 0 0 1 517 1 517 0.0 976 KAI3473816.1 EFC81578.1 46.6 307 158 4 204 508 18 320 1.38e-83 260 KAI3473816.1 TEY22245.1 55.8 199 83 2 219 417 1 194 5.94e-71 223 KAI3473816.1 WP_087222948.1 25.7 265 134 6 1 202 1 265 2.64e-13 68.6 KAI3473816.1 WP_153401532.1 28.2 248 127 10 5 201 4 251 1.01e-12 66.6 KAI3473816.1 PAA76673.1 24.9 265 174 8 223 471 44 299 1.61e-11 63.9 KAI3473816.1 WP_165144904.1 25.4 284 124 5 4 203 1 280 2.76e-11 62.8 KAI3473816.1 URJ46333.1 52.8 53 25 0 151 203 215 267 6.13e-09 55.5 WP_033776418.1 WP_033776418.1 100 196 0 0 1 196 1 196 2.51e-138 382 WP_033776418.1 WP_123207952.1 30.4 191 129 3 8 195 5 194 6.63e-24 92.0 NLD51718.1 NLD51718.1 100 236 0 0 1 236 1 236 3.22e-163 449 MCK5694897.1 MCK5694897.1 100 158 0 0 1 158 1 158 1.43e-114 319 XP_018682766.1 XP_018682766.1 100 360 0 0 1 360 1 360 4.86e-268 724 XP_018682766.1 EAN4724137.1 32.3 328 156 4 79 340 22 349 1.02e-56 187 XP_018682766.1 WP_224255409.1 31.7 328 158 4 79 340 22 349 2.18e-55 183 XP_018682766.1 MBT4259674.1 31.5 327 157 5 67 329 10 333 3.90e-55 182 HHY51372.1 HHY51372.1 100 253 0 0 1 253 1 253 1.27e-182 499 HHY51372.1 MCH2591601.1 45.7 230 125 0 19 248 16 245 8.88e-73 221 HHY51372.1 WP_016340583.1 36.8 234 139 3 17 248 3 229 1.11e-54 174 WP_026497435.1 WP_026497435.1 100 909 0 0 1 909 1 909 0.0 1771 WP_026497435.1 WP_116073910.1 42.8 923 466 17 1 909 1 875 6.15e-225 657 WP_026497435.1 XP_006376427.2 33.1 275 171 6 4 269 106 376 2.26e-37 144 WP_026497435.1 HBK0888477.1 30.8 91 56 2 669 752 7 97 2.91e-05 45.4 WP_036077718.1 WP_036077718.1 100 224 0 0 1 224 1 224 8.78e-146 404 WP_036077718.1 WP_143387569.1 42.2 218 124 1 9 224 12 229 7.96e-46 150 WP_031132573.1 WP_031132573.1 100 81 0 0 1 81 1 81 2.23e-50 151 WP_031132573.1 WP_012084538.1 75.6 45 11 0 15 59 10 54 2.10e-18 70.5 EEO7917989.1 EEO7917989.1 100 1116 0 0 1 1116 1 1116 0.0 2184 EEO7917989.1 EFQ4765027.1 70.4 922 265 3 1 916 1 920 0.0 1338 EEO7917989.1 EEY3543156.1 65.2 993 309 6 1 958 1 991 0.0 1315 EEO7917989.1 ECI3309320.1 69.4 890 264 3 1 884 1 888 0.0 1275 EEO7917989.1 WP_137512405.1 73.5 366 97 0 1 366 1 366 6.81e-202 585 EEO7917989.1 EJQ6627878.1 64.7 363 121 3 365 722 1 361 9.84e-156 466 EEO7917989.1 WP_181865219.1 70.2 295 84 1 312 602 1 295 5.25e-147 441 EEO7917989.1 WP_154599351.1 33.0 704 441 14 4 693 10 695 5.61e-111 371 EEO7917989.1 WP_042959984.1 71.3 101 29 0 103 203 1 101 3.11e-44 153 EEO7917989.1 EEV0504409.1 75.8 99 24 0 860 958 1 99 1.01e-42 155 MCI8828397.1 MCI8828397.1 100 325 0 0 1 325 1 325 9.08e-244 660 MCI8828397.1 KAF1483258.1 37.4 99 56 2 101 195 116 212 4.46e-11 61.6 WP_218804454.1 WP_218804454.1 100 118 0 0 1 118 1 118 7.37e-82 233 XP_032873419.1 XP_032873419.1 100 554 0 0 1 554 1 554 3.05e-214 604 TVO55343.1 TVO55343.1 100 506 0 0 1 506 1 506 0.0 952 TVO55343.1 WP_114947928.1 48.7 425 205 5 33 453 12 427 5.16e-111 335 TVO55343.1 NCS37471.1 28.8 420 249 13 48 444 36 428 1.35e-24 106 TVO55343.1 KAI1051942.1 23.6 385 233 12 95 429 295 668 4.68e-13 70.1 TVO55343.1 MBE3049203.1 31.6 117 75 2 97 211 2 115 5.04e-09 53.1 NIR46571.1 NIR46571.1 100 136 0 0 1 136 1 136 2.60e-104 291 MBC2695466.1 MBC2695466.1 100 551 0 0 1 551 1 551 0.0 1099 MBP9134320.1 MBP9134320.1 100 308 0 0 1 308 1 308 1.10e-240 650 MBM4010536.1 MBM4010536.1 100 71 0 0 1 71 1 71 3.88e-42 129 NBB83031.1 NBB83031.1 100 334 0 0 1 334 1 334 4.14e-240 651 NBB83031.1 WP_133874384.1 34.7 173 108 2 5 176 3 171 1.04e-15 75.1 NBB83031.1 WP_051669385.1 29.0 307 198 10 5 299 11 309 5.60e-15 73.2 NBB83031.1 TML70651.1 38.3 128 71 3 5 126 3 128 8.18e-15 68.9 NBB83031.1 TAM11363.1 34.7 118 68 3 5 121 10 119 5.20e-09 55.1 GBN69281.1 GBN69281.1 100 101 0 0 1 101 1 101 4.26e-73 210 KAF2637112.1 KAF2637112.1 100 1208 0 0 1 1208 1 1208 0.0 2310 WP_132898733.1 WP_132898733.1 100 373 0 0 1 373 1 373 6.21e-273 738 NJI17449.1 NJI17449.1 100 160 0 0 1 160 1 160 4.08e-115 321 UZO53924.1 UZO53924.1 100 7093 0 0 1 7093 1 7093 0.0 14170 UZO53924.1 UVB16817.1 99.9 7093 5 0 1 7093 1 7093 0.0 14157 UZO53924.1 URQ55824.1 99.9 7093 6 0 1 7093 1 7093 0.0 14157 UZO53924.1 QVD87869.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 UZO53924.1 QWC83326.1 99.7 7096 16 1 1 7093 1 7096 0.0 14128 UZO53924.1 UPP41269.1 99.9 4398 4 0 1 4398 1 4398 0.0 8636 UZO53924.1 USR14792.1 99.9 4398 5 0 1 4398 1 4398 0.0 8633 UZO53924.1 QXR94354.1 99.7 4398 13 0 1 4398 1 4398 0.0 8616 UZO53924.1 QTM79632.1 99.6 4398 16 0 1 4398 1 4398 0.0 8614 UZO53924.1 QTZ27226.1 99.6 4398 18 0 1 4398 1 4398 0.0 8609 WP_284053701.1 WP_284053701.1 100 307 0 0 1 307 1 307 1.28e-209 572 WP_284053701.1 RYP28707.1 32.9 158 96 4 151 299 324 480 6.77e-16 76.3 WP_284053701.1 VDO63589.1 39.4 66 40 0 73 138 25 90 1.70e-07 48.5 WP_284053701.1 WP_114539302.1 27.2 246 161 7 27 262 14 251 2.81e-07 49.7 TMI36513.1 TMI36513.1 100 141 0 0 1 141 1 141 1.05e-101 285 TMI36513.1 WP_186282298.1 42.1 133 75 1 7 137 14 146 4.33e-27 97.1 TMI36513.1 WP_065138043.1 38.0 108 67 0 30 137 37 144 5.58e-21 81.3 WP_266784861.1 WP_266784861.1 100 465 0 0 1 465 1 465 9.23e-278 758 WP_266784861.1 WP_203771012.1 29.9 291 174 12 200 463 73 360 1.29e-24 104 MCP4144501.1 MCP4144501.1 100 181 0 0 1 181 1 181 3.00e-134 371 MCH9693433.1 MCH9693433.1 100 158 0 0 1 158 1 158 1.32e-110 309 WP_160421767.1 WP_160421767.1 100 187 0 0 1 187 1 187 6.01e-137 378 WP_160421767.1 QNF21522.1 32.3 161 108 1 10 170 116 275 4.86e-22 88.6 MBN9560624.1 MBN9560624.1 100 275 0 0 1 275 1 275 1.21e-159 443 WP_226387626.1 WP_226387626.1 100 289 0 0 1 289 1 289 5.25e-209 569 WP_172394656.1 WP_172394656.1 100 242 0 0 1 242 1 242 8.65e-180 491 WP_036671656.1 WP_036671656.1 100 272 0 0 1 272 1 272 9.38e-199 541 MCJ7686803.1 MCJ7686803.1 100 564 0 0 1 564 1 564 0.0 1091 MCJ7686803.1 GBU10433.1 48.7 39 20 0 146 184 5 43 1.78e-06 48.9 MCJ7686803.1 WP_265364885.1 59.5 37 15 0 146 182 18 54 8.59e-05 43.5 WP_106817586.1 WP_106817586.1 100 201 0 0 1 201 1 201 1.24e-145 401 WEK50023.1 WEK50023.1 100 180 0 0 1 180 1 180 4.09e-127 353 WEK50023.1 PDX17128.1 49.1 169 81 2 12 178 1 166 6.21e-49 154 WEK50023.1 WP_175630617.1 39.5 177 106 1 1 177 1 176 1.23e-37 126 MBI5333464.1 MBI5333464.1 100 391 0 0 1 391 1 391 4.37e-273 739 MBI5333464.1 WP_269885397.1 34.7 167 107 1 225 391 108 272 1.50e-24 100 MBI5333464.1 WP_145544593.1 40.2 174 95 3 218 391 355 519 4.69e-24 102 MBI5333464.1 EJF06804.1 36.0 172 105 2 224 390 135 306 5.49e-24 99.4 MBI5333464.1 HAB03480.1 39.8 181 97 4 218 390 650 826 4.00e-22 97.1 MBI5333464.1 EGR2272270.1 39.6 149 86 3 241 386 527 674 5.68e-22 96.3 MBI5333464.1 MBK6870374.1 36.7 158 92 3 234 390 1 151 1.41e-21 90.1 MBI5333464.1 WP_000484099.1 36.1 169 102 4 224 390 204 368 2.03e-20 90.1 MBI5333464.1 WP_107169208.1 36.0 164 91 4 232 389 206 361 3.25e-18 83.6 MBI5333464.1 HBB7853833.1 33.1 166 106 3 227 390 326 488 9.04e-15 73.9 MCA2691876.1 MCA2691876.1 100 91 0 0 1 91 1 91 1.16e-61 180 WP_003067788.1 WP_003067788.1 100 317 0 0 1 317 1 317 1.80e-230 625 WP_003067788.1 WP_245086788.1 32.4 225 138 6 94 312 109 325 1.80e-21 91.3 WP_003067788.1 MBC2353926.1 27.3 99 64 4 174 266 45 141 2.79e-04 39.7 XP_045615378.1 XP_045615378.1 100 1450 0 0 1 1450 1 1450 0.0 2503 WP_007678833.1 WP_007678833.1 100 432 0 0 1 432 1 432 0.0 863 WP_007678833.1 WP_012913739.1 46.4 420 220 3 5 420 4 422 2.32e-134 391 AFC90328.1 AFC90328.1 100 267 0 0 1 267 1 267 6.84e-194 529 AFC90328.1 XP_017412204.1 34.5 255 159 7 1 252 186 435 3.08e-31 120 EOH70952.1 EOH70952.1 100 272 0 0 1 272 1 272 1.35e-182 501 WP_107387431.1 WP_107387431.1 100 127 0 0 1 127 1 127 5.21e-84 239 WP_274976404.1 WP_274976404.1 100 763 0 0 1 763 1 763 0.0 1429 WP_274976404.1 MCF2656092.1 31.8 730 434 8 25 753 9 675 2.47e-98 318 WP_274976404.1 NNC58435.1 30.0 744 444 10 26 757 11 689 4.21e-92 301 WP_274976404.1 MCC7304610.1 28.2 741 465 9 25 760 14 692 9.29e-84 279 WP_274976404.1 MBN2427654.1 33.1 148 97 1 23 170 3 148 4.50e-13 70.9 WP_274976404.1 MBP6400846.1 31.7 139 93 1 25 163 6 142 1.39e-12 65.5 WP_274976404.1 MBP9771519.1 31.7 101 65 1 91 187 63 163 2.71e-06 48.9 WP_214130944.1 WP_214130944.1 100 56 0 0 1 56 1 56 5.92e-35 110 WP_131166802.1 WP_131166802.1 100 342 0 0 1 342 1 342 2.01e-251 681 WP_131166802.1 WP_066083732.1 48.2 311 158 3 4 313 5 313 5.67e-93 279 WP_131166802.1 MCP5262709.1 49.7 302 150 2 5 306 1 300 1.25e-91 275 WP_131166802.1 GLY24463.1 48.7 306 155 2 3 308 2 305 2.15e-90 272 WP_131166802.1 WP_107894076.1 46.4 302 160 2 1 302 1 300 6.70e-84 255 WP_131166802.1 WP_227059655.1 49.4 271 130 3 4 268 16 285 1.51e-78 250 WP_131166802.1 WP_192324556.1 50.9 265 123 3 5 263 13 276 8.44e-77 246 WP_131166802.1 QCM13287.1 45.4 260 135 3 2 261 6 258 1.22e-66 209 WP_131166802.1 WP_098952357.1 40.6 313 164 6 5 306 3 304 7.82e-60 193 WP_131166802.1 MBU5353226.1 36.3 281 163 5 5 278 4 275 1.53e-52 174 HBE02941.1 HBE02941.1 100 232 0 0 1 232 1 232 6.78e-163 447 HBE02941.1 WP_147738784.1 29.8 124 83 1 84 207 79 198 7.17e-12 61.2 AFU58940.1 AFU58940.1 100 145 0 0 1 145 1 145 2.74e-99 280 MBW0108125.1 MBW0108125.1 100 543 0 0 1 543 1 543 0.0 1016 MBW0108125.1 WP_043343784.1 29.6 497 291 18 42 501 40 514 1.24e-22 99.8 WP_281163474.1 WP_281163474.1 100 444 0 0 1 444 1 444 4.19e-307 830 WP_008860295.1 WP_008860295.1 100 253 0 0 1 253 1 253 9.03e-192 522 WP_008860295.1 WP_165144904.1 23.6 288 164 10 3 246 2 277 8.36e-07 47.4 WP_008860295.1 WP_237150901.1 32.0 75 47 1 180 250 162 236 5.66e-05 41.6 XP_044366249.1 XP_044366249.1 100 769 0 0 1 769 1 769 0.0 1372 XP_044366249.1 ROW03190.1 31.1 177 107 6 513 689 1 162 1.06e-12 69.3 XP_044366249.1 HIE16764.1 39.0 82 50 0 513 594 3 84 2.12e-11 59.7 XP_044366249.1 GFY83906.1 32.2 87 47 1 601 687 35 109 7.55e-06 44.7 XP_044366249.1 XP_045702922.1 27.4 73 53 0 513 585 373 445 2.89e-04 42.4 MQA03337.1 MQA03337.1 100 168 0 0 1 168 1 168 9.78e-111 310 MQA03337.1 MCB1505913.1 63.1 160 59 0 5 164 5 164 3.39e-63 190 MCH3963123.1 MCH3963123.1 100 983 0 0 1 983 1 983 0.0 1884 MCH3963123.1 WP_271786410.1 31.6 231 145 6 130 353 10 234 2.10e-22 98.2 MCH3963123.1 WP_272906673.1 31.9 213 134 5 150 357 162 368 3.10e-22 99.8 MCH3963123.1 WP_105979700.1 25.5 184 120 4 475 657 69 236 1.59e-07 52.4 MCH3963123.1 VTR17913.1 23.0 226 158 7 543 762 178 393 2.64e-06 49.3 WP_260776178.1 WP_260776178.1 100 273 0 0 1 273 1 273 1.86e-169 468 WP_195689481.1 WP_195689481.1 100 196 0 0 1 196 1 196 2.00e-144 398 WP_195689481.1 WP_104082941.1 42.5 174 94 3 7 179 8 176 1.22e-37 127 XP_051954746.1 XP_051954746.1 100 335 0 0 1 335 1 335 1.21e-253 686 MCB9662416.1 MCB9662416.1 100 196 0 0 1 196 1 196 1.07e-139 386 UJR03683.1 UJR03683.1 100 121 0 0 1 121 1 121 4.20e-53 161 UJR03683.1 UHH56899.1 97.4 39 1 0 1 39 1 39 9.78e-21 78.2 OLD52228.1 OLD52228.1 100 329 0 0 1 329 1 329 2.24e-246 667 MBS2033149.1 MBS2033149.1 100 198 0 0 1 198 1 198 1.35e-143 396 XP_030892138.1 XP_030892138.1 100 548 0 0 1 548 1 548 0.0 1107 WP_105447015.1 WP_105447015.1 100 393 0 0 1 393 1 393 1.34e-268 728 WP_105447015.1 WP_279008479.1 35.2 341 161 3 46 386 27 307 1.10e-52 176 WP_105447015.1 WP_023828789.1 33.3 366 235 6 32 391 49 411 8.26e-51 174 WP_105447015.1 WP_154951203.1 32.6 365 173 4 32 391 26 322 4.66e-44 154 WP_105447015.1 CDX26094.1 31.7 391 201 7 5 391 4 332 4.12e-38 138 WP_105447015.1 WP_002574744.1 28.2 372 201 7 26 386 13 329 5.31e-34 127 WP_105447015.1 HAA79725.1 29.9 278 132 2 117 392 10 226 3.30e-30 114 WP_105447015.1 KQN49849.1 25.0 364 205 6 31 391 8 306 5.12e-21 91.3 SHG12942.1 SHG12942.1 100 483 0 0 1 483 1 483 0.0 917 SHG12942.1 HCH0658035.1 32.9 441 279 7 56 483 44 480 8.63e-64 213 SHG12942.1 WP_274481161.1 31.7 101 69 0 195 295 1 101 2.11e-13 64.7 XP_018575520.1 XP_018575520.1 100 562 0 0 1 562 1 562 0.0 1060 WP_050210146.1 WP_050210146.1 100 1032 0 0 1 1032 1 1032 0.0 2002 WP_050210146.1 MCA1930442.1 44.3 246 131 4 765 1006 5 248 2.38e-50 177 WP_050210146.1 KAH6611424.1 22.3 593 292 13 575 1003 373 958 1.84e-27 118 WP_059191156.1 WP_059191156.1 100 305 0 0 1 305 1 305 1.47e-223 607 WP_059191156.1 WP_013845913.1 27.6 210 129 6 6 212 4 193 2.02e-09 55.5 WP_059191156.1 WP_010443651.1 23.7 270 168 11 9 273 3 239 4.57e-04 39.3 WP_059191156.1 WP_183882442.1 24.3 214 140 8 4 215 2 195 6.06e-04 38.9 WP_014942931.1 WP_014942931.1 100 796 0 0 1 796 1 796 0.0 1617 WP_014942931.1 GGB39876.1 26.6 715 466 15 56 767 274 932 1.23e-66 237 WP_014942931.1 WP_222637261.1 26.6 722 468 16 53 767 270 936 4.70e-61 221 WP_014942931.1 ECJ9372216.1 26.0 715 472 14 56 767 273 933 1.13e-58 214 WP_014942931.1 MCK9371657.1 21.5 713 456 18 53 729 11 655 1.26e-32 133 WP_014942931.1 WP_041302673.1 23.7 743 466 26 55 753 20 705 8.73e-24 105 WP_014942931.1 HAL7851047.1 22.9 656 375 32 174 756 36 633 3.23e-14 74.7 KAE8834307.1 KAE8834307.1 100 323 0 0 1 323 1 323 4.43e-179 496 MCI5825153.1 MCI5825153.1 100 342 0 0 1 342 1 342 4.40e-255 690 EJA9392162.1 EJA9392162.1 100 267 0 0 1 267 1 267 1.34e-200 546 EJA9392162.1 PJQ02245.1 88.4 267 31 0 1 267 209 475 5.46e-174 493 EJA9392162.1 EAL1671435.1 72.5 233 62 1 35 267 1 231 3.03e-116 337 EJA9392162.1 EFS8130303.1 39.0 264 143 5 9 267 208 458 8.25e-47 160 EJA9392162.1 ECP6736894.1 36.9 141 82 2 9 149 208 341 2.46e-22 92.8 EJA9392162.1 WP_181244664.1 36.5 85 53 1 21 105 185 268 1.07e-06 47.4 MCI6629070.1 MCI6629070.1 100 121 0 0 1 121 1 121 4.05e-85 242 MCI6629070.1 MBT2573851.1 36.1 97 62 0 18 114 5 101 3.82e-21 79.7 MCI6629070.1 WP_054621512.1 38.1 97 56 3 21 115 9 103 5.22e-16 66.6 WP_114539302.1 WP_114539302.1 100 369 0 0 1 369 1 369 1.05e-262 711 WP_114539302.1 MBQ2085260.1 34.3 140 89 3 227 363 1 140 1.38e-21 88.2 WP_114539302.1 WP_206023254.1 22.9 271 196 5 12 275 22 286 8.59e-19 84.7 WP_114539302.1 WP_284053701.1 27.1 251 165 7 9 251 22 262 2.39e-10 59.3 OOP55008.1 OOP55008.1 100 68 0 0 1 68 1 68 9.69e-46 138 MBU6376428.1 MBU6376428.1 100 289 0 0 1 289 1 289 1.93e-220 598 MBU6376428.1 NDC77618.1 26.2 282 174 10 14 276 26 292 4.31e-13 66.6 XP_050375343.1 XP_050375343.1 100 619 0 0 1 619 1 619 0.0 1174 WP_216743397.1 WP_216743397.1 100 295 0 0 1 295 1 295 9.76e-208 566 NEO63080.1 NEO63080.1 100 374 0 0 1 374 1 374 1.77e-268 726 NEO63080.1 KAH8969015.1 42.8 369 196 4 4 369 127 483 2.39e-89 276 NEO63080.1 PZR90627.1 42.4 321 181 3 50 370 36 352 1.43e-78 244 NEO63080.1 WP_247072383.1 41.0 310 177 4 47 356 38 341 4.80e-78 243 WP_123207952.1 WP_123207952.1 100 196 0 0 1 196 1 196 3.29e-134 372 WP_123207952.1 WP_033776418.1 30.8 185 124 3 5 188 8 189 1.59e-20 83.2 WP_180874312.1 WP_180874312.1 100 75 0 0 1 75 1 75 2.30e-56 166 WP_085535344.1 WP_085535344.1 100 246 0 0 1 246 1 246 4.80e-179 489 WP_085535344.1 WP_039692015.1 24.5 139 87 4 48 174 57 189 8.13e-04 38.1 XP_025698866.1 XP_025698866.1 100 308 0 0 1 308 1 308 8.94e-231 625 CAG1853776.1 CAG1853776.1 100 3704 0 0 1 3704 1 3704 0.0 7012 WP_132517191.1 WP_132517191.1 100 498 0 0 1 498 1 498 0.0 949 WP_132517191.1 HAR7369715.1 37.0 467 274 5 22 487 11 458 2.49e-97 300 WP_132517191.1 EPR30609.1 39.4 457 243 6 32 488 1 423 1.56e-96 297 WP_132517191.1 MCQ2156413.1 36.8 302 158 4 196 494 46 317 3.44e-51 176 WP_132517191.1 MBR4705654.1 31.3 227 134 6 200 424 184 390 7.04e-23 99.4 WP_166370521.1 WP_166370521.1 100 281 0 0 1 281 1 281 9.73e-201 547 WP_166370521.1 WP_265634479.1 24.3 226 153 5 22 232 29 251 1.49e-06 47.0 WP_189145586.1 WP_189145586.1 100 171 0 0 1 171 1 171 4.10e-109 306 MBE2253919.1 MBE2253919.1 100 120 0 0 1 120 1 120 2.26e-86 245 XP_016284980.1 XP_016284980.1 100 685 0 0 1 685 1 685 4.24e-266 746 WP_109813103.1 WP_109813103.1 100 70 0 0 1 70 1 70 1.73e-40 125 WP_184253104.1 WP_184253104.1 100 293 0 0 1 293 1 293 3.48e-225 610 WP_184253104.1 WP_116393154.1 46.9 288 141 4 10 293 13 292 1.27e-87 262 BCB83133.1 BCB83133.1 100 164 0 0 1 164 1 164 3.27e-68 202 OBU40353.1 OBU40353.1 100 202 0 0 1 202 1 202 1.03e-124 348 WP_024947943.1 WP_024947943.1 100 283 0 0 1 283 1 283 7.67e-199 543 WP_230424277.1 WP_230424277.1 100 509 0 0 1 509 1 509 0.0 943 WP_230424277.1 WP_257633067.1 50.7 507 225 8 7 505 4 493 6.97e-138 405 WP_230424277.1 WP_195426888.1 33.2 289 171 12 116 398 136 408 1.58e-11 64.7 WP_230424277.1 WP_257689765.1 29.6 294 180 10 123 405 142 419 1.62e-07 52.0 WP_230424277.1 WP_255965801.1 34.0 159 91 7 127 282 145 292 8.98e-04 40.0 WP_187047047.1 WP_187047047.1 100 397 0 0 1 397 1 397 1.17e-296 800 WP_187047047.1 MBE6890073.1 26.7 232 152 4 175 389 181 411 6.65e-14 71.2 WP_187047047.1 HAW53859.1 28.9 273 151 12 103 374 20 250 4.13e-13 67.4 WP_077646570.1 WP_077646570.1 100 599 0 0 1 599 1 599 0.0 1216 KQO71000.1 KQO71000.1 100 1571 0 0 1 1571 1 1571 0.0 3111 KQO71000.1 WP_020424556.1 50.7 1534 695 15 32 1562 2 1477 0.0 1472 KQO71000.1 HIG56173.1 31.0 326 196 6 920 1224 160 477 2.27e-31 129 KQO71000.1 WP_160877220.1 33.8 287 155 7 920 1184 148 421 1.53e-28 120 KQO71000.1 GIS82389.1 45.5 66 36 0 418 483 1 66 6.62e-15 69.7 WP_058807138.1 WP_058807138.1 100 226 0 0 1 226 1 226 7.84e-150 414 XP_033551505.1 XP_033551505.1 100 577 0 0 1 577 1 577 0.0 1119 XP_033551505.1 KAG8816705.1 37.1 178 112 0 76 253 56 233 2.23e-34 128 XP_033551505.1 WP_030383398.1 26.7 161 117 1 79 239 38 197 3.28e-10 60.8 RZK87475.1 RZK87475.1 100 78 0 0 1 78 1 78 3.22e-53 158 WP_115287442.1 WP_115287442.1 100 191 0 0 1 191 1 191 6.78e-64 194 KAJ8398543.1 KAJ8398543.1 100 145 0 0 1 145 1 145 4.74e-109 304 WP_204434340.1 WP_204434340.1 100 308 0 0 1 308 1 308 4.56e-224 608 KAF2670900.1 KAF2670900.1 100 796 0 0 1 796 1 796 6.46e-154 473 RLS24356.1 RLS24356.1 100 245 0 0 1 245 1 245 2.37e-174 478 KQB14740.1 KQB14740.1 100 328 0 0 1 328 1 328 3.56e-206 565 KQB14740.1 MBE7554905.1 30.2 338 217 6 6 326 1 336 1.09e-31 119 KQB14740.1 WP_239280620.1 33.2 262 168 3 64 324 62 317 1.09e-27 108 KQB14740.1 WP_047721562.1 26.8 287 177 4 64 325 59 337 2.71e-19 85.5 WP_063880179.1 WP_063880179.1 100 193 0 0 1 193 1 193 2.96e-140 387 WP_064652354.1 WP_064652354.1 100 241 0 0 1 241 1 241 2.18e-168 462 WP_064652354.1 WP_186723788.1 32.4 225 147 2 4 228 8 227 2.63e-30 111 WP_064652354.1 WP_026893585.1 33.9 230 139 5 2 228 3 222 1.38e-29 108 WP_064652354.1 EAC1232420.1 33.2 226 143 6 1 225 1 219 2.72e-29 108 WP_064652354.1 WP_101794136.1 31.0 232 150 3 4 227 27 256 2.46e-27 103 WP_064652354.1 MBP1530348.1 26.0 231 161 5 1 231 1 221 9.50e-24 93.6 WP_064652354.1 WP_007708736.1 28.7 237 147 6 1 225 1 227 1.22e-16 74.7 WP_064652354.1 WP_124213670.1 28.4 109 74 3 4 110 5 111 9.88e-07 47.4 WP_064652354.1 MCE4566367.1 29.2 96 65 2 130 225 165 257 5.87e-04 38.5 XP_024010268.1 XP_024010268.1 100 220 0 0 1 220 1 220 5.61e-156 429 YP_009252784.1 YP_009252784.1 100 81 0 0 1 81 1 81 1.46e-46 141 YP_009252784.1 MCL2712337.1 37.9 66 37 1 11 76 10 71 1.48e-04 35.0 MCF6346354.1 MCF6346354.1 100 200 0 0 1 200 1 200 8.11e-146 402 MCF6346354.1 WP_196938834.1 47.1 121 61 2 17 136 22 140 3.64e-27 100 MCF6346354.1 WP_205009067.1 34.4 189 121 2 12 199 12 198 9.29e-27 100 MCF6346354.1 MBQ9456987.1 28.4 194 127 4 5 192 4 191 3.03e-12 61.2 EAF4791746.1 EAF4791746.1 100 218 0 0 1 218 1 218 7.58e-128 358 OBJ23133.1 OBJ23133.1 100 331 0 0 1 331 1 331 6.23e-254 686 YP_004564419.1 YP_004564419.1 100 63 0 0 1 63 1 63 6.38e-42 128 WP_230519716.1 WP_230519716.1 100 582 0 0 1 582 1 582 0.0 1139 WP_230519716.1 GGT63801.1 49.4 688 222 11 1 579 11 681 4.13e-188 543 WP_230519716.1 MBQ3380675.1 45.2 259 135 3 326 582 1 254 9.22e-66 213 WP_039806668.1 WP_039806668.1 100 330 0 0 1 330 1 330 1.29e-241 655 WP_039806668.1 WP_252122124.1 41.5 328 188 4 5 330 1 326 3.58e-71 222 WP_039806668.1 WP_234521407.1 36.4 313 195 4 5 316 4 313 4.83e-62 199 WP_039806668.1 ADT83844.1 26.8 179 119 6 11 179 116 292 6.58e-10 58.2 MAJ59213.1 MAJ59213.1 100 855 0 0 1 855 1 855 0.0 1607 MAJ59213.1 WP_200671006.1 32.5 265 174 1 571 835 582 841 1.83e-37 149 MAJ59213.1 WP_083051706.1 30.2 225 157 0 625 849 150 374 2.54e-34 134 MAJ59213.1 MCK5466482.1 26.6 252 176 3 607 849 42 293 3.28e-28 114 MAJ59213.1 UCF22071.1 23.4 248 177 5 610 849 104 346 7.59e-19 87.8 MAJ59213.1 WP_024498088.1 34.5 110 68 2 671 780 126 231 8.81e-10 59.3 MAJ59213.1 WP_003939801.1 24.6 195 126 4 659 842 92 276 2.99e-09 57.4 MAJ59213.1 HAV8610731.1 35.5 93 58 1 646 736 518 610 1.20e-08 57.0 CAD8186381.1 CAD8186381.1 100 360 0 0 1 360 1 360 1.56e-264 715 MBB1804587.1 MBB1804587.1 100 16 0 0 1 16 1 16 1.19e-08 41.6 WP_236513170.1 WP_236513170.1 100 84 0 0 1 84 1 84 4.97e-44 135 MBK9065949.1 MBK9065949.1 100 174 0 0 1 174 1 174 1.33e-120 336 MCD8051495.1 MCD8051495.1 100 139 0 0 1 139 1 139 4.46e-102 286 XP_010311338.1 XP_010311338.1 100 211 0 0 1 211 1 211 1.10e-128 359 YP_010317795.1 YP_010317795.1 100 258 0 0 1 258 1 258 1.60e-183 502 YP_010317795.1 WP_185334683.1 28.9 187 120 6 28 212 23 198 1.49e-09 56.2 YP_010317795.1 WP_036816548.1 28.5 242 156 6 8 242 5 236 6.88e-08 50.4 YP_010317795.1 WP_008134825.1 24.6 232 159 8 9 234 350 571 7.77e-08 51.2 YP_010317795.1 MCB0243881.1 23.3 215 145 6 25 234 25 224 1.39e-07 49.3 YP_010317795.1 WP_173040157.1 25.6 219 120 7 23 233 305 488 9.71e-07 47.8 YP_010317795.1 NNE23115.1 21.7 203 143 6 10 211 3 190 1.88e-05 43.5 WP_283947944.1 WP_283947944.1 100 511 0 0 1 511 1 511 0.0 971 WP_124519303.1 WP_124519303.1 100 299 0 0 1 299 1 299 2.61e-214 583 WP_110663263.1 WP_110663263.1 100 190 0 0 1 190 1 190 1.42e-141 390 KAF2317565.1 KAF2317565.1 100 398 0 0 1 398 1 398 4.92e-294 793 KAF2317565.1 WP_163042480.1 30.5 334 188 8 55 354 3 326 5.03e-40 146 RDH15740.1 RDH15740.1 100 409 0 0 1 409 1 409 5.76e-262 713 WP_154599351.1 WP_154599351.1 100 1131 0 0 1 1131 1 1131 0.0 2084 WP_154599351.1 EEO7917989.1 32.8 704 441 14 10 695 4 693 1.18e-106 359 WP_154599351.1 ECI3309320.1 33.4 710 434 21 10 696 4 696 6.74e-104 346 WP_154599351.1 EFQ4765027.1 33.4 710 434 21 10 696 4 696 1.31e-103 346 WP_154599351.1 EEY3543156.1 32.8 707 435 20 14 696 8 697 3.53e-103 347 WP_154599351.1 WP_137512405.1 36.0 364 225 6 14 375 8 365 2.27e-68 232 MBK8904706.1 MBK8904706.1 100 411 0 0 1 411 1 411 4.75e-294 794 OEU68709.1 OEU68709.1 100 790 0 0 1 790 1 790 0.0 1563 HAW53859.1 HAW53859.1 100 271 0 0 1 271 1 271 1.38e-195 533 HAW53859.1 WP_187047047.1 28.3 290 165 12 3 250 86 374 2.56e-14 70.5 HAW53859.1 WP_250703775.1 37.5 56 34 1 212 266 349 404 3.03e-04 40.0 NP_001395973.1 NP_001395973.1 100 213 0 0 1 213 1 213 1.26e-112 319 WP_096719144.1 WP_096719144.1 100 301 0 0 1 301 1 301 1.84e-215 586 WP_006327457.1 WP_006327457.1 100 314 0 0 1 314 1 314 1.37e-228 620 WP_006327457.1 OGD37525.1 33.9 56 28 1 88 143 24 70 2.83e-05 43.1 WP_006327457.1 MBR3040588.1 39.2 51 26 1 111 161 78 123 3.08e-04 40.0 WP_081607935.1 WP_081607935.1 100 1573 0 0 1 1573 1 1573 0.0 2215 XP_022745130.1 XP_022745130.1 100 168 0 0 1 168 1 168 1.92e-126 350 XP_022745130.1 XP_043718329.1 41.8 141 75 3 15 155 265 398 1.92e-27 104 XP_022745130.1 XP_048228476.1 38.8 139 49 3 15 153 237 339 2.73e-21 87.0 MCC6596976.1 MCC6596976.1 100 147 0 0 1 147 1 147 1.03e-104 293 MCL2337464.1 MCL2337464.1 100 132 0 0 1 132 1 132 2.63e-84 241 MCA9667429.1 MCA9667429.1 100 340 0 0 1 340 1 340 8.87e-254 686 WP_264379403.1 WP_264379403.1 100 455 0 0 1 455 1 455 0.0 926 WP_108706918.1 WP_108706918.1 100 313 0 0 1 313 1 313 5.37e-230 624 WP_108706918.1 WP_061880815.1 27.0 215 142 4 18 230 28 229 8.25e-19 83.2 WP_108706918.1 UYV38309.1 24.9 301 195 8 1 296 1 275 3.66e-15 72.8 WP_108706918.1 QUL58516.1 26.2 214 130 8 18 219 8 205 2.45e-11 61.6 MCO4825170.1 MCO4825170.1 100 343 0 0 1 343 1 343 1.34e-270 729 MCG8687614.1 MCG8687614.1 100 132 0 0 1 132 1 132 5.53e-86 245 MCG8687614.1 RZM24348.1 51.4 74 35 1 5 78 16 88 3.81e-18 73.6 MCG8687614.1 WP_234123871.1 32.2 115 74 1 10 120 3 117 3.47e-10 52.4 MCG8687614.1 TDB49724.1 37.5 64 40 0 8 71 2 65 6.82e-10 51.6 MCG8687614.1 WP_245971990.1 47.7 44 23 0 18 61 11 54 5.49e-06 42.4 KAI4536634.1 KAI4536634.1 100 1133 0 0 1 1133 1 1133 0.0 2192 KAI4536634.1 XP_052609093.1 30.4 504 201 18 10 422 19 463 1.02e-51 191 WP_109807231.1 WP_109807231.1 100 214 0 0 1 214 1 214 3.13e-150 414 WP_101272247.1 WP_101272247.1 100 394 0 0 1 394 1 394 1.64e-290 784 WP_101272247.1 WP_180230190.1 35.9 334 212 2 15 347 2 334 4.49e-72 227 MBT2573851.1 MBT2573851.1 100 102 0 0 1 102 1 102 1.54e-71 206 MBT2573851.1 MCI6629070.1 36.1 97 62 0 5 101 18 114 4.56e-21 79.3 MBT2573851.1 WP_054621512.1 39.8 93 54 2 9 100 10 101 3.45e-17 68.9 KAJ2336672.1 KAJ2336672.1 100 922 0 0 1 922 1 922 0.0 1775 XP_021098423.1 XP_021098423.1 100 320 0 0 1 320 1 320 1.28e-236 641 MCP4641540.1 MCP4641540.1 100 445 0 0 1 445 1 445 0.0 917 MCP4641540.1 WP_183491762.1 29.6 169 94 4 46 213 7 151 2.04e-10 60.1 MBN1977789.1 MBN1977789.1 100 849 0 0 1 849 1 849 0.0 1653 OIT39507.1 OIT39507.1 100 400 0 0 1 400 1 400 2.40e-254 693 WP_022748957.1 WP_022748957.1 100 374 0 0 1 374 1 374 1.94e-256 696 WP_022748957.1 EJS0734484.1 43.1 325 176 4 57 374 26 348 1.26e-80 249 WP_022748957.1 WP_114054641.1 29.1 320 206 8 55 363 2 311 2.51e-31 119 WP_022748957.1 MCI6965979.1 29.3 276 171 10 56 323 3 262 4.88e-20 88.2 MBA4289549.1 MBA4289549.1 100 94 0 0 1 94 1 94 1.88e-66 192 MBD58399.1 MBD58399.1 100 575 0 0 1 575 1 575 0.0 1054 MBD58399.1 WP_224419934.1 42.9 562 313 4 18 574 17 575 2.28e-137 409 MBD58399.1 MXZ69365.1 30.5 118 75 3 33 144 34 150 1.71e-05 43.5 WP_171396840.1 WP_171396840.1 100 426 0 0 1 426 1 426 2.03e-298 806 WP_064060986.1 WP_064060986.1 100 576 0 0 1 576 1 576 0.0 1130 WP_064060986.1 HBR1243745.1 36.2 447 245 13 6 434 23 447 6.33e-64 217 MCH4268493.1 MCH4268493.1 100 444 0 0 1 444 1 444 9.85e-306 827 MCH4268493.1 MCB1412915.1 24.7 417 261 14 34 415 37 435 1.68e-13 70.5 MCH4268493.1 KAE8355151.1 21.9 343 225 11 10 316 42 377 1.73e-11 64.3 MCH4268493.1 KAG7602925.1 26.7 165 117 3 24 187 103 264 4.10e-07 50.4 MCH4268493.1 XP_002873995.1 26.7 165 117 3 24 187 103 264 4.10e-07 50.4 MCH4268493.1 WP_209467194.1 24.8 125 94 0 74 198 48 172 6.10e-07 49.7 MCH4268493.1 WP_259619769.1 23.7 194 139 3 10 195 16 208 8.07e-05 43.1 MCH4268493.1 KAF8901107.1 24.8 214 148 7 29 233 43 252 8.22e-05 43.1 MCH4268493.1 MCB5199682.1 24.4 193 122 5 31 219 29 201 5.13e-04 40.4 GFY83906.1 GFY83906.1 100 137 0 0 1 137 1 137 3.15e-92 261 GFY83906.1 ROW03190.1 37.5 88 38 4 40 117 83 163 1.25e-04 38.9 GFY83906.1 XP_044366249.1 32.1 81 43 1 41 109 607 687 8.30e-04 36.6 WP_132558606.1 WP_132558606.1 100 358 0 0 1 358 1 358 3.25e-240 654 WP_132558606.1 RVU05718.1 26.3 320 207 7 43 340 57 369 1.84e-12 66.2 WP_132558606.1 WP_236777269.1 29.0 269 152 10 64 294 70 337 3.20e-11 62.4 WP_132558606.1 MBQ9697149.1 23.9 314 217 6 23 328 30 329 6.66e-07 48.9 WP_132558606.1 MBH2016034.1 26.7 221 134 6 59 259 36 248 9.43e-05 42.0 WP_164300700.1 WP_164300700.1 100 250 0 0 1 250 1 250 1.19e-190 519 WP_164300700.1 WP_092015539.1 39.2 273 143 6 1 250 1 273 1.13e-57 183 XP_016071528.1 XP_016071528.1 100 433 0 0 1 433 1 433 4.98e-298 806 WP_143662806.1 WP_143662806.1 100 184 0 0 1 184 1 184 5.59e-136 375 WP_234538829.1 WP_234538829.1 100 524 0 0 1 524 1 524 0.0 936 WP_234538829.1 HBR1104065.1 31.0 526 325 14 25 521 27 543 3.29e-40 151 MBK7529683.1 MBK7529683.1 100 343 0 0 1 343 1 343 6.28e-235 639 MBK7529683.1 GBD99233.1 30.2 199 132 2 96 294 39 230 5.12e-27 106 MBK7529683.1 WP_108210605.1 32.8 250 148 7 95 331 310 552 3.56e-21 92.8 WP_007683719.1 WP_007683719.1 100 85 0 0 1 85 1 85 1.46e-59 174 WP_007683719.1 WP_137974759.1 57.6 85 35 1 1 85 1 84 8.67e-27 92.0 WP_067782871.1 WP_067782871.1 100 305 0 0 1 305 1 305 2.76e-228 619 WP_067782871.1 WP_279399778.1 59.4 303 119 3 4 304 5 305 4.28e-126 360 WP_067782871.1 MBI1736306.1 36.8 307 190 3 1 304 1 306 7.42e-62 197 WP_067782871.1 MBI5966481.1 38.3 300 172 6 15 303 16 313 3.62e-59 190 WP_067782871.1 WP_220615956.1 34.7 300 176 8 21 301 54 352 1.62e-45 156 WP_067782871.1 WP_276638014.1 30.0 313 200 4 8 301 37 349 1.04e-41 146 WP_067782871.1 MBJ7531026.1 50.0 136 63 3 4 136 8 141 3.34e-36 125 WP_067782871.1 MBQ1540263.1 30.9 269 159 7 13 280 31 273 1.06e-27 107 WP_067782871.1 HAR4359619.1 31.4 204 125 4 82 284 76 265 9.03e-21 88.2 WP_067782871.1 MBQ7293051.1 27.6 185 114 7 80 255 1 174 2.29e-10 57.8 HIR66791.1 HIR66791.1 100 336 0 0 1 336 1 336 1.11e-245 665 XP_027540421.1 XP_027540421.1 100 408 0 0 1 408 1 408 1.33e-303 818 XP_027540421.1 UCF78466.1 34.4 375 242 4 29 402 4 375 2.37e-69 222 XP_027540421.1 WP_019585553.1 32.4 383 248 6 29 402 14 394 1.80e-59 197 XP_027540421.1 WP_145937814.1 30.8 377 252 5 31 402 9 381 4.68e-59 195 XP_027540421.1 WP_019444443.1 32.4 321 201 7 95 406 7 320 3.29e-45 157 XP_027540421.1 MBL6847974.1 28.4 363 249 6 52 406 26 385 1.53e-38 141 XP_027540421.1 MBL4853947.1 29.9 335 211 7 80 406 65 383 1.95e-36 135 XP_027540421.1 WP_275495439.1 28.5 400 254 9 33 406 13 406 2.70e-34 130 XP_027540421.1 WP_278361924.1 23.0 365 249 7 34 382 11 359 2.12e-24 102 WP_194544138.1 WP_194544138.1 100 243 0 0 1 243 1 243 1.05e-176 483 WP_194544138.1 MBQ5584458.1 41.5 217 123 1 13 229 4 216 3.65e-58 182 WP_194544138.1 WP_069156513.1 42.0 231 130 3 13 242 5 232 3.63e-56 177 WP_194544138.1 WP_026893585.1 38.5 226 129 2 11 236 3 218 3.49e-45 149 WP_194544138.1 EAG2350674.1 51.7 116 56 0 13 128 5 120 1.91e-41 136 WP_194544138.1 MBP1530348.1 32.2 230 143 3 13 242 4 220 4.03e-40 136 WP_194544138.1 WP_186723788.1 33.3 237 143 3 1 236 1 223 1.01e-38 133 WP_194544138.1 WP_101794136.1 36.0 211 132 2 13 220 27 237 4.65e-34 121 WP_194544138.1 EAC1232420.1 28.9 228 153 4 13 240 4 222 8.46e-28 104 WP_194544138.1 WP_200037957.1 32.7 107 69 1 8 111 1260 1366 3.44e-10 58.2 MBY0273331.1 MBY0273331.1 100 774 0 0 1 774 1 774 0.0 1434 MBY0273331.1 KAJ6994162.1 35.7 784 444 19 5 736 32 807 1.46e-119 381 MBY0273331.1 WP_049009918.1 29.7 688 409 18 66 687 127 805 8.26e-59 213 MBY0273331.1 WP_278631399.1 29.0 694 402 20 7 625 21 698 2.63e-58 211 MBY0273331.1 WP_235126772.1 28.5 713 423 18 5 632 14 724 4.03e-56 205 MBY0273331.1 WP_019100427.1 29.6 665 375 22 7 586 50 706 1.59e-53 198 MBY0273331.1 MBI6149093.1 27.9 605 371 14 45 638 215 765 3.13e-42 163 MBY0273331.1 WP_074319120.1 28.2 479 306 7 102 578 246 688 9.30e-37 146 MBY0273331.1 WP_041591748.1 25.0 551 361 12 38 581 84 589 2.99e-32 131 MBY0273331.1 SFX27592.1 26.2 493 299 13 104 583 202 642 4.70e-31 128 WP_263205390.1 WP_263205390.1 100 258 0 0 1 258 1 258 2.32e-201 547 WP_024410349.1 WP_024410349.1 100 333 0 0 1 333 1 333 2.03e-235 639 WP_024410349.1 OJG95819.1 38.1 333 203 2 1 332 5 335 3.87e-73 228 WP_024410349.1 WP_198255508.1 26.4 333 198 8 24 331 22 332 1.33e-18 83.6 WP_024410349.1 WP_257107333.1 24.6 329 193 10 30 331 29 329 2.62e-12 65.1 MBQ9146327.1 MBQ9146327.1 100 239 0 0 1 239 1 239 9.35e-178 486 MBC8266069.1 MBC8266069.1 100 382 0 0 1 382 1 382 3.65e-281 759 MBL7705960.1 MBL7705960.1 100 190 0 0 1 190 1 190 5.97e-134 371 MBL7705960.1 KEP75282.1 54.0 176 81 0 7 182 11 186 3.69e-66 199 KAG0597131.1 KAG0597131.1 100 146 0 0 1 146 1 146 1.85e-102 288 WP_164706884.1 WP_164706884.1 100 106 0 0 1 106 1 106 3.99e-78 223 WP_090874869.1 WP_090874869.1 100 341 0 0 1 341 1 341 2.02e-255 691 WP_028781258.1 WP_028781258.1 100 263 0 0 1 263 1 263 4.81e-192 524 WP_028781258.1 WP_105794890.1 23.9 159 117 1 40 194 30 188 6.79e-12 63.2 MBT3931813.1 MBT3931813.1 100 201 0 0 1 201 1 201 1.64e-150 414 MBT3931813.1 WP_096277301.1 34.7 193 117 3 10 201 276 460 2.07e-31 117 MBT3931813.1 MBW7885425.1 29.2 154 100 4 50 200 313 460 1.83e-12 63.5 WP_235903398.1 WP_235903398.1 100 200 0 0 1 200 1 200 3.05e-141 390 MBR0144760.1 MBR0144760.1 100 371 0 0 1 371 1 371 5.01e-262 710 MBR0144760.1 MBQ7693256.1 45.6 309 161 1 1 309 1 302 3.20e-84 256 QPX63240.1 QPX63240.1 100 438 0 0 1 438 1 438 0.0 865 XP_050578957.1 XP_050578957.1 100 1273 0 0 1 1273 1 1273 0.0 2619 XP_050578957.1 MBL04873.1 23.1 212 116 5 803 983 3 198 2.75e-06 49.7 MBK5104727.1 MBK5104727.1 100 245 0 0 1 245 1 245 3.22e-172 472 MBK5104727.1 WP_251874466.1 38.6 223 134 2 23 245 18 237 4.17e-47 157 MBK5104727.1 WP_058635033.1 33.8 222 144 2 24 245 18 236 1.54e-39 137 MBK5104727.1 MBC99785.1 28.6 203 134 2 54 245 44 246 2.88e-22 91.7 MBK5104727.1 WP_012724915.1 30.7 202 132 4 47 245 39 235 3.17e-21 89.0 MBK5104727.1 WP_095128211.1 27.8 205 133 5 44 244 37 230 6.94e-16 73.9 MBK5104727.1 KOR84431.1 26.2 195 139 2 51 245 38 227 8.12e-15 70.9 CAD7234202.1 CAD7234202.1 100 154 0 0 1 154 1 154 1.30e-74 218 PZR72038.1 PZR72038.1 100 236 0 0 1 236 1 236 7.12e-176 481 KAG1302368.1 KAG1302368.1 100 78 0 0 1 78 1 78 2.66e-52 155 WP_101574454.1 WP_101574454.1 100 93 0 0 1 93 1 93 1.50e-58 172 PWI72242.1 PWI72242.1 100 522 0 0 1 522 1 522 0.0 1073 PWI72242.1 KAJ5060329.1 28.2 510 327 14 22 502 11 510 9.68e-52 182 PWI72242.1 KAG9084682.1 31.3 396 248 8 82 456 30 422 2.56e-50 177 PWI72242.1 XP_028717800.1 26.6 481 314 13 22 479 9 473 1.50e-40 151 PWI72242.1 ACF74449.1 25.3 466 299 8 22 451 13 465 2.18e-28 116 PWI72242.1 XP_046922164.1 23.5 464 299 9 5 457 1 419 3.43e-24 103 UZY22531.1 UZY22531.1 100 341 0 0 1 341 1 341 1.22e-256 694 UZY22531.1 AFV39595.1 99.4 341 2 0 1 341 660 1000 3.95e-246 692 AMC51858.1 AMC51858.1 100 122 0 0 1 122 1 122 6.20e-85 241 WP_072519951.1 WP_072519951.1 100 122 0 0 1 122 1 122 2.63e-86 245 WP_240226434.1 WP_240226434.1 100 128 0 0 1 128 1 128 3.13e-90 255 WP_261695383.1 WP_261695383.1 100 133 0 0 1 133 1 133 4.90e-85 243 WP_261695383.1 WP_208947654.1 34.6 130 82 2 1 127 1 130 3.83e-12 58.2 WP_261695383.1 WP_217904803.1 29.1 134 87 4 7 133 7 139 1.48e-04 37.7 WP_137974759.1 WP_137974759.1 100 84 0 0 1 84 1 84 4.72e-60 176 WP_137974759.1 WP_007683719.1 57.6 85 35 1 1 84 1 85 2.57e-28 95.9 XP_047856915.1 XP_047856915.1 100 158 0 0 1 158 1 158 4.60e-111 310 EYC35406.1 EYC35406.1 100 161 0 0 1 161 1 161 1.72e-112 314 WP_256304635.1 WP_256304635.1 100 678 0 0 1 678 1 678 0.0 1333 EPS43711.1 EPS43711.1 100 439 0 0 1 439 1 439 0.0 882 EPS43711.1 XP_009403500.1 30.1 376 145 8 6 369 181 450 8.87e-42 152 WP_033611379.1 WP_033611379.1 100 331 0 0 1 331 1 331 3.82e-239 649 MSE05949.1 MSE05949.1 100 259 0 0 1 259 1 259 3.49e-183 501 MSE05949.1 WP_107352122.1 30.3 132 62 7 38 163 50 157 1.19e-04 41.2 MBA4269667.1 MBA4269667.1 100 761 0 0 1 761 1 761 0.0 1477 WP_132448671.1 WP_132448671.1 100 131 0 0 1 131 1 131 1.36e-90 256 BBI69300.1 BBI69300.1 100 434 0 0 1 434 1 434 1.79e-312 843 BBI69300.1 WP_000576638.1 58.9 287 115 1 3 289 537 820 1.20e-107 335 BBI69300.1 WP_184601943.1 31.7 271 181 2 3 273 535 801 3.57e-33 130 WP_011313080.1 WP_011313080.1 100 306 0 0 1 306 1 306 1.57e-214 584 WP_011313080.1 WP_150071802.1 48.0 298 152 3 4 301 3 297 3.11e-80 244 EBG8325683.1 EBG8325683.1 100 151 0 0 1 151 1 151 4.86e-114 317 WP_139918144.1 WP_139918144.1 100 340 0 0 1 340 1 340 2.06e-243 660 NIP96332.1 NIP96332.1 100 316 0 0 1 316 1 316 1.39e-238 646 WGP98278.1 WGP98278.1 100 7096 0 0 1 7096 1 7096 0.0 11630 WGP98278.1 QWC83326.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11612 WGP98278.1 QSZ25555.1 84.9 7096 1068 0 1 7096 1 7096 0.0 11609 WGP98278.1 QVD87869.1 84.9 7096 1067 1 1 7096 1 7093 0.0 11598 WGP98278.1 UIR12670.1 85.3 7096 1040 2 1 7096 1 7092 0.0 11593 WGP98278.1 UPA83906.1 85.5 7096 1023 2 1 7096 1 7092 0.0 11593 WGP98278.1 UMF87224.1 84.6 7096 1091 2 1 7096 1 7092 0.0 11583 WGP98278.1 UGA79226.1 85.3 6961 1024 0 1 6961 1 6961 0.0 11391 WGP98278.1 UJT06733.1 81.4 7096 1318 2 1 7096 1 7092 0.0 10976 WGP98278.1 WAS49087.1 79.6 7096 1446 1 1 7096 1 7093 0.0 10318 WP_190797347.1 WP_190797347.1 100 67 0 0 1 67 1 67 8.42e-42 128 WP_068647811.1 WP_068647811.1 100 138 0 0 1 138 1 138 1.82e-87 249 WP_201413968.1 WP_201413968.1 100 120 0 0 1 120 1 120 3.10e-84 239 WP_201413968.1 WP_111457087.1 39.7 63 37 1 7 68 144 206 1.54e-05 40.8 WP_269082627.1 WP_269082627.1 100 40 0 0 1 40 1 40 1.15e-21 75.9 OQR96432.1 OQR96432.1 100 224 0 0 1 224 1 224 8.06e-176 479 MCA9916937.1 MCA9916937.1 100 752 0 0 1 752 1 752 0.0 1504 GIC06559.1 GIC06559.1 100 731 0 0 1 731 1 731 0.0 1414 GIC06559.1 WP_008045531.1 42.7 747 395 14 8 731 24 760 9.47e-173 512 GIC06559.1 NUQ31250.1 26.1 295 164 8 432 725 106 347 2.19e-16 79.7 GIC06559.1 MBS4968936.1 31.5 127 72 2 568 682 121 244 3.24e-12 66.2 WP_256588339.1 WP_256588339.1 100 145 0 0 1 145 1 145 6.48e-107 299 WP_209511935.1 WP_209511935.1 100 171 0 0 1 171 1 171 5.65e-116 324 WP_169872418.1 WP_169872418.1 100 228 0 0 1 228 1 228 1.13e-159 439 MSZ29533.1 MSZ29533.1 100 1044 0 0 1 1044 1 1044 0.0 2127 MSZ29533.1 MCL6457358.1 40.7 1007 572 11 15 1012 14 1003 2.76e-266 773 MSZ29533.1 WP_081224968.1 28.5 832 525 24 15 809 24 822 1.43e-90 308 MSZ29533.1 WP_123159424.1 29.2 804 503 22 21 795 30 796 7.61e-88 301 MSZ29533.1 MBQ9679177.1 24.7 833 516 17 14 815 13 765 3.24e-65 236 MSZ29533.1 MCB9999913.1 26.2 905 506 30 15 785 38 914 7.87e-54 202 MSZ29533.1 SCL13606.1 24.5 864 548 27 11 834 59 858 5.70e-42 164 MSZ29533.1 WP_194957532.1 21.9 841 468 40 22 791 16 738 7.18e-16 80.9 MSZ29533.1 XP_053592881.1 25.6 254 133 8 435 636 398 647 1.22e-12 70.5 MSZ29533.1 WP_233286789.1 31.4 105 69 2 520 624 378 479 1.22e-04 44.3 EJW7579374.1 EJW7579374.1 100 293 0 0 1 293 1 293 7.22e-193 528 EJW7579374.1 EIH4263652.1 96.2 260 10 0 34 293 296 555 2.39e-155 444 EJW7579374.1 EFN5389376.1 95.7 258 11 0 36 293 187 444 8.40e-145 429 EJW7579374.1 KDT27382.1 93.5 245 16 0 49 293 1 245 2.56e-135 399 EJW7579374.1 HAN0352225.1 65.6 291 98 1 5 293 1 291 3.16e-128 373 EJW7579374.1 EFL5817307.1 92.2 232 18 0 35 266 250 481 2.23e-126 367 MBM3780037.1 MBM3780037.1 100 129 0 0 1 129 1 129 9.29e-88 249 WP_130537043.1 WP_130537043.1 100 364 0 0 1 364 1 364 2.85e-253 687 WP_129553552.1 WP_129553552.1 100 308 0 0 1 308 1 308 2.05e-211 577 WP_129553552.1 TAH42824.1 43.6 220 124 0 65 284 4 223 2.58e-55 177 SDI97994.1 SDI97994.1 100 104 0 0 1 104 1 104 8.50e-70 202 OQY55840.1 OQY55840.1 100 144 0 0 1 144 1 144 1.94e-103 290 WP_006761119.1 WP_006761119.1 100 84 0 0 1 84 1 84 1.21e-53 159 WP_132579575.1 WP_132579575.1 100 72 0 0 1 72 1 72 9.36e-48 144 WP_220073286.1 WP_220073286.1 100 499 0 0 1 499 1 499 0.0 1008 XP_055198731.1 XP_055198731.1 100 200 0 0 1 200 1 200 3.07e-159 436 MBQ8417539.1 MBQ8417539.1 100 211 0 0 1 211 1 211 9.41e-155 425 MBQ8417539.1 WP_242161393.1 46.2 212 113 1 1 211 1 212 2.44e-62 191 MBQ8417539.1 MBI5405531.1 35.9 198 125 2 1 196 1 198 4.09e-36 124 KAJ1449837.1 KAJ1449837.1 100 977 0 0 1 977 1 977 0.0 1541 WP_000576638.1 WP_000576638.1 100 821 0 0 1 821 1 821 0.0 1621 WP_000576638.1 WP_184601943.1 45.7 771 408 4 35 804 41 801 1.60e-228 661 WP_000576638.1 BBI69300.1 58.9 287 115 1 537 820 3 289 9.92e-110 341 MYS48845.1 MYS48845.1 100 226 0 0 1 226 1 226 4.41e-156 430 XP_022120389.2 XP_022120389.2 100 180 0 0 1 180 1 180 6.79e-126 350 WP_199936433.1 WP_199936433.1 100 643 0 0 1 643 1 643 0.0 1311 WP_095556548.1 WP_095556548.1 100 426 0 0 1 426 1 426 7.41e-301 813 WP_095556548.1 MBO0691049.1 33.0 361 208 11 42 401 1 328 2.35e-29 115 WP_095556548.1 XP_007828375.1 23.1 411 235 15 9 388 14 374 2.38e-05 44.7 NLN79518.1 NLN79518.1 100 100 0 0 1 100 1 100 3.26e-72 207 WP_139032727.1 WP_139032727.1 100 585 0 0 1 585 1 585 0.0 1088 WP_139032727.1 WP_149397594.1 35.0 537 328 7 23 558 23 539 6.54e-100 313 WP_029364876.1 WP_029364876.1 100 193 0 0 1 193 1 193 7.00e-148 406 WP_029364876.1 WP_271268402.1 67.3 196 59 2 1 192 198 392 2.15e-96 285 HIG96475.1 HIG96475.1 100 283 0 0 1 283 1 283 1.38e-201 550 XP_012066326.1 XP_012066326.1 100 156 0 0 1 156 1 156 6.06e-106 297 WP_274604755.1 WP_274604755.1 100 250 0 0 1 250 1 250 1.16e-172 474 WP_274604755.1 WP_212663497.1 40.4 47 28 0 11 57 216 262 1.83e-05 43.5 MBL0280791.1 MBL0280791.1 100 771 0 0 1 771 1 771 0.0 1540 XP_024081758.1 XP_024081758.1 100 2688 0 0 1 2688 1 2688 0.0 4706 KFK25655.1 KFK25655.1 100 256 0 0 1 256 1 256 1.13e-182 499 WP_176572922.1 WP_176572922.1 100 222 0 0 1 222 1 222 9.98e-151 416 WP_176572922.1 WP_091735241.1 55.6 216 95 1 6 221 4 218 6.23e-70 211 WP_176572922.1 MUL75888.1 50.0 50 24 1 154 203 805 853 3.03e-05 42.7 XP_039286754.1 XP_039286754.1 100 274 0 0 1 274 1 274 1.44e-178 491 MBK7906023.1 MBK7906023.1 100 401 0 0 1 401 1 401 8.47e-292 788 MBK7906023.1 MBV9252674.1 33.7 264 142 7 31 265 21 280 5.36e-30 115 MCP4742086.1 MCP4742086.1 100 241 0 0 1 241 1 241 2.00e-164 452 WGY84075.1 WGY84075.1 100 563 0 0 1 563 1 563 0.0 1118 RMG09135.1 RMG09135.1 100 189 0 0 1 189 1 189 9.74e-119 332 XP_016192053.1 XP_016192053.1 100 277 0 0 1 277 1 277 1.11e-213 580 RZJ10574.1 RZJ10574.1 100 245 0 0 1 245 1 245 6.05e-177 484 MBQ6246919.1 MBQ6246919.1 100 372 0 0 1 372 1 372 4.15e-266 720 MBE5709430.1 MBE5709430.1 100 253 0 0 1 253 1 253 6.77e-178 487 MBQ8297564.1 MBQ8297564.1 100 575 0 0 1 575 1 575 0.0 1044 MBQ8297564.1 NFD84694.1 37.2 532 325 5 44 569 230 758 4.94e-98 313 MBQ8297564.1 MBQ4454347.1 31.8 475 322 2 89 562 95 568 1.33e-76 252 MBQ8297564.1 WP_195368055.1 32.9 490 309 6 87 566 92 571 4.52e-73 242 MBQ8297564.1 WP_036258374.1 34.1 534 316 8 60 574 52 568 1.20e-70 236 MBQ8297564.1 WP_060613079.1 26.3 577 406 5 2 569 13 579 1.24e-63 217 MBQ8297564.1 WP_195238978.1 35.4 319 202 2 253 569 404 720 1.11e-55 198 MBQ8297564.1 KAI9191373.1 29.4 384 243 5 183 562 246 605 6.04e-48 177 MBQ8297564.1 WP_222599035.1 29.4 299 209 2 259 556 391 688 1.46e-31 128 MBQ8297564.1 WP_041481207.1 30.0 240 168 0 300 539 303 542 4.28e-29 119 WP_039930315.1 WP_039930315.1 100 219 0 0 1 219 1 219 2.44e-145 402 WP_039930315.1 WP_089563581.1 33.8 201 113 5 4 186 2 200 2.14e-17 78.6 KAF1039360.1 KAF1039360.1 100 420 0 0 1 420 1 420 8.22e-295 797 KAF1039360.1 WP_109993532.1 36.9 502 219 11 1 419 1 487 7.96e-73 234 WP_222952672.1 WP_222952672.1 100 342 0 0 1 342 1 342 1.39e-242 658 WP_222952672.1 WP_021500824.1 27.7 300 186 5 8 285 5 295 3.17e-17 79.7 WP_091759775.1 WP_091759775.1 100 443 0 0 1 443 1 443 1.80e-312 843 WP_219486374.1 WP_219486374.1 100 327 0 0 1 327 1 327 5.65e-239 648 WP_055091847.1 WP_055091847.1 100 240 0 0 1 240 1 240 3.91e-166 456 WP_238837572.1 WP_238837572.1 100 271 0 0 1 271 1 271 1.83e-200 546 WP_238837572.1 WP_104459365.1 31.2 263 169 7 3 263 16 268 2.50e-31 115 WP_238837572.1 MBX8197149.1 31.6 253 158 6 3 254 5 243 2.90e-29 110 EHK3702610.1 EHK3702610.1 100 108 0 0 1 108 1 108 1.05e-74 214 EFV8345964.1 EFV8345964.1 100 257 0 0 1 257 1 257 5.85e-165 455 MBB2134936.1 MBB2134936.1 100 24 0 0 1 24 1 24 2.86e-16 61.2 WP_162485939.1 WP_162485939.1 100 196 0 0 1 196 1 196 2.51e-138 382 KFF47610.1 KFF47610.1 100 445 0 0 1 445 1 445 7.02e-311 840 KFF47610.1 WP_107352122.1 51.8 438 204 4 6 442 7 438 1.08e-143 416 KFF47610.1 MBI2528438.1 37.3 118 61 4 18 130 15 124 7.02e-08 52.4 KFF47610.1 WP_173283317.1 29.7 148 71 4 19 141 11 150 1.16e-06 48.5 HBC7850765.1 HBC7850765.1 100 184 0 0 1 184 1 184 5.37e-134 370 WP_026729912.1 WP_026729912.1 100 222 0 0 1 222 1 222 6.82e-158 434 MBU2837240.1 MBU2837240.1 100 143 0 0 1 143 1 143 2.02e-100 282 MCH5231772.1 MCH5231772.1 100 541 0 0 1 541 1 541 0.0 1063 MCH5231772.1 OQA35671.1 31.0 536 355 5 1 527 1 530 2.59e-79 259 MCH5231772.1 WP_089095302.1 28.2 532 357 11 1 521 3 520 9.92e-61 209 MCH5231772.1 WP_173040157.1 25.9 505 327 9 16 511 20 486 9.97e-42 156 MCH5231772.1 MCA6099904.1 27.5 539 318 15 1 514 3 493 1.70e-39 149 MCH5231772.1 WP_041710957.1 23.2 564 313 13 1 523 3 487 3.91e-36 140 MCH5231772.1 MYD56339.1 29.7 182 127 1 341 522 28 208 2.44e-23 99.8 MCH5231772.1 WP_215557653.1 28.6 220 129 9 1 211 3 203 3.16e-14 71.2 MCH5231772.1 WP_152652784.1 30.5 213 120 9 2 210 6 194 1.43e-11 63.9 MCH5231772.1 MBO5162475.1 21.0 542 328 17 4 513 1 474 9.64e-07 49.7 MCE1200518.1 MCE1200518.1 100 201 0 0 1 201 1 201 1.70e-143 396 MCE1200518.1 WP_070306574.1 21.7 189 128 5 9 191 16 190 1.11e-05 42.7 CAA9338705.1 CAA9338705.1 100 361 0 0 1 361 1 361 1.07e-251 683 CAA9338705.1 MVA71646.1 32.9 79 50 1 137 215 403 478 1.70e-07 51.2 XP_011822310.1 XP_011822310.1 100 282 0 0 1 282 1 282 1.31e-219 595 XP_011822310.1 GAA38267.2 38.5 247 123 8 38 273 259 487 7.12e-45 156 XP_011822310.1 KAH8394604.1 30.1 249 145 10 38 274 21 252 8.86e-21 87.4 XP_011822310.1 XP_017076166.2 28.7 247 137 10 40 274 51 270 3.16e-13 66.6 XP_011822310.1 VDL79744.1 31.5 162 86 10 126 277 18 164 1.47e-06 45.8 MBE6491651.1 MBE6491651.1 100 188 0 0 1 188 1 188 7.32e-143 393 WP_255632456.1 WP_255632456.1 100 142 0 0 1 142 1 142 2.28e-101 285 WP_120851940.1 WP_120851940.1 100 246 0 0 1 246 1 246 1.61e-177 486 WP_120851940.1 MCB0558738.1 31.1 225 142 5 4 226 10 223 3.64e-28 105 WP_230269925.1 WP_230269925.1 100 190 0 0 1 190 1 190 1.26e-135 375 QBL97920.1 QBL97920.1 100 809 0 0 1 809 1 809 0.0 1254 KAJ3865263.1 KAJ3865263.1 100 1113 0 0 1 1113 1 1113 0.0 2147 NDJ88951.1 NDJ88951.1 100 550 0 0 1 550 1 550 0.0 1097 NDJ88951.1 RLB66027.1 29.1 537 333 19 3 523 1 505 8.15e-45 164 NDJ88951.1 WP_148836004.1 28.1 519 310 16 17 523 21 488 6.42e-42 155 NDJ88951.1 WP_167959909.1 27.2 547 333 15 10 523 13 527 1.47e-40 152 NDJ88951.1 WP_112119927.1 23.2 526 330 13 3 523 1 457 1.75e-26 110 NDJ88951.1 HBN9628875.1 25.6 527 326 18 17 525 694 1172 4.66e-24 105 NDJ88951.1 WP_246003214.1 23.6 478 298 12 4 468 20 443 2.01e-19 90.1 NDJ88951.1 XP_052525039.1 24.3 548 324 19 27 523 124 631 1.22e-18 87.8 NDJ88951.1 PYB13830.1 24.1 543 352 19 4 527 185 686 4.39e-16 80.5 NDJ88951.1 TMQ04701.1 21.9 517 296 18 4 439 412 901 2.33e-04 42.4 MBQ2085260.1 MBQ2085260.1 100 143 0 0 1 143 1 143 8.57e-102 286 MBQ2085260.1 WP_114539302.1 34.0 141 90 3 2 142 228 365 5.33e-22 88.2 KAH3670308.1 KAH3670308.1 100 286 0 0 1 286 1 286 4.63e-144 404 WP_013611731.1 WP_013611731.1 100 141 0 0 1 141 1 141 3.94e-106 296 SFX27592.1 SFX27592.1 100 692 0 0 1 692 1 692 0.0 1338 SFX27592.1 OFX32653.1 31.6 588 364 13 127 687 41 617 3.94e-75 253 SFX27592.1 WP_074319120.1 31.6 535 353 5 162 687 208 738 4.68e-69 238 SFX27592.1 HCT06136.1 29.5 509 341 10 140 635 195 698 1.36e-62 220 SFX27592.1 WP_013632646.1 29.2 530 351 9 159 674 259 778 1.26e-59 213 SFX27592.1 WP_041591748.1 27.6 558 383 8 141 687 89 636 9.15e-58 205 SFX27592.1 MBI6149093.1 27.6 555 387 9 142 687 218 766 2.45e-57 206 SFX27592.1 MBY0273331.1 25.4 539 351 11 148 641 50 582 1.09e-35 142 SFX27592.1 WP_176307440.1 23.8 581 389 13 127 681 224 776 2.29e-29 122 SFX27592.1 WP_019100427.1 20.8 615 355 18 165 658 120 723 3.81e-13 71.2 KAJ1918571.1 KAJ1918571.1 100 231 0 0 1 231 1 231 7.96e-166 455 WP_190728164.1 WP_190728164.1 100 82 0 0 1 82 1 82 3.13e-55 163 MCD1648821.1 MCD1648821.1 100 114 0 0 1 114 1 114 1.06e-79 228 WP_002318774.1 WP_002318774.1 100 671 0 0 1 671 1 671 0.0 1284 GDX50632.1 GDX50632.1 100 259 0 0 1 259 1 259 7.13e-192 523 GDX50632.1 MCB0558738.1 49.2 240 120 2 21 259 4 242 3.07e-74 224 PZR90627.1 PZR90627.1 100 356 0 0 1 356 1 356 7.27e-252 683 PZR90627.1 NEO63080.1 42.4 321 181 3 36 352 50 370 3.32e-73 230 PZR90627.1 KAH8969015.1 38.9 329 187 4 10 329 137 460 2.23e-53 181 PZR90627.1 WP_247072383.1 36.0 331 200 8 10 334 13 337 7.65e-48 164 MCM1122913.1 MCM1122913.1 100 73 0 0 1 73 1 73 1.00e-47 144 MCM1122913.1 WP_223292749.1 47.8 69 36 0 3 71 7 75 1.30e-18 70.9 MCM1122913.1 WP_186939222.1 45.2 73 40 0 1 73 1 73 4.66e-16 68.9 WP_154963182.1 WP_154963182.1 100 1020 0 0 1 1020 1 1020 0.0 1935 WP_154963182.1 WP_172616972.1 28.3 1006 692 13 18 1008 23 1014 6.45e-109 361 WP_154963182.1 KKQ50904.1 24.7 1132 701 28 7 1017 34 1135 6.74e-66 240 WP_154963182.1 WP_039608285.1 24.7 1036 730 19 1 1014 1 1008 3.87e-65 237 WP_154963182.1 WP_133325549.1 23.3 1058 698 23 1 1008 1 997 1.33e-51 195 WP_154963182.1 WP_096647361.1 23.4 1061 735 25 3 1013 5 1034 3.24e-41 162 WP_154963182.1 WP_265225845.1 22.8 1072 752 25 1 1012 1 1054 4.52e-41 162 UKU68032.1 UKU68032.1 100 4401 0 0 1 4401 1 4401 0.0 8618 UKU68032.1 ULA23837.2 99.6 4401 18 0 1 4401 1 4401 0.0 8611 UKU68032.1 UIR12670.1 99.6 4397 16 0 1 4397 1 4397 0.0 8609 UKU68032.1 UXH94526.1 99.6 4401 19 0 1 4401 1 4401 0.0 8607 UKU68032.1 UPA83906.1 99.5 4397 20 0 1 4397 1 4397 0.0 8598 UKU68032.1 UMF87224.1 99.1 4397 40 0 1 4397 1 4397 0.0 8596 UKU68032.1 UKN67998.1 99.6 4377 17 0 21 4397 1 4377 0.0 8567 UKU68032.1 UJV88611.1 97.6 4401 104 0 1 4401 1 4401 0.0 8416 UKU68032.1 UJJ97602.1 97.5 4401 110 0 1 4401 1 4401 0.0 8400 UKU68032.1 UJT06733.1 94.0 4397 266 0 1 4397 1 4397 0.0 7992 NUP45658.1 NUP45658.1 100 226 0 0 1 226 1 226 9.66e-160 439 WP_041591748.1 WP_041591748.1 100 653 0 0 1 653 1 653 0.0 1224 WP_041591748.1 OFX32653.1 35.8 559 349 5 89 638 62 619 1.85e-98 313 WP_041591748.1 HCT06136.1 33.2 549 350 4 89 625 196 739 2.22e-90 295 WP_041591748.1 MBI6149093.1 33.6 554 360 5 90 638 218 768 9.05e-88 288 WP_041591748.1 WP_013632646.1 32.1 499 329 5 107 598 259 754 3.36e-80 269 WP_041591748.1 WP_074319120.1 30.4 542 352 8 110 637 209 739 1.50e-62 219 WP_041591748.1 SFX27592.1 27.3 556 385 6 90 636 142 687 1.14e-53 194 WP_041591748.1 MCE7698179.1 29.6 392 261 9 89 472 11 395 1.36e-37 142 WP_041591748.1 KAJ6994162.1 23.4 568 341 13 112 601 103 654 2.23e-20 94.4 WP_041591748.1 WP_019100427.1 20.3 606 366 17 88 578 87 690 2.89e-14 74.7 EED8954498.1 EED8954498.1 100 559 0 0 1 559 1 559 0.0 1051 EED8954498.1 CRZ84703.1 51.7 234 103 3 281 506 3 234 1.18e-49 179 EED8954498.1 WP_266727676.1 28.8 132 77 3 118 232 25 156 4.72e-06 47.8 MBU0638288.1 MBU0638288.1 100 648 0 0 1 648 1 648 0.0 1310 XP_023618023.1 XP_023618023.1 100 995 0 0 1 995 1 995 0.0 1904 KAJ7901288.1 KAJ7901288.1 100 416 0 0 1 416 1 416 1.08e-176 498 WP_005969797.1 WP_005969797.1 100 108 0 0 1 108 1 108 3.97e-70 203 WP_168976500.1 WP_168976500.1 100 578 0 0 1 578 1 578 0.0 1129 WP_061213510.1 WP_061213510.1 100 940 0 0 1 940 1 940 0.0 1816 TLZ56659.1 TLZ56659.1 100 188 0 0 1 188 1 188 2.98e-142 392 ROW17242.1 ROW17242.1 100 605 0 0 1 605 1 605 0.0 1269 ROW17242.1 MSX81993.1 27.1 129 70 2 299 421 271 381 2.52e-04 42.4 XP_030111227.1 XP_030111227.1 100 445 0 0 1 445 1 445 0.0 868 XP_030111227.1 WP_088008362.1 42.8 437 239 5 1 437 51 476 3.69e-103 314 XP_030111227.1 MBQ1404818.1 35.3 445 268 8 1 437 59 491 6.69e-71 231 XP_030111227.1 NWZ25026.1 29.1 234 157 2 179 410 101 327 1.03e-24 102 WP_254860001.1 WP_254860001.1 100 127 0 0 1 127 1 127 7.69e-95 267 WP_147757699.1 WP_147757699.1 100 336 0 0 1 336 1 336 1.31e-253 686 WP_147757699.1 ADT83844.1 28.5 137 93 3 27 160 120 254 2.04e-13 68.9 WP_149786838.1 WP_149786838.1 100 201 0 0 1 201 1 201 1.44e-135 376 WP_149786838.1 NPV11463.1 32.5 191 121 3 13 196 9 198 9.81e-17 73.6 WP_149786838.1 WP_193275955.1 38.2 110 67 1 86 195 324 432 9.69e-13 64.3 WP_149786838.1 MBU2178615.1 29.2 168 109 2 1 168 112 269 3.69e-11 59.3 MBQ7514694.1 MBQ7514694.1 100 209 0 0 1 209 1 209 6.12e-150 413 KAJ8599810.1 KAJ8599810.1 100 646 0 0 1 646 1 646 0.0 1305 WP_015919400.1 WP_015919400.1 100 801 0 0 1 801 1 801 0.0 1540 WP_015919400.1 WP_015615815.1 41.4 807 430 17 1 775 1 796 9.44e-187 555 WP_015919400.1 MCJ7548546.1 42.6 714 372 13 4 680 7 719 2.26e-153 463 WP_015919400.1 MBL8638832.1 36.1 837 453 18 4 774 48 868 5.45e-141 439 WP_015919400.1 KAI5122644.1 28.6 839 500 22 14 770 373 1195 1.60e-70 251 WP_015919400.1 KZV11597.1 27.2 647 406 19 131 719 123 762 4.43e-46 176 WP_015919400.1 HAV2020887.1 31.7 183 118 4 570 749 312 490 1.08e-14 75.9 ADT83844.1 ADT83844.1 100 424 0 0 1 424 1 424 1.04e-315 850 ADT83844.1 WP_147757699.1 27.7 137 94 3 120 254 27 160 2.58e-13 68.9 ADT83844.1 WP_039806668.1 26.8 179 119 6 116 292 11 179 2.68e-09 56.6 ADT83844.1 WP_234521407.1 25.1 179 124 5 116 293 10 179 3.50e-09 56.2 CQR43717.1 CQR43717.1 100 60 0 0 1 60 1 60 8.34e-39 120 AZT92937.1 AZT92937.1 100 114 0 0 1 114 1 114 1.69e-85 242 MCG8609391.1 MCG8609391.1 100 118 0 0 1 118 1 118 2.57e-82 234 WP_143435921.1 WP_143435921.1 100 146 0 0 1 146 1 146 2.62e-93 265 KAI5237214.1 KAI5237214.1 100 96 0 0 1 96 1 96 1.08e-66 193 KAI4790364.1 KAI4790364.1 100 889 0 0 1 889 1 889 0.0 1343 WP_090149712.1 WP_090149712.1 100 484 0 0 1 484 1 484 0.0 974 WP_090149712.1 WP_227317406.1 32.5 468 293 5 6 472 5 450 3.98e-76 244 KAI7428497.1 KAI7428497.1 100 496 0 0 1 496 1 496 0.0 990 KAI7428497.1 KAE8322051.1 36.6 361 197 12 14 356 9 355 1.19e-47 167 KAI7428497.1 HJC40183.1 35.1 313 189 8 12 316 3 309 2.82e-45 159 KAI7428497.1 WP_283277237.1 30.8 357 221 7 14 356 14 358 1.94e-43 155 WP_023840997.1 WP_023840997.1 100 775 0 0 1 775 1 775 0.0 1375 WP_023840997.1 MBJ7506254.1 36.2 754 399 14 5 744 8 693 4.01e-124 386 WP_023840997.1 WP_002615101.1 33.7 555 315 6 169 706 174 692 9.93e-67 233 MCL5016798.1 MCL5016798.1 100 558 0 0 1 558 1 558 0.0 1084 HJC43196.1 HJC43196.1 100 108 0 0 1 108 1 108 1.13e-78 224 XP_033115746.1 XP_033115746.1 100 560 0 0 1 560 1 560 2.67e-264 731 MCA9828892.1 MCA9828892.1 100 307 0 0 1 307 1 307 6.79e-230 623 MCA9828892.1 WP_234278623.1 24.3 169 95 6 66 219 20 170 4.66e-06 45.8 KAE9534034.1 KAE9534034.1 100 421 0 0 1 421 1 421 9.86e-308 830 WP_099723413.1 WP_099723413.1 100 286 0 0 1 286 1 286 2.06e-209 570 MCR4805905.1 MCR4805905.1 100 222 0 0 1 222 1 222 1.19e-167 459 MXV83649.1 MXV83649.1 100 202 0 0 1 202 1 202 4.35e-151 415 WP_129502220.1 WP_129502220.1 100 489 0 0 1 489 1 489 0.0 935 VDL88157.1 VDL88157.1 100 99 0 0 1 99 1 99 2.23e-65 190 MCA1930442.1 MCA1930442.1 100 271 0 0 1 271 1 271 6.04e-190 519 MCA1930442.1 WP_050210146.1 44.3 246 131 4 5 248 765 1006 2.07e-52 181 MCA1930442.1 KAH6611424.1 40.7 145 81 3 102 241 810 954 1.33e-22 95.5 WP_205833587.1 WP_205833587.1 100 301 0 0 1 301 1 301 1.45e-212 579 XP_028540875.1 XP_028540875.1 100 771 0 0 1 771 1 771 0.0 1500 WP_004127832.1 WP_004127832.1 100 97 0 0 1 97 1 97 1.47e-60 178 MBX6373297.1 MBX6373297.1 100 416 0 0 1 416 1 416 2.91e-302 815 MBX6373297.1 OGO01021.1 33.0 400 252 5 17 407 5 397 1.36e-55 187 MBX6373297.1 WP_065517671.1 31.9 383 250 6 16 388 9 390 4.59e-51 175 MBX6373297.1 WP_065029373.1 34.9 387 236 10 15 391 3 383 3.99e-50 172 MBX6373297.1 EGS8470081.1 32.8 387 243 11 16 395 3 379 4.41e-48 167 MBX6373297.1 MYJ01754.1 39.5 195 113 3 15 206 3 195 1.57e-34 125 MBX6373297.1 WP_032373688.1 27.1 387 232 8 15 387 6 356 1.33e-28 113 KAI1294496.1 KAI1294496.1 100 141 0 0 1 141 1 141 1.48e-92 262 MBA2742690.1 MBA2742690.1 100 61 0 0 1 61 1 61 3.64e-38 119 PJB11797.1 PJB11797.1 100 201 0 0 1 201 1 201 1.15e-141 391 PJB11797.1 HBW9511025.1 46.0 189 102 0 3 191 6 194 5.03e-56 174 PJB11797.1 MCE2883039.1 42.8 138 76 2 57 191 2 139 1.99e-34 117 OWZ15943.1 OWZ15943.1 100 167 0 0 1 167 1 167 1.33e-87 252 KAJ0788155.1 KAJ0788155.1 100 82 0 0 1 82 1 82 9.32e-57 167 KAJ3641143.1 KAJ3641143.1 100 575 0 0 1 575 1 575 0.0 1117 OSS44110.1 OSS44110.1 100 479 0 0 1 479 1 479 0.0 926 XP_003878446.1 XP_003878446.1 100 189 0 0 1 189 1 189 9.56e-135 373 ONK59585.1 ONK59585.1 100 535 0 0 1 535 1 535 0.0 1059 MBQ7856432.1 MBQ7856432.1 100 433 0 0 1 433 1 433 7.04e-314 846 MBQ7856432.1 WP_156061037.1 35.0 428 247 10 4 404 2 425 7.89e-72 231 KAJ9220763.1 KAJ9220763.1 100 406 0 0 26 431 26 431 6.66e-166 471 WP_102296123.1 WP_102296123.1 100 209 0 0 1 209 1 209 8.07e-155 425 WP_228062638.1 WP_228062638.1 100 1068 0 0 1 1068 1 1068 0.0 2087 WP_228062638.1 WP_034473228.1 49.2 1132 506 9 2 1068 4 1131 0.0 983 WP_228062638.1 WP_241468713.1 27.2 1102 679 25 6 1036 4 1054 3.39e-100 340 WP_228062638.1 STF90731.1 27.7 658 419 12 6 623 4 644 1.87e-66 235 RBQ75851.1 RBQ75851.1 100 539 0 0 1 539 1 539 0.0 984 WP_247498151.1 WP_247498151.1 100 203 0 0 1 203 1 203 9.47e-151 414 WP_247498151.1 WP_092156886.1 57.1 170 71 1 15 184 9 176 7.61e-60 184 WP_247498151.1 XP_032812066.1 34.8 155 95 3 16 167 9 160 2.46e-17 75.9 WP_258835625.1 WP_258835625.1 100 453 0 0 1 453 1 453 0.0 886 WP_258835625.1 MBP6375542.1 69.8 444 128 3 1 443 1 439 3.79e-222 615 WP_258835625.1 MBT4710545.1 47.4 447 225 6 1 443 1 441 1.26e-129 381 WP_258835625.1 PWM49891.1 40.3 444 255 6 1 442 1 436 1.20e-97 298 WP_258835625.1 WP_249505358.1 38.0 450 257 7 3 443 2 438 1.58e-94 290 WP_258835625.1 GER04731.1 31.0 439 276 12 7 440 9 425 8.00e-45 160 WP_258835625.1 WP_194454339.1 27.0 460 286 10 4 442 8 438 1.82e-38 143 RCV36353.1 RCV36353.1 100 458 0 0 1 458 1 458 0.0 910 RCV36353.1 MCB5199682.1 26.3 114 79 1 84 192 66 179 4.81e-07 50.1 WP_002264996.1 WP_002264996.1 100 234 0 0 1 234 1 234 1.79e-159 439 WP_002264996.1 XP_023607675.1 27.8 263 151 7 2 234 176 429 3.78e-16 75.5 WP_002264996.1 XP_028261945.1 27.8 263 151 7 2 234 175 428 5.02e-16 75.1 WP_125091196.1 WP_125091196.1 100 325 0 0 1 325 1 325 9.05e-219 597 WP_272906673.1 WP_272906673.1 100 483 0 0 1 483 1 483 0.0 939 WP_272906673.1 WP_278449211.1 34.8 477 269 8 6 473 8 451 2.75e-85 268 WP_272906673.1 WP_124213670.1 36.5 469 279 5 6 472 5 456 1.74e-84 266 WP_272906673.1 WP_164653811.1 34.4 477 267 8 6 474 27 465 2.23e-78 251 WP_272906673.1 WP_205173112.1 35.6 340 195 4 140 478 148 464 2.91e-66 219 WP_272906673.1 WP_175896721.1 43.5 306 155 6 140 435 148 445 1.81e-65 216 WP_272906673.1 KNY10996.1 42.5 261 138 2 147 396 1 260 8.19e-62 202 WP_272906673.1 WP_271786410.1 38.5 340 196 5 140 477 8 336 5.18e-60 199 WP_272906673.1 MBP7222158.1 35.3 320 183 5 159 477 21 317 2.24e-57 191 WP_272906673.1 MCH3963123.1 31.9 213 134 5 162 368 150 357 1.52e-22 99.8 WP_239280620.1 WP_239280620.1 100 322 0 0 1 322 1 322 1.02e-218 596 WP_239280620.1 AHG02917.1 36.8 304 179 3 20 318 14 309 1.47e-51 171 WP_239280620.1 MBX7055839.1 34.2 325 187 5 11 317 8 323 2.07e-46 158 WP_239280620.1 MBB3097508.1 35.1 299 186 3 20 317 3 294 4.89e-43 148 WP_239280620.1 MBE7554905.1 31.3 336 208 3 9 321 3 338 3.75e-41 144 WP_239280620.1 KAB2647529.1 32.6 298 189 5 22 317 14 301 1.19e-35 129 WP_239280620.1 WP_047721562.1 32.4 330 199 5 11 317 8 336 1.71e-35 129 WP_239280620.1 WP_149656427.1 30.4 273 176 4 60 320 55 325 5.30e-33 122 WP_239280620.1 KQB14740.1 31.3 288 188 4 39 317 38 324 1.53e-31 119 WP_239280620.1 KAB2860347.1 41.2 114 67 0 204 317 1 114 2.71e-22 88.6 MCE2456387.1 MCE2456387.1 100 417 0 0 1 417 1 417 1.47e-316 852 MCE2456387.1 AMJ52230.1 38.6 101 62 0 135 235 2 102 5.38e-23 91.3 KAH0455857.1 KAH0455857.1 100 953 0 0 1 953 1 953 0.0 1862 KAH0455857.1 XP_020425985.1 44.8 96 53 0 585 680 266 361 1.74e-12 69.3 MBO7602558.1 MBO7602558.1 100 366 0 0 1 366 1 366 8.33e-263 711 MBA3364572.1 MBA3364572.1 100 182 0 0 1 182 1 182 2.11e-130 361 KAF6037074.1 KAF6037074.1 100 148 0 0 1 148 1 148 9.50e-115 319 EJD6083724.1 EJD6083724.1 100 113 0 0 1 113 1 113 2.25e-76 219 XP_053603972.1 XP_053603972.1 100 590 0 0 1 590 1 590 0.0 1156 WP_168987397.1 WP_168987397.1 100 173 0 0 1 173 1 173 3.15e-123 342 WP_087514544.1 WP_087514544.1 100 126 0 0 1 126 1 126 8.66e-78 224 MBL4661703.1 MBL4661703.1 100 150 0 0 1 150 1 150 3.17e-105 295 WP_157447226.1 WP_157447226.1 100 226 0 0 1 226 1 226 3.51e-162 445 KAE9687153.1 KAE9687153.1 100 121 0 0 1 121 1 121 1.53e-80 230 HED33315.1 HED33315.1 100 384 0 0 1 384 1 384 3.77e-259 704 WP_000446844.1 WP_000446844.1 100 300 0 0 1 300 1 300 2.10e-225 611 WP_000446844.1 WP_262615610.1 26.9 297 186 11 11 297 9 284 5.03e-20 86.3 WP_168945101.1 WP_168945101.1 100 466 0 0 1 466 1 466 0.0 910 TIW69825.1 TIW69825.1 100 103 0 0 1 103 1 103 1.94e-70 203 WP_143823896.1 WP_143823896.1 100 488 0 0 1 488 1 488 0.0 948 XP_031104936.1 XP_031104936.1 100 548 0 0 1 548 1 548 0.0 1094 XP_031104936.1 BCW36351.1 36.8 348 212 4 101 444 38 381 4.26e-56 197 WP_258228246.1 WP_258228246.1 100 261 0 0 1 261 1 261 7.15e-145 404 WP_258228246.1 MBH8634352.1 29.6 142 100 0 20 161 26 167 7.13e-17 77.8 WP_183883741.1 WP_183883741.1 100 69 0 0 1 69 1 69 5.41e-39 121 EHG9421715.1 EHG9421715.1 100 613 0 0 1 613 1 613 0.0 1103 OMH80233.1 OMH80233.1 100 634 0 0 1 634 1 634 0.0 1033 WP_041302673.1 WP_041302673.1 100 727 0 0 1 727 1 727 0.0 1450 WP_041302673.1 WP_081845076.1 34.7 737 441 14 12 724 40 760 4.68e-128 397 WP_041302673.1 WP_014942931.1 23.7 746 462 26 20 705 55 753 2.96e-22 100 WP_041302673.1 EEW1536683.1 41.1 73 39 1 416 488 763 831 7.58e-08 54.3 WP_041302673.1 EHZ4862226.1 40.3 72 39 1 416 487 763 830 2.96e-07 52.4 MCE8014926.1 MCE8014926.1 100 295 0 0 1 295 1 295 3.50e-201 550 WP_173267071.1 WP_173267071.1 100 272 0 0 1 272 1 272 2.44e-169 467 KAF5344437.1 KAF5344437.1 100 863 0 0 1 863 1 863 0.0 1760 WP_190457829.1 WP_190457829.1 100 247 0 0 1 247 1 247 5.34e-172 472 WP_190457829.1 WP_193436854.1 28.1 235 150 5 5 237 14 231 8.88e-18 78.2 MBX3242409.1 MBX3242409.1 100 253 0 0 1 253 1 253 8.95e-183 499 MBX3242409.1 WP_183267399.1 27.0 226 156 3 6 228 5 224 3.76e-18 79.3 MBL9113742.1 MBL9113742.1 100 403 0 0 1 403 1 403 6.24e-295 796 XP_007828713.1 XP_007828713.1 100 238 0 0 1 238 1 238 2.99e-169 464 HIZ96099.1 HIZ96099.1 100 394 0 0 1 394 1 394 1.02e-284 769 HIZ96099.1 WP_238869695.1 42.1 397 225 3 1 393 3 398 5.91e-99 298 KAI6857291.1 KAI6857291.1 100 378 0 0 1 378 1 378 7.03e-277 748 XP_007077310.1 XP_007077310.1 100 203 0 0 1 203 1 203 5.37e-132 367 WP_123470196.1 WP_123470196.1 100 207 0 0 1 207 1 207 1.19e-146 404 WP_123470196.1 WP_169054812.1 28.6 203 134 6 9 204 23 221 4.04e-13 64.3 WP_123470196.1 WP_234080888.1 30.6 196 133 3 9 201 27 222 4.42e-13 64.3 WP_123470196.1 WP_058561589.1 37.4 99 58 2 5 102 3 98 7.26e-10 55.1 WP_123470196.1 WP_255657767.1 31.8 148 100 1 2 148 3 150 1.91e-09 53.9 WP_123470196.1 WP_014286324.1 27.3 88 64 0 9 96 6 93 2.51e-05 41.6 WP_123470196.1 WP_274915895.1 28.2 149 87 3 15 144 25 172 2.95e-04 38.9 WP_008292946.1 WP_008292946.1 100 1118 0 0 1 1118 1 1118 0.0 2288 WP_008292946.1 MBX7220138.1 17.7 436 225 13 66 408 47 441 2.26e-06 50.1 WP_140476737.1 WP_140476737.1 100 480 0 0 1 480 1 480 0.0 920 CAI9301549.1 CAI9301549.1 100 466 0 0 1 466 1 466 6.52e-313 847 MUN40768.1 MUN40768.1 100 419 0 0 1 419 1 419 2.31e-305 823 MUN40768.1 AMW35569.1 32.7 404 258 7 10 404 37 435 2.22e-50 174 WP_114605464.1 WP_114605464.1 100 496 0 0 1 496 1 496 0.0 958 WP_114605464.1 MCQ2791623.1 40.1 489 264 11 14 494 6 473 1.11e-103 317 WP_072380563.1 WP_072380563.1 100 246 0 0 1 246 1 246 2.01e-171 470 WP_072380563.1 WP_115992495.1 47.9 242 123 1 1 239 1 242 2.70e-78 234 WP_072380563.1 WP_008470196.1 43.5 239 132 1 1 239 9 244 7.36e-69 211 WP_072380563.1 WP_222125851.1 45.9 244 124 2 1 239 1 241 1.74e-68 209 WP_072380563.1 WP_279984614.1 43.7 245 134 1 1 241 9 253 3.12e-68 209 WP_072380563.1 WP_142133210.1 42.9 240 134 1 1 240 10 246 3.14e-62 194 WP_072380563.1 MWR41881.1 32.9 237 152 4 4 239 35 265 2.44e-37 130 WP_072380563.1 WP_211555180.1 28.3 223 149 4 1 218 1 217 3.47e-25 97.8 WP_072380563.1 WP_071876418.1 27.6 228 153 4 2 227 300 517 5.74e-23 95.5 WP_072380563.1 WP_197521413.1 29.7 232 141 4 1 227 1 215 6.37e-22 90.1 CBI36349.3 CBI36349.3 100 431 0 0 1 431 1 431 4.95e-313 844 CBI36349.3 WP_253808359.1 32.3 421 278 4 2 421 1 415 2.44e-64 211 CBI36349.3 OQA38407.1 33.0 433 273 7 2 423 1 427 2.57e-64 212 CBI36349.3 WP_225579579.1 31.3 425 280 5 2 420 7 425 5.02e-62 207 CBI36349.3 PHR72175.1 33.7 285 182 2 14 291 28 312 7.37e-41 146 CBI36349.3 PSR02572.1 32.4 278 173 3 30 296 71 344 5.73e-37 136 CBI36349.3 WP_073201850.1 28.6 276 182 4 30 294 52 323 1.80e-32 124 WP_046278045.1 WP_046278045.1 100 137 0 0 1 137 1 137 5.24e-100 281 WP_046278045.1 MCD6419504.1 34.8 112 72 1 2 112 5 116 2.72e-23 86.7 WP_059376966.1 WP_059376966.1 100 99 0 0 1 99 1 99 6.64e-67 194 KAG5276208.1 KAG5276208.1 100 1973 0 0 1 1973 1 1973 0.0 1991 CDQ50939.1 CDQ50939.1 100 123 0 0 1 123 1 123 4.02e-86 244 OOF77949.1 OOF77949.1 100 531 0 0 1 531 1 531 0.0 1058 MCO2595964.1 MCO2595964.1 100 194 0 0 1 194 1 194 9.47e-101 287 WP_279150283.1 WP_279150283.1 100 764 0 0 1 764 1 764 0.0 1608 MBV8133755.1 MBV8133755.1 100 219 0 0 1 219 1 219 1.28e-156 431 MBV8133755.1 MBD7990178.1 53.2 190 89 0 19 208 15 204 1.83e-74 222 MBV8133755.1 WP_204037257.1 39.2 181 105 1 25 205 12 187 1.04e-38 130 WP_074642620.1 WP_074642620.1 100 367 0 0 1 367 1 367 6.74e-226 618 MCI0677710.1 MCI0677710.1 100 306 0 0 1 306 1 306 1.29e-213 582 MCI0677710.1 PWU18232.1 48.9 307 144 6 8 303 13 317 1.27e-77 238 MCI0677710.1 MBQ9976843.1 40.5 306 170 5 8 304 6 308 2.15e-61 196 MCI0677710.1 MBM3366565.1 36.4 217 122 5 8 211 10 223 1.73e-30 113 WP_078429679.1 WP_078429679.1 100 392 0 0 1 392 1 392 9.30e-280 756 WP_078429679.1 MBA2536487.1 55.6 392 165 2 1 392 1 383 1.20e-144 414 WP_078429679.1 WP_074825075.1 51.2 391 190 1 1 391 1 390 1.07e-132 384 WP_078429679.1 WP_277084622.1 47.8 312 159 3 84 391 1 312 2.24e-86 263 WP_078429679.1 WP_004619799.1 41.4 394 221 6 6 391 7 398 8.42e-85 262 WP_078429679.1 MCP1651746.1 38.3 399 238 4 1 391 4 402 7.34e-81 252 WP_078429679.1 GAN03156.1 37.2 395 226 7 5 391 30 410 2.48e-70 225 WP_078429679.1 EDH4057100.1 36.0 400 232 9 1 391 1 385 1.18e-59 196 WP_078429679.1 WP_083141943.1 34.1 399 241 7 1 391 1 385 7.43e-57 189 WP_078429679.1 XP_040685867.1 34.7 392 234 9 5 387 36 414 3.31e-56 188 KAG7534354.1 KAG7534354.1 100 664 0 0 1 664 1 664 0.0 1329 EFE9598678.1 EFE9598678.1 100 410 0 0 1 410 1 410 9.92e-316 849 WP_183662448.1 WP_183662448.1 100 230 0 0 1 230 1 230 1.04e-156 432 WP_214826002.1 WP_214826002.1 100 963 0 0 1 963 1 963 0.0 1938 WP_214826002.1 WP_146272353.1 30.0 1008 572 39 7 963 81 1005 5.17e-99 332 WP_214826002.1 MBP3518143.1 29.1 1001 554 38 40 948 130 1064 2.12e-81 284 WP_214826002.1 WP_278843343.1 27.2 1035 585 38 40 963 107 1083 8.01e-71 253 WP_214826002.1 WP_259301651.1 26.4 1041 550 48 23 963 123 1050 2.01e-53 201 WP_214826002.1 MCB9353584.1 24.6 1001 619 36 40 963 99 1041 3.22e-44 172 MBR0198895.1 MBR0198895.1 100 386 0 0 1 386 1 386 2.41e-288 778 WP_068241828.1 WP_068241828.1 100 420 0 0 1 420 1 420 1.31e-316 852 MBS7623663.1 MBS7623663.1 100 293 0 0 1 293 1 293 1.99e-215 585 MBS7623663.1 HAG61063.1 37.1 286 139 3 6 291 18 262 8.60e-58 186 ABJ92889.1 ABJ92889.1 100 96 0 0 1 96 1 96 3.21e-68 197 ABJ92889.1 ACH90072.1 82.3 96 17 0 1 96 32 127 3.78e-57 178 ABJ92889.1 AFJ09957.1 82.3 96 17 0 1 96 4 99 4.10e-57 179 ABJ92889.1 AVA00513.1 80.2 96 19 0 1 96 4 99 7.68e-57 176 ABJ92889.1 ARR91819.1 81.3 96 18 0 1 96 4 99 9.38e-57 175 ABJ92889.1 BAO11608.1 80.2 96 19 0 1 96 4 99 1.53e-56 176 ABJ92889.1 QWY38042.1 80.2 96 19 0 1 96 4 99 1.88e-55 174 ABJ92889.1 BAO23243.1 78.1 96 21 0 1 96 4 99 1.08e-54 171 ABJ92889.1 ACY29573.1 77.1 96 22 0 1 96 4 99 1.59e-54 173 ABJ92889.1 AFV39595.1 81.3 96 18 0 1 96 57 152 1.73e-53 176 WP_029222917.1 WP_029222917.1 100 487 0 0 1 487 1 487 0.0 942 WP_029222917.1 WP_230171322.1 34.5 171 100 5 323 485 607 773 1.54e-19 90.5 WP_029222917.1 EGR2272270.1 30.3 264 123 8 267 472 414 674 2.74e-19 89.4 WP_029222917.1 WP_145544593.1 32.9 158 100 2 320 476 366 518 8.24e-19 87.4 WP_029222917.1 MBK6870374.1 30.3 152 101 2 325 474 1 149 1.02e-16 77.0 WP_029222917.1 MBI5333464.1 33.9 165 98 3 318 474 227 388 1.45e-16 79.7 WP_029222917.1 WP_000484099.1 31.5 165 102 5 319 476 208 368 2.34e-14 72.8 WP_029222917.1 HCN71343.1 30.9 123 80 3 353 470 7 129 1.52e-12 63.2 WP_029222917.1 WP_107169208.1 30.1 156 101 4 319 468 202 355 1.28e-11 64.3 WP_029222917.1 WP_018646673.1 23.4 175 129 3 309 478 514 688 3.16e-09 57.8 WP_220778039.1 WP_220778039.1 100 734 0 0 1 734 1 734 0.0 1445 WP_220778039.1 WP_056082173.1 42.9 674 362 7 73 727 17 686 5.66e-189 551 GJP56269.1 GJP56269.1 100 3162 0 0 1 3162 1 3162 0.0 4466 NCS93910.1 NCS93910.1 100 70 0 0 1 70 1 70 4.72e-47 142 HIZ21956.1 HIZ21956.1 100 412 0 0 1 412 1 412 1.83e-271 737 WP_095173689.1 WP_095173689.1 100 314 0 0 1 314 1 314 4.49e-243 657 XP_012504886.1 XP_012504886.1 100 2610 0 0 1 2610 1 2610 0.0 4469 OJT13672.1 OJT13672.1 100 417 0 0 1 417 1 417 5.92e-307 827 XP_039870427.1 XP_039870427.1 100 326 0 0 1 326 1 326 4.81e-235 638 WP_228281474.1 WP_228281474.1 100 129 0 0 1 129 1 129 7.64e-87 247 WP_228281474.1 WP_124583682.1 43.1 116 66 0 2 117 169 284 1.98e-24 93.2 WP_127202744.1 WP_127202744.1 100 389 0 0 1 389 1 389 1.06e-288 779 WP_140214184.1 WP_140214184.1 100 142 0 0 1 142 1 142 3.24e-101 284 WP_282791351.1 WP_282791351.1 100 336 0 0 1 336 1 336 2.09e-226 620 WP_200652460.1 WP_200652460.1 100 526 0 0 1 526 1 526 0.0 1065 WP_129825188.1 WP_129825188.1 100 86 0 0 1 86 1 86 5.20e-67 193 MBX5450151.1 MBX5450151.1 100 408 0 0 1 408 1 408 1.26e-292 790 WP_081851094.1 WP_081851094.1 100 413 0 0 1 413 1 413 9.76e-304 819 WP_081851094.1 WP_111496981.1 31.1 190 92 7 182 346 287 462 3.95e-09 56.6 MRR30429.1 MRR30429.1 100 87 0 0 1 87 1 87 1.14e-57 170 WP_125849054.1 WP_125849054.1 100 139 0 0 1 139 1 139 3.02e-100 281 WP_244631495.1 WP_244631495.1 100 350 0 0 1 350 1 350 1.61e-261 707 WP_244631495.1 MCL1962319.1 33.7 83 49 3 271 349 23 103 8.85e-07 45.4 ADB27070.1 ADB27070.1 100 210 0 0 1 210 1 210 4.68e-159 436 ADB27070.1 ACV16867.1 95.7 210 9 0 1 210 38 247 5.62e-154 427 ADB27070.1 AFJ09957.1 95.7 210 9 0 1 210 137 346 2.41e-153 429 ADB27070.1 BAO23243.1 96.6 207 7 0 1 207 137 343 4.09e-152 424 ADB27070.1 ACH90072.1 93.8 210 13 0 1 210 165 374 1.21e-150 421 ADB27070.1 BAO11608.1 96.1 203 8 0 1 203 137 339 2.38e-150 419 ADB27070.1 QWY38042.1 91.9 210 17 0 1 210 137 346 2.28e-148 416 ADB27070.1 ACY29573.1 92.4 210 16 0 1 210 137 346 1.73e-146 413 ADB27070.1 AOW36968.1 89.0 210 23 0 1 210 121 330 1.67e-144 404 ADB27070.1 AFV39595.1 93.3 210 14 0 1 210 190 399 1.08e-141 418 WP_222323558.1 WP_222323558.1 100 229 0 0 1 229 1 229 2.48e-168 461 VVC36036.1 VVC36036.1 100 85 0 0 1 85 1 85 8.14e-57 167 MBL6607133.1 MBL6607133.1 100 322 0 0 1 322 1 322 6.96e-251 677 MBL6607133.1 WP_091740622.1 33.9 304 176 8 9 300 11 301 6.02e-43 149 MBL6607133.1 WP_188125540.1 34.4 125 76 4 7 126 5 128 8.56e-11 57.8 DAO54200.1 DAO54200.1 100 48 0 0 1 48 1 48 2.01e-34 108 PGL69713.1 PGL69713.1 100 569 0 0 1 569 1 569 0.0 1080 PGL69713.1 EFU9196970.1 36.2 531 331 4 37 565 152 676 1.79e-103 329 PGL69713.1 WP_261970917.1 34.3 536 338 8 5 536 13 538 7.73e-87 278 PGL69713.1 WP_092802679.1 27.3 422 217 16 175 541 422 808 1.61e-24 106 XP_036914921.1 XP_036914921.1 100 1607 0 0 1 1607 1 1607 0.0 3163 XP_036914921.1 XP_056429915.1 25.0 933 523 32 28 834 33 914 3.94e-55 209 XP_036914921.1 XP_051566275.1 25.4 558 329 15 28 515 31 569 4.42e-33 138 MBP8718427.1 MBP8718427.1 100 250 0 0 1 250 1 250 2.89e-182 498 MBP8718427.1 MBT3179978.1 34.2 184 112 4 28 202 275 458 1.13e-22 94.7 MBP8718427.1 BBL73457.1 30.8 221 144 4 19 231 299 518 8.55e-21 89.4 MBP8718427.1 WP_278416415.1 25.3 146 95 5 23 158 335 476 1.62e-06 47.0 MBP8718427.1 WP_038580218.1 23.5 179 118 5 35 203 363 532 5.24e-06 45.4 QWG36045.1 QWG36045.1 100 400 0 0 1 400 1 400 1.62e-284 769 WP_110066977.1 WP_110066977.1 100 335 0 0 1 335 1 335 2.96e-213 583 WP_110066977.1 EIU6828535.1 35.2 307 183 7 32 334 25 319 3.69e-51 171 WP_110066977.1 AHK46784.1 29.7 317 211 4 25 332 4 317 1.72e-42 148 WP_110066977.1 WP_097346712.1 30.2 275 186 4 61 335 390 658 9.62e-33 126 WP_110066977.1 AGL88086.1 30.4 289 175 7 50 335 18 283 4.99e-31 117 WP_110066977.1 EAP5059555.1 28.0 339 227 5 5 334 24 354 6.74e-31 118 WP_110066977.1 PPR79666.1 29.4 279 189 5 56 332 59 331 2.42e-29 113 WP_110066977.1 WP_158131988.1 28.7 275 190 4 61 335 390 658 2.72e-29 116 WP_110066977.1 MCH3978367.1 22.4 294 222 2 46 335 36 327 2.26e-23 97.1 KAF2570897.1 KAF2570897.1 100 70 0 0 1 70 1 70 9.87e-49 146 MCK4236496.1 MCK4236496.1 100 158 0 0 1 158 1 158 7.95e-112 312 MCK4236496.1 WP_278781114.1 35.4 79 42 1 57 126 92 170 2.93e-09 53.1 XP_041912709.1 XP_041912709.1 100 1867 0 0 1 1867 1 1867 0.0 3762 WP_026564934.1 WP_026564934.1 100 189 0 0 1 189 1 189 7.55e-132 365 WP_026564934.1 WP_158934128.1 29.4 177 111 4 7 180 9 174 9.62e-17 72.8 WP_121953554.1 WP_121953554.1 100 210 0 0 1 210 1 210 3.14e-148 409 WP_169877562.1 WP_169877562.1 100 84 0 0 1 84 1 84 4.42e-47 143 GFU30764.1 GFU30764.1 100 86 0 0 1 86 1 86 1.24e-56 167 WP_231496029.1 WP_231496029.1 100 379 0 0 1 379 1 379 4.78e-280 756 WP_231496029.1 WP_025599976.1 33.3 222 125 8 161 369 183 394 3.89e-15 74.7 WP_231496029.1 MCB9044857.1 23.5 234 164 4 135 368 172 390 4.89e-09 55.8 EJE2345556.1 EJE2345556.1 100 697 0 0 1 697 1 697 0.0 1378 WP_260821709.1 WP_260821709.1 100 407 0 0 1 407 1 407 6.27e-297 801 WP_260821709.1 EGH2885952.1 27.0 423 268 16 23 407 1768 2187 8.52e-28 114 KWD88427.1 KWD88427.1 100 64 0 0 1 64 1 64 4.11e-43 131 XP_022824318.1 XP_022824318.1 100 982 0 0 1 982 1 982 0.0 1863 XP_022824318.1 HHJ06374.1 43.8 550 281 5 307 840 33 570 3.85e-135 416 MCB0405579.1 MCB0405579.1 100 100 0 0 1 100 1 100 5.44e-62 182 WP_159117211.1 WP_159117211.1 100 227 0 0 1 227 1 227 5.22e-169 462 WP_159117211.1 WP_265775712.1 39.6 197 109 2 27 220 16 205 1.72e-49 159 WP_159117211.1 WP_018159095.1 29.8 178 109 5 23 200 25 186 1.07e-16 73.9 WP_159117211.1 MQG44163.1 28.7 101 71 1 107 206 14 114 2.42e-06 43.9 EFX2174330.1 EFX2174330.1 100 321 0 0 1 321 1 321 1.83e-241 654 EFX2174330.1 WP_266179881.1 35.5 321 200 3 5 321 3 320 2.32e-58 189 EFX2174330.1 WP_223413240.1 37.4 310 187 3 5 310 3 309 6.48e-58 188 EFX2174330.1 WP_069697901.1 33.2 310 202 4 5 310 2 310 2.87e-50 168 EFX2174330.1 WP_138125503.1 31.9 313 201 6 5 310 2 309 6.43e-49 165 EFX2174330.1 MCP4974199.1 26.7 191 134 3 5 190 7 196 1.15e-12 66.2 EFX2174330.1 WP_249423022.1 25.3 245 176 5 5 245 1 242 4.06e-12 64.3 EFX2174330.1 RYY73542.1 29.9 164 105 3 65 218 79 242 7.00e-12 63.9 EFX2174330.1 MBI1189702.1 31.0 158 95 4 65 210 70 225 3.81e-11 61.6 EFX2174330.1 MCH8293010.1 23.6 250 180 4 5 251 3 244 1.13e-09 57.0 WP_065029373.1 WP_065029373.1 100 389 0 0 1 389 1 389 9.89e-294 791 WP_065029373.1 MBX6373297.1 34.9 387 236 10 3 383 15 391 2.67e-50 172 WP_065029373.1 WP_065517671.1 32.9 389 242 8 4 380 9 390 2.57e-49 169 WP_065029373.1 MYJ01754.1 41.7 204 102 3 1 196 1 195 1.87e-41 143 WP_065029373.1 OGO01021.1 30.2 388 258 11 1 383 1 380 2.35e-40 145 WP_065029373.1 WP_032373688.1 27.7 379 234 10 3 372 6 353 4.64e-29 114 WP_065029373.1 EGS8470081.1 28.5 383 261 10 4 383 3 375 9.43e-28 111 PPR79666.1 PPR79666.1 100 339 0 0 1 339 1 339 1.38e-220 602 PPR79666.1 WP_249991478.1 36.6 273 164 5 63 331 57 324 5.42e-45 155 PPR79666.1 AHK46784.1 31.6 285 181 5 59 331 35 317 3.69e-33 123 PPR79666.1 EIU6828535.1 34.1 276 166 9 64 332 52 318 1.45e-31 119 PPR79666.1 WP_158131988.1 28.4 268 190 1 64 331 390 655 5.10e-27 110 PPR79666.1 EAP5059555.1 28.8 288 184 3 56 331 74 352 8.71e-27 107 PPR79666.1 MCH3978367.1 31.4 296 173 8 59 336 46 329 7.64e-26 103 PPR79666.1 WP_097346712.1 28.5 270 187 3 64 331 390 655 7.68e-26 106 PPR79666.1 WP_110066977.1 29.6 274 187 3 63 331 60 332 3.98e-25 102 PPR79666.1 AGL88086.1 28.9 273 178 4 63 335 28 284 1.20e-22 94.4 MBN2020480.1 MBN2020480.1 100 263 0 0 1 263 1 263 5.95e-177 486 WP_268678783.1 WP_268678783.1 100 288 0 0 1 288 1 288 7.73e-206 561 WP_268678783.1 NED83450.1 28.5 144 101 1 2 143 3 146 1.27e-15 73.9 WP_268678783.1 WP_229447885.1 22.1 276 176 6 2 259 5 259 8.17e-10 57.0 WP_268678783.1 WP_052379448.1 25.6 121 88 1 3 121 5 125 1.57e-06 47.0 WP_082780476.1 WP_082780476.1 100 216 0 0 1 216 1 216 2.62e-73 219 EGS8470081.1 EGS8470081.1 100 390 0 0 1 390 1 390 9.84e-290 781 EGS8470081.1 WP_283525395.1 42.7 379 202 5 3 375 7 376 3.58e-98 295 EGS8470081.1 OGO01021.1 31.0 387 252 9 4 380 5 386 1.02e-54 184 EGS8470081.1 MBX6373297.1 32.8 393 235 11 3 379 16 395 2.85e-49 170 EGS8470081.1 WP_065517671.1 27.2 386 261 8 3 372 9 390 8.79e-37 136 EGS8470081.1 WP_065029373.1 29.3 389 248 12 3 374 4 382 5.44e-29 114 EGS8470081.1 MYJ01754.1 31.1 193 128 2 4 192 5 196 4.03e-26 102 AAM52216.1 AAM52216.1 100 1446 0 0 1 1446 1 1446 0.0 2629 PYP75467.1 PYP75467.1 100 97 0 0 1 97 1 97 5.52e-65 189 MBW4662439.1 MBW4662439.1 100 394 0 0 1 394 1 394 3.96e-282 763 MBW4662439.1 WP_270430070.1 42.9 382 191 2 8 384 7 366 6.20e-102 305 MBW4662439.1 WP_090419626.1 38.8 371 195 5 8 373 6 349 7.13e-72 228 MBW4662439.1 WP_113767226.1 33.8 382 214 7 14 384 76 429 4.92e-58 194 MBW4662439.1 WP_064802002.1 39.3 275 153 3 18 278 14 288 2.39e-56 188 MBW4662439.1 WP_250015522.1 36.9 293 167 6 16 291 15 306 8.06e-51 173 MBW4662439.1 WP_179156843.1 36.2 243 146 3 36 270 22 263 1.86e-38 140 KAI9522339.1 KAI9522339.1 100 571 0 0 1 571 1 571 0.0 1034 WP_120851171.1 WP_120851171.1 100 512 0 0 1 512 1 512 0.0 900 WP_235274869.1 WP_235274869.1 100 296 0 0 1 296 1 296 7.53e-217 589 WP_101000040.1 WP_101000040.1 100 307 0 0 1 307 1 307 5.14e-225 611 WP_101000040.1 MCQ2617452.1 29.1 223 101 7 83 299 308 479 1.84e-10 59.7 WP_250676265.1 WP_250676265.1 100 225 0 0 1 225 1 225 1.78e-150 416 WP_002857697.1 WP_002857697.1 100 292 0 0 1 292 1 292 3.88e-217 590 WP_002857697.1 MBN9625832.1 34.4 212 130 4 77 286 73 277 1.44e-33 122 WP_067835961.1 WP_067835961.1 100 245 0 0 1 245 1 245 2.88e-175 480 WP_067835961.1 WP_262175203.1 45.8 59 29 2 110 166 3 60 6.12e-05 40.4 WP_153853838.1 WP_153853838.1 100 115 0 0 1 115 1 115 9.04e-86 243 OAO15975.1 OAO15975.1 100 778 0 0 1 778 1 778 0.0 1535 HAJ19792.1 HAJ19792.1 100 88 0 0 1 88 1 88 1.81e-59 174 HAJ19792.1 WP_189931865.1 56.0 91 35 2 1 88 496 584 1.89e-24 93.6 HAJ19792.1 BBG20955.1 45.5 88 48 0 1 88 599 686 1.50e-22 88.2 HAJ19792.1 MBQ7389792.1 47.8 90 45 1 1 88 583 672 4.02e-20 81.3 MBN2427654.1 MBN2427654.1 100 603 0 0 1 603 1 603 0.0 1181 MBN2427654.1 MBP6400846.1 65.4 185 64 0 5 189 6 190 4.28e-77 241 MBN2427654.1 WP_010016619.1 24.6 504 316 15 3 471 14 488 7.47e-31 125 MBN2427654.1 NNC58435.1 24.1 494 255 12 4 390 9 489 1.34e-26 113 MBN2427654.1 WP_122705662.1 32.2 233 140 7 7 229 14 238 4.62e-17 79.3 MBN2427654.1 WP_274976404.1 34.0 141 91 1 3 141 23 163 2.43e-15 77.8 MBN2427654.1 MCC7304610.1 21.3 489 269 14 5 390 14 489 9.13e-15 75.9 MBN2427654.1 MBP9771519.1 33.1 136 76 2 8 141 13 135 9.47e-12 65.9 MBN2427654.1 MBU7046308.1 33.6 137 83 3 8 140 10 142 2.12e-09 58.5 EEZ9625188.1 EEZ9625188.1 100 312 0 0 1 312 1 312 1.27e-232 630 XP_046907253.1 XP_046907253.1 100 535 0 0 1 535 1 535 0.0 1061 XP_046907253.1 XP_051536923.1 28.4 543 291 18 5 533 3 461 2.24e-43 159 XP_046907253.1 KAI5618353.1 28.5 471 256 18 92 514 232 669 3.35e-34 135 XP_046907253.1 KAH6611424.1 33.3 45 30 0 10 54 730 774 3.88e-04 41.6 WP_255519487.1 WP_255519487.1 100 332 0 0 1 332 1 332 1.83e-242 657 WP_255519487.1 MBN1566249.1 36.9 312 184 8 7 315 20 321 1.82e-56 185 WP_255519487.1 WP_006027485.1 34.5 336 196 12 7 330 20 343 1.30e-36 133 WP_255519487.1 WP_164585387.1 31.9 326 197 10 11 323 25 338 1.58e-36 133 WP_255519487.1 AQY75504.1 27.6 322 210 10 5 316 27 335 5.38e-28 110 WP_255519487.1 WP_016809838.1 36.2 196 112 6 7 198 20 206 7.36e-24 98.6 MBQ3724833.1 MBQ3724833.1 100 716 0 0 1 716 1 716 0.0 1424 MBQ3724833.1 MBI0103662.1 43.8 698 378 6 11 702 4 693 1.87e-194 565 MBQ3724833.1 WP_281675368.1 45.1 71 37 2 630 699 464 533 7.86e-08 53.9 MBQ3724833.1 WP_231355705.1 44.1 59 33 0 631 689 648 706 1.12e-07 53.5 MBQ3724833.1 WP_206581849.1 50.0 54 27 0 636 689 686 739 2.53e-07 52.4 MBQ3724833.1 PJJ44766.1 33.9 59 39 0 631 689 685 743 2.73e-05 45.8 MCH7568487.1 MCH7568487.1 100 177 0 0 1 177 1 177 2.47e-122 340 WP_260264417.1 WP_260264417.1 100 257 0 0 1 257 1 257 1.12e-178 489 EAC1801539.1 EAC1801539.1 100 240 0 0 1 240 1 240 2.67e-173 474 XP_020425985.1 XP_020425985.1 100 553 0 0 1 553 1 553 0.0 1073 XP_020425985.1 KAH0455857.1 43.0 100 57 0 262 361 581 680 6.33e-14 73.2 KAA1094631.1 KAA1094631.1 100 301 0 0 1 301 1 301 1.71e-220 599 KAA1094631.1 KAJ6253787.1 37.8 45 28 0 47 91 384 428 3.13e-05 43.5 QSZ25555.1 QSZ25555.1 100 7096 0 0 1 7096 1 7096 0.0 14178 QSZ25555.1 QWC83326.1 99.9 7096 10 0 1 7096 1 7096 0.0 14157 QSZ25555.1 WEU87158.1 99.9 7096 10 0 1 7096 1 7096 0.0 14156 QSZ25555.1 UBP50947.1 99.8 7096 15 0 1 7096 1 7096 0.0 14145 QSZ25555.1 UBD95131.1 99.7 7096 19 0 1 7096 1 7096 0.0 14136 QSZ25555.1 QZU16279.1 99.4 7096 43 0 1 7096 1 7096 0.0 14079 QSZ25555.1 QTD03487.1 99.8 4401 7 0 1 4401 1 4401 0.0 8644 QSZ25555.1 UFM00670.1 99.7 4401 14 0 1 4401 1 4401 0.0 8626 QSZ25555.1 UEC68750.1 99.7 4401 14 0 1 4401 1 4401 0.0 8624 QSZ25555.1 QRX02582.1 100.0 4098 2 0 1 4098 1 4098 0.0 8031 HAA59914.1 HAA59914.1 100 146 0 0 1 146 1 146 3.46e-98 277 PTI43160.1 PTI43160.1 100 87 0 0 1 87 1 87 3.83e-56 166 WP_128942179.1 WP_128942179.1 100 286 0 0 1 286 1 286 7.10e-201 548 WP_261996416.1 WP_261996416.1 100 305 0 0 1 305 1 305 2.76e-228 619 HCM9096811.1 HCM9096811.1 100 169 0 0 1 169 1 169 3.42e-116 324 HCM9096811.1 WP_063505693.1 68.6 156 49 0 8 163 7 162 1.31e-66 199 HCM9096811.1 MCI6491833.1 49.0 143 70 2 10 152 5 144 2.69e-37 124 WP_264218405.1 WP_264218405.1 100 246 0 0 1 246 1 246 1.01e-180 494 MBQ5584458.1 MBQ5584458.1 100 231 0 0 1 231 1 231 4.28e-170 466 MBQ5584458.1 WP_069156513.1 47.1 227 116 3 4 227 5 230 7.82e-63 194 MBQ5584458.1 WP_194544138.1 40.9 220 126 1 4 219 13 232 6.94e-58 182 MBQ5584458.1 WP_026893585.1 39.7 224 129 3 4 227 5 222 4.09e-52 166 MBQ5584458.1 MBP1530348.1 35.2 227 138 2 1 227 1 218 6.29e-48 155 MBQ5584458.1 WP_007708736.1 37.1 229 141 1 1 226 1 229 1.87e-43 144 MBQ5584458.1 WP_186723788.1 34.5 226 144 2 4 229 8 229 7.29e-42 140 MBQ5584458.1 WP_101794136.1 34.8 233 145 1 4 229 27 259 1.92e-40 137 MBQ5584458.1 EAG2350674.1 53.4 116 54 0 4 119 5 120 3.00e-40 133 MBQ5584458.1 EAC1232420.1 28.9 228 157 3 1 228 1 223 1.48e-29 108 WP_050837451.1 WP_050837451.1 100 255 0 0 1 255 1 255 9.88e-172 472 WP_261802249.1 WP_261802249.1 100 374 0 0 1 374 1 374 3.99e-265 718 WP_261802249.1 WP_144320971.1 30.9 249 143 8 137 372 289 521 1.97e-13 69.7 WP_261802249.1 WP_274755179.1 29.8 248 144 12 135 369 187 417 5.03e-10 58.9 WP_261802249.1 MBS1636088.1 32.5 117 75 2 256 368 203 319 2.01e-09 56.6 WP_261802249.1 WP_149230790.1 33.9 118 74 2 256 369 423 540 3.35e-09 56.6 WP_261802249.1 WP_191131110.1 32.0 103 68 1 269 369 255 357 2.39e-07 50.4 WP_222599035.1 WP_222599035.1 100 703 0 0 1 703 1 703 0.0 1328 WP_222599035.1 NFD84694.1 28.4 356 250 2 338 690 394 747 8.30e-39 152 WP_222599035.1 MBT3459617.1 36.8 204 128 1 486 688 5 208 4.18e-38 139 WP_222599035.1 WP_060613079.1 31.0 277 188 2 415 690 294 568 1.85e-37 146 WP_222599035.1 WP_011512097.1 33.3 228 151 1 461 688 341 567 2.00e-32 131 WP_222599035.1 MBQ8297564.1 29.4 299 209 2 391 688 259 556 1.34e-31 128 WP_222599035.1 KAI7371949.1 28.9 343 233 7 351 687 536 873 3.46e-31 129 WP_222599035.1 WP_247749043.1 29.9 308 197 7 391 689 289 586 6.95e-29 120 WP_222599035.1 WP_038440434.1 27.2 279 200 3 410 688 281 556 2.51e-26 112 WP_222599035.1 WP_247429569.1 28.3 219 146 5 478 687 28 244 1.81e-17 81.3 KAI7371949.1 KAI7371949.1 100 964 0 0 1 964 1 964 0.0 1825 KAI7371949.1 KAJ5168969.1 73.5 623 160 2 274 892 127 748 5.86e-307 865 KAI7371949.1 WP_195368055.1 33.0 534 339 8 365 886 46 572 2.18e-78 265 KAI7371949.1 MBQ4454347.1 31.8 491 329 6 397 885 86 572 9.91e-72 247 KAI7371949.1 WP_060613079.1 31.4 580 386 10 312 888 9 579 2.29e-70 243 KAI7371949.1 WP_195238978.1 31.5 517 325 10 392 889 215 721 5.54e-61 220 KAI7371949.1 WP_011512097.1 36.3 411 249 9 497 903 192 593 3.67e-54 197 KAI7371949.1 MBQ8297564.1 27.8 500 342 11 381 873 68 555 1.59e-51 189 KAI7371949.1 MBT3459617.1 46.9 207 106 4 669 873 3 207 5.90e-47 166 KAI7371949.1 WAY96880.1 42.4 198 110 2 663 859 1 195 3.86e-39 142 XP_034729382.1 XP_034729382.1 100 326 0 0 1 326 1 326 5.68e-243 658 ARS36073.1 ARS36073.1 100 60 0 0 1 60 1 60 8.34e-39 120 MBW3244368.1 MBW3244368.1 100 354 0 0 1 354 1 354 2.89e-195 540 HCD14621.1 HCD14621.1 100 296 0 0 1 296 1 296 3.15e-209 570 HCD14621.1 WP_135306871.1 43.5 285 160 1 10 293 13 297 7.02e-73 225 HCD14621.1 QEC74319.1 31.1 257 171 4 13 263 8 264 3.26e-31 115 XP_045954854.1 XP_045954854.1 100 591 0 0 1 591 1 591 0.0 1157 WP_116803659.1 WP_116803659.1 100 302 0 0 1 302 1 302 8.10e-215 585 WP_116803659.1 MBE0669914.1 35.3 300 172 7 1 291 15 301 1.55e-47 160 WP_116803659.1 MCI4325574.1 32.8 305 194 6 1 301 19 316 2.95e-39 139 WP_116803659.1 MBC6481257.1 29.1 306 191 7 1 291 15 309 5.70e-34 127 WP_116803659.1 WP_057859275.1 30.2 106 70 3 63 165 110 214 5.45e-04 39.7 MBU22120.1 MBU22120.1 100 984 0 0 1 984 1 984 0.0 1947 MBU22120.1 WP_125260587.1 45.2 987 472 11 12 976 4 943 9.76e-285 815 MBU22120.1 MCD6199266.1 33.6 960 477 13 9 954 3 816 8.54e-176 531 MBU22120.1 WP_158347019.1 33.4 971 447 15 11 954 3 800 4.08e-165 503 MBU22120.1 MBO8485404.1 32.9 996 455 17 12 969 11 831 1.17e-159 489 MBU22120.1 WP_253620872.1 23.9 510 256 18 441 938 145 534 8.34e-26 113 MBU22120.1 WP_256546297.1 34.3 108 60 4 496 598 146 247 1.11e-06 49.7 MBU22120.1 WP_060613079.1 33.9 115 62 4 856 970 474 574 1.21e-05 47.4 EAE1668788.1 EAE1668788.1 100 376 0 0 1 376 1 376 5.92e-268 725 WP_223489404.1 WP_223489404.1 100 281 0 0 1 281 1 281 2.07e-211 574 WP_260320705.1 WP_260320705.1 100 399 0 0 1 399 1 399 1.13e-279 757 WP_260320705.1 MBV8508112.1 38.3 394 226 7 4 396 11 388 6.18e-79 247 WP_164636708.1 WP_164636708.1 100 477 0 0 1 477 1 477 0.0 931 WP_164636708.1 2VGF_A 37.2 489 286 6 2 470 40 527 1.83e-94 294 WP_164636708.1 CAE8591613.1 36.4 132 77 2 2 126 8 139 2.01e-15 71.6 XP_036201052.1 XP_036201052.1 100 506 0 0 1 506 1 506 0.0 977 NGY89703.1 NGY89703.1 100 107 0 0 1 107 1 107 1.90e-72 209 TRZ64304.1 TRZ64304.1 100 439 0 0 1 439 1 439 3.93e-314 847 TRZ64304.1 WP_113544184.1 40.0 438 259 2 1 437 728 1162 6.19e-102 327 TRZ64304.1 WP_130528929.1 41.6 375 212 3 2 376 591 958 4.58e-88 286 TRZ64304.1 MAF07216.1 36.3 314 170 8 2 294 373 677 9.29e-45 164 CAG8457419.1 CAG8457419.1 100 578 0 0 1 578 1 578 0.0 1150 WP_108879099.1 WP_108879099.1 100 180 0 0 1 180 1 180 3.33e-117 328 WP_033105884.1 WP_033105884.1 100 330 0 0 1 330 1 330 1.65e-253 685 WP_033105884.1 WP_074737802.1 25.5 196 117 8 76 265 91 263 1.35e-04 41.6 WP_134885491.1 WP_134885491.1 100 556 0 0 1 556 1 556 0.0 1081 WP_134885491.1 WP_061905238.1 30.9 570 341 10 6 547 20 564 1.52e-73 244 WP_134885491.1 HBY86896.1 33.9 348 206 4 6 330 20 366 1.54e-48 171 WP_134885491.1 NNL66378.1 30.1 133 69 1 8 116 5 137 4.14e-13 65.1 XP_026433405.1 XP_026433405.1 100 331 0 0 1 331 1 331 5.50e-248 671 XP_026433405.1 KAJ6801625.1 29.1 361 217 5 9 331 164 523 5.39e-47 168 WP_049771622.1 WP_049771622.1 100 128 0 0 1 128 1 128 2.20e-81 233 HIR95098.1 HIR95098.1 100 515 0 0 1 515 1 515 0.0 987 HIR95098.1 WP_091131895.1 21.3 268 206 3 212 477 149 413 1.34e-05 45.8 KAF8288686.1 KAF8288686.1 100 660 0 0 1 660 1 660 0.0 1332 MXE70911.1 MXE70911.1 100 78 0 0 1 78 1 78 2.01e-56 166 XP_054030025.1 XP_054030025.1 100 300 0 0 1 300 1 300 5.09e-217 590 MCR5093499.1 MCR5093499.1 100 89 0 0 1 89 1 89 5.79e-61 178 KFO63955.1 KFO63955.1 100 72 0 0 1 72 1 72 5.63e-49 147 KFO63955.1 MCQ2059483.1 45.6 68 37 0 3 70 75 142 5.85e-17 68.2 AVA00513.1 AVA00513.1 100 339 0 0 1 339 1 339 8.29e-263 709 AVA00513.1 BAO11608.1 90.3 339 33 0 1 339 1 339 8.67e-240 651 AVA00513.1 AFJ09957.1 90.9 339 31 0 1 339 1 339 4.73e-239 652 AVA00513.1 ACY29573.1 91.2 339 30 0 1 339 1 339 1.06e-238 652 AVA00513.1 ACH90072.1 90.0 339 34 0 1 339 29 367 3.28e-238 649 AVA00513.1 BAO23243.1 90.0 339 34 0 1 339 1 339 4.78e-238 647 AVA00513.1 QWY38042.1 89.7 339 35 0 1 339 1 339 6.88e-238 649 AVA00513.1 AFV39595.1 90.6 339 32 0 1 339 54 392 3.25e-231 654 AVA00513.1 AOW33101.1 93.1 318 22 0 17 334 1 318 7.53e-229 622 AVA00513.1 AOW36968.1 90.7 323 30 0 17 339 1 323 2.66e-228 622 KAJ2074960.1 KAJ2074960.1 100 92 0 0 1 92 1 92 2.94e-51 154 WP_281094896.1 WP_281094896.1 100 1022 0 0 1 1022 1 1022 0.0 1902 KJY45691.1 KJY45691.1 100 75 0 0 1 75 1 75 8.44e-50 149 GFR70582.1 GFR70582.1 100 16 0 0 1 16 1 16 6.52e-05 35.8 KAG6025013.1 KAG6025013.1 100 384 0 0 1 384 1 384 7.77e-268 726 NAZ85407.1 NAZ85407.1 100 165 0 0 1 165 1 165 1.64e-112 315 WP_278960438.1 WP_278960438.1 100 54 0 0 1 54 1 54 3.52e-33 105 WP_032884901.1 WP_032884901.1 100 260 0 0 1 260 1 260 4.40e-182 498 WP_032884901.1 WP_250824310.1 45.4 238 126 3 25 258 32 269 4.47e-65 202 WP_018916691.1 WP_018916691.1 100 380 0 0 1 380 1 380 8.94e-281 758 WP_050274510.1 WP_050274510.1 100 455 0 0 1 455 1 455 0.0 881 WP_050274510.1 WP_112449552.1 41.8 395 216 4 69 449 91 485 3.49e-89 278 WP_050274510.1 WP_241420500.1 34.6 471 273 8 9 447 13 480 3.53e-74 239 WP_050274510.1 PTQ72351.1 36.5 367 212 4 86 445 41 393 1.51e-61 204 NEB38825.1 NEB38825.1 100 485 0 0 1 485 1 485 0.0 928 NEB38825.1 WP_131284109.1 36.3 482 275 12 21 484 21 488 3.23e-78 251 NEB38825.1 WP_091423297.1 28.5 369 214 12 124 457 214 567 1.49e-24 105 NEB38825.1 WP_196051328.1 26.7 468 271 18 34 457 214 653 2.06e-20 92.8 NEB38825.1 WP_101662518.1 27.8 216 127 6 269 480 424 614 4.28e-11 63.5 MCU0925088.1 MCU0925088.1 100 180 0 0 1 180 1 180 2.78e-134 371 MCU0925088.1 MBN2689333.1 46.2 106 48 1 43 148 20 116 2.29e-26 95.9 WP_067041261.1 WP_067041261.1 100 218 0 0 1 218 1 218 7.12e-158 434 WP_166106360.1 WP_166106360.1 100 538 0 0 1 538 1 538 0.0 1039 WP_166106360.1 WP_225118260.1 30.2 235 144 6 284 512 420 640 3.70e-20 92.4 WP_166106360.1 WP_211114623.1 31.9 254 156 9 282 525 410 656 5.10e-17 82.8 WP_166106360.1 WP_061048002.1 29.9 251 162 8 284 526 381 625 2.02e-16 80.9 WP_166106360.1 WP_083453642.1 24.9 253 166 6 292 534 338 576 1.33e-09 58.9 WP_166106360.1 TMG86695.1 25.3 285 156 10 283 526 2 270 2.29e-09 57.0 WP_166106360.1 WP_283842967.1 28.7 251 140 11 283 513 333 564 2.61e-07 51.6 WP_166106360.1 TVR41840.1 36.1 97 47 3 418 513 412 494 9.68e-07 49.7 WP_166106360.1 MBN8606766.1 25.0 232 143 7 308 525 591 805 2.03e-06 48.9 WP_166106360.1 WP_245704803.1 33.9 109 50 4 411 510 102 197 3.14e-06 47.0 WP_139994336.1 WP_139994336.1 100 281 0 0 1 281 1 281 5.70e-209 568 WP_139994336.1 WP_059171534.1 46.0 272 144 3 1 270 1 271 2.20e-78 237 WP_232939508.1 WP_232939508.1 100 90 0 0 1 90 1 90 2.73e-64 187 WP_182039401.1 WP_182039401.1 100 368 0 0 1 368 1 368 9.60e-279 752 WP_182039401.1 WP_019182526.1 41.0 346 199 2 23 367 42 383 9.35e-86 263 THB74636.1 THB74636.1 100 515 0 0 1 515 1 515 0.0 1002 PIO49166.1 PIO49166.1 100 271 0 0 1 271 1 271 4.82e-196 535 WP_046625651.1 WP_046625651.1 100 576 0 0 1 576 1 576 0.0 1167 WP_046625651.1 KAF9463056.1 32.0 556 336 10 41 560 16 565 6.40e-77 252 WP_046625651.1 MCU1518283.1 30.6 575 312 17 23 529 3 558 2.91e-68 230 MBU1707539.1 MBU1707539.1 100 115 0 0 1 115 1 115 5.90e-82 233 ADW49125.1 ADW49125.1 100 211 0 0 1 211 1 211 4.13e-149 411 ADW49125.1 AFA24308.1 94.8 211 11 0 1 211 2 212 4.41e-142 393 ADW49125.1 AFA09475.1 96.1 205 8 0 7 211 1 205 1.56e-138 384 ADW49125.1 QUA05739.1 95.1 204 10 0 1 204 9 212 8.17e-138 382 ADW49125.1 AVM35379.1 89.6 211 22 0 1 211 4 214 4.17e-136 378 ADW49125.1 AWS34156.1 84.8 211 32 0 1 211 9 219 5.94e-128 358 ADW49125.1 ADJ35581.1 81.0 211 40 0 1 211 10 220 1.24e-127 357 ADW49125.1 QUQ06080.1 81.5 211 39 0 1 211 9 219 2.82e-126 353 ADW49125.1 ABQ63546.1 82.0 211 38 0 1 211 8 218 4.50e-125 350 ADW49125.1 AAX94106.1 89.9 189 19 0 23 211 1 189 1.72e-116 337 MBR2564295.1 MBR2564295.1 100 339 0 0 1 339 1 339 8.91e-258 696 CAB0034103.1 CAB0034103.1 100 598 0 0 1 598 1 598 0.0 890 WP_047594685.1 WP_047594685.1 100 807 0 0 1 807 1 807 0.0 1601 WP_047594685.1 WP_119344914.1 31.3 713 430 20 100 799 32 697 3.70e-83 278 WP_047594685.1 KAA1286543.1 22.4 820 507 32 46 807 3 751 1.27e-20 95.5 WP_047594685.1 MCC6600438.1 23.4 680 402 32 157 801 68 663 1.03e-13 73.2 WP_047594685.1 OGU48181.1 20.8 548 327 21 138 650 71 546 1.30e-10 63.2 WP_047594685.1 WP_267184195.1 26.5 181 120 5 138 318 45 212 1.90e-06 49.7 WP_004762412.1 WP_004762412.1 100 674 0 0 1 674 1 674 0.0 1332 MBW0445137.1 MBW0445137.1 100 192 0 0 1 192 1 192 7.86e-140 386 WP_062300449.1 WP_062300449.1 100 808 0 0 1 808 1 808 0.0 1621 WP_062300449.1 WP_101662518.1 27.1 543 330 15 63 576 82 587 9.54e-42 161 WP_062300449.1 WP_135279859.1 25.3 586 366 16 30 577 174 725 2.89e-32 132 WP_062300449.1 WP_044772468.1 27.6 381 249 10 73 431 86 461 6.00e-31 128 WP_062300449.1 WP_088784550.1 25.4 590 326 20 64 579 131 680 3.39e-27 116 VAH04400.1 VAH04400.1 100 840 0 0 1 840 1 840 0.0 1645 WP_010251888.1 WP_010251888.1 100 331 0 0 1 331 1 331 3.37e-233 634 PTE76569.1 PTE76569.1 100 62 0 0 1 62 1 62 1.31e-36 115 WP_213753432.1 WP_213753432.1 100 117 0 0 1 117 1 117 1.23e-84 240 WP_213753432.1 MBR5168981.1 46.1 115 50 3 14 116 9 123 1.05e-26 94.4 WP_174822921.1 WP_174822921.1 100 255 0 0 1 255 1 255 8.32e-189 515 WP_174822921.1 MXP43753.1 72.9 255 69 0 1 255 8 262 9.74e-137 384 WP_174822921.1 OAN53756.1 70.9 251 73 0 5 255 9 259 2.27e-132 372 WP_174822921.1 MBC7326981.1 59.7 253 100 2 4 255 3 254 1.53e-110 317 WP_174822921.1 WP_207918089.1 61.2 250 96 1 6 255 4 252 3.34e-109 313 WP_174822921.1 WP_158791585.1 55.6 250 107 4 8 255 5 252 4.11e-98 285 WP_174822921.1 WP_142133210.1 38.2 254 139 7 3 251 6 246 7.99e-48 157 WP_174822921.1 WP_076409454.1 29.0 255 145 8 8 250 5 235 4.48e-28 108 WP_174822921.1 WP_152652784.1 30.5 210 130 5 8 215 6 201 3.23e-23 94.4 WP_174822921.1 MBQ3864274.1 32.6 218 128 7 21 230 34 240 4.00e-22 91.7 MBM4292280.1 MBM4292280.1 100 233 0 0 1 233 1 233 4.46e-173 473 MBP5405476.1 MBP5405476.1 100 71 0 0 1 71 1 71 2.60e-49 147 KAJ7413400.1 KAJ7413400.1 100 435 0 0 1 435 1 435 0.0 879 UJS94137.1 UJS94137.1 100 4296 0 0 1 4296 1 4296 0.0 8352 UJS94137.1 ULA23837.2 99.0 4296 44 0 1 4296 106 4401 0.0 8347 UJS94137.1 UIR12670.1 99.0 4292 42 0 1 4292 106 4397 0.0 8344 UJS94137.1 UKN67998.1 99.0 4292 43 0 1 4292 86 4377 0.0 8343 UJS94137.1 UXH94526.1 99.0 4296 45 0 1 4296 106 4401 0.0 8343 UJS94137.1 UMF87224.1 98.5 4292 64 0 1 4292 106 4397 0.0 8336 UJS94137.1 UPA83906.1 98.9 4292 46 0 1 4292 106 4397 0.0 8333 UJS94137.1 UKU68032.1 98.6 4296 58 0 1 4296 106 4401 0.0 8314 UJS94137.1 UJV88611.1 97.0 4296 130 0 1 4296 106 4401 0.0 8152 UJS94137.1 UJJ97602.1 96.8 4296 136 0 1 4296 106 4401 0.0 8136 OUV52596.1 OUV52596.1 100 232 0 0 1 232 1 232 9.50e-154 424 MBE0500203.1 MBE0500203.1 100 192 0 0 1 192 1 192 4.55e-139 384 MBE0500203.1 WP_100161462.1 49.5 101 49 2 78 178 53 151 2.13e-25 95.5 MBE0500203.1 BAV52815.1 44.0 100 54 2 80 178 14 112 2.33e-19 79.0 EER6968786.1 EER6968786.1 100 118 0 0 1 118 1 118 1.33e-79 233 EER6968786.1 WP_001531669.1 87.3 118 15 0 1 118 1 118 9.02e-64 206 EER6968786.1 WP_089566156.1 87.5 48 6 0 70 117 1 48 7.26e-21 87.0 XP_023840445.1 XP_023840445.1 100 1311 0 0 1 1311 1 1311 0.0 2512 WP_279826355.1 WP_279826355.1 100 301 0 0 1 301 1 301 5.34e-224 608 WP_279826355.1 MBB2902420.1 44.2 301 127 8 3 298 9 273 5.75e-64 201 MCK6542200.1 MCK6542200.1 100 211 0 0 1 211 1 211 2.29e-146 404 WP_017166220.1 WP_017166220.1 100 413 0 0 1 413 1 413 8.02e-303 816 WP_017166220.1 WP_126547421.1 37.7 379 201 9 30 402 129 478 1.01e-57 201 WP_017166220.1 MBN8831519.1 29.5 278 158 9 5 269 20 272 5.76e-15 75.1 WP_017166220.1 WP_222018129.1 25.0 328 191 12 57 370 54 340 4.48e-09 56.6 XP_033530744.1 XP_033530744.1 100 77 0 0 1 77 1 77 1.43e-51 154 WP_070999907.1 WP_070999907.1 100 371 0 0 1 371 1 371 5.94e-270 730 WP_232790853.1 WP_232790853.1 100 499 0 0 1 499 1 499 0.0 971 WP_232790853.1 WP_270570428.1 25.5 470 300 15 11 454 7 452 1.36e-28 117 WP_232790853.1 SCN76227.1 24.2 500 275 14 11 444 76 537 4.65e-27 113 WP_232790853.1 XP_027422845.1 21.9 516 300 12 17 466 29 507 1.72e-25 108 KAJ7966218.1 KAJ7966218.1 100 577 0 0 1 577 1 577 0.0 1138 URE29467.1 URE29467.1 100 228 0 0 1 228 1 228 4.10e-162 445 THB72442.1 THB72442.1 100 329 0 0 1 329 1 329 1.24e-243 660 THB72442.1 WP_200047810.1 26.1 329 227 7 1 322 1 320 1.53e-25 102 THB72442.1 WP_112865547.1 31.1 135 90 1 55 189 46 177 4.63e-14 68.2 THB72442.1 WP_119938117.1 28.6 91 65 0 229 319 180 270 2.46e-06 46.6 THB72442.1 MCB9315714.1 26.0 96 66 2 221 315 120 211 3.13e-05 42.7 THB72442.1 UOK61174.1 28.8 104 73 1 216 319 254 356 9.99e-04 38.9 KAJ3286973.1 KAJ3286973.1 100 204 0 0 1 204 1 204 8.85e-90 260 PIQ07033.1 PIQ07033.1 100 515 0 0 1 515 1 515 0.0 999 PIQ07033.1 OHA02323.1 40.0 555 284 11 5 515 13 562 3.06e-113 345 PIQ07033.1 WP_278084771.1 26.4 508 323 9 53 515 266 767 1.08e-45 169 PIQ07033.1 VAX76432.1 25.5 506 334 12 23 495 40 535 2.22e-39 149 PIQ07033.1 WP_101662518.1 27.5 331 186 14 164 479 287 578 1.48e-20 93.6 PIQ07033.1 WP_131284109.1 28.9 336 191 12 179 480 131 452 2.74e-19 89.0 WP_218036247.1 WP_218036247.1 100 301 0 0 1 301 1 301 1.21e-220 599 WP_218036247.1 MBI1189702.1 43.3 67 33 1 42 103 53 119 6.29e-07 48.5 WP_218036247.1 EFX2174330.1 31.7 101 64 2 1 96 7 107 7.66e-06 45.1 EBS3704194.1 EBS3704194.1 100 885 0 0 1 885 1 885 0.0 1785 EBS3704194.1 ECD4982842.1 98.9 885 10 0 1 885 1 885 0.0 1763 EBS3704194.1 WP_202291019.1 52.3 845 384 5 5 844 4 834 1.02e-318 894 EBS3704194.1 WP_242685612.1 50.4 813 386 6 33 844 38 834 3.95e-299 845 EBS3704194.1 WP_237762402.1 37.9 651 363 17 34 666 23 650 1.00e-131 407 EBS3704194.1 WP_222168304.1 28.0 836 545 25 18 826 16 821 2.97e-76 264 WP_230324968.1 WP_230324968.1 100 89 0 0 1 89 1 89 1.72e-62 182 HCI08118.1 HCI08118.1 100 206 0 0 1 206 1 206 7.79e-156 427 MBQ4454347.1 MBQ4454347.1 100 584 0 0 1 584 1 584 0.0 1063 MBQ4454347.1 WP_195368055.1 49.8 566 284 0 4 569 3 568 5.10e-198 565 MBQ4454347.1 MBQ8297564.1 31.8 475 322 2 95 568 89 562 1.23e-78 257 MBQ4454347.1 WP_036258374.1 31.4 490 330 2 91 576 77 564 2.44e-75 248 MBQ4454347.1 WP_011512097.1 35.7 409 259 2 166 571 169 576 1.22e-71 239 MBQ4454347.1 NFD84694.1 31.9 470 317 3 95 562 277 745 4.20e-70 239 MBQ4454347.1 KAI7371949.1 32.2 479 320 5 86 561 397 873 4.77e-69 239 MBQ4454347.1 KAI9191373.1 31.7 476 275 9 118 578 175 615 1.36e-55 200 MBQ4454347.1 WP_038440434.1 29.2 431 280 9 159 578 156 572 1.04e-46 171 MBQ4454347.1 WAY96880.1 38.9 193 116 1 355 547 4 194 2.74e-38 138 WP_162445525.1 WP_162445525.1 100 347 0 0 1 347 1 347 1.97e-265 716 WP_168414869.1 WP_168414869.1 100 70 0 0 1 70 1 70 4.55e-45 137 WP_005921846.1 WP_005921846.1 100 749 0 0 1 749 1 749 0.0 1470 WP_094876339.1 WP_094876339.1 100 770 0 0 1 770 1 770 0.0 1505 MCC2649654.1 MCC2649654.1 100 66 0 0 1 66 1 66 1.64e-43 132 MCC2649654.1 WP_255965801.1 47.2 53 28 0 1 53 428 480 1.73e-10 52.8 MCC2649654.1 WP_257689765.1 41.5 53 31 0 3 55 431 483 3.57e-08 46.2 MCC2649654.1 XP_050320449.1 35.8 53 34 0 1 53 428 480 2.12e-06 41.2 MCC2649654.1 WP_108756325.1 35.8 53 33 1 1 53 418 469 4.92e-05 37.4 MCC2649654.1 WP_061795322.1 30.2 53 37 0 1 53 442 494 3.27e-04 35.0 XP_050861105.1 XP_050861105.1 100 459 0 0 1 459 1 459 1.53e-266 729 HAF6482379.1 HAF6482379.1 100 703 0 0 1 703 1 703 0.0 1367 HAF6482379.1 EHQ6376324.1 40.4 89 52 1 33 120 12 100 1.19e-11 62.4 WP_035064005.1 WP_035064005.1 100 469 0 0 1 469 1 469 0.0 939 WP_035064005.1 MBT6563471.1 49.3 458 228 4 12 468 3 457 1.25e-157 453 WP_035064005.1 WP_255895909.1 34.5 336 201 5 47 378 60 380 5.74e-58 194 WP_070188258.1 WP_070188258.1 100 587 0 0 1 587 1 587 0.0 1056 WP_070188258.1 WP_122013538.1 31.0 583 374 7 1 577 1 561 4.74e-60 207 WP_070188258.1 WP_232180661.1 26.4 584 390 9 1 577 1 551 1.59e-47 173 KAG9223390.1 KAG9223390.1 100 776 0 0 1 776 1 776 0.0 1560 MBQ5629560.1 MBQ5629560.1 100 278 0 0 1 278 1 278 5.24e-167 462 WP_096231334.1 WP_096231334.1 100 238 0 0 1 238 1 238 7.98e-174 476 WP_096231334.1 MBQ2990925.1 49.1 53 27 0 48 100 523 575 7.17e-09 53.9 WP_060393952.1 WP_060393952.1 100 146 0 0 1 146 1 146 3.60e-109 305 XP_045099932.1 XP_045099932.1 100 97 0 0 1 97 1 97 4.72e-66 192 MCU0236787.1 MCU0236787.1 100 118 0 0 1 118 1 118 1.90e-31 106 MCK9987173.1 MCK9987173.1 100 595 0 0 1 595 1 595 0.0 1232 MCK9987173.1 NQU26924.1 31.4 580 330 20 10 573 458 985 9.21e-61 216 MCK9987173.1 MBP3509218.1 32.2 490 298 13 12 491 132 597 1.59e-58 204 MCK9987173.1 EHP6050825.1 35.2 421 238 13 18 412 236 647 9.03e-58 203 MCK9987173.1 MBQ2777352.1 30.9 489 305 12 12 491 132 596 5.04e-56 197 MBO8466917.1 MBO8466917.1 100 379 0 0 1 379 1 379 3.86e-295 794 MBB8005642.1 MBB8005642.1 100 115 0 0 1 115 1 115 9.80e-72 207 WP_265279605.1 WP_265279605.1 100 349 0 0 1 349 1 349 4.27e-261 706 WP_236355782.1 WP_236355782.1 100 864 0 0 1 864 1 864 0.0 1689 WP_236355782.1 NDH41984.1 55.8 423 173 3 48 469 1 410 6.55e-144 430 EEW4501628.1 EEW4501628.1 100 517 0 0 1 517 1 517 0.0 1053 EEW4501628.1 MBC9216850.1 27.3 88 62 1 337 422 4 91 1.91e-06 44.7 EGO6711073.1 EGO6711073.1 100 138 0 0 1 138 1 138 8.35e-102 285 EYC39616.1 EYC39616.1 100 178 0 0 1 178 1 178 3.01e-128 355 EAQ6361894.1 EAQ6361894.1 100 215 0 0 1 215 1 215 3.63e-145 401 KAJ0452418.1 KAJ0452418.1 100 630 0 0 1 630 1 630 0.0 1080 WP_079277665.1 WP_079277665.1 100 368 0 0 1 368 1 368 5.48e-269 727 WP_080337214.1 WP_080337214.1 100 90 0 0 1 90 1 90 2.45e-58 172 WP_080337214.1 WP_220674761.1 73.3 90 24 0 1 90 1 90 2.54e-42 131 WP_248562494.1 WP_248562494.1 100 291 0 0 1 291 1 291 5.48e-212 577 WP_248562494.1 WP_084371009.1 31.1 212 136 6 2 206 3 211 6.60e-23 94.4 WP_248562494.1 WP_281543397.1 28.1 221 151 4 16 230 4 222 1.43e-17 79.3 WP_248562494.1 NLW39422.1 25.7 303 186 12 16 285 35 331 7.63e-17 77.8 WP_248562494.1 NVM03966.1 27.3 238 157 8 4 233 24 253 2.04e-15 73.6 WP_248562494.1 WP_132175930.1 26.5 181 124 4 29 201 55 234 3.86e-13 67.0 WP_248562494.1 WP_276362074.1 23.2 224 148 6 1 201 4 226 1.54e-11 61.6 WP_248562494.1 WP_089246429.1 24.8 234 156 7 4 219 7 238 3.85e-10 58.5 WP_248562494.1 MBT4161918.1 29.6 179 109 4 20 186 33 206 1.24e-08 52.8 WP_248562494.1 WP_150396769.1 23.3 223 118 6 10 200 33 234 1.27e-07 50.8 WP_062756220.1 WP_062756220.1 100 139 0 0 1 139 1 139 4.46e-102 286 XP_051536923.1 XP_051536923.1 100 470 0 0 1 470 1 470 0.0 951 XP_051536923.1 XP_046907253.1 28.3 547 292 18 1 461 1 533 3.32e-48 172 KAG6471244.1 KAG6471244.1 100 330 0 0 1 330 1 330 4.45e-217 593 KAG6471244.1 KAJ7545197.1 56.3 96 38 1 11 102 23 118 1.35e-28 111 KAG6471244.1 CAH0727316.1 44.0 100 46 1 13 102 14 113 1.29e-21 94.0 WP_258613669.1 WP_258613669.1 100 307 0 0 1 307 1 307 1.95e-229 622 WP_258613669.1 WP_241524600.1 33.0 300 195 4 1 296 1 298 2.18e-43 150 WP_258613669.1 WP_200629424.1 25.5 255 176 5 11 264 22 263 1.80e-07 50.1 MBN3324024.1 MBN3324024.1 100 1006 0 0 1 1006 1 1006 0.0 1925 MBN3324024.1 XP_025046235.1 38.6 241 125 7 487 711 1 234 1.96e-21 92.8 MBN3324024.1 XP_022242849.1 24.3 218 120 8 60 239 302 512 1.10e-05 47.8 MBN3324024.1 XP_014030939.2 39.1 64 38 1 193 255 717 780 1.64e-05 47.4 MCD8106539.1 MCD8106539.1 100 252 0 0 1 252 1 252 3.14e-187 511 RQM07044.1 RQM07044.1 100 126 0 0 1 126 1 126 2.49e-95 268 MBN2666786.1 MBN2666786.1 100 387 0 0 1 387 1 387 6.57e-282 761 MBN2666786.1 MBL6706528.1 37.6 378 229 6 12 387 259 631 9.21e-75 242 MBN2666786.1 MCG8030229.1 33.4 377 237 7 21 387 733 1105 6.25e-54 190 MBN2666786.1 MBL02020.1 32.2 311 160 8 6 279 237 533 6.07e-33 127 WP_008959270.1 WP_008959270.1 100 486 0 0 1 486 1 486 0.0 955 WP_008959270.1 WP_131836551.1 41.1 482 274 6 9 484 16 493 2.17e-106 324 WP_008959270.1 WP_057201184.1 38.7 483 275 8 13 486 6 476 8.65e-86 270 WP_008959270.1 WP_061795322.1 36.6 484 287 10 14 485 23 498 4.19e-81 259 WP_008959270.1 WP_257689765.1 35.5 485 300 7 4 483 7 483 1.64e-78 251 WP_008959270.1 WP_255965801.1 34.2 482 302 8 9 484 11 483 1.19e-72 236 WP_008959270.1 WP_195426888.1 36.4 464 270 7 13 468 19 465 2.91e-71 233 WP_008959270.1 WP_108756325.1 32.2 454 295 6 30 481 27 469 2.01e-56 193 WP_008959270.1 WP_205186167.1 31.6 421 276 5 69 484 1 414 1.32e-54 187 WP_008959270.1 WP_022389025.1 28.7 348 219 6 146 484 106 433 1.83e-30 121 WP_108365493.1 WP_108365493.1 100 112 0 0 1 112 1 112 1.21e-75 217 WP_108365493.1 MBN2762177.1 71.0 100 29 0 1 100 1 100 5.69e-49 149 AGC74998.1 AGC74998.1 100 216 0 0 1 216 1 216 1.14e-153 423 AGC74998.1 AGC97326.1 86.4 214 29 0 1 214 16 229 2.10e-132 370 AGC74998.1 ACO35565.1 86.3 211 29 0 1 211 18 228 4.25e-132 370 AGC74998.1 AAX94106.1 84.9 205 31 0 1 205 225 429 9.07e-123 353 AGC74998.1 APC24336.1 76.2 210 50 0 1 210 148 357 7.97e-115 331 MBQ9679177.1 MBQ9679177.1 100 897 0 0 1 897 1 897 0.0 1857 MBQ9679177.1 MCL2204087.1 50.2 916 388 13 1 883 1 881 5.84e-302 854 MBQ9679177.1 CAI9595211.1 34.5 944 494 16 4 851 80 995 9.95e-174 529 MBQ9679177.1 WP_081224968.1 24.4 877 537 20 14 804 24 860 2.87e-76 266 MBQ9679177.1 SCL13606.1 27.7 732 450 21 38 718 88 791 8.52e-69 244 MBQ9679177.1 MCL6457358.1 24.1 825 519 18 16 765 16 808 2.46e-65 236 MBQ9679177.1 WP_123159424.1 23.9 870 537 19 30 814 42 871 6.51e-60 219 MBQ9679177.1 MBK6751737.1 33.8 290 162 9 628 888 1 289 2.95e-38 143 MBQ9679177.1 WP_194957532.1 21.9 846 408 26 7 724 2 722 1.29e-34 140 MBQ9679177.1 MCB9999913.1 22.0 874 489 22 35 735 61 914 6.49e-34 139 KAF7985745.1 KAF7985745.1 100 498 0 0 1 498 1 498 0.0 928 EJR4237259.1 EJR4237259.1 100 583 0 0 1 583 1 583 0.0 1176 WP_269885397.1 WP_269885397.1 100 272 0 0 1 272 1 272 1.54e-188 516 WP_269885397.1 MBI5333464.1 34.7 167 107 1 108 272 225 391 1.60e-26 105 WP_269885397.1 EGR2272270.1 39.4 132 78 2 141 270 546 677 3.32e-26 105 WP_269885397.1 WP_145544593.1 38.2 170 98 2 103 272 357 519 5.86e-26 104 WP_269885397.1 WP_023050329.1 32.1 165 105 4 100 263 191 349 3.61e-20 87.0 WP_269885397.1 WP_107169208.1 31.7 161 109 1 103 262 194 354 9.87e-20 85.9 WP_269885397.1 WP_200543170.1 34.2 158 101 3 115 270 277 433 8.52e-18 81.3 WP_269885397.1 MBT3459335.1 45.8 83 45 0 103 185 195 277 2.85e-16 75.1 WP_269885397.1 WP_215262079.1 33.6 146 90 2 115 259 347 486 3.55e-16 76.3 WP_269885397.1 WP_230171322.1 30.2 162 104 5 115 271 607 764 7.43e-14 69.7 AWX41049.1 AWX41049.1 100 210 0 0 1 210 1 210 1.06e-155 427 PYQ07964.1 PYQ07964.1 100 123 0 0 1 123 1 123 4.18e-79 227 WP_166725305.1 WP_166725305.1 100 321 0 0 1 321 1 321 1.31e-225 613 WP_166725305.1 WP_217101611.1 88.1 320 38 0 1 320 1 320 1.85e-193 532 WP_166725305.1 WP_213750918.1 47.8 251 131 0 69 319 22 272 8.27e-69 214 WP_166725305.1 HHH37178.1 33.5 182 121 0 126 307 75 256 7.00e-26 102 WP_166725305.1 WP_198297747.1 29.8 262 169 5 61 318 2 252 4.29e-21 89.0 HAG62657.1 HAG62657.1 100 515 0 0 1 515 1 515 0.0 966 HAG62657.1 WP_037548932.1 45.0 482 257 6 38 515 3 480 6.32e-142 416 HAG62657.1 KAJ5112313.1 34.9 482 302 5 41 513 57 535 3.63e-86 275 HAG62657.1 WP_169940736.1 37.3 477 282 7 39 513 9 470 9.64e-86 271 EFF4884300.1 EFF4884300.1 100 430 0 0 1 430 1 430 0.0 864 MCJ8729721.1 MCJ8729721.1 100 92 0 0 1 92 1 92 2.48e-70 202 WP_132944465.1 WP_132944465.1 100 124 0 0 1 124 1 124 2.32e-81 233 KAF4018288.1 KAF4018288.1 100 719 0 0 1 719 1 719 0.0 1410 WP_267586803.1 WP_267586803.1 100 262 0 0 1 262 1 262 3.23e-185 506 WP_267586803.1 AML78558.1 34.5 110 63 1 14 114 32 141 1.70e-12 65.1 XP_053257159.1 XP_053257159.1 100 790 0 0 1 790 1 790 0.0 1533 XP_053257159.1 NP_001375225.1 80.3 761 121 4 1 761 1 732 0.0 1155 WP_076451668.1 WP_076451668.1 100 1677 0 0 1 1677 1 1677 0.0 3179 WP_026591533.1 WP_026591533.1 100 152 0 0 1 152 1 152 4.32e-113 315 SKA28887.1 SKA28887.1 100 564 0 0 1 564 1 564 0.0 1080 GFA35713.1 GFA35713.1 100 489 0 0 1 489 1 489 0.0 1017 WP_054435236.1 WP_054435236.1 100 275 0 0 1 275 1 275 1.84e-211 574 WP_054435236.1 WP_145643501.1 63.1 255 92 1 1 255 1 253 3.36e-116 332 WP_054435236.1 KLR59865.1 39.0 251 153 0 1 251 1 251 1.60e-60 191 WP_269572442.1 WP_269572442.1 100 598 0 0 1 598 1 598 0.0 1033 WP_269572442.1 WP_128786583.1 38.0 552 321 5 42 581 40 582 3.62e-72 242 WP_269572442.1 WP_025739406.1 34.5 414 263 4 165 573 171 581 1.42e-53 191 WP_269572442.1 WP_104456122.1 40.8 272 161 0 321 592 214 485 5.57e-33 131 WP_269572442.1 OME96001.1 27.9 602 329 16 8 550 4 559 1.54e-29 122 WP_269572442.1 WP_186556299.1 47.8 159 83 0 434 592 326 484 4.15e-29 119 WP_269572442.1 WP_271340374.1 28.6 301 199 3 256 542 199 497 7.96e-20 91.7 WP_269572442.1 WP_237962375.1 46.7 107 45 3 425 520 441 546 1.30e-14 75.5 WP_269572442.1 HAZ7424284.1 33.3 159 92 2 440 598 332 476 1.07e-13 72.0 WP_269572442.1 WP_156140069.1 41.7 120 60 3 472 586 405 519 2.53e-10 61.6 WP_263177763.1 WP_263177763.1 100 80 0 0 1 80 1 80 9.12e-54 159 MCP5114939.1 MCP5114939.1 100 49 0 0 1 49 1 49 1.77e-33 106 TKX51930.1 TKX51930.1 100 63 0 0 1 63 1 63 1.06e-40 125 MBI1328179.1 MBI1328179.1 100 167 0 0 1 167 1 167 5.29e-119 331 WP_111479522.1 WP_111479522.1 100 363 0 0 1 363 1 363 1.14e-263 713 WP_111479522.1 ERO62343.1 45.3 276 146 2 29 304 14 284 7.40e-70 220 MBU6237646.1 MBU6237646.1 100 170 0 0 1 170 1 170 5.70e-129 357 WP_276638014.1 WP_276638014.1 100 362 0 0 1 362 1 362 5.75e-277 747 WP_276638014.1 WP_220615956.1 52.6 331 155 2 25 354 28 357 1.49e-117 343 WP_276638014.1 MBI5966481.1 42.7 309 161 6 43 348 15 310 9.34e-76 235 WP_276638014.1 MBI1736306.1 39.4 320 177 5 34 353 5 307 1.44e-68 216 WP_276638014.1 WP_279399778.1 33.9 313 186 6 37 348 9 301 2.80e-50 169 WP_276638014.1 WP_067782871.1 30.0 313 200 4 37 349 8 301 5.64e-44 152 WP_276638014.1 MBQ1540263.1 31.1 305 165 7 44 348 33 292 1.04e-38 138 WP_276638014.1 HAR4359619.1 29.7 222 123 6 112 332 76 265 1.47e-20 88.6 WP_276638014.1 MBQ7293051.1 24.1 187 125 6 110 291 1 175 5.87e-10 57.0 XP_028705251.1 XP_028705251.1 100 885 0 0 1 885 1 885 0.0 1285 XP_028705251.1 XP_048540820.1 31.7 278 163 5 445 722 781 1031 2.01e-34 140 XP_028705251.1 KZT58963.1 28.4 261 167 9 459 707 1083 1338 1.54e-19 92.8 XP_028705251.1 WP_106546380.1 24.8 298 189 12 444 712 4 295 1.08e-12 69.7 XP_028705251.1 XP_043377824.1 27.7 224 142 9 455 664 26 241 4.31e-12 68.6 XP_028705251.1 WP_281919021.1 28.1 192 127 6 497 684 57 241 4.65e-10 61.2 XP_028705251.1 KAI9912466.1 24.6 199 137 7 460 650 34 227 9.62e-09 56.6 XP_039308535.1 XP_039308535.1 100 1065 0 0 1 1065 1 1065 0.0 2188 MBO5932171.1 MBO5932171.1 100 107 0 0 1 107 1 107 3.67e-79 226 MCF1432737.1 MCF1432737.1 100 367 0 0 1 367 1 367 8.27e-259 701 MCF1432737.1 WP_051325724.1 26.3 262 153 10 115 361 101 337 1.50e-06 48.1 KAI6705356.1 KAI6705356.1 100 305 0 0 1 305 1 305 1.87e-226 614 GLR41095.1 GLR41095.1 100 658 0 0 1 658 1 658 0.0 1283 GLR41095.1 WP_050580425.1 76.3 659 153 2 1 658 6 662 0.0 973 MBU4440546.1 MBU4440546.1 100 208 0 0 1 208 1 208 4.24e-136 378 MBU4440546.1 WP_276533217.1 35.8 134 80 3 33 164 695 824 1.61e-18 81.6 MCI5497968.1 MCI5497968.1 100 96 0 0 1 96 1 96 1.84e-60 182 KAF3016851.1 KAF3016851.1 100 231 0 0 1 231 1 231 6.35e-147 407 MBZ0167657.1 MBZ0167657.1 100 215 0 0 1 215 1 215 2.19e-146 404 WP_201297008.1 WP_201297008.1 100 92 0 0 1 92 1 92 7.20e-61 178 WP_003245665.1 WP_003245665.1 100 146 0 0 1 146 1 146 1.47e-108 303 MBQ8460137.1 MBQ8460137.1 100 73 0 0 1 73 1 73 8.28e-47 141 WP_188412405.1 WP_188412405.1 100 666 0 0 1 666 1 666 0.0 1347 MBK7412786.1 MBK7412786.1 100 380 0 0 1 380 1 380 1.94e-275 744 MBK7412786.1 NWV65193.1 32.1 184 107 3 173 355 399 565 2.62e-22 97.4 MBK7412786.1 MBD8893743.1 25.5 204 133 4 168 370 477 662 8.87e-08 52.4 WP_259858510.1 WP_259858510.1 100 447 0 0 1 447 1 447 6.03e-313 845 WP_259858510.1 WP_144320971.1 44.3 291 150 6 158 441 234 519 4.01e-57 195 WP_259858510.1 WP_274755179.1 34.0 265 164 6 183 440 157 417 1.70e-33 129 WP_259858510.1 ADP83890.1 29.2 489 263 15 12 426 11 490 4.33e-31 124 WP_259858510.1 WP_257504872.1 33.9 307 148 12 170 424 203 506 1.53e-28 116 WP_259858510.1 WP_063540919.1 31.0 226 138 6 215 424 476 699 5.25e-17 82.0 WP_259858510.1 MBR6403893.1 23.4 282 197 7 166 434 137 412 1.39e-12 67.4 WP_259858510.1 WP_211114623.1 32.8 61 37 1 366 426 585 641 4.98e-04 40.8 KAG9339452.1 KAG9339452.1 100 127 0 0 1 127 1 127 3.66e-93 263 WP_195473821.1 WP_195473821.1 100 208 0 0 1 208 1 208 1.01e-143 397 WP_195473821.1 SED04027.1 42.7 157 89 1 21 176 1 157 3.01e-37 127 WP_195473821.1 MCB9527501.1 39.9 143 82 1 31 173 11 149 3.10e-29 106 WP_115748516.1 WP_115748516.1 100 296 0 0 1 296 1 296 7.00e-222 602 WP_115748516.1 EJK2981647.1 29.2 96 65 1 3 95 41 136 6.06e-08 50.8 WP_115748516.1 MCB0447740.1 27.9 111 76 2 3 110 7 116 2.20e-07 49.7 KAJ4013743.1 KAJ4013743.1 100 87 0 0 1 87 1 87 1.01e-60 177 MBC7406653.1 MBC7406653.1 100 116 0 0 1 116 1 116 4.14e-78 224 EFB15155.1 EFB15155.1 100 402 0 0 1 402 1 402 1.85e-232 654 EFB15155.1 XP_044902674.1 49.4 77 34 2 113 184 6 82 1.87e-10 62.0 PYX81094.1 PYX81094.1 100 566 0 0 1 566 1 566 0.0 1176 WP_163095201.1 WP_163095201.1 100 196 0 0 1 196 1 196 1.71e-145 400 MBQ1271561.1 MBQ1271561.1 100 277 0 0 1 277 1 277 2.29e-197 538 WP_136193451.1 WP_136193451.1 100 294 0 0 1 294 1 294 1.53e-224 608 WP_136193451.1 WP_089269927.1 30.5 292 163 7 7 294 6 261 1.45e-32 119 WP_268311115.1 WP_268311115.1 100 108 0 0 1 108 1 108 2.29e-78 224 WP_255991635.1 WP_255991635.1 100 131 0 0 1 131 1 131 4.94e-93 263 GAT48029.1 GAT48029.1 100 370 0 0 1 370 1 370 4.09e-281 758 NVO57457.1 NVO57457.1 100 182 0 0 1 182 1 182 2.28e-134 371 WP_070720871.1 WP_070720871.1 100 760 0 0 1 760 1 760 0.0 1518 WP_063274718.1 WP_063274718.1 100 135 0 0 1 135 1 135 2.07e-96 271 WP_202100641.1 WP_202100641.1 100 285 0 0 1 285 1 285 3.73e-216 587 TWW80208.1 TWW80208.1 100 220 0 0 1 220 1 220 5.94e-79 234 XP_011760839.1 XP_011760839.1 100 203 0 0 1 203 1 203 6.00e-113 319 KAJ2823714.1 KAJ2823714.1 100 141 0 0 1 141 1 141 1.31e-86 247 HAO77415.1 HAO77415.1 100 384 0 0 1 384 1 384 2.30e-285 770 XP_052496526.1 XP_052496526.1 100 674 0 0 1 674 1 674 0.0 1306 NLH91916.1 NLH91916.1 100 368 0 0 1 368 1 368 1.31e-276 746 NLH91916.1 WP_047203279.1 36.9 309 186 5 5 310 29 331 2.62e-60 199 MBV9352198.1 MBV9352198.1 100 497 0 0 1 497 1 497 0.0 929 MBV9352198.1 WP_027388460.1 31.4 156 85 6 32 173 15 162 4.69e-06 47.0 MBP1602824.1 MBP1602824.1 100 401 0 0 1 401 1 401 7.36e-302 813 ODT35417.1 ODT35417.1 100 171 0 0 1 171 1 171 8.40e-127 351 WP_104684232.1 WP_104684232.1 100 550 0 0 1 550 1 550 0.0 1112 KFQ97446.1 KFQ97446.1 100 70 0 0 1 70 1 70 2.33e-47 142 CAH1278847.1 CAH1278847.1 100 1073 0 0 1 1073 1 1073 0.0 1705 WP_114947547.1 WP_114947547.1 100 326 0 0 1 326 1 326 3.38e-235 638 WP_114947547.1 WP_261668588.1 39.9 311 186 1 15 324 7 317 2.09e-81 248 WP_114947547.1 WP_145739766.1 40.0 320 182 5 12 322 11 329 2.35e-75 233 WP_114947547.1 WP_216295494.1 35.2 321 204 4 5 322 16 335 1.44e-59 192 WP_090419626.1 WP_090419626.1 100 368 0 0 1 368 1 368 2.83e-271 733 WP_090419626.1 WP_270430070.1 37.3 375 220 7 2 366 3 372 1.72e-70 223 WP_090419626.1 MBW4662439.1 37.4 390 212 5 6 368 8 392 5.76e-70 223 WP_090419626.1 WP_113767226.1 33.0 376 228 8 2 364 69 433 9.58e-51 174 WP_090419626.1 WP_064802002.1 33.9 230 132 4 31 246 31 254 5.60e-30 117 WP_090419626.1 WP_179156843.1 27.1 369 238 12 15 363 6 363 5.45e-24 100 MBQ3573680.1 MBQ3573680.1 100 270 0 0 1 270 1 270 6.41e-180 494 KAJ4394429.1 KAJ4394429.1 100 515 0 0 1 515 1 515 0.0 984 KAJ4394429.1 WP_098923619.1 27.7 451 289 10 64 513 4 418 1.53e-41 152 KAJ4394429.1 KAA0555231.1 28.3 463 282 12 62 512 206 630 7.14e-38 145 KAJ4394429.1 WP_267292626.1 28.4 461 257 13 61 512 116 512 4.61e-32 127 KAJ4394429.1 OFZ89526.1 24.6 471 282 8 64 514 5 422 2.47e-31 124 KAJ4394429.1 NDI25889.1 32.3 303 179 9 210 506 1 283 5.73e-31 120 KAJ4394429.1 WP_033456074.1 28.4 317 199 5 199 514 7 296 5.72e-30 117 KAJ4394429.1 MBT3887354.1 27.5 316 207 7 203 514 24 321 1.67e-26 108 KAG2343201.1 KAG2343201.1 100 308 0 0 1 308 1 308 1.29e-198 544 MCS2900418.1 MCS2900418.1 100 125 0 0 1 125 1 125 3.84e-85 242 MCS2900418.1 MBI3448467.1 54.5 121 55 0 4 124 3 123 7.35e-40 128 MCS2900418.1 MBI5438416.1 55.8 120 52 1 4 123 3 121 4.86e-39 125 MCS2900418.1 WP_255435582.1 56.7 104 45 0 20 123 1 104 2.14e-34 113 WP_253349177.1 WP_253349177.1 100 258 0 0 1 258 1 258 2.24e-174 479 EED0743056.1 EED0743056.1 100 148 0 0 1 148 1 148 7.22e-101 284 WP_030383398.1 WP_030383398.1 100 493 0 0 1 493 1 493 8.21e-286 780 WP_030383398.1 XP_033551505.1 27.5 153 110 1 46 197 87 239 2.43e-08 54.7 MBR2088606.1 MBR2088606.1 100 160 0 0 1 160 1 160 3.62e-109 306 MBR2088606.1 WP_087364392.1 49.6 125 54 4 37 156 26 146 8.89e-25 92.8 MBR2088606.1 MBR1866691.1 37.7 77 42 2 59 129 55 131 3.29e-06 43.5 MAN53906.1 MAN53906.1 100 295 0 0 1 295 1 295 2.57e-203 555 MAN53906.1 WP_183882442.1 32.8 201 135 0 1 201 1 201 2.57e-30 112 MAN53906.1 WP_253646963.1 24.8 270 179 6 9 274 15 264 1.26e-18 82.4 MAN53906.1 WP_087085326.1 26.5 223 148 3 6 228 7 213 2.23e-16 75.5 MAN53906.1 WP_281054160.1 28.6 196 125 6 3 191 7 194 5.52e-16 74.3 MAN53906.1 MCB1644245.1 26.7 191 135 2 1 190 1 187 8.77e-12 62.4 MAN53906.1 WP_077093245.1 24.2 194 138 2 4 188 6 199 1.16e-09 56.6 MAN53906.1 MXY99086.1 23.7 177 120 4 17 186 1 169 1.35e-04 40.8 WP_173119692.1 WP_173119692.1 100 110 0 0 1 110 1 110 1.00e-73 212 OJW76341.1 OJW76341.1 100 142 0 0 1 142 1 142 1.75e-64 191 WP_121538494.1 WP_121538494.1 100 247 0 0 1 247 1 247 2.29e-182 498 XP_039322713.1 XP_039322713.1 100 261 0 0 1 261 1 261 4.62e-189 516 XP_039322713.1 WP_280443824.1 38.8 227 134 2 20 246 53 274 1.64e-42 144 EDU63556.1 EDU63556.1 100 52 0 0 1 52 1 52 1.78e-32 103 EDQ8124076.1 EDQ8124076.1 100 1431 0 0 1 1431 1 1431 0.0 2388 WP_142931103.1 WP_142931103.1 100 474 0 0 1 474 1 474 0.0 891 WP_142931103.1 WP_192324556.1 30.5 499 284 15 20 455 33 531 1.38e-48 174 WP_142931103.1 WP_227059655.1 28.9 492 288 13 24 455 41 530 3.44e-43 159 WP_142931103.1 MBQ3864274.1 35.3 207 123 6 266 461 22 228 1.56e-25 105 WP_142931103.1 WP_107894076.1 28.9 256 157 7 1 231 3 258 7.62e-25 103 WP_142931103.1 WP_066083732.1 30.2 255 152 6 3 231 6 260 1.36e-21 94.0 WP_142931103.1 WP_278489123.1 29.2 243 143 7 1 221 3 238 3.23e-20 89.0 WP_142931103.1 WP_011057593.1 31.6 212 139 4 265 474 9 216 1.69e-18 85.1 WP_142931103.1 QCM13287.1 28.3 212 129 6 20 209 27 237 9.11e-16 75.9 WP_142931103.1 WP_258581409.1 25.0 200 146 3 275 473 18 214 3.83e-15 75.1 WP_047203279.1 WP_047203279.1 100 466 0 0 1 466 1 466 0.0 935 WP_047203279.1 NLH91916.1 36.9 309 186 5 29 331 5 310 6.53e-60 199 KAH0130274.1 KAH0130274.1 100 398 0 0 1 398 1 398 2.14e-313 842 DAQ89956.1 DAQ89956.1 100 188 0 0 1 188 1 188 4.76e-139 384 NWH38694.1 NWH38694.1 100 490 0 0 1 490 1 490 0.0 1037 NWH38694.1 XP_051216225.1 34.4 160 90 3 327 485 726 871 2.02e-22 99.4 NWH38694.1 XP_052337646.1 34.1 185 99 6 311 485 1246 1417 4.18e-19 89.4 NWH38694.1 KAI4882225.1 30.5 151 76 3 354 484 668 809 6.21e-15 75.9 WP_071877135.1 WP_071877135.1 100 72 0 0 1 72 1 72 5.83e-51 152 MBC7935646.1 MBC7935646.1 100 216 0 0 1 216 1 216 2.13e-158 435 MCA9664716.1 MCA9664716.1 100 704 0 0 1 704 1 704 0.0 1445 CCD14225.1 CCD14225.1 100 302 0 0 1 302 1 302 2.27e-166 462 KAE9611124.1 KAE9611124.1 100 94 0 0 1 94 1 94 1.09e-65 191 KRL72956.1 KRL72956.1 100 463 0 0 1 463 1 463 0.0 925 KRL72956.1 MCL5028570.1 24.7 89 67 0 13 101 221 309 1.46e-06 48.5 RHP79651.1 RHP79651.1 100 71 0 0 1 71 1 71 8.00e-53 156 MSZ96355.1 MSZ96355.1 100 244 0 0 1 244 1 244 4.24e-172 472 MCB0501525.1 MCB0501525.1 100 634 0 0 1 634 1 634 0.0 1246 CAI2640540.1 CAI2640540.1 100 344 0 0 1 344 1 344 4.73e-251 680 CAI2640540.1 NDD01017.1 28.5 316 186 12 42 341 2 293 6.20e-17 78.6 CAI2640540.1 MCL6644735.1 30.2 159 104 4 6 158 57 214 4.20e-11 62.0 XP_018906655.1 XP_018906655.1 100 645 0 0 1 645 1 645 0.0 1167 STI83942.1 STI83942.1 100 72 0 0 1 72 1 72 4.10e-51 152 MBI4806480.1 MBI4806480.1 100 484 0 0 1 484 1 484 0.0 914 MBI4806480.1 WP_094840069.1 34.6 506 294 5 8 476 5 510 7.70e-85 269 MBI4806480.1 WP_279840346.1 34.9 476 297 6 7 476 8 476 2.18e-77 248 MBI4806480.1 WP_224791962.1 29.7 472 315 8 14 476 13 476 1.69e-50 177 MBI4806480.1 WP_283557067.1 28.7 470 315 6 8 476 12 462 2.17e-49 174 MBI4806480.1 WP_076595086.1 25.2 473 341 7 2 471 7 469 8.57e-37 139 XP_022851607.1 XP_022851607.1 100 271 0 0 1 271 1 271 4.13e-197 537 OKZ85006.1 OKZ85006.1 100 569 0 0 1 569 1 569 0.0 1050 OKZ85006.1 XP_048379117.1 29.0 138 95 2 135 270 318 454 4.74e-10 60.5 OKZ85006.1 XP_043377824.1 30.7 88 56 2 143 228 98 182 2.74e-07 52.0 NLI10446.1 NLI10446.1 100 488 0 0 1 488 1 488 0.0 983 WP_249681227.1 WP_249681227.1 100 216 0 0 1 216 1 216 8.59e-149 410 WP_249681227.1 XP_032204694.1 35.9 192 114 4 24 212 92 277 1.85e-26 101 POS85366.1 POS85366.1 100 946 0 0 1 946 1 946 0.0 1931 POS85366.1 XP_040253449.1 65.2 23 8 0 37 59 201 223 8.57e-04 40.4 WP_079908511.1 WP_079908511.1 100 105 0 0 1 105 1 105 2.72e-71 206 MCF6390562.1 MCF6390562.1 100 284 0 0 1 284 1 284 9.01e-203 553 MCF6390562.1 MCB1644245.1 26.1 272 144 8 22 264 6 249 4.07e-10 57.4 WP_127953526.1 WP_127953526.1 100 753 0 0 1 753 1 753 0.0 1508 SFQ01701.1 SFQ01701.1 100 237 0 0 1 237 1 237 8.98e-175 478 MBO5336885.1 MBO5336885.1 100 809 0 0 1 809 1 809 0.0 1683 MBO5336885.1 OCR38384.1 26.9 413 243 8 4 408 20 381 3.17e-41 154 HCG9411603.1 HCG9411603.1 100 247 0 0 1 247 1 247 3.36e-175 480 HCG9411603.1 WP_218790267.1 45.9 111 58 1 5 115 4 112 2.35e-31 110 HCG9411603.1 WP_017171503.1 33.3 156 100 1 5 160 4 155 8.62e-29 105 QUM20585.1 QUM20585.1 100 1272 0 0 1 1272 1 1272 0.0 2245 QUM20585.1 QUE11983.1 93.4 1272 82 1 1 1272 1 1270 0.0 2200 QUM20585.1 UHB14670.1 90.8 1273 114 2 1 1272 1 1271 0.0 2182 QUM20585.1 UIX40308.1 90.7 1273 116 2 1 1272 1 1271 0.0 2175 QUM20585.1 UDK40309.1 90.4 1273 119 2 1 1272 1 1271 0.0 2164 QUM20585.1 UPU53169.1 89.8 1273 126 2 1 1272 1 1270 0.0 2155 QUM20585.1 UYC71619.1 89.9 1273 122 3 1 1272 1 1268 0.0 2151 QUM20585.1 UGX22439.1 92.5 1273 93 2 1 1272 1 1271 0.0 2149 QUM20585.1 UBN63752.1 92.3 1272 96 1 1 1272 1 1270 0.0 2147 QUM20585.1 QXI91160.1 93.9 1272 77 0 1 1272 1 1272 0.0 2055 AAF62532.1 AAF62532.1 100 1074 0 0 1 1074 1 1074 0.0 2180 CDS15483.1 CDS15483.1 100 189 0 0 1 189 1 189 3.22e-142 392 CDS15483.1 NLL64488.1 31.9 94 50 2 28 117 15 98 7.42e-08 48.5 MCQ2831693.1 MCQ2831693.1 100 484 0 0 1 484 1 484 0.0 934 MCQ2831693.1 RUM68418.1 40.7 484 275 7 1 476 1 480 1.23e-110 335 MCQ2578417.1 MCQ2578417.1 100 147 0 0 1 147 1 147 8.15e-102 286 WP_107894076.1 WP_107894076.1 100 328 0 0 1 328 1 328 1.06e-239 650 WP_107894076.1 WP_066083732.1 56.2 322 138 3 5 323 6 327 7.06e-121 349 WP_107894076.1 GLY24463.1 44.7 318 175 1 4 320 3 320 1.44e-92 277 WP_107894076.1 MCP5262709.1 45.2 314 169 3 5 316 1 313 7.71e-92 275 WP_107894076.1 WP_131166802.1 46.4 302 160 2 1 300 1 302 3.29e-81 248 WP_107894076.1 WP_227059655.1 50.4 266 126 2 5 264 17 282 7.22e-78 248 WP_107894076.1 WP_192324556.1 47.8 272 128 2 5 266 13 280 1.56e-75 242 WP_107894076.1 MBU5353226.1 37.3 268 149 5 5 263 4 261 3.04e-55 181 WP_107894076.1 QCM13287.1 40.9 259 143 6 5 261 9 259 4.09e-54 177 WP_107894076.1 RUU66461.1 38.8 260 149 5 3 260 82 333 6.22e-51 171 WP_237962375.1 WP_237962375.1 100 800 0 0 1 800 1 800 0.0 1404 WP_237962375.1 WP_146176256.1 26.6 301 196 6 49 339 38 323 2.78e-25 107 WP_237962375.1 HAZ7424284.1 42.1 140 81 0 473 612 339 478 1.41e-20 94.4 WP_237962375.1 EIZ9235425.1 53.6 97 45 0 464 560 335 431 9.78e-18 85.5 WP_237962375.1 WP_097514015.1 40.8 147 85 2 498 643 382 527 1.10e-17 85.5 WP_237962375.1 WP_104456122.1 32.0 175 98 2 477 630 344 518 3.41e-14 74.3 WP_237962375.1 WP_269572442.1 44.3 122 56 3 441 561 425 535 2.10e-13 72.0 WP_237962375.1 WP_025739406.1 52.6 76 35 1 484 558 466 541 1.05e-11 66.6 WP_237962375.1 WP_128786583.1 41.4 87 51 0 475 561 450 536 9.47e-11 63.5 WP_237962375.1 WP_156140069.1 39.7 116 69 1 498 612 405 520 3.96e-10 61.6 KAH8980086.1 KAH8980086.1 100 353 0 0 1 353 1 353 6.18e-231 630 WP_205541900.1 WP_205541900.1 100 425 0 0 1 425 1 425 1.83e-305 824 WP_205541900.1 MBE1549930.1 32.3 133 76 4 240 364 5 131 9.14e-10 56.6 WP_205541900.1 WP_152190814.1 38.1 97 59 1 21 117 5 100 1.20e-09 55.8 MCF7917901.1 MCF7917901.1 100 148 0 0 1 148 1 148 2.84e-107 300 MBQ7693256.1 MBQ7693256.1 100 307 0 0 1 307 1 307 2.44e-223 607 MBQ7693256.1 MBR0144760.1 45.5 310 162 1 1 303 1 310 2.58e-87 264 WP_085451092.1 WP_085451092.1 100 172 0 0 1 172 1 172 8.37e-123 341 WP_054059514.1 WP_054059514.1 100 239 0 0 1 239 1 239 2.06e-156 432 WP_054059514.1 WP_142114448.1 34.4 212 128 5 30 231 36 246 1.68e-22 92.8 OMH39194.1 OMH39194.1 100 245 0 0 1 245 1 245 3.96e-182 497 WP_265245651.1 WP_265245651.1 100 126 0 0 1 126 1 126 1.10e-89 254 HHT71325.1 HHT71325.1 100 338 0 0 1 338 1 338 2.80e-240 652 HHT71325.1 MCB1594269.1 36.8 152 77 4 171 318 5 141 1.67e-20 85.1 WP_266882648.1 WP_266882648.1 100 190 0 0 1 190 1 190 3.75e-137 379 WP_058002390.1 WP_058002390.1 100 160 0 0 1 160 1 160 2.36e-114 319 WP_149771049.1 WP_149771049.1 100 114 0 0 1 114 1 114 2.07e-77 222 MBQ9456987.1 MBQ9456987.1 100 201 0 0 1 201 1 201 4.86e-143 395 MBQ9456987.1 WP_196938834.1 38.3 141 81 5 11 146 17 156 1.11e-20 84.0 MBQ9456987.1 MCF6346354.1 27.8 194 128 4 4 191 5 192 6.01e-13 63.2 MBQ9456987.1 WP_205009067.1 29.1 165 113 2 6 166 7 171 2.73e-12 61.6 WP_245384442.1 WP_245384442.1 100 397 0 0 1 397 1 397 8.80e-292 787 WP_245384442.1 WP_167301289.1 36.2 384 230 8 15 391 5 380 1.15e-58 194 ATN35154.1 ATN35154.1 100 117 0 0 1 117 1 117 1.38e-81 233 MHQ93786.1 MHQ93786.1 100 741 0 0 1 741 1 741 0.0 1422 MHQ93786.1 WP_266095674.1 33.7 163 88 8 443 599 97 245 1.25e-11 65.5 XP_023589550.1 XP_023589550.1 100 886 0 0 1 886 1 886 0.0 1636 XP_023589550.1 CZT45482.1 40.1 769 385 13 82 783 73 832 8.55e-152 469 XP_023589550.1 RSL59427.1 36.2 376 229 6 98 469 63 431 1.73e-64 223 XP_023589550.1 MBA0549662.1 32.8 360 234 4 98 456 22 374 8.91e-58 201 XP_023589550.1 GEU53557.1 32.8 344 221 5 101 438 101 440 7.45e-54 196 XP_023589550.1 NQR19375.1 31.0 352 236 5 98 446 3 350 1.46e-47 174 XP_023589550.1 XP_055095726.1 27.1 399 210 11 121 442 209 603 5.58e-25 109 XP_023589550.1 ERE79785.1 24.6 399 214 9 96 463 124 466 1.43e-22 100 MBO5287652.1 MBO5287652.1 100 202 0 0 1 202 1 202 3.04e-142 393 WP_040009751.1 WP_040009751.1 100 140 0 0 1 140 1 140 1.33e-99 280 WP_197201326.1 WP_197201326.1 100 420 0 0 1 420 1 420 3.26e-301 813 WP_015314674.1 WP_015314674.1 100 255 0 0 1 255 1 255 6.04e-182 498 WP_015314674.1 WP_087085326.1 30.7 254 163 3 9 253 4 253 2.85e-30 112 WP_015314674.1 WP_057651690.1 34.7 245 156 3 10 253 48 289 2.35e-29 110 WP_015314674.1 WP_281054160.1 30.2 252 162 5 10 255 8 251 5.79e-28 105 WP_015314674.1 WP_042650033.1 32.4 244 163 1 10 253 5 246 7.44e-28 105 WP_015314674.1 MBG6287041.1 32.9 249 159 6 6 253 10 251 4.33e-27 103 WP_015314674.1 WP_138597401.1 29.5 241 160 3 17 253 8 242 8.29e-21 86.7 WP_015314674.1 WP_077093245.1 27.2 202 136 3 2 195 1 199 6.15e-12 62.8 WP_015314674.1 MCJ7630170.1 43.1 51 29 0 11 61 4 54 8.80e-04 35.4 CAG8151748.1 CAG8151748.1 100 168 0 0 1 168 1 168 2.94e-121 337 WP_202269095.1 WP_202269095.1 100 46 0 0 1 46 1 46 1.27e-25 86.3 WP_248403399.1 WP_248403399.1 100 71 0 0 1 71 1 71 1.70e-45 138 EWZ28924.1 EWZ28924.1 100 536 0 0 1 536 1 536 0.0 1070 WP_139573954.1 WP_139573954.1 100 186 0 0 1 186 1 186 1.04e-141 390 WP_138838620.1 WP_138838620.1 100 87 0 0 1 87 1 87 1.27e-63 185 CAH1454680.1 CAH1454680.1 100 134 0 0 1 134 1 134 5.50e-96 270 MBR4964110.1 MBR4964110.1 100 342 0 0 1 342 1 342 4.22e-253 685 WP_246303703.1 WP_246303703.1 100 504 0 0 1 504 1 504 1.20e-222 621 WP_135287436.1 WP_135287436.1 100 438 0 0 1 438 1 438 2.86e-311 840 WP_135287436.1 OTN76164.1 49.0 416 207 3 19 433 10 421 1.26e-128 377 OYY81277.1 OYY81277.1 100 277 0 0 1 277 1 277 1.01e-200 547 OYY81277.1 WP_248328072.1 28.9 263 180 4 5 264 18 276 1.13e-31 119 OYY81277.1 WP_200543170.1 33.1 142 79 5 65 194 546 683 6.88e-08 51.6 AWY63092.1 AWY63092.1 100 191 0 0 1 191 1 191 8.85e-141 388 WP_061583028.1 WP_061583028.1 100 214 0 0 1 214 1 214 8.01e-153 421 WP_259695835.1 WP_259695835.1 100 103 0 0 1 103 1 103 1.86e-68 198 WP_044328211.1 WP_044328211.1 100 242 0 0 1 242 1 242 1.05e-180 493 WP_044328211.1 MCE7733397.1 34.0 100 60 3 59 153 45 143 4.40e-06 44.7 WP_044328211.1 MBD5657753.1 28.3 120 82 3 43 158 41 160 8.11e-04 38.1 NXC48933.1 NXC48933.1 100 177 0 0 1 177 1 177 5.27e-92 264 MCP4974199.1 MCP4974199.1 100 368 0 0 1 368 1 368 6.48e-277 747 MCP4974199.1 MBI1189702.1 28.3 152 98 4 56 196 53 204 9.51e-12 63.9 MCP4974199.1 EFX2174330.1 27.3 194 129 4 7 196 5 190 1.85e-11 62.8 MCP4974199.1 WP_223413240.1 27.4 212 137 7 12 216 6 207 2.11e-11 62.8 MCP4974199.1 WP_266179881.1 28.2 213 134 8 12 216 6 207 1.61e-10 60.1 MCP4974199.1 MCH8293010.1 27.0 141 100 2 68 208 62 199 2.05e-09 56.6 MCP4974199.1 WP_138125503.1 27.1 144 93 3 9 146 2 139 1.61e-08 53.9 MCP4974199.1 WP_069697901.1 32.6 89 54 1 57 139 51 139 5.05e-08 52.4 MCP4974199.1 WP_249423022.1 26.0 146 106 1 59 204 54 197 1.50e-06 47.8 MCP4974199.1 WP_276369440.1 23.1 160 115 3 37 196 82 233 1.70e-06 47.8 KAG4104878.1 KAG4104878.1 100 306 0 0 1 306 1 306 1.18e-193 531 KKQ77718.1 KKQ77718.1 100 378 0 0 1 378 1 378 2.31e-266 721 KKQ77718.1 WP_070552687.1 40.5 365 188 4 5 367 3 340 2.54e-89 273 PSK49415.1 PSK49415.1 100 2447 0 0 1 2447 1 2447 0.0 4837 WP_224255409.1 WP_224255409.1 100 354 0 0 1 354 1 354 1.02e-266 720 WP_224255409.1 EAN4724137.1 95.5 353 16 0 1 353 1 353 3.22e-254 689 WP_224255409.1 MBT4259674.1 43.0 342 190 3 1 342 1 337 2.54e-97 290 WP_224255409.1 XP_018682766.1 31.1 347 172 5 4 349 60 340 2.78e-56 186 WP_063415362.1 WP_063415362.1 100 179 0 0 1 179 1 179 4.28e-133 368 WP_247740288.1 WP_247740288.1 100 215 0 0 1 215 1 215 4.80e-150 414 MBV9168199.1 MBV9168199.1 100 207 0 0 1 207 1 207 1.97e-145 401 KAJ6994162.1 KAJ6994162.1 100 949 0 0 1 949 1 949 0.0 1846 KAJ6994162.1 MBY0273331.1 35.7 785 441 19 32 806 5 735 5.58e-130 409 KAJ6994162.1 MBE6688122.1 28.5 786 475 21 22 738 9 776 1.61e-73 258 KAJ6994162.1 KAA0114277.1 30.3 704 405 20 22 660 40 722 1.62e-68 244 KAJ6994162.1 WP_049009918.1 26.0 801 511 22 33 783 66 834 1.10e-67 242 KAJ6994162.1 WP_235126772.1 28.5 771 455 22 32 721 14 769 1.51e-65 235 KAJ6994162.1 WP_278631399.1 27.2 772 475 22 23 732 10 756 1.38e-64 232 KAJ6994162.1 WP_019100427.1 26.9 766 488 21 21 727 37 789 2.66e-61 223 KAJ6994162.1 MBE5737882.1 23.2 707 448 19 47 687 35 712 9.95e-38 150 KAJ6994162.1 WP_074319120.1 24.7 555 325 13 100 638 210 687 5.52e-27 116 MBA0549662.1 MBA0549662.1 100 390 0 0 1 390 1 390 1.82e-285 771 MBA0549662.1 GEU53557.1 32.9 380 241 5 20 388 96 472 1.35e-64 214 MBA0549662.1 NXU45820.1 34.4 375 232 6 22 383 25 398 7.65e-62 210 MBA0549662.1 NQR19375.1 29.7 360 246 4 20 373 1 359 1.73e-59 197 MBA0549662.1 XP_023589550.1 32.8 360 234 4 22 374 98 456 1.51e-58 202 MBA0549662.1 RSL59427.1 30.2 378 258 4 18 390 59 435 1.66e-57 193 MBA0549662.1 CZT45482.1 28.4 398 245 3 22 379 89 486 2.19e-53 188 MBA0549662.1 XP_055095726.1 23.8 382 215 13 59 369 237 613 1.14e-15 77.0 QVX70521.1 QVX70521.1 100 1273 0 0 1 1273 1 1273 0.0 2206 QVX70521.1 UIX40308.1 90.2 1273 123 1 1 1273 1 1271 0.0 2149 QVX70521.1 UHB14670.1 89.2 1273 136 1 1 1273 1 1271 0.0 2137 QVX70521.1 QUE11983.1 91.3 1273 108 2 1 1273 1 1270 0.0 2128 QVX70521.1 UDK40309.1 88.6 1273 143 1 1 1273 1 1271 0.0 2117 QVX70521.1 UBN63752.1 91.0 1273 112 2 1 1273 1 1270 0.0 2097 QVX70521.1 UGX22439.1 87.0 1273 164 1 1 1273 1 1271 0.0 2050 QVX70521.1 USL51576.1 85.3 1273 184 1 1 1273 1 1270 0.0 2021 QVX70521.1 QUM20585.1 86.4 1273 172 1 1 1273 1 1272 0.0 1997 QVX70521.1 QXI91160.1 84.4 1273 198 1 1 1273 1 1272 0.0 1880 WP_247406571.1 WP_247406571.1 100 123 0 0 1 123 1 123 9.87e-87 246 QBR70480.1 QBR70480.1 100 86 0 0 1 86 1 86 6.15e-57 168 GGY65584.1 GGY65584.1 100 455 0 0 1 455 1 455 0.0 890 GGY65584.1 HAV2038468.1 23.8 202 140 4 211 411 374 562 1.63e-08 55.1 WP_149651004.1 WP_149651004.1 100 131 0 0 1 131 1 131 2.65e-88 251 WP_152046331.1 WP_152046331.1 100 292 0 0 1 292 1 292 3.70e-190 521 WP_152046331.1 EGY4555186.1 40.2 271 155 2 25 288 28 298 5.15e-53 173 WP_152046331.1 MCI7704736.1 39.9 263 157 1 27 288 28 290 1.86e-51 169 WP_152046331.1 WP_073936403.1 37.6 271 164 3 21 286 30 300 8.87e-42 145 WP_152046331.1 ETB53277.1 36.8 261 153 5 34 286 25 281 1.10e-39 138 WP_152046331.1 WP_184130797.1 39.5 223 125 6 72 285 148 369 1.04e-38 138 WP_152046331.1 WP_020547001.1 34.3 280 171 7 21 291 26 301 2.54e-27 106 WP_152046331.1 KAB2647529.1 27.2 136 86 3 155 287 175 300 3.90e-05 42.7 WP_223843725.1 WP_223843725.1 100 832 0 0 1 832 1 832 0.0 1635 MBA3914538.1 MBA3914538.1 100 138 0 0 1 138 1 138 2.59e-96 271 WP_268645109.1 WP_268645109.1 100 116 0 0 1 116 1 116 5.64e-85 241 EFU85163.1 EFU85163.1 100 375 0 0 1 375 1 375 1.73e-280 757 EFU85163.1 WP_239881445.1 45.7 376 175 7 16 367 16 386 3.24e-103 308 EFU85163.1 MBC9954836.1 37.6 117 73 0 16 132 23 139 1.67e-21 89.0 EFU85163.1 OQB67688.1 19.8 313 187 13 99 360 230 529 1.47e-04 42.0 MBI4966856.1 MBI4966856.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 MBI4966856.1 MCB1065733.1 73.3 45 12 0 1 45 23 67 1.81e-19 71.2 MBP1327478.1 MBP1327478.1 100 288 0 0 1 288 1 288 8.29e-201 548 MBP1327478.1 WP_281562017.1 35.1 262 138 10 47 281 64 320 1.42e-28 113 OLO59787.1 OLO59787.1 100 627 0 0 1 627 1 627 0.0 1211 PWY99603.1 PWY99603.1 100 264 0 0 1 264 1 264 2.80e-196 535 MBP8960789.1 MBP8960789.1 100 202 0 0 1 202 1 202 1.57e-144 399 MBP8960789.1 NOT95054.1 33.3 90 58 1 8 97 1 88 9.41e-10 53.1 WP_102529905.1 WP_102529905.1 100 234 0 0 1 234 1 234 4.26e-167 458 WP_273418567.1 WP_273418567.1 100 156 0 0 1 156 1 156 1.27e-107 301 WP_273418567.1 WP_074911472.1 33.0 112 67 3 43 149 911 1019 3.20e-10 55.8 WP_273418567.1 WP_256212307.1 33.3 96 61 2 36 131 73 165 4.67e-09 51.2 WP_273418567.1 WP_274755179.1 30.3 145 86 6 11 148 279 415 5.67e-07 46.2 WP_251835880.1 WP_251835880.1 100 759 0 0 1 759 1 759 0.0 1556 MBL7151874.1 MBL7151874.1 100 460 0 0 1 460 1 460 0.0 891 MBL7151874.1 MCC6251785.1 37.9 456 263 5 7 446 4 455 3.04e-91 283 MBL7151874.1 MBQ2719788.1 27.1 521 287 18 1 437 35 546 1.07e-34 134 MBL7151874.1 NP_177230.1 25.5 491 267 17 43 439 57 542 5.99e-28 115 MBL7151874.1 WP_011739125.1 26.3 472 274 13 9 449 5 433 1.00e-27 113 MBL7151874.1 WP_028046854.1 27.6 457 288 15 15 440 24 468 2.78e-27 112 MBL7151874.1 WP_187918914.1 26.0 453 289 13 9 444 4 427 5.32e-26 108 MBL7151874.1 WP_264593810.1 25.5 424 275 11 42 451 45 441 1.36e-23 101 MBL7151874.1 NWT28302.1 24.6 423 259 18 7 373 29 447 1.65e-13 70.9 HJE10580.1 HJE10580.1 100 424 0 0 1 424 1 424 6.45e-310 835 HJE10580.1 EBU9231875.1 52.9 418 188 4 9 420 4 418 1.43e-140 406 HJE10580.1 WP_244349102.1 26.5 486 261 15 10 419 2 467 5.53e-31 122 WP_271202339.1 WP_271202339.1 100 223 0 0 1 223 1 223 2.11e-157 433 MBP1746912.1 MBP1746912.1 100 487 0 0 1 487 1 487 0.0 978 MBP1746912.1 MCA0387421.1 24.7 360 212 9 1 354 1 307 5.71e-20 89.0 MBP1746912.1 WP_133874384.1 23.4 354 201 11 4 339 2 303 2.48e-17 81.3 MBP1746912.1 TML70651.1 31.0 158 74 4 4 157 2 128 3.67e-11 59.3 MBP1746912.1 KKT55671.1 22.4 241 138 8 4 243 300 492 5.79e-05 43.9 WP_181865219.1 WP_181865219.1 100 303 0 0 1 303 1 303 5.81e-229 620 WP_181865219.1 EEY3543156.1 98.3 303 5 0 1 303 312 614 2.87e-215 612 WP_181865219.1 ECI3309320.1 84.4 302 46 1 1 302 312 612 1.08e-186 535 WP_181865219.1 EFQ4765027.1 84.4 302 46 1 1 302 312 612 2.71e-186 535 WP_181865219.1 EJQ6627878.1 97.6 250 6 0 54 303 1 250 2.26e-178 495 WP_181865219.1 EEO7917989.1 70.2 295 84 1 1 295 312 602 3.65e-148 442 WP_181865219.1 WP_137512405.1 96.4 55 2 0 1 55 312 366 5.16e-32 120 MCF4165308.1 MCF4165308.1 100 121 0 0 1 121 1 121 1.59e-82 235 WP_086536228.1 WP_086536228.1 100 353 0 0 1 353 1 353 1.30e-248 674 MBT8422994.1 MBT8422994.1 100 143 0 0 1 143 1 143 1.63e-81 234 WP_232947168.1 WP_232947168.1 100 629 0 0 1 629 1 629 0.0 1280 WP_245248603.1 WP_245248603.1 100 119 0 0 1 119 1 119 1.17e-83 238 XP_056420557.1 XP_056420557.1 100 196 0 0 1 196 1 196 8.54e-121 338 NEP46602.1 NEP46602.1 100 138 0 0 1 138 1 138 6.11e-95 268 KAI5750574.1 KAI5750574.1 100 570 0 0 1 570 1 570 0.0 896 XP_046618542.1 XP_046618542.1 100 1087 0 0 1 1087 1 1087 0.0 1587 MBX2992548.1 MBX2992548.1 100 303 0 0 1 303 1 303 5.81e-229 620 GDX41819.1 GDX41819.1 100 238 0 0 1 238 1 238 4.62e-173 474 GDX41819.1 WP_210473185.1 33.8 210 122 5 40 238 68 271 3.52e-31 114 MCI9050290.1 MCI9050290.1 100 127 0 0 1 127 1 127 1.62e-87 248 MBE6344311.1 MBE6344311.1 100 248 0 0 1 248 1 248 1.74e-182 498 WP_001495833.1 WP_001495833.1 100 60 0 0 1 60 1 60 5.18e-42 128 WP_001495833.1 EEE4210954.1 64.3 56 20 0 5 60 4 59 6.27e-21 76.6 MBQ3420014.1 MBQ3420014.1 100 204 0 0 1 204 1 204 1.38e-139 386 MBQ3420014.1 WP_119328079.1 38.3 193 109 3 10 200 7 191 6.12e-28 102 MBQ3420014.1 NNF05378.1 37.6 202 108 5 9 200 5 198 2.46e-26 99.0 MBQ3420014.1 WP_158161316.1 36.9 195 108 5 10 200 9 192 1.03e-21 86.7 MCP4716728.1 MCP4716728.1 100 160 0 0 1 160 1 160 4.22e-108 303 MCP4716728.1 WP_208562420.1 30.1 103 58 3 17 111 6 102 3.78e-06 42.7 WP_141098672.1 WP_141098672.1 100 239 0 0 1 239 1 239 2.88e-172 472 WP_096561808.1 WP_096561808.1 100 59 0 0 1 59 1 59 2.62e-37 116 WP_146780046.1 WP_146780046.1 100 509 0 0 1 509 1 509 0.0 1068 WP_251223476.1 WP_251223476.1 100 242 0 0 1 242 1 242 1.13e-150 417 GGR71723.1 GGR71723.1 100 430 0 0 1 430 1 430 7.62e-296 800 XP_031122780.1 XP_031122780.1 100 533 0 0 1 533 1 533 0.0 1027 WP_003303823.1 WP_003303823.1 100 384 0 0 1 384 1 384 1.32e-309 831 MCL2808632.1 MCL2808632.1 100 232 0 0 1 232 1 232 1.68e-172 472 WP_058504615.1 WP_058504615.1 100 567 0 0 1 567 1 567 0.0 1091 WP_058504615.1 WP_283107263.1 36.2 511 302 7 67 562 56 557 2.07e-97 306 WP_058504615.1 WP_017718577.1 41.8 421 219 6 170 566 215 633 4.20e-90 290 WP_058504615.1 NRF69152.1 39.2 436 244 12 144 562 85 516 6.23e-83 266 WP_058504615.1 MBT7163208.1 33.5 385 233 10 190 562 196 569 1.39e-57 201 WP_058504615.1 WP_203339841.1 41.6 269 147 7 191 454 12 275 3.83e-49 172 WP_058504615.1 WP_121975536.1 35.6 253 146 7 188 435 3 243 2.88e-31 122 WP_058504615.1 EEC9022132.1 28.1 370 229 10 175 510 72 438 1.91e-30 123 WP_058504615.1 RYD39969.1 34.0 262 154 9 181 435 3 252 4.67e-27 109 WP_058504615.1 WP_029222463.1 36.9 149 82 4 319 456 121 268 3.88e-17 81.6 WP_030720866.1 WP_030720866.1 100 102 0 0 1 102 1 102 2.03e-67 196 XP_047978269.1 XP_047978269.1 100 663 0 0 1 663 1 663 0.0 1328 XP_047978269.1 XP_044485440.1 35.9 708 350 19 19 648 13 694 1.76e-113 355 MCR5498557.1 MCR5498557.1 100 152 0 0 1 152 1 152 9.79e-110 306 WP_230359455.1 WP_230359455.1 100 262 0 0 1 262 1 262 2.40e-171 471 MBX2942005.1 MBX2942005.1 100 136 0 0 1 136 1 136 8.74e-94 265 WP_024953993.1 WP_024953993.1 100 196 0 0 1 196 1 196 1.52e-139 385 WP_107020819.1 WP_107020819.1 100 353 0 0 1 353 1 353 2.66e-257 696 WP_240755700.1 WP_240755700.1 100 545 0 0 1 545 1 545 0.0 1019 WP_240755700.1 WP_031876812.1 32.9 164 103 6 135 292 134 296 4.63e-07 50.4 OAX39412.1 OAX39412.1 100 345 0 0 1 345 1 345 6.49e-254 687 OAX39412.1 XP_018754863.1 35.5 234 137 6 7 235 10 234 3.46e-31 119 OAX39412.1 KAJ5991093.1 29.1 203 123 5 11 209 20 205 3.84e-14 70.1 OAX39412.1 WP_257107333.1 28.8 215 116 7 11 206 6 202 1.26e-11 63.2 OAX39412.1 MBN1566249.1 25.0 264 166 9 15 257 8 260 1.06e-07 51.2 OAX39412.1 WP_167320363.1 24.1 220 140 9 22 236 18 215 7.46e-07 48.5 OAX39412.1 MBO1529847.1 21.7 281 176 8 1 256 1 262 7.44e-04 39.3 MBV8195826.1 MBV8195826.1 100 275 0 0 1 275 1 275 1.48e-192 526 MBF0987109.1 MBF0987109.1 100 590 0 0 1 590 1 590 0.0 1007 WP_125625723.1 WP_125625723.1 100 342 0 0 1 342 1 342 8.25e-235 639 WP_125625723.1 WP_198907334.1 32.2 339 208 4 12 341 11 336 6.72e-47 160 WP_125625723.1 WP_063427392.1 30.7 352 209 9 6 342 2 333 1.35e-29 114 WP_125625723.1 WP_055411085.1 25.6 347 226 7 12 341 6 337 3.01e-24 99.8 WP_125625723.1 WP_015699100.1 25.1 327 216 8 12 318 8 325 3.25e-15 73.9 WP_125625723.1 OKX80212.1 27.9 308 177 10 68 342 11 306 3.22e-13 67.8 WP_125625723.1 WP_238874073.1 25.6 211 144 7 12 213 17 223 7.47e-04 39.3 WGQ72821.1 WGQ72821.1 100 4344 0 0 1 4344 1 4344 0.0 5195 WGQ72821.1 QTD03487.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5188 WGQ72821.1 QWC83326.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5187 WGQ72821.1 WEU87158.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5184 WGQ72821.1 QVD87869.1 67.6 4344 1403 1 1 4344 26 4366 0.0 5176 WGQ72821.1 QTM79632.1 67.6 4344 1406 1 1 4344 26 4366 0.0 5174 WGQ72821.1 QTZ27226.1 67.6 4344 1404 1 1 4344 26 4366 0.0 5173 WGQ72821.1 QXR94354.1 67.6 4344 1405 1 1 4344 26 4366 0.0 5173 WGQ72821.1 WGP70063.1 73.9 4344 1135 0 1 4344 26 4369 0.0 5115 WGQ72821.1 QRX02582.1 67.5 4073 1324 0 1 4073 26 4098 0.0 4831 WP_083951119.1 WP_083951119.1 100 136 0 0 1 136 1 136 7.19e-93 263 MBO4859232.1 MBO4859232.1 100 228 0 0 1 228 1 228 7.97e-128 358 MCI8350609.1 MCI8350609.1 100 334 0 0 1 334 1 334 1.81e-234 637 MCI8350609.1 WP_095648367.1 24.4 197 128 4 145 326 216 406 1.29e-07 51.2 MBI5966481.1 MBI5966481.1 100 320 0 0 1 320 1 320 1.95e-231 628 MBI5966481.1 MBI1736306.1 49.5 289 135 4 17 303 16 295 6.55e-87 261 MBI5966481.1 WP_220615956.1 42.3 319 172 7 8 315 39 356 2.05e-70 221 MBI5966481.1 WP_276638014.1 42.7 309 161 6 15 310 43 348 2.90e-70 221 MBI5966481.1 WP_067782871.1 38.3 300 172 6 16 313 15 303 1.31e-56 184 MBI5966481.1 WP_279399778.1 35.3 289 173 6 28 313 27 304 3.94e-44 151 MBI5966481.1 MBQ1540263.1 34.2 298 143 11 17 305 34 287 6.51e-35 127 MBI5966481.1 HAR4359619.1 33.3 219 120 6 83 299 76 270 1.92e-26 103 MBI5966481.1 MBQ7293051.1 28.0 236 130 9 81 305 1 207 1.78e-14 69.7 HJD49103.1 HJD49103.1 100 338 0 0 1 338 1 338 1.27e-204 562 PYT05517.1 PYT05517.1 100 141 0 0 1 141 1 141 3.64e-93 264 QIC18874.1 QIC18874.1 100 306 0 0 1 306 1 306 2.83e-217 591 QIC18874.1 WP_132175930.1 40.1 237 142 0 6 242 11 247 1.21e-60 194 QIC18874.1 NVM03966.1 33.2 208 132 3 37 244 37 237 3.60e-28 109 QIC18874.1 WP_152652784.1 31.3 198 131 5 37 233 20 213 3.75e-25 100 QIC18874.1 WP_192500494.1 29.3 208 142 3 35 242 15 217 1.75e-24 99.0 QIC18874.1 RLN50561.1 29.1 199 137 3 37 233 1509 1705 8.87e-24 100 QIC18874.1 EHR6291555.1 28.6 206 144 2 37 242 22 224 9.01e-23 96.7 QIC18874.1 MSO30570.1 23.8 206 155 2 37 242 22 225 1.07e-16 77.8 QIC18874.1 WP_060613079.1 28.3 240 138 7 6 234 341 557 1.55e-16 78.2 QIC18874.1 WP_215557653.1 29.0 221 144 5 24 236 9 224 7.17e-16 74.3 MBQ9047503.1 MBQ9047503.1 100 278 0 0 1 278 1 278 1.08e-175 484 CAG0990770.1 CAG0990770.1 100 271 0 0 1 271 1 271 4.25e-190 520 CAG0990770.1 TMG86695.1 32.2 267 133 9 33 258 14 273 8.90e-22 90.5 CAG0990770.1 WP_212961195.1 31.4 223 131 8 48 256 437 651 1.27e-17 80.9 CAG0990770.1 WP_283842967.1 30.8 240 137 7 39 255 356 589 6.38e-17 78.6 CAG0990770.1 WP_007356512.1 25.1 239 141 7 44 249 752 985 9.67e-08 51.2 MBO6078463.1 MBO6078463.1 100 666 0 0 1 666 1 666 0.0 1261 MBO6078463.1 WP_259770126.1 30.0 623 380 19 22 627 15 598 4.46e-60 211 WP_243890777.1 WP_243890777.1 100 594 0 0 1 594 1 594 0.0 1155 WP_243890777.1 WP_062791926.1 28.9 626 357 13 43 594 63 674 1.55e-57 203 WP_255073759.1 WP_255073759.1 100 621 0 0 1 621 1 621 0.0 1153 WP_255073759.1 MBK6509184.1 42.6 585 321 5 8 581 6 586 1.26e-141 422 WP_255073759.1 MVA71646.1 42.0 555 313 5 8 556 11 562 5.70e-117 359 WP_255073759.1 WP_126678289.1 30.1 276 180 5 31 299 33 302 1.31e-17 85.1 VWM24802.1 VWM24802.1 100 177 0 0 1 177 1 177 6.80e-120 334 MCD0485423.1 MCD0485423.1 100 553 0 0 1 553 1 553 0.0 1083 WP_113120276.1 WP_113120276.1 100 145 0 0 1 145 1 145 1.47e-103 290 WP_113120276.1 PKL40887.1 51.1 141 68 1 5 145 7 146 1.64e-43 139 OSX70183.1 OSX70183.1 100 166 0 0 1 166 1 166 2.40e-78 228 WP_256212307.1 WP_256212307.1 100 187 0 0 1 187 1 187 2.75e-133 369 WP_256212307.1 WP_273418567.1 33.3 96 61 2 73 165 36 131 2.04e-08 49.7 WP_256212307.1 TMG86695.1 29.9 167 106 6 26 185 110 272 2.31e-08 50.8 WP_256212307.1 MCH5250214.1 26.1 180 114 7 8 169 225 403 1.51e-07 48.9 WP_283099644.1 WP_283099644.1 100 146 0 0 1 146 1 146 6.70e-96 271 KAJ3501609.1 KAJ3501609.1 100 354 0 0 1 354 1 354 1.22e-258 700 KAG9084682.1 KAG9084682.1 100 445 0 0 1 445 1 445 0.0 912 KAG9084682.1 KAJ5060329.1 32.3 424 261 7 18 430 64 472 2.56e-75 243 KAG9084682.1 PWI72242.1 31.1 396 249 8 30 422 82 456 5.85e-51 178 KAG9084682.1 XP_028717800.1 40.0 165 94 1 263 422 294 458 2.60e-32 126 KAG9084682.1 XP_046922164.1 29.2 195 131 2 234 421 223 417 2.89e-25 105 KAG9084682.1 XP_041334537.1 35.3 167 101 3 261 424 277 439 2.52e-22 97.4 KAG9084682.1 XP_037327098.1 25.9 197 132 4 253 442 293 482 1.81e-15 76.6 ECZ1075286.1 ECZ1075286.1 100 72 0 0 1 72 1 72 9.36e-48 144 WP_022619009.1 WP_022619009.1 100 236 0 0 1 236 1 236 5.62e-173 473 WP_022619009.1 WP_167977039.1 26.7 217 155 2 18 231 20 235 2.94e-30 111 WP_022619009.1 WP_076409454.1 29.8 191 124 3 22 207 23 208 3.20e-21 89.0 WP_022619009.1 WP_215557653.1 31.8 245 139 8 1 229 1 233 7.19e-21 86.7 WP_022619009.1 WP_105160947.1 28.6 241 136 7 8 220 8 240 1.06e-16 77.0 WP_022619009.1 RUU66461.1 28.3 198 126 5 22 207 109 302 1.31e-16 76.3 WP_022619009.1 MBQ3864274.1 30.7 189 110 6 21 194 38 220 3.29e-16 74.7 WP_022619009.1 WP_256546297.1 25.8 236 148 7 23 235 43 274 1.37e-15 72.4 WP_022619009.1 WP_088153117.1 31.0 216 123 8 19 219 15 219 9.54e-15 70.9 WP_022619009.1 RLN50561.1 22.8 215 151 6 16 221 1507 1715 5.44e-14 69.3 WP_053236900.1 WP_053236900.1 100 669 0 0 1 669 1 669 0.0 1246 WP_089566156.1 WP_089566156.1 100 404 0 0 1 404 1 404 3.46e-174 490 WP_089566156.1 EER6968786.1 87.5 48 6 0 1 48 70 117 3.16e-21 89.0 WP_089566156.1 WP_001531669.1 82.7 52 9 0 1 52 70 121 1.72e-19 89.0 GFV68115.1 GFV68115.1 100 215 0 0 1 215 1 215 2.41e-168 460 GFV68115.1 GFV41582.1 53.1 64 30 0 147 210 61 124 1.33e-15 68.9 GFV68115.1 GFV58109.1 54.2 48 20 1 160 205 29 76 4.18e-10 53.5 XP_039923984.1 XP_039923984.1 100 1198 0 0 1 1198 1 1198 0.0 2343 XP_039923984.1 NXJ84327.1 47.8 1292 505 32 1 1198 5 1219 0.0 945 XP_039923984.1 XP_042622198.1 33.5 364 213 9 167 524 173 513 3.46e-50 186 XP_039923984.1 KAG5815829.1 31.5 362 214 11 178 527 435 774 8.63e-38 151 XP_039923984.1 KAI9912466.1 28.8 153 99 4 272 420 109 255 9.32e-15 75.9 XP_039923984.1 EYU24504.1 27.6 275 144 12 196 427 189 451 1.43e-12 70.1 XP_039923984.1 XP_011889539.1 26.3 217 129 6 202 396 10 217 8.44e-10 61.6 XP_039923984.1 WP_281919021.1 33.3 102 65 2 301 399 116 217 6.14e-06 48.5 XP_039923984.1 GIW70618.1 27.3 220 135 7 196 400 48 257 1.08e-05 48.1 XP_039923984.1 WP_271931007.1 26.0 169 100 3 187 345 652 805 4.06e-05 46.2 WP_206760453.1 WP_206760453.1 100 159 0 0 1 159 1 159 2.02e-110 309 MBP3534615.1 MBP3534615.1 100 356 0 0 1 356 1 356 2.30e-264 714 CAH1398908.1 CAH1398908.1 100 141 0 0 1 141 1 141 1.32e-104 293 KAI8373711.1 KAI8373711.1 100 69 0 0 1 69 1 69 7.06e-44 134 XP_007121961.1 XP_007121961.1 100 294 0 0 1 294 1 294 2.66e-147 413 ABY20040.1 ABY20040.1 100 137 0 0 1 137 1 137 3.15e-92 261 XP_053218984.1 XP_053218984.1 100 591 0 0 1 591 1 591 0.0 1204 KAJ0483518.1 KAJ0483518.1 100 71 0 0 1 71 1 71 8.73e-48 144 KAJ0483518.1 ROW03190.1 45.7 70 34 1 1 70 31 96 1.07e-15 67.8 MBP5538497.1 MBP5538497.1 100 518 0 0 1 518 1 518 0.0 1040 MBP5538497.1 ESL04748.1 39.3 529 279 14 15 518 20 531 1.67e-96 301 WP_007270472.1 WP_007270472.1 100 399 0 0 1 399 1 399 8.31e-282 762 WP_007270472.1 WP_270908912.1 35.8 397 222 8 19 396 18 400 8.15e-53 179 WP_007270472.1 HAY39979.1 35.1 367 174 9 49 395 70 392 4.28e-52 177 WP_007270472.1 MBA2544012.1 35.2 88 47 3 291 369 442 528 1.33e-05 45.4 MCH1598717.1 MCH1598717.1 100 319 0 0 1 319 1 319 3.43e-245 663 MCE2791243.1 MCE2791243.1 100 343 0 0 1 343 1 343 2.02e-256 693 PUB18616.1 PUB18616.1 100 75 0 0 1 75 1 75 7.47e-53 157 MBG6287041.1 MBG6287041.1 100 253 0 0 1 253 1 253 8.59e-181 494 MBG6287041.1 KAG2346037.1 35.2 253 146 4 17 251 14 266 2.67e-35 125 MBG6287041.1 WP_042650033.1 35.0 243 154 3 14 252 5 247 1.55e-31 115 MBG6287041.1 WP_015314674.1 32.9 249 159 6 10 251 6 253 6.00e-27 103 MBG6287041.1 MXY99086.1 30.9 243 142 5 27 251 1 235 6.99e-23 92.0 MBG6287041.1 WP_183882442.1 29.8 191 133 1 14 203 4 194 1.84e-21 88.2 MBG6287041.1 MBN3744368.1 32.1 190 125 2 14 202 1 187 1.63e-17 78.2 MBG6287041.1 XP_028635853.1 27.7 188 127 2 14 192 8 195 2.28e-14 70.5 MBG6287041.1 WP_062917436.1 26.8 183 133 1 20 201 10 192 4.24e-12 62.8 MBG6287041.1 MCJ7630170.1 46.7 45 24 0 16 60 5 49 2.71e-05 39.7 KAH9956814.1 KAH9956814.1 100 1212 0 0 1 1212 1 1212 0.0 2324 KAH9956814.1 MBN3744368.1 38.0 108 61 2 56 157 69 176 3.91e-12 66.6 WP_030094039.1 WP_030094039.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_030094039.1 WP_065073015.1 66.4 140 44 1 6 145 3 139 4.62e-67 198 KAF1017786.1 KAF1017786.1 100 523 0 0 1 523 1 523 0.0 1025 KAF1017786.1 TMK27100.1 33.8 423 273 2 52 474 57 472 2.23e-63 214 NGZ99312.1 NGZ99312.1 100 104 0 0 1 104 1 104 1.72e-69 201 MBL1816365.1 MBL1816365.1 100 97 0 0 1 97 1 97 9.11e-73 209 TMQ05501.1 TMQ05501.1 100 60 0 0 1 60 1 60 6.07e-41 125 TMQ05501.1 WP_070172067.1 64.3 28 10 0 33 60 21 48 1.85e-07 43.9 TMQ05501.1 NXM52897.1 53.6 28 13 0 33 60 6 33 1.10e-05 38.9 MBN8894000.1 MBN8894000.1 100 435 0 0 1 435 1 435 0.0 866 MBN8894000.1 WP_037818847.1 24.0 437 262 16 9 428 10 393 8.91e-11 61.6 MBN8894000.1 WP_199673213.1 33.3 72 48 0 312 383 271 342 2.24e-05 44.7 RRH78400.1 RRH78400.1 100 116 0 0 1 116 1 116 2.39e-86 244 WP_228824605.1 WP_228824605.1 100 206 0 0 1 206 1 206 5.62e-140 387 WP_228824605.1 MBE6787267.1 31.0 187 127 2 1 186 1 186 4.40e-21 84.7 WP_228824605.1 MCH2678216.1 35.8 123 71 4 51 169 48 166 2.84e-12 61.2 ECU3870451.1 ECU3870451.1 100 975 0 0 1 975 1 975 0.0 1788 ECU3870451.1 EFE8261313.1 45.0 462 146 8 50 431 57 490 1.52e-100 332 KAG0031507.1 KAG0031507.1 100 149 0 0 1 149 1 149 1.92e-110 308 KAG0031507.1 TYG81953.1 45.2 146 79 1 4 149 8 152 3.05e-43 138 KAG0031507.1 KAF1947782.1 39.0 146 87 1 2 145 5 150 5.64e-36 120 KAG0031507.1 ESR55765.1 38.8 67 41 0 4 70 8 74 1.56e-12 58.2 TMJ88229.1 TMJ88229.1 100 125 0 0 1 125 1 125 3.55e-90 255 WP_143169250.1 WP_143169250.1 100 379 0 0 1 379 1 379 7.16e-266 720 WP_143169250.1 AWW49543.1 43.6 362 192 7 24 379 41 396 9.78e-91 276 AEN92745.1 AEN92745.1 100 154 0 0 1 154 1 154 1.28e-115 322 RSL41043.1 RSL41043.1 100 656 0 0 1 656 1 656 0.0 1233 WP_235620461.1 WP_235620461.1 100 21 0 0 1 21 1 21 1.88e-11 48.9 AGV54449.1 AGV54449.1 100 599 0 0 1 599 1 599 0.0 900 AGV54449.1 KAJ2160981.1 39.7 290 126 4 352 593 154 442 2.96e-52 184 WP_124691753.1 WP_124691753.1 100 554 0 0 1 554 1 554 0.0 1035 KPM41539.1 KPM41539.1 100 604 0 0 1 604 1 604 0.0 1106 MBX5327472.1 MBX5327472.1 100 67 0 0 1 67 1 67 3.04e-44 134 QTD03487.1 QTD03487.1 100 4405 0 0 1 4405 1 4405 0.0 8658 QTD03487.1 QSZ25555.1 99.8 4401 7 0 1 4401 1 4401 0.0 8643 QTD03487.1 QWC83326.1 99.8 4401 7 0 1 4401 1 4401 0.0 8641 QTD03487.1 WEU87158.1 99.9 4401 5 0 1 4401 1 4401 0.0 8641 QTD03487.1 UBP50947.1 99.8 4401 10 0 1 4401 1 4401 0.0 8634 QTD03487.1 UFM00670.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 QTD03487.1 UEC68750.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 QTD03487.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8630 QTD03487.1 UBD95131.1 99.7 4401 12 0 1 4401 1 4401 0.0 8628 QTD03487.1 QRX02582.1 99.9 4098 4 0 1 4098 1 4098 0.0 8028 WP_266535309.1 WP_266535309.1 100 74 0 0 1 74 1 74 2.34e-51 153 WP_010016619.1 WP_010016619.1 100 617 0 0 1 617 1 617 0.0 1190 WP_010016619.1 MBO5098538.1 61.4 88 34 0 521 608 1 88 2.26e-28 107 WP_010016619.1 MBN2427654.1 24.6 504 316 15 14 488 3 471 1.08e-27 116 WP_010016619.1 MCC7304610.1 25.1 490 231 13 16 384 14 488 1.81e-24 106 WP_010016619.1 MBP6400846.1 40.8 147 77 3 16 159 6 145 1.73e-23 96.7 WP_010016619.1 NNC58435.1 25.9 490 229 15 17 384 11 488 4.03e-23 102 WP_039789871.1 WP_039789871.1 100 213 0 0 1 213 1 213 1.96e-148 409 MCP2519657.1 MCP2519657.1 100 419 0 0 1 419 1 419 1.59e-312 842 MCP2519657.1 MBR2609817.1 45.0 422 226 5 1 418 1 420 9.85e-119 350 MCP2519657.1 MCI5191941.1 37.0 419 259 4 1 418 1 415 4.37e-84 268 MCP2519657.1 WP_259568097.1 26.9 387 211 8 96 410 176 562 2.55e-26 110 MBA3609961.1 MBA3609961.1 100 448 0 0 1 448 1 448 0.0 880 MBA3609961.1 OWZ34415.1 35.4 432 261 6 27 443 45 473 9.61e-78 248 MBA3609961.1 ELZ16407.1 36.2 412 239 11 36 432 30 432 3.99e-69 225 MBA3609961.1 MBQ6794463.1 34.2 406 203 11 41 436 16 367 4.71e-55 186 MBA3609961.1 MCU1411638.1 31.7 407 225 11 37 432 20 384 6.96e-53 181 MBA3609961.1 MCF7895906.1 32.5 345 202 9 36 379 20 334 8.00e-46 160 MBA3609961.1 WP_160194147.1 31.3 367 218 9 42 391 32 381 2.00e-40 148 MBA3609961.1 MCM2356329.1 30.5 272 166 8 36 299 29 285 2.57e-30 117 MCL7398932.1 MCL7398932.1 100 496 0 0 1 496 1 496 0.0 1007 MCL7398932.1 MCE5280144.1 31.0 374 216 6 118 486 17 353 8.79e-55 193 MCL7398932.1 MCD7834656.1 22.6 394 215 17 124 469 99 450 1.17e-07 52.4 MCU0269282.1 MCU0269282.1 100 343 0 0 1 343 1 343 1.59e-253 686 WP_200543170.1 WP_200543170.1 100 692 0 0 1 692 1 692 0.0 1357 WP_200543170.1 HAB03480.1 38.3 540 320 3 159 686 547 1085 1.30e-106 347 WP_200543170.1 WP_230171322.1 42.6 437 241 3 259 690 589 1020 1.06e-102 336 WP_200543170.1 CKF71070.1 40.6 436 255 2 256 687 306 741 1.29e-102 328 WP_200543170.1 WP_018646673.1 34.4 485 306 5 215 690 466 947 2.97e-85 286 WP_200543170.1 MBF0143407.1 36.7 420 251 5 277 686 641 1055 6.61e-73 254 WP_200543170.1 WP_126679569.1 35.5 456 280 7 240 684 342 794 5.76e-60 214 WP_200543170.1 WP_145544593.1 40.2 127 72 3 307 433 395 517 4.76e-20 92.4 WP_200543170.1 WP_269885397.1 34.2 158 101 3 277 433 115 270 2.17e-17 81.3 WP_200543170.1 WP_242961281.1 31.7 180 120 3 259 437 524 701 2.27e-15 78.2 MBF2036494.1 MBF2036494.1 100 598 0 0 1 598 1 598 1.01e-297 819 MBF2036494.1 NJK67049.1 37.3 300 146 8 5 269 4 296 2.29e-39 149 MBF2036494.1 NXD84883.1 26.1 207 141 6 16 221 90 285 1.16e-09 59.3 MBF2036494.1 KZT58963.1 26.1 211 142 7 16 219 1084 1287 5.76e-08 54.3 MBF2036494.1 CCX82620.1 29.3 140 88 5 76 211 10 142 2.50e-07 51.6 MBF2036494.1 XP_026100634.1 26.6 218 129 9 10 216 83 280 7.21e-06 47.0 XP_052337646.1 XP_052337646.1 100 1527 0 0 1 1527 1 1527 0.0 2831 XP_052337646.1 XP_051216225.1 33.1 740 366 21 688 1416 249 870 3.72e-89 309 XP_052337646.1 NWH38694.1 34.2 184 97 6 1248 1417 312 485 4.20e-19 90.9 WP_201700143.1 WP_201700143.1 100 149 0 0 1 149 1 149 2.94e-105 295 MBE35268.1 MBE35268.1 100 529 0 0 1 529 1 529 0.0 899 MYI74371.1 MYI74371.1 100 104 0 0 1 104 1 104 4.92e-69 200 WP_280941535.1 WP_280941535.1 100 297 0 0 1 297 1 297 2.36e-200 548 KAJ0963891.1 KAJ0963891.1 100 707 0 0 1 707 1 707 0.0 1376 KAJ0963891.1 XP_021741676.1 37.1 310 111 9 16 285 2 267 4.00e-46 170 WP_238068046.1 WP_238068046.1 100 270 0 0 1 270 1 270 2.54e-186 510 UDK40309.1 UDK40309.1 100 1271 0 0 1 1271 1 1271 0.0 2428 UDK40309.1 UHB14670.1 98.1 1271 24 0 1 1271 1 1271 0.0 2411 UDK40309.1 UIX40308.1 98.0 1271 26 0 1 1271 1 1271 0.0 2405 UDK40309.1 UPU53169.1 96.2 1273 44 2 1 1271 1 1270 0.0 2350 UDK40309.1 UYC71619.1 96.3 1273 40 3 1 1271 1 1268 0.0 2345 UDK40309.1 UGX22439.1 94.6 1271 69 0 1 1271 1 1271 0.0 2300 UDK40309.1 QUE11983.1 94.0 1273 71 3 1 1271 1 1270 0.0 2278 UDK40309.1 UBN63752.1 92.5 1273 90 3 1 1271 1 1270 0.0 2230 UDK40309.1 QUM20585.1 90.4 1273 119 2 1 1271 1 1272 0.0 2169 UDK40309.1 QXI91160.1 85.8 1273 178 2 1 1271 1 1272 0.0 2018 WP_271340374.1 WP_271340374.1 100 598 0 0 1 598 1 598 0.0 1053 WP_271340374.1 WP_104456122.1 31.1 225 131 6 371 591 311 515 4.06e-16 79.7 WP_271340374.1 WP_269572442.1 28.6 301 199 3 199 497 256 542 8.41e-16 79.0 WP_271340374.1 WP_128786583.1 40.3 149 84 3 404 548 450 597 4.73e-15 76.6 WP_271340374.1 WP_025739406.1 36.8 185 103 2 414 598 467 637 1.35e-13 72.0 WP_271340374.1 WP_156140069.1 33.3 168 98 4 427 580 405 572 1.32e-09 59.3 WP_271340374.1 MCI8311254.1 40.0 95 54 1 382 473 307 401 2.58e-09 58.2 WP_019045265.1 WP_019045265.1 100 144 0 0 1 144 1 144 2.75e-103 290 ECX3143969.1 ECX3143969.1 100 33 0 0 1 33 1 33 1.71e-18 67.4 MSR47408.1 MSR47408.1 100 70 0 0 1 70 1 70 2.73e-46 140 WP_247915795.1 WP_247915795.1 100 327 0 0 1 327 1 327 6.47e-254 686 WP_247915795.1 WP_166960135.1 32.5 295 177 9 8 293 26 307 1.48e-44 154 WP_118757260.1 WP_118757260.1 100 297 0 0 1 297 1 297 1.20e-218 594 WP_118757260.1 MBP8049567.1 30.2 268 171 7 19 280 7 264 1.89e-26 103 NPA74709.1 NPA74709.1 100 273 0 0 1 273 1 273 6.17e-209 567 WP_083062905.1 WP_083062905.1 100 486 0 0 1 486 1 486 0.0 950 WP_083062905.1 MBR0160695.1 41.9 439 237 8 1 436 1 424 2.36e-99 303 WP_083062905.1 WP_027951454.1 38.1 336 195 5 4 337 5 329 1.43e-54 186 WP_083062905.1 MCL4333886.1 50.0 54 27 0 164 217 168 221 3.32e-10 59.7 WP_231768584.1 WP_231768584.1 100 289 0 0 1 289 1 289 2.91e-206 562 WP_231768584.1 WP_136027195.1 34.5 252 155 3 35 284 23 266 8.21e-41 140 WP_254819486.1 WP_254819486.1 100 459 0 0 1 459 1 459 0.0 921 WP_254819486.1 WP_160194147.1 27.8 381 254 10 10 387 7 369 2.56e-31 123 WP_254819486.1 ELZ16407.1 25.7 460 295 14 23 458 12 448 5.19e-29 117 WP_254819486.1 MBQ6794463.1 26.3 411 242 14 39 447 17 368 5.56e-28 112 EFB3581025.1 EFB3581025.1 100 241 0 0 1 241 1 241 1.67e-172 473 EFB3581025.1 CAG0273471.1 51.7 209 99 2 30 237 1 208 2.65e-71 215 EFB3581025.1 WP_250376457.1 31.0 210 130 4 34 229 25 233 1.10e-31 114 EFB3581025.1 HAP0275886.1 32.1 221 137 7 21 232 8 224 1.45e-29 108 WP_209834627.1 WP_209834627.1 100 803 0 0 1 803 1 803 0.0 1534 WP_116235933.1 WP_116235933.1 100 310 0 0 1 310 1 310 1.15e-218 595 WP_103640433.1 WP_103640433.1 100 126 0 0 1 126 1 126 9.76e-84 239 NOZ81161.1 NOZ81161.1 100 297 0 0 1 297 1 297 3.74e-197 540 NLL42224.1 NLL42224.1 100 301 0 0 1 301 1 301 4.45e-207 565 YP_010101702.1 YP_010101702.1 100 104 0 0 1 104 1 104 8.50e-70 202 XP_044655078.1 XP_044655078.1 100 318 0 0 1 318 1 318 1.34e-246 666 MCS3353511.1 MCS3353511.1 100 129 0 0 1 129 1 129 3.00e-93 263 MCS3353511.1 WP_119938117.1 31.9 69 47 0 57 125 203 271 3.07e-06 43.1 MCS3353511.1 WP_026661995.1 30.3 89 61 1 36 124 187 274 1.06e-05 41.6 MCS3353511.1 WP_026861651.1 37.9 58 36 0 67 124 252 309 9.47e-05 38.9 MBQ1183295.1 MBQ1183295.1 100 103 0 0 1 103 1 103 1.08e-67 196 MBQ1183295.1 MBP7061284.1 40.8 98 58 0 6 103 12 109 1.17e-24 88.2 XP_040549882.1 XP_040549882.1 100 246 0 0 1 246 1 246 3.40e-188 513 WP_146661090.1 WP_146661090.1 100 281 0 0 1 281 1 281 9.28e-188 516 RYO44776.1 RYO44776.1 100 846 0 0 1 846 1 846 0.0 1721 RYO44776.1 MBF8294570.1 31.8 607 332 23 249 827 24 576 5.27e-68 235 RYO44776.1 MCL1888839.1 25.0 813 399 21 51 830 71 705 1.39e-50 188 RYO44776.1 WP_161020167.1 21.5 377 226 10 51 362 117 488 6.33e-09 57.8 NQY65348.1 NQY65348.1 100 72 0 0 1 72 1 72 2.79e-49 147 NQY65348.1 RBA14522.1 35.4 65 32 3 8 62 748 812 1.20e-04 36.6 MBC8384723.1 MBC8384723.1 100 359 0 0 1 359 1 359 7.04e-256 693 MBC8384723.1 MCM8792278.1 45.1 350 148 6 7 352 7 316 1.11e-89 270 MBC8384723.1 NNF43866.1 37.6 346 191 6 9 352 12 334 1.66e-71 224 WP_233927803.1 WP_233927803.1 100 300 0 0 1 300 1 300 2.52e-217 591 WP_233927803.1 WP_124583682.1 33.4 299 172 5 1 292 1 279 1.70e-40 141 EBR8320535.1 EBR8320535.1 100 442 0 0 1 442 1 442 0.0 882 EBR8320535.1 HBN9628875.1 22.1 417 269 15 39 430 275 660 4.10e-04 41.2 MCB1452120.1 MCB1452120.1 100 55 0 0 1 55 1 55 2.18e-32 103 MCK4540455.1 MCK4540455.1 100 158 0 0 1 158 1 158 5.16e-108 303 WP_002951147.1 WP_002951147.1 100 228 0 0 1 228 1 228 6.62e-177 483 WP_171832914.1 WP_171832914.1 100 179 0 0 1 179 1 179 7.69e-136 375 WP_171832914.1 WP_159220133.1 46.9 177 94 0 1 177 1 177 8.87e-59 180 RTG88278.1 RTG88278.1 100 270 0 0 1 270 1 270 3.55e-177 487 MCI9173074.1 MCI9173074.1 100 406 0 0 1 406 1 406 5.18e-300 809 WP_232968558.1 WP_232968558.1 100 315 0 0 1 315 1 315 7.86e-224 608 WP_232968558.1 WP_247623927.1 42.5 313 165 4 8 314 100 403 7.92e-76 236 WP_232968558.1 PAV09171.1 35.2 321 183 5 1 313 17 320 4.87e-56 182 WP_255895909.1 WP_255895909.1 100 395 0 0 1 395 1 395 4.35e-291 785 WP_255895909.1 WP_035064005.1 33.3 348 217 4 46 380 33 378 7.12e-57 191 WP_255895909.1 MBT6563471.1 30.5 354 235 4 37 380 15 367 3.93e-49 171 HAS9516566.1 HAS9516566.1 100 337 0 0 1 337 1 337 1.87e-258 698 KAI4297075.1 KAI4297075.1 100 867 0 0 1 867 1 867 0.0 1576 BAW23943.1 BAW23943.1 100 144 0 0 1 144 1 144 1.71e-88 252 WP_182232449.1 WP_182232449.1 100 248 0 0 1 248 1 248 7.10e-182 497 WP_182232449.1 GJM25205.1 29.0 221 142 5 27 241 28 239 5.11e-22 89.7 MBT3329129.1 MBT3329129.1 100 443 0 0 1 443 1 443 2.98e-311 840 MBT3329129.1 MCK5309055.1 29.7 367 232 10 50 399 49 406 5.77e-38 141 WP_112978543.1 WP_112978543.1 100 99 0 0 1 99 1 99 8.06e-68 196 WP_275397725.1 WP_275397725.1 100 167 0 0 1 167 1 167 7.51e-119 331 WP_275397725.1 WP_218203447.1 30.7 75 52 0 75 149 72 146 4.69e-05 40.0 NVJ87065.1 NVJ87065.1 100 115 0 0 1 115 1 115 8.02e-89 251 NVJ87065.1 WP_189693187.1 73.7 19 5 0 7 25 38 56 4.54e-05 38.1 WP_271569319.1 WP_271569319.1 100 415 0 0 1 415 1 415 3.59e-291 787 EWT02607.1 EWT02607.1 100 301 0 0 1 301 1 301 5.80e-228 618 WP_001884703.1 WP_001884703.1 100 324 0 0 1 324 1 324 2.78e-233 633 WP_001884703.1 WP_263620371.1 25.9 294 179 11 9 293 8 271 1.40e-10 59.7 WP_231483373.1 WP_231483373.1 100 290 0 0 1 290 1 290 9.52e-217 588 KAH9316303.1 KAH9316303.1 100 73 0 0 1 73 1 73 2.74e-54 160 WP_226909596.1 WP_226909596.1 100 574 0 0 1 574 1 574 0.0 1135 WP_226909596.1 MBV9097303.1 35.9 142 85 3 411 547 4 144 1.99e-16 75.5 WP_281054160.1 WP_281054160.1 100 253 0 0 1 253 1 253 1.55e-183 501 WP_281054160.1 WP_042650033.1 31.2 247 160 4 8 249 5 246 1.34e-33 120 WP_281054160.1 WP_087085326.1 30.6 252 162 5 8 249 5 253 5.30e-30 111 WP_281054160.1 WP_015314674.1 30.2 252 162 5 8 251 10 255 1.43e-29 110 WP_281054160.1 WP_060347438.1 29.8 255 156 8 8 249 4 248 1.72e-27 105 WP_281054160.1 WP_110035452.1 27.8 245 161 4 7 249 3 233 4.38e-26 100 WP_281054160.1 WP_013845913.1 28.1 249 172 6 7 250 3 249 8.15e-24 94.7 WP_281054160.1 WP_057651690.1 29.4 248 163 5 8 249 48 289 1.77e-23 94.7 WP_281054160.1 WP_077093245.1 27.9 197 130 2 3 188 1 196 2.72e-18 80.9 WP_281054160.1 MAN53906.1 27.8 216 140 7 7 213 3 211 7.10e-17 76.6 QEP12732.1 QEP12732.1 100 107 0 0 1 107 1 107 6.88e-75 215 MBF8300261.1 MBF8300261.1 100 843 0 0 1 843 1 843 0.0 1667 WP_088557458.1 WP_088557458.1 100 324 0 0 1 324 1 324 1.14e-216 591 OCN18427.1 OCN18427.1 100 142 0 0 1 142 1 142 1.22e-105 295 UQV46285.1 UQV46285.1 100 380 0 0 1 380 1 380 2.46e-278 752 WP_223326327.1 WP_223326327.1 100 144 0 0 1 144 1 144 1.79e-99 280 WP_223326327.1 MBS6066499.1 42.6 141 81 0 2 142 4 144 1.67e-37 123 WP_274192231.1 WP_274192231.1 100 260 0 0 1 260 1 260 2.09e-180 494 HCN8461219.1 HCN8461219.1 100 93 0 0 1 93 1 93 5.65e-63 184 HCN8461219.1 GLX88815.1 67.4 86 28 0 8 93 9 94 7.83e-38 126 HCN8461219.1 WP_210226425.1 53.8 91 42 0 3 93 4 94 2.16e-29 104 HCN8461219.1 MBR0212985.1 48.3 89 45 1 5 93 3 90 1.89e-21 82.8 HCN8461219.1 MBR2406030.1 40.4 57 33 1 11 67 29 84 2.78e-05 39.3 WP_217101611.1 WP_217101611.1 100 321 0 0 1 321 1 321 4.96e-230 625 WP_217101611.1 WP_166725305.1 88.1 320 38 0 1 320 1 320 1.42e-197 543 WP_217101611.1 WP_213750918.1 47.0 266 140 1 54 319 8 272 1.15e-71 221 WP_217101611.1 HHH37178.1 34.3 178 117 0 130 307 79 256 2.62e-26 103 WP_217101611.1 WP_198297747.1 28.6 262 172 5 61 318 2 252 5.92e-21 88.6 WP_130477570.1 WP_130477570.1 100 268 0 0 1 268 1 268 9.26e-188 513 WP_130477570.1 WP_144002426.1 50.2 267 129 2 1 264 4 269 3.49e-78 236 WP_130477570.1 MCF8193609.1 34.5 145 91 2 121 262 113 256 3.54e-14 68.9 WP_130477570.1 WP_113851760.1 32.4 142 95 1 121 262 97 237 4.12e-12 62.8 MBN2090897.1 MBN2090897.1 100 607 0 0 1 607 1 607 0.0 1180 AVJ74934.1 AVJ74934.1 100 315 0 0 1 315 1 315 4.12e-235 637 WP_103294927.1 WP_103294927.1 100 226 0 0 1 226 1 226 5.59e-159 437 OGO01021.1 OGO01021.1 100 397 0 0 1 397 1 397 6.46e-294 793 OGO01021.1 MBX6373297.1 33.0 400 252 5 5 397 17 407 3.17e-57 191 OGO01021.1 EGS8470081.1 31.0 387 252 9 5 386 4 380 4.97e-56 187 OGO01021.1 WP_065517671.1 32.0 387 245 7 2 375 7 388 2.86e-51 175 OGO01021.1 WP_065029373.1 30.2 388 258 11 1 380 1 383 1.68e-42 151 OGO01021.1 MYJ01754.1 38.1 197 117 3 1 194 1 195 2.86e-36 129 OGO01021.1 WP_032373688.1 27.1 336 223 7 5 338 8 323 3.83e-29 114 WP_100610557.1 WP_100610557.1 100 577 0 0 1 577 1 577 0.0 1133 WP_100610557.1 HAR3824072.1 42.2 567 314 7 10 570 24 582 6.50e-147 434 WP_100610557.1 WP_180196654.1 29.0 551 371 7 15 558 4 541 1.09e-68 230 WP_100610557.1 WP_099345046.1 29.4 534 361 8 33 563 17 537 7.94e-61 209 WP_100610557.1 WP_060004157.1 30.6 566 361 14 20 566 3 555 8.46e-55 194 WP_100610557.1 GLO13544.1 28.4 559 359 10 17 563 9 538 3.10e-54 191 MCD4768021.1 MCD4768021.1 100 51 0 0 1 51 1 51 6.01e-35 110 WP_129895541.1 WP_129895541.1 100 1301 0 0 1 1301 1 1301 0.0 2421 WP_129895541.1 WP_039672911.1 26.9 553 360 12 12 553 72 591 8.18e-33 136 XP_016211170.1 XP_016211170.1 100 849 0 0 1 849 1 849 0.0 1690 EIO3984852.1 EIO3984852.1 100 140 0 0 1 140 1 140 1.33e-99 280 CDL67554.1 CDL67554.1 100 74 0 0 1 74 1 74 1.31e-48 146 HHY02707.1 HHY02707.1 100 216 0 0 1 216 1 216 5.27e-104 297 CAD6270987.1 CAD6270987.1 100 287 0 0 1 287 1 287 3.97e-203 554 CAD6270987.1 NQX99425.1 42.9 231 128 3 59 286 1 230 5.62e-54 174 WP_160149429.1 WP_160149429.1 100 212 0 0 1 212 1 212 3.14e-149 411 WP_257358148.1 WP_257358148.1 100 342 0 0 1 342 1 342 3.24e-128 379 WP_194266302.1 WP_194266302.1 100 131 0 0 1 131 1 131 8.54e-94 265 WP_058738289.1 WP_058738289.1 100 431 0 0 1 431 1 431 4.74e-311 839 WP_058738289.1 WP_024039518.1 31.2 398 260 10 25 414 30 421 3.69e-51 176 WP_058738289.1 WP_262452366.1 25.7 428 289 10 8 416 9 426 8.24e-25 104 WP_058738289.1 MXI78925.1 35.1 222 115 8 103 317 1 200 6.44e-24 97.1 WP_188948933.1 WP_188948933.1 100 124 0 0 1 124 1 124 7.37e-53 160 WP_205188895.1 WP_205188895.1 100 459 0 0 1 459 1 459 0.0 925 WP_116691934.1 WP_116691934.1 100 103 0 0 1 103 1 103 9.59e-71 204 WP_273597572.1 WP_273597572.1 100 211 0 0 1 211 1 211 7.74e-154 423 WP_198465579.1 WP_198465579.1 100 777 0 0 1 777 1 777 0.0 1548 KAI0008979.1 KAI0008979.1 100 327 0 0 1 327 1 327 1.57e-245 664 OIV35259.1 OIV35259.1 100 220 0 0 1 220 1 220 1.12e-146 405 EIQ2008784.1 EIQ2008784.1 100 206 0 0 1 206 1 206 3.99e-149 410 AST39768.1 AST39768.1 100 99 0 0 1 99 1 99 1.82e-73 211 AST39768.1 MOY95459.1 72.4 98 27 0 2 99 2 99 6.89e-51 154 AST39768.1 MOY61908.1 64.3 98 35 0 2 99 2 99 3.62e-44 137 AST39768.1 AMA13662.1 62.2 98 37 0 2 99 63 160 1.17e-41 133 MBP8846809.1 MBP8846809.1 100 1317 0 0 1 1317 1 1317 0.0 2632 WP_054895058.1 WP_054895058.1 100 98 0 0 1 98 1 98 2.42e-64 187 CAH1250835.1 CAH1250835.1 100 533 0 0 1 533 1 533 0.0 1002 WP_200599363.1 WP_200599363.1 100 456 0 0 1 456 1 456 0.0 953 WP_200599363.1 HCI3868538.1 70.8 264 77 0 1 264 1 264 1.30e-145 414 KRM25387.1 KRM25387.1 100 84 0 0 1 84 1 84 1.53e-56 167 WP_150146969.1 WP_150146969.1 100 191 0 0 1 191 1 191 1.40e-128 357 WP_150146969.1 WP_190630613.1 31.0 203 119 7 3 188 6 204 3.80e-19 79.7 XP_032275630.1 XP_032275630.1 100 217 0 0 1 217 1 217 8.90e-147 405 KDT27382.1 KDT27382.1 100 777 0 0 1 777 1 777 0.0 1536 KDT27382.1 EFN5389376.1 95.8 613 26 0 1 613 200 812 0.0 1138 KDT27382.1 HAN0352225.1 78.1 416 89 1 53 466 97 512 1.91e-241 680 KDT27382.1 EIH4263652.1 95.3 276 13 0 1 276 311 586 1.63e-156 466 KDT27382.1 EJW7579374.1 93.5 245 16 0 1 245 49 293 2.42e-135 400 KDT27382.1 EFL5817307.1 92.6 217 16 0 1 217 264 480 1.92e-110 343 KDT27382.1 EDD0587303.1 26.8 549 253 18 92 614 827 1252 2.95e-31 130 WP_064802002.1 WP_064802002.1 100 391 0 0 1 391 1 391 3.92e-301 810 WP_064802002.1 MBW4662439.1 39.3 275 153 3 14 288 18 278 6.55e-56 187 WP_064802002.1 WP_250015522.1 29.6 385 252 11 8 385 13 385 2.74e-42 150 WP_064802002.1 WP_270430070.1 28.3 357 230 5 19 370 22 357 8.38e-38 138 WP_064802002.1 WP_090419626.1 28.2 351 221 9 31 375 31 356 1.25e-31 121 HCH8663031.1 HCH8663031.1 100 809 0 0 1 809 1 809 0.0 1640 HCH8663031.1 WP_220281278.1 50.1 805 385 9 14 808 16 813 4.95e-269 763 HCH8663031.1 HAL7851047.1 52.3 642 296 6 174 808 8 646 2.12e-219 630 HCH8663031.1 EJH9475741.1 30.7 755 419 25 113 808 51 760 1.01e-77 265 HCH8663031.1 WP_184698676.1 29.6 781 455 26 75 807 17 750 1.09e-74 257 HCH8663031.1 WP_265822109.1 23.9 856 492 30 13 763 8 809 5.94e-33 135 HCH8663031.1 EFT8991253.1 24.2 223 144 6 103 300 149 371 2.56e-05 46.2 MBL04873.1 MBL04873.1 100 454 0 0 1 454 1 454 0.0 926 MBL04873.1 EDF5922784.1 25.7 401 190 17 88 432 63 411 2.21e-09 57.8 MBL04873.1 XP_050578957.1 23.1 212 116 5 3 198 803 983 1.70e-06 48.9 MBL04873.1 EJI8012843.1 60.7 28 11 0 405 432 492 519 5.17e-04 40.8 OGW26817.1 OGW26817.1 100 129 0 0 1 129 1 129 1.32e-96 271 OGU26820.1 OGU26820.1 100 246 0 0 1 246 1 246 5.60e-178 487 WP_094590349.1 WP_094590349.1 100 115 0 0 1 115 1 115 8.06e-80 228 NOR80888.1 NOR80888.1 100 425 0 0 1 425 1 425 1.42e-293 794 NOR80888.1 WP_177420403.1 31.7 432 265 10 5 421 5 421 7.08e-53 181 MBB4616026.1 MBB4616026.1 100 226 0 0 1 226 1 226 8.62e-163 447 XP_016252004.1 XP_016252004.1 100 486 0 0 1 486 1 486 8.82e-312 845 WP_217297942.1 WP_217297942.1 100 105 0 0 1 105 1 105 2.94e-75 216 MBE1296527.1 MBE1296527.1 100 848 0 0 1 848 1 848 0.0 1647 MCI7428666.1 MCI7428666.1 100 56 0 0 1 56 1 56 6.34e-39 120 KAJ3308761.1 KAJ3308761.1 100 384 0 0 1 384 1 384 1.19e-287 776 KAJ3308761.1 WP_082565353.1 29.4 248 161 6 1 243 1 239 1.75e-22 95.5 WP_063055719.1 WP_063055719.1 100 453 0 0 1 453 1 453 0.0 932 MCB0773217.1 MCB0773217.1 100 186 0 0 1 186 1 186 3.77e-135 374 MCB0773217.1 MBN1882318.1 34.8 132 70 5 40 166 35 155 9.60e-16 70.1 MCB0773217.1 WP_028779961.1 28.2 124 78 4 47 170 33 145 3.40e-10 54.7 MCB0773217.1 AQA19851.1 26.5 132 77 5 52 179 24 139 1.59e-08 50.1 MCB0773217.1 WP_229055514.1 24.0 150 96 7 46 184 15 157 4.60e-06 43.1 MCB0773217.1 ODU51779.1 36.7 49 24 1 68 116 30 71 1.93e-04 39.3 MBR6403893.1 MBR6403893.1 100 420 0 0 1 420 1 420 2.87e-295 798 MBR6403893.1 SCH39951.1 22.4 263 193 4 166 417 220 482 3.49e-14 72.4 MBR6403893.1 MBS1636088.1 26.6 218 146 6 198 404 91 305 1.30e-12 66.6 MBR6403893.1 MBQ1868746.1 24.8 234 158 6 194 409 251 484 7.33e-12 65.5 MBR6403893.1 WP_259858510.1 23.5 285 193 8 137 412 166 434 1.28e-11 64.3 MBR6403893.1 PSQ73325.1 24.5 233 157 6 195 409 599 830 3.00e-09 57.4 MBR6403893.1 KDF42894.1 23.9 218 147 6 211 412 267 481 8.35e-07 49.3 MBR6403893.1 WP_129857883.1 19.3 264 184 7 151 404 150 394 1.18e-04 42.4 DAC17040.1 DAC17040.1 100 965 0 0 1 965 1 965 0.0 1873 PMP70922.1 PMP70922.1 100 507 0 0 1 507 1 507 0.0 1003 NDB23390.1 NDB23390.1 100 197 0 0 1 197 1 197 2.94e-142 392 NDB23390.1 HAS08893.1 44.4 108 56 2 64 170 8 112 3.63e-19 78.2 MCL4849599.1 MCL4849599.1 100 375 0 0 1 375 1 375 8.84e-274 740 EIA4708990.1 EIA4708990.1 100 818 0 0 1 818 1 818 0.0 1614 EIA4708990.1 WP_200543170.1 26.3 555 362 15 129 658 152 684 4.63e-36 144 EIA4708990.1 WP_230171322.1 33.1 284 181 4 379 660 740 1016 6.82e-35 141 EIA4708990.1 WP_018646673.1 32.6 258 172 2 401 657 684 940 1.28e-33 137 EIA4708990.1 CKF71070.1 30.5 279 193 1 379 657 460 737 5.42e-32 131 EIA4708990.1 MBF0143407.1 30.4 296 195 3 367 657 763 1052 7.45e-26 112 WP_130858156.1 WP_130858156.1 100 328 0 0 1 328 1 328 9.05e-241 652 KAI3849778.1 KAI3849778.1 100 811 0 0 1 811 1 811 0.0 1650 KAI3849778.1 RLN36134.1 37.1 299 174 7 479 768 65 358 5.98e-51 182 KAI3849778.1 XP_021765438.1 32.8 372 232 12 430 797 533 890 2.29e-45 174 KAI3849778.1 XP_040250218.1 35.0 286 167 4 488 770 350 619 1.11e-44 171 KAI3849778.1 XP_019180948.1 34.1 352 208 11 431 768 608 949 8.39e-43 166 KAI3849778.1 XP_025814622.1 31.9 370 215 11 430 770 716 1077 3.69e-39 155 KAI3849778.1 KAG2309455.1 29.0 365 221 11 433 768 527 882 1.18e-34 140 KAI3849778.1 XP_044484513.1 30.5 279 171 5 440 700 29 302 6.46e-33 134 KAI3849778.1 XP_048216280.1 28.2 206 130 8 501 694 26 225 4.38e-16 79.7 KAI3849778.1 XP_046441060.1 32.2 199 118 10 501 693 67 254 6.00e-15 77.4 HIS27960.1 HIS27960.1 100 294 0 0 1 294 1 294 1.11e-217 591 HIS27960.1 WP_111083956.1 41.0 266 156 1 10 274 16 281 4.02e-65 204 HIS27960.1 WP_062263491.1 36.6 284 177 3 9 289 2 285 5.27e-56 181 WP_202165152.1 WP_202165152.1 100 338 0 0 1 338 1 338 1.39e-240 653 WP_281675368.1 WP_281675368.1 100 632 0 0 1 632 1 632 0.0 1213 WP_281675368.1 WP_086353716.1 35.0 283 175 6 1 274 1 283 6.32e-45 160 WP_281675368.1 WP_142590093.1 30.9 285 186 6 1 274 14 298 1.51e-31 124 WP_281675368.1 MBI0103662.1 39.1 92 54 2 453 543 610 700 7.73e-12 66.6 WP_281675368.1 WP_206581849.1 39.0 77 46 1 458 533 674 750 1.03e-08 56.6 WP_281675368.1 MBQ3724833.1 40.9 88 48 3 464 548 630 716 9.13e-08 53.5 WP_281675368.1 WP_092081374.1 33.3 78 51 1 457 533 643 720 2.27e-05 45.8 WP_281675368.1 MBU2478158.1 42.9 49 26 1 241 287 3 51 9.15e-05 39.3 MBR4451941.1 MBR4451941.1 100 254 0 0 1 254 1 254 3.66e-187 511 MBR4451941.1 MCR4818155.1 40.6 234 136 2 16 247 4 236 6.90e-59 185 MBS6326441.1 MBS6326441.1 100 294 0 0 1 294 1 294 8.17e-220 597 KAB2647529.1 KAB2647529.1 100 304 0 0 1 304 1 304 4.89e-217 590 KAB2647529.1 MBB3097508.1 32.0 291 192 3 18 304 9 297 7.71e-44 150 KAB2647529.1 WP_239280620.1 32.2 298 190 5 14 301 22 317 9.29e-40 140 KAB2647529.1 WP_149656427.1 29.4 320 201 8 5 302 7 323 3.61e-31 117 KAB2647529.1 KAB2860347.1 42.7 117 67 0 188 304 1 117 5.93e-28 103 KAB2647529.1 MBW2176475.1 28.6 252 171 2 60 303 166 416 6.40e-27 107 KAB2647529.1 WP_152046331.1 28.1 139 89 3 175 304 155 291 2.28e-05 43.5 MYS73268.1 MYS73268.1 100 276 0 0 1 276 1 276 2.18e-190 521 MYS73268.1 WP_062917436.1 36.1 227 137 3 8 229 8 231 1.02e-32 119 MYS73268.1 WP_183882442.1 34.0 191 125 1 1 191 1 190 5.68e-22 90.1 MYS73268.1 WP_087085326.1 31.3 224 150 1 3 226 4 223 7.92e-22 90.1 MYS73268.1 WP_253646963.1 31.9 285 166 8 9 274 15 290 7.47e-21 88.2 MYS73268.1 WP_013845913.1 34.0 200 128 4 1 198 1 198 8.59e-18 79.0 MYS73268.1 WP_280443824.1 32.7 202 118 4 8 195 3 200 1.48e-15 73.2 MYS73268.1 MCB1644245.1 27.8 194 132 3 1 192 1 188 5.67e-09 53.9 MYS73268.1 WP_077093245.1 29.2 195 126 4 4 188 6 198 6.19e-07 48.1 WP_051789242.1 WP_051789242.1 100 338 0 0 1 338 1 338 2.24e-246 667 WP_051789242.1 WP_130237435.1 30.3 327 220 6 9 331 3 325 1.49e-30 116 XP_039509588.1 XP_039509588.1 100 326 0 0 1 326 1 326 3.57e-246 666 WP_039337636.1 WP_039337636.1 100 243 0 0 1 243 1 243 2.37e-173 475 XP_042622198.1 XP_042622198.1 100 581 0 0 1 581 1 581 0.0 1171 XP_042622198.1 NXJ84327.1 34.6 350 209 7 183 513 181 529 6.96e-51 187 XP_042622198.1 KAG5815829.1 33.2 367 209 9 171 516 423 774 7.15e-50 182 XP_042622198.1 XP_039923984.1 33.7 362 211 9 172 510 166 521 2.62e-48 179 XP_042622198.1 XP_026100634.1 27.1 325 180 8 200 510 83 364 3.59e-27 112 XP_042622198.1 XP_008215352.1 26.9 208 148 3 200 405 188 393 4.84e-13 70.1 XP_042622198.1 XP_048216280.1 29.4 221 134 5 200 405 20 233 9.84e-13 68.6 XP_042622198.1 KZT58963.1 31.3 208 121 7 205 396 1083 1284 1.94e-11 65.5 XP_042622198.1 RQM16216.1 26.2 237 147 6 181 404 385 606 6.44e-11 63.5 XP_042622198.1 EYU24504.1 25.7 245 132 8 200 403 189 424 1.64e-10 62.0 WP_248721304.1 WP_248721304.1 100 302 0 0 1 302 1 302 3.30e-214 583 WP_248721304.1 WP_200986363.1 23.5 277 209 2 1 274 1 277 4.60e-18 81.3 WP_248721304.1 EIX9307167.1 29.3 157 109 1 1 157 11 165 2.83e-15 73.2 WP_248721304.1 WP_046600280.1 28.1 167 117 1 2 168 3 166 1.96e-13 67.8 WP_248721304.1 WP_131914061.1 20.9 301 224 5 1 291 3 299 1.24e-12 65.5 WP_248721304.1 MBQ9299122.1 30.9 94 64 1 1 93 1 94 4.97e-10 57.8 WP_248721304.1 WP_044453403.1 21.5 284 214 5 1 276 1 283 5.02e-10 57.8 WP_248721304.1 WP_230796143.1 45.9 61 33 0 1 61 1 61 1.56e-09 56.2 WP_248721304.1 WP_096722254.1 22.3 282 210 7 1 276 1 279 2.80e-09 55.5 KAF6360286.1 KAF6360286.1 100 642 0 0 1 642 1 642 0.0 1063 WP_226865765.1 WP_226865765.1 100 609 0 0 1 609 1 609 0.0 1200 WP_226865765.1 PIY74148.1 31.1 611 388 16 23 609 1 602 6.47e-76 252 WP_226865765.1 MBL6756473.1 30.2 658 380 16 2 606 47 678 2.54e-69 237 WP_226865765.1 KXK41164.1 35.4 291 172 8 3 280 8 295 9.24e-44 157 WP_226865765.1 MBO6554759.1 25.0 681 421 19 3 606 200 867 1.11e-31 129 WP_226865765.1 WP_240053789.1 28.5 316 185 11 3 296 9 305 3.97e-20 90.1 WP_226865765.1 WP_278906630.1 38.8 116 68 3 167 281 320 433 4.24e-16 80.5 WP_226865765.1 MCI8895019.1 23.7 371 237 13 3 347 240 590 1.97e-13 71.6 WP_226865765.1 WP_281498184.1 36.0 75 45 2 12 83 21 95 1.13e-05 46.6 WP_099061260.1 WP_099061260.1 100 90 0 0 1 90 1 90 3.20e-63 184 HCI94645.1 HCI94645.1 100 408 0 0 1 408 1 408 4.90e-315 847 HCI94645.1 PFQ70995.1 29.9 401 253 7 14 407 11 390 1.99e-54 183 WP_279374958.1 WP_279374958.1 100 480 0 0 1 480 1 480 0.0 997 CAA9391925.1 CAA9391925.1 100 27 0 0 1 27 1 27 4.46e-12 50.8 MCJ7733050.1 MCJ7733050.1 100 217 0 0 1 217 1 217 9.43e-167 456 WP_244450453.1 WP_244450453.1 100 693 0 0 1 693 1 693 0.0 1134 WP_176366948.1 WP_176366948.1 100 311 0 0 1 311 1 311 1.26e-227 618 WP_194430615.1 WP_194430615.1 100 114 0 0 1 114 1 114 1.29e-80 230 KAG7164393.1 KAG7164393.1 100 111 0 0 1 111 1 111 1.91e-42 133 WP_058935081.1 WP_058935081.1 100 139 0 0 1 139 1 139 1.44e-98 277 WP_058935081.1 WP_221968558.1 44.7 123 68 0 13 135 11 133 6.02e-34 114 WP_058935081.1 WP_051963813.1 37.8 90 52 1 39 128 22 107 5.01e-15 65.1 WP_278428737.1 WP_278428737.1 100 416 0 0 1 416 1 416 7.77e-307 827 RZC11235.1 RZC11235.1 100 260 0 0 1 260 1 260 1.50e-198 540 RZC11235.1 XP_017428875.1 28.9 249 149 12 6 246 35 263 4.16e-14 69.3 RZC11235.1 AGO18338.1 26.5 204 135 7 34 235 2 192 1.24e-12 63.5 WP_074737802.1 WP_074737802.1 100 384 0 0 1 384 1 384 1.84e-291 785 KAF3069499.1 KAF3069499.1 100 582 0 0 1 582 1 582 0.0 1142 KAF3069499.1 WP_120115041.1 22.2 212 128 4 91 300 60 236 3.16e-06 48.1 KAF3069499.1 WP_262686037.1 22.1 231 124 7 111 327 57 245 6.28e-05 43.9 PBK65192.1 PBK65192.1 100 225 0 0 1 225 1 225 5.44e-170 465 WP_017908092.1 WP_017908092.1 100 297 0 0 1 297 1 297 9.49e-216 587 WP_208504450.1 WP_208504450.1 100 532 0 0 1 532 1 532 0.0 995 WP_208504450.1 MCE1252202.1 52.1 528 247 3 6 532 10 532 3.82e-163 472 WP_029542314.1 WP_029542314.1 100 309 0 0 1 309 1 309 4.35e-218 593 WP_029542314.1 WP_265399898.1 30.9 288 188 6 16 301 17 295 2.99e-29 112 WP_029542314.1 WP_091540071.1 31.3 224 114 8 22 211 24 241 1.76e-14 71.2 GLB35420.1 GLB35420.1 100 113 0 0 1 113 1 113 9.88e-80 228 EFC67761.1 EFC67761.1 100 50 0 0 1 50 1 50 4.63e-34 107 XP_040250218.1 XP_040250218.1 100 764 0 0 1 764 1 764 0.0 1236 XP_040250218.1 XP_019180948.1 39.3 300 153 7 341 623 668 955 4.17e-54 200 XP_040250218.1 KAI3849778.1 35.0 286 167 4 350 619 488 770 2.41e-45 172 XP_040250218.1 RLN36134.1 33.3 315 185 10 330 623 54 364 8.49e-39 147 XP_040250218.1 XP_021765438.1 34.9 284 162 7 347 614 587 863 1.50e-38 152 XP_040250218.1 XP_025814622.1 32.9 316 172 9 347 623 767 1081 1.29e-35 143 XP_040250218.1 KAG2309455.1 29.3 294 181 8 350 623 602 888 2.45e-31 129 XP_040250218.1 XP_044484513.1 38.1 160 97 1 347 504 76 235 1.56e-30 126 XP_040250218.1 WP_106546380.1 26.7 333 194 13 355 647 12 334 5.02e-18 86.3 XP_040250218.1 MBD2210269.1 25.5 298 192 12 363 641 20 306 4.12e-14 73.9 XP_047249348.1 XP_047249348.1 100 332 0 0 1 332 1 332 2.18e-259 700 MYT98825.1 MYT98825.1 100 219 0 0 1 219 1 219 2.12e-155 427 HAN73743.1 HAN73743.1 100 374 0 0 1 374 1 374 4.53e-271 733 WP_015615815.1 WP_015615815.1 100 874 0 0 1 874 1 874 0.0 1681 WP_015615815.1 WP_015919400.1 41.4 807 430 17 1 796 1 775 2.33e-188 559 WP_015615815.1 MCJ7548546.1 41.9 721 391 11 4 704 7 719 4.01e-172 514 WP_015615815.1 MBL8638832.1 37.7 835 475 15 2 799 46 872 7.44e-161 493 WP_015615815.1 KAI5122644.1 29.9 866 509 27 14 806 373 1210 4.28e-82 286 WP_015615815.1 KZV11597.1 26.0 701 441 25 135 779 119 797 1.24e-42 166 MBP6785762.1 MBP6785762.1 100 48 0 0 1 48 1 48 1.13e-31 101 UVD42744.1 UVD42744.1 100 133 0 0 1 133 1 133 1.64e-83 239 KAH3699581.1 KAH3699581.1 100 295 0 0 1 295 1 295 8.93e-72 221 HEU25100.1 HEU25100.1 100 462 0 0 1 462 1 462 0.0 957 APT84512.1 APT84512.1 100 448 0 0 1 448 1 448 0.0 886 APT84512.1 WP_257007586.1 32.8 344 224 4 41 384 5 341 1.32e-58 195 TXB56523.1 TXB56523.1 100 79 0 0 1 79 1 79 6.74e-51 152 WP_112449552.1 WP_112449552.1 100 496 0 0 1 496 1 496 0.0 977 WP_112449552.1 WP_050274510.1 41.8 395 216 4 91 485 69 449 3.13e-91 284 WP_112449552.1 WP_241420500.1 35.1 461 286 4 39 487 25 484 4.63e-81 258 WP_112449552.1 PTQ72351.1 38.9 404 229 3 83 485 11 397 5.16e-77 245 XP_044710778.1 XP_044710778.1 100 375 0 0 1 375 1 375 1.01e-263 714 WP_038615177.1 WP_038615177.1 100 148 0 0 1 148 1 148 8.78e-102 286 KAF9248384.1 KAF9248384.1 100 262 0 0 1 262 1 262 8.02e-170 468 EDQ8633181.1 EDQ8633181.1 100 91 0 0 1 91 1 91 8.13e-62 181 EDQ8633181.1 WP_165144904.1 50.8 61 30 0 6 66 218 278 4.89e-13 60.8 EDQ8633181.1 URJ46333.1 46.2 65 35 0 3 67 202 266 5.86e-12 57.8 NDE73311.1 NDE73311.1 100 263 0 0 1 263 1 263 8.45e-177 485 THW78755.1 THW78755.1 100 1583 0 0 1 1583 1 1583 0.0 3084 THW78755.1 RLN50561.1 25.1 1406 858 39 197 1434 342 1720 5.84e-95 338 THW78755.1 EHR6291555.1 33.0 224 144 5 1216 1434 330 552 3.28e-27 117 THW78755.1 WP_281543397.1 31.8 201 133 3 1230 1426 4 204 7.55e-24 102 THW78755.1 WP_084371009.1 30.0 203 139 2 1216 1415 3 205 9.73e-24 102 THW78755.1 WP_221265680.1 31.8 214 138 4 1208 1415 12 223 7.72e-21 94.0 THW78755.1 WP_011057593.1 29.8 218 148 3 1216 1428 5 222 3.92e-20 92.4 THW78755.1 GBD21053.1 29.1 206 128 4 480 668 38 242 2.62e-13 72.8 THW78755.1 WP_185334683.1 26.6 199 128 4 483 664 19 216 4.39e-13 72.0 THW78755.1 QIC18874.1 25.2 206 135 4 477 666 31 233 3.12e-11 64.7 MAD76787.1 MAD76787.1 100 431 0 0 1 431 1 431 2.73e-319 860 MCI6853747.1 MCI6853747.1 100 503 0 0 1 503 1 503 0.0 1012 MCI6853747.1 WP_172281536.1 35.6 503 291 9 1 496 1 477 5.44e-93 290 MCI6853747.1 WP_256342227.1 34.0 503 297 13 6 496 4 483 1.83e-79 254 MCI6853747.1 MCQ2831428.1 30.0 393 246 11 112 496 66 437 2.35e-44 160 MCI6853747.1 MBI5098096.1 25.3 403 247 14 1 393 3 361 7.00e-16 78.2 MCI6853747.1 MBU0883769.1 25.1 351 199 16 35 369 37 339 8.48e-13 68.6 WP_280443824.1 WP_280443824.1 100 278 0 0 1 278 1 278 4.79e-195 533 WP_280443824.1 XP_039322713.1 38.8 227 134 2 53 274 20 246 1.24e-42 145 WP_280443824.1 MYS73268.1 32.7 202 118 4 3 200 8 195 4.64e-17 77.4 WP_280443824.1 MCB1644245.1 31.5 200 117 4 2 198 7 189 7.93e-15 70.9 WP_280443824.1 WP_013845913.1 25.7 237 156 6 2 232 7 229 3.04e-13 66.2 WP_280443824.1 WP_062917436.1 30.0 220 136 7 1 218 6 209 3.65e-13 66.2 WP_280443824.1 MBN3744368.1 29.6 199 118 4 2 196 4 184 7.56e-13 65.5 WP_280443824.1 MBU5424338.1 28.4 197 124 5 4 196 15 198 5.78e-05 42.0 CEP26668.1 CEP26668.1 100 190 0 0 1 190 1 190 1.31e-137 380 OTN76164.1 OTN76164.1 100 426 0 0 1 426 1 426 3.93e-296 801 OTN76164.1 WP_135287436.1 49.0 416 207 3 10 421 19 433 3.95e-127 373 WP_035431971.1 WP_035431971.1 100 103 0 0 1 103 1 103 8.55e-65 189 WP_109835637.1 WP_109835637.1 100 301 0 0 1 301 1 301 1.53e-223 607 MBR3487460.1 MBR3487460.1 100 402 0 0 1 402 1 402 1.63e-285 772 MBR3487460.1 WP_097830045.1 36.2 351 188 12 54 381 41 378 1.66e-52 178 MBR3487460.1 MBR4371193.1 32.1 336 189 7 77 381 7 334 1.76e-30 118 MBR3487460.1 MBM3767188.1 30.6 278 162 6 123 378 143 411 5.01e-29 115 WP_023322253.1 WP_023322253.1 100 150 0 0 1 150 1 150 5.07e-111 310 WP_023322253.1 MCP5208043.1 47.3 146 76 1 6 150 3 148 3.35e-44 140 WP_023322253.1 WP_096765790.1 42.8 152 82 4 3 150 2 152 2.47e-32 110 MBP7829117.1 MBP7829117.1 100 823 0 0 1 823 1 823 0.0 1498 MBP7829117.1 GIW70618.1 41.1 270 145 4 62 318 55 323 5.50e-47 179 MBP7829117.1 MBF1128433.1 35.6 261 167 1 54 313 9 269 9.50e-45 169 MBP7829117.1 WP_281919021.1 35.8 246 152 3 61 300 18 263 7.07e-35 137 MBP7829117.1 MBD2210269.1 32.7 281 165 10 54 312 13 291 7.23e-25 107 MBP7829117.1 XP_011889539.1 28.0 271 163 6 55 299 4 268 1.23e-21 99.4 MBP7829117.1 XP_030620685.1 29.0 262 165 7 49 299 90 341 3.39e-20 92.4 MBP7829117.1 KAJ7903702.1 28.8 219 153 2 52 269 20 236 6.51e-15 76.3 MBP7829117.1 EYU24504.1 24.0 279 161 3 52 299 186 444 1.12e-12 69.7 MBP7829117.1 XP_044484513.1 30.2 149 94 4 59 201 90 234 2.18e-09 59.3 NXJ84327.1 NXJ84327.1 100 1219 0 0 1 1219 1 1219 0.0 2249 NXJ84327.1 XP_039923984.1 47.7 1292 508 30 5 1219 1 1198 0.0 940 NXJ84327.1 XP_042622198.1 34.6 350 209 7 181 529 183 513 6.81e-53 194 NXJ84327.1 KAG5815829.1 33.3 369 202 12 179 530 431 772 7.86e-42 164 NXJ84327.1 KAI9912466.1 27.6 152 100 4 277 424 109 254 5.35e-14 73.6 NXJ84327.1 XP_011889539.1 27.4 219 128 6 205 401 8 217 8.63e-10 61.6 NXJ84327.1 GIW70618.1 26.6 222 143 7 201 410 48 262 1.66e-06 50.8 NXJ84327.1 WP_281919021.1 31.2 109 71 2 299 404 110 217 8.25e-06 48.1 NXJ84327.1 WP_271931007.1 26.6 169 99 4 192 350 652 805 9.35e-05 45.1 WP_025599976.1 WP_025599976.1 100 431 0 0 1 431 1 431 2.19e-316 852 WP_025599976.1 GLV83862.1 32.4 244 137 6 170 402 159 385 1.18e-20 91.7 WP_025599976.1 WP_231496029.1 33.8 216 120 8 186 391 164 366 1.16e-18 85.5 WP_025599976.1 MCB9044857.1 26.0 200 131 2 190 389 204 386 2.06e-16 79.0 WP_025599976.1 KXK44331.1 26.9 238 151 6 177 408 144 364 4.28e-13 68.6 WP_025599976.1 WP_205996060.1 29.7 222 141 5 184 401 613 823 9.27e-13 68.6 WP_025599976.1 HAS28932.1 26.7 206 131 4 166 367 136 325 2.43e-10 60.1 MBC8378821.1 MBC8378821.1 100 622 0 0 1 622 1 622 0.0 1240 WP_235908972.1 WP_235908972.1 100 136 0 0 1 136 1 136 1.91e-97 274 WP_240083300.1 WP_240083300.1 100 85 0 0 1 85 1 85 2.84e-57 169 AHH30646.1 AHH30646.1 100 171 0 0 1 171 1 171 2.40e-117 327 AHH30646.1 AVM35379.1 77.4 168 36 2 6 171 27 194 1.25e-85 249 AHH30646.1 QUA05739.1 76.8 168 37 2 6 171 32 199 3.34e-85 248 AHH30646.1 ADW49125.1 76.8 168 37 2 6 171 24 191 1.31e-84 246 AHH30646.1 AFA24308.1 78.0 168 35 2 6 171 25 192 1.92e-84 246 AHH30646.1 AFA09475.1 76.8 168 37 2 6 171 18 185 2.16e-84 245 AHH30646.1 AOR13807.1 72.6 168 44 2 6 171 23 190 2.82e-83 242 AHH30646.1 AAX94106.1 75.6 168 39 2 6 171 2 169 1.24e-80 243 AHH30646.1 AOQ89457.1 73.8 160 40 2 6 163 28 187 1.02e-78 230 AHH30646.1 AXZ65741.1 75.3 158 37 2 5 160 31 188 4.28e-78 229 KAI9888532.1 KAI9888532.1 100 438 0 0 1 438 1 438 0.0 877 KAF5898047.1 KAF5898047.1 100 125 0 0 1 125 1 125 7.42e-74 214 WP_048168883.1 WP_048168883.1 100 544 0 0 1 544 1 544 0.0 1072 ARS39112.1 ARS39112.1 100 73 0 0 1 73 1 73 6.04e-49 147 MCK9405607.1 MCK9405607.1 100 248 0 0 1 248 1 248 7.15e-191 520 NP_001169133.1 NP_001169133.1 100 122 0 0 1 122 1 122 9.76e-81 233 RWQ68821.1 RWQ68821.1 100 73 0 0 1 73 1 73 2.46e-48 145 RVE76210.1 RVE76210.1 100 526 0 0 1 526 1 526 0.0 1079 RVE76210.1 NXE30976.1 36.8 340 183 7 50 385 8 319 4.13e-57 191 RVE76210.1 WP_100537786.1 31.0 100 55 4 14 111 20 107 2.31e-04 42.0 WP_215615491.1 WP_215615491.1 100 221 0 0 1 221 1 221 4.32e-174 475 WP_215615491.1 WP_128788759.1 47.4 196 101 2 25 219 5 199 5.17e-61 188 WP_215615491.1 OGO39675.1 44.5 182 101 0 38 219 24 205 8.84e-61 187 NVM03966.1 NVM03966.1 100 322 0 0 1 322 1 322 7.95e-232 629 NVM03966.1 NLW39422.1 38.9 334 181 9 1 316 1 329 9.22e-59 190 NVM03966.1 EHR6291555.1 36.6 213 129 3 32 239 339 550 8.94e-36 134 NVM03966.1 WP_152652784.1 30.0 297 198 8 32 321 15 308 5.12e-34 125 NVM03966.1 WP_084371009.1 30.8 247 150 3 6 248 3 232 9.35e-34 124 NVM03966.1 WP_132175930.1 31.5 232 148 4 6 226 7 238 1.21e-31 119 NVM03966.1 WP_281543397.1 27.3 286 193 8 37 312 4 284 5.62e-29 111 NVM03966.1 QIC18874.1 29.2 284 173 5 37 313 37 299 7.34e-29 111 NVM03966.1 WAY96880.1 32.8 186 98 7 38 206 5 180 8.70e-18 78.6 NVM03966.1 WP_206363707.1 27.4 208 136 4 32 224 28 235 4.61e-15 72.4 MCK9363077.1 MCK9363077.1 100 403 0 0 1 403 1 403 1.89e-305 822 WP_230898856.1 WP_230898856.1 100 168 0 0 1 168 1 168 2.33e-127 352 EFG6535742.1 EFG6535742.1 100 716 0 0 1 716 1 716 0.0 1416 WP_236525681.1 WP_236525681.1 100 603 0 0 1 603 1 603 0.0 1199 WP_039386062.1 WP_039386062.1 100 77 0 0 1 77 1 77 6.85e-50 149 UCF78466.1 UCF78466.1 100 377 0 0 1 377 1 377 5.12e-274 741 UCF78466.1 WP_145937814.1 48.1 376 192 2 3 375 6 381 1.56e-113 334 UCF78466.1 WP_019585553.1 46.9 369 190 4 14 376 27 395 4.41e-109 323 UCF78466.1 WP_275495439.1 41.0 402 205 8 1 375 6 402 1.40e-77 243 UCF78466.1 WP_158057697.1 35.5 369 233 3 10 374 16 383 3.53e-68 218 UCF78466.1 XP_027540421.1 34.4 375 242 4 4 375 29 402 2.88e-66 214 UCF78466.1 RYZ40664.1 34.8 376 237 6 3 375 16 386 2.89e-57 190 UCF78466.1 MCH8312862.1 35.7 347 212 5 31 375 15 352 3.49e-57 189 UCF78466.1 MBL6847974.1 32.1 355 233 4 28 376 30 382 1.30e-52 177 UCF78466.1 WP_278361924.1 29.7 364 250 5 17 376 19 380 3.77e-41 147 MCL5970005.1 MCL5970005.1 100 339 0 0 1 339 1 339 1.96e-236 642 WP_139484744.1 WP_139484744.1 100 132 0 0 1 132 1 132 1.40e-79 229 WP_007853416.1 WP_007853416.1 100 513 0 0 1 513 1 513 0.0 970 WP_007853416.1 GIR09622.1 39.9 459 241 5 16 456 18 459 9.61e-104 317 WP_007853416.1 NCV89943.1 36.6 465 266 7 4 456 6 453 4.66e-85 268 MCI6704618.1 MCI6704618.1 100 206 0 0 1 206 1 206 1.02e-110 313 WP_119938117.1 WP_119938117.1 100 278 0 0 1 278 1 278 2.33e-211 574 WP_119938117.1 WP_026661995.1 24.1 257 173 6 23 274 39 278 5.61e-13 65.9 WP_119938117.1 UOK61174.1 28.7 115 81 1 152 266 239 352 1.66e-09 56.2 WP_119938117.1 THB72442.1 26.0 104 77 0 167 270 216 319 8.44e-08 50.8 WP_119938117.1 MCS3353511.1 31.9 69 47 0 203 271 57 125 7.54e-07 45.8 WP_119938117.1 HBG17616.1 26.1 92 68 0 179 270 441 532 8.51e-06 45.1 WP_119938117.1 WP_026861651.1 27.1 140 79 3 131 270 193 309 8.52e-06 44.7 WP_229408570.1 WP_229408570.1 100 326 0 0 1 326 1 326 6.36e-240 650 MCI6995250.1 MCI6995250.1 100 327 0 0 1 327 1 327 1.39e-239 649 KAH9162276.1 KAH9162276.1 100 132 0 0 1 132 1 132 1.79e-91 259 THY09373.1 THY09373.1 100 242 0 0 1 242 1 242 3.07e-164 452 MBA4060735.1 MBA4060735.1 100 34 0 0 1 34 1 34 5.40e-20 71.2 WP_035847413.1 WP_035847413.1 100 254 0 0 1 254 1 254 1.49e-186 509 WP_035847413.1 WP_235074910.1 37.0 108 64 2 4 107 2 109 4.06e-13 65.5 WP_035847413.1 MBE0577924.1 34.5 87 54 1 7 90 13 99 5.49e-09 52.0 MCQ2473581.1 MCQ2473581.1 100 318 0 0 1 318 1 318 1.02e-216 591 MBN4382193.1 MBN4382193.1 100 27 0 0 1 27 1 27 8.82e-21 72.8 WP_029789810.1 WP_029789810.1 100 857 0 0 1 857 1 857 0.0 1623 WP_029789810.1 MBP6786080.1 56.8 843 355 6 1 838 1 839 0.0 899 WP_029789810.1 KAF6257731.1 49.4 852 411 8 5 841 5 851 1.07e-259 745 WP_029789810.1 WP_136095406.1 46.9 700 289 11 161 854 120 742 8.68e-194 571 WP_029789810.1 MBL8103469.1 50.4 450 217 3 1 444 2 451 2.16e-141 425 WP_029789810.1 KAI7727618.1 49.4 326 124 4 98 422 110 395 1.43e-83 285 WP_029789810.1 KPK79043.1 26.5 852 462 17 14 853 18 717 3.52e-69 241 WP_029789810.1 MCH2804017.1 59.5 79 32 0 579 657 1 79 7.06e-26 100 MCI9436439.1 MCI9436439.1 100 122 0 0 1 122 1 122 3.32e-89 252 WP_237106527.1 WP_237106527.1 100 311 0 0 1 311 1 311 2.48e-234 635 WP_235029016.1 WP_235029016.1 100 125 0 0 1 125 1 125 6.90e-88 249 WP_115946316.1 WP_115946316.1 100 654 0 0 1 654 1 654 0.0 1289 WP_115946316.1 WP_175076961.1 36.9 618 360 13 3 610 5 602 1.13e-115 361 WP_115946316.1 WP_113620603.1 35.6 618 354 14 2 601 4 595 4.37e-103 327 KLR59865.1 KLR59865.1 100 257 0 0 1 257 1 257 5.26e-202 548 KLR59865.1 WP_054435236.1 39.0 251 153 0 1 251 1 251 1.06e-60 191 WP_227550239.1 WP_227550239.1 100 865 0 0 1 865 1 865 0.0 1706 WP_227550239.1 WP_034709917.1 23.3 768 521 18 116 858 306 1030 9.25e-51 191 WP_227550239.1 WP_162428520.1 20.6 875 520 35 65 841 48 845 8.08e-22 99.8 ABO71806.1 ABO71806.1 100 112 0 0 1 112 1 112 6.46e-80 228 RXW21184.1 RXW21184.1 100 209 0 0 1 209 1 209 1.68e-147 407 NMC86773.1 NMC86773.1 100 226 0 0 1 226 1 226 6.80e-160 439 KAI5749163.1 KAI5749163.1 100 307 0 0 1 307 1 307 1.00e-206 565 RLF82422.1 RLF82422.1 100 314 0 0 1 314 1 314 2.05e-214 585 WP_277309438.1 WP_277309438.1 100 137 0 0 1 137 1 137 1.10e-92 262 WP_277309438.1 MPY37361.1 40.9 66 37 2 11 75 58 122 6.67e-04 36.6 WP_107891604.1 WP_107891604.1 100 123 0 0 1 123 1 123 1.25e-89 253 MCG62561.1 MCG62561.1 100 18 0 0 1 18 1 18 2.34e-11 48.5 EFO2078189.1 EFO2078189.1 100 233 0 0 1 233 1 233 3.38e-168 461 WP_159583277.1 WP_159583277.1 100 264 0 0 1 264 1 264 1.54e-184 505 WP_107324026.1 WP_107324026.1 100 70 0 0 1 70 1 70 1.88e-35 112 WP_169571417.1 WP_169571417.1 100 298 0 0 1 298 1 298 1.46e-215 586 WP_181198956.1 WP_181198956.1 100 435 0 0 1 435 1 435 0.0 895 WP_095317440.1 WP_095317440.1 100 408 0 0 1 408 1 408 1.23e-283 768 MBF66593.1 MBF66593.1 100 571 0 0 1 571 1 571 0.0 1159 MBF66593.1 WP_133662298.1 36.2 116 72 2 449 563 37 151 1.25e-12 64.3 TLY59051.1 TLY59051.1 100 111 0 0 1 111 1 111 3.34e-77 221 TLY59051.1 WP_025591525.1 32.8 134 58 2 5 106 3 136 9.96e-18 71.6 CCZ42971.1 CCZ42971.1 100 45 0 0 1 45 1 45 3.42e-25 85.1 MBF2983383.1 MBF2983383.1 100 244 0 0 1 244 1 244 1.04e-172 473 AEF32461.1 AEF32461.1 100 276 0 0 1 276 1 276 3.01e-197 538 HCC04630.1 HCC04630.1 100 200 0 0 1 200 1 200 9.47e-145 399 QTZ27226.1 QTZ27226.1 100 4402 0 0 1 4402 1 4402 0.0 8649 QTZ27226.1 QTM79632.1 99.9 4402 6 0 1 4402 1 4402 0.0 8644 QTZ27226.1 QXR94354.1 99.7 4402 15 0 1 4402 1 4402 0.0 8625 QTZ27226.1 QVD87869.1 99.7 4398 14 0 1 4398 1 4398 0.0 8618 QTZ27226.1 QWC83326.1 99.7 4401 12 1 1 4398 1 4401 0.0 8618 QTZ27226.1 UPP41269.1 99.5 4402 20 0 1 4402 1 4402 0.0 8613 QTZ27226.1 USR14792.1 99.5 4402 21 0 1 4402 1 4402 0.0 8610 QTZ27226.1 UZO53924.1 99.6 4398 18 0 1 4398 1 4398 0.0 8609 QTZ27226.1 UVB16817.1 99.6 4398 18 0 1 4398 1 4398 0.0 8608 QTZ27226.1 URQ55824.1 99.6 4398 19 0 1 4398 1 4398 0.0 8607 KAI9164099.1 KAI9164099.1 100 800 0 0 1 800 1 800 0.0 1609 XP_042112981.1 XP_042112981.1 100 467 0 0 1 467 1 467 2.20e-249 686 WP_007577863.1 WP_007577863.1 100 518 0 0 1 518 1 518 0.0 997 WP_007577863.1 WP_014213241.1 44.3 445 243 5 46 489 45 485 7.41e-129 383 WP_007577863.1 WP_086123022.1 33.3 472 261 12 49 471 39 505 2.04e-72 238 WP_007577863.1 WP_057859275.1 29.4 496 288 16 47 488 40 527 4.23e-52 184 WP_056082173.1 WP_056082173.1 100 690 0 0 1 690 1 690 0.0 1363 WP_056082173.1 WP_220778039.1 42.5 690 370 8 5 686 57 727 6.12e-185 541 MBA2687082.1 MBA2687082.1 100 340 0 0 1 340 1 340 1.58e-247 671 MBA2687082.1 HBX8004802.1 39.8 93 53 1 5 97 11 100 6.48e-13 67.0 MBA2687082.1 NJO91920.1 30.6 72 48 2 4 74 2 72 1.03e-07 47.8 MBA2687082.1 HBK1877356.1 34.5 55 33 2 10 61 8 62 2.85e-04 40.8 EGQ7676658.1 EGQ7676658.1 100 261 0 0 1 261 1 261 3.75e-179 491 KAG1662457.1 KAG1662457.1 100 237 0 0 1 237 1 237 9.99e-110 313 UAW00545.1 UAW00545.1 100 361 0 0 1 361 1 361 3.08e-276 745 PYP50915.1 PYP50915.1 100 166 0 0 1 166 1 166 5.10e-121 336 YP_009351723.1 YP_009351723.1 100 540 0 0 1 540 1 540 0.0 1018 YP_009351723.1 GIR47037.1 37.7 355 203 6 33 369 92 446 6.83e-56 196 YP_009351723.1 WP_251758029.1 35.6 371 213 9 16 370 76 436 6.45e-50 180 YP_009351723.1 UDH58358.1 36.5 373 196 5 17 360 76 436 1.69e-45 168 YP_009351723.1 MBK3574312.1 35.2 307 191 5 33 331 94 400 1.00e-39 151 YP_009351723.1 MCG6876547.1 28.5 298 176 10 59 327 119 408 3.80e-18 86.3 YP_009351723.1 WP_255375741.1 33.3 96 62 2 189 282 1 96 4.01e-05 43.9 KAJ6471610.1 KAJ6471610.1 100 351 0 0 1 351 1 351 9.00e-264 712 CAH8478102.1 CAH8478102.1 100 283 0 0 1 283 1 283 5.70e-127 361 MCA3441055.1 MCA3441055.1 100 725 0 0 1 725 1 725 0.0 1392 NYF16576.1 NYF16576.1 100 368 0 0 1 368 1 368 6.03e-257 697 XP_046290611.1 XP_046290611.1 100 287 0 0 1 287 1 287 3.30e-211 574 WP_052403276.1 WP_052403276.1 100 147 0 0 1 147 1 147 9.17e-108 301 QFE31818.1 QFE31818.1 100 898 0 0 1 898 1 898 0.0 1675 KAI7728447.1 KAI7728447.1 100 63 0 0 1 63 1 63 5.94e-38 118 MCC2111968.1 MCC2111968.1 100 412 0 0 1 412 1 412 1.06e-286 776 MCC2111968.1 WP_150277740.1 48.8 389 187 4 22 402 6 390 6.26e-106 317 KAJ7029618.1 KAJ7029618.1 100 186 0 0 1 186 1 186 1.04e-141 390 NLM06991.1 NLM06991.1 100 483 0 0 1 483 1 483 0.0 953 NLM06991.1 PYO04262.1 23.1 208 141 6 2 202 117 312 1.62e-08 55.1 WP_148259014.1 WP_148259014.1 100 120 0 0 1 120 1 120 7.03e-81 231 WP_148259014.1 MBR4471080.1 53.6 110 48 2 12 120 11 118 1.55e-28 99.0 WP_223329113.1 WP_223329113.1 100 209 0 0 1 209 1 209 2.49e-149 411 WP_223329113.1 OGR49074.1 48.3 205 105 1 4 208 5 208 4.35e-66 201 MBW2495039.1 MBW2495039.1 100 182 0 0 1 182 1 182 2.02e-128 356 WP_091423297.1 WP_091423297.1 100 653 0 0 1 653 1 653 0.0 1320 WP_091423297.1 WP_196051328.1 25.2 544 349 20 48 574 160 662 1.84e-32 131 WP_091423297.1 NEB38825.1 28.5 369 214 12 214 567 124 457 2.80e-30 123 WP_091423297.1 WP_098642363.1 22.1 569 372 19 48 584 39 568 1.42e-23 103 WP_091423297.1 VAX76432.1 23.8 602 353 25 13 589 35 555 5.93e-22 98.6 WP_091423297.1 MBQ2895174.1 24.4 308 171 10 137 404 212 497 2.27e-14 74.3 WP_091423297.1 WP_101662518.1 27.1 118 78 3 439 553 466 578 8.11e-04 40.8 CUP44403.1 CUP44403.1 100 90 0 0 1 90 1 90 7.84e-64 186 RLD52647.1 RLD52647.1 100 166 0 0 1 166 1 166 4.34e-113 316 ANN23072.1 ANN23072.1 100 158 0 0 1 158 1 158 2.77e-121 336 GKU14775.1 GKU14775.1 100 171 0 0 1 171 1 171 1.29e-121 338 MBQ3380675.1 MBQ3380675.1 100 255 0 0 1 255 1 255 1.37e-178 489 MBQ3380675.1 GGT63801.1 45.3 258 128 3 1 250 428 680 3.15e-68 221 MBQ3380675.1 WP_230519716.1 45.2 259 135 3 1 254 326 582 7.45e-67 215 AHK46784.1 AHK46784.1 100 321 0 0 1 321 1 321 1.46e-222 606 AHK46784.1 WP_110066977.1 30.6 320 204 7 4 317 25 332 1.93e-39 140 AHK46784.1 WP_158131988.1 32.1 280 178 3 40 319 390 657 1.40e-35 134 AHK46784.1 PPR79666.1 31.5 286 182 5 34 317 58 331 4.70e-35 128 AHK46784.1 WP_097346712.1 31.7 284 174 5 40 319 390 657 4.39e-32 124 AHK46784.1 WP_249991478.1 31.5 298 179 8 27 317 45 324 5.77e-32 120 AHK46784.1 AGL88086.1 32.7 284 161 6 36 317 25 280 1.94e-30 115 WP_064047563.1 WP_064047563.1 100 428 0 0 1 428 1 428 6.65e-305 823 WP_064047563.1 WP_205443952.1 29.2 168 97 6 6 161 4 161 1.19e-04 42.4 RKX20462.1 RKX20462.1 100 795 0 0 1 795 1 795 0.0 1617 RKX20462.1 WP_146272353.1 27.4 223 142 10 32 247 41 250 7.23e-07 51.2 XP_028028252.1 XP_028028252.1 100 379 0 0 1 379 1 379 1.76e-266 722 WP_045257206.1 WP_045257206.1 100 315 0 0 1 315 1 315 2.56e-229 622 WP_045257206.1 WP_202659240.1 38.3 295 171 3 16 308 28 313 2.69e-68 214 WP_045257206.1 KAJ9293589.1 45.1 246 117 4 82 309 12 257 9.43e-61 193 WP_045257206.1 PBN43802.1 33.9 310 180 12 4 296 138 439 3.94e-36 134 WP_063441918.1 WP_063441918.1 100 395 0 0 1 395 1 395 2.70e-285 771 WP_063441918.1 HBX1528262.1 52.0 50 22 1 4 51 3 52 3.91e-10 53.9 DAK92403.1 DAK92403.1 100 326 0 0 1 326 1 326 2.22e-240 651 RYD39969.1 RYD39969.1 100 301 0 0 1 301 1 301 3.76e-224 608 RYD39969.1 WP_121975536.1 47.1 280 143 4 23 301 16 291 1.15e-80 246 RYD39969.1 WP_029222463.1 39.7 292 172 2 10 301 3 290 1.81e-64 205 RYD39969.1 WP_283107263.1 35.7 241 136 7 51 284 225 453 1.65e-31 121 RYD39969.1 WP_058504615.1 34.2 263 154 9 2 252 180 435 2.71e-30 118 RYD39969.1 WP_017718577.1 37.7 223 122 6 71 287 301 512 1.25e-27 110 RYD39969.1 WP_203339841.1 29.6 277 172 9 21 286 20 284 4.26e-26 103 RYD39969.1 NRF69152.1 30.5 272 161 7 23 278 148 407 6.19e-24 99.8 RYD39969.1 MBT7163208.1 36.8 152 86 4 127 278 319 460 3.38e-20 89.0 RYD39969.1 EEC9022132.1 32.3 158 86 5 133 278 230 378 9.89e-11 60.5 WP_127947155.1 WP_127947155.1 100 237 0 0 1 237 1 237 4.83e-179 489 WP_004949240.1 WP_004949240.1 100 193 0 0 1 193 1 193 4.55e-144 397 WP_004949240.1 GJK53752.1 62.7 150 56 0 44 193 1 150 7.22e-67 200 ACE76975.1 ACE76975.1 100 573 0 0 1 573 1 573 0.0 1103 TNE33066.1 TNE33066.1 100 530 0 0 1 530 1 530 0.0 1066 TNE33066.1 XP_047113196.1 39.9 213 96 4 67 277 66 248 3.42e-34 134 TNE33066.1 GJC78212.1 28.0 472 263 17 70 491 70 514 1.73e-30 123 EGT2204415.1 EGT2204415.1 100 412 0 0 1 412 1 412 2.79e-282 764 PCI52029.1 PCI52029.1 100 196 0 0 1 196 1 196 1.07e-148 409 VAH82675.1 VAH82675.1 100 798 0 0 1 798 1 798 0.0 1513 OPJ74512.1 OPJ74512.1 100 674 0 0 1 674 1 674 0.0 1330 OPJ74512.1 GEU53557.1 30.1 103 57 2 367 469 343 430 6.32e-07 50.8 OPJ74512.1 WP_119815679.1 25.2 123 71 3 351 470 306 410 1.75e-04 43.1 EIM4841263.1 EIM4841263.1 100 1032 0 0 1 1032 1 1032 0.0 2033 EIM4841263.1 EER9391136.1 28.4 296 154 9 48 336 46 290 5.43e-22 95.9 OBG32114.1 OBG32114.1 100 136 0 0 1 136 1 136 1.24e-93 265 WP_027951454.1 WP_027951454.1 100 397 0 0 1 397 1 397 1.60e-262 713 WP_027951454.1 MBR0160695.1 45.3 333 177 3 3 332 2 332 4.16e-84 261 WP_027951454.1 WP_083062905.1 38.1 336 195 5 5 329 4 337 1.03e-57 194 WP_027951454.1 MCL4333886.1 26.9 182 108 7 157 337 162 319 4.17e-09 55.8 CAE8591613.1 CAE8591613.1 100 142 0 0 1 142 1 142 5.59e-102 286 CAE8591613.1 WP_164636708.1 36.4 132 77 2 8 139 2 126 5.98e-16 71.6 HAR4306776.1 HAR4306776.1 100 414 0 0 1 414 1 414 1.68e-300 811 HAR4306776.1 WP_072989136.1 51.8 413 195 3 5 413 4 416 1.36e-137 398 HAR4306776.1 WP_192202944.1 37.3 408 243 8 5 409 2 399 1.42e-65 213 HAR4306776.1 MCC6608271.1 28.4 437 272 7 1 410 1 423 3.37e-39 144 HAR4306776.1 WP_266170214.1 30.9 362 191 11 71 408 65 391 1.30e-34 130 WP_225700676.1 WP_225700676.1 100 408 0 0 1 408 1 408 2.17e-231 635 KAH0673584.1 KAH0673584.1 100 436 0 0 1 436 1 436 3.47e-311 840 MBX3687043.1 MBX3687043.1 100 456 0 0 1 456 1 456 1.55e-315 852 MBX3687043.1 WP_056382861.1 42.9 469 237 13 1 454 10 462 8.42e-91 282 MBX3687043.1 WP_149911652.1 41.3 92 50 1 359 446 323 414 4.73e-12 65.9 MBX3687043.1 GDX36288.1 32.6 144 84 4 320 454 269 408 9.74e-10 58.5 MBX3687043.1 WP_010434011.1 35.5 93 55 2 359 446 488 580 8.05e-07 49.7 MBX3687043.1 WP_283842967.1 32.3 93 56 3 351 437 470 561 3.21e-06 47.8 WP_282363731.1 WP_282363731.1 100 224 0 0 1 224 1 224 1.43e-160 441 WP_252100317.1 WP_252100317.1 100 427 0 0 1 427 1 427 6.42e-307 828 EYU24504.1 EYU24504.1 100 583 0 0 1 583 1 583 0.0 1132 EYU24504.1 KAG1590416.1 37.5 331 147 6 180 487 71 364 1.68e-64 214 EYU24504.1 RQM16216.1 36.3 331 158 4 153 467 374 667 5.77e-63 219 EYU24504.1 XP_029528577.1 38.0 329 147 7 178 483 19 313 1.82e-59 200 EYU24504.1 XP_048379117.1 33.0 324 160 6 188 487 256 546 3.02e-46 169 EYU24504.1 NXD84883.1 32.5 314 160 5 187 477 82 366 8.10e-45 165 EYU24504.1 KAJ7903702.1 28.7 334 179 6 174 481 9 309 6.16e-41 152 EYU24504.1 XP_046441060.1 26.5 332 184 6 171 485 44 332 1.56e-27 116 EYU24504.1 KZT58963.1 27.7 289 154 8 195 458 1084 1342 8.26e-26 111 EYU24504.1 XP_020321477.1 26.0 289 164 4 173 444 37 292 2.37e-25 109 MAF21094.1 MAF21094.1 100 177 0 0 1 177 1 177 7.12e-131 362 MBQ7949870.1 MBQ7949870.1 100 303 0 0 1 303 1 303 1.03e-222 605 MBQ7949870.1 MCL4835344.1 28.7 188 117 4 129 303 144 327 6.22e-15 72.4 XP_034010279.1 XP_034010279.1 100 655 0 0 1 655 1 655 0.0 1264 MCI7705732.1 MCI7705732.1 100 70 0 0 1 70 1 70 1.92e-46 140 PJC48296.1 PJC48296.1 100 421 0 0 1 421 1 421 7.43e-303 817 PJC48296.1 ECL7245291.1 46.9 145 75 1 209 351 1 145 3.30e-34 123 WP_256939523.1 WP_256939523.1 100 381 0 0 1 381 1 381 7.49e-269 728 WP_256939523.1 MBM3767188.1 29.6 388 245 7 6 370 30 412 4.99e-35 131 WP_256939523.1 WP_097830045.1 29.9 341 208 10 58 373 46 380 3.42e-30 117 WP_256939523.1 MBR4371193.1 28.3 332 179 12 92 378 23 340 1.56e-13 69.3 WP_051669385.1 WP_051669385.1 100 348 0 0 1 348 1 348 2.45e-255 691 WP_051669385.1 MCA0387421.1 27.7 314 206 10 12 315 6 308 6.28e-24 98.6 WP_051669385.1 WP_133874384.1 29.4 330 200 12 9 315 1 320 5.89e-22 93.2 WP_051669385.1 NBB83031.1 28.3 307 206 9 11 312 5 302 1.75e-15 74.7 WP_051669385.1 WP_205448866.1 22.6 332 218 11 12 314 5 326 4.61e-10 58.5 WP_051669385.1 TML70651.1 33.1 133 84 3 9 137 1 132 1.61e-06 45.4 MBY7817199.1 MBY7817199.1 100 328 0 0 1 328 1 328 2.38e-236 641 MBY7817199.1 WP_101936735.1 26.7 300 211 5 27 321 21 316 7.59e-28 108 WP_035624729.1 WP_035624729.1 100 135 0 0 1 135 1 135 1.68e-77 224 XP_028717800.1 XP_028717800.1 100 490 0 0 1 490 1 490 0.0 994 XP_028717800.1 XP_054844157.1 36.8 486 297 6 9 489 30 510 4.27e-102 313 XP_028717800.1 XP_046922164.1 34.0 485 268 6 7 489 14 448 5.33e-89 278 XP_028717800.1 ACF74449.1 27.9 466 310 11 28 476 32 488 2.40e-42 155 XP_028717800.1 PWI72242.1 26.6 481 314 13 9 473 22 479 2.45e-39 147 XP_028717800.1 KAG9084682.1 40.0 165 94 1 294 458 263 422 2.53e-31 124 XP_028717800.1 XP_041334537.1 24.9 438 311 9 54 489 45 466 6.48e-29 117 MBN2027958.1 MBN2027958.1 100 419 0 0 1 419 1 419 6.73e-314 845 OYU48266.1 OYU48266.1 100 207 0 0 1 207 1 207 6.13e-149 410 MBM3222384.1 MBM3222384.1 100 207 0 0 1 207 1 207 2.21e-142 394 MBM3222384.1 WP_272906673.1 50.8 61 27 2 146 204 424 483 4.27e-08 50.8 HAG61063.1 HAG61063.1 100 299 0 0 1 299 1 299 9.91e-219 594 HAG61063.1 MBS7623663.1 37.1 280 135 3 24 262 12 291 1.24e-57 185 MCK4826606.1 MCK4826606.1 100 167 0 0 1 167 1 167 1.30e-119 333 XP_043479276.1 XP_043479276.1 100 857 0 0 1 857 1 857 0.0 1563 XP_043479276.1 NP_001257623.1 44.9 457 238 6 1 451 1 449 2.08e-115 367 XP_043479276.1 KAJ3986273.1 28.5 207 146 1 239 443 447 653 2.54e-19 91.3 RDJ60584.1 RDJ60584.1 100 161 0 0 1 161 1 161 1.20e-103 292 XP_016415707.1 XP_016415707.1 100 259 0 0 1 259 1 259 2.67e-187 511 PIT51662.1 PIT51662.1 100 145 0 0 1 145 1 145 1.16e-109 306 WP_153401532.1 WP_153401532.1 100 258 0 0 1 258 1 258 6.07e-188 513 WP_153401532.1 KAI3473816.1 28.2 248 127 8 4 251 5 201 8.40e-14 68.9 WP_198721977.1 WP_198721977.1 100 337 0 0 1 337 1 337 3.24e-218 596 MBI2153585.1 MBI2153585.1 100 116 0 0 1 116 1 116 8.35e-78 223 WP_088008362.1 WP_088008362.1 100 488 0 0 1 488 1 488 0.0 953 WP_088008362.1 XP_030111227.1 42.8 437 239 5 51 476 1 437 1.44e-103 315 WP_088008362.1 MBQ1404818.1 33.4 485 299 11 12 476 11 491 4.01e-71 233 WP_088008362.1 NWZ25026.1 41.9 217 121 1 248 464 126 337 1.44e-46 163 HCD1810260.1 HCD1810260.1 100 217 0 0 1 217 1 217 1.80e-146 405 HCD1810260.1 WP_154097642.1 22.7 163 124 1 5 165 9 171 4.54e-09 53.9 WP_238935592.1 WP_238935592.1 100 663 0 0 1 663 1 663 0.0 1285 WP_212517614.1 WP_212517614.1 100 183 0 0 1 183 1 183 1.47e-126 352 QYU66920.1 QYU66920.1 100 133 0 0 1 133 1 133 3.89e-91 258 QYU66920.1 WP_278449211.1 62.4 125 47 0 4 128 7 131 1.94e-48 159 QYU66920.1 WP_272906673.1 29.3 116 80 1 5 120 6 119 1.24e-11 58.9 QYU66920.1 PYP94120.1 25.0 124 91 1 5 128 3 124 3.19e-11 57.0 QYU66920.1 WP_007356512.1 27.8 115 79 2 1 113 1017 1129 7.87e-08 48.1 QYU66920.1 MBF0233644.1 23.3 120 92 0 5 124 622 741 1.21e-04 38.9 QYU66920.1 WP_111457087.1 29.3 123 78 4 1 120 139 255 2.48e-04 37.7 WP_271619988.1 WP_271619988.1 100 678 0 0 1 678 1 678 0.0 1397 WP_237066347.1 WP_237066347.1 100 315 0 0 1 315 1 315 8.92e-230 624 MBX3184110.1 MBX3184110.1 100 234 0 0 1 234 1 234 4.62e-171 468 MBX3184110.1 MCB1191718.1 29.8 124 70 6 7 120 6 122 2.85e-04 39.7 KAJ9293589.1 KAJ9293589.1 100 266 0 0 1 266 1 266 1.14e-196 536 KAJ9293589.1 WP_045257206.1 45.1 246 117 4 12 257 82 309 3.17e-60 191 KAJ9293589.1 WP_202659240.1 37.7 199 107 3 58 256 132 313 5.03e-38 134 KAJ9293589.1 PBN43802.1 29.3 256 137 10 1 241 211 437 1.90e-20 88.6 CCK15435.1 CCK15435.1 100 108 0 0 1 108 1 108 1.01e-72 209 CCK15435.1 WP_138597401.1 41.2 102 56 1 2 103 145 242 3.09e-18 75.1 CCK15435.1 KAG2346037.1 36.2 105 59 2 4 103 165 266 1.42e-11 57.4 CCK15435.1 WP_087085326.1 32.4 111 66 2 1 106 150 256 6.54e-11 55.5 CCK15435.1 WP_262401812.1 35.0 100 54 2 4 103 67 155 2.40e-10 52.8 WP_116314221.1 WP_116314221.1 100 356 0 0 1 356 1 356 1.18e-241 657 ATB18092.1 ATB18092.1 100 222 0 0 1 222 1 222 4.84e-167 457 MBE9483558.1 MBE9483558.1 100 96 0 0 1 96 1 96 8.54e-64 186 WP_216083845.1 WP_216083845.1 100 247 0 0 1 247 1 247 4.44e-180 492 WP_218801637.1 WP_218801637.1 100 475 0 0 1 475 1 475 0.0 907 WP_218801637.1 WP_185921121.1 31.3 418 270 8 13 425 14 419 1.73e-43 158 WP_218801637.1 RQL72805.1 27.3 362 238 7 1 346 1 353 5.46e-20 90.9 WP_218801637.1 WP_226276978.1 30.8 208 140 1 21 228 26 229 1.31e-18 86.7 GMH77683.1 GMH77683.1 100 426 0 0 1 426 1 426 8.84e-293 792 WP_020530816.1 WP_020530816.1 100 650 0 0 1 650 1 650 0.0 1321 WP_020530816.1 MBK7937165.1 28.0 653 274 16 7 649 12 478 1.08e-71 239 WP_068080190.1 WP_068080190.1 100 334 0 0 1 334 1 334 3.97e-238 646 XP_046922164.1 XP_046922164.1 100 449 0 0 1 449 1 449 0.0 898 XP_046922164.1 XP_054844157.1 41.3 492 226 7 14 449 27 511 3.62e-122 363 XP_046922164.1 XP_028717800.1 34.0 485 268 6 14 448 7 489 6.88e-89 277 XP_046922164.1 ACF74449.1 23.9 468 284 11 21 426 21 478 1.77e-28 115 XP_046922164.1 KAJ5060329.1 24.4 501 304 15 16 449 7 499 4.74e-26 108 XP_046922164.1 KAG9084682.1 29.7 192 128 2 226 417 237 421 3.28e-24 102 XP_046922164.1 PWI72242.1 23.5 464 299 9 1 419 5 457 7.60e-23 99.4 XP_046922164.1 NWX34570.1 25.5 216 156 3 226 440 301 512 1.54e-17 83.2 XP_016265944.1 XP_016265944.1 100 547 0 0 1 547 1 547 0.0 1080 XP_016265944.1 KAJ3544539.1 25.0 513 286 22 7 509 708 1131 1.38e-19 91.3 XP_016265944.1 ACF74449.1 27.9 226 143 8 312 533 283 492 1.64e-09 58.5 XP_016265944.1 XP_046922164.1 21.1 213 154 5 299 511 222 420 3.16e-04 41.6 WP_077533069.1 WP_077533069.1 100 126 0 0 1 126 1 126 6.87e-84 239 WP_077533069.1 MCQ2539410.1 45.0 120 64 1 1 120 1 118 4.58e-28 98.2 WP_077533069.1 WP_003748238.1 36.9 111 65 2 9 117 7 114 1.67e-13 60.8 QXO05584.1 QXO05584.1 100 158 0 0 1 158 1 158 2.47e-124 344 MYB21565.1 MYB21565.1 100 208 0 0 1 208 1 208 5.77e-83 243 XP_005553416.1 XP_005553416.1 100 321 0 0 1 321 1 321 3.57e-248 671 WP_035473288.1 WP_035473288.1 100 404 0 0 1 404 1 404 6.29e-300 808 WP_035473288.1 AMW35569.1 25.4 311 215 8 5 302 35 341 1.02e-19 89.0 MBQ4383193.1 MBQ4383193.1 100 228 0 0 1 228 1 228 4.98e-163 447 MBQ4383193.1 MCB0243881.1 37.7 220 133 2 4 220 5 223 2.79e-46 151 MBQ4383193.1 MCC6044083.1 42.3 201 111 3 21 218 20 218 2.34e-44 149 MBQ4383193.1 MBT4161918.1 39.3 224 132 2 3 223 5 227 7.85e-44 145 MBQ4383193.1 WP_145468487.1 36.4 220 136 2 4 220 6 224 9.82e-39 132 MBQ4383193.1 MCF7808720.1 36.4 206 127 2 23 225 25 229 1.73e-36 126 MBQ4383193.1 WP_226904802.1 34.9 232 138 6 4 222 22 253 5.24e-32 117 MBQ4383193.1 MBQ9964693.1 31.9 207 113 7 4 210 1 179 2.34e-23 91.3 MBQ4383193.1 WP_071876418.1 27.2 206 139 5 5 209 300 495 1.69e-20 87.8 MBQ4383193.1 CDZ73727.1 29.0 193 112 5 34 218 27 202 3.06e-14 68.2 RMZ75246.1 RMZ75246.1 100 1217 0 0 1 1217 1 1217 0.0 2336 CAF4338983.1 CAF4338983.1 100 118 0 0 1 118 1 118 8.60e-72 208 OGL48105.1 OGL48105.1 100 379 0 0 1 379 1 379 7.60e-277 748 OGL48105.1 OGH56711.1 35.1 222 123 4 140 361 153 353 1.12e-24 102 WP_232540662.1 WP_232540662.1 100 243 0 0 1 243 1 243 6.58e-180 491 MBE3116889.1 MBE3116889.1 100 171 0 0 1 171 1 171 4.00e-125 347 MBE3116889.1 WP_280938002.1 27.8 115 70 4 68 171 78 190 1.42e-06 45.4 MBE3116889.1 WP_244311009.1 25.5 106 76 2 69 171 82 187 8.66e-06 43.1 KAI8964031.1 KAI8964031.1 100 1248 0 0 1 1248 1 1248 0.0 2190 WP_099345046.1 WP_099345046.1 100 574 0 0 1 574 1 574 0.0 1138 WP_099345046.1 WP_060004157.1 31.5 594 373 15 5 572 4 589 4.11e-75 248 WP_099345046.1 WP_100610557.1 29.4 534 361 8 17 537 33 563 7.90e-61 209 WP_099345046.1 HAR3824072.1 29.4 547 362 13 6 537 38 575 6.45e-56 196 WP_099345046.1 MCP5260845.1 22.6 561 365 20 17 535 18 551 1.23e-21 97.1 EKK02300.1 EKK02300.1 100 64 0 0 1 64 1 64 7.08e-44 133 MCU0947041.1 MCU0947041.1 100 407 0 0 1 407 1 407 2.48e-303 817 MCU0947041.1 WP_271116088.1 47.5 413 182 9 6 406 6 395 1.58e-113 336 MCU0947041.1 WP_066841281.1 47.8 414 186 8 6 406 6 402 3.62e-111 330 MCU0947041.1 BAY23582.1 46.9 429 187 12 1 406 34 444 1.62e-109 328 KAA3459801.1 KAA3459801.1 100 231 0 0 1 231 1 231 1.13e-165 454 KAA3459801.1 XP_027172582.1 31.6 133 86 4 72 201 16 146 4.14e-10 56.2 MBT2214695.1 MBT2214695.1 100 1340 0 0 1 1340 1 1340 0.0 2594 MBT2214695.1 WP_101025682.1 30.1 725 461 18 222 914 13 723 2.23e-74 267 AUU37591.1 AUU37591.1 100 166 0 0 1 166 1 166 4.19e-120 334 PYJ65046.1 PYJ65046.1 100 153 0 0 1 153 1 153 1.06e-109 306 PYJ65046.1 MCP5208043.1 38.7 106 65 0 24 129 24 129 1.64e-17 72.8 WP_067783946.1 WP_067783946.1 100 509 0 0 1 509 1 509 0.0 1044 WP_167320363.1 WP_167320363.1 100 321 0 0 1 321 1 321 3.12e-233 633 WP_167320363.1 WP_257107333.1 28.6 343 206 7 1 319 1 328 5.48e-26 103 WP_167320363.1 MBN1566249.1 28.2 351 199 14 9 321 7 342 1.48e-23 97.4 WP_167320363.1 OAX39412.1 23.1 221 141 8 18 215 22 236 1.64e-06 47.4 WP_167320363.1 KAH7252800.1 21.5 261 152 6 1 218 7 257 9.23e-05 42.0 EPZ93706.1 EPZ93706.1 100 253 0 0 1 253 1 253 3.00e-181 496 WP_040988594.1 WP_040988594.1 100 212 0 0 1 212 1 212 1.24e-155 427 WP_040988594.1 WP_070054132.1 53.3 214 97 2 1 212 1 213 1.84e-81 240 XP_043079005.1 XP_043079005.1 100 862 0 0 1 862 1 862 0.0 1457 WP_183181890.1 WP_183181890.1 100 401 0 0 1 401 1 401 3.50e-300 809 WP_140334279.1 WP_140334279.1 100 295 0 0 1 295 1 295 1.76e-210 573 WP_140334279.1 WP_009620393.1 26.2 244 158 9 9 241 5 237 1.20e-06 47.4 WP_140334279.1 WP_096722254.1 22.8 298 174 14 7 275 3 273 7.02e-06 45.1 WP_140334279.1 WP_044453403.1 26.7 296 171 13 7 276 3 278 1.72e-05 43.9 WP_140334279.1 WP_254301195.1 34.2 73 48 0 9 81 10 82 1.68e-04 40.8 BDY12064.1 BDY12064.1 100 116 0 0 1 116 1 116 1.56e-24 88.6 XP_046018872.1 XP_046018872.1 100 369 0 0 1 369 1 369 1.47e-207 572 XP_043718329.1 XP_043718329.1 100 404 0 0 1 404 1 404 2.29e-302 815 XP_043718329.1 XP_048228476.1 41.4 345 172 2 40 384 12 326 2.48e-84 259 XP_043718329.1 XP_022745130.1 41.8 141 75 3 265 398 15 155 6.27e-26 101 MBS7393837.1 MBS7393837.1 100 179 0 0 1 179 1 179 6.84e-139 382 MCR4683986.1 MCR4683986.1 100 65 0 0 1 65 1 65 5.83e-39 121 MBN1819552.1 MBN1819552.1 100 568 0 0 1 568 1 568 0.0 1100 MBN1819552.1 WP_076194242.1 27.7 224 160 2 339 562 237 458 4.89e-25 106 MBN1819552.1 MBS1636088.1 26.6 233 161 4 333 562 94 319 3.97e-24 101 MBN1819552.1 MBO8233644.1 29.1 213 145 4 335 546 153 360 3.43e-22 97.1 MBN1819552.1 MBE9467362.1 26.8 239 169 2 332 565 590 827 1.36e-20 94.4 MBN1819552.1 WP_212961195.1 26.3 236 169 2 333 566 420 652 2.78e-20 93.6 MBN1819552.1 WP_074911472.1 25.3 229 169 2 335 563 792 1018 5.33e-20 92.8 MBN1819552.1 MBN8606766.1 26.7 236 164 6 333 563 574 805 1.38e-16 81.6 MBN1819552.1 EDN57974.1 24.3 226 163 3 338 558 400 622 3.33e-15 77.4 MBN1819552.1 NSW79198.1 39.7 73 39 1 491 563 594 661 3.61e-09 57.8 WP_269026738.1 WP_269026738.1 100 97 0 0 1 97 1 97 2.61e-72 207 WP_041580422.1 WP_041580422.1 100 214 0 0 1 214 1 214 1.16e-136 380 WP_041580422.1 MBG9445742.1 41.1 202 116 1 9 210 12 210 1.36e-46 151 WP_041580422.1 WP_110808154.1 43.4 189 106 1 23 211 27 214 1.18e-45 149 WP_041580422.1 MCO5064371.1 33.2 223 124 2 13 212 45 265 7.72e-29 107 WP_041580422.1 WP_233281725.1 32.3 195 122 2 28 212 12 206 1.60e-23 92.0 WP_041580422.1 WP_012568269.1 33.8 204 130 3 14 212 157 360 4.55e-23 93.6 WP_041580422.1 WP_224458015.1 34.0 162 95 2 14 168 157 313 1.74e-18 80.9 WP_041580422.1 WP_035102910.1 32.9 79 53 0 90 168 129 207 1.11e-07 49.3 KAG5994228.1 KAG5994228.1 100 772 0 0 1 772 1 772 0.0 1290 KAG5994228.1 XP_030087828.2 31.1 592 362 9 160 745 78 629 2.05e-66 234 WP_172616972.1 WP_172616972.1 100 1045 0 0 1 1045 1 1045 0.0 1977 WP_172616972.1 WP_154963182.1 28.3 1006 692 13 23 1014 18 1008 2.10e-104 349 WP_172616972.1 KKQ50904.1 25.0 1103 719 15 17 1020 39 1132 1.48e-77 275 WP_172616972.1 WP_039608285.1 24.3 1037 726 23 10 1019 5 1007 7.69e-58 215 WP_172616972.1 WP_133325549.1 22.9 1026 717 23 20 1014 15 997 4.12e-44 172 WP_172616972.1 WP_265225845.1 22.5 1061 732 28 20 1014 15 1050 1.22e-41 164 WP_172616972.1 TME45086.1 22.3 462 337 10 150 594 141 597 4.27e-17 84.7 WP_026600741.1 WP_026600741.1 100 401 0 0 1 401 1 401 1.43e-299 807 MCH3756135.1 MCH3756135.1 100 98 0 0 1 98 1 98 5.72e-63 184 WP_097641037.1 WP_097641037.1 100 870 0 0 1 870 1 870 0.0 1749 WP_097641037.1 WP_086711488.1 64.3 869 307 2 1 869 1 866 0.0 1129 WP_097641037.1 WP_102477257.1 54.0 867 380 6 4 869 3 851 0.0 920 WP_097641037.1 RWX51021.1 57.3 548 214 6 9 537 8 554 3.97e-210 605 HAT6420703.1 HAT6420703.1 100 281 0 0 1 281 1 281 1.22e-194 532 MBL8770704.1 MBL8770704.1 100 162 0 0 1 162 1 162 4.91e-108 303 WP_148058234.1 WP_148058234.1 100 180 0 0 1 180 1 180 3.62e-121 338 XP_021113256.1 XP_021113256.1 100 1174 0 0 1 1174 1 1174 0.0 2231 XP_009403500.1 XP_009403500.1 100 486 0 0 1 486 1 486 0.0 971 XP_009403500.1 EPS43711.1 30.0 377 146 8 181 451 6 370 9.44e-41 150 WP_148836004.1 WP_148836004.1 100 505 0 0 1 505 1 505 0.0 1001 WP_148836004.1 RLB66027.1 32.2 500 310 12 22 498 22 515 5.01e-67 223 WP_148836004.1 WP_068051662.1 30.9 489 282 14 54 500 59 533 9.07e-55 191 WP_148836004.1 MBP6544771.1 30.3 515 308 14 25 492 41 551 9.77e-51 180 WP_148836004.1 WP_098279309.1 27.4 478 305 13 54 495 56 527 1.85e-47 171 WP_148836004.1 WP_112119927.1 26.2 493 317 9 18 499 12 468 8.73e-42 154 WP_148836004.1 NDJ88951.1 28.6 514 314 16 21 488 17 523 6.72e-40 150 WP_148836004.1 XP_052525039.1 25.6 520 309 16 34 489 127 632 1.36e-21 96.7 WP_148836004.1 WP_200941876.1 28.7 537 270 25 9 455 46 559 7.14e-20 91.3 WP_148836004.1 MCL4144983.1 24.3 136 55 2 363 497 3 91 2.29e-08 50.1 MBI5405531.1 MBI5405531.1 100 217 0 0 1 217 1 217 6.33e-156 429 MBI5405531.1 WP_242161393.1 38.4 190 116 1 16 205 16 204 4.82e-42 140 MBI5405531.1 MBQ8417539.1 35.9 198 125 2 1 198 1 196 4.03e-33 117 NXH52939.1 NXH52939.1 100 273 0 0 1 273 1 273 8.41e-207 562 MCJ7594907.1 MCJ7594907.1 100 257 0 0 1 257 1 257 4.62e-187 511 MCJ7594907.1 WP_117920451.1 55.2 250 109 2 1 250 370 616 4.11e-86 266 MCJ7594907.1 KKT55671.1 49.8 247 119 2 1 246 375 617 1.36e-74 236 MCJ7594907.1 WP_086280341.1 49.2 250 117 4 1 250 348 587 5.02e-72 229 NP_494967.1 NP_494967.1 100 118 0 0 1 118 1 118 1.38e-52 159 WP_167509077.1 WP_167509077.1 100 163 0 0 1 163 1 163 6.48e-118 328 MBN2132609.1 MBN2132609.1 100 607 0 0 1 607 1 607 0.0 1134 XP_039638319.1 XP_039638319.1 100 464 0 0 1 464 1 464 0.0 911 XP_039638319.1 XP_030131005.3 37.2 349 204 6 127 462 188 534 8.70e-66 219 XP_039638319.1 NXJ71029.1 25.8 387 250 10 107 459 55 438 1.12e-24 104 MBG83645.1 MBG83645.1 100 360 0 0 1 360 1 360 1.13e-257 698 MBG83645.1 MCH6550914.1 39.0 351 201 5 9 352 3 347 9.60e-68 215 WP_071844175.1 WP_071844175.1 100 70 0 0 1 70 1 70 2.83e-48 145 WP_221323620.1 WP_221323620.1 100 178 0 0 1 178 1 178 1.33e-131 364 CAA7056023.1 CAA7056023.1 100 685 0 0 1 685 1 685 0.0 1363 CAA7056023.1 XP_047076827.1 32.5 514 301 4 71 575 42 518 1.18e-87 283 MBK6594401.1 MBK6594401.1 100 184 0 0 1 184 1 184 1.73e-130 362 WP_251309955.1 WP_251309955.1 100 101 0 0 1 101 1 101 2.38e-70 203 MCP4907131.1 MCP4907131.1 100 410 0 0 1 410 1 410 1.45e-308 831 MCP4907131.1 WP_037889990.1 27.9 358 210 10 40 381 78 403 3.00e-35 133 MCL7977512.1 MCL7977512.1 100 66 0 0 1 66 1 66 1.64e-43 132 WP_156485294.1 WP_156485294.1 100 51 0 0 1 51 1 51 1.38e-31 101 XP_009839123.1 XP_009839123.1 100 1052 0 0 1 1052 1 1052 0.0 1867 GHU76743.1 GHU76743.1 100 781 0 0 1 781 1 781 0.0 1595 KAJ2820567.1 KAJ2820567.1 100 180 0 0 1 180 1 180 8.96e-131 362 MCL7714424.1 MCL7714424.1 100 229 0 0 1 229 1 229 2.90e-167 458 MCL7714424.1 WP_026893585.1 38.9 226 132 3 1 225 1 221 1.22e-50 162 MCL7714424.1 WP_186723788.1 38.7 222 132 2 5 225 8 226 2.76e-44 147 MCL7714424.1 PYP94120.1 36.2 221 139 1 4 224 2 220 3.60e-43 144 MCL7714424.1 MBP1530348.1 35.7 227 137 5 4 229 3 221 5.29e-43 143 MCL7714424.1 WP_007708736.1 37.9 227 136 2 3 224 2 228 1.10e-41 140 MCL7714424.1 WP_101794136.1 34.0 235 140 3 4 226 26 257 2.54e-40 137 MCL7714424.1 WP_232306300.1 38.9 113 68 1 5 117 1123 1234 1.89e-21 90.9 MCL7714424.1 WP_185031483.1 32.3 198 110 7 40 225 36 221 2.12e-20 84.7 MCL7714424.1 WP_212961195.1 37.9 116 72 0 4 119 714 829 7.62e-17 77.4 HBR4968137.1 HBR4968137.1 100 252 0 0 1 252 1 252 5.46e-197 535 XP_024635273.1 XP_024635273.1 100 330 0 0 1 330 1 330 1.23e-176 530 WP_136864777.1 WP_136864777.1 100 290 0 0 1 290 1 290 1.12e-224 608 WP_136864777.1 BBN52434.1 25.9 197 107 9 50 239 38 202 1.08e-05 44.3 WP_052822157.1 WP_052822157.1 100 483 0 0 1 483 1 483 0.0 995 WP_194217236.1 WP_194217236.1 100 123 0 0 1 123 1 123 5.26e-73 211 EGI4396582.1 EGI4396582.1 100 567 0 0 1 567 1 567 0.0 1086 WP_226480428.1 WP_226480428.1 100 353 0 0 197 549 197 549 5.34e-200 567 WP_130628329.1 WP_130628329.1 100 109 0 0 1 109 1 109 1.81e-71 206 MBR1729873.1 MBR1729873.1 100 323 0 0 1 323 1 323 5.95e-223 607 WP_086041969.1 WP_086041969.1 100 171 0 0 1 171 1 171 2.93e-127 352 GHT89622.1 GHT89622.1 100 268 0 0 1 268 1 268 1.43e-191 523 GHT89622.1 WP_084128119.1 37.5 216 130 2 15 225 14 229 1.01e-37 132 WP_116306280.1 WP_116306280.1 100 157 0 0 1 157 1 157 3.00e-111 311 XP_010547631.1 XP_010547631.1 100 265 0 0 1 265 1 265 1.18e-193 528 XP_006576743.1 XP_006576743.1 100 498 0 0 1 498 1 498 0.0 973 WP_235358277.1 WP_235358277.1 100 233 0 0 1 233 1 233 3.27e-175 479 WP_098798564.1 WP_098798564.1 100 372 0 0 1 372 1 372 1.30e-269 729 WP_098798564.1 CIY68995.1 40.9 372 204 5 1 369 1 359 6.61e-82 253 MBO6087363.1 MBO6087363.1 100 761 0 0 1 761 1 761 0.0 1550 WP_229253501.1 WP_229253501.1 100 225 0 0 1 225 1 225 9.39e-171 467 WP_229253501.1 WP_034853447.1 40.9 159 85 4 43 197 128 281 1.27e-30 113 MBK8986217.1 MBK8986217.1 100 67 0 0 1 67 1 67 2.83e-40 124 MBB7170543.1 MBB7170543.1 100 50 0 0 1 50 1 50 1.33e-33 106 WP_239108544.1 WP_239108544.1 100 236 0 0 1 236 1 236 4.12e-175 479 WP_166737616.1 WP_166737616.1 100 230 0 0 1 230 1 230 3.53e-173 473 OLA08565.1 OLA08565.1 100 237 0 0 1 237 1 237 1.89e-176 482 OLA08565.1 MBP5726154.1 53.6 237 108 2 1 235 1 237 3.49e-91 266 OLA08565.1 KAI0095213.1 29.5 281 138 12 11 237 15 289 1.17e-23 94.7 OLA08565.1 XP_025385377.1 32.0 147 77 6 4 128 126 271 1.18e-12 64.3 KAE8908303.1 KAE8908303.1 100 450 0 0 1 450 1 450 0.0 905 KAE8908303.1 ABK94958.1 29.9 368 202 8 96 449 18 343 1.30e-46 163 WP_204462572.1 WP_204462572.1 100 156 0 0 1 156 1 156 4.28e-115 320 OJU33055.1 OJU33055.1 100 405 0 0 1 405 1 405 3.56e-311 837 MCU0521352.1 MCU0521352.1 100 607 0 0 1 607 1 607 0.0 1271 KAG5775718.1 KAG5775718.1 100 296 0 0 1 296 1 296 8.43e-214 582 WP_182273896.1 WP_182273896.1 100 83 0 0 1 83 1 83 2.20e-51 154 PIQ22394.1 PIQ22394.1 100 393 0 0 1 393 1 393 2.37e-303 816 WP_053767117.1 WP_053767117.1 100 230 0 0 1 230 1 230 8.33e-172 470 EDN4899961.1 EDN4899961.1 100 219 0 0 1 219 1 219 2.03e-153 422 WP_252845183.1 WP_252845183.1 100 261 0 0 1 261 1 261 1.18e-191 523 WP_270610708.1 WP_270610708.1 100 228 0 0 1 228 1 228 1.81e-165 454 WP_202859343.1 WP_202859343.1 100 343 0 0 1 343 1 343 1.00e-256 694 4G4S_F 4G4S_F 100 234 0 0 2 235 2 235 4.79e-169 463 MCK7495745.1 MCK7495745.1 100 198 0 0 1 198 1 198 4.52e-142 392 XP_017412204.1 XP_017412204.1 100 992 0 0 1 992 1 992 0.0 1965 XP_017412204.1 AFC90328.1 34.5 255 159 7 186 435 1 252 1.55e-30 120 WP_037318352.1 WP_037318352.1 100 447 0 0 1 447 1 447 0.0 921 WP_037318352.1 OGK79387.1 28.7 157 103 4 43 199 1 148 1.07e-06 48.1 WP_037318352.1 MCP4974199.1 23.7 228 136 5 39 265 3 193 8.65e-04 39.7 EFH7886278.1 EFH7886278.1 100 171 0 0 1 171 1 171 1.57e-122 340 EFH7886278.1 EET4886479.1 62.7 166 62 0 1 166 283 448 1.57e-71 221 EFH7886278.1 MCO5068575.1 37.7 159 95 2 13 167 234 392 1.96e-25 99.0 TGQ73293.1 TGQ73293.1 100 159 0 0 1 159 1 159 9.24e-107 300 ETL94002.1 ETL94002.1 100 434 0 0 1 434 1 434 2.26e-319 860 WP_014793632.1 WP_014793632.1 100 320 0 0 1 320 1 320 1.80e-211 578 WP_182158016.1 WP_182158016.1 100 717 0 0 1 717 1 717 0.0 1471 XP_044998617.1 XP_044998617.1 100 321 0 0 1 321 1 321 4.68e-244 660 MBQ9647935.1 MBQ9647935.1 100 262 0 0 1 262 1 262 4.79e-187 511 MBQ9647935.1 XP_007206475.1 30.1 269 149 10 5 257 15 260 2.42e-17 77.8 MBQ9647935.1 WP_110035452.1 26.6 259 151 7 8 258 7 234 1.43e-16 75.1 MBQ9647935.1 KAG2346037.1 28.4 264 158 13 11 257 17 266 5.76e-16 73.9 MBQ9647935.1 WP_077093245.1 26.5 200 133 5 2 190 3 199 9.40e-08 50.4 WP_232202741.1 WP_232202741.1 100 186 0 0 1 186 1 186 8.24e-139 383 WP_051027110.1 WP_051027110.1 100 348 0 0 1 348 1 348 1.73e-255 691 UHK01047.1 UHK01047.1 100 1273 0 0 1 1273 1 1273 0.0 1367 UHK01047.1 UIX40308.1 63.8 1273 459 1 1 1273 1 1271 0.0 1345 UHK01047.1 UHB14670.1 63.6 1273 462 1 1 1273 1 1271 0.0 1341 UHK01047.1 UDK40309.1 64.1 1273 455 1 1 1273 1 1271 0.0 1340 UHK01047.1 QUE11983.1 65.8 1273 433 2 1 1273 1 1270 0.0 1319 UHK01047.1 UBN63752.1 67.2 1273 415 2 1 1273 1 1270 0.0 1313 UHK01047.1 UGX22439.1 59.0 1273 520 1 1 1273 1 1271 0.0 1215 UHK01047.1 USL51576.1 58.4 1273 527 1 1 1273 1 1270 0.0 1198 UHK01047.1 QUM20585.1 60.7 1273 499 1 1 1273 1 1272 0.0 1188 UHK01047.1 QXI91160.1 63.1 1273 469 1 1 1273 1 1272 0.0 1142 CAG8560118.1 CAG8560118.1 100 158 0 0 1 158 1 158 7.33e-108 302 HCF2977864.1 HCF2977864.1 100 346 0 0 1 346 1 346 9.01e-266 717 ESE83270.1 ESE83270.1 100 211 0 0 1 211 1 211 1.84e-170 465 MCD58157.1 MCD58157.1 100 20 0 0 1 20 1 20 5.36e-13 52.8 CAD5221127.1 CAD5221127.1 100 712 0 0 1 712 1 712 0.0 1265 MBE7218062.1 MBE7218062.1 100 312 0 0 1 312 1 312 1.76e-214 585 XP_036378433.1 XP_036378433.1 100 650 0 0 1 650 1 650 0.0 1266 TPV93333.1 TPV93333.1 100 395 0 0 1 395 1 395 3.57e-290 783 TPV93333.1 WP_215683653.1 33.3 108 66 3 198 301 92 197 1.48e-07 50.8 WP_213750918.1 WP_213750918.1 100 275 0 0 1 275 1 275 1.05e-176 486 WP_213750918.1 WP_217101611.1 47.0 266 140 1 8 272 54 319 1.39e-71 221 WP_213750918.1 WP_166725305.1 47.8 251 131 0 22 272 69 319 5.56e-71 219 WP_213750918.1 HHH37178.1 29.0 186 132 0 73 258 69 254 2.48e-19 83.6 WP_213750918.1 WP_198297747.1 26.6 244 155 5 36 270 23 251 4.65e-14 68.6 MBT5019052.1 MBT5019052.1 100 189 0 0 1 189 1 189 9.18e-133 368 WP_172323533.1 WP_172323533.1 100 51 0 0 1 51 1 51 1.04e-35 112 TRZ74764.1 TRZ74764.1 100 358 0 0 1 358 1 358 5.83e-259 701 RBA14522.1 RBA14522.1 100 1071 0 0 1 1071 1 1071 0.0 2179 EGO95442.1 EGO95442.1 100 333 0 0 1 333 1 333 5.21e-238 646 EGO95442.1 MAF07216.1 30.3 244 153 9 81 311 3 242 2.12e-11 63.2 MAS03180.1 MAS03180.1 100 88 0 0 1 88 1 88 1.95e-63 184 WP_269358925.1 WP_269358925.1 100 485 0 0 1 485 1 485 0.0 937 KAI1570405.1 KAI1570405.1 100 145 0 0 1 145 1 145 1.58e-89 255 WP_091733714.1 WP_091733714.1 100 240 0 0 1 240 1 240 1.82e-180 493 WP_091733714.1 WP_004208647.1 40.8 238 132 3 1 237 1 230 1.09e-56 179 NBY29827.1 NBY29827.1 100 146 0 0 1 146 1 146 8.17e-106 296 WP_122873240.1 WP_122873240.1 100 428 0 0 1 428 1 428 1.17e-314 848 WP_122873240.1 CAA0126222.1 34.2 433 236 15 8 418 10 415 5.26e-59 197 WP_122873240.1 WP_205443952.1 33.2 431 219 16 8 416 4 387 2.39e-56 189 WP_122873240.1 MBO7597869.1 23.0 447 261 17 12 425 8 404 4.43e-19 87.0 RUY13648.1 RUY13648.1 100 31 0 0 1 31 1 31 6.21e-18 65.9 WP_021346398.1 WP_021346398.1 100 161 0 0 1 161 1 161 1.87e-116 324 PQP77439.1 PQP77439.1 100 55 0 0 1 55 1 55 6.94e-38 117 KAF5437455.1 KAF5437455.1 100 40 0 0 1 40 1 40 6.08e-26 86.7 AVR90781.1 AVR90781.1 100 255 0 0 1 255 1 255 2.39e-188 514 WP_172117930.1 WP_172117930.1 100 186 0 0 1 186 1 186 5.16e-142 391 WP_172117930.1 WP_024404629.1 58.7 184 75 1 4 186 2 185 9.40e-83 241 WP_172117930.1 WP_228268753.1 69.2 117 36 0 70 186 4 120 3.61e-61 184 WP_152638733.1 WP_152638733.1 100 531 0 0 1 531 1 531 0.0 1069 MCH7644438.1 MCH7644438.1 100 101 0 0 1 101 1 101 4.80e-70 202 WP_272053002.1 WP_272053002.1 100 396 0 0 1 396 1 396 6.31e-305 820 WP_272053002.1 WP_007747506.1 26.0 242 167 6 3 239 2 236 5.60e-12 65.5 MBI9043002.1 MBI9043002.1 100 333 0 0 1 333 1 333 1.31e-231 630 MBI9043002.1 MCE2505556.1 35.6 329 172 4 25 322 96 415 1.22e-55 185 WP_276533217.1 WP_276533217.1 100 1232 0 0 1 1232 1 1232 0.0 2437 WP_276533217.1 WP_175692337.1 59.4 330 130 2 12 339 21 348 3.94e-132 406 WP_276533217.1 MBU4440546.1 32.1 140 92 2 702 840 40 177 2.86e-20 89.0 KGS11954.1 KGS11954.1 100 463 0 0 1 463 1 463 0.0 928 KGS11954.1 NTZ64221.1 27.1 240 129 12 10 219 519 742 9.07e-09 56.2 KGS11954.1 MCM8621761.1 28.3 120 77 3 97 211 638 753 2.28e-06 48.5 KGS11954.1 WP_044626129.1 35.0 80 40 2 142 211 275 352 3.80e-05 44.3 NIK25817.1 NIK25817.1 100 623 0 0 1 623 1 623 0.0 1181 NIK25817.1 WP_083180153.1 23.6 415 290 8 194 608 215 602 6.41e-27 114 NIK25817.1 WP_212961195.1 31.5 286 163 10 330 607 779 1039 7.21e-26 111 NIK25817.1 MBK0846266.1 28.4 250 152 7 364 607 323 551 6.81e-24 104 NIK25817.1 WP_192272294.1 28.1 221 129 6 394 612 162 354 9.81e-17 80.5 NIK25817.1 WP_245838763.1 23.3 202 131 4 394 595 141 318 5.11e-10 59.7 WP_012917492.1 WP_012917492.1 100 429 0 0 1 429 1 429 1.14e-301 815 MCB0689733.1 MCB0689733.1 100 187 0 0 1 187 1 187 1.04e-137 380 MBL6807531.1 MBL6807531.1 100 366 0 0 1 366 1 366 3.63e-257 697 KAJ4458169.1 KAJ4458169.1 100 148 0 0 1 148 1 148 6.69e-106 296 WP_007556065.1 WP_007556065.1 100 230 0 0 1 230 1 230 3.23e-160 441 WP_007556065.1 MBQ7587638.1 43.5 230 129 1 1 230 1 229 3.21e-58 182 WP_007556065.1 HIZ10317.1 42.6 230 126 3 3 227 2 230 3.31e-53 169 WP_007556065.1 WP_268276024.1 57.5 87 37 0 5 91 5 91 1.14e-27 99.8 WP_007556065.1 WP_230208134.1 36.1 119 75 1 9 127 28 145 2.89e-12 63.5 MBQ9964693.1 MBQ9964693.1 100 185 0 0 1 185 1 185 1.12e-131 365 MBQ9964693.1 MBQ4383193.1 31.4 207 114 6 1 179 4 210 3.50e-24 93.2 MBQ9964693.1 WP_221265680.1 34.5 200 110 5 1 179 19 218 1.17e-18 80.1 MBQ9964693.1 WP_167977039.1 32.3 192 104 7 4 170 6 196 6.49e-17 74.3 MBQ9964693.1 WP_008134825.1 30.9 194 111 3 1 171 612 805 3.72e-16 73.9 MBQ9964693.1 WP_105160947.1 33.9 180 106 6 1 170 316 492 4.76e-16 73.6 MBQ9964693.1 THW78755.1 26.3 175 120 1 17 182 484 658 1.85e-15 72.0 MBQ9964693.1 RLN50561.1 26.5 185 117 3 17 182 660 844 3.46e-15 71.2 MBQ9964693.1 CDZ73727.1 27.7 188 123 4 1 175 1 188 5.93e-13 63.5 MBQ9964693.1 WAY96880.1 26.4 193 114 5 15 182 3 192 1.07e-12 62.0 EGO4094244.1 EGO4094244.1 100 89 0 0 1 89 1 89 6.53e-58 171 MCI5916932.1 MCI5916932.1 100 514 0 0 1 514 1 514 0.0 1014 MCI5916932.1 WP_249084213.1 46.8 466 238 6 24 485 373 832 1.72e-122 377 WP_239606280.1 WP_239606280.1 100 220 0 0 1 220 1 220 8.57e-151 416 WP_239606280.1 MBR2684576.1 41.2 221 128 2 1 220 1 220 1.45e-49 159 WP_239606280.1 MBM4374951.1 35.7 210 133 1 1 210 1 208 1.05e-38 131 MSO45354.1 MSO45354.1 100 365 0 0 1 365 1 365 1.37e-281 759 NP_001019860.1 NP_001019860.1 100 194 0 0 1 194 1 194 4.22e-154 422 GFB98697.1 GFB98697.1 100 113 0 0 1 113 1 113 8.13e-79 225 CAB3403040.1 CAB3403040.1 100 361 0 0 1 361 1 361 3.70e-268 724 WP_276594570.1 WP_276594570.1 100 287 0 0 1 287 1 287 4.73e-220 597 MBP6132529.1 MBP6132529.1 100 796 0 0 1 796 1 796 0.0 1536 MBP6132529.1 HAI0697239.1 46.6 796 419 2 1 792 1 794 3.91e-236 678 KAB2088711.1 KAB2088711.1 100 362 0 0 1 362 1 362 1.10e-265 718 RRY46070.1 RRY46070.1 100 63 0 0 1 63 1 63 5.44e-43 131 XP_006591276.1 XP_006591276.1 100 327 0 0 1 327 1 327 1.89e-237 644 WP_054621512.1 WP_054621512.1 100 103 0 0 1 103 1 103 2.54e-75 216 WP_054621512.1 MBT2573851.1 39.8 93 54 2 10 101 9 100 1.52e-18 72.4 WP_054621512.1 MCI6629070.1 38.1 97 56 3 9 103 21 115 2.78e-17 69.7 KAI5076688.1 KAI5076688.1 100 796 0 0 1 796 1 796 0.0 1509 KAI5076688.1 WP_053342583.1 27.2 646 432 20 105 743 15 629 1.20e-64 226 WP_260879442.1 WP_260879442.1 100 290 0 0 1 290 1 290 1.01e-202 553 KAG7202115.1 KAG7202115.1 100 277 0 0 1 277 1 277 3.80e-196 535 KAI5128402.1 KAI5128402.1 100 154 0 0 1 154 1 154 2.48e-104 293 MBR6417349.1 MBR6417349.1 100 132 0 0 1 132 1 132 8.50e-99 277 MBR6417349.1 WP_279184953.1 32.8 128 83 2 2 126 198 325 4.98e-11 57.0 WP_267448957.1 WP_267448957.1 100 219 0 0 1 219 1 219 1.08e-148 410 WP_267448957.1 WP_159896041.1 31.7 180 114 3 38 212 63 238 3.27e-22 89.4 MBR2718156.1 MBR2718156.1 100 152 0 0 1 152 1 152 1.24e-112 314 DAU97140.1 DAU97140.1 100 154 0 0 1 154 1 154 8.65e-105 294 NWV65193.1 NWV65193.1 100 1241 0 0 1 1241 1 1241 0.0 2347 NWV65193.1 MBK7412786.1 33.3 168 94 3 399 549 173 339 6.04e-23 100 NWV65193.1 MBD8893743.1 23.8 202 132 6 357 544 447 640 1.32e-07 54.3 UJW35797.1 UJW35797.1 100 200 0 0 1 200 1 200 1.76e-140 388 UJW35797.1 WP_171155369.1 47.3 55 29 0 10 64 14 68 3.20e-10 55.8 UJW35797.1 WP_062336768.1 40.0 60 36 0 18 77 18 77 3.67e-08 49.7 UJW35797.1 WP_022957608.1 40.4 57 34 0 15 71 3 59 5.35e-07 46.6 UJW35797.1 WP_216090438.1 38.8 49 29 1 22 69 11 59 1.42e-04 39.7 MCE7733397.1 MCE7733397.1 100 223 0 0 1 223 1 223 3.92e-153 422 MCE7733397.1 URN93064.1 28.9 121 73 4 45 159 39 152 3.80e-07 47.8 MCE7733397.1 WP_044328211.1 34.0 100 60 3 45 143 59 153 9.04e-07 46.6 MCE7733397.1 XP_001681736.1 31.0 100 50 3 13 93 29 128 5.85e-04 38.5 EEI62381.1 EEI62381.1 100 259 0 0 1 259 1 259 1.24e-201 548 CAG0929351.1 CAG0929351.1 100 327 0 0 1 327 1 327 8.61e-234 635 CAG0929351.1 MBE6306819.1 39.7 315 187 2 7 321 2 313 1.57e-73 230 AAX94106.1 AAX94106.1 100 431 0 0 1 431 1 431 1.42e-312 843 AAX94106.1 APC24336.1 70.9 351 102 0 78 428 1 351 4.44e-188 526 AAX94106.1 AGC97326.1 86.9 222 29 0 210 431 1 222 1.29e-138 395 AAX94106.1 ACO35565.1 83.4 223 37 0 208 430 1 223 4.63e-134 384 AAX94106.1 AGC74998.1 84.9 205 31 0 225 429 1 205 7.83e-124 356 AAX94106.1 AVM35379.1 91.5 189 16 0 1 189 26 214 6.36e-120 346 AAX94106.1 ADW49125.1 89.9 189 19 0 1 189 23 211 2.48e-116 337 AAX94106.1 AFA09475.1 89.4 189 20 0 1 189 17 205 1.63e-115 335 AAX94106.1 AFA24308.1 89.4 189 20 0 1 189 24 212 8.38e-115 333 AAX94106.1 AWS34156.1 85.7 189 27 0 1 189 31 219 1.74e-113 330 EFC4417017.1 EFC4417017.1 100 201 0 0 1 201 1 201 1.51e-146 404 MCL2109536.1 MCL2109536.1 100 110 0 0 1 110 1 110 1.60e-79 227 MCL2109536.1 MBR3785149.1 30.8 104 61 6 2 97 1 101 1.94e-07 44.7 SEJ33525.1 SEJ33525.1 100 328 0 0 1 328 1 328 6.37e-241 653 SEJ33525.1 MCI7202149.1 31.1 257 171 5 28 282 10 262 6.33e-32 118 BAQ58714.1 BAQ58714.1 100 716 0 0 1 716 1 716 0.0 1440 MBT4239116.1 MBT4239116.1 100 435 0 0 1 435 1 435 0.0 880 WP_224458015.1 WP_224458015.1 100 365 0 0 1 365 1 365 3.99e-265 717 WP_224458015.1 WP_012568269.1 53.8 366 160 3 4 365 5 365 5.66e-124 360 WP_224458015.1 WP_110808154.1 31.9 182 118 2 176 357 37 212 3.20e-18 80.9 WP_224458015.1 WP_041580422.1 30.2 192 120 3 157 341 14 198 7.63e-18 79.7 WP_224458015.1 MCO5064371.1 31.1 222 131 4 157 359 46 264 7.04e-17 78.2 HBP6650873.1 HBP6650873.1 100 1034 0 0 1 1034 1 1034 0.0 1828 HBP6650873.1 WP_243269836.1 37.1 850 426 13 9 764 1596 2434 9.51e-120 404 HBP6650873.1 WP_253352066.1 27.4 252 156 11 12 241 534 780 7.51e-12 68.2 WP_097382902.1 WP_097382902.1 100 313 0 0 1 313 1 313 4.54e-222 604 WP_097382902.1 WP_046778966.1 38.3 321 184 7 1 309 1 319 7.44e-64 202 XP_014155165.1 XP_014155165.1 100 70 0 0 1 70 1 70 2.51e-51 152 WP_026661995.1 WP_026661995.1 100 279 0 0 1 279 1 279 1.57e-205 559 WP_026661995.1 WP_119938117.1 24.1 257 173 6 39 278 23 274 8.85e-14 68.2 WP_026661995.1 WP_026861651.1 21.3 253 166 8 45 276 71 311 7.73e-09 53.9 WP_026661995.1 WP_233292564.1 27.6 87 60 1 191 274 277 363 4.11e-07 48.9 WP_026661995.1 MCS3353511.1 30.3 89 61 1 187 274 36 124 2.62e-06 44.3 NPM18735.1 NPM18735.1 100 270 0 0 1 270 1 270 1.54e-187 513 NPM18735.1 EFG4747393.1 97.2 249 7 0 16 264 1 249 8.96e-166 457 NPM18735.1 MBB7523286.1 96.5 57 2 0 1 57 452 508 3.30e-30 116 MBW8078285.1 MBW8078285.1 100 418 0 0 1 418 1 418 4.14e-303 818 WP_144002426.1 WP_144002426.1 100 275 0 0 1 275 1 275 1.09e-194 531 WP_144002426.1 WP_130477570.1 50.2 267 129 2 4 269 1 264 1.79e-78 237 WP_144002426.1 WP_113851760.1 33.6 143 92 2 124 266 97 236 6.80e-16 73.6 WP_144002426.1 MCF8193609.1 29.9 197 121 5 81 266 65 255 2.86e-14 69.3 KAJ9499981.1 KAJ9499981.1 100 331 0 0 1 331 1 331 1.33e-239 650 MBI5799565.1 MBI5799565.1 100 77 0 0 1 77 1 77 7.10e-52 154 MBT8367246.1 MBT8367246.1 100 340 0 0 1 340 1 340 1.69e-242 658 MBT8367246.1 WP_010859888.1 24.5 220 145 7 54 262 66 275 2.48e-09 56.2 WP_243131659.1 WP_243131659.1 100 86 0 0 1 86 1 86 1.22e-29 99.4 WP_226536872.1 WP_226536872.1 100 98 0 0 1 98 1 98 5.08e-66 192 XP_035254397.1 XP_035254397.1 100 620 0 0 1 620 1 620 0.0 1191 NOY97419.1 NOY97419.1 100 807 0 0 1 807 1 807 0.0 1533 NOY97419.1 HDC92778.1 38.8 469 269 7 1 454 1 466 4.31e-98 311 NOY97419.1 WP_278982769.1 26.4 451 313 8 1 450 2 434 1.44e-39 150 NOY97419.1 WP_015167170.1 25.9 463 272 16 3 450 5 411 2.92e-28 119 NOY97419.1 WP_270453521.1 27.8 353 233 7 107 453 64 400 3.52e-27 113 TLX84297.1 TLX84297.1 100 124 0 0 1 124 1 124 1.98e-91 258 TBV99016.1 TBV99016.1 100 120 0 0 1 120 1 120 2.87e-80 229 GBO23274.1 GBO23274.1 100 115 0 0 1 115 1 115 6.90e-81 231 OPZ52024.1 OPZ52024.1 100 65 0 0 1 65 1 65 2.18e-43 132 MBN3744368.1 MBN3744368.1 100 278 0 0 1 278 1 278 1.37e-194 531 MBN3744368.1 WP_013845913.1 36.0 189 117 2 1 185 4 192 8.50e-30 111 MBN3744368.1 WP_183882442.1 35.8 190 119 1 1 187 4 193 3.05e-23 93.6 MBN3744368.1 MBG6287041.1 32.1 190 125 2 1 187 14 202 3.39e-17 77.4 MBN3744368.1 WP_077093245.1 30.9 188 118 1 2 177 7 194 3.45e-16 75.5 MBN3744368.1 WP_280443824.1 29.6 199 118 4 4 184 2 196 1.40e-12 64.7 MBN3744368.1 XP_028635853.1 26.6 143 95 1 3 135 10 152 1.64e-12 65.5 MBN3744368.1 MXY99086.1 33.5 170 109 3 14 180 1 169 3.28e-12 63.2 MBN3744368.1 KAH9956814.1 33.6 143 85 4 38 176 21 157 7.03e-12 63.9 HCE5900341.1 HCE5900341.1 100 144 0 0 1 144 1 144 8.53e-98 276 HCE5900341.1 HBU4069332.1 89.6 144 15 0 1 144 113 256 8.16e-86 253 HCY01371.1 HCY01371.1 100 154 0 0 1 154 1 154 1.89e-108 303 WP_194454339.1 WP_194454339.1 100 441 0 0 1 441 1 441 0.0 876 WP_194454339.1 MBP6375542.1 29.4 453 280 11 8 438 4 438 3.39e-47 166 WP_194454339.1 MBT4710545.1 29.0 451 282 12 13 441 9 443 3.10e-44 159 WP_194454339.1 WP_249505358.1 27.4 457 284 10 8 438 3 437 2.85e-39 145 WP_194454339.1 WP_258835625.1 27.0 460 286 10 8 438 4 442 6.41e-38 141 WP_194454339.1 PWM49891.1 25.4 366 241 9 11 357 7 359 6.01e-31 122 WP_194454339.1 GER04731.1 26.7 352 225 10 1 339 1 332 1.46e-22 97.8 WP_159220133.1 WP_159220133.1 100 180 0 0 1 180 1 180 2.12e-138 381 WP_159220133.1 WP_171832914.1 46.9 177 94 0 1 177 1 177 1.79e-58 179 WP_016083913.1 WP_016083913.1 100 274 0 0 1 274 1 274 3.41e-202 550 UPB00876.1 UPB00876.1 100 4375 0 0 1 4375 1 4375 0.0 6284 UPB00876.1 UPP41269.1 76.7 4375 1019 0 1 4375 28 4402 0.0 6228 UPB00876.1 USR14792.1 76.7 4375 1020 0 1 4375 28 4402 0.0 6225 UPB00876.1 URQ55824.1 76.7 4371 1017 0 1 4371 28 4398 0.0 6224 UPB00876.1 UZO53924.1 76.7 4371 1018 0 1 4371 28 4398 0.0 6223 UPB00876.1 UKN67998.1 76.5 4371 1025 1 1 4371 8 4377 0.0 6207 UPB00876.1 UVI10561.1 77.5 4371 983 0 1 4371 1 4371 0.0 6075 UPB00876.1 UXX67934.1 75.2 4371 1085 0 1 4371 28 4398 0.0 6062 UPB00876.1 ULB83374.1 76.7 4375 1017 1 1 4375 28 4401 0.0 6058 UPB00876.1 WHE12941.1 74.9 4371 1097 0 1 4371 2 4372 0.0 5998 MBR2864610.1 MBR2864610.1 100 193 0 0 1 193 1 193 4.91e-139 384 KAF2420586.1 KAF2420586.1 100 97 0 0 1 97 1 97 7.00e-59 174 PIR02665.1 PIR02665.1 100 77 0 0 1 77 1 77 8.93e-55 162 MCQ2295302.1 MCQ2295302.1 100 84 0 0 1 84 1 84 1.79e-55 164 WP_189342802.1 WP_189342802.1 100 77 0 0 1 77 1 77 3.97e-49 147 ADQ02892.1 ADQ02892.1 100 90 0 0 1 90 1 90 6.76e-56 166 KAI8504475.1 KAI8504475.1 100 1343 0 0 1 1343 1 1343 0.0 2564 KAI8504475.1 XP_028567154.1 32.9 417 261 10 826 1230 731 1134 1.13e-42 169 WP_167248335.1 WP_167248335.1 100 170 0 0 1 170 1 170 4.56e-39 129 MCG8010344.1 MCG8010344.1 100 429 0 0 1 429 1 429 8.22e-295 798 YP_009296428.1 YP_009296428.1 100 167 0 0 1 167 1 167 1.52e-118 330 EJQ6627878.1 EJQ6627878.1 100 361 0 0 1 361 1 361 6.14e-267 721 EJQ6627878.1 EEY3543156.1 97.5 361 9 0 1 361 365 725 2.64e-250 704 EJQ6627878.1 ECI3309320.1 77.8 361 79 1 1 361 365 724 1.62e-201 575 EJQ6627878.1 EFQ4765027.1 77.8 361 79 1 1 361 365 724 4.20e-201 575 EJQ6627878.1 WP_181865219.1 97.6 250 6 0 1 250 54 303 1.15e-179 498 EJQ6627878.1 EEO7917989.1 64.7 363 121 3 1 361 365 722 7.44e-158 470 MAV59409.1 MAV59409.1 100 143 0 0 1 143 1 143 9.57e-90 255 QBM89760.1 QBM89760.1 100 171 0 0 1 171 1 171 2.21e-113 317 XP_039523839.1 XP_039523839.1 100 195 0 0 1 195 1 195 2.63e-144 397 XP_016446524.1 XP_016446524.1 100 439 0 0 1 439 1 439 0.0 871 KAF8011165.1 KAF8011165.1 100 1172 0 0 1 1172 1 1172 0.0 2173 WP_065517671.1 WP_065517671.1 100 397 0 0 1 397 1 397 2.82e-288 778 WP_065517671.1 MBX6373297.1 31.9 383 250 6 9 390 16 388 8.92e-50 171 WP_065517671.1 WP_065029373.1 33.0 391 243 8 7 390 2 380 5.34e-48 166 WP_065517671.1 OGO01021.1 31.8 390 248 7 7 391 2 378 1.24e-47 165 WP_065517671.1 EGS8470081.1 27.2 386 261 8 9 390 3 372 1.18e-34 130 WP_065517671.1 MYJ01754.1 40.3 191 108 3 10 197 5 192 4.28e-34 124 WP_065517671.1 WP_032373688.1 28.9 381 224 13 9 381 7 348 1.22e-32 124 NXD84883.1 NXD84883.1 100 555 0 0 1 555 1 555 0.0 1119 NXD84883.1 KAG1590416.1 35.9 315 185 6 82 390 78 381 2.75e-62 208 NXD84883.1 XP_029528577.1 36.0 275 171 3 80 353 26 296 5.93e-57 193 NXD84883.1 XP_048379117.1 36.7 283 169 5 83 362 256 531 1.79e-50 181 NXD84883.1 EYU24504.1 32.5 314 160 5 82 366 187 477 1.99e-44 164 NXD84883.1 KAJ7903702.1 32.4 306 193 5 84 382 23 321 3.50e-43 158 NXD84883.1 XP_048216280.1 30.5 262 168 4 84 332 20 280 2.64e-36 138 NXD84883.1 XP_047334060.1 29.8 275 175 7 82 346 15 281 9.79e-26 110 NXD84883.1 XP_011889539.1 22.9 349 220 9 82 399 2 332 2.11e-13 71.6 NXD84883.1 NOY27702.1 25.4 209 143 5 84 284 18 221 2.74e-13 69.7 KAI7091816.1 KAI7091816.1 100 98 0 0 1 98 1 98 2.42e-64 187 WP_061836762.1 WP_061836762.1 100 164 0 0 1 164 1 164 1.03e-119 333 WP_190357222.1 WP_190357222.1 100 78 0 0 1 78 1 78 1.80e-50 151 WP_002162515.1 WP_002162515.1 100 74 0 0 1 74 1 74 7.87e-50 149 QUL97857.1 QUL97857.1 100 49 0 0 1 49 1 49 6.99e-31 99.8 MBO7137251.1 MBO7137251.1 100 463 0 0 1 463 1 463 0.0 899 WP_171675609.1 WP_171675609.1 100 316 0 0 1 316 1 316 2.96e-224 610 WP_031972379.1 WP_031972379.1 100 724 0 0 1 724 1 724 0.0 1388 WP_023698577.1 WP_023698577.1 100 120 0 0 1 120 1 120 1.42e-80 230 UJA07681.1 UJA07681.1 100 460 0 0 1 460 1 460 0.0 929 HBQ3247549.1 HBQ3247549.1 100 244 0 0 1 244 1 244 1.33e-184 503 WP_055132583.1 WP_055132583.1 100 997 0 0 1 997 1 997 0.0 1960 WP_055132583.1 WP_138482356.1 25.3 269 155 11 744 992 389 631 2.12e-06 50.1 WP_055132583.1 PSQ73325.1 23.2 224 148 7 783 991 619 833 1.07e-05 47.8 MBI3118824.1 MBI3118824.1 100 81 0 0 1 81 1 81 7.78e-51 152 WP_267184195.1 WP_267184195.1 100 641 0 0 1 641 1 641 0.0 1280 WP_267184195.1 WP_222018129.1 25.4 613 400 23 44 636 46 621 9.38e-34 135 WP_267184195.1 WP_282423266.1 32.0 128 84 2 32 157 39 165 1.46e-12 68.9 WP_267184195.1 WP_126547421.1 23.6 539 268 21 28 452 131 639 1.54e-11 65.9 WP_267184195.1 OGU48181.1 20.3 634 415 21 50 640 76 662 5.27e-11 63.9 WP_267184195.1 MBN8831519.1 33.9 112 65 2 51 154 75 185 1.71e-08 55.8 WP_267184195.1 MBX9747080.1 29.3 191 100 10 50 223 17 189 7.61e-06 47.4 WP_267184195.1 HAJ30683.1 25.6 160 99 5 8 156 8 158 2.76e-04 42.4 KAJ7369304.1 KAJ7369304.1 100 543 0 0 1 543 1 543 0.0 1066 KAJ7369304.1 MCI6965979.1 35.1 248 155 4 61 307 82 324 6.88e-37 137 KAJ7369304.1 WP_114054641.1 27.2 235 157 7 61 289 85 311 3.07e-11 63.2 WP_014558374.1 WP_014558374.1 100 504 0 0 1 504 1 504 0.0 984 WP_257788220.1 WP_257788220.1 100 241 0 0 1 241 1 241 3.18e-161 444 XP_018492447.1 XP_018492447.1 100 441 0 0 1 441 1 441 0.0 880 XP_018492447.1 NXT80179.1 51.0 51 25 0 174 224 191 241 9.81e-12 64.7 XP_018492447.1 XP_024252803.1 35.8 53 34 0 175 227 86 138 4.33e-04 40.4 MBA3614174.1 MBA3614174.1 100 921 0 0 1 921 1 921 0.0 1858 MBA3614174.1 WP_200200480.1 32.4 318 203 7 156 468 855 1166 1.07e-40 160 MBA3614174.1 WP_137202811.1 33.6 247 151 10 504 738 1177 1422 1.26e-28 122 MBA3614174.1 WP_012456188.1 28.7 181 118 5 535 713 36 207 8.38e-11 62.4 MBA3614174.1 OYZ89234.1 34.0 103 63 3 504 605 3 101 1.32e-05 45.4 MBA3614174.1 XP_034264344.1 28.6 112 67 3 498 598 61 170 6.20e-05 44.7 HBE3137209.1 HBE3137209.1 100 246 0 0 1 246 1 246 1.13e-177 486 MVA71646.1 MVA71646.1 100 602 0 0 1 602 1 602 0.0 1094 MVA71646.1 MBK6509184.1 39.4 554 327 5 9 558 4 552 7.07e-116 355 MVA71646.1 WP_255073759.1 42.5 529 300 4 11 536 8 535 1.70e-115 355 MVA71646.1 WP_126678289.1 24.5 396 268 10 1 380 1 381 1.31e-18 88.2 MVA71646.1 CAA9338705.1 32.9 79 50 1 403 478 137 215 1.21e-07 52.4 WP_129006924.1 WP_129006924.1 100 189 0 0 1 189 1 189 1.16e-135 375 XP_004034642.1 XP_004034642.1 100 404 0 0 1 404 1 404 4.07e-296 799 ESL04748.1 ESL04748.1 100 536 0 0 1 536 1 536 0.0 1044 ESL04748.1 MBP5538497.1 39.5 529 278 14 20 531 15 518 5.77e-94 294 WP_278449211.1 WP_278449211.1 100 468 0 0 1 468 1 468 0.0 880 WP_278449211.1 WP_272906673.1 34.8 477 269 8 8 451 6 473 4.89e-82 260 WP_278449211.1 WP_164653811.1 35.7 454 272 8 5 451 24 464 1.22e-76 246 WP_278449211.1 WP_124213670.1 36.4 382 220 5 6 380 3 368 4.47e-66 218 WP_278449211.1 WP_175896721.1 37.0 338 188 9 135 461 136 459 1.53e-51 179 WP_278449211.1 MBP7222158.1 33.9 298 188 4 161 451 18 313 1.82e-48 167 WP_278449211.1 QYU66920.1 62.4 125 47 0 7 131 4 128 1.34e-47 159 WP_278449211.1 WP_271786410.1 33.4 326 197 4 145 451 8 332 1.41e-42 152 WP_278449211.1 WP_205173112.1 27.4 317 215 7 145 451 148 459 4.21e-36 137 WP_278449211.1 MBX9709025.1 43.3 60 30 1 66 125 9 64 2.32e-08 50.8 WP_080864663.1 WP_080864663.1 100 94 0 0 1 94 1 94 5.20e-64 186 KAG9317532.1 KAG9317532.1 100 863 0 0 1 863 1 863 0.0 1688 KAG9317532.1 GEU53557.1 23.1 229 165 4 333 561 65 282 8.24e-09 57.4 PTB82632.1 PTB82632.1 100 162 0 0 1 162 1 162 2.35e-115 322 KAF9101968.1 KAF9101968.1 100 771 0 0 1 771 1 771 0.0 1327 NDE10255.1 NDE10255.1 100 99 0 0 1 99 1 99 8.74e-63 184 MCH7882583.1 MCH7882583.1 100 294 0 0 1 294 1 294 8.51e-222 602 MBH2908027.1 MBH2908027.1 100 670 0 0 1 670 1 670 0.0 1360 WP_131734175.1 WP_131734175.1 100 267 0 0 1 267 1 267 7.04e-187 511 WP_131734175.1 MCQ2424848.1 35.6 236 142 4 24 254 9 239 1.39e-35 125 WP_131734175.1 MBQ9979016.1 29.5 227 148 4 33 250 131 354 8.36e-19 83.2 WP_071455957.1 WP_071455957.1 100 367 0 0 1 367 1 367 1.43e-243 663 WP_071455957.1 WP_152465448.1 28.7 310 213 3 24 332 27 329 1.23e-26 107 EEH16378.1 EEH16378.1 100 1358 0 0 1 1358 1 1358 0.0 2473 WP_015645305.1 WP_015645305.1 100 347 0 0 1 347 1 347 3.00e-260 703 HAL0497824.1 HAL0497824.1 100 346 0 0 1 346 1 346 1.04e-207 570 HAL0497824.1 EFI9255255.1 60.4 53 21 0 156 208 192 244 1.39e-07 51.2 WP_055394972.1 WP_055394972.1 100 1038 0 0 1 1038 1 1038 0.0 1996 MBQ6611319.1 MBQ6611319.1 100 93 0 0 1 93 1 93 1.75e-66 192 WP_231837445.1 WP_231837445.1 100 126 0 0 1 126 1 126 1.97e-92 261 XP_048775453.1 XP_048775453.1 100 594 0 0 1 594 1 594 0.0 1207 WP_161275011.1 WP_161275011.1 100 301 0 0 1 301 1 301 7.06e-204 557 WP_262114929.1 WP_262114929.1 100 181 0 0 1 181 1 181 9.29e-129 357 WP_262114929.1 WP_071081072.1 49.7 183 85 3 1 181 1 178 3.65e-53 166 KAI4882225.1 KAI4882225.1 100 811 0 0 1 811 1 811 0.0 1380 KAI4882225.1 NWH38694.1 29.8 151 77 2 668 809 354 484 6.20e-16 79.7 KAI4882225.1 XP_051216225.1 32.7 208 119 6 244 448 246 435 8.82e-16 80.1 MBC9954836.1 MBC9954836.1 100 174 0 0 1 174 1 174 1.43e-115 323 MBC9954836.1 WP_239881445.1 44.4 144 75 1 21 164 14 152 1.45e-28 107 MBC9954836.1 EFU85163.1 37.6 117 73 0 23 139 16 132 2.49e-19 82.0 WP_119512617.1 WP_119512617.1 100 295 0 0 1 295 1 295 3.70e-212 577 WP_024986590.1 WP_024986590.1 100 150 0 0 1 150 1 150 6.40e-114 317 WP_217950418.1 WP_217950418.1 100 355 0 0 1 355 1 355 4.30e-264 714 MCM1513138.1 MCM1513138.1 100 410 0 0 1 410 1 410 3.24e-280 759 MCM1513138.1 WP_037818847.1 39.8 415 230 9 1 410 1 400 1.23e-76 241 MCM1513138.1 WP_199673213.1 31.3 415 256 7 1 410 1 391 1.07e-47 166 WP_107723967.1 WP_107723967.1 100 593 0 0 1 593 1 593 0.0 1206 WP_107723967.1 KTC18574.1 35.1 570 342 10 26 578 37 595 2.04e-100 316 WP_107723967.1 NLG67042.1 21.6 458 274 16 48 485 58 450 1.99e-09 58.5 WP_159896041.1 WP_159896041.1 100 241 0 0 1 241 1 241 2.51e-158 437 WP_159896041.1 MBI1382466.1 37.8 196 103 4 58 238 17 208 4.92e-22 89.0 WP_159896041.1 WP_267448957.1 32.2 180 113 4 63 238 38 212 7.18e-21 85.9 WP_195397250.1 WP_195397250.1 100 619 0 0 1 619 1 619 0.0 1179 WP_195397250.1 WP_255187010.1 44.7 591 313 7 9 595 2 582 6.17e-159 468 WP_195397250.1 WP_161258623.1 44.5 227 119 3 164 388 303 524 2.20e-46 171 WP_195397250.1 MBQ2017527.1 57.6 132 49 2 142 270 122 249 3.97e-41 148 DAP26351.1 DAP26351.1 100 56 0 0 1 56 1 56 1.70e-34 109 WP_089370623.1 WP_089370623.1 100 1425 0 0 1 1425 1 1425 0.0 2682 MBQ1765196.1 MBQ1765196.1 100 189 0 0 1 189 1 189 5.31e-132 366 WP_171183333.1 WP_171183333.1 100 141 0 0 1 141 1 141 9.31e-105 293 MCJ1326389.1 MCJ1326389.1 100 386 0 0 1 386 1 386 1.03e-241 660 WP_237171174.1 WP_237171174.1 100 251 0 0 1 251 1 251 2.17e-173 476 WP_005710284.1 WP_005710284.1 100 159 0 0 1 159 1 159 1.13e-116 325 WP_005710284.1 QDH16072.1 48.4 128 62 1 30 153 34 161 4.86e-35 119 EAV2673163.1 EAV2673163.1 100 114 0 0 1 114 1 114 7.49e-80 228 WP_162313773.1 WP_162313773.1 100 341 0 0 1 341 1 341 1.29e-242 658 MCL7030477.1 MCL7030477.1 100 181 0 0 1 181 1 181 1.08e-127 354 WP_194933787.1 WP_194933787.1 100 200 0 0 1 200 1 200 1.99e-146 403 WP_249868607.1 WP_249868607.1 100 316 0 0 1 316 1 316 1.22e-232 631 MBT7096516.1 MBT7096516.1 100 187 0 0 1 187 1 187 5.15e-138 381 MBT7096516.1 KOR84431.1 40.8 184 107 2 5 187 132 314 1.21e-36 127 MBT7096516.1 WP_251874466.1 38.5 156 90 2 6 158 143 295 1.58e-21 88.2 MBT7096516.1 WP_095128211.1 34.4 163 95 4 13 167 146 304 2.87e-17 76.3 MBT7096516.1 NDH20019.1 30.3 185 105 6 7 177 102 276 3.61e-09 53.1 WP_116870479.1 WP_116870479.1 100 1238 0 0 1 1238 1 1238 0.0 2270 WP_116870479.1 WP_122440133.1 27.1 1285 804 29 1 1231 1 1211 4.33e-73 265 WP_116870479.1 MCE2789155.1 24.4 1248 665 32 1 1223 1 995 4.70e-62 229 WP_176307440.1 WP_176307440.1 100 791 0 0 1 791 1 791 0.0 1548 WP_176307440.1 WP_013632646.1 23.5 722 502 12 96 778 85 795 7.67e-52 192 WP_176307440.1 WP_074319120.1 22.8 745 497 20 87 778 15 734 7.27e-35 140 WP_176307440.1 HCT06136.1 23.6 577 401 13 207 758 165 726 2.36e-25 110 WP_176307440.1 SFX27592.1 23.8 581 389 13 224 776 127 681 8.51e-25 108 WP_176307440.1 WP_041591748.1 24.0 441 308 10 311 731 152 585 3.58e-22 100 WP_176307440.1 OFX32653.1 24.6 414 279 10 314 700 127 534 1.27e-16 82.4 WP_182023956.1 WP_182023956.1 100 230 0 0 1 230 1 230 7.37e-166 455 CAF1059395.1 CAF1059395.1 100 437 0 0 1 437 1 437 0.0 890 WP_262612393.1 WP_262612393.1 100 425 0 0 1 425 1 425 3.88e-245 672 WP_262612393.1 WP_098923619.1 51.0 437 182 7 1 424 1 418 3.79e-125 367 WP_262612393.1 WP_267292626.1 41.4 423 218 6 3 423 118 512 3.80e-87 273 WP_262612393.1 MBT3887354.1 55.0 229 101 2 196 424 94 320 2.42e-81 251 WP_262612393.1 OFZ89526.1 41.4 444 216 6 1 424 2 421 2.65e-79 249 WP_262612393.1 WP_033456074.1 49.8 297 137 5 131 424 8 295 1.56e-78 243 WP_262612393.1 NDI25889.1 41.9 222 124 2 199 416 62 282 1.77e-49 168 WP_262612393.1 KAA0555231.1 31.4 312 189 7 129 423 327 630 1.35e-33 131 WP_262612393.1 MBY0286260.1 23.3 430 303 9 1 419 1 414 1.24e-13 70.5 WP_232306300.1 WP_232306300.1 100 1369 0 0 1 1369 1 1369 0.0 2403 WP_232306300.1 WP_074911472.1 28.9 798 508 17 580 1367 546 1294 9.90e-101 349 WP_232306300.1 WP_212961195.1 25.9 421 265 11 851 1238 425 831 4.13e-29 124 WP_232306300.1 WP_007708736.1 42.0 112 64 1 1123 1233 4 115 6.41e-21 91.7 WP_232306300.1 MCL7714424.1 38.9 113 68 1 1123 1234 5 117 1.29e-19 87.8 WP_232306300.1 MBQ5584458.1 42.5 113 61 2 1123 1234 4 113 2.09e-18 84.3 WP_232306300.1 WP_026893585.1 38.5 122 69 3 1123 1242 5 122 2.39e-18 84.0 WP_232306300.1 WP_101794136.1 31.5 146 90 3 1093 1237 3 139 1.82e-16 79.3 WP_232306300.1 WP_254972748.1 21.9 379 253 7 488 866 445 780 7.86e-15 78.2 WP_232306300.1 WP_003333677.1 32.7 98 65 1 1272 1369 186 282 8.59e-07 51.6 CAB5621061.1 CAB5621061.1 100 207 0 0 1 207 1 207 4.00e-154 423 CAB5621061.1 WP_139552727.1 100 28 0 0 180 207 25 52 4.49e-13 61.6 WP_150071802.1 WP_150071802.1 100 304 0 0 1 304 1 304 4.37e-220 598 WP_150071802.1 WP_011313080.1 48.0 298 152 3 3 297 4 301 3.38e-82 249 WP_250934260.1 WP_250934260.1 100 279 0 0 1 279 1 279 8.80e-187 512 WP_250934260.1 MBQ1564907.1 55.4 258 115 0 5 262 4 261 4.65e-86 260 KAJ9397508.1 KAJ9397508.1 100 306 0 0 1 306 1 306 4.80e-234 634 WP_223655776.1 WP_223655776.1 100 348 0 0 1 348 1 348 7.03e-255 690 GFY73571.1 GFY73571.1 100 145 0 0 1 145 1 145 9.21e-107 298 QMV44496.1 QMV44496.1 100 168 0 0 1 168 1 168 9.09e-116 323 RLN50561.1 RLN50561.1 100 1896 0 0 1 1896 1 1896 0.0 3677 RLN50561.1 THW78755.1 28.5 1080 626 29 659 1720 483 1434 1.23e-94 338 RLN50561.1 WP_192500494.1 34.9 241 148 6 1494 1733 3 235 2.65e-40 150 RLN50561.1 WP_152652784.1 39.4 203 120 2 1508 1710 19 218 2.50e-37 142 RLN50561.1 WP_084371009.1 31.3 243 163 2 1494 1736 3 241 1.41e-34 134 RLN50561.1 NLW39422.1 35.1 231 145 3 1508 1735 34 262 3.83e-34 133 RLN50561.1 EHR6291555.1 32.5 249 159 4 1487 1735 323 562 5.89e-33 135 RLN50561.1 MSO30570.1 26.6 248 177 4 1491 1738 5 247 1.02e-24 106 RLN50561.1 QIC18874.1 29.1 199 137 3 1509 1705 37 233 3.01e-23 100 RLN50561.1 WP_022619009.1 22.8 215 151 6 1507 1715 16 221 2.40e-13 70.1 WP_042632177.1 WP_042632177.1 100 207 0 0 1 207 1 207 1.69e-146 404 XP_046509038.1 XP_046509038.1 100 1092 0 0 1 1092 1 1092 0.0 1509 XP_046509038.1 WP_058051508.1 38.4 86 50 1 922 1007 170 252 2.99e-10 61.6 XP_046509038.1 MBE6257848.1 34.7 95 61 1 462 555 186 280 1.33e-08 56.2 XP_046509038.1 WP_224911464.1 33.7 83 55 0 932 1014 6 88 7.40e-07 50.8 XP_046509038.1 XP_038144206.1 30.7 114 57 4 452 544 75 187 3.17e-06 49.7 KAG7034489.1 KAG7034489.1 100 113 0 0 1 113 1 113 1.46e-81 232 MBL7809501.1 MBL7809501.1 100 351 0 0 1 351 1 351 5.72e-276 743 WP_277531229.1 WP_277531229.1 100 93 0 0 1 93 1 93 1.23e-66 193 WP_140985543.1 WP_140985543.1 100 226 0 0 1 226 1 226 1.33e-166 456 WP_190032834.1 WP_190032834.1 100 301 0 0 1 301 1 301 5.90e-212 577 WP_190032834.1 EIX9307167.1 34.1 208 130 4 3 205 13 218 4.10e-18 81.3 WP_190032834.1 WP_144841777.1 35.3 173 99 5 24 188 1 168 6.98e-15 71.6 WP_190032834.1 MBQ9299122.1 42.1 76 44 0 1 76 1 76 1.12e-10 59.7 WP_190032834.1 WP_098876031.1 34.9 83 54 0 1 83 1 83 1.15e-07 50.4 CEM11561.1 CEM11561.1 100 478 0 0 1 478 1 478 2.66e-295 813 WP_028393295.1 WP_028393295.1 100 65 0 0 1 65 1 65 3.10e-43 132 WP_028393295.1 WP_258700041.1 56.5 62 26 1 3 63 15 76 2.18e-19 72.8 WP_028393295.1 WP_071468711.1 51.6 62 29 1 1 61 1 62 1.67e-16 64.7 WP_028393295.1 EEE2002201.1 41.9 62 34 1 2 63 1 60 1.99e-09 48.5 OJV54207.1 OJV54207.1 100 59 0 0 1 59 1 59 1.34e-39 122 WP_157553964.1 WP_157553964.1 100 583 0 0 1 583 1 583 0.0 1091 WP_139067457.1 WP_139067457.1 100 796 0 0 1 796 1 796 0.0 1508 WP_139067457.1 WP_219484458.1 46.9 799 372 12 31 790 30 815 2.19e-211 616 WP_139067457.1 HBE7681505.1 40.6 520 275 10 281 779 843 1349 7.99e-101 338 WP_139067457.1 WP_209676560.1 29.7 283 172 10 374 653 615 873 5.63e-13 71.2 MBK7384228.1 MBK7384228.1 100 77 0 0 1 77 1 77 1.56e-28 95.9 WP_094840069.1 WP_094840069.1 100 518 0 0 1 518 1 518 0.0 957 WP_094840069.1 WP_279840346.1 39.0 503 267 5 7 508 11 474 1.24e-91 286 WP_094840069.1 MBI4806480.1 34.5 502 292 4 5 506 8 472 1.01e-77 250 WP_094840069.1 WP_212054759.1 36.2 506 295 7 8 511 16 495 1.24e-67 224 WP_094840069.1 WP_224791962.1 31.0 520 309 7 1 512 1 478 9.21e-54 187 WP_094840069.1 WP_283557067.1 31.2 510 287 9 7 509 9 461 1.64e-51 181 WP_094840069.1 WP_076595086.1 23.6 513 339 9 1 507 6 471 3.97e-24 103 HIH60710.1 HIH60710.1 100 254 0 0 1 254 1 254 4.10e-184 503 MCB1191718.1 MCB1191718.1 100 382 0 0 1 382 1 382 1.94e-276 747 WP_087465911.1 WP_087465911.1 100 335 0 0 1 335 1 335 1.02e-245 665 UGA79226.1 UGA79226.1 100 7096 0 0 1 7096 1 7096 0.0 13815 UGA79226.1 QWC83326.1 97.7 7096 165 0 1 7096 1 7096 0.0 13803 UGA79226.1 WEU87158.1 97.6 7096 167 0 1 7096 1 7096 0.0 13798 UGA79226.1 QSZ25555.1 97.6 7096 169 0 1 7096 1 7096 0.0 13797 UGA79226.1 UBP50947.1 97.6 7096 170 0 1 7096 1 7096 0.0 13791 UGA79226.1 QVD87869.1 97.6 7096 168 1 1 7096 1 7093 0.0 13787 UGA79226.1 UEC52718.1 97.5 7096 176 0 1 7096 1 7096 0.0 13777 UGA79226.1 UMF87224.1 97.2 7096 192 2 1 7096 1 7092 0.0 13773 UGA79226.1 UVB16817.1 97.5 7096 174 1 1 7096 1 7093 0.0 13770 UGA79226.1 WAS49087.1 88.9 7096 786 1 1 7096 1 7093 0.0 12219 NWI70572.1 NWI70572.1 100 348 0 0 1 348 1 348 2.19e-258 699 NWI70572.1 XP_041032211.1 22.8 329 225 8 28 345 29 339 8.56e-15 72.8 AMT69763.1 AMT69763.1 100 75 0 0 1 75 1 75 1.51e-52 156 MBD3627516.1 MBD3627516.1 100 958 0 0 1 958 1 958 0.0 1877 KST94193.1 KST94193.1 100 44 0 0 1 44 1 44 1.64e-27 90.9 WP_166960135.1 WP_166960135.1 100 358 0 0 1 358 1 358 1.06e-270 731 WP_166960135.1 WP_247915795.1 32.3 294 179 8 26 307 8 293 3.17e-44 153 CAE7938465.1 CAE7938465.1 100 156 0 0 1 156 1 156 2.41e-76 228 WP_278665106.1 WP_278665106.1 100 579 0 0 1 579 1 579 3.14e-315 862 MBI2083107.1 MBI2083107.1 100 274 0 0 1 274 1 274 1.16e-184 506 KAG8833708.1 KAG8833708.1 100 192 0 0 1 192 1 192 1.78e-136 377 WP_068059894.1 WP_068059894.1 100 214 0 0 1 214 1 214 2.41e-163 447 WP_145616262.1 WP_145616262.1 100 468 0 0 1 468 1 468 0.0 925 WP_145616262.1 NNE87648.1 57.3 464 194 3 1 463 1 461 1.85e-173 493 WP_145616262.1 WP_024330540.1 34.9 478 284 10 1 461 1 468 6.08e-75 242 WP_145616262.1 MYE57211.1 51.7 203 92 3 6 208 7 203 9.00e-64 203 WP_145616262.1 DAZ71054.1 36.0 297 162 9 2 272 33 327 9.76e-44 156 WP_145616262.1 CSP94261.1 35.6 222 128 5 4 224 17 224 2.73e-34 127 PBJ84576.1 PBJ84576.1 100 629 0 0 1 629 1 629 0.0 1252 PBJ84576.1 MBI1424129.1 25.0 260 161 10 97 349 57 289 1.20e-04 43.1 WP_164581131.1 WP_164581131.1 100 818 0 0 1 818 1 818 0.0 1632 MBJ4905015.1 MBJ4905015.1 100 156 0 0 1 156 1 156 1.88e-109 306 WP_232441874.1 WP_232441874.1 100 322 0 0 1 322 1 322 1.12e-256 692 MCH8874789.1 MCH8874789.1 100 119 0 0 1 119 1 119 1.73e-85 243 MCH8874789.1 WP_219133024.1 38.1 118 69 4 1 117 1 115 1.07e-19 77.0 MBL7689759.1 MBL7689759.1 100 110 0 0 1 110 1 110 4.09e-73 211 WP_014950321.1 WP_014950321.1 100 304 0 0 1 304 1 304 3.90e-223 606 WP_014950321.1 WP_252438898.1 38.5 286 169 5 23 304 59 341 2.82e-60 194 EAS0616219.1 EAS0616219.1 100 281 0 0 1 281 1 281 8.95e-197 537 GIP40757.1 GIP40757.1 100 159 0 0 1 159 1 159 5.51e-99 280 WP_070334369.1 WP_070334369.1 100 599 0 0 1 599 1 599 0.0 1160 WP_070334369.1 WP_079722145.1 23.9 635 422 19 10 596 17 638 1.30e-33 134 WP_132528552.1 WP_132528552.1 100 82 0 0 1 82 1 82 2.69e-22 80.5 XP_015055542.1 XP_015055542.1 100 525 0 0 1 525 1 525 0.0 1047 XP_015055542.1 XP_021898889.1 36.5 537 288 11 26 525 53 573 1.13e-101 317 MBX9709025.1 MBX9709025.1 100 123 0 0 1 123 1 123 2.72e-84 240 MBX9709025.1 WP_278449211.1 43.3 60 30 1 9 64 66 125 5.34e-08 48.1 MBX9709025.1 WP_109124355.1 43.1 51 29 0 1 51 65 115 9.65e-05 38.5 KAH7420042.1 KAH7420042.1 100 267 0 0 1 267 1 267 7.49e-207 561 WP_158309540.1 WP_158309540.1 100 55 0 0 1 55 1 55 5.16e-31 100 GFR08784.1 GFR08784.1 100 149 0 0 1 149 1 149 9.12e-109 304 KAF9974715.1 KAF9974715.1 100 1357 0 0 1 1357 1 1357 0.0 2523 KAF9974715.1 KAJ2660037.1 33.1 1358 781 25 26 1347 785 2050 3.30e-188 606 KAF9974715.1 MBQ8297564.1 33.8 231 147 3 1104 1330 330 558 8.45e-34 137 KAF9974715.1 NFD84694.1 30.3 228 156 2 1103 1329 519 746 6.53e-31 129 KAF9974715.1 WP_060613079.1 31.9 229 154 1 1103 1329 339 567 3.83e-30 125 KAF9974715.1 WP_036258374.1 31.4 229 150 4 1103 1328 326 550 4.30e-26 113 KAF9974715.1 KAI9191373.1 31.4 191 121 4 1103 1287 392 578 1.31e-21 100 KAF9974715.1 WAY96880.1 27.2 191 136 2 1122 1311 4 192 1.47e-19 86.7 KAF9974715.1 WP_152652784.1 25.5 212 139 4 477 674 17 223 1.33e-14 74.7 KAF9974715.1 QIC18874.1 24.2 194 127 4 475 654 32 219 4.73e-08 54.7 MBM3701396.1 MBM3701396.1 100 204 0 0 1 204 1 204 5.24e-144 397 MBM3701396.1 MCE2152122.1 41.5 183 100 1 1 183 1 176 5.05e-45 146 HCP62665.1 HCP62665.1 100 33 0 0 1 33 1 33 5.96e-19 68.6 HCP62665.1 MCI4325574.1 64.3 28 10 0 1 28 283 310 4.98e-07 41.2 MCR4368335.1 MCR4368335.1 100 110 0 0 1 110 1 110 5.81e-73 210 NKB40192.1 NKB40192.1 100 282 0 0 1 282 1 282 2.81e-205 559 NKB40192.1 WP_042648904.1 40.7 263 153 3 17 278 1 261 2.43e-63 198 NKB40192.1 MBK8326393.1 41.3 254 146 3 29 281 12 263 1.52e-58 186 NKB40192.1 WP_086236254.1 41.6 255 146 3 28 281 11 263 1.25e-57 184 CAF4882469.1 CAF4882469.1 100 77 0 0 1 77 1 77 1.97e-49 148 NED83450.1 NED83450.1 100 307 0 0 1 307 1 307 2.06e-215 587 NED83450.1 WP_029579419.1 37.6 202 111 7 3 196 1 195 1.99e-21 90.5 NED83450.1 WP_044453403.1 27.8 299 200 6 3 291 1 293 1.69e-17 79.7 NED83450.1 WP_254301195.1 33.3 162 102 3 13 173 16 172 3.99e-15 72.8 NED83450.1 WP_052379448.1 32.4 148 97 2 4 151 5 149 3.42e-14 70.1 NED83450.1 WP_268678783.1 28.5 144 101 1 3 146 2 143 1.14e-12 65.5 NED83450.1 MBQ9299122.1 34.7 75 49 0 3 77 1 75 3.86e-10 58.2 NED83450.1 WP_144841777.1 24.1 228 165 4 27 249 2 226 5.12e-06 45.4 BBL73457.1 BBL73457.1 100 569 0 0 1 569 1 569 0.0 1114 BBL73457.1 MBT3179978.1 41.0 539 298 8 34 563 1 528 4.00e-120 363 BBL73457.1 WP_278416415.1 28.1 588 323 19 34 539 6 575 7.65e-39 149 BBL73457.1 WP_038580218.1 27.7 545 306 14 34 492 12 554 7.13e-32 129 BBL73457.1 MBP8718427.1 30.5 223 146 4 297 518 17 231 3.39e-18 82.8 MBA2522987.1 MBA2522987.1 100 146 0 0 1 146 1 146 7.55e-102 286 MBA2522987.1 MBC7097666.1 48.3 145 72 3 1 144 1 143 1.41e-35 125 MBA2522987.1 KAB2885888.1 39.0 136 78 3 11 144 25 157 8.07e-21 85.9 WP_271771839.1 WP_271771839.1 100 405 0 0 1 405 1 405 2.12e-303 817 EFA7535944.1 EFA7535944.1 100 76 0 0 1 76 1 76 5.45e-51 152 WP_055759832.1 WP_055759832.1 100 435 0 0 1 435 1 435 4.10e-298 806 WP_055759832.1 MCS6996891.1 40.6 281 146 6 162 432 118 387 8.44e-42 150 WP_055759832.1 WP_041723747.1 35.6 303 169 8 138 429 23 310 3.12e-37 136 MBR5510068.1 MBR5510068.1 100 414 0 0 1 414 1 414 7.23e-311 837 MBR2648677.1 MBR2648677.1 100 319 0 0 1 319 1 319 8.07e-244 659 MCR4426439.1 MCR4426439.1 100 390 0 0 1 390 1 390 8.89e-277 749 MCI8272365.1 MCI8272365.1 100 197 0 0 1 197 1 197 3.98e-131 364 MCI8272365.1 MBR5140322.1 37.9 174 77 6 1 159 6 163 1.32e-20 82.8 XP_023482372.1 XP_023482372.1 100 585 0 0 1 585 1 585 0.0 1018 MBT6563471.1 MBT6563471.1 100 458 0 0 1 458 1 458 0.0 906 MBT6563471.1 WP_035064005.1 49.3 458 228 4 3 457 12 468 1.14e-155 448 MBT6563471.1 WP_255895909.1 30.9 350 231 4 19 367 41 380 6.36e-49 170 KAI8393114.1 KAI8393114.1 100 342 0 0 1 342 1 342 4.46e-239 649 WP_067680410.1 WP_067680410.1 100 90 0 0 1 90 1 90 1.20e-67 195 WP_233292564.1 WP_233292564.1 100 385 0 0 1 385 1 385 2.57e-262 712 WP_233292564.1 WP_152735594.1 31.0 100 69 0 263 362 265 364 1.11e-11 63.9 WP_233292564.1 WP_026661995.1 27.6 87 60 1 277 363 191 274 4.25e-07 49.3 WP_049327990.1 WP_049327990.1 100 459 0 0 1 459 1 459 0.0 947 WP_049327990.1 WP_066046987.1 48.4 471 218 8 1 457 1 460 1.42e-157 452 WP_279961109.1 WP_279961109.1 100 399 0 0 1 399 1 399 2.75e-296 799 WP_279961109.1 WP_188200635.1 43.8 384 212 4 15 395 22 404 8.56e-103 308 KAH7576347.1 KAH7576347.1 100 508 0 0 1 508 1 508 0.0 913 KAI1260235.1 KAI1260235.1 100 300 0 0 1 300 1 300 1.96e-205 561 CAD0200323.1 CAD0200323.1 100 263 0 0 1 263 1 263 2.51e-203 552 CAD0200323.1 GAA38267.2 31.8 239 147 6 20 251 258 487 2.20e-26 105 MBO5874131.1 MBO5874131.1 100 121 0 0 1 121 1 121 1.59e-82 235 KZV16312.1 KZV16312.1 100 77 0 0 1 77 1 77 1.56e-46 141 CAF5136964.1 CAF5136964.1 100 233 0 0 1 233 1 233 1.27e-163 449 WP_251593142.1 WP_251593142.1 100 263 0 0 1 263 1 263 1.36e-182 500 WP_251593142.1 WP_273849839.1 30.5 177 107 2 83 259 98 258 6.92e-16 73.6 UJT06733.1 UJT06733.1 100 7092 0 0 1 7092 1 7092 0.0 13550 UJT06733.1 UMF87224.1 96.1 7092 274 0 1 7092 1 7092 0.0 13538 UJT06733.1 QVD87869.1 96.3 7093 264 1 1 7092 1 7093 0.0 13522 UJT06733.1 WEU87158.1 96.3 7096 261 2 1 7092 1 7096 0.0 13520 UJT06733.1 UIR12670.1 96.1 7092 278 0 1 7092 1 7092 0.0 13483 UJT06733.1 UPA83906.1 95.8 7092 295 0 1 7092 1 7092 0.0 13441 UJT06733.1 UKN67998.1 95.0 7072 357 0 21 7092 1 7072 0.0 13253 UJT06733.1 ULA23837.2 94.3 4397 252 0 1 4397 1 4397 0.0 8020 UJT06733.1 UXH94526.1 94.2 4397 253 0 1 4397 1 4397 0.0 8015 UJT06733.1 UKU68032.1 94.0 4397 266 0 1 4397 1 4397 0.0 7987 WP_070306574.1 WP_070306574.1 100 198 0 0 1 198 1 198 1.98e-136 378 WP_070306574.1 WP_006198916.1 22.7 185 129 3 17 187 28 212 2.01e-06 45.1 XP_036098045.1 XP_036098045.1 100 137 0 0 1 137 1 137 7.75e-102 285 OGR46634.1 OGR46634.1 100 301 0 0 1 301 1 301 2.76e-226 613 OGR46634.1 NPV66369.1 63.1 301 108 3 3 300 2 302 3.73e-135 383 NXM52897.1 NXM52897.1 100 507 0 0 1 507 1 507 0.0 1041 NXM52897.1 WP_070172067.1 47.6 397 195 5 1 389 16 407 9.86e-121 367 NXM52897.1 WP_014985199.1 45.7 398 203 7 1 390 65 457 2.40e-104 326 NXM52897.1 TMQ05501.1 53.6 28 13 0 6 33 33 60 3.27e-04 37.4 NWT80859.1 NWT80859.1 100 259 0 0 1 259 1 259 6.81e-165 455 NWT80859.1 XP_009464764.1 57.9 57 24 0 150 206 278 334 1.01e-11 62.4 NWT80859.1 NWY11222.1 47.5 59 31 0 152 210 15 73 2.80e-09 53.1 NWT80859.1 XP_041922209.1 45.6 57 31 0 146 202 152 208 4.12e-07 48.5 WP_269828627.1 WP_269828627.1 100 62 0 0 1 62 1 62 6.97e-41 125 TWT41731.1 TWT41731.1 100 713 0 0 1 713 1 713 0.0 1289 RMY79307.1 RMY79307.1 100 516 0 0 1 516 1 516 0.0 1075 KAF7818313.1 KAF7818313.1 100 541 0 0 1 541 1 541 0.0 1054 WP_045125019.1 WP_045125019.1 100 410 0 0 1 410 1 410 4.45e-255 696 WP_045125019.1 WP_001537381.1 40.4 312 158 10 93 391 39 335 1.53e-46 170 WP_045125019.1 WP_186153646.1 41.6 209 107 5 79 280 55 255 2.36e-37 134 WP_045125019.1 MBS1222269.1 50.0 152 69 3 61 211 57 202 6.42e-33 121 WP_045125019.1 WP_247392216.1 36.9 203 118 3 104 305 84 277 1.08e-31 120 WP_045125019.1 WP_230822898.1 37.3 268 142 11 100 355 72 325 1.20e-26 109 KOS38468.1 KOS38468.1 100 173 0 0 1 173 1 173 6.89e-127 352 NUQ31250.1 NUQ31250.1 100 354 0 0 1 354 1 354 9.07e-245 665 NUQ31250.1 WP_008045531.1 25.7 304 171 7 98 347 452 754 1.99e-15 75.9 NUQ31250.1 MUU11774.1 24.8 242 150 3 96 336 61 271 2.11e-15 73.9 NUQ31250.1 GIC06559.1 25.8 298 167 8 103 347 429 725 6.23e-15 74.3 MCF7626618.1 MCF7626618.1 100 574 0 0 1 574 1 574 0.0 1126 MCH5207665.1 MCH5207665.1 100 234 0 0 1 234 1 234 1.13e-171 470 MCH5207665.1 WP_064779756.1 40.5 79 43 2 4 78 122 200 2.55e-10 57.8 MCH5207665.1 WP_124978582.1 39.3 56 34 0 4 59 3 58 1.36e-07 50.1 KAF3356825.1 KAF3356825.1 100 434 0 0 1 434 1 434 0.0 880 CJB10156.1 CJB10156.1 100 118 0 0 1 118 1 118 1.81e-82 235 RYE23003.1 RYE23003.1 100 307 0 0 1 307 1 307 8.52e-224 608 MBR0338720.1 MBR0338720.1 100 204 0 0 1 204 1 204 1.63e-147 406 MBR0338720.1 WP_189417916.1 43.6 204 112 2 1 202 5 207 2.36e-55 173 MBF1375496.1 MBF1375496.1 100 1151 0 0 1 1151 1 1151 0.0 2221 MBF1375496.1 WP_052125494.1 29.8 181 116 5 749 929 518 686 1.13e-12 70.9 MBF1375496.1 WP_237034910.1 29.9 117 73 1 769 885 533 640 9.94e-12 67.8 KAJ8358812.1 KAJ8358812.1 100 948 0 0 1 948 1 948 0.0 1709 MBQ8641985.1 MBQ8641985.1 100 100 0 0 1 100 1 100 4.63e-72 207 XP_051592778.1 XP_051592778.1 100 358 0 0 1 358 1 358 2.00e-234 639 CAB1415528.1 CAB1415528.1 100 113 0 0 1 113 1 113 7.24e-73 210 WP_168166755.1 WP_168166755.1 100 235 0 0 1 235 1 235 1.49e-172 472 WP_168166755.1 WP_281498184.1 41.4 58 32 1 49 104 367 424 4.41e-04 39.3 WP_007993424.1 WP_007993424.1 100 84 0 0 1 84 1 84 1.73e-53 159 WP_007993424.1 WP_187029467.1 38.7 62 38 0 23 84 25 86 2.15e-10 50.4 MCM3872453.1 MCM3872453.1 100 74 0 0 1 74 1 74 7.47e-57 167 WP_098279309.1 WP_098279309.1 100 537 0 0 1 537 1 537 0.0 1072 WP_098279309.1 WP_068051662.1 42.3 532 293 7 2 527 5 528 2.30e-144 425 WP_098279309.1 RLB66027.1 30.9 502 317 11 35 527 32 512 4.86e-59 202 WP_098279309.1 WP_148836004.1 27.2 478 306 13 56 527 54 495 5.41e-48 172 WP_098279309.1 NQW84129.1 24.7 511 345 13 31 526 62 547 1.30e-33 132 WP_098279309.1 WP_254101325.1 24.7 530 342 23 36 528 107 616 1.11e-18 87.8 WP_098279309.1 MBF2759673.1 22.6 561 339 19 38 527 187 723 1.07e-14 75.5 WP_098279309.1 WP_140372075.1 21.1 497 290 20 37 467 46 506 5.88e-13 69.7 WP_098279309.1 MCL4144983.1 40.0 60 34 2 407 465 18 76 2.89e-04 38.5 WP_098279309.1 MCC5948066.1 19.4 545 349 19 36 528 119 625 4.68e-04 41.2 AXB40829.1 AXB40829.1 100 350 0 0 1 350 1 350 8.33e-264 712 AXB40829.1 ADJ57888.1 73.0 344 93 0 1 344 2 345 2.49e-202 558 AXB40829.1 UNP33456.1 73.1 301 81 0 2 302 11 311 4.03e-170 474 AXB40829.1 BAI82636.1 68.0 206 66 0 63 268 1 206 1.82e-107 311 AXB40829.1 QYT38722.1 38.0 266 151 4 30 284 1 263 5.64e-56 182 XP_021507806.1 XP_021507806.1 100 1911 0 0 1 1911 1 1911 0.0 3462 XP_021507806.1 XP_005573423.1 72.1 2015 427 11 4 1911 2 1988 0.0 2566 XP_021507806.1 XP_048264533.1 45.6 2033 786 46 14 1825 16 1967 0.0 1294 XP_021507806.1 XP_042771424.1 24.6 1806 1071 50 119 1726 71 1796 1.36e-85 311 WP_092081374.1 WP_092081374.1 100 779 0 0 1 779 1 779 0.0 1439 WP_092081374.1 WP_231355705.1 61.8 740 279 2 4 743 3 738 8.19e-315 877 WP_092081374.1 PJJ44766.1 56.6 751 311 5 1 743 37 780 2.06e-285 804 WP_092081374.1 WP_206581849.1 43.0 760 378 8 4 720 3 750 1.72e-184 544 WP_092081374.1 WP_281675368.1 33.3 78 51 1 643 720 457 533 1.23e-05 47.0 WP_014772780.1 WP_014772780.1 100 720 0 0 1 720 1 720 0.0 1402 WP_014772780.1 MBP1765367.1 54.0 476 213 3 31 502 4 477 5.96e-180 520 WP_065766477.1 WP_065766477.1 100 473 0 0 1 473 1 473 0.0 937 WP_065766477.1 MBQ0048698.1 28.1 167 109 4 261 424 160 318 8.29e-09 55.5 AVO23223.1 AVO23223.1 100 68 0 0 1 68 1 68 4.80e-46 139 AVO23223.1 UFH83377.1 61.2 67 25 1 1 66 442 508 8.09e-20 79.3 WP_251231146.1 WP_251231146.1 100 233 0 0 1 233 1 233 2.25e-157 434 MBC7140825.1 MBC7140825.1 100 106 0 0 1 106 1 106 1.83e-74 214 WP_090378310.1 WP_090378310.1 100 469 0 0 1 469 1 469 0.0 872 XP_013258388.1 XP_013258388.1 100 686 0 0 1 686 1 686 0.0 1337 XP_013258388.1 CAF3478760.1 46.9 475 251 1 154 627 28 502 2.63e-155 457 XP_013258388.1 MBV8174008.1 32.3 381 237 8 251 629 38 399 3.27e-50 178 WP_192106836.1 WP_192106836.1 100 292 0 0 1 292 1 292 8.77e-214 581 WP_192106836.1 WP_176958177.1 43.9 285 159 1 1 285 1 284 2.89e-81 246 WP_192106836.1 WP_278888642.1 37.7 273 169 1 1 272 5 277 1.03e-54 177 WP_192106836.1 AIA18772.1 46.1 154 82 1 1 153 1 154 2.22e-41 139 EIX9307167.1 EIX9307167.1 100 307 0 0 1 307 1 307 7.51e-218 593 EIX9307167.1 WP_230796143.1 36.0 272 171 2 11 282 1 269 8.74e-50 166 EIX9307167.1 WP_190032834.1 31.4 255 164 6 13 265 3 248 3.94e-21 89.7 EIX9307167.1 WP_131914061.1 26.3 190 140 0 11 200 3 192 6.74e-19 83.6 EIX9307167.1 WP_248721304.1 29.3 157 109 1 11 165 1 157 1.14e-15 74.3 EIX9307167.1 WP_044453403.1 32.3 167 104 4 13 171 3 168 2.02e-11 62.0 EIX9307167.1 WP_046600280.1 23.6 174 128 3 16 186 7 178 3.67e-10 58.2 EIX9307167.1 MBQ9299122.1 36.1 72 46 0 15 86 5 76 1.75e-08 53.1 EIX9307167.1 WP_096722254.1 27.6 156 111 2 13 167 3 157 1.34e-06 47.4 NJL74459.1 NJL74459.1 100 177 0 0 1 177 1 177 5.15e-115 322 USR14792.1 USR14792.1 100 4402 0 0 1 4402 1 4402 0.0 8651 USR14792.1 UPP41269.1 99.9 4402 5 0 1 4402 1 4402 0.0 8640 USR14792.1 URQ55824.1 99.9 4398 4 0 1 4398 1 4398 0.0 8634 USR14792.1 UZO53924.1 99.9 4398 5 0 1 4398 1 4398 0.0 8633 USR14792.1 UVB16817.1 99.9 4398 5 0 1 4398 1 4398 0.0 8631 USR14792.1 QXR94354.1 99.6 4402 16 0 1 4402 1 4402 0.0 8616 USR14792.1 QTM79632.1 99.6 4402 19 0 1 4402 1 4402 0.0 8615 USR14792.1 QTZ27226.1 99.5 4402 21 0 1 4402 1 4402 0.0 8610 USR14792.1 QVD87869.1 99.7 4398 15 0 1 4398 1 4398 0.0 8610 USR14792.1 QWC83326.1 99.6 4401 13 1 1 4398 1 4401 0.0 8609 WP_274124432.1 WP_274124432.1 100 310 0 0 1 310 1 310 5.48e-217 591 XP_008080365.1 XP_008080365.1 100 629 0 0 1 629 1 629 0.0 1285 XP_008080365.1 WP_257691625.1 45.1 559 284 8 76 626 1 544 3.49e-158 464 MCR5546513.1 MCR5546513.1 100 389 0 0 1 389 1 389 2.00e-293 791 WP_206548446.1 WP_206548446.1 100 494 0 0 1 494 1 494 0.0 956 WP_206548446.1 NOY97419.1 22.2 490 307 20 25 482 3 450 1.06e-19 90.9 YP_009340709.1 YP_009340709.1 100 228 0 0 1 228 1 228 1.74e-163 449 YP_009340709.1 AWQ28479.1 53.2 222 104 0 1 222 1 222 2.40e-87 256 HEC61404.1 HEC61404.1 100 165 0 0 1 165 1 165 1.98e-104 294 NWU63809.1 NWU63809.1 100 376 0 0 1 376 1 376 2.01e-275 744 MBU2720902.1 MBU2720902.1 100 429 0 0 1 429 1 429 7.31e-314 846 MBI2666778.1 MBI2666778.1 100 79 0 0 1 79 1 79 4.05e-52 155 WP_154503573.1 WP_154503573.1 100 525 0 0 1 525 1 525 0.0 1002 WP_154503573.1 MCQ2617452.1 46.7 120 56 3 1 120 1 112 3.58e-16 79.3 MCH61727.1 MCH61727.1 100 129 0 0 1 129 1 129 3.64e-94 265 MCH61727.1 AAX49003.1 96.6 59 2 0 71 129 1 59 4.82e-38 122 WP_035102910.1 WP_035102910.1 100 269 0 0 1 269 1 269 2.49e-197 538 WP_035102910.1 WP_233281725.1 33.3 243 122 6 27 264 2 209 1.23e-28 107 WP_035102910.1 MCO5064371.1 26.3 236 149 3 27 259 50 263 1.20e-12 64.7 WP_035102910.1 WP_041580422.1 22.6 234 135 5 25 251 16 210 9.09e-09 52.8 MBR4902600.1 MBR4902600.1 100 406 0 0 1 406 1 406 1.07e-317 853 HAB03480.1 HAB03480.1 100 1098 0 0 1 1098 1 1098 0.0 2166 HAB03480.1 WP_200543170.1 38.3 540 320 3 547 1085 159 686 1.46e-110 358 HAB03480.1 CKF71070.1 35.3 590 361 8 510 1091 170 746 2.43e-103 340 HAB03480.1 WP_230171322.1 36.4 574 331 11 521 1083 464 1014 5.62e-98 333 HAB03480.1 WP_018646673.1 33.6 482 308 6 616 1093 478 951 4.08e-83 289 HAB03480.1 MBF0143407.1 35.0 428 269 3 656 1082 633 1052 1.13e-67 246 HAB03480.1 WP_126679569.1 30.8 584 377 12 518 1086 226 797 3.23e-65 235 HAB03480.1 WP_078732502.1 24.1 282 207 1 376 657 113 387 7.07e-29 120 HAB03480.1 MBI5333464.1 36.6 216 119 6 621 826 183 390 1.02e-23 103 HAB03480.1 WP_000484099.1 31.1 209 136 3 619 826 167 368 1.55e-21 96.3 WP_193655704.1 WP_193655704.1 100 248 0 0 1 248 1 248 5.84e-181 494 WP_032677416.1 WP_032677416.1 100 501 0 0 1 501 1 501 0.0 1004 WP_032677416.1 WP_122896374.1 28.7 286 181 8 172 453 5 271 3.83e-26 108 WP_032677416.1 MBT4160670.1 25.9 313 193 10 171 475 6 287 5.70e-22 95.9 WP_032677416.1 WP_094151267.1 27.1 181 124 4 173 351 51 225 1.93e-12 67.4 MCS6996891.1 MCS6996891.1 100 396 0 0 1 396 1 396 2.11e-278 753 MCS6996891.1 WP_055759832.1 40.2 281 147 6 118 387 162 432 1.93e-47 166 MCS6996891.1 WP_041723747.1 39.1 233 134 5 118 347 46 273 2.52e-42 149 MCS6996891.1 WP_058258401.1 35.4 311 173 13 101 391 129 431 1.92e-41 149 MCS6996891.1 MBF0357294.1 35.2 250 155 4 67 312 111 357 1.48e-35 136 EHZ4862226.1 EHZ4862226.1 100 1246 0 0 1 1246 1 1246 0.0 2612 EHZ4862226.1 EEW1536683.1 90.5 1246 118 0 1 1246 1 1246 0.0 2407 EHZ4862226.1 WP_041302673.1 40.3 72 39 1 763 830 416 487 2.94e-07 53.1 WP_159812831.1 WP_159812831.1 100 422 0 0 1 422 1 422 1.03e-289 784 WP_159812831.1 CKF71070.1 45.7 164 88 1 236 399 313 475 5.70e-34 132 WP_159812831.1 HAB03480.1 45.7 175 89 2 234 403 648 821 2.47e-33 131 WP_159812831.1 HCN71343.1 45.5 123 66 1 278 400 6 127 3.08e-28 106 WP_159812831.1 WP_018646673.1 34.5 168 106 3 236 401 514 679 4.41e-21 94.4 WP_159812831.1 GHI39478.1 32.6 221 83 5 243 400 223 440 1.34e-16 79.7 WP_159812831.1 WP_023050329.1 35.8 134 78 5 243 375 199 325 4.82e-15 74.3 MBP5726154.1 MBP5726154.1 100 237 0 0 1 237 1 237 4.64e-177 484 MBP5726154.1 OLA08565.1 53.6 237 108 2 1 237 1 235 2.00e-90 265 MBP5726154.1 KAI0095213.1 30.2 245 114 9 3 198 7 243 8.43e-23 92.4 MBP5726154.1 XP_025385377.1 29.9 144 77 5 8 129 130 271 2.17e-10 57.8 MCE1252202.1 MCE1252202.1 100 532 0 0 1 532 1 532 0.0 1065 MCE1252202.1 WP_208504450.1 51.9 530 249 3 8 532 4 532 1.17e-177 509 MCE1252202.1 WP_087759142.1 21.6 384 244 15 17 380 5 351 1.24e-06 49.3 WP_069083484.1 WP_069083484.1 100 305 0 0 1 305 1 305 6.16e-216 588 WP_069083484.1 WP_062640876.1 31.7 303 190 3 6 300 3 296 2.44e-37 133 WP_069083484.1 WP_029579419.1 25.3 253 166 9 9 246 1 245 9.82e-06 44.7 WP_158687193.1 WP_158687193.1 100 51 0 0 1 51 1 51 2.45e-34 108 WP_265775712.1 WP_265775712.1 100 209 0 0 1 209 1 209 1.39e-155 427 WP_265775712.1 WP_159117211.1 39.6 197 109 2 16 205 27 220 4.47e-49 158 KAG4938299.1 KAG4938299.1 100 338 0 0 1 338 1 338 1.06e-189 524 MCK6622141.1 MCK6622141.1 100 1218 0 0 1 1218 1 1218 0.0 2436 MCK6622141.1 QQS37660.1 38.8 85 52 0 1134 1218 623 707 3.20e-08 56.2 UQT49937.1 UQT49937.1 100 58 0 0 1 58 1 58 8.52e-38 117 XP_049766603.1 XP_049766603.1 100 442 0 0 1 442 1 442 2.44e-298 817 WP_180076776.1 WP_180076776.1 100 209 0 0 1 209 1 209 1.14e-145 402 MCH2675159.1 MCH2675159.1 100 210 0 0 1 210 1 210 1.06e-155 427 WP_067123247.1 WP_067123247.1 100 400 0 0 1 400 1 400 1.19e-286 775 WP_184601943.1 WP_184601943.1 100 838 0 0 1 838 1 838 0.0 1627 WP_184601943.1 WP_000576638.1 45.7 771 408 4 41 801 35 804 5.91e-226 655 WP_184601943.1 BBI69300.1 31.7 271 181 2 535 801 3 273 1.92e-34 135 WP_184601943.1 WP_145937814.1 25.6 367 246 10 150 511 33 377 6.08e-18 85.1 WP_184601943.1 MCH8312862.1 23.7 342 214 11 151 481 15 320 8.10e-08 53.5 MCK5309055.1 MCK5309055.1 100 444 0 0 1 444 1 444 0.0 891 MCK5309055.1 MBT3329129.1 29.5 396 248 12 21 406 25 399 9.58e-46 162 EIJ1046776.1 EIJ1046776.1 100 485 0 0 1 485 1 485 0.0 967 EIJ1046776.1 MBF1583063.1 41.9 480 274 3 6 482 5 482 3.26e-120 359 XP_044919701.1 XP_044919701.1 100 4396 0 0 1 4396 1 4396 0.0 8536 GIV84289.1 GIV84289.1 100 229 0 0 1 229 1 229 2.38e-166 456 GIV84289.1 WP_012236017.1 30.3 185 110 7 42 213 366 544 5.82e-14 68.9 MCB0346442.1 MCB0346442.1 100 79 0 0 1 79 1 79 1.94e-50 151 MBQ2465495.1 MBQ2465495.1 100 530 0 0 1 530 1 530 2.38e-299 818 AHN95135.1 AHN95135.1 100 127 0 0 1 127 1 127 2.48e-91 258 UOA67814.1 UOA67814.1 100 94 0 0 1 94 1 94 6.31e-65 189 UOA67814.1 YP_009745171.1 59.6 94 36 1 1 94 1 92 2.78e-36 116 XP_030087828.2 XP_030087828.2 100 777 0 0 1 777 1 777 0.0 1349 XP_030087828.2 KAG5994228.1 31.2 597 365 9 78 634 160 750 1.13e-67 238 MBR5943268.1 MBR5943268.1 100 177 0 0 1 177 1 177 6.80e-120 334 TND09120.1 TND09120.1 100 121 0 0 1 121 1 121 1.65e-75 218 WP_017549704.1 WP_017549704.1 100 233 0 0 1 233 1 233 3.11e-164 451 WP_017549704.1 WP_274915895.1 31.6 155 99 3 15 164 25 177 4.07e-15 70.5 WP_017549704.1 WP_276263713.1 29.9 147 81 4 29 171 40 168 4.29e-09 53.5 WP_017549704.1 WP_014286324.1 25.2 163 106 3 6 167 3 150 1.04e-08 51.6 WP_017549704.1 WP_048427321.1 22.9 205 139 5 7 210 12 198 6.46e-04 38.1 WP_225225222.1 WP_225225222.1 100 210 0 0 1 210 1 210 2.77e-142 394 WP_016360879.1 WP_016360879.1 100 512 0 0 1 512 1 512 0.0 1105 WP_278489123.1 WP_278489123.1 100 283 0 0 1 283 1 283 4.82e-202 551 WP_278489123.1 WP_071876418.1 33.3 261 156 5 3 253 1 253 5.37e-37 136 WP_278489123.1 WP_197521413.1 35.1 268 144 5 27 277 21 275 3.72e-36 129 WP_278489123.1 WP_215557653.1 31.6 228 149 4 3 227 1 224 5.26e-26 101 WP_278489123.1 WP_152652784.1 30.0 210 133 4 26 230 19 219 4.38e-24 97.4 WP_278489123.1 RLN50561.1 28.2 202 139 4 24 224 656 852 1.07e-22 96.3 WP_278489123.1 WP_247749043.1 32.5 209 126 5 38 236 384 587 8.85e-22 93.2 WP_278489123.1 WP_142931103.1 29.2 243 143 7 3 238 1 221 1.93e-20 89.0 WP_278489123.1 WP_195238978.1 29.3 222 143 6 23 237 496 710 5.39e-19 85.1 WP_278489123.1 MBQ8297564.1 31.6 228 142 5 26 246 348 568 6.50e-19 84.7 NQY08093.1 NQY08093.1 100 95 0 0 1 95 1 95 7.07e-33 108 MBS3611729.1 MBS3611729.1 100 104 0 0 1 104 1 104 1.78e-71 206 MCP4111938.1 MCP4111938.1 100 77 0 0 1 77 1 77 1.62e-48 146 WP_000989932.1 WP_000989932.1 100 199 0 0 1 199 1 199 1.50e-136 378 WP_000989932.1 WP_005582143.1 40.3 149 84 2 54 198 57 204 4.56e-28 103 WP_225123293.1 WP_225123293.1 100 203 0 0 1 203 1 203 6.18e-156 427 MBM3947147.1 MBM3947147.1 100 77 0 0 1 77 1 77 1.41e-60 176 WP_072694527.1 WP_072694527.1 100 376 0 0 1 376 1 376 5.76e-275 743 WP_072694527.1 MBR0212985.1 38.5 65 34 2 172 234 9 69 1.46e-04 41.2 EFE8261313.1 EFE8261313.1 100 813 0 0 1 813 1 813 0.0 1555 EFE8261313.1 ECU3870451.1 45.1 463 144 10 57 490 50 431 9.08e-100 330 KIR59352.1 KIR59352.1 100 432 0 0 1 432 1 432 8.33e-301 813 KAJ5238469.1 KAJ5238469.1 100 497 0 0 1 497 1 497 0.0 911 OGR49074.1 OGR49074.1 100 209 0 0 1 209 1 209 8.01e-146 402 OGR49074.1 WP_223329113.1 48.3 205 105 1 5 208 4 208 3.29e-63 193 CAG0273471.1 CAG0273471.1 100 212 0 0 1 212 1 212 7.39e-148 408 CAG0273471.1 EFB3581025.1 51.7 209 99 2 1 208 30 237 1.08e-69 211 CAG0273471.1 WP_250376457.1 32.8 189 115 2 5 181 25 213 2.20e-29 107 CAG0273471.1 HAP0275886.1 34.9 212 125 7 1 203 17 224 7.54e-28 103 MBB1053783.1 MBB1053783.1 100 195 0 0 1 195 1 195 4.51e-136 377 WP_018160716.1 WP_018160716.1 100 206 0 0 1 206 1 206 3.71e-154 423 MBC7426139.1 MBC7426139.1 100 151 0 0 1 151 1 151 8.39e-106 296 WP_264507413.1 WP_264507413.1 100 70 0 0 1 70 1 70 2.64e-44 135 MBP1312051.1 MBP1312051.1 100 104 0 0 1 104 1 104 1.58e-74 214 VAI85984.1 VAI85984.1 100 1085 0 0 1 1085 1 1085 0.0 1974 VAI85984.1 XP_028766233.1 47.2 318 141 4 70 371 5 311 4.32e-83 284 WP_270570428.1 WP_270570428.1 100 512 0 0 1 512 1 512 0.0 1016 WP_270570428.1 WP_018187484.1 29.8 476 281 10 7 468 26 462 6.37e-64 214 WP_270570428.1 WP_233737742.1 27.4 588 317 14 6 511 17 576 5.26e-62 211 WP_270570428.1 QLP56207.1 28.2 461 283 7 5 456 11 432 5.26e-52 182 WP_270570428.1 WP_232790853.1 25.6 476 292 14 7 452 11 454 7.06e-32 126 WP_270570428.1 SCN76227.1 27.0 241 134 11 4 207 77 312 2.38e-10 61.2 QIX02502.1 QIX02502.1 100 256 0 0 1 256 1 256 1.87e-181 496 RKF23984.1 RKF23984.1 100 308 0 0 1 308 1 308 7.39e-182 502 KAJ0024505.1 KAJ0024505.1 100 123 0 0 1 123 1 123 9.49e-85 241 DAP78583.1 DAP78583.1 100 261 0 0 1 261 1 261 1.48e-185 507 XP_054751877.1 XP_054751877.1 100 663 0 0 1 663 1 663 0.0 1120 XP_054751877.1 XP_035812514.1 55.1 681 191 10 8 661 35 627 3.72e-222 631 KAG5001697.1 KAG5001697.1 100 259 0 0 1 259 1 259 1.01e-191 523 KAG5001697.1 WP_203727943.1 35.7 171 94 4 71 241 524 678 7.53e-22 92.8 WP_282969582.1 WP_282969582.1 100 242 0 0 1 242 1 242 1.82e-181 495 GFV58109.1 GFV58109.1 100 101 0 0 1 101 1 101 1.87e-76 218 GFV58109.1 GFV68115.1 54.2 48 20 1 29 76 160 205 1.97e-10 53.5 GFV58109.1 VST16928.1 45.7 46 23 2 32 76 34 78 1.84e-06 41.2 WP_098137943.1 WP_098137943.1 100 302 0 0 1 302 1 302 1.21e-225 612 WP_105371864.1 WP_105371864.1 100 253 0 0 1 253 1 253 1.53e-174 479 QJA13926.1 QJA13926.1 100 54 0 0 1 54 1 54 1.18e-31 102 HCN70936.1 HCN70936.1 100 388 0 0 1 388 1 388 1.21e-257 700 HCN70936.1 WP_253571813.1 31.3 345 225 4 17 357 15 351 1.98e-38 140 WP_099639594.1 WP_099639594.1 100 125 0 0 1 125 1 125 9.80e-88 249 WP_096647361.1 WP_096647361.1 100 1048 0 0 1 1048 1 1048 0.0 1962 WP_096647361.1 WP_039608285.1 26.7 1037 727 16 5 1036 3 1009 7.16e-97 328 WP_096647361.1 WP_265225845.1 26.1 1061 722 20 10 1029 8 1050 3.15e-79 279 WP_096647361.1 MBL4744408.1 23.7 1075 734 24 1 1031 1 1033 1.08e-56 211 WP_096647361.1 KKQ50904.1 22.4 1134 761 23 1 1039 26 1136 1.10e-55 209 WP_096647361.1 WP_154963182.1 23.9 1057 723 26 10 1030 8 1009 5.35e-40 159 KAH7160752.1 KAH7160752.1 100 2016 0 0 1 2016 1 2016 0.0 3719 CAA2616064.1 CAA2616064.1 100 161 0 0 1 161 1 161 1.84e-98 279 WP_013571875.1 WP_013571875.1 100 482 0 0 1 482 1 482 0.0 970 WP_013571875.1 WP_057479385.1 49.0 467 234 4 5 470 13 476 6.40e-152 440 WP_013571875.1 WP_046325749.1 44.2 464 247 4 6 468 5 457 3.01e-131 386 WP_013571875.1 WP_208427233.1 38.0 295 160 8 5 294 3 279 7.85e-50 171 THZ10219.1 THZ10219.1 100 175 0 0 1 175 1 175 8.30e-120 334 WP_273946616.1 WP_273946616.1 100 362 0 0 1 362 1 362 3.58e-271 732 MCI7704736.1 MCI7704736.1 100 293 0 0 1 293 1 293 4.36e-194 531 MCI7704736.1 WP_152046331.1 39.7 267 160 1 24 290 23 288 3.86e-54 176 MCI7704736.1 WP_184130797.1 41.0 222 124 2 73 287 148 369 6.20e-53 175 MCI7704736.1 EGY4555186.1 40.7 273 156 1 25 291 27 299 1.06e-52 172 MCI7704736.1 WP_150461480.1 41.2 250 145 2 34 283 29 276 1.04e-48 162 MCI7704736.1 ETB53277.1 34.2 269 173 3 23 288 14 281 2.30e-43 148 MCI7704736.1 WP_073936403.1 32.0 269 179 1 24 288 32 300 1.91e-40 141 MCI7704736.1 WP_054146239.1 34.6 269 163 4 34 289 39 307 1.80e-30 115 MCI7704736.1 WP_020547001.1 28.5 284 193 6 15 291 19 299 4.99e-26 102 WP_063505693.1 WP_063505693.1 100 164 0 0 1 164 1 164 8.80e-112 313 WP_063505693.1 HCM9096811.1 68.6 156 49 0 7 162 8 163 5.17e-66 197 WP_063505693.1 MCI6491833.1 46.7 150 77 2 9 158 5 151 5.16e-36 121 OQP53277.1 OQP53277.1 100 74 0 0 1 74 1 74 5.53e-50 149 KAJ7660540.1 KAJ7660540.1 100 171 0 0 1 171 1 171 4.31e-120 334 XP_049776195.1 XP_049776195.1 100 948 0 0 1 948 1 948 0.0 1620 WP_235374454.1 WP_235374454.1 100 1049 0 0 1 1049 1 1049 0.0 2113 WP_235374454.1 EBT2494165.1 32.1 196 114 8 843 1038 22 198 8.40e-17 78.6 MBU4557481.1 MBU4557481.1 100 243 0 0 1 243 1 243 1.97e-156 432 WP_152718850.1 WP_152718850.1 100 1137 0 0 1 1137 1 1137 0.0 2303 CCD45280.1 CCD45280.1 100 511 0 0 1 511 1 511 0.0 1060 MCB2198743.1 MCB2198743.1 100 387 0 0 1 387 1 387 3.85e-290 782 WP_032993387.1 WP_032993387.1 100 476 0 0 1 476 1 476 0.0 942 WP_208665977.1 WP_208665977.1 100 1166 0 0 1 1166 1 1166 0.0 2268 WP_208665977.1 WP_274910452.1 24.9 1086 715 26 115 1166 80 1091 1.82e-84 296 WP_104329329.1 WP_104329329.1 100 342 0 0 1 342 1 342 3.06e-246 667 WP_252264110.1 WP_252264110.1 100 181 0 0 1 181 1 181 9.32e-138 380 WP_252264110.1 ACA34490.1 38.8 170 104 0 4 173 259 428 1.42e-34 125 WP_252264110.1 EHK9185512.1 45.1 122 67 0 2 123 4 125 4.55e-30 109 WP_252264110.1 MCB0447740.1 33.0 103 65 2 2 102 7 107 3.75e-06 44.3 UCF22071.1 UCF22071.1 100 377 0 0 1 377 1 377 1.35e-269 729 UCF22071.1 MCK5466482.1 26.6 290 196 8 66 344 8 291 1.94e-18 83.2 UCF22071.1 MAJ59213.1 23.8 281 198 7 71 346 580 849 6.17e-18 84.0 WP_276234417.1 WP_276234417.1 100 569 0 0 1 569 1 569 0.0 1122 WP_210363492.1 WP_210363492.1 100 288 0 0 1 288 1 288 4.66e-207 564 HJC81763.1 HJC81763.1 100 474 0 0 1 474 1 474 0.0 986 HJC81763.1 WP_131055803.1 39.3 481 258 11 4 468 5 467 1.58e-109 331 MBQ9697149.1 MBQ9697149.1 100 358 0 0 1 358 1 358 1.41e-250 680 MBQ9697149.1 WP_132558606.1 25.1 311 206 7 33 329 31 328 3.82e-09 55.8 WP_135952734.1 WP_135952734.1 100 427 0 0 1 427 1 427 4.60e-320 861 WP_135952734.1 WP_250703775.1 23.7 427 264 14 7 414 7 390 3.85e-16 78.2 WP_121369366.1 WP_121369366.1 100 153 0 0 1 153 1 153 3.14e-102 288 RHQ28634.1 RHQ28634.1 100 1389 0 0 1 1389 1 1389 0.0 2542 XP_052906513.1 XP_052906513.1 100 288 0 0 1 288 1 288 3.46e-218 592 ONM12286.1 ONM12286.1 100 331 0 0 1 331 1 331 2.34e-249 674 RIK81456.1 RIK81456.1 100 759 0 0 1 759 1 759 0.0 1555 AFP41217.1 AFP41217.1 100 220 0 0 1 220 1 220 1.80e-120 339 SQC43367.1 SQC43367.1 100 92 0 0 1 92 1 92 2.60e-63 184 ACY29573.1 ACY29573.1 100 435 0 0 1 435 1 435 0.0 895 ACY29573.1 AFV39595.1 91.3 435 38 0 1 435 54 488 1.75e-300 835 ACY29573.1 AFJ09957.1 92.0 413 33 0 1 413 1 413 6.65e-294 795 ACY29573.1 QWY38042.1 90.8 400 37 0 1 400 1 400 1.55e-282 766 ACY29573.1 ACH90072.1 91.8 352 29 0 1 352 29 380 2.92e-250 683 ACY29573.1 BAO23243.1 91.3 343 30 0 1 343 1 343 1.05e-243 665 ACY29573.1 BAO11608.1 92.6 339 25 0 1 339 1 339 1.83e-243 664 ACY29573.1 AVA00513.1 91.2 339 30 0 1 339 1 339 3.36e-239 654 ACY29573.1 AOW36968.1 88.6 333 38 0 17 349 1 333 6.08e-229 627 ACY29573.1 AOW33101.1 92.8 318 23 0 17 334 1 318 1.35e-226 621 WP_096277301.1 WP_096277301.1 100 461 0 0 1 461 1 461 0.0 890 WP_096277301.1 WP_160762600.1 29.5 444 277 13 30 460 46 466 5.76e-48 169 WP_096277301.1 MBW7885425.1 30.9 437 284 11 29 459 36 460 1.61e-47 169 WP_096277301.1 MBT3931813.1 34.7 193 117 3 276 460 10 201 1.69e-29 112 MCD8323718.1 MCD8323718.1 100 256 0 0 1 256 1 256 2.28e-182 499 MCD8323718.1 WP_089109701.1 31.1 244 166 2 4 246 3 245 3.29e-36 127 MBE6889650.1 MBE6889650.1 100 230 0 0 1 230 1 230 1.21e-155 429 WP_099922565.1 WP_099922565.1 100 287 0 0 1 287 1 287 2.99e-198 541 WP_102140144.1 WP_102140144.1 100 279 0 0 1 279 1 279 1.07e-212 577 MCB0174630.1 MCB0174630.1 100 516 0 0 1 516 1 516 0.0 993 MCB0174630.1 WP_148284348.1 29.4 262 159 7 248 497 125 372 3.20e-20 90.9 MCB0174630.1 MCE0539567.1 32.5 228 119 3 301 494 169 395 1.44e-18 86.3 MCB0174630.1 WP_067035785.1 31.1 193 127 3 308 497 84 273 7.20e-17 79.7 MCB0174630.1 RKT82586.1 30.0 190 124 3 301 490 163 343 4.45e-11 62.8 XP_021727484.1 XP_021727484.1 100 335 0 0 1 335 1 335 8.78e-247 668 XP_021727484.1 KAJ1283197.1 38.2 306 179 3 35 334 42 343 6.27e-63 202 MBR1383934.1 MBR1383934.1 100 230 0 0 1 230 1 230 4.44e-167 458 MCF8391604.1 MCF8391604.1 100 442 0 0 1 442 1 442 0.0 873 MCF8391604.1 WP_244349102.1 44.4 486 219 7 1 436 1 485 1.59e-126 374 MCF8391604.1 WP_228961807.1 30.6 402 234 10 1 384 1 375 5.94e-43 154 XP_033082621.1 XP_033082621.1 100 320 0 0 1 320 1 320 2.03e-233 633 SHM84371.1 SHM84371.1 100 522 0 0 1 522 1 522 0.0 1019 KAB2860347.1 KAB2860347.1 100 117 0 0 1 117 1 117 1.49e-76 220 KAB2860347.1 AHG02917.1 47.0 117 62 0 1 117 195 311 1.31e-29 106 KAB2860347.1 MBX7055839.1 49.1 116 58 1 1 115 209 324 6.36e-28 102 KAB2860347.1 KAB2647529.1 42.7 117 67 0 1 117 188 304 1.23e-27 101 KAB2860347.1 MBE7554905.1 46.1 115 62 0 1 115 221 335 2.98e-26 98.2 KAB2860347.1 MBB3097508.1 40.2 117 70 0 1 117 181 297 4.72e-25 94.4 KAB2860347.1 WP_149656427.1 40.9 115 68 0 1 115 209 323 1.95e-23 90.5 KAB2860347.1 WP_239280620.1 41.2 114 67 0 1 114 204 317 2.62e-23 90.1 KAB2860347.1 MBW2176475.1 36.2 116 74 0 1 116 301 416 1.81e-16 72.0 KAH9439214.1 KAH9439214.1 100 1246 0 0 1 1246 1 1246 0.0 2160 CAA9477187.1 CAA9477187.1 100 84 0 0 1 84 1 84 1.87e-39 124 TMQ35121.1 TMQ35121.1 100 70 0 0 1 70 1 70 7.30e-42 129 MBV8739832.1 MBV8739832.1 100 77 0 0 1 77 1 77 3.97e-49 147 WP_165801127.1 WP_165801127.1 100 88 0 0 1 88 1 88 3.79e-61 179 WP_114947928.1 WP_114947928.1 100 464 0 0 1 464 1 464 0.0 869 WP_114947928.1 TVO55343.1 48.1 424 209 3 12 427 33 453 1.50e-112 339 WP_114947928.1 NCS37471.1 29.2 411 255 13 30 419 35 430 2.63e-26 110 WP_114947928.1 MBN1133474.1 27.3 432 274 12 4 415 9 420 3.40e-22 97.8 WP_114947928.1 MBE3049203.1 38.1 84 46 1 114 191 37 120 2.17e-06 45.4 CAE6513018.1 CAE6513018.1 100 878 0 0 1 878 1 878 0.0 1702 WP_279059865.1 WP_279059865.1 100 1108 0 0 1 1108 1 1108 0.0 2172 WP_279059865.1 NTZ64221.1 40.6 1091 594 15 34 1078 28 1110 3.32e-246 728 WP_279059865.1 MCM8621761.1 34.3 1092 641 29 34 1075 50 1113 1.69e-149 475 WP_279059865.1 WP_069647812.1 23.7 447 271 17 293 733 181 559 3.91e-16 82.0 WP_010299410.1 WP_010299410.1 100 56 0 0 1 56 1 56 2.56e-37 118 MXS72767.1 MXS72767.1 100 865 0 0 1 865 1 865 0.0 1730 MXS72767.1 WP_129053209.1 29.9 894 541 29 15 865 7 857 2.98e-95 316 MCI9320818.1 MCI9320818.1 100 207 0 0 1 207 1 207 7.76e-152 417 MCI9320818.1 WP_079396843.1 41.5 200 115 2 1 199 1 199 8.14e-54 169 MCI9320818.1 MBD5153813.1 47.1 204 100 4 1 198 1 202 2.61e-53 168 MCI9320818.1 WP_197744369.1 42.9 203 110 3 2 199 4 205 3.56e-52 165 MBK6509184.1 MBK6509184.1 100 590 0 0 1 590 1 590 0.0 1079 MBK6509184.1 WP_255073759.1 44.2 541 297 3 6 542 8 547 3.79e-140 419 MBK6509184.1 MVA71646.1 39.4 554 327 5 4 552 9 558 1.25e-116 357 HAW15717.1 HAW15717.1 100 947 0 0 1 947 1 947 0.0 1699 QGZ94761.1 QGZ94761.1 100 191 0 0 1 191 1 191 2.85e-137 379 WP_031876812.1 WP_031876812.1 100 388 0 0 1 388 1 388 1.28e-284 768 WP_031876812.1 WP_240755700.1 32.1 193 122 8 115 304 114 300 8.47e-09 55.5 CAI2192293.1 CAI2192293.1 100 409 0 0 1 409 1 409 1.03e-248 679 QQR61334.1 QQR61334.1 100 193 0 0 1 193 1 193 1.41e-138 383 QQR61334.1 OFX35756.1 24.8 153 102 5 33 184 11 151 6.28e-08 48.5 CAH3164498.1 CAH3164498.1 100 299 0 0 1 299 1 299 1.86e-223 606 WP_131506707.1 WP_131506707.1 100 731 0 0 1 731 1 731 0.0 1525 WP_229055514.1 WP_229055514.1 100 157 0 0 1 157 1 157 1.13e-115 322 WP_229055514.1 WP_028779961.1 34.7 72 33 1 21 78 21 92 3.58e-11 56.6 WP_229055514.1 MBN1882318.1 25.0 104 75 1 31 134 54 154 5.04e-10 53.9 WP_229055514.1 MCB0773217.1 25.2 111 71 5 31 134 60 165 6.50e-05 39.7 NLB38271.1 NLB38271.1 100 240 0 0 1 240 1 240 3.12e-172 472 NLB38271.1 WP_278643529.1 36.4 220 137 2 15 233 74 291 2.69e-39 136 NLB38271.1 WP_224045636.1 29.7 232 153 5 2 229 1 226 1.15e-24 96.3 WP_070443635.1 WP_070443635.1 100 241 0 0 1 241 1 241 3.51e-174 477 WP_015957503.1 WP_015957503.1 100 632 0 0 1 632 1 632 0.0 1248 WP_117183207.1 WP_117183207.1 100 404 0 0 1 404 1 404 4.82e-304 819 WP_117183207.1 WP_223565913.1 47.4 392 198 4 12 398 11 399 2.44e-129 376 WP_199911565.1 WP_199911565.1 100 551 0 0 1 551 1 551 0.0 1132 SON95852.1 SON95852.1 100 72 0 0 1 72 1 72 1.89e-47 143 AAV77137.1 AAV77137.1 100 377 0 0 1 377 1 377 4.58e-277 748 MBU7572244.1 MBU7572244.1 100 161 0 0 1 161 1 161 1.87e-116 324 MBU7572244.1 WP_186723788.1 27.8 144 90 3 1 144 1 130 1.82e-10 55.8 MBU7572244.1 WP_007356512.1 24.6 126 84 2 5 130 1018 1132 3.40e-06 44.3 WP_110005820.1 WP_110005820.1 100 174 0 0 1 174 1 174 4.93e-107 301 WP_110005820.1 WP_196396761.1 46.9 128 68 0 5 132 3 130 4.26e-33 113 XP_021713690.1 XP_021713690.1 100 414 0 0 1 414 1 414 5.69e-308 830 OGH56711.1 OGH56711.1 100 364 0 0 1 364 1 364 2.28e-259 702 OGH56711.1 OGL48105.1 35.1 222 123 4 153 353 140 361 9.39e-27 107 MBX7055839.1 MBX7055839.1 100 326 0 0 1 326 1 326 2.85e-227 618 MBX7055839.1 AHG02917.1 40.5 321 169 3 8 323 5 308 2.55e-70 219 MBX7055839.1 MBB3097508.1 42.6 265 143 4 62 324 38 295 5.13e-59 190 MBX7055839.1 MBE7554905.1 31.3 348 191 5 8 324 5 335 4.98e-53 176 MBX7055839.1 WP_239280620.1 35.2 304 170 5 29 323 32 317 8.42e-50 167 MBX7055839.1 MBW2176475.1 32.3 263 168 4 71 324 154 415 1.08e-37 137 MBX7055839.1 WP_149656427.1 28.5 330 197 6 17 325 13 324 5.23e-37 133 MBX7055839.1 KAB2860347.1 49.1 116 58 1 209 324 1 115 8.61e-29 105 WP_011965948.1 WP_011965948.1 100 148 0 0 1 148 1 148 9.50e-115 319 WP_240469694.1 WP_240469694.1 100 429 0 0 1 429 1 429 1.37e-318 858 MBQ4570877.1 MBQ4570877.1 100 937 0 0 1 937 1 937 0.0 1674 XP_007323069.1 XP_007323069.1 100 195 0 0 1 195 1 195 1.40e-139 385 WP_126255586.1 WP_126255586.1 100 202 0 0 1 202 1 202 1.62e-137 381 MBF6603381.1 MBF6603381.1 100 312 0 0 1 312 1 312 4.26e-231 627 MBF6603381.1 KAF1884135.1 34.8 256 152 4 58 304 161 410 1.10e-38 139 MBA3289554.1 MBA3289554.1 100 84 0 0 1 84 1 84 1.08e-56 167 WP_212377792.1 WP_212377792.1 100 144 0 0 1 144 1 144 4.94e-97 274 KAJ0239815.1 KAJ0239815.1 100 398 0 0 1 398 1 398 1.53e-297 802 KFP59321.1 KFP59321.1 100 560 0 0 1 560 1 560 0.0 1098 MCA9949067.1 MCA9949067.1 100 151 0 0 1 151 1 151 1.24e-107 301 WP_229048323.1 WP_229048323.1 100 687 0 0 1 687 1 687 0.0 1385 VAX76432.1 VAX76432.1 100 587 0 0 1 587 1 587 0.0 1144 VAX76432.1 WP_278084771.1 30.2 566 356 13 24 564 223 774 2.62e-56 201 VAX76432.1 PIQ07033.1 25.4 524 348 12 22 535 5 495 4.87e-42 157 VAX76432.1 WP_196051328.1 22.9 529 351 16 56 540 147 662 4.70e-25 108 VAX76432.1 WP_091423297.1 23.8 589 361 25 30 546 8 580 3.67e-20 92.8 VAX76432.1 MBQ2895174.1 22.2 419 197 11 32 330 19 428 1.26e-12 68.6 WP_138447205.1 WP_138447205.1 100 171 0 0 1 171 1 171 8.08e-125 346 PJC69268.1 PJC69268.1 100 219 0 0 1 219 1 219 8.35e-162 444 WP_094207656.1 WP_094207656.1 100 239 0 0 1 239 1 239 1.33e-177 485 XP_032812066.1 XP_032812066.1 100 243 0 0 1 243 1 243 6.85e-182 496 XP_032812066.1 WP_092156886.1 36.8 155 96 1 9 163 10 162 3.90e-26 99.0 XP_032812066.1 WP_247498151.1 34.8 155 95 3 9 160 16 167 2.94e-17 75.9 MBP3509218.1 MBP3509218.1 100 612 0 0 1 612 1 612 0.0 1225 MBP3509218.1 MBQ2777352.1 57.7 607 256 1 1 607 1 606 4.23e-250 699 MBP3509218.1 NQU26924.1 32.8 472 289 9 137 599 463 915 4.61e-66 232 MBP3509218.1 EHP6050825.1 33.4 428 265 7 127 535 226 652 1.08e-61 214 MBP3509218.1 MCK9987173.1 32.8 491 294 15 132 597 12 491 5.01e-54 192 MBP3509218.1 OQC16336.1 27.6 199 114 7 185 369 420 602 9.14e-11 63.2 MBP3509218.1 WP_266727676.1 33.0 94 63 0 35 128 338 431 1.42e-10 62.0 XP_005720745.1 XP_005720745.1 100 344 0 0 1 344 1 344 3.62e-255 690 WP_138289979.1 WP_138289979.1 100 616 0 0 1 616 1 616 0.0 1174 WP_138289979.1 WP_274285032.1 49.1 466 231 1 3 468 15 474 5.91e-156 455 KAJ6676972.1 KAJ6676972.1 100 662 0 0 1 662 1 662 0.0 1288 WP_175692337.1 WP_175692337.1 100 355 0 0 1 355 1 355 2.90e-262 709 WP_175692337.1 WP_276533217.1 59.4 330 130 2 21 348 12 339 8.12e-133 407 MBT6370142.1 MBT6370142.1 100 189 0 0 1 189 1 189 9.56e-135 373 KVK44743.1 KVK44743.1 100 64 0 0 1 64 1 64 1.89e-39 122 KVK44743.1 MBE1289959.1 72.1 61 16 1 1 61 4 63 2.11e-23 82.0 WP_271960159.1 WP_271960159.1 100 1016 0 0 1 1016 1 1016 0.0 2089 WP_271960159.1 KAA0234643.1 44.7 972 457 15 60 1016 23 928 1.61e-268 774 WP_271960159.1 WP_114695256.1 24.9 607 353 18 216 765 108 668 2.24e-36 145 WP_271960159.1 WP_096201219.1 22.0 640 370 15 212 766 189 784 1.13e-27 119 WP_072974645.1 WP_072974645.1 100 236 0 0 1 236 1 236 8.31e-175 478 WP_071809692.1 WP_071809692.1 100 157 0 0 1 157 1 157 2.66e-105 296 EGR0469058.1 EGR0469058.1 100 149 0 0 1 149 1 149 8.11e-112 311 WP_199497249.1 WP_199497249.1 100 231 0 0 1 231 1 231 2.98e-161 443 WP_012964108.1 WP_012964108.1 100 240 0 0 1 240 1 240 8.65e-179 488 WP_109900609.1 WP_109900609.1 100 513 0 0 1 513 1 513 0.0 1008 MBU6501496.1 MBU6501496.1 100 499 0 0 1 499 1 499 0.0 942 MBU6501496.1 EIO1807611.1 37.3 501 248 11 6 480 14 474 3.02e-61 207 MBU6501496.1 RGG06187.1 27.3 447 274 10 56 480 44 461 2.91e-24 103 CAD7420625.1 CAD7420625.1 100 173 0 0 1 173 1 173 1.98e-126 350 XP_055449440.1 XP_055449440.1 100 421 0 0 1 421 1 421 0.0 866 GAP70049.1 GAP70049.1 100 270 0 0 1 270 1 270 1.09e-196 536 GAP70049.1 MCM1185292.1 47.2 265 136 1 3 267 9 269 1.60e-82 248 WP_070770047.1 WP_070770047.1 100 1230 0 0 1 1230 1 1230 0.0 2413 WP_070770047.1 WP_156009076.1 63.4 1188 426 5 1 1181 1 1185 0.0 1498 WP_070770047.1 WP_012573472.1 53.3 1186 519 12 6 1173 12 1180 0.0 1231 WP_070770047.1 NJD91181.1 46.3 1113 561 15 83 1171 1 1100 0.0 936 WP_070770047.1 MBE6348968.1 42.7 679 372 10 495 1163 5 676 5.72e-180 544 WP_070770047.1 PHR24038.1 22.5 325 227 7 18 327 20 334 6.04e-08 54.7 MBK8529220.1 MBK8529220.1 100 171 0 0 1 171 1 171 6.38e-122 339 WP_239984652.1 WP_239984652.1 100 177 0 0 1 177 1 177 8.97e-125 347 MBR0417215.1 MBR0417215.1 100 181 0 0 1 181 1 181 3.37e-131 363 XP_048264533.1 XP_048264533.1 100 2024 0 0 1 2024 1 2024 0.0 3717 XP_048264533.1 XP_005573423.1 44.9 2016 925 37 16 1968 12 1904 0.0 1396 XP_048264533.1 XP_021507806.1 45.2 2029 806 42 16 1967 14 1825 0.0 1304 XP_048264533.1 XP_042771424.1 24.8 1792 1119 48 188 1833 128 1839 2.44e-95 343 MCD8297279.1 MCD8297279.1 100 946 0 0 1 946 1 946 0.0 1832 MCD8297279.1 WP_052125494.1 23.7 579 330 17 107 584 108 675 1.18e-24 109 MCD8297279.1 WP_237034910.1 23.6 567 312 18 107 566 105 657 4.88e-22 100 XP_033559743.1 XP_033559743.1 100 224 0 0 1 224 1 224 1.24e-170 466 MBE6139600.1 MBE6139600.1 100 776 0 0 1 776 1 776 0.0 1414 MBE6139600.1 MCL2039304.1 34.2 310 176 6 462 752 6 306 1.76e-36 138 MBE6139600.1 SCX00186.1 28.7 324 184 9 466 756 30 339 2.34e-23 100 MBE6139600.1 WP_131001993.1 26.4 284 195 6 463 739 11 287 4.78e-22 96.3 AEF02257.1 AEF02257.1 100 126 0 0 1 126 1 126 5.23e-88 249 MCL7045034.1 MCL7045034.1 100 151 0 0 1 151 1 151 3.68e-100 282 XP_019019020.1 XP_019019020.1 100 623 0 0 1 623 1 623 0.0 1241 WP_213520007.1 WP_213520007.1 100 302 0 0 1 302 1 302 3.44e-216 588 WP_213520007.1 QUL58516.1 36.7 283 172 6 18 295 1 281 1.18e-54 177 XP_039699416.1 XP_039699416.1 100 373 0 0 1 373 1 373 9.59e-277 747 WP_112530108.1 WP_112530108.1 100 290 0 0 1 290 1 290 8.06e-209 568 XP_045648298.1 XP_045648298.1 100 309 0 0 1 309 1 309 8.53e-225 610 WP_143281017.1 WP_143281017.1 100 157 0 0 1 157 1 157 3.71e-109 306 WP_143281017.1 WP_007404414.1 56.3 144 63 0 13 156 4 147 3.61e-51 164 RYH76248.1 RYH76248.1 100 279 0 0 1 279 1 279 1.38e-199 544 AGB19176.1 AGB19176.1 100 225 0 0 1 225 1 225 5.40e-161 442 KUI47647.1 KUI47647.1 100 73 0 0 1 73 1 73 3.10e-51 152 NWV34805.1 NWV34805.1 100 976 0 0 1 976 1 976 0.0 1951 KEP75282.1 KEP75282.1 100 193 0 0 1 193 1 193 5.50e-136 376 KEP75282.1 MBL7705960.1 53.4 178 83 0 11 188 7 184 1.31e-66 201 WP_266441326.1 WP_266441326.1 100 493 0 0 1 493 1 493 0.0 969 WP_266727676.1 WP_266727676.1 100 450 0 0 1 450 1 450 0.0 928 WP_266727676.1 MBN2399180.1 41.7 403 233 2 32 432 121 523 4.08e-114 345 WP_266727676.1 MBP3509218.1 33.0 94 63 0 338 431 35 128 5.96e-11 62.8 WP_266727676.1 MBQ2777352.1 33.0 94 63 0 338 431 35 128 1.04e-10 62.0 WP_266727676.1 EED8954498.1 29.3 123 81 2 34 156 116 232 1.87e-06 48.5 PPU96251.1 PPU96251.1 100 75 0 0 1 75 1 75 3.32e-47 142 WP_258598016.1 WP_258598016.1 100 321 0 0 1 321 1 321 6.85e-237 642 WP_107021410.1 WP_107021410.1 100 240 0 0 1 240 1 240 3.21e-165 454 MBQ8064675.1 MBQ8064675.1 100 300 0 0 1 300 1 300 5.71e-182 501 WP_087299666.1 WP_087299666.1 100 201 0 0 1 201 1 201 4.89e-152 417 WP_134667128.1 WP_134667128.1 100 74 0 0 1 74 1 74 6.48e-49 147 MBI4875790.1 MBI4875790.1 100 405 0 0 1 405 1 405 1.70e-318 855 MBI4875790.1 ECA9858842.1 30.5 377 232 11 29 394 26 383 2.30e-57 191 WP_196222422.1 WP_196222422.1 100 205 0 0 1 205 1 205 1.62e-143 396 WP_196222422.1 WP_262917761.1 25.5 141 99 1 36 176 68 202 2.58e-11 59.3 WP_196222422.1 WP_091540071.1 33.5 167 85 6 30 175 34 195 9.38e-10 55.5 WP_196222422.1 ORV24296.1 24.0 146 99 1 37 182 53 186 1.93e-07 47.8 MBT3564223.1 MBT3564223.1 100 572 0 0 1 572 1 572 0.0 1195 SBS78954.1 SBS78954.1 100 111 0 0 1 111 1 111 9.23e-75 215 MBN2371430.1 MBN2371430.1 100 379 0 0 1 379 1 379 3.77e-277 749 WP_219287479.1 WP_219287479.1 100 302 0 0 1 302 1 302 5.31e-220 598 WP_219287479.1 WP_012456188.1 29.7 111 72 3 7 117 11 115 3.90e-07 48.9 WP_175630420.1 WP_175630420.1 100 157 0 0 1 157 1 157 5.18e-112 313 HAA51207.1 HAA51207.1 100 345 0 0 1 345 1 345 4.44e-261 705 XP_001681736.1 XP_001681736.1 100 343 0 0 1 343 1 343 1.27e-259 701 WP_282575598.1 WP_282575598.1 100 241 0 0 1 241 1 241 8.38e-157 433 WP_252418399.1 WP_252418399.1 100 259 0 0 1 259 1 259 6.52e-163 450 UYE59123.1 UYE59123.1 100 416 0 0 1 416 1 416 2.08e-226 624 UYE59123.1 UGY43725.1 81.6 419 74 1 1 416 1 419 1.54e-210 583 UYE59123.1 UBA80202.1 97.1 277 8 0 140 416 143 419 2.91e-165 469 MCO5330244.1 MCO5330244.1 100 428 0 0 1 428 1 428 2.07e-276 751 MCO5330244.1 WP_252541609.1 40.2 122 66 2 306 427 278 392 1.06e-16 79.7 KAI7478392.1 KAI7478392.1 100 165 0 0 1 165 1 165 3.56e-107 301 WP_065888604.1 WP_065888604.1 100 247 0 0 1 247 1 247 4.44e-180 492 WP_065888604.1 WP_099529629.1 43.2 220 122 3 4 221 7 225 1.11e-46 154 WP_277412281.1 WP_277412281.1 100 241 0 0 1 241 1 241 3.81e-178 487 MBR6382124.1 MBR6382124.1 100 178 0 0 1 178 1 178 4.61e-123 342 EER9391136.1 EER9391136.1 100 290 0 0 1 290 1 290 6.35e-206 561 EER9391136.1 EIM4841263.1 28.0 296 155 9 46 290 48 336 1.70e-21 92.8 WP_086711488.1 WP_086711488.1 100 868 0 0 1 868 1 868 0.0 1727 WP_086711488.1 WP_097641037.1 64.3 869 307 2 1 866 1 869 0.0 1128 WP_086711488.1 WP_102477257.1 54.9 867 367 8 6 867 5 852 0.0 932 WP_086711488.1 RWX51021.1 54.2 548 230 6 9 536 8 554 2.95e-198 575 WP_064962354.1 WP_064962354.1 100 454 0 0 1 454 1 454 0.0 884 MAD47294.1 MAD47294.1 100 577 0 0 1 577 1 577 0.0 1089 MAD47294.1 WP_274885772.1 34.6 569 313 12 31 554 34 588 3.41e-90 288 MAD47294.1 WP_230702007.1 27.4 226 151 8 164 385 225 441 6.54e-12 66.6 NRJ54907.1 NRJ54907.1 100 266 0 0 1 266 1 266 3.55e-175 481 NRJ54907.1 MCB3018266.1 97.8 267 5 1 1 266 1 267 2.77e-170 469 WP_062336768.1 WP_062336768.1 100 186 0 0 1 186 1 186 1.71e-122 342 WP_062336768.1 WP_171155369.1 33.9 180 104 4 15 183 19 194 4.00e-15 68.9 WP_062336768.1 UJW35797.1 40.0 60 36 0 18 77 18 77 5.73e-07 46.2 KAF9035758.1 KAF9035758.1 100 425 0 0 1 425 1 425 2.67e-298 806 MSW56406.1 MSW56406.1 100 68 0 0 1 68 1 68 1.82e-41 127 MSW56406.1 MBP3258987.1 41.2 34 20 0 34 67 3 36 3.91e-05 37.7 MCC6537716.1 MCC6537716.1 100 200 0 0 1 200 1 200 3.69e-117 329 WP_277778661.1 WP_277778661.1 100 115 0 0 1 115 1 115 2.06e-82 234 WP_262615610.1 WP_262615610.1 100 286 0 0 1 286 1 286 3.05e-211 574 WP_262615610.1 WP_000446844.1 25.7 304 181 11 9 284 11 297 1.94e-21 90.1 WP_135771669.1 WP_135771669.1 100 414 0 0 1 414 1 414 1.93e-315 848 CDX53829.1 CDX53829.1 100 278 0 0 1 278 1 278 7.09e-197 537 TXH71851.1 TXH71851.1 100 37 0 0 1 37 1 37 5.72e-23 79.0 XP_055095726.1 XP_055095726.1 100 660 0 0 1 660 1 660 0.0 1199 XP_055095726.1 RSL59427.1 31.1 395 197 9 209 603 86 405 9.72e-42 156 XP_055095726.1 CZT45482.1 27.1 436 225 11 195 603 98 467 1.07e-25 111 XP_055095726.1 XP_023589550.1 26.1 410 224 9 197 603 109 442 5.50e-25 108 XP_055095726.1 MBA0549662.1 23.9 372 208 13 237 603 59 360 6.03e-14 72.4 WP_209402264.1 WP_209402264.1 100 237 0 0 1 237 1 237 2.30e-177 484 MBK6277277.1 MBK6277277.1 100 179 0 0 1 179 1 179 2.88e-122 340 WP_064229784.1 WP_064229784.1 100 211 0 0 1 211 1 211 5.91e-158 433 WP_271272236.1 WP_271272236.1 100 386 0 0 1 386 1 386 1.06e-291 786 WP_271272236.1 WP_224014827.1 44.9 374 204 2 9 382 15 386 2.67e-105 314 WP_271272236.1 WP_130670507.1 43.3 374 205 4 15 386 25 393 1.50e-97 294 WP_271272236.1 TVP67793.1 40.2 381 223 5 5 382 21 399 3.12e-87 268 WP_271272236.1 MCB0793211.1 34.0 382 247 5 7 385 12 391 1.15e-61 202 WP_271272236.1 EMD83093.1 32.2 401 232 14 19 385 50 444 1.95e-46 163 EGQ64116.1 EGQ64116.1 100 247 0 0 1 247 1 247 1.08e-171 471 EGQ64116.1 WP_265735210.1 28.9 135 78 7 1 132 219 338 6.25e-04 38.9 WP_271145842.1 WP_271145842.1 100 263 0 0 1 263 1 263 5.39e-189 516 WP_176051587.1 WP_176051587.1 100 338 0 0 1 338 1 338 3.91e-231 629 WP_176051587.1 MBS9779527.1 44.7 338 170 4 3 324 2 338 1.64e-89 270 WP_076519206.1 WP_076519206.1 100 665 0 0 1 665 1 665 0.0 1231 KAI9912466.1 KAI9912466.1 100 374 0 0 1 374 1 374 5.59e-281 758 KAI9912466.1 XP_026100634.1 31.1 302 192 6 28 324 83 373 3.63e-42 151 KAI9912466.1 KAG5815829.1 29.8 215 117 6 136 317 557 770 3.18e-18 84.7 KAI9912466.1 XP_039923984.1 28.8 153 99 4 109 255 272 420 5.17e-15 75.1 KAI9912466.1 NXJ84327.1 27.6 152 100 4 109 254 277 424 2.19e-14 73.2 KAI9912466.1 XP_029528577.1 28.5 144 98 4 105 246 102 242 1.28e-12 66.6 KAI9912466.1 MBF1128433.1 25.8 213 146 6 26 235 8 211 8.94e-11 61.6 KAI9912466.1 XP_019384620.1 27.7 195 108 7 129 320 117 281 5.44e-09 56.2 KAI9912466.1 XP_028705251.1 24.3 210 142 8 23 227 453 650 1.66e-08 54.7 KAI9912466.1 XP_025814622.1 23.5 234 159 7 20 242 769 993 2.02e-06 48.1 WP_165687160.1 WP_165687160.1 100 380 0 0 1 380 1 380 3.84e-266 721 WP_064600084.1 WP_064600084.1 100 117 0 0 1 117 1 117 4.46e-78 224 MBE6702431.1 MBE6702431.1 100 121 0 0 1 121 1 121 1.65e-84 240 MCR4890737.1 MCR4890737.1 100 423 0 0 1 423 1 423 1.06e-287 779 WP_046778966.1 WP_046778966.1 100 319 0 0 1 319 1 319 1.25e-222 606 WP_046778966.1 WP_097382902.1 38.3 321 184 7 1 319 1 309 1.88e-61 196 WP_255401854.1 WP_255401854.1 100 249 0 0 1 249 1 249 1.27e-180 494 WP_226831475.1 WP_226831475.1 100 51 0 0 1 51 1 51 5.81e-33 105 MBP7746105.1 MBP7746105.1 100 828 0 0 1 828 1 828 0.0 1728 MBP7746105.1 PKO20637.1 33.2 569 259 16 279 822 5 477 4.81e-79 261 MBP7746105.1 MBR6406611.1 28.3 644 366 21 193 785 40 638 9.63e-57 205 MBP7746105.1 WP_253630899.1 24.5 556 285 23 323 815 32 515 7.55e-29 120 MBP7746105.1 WP_275700896.1 24.8 424 219 15 341 749 30 368 3.91e-22 98.2 MBP7746105.1 HAN2236324.1 23.2 585 254 28 283 771 186 671 9.05e-18 86.3 MBP7746105.1 VJO49958.1 21.7 548 278 21 328 783 13 501 5.49e-12 67.4 MBP7746105.1 WP_120452154.1 28.1 128 63 5 322 442 100 205 2.02e-04 43.1 NCS37471.1 NCS37471.1 100 875 0 0 1 875 1 875 0.0 1689 NCS37471.1 MBN1133474.1 28.1 501 338 9 74 563 73 562 1.04e-51 189 NCS37471.1 WP_114947928.1 29.0 407 261 11 35 430 30 419 2.58e-28 117 NCS37471.1 TVO55343.1 28.7 414 257 11 36 428 48 444 2.31e-27 115 NCS37471.1 MBE3049203.1 33.9 112 69 2 86 192 1 112 2.63e-11 60.5 XP_047790709.1 XP_047790709.1 100 497 0 0 1 497 1 497 3.17e-292 797 WP_250427403.1 WP_250427403.1 100 355 0 0 1 355 1 355 3.95e-260 704 SCX00186.1 SCX00186.1 100 339 0 0 1 339 1 339 6.00e-231 629 SCX00186.1 MCL2039304.1 29.2 329 186 9 30 339 10 310 3.00e-27 107 SCX00186.1 MBE6139600.1 27.2 320 194 8 30 339 466 756 4.54e-23 98.6 SCX00186.1 WP_131001993.1 31.6 158 97 4 170 326 144 291 4.37e-13 67.4 MCI8393530.1 MCI8393530.1 100 300 0 0 1 300 1 300 4.11e-140 395 GHT88678.1 GHT88678.1 100 1024 0 0 1 1024 1 1024 0.0 1577 MCP4788584.1 MCP4788584.1 100 471 0 0 1 471 1 471 0.0 969 MCP4788584.1 WP_185218257.1 31.3 435 249 14 26 422 26 448 1.48e-52 182 MCP4788584.1 WP_013768652.1 20.5 469 254 10 26 401 36 478 3.87e-22 97.4 MCA9900904.1 MCA9900904.1 100 138 0 0 1 138 1 138 1.56e-97 275 AEJ33395.1 AEJ33395.1 100 882 0 0 1 882 1 882 0.0 1774 AEJ33395.1 AEO85464.1 34.4 898 482 25 14 882 28 847 8.40e-138 429 AEJ33395.1 QJX39053.1 33.7 903 480 26 17 881 24 845 1.99e-128 405 AEJ33395.1 AAX97169.1 39.2 357 183 8 538 882 1 335 7.05e-58 200 AEJ33395.1 QCI53355.1 30.1 392 220 11 25 403 4 354 2.62e-49 176 WP_093172109.1 WP_093172109.1 100 156 0 0 1 156 1 156 7.67e-109 305 NCB77646.1 NCB77646.1 100 416 0 0 1 416 1 416 7.56e-314 845 WP_098515742.1 WP_098515742.1 100 287 0 0 1 287 1 287 6.39e-209 568 WP_098515742.1 WP_208909738.1 33.0 94 63 0 1 94 1 94 1.49e-08 53.1 WP_098515742.1 WP_063427392.1 24.1 307 202 8 3 281 8 311 2.89e-08 52.4 WP_098515742.1 MBQ1311177.1 20.9 292 197 9 5 266 6 293 2.29e-07 49.7 WP_098515742.1 WP_084371136.1 46.6 58 30 1 3 60 5 61 9.77e-05 41.6 XP_048796933.1 XP_048796933.1 100 1303 0 0 1 1303 1 1303 0.0 2373 MBR4275022.1 MBR4275022.1 100 696 0 0 1 696 1 696 0.0 1363 MBR4275022.1 WP_061364641.1 21.3 249 123 9 472 649 29 275 2.04e-06 49.3 XP_020736247.1 XP_020736247.1 100 89 0 0 1 89 1 89 1.43e-52 157 XP_039660068.1 XP_039660068.1 100 820 0 0 1 820 1 820 0.0 1634 KAJ2633851.1 KAJ2633851.1 100 792 0 0 1 792 1 792 0.0 1499 KAJ2633851.1 WP_238717267.1 38.4 336 192 5 6 339 4 326 1.06e-53 195 WP_066708699.1 WP_066708699.1 100 298 0 0 1 298 1 298 8.43e-215 584 WP_066708699.1 MBL0087235.1 68.2 296 94 0 1 296 1 296 5.59e-144 405 WP_066708699.1 WP_096722254.1 25.0 168 108 3 1 155 1 163 8.80e-09 53.9 WP_066708699.1 EHH4366918.1 29.1 86 61 0 1 86 2 87 9.92e-06 44.7 MBW4485777.1 MBW4485777.1 100 162 0 0 1 162 1 162 4.38e-111 311 WP_103963736.1 WP_103963736.1 100 329 0 0 1 329 1 329 1.05e-235 640 WP_103963736.1 WP_072476944.1 29.8 329 213 11 4 327 3 318 3.00e-22 93.6 MBR4838026.1 MBR4838026.1 100 240 0 0 1 240 1 240 9.20e-165 453 MBR4838026.1 HCH2726488.1 35.9 231 146 2 5 234 319 548 6.65e-39 141 MBR4838026.1 WP_249351853.1 41.1 190 110 2 46 235 5 192 2.86e-37 132 XP_009147075.2 XP_009147075.2 100 1154 0 0 1 1154 1 1154 0.0 2238 XP_009147075.2 MBE6688122.1 33.7 1018 528 21 122 1135 12 886 6.33e-157 489 XP_009147075.2 KAA0114277.1 33.5 1005 524 22 134 1135 50 913 8.02e-141 447 XP_009147075.2 WP_278631399.1 34.3 868 457 15 134 1001 19 773 7.53e-134 427 XP_009147075.2 WP_235126772.1 32.6 877 493 22 134 1003 14 798 2.04e-122 397 XP_009147075.2 KAF5671546.1 30.1 887 527 22 145 987 183 1019 4.55e-90 315 XP_009147075.2 MBE5737882.1 25.4 1010 578 21 136 1135 22 866 3.17e-81 283 XP_009147075.2 WP_049009918.1 26.6 830 480 21 136 957 67 776 2.99e-68 246 XP_009147075.2 KAJ6994162.1 26.9 895 463 30 134 982 32 736 3.00e-54 204 XP_009147075.2 OFX32653.1 22.8 751 384 25 194 939 70 629 5.13e-22 100 MBQ69096.1 MBQ69096.1 100 294 0 0 1 294 1 294 1.50e-206 563 MBR7027046.1 MBR7027046.1 100 71 0 0 1 71 1 71 4.71e-43 132 WP_062689758.1 WP_062689758.1 100 291 0 0 1 291 1 291 2.36e-197 540 MBE6812365.1 MBE6812365.1 100 306 0 0 1 306 1 306 2.46e-227 617 NWX34570.1 NWX34570.1 100 529 0 0 1 529 1 529 0.0 1087 NWX34570.1 XP_037327098.1 28.4 391 254 9 142 523 124 497 7.77e-42 155 NWX34570.1 ACF74449.1 32.3 229 131 9 248 472 241 449 1.79e-20 92.8 NWX34570.1 XP_046922164.1 25.5 216 156 3 301 512 226 440 4.31e-18 85.1 MBM7494038.1 MBM7494038.1 100 102 0 0 1 102 1 102 1.27e-70 204 WP_273138110.1 WP_273138110.1 100 290 0 0 1 290 1 290 2.81e-209 570 WP_273138110.1 WP_223975418.1 30.4 148 88 5 1 140 1 141 2.72e-07 49.3 WP_273138110.1 WP_029579419.1 25.0 152 109 2 1 148 1 151 8.71e-07 47.8 WP_273138110.1 WP_009620393.1 36.1 119 70 4 1 115 1 117 1.54e-06 47.0 WP_273138110.1 WP_077690175.1 35.8 81 51 1 4 84 5 84 2.25e-06 46.6 WP_273138110.1 MCI2079698.1 22.6 168 117 4 1 160 1 163 2.20e-04 40.4 MCG6876547.1 MCG6876547.1 100 714 0 0 1 714 1 714 0.0 1323 MCG6876547.1 WP_251758029.1 28.4 423 262 12 76 490 79 468 3.53e-34 137 MCG6876547.1 GIR47037.1 24.8 367 230 13 73 420 75 414 5.09e-23 102 MCG6876547.1 YP_009351723.1 28.5 298 176 10 119 408 59 327 3.38e-22 99.4 MCG6876547.1 WP_255375741.1 28.6 84 46 1 283 366 29 98 1.79e-04 42.4 WP_151856261.1 WP_151856261.1 100 336 0 0 1 336 1 336 9.40e-222 605 XP_001454078.1 XP_001454078.1 100 630 0 0 1 630 1 630 0.0 1201 XP_001454078.1 WP_138482356.1 25.4 422 265 12 212 628 409 785 2.03e-25 110 XP_001454078.1 MBQ1868746.1 21.5 413 266 10 215 616 263 628 2.51e-20 93.6 XP_001454078.1 EDN57974.1 24.6 524 260 21 214 625 397 897 8.69e-20 92.4 XP_001454078.1 WP_076194242.1 25.1 203 147 2 212 411 231 431 9.18e-19 87.8 XP_001454078.1 HAS8246497.1 26.5 302 196 10 155 447 421 705 1.76e-18 88.2 XP_001454078.1 WP_232306300.1 24.9 426 260 16 207 615 841 1223 2.44e-17 84.7 XP_001454078.1 HBG17616.1 26.0 127 76 4 508 627 7 122 6.55e-06 47.4 XP_001454078.1 WP_188888464.1 28.9 90 56 2 508 596 5 87 6.28e-05 43.1 XP_001454078.1 WP_055029966.1 30.8 78 46 2 508 584 5 75 6.04e-04 40.8 KZD01260.1 KZD01260.1 100 176 0 0 1 176 1 176 2.48e-126 350 MBI0103662.1 MBI0103662.1 100 704 0 0 1 704 1 704 0.0 1338 MBI0103662.1 MBQ3724833.1 43.8 698 378 6 4 693 11 702 3.40e-189 552 MBI0103662.1 NLZ92879.1 44.4 72 40 0 621 692 5 76 1.16e-12 63.9 MBI0103662.1 WP_281675368.1 42.3 78 44 1 619 695 547 624 1.50e-11 65.9 MBI0103662.1 WP_246966510.1 39.7 73 41 2 622 691 10 82 3.78e-08 53.5 MBI0103662.1 WP_231355705.1 34.9 86 51 2 606 690 636 717 6.35e-08 54.3 MCC5806595.1 MCC5806595.1 100 496 0 0 1 496 1 496 0.0 981 MCC5806595.1 WP_195290884.1 28.5 137 82 6 367 494 295 424 8.82e-05 43.1 RLE74569.1 RLE74569.1 100 207 0 0 1 207 1 207 2.05e-147 406 RLE74569.1 MCD6156803.1 56.6 159 68 1 1 159 1 158 2.56e-55 172 WP_096665911.1 WP_096665911.1 100 491 0 0 1 491 1 491 0.0 951 WP_096665911.1 WP_243361436.1 38.0 479 278 5 3 474 6 472 8.11e-101 309 WP_096665911.1 GIW30304.1 31.9 477 303 7 3 475 1 459 2.31e-75 243 WP_096665911.1 WP_251758029.1 25.2 473 329 13 4 461 1 463 1.43e-26 111 WP_096665911.1 MBK3574312.1 27.3 407 271 16 5 397 5 400 1.17e-19 90.5 WP_096665911.1 EAZ5330394.1 24.1 357 238 10 140 474 133 478 1.32e-19 89.7 WP_096665911.1 YP_008379230.1 22.6 292 197 8 115 404 10 274 2.09e-09 57.4 WP_096665911.1 YP_007317140.1 23.8 365 236 14 110 463 2 335 2.06e-08 54.3 KAG5313265.1 KAG5313265.1 100 794 0 0 1 794 1 794 0.0 1583 CAF5110230.1 CAF5110230.1 100 120 0 0 1 120 1 120 9.23e-86 243 MBD5168133.1 MBD5168133.1 100 96 0 0 1 96 1 96 1.86e-67 195 QNU41032.1 QNU41032.1 100 941 0 0 1 941 1 941 0.0 1843 QNU41032.1 XP_052288270.1 26.5 656 407 26 170 787 158 776 3.41e-46 177 QNU41032.1 UBY07556.1 24.4 488 299 16 164 620 122 573 1.74e-24 108 WP_190594466.1 WP_190594466.1 100 61 0 0 1 61 1 61 7.62e-40 123 UWG74403.1 UWG74403.1 100 469 0 0 1 469 1 469 0.0 917 UWG74403.1 XP_004466702.1 29.6 406 245 11 24 411 207 589 4.29e-42 156 UWG74403.1 EAJ4317745.1 30.7 424 238 17 29 415 5 409 2.36e-38 143 WP_015275782.1 WP_015275782.1 100 112 0 0 1 112 1 112 1.30e-79 227 CCO02790.1 CCO02790.1 100 166 0 0 1 166 1 166 1.84e-114 320 VVC94919.1 VVC94919.1 100 402 0 0 1 402 1 402 2.98e-297 801 WP_147958553.1 WP_147958553.1 100 387 0 0 1 387 1 387 2.56e-279 755 MBD5306941.1 MBD5306941.1 100 905 0 0 1 905 1 905 0.0 1794 MBD5306941.1 WP_250295751.1 50.2 927 410 9 3 904 4 903 7.55e-305 862 MBD5306941.1 WP_092802679.1 26.0 653 337 27 221 818 176 737 2.25e-20 95.1 MBD5306941.1 WP_261970917.1 26.5 430 235 15 476 897 183 539 1.54e-19 91.7 MBD5306941.1 MBI5003436.1 25.4 201 122 8 345 538 305 484 7.02e-05 44.7 GMH49846.1 GMH49846.1 100 1789 0 0 1 1789 1 1789 0.0 3333 GMH49846.1 NXB12866.1 27.5 91 64 2 111 201 33 121 1.60e-04 44.7 NJP33277.1 NJP33277.1 100 292 0 0 1 292 1 292 1.67e-202 553 WP_227059655.1 WP_227059655.1 100 627 0 0 1 627 1 627 0.0 1211 WP_227059655.1 WP_192324556.1 59.2 620 245 2 10 621 3 622 1.26e-247 694 WP_227059655.1 RUU66461.1 47.8 393 188 3 224 616 2 377 3.05e-109 332 WP_227059655.1 WP_066083732.1 52.6 270 123 1 16 285 5 269 2.29e-83 263 WP_227059655.1 WP_107894076.1 50.4 266 126 2 17 282 5 264 5.36e-77 246 WP_227059655.1 GLY24463.1 45.8 312 146 4 17 311 4 309 1.54e-75 243 WP_227059655.1 MCP5262709.1 49.6 266 127 3 17 282 1 259 8.90e-73 235 WP_227059655.1 WP_226904802.1 48.8 256 131 0 317 572 22 277 3.76e-70 229 WP_227059655.1 WP_098952357.1 47.1 261 137 1 317 576 3 263 1.96e-69 226 WP_227059655.1 MBQ3864274.1 47.3 277 141 3 320 593 9 283 5.86e-69 225 MBN4261164.1 MBN4261164.1 100 12 0 0 1 12 1 12 8.05e-06 34.3 KHO46355.1 KHO46355.1 100 209 0 0 1 209 1 209 2.41e-156 429 QDT09879.1 QDT09879.1 100 118 0 0 1 118 1 118 1.18e-78 225 QDT09879.1 WP_139448115.1 49.2 118 60 0 1 118 1 118 1.16e-32 109 EXK83554.1 EXK83554.1 100 344 0 0 1 344 1 344 4.79e-260 702 EXK83554.1 WP_267861425.1 33.7 341 198 7 9 343 10 328 9.23e-57 186 EXK83554.1 WP_014217999.1 32.0 309 178 10 16 317 20 303 1.60e-32 122 EXK83554.1 MBN9534694.1 31.4 299 172 11 19 307 17 292 1.75e-27 108 EXK83554.1 HHZ84751.1 25.0 320 180 12 42 323 39 336 1.49e-14 72.0 EXK83554.1 TMD19778.1 35.2 71 41 2 16 83 12 80 1.51e-07 47.0 MAO00220.1 MAO00220.1 100 119 0 0 1 119 1 119 1.32e-80 230 MAO00220.1 WP_011531028.1 46.6 116 57 2 1 116 7 117 4.80e-25 90.1 MBK7557264.1 MBK7557264.1 100 257 0 0 1 257 1 257 3.21e-178 488 MBK7557264.1 WP_003176097.1 29.3 232 141 9 5 234 43 253 3.09e-20 85.9 MCH5225744.1 MCH5225744.1 100 139 0 0 1 139 1 139 9.73e-106 295 MBP7222158.1 MBP7222158.1 100 319 0 0 1 319 1 319 1.36e-226 616 MBP7222158.1 WP_205173112.1 34.8 322 200 6 1 317 147 463 1.13e-56 188 MBP7222158.1 WP_124213670.1 41.2 228 134 0 11 238 139 366 3.52e-56 187 MBP7222158.1 WP_272906673.1 35.0 323 186 5 18 317 156 477 6.76e-54 181 MBP7222158.1 WP_271786410.1 40.9 230 135 1 2 230 8 237 7.23e-52 172 MBP7222158.1 WP_164653811.1 41.4 215 125 1 18 232 183 396 1.78e-51 175 MBP7222158.1 WP_175896721.1 39.8 244 142 2 6 244 152 395 2.49e-51 174 MBP7222158.1 WP_278449211.1 33.8 302 191 4 14 313 157 451 1.73e-48 167 WP_257939681.1 WP_257939681.1 100 421 0 0 1 421 1 421 1.12e-313 845 KAI8972608.1 KAI8972608.1 100 298 0 0 1 298 1 298 8.15e-197 539 WP_253630899.1 WP_253630899.1 100 523 0 0 1 523 1 523 0.0 1079 WP_253630899.1 WP_125555296.1 29.3 522 289 16 41 493 6 516 8.50e-61 207 WP_253630899.1 VJO49958.1 29.2 534 296 16 44 513 10 525 3.07e-59 203 WP_253630899.1 PKO20637.1 28.8 497 240 19 41 491 11 439 1.15e-43 159 WP_253630899.1 WP_275700896.1 29.5 319 181 10 84 394 45 327 3.13e-31 123 WP_253630899.1 MBP7746105.1 23.7 562 282 22 32 515 323 815 6.48e-27 113 WP_167581056.1 WP_167581056.1 100 561 0 0 1 561 1 561 0.0 1030 WP_209095964.1 WP_209095964.1 100 338 0 0 1 338 1 338 1.41e-249 676 WP_058561589.1 WP_058561589.1 100 222 0 0 1 222 1 222 3.11e-154 425 WP_058561589.1 WP_123470196.1 37.4 99 58 2 3 98 5 102 1.17e-10 57.4 WP_058561589.1 WP_023355490.1 21.2 231 157 6 3 214 6 230 3.44e-04 38.9 MCA9255001.1 MCA9255001.1 100 333 0 0 1 333 1 333 2.09e-253 685 WP_204287739.1 WP_204287739.1 100 258 0 0 1 258 1 258 1.48e-163 451 WP_065148066.1 WP_065148066.1 100 241 0 0 1 241 1 241 3.68e-185 504 WP_065148066.1 WP_123363258.1 51.9 189 79 3 34 220 28 206 7.31e-61 189 WP_098191572.1 WP_098191572.1 100 971 0 0 1 971 1 971 0.0 1920 WP_098191572.1 PIR55147.1 39.0 77 43 2 783 855 473 549 9.85e-06 47.8 URJ46333.1 URJ46333.1 100 273 0 0 1 273 1 273 2.49e-199 543 URJ46333.1 WP_087222948.1 27.2 272 185 6 1 266 1 265 1.19e-29 111 URJ46333.1 WP_165144904.1 29.2 281 177 5 6 267 3 280 1.40e-24 98.2 URJ46333.1 EDQ8633181.1 46.2 65 35 0 202 266 3 67 4.84e-12 59.3 URJ46333.1 KAI3473816.1 26.5 268 131 7 1 267 1 203 7.17e-11 60.5 HDZ48353.1 HDZ48353.1 100 310 0 0 1 310 1 310 6.76e-227 616 HDZ48353.1 CAH0730513.1 31.6 114 70 2 42 147 59 172 6.37e-09 54.7 HDZ48353.1 MCR9147539.1 29.4 170 93 8 42 203 13 163 1.47e-06 47.0 WP_271243471.1 WP_271243471.1 100 357 0 0 1 357 1 357 7.76e-268 723 WP_271243471.1 WP_110358640.1 84.9 332 50 0 26 357 1 332 4.28e-211 579 WP_166360839.1 WP_166360839.1 100 259 0 0 1 259 1 259 2.13e-193 527 WP_137144119.1 WP_137144119.1 100 261 0 0 1 261 1 261 2.02e-183 502 WP_137144119.1 MCH7812019.1 40.3 159 90 2 105 259 290 447 7.50e-30 114 MBW4512449.1 MBW4512449.1 100 61 0 0 1 61 1 61 2.19e-39 122 GJD18679.1 GJD18679.1 100 388 0 0 1 388 1 388 1.13e-278 753 WP_099912534.1 WP_099912534.1 100 421 0 0 1 421 1 421 1.91e-305 824 WP_099912534.1 MBI1424129.1 53.8 413 187 3 1 413 1 409 1.72e-142 411 WP_179915466.1 WP_179915466.1 100 195 0 0 1 195 1 195 4.73e-147 404 MCL1962319.1 MCL1962319.1 100 106 0 0 1 106 1 106 3.56e-72 208 MCL1962319.1 WP_244631495.1 33.7 83 49 3 23 103 271 349 3.66e-07 45.1 GKN74270.1 GKN74270.1 100 247 0 0 1 247 1 247 1.26e-170 468 WP_106777349.1 WP_106777349.1 100 115 0 0 1 115 1 115 9.43e-79 225 QUE11983.1 QUE11983.1 100 1270 0 0 1 1270 1 1270 0.0 2365 QUE11983.1 UHB14670.1 94.6 1273 64 3 1 1270 1 1271 0.0 2297 QUE11983.1 UIX40308.1 94.7 1273 62 3 1 1270 1 1271 0.0 2295 QUE11983.1 UBN63752.1 97.2 1270 35 0 1 1270 1 1270 0.0 2286 QUE11983.1 UDK40309.1 94.0 1273 71 3 1 1270 1 1271 0.0 2277 QUE11983.1 UYC71619.1 93.9 1271 74 2 1 1270 1 1268 0.0 2276 QUE11983.1 UPU53169.1 93.6 1273 76 3 1 1270 1 1270 0.0 2271 QUE11983.1 QUM20585.1 93.4 1272 82 1 1 1270 1 1272 0.0 2202 QUE11983.1 UGX22439.1 91.2 1273 107 3 1 1270 1 1271 0.0 2191 QUE11983.1 QXI91160.1 89.7 1272 129 1 1 1270 1 1272 0.0 2050 NQT76827.1 NQT76827.1 100 164 0 0 1 164 1 164 1.53e-121 337 WP_274910452.1 WP_274910452.1 100 1109 0 0 1 1109 1 1109 0.0 2171 WP_274910452.1 WP_208665977.1 25.0 1090 709 27 80 1091 115 1166 2.34e-84 296 WP_208884269.1 WP_208884269.1 100 202 0 0 1 202 1 202 5.25e-143 395 AIR77599.1 AIR77599.1 100 447 0 0 1 447 1 447 0.0 879 AIR77599.1 BBG20955.1 35.4 457 275 6 1 445 23 471 4.62e-91 300 AIR77599.1 WP_189931865.1 30.4 470 174 7 1 447 33 372 9.84e-56 197 AIR77599.1 MBQ7389792.1 29.4 473 272 11 1 447 23 459 9.59e-52 186 AIR77599.1 ULU28230.1 20.9 393 184 7 55 447 57 322 1.89e-18 86.7 XP_049178823.1 XP_049178823.1 100 248 0 0 1 248 1 248 1.92e-110 316 WP_050657700.1 WP_050657700.1 100 246 0 0 1 246 1 246 2.50e-190 518 WP_173991185.1 WP_173991185.1 100 486 0 0 1 486 1 486 0.0 945 WP_173991185.1 KAF9419545.1 37.8 465 287 2 6 469 14 477 4.89e-95 294 OJW72254.1 OJW72254.1 100 579 0 0 1 579 1 579 0.0 1150 EFG1511687.1 EFG1511687.1 100 240 0 0 1 240 1 240 1.33e-182 498 KAF2864190.1 KAF2864190.1 100 429 0 0 1 429 1 429 0.0 863 KAA1446899.1 KAA1446899.1 100 103 0 0 1 103 1 103 3.60e-75 215 KAA1446899.1 WP_277108398.1 82.5 103 18 0 1 103 248 350 9.96e-60 189 KPU83403.1 KPU83403.1 100 168 0 0 1 168 1 168 1.62e-109 307 WP_279687934.1 WP_279687934.1 100 410 0 0 1 410 1 410 3.01e-301 812 WP_279687934.1 WP_259407579.1 35.2 88 53 3 144 230 133 217 2.57e-05 43.5 MCS5932532.1 MCS5932532.1 100 134 0 0 1 134 1 134 1.64e-97 274 WP_106546380.1 WP_106546380.1 100 508 0 0 1 508 1 508 0.0 1003 WP_106546380.1 MBD2210269.1 57.8 507 210 3 1 505 1 505 2.79e-196 555 WP_106546380.1 MBF1128433.1 33.8 317 176 11 6 311 2 295 7.41e-34 133 WP_106546380.1 XP_021765438.1 33.9 221 117 7 17 229 598 797 1.73e-20 93.6 WP_106546380.1 WP_012236017.1 32.4 244 115 13 14 229 70 291 2.21e-18 87.0 WP_106546380.1 XP_025814622.1 29.8 228 136 8 12 228 775 989 2.73e-16 80.5 WP_106546380.1 XP_040250218.1 27.6 293 178 11 12 295 355 622 3.02e-16 80.1 WP_106546380.1 XP_044484513.1 28.5 172 98 7 12 178 84 235 3.73e-08 54.3 WP_106546380.1 XP_048216280.1 24.0 229 151 6 14 234 20 233 1.92e-07 51.6 WP_231085688.1 WP_231085688.1 100 400 0 0 1 400 1 400 2.02e-278 754 WP_033131454.1 WP_033131454.1 100 131 0 0 1 131 1 131 9.22e-98 275 WP_164228299.1 WP_164228299.1 100 54 0 0 1 54 1 54 1.22e-33 107 WP_249510290.1 WP_249510290.1 100 586 0 0 1 586 1 586 0.0 1155 CAF0807478.1 CAF0807478.1 100 368 0 0 1 368 1 368 3.60e-274 740 WP_119344914.1 WP_119344914.1 100 705 0 0 1 705 1 705 0.0 1405 WP_119344914.1 WP_047594685.1 31.3 707 419 20 45 697 106 799 7.94e-78 264 WP_119344914.1 WP_222018129.1 23.1 644 412 26 74 704 51 624 2.16e-12 68.6 WP_119344914.1 OGU48181.1 38.3 115 63 4 72 186 73 179 8.91e-12 66.6 WP_119344914.1 WP_267184195.1 27.5 218 131 8 67 274 42 242 1.81e-10 62.4 WP_119344914.1 WP_059812501.1 21.8 568 366 20 61 586 88 619 4.00e-09 58.2 WP_119344914.1 WP_126547421.1 29.5 146 86 7 52 186 134 273 3.85e-08 55.1 WP_119344914.1 MCC6600438.1 21.2 581 390 24 78 616 57 611 9.36e-07 50.4 WP_020497701.1 WP_020497701.1 100 140 0 0 1 140 1 140 2.79e-101 284 WP_242685612.1 WP_242685612.1 100 867 0 0 1 867 1 867 0.0 1736 WP_242685612.1 WP_202291019.1 59.3 825 332 4 16 837 14 837 0.0 1030 WP_242685612.1 ECD4982842.1 50.4 813 386 6 38 834 33 844 2.39e-300 848 WP_242685612.1 EBS3704194.1 50.4 813 386 6 38 834 33 844 6.79e-300 847 WP_242685612.1 WP_237762402.1 39.1 634 364 11 39 656 23 650 8.26e-141 431 WP_242685612.1 WP_222168304.1 29.1 831 539 24 38 836 31 843 1.02e-85 290 UNP33456.1 UNP33456.1 100 312 0 0 1 312 1 312 6.57e-235 636 UNP33456.1 ADJ57888.1 75.6 303 74 0 9 311 1 303 1.70e-176 491 UNP33456.1 AXB40829.1 73.1 301 81 0 11 311 2 302 1.69e-168 470 UNP33456.1 BAI82636.1 73.3 206 55 0 72 277 1 206 8.31e-116 331 UNP33456.1 QYT38722.1 42.1 221 126 2 72 290 40 260 4.08e-55 178 KAE8355151.1 KAE8355151.1 100 544 0 0 1 544 1 544 0.0 1095 KAE8355151.1 KAF8901107.1 30.0 480 325 6 60 538 35 504 1.72e-72 238 KAE8355151.1 XP_049236752.1 27.3 422 288 10 103 516 64 474 1.54e-40 155 KAE8355151.1 EJG1264510.1 25.8 427 283 11 104 523 45 444 3.82e-34 132 KAE8355151.1 MCH4268493.1 21.6 430 267 14 61 482 23 390 4.40e-16 79.0 KAE8355151.1 XP_023028205.1 22.9 433 271 16 108 515 37 431 7.44e-16 78.2 WP_026718622.1 WP_026718622.1 100 249 0 0 1 249 1 249 3.12e-181 495 XP_028939562.1 XP_028939562.1 100 349 0 0 1 349 1 349 8.62e-261 705 NRB18267.1 NRB18267.1 100 324 0 0 1 324 1 324 5.97e-253 683 NRB18267.1 WP_244200682.1 45.3 298 152 5 14 302 4 299 5.25e-90 270 WP_041710957.1 WP_041710957.1 100 556 0 0 1 556 1 556 0.0 941 WP_041710957.1 WP_105160947.1 26.0 553 309 10 7 491 7 527 1.03e-45 168 WP_041710957.1 OQA35671.1 26.2 545 301 10 14 487 12 526 2.37e-41 156 WP_041710957.1 WP_089095302.1 24.4 546 309 9 1 477 1 511 2.37e-41 156 WP_041710957.1 MYD56339.1 41.7 175 97 3 317 486 34 208 7.75e-35 132 WP_041710957.1 MCH5231772.1 23.2 564 313 13 3 487 1 523 5.34e-34 134 WP_041710957.1 WP_173040157.1 23.8 533 282 12 3 468 4 479 3.09e-32 129 WP_041710957.1 WP_014657023.1 23.7 490 306 12 34 465 34 513 1.26e-22 99.8 WP_041710957.1 MCA6099904.1 20.7 523 346 12 1 481 1 496 1.95e-17 83.6 WP_041710957.1 NVM03966.1 25.1 231 105 6 2 172 4 226 3.99e-10 59.7 WP_164942207.1 WP_164942207.1 100 141 0 0 1 141 1 141 2.11e-101 285 WP_169394925.1 WP_169394925.1 100 319 0 0 1 319 1 319 3.67e-215 587 WP_200037957.1 WP_200037957.1 100 1380 0 0 1 1380 1 1380 0.0 2543 WP_200037957.1 MBQ1868746.1 31.1 386 243 9 1009 1376 257 637 3.14e-41 160 WP_200037957.1 WP_212961195.1 27.6 402 245 4 1011 1368 419 818 7.48e-34 140 WP_200037957.1 WP_063540919.1 29.3 362 240 7 1018 1376 493 841 7.99e-33 136 WP_200037957.1 PSQ73325.1 30.6 255 158 7 1001 1243 593 842 1.66e-23 106 WP_200037957.1 NSW79198.1 25.2 412 258 15 856 1245 282 665 2.35e-19 92.4 WP_200037957.1 WP_010434011.1 27.0 278 189 8 965 1239 321 587 2.57e-13 72.8 WP_200037957.1 WP_194544138.1 32.7 107 69 1 1260 1366 8 111 9.03e-08 53.1 WP_200037957.1 EAG2350674.1 29.5 105 71 1 1264 1368 4 105 1.58e-07 50.1 AUW90066.1 AUW90066.1 100 169 0 0 1 169 1 169 5.70e-124 344 AUW90066.1 MBP1550239.1 31.1 122 65 4 47 167 53 156 6.11e-10 55.1 MBE0362647.1 MBE0362647.1 100 101 0 0 1 101 1 101 1.38e-69 201 EET4312562.1 EET4312562.1 100 572 0 0 1 572 1 572 0.0 1109 EET4312562.1 MCB9490987.1 34.2 418 269 4 4 418 3 417 2.72e-60 210 WP_179444023.1 WP_179444023.1 100 259 0 0 1 259 1 259 7.35e-185 505 CAH8385548.1 CAH8385548.1 100 80 0 0 1 80 1 80 1.52e-52 156 XP_046441060.1 XP_046441060.1 100 868 0 0 1 868 1 868 0.0 1458 XP_046441060.1 XP_020321477.1 50.1 882 237 17 54 868 46 791 7.34e-230 665 XP_046441060.1 PKU40490.1 50.0 188 92 2 59 244 14 201 5.17e-56 190 XP_046441060.1 KAG1590416.1 36.1 252 157 4 50 300 69 317 8.44e-43 159 XP_046441060.1 XP_030620685.1 34.6 272 165 7 51 312 85 353 4.79e-41 154 XP_046441060.1 XP_048216280.1 33.8 269 159 7 61 312 20 286 1.48e-38 147 XP_046441060.1 XP_029528577.1 36.2 243 151 3 61 300 30 271 9.00e-38 143 XP_046441060.1 KAJ7903702.1 30.0 243 164 3 63 300 25 266 5.63e-30 122 XP_046441060.1 EYU24504.1 27.8 291 159 5 44 300 171 444 5.12e-25 108 XP_046441060.1 NJK67049.1 29.0 131 89 3 130 257 118 247 4.42e-10 61.2 CAH9078713.1 CAH9078713.1 100 262 0 0 1 262 1 262 1.26e-182 500 WP_268012811.1 WP_268012811.1 100 108 0 0 1 108 1 108 3.26e-78 223 PIY03328.1 PIY03328.1 100 69 0 0 1 69 1 69 7.32e-46 139 HIA35646.1 HIA35646.1 100 601 0 0 1 601 1 601 0.0 1204 HIA35646.1 WP_222322625.1 21.7 460 292 17 52 495 35 442 2.45e-12 67.8 TFV00908.1 TFV00908.1 100 154 0 0 1 154 1 154 4.64e-109 305 TFV00908.1 CQR41738.1 46.6 146 77 1 1 145 23 168 2.49e-36 128 WP_103216576.1 WP_103216576.1 100 426 0 0 1 426 1 426 3.30e-288 781 MBG9445742.1 MBG9445742.1 100 215 0 0 1 215 1 215 4.24e-144 399 MBG9445742.1 WP_041580422.1 41.1 202 116 1 12 210 9 210 8.53e-48 154 MBG9445742.1 WP_110808154.1 39.9 203 120 1 12 212 13 215 5.26e-35 122 MBG9445742.1 MCO5064371.1 32.6 224 127 2 16 215 45 268 1.38e-30 112 MBG9445742.1 WP_209434296.1 31.4 185 125 1 12 194 15 199 1.16e-17 77.0 MBG9445742.1 WP_093271293.1 30.0 120 78 4 20 139 91 204 8.77e-04 37.7 XP_037827647.1 XP_037827647.1 100 690 0 0 1 690 1 690 0.0 1363 WP_073312722.1 WP_073312722.1 100 353 0 0 1 353 1 353 1.08e-256 695 MAR88726.1 MAR88726.1 100 210 0 0 1 210 1 210 1.33e-149 412 MBM4836391.1 MBM4836391.1 100 396 0 0 1 396 1 396 4.63e-282 763 MBM4836391.1 MBK7837454.1 39.2 283 165 4 42 320 26 305 2.69e-55 183 MBM4836391.1 WP_063417119.1 31.9 382 227 7 23 372 456 836 8.78e-45 164 MBM4836391.1 MBE0479857.1 24.0 337 242 5 31 356 15 348 1.14e-19 88.2 KAF0756529.1 KAF0756529.1 100 210 0 0 1 210 1 210 2.14e-155 427 WP_056610248.1 WP_056610248.1 100 534 0 0 1 534 1 534 0.0 1035 WP_056610248.1 MBL02020.1 30.1 491 269 20 25 462 29 498 7.40e-32 127 WP_056610248.1 MBL6706528.1 25.2 555 298 17 29 511 7 516 6.67e-22 97.8 MBU2271834.1 MBU2271834.1 100 306 0 0 1 306 1 306 1.80e-229 622 CEH30391.1 CEH30391.1 100 509 0 0 1 509 1 509 0.0 989 CEH30391.1 WP_166652585.1 26.1 134 91 3 312 445 285 410 7.00e-08 53.1 WP_162756046.1 WP_162756046.1 100 677 0 0 1 677 1 677 0.0 1374 WP_271629396.1 WP_271629396.1 100 375 0 0 1 375 1 375 5.50e-252 685 EBU9231875.1 EBU9231875.1 100 420 0 0 1 420 1 420 1.16e-310 837 EBU9231875.1 HJE10580.1 53.1 416 186 4 6 418 11 420 1.63e-139 404 EBU9231875.1 WP_244349102.1 27.8 461 254 13 6 402 3 448 4.72e-33 128 WP_169053012.1 WP_169053012.1 100 184 0 0 1 184 1 184 2.75e-127 353 WP_223695792.1 WP_223695792.1 100 1178 0 0 1 1178 1 1178 0.0 2321 WP_223695792.1 WP_278906630.1 20.0 803 477 28 20 754 19 724 2.64e-12 69.7 WP_223695792.1 PIY74148.1 21.4 482 292 15 349 815 166 575 2.31e-11 66.2 WP_223695792.1 MBL6756473.1 24.0 480 289 19 349 810 228 649 3.08e-10 62.8 WP_092696504.1 WP_092696504.1 100 188 0 0 1 188 1 188 3.76e-136 376 WP_014814721.1 WP_014814721.1 100 457 0 0 1 457 1 457 2.49e-317 857 KAG2712649.1 KAG2712649.1 100 921 0 0 1 921 1 921 0.0 1785 WP_045961551.1 WP_045961551.1 100 196 0 0 1 196 1 196 1.20e-136 378 WP_166690114.1 WP_166690114.1 100 78 0 0 1 78 1 78 7.62e-52 154 MBQ8778157.1 MBQ8778157.1 100 397 0 0 1 397 1 397 7.23e-291 785 NVK26228.1 NVK26228.1 100 496 0 0 1 496 1 496 0.0 964 NVK26228.1 WP_043343784.1 32.0 519 298 10 4 491 40 534 5.64e-71 233 MBR5140322.1 MBR5140322.1 100 171 0 0 1 171 1 171 5.21e-112 314 MBR5140322.1 MCI8272365.1 38.5 174 76 6 6 163 1 159 1.23e-19 80.1 WP_275196335.1 WP_275196335.1 100 319 0 0 1 319 1 319 2.99e-230 625 WP_275196335.1 MCD6306959.1 24.4 271 192 5 34 296 41 306 3.97e-13 67.4 WP_078747788.1 WP_078747788.1 100 122 0 0 1 122 1 122 1.13e-68 208 GAA38267.2 GAA38267.2 100 492 0 0 1 492 1 492 0.0 1028 GAA38267.2 XP_011822310.1 38.5 247 123 8 259 487 38 273 4.59e-45 157 GAA38267.2 CAD0200323.1 31.8 239 147 6 258 487 20 251 5.64e-26 105 GAA38267.2 XP_017076166.2 29.8 208 125 7 286 487 77 269 2.00e-13 68.9 WP_169999893.1 WP_169999893.1 100 237 0 0 1 237 1 237 1.18e-170 468 MCI5668237.1 MCI5668237.1 100 352 0 0 1 352 1 352 2.23e-269 727 MCD6173453.1 MCD6173453.1 100 307 0 0 1 307 1 307 2.76e-204 558 MCD6173453.1 KOR85988.1 28.6 325 185 6 7 306 10 312 2.57e-28 112 MCD6173453.1 WP_178999808.1 22.9 336 213 7 5 306 20 343 1.13e-11 63.5 EFS8130303.1 EFS8130303.1 100 472 0 0 1 472 1 472 0.0 942 EFS8130303.1 ECP6736894.1 95.3 344 16 0 1 344 1 344 6.22e-241 660 EFS8130303.1 PJQ02245.1 34.6 439 267 10 36 461 47 478 4.75e-69 230 EFS8130303.1 EJA9392162.1 39.0 264 143 5 208 458 9 267 2.50e-49 168 EFS8130303.1 EAL1671435.1 40.0 235 133 4 234 461 1 234 5.24e-42 152 EFS8130303.1 WP_181244664.1 31.7 145 92 3 228 369 191 331 5.76e-11 62.0 WP_145141753.1 WP_145141753.1 100 302 0 0 1 302 1 302 1.13e-230 625 MCE7698179.1 MCE7698179.1 100 396 0 0 1 396 1 396 1.85e-272 738 MCE7698179.1 WP_013632646.1 33.3 409 256 5 1 395 223 628 9.13e-59 202 MCE7698179.1 WP_074319120.1 32.4 386 236 6 25 396 201 575 6.11e-55 191 MCE7698179.1 OFX32653.1 31.0 378 240 7 31 395 82 451 3.78e-48 171 MCE7698179.1 HCT06136.1 29.1 374 254 6 31 396 216 586 7.33e-46 166 MCE7698179.1 WP_041591748.1 29.8 386 256 9 11 389 89 466 1.74e-38 144 WP_149397594.1 WP_149397594.1 100 565 0 0 1 565 1 565 0.0 1068 WP_149397594.1 WP_139032727.1 34.3 559 344 8 1 539 3 558 1.36e-102 320 XP_020949431.1 XP_020949431.1 100 100 0 0 1 100 1 100 3.14e-70 202 WP_254406115.1 WP_254406115.1 100 333 0 0 1 333 1 333 1.71e-227 619 MBB2072367.1 MBB2072367.1 100 17 0 0 1 17 1 17 6.14e-09 42.4 WP_194546214.1 WP_194546214.1 100 169 0 0 1 169 1 169 4.16e-117 327 WP_267353308.1 WP_267353308.1 100 542 0 0 1 542 1 542 9.62e-85 271 XP_029860665.1 XP_029860665.1 100 772 0 0 1 772 1 772 0.0 1274 WP_137264191.1 WP_137264191.1 100 401 0 0 1 401 1 401 1.53e-294 795 WP_227413069.1 WP_227413069.1 100 116 0 0 1 116 1 116 3.15e-82 234 MBU2643279.1 MBU2643279.1 100 246 0 0 1 246 1 246 3.01e-182 498 MBU2643279.1 MBO4463451.1 34.8 89 56 1 17 105 17 103 1.90e-17 75.9 WP_021391773.1 WP_021391773.1 100 416 0 0 1 416 1 416 6.84e-301 812 MCH7812019.1 MCH7812019.1 100 453 0 0 1 453 1 453 0.0 882 MCH7812019.1 WP_137144119.1 39.6 164 94 2 285 447 100 259 2.34e-28 111 WP_059812501.1 WP_059812501.1 100 730 0 0 1 730 1 730 0.0 1429 WP_059812501.1 WP_254467474.1 26.0 685 420 23 61 704 113 751 3.26e-40 156 WP_059812501.1 HAJ30683.1 30.9 149 88 5 91 224 36 184 3.36e-09 58.5 WP_059812501.1 WP_119344914.1 22.0 568 365 21 88 619 61 586 1.64e-08 56.2 WP_059812501.1 MBX9747080.1 29.1 141 86 5 101 229 17 155 3.04e-06 48.9 WP_059812501.1 WP_070412310.1 23.4 701 396 33 93 720 42 674 5.15e-06 48.1 WP_059812501.1 WP_222018129.1 24.4 287 176 12 113 374 64 334 2.31e-04 42.7 WP_059812501.1 OGU48181.1 36.6 71 32 3 143 203 117 184 3.09e-04 42.4 WP_059812501.1 WP_267184195.1 26.5 245 141 13 117 342 66 290 9.14e-04 40.8 MBQ3958696.1 MBQ3958696.1 100 289 0 0 1 289 1 289 3.04e-208 567 WP_017034258.1 WP_017034258.1 100 57 0 0 1 57 1 57 1.37e-38 119 WP_257733866.1 WP_257733866.1 100 228 0 0 1 228 1 228 2.57e-165 453 HBR2011202.1 HBR2011202.1 100 404 0 0 1 404 1 404 1.32e-301 813 WP_053594912.1 WP_053594912.1 100 142 0 0 1 142 1 142 1.73e-96 272 DAS28513.1 DAS28513.1 100 46 0 0 1 46 1 46 3.90e-29 95.1 WP_075938258.1 WP_075938258.1 100 198 0 0 1 198 1 198 3.87e-143 395 CAD6215318.1 CAD6215318.1 100 162 0 0 1 162 1 162 2.98e-127 352 KAH9898930.1 KAH9898930.1 100 98 0 0 1 98 1 98 2.15e-67 195 WP_151434014.1 WP_151434014.1 100 312 0 0 1 312 1 312 1.91e-218 595 MBK7764469.1 MBK7764469.1 100 96 0 0 1 96 1 96 3.61e-65 189 WP_271786410.1 WP_271786410.1 100 344 0 0 1 344 1 344 1.85e-248 673 WP_271786410.1 WP_164653811.1 49.1 230 115 2 8 237 167 394 8.73e-60 197 WP_271786410.1 WP_175896721.1 45.9 242 117 2 4 236 144 380 1.18e-59 197 WP_271786410.1 WP_272906673.1 46.1 228 121 1 8 235 140 365 3.15e-57 191 WP_271786410.1 WP_205173112.1 35.9 337 195 6 8 340 148 467 4.41e-57 190 WP_271786410.1 KNY10996.1 42.3 220 125 1 17 236 3 220 2.28e-54 179 WP_271786410.1 MBP7222158.1 40.9 230 135 1 8 237 2 230 7.17e-53 175 WP_271786410.1 WP_278449211.1 38.7 261 154 4 8 266 145 401 1.39e-45 160 WP_271786410.1 MCH3963123.1 31.6 231 145 6 10 234 130 353 4.38e-22 95.9 NXV43694.1 NXV43694.1 100 86 0 0 1 86 1 86 6.39e-59 173 XP_002688837.2 XP_002688837.2 100 307 0 0 1 307 1 307 2.69e-211 576 XP_002688837.2 XP_012889676.1 59.7 303 122 0 1 303 1 303 1.26e-120 347 XP_002688837.2 AAR19565.1 58.7 218 90 0 64 281 1 218 1.90e-85 254 XP_002688837.2 XP_034290446.1 44.0 302 160 3 7 303 8 305 4.62e-76 234 XP_002688837.2 XP_042531659.1 41.6 305 176 2 1 304 1 304 2.91e-68 213 XP_002688837.2 XP_054446685.1 37.3 303 190 0 3 305 1 303 1.84e-66 209 XP_002688837.2 XP_005087540.1 37.9 298 185 0 9 306 9 306 9.37e-62 197 XP_002688837.2 XP_049747270.1 36.9 274 170 3 35 306 37 309 4.99e-47 159 XP_002688837.2 XP_046298169.1 34.1 270 176 1 31 298 33 302 3.27e-44 151 MCH8328754.1 MCH8328754.1 100 239 0 0 1 239 1 239 5.82e-172 471 MCH8328754.1 WP_127979673.1 41.8 225 130 1 5 229 1 224 1.35e-59 186 WP_256153163.1 WP_256153163.1 100 81 0 0 1 81 1 81 2.58e-58 171 MBS0394142.1 MBS0394142.1 100 348 0 0 1 348 1 348 6.03e-256 692 MCS7028162.1 MCS7028162.1 100 487 0 0 1 487 1 487 0.0 1003 WP_255602293.1 WP_255602293.1 100 535 0 0 1 535 1 535 0.0 1031 WP_255602293.1 WP_226276978.1 36.4 517 302 5 13 528 5 495 1.19e-107 329 WP_255602293.1 RQL72805.1 34.8 514 294 9 29 532 21 503 1.26e-92 290 WP_255602293.1 WP_185921121.1 25.8 446 319 5 24 466 11 447 1.67e-41 154 WP_255602293.1 BBC91732.1 27.1 425 264 11 32 433 4 405 1.44e-34 134 WP_255602293.1 KAG8816705.1 37.3 177 110 1 25 201 58 233 5.78e-30 115 WP_255602293.1 MBV8506574.1 26.4 121 69 3 33 147 186 292 6.33e-04 40.4 KAJ0315765.1 KAJ0315765.1 100 572 0 0 1 572 1 572 0.0 1141 WP_237526657.1 WP_237526657.1 100 185 0 0 1 185 1 185 1.47e-127 354 WP_237526657.1 HBN9628875.1 41.0 78 44 2 97 174 138 213 6.70e-10 55.8 WP_213162342.1 WP_213162342.1 100 202 0 0 1 202 1 202 1.51e-142 394 XP_033573598.1 XP_033573598.1 100 368 0 0 1 368 1 368 8.57e-241 656 WP_058258401.1 WP_058258401.1 100 431 0 0 1 431 1 431 2.58e-299 809 WP_058258401.1 MCS6996891.1 35.5 313 170 14 129 431 101 391 1.08e-40 147 WP_058258401.1 WP_041723747.1 32.6 270 165 6 143 410 46 300 1.06e-34 129 WP_187935882.1 WP_187935882.1 100 340 0 0 1 340 1 340 7.60e-255 689 WP_187935882.1 WP_139989153.1 61.9 344 121 3 4 339 1 342 7.27e-152 429 MCM8621761.1 MCM8621761.1 100 1149 0 0 1 1149 1 1149 0.0 2264 MCM8621761.1 NTZ64221.1 34.2 1185 664 26 25 1143 3 1137 1.53e-182 563 MCM8621761.1 WP_279059865.1 34.1 1117 610 31 50 1113 34 1075 1.55e-153 486 MCM8621761.1 WP_069647812.1 24.4 389 239 14 380 761 221 559 2.11e-15 79.7 MCM8621761.1 KGS11954.1 28.7 122 74 4 638 753 97 211 2.47e-06 49.7 WP_146809086.1 WP_146809086.1 100 63 0 0 1 63 1 63 5.44e-43 131 KAF3694195.1 KAF3694195.1 100 1066 0 0 1 1066 1 1066 0.0 1907 KAF3694195.1 XP_035385791.1 30.4 1742 463 29 1 1066 1 1670 6.59e-148 481 WP_276247412.1 WP_276247412.1 100 85 0 0 1 85 1 85 2.42e-58 171 GKN64987.1 GKN64987.1 100 118 0 0 1 118 1 118 4.99e-80 229 PTX11617.1 PTX11617.1 100 498 0 0 1 498 1 498 0.0 1045 WP_045070942.1 WP_045070942.1 100 875 0 0 1 875 1 875 0.0 1724 WP_015873926.1 WP_015873926.1 100 363 0 0 1 363 1 363 3.71e-269 727 EJA2215897.1 EJA2215897.1 100 232 0 0 1 232 1 232 5.86e-173 473 KAF2888908.1 KAF2888908.1 100 158 0 0 1 158 1 158 5.16e-108 303 NWU56530.1 NWU56530.1 100 1182 0 0 1 1182 1 1182 0.0 1425 WP_210028065.1 WP_210028065.1 100 168 0 0 1 168 1 168 2.50e-113 317 WP_210028065.1 MCO5319342.1 35.4 164 90 3 9 163 6 162 4.28e-19 77.8 WP_211746996.1 WP_211746996.1 100 376 0 0 1 376 1 376 6.34e-263 712 WP_211746996.1 VRK55480.1 56.4 140 60 1 1 139 1 140 9.76e-47 154 XP_040023426.1 XP_040023426.1 100 325 0 0 1 325 1 325 3.65e-234 635 AXC70826.1 AXC70826.1 100 60 0 0 1 60 1 60 2.31e-36 114 MBR6853793.1 MBR6853793.1 100 454 0 0 1 454 1 454 0.0 929 WP_153262038.1 WP_153262038.1 100 454 0 0 1 454 1 454 0.0 901 WP_153262038.1 WP_132575460.1 22.2 297 201 11 66 353 51 326 4.88e-07 50.1 MCA4896083.1 MCA4896083.1 100 362 0 0 1 362 1 362 5.30e-273 737 PZW62518.1 PZW62518.1 100 123 0 0 1 123 1 123 1.11e-83 238 ROR98276.1 ROR98276.1 100 136 0 0 1 136 1 136 2.50e-102 286 XP_025769677.1 XP_025769677.1 100 452 0 0 1 452 1 452 9.40e-227 627 WP_016669239.1 WP_016669239.1 100 224 0 0 1 224 1 224 8.35e-169 462 MCB1271755.1 MCB1271755.1 100 174 0 0 1 174 1 174 1.82e-127 353 AFV39595.1 AFV39595.1 100 1000 0 0 1 1000 1 1000 0.0 2006 AFV39595.1 ACY29573.1 91.3 435 38 0 54 488 1 435 1.32e-298 831 AFV39595.1 QWY38042.1 94.8 400 21 0 54 453 1 400 9.95e-284 791 AFV39595.1 AFJ09957.1 91.8 413 34 0 54 466 1 413 8.65e-281 785 AFV39595.1 UZY22531.1 99.4 341 2 0 660 1000 1 341 2.03e-246 694 AFV39595.1 ACH90072.1 88.5 373 42 1 33 405 9 380 1.15e-243 689 AFV39595.1 BAO23243.1 92.1 343 27 0 54 396 1 343 5.33e-234 662 AFV39595.1 BAO11608.1 92.0 339 27 0 54 392 1 339 4.21e-232 657 AFV39595.1 AVA00513.1 90.6 339 32 0 54 392 1 339 1.09e-229 651 AFV39595.1 AOW36968.1 89.8 333 34 0 70 402 1 333 6.10e-222 631 WP_123749269.1 WP_123749269.1 100 130 0 0 1 130 1 130 2.76e-94 266 EFX79048.1 EFX79048.1 100 845 0 0 1 845 1 845 0.0 1514 NNE87648.1 NNE87648.1 100 464 0 0 1 464 1 464 0.0 930 NNE87648.1 WP_145616262.1 57.1 466 196 3 1 463 1 465 9.75e-176 499 NNE87648.1 WP_024330540.1 37.0 479 277 9 1 462 1 471 1.69e-85 269 NNE87648.1 MYE57211.1 47.5 200 100 2 6 205 7 201 2.28e-55 181 NNE87648.1 DAZ71054.1 35.0 297 156 10 2 267 33 323 3.31e-40 146 NNE87648.1 CSP94261.1 36.2 221 125 5 4 222 17 223 4.68e-32 121 PZO34543.1 PZO34543.1 100 253 0 0 1 253 1 253 1.81e-182 499 PZO34543.1 WP_150724537.1 37.4 206 127 1 21 224 3 208 2.52e-43 145 VDK55583.1 VDK55583.1 100 240 0 0 1 240 1 240 1.80e-171 470 XP_023822602.1 XP_023822602.1 100 245 0 0 1 245 1 245 1.06e-148 439 WP_126376486.1 WP_126376486.1 100 285 0 0 1 285 1 285 9.86e-212 575 WP_126376486.1 RUM56169.1 28.1 242 169 4 27 267 14 251 4.47e-25 99.0 WP_126376486.1 QNF21522.1 34.7 98 64 0 184 281 7 104 9.28e-14 68.2 WP_126376486.1 HBG17616.1 33.7 98 64 1 184 280 435 532 1.87e-12 65.5 WP_126376486.1 MCO4478718.1 27.5 102 73 1 184 284 175 276 5.10e-09 54.3 WP_126376486.1 UOK61174.1 26.5 98 72 0 184 281 260 357 3.35e-07 49.3 MBT4259311.1 MBT4259311.1 100 399 0 0 1 399 1 399 3.80e-303 816 WP_069580620.1 WP_069580620.1 100 401 0 0 1 401 1 401 3.25e-280 758 MBR4681128.1 MBR4681128.1 100 178 0 0 1 178 1 178 3.11e-121 338 WP_128788759.1 WP_128788759.1 100 201 0 0 1 201 1 201 2.43e-161 441 WP_128788759.1 OGO39675.1 48.8 203 99 2 3 201 6 207 1.99e-69 209 WP_128788759.1 WP_215615491.1 47.4 196 101 2 5 199 25 219 1.34e-60 187 KAJ1174213.1 KAJ1174213.1 100 216 0 0 1 216 1 216 5.23e-159 436 MBO8485404.1 MBO8485404.1 100 831 0 0 1 831 1 831 0.0 1649 MBO8485404.1 MBU22120.1 32.7 996 457 17 11 831 12 969 1.62e-157 483 MBO8485404.1 WP_125260587.1 32.3 947 505 11 9 831 2 936 7.10e-155 475 MBO8485404.1 WP_158347019.1 33.2 835 488 18 12 816 6 800 1.02e-143 442 MBO8485404.1 MCD6199266.1 31.1 842 523 17 11 821 6 821 2.39e-113 363 MBO8485404.1 WP_253620872.1 26.1 475 233 14 333 800 171 534 2.78e-27 117 MBO8485404.1 WP_276362074.1 34.7 121 68 5 357 475 131 242 1.40e-12 67.0 MBO8485404.1 WP_256546297.1 30.6 134 79 6 702 830 148 272 5.01e-08 53.5 WP_228961807.1 WP_228961807.1 100 388 0 0 1 388 1 388 1.95e-279 755 WP_228961807.1 MCF8391604.1 30.3 363 221 7 1 337 1 357 1.00e-43 155 WP_228961807.1 WP_244349102.1 28.8 416 213 12 1 340 1 409 3.73e-39 144 WP_141772753.1 WP_141772753.1 100 341 0 0 1 341 1 341 8.56e-257 694 WP_141772753.1 MCA0453363.1 27.2 313 181 14 56 336 50 347 7.04e-15 73.6 MBL8169415.1 MBL8169415.1 100 605 0 0 1 605 1 605 0.0 1177 MBL8169415.1 MCU1589779.1 30.5 246 162 4 363 603 279 520 5.05e-23 101 MBL8169415.1 WP_055486904.1 30.0 203 134 5 355 553 245 443 2.01e-11 65.1 WP_278088590.1 WP_278088590.1 100 390 0 0 1 390 1 390 3.43e-290 783 WP_278088590.1 RLA59280.1 41.3 397 216 5 2 385 5 397 1.75e-97 295 WP_278088590.1 MCK5265770.1 32.3 353 236 3 34 384 26 377 1.07e-63 207 CDG57236.1 CDG57236.1 100 189 0 0 1 189 1 189 1.53e-140 387 MBP2329018.1 MBP2329018.1 100 317 0 0 1 317 1 317 1.38e-234 636 MBP2329018.1 WP_026861651.1 28.1 263 177 6 55 311 53 309 4.07e-14 70.1 SOD38512.1 SOD38512.1 100 325 0 0 1 325 1 325 2.71e-220 600 WP_161967657.1 WP_161967657.1 100 1938 0 0 1 1938 1 1938 0.0 2680 WP_007287952.1 WP_007287952.1 100 594 0 0 1 594 1 594 0.0 1151 WP_115992495.1 WP_115992495.1 100 248 0 0 1 248 1 248 1.42e-172 473 WP_115992495.1 WP_142133210.1 54.4 248 107 2 1 248 10 251 2.42e-85 253 WP_115992495.1 WP_222125851.1 50.6 253 110 2 1 246 1 245 2.54e-81 242 WP_115992495.1 WP_072380563.1 47.7 243 124 1 1 243 1 240 4.44e-77 231 WP_115992495.1 WP_279984614.1 48.8 252 123 3 1 248 9 258 1.32e-75 228 WP_115992495.1 WP_008470196.1 47.9 242 120 2 1 242 9 244 1.50e-71 218 WP_115992495.1 MBP1876254.1 43.1 239 126 3 1 234 1 234 3.54e-54 176 WP_115992495.1 MCC6044083.1 37.8 251 135 5 13 247 19 264 3.72e-42 144 WP_115992495.1 WP_266842210.1 39.4 218 118 5 17 228 28 237 5.97e-38 131 WP_115992495.1 WP_071876418.1 28.2 227 151 6 16 238 20 238 1.68e-19 85.5 WP_090297373.1 WP_090297373.1 100 231 0 0 1 231 1 231 1.88e-164 451 WP_086280341.1 WP_086280341.1 100 593 0 0 1 593 1 593 0.0 1145 WP_086280341.1 WP_117920451.1 37.4 567 326 15 26 566 30 593 6.79e-104 325 WP_086280341.1 KKT55671.1 34.6 569 349 12 2 549 13 579 4.61e-95 302 WP_086280341.1 MCJ7594907.1 49.4 249 116 4 348 586 1 249 2.45e-70 226 WP_084578893.1 WP_084578893.1 100 410 0 0 1 410 1 410 2.27e-296 800 XP_010918378.1 XP_010918378.1 100 320 0 0 1 320 1 320 8.19e-208 568 KRX15989.1 KRX15989.1 100 497 0 0 1 497 1 497 0.0 1002 KRX15989.1 BBQ86561.1 28.2 216 134 6 18 226 88 289 1.58e-15 75.9 KRX15989.1 MBE0669914.1 28.3 191 100 8 162 335 109 279 1.28e-05 45.4 KRX15989.1 WP_205443952.1 31.1 61 40 1 15 73 3 63 3.65e-05 44.3 KAF9095505.1 KAF9095505.1 100 1050 0 0 1 1050 1 1050 0.0 1544 XP_012889676.1 XP_012889676.1 100 305 0 0 1 305 1 305 3.05e-216 588 XP_012889676.1 XP_002688837.2 59.7 303 122 0 1 303 1 303 1.54e-121 349 XP_012889676.1 AAR19565.1 75.2 222 55 0 64 285 1 222 1.30e-114 328 XP_012889676.1 XP_034290446.1 51.1 307 148 2 1 305 1 307 1.04e-95 284 XP_012889676.1 XP_042531659.1 41.6 303 175 2 1 302 1 302 2.15e-70 219 XP_012889676.1 XP_005087540.1 40.3 295 176 0 11 305 11 305 1.58e-68 214 XP_012889676.1 XP_054446685.1 39.3 300 178 4 5 302 3 300 1.20e-60 194 XP_012889676.1 XP_046298169.1 34.3 309 185 7 5 303 7 307 4.03e-45 154 XP_012889676.1 XP_049747270.1 32.9 298 188 4 12 302 14 306 1.53e-39 139 SFF07309.1 SFF07309.1 100 325 0 0 1 325 1 325 3.55e-241 653 SFF07309.1 WP_265272113.1 38.5 314 181 5 1 308 1 308 2.33e-64 205 SFF07309.1 MBN9534694.1 39.5 306 165 6 1 300 1 292 1.97e-59 191 SFF07309.1 HHZ84751.1 36.2 337 177 7 1 308 1 328 1.75e-51 172 SFF07309.1 WP_062517857.1 24.8 303 190 10 37 321 28 310 1.28e-14 71.6 MCP4913426.1 MCP4913426.1 100 229 0 0 1 229 1 229 2.12e-169 464 RGX77898.1 RGX77898.1 100 433 0 0 1 433 1 433 1.73e-314 848 MBE6142085.1 MBE6142085.1 100 227 0 0 1 227 1 227 1.25e-151 419 MBE6142085.1 Q8XJN8.1 32.1 212 142 2 12 222 14 224 1.83e-29 108 MBE6142085.1 WP_167196601.1 30.6 219 148 2 4 222 7 221 1.21e-19 82.4 MBE6142085.1 NLR72952.1 30.7 202 133 3 17 218 30 224 2.55e-17 76.3 MBE6142085.1 CDN40573.1 28.2 206 139 5 20 224 267 464 1.90e-16 75.9 MBE6142085.1 XP_049399244.1 27.3 139 77 2 16 135 76 209 4.95e-09 53.9 KAF9145485.1 KAF9145485.1 100 1097 0 0 1 1097 1 1097 0.0 1783 MCO5569846.1 MCO5569846.1 100 211 0 0 1 211 1 211 6.62e-155 426 MUL75888.1 MUL75888.1 100 872 0 0 1 872 1 872 0.0 1704 MUL75888.1 WP_176572922.1 50.0 54 24 1 798 851 151 201 1.15e-05 45.8 WP_097108993.1 WP_097108993.1 100 329 0 0 1 329 1 329 1.60e-230 627 WP_097108993.1 MCA3389197.1 34.9 318 184 5 11 321 10 311 4.12e-51 171 WP_097108993.1 WP_008134825.1 38.0 287 163 3 43 328 43 315 1.40e-48 172 WP_097108993.1 MCP4329804.1 34.6 292 170 4 30 320 330 601 7.11e-39 143 WP_097108993.1 HAA79725.1 28.8 156 94 6 168 312 68 217 3.81e-04 39.7 MBC7097666.1 MBC7097666.1 100 445 0 0 1 445 1 445 0.0 882 MBC7097666.1 KAB2885888.1 38.0 366 206 9 4 362 18 369 5.42e-65 223 MBC7097666.1 MBA2522987.1 48.3 145 72 3 1 143 1 144 8.16e-36 127 KAJ6888161.1 KAJ6888161.1 100 98 0 0 1 98 1 98 2.61e-68 197 WP_236939362.1 WP_236939362.1 100 672 0 0 1 672 1 672 0.0 1333 WP_236939362.1 OQC16336.1 26.2 576 355 17 3 515 40 608 1.66e-45 171 WP_236939362.1 WP_055863905.1 28.6 329 206 10 6 315 2 320 4.50e-28 114 WP_236939362.1 XP_019000248.1 33.6 214 129 5 4 207 6 216 7.86e-24 101 WP_236939362.1 EHP6050825.1 31.9 113 63 3 358 465 318 421 4.06e-05 45.1 KAJ7092692.1 KAJ7092692.1 100 367 0 0 1 367 1 367 1.10e-263 714 KAJ7092692.1 KNE54577.1 38.2 346 187 10 37 361 240 579 1.17e-58 198 KAJ7092692.1 WP_007337172.1 43.8 73 41 0 144 216 57 129 3.50e-14 68.9 KAJ7092692.1 XP_037916999.1 43.8 73 41 0 143 215 45 117 7.64e-14 70.9 KAJ7092692.1 HIE16764.1 32.3 96 65 0 142 237 1 96 3.95e-13 63.5 KAJ7092692.1 KAF6036899.1 38.2 76 41 1 132 201 15 90 3.43e-07 48.5 WP_040330177.1 WP_040330177.1 100 336 0 0 1 336 1 336 4.46e-220 601 WP_001537381.1 WP_001537381.1 100 3246 0 0 1 3246 1 3246 0.0 5086 WP_001537381.1 WP_187642449.1 52.2 456 197 6 2550 2992 1 448 6.54e-112 373 WP_001537381.1 WP_243269836.1 31.6 2079 1008 60 11 2006 29 1782 1.87e-81 300 WP_001537381.1 WP_247392216.1 50.0 202 95 5 45 244 79 276 4.36e-48 172 WP_001537381.1 WP_045125019.1 38.5 356 174 15 16 332 61 410 1.96e-46 172 WP_001537381.1 WP_186153646.1 45.6 217 108 4 11 222 45 256 5.25e-43 157 WP_001537381.1 MBS1222269.1 58.6 116 46 2 45 160 89 202 4.11e-33 127 WP_001537381.1 WP_253352066.1 35.7 224 127 7 1728 1940 453 670 2.80e-25 114 WP_001537381.1 WP_230822898.1 36.2 257 139 12 52 295 78 322 8.37e-25 109 MBL6727407.1 MBL6727407.1 100 171 0 0 1 171 1 171 2.82e-125 347 WP_054541705.1 WP_054541705.1 100 435 0 0 1 435 1 435 0.0 865 WP_279085497.1 WP_279085497.1 100 166 0 0 1 166 1 166 1.03e-120 335 WP_279085497.1 WP_089820066.1 38.3 162 97 3 4 164 2 161 1.68e-34 117 WP_279085497.1 WP_196074572.1 35.4 164 95 5 7 163 11 170 2.95e-24 91.3 MCB9510871.1 MCB9510871.1 100 167 0 0 1 167 1 167 2.24e-120 335 WP_095128211.1 WP_095128211.1 100 319 0 0 1 319 1 319 2.02e-228 620 WP_095128211.1 WP_116701099.1 33.3 240 154 3 63 297 67 305 1.38e-32 121 WP_095128211.1 WP_058635033.1 32.3 300 182 9 16 303 19 309 7.54e-32 119 WP_095128211.1 WP_251874466.1 34.6 231 143 5 62 285 63 292 8.33e-26 103 WP_095128211.1 WP_166225641.1 30.6 245 161 4 77 313 86 329 1.58e-23 98.2 WP_095128211.1 WP_012724915.1 28.1 260 170 3 61 303 62 321 3.34e-20 87.8 WP_095128211.1 MBT7096516.1 34.4 163 95 4 146 304 13 167 6.73e-17 75.9 WP_095128211.1 MBK5104727.1 26.8 220 146 5 22 230 29 244 9.04e-16 73.9 MBE0660081.1 MBE0660081.1 100 216 0 0 1 216 1 216 2.17e-142 394 WP_219286064.1 WP_219286064.1 100 434 0 0 1 434 1 434 4.52e-306 827 WP_218057064.1 WP_218057064.1 100 153 0 0 1 153 1 153 1.10e-111 311 WP_131971174.1 WP_131971174.1 100 261 0 0 1 261 1 261 1.68e-191 522 MBL8777518.1 MBL8777518.1 100 402 0 0 1 402 1 402 1.82e-282 764 MBL8777518.1 MBQ1868746.1 31.8 110 66 4 1 104 523 629 5.03e-07 50.1 ABK94958.1 ABK94958.1 100 359 0 0 1 359 1 359 2.95e-273 737 ABK94958.1 KAE8908303.1 29.9 368 202 8 18 343 96 449 7.00e-49 169 WP_199308568.1 WP_199308568.1 100 440 0 0 1 440 1 440 8.03e-319 859 WP_199308568.1 MCG8377291.1 43.5 154 82 2 291 440 1 153 2.56e-34 124 APC24336.1 APC24336.1 100 381 0 0 1 381 1 381 4.60e-279 754 APC24336.1 AAX94106.1 70.7 352 103 0 1 352 78 429 3.03e-185 518 APC24336.1 ACO35565.1 70.8 250 71 1 131 378 1 250 3.22e-129 369 APC24336.1 AGC97326.1 69.2 240 72 1 133 370 1 240 5.44e-118 340 APC24336.1 AGC74998.1 76.2 210 50 0 148 357 1 210 2.45e-115 333 APC24336.1 ACE88666.1 71.2 118 34 0 1 118 29 146 5.70e-52 168 APC24336.1 AHK62764.1 70.9 117 34 0 2 118 105 221 4.87e-49 163 APC24336.1 UZF38514.1 70.5 112 33 0 1 112 95 206 6.18e-49 162 APC24336.1 AFA09475.1 73.2 112 30 0 1 112 94 205 2.35e-48 161 APC24336.1 AWS34156.1 73.2 112 30 0 1 112 108 219 2.53e-48 161 WP_199713305.1 WP_199713305.1 100 120 0 0 1 120 1 120 4.40e-84 239 WP_199713305.1 WP_019092761.1 40.7 54 31 1 60 112 182 235 9.34e-09 50.1 WP_172585284.1 WP_172585284.1 100 407 0 0 1 407 1 407 2.73e-291 787 WP_094590818.1 WP_094590818.1 100 912 0 0 1 912 1 912 0.0 1787 XP_032204694.1 XP_032204694.1 100 295 0 0 1 295 1 295 1.15e-215 586 XP_032204694.1 WP_249681227.1 35.9 192 114 4 92 277 24 212 2.34e-28 107 KAJ3382075.1 KAJ3382075.1 100 100 0 0 1 100 1 100 5.88e-66 192 WP_116143250.1 WP_116143250.1 100 293 0 0 1 293 1 293 6.58e-205 559 OQB67688.1 OQB67688.1 100 535 0 0 1 535 1 535 0.0 1043 KAI1055415.1 KAI1055415.1 100 353 0 0 1 353 1 353 1.30e-273 738 KAI1055415.1 XP_030976676.1 40.4 356 192 10 7 349 9 357 7.32e-82 252 WP_018083176.1 WP_018083176.1 100 348 0 0 1 348 1 348 3.02e-265 716 WP_055153579.1 WP_055153579.1 100 492 0 0 1 492 1 492 0.0 998 WP_055153579.1 WP_112119927.1 28.1 434 277 13 55 486 61 461 5.66e-35 134 WP_055153579.1 RLB66027.1 26.8 456 285 12 58 483 70 506 1.55e-32 128 WP_055153579.1 MBP6544771.1 24.7 522 333 11 14 485 39 550 7.37e-31 124 WP_055153579.1 WP_167959909.1 28.4 342 231 9 150 485 197 530 1.77e-27 114 WP_055153579.1 TMQ04701.1 30.1 289 146 10 147 393 621 895 9.36e-23 100 WP_055153579.1 MBF2759673.1 24.3 465 271 16 24 415 185 641 2.23e-16 80.5 WP_055153579.1 WP_200941876.1 33.5 221 121 12 214 426 339 541 1.00e-15 78.2 WP_055153579.1 WP_140372075.1 26.4 326 179 12 146 427 195 503 1.59e-13 71.2 WP_065640612.1 WP_065640612.1 100 116 0 0 1 116 1 116 1.68e-86 245 KAG2753283.1 KAG2753283.1 100 186 0 0 1 186 1 186 2.36e-138 382 WP_071280632.1 WP_071280632.1 100 90 0 0 1 90 1 90 8.52e-59 173 WP_213775833.1 WP_213775833.1 100 295 0 0 1 295 1 295 1.24e-210 573 WP_213775833.1 WP_222163701.1 41.5 270 154 1 24 289 26 295 1.12e-58 188 MBG4760275.1 MBG4760275.1 100 397 0 0 1 397 1 397 7.94e-279 754 KAF9432903.1 KAF9432903.1 100 947 0 0 1 947 1 947 0.0 1871 WP_245407141.1 WP_245407141.1 100 160 0 0 1 160 1 160 8.19e-106 297 XP_006814105.1 XP_006814105.1 100 476 0 0 1 476 1 476 0.0 921 WP_228201287.1 WP_228201287.1 100 105 0 0 1 105 1 105 2.07e-75 216 KAH8780162.1 KAH8780162.1 100 499 0 0 1 499 1 499 0.0 977 KAH8780162.1 WP_109267392.1 30.0 207 118 7 16 220 8 189 5.53e-11 63.2 WP_196146635.1 WP_196146635.1 100 834 0 0 1 834 1 834 0.0 1676 DAH49916.1 DAH49916.1 100 44 0 0 1 44 1 44 2.06e-30 98.2 WP_237034910.1 WP_237034910.1 100 1039 0 0 1 1039 1 1039 0.0 2022 WP_237034910.1 WP_052125494.1 42.0 1026 566 9 5 1018 8 1017 1.89e-248 728 WP_237034910.1 MCD8297279.1 23.2 585 324 19 105 671 107 584 1.30e-24 109 WP_237034910.1 MBF1375496.1 29.9 117 73 1 533 640 769 885 2.31e-12 69.7 WP_237034910.1 XP_008942036.1 24.8 157 116 2 498 653 1510 1665 1.69e-07 53.9 XP_010676925.2 XP_010676925.2 100 352 0 0 1 352 1 352 8.66e-226 617 XP_010676925.2 XP_037916999.1 26.7 180 120 7 169 341 46 220 1.07e-06 48.5 WP_086353716.1 WP_086353716.1 100 316 0 0 1 316 1 316 3.09e-226 615 WP_086353716.1 WP_142590093.1 48.2 313 156 3 1 309 14 324 2.57e-95 284 WP_086353716.1 WP_281675368.1 34.6 298 184 7 1 298 1 287 1.72e-46 164 WP_086353716.1 MBU2478158.1 50.0 62 31 0 248 309 1 62 3.77e-14 64.7 WP_102576363.1 WP_102576363.1 100 205 0 0 1 205 1 205 4.69e-152 418 WP_102576363.1 WP_140264131.1 43.8 201 112 1 1 200 1 201 2.80e-55 173 WP_080508033.1 WP_080508033.1 100 421 0 0 1 421 1 421 0.0 874 WP_080508033.1 MCA3282362.1 24.0 333 223 10 69 388 37 352 2.31e-12 66.2 WP_052922907.1 WP_052922907.1 100 466 0 0 1 466 1 466 0.0 933 WP_052922907.1 MCB1208284.1 36.5 348 208 7 1 343 16 355 2.86e-59 197 WP_010409355.1 WP_010409355.1 100 113 0 0 1 113 1 113 1.71e-80 229 XP_008674211.1 XP_008674211.1 100 264 0 0 1 264 1 264 6.30e-168 463 RGT06351.1 RGT06351.1 100 90 0 0 1 90 1 90 1.85e-62 182 NIM26842.1 NIM26842.1 100 323 0 0 1 323 1 323 4.97e-231 627 NIM26842.1 HHO76132.1 53.6 319 138 5 2 317 8 319 8.52e-105 308 AMA13662.1 AMA13662.1 100 176 0 0 1 176 1 176 5.88e-134 370 AMA13662.1 MOY95459.1 72.4 98 27 0 63 160 2 99 9.30e-50 154 AMA13662.1 AST39768.1 62.2 98 37 0 63 160 2 99 4.17e-41 132 AMA13662.1 MOY61908.1 53.7 95 44 0 63 157 2 96 1.98e-34 115 AFP82159.1 AFP82159.1 100 393 0 0 1 393 1 393 1.72e-296 799 AFP82159.1 BAD88428.1 92.6 393 29 0 1 393 27 419 8.40e-276 749 AFP82159.1 USR37329.1 93.8 160 10 0 1 160 30 189 1.93e-103 302 MBQ2990925.1 MBQ2990925.1 100 665 0 0 1 665 1 665 0.0 1259 MBQ2990925.1 WP_096231334.1 49.1 53 27 0 523 575 48 100 1.11e-08 54.7 KQP70604.1 KQP70604.1 100 484 0 0 1 484 1 484 0.0 967 MCH1407713.1 MCH1407713.1 100 360 0 0 1 360 1 360 1.30e-272 736 HAR7369715.1 HAR7369715.1 100 466 0 0 1 466 1 466 0.0 888 HAR7369715.1 EPR30609.1 41.5 441 240 3 21 460 1 424 6.41e-114 340 HAR7369715.1 WP_132517191.1 37.0 467 274 5 11 458 22 487 1.83e-96 298 HAR7369715.1 MCQ2156413.1 37.1 329 188 6 136 461 1 313 4.14e-64 209 HAR7369715.1 MBR4705654.1 27.2 434 261 12 17 439 20 409 8.32e-34 130 HAC44255.1 HAC44255.1 100 947 0 0 1 947 1 947 0.0 1910 NBS93427.1 NBS93427.1 100 159 0 0 1 159 1 159 6.77e-109 305 WP_067101053.1 WP_067101053.1 100 324 0 0 1 324 1 324 1.87e-231 629 XP_005111944.2 XP_005111944.2 100 616 0 0 1 616 1 616 0.0 1219 WP_108210605.1 WP_108210605.1 100 591 0 0 1 591 1 591 0.0 1119 WP_108210605.1 GBD99233.1 36.1 252 148 3 301 549 29 270 1.42e-40 147 WP_108210605.1 MBK7529683.1 32.8 250 148 7 310 552 95 331 7.63e-22 95.5 MOP62942.1 MOP62942.1 100 18 0 0 1 18 1 18 2.84e-12 50.8 WP_262073613.1 WP_262073613.1 100 318 0 0 1 318 1 318 8.15e-223 606 KAH9744176.1 KAH9744176.1 100 696 0 0 1 696 1 696 0.0 1390 AFX75916.1 AFX75916.1 100 695 0 0 1 695 1 695 0.0 1381 AFX75916.1 QGA29503.1 96.1 685 27 0 1 685 1 685 0.0 1324 WP_166638495.1 WP_166638495.1 100 57 0 0 1 57 1 57 7.42e-34 107 KAI4867710.1 KAI4867710.1 100 389 0 0 1 389 1 389 7.05e-278 751 WP_083180153.1 WP_083180153.1 100 608 0 0 1 608 1 608 0.0 1182 WP_083180153.1 NIK25817.1 23.7 414 289 7 215 601 194 607 1.49e-27 115 WP_083180153.1 WP_192272294.1 31.1 206 126 6 400 601 156 349 2.03e-26 109 WP_083180153.1 WP_212961195.1 33.2 214 131 8 395 601 831 1039 4.19e-23 102 MCM2356329.1 MCM2356329.1 100 293 0 0 1 293 1 293 3.31e-214 582 MCM2356329.1 WP_160194147.1 44.1 297 155 6 1 291 1 292 3.62e-70 221 MCM2356329.1 MBA3609961.1 30.9 272 165 8 29 285 36 299 1.49e-28 112 MCM2356329.1 OWZ34415.1 30.5 279 169 10 32 293 57 327 1.05e-25 104 MCM2356329.1 MBQ6794463.1 30.1 269 161 8 27 291 9 254 6.23e-23 95.5 WP_270233472.1 WP_270233472.1 100 318 0 0 1 318 1 318 1.24e-242 656 XP_033306318.1 XP_033306318.1 100 1323 0 0 1 1323 1 1323 0.0 2557 WP_209377953.1 WP_209377953.1 100 178 0 0 1 178 1 178 5.20e-129 357 WP_209377953.1 MCB0919686.1 35.3 150 85 5 3 142 10 157 3.56e-19 78.6 XP_019180948.1 XP_019180948.1 100 971 0 0 1 971 1 971 0.0 1038 XP_019180948.1 XP_040250218.1 39.3 300 153 7 668 955 341 623 1.86e-52 195 XP_019180948.1 KAG2309455.1 31.6 395 251 8 573 955 501 888 2.30e-48 184 XP_019180948.1 XP_021765438.1 37.4 289 171 7 680 964 599 881 1.17e-42 166 XP_019180948.1 RLN36134.1 37.4 294 164 9 679 960 84 369 1.05e-41 156 XP_019180948.1 KAI3849778.1 35.2 355 200 13 608 949 431 768 5.36e-41 160 XP_019180948.1 XP_048540820.1 30.0 220 113 8 660 874 777 960 9.57e-18 87.0 XP_019180948.1 XP_048216280.1 31.3 208 122 4 681 875 25 224 5.76e-17 82.8 XP_019180948.1 XP_025786250.1 29.2 144 77 6 745 872 59 193 3.71e-09 57.4 CAH0023967.1 CAH0023967.1 100 336 0 0 1 336 1 336 8.72e-243 658 WP_019444443.1 WP_019444443.1 100 323 0 0 1 323 1 323 3.13e-234 635 WP_019444443.1 WP_055337992.1 65.2 322 112 0 2 323 65 386 3.31e-156 441 WP_019444443.1 MBL6847974.1 45.5 303 159 3 23 323 90 388 1.06e-86 264 WP_019444443.1 XP_027540421.1 32.4 321 201 7 7 320 95 406 2.02e-43 152 WP_019444443.1 WP_019585553.1 32.2 273 182 3 30 300 107 378 4.89e-42 148 WP_019444443.1 MBL4853947.1 30.1 296 182 8 32 320 106 383 7.59e-30 115 WP_019444443.1 WP_083349422.1 29.1 330 204 10 7 320 78 393 2.62e-25 103 WP_019444443.1 MCH8312862.1 28.0 257 168 4 34 287 81 323 2.63e-23 97.1 WP_019444443.1 RYZ40664.1 27.0 282 196 6 8 286 82 356 4.04e-19 85.5 MBL1320270.1 MBL1320270.1 100 322 0 0 1 322 1 322 1.47e-227 619 MBL1320270.1 WP_198095175.1 45.2 323 173 2 3 322 16 337 3.96e-85 258 MBL1320270.1 WP_174567215.1 27.9 323 218 6 6 320 18 333 5.16e-40 141 MBL1320270.1 TCJ90160.1 26.0 296 190 6 32 299 78 372 6.45e-20 87.8 GEW47215.1 GEW47215.1 100 290 0 0 1 290 1 290 7.73e-207 563 KAI4518191.1 KAI4518191.1 100 584 0 0 1 584 1 584 0.0 1045 WP_162206844.1 WP_162206844.1 100 367 0 0 1 367 1 367 5.29e-271 732 WP_113544184.1 WP_113544184.1 100 1167 0 0 1 1167 1 1167 0.0 2266 WP_113544184.1 WP_130528929.1 30.6 980 544 14 131 1100 105 958 1.71e-140 449 WP_113544184.1 TRZ64304.1 40.0 438 259 2 728 1162 1 437 4.43e-104 333 WP_113544184.1 MAF07216.1 33.1 477 297 8 525 988 173 640 1.79e-61 222 WP_113544184.1 GEU53557.1 22.3 273 185 9 674 929 172 434 3.40e-05 46.2 WP_014985199.1 WP_014985199.1 100 723 0 0 1 723 1 723 0.0 1409 WP_014985199.1 WP_070172067.1 49.8 626 307 4 70 692 21 642 1.70e-211 608 WP_014985199.1 NXM52897.1 40.7 487 269 8 65 546 1 472 2.92e-106 332 XP_030725309.1 XP_030725309.1 100 343 0 0 1 343 1 343 6.04e-258 697 WP_192880951.1 WP_192880951.1 100 451 0 0 1 451 1 451 0.0 915 WP_192880951.1 MBQ6717580.1 34.3 242 113 5 28 255 42 251 1.75e-27 110 MBT8607749.1 MBT8607749.1 100 580 0 0 1 580 1 580 0.0 1138 MBT8607749.1 WP_001202764.1 56.4 571 244 5 1 568 1 569 3.28e-222 626 NGL48818.1 NGL48818.1 100 44 0 0 1 44 1 44 7.59e-24 81.6 WP_162929259.1 WP_162929259.1 100 108 0 0 1 108 1 108 6.09e-74 213 NLV68328.1 NLV68328.1 100 185 0 0 1 185 1 185 8.16e-125 347 NLV68328.1 NLK90780.1 47.8 182 95 0 4 185 4 185 9.14e-59 180 NLV68328.1 NLT72898.1 47.5 183 96 0 1 183 1 183 9.14e-59 180 NLV68328.1 MBD3769330.1 41.6 178 104 0 8 185 7 184 4.24e-44 143 WP_075013026.1 WP_075013026.1 100 423 0 0 1 423 1 423 2.78e-299 808 WP_075013026.1 WP_073251662.1 29.3 324 195 13 100 407 68 373 8.06e-11 61.6 USK34290.1 USK34290.1 100 137 0 0 1 137 1 137 3.84e-93 263 NLE01480.1 NLE01480.1 100 456 0 0 1 456 1 456 8.01e-318 858 WP_189931865.1 WP_189931865.1 100 1161 0 0 1 1161 1 1161 0.0 2279 WP_189931865.1 MBQ7389792.1 48.7 1307 430 16 21 1146 11 1257 0.0 1160 WP_189931865.1 BBG20955.1 38.7 1396 535 16 21 1126 11 1375 3.84e-294 900 WP_189931865.1 ULU28230.1 39.1 1028 569 15 111 1120 65 1053 2.59e-244 722 WP_189931865.1 AIR77599.1 29.8 470 177 5 33 372 1 447 5.37e-54 194 WP_189931865.1 HAJ19792.1 56.2 89 38 1 496 584 1 88 4.64e-23 92.8 MCK5466482.1 MCK5466482.1 100 297 0 0 1 297 1 297 3.27e-207 565 MCK5466482.1 WP_083051706.1 27.5 193 139 1 103 295 185 376 4.11e-26 104 MCK5466482.1 MAJ59213.1 28.4 201 143 1 93 293 650 849 6.60e-26 105 MCK5466482.1 UCF22071.1 30.9 194 124 5 103 291 156 344 9.65e-18 80.9 MCK5466482.1 MBI2651826.1 30.4 125 83 1 176 296 1 125 6.33e-15 68.6 MCK5466482.1 WP_024498088.1 28.6 189 123 6 103 286 115 296 4.26e-14 69.7 MCK5466482.1 WP_003939801.1 24.8 206 143 6 87 286 77 276 3.21e-09 55.1 WP_166047848.1 WP_166047848.1 100 235 0 0 1 235 1 235 2.33e-128 360 KAI2467201.1 KAI2467201.1 100 394 0 0 1 394 1 394 7.99e-282 762 WP_272952826.1 WP_272952826.1 100 318 0 0 1 318 1 318 7.89e-175 485 AGB20654.1 AGB20654.1 100 218 0 0 1 218 1 218 5.66e-164 449 MBQ6868443.1 MBQ6868443.1 100 194 0 0 1 194 1 194 7.23e-137 379 NER20127.1 NER20127.1 100 291 0 0 1 291 1 291 1.65e-222 603 WP_269061021.1 WP_269061021.1 100 264 0 0 1 264 1 264 4.92e-181 496 MCE2789155.1 MCE2789155.1 100 1004 0 0 1 1004 1 1004 0.0 1820 MCE2789155.1 WP_116870479.1 25.0 1252 655 33 1 995 1 1223 2.86e-62 229 MCE2789155.1 WP_122440133.1 23.5 1242 682 33 1 1003 1 1212 1.87e-50 192 MBR6875525.1 MBR6875525.1 100 365 0 0 1 365 1 365 3.12e-287 773 MBR6875525.1 MCE5280144.1 27.8 331 207 12 14 328 12 326 8.21e-24 101 HAO16792.1 HAO16792.1 100 134 0 0 1 134 1 134 3.06e-102 286 XP_039325768.1 XP_039325768.1 100 561 0 0 1 561 1 561 0.0 1120 WP_180230190.1 WP_180230190.1 100 340 0 0 1 340 1 340 1.16e-249 676 WP_180230190.1 WP_101272247.1 35.9 334 212 2 2 334 15 347 7.70e-72 226 WP_230796143.1 WP_230796143.1 100 305 0 0 1 305 1 305 1.02e-214 585 WP_230796143.1 EIX9307167.1 36.0 272 171 2 1 269 11 282 2.05e-47 159 WP_230796143.1 WP_223975418.1 28.6 287 170 8 9 286 9 269 5.46e-12 63.5 WP_230796143.1 WP_077690175.1 37.3 161 83 6 4 155 5 156 1.15e-11 62.8 WP_230796143.1 WP_248721304.1 45.9 61 33 0 1 61 1 61 2.22e-08 52.8 WP_059639348.1 WP_059639348.1 100 316 0 0 1 316 1 316 5.41e-236 639 WP_225579579.1 WP_225579579.1 100 528 0 0 1 528 1 528 0.0 966 WP_225579579.1 WP_254698006.1 70.0 430 129 0 15 444 1 430 1.06e-209 590 WP_225579579.1 OQA38407.1 48.5 462 209 6 7 444 1 457 2.40e-136 401 WP_225579579.1 WP_253808359.1 45.3 439 223 7 13 443 3 432 5.79e-119 356 WP_225579579.1 CBI36349.3 31.2 426 279 5 7 425 2 420 1.61e-62 209 WP_225579579.1 WP_073201850.1 35.4 268 155 4 39 295 56 316 2.74e-40 147 WP_225579579.1 PSR02572.1 32.7 281 166 7 30 299 69 337 1.06e-33 129 WP_225579579.1 PHR72175.1 30.6 291 180 5 15 294 28 307 5.77e-31 120 GBN39940.1 GBN39940.1 100 421 0 0 1 421 1 421 1.49e-318 857 GBN39940.1 KAI9565065.1 42.6 162 93 0 80 241 19 180 1.53e-37 134 MXQ53321.1 MXQ53321.1 100 351 0 0 1 351 1 351 3.77e-256 693 MXQ53321.1 WP_114368818.1 32.8 247 146 6 8 240 10 250 1.67e-27 110 MXQ53321.1 EFJ8748319.1 29.9 201 125 6 8 195 6 203 5.23e-15 73.9 WP_100449703.1 WP_100449703.1 100 419 0 0 1 419 1 419 6.67e-289 782 XP_052751399.1 XP_052751399.1 100 367 0 0 1 367 1 367 2.44e-276 746 WP_066786685.1 WP_066786685.1 100 1507 0 0 1 1507 1 1507 0.0 2915 WP_117077319.1 WP_117077319.1 100 156 0 0 1 156 1 156 4.27e-124 343 WP_117077319.1 ENF92344.1 84.3 153 24 0 4 156 2 154 3.43e-101 290 WP_249084213.1 WP_249084213.1 100 860 0 0 1 860 1 860 0.0 1752 WP_249084213.1 MCI5916932.1 47.0 464 236 6 375 832 26 485 6.16e-121 374 WP_131096443.1 WP_131096443.1 100 721 0 0 1 721 1 721 0.0 1354 WP_131096443.1 MBE3671043.1 48.3 718 361 6 9 721 14 726 7.51e-223 639 WP_131096443.1 WP_049066482.1 35.0 729 432 12 6 705 2 717 2.80e-129 399 KAI6080770.1 KAI6080770.1 100 27 0 0 327 353 327 353 2.60e-12 65.9 WP_017691736.1 WP_017691736.1 100 446 0 0 1 446 1 446 0.0 894 WP_005632191.1 WP_005632191.1 100 217 0 0 1 217 1 217 3.52e-153 422 WP_084873045.1 WP_084873045.1 100 225 0 0 1 225 1 225 2.46e-157 433 WP_195290884.1 WP_195290884.1 100 427 0 0 1 427 1 427 2.39e-318 857 WP_195290884.1 WP_162119468.1 34.7 421 241 6 4 424 3 389 9.16e-69 221 WP_195290884.1 MCG6912449.1 33.3 421 230 9 8 424 3 376 2.26e-68 220 WP_195290884.1 MCC5806595.1 22.9 280 171 9 152 424 253 494 1.75e-04 42.0 WP_280336340.1 WP_280336340.1 100 78 0 0 1 78 1 78 1.66e-55 164 CAD2182685.1 CAD2182685.1 100 189 0 0 1 189 1 189 2.09e-138 382 HBT5919638.1 HBT5919638.1 100 49 0 0 1 49 1 49 5.96e-32 102 XP_021765438.1 XP_021765438.1 100 908 0 0 1 908 1 908 0.0 1725 XP_021765438.1 RLN36134.1 37.4 326 188 7 574 887 58 379 1.05e-55 196 XP_021765438.1 XP_019180948.1 37.4 289 171 7 599 881 680 964 3.56e-43 168 XP_021765438.1 KAI3849778.1 32.8 375 228 12 533 890 430 797 1.07e-42 166 XP_021765438.1 XP_040250218.1 35.2 284 161 8 587 863 347 614 2.30e-37 149 XP_021765438.1 XP_025814622.1 30.8 292 169 9 526 796 710 989 1.75e-34 140 XP_021765438.1 XP_044484513.1 40.1 197 111 5 550 742 41 234 3.86e-34 138 XP_021765438.1 KAG2309455.1 30.2 291 177 11 591 868 607 884 2.38e-28 120 XP_021765438.1 MBD2210269.1 27.4 234 142 8 590 803 9 234 1.07e-15 79.3 XP_021765438.1 EYU24504.1 27.2 169 104 6 601 760 195 353 7.08e-07 51.2 WP_093486522.1 WP_093486522.1 100 353 0 0 1 353 1 353 4.29e-263 711 QLY80081.1 QLY80081.1 100 431 0 0 1 431 1 431 3.42e-288 781 QLY80081.1 WP_065076975.1 39.6 240 144 1 192 430 205 444 5.72e-48 168 WP_006224372.1 WP_006224372.1 100 290 0 0 1 290 1 290 1.32e-198 543 WP_023727015.1 WP_023727015.1 100 519 0 0 1 519 1 519 0.0 950 WP_023727015.1 WP_185921121.1 35.0 426 250 11 26 438 9 420 1.82e-53 186 WP_023727015.1 BBC91732.1 30.3 412 274 8 35 437 3 410 1.27e-42 156 WP_023727015.1 QFY03744.1 24.5 429 309 5 30 455 17 433 8.94e-35 135 WP_023727015.1 RQL72805.1 24.8 423 289 9 21 429 7 414 1.88e-26 110 KAF8917914.1 KAF8917914.1 100 417 0 0 1 417 1 417 1.55e-318 857 KAF8917914.1 XP_031942702.1 36.8 288 138 9 31 289 25 297 2.30e-52 181 WP_037184031.1 WP_037184031.1 100 97 0 0 1 97 1 97 7.56e-63 184 MBM4261824.1 MBM4261824.1 100 361 0 0 1 361 1 361 7.56e-277 746 WP_085680475.1 WP_085680475.1 100 253 0 0 1 253 1 253 3.56e-198 538 EFI9255255.1 EFI9255255.1 100 485 0 0 1 485 1 485 1.47e-211 592 EFI9255255.1 HAL0497824.1 47.0 83 40 1 162 244 130 208 7.77e-06 46.2 WP_070475600.1 WP_070475600.1 100 749 0 0 1 749 1 749 0.0 1484 WP_275405902.1 WP_275405902.1 100 741 0 0 1 741 1 741 0.0 1456 GIW30304.1 GIW30304.1 100 473 0 0 1 473 1 473 0.0 893 GIW30304.1 WP_096665911.1 32.1 473 299 7 1 455 3 471 1.92e-67 222 GIW30304.1 WP_243361436.1 33.9 422 265 5 58 467 62 481 1.80e-55 190 TVY78526.1 TVY78526.1 100 1030 0 0 1 1030 1 1030 0.0 2034 WP_273827584.1 WP_273827584.1 100 252 0 0 1 252 1 252 1.89e-188 514 WP_273827584.1 WP_170382009.1 33.8 80 52 1 169 247 234 313 4.14e-04 39.3 XP_047245969.1 XP_047245969.1 100 233 0 0 1 233 1 233 6.87e-177 483 XP_007957752.1 XP_007957752.1 100 471 0 0 1 471 1 471 0.0 915 XP_007957752.1 XP_048221756.1 97.2 471 12 1 1 471 17 486 0.0 889 WP_272896519.1 WP_272896519.1 100 42 0 0 1 42 1 42 7.37e-30 96.7 KAI1368854.1 KAI1368854.1 100 260 0 0 1 260 1 260 1.20e-204 555 STW09510.1 STW09510.1 100 204 0 0 1 204 1 204 8.76e-152 417 WP_264790310.1 WP_264790310.1 100 372 0 0 1 372 1 372 1.16e-272 737 WP_029091796.1 WP_029091796.1 100 201 0 0 1 201 1 201 3.57e-145 400 WP_237142885.1 WP_237142885.1 100 84 0 0 1 84 1 84 1.36e-59 174 EFL44656.1 EFL44656.1 100 1739 0 0 1 1739 1 1739 0.0 3165 RJF99999.1 RJF99999.1 100 334 0 0 1 334 1 334 7.04e-232 630 MBM4059513.1 MBM4059513.1 100 450 0 0 1 450 1 450 0.0 892 MCP3657241.1 MCP3657241.1 100 155 0 0 1 155 1 155 1.13e-105 296 WP_203021165.1 WP_203021165.1 100 278 0 0 1 278 1 278 6.89e-204 555 WP_089095302.1 WP_089095302.1 100 629 0 0 1 629 1 629 0.0 1198 WP_089095302.1 WP_105160947.1 37.7 525 316 8 7 525 7 526 1.14e-101 320 WP_089095302.1 WP_173040157.1 33.1 586 348 8 8 590 11 555 5.47e-81 265 WP_089095302.1 OQA35671.1 30.8 539 351 9 3 527 1 531 7.25e-69 234 WP_089095302.1 MCH5231772.1 28.3 534 354 12 3 520 1 521 1.54e-58 204 WP_089095302.1 MCA6099904.1 31.5 534 301 18 1 511 1 492 7.22e-49 176 WP_089095302.1 WP_041710957.1 24.3 560 319 10 1 525 1 490 6.76e-41 155 WP_089095302.1 MYD56339.1 38.0 184 109 3 337 520 29 207 1.30e-31 124 WP_089095302.1 WP_222599035.1 33.8 225 126 7 8 226 471 678 3.62e-20 93.2 WP_089095302.1 GBD21053.1 23.0 518 273 17 23 493 46 484 3.77e-13 70.5 WP_233230645.1 WP_233230645.1 100 380 0 0 1 380 1 380 2.46e-278 752 WP_233230645.1 WP_099100504.1 37.8 320 197 2 27 345 48 366 1.06e-64 209 WP_004960861.1 WP_004960861.1 100 534 0 0 1 534 1 534 0.0 1038 WP_004960861.1 EET4886479.1 39.4 421 245 4 111 526 30 445 4.31e-95 295 WP_004960861.1 MCO5068575.1 37.2 392 223 11 149 529 10 389 9.16e-68 222 WP_230009938.1 WP_230009938.1 100 245 0 0 1 245 1 245 3.26e-156 432 WP_230009938.1 WP_134064782.1 41.0 183 106 1 4 184 255 437 5.29e-40 141 WP_034709917.1 WP_034709917.1 100 1037 0 0 1 1037 1 1037 0.0 2049 WP_034709917.1 WP_227550239.1 23.4 756 499 18 306 1011 116 841 6.20e-52 195 CTM60173.1 CTM60173.1 100 56 0 0 1 56 1 56 6.56e-41 125 WP_039608285.1 WP_039608285.1 100 1036 0 0 1 1036 1 1036 0.0 1932 WP_039608285.1 WP_133325549.1 35.3 1030 641 12 1 1022 1 1013 4.08e-184 560 WP_039608285.1 WP_096647361.1 26.6 1033 724 16 3 1005 5 1032 3.74e-97 329 WP_039608285.1 WP_265225845.1 26.4 1066 710 16 1 1005 1 1053 3.19e-87 302 WP_039608285.1 KKQ50904.1 23.1 1102 722 17 13 1002 38 1126 1.12e-73 263 WP_039608285.1 WP_110366458.1 23.0 1046 746 13 2 1004 4 1028 1.34e-65 240 WP_039608285.1 WP_154963182.1 24.8 1031 725 19 1 1003 1 1009 1.42e-62 229 WP_039608285.1 WP_172616972.1 24.3 1037 726 23 5 1007 10 1019 5.52e-61 224 WP_039608285.1 MBL4744408.1 21.6 1037 767 14 7 1007 9 1036 3.18e-59 219 WP_039608285.1 TME45086.1 25.4 712 490 12 9 689 8 709 1.18e-43 168 SPC33634.1 SPC33634.1 100 142 0 0 1 142 1 142 2.03e-104 292 WP_259287153.1 WP_259287153.1 100 132 0 0 1 132 1 132 4.05e-97 273 MRB85170.1 MRB85170.1 100 46 0 0 1 46 1 46 4.73e-30 97.4 MCD6544917.1 MCD6544917.1 100 364 0 0 1 364 1 364 3.03e-264 715 MCD6544917.1 MBP6873711.1 31.3 115 75 1 3 113 7 121 2.56e-14 70.5 MBK4335994.1 MBK4335994.1 100 308 0 0 1 308 1 308 2.05e-211 577 MBA0628892.1 MBA0628892.1 100 291 0 0 1 291 1 291 2.08e-216 588 WP_281459228.1 WP_281459228.1 100 461 0 0 1 461 1 461 0.0 958 CAD7578726.1 CAD7578726.1 100 234 0 0 1 234 1 234 2.57e-168 461 CAD7578726.1 WP_122705662.1 35.1 94 22 2 1 55 146 239 6.64e-08 50.1 SOD38336.1 SOD38336.1 100 400 0 0 1 400 1 400 1.35e-292 790 TYG55675.1 TYG55675.1 100 979 0 0 1 979 1 979 0.0 1924 TYG55675.1 XP_010263869.1 41.3 516 243 9 3 459 229 743 1.27e-99 329 TYG55675.1 KAI9181093.1 33.1 357 176 8 161 459 145 496 1.55e-46 174 WP_094953410.1 WP_094953410.1 100 184 0 0 1 184 1 184 1.73e-130 362 WP_108324249.1 WP_108324249.1 100 147 0 0 1 147 1 147 1.58e-108 303 WP_195238978.1 WP_195238978.1 100 737 0 0 1 737 1 737 0.0 1411 WP_195238978.1 WP_195368055.1 30.4 527 355 8 198 716 51 573 9.34e-67 229 WP_195238978.1 NFD84694.1 34.9 415 247 6 315 721 360 759 6.42e-60 214 WP_195238978.1 MBQ8297564.1 35.4 316 200 2 404 717 253 566 2.46e-54 195 WP_195238978.1 KAI9191373.1 37.7 265 143 2 451 713 361 605 8.25e-45 171 WP_195238978.1 WP_038440434.1 29.3 389 263 6 343 727 195 575 9.55e-41 156 WP_195238978.1 WP_247749043.1 34.1 246 156 4 478 717 350 595 2.31e-35 140 WP_195238978.1 KAJ2660037.1 30.0 270 185 3 448 714 1770 2038 1.08e-33 137 WP_195238978.1 MCH4209672.1 31.7 161 96 4 500 660 397 543 1.26e-15 79.0 WP_195238978.1 WP_211555180.1 26.0 192 133 4 498 685 16 202 7.62e-14 70.1 KAG7283570.1 KAG7283570.1 100 311 0 0 1 311 1 311 3.27e-239 647 WP_280427578.1 WP_280427578.1 100 210 0 0 1 210 1 210 5.51e-133 370 WP_223292749.1 WP_223292749.1 100 85 0 0 1 85 1 85 9.88e-58 170 WP_223292749.1 MCM1122913.1 46.5 71 38 0 7 77 3 73 1.85e-19 73.2 WP_223292749.1 WP_186939222.1 48.7 78 40 0 7 84 3 80 2.28e-19 79.0 WP_244355613.1 WP_244355613.1 100 613 0 0 1 613 1 613 0.0 1220 CAG9435424.1 CAG9435424.1 100 73 0 0 1 73 1 73 4.40e-51 152 ECE8916583.1 ECE8916583.1 100 1718 0 0 1 1718 1 1718 0.0 2598 ECE8916583.1 EAA8040699.1 64.5 1765 512 28 17 1718 144 1854 0.0 1368 MCP3654032.1 MCP3654032.1 100 397 0 0 1 397 1 397 8.29e-281 759 XP_036163171.1 XP_036163171.1 100 498 0 0 1 498 1 498 0.0 970 KYP14137.1 KYP14137.1 100 487 0 0 1 487 1 487 0.0 942 KAF5321974.1 KAF5321974.1 100 683 0 0 1 683 1 683 0.0 1154 MCD8523842.1 MCD8523842.1 100 236 0 0 1 236 1 236 4.25e-168 461 RVU05718.1 RVU05718.1 100 411 0 0 1 411 1 411 3.82e-268 729 RVU05718.1 WP_150951972.1 32.0 359 232 3 53 409 53 401 1.04e-49 171 RVU05718.1 WP_132558606.1 26.6 312 200 7 65 369 51 340 6.62e-13 67.8 RVU05718.1 WP_095648367.1 27.5 189 119 5 183 369 214 386 1.75e-11 63.9 WP_096671147.1 WP_096671147.1 100 147 0 0 1 147 1 147 5.31e-107 299 WP_265822109.1 WP_265822109.1 100 892 0 0 1 892 1 892 0.0 1888 WP_265822109.1 WP_220281278.1 26.0 866 464 32 6 807 14 766 3.57e-51 191 WP_265822109.1 HCH8663031.1 24.1 854 497 30 6 809 11 763 6.47e-38 150 WP_265822109.1 EFT8991253.1 22.7 948 540 39 32 823 64 974 2.05e-28 121 WP_265822109.1 HAL7851047.1 24.7 683 367 27 189 818 21 609 4.55e-27 115 WP_265822109.1 WP_081845076.1 21.6 865 483 28 51 860 40 764 2.27e-21 98.2 WP_265822109.1 EJH9475741.1 21.1 849 435 36 53 807 3 710 4.95e-15 77.8 WP_265822109.1 GGB39876.1 23.7 287 200 5 20 304 233 502 1.29e-14 76.6 WP_173081441.1 WP_173081441.1 100 162 0 0 1 162 1 162 8.76e-102 287 EMD82508.1 EMD82508.1 100 52 0 0 1 52 1 52 3.60e-32 103 WP_022710297.1 WP_022710297.1 100 369 0 0 1 369 1 369 6.92e-268 724 MBT3784852.1 MBT3784852.1 100 590 0 0 1 590 1 590 0.0 1177 MBT3784852.1 WP_251758029.1 24.3 460 302 13 31 454 38 487 1.81e-28 118 MBT3784852.1 GIR47037.1 25.7 393 254 12 186 552 224 604 7.16e-23 101 MBT3784852.1 MBK3574312.1 26.3 281 182 8 110 370 130 405 3.80e-20 92.8 MBT3784852.1 UDH58358.1 27.4 179 115 5 202 370 239 412 1.47e-14 75.1 MBT3784852.1 YP_007317140.1 20.0 250 190 3 123 371 34 274 5.87e-06 47.0 WP_059267425.1 WP_059267425.1 100 396 0 0 1 396 1 396 1.12e-273 741 WP_059267425.1 HCG2498768.1 30.3 383 262 1 2 379 9 391 1.79e-49 170 WP_059267425.1 WP_129053744.1 23.3 352 262 4 5 353 11 357 2.81e-27 110 WP_059267425.1 WP_176538754.1 22.7 353 249 8 35 373 28 370 1.24e-10 60.8 WP_138583465.1 WP_138583465.1 100 231 0 0 1 231 1 231 6.08e-170 465 OEC37898.1 OEC37898.1 100 576 0 0 1 576 1 576 0.0 1146 OEC37898.1 MCL4467776.1 31.1 135 68 5 462 573 608 740 3.24e-10 61.2 MBI2416798.1 MBI2416798.1 100 154 0 0 1 154 1 154 1.89e-117 326 MBI2416798.1 WP_260685194.1 50.0 62 31 0 43 104 20 81 1.36e-14 63.5 MBI2416798.1 ECK9821833.1 50.0 54 27 0 51 104 180 233 1.82e-11 58.5 MBI2416798.1 WP_223806191.1 33.8 71 46 1 32 101 212 282 1.05e-07 48.1 WP_276256752.1 WP_276256752.1 100 132 0 0 1 132 1 132 1.03e-99 280 WP_154541351.1 WP_154541351.1 100 282 0 0 1 282 1 282 4.33e-209 568 NXL14598.1 NXL14598.1 100 1340 0 0 1 1340 1 1340 0.0 2518 RUM68418.1 RUM68418.1 100 493 0 0 1 493 1 493 0.0 949 RUM68418.1 MCQ2831693.1 40.7 484 275 7 1 480 1 476 3.96e-112 338 NAB09037.1 NAB09037.1 100 288 0 0 1 288 1 288 1.43e-201 550 WP_152652784.1 WP_152652784.1 100 308 0 0 1 308 1 308 6.95e-219 595 WP_152652784.1 EHR6291555.1 45.6 217 118 0 3 219 327 543 1.48e-60 201 WP_152652784.1 WP_192500494.1 35.3 300 191 2 5 303 2 299 4.31e-57 184 WP_152652784.1 NLW39422.1 34.1 302 182 7 18 305 33 331 8.81e-47 159 WP_152652784.1 RLN50561.1 39.3 206 122 2 16 218 1505 1710 3.44e-37 139 WP_152652784.1 WP_221265680.1 33.6 223 147 1 11 232 25 247 3.63e-36 130 WP_152652784.1 WP_084371009.1 35.5 211 128 4 5 211 2 208 3.45e-34 125 WP_152652784.1 WP_281543397.1 32.0 200 134 2 20 218 4 202 2.12e-30 114 WP_152652784.1 WP_211555180.1 34.7 176 111 1 23 194 21 196 2.52e-25 99.8 WP_152652784.1 WP_197521413.1 32.5 203 126 4 20 221 21 213 2.98e-21 89.7 MCH7618159.1 MCH7618159.1 100 150 0 0 1 150 1 150 1.84e-104 293 WP_166652585.1 WP_166652585.1 100 484 0 0 1 484 1 484 0.0 950 WP_166652585.1 CEH30391.1 26.2 149 99 4 271 408 295 443 1.65e-08 55.1 QPH00767.1 QPH00767.1 100 770 0 0 1 770 1 770 0.0 1487 HCN71343.1 HCN71343.1 100 133 0 0 1 133 1 133 5.74e-93 263 HCN71343.1 CKF71070.1 44.8 125 69 0 7 131 356 480 2.40e-32 118 HCN71343.1 WP_159812831.1 45.5 123 66 1 6 127 278 400 9.78e-30 109 HCN71343.1 HAB03480.1 42.2 135 73 1 2 131 688 822 9.58e-28 105 HCN71343.1 GHI39478.1 45.9 122 64 2 7 128 322 441 1.51e-25 98.2 HCN71343.1 WP_126679569.1 39.4 132 78 2 1 131 400 530 2.86e-19 80.9 HCN71343.1 WP_107169208.1 35.2 122 77 2 7 127 235 355 8.44e-19 79.0 HCN71343.1 WP_255266214.1 39.2 125 73 2 5 129 324 445 3.17e-18 77.8 HCN71343.1 EGR2272270.1 38.9 131 73 4 5 131 547 674 4.57e-18 77.4 HCN71343.1 WP_018646673.1 33.3 126 80 2 6 129 557 680 1.49e-14 67.4 MBN8536342.1 MBN8536342.1 100 616 0 0 1 616 1 616 0.0 1226 MBN8536342.1 HCF6759084.1 49.7 597 277 12 19 604 3 587 5.34e-187 538 MBN8536342.1 PLA74748.1 47.0 593 293 11 19 600 3 585 4.07e-176 511 WP_083453642.1 WP_083453642.1 100 582 0 0 1 582 1 582 0.0 1113 WP_083453642.1 TMG86695.1 35.7 269 126 7 337 567 10 269 3.54e-34 129 WP_083453642.1 WP_061048002.1 33.1 251 144 6 334 569 385 626 5.53e-26 111 WP_083453642.1 HAV2038468.1 30.8 237 148 6 337 568 375 600 4.48e-21 95.5 WP_083453642.1 WP_211114623.1 28.7 247 151 5 337 567 419 656 5.43e-19 89.4 WP_083453642.1 MBK8012537.1 29.0 248 148 9 337 567 341 577 8.32e-17 82.0 WP_083453642.1 WP_225118260.1 28.3 244 153 9 321 554 411 642 2.60e-15 77.4 WP_083453642.1 KFX48203.1 29.7 232 125 8 354 562 699 915 3.32e-11 64.7 WP_083453642.1 WP_166106360.1 25.4 248 161 6 343 576 297 534 4.73e-10 60.5 EDF8564338.1 EDF8564338.1 100 268 0 0 1 268 1 268 1.18e-190 521 GEP01990.1 GEP01990.1 100 429 0 0 1 429 1 429 8.97e-299 808 GEP01990.1 WP_214892570.1 34.7 216 132 5 24 236 11 220 1.02e-30 120 NP_177230.1 NP_177230.1 100 585 0 0 1 585 1 585 0.0 1158 WP_206913767.1 WP_206913767.1 100 163 0 0 1 163 1 163 2.35e-120 334 UOK61174.1 UOK61174.1 100 405 0 0 1 405 1 405 2.18e-296 800 UOK61174.1 HBG17616.1 40.6 96 56 1 262 356 437 532 1.08e-13 70.9 UOK61174.1 MCO4478718.1 34.7 101 65 1 258 357 173 273 2.39e-09 56.2 UOK61174.1 WP_119938117.1 28.7 115 81 1 239 352 152 266 6.01e-08 52.0 UOK61174.1 WP_126376486.1 27.2 92 67 0 266 357 190 281 8.51e-06 45.4 WP_033677965.1 WP_033677965.1 100 134 0 0 1 134 1 134 4.03e-98 276 MBF1231925.1 MBF1231925.1 100 221 0 0 1 221 1 221 1.62e-160 441 MBQ1196899.1 MBQ1196899.1 100 591 0 0 1 591 1 591 0.0 1061 MBQ1196899.1 MCH8904788.1 37.3 357 219 4 4 358 6 359 1.19e-69 234 MBQ1196899.1 WP_280949002.1 40.2 321 178 6 2 314 11 325 3.00e-62 215 MBQ1196899.1 MCF1439711.1 45.8 83 45 0 2 84 3 85 1.07e-22 90.9 WP_189254710.1 WP_189254710.1 100 137 0 0 1 137 1 137 1.39e-104 292 XP_022371551.1 XP_022371551.1 100 895 0 0 1 895 1 895 0.0 1739 PLX13980.1 PLX13980.1 100 317 0 0 1 317 1 317 5.93e-220 599 CAH9132908.1 CAH9132908.1 100 124 0 0 1 124 1 124 3.71e-87 247 HHU23657.1 HHU23657.1 100 278 0 0 1 278 1 278 1.02e-205 560 HHU23657.1 ECG5731039.1 32.1 240 151 3 16 254 3 231 1.45e-33 121 PAV59276.1 PAV59276.1 100 100 0 0 1 100 1 100 1.53e-43 135 WP_233281725.1 WP_233281725.1 100 214 0 0 1 214 1 214 1.95e-144 399 WP_233281725.1 WP_041580422.1 31.9 204 129 2 2 205 18 211 1.41e-25 97.4 WP_233281725.1 WP_035102910.1 33.5 233 115 6 12 209 37 264 2.22e-25 98.2 WP_233281725.1 MCO5064371.1 31.9 216 132 2 2 204 50 263 5.13e-20 84.0 MCA9869097.1 MCA9869097.1 100 636 0 0 1 636 1 636 0.0 1220 MBI1189702.1 MBI1189702.1 100 362 0 0 1 362 1 362 3.53e-262 709 MBI1189702.1 RYY73542.1 46.7 375 184 6 1 362 10 381 9.17e-100 298 MBI1189702.1 MCK9252526.1 41.3 363 203 4 1 354 18 379 8.15e-87 266 MBI1189702.1 MCP4974199.1 28.3 152 98 4 53 204 56 196 2.23e-11 62.8 MBI1189702.1 MCH8293010.1 27.7 177 119 2 68 244 60 227 1.11e-09 57.4 MBI1189702.1 EFX2174330.1 40.7 81 48 0 70 150 65 145 1.42e-09 57.0 MBI1189702.1 WP_218036247.1 43.3 67 33 1 53 119 42 103 3.18e-07 49.7 QOL09497.1 QOL09497.1 100 219 0 0 1 219 1 219 3.33e-127 356 QOL09497.1 YP_008379230.1 37.5 192 120 0 2 193 127 318 1.66e-36 129 QOL09497.1 YP_007317140.1 39.4 216 122 4 3 215 128 337 2.01e-33 121 CAI4531609.1 CAI4531609.1 100 86 0 0 1 86 1 86 7.12e-65 188 WP_012084538.1 WP_012084538.1 100 78 0 0 1 78 1 78 1.01e-38 121 WP_012084538.1 WP_031132573.1 75.6 45 11 0 10 54 15 59 8.64e-20 73.9 MBS1587439.1 MBS1587439.1 100 802 0 0 1 802 1 802 0.0 1592 MBS1587439.1 WP_119815679.1 26.1 796 504 21 17 739 61 845 8.43e-67 237 MBS1587439.1 MBP8741618.1 28.0 607 364 17 5 550 13 607 7.17e-50 185 MBS1587439.1 WP_025983621.1 32.6 181 107 3 5 170 15 195 1.09e-21 92.0 MBS1587439.1 MBI2147080.1 26.5 166 107 5 24 188 38 189 1.11e-08 55.1 WP_109832405.1 WP_109832405.1 100 288 0 0 1 288 1 288 1.24e-211 575 NDH41984.1 NDH41984.1 100 410 0 0 1 410 1 410 4.65e-305 822 NDH41984.1 WP_236355782.1 55.9 422 172 3 2 410 49 469 1.41e-145 433 EFX84833.1 EFX84833.1 100 749 0 0 1 749 1 749 0.0 1553 WP_024498088.1 WP_024498088.1 100 309 0 0 1 309 1 309 4.18e-200 548 WP_024498088.1 WP_003939801.1 53.4 292 112 3 7 296 7 276 5.51e-97 286 WP_024498088.1 HAV8610731.1 32.6 187 119 2 115 299 534 715 1.35e-20 90.5 WP_024498088.1 MCK5466482.1 29.6 189 119 7 116 296 104 286 6.01e-14 69.3 WP_024498088.1 MAJ59213.1 34.5 110 68 2 126 231 671 780 7.56e-10 58.2 WP_130201530.1 WP_130201530.1 100 400 0 0 1 400 1 400 2.55e-297 801 MBO5098538.1 MBO5098538.1 100 88 0 0 1 88 1 88 9.73e-55 162 MBO5098538.1 WP_010016619.1 62.1 87 33 0 2 88 522 608 1.38e-27 102 KAF5115699.1 KAF5115699.1 100 92 0 0 1 92 1 92 8.11e-58 171 KAJ5249775.1 KAJ5249775.1 100 545 0 0 1 545 1 545 0.0 1090 SED04027.1 SED04027.1 100 213 0 0 1 213 1 213 4.24e-143 396 SED04027.1 WP_195473821.1 42.9 154 87 1 1 154 21 173 2.18e-37 127 SED04027.1 MCB9527501.1 42.2 161 89 2 3 163 2 158 1.02e-35 123 RLA59280.1 RLA59280.1 100 408 0 0 1 408 1 408 3.13e-302 815 RLA59280.1 WP_278088590.1 41.3 397 216 5 5 397 2 385 5.84e-96 291 RLA59280.1 MCU1506104.1 28.8 392 233 11 13 393 5 361 7.25e-35 130 RLA59280.1 WP_215638040.1 25.5 388 247 16 9 381 11 371 1.76e-24 102 RLA59280.1 SDW64481.1 28.2 131 66 4 12 142 12 114 9.27e-06 43.1 MAL04956.1 MAL04956.1 100 69 0 0 1 69 1 69 6.81e-42 129 XP_032283352.1 XP_032283352.1 100 2034 0 0 1 2034 1 2034 0.0 4043 XP_048583328.1 XP_048583328.1 100 207 0 0 1 207 1 207 1.45e-156 429 MBL7752135.1 MBL7752135.1 100 135 0 0 1 135 1 135 6.17e-98 275 WP_254301195.1 WP_254301195.1 100 304 0 0 1 304 1 304 8.45e-218 592 WP_254301195.1 WP_200629424.1 30.8 279 174 7 4 271 10 280 1.21e-21 91.3 WP_254301195.1 NED83450.1 33.3 162 102 3 16 172 13 173 8.48e-16 74.7 WP_254301195.1 WP_009620393.1 34.3 172 102 5 10 172 5 174 4.28e-11 60.8 WP_254301195.1 WP_077690175.1 34.6 127 64 5 14 130 10 127 1.03e-07 50.8 WP_254301195.1 MCI2079698.1 30.3 155 86 6 23 164 18 163 3.18e-06 46.2 WP_254301195.1 MAJ71254.1 29.5 112 77 1 19 128 19 130 1.81e-04 40.8 WP_027723927.1 WP_027723927.1 100 397 0 0 1 397 1 397 1.10e-285 772 AOQ89457.1 AOQ89457.1 100 187 0 0 1 187 1 187 1.20e-127 355 AOQ89457.1 QUA05739.1 82.9 187 32 0 1 187 5 191 2.66e-107 304 AOQ89457.1 AVM35379.1 81.2 186 35 0 2 187 1 186 5.47e-105 298 AOQ89457.1 AMA90994.1 80.7 187 36 0 1 187 5 191 1.24e-104 297 AOQ89457.1 AFA24308.1 81.0 184 35 0 4 187 1 184 4.87e-103 293 AOQ89457.1 ADW49125.1 81.4 183 34 0 5 187 1 183 1.35e-102 292 AOQ89457.1 AWS34156.1 79.1 187 39 0 1 187 5 191 2.40e-100 287 AOQ89457.1 AKT58828.1 75.9 187 45 0 1 187 5 191 7.09e-99 282 AOQ89457.1 AFA09475.1 80.8 177 34 0 11 187 1 177 2.34e-97 279 AOQ89457.1 QUQ06080.1 73.3 187 50 0 1 187 5 191 3.77e-97 279 WP_280550159.1 WP_280550159.1 100 306 0 0 1 306 1 306 9.30e-232 628 WP_263549390.1 WP_263549390.1 100 148 0 0 1 148 1 148 2.63e-78 227 MBR4127938.1 MBR4127938.1 100 91 0 0 1 91 1 91 1.70e-63 185 MBR4127938.1 SDW64481.1 61.8 89 34 0 3 91 5 93 3.86e-34 112 KAJ2160675.1 KAJ2160675.1 100 162 0 0 1 162 1 162 1.26e-110 310 WP_165149223.1 WP_165149223.1 100 346 0 0 1 346 1 346 1.87e-258 699 WP_154427248.1 WP_154427248.1 100 528 0 0 1 528 1 528 0.0 1116 XP_003056335.1 XP_003056335.1 100 529 0 0 1 529 1 529 0.0 1093 XP_003056335.1 XP_034264344.1 29.2 394 183 10 132 521 66 367 7.05e-44 158 MIX29656.1 MIX29656.1 100 274 0 0 1 274 1 274 3.66e-197 538 MIX29656.1 WP_219798185.1 23.4 158 119 1 24 181 41 196 5.09e-09 54.3 SCN76227.1 SCN76227.1 100 619 0 0 1 619 1 619 0.0 1244 SCN76227.1 XP_027422845.1 22.2 518 330 10 85 564 28 510 2.51e-31 127 SCN76227.1 WP_232790853.1 25.5 487 281 16 76 535 11 442 8.17e-31 124 SCN76227.1 WP_270570428.1 27.0 241 134 11 77 312 4 207 7.67e-12 66.2 SCN76227.1 QLP56207.1 26.8 228 119 8 80 304 13 195 2.66e-06 48.5 WP_042211112.1 WP_042211112.1 100 320 0 0 1 320 1 320 5.05e-243 657 WP_170834655.1 WP_170834655.1 100 55 0 0 1 55 1 55 1.22e-29 97.1 MBS5796435.1 MBS5796435.1 100 823 0 0 1 823 1 823 0.0 1541 WP_235959345.1 WP_235959345.1 100 660 0 0 1 660 1 660 0.0 1253 HHX25519.1 HHX25519.1 100 140 0 0 1 140 1 140 2.90e-103 289 WP_199690327.1 WP_199690327.1 100 366 0 0 1 366 1 366 6.72e-253 686 WP_195694458.1 WP_195694458.1 100 373 0 0 1 373 1 373 6.75e-277 748 PTT91340.1 PTT91340.1 100 54 0 0 1 54 1 54 6.86e-31 100 MBQ1405588.1 MBQ1405588.1 100 313 0 0 1 313 1 313 1.93e-223 607 MBQ1405588.1 MBQ1897904.1 47.8 299 156 0 4 302 6 304 1.23e-101 299 KFV95086.1 KFV95086.1 100 576 0 0 1 576 1 576 0.0 1085 WP_187027854.1 WP_187027854.1 100 325 0 0 1 325 1 325 2.25e-253 684 NDU77367.1 NDU77367.1 100 122 0 0 1 122 1 122 1.25e-93 263 XP_029370816.1 XP_029370816.1 100 361 0 0 1 361 1 361 3.81e-295 793 PYX86466.1 PYX86466.1 100 290 0 0 1 290 1 290 7.29e-196 536 MBN9117024.1 MBN9117024.1 100 103 0 0 1 103 1 103 2.74e-52 157 AXZ65741.1 AXZ65741.1 100 188 0 0 1 188 1 188 1.21e-132 367 AXZ65741.1 AMA90994.1 79.3 188 39 0 1 188 1 188 4.71e-107 303 AXZ65741.1 QUQ06080.1 79.3 188 39 0 1 188 1 188 5.81e-106 301 AXZ65741.1 ABQ63546.1 78.6 187 40 0 2 188 1 187 2.28e-105 300 AXZ65741.1 AKT58828.1 77.7 188 42 0 1 188 1 188 1.71e-104 296 AXZ65741.1 AVM35379.1 80.9 183 35 0 6 188 1 183 2.32e-104 297 AXZ65741.1 QUA05739.1 76.1 188 45 0 1 188 1 188 4.36e-104 296 AXZ65741.1 AFA24308.1 78.3 180 39 0 9 188 2 181 6.87e-101 288 AXZ65741.1 AWS34156.1 73.9 188 49 0 1 188 1 188 2.50e-100 287 AXZ65741.1 ADW49125.1 77.8 180 40 0 9 188 1 180 7.72e-100 285 WP_132175930.1 WP_132175930.1 100 333 0 0 1 333 1 333 6.35e-239 648 WP_132175930.1 QIC18874.1 40.1 237 142 0 11 247 6 242 2.37e-61 196 WP_132175930.1 WP_084371009.1 31.3 246 162 3 37 280 12 252 4.43e-34 125 WP_132175930.1 WP_152652784.1 33.6 235 144 4 33 267 11 233 1.82e-32 121 WP_132175930.1 NVM03966.1 31.5 232 148 4 7 238 6 226 3.34e-32 120 WP_132175930.1 EHR6291555.1 34.1 220 128 5 35 247 337 546 4.12e-32 124 WP_132175930.1 MBP1876254.1 29.5 251 170 3 42 288 20 267 1.44e-26 106 WP_132175930.1 MSO30570.1 29.4 211 142 2 40 247 19 225 4.18e-24 99.4 WP_132175930.1 MCB0243881.1 29.8 215 140 5 31 236 9 221 5.16e-19 82.8 WP_132175930.1 NNE23115.1 23.5 226 161 4 47 267 22 240 3.73e-13 67.8 WP_055411085.1 WP_055411085.1 100 339 0 0 1 339 1 339 4.81e-237 644 WP_055411085.1 WP_125625723.1 25.6 347 226 7 6 337 12 341 2.32e-25 102 CAE6438319.1 CAE6438319.1 100 344 0 0 1 344 1 344 1.09e-265 717 WP_009257967.1 WP_009257967.1 100 757 0 0 1 757 1 757 0.0 1475 WP_009257967.1 MCJ2136558.1 28.5 372 205 15 358 704 36 371 1.53e-16 80.5 WP_009257967.1 QQH27121.1 24.8 133 92 4 270 394 52 184 2.53e-08 53.1 XP_021377602.1 XP_021377602.1 100 735 0 0 1 735 1 735 0.0 1443 KJV99157.1 KJV99157.1 100 291 0 0 1 291 1 291 9.09e-211 573 EHR73697.1 EHR73697.1 100 622 0 0 1 622 1 622 0.0 1140 EHR73697.1 PIR55147.1 42.7 82 44 3 429 507 451 532 9.54e-06 47.0 MBQ2688679.1 MBQ2688679.1 100 446 0 0 1 446 1 446 1.89e-288 783 CAF4001745.1 CAF4001745.1 100 74 0 0 1 74 1 74 4.40e-47 142 WP_264144890.1 WP_264144890.1 100 381 0 0 1 381 1 381 3.88e-271 734 WP_264144890.1 WP_130962786.1 34.8 382 238 5 2 375 4 382 3.55e-61 200 WP_264144890.1 WP_070310045.1 33.6 363 228 6 2 352 4 365 1.61e-46 167 WP_264144890.1 WP_097199932.1 20.5 229 165 5 2 222 39 258 6.21e-06 46.2 NEO77458.1 NEO77458.1 100 246 0 0 1 246 1 246 1.92e-80 240 GBD21712.1 GBD21712.1 100 169 0 0 1 169 1 169 1.70e-125 348 WP_138405018.1 WP_138405018.1 100 545 0 0 1 545 1 545 0.0 1018 WP_138405018.1 HBN08959.1 30.1 153 90 4 64 213 108 246 4.60e-11 61.6 XP_025425233.1 XP_025425233.1 100 176 0 0 1 176 1 176 1.31e-112 316 WP_043343784.1 WP_043343784.1 100 535 0 0 1 535 1 535 0.0 1050 WP_043343784.1 NVK26228.1 32.2 521 298 11 38 534 2 491 1.42e-73 240 WP_043343784.1 MBW0108125.1 29.8 496 289 18 41 514 43 501 2.68e-26 110 MBN3879913.1 MBN3879913.1 100 97 0 0 1 97 1 97 2.74e-56 167 XP_020282545.1 XP_020282545.1 100 360 0 0 1 360 1 360 4.55e-195 540 WP_093361010.1 WP_093361010.1 100 142 0 0 1 142 1 142 3.64e-98 276 XP_034262050.1 XP_034262050.1 100 211 0 0 1 211 1 211 6.15e-160 438 OWZ21453.1 OWZ21453.1 100 433 0 0 1 433 1 433 1.09e-317 856 WP_140204528.1 WP_140204528.1 100 181 0 0 1 181 1 181 9.67e-131 362 WP_206254325.1 WP_206254325.1 100 117 0 0 1 117 1 117 3.96e-81 231 WP_278843343.1 WP_278843343.1 100 1083 0 0 1 1083 1 1083 0.0 2160 WP_278843343.1 WP_146272353.1 26.0 1135 642 37 2 1083 16 1005 2.35e-80 282 WP_278843343.1 WP_214826002.1 26.9 1036 587 36 107 1083 40 963 6.67e-71 254 WP_278843343.1 MBP3518143.1 24.8 1104 684 41 31 1083 56 1067 1.29e-66 242 WP_278843343.1 WP_259301651.1 23.4 1116 683 51 21 1083 55 1050 8.79e-48 184 WP_278843343.1 MCB9353584.1 24.2 1139 692 41 12 1083 10 1041 2.45e-46 179 MBL4542294.1 MBL4542294.1 100 108 0 0 1 108 1 108 5.01e-73 210 GCE99025.1 GCE99025.1 100 327 0 0 1 327 1 327 6.50e-229 622 MCL2537505.1 MCL2537505.1 100 155 0 0 1 155 1 155 1.75e-109 306 MCL2537505.1 OAN53756.1 47.7 44 23 0 15 58 12 55 8.32e-07 45.4 XP_049847771.1 XP_049847771.1 100 580 0 0 1 580 1 580 2.99e-163 476 MCC7321896.1 MCC7321896.1 100 234 0 0 1 234 1 234 2.46e-166 456 MCE5280144.1 MCE5280144.1 100 678 0 0 1 678 1 678 0.0 1373 MCE5280144.1 MCL7398932.1 31.0 374 216 6 17 353 118 486 8.70e-55 193 MCE5280144.1 MBR6875525.1 27.9 330 204 13 12 324 14 326 6.73e-23 99.4 MBX3615544.1 MBX3615544.1 100 424 0 0 1 424 1 424 1.04e-315 850 XP_047443619.1 XP_047443619.1 100 273 0 0 1 273 1 273 1.85e-185 508 GBU10433.1 GBU10433.1 100 495 0 0 1 495 1 495 0.0 994 GBU10433.1 MCJ7686803.1 48.7 39 20 0 5 43 146 184 2.06e-06 48.5 ECG5731039.1 ECG5731039.1 100 267 0 0 1 267 1 267 5.39e-191 521 ECG5731039.1 HHU23657.1 32.1 240 151 3 3 231 16 254 5.35e-33 120 ECG5731039.1 MBN9534694.1 25.2 266 148 8 22 240 37 298 2.11e-12 64.3 ECG5731039.1 WP_062517857.1 30.6 173 97 6 1 156 11 177 1.73e-11 61.6 ECG5731039.1 HHZ84751.1 27.1 144 68 5 25 132 39 181 1.83e-08 52.8 KAI4261063.1 KAI4261063.1 100 106 0 0 1 106 1 106 1.29e-74 214 RME91291.1 RME91291.1 100 564 0 0 1 564 1 564 0.0 1062 KAF8902954.1 KAF8902954.1 100 415 0 0 1 415 1 415 3.14e-301 813 WP_128492049.1 WP_128492049.1 100 449 0 0 1 449 1 449 5.19e-315 850 NXJ09179.1 NXJ09179.1 100 218 0 0 1 218 1 218 7.93e-130 363 MBM3211208.1 MBM3211208.1 100 328 0 0 1 328 1 328 5.69e-244 660 XP_037269637.1 XP_037269637.1 100 2820 0 0 1 2820 1 2820 0.0 6003 WP_266300278.1 WP_266300278.1 100 82 0 0 1 82 1 82 8.04e-49 147 MBT3283615.1 MBT3283615.1 100 322 0 0 1 322 1 322 2.72e-248 671 HBB8861935.1 HBB8861935.1 100 54 0 0 1 54 1 54 3.21e-38 118 MBP1762081.1 MBP1762081.1 100 199 0 0 1 199 1 199 1.84e-146 403 ESW62330.1 ESW62330.1 100 160 0 0 1 160 1 160 8.23e-115 320 WP_139216328.1 WP_139216328.1 100 99 0 0 1 99 1 99 1.09e-74 214 XP_031159380.1 XP_031159380.1 100 1180 0 0 1 1180 1 1180 0.0 2217 WP_145549645.1 WP_145549645.1 100 803 0 0 1 803 1 803 0.0 1506 MCB0396773.1 MCB0396773.1 100 623 0 0 1 623 1 623 0.0 1290 WP_040532466.1 WP_040532466.1 100 362 0 0 1 362 1 362 2.82e-268 725 WP_040532466.1 MBF0865514.1 53.7 311 143 1 4 314 11 320 2.33e-120 350 WP_040532466.1 WP_057452934.1 52.7 313 147 1 4 316 9 320 2.14e-117 342 WP_040532466.1 WP_083296738.1 49.8 307 153 1 8 314 24 329 3.71e-105 311 WP_040532466.1 WP_277324932.1 34.7 303 187 7 9 306 18 314 1.25e-48 167 XP_042399294.1 XP_042399294.1 100 516 0 0 1 516 1 516 0.0 1057 MBS1222269.1 MBS1222269.1 100 202 0 0 1 202 1 202 1.99e-122 343 MBS1222269.1 WP_247392216.1 46.0 202 99 1 1 202 1 192 1.77e-49 160 MBS1222269.1 WP_186153646.1 43.1 204 104 6 1 202 1 194 2.23e-42 141 MBS1222269.1 WP_243269836.1 62.0 121 41 2 85 202 59 177 9.63e-39 139 MBS1222269.1 WP_001537381.1 58.6 116 46 2 89 202 45 160 3.48e-34 126 MBS1222269.1 WP_045125019.1 58.3 115 47 1 88 202 98 211 6.13e-33 120 MBS1222269.1 WP_230822898.1 39.6 159 72 3 63 202 30 183 1.84e-22 92.4 MCR5249229.1 MCR5249229.1 100 324 0 0 1 324 1 324 2.41e-243 659 EOX98511.1 EOX98511.1 100 64 0 0 1 64 1 64 1.51e-36 115 WP_263871176.1 WP_263871176.1 100 268 0 0 1 268 1 268 6.70e-181 496 XP_015675072.1 XP_015675072.1 100 606 0 0 1 606 1 606 3.16e-250 699 WP_221874538.1 WP_221874538.1 100 145 0 0 1 145 1 145 3.90e-108 302 WP_221874538.1 WP_063477675.1 35.1 134 79 3 13 145 45 171 1.35e-22 86.3 WP_147728825.1 WP_147728825.1 100 431 0 0 1 431 1 431 1.59e-318 858 EWA78047.1 EWA78047.1 100 75 0 0 1 75 1 75 3.05e-52 155 WP_137499306.1 WP_137499306.1 100 207 0 0 1 207 1 207 1.19e-146 404 WP_254467474.1 WP_254467474.1 100 775 0 0 1 775 1 775 0.0 1524 WP_254467474.1 MBO1518138.1 27.8 705 432 22 132 775 50 738 7.40e-48 179 WP_254467474.1 WP_059812501.1 25.5 690 431 22 106 751 54 704 2.64e-39 154 WP_254467474.1 KAA1286543.1 26.8 776 480 30 52 772 6 748 3.61e-33 135 WP_254467474.1 MBX9747080.1 23.4 209 144 6 142 340 3 205 7.47e-06 47.8 WP_254467474.1 WP_222018129.1 31.6 117 75 2 158 269 54 170 2.78e-05 45.8 WP_254467474.1 MCE2873365.1 27.4 124 64 5 156 261 52 167 1.21e-04 43.9 WP_254467474.1 OGU48181.1 29.9 117 78 4 162 276 82 196 1.92e-04 43.1 WP_209241541.1 WP_209241541.1 100 471 0 0 1 471 1 471 0.0 890 WP_209241541.1 EIC7331684.1 36.5 457 270 6 17 461 23 471 4.28e-79 253 WP_209241541.1 WP_093868643.1 33.0 469 274 10 13 471 6 444 9.09e-62 206 WP_209241541.1 HBU57020.1 43.3 134 68 2 341 469 1 131 4.54e-24 95.9 WP_209241541.1 WP_006305873.1 30.3 356 216 12 23 359 12 354 1.90e-17 82.8 CAI4270029.1 CAI4270029.1 100 1093 0 0 1 1093 1 1093 0.0 1914 KAI5947122.1 KAI5947122.1 100 687 0 0 1 687 1 687 0.0 1366 XP_051382515.1 XP_051382515.1 100 593 0 0 1 593 1 593 0.0 1168 MCS7125979.1 MCS7125979.1 100 75 0 0 1 75 1 75 3.05e-52 155 MXP43753.1 MXP43753.1 100 262 0 0 1 262 1 262 3.66e-191 521 MXP43753.1 WP_174822921.1 72.9 255 69 0 8 262 1 255 1.16e-135 381 MXP43753.1 OAN53756.1 71.6 250 71 0 13 262 10 259 1.21e-131 371 MXP43753.1 WP_207918089.1 63.1 252 92 1 11 262 2 252 4.87e-113 323 MXP43753.1 MBC7326981.1 60.0 250 98 2 14 262 6 254 7.67e-108 310 MXP43753.1 WP_158791585.1 57.6 245 100 4 20 262 10 252 8.75e-97 282 MXP43753.1 WP_072380563.1 29.4 248 168 3 15 261 2 243 1.14e-33 120 MXP43753.1 MBP1876254.1 34.8 233 138 7 25 253 16 238 4.24e-32 119 MXP43753.1 GLY24463.1 29.1 244 155 7 25 257 19 255 1.01e-25 101 MXP43753.1 WP_084371009.1 26.3 224 148 6 15 236 3 211 3.40e-21 89.0 MBD9700330.1 MBD9700330.1 100 161 0 0 1 161 1 161 9.97e-112 312 WP_072184911.1 WP_072184911.1 100 522 0 0 1 522 1 522 3.01e-319 867 MBI1992098.1 MBI1992098.1 100 153 0 0 1 153 1 153 2.91e-107 300 OBC01194.1 OBC01194.1 100 713 0 0 1 713 1 713 0.0 1292 WP_203304418.1 WP_203304418.1 100 770 0 0 1 770 1 770 0.0 1452 WP_145254095.1 WP_145254095.1 100 203 0 0 1 203 1 203 1.02e-145 402 NLV89229.1 NLV89229.1 100 299 0 0 1 299 1 299 7.86e-184 506 MCQ8893008.1 MCQ8893008.1 100 79 0 0 1 79 1 79 9.94e-53 157 WP_221968558.1 WP_221968558.1 100 134 0 0 1 134 1 134 2.07e-91 259 WP_221968558.1 WP_058935081.1 46.2 119 64 0 14 132 16 134 1.34e-32 110 MBA2782760.1 MBA2782760.1 100 330 0 0 1 330 1 330 1.57e-242 657 WP_232465954.1 WP_232465954.1 100 713 0 0 1 713 1 713 0.0 1419 WP_164588414.1 WP_164588414.1 100 540 0 0 1 540 1 540 0.0 986 MBO4522510.1 MBO4522510.1 100 194 0 0 1 194 1 194 2.42e-135 375 WP_206762159.1 WP_206762159.1 100 452 0 0 1 452 1 452 0.0 882 MBR7152669.1 MBR7152669.1 100 169 0 0 1 169 1 169 1.51e-119 333 MBR7152669.1 WP_259568097.1 37.7 162 99 1 6 167 8 167 1.41e-32 120 KAF0721509.1 KAF0721509.1 100 238 0 0 1 238 1 238 2.46e-168 462 WP_241695219.1 WP_241695219.1 100 120 0 0 1 120 1 120 5.56e-78 224 XP_036174925.1 XP_036174925.1 100 837 0 0 1 837 1 837 0.0 1574 WP_236387036.1 WP_236387036.1 100 654 0 0 1 654 1 654 0.0 1340 WP_236387036.1 WP_006799194.1 64.7 660 223 6 1 653 1 657 0.0 889 WP_236387036.1 WP_131751929.1 49.6 367 165 6 294 653 291 644 2.91e-114 355 WP_165356608.1 WP_165356608.1 100 84 0 0 1 84 1 84 3.62e-55 163 PFQ70995.1 PFQ70995.1 100 391 0 0 1 391 1 391 3.71e-290 783 PFQ70995.1 HCI94645.1 30.6 346 228 4 52 390 67 407 1.15e-51 176 MYE57211.1 MYE57211.1 100 203 0 0 1 203 1 203 1.07e-156 429 MYE57211.1 WP_145616262.1 51.7 203 92 3 7 203 6 208 8.19e-67 210 MYE57211.1 NNE87648.1 47.5 200 100 2 7 201 6 205 2.18e-58 188 MYE57211.1 WP_024330540.1 39.9 218 110 5 5 202 4 220 1.20e-44 153 MYE57211.1 DAZ71054.1 33.6 223 120 6 7 202 37 258 6.21e-36 127 MYE57211.1 CSP94261.1 37.3 204 107 6 7 203 19 208 2.35e-33 118 WP_008132112.1 WP_008132112.1 100 754 0 0 1 754 1 754 0.0 1576 XP_022789336.1 XP_022789336.1 100 414 0 0 1 414 1 414 1.34e-306 826 WP_264695257.1 WP_264695257.1 100 492 0 0 1 492 1 492 0.0 920 WP_219954954.1 WP_219954954.1 100 438 0 0 1 438 1 438 4.25e-297 804 WP_219954954.1 WP_029317544.1 28.4 436 292 6 8 431 6 433 5.63e-41 150 WP_219954954.1 MBE6713534.1 28.1 398 276 5 15 406 13 406 2.11e-40 148 WP_219954954.1 EAA7679439.1 30.7 267 176 4 166 430 252 511 1.89e-33 130 WP_219954954.1 WP_023955328.1 22.4 340 254 5 6 338 4 340 5.35e-14 71.2 AAR06568.1 AAR06568.1 100 449 0 0 1 449 1 449 1.42e-273 746 WP_043239074.1 WP_043239074.1 100 268 0 0 1 268 1 268 5.20e-194 529 KAB2838176.1 KAB2838176.1 100 238 0 0 1 238 1 238 1.50e-153 424 KAB2838176.1 MCD4805360.1 28.4 229 145 8 22 238 20 241 1.11e-07 50.1 KAB2838176.1 WP_236777269.1 28.0 182 126 1 37 218 42 218 5.27e-05 42.0 MBS1617120.1 MBS1617120.1 100 169 0 0 1 169 1 169 2.32e-123 342 WP_129629290.1 WP_129629290.1 100 343 0 0 1 343 1 343 4.96e-257 695 KRN01502.1 KRN01502.1 100 132 0 0 1 132 1 132 5.75e-88 250 ACF74449.1 ACF74449.1 100 505 0 0 1 505 1 505 0.0 1014 ACF74449.1 XP_028717800.1 27.9 466 310 11 32 488 28 476 8.91e-42 154 ACF74449.1 XP_054844157.1 27.7 462 299 13 27 473 42 483 1.97e-39 148 ACF74449.1 XP_041334537.1 26.0 430 274 12 57 474 44 441 7.58e-29 117 ACF74449.1 XP_046922164.1 23.8 474 289 11 15 478 15 426 1.47e-28 116 ACF74449.1 PWI72242.1 24.4 464 316 9 13 470 22 456 2.84e-28 116 ACF74449.1 XP_037327098.1 23.3 454 300 13 35 468 39 464 3.79e-26 109 ACF74449.1 NWX34570.1 32.8 177 112 4 276 449 300 472 1.28e-20 93.2 ACF74449.1 XP_016265944.1 27.9 226 143 8 283 492 312 533 4.61e-09 57.0 ACF74449.1 OJT07575.1 23.6 208 135 5 283 468 302 507 1.73e-07 52.0 WP_088527814.1 WP_088527814.1 100 188 0 0 1 188 1 188 3.09e-135 374 WP_088527814.1 MCR5007903.1 46.8 188 98 2 1 186 1 188 8.03e-55 171 WP_088527814.1 WP_122081718.1 41.9 191 99 5 2 186 4 188 5.33e-43 141 WP_088527814.1 MCF2638803.1 29.8 124 64 8 73 176 104 224 2.92e-05 41.6 WP_258825945.1 WP_258825945.1 100 290 0 0 1 290 1 290 8.06e-209 568 WP_258825945.1 MCF8210731.1 72.8 287 78 0 1 287 1 287 2.07e-156 436 WP_008045531.1 WP_008045531.1 100 760 0 0 1 760 1 760 0.0 1474 WP_008045531.1 GIC06559.1 42.8 753 386 16 24 760 8 731 2.45e-170 506 WP_008045531.1 NUQ31250.1 26.0 304 170 7 452 754 98 347 7.22e-17 81.3 WP_008045531.1 MBS4968936.1 26.9 160 101 2 609 756 130 285 2.65e-11 63.5 WP_045064390.1 WP_045064390.1 100 178 0 0 1 178 1 178 6.31e-75 221 MCU1589779.1 MCU1589779.1 100 522 0 0 1 522 1 522 0.0 1027 MCU1589779.1 NUV85209.1 37.5 253 151 4 272 519 255 505 4.74e-40 150 MCU1589779.1 MBL8169415.1 30.5 239 157 4 286 520 370 603 1.37e-24 105 XP_049224720.1 XP_049224720.1 100 689 0 0 1 689 1 689 0.0 1407 XP_049224720.1 RKK88308.1 25.6 531 308 17 60 578 60 515 5.91e-23 102 MBQ0033687.1 MBQ0033687.1 100 394 0 0 1 394 1 394 2.11e-302 814 MBP3425637.1 MBP3425637.1 100 666 0 0 1 666 1 666 1.18e-243 687 MCR5285329.1 MCR5285329.1 100 564 0 0 1 564 1 564 0.0 1085 MCR5285329.1 WP_174048133.1 29.1 230 135 8 272 497 194 399 3.80e-14 72.8 XP_020103231.1 XP_020103231.1 100 450 0 0 1 450 1 450 1.50e-303 822 XP_020103231.1 MCS6830908.1 40.3 357 194 7 90 438 4 349 4.89e-67 217 XP_020103231.1 CAB0780497.1 38.7 351 205 5 92 439 4 347 1.22e-66 216 XP_020103231.1 NCW99628.1 36.4 162 89 2 276 437 6 153 5.15e-26 102 XP_020103231.1 XP_002430673.1 44.1 59 33 0 93 151 5 63 1.31e-10 55.5 WP_258394058.1 WP_258394058.1 100 309 0 0 1 309 1 309 9.54e-222 603 WP_196823726.1 WP_196823726.1 100 46 0 0 1 46 1 46 2.84e-31 100 WP_162334308.1 WP_162334308.1 100 139 0 0 1 139 1 139 3.39e-97 274 WP_020394619.1 WP_020394619.1 100 468 0 0 1 468 1 468 0.0 932 TMH05674.1 TMH05674.1 100 254 0 0 1 254 1 254 6.32e-163 449 TMH05674.1 WP_277690767.1 41.3 242 128 1 23 250 34 275 5.63e-44 148 WP_112116848.1 WP_112116848.1 100 540 0 0 1 540 1 540 0.0 1007 HCH2726488.1 HCH2726488.1 100 728 0 0 1 728 1 728 0.0 1425 HCH2726488.1 WP_249351853.1 31.9 342 208 7 365 697 9 334 1.24e-47 171 HCH2726488.1 MBR4838026.1 35.8 232 147 2 319 549 5 235 1.64e-39 144 HCH2726488.1 GAL07990.1 61.5 78 30 0 340 417 1 78 4.45e-25 97.8 MBK6833697.1 MBK6833697.1 100 818 0 0 1 818 1 818 0.0 1612 MBK6833697.1 WP_259301651.1 31.2 77 50 1 25 101 60 133 3.96e-04 42.4 XP_025975121.1 XP_025975121.1 100 239 0 0 1 239 1 239 3.40e-139 388 WP_103270848.1 WP_103270848.1 100 263 0 0 1 263 1 263 3.12e-188 514 WP_103270848.1 MCD5879085.1 46.2 143 76 1 26 168 35 176 3.51e-37 128 WP_103270848.1 MCP4774001.1 31.4 229 145 4 44 260 49 277 3.37e-29 110 WP_103270848.1 WP_201520784.1 31.9 248 155 7 26 262 30 274 4.80e-29 109 NXS05193.1 NXS05193.1 100 72 0 0 1 72 1 72 1.48e-53 158 MBC6481257.1 MBC6481257.1 100 464 0 0 1 464 1 464 0.0 924 MBC6481257.1 MCI4325574.1 50.0 308 143 6 9 314 13 311 1.73e-94 287 MBC6481257.1 MBE0669914.1 42.6 305 167 4 9 313 9 305 5.98e-81 251 MBC6481257.1 WP_116803659.1 29.1 306 191 7 15 309 1 291 1.78e-35 132 KAE9963299.1 KAE9963299.1 100 1321 0 0 55 1375 55 1375 0.0 2357 WP_048771567.1 WP_048771567.1 100 269 0 0 1 269 1 269 1.96e-194 530 WP_237560484.1 WP_237560484.1 100 225 0 0 1 225 1 225 3.83e-170 465 KAG6786301.1 KAG6786301.1 100 281 0 0 1 281 1 281 2.87e-193 528 OIQ39557.1 OIQ39557.1 100 472 0 0 1 472 1 472 0.0 959 WP_190063487.1 WP_190063487.1 100 63 0 0 1 63 1 63 3.50e-48 144 WP_006075792.1 WP_006075792.1 100 197 0 0 1 197 1 197 6.44e-146 402 XP_051120762.1 XP_051120762.1 100 188 0 0 1 188 1 188 2.52e-125 349 MRB06557.1 MRB06557.1 100 127 0 0 1 127 1 127 1.81e-93 263 WP_136085111.1 WP_136085111.1 100 58 0 0 1 58 1 58 4.07e-36 113 CAF3446016.1 CAF3446016.1 100 988 0 0 1 988 1 988 0.0 1962 MBZ5699012.1 MBZ5699012.1 100 148 0 0 1 148 1 148 3.17e-95 270 MBZ5699012.1 WP_190772838.1 42.5 153 81 5 1 148 5 155 1.15e-24 91.3 GEX59890.1 GEX59890.1 100 493 0 0 1 493 1 493 0.0 973 GEX59890.1 GFD45028.1 74.2 31 8 0 463 493 44 74 8.62e-07 45.4 WP_130523666.1 WP_130523666.1 100 414 0 0 1 414 1 414 4.60e-298 805 MCB0447703.1 MCB0447703.1 100 208 0 0 1 208 1 208 1.13e-140 389 WAR09170.1 WAR09170.1 100 230 0 0 1 230 1 230 8.31e-96 278 KAA0009614.1 KAA0009614.1 100 582 0 0 1 582 1 582 0.0 1175 KAA0009614.1 OGD46026.1 27.0 237 159 5 143 368 220 453 2.37e-18 86.7 MBI6809448.1 MBI6809448.1 100 285 0 0 1 285 1 285 1.56e-183 504 WP_123226257.1 WP_123226257.1 100 216 0 0 1 216 1 216 7.82e-113 320 KAF9308882.1 KAF9308882.1 100 110 0 0 1 110 1 110 1.79e-58 174 WP_058635033.1 WP_058635033.1 100 329 0 0 1 329 1 329 6.07e-235 638 WP_058635033.1 WP_251874466.1 52.5 318 150 1 4 320 5 322 2.08e-111 325 WP_058635033.1 WP_059510827.1 35.4 328 195 4 1 321 1 318 3.50e-53 176 WP_058635033.1 WP_234306850.1 37.4 262 159 3 44 304 44 301 2.73e-51 170 WP_058635033.1 WP_116701099.1 34.8 282 173 5 31 307 34 309 3.85e-44 152 WP_058635033.1 MBK5104727.1 33.8 222 144 2 18 236 24 245 5.32e-40 139 WP_058635033.1 WP_012724915.1 35.5 256 148 5 69 310 70 322 2.32e-36 132 WP_058635033.1 WP_166225641.1 29.7 293 196 6 19 304 25 314 1.32e-31 120 WP_058635033.1 WP_095128211.1 32.3 300 182 9 19 309 16 303 2.91e-31 118 WP_058635033.1 MBC99785.1 27.8 299 200 5 22 305 17 314 1.07e-30 116 KAG2929087.1 KAG2929087.1 100 163 0 0 1 163 1 163 3.34e-120 334 ODU23539.1 ODU23539.1 100 63 0 0 1 63 1 63 6.16e-40 123 WP_186229980.1 WP_186229980.1 100 488 0 0 1 488 1 488 0.0 955 KAJ7545197.1 KAJ7545197.1 100 351 0 0 1 351 1 351 5.43e-265 716 KAJ7545197.1 KAG6471244.1 54.5 101 42 1 18 118 6 102 2.83e-29 113 KAJ7545197.1 CAH0727316.1 29.9 204 114 6 15 202 5 195 1.27e-17 82.4 KKT55671.1 KKT55671.1 100 619 0 0 1 619 1 619 0.0 1181 KKT55671.1 WP_117920451.1 39.3 565 323 9 26 578 19 575 6.20e-128 388 KKT55671.1 WP_086280341.1 34.6 569 349 12 13 579 2 549 3.67e-94 300 KKT55671.1 MCJ7594907.1 52.4 231 105 2 375 601 1 230 2.50e-73 234 KKT55671.1 MBP1746912.1 22.4 241 138 8 300 492 4 243 1.40e-05 46.2 XP_043494069.1 XP_043494069.1 100 2149 0 0 1 2149 1 2149 0.0 4310 XP_043494069.1 XP_056429915.1 25.8 1023 652 33 483 1444 34 1007 2.33e-68 252 XP_043494069.1 XP_039985286.1 23.6 381 242 11 1293 1663 140 481 3.35e-07 53.9 XP_035812514.1 XP_035812514.1 100 629 0 0 1 629 1 629 0.0 1240 XP_035812514.1 XP_054751877.1 55.5 687 179 13 35 627 8 661 3.47e-217 619 HIX59898.1 HIX59898.1 100 246 0 0 1 246 1 246 4.80e-179 489 HIX59898.1 MBM3921745.1 28.6 206 137 7 14 217 22 219 2.22e-16 74.3 MBL0273084.1 MBL0273084.1 100 307 0 0 1 307 1 307 3.23e-228 619 MBL0273084.1 NOT03931.1 30.3 307 205 5 1 304 6 306 8.01e-45 153 WP_077066366.1 WP_077066366.1 100 194 0 0 1 194 1 194 1.24e-128 358 WP_001531669.1 WP_001531669.1 100 686 0 0 1 686 1 686 0.0 1097 WP_001531669.1 EER6968786.1 87.3 118 15 0 1 118 1 118 4.57e-63 206 WP_001531669.1 WP_089566156.1 86.0 50 7 0 70 119 1 50 7.09e-18 84.7 MSX26960.1 MSX26960.1 100 230 0 0 1 230 1 230 5.63e-170 465 MSX26960.1 MCL4851158.1 30.9 223 137 4 1 221 1 208 2.69e-30 110 RCK62276.1 RCK62276.1 100 90 0 0 1 90 1 90 1.08e-52 157 XP_023957144.1 XP_023957144.1 100 262 0 0 887 1148 887 1148 1.52e-180 558 XP_023957144.1 XP_036437421.1 36.5 252 136 7 914 1147 1509 1735 3.12e-42 167 WP_262014488.1 WP_262014488.1 100 232 0 0 1 232 1 232 5.44e-178 486 NOZ88085.1 NOZ88085.1 100 192 0 0 1 192 1 192 4.55e-139 384 XP_051216225.1 XP_051216225.1 100 871 0 0 1 871 1 871 0.0 1736 XP_051216225.1 XP_052337646.1 33.2 739 367 20 249 870 688 1416 3.07e-93 320 XP_051216225.1 NWH38694.1 34.4 160 90 3 726 871 327 485 3.59e-22 99.4 XP_051216225.1 KAI4882225.1 23.0 671 366 21 246 870 244 809 2.97e-18 88.2 MBO1089156.1 MBO1089156.1 100 301 0 0 1 301 1 301 4.25e-230 623 GIW56314.1 GIW56314.1 100 66 0 0 1 66 1 66 1.76e-47 142 PXL39359.1 PXL39359.1 100 63 0 0 1 63 1 63 1.06e-40 125 WP_073277800.1 WP_073277800.1 100 336 0 0 1 336 1 336 7.57e-253 684 PPS91010.1 PPS91010.1 100 96 0 0 1 96 1 96 6.24e-66 191 WP_253808359.1 WP_253808359.1 100 442 0 0 1 442 1 442 1.20e-305 826 WP_253808359.1 OQA38407.1 46.5 434 220 4 1 423 1 433 2.31e-127 375 WP_253808359.1 WP_225579579.1 45.3 439 223 7 3 432 13 443 2.18e-117 352 WP_253808359.1 WP_254698006.1 47.1 435 217 6 5 432 1 429 4.75e-117 351 WP_253808359.1 CBI36349.3 32.5 419 276 4 1 413 2 419 1.36e-63 209 WP_253808359.1 WP_073201850.1 33.3 297 178 7 2 286 28 316 4.52e-43 152 WP_253808359.1 PSR02572.1 33.9 295 174 8 7 290 53 337 1.92e-39 143 WP_253808359.1 PHR72175.1 31.9 295 181 8 2 284 20 306 1.26e-35 132 WP_140347789.1 WP_140347789.1 100 1160 0 0 1 1160 1 1160 0.0 2303 EFT9578334.1 EFT9578334.1 100 320 0 0 1 320 1 320 1.65e-223 608 MCE4613707.1 MCE4613707.1 100 91 0 0 1 91 1 91 2.74e-51 154 ERI49901.1 ERI49901.1 100 569 0 0 1 569 1 569 0.0 895 HIN08122.1 HIN08122.1 100 358 0 0 1 358 1 358 8.63e-261 706 OQW79047.1 OQW79047.1 100 337 0 0 1 337 1 337 1.52e-248 673 WP_086502876.1 WP_086502876.1 100 840 0 0 1 840 1 840 0.0 1569 WP_086502876.1 WP_207040866.1 25.3 857 592 14 9 840 6 839 1.24e-63 228 KAG6788279.1 KAG6788279.1 100 525 0 0 1 525 1 525 0.0 1061 KAG6788279.1 PON87355.1 54.6 108 48 1 391 498 2 108 2.38e-36 129 XP_021898889.1 XP_021898889.1 100 633 0 0 1 633 1 633 0.0 1218 XP_021898889.1 XP_015055542.1 37.5 525 291 12 57 573 30 525 1.13e-107 333 NWR48904.1 NWR48904.1 100 352 0 0 1 352 1 352 1.73e-257 697 QJX39570.1 QJX39570.1 100 207 0 0 1 207 1 207 9.86e-164 447 QJX39570.1 AAW57761.1 78.4 208 42 2 1 207 1 206 5.77e-131 365 QJX39570.1 AIG14299.1 76.7 215 42 1 1 207 1 215 1.08e-128 359 WP_206096314.1 WP_206096314.1 100 343 0 0 1 343 1 343 5.11e-250 677 WP_206096314.1 WP_006697084.1 57.7 343 144 1 1 343 1 342 1.37e-140 400 EIH4263652.1 EIH4263652.1 100 586 0 0 1 586 1 586 0.0 941 EIH4263652.1 EFL5817307.1 96.9 481 15 0 48 528 1 481 1.34e-251 697 EIH4263652.1 EFN5389376.1 94.7 475 25 0 112 586 1 475 2.78e-230 661 EIH4263652.1 KDT27382.1 95.3 276 13 0 311 586 1 276 3.87e-155 462 EIH4263652.1 EJW7579374.1 96.2 260 10 0 296 555 34 293 2.73e-154 442 EIH4263652.1 EFL3122059.1 92.1 253 16 1 1 253 9 257 1.55e-135 395 EIH4263652.1 HAN0352225.1 65.2 293 100 1 296 586 30 322 1.43e-121 367 EIH4263652.1 EFI7849450.1 74.2 132 34 0 20 151 3 134 7.22e-60 195 EIH4263652.1 EER8306359.1 77.9 77 17 0 1 77 223 299 8.63e-34 129 EIH4263652.1 EDD0587303.1 28.3 205 113 7 402 586 827 1017 3.80e-07 51.6 MBT5285153.1 MBT5285153.1 100 171 0 0 1 171 1 171 2.82e-125 347 MBT5285153.1 WP_104459365.1 40.1 162 95 2 1 162 105 264 9.39e-33 116 CDC61696.1 CDC61696.1 100 979 0 0 1 979 1 979 0.0 1917 MCO4570690.1 MCO4570690.1 100 201 0 0 1 201 1 201 8.07e-142 392 KAF8141928.1 KAF8141928.1 100 355 0 0 1 355 1 355 2.01e-253 687 KAF8141928.1 XP_047781705.1 45.4 216 93 7 158 354 226 435 8.03e-39 141 KAF8141928.1 MBA0681195.1 52.3 44 21 0 251 294 235 278 1.73e-10 59.7 TJW13192.1 TJW13192.1 100 124 0 0 1 124 1 124 2.15e-86 245 MCB0793211.1 MCB0793211.1 100 399 0 0 1 399 1 399 1.31e-294 795 MCB0793211.1 WP_130670507.1 38.7 380 227 3 6 384 11 385 5.93e-86 265 MCB0793211.1 TVP67793.1 37.9 377 232 2 12 387 23 398 2.63e-83 258 MCB0793211.1 WP_224014827.1 37.2 387 235 5 2 387 3 382 2.83e-82 255 MCB0793211.1 EMD83093.1 34.8 420 240 11 3 393 32 446 9.27e-63 206 MCB0793211.1 WP_271272236.1 34.2 386 244 7 12 395 7 384 8.49e-62 202 MCB0793211.1 NDD01017.1 30.8 156 95 5 192 341 106 254 5.00e-05 43.1 WP_005629113.1 WP_005629113.1 100 241 0 0 1 241 1 241 6.06e-175 479 WP_005629113.1 PMH44474.1 32.0 244 136 9 2 237 13 234 3.11e-19 82.0 WP_083639049.1 WP_083639049.1 100 116 0 0 1 116 1 116 2.24e-70 223 WP_083639049.1 MCP4697618.1 33.8 68 40 2 45 110 189 253 5.81e-05 43.5 WP_169054812.1 WP_169054812.1 100 234 0 0 1 234 1 234 8.24e-165 452 WP_169054812.1 WP_234080888.1 32.4 207 140 0 23 229 27 233 6.32e-24 94.4 WP_169054812.1 WP_255657767.1 32.2 202 133 2 25 225 12 210 3.64e-17 75.9 WP_169054812.1 MPY37361.1 28.1 203 140 2 20 220 59 257 2.99e-16 73.9 WP_169054812.1 WP_048427321.1 25.5 208 154 1 23 229 14 221 1.73e-14 68.6 WP_169054812.1 WP_123470196.1 38.2 89 55 0 23 111 9 97 3.11e-12 62.0 WP_169054812.1 ANP72927.1 37.5 64 40 0 23 86 47 110 8.79e-06 43.9 WP_169054812.1 WP_274915895.1 28.7 157 85 4 30 164 26 177 1.09e-05 43.5 MBR1706273.1 MBR1706273.1 100 598 0 0 1 598 1 598 0.0 1140 EST37880.1 EST37880.1 100 309 0 0 1 309 1 309 8.28e-232 628 WP_106936446.1 WP_106936446.1 100 373 0 0 1 373 1 373 7.34e-281 758 WP_214777175.1 WP_214777175.1 100 1128 0 0 1 1128 1 1128 0.0 2170 WP_092857087.1 WP_092857087.1 100 267 0 0 1 267 1 267 1.80e-189 518 WP_092857087.1 MBM7125960.1 35.8 246 147 7 31 267 17 260 8.28e-30 111 WP_092857087.1 WP_056688515.1 32.1 252 163 4 21 266 8 257 1.11e-26 103 WP_092857087.1 MCF8709434.1 35.1 208 125 3 27 226 24 229 3.22e-24 96.7 RAH10573.1 RAH10573.1 100 137 0 0 1 137 1 137 5.90e-97 273 XP_048732732.1 XP_048732732.1 100 153 0 0 1 153 1 153 1.10e-111 311 XP_048732732.1 WP_251450535.1 24.0 150 99 3 9 153 2 141 1.91e-07 47.4 HFC54342.1 HFC54342.1 100 218 0 0 1 218 1 218 1.31e-144 400 WP_025739406.1 WP_025739406.1 100 637 0 0 1 637 1 637 0.0 1045 WP_025739406.1 WP_269572442.1 32.4 451 293 5 138 581 128 573 2.87e-53 191 WP_025739406.1 WP_128786583.1 33.7 410 270 2 174 581 165 574 9.13e-41 155 WP_025739406.1 WP_140164964.1 34.2 546 312 7 128 635 15 551 2.72e-37 144 WP_025739406.1 WP_104456122.1 44.8 172 95 0 464 635 349 520 1.97e-31 127 WP_025739406.1 WP_186556299.1 44.8 172 95 0 464 635 348 519 2.89e-29 120 WP_025739406.1 OME96001.1 27.8 576 368 16 9 558 6 559 1.83e-19 90.9 WP_025739406.1 WP_271340374.1 36.8 185 103 2 467 637 414 598 1.67e-15 78.2 WP_025739406.1 WP_237962375.1 56.3 64 28 0 465 528 483 546 1.61e-12 68.9 WP_025739406.1 WP_156140069.1 46.7 105 50 2 480 581 405 506 4.46e-12 67.4 WP_116813830.1 WP_116813830.1 100 395 0 0 1 395 1 395 5.30e-292 788 WP_116813830.1 RCX10040.1 34.9 355 177 9 37 347 143 487 6.79e-49 172 WP_128505522.1 WP_128505522.1 100 535 0 0 1 535 1 535 0.0 1076 MCB9943168.1 MCB9943168.1 100 125 0 0 1 125 1 125 2.05e-80 230 WP_190822868.1 WP_190822868.1 100 338 0 0 1 338 1 338 6.35e-198 545 WP_258007507.1 WP_258007507.1 100 194 0 0 1 194 1 194 2.34e-142 392 TVR41840.1 TVR41840.1 100 510 0 0 1 510 1 510 0.0 993 TVR41840.1 WP_212961195.1 26.7 277 166 12 263 508 378 648 2.02e-12 68.2 TVR41840.1 HAV2038468.1 25.8 217 136 7 307 506 388 596 4.69e-12 66.6 TVR41840.1 WP_129857883.1 23.1 199 141 6 307 498 206 399 3.70e-09 57.0 TVR41840.1 MBO8233644.1 26.0 208 127 6 300 488 159 358 4.49e-09 56.6 TVR41840.1 WP_166106360.1 36.1 97 47 3 412 494 418 513 1.87e-08 55.1 TVR41840.1 KDF42894.1 21.4 215 148 7 312 508 275 486 7.07e-08 53.1 TVR41840.1 TMG86695.1 27.4 186 122 6 327 508 92 268 1.22e-07 51.6 WP_283181662.1 WP_283181662.1 100 213 0 0 1 213 1 213 5.85e-150 413 WP_283181662.1 GKW22999.1 28.3 198 138 4 14 210 19 213 3.96e-10 55.8 CAC9886154.1 CAC9886154.1 100 677 0 0 1 677 1 677 0.0 1156 WP_047943571.1 WP_047943571.1 100 254 0 0 1 254 1 254 6.26e-179 490 MBO2482901.1 MBO2482901.1 100 58 0 0 1 58 1 58 3.25e-38 122 WP_261668588.1 WP_261668588.1 100 318 0 0 1 318 1 318 1.26e-226 616 WP_261668588.1 WP_114947547.1 39.9 311 186 1 7 317 15 324 7.19e-82 249 WP_261668588.1 WP_145739766.1 37.7 313 190 2 9 318 22 332 5.73e-74 229 WP_261668588.1 WP_216295494.1 35.6 295 187 2 21 313 40 333 3.29e-55 181 XP_047422702.1 XP_047422702.1 100 487 0 0 1 487 1 487 0.0 981 MBE6688122.1 MBE6688122.1 100 890 0 0 1 890 1 890 0.0 1658 MBE6688122.1 KAA0114277.1 47.2 907 433 12 4 889 35 916 3.48e-240 697 MBE6688122.1 WP_278631399.1 41.3 831 427 12 1 815 1 786 9.00e-180 539 MBE6688122.1 XP_009147075.2 34.1 1019 522 22 12 886 122 1135 1.13e-146 461 MBE6688122.1 WP_235126772.1 35.1 837 455 18 20 815 15 804 3.66e-129 408 MBE6688122.1 MBE5737882.1 33.1 913 545 20 1 890 1 870 7.16e-113 365 MBE6688122.1 KAF5671546.1 29.7 977 569 27 5 883 156 1112 1.01e-85 297 MBE6688122.1 WP_019100427.1 29.7 752 486 17 9 739 38 767 6.07e-82 281 MBE6688122.1 KAJ6994162.1 28.5 793 466 22 9 776 22 738 1.85e-64 232 MBE6688122.1 OFX32653.1 27.7 564 307 14 109 669 102 567 4.94e-29 122 KAJ3490879.1 KAJ3490879.1 100 413 0 0 1 413 1 413 4.03e-312 840 WP_227317406.1 WP_227317406.1 100 465 0 0 1 465 1 465 0.0 936 WP_227317406.1 WP_090149712.1 32.5 468 293 5 5 450 6 472 6.98e-77 246 MCB0488436.1 MCB0488436.1 100 295 0 0 1 295 1 295 4.75e-224 607 MCD6430924.1 MCD6430924.1 100 257 0 0 1 257 1 257 2.22e-194 529 MCI0654225.1 MCI0654225.1 100 166 0 0 1 166 1 166 3.45e-119 332 WP_271515333.1 WP_271515333.1 100 750 0 0 1 750 1 750 0.0 1412 WP_207334372.1 WP_207334372.1 100 252 0 0 1 252 1 252 1.37e-181 496 NYK82134.1 NYK82134.1 100 65 0 0 1 65 1 65 2.64e-44 134 RTE72268.1 RTE72268.1 100 394 0 0 1 394 1 394 2.60e-287 776 WP_232703726.1 WP_232703726.1 100 459 0 0 1 459 1 459 0.0 905 WP_184066976.1 WP_184066976.1 100 186 0 0 1 186 1 186 2.55e-133 369 WP_184066976.1 WP_242018727.1 62.8 145 54 0 19 163 16 160 4.28e-57 176 WP_257689765.1 WP_257689765.1 100 487 0 0 1 487 1 487 0.0 947 WP_257689765.1 WP_255965801.1 47.7 480 249 2 4 482 3 481 1.90e-147 429 WP_257689765.1 WP_057201184.1 42.7 464 254 5 26 482 14 472 9.93e-99 304 WP_257689765.1 XP_050320449.1 38.7 470 281 4 16 481 14 480 1.22e-96 298 WP_257689765.1 WP_131836551.1 37.7 469 285 4 17 479 21 488 9.03e-96 296 WP_257689765.1 WP_108756325.1 37.9 470 276 5 16 479 8 467 9.02e-86 270 WP_257689765.1 WP_195426888.1 36.0 470 290 7 19 485 22 483 5.45e-77 248 WP_257689765.1 WP_205186167.1 35.3 374 235 4 111 481 42 411 6.40e-64 211 WP_257689765.1 WP_100461895.1 32.9 447 286 6 1 442 1 438 2.32e-61 207 WP_257689765.1 WP_232038993.1 29.1 492 328 8 1 476 1 487 1.19e-49 176 MBU0791683.1 MBU0791683.1 100 548 0 0 1 548 1 548 0.0 1084 WP_182711428.1 WP_182711428.1 100 359 0 0 1 359 1 359 1.28e-242 660 TKW18680.1 TKW18680.1 100 479 0 0 1 479 1 479 0.0 951 TKW18680.1 WP_277627940.1 28.5 172 100 7 145 309 116 271 1.80e-07 51.2 WP_240111183.1 WP_240111183.1 100 210 0 0 1 210 1 210 5.69e-160 438 NED75586.1 NED75586.1 100 228 0 0 1 228 1 228 8.98e-166 454 MBR0615264.1 MBR0615264.1 100 289 0 0 1 289 1 289 1.02e-206 563 ETO34949.1 ETO34949.1 100 257 0 0 1 257 1 257 9.78e-134 376 KAF5411244.1 KAF5411244.1 100 69 0 0 1 69 1 69 1.22e-44 135 WP_017878759.1 WP_017878759.1 100 372 0 0 1 372 1 372 6.24e-277 748 TEY22245.1 TEY22245.1 100 194 0 0 1 194 1 194 4.88e-135 374 TEY22245.1 KAI3473816.1 55.8 199 83 2 1 194 219 417 2.23e-71 223 TEY22245.1 EFC81578.1 43.6 188 103 2 10 194 42 229 1.71e-45 151 WP_023780537.1 WP_023780537.1 100 403 0 0 1 403 1 403 4.91e-292 788 WP_077376172.1 WP_077376172.1 100 708 0 0 1 708 1 708 0.0 1447 WP_231355705.1 WP_231355705.1 100 772 0 0 1 772 1 772 0.0 1478 WP_231355705.1 WP_092081374.1 62.4 727 271 1 3 727 4 730 1.42e-315 879 WP_231355705.1 PJJ44766.1 56.3 723 298 5 7 720 44 757 5.66e-268 759 WP_231355705.1 WP_206581849.1 44.2 762 368 9 1 717 1 750 5.43e-190 558 WP_231355705.1 MBI0103662.1 34.9 86 51 2 636 717 606 690 1.02e-08 57.0 WP_231355705.1 MBQ3724833.1 44.1 59 33 0 648 706 631 689 2.10e-07 52.8 GIW70618.1 GIW70618.1 100 1119 0 0 1 1119 1 1119 0.0 1928 GIW70618.1 MBP7829117.1 41.1 270 145 4 55 323 62 318 2.15e-43 169 GIW70618.1 WP_281919021.1 39.9 273 149 6 47 313 11 274 2.26e-38 149 GIW70618.1 MBF1128433.1 36.2 254 154 2 48 301 10 255 9.35e-36 143 GIW70618.1 XP_029528577.1 28.4 225 151 3 48 271 30 245 2.18e-18 86.7 GIW70618.1 XP_020321477.1 25.6 219 153 2 45 263 50 258 2.63e-16 82.4 GIW70618.1 NJK67049.1 32.8 192 111 4 122 312 122 296 1.25e-15 79.3 GIW70618.1 KAG1590416.1 26.4 231 153 4 40 268 72 287 4.02e-14 73.9 GIW70618.1 KAJ7903702.1 26.3 240 153 5 48 279 23 246 4.88e-12 67.8 GIW70618.1 EYU24504.1 32.1 140 95 0 56 195 197 336 1.19e-11 67.0 KAF1538674.1 KAF1538674.1 100 320 0 0 1 320 1 320 1.05e-235 639 KAF1538674.1 WP_020913025.1 64.9 296 88 3 23 318 5 284 4.97e-132 375 KAF1538674.1 MBI3461834.1 57.7 300 111 3 21 320 3 286 1.04e-117 339 KAF1538674.1 NBQ41256.1 52.6 306 122 5 21 318 3 293 1.06e-103 304 KAF1538674.1 NEQ48723.1 53.4 296 122 3 23 318 5 284 1.63e-103 303 KAF1538674.1 OCB46767.1 46.5 303 135 4 21 313 3 288 2.65e-84 254 QFY03744.1 QFY03744.1 100 501 0 0 1 501 1 501 0.0 934 QFY03744.1 WP_023727015.1 25.0 416 300 5 9 416 23 434 3.16e-37 142 QFY03744.1 WP_221868756.1 21.2 411 310 4 6 415 2 399 9.43e-25 105 QFY03744.1 WP_267248697.1 26.5 151 105 2 22 167 30 179 8.74e-05 43.1 MBA8666914.1 MBA8666914.1 100 148 0 0 1 148 1 148 6.43e-104 291 KAJ8938828.1 KAJ8938828.1 100 119 0 0 1 119 1 119 3.54e-84 242 WP_149660939.1 WP_149660939.1 100 139 0 0 1 139 1 139 2.58e-92 261 WP_262404887.1 WP_262404887.1 100 76 0 0 1 76 1 76 7.74e-51 152 OJH36051.1 OJH36051.1 100 300 0 0 1 300 1 300 9.27e-229 620 KAF9463056.1 KAF9463056.1 100 566 0 0 1 566 1 566 0.0 1125 KAF9463056.1 MCU1518283.1 34.9 579 304 10 2 534 7 558 4.41e-100 314 KAF9463056.1 WP_046625651.1 32.0 553 334 10 16 562 41 557 9.20e-76 249 MCJ8273875.1 MCJ8273875.1 100 239 0 0 1 239 1 239 1.56e-185 505 XP_045701611.1 XP_045701611.1 100 882 0 0 1 882 1 882 0.0 1764 WP_267782507.1 WP_267782507.1 100 480 0 0 1 480 1 480 0.0 947 MCP5198054.1 MCP5198054.1 100 141 0 0 1 141 1 141 9.31e-105 293 EOS29826.1 EOS29826.1 100 269 0 0 1 269 1 269 3.25e-193 527 NLC30933.1 NLC30933.1 100 133 0 0 1 133 1 133 4.90e-85 243 NLC30933.1 WP_056611679.1 34.8 46 30 0 87 132 132 177 6.65e-04 36.2 WP_003960394.1 WP_003960394.1 100 637 0 0 1 637 1 637 0.0 1250 WP_003960394.1 STC68550.1 44.8 630 334 6 3 629 7 625 2.58e-168 493 WP_218348303.1 WP_218348303.1 100 211 0 0 1 211 1 211 9.72e-148 407 WP_148727848.1 WP_148727848.1 100 139 0 0 1 139 1 139 4.13e-98 276 TVS18044.1 TVS18044.1 100 194 0 0 1 194 1 194 8.95e-122 340 WP_018934053.1 WP_018934053.1 100 75 0 0 1 75 1 75 5.52e-46 139 MBV00212.1 MBV00212.1 100 666 0 0 1 666 1 666 0.0 1254 MBV00212.1 EAH8201998.1 48.0 440 226 3 3 442 4 440 4.65e-137 407 MBV00212.1 MBG6814041.1 54.5 358 163 0 3 360 9 366 4.97e-127 379 MBV00212.1 WP_021479352.1 45.1 481 239 9 3 469 7 476 3.27e-120 384 MBV00212.1 WP_171549300.1 24.9 193 115 6 142 321 698 873 4.71e-10 61.2 MBV00212.1 MCF8269563.1 23.0 282 193 8 61 328 69 340 1.02e-07 53.5 XP_047781705.1 XP_047781705.1 100 436 0 0 1 436 1 436 4.82e-286 776 XP_047781705.1 KAF8141928.1 45.0 220 88 8 226 435 158 354 9.86e-39 141 XP_047781705.1 MBA0681195.1 61.1 36 14 0 337 372 243 278 2.59e-10 59.7 MBQ7286305.1 MBQ7286305.1 100 199 0 0 96 294 96 294 1.43e-118 340 MBQ4426944.1 MBQ4426944.1 100 143 0 0 1 143 1 143 4.58e-97 274 OKO87070.1 OKO87070.1 100 415 0 0 1 415 1 415 6.89e-305 822 WP_259408897.1 WP_259408897.1 100 255 0 0 1 255 1 255 9.21e-177 484 WP_259408897.1 WP_049697298.1 52.4 246 112 2 2 245 6 248 7.44e-76 229 WP_259408897.1 RAL39799.1 34.5 223 134 5 29 245 110 326 1.16e-28 109 KAF5116816.1 KAF5116816.1 100 373 0 0 1 373 1 373 2.62e-226 620 MBN1246547.1 MBN1246547.1 100 772 0 0 1 772 1 772 0.0 1555 MBR6946428.1 MBR6946428.1 100 60 0 0 1 60 1 60 1.20e-29 97.4 WP_097574091.1 WP_097574091.1 100 153 0 0 1 153 1 153 1.95e-96 273 WP_097574091.1 WP_244356123.1 45.4 97 53 0 36 132 53 149 7.00e-24 89.4 MCF8145043.1 MCF8145043.1 100 486 0 0 1 486 1 486 0.0 988 WP_159796041.1 WP_159796041.1 100 346 0 0 1 346 1 346 1.98e-244 663 KAG8816705.1 KAG8816705.1 100 233 0 0 1 233 1 233 1.23e-170 467 KAG8816705.1 XP_033551505.1 35.7 199 127 1 36 233 55 253 1.41e-36 133 KAG8816705.1 WP_226276978.1 36.3 182 115 1 52 232 10 191 7.02e-29 111 KAG8816705.1 WP_255602293.1 38.2 170 104 1 65 233 32 201 3.93e-28 109 KAG8816705.1 BBC91732.1 37.6 165 98 2 68 227 7 171 1.71e-26 104 KAG8816705.1 RQL72805.1 34.2 187 114 3 45 226 4 186 7.22e-26 103 KAG8816705.1 WP_176538754.1 28.1 128 88 2 101 226 46 171 8.20e-07 47.4 MBA3497606.1 MBA3497606.1 100 268 0 0 1 268 1 268 4.32e-202 550 AHJ84873.1 AHJ84873.1 100 308 0 0 1 308 1 308 1.79e-189 521 MCA9738196.1 MCA9738196.1 100 485 0 0 1 485 1 485 0.0 934 MCA9738196.1 NCY12679.1 32.5 240 140 6 28 247 69 306 7.53e-24 101 KAJ0689199.1 KAJ0689199.1 100 148 0 0 1 148 1 148 1.35e-105 296 ERB66459.1 ERB66459.1 100 363 0 0 1 363 1 363 1.49e-259 703 MBL6710595.1 MBL6710595.1 100 310 0 0 1 310 1 310 5.18e-231 626 MCH1932562.1 MCH1932562.1 100 85 0 0 1 85 1 85 1.92e-55 164 XP_055331916.1 XP_055331916.1 100 1032 0 0 1 1032 1 1032 0.0 1858 MCH1405047.1 MCH1405047.1 100 160 0 0 1 160 1 160 1.31e-111 312 MCH1405047.1 WP_176354145.1 48.6 142 64 2 19 155 15 152 6.26e-33 118 MCH1405047.1 WP_088153117.1 41.3 138 76 3 27 160 17 153 3.85e-24 94.7 MCH1405047.1 WP_008470196.1 36.7 158 95 2 8 160 8 165 3.88e-23 90.1 MCH1405047.1 WP_222125851.1 32.3 161 99 2 10 160 2 162 7.89e-20 81.3 MCH1405047.1 WP_139764340.1 30.3 119 80 2 10 126 6 123 1.80e-12 59.3 MCH1405047.1 WP_173040157.1 31.3 147 83 5 19 160 300 433 5.97e-10 55.1 KAF7869901.1 KAF7869901.1 100 353 0 0 1 353 1 353 1.32e-257 697 WP_220674761.1 WP_220674761.1 100 90 0 0 1 90 1 90 3.61e-60 176 WP_220674761.1 WP_080337214.1 73.3 90 24 0 1 90 1 90 6.24e-43 133 KAH7489251.1 KAH7489251.1 100 362 0 0 1 362 1 362 5.88e-245 666 KAH7489251.1 KAI5005557.1 27.4 197 135 4 101 293 163 355 2.73e-10 59.7 XP_032499984.1 XP_032499984.1 100 1133 0 0 1 1133 1 1133 0.0 1902 WP_261369297.1 WP_261369297.1 100 42 0 0 1 42 1 42 1.44e-27 90.9 WP_283842967.1 WP_283842967.1 100 590 0 0 1 590 1 590 0.0 1126 WP_283842967.1 WP_076194242.1 29.3 256 165 6 319 569 206 450 7.64e-24 103 WP_283842967.1 WP_245704803.1 31.9 210 119 8 361 568 17 204 2.05e-19 86.3 WP_283842967.1 TMG86695.1 30.0 250 151 8 340 588 43 269 5.46e-17 80.1 WP_283842967.1 WP_149911652.1 28.5 253 155 8 338 588 194 422 3.61e-15 76.3 WP_283842967.1 KDF42894.1 22.9 279 183 7 323 588 228 487 5.38e-13 69.7 WP_283842967.1 WP_061048002.1 27.9 233 134 6 352 565 394 611 5.97e-13 70.1 WP_283842967.1 GDX36288.1 27.4 263 152 10 317 561 149 390 5.28e-12 66.2 WP_283842967.1 WP_166106360.1 28.2 255 136 11 333 564 283 513 2.26e-11 64.7 WP_283842967.1 MBX3687043.1 27.6 203 127 7 360 561 254 437 5.52e-10 60.1 MBT3932996.1 MBT3932996.1 100 302 0 0 1 302 1 302 2.52e-218 593 WP_148565498.1 WP_148565498.1 100 95 0 0 1 95 1 95 2.66e-62 182 WP_097485790.1 WP_097485790.1 100 425 0 0 1 425 1 425 2.33e-308 832 HCI3868538.1 HCI3868538.1 100 264 0 0 1 264 1 264 1.34e-203 553 HCI3868538.1 WP_200599363.1 70.8 264 77 0 1 264 1 264 4.30e-145 412 WP_119403424.1 WP_119403424.1 100 264 0 0 1 264 1 264 4.50e-202 549 WP_119403424.1 MCB1471508.1 43.8 242 132 3 25 264 49 288 9.11e-70 215 WP_004994904.1 WP_004994904.1 100 86 0 0 1 86 1 86 6.94e-54 160 MBU0624735.1 MBU0624735.1 100 265 0 0 1 265 1 265 9.20e-182 498 WP_266814553.1 WP_266814553.1 100 413 0 0 1 413 1 413 5.45e-185 518 MBQ4411698.1 MBQ4411698.1 100 449 0 0 1 449 1 449 0.0 892 KYF44507.1 KYF44507.1 100 1685 0 0 1 1685 1 1685 0.0 3104 MCL2788588.1 MCL2788588.1 100 72 0 0 1 72 1 72 2.69e-47 142 WP_262155701.1 WP_262155701.1 100 111 0 0 1 111 1 111 7.56e-83 235 KAF5548980.1 KAF5548980.1 100 284 0 0 1 284 1 284 9.80e-207 563 KAH7262805.1 KAH7262805.1 100 89 0 0 1 89 1 89 9.63e-60 175 WP_183063711.1 WP_183063711.1 100 417 0 0 1 417 1 417 2.88e-298 805 WP_183063711.1 MBN2399180.1 22.8 329 183 10 4 270 133 452 3.65e-06 47.4 WP_212810521.1 WP_212810521.1 100 573 0 0 1 573 1 573 0.0 1085 MBR8744763.1 MBR8744763.1 100 179 0 0 1 179 1 179 1.55e-126 351 WP_120452154.1 WP_120452154.1 100 595 0 0 1 595 1 595 0.0 1223 WP_120452154.1 GLZ33620.1 23.6 471 246 19 48 438 93 529 2.09e-18 87.4 WP_120452154.1 MBP7746105.1 26.2 130 63 4 100 205 322 442 1.23e-05 46.6 NTU53989.1 NTU53989.1 100 424 0 0 1 424 1 424 1.31e-293 794 GHU61839.1 GHU61839.1 100 255 0 0 1 255 1 255 3.80e-185 506 MBS1744667.1 MBS1744667.1 100 441 0 0 1 441 1 441 0.0 888 MBU03734.1 MBU03734.1 100 369 0 0 1 369 1 369 4.00e-267 723 WP_105386412.1 WP_105386412.1 100 286 0 0 1 286 1 286 9.02e-204 555 MBR2406030.1 MBR2406030.1 100 686 0 0 1 686 1 686 0.0 1328 MBR2406030.1 WP_186939222.1 30.5 663 405 18 30 663 120 755 2.95e-67 235 MBR2406030.1 WP_210226425.1 31.1 122 81 3 29 147 12 133 6.14e-07 50.1 MBR2406030.1 GLX88815.1 27.9 165 101 6 29 180 12 171 1.88e-05 45.4 MBR2406030.1 MCL4333886.1 29.5 78 55 0 19 96 156 233 1.12e-04 43.1 MBR2406030.1 HCN8461219.1 40.4 57 33 1 29 84 11 67 7.17e-04 37.7 WP_131776591.1 WP_131776591.1 100 463 0 0 1 463 1 463 0.0 916 MCL2039304.1 MCL2039304.1 100 312 0 0 1 312 1 312 4.72e-203 556 MCL2039304.1 MBE6139600.1 34.2 310 176 6 6 306 462 752 4.48e-36 135 MCL2039304.1 WP_131001993.1 33.7 267 157 5 37 298 41 292 7.52e-34 124 MCL2039304.1 SCX00186.1 29.8 329 184 9 10 310 30 339 2.67e-26 104 WP_196974466.1 WP_196974466.1 100 335 0 0 1 335 1 335 4.47e-240 651 WP_184130797.1 WP_184130797.1 100 373 0 0 1 373 1 373 9.45e-268 724 WP_184130797.1 MCI7704736.1 41.0 222 124 2 148 369 73 287 1.11e-52 175 WP_184130797.1 WP_152046331.1 38.6 223 127 5 148 369 72 285 3.35e-40 142 WP_184130797.1 ETB53277.1 37.6 226 134 5 148 372 64 283 8.05e-39 138 WP_184130797.1 EGY4555186.1 34.7 222 138 2 148 369 81 295 6.42e-29 112 WP_184130797.1 WP_073936403.1 35.3 235 143 4 140 373 77 303 1.02e-28 112 WP_184130797.1 WP_020547001.1 30.9 230 149 5 148 373 76 299 1.97e-24 100 WP_184130797.1 WP_047721562.1 32.5 83 52 1 238 316 210 292 1.62e-07 50.8 MCS5505837.1 MCS5505837.1 100 186 0 0 1 186 1 186 1.07e-125 350 MCS5505837.1 MBR0212092.1 30.7 127 76 5 3 125 6 124 1.39e-07 47.8 WP_062865604.1 WP_062865604.1 100 194 0 0 1 194 1 194 1.52e-138 383 WP_188895946.1 WP_188895946.1 100 79 0 0 1 79 1 79 1.21e-53 159 KFG62183.1 KFG62183.1 100 990 0 0 1 990 1 990 0.0 1862 SCL13606.1 SCL13606.1 100 895 0 0 1 895 1 895 0.0 1823 SCL13606.1 MBQ9679177.1 27.9 732 449 21 88 791 38 718 4.05e-66 236 SCL13606.1 CAI9595211.1 24.5 807 483 23 62 791 89 846 1.54e-52 197 SCL13606.1 WP_081224968.1 23.9 820 498 23 44 792 5 769 9.45e-45 172 SCL13606.1 WP_123159424.1 22.3 825 511 24 42 793 3 770 5.04e-37 148 SCL13606.1 MSZ29533.1 24.5 862 547 27 59 856 11 832 1.41e-36 147 SCL13606.1 MCL6457358.1 25.3 613 362 21 94 654 46 614 4.70e-34 139 SCL13606.1 WP_194957532.1 21.5 869 420 27 62 809 8 735 2.60e-19 91.7 SCL13606.1 XP_053592881.1 23.2 669 354 25 62 651 47 634 4.83e-14 74.7 SCL13606.1 MBK6751737.1 39.3 84 37 3 722 791 20 103 1.46e-05 46.2 MAJ56944.1 MAJ56944.1 100 136 0 0 1 136 1 136 2.14e-94 266 MAJ56944.1 KJS71365.1 30.8 91 60 1 40 130 57 144 7.16e-10 52.4 RYP71249.1 RYP71249.1 100 339 0 0 1 339 1 339 1.04e-231 630 MBQ3470868.1 MBQ3470868.1 100 62 0 0 1 62 1 62 1.71e-41 127 WP_234897981.1 WP_234897981.1 100 266 0 0 1 266 1 266 1.76e-200 545 WP_117751014.1 WP_117751014.1 100 466 0 0 1 466 1 466 0.0 866 WP_117751014.1 WP_099219937.1 32.7 456 277 9 5 456 15 444 5.39e-55 188 WP_160410225.1 WP_160410225.1 100 170 0 0 1 170 1 170 8.07e-120 333 WP_173040157.1 WP_173040157.1 100 597 0 0 1 597 1 597 0.0 1145 WP_173040157.1 WP_089095302.1 33.3 586 347 9 11 555 8 590 3.41e-83 271 WP_173040157.1 WP_105160947.1 33.0 509 309 6 20 499 18 523 4.43e-81 265 WP_173040157.1 OQA35671.1 26.9 568 343 10 33 545 29 579 2.36e-49 179 WP_173040157.1 MCH5231772.1 25.3 521 341 10 4 486 1 511 2.05e-41 155 WP_173040157.1 WP_014657023.1 29.0 489 286 13 36 474 34 511 3.21e-37 143 WP_173040157.1 WP_041710957.1 24.2 553 294 15 4 499 3 487 1.67e-33 133 WP_173040157.1 MYD56339.1 36.9 217 118 5 14 227 21 221 1.07e-27 112 WP_173040157.1 WP_247429569.1 26.6 244 130 7 280 488 6 235 1.07e-14 72.8 WP_173040157.1 OAN53756.1 23.8 202 125 4 302 476 22 221 2.05e-09 57.0 MBE3595273.1 MBE3595273.1 100 408 0 0 1 408 1 408 8.61e-300 808 MBE3595273.1 MBQ3321785.1 26.6 387 265 11 22 399 1 377 3.00e-29 115 UTW67325.1 UTW67325.1 100 306 0 0 1 306 1 306 4.19e-219 596 RIX75659.1 RIX75659.1 100 447 0 0 1 447 1 447 0.0 866 RIX75659.1 WP_200198809.1 60.6 426 155 3 21 446 10 422 4.88e-161 459 RIX75659.1 WP_038052668.1 35.7 434 260 6 14 447 3 417 1.39e-73 235 RIX75659.1 XP_052534275.1 34.0 403 203 7 99 446 208 602 1.10e-47 171 MBL0255244.1 MBL0255244.1 100 311 0 0 1 311 1 311 3.62e-227 617 EMK19049.1 EMK19049.1 100 508 0 0 1 508 1 508 0.0 976 THB74514.1 THB74514.1 100 316 0 0 1 316 1 316 7.92e-229 621 AWD47640.1 AWD47640.1 100 192 0 0 1 192 1 192 5.13e-145 399 MCR4818155.1 MCR4818155.1 100 244 0 0 1 244 1 244 1.49e-181 496 MCR4818155.1 MBR4451941.1 40.8 233 135 2 4 235 16 246 1.33e-58 184 MCR4818155.1 WP_200162643.1 34.1 185 108 5 10 188 8 184 1.05e-22 90.5 WP_018717981.1 WP_018717981.1 100 426 0 0 1 426 1 426 0.0 873 UTU41876.1 UTU41876.1 100 260 0 0 1 260 1 260 3.98e-194 529 UTU41876.1 AFQ97813.1 63.1 260 93 2 2 260 12 269 5.52e-112 322 UTU41876.1 AYV64277.1 60.9 261 95 3 1 260 169 423 4.39e-104 307 UTU41876.1 UFH83377.1 55.4 258 115 0 3 260 177 434 1.86e-92 280 MCE2907393.1 MCE2907393.1 100 258 0 0 1 258 1 258 5.51e-175 480 WP_251174936.1 WP_251174936.1 100 22 0 0 1 22 1 22 3.42e-12 50.8 WP_202925384.1 WP_202925384.1 100 335 0 0 1 335 1 335 2.25e-249 675 WP_202925384.1 MBO1529847.1 31.3 342 219 6 1 330 1 338 4.60e-50 168 WP_202925384.1 WP_164585387.1 27.7 256 156 12 5 244 1 243 2.41e-10 59.3 WP_202925384.1 WP_006027485.1 27.4 124 88 2 5 127 1 123 3.10e-10 58.9 CAI0990105.1 CAI0990105.1 100 818 0 0 1 818 1 818 0.0 1605 WP_140660563.1 WP_140660563.1 100 149 0 0 1 149 1 149 3.30e-102 287 WP_277410236.1 WP_277410236.1 100 362 0 0 1 362 1 362 3.89e-275 742 MCP5558243.1 MCP5558243.1 100 416 0 0 1 416 1 416 5.47e-307 827 CAD7419184.1 CAD7419184.1 100 359 0 0 1 359 1 359 1.19e-263 713 CAD7419184.1 XP_042465169.1 30.7 228 130 5 23 247 361 563 3.28e-21 93.2 WP_189609880.1 WP_189609880.1 100 342 0 0 1 342 1 342 3.62e-254 687 MBQ8283265.1 MBQ8283265.1 100 447 0 0 1 447 1 447 0.0 870 WP_173904515.1 WP_173904515.1 100 158 0 0 1 158 1 158 3.37e-113 316 XP_032696462.1 XP_032696462.1 100 1346 0 0 1 1346 1 1346 0.0 2413 XP_032696462.1 XP_043889695.1 36.7 392 208 8 1 367 1 379 1.64e-60 227 XP_032696462.1 KAJ2660037.1 37.0 376 217 9 6 370 4 369 5.45e-51 196 XP_044484513.1 XP_044484513.1 100 719 0 0 1 719 1 719 0.0 1418 XP_044484513.1 XP_021765438.1 40.1 197 111 5 41 234 550 742 3.16e-35 141 XP_044484513.1 KAI3849778.1 39.5 167 101 0 69 235 478 644 3.00e-31 129 XP_044484513.1 XP_040250218.1 38.1 160 97 1 76 235 347 504 4.53e-30 125 XP_044484513.1 RLN36134.1 42.0 174 92 3 74 240 69 240 3.66e-29 119 XP_044484513.1 XP_025814622.1 32.1 234 144 6 57 283 748 973 4.06e-23 103 XP_044484513.1 EYU24504.1 33.1 160 97 4 80 235 183 336 3.33e-11 64.7 XP_044484513.1 MBP7829117.1 30.4 148 93 4 91 234 60 201 3.29e-09 58.5 XP_044484513.1 WP_106546380.1 28.5 172 98 7 84 235 12 178 9.18e-08 53.5 XP_044484513.1 MBF1128433.1 27.2 162 102 6 80 234 4 156 1.78e-07 52.8 XP_027476133.1 XP_027476133.1 100 325 0 0 1 325 1 325 1.10e-219 599 WP_189592858.1 WP_189592858.1 100 439 0 0 1 439 1 439 1.48e-318 858 WP_189592858.1 KAF6802222.1 24.7 174 128 2 18 188 43 216 1.69e-07 51.6 WP_166225641.1 WP_166225641.1 100 410 0 0 1 410 1 410 5.58e-297 801 WP_166225641.1 MBC99785.1 32.1 327 194 6 12 319 1 318 3.18e-44 154 WP_166225641.1 WP_234306850.1 30.7 303 190 7 20 316 15 303 1.06e-36 134 WP_166225641.1 WP_059510827.1 37.4 265 151 7 46 302 32 289 1.09e-36 134 WP_166225641.1 WP_251874466.1 32.9 289 173 5 33 305 13 296 1.65e-35 132 WP_166225641.1 WP_116701099.1 36.9 233 137 4 65 293 59 285 3.20e-35 130 WP_166225641.1 WP_058635033.1 29.7 293 196 6 25 314 19 304 2.41e-33 125 WP_166225641.1 WP_012724915.1 30.0 273 177 4 57 318 51 320 8.99e-27 107 WP_166225641.1 WP_095128211.1 30.6 245 161 4 86 329 77 313 2.26e-24 100 WP_266312166.1 WP_266312166.1 100 512 0 0 1 512 1 512 0.0 1025 WP_147766978.1 WP_147766978.1 100 112 0 0 1 112 1 112 3.08e-78 224 WP_239815372.1 WP_239815372.1 100 306 0 0 1 306 1 306 8.69e-212 577 WP_239815372.1 WP_136241334.1 23.0 300 226 2 2 301 29 323 7.57e-14 69.3 PSP85445.1 PSP85445.1 100 125 0 0 1 125 1 125 2.60e-83 238 WP_065809357.1 WP_065809357.1 100 472 0 0 1 472 1 472 0.0 945 WP_065809357.1 HIU98185.1 26.4 484 297 16 6 453 5 465 1.53e-27 113 WP_205177065.1 WP_205177065.1 100 63 0 0 1 63 1 63 1.90e-43 132 MCG3730919.1 MCG3730919.1 100 354 0 0 1 354 1 354 5.33e-253 686 WP_166886913.1 WP_166886913.1 100 363 0 0 1 363 1 363 6.49e-254 689 WP_166886913.1 WP_008701575.1 55.1 354 157 2 7 359 7 359 2.20e-128 371 WP_166886913.1 PAV09171.1 26.0 219 128 7 62 264 26 226 3.43e-06 46.6 CPY79168.1 CPY79168.1 100 342 0 0 1 342 1 342 1.41e-251 681 MBT5578634.1 MBT5578634.1 100 741 0 0 1 741 1 741 0.0 1470 WP_126669182.1 WP_126669182.1 100 247 0 0 1 247 1 247 5.26e-163 449 WP_005165186.1 WP_005165186.1 100 253 0 0 1 253 1 253 3.75e-175 480 AUN31249.1 AUN31249.1 100 209 0 0 1 209 1 209 1.15e-129 362 WP_279123632.1 WP_279123632.1 100 347 0 0 1 347 1 347 2.76e-256 693 WP_279123632.1 MBR2684576.1 50.0 38 19 0 132 169 81 118 2.84e-04 40.0 MCM2341063.1 MCM2341063.1 100 291 0 0 1 291 1 291 1.91e-212 578 MCM2341063.1 WP_111627730.1 45.6 147 77 2 146 289 110 256 4.99e-34 123 MPT31245.1 MPT31245.1 100 211 0 0 1 211 1 211 7.13e-150 413 MPT31245.1 MBS4051699.1 25.7 206 145 4 8 209 9 210 5.89e-17 74.7 ETD72983.1 ETD72983.1 100 65 0 0 1 65 1 65 4.25e-41 126 UEC68750.1 UEC68750.1 100 4405 0 0 1 4405 1 4405 0.0 8655 UEC68750.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8643 UEC68750.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8639 UEC68750.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UEC68750.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UEC68750.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8637 UEC68750.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 UEC68750.1 UEC52718.1 99.8 4401 7 0 1 4401 1 4401 0.0 8631 UEC68750.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8627 UEC68750.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8009 MCP4488771.1 MCP4488771.1 100 134 0 0 1 134 1 134 4.19e-91 258 SDW64481.1 SDW64481.1 100 121 0 0 1 121 1 121 1.16e-84 241 SDW64481.1 MBR4127938.1 62.5 88 33 0 6 93 4 91 2.55e-34 112 SDW64481.1 RLA59280.1 33.0 88 56 2 12 96 12 99 2.75e-06 43.1 MBT8462299.1 MBT8462299.1 100 239 0 0 1 239 1 239 1.72e-164 452 MBT8462299.1 WP_110366458.1 35.0 203 111 4 2 203 851 1033 7.01e-20 86.7 MBT8462299.1 KKQ50904.1 30.7 205 117 4 2 205 956 1136 4.18e-19 84.3 MBT8462299.1 WP_265225845.1 29.9 194 116 4 2 195 876 1049 6.50e-12 63.2 MBR2488648.1 MBR2488648.1 100 711 0 0 1 711 1 711 0.0 1456 WP_240030709.1 WP_240030709.1 100 493 0 0 1 493 1 493 0.0 978 WP_250146767.1 WP_250146767.1 100 49 0 0 1 49 1 49 2.60e-35 110 WP_186153646.1 WP_186153646.1 100 256 0 0 1 256 1 256 9.14e-173 474 WP_186153646.1 WP_247392216.1 43.2 259 138 4 1 256 1 253 8.74e-57 181 WP_186153646.1 WP_243269836.1 51.4 175 83 2 82 255 65 238 2.20e-46 164 WP_186153646.1 WP_001537381.1 49.4 176 88 1 82 256 47 222 5.63e-44 157 WP_186153646.1 MBS1222269.1 43.1 204 104 6 1 194 1 202 1.25e-40 137 WP_186153646.1 WP_045125019.1 42.1 209 106 5 55 255 79 280 7.75e-37 132 WP_186153646.1 WP_230822898.1 36.4 173 97 6 87 253 78 243 2.12e-20 88.2 CZR69713.1 CZR69713.1 100 566 0 0 1 566 1 566 0.0 1023 XP_039854086.1 XP_039854086.1 100 460 0 0 1 460 1 460 0.0 870 MCU1437293.1 MCU1437293.1 100 488 0 0 1 488 1 488 0.0 976 XP_015523373.1 XP_015523373.1 100 234 0 0 1 234 1 234 4.26e-167 458 DAO22062.1 DAO22062.1 100 50 0 0 1 50 1 50 5.62e-35 110 MBR1628375.1 MBR1628375.1 100 313 0 0 1 313 1 313 2.55e-228 620 MBR1628375.1 XP_023664563.1 37.1 307 187 6 5 308 317 620 8.21e-56 189 MBR1628375.1 WP_108098468.1 28.3 311 213 7 7 310 12 319 2.89e-34 125 MBR1628375.1 EMS62928.1 23.1 229 165 5 49 268 137 363 2.77e-13 68.2 MCK5056842.1 MCK5056842.1 100 384 0 0 1 384 1 384 5.42e-284 766 MCK5056842.1 WP_163496825.1 32.2 373 232 9 25 383 27 392 3.16e-47 164 MCK5056842.1 WP_277084622.1 24.4 176 98 7 211 384 173 315 3.55e-04 40.4 MCK5056842.1 WP_078429679.1 25.7 144 83 4 211 354 252 371 9.49e-04 39.3 WP_274481161.1 WP_274481161.1 100 104 0 0 1 104 1 104 1.25e-71 206 WP_274481161.1 SHG12942.1 31.7 101 69 0 1 101 195 295 3.56e-12 59.3 XP_697509.2 XP_697509.2 100 772 0 0 1 772 1 772 0.0 1515 WP_139764340.1 WP_139764340.1 100 127 0 0 1 127 1 127 1.44e-90 256 WP_139764340.1 WP_008470196.1 35.5 107 64 3 1 104 5 109 4.68e-13 62.0 WP_139764340.1 WP_206363707.1 31.0 100 69 0 5 104 18 117 3.78e-12 59.7 WP_139764340.1 MCH1405047.1 30.3 119 80 2 6 123 10 126 3.93e-12 58.2 WP_139764340.1 KAJ5168969.1 32.4 102 64 3 6 104 505 604 1.00e-08 50.4 WP_139764340.1 WP_008056683.1 34.8 92 57 2 11 101 244 333 2.54e-08 49.3 WP_139764340.1 MBU5353226.1 38.2 55 34 0 16 70 26 80 5.42e-08 48.1 WP_139764340.1 WP_173040157.1 39.0 59 35 1 5 62 4 62 1.38e-04 38.5 WP_139764340.1 WP_071876418.1 32.1 81 48 2 21 100 317 391 2.53e-04 37.7 WP_139764340.1 WP_279984614.1 34.1 44 29 0 5 48 9 52 5.45e-04 36.6 MBQ3864274.1 MBQ3864274.1 100 326 0 0 1 326 1 326 3.15e-240 651 MBQ3864274.1 WP_192324556.1 50.3 288 130 4 5 283 311 594 1.60e-83 263 MBQ3864274.1 RUU66461.1 53.5 254 115 3 33 284 103 355 1.51e-79 245 MBQ3864274.1 WP_226904802.1 48.9 276 132 6 33 303 46 317 5.81e-74 230 MBQ3864274.1 WP_098952357.1 43.3 289 163 1 33 320 28 316 7.23e-72 224 MBQ3864274.1 MBU5353226.1 47.1 263 134 3 12 270 4 265 1.61e-70 220 MBQ3864274.1 WP_227059655.1 47.3 277 141 3 9 283 320 593 3.05e-69 225 MBQ3864274.1 WP_107894076.1 37.4 302 176 7 12 305 5 301 2.08e-56 184 MBQ3864274.1 GLY24463.1 39.7 300 167 9 33 321 21 317 7.95e-56 182 MBQ3864274.1 MWR41881.1 42.0 207 115 5 36 241 44 246 2.56e-38 135 WP_132882604.1 WP_132882604.1 100 295 0 0 1 295 1 295 2.20e-204 558 WP_200316392.1 WP_200316392.1 100 142 0 0 1 142 1 142 3.24e-72 214 WP_241908014.1 WP_241908014.1 100 122 0 0 1 122 1 122 8.48e-83 236 MCL7403925.1 MCL7403925.1 100 281 0 0 1 281 1 281 6.30e-197 538 MCJ7548546.1 MCJ7548546.1 100 719 0 0 1 719 1 719 0.0 1395 MCJ7548546.1 WP_015615815.1 41.9 721 391 11 7 719 4 704 3.48e-178 530 MCJ7548546.1 WP_015919400.1 42.6 714 372 13 7 719 4 680 1.00e-160 482 MCJ7548546.1 MBL8638832.1 37.9 751 409 13 7 719 48 779 4.60e-138 428 MCJ7548546.1 KAI5122644.1 28.0 765 460 25 17 719 373 1108 3.24e-63 227 MCJ7548546.1 KZV11597.1 27.2 632 388 17 135 719 117 723 4.29e-39 153 KAF9116737.1 KAF9116737.1 100 379 0 0 1 379 1 379 1.29e-286 775 NLG67042.1 NLG67042.1 100 550 0 0 1 550 1 550 0.0 1001 NLG67042.1 WP_218014032.1 27.5 483 299 16 90 540 55 518 2.78e-33 131 NLG67042.1 WP_070664995.1 22.0 373 256 10 59 426 46 388 1.11e-11 65.5 NLG67042.1 WP_107723967.1 21.4 457 276 16 58 450 48 485 2.00e-10 61.6 NLG67042.1 WP_136134536.1 30.2 106 68 4 74 179 138 237 1.16e-04 43.1 XP_002873995.1 XP_002873995.1 100 517 0 0 1 517 1 517 0.0 1033 XP_002873995.1 KAG7602925.1 98.1 517 10 0 1 517 1 517 0.0 1012 XP_002873995.1 KAI8118081.1 26.6 447 292 11 97 517 37 473 1.47e-41 154 XP_002873995.1 WP_064049628.1 24.9 390 247 11 98 470 8 368 8.87e-17 80.9 XP_002873995.1 MCH4268493.1 26.7 165 117 3 103 264 24 187 2.20e-08 54.7 HIA56122.1 HIA56122.1 100 164 0 0 1 164 1 164 1.42e-92 264 MBP6049275.1 MBP6049275.1 100 168 0 0 1 168 1 168 1.99e-119 332 HAY39979.1 HAY39979.1 100 400 0 0 1 400 1 400 7.83e-292 788 HAY39979.1 WP_270908912.1 36.5 389 208 5 33 392 21 399 4.23e-71 227 HAY39979.1 WP_007270472.1 35.0 371 177 9 70 396 49 399 1.16e-57 192 WP_105188257.1 WP_105188257.1 100 394 0 0 1 394 1 394 1.94e-298 804 MCH2430466.1 MCH2430466.1 100 195 0 0 1 195 1 195 1.52e-143 395 MBI2152769.1 MBI2152769.1 100 248 0 0 1 248 1 248 1.05e-183 501 WP_211231677.1 WP_211231677.1 100 322 0 0 1 322 1 322 6.58e-143 404 WP_269048359.1 WP_269048359.1 100 163 0 0 1 163 1 163 1.65e-120 335 WP_195553161.1 WP_195553161.1 100 194 0 0 1 194 1 194 6.66e-133 369 MBL1417270.1 MBL1417270.1 100 206 0 0 1 206 1 206 1.00e-133 372 XP_019741907.1 XP_019741907.1 100 179 0 0 1 179 1 179 1.81e-134 371 AJF60049.1 AJF60049.1 100 113 0 0 1 113 1 113 9.51e-78 223 RJF98482.1 RJF98482.1 100 78 0 0 1 78 1 78 3.47e-57 168 GDX36288.1 GDX36288.1 100 409 0 0 1 409 1 409 9.56e-293 791 GDX36288.1 WP_245704803.1 35.6 222 134 4 188 408 1 214 6.65e-34 125 GDX36288.1 WP_149911652.1 30.6 271 161 7 153 409 166 423 1.04e-29 117 GDX36288.1 WP_253463694.1 29.8 262 166 7 153 409 177 425 5.62e-27 110 GDX36288.1 WP_076194242.1 27.1 303 184 11 125 407 173 458 2.31e-14 72.8 GDX36288.1 KDF42894.1 24.8 262 161 10 175 409 236 488 4.08e-11 62.8 GDX36288.1 WP_283842967.1 27.4 263 152 10 149 390 317 561 8.23e-11 62.0 GDX36288.1 WP_063540919.1 26.1 211 131 6 199 390 495 699 2.82e-09 57.4 GDX36288.1 SCH39951.1 24.3 251 135 8 175 392 241 469 3.42e-07 50.4 GDX36288.1 WP_088644037.1 24.0 283 169 9 152 407 163 426 1.70e-05 45.1 MCF7786316.1 MCF7786316.1 100 274 0 0 1 274 1 274 1.74e-195 533 KAJ8059477.1 KAJ8059477.1 100 96 0 0 1 96 1 96 1.71e-72 208 MBI3948044.1 MBI3948044.1 100 140 0 0 1 140 1 140 7.68e-99 278 MBM4386043.1 MBM4386043.1 100 69 0 0 1 69 1 69 2.46e-44 135 KAI2062789.1 KAI2062789.1 100 144 0 0 1 144 1 144 2.36e-104 292 QEP29574.1 QEP29574.1 100 43 0 0 1 43 1 43 1.19e-22 78.6 MBT4920854.1 MBT4920854.1 100 149 0 0 1 149 1 149 4.88e-104 292 KAH8333868.1 KAH8333868.1 100 501 0 0 1 501 1 501 0.0 1006 NLN95163.1 NLN95163.1 100 87 0 0 1 87 1 87 3.40e-59 174 MBI1386726.1 MBI1386726.1 100 464 0 0 1 464 1 464 0.0 976 MBI1386726.1 WP_104981358.1 31.8 365 216 10 87 437 6 351 1.59e-44 158 WP_021500824.1 WP_021500824.1 100 333 0 0 1 333 1 333 3.42e-243 659 WP_021500824.1 WP_222952672.1 28.8 292 193 6 5 295 8 285 1.03e-24 100 NP_001257623.1 NP_001257623.1 100 752 0 0 1 752 1 752 0.0 1248 NP_001257623.1 XP_043479276.1 44.9 457 238 6 1 449 1 451 1.03e-113 362 NP_001257623.1 KAJ3986273.1 35.2 165 103 2 247 407 454 618 3.05e-21 97.1 NP_001257623.1 NXT44414.1 31.4 194 128 4 250 442 1262 1451 4.34e-21 97.4 WP_200780455.1 WP_200780455.1 100 474 0 0 1 474 1 474 0.0 966 KAE9803106.1 KAE9803106.1 100 188 0 0 1 188 1 188 8.78e-126 350 NEQ48723.1 NEQ48723.1 100 289 0 0 1 289 1 289 2.39e-205 560 NEQ48723.1 WP_020913025.1 59.9 284 114 0 1 284 1 284 1.96e-116 335 NEQ48723.1 MBI3461834.1 56.1 289 127 0 1 289 1 289 7.15e-115 331 NEQ48723.1 KAF1538674.1 52.8 299 125 3 2 284 20 318 2.95e-103 302 NEQ48723.1 OCB46767.1 55.4 294 110 5 1 279 1 288 1.01e-96 285 NEQ48723.1 NBQ41256.1 51.4 290 132 3 1 281 1 290 5.21e-96 283 WP_283179095.1 WP_283179095.1 100 158 0 0 1 158 1 158 7.33e-108 302 WP_283179095.1 WP_265399898.1 24.8 157 109 2 2 154 22 173 2.45e-06 44.3 WP_265896212.1 WP_265896212.1 100 682 0 0 1 682 1 682 0.0 1287 WP_265896212.1 WP_138941726.1 41.6 538 289 7 162 676 40 575 1.35e-118 365 WP_265896212.1 MBH0193692.1 22.9 441 291 12 262 678 217 632 6.45e-21 95.9 WP_265896212.1 TLZ05171.1 28.9 346 194 13 380 679 266 605 2.32e-19 90.9 EDA9915590.1 EDA9915590.1 100 278 0 0 1 278 1 278 5.90e-205 558 TIU74829.1 TIU74829.1 100 278 0 0 1 278 1 278 4.04e-187 513 NLA37038.1 NLA37038.1 100 198 0 0 1 198 1 198 6.62e-135 374 XP_025606354.1 XP_025606354.1 100 574 0 0 1 574 1 574 0.0 1211 WP_100161462.1 WP_100161462.1 100 185 0 0 1 185 1 185 4.57e-131 363 WP_100161462.1 MBE0500203.1 49.5 101 49 2 53 151 78 178 1.87e-26 98.2 WP_100161462.1 BAV52815.1 41.1 112 64 2 42 151 1 112 6.86e-15 67.0 EAL7285322.1 EAL7285322.1 100 255 0 0 1 255 1 255 4.85e-197 536 OAV67199.1 OAV67199.1 100 57 0 0 1 57 1 57 5.41e-36 113 MCI6491833.1 MCI6491833.1 100 168 0 0 1 168 1 168 1.39e-110 310 MCI6491833.1 HCM9096811.1 49.0 143 70 2 5 144 10 152 8.61e-36 120 MCI6491833.1 WP_063505693.1 46.7 150 77 2 5 151 9 158 6.00e-35 118 KAF7644169.1 KAF7644169.1 100 624 0 0 1 624 1 624 0.0 956 WP_046234935.1 WP_046234935.1 100 357 0 0 1 357 1 357 2.79e-261 707 WP_046234935.1 HBG7982863.1 58.8 182 75 0 173 354 16 197 5.60e-67 208 MBQ8156531.1 MBQ8156531.1 100 283 0 0 1 283 1 283 2.16e-189 519 MBQ8156531.1 WP_057732191.1 40.5 222 118 3 5 222 7 218 1.81e-41 143 MBQ8156531.1 WP_253195963.1 39.8 176 105 1 37 211 34 209 4.13e-30 113 WP_137607852.1 WP_137607852.1 100 424 0 0 1 424 1 424 2.64e-293 793 WP_277858638.1 WP_277858638.1 100 536 0 0 1 536 1 536 0.0 1115 WP_277858638.1 WP_185218257.1 24.4 508 272 19 1 478 1 426 2.07e-28 116 WP_277858638.1 WP_013768652.1 22.9 497 279 18 31 478 36 477 2.42e-17 83.2 WP_011512097.1 WP_011512097.1 100 593 0 0 1 593 1 593 0.0 1119 WP_011512097.1 MBQ4454347.1 35.3 425 270 3 153 576 151 571 6.81e-69 232 WP_011512097.1 KAJ5168969.1 38.3 402 235 9 192 585 353 749 3.19e-60 212 WP_011512097.1 MBT3459617.1 47.1 223 117 1 361 582 1 223 7.70e-55 184 WP_011512097.1 MBQ8297564.1 29.6 429 299 2 143 569 131 558 1.09e-50 182 WP_011512097.1 NFD84694.1 36.8 277 170 3 311 585 490 763 1.67e-50 184 WP_011512097.1 WP_247749043.1 40.2 271 154 5 316 580 330 598 1.04e-48 177 WP_011512097.1 KAI9191373.1 40.5 242 122 2 341 580 391 612 2.48e-45 170 WP_011512097.1 WAY96880.1 37.8 193 118 1 358 550 2 192 1.59e-33 125 WP_011512097.1 WP_222599035.1 33.3 228 151 1 341 567 461 688 2.25e-32 130 WP_118155356.1 WP_118155356.1 100 756 0 0 1 756 1 756 0.0 1497 NPV11463.1 NPV11463.1 100 209 0 0 1 209 1 209 1.62e-145 402 NPV11463.1 WP_149786838.1 32.5 191 121 3 9 198 13 196 6.97e-19 79.3 NPV11463.1 MBU2178615.1 31.5 178 106 3 9 186 124 285 1.18e-13 66.6 NPV11463.1 WP_193275955.1 40.2 97 57 1 69 165 305 400 1.38e-13 67.0 NPV11463.1 NLD53371.1 37.9 95 57 2 93 187 87 179 7.26e-12 60.8 MCE0539567.1 MCE0539567.1 100 420 0 0 1 420 1 420 4.92e-264 719 MCE0539567.1 MCB0174630.1 32.5 228 119 3 169 395 301 494 1.20e-16 80.1 MCE0539567.1 RKT82586.1 30.3 218 110 6 169 386 163 338 1.27e-09 57.8 MCE0539567.1 WP_148284348.1 29.6 257 127 8 146 395 160 369 2.36e-08 53.9 WP_146646172.1 WP_146646172.1 100 323 0 0 1 323 1 323 2.08e-223 608 MBQ3906581.1 MBQ3906581.1 100 425 0 0 1 425 1 425 5.08e-319 858 WP_060137083.1 WP_060137083.1 100 267 0 0 1 267 1 267 9.19e-144 402 XP_047334060.1 XP_047334060.1 100 718 0 0 1 718 1 718 0.0 1412 XP_047334060.1 XP_043377824.1 38.0 276 151 7 17 281 25 291 1.62e-48 183 XP_047334060.1 XP_046441060.1 33.7 205 127 6 17 219 61 258 1.06e-26 114 XP_047334060.1 NXD84883.1 29.8 275 175 7 15 281 82 346 2.24e-25 109 XP_047334060.1 XP_020321477.1 29.8 262 169 9 16 275 52 300 2.70e-25 110 XP_047334060.1 WP_271931007.1 27.2 287 173 5 17 273 661 941 2.34e-21 97.8 XP_047334060.1 KAI3849778.1 28.4 208 137 7 14 215 492 693 2.90e-13 71.6 AWW49543.1 AWW49543.1 100 396 0 0 1 396 1 396 5.07e-270 732 AWW49543.1 WP_143169250.1 44.2 362 190 7 41 396 24 379 1.15e-86 266 WP_130528929.1 WP_130528929.1 100 995 0 0 1 995 1 995 0.0 1900 WP_130528929.1 WP_113544184.1 38.6 616 371 4 349 958 486 1100 1.16e-135 436 WP_130528929.1 TRZ64304.1 41.9 370 208 3 591 953 2 371 3.84e-86 282 WP_130528929.1 MAF07216.1 34.5 385 232 8 479 848 261 640 6.16e-59 213 EIC6151294.1 EIC6151294.1 100 432 0 0 1 432 1 432 9.72e-300 810 EIC6151294.1 HBA5291325.1 21.6 416 296 10 24 425 5 404 1.63e-15 76.3 MCE2507101.1 MCE2507101.1 100 224 0 0 1 224 1 224 8.63e-162 444 WP_271268402.1 WP_271268402.1 100 454 0 0 1 454 1 454 0.0 887 WP_271268402.1 WP_029364876.1 67.3 196 59 2 198 392 1 192 3.58e-96 286 MBO6554759.1 MBO6554759.1 100 1139 0 0 1 1139 1 1139 0.0 2220 MBO6554759.1 MBL6756473.1 27.7 678 388 22 200 846 48 654 1.94e-43 168 MBO6554759.1 PIY74148.1 26.1 677 405 20 220 873 1 605 6.61e-41 159 MBO6554759.1 KXK41164.1 34.7 308 183 8 198 503 6 297 1.98e-36 138 MBO6554759.1 WP_226865765.1 25.1 682 419 21 200 867 3 606 3.75e-35 141 MBO6554759.1 WP_220492852.1 31.3 131 80 4 380 507 540 663 1.40e-08 57.4 WP_168738097.1 WP_168738097.1 100 775 0 0 1 775 1 775 0.0 1488 WP_168738097.1 MBN9383861.1 30.4 783 502 13 1 772 27 777 3.59e-103 333 WP_168738097.1 WP_199673213.1 25.0 336 214 12 62 393 88 389 4.96e-05 44.7 MBO4925134.1 MBO4925134.1 100 203 0 0 1 203 1 203 2.93e-145 400 WP_258700041.1 WP_258700041.1 100 96 0 0 1 96 1 96 1.12e-68 198 WP_258700041.1 WP_028393295.1 56.5 62 26 1 15 76 3 63 2.78e-20 75.5 XP_029728184.1 XP_029728184.1 100 473 0 0 1 473 1 473 8.81e-310 839 WP_263620371.1 WP_263620371.1 100 317 0 0 1 317 1 317 2.63e-223 607 WP_263620371.1 WP_001884703.1 25.4 276 170 10 25 271 25 293 1.84e-10 59.3 HAI83337.1 HAI83337.1 100 140 0 0 1 140 1 140 2.04e-103 290 WP_250015522.1 WP_250015522.1 100 387 0 0 1 387 1 387 6.66e-291 784 WP_250015522.1 PAW68992.1 34.8 396 235 7 8 383 2 394 6.97e-63 205 WP_250015522.1 MBW4662439.1 36.9 293 167 6 15 306 16 291 1.63e-49 170 WP_250015522.1 WP_179156843.1 32.1 365 223 7 29 383 15 364 3.49e-47 163 WP_250015522.1 WP_113767226.1 32.6 362 215 8 24 379 91 429 4.97e-44 156 WP_250015522.1 WP_064802002.1 35.9 262 158 6 13 269 8 264 1.44e-40 146 WP_250015522.1 WP_270430070.1 30.4 352 228 6 35 384 35 371 2.05e-39 142 MCC6600438.1 MCC6600438.1 100 671 0 0 1 671 1 671 0.0 1341 MCC6600438.1 WP_047594685.1 23.4 518 337 20 68 550 157 649 1.29e-09 59.7 MCC6600438.1 WP_119344914.1 21.2 581 390 24 57 611 78 616 8.91e-07 50.4 MCC6600438.1 WP_059812501.1 26.1 165 99 6 57 215 104 251 4.93e-04 41.6 MBR3944831.1 MBR3944831.1 100 493 0 0 1 493 1 493 0.0 1027 MBQ6224848.1 MBQ6224848.1 100 488 0 0 1 488 1 488 0.0 985 AHK62764.1 AHK62764.1 100 221 0 0 1 221 1 221 4.45e-158 434 AHK62764.1 AVM35379.1 76.6 214 50 0 2 215 1 214 2.63e-121 341 AHK62764.1 QUQ06080.1 75.8 215 52 0 1 215 5 219 1.49e-119 337 AHK62764.1 AWS34156.1 74.9 215 54 0 1 215 5 219 9.99e-118 332 AHK62764.1 ADJ35581.1 74.9 215 54 0 1 215 6 220 1.03e-117 332 AHK62764.1 ADW49125.1 75.4 211 52 0 5 215 1 211 1.77e-116 329 AHK62764.1 AFA24308.1 76.8 211 49 0 5 215 2 212 1.06e-115 327 AHK62764.1 ABQ63546.1 73.4 214 57 0 2 215 5 218 8.77e-114 322 AHK62764.1 AFA09475.1 77.1 205 47 0 11 215 1 205 1.60e-113 321 AHK62764.1 QUA05739.1 75.5 208 51 0 1 208 5 212 1.18e-112 319 KAG6815834.1 KAG6815834.1 100 357 0 0 1 357 1 357 1.75e-264 715 MBS1237631.1 MBS1237631.1 100 259 0 0 1 259 1 259 4.96e-183 501 MBS1237631.1 WP_109305164.1 27.6 261 177 6 1 256 1 254 1.07e-24 97.4 MBC8287102.1 MBC8287102.1 100 163 0 0 1 163 1 163 7.84e-110 308 WP_147710924.1 WP_147710924.1 100 257 0 0 1 257 1 257 1.88e-186 509 WP_147098622.1 WP_147098622.1 100 230 0 0 1 230 1 230 4.44e-167 458 OPJ85369.1 OPJ85369.1 100 105 0 0 1 105 1 105 7.48e-78 222 AOM87821.1 AOM87821.1 100 313 0 0 1 313 1 313 2.89e-234 635 EFI9116993.1 EFI9116993.1 100 131 0 0 1 131 1 131 7.29e-86 244 WP_133874384.1 WP_133874384.1 100 324 0 0 1 324 1 324 4.11e-235 638 WP_133874384.1 WP_073505727.1 45.4 326 171 5 1 322 1 323 1.65e-86 261 WP_133874384.1 WP_164767343.1 47.8 157 79 3 164 319 6 160 6.33e-41 140 WP_133874384.1 WP_051669385.1 29.4 330 200 12 1 320 9 315 2.65e-21 91.3 WP_133874384.1 MBP1746912.1 23.4 354 201 11 2 303 4 339 1.32e-16 78.6 WP_133874384.1 NBB83031.1 29.4 282 168 7 3 277 5 262 1.00e-15 75.1 WP_133874384.1 TML70651.1 31.3 128 80 2 1 120 1 128 3.71e-14 67.0 WP_133874384.1 MCA0387421.1 27.4 310 194 12 4 304 6 293 4.99e-13 67.0 MBP6873711.1 MBP6873711.1 100 257 0 0 1 257 1 257 1.88e-186 509 MBP6873711.1 MCD6544917.1 31.3 115 75 1 7 121 3 113 3.32e-14 69.7 WP_236578309.1 WP_236578309.1 100 230 0 0 1 230 1 230 3.13e-167 458 MCS6997039.1 MCS6997039.1 100 448 0 0 1 448 1 448 8.45e-293 794 WP_222322625.1 WP_222322625.1 100 526 0 0 1 526 1 526 0.0 1058 WP_222322625.1 WP_218014032.1 25.6 551 334 19 7 510 7 528 2.43e-25 107 WP_222322625.1 EHA1403784.1 24.7 510 325 15 35 516 47 525 3.37e-25 107 WP_222322625.1 MBM3534697.1 26.1 532 328 21 7 514 216 706 7.06e-21 94.7 WP_222322625.1 HIA35646.1 21.7 460 292 17 35 442 52 495 1.15e-11 65.5 WP_232235954.1 WP_232235954.1 100 178 0 0 1 178 1 178 3.96e-133 368 OBF96065.1 OBF96065.1 100 349 0 0 1 349 1 349 3.32e-249 676 HAC47786.1 HAC47786.1 100 152 0 0 1 152 1 152 2.13e-104 293 PYV42293.1 PYV42293.1 100 249 0 0 1 249 1 249 5.12e-171 469 WP_186372554.1 WP_186372554.1 100 427 0 0 1 427 1 427 5.14e-313 843 MBK7761530.1 MBK7761530.1 100 202 0 0 1 202 1 202 1.10e-144 399 WP_099692467.1 WP_099692467.1 100 140 0 0 1 140 1 140 2.28e-91 259 WP_227414037.1 WP_227414037.1 100 70 0 0 1 70 1 70 1.99e-48 145 OLC60889.1 OLC60889.1 100 142 0 0 1 142 1 142 1.95e-102 287 MCM8792278.1 MCM8792278.1 100 317 0 0 1 317 1 317 3.90e-225 612 MCM8792278.1 MBC8384723.1 45.1 350 148 6 7 316 7 352 4.48e-88 266 MCM8792278.1 NNF43866.1 36.1 335 185 5 4 316 7 334 1.17e-62 200 CAI9728293.1 CAI9728293.1 100 89 0 0 1 89 1 89 1.72e-62 182 KAG8587293.1 KAG8587293.1 100 2659 0 0 1 2659 1 2659 0.0 5247 MOY95459.1 MOY95459.1 100 99 0 0 1 99 1 99 8.69e-72 206 MOY95459.1 AST39768.1 72.4 98 27 0 2 99 2 99 1.62e-49 150 MOY95459.1 AMA13662.1 72.4 98 27 0 2 99 63 160 6.05e-49 151 MOY95459.1 MOY61908.1 58.2 98 41 0 2 99 2 99 4.70e-40 126 GGK29005.1 GGK29005.1 100 289 0 0 1 289 1 289 4.25e-199 544 MCQ2641798.1 MCQ2641798.1 100 328 0 0 1 328 1 328 2.78e-235 639 MCD5879085.1 MCD5879085.1 100 184 0 0 1 184 1 184 1.32e-134 372 MCD5879085.1 WP_103270848.1 46.2 143 76 1 35 176 26 168 1.24e-37 129 HDQ08114.1 HDQ08114.1 100 288 0 0 1 288 1 288 3.46e-218 592 XP_052062472.1 XP_052062472.1 100 226 0 0 1 226 1 226 2.49e-171 468 MCB1594269.1 MCB1594269.1 100 153 0 0 1 153 1 153 1.56e-111 311 MCB1594269.1 HHT71325.1 37.5 144 72 3 6 135 172 311 3.71e-19 80.5 WP_089820066.1 WP_089820066.1 100 166 0 0 1 166 1 166 2.08e-120 335 WP_089820066.1 WP_196074572.1 43.0 165 86 3 2 160 8 170 2.06e-36 122 WP_089820066.1 WP_279085497.1 38.3 162 97 3 2 161 4 164 2.69e-33 114 WP_174736260.1 WP_174736260.1 100 139 0 0 1 139 1 139 1.75e-99 280 WP_174736260.1 WP_268637051.1 36.3 135 82 1 1 131 1 135 3.07e-22 84.3 WP_245086788.1 WP_245086788.1 100 325 0 0 1 325 1 325 9.36e-237 642 WP_245086788.1 WP_003067788.1 32.4 225 138 6 109 325 94 312 1.34e-21 91.7 WP_132993058.1 WP_132993058.1 100 378 0 0 1 378 1 378 3.39e-284 766 WP_262152891.1 WP_262152891.1 100 73 0 0 1 73 1 73 1.08e-51 154 MBA2391527.1 MBA2391527.1 100 679 0 0 1 679 1 679 0.0 1344 HCG88012.1 HCG88012.1 100 628 0 0 1 628 1 628 0.0 1238 HCG88012.1 WP_101662518.1 28.2 610 294 11 25 627 37 509 2.76e-63 220 HCG88012.1 WP_135279859.1 27.2 580 283 7 57 628 204 652 8.44e-51 187 HCG88012.1 OMF24356.1 29.4 592 257 18 57 628 62 512 1.94e-50 183 HCG88012.1 WP_044772468.1 26.1 625 299 17 20 624 29 510 2.09e-48 179 HCG88012.1 KAG0922869.1 51.4 105 50 1 48 151 1 105 3.67e-27 105 KAF5949235.1 KAF5949235.1 100 140 0 0 1 140 1 140 6.32e-98 276 WP_026861651.1 WP_026861651.1 100 313 0 0 1 313 1 313 2.12e-236 640 WP_026861651.1 MBP2329018.1 28.1 263 177 6 53 309 55 311 1.19e-14 71.6 WP_026861651.1 WP_026661995.1 20.6 253 170 7 71 312 45 277 5.06e-08 51.6 WP_026861651.1 WP_119938117.1 27.1 140 79 3 193 309 131 270 2.31e-04 40.4 WP_026861651.1 MCS3353511.1 37.9 58 36 0 252 309 67 124 4.25e-04 38.1 WP_075011186.1 WP_075011186.1 100 165 0 0 1 165 1 165 4.36e-117 326 WP_205336461.1 WP_205336461.1 100 220 0 0 1 220 1 220 2.40e-166 455 POC21689.1 POC21689.1 100 102 0 0 1 102 1 102 2.27e-73 211 WP_017172025.1 WP_017172025.1 100 552 0 0 1 552 1 552 3.43e-263 728 WP_017172025.1 WP_128786583.1 68.6 51 16 0 351 401 459 509 9.08e-11 62.8 WP_157783106.1 WP_157783106.1 100 181 0 0 1 181 1 181 5.84e-141 388 MBH39527.1 MBH39527.1 100 81 0 0 1 81 1 81 5.03e-56 165 MBH39527.1 WP_228049692.1 35.8 81 52 0 1 81 16 96 3.02e-11 52.8 MBP0444593.1 MBP0444593.1 100 105 0 0 1 105 1 105 2.89e-27 94.7 XP_040637648.1 XP_040637648.1 100 463 0 0 1 463 1 463 3.25e-270 738 CUQ45908.1 CUQ45908.1 100 120 0 0 1 120 1 120 5.14e-83 236 KAB1930676.1 KAB1930676.1 100 807 0 0 1 807 1 807 0.0 1177 WP_063393100.1 WP_063393100.1 100 1974 0 0 1 1974 1 1974 0.0 3741 XP_053174626.1 XP_053174626.1 100 637 0 0 1 637 1 637 0.0 1365 XP_053174626.1 XP_052609093.1 59.3 615 239 6 25 635 20 627 2.66e-279 775 MBY7869037.1 MBY7869037.1 100 669 0 0 1 669 1 669 0.0 1303 MBY7869037.1 WP_047430984.1 50.0 670 327 5 3 668 5 670 1.02e-219 627 MBY7869037.1 HAV1793262.1 25.8 415 256 10 113 517 120 492 1.86e-29 121 MBY7869037.1 WP_250464711.1 23.8 526 332 15 5 520 52 518 5.40e-27 114 MBY7869037.1 MBQ4139225.1 31.6 171 116 1 500 669 4 174 3.83e-22 92.4 MBY7869037.1 WP_264248212.1 50.0 44 22 0 625 668 15 58 5.17e-05 40.0 MXW19700.1 MXW19700.1 100 871 0 0 1 871 1 871 0.0 1744 MXW19700.1 MCE2873365.1 30.4 952 500 26 14 871 11 893 1.03e-99 329 MXW19700.1 HAJ30683.1 24.3 886 514 36 36 865 25 809 2.13e-26 114 MXW19700.1 MBX9747080.1 21.3 914 457 32 41 871 1 735 3.13e-14 75.1 XP_006969978.1 XP_006969978.1 100 332 0 0 1 332 1 332 1.71e-247 670 XP_006969978.1 XP_030620685.1 36.1 205 130 1 113 316 140 344 1.35e-39 142 XP_006969978.1 XP_048216280.1 30.5 259 169 4 70 317 20 278 2.26e-31 120 XP_006969978.1 XP_020321477.1 28.9 228 146 7 93 314 78 295 2.46e-28 114 XP_006969978.1 XP_046441060.1 31.4 245 152 8 69 307 60 294 1.73e-26 108 XP_006969978.1 XP_029528577.1 28.7 181 124 2 97 277 64 239 7.91e-23 95.9 XP_006969978.1 KAH6984898.1 25.4 236 127 6 114 302 71 304 7.34e-13 67.8 XP_006969978.1 XP_048540820.1 25.8 194 114 5 97 289 818 982 5.47e-09 55.8 XP_006969978.1 RLN36134.1 27.8 176 117 5 94 263 113 284 1.16e-08 54.3 XP_006969978.1 KAG2309455.1 24.1 191 132 5 90 270 627 814 2.66e-06 47.4 WP_249991478.1 WP_249991478.1 100 330 0 0 1 330 1 330 4.35e-224 610 WP_249991478.1 EIU6828535.1 32.5 317 200 6 14 326 13 319 9.96e-45 154 WP_249991478.1 PPR79666.1 36.1 277 168 5 53 324 59 331 7.86e-44 152 WP_249991478.1 EAP5059555.1 34.0 309 192 5 25 326 51 354 1.42e-40 144 WP_249991478.1 AGL88086.1 33.7 288 167 11 48 330 20 288 1.41e-36 131 WP_249991478.1 MCH3978367.1 32.3 285 178 6 53 326 46 326 2.72e-32 121 WP_249991478.1 AHK46784.1 30.9 304 187 7 38 324 20 317 1.15e-29 114 WP_249991478.1 WP_158131988.1 31.5 279 174 11 58 328 390 659 1.76e-24 102 WP_249991478.1 WP_097346712.1 29.9 274 177 9 58 324 390 655 2.38e-24 102 WP_077989166.1 WP_077989166.1 100 384 0 0 1 384 1 384 1.57e-267 725 WP_077989166.1 WP_002655233.1 34.7 196 119 5 140 334 301 488 1.40e-24 103 WP_238286377.1 WP_238286377.1 100 503 0 0 1 503 1 503 0.0 1001 MBQ6476844.1 MBQ6476844.1 100 139 0 0 1 139 1 139 1.28e-92 262 MBQ6476844.1 WP_167345377.1 31.3 134 88 3 2 135 20 149 6.15e-14 63.2 OCT99299.1 OCT99299.1 100 216 0 0 1 216 1 216 5.18e-150 414 WP_131252095.1 WP_131252095.1 100 407 0 0 1 407 1 407 1.16e-292 790 HBC43327.1 HBC43327.1 100 139 0 0 1 139 1 139 4.82e-97 273 HBC43327.1 TDJ69718.1 55.1 138 55 2 1 138 1 131 3.23e-39 135 MBP7794228.1 MBP7794228.1 100 182 0 0 1 182 1 182 2.11e-130 361 MBT4259674.1 MBT4259674.1 100 337 0 0 1 337 1 337 1.16e-252 683 MBT4259674.1 EAN4724137.1 43.9 342 187 3 1 337 1 342 4.26e-98 292 MBT4259674.1 WP_224255409.1 43.0 342 190 3 1 337 1 342 7.82e-96 286 MBT4259674.1 XP_018682766.1 31.5 327 157 5 10 333 67 329 3.65e-55 182 MCP5487798.1 MCP5487798.1 100 86 0 0 1 86 1 86 2.14e-57 169 XP_052321142.1 XP_052321142.1 100 230 0 0 1 230 1 230 2.65e-159 438 HAJ13960.1 HAJ13960.1 100 176 0 0 1 176 1 176 7.91e-114 319 HAJ13960.1 WP_135028221.1 41.0 61 36 0 116 176 211 271 2.79e-07 47.4 KTC18574.1 KTC18574.1 100 628 0 0 1 628 1 628 0.0 1280 KTC18574.1 WP_107723967.1 35.1 570 342 10 37 595 26 578 5.13e-102 320 KTC18574.1 WP_026974351.1 21.3 521 316 20 115 603 106 564 2.94e-09 58.2 MSX81993.1 MSX81993.1 100 767 0 0 1 767 1 767 0.0 1448 WP_172892835.1 WP_172892835.1 100 122 0 0 1 122 1 122 1.64e-89 253 RMP47417.1 RMP47417.1 100 347 0 0 1 347 1 347 9.35e-264 712 WP_076195104.1 WP_076195104.1 100 373 0 0 1 373 1 373 5.54e-228 624 WP_278448552.1 WP_278448552.1 100 96 0 0 1 96 1 96 6.01e-64 186 MBU1163645.1 MBU1163645.1 100 206 0 0 1 206 1 206 4.67e-148 408 WP_178943877.1 WP_178943877.1 100 475 0 0 1 475 1 475 0.0 891 WP_100963785.1 WP_100963785.1 100 161 0 0 1 161 1 161 6.96e-103 290 WP_048427321.1 WP_048427321.1 100 225 0 0 1 225 1 225 2.64e-152 420 WP_048427321.1 WP_014286324.1 33.8 160 106 0 14 173 6 165 8.19e-20 81.6 WP_048427321.1 WP_234080888.1 31.9 207 136 2 21 225 34 237 1.02e-15 72.0 WP_048427321.1 WP_169054812.1 26.1 199 146 1 14 212 23 220 1.46e-12 63.2 WP_048427321.1 WP_192558464.1 33.6 137 76 5 4 129 1 133 1.48e-07 48.9 WP_048427321.1 ANP72927.1 46.4 56 30 0 11 66 44 99 2.44e-06 45.4 WP_007337172.1 WP_007337172.1 100 156 0 0 1 156 1 156 1.05e-98 282 WP_007337172.1 HIE16764.1 52.9 85 40 0 56 140 2 86 1.03e-23 89.0 WP_007337172.1 KAJ7092692.1 43.8 73 41 0 57 129 144 216 1.87e-14 68.9 WP_007337172.1 XP_029439375.1 34.1 82 53 1 54 135 133 213 8.97e-11 58.2 WP_007337172.1 ROW03190.1 34.2 79 50 1 57 135 1 77 2.08e-10 57.4 WP_283107263.1 WP_283107263.1 100 570 0 0 1 570 1 570 0.0 1045 WP_283107263.1 WP_017718577.1 36.1 621 341 10 4 570 24 642 1.83e-99 314 WP_283107263.1 NRF69152.1 41.1 499 269 8 75 557 27 516 1.46e-98 307 WP_283107263.1 WP_058504615.1 35.7 510 306 6 56 557 67 562 3.79e-98 308 WP_283107263.1 MBT7163208.1 30.8 373 257 1 178 550 191 562 1.12e-62 214 WP_283107263.1 WP_203339841.1 35.1 276 176 3 174 447 2 276 1.45e-45 162 WP_283107263.1 RYD39969.1 36.7 218 108 8 248 453 85 284 3.36e-29 115 WP_283107263.1 WP_121975536.1 33.7 273 157 9 189 449 11 271 1.43e-28 115 WP_283107263.1 EEC9022132.1 26.8 380 243 13 167 516 75 449 4.48e-27 113 WP_283107263.1 WP_029222463.1 35.4 147 85 3 312 448 122 268 1.17e-18 86.3 WP_268276024.1 WP_268276024.1 100 92 0 0 1 92 1 92 8.42e-60 176 WP_268276024.1 WP_007556065.1 57.5 87 37 0 5 91 5 91 1.80e-27 98.2 WP_268276024.1 MBQ7587638.1 55.8 86 38 0 6 91 6 91 6.10e-25 91.7 WP_268276024.1 HIZ10317.1 50.6 89 44 0 2 90 1 89 3.89e-23 87.0 UCH34204.1 UCH34204.1 100 157 0 0 1 157 1 157 5.37e-105 295 WP_100461895.1 WP_100461895.1 100 501 0 0 1 501 1 501 0.0 954 WP_100461895.1 WP_057201184.1 36.0 442 256 10 7 435 2 429 3.07e-69 228 WP_100461895.1 WP_131836551.1 30.8 481 320 7 10 483 19 493 2.44e-65 218 WP_100461895.1 WP_257689765.1 32.6 473 304 7 1 464 1 467 1.59e-63 213 WP_100461895.1 MBO7941816.1 77.1 131 30 0 277 407 1 131 3.52e-61 195 WP_100461895.1 XP_050320449.1 32.0 481 312 8 9 483 12 483 1.84e-57 196 WP_100461895.1 WP_008959270.1 30.8 442 295 7 2 437 4 440 3.83e-50 177 WP_100461895.1 WP_195426888.1 28.7 429 282 7 21 437 21 437 2.79e-40 150 WP_100461895.1 WP_061795322.1 28.8 437 295 10 12 437 23 454 1.96e-37 142 WP_100461895.1 WP_022389025.1 26.2 378 255 6 66 435 25 386 2.55e-23 100 NNE21990.1 NNE21990.1 100 548 0 0 1 548 1 548 0.0 1072 CAG1014836.1 CAG1014836.1 100 168 0 0 1 168 1 168 2.32e-118 330 HEY60602.1 HEY60602.1 100 127 0 0 1 127 1 127 1.14e-87 249 MBL6847974.1 MBL6847974.1 100 388 0 0 1 388 1 388 2.70e-286 773 MBL6847974.1 WP_055337992.1 40.4 381 218 4 12 388 11 386 2.95e-98 296 MBL6847974.1 WP_019444443.1 42.8 327 178 4 66 388 2 323 1.59e-87 266 MBL6847974.1 WP_019585553.1 33.6 381 247 4 6 382 17 395 2.20e-58 193 MBL6847974.1 UCF78466.1 32.1 355 233 4 30 382 28 376 5.16e-52 176 MBL6847974.1 XP_027540421.1 29.0 362 248 6 26 385 52 406 3.83e-37 137 MBL6847974.1 MCH8312862.1 28.6 329 216 6 33 357 15 328 2.73e-31 120 MBL6847974.1 RYZ40664.1 25.4 323 231 6 37 357 48 362 8.95e-19 85.5 MBW2293111.1 MBW2293111.1 100 86 0 0 1 86 1 86 1.75e-65 189 WP_035154071.1 WP_035154071.1 100 128 0 0 1 128 1 128 3.95e-93 263 WP_015167170.1 WP_015167170.1 100 595 0 0 1 595 1 595 0.0 1114 WP_015167170.1 WP_270453521.1 35.3 422 237 9 1 411 1 397 9.10e-62 208 WP_015167170.1 HDC92778.1 29.2 486 243 12 3 411 1 462 2.15e-44 162 WP_015167170.1 NOY97419.1 26.2 458 277 15 5 411 3 450 1.65e-29 122 WP_015167170.1 WP_278982769.1 30.5 302 185 8 118 411 150 434 2.97e-26 110 XP_032818145.1 XP_032818145.1 100 228 0 0 1 228 1 228 5.90e-146 404 WP_107851562.1 WP_107851562.1 100 156 0 0 1 156 1 156 2.58e-116 323 KAH8969015.1 KAH8969015.1 100 489 0 0 1 489 1 489 0.0 961 KAH8969015.1 NEO63080.1 42.8 369 196 4 127 483 4 369 4.41e-89 275 KAH8969015.1 WP_247072383.1 36.3 342 198 7 128 461 4 333 2.35e-66 216 KAH8969015.1 PZR90627.1 38.9 324 194 3 137 460 10 329 4.72e-58 194 PIT67883.1 PIT67883.1 100 105 0 0 1 105 1 105 2.42e-74 213 MCT7963129.1 MCT7963129.1 100 65 0 0 1 65 1 65 6.25e-43 131 NWG07731.1 NWG07731.1 100 129 0 0 1 129 1 129 1.37e-89 254 MAX51409.1 MAX51409.1 100 156 0 0 1 156 1 156 5.00e-114 318 SPZ45747.1 SPZ45747.1 100 459 0 0 1 459 1 459 7.30e-311 841 MCL4144983.1 MCL4144983.1 100 92 0 0 1 92 1 92 4.33e-62 181 MCL4144983.1 WP_148836004.1 24.3 136 55 2 3 91 363 497 7.80e-09 49.3 MCL4144983.1 WP_140372075.1 45.5 44 23 1 1 44 429 471 1.09e-08 48.9 MCL4144983.1 WP_200941876.1 52.3 44 20 1 1 44 467 509 1.81e-07 45.4 MCL4144983.1 WP_112119927.1 24.3 136 55 3 3 91 332 466 1.91e-05 39.7 MCL4144983.1 WP_098279309.1 51.9 27 13 0 18 44 407 433 2.36e-04 36.6 NBS68005.1 NBS68005.1 100 88 0 0 1 88 1 88 3.93e-63 184 MBP6400846.1 MBP6400846.1 100 190 0 0 1 190 1 190 4.56e-138 381 MBP6400846.1 MBN2427654.1 65.4 185 64 0 6 190 5 189 9.58e-78 241 MBP6400846.1 WP_010016619.1 40.4 151 80 3 6 149 16 163 7.01e-26 102 MBP6400846.1 NNC58435.1 33.3 168 95 5 7 157 11 178 5.64e-20 85.1 MBP6400846.1 MCC7304610.1 34.6 133 81 2 6 132 14 146 4.15e-18 79.7 MBP6400846.1 WP_122705662.1 33.1 181 116 4 8 185 14 192 1.69e-17 75.9 MBP6400846.1 WP_274976404.1 31.7 139 93 1 6 142 25 163 1.42e-15 72.4 MBP6400846.1 MBP9771519.1 29.9 134 83 3 9 142 13 135 6.80e-14 67.4 MBP6400846.1 MCF2656092.1 27.5 142 101 1 6 145 9 150 2.51e-13 65.9 MBP6400846.1 MBU7046308.1 29.7 138 85 3 1 133 4 134 5.76e-11 58.9 MBQ1990346.1 MBQ1990346.1 100 233 0 0 1 233 1 233 1.97e-176 482 XP_039284787.1 XP_039284787.1 100 133 0 0 1 133 1 133 5.73e-102 285 MBA4865741.1 MBA4865741.1 100 287 0 0 1 287 1 287 2.26e-193 529 WP_070955303.1 WP_070955303.1 100 677 0 0 1 677 1 677 0.0 1305 WP_070955303.1 KWZ83306.1 45.7 635 334 5 31 662 12 638 1.21e-189 550 XP_018957721.2 XP_018957721.2 100 685 0 0 1 685 1 685 0.0 1244 XP_018957721.2 NXM82541.1 27.9 294 188 9 12 292 1 283 9.83e-20 91.3 XP_018957721.2 KAJ4922108.1 34.8 135 79 4 11 139 25 156 1.38e-16 81.3 WP_042648904.1 WP_042648904.1 100 264 0 0 1 264 1 264 2.58e-192 525 WP_042648904.1 MBK8326393.1 50.6 261 129 0 4 264 3 263 5.57e-91 268 WP_042648904.1 WP_086236254.1 44.3 262 143 3 1 261 1 260 9.98e-69 211 WP_042648904.1 NKB40192.1 40.7 263 153 3 1 261 17 278 2.57e-62 196 PIR97932.1 PIR97932.1 100 94 0 0 1 94 1 94 1.37e-68 198 XP_041378246.1 XP_041378246.1 100 327 0 0 1 327 1 327 1.67e-231 629 WP_034002239.1 WP_034002239.1 100 496 0 0 1 496 1 496 0.0 944 WP_034002239.1 WP_278498266.1 36.7 472 286 6 24 489 21 485 2.38e-84 267 WP_034002239.1 WP_187788315.1 35.2 454 268 6 22 475 1 428 1.78e-70 229 WP_034002239.1 MCK1819907.1 35.3 479 268 12 26 489 28 479 6.62e-66 219 WP_034002239.1 WP_030096092.1 35.0 437 245 8 31 465 41 440 1.56e-63 212 WP_034002239.1 HAV5500596.1 30.0 403 265 4 27 426 22 410 5.44e-55 189 KAF9922452.1 KAF9922452.1 100 2212 0 0 1 2212 1 2212 0.0 3578 EDH4057100.1 EDH4057100.1 100 387 0 0 1 387 1 387 3.64e-279 754 EDH4057100.1 MCP1651746.1 44.6 404 204 6 1 387 4 404 1.55e-99 300 EDH4057100.1 WP_074825075.1 46.3 402 191 10 1 387 1 392 6.20e-96 290 EDH4057100.1 WP_004619799.1 43.6 401 200 8 6 387 7 400 8.08e-87 267 EDH4057100.1 GAN03156.1 39.3 392 224 8 2 386 27 411 9.35e-76 239 EDH4057100.1 MBA2536487.1 38.3 402 211 9 1 385 1 382 2.56e-67 216 EDH4057100.1 XP_040685867.1 35.9 396 230 9 2 384 33 417 2.48e-63 207 EDH4057100.1 WP_277084622.1 42.5 320 157 6 87 386 1 313 6.19e-63 202 EDH4057100.1 WP_083141943.1 36.6 396 233 8 1 387 1 387 1.72e-61 201 EDH4057100.1 WP_078429679.1 36.0 400 232 9 1 385 1 391 7.65e-61 199 WP_018431719.1 WP_018431719.1 100 438 0 0 1 438 1 438 6.02e-313 844 WP_018431719.1 AGS31853.1 44.6 112 59 2 67 176 18 128 4.75e-23 92.8 WP_018431719.1 ABB86219.1 33.3 75 49 1 16 90 1 74 3.62e-06 43.1 WP_152190814.1 WP_152190814.1 100 184 0 0 1 184 1 184 1.26e-123 344 WP_152190814.1 WP_205541900.1 44.2 77 41 1 5 81 21 95 2.38e-09 53.9 WP_233284074.1 WP_233284074.1 100 143 0 0 1 143 1 143 1.79e-94 267 MBO9514898.1 MBO9514898.1 100 266 0 0 1 266 1 266 6.60e-196 534 MCH6550914.1 MCH6550914.1 100 352 0 0 1 352 1 352 5.70e-247 670 MCH6550914.1 MBG83645.1 38.8 353 203 5 3 349 9 354 3.22e-65 209 MOO35077.1 MOO35077.1 100 15 0 0 1 15 1 15 3.28e-08 40.4 WP_156140069.1 WP_156140069.1 100 692 0 0 1 692 1 692 0.0 1061 WP_156140069.1 WP_104456122.1 33.3 156 104 0 405 560 365 520 1.38e-17 84.7 WP_156140069.1 WP_097514015.1 35.8 159 84 3 405 561 382 524 3.45e-17 83.6 WP_156140069.1 WP_128786583.1 41.4 133 67 2 405 537 473 594 1.56e-15 78.6 WP_156140069.1 WP_025739406.1 46.7 105 50 2 405 506 480 581 1.33e-13 72.4 WP_156140069.1 WP_269572442.1 39.7 126 66 3 405 525 472 592 2.19e-13 71.6 WP_156140069.1 OME96001.1 40.8 103 61 0 405 507 481 583 2.36e-13 71.6 WP_156140069.1 WP_271340374.1 36.4 140 75 4 405 544 427 552 6.64e-13 70.1 WP_156140069.1 WP_237962375.1 34.0 156 95 2 405 553 498 652 1.07e-12 69.7 WP_156140069.1 EIZ9235425.1 67.3 49 16 0 405 453 369 417 5.29e-12 67.0 WP_200629424.1 WP_200629424.1 100 312 0 0 1 312 1 312 1.27e-232 630 WP_200629424.1 WP_254301195.1 30.8 276 178 6 10 280 4 271 5.59e-26 103 WP_200629424.1 WP_265634479.1 33.2 298 156 12 11 287 7 282 3.65e-23 95.5 WP_200629424.1 WP_223975418.1 29.7 172 117 2 18 186 7 177 4.13e-08 52.0 WP_200629424.1 WP_258613669.1 25.3 249 172 5 28 263 17 264 1.37e-07 50.4 WP_200629424.1 WP_096722254.1 42.2 64 37 0 14 77 3 66 1.38e-06 47.4 KAI9565065.1 KAI9565065.1 100 207 0 0 1 207 1 207 3.04e-149 411 KAI9565065.1 GBN39940.1 43.0 158 90 0 23 180 84 241 3.99e-37 132 KAI9565065.1 CAI8519318.1 35.2 105 67 1 37 141 93 196 1.36e-09 54.7 MBN2399180.1 MBN2399180.1 100 588 0 0 1 588 1 588 0.0 1197 MBN2399180.1 WP_266727676.1 41.7 403 233 2 121 523 32 432 4.21e-113 343 MBN2399180.1 WP_183063711.1 22.8 324 194 8 133 456 4 271 4.71e-09 57.0 WP_091227077.1 WP_091227077.1 100 68 0 0 1 68 1 68 1.84e-32 105 WP_218795152.1 WP_218795152.1 100 97 0 0 1 97 1 97 6.65e-75 214 MBK6411085.1 MBK6411085.1 100 216 0 0 1 216 1 216 2.57e-150 414 NQW84129.1 NQW84129.1 100 562 0 0 1 562 1 562 0.0 1110 NQW84129.1 WP_167959909.1 27.5 527 359 7 40 544 5 530 4.91e-60 206 NQW84129.1 MBP6544771.1 27.2 511 334 8 65 544 47 550 1.31e-47 172 NQW84129.1 WP_068051662.1 25.7 510 337 15 65 549 37 529 8.07e-38 145 NQW84129.1 WP_112119927.1 25.2 512 321 12 45 547 5 463 1.43e-37 143 NQW84129.1 WP_098279309.1 24.7 527 333 15 62 551 31 530 4.78e-35 137 NQW84129.1 MBF2759673.1 22.9 546 311 19 69 546 187 690 6.64e-24 104 NQW84129.1 TMQ04701.1 26.4 462 251 18 68 451 445 895 7.01e-23 101 NQW84129.1 WP_200941876.1 25.9 571 316 24 45 534 48 592 1.48e-22 100 NQW84129.1 WP_254101325.1 21.5 516 370 14 63 547 103 614 8.96e-18 85.1 MBW7837788.1 MBW7837788.1 100 238 0 0 1 238 1 238 2.36e-166 457 MCK4337579.1 MCK4337579.1 100 123 0 0 1 123 1 123 1.40e-86 246 WP_087686007.1 WP_087686007.1 100 271 0 0 1 271 1 271 4.13e-197 537 EAR7791084.1 EAR7791084.1 100 417 0 0 1 417 1 417 1.47e-316 852 KAG7278336.1 KAG7278336.1 100 120 0 0 1 120 1 120 5.14e-74 214 WP_200669895.1 WP_200669895.1 100 375 0 0 1 375 1 375 1.27e-282 762 WP_200669895.1 KAH8586608.1 29.0 383 225 11 16 365 19 387 2.28e-47 164 WP_272925939.1 WP_272925939.1 100 131 0 0 1 131 1 131 2.01e-92 261 GJM01403.1 GJM01403.1 100 825 0 0 1 825 1 825 0.0 1486 TNN49994.1 TNN49994.1 100 87 0 0 1 87 1 87 3.24e-66 191 KAI5724218.1 KAI5724218.1 100 379 0 0 1 379 1 379 1.97e-263 714 ECG2575758.1 ECG2575758.1 100 1395 0 0 1 1395 1 1395 0.0 2773 WP_043548763.1 WP_043548763.1 100 407 0 0 1 407 1 407 5.84e-302 814 WP_043548763.1 MBT4160670.1 46.6 373 188 5 31 402 5 367 1.01e-109 325 WP_043548763.1 WP_122896374.1 35.3 388 229 11 31 407 3 379 3.44e-62 203 WP_043548763.1 WP_168565867.1 34.6 384 232 10 30 407 11 381 4.53e-58 192 WP_043548763.1 WP_145514932.1 29.4 211 145 3 31 238 52 261 5.54e-21 92.8 EDF9697826.1 EDF9697826.1 100 183 0 0 1 183 1 183 7.06e-134 370 WP_028046854.1 WP_028046854.1 100 490 0 0 1 490 1 490 0.0 961 WP_028046854.1 WP_264593810.1 32.3 462 279 13 18 477 10 439 8.25e-58 196 WP_028046854.1 WP_011739125.1 31.9 454 270 13 23 472 10 428 2.47e-44 160 WP_028046854.1 WP_187918914.1 25.9 456 301 13 23 475 9 430 8.88e-29 116 WP_028046854.1 MBL7151874.1 27.8 457 287 16 24 468 15 440 1.42e-28 116 AYX54788.1 AYX54788.1 100 81 0 0 1 81 1 81 1.30e-40 126 WP_198907334.1 WP_198907334.1 100 341 0 0 1 341 1 341 1.64e-245 665 WP_198907334.1 WP_125625723.1 32.2 339 208 4 11 336 12 341 2.11e-49 167 WP_218203447.1 WP_218203447.1 100 164 0 0 1 164 1 164 6.45e-114 318 GJH02859.1 GJH02859.1 100 252 0 0 1 252 1 252 2.69e-188 513 WP_149651389.1 WP_149651389.1 100 117 0 0 1 117 1 117 9.72e-82 233 QIE41101.1 QIE41101.1 100 171 0 0 1 171 1 171 3.52e-110 309 RLB79053.1 RLB79053.1 100 766 0 0 1 766 1 766 0.0 1449 EAD1341741.1 EAD1341741.1 100 1334 0 0 1 1334 1 1334 0.0 2601 MBN9324306.1 MBN9324306.1 100 160 0 0 1 160 1 160 2.97e-108 303 MBN9324306.1 WP_246003214.1 29.5 139 97 1 2 139 7 145 1.73e-08 50.8 MCO5064371.1 MCO5064371.1 100 274 0 0 1 274 1 274 1.26e-188 516 MCO5064371.1 MBG9445742.1 32.7 223 126 2 45 267 16 214 5.54e-33 118 MCO5064371.1 WP_041580422.1 33.2 223 124 2 45 265 13 212 4.14e-32 116 MCO5064371.1 WP_233281725.1 31.9 216 132 2 50 263 2 204 2.45e-21 87.8 MCO5064371.1 WP_012568269.1 32.7 226 128 7 46 268 157 361 7.69e-20 86.3 MCO5064371.1 WP_224458015.1 31.1 222 131 4 46 264 157 359 2.69e-19 84.7 MCO5064371.1 WP_209434296.1 30.2 192 112 2 59 250 33 202 3.78e-18 79.7 MCO5064371.1 WP_035102910.1 26.3 236 149 3 50 263 27 259 2.62e-11 60.8 WP_184718542.1 WP_184718542.1 100 177 0 0 1 177 1 177 3.51e-122 340 WP_189700210.1 WP_189700210.1 100 171 0 0 1 171 1 171 9.07e-122 338 WP_067799544.1 WP_067799544.1 100 176 0 0 1 176 1 176 2.39e-133 368 WP_089269927.1 WP_089269927.1 100 262 0 0 1 262 1 262 9.76e-196 533 WP_089269927.1 WP_136193451.1 31.3 291 162 7 6 261 7 294 1.23e-33 122 WP_089269927.1 GLI99474.1 42.1 107 62 0 10 116 7 113 7.83e-27 100 TQJ11194.1 TQJ11194.1 100 323 0 0 1 323 1 323 4.14e-239 648 EFL5817307.1 EFL5817307.1 100 481 0 0 1 481 1 481 3.32e-265 727 EFL5817307.1 EIH4263652.1 96.9 481 15 0 1 481 48 528 3.84e-252 698 EFL5817307.1 EFN5389376.1 93.5 416 27 0 65 480 1 416 3.33e-185 541 EFL5817307.1 EJW7579374.1 92.2 232 18 0 250 481 35 266 1.47e-125 365 EFL5817307.1 KDT27382.1 92.6 217 16 0 264 480 1 217 1.80e-109 340 EFL5817307.1 EFL3122059.1 92.7 206 11 1 1 206 56 257 1.44e-104 312 EFL5817307.1 HAN0352225.1 62.9 232 84 1 250 479 31 262 5.07e-87 274 EFL5817307.1 EFI7849450.1 75.0 104 26 0 1 104 31 134 3.06e-45 154 EFL5817307.1 EER8306359.1 83.3 30 5 0 1 30 270 299 8.70e-10 58.2 WP_272770862.1 WP_272770862.1 100 183 0 0 1 183 1 183 2.11e-135 374 WP_024525698.1 WP_024525698.1 100 707 0 0 1 707 1 707 0.0 1293 MBT8283357.1 MBT8283357.1 100 324 0 0 1 324 1 324 1.45e-244 662 KPA62791.1 KPA62791.1 100 70 0 0 1 70 1 70 8.87e-43 131 KPA62791.1 WP_120171324.1 93.7 63 4 0 1 63 1 63 3.20e-36 120 WP_236270941.1 WP_236270941.1 100 96 0 0 1 96 1 96 8.24e-41 130 UBA80202.1 UBA80202.1 100 419 0 0 1 419 1 419 2.76e-171 484 UBA80202.1 UGY43725.1 71.6 419 119 0 1 419 1 419 4.25e-168 476 UBA80202.1 UYE59123.1 97.1 277 8 0 143 419 140 416 2.93e-165 469 MBQ4557037.1 MBQ4557037.1 100 1088 0 0 1 1088 1 1088 0.0 2075 XP_003073356.1 XP_003073356.1 100 434 0 0 1 434 1 434 0.0 868 WP_062950599.1 WP_062950599.1 100 270 0 0 1 270 1 270 1.33e-197 538 WP_160680844.1 WP_160680844.1 100 81 0 0 1 81 1 81 1.57e-50 151 WP_052271161.1 WP_052271161.1 100 442 0 0 1 442 1 442 0.0 910 XP_038788914.1 XP_038788914.1 100 253 0 0 1 253 1 253 1.39e-195 532 WP_277108398.1 WP_277108398.1 100 520 0 0 1 520 1 520 0.0 1076 WP_277108398.1 KAA1446899.1 82.5 103 18 0 248 350 1 103 7.06e-59 188 WP_244311009.1 WP_244311009.1 100 411 0 0 1 411 1 411 1.10e-308 831 WP_244311009.1 WP_280938002.1 57.4 404 171 1 8 411 12 414 1.40e-170 482 WP_244311009.1 MCK5265770.1 26.2 386 260 10 35 408 11 383 2.01e-35 132 WP_244311009.1 WP_215638040.1 24.0 358 236 13 33 376 27 362 8.24e-26 106 WP_244311009.1 CAH1968295.1 27.9 312 189 9 130 409 1 308 1.21e-25 104 WP_244311009.1 MBE3116889.1 25.5 106 76 2 82 187 69 171 6.94e-05 41.6 MBK9059381.1 MBK9059381.1 100 168 0 0 1 168 1 168 1.64e-118 330 EKX78645.1 EKX78645.1 100 88 0 0 1 88 1 88 4.27e-58 171 WP_020913025.1 WP_020913025.1 100 290 0 0 1 290 1 290 4.00e-209 569 WP_020913025.1 MBI3461834.1 65.3 285 99 0 1 285 1 285 2.05e-131 373 WP_020913025.1 KAF1538674.1 64.2 299 91 3 2 284 20 318 1.05e-130 372 WP_020913025.1 NEQ48723.1 60.5 281 111 0 1 281 1 281 2.27e-115 332 WP_020913025.1 NBQ41256.1 52.7 296 131 2 1 287 1 296 5.37e-106 308 WP_020913025.1 OCB46767.1 53.7 298 121 4 1 285 1 294 1.29e-97 287 WP_281295215.1 WP_281295215.1 100 1057 0 0 1 1057 1 1057 0.0 1925 WP_056438721.1 WP_056438721.1 100 316 0 0 1 316 1 316 4.51e-219 597 WP_056438721.1 EHL1725675.1 32.7 205 106 9 82 267 6 197 1.12e-10 58.9 WP_274182085.1 WP_274182085.1 100 262 0 0 1 262 1 262 1.24e-157 437 MBO9999515.1 MBO9999515.1 100 1239 0 0 1 1239 1 1239 0.0 1927 EIC9579770.1 EIC9579770.1 100 396 0 0 1 396 1 396 1.79e-295 796 EPR30609.1 EPR30609.1 100 435 0 0 1 435 1 435 4.01e-305 824 EPR30609.1 HAR7369715.1 41.5 441 240 3 1 424 21 460 1.20e-113 340 EPR30609.1 WP_132517191.1 39.4 457 243 6 1 423 32 488 5.40e-96 295 EPR30609.1 MCQ2156413.1 38.3 313 184 6 116 422 1 310 4.30e-62 202 EPR30609.1 MBR4705654.1 34.7 277 154 9 146 413 158 416 5.91e-32 124 MZT63759.1 MZT63759.1 100 91 0 0 1 91 1 91 5.94e-64 186 MCP3872510.1 MCP3872510.1 100 295 0 0 1 295 1 295 2.53e-219 595 MCP3872510.1 WP_208823465.1 47.2 290 143 5 12 292 11 299 4.22e-88 263 MCI7433635.1 MCI7433635.1 100 150 0 0 1 150 1 150 1.15e-107 301 WP_098035768.1 WP_098035768.1 100 311 0 0 1 311 1 311 1.67e-232 630 WP_181693616.1 WP_181693616.1 100 128 0 0 1 128 1 128 3.02e-19 75.9 WP_261589216.1 WP_261589216.1 100 71 0 0 1 71 1 71 3.15e-50 150 GFD62658.1 GFD62658.1 100 58 0 0 1 58 1 58 3.36e-35 111 BAK08426.1 BAK08426.1 100 1063 0 0 1 1063 1 1063 0.0 1947 WP_131977297.1 WP_131977297.1 100 286 0 0 1 286 1 286 3.05e-211 574 KAI8633010.1 KAI8633010.1 100 154 0 0 1 154 1 154 7.42e-115 320 PQE21401.1 PQE21401.1 100 769 0 0 1 769 1 769 0.0 1538 WP_262917761.1 WP_262917761.1 100 239 0 0 1 239 1 239 3.23e-169 464 WP_262917761.1 WP_196222422.1 25.5 141 99 1 68 202 36 176 8.46e-12 60.8 NNF58653.1 NNF58653.1 100 201 0 0 1 201 1 201 1.39e-142 394 NNF58653.1 KOV87872.1 47.4 194 97 2 9 201 1 190 5.10e-46 149 MBR9756324.1 MBR9756324.1 100 191 0 0 1 191 1 191 1.86e-142 392 WP_269633767.1 WP_269633767.1 100 384 0 0 1 384 1 384 4.02e-270 731 WP_269633767.1 RKT82586.1 35.5 183 98 8 162 338 170 338 7.07e-15 73.6 WP_269633767.1 WP_148284348.1 28.5 214 142 6 147 356 173 379 2.65e-08 53.5 WP_269633767.1 WP_272906673.1 28.5 130 87 3 12 138 6 132 1.18e-05 45.4 WP_269633767.1 WP_191131110.1 22.7 326 218 11 11 322 4 309 1.34e-05 45.1 WP_269633767.1 WP_194544138.1 30.4 102 68 3 11 111 11 110 1.50e-05 44.3 WP_268315162.1 WP_268315162.1 100 253 0 0 1 253 1 253 1.48e-181 496 MBN6104449.1 MBN6104449.1 100 182 0 0 1 182 1 182 2.36e-127 353 EJJ5352541.1 EJJ5352541.1 100 224 0 0 1 224 1 224 9.17e-132 368 MBO5696496.1 MBO5696496.1 100 119 0 0 1 119 1 119 2.55e-87 247 HHV35141.1 HHV35141.1 100 101 0 0 1 101 1 101 1.96e-69 201 XP_017428875.1 XP_017428875.1 100 337 0 0 1 337 1 337 4.06e-253 684 XP_017428875.1 RZC11235.1 28.9 249 149 12 35 263 6 246 1.16e-14 71.2 SQP19075.1 SQP19075.1 100 62 0 0 1 62 1 62 8.46e-42 128 HAX2015273.1 HAX2015273.1 100 158 0 0 1 158 1 158 1.81e-117 327 WP_088349221.1 WP_088349221.1 100 292 0 0 1 292 1 292 3.43e-211 575 WP_088349221.1 WP_010905191.1 27.0 233 128 8 6 231 2 199 8.09e-19 82.8 WP_088349221.1 WP_124978582.1 21.3 211 138 6 6 216 2 184 2.00e-08 53.5 KDQ61317.1 KDQ61317.1 100 502 0 0 1 502 1 502 0.0 956 MBQ6004917.1 MBQ6004917.1 100 55 0 0 1 55 1 55 3.89e-35 110 MCH9651907.1 MCH9651907.1 100 71 0 0 1 71 1 71 6.36e-50 149 WP_105248459.1 WP_105248459.1 100 322 0 0 1 322 1 322 1.90e-239 649 WP_121285867.1 WP_121285867.1 100 399 0 0 1 399 1 399 1.15e-288 780 WP_125684427.1 WP_125684427.1 100 117 0 0 1 117 1 117 7.38e-86 243 WP_205215113.1 WP_205215113.1 100 291 0 0 1 291 1 291 1.56e-186 512 WP_268371125.1 WP_268371125.1 100 43 0 0 1 43 1 43 5.18e-26 87.0 EFH5292178.1 EFH5292178.1 100 464 0 0 1 464 1 464 0.0 905 MBR6130424.1 MBR6130424.1 100 252 0 0 1 252 1 252 8.70e-194 527 EEY3543156.1 EEY3543156.1 100 1023 0 0 1 1023 1 1023 0.0 2039 EEY3543156.1 EFQ4765027.1 73.7 949 221 3 1 949 1 920 0.0 1432 EEY3543156.1 ECI3309320.1 73.7 917 212 3 1 917 1 888 0.0 1392 EEY3543156.1 EEO7917989.1 65.2 993 309 6 1 991 1 958 0.0 1309 EEY3543156.1 WP_137512405.1 98.6 366 5 0 1 366 1 366 4.51e-263 738 EEY3543156.1 EJQ6627878.1 97.5 361 9 0 365 725 1 361 8.54e-249 702 EEY3543156.1 WP_181865219.1 98.3 303 5 0 312 614 1 303 4.84e-215 613 EEY3543156.1 WP_154599351.1 32.8 711 438 20 4 697 10 696 1.04e-106 357 EEY3543156.1 EEV0504409.1 90.8 131 12 0 893 1023 1 131 8.59e-71 234 EEY3543156.1 WP_042959984.1 81.2 101 19 0 103 203 1 101 2.37e-50 171 RMY06144.1 RMY06144.1 100 582 0 0 1 582 1 582 0.0 1147 WP_034853447.1 WP_034853447.1 100 324 0 0 1 324 1 324 3.87e-249 673 WP_034853447.1 WP_229253501.1 40.9 159 85 4 128 281 43 197 6.69e-31 114 WP_270578305.1 WP_270578305.1 100 190 0 0 1 190 1 190 9.00e-120 335 CAG0978995.1 CAG0978995.1 100 176 0 0 1 176 1 176 1.68e-124 346 WP_124843803.1 WP_124843803.1 100 354 0 0 1 354 1 354 2.92e-266 719 UOU30556.1 UOU30556.1 100 7093 0 0 1 7093 1 7093 0.0 13314 UOU30556.1 UPA83906.1 95.1 7093 350 1 1 7093 1 7092 0.0 13257 UOU30556.1 UIR12670.1 94.6 7093 379 1 1 7093 1 7092 0.0 13240 UOU30556.1 UCP72061.1 93.8 7096 439 1 1 7093 1 7096 0.0 13103 UOU30556.1 UCP77012.1 93.8 7096 440 1 1 7093 1 7096 0.0 13099 UOU30556.1 UKU68032.1 98.3 4398 75 1 1 4398 1 4397 0.0 8422 UOU30556.1 ULA23837.2 97.9 4398 91 1 1 4398 1 4397 0.0 8419 UOU30556.1 UXH94526.1 97.9 4398 92 1 1 4398 1 4397 0.0 8415 UOU30556.1 UJV88611.1 96.0 4398 177 1 1 4398 1 4397 0.0 8224 UOU30556.1 QRX02582.1 97.6 4098 97 1 1 4095 1 4098 0.0 7792 XP_035366182.1 XP_035366182.1 100 251 0 0 1 251 1 251 2.36e-177 486 PPS22991.1 PPS22991.1 100 330 0 0 1 330 1 330 1.27e-232 632 WP_141892995.1 WP_141892995.1 100 482 0 0 1 482 1 482 1.36e-290 791 EEP92076.1 EEP92076.1 100 435 0 0 1 435 1 435 6.79e-297 803 EEP92076.1 SOE69513.1 25.9 371 226 10 95 422 115 479 7.32e-17 80.9 MBA2447626.1 MBA2447626.1 100 204 0 0 1 204 1 204 6.38e-145 400 XP_047044137.1 XP_047044137.1 100 507 0 0 1 507 1 507 0.0 979 MBQ9764712.1 MBQ9764712.1 100 68 0 0 1 68 1 68 2.88e-47 142 WP_249769997.1 WP_249769997.1 100 457 0 0 1 457 1 457 0.0 911 WP_225405726.1 WP_225405726.1 100 277 0 0 1 277 1 277 8.77e-211 572 WP_207285306.1 WP_207285306.1 100 468 0 0 1 468 1 468 0.0 922 XP_031931709.1 XP_031931709.1 100 677 0 0 1 677 1 677 0.0 1280 BCU97455.1 BCU97455.1 100 72 0 0 1 72 1 72 5.83e-51 152 WP_169537597.1 WP_169537597.1 100 418 0 0 1 418 1 418 7.26e-313 842 WP_192906080.1 WP_192906080.1 100 70 0 0 1 70 1 70 3.44e-49 147 MCI5211411.1 MCI5211411.1 100 113 0 0 1 113 1 113 7.53e-75 215 HDC92778.1 HDC92778.1 100 468 0 0 1 468 1 468 3.52e-318 860 HDC92778.1 NOY97419.1 38.5 467 273 7 1 466 1 454 1.93e-90 290 HDC92778.1 WP_278982769.1 34.0 350 204 6 119 462 106 434 1.87e-43 157 HDC92778.1 WP_015167170.1 29.2 486 243 12 1 462 3 411 3.37e-38 145 HDC92778.1 WP_270453521.1 32.6 362 208 9 113 464 64 399 2.39e-33 128 WP_145745914.1 WP_145745914.1 100 171 0 0 1 171 1 171 7.94e-107 301 WP_259999572.1 WP_259999572.1 100 345 0 0 1 345 1 345 7.90e-255 689 WP_259999572.1 NEO89073.1 36.9 168 103 2 129 293 78 245 1.68e-24 102 MBO7559822.1 MBO7559822.1 100 48 0 0 1 48 1 48 1.55e-29 96.3 MCH2044272.1 MCH2044272.1 100 236 0 0 1 236 1 236 1.61e-172 472 WAX22144.1 WAX22144.1 100 168 0 0 1 168 1 168 3.87e-126 349 TMH79857.1 TMH79857.1 100 256 0 0 1 256 1 256 3.51e-186 508 RLN04523.1 RLN04523.1 100 232 0 0 1 232 1 232 7.99e-171 468 MCJ6180240.1 MCJ6180240.1 100 324 0 0 1 324 1 324 4.16e-244 660 MCJ6180240.1 WP_014206161.1 38.6 319 190 5 5 322 1 314 1.17e-67 213 MCJ6180240.1 KPX96424.1 26.7 240 156 8 2 223 211 448 6.52e-11 61.2 TAM59961.1 TAM59961.1 100 200 0 0 1 200 1 200 7.48e-142 392 KAJ5544544.1 KAJ5544544.1 100 450 0 0 1 450 1 450 0.0 875 MBN4384494.1 MBN4384494.1 100 20 0 0 1 20 1 20 6.27e-12 50.1 HBN9628875.1 HBN9628875.1 100 1535 0 0 1 1535 1 1535 0.0 3043 HBN9628875.1 PYB13830.1 30.7 1114 642 38 230 1279 2722 3776 4.14e-101 358 HBN9628875.1 MBN0056136.1 65.4 104 36 0 1025 1128 1 104 2.70e-36 131 HBN9628875.1 NDJ88951.1 25.7 525 328 16 694 1172 17 525 2.78e-21 98.2 HBN9628875.1 WP_237526657.1 42.1 76 42 2 138 211 97 172 1.22e-09 57.8 HBN9628875.1 EBR8320535.1 22.1 417 269 15 275 660 39 430 1.92e-06 50.4 MCG3136245.1 MCG3136245.1 100 183 0 0 1 183 1 183 2.32e-114 321 WP_160776805.1 WP_160776805.1 100 233 0 0 1 233 1 233 1.89e-174 477 KAI8594425.1 KAI8594425.1 100 75 0 0 1 75 1 75 5.73e-48 144 WP_049005162.1 WP_049005162.1 100 424 0 0 1 424 1 424 6.21e-292 790 WP_049005162.1 WP_245350945.1 32.5 421 260 9 3 411 21 429 3.30e-62 206 WP_049005162.1 OKH85141.1 32.1 420 268 8 7 415 10 423 5.56e-59 197 WP_049005162.1 WP_279293890.1 33.0 409 261 8 7 406 2 406 3.78e-53 181 WP_049005162.1 MBV8506574.1 32.3 347 221 8 71 409 2 342 3.80e-38 140 WP_049005162.1 WP_133179454.1 33.1 148 87 3 67 213 88 224 3.21e-10 60.1 WP_254415125.1 WP_254415125.1 100 496 0 0 1 496 1 496 0.0 1011 XP_017674008.1 XP_017674008.1 100 1184 0 0 1 1184 1 1184 0.0 2295 XP_017674008.1 Q9GKS6.1 61.1 475 155 4 687 1158 5 452 1.83e-179 540 XP_017674008.1 KAF5671546.1 24.9 337 166 13 725 1046 615 880 2.48e-09 60.1 XP_017674008.1 XP_009147075.2 23.5 255 124 7 847 1098 708 898 3.64e-06 49.7 XP_017674008.1 KAA0114277.1 23.2 405 211 15 736 1134 447 757 1.02e-05 48.1 XP_017674008.1 MBE6688122.1 27.6 174 102 4 738 910 420 570 5.17e-05 45.8 EAQ3230686.1 EAQ3230686.1 100 285 0 0 1 285 1 285 2.16e-215 585 MCI5937295.1 MCI5937295.1 100 67 0 0 1 67 1 67 2.14e-44 135 WP_127808836.1 WP_127808836.1 100 1127 0 0 1 1127 1 1127 0.0 2192 MBS3028587.1 MBS3028587.1 100 426 0 0 1 426 1 426 2.31e-304 822 MCQ2831428.1 MCQ2831428.1 100 447 0 0 1 447 1 447 0.0 873 MCQ2831428.1 WP_172281536.1 34.5 411 239 11 47 441 85 481 1.00e-57 196 MCQ2831428.1 WP_256342227.1 33.6 393 223 12 69 439 109 485 8.46e-44 158 MCQ2831428.1 MCI6853747.1 30.0 393 246 12 66 437 112 496 6.75e-41 150 MCQ2831428.1 MBI5098096.1 24.9 273 164 10 58 316 91 336 6.77e-07 49.7 MCQ2831428.1 WP_006305873.1 24.7 308 185 10 69 364 116 388 2.08e-06 48.1 MCQ2831428.1 MBU0883769.1 27.1 269 152 13 45 297 81 321 1.81e-04 42.0 WP_233387703.1 WP_233387703.1 100 66 0 0 1 66 1 66 6.02e-37 116 WP_255193900.1 WP_255193900.1 100 417 0 0 1 417 1 417 3.67e-301 813 WP_218429656.1 WP_218429656.1 100 189 0 0 1 189 1 189 1.12e-142 393 WP_183267399.1 WP_183267399.1 100 243 0 0 1 243 1 243 5.35e-170 466 WP_183267399.1 HCJ9518601.1 34.2 155 96 2 5 153 2 156 9.43e-22 86.7 WP_183267399.1 MBX3242409.1 27.4 212 145 3 5 210 6 214 2.41e-16 74.3 WP_150951972.1 WP_150951972.1 100 407 0 0 1 407 1 407 6.80e-253 690 WP_150951972.1 RVU05718.1 32.4 355 228 3 57 401 57 409 5.47e-56 188 WP_150951972.1 PWC90347.1 27.7 347 216 9 40 376 42 363 4.71e-20 89.4 MCK5265770.1 MCK5265770.1 100 385 0 0 1 385 1 385 8.32e-284 766 MCK5265770.1 WP_278088590.1 32.3 353 236 3 26 377 34 384 2.10e-63 206 MCK5265770.1 WP_244311009.1 26.2 386 260 10 11 383 35 408 2.61e-35 132 MCK5265770.1 WP_215638040.1 29.7 370 225 12 23 374 31 383 1.00e-33 127 MCK5265770.1 MCJ7486393.1 26.2 359 225 10 39 384 38 369 6.19e-27 108 MCK5265770.1 MCS6948286.1 25.1 235 164 7 87 317 79 305 1.42e-09 57.4 MCK5265770.1 CAH1968295.1 22.0 255 155 9 139 353 26 276 1.18e-07 51.2 NEE13244.1 NEE13244.1 100 244 0 0 1 244 1 244 1.49e-181 496 MBN1491997.1 MBN1491997.1 100 102 0 0 1 102 1 102 2.27e-73 211 WP_109367919.1 WP_109367919.1 100 141 0 0 1 141 1 141 6.04e-92 261 EEM48070.1 EEM48070.1 100 162 0 0 1 162 1 162 5.54e-114 318 WP_250295751.1 WP_250295751.1 100 909 0 0 1 909 1 909 0.0 1779 WP_250295751.1 MBD5306941.1 50.2 927 410 9 4 903 3 904 1.74e-303 858 WP_250295751.1 WP_092802679.1 25.5 730 379 29 222 887 167 795 6.27e-28 119 WP_250295751.1 WP_261970917.1 24.5 433 243 12 467 894 184 537 7.02e-21 95.9 WP_250295751.1 EFU9196970.1 24.1 448 247 15 463 899 286 651 1.69e-17 85.9 MBX3123235.1 MBX3123235.1 100 414 0 0 1 414 1 414 1.61e-298 806 WP_225440164.1 WP_225440164.1 100 434 0 0 1 434 1 434 6.82e-317 854 WP_283953184.1 WP_283953184.1 100 185 0 0 1 185 1 185 3.47e-126 351 WP_283953184.1 MBQ7086969.1 29.9 177 116 5 12 180 12 188 3.99e-13 63.2 PCI03623.1 PCI03623.1 100 266 0 0 1 266 1 266 1.60e-187 513 KAF2592864.1 KAF2592864.1 100 224 0 0 1 224 1 224 4.28e-162 445 WP_032004153.1 WP_032004153.1 100 269 0 0 1 269 1 269 8.33e-196 534 WP_032004153.1 WP_089563581.1 30.4 247 156 5 11 254 7 240 5.33e-26 105 WP_032004153.1 TLY75477.1 29.7 229 113 11 10 211 10 217 2.58e-09 54.7 PKL38269.1 PKL38269.1 100 234 0 0 1 234 1 234 2.39e-173 474 MBO7728038.1 MBO7728038.1 100 461 0 0 1 461 1 461 0.0 917 MBO7728038.1 WP_204618903.1 50.8 484 215 6 1 461 1 484 2.90e-150 435 WP_232584446.1 WP_232584446.1 100 277 0 0 1 277 1 277 1.83e-203 554 WP_044680588.1 WP_044680588.1 100 329 0 0 1 329 1 329 4.65e-239 648 XP_046578103.1 XP_046578103.1 100 539 0 0 1 539 1 539 0.0 1057 WP_147313907.1 WP_147313907.1 100 257 0 0 1 257 1 257 1.96e-188 514 WP_219459964.1 WP_219459964.1 100 375 0 0 1 375 1 375 2.29e-260 706 XP_044707369.1 XP_044707369.1 100 367 0 0 1 367 1 367 1.13e-256 696 HBT3283900.1 HBT3283900.1 100 482 0 0 1 482 1 482 0.0 899 HBT3283900.1 WP_279652328.1 36.7 455 274 3 5 448 7 458 1.21e-97 300 HBT3283900.1 KUK66960.1 27.3 220 154 2 194 413 163 376 8.84e-26 107 TCC36519.1 TCC36519.1 100 179 0 0 1 179 1 179 4.82e-139 383 WP_152465448.1 WP_152465448.1 100 349 0 0 1 349 1 349 2.35e-233 635 WP_152465448.1 WP_225781432.1 34.3 353 222 4 1 348 2 349 3.97e-46 159 WP_152465448.1 WP_071455957.1 28.7 310 213 3 27 329 24 332 3.61e-29 114 MBD9190508.1 MBD9190508.1 100 93 0 0 1 93 1 93 1.23e-66 193 WP_074980016.1 WP_074980016.1 100 74 0 0 1 74 1 74 8.88e-47 141 WP_171780287.1 WP_171780287.1 100 62 0 0 1 62 1 62 1.31e-36 115 HBS5718813.1 HBS5718813.1 100 356 0 0 1 356 1 356 2.25e-75 235 XP_035731890.1 XP_035731890.1 100 695 0 0 1 695 1 695 0.0 1276 PTQ42746.1 PTQ42746.1 100 700 0 0 1 700 1 700 0.0 1368 KWO58748.1 KWO58748.1 100 90 0 0 1 90 1 90 1.85e-62 182 WP_213357559.1 WP_213357559.1 100 171 0 0 1 171 1 171 2.30e-115 322 WP_065138043.1 WP_065138043.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_065138043.1 WP_186282298.1 68.5 146 44 1 1 144 1 146 6.71e-69 203 WP_065138043.1 TMI36513.1 35.8 123 79 0 22 144 15 137 2.88e-21 82.0 XP_047095132.1 XP_047095132.1 100 376 0 0 1 376 1 376 3.78e-280 756 WP_108098468.1 WP_108098468.1 100 323 0 0 1 323 1 323 6.31e-234 635 WP_108098468.1 MBR1628375.1 28.3 311 213 7 12 319 7 310 2.99e-34 125 WP_108596398.1 WP_108596398.1 100 431 0 0 1 431 1 431 1.52e-291 790 WP_169940736.1 WP_169940736.1 100 471 0 0 1 471 1 471 0.0 911 WP_169940736.1 HAG62657.1 39.5 408 242 3 9 412 39 445 1.04e-87 276 WP_169940736.1 WP_037548932.1 34.4 425 266 8 11 426 6 426 4.11e-72 234 WP_169940736.1 KAJ5112313.1 31.6 475 295 8 5 455 50 518 7.74e-50 177 WP_130229163.1 WP_130229163.1 100 293 0 0 1 293 1 293 4.37e-219 595 WP_130229163.1 WP_278416415.1 25.1 255 153 9 28 256 26 268 1.04e-06 48.1 WP_203962627.1 WP_203962627.1 100 139 0 0 1 139 1 139 1.44e-98 277 ATI48360.1 ATI48360.1 100 83 0 0 1 83 1 83 1.04e-58 172 WP_239881445.1 WP_239881445.1 100 390 0 0 1 390 1 390 1.40e-289 781 WP_239881445.1 EFU85163.1 45.5 378 173 7 16 386 16 367 1.53e-101 304 WP_239881445.1 MBC9954836.1 46.7 120 64 0 13 132 20 139 4.44e-30 112 WP_239881445.1 MCR5007903.1 28.3 159 103 5 235 385 38 193 1.08e-10 58.9 MBP7096418.1 MBP7096418.1 100 412 0 0 1 412 1 412 6.35e-304 819 GFD44438.1 GFD44438.1 100 89 0 0 1 89 1 89 6.23e-65 188 KAG3014872.1 KAG3014872.1 100 654 0 0 1 654 1 654 0.0 1213 MBN9534694.1 MBN9534694.1 100 313 0 0 1 313 1 313 2.35e-224 610 MBN9534694.1 SFF07309.1 39.5 306 165 6 1 292 1 300 1.49e-58 189 MBN9534694.1 WP_265272113.1 35.4 322 188 6 1 308 1 316 4.52e-57 186 MBN9534694.1 HHZ84751.1 33.0 321 173 9 1 286 1 314 3.19e-34 126 MBN9534694.1 EXK83554.1 31.6 304 169 12 17 297 25 312 5.34e-25 101 MBN9534694.1 ECG5731039.1 31.3 144 86 4 37 176 22 156 3.35e-12 63.9 BAD88428.1 BAD88428.1 100 456 0 0 1 456 1 456 0.0 933 BAD88428.1 AFP82159.1 92.6 393 29 0 27 419 1 393 1.19e-276 751 BAD88428.1 USR37329.1 94.6 186 10 0 1 186 4 189 7.57e-126 361 RTZ57973.1 RTZ57973.1 100 454 0 0 1 454 1 454 0.0 870 MCP5208043.1 MCP5208043.1 100 148 0 0 1 148 1 148 4.19e-109 305 MCP5208043.1 WP_023322253.1 47.3 146 76 1 3 148 6 150 1.34e-43 139 MCP5208043.1 WP_096765790.1 44.6 148 80 2 3 148 5 152 6.23e-35 117 MCP5208043.1 PYJ65046.1 38.7 106 65 0 24 129 24 129 7.99e-18 73.6 WP_127741063.1 WP_127741063.1 100 255 0 0 1 255 1 255 2.57e-183 501 WP_127741063.1 WP_199425576.1 26.6 259 164 9 14 251 13 266 1.18e-18 81.3 WP_025722435.1 WP_025722435.1 100 165 0 0 1 165 1 165 7.24e-116 323 BDO44729.1 BDO44729.1 100 568 0 0 1 568 1 568 0.0 1022 EHY7905316.1 EHY7905316.1 100 173 0 0 1 173 1 173 7.73e-124 344 PWU96467.1 PWU96467.1 100 557 0 0 1 557 1 557 0.0 1145 WP_256855996.1 WP_256855996.1 100 147 0 0 1 147 1 147 1.85e-98 278 WP_070714099.1 WP_070714099.1 100 459 0 0 1 459 1 459 0.0 931 WP_070714099.1 MBB3008158.1 55.1 450 188 5 17 458 2 445 3.10e-170 484 WP_070714099.1 PPU99279.1 45.6 472 236 8 2 458 5 470 1.38e-128 379 WP_070714099.1 WP_215493005.1 40.6 490 251 14 2 456 5 489 4.06e-107 325 WP_070714099.1 MBQ9679177.1 34.7 72 46 1 254 324 536 607 3.06e-04 41.6 CAB4155648.1 CAB4155648.1 100 103 0 0 1 103 1 103 2.01e-72 208 MBT2971737.1 MBT2971737.1 100 263 0 0 1 263 1 263 3.15e-197 537 MBT2971737.1 WP_009197348.1 36.7 256 151 4 3 254 15 263 6.96e-46 153 MBT2971737.1 MBI2621122.1 33.7 279 159 6 2 259 1 274 8.89e-42 142 WP_146176256.1 WP_146176256.1 100 399 0 0 1 399 1 399 1.45e-243 665 WP_146176256.1 WP_237962375.1 26.5 302 197 6 37 323 48 339 4.98e-28 114 MCH7694635.1 MCH7694635.1 100 68 0 0 1 68 1 68 3.62e-50 149 MCH8819771.1 MCH8819771.1 100 524 0 0 1 524 1 524 0.0 1012 WP_154756783.1 WP_154756783.1 100 140 0 0 1 140 1 140 6.76e-84 240 WP_142419176.1 WP_142419176.1 100 144 0 0 1 144 1 144 2.65e-101 285 WP_094313715.1 WP_094313715.1 100 242 0 0 1 242 1 242 1.09e-173 476 WP_094313715.1 MCH6132484.1 72.7 220 60 0 20 239 1 220 1.12e-114 326 MBP3287665.1 MBP3287665.1 100 157 0 0 1 157 1 157 4.98e-110 308 MBO7941816.1 MBO7941816.1 100 131 0 0 1 131 1 131 2.65e-88 251 MBO7941816.1 WP_100461895.1 77.1 131 30 0 1 131 277 407 5.06e-61 193 MBO7941816.1 WP_057201184.1 37.2 129 78 3 6 131 273 401 1.75e-14 67.0 MBO7941816.1 WP_257689765.1 39.5 129 71 3 5 131 288 411 1.13e-13 64.7 MBO7941816.1 XP_050320449.1 36.2 127 76 2 6 131 288 410 5.30e-13 62.8 MBO7941816.1 WP_195426888.1 33.9 127 76 2 6 131 288 407 1.83e-12 61.2 MBO7941816.1 WP_205186167.1 37.0 135 73 4 1 131 214 340 8.36e-12 59.3 MBO7941816.1 WP_008959270.1 32.6 132 78 4 5 131 285 410 2.67e-08 49.3 MBO7941816.1 WP_033603452.1 43.6 39 22 0 93 131 855 893 7.46e-04 36.6 WP_041488527.1 WP_041488527.1 100 63 0 0 1 63 1 63 7.74e-43 130 WP_041488527.1 MCL4835344.1 38.2 55 34 0 4 58 270 324 2.50e-09 49.3 WP_041488527.1 MCA1697375.1 42.6 47 27 0 4 50 251 297 7.17e-07 42.4 WP_041488527.1 WP_270757591.1 35.9 39 25 0 6 44 340 378 3.16e-05 37.7 WP_041488527.1 WP_240406805.1 52.2 23 11 0 26 48 16 38 9.53e-05 34.7 OUW40900.1 OUW40900.1 100 264 0 0 1 264 1 264 5.20e-192 524 WP_251758029.1 WP_251758029.1 100 631 0 0 1 631 1 631 0.0 1214 WP_251758029.1 GIR47037.1 42.3 617 332 9 11 611 9 617 1.40e-149 445 WP_251758029.1 UDH58358.1 35.9 633 364 13 4 611 1 616 2.35e-102 323 WP_251758029.1 MBK3574312.1 32.9 651 385 17 2 612 5 643 6.74e-90 291 WP_251758029.1 YP_009351723.1 33.5 400 244 9 76 468 16 400 1.13e-58 204 WP_251758029.1 WP_243361436.1 26.0 377 260 8 75 440 70 438 2.90e-27 114 WP_251758029.1 MBT3784852.1 24.1 460 303 13 38 487 31 454 4.52e-25 108 WP_251758029.1 WP_096665911.1 26.1 448 298 15 1 434 4 432 6.06e-25 107 WP_251758029.1 EAZ5330394.1 23.9 398 253 13 22 399 32 399 2.06e-14 74.3 WP_251758029.1 YP_007317140.1 23.4 222 152 4 212 431 95 300 2.26e-08 54.7 MBP7140479.1 MBP7140479.1 100 203 0 0 1 203 1 203 3.05e-147 405 WP_161180930.1 WP_161180930.1 100 224 0 0 1 224 1 224 2.25e-148 410 HAS08893.1 HAS08893.1 100 139 0 0 1 139 1 139 2.12e-91 259 HAS08893.1 NDB23390.1 44.4 108 56 2 8 112 64 170 1.59e-16 70.9 WP_232025538.1 WP_232025538.1 100 349 0 0 1 349 1 349 3.93e-257 696 QLB53288.1 QLB53288.1 100 1133 0 0 112 1244 112 1244 0.0 2283 WP_109665156.1 WP_109665156.1 100 195 0 0 1 195 1 195 5.72e-139 384 NWI67355.1 NWI67355.1 100 161 0 0 1 161 1 161 2.56e-89 256 WP_157957173.1 WP_157957173.1 100 194 0 0 1 194 1 194 4.18e-136 377 WP_157957173.1 WP_174261300.1 28.4 162 98 5 37 193 52 200 2.29e-09 53.1 XP_005402208.1 XP_005402208.1 100 1942 0 0 1 1942 1 1942 0.0 3776 XP_005402208.1 NVJ47954.1 24.5 465 247 15 642 1051 100 515 2.09e-21 99.0 VFC12725.1 VFC12725.1 100 60 0 0 1 60 1 60 6.87e-38 118 XP_011889539.1 XP_011889539.1 100 1225 0 0 1 1225 1 1225 0.0 2382 XP_011889539.1 RQM16216.1 27.3 278 161 5 1 269 400 645 2.62e-25 111 XP_011889539.1 KAH6984898.1 28.2 309 179 6 4 277 24 324 2.27e-24 108 XP_011889539.1 XP_029528577.1 28.5 274 159 5 3 269 29 272 1.83e-23 102 XP_011889539.1 MBP7829117.1 27.3 271 165 5 4 268 55 299 5.47e-21 97.8 XP_011889539.1 XP_048216280.1 28.7 293 172 9 1 279 16 285 3.32e-20 93.2 XP_011889539.1 KAG1590416.1 23.7 241 146 3 1 232 77 288 1.05e-18 88.2 XP_011889539.1 XP_048379117.1 25.5 212 129 2 58 269 318 500 1.57e-16 82.8 XP_011889539.1 NXD84883.1 22.8 237 156 2 2 232 82 297 4.65e-13 71.6 XP_011889539.1 KAG5815829.1 25.4 181 110 6 56 232 510 669 9.74e-10 61.2 WP_241812465.1 WP_241812465.1 100 637 0 0 1 637 1 637 0.0 1294 WP_241812465.1 MCF6148530.1 37.9 406 240 5 200 599 25 424 8.30e-93 292 ERJ58959.1 ERJ58959.1 100 58 0 0 1 58 1 58 1.07e-40 125 MWC28217.1 MWC28217.1 100 54 0 0 1 54 1 54 8.04e-30 97.4 WP_200244355.1 WP_200244355.1 100 169 0 0 1 169 1 169 3.44e-125 347 WP_200244355.1 WP_178020540.1 37.3 153 93 2 10 162 12 161 9.81e-29 102 WP_200244355.1 WP_167613923.1 26.2 84 50 3 94 165 9 92 7.08e-04 35.8 WP_181452264.1 WP_181452264.1 100 127 0 0 1 127 1 127 9.36e-87 246 MXY99086.1 MXY99086.1 100 240 0 0 1 240 1 240 2.36e-167 459 MXY99086.1 KAG2346037.1 37.9 243 143 3 1 235 24 266 3.36e-36 127 MXY99086.1 MBU5424338.1 30.1 239 155 3 1 235 23 253 1.62e-27 104 MXY99086.1 WP_108024271.1 32.1 240 149 5 1 235 18 248 1.24e-22 91.3 MXY99086.1 MBG6287041.1 30.9 243 142 5 1 235 27 251 9.37e-22 89.0 MXY99086.1 WP_183882442.1 34.1 170 109 2 1 168 17 185 2.68e-18 79.3 MXY99086.1 WP_077093245.1 34.6 179 105 3 1 168 19 196 3.95e-18 80.1 MXY99086.1 XP_028635853.1 31.3 182 106 5 1 168 21 197 5.36e-15 72.0 MXY99086.1 WP_063302373.1 29.0 193 97 4 1 168 17 194 4.76e-13 65.5 MXY99086.1 MBN3744368.1 33.5 170 109 3 1 169 14 180 7.17e-12 62.0 PVD36313.1 PVD36313.1 100 1278 0 0 1 1278 1 1278 0.0 1815 WP_104082941.1 WP_104082941.1 100 194 0 0 1 194 1 194 1.11e-140 388 WP_104082941.1 WP_195689481.1 45.5 154 82 2 8 160 7 159 6.05e-38 128 MBF22348.1 MBF22348.1 100 315 0 0 1 315 1 315 5.33e-206 563 WP_057718391.1 WP_057718391.1 100 213 0 0 1 213 1 213 3.28e-156 429 CUQ63902.1 CUQ63902.1 100 78 0 0 1 78 1 78 7.91e-54 159 OKH79147.1 OKH79147.1 100 207 0 0 1 207 1 207 7.16e-148 407 OKH79147.1 WP_129712947.1 43.4 182 100 2 11 192 3 181 1.67e-41 137 MBO4855552.1 MBO4855552.1 100 355 0 0 1 355 1 355 5.53e-251 681 TKY54154.1 TKY54154.1 100 602 0 0 1 602 1 602 0.0 1115 WP_269217061.1 WP_269217061.1 100 75 0 0 1 75 1 75 7.64e-19 71.2 WP_110552514.1 WP_110552514.1 100 262 0 0 1 262 1 262 8.02e-170 468 MCC6608271.1 MCC6608271.1 100 424 0 0 1 424 1 424 6.07e-299 808 MCC6608271.1 WP_072989136.1 30.0 433 264 12 6 423 5 413 1.74e-36 136 MCC6608271.1 HAR4306776.1 28.5 432 268 7 6 423 6 410 5.75e-35 132 RPI37384.1 RPI37384.1 100 145 0 0 1 145 1 145 6.47e-98 276 MCO5319342.1 MCO5319342.1 100 164 0 0 1 164 1 164 3.86e-106 298 MCO5319342.1 WP_210028065.1 35.4 164 90 3 6 162 9 163 8.24e-19 77.0 SDS88477.1 SDS88477.1 100 182 0 0 1 182 1 182 3.42e-47 150 ART90939.1 ART90939.1 100 407 0 0 1 407 1 407 1.04e-295 798 MBT5873300.1 MBT5873300.1 100 105 0 0 1 105 1 105 4.70e-72 207 WP_111953219.1 WP_111953219.1 100 603 0 0 1 603 1 603 0.0 1189 WP_111953219.1 RDE30147.1 30.8 221 109 4 374 594 301 477 5.11e-19 88.6 WP_111953219.1 WP_000877275.1 26.4 242 138 5 362 597 313 520 5.25e-15 76.3 VVV80071.1 VVV80071.1 100 44 0 0 1 44 1 44 2.73e-26 87.8 VVV80071.1 WP_078429679.1 43.2 37 21 0 8 44 208 244 3.62e-05 36.6 XP_031168963.1 XP_031168963.1 100 655 0 0 1 655 1 655 0.0 1162 WP_225923723.1 WP_225923723.1 100 126 0 0 1 126 1 126 1.06e-87 249 GFX14753.1 GFX14753.1 100 378 0 0 1 378 1 378 2.67e-281 759 QVD87869.1 QVD87869.1 100 7093 0 0 1 7093 1 7093 0.0 14168 QVD87869.1 QWC83326.1 99.8 7096 9 1 1 7093 1 7096 0.0 14144 QVD87869.1 UZO53924.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 QVD87869.1 UVB16817.1 99.7 7093 18 0 1 7093 1 7093 0.0 14129 QVD87869.1 URQ55824.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 QVD87869.1 QXR94354.1 99.9 4398 3 0 1 4398 1 4398 0.0 8636 QVD87869.1 QTM79632.1 99.7 4398 12 0 1 4398 1 4398 0.0 8623 QVD87869.1 QTZ27226.1 99.7 4398 14 0 1 4398 1 4398 0.0 8618 QVD87869.1 UPP41269.1 99.7 4398 14 0 1 4398 1 4398 0.0 8613 QVD87869.1 USR14792.1 99.7 4398 15 0 1 4398 1 4398 0.0 8610 WP_135028221.1 WP_135028221.1 100 271 0 0 1 271 1 271 1.52e-183 503 WP_135028221.1 HAJ13960.1 41.0 61 36 0 211 271 116 176 1.07e-08 52.0 XP_047250014.1 XP_047250014.1 100 170 0 0 1 170 1 170 5.06e-123 342 WP_234521407.1 WP_234521407.1 100 326 0 0 1 326 1 326 5.29e-248 671 WP_234521407.1 WP_039806668.1 36.7 308 191 4 4 308 5 311 1.05e-60 195 WP_234521407.1 WP_252122124.1 33.0 294 195 2 4 295 1 294 2.31e-46 158 WP_234521407.1 ADT83844.1 25.1 179 124 5 10 179 116 293 6.37e-10 58.2 WP_274718192.1 WP_274718192.1 100 502 0 0 1 502 1 502 0.0 966 MBQ6488280.1 MBQ6488280.1 100 179 0 0 1 179 1 179 1.74e-132 366 MBQ6488280.1 MBZ0271896.1 34.1 88 58 0 4 91 9 96 7.80e-14 64.7 WP_282641071.1 WP_282641071.1 100 135 0 0 1 135 1 135 6.41e-91 258 MCL1888839.1 MCL1888839.1 100 713 0 0 1 713 1 713 0.0 1408 MCL1888839.1 MBF8294570.1 27.4 602 262 14 250 702 1 576 3.96e-53 191 MCL1888839.1 RYO44776.1 25.3 813 396 19 71 705 51 830 1.76e-45 172 MCL1888839.1 WP_161020167.1 25.9 607 327 16 8 540 46 603 1.11e-33 135 MCL1888839.1 MBQ5493788.1 41.2 119 70 0 581 699 11 129 1.17e-20 87.4 HCH0658035.1 HCH0658035.1 100 480 0 0 1 480 1 480 0.0 945 HCH0658035.1 KAG8015916.1 69.5 174 53 0 274 447 1 174 4.10e-85 258 HCH0658035.1 SHG12942.1 33.2 443 275 9 44 480 56 483 1.69e-69 228 HCH0658035.1 HCB14820.1 28.5 400 262 12 2 393 16 399 8.32e-32 125 WP_024465855.1 WP_024465855.1 100 107 0 0 1 107 1 107 8.04e-74 212 XP_011040987.1 XP_011040987.1 100 437 0 0 1 437 1 437 1.01e-315 851 WP_182503633.1 WP_182503633.1 100 648 0 0 1 648 1 648 0.0 1289 XP_026193030.1 XP_026193030.1 100 189 0 0 1 189 1 189 5.95e-129 358 XP_052525039.1 XP_052525039.1 100 668 0 0 1 668 1 668 0.0 1357 XP_052525039.1 WP_270967954.1 35.6 634 381 15 43 661 27 648 3.77e-123 379 XP_052525039.1 WP_254101325.1 34.9 625 387 11 43 657 22 636 9.29e-114 354 XP_052525039.1 MCC5948066.1 26.9 613 415 17 44 645 41 631 7.89e-42 159 XP_052525039.1 WP_112119927.1 23.6 530 292 17 127 637 28 463 5.91e-24 103 XP_052525039.1 WP_148836004.1 24.9 530 300 16 127 632 34 489 4.31e-22 98.6 XP_052525039.1 NDJ88951.1 24.7 542 329 20 124 631 27 523 4.57e-18 86.3 XP_052525039.1 WP_167959909.1 22.3 546 352 16 125 640 33 536 1.54e-14 75.1 XP_052525039.1 PYB13830.1 22.9 398 259 11 256 637 1827 2191 3.26e-12 68.6 XP_052525039.1 WP_246003214.1 23.4 304 201 10 269 564 156 435 3.05e-08 55.1 WP_102461582.1 WP_102461582.1 100 320 0 0 1 320 1 320 1.08e-228 621 WP_102461582.1 WP_149911652.1 33.2 295 179 5 32 317 141 426 8.55e-36 132 WP_102461582.1 MBK8012537.1 24.1 286 181 10 53 310 297 574 5.30e-13 67.8 WP_102461582.1 WP_074911472.1 25.4 228 159 6 93 312 793 1017 2.18e-12 66.2 WP_102461582.1 WP_177077803.1 25.3 221 146 6 104 314 104 315 1.96e-06 47.4 NLD53371.1 NLD53371.1 100 232 0 0 1 232 1 232 4.09e-164 451 NLD53371.1 WP_247424115.1 44.6 112 62 0 98 209 147 258 4.38e-19 81.6 NLD53371.1 MCA1360809.1 50.6 81 40 0 102 182 177 257 1.57e-16 75.1 NLD53371.1 NPV11463.1 36.7 98 60 2 84 179 90 187 4.26e-12 61.6 OHB76863.1 OHB76863.1 100 81 0 0 1 81 1 81 1.02e-55 164 PON87355.1 PON87355.1 100 114 0 0 1 114 1 114 4.86e-85 241 PON87355.1 KAG6788279.1 54.6 108 48 1 2 108 391 498 1.01e-37 131 EIR8916606.1 EIR8916606.1 100 175 0 0 1 175 1 175 1.06e-131 364 EIR8916606.1 WP_210949324.1 56.6 175 76 0 1 175 26 200 7.14e-62 189 MBQ7987638.1 MBQ7987638.1 100 144 0 0 1 144 1 144 1.42e-96 273 MCH7923992.1 MCH7923992.1 100 757 0 0 1 757 1 757 0.0 1498 WP_234738658.1 WP_234738658.1 100 1261 0 0 1 1261 1 1261 0.0 2365 KAF8953894.1 KAF8953894.1 100 427 0 0 1 427 1 427 4.04e-310 836 WP_035556611.1 WP_035556611.1 100 259 0 0 1 259 1 259 2.39e-190 519 KAF7261528.1 KAF7261528.1 100 163 0 0 1 163 1 163 5.12e-115 321 PHU06236.1 PHU06236.1 100 313 0 0 1 313 1 313 2.38e-233 632 MBS0194197.1 MBS0194197.1 100 263 0 0 1 263 1 263 1.10e-197 538 WP_249505358.1 WP_249505358.1 100 440 0 0 1 440 1 440 0.0 887 WP_249505358.1 MBP6375542.1 40.8 449 242 9 2 438 3 439 4.67e-94 289 WP_249505358.1 WP_258835625.1 38.0 450 257 7 2 438 3 443 1.35e-92 285 WP_249505358.1 MBT4710545.1 35.0 449 270 8 2 438 3 441 3.55e-80 253 WP_249505358.1 PWM49891.1 35.0 449 273 9 1 440 1 439 3.11e-77 245 WP_249505358.1 WP_194454339.1 27.3 450 279 10 10 437 15 438 7.49e-39 144 WP_249505358.1 GER04731.1 26.5 446 283 13 6 435 9 425 1.89e-37 140 WP_114368818.1 WP_114368818.1 100 412 0 0 1 412 1 412 5.07e-310 835 WP_114368818.1 MXQ53321.1 31.6 244 153 5 10 250 8 240 1.96e-27 110 WP_114368818.1 EFJ8748319.1 23.6 402 262 15 10 381 6 392 2.43e-18 84.7 WP_114368818.1 EHW4468754.1 29.4 211 135 6 6 207 2 207 2.67e-16 78.6 WP_118754559.1 WP_118754559.1 100 132 0 0 1 132 1 132 9.56e-96 270 KAI6772462.1 KAI6772462.1 100 338 0 0 1 338 1 338 1.36e-231 630 XP_048189479.1 XP_048189479.1 100 227 0 0 1 227 1 227 5.62e-164 450 XP_048189479.1 MBR4375795.1 33.0 185 116 6 10 191 6 185 1.46e-14 68.6 MBO5360769.1 MBO5360769.1 100 167 0 0 1 167 1 167 2.25e-129 357 XP_043732582.1 XP_043732582.1 100 388 0 0 1 388 1 388 7.73e-286 771 TVQ11450.1 TVQ11450.1 100 330 0 0 1 330 1 330 1.46e-247 670 WP_087222948.1 WP_087222948.1 100 270 0 0 1 270 1 270 9.77e-200 544 WP_087222948.1 URJ46333.1 27.2 272 185 6 1 265 1 266 8.41e-30 111 WP_087222948.1 KAI3473816.1 25.7 265 134 6 1 265 1 202 8.66e-16 75.1 XP_025063182.1 XP_025063182.1 100 209 0 0 1 209 1 209 8.13e-107 304 WP_113669955.1 WP_113669955.1 100 416 0 0 1 416 1 416 5.13e-264 719 WP_113669955.1 WP_239913672.1 37.1 399 248 2 15 412 14 410 5.74e-75 238 WP_113669955.1 WP_087384365.1 36.9 406 248 6 13 412 17 420 2.63e-68 221 WP_113669955.1 GIR09622.1 23.7 438 296 8 10 412 17 451 1.05e-24 103 WP_113669955.1 NCV89943.1 25.1 371 248 8 54 400 69 433 3.15e-15 75.5 WP_137740674.1 WP_137740674.1 100 511 0 0 1 511 1 511 0.0 927 KAJ7349597.1 KAJ7349597.1 100 469 0 0 1 469 1 469 0.0 940 MBQ4874411.1 MBQ4874411.1 100 218 0 0 1 218 1 218 6.30e-152 419 WP_021479352.1 WP_021479352.1 100 1148 0 0 1 1148 1 1148 0.0 2271 WP_021479352.1 MBV00212.1 45.1 481 239 9 7 476 3 469 1.38e-123 393 WP_021479352.1 EAH8201998.1 44.6 448 237 5 6 452 3 440 9.03e-123 383 WP_021479352.1 MBG6814041.1 47.6 368 185 3 4 370 6 366 3.56e-106 336 WP_021479352.1 NOT18216.1 33.1 632 381 10 534 1146 5 613 2.98e-102 334 GLG98414.1 GLG98414.1 100 2592 0 0 1 2592 1 2592 0.0 4380 MCB0786882.1 MCB0786882.1 100 178 0 0 1 178 1 178 1.05e-128 357 MCB0786882.1 MCG8513288.1 27.0 115 68 4 54 152 192 306 3.66e-06 44.3 XP_030313316.1 XP_030313316.1 100 622 0 0 1 622 1 622 0.0 1239 MBM4374951.1 MBM4374951.1 100 215 0 0 1 215 1 215 3.38e-150 414 MBM4374951.1 MBR2684576.1 39.1 215 125 5 1 211 1 213 2.24e-41 138 MBM4374951.1 WP_239606280.1 35.7 210 133 1 1 208 1 210 3.26e-40 135 HII98403.1 HII98403.1 100 174 0 0 1 174 1 174 2.49e-125 348 MCA9288779.1 MCA9288779.1 100 264 0 0 1 264 1 264 6.60e-195 531 XP_046270414.1 XP_046270414.1 100 2928 0 0 1 2928 1 2928 0.0 5021 WP_157475717.1 WP_157475717.1 100 163 0 0 1 163 1 163 2.75e-119 332 MCQ2791623.1 MCQ2791623.1 100 474 0 0 1 474 1 474 0.0 921 MCQ2791623.1 WP_114605464.1 40.1 489 264 11 6 473 14 494 1.72e-108 329 MCE3270046.1 MCE3270046.1 100 80 0 0 1 80 1 80 8.47e-50 149 WP_036816548.1 WP_036816548.1 100 253 0 0 1 253 1 253 2.17e-174 478 WP_036816548.1 GLY24463.1 34.6 228 145 3 25 248 27 254 6.85e-34 123 WP_036816548.1 WP_072380563.1 28.9 256 158 7 6 253 1 240 2.96e-20 85.1 WP_036816548.1 WP_008470196.1 25.2 242 165 6 4 241 7 236 3.22e-19 82.4 WP_036816548.1 KAJ5168969.1 29.5 217 130 8 20 229 521 721 8.18e-15 72.0 WP_036816548.1 WP_008134825.1 28.1 199 131 5 18 215 624 811 1.66e-13 68.2 WP_036816548.1 MCH4209672.1 30.6 216 120 6 20 232 396 584 2.71e-13 67.4 WP_036816548.1 WAY96880.1 26.2 202 138 4 19 220 2 192 2.48e-12 62.4 WP_036816548.1 YP_010317795.1 28.6 238 153 6 5 232 8 238 3.33e-09 54.3 WP_036816548.1 WP_153844272.1 40.4 52 31 0 5 56 4 55 3.67e-06 45.8 QBJ07451.1 QBJ07451.1 100 278 0 0 1 278 1 278 3.23e-193 528 WP_252681452.1 WP_252681452.1 100 240 0 0 1 240 1 240 7.34e-171 468 PYR37153.1 PYR37153.1 100 477 0 0 1 477 1 477 0.0 927 PYR37153.1 MCL6644735.1 34.3 443 271 7 31 470 4 429 7.82e-67 219 MBT6184820.1 MBT6184820.1 100 120 0 0 1 120 1 120 3.22e-86 244 MBX3649353.1 MBX3649353.1 100 172 0 0 1 172 1 172 3.15e-118 330 HBM3973915.1 HBM3973915.1 100 203 0 0 1 203 1 203 1.45e-145 401 RWX51021.1 RWX51021.1 100 554 0 0 1 554 1 554 0.0 1140 RWX51021.1 WP_097641037.1 56.9 554 219 6 2 554 3 537 2.61e-207 598 RWX51021.1 WP_086711488.1 54.4 548 229 6 8 554 9 536 2.41e-196 570 RWX51021.1 WP_102477257.1 52.4 555 234 6 1 554 1 526 1.19e-187 547 KAJ1923473.1 KAJ1923473.1 100 830 0 0 1 830 1 830 0.0 1574 WP_221246517.1 WP_221246517.1 100 429 0 0 1 429 1 429 2.29e-319 860 MXZ69365.1 MXZ69365.1 100 150 0 0 1 150 1 150 1.75e-93 265 MXZ69365.1 WP_224419934.1 33.6 113 70 2 38 150 36 143 4.55e-08 49.3 MXZ69365.1 MBD58399.1 30.5 118 75 3 34 150 33 144 9.70e-07 45.4 GGU82495.1 GGU82495.1 100 163 0 0 1 163 1 163 1.53e-116 325 WP_279996009.1 WP_279996009.1 100 278 0 0 1 278 1 278 4.02e-212 576 WP_279996009.1 RZO46377.1 33.7 101 57 4 157 253 186 280 8.58e-04 38.5 WP_149755470.1 WP_149755470.1 100 186 0 0 1 186 1 186 1.79e-133 369 HCW85392.1 HCW85392.1 100 357 0 0 1 357 1 357 1.13e-260 705 HCW85392.1 WP_043158522.1 41.1 343 195 5 11 352 3 339 3.67e-84 258 PLW21337.1 PLW21337.1 100 497 0 0 1 497 1 497 0.0 941 WP_201312397.1 WP_201312397.1 100 159 0 0 1 159 1 159 1.17e-118 330 MBU1557098.1 MBU1557098.1 100 415 0 0 1 415 1 415 5.79e-265 721 TOF36258.1 TOF36258.1 100 85 0 0 1 85 1 85 4.03e-57 168 WP_055228170.1 WP_055228170.1 100 291 0 0 1 291 1 291 2.46e-199 545 CCX82620.1 CCX82620.1 100 429 0 0 1 429 1 429 0.0 877 CCX82620.1 MBF1128433.1 27.2 213 121 8 5 194 65 266 3.21e-12 66.6 CCX82620.1 WP_015133641.1 28.9 135 85 4 24 149 133 265 1.52e-10 61.2 CCX82620.1 WP_281919021.1 31.3 147 90 5 5 144 67 209 5.54e-09 56.2 CCX82620.1 XP_051566275.1 28.4 148 101 4 1 146 1290 1434 2.52e-08 54.7 CCX82620.1 MBF2036494.1 33.6 131 64 8 25 142 91 211 9.57e-07 49.3 CCX82620.1 KAI3849778.1 32.6 129 70 7 25 142 566 688 2.70e-04 41.6 NDV26630.1 NDV26630.1 100 218 0 0 1 218 1 218 1.23e-158 436 KAG8195189.1 KAG8195189.1 100 241 0 0 1 241 1 241 4.59e-170 466 MBZ5631081.1 MBZ5631081.1 100 43 0 0 1 43 1 43 1.08e-27 91.3 KAF4465142.1 KAF4465142.1 100 123 0 0 1 123 1 123 5.94e-88 249 WHA30314.1 WHA30314.1 100 78 0 0 1 78 1 78 1.21e-57 169 WP_239463733.1 WP_239463733.1 100 487 0 0 1 487 1 487 0.0 876 WP_093271293.1 WP_093271293.1 100 283 0 0 1 283 1 283 1.30e-190 522 WP_241524600.1 WP_241524600.1 100 337 0 0 1 337 1 337 1.16e-252 683 WP_241524600.1 WP_258613669.1 33.0 300 195 4 1 298 1 296 3.79e-41 144 WP_241524600.1 WP_046600280.1 32.9 76 51 0 9 84 10 85 2.75e-08 52.8 WP_241524600.1 WP_243977667.1 23.5 272 167 11 6 265 8 250 4.84e-04 39.7 XP_044188718.1 XP_044188718.1 100 464 0 0 1 464 1 464 0.0 904 HAS1030591.1 HAS1030591.1 100 129 0 0 1 129 1 129 6.54e-88 249 WP_255329483.1 WP_255329483.1 100 387 0 0 1 387 1 387 4.62e-282 762 MCU0490050.1 MCU0490050.1 100 238 0 0 1 238 1 238 4.37e-162 446 MCU0490050.1 WP_017123457.1 46.4 235 123 1 4 238 9 240 2.00e-60 192 MCU0490050.1 WP_064068643.1 34.2 73 46 1 115 185 170 242 1.13e-04 40.8 MCP4309405.1 MCP4309405.1 100 411 0 0 1 411 1 411 1.28e-282 765 MBR5775979.1 MBR5775979.1 100 111 0 0 1 111 1 111 7.29e-81 230 EDT4006401.1 EDT4006401.1 100 144 0 0 1 144 1 144 1.08e-100 283 MCH8312862.1 MCH8312862.1 100 360 0 0 1 360 1 360 2.70e-265 717 MCH8312862.1 RYZ40664.1 55.4 352 152 2 11 357 40 391 9.14e-131 378 MCH8312862.1 UCF78466.1 36.5 348 208 6 15 352 31 375 1.20e-57 190 MCH8312862.1 WP_145937814.1 33.8 352 223 4 11 352 30 381 1.67e-55 184 MCH8312862.1 MBL6847974.1 29.0 324 213 6 19 328 37 357 9.93e-33 124 MCH8312862.1 WP_055337992.1 26.7 322 212 8 19 323 36 350 2.90e-28 112 MCH8312862.1 WP_019444443.1 28.0 257 168 4 81 323 34 287 4.69e-25 102 MCH8312862.1 MBL4853947.1 27.0 185 125 5 24 201 51 232 7.17e-13 67.4 MCH8312862.1 WP_184601943.1 24.4 316 193 10 40 320 177 481 1.65e-11 63.9 MCH8312862.1 WP_083349422.1 26.6 143 98 2 38 174 65 206 7.70e-09 55.1 MBR5342912.1 MBR5342912.1 100 342 0 0 1 342 1 342 1.28e-263 711 NIR99268.1 NIR99268.1 100 50 0 0 1 50 1 50 6.16e-30 97.4 WP_280876395.1 WP_280876395.1 100 208 0 0 1 208 1 208 5.22e-146 403 MBO4309439.1 MBO4309439.1 100 158 0 0 1 158 1 158 3.63e-108 303 WP_136241334.1 WP_136241334.1 100 333 0 0 1 333 1 333 9.28e-216 590 WP_136241334.1 MBQ6038336.1 35.7 294 178 5 30 313 18 310 9.85e-46 156 WP_136241334.1 WP_239815372.1 26.6 158 115 1 28 184 1 158 3.00e-12 64.7 TWL42136.1 TWL42136.1 100 102 0 0 1 102 1 102 7.06e-68 197 XP_029075794.1 XP_029075794.1 100 2037 0 0 1 2037 1 2037 0.0 3578 WP_053034526.1 WP_053034526.1 100 124 0 0 1 124 1 124 1.34e-89 253 EIN7713189.1 EIN7713189.1 100 200 0 0 1 200 1 200 2.33e-145 400 WP_161061319.1 WP_161061319.1 100 143 0 0 1 143 1 143 1.17e-99 280 WP_161061319.1 WP_226360036.1 51.1 137 65 1 7 143 4 138 6.28e-43 137 WP_161061319.1 WP_004957233.1 46.7 137 68 4 1 135 1 134 4.90e-38 124 KAH8057076.1 KAH8057076.1 100 242 0 0 1 242 1 242 8.09e-160 441 WP_223752944.1 WP_223752944.1 100 447 0 0 1 447 1 447 0.0 877 WP_223752944.1 WP_271931007.1 32.8 238 114 10 1 203 664 890 2.79e-14 73.6 MCT6212844.1 MCT6212844.1 100 392 0 0 1 392 1 392 1.29e-286 774 MCT6212844.1 MBG6268407.1 24.5 363 222 13 49 389 48 380 3.72e-13 68.6 GHL33785.1 GHL33785.1 100 176 0 0 1 176 1 176 2.13e-127 353 VDL79744.1 VDL79744.1 100 171 0 0 1 171 1 171 2.32e-133 368 VDL79744.1 XP_011822310.1 30.3 165 84 9 18 164 126 277 1.42e-07 48.1 HBA4333173.1 HBA4333173.1 100 332 0 0 1 332 1 332 2.42e-247 669 HBA4333173.1 GBE16035.1 51.2 330 156 3 4 329 10 338 4.74e-110 322 MBR4170715.1 MBR4170715.1 100 38 0 0 1 38 1 38 1.32e-18 70.9 WP_138597401.1 WP_138597401.1 100 246 0 0 1 246 1 246 7.33e-174 476 WP_138597401.1 KAG2346037.1 31.9 254 157 4 4 242 14 266 3.31e-34 122 WP_138597401.1 MCB1644245.1 30.2 242 158 6 8 243 11 247 1.09e-25 99.8 WP_138597401.1 WP_010443651.1 29.5 241 159 4 4 241 3 235 1.58e-23 93.6 WP_138597401.1 WP_015314674.1 29.5 241 160 3 8 242 17 253 5.76e-21 87.0 WP_138597401.1 CCK15435.1 41.2 102 56 1 145 242 2 103 5.23e-17 72.8 XP_017569355.1 XP_017569355.1 100 752 0 0 1 752 1 752 0.0 1264 RQL72805.1 RQL72805.1 100 507 0 0 1 507 1 507 0.0 981 RQL72805.1 WP_255602293.1 34.8 514 294 9 21 503 29 532 2.58e-91 287 RQL72805.1 WP_226276978.1 33.2 488 320 5 22 507 21 504 2.05e-81 260 RQL72805.1 WP_197332010.1 28.8 504 326 11 24 507 21 511 6.95e-58 198 RQL72805.1 WP_185921121.1 29.0 410 275 7 18 418 13 415 2.95e-42 155 RQL72805.1 BBC91732.1 28.3 414 259 11 25 415 5 403 1.39e-34 134 RQL72805.1 WP_023727015.1 25.1 410 278 9 31 423 43 440 3.24e-32 127 RQL72805.1 KAG8816705.1 34.2 187 114 3 4 186 45 226 3.59e-24 99.4 RQL72805.1 WP_218801637.1 27.6 333 224 6 31 355 25 348 5.57e-22 97.1 WP_100498040.1 WP_100498040.1 100 381 0 0 1 381 1 381 2.74e-255 694 WP_100498040.1 KFD50394.1 26.8 261 180 1 45 294 105 365 2.45e-21 93.6 XP_047387430.1 XP_047387430.1 100 533 0 0 1 533 1 533 0.0 1082 WP_023050329.1 WP_023050329.1 100 355 0 0 1 355 1 355 1.19e-229 627 WP_023050329.1 WP_269885397.1 32.1 165 105 4 191 349 100 263 1.16e-16 77.4 WP_023050329.1 CKF71070.1 30.4 181 118 5 175 348 296 475 3.50e-16 78.2 WP_023050329.1 EJF06804.1 27.9 204 120 5 173 349 95 298 1.12e-15 75.1 WP_023050329.1 WP_159812831.1 34.8 135 82 4 174 303 217 350 1.01e-13 70.1 WP_023050329.1 WP_200543170.1 29.9 177 110 6 182 348 253 425 3.50e-12 65.9 WP_023050329.1 WP_145544593.1 32.8 134 86 3 193 325 356 486 5.29e-12 65.1 WP_023050329.1 MBI5333464.1 27.0 159 107 4 199 349 225 382 1.74e-09 57.0 WP_023050329.1 EGR2272270.1 36.1 72 44 2 234 304 550 620 7.66e-09 55.5 WP_023050329.1 HCN71343.1 35.5 62 39 1 234 295 8 68 3.29e-07 47.4 PYP94120.1 PYP94120.1 100 232 0 0 1 232 1 232 8.60e-166 455 PYP94120.1 MCL7714424.1 36.0 222 140 1 2 221 4 225 9.17e-44 145 PYP94120.1 WP_007708736.1 36.6 227 137 3 2 221 3 229 1.29e-37 129 PYP94120.1 WP_101794136.1 33.3 231 141 3 1 219 25 254 1.22e-34 122 PYP94120.1 WP_186723788.1 29.6 223 155 2 3 224 8 229 1.68e-28 106 PYP94120.1 EAG2350674.1 39.2 125 75 1 2 126 4 127 4.32e-24 91.7 PYP94120.1 WP_185031483.1 33.1 160 100 3 66 221 65 221 2.18e-16 73.9 PYP94120.1 WP_272906673.1 32.5 117 75 1 3 119 6 118 6.79e-14 68.6 PYP94120.1 WP_138482356.1 29.2 144 97 2 2 145 672 810 1.11e-13 68.2 PYP94120.1 WP_196114185.1 32.8 116 77 1 2 116 9 124 1.17e-11 61.6 EDV6147146.1 EDV6147146.1 100 632 0 0 1 632 1 632 0.0 984 WP_101164019.1 WP_101164019.1 100 346 0 0 1 346 1 346 7.53e-249 674 MBQ2777352.1 MBQ2777352.1 100 608 0 0 1 608 1 608 0.0 1202 MBQ2777352.1 MBP3509218.1 57.7 607 256 1 1 606 1 607 1.57e-252 706 MBQ2777352.1 NQU26924.1 31.5 467 305 7 135 598 461 915 4.96e-63 223 MBQ2777352.1 MCK9987173.1 30.9 489 305 12 132 596 12 491 1.22e-53 191 MBQ2777352.1 EHP6050825.1 29.1 522 342 13 35 534 137 652 2.70e-48 177 MBQ2777352.1 OQC16336.1 30.8 185 101 7 197 371 437 604 1.19e-13 72.4 MBQ2777352.1 WP_266727676.1 33.0 94 63 0 35 128 338 431 2.46e-10 61.2 MSX50368.1 MSX50368.1 100 289 0 0 1 289 1 289 2.20e-201 550 KAI0815695.1 KAI0815695.1 100 981 0 0 1 981 1 981 0.0 1860 WP_123653117.1 WP_123653117.1 100 246 0 0 1 246 1 246 8.07e-162 446 WP_123653117.1 HAT4171334.1 33.7 193 128 0 27 219 19 211 5.63e-29 112 WP_025579907.1 WP_025579907.1 100 820 0 0 1 820 1 820 0.0 1646 WP_066476002.1 WP_066476002.1 100 67 0 0 1 67 1 67 3.43e-41 127 WP_066476002.1 MBA2651112.1 49.1 57 29 0 7 63 7 63 6.03e-12 53.1 WP_081224968.1 WP_081224968.1 100 916 0 0 1 916 1 916 0.0 1868 WP_081224968.1 WP_123159424.1 54.8 921 403 9 1 913 1 916 0.0 1006 WP_081224968.1 MCB9999913.1 36.2 1043 527 19 2 915 16 1049 1.98e-206 615 WP_081224968.1 MCL6457358.1 29.7 860 536 25 23 849 13 836 4.97e-108 356 WP_081224968.1 MSZ29533.1 28.9 796 508 22 24 786 15 785 1.15e-85 295 WP_081224968.1 MBQ9679177.1 24.3 877 538 20 24 860 14 804 7.39e-73 256 WP_081224968.1 MCL2204087.1 23.9 784 485 17 21 768 10 717 8.25e-56 206 WP_081224968.1 SCL13606.1 23.8 822 496 24 5 769 44 792 1.75e-45 175 WP_081224968.1 CAI9595211.1 23.0 942 572 28 56 915 125 995 2.66e-45 175 WP_081224968.1 WP_194957532.1 23.4 817 451 28 26 773 11 721 1.21e-32 134 WP_168672621.1 WP_168672621.1 100 255 0 0 1 255 1 255 9.72e-188 512 WP_168672621.1 MBI2691306.1 25.7 105 74 2 8 112 53 153 9.24e-06 44.3 WP_202730319.1 WP_202730319.1 100 391 0 0 1 391 1 391 5.42e-283 764 MBG5741623.1 MBG5741623.1 100 390 0 0 1 390 1 390 1.16e-272 738 KRF62093.1 KRF62093.1 100 138 0 0 1 138 1 138 3.40e-92 261 WP_246995487.1 WP_246995487.1 100 155 0 0 1 155 1 155 3.80e-104 293 MCF7895906.1 MCF7895906.1 100 339 0 0 1 339 1 339 5.09e-248 672 MCF7895906.1 MBQ6794463.1 33.0 321 200 7 23 338 15 325 2.04e-50 170 MCF7895906.1 MCU1411638.1 30.8 315 210 2 5 311 5 319 2.64e-50 171 MCF7895906.1 MBA3609961.1 32.9 347 198 10 20 334 36 379 2.15e-47 164 MCF7895906.1 OWZ34415.1 32.9 347 199 8 21 334 56 401 1.49e-44 157 MCF7895906.1 ELZ16407.1 26.1 356 230 8 14 338 24 377 1.95e-36 135 MCF7895906.1 NBT94281.1 38.2 157 93 1 12 164 22 178 5.72e-31 114 MCB4366171.1 MCB4366171.1 100 142 0 0 1 142 1 142 2.56e-98 277 MCI6020178.1 MCI6020178.1 100 80 0 0 1 80 1 80 4.73e-47 142 WP_029347391.1 WP_029347391.1 100 255 0 0 1 255 1 255 2.46e-181 496 WP_029347391.1 WP_206363707.1 34.8 247 160 1 1 247 14 259 3.27e-52 169 WP_029347391.1 WP_150396769.1 31.5 248 165 2 3 250 22 264 3.77e-33 124 WP_029347391.1 WP_185334683.1 29.5 244 164 3 3 245 2 238 9.38e-33 123 WP_029347391.1 WP_008134825.1 28.7 223 147 5 5 225 612 824 6.41e-23 95.9 WP_029347391.1 WP_247749043.1 31.2 218 129 7 18 226 371 576 2.78e-19 85.1 WP_029347391.1 WP_256546297.1 25.9 232 162 4 5 228 23 252 9.02e-19 81.6 WP_029347391.1 NLW39422.1 28.4 229 143 7 20 240 35 250 1.30e-18 82.0 WP_029347391.1 NNE23115.1 28.4 176 108 6 6 178 3 163 1.77e-11 61.6 WP_029347391.1 CDZ73727.1 25.0 208 136 7 9 215 5 193 2.72e-08 51.6 MBQ7739147.1 MBQ7739147.1 100 361 0 0 1 361 1 361 4.63e-262 709 MBQ7739147.1 WP_006004624.1 66.6 362 119 1 1 360 1 362 8.87e-173 483 XP_029528577.1 XP_029528577.1 100 360 0 0 1 360 1 360 7.83e-274 739 XP_029528577.1 RQM16216.1 49.7 296 145 4 30 323 403 696 2.93e-91 288 XP_029528577.1 KAG1590416.1 42.9 294 163 3 26 318 76 365 6.70e-78 243 XP_029528577.1 KAJ7903702.1 35.7 300 183 5 30 321 23 320 9.79e-59 194 XP_029528577.1 EYU24504.1 37.0 338 156 7 19 322 178 492 1.62e-58 197 XP_029528577.1 NXD84883.1 36.0 275 171 3 26 296 80 353 1.08e-55 189 XP_029528577.1 XP_048379117.1 35.2 304 187 7 28 324 255 555 1.98e-52 181 XP_029528577.1 XP_046441060.1 36.2 243 151 3 30 271 61 300 5.06e-38 143 XP_029528577.1 XP_048216280.1 35.5 256 146 5 35 274 25 277 2.59e-37 137 XP_029528577.1 XP_020321477.1 35.4 237 149 3 29 264 52 285 3.25e-36 137 MCP4697618.1 MCP4697618.1 100 1444 0 0 1 1444 1 1444 0.0 2716 MCP4697618.1 WP_083639049.1 33.8 68 40 2 189 253 45 110 6.88e-04 42.0 MCF6323317.1 MCF6323317.1 100 281 0 0 1 281 1 281 1.10e-206 562 MCF6323317.1 MCD6533325.1 32.2 270 171 6 14 281 7 266 7.20e-37 130 MCF6323317.1 WP_101844355.1 29.3 273 187 4 14 281 4 275 1.89e-34 124 WP_136027195.1 WP_136027195.1 100 266 0 0 1 266 1 266 4.59e-187 511 WP_136027195.1 WP_231768584.1 34.5 252 155 3 23 266 35 284 2.72e-41 142 WP_216395189.1 WP_216395189.1 100 511 0 0 1 511 1 511 0.0 1012 WP_216395189.1 MBT9793465.1 29.5 173 98 6 323 481 157 319 1.56e-09 57.8 NBU29208.1 NBU29208.1 100 186 0 0 1 186 1 186 2.48e-99 283 WP_116073910.1 WP_116073910.1 100 875 0 0 1 875 1 875 0.0 1677 WP_116073910.1 WP_026497435.1 42.3 928 463 17 1 875 1 909 1.33e-220 645 WP_116073910.1 XP_006376427.2 37.1 259 149 6 4 251 106 361 1.15e-42 159 XP_027063577.1 XP_027063577.1 100 129 0 0 1 129 1 129 6.28e-95 267 WP_175715079.1 WP_175715079.1 100 87 0 0 1 87 1 87 3.98e-58 171 WP_034146623.1 WP_034146623.1 100 346 0 0 1 346 1 346 2.63e-249 676 WP_237414093.1 WP_237414093.1 100 154 0 0 1 154 1 154 2.04e-103 291 EEW7484806.1 EEW7484806.1 100 144 0 0 1 144 1 144 3.76e-110 307 EEW7484806.1 MBX5702633.1 57.4 136 58 0 2 137 10 145 1.41e-56 172 EEW7484806.1 NCC17292.1 37.6 133 83 0 2 134 243 375 1.30e-27 103 EEW7484806.1 EJL0691474.1 39.8 133 79 1 4 136 21 152 9.22e-21 81.3 WP_225118260.1 WP_225118260.1 100 642 0 0 1 642 1 642 0.0 1209 WP_225118260.1 WP_166106360.1 31.2 231 147 5 420 640 284 512 4.69e-22 98.6 WP_225118260.1 WP_273418567.1 38.6 132 78 2 510 640 4 133 9.65e-19 82.0 WP_225118260.1 WP_083453642.1 27.0 248 151 9 411 642 321 554 5.74e-17 82.8 WP_225118260.1 WP_086504813.1 31.8 220 131 8 428 638 389 598 9.86e-17 82.4 WP_225118260.1 WP_200037957.1 26.4 208 133 8 446 642 1029 1227 3.32e-07 52.0 WP_225118260.1 WP_274755179.1 28.8 222 127 10 429 638 196 398 3.61e-07 51.2 WP_225118260.1 MBE9467362.1 20.9 254 159 9 409 638 573 808 2.11e-04 42.7 XP_056429915.1 XP_056429915.1 100 1166 0 0 1 1166 1 1166 0.0 2361 XP_056429915.1 XP_043494069.1 25.7 1023 650 33 34 1007 483 1444 1.47e-72 264 XP_056429915.1 XP_036914921.1 24.4 925 538 29 33 914 28 834 1.02e-56 214 WP_049882603.1 WP_049882603.1 100 520 0 0 1 520 1 520 0.0 957 MCR9147539.1 MCR9147539.1 100 255 0 0 1 255 1 255 8.95e-184 502 MCR9147539.1 HDZ48353.1 28.8 170 94 7 13 163 42 203 2.91e-06 45.8 WP_081612908.1 WP_081612908.1 100 253 0 0 1 253 1 253 2.59e-191 521 WP_149493237.1 WP_149493237.1 100 281 0 0 1 281 1 281 3.64e-196 536 MBO9347542.1 MBO9347542.1 100 404 0 0 1 404 1 404 6.03e-298 803 MBO9347542.1 WP_077320126.1 34.2 330 211 4 78 404 108 434 3.04e-57 192 WP_078336203.1 WP_078336203.1 100 458 0 0 1 458 1 458 0.0 912 XP_012676239.1 XP_012676239.1 100 315 0 0 1 315 1 315 4.42e-230 624 OGN55943.1 OGN55943.1 100 196 0 0 1 196 1 196 1.77e-138 383 VEH65358.1 VEH65358.1 100 40 0 0 1 40 1 40 2.56e-27 90.1 UNI03201.1 UNI03201.1 100 4378 0 0 1 4378 1 4378 0.0 7762 UNI03201.1 QZU16279.1 91.6 4375 365 1 1 4374 27 4401 0.0 7737 UNI03201.1 UBD95131.1 91.6 4375 365 1 1 4374 27 4401 0.0 7735 UNI03201.1 UHM53165.1 91.6 4379 368 1 1 4378 27 4405 0.0 7735 UNI03201.1 UFM02602.1 91.6 4379 368 1 1 4378 27 4405 0.0 7735 UNI03201.1 QWC83326.1 91.5 4375 370 1 1 4374 27 4401 0.0 7728 UNI03201.1 UEC52718.1 91.5 4375 369 1 1 4374 27 4401 0.0 7727 UNI03201.1 UVB16817.1 91.5 4374 371 1 1 4374 27 4398 0.0 7719 UNI03201.1 UFA30503.1 96.5 4340 149 1 1 4339 1 4340 0.0 7589 UNI03201.1 QRX02582.1 90.9 4072 370 1 1 4071 27 4098 0.0 7109 XP_008997370.1 XP_008997370.1 100 124 0 0 1 124 1 124 4.00e-91 257 XP_018358059.1 XP_018358059.1 100 558 0 0 1 558 1 558 1.48e-300 823 MWD28632.1 MWD28632.1 100 321 0 0 1 321 1 321 2.57e-232 630 MCF6148530.1 MCF6148530.1 100 443 0 0 1 443 1 443 0.0 882 MCF6148530.1 WP_241812465.1 37.9 406 240 5 25 424 200 599 6.26e-92 289 RSL59427.1 RSL59427.1 100 486 0 0 1 486 1 486 0.0 908 RSL59427.1 CZT45482.1 35.8 400 217 4 63 424 89 486 2.13e-70 239 RSL59427.1 XP_023589550.1 36.3 369 225 5 63 425 98 462 7.32e-66 226 RSL59427.1 GEU53557.1 35.0 371 229 6 66 428 101 467 1.26e-65 220 RSL59427.1 MBA0549662.1 30.7 371 251 4 59 428 18 383 3.86e-58 195 RSL59427.1 NQR19375.1 34.8 351 222 5 63 409 3 350 5.59e-58 196 RSL59427.1 XP_055095726.1 30.9 411 209 9 86 421 209 619 3.53e-44 163 RSL59427.1 NXU45820.1 30.9 350 229 7 63 402 25 371 1.89e-43 162 RSL59427.1 ERE79785.1 27.8 395 196 9 62 423 125 463 1.10e-34 134 MBW8896250.1 MBW8896250.1 100 236 0 0 1 236 1 236 1.32e-171 470 MBW8896250.1 MCS7015141.1 33.9 127 78 2 12 137 1 122 9.73e-14 68.2 MBW8896250.1 WP_125933644.1 29.4 126 75 3 11 122 42 167 1.83e-08 52.4 VGP03367.1 VGP03367.1 100 1012 0 0 1 1012 1 1012 0.0 1992 GAX21055.1 GAX21055.1 100 229 0 0 1 229 1 229 2.90e-167 458 MBF0248932.1 MBF0248932.1 100 61 0 0 1 61 1 61 4.58e-41 126 MBF0248932.1 WP_149746544.1 45.5 55 30 0 4 58 151 205 4.23e-12 56.2 MBF0248932.1 MBU4432787.1 38.9 54 33 0 4 57 158 211 1.68e-08 46.6 XP_056374717.1 XP_056374717.1 100 2765 0 0 1 2765 1 2765 0.0 5483 MBM3921745.1 MBM3921745.1 100 243 0 0 1 243 1 243 4.13e-183 499 MBM3921745.1 HIX59898.1 30.7 163 107 4 61 219 57 217 1.41e-14 69.3 MBL8834799.1 MBL8834799.1 100 462 0 0 1 462 1 462 0.0 917 WP_089608892.1 WP_089608892.1 100 464 0 0 1 464 1 464 0.0 906 WP_089608892.1 OGD85943.1 37.7 215 112 7 267 463 5 215 5.51e-33 122 MCA0387421.1 MCA0387421.1 100 317 0 0 1 317 1 317 1.23e-237 644 MCA0387421.1 WP_051669385.1 27.7 314 206 10 6 308 12 315 1.16e-24 100 MCA0387421.1 WP_205448866.1 25.7 331 214 9 3 307 2 326 2.88e-23 96.7 MCA0387421.1 MBP1746912.1 24.7 360 212 10 1 307 1 354 5.03e-20 88.6 MCA0387421.1 WP_073505727.1 25.4 323 201 10 6 301 4 313 7.71e-19 84.0 MCA0387421.1 WP_133874384.1 27.2 313 191 13 6 293 4 304 5.97e-14 69.7 WP_183433527.1 WP_183433527.1 100 259 0 0 1 259 1 259 9.21e-179 490 WP_049682576.1 WP_049682576.1 100 209 0 0 1 209 1 209 3.50e-140 388 EHL1725675.1 EHL1725675.1 100 224 0 0 1 224 1 224 2.66e-156 430 EHL1725675.1 WP_056438721.1 33.2 205 105 9 6 197 82 267 1.46e-10 58.2 EFQ4765027.1 EFQ4765027.1 100 920 0 0 1 920 1 920 0.0 1869 EFQ4765027.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1804 EFQ4765027.1 EEY3543156.1 73.7 949 221 3 1 920 1 949 0.0 1443 EFQ4765027.1 EEO7917989.1 70.4 922 265 3 1 920 1 916 0.0 1342 EFQ4765027.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 2.33e-217 618 EFQ4765027.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 6.66e-202 578 EFQ4765027.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 8.23e-186 535 EFQ4765027.1 WP_154599351.1 33.4 709 435 17 4 696 10 696 2.57e-110 364 EFQ4765027.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 2.56e-47 162 EFQ4765027.1 EEV0504409.1 61.4 57 22 0 864 920 1 57 7.84e-16 77.0 WP_027489832.1 WP_027489832.1 100 377 0 0 1 377 1 377 1.83e-235 643 WP_226904802.1 WP_226904802.1 100 347 0 0 1 347 1 347 2.96e-251 681 WP_226904802.1 RUU66461.1 51.8 253 121 1 25 277 82 333 1.52e-79 246 WP_226904802.1 WP_098952357.1 44.8 297 163 1 22 317 3 299 4.48e-76 235 WP_226904802.1 MBQ3864274.1 48.9 276 132 6 46 317 33 303 1.38e-75 234 WP_226904802.1 WP_192324556.1 48.7 279 142 1 19 296 315 593 2.23e-74 239 WP_226904802.1 MBU5353226.1 44.6 258 142 1 22 279 4 260 3.52e-72 225 WP_226904802.1 WP_227059655.1 48.8 256 131 0 22 277 317 572 5.41e-71 231 WP_226904802.1 GLY24463.1 41.9 327 167 6 22 337 4 318 1.76e-67 213 WP_226904802.1 WP_107894076.1 37.8 291 167 5 45 325 21 307 2.50e-57 187 WP_226904802.1 WP_109219819.1 32.0 228 146 4 49 276 33 251 1.67e-31 120 KFX48203.1 KFX48203.1 100 1267 0 0 1 1267 1 1267 0.0 2245 KFX48203.1 EDN57974.1 33.6 562 310 13 687 1225 398 919 1.73e-70 255 KFX48203.1 TAL20232.1 30.7 512 220 7 681 1188 222 602 3.11e-60 217 KFX48203.1 WP_138482356.1 30.5 537 221 14 649 1182 386 773 3.99e-49 187 KFX48203.1 WP_007356512.1 28.0 542 240 8 681 1205 736 1144 3.03e-48 186 KFX48203.1 WP_261733022.1 27.6 579 274 9 603 1181 183 616 8.13e-48 182 KFX48203.1 HAS8246497.1 41.2 260 146 3 659 918 452 704 2.56e-47 182 KFX48203.1 SEP77558.1 35.2 236 143 4 681 914 333 560 1.30e-30 127 KFX48203.1 WP_212961195.1 23.7 502 278 8 683 1182 419 817 6.26e-29 124 KFX48203.1 XP_018042825.1 30.2 116 70 1 1078 1182 763 878 5.50e-09 58.9 WP_232719809.1 WP_232719809.1 100 324 0 0 1 324 1 324 4.38e-255 688 WP_110581055.1 WP_110581055.1 100 318 0 0 1 318 1 318 3.46e-224 610 WP_110581055.1 WP_179032033.1 47.4 312 158 2 5 313 5 313 2.66e-89 268 WP_027004648.1 WP_027004648.1 100 449 0 0 1 449 1 449 4.63e-318 858 OGO39675.1 OGO39675.1 100 207 0 0 1 207 1 207 1.84e-159 437 OGO39675.1 WP_128788759.1 48.8 203 99 2 6 207 3 201 1.66e-68 206 OGO39675.1 WP_215615491.1 44.5 182 101 0 24 205 38 219 2.70e-59 184 RZN15559.1 RZN15559.1 100 194 0 0 1 194 1 194 1.29e-130 363 MCH8479059.1 MCH8479059.1 100 545 0 0 1 545 1 545 0.0 1090 MCH8479059.1 NWR36449.1 29.0 531 278 15 25 522 54 518 2.78e-40 153 WP_224419934.1 WP_224419934.1 100 575 0 0 1 575 1 575 0.0 1083 WP_224419934.1 MBD58399.1 42.5 576 317 7 8 575 5 574 2.53e-142 422 WP_224419934.1 MXZ69365.1 32.7 113 71 2 36 143 38 150 2.38e-09 54.7 KAJ3544539.1 KAJ3544539.1 100 1165 0 0 1 1165 1 1165 0.0 2287 KAJ3544539.1 XP_037327098.1 32.7 171 105 4 967 1132 302 467 1.79e-20 94.7 KAJ3544539.1 XP_016265944.1 24.6 513 288 21 708 1131 7 509 6.83e-19 90.1 KAJ3544539.1 XP_003048468.1 29.8 188 122 5 958 1141 226 407 5.89e-16 80.1 MBP7023394.1 MBP7023394.1 100 154 0 0 1 154 1 154 6.59e-109 305 AFA24308.1 AFA24308.1 100 212 0 0 1 212 1 212 6.33e-149 410 AFA24308.1 ADW49125.1 94.8 211 11 0 2 212 1 211 4.43e-142 393 AFA24308.1 QUA05739.1 93.7 205 13 0 1 205 8 212 4.04e-136 378 AFA24308.1 AFA09475.1 94.6 205 11 0 8 212 1 205 1.28e-135 377 AFA24308.1 AVM35379.1 88.6 211 24 0 2 212 4 214 1.19e-133 372 AFA24308.1 ADJ35581.1 81.6 212 39 0 1 212 9 220 7.46e-127 355 AFA24308.1 QUQ06080.1 81.6 212 39 0 1 212 8 219 2.06e-126 354 AFA24308.1 AWS34156.1 83.4 211 35 0 2 212 9 219 6.89e-125 350 AFA24308.1 ABQ63546.1 82.9 211 36 0 2 212 8 218 1.34e-124 349 AFA24308.1 AAX94106.1 89.4 189 20 0 24 212 1 189 5.84e-115 333 TDB69252.1 TDB69252.1 100 327 0 0 1 327 1 327 6.88e-240 650 WP_125093116.1 WP_125093116.1 100 836 0 0 1 836 1 836 0.0 1661 WP_042650033.1 WP_042650033.1 100 249 0 0 1 249 1 249 1.47e-170 468 WP_042650033.1 WP_110035452.1 37.9 240 137 2 8 247 7 234 3.98e-43 144 WP_042650033.1 WP_087085326.1 34.6 260 155 2 1 249 1 256 1.33e-38 133 WP_042650033.1 WP_281054160.1 31.2 247 160 4 5 246 8 249 2.28e-30 112 WP_042650033.1 MBG6287041.1 35.0 243 154 3 5 247 14 252 1.23e-29 110 WP_042650033.1 WP_010443651.1 31.3 240 156 3 8 245 3 235 2.68e-28 106 WP_042650033.1 WP_015314674.1 32.1 246 165 1 5 248 10 255 4.04e-26 100 WP_042650033.1 WP_183882442.1 32.3 235 140 4 5 239 4 219 5.79e-25 97.4 WP_042650033.1 WP_106136481.1 32.7 202 122 4 8 196 2 202 3.67e-19 82.0 WP_042650033.1 WP_062917436.1 28.4 183 130 1 11 193 10 191 4.72e-11 59.7 HDZ79728.1 HDZ79728.1 100 116 0 0 1 116 1 116 1.68e-86 245 VAI76478.1 VAI76478.1 100 922 0 0 1 922 1 922 0.0 1848 KAF3789931.1 KAF3789931.1 100 174 0 0 1 174 1 174 1.23e-116 326 XP_011775823.1 XP_011775823.1 100 100 0 0 1 100 1 100 1.69e-65 191 WP_256314628.1 WP_256314628.1 100 256 0 0 1 256 1 256 5.46e-199 541 WP_275700142.1 WP_275700142.1 100 55 0 0 1 55 1 55 3.89e-35 110 MBQ7792117.1 MBQ7792117.1 100 107 0 0 1 107 1 107 3.55e-68 198 MCK3776214.1 MCK3776214.1 100 230 0 0 1 230 1 230 2.05e-172 471 GAW04005.1 GAW04005.1 100 493 0 0 1 493 1 493 0.0 982 XP_016849932.1 XP_016849932.1 100 728 0 0 1 728 1 728 0.0 1397 XP_016849932.1 KAF0905729.1 34.0 103 62 1 594 690 1565 1667 1.90e-14 75.9 WP_163496825.1 WP_163496825.1 100 393 0 0 1 393 1 393 5.07e-289 780 WP_163496825.1 MCK5056842.1 32.1 374 233 9 26 392 24 383 1.65e-47 164 KAF2999697.1 KAF2999697.1 100 463 0 0 1 463 1 463 0.0 949 KAF2999697.1 XP_055296131.1 39.6 48 25 1 123 166 104 151 5.36e-04 38.9 EXB75938.1 EXB75938.1 100 221 0 0 1 221 1 221 2.79e-161 442 NLT72898.1 NLT72898.1 100 185 0 0 1 185 1 185 5.75e-125 348 NLT72898.1 NLV68328.1 47.5 183 96 0 1 183 1 183 9.76e-61 185 NLT72898.1 NLK90780.1 48.6 181 93 0 4 184 4 184 4.25e-57 176 NLT72898.1 MBD3769330.1 44.6 177 98 0 8 184 7 183 3.33e-51 161 WP_265907929.1 WP_265907929.1 100 383 0 0 1 383 1 383 1.75e-284 768 WP_265907929.1 WP_019585553.1 23.1 360 236 12 24 362 39 378 2.00e-07 50.8 AML78558.1 AML78558.1 100 480 0 0 1 480 1 480 0.0 970 AML78558.1 WP_267586803.1 34.5 110 63 1 32 141 14 114 5.21e-13 67.4 WP_043919642.1 WP_043919642.1 100 197 0 0 1 197 1 197 3.73e-145 400 MBE6455882.1 MBE6455882.1 100 314 0 0 1 314 1 314 4.13e-239 647 MBE6455882.1 KXZ65002.1 45.9 85 46 0 184 268 10 94 4.02e-18 78.2 MBE6455882.1 MBR6417349.1 36.2 58 35 1 196 253 16 71 4.47e-04 38.1 MBK8805244.1 MBK8805244.1 100 376 0 0 1 376 1 376 4.54e-272 736 MBK8805244.1 RWZ64791.1 28.0 218 146 6 45 262 29 235 2.41e-11 62.8 MCI4494966.1 MCI4494966.1 100 68 0 0 1 68 1 68 3.38e-46 139 CAH8302172.1 CAH8302172.1 100 217 0 0 1 217 1 217 3.06e-138 384 TPR01788.1 TPR01788.1 100 396 0 0 1 396 1 396 4.32e-287 775 TPR01788.1 KAH7671712.1 32.8 241 137 6 36 271 62 282 7.65e-29 113 UHH56899.1 UHH56899.1 100 85 0 0 1 85 1 85 2.82e-23 83.2 UHH56899.1 UJR03683.1 97.4 39 1 0 1 39 1 39 1.95e-20 77.0 MBI5835246.1 MBI5835246.1 100 1111 0 0 1 1111 1 1111 0.0 2317 HIR73384.1 HIR73384.1 100 288 0 0 1 288 1 288 1.30e-213 580 NTU59162.1 NTU59162.1 100 246 0 0 1 246 1 246 7.33e-174 476 HIO39972.1 HIO39972.1 100 290 0 0 1 290 1 290 9.14e-215 583 MBW2003542.1 MBW2003542.1 100 45 0 0 1 45 1 45 5.70e-24 82.0 MBN1566249.1 MBN1566249.1 100 342 0 0 1 342 1 342 3.72e-247 670 MBN1566249.1 WP_255519487.1 36.9 312 184 8 20 321 7 315 2.05e-55 182 MBN1566249.1 MBO1529847.1 31.0 352 213 15 1 341 5 337 1.14e-32 122 MBN1566249.1 WP_164585387.1 30.4 329 200 12 1 314 1 315 7.24e-30 115 MBN1566249.1 WP_167320363.1 29.9 278 152 11 7 277 9 250 1.58e-23 97.4 MBN1566249.1 KAH7252800.1 26.6 278 181 8 1 262 7 277 1.21e-22 95.5 MBN1566249.1 WP_198255508.1 29.5 251 161 7 16 262 18 256 2.35e-17 80.1 MBN1566249.1 WP_213646387.1 24.2 260 145 11 6 252 7 227 2.25e-11 62.4 MBN1566249.1 OAX39412.1 25.0 264 166 9 8 260 15 257 7.91e-08 51.6 XP_024910805.1 XP_024910805.1 100 882 0 0 1 882 1 882 0.0 1556 XP_008531547.1 XP_008531547.1 100 587 0 0 1 587 1 587 0.0 1174 NP_001375225.1 NP_001375225.1 100 821 0 0 1 821 1 821 0.0 1627 NP_001375225.1 XP_053257159.1 80.3 761 121 4 1 732 1 761 0.0 1164 KNE87310.1 KNE87310.1 100 157 0 0 1 157 1 157 7.66e-114 317 MAT55784.1 MAT55784.1 100 115 0 0 1 115 1 115 8.06e-80 228 WP_256825141.1 WP_256825141.1 100 150 0 0 1 150 1 150 1.90e-97 275 WP_200287444.1 WP_200287444.1 100 440 0 0 1 440 1 440 0.0 938 WP_200287444.1 WP_210569664.1 36.4 439 230 13 26 439 19 433 3.25e-61 203 MBW1759047.1 MBW1759047.1 100 326 0 0 1 326 1 326 2.38e-235 639 MBW1759047.1 WP_271563639.1 31.6 155 99 3 94 242 129 282 9.85e-14 69.7 WP_101936735.1 WP_101936735.1 100 320 0 0 1 320 1 320 8.28e-233 632 WP_101936735.1 WP_210212399.1 34.9 318 206 1 1 317 1 318 1.01e-57 187 WP_101936735.1 MBY7817199.1 26.7 300 211 5 21 316 27 321 3.94e-30 115 WP_101936735.1 WP_170382009.1 31.1 161 111 0 156 316 157 317 2.70e-16 76.6 WP_101936735.1 WP_006034446.1 25.1 199 135 6 103 294 92 283 6.26e-07 48.5 EAE5693959.1 EAE5693959.1 100 376 0 0 1 376 1 376 2.80e-119 355 EHQ4925811.1 EHQ4925811.1 100 175 0 0 1 175 1 175 4.61e-117 327 WP_055143902.1 WP_055143902.1 100 150 0 0 1 150 1 150 1.39e-99 281 MCL2259531.1 MCL2259531.1 100 79 0 0 1 79 1 79 9.13e-58 169 USW54809.1 USW54809.1 100 309 0 0 1 309 1 309 6.17e-218 593 WP_109103107.1 WP_109103107.1 100 142 0 0 1 142 1 142 6.04e-97 273 MCJ7630170.1 MCJ7630170.1 100 66 0 0 1 66 1 66 1.08e-39 123 MCJ7630170.1 WP_057651690.1 58.3 36 15 0 4 39 49 84 1.09e-06 42.0 MCJ7630170.1 MBG6287041.1 44.9 49 27 0 4 52 15 63 1.33e-05 38.9 MCJ7630170.1 WP_013845913.1 38.2 55 34 0 2 56 3 57 8.81e-05 36.6 MCJ7630170.1 WP_015314674.1 43.1 51 29 0 4 54 11 61 5.87e-04 34.3 MBR3543702.1 MBR3543702.1 100 580 0 0 1 580 1 580 0.0 949 KAH7333078.1 KAH7333078.1 100 240 0 0 1 240 1 240 1.31e-164 452 KAA0785577.1 KAA0785577.1 100 247 0 0 1 247 1 247 9.73e-184 501 KAA0785577.1 EAG5222239.1 54.3 247 111 2 1 245 1 247 3.94e-88 259 KAA0785577.1 WP_216576398.1 42.0 245 141 1 1 245 1 244 1.63e-59 187 KAA0785577.1 WP_067032591.1 37.7 239 142 4 9 245 8 241 8.90e-41 139 WP_191097707.1 WP_191097707.1 100 195 0 0 1 195 1 195 5.10e-142 392 WP_270933235.1 WP_270933235.1 100 358 0 0 1 358 1 358 3.99e-266 719 MBO4823235.1 MBO4823235.1 100 105 0 0 1 105 1 105 1.64e-72 209 XP_028368138.1 XP_028368138.1 100 461 0 0 1 461 1 461 0.0 874 BBM58963.1 BBM58963.1 100 195 0 0 1 195 1 195 3.86e-137 379 NXE29491.1 NXE29491.1 100 58 0 0 1 58 1 58 2.97e-38 119 NXE29491.1 WP_091276063.1 56.4 39 17 0 19 57 6 44 1.03e-07 41.6 MBQ7135263.1 MBQ7135263.1 100 678 0 0 1 678 1 678 0.0 1329 KAF3668984.1 KAF3668984.1 100 119 0 0 1 119 1 119 3.35e-92 259 NQU12192.1 NQU12192.1 100 191 0 0 1 191 1 191 2.00e-137 380 WP_247359483.1 WP_247359483.1 100 337 0 0 1 337 1 337 5.08e-247 669 WP_160762600.1 WP_160762600.1 100 466 0 0 1 466 1 466 0.0 930 WP_160762600.1 WP_096277301.1 29.5 444 277 13 46 466 30 460 3.01e-49 173 WP_160762600.1 WP_122747354.1 25.8 466 271 17 52 466 88 529 1.64e-27 113 WP_160762600.1 MBO7690464.1 23.7 456 284 15 52 463 126 561 2.10e-19 89.4 VVA34975.1 VVA34975.1 100 224 0 0 1 224 1 224 1.95e-158 436 WP_062791926.1 WP_062791926.1 100 675 0 0 1 675 1 675 0.0 1262 WP_062791926.1 WP_243890777.1 28.3 626 361 12 63 674 43 594 2.95e-55 197 EBW1672033.1 EBW1672033.1 100 1219 0 0 1 1219 1 1219 0.0 1774 EBW1672033.1 EIW7596561.1 85.2 1219 151 4 1 1219 1 1190 0.0 1551 MBP7948257.1 MBP7948257.1 100 382 0 0 1 382 1 382 2.50e-288 777 MBQ2895174.1 MBQ2895174.1 100 497 0 0 1 497 1 497 0.0 984 MBQ2895174.1 WP_091423297.1 24.4 308 171 10 212 497 137 404 6.60e-13 69.3 MBQ2895174.1 VAX76432.1 22.8 413 190 11 25 428 38 330 7.61e-12 65.9 MBQ2895174.1 WP_225592933.1 33.9 109 62 3 385 493 333 431 9.18e-07 49.7 KAJ2681556.1 KAJ2681556.1 100 452 0 0 1 452 1 452 8.68e-320 863 MCB0919686.1 MCB0919686.1 100 174 0 0 1 174 1 174 2.80e-122 340 MCB0919686.1 WP_209377953.1 35.3 150 85 5 10 157 3 142 1.02e-17 74.7 MBL0967454.1 MBL0967454.1 100 336 0 0 1 336 1 336 2.80e-239 649 MBL0967454.1 WP_254218450.1 53.9 330 152 0 1 330 184 513 2.86e-116 344 MBL0967454.1 EEJ0015338.1 39.6 331 188 4 5 326 98 425 4.62e-69 220 MBL0967454.1 AAL18389.1 30.5 348 219 8 1 327 10 355 4.94e-36 132 MBL0967454.1 XP_018282977.1 29.8 322 214 4 1 310 131 452 1.91e-33 127 MBK6016805.1 MBK6016805.1 100 100 0 0 1 100 1 100 1.50e-59 176 HAT8492399.1 HAT8492399.1 100 368 0 0 1 368 1 368 9.33e-261 706 HAT8492399.1 PWC90347.1 37.9 359 216 4 14 366 19 376 4.99e-77 240 WP_226831873.1 WP_226831873.1 100 532 0 0 1 532 1 532 4.57e-305 832 WP_145765032.1 WP_145765032.1 100 206 0 0 1 206 1 206 1.69e-150 414 EFN6096987.1 EFN6096987.1 100 101 0 0 1 101 1 101 1.27e-74 214 WP_245437884.1 WP_245437884.1 100 147 0 0 1 147 1 147 2.16e-106 298 MBP3694442.1 MBP3694442.1 100 405 0 0 1 405 1 405 7.19e-311 836 KKP93192.1 KKP93192.1 100 130 0 0 1 130 1 130 5.57e-85 242 KKP93192.1 MBR4471080.1 50.4 129 47 3 3 130 6 118 8.39e-31 105 KKP93192.1 TDM00308.1 45.3 128 54 1 2 129 3 114 3.32e-27 95.9 WP_031101924.1 WP_031101924.1 100 1206 0 0 1 1206 1 1206 0.0 2420 WP_031101924.1 WP_158104363.1 24.5 408 244 16 317 719 77 425 1.87e-14 76.6 WP_150277740.1 WP_150277740.1 100 394 0 0 1 394 1 394 7.99e-282 762 WP_150277740.1 MCC2111968.1 49.0 388 186 4 7 390 23 402 2.64e-107 320 XP_005100439.2 XP_005100439.2 100 1098 0 0 1 1098 1 1098 0.0 1655 GER25411.1 GER25411.1 100 115 0 0 1 115 1 115 3.29e-79 226 XP_004697524.1 XP_004697524.1 100 333 0 0 1 333 1 333 1.30e-247 670 MBE6787267.1 MBE6787267.1 100 187 0 0 1 187 1 187 5.33e-131 363 MBE6787267.1 MCH2678216.1 36.0 175 102 6 1 172 1 168 8.64e-24 91.3 MBE6787267.1 WP_228824605.1 31.0 187 127 2 1 186 1 186 3.75e-22 87.4 WP_057732191.1 WP_057732191.1 100 294 0 0 1 294 1 294 5.60e-202 551 WP_057732191.1 MBQ8156531.1 41.4 222 116 4 7 218 5 222 1.60e-43 148 WP_057732191.1 WP_253195963.1 37.3 169 104 1 26 194 31 197 1.91e-31 117 MCF6194916.1 MCF6194916.1 100 423 0 0 1 423 1 423 7.05e-318 855 WP_226866106.1 WP_226866106.1 100 463 0 0 1 463 1 463 7.99e-320 866 NGQ14502.1 NGQ14502.1 100 101 0 0 1 101 1 101 3.13e-66 192 MBQ7713804.1 MBQ7713804.1 100 60 0 0 1 60 1 60 1.19e-38 120 WP_079712214.1 WP_079712214.1 100 287 0 0 1 287 1 287 1.06e-207 565 KAI8478671.1 KAI8478671.1 100 106 0 0 1 106 1 106 1.83e-74 214 MBQ2559410.1 MBQ2559410.1 100 445 0 0 1 445 1 445 1.14e-316 854 WP_072851907.1 WP_072851907.1 100 88 0 0 1 88 1 88 1.09e-60 177 WP_211555180.1 WP_211555180.1 100 233 0 0 1 233 1 233 7.32e-163 447 WP_211555180.1 MCF7808720.1 38.9 198 118 3 19 214 26 222 4.64e-38 130 WP_211555180.1 MBT4161918.1 41.8 182 104 2 18 197 25 206 1.91e-36 126 WP_211555180.1 WP_142133210.1 36.0 200 126 2 18 216 25 223 3.73e-35 124 WP_211555180.1 MCC6044083.1 35.8 201 127 2 19 218 23 222 9.09e-32 116 WP_211555180.1 HBO4828144.1 39.8 181 98 3 19 197 30 201 2.33e-27 104 WP_211555180.1 WP_152652784.1 34.7 176 111 1 21 196 23 194 2.56e-27 104 WP_211555180.1 WP_258581409.1 33.3 210 132 4 18 225 18 221 1.67e-26 103 WP_211555180.1 WP_281543397.1 28.7 202 139 2 16 217 2 198 1.50e-23 94.4 WP_211555180.1 NNE23115.1 33.8 148 93 1 23 170 22 164 1.21e-21 90.1 MCG0239154.1 MCG0239154.1 100 478 0 0 1 478 1 478 0.0 898 WP_249839557.1 WP_249839557.1 100 360 0 0 1 360 1 360 6.81e-259 701 MBI2200351.1 MBI2200351.1 100 189 0 0 1 189 1 189 5.10e-130 361 CAC5421833.1 CAC5421833.1 100 158 0 0 1 158 1 158 1.37e-112 314 MBI1418116.1 MBI1418116.1 100 380 0 0 1 380 1 380 1.12e-274 743 MBI1418116.1 WP_246239142.1 32.3 229 135 6 7 216 6 233 4.36e-12 65.5 WP_236663175.1 WP_236663175.1 100 220 0 0 1 220 1 220 1.44e-158 436 WP_236663175.1 MCB1857105.1 38.8 206 102 4 7 210 4 187 1.80e-27 102 MBQ7152318.1 MBQ7152318.1 100 291 0 0 1 291 1 291 7.47e-210 571 WP_136470377.1 WP_136470377.1 100 301 0 0 1 301 1 301 2.38e-236 639 WP_002682757.1 WP_002682757.1 100 433 0 0 1 433 1 433 2.20e-317 855 XP_025486240.1 XP_025486240.1 100 975 0 0 1 975 1 975 0.0 1895 PAW68992.1 PAW68992.1 100 408 0 0 1 408 1 408 7.69e-303 816 PAW68992.1 WP_250015522.1 34.8 396 235 7 2 394 8 383 1.69e-60 199 PAW68992.1 WP_179156843.1 29.5 376 224 10 29 395 22 365 6.68e-39 142 MCL6479991.1 MCL6479991.1 100 346 0 0 1 346 1 346 1.13e-259 702 MCL6479991.1 MBP8613265.1 31.9 188 114 5 28 205 186 369 2.62e-18 84.0 MCL6479991.1 WP_207277556.1 30.4 194 115 8 16 196 24 210 4.20e-12 65.5 MCL6479991.1 WP_010997757.1 25.2 147 95 6 24 163 358 496 6.68e-10 58.5 MCL6479991.1 WP_254363411.1 26.2 187 119 8 25 194 63 247 1.28e-09 57.4 WP_250850661.1 WP_250850661.1 100 206 0 0 1 206 1 206 8.94e-137 379 WP_250850661.1 HBG17616.1 32.1 106 69 3 6 109 4 108 5.61e-04 38.5 WP_282139373.1 WP_282139373.1 100 288 0 0 1 288 1 288 1.82e-204 557 PYK96819.1 PYK96819.1 100 231 0 0 1 231 1 231 2.04e-168 461 PYK96819.1 WP_194543596.1 51.6 250 93 1 1 222 1 250 4.15e-84 249 PYK96819.1 MBQ6275073.1 48.9 225 110 2 1 220 1 225 4.97e-69 216 WP_266179881.1 WP_266179881.1 100 345 0 0 1 345 1 345 1.73e-258 699 WP_266179881.1 WP_223413240.1 84.1 345 55 0 1 345 1 345 3.79e-221 604 WP_266179881.1 WP_138125503.1 43.8 338 181 6 3 335 2 335 2.09e-89 270 WP_266179881.1 WP_069697901.1 44.7 340 176 7 3 335 2 336 2.23e-88 267 WP_266179881.1 EFX2174330.1 35.5 321 200 3 3 320 5 321 1.95e-57 187 WP_266179881.1 MCP4974199.1 27.3 209 141 5 6 207 12 216 1.13e-10 60.5 WP_266179881.1 CDE36962.1 31.3 64 44 0 34 97 38 101 2.56e-04 40.8 XP_033980738.1 XP_033980738.1 100 652 0 0 1 652 1 652 0.0 1052 WP_028330468.1 WP_028330468.1 100 100 0 0 1 100 1 100 4.14e-66 192 GGT63801.1 GGT63801.1 100 687 0 0 1 687 1 687 0.0 1172 GGT63801.1 WP_230519716.1 49.3 690 220 12 11 681 1 579 1.96e-187 542 GGT63801.1 MBQ3380675.1 45.3 258 128 3 428 680 1 250 8.14e-69 224 WP_048428121.1 WP_048428121.1 100 173 0 0 1 173 1 173 7.17e-129 357 WP_157749445.1 WP_157749445.1 100 1808 0 0 1 1808 1 1808 0.0 3569 KAF9450340.1 KAF9450340.1 100 312 0 0 1 312 1 312 8.84e-224 608 RHI25825.1 RHI25825.1 100 64 0 0 1 64 1 64 2.99e-45 137 PYO04262.1 PYO04262.1 100 497 0 0 1 497 1 497 0.0 985 PYO04262.1 NLM06991.1 23.1 208 141 6 117 312 2 202 1.66e-08 55.1 MZQ82908.1 MZQ82908.1 100 280 0 0 1 280 1 280 1.87e-193 529 WP_278416415.1 WP_278416415.1 100 638 0 0 1 638 1 638 0.0 1277 WP_278416415.1 WP_038580218.1 40.4 666 363 9 4 635 10 675 1.39e-154 459 WP_278416415.1 BBL73457.1 28.0 590 325 19 6 577 34 541 8.76e-41 155 WP_278416415.1 MBT3179978.1 27.6 504 280 13 6 498 1 430 7.68e-37 143 WP_278416415.1 MBP8718427.1 25.2 159 101 6 322 476 14 158 1.29e-06 48.5 WP_278416415.1 WP_130229163.1 24.0 288 184 8 6 284 11 272 1.67e-05 45.4 MCP5940157.1 MCP5940157.1 100 80 0 0 1 80 1 80 1.84e-53 159 WP_046233091.1 WP_046233091.1 100 127 0 0 1 127 1 127 6.85e-89 252 WP_099711966.1 WP_099711966.1 100 366 0 0 1 366 1 366 2.42e-271 733 WP_228364598.1 WP_228364598.1 100 141 0 0 1 141 1 141 2.47e-100 282 KAF3190632.1 KAF3190632.1 100 128 0 0 1 128 1 128 7.97e-93 262 GAP55147.1 GAP55147.1 100 84 0 0 1 84 1 84 1.06e-65 190 GAP55147.1 VJO49958.1 53.0 66 31 0 8 73 3 68 1.17e-22 88.2 WP_117920451.1 WP_117920451.1 100 621 0 0 1 621 1 621 0.0 1213 WP_117920451.1 KKT55671.1 39.4 563 321 9 21 575 28 578 2.22e-128 389 WP_117920451.1 WP_086280341.1 38.1 543 308 14 21 560 17 534 2.14e-102 321 WP_117920451.1 MCJ7594907.1 55.2 250 109 2 370 616 1 250 2.15e-84 263 URN93064.1 URN93064.1 100 249 0 0 1 249 1 249 9.33e-183 499 URN93064.1 MCE7733397.1 28.9 121 73 4 39 152 45 159 2.32e-07 48.5 XP_048379117.1 XP_048379117.1 100 568 0 0 1 568 1 568 0.0 1140 XP_048379117.1 KAG1590416.1 44.0 300 163 3 252 551 75 369 2.77e-82 261 XP_048379117.1 RQM16216.1 37.6 295 174 7 257 547 403 691 3.81e-54 194 XP_048379117.1 XP_029528577.1 34.9 295 186 5 255 547 28 318 1.61e-52 181 XP_048379117.1 NXD84883.1 36.5 277 169 4 256 528 83 356 6.28e-49 176 XP_048379117.1 EYU24504.1 33.0 333 163 7 250 546 179 487 2.69e-45 167 XP_048379117.1 XP_030620685.1 33.9 271 153 8 257 515 96 352 2.46e-34 133 XP_048379117.1 XP_048216280.1 31.1 280 170 8 261 525 24 295 2.17e-31 124 XP_048379117.1 XP_051566275.1 28.3 251 167 5 222 463 1201 1447 3.27e-25 109 XP_048379117.1 KAH6984898.1 25.8 295 166 6 257 500 24 316 2.93e-22 99.8 WP_215829554.1 WP_215829554.1 100 166 0 0 1 166 1 166 4.03e-118 329 HIS66173.1 HIS66173.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_068579097.1 WP_068579097.1 100 294 0 0 1 294 1 294 7.21e-214 582 WP_138524404.1 WP_138524404.1 100 246 0 0 1 246 1 246 4.74e-170 467 WP_207040866.1 WP_207040866.1 100 839 0 0 1 839 1 839 0.0 1566 WP_207040866.1 WP_086502876.1 26.1 808 565 15 6 798 9 799 3.13e-68 241 XP_023744527.1 XP_023744527.1 100 192 0 0 1 192 1 192 1.52e-137 380 WP_149746544.1 WP_149746544.1 100 208 0 0 1 208 1 208 2.71e-157 431 WP_149746544.1 MBU4432787.1 37.0 211 116 5 6 206 10 213 1.85e-39 133 WP_149746544.1 MBF0248932.1 45.5 55 30 0 151 205 4 58 5.12e-13 60.1 WP_149746544.1 MCS6830908.1 41.2 51 30 0 152 202 8 58 1.76e-10 57.8 XP_031942702.1 XP_031942702.1 100 491 0 0 1 491 1 491 0.0 891 XP_031942702.1 KAF8917914.1 36.8 288 138 9 25 297 31 289 1.89e-53 184 WP_231208164.1 WP_231208164.1 100 181 0 0 1 181 1 181 4.69e-97 277 MCF8184263.1 MCF8184263.1 100 68 0 0 1 68 1 68 1.98e-36 115 OGK67013.1 OGK67013.1 100 85 0 0 1 85 1 85 1.71e-58 172 MCB9002045.1 MCB9002045.1 100 1145 0 0 1 1145 1 1145 0.0 2263 KAG5628805.1 KAG5628805.1 100 421 0 0 1 421 1 421 5.01e-301 813 WP_075347218.1 WP_075347218.1 100 148 0 0 1 148 1 148 1.16e-106 298 WP_075347218.1 WP_108719223.1 61.7 141 54 0 5 145 3 143 1.29e-57 174 HAV5500596.1 HAV5500596.1 100 477 0 0 1 477 1 477 0.0 933 HAV5500596.1 WP_034002239.1 30.0 403 265 4 22 410 27 426 5.23e-55 189 HAV5500596.1 WP_278498266.1 28.6 395 245 5 22 393 24 404 3.54e-45 163 HAV5500596.1 WP_030096092.1 30.8 370 233 9 23 389 38 387 6.35e-43 156 HAV5500596.1 WP_187788315.1 32.2 369 232 7 31 397 15 367 9.14e-42 152 HAV5500596.1 WP_143020066.1 41.4 58 34 0 27 84 100 157 5.14e-05 42.0 WP_197903834.1 WP_197903834.1 100 220 0 0 1 220 1 220 1.50e-160 441 MBV8349295.1 MBV8349295.1 100 367 0 0 1 367 1 367 2.34e-274 741 MBV8349295.1 WP_278266677.1 40.0 335 185 4 33 367 19 337 8.52e-75 237 EBY9237686.1 EBY9237686.1 100 282 0 0 1 282 1 282 1.29e-210 572 MBR7834804.1 MBR7834804.1 100 262 0 0 1 262 1 262 1.35e-177 487 MBR7834804.1 WP_276362074.1 38.3 256 138 3 17 255 4 256 5.44e-42 142 MBR7834804.1 WP_256546297.1 37.5 259 138 2 11 250 17 270 9.43e-41 140 MBR7834804.1 WP_247429569.1 35.1 248 152 3 11 250 10 256 3.53e-31 114 MBR7834804.1 WP_159463829.1 39.0 254 140 4 2 250 341 584 3.88e-30 116 MBR7834804.1 GBD21053.1 31.6 212 143 2 23 232 32 243 2.29e-21 91.3 MBR7834804.1 WP_279984614.1 30.2 235 156 1 16 242 8 242 6.87e-21 87.4 MBR7834804.1 MXP43753.1 22.5 227 163 7 27 242 24 248 1.46e-06 46.6 MBR7834804.1 WP_192500494.1 22.6 230 156 6 18 239 3 218 2.27e-06 46.2 WP_000877275.1 WP_000877275.1 100 529 0 0 1 529 1 529 0.0 1046 WP_000877275.1 RDE30147.1 29.7 232 142 3 293 519 264 479 4.29e-25 106 WP_000877275.1 WP_111953219.1 26.4 242 138 5 313 520 362 597 2.19e-17 83.6 MBA8802464.1 MBA8802464.1 100 203 0 0 1 203 1 203 3.24e-133 370 RPH43036.1 RPH43036.1 100 174 0 0 1 174 1 174 9.27e-112 313 PKL50735.1 PKL50735.1 100 1078 0 0 1 1078 1 1078 0.0 2067 PKL50735.1 MBF0233644.1 28.8 617 361 16 469 1062 172 733 3.11e-57 210 PKL50735.1 WP_211114623.1 26.2 546 353 13 535 1062 278 791 2.22e-43 168 PKL50735.1 WP_074911472.1 29.4 221 133 6 862 1062 949 1166 5.52e-18 88.2 PKL50735.1 MBP1530348.1 34.2 114 72 2 949 1062 2 112 2.71e-12 65.9 PKL50735.1 WP_026893585.1 32.8 122 77 4 947 1067 1 118 1.26e-11 63.9 PKL50735.1 WP_069156513.1 28.2 124 81 4 947 1067 1 119 2.38e-09 57.4 PKL50735.1 EJF06804.1 28.0 125 88 1 950 1072 2 126 2.80e-09 58.2 ECJ9372216.1 ECJ9372216.1 100 994 0 0 1 994 1 994 0.0 2023 ECJ9372216.1 GGB39876.1 56.0 979 427 4 1 977 1 977 0.0 1118 ECJ9372216.1 WP_222637261.1 55.3 971 426 5 7 971 7 975 0.0 1109 ECJ9372216.1 MCK9371657.1 28.1 711 439 14 263 933 6 684 1.06e-87 294 ECJ9372216.1 WP_014942931.1 26.1 709 467 14 273 927 56 761 2.80e-57 210 MCB9044857.1 MCB9044857.1 100 404 0 0 1 404 1 404 7.99e-303 816 MCB9044857.1 WP_025599976.1 27.7 173 115 1 224 386 217 389 1.51e-14 73.2 MCB9044857.1 WP_196434573.1 26.5 200 135 5 195 386 149 344 3.79e-11 62.4 MCB9044857.1 WP_231496029.1 23.5 234 164 4 172 390 135 368 2.99e-10 59.7 MCB9044857.1 HAS28932.1 35.1 134 75 4 217 349 188 310 5.06e-10 58.9 CAD1480611.1 CAD1480611.1 100 254 0 0 1 254 1 254 2.32e-199 541 UXX67934.1 UXX67934.1 100 7093 0 0 1 7093 1 7093 0.0 14003 UXX67934.1 UZO53924.1 99.0 7093 74 0 1 7093 1 7093 0.0 13992 UXX67934.1 UVB16817.1 99.0 7093 73 0 1 7093 1 7093 0.0 13992 UXX67934.1 URQ55824.1 99.0 7093 74 0 1 7093 1 7093 0.0 13992 UXX67934.1 QVD87869.1 98.8 7093 87 0 1 7093 1 7093 0.0 13964 UXX67934.1 UPP41269.1 98.4 4398 71 0 1 4398 1 4398 0.0 8472 UXX67934.1 USR14792.1 98.4 4398 71 0 1 4398 1 4398 0.0 8471 UXX67934.1 QXR94354.1 98.2 4398 80 0 1 4398 1 4398 0.0 8452 UXX67934.1 QTM79632.1 98.1 4398 83 0 1 4398 1 4398 0.0 8450 UXX67934.1 QTZ27226.1 98.1 4398 85 0 1 4398 1 4398 0.0 8445 MBR4318777.1 MBR4318777.1 100 118 0 0 1 118 1 118 4.52e-58 173 MBR4318777.1 MBT9793465.1 31.9 69 44 1 50 118 26 91 5.51e-10 53.5 WP_189253472.1 WP_189253472.1 100 320 0 0 1 320 1 320 5.36e-229 622 XP_001964912.1 XP_001964912.1 100 199 0 0 1 199 1 199 2.82e-141 390 WP_006895514.1 WP_006895514.1 100 280 0 0 1 280 1 280 8.74e-208 565 XP_047161348.1 XP_047161348.1 100 337 0 0 1 337 1 337 1.54e-257 696 GFZ13182.1 GFZ13182.1 100 392 0 0 1 392 1 392 3.03e-285 770 MCD4741867.1 MCD4741867.1 100 325 0 0 1 325 1 325 8.60e-233 632 WP_012105291.1 WP_012105291.1 100 106 0 0 1 106 1 106 9.46e-68 197 WP_151428268.1 WP_151428268.1 100 111 0 0 1 111 1 111 3.22e-75 216 MBG4742902.1 MBG4742902.1 100 239 0 0 1 239 1 239 2.74e-145 404 WP_199425576.1 WP_199425576.1 100 271 0 0 1 271 1 271 4.13e-197 537 WP_199425576.1 WP_263858211.1 37.8 246 149 4 21 265 15 257 1.42e-42 144 WP_199425576.1 QQO85492.1 31.4 245 152 6 20 258 14 248 5.74e-22 90.5 WP_199425576.1 WP_127741063.1 26.6 259 164 9 13 266 14 251 8.64e-18 79.0 WP_199425576.1 WP_279838136.1 33.3 105 66 3 17 120 29 130 6.79e-13 65.5 KAA0555231.1 KAA0555231.1 100 630 0 0 1 630 1 630 0.0 1069 KAA0555231.1 WP_098923619.1 33.5 427 269 8 207 630 3 417 9.31e-65 217 KAA0555231.1 WP_267292626.1 29.4 545 332 13 105 630 2 512 9.43e-51 182 KAA0555231.1 OFZ89526.1 31.6 437 266 7 207 630 4 420 1.78e-43 159 KAA0555231.1 KAJ4394429.1 28.6 465 278 13 206 630 62 512 4.40e-42 157 KAA0555231.1 NDI25889.1 34.0 291 179 5 339 624 1 283 1.05e-41 151 KAA0555231.1 WP_262612393.1 31.4 306 197 6 327 630 129 423 5.53e-38 144 KAA0555231.1 MBT3887354.1 31.6 310 185 6 333 630 25 319 1.14e-37 140 KAA0555231.1 WP_033456074.1 32.0 303 189 6 329 630 8 294 5.82e-37 138 WP_250703775.1 WP_250703775.1 100 417 0 0 1 417 1 417 2.31e-304 821 WP_250703775.1 WP_135952734.1 23.7 427 264 14 7 390 7 414 8.42e-18 83.2 WP_250703775.1 HAW53859.1 37.5 56 34 1 349 404 212 266 8.26e-04 39.3 WP_190024728.1 WP_190024728.1 100 94 0 0 1 94 1 94 5.64e-50 151 EJH9475741.1 EJH9475741.1 100 777 0 0 1 777 1 777 0.0 1604 EJH9475741.1 WP_184698676.1 39.3 779 437 16 13 775 8 766 2.86e-172 513 EJH9475741.1 WP_220281278.1 32.9 757 414 29 46 760 109 813 1.35e-93 308 EJH9475741.1 HCH8663031.1 30.7 758 421 26 48 760 110 808 7.55e-80 271 EJH9475741.1 HAL7851047.1 30.6 670 394 21 126 760 13 646 1.02e-72 248 EJH9475741.1 WP_265822109.1 21.4 833 452 32 3 710 53 807 4.56e-13 71.2 ACE85434.1 ACE85434.1 100 154 0 0 1 154 1 154 8.34e-112 312 ACE85434.1 HIP46790.1 35.5 141 89 2 9 148 1 140 1.31e-26 97.1 ACE85434.1 EBL5661155.1 27.4 73 53 0 76 148 2 74 5.48e-06 41.2 HAF83917.1 HAF83917.1 100 133 0 0 1 133 1 133 8.48e-95 267 WP_058354136.1 WP_058354136.1 100 192 0 0 1 192 1 192 3.33e-141 389 MCH2591601.1 MCH2591601.1 100 245 0 0 1 245 1 245 3.36e-174 477 MCH2591601.1 HHY51372.1 45.7 230 125 0 16 245 19 248 5.61e-71 216 MCH2591601.1 WP_016340583.1 41.7 230 127 2 17 245 6 229 2.14e-55 176 EJV3581946.1 EJV3581946.1 100 123 0 0 1 123 1 123 1.07e-90 256 WP_160893107.1 WP_160893107.1 100 92 0 0 1 92 1 92 6.15e-62 181 WP_058051508.1 WP_058051508.1 100 361 0 0 1 361 1 361 4.28e-242 659 WP_058051508.1 MBE6257848.1 40.7 327 181 4 1 318 2 324 8.44e-66 209 WP_058051508.1 WP_224911464.1 41.7 319 169 6 10 313 11 327 4.83e-53 177 WP_058051508.1 XP_046509038.1 41.0 78 43 1 178 252 930 1007 1.27e-09 58.2 WP_058051508.1 XP_038144206.1 35.4 65 37 2 199 258 806 870 4.85e-04 40.4 WP_090991509.1 WP_090991509.1 100 114 0 0 1 114 1 114 2.23e-81 232 UDH58358.1 UDH58358.1 100 664 0 0 1 664 1 664 0.0 1307 UDH58358.1 GIR47037.1 43.8 642 332 8 5 631 5 632 4.03e-161 476 UDH58358.1 WP_251758029.1 37.2 581 331 10 1 567 4 564 2.00e-105 332 UDH58358.1 MBK3574312.1 33.8 482 290 12 4 470 9 476 1.32e-63 221 UDH58358.1 YP_009351723.1 38.0 361 207 5 76 436 17 360 2.57e-56 198 UDH58358.1 MBT3784852.1 27.7 188 121 5 224 406 187 364 7.43e-12 66.6 UDH58358.1 WP_243361436.1 20.9 364 272 9 62 420 60 412 1.97e-08 55.5 WP_192533765.1 WP_192533765.1 100 222 0 0 1 222 1 222 1.04e-152 421 MBR5151349.1 MBR5151349.1 100 99 0 0 1 99 1 99 3.84e-66 192 UHM53165.1 UHM53165.1 100 4405 0 0 1 4405 1 4405 0.0 8653 UHM53165.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8641 UHM53165.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8639 UHM53165.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UHM53165.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8636 UHM53165.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8636 UHM53165.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 UHM53165.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8628 UHM53165.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8625 UHM53165.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8007 WP_007747506.1 WP_007747506.1 100 544 0 0 1 544 1 544 0.0 1112 WP_007747506.1 WP_149886053.1 27.0 570 333 24 1 544 1 513 8.54e-29 118 WP_007747506.1 WP_272053002.1 26.0 242 167 6 2 236 3 239 7.48e-11 62.4 MBN4480386.1 MBN4480386.1 100 19 0 0 1 19 1 19 2.00e-10 46.2 WP_073952834.1 WP_073952834.1 100 521 0 0 1 521 1 521 0.0 948 WP_247749043.1 WP_247749043.1 100 603 0 0 1 603 1 603 0.0 1149 WP_247749043.1 WP_060613079.1 40.0 245 143 2 354 598 339 579 1.97e-50 182 WP_247749043.1 WP_011512097.1 35.0 331 206 5 269 598 258 580 1.14e-49 180 WP_247749043.1 MBT3459617.1 37.6 221 134 2 374 594 1 217 6.56e-42 149 WP_247749043.1 WP_195238978.1 34.1 249 158 4 350 598 478 720 1.35e-36 144 WP_247749043.1 MBQ8297564.1 32.0 250 163 4 354 601 328 572 1.27e-35 139 WP_247749043.1 NFD84694.1 29.0 324 207 7 282 594 443 754 4.99e-35 139 WP_247749043.1 KAI9191373.1 32.1 249 143 4 353 600 391 614 6.32e-33 133 WP_247749043.1 WP_222599035.1 29.9 308 197 7 289 586 391 689 1.89e-29 122 WP_247749043.1 WP_038440434.1 31.1 238 157 3 361 598 339 569 8.71e-29 119 WP_131001993.1 WP_131001993.1 100 322 0 0 1 322 1 322 4.63e-215 587 WP_131001993.1 MCL2039304.1 33.6 268 158 5 40 292 36 298 1.83e-37 134 WP_131001993.1 MBE6139600.1 26.4 284 195 6 11 287 463 739 4.94e-25 103 WP_131001993.1 SCX00186.1 28.1 185 122 4 117 291 143 326 2.09e-14 71.2 MBQ2865526.1 MBQ2865526.1 100 184 0 0 1 184 1 184 1.27e-132 367 CCZ48101.1 CCZ48101.1 100 344 0 0 1 344 1 344 4.05e-252 682 WP_088644037.1 WP_088644037.1 100 467 0 0 1 467 1 467 0.0 869 WP_088644037.1 WP_129857883.1 28.8 351 219 8 77 412 60 394 1.99e-16 79.3 WP_088644037.1 ADP83890.1 27.7 271 164 7 184 438 261 515 1.50e-11 64.7 WP_088644037.1 KDF42894.1 25.2 242 145 5 191 412 248 473 2.47e-07 51.2 WP_088644037.1 MBO8233644.1 23.5 230 143 8 210 422 159 372 3.42e-06 47.4 WP_088644037.1 GDX36288.1 23.3 270 160 8 176 426 166 407 6.33e-06 46.6 WP_088644037.1 MBR6403893.1 22.7 273 174 8 169 424 163 415 2.45e-04 41.6 KAI8569196.1 KAI8569196.1 100 274 0 0 1 274 1 274 1.11e-207 564 KAI8569196.1 TEA36026.1 55.0 258 109 4 12 267 69 321 9.86e-97 286 RLB66027.1 RLB66027.1 100 526 0 0 1 526 1 526 0.0 1055 RLB66027.1 WP_148836004.1 32.2 500 310 12 22 515 22 498 2.90e-65 218 RLB66027.1 WP_098279309.1 30.7 524 331 12 11 513 16 528 3.46e-57 197 RLB66027.1 WP_167959909.1 29.4 507 325 9 34 513 35 535 5.87e-54 189 RLB66027.1 WP_068051662.1 30.0 516 323 15 24 515 30 531 9.12e-50 177 RLB66027.1 NDJ88951.1 29.1 537 333 19 1 505 3 523 1.04e-40 152 RLB66027.1 MBP6544771.1 26.2 516 331 13 31 508 47 550 5.06e-40 150 RLB66027.1 WP_112119927.1 24.7 493 309 15 34 516 28 468 6.51e-35 135 RLB66027.1 WP_055153579.1 26.9 457 283 13 70 506 58 483 1.61e-30 122 RLB66027.1 TMQ04701.1 29.3 441 212 17 49 413 476 892 4.26e-27 114 WP_030245666.1 WP_030245666.1 100 182 0 0 1 182 1 182 1.21e-120 337 NCY12679.1 NCY12679.1 100 376 0 0 1 376 1 376 1.39e-266 722 NCY12679.1 MCA9738196.1 31.8 239 143 5 69 306 28 247 3.77e-25 104 NCY12679.1 WP_119380110.1 31.4 207 129 2 139 332 54 260 4.81e-18 83.6 WP_277588386.1 WP_277588386.1 100 741 0 0 1 741 1 741 0.0 1491 WP_191131110.1 WP_191131110.1 100 372 0 0 1 372 1 372 7.88e-255 692 WP_191131110.1 SEP77558.1 31.3 252 159 6 112 358 325 567 2.10e-16 79.0 WP_191131110.1 MBN8606766.1 26.8 291 166 10 100 357 529 805 1.81e-11 63.9 WP_191131110.1 WP_076194242.1 25.3 253 175 7 115 362 221 464 5.40e-10 58.9 WP_191131110.1 WP_074911472.1 34.6 104 67 1 255 357 915 1018 2.49e-09 57.4 WP_191131110.1 PSQ73325.1 25.4 244 165 6 125 359 607 842 2.15e-08 54.3 WP_191131110.1 WP_212961195.1 32.5 117 72 3 247 359 538 651 3.97e-08 53.5 WP_191131110.1 WP_261802249.1 32.0 103 68 1 255 357 269 369 7.43e-07 48.9 WP_191131110.1 MBO8233644.1 30.5 82 54 2 254 332 271 352 2.27e-05 44.3 WP_191131110.1 WP_138482356.1 23.0 226 156 6 138 356 422 636 3.12e-05 44.3 XP_031903815.1 XP_031903815.1 100 268 0 0 1 268 1 268 2.05e-200 545 WP_230340254.1 WP_230340254.1 100 286 0 0 1 286 1 286 1.21e-192 527 WP_230340254.1 WP_140643433.1 34.9 258 167 1 16 272 22 279 1.21e-38 135 WP_234278623.1 WP_234278623.1 100 337 0 0 1 337 1 337 5.15e-256 692 WP_234278623.1 MCA9828892.1 24.4 168 94 6 21 170 67 219 2.15e-05 43.9 MCH9811988.1 MCH9811988.1 100 488 0 0 1 488 1 488 0.0 978 MCH9811988.1 WP_200200480.1 23.9 234 149 9 229 448 560 778 8.86e-05 43.5 WP_097346712.1 WP_097346712.1 100 660 0 0 1 660 1 660 0.0 1234 WP_097346712.1 WP_158131988.1 65.8 657 223 2 4 658 2 658 7.76e-300 830 WP_097346712.1 AHK46784.1 31.7 284 174 5 390 657 40 319 1.43e-30 120 WP_097346712.1 WP_110066977.1 27.9 330 222 7 343 658 8 335 8.66e-30 119 WP_097346712.1 EIU6828535.1 28.5 312 219 1 350 657 8 319 7.89e-29 115 WP_097346712.1 EAP5059555.1 30.2 278 181 7 390 658 82 355 4.59e-26 108 WP_097346712.1 PPR79666.1 28.0 268 191 2 390 655 64 331 8.20e-26 107 WP_097346712.1 WP_249991478.1 29.9 274 177 9 390 655 58 324 2.35e-25 105 WP_097346712.1 MCH3978367.1 28.5 302 176 5 384 660 43 329 4.37e-22 96.3 MCB9527501.1 MCB9527501.1 100 159 0 0 1 159 1 159 9.19e-109 309 MCB9527501.1 SED04027.1 42.2 161 89 1 2 158 3 163 1.57e-34 120 MCB9527501.1 WP_195473821.1 39.9 143 82 1 11 149 31 173 9.48e-28 102 QQE66073.1 QQE66073.1 100 85 0 0 1 85 1 85 1.10e-63 185 WP_123608797.1 WP_123608797.1 100 264 0 0 1 264 1 264 1.81e-192 525 WP_161258623.1 WP_161258623.1 100 575 0 0 1 575 1 575 0.0 1123 WP_161258623.1 WP_255187010.1 47.1 227 114 3 301 523 150 374 4.84e-50 181 WP_161258623.1 WP_195397250.1 44.5 227 119 3 303 524 164 388 1.09e-46 171 WP_161258623.1 RCI04718.1 32.0 194 120 3 340 524 36 226 5.61e-21 93.2 WP_161258623.1 MBQ2017527.1 42.2 109 62 1 301 409 141 248 4.84e-20 88.2 WP_161258623.1 WP_162782234.1 37.0 127 73 3 342 468 497 616 4.75e-15 76.6 WP_161258623.1 MCC6539403.1 26.6 207 140 5 309 512 238 435 5.71e-15 75.9 OAD54734.1 OAD54734.1 100 619 0 0 1 619 1 619 0.0 1271 PIW09420.1 PIW09420.1 100 462 0 0 1 462 1 462 0.0 925 KKU20154.1 KKU20154.1 100 147 0 0 1 147 1 147 7.45e-89 253 MCF7871960.1 MCF7871960.1 100 191 0 0 1 191 1 191 1.11e-134 373 MCF7871960.1 KAF4306879.1 39.2 166 99 2 18 182 76 240 1.96e-35 123 WP_230693348.1 WP_230693348.1 100 108 0 0 1 108 1 108 1.89e-77 221 WP_230693348.1 OYU97658.1 63.9 108 39 0 1 108 1 108 1.52e-49 151 WP_238874073.1 WP_238874073.1 100 353 0 0 1 353 1 353 2.34e-251 681 WP_238874073.1 WP_125625723.1 25.3 217 149 7 11 223 6 213 5.81e-04 39.7 XP_014030939.2 XP_014030939.2 100 2004 0 0 1 2004 1 2004 0.0 3801 XP_014030939.2 MBN3324024.1 39.1 64 38 1 717 780 193 255 1.90e-05 48.1 MBN8497621.1 MBN8497621.1 100 267 0 0 1 267 1 267 3.64e-189 517 HBR1243745.1 HBR1243745.1 100 548 0 0 1 548 1 548 0.0 1098 HBR1243745.1 WP_064060986.1 35.6 455 253 12 23 455 6 442 2.26e-63 216 UFM00670.1 UFM00670.1 100 4405 0 0 1 4405 1 4405 0.0 8656 UFM00670.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8641 UFM00670.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8640 UFM00670.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UFM00670.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UFM00670.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UFM00670.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 UFM00670.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8630 UFM00670.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8627 UFM00670.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8009 ONC03263.1 ONC03263.1 100 35 0 0 1 35 1 35 3.44e-21 74.3 VHX55998.1 VHX55998.1 100 46 0 0 1 46 1 46 1.31e-27 91.3 WP_189355971.1 WP_189355971.1 100 492 0 0 1 492 1 492 0.0 940 NWW81056.1 NWW81056.1 100 79 0 0 1 79 1 79 1.03e-54 162 WP_173213591.1 WP_173213591.1 100 289 0 0 1 289 1 289 1.83e-209 570 WP_232180661.1 WP_232180661.1 100 558 0 0 1 558 1 558 0.0 1043 WP_232180661.1 WP_122013538.1 33.5 573 361 7 1 558 1 568 9.58e-82 265 WP_232180661.1 WP_070188258.1 26.4 584 390 9 1 551 1 577 2.08e-47 172 TVP67793.1 TVP67793.1 100 404 0 0 1 404 1 404 6.11e-307 826 TVP67793.1 WP_224014827.1 40.1 387 227 4 16 401 6 388 3.36e-94 286 TVP67793.1 WP_130670507.1 40.4 384 219 5 21 401 15 391 5.55e-88 270 TVP67793.1 WP_271272236.1 40.2 381 223 5 21 399 5 382 7.30e-86 265 TVP67793.1 MCB0793211.1 37.9 377 232 2 23 398 12 387 5.90e-82 255 TVP67793.1 EMD83093.1 34.9 387 221 10 35 392 50 434 2.75e-63 208 WP_065881511.1 WP_065881511.1 100 302 0 0 1 302 1 302 3.16e-212 578 WP_274285032.1 WP_274285032.1 100 474 0 0 1 474 1 474 7.04e-319 862 WP_274285032.1 WP_138289979.1 49.1 466 231 1 15 474 3 468 5.64e-146 429 NDH21517.1 NDH21517.1 100 257 0 0 1 257 1 257 4.76e-180 493 NDH21517.1 MBC2704089.1 39.0 213 129 1 45 257 560 771 1.75e-43 155 NDH21517.1 MBD8893743.1 36.0 186 111 3 58 237 457 640 5.96e-26 104 PTB82517.1 PTB82517.1 100 192 0 0 1 192 1 192 2.35e-141 390 KAA0114277.1 KAA0114277.1 100 922 0 0 1 922 1 922 0.0 1666 KAA0114277.1 MBE6688122.1 47.3 907 432 12 35 916 4 889 2.77e-245 710 KAA0114277.1 WP_278631399.1 38.0 895 498 16 35 914 4 856 3.94e-166 505 KAA0114277.1 WP_235126772.1 35.1 884 521 18 52 909 16 872 7.91e-136 426 KAA0114277.1 XP_009147075.2 33.8 1007 519 23 50 913 134 1135 1.04e-135 433 KAA0114277.1 MBE5737882.1 32.5 914 547 19 34 920 3 873 4.09e-111 361 KAA0114277.1 KAF5671546.1 30.3 821 480 20 65 795 187 1004 1.81e-76 271 KAA0114277.1 WP_049009918.1 28.8 718 468 11 42 748 57 742 4.59e-73 257 KAA0114277.1 KAJ6994162.1 29.2 723 440 17 40 748 22 686 3.60e-64 232 KAA0114277.1 OFX32653.1 34.4 189 89 4 544 731 439 593 5.91e-18 87.0 WP_280691874.1 WP_280691874.1 100 285 0 0 1 285 1 285 3.47e-221 599 WP_280691874.1 WP_050342552.1 28.6 266 151 12 43 284 154 404 7.46e-10 57.4 ETO00561.1 ETO00561.1 100 173 0 0 1 173 1 173 2.49e-55 171 WP_248222673.1 WP_248222673.1 100 498 0 0 1 498 1 498 0.0 968 WP_105466370.1 WP_105466370.1 100 92 0 0 1 92 1 92 4.66e-66 191 KIY45866.1 KIY45866.1 100 280 0 0 1 280 1 280 1.35e-211 575 MBJ6738874.1 MBJ6738874.1 100 146 0 0 1 146 1 146 6.70e-96 271 PJQ02245.1 PJQ02245.1 100 650 0 0 1 650 1 650 0.0 1291 PJQ02245.1 EAL1671435.1 69.4 408 119 3 243 650 1 402 4.92e-194 550 PJQ02245.1 EJA9392162.1 88.4 267 31 0 209 475 1 267 1.64e-174 495 PJQ02245.1 EFS8130303.1 34.6 442 269 10 47 481 36 464 4.91e-67 225 PJQ02245.1 ECP6736894.1 31.5 314 202 6 47 357 38 341 4.82e-42 154 PJQ02245.1 EJO8252676.1 61.2 121 43 2 474 594 1 117 3.28e-39 138 PJQ02245.1 WP_181244664.1 36.5 85 53 1 229 313 185 268 1.48e-05 45.8 WP_072932559.1 WP_072932559.1 100 736 0 0 1 736 1 736 0.0 1433 WP_182072700.1 WP_182072700.1 100 261 0 0 1 261 1 261 3.39e-191 521 MCG7868091.1 MCG7868091.1 100 513 0 0 1 513 1 513 0.0 936 MCL2931045.1 MCL2931045.1 100 72 0 0 1 72 1 72 3.96e-49 147 UKI46111.1 UKI46111.1 100 283 0 0 1 283 1 283 9.59e-147 411 MCR5635645.1 MCR5635645.1 100 284 0 0 1 284 1 284 6.84e-182 500 WP_061905238.1 WP_061905238.1 100 622 0 0 1 622 1 622 0.0 1167 WP_061905238.1 HBY86896.1 60.5 367 139 2 1 362 1 366 2.76e-140 411 WP_061905238.1 WP_134885491.1 30.9 570 341 10 20 564 6 547 4.95e-70 235 WP_061905238.1 NNL66378.1 34.4 128 81 2 22 146 5 132 3.58e-11 59.7 WP_152835594.1 WP_152835594.1 100 218 0 0 1 218 1 218 1.13e-154 426 BAY23582.1 BAY23582.1 100 457 0 0 1 457 1 457 0.0 884 BAY23582.1 WP_066841281.1 55.3 416 167 4 34 444 1 402 2.08e-149 429 BAY23582.1 WP_271116088.1 47.6 429 173 7 34 444 1 395 3.50e-120 355 BAY23582.1 MCU0947041.1 46.9 429 187 12 34 444 1 406 3.27e-107 322 WP_218685492.1 WP_218685492.1 100 515 0 0 1 515 1 515 0.0 1065 KAE8354616.1 KAE8354616.1 100 1188 0 0 1 1188 1 1188 0.0 2135 RRJ17109.1 RRJ17109.1 100 206 0 0 1 206 1 206 3.05e-153 421 WP_189232804.1 WP_189232804.1 100 271 0 0 1 271 1 271 2.06e-206 561 WP_156009076.1 WP_156009076.1 100 1209 0 0 1 1209 1 1209 0.0 2419 WP_156009076.1 WP_070770047.1 63.2 1192 430 5 1 1189 1 1185 0.0 1513 WP_156009076.1 WP_012573472.1 49.7 1176 569 11 8 1173 14 1176 0.0 1118 WP_156009076.1 NJD91181.1 42.7 1116 616 10 84 1183 2 1109 2.39e-303 877 WP_156009076.1 MBE6348968.1 40.5 686 385 11 498 1173 10 682 2.83e-165 505 XP_030718790.1 XP_030718790.1 100 238 0 0 1 238 1 238 1.89e-181 495 WP_153276888.1 WP_153276888.1 100 130 0 0 1 130 1 130 1.87e-92 261 WP_153276888.1 WP_054377321.1 69.6 46 14 0 85 130 1 46 3.25e-16 68.2 WP_153276888.1 EJL0691474.1 38.6 57 34 1 74 129 21 77 1.30e-09 51.6 WP_082500294.1 WP_082500294.1 100 423 0 0 1 423 1 423 7.78e-306 825 WP_082500294.1 WP_249893756.1 32.3 269 160 7 1 250 1 266 3.70e-30 119 MCG5061674.1 MCG5061674.1 100 613 0 0 1 613 1 613 0.0 1179 MCB1857105.1 MCB1857105.1 100 209 0 0 1 209 1 209 2.79e-146 404 MCB1857105.1 WP_012506875.1 52.7 184 79 4 11 187 15 197 1.50e-50 161 MCB1857105.1 WP_236663175.1 39.6 202 98 4 8 187 11 210 2.41e-27 102 WP_069748396.1 WP_069748396.1 100 281 0 0 1 281 1 281 4.13e-202 551 WP_069748396.1 MCD6205878.1 29.7 91 60 2 134 223 132 219 1.09e-04 41.2 KAH8986285.1 KAH8986285.1 100 184 0 0 1 184 1 184 1.08e-124 347 AJV50090.1 AJV50090.1 100 167 0 0 1 167 1 167 4.19e-125 347 KPL24525.1 KPL24525.1 100 151 0 0 1 151 1 151 9.42e-103 289 KPL24525.1 EEZ61636.1 42.9 156 80 2 3 149 11 166 2.34e-33 114 EDO26407.1 EDO26407.1 100 23 0 0 1 23 1 23 2.78e-07 49.3 TEB04530.1 TEB04530.1 100 30 0 0 1 30 1 30 3.99e-16 61.2 KFR16735.1 KFR16735.1 100 1100 0 0 1 1100 1 1100 0.0 1894 WP_194957532.1 WP_194957532.1 100 803 0 0 1 803 1 803 0.0 1666 WP_194957532.1 XP_053592881.1 33.1 835 408 21 6 751 45 817 4.19e-127 400 WP_194957532.1 MBQ9679177.1 21.8 858 423 27 2 736 7 739 2.68e-34 139 WP_194957532.1 WP_081224968.1 23.4 817 451 28 11 721 26 773 2.61e-33 136 WP_194957532.1 MCL2204087.1 22.3 840 408 30 16 734 20 735 2.37e-32 133 WP_194957532.1 MCL6457358.1 20.9 853 456 27 16 738 21 784 4.27e-24 107 WP_194957532.1 CAI9595211.1 20.7 857 451 27 2 719 83 849 3.16e-21 97.8 WP_194957532.1 SCL13606.1 23.1 823 463 30 8 735 62 809 8.58e-21 96.3 WP_194957532.1 MSZ29533.1 21.5 824 460 37 31 738 39 791 8.52e-15 77.0 WP_194957532.1 WP_233286789.1 29.3 174 116 4 33 202 160 330 1.76e-13 72.4 KAE8322051.1 KAE8322051.1 100 359 0 0 1 359 1 359 9.18e-252 683 KAE8322051.1 WP_283277237.1 37.8 370 196 11 6 359 11 362 7.19e-56 185 KAE8322051.1 KAI7428497.1 35.7 361 200 11 9 355 14 356 3.25e-47 165 KAE8322051.1 HJC40183.1 37.5 344 171 12 8 329 4 325 5.41e-46 158 KAE8322051.1 MBI2682423.1 29.8 400 186 11 9 321 32 423 6.14e-34 129 KAG8246189.1 KAG8246189.1 100 321 0 0 1 321 1 321 5.98e-256 690 WP_262401812.1 WP_262401812.1 100 158 0 0 1 158 1 158 3.78e-110 308 WP_262401812.1 WP_108024271.1 35.4 161 98 4 1 156 90 249 3.19e-16 71.6 WP_262401812.1 WP_110035452.1 33.8 157 98 4 3 155 79 233 1.40e-15 69.7 WP_262401812.1 WP_281054160.1 30.4 168 102 4 1 158 90 252 2.30e-14 66.6 WP_262401812.1 WP_060347438.1 37.2 113 62 2 46 155 142 248 1.97e-13 64.3 WP_262401812.1 CCK15435.1 35.0 100 54 2 67 155 4 103 5.29e-08 47.0 ACH90072.1 ACH90072.1 100 380 0 0 1 380 1 380 2.94e-295 795 ACH90072.1 AFJ09957.1 92.9 352 25 0 29 380 1 352 1.06e-255 696 ACH90072.1 ACY29573.1 91.8 352 29 0 29 380 1 352 8.89e-251 684 ACH90072.1 BAO23243.1 93.0 343 24 0 29 371 1 343 1.31e-248 675 ACH90072.1 QWY38042.1 89.8 352 36 0 29 380 1 352 3.84e-248 676 ACH90072.1 AFV39595.1 88.5 373 42 1 9 380 33 405 1.18e-246 695 ACH90072.1 BAO11608.1 92.6 339 25 0 29 367 1 339 1.26e-245 667 ACH90072.1 AVA00513.1 90.0 339 34 0 29 367 1 339 6.37e-239 650 ACH90072.1 AOW36968.1 89.5 333 35 0 45 377 1 333 7.71e-234 637 ACH90072.1 AOW33101.1 92.1 318 25 0 45 362 1 318 1.83e-226 618 XP_032734223.1 XP_032734223.1 100 980 0 0 1 980 1 980 0.0 1944 ROW07476.1 ROW07476.1 100 910 0 0 1 910 1 910 0.0 1669 WP_242908489.1 WP_242908489.1 100 296 0 0 1 296 1 296 3.94e-203 555 WP_071489953.1 WP_071489953.1 100 335 0 0 1 335 1 335 5.75e-252 681 WP_071489953.1 EDX1137207.1 67.9 336 107 1 1 335 1 336 2.17e-169 473 KRZ86866.1 KRZ86866.1 100 73 0 0 1 73 1 73 4.25e-49 147 BBN52434.1 BBN52434.1 100 271 0 0 1 271 1 271 3.29e-203 553 BBN52434.1 WP_134660892.1 31.2 247 155 3 12 250 4 243 1.45e-25 100 BBN52434.1 WP_136864777.1 25.7 206 114 9 29 202 41 239 7.86e-04 38.5 HIU98185.1 HIU98185.1 100 513 0 0 1 513 1 513 0.0 1041 HIU98185.1 WP_065809357.1 26.3 490 302 16 5 471 6 459 3.69e-28 115 BAO11608.1 BAO11608.1 100 339 0 0 1 339 1 339 4.79e-262 707 BAO11608.1 AFJ09957.1 94.4 339 19 0 1 339 1 339 8.42e-249 677 BAO11608.1 BAO23243.1 93.5 339 22 0 1 339 1 339 1.70e-247 671 BAO11608.1 ACH90072.1 92.6 339 25 0 1 339 29 367 9.20e-245 665 BAO11608.1 ACY29573.1 92.6 339 25 0 1 339 1 339 8.22e-243 662 BAO11608.1 QWY38042.1 91.2 339 30 0 1 339 1 339 1.07e-241 658 BAO11608.1 AVA00513.1 90.3 339 33 0 1 339 1 339 1.23e-239 650 BAO11608.1 AFV39595.1 92.0 339 27 0 1 339 54 392 1.77e-233 660 BAO11608.1 AOW36968.1 88.9 323 36 0 17 339 1 323 7.28e-226 615 BAO11608.1 AOW33101.1 92.1 318 25 0 17 334 1 318 8.41e-226 615 WP_160748510.1 WP_160748510.1 100 363 0 0 1 363 1 363 1.05e-259 703 WP_160748510.1 KAF1483258.1 28.1 253 125 7 130 325 119 371 3.86e-16 77.4 RYP44998.1 RYP44998.1 100 648 0 0 1 648 1 648 0.0 1282 MCF6289355.1 MCF6289355.1 100 280 0 0 1 280 1 280 5.59e-195 533 MCF6289355.1 WP_101606078.1 35.9 217 138 1 34 249 169 385 1.21e-45 157 MCF6289355.1 WP_029317544.1 33.5 251 161 3 31 277 181 429 3.26e-39 140 MCF6289355.1 WP_206698867.1 26.5 249 178 5 31 277 159 404 1.38e-27 108 MCF6289355.1 WP_023955328.1 24.0 167 122 3 31 194 181 345 1.58e-08 53.1 NLI85305.1 NLI85305.1 100 457 0 0 1 457 1 457 2.66e-312 844 KAH8586608.1 KAH8586608.1 100 404 0 0 1 404 1 404 0.0 864 KAH8586608.1 WP_200669895.1 28.2 401 241 11 4 390 1 368 1.61e-49 170 NLY70754.1 NLY70754.1 100 110 0 0 1 110 1 110 2.66e-78 224 EJP8326510.1 EJP8326510.1 100 646 0 0 1 646 1 646 0.0 1271 WP_247447489.1 WP_247447489.1 100 454 0 0 1 454 1 454 1.74e-244 672 WP_224115114.1 WP_224115114.1 100 135 0 0 1 135 1 135 1.70e-95 269 WP_236685314.1 WP_236685314.1 100 509 0 0 1 509 1 509 0.0 1001 MBI1382466.1 MBI1382466.1 100 218 0 0 1 218 1 218 2.53e-142 394 MBI1382466.1 WP_159896041.1 37.8 196 103 4 17 208 58 238 4.70e-18 78.2 WP_283277237.1 WP_283277237.1 100 365 0 0 1 365 1 365 1.28e-261 708 WP_283277237.1 KAE8322051.1 37.6 370 197 10 11 362 6 359 2.19e-54 181 WP_283277237.1 HJC40183.1 34.1 334 195 8 13 333 4 325 1.09e-41 147 WP_283277237.1 KAI7428497.1 30.8 357 221 7 14 358 14 356 1.39e-41 150 WP_283277237.1 MBI2682423.1 23.9 385 198 7 19 312 37 417 2.12e-20 90.5 WP_230702007.1 WP_230702007.1 100 698 0 0 1 698 1 698 0.0 1368 WP_230702007.1 MAD47294.1 27.1 225 153 6 225 441 164 385 7.07e-14 73.2 WP_245657543.1 WP_245657543.1 100 373 0 0 1 373 1 373 4.12e-262 710 WP_245657543.1 WP_150194162.1 35.9 345 185 15 37 350 125 464 1.33e-29 117 CAF2595159.1 CAF2595159.1 100 281 0 0 1 281 1 281 4.18e-211 573 WP_256082840.1 WP_256082840.1 100 226 0 0 1 226 1 226 4.93e-153 422 EPN58803.1 EPN58803.1 100 174 0 0 1 174 1 174 4.72e-105 296 MBQ6414464.1 MBQ6414464.1 100 569 0 0 1 569 1 569 0.0 1134 VSL28096.1 VSL28096.1 100 314 0 0 1 314 1 314 3.54e-240 650 WP_032936131.1 WP_032936131.1 100 264 0 0 1 264 1 264 3.10e-184 504 MBP3623608.1 MBP3623608.1 100 441 0 0 1 441 1 441 3.52e-318 858 MBP3623608.1 HAP8698574.1 30.5 151 87 7 11 158 11 146 1.88e-04 40.8 WP_164674633.1 WP_164674633.1 100 215 0 0 1 215 1 215 6.54e-148 408 WP_168044369.1 WP_168044369.1 100 448 0 0 1 448 1 448 0.0 937 WP_168044369.1 WP_171519907.1 29.1 206 135 5 24 229 29 223 5.35e-26 107 WP_188200635.1 WP_188200635.1 100 406 0 0 1 406 1 406 5.88e-306 824 WP_188200635.1 WP_279961109.1 43.8 384 212 4 22 404 15 395 1.78e-99 300 MBM3303016.1 MBM3303016.1 100 268 0 0 1 268 1 268 9.46e-206 559 WP_255164512.1 WP_255164512.1 100 346 0 0 1 346 1 346 1.59e-250 679 NCX40317.1 NCX40317.1 100 199 0 0 1 199 1 199 1.35e-148 409 EIU6828535.1 EIU6828535.1 100 323 0 0 1 323 1 323 5.95e-223 607 EIU6828535.1 WP_110066977.1 36.5 285 167 6 45 319 54 334 1.76e-47 161 EIU6828535.1 WP_249991478.1 34.5 281 175 6 42 317 48 324 6.04e-47 159 EIU6828535.1 EAP5059555.1 30.6 281 190 3 47 322 77 357 6.76e-38 136 EIU6828535.1 WP_158131988.1 34.5 278 181 1 45 321 49 326 4.76e-37 138 EIU6828535.1 WP_097346712.1 33.7 279 181 3 45 321 51 327 2.11e-33 128 EIU6828535.1 PPR79666.1 34.1 279 172 8 47 318 59 332 9.86e-33 122 EIU6828535.1 AGL88086.1 31.6 288 183 7 35 322 12 285 1.02e-31 118 EIU6828535.1 MCH3978367.1 29.7 296 178 5 45 321 44 328 3.22e-29 112 WP_109125398.1 WP_109125398.1 100 305 0 0 1 305 1 305 4.34e-216 588 MBG6436126.1 MBG6436126.1 100 185 0 0 1 185 1 185 2.18e-129 359 MBG6436126.1 MBL1150364.1 34.5 148 92 4 1 144 1 147 6.49e-11 57.0 ELR45644.1 ELR45644.1 100 1738 0 0 1 1738 1 1738 0.0 3215 ELR45644.1 XP_053193947.1 46.8 1764 587 65 100 1738 165 1705 0.0 1133 GEW91653.1 GEW91653.1 100 109 0 0 1 109 1 109 3.25e-74 213 RCN27214.1 RCN27214.1 100 165 0 0 1 165 1 165 8.46e-115 320 WP_054108586.1 WP_054108586.1 100 368 0 0 1 368 1 368 7.34e-258 699 WP_129326500.1 WP_129326500.1 100 214 0 0 1 214 1 214 5.37e-126 353 TVR26043.1 TVR26043.1 100 198 0 0 1 198 1 198 5.10e-148 407 KAA1286543.1 KAA1286543.1 100 751 0 0 1 751 1 751 0.0 1476 KAA1286543.1 WP_254467474.1 26.3 772 489 28 6 748 52 772 9.14e-38 149 KAA1286543.1 WP_047594685.1 22.8 821 503 32 3 751 46 807 9.85e-19 89.4 KAA1286543.1 OGU48181.1 23.8 160 112 3 105 258 70 225 3.20e-04 42.4 WP_129053744.1 WP_129053744.1 100 393 0 0 1 393 1 393 2.27e-276 748 WP_129053744.1 WP_059267425.1 23.3 352 262 4 11 357 5 353 2.51e-26 107 WP_129053744.1 WP_226276978.1 25.3 166 109 4 1 157 1 160 5.72e-07 49.7 KON47367.1 KON47367.1 100 311 0 0 1 311 1 311 1.93e-222 605 PIP74303.1 PIP74303.1 100 671 0 0 1 671 1 671 0.0 1191 WP_283162015.1 WP_283162015.1 100 168 0 0 1 168 1 168 7.51e-124 343 WP_070412310.1 WP_070412310.1 100 694 0 0 1 694 1 694 0.0 1400 WP_070412310.1 WP_059812501.1 23.5 732 412 33 18 674 62 720 1.90e-10 62.4 KAG8520114.1 KAG8520114.1 100 758 0 0 1 758 1 758 0.0 1481 EGR2264783.1 EGR2264783.1 100 392 0 0 1 392 1 392 2.83e-290 783 SSC70273.1 SSC70273.1 100 41 0 0 1 41 1 41 1.92e-27 90.5 MCA3708721.1 MCA3708721.1 100 359 0 0 1 359 1 359 1.27e-258 700 MCA3708721.1 WP_092015539.1 24.6 285 139 11 82 340 34 268 5.03e-05 42.7 YP_010258034.1 YP_010258034.1 100 330 0 0 1 330 1 330 8.33e-238 645 WP_012568269.1 WP_012568269.1 100 365 0 0 1 365 1 365 1.74e-259 703 WP_012568269.1 WP_224458015.1 53.8 366 160 3 5 365 4 365 1.50e-121 353 WP_012568269.1 WP_041580422.1 34.0 203 129 3 157 359 14 211 1.58e-24 98.2 WP_012568269.1 WP_110808154.1 34.2 199 125 3 163 361 24 216 8.07e-22 90.9 WP_012568269.1 MCO5064371.1 32.3 220 127 6 157 357 46 262 2.33e-18 82.4 WP_057837626.1 WP_057837626.1 100 206 0 0 1 206 1 206 1.01e-142 394 WP_102511913.1 WP_102511913.1 100 419 0 0 1 419 1 419 3.43e-307 828 WP_102511913.1 TXI82219.1 48.0 50 26 0 13 62 19 68 3.15e-04 37.7 KAJ3918428.1 KAJ3918428.1 100 415 0 0 1 415 1 415 1.58e-310 836 KAJ3918428.1 WP_055863905.1 41.8 340 181 5 43 381 2 325 1.22e-80 250 KAJ3918428.1 XP_019000248.1 31.0 245 152 6 41 282 6 236 5.65e-26 105 KAJ3918428.1 OQC16336.1 21.2 382 240 13 39 379 39 400 5.21e-06 47.0 CBH36599.1 CBH36599.1 100 103 0 0 1 103 1 103 3.44e-82 233 WP_028684940.1 WP_028684940.1 100 213 0 0 1 213 1 213 1.82e-153 422 OJW81690.1 OJW81690.1 100 740 0 0 1 740 1 740 0.0 1497 OJW81690.1 KAB4839568.1 37.6 502 292 9 16 506 5 496 1.95e-100 317 WP_278643529.1 WP_278643529.1 100 300 0 0 1 300 1 300 2.45e-224 608 WP_278643529.1 WP_224045636.1 37.8 230 139 4 60 288 1 227 1.27e-44 150 WP_278643529.1 NLB38271.1 35.9 234 146 3 60 291 2 233 6.12e-40 138 WP_278643529.1 WP_177525402.1 30.7 202 134 5 85 283 86 284 3.54e-20 89.0 MBR5966198.1 MBR5966198.1 100 307 0 0 1 307 1 307 1.41e-222 605 PSN12224.1 PSN12224.1 100 254 0 0 1 254 1 254 6.33e-188 513 MBO5857838.1 MBO5857838.1 100 161 0 0 1 161 1 161 2.09e-113 317 MBO5857838.1 MBQ3321785.1 33.1 163 105 4 1 160 1 162 4.06e-17 75.5 HJD11223.1 HJD11223.1 100 670 0 0 1 670 1 670 0.0 1411 WP_045591686.1 WP_045591686.1 100 258 0 0 1 258 1 258 8.41e-204 553 WP_131751929.1 WP_131751929.1 100 644 0 0 1 644 1 644 0.0 1326 WP_131751929.1 WP_236387036.1 49.6 367 165 6 291 644 294 653 1.12e-113 353 WP_131751929.1 WP_006799194.1 48.1 366 170 8 292 644 299 657 1.96e-107 337 WP_257012936.1 WP_257012936.1 100 368 0 0 1 368 1 368 2.72e-269 728 WP_242859101.1 WP_242859101.1 100 458 0 0 1 458 1 458 7.80e-294 798 PUZ69802.1 PUZ69802.1 100 114 0 0 1 114 1 114 7.98e-57 170 WP_129712947.1 WP_129712947.1 100 185 0 0 1 185 1 185 7.04e-135 373 WP_129712947.1 OKH79147.1 43.2 183 101 2 3 182 11 193 4.67e-43 141 MBT3039312.1 MBT3039312.1 100 75 0 0 1 75 1 75 6.96e-49 147 NXX47445.1 NXX47445.1 100 265 0 0 1 265 1 265 3.83e-199 542 MCP3684079.1 MCP3684079.1 100 588 0 0 1 588 1 588 0.0 1162 MCH7797911.1 MCH7797911.1 100 54 0 0 1 54 1 54 5.00e-33 105 WP_242439424.1 WP_242439424.1 100 400 0 0 1 400 1 400 6.44e-291 785 WP_068462781.1 WP_068462781.1 100 417 0 0 1 417 1 417 1.67e-297 803 WP_068462781.1 WP_282171596.1 57.5 412 174 1 1 411 1 412 1.20e-156 447 KAI9181093.1 KAI9181093.1 100 539 0 0 1 539 1 539 0.0 1068 KAI9181093.1 XP_010263869.1 35.8 402 231 9 135 520 373 763 2.79e-62 216 KAI9181093.1 TYG55675.1 33.1 357 176 8 145 496 161 459 4.24e-48 177 KAI9181093.1 WP_153219677.1 26.9 301 156 15 141 420 415 672 1.08e-09 59.7 KAI9181093.1 XP_049153370.1 24.0 329 195 11 76 368 73 382 9.35e-05 43.1 KAI9181093.1 WP_052232835.1 36.4 66 27 2 266 331 594 644 8.30e-04 40.4 MAZ13301.1 MAZ13301.1 100 543 0 0 1 543 1 543 0.0 1104 MAZ13301.1 MAH35553.1 56.1 492 211 2 35 525 22 509 1.38e-211 595 OZB16321.1 OZB16321.1 100 651 0 0 1 651 1 651 0.0 1225 OZB16321.1 MBF8294570.1 32.9 140 87 4 335 470 179 315 1.03e-12 69.3 KAJ2335352.1 KAJ2335352.1 100 443 0 0 1 443 1 443 9.52e-308 832 MCG8513288.1 MCG8513288.1 100 327 0 0 1 327 1 327 9.63e-231 627 MCG8513288.1 MAU73077.1 23.8 244 159 9 32 255 35 271 7.22e-07 48.5 MCG8513288.1 MCB0786882.1 27.0 115 68 4 192 306 54 152 1.66e-05 43.1 MCL6517734.1 MCL6517734.1 100 118 0 0 1 118 1 118 2.20e-83 237 WP_207999384.1 WP_207999384.1 100 148 0 0 1 148 1 148 7.82e-105 294 WP_018419316.1 WP_018419316.1 100 209 0 0 1 209 1 209 1.34e-153 422 WP_018419316.1 WP_280658332.1 44.1 152 74 5 43 185 25 174 3.27e-33 116 MCJ2110312.1 MCJ2110312.1 100 258 0 0 1 258 1 258 5.83e-186 508 MCJ2110312.1 WP_078732502.1 60.8 255 98 1 6 258 11 265 2.43e-103 307 MCS6830908.1 MCS6830908.1 100 379 0 0 1 379 1 379 5.63e-263 713 MCS6830908.1 CAB0780497.1 39.1 345 203 5 6 347 4 344 6.32e-74 233 MCS6830908.1 XP_020103231.1 40.3 357 194 7 4 349 90 438 3.20e-70 225 MCS6830908.1 NCW99628.1 34.2 146 95 1 219 363 23 168 6.02e-29 109 MCS6830908.1 WP_149746544.1 40.0 55 33 0 4 58 148 202 5.32e-08 51.2 WP_149819987.1 WP_149819987.1 100 66 0 0 1 66 1 66 1.99e-44 135 HAT4052191.1 HAT4052191.1 100 169 0 0 1 169 1 169 2.51e-118 330 WP_094400414.1 WP_094400414.1 100 277 0 0 1 277 1 277 1.40e-207 564 CAF1109260.1 CAF1109260.1 100 194 0 0 1 194 1 194 1.20e-135 375 GAU87713.1 GAU87713.1 100 297 0 0 1 297 1 297 1.11e-214 584 YP_008593487.1 YP_008593487.1 100 55 0 0 1 55 1 55 7.18e-40 122 HAV1793262.1 HAV1793262.1 100 556 0 0 1 556 1 556 0.0 1134 HAV1793262.1 WP_250464711.1 39.4 543 318 8 20 556 43 580 3.84e-136 406 HAV1793262.1 MBY7869037.1 24.8 528 316 13 30 492 6 517 8.83e-29 119 HAV1793262.1 WP_047430984.1 24.3 584 372 18 30 550 8 584 2.88e-27 114 BCW36351.1 BCW36351.1 100 615 0 0 1 615 1 615 0.0 1201 BCW36351.1 XP_031104936.1 36.8 348 212 4 38 381 101 444 9.15e-56 196 WP_188125540.1 WP_188125540.1 100 146 0 0 1 146 1 146 3.89e-104 292 WP_188125540.1 MBL6607133.1 32.8 125 78 3 5 128 7 126 3.43e-10 55.1 MBK5261536.1 MBK5261536.1 100 120 0 0 1 120 1 120 4.23e-82 234 MCL6457358.1 MCL6457358.1 100 1026 0 0 1 1026 1 1026 0.0 2074 MCL6457358.1 MSZ29533.1 40.7 1007 572 11 14 1003 15 1012 3.43e-264 768 MCL6457358.1 WP_081224968.1 29.5 853 536 24 13 833 23 842 1.53e-111 365 MCL6457358.1 WP_123159424.1 29.0 786 510 23 21 783 31 791 4.88e-95 321 MCL6457358.1 MBQ9679177.1 24.2 830 512 19 16 808 16 765 1.54e-65 236 MCL6457358.1 CAI9595211.1 21.8 866 524 24 46 827 125 918 7.53e-38 152 MCL6457358.1 SCL13606.1 23.7 830 510 29 46 821 94 854 6.84e-37 148 MCL6457358.1 WP_194957532.1 20.7 850 461 26 21 784 16 738 8.71e-26 112 MCL6457358.1 XP_053592881.1 22.4 671 401 24 16 630 46 652 3.03e-20 95.1 MCL6457358.1 WP_233286789.1 28.7 108 74 2 511 618 380 484 1.35e-05 47.4 WP_229343766.1 WP_229343766.1 100 409 0 0 1 409 1 409 4.74e-293 791 WP_029579419.1 WP_029579419.1 100 298 0 0 1 298 1 298 3.68e-209 570 WP_029579419.1 WP_144841777.1 42.0 238 137 1 24 261 1 237 1.74e-52 171 WP_029579419.1 WP_044453403.1 35.7 305 179 8 1 296 1 297 1.09e-36 131 WP_029579419.1 WP_096722254.1 35.7 249 149 5 1 246 1 241 2.64e-34 125 WP_029579419.1 NED83450.1 37.6 202 111 7 1 195 3 196 1.55e-23 96.3 WP_029579419.1 WP_098876031.1 25.6 262 182 5 1 261 1 250 1.13e-18 82.4 WP_029579419.1 WP_273138110.1 25.0 152 109 2 1 151 1 148 5.00e-07 48.5 WP_029579419.1 WP_069083484.1 25.0 252 168 8 1 245 9 246 5.38e-06 45.4 KAJ3738999.1 KAJ3738999.1 100 172 0 0 1 172 1 172 9.44e-129 356 MCG8377291.1 MCG8377291.1 100 153 0 0 1 153 1 153 3.97e-105 295 MCG8377291.1 WP_199308568.1 45.5 143 77 1 1 142 291 433 1.75e-32 117 WP_175093485.1 WP_175093485.1 100 266 0 0 1 266 1 266 4.44e-146 408 XP_043971649.1 XP_043971649.1 100 584 0 0 1 584 1 584 0.0 1084 XP_043971649.1 VFV20999.1 69.4 183 42 1 302 484 90 258 5.44e-92 283 WP_023355490.1 WP_023355490.1 100 239 0 0 1 239 1 239 8.52e-165 453 WP_023355490.1 ANP72927.1 43.9 57 31 1 10 66 46 101 2.82e-06 45.4 WP_023355490.1 MCQ2539410.1 33.8 68 45 0 11 78 11 78 6.56e-06 42.7 WP_023355490.1 WP_143020066.1 37.7 61 38 0 14 74 19 79 2.28e-04 38.9 WP_023355490.1 WP_014286324.1 21.9 160 106 3 15 172 10 152 5.05e-04 38.1 WP_023355490.1 WP_058561589.1 21.2 231 157 6 6 230 3 214 8.98e-04 37.7 MBQ8348910.1 MBQ8348910.1 100 119 0 0 1 119 1 119 9.64e-83 236 MBQ8348910.1 MBZ0302078.1 33.3 96 63 1 10 104 22 117 4.92e-18 72.4 NQT29221.1 NQT29221.1 100 314 0 0 1 314 1 314 4.91e-222 604 NQT29221.1 WP_064068643.1 41.5 306 169 4 4 309 2 297 2.32e-68 214 XP_046808501.1 XP_046808501.1 100 501 0 0 1 501 1 501 0.0 1040 ANN69912.1 ANN69912.1 100 329 0 0 1 329 1 329 1.86e-254 687 XP_042989918.1 XP_042989918.1 100 1128 0 0 1 1128 1 1128 0.0 2302 WP_265272113.1 WP_265272113.1 100 350 0 0 1 350 1 350 2.87e-255 691 WP_265272113.1 SFF07309.1 38.5 314 181 5 1 308 1 308 7.79e-63 201 WP_265272113.1 MBN9534694.1 35.6 323 186 7 1 316 1 308 5.05e-57 186 WP_265272113.1 WP_267861425.1 37.4 313 182 5 1 310 1 302 1.20e-55 183 WP_265272113.1 HHZ84751.1 30.7 342 205 5 1 316 1 336 5.23e-36 132 WP_265272113.1 WP_014217999.1 30.6 314 198 7 6 314 9 307 3.46e-34 126 WP_127859415.1 WP_127859415.1 100 205 0 0 1 205 1 205 8.10e-153 420 WP_045183792.1 WP_045183792.1 100 137 0 0 1 137 1 137 3.69e-100 281 WP_045183792.1 MCF3649178.1 49.1 106 54 0 9 114 44 149 5.35e-28 99.8 NCA08360.1 NCA08360.1 100 309 0 0 1 309 1 309 4.57e-204 558 WP_274423713.1 WP_274423713.1 100 292 0 0 1 292 1 292 5.14e-197 539 WP_274423713.1 WP_253783299.1 37.8 270 158 5 17 277 15 283 3.03e-42 145 SYZ65887.1 SYZ65887.1 100 120 0 0 1 120 1 120 5.35e-85 241 WP_077583480.1 WP_077583480.1 100 447 0 0 1 447 1 447 0.0 900 WP_077583480.1 WP_031822363.1 63.5 381 136 3 68 447 1 379 7.73e-171 483 MBS7632436.1 MBS7632436.1 100 188 0 0 1 188 1 188 9.60e-139 383 WP_095061089.1 WP_095061089.1 100 285 0 0 1 285 1 285 1.34e-209 570 WP_140843904.1 WP_140843904.1 100 321 0 0 1 321 1 321 1.31e-225 613 WP_140843904.1 WP_104462564.1 36.1 241 129 5 66 305 69 285 4.44e-35 127 RVG63469.1 RVG63469.1 100 60 0 0 1 60 1 60 1.39e-37 117 WP_262452366.1 WP_262452366.1 100 448 0 0 1 448 1 448 6.09e-318 858 WP_262452366.1 WP_024039518.1 36.7 335 191 5 7 336 11 329 1.37e-60 202 WP_262452366.1 WP_058738289.1 25.7 428 289 10 9 426 8 416 1.02e-25 107 MBC7494677.1 MBC7494677.1 100 1025 0 0 1 1025 1 1025 0.0 2093 WP_012724915.1 WP_012724915.1 100 329 0 0 1 329 1 329 3.66e-236 641 WP_012724915.1 WP_234306850.1 38.0 237 129 5 70 304 69 289 7.09e-37 132 WP_012724915.1 WP_058635033.1 35.5 256 148 5 70 322 69 310 1.19e-36 132 WP_012724915.1 WP_251874466.1 34.2 284 160 7 33 305 27 294 5.90e-35 128 WP_012724915.1 WP_059510827.1 34.1 255 144 7 76 316 69 313 8.02e-29 111 WP_012724915.1 MBC99785.1 30.2 222 132 5 57 263 61 274 5.40e-28 109 WP_012724915.1 WP_166225641.1 30.8 260 166 4 51 307 57 305 2.34e-25 103 WP_012724915.1 MBK5104727.1 33.9 171 107 3 70 235 76 245 3.08e-21 89.4 WP_012724915.1 WP_095128211.1 28.4 261 168 4 62 321 61 303 1.21e-19 86.3 WP_012724915.1 KOR84431.1 27.2 213 147 5 54 263 48 255 4.63e-14 70.1 WP_270453521.1 WP_270453521.1 100 403 0 0 1 403 1 403 8.71e-286 773 WP_270453521.1 WP_015167170.1 35.2 421 239 9 1 397 1 411 6.16e-62 208 WP_270453521.1 HDC92778.1 32.3 362 209 9 64 399 113 464 2.00e-38 142 WP_270453521.1 NOY97419.1 27.9 359 225 8 64 400 107 453 5.36e-28 114 NJS16994.1 NJS16994.1 100 157 0 0 1 157 1 157 1.17e-108 304 NJS16994.1 WP_017123457.1 42.7 157 90 0 1 157 216 372 8.13e-33 117 HDH03041.1 HDH03041.1 100 168 0 0 1 168 1 168 1.99e-119 332 WP_117579611.1 WP_117579611.1 100 103 0 0 1 103 1 103 1.42e-63 186 MBQ5493788.1 MBQ5493788.1 100 148 0 0 1 148 1 148 6.69e-106 296 MBQ5493788.1 MBF8294570.1 39.5 119 72 0 17 135 461 579 2.52e-24 95.9 MBQ5493788.1 MCL1888839.1 41.2 119 70 0 11 129 581 699 7.01e-22 89.0 GAV98814.1 GAV98814.1 100 386 0 0 1 386 1 386 4.91e-272 736 WP_085935883.1 WP_085935883.1 100 262 0 0 1 262 1 262 7.70e-193 526 WP_085935883.1 WP_033135619.1 31.8 245 129 13 24 251 21 244 3.67e-09 54.3 MBD3418876.1 MBD3418876.1 100 106 0 0 1 106 1 106 3.56e-72 208 WP_166476065.1 WP_166476065.1 100 344 0 0 1 344 1 344 5.52e-250 677 WP_166476065.1 TNF89271.1 30.5 177 112 3 22 188 20 195 6.86e-13 67.4 WP_166476065.1 MBL6625757.1 30.7 150 94 3 33 173 29 177 1.33e-12 66.2 CAH0542131.1 CAH0542131.1 100 129 0 0 1 129 1 129 3.64e-94 265 XP_019244033.1 XP_019244033.1 100 150 0 0 1 150 1 150 1.51e-103 291 WP_050704913.1 WP_050704913.1 100 348 0 0 1 348 1 348 4.79e-237 645 WP_050704913.1 WP_079835571.1 33.4 347 215 6 4 341 8 347 3.16e-44 154 MCI1709954.1 MCI1709954.1 100 164 0 0 1 164 1 164 1.93e-115 322 WP_165637167.1 WP_165637167.1 100 188 0 0 1 188 1 188 4.35e-126 351 PPQ98220.1 PPQ98220.1 100 26 0 0 1 26 1 26 8.27e-14 56.6 MBQ1746349.1 MBQ1746349.1 100 271 0 0 1 271 1 271 3.12e-192 525 WP_267979634.1 WP_267979634.1 100 237 0 0 1 237 1 237 1.14e-177 485 WP_267979634.1 MBQ3459675.1 55.4 193 85 1 43 235 28 219 5.55e-72 217 KAH0679671.1 KAH0679671.1 100 98 0 0 1 98 1 98 6.17e-67 194 KAJ6549303.1 KAJ6549303.1 100 678 0 0 1 678 1 678 0.0 1306 PAA76673.1 PAA76673.1 100 335 0 0 1 335 1 335 2.62e-248 672 PAA76673.1 KAI3473816.1 23.5 294 208 8 44 331 223 505 5.63e-14 70.9 PAA76673.1 EFC81578.1 25.5 263 165 10 49 300 42 284 6.18e-12 63.9 NXJ67438.1 NXJ67438.1 100 490 0 0 1 490 1 490 0.0 956 NXJ67438.1 EJG1264510.1 26.8 456 305 9 15 468 12 440 1.60e-40 149 NXJ67438.1 XP_023028205.1 25.6 426 287 12 51 463 22 430 1.04e-14 74.3 NXJ67438.1 MCB1412915.1 23.2 396 254 11 63 419 68 452 1.04e-10 62.0 NXJ67438.1 WP_133179454.1 31.4 153 98 3 63 211 76 225 1.00e-05 46.2 MCF8269563.1 MCF8269563.1 100 783 0 0 1 783 1 783 0.0 1559 MCF8269563.1 WP_171549300.1 52.6 791 361 4 1 783 1 785 3.67e-288 821 MCF8269563.1 EAH8201998.1 20.9 345 245 10 7 341 3 329 2.84e-11 64.7 MCF8269563.1 MBV00212.1 22.7 282 194 8 69 340 61 328 2.57e-09 58.9 MBS4273564.1 MBS4273564.1 100 134 0 0 1 134 1 134 8.45e-91 257 MBS0561514.1 MBS0561514.1 100 605 0 0 1 605 1 605 0.0 1134 MBS0561514.1 WP_178999808.1 31.4 567 365 9 24 572 8 568 3.15e-68 231 MBS0561514.1 KOR85988.1 22.9 551 407 7 29 574 1 538 1.33e-38 148 AWQ28479.1 AWQ28479.1 100 229 0 0 1 229 1 229 2.56e-161 443 AWQ28479.1 YP_009340709.1 53.2 222 104 0 1 222 1 222 1.47e-88 259 XP_007459185.1 XP_007459185.1 100 304 0 0 1 304 1 304 1.46e-218 594 WP_004213189.1 WP_004213189.1 100 196 0 0 1 196 1 196 1.78e-147 405 MCQ0092735.1 MCQ0092735.1 100 202 0 0 1 202 1 202 9.23e-128 356 WP_175630617.1 WP_175630617.1 100 176 0 0 1 176 1 176 7.12e-126 349 WP_175630617.1 PDX17128.1 44.2 165 90 1 12 174 1 165 4.51e-40 132 WP_175630617.1 WEK50023.1 44.0 150 84 0 11 160 11 160 2.40e-37 125 UBN63752.1 UBN63752.1 100 1270 0 0 1 1270 1 1270 0.0 2313 UBN63752.1 QUE11983.1 97.2 1270 35 0 1 1270 1 1270 0.0 2284 UBN63752.1 UIX40308.1 93.6 1273 77 3 1 1270 1 1271 0.0 2251 UBN63752.1 UHB14670.1 93.2 1273 82 3 1 1270 1 1271 0.0 2250 UBN63752.1 UDK40309.1 92.5 1273 90 3 1 1270 1 1271 0.0 2227 UBN63752.1 UYC71619.1 92.2 1271 95 2 1 1270 1 1268 0.0 2222 UBN63752.1 UPU53169.1 91.9 1273 97 3 1 1270 1 1270 0.0 2217 UBN63752.1 QUM20585.1 92.3 1272 96 1 1 1270 1 1272 0.0 2148 UBN63752.1 UGX22439.1 89.8 1273 125 3 1 1270 1 1271 0.0 2144 UBN63752.1 QXI91160.1 91.4 1272 107 1 1 1270 1 1272 0.0 2053 WP_143405880.1 WP_143405880.1 100 121 0 0 1 121 1 121 1.26e-79 228 XP_031459457.1 XP_031459457.1 100 2100 0 0 1 2100 1 2100 0.0 4109 WP_260685194.1 WP_260685194.1 100 85 0 0 1 85 1 85 1.06e-61 180 WP_260685194.1 MBI2416798.1 50.0 62 31 0 20 81 43 104 3.79e-15 64.3 WP_260685194.1 ECK9821833.1 43.9 57 32 0 28 84 180 236 2.82e-10 52.8 WP_260685194.1 WP_223806191.1 28.1 64 46 0 14 77 218 281 1.97e-05 39.3 WP_088784550.1 WP_088784550.1 100 821 0 0 1 821 1 821 0.0 1535 WP_088784550.1 WP_101662518.1 29.7 599 349 18 96 679 48 589 7.82e-52 191 WP_088784550.1 OMF24356.1 30.3 587 343 19 106 679 59 592 2.39e-51 188 WP_088784550.1 WP_044772468.1 26.4 651 386 23 72 692 20 607 4.21e-36 144 WP_088784550.1 WP_135279859.1 23.9 574 372 16 141 702 229 749 4.09e-25 110 WP_088784550.1 WP_062300449.1 25.5 591 324 20 131 680 64 579 2.04e-24 107 MCS7142809.1 MCS7142809.1 100 313 0 0 1 313 1 313 1.38e-232 630 WP_278780043.1 WP_278780043.1 100 144 0 0 1 144 1 144 1.36e-112 313 WP_246925475.1 WP_246925475.1 100 132 0 0 1 132 1 132 2.09e-90 256 XP_026936565.1 XP_026936565.1 100 653 0 0 1 653 1 653 0.0 1281 WP_234002326.1 WP_234002326.1 100 365 0 0 1 365 1 365 1.74e-259 703 WP_234002326.1 WP_055029966.1 33.0 376 213 4 23 360 3 377 8.62e-51 172 WP_234002326.1 WP_054891276.1 32.3 164 108 1 176 339 7 167 1.02e-15 73.2 WP_234002326.1 WP_188888464.1 30.4 125 84 2 23 146 3 125 3.44e-11 60.8 MCA9916811.1 MCA9916811.1 100 140 0 0 1 140 1 140 8.29e-94 265 MBL7763785.1 MBL7763785.1 100 332 0 0 1 332 1 332 3.44e-247 669 XP_028567154.1 XP_028567154.1 100 1267 0 0 1 1267 1 1267 0.0 2490 XP_028567154.1 XP_055749319.1 38.4 284 160 4 113 390 198 472 3.29e-56 201 XP_028567154.1 KAI8504475.1 36.1 346 211 8 797 1134 887 1230 8.11e-43 169 MAT61701.1 MAT61701.1 100 95 0 0 1 95 1 95 3.36e-65 189 CAH2316765.1 CAH2316765.1 100 1378 0 0 1 1378 1 1378 0.0 2517 NIQ16008.1 NIQ16008.1 100 112 0 0 1 112 1 112 3.45e-84 239 MBP33715.1 MBP33715.1 100 280 0 0 1 280 1 280 3.01e-199 543 MBP33715.1 WP_253646963.1 32.8 271 159 11 13 265 15 280 2.56e-15 72.8 MBP33715.1 WP_204942955.1 32.9 225 138 5 9 227 4 221 4.00e-11 60.5 MBP33715.1 KAG2346037.1 33.3 198 114 5 11 199 14 202 4.71e-09 54.3 MBP33715.1 WP_062917436.1 27.8 194 135 4 13 205 9 198 4.97e-08 51.2 MBP33715.1 WP_013845913.1 31.6 196 120 6 10 199 6 193 1.47e-07 49.7 WP_199942136.1 WP_199942136.1 100 339 0 0 1 339 1 339 4.22e-231 629 WP_199942136.1 MCD4805360.1 21.4 318 188 9 9 305 10 286 5.82e-04 39.7 WP_199942136.1 KAB2838176.1 29.4 201 89 9 53 247 72 225 9.53e-04 38.5 OCT51367.1 OCT51367.1 100 431 0 0 1 431 1 431 5.16e-315 849 GLX98417.1 GLX98417.1 100 65 0 0 1 65 1 65 1.12e-45 138 TNF89271.1 TNF89271.1 100 412 0 0 1 412 1 412 2.81e-307 828 TNF89271.1 WP_166476065.1 31.5 127 86 1 20 145 22 148 6.14e-13 67.8 MCB9353584.1 MCB9353584.1 100 1041 0 0 1 1041 1 1041 0.0 2051 MCB9353584.1 WP_146272353.1 23.7 1096 662 40 10 1041 22 1005 1.95e-53 201 MCB9353584.1 WP_278843343.1 24.1 1147 696 40 2 1041 4 1083 7.19e-46 177 MCB9353584.1 WP_214826002.1 24.9 1000 617 37 99 1041 40 963 2.11e-45 176 MCB9353584.1 MBP3518143.1 24.7 1121 635 49 20 1041 52 1067 4.33e-40 159 MCB9353584.1 WP_259301651.1 31.6 263 148 8 15 273 51 288 2.10e-25 112 MCI6965979.1 MCI6965979.1 100 326 0 0 1 326 1 326 1.63e-242 657 MCI6965979.1 KAJ7369304.1 32.9 289 184 6 44 324 21 307 1.58e-37 139 MCI6965979.1 EJS0734484.1 28.5 333 215 9 1 318 23 347 8.58e-29 112 MCI6965979.1 WP_114054641.1 30.1 332 213 11 1 321 1 324 9.08e-28 108 MCI6965979.1 WP_022748957.1 29.3 276 171 10 3 262 56 323 1.56e-22 95.1 HIP02283.1 HIP02283.1 100 273 0 0 1 273 1 273 1.80e-192 526 HIP02283.1 MBP9134796.1 39.2 283 158 6 1 273 1 279 1.83e-52 171 WP_073936403.1 WP_073936403.1 100 325 0 0 1 325 1 325 3.44e-223 608 WP_073936403.1 WP_152046331.1 37.6 271 164 3 30 300 21 286 1.20e-43 150 WP_073936403.1 MCI7704736.1 33.0 270 175 3 32 300 24 288 1.61e-39 139 WP_073936403.1 ETB53277.1 34.5 278 166 4 30 300 13 281 3.55e-32 119 WP_073936403.1 WP_184130797.1 34.5 235 145 3 77 303 140 373 1.53e-26 106 WP_167263972.1 WP_167263972.1 100 378 0 0 1 378 1 378 3.43e-268 726 KKB97741.1 KKB97741.1 100 130 0 0 1 130 1 130 2.87e-96 271 WP_046600280.1 WP_046600280.1 100 302 0 0 1 302 1 302 5.70e-215 585 WP_046600280.1 WP_134669716.1 33.6 295 179 2 4 289 8 294 2.78e-47 159 WP_046600280.1 WP_052379448.1 32.2 286 193 1 4 288 6 291 9.82e-47 157 WP_046600280.1 WP_133340757.1 32.7 306 187 4 4 298 10 307 2.15e-39 139 WP_046600280.1 WP_064711955.1 31.2 298 202 2 1 295 1 298 8.14e-36 129 WP_046600280.1 WP_243977667.1 29.3 294 194 3 1 288 2 287 2.30e-34 125 WP_046600280.1 WP_265634479.1 34.5 145 91 2 1 144 7 148 3.17e-16 75.9 WP_046600280.1 WP_096722254.1 29.5 146 96 2 3 148 2 140 1.47e-13 68.2 WP_046600280.1 WP_248721304.1 28.1 167 117 1 3 166 2 168 1.96e-13 67.8 WP_046600280.1 WP_131914061.1 27.8 144 101 2 3 143 4 147 1.24e-12 65.5 WP_091740622.1 WP_091740622.1 100 349 0 0 1 349 1 349 1.72e-251 681 WP_091740622.1 MBL6607133.1 34.6 289 168 7 11 290 9 285 8.16e-38 136 MBE7370368.1 MBE7370368.1 100 389 0 0 1 389 1 389 1.12e-274 743 WP_006799194.1 WP_006799194.1 100 657 0 0 1 657 1 657 0.0 1341 WP_006799194.1 WP_236387036.1 64.7 660 223 6 1 657 1 653 0.0 885 WP_006799194.1 WP_131751929.1 48.1 366 170 8 299 657 292 644 7.79e-107 335 WP_227173776.1 WP_227173776.1 100 55 0 0 1 55 1 55 3.25e-45 136 VEC90219.1 VEC90219.1 100 67 0 0 1 67 1 67 9.36e-48 143 MCB2654556.1 MCB2654556.1 100 77 0 0 1 77 1 77 2.47e-52 155 XP_008373570.1 XP_008373570.1 100 206 0 0 1 206 1 206 4.16e-151 416 TWW58526.1 TWW58526.1 100 118 0 0 1 118 1 118 2.99e-90 254 WP_209378200.1 WP_209378200.1 100 263 0 0 1 263 1 263 5.23e-171 471 WP_209378200.1 WP_204663166.1 38.9 72 44 0 10 81 5 76 5.81e-10 56.6 MBU6307538.1 MBU6307538.1 100 67 0 0 1 67 1 67 4.17e-42 129 WP_061048002.1 WP_061048002.1 100 771 0 0 1 771 1 771 0.0 1478 WP_061048002.1 MBF0233644.1 35.1 498 295 11 287 770 254 737 5.61e-80 270 WP_061048002.1 NSW79198.1 39.9 308 168 3 326 632 378 669 1.61e-67 234 WP_061048002.1 WP_211114623.1 30.9 485 305 6 298 770 329 795 3.02e-62 222 WP_061048002.1 WP_086504813.1 33.4 467 270 11 314 766 310 749 1.78e-57 207 WP_061048002.1 MBK3737236.1 38.5 239 145 1 386 624 422 658 1.66e-39 154 WP_061048002.1 WP_083453642.1 32.6 258 150 6 378 626 327 569 3.24e-28 118 WP_061048002.1 WP_166106360.1 30.2 242 156 7 381 616 284 518 8.41e-20 92.0 WP_061048002.1 WP_007356512.1 23.3 430 296 13 365 770 717 1136 6.18e-17 84.0 WP_061048002.1 SEP77558.1 26.5 294 177 11 355 626 292 568 8.46e-17 82.8 WP_273159410.1 WP_273159410.1 100 90 0 0 1 90 1 90 1.07e-61 180 KAJ2160981.1 KAJ2160981.1 100 447 0 0 1 447 1 447 1.98e-318 859 KAJ2160981.1 AGV54449.1 39.7 290 126 4 154 442 352 593 4.32e-53 186 MCQ2424848.1 MCQ2424848.1 100 241 0 0 1 241 1 241 8.16e-164 451 MCQ2424848.1 WP_131734175.1 35.3 238 144 4 7 239 22 254 1.36e-34 123 MBQ7754763.1 MBQ7754763.1 100 165 0 0 1 165 1 165 7.54e-118 328 WP_140730472.1 WP_140730472.1 100 233 0 0 1 233 1 233 2.12e-171 469 MBI3617399.1 MBI3617399.1 100 193 0 0 1 193 1 193 2.96e-140 387 MBP0955672.1 MBP0955672.1 100 190 0 0 1 190 1 190 2.00e-132 367 WP_145468487.1 WP_145468487.1 100 229 0 0 1 229 1 229 2.99e-160 441 WP_145468487.1 MBT4161918.1 52.5 219 104 0 1 219 1 219 1.77e-72 218 WP_145468487.1 MCB0243881.1 43.5 216 122 0 6 221 5 220 5.17e-58 181 WP_145468487.1 MCC6044083.1 43.7 215 120 1 7 221 4 217 3.38e-51 167 WP_145468487.1 MCF7808720.1 41.6 221 129 0 1 221 1 221 1.06e-50 163 WP_145468487.1 CAI8213472.1 36.4 214 133 1 6 219 14 224 6.23e-39 133 WP_145468487.1 WP_170725874.1 38.1 210 112 2 29 226 23 226 7.73e-35 125 WP_145468487.1 WP_076409454.1 39.5 185 106 1 29 213 23 201 1.41e-33 122 WP_145468487.1 WP_109219819.1 35.6 205 122 3 10 214 21 215 2.36e-32 119 WP_145468487.1 HBO4828144.1 37.1 213 117 3 19 229 23 220 2.54e-30 112 MCC8146707.1 MCC8146707.1 100 522 0 0 1 522 1 522 0.0 1008 WP_038580218.1 WP_038580218.1 100 680 0 0 1 680 1 680 0.0 1357 WP_038580218.1 WP_278416415.1 40.4 666 363 8 10 675 4 635 1.17e-153 457 WP_038580218.1 BBL73457.1 26.9 606 338 17 12 604 34 547 3.67e-31 127 WP_038580218.1 MBT3179978.1 23.5 514 305 14 12 520 1 431 5.44e-23 101 WP_038580218.1 MBP8718427.1 21.6 194 133 5 348 532 20 203 6.05e-05 43.5 XP_051566275.1 XP_051566275.1 100 1665 0 0 1 1665 1 1665 0.0 3143 XP_051566275.1 XP_030620685.1 35.0 280 178 3 1235 1511 89 367 1.27e-48 178 XP_051566275.1 XP_048216280.1 31.8 283 178 5 1228 1497 6 286 6.89e-35 137 XP_051566275.1 XP_029528577.1 28.4 250 167 6 1242 1486 30 272 1.85e-24 105 XP_051566275.1 XP_048379117.1 29.5 210 141 4 1242 1447 257 463 2.25e-24 108 XP_051566275.1 KAG1590416.1 27.3 267 173 8 1240 1496 78 333 1.26e-23 103 XP_051566275.1 RQM16216.1 30.1 256 155 6 1242 1486 403 645 2.29e-22 102 XP_051566275.1 MBF1128433.1 27.2 206 143 5 1242 1442 10 212 5.07e-17 85.1 XP_051566275.1 NJK67049.1 31.5 127 83 3 1314 1438 123 247 1.12e-14 77.0 XP_051566275.1 XP_048409145.1 28.3 92 61 3 1345 1435 760 845 6.77e-06 49.3 KAI3927707.1 KAI3927707.1 100 102 0 0 1 102 1 102 3.08e-80 228 VVW57803.1 VVW57803.1 100 52 0 0 1 52 1 52 1.57e-35 111 WP_118944732.1 WP_118944732.1 100 502 0 0 1 502 1 502 0.0 1026 WP_118944732.1 WP_250323911.1 36.9 84 53 0 418 501 15 98 6.13e-15 68.9 ULA23837.2 ULA23837.2 100 4401 0 0 1 4401 1 4401 0.0 8648 ULA23837.2 UIR12670.1 100.0 4397 2 0 1 4397 1 4397 0.0 8640 ULA23837.2 UXH94526.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 ULA23837.2 UPA83906.1 99.9 4397 6 0 1 4397 1 4397 0.0 8629 ULA23837.2 UMF87224.1 99.4 4397 26 0 1 4397 1 4397 0.0 8628 ULA23837.2 UKU68032.1 99.6 4401 18 0 1 4401 1 4401 0.0 8610 ULA23837.2 UKN67998.1 99.9 4377 3 0 21 4397 1 4377 0.0 8599 ULA23837.2 UJV88611.1 98.0 4401 90 0 1 4401 1 4401 0.0 8448 ULA23837.2 UJJ97602.1 97.8 4401 96 0 1 4401 1 4401 0.0 8432 ULA23837.2 UJT06733.1 94.3 4397 252 0 1 4397 1 4397 0.0 8023 MBJ7287465.1 MBJ7287465.1 100 1200 0 0 1 1200 1 1200 0.0 1992 MBJ7287465.1 WP_031065317.1 51.4 1220 539 12 1 1194 1 1192 3.65e-296 861 WP_266103637.1 WP_266103637.1 100 137 0 0 1 137 1 137 5.45e-102 286 WP_266103637.1 WP_219989626.1 50.8 130 62 2 1 129 14 142 9.07e-43 136 HAZ0856238.1 HAZ0856238.1 100 229 0 0 1 229 1 229 8.30e-167 457 HAZ0856238.1 WP_257007586.1 93.0 229 16 0 1 229 101 329 2.35e-154 432 MCJ9712781.1 MCJ9712781.1 100 323 0 0 1 323 1 323 4.76e-229 622 WP_235360343.1 WP_235360343.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_257769388.1 WP_257769388.1 100 251 0 0 1 251 1 251 3.68e-190 518 PYQ18715.1 PYQ18715.1 100 172 0 0 1 172 1 172 2.32e-129 358 KXK57030.1 KXK57030.1 100 176 0 0 1 176 1 176 3.25e-122 340 SDH24188.1 SDH24188.1 100 36 0 0 1 36 1 36 1.09e-22 78.2 MCU1518283.1 MCU1518283.1 100 609 0 0 1 609 1 609 0.0 1186 MCU1518283.1 KAF9463056.1 35.0 575 299 10 12 558 7 534 1.85e-99 312 MCU1518283.1 WP_046625651.1 30.8 572 315 16 3 558 23 529 1.17e-66 226 XP_027705828.1 XP_027705828.1 100 1238 0 0 1 1238 1 1238 0.0 1973 WP_256561903.1 WP_256561903.1 100 164 0 0 1 164 1 164 5.54e-124 343 WP_141990951.1 WP_141990951.1 100 300 0 0 1 300 1 300 3.44e-215 585 MBQ7326660.1 MBQ7326660.1 100 159 0 0 1 159 1 159 6.03e-112 313 MBQ7326660.1 MBA3031770.1 41.0 156 88 2 1 153 1 155 8.80e-39 127 WP_139448115.1 WP_139448115.1 100 118 0 0 1 118 1 118 1.32e-75 218 WP_139448115.1 QDT09879.1 49.2 118 60 0 1 118 1 118 9.44e-32 107 KAJ5112313.1 KAJ5112313.1 100 563 0 0 1 563 1 563 0.0 1098 KAJ5112313.1 HAG62657.1 34.9 482 302 5 57 535 41 513 1.18e-84 271 KAJ5112313.1 WP_037548932.1 31.4 487 316 8 53 533 2 476 8.26e-63 212 KAJ5112313.1 WP_169940736.1 31.8 478 290 10 50 518 5 455 1.15e-46 168 OWY66639.1 OWY66639.1 100 390 0 0 1 390 1 390 1.82e-285 771 PLU16997.1 PLU16997.1 100 308 0 0 1 308 1 308 5.15e-205 560 PLU16997.1 WP_024270964.1 27.5 255 156 4 54 307 12 238 3.30e-18 80.5 VST16928.1 VST16928.1 100 99 0 0 1 99 1 99 1.28e-73 211 VST16928.1 GFV58109.1 45.7 46 23 2 34 78 32 76 3.56e-06 40.4 WP_195001047.1 WP_195001047.1 100 759 0 0 1 759 1 759 0.0 1458 WP_195001047.1 WP_009714971.1 42.4 540 286 6 59 581 27 558 2.05e-122 377 WP_195001047.1 QQS09360.1 39.2 533 279 6 90 583 63 589 1.56e-115 360 WP_195001047.1 MBT9597716.1 33.1 121 81 0 375 495 2 122 5.50e-16 75.9 WP_136536828.1 WP_136536828.1 100 307 0 0 1 307 1 307 2.85e-222 604 WP_012716944.1 WP_012716944.1 100 372 0 0 1 372 1 372 1.36e-255 694 UCE84061.1 UCE84061.1 100 55 0 0 1 55 1 55 1.08e-32 104 WP_142673401.1 WP_142673401.1 100 235 0 0 1 235 1 235 7.09e-171 468 WP_247072383.1 WP_247072383.1 100 362 0 0 1 362 1 362 5.45e-266 719 WP_247072383.1 NEO63080.1 41.0 310 177 4 38 341 47 356 1.31e-77 241 WP_247072383.1 KAH8969015.1 36.3 342 198 7 4 333 128 461 4.81e-66 215 WP_247072383.1 PZR90627.1 36.0 331 200 8 13 337 10 334 6.00e-52 174 XP_055059894.1 XP_055059894.1 100 412 0 0 1 412 1 412 4.66e-306 825 XP_055059894.1 CAH7718754.1 46.2 65 35 0 61 125 1 65 1.71e-14 67.0 KAF9682501.1 KAF9682501.1 100 147 0 0 1 147 1 147 3.20e-108 302 WP_157104028.1 WP_157104028.1 100 142 0 0 1 142 1 142 1.32e-109 305 WP_000158727.1 WP_000158727.1 100 191 0 0 1 191 1 191 1.53e-141 390 WP_140641625.1 WP_140641625.1 100 70 0 0 1 70 1 70 1.50e-52 155 WP_234882652.1 WP_234882652.1 100 63 0 0 1 63 1 63 9.38e-44 133 WP_145739766.1 WP_145739766.1 100 332 0 0 1 332 1 332 1.32e-235 640 WP_145739766.1 WP_114947547.1 40.0 320 182 5 11 329 12 322 1.20e-75 234 WP_145739766.1 WP_261668588.1 37.4 318 194 2 17 332 4 318 1.20e-73 228 WP_145739766.1 WP_216295494.1 38.4 336 195 6 7 332 5 338 3.60e-62 199 WP_109219430.1 WP_109219430.1 100 449 0 0 1 449 1 449 7.89e-264 721 WP_109219430.1 WP_271457636.1 93.1 447 31 0 1 447 1 447 1.93e-243 670 WP_109219430.1 WP_214524166.1 34.6 266 171 2 27 290 30 294 9.33e-37 137 MCR5069553.1 MCR5069553.1 100 427 0 0 1 427 1 427 4.60e-320 862 WP_153844272.1 WP_153844272.1 100 492 0 0 1 492 1 492 0.0 999 WP_153844272.1 WP_071876418.1 24.0 516 296 15 6 457 4 487 4.63e-30 121 WP_153844272.1 EHR6291555.1 23.0 556 307 17 1 465 1 526 4.27e-23 100 WP_153844272.1 WP_167977039.1 26.6 207 141 3 1 206 1 197 3.61e-18 82.4 WP_153844272.1 WP_192500494.1 30.5 223 136 6 6 225 3 209 4.83e-17 80.1 WP_153844272.1 WP_089246429.1 21.7 498 338 17 8 477 7 480 2.28e-13 70.5 WP_153844272.1 WP_256546297.1 22.4 241 174 5 4 238 22 255 2.95e-11 62.4 WP_153844272.1 WP_152652784.1 22.1 213 152 4 269 479 15 215 3.93e-11 62.4 WP_153844272.1 WP_221265680.1 22.9 227 157 4 256 478 17 229 1.43e-10 60.8 WP_153844272.1 WP_036816548.1 40.4 52 31 0 4 55 5 56 2.24e-06 47.4 WP_044772468.1 WP_044772468.1 100 724 0 0 1 724 1 724 0.0 1320 WP_044772468.1 WP_101662518.1 32.2 587 357 17 52 628 58 613 2.35e-70 241 WP_044772468.1 OMF24356.1 33.9 579 327 19 45 605 51 591 7.35e-69 236 WP_044772468.1 HCG88012.1 26.5 626 295 19 29 510 20 624 2.18e-42 161 WP_044772468.1 WP_088784550.1 25.9 626 378 21 41 607 94 692 6.43e-35 140 WP_044772468.1 WP_062300449.1 27.6 381 249 10 86 461 73 431 4.85e-29 122 RIB10989.1 RIB10989.1 100 189 0 0 1 189 1 189 7.90e-143 393 RIB10989.1 XP_040250218.1 30.2 129 77 4 2 120 492 617 4.40e-11 59.3 RIB10989.1 MBF1128433.1 26.3 114 68 5 6 110 149 255 9.75e-06 43.5 RIB10989.1 MBD2210269.1 37.7 61 35 2 6 65 169 227 5.59e-05 41.2 RIB10989.1 WP_106546380.1 38.7 62 33 3 6 65 170 228 1.01e-04 40.4 WP_223874734.1 WP_223874734.1 100 230 0 0 1 230 1 230 3.09e-158 436 RKP53954.1 RKP53954.1 100 87 0 0 1 87 1 87 1.56e-55 164 WP_144660168.1 WP_144660168.1 100 540 0 0 1 540 1 540 0.0 1078 WP_071468711.1 WP_071468711.1 100 68 0 0 1 68 1 68 4.80e-46 139 WP_071468711.1 WP_028393295.1 51.6 62 29 1 1 62 1 61 1.50e-17 67.4 WP_036392442.1 WP_036392442.1 100 570 0 0 1 570 1 570 0.0 1107 WP_221802218.1 WP_221802218.1 100 114 0 0 1 114 1 114 8.76e-79 225 WP_250239427.1 WP_250239427.1 100 883 0 0 1 883 1 883 0.0 1694 WP_250239427.1 WP_074087188.1 32.9 79 50 2 264 342 8 83 4.35e-05 45.1 WP_129681113.1 WP_129681113.1 100 192 0 0 1 192 1 192 1.15e-132 368 NGX49271.1 NGX49271.1 100 506 0 0 1 506 1 506 0.0 935 PYL83902.1 PYL83902.1 100 697 0 0 1 697 1 697 0.0 1391 WP_123262559.1 WP_123262559.1 100 309 0 0 1 309 1 309 1.39e-214 585 OOX90626.1 OOX90626.1 100 254 0 0 1 254 1 254 3.52e-185 506 MBO5037501.1 MBO5037501.1 100 140 0 0 1 140 1 140 3.12e-89 254 THW19323.1 THW19323.1 100 455 0 0 1 455 1 455 0.0 911 TBR12235.1 TBR12235.1 100 36 0 0 1 36 1 36 3.78e-23 79.3 WP_256695454.1 WP_256695454.1 100 51 0 0 1 51 1 51 4.96e-34 107 MBR1786128.1 MBR1786128.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 NQZ11975.1 NQZ11975.1 100 516 0 0 1 516 1 516 0.0 1023 NQZ11975.1 PYB13830.1 48.7 483 236 7 15 492 3775 4250 1.90e-139 443 NQZ11975.1 WP_192202944.1 29.3 280 169 8 166 439 142 398 1.77e-16 79.7 GEY63590.1 GEY63590.1 100 114 0 0 1 114 1 114 2.94e-77 221 MCF2604604.1 MCF2604604.1 100 297 0 0 1 297 1 297 2.96e-219 595 KAF5197921.1 KAF5197921.1 100 90 0 0 1 90 1 90 1.79e-60 177 CAI8519318.1 CAI8519318.1 100 264 0 0 1 264 1 264 2.12e-191 522 CAI8519318.1 KAI9565065.1 35.2 105 67 1 93 196 37 141 4.37e-09 53.5 KAF2218229.1 KAF2218229.1 100 150 0 0 1 150 1 150 4.33e-103 290 WP_079473139.1 WP_079473139.1 100 388 0 0 1 388 1 388 1.32e-277 751 NLX43212.1 NLX43212.1 100 190 0 0 1 190 1 190 4.20e-134 371 MBH0176532.1 MBH0176532.1 100 130 0 0 1 130 1 130 1.17e-86 246 UPU53169.1 UPU53169.1 100 1270 0 0 1 1270 1 1270 0.0 2465 UPU53169.1 UYC71619.1 99.1 1270 10 1 1 1270 1 1268 0.0 2439 UPU53169.1 UHB14670.1 96.5 1273 39 2 1 1270 1 1271 0.0 2370 UPU53169.1 UIX40308.1 96.4 1273 41 2 1 1270 1 1271 0.0 2364 UPU53169.1 UDK40309.1 96.2 1273 44 2 1 1270 1 1271 0.0 2353 UPU53169.1 QUE11983.1 93.6 1273 76 3 1 1270 1 1270 0.0 2276 UPU53169.1 UGX22439.1 93.0 1273 84 2 1 1270 1 1271 0.0 2259 UPU53169.1 UBN63752.1 91.9 1273 97 3 1 1270 1 1270 0.0 2224 UPU53169.1 QUM20585.1 89.8 1273 126 2 1 1270 1 1272 0.0 2164 UPU53169.1 QXI91160.1 84.7 1273 191 2 1 1270 1 1272 0.0 1998 WP_154489617.1 WP_154489617.1 100 169 0 0 1 169 1 169 8.43e-126 348 NET38287.1 NET38287.1 100 767 0 0 1 767 1 767 0.0 1658 NET38287.1 WP_186101535.1 45.9 750 368 10 6 747 8 727 2.37e-224 645 AGI15931.1 AGI15931.1 100 206 0 0 1 206 1 206 3.56e-152 418 AGI15931.1 AVM35379.1 69.3 205 63 0 2 206 4 208 1.29e-101 291 AGI15931.1 QUQ06080.1 69.9 206 62 0 1 206 8 213 1.53e-101 291 AGI15931.1 AFA24308.1 68.0 206 66 0 1 206 1 206 4.88e-101 289 AGI15931.1 QUA05739.1 66.8 205 68 0 1 205 8 212 9.83e-101 288 AGI15931.1 ADW49125.1 67.8 205 66 0 2 206 1 205 1.35e-100 288 AGI15931.1 ADJ35581.1 68.9 206 64 0 1 206 9 214 3.70e-100 287 AGI15931.1 AHK62764.1 68.8 205 64 0 2 206 5 209 1.27e-98 283 AGI15931.1 AFA09475.1 69.2 198 61 0 9 206 2 199 4.93e-97 279 AGI15931.1 AWS34156.1 64.4 205 73 0 2 206 9 213 7.54e-95 274 MBI3214161.1 MBI3214161.1 100 581 0 0 1 581 1 581 0.0 1118 WP_057201184.1 WP_057201184.1 100 485 0 0 1 485 1 485 0.0 970 WP_057201184.1 WP_131836551.1 44.8 478 253 6 6 475 20 494 1.83e-125 373 WP_057201184.1 XP_050320449.1 42.6 467 255 4 15 475 25 484 1.41e-110 334 WP_057201184.1 WP_257689765.1 43.0 461 251 5 14 469 26 479 5.11e-102 312 WP_057201184.1 WP_061795322.1 39.5 486 275 9 2 474 18 497 1.34e-97 301 WP_057201184.1 WP_108756325.1 39.8 480 265 8 5 474 7 472 4.81e-92 286 WP_057201184.1 WP_255965801.1 38.4 466 271 7 15 473 26 482 4.01e-90 281 WP_057201184.1 WP_008959270.1 38.7 483 275 8 6 476 13 486 1.30e-88 278 WP_057201184.1 WP_205186167.1 37.8 429 248 7 61 481 4 421 1.96e-75 241 WP_057201184.1 WP_100461895.1 35.5 439 262 9 2 429 7 435 2.81e-70 230 WP_223040576.1 WP_223040576.1 100 269 0 0 1 269 1 269 2.79e-194 530 WP_221711878.1 WP_221711878.1 100 112 0 0 1 112 1 112 5.12e-77 221 MBM5817467.1 MBM5817467.1 100 88 0 0 1 88 1 88 4.95e-66 191 EHC2895895.1 EHC2895895.1 100 161 0 0 1 161 1 161 4.76e-119 331 EHC2895895.1 HCI3789247.1 48.3 149 72 2 14 161 1 145 2.10e-37 124 MCT7710903.1 MCT7710903.1 100 226 0 0 1 226 1 226 5.83e-161 442 URQ55824.1 URQ55824.1 100 7093 0 0 1 7093 1 7093 0.0 14170 URQ55824.1 UZO53924.1 99.9 7093 6 0 1 7093 1 7093 0.0 14158 URQ55824.1 UVB16817.1 99.9 7093 5 0 1 7093 1 7093 0.0 14158 URQ55824.1 QVD87869.1 99.7 7093 19 0 1 7093 1 7093 0.0 14130 URQ55824.1 QWC83326.1 99.7 7096 16 1 1 7093 1 7096 0.0 14129 URQ55824.1 UPP41269.1 99.9 4398 3 0 1 4398 1 4398 0.0 8638 URQ55824.1 USR14792.1 99.9 4398 4 0 1 4398 1 4398 0.0 8636 URQ55824.1 QXR94354.1 99.7 4398 14 0 1 4398 1 4398 0.0 8614 URQ55824.1 QTM79632.1 99.6 4398 17 0 1 4398 1 4398 0.0 8613 URQ55824.1 QTZ27226.1 99.6 4398 19 0 1 4398 1 4398 0.0 8608 KAI5804476.1 KAI5804476.1 100 119 0 0 1 119 1 119 5.16e-87 246 WP_108106595.1 WP_108106595.1 100 162 0 0 1 162 1 162 2.65e-121 337 EFC81578.1 EFC81578.1 100 324 0 0 1 324 1 324 1.95e-233 634 EFC81578.1 KAI3473816.1 46.6 307 158 4 18 320 204 508 3.10e-84 261 EFC81578.1 TEY22245.1 43.6 188 103 2 42 229 10 194 6.55e-47 155 EFC81578.1 PAA76673.1 25.4 307 187 11 9 284 5 300 8.47e-11 60.5 MBL0081532.1 MBL0081532.1 100 1211 0 0 1 1211 1 1211 0.0 1058 MCI0524605.1 MCI0524605.1 100 119 0 0 1 119 1 119 1.80e-78 225 WP_200001451.1 WP_200001451.1 100 280 0 0 1 280 1 280 1.76e-207 564 GBN34629.1 GBN34629.1 100 183 0 0 1 183 1 183 3.50e-134 371 WP_104456122.1 WP_104456122.1 100 524 0 0 1 524 1 524 0.0 926 WP_104456122.1 WP_186556299.1 42.7 511 264 5 1 497 1 496 2.23e-94 295 WP_104456122.1 HAZ7424284.1 32.7 495 282 8 7 476 7 475 1.76e-51 181 WP_104456122.1 HBP5649656.1 41.9 296 170 2 198 492 244 538 1.91e-41 155 WP_104456122.1 WP_128786583.1 51.6 159 77 0 331 489 439 597 1.19e-34 136 WP_104456122.1 WP_269572442.1 40.8 272 161 0 214 485 321 592 2.19e-32 129 WP_104456122.1 WP_025739406.1 35.2 253 164 0 214 466 329 581 7.53e-30 122 WP_104456122.1 WP_271340374.1 26.3 327 187 9 244 520 274 596 4.71e-16 79.3 WP_104456122.1 WP_156140069.1 33.3 156 104 0 365 520 405 560 1.02e-12 68.9 WP_104456122.1 OME96001.1 24.8 286 201 1 194 465 296 581 6.88e-12 66.2 XP_039048844.1 XP_039048844.1 100 134 0 0 1 134 1 134 4.35e-93 263 WP_034944635.1 WP_034944635.1 100 200 0 0 1 200 1 200 1.70e-147 406 CAG32719.1 CAG32719.1 100 137 0 0 1 137 1 137 7.17e-98 275 KMN52907.1 KMN52907.1 100 210 0 0 1 210 1 210 1.97e-151 417 WP_199673213.1 WP_199673213.1 100 391 0 0 1 391 1 391 1.59e-275 746 WP_199673213.1 MCM1513138.1 31.3 415 256 7 1 391 1 410 1.14e-52 179 WP_199673213.1 WP_037818847.1 31.1 405 260 9 1 391 1 400 4.77e-44 155 WP_199673213.1 MBN9383861.1 29.8 131 79 5 267 389 277 402 1.17e-06 48.9 WP_199673213.1 MBN8894000.1 28.8 118 79 2 271 384 312 428 8.21e-05 42.7 WP_199673213.1 WP_168738097.1 24.2 364 239 12 60 389 33 393 1.33e-04 42.4 MCI6147609.1 MCI6147609.1 100 205 0 0 1 205 1 205 2.50e-147 406 XP_042771424.1 XP_042771424.1 100 2312 0 0 1 2312 1 2312 0.0 4355 XP_042771424.1 XP_005573423.1 24.6 1841 1129 45 62 1835 107 1762 5.08e-107 380 XP_042771424.1 XP_048264533.1 23.9 1868 1130 51 80 1839 151 1833 2.65e-97 349 XP_042771424.1 XP_021507806.1 24.8 1811 1070 51 71 1796 119 1726 3.43e-94 339 WP_212054759.1 WP_212054759.1 100 495 0 0 1 495 1 495 0.0 917 WP_212054759.1 WP_094840069.1 36.4 506 294 8 16 495 8 511 9.28e-66 219 WP_212054759.1 WP_283557067.1 31.3 496 303 11 1 493 1 461 4.97e-46 165 WP_124978582.1 WP_124978582.1 100 841 0 0 1 841 1 841 0.0 1603 WP_124978582.1 WP_064779756.1 37.6 221 131 4 3 223 122 335 4.54e-36 138 WP_124978582.1 WP_010905191.1 32.8 244 142 11 1 230 1 236 3.06e-19 87.4 WP_124978582.1 WP_011739125.1 22.6 438 319 7 384 814 4 428 4.19e-18 86.3 WP_124978582.1 WP_088349221.1 21.3 211 138 6 2 184 6 216 7.69e-08 53.1 WP_124978582.1 MCH5207665.1 39.3 56 34 0 3 58 4 59 6.55e-07 49.7 KAE8683921.1 KAE8683921.1 100 569 0 0 1 569 1 569 0.0 1058 OAV63675.1 OAV63675.1 100 184 0 0 1 184 1 184 4.24e-131 363 PYB13830.1 PYB13830.1 100 4250 0 0 1 4250 1 4250 0.0 8540 PYB13830.1 NQZ11975.1 48.7 483 236 7 3775 4250 15 492 1.02e-133 429 PYB13830.1 HBN9628875.1 30.6 1091 633 36 2722 3754 230 1261 1.03e-97 349 PYB13830.1 WP_167959909.1 23.8 568 363 15 183 699 5 544 7.63e-23 104 PYB13830.1 WP_068051662.1 24.1 523 327 15 207 688 36 527 2.27e-22 103 PYB13830.1 WP_112119927.1 24.0 513 328 15 190 690 7 465 1.65e-20 96.7 PYB13830.1 WP_098279309.1 22.4 505 344 18 210 688 36 526 2.89e-17 87.0 PYB13830.1 NDJ88951.1 24.5 546 350 19 185 686 4 527 2.80e-16 84.0 PYB13830.1 MBF2759673.1 23.5 459 248 15 1760 2138 223 658 2.77e-14 78.2 PYB13830.1 WP_200941876.1 28.9 204 109 5 184 351 44 247 7.00e-10 63.5 WP_007377599.1 WP_007377599.1 100 136 0 0 1 136 1 136 9.43e-89 252 WP_007377599.1 WP_217904803.1 30.5 128 82 3 10 131 9 135 7.58e-12 57.4 WP_007377599.1 WP_208947654.1 28.3 120 84 2 16 134 17 135 6.40e-10 52.4 WP_187447871.1 WP_187447871.1 100 415 0 0 1 415 1 415 1.05e-299 809 WP_175766180.1 WP_175766180.1 100 305 0 0 1 305 1 305 2.73e-219 596 WP_072989136.1 WP_072989136.1 100 417 0 0 1 417 1 417 3.06e-309 833 WP_072989136.1 HAR4306776.1 51.8 413 195 3 4 416 5 413 5.97e-139 402 WP_072989136.1 WP_192202944.1 36.5 416 239 11 3 411 1 398 6.62e-68 219 WP_072989136.1 MCC6608271.1 29.7 431 268 10 5 413 6 423 9.96e-42 150 WP_072989136.1 WP_266170214.1 36.7 267 136 9 156 412 149 392 2.16e-39 144 TMB80853.1 TMB80853.1 100 111 0 0 1 111 1 111 7.29e-81 230 WP_277264109.1 WP_277264109.1 100 997 0 0 1 997 1 997 0.0 1813 WP_277264109.1 WP_282985289.1 30.7 856 482 23 234 995 148 986 2.40e-80 280 WP_277264109.1 EFG7698437.1 34.4 305 171 8 717 995 1 302 3.55e-40 149 KAE8876596.1 KAE8876596.1 100 1092 0 0 1 1092 1 1092 0.0 2092 KZW99196.1 KZW99196.1 100 641 0 0 1 641 1 641 0.0 1215 MCC6136677.1 MCC6136677.1 100 52 0 0 1 52 1 52 4.22e-31 100 MCI5191941.1 MCI5191941.1 100 643 0 0 1 643 1 643 0.0 1271 MCI5191941.1 MCP2519657.1 37.0 419 259 4 1 415 1 418 2.43e-84 269 MCI5191941.1 MBR2609817.1 34.4 421 269 6 1 415 1 420 8.11e-68 226 MCI5191941.1 WP_259568097.1 27.7 764 362 24 3 579 56 816 1.77e-55 201 HBW9511025.1 HBW9511025.1 100 201 0 0 1 201 1 201 2.15e-146 403 HBW9511025.1 PJB11797.1 46.0 189 102 0 6 194 3 191 1.90e-58 181 HBW9511025.1 MCE2883039.1 55.2 143 61 2 60 199 2 144 1.28e-48 154 PIP52537.1 PIP52537.1 100 372 0 0 1 372 1 372 9.36e-263 712 MAS51861.1 MAS51861.1 100 172 0 0 1 172 1 172 6.61e-120 334 MCF8193609.1 MCF8193609.1 100 264 0 0 1 264 1 264 1.49e-191 523 MCF8193609.1 WP_113851760.1 35.3 241 150 4 24 262 7 243 6.29e-37 129 MCF8193609.1 GBC87342.1 32.8 247 159 4 10 255 6 246 2.23e-25 99.4 MCF8193609.1 WP_130477570.1 35.6 146 88 3 113 256 121 262 8.63e-17 76.3 MCF8193609.1 WP_144002426.1 33.1 148 89 3 113 255 124 266 1.07e-14 70.5 WP_135705208.1 WP_135705208.1 100 138 0 0 1 138 1 138 6.87e-101 283 WP_171155369.1 WP_171155369.1 100 215 0 0 1 215 1 215 1.18e-150 415 WP_171155369.1 WP_062336768.1 34.3 175 108 3 19 193 15 182 1.66e-17 75.5 WP_171155369.1 UJW35797.1 47.3 55 29 0 14 68 10 64 4.72e-10 55.5 ELZ16407.1 ELZ16407.1 100 457 0 0 1 457 1 457 0.0 900 ELZ16407.1 MBA3609961.1 35.9 437 238 15 30 448 36 448 7.46e-70 227 ELZ16407.1 OWZ34415.1 31.2 423 271 12 33 442 57 472 1.30e-50 177 ELZ16407.1 MCU1411638.1 30.1 418 227 11 29 432 18 384 1.38e-47 167 ELZ16407.1 MBQ6794463.1 29.1 405 223 12 35 432 16 363 8.12e-40 145 ELZ16407.1 MCF7895906.1 26.7 356 228 8 24 377 14 338 6.97e-36 134 ELZ16407.1 WP_254819486.1 26.3 441 282 15 33 448 36 458 2.41e-28 115 ELZ16407.1 NBT94281.1 28.5 172 104 5 18 179 14 176 1.26e-09 55.8 WP_073070755.1 WP_073070755.1 100 191 0 0 1 191 1 191 5.75e-137 379 SVJ73127.1 SVJ73127.1 100 316 0 0 1 316 1 316 2.43e-223 607 WP_253463694.1 WP_253463694.1 100 437 0 0 1 437 1 437 1.91e-304 823 WP_253463694.1 GDX36288.1 29.8 262 166 7 177 425 153 409 5.00e-28 113 WP_253463694.1 WP_245704803.1 33.0 230 145 5 212 436 1 226 3.06e-26 104 WP_253463694.1 WP_149911652.1 29.1 275 181 5 161 425 153 423 1.93e-24 103 WP_253463694.1 WP_076194242.1 23.8 290 192 7 160 423 172 458 2.08e-14 73.2 WP_253463694.1 KDF42894.1 25.1 235 150 7 204 415 248 479 2.69e-11 63.5 WP_253463694.1 SCH39951.1 23.6 229 143 10 218 422 260 480 2.38e-04 41.6 UCJ00318.1 UCJ00318.1 100 787 0 0 1 787 1 787 0.0 1556 HAR4359619.1 HAR4359619.1 100 273 0 0 1 273 1 273 2.13e-200 546 HAR4359619.1 MBI5966481.1 33.3 219 120 6 76 270 83 299 1.64e-27 106 HAR4359619.1 MBI1736306.1 34.1 211 122 5 76 270 82 291 5.01e-27 105 HAR4359619.1 WP_279399778.1 34.8 201 114 6 76 261 83 281 1.82e-24 98.2 HAR4359619.1 WP_220615956.1 30.1 219 140 4 37 242 74 292 9.48e-23 94.4 HAR4359619.1 MBQ1540263.1 28.4 229 145 5 37 261 60 273 1.38e-22 92.8 HAR4359619.1 WP_067782871.1 31.4 204 125 4 76 265 82 284 8.08e-21 88.2 HAR4359619.1 WP_276638014.1 31.1 193 119 5 76 255 112 303 7.35e-20 86.3 HAR4359619.1 MBQ7293051.1 28.4 204 136 5 76 272 3 203 8.64e-18 78.2 MCB1471508.1 MCB1471508.1 100 288 0 0 1 288 1 288 1.31e-222 603 MCB1471508.1 WP_119403424.1 43.8 242 132 3 49 288 25 264 1.75e-70 217 KKQ50904.1 KKQ50904.1 100 1136 0 0 1 1136 1 1136 0.0 2102 KKQ50904.1 WP_172616972.1 25.2 1097 713 16 39 1126 17 1014 1.81e-76 272 KKQ50904.1 WP_039608285.1 23.1 1103 723 17 37 1126 12 1002 3.57e-71 256 KKQ50904.1 WP_154963182.1 24.6 1133 701 28 34 1135 7 1017 2.65e-60 223 KKQ50904.1 WP_096647361.1 22.3 1124 748 24 35 1136 10 1039 5.68e-52 197 KKQ50904.1 WP_110366458.1 22.1 1121 753 23 31 1129 6 1029 2.76e-48 186 KKQ50904.1 WP_133325549.1 20.3 1120 743 22 32 1127 5 998 1.61e-43 170 KKQ50904.1 WP_265225845.1 21.1 1152 729 28 40 1126 15 1050 1.43e-32 135 KKQ50904.1 MBT8462299.1 30.7 205 117 4 956 1136 2 205 1.02e-16 79.3 XP_034577512.1 XP_034577512.1 100 850 0 0 1 850 1 850 0.0 1731 CDN40573.1 CDN40573.1 100 470 0 0 1 470 1 470 0.0 894 CDN40573.1 Q8XJN8.1 33.5 209 126 6 271 469 26 231 5.75e-24 98.6 CDN40573.1 MBE6142085.1 28.1 217 145 6 256 464 11 224 1.37e-17 80.1 CDN40573.1 NLR72952.1 28.6 126 84 2 262 385 28 149 1.24e-11 62.8 CDN40573.1 XP_049399244.1 26.4 129 69 4 267 373 80 204 1.44e-05 45.4 HAN0352225.1 HAN0352225.1 100 512 0 0 1 512 1 512 0.0 1002 HAN0352225.1 KDT27382.1 78.1 416 89 1 97 512 53 466 8.29e-240 676 HAN0352225.1 EFN5389376.1 70.7 481 139 1 32 512 187 665 6.40e-237 675 HAN0352225.1 EJW7579374.1 65.6 291 98 1 1 291 5 293 1.11e-127 372 HAN0352225.1 EIH4263652.1 65.2 293 100 1 30 322 296 586 2.81e-123 371 HAN0352225.1 EFL5817307.1 62.9 232 84 1 31 262 250 479 9.78e-88 276 HAN0352225.1 EDD0587303.1 27.7 405 185 17 75 446 780 1109 1.96e-14 74.7 MBQ7354351.1 MBQ7354351.1 100 322 0 0 1 322 1 322 1.03e-252 682 PQN90025.1 PQN90025.1 100 21 0 0 1 21 1 21 7.36e-09 42.4 WP_153656540.1 WP_153656540.1 100 759 0 0 1 759 1 759 0.0 1469 WP_153656540.1 WP_203203455.1 59.4 763 300 3 4 757 20 781 1.51e-319 889 WP_153656540.1 CFU01724.1 56.3 87 38 0 668 754 1 87 9.97e-27 102 ABL14307.1 ABL14307.1 100 255 0 0 1 255 1 255 1.38e-187 512 MCI0559521.1 MCI0559521.1 100 463 0 0 1 463 1 463 0.0 877 MCC2110934.1 MCC2110934.1 100 87 0 0 1 87 1 87 7.45e-54 160 MCC2110934.1 WP_238975975.1 43.2 81 43 1 1 81 429 506 3.22e-11 55.8 HBO1212818.1 HBO1212818.1 100 340 0 0 1 340 1 340 9.78e-242 656 WP_003176097.1 WP_003176097.1 100 285 0 0 1 285 1 285 1.22e-196 537 WP_003176097.1 MBK7557264.1 29.3 232 141 8 43 253 5 234 3.28e-19 83.2 EEJ3660224.1 EEJ3660224.1 100 118 0 0 1 118 1 118 5.39e-84 239 YP_009550556.1 YP_009550556.1 100 469 0 0 1 469 1 469 0.0 978 WP_262088989.1 WP_262088989.1 100 246 0 0 1 246 1 246 1.95e-178 488 WP_146205473.1 WP_146205473.1 100 58 0 0 1 58 1 58 6.78e-35 110 WP_146205473.1 WP_236961032.1 61.9 42 16 0 1 42 49 90 8.92e-14 58.2 WP_146205473.1 WP_188888464.1 46.2 39 21 0 1 39 183 221 1.30e-05 38.5 WP_010875413.1 WP_010875413.1 100 200 0 0 1 200 1 200 2.40e-138 383 HET19548.1 HET19548.1 100 45 0 0 1 45 1 45 2.12e-28 93.2 HET19548.1 WP_067123247.1 51.9 27 13 0 1 27 1 27 8.92e-04 32.7 GFS24540.1 GFS24540.1 100 31 0 0 1 31 1 31 4.83e-18 68.9 WP_189862922.1 WP_189862922.1 100 115 0 0 1 115 1 115 7.18e-74 213 WP_174742261.1 WP_174742261.1 100 230 0 0 1 230 1 230 1.33e-168 462 MBJ9849823.1 MBJ9849823.1 100 456 0 0 1 456 1 456 1.33e-316 855 MCF8113477.1 MCF8113477.1 100 295 0 0 1 295 1 295 4.46e-188 516 MAH35553.1 MAH35553.1 100 511 0 0 1 511 1 511 0.0 1057 MAH35553.1 MAZ13301.1 56.1 492 211 2 22 509 35 525 1.50e-210 592 MAH35553.1 MBO5962796.1 24.5 371 221 14 38 378 305 646 4.27e-24 104 WP_276357708.1 WP_276357708.1 100 85 0 0 1 85 1 85 1.03e-59 175 KAJ7618075.1 KAJ7618075.1 100 306 0 0 1 306 1 306 1.44e-210 574 WP_192324556.1 WP_192324556.1 100 625 0 0 1 625 1 625 0.0 1189 WP_192324556.1 WP_227059655.1 59.2 620 245 2 3 622 10 621 8.86e-248 695 WP_192324556.1 RUU66461.1 53.0 396 164 3 222 617 4 377 5.36e-125 372 WP_192324556.1 WP_066083732.1 53.8 264 117 1 13 276 6 264 7.25e-85 267 WP_192324556.1 MBQ3864274.1 50.3 288 130 4 311 594 5 283 1.55e-83 263 WP_192324556.1 MCP5262709.1 48.9 272 132 2 13 284 1 265 3.10e-78 249 WP_192324556.1 GLY24463.1 49.6 264 127 2 13 276 4 261 3.79e-76 244 WP_192324556.1 WP_107894076.1 47.8 272 128 2 13 280 5 266 1.08e-75 243 WP_192324556.1 WP_098952357.1 48.4 279 142 2 318 595 3 280 3.83e-74 239 WP_192324556.1 WP_226904802.1 48.7 279 142 1 315 593 19 296 3.04e-73 237 MBV8927738.1 MBV8927738.1 100 79 0 0 1 79 1 79 1.25e-55 164 GKW22999.1 GKW22999.1 100 215 0 0 1 215 1 215 5.21e-154 424 GKW22999.1 WP_283181662.1 28.4 194 135 4 19 209 14 206 4.95e-13 63.9 WP_146272353.1 WP_146272353.1 100 1005 0 0 1 1005 1 1005 0.0 1948 WP_146272353.1 MBP3518143.1 29.6 1081 602 37 30 1005 45 1067 9.08e-95 322 WP_146272353.1 WP_214826002.1 30.0 1008 572 39 81 1005 7 963 2.09e-93 317 WP_146272353.1 WP_278843343.1 26.0 1144 641 38 16 1005 2 1083 2.93e-76 270 WP_146272353.1 MCB9353584.1 23.3 1118 652 40 21 1005 4 1041 9.36e-50 189 WP_146272353.1 WP_259301651.1 25.6 1068 643 44 33 1005 52 1050 4.96e-48 184 WP_146272353.1 WP_162428520.1 35.2 88 54 1 38 122 19 106 1.20e-08 57.4 WP_146272353.1 RKX20462.1 27.5 251 155 12 20 250 4 247 6.15e-06 48.5 WP_219133024.1 WP_219133024.1 100 140 0 0 1 140 1 140 7.38e-97 273 WP_219133024.1 MCH8874789.1 38.1 118 69 4 1 115 1 117 1.98e-18 73.9 TMQ14810.1 TMQ14810.1 100 138 0 0 1 138 1 138 9.28e-81 232 CAB0780497.1 CAB0780497.1 100 375 0 0 1 375 1 375 3.60e-273 738 CAB0780497.1 MCS6830908.1 39.0 346 204 5 4 345 6 348 8.50e-71 224 CAB0780497.1 XP_020103231.1 38.4 357 198 6 4 347 92 439 1.43e-66 216 CAB0780497.1 NCW99628.1 44.2 154 85 1 192 345 1 153 3.62e-44 149 WP_279268272.1 WP_279268272.1 100 855 0 0 1 855 1 855 0.0 1705 WP_201454235.1 WP_201454235.1 100 54 0 0 1 54 1 54 1.80e-35 111 WP_107169208.1 WP_107169208.1 100 362 0 0 1 362 1 362 3.62e-255 692 WP_107169208.1 WP_000484099.1 32.9 164 108 2 198 360 204 366 4.23e-21 91.7 WP_107169208.1 MBI5333464.1 36.2 163 100 3 202 361 228 389 2.36e-20 89.7 WP_107169208.1 WP_269885397.1 31.8 157 106 1 198 354 107 262 5.12e-20 87.0 WP_107169208.1 EGR2272270.1 36.9 122 76 1 234 354 548 669 1.01e-19 89.0 WP_107169208.1 WP_145544593.1 38.3 167 94 6 188 354 352 509 2.60e-19 87.4 WP_107169208.1 CKF71070.1 32.7 153 103 0 202 354 323 475 3.44e-19 87.4 WP_107169208.1 WP_230171322.1 36.1 169 92 5 202 362 603 763 7.37e-18 83.6 WP_107169208.1 MBK6870374.1 34.0 147 92 3 208 354 1 142 1.08e-17 79.0 WP_107169208.1 HAB03480.1 32.5 169 100 5 202 360 660 824 4.27e-17 81.3 WP_258315721.1 WP_258315721.1 100 179 0 0 1 179 1 179 7.69e-136 375 MBQ0056002.1 MBQ0056002.1 100 70 0 0 1 70 1 70 9.19e-45 136 EMS62928.1 EMS62928.1 100 409 0 0 1 409 1 409 2.41e-286 775 EMS62928.1 WP_039190453.1 40.8 316 186 1 93 407 139 454 1.30e-77 246 EMS62928.1 MBR1628375.1 23.1 229 165 5 137 363 49 268 3.61e-13 68.2 MBK6276192.1 MBK6276192.1 100 414 0 0 1 414 1 414 4.23e-278 754 RLS80176.1 RLS80176.1 100 141 0 0 1 141 1 141 3.51e-100 281 MAU73077.1 MAU73077.1 100 346 0 0 1 346 1 346 2.82e-244 663 MAU73077.1 MCG8513288.1 23.8 244 159 9 35 271 32 255 4.30e-07 49.3 XP_046801602.1 XP_046801602.1 100 1294 0 0 1 1294 1 1294 0.0 1514 WP_231783900.1 WP_231783900.1 100 140 0 0 1 140 1 140 1.01e-103 290 MCJ1706109.1 MCJ1706109.1 100 489 0 0 1 489 1 489 0.0 897 WP_076788335.1 WP_076788335.1 100 373 0 0 1 373 1 373 2.13e-289 779 MCR5830520.1 MCR5830520.1 100 471 0 0 1 471 1 471 0.0 884 MBB3050407.1 MBB3050407.1 100 81 0 0 1 81 1 81 3.99e-53 158 MBB3050407.1 WP_267292626.1 35.5 76 47 1 6 81 117 190 3.82e-09 49.7 MBB3050407.1 OFZ89526.1 38.2 76 44 2 7 81 4 77 5.16e-09 49.3 MCH7900379.1 MCH7900379.1 100 198 0 0 1 198 1 198 8.46e-147 404 WP_209434296.1 WP_209434296.1 100 240 0 0 1 240 1 240 1.20e-160 442 WP_209434296.1 WP_110808154.1 38.7 204 121 1 15 218 13 212 3.37e-33 118 WP_209434296.1 MBG9445742.1 30.4 194 133 1 15 208 12 203 1.79e-17 76.6 WP_209434296.1 MCO5064371.1 28.9 218 130 3 7 202 36 250 4.09e-16 73.9 WP_011531028.1 WP_011531028.1 100 120 0 0 1 120 1 120 1.79e-83 238 WP_011531028.1 MAO00220.1 46.6 116 57 2 7 117 1 116 3.21e-28 98.2 NVM16230.1 NVM16230.1 100 177 0 0 1 177 1 177 5.63e-128 355 EGQ64187.1 EGQ64187.1 100 44 0 0 1 44 1 44 2.73e-26 87.8 NCC17292.1 NCC17292.1 100 382 0 0 1 382 1 382 3.85e-292 787 NCC17292.1 EEW7484806.1 37.6 133 83 0 243 375 2 134 4.76e-25 97.8 NCC17292.1 MBX5702633.1 35.6 132 85 0 239 370 6 137 2.49e-21 88.2 HAV8610731.1 HAV8610731.1 100 741 0 0 1 741 1 741 0.0 1412 HAV8610731.1 WP_003939801.1 28.7 275 191 2 443 716 5 275 3.11e-31 122 HAV8610731.1 WP_024498088.1 32.6 187 119 2 534 715 115 299 1.78e-20 91.3 HAV8610731.1 MAJ59213.1 40.9 66 39 0 545 610 671 736 1.37e-08 56.6 KAJ4533602.1 KAJ4533602.1 100 129 0 0 1 129 1 129 1.67e-90 256 KAG7462827.1 KAG7462827.1 100 766 0 0 1 766 1 766 0.0 1523 BBF42184.1 BBF42184.1 100 263 0 0 1 263 1 263 4.48e-197 536 PWU18232.1 PWU18232.1 100 319 0 0 1 319 1 319 7.88e-226 614 PWU18232.1 MCI0677710.1 48.9 307 144 6 13 317 8 303 4.14e-79 241 PWU18232.1 MBQ9976843.1 40.3 318 169 6 9 317 2 307 2.61e-63 201 PWU18232.1 MBM3366565.1 41.5 212 114 4 18 225 18 223 5.16e-39 135 MBV8660698.1 MBV8660698.1 100 132 0 0 1 132 1 132 2.54e-91 258 WP_164904950.1 WP_164904950.1 100 54 0 0 1 54 1 54 3.64e-35 110 MBQ2317532.1 MBQ2317532.1 100 151 0 0 1 151 1 151 3.15e-101 285 WP_215557653.1 WP_215557653.1 100 262 0 0 1 262 1 262 2.37e-187 512 WP_215557653.1 MCC6044083.1 45.7 221 119 1 1 221 1 220 4.27e-62 196 WP_215557653.1 MCF7808720.1 45.0 222 122 0 3 224 6 227 4.58e-61 191 WP_215557653.1 MCB0243881.1 44.1 220 123 0 3 222 5 224 9.83e-59 184 WP_215557653.1 MBT4161918.1 41.1 219 129 0 3 221 6 224 3.64e-54 173 WP_215557653.1 WP_250499463.1 44.9 227 114 2 3 223 8 229 2.38e-53 171 WP_215557653.1 CAI8213472.1 38.9 229 137 1 1 229 12 237 1.39e-50 164 WP_215557653.1 WP_222125851.1 38.4 229 123 6 3 222 1 220 1.25e-40 139 WP_215557653.1 WP_279984614.1 38.9 229 128 5 3 224 9 232 8.01e-40 137 WP_215557653.1 WP_211555180.1 35.7 182 115 2 22 203 18 197 1.89e-31 114 MBQ2346567.1 MBQ2346567.1 100 292 0 0 1 292 1 292 1.01e-203 556 WP_138785174.1 WP_138785174.1 100 268 0 0 1 268 1 268 2.21e-195 533 WP_138785174.1 WP_263072085.1 29.4 231 151 4 35 262 29 250 1.74e-21 89.0 HCK66187.1 HCK66187.1 100 333 0 0 1 333 1 333 1.05e-237 645 MBO7492856.1 MBO7492856.1 100 188 0 0 1 188 1 188 5.34e-136 376 WP_138125503.1 WP_138125503.1 100 341 0 0 1 341 1 341 1.42e-255 691 WP_138125503.1 WP_069697901.1 67.6 339 109 1 1 338 1 339 3.92e-172 480 WP_138125503.1 WP_266179881.1 43.8 338 181 6 2 335 3 335 1.07e-86 263 WP_138125503.1 WP_223413240.1 42.9 338 184 6 2 335 3 335 4.93e-82 251 WP_138125503.1 EFX2174330.1 31.9 313 201 6 2 309 5 310 8.48e-46 157 WP_138125503.1 OGK79387.1 31.0 145 89 3 59 201 58 193 8.40e-09 53.9 WP_138125503.1 MCP4974199.1 27.1 144 93 3 2 139 9 146 8.36e-08 51.6 WP_138125503.1 CDE36962.1 39.1 46 28 0 47 92 56 101 5.87e-04 39.7 PKU92481.1 PKU92481.1 100 274 0 0 1 274 1 274 1.14e-200 546 MOM40962.1 MOM40962.1 100 21 0 0 1 21 1 21 1.67e-14 56.6 WP_205443952.1 WP_205443952.1 100 396 0 0 1 396 1 396 3.18e-289 781 WP_205443952.1 CAA0126222.1 48.0 419 192 7 1 396 7 422 4.92e-116 343 WP_205443952.1 WP_122873240.1 34.8 431 212 19 4 387 8 416 6.76e-54 182 WP_205443952.1 MBO7597869.1 27.1 417 256 14 8 396 8 404 2.59e-27 110 WP_205443952.1 WP_064047563.1 29.2 168 97 6 4 161 6 161 4.74e-05 43.5 WP_205443952.1 KRX15989.1 31.1 61 40 1 3 63 15 73 8.91e-05 42.7 WP_064038193.1 WP_064038193.1 100 81 0 0 1 81 1 81 3.13e-59 173 MCS6937099.1 MCS6937099.1 100 80 0 0 1 80 1 80 2.71e-55 163 KAF9171043.1 KAF9171043.1 100 194 0 0 1 194 1 194 8.44e-136 376 WP_239913672.1 WP_239913672.1 100 421 0 0 1 421 1 421 9.28e-281 761 WP_239913672.1 WP_113669955.1 36.4 404 256 1 4 406 5 408 2.80e-79 249 WP_239913672.1 WP_087384365.1 34.1 414 266 4 11 418 16 428 9.12e-67 217 WP_239913672.1 NCV89943.1 26.7 445 275 12 14 419 22 454 5.86e-27 110 WP_214186529.1 WP_214186529.1 100 104 0 0 1 104 1 104 1.35e-75 216 ABD26457.1 ABD26457.1 100 131 0 0 1 131 1 131 2.04e-67 198 ABD26457.1 WP_147833981.1 44.6 65 35 1 9 73 7 70 9.63e-08 46.6 MCH2598227.1 MCH2598227.1 100 822 0 0 1 822 1 822 0.0 1602 WP_009025642.1 WP_009025642.1 100 426 0 0 1 426 1 426 4.28e-300 811 WP_009025642.1 WP_281462881.1 30.6 366 216 10 49 397 10 354 2.05e-35 132 MCB0330656.1 MCB0330656.1 100 172 0 0 1 172 1 172 4.66e-120 334 WP_029189383.1 WP_029189383.1 100 445 0 0 1 445 1 445 1.48e-312 844 WP_222163701.1 WP_222163701.1 100 310 0 0 1 310 1 310 1.46e-221 602 WP_222163701.1 WP_213775833.1 41.5 270 154 1 26 295 24 289 4.18e-59 189 PIP86899.1 PIP86899.1 100 509 0 0 1 509 1 509 0.0 932 WP_082884485.1 WP_082884485.1 100 480 0 0 1 480 1 480 0.0 924 MCB1376795.1 MCB1376795.1 100 189 0 0 1 189 1 189 1.47e-138 382 WP_134262365.1 WP_134262365.1 100 530 0 0 1 530 1 530 0.0 1053 OQC16336.1 OQC16336.1 100 761 0 0 1 761 1 761 0.0 1519 OQC16336.1 WP_236939362.1 26.4 576 354 18 40 608 3 515 8.16e-48 178 OQC16336.1 MBQ2777352.1 30.8 185 101 7 437 604 197 371 1.13e-13 72.8 OQC16336.1 MBP3509218.1 27.6 199 114 7 420 602 185 369 2.17e-11 65.5 OQC16336.1 KAJ3918428.1 21.3 385 242 13 36 400 36 379 1.94e-07 52.4 OQC16336.1 EHP6050825.1 27.5 160 97 6 452 597 323 477 1.36e-06 50.1 OQC16336.1 NQU26924.1 26.5 151 98 5 460 604 552 695 1.61e-04 43.5 WP_144099812.1 WP_144099812.1 100 386 0 0 1 386 1 386 4.52e-293 790 WP_160346534.1 WP_160346534.1 100 371 0 0 1 371 1 371 3.43e-269 728 WP_108756325.1 WP_108756325.1 100 473 0 0 1 473 1 473 0.0 902 WP_108756325.1 WP_057201184.1 39.8 480 265 8 7 472 5 474 1.50e-86 272 WP_108756325.1 WP_257689765.1 38.1 470 271 6 8 465 16 477 3.76e-84 266 WP_108756325.1 WP_131836551.1 39.6 472 274 7 9 470 21 491 1.41e-82 262 WP_108756325.1 XP_050320449.1 37.6 479 270 9 8 469 14 480 8.00e-74 239 WP_108756325.1 WP_061795322.1 36.0 481 287 9 8 472 22 497 1.03e-72 236 WP_108756325.1 WP_255965801.1 33.7 451 289 6 26 469 33 480 1.08e-62 209 WP_108756325.1 WP_195426888.1 32.2 441 277 6 27 456 36 465 1.09e-56 194 WP_108756325.1 WP_008959270.1 32.2 454 295 6 27 469 30 481 1.07e-53 186 WP_108756325.1 WP_205186167.1 34.5 412 251 6 65 465 4 407 8.17e-49 171 MBQ9907360.1 MBQ9907360.1 100 261 0 0 1 261 1 261 1.18e-191 523 EHK6691416.1 EHK6691416.1 100 408 0 0 1 408 1 408 4.77e-297 801 MQM04273.1 MQM04273.1 100 79 0 0 1 79 1 79 1.46e-54 161 KAJ6491222.1 KAJ6491222.1 100 404 0 0 1 404 1 404 7.58e-276 748 WP_235565772.1 WP_235565772.1 100 143 0 0 1 143 1 143 7.33e-103 288 XP_049147251.1 XP_049147251.1 100 416 0 0 1 416 1 416 1.32e-298 806 WP_242161393.1 WP_242161393.1 100 215 0 0 1 215 1 215 1.69e-159 437 WP_242161393.1 MBQ8417539.1 47.3 205 107 1 1 205 1 204 4.35e-63 193 WP_242161393.1 MBI5405531.1 36.6 205 129 1 1 204 1 205 3.36e-45 148 WP_283557067.1 WP_283557067.1 100 475 0 0 1 475 1 475 0.0 892 WP_283557067.1 WP_094840069.1 31.2 510 287 9 9 461 7 509 2.09e-52 183 WP_283557067.1 WP_212054759.1 31.1 495 305 10 1 461 1 493 6.97e-49 173 WP_283557067.1 MBI4806480.1 29.2 486 292 9 12 462 8 476 1.36e-43 158 WP_283557067.1 WP_279840346.1 28.6 476 317 6 5 460 2 474 4.76e-42 154 WP_283557067.1 WP_224791962.1 27.4 475 318 8 8 459 3 473 1.77e-34 133 WP_283557067.1 WP_076595086.1 22.5 493 326 9 1 459 1 471 2.02e-16 79.7 URP80785.1 UKU68032.1 83.1 4375 738 1 1 4375 28 4401 0.0 6814 URP80785.1 UOU30556.1 84.8 4371 665 0 1 4371 28 4398 0.0 6811 URP80785.1 UXH94526.1 82.7 4375 754 1 1 4375 28 4401 0.0 6811 URP80785.1 UIR12670.1 82.8 4371 752 1 1 4371 28 4397 0.0 6809 URP80785.1 UKN67998.1 82.7 4371 753 1 1 4371 8 4377 0.0 6807 URP80785.1 UMF87224.1 82.2 4371 776 1 1 4371 28 4397 0.0 6796 URP80785.1 UJV88611.1 84.0 4375 701 1 1 4375 28 4401 0.0 6775 URP80785.1 UJJ97602.1 83.8 4375 708 1 1 4375 28 4401 0.0 6757 URP80785.1 UJS94137.1 83.5 4297 710 1 79 4375 1 4296 0.0 6662 URP80785.1 UJT06733.1 77.1 4371 1002 1 1 4371 28 4397 0.0 6192 WP_193850569.1 WP_193850569.1 100 195 0 0 1 195 1 195 6.96e-140 386 WP_193850569.1 HCI4632030.1 68.3 41 13 0 1 41 1 41 9.40e-14 61.2 AKU96165.1 AKU96165.1 100 115 0 0 1 115 1 115 6.90e-81 231 WP_147135386.1 WP_147135386.1 100 474 0 0 1 474 1 474 3.18e-308 835 WP_147135386.1 OLB27154.1 36.8 478 259 5 34 468 38 515 2.86e-82 262 WP_147135386.1 HHC07960.1 26.8 380 250 11 36 407 19 378 2.38e-26 109 WP_147135386.1 WP_026002460.1 24.0 384 256 12 35 405 10 370 4.90e-10 59.7 WP_250798057.1 WP_250798057.1 100 247 0 0 1 247 1 247 1.49e-178 488 WP_112088864.1 WP_112088864.1 100 539 0 0 1 539 1 539 0.0 1043 WP_112088864.1 WP_014657023.1 35.5 516 304 8 25 527 19 518 8.56e-78 252 WP_112088864.1 EHR6291555.1 25.6 520 311 19 12 490 8 492 3.82e-12 67.0 WP_112088864.1 MBQ9964693.1 31.4 169 85 4 19 183 9 150 3.66e-10 57.8 WP_112088864.1 CDZ73727.1 32.9 140 84 4 370 501 30 167 4.53e-06 46.6 WP_112088864.1 WP_008056683.1 33.8 139 70 6 370 490 268 402 8.09e-06 47.0 WP_112088864.1 WP_142931103.1 25.8 186 109 5 360 521 279 459 1.50e-05 45.8 WP_112088864.1 WP_071876418.1 32.9 164 90 7 371 517 331 491 2.81e-05 45.1 MBQ9976843.1 MBQ9976843.1 100 308 0 0 1 308 1 308 1.36e-225 612 MBQ9976843.1 PWU18232.1 40.3 318 169 6 2 307 9 317 1.60e-67 212 MBQ9976843.1 MCI0677710.1 40.5 306 170 5 6 308 8 304 1.74e-66 209 MBQ9976843.1 MBM3366565.1 41.7 216 120 4 6 217 10 223 1.39e-43 147 TMF32236.1 TMF32236.1 100 330 0 0 1 330 1 330 9.45e-244 660 TMF32236.1 MAJ92374.1 35.0 326 207 4 1 323 1 324 2.29e-62 199 SDO77973.1 SDO77973.1 100 147 0 0 1 147 1 147 1.92e-100 283 WP_197521413.1 WP_197521413.1 100 281 0 0 1 281 1 281 9.73e-201 547 WP_197521413.1 WP_278489123.1 35.4 268 143 6 21 275 27 277 5.18e-36 128 WP_197521413.1 WP_071876418.1 33.2 229 134 5 2 214 4 229 8.27e-26 104 WP_197521413.1 WP_152652784.1 32.2 205 128 4 21 215 20 223 5.43e-22 91.7 WP_197521413.1 WP_072380563.1 29.7 232 141 4 1 215 1 227 5.18e-21 87.8 WP_197521413.1 WP_192500494.1 27.7 224 151 3 6 220 2 223 2.84e-18 81.3 WP_197521413.1 WP_084371009.1 29.2 226 144 4 2 217 3 222 3.23e-16 75.5 WP_197521413.1 WP_281543397.1 29.6 206 130 5 21 214 4 206 9.90e-16 73.9 WP_197521413.1 WP_150396769.1 25.1 255 170 7 21 259 39 288 2.96e-13 67.8 WP_197521413.1 WP_211555180.1 30.3 208 123 7 25 212 22 227 1.68e-12 63.9 HBO3907473.1 HBO3907473.1 100 315 0 0 1 315 1 315 3.48e-227 617 HBO3907473.1 MBT4680312.1 28.5 144 100 3 29 172 31 171 7.98e-16 72.8 WP_200567098.1 WP_200567098.1 100 385 0 0 1 385 1 385 1.07e-270 733 WP_200567098.1 MCA3282362.1 26.8 254 162 9 17 259 20 260 6.01e-12 64.7 WP_005392478.1 WP_005392478.1 100 343 0 0 1 343 1 343 3.35e-255 690 WP_005392478.1 GLV83862.1 24.6 260 173 5 62 301 82 338 1.23e-09 57.4 WP_209106433.1 WP_209106433.1 100 264 0 0 1 264 1 264 6.07e-191 521 XP_048593444.1 XP_048593444.1 100 257 0 0 1 257 1 257 6.36e-194 528 EFC33499.1 EFC33499.1 100 162 0 0 1 162 1 162 1.36e-114 320 HIV94128.1 HIV94128.1 100 345 0 0 1 345 1 345 3.31e-247 670 MBK8637870.1 MBK8637870.1 100 445 0 0 1 445 1 445 0.0 868 RXK40695.1 RXK40695.1 100 567 0 0 1 567 1 567 0.0 1164 EFG7308611.1 EFG7308611.1 100 78 0 0 174 251 174 251 8.93e-52 167 WP_202220633.1 WP_202220633.1 100 368 0 0 1 368 1 368 1.04e-257 699 MCA1697375.1 MCA1697375.1 100 329 0 0 1 329 1 329 1.51e-244 662 MCA1697375.1 MCL4835344.1 26.0 273 159 12 53 291 47 310 9.20e-08 51.2 MCA1697375.1 WP_041488527.1 42.6 47 27 0 251 297 4 50 3.74e-06 42.4 MCA1697375.1 WP_270757591.1 25.2 230 126 11 104 307 186 395 1.06e-05 45.1 KAG0237649.1 KAG0237649.1 100 526 0 0 1 526 1 526 0.0 1046 KAG0237649.1 EJG1264510.1 23.0 435 294 9 93 524 44 440 1.32e-19 89.7 KAG0237649.1 MBV8506574.1 23.4 367 220 12 110 466 1 316 1.48e-10 61.2 MYS55468.1 MYS55468.1 100 482 0 0 1 482 1 482 1.97e-306 832 WP_188867472.1 WP_188867472.1 100 145 0 0 1 145 1 145 1.72e-102 288 WP_188867472.1 WP_262175203.1 32.2 143 94 3 4 145 3 143 2.23e-18 74.7 WP_233286789.1 WP_233286789.1 100 667 0 0 1 667 1 667 0.0 1075 WP_233286789.1 MBQ9679177.1 27.0 211 132 7 370 566 462 664 7.26e-12 67.0 WP_233286789.1 WP_194957532.1 29.3 174 116 4 160 330 33 202 9.09e-12 66.6 WP_233286789.1 MCL6457358.1 28.7 108 74 2 380 484 511 618 6.67e-06 47.8 WP_233286789.1 WP_123159424.1 23.1 221 124 9 262 478 441 619 5.80e-05 44.7 WP_233286789.1 MCL2204087.1 27.5 120 75 4 370 482 439 553 1.72e-04 43.1 WP_233286789.1 MSZ29533.1 31.4 105 69 2 378 479 520 624 1.77e-04 43.1 WP_233286789.1 WP_081224968.1 33.3 102 59 6 380 478 524 619 6.76e-04 41.2 WP_233286789.1 CAI9595211.1 25.2 107 70 3 378 478 562 664 9.07e-04 40.8 WP_034473228.1 WP_034473228.1 100 1131 0 0 1 1131 1 1131 0.0 2202 WP_034473228.1 WP_228062638.1 49.2 1132 506 9 4 1131 2 1068 0.0 982 WP_034473228.1 WP_241468713.1 26.5 1153 679 26 8 1097 4 1052 8.44e-91 315 WP_034473228.1 STF90731.1 27.8 688 420 15 8 663 4 646 1.42e-59 216 WP_145937814.1 WP_145937814.1 100 384 0 0 1 384 1 384 1.22e-280 758 WP_145937814.1 UCF78466.1 48.1 376 192 2 6 381 3 375 4.53e-113 333 WP_145937814.1 WP_019585553.1 37.4 380 233 4 6 381 16 394 2.49e-78 245 WP_145937814.1 WP_158057697.1 34.4 372 236 6 13 380 16 383 7.41e-62 202 WP_145937814.1 WP_275495439.1 34.6 402 230 11 6 381 8 402 1.71e-58 194 WP_145937814.1 XP_027540421.1 30.8 377 252 5 9 381 31 402 4.10e-55 185 WP_145937814.1 MCH8312862.1 33.5 352 224 4 30 381 11 352 1.46e-53 179 WP_145937814.1 RYZ40664.1 33.2 386 241 6 2 381 12 386 2.89e-49 169 WP_145937814.1 WP_278361924.1 26.9 387 268 6 2 381 1 379 8.80e-29 114 WP_145937814.1 WP_184601943.1 26.0 369 242 11 33 377 150 511 3.63e-19 87.8 WP_110236450.1 WP_110236450.1 100 183 0 0 1 183 1 183 8.94e-137 377 MBG0749417.1 MBG0749417.1 100 48 0 0 1 48 1 48 2.35e-33 105 MBW7885425.1 MBW7885425.1 100 486 0 0 1 486 1 486 0.0 940 MBW7885425.1 WP_096277301.1 31.2 426 275 11 48 461 41 460 3.16e-45 162 MBW7885425.1 MBT3931813.1 28.5 158 104 4 310 461 47 201 4.14e-10 57.8 WP_020424556.1 WP_020424556.1 100 1514 0 0 1 1514 1 1514 0.0 3000 WP_020424556.1 KQO71000.1 50.7 1534 689 16 2 1477 32 1562 0.0 1460 WP_020424556.1 GIS82389.1 41.9 62 36 0 381 442 2 63 3.69e-13 64.7 WP_094570475.1 WP_094570475.1 100 243 0 0 1 243 1 243 5.05e-159 439 WP_109128643.1 WP_109128643.1 100 365 0 0 1 365 1 365 9.92e-275 741 AGS31853.1 AGS31853.1 100 138 0 0 1 138 1 138 9.03e-97 273 AGS31853.1 WP_018431719.1 44.6 112 59 2 18 128 67 176 2.84e-23 92.0 AGS31853.1 ABB86219.1 88.1 42 5 0 1 42 34 75 4.62e-21 79.3 AGS31853.1 WP_122705662.1 39.2 97 52 1 17 113 50 139 2.87e-17 73.6 MBK7190470.1 MBK7190470.1 100 59 0 0 1 59 1 59 2.31e-40 124 WP_256569498.1 WP_256569498.1 100 339 0 0 1 339 1 339 1.59e-251 681 WP_092203677.1 WP_092203677.1 100 165 0 0 1 165 1 165 3.31e-112 314 ELB87175.1 ELB87175.1 100 270 0 0 1 270 1 270 3.51e-193 527 WP_011185207.1 WP_011185207.1 100 340 0 0 1 340 1 340 1.81e-237 645 WP_158104363.1 WP_158104363.1 100 868 0 0 1 868 1 868 0.0 1728 WP_158104363.1 WP_031101924.1 24.3 404 242 16 67 410 307 706 2.80e-09 59.3 CAB1315112.1 CAB1315112.1 100 247 0 0 1 247 1 247 4.72e-150 416 WP_278579814.1 WP_278579814.1 100 217 0 0 1 217 1 217 1.08e-147 408 WP_158791585.1 WP_158791585.1 100 252 0 0 1 252 1 252 4.28e-185 505 WP_158791585.1 WP_207918089.1 57.0 251 105 3 3 252 4 252 2.11e-97 283 WP_158791585.1 MBC7326981.1 58.3 247 99 3 8 252 10 254 1.30e-96 281 WP_158791585.1 WP_174822921.1 55.6 250 107 4 5 252 8 255 1.34e-96 281 WP_158791585.1 MXP43753.1 57.6 245 100 4 10 252 20 262 2.40e-96 281 WP_158791585.1 OAN53756.1 55.1 247 107 4 8 252 15 259 1.68e-88 261 WP_158791585.1 MBP1876254.1 35.5 234 135 5 15 243 16 238 4.65e-30 113 WP_158791585.1 WP_279984614.1 27.9 251 166 4 5 248 10 252 1.00e-26 102 WP_158791585.1 WP_152652784.1 30.5 213 126 5 5 212 6 201 5.91e-25 99.0 WP_158791585.1 WP_167977039.1 28.9 211 126 8 7 210 8 201 5.46e-17 76.3 WP_167977039.1 WP_167977039.1 100 250 0 0 1 250 1 250 1.26e-176 484 WP_167977039.1 WP_022619009.1 26.7 217 155 2 20 235 18 231 6.53e-29 107 WP_167977039.1 HBO4828144.1 38.8 196 111 6 19 212 28 216 9.53e-28 105 WP_167977039.1 WP_279984614.1 28.9 235 153 4 2 224 6 238 1.86e-26 102 WP_167977039.1 WP_276362074.1 29.6 233 148 4 5 221 4 236 3.33e-23 93.2 WP_167977039.1 EHR6291555.1 29.1 234 152 5 1 227 1 227 2.56e-21 90.9 WP_167977039.1 WP_170725874.1 31.2 202 127 5 16 212 15 209 2.81e-21 89.4 WP_167977039.1 WP_153844272.1 26.6 207 141 3 1 197 1 206 4.56e-18 81.3 WP_167977039.1 MCC6044083.1 31.5 203 123 4 5 197 6 202 1.67e-17 78.6 WP_167977039.1 WP_158791585.1 29.4 211 125 8 8 201 7 210 2.70e-16 74.3 WP_110431153.1 WP_110431153.1 100 475 0 0 1 475 1 475 0.0 913 WP_177084516.1 WP_177084516.1 100 247 0 0 1 247 1 247 1.56e-189 516 RZL08229.1 RZL08229.1 100 346 0 0 1 346 1 346 5.44e-242 657 KAF6750975.1 KAF6750975.1 100 489 0 0 1 489 1 489 1.56e-288 787 WP_086123022.1 WP_086123022.1 100 541 0 0 1 541 1 541 0.0 1103 WP_086123022.1 WP_057859275.1 46.2 541 280 7 1 535 1 536 1.22e-158 461 WP_086123022.1 WP_014213241.1 31.6 490 281 10 16 501 24 463 5.59e-76 247 WP_086123022.1 WP_007577863.1 33.7 472 259 13 39 505 49 471 1.25e-69 231 WP_086123022.1 WP_113913927.1 26.0 262 141 10 5 232 6 248 3.79e-09 57.0 MSO18531.1 MSO18531.1 100 242 0 0 1 242 1 242 7.04e-170 466 NWW43432.1 NWW43432.1 100 399 0 0 1 399 1 399 1.10e-203 565 CAF2048201.1 CAF2048201.1 100 142 0 0 1 142 1 142 1.27e-98 278 NWT28302.1 NWT28302.1 100 586 0 0 1 586 1 586 0.0 1187 NWT28302.1 MBQ2719788.1 32.8 549 338 12 12 549 24 552 4.07e-74 245 NWT28302.1 MCC6251785.1 22.3 533 314 20 27 545 2 448 1.05e-17 84.3 NWT28302.1 MBL7151874.1 24.1 527 296 24 29 545 7 439 3.02e-15 76.6 NWT28302.1 WP_187918914.1 23.8 302 187 11 31 326 4 268 3.30e-07 51.2 NWT28302.1 WP_011739125.1 26.1 280 166 11 31 304 5 249 1.76e-06 48.9 WP_121183454.1 WP_121183454.1 100 71 0 0 1 71 1 71 1.24e-47 143 AFJ09957.1 AFJ09957.1 100 413 0 0 1 413 1 413 9.90e-313 842 AFJ09957.1 ACY29573.1 92.0 413 33 0 1 413 1 413 1.27e-293 794 AFJ09957.1 QWY38042.1 91.3 400 35 0 1 400 1 400 1.11e-283 768 AFJ09957.1 AFV39595.1 91.8 413 34 0 1 413 54 466 3.11e-282 787 AFJ09957.1 ACH90072.1 92.9 352 25 0 1 352 29 380 9.44e-255 694 AFJ09957.1 BAO11608.1 94.4 339 19 0 1 339 1 339 5.08e-249 677 AFJ09957.1 BAO23243.1 93.0 343 24 0 1 343 1 343 5.65e-247 672 AFJ09957.1 AVA00513.1 90.9 339 31 0 1 339 1 339 4.06e-239 652 AFJ09957.1 AOW36968.1 88.3 333 39 0 17 349 1 333 1.49e-228 625 AFJ09957.1 AOW33101.1 92.5 318 24 0 17 334 1 318 1.57e-224 615 XP_009177739.1 XP_009177739.1 100 239 0 0 1 239 1 239 2.57e-175 479 NXE30976.1 NXE30976.1 100 319 0 0 1 319 1 319 4.48e-241 652 NXE30976.1 RVE76210.1 36.8 340 183 7 8 319 50 385 4.67e-58 193 WP_152884059.1 WP_152884059.1 100 249 0 0 1 249 1 249 1.00e-177 486 MBO1518138.1 MBO1518138.1 100 738 0 0 1 738 1 738 0.0 1462 MBO1518138.1 WP_254467474.1 27.3 707 433 21 50 738 132 775 6.82e-51 188 MBO1518138.1 WP_090221424.1 27.0 704 421 26 66 738 86 727 1.48e-40 157 MBO1518138.1 WP_267184195.1 21.2 683 396 26 72 714 49 629 3.62e-08 55.1 MBO1518138.1 MBX9747080.1 30.6 111 66 5 142 244 93 200 6.25e-05 44.7 MBO1518138.1 HAJ30683.1 21.1 725 462 24 14 650 2 704 2.52e-04 42.7 WP_209676560.1 WP_209676560.1 100 1478 0 0 1 1478 1 1478 0.0 2848 WP_209676560.1 HBE7681505.1 29.6 301 169 12 607 870 923 1218 6.65e-14 75.5 WP_209676560.1 WP_219484458.1 27.7 278 175 8 615 868 397 672 4.70e-13 72.4 WP_209676560.1 WP_139067457.1 29.7 283 172 10 615 873 374 653 7.03e-12 68.6 XP_027131078.1 XP_027131078.1 100 831 0 0 1 831 1 831 0.0 1641 EDQ9505691.1 EDQ9505691.1 100 134 0 0 1 134 1 134 1.45e-82 236 KAG0922869.1 KAG0922869.1 100 129 0 0 1 129 1 129 2.37e-90 256 KAG0922869.1 HCG88012.1 51.4 105 50 1 1 105 48 151 7.55e-28 105 KAG0922869.1 OMF24356.1 41.1 90 46 2 19 105 80 165 2.78e-13 63.5 OXA48312.1 OXA48312.1 100 155 0 0 1 155 1 155 2.58e-111 311 PAV09171.1 PAV09171.1 100 321 0 0 1 321 1 321 1.00e-229 624 PAV09171.1 WP_247623927.1 36.8 307 176 4 25 319 101 401 1.01e-57 189 PAV09171.1 WP_232968558.1 35.2 321 183 5 17 320 1 313 1.60e-57 186 PAV09171.1 WP_166886913.1 24.4 275 172 8 26 282 62 318 1.28e-08 53.9 DAM73724.1 DAM73724.1 100 72 0 0 1 72 1 72 8.29e-51 151 XP_028655184.1 XP_028655184.1 100 690 0 0 1 690 1 690 0.0 1276 XP_028655184.1 XP_014018893.1 72.1 712 164 10 1 690 1 699 0.0 924 MBN2762177.1 MBN2762177.1 100 100 0 0 1 100 1 100 1.01e-66 194 MBN2762177.1 WP_108365493.1 71.0 100 29 0 1 100 1 100 2.07e-48 148 NCV73474.1 NCV73474.1 100 160 0 0 1 160 1 160 4.93e-107 300 WP_128316318.1 WP_128316318.1 100 344 0 0 1 344 1 344 8.06e-243 659 MCR4310565.1 MCR4310565.1 100 397 0 0 1 397 1 397 3.38e-280 758 MCR4310565.1 WP_204638884.1 25.0 268 188 7 133 394 4 264 1.67e-15 74.3 WP_119963696.1 WP_119963696.1 100 554 0 0 1 554 1 554 0.0 1092 WP_221520465.1 WP_221520465.1 100 61 0 0 1 61 1 61 1.18e-34 110 MCI8311254.1 MCI8311254.1 100 528 0 0 1 528 1 528 0.0 899 MCI8311254.1 WP_271340374.1 35.0 117 69 2 305 417 380 493 2.28e-09 58.2 MCI8311254.1 WP_269572442.1 36.3 135 72 4 307 438 428 551 3.98e-09 57.4 MCI8311254.1 WP_104456122.1 38.4 86 46 1 340 425 350 428 4.48e-08 53.9 MCI8311254.1 WP_025739406.1 43.8 80 41 1 340 415 465 544 4.98e-08 53.9 MCI8311254.1 WP_128786583.1 42.0 81 43 1 341 417 459 539 2.61e-07 51.6 MCI8311254.1 WP_156140069.1 41.7 60 32 1 356 415 406 462 4.29e-06 47.8 GIR70810.1 GIR70810.1 100 123 0 0 1 123 1 123 5.69e-95 267 WP_014286324.1 WP_014286324.1 100 177 0 0 1 177 1 177 3.13e-125 348 WP_014286324.1 WP_048427321.1 33.8 160 106 0 6 165 14 173 1.01e-23 91.7 WP_014286324.1 WP_276263713.1 25.9 147 109 0 10 156 24 170 1.73e-17 75.5 WP_014286324.1 WP_017549704.1 25.2 163 106 3 3 150 6 167 2.45e-10 55.8 WP_014286324.1 WP_255657767.1 24.6 134 101 0 7 140 11 144 1.12e-09 53.9 WP_014286324.1 ANP72927.1 36.8 68 43 0 6 73 47 114 7.93e-08 48.9 WP_014286324.1 WP_123470196.1 27.0 89 65 0 6 94 9 97 1.33e-06 45.1 WP_014286324.1 WP_023355490.1 21.9 160 106 3 10 152 15 172 2.47e-05 41.6 MCH7911399.1 MCH7911399.1 100 76 0 0 1 76 1 76 6.61e-52 154 WP_165019025.1 WP_165019025.1 100 340 0 0 1 340 1 340 3.98e-241 654 TMQ04701.1 TMQ04701.1 100 980 0 0 1 980 1 980 0.0 1907 TMQ04701.1 WP_200941876.1 32.8 311 170 11 598 887 207 499 1.52e-30 127 TMQ04701.1 RLB66027.1 29.3 441 212 17 476 892 49 413 7.90e-26 111 TMQ04701.1 WP_140372075.1 27.6 315 215 5 587 892 155 465 9.14e-26 112 TMQ04701.1 WP_167959909.1 28.0 300 165 8 603 892 176 434 1.05e-20 95.5 TMQ04701.1 WP_055153579.1 28.2 415 193 17 496 891 61 389 1.35e-20 94.7 TMQ04701.1 WP_112119927.1 28.6 280 148 8 619 896 141 370 2.04e-20 94.0 TMQ04701.1 WP_068051662.1 25.2 489 255 18 431 894 26 428 3.14e-20 94.0 TMQ04701.1 MBF2759673.1 25.6 317 194 12 611 891 305 615 5.96e-08 55.1 MBR6023659.1 MBR6023659.1 100 141 0 0 1 141 1 141 1.55e-103 290 WP_077603924.1 WP_077603924.1 100 85 0 0 1 85 1 85 3.05e-61 179 WP_156061037.1 WP_156061037.1 100 456 0 0 1 456 1 456 3.44e-319 862 WP_156061037.1 MBQ7856432.1 35.6 418 238 9 2 417 4 392 1.08e-72 234 WP_220737010.1 WP_220737010.1 100 176 0 0 1 176 1 176 8.32e-125 347 NXC43906.1 NXC43906.1 100 363 0 0 1 363 1 363 7.48e-269 726 EJL0691474.1 EJL0691474.1 100 162 0 0 1 162 1 162 3.22e-122 339 EJL0691474.1 WP_054377321.1 47.3 129 65 2 32 158 1 128 4.68e-33 112 EJL0691474.1 CUH97802.1 34.8 135 87 1 23 157 62 195 1.46e-22 87.4 EJL0691474.1 EEW7484806.1 39.8 133 79 1 21 152 4 136 7.36e-21 81.6 EJL0691474.1 MBX5702633.1 30.1 133 85 1 21 153 12 136 2.29e-15 67.8 EJL0691474.1 WP_153276888.1 38.6 57 34 1 21 77 74 129 2.20e-10 53.9 WP_277513241.1 WP_277513241.1 100 237 0 0 1 237 1 237 4.41e-166 456 EET1847662.1 EET1847662.1 100 95 0 0 1 95 1 95 1.17e-65 191 WP_233575804.1 WP_233575804.1 100 903 0 0 1 903 1 903 0.0 1758 WP_233575804.1 WP_188888464.1 35.3 136 75 4 767 896 91 219 5.81e-09 55.8 WP_233575804.1 WP_091735241.1 50.0 46 23 0 841 886 155 200 5.21e-05 43.9 MSO30570.1 MSO30570.1 100 351 0 0 1 351 1 351 2.80e-242 658 MSO30570.1 WP_221265680.1 34.4 221 143 2 3 222 15 234 1.91e-36 132 MSO30570.1 WP_084371009.1 30.5 233 159 2 8 239 3 233 2.43e-34 126 MSO30570.1 EHR6291555.1 32.3 223 148 3 5 226 327 547 5.45e-29 115 MSO30570.1 WP_192500494.1 27.9 233 162 5 8 238 3 231 1.60e-26 105 MSO30570.1 RLN50561.1 26.6 248 177 4 5 247 1491 1738 1.72e-26 109 MSO30570.1 WP_132175930.1 29.4 211 142 2 19 225 40 247 6.05e-24 99.0 MSO30570.1 NLW39422.1 29.4 221 149 5 22 236 35 254 4.16e-23 96.7 MSO30570.1 WP_008056683.1 26.9 208 145 3 13 214 240 446 1.33e-18 85.5 MSO30570.1 QIC18874.1 23.0 209 153 3 22 225 37 242 2.66e-17 79.7 WP_065076975.1 WP_065076975.1 100 449 0 0 1 449 1 449 2.36e-311 841 WP_065076975.1 QLY80081.1 39.6 240 144 1 205 444 192 430 1.62e-46 164 WP_037252487.1 WP_037252487.1 100 91 0 0 1 91 1 91 1.25e-56 167 MBP1672140.1 MBP1672140.1 100 123 0 0 1 123 1 123 1.40e-86 246 OGZ43278.1 OGZ43278.1 100 264 0 0 1 264 1 264 7.16e-199 541 WP_125691986.1 WP_125691986.1 100 115 0 0 1 115 1 115 6.14e-75 216 MBP8298997.1 MBP8298997.1 100 117 0 0 1 117 1 117 3.66e-86 244 WP_183832569.1 WP_183832569.1 100 157 0 0 1 157 1 157 6.53e-106 297 WP_167959909.1 WP_167959909.1 100 549 0 0 1 549 1 549 0.0 1144 WP_167959909.1 MBP6544771.1 29.5 515 344 9 26 528 41 548 1.01e-62 213 WP_167959909.1 NQW84129.1 27.5 527 359 7 5 530 40 544 2.45e-62 213 WP_167959909.1 RLB66027.1 28.7 530 341 10 16 535 11 513 2.34e-59 204 WP_167959909.1 WP_112119927.1 24.6 537 322 12 8 535 3 465 1.45e-43 159 WP_167959909.1 WP_200941876.1 26.4 512 281 16 7 454 45 524 2.99e-31 126 WP_167959909.1 WP_055153579.1 28.9 343 228 10 197 530 150 485 4.46e-28 115 WP_167959909.1 MBF2759673.1 24.9 519 289 17 36 488 187 670 6.41e-27 114 WP_167959909.1 WP_254101325.1 22.8 548 357 14 35 545 108 626 5.80e-23 101 WP_167959909.1 TMQ04701.1 28.0 300 165 8 176 434 603 892 6.40e-23 101 WP_166544121.1 WP_166544121.1 100 386 0 0 1 386 1 386 3.39e-263 714 XP_014018893.1 XP_014018893.1 100 699 0 0 1 699 1 699 0.0 1353 XP_014018893.1 XP_028655184.1 72.1 712 164 10 1 699 1 690 0.0 928 KAI8889105.1 KAI8889105.1 100 229 0 0 1 229 1 229 6.82e-166 455 WP_158057697.1 WP_158057697.1 100 384 0 0 1 384 1 384 3.27e-285 769 WP_158057697.1 UCF78466.1 35.4 378 238 4 7 383 2 374 6.48e-69 220 WP_158057697.1 WP_145937814.1 34.4 372 236 6 16 383 13 380 1.24e-63 206 WP_158057697.1 WP_275495439.1 32.6 386 227 6 23 382 22 400 4.64e-45 158 WP_158057697.1 RYZ40664.1 28.6 378 249 9 6 375 13 377 2.71e-37 137 WP_158057697.1 WP_055337992.1 28.1 356 244 6 18 365 9 360 8.57e-35 130 WP_158057697.1 MCH8312862.1 29.0 355 236 8 25 376 3 344 2.63e-32 123 WP_158057697.1 WP_070999907.1 30.8 104 71 1 258 361 226 328 5.48e-05 43.1 XP_018089046.1 XP_018089046.1 100 221 0 0 1 221 1 221 8.00e-161 441 XP_018089046.1 XP_026320625.1 31.3 147 92 4 30 173 10 150 3.14e-15 70.1 WP_279399778.1 WP_279399778.1 100 307 0 0 1 307 1 307 2.65e-227 617 WP_279399778.1 WP_067782871.1 58.5 301 125 0 5 305 4 304 1.00e-124 357 WP_279399778.1 MBI1736306.1 40.7 285 166 2 23 305 23 306 1.54e-58 188 WP_279399778.1 WP_276638014.1 34.8 296 173 5 29 305 58 352 4.15e-47 160 WP_279399778.1 MBI5966481.1 35.1 288 175 5 27 304 28 313 6.42e-46 156 WP_279399778.1 WP_220615956.1 36.3 300 169 9 24 303 56 353 2.87e-42 147 WP_279399778.1 MBJ7531026.1 55.9 136 59 1 3 137 6 141 1.34e-39 134 WP_279399778.1 MBQ1540263.1 35.3 215 116 5 83 297 97 288 4.02e-30 114 WP_279399778.1 HAR4359619.1 33.5 206 122 5 83 287 76 267 2.83e-24 97.8 WP_279399778.1 MBQ7293051.1 30.4 171 101 6 135 296 46 207 3.71e-11 60.1 NEP82600.1 NEP82600.1 100 49 0 0 1 49 1 49 1.29e-35 111 KAA3621416.1 KAA3621416.1 100 464 0 0 1 464 1 464 0.0 875 KAA3621416.1 WP_063603400.1 20.8 279 190 8 140 403 116 378 1.99e-10 60.8 KZV11597.1 KZV11597.1 100 878 0 0 1 878 1 878 0.0 1672 KZV11597.1 WP_015919400.1 26.9 647 408 19 123 762 131 719 5.87e-49 184 KZV11597.1 WP_015615815.1 25.6 749 473 28 119 841 135 825 1.69e-43 168 KZV11597.1 MCJ7548546.1 27.1 635 385 16 117 723 135 719 2.83e-36 145 KZV11597.1 MBL8638832.1 22.8 578 412 15 264 822 316 878 6.12e-29 122 KZV11597.1 KAI5122644.1 21.9 685 447 22 121 769 514 1155 8.23e-22 100 PYS18397.1 PYS18397.1 100 125 0 0 1 125 1 125 1.50e-82 236 EPF53206.1 EPF53206.1 100 78 0 0 1 78 1 78 5.17e-50 150 MBP9706914.1 MBP9706914.1 100 208 0 0 1 208 1 208 1.76e-153 422 WP_263858211.1 WP_263858211.1 100 261 0 0 1 261 1 261 3.49e-184 504 WP_263858211.1 WP_199425576.1 37.0 257 157 5 4 257 11 265 6.29e-44 148 WP_263858211.1 QQO85492.1 30.0 247 169 4 8 253 8 251 1.09e-28 108 WP_263858211.1 WP_279838136.1 25.7 105 76 1 10 114 28 130 1.65e-09 55.5 GFR82011.1 GFR82011.1 100 218 0 0 1 218 1 218 1.20e-140 390 GFR82011.1 SFB29161.1 48.2 197 97 1 18 214 18 209 2.52e-50 169 GFR82011.1 HAT4171334.1 38.2 212 126 1 3 214 4 210 1.39e-44 154 NXT44414.1 NXT44414.1 100 1505 0 0 1 1505 1 1505 0.0 2964 NXT44414.1 NP_001257623.1 31.5 203 133 5 1258 1456 246 446 3.81e-21 98.6 NXT44414.1 KAJ3986273.1 32.1 162 106 2 1262 1419 457 618 3.39e-19 92.0 XP_024185556.1 XP_024185556.1 100 196 0 0 1 196 1 196 2.24e-141 390 WP_251843011.1 WP_251843011.1 100 788 0 0 1 788 1 788 0.0 1496 WP_251843011.1 KAI5122644.1 22.7 528 345 19 35 523 708 1211 8.87e-15 77.0 WP_251843011.1 HAV2020887.1 26.3 247 169 7 247 485 241 482 4.86e-12 67.4 MCG2809664.1 MCG2809664.1 100 82 0 0 1 82 1 82 2.29e-57 169 WP_049427769.1 WP_049427769.1 100 658 0 0 1 658 1 658 0.0 1128 AIL29843.1 AIL29843.1 100 41 0 0 1 41 1 41 1.18e-19 70.9 XP_051304311.1 XP_051304311.1 100 502 0 0 1 502 1 502 0.0 994 WP_087997173.1 WP_087997173.1 100 170 0 0 1 170 1 170 4.00e-120 334 RZU98823.1 RZU98823.1 100 859 0 0 1 859 1 859 0.0 1655 RZU98823.1 MBW3588078.1 45.0 829 420 3 17 844 20 813 1.08e-240 693 RZU98823.1 WP_216768648.1 35.6 779 449 10 10 777 1 737 9.67e-147 451 WP_077690175.1 WP_077690175.1 100 324 0 0 1 324 1 324 2.98e-228 620 WP_077690175.1 WP_009620393.1 32.7 196 126 2 7 199 6 198 8.99e-21 89.0 WP_077690175.1 WP_044453403.1 29.2 250 170 3 5 250 4 250 7.72e-20 86.7 WP_077690175.1 MCI2079698.1 29.5 149 104 1 5 153 4 151 3.13e-14 70.5 WP_077690175.1 WP_200986363.1 24.8 242 179 2 1 242 1 239 2.97e-12 64.7 WP_077690175.1 WP_230796143.1 37.3 161 83 6 5 156 4 155 5.40e-11 60.8 WP_077690175.1 WP_098876031.1 26.8 246 162 6 1 242 1 232 2.77e-10 58.5 WP_077690175.1 TCV06956.1 47.7 65 34 0 5 69 4 68 5.27e-09 51.2 WP_077690175.1 WP_254301195.1 34.6 127 64 5 10 127 14 130 1.09e-07 50.8 WP_077690175.1 WP_273138110.1 35.8 81 51 1 5 84 4 84 1.43e-05 44.3 RQM16216.1 RQM16216.1 100 787 0 0 1 787 1 787 0.0 1562 RQM16216.1 XP_029528577.1 47.2 320 163 5 403 720 30 345 1.19e-91 290 RQM16216.1 KAG1590416.1 41.6 303 170 4 392 692 69 366 9.44e-80 259 RQM16216.1 EYU24504.1 33.7 389 197 7 374 725 153 517 5.32e-62 217 RQM16216.1 KAJ7903702.1 34.5 339 204 5 395 717 15 351 3.99e-61 211 RQM16216.1 XP_048379117.1 37.6 295 174 7 403 691 257 547 2.82e-54 195 RQM16216.1 XP_030620685.1 32.6 258 163 4 397 647 91 344 4.59e-34 134 RQM16216.1 XP_011889539.1 27.7 278 160 6 400 645 1 269 1.16e-24 108 RQM16216.1 XP_051566275.1 30.5 262 157 7 398 645 1236 1486 1.58e-23 105 RQM16216.1 MBF1128433.1 26.8 257 184 1 396 648 3 259 8.00e-19 89.4 MCF7886260.1 MCF7886260.1 100 180 0 0 1 180 1 180 1.05e-129 359 MCF7886260.1 WP_259407579.1 30.2 106 70 2 73 178 117 218 2.18e-09 53.1 WP_268695178.1 WP_268695178.1 100 84 0 0 1 84 1 84 9.27e-49 147 WP_062024872.1 WP_062024872.1 100 220 0 0 1 220 1 220 2.69e-163 447 ABB60900.1 ABB60900.1 100 131 0 0 1 131 1 131 2.65e-97 273 ABB60900.1 EFW50635.1 44.2 95 52 1 35 128 1 95 5.80e-22 82.0 WP_258581409.1 WP_258581409.1 100 368 0 0 1 368 1 368 1.19e-263 714 WP_258581409.1 WP_237907640.1 44.5 357 191 5 1 356 1 351 1.09e-88 270 WP_258581409.1 WP_011057593.1 41.5 366 191 7 4 364 5 352 1.21e-78 244 WP_258581409.1 WP_109219819.1 49.8 243 120 1 6 248 20 260 7.05e-77 240 WP_258581409.1 WP_140480909.1 38.7 362 207 5 4 357 13 367 4.30e-76 238 WP_258581409.1 WP_076409454.1 37.0 354 205 4 4 354 5 343 2.31e-70 222 WP_258581409.1 WP_176354145.1 42.7 300 165 4 4 301 6 300 1.30e-68 218 WP_258581409.1 WP_170725874.1 43.3 245 137 1 4 248 5 247 7.70e-65 207 WP_258581409.1 NNE23115.1 34.0 356 222 3 4 357 3 347 6.09e-58 190 WP_258581409.1 MWR41881.1 39.4 221 128 1 19 233 44 264 1.41e-47 160 WP_208179928.1 WP_208179928.1 100 71 0 0 1 71 1 71 1.06e-48 146 EIO4105067.1 EIO4105067.1 100 155 0 0 1 155 1 155 5.21e-111 310 KAJ2306899.1 KAJ2306899.1 100 360 0 0 1 360 1 360 8.35e-244 663 ESR55765.1 ESR55765.1 100 88 0 0 1 88 1 88 4.44e-60 176 ESR55765.1 TYG81953.1 98.6 71 1 0 1 71 1 71 2.99e-46 143 ESR55765.1 KAG0031507.1 39.1 64 39 0 8 71 4 67 1.82e-12 57.4 WP_002574744.1 WP_002574744.1 100 334 0 0 1 334 1 334 5.92e-224 610 WP_002574744.1 WP_105447015.1 28.6 350 184 6 35 329 48 386 2.31e-33 125 WP_002574744.1 WP_154951203.1 29.9 278 177 3 56 333 62 321 6.54e-33 122 WP_002574744.1 HAA79725.1 31.0 213 139 4 119 329 14 220 1.68e-26 103 WP_002574744.1 WP_023828789.1 24.9 354 196 7 35 329 64 406 9.10e-22 93.6 MBT4161918.1 MBT4161918.1 100 228 0 0 1 228 1 228 3.93e-160 440 MBT4161918.1 WP_145468487.1 52.5 219 104 0 1 219 1 219 9.39e-75 224 MBT4161918.1 MCB0243881.1 43.8 219 123 0 4 222 3 221 8.79e-59 183 MBT4161918.1 WP_215557653.1 41.1 219 129 0 6 224 3 221 4.48e-54 172 MBT4161918.1 WP_250499463.1 42.6 223 127 1 3 224 5 227 7.72e-54 171 MBT4161918.1 MCC6044083.1 44.1 213 118 1 12 224 9 220 7.40e-53 171 MBT4161918.1 MCF7808720.1 38.8 224 137 0 1 224 1 224 1.03e-50 163 MBT4161918.1 MBQ4383193.1 39.3 224 132 2 5 227 3 223 1.11e-43 145 MBT4161918.1 WP_170725874.1 40.0 205 116 2 22 225 16 214 2.43e-37 131 MBT4161918.1 WP_140480909.1 34.4 209 128 2 5 213 11 210 5.10e-34 123 XP_025385377.1 XP_025385377.1 100 292 0 0 1 292 1 292 1.10e-175 485 XP_025385377.1 OLA08565.1 32.0 147 77 6 126 271 4 128 1.71e-11 61.2 XP_025385377.1 MBP5726154.1 31.3 144 75 6 130 271 8 129 1.97e-10 58.2 MCA9453963.1 MCA9453963.1 100 249 0 0 1 249 1 249 4.66e-192 523 KAF3210067.1 KAF3210067.1 100 199 0 0 1 199 1 199 1.77e-144 398 MCD4721788.1 MCD4721788.1 100 161 0 0 1 161 1 161 4.23e-113 316 WP_201685349.1 WP_201685349.1 100 439 0 0 1 439 1 439 0.0 868 WP_201685349.1 KFD50394.1 25.4 268 178 7 81 330 105 368 3.74e-13 69.3 WP_259301651.1 WP_259301651.1 100 1050 0 0 1 1050 1 1050 0.0 2103 WP_259301651.1 MBP3518143.1 27.2 1076 644 37 57 1050 53 1067 4.56e-93 318 WP_259301651.1 WP_214826002.1 26.1 1035 563 45 123 1050 23 963 9.17e-53 199 WP_259301651.1 WP_146272353.1 25.5 1057 646 43 52 1050 33 1005 1.00e-49 189 WP_259301651.1 WP_278843343.1 23.4 1113 679 51 55 1050 21 1083 6.89e-45 174 WP_259301651.1 MCB9353584.1 22.7 850 512 35 51 822 15 791 8.69e-23 103 CAG8531755.1 CAG8531755.1 100 45 0 0 1 45 1 45 3.42e-25 85.1 WP_220615956.1 WP_220615956.1 100 362 0 0 1 362 1 362 1.15e-267 723 WP_220615956.1 WP_276638014.1 52.6 331 155 2 28 357 25 354 1.18e-111 328 WP_220615956.1 MBI5966481.1 43.2 310 164 7 38 346 7 305 2.94e-71 223 WP_220615956.1 MBI1736306.1 41.4 304 161 5 48 351 16 302 3.82e-62 199 WP_220615956.1 WP_067782871.1 34.3 300 177 7 54 352 21 301 5.64e-44 152 WP_220615956.1 WP_279399778.1 36.9 293 163 9 61 351 29 301 1.81e-41 145 WP_220615956.1 MBQ1540263.1 35.3 252 137 7 45 295 31 257 1.22e-32 122 WP_220615956.1 HAR4359619.1 30.1 219 140 4 74 292 37 242 3.27e-22 93.2 WP_220615956.1 MBQ7293051.1 31.0 184 112 5 113 292 1 173 2.09e-15 72.8 MCJ2136558.1 MCJ2136558.1 100 372 0 0 1 372 1 372 2.00e-273 739 MCJ2136558.1 WP_009257967.1 28.3 371 207 16 36 371 358 704 1.31e-17 82.8 WP_063256613.1 WP_063256613.1 100 265 0 0 1 265 1 265 1.01e-194 531 WP_221868756.1 WP_221868756.1 100 455 0 0 1 455 1 455 2.77e-313 847 WP_221868756.1 QFY03744.1 22.0 387 288 4 26 399 30 415 4.28e-22 97.1 NXU45820.1 NXU45820.1 100 764 0 0 1 764 1 764 0.0 1515 NXU45820.1 MBA0549662.1 34.4 375 232 6 25 398 22 383 5.37e-60 206 NXU45820.1 NQR19375.1 30.9 376 244 8 25 396 3 366 2.27e-44 164 NXU45820.1 RSL59427.1 30.9 350 229 7 25 371 63 402 5.38e-41 155 NXU45820.1 GEU53557.1 29.3 362 232 9 22 371 92 441 1.76e-35 140 CAH7752048.1 CAH7752048.1 100 71 0 0 1 71 1 71 1.06e-48 146 MBQ7631188.1 MBQ7631188.1 100 413 0 0 1 413 1 413 4.51e-309 832 KAI4475370.1 KAI4475370.1 100 279 0 0 1 279 1 279 1.93e-151 422 MBK7837454.1 MBK7837454.1 100 312 0 0 1 312 1 312 3.09e-224 609 MBK7837454.1 MBM4836391.1 39.2 283 165 4 26 305 42 320 2.52e-57 188 MBK7837454.1 WP_063417119.1 32.5 332 194 7 9 312 457 786 3.28e-41 150 MBK7837454.1 WP_232553043.1 30.8 308 200 7 1 303 2 301 3.05e-36 132 MBK7837454.1 PZN79281.1 28.5 305 200 6 1 294 3 300 9.61e-30 115 MBK7837454.1 MBE0479857.1 28.0 293 204 4 1 287 1 292 8.30e-29 112 KDB51534.1 KDB51534.1 100 332 0 0 1 332 1 332 6.39e-243 658 KDB51534.1 WP_059923305.1 38.3 321 169 6 8 321 37 335 8.77e-45 154 bbuchfink-diamond-6dc5717/src/test/blastp-mid-sens.out000066400000000000000000000001101523407312000227060ustar00rootroot00000000000000NP_001001319.2 XP_011540306.1 43.3 178 98 1 288 465 36 210 3.84e-39 129 bbuchfink-diamond-6dc5717/src/test/blastp.out000066400000000000000000000001051523407312000211750ustar00rootroot00000000000000NP_001001178.1 NP_620158.3 71.7 527 148 1 2 527 65 591 2.23e-247 679 bbuchfink-diamond-6dc5717/src/test/blastp_blastaliasdb_seqidlist.out000066400000000000000000000222131523407312000257670ustar00rootroot00000000000000WP_007356512.1 WP_007356512.1 100 1231 0 0 1 1231 1 1231 0.0 2295 WP_007356512.1 MBQ1868746.1 30.1 419 259 9 727 1136 248 641 8.42e-47 169 WP_007356512.1 KFX48203.1 38.7 292 152 5 736 1025 681 947 4.60e-46 171 WP_007356512.1 WP_200037957.1 27.9 402 251 8 736 1132 1009 1376 3.80e-32 126 WP_007356512.1 XP_001454078.1 26.9 390 209 10 744 1084 217 579 1.37e-28 113 WP_007356512.1 WP_010434011.1 28.6 241 139 8 749 987 376 585 8.14e-14 65.9 HAV2038468.1 WP_200037957.1 22.0 246 175 6 370 604 1007 1246 6.45e-13 62.0 MBO8233644.1 MBO8233644.1 100 381 0 0 1 381 1 381 2.89e-273 733 MBO8233644.1 KDF42894.1 25.2 266 177 7 119 368 220 479 9.86e-23 90.1 MBO8233644.1 MBQ1868746.1 24.4 258 183 6 123 370 232 487 1.95e-20 83.6 WP_257504872.1 WP_144320971.1 34.2 415 209 17 119 526 161 518 1.14e-38 139 WP_257504872.1 MCH5250214.1 23.6 254 165 7 279 526 186 416 3.64e-17 75.1 WP_257504872.1 XP_001454078.1 30.6 124 78 4 408 525 326 447 6.26e-09 48.5 WP_076194242.1 KFX48203.1 32.1 287 165 7 204 462 643 927 1.10e-35 131 WP_076194242.1 KDF42894.1 27.1 409 268 9 76 458 84 488 6.53e-35 127 WP_076194242.1 WP_007356512.1 33.1 242 131 6 239 453 747 984 3.22e-31 118 WP_076194242.1 MBO8233644.1 31.7 230 149 5 230 456 150 374 1.51e-29 110 WP_076194242.1 MCH5250214.1 27.8 263 178 6 203 458 158 415 3.93e-29 111 WP_076194242.1 WP_200037957.1 33.9 227 137 6 239 458 1020 1240 2.74e-28 109 WP_076194242.1 WP_212961195.1 30.6 232 160 1 222 452 411 642 5.88e-28 108 WP_076194242.1 MBQ1868746.1 28.1 228 154 4 239 458 268 493 5.75e-26 101 WP_076194242.1 WP_144320971.1 31.4 245 150 7 216 458 289 517 1.82e-23 93.6 WP_076194242.1 XP_001454078.1 26.2 210 148 3 231 436 212 418 5.61e-22 89.4 WP_076194242.1 MBK8012537.1 23.0 296 193 7 182 452 285 570 1.20e-19 82.0 WP_076194242.1 WP_010434011.1 28.1 281 166 10 183 451 324 580 1.74e-14 65.9 WP_076194242.1 WP_225118260.1 28.6 213 128 7 241 442 439 638 6.00e-11 54.7 WP_149911652.1 KDF42894.1 27.9 251 159 9 189 423 244 488 2.21e-14 65.1 MBN8606766.1 WP_007356512.1 35.8 257 135 7 574 804 737 989 8.33e-37 139 MBN8606766.1 KFX48203.1 35.1 239 134 4 574 798 682 913 2.02e-33 129 MBN8606766.1 MBQ1868746.1 30.7 251 161 4 572 813 256 502 1.01e-29 115 SEP77558.1 MBQ1868746.1 30.8 331 185 7 250 566 194 494 5.49e-42 151 WP_249930443.1 WP_200037957.1 27.0 233 161 4 287 515 1140 1367 1.52e-18 79.7 MBQ1868746.1 MBQ1868746.1 100 652 0 0 1 652 1 652 0.0 1274 MBQ1868746.1 WP_007356512.1 30.0 416 263 8 248 641 727 1136 2.32e-49 176 MBQ1868746.1 KFX48203.1 27.2 536 241 13 257 649 681 1210 6.41e-45 163 MBQ1868746.1 WP_200037957.1 28.7 488 310 14 166 637 911 1376 2.16e-44 161 MBQ1868746.1 WP_212961195.1 24.7 438 274 7 255 648 412 837 5.03e-33 126 MBQ1868746.1 MBO8233644.1 24.4 258 183 6 232 487 123 370 1.35e-21 87.8 MBQ1868746.1 WP_010434011.1 22.3 264 179 7 238 494 344 588 4.75e-09 49.3 HBG17616.1 KFX48203.1 25.9 108 71 3 7 109 1078 1181 2.37e-06 40.4 WP_274755179.1 WP_144320971.1 37.3 292 164 10 133 417 239 518 8.79e-42 145 WP_274755179.1 WP_225118260.1 28.6 220 126 10 198 398 431 638 6.60e-11 54.3 MBS1636088.1 WP_144320971.1 30.8 221 137 6 101 319 311 517 3.95e-21 84.3 MBS1636088.1 MBQ1868746.1 25.6 242 170 4 87 319 253 493 7.02e-19 77.8 WP_144320971.1 WP_144320971.1 100 521 0 0 1 521 1 521 2.94e-321 866 WP_144320971.1 KDF42894.1 30.4 293 170 10 254 518 201 487 4.05e-20 83.6 KDF42894.1 KDF42894.1 100 488 0 0 1 488 1 488 0.0 936 KDF42894.1 MBO8233644.1 25.2 266 177 7 220 479 119 368 3.85e-23 91.7 KDF42894.1 WP_144320971.1 30.4 293 170 10 201 487 254 518 2.17e-21 87.4 MCL5028570.1 MCH5250214.1 32.6 178 100 6 41 211 541 705 3.11e-15 67.8 WP_063540919.1 WP_007356512.1 27.9 394 233 10 495 843 747 1134 7.36e-31 120 WP_217452155.1 WP_007356512.1 32.0 175 87 4 2 147 863 1034 1.08e-16 67.0 WP_212961195.1 WP_212961195.1 100 1052 0 0 1 1052 1 1052 0.0 1949 WP_212961195.1 WP_200037957.1 27.6 402 245 4 419 818 1011 1368 4.96e-37 141 WP_212961195.1 MBQ1868746.1 24.3 441 275 8 412 840 255 648 4.43e-32 124 WP_212961195.1 KFX48203.1 28.3 106 73 1 715 817 1077 1182 3.23e-10 54.3 HAS8246497.1 WP_007356512.1 31.2 487 291 8 474 928 736 1210 1.45e-64 228 WP_129857883.1 WP_144320971.1 31.2 327 180 15 84 392 202 501 2.21e-19 80.5 WP_010434011.1 WP_010434011.1 100 599 0 0 1 599 1 599 0.0 1195 WP_010434011.1 WP_007356512.1 27.8 263 157 8 354 585 727 987 2.36e-17 76.3 WP_010434011.1 MBQ1868746.1 22.3 264 179 7 344 588 238 494 4.37e-09 49.3 EJF06804.1 WP_212961195.1 30.5 118 80 1 2 119 714 829 2.59e-16 70.1 EJF06804.1 KFX48203.1 35.9 117 70 2 3 116 1077 1191 3.72e-15 66.6 EJF06804.1 MBQ1868746.1 29.6 125 79 3 1 119 519 640 7.55e-14 62.4 WP_188888464.1 KFX48203.1 28.0 118 76 3 5 116 1077 1191 1.53e-08 45.1 WP_188888464.1 MBQ1868746.1 30.6 121 75 4 3 116 519 637 4.54e-07 40.4 PSQ73325.1 WP_007356512.1 31.4 283 163 6 588 846 720 995 1.00e-33 130 PSQ73325.1 MBQ1868746.1 32.8 253 153 6 597 840 250 494 5.05e-31 120 PSQ73325.1 WP_010434011.1 27.0 241 159 8 609 846 368 594 1.38e-12 61.2 MCF8449868.1 WP_007356512.1 22.1 131 92 3 2 125 1019 1146 2.54e-06 38.5 WP_186723788.1 MCH5250214.1 29.1 117 79 1 8 120 563 679 1.59e-10 51.2 WP_192272294.1 WP_212961195.1 37.0 208 110 5 156 349 839 1039 6.05e-32 117 WP_261733022.1 WP_007356512.1 34.1 443 259 6 233 646 721 1159 8.40e-57 201 WP_261733022.1 KFX48203.1 33.5 349 207 6 183 513 603 944 3.90e-46 168 WP_055029966.1 XP_001454078.1 28.4 109 69 3 5 106 508 614 1.25e-06 40.4 EDN57974.1 KFX48203.1 33.6 562 310 13 398 919 687 1225 3.77e-73 255 EDN57974.1 MCH5250214.1 33.6 500 313 7 400 893 189 675 5.68e-67 233 EDN57974.1 WP_007356512.1 28.7 522 225 10 399 899 743 1138 2.98e-50 184 EDN57974.1 XP_001454078.1 29.2 243 150 8 397 626 214 447 1.65e-22 93.6 EDN57974.1 MBQ1868746.1 42.4 118 65 2 940 1055 521 637 6.37e-21 88.6 MCH5250214.1 MCH5250214.1 100 897 0 0 1 897 1 897 0.0 1708 MCH5250214.1 KFX48203.1 29.9 551 324 13 164 675 664 1191 3.77e-62 219 SCH39951.1 MBO8233644.1 31.8 223 136 7 255 468 146 361 2.26e-22 89.4 SCH39951.1 KDF42894.1 24.5 216 151 6 261 469 263 473 9.55e-16 69.7 WP_069156513.1 WP_212961195.1 35.3 116 71 2 4 116 714 828 1.26e-16 69.3 WP_069156513.1 MCH5250214.1 28.9 135 91 2 2 132 560 693 7.19e-13 58.2 MBP1530348.1 WP_212961195.1 34.1 129 80 2 3 126 714 842 3.00e-19 76.6 MBP1530348.1 MBQ1868746.1 29.5 132 83 3 4 127 521 650 1.18e-13 60.1 MBP1530348.1 KFX48203.1 25.2 115 80 1 4 112 1077 1191 1.27e-10 51.2 WP_138482356.1 WP_007356512.1 33.3 412 238 8 406 788 735 1138 5.85e-57 203 WP_138482356.1 KFX48203.1 30.3 505 216 9 413 782 688 1191 2.41e-53 192 WP_138482356.1 MBQ1868746.1 31.3 402 250 8 401 787 252 642 4.12e-50 178 WP_138482356.1 MCH5250214.1 38.2 241 143 2 409 644 184 423 4.90e-45 165 WP_138482356.1 WP_200037957.1 32.0 372 224 11 413 774 1016 1368 1.45e-38 145 MBF0233644.1 WP_212961195.1 24.1 424 245 14 379 746 436 838 9.05e-16 71.6 MBK8012537.1 MBK8012537.1 100 591 0 0 1 591 1 591 0.0 1106 MBK0846266.1 WP_212961195.1 35.6 202 125 3 358 554 841 1042 1.31e-33 127 TAL20232.1 KFX48203.1 30.6 517 224 7 222 607 681 1193 4.81e-64 219 TAL20232.1 WP_007356512.1 34.3 423 249 6 208 609 722 1136 2.53e-61 211 TAL20232.1 MBQ1868746.1 33.2 388 240 9 218 597 253 629 6.51e-56 191 TAL20232.1 MCH5250214.1 37.3 244 142 4 227 465 186 423 1.45e-38 142 MBQ5584458.1 WP_007356512.1 32.2 118 77 1 2 116 1019 1136 2.00e-14 62.8 WP_259858510.1 WP_144320971.1 44.3 291 150 6 158 441 234 519 1.04e-59 195 WP_256212307.1 MCH5250214.1 26.1 180 114 7 8 169 225 403 3.94e-10 48.9 MBR6403893.1 MBO8233644.1 25.0 276 179 10 160 419 115 378 6.24e-12 57.0 MBR6403893.1 KDF42894.1 23.9 218 147 6 211 412 267 481 2.17e-09 49.3 MBX3687043.1 WP_144320971.1 39.6 134 74 2 327 456 390 520 5.33e-18 76.6 NIK25817.1 WP_212961195.1 31.5 286 163 10 330 607 779 1039 1.87e-28 111 WP_232306300.1 XP_001454078.1 24.7 441 268 16 841 1238 207 626 3.15e-19 83.6 MCB0174630.1 WP_200037957.1 37.0 54 34 0 2 55 891 944 1.55e-05 37.7 XP_001454078.1 XP_001454078.1 100 630 0 0 1 630 1 630 0.0 1201 XP_001454078.1 WP_007356512.1 25.9 433 234 13 184 579 702 1084 1.72e-29 115 XP_001454078.1 KFX48203.1 25.5 306 201 8 172 466 651 940 8.95e-21 87.4 WP_200037957.1 WP_200037957.1 100 1380 0 0 1 1380 1 1380 0.0 2543 WP_200037957.1 MBQ1868746.1 31.1 386 243 9 1009 1376 257 637 8.18e-44 160 WP_200037957.1 WP_212961195.1 27.6 402 245 4 1011 1368 419 818 1.95e-36 140 WP_200037957.1 WP_007356512.1 27.9 402 251 8 1009 1376 736 1132 1.24e-33 131 WP_200037957.1 KFX48203.1 32.9 249 148 8 1000 1235 672 914 6.69e-29 115 WP_083180153.1 WP_212961195.1 33.2 214 131 8 395 601 831 1039 1.09e-25 102 TVR41840.1 WP_212961195.1 26.7 277 166 12 263 508 378 648 5.25e-15 68.2 TVR41840.1 MBO8233644.1 26.0 208 127 6 300 488 159 358 1.17e-11 56.6 TVR41840.1 KDF42894.1 21.4 215 148 7 312 508 275 486 1.84e-10 53.1 WP_225118260.1 WP_225118260.1 100 642 0 0 1 642 1 642 0.0 1209 KFX48203.1 KFX48203.1 100 1267 0 0 1 1267 1 1267 0.0 2245 KFX48203.1 MCH5250214.1 30.5 521 300 12 686 1183 186 667 5.37e-61 216 KFX48203.1 WP_007356512.1 38.7 292 152 5 681 947 736 1025 1.75e-47 176 KFX48203.1 MBQ1868746.1 26.7 536 244 12 681 1210 257 649 3.02e-43 159 KFX48203.1 WP_200037957.1 32.9 249 148 8 672 914 1000 1235 6.21e-27 109 KFX48203.1 XP_001454078.1 26.4 261 172 6 689 940 217 466 4.12e-20 86.3 KFX48203.1 WP_212961195.1 28.3 106 73 1 1077 1182 715 817 6.69e-10 53.5 WP_088644037.1 MBO8233644.1 23.5 230 143 8 210 422 159 372 8.90e-09 47.4 WP_253463694.1 KDF42894.1 25.1 235 150 7 204 415 248 479 7.00e-14 63.5 bbuchfink-diamond-6dc5717/src/test/blastp_blastdb.out000066400000000000000000060254501523407312000227100ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 100 330 0 0 1 330 1 330 3.48e-230 626 EHX4537433.1 EHX4537433.1 100 139 0 0 1 139 1 139 9.69e-88 250 WP_133518962.1 WP_133518962.1 100 294 0 0 1 294 1 294 1.65e-219 596 XP_015036367.2 XP_015036367.2 100 451 0 0 1 451 1 451 0.0 900 PAA16140.1 PAA16140.1 100 576 0 0 1 576 1 576 0.0 1134 GLZ33620.1 GLZ33620.1 100 703 0 0 1 703 1 703 0.0 1474 XP_039555956.1 XP_039555956.1 100 2052 0 0 1 2052 1 2052 0.0 3560 MBO7734838.1 MBO7734838.1 100 277 0 0 1 277 1 277 1.29e-155 433 WP_206363707.1 WP_206363707.1 100 272 0 0 1 272 1 272 5.20e-196 535 WP_206363707.1 WP_029347391.1 37.9 224 138 1 14 236 1 224 9.82e-52 168 WP_206363707.1 WP_150396769.1 33.7 252 162 3 13 264 19 265 2.91e-39 141 WP_206363707.1 GBD21053.1 33.7 249 158 3 18 265 26 268 2.25e-38 139 WP_206363707.1 WP_076409454.1 32.1 221 138 5 17 236 3 212 1.33e-28 110 WP_206363707.1 WP_088153117.1 29.8 215 132 6 44 251 24 226 1.66e-20 88.2 WP_206363707.1 MBU5353226.1 28.2 206 133 6 24 221 21 219 8.06e-20 85.5 WP_206363707.1 MBQ3864274.1 30.3 211 134 5 31 235 33 236 9.57e-20 85.5 WP_206363707.1 WP_211555180.1 30.9 220 136 6 34 248 19 227 1.56e-16 75.1 WP_206363707.1 WP_066083732.1 26.3 240 150 9 16 236 4 235 5.87e-15 72.0 WP_206363707.1 WP_131166802.1 30.9 230 137 7 33 248 25 246 1.12e-14 71.2 WP_206363707.1 WAY96880.1 27.7 188 114 7 37 217 8 180 6.44e-13 64.3 WP_206363707.1 WP_071876418.1 25.5 220 127 5 34 241 317 511 2.85e-12 64.7 WP_206363707.1 WP_281543397.1 25.6 246 161 7 33 269 4 236 2.23e-11 61.2 WP_206363707.1 EHR6291555.1 23.6 178 118 5 14 186 1 165 8.01e-04 38.9 XP_007207923.1 XP_007207923.1 100 418 0 0 1 418 1 418 3.13e-282 765 XP_051956784.1 XP_051956784.1 100 350 0 0 1 350 1 350 1.04e-209 576 OGK79387.1 OGK79387.1 100 250 0 0 1 250 1 250 5.21e-185 505 WP_025531131.1 WP_025531131.1 100 165 0 0 1 165 1 165 4.36e-117 326 KAJ8763828.1 KAJ8763828.1 100 200 0 0 1 200 1 200 1.45e-139 386 KAJ8763828.1 XP_026320625.1 44.4 160 89 0 12 171 8 167 4.10e-47 152 MBQ1311177.1 MBQ1311177.1 100 348 0 0 1 348 1 348 2.86e-254 688 MBQ1311177.1 WP_198907334.1 28.0 339 226 8 6 337 13 340 1.22e-29 114 WP_268714943.1 WP_268714943.1 100 338 0 0 1 338 1 338 1.94e-231 630 TME45086.1 TME45086.1 100 727 0 0 1 727 1 727 0.0 1357 TME45086.1 WP_265225845.1 29.1 733 466 18 30 727 30 743 3.98e-57 209 TME45086.1 MBL4744408.1 26.0 736 494 13 7 720 9 715 5.93e-48 181 TME45086.1 WP_039608285.1 26.4 584 401 7 20 595 20 582 1.11e-43 168 TME45086.1 WP_133325549.1 23.5 647 465 8 9 649 9 631 5.92e-40 156 TME45086.1 WP_110366458.1 21.6 707 509 17 25 708 27 711 8.15e-33 134 TME45086.1 KKQ50904.1 22.9 480 342 11 14 476 41 509 6.20e-24 106 TME45086.1 WP_172616972.1 20.4 724 520 16 14 715 19 708 3.30e-18 87.8 VDK71801.1 VDK71801.1 100 155 0 0 1 155 1 155 3.80e-104 293 OGA29379.1 OGA29379.1 100 580 0 0 1 580 1 580 0.0 1115 OGA29379.1 WP_264228578.1 54.1 582 264 2 1 580 1 581 4.58e-209 594 OGA29379.1 HCJ45190.1 66.7 63 21 0 479 541 1 63 2.97e-23 91.7 EGI67351.1 EGI67351.1 100 144 0 0 1 144 1 144 8.53e-98 276 XP_021846694.1 XP_021846694.1 100 107 0 0 1 107 1 107 1.19e-66 194 WP_224792367.1 WP_224792367.1 100 128 0 0 1 128 1 128 4.62e-92 260 OIO24646.1 OIO24646.1 100 176 0 0 1 176 1 176 2.79e-123 343 XP_004466702.1 XP_004466702.1 100 638 0 0 1 638 1 638 0.0 1209 XP_004466702.1 UWG74403.1 28.6 437 268 13 207 618 24 441 1.09e-41 155 XP_004466702.1 EAJ4317745.1 28.1 416 248 15 213 592 5 405 4.41e-28 115 MOY61908.1 MOY61908.1 100 100 0 0 1 100 1 100 2.78e-73 210 MOY61908.1 AST39768.1 64.3 98 35 0 2 99 2 99 4.45e-45 139 MOY61908.1 MOY95459.1 58.2 98 41 0 2 99 2 99 2.46e-42 132 MOY61908.1 AMA13662.1 52.0 98 47 0 2 99 63 160 6.93e-36 118 WP_053342583.1 WP_053342583.1 100 642 0 0 1 642 1 642 0.0 1241 WP_053342583.1 KAI5076688.1 28.1 588 374 19 15 567 105 678 1.11e-58 209 EMD83093.1 EMD83093.1 100 447 0 0 1 447 1 447 0.0 872 EMD83093.1 WP_130670507.1 37.5 389 202 12 50 433 29 381 1.98e-66 216 EMD83093.1 WP_224014827.1 40.2 333 179 8 50 380 25 339 2.02e-64 211 EMD83093.1 TVP67793.1 34.9 387 221 10 50 434 35 392 3.48e-61 202 EMD83093.1 WP_271272236.1 34.8 316 182 8 50 360 19 315 4.45e-45 159 EJT84792.1 EJT84792.1 100 75 0 0 1 75 1 75 1.71e-49 148 WP_077010214.1 WP_077010214.1 100 330 0 0 1 330 1 330 2.29e-235 639 HAN2236324.1 HAN2236324.1 100 676 0 0 1 676 1 676 0.0 1415 HAN2236324.1 PKO20637.1 24.0 512 265 22 188 672 12 426 3.55e-18 86.3 HAN2236324.1 WP_253630899.1 22.2 486 244 20 226 659 62 465 7.15e-17 82.4 HAN2236324.1 MBP7746105.1 22.9 584 257 25 186 671 283 771 6.15e-16 80.1 HAN2236324.1 VJO49958.1 32.8 131 56 4 186 316 6 104 3.72e-11 64.3 HAN2236324.1 WP_125555296.1 22.4 407 210 18 226 594 27 365 2.02e-10 62.0 HBZ0881431.1 HBZ0881431.1 100 65 0 0 1 65 1 65 2.18e-43 132 AMA90994.1 AMA90994.1 100 197 0 0 1 197 1 197 5.04e-134 372 AMA90994.1 AVM35379.1 85.4 192 28 0 6 197 1 192 9.83e-113 318 AMA90994.1 QUA05739.1 81.7 197 36 0 1 197 1 197 2.63e-112 317 AMA90994.1 AWS34156.1 81.7 197 36 0 1 197 1 197 9.59e-112 316 AMA90994.1 AFA24308.1 84.7 189 29 0 9 197 2 190 1.02e-109 311 AMA90994.1 QUQ06080.1 79.2 197 41 0 1 197 1 197 1.06e-108 308 AMA90994.1 AKT58828.1 79.0 195 41 0 1 195 1 195 2.20e-107 304 AMA90994.1 ADW49125.1 82.5 189 33 0 9 197 1 189 2.69e-107 305 AMA90994.1 ABQ63546.1 77.6 196 44 0 2 197 1 196 3.99e-106 302 AMA90994.1 AFA09475.1 85.2 183 27 0 15 197 1 183 7.29e-106 301 AMA90994.1 ADJ35581.1 76.1 197 47 0 1 197 2 198 1.22e-105 301 AMA90994.1 AOQ89457.1 80.7 187 36 0 5 191 1 187 9.19e-105 297 AMA90994.1 AXZ65741.1 79.3 188 39 0 1 188 1 188 1.92e-104 296 AMA90994.1 AHK62764.1 74.1 193 50 0 5 197 1 193 9.39e-101 288 AMA90994.1 AKA56406.1 71.4 196 53 1 2 197 2 194 8.37e-94 270 AMA90994.1 AOR13807.1 72.9 188 51 0 10 197 1 188 1.23e-93 270 AMA90994.1 AAX94106.1 86.2 167 23 0 31 197 1 167 5.40e-93 276 AMA90994.1 UZF38514.1 68.5 184 58 0 14 197 1 184 5.60e-87 253 AMA90994.1 AHH30646.1 79.5 166 32 2 32 197 6 169 4.46e-83 242 AMA90994.1 AGI15931.1 66.1 189 64 0 9 197 2 190 4.76e-81 238 AMA90994.1 ACE88666.1 82.2 118 21 0 80 197 1 118 1.24e-60 184 AMA90994.1 APC24336.1 71.1 90 26 0 108 197 1 90 6.67e-33 119 MBU0883769.1 MBU0883769.1 100 456 0 0 1 456 1 456 1.89e-316 855 MBU0883769.1 MBI5098096.1 36.7 450 261 11 15 448 14 455 7.63e-63 209 MBD5551606.1 MBD5551606.1 100 414 0 0 1 414 1 414 3.03e-303 818 MBD5551606.1 MBR7122964.1 37.8 270 155 7 144 411 60 318 2.27e-48 166 MCB9999913.1 MCB9999913.1 100 1058 0 0 1 1058 1 1058 0.0 2163 MCB9999913.1 WP_081224968.1 36.4 1046 521 21 16 1049 2 915 4.43e-213 633 MCB9999913.1 WP_123159424.1 35.1 1019 522 20 20 1027 6 896 1.48e-182 554 MCB9999913.1 SCL13606.1 26.1 391 246 11 534 913 447 805 2.58e-23 105 MCB9999913.1 MBQ9679177.1 29.2 219 147 4 35 252 10 221 1.65e-19 92.8 MCB9999913.1 XP_053592881.1 27.3 165 97 3 61 224 67 209 1.24e-12 70.5 MCB9999913.1 MCL2204087.1 25.3 356 197 12 570 896 402 717 2.82e-12 69.3 WP_007356512.1 WP_007356512.1 100 1231 0 0 1 1231 1 1231 0.0 2295 WP_007356512.1 HAS8246497.1 30.9 482 293 7 740 1211 478 929 5.24e-62 228 WP_007356512.1 TAL20232.1 34.3 420 247 6 725 1136 211 609 1.72e-56 206 WP_007356512.1 WP_138482356.1 33.2 404 234 7 743 1138 413 788 1.68e-51 195 WP_007356512.1 WP_261733022.1 33.0 476 279 8 732 1196 244 690 7.45e-51 191 WP_007356512.1 EDN57974.1 28.7 522 225 10 743 1138 399 899 4.93e-46 179 WP_007356512.1 MBQ1868746.1 30.1 419 259 9 727 1136 248 641 3.24e-44 169 WP_007356512.1 KFX48203.1 38.7 292 152 5 736 1025 681 947 1.77e-43 171 WP_007356512.1 MBN8606766.1 34.9 272 147 7 737 1004 574 819 5.88e-33 136 WP_007356512.1 WP_200037957.1 27.9 402 251 8 736 1132 1009 1376 1.46e-29 126 WP_007356512.1 PSQ73325.1 32.1 271 153 6 732 995 600 846 2.37e-28 121 WP_007356512.1 WP_076194242.1 33.8 240 128 7 749 984 241 453 1.89e-27 115 WP_007356512.1 XP_001454078.1 26.9 390 209 10 744 1084 217 579 5.26e-26 113 WP_007356512.1 WP_063540919.1 28.0 396 230 11 747 1134 495 843 1.31e-25 112 WP_007356512.1 WP_217452155.1 32.0 175 87 4 863 1034 2 147 1.13e-12 65.5 WP_007356512.1 WP_010434011.1 28.6 241 139 8 749 987 376 585 3.13e-11 65.9 WP_007356512.1 MBQ5584458.1 32.2 118 77 1 1019 1136 2 116 1.00e-10 61.6 CAH8368929.1 CAH8368929.1 100 94 0 0 1 94 1 94 6.31e-65 189 UKN67998.1 UKN67998.1 100 7072 0 0 1 7072 1 7072 0.0 13879 UKN67998.1 UMF87224.1 98.1 7072 131 0 1 7072 21 7092 0.0 13863 UKN67998.1 QWC83326.1 98.3 7076 116 2 1 7072 21 7096 0.0 13848 UKN67998.1 QVD87869.1 98.3 7073 120 1 1 7072 21 7093 0.0 13847 UKN67998.1 UZO53924.1 98.3 7073 120 1 1 7072 21 7093 0.0 13845 UKN67998.1 WEU87158.1 98.3 7076 118 2 1 7072 21 7096 0.0 13843 UKN67998.1 UVB16817.1 98.3 7073 121 1 1 7072 21 7093 0.0 13842 UKN67998.1 QSZ25555.1 98.2 7076 120 2 1 7072 21 7096 0.0 13842 UKN67998.1 URQ55824.1 98.3 7073 122 1 1 7072 21 7093 0.0 13842 UKN67998.1 UBP50947.1 98.2 7076 120 2 1 7072 21 7096 0.0 13839 UKN67998.1 UBD95131.1 98.2 7076 122 2 1 7072 21 7096 0.0 13834 UKN67998.1 UEC52718.1 98.2 7076 125 2 1 7072 21 7096 0.0 13827 UKN67998.1 UIR12670.1 98.1 7072 135 0 1 7072 21 7092 0.0 13807 UKN67998.1 QZU16279.1 97.9 7076 146 2 1 7072 21 7096 0.0 13777 UKN67998.1 UPA83906.1 97.9 7072 152 0 1 7072 21 7092 0.0 13766 UKN67998.1 UBR86455.1 97.4 7076 180 2 1 7072 20 7095 0.0 13698 UKN67998.1 UXX67934.1 97.3 7073 190 1 1 7072 21 7093 0.0 13681 UKN67998.1 UCP72061.1 97.2 7076 197 2 1 7072 21 7096 0.0 13656 UKN67998.1 UCP77012.1 97.1 7076 199 2 1 7072 21 7096 0.0 13654 UKN67998.1 WHE12941.1 96.7 7067 232 1 7 7072 1 7067 0.0 13572 UKN67998.1 UGA79226.1 96.1 7076 275 2 1 7072 21 7096 0.0 13476 UKN67998.1 UAQ80067.1 95.6 7076 307 2 1 7072 21 7096 0.0 13391 UKN67998.1 UVI10561.1 94.8 7066 364 1 8 7072 1 7066 0.0 13258 UKN67998.1 UJT06733.1 95.0 7072 357 0 1 7072 21 7092 0.0 13258 UKN67998.1 UOU30556.1 95.5 7073 314 1 1 7072 21 7093 0.0 13191 UKN67998.1 UMA88644.1 93.2 7071 482 0 2 7072 1 7071 0.0 12728 UKN67998.1 WAS49087.1 89.0 7073 777 1 1 7072 21 7093 0.0 12237 UKN67998.1 WGP98278.1 83.4 7076 1174 2 1 7072 21 7096 0.0 11284 UKN67998.1 ULA23837.2 99.9 4377 3 0 1 4377 21 4397 0.0 8598 UKN67998.1 UXH94526.1 99.9 4377 4 0 1 4377 21 4397 0.0 8593 UKN67998.1 QTD03487.1 99.6 4381 12 2 1 4377 21 4401 0.0 8577 UKN67998.1 QXR94354.1 99.7 4378 13 1 1 4377 21 4398 0.0 8576 UKN67998.1 UPP41269.1 99.7 4378 14 1 1 4377 21 4398 0.0 8576 UKN67998.1 QTM79632.1 99.6 4378 16 1 1 4377 21 4398 0.0 8574 UKN67998.1 USR14792.1 99.6 4378 15 1 1 4377 21 4398 0.0 8573 UKN67998.1 QTZ27226.1 99.6 4378 18 1 1 4377 21 4398 0.0 8569 UKN67998.1 UFM00670.1 99.6 4381 15 2 1 4377 21 4401 0.0 8567 UKN67998.1 UKU68032.1 99.6 4377 17 0 1 4377 21 4397 0.0 8565 UKN67998.1 UEC68750.1 99.6 4381 15 2 1 4377 21 4401 0.0 8565 UKN67998.1 UHM53165.1 99.6 4381 15 2 1 4377 21 4401 0.0 8562 UKN67998.1 UFM02602.1 99.6 4381 15 2 1 4377 21 4401 0.0 8562 UKN67998.1 UBL45068.1 99.6 4381 15 2 1 4377 21 4401 0.0 8560 UKN67998.1 UJV88611.1 98.0 4377 89 0 1 4377 21 4397 0.0 8403 UKN67998.1 UJJ97602.1 97.8 4377 95 0 1 4377 21 4397 0.0 8386 UKN67998.1 UJS94137.1 99.0 4292 43 0 86 4377 1 4292 0.0 8334 UKN67998.1 ULB83374.1 96.7 4377 143 0 1 4377 21 4397 0.0 8267 UKN67998.1 UGB98301.1 94.1 4381 253 2 1 4377 21 4401 0.0 7995 UKN67998.1 QRX02582.1 99.7 4078 9 2 1 4074 21 4098 0.0 7960 UKN67998.1 UFA30503.1 93.3 4340 287 2 7 4342 1 4340 0.0 7824 UKN67998.1 WGP70063.1 92.2 4349 334 2 1 4345 21 4369 0.0 7731 UKN67998.1 UNI03201.1 91.5 4374 370 2 7 4377 1 4374 0.0 7711 UKN67998.1 WEI27974.1 91.2 4378 385 1 1 4377 21 4398 0.0 7692 UKN67998.1 UEX07109.1 87.8 4375 528 2 7 4377 1 4375 0.0 7349 UKN67998.1 URP80785.1 82.7 4371 753 1 8 4377 1 4371 0.0 6781 UKN67998.1 UYE49180.1 77.0 4378 1005 1 1 4377 21 4398 0.0 6182 UKN67998.1 UPB00876.1 76.5 4371 1025 1 8 4377 1 4371 0.0 6175 UKN67998.1 WGQ72821.1 67.5 4344 1408 2 6 4345 1 4344 0.0 5125 WP_220664202.1 WP_220664202.1 100 336 0 0 1 336 1 336 2.68e-237 644 WP_220664202.1 WP_165462493.1 29.6 311 186 8 22 330 16 295 1.80e-28 110 PRQ70658.1 PRQ70658.1 100 176 0 0 1 176 1 176 2.76e-114 320 XP_028261945.1 XP_028261945.1 100 833 0 0 1 833 1 833 0.0 1593 XP_028261945.1 XP_023607675.1 79.0 620 105 6 2 600 3 618 3.02e-319 896 XP_028261945.1 WP_002264996.1 30.5 210 122 5 227 428 41 234 1.17e-16 78.6 XP_028261945.1 WP_014812045.1 36.6 71 40 2 352 421 37 103 1.57e-04 43.1 WP_127607693.1 WP_127607693.1 100 153 0 0 1 153 1 153 3.28e-113 315 NEO89073.1 NEO89073.1 100 519 0 0 1 519 1 519 0.0 972 NEO89073.1 WP_259999572.1 36.9 168 103 2 78 245 129 293 1.62e-25 105 SHX72876.1 SHX72876.1 100 71 0 0 1 71 1 71 8.42e-46 139 EAT3027009.1 EAT3027009.1 100 138 0 0 1 138 1 138 2.91e-93 264 WP_161818832.1 WP_161818832.1 100 195 0 0 1 195 1 195 3.71e-135 374 WP_161818832.1 WP_054891276.1 43.9 180 101 0 13 192 7 186 4.72e-42 138 MBQ5338540.1 MBQ5338540.1 100 1617 0 0 1 1617 1 1617 0.0 3197 MBQ5338540.1 WP_153219677.1 30.8 741 440 30 159 860 161 867 8.31e-52 199 MBW1825233.1 MBW1825233.1 100 313 0 0 1 313 1 313 3.77e-182 503 MBQ0119857.1 MBQ0119857.1 100 205 0 0 1 205 1 205 1.20e-154 424 WP_152158314.1 WP_152158314.1 100 202 0 0 1 202 1 202 2.42e-148 408 WP_152158314.1 OGG08302.1 32.2 214 127 8 2 201 97 306 1.54e-15 72.0 AOW33101.1 AOW33101.1 100 318 0 0 1 318 1 318 7.47e-244 659 AOW33101.1 AVA00513.1 93.1 318 22 0 1 318 17 334 1.73e-229 624 AOW33101.1 QWY38042.1 92.8 318 23 0 1 318 17 334 1.11e-226 619 AOW33101.1 ACY29573.1 92.8 318 23 0 1 318 17 334 1.40e-226 620 AOW33101.1 BAO11608.1 92.1 318 25 0 1 318 17 334 1.94e-226 616 AOW33101.1 ACH90072.1 92.1 318 25 0 1 318 45 362 3.09e-226 617 AOW33101.1 AOW36968.1 91.8 318 26 0 1 318 1 318 3.13e-226 615 AOW33101.1 BAO23243.1 91.8 318 26 0 1 318 17 334 3.72e-225 613 AOW33101.1 AFJ09957.1 92.5 318 24 0 1 318 17 334 4.22e-225 616 AOW33101.1 AFV39595.1 94.7 318 17 0 1 318 70 387 6.29e-222 629 AOW33101.1 ARR91819.1 85.2 290 42 1 1 289 17 306 1.23e-180 499 AOW33101.1 ACV16867.1 92.8 235 17 0 84 318 1 235 9.59e-165 459 AOW33101.1 ADB27070.1 92.9 198 14 0 121 318 1 198 1.83e-138 389 AOW33101.1 ABJ92889.1 81.9 83 15 0 1 83 14 96 1.92e-48 155 XP_027422845.1 XP_027422845.1 100 566 0 0 1 566 1 566 0.0 1101 XP_027422845.1 SCN76227.1 22.4 513 325 10 33 510 90 564 6.23e-27 113 UVD88834.1 UVD88834.1 100 76 0 0 1 76 1 76 3.16e-50 150 XP_028733567.1 XP_028733567.1 100 1381 0 0 1 1381 1 1381 0.0 2533 KAF8533701.1 KAF8533701.1 100 179 0 0 1 179 1 179 1.43e-131 364 XP_031270756.1 XP_031270756.1 100 319 0 0 1 319 1 319 8.41e-246 664 WP_255266214.1 WP_255266214.1 100 503 0 0 1 503 1 503 0.0 926 WP_255266214.1 MBI5333464.1 39.8 161 91 3 291 445 224 384 3.20e-20 90.9 WP_255266214.1 WP_126679569.1 37.3 166 87 4 291 445 369 528 1.51e-19 90.5 WP_255266214.1 WP_145544593.1 37.0 154 92 3 293 445 363 512 2.14e-18 86.3 WP_255266214.1 WP_107169208.1 33.6 152 96 4 296 442 203 354 1.60e-17 82.4 WP_255266214.1 GHI39478.1 41.5 118 68 1 326 442 322 439 3.81e-16 79.0 WP_255266214.1 WP_018646673.1 32.3 161 103 3 288 442 517 677 2.36e-15 77.4 WP_255266214.1 EGR2272270.1 38.9 126 73 3 324 445 547 672 2.57e-15 77.0 WP_255266214.1 WP_000484099.1 30.9 175 95 8 286 445 199 362 2.52e-12 66.6 WP_255266214.1 WP_269885397.1 29.5 122 84 2 326 445 144 265 3.97e-11 62.0 WP_255266214.1 WP_023050329.1 25.9 147 106 2 299 444 206 350 2.92e-08 53.9 WP_255266214.1 MBT3459335.1 46.0 63 32 1 299 359 207 269 2.00e-06 47.8 KRX90811.1 KRX90811.1 100 501 0 0 1 501 1 501 0.0 986 KRX90811.1 XP_046441060.1 28.8 302 139 7 164 417 55 328 2.27e-24 105 KRX90811.1 XP_020321477.1 29.5 302 137 7 164 417 47 320 5.02e-24 104 KRX90811.1 MBF1128433.1 30.8 169 105 5 252 412 115 279 1.27e-14 74.7 MBN4200190.1 MBN4200190.1 100 18 0 0 1 18 1 18 5.50e-10 45.1 WP_114054641.1 WP_114054641.1 100 333 0 0 1 333 1 333 2.18e-230 627 WP_114054641.1 WP_022748957.1 31.7 259 166 5 2 250 55 312 1.39e-27 109 WP_114054641.1 EJS0734484.1 31.2 321 203 7 4 313 26 339 3.32e-26 105 WP_114054641.1 MCI6965979.1 31.5 270 171 7 1 264 1 262 8.26e-21 89.7 WP_114054641.1 KAJ7369304.1 35.6 87 55 1 85 170 61 147 2.31e-06 47.4 ERV81283.1 ERV81283.1 100 232 0 0 1 232 1 232 8.60e-166 455 WP_104462564.1 WP_104462564.1 100 304 0 0 1 304 1 304 4.02e-216 588 WP_104462564.1 WP_140843904.1 36.1 241 129 5 69 285 66 305 1.54e-35 129 WP_061239294.1 WP_061239294.1 100 388 0 0 1 388 1 388 3.88e-295 795 WP_050238626.1 WP_050238626.1 100 390 0 0 1 390 1 390 2.16e-293 791 HIH01984.1 HIH01984.1 100 151 0 0 1 151 1 151 3.56e-107 300 EGC4236544.1 EGC4236544.1 100 200 0 0 1 200 1 200 3.86e-144 397 WP_250258169.1 WP_250258169.1 100 540 0 0 1 540 1 540 0.0 1062 WP_242961281.1 WP_242961281.1 100 702 0 0 1 702 1 702 0.0 1373 WP_242961281.1 WP_200543170.1 31.7 180 120 3 524 701 259 437 5.77e-16 80.1 WP_045385114.1 WP_045385114.1 100 146 0 0 1 146 1 146 7.11e-82 236 WP_233987225.1 WP_233987225.1 100 314 0 0 1 314 1 314 8.85e-225 611 KAF8901107.1 KAF8901107.1 100 520 0 0 1 520 1 520 0.0 1025 KAF8901107.1 XP_049236752.1 26.4 478 318 11 33 488 10 475 1.53e-35 139 KAF8901107.1 AJU61790.1 24.5 473 323 8 36 487 29 488 8.56e-31 124 KAF8901107.1 MCB1412915.1 30.5 167 111 3 78 240 66 231 1.06e-14 74.7 MBI5413544.1 MBI5413544.1 100 606 0 0 1 606 1 606 0.0 1162 WP_245770707.1 WP_245770707.1 100 490 0 0 1 490 1 490 0.0 907 MYU10132.1 MYU10132.1 100 132 0 0 1 132 1 132 5.33e-93 263 GER04731.1 GER04731.1 100 441 0 0 1 441 1 441 0.0 873 GER04731.1 WP_231022353.1 47.6 401 172 5 1 401 1 363 3.45e-118 350 GER04731.1 WP_258835625.1 32.0 388 242 10 9 378 7 390 1.46e-42 154 GER04731.1 MBP6375542.1 30.1 412 248 10 9 394 7 404 4.48e-41 150 GER04731.1 WP_194454339.1 25.7 417 276 11 1 398 1 402 4.40e-23 99.4 MCC8048325.1 MCC8048325.1 100 415 0 0 1 415 1 415 1.97e-304 821 WP_141361908.1 WP_141361908.1 100 346 0 0 1 346 1 346 9.82e-245 664 XP_039261378.1 XP_039261378.1 100 435 0 0 1 435 1 435 1.27e-317 856 MBO1529847.1 MBO1529847.1 100 342 0 0 1 342 1 342 7.61e-256 692 MBO1529847.1 WP_202925384.1 31.3 342 219 6 1 338 1 330 2.56e-49 166 MBO1529847.1 MBN1566249.1 31.0 352 213 15 5 337 1 341 1.57e-34 127 MBO1529847.1 XP_047466965.1 28.2 365 219 13 4 331 9 367 1.09e-25 104 MBO1529847.1 WP_016809838.1 28.0 296 191 12 5 288 1 286 2.21e-16 77.4 MBO1529847.1 KAH7252800.1 26.8 280 183 10 5 268 7 280 2.35e-16 77.4 MBR3162388.1 MBR3162388.1 100 637 0 0 1 637 1 637 0.0 1270 MBX9747080.1 MBX9747080.1 100 735 0 0 1 735 1 735 0.0 1472 MBX9747080.1 HAJ30683.1 24.5 832 473 36 1 729 30 809 4.13e-22 100 MBX9747080.1 MCE2873365.1 28.3 184 121 4 1 173 36 219 4.17e-13 71.2 MBX9747080.1 MXW19700.1 30.5 187 113 5 1 173 41 224 9.37e-13 70.1 MBX9747080.1 WP_267184195.1 28.1 196 114 8 17 198 50 232 7.39e-07 50.8 MBX9747080.1 WP_254467474.1 28.7 115 77 3 93 205 229 340 1.37e-06 50.1 MBX9747080.1 MBO1518138.1 30.6 111 66 5 93 200 142 244 4.03e-06 48.5 MBR3056759.1 MBR3056759.1 100 222 0 0 1 222 1 222 1.10e-163 449 XP_046337982.1 XP_046337982.1 100 501 0 0 1 501 1 501 3.04e-264 726 RVW27732.1 RVW27732.1 100 382 0 0 1 382 1 382 2.27e-309 830 ACU21193.1 ACU21193.1 100 246 0 0 1 246 1 246 1.43e-180 493 WP_223975418.1 WP_223975418.1 100 299 0 0 1 299 1 299 9.50e-217 589 HAV2038468.1 HAV2038468.1 100 606 0 0 1 606 1 606 0.0 1155 HAV2038468.1 WP_200037957.1 22.0 246 175 6 370 604 1007 1246 2.48e-10 62.0 RBH73006.1 RBH73006.1 100 186 0 0 1 186 1 186 3.22e-136 376 MBL1150364.1 MBL1150364.1 100 186 0 0 1 186 1 186 6.46e-127 353 MBL1150364.1 MBR6293537.1 41.7 84 43 2 6 85 4 85 5.88e-13 62.4 MBL1150364.1 MBG6436126.1 34.5 148 92 4 1 147 1 144 8.67e-10 53.9 EAA7679439.1 EAA7679439.1 100 519 0 0 1 519 1 519 0.0 970 EAA7679439.1 WP_213741880.1 52.8 235 109 2 1 234 2 235 1.40e-74 234 EAA7679439.1 WP_219954954.1 30.3 271 180 4 248 511 162 430 6.41e-34 131 GLX88815.1 GLX88815.1 100 300 0 0 1 300 1 300 3.58e-217 590 GLX88815.1 WP_210226425.1 44.9 296 163 0 1 296 1 296 3.55e-92 274 GLX88815.1 HCN8461219.1 67.4 86 28 0 9 94 8 93 1.27e-37 127 GLX88815.1 NLW23809.1 26.2 168 117 3 11 177 13 174 8.30e-11 60.5 MCE2395269.1 MCE2395269.1 100 578 0 0 1 578 1 578 0.0 1207 WP_281543397.1 WP_281543397.1 100 292 0 0 1 292 1 292 7.21e-213 579 WP_281543397.1 WP_084371009.1 38.7 292 172 2 2 289 15 303 6.34e-65 204 WP_281543397.1 WP_221265680.1 41.2 194 113 1 5 197 35 228 2.40e-42 146 WP_281543397.1 WP_152652784.1 28.2 287 193 6 4 284 20 299 2.66e-32 119 WP_281543397.1 WP_192500494.1 26.6 297 192 8 4 288 17 299 1.88e-28 109 WP_281543397.1 EHR6291555.1 32.7 199 132 2 4 201 22 219 2.84e-25 103 WP_281543397.1 WP_185334683.1 28.5 256 173 5 7 256 22 273 5.78e-25 102 WP_281543397.1 THW78755.1 30.2 199 129 1 4 202 483 671 3.85e-23 97.8 WP_281543397.1 WP_221977168.1 24.8 210 146 3 4 201 30 239 2.20e-21 89.4 WP_281543397.1 WP_088153117.1 31.4 207 130 6 7 205 17 219 6.17e-20 87.0 WP_281543397.1 WP_248562494.1 28.1 221 151 4 4 222 16 230 5.55e-18 80.5 WP_281543397.1 MBQ9964693.1 31.6 174 98 6 5 177 17 170 6.78e-13 64.3 WP_281543397.1 WP_105160947.1 22.4 303 176 10 5 288 332 594 1.23e-12 66.2 WP_281543397.1 WP_153844272.1 24.9 209 147 3 5 203 275 483 1.46e-12 65.9 WP_281543397.1 WP_206363707.1 25.6 246 161 7 4 236 33 269 4.39e-11 60.5 WP_281543397.1 KAF9974715.1 23.7 207 137 7 5 205 481 672 2.88e-10 59.3 WP_281543397.1 WAY96880.1 24.9 181 117 4 5 173 5 178 9.96e-08 49.7 WP_281543397.1 WP_041710957.1 25.7 191 98 7 19 206 33 182 2.32e-06 47.0 GHI39478.1 GHI39478.1 100 450 0 0 1 450 1 450 0.0 887 GHI39478.1 HCN71343.1 45.9 122 64 2 322 441 7 128 2.55e-24 96.3 GHI39478.1 WP_159812831.1 30.7 287 125 8 160 440 182 400 1.86e-17 82.4 GHI39478.1 WP_255266214.1 41.5 118 68 1 322 439 326 442 3.41e-16 79.0 WP_234749042.1 WP_234749042.1 100 377 0 0 1 377 1 377 4.70e-270 731 WP_281674273.1 WP_281674273.1 100 98 0 0 1 98 1 98 2.42e-64 187 MBO0734013.1 MBO0734013.1 100 227 0 0 1 227 1 227 6.09e-168 460 RPG10933.1 RPG10933.1 100 100 0 0 1 100 1 100 2.58e-69 200 WP_122576107.1 WP_122576107.1 100 321 0 0 1 321 1 321 1.23e-239 649 WAX08241.1 WAX08241.1 100 387 0 0 1 387 1 387 1.50e-287 776 WP_255734230.1 WP_255734230.1 100 178 0 0 1 178 1 178 1.67e-125 348 KZS73167.1 KZS73167.1 100 325 0 0 1 325 1 325 2.05e-240 651 KZS73167.1 WP_244292824.1 43.3 305 152 7 40 324 11 314 3.12e-62 199 PYM79331.1 PYM79331.1 100 121 0 0 1 121 1 121 1.40e-67 197 XP_015253450.1 XP_015253450.1 100 592 0 0 1 592 1 592 0.0 1155 YP_008379230.1 YP_008379230.1 100 346 0 0 1 346 1 346 7.92e-235 639 YP_008379230.1 YP_007317140.1 46.1 345 177 3 1 341 1 340 1.35e-89 271 YP_008379230.1 QOL09497.1 37.5 192 120 0 127 318 2 193 4.29e-33 120 YP_008379230.1 EAZ5330394.1 26.0 311 197 8 23 300 122 432 6.14e-13 67.8 YP_008379230.1 WP_096665911.1 23.9 197 133 4 10 189 115 311 4.02e-05 43.5 YP_008379230.1 WP_243361436.1 25.0 176 111 3 34 188 135 310 6.99e-05 42.7 KOU48934.1 KOU48934.1 100 329 0 0 1 329 1 329 8.35e-194 534 MCK4671080.1 MCK4671080.1 100 84 0 0 1 84 1 84 3.93e-50 150 WP_097830045.1 WP_097830045.1 100 385 0 0 1 385 1 385 7.33e-278 751 WP_097830045.1 MBR3487460.1 34.1 396 211 14 8 378 11 381 8.56e-52 176 WP_097830045.1 MBM3767188.1 29.6 406 224 11 2 375 36 411 4.12e-37 137 WP_097830045.1 WP_256939523.1 28.6 384 244 12 2 380 15 373 2.07e-33 126 WP_097830045.1 MBR4371193.1 28.8 351 191 10 64 378 7 334 3.61e-31 119 WP_143957119.1 WP_143957119.1 100 286 0 0 1 286 1 286 8.51e-193 528 RZB31430.1 RZB31430.1 100 62 0 0 1 62 1 62 2.84e-40 124 OLC29722.1 OLC29722.1 100 151 0 0 1 151 1 151 4.00e-113 315 MBF1369421.1 MBF1369421.1 100 1071 0 0 1 1071 1 1071 0.0 2037 MBF1369421.1 WP_106812746.1 37.2 1081 638 16 12 1069 9 1071 2.09e-241 712 HBU4069332.1 HBU4069332.1 100 344 0 0 1 344 1 344 8.18e-252 682 HBU4069332.1 HCE5900341.1 89.6 144 15 0 113 256 1 144 3.91e-85 252 MCK4027136.1 MCK4027136.1 100 128 0 0 1 128 1 128 2.29e-83 238 GBF67295.1 GBF67295.1 100 1023 0 0 1 1023 1 1023 0.0 2064 MBS6439950.1 MBS6439950.1 100 456 0 0 1 456 1 456 3.72e-307 831 MCE2394956.1 MCE2394956.1 100 46 0 0 1 46 1 46 2.75e-29 95.5 WP_275149613.1 WP_275149613.1 100 200 0 0 1 200 1 200 4.89e-147 405 XP_009132605.1 XP_009132605.1 100 112 0 0 1 112 1 112 2.01e-74 214 WP_017065630.1 WP_017065630.1 100 281 0 0 1 281 1 281 1.66e-192 526 WP_134064782.1 WP_134064782.1 100 453 0 0 1 453 1 453 8.63e-316 853 WP_134064782.1 WP_230009938.1 40.4 183 107 1 255 437 4 184 1.93e-38 138 WP_031764117.1 WP_031764117.1 100 406 0 0 1 406 1 406 2.36e-296 800 KAH7111090.1 KAH7111090.1 100 442 0 0 1 442 1 442 0.0 881 KAH7111090.1 CEG83499.1 23.8 210 154 3 22 228 16 222 3.28e-22 93.2 KAF3601053.1 KAF3601053.1 100 500 0 0 1 500 1 500 3.28e-284 777 XP_056097092.1 XP_056097092.1 100 539 0 0 1 539 1 539 0.0 1052 WP_202659240.1 WP_202659240.1 100 321 0 0 1 321 1 321 4.68e-244 660 WP_202659240.1 WP_045257206.1 38.3 295 171 3 28 313 16 308 1.94e-68 214 WP_202659240.1 KAJ9293589.1 37.7 199 107 3 132 313 58 256 4.06e-39 137 WP_202659240.1 PBN43802.1 35.1 271 155 9 46 301 175 439 2.46e-37 137 EEI68160.1 EEI68160.1 100 169 0 0 1 169 1 169 9.41e-114 318 WP_249240542.1 WP_249240542.1 100 77 0 0 1 77 1 77 3.27e-48 145 GIX80479.1 GIX80479.1 100 126 0 0 1 126 1 126 1.02e-85 244 XP_054464105.1 XP_054464105.1 100 486 0 0 1 486 1 486 0.0 988 WP_031739936.1 WP_031739936.1 100 352 0 0 1 352 1 352 6.38e-228 622 XP_052068338.1 XP_052068338.1 100 884 0 0 1 884 1 884 0.0 1860 CAI9830983.1 CAI9830983.1 100 73 0 0 1 73 1 73 5.54e-54 159 WP_150194162.1 WP_150194162.1 100 486 0 0 1 486 1 486 0.0 931 WP_150194162.1 WP_245657543.1 35.2 347 191 14 125 467 37 353 1.02e-25 106 TIL25499.1 TIL25499.1 100 121 0 0 1 121 1 121 7.55e-90 254 KMK70211.1 KMK70211.1 100 498 0 0 1 498 1 498 0.0 958 MBL7906248.1 MBL7906248.1 100 540 0 0 1 540 1 540 0.0 1120 WP_199537626.1 WP_199537626.1 100 126 0 0 1 126 1 126 1.33e-90 256 WP_255657767.1 WP_255657767.1 100 225 0 0 1 225 1 225 2.20e-160 441 WP_255657767.1 WP_123470196.1 34.3 140 87 2 11 150 14 148 4.33e-10 55.8 XP_008572610.1 XP_008572610.1 100 585 0 0 1 585 1 585 0.0 1156 XP_008572610.1 XP_019384620.1 30.3 595 331 12 28 584 368 916 7.68e-88 290 EGS7320029.1 EGS7320029.1 100 235 0 0 1 235 1 235 1.48e-163 449 EGS7320029.1 HDI11217.1 33.6 217 140 3 22 235 1 216 2.19e-31 113 EHD1462244.1 EHD1462244.1 100 180 0 0 1 180 1 180 1.68e-135 374 WP_105794890.1 WP_105794890.1 100 405 0 0 1 405 1 405 1.19e-284 770 KAJ4753967.1 KAJ4753967.1 100 322 0 0 1 322 1 322 5.40e-214 584 XP_007512765.1 XP_007512765.1 100 221 0 0 1 221 1 221 2.76e-152 420 EFU9196970.1 EFU9196970.1 100 833 0 0 1 833 1 833 0.0 1623 EFU9196970.1 PGL69713.1 36.1 532 332 4 152 677 37 566 3.28e-105 334 EFU9196970.1 WP_261970917.1 33.6 541 337 13 116 647 11 538 7.34e-70 239 WP_133662298.1 WP_133662298.1 100 157 0 0 1 157 1 157 1.95e-107 301 WP_156164841.1 WP_156164841.1 100 132 0 0 1 132 1 132 4.05e-97 273 XP_040774166.1 XP_040774166.1 100 384 0 0 1 384 1 384 1.28e-282 763 XP_010489688.1 XP_010489688.1 100 263 0 0 1 263 1 263 2.04e-168 464 WP_116818916.1 WP_116818916.1 100 734 0 0 1 734 1 734 0.0 1422 WP_116818916.1 WP_189646918.1 40.7 739 411 11 6 733 2 724 4.61e-149 450 WP_234306850.1 WP_234306850.1 100 305 0 0 1 305 1 305 9.79e-213 580 WP_234306850.1 WP_058635033.1 37.4 262 159 3 44 301 44 304 1.38e-46 158 WP_234306850.1 WP_251874466.1 37.7 260 157 2 42 297 43 301 5.46e-45 154 WP_234306850.1 WP_059510827.1 38.6 303 174 6 7 301 3 301 6.27e-41 143 WP_234306850.1 WP_116701099.1 37.3 241 141 7 46 280 49 285 2.64e-33 122 WP_234306850.1 WP_012724915.1 36.5 249 140 5 69 301 70 316 1.47e-31 118 ECO0852462.1 ECO0852462.1 100 310 0 0 1 310 1 310 9.32e-234 633 MBC8149950.1 MBC8149950.1 100 433 0 0 1 433 1 433 0.0 896 AFA09475.1 AFA09475.1 100 205 0 0 1 205 1 205 1.39e-144 399 AFA09475.1 ADW49125.1 96.1 205 8 0 1 205 7 211 1.85e-139 386 AFA09475.1 AFA24308.1 94.6 205 11 0 1 205 8 212 1.51e-136 379 AFA09475.1 QUA05739.1 93.9 198 12 0 1 198 15 212 1.14e-131 367 AFA09475.1 AVM35379.1 89.3 205 22 0 1 205 10 214 1.00e-130 364 AFA09475.1 AWS34156.1 85.4 205 30 0 1 205 15 219 9.00e-126 352 AFA09475.1 QUQ06080.1 82.9 205 35 0 1 205 15 219 1.05e-124 349 AFA09475.1 ADJ35581.1 82.0 205 37 0 1 205 16 220 1.54e-124 349 AFA09475.1 ABQ63546.1 81.0 205 39 0 1 205 14 218 2.65e-120 338 AFA09475.1 AAX94106.1 89.4 189 20 0 17 205 1 189 9.54e-117 337 AFA09475.1 AHK62764.1 77.1 205 47 0 1 205 11 215 3.64e-114 323 AFA09475.1 AMA90994.1 85.2 183 27 0 1 183 15 197 1.38e-108 308 AFA09475.1 AOR13807.1 78.2 193 42 0 1 193 6 198 2.02e-108 307 AFA09475.1 UZF38514.1 71.7 205 58 0 1 205 2 206 2.55e-106 302 AFA09475.1 AKT58828.1 81.8 181 33 0 1 181 15 195 1.01e-105 300 AFA09475.1 AOQ89457.1 80.8 177 34 0 1 177 11 187 6.62e-100 285 AFA09475.1 AXZ65741.1 78.7 174 37 0 1 174 15 188 1.08e-96 277 AFA09475.1 AGI15931.1 69.2 198 61 0 2 199 9 206 4.67e-95 274 AFA09475.1 AKA56406.1 68.8 186 55 1 1 186 15 197 4.86e-88 256 AFA09475.1 AHH30646.1 76.8 168 37 2 18 185 6 171 6.38e-85 247 AFA09475.1 ACE88666.1 82.9 140 24 0 66 205 1 140 1.01e-80 235 AFA09475.1 APC24336.1 73.2 112 30 0 94 205 1 112 2.70e-51 168 GBC84792.1 GBC84792.1 100 404 0 0 1 404 1 404 3.49e-297 801 GBC84792.1 VTR69884.1 35.6 390 238 6 2 382 12 397 1.67e-65 213 OLE88521.1 OLE88521.1 100 234 0 0 1 234 1 234 3.80e-170 466 BAV52815.1 BAV52815.1 100 154 0 0 1 154 1 154 8.02e-110 307 BAV52815.1 MBE0500203.1 44.0 100 54 2 14 112 80 178 3.94e-18 75.5 NXT80179.1 NXT80179.1 100 415 0 0 1 415 1 415 2.54e-316 851 NXT80179.1 XP_026175731.1 27.3 227 135 9 192 402 97 309 3.99e-16 77.0 NXT80179.1 XP_024252803.1 22.2 261 160 9 167 390 46 300 3.17e-09 56.2 WP_200941876.1 WP_200941876.1 100 648 0 0 1 648 1 648 0.0 1284 WP_200941876.1 TMQ04701.1 30.5 367 198 13 178 520 581 914 5.68e-31 127 WP_200941876.1 MBP6544771.1 27.6 519 281 18 39 524 19 475 1.21e-29 122 WP_200941876.1 WP_167959909.1 25.9 513 282 14 45 524 7 454 2.93e-28 117 WP_200941876.1 WP_112119927.1 22.9 477 263 15 53 524 10 386 9.71e-18 84.7 WP_200941876.1 RLB66027.1 28.6 322 154 15 225 524 166 433 1.71e-13 71.6 WP_200941876.1 MCL4144983.1 52.3 44 20 1 467 509 1 44 3.65e-07 47.0 WP_200941876.1 WP_246003214.1 30.2 149 81 9 416 543 300 446 4.46e-04 41.6 WP_146310544.1 WP_146310544.1 100 172 0 0 1 172 1 172 2.69e-119 332 KAJ4994524.1 KAJ4994524.1 100 548 0 0 1 548 1 548 0.0 1065 NQU26924.1 NQU26924.1 100 1098 0 0 1 1098 1 1098 0.0 2211 NQU26924.1 MBP3509218.1 32.8 472 289 9 463 915 137 599 6.99e-67 235 NQU26924.1 MBQ2777352.1 31.5 467 305 7 461 915 135 598 3.51e-61 219 NQU26924.1 MCK9987173.1 30.3 607 342 22 458 1007 10 592 4.56e-57 206 NQU26924.1 EHP6050825.1 31.2 414 252 11 464 846 236 647 6.60e-45 171 KKQ17530.1 KKQ17530.1 100 339 0 0 1 339 1 339 4.49e-242 657 WP_262043205.1 WP_262043205.1 100 569 0 0 1 569 1 569 0.0 1159 WP_262043205.1 WP_222594143.1 26.2 408 248 4 181 537 60 465 5.38e-35 135 WP_262043205.1 YP_010462557.1 29.7 387 237 9 181 537 12 393 6.44e-33 128 WP_092054000.1 WP_092054000.1 100 334 0 0 1 334 1 334 3.31e-246 667 KAH7904576.1 KAH7904576.1 100 474 0 0 1 474 1 474 0.0 942 ULB83374.1 ULB83374.1 100 4401 0 0 1 4401 1 4401 0.0 8326 ULB83374.1 ULA23837.2 96.8 4401 140 0 1 4401 1 4401 0.0 8326 ULB83374.1 UIR12670.1 96.8 4397 142 0 1 4397 1 4397 0.0 8318 ULB83374.1 UXH94526.1 96.7 4401 145 0 1 4401 1 4401 0.0 8317 ULB83374.1 UPA83906.1 96.7 4397 146 0 1 4397 1 4397 0.0 8307 ULB83374.1 UMF87224.1 96.2 4397 166 0 1 4397 1 4397 0.0 8306 ULB83374.1 QTD03487.1 96.5 4405 151 2 1 4401 1 4405 0.0 8303 ULB83374.1 QTM79632.1 96.4 4402 156 1 1 4401 1 4402 0.0 8300 ULB83374.1 QXR94354.1 96.5 4402 154 1 1 4401 1 4402 0.0 8299 ULB83374.1 UPP41269.1 96.5 4402 155 1 1 4401 1 4402 0.0 8299 ULB83374.1 QTZ27226.1 96.4 4402 156 1 1 4401 1 4402 0.0 8297 ULB83374.1 USR14792.1 96.4 4402 156 1 1 4401 1 4402 0.0 8296 ULB83374.1 UZO53924.1 96.5 4398 153 1 1 4397 1 4398 0.0 8296 ULB83374.1 QWC83326.1 96.5 4401 150 2 1 4397 1 4401 0.0 8294 ULB83374.1 UVB16817.1 96.5 4398 153 1 1 4397 1 4398 0.0 8294 ULB83374.1 QVD87869.1 96.5 4398 153 1 1 4397 1 4398 0.0 8293 ULB83374.1 URQ55824.1 96.5 4398 154 1 1 4397 1 4398 0.0 8293 ULB83374.1 QSZ25555.1 96.5 4401 152 2 1 4397 1 4401 0.0 8292 ULB83374.1 UEC68750.1 96.4 4405 155 2 1 4401 1 4405 0.0 8291 ULB83374.1 UFM00670.1 96.4 4405 156 2 1 4401 1 4405 0.0 8291 ULB83374.1 WEU87158.1 96.5 4401 152 2 1 4397 1 4401 0.0 8289 ULB83374.1 UKU68032.1 96.4 4401 158 0 1 4401 1 4401 0.0 8289 ULB83374.1 UBP50947.1 96.4 4401 153 2 1 4397 1 4401 0.0 8287 ULB83374.1 QZU16279.1 96.4 4401 153 2 1 4397 1 4401 0.0 8287 ULB83374.1 UBD95131.1 96.4 4401 153 2 1 4397 1 4401 0.0 8286 ULB83374.1 UCP72061.1 98.1 4401 79 2 1 4397 1 4401 0.0 8286 ULB83374.1 UHM53165.1 96.4 4405 156 2 1 4401 1 4405 0.0 8286 ULB83374.1 UFM02602.1 96.4 4405 156 2 1 4401 1 4405 0.0 8285 ULB83374.1 UBL45068.1 96.4 4405 156 2 1 4401 1 4405 0.0 8283 ULB83374.1 UEC52718.1 96.3 4401 157 2 1 4397 1 4401 0.0 8277 ULB83374.1 UKN67998.1 96.7 4377 143 0 21 4397 1 4377 0.0 8277 ULB83374.1 UCP77012.1 97.5 4401 108 2 1 4397 1 4401 0.0 8257 ULB83374.1 UGA79226.1 96.9 4401 131 2 1 4397 1 4401 0.0 8180 ULB83374.1 UBR86455.1 95.2 4400 208 2 2 4397 1 4400 0.0 8157 ULB83374.1 UXX67934.1 95.0 4398 220 1 1 4397 1 4398 0.0 8135 ULB83374.1 UJV88611.1 94.8 4401 230 0 1 4401 1 4401 0.0 8126 ULB83374.1 UJJ97602.1 94.6 4401 236 0 1 4401 1 4401 0.0 8110 ULB83374.1 UAQ80067.1 94.7 4401 231 2 1 4397 1 4401 0.0 8101 ULB83374.1 UOU30556.1 94.7 4398 231 1 1 4397 1 4398 0.0 8098 ULB83374.1 UJS94137.1 95.9 4296 174 0 106 4401 1 4296 0.0 8029 ULB83374.1 WHE12941.1 93.9 4372 264 1 27 4397 1 4372 0.0 7983 ULB83374.1 UVI10561.1 92.9 4371 311 1 28 4397 1 4371 0.0 7869 ULB83374.1 UGB98301.1 92.8 4405 314 2 1 4401 1 4405 0.0 7814 ULB83374.1 UJT06733.1 91.1 4397 392 0 1 4397 1 4397 0.0 7701 ULB83374.1 QRX02582.1 96.2 4098 150 2 1 4094 1 4098 0.0 7676 ULB83374.1 UMA88644.1 90.8 4376 401 0 22 4397 1 4376 0.0 7585 ULB83374.1 WGP70063.1 91.1 4369 383 2 1 4365 1 4369 0.0 7556 ULB83374.1 WEI27974.1 90.0 4402 440 1 1 4401 1 4402 0.0 7519 ULB83374.1 UFA30503.1 90.0 4340 428 2 27 4362 1 4340 0.0 7500 ULB83374.1 UNI03201.1 88.3 4378 510 2 27 4401 1 4378 0.0 7398 ULB83374.1 WGP98278.1 87.7 4364 531 2 1 4360 1 4364 0.0 7181 ULB83374.1 UEX07109.1 84.6 4379 669 2 27 4401 1 4379 0.0 7033 ULB83374.1 URP80785.1 85.9 4375 614 1 28 4401 1 4375 0.0 6796 ULB83374.1 WAS49087.1 81.6 4398 810 1 1 4397 1 4398 0.0 6686 ULB83374.1 UYE49180.1 80.3 4402 866 1 1 4401 1 4402 0.0 6236 ULB83374.1 UPB00876.1 76.7 4375 1017 1 28 4401 1 4375 0.0 6036 ULB83374.1 WGQ72821.1 70.1 4344 1293 2 26 4365 1 4344 0.0 5105 MBO7707210.1 MBO7707210.1 100 283 0 0 1 283 1 283 1.34e-208 567 MBO7707210.1 MCE2861656.1 41.1 280 151 4 1 280 1 266 1.30e-67 209 KAF5967767.1 KAF5967767.1 100 1145 0 0 1 1145 1 1145 0.0 1885 WP_052991486.1 WP_052991486.1 100 201 0 0 1 201 1 201 3.18e-148 408 ORB86003.1 ORB86003.1 100 181 0 0 1 181 1 181 3.63e-126 350 WP_219866541.1 WP_219866541.1 100 172 0 0 1 172 1 172 1.24e-124 346 MBA0681195.1 MBA0681195.1 100 316 0 0 1 316 1 316 5.81e-231 627 MBA0681195.1 XP_047781705.1 61.1 36 14 0 243 278 337 372 4.47e-10 58.5 MBA0681195.1 KAF8141928.1 52.3 44 21 0 235 278 251 294 6.62e-10 57.8 CKF71070.1 CKF71070.1 100 752 0 0 1 752 1 752 0.0 1457 CKF71070.1 WP_200543170.1 40.6 436 255 2 306 741 256 687 1.40e-102 328 CKF71070.1 HAB03480.1 35.7 566 347 7 194 746 530 1091 1.16e-101 335 CKF71070.1 WP_230171322.1 35.0 488 295 5 251 737 547 1013 3.87e-86 292 CKF71070.1 MBF0143407.1 36.1 424 264 4 318 737 632 1052 2.93e-77 268 CKF71070.1 WP_126679569.1 30.9 459 305 7 289 737 337 793 8.05e-54 197 CKF71070.1 WP_159812831.1 45.2 166 90 1 311 475 234 399 3.69e-35 137 CKF71070.1 HCN71343.1 44.8 125 69 0 356 480 7 131 1.85e-31 117 CKF71070.1 MCJ2541369.1 40.4 99 59 0 499 597 86 184 1.97e-19 85.1 CKF71070.1 EGR2272270.1 37.0 127 77 2 356 480 549 674 1.92e-18 88.2 WP_078732502.1 WP_078732502.1 100 498 0 0 1 498 1 498 0.0 966 WP_078732502.1 MCJ2110312.1 60.8 255 98 1 11 265 6 258 2.66e-102 305 WP_078732502.1 HAB03480.1 29.4 136 92 2 135 268 151 284 2.35e-11 64.7 WP_079688138.1 WP_079688138.1 100 164 0 0 1 164 1 164 6.99e-118 328 MCE2498961.1 MCE2498961.1 100 234 0 0 1 234 1 234 5.18e-168 461 RUX64007.1 RUX64007.1 100 66 0 0 1 66 1 66 6.14e-48 144 CRZ84703.1 CRZ84703.1 100 339 0 0 1 339 1 339 6.65e-184 522 CRZ84703.1 EED8954498.1 51.7 234 103 3 3 234 281 506 1.15e-48 176 MBT3222043.1 MBT3222043.1 100 185 0 0 1 185 1 185 3.35e-133 369 WP_273849839.1 WP_273849839.1 100 258 0 0 1 258 1 258 7.36e-164 452 WP_273849839.1 WP_110035452.1 34.5 261 140 9 1 257 1 234 9.07e-33 118 WP_273849839.1 WP_010443651.1 35.3 252 141 6 7 255 3 235 2.28e-29 109 WP_273849839.1 WP_108024271.1 30.8 253 160 3 7 256 8 248 4.28e-28 106 WP_273849839.1 WP_013845913.1 31.6 244 151 4 1 241 1 231 3.44e-23 93.2 WP_273849839.1 KAI0154282.1 33.1 263 158 9 2 257 6 257 2.89e-20 85.5 WP_025260862.1 WP_025260862.1 100 223 0 0 1 223 1 223 3.70e-142 394 HCI3789247.1 HCI3789247.1 100 145 0 0 1 145 1 145 4.06e-110 307 HCI3789247.1 EHC2895895.1 48.3 149 72 2 1 145 14 161 1.17e-38 127 AMW35569.1 AMW35569.1 100 451 0 0 1 451 1 451 0.0 891 AMW35569.1 WP_035473288.1 25.4 311 215 8 35 341 5 302 2.75e-19 87.8 WP_067225239.1 WP_067225239.1 100 288 0 0 1 288 1 288 2.93e-210 572 PTQ72351.1 PTQ72351.1 100 403 0 0 1 403 1 403 1.03e-293 793 PTQ72351.1 WP_241420500.1 42.1 387 191 4 43 399 101 484 3.28e-91 281 PTQ72351.1 WP_112449552.1 40.2 373 207 2 43 399 115 487 4.95e-79 250 PTQ72351.1 WP_050274510.1 36.5 367 212 4 41 393 86 445 2.82e-65 213 EFG1785427.1 EFG1785427.1 100 228 0 0 1 228 1 228 3.43e-122 344 XP_025268496.1 XP_025268496.1 100 683 0 0 1 683 1 683 2.09e-161 479 OGE84663.1 OGE84663.1 100 73 0 0 1 73 1 73 5.34e-52 154 MBH2016034.1 MBH2016034.1 100 277 0 0 1 277 1 277 1.42e-181 499 MBH2016034.1 PWC90347.1 22.6 235 154 3 30 263 69 276 1.05e-06 47.8 GEY28869.1 GEY28869.1 100 305 0 0 1 305 1 305 1.08e-225 612 Q9GKS6.1 Q9GKS6.1 100 653 0 0 1 653 1 653 0.0 1290 Q9GKS6.1 XP_017674008.1 60.9 476 156 4 4 452 686 1158 1.55e-178 537 Q9GKS6.1 WP_019100427.1 23.2 267 137 8 45 309 440 640 2.78e-06 48.9 WP_247392216.1 WP_247392216.1 100 277 0 0 1 277 1 277 6.47e-188 514 WP_247392216.1 WP_186153646.1 44.4 259 135 5 1 253 1 256 8.44e-55 176 WP_247392216.1 WP_243269836.1 47.7 235 118 4 45 276 31 263 9.33e-49 171 WP_247392216.1 WP_001537381.1 50.0 202 95 5 79 276 45 244 2.76e-47 167 WP_247392216.1 MBS1222269.1 44.8 210 90 2 1 192 1 202 9.60e-46 151 WP_247392216.1 WP_045125019.1 37.9 203 116 4 84 277 104 305 1.34e-29 114 WP_247392216.1 WP_230822898.1 37.6 178 98 4 86 256 78 249 2.46e-22 94.4 WP_218790267.1 WP_218790267.1 100 128 0 0 1 128 1 128 7.08e-96 270 WP_258570851.1 WP_258570851.1 100 225 0 0 1 225 1 225 1.94e-154 426 WP_025399520.1 WP_025399520.1 100 293 0 0 1 293 1 293 3.70e-211 575 KAG1839801.1 KAG1839801.1 100 134 0 0 1 134 1 134 1.40e-98 277 WP_151427539.1 WP_151427539.1 100 507 0 0 1 507 1 507 0.0 1008 EEC9966669.1 EEC9966669.1 100 73 0 0 1 73 1 73 7.07e-48 144 UOZ97514.1 UOZ97514.1 100 93 0 0 1 93 1 93 7.12e-66 191 WP_006305873.1 WP_006305873.1 100 460 0 0 1 460 1 460 0.0 878 WP_006305873.1 WP_004699236.1 32.9 465 272 10 9 460 10 447 7.60e-66 216 WP_006305873.1 MCQ2831428.1 24.7 308 185 10 116 388 69 364 4.63e-05 43.9 WP_210226425.1 WP_210226425.1 100 299 0 0 1 299 1 299 2.43e-219 596 WP_210226425.1 GLX88815.1 44.9 296 163 0 1 296 1 296 2.35e-95 282 WP_210226425.1 HCN8461219.1 57.0 86 37 0 9 94 8 93 1.37e-28 103 MBO7120934.1 MBO7120934.1 100 280 0 0 1 280 1 280 3.28e-203 553 NVO14071.1 NVO14071.1 100 218 0 0 1 218 1 218 6.62e-163 446 NVO14071.1 WP_236905832.1 53.4 161 68 3 54 214 6 159 4.55e-55 171 MBP8196496.1 MBP8196496.1 100 805 0 0 1 805 1 805 0.0 1585 MBP8196496.1 HAN66834.1 43.5 818 270 11 1 805 21 659 1.06e-202 588 MBP8196496.1 WP_043940504.1 42.2 811 280 13 1 805 21 648 1.81e-189 554 MBP8196496.1 WP_150253061.1 34.4 842 351 17 1 805 19 696 5.97e-130 402 WP_281034490.1 WP_281034490.1 100 164 0 0 1 164 1 164 5.09e-111 311 WP_281034490.1 MBP1876254.1 41.0 161 84 4 1 158 183 335 5.09e-24 94.4 WP_281034490.1 WP_227059655.1 44.4 63 35 0 1 63 215 277 4.96e-12 61.2 WP_281034490.1 GLY24463.1 47.6 63 33 0 1 63 196 258 4.56e-11 58.2 WP_281034490.1 WP_192324556.1 44.4 63 35 0 1 63 510 572 6.66e-10 55.1 WP_281034490.1 WP_159463829.1 30.0 60 40 1 2 61 527 584 4.48e-06 43.9 GMH74815.1 GMH74815.1 100 692 0 0 1 692 1 692 0.0 1351 WP_243220715.1 WP_243220715.1 100 170 0 0 1 170 1 170 3.86e-127 352 KAJ4794342.1 KAJ4794342.1 100 151 0 0 1 151 1 151 8.39e-106 296 WP_062821347.1 WP_062821347.1 100 216 0 0 1 216 1 216 8.00e-154 423 EBP8848134.1 EBP8848134.1 100 122 0 0 1 122 1 122 2.34e-80 230 MBI5683150.1 MBI5683150.1 100 286 0 0 1 286 1 286 6.35e-204 556 MBI5683150.1 WP_261132050.1 44.6 260 135 6 26 281 4 258 4.48e-60 190 WP_262394687.1 WP_262394687.1 100 64 0 0 1 64 1 64 2.89e-43 132 HCE7036204.1 HCE7036204.1 100 90 0 0 1 90 1 90 1.30e-62 182 GJP50541.1 GJP50541.1 100 681 0 0 1 681 1 681 0.0 992 HBY86896.1 HBY86896.1 100 366 0 0 1 366 1 366 7.33e-257 696 HBY86896.1 WP_061905238.1 60.5 367 139 2 1 366 1 362 2.02e-141 413 HBY86896.1 WP_134885491.1 34.2 348 205 5 20 366 6 330 1.38e-46 165 UAQ80067.1 UAQ80067.1 100 7096 0 0 1 7096 1 7096 0.0 13731 UAQ80067.1 UBD95131.1 97.3 7096 190 0 1 7096 1 7096 0.0 13723 UAQ80067.1 UEC52718.1 97.3 7096 193 0 1 7096 1 7096 0.0 13716 UAQ80067.1 QWC83326.1 97.2 7096 200 0 1 7096 1 7096 0.0 13705 UAQ80067.1 UBP50947.1 97.2 7096 201 0 1 7096 1 7096 0.0 13703 UAQ80067.1 QSZ25555.1 97.1 7096 203 0 1 7096 1 7096 0.0 13702 UAQ80067.1 WEU87158.1 97.2 7096 202 0 1 7096 1 7096 0.0 13699 UAQ80067.1 QVD87869.1 97.1 7096 203 1 1 7096 1 7093 0.0 13688 UAQ80067.1 UMF87224.1 96.8 7096 225 2 1 7096 1 7092 0.0 13679 UAQ80067.1 UZO53924.1 97.0 7096 208 1 1 7096 1 7093 0.0 13676 UAQ80067.1 UVB16817.1 97.0 7096 207 1 1 7096 1 7093 0.0 13676 UAQ80067.1 URQ55824.1 97.0 7096 208 1 1 7096 1 7093 0.0 13676 UAQ80067.1 QZU16279.1 97.0 7096 214 0 1 7096 1 7096 0.0 13666 UAQ80067.1 UIR12670.1 96.7 7096 230 2 1 7096 1 7092 0.0 13621 UAQ80067.1 UPA83906.1 97.0 7096 211 2 1 7096 1 7092 0.0 13620 UAQ80067.1 UBR86455.1 96.6 7095 243 0 2 7096 1 7095 0.0 13591 UAQ80067.1 UCP72061.1 96.3 7096 266 0 1 7096 1 7096 0.0 13543 UAQ80067.1 UCP77012.1 96.2 7096 267 0 1 7096 1 7096 0.0 13541 UAQ80067.1 UXX67934.1 96.1 7096 276 1 1 7096 1 7093 0.0 13515 UAQ80067.1 UGA79226.1 97.1 6952 205 0 1 6952 1 6952 0.0 13414 UAQ80067.1 UKN67998.1 95.6 7076 307 2 21 7096 1 7072 0.0 13394 UAQ80067.1 WHE12941.1 95.5 7070 317 1 27 7096 1 7067 0.0 13368 UAQ80067.1 UVI10561.1 94.6 7069 380 1 28 7096 1 7066 0.0 13134 UAQ80067.1 UJT06733.1 93.6 7096 451 2 1 7096 1 7092 0.0 13074 UAQ80067.1 UOU30556.1 92.2 7096 551 1 1 7096 1 7093 0.0 12844 UAQ80067.1 UMA88644.1 89.0 7075 771 2 22 7096 1 7071 0.0 12270 UAQ80067.1 WAS49087.1 88.0 7096 849 1 1 7096 1 7093 0.0 12088 UAQ80067.1 WGP98278.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11381 UAQ80067.1 UFM00670.1 98.0 4401 87 0 1 4401 1 4401 0.0 8454 UAQ80067.1 UEC68750.1 98.0 4401 87 0 1 4401 1 4401 0.0 8452 UAQ80067.1 UHM53165.1 98.0 4401 87 0 1 4401 1 4401 0.0 8449 UAQ80067.1 UFM02602.1 98.0 4401 87 0 1 4401 1 4401 0.0 8449 UAQ80067.1 QTD03487.1 97.9 4401 94 0 1 4401 1 4401 0.0 8444 UAQ80067.1 UBL45068.1 97.9 4401 93 0 1 4401 1 4401 0.0 8437 UAQ80067.1 QXR94354.1 97.8 4401 94 1 1 4401 1 4398 0.0 8428 UAQ80067.1 QTM79632.1 97.7 4401 97 1 1 4401 1 4398 0.0 8427 UAQ80067.1 ULA23837.2 97.8 4401 95 2 1 4401 1 4397 0.0 8423 UAQ80067.1 QTZ27226.1 97.7 4401 99 1 1 4401 1 4398 0.0 8422 UAQ80067.1 UPP41269.1 97.7 4401 97 1 1 4401 1 4398 0.0 8421 UAQ80067.1 UXH94526.1 97.7 4401 96 2 1 4401 1 4397 0.0 8418 UAQ80067.1 USR14792.1 97.7 4401 98 1 1 4401 1 4398 0.0 8418 UAQ80067.1 UKU68032.1 97.4 4401 109 2 1 4401 1 4397 0.0 8390 UAQ80067.1 UJV88611.1 95.8 4401 181 2 1 4401 1 4397 0.0 8228 UAQ80067.1 UJJ97602.1 95.7 4401 187 2 1 4401 1 4397 0.0 8212 UAQ80067.1 UJS94137.1 96.8 4296 135 2 106 4401 1 4292 0.0 8120 UAQ80067.1 ULB83374.1 94.7 4401 231 2 1 4401 1 4397 0.0 8097 UAQ80067.1 UGB98301.1 94.1 4401 260 0 1 4401 1 4401 0.0 7956 UAQ80067.1 QRX02582.1 97.8 4098 91 0 1 4098 1 4098 0.0 7828 UAQ80067.1 UFA30503.1 91.7 4340 360 0 27 4366 1 4340 0.0 7670 UAQ80067.1 WGP70063.1 91.7 4369 363 0 1 4369 1 4369 0.0 7663 UAQ80067.1 UNI03201.1 91.3 4375 379 1 27 4401 1 4374 0.0 7622 UAQ80067.1 WEI27974.1 90.0 4401 439 1 1 4401 1 4398 0.0 7574 UAQ80067.1 UEX07109.1 88.1 4375 522 0 27 4401 1 4375 0.0 7286 UAQ80067.1 URP80785.1 80.7 4374 843 1 28 4401 1 4371 0.0 6583 UAQ80067.1 UPB00876.1 76.3 4374 1034 1 28 4401 1 4371 0.0 6070 UAQ80067.1 UYE49180.1 75.4 4401 1080 1 1 4401 1 4398 0.0 6041 UAQ80067.1 WGQ72821.1 69.4 4344 1328 0 26 4369 1 4344 0.0 5139 MBL02020.1 MBL02020.1 100 543 0 0 1 543 1 543 0.0 1045 MBL02020.1 MBL6706528.1 30.6 562 307 15 33 543 7 536 4.36e-62 213 WP_278361924.1 WP_278361924.1 100 385 0 0 1 385 1 385 2.56e-278 752 WP_278361924.1 WP_145937814.1 26.8 373 264 5 12 379 13 381 3.97e-27 109 WP_278361924.1 WP_275495439.1 25.7 389 253 9 24 384 27 407 8.99e-15 73.6 WP_278361924.1 RYZ40664.1 25.0 348 243 8 1 341 12 348 8.69e-14 70.5 WP_278361924.1 MCH8312862.1 24.7 166 119 3 102 267 84 243 1.35e-06 48.1 WP_061121232.1 WP_061121232.1 100 424 0 0 1 424 1 424 4.23e-315 848 WP_215391030.1 WP_215391030.1 100 699 0 0 1 699 1 699 0.0 1393 WP_215391030.1 WP_185892671.1 45.1 632 343 4 42 671 24 653 2.56e-188 547 WP_215391030.1 HBD3580067.1 41.1 621 362 4 45 664 34 651 3.10e-171 504 WP_237480153.1 WP_237480153.1 100 692 0 0 1 692 1 692 0.0 1417 WP_237480153.1 EIA1623697.1 27.1 712 417 22 16 682 60 714 2.34e-40 156 WP_058093348.1 WP_058093348.1 100 422 0 0 1 422 1 422 2.93e-305 823 OZZ34426.1 OZZ34426.1 100 214 0 0 1 214 1 214 7.14e-156 428 OZZ34426.1 HBS1873186.1 54.6 207 88 2 12 214 5 209 1.54e-71 219 MAI76755.1 MAI76755.1 100 86 0 0 1 86 1 86 1.34e-60 177 WP_235074910.1 WP_235074910.1 100 248 0 0 1 248 1 248 1.21e-173 476 WP_183882442.1 WP_183882442.1 100 238 0 0 1 238 1 238 9.87e-159 437 WP_183882442.1 WP_087085326.1 38.7 191 114 1 4 194 5 192 1.58e-32 117 WP_183882442.1 WP_010443651.1 33.0 203 126 3 7 209 3 195 1.21e-25 99.0 WP_183882442.1 WP_042650033.1 32.2 236 141 4 4 220 5 240 5.72e-24 94.7 WP_183882442.1 WP_060347438.1 31.7 199 126 4 1 190 1 198 1.81e-23 94.0 WP_183882442.1 KAG2346037.1 29.7 185 127 2 9 190 16 200 3.17e-20 85.1 WP_183882442.1 WP_014605789.1 30.2 222 129 6 11 216 5 216 8.02e-18 78.2 WP_183882442.1 WP_077093245.1 31.8 217 135 4 9 216 11 223 1.24e-16 75.9 WP_183882442.1 XP_028635853.1 27.8 227 154 3 4 221 8 233 2.51e-16 75.9 EHW4468754.1 EHW4468754.1 100 424 0 0 1 424 1 424 2.19e-317 854 EHW4468754.1 EFJ8748319.1 62.7 424 154 3 1 422 1 422 1.04e-187 526 AMS43029.1 AMS43029.1 100 339 0 0 1 339 1 339 5.23e-241 654 AMS43029.1 HCE70276.1 61.2 178 67 1 65 242 1 176 2.60e-66 205 WP_274400640.1 WP_274400640.1 100 120 0 0 1 120 1 120 4.76e-79 226 WP_283129754.1 WP_283129754.1 100 82 0 0 1 82 1 82 5.21e-54 160 MCJ7574591.1 MCJ7574591.1 100 67 0 0 1 67 1 67 1.45e-42 130 WP_216195748.1 WP_216195748.1 100 294 0 0 1 294 1 294 4.92e-196 536 WP_216195748.1 MBK8070034.1 45.9 290 151 5 4 288 3 291 5.98e-66 206 WP_216195748.1 MAG44064.1 61.8 34 13 0 1 34 1 34 8.46e-06 40.4 WP_180047249.1 WP_180047249.1 100 358 0 0 1 358 1 358 4.16e-268 724 KAF5693711.1 KAF5693711.1 100 149 0 0 1 149 1 149 2.62e-108 303 MCF0245553.1 MCF0245553.1 100 177 0 0 1 177 1 177 2.47e-122 340 EFX7948152.1 EFX7948152.1 100 366 0 0 1 366 1 366 1.21e-255 693 NCW17563.1 NCW17563.1 100 359 0 0 1 359 1 359 1.99e-271 733 KGQ91714.1 KGQ91714.1 100 550 0 0 1 550 1 550 0.0 1098 MBW1731384.1 MBW1731384.1 100 112 0 0 1 112 1 112 4.72e-82 233 MBW1731384.1 EAI2381694.1 26.0 73 53 1 14 85 12 84 1.42e-08 47.0 WP_090340093.1 WP_090340093.1 100 302 0 0 1 302 1 302 1.27e-227 617 WP_095963788.1 WP_095963788.1 100 92 0 0 1 92 1 92 5.70e-58 171 WP_051773451.1 WP_051773451.1 100 116 0 0 1 116 1 116 1.90e-74 214 WDF47893.1 WDF47893.1 100 290 0 0 1 290 1 290 3.83e-207 564 WP_079458535.1 WP_079458535.1 100 312 0 0 1 312 1 312 1.05e-231 628 MCB0395607.1 MCB0395607.1 100 312 0 0 1 312 1 312 1.22e-230 625 WP_105462017.1 WP_105462017.1 100 95 0 0 1 95 1 95 4.78e-65 189 WP_070054132.1 WP_070054132.1 100 213 0 0 1 213 1 213 1.10e-154 425 WP_070054132.1 WP_040988594.1 53.3 214 97 2 1 213 1 212 3.04e-80 237 MCI0441261.1 MCI0441261.1 100 134 0 0 1 134 1 134 2.07e-100 281 WP_268428026.1 WP_268428026.1 100 467 0 0 1 467 1 467 0.0 902 WP_257882322.1 WP_257882322.1 100 237 0 0 1 237 1 237 1.97e-178 487 MCI2079698.1 MCI2079698.1 100 309 0 0 1 309 1 309 1.36e-221 602 MCI2079698.1 WP_077690175.1 29.5 149 104 1 4 151 5 153 2.26e-16 76.6 MCI2079698.1 WP_009620393.1 20.1 239 190 1 6 244 6 243 5.11e-09 54.7 MCI2079698.1 WP_254301195.1 29.6 162 92 6 11 163 16 164 3.18e-07 49.3 WP_203201698.1 WP_203201698.1 100 156 0 0 1 156 1 156 7.99e-120 332 WP_089867971.1 WP_089867971.1 100 138 0 0 1 138 1 138 1.05e-104 293 MBO8233644.1 MBO8233644.1 100 381 0 0 1 381 1 381 1.11e-270 733 MBO8233644.1 WP_076194242.1 31.9 229 148 5 150 373 230 455 5.62e-26 107 MBO8233644.1 KDF42894.1 25.2 266 177 7 119 368 220 479 3.79e-20 90.1 MBO8233644.1 SCH39951.1 30.4 289 177 10 83 361 194 468 9.15e-20 89.0 MBO8233644.1 MBQ1868746.1 24.4 258 183 6 123 370 232 487 7.49e-18 83.6 MBO8233644.1 WP_283842967.1 28.1 210 135 4 165 364 362 565 1.66e-11 63.9 MBO8233644.1 MBR6403893.1 24.6 280 183 10 111 378 156 419 3.93e-10 59.3 MBO8233644.1 TVR41840.1 25.8 198 124 5 165 358 310 488 1.66e-06 48.1 MBO8233644.1 WP_088644037.1 21.2 231 147 6 159 372 210 422 8.14e-05 42.7 UVY40774.1 UVY40774.1 100 681 0 0 1 681 1 681 0.0 1360 NLZ92879.1 NLZ92879.1 100 130 0 0 1 130 1 130 2.36e-86 246 NLZ92879.1 MBI0103662.1 44.4 72 40 0 5 76 621 692 2.91e-13 63.5 NLZ92879.1 WP_231355705.1 41.4 70 40 1 6 74 648 717 2.25e-11 58.2 NLZ92879.1 MBQ3724833.1 37.5 72 45 0 5 76 630 701 4.29e-09 51.6 NLZ92879.1 WP_092081374.1 40.0 70 41 1 6 74 651 720 5.89e-09 51.2 NLZ92879.1 WP_246966510.1 40.3 72 40 2 6 74 10 81 2.88e-08 48.9 NLZ92879.1 PJJ44766.1 34.1 88 55 1 6 90 685 772 5.14e-08 48.5 MBC8192126.1 MBC8192126.1 100 469 0 0 1 469 1 469 0.0 928 GDY00464.1 GDY00464.1 100 652 0 0 1 652 1 652 0.0 1306 MBQ1564907.1 MBQ1564907.1 100 385 0 0 1 385 1 385 1.21e-244 667 MBQ1564907.1 WP_250934260.1 55.4 258 115 0 4 261 5 262 3.52e-88 266 WP_075653737.1 WP_075653737.1 100 567 0 0 1 567 1 567 0.0 1099 TJW17418.1 TJW17418.1 100 79 0 0 1 79 1 79 7.52e-57 167 NEK79366.1 NEK79366.1 100 194 0 0 1 194 1 194 5.74e-143 394 MBI2506024.1 MBI2506024.1 100 391 0 0 1 391 1 391 2.21e-282 763 MBI2506024.1 WP_108511015.1 30.3 208 128 7 52 253 12 208 1.11e-14 72.8 PIU18101.1 PIU18101.1 100 356 0 0 1 356 1 356 9.90e-250 677 CAH2014332.1 CAH2014332.1 100 245 0 0 1 245 1 245 3.83e-189 515 CAH2014332.1 KAI8118081.1 31.6 247 146 5 11 234 226 472 2.39e-39 140 NBX99292.1 NBX99292.1 100 179 0 0 1 179 1 179 3.12e-126 350 WP_254566347.1 WP_254566347.1 100 131 0 0 1 131 1 131 2.18e-96 271 WP_108024271.1 WP_108024271.1 100 251 0 0 1 251 1 251 2.64e-174 478 WP_108024271.1 WP_010443651.1 37.1 240 144 4 8 247 3 235 8.89e-43 144 WP_108024271.1 WP_110035452.1 36.1 238 138 5 11 248 10 233 1.50e-36 127 WP_108024271.1 KAI0154282.1 34.3 251 156 4 5 248 8 256 7.36e-30 110 WP_108024271.1 WP_273849839.1 30.8 253 160 3 8 248 7 256 4.65e-25 98.2 WP_108024271.1 WP_077093245.1 32.4 244 141 7 8 242 9 237 4.12e-20 85.9 XP_032206552.1 XP_032206552.1 100 859 0 0 1 859 1 859 0.0 1672 EEY8067912.1 EEY8067912.1 100 1653 0 0 1 1653 1 1653 0.0 3277 RYP28707.1 RYP28707.1 100 558 0 0 1 558 1 558 0.0 922 CAG7600102.1 CAG7600102.1 100 67 0 0 1 67 1 67 5.24e-45 136 KAF6036899.1 KAF6036899.1 100 192 0 0 1 192 1 192 1.15e-132 368 WP_038233489.1 WP_038233489.1 100 410 0 0 1 410 1 410 1.67e-298 805 WP_260810007.1 WP_260810007.1 100 283 0 0 1 283 1 283 8.86e-223 603 XP_030976676.1 XP_030976676.1 100 368 0 0 1 368 1 368 5.85e-289 778 XP_030976676.1 KAI1055415.1 40.2 358 194 10 9 359 7 351 2.70e-82 253 KAI9082639.1 KAI9082639.1 100 124 0 0 1 124 1 124 1.70e-83 238 MCC7230466.1 MCC7230466.1 100 130 0 0 1 130 1 130 8.23e-87 247 WP_190890574.1 WP_190890574.1 100 347 0 0 1 347 1 347 2.30e-264 714 KAG6242063.1 KAG6242063.1 100 84 0 0 1 84 1 84 1.80e-46 141 MBM3933481.1 MBM3933481.1 100 98 0 0 1 98 1 98 3.29e-71 205 WP_115313274.1 WP_115313274.1 100 207 0 0 1 207 1 207 2.07e-156 429 WP_115313274.1 MCL4851158.1 36.1 208 123 5 6 207 6 209 9.36e-35 120 WP_166199813.1 WP_166199813.1 100 67 0 0 1 67 1 67 5.72e-40 124 WP_009803198.1 WP_009803198.1 100 51 0 0 1 51 1 51 2.78e-31 100 WP_166389238.1 WP_166389238.1 100 395 0 0 1 395 1 395 2.83e-271 735 WP_214921910.1 WP_214921910.1 100 370 0 0 1 370 1 370 7.85e-238 649 BDT03353.1 BDT03353.1 100 171 0 0 1 171 1 171 1.89e-114 320 KAG9273239.1 KAG9273239.1 100 1402 0 0 1 1402 1 1402 0.0 2573 KAH9897695.1 KAH9897695.1 100 243 0 0 1 243 1 243 1.96e-181 495 RXM36450.1 RXM36450.1 100 209 0 0 1 209 1 209 1.70e-156 429 WP_119380110.1 WP_119380110.1 100 453 0 0 1 453 1 453 1.73e-319 862 KAI9362949.1 KAI9362949.1 100 99 0 0 1 99 1 99 1.15e-67 196 KAI9362949.1 EZA58905.1 48.1 77 40 0 1 77 28 104 2.93e-19 79.3 XP_024427063.2 XP_024427063.2 100 1239 0 0 1 1239 1 1239 0.0 2404 MCS7281253.1 MCS7281253.1 100 234 0 0 1 234 1 234 4.62e-171 468 WP_014036593.1 WP_014036593.1 100 322 0 0 1 322 1 322 2.66e-230 625 WP_272150417.1 WP_272150417.1 100 49 0 0 1 49 1 49 2.32e-18 68.2 WP_226863423.1 WP_226863423.1 100 123 0 0 1 123 1 123 5.29e-82 234 KAI5358731.1 KAI5358731.1 100 840 0 0 1 840 1 840 0.0 1645 WP_242320225.1 WP_242320225.1 100 369 0 0 1 369 1 369 5.48e-249 677 MSZ54974.1 MSZ54974.1 100 385 0 0 1 385 1 385 6.37e-288 776 MSZ54974.1 MBG91959.1 44.9 401 198 10 1 383 1 396 2.32e-96 291 MSZ54974.1 MCK5056842.1 33.9 360 217 8 22 367 19 371 1.42e-46 162 NRB72577.1 NRB72577.1 100 381 0 0 1 381 1 381 1.13e-279 755 NRB72577.1 WP_169356007.1 39.1 371 220 4 12 377 8 377 1.45e-80 250 NRB72577.1 KAJ6728134.1 40.7 177 105 0 9 185 5 181 6.44e-41 142 KAJ1832792.1 KAJ1832792.1 100 75 0 0 1 75 1 75 3.32e-47 142 WP_007162313.1 WP_007162313.1 100 222 0 0 1 222 1 222 1.42e-150 416 OJD14960.1 OJD14960.1 100 149 0 0 1 149 1 149 9.12e-109 304 XP_025094492.1 XP_025094492.1 100 448 0 0 1 448 1 448 0.0 870 HFC49641.1 HFC49641.1 100 369 0 0 1 369 1 369 9.55e-275 742 WP_125257517.1 WP_125257517.1 100 152 0 0 1 152 1 152 4.32e-113 315 KRL50971.1 KRL50971.1 100 69 0 0 1 69 1 69 4.97e-44 134 WP_270429919.1 WP_270429919.1 100 780 0 0 1 780 1 780 0.0 1608 KAJ1924652.1 KAJ1924652.1 100 777 0 0 1 777 1 777 0.0 1537 XP_043876828.1 XP_043876828.1 100 358 0 0 1 358 1 358 5.59e-225 615 WP_047430984.1 WP_047430984.1 100 675 0 0 1 675 1 675 0.0 1328 WP_047430984.1 MBY7869037.1 50.0 670 327 5 5 670 3 668 8.75e-216 617 WP_047430984.1 MBQ4139225.1 33.5 170 109 2 505 670 4 173 1.33e-21 90.9 WP_150396769.1 WP_150396769.1 100 519 0 0 1 519 1 519 0.0 1001 WP_150396769.1 MBO5162475.1 37.7 494 290 6 32 513 6 493 6.01e-104 319 WP_150396769.1 WP_185334683.1 34.1 499 321 4 22 513 2 499 3.06e-94 294 WP_150396769.1 WP_089246429.1 34.6 491 310 7 28 509 8 496 4.23e-91 286 WP_150396769.1 GBD21053.1 34.4 506 310 7 24 515 26 523 2.71e-88 279 WP_150396769.1 WP_206363707.1 33.7 252 162 3 19 265 13 264 2.04e-38 140 WP_150396769.1 WP_227059655.1 26.8 530 296 18 38 493 35 546 9.95e-33 130 WP_150396769.1 WP_029347391.1 31.5 248 165 2 22 264 3 250 3.81e-32 122 WP_150396769.1 WP_192324556.1 26.4 527 309 16 37 493 30 547 9.62e-29 118 WP_150396769.1 WP_071876418.1 21.2 518 313 15 40 493 21 507 1.54e-22 99.4 WP_150396769.1 WP_008134825.1 30.3 231 150 3 19 245 607 830 5.96e-22 98.2 WP_150396769.1 EHR6291555.1 23.6 550 327 18 22 493 3 537 2.17e-20 92.8 WP_150396769.1 GLY24463.1 34.5 238 134 9 24 243 4 237 2.28e-20 90.5 WP_150396769.1 WP_152652784.1 28.8 233 155 4 27 257 8 231 4.32e-20 89.4 WP_150396769.1 WP_088153117.1 30.4 237 138 8 50 280 24 239 5.31e-20 90.1 WP_150396769.1 MBQ4383193.1 28.9 204 136 6 37 237 21 218 1.89e-16 77.0 WP_150396769.1 WP_221265680.1 28.6 213 141 4 281 493 27 228 2.30e-16 78.6 WP_150396769.1 WP_247749043.1 28.8 215 139 7 37 243 371 579 7.72e-15 75.5 WP_150396769.1 WP_089095302.1 22.3 497 281 19 36 459 15 479 1.06e-14 75.1 WP_150396769.1 WP_142931103.1 22.0 491 313 17 40 496 20 474 2.40e-14 73.6 WP_150396769.1 WP_211555180.1 27.0 204 143 2 36 237 15 214 3.53e-14 70.5 WP_150396769.1 WP_192500494.1 22.7 216 154 4 25 238 3 207 6.52e-14 70.9 WP_150396769.1 WP_158791585.1 25.9 228 143 6 29 240 9 226 1.56e-13 68.9 WP_150396769.1 HBO4828144.1 28.5 200 127 5 290 488 31 215 1.02e-12 67.0 WP_150396769.1 WP_098952357.1 28.1 224 137 6 282 493 22 233 1.46e-12 67.0 WP_150396769.1 EHH5649593.1 22.6 212 148 3 49 256 27 226 2.04e-12 66.2 WP_150396769.1 WP_084371009.1 27.0 222 142 6 278 493 3 210 9.73e-12 64.3 WP_150396769.1 OAN53756.1 26.8 231 155 7 23 243 10 236 2.00e-11 62.8 WP_150396769.1 MBC7326981.1 26.7 225 144 9 40 250 22 239 2.54e-11 62.4 WP_150396769.1 MXP43753.1 26.1 234 155 8 22 243 12 239 5.34e-10 58.5 WP_150396769.1 WP_207918089.1 26.9 212 140 7 39 240 20 226 6.48e-10 58.2 WP_150396769.1 MCP5262709.1 28.8 229 143 8 39 252 20 243 8.67e-10 58.5 WP_150396769.1 KAF9974715.1 23.7 211 127 8 37 238 478 663 1.16e-08 56.2 WP_150396769.1 WP_195238978.1 22.7 216 147 7 284 493 496 697 2.25e-08 55.1 WP_150396769.1 WP_174822921.1 25.1 223 137 8 39 243 22 232 7.38e-08 52.0 WP_150396769.1 MBQ8297564.1 21.7 240 150 7 292 513 353 572 1.84e-07 52.0 WP_150396769.1 NVM03966.1 23.9 205 136 4 291 493 40 226 1.98e-07 51.2 WP_150396769.1 WP_107894076.1 24.6 232 150 9 37 250 22 246 4.62e-06 47.0 WP_150396769.1 WP_041710957.1 22.1 208 132 7 32 238 297 475 1.40e-04 42.7 WP_150396769.1 WP_038440434.1 36.7 79 48 2 415 493 470 546 3.26e-04 41.6 WP_150396769.1 NFD84694.1 19.4 216 158 7 285 496 535 738 4.65e-04 41.2 WP_239393343.1 WP_239393343.1 100 92 0 0 1 92 1 92 1.51e-62 182 MCH8996551.1 MCH8996551.1 100 116 0 0 1 116 1 116 6.35e-82 233 XP_032956783.1 XP_032956783.1 100 1005 0 0 1 1005 1 1005 0.0 1979 WP_162060842.1 WP_162060842.1 100 246 0 0 1 246 1 246 1.61e-177 486 MBF06337.1 MBF06337.1 100 185 0 0 1 185 1 185 8.91e-138 380 MCC5885453.1 MCC5885453.1 100 385 0 0 1 385 1 385 1.16e-299 806 MCC5885453.1 CUX17903.1 43.7 334 179 7 50 377 8 338 4.67e-84 258 KPK46604.1 KPK46604.1 100 146 0 0 1 146 1 146 5.75e-106 296 WP_185928545.1 WP_185928545.1 100 293 0 0 1 293 1 293 6.74e-223 604 KAI8118081.1 KAI8118081.1 100 489 0 0 1 489 1 489 0.0 976 KAI8118081.1 KAG7602925.1 27.0 440 289 12 37 468 97 512 1.30e-40 151 KAI8118081.1 XP_002873995.1 27.1 439 290 11 37 468 97 512 1.30e-40 151 KAI8118081.1 CAH2014332.1 32.4 247 144 5 226 472 11 234 2.45e-37 135 MBI2691306.1 MBI2691306.1 100 304 0 0 1 304 1 304 9.99e-226 612 MBI2691306.1 XP_025698866.1 29.0 100 62 4 44 137 48 144 7.54e-06 45.1 MCE9521167.1 MCE9521167.1 100 282 0 0 1 282 1 282 6.08e-200 545 WP_167196601.1 WP_167196601.1 100 227 0 0 1 227 1 227 2.64e-153 423 WP_167196601.1 NLR72952.1 44.5 220 118 3 3 221 12 228 9.55e-46 150 WP_167196601.1 MBE6142085.1 30.6 219 148 2 7 221 4 222 4.55e-18 78.2 WP_180298529.1 WP_180298529.1 100 253 0 0 1 253 1 253 1.73e-180 494 WAY96880.1 WAY96880.1 100 195 0 0 1 195 1 195 3.31e-138 382 WAY96880.1 KAJ5168969.1 45.5 198 104 2 1 195 519 715 1.46e-43 152 WAY96880.1 KAI7371949.1 42.4 198 110 2 1 195 663 859 3.66e-39 140 WAY96880.1 WP_060613079.1 42.3 189 106 2 7 192 361 549 8.63e-38 135 WAY96880.1 MBQ4454347.1 38.9 193 116 1 4 194 355 547 3.17e-37 134 WAY96880.1 WP_011512097.1 37.8 193 118 1 2 192 358 550 7.76e-35 127 WAY96880.1 KAI9191373.1 40.6 170 101 0 4 173 412 581 1.31e-34 127 WAY96880.1 WP_247749043.1 36.6 194 116 3 8 194 377 570 4.60e-32 119 WAY96880.1 MWR41881.1 34.2 199 113 5 5 195 44 232 2.85e-20 84.0 WAY96880.1 KAF9974715.1 29.5 193 111 4 7 192 483 657 1.55e-18 81.3 WAY96880.1 NVM03966.1 32.8 186 98 7 5 180 38 206 3.82e-18 79.0 WAY96880.1 WP_250499463.1 32.0 203 119 6 4 194 27 222 8.99e-18 76.6 WAY96880.1 WP_008470196.1 30.6 186 119 4 1 180 21 202 1.20e-17 76.6 WAY96880.1 KAJ2660037.1 32.5 166 92 3 2 164 1206 1354 5.37e-16 73.9 WAY96880.1 WP_072380563.1 27.4 190 117 4 4 180 16 197 1.44e-14 68.2 WAY96880.1 EHR6291555.1 29.8 191 125 5 2 190 20 203 5.91e-14 67.8 WAY96880.1 WP_192500494.1 29.2 161 91 2 5 157 18 163 6.36e-14 67.0 WAY96880.1 MCH4209672.1 29.2 185 117 4 10 194 403 573 8.11e-14 67.4 WAY96880.1 WP_211555180.1 30.4 161 101 5 2 157 16 170 2.26e-13 64.7 WAY96880.1 WP_206363707.1 28.6 192 114 8 15 190 44 228 8.70e-13 63.5 WAY96880.1 WP_036816548.1 26.2 202 138 4 2 192 19 220 1.01e-12 63.2 WAY96880.1 WP_088153117.1 27.7 184 111 6 15 186 24 197 2.57e-12 62.8 WAY96880.1 MBQ9964693.1 26.4 193 114 5 3 192 15 182 2.11e-11 58.5 WAY96880.1 WP_221265680.1 28.2 156 107 3 2 157 32 182 1.66e-10 57.4 WAY96880.1 WP_112088864.1 26.0 181 103 4 6 180 358 513 4.33e-09 53.5 WAY96880.1 WP_192324556.1 25.8 190 100 7 15 180 355 527 8.21e-09 52.8 WAY96880.1 WP_281543397.1 24.6 183 115 4 5 178 5 173 4.91e-08 50.1 NQW24640.1 NQW24640.1 100 370 0 0 1 370 1 370 1.24e-266 721 WP_174261300.1 WP_174261300.1 100 201 0 0 1 201 1 201 5.62e-133 369 WP_194481458.1 WP_194481458.1 100 302 0 0 1 302 1 302 2.71e-213 581 MCD8020507.1 MCD8020507.1 100 413 0 0 1 413 1 413 2.16e-291 788 MBF2027262.1 MBF2027262.1 100 174 0 0 1 174 1 174 1.38e-122 341 EGN0346558.1 EGN0346558.1 100 560 0 0 1 560 1 560 0.0 1148 AEO85464.1 AEO85464.1 100 847 0 0 1 847 1 847 0.0 1702 AEO85464.1 QJX39053.1 72.1 856 218 6 1 846 1 845 0.0 1229 AEO85464.1 QCI53355.1 78.5 353 66 3 37 379 2 354 3.90e-200 571 AEO85464.1 AAX97169.1 81.8 335 61 0 513 847 1 335 1.42e-189 543 AEO85464.1 AEJ33395.1 34.5 895 485 25 28 847 14 882 2.05e-133 418 AEO85464.1 ABG88111.1 57.4 94 39 1 280 373 2 94 1.48e-30 114 CIY68995.1 CIY68995.1 100 367 0 0 1 367 1 367 3.99e-266 720 CIY68995.1 WP_098798564.1 40.9 372 204 5 1 359 1 369 6.52e-82 253 VGM95377.1 VGM95377.1 100 563 0 0 1 563 1 563 0.0 1123 WP_229710081.1 WP_229710081.1 100 391 0 0 1 391 1 391 6.69e-293 790 ECK9821833.1 ECK9821833.1 100 253 0 0 1 253 1 253 7.73e-193 525 ECK9821833.1 MBI2416798.1 50.0 54 27 0 180 233 51 104 1.15e-11 59.7 ECK9821833.1 WP_223806191.1 46.5 43 23 0 187 229 239 281 5.26e-05 42.0 KGO32348.1 KGO32348.1 100 45 0 0 1 45 1 45 1.05e-28 94.0 BAF39771.1 BAF39771.1 100 210 0 0 1 210 1 210 8.76e-164 448 WP_190772838.1 WP_190772838.1 100 155 0 0 1 155 1 155 2.03e-99 281 WP_190772838.1 MBZ5699012.1 42.1 152 83 4 5 155 1 148 1.06e-22 86.3 WP_246966510.1 WP_246966510.1 100 266 0 0 1 266 1 266 5.83e-190 519 WP_246966510.1 NLZ92879.1 40.3 72 40 2 10 81 6 74 4.30e-08 49.3 WP_052125494.1 WP_052125494.1 100 1041 0 0 1 1041 1 1041 0.0 2007 WP_052125494.1 WP_237034910.1 42.1 1027 565 8 8 1017 5 1018 2.62e-242 712 WP_052125494.1 MCD8297279.1 28.1 199 120 4 108 306 107 282 3.70e-12 68.9 NBR42698.1 NBR42698.1 100 190 0 0 1 190 1 190 6.22e-136 376 XP_007007273.1 XP_007007273.1 100 87 0 0 1 87 1 87 4.13e-60 176 NXP66683.1 NXP66683.1 100 117 0 0 1 117 1 117 1.14e-80 230 UJJ97602.1 UJJ97602.1 100 4401 0 0 1 4401 1 4401 0.0 8438 UJJ97602.1 UJV88611.1 99.8 4401 8 0 1 4401 1 4401 0.0 8435 UJJ97602.1 ULA23837.2 97.8 4401 96 0 1 4401 1 4401 0.0 8433 UJJ97602.1 UIR12670.1 97.9 4397 94 0 1 4397 1 4397 0.0 8430 UJJ97602.1 UXH94526.1 97.8 4401 97 0 1 4401 1 4401 0.0 8428 UJJ97602.1 UPA83906.1 97.8 4397 98 0 1 4397 1 4397 0.0 8419 UJJ97602.1 UMF87224.1 97.3 4397 118 0 1 4397 1 4397 0.0 8418 UJJ97602.1 QTD03487.1 97.5 4405 105 2 1 4401 1 4405 0.0 8412 UJJ97602.1 QXR94354.1 97.6 4402 106 1 1 4401 1 4402 0.0 8411 UJJ97602.1 UPP41269.1 97.5 4402 107 1 1 4401 1 4402 0.0 8411 UJJ97602.1 QTM79632.1 97.5 4402 109 1 1 4401 1 4402 0.0 8410 UJJ97602.1 USR14792.1 97.5 4402 108 1 1 4401 1 4402 0.0 8408 UJJ97602.1 UZO53924.1 97.6 4398 105 1 1 4397 1 4398 0.0 8407 UJJ97602.1 QWC83326.1 97.6 4401 102 2 1 4397 1 4401 0.0 8406 UJJ97602.1 QSZ25555.1 97.6 4401 103 2 1 4397 1 4401 0.0 8406 UJJ97602.1 UVB16817.1 97.6 4398 105 1 1 4397 1 4398 0.0 8405 UJJ97602.1 QTZ27226.1 97.5 4402 111 1 1 4401 1 4402 0.0 8405 UJJ97602.1 QVD87869.1 97.6 4398 105 1 1 4397 1 4398 0.0 8405 UJJ97602.1 URQ55824.1 97.6 4398 106 1 1 4397 1 4398 0.0 8405 UJJ97602.1 UFM00670.1 97.5 4405 108 2 1 4401 1 4405 0.0 8402 UJJ97602.1 WEU87158.1 97.5 4401 104 2 1 4397 1 4401 0.0 8401 UJJ97602.1 UKU68032.1 97.5 4401 110 0 1 4401 1 4401 0.0 8400 UJJ97602.1 UEC68750.1 97.5 4405 108 2 1 4401 1 4405 0.0 8400 UJJ97602.1 UBP50947.1 97.5 4401 105 2 1 4397 1 4401 0.0 8399 UJJ97602.1 QZU16279.1 97.5 4401 105 2 1 4397 1 4401 0.0 8399 UJJ97602.1 UBD95131.1 97.5 4401 105 2 1 4397 1 4401 0.0 8398 UJJ97602.1 UHM53165.1 97.5 4405 108 2 1 4401 1 4405 0.0 8397 UJJ97602.1 UFM02602.1 97.5 4405 108 2 1 4401 1 4405 0.0 8397 UJJ97602.1 UBL45068.1 97.5 4405 108 2 1 4401 1 4405 0.0 8395 UJJ97602.1 UEC52718.1 97.4 4401 109 2 1 4397 1 4401 0.0 8389 UJJ97602.1 UKN67998.1 97.8 4377 95 0 21 4397 1 4377 0.0 8389 UJJ97602.1 UBR86455.1 96.3 4400 160 2 2 4397 1 4400 0.0 8269 UJJ97602.1 UXX67934.1 96.1 4398 172 1 1 4397 1 4398 0.0 8246 UJJ97602.1 UCP77012.1 95.9 4401 178 2 1 4397 1 4401 0.0 8229 UJJ97602.1 UCP72061.1 95.8 4401 181 2 1 4397 1 4401 0.0 8219 UJJ97602.1 UOU30556.1 95.8 4398 183 1 1 4397 1 4398 0.0 8210 UJJ97602.1 UAQ80067.1 95.7 4401 187 2 1 4397 1 4401 0.0 8208 UJJ97602.1 UGA79226.1 95.1 4401 213 2 1 4397 1 4401 0.0 8141 UJJ97602.1 UJS94137.1 96.8 4296 136 0 106 4401 1 4296 0.0 8130 UJJ97602.1 ULB83374.1 94.6 4401 236 0 1 4401 1 4401 0.0 8103 UJJ97602.1 WHE12941.1 95.0 4372 216 1 27 4397 1 4372 0.0 8094 UJJ97602.1 UVI10561.1 94.0 4371 263 1 28 4397 1 4371 0.0 7981 UJJ97602.1 UGB98301.1 92.1 4405 346 2 1 4401 1 4405 0.0 7830 UJJ97602.1 UJT06733.1 92.2 4397 344 0 1 4397 1 4397 0.0 7813 UJJ97602.1 QRX02582.1 97.4 4098 102 2 1 4094 1 4098 0.0 7788 UJJ97602.1 UMA88644.1 90.5 4376 417 0 22 4397 1 4376 0.0 7620 UJJ97602.1 UFA30503.1 91.2 4340 379 2 27 4362 1 4340 0.0 7614 UJJ97602.1 WGP70063.1 90.5 4369 413 2 1 4365 1 4369 0.0 7578 UJJ97602.1 WEI27974.1 89.1 4402 478 1 1 4401 1 4402 0.0 7527 UJJ97602.1 UNI03201.1 89.4 4378 463 2 27 4401 1 4378 0.0 7506 UJJ97602.1 WGP98278.1 86.5 4364 585 2 1 4360 1 4364 0.0 7168 UJJ97602.1 UEX07109.1 85.7 4379 621 2 27 4401 1 4379 0.0 7145 UJJ97602.1 WAS49087.1 83.0 4398 748 1 1 4397 1 4398 0.0 6816 UJJ97602.1 URP80785.1 83.8 4375 708 1 28 4401 1 4375 0.0 6733 UJJ97602.1 UYE49180.1 75.0 4402 1098 1 1 4401 1 4402 0.0 6017 UJJ97602.1 UPB00876.1 74.4 4375 1119 1 28 4401 1 4375 0.0 5969 UJJ97602.1 WGQ72821.1 65.4 4344 1501 2 26 4365 1 4344 0.0 4913 AWI66342.1 AWI66342.1 100 249 0 0 1 249 1 249 7.99e-184 502 RUA32032.1 RUA32032.1 100 424 0 0 1 424 1 424 9.97e-314 845 EHY2137407.1 EHY2137407.1 100 118 0 0 1 118 1 118 1.01e-79 228 UZO03952.1 UZO03952.1 100 299 0 0 1 299 1 299 3.91e-225 610 UZO03952.1 MBF1128433.1 28.6 234 131 9 10 234 51 257 1.64e-14 72.0 UZO03952.1 XP_048540820.1 23.4 171 98 6 79 246 883 1023 9.50e-09 54.7 UZO03952.1 WP_106546380.1 25.1 231 138 10 36 238 63 286 1.33e-06 47.8 UZO03952.1 MBD2210269.1 26.8 153 97 5 103 245 145 292 1.34e-06 47.8 UZO03952.1 WP_271931007.1 21.3 197 102 6 89 244 763 947 2.73e-05 43.9 MBX9718818.1 MBX9718818.1 100 169 0 0 1 169 1 169 7.74e-113 316 MCU1411638.1 MCU1411638.1 100 400 0 0 1 400 1 400 4.53e-291 786 MCU1411638.1 MBA3609961.1 31.7 407 225 11 20 384 37 432 7.95e-55 186 MCU1411638.1 MBQ6794463.1 32.5 385 237 10 15 394 7 373 4.67e-52 176 MCU1411638.1 MCF7895906.1 30.2 338 226 3 5 340 5 334 4.36e-50 170 MCU1411638.1 NBT94281.1 34.8 158 98 2 17 174 29 181 2.17e-19 83.6 WP_195368055.1 WP_195368055.1 100 574 0 0 1 574 1 574 0.0 1120 WP_195368055.1 MBQ4454347.1 49.9 565 283 0 4 568 5 569 4.38e-199 567 WP_195368055.1 WP_060613079.1 32.9 574 357 8 12 573 21 578 9.35e-93 294 WP_195368055.1 MBQ8297564.1 33.6 491 304 8 92 571 87 566 2.75e-77 253 WP_195368055.1 WP_195238978.1 31.9 492 323 8 86 573 233 716 4.04e-71 241 WP_195368055.1 WP_192324556.1 29.5 217 141 6 355 562 345 558 2.30e-14 74.3 MBW4439448.1 MBW4439448.1 100 454 0 0 1 454 1 454 0.0 902 KAI9530097.1 KAI9530097.1 100 50 0 0 1 50 1 50 3.15e-32 103 NSW79198.1 NSW79198.1 100 669 0 0 1 669 1 669 0.0 1301 NSW79198.1 MBF0233644.1 37.9 385 203 11 291 661 235 597 2.83e-70 241 NSW79198.1 WP_061048002.1 39.9 308 168 3 378 669 326 632 5.06e-67 233 NSW79198.1 WP_211114623.1 33.2 386 248 8 285 668 286 663 8.33e-51 187 NSW79198.1 WP_086504813.1 41.1 253 137 5 413 663 375 617 4.05e-47 176 NSW79198.1 MBK3737236.1 40.6 244 142 2 421 663 419 660 3.27e-45 169 NSW79198.1 MBN1819552.1 39.0 77 42 1 594 665 491 567 3.23e-09 58.2 WP_163042480.1 WP_163042480.1 100 447 0 0 1 447 1 447 0.0 929 WP_163042480.1 KAF2317565.1 30.5 334 188 8 3 326 55 354 1.11e-41 150 WP_163042480.1 MBD5394228.1 28.4 282 177 10 40 319 39 297 1.18e-23 99.0 NXY58604.1 NXY58604.1 100 380 0 0 1 380 1 380 2.67e-282 762 MBS5721782.1 MBS5721782.1 100 835 0 0 1 835 1 835 0.0 1650 KAG6055499.1 KAG6055499.1 100 597 0 0 1 597 1 597 0.0 1196 XP_019459237.1 XP_019459237.1 100 336 0 0 1 336 1 336 5.18e-235 639 NJE80740.1 NJE80740.1 100 205 0 0 1 205 1 205 1.82e-140 389 NJE80740.1 WP_190630613.1 39.5 205 121 2 4 205 3 207 8.01e-39 131 WP_153870478.1 WP_153870478.1 100 239 0 0 1 239 1 239 6.25e-167 458 MBP6015992.1 MBP6015992.1 100 614 0 0 1 614 1 614 0.0 1267 WP_185218257.1 WP_185218257.1 100 455 0 0 1 455 1 455 0.0 939 WP_185218257.1 MCP4788584.1 31.2 433 244 15 26 444 26 418 1.99e-52 181 WP_185218257.1 WP_013768652.1 25.4 489 230 20 26 426 36 477 9.26e-28 114 MBZ0302078.1 MBZ0302078.1 100 127 0 0 1 127 1 127 1.05e-92 261 MBZ0302078.1 MBQ8348910.1 33.3 96 63 1 22 117 10 104 2.63e-18 73.2 MBE56502.1 MBE56502.1 100 114 0 0 1 114 1 114 2.94e-77 221 MBY8116888.1 MBY8116888.1 100 401 0 0 1 401 1 401 3.31e-289 781 WP_026974351.1 WP_026974351.1 100 569 0 0 1 569 1 569 0.0 1170 WP_026974351.1 TFE29608.1 26.0 254 150 11 70 289 99 348 5.48e-05 44.3 HAB35737.1 HAB35737.1 100 410 0 0 1 410 1 410 2.12e-301 813 HAB35737.1 KAI2867803.1 35.7 266 154 6 49 297 22 287 9.64e-30 116 WP_183491762.1 WP_183491762.1 100 319 0 0 1 319 1 319 6.84e-236 639 CAF1218540.1 CAF1218540.1 100 831 0 0 1 831 1 831 0.0 1601 HBO5091502.1 HBO5091502.1 100 157 0 0 1 157 1 157 1.22e-110 309 WP_142480892.1 WP_142480892.1 100 174 0 0 1 174 1 174 2.39e-123 343 UCF86936.1 UCF86936.1 100 98 0 0 1 98 1 98 2.07e-65 190 KAI0494562.1 KAI0494562.1 100 154 0 0 1 154 1 154 1.56e-107 301 MBR3040588.1 MBR3040588.1 100 276 0 0 1 276 1 276 8.73e-206 560 MBR3040588.1 WP_006327457.1 39.2 51 26 1 78 123 111 161 6.42e-04 38.9 WP_253057132.1 WP_253057132.1 100 784 0 0 1 784 1 784 0.0 1462 DAT68911.1 DAT68911.1 100 121 0 0 1 121 1 121 7.87e-83 236 MCJ7486393.1 MCJ7486393.1 100 370 0 0 1 370 1 370 2.54e-275 743 MCJ7486393.1 WP_280938002.1 34.2 187 116 2 51 230 77 263 1.15e-26 108 MCJ7486393.1 MCK5265770.1 25.9 359 226 11 38 369 39 384 1.54e-26 107 WP_259173727.1 WP_259173727.1 100 470 0 0 1 470 1 470 0.0 920 XP_039550146.1 XP_039550146.1 100 151 0 0 1 151 1 151 1.98e-104 293 WP_025917677.1 WP_025917677.1 100 76 0 0 1 76 1 76 4.49e-50 150 WP_219989626.1 WP_219989626.1 100 146 0 0 1 146 1 146 1.07e-110 308 WP_219989626.1 WP_266103637.1 50.8 130 62 2 14 142 1 129 9.66e-43 136 WP_120012998.1 WP_120012998.1 100 40 0 0 1 40 1 40 8.36e-24 81.3 XP_007378490.1 XP_007378490.1 100 134 0 0 1 134 1 134 9.14e-95 267 HAZ7424284.1 HAZ7424284.1 100 506 0 0 1 506 1 506 4.81e-310 843 HAZ7424284.1 WP_104456122.1 33.4 488 288 6 7 475 7 476 4.65e-56 194 HAZ7424284.1 WP_186556299.1 36.4 528 270 10 1 488 1 502 2.19e-50 178 HAZ7424284.1 WP_120358183.1 46.8 173 92 0 331 503 337 509 3.27e-34 134 HAZ7424284.1 EIZ9235425.1 60.8 120 47 0 330 449 335 454 4.84e-33 130 HAZ7424284.1 WP_237962375.1 38.1 160 99 0 339 498 473 632 6.98e-23 100 HAZ7424284.1 WP_269572442.1 32.5 163 88 2 332 476 440 598 5.72e-16 79.0 HAZ7424284.1 WP_246832833.1 35.2 145 85 3 362 505 340 476 1.92e-10 61.2 WP_210832037.1 WP_210832037.1 100 249 0 0 1 249 1 249 3.92e-175 480 WP_044318929.1 WP_044318929.1 100 535 0 0 1 535 1 535 0.0 987 EPY77985.1 EPY77985.1 100 277 0 0 1 277 1 277 9.73e-199 542 MBQ6717580.1 MBQ6717580.1 100 333 0 0 1 333 1 333 4.86e-243 659 MBQ6717580.1 WP_192880951.1 37.4 198 92 4 39 204 25 222 1.42e-25 104 MCI5582667.1 MCI5582667.1 100 494 0 0 1 494 1 494 0.0 978 KAH7819128.1 KAH7819128.1 100 152 0 0 1 152 1 152 1.24e-112 314 WP_072176998.1 WP_072176998.1 100 256 0 0 1 256 1 256 5.20e-188 513 MBN2408678.1 MBN2408678.1 100 87 0 0 1 87 1 87 4.13e-60 176 WP_124583682.1 WP_124583682.1 100 297 0 0 1 297 1 297 1.76e-211 576 WP_124583682.1 WP_228281474.1 43.1 116 66 0 169 284 2 117 8.90e-24 92.4 XP_055364111.1 XP_055364111.1 100 3186 0 0 1 3186 1 3186 0.0 6078 KAH7671712.1 KAH7671712.1 100 324 0 0 1 324 1 324 7.31e-229 622 MCC6251785.1 MCC6251785.1 100 468 0 0 1 468 1 468 0.0 953 MCC6251785.1 MBL7151874.1 37.8 460 266 5 4 459 7 450 1.14e-94 292 MCC6251785.1 WP_011739125.1 24.7 457 312 9 6 458 5 433 5.96e-28 114 WP_161548226.1 WP_161548226.1 100 238 0 0 1 238 1 238 2.99e-169 464 PWA40393.1 PWA40393.1 100 575 0 0 1 575 1 575 0.0 1078 WP_024957561.1 WP_024957561.1 100 222 0 0 1 222 1 222 7.86e-148 409 XP_026202203.1 XP_026202203.1 100 692 0 0 1 692 1 692 0.0 1264 XP_049917061.1 XP_049917061.1 100 526 0 0 1 526 1 526 0.0 1016 WP_121975536.1 WP_121975536.1 100 345 0 0 1 345 1 345 1.20e-249 676 WP_121975536.1 RYD39969.1 47.1 280 143 4 16 291 23 301 5.25e-80 244 WP_121975536.1 WP_029222463.1 41.1 338 190 5 1 334 1 333 2.31e-78 243 WP_121975536.1 WP_058504615.1 35.6 253 146 7 3 243 188 435 4.58e-34 130 WP_121975536.1 WP_283107263.1 33.7 273 157 9 11 271 189 449 4.52e-31 121 WP_121975536.1 NRF69152.1 35.2 253 125 11 14 244 146 381 4.23e-28 112 WP_121975536.1 WP_203339841.1 37.7 151 90 2 114 264 130 276 7.91e-28 109 WP_121975536.1 WP_017718577.1 30.9 285 165 10 3 271 237 505 8.77e-26 106 WP_121975536.1 MBT7163208.1 32.0 284 157 12 5 270 196 461 4.54e-25 104 WP_121975536.1 EEC9022132.1 28.3 265 141 9 14 240 100 353 7.69e-16 76.6 WP_065763488.1 WP_065763488.1 100 736 0 0 1 736 1 736 0.0 1521 VEA68798.1 VEA68798.1 100 112 0 0 1 112 1 112 2.25e-80 229 VEA68798.1 QQO85492.1 42.9 112 60 1 1 108 144 255 1.16e-18 76.6 MBL8103469.1 MBL8103469.1 100 455 0 0 1 455 1 455 2.16e-319 862 MBL8103469.1 MBP6786080.1 52.3 453 211 2 2 454 1 448 2.09e-151 450 MBL8103469.1 WP_029789810.1 50.9 446 213 3 2 447 1 440 4.52e-141 423 MBL8103469.1 KAF6257731.1 45.8 437 227 5 6 439 5 434 2.69e-116 360 MBL8103469.1 KAI7727618.1 46.2 364 156 3 85 448 93 416 4.94e-99 315 MBL8103469.1 WP_136095406.1 54.5 301 122 6 151 444 103 395 1.74e-92 294 MBL8103469.1 KPK79043.1 48.3 240 122 1 165 404 151 388 2.81e-65 221 XP_020704071.1 XP_020704071.1 100 159 0 0 1 159 1 159 1.32e-124 345 PWU01878.1 PWU01878.1 100 208 0 0 1 208 1 208 5.44e-148 408 KAI9244788.1 KAI9244788.1 100 397 0 0 1 397 1 397 5.36e-238 651 KAI9244788.1 KAF5192947.1 59.0 83 33 1 5 87 14 95 3.84e-23 99.8 WP_140465756.1 WP_140465756.1 100 1320 0 0 1 1320 1 1320 0.0 2502 MUT95740.1 MUT95740.1 100 828 0 0 1 828 1 828 0.0 1522 WP_019100427.1 WP_019100427.1 100 918 0 0 1 918 1 918 0.0 1780 WP_019100427.1 WP_049009918.1 51.0 869 394 5 47 915 64 900 3.87e-296 840 WP_019100427.1 MBE6688122.1 29.7 740 479 16 49 767 20 739 1.14e-93 314 WP_019100427.1 WP_278631399.1 29.2 766 482 18 50 791 21 750 5.28e-78 270 WP_019100427.1 WP_235126772.1 29.9 807 457 24 49 794 15 773 1.37e-74 261 WP_019100427.1 KAA0114277.1 27.3 769 495 17 36 771 38 775 1.10e-70 250 WP_019100427.1 KAJ6994162.1 26.8 771 492 21 37 794 21 732 1.73e-62 227 WP_019100427.1 MBY0273331.1 29.3 735 419 26 50 773 7 651 2.89e-62 224 WP_019100427.1 XP_009147075.2 24.8 762 460 23 117 778 208 956 2.09e-47 182 WP_019100427.1 MBE5737882.1 23.0 732 487 14 50 746 22 711 3.89e-45 174 WP_019100427.1 KAF5671546.1 22.8 873 547 21 31 796 157 1009 1.31e-38 154 WP_019100427.1 WP_074319120.1 31.0 158 84 1 546 703 561 693 2.46e-16 82.0 WP_019100427.1 MBI6149093.1 30.3 175 93 3 547 721 592 737 1.38e-13 73.2 WP_019100427.1 HCT06136.1 33.1 154 76 4 553 705 579 706 1.77e-13 72.8 WP_019100427.1 WP_041591748.1 26.5 151 85 2 540 690 454 578 2.27e-11 65.9 WP_019100427.1 Q9GKS6.1 23.2 267 137 8 440 640 45 309 4.38e-07 52.0 WP_019100427.1 WP_176307440.1 34.9 63 41 0 619 681 653 715 7.41e-04 41.6 WP_165185356.1 WP_165185356.1 100 449 0 0 1 449 1 449 0.0 869 WP_097942517.1 WP_097942517.1 100 145 0 0 1 145 1 145 9.58e-109 303 EDX1137207.1 EDX1137207.1 100 336 0 0 1 336 1 336 1.03e-250 678 EDX1137207.1 WP_071489953.1 67.9 336 107 1 1 336 1 335 3.77e-170 474 WP_071558608.1 WP_071558608.1 100 129 0 0 1 129 1 129 4.25e-84 240 WP_171312884.1 WP_171312884.1 100 205 0 0 1 205 1 205 9.46e-152 417 WP_172272319.1 WP_172272319.1 100 434 0 0 1 434 1 434 0.0 866 WP_206698867.1 WP_206698867.1 100 414 0 0 1 414 1 414 9.52e-291 786 WP_206698867.1 WP_029317544.1 24.8 416 286 9 13 404 17 429 7.82e-37 138 WP_206698867.1 WP_101606078.1 24.0 396 288 8 1 388 7 397 5.02e-25 104 WP_206698867.1 WP_219954954.1 26.0 319 219 7 93 402 115 425 6.56e-22 95.5 XP_015918471.2 XP_015918471.2 100 923 0 0 1 923 1 923 0.0 1821 NOT03931.1 NOT03931.1 100 312 0 0 1 312 1 312 1.49e-231 628 WP_122081718.1 WP_122081718.1 100 208 0 0 1 208 1 208 2.69e-148 409 WP_122081718.1 WP_088527814.1 41.9 191 99 5 4 188 2 186 3.34e-42 139 WP_122081718.1 MCR5007903.1 41.1 190 104 4 4 188 2 188 3.90e-39 131 XP_023664563.1 XP_023664563.1 100 625 0 0 1 625 1 625 0.0 1251 MCI6056265.1 MCI6056265.1 100 426 0 0 1 426 1 426 1.56e-302 817 XP_043867713.1 XP_043867713.1 100 276 0 0 1 276 1 276 1.06e-206 562 MCI6733811.1 MCI6733811.1 100 466 0 0 1 466 1 466 0.0 877 MCI6733811.1 ECG5012903.1 39.9 233 108 8 16 243 1 206 3.00e-31 117 MCI6733811.1 WP_139387589.1 73.3 75 20 0 388 462 2 76 2.87e-27 102 WP_200441331.1 WP_200441331.1 100 496 0 0 1 496 1 496 9.38e-268 735 OQD63521.1 OQD63521.1 100 290 0 0 1 290 1 290 2.66e-182 501 XP_041032211.1 XP_041032211.1 100 346 0 0 1 346 1 346 2.41e-245 665 XP_041032211.1 NWI70572.1 23.7 295 210 7 29 319 28 311 1.15e-14 72.4 WP_250323911.1 WP_250323911.1 100 98 0 0 1 98 1 98 9.45e-71 204 WP_250323911.1 WP_118944732.1 33.0 103 63 1 2 98 399 501 2.70e-14 65.1 XP_045908845.1 XP_045908845.1 100 220 0 0 1 220 1 220 4.12e-158 434 WP_024330540.1 WP_024330540.1 100 496 0 0 1 496 1 496 0.0 1012 WP_024330540.1 NNE87648.1 37.0 479 277 9 1 471 1 462 9.74e-89 278 WP_024330540.1 WP_145616262.1 34.9 478 284 10 1 468 1 461 1.57e-80 256 WP_024330540.1 DAZ71054.1 36.4 330 195 8 3 318 34 362 1.32e-61 204 WP_024330540.1 MYE57211.1 38.5 218 115 3 4 221 5 203 1.55e-43 151 WP_024330540.1 NIP79453.1 44.3 88 47 2 139 226 1 86 2.17e-17 75.5 NGS95655.1 NGS95655.1 100 179 0 0 1 179 1 179 1.42e-122 341 NGS95655.1 MCK4403577.1 51.4 175 84 1 1 175 1 174 9.92e-60 182 OLB04871.1 OLB04871.1 100 144 0 0 1 144 1 144 2.45e-97 275 MCB1103648.1 MCB1103648.1 100 329 0 0 1 329 1 329 4.51e-246 666 MCB1103648.1 WP_265272113.1 28.3 329 206 13 1 315 1 313 2.59e-23 97.1 WP_008056683.1 WP_008056683.1 100 827 0 0 1 827 1 827 0.0 1632 WP_008056683.1 WP_072380563.1 32.2 211 130 7 246 446 8 215 7.48e-20 88.2 WP_008056683.1 WP_071876418.1 25.1 371 230 13 95 429 129 487 1.35e-19 91.7 WP_008056683.1 THW78755.1 29.9 211 140 5 236 445 1214 1417 1.95e-17 85.9 WP_008056683.1 WP_036816548.1 30.9 223 137 8 250 458 17 236 1.98e-17 81.3 WP_008056683.1 WP_107894076.1 26.6 222 145 7 242 446 12 232 2.77e-15 76.3 WP_008056683.1 WP_142931103.1 29.2 195 124 4 254 440 275 463 1.66e-13 72.0 WP_008056683.1 GLY24463.1 28.7 216 122 7 255 446 24 231 9.39e-13 68.6 WP_008056683.1 WP_060613079.1 28.5 200 131 7 255 446 359 554 3.41e-12 68.2 WP_008056683.1 WP_139764340.1 34.8 92 57 2 244 333 11 101 8.92e-08 50.1 WP_008056683.1 WP_112088864.1 33.8 139 70 6 268 402 370 490 1.37e-06 50.1 WP_008056683.1 WP_173040157.1 32.2 152 87 9 254 402 306 444 7.51e-06 47.8 UCF69744.1 UCF69744.1 100 133 0 0 1 133 1 133 2.53e-96 271 WP_061554953.1 WP_061554953.1 100 450 0 0 1 450 1 450 0.0 868 WP_061554953.1 WP_105738432.1 27.8 453 282 11 7 440 7 433 8.89e-38 141 KAF1884135.1 KAF1884135.1 100 420 0 0 1 420 1 420 2.84e-311 838 WP_271489102.1 WP_271489102.1 100 67 0 0 1 67 1 67 9.86e-41 125 EIC7331684.1 EIC7331684.1 100 491 0 0 1 491 1 491 0.0 969 EIC7331684.1 WP_209241541.1 36.5 457 270 6 23 471 17 461 1.48e-84 267 EIC7331684.1 WP_093868643.1 30.7 479 279 9 16 481 3 441 4.47e-71 231 YP_009703532.1 YP_009703532.1 100 634 0 0 1 634 1 634 0.0 925 OYR82937.1 OYR82937.1 100 62 0 0 1 62 1 62 6.50e-37 115 MCB1431703.1 MCB1431703.1 100 270 0 0 1 270 1 270 1.56e-196 536 PHJ25428.1 PHJ25428.1 100 1042 0 0 1 1042 1 1042 0.0 2095 MCL2354882.1 MCL2354882.1 100 399 0 0 1 399 1 399 1.29e-285 772 WP_009197348.1 WP_009197348.1 100 267 0 0 1 267 1 267 7.13e-196 534 WP_009197348.1 MBT2971737.1 37.2 250 146 4 15 257 3 248 5.54e-45 150 WP_009197348.1 MBI2621122.1 30.5 272 164 5 15 264 2 270 1.93e-32 118 KAH8830836.1 KAH8830836.1 100 417 0 0 1 417 1 417 1.77e-308 831 UWQ95440.1 UWQ95440.1 100 293 0 0 1 293 1 293 3.86e-213 580 WP_059534878.1 WP_059534878.1 100 723 0 0 1 723 1 723 0.0 1504 WP_059534878.1 HBO82804.1 63.9 83 30 0 1 83 1 83 2.68e-26 101 MCB9490987.1 MCB9490987.1 100 669 0 0 1 669 1 669 0.0 1295 MCB9490987.1 EET4312562.1 34.2 418 269 4 3 417 4 418 6.76e-64 220 ECG5348412.1 ECG5348412.1 100 181 0 0 1 181 1 181 6.28e-127 352 MBP8039875.1 MBP8039875.1 100 116 0 0 1 116 1 116 2.12e-89 252 NOY27702.1 NOY27702.1 100 356 0 0 1 356 1 356 1.15e-248 675 NOY27702.1 MBF1128433.1 35.9 209 122 4 17 221 9 209 1.45e-27 112 OGM15869.1 OGM15869.1 100 197 0 0 1 197 1 197 3.27e-130 362 AAA50346.1 AAA50346.1 100 57 0 0 1 57 1 57 1.06e-33 107 QUQ06080.1 QUQ06080.1 100 219 0 0 1 219 1 219 7.38e-156 429 QUQ06080.1 ADJ35581.1 83.1 219 37 0 1 219 2 220 1.60e-132 370 QUQ06080.1 AVM35379.1 83.2 214 36 0 6 219 1 214 4.14e-129 361 QUQ06080.1 ABQ63546.1 80.7 218 42 0 2 219 1 218 5.56e-128 358 QUQ06080.1 AFA24308.1 81.6 212 39 0 8 219 1 212 5.24e-127 355 QUQ06080.1 ADW49125.1 81.5 211 39 0 9 219 1 211 7.18e-127 355 QUQ06080.1 QUA05739.1 79.2 212 44 0 1 212 1 212 3.53e-125 351 QUQ06080.1 AFA09475.1 82.9 205 35 0 15 219 1 205 2.26e-124 348 QUQ06080.1 AWS34156.1 76.3 219 52 0 1 219 1 219 4.31e-123 346 QUQ06080.1 AHK62764.1 75.8 215 52 0 5 219 1 215 1.04e-119 337 QUQ06080.1 AKT58828.1 78.5 195 42 0 1 195 1 195 2.85e-111 315 QUQ06080.1 AMA90994.1 79.2 197 41 0 1 197 1 197 8.74e-111 314 QUQ06080.1 AAX94106.1 84.1 189 30 0 31 219 1 189 5.38e-110 320 QUQ06080.1 AXZ65741.1 79.3 188 39 0 1 188 1 188 7.88e-105 298 QUQ06080.1 AOR13807.1 71.2 198 57 0 10 207 1 198 4.31e-102 292 QUQ06080.1 UZF38514.1 68.0 206 66 0 14 219 1 206 8.05e-102 291 QUQ06080.1 AGI15931.1 69.9 206 62 0 8 213 1 206 6.26e-99 284 QUQ06080.1 AOQ89457.1 73.3 187 50 0 5 191 1 187 9.35e-99 283 QUQ06080.1 AKA56406.1 64.2 201 65 2 2 200 2 197 1.76e-89 260 QUQ06080.1 AHH30646.1 74.9 167 40 2 32 198 6 170 1.19e-81 239 QUQ06080.1 ACE88666.1 82.1 140 25 0 80 219 1 140 9.36e-78 228 QUQ06080.1 APC24336.1 67.9 112 36 0 108 219 1 112 1.22e-46 156 WP_271116088.1 WP_271116088.1 100 395 0 0 1 395 1 395 2.22e-284 768 WP_271116088.1 WP_066841281.1 52.8 413 166 5 1 395 1 402 4.16e-138 398 WP_271116088.1 BAY23582.1 47.6 429 173 7 1 395 34 444 8.24e-123 361 WP_271116088.1 MCU0947041.1 47.2 413 183 8 6 395 6 406 2.70e-114 338 WP_212799263.1 WP_212799263.1 100 225 0 0 1 225 1 225 5.22e-168 460 WP_212799263.1 NCO19736.1 29.1 182 102 8 33 207 4 165 7.33e-06 43.9 AKF94945.1 AKF94945.1 100 195 0 0 1 195 1 195 1.12e-145 401 MCS7249985.1 MCS7249985.1 100 60 0 0 1 60 1 60 1.74e-40 124 WP_154377822.1 WP_154377822.1 100 914 0 0 1 914 1 914 0.0 1830 KAA0177341.1 KAA0177341.1 100 1278 0 0 1 1278 1 1278 0.0 1889 MCQ4833490.1 MCQ4833490.1 100 49 0 0 1 49 1 49 4.19e-32 102 MBF0221393.1 MBF0221393.1 100 373 0 0 1 373 1 373 4.81e-286 771 CUQ74728.1 CUQ74728.1 100 216 0 0 1 216 1 216 2.76e-145 402 WP_066046987.1 WP_066046987.1 100 462 0 0 1 462 1 462 0.0 962 WP_066046987.1 WP_049327990.1 48.8 467 214 8 1 456 1 453 3.29e-156 449 TYJ28824.1 TYJ28824.1 100 89 0 0 1 89 1 89 6.23e-65 188 MCP4196081.1 MCP4196081.1 100 79 0 0 1 79 1 79 1.65e-51 154 MBD5426059.1 MBD5426059.1 100 162 0 0 1 162 1 162 2.01e-116 324 WP_094880233.1 WP_094880233.1 100 412 0 0 1 412 1 412 2.10e-318 856 WP_094880233.1 WP_278088590.1 28.6 398 246 10 17 406 18 385 6.38e-38 139 KAJ1466945.1 KAJ1466945.1 100 311 0 0 1 311 1 311 2.19e-228 620 RHP78675.1 RHP78675.1 100 450 0 0 1 450 1 450 2.18e-319 862 WP_084523054.1 WP_084523054.1 100 94 0 0 1 94 1 94 5.39e-66 191 XP_051312901.1 XP_051312901.1 100 233 0 0 1 233 1 233 1.89e-174 477 MCC0650618.1 MCC0650618.1 100 308 0 0 1 308 1 308 1.27e-205 562 WP_070931219.1 WP_070931219.1 100 80 0 0 1 80 1 80 3.89e-46 140 MBE6457252.1 MBE6457252.1 100 147 0 0 1 147 1 147 2.08e-104 293 EDD2777448.1 EDD2777448.1 100 215 0 0 1 215 1 215 1.19e-159 438 WP_228705204.1 WP_228705204.1 100 97 0 0 1 97 1 97 9.90e-68 196 TVQ27286.1 TVQ27286.1 100 324 0 0 1 324 1 324 1.01e-235 639 CAF1538990.1 CAF1538990.1 100 95 0 0 1 95 1 95 2.87e-66 192 MBJ9940918.1 MBJ9940918.1 100 220 0 0 1 220 1 220 1.45e-167 458 MBL1405656.1 MBL1405656.1 100 101 0 0 1 101 1 101 1.61e-68 198 WP_002896703.1 WP_002896703.1 100 44 0 0 1 44 1 44 1.15e-27 91.3 RKH80454.1 RKH80454.1 100 281 0 0 1 281 1 281 6.12e-204 555 RWC01310.1 RWC01310.1 100 410 0 0 1 410 1 410 3.05e-310 835 CCZ55979.1 CCZ55979.1 100 121 0 0 1 121 1 121 1.93e-83 238 CCZ55979.1 MBR3785149.1 44.2 113 61 1 2 112 1 113 5.31e-27 95.5 KZC14685.1 KZC14685.1 100 453 0 0 1 453 1 453 5.20e-301 815 WP_096201219.1 WP_096201219.1 100 850 0 0 1 850 1 850 0.0 1691 WP_206023254.1 WP_206023254.1 100 340 0 0 1 340 1 340 1.72e-251 681 KAJ3986273.1 KAJ3986273.1 100 658 0 0 1 658 1 658 0.0 1279 KAJ3986273.1 NP_001257623.1 35.2 165 103 2 454 618 247 407 8.74e-22 98.6 WP_230766143.1 WP_230766143.1 100 314 0 0 1 314 1 314 9.90e-222 603 WP_282423266.1 WP_282423266.1 100 666 0 0 1 666 1 666 0.0 1298 WP_282423266.1 WP_267184195.1 23.0 640 405 26 59 661 52 640 4.13e-14 73.9 WP_282423266.1 WP_222018129.1 29.3 140 97 1 38 177 33 170 7.83e-12 66.6 WP_282423266.1 OGU48181.1 30.7 101 66 1 63 163 82 178 1.17e-09 59.7 MBN4303450.1 MBN4303450.1 100 18 0 0 1 18 1 18 1.92e-10 46.2 WP_193956008.1 WP_193956008.1 100 537 0 0 1 537 1 537 0.0 1087 WP_193956008.1 WP_230284916.1 30.2 434 215 20 100 522 87 443 1.50e-29 119 WP_193956008.1 RMF68396.1 25.4 409 225 16 149 528 131 488 5.52e-19 88.2 HCB14820.1 HCB14820.1 100 441 0 0 1 441 1 441 8.89e-296 801 HCB14820.1 HCH0658035.1 30.1 306 198 7 104 399 94 393 8.68e-25 104 HCB14820.1 KAG8015916.1 36.7 79 49 1 312 390 34 111 6.47e-04 38.9 XP_040382927.1 XP_040382927.1 100 360 0 0 1 360 1 360 7.61e-256 693 NIR36035.1 NIR36035.1 100 117 0 0 1 117 1 117 1.61e-80 230 MBP8741618.1 MBP8741618.1 100 703 0 0 1 703 1 703 0.0 1379 MBP8741618.1 WP_119815679.1 37.2 733 384 18 3 699 31 723 1.26e-114 365 MBP8741618.1 WP_025983621.1 77.0 191 44 0 3 193 5 195 1.53e-90 279 MBP8741618.1 MBS1587439.1 27.9 617 371 18 12 616 4 558 1.16e-46 176 WP_094107226.1 WP_094107226.1 100 235 0 0 1 235 1 235 2.91e-179 489 BDP97621.1 BDP97621.1 100 61 0 0 1 61 1 61 3.11e-39 121 WP_142260807.1 WP_142260807.1 100 251 0 0 1 251 1 251 3.17e-150 417 WP_142260807.1 WP_065073385.1 39.8 201 118 2 50 249 41 239 4.98e-45 151 WP_142260807.1 WP_036824351.1 31.9 185 123 2 56 237 57 241 3.19e-20 85.1 MBN1157556.1 MBN1157556.1 100 90 0 0 1 90 1 90 1.79e-60 177 NCR29367.1 NCR29367.1 100 49 0 0 1 49 1 49 2.85e-30 98.2 MCE2505556.1 MCE2505556.1 100 433 0 0 1 433 1 433 5.68e-304 821 MCE2505556.1 MBI9043002.1 35.2 335 169 5 96 417 25 324 3.13e-55 184 WP_039102441.1 WP_039102441.1 100 624 0 0 1 624 1 624 0.0 1272 WP_039102441.1 HBM7970352.1 32.3 496 287 12 14 502 5 458 7.26e-68 229 WP_118445081.1 WP_118445081.1 100 300 0 0 1 300 1 300 2.63e-219 596 WP_124983255.1 WP_124983255.1 100 198 0 0 1 198 1 198 1.57e-142 393 MBQ2432233.1 MBQ2432233.1 100 166 0 0 1 166 1 166 1.46e-120 335 WP_164585387.1 WP_164585387.1 100 356 0 0 1 356 1 356 4.98e-259 701 WP_164585387.1 WP_006027485.1 53.9 343 157 1 1 343 1 342 1.51e-129 373 WP_164585387.1 MBN1566249.1 30.4 329 200 12 1 315 1 314 9.18e-27 107 WP_164585387.1 WP_167320363.1 28.3 297 168 12 1 289 1 260 1.21e-12 66.2 WP_205009067.1 WP_205009067.1 100 216 0 0 1 216 1 216 1.73e-148 410 WP_205009067.1 WP_196938834.1 39.7 141 85 0 17 157 22 162 2.56e-24 94.0 WP_205009067.1 MCF6346354.1 42.1 133 75 1 12 142 12 144 3.21e-24 93.6 WP_111627730.1 WP_111627730.1 100 265 0 0 1 265 1 265 3.21e-182 499 WP_111627730.1 MCM2341063.1 45.6 147 77 2 110 256 146 289 3.06e-35 126 MBS0463004.1 MBS0463004.1 100 202 0 0 1 202 1 202 1.77e-150 414 WP_097698856.1 WP_097698856.1 100 1264 0 0 1 1264 1 1264 0.0 2504 WP_254638680.1 WP_254638680.1 100 67 0 0 1 67 1 67 1.58e-37 117 XP_028327800.1 XP_028327800.1 100 1238 0 0 1 1238 1 1238 0.0 2149 GES47013.1 GES47013.1 100 55 0 0 1 55 1 55 2.74e-35 111 MBI5098096.1 MBI5098096.1 100 459 0 0 1 459 1 459 0.0 885 MBI5098096.1 MBU0883769.1 36.7 458 263 13 3 451 5 444 4.29e-67 220 MBI5098096.1 WP_256342227.1 29.6 362 225 12 25 361 24 380 3.68e-24 103 MBI5098096.1 WP_004699236.1 24.7 291 189 11 54 336 58 326 1.13e-10 61.6 MBI5098096.1 MCQ2831428.1 24.9 273 164 10 91 336 58 316 3.00e-07 50.8 RNF14763.1 RNF14763.1 100 684 0 0 1 684 1 684 0.0 1412 KAF3493633.1 KAF3493633.1 100 356 0 0 1 356 1 356 2.96e-251 681 WP_174567215.1 WP_174567215.1 100 335 0 0 1 335 1 335 1.28e-239 650 KAI5402274.1 KAI5402274.1 100 543 0 0 1 543 1 543 0.0 1029 WP_189129312.1 WP_189129312.1 100 431 0 0 1 431 1 431 3.34e-311 839 MBK6342078.1 MBK6342078.1 100 446 0 0 1 446 1 446 0.0 881 WP_267292626.1 WP_267292626.1 100 514 0 0 1 514 1 514 0.0 942 WP_267292626.1 OFZ89526.1 47.3 421 192 8 118 512 4 420 1.42e-113 341 WP_267292626.1 WP_033456074.1 59.1 298 117 3 217 514 4 296 1.70e-106 318 WP_267292626.1 WP_098923619.1 49.5 416 188 6 118 512 3 417 2.91e-106 322 WP_267292626.1 MBT3887354.1 56.1 296 121 2 227 514 27 321 1.00e-100 304 WP_267292626.1 WP_262612393.1 41.4 423 218 6 118 512 3 423 6.48e-87 272 WP_267292626.1 NDI25889.1 42.0 283 157 2 231 506 1 283 5.11e-59 195 WP_267292626.1 KAJ4394429.1 27.6 456 267 11 116 512 61 512 8.89e-29 117 WP_267292626.1 WP_039190453.1 40.0 95 52 3 1 90 1 95 1.02e-09 58.9 WP_267292626.1 MBB3050407.1 35.5 76 47 1 117 190 6 81 2.43e-08 49.7 DAW46080.1 DAW46080.1 100 85 0 0 1 85 1 85 1.20e-58 172 WP_138941726.1 WP_138941726.1 100 577 0 0 1 577 1 577 0.0 1088 WP_138941726.1 WP_265896212.1 41.2 553 298 8 26 575 148 676 3.72e-120 369 WP_138941726.1 TLZ05171.1 27.4 303 191 8 288 575 314 602 4.33e-23 102 WP_113767226.1 WP_113767226.1 100 441 0 0 1 441 1 441 0.0 874 WP_113767226.1 MBW4662439.1 34.2 366 206 6 92 429 26 384 2.80e-58 194 WP_113767226.1 WP_210167953.1 32.4 349 214 9 92 429 11 348 7.52e-43 153 KAF4728781.1 KAF4728781.1 100 443 0 0 1 443 1 443 0.0 880 WP_060551745.1 WP_060551745.1 100 225 0 0 1 225 1 225 1.38e-163 449 WP_267918242.1 WP_267918242.1 100 585 0 0 1 585 1 585 0.0 1131 WP_267918242.1 WP_087199737.1 21.7 529 285 19 96 548 97 572 1.42e-11 65.5 SCL72461.1 SCL72461.1 100 283 0 0 1 283 1 283 1.66e-177 489 WP_226276978.1 WP_226276978.1 100 508 0 0 1 508 1 508 0.0 964 WP_226276978.1 WP_255602293.1 37.0 500 289 4 21 495 30 528 1.09e-104 322 WP_226276978.1 RQL72805.1 33.2 488 320 5 21 504 22 507 9.25e-79 253 WP_226276978.1 WP_197332010.1 30.8 493 328 4 23 504 21 511 1.27e-69 229 WP_226276978.1 WP_185921121.1 26.7 430 299 9 21 441 17 439 2.57e-36 139 WP_226276978.1 KAG8816705.1 37.4 171 106 1 21 191 63 232 1.53e-28 111 WP_226276978.1 BBC91732.1 26.4 417 267 10 22 414 3 403 1.96e-28 116 WP_247893884.1 WP_247893884.1 100 452 0 0 1 452 1 452 4.93e-310 838 WP_247893884.1 WP_263847269.1 37.3 434 258 6 24 451 4 429 7.31e-75 239 MBE3671043.1 MBE3671043.1 100 727 0 0 1 727 1 727 0.0 1371 MBE3671043.1 WP_131096443.1 48.3 718 361 6 14 726 9 721 2.15e-222 638 MBE3671043.1 WP_049066482.1 34.3 718 442 10 17 712 8 717 7.17e-132 405 XP_041854783.1 XP_041854783.1 100 311 0 0 1 311 1 311 7.10e-234 634 RHX96716.1 RHX96716.1 100 723 0 0 1 723 1 723 0.0 1422 WP_127737066.1 WP_127737066.1 100 206 0 0 1 206 1 206 3.42e-150 413 MBN2689333.1 MBN2689333.1 100 126 0 0 1 126 1 126 1.89e-90 256 MBN2689333.1 MCU0925088.1 46.2 106 48 1 20 116 43 148 8.03e-27 96.7 WP_162119468.1 WP_162119468.1 100 394 0 0 1 394 1 394 1.11e-288 779 WP_162119468.1 WP_195290884.1 34.7 421 241 6 3 389 4 424 1.19e-68 221 WP_162119468.1 WP_074053577.1 33.9 386 246 2 4 388 2 379 4.38e-68 218 WP_150171631.1 WP_150171631.1 100 174 0 0 1 174 1 174 1.10e-128 356 WP_002615101.1 WP_002615101.1 100 714 0 0 1 714 1 714 0.0 1330 WP_002615101.1 MBJ7506254.1 33.2 539 317 8 158 694 160 657 6.66e-76 256 WP_002615101.1 WP_023840997.1 33.7 555 315 6 174 692 169 706 4.78e-73 250 WP_278982769.1 WP_278982769.1 100 436 0 0 1 436 1 436 1.61e-316 853 WP_278982769.1 NOY97419.1 26.8 459 301 9 2 434 1 450 1.75e-42 158 WP_278982769.1 WP_015167170.1 30.5 302 185 8 150 434 118 411 6.64e-27 111 KAH9272690.1 KAH9272690.1 100 128 0 0 1 128 1 128 7.09e-87 247 KAH9272690.1 MBI3145102.1 46.1 115 60 1 12 126 2 114 7.63e-27 101 KAH9272690.1 AAL18389.1 54.1 37 17 0 89 125 1 37 4.49e-06 42.7 WP_096722254.1 WP_096722254.1 100 304 0 0 1 304 1 304 4.07e-225 611 WP_096722254.1 WP_044453403.1 63.4 295 104 1 1 291 1 295 5.72e-135 383 WP_096722254.1 NED83450.1 28.5 298 195 7 1 289 3 291 4.56e-23 95.1 WP_096722254.1 WP_046600280.1 29.5 146 96 2 2 140 3 148 4.37e-14 69.7 WP_096722254.1 WP_200986363.1 19.7 305 241 3 1 303 1 303 2.86e-10 58.5 WP_096722254.1 WP_066708699.1 32.9 82 55 0 1 82 1 82 1.61e-08 53.1 WP_096722254.1 WP_241524600.1 33.3 93 59 1 1 93 1 90 1.91e-07 50.1 WP_208947654.1 WP_208947654.1 100 149 0 0 1 149 1 149 1.98e-94 268 WP_208947654.1 WP_261695383.1 34.6 130 82 2 1 130 1 127 1.74e-10 53.9 WP_208947654.1 WP_007377599.1 28.3 120 84 2 17 135 16 134 1.01e-06 43.9 KAF2590612.1 KAF2590612.1 100 385 0 0 1 385 1 385 4.04e-161 456 WP_014785013.1 WP_014785013.1 100 504 0 0 1 504 1 504 0.0 946 EBF5808819.1 EBF5808819.1 100 85 0 0 1 85 1 85 2.54e-51 154 WP_213827928.1 WP_213827928.1 100 305 0 0 1 305 1 305 4.22e-223 606 WP_213827928.1 WP_280541983.1 51.1 282 138 0 18 299 41 322 7.24e-94 279 WP_254400636.1 WP_254400636.1 100 168 0 0 1 168 1 168 1.35e-126 350 MBR3156871.1 MBR3156871.1 100 644 0 0 1 644 1 644 0.0 1209 XP_021741676.1 XP_021741676.1 100 507 0 0 1 507 1 507 0.0 964 XP_021741676.1 KAJ0963891.1 38.2 304 104 11 2 261 16 279 2.55e-45 167 WP_001329193.1 WP_001329193.1 100 95 0 0 1 95 1 95 1.79e-69 200 MBO6057326.1 MBO6057326.1 100 197 0 0 1 197 1 197 6.44e-146 402 MBW1848151.1 MBW1848151.1 100 205 0 0 1 205 1 205 3.43e-154 423 KAG5815829.1 KAG5815829.1 100 780 0 0 1 780 1 780 0.0 1379 KAG5815829.1 XP_042622198.1 33.5 355 203 8 432 774 183 516 6.69e-52 189 KAG5815829.1 NXJ84327.1 32.9 368 205 11 431 772 179 530 6.68e-42 163 KAG5815829.1 XP_039923984.1 31.7 360 212 11 435 772 178 525 1.37e-38 153 KAG5815829.1 KAI9912466.1 29.6 216 118 6 557 771 136 318 8.89e-18 84.3 KAG5815829.1 XP_011889539.1 25.4 181 110 6 510 669 56 232 4.72e-10 61.6 KAG5815829.1 WP_281919021.1 36.6 131 73 5 565 691 124 248 5.15e-10 60.8 WP_135279859.1 WP_135279859.1 100 844 0 0 1 844 1 844 0.0 1572 WP_135279859.1 OMF24356.1 32.1 579 339 18 202 748 60 616 2.74e-64 225 WP_135279859.1 KAG0922869.1 46.4 84 44 1 212 294 18 101 4.56e-14 68.2 MCJ1311962.1 MCJ1311962.1 100 968 0 0 1 968 1 968 0.0 1906 WP_092424818.1 WP_092424818.1 100 324 0 0 1 324 1 324 9.53e-225 612 XP_047289230.1 XP_047289230.1 100 1629 0 0 1 1629 1 1629 0.0 3063 MCB1505913.1 MCB1505913.1 100 170 0 0 1 170 1 170 1.63e-119 333 MCB1505913.1 MQA03337.1 63.1 160 59 0 5 164 5 164 2.21e-66 198 WP_257691625.1 WP_257691625.1 100 547 0 0 1 547 1 547 0.0 1133 WP_257691625.1 XP_008080365.1 45.3 559 283 8 1 544 76 626 3.89e-156 458 KGI55490.1 KGI55490.1 100 167 0 0 1 167 1 167 4.83e-106 298 WP_138438236.1 WP_138438236.1 100 67 0 0 1 67 1 67 2.14e-44 135 KPK79043.1 KPK79043.1 100 722 0 0 1 722 1 722 0.0 1394 KPK79043.1 MBL8103469.1 48.3 240 122 1 151 388 165 404 8.64e-67 226 KPK79043.1 WP_136095406.1 29.1 612 363 14 152 697 120 726 5.74e-66 231 KPK79043.1 WP_029789810.1 49.2 240 120 2 152 389 161 400 2.80e-62 222 KPK79043.1 MBP6786080.1 48.3 236 120 1 152 385 162 397 9.47e-61 218 KPK79043.1 KAF6257731.1 47.2 248 127 2 152 397 163 408 2.63e-56 205 KPK79043.1 KAI7727618.1 40.9 257 118 3 133 385 143 369 1.28e-46 176 OIT02720.1 OIT02720.1 100 362 0 0 1 362 1 362 3.38e-260 704 WP_224365716.1 WP_224365716.1 100 46 0 0 1 46 1 46 3.90e-29 95.1 MBK6724754.1 MBK6724754.1 100 328 0 0 1 328 1 328 7.75e-242 655 NXB44255.1 NXB44255.1 100 1649 0 0 1 1649 1 1649 0.0 3179 WP_226232337.1 WP_226232337.1 100 392 0 0 1 392 1 392 4.68e-289 780 EEE4210954.1 EEE4210954.1 100 102 0 0 1 102 1 102 3.92e-74 213 EEE4210954.1 WP_001495833.1 64.3 56 20 0 4 59 5 60 1.07e-20 76.6 RLE02911.1 RLE02911.1 100 439 0 0 1 439 1 439 0.0 874 WP_171334399.1 WP_171334399.1 100 102 0 0 1 102 1 102 2.36e-75 216 WP_064779756.1 WP_064779756.1 100 347 0 0 1 347 1 347 1.94e-256 694 WP_064779756.1 WP_124978582.1 37.6 221 131 4 122 335 3 223 1.38e-36 138 WP_064779756.1 MCH5207665.1 40.5 79 43 2 122 200 4 78 1.13e-10 59.3 WP_033603452.1 WP_033603452.1 100 1185 0 0 1 1185 1 1185 0.0 2308 WP_033603452.1 WP_100461895.1 24.7 507 327 15 512 983 12 498 1.10e-21 98.6 EEC9022132.1 EEC9022132.1 100 502 0 0 1 502 1 502 0.0 1018 EEC9022132.1 NRF69152.1 28.6 416 249 13 79 480 125 506 1.13e-39 149 EEC9022132.1 WP_058504615.1 28.1 370 229 10 72 438 175 510 1.89e-34 134 EEC9022132.1 WP_283107263.1 26.8 380 243 13 75 449 167 516 3.15e-30 122 EEC9022132.1 MBT7163208.1 30.7 352 202 15 98 441 203 520 8.94e-29 118 EEC9022132.1 WP_017718577.1 28.0 382 231 14 25 389 160 514 4.03e-28 116 EEC9022132.1 WP_203339841.1 30.6 219 131 5 194 406 106 309 1.35e-23 100 EEC9022132.1 WP_121975536.1 28.3 265 141 9 100 353 14 240 1.12e-15 76.6 XP_047408935.1 XP_047408935.1 100 786 0 0 1 786 1 786 0.0 1544 WP_179136748.1 WP_179136748.1 100 106 0 0 1 106 1 106 3.16e-75 216 WP_195269918.1 WP_195269918.1 100 415 0 0 1 415 1 415 5.83e-281 761 WP_195269918.1 MYS55468.1 26.6 184 130 2 203 385 234 413 1.58e-08 54.7 KAG0881289.1 KAG0881289.1 100 202 0 0 1 202 1 202 7.46e-143 394 MBN1756127.1 MBN1756127.1 100 78 0 0 1 78 1 78 2.19e-51 153 WP_150731550.1 WP_150731550.1 100 351 0 0 1 351 1 351 1.62e-266 719 WP_150731550.1 WP_034968029.1 34.5 319 203 5 22 337 44 359 3.54e-64 206 KAF6802222.1 KAF6802222.1 100 494 0 0 1 494 1 494 0.0 1006 KAF6802222.1 MBE9640947.1 25.9 452 286 11 40 468 48 473 1.09e-24 105 WP_255517101.1 WP_255517101.1 100 137 0 0 1 137 1 137 4.85e-96 271 MCK5244187.1 MCK5244187.1 100 284 0 0 1 284 1 284 7.26e-218 591 WP_197710405.1 WP_197710405.1 100 258 0 0 1 258 1 258 5.14e-180 493 WP_100540054.1 WP_100540054.1 100 83 0 0 1 83 1 83 4.09e-56 166 WP_100540054.1 MCG8687614.1 31.3 64 44 0 7 70 9 72 1.93e-04 35.8 TXT57728.1 TXT57728.1 100 252 0 0 1 252 1 252 7.63e-179 489 MBT5378964.1 MBT5378964.1 100 278 0 0 1 278 1 278 7.79e-169 466 MBU1113346.1 MBU1113346.1 100 171 0 0 1 171 1 171 1.50e-120 335 WP_194499183.1 WP_194499183.1 100 203 0 0 1 203 1 203 2.31e-142 393 WP_093868643.1 WP_093868643.1 100 448 0 0 1 448 1 448 0.0 873 WP_093868643.1 EIC7331684.1 32.9 413 247 6 3 391 16 422 5.33e-72 233 WP_093868643.1 WP_209241541.1 33.7 454 257 10 10 431 17 458 1.78e-66 218 WP_093868643.1 HBU57020.1 56.3 71 31 0 319 389 1 71 1.10e-20 86.3 WP_093868643.1 WP_172281536.1 23.7 367 204 12 25 348 39 372 3.04e-13 69.7 KAI0308946.1 KAI0308946.1 100 90 0 0 1 90 1 90 2.17e-61 179 WP_073388870.1 WP_073388870.1 100 157 0 0 1 157 1 157 9.32e-115 320 WP_027388460.1 WP_027388460.1 100 355 0 0 1 355 1 355 3.79e-258 699 NCW99628.1 NCW99628.1 100 179 0 0 1 179 1 179 1.18e-130 362 NCW99628.1 CAB0780497.1 44.2 154 85 1 1 153 192 345 1.23e-44 149 NCW99628.1 XP_020103231.1 36.4 162 89 2 6 153 276 437 6.15e-29 109 WP_210726445.1 WP_210726445.1 100 294 0 0 1 294 1 294 4.61e-74 227 WP_015699100.1 WP_015699100.1 100 344 0 0 1 344 1 344 3.62e-255 690 WP_015699100.1 WP_125625723.1 25.1 327 216 8 8 325 12 318 3.53e-19 85.5 WP_015699100.1 OKX80212.1 21.9 256 180 6 86 324 27 279 9.72e-08 51.2 MBY9080345.1 MBY9080345.1 100 237 0 0 1 237 1 237 6.36e-184 501 WP_093295436.1 WP_093295436.1 100 247 0 0 1 247 1 247 1.50e-187 511 XP_008215352.1 XP_008215352.1 100 593 0 0 1 593 1 593 0.0 1197 XP_008215352.1 XP_029528577.1 35.4 288 174 5 188 473 30 307 2.15e-44 160 XP_008215352.1 KAG1590416.1 34.0 285 177 6 188 472 80 353 3.72e-38 143 XP_008215352.1 XP_048409145.1 40.9 88 49 2 297 384 761 845 3.72e-10 61.2 MBO8197404.1 MBO8197404.1 100 263 0 0 1 263 1 263 4.50e-102 296 UCC96225.1 UCC96225.1 100 57 0 0 1 57 1 57 3.94e-38 118 MBV8508112.1 MBV8508112.1 100 395 0 0 1 395 1 395 1.03e-257 701 MBV8508112.1 WP_260320705.1 38.3 394 226 7 11 388 4 396 2.42e-78 245 THH04310.1 THH04310.1 100 505 0 0 1 505 1 505 0.0 978 MBL7795363.1 MBL7795363.1 100 179 0 0 1 179 1 179 2.78e-129 358 EDT7412775.1 EDT7412775.1 100 126 0 0 1 126 1 126 3.27e-91 258 MBU6492563.1 MBU6492563.1 100 195 0 0 1 195 1 195 6.72e-147 404 MBR3700964.1 MBR3700964.1 100 481 0 0 1 481 1 481 0.0 966 WP_064613675.1 WP_064613675.1 100 213 0 0 1 213 1 213 7.12e-151 416 XP_031540112.1 XP_031540112.1 100 1692 0 0 1 1692 1 1692 0.0 3107 NOT95054.1 NOT95054.1 100 133 0 0 1 133 1 133 1.58e-90 256 NOT95054.1 MBP8960789.1 33.3 90 58 1 1 88 8 97 4.18e-08 48.1 WP_164724930.1 WP_164724930.1 100 195 0 0 1 195 1 195 3.07e-143 395 WP_263833039.1 WP_263833039.1 100 400 0 0 1 400 1 400 9.61e-277 749 MCO6480516.1 MCO6480516.1 100 224 0 0 1 224 1 224 4.46e-164 450 MCO6480516.1 WP_242531680.1 36.8 182 107 3 43 222 2 177 2.58e-28 103 MBD5558909.1 MBD5558909.1 100 192 0 0 1 192 1 192 5.31e-138 381 NLW39422.1 NLW39422.1 100 335 0 0 1 335 1 335 1.56e-240 652 NLW39422.1 NVM03966.1 38.8 335 182 9 1 330 1 317 1.73e-59 192 NLW39422.1 WP_152652784.1 34.1 302 182 7 33 331 18 305 4.15e-49 165 NLW39422.1 WP_192500494.1 34.8 299 179 8 34 330 16 300 1.28e-45 155 NLW39422.1 EHR6291555.1 43.1 211 112 4 33 240 342 547 7.30e-43 154 NLW39422.1 RLN50561.1 28.2 298 207 4 34 328 658 951 1.78e-31 123 NLW39422.1 THW78755.1 29.1 234 160 4 34 267 1229 1456 5.36e-26 107 NLW39422.1 WP_185334683.1 32.1 234 132 6 4 229 3 217 2.51e-24 101 NLW39422.1 MSO30570.1 29.4 221 149 5 35 254 22 236 7.48e-23 95.9 NLW39422.1 WP_071876418.1 29.0 221 149 4 17 236 300 513 2.94e-21 92.8 NLW39422.1 MCF7808720.1 25.5 212 144 2 33 235 23 229 2.27e-19 84.0 NLW39422.1 WP_088153117.1 26.2 225 145 6 14 232 4 213 1.48e-15 75.1 NLW39422.1 WP_142931103.1 27.2 213 147 6 19 228 262 469 2.93e-14 71.6 WP_222637261.1 WP_222637261.1 100 984 0 0 1 984 1 984 0.0 2029 WP_222637261.1 GGB39876.1 64.3 983 344 3 1 982 1 977 0.0 1347 WP_222637261.1 ECJ9372216.1 55.3 971 426 5 7 975 7 971 0.0 1112 WP_257633067.1 WP_257633067.1 100 497 0 0 1 497 1 497 0.0 940 WP_257633067.1 WP_230424277.1 51.1 503 229 7 4 493 7 505 5.58e-145 424 MCU0422147.1 MCU0422147.1 100 453 0 0 1 453 1 453 0.0 913 MCU0422147.1 OFY34840.1 27.4 427 243 18 19 410 38 432 1.88e-26 109 MCU0422147.1 WP_120115041.1 23.6 212 142 5 21 219 25 229 9.74e-14 71.2 XP_042343617.1 XP_042343617.1 100 453 0 0 1 453 1 453 0.0 904 WP_176958177.1 WP_176958177.1 100 299 0 0 1 299 1 299 3.18e-215 585 WP_176958177.1 WP_192106836.1 43.9 285 159 1 1 284 1 285 2.09e-81 246 WP_176958177.1 WP_278888642.1 37.2 282 175 2 1 280 5 286 1.46e-56 182 WP_176958177.1 AIA18772.1 57.2 152 64 1 1 151 1 152 2.16e-55 175 KAJ2277403.1 KAJ2277403.1 100 839 0 0 1 839 1 839 0.0 1596 WP_110358640.1 WP_110358640.1 100 332 0 0 1 332 1 332 2.53e-249 674 WP_110358640.1 WP_271243471.1 84.9 332 50 0 1 332 26 357 3.98e-211 579 OJV98239.1 OJV98239.1 100 349 0 0 1 349 1 349 2.51e-228 623 MBS1410118.1 MBS1410118.1 100 372 0 0 1 372 1 372 2.51e-267 723 HBC3664605.1 HBC3664605.1 100 68 0 0 1 68 1 68 1.18e-46 140 KAG5959692.1 KAG5959692.1 100 878 0 0 1 878 1 878 0.0 1748 WP_138471989.1 WP_138471989.1 100 396 0 0 1 396 1 396 1.77e-270 733 MBL7722360.1 MBL7722360.1 100 501 0 0 1 501 1 501 0.0 956 KAF4995643.1 KAF4995643.1 100 660 0 0 1 660 1 660 0.0 1327 KAJ5614194.1 KAJ5614194.1 100 471 0 0 1 471 1 471 0.0 961 WP_251116163.1 WP_251116163.1 100 279 0 0 1 279 1 279 3.39e-200 546 MBS1909834.1 MBS1909834.1 100 692 0 0 1 692 1 692 0.0 1394 KAI4951926.1 KAI4951926.1 100 319 0 0 1 319 1 319 2.29e-234 635 MBS0323691.1 MBS0323691.1 100 261 0 0 1 261 1 261 6.30e-187 511 EDS6425957.1 EDS6425957.1 100 543 0 0 1 543 1 543 0.0 1062 WP_205996060.1 WP_205996060.1 100 832 0 0 1 832 1 832 0.0 1602 MBW7898988.1 MBW7898988.1 100 186 0 0 1 186 1 186 2.99e-141 389 WP_111206393.1 WP_111206393.1 100 149 0 0 1 149 1 149 3.06e-107 300 MSW04208.1 MSW04208.1 100 527 0 0 1 527 1 527 0.0 1024 WP_057651690.1 WP_057651690.1 100 293 0 0 1 293 1 293 1.45e-208 568 WP_057651690.1 MBU5424338.1 35.0 240 152 2 54 290 16 254 2.96e-27 105 WP_057651690.1 WP_281054160.1 29.4 248 163 5 48 289 8 249 1.43e-21 89.7 WP_057651690.1 WP_110035452.1 28.0 246 157 6 51 292 7 236 1.39e-14 70.1 WP_057651690.1 MBN3744368.1 29.7 185 123 3 48 230 1 180 9.00e-13 65.5 WP_057651690.1 XP_028635853.1 34.6 107 64 1 46 146 6 112 1.24e-09 57.0 WP_057651690.1 MCJ7630170.1 56.8 37 16 0 48 84 3 39 1.01e-06 43.9 WP_032918432.1 WP_032918432.1 100 270 0 0 1 270 1 270 5.26e-204 555 MOR90002.1 MOR90002.1 100 27 0 0 1 27 1 27 8.53e-19 67.8 WP_096527630.1 WP_096527630.1 100 131 0 0 1 131 1 131 6.00e-85 242 XP_014362268.2 XP_014362268.2 100 1204 0 0 1 1204 1 1204 0.0 2156 GFY15021.1 GFY15021.1 100 262 0 0 1 262 1 262 3.14e-192 524 GFY15021.1 GFT25780.1 52.2 92 40 1 129 216 65 156 1.17e-22 93.6 MBV9888347.1 MBV9888347.1 100 110 0 0 1 110 1 110 5.81e-73 210 MBE9467362.1 MBE9467362.1 100 828 0 0 1 828 1 828 0.0 1547 MBE9467362.1 WP_074911472.1 29.0 238 155 6 592 825 791 1018 1.02e-19 93.2 MBE9467362.1 MBN1819552.1 26.8 239 169 2 590 827 332 565 4.35e-19 90.1 WP_037310167.1 WP_037310167.1 100 290 0 0 1 290 1 290 2.89e-202 552 WP_244292824.1 WP_244292824.1 100 316 0 0 1 316 1 316 5.98e-224 609 WP_244292824.1 KZS73167.1 43.3 305 152 7 11 314 40 324 2.94e-59 191 MBI5162857.1 MBI5162857.1 100 178 0 0 1 178 1 178 4.28e-128 355 WP_236345246.1 WP_236345246.1 100 286 0 0 1 286 1 286 6.90e-208 566 WP_212226535.1 WP_212226535.1 100 170 0 0 1 170 1 170 1.98e-120 335 MAJ92374.1 MAJ92374.1 100 324 0 0 1 324 1 324 5.60e-233 632 MAJ92374.1 TMF32236.1 35.0 326 207 4 1 324 1 323 8.91e-62 198 MAJ92374.1 HIE21596.1 28.7 258 139 6 28 282 25 240 9.85e-20 85.9 WP_257504872.1 WP_257504872.1 100 531 0 0 1 531 1 531 0.0 966 WP_257504872.1 WP_144320971.1 34.2 415 209 17 119 526 161 518 4.37e-36 139 WP_257504872.1 TAL20232.1 29.8 262 153 8 273 525 218 457 4.35e-19 89.0 WP_257504872.1 MCH5250214.1 23.6 254 165 7 279 526 186 416 1.40e-14 75.1 WP_257504872.1 XP_001454078.1 30.6 124 78 4 408 525 326 447 2.41e-06 48.5 UVB16817.1 UVB16817.1 100 7093 0 0 1 7093 1 7093 0.0 14171 UVB16817.1 UZO53924.1 99.9 7093 5 0 1 7093 1 7093 0.0 14156 UVB16817.1 URQ55824.1 99.9 7093 5 0 1 7093 1 7093 0.0 14156 UVB16817.1 QVD87869.1 99.7 7093 18 0 1 7093 1 7093 0.0 14128 UVB16817.1 QWC83326.1 99.7 7096 15 1 1 7093 1 7096 0.0 14127 UVB16817.1 UMF87224.1 99.5 7093 38 1 1 7093 1 7092 0.0 14122 UVB16817.1 WEU87158.1 99.7 7096 17 1 1 7093 1 7096 0.0 14122 UVB16817.1 QSZ25555.1 99.7 7096 19 1 1 7093 1 7096 0.0 14121 UVB16817.1 UBP50947.1 99.7 7096 20 1 1 7093 1 7096 0.0 14115 UVB16817.1 UBD95131.1 99.6 7096 22 1 1 7093 1 7096 0.0 14110 UVB16817.1 UEC52718.1 99.6 7096 25 1 1 7093 1 7096 0.0 14104 UVB16817.1 UIR12670.1 99.4 7093 42 1 1 7093 1 7092 0.0 14066 UVB16817.1 QZU16279.1 99.3 7096 46 1 1 7093 1 7096 0.0 14053 UVB16817.1 UPA83906.1 99.2 7093 59 1 1 7093 1 7092 0.0 14025 UVB16817.1 UXX67934.1 99.0 7093 73 0 1 7093 1 7093 0.0 13995 UVB16817.1 UBR86455.1 98.8 7095 80 1 2 7093 1 7095 0.0 13973 UVB16817.1 UCP72061.1 98.6 7096 97 1 1 7093 1 7096 0.0 13933 UVB16817.1 UCP77012.1 98.6 7096 98 1 1 7093 1 7096 0.0 13932 UVB16817.1 WHE12941.1 98.3 7067 117 0 27 7093 1 7067 0.0 13841 UVB16817.1 UKN67998.1 98.3 7073 121 1 21 7093 1 7072 0.0 13835 UVB16817.1 UGA79226.1 97.5 7096 174 1 1 7093 1 7096 0.0 13755 UVB16817.1 UAQ80067.1 97.0 7096 207 1 1 7093 1 7096 0.0 13667 UVB16817.1 UVI10561.1 96.5 7066 249 0 28 7093 1 7066 0.0 13527 UVB16817.1 UJT06733.1 96.3 7093 264 1 1 7093 1 7092 0.0 13517 UVB16817.1 UOU30556.1 94.9 7093 364 0 1 7093 1 7093 0.0 13287 UVB16817.1 UMA88644.1 91.7 7072 585 1 22 7093 1 7071 0.0 12710 UVB16817.1 WAS49087.1 90.7 7093 660 0 1 7093 1 7093 0.0 12551 UVB16817.1 WGP98278.1 84.8 7096 1073 1 1 7093 1 7096 0.0 11564 UVB16817.1 UPP41269.1 99.9 4398 4 0 1 4398 1 4398 0.0 8634 UVB16817.1 USR14792.1 99.9 4398 5 0 1 4398 1 4398 0.0 8631 UVB16817.1 QXR94354.1 99.7 4398 13 0 1 4398 1 4398 0.0 8614 UVB16817.1 ULA23837.2 99.7 4398 13 1 1 4398 1 4397 0.0 8613 UVB16817.1 QTM79632.1 99.6 4398 16 0 1 4398 1 4398 0.0 8613 UVB16817.1 QTD03487.1 99.6 4401 13 1 1 4398 1 4401 0.0 8613 UVB16817.1 UXH94526.1 99.7 4398 14 1 1 4398 1 4397 0.0 8609 UVB16817.1 QTZ27226.1 99.6 4398 18 0 1 4398 1 4398 0.0 8608 UVB16817.1 UFM00670.1 99.6 4401 16 1 1 4398 1 4401 0.0 8603 UVB16817.1 UEC68750.1 99.6 4401 16 1 1 4398 1 4401 0.0 8601 UVB16817.1 UHM53165.1 99.6 4401 16 1 1 4398 1 4401 0.0 8598 UVB16817.1 UFM02602.1 99.6 4401 16 1 1 4398 1 4401 0.0 8598 UVB16817.1 UBL45068.1 99.6 4401 16 1 1 4398 1 4401 0.0 8596 UVB16817.1 UKU68032.1 99.4 4398 27 1 1 4398 1 4397 0.0 8581 UVB16817.1 UJV88611.1 97.7 4398 99 1 1 4398 1 4397 0.0 8418 UVB16817.1 UJJ97602.1 97.6 4398 105 1 1 4398 1 4397 0.0 8402 UVB16817.1 UJS94137.1 98.8 4293 52 1 106 4398 1 4292 0.0 8312 UVB16817.1 ULB83374.1 96.5 4398 153 1 1 4398 1 4397 0.0 8283 UVB16817.1 UGB98301.1 94.2 4401 254 1 1 4398 1 4401 0.0 8031 UVB16817.1 QRX02582.1 99.7 4098 10 1 1 4095 1 4098 0.0 7996 UVB16817.1 UFA30503.1 93.3 4340 287 1 27 4363 1 4340 0.0 7822 UVB16817.1 WGP70063.1 92.3 4369 335 1 1 4366 1 4369 0.0 7767 UVB16817.1 WEI27974.1 91.5 4398 376 0 1 4398 1 4398 0.0 7747 UVB16817.1 UNI03201.1 91.5 4374 371 1 27 4398 1 4374 0.0 7707 UVB16817.1 UEX07109.1 87.9 4375 528 1 27 4398 1 4375 0.0 7346 UVB16817.1 URP80785.1 82.6 4371 762 0 28 4398 1 4371 0.0 6767 UVB16817.1 UYE49180.1 76.9 4398 1014 0 1 4398 1 4398 0.0 6207 UVB16817.1 UPB00876.1 76.7 4371 1018 0 28 4398 1 4371 0.0 6188 UVB16817.1 WGQ72821.1 67.5 4344 1409 1 26 4366 1 4344 0.0 5120 MBK7087525.1 MBK7087525.1 100 314 0 0 1 314 1 314 4.44e-234 634 EFT8991253.1 EFT8991253.1 100 1029 0 0 1 1029 1 1029 0.0 2089 EFT8991253.1 WP_265822109.1 23.3 653 380 25 50 688 18 563 9.10e-25 109 EFT8991253.1 WP_220281278.1 24.8 250 156 8 121 363 76 300 5.20e-11 65.1 EFT8991253.1 HCH8663031.1 22.9 306 188 11 67 371 42 300 1.07e-07 54.3 MBY0434949.1 MBY0434949.1 100 1494 0 0 1 1494 1 1494 0.0 2873 MBB2902420.1 MBB2902420.1 100 276 0 0 1 276 1 276 1.82e-198 541 MBB2902420.1 WP_279826355.1 44.5 301 126 8 9 273 3 298 2.66e-61 194 KAG8379083.1 KAG8379083.1 100 304 0 0 1 304 1 304 9.86e-217 590 HBV8273101.1 HBV8273101.1 100 127 0 0 1 127 1 127 1.33e-86 246 HBV8273101.1 WP_185116294.1 44.2 52 29 0 11 62 2 53 3.37e-09 50.8 KAI5005557.1 KAI5005557.1 100 441 0 0 1 441 1 441 2.90e-317 855 MBT7135637.1 MBT7135637.1 100 206 0 0 1 206 1 206 6.03e-135 375 WP_011490055.1 WP_011490055.1 100 275 0 0 1 275 1 275 6.11e-201 547 XP_021299958.1 XP_021299958.1 100 1095 0 0 1 1095 1 1095 0.0 2100 XP_033668161.1 XP_033668161.1 100 434 0 0 1 434 1 434 0.0 869 XP_033668161.1 KAJ2593889.1 38.8 363 195 9 50 408 42 381 1.90e-68 221 WP_059510827.1 WP_059510827.1 100 321 0 0 1 321 1 321 3.74e-225 612 WP_059510827.1 WP_058635033.1 35.4 328 195 4 1 318 1 321 3.14e-50 168 WP_059510827.1 WP_251874466.1 36.8 266 163 3 40 304 47 308 3.29e-44 152 WP_059510827.1 WP_234306850.1 39.1 297 169 6 9 301 13 301 5.80e-43 148 WP_059510827.1 WP_116701099.1 34.3 254 145 5 36 280 45 285 2.04e-40 142 WP_059510827.1 MBC99785.1 33.2 268 166 6 45 301 48 313 6.29e-33 122 WP_059510827.1 WP_095128211.1 31.6 247 160 3 60 306 66 303 6.60e-30 114 WP_059510827.1 KOR84431.1 28.8 240 160 4 51 287 50 281 6.85e-23 95.1 WP_056611679.1 WP_056611679.1 100 177 0 0 1 177 1 177 3.78e-117 327 WP_056611679.1 WP_135028221.1 25.6 156 112 2 24 177 117 270 5.24e-07 46.6 HAT6344274.1 HAT6344274.1 100 290 0 0 1 290 1 290 7.83e-216 586 EHU4169843.1 EHU4169843.1 100 478 0 0 1 478 1 478 0.0 950 XP_024696459.1 XP_024696459.1 100 487 0 0 1 487 1 487 0.0 917 XP_024696459.1 XP_039286754.1 29.9 174 104 5 305 476 110 267 2.01e-12 65.9 CDZ73727.1 CDZ73727.1 100 253 0 0 1 253 1 253 7.36e-182 497 CDZ73727.1 WP_197521413.1 27.6 217 130 6 1 203 1 204 1.98e-15 72.4 CDZ73727.1 WP_089095302.1 29.6 213 122 8 1 202 314 509 3.09e-15 73.2 CDZ73727.1 MBC7326981.1 27.3 220 125 7 2 193 5 217 3.76e-15 71.2 CDZ73727.1 MBR7834804.1 28.1 217 137 6 1 203 17 228 7.81e-15 70.5 CDZ73727.1 WP_152652784.1 27.3 245 154 6 6 232 10 248 8.90e-15 70.9 CDZ73727.1 WP_008134825.1 31.6 209 121 6 1 193 612 814 2.04e-14 70.9 CDZ73727.1 WP_227059655.1 27.2 232 134 6 1 198 17 247 4.58e-14 69.7 CDZ73727.1 GLY24463.1 26.1 226 138 6 1 198 4 228 2.21e-13 67.0 CDZ73727.1 MWR41881.1 27.6 199 123 3 17 198 44 238 4.28e-12 62.8 CDZ73727.1 WP_107894076.1 26.0 192 119 3 16 184 24 215 6.30e-12 62.8 CDZ73727.1 WP_060613079.1 22.8 228 130 8 5 203 345 555 1.28e-11 62.4 CDZ73727.1 WP_247749043.1 25.5 212 110 6 2 179 357 554 7.71e-11 60.1 CDZ73727.1 WP_207918089.1 23.3 219 132 6 2 193 6 215 3.80e-10 57.0 CDZ73727.1 WP_066083732.1 25.4 213 129 6 1 184 6 217 1.43e-09 55.8 CDZ73727.1 WP_158791585.1 24.7 219 128 7 4 194 7 216 7.93e-09 53.1 CDZ73727.1 WP_112088864.1 32.9 140 84 4 30 167 370 501 6.44e-08 51.2 KAG9509822.1 KAG9509822.1 100 386 0 0 1 386 1 386 3.70e-267 724 TWK83191.1 TWK83191.1 100 358 0 0 1 358 1 358 4.03e-275 742 WP_176700057.1 WP_176700057.1 100 176 0 0 1 176 1 176 2.04e-125 348 WP_141400768.1 WP_141400768.1 100 255 0 0 1 255 1 255 1.23e-190 520 MBS07362.1 MBS07362.1 100 458 0 0 1 458 1 458 3.82e-317 857 MCL2204087.1 MCL2204087.1 100 898 0 0 1 898 1 898 0.0 1811 MCL2204087.1 MBQ9679177.1 50.2 916 388 13 1 881 1 883 3.41e-306 865 MCL2204087.1 CAI9595211.1 35.2 935 481 19 4 843 80 984 1.01e-169 519 MCL2204087.1 SCL13606.1 27.4 787 460 25 13 732 63 805 2.59e-65 234 MCL2204087.1 MBK6751737.1 29.3 283 164 5 632 883 3 280 1.21e-29 118 MCL2204087.1 MCB9999913.1 25.3 356 197 12 402 717 570 896 1.61e-11 66.6 MCL2204087.1 WP_233286789.1 27.5 120 75 4 439 553 370 482 1.02e-04 44.3 WP_027780629.1 WP_027780629.1 100 191 0 0 1 191 1 191 1.25e-131 365 EAG5222239.1 EAG5222239.1 100 248 0 0 1 248 1 248 5.00e-182 497 EAG5222239.1 KAA0785577.1 54.3 247 111 2 1 247 1 245 2.09e-90 265 EAG5222239.1 WP_216576398.1 38.1 247 150 3 1 247 1 244 4.40e-54 173 WP_097514015.1 WP_097514015.1 100 546 0 0 1 546 1 546 5.62e-285 783 WP_097514015.1 EIZ9235425.1 46.3 348 186 1 121 467 107 454 1.81e-26 111 WP_097514015.1 WP_237962375.1 47.1 119 57 3 382 497 498 613 1.31e-17 84.7 WP_097514015.1 WP_186556299.1 41.9 129 61 1 382 496 364 492 1.36e-15 77.8 WP_208099194.1 WP_208099194.1 100 59 0 0 1 59 1 59 9.12e-38 117 XP_025777939.1 XP_025777939.1 100 643 0 0 1 643 1 643 0.0 1162 MBL6625757.1 MBL6625757.1 100 354 0 0 1 354 1 354 5.04e-267 721 MBL6625757.1 WP_166476065.1 38.8 85 51 1 32 115 36 120 7.95e-12 63.9 KAH7548383.1 KAH7548383.1 100 1152 0 0 1 1152 1 1152 0.0 2179 WP_271250528.1 WP_271250528.1 100 51 0 0 1 51 1 51 3.95e-31 100 WP_197888162.1 WP_197888162.1 100 269 0 0 1 269 1 269 2.13e-198 540 XP_033991852.1 XP_033991852.1 100 1257 0 0 1 1257 1 1257 0.0 2042 HAF54287.1 HAF54287.1 100 74 0 0 1 74 1 74 3.89e-50 150 WP_167613923.1 WP_167613923.1 100 101 0 0 1 101 1 101 3.11e-75 215 MPZ45416.1 MPZ45416.1 100 574 0 0 1 574 1 574 0.0 1092 WP_067019348.1 WP_067019348.1 100 209 0 0 1 209 1 209 8.34e-148 407 MBO5601840.1 MBO5601840.1 100 331 0 0 1 331 1 331 1.92e-248 672 MBU6248241.1 MBU6248241.1 100 679 0 0 1 679 1 679 0.0 1046 WP_165682932.1 WP_165682932.1 100 108 0 0 1 108 1 108 3.40e-71 206 WP_143020066.1 WP_143020066.1 100 157 0 0 1 157 1 157 3.51e-110 308 WP_238972864.1 WP_238972864.1 100 85 0 0 1 85 1 85 3.84e-56 171 ABG88111.1 ABG88111.1 100 94 0 0 1 94 1 94 1.88e-66 192 ABG88111.1 QJX39053.1 63.2 95 34 1 1 94 270 364 6.11e-34 120 ABG88111.1 AEO85464.1 57.4 94 39 1 2 94 280 373 2.24e-31 113 WP_260325674.1 WP_260325674.1 100 273 0 0 1 273 1 273 8.94e-193 526 MCC7417019.1 MCC7417019.1 100 221 0 0 1 221 1 221 4.63e-160 439 MCI8430709.1 MCI8430709.1 100 283 0 0 1 283 1 283 8.00e-201 548 MCI8430709.1 WP_252809941.1 28.2 287 168 8 8 278 28 292 1.81e-17 79.0 XP_030622007.1 XP_030622007.1 100 298 0 0 1 298 1 298 1.06e-208 569 WP_053695461.1 WP_053695461.1 100 277 0 0 1 277 1 277 4.67e-201 551 WP_053695461.1 WP_072476944.1 44.9 265 138 5 6 267 58 317 7.43e-62 197 XP_029196159.1 XP_029196159.1 100 357 0 0 1 357 1 357 5.52e-277 746 WP_049009918.1 WP_049009918.1 100 902 0 0 1 902 1 902 0.0 1762 WP_049009918.1 WP_019100427.1 51.3 869 391 6 64 900 47 915 1.66e-297 843 WP_049009918.1 MBE6688122.1 29.7 723 474 13 47 742 1 716 1.09e-91 308 WP_049009918.1 WP_278631399.1 27.9 759 487 18 66 788 20 754 1.97e-81 279 WP_049009918.1 KAA0114277.1 28.5 761 492 14 57 782 42 785 9.21e-80 276 WP_049009918.1 WP_235126772.1 27.5 742 468 15 67 760 16 735 1.64e-72 254 WP_049009918.1 KAJ6994162.1 26.0 803 508 23 66 834 33 783 4.87e-69 246 WP_049009918.1 MBY0273331.1 29.9 686 410 18 127 805 66 687 7.23e-68 239 WP_049009918.1 MBE5737882.1 26.4 715 462 15 67 742 22 711 1.21e-58 214 WP_049009918.1 KAF5671546.1 23.4 768 454 23 62 710 171 923 6.59e-42 164 WP_049009918.1 XP_009147075.2 28.8 361 231 5 442 776 597 957 2.75e-39 156 WP_049009918.1 WP_074319120.1 31.4 153 80 1 543 695 562 689 8.51e-15 77.0 WP_049009918.1 HCT06136.1 30.6 157 82 3 546 701 576 706 2.39e-11 65.9 WP_049009918.1 MBI6149093.1 31.1 161 84 2 543 703 592 725 5.56e-11 64.7 OTA99890.1 OTA99890.1 100 241 0 0 1 241 1 241 1.67e-172 473 KPP66050.1 KPP66050.1 100 1540 0 0 1 1540 1 1540 0.0 3106 QDF59120.1 QDF59120.1 100 513 0 0 1 513 1 513 0.0 1033 MPC98265.1 MPC98265.1 100 84 0 0 1 84 1 84 6.47e-58 170 BBC91732.1 BBC91732.1 100 474 0 0 1 474 1 474 0.0 886 BBC91732.1 WP_023727015.1 30.1 422 282 8 3 420 35 447 3.03e-42 155 BBC91732.1 RQL72805.1 30.5 311 191 7 5 305 25 320 7.30e-29 117 BBC91732.1 WP_226276978.1 27.4 343 213 8 3 329 22 344 2.07e-23 101 BBC91732.1 KAG8816705.1 39.2 166 94 3 7 171 68 227 9.11e-23 95.1 XP_040685867.1 XP_040685867.1 100 421 0 0 1 421 1 421 1.13e-297 804 XP_040685867.1 GAN03156.1 50.1 417 199 5 8 420 1 412 1.05e-124 365 XP_040685867.1 MCP1651746.1 38.4 401 219 10 34 414 6 398 1.51e-63 208 XP_040685867.1 EDH4057100.1 35.9 396 230 9 33 417 2 384 2.41e-60 199 XP_040685867.1 WP_004619799.1 36.5 395 219 10 41 414 11 394 1.39e-58 195 XP_040685867.1 WP_277084622.1 39.1 322 170 5 116 420 2 314 2.23e-58 192 XP_040685867.1 WP_074825075.1 35.6 393 232 8 34 414 3 386 8.64e-58 192 XP_040685867.1 WP_078429679.1 34.7 392 234 9 36 414 5 387 5.58e-54 182 XP_040685867.1 WP_083141943.1 34.5 383 229 7 36 408 5 375 3.70e-44 156 XP_040685867.1 MBA2536487.1 30.5 394 239 8 36 414 5 378 2.52e-39 143 EDQ0183574.1 EDQ0183574.1 100 51 0 0 1 51 1 51 4.63e-30 97.8 WP_072476944.1 WP_072476944.1 100 319 0 0 1 319 1 319 3.64e-231 627 WP_072476944.1 WP_053695461.1 44.9 265 138 5 58 317 6 267 4.04e-58 188 MBR3327931.1 MBR3327931.1 100 133 0 0 1 133 1 133 7.24e-87 247 ACU61622.1 ACU61622.1 100 177 0 0 1 177 1 177 5.86e-130 360 EFM1979785.1 EFM1979785.1 100 60 0 0 1 60 1 60 1.05e-41 127 WP_029005116.1 WP_029005116.1 100 175 0 0 1 175 1 175 1.96e-118 330 HCF98070.1 HCF98070.1 100 132 0 0 1 132 1 132 1.07e-83 239 WP_280541983.1 WP_280541983.1 100 324 0 0 1 324 1 324 9.28e-232 629 WP_280541983.1 WP_213827928.1 51.2 281 137 0 42 322 19 299 6.20e-93 277 KEH41285.1 KEH41285.1 100 200 0 0 1 200 1 200 5.09e-149 410 ORV68006.1 ORV68006.1 100 167 0 0 1 167 1 167 2.73e-121 337 HCA7191507.1 HCA7191507.1 100 274 0 0 1 274 1 274 1.97e-201 548 WP_111083956.1 WP_111083956.1 100 299 0 0 1 299 1 299 3.18e-215 585 WP_111083956.1 HIS27960.1 41.0 266 156 1 16 281 10 274 2.89e-65 205 WP_111083956.1 WP_062263491.1 36.8 285 176 4 16 298 3 285 6.15e-56 181 XP_044551221.1 XP_044551221.1 100 580 0 0 1 580 1 580 0.0 1154 MCK9592859.1 MCK9592859.1 100 85 0 0 1 85 1 85 3.70e-62 181 WP_076194242.1 WP_076194242.1 100 465 0 0 1 465 1 465 0.0 874 WP_076194242.1 KFX48203.1 32.1 287 165 7 204 462 643 927 4.23e-33 131 WP_076194242.1 KDF42894.1 27.1 409 268 9 76 458 84 488 2.51e-32 127 WP_076194242.1 WP_007356512.1 33.1 242 131 6 239 453 747 984 1.24e-28 118 WP_076194242.1 MBO8233644.1 31.7 230 149 5 230 456 150 374 5.79e-27 110 WP_076194242.1 MCH5250214.1 27.8 263 178 6 203 458 158 415 1.51e-26 111 WP_076194242.1 WP_200037957.1 33.9 227 137 6 239 458 1020 1240 1.05e-25 109 WP_076194242.1 WP_212961195.1 30.6 232 160 1 222 452 411 642 2.26e-25 108 WP_076194242.1 MBQ1868746.1 28.1 228 154 4 239 458 268 493 2.21e-23 101 WP_076194242.1 WP_144320971.1 31.4 245 150 7 216 458 289 517 7.01e-21 93.6 WP_076194242.1 XP_001454078.1 26.2 210 148 3 231 436 212 418 2.16e-19 89.4 WP_076194242.1 MBK8012537.1 23.0 296 193 7 182 452 285 570 4.60e-17 82.0 WP_076194242.1 WP_010434011.1 28.1 281 166 10 183 451 324 580 6.69e-12 65.9 WP_076194242.1 WP_225118260.1 28.6 213 128 7 241 442 439 638 2.31e-08 54.7 MBI2147080.1 MBI2147080.1 100 244 0 0 1 244 1 244 7.64e-175 479 WP_068964936.1 WP_068964936.1 100 504 0 0 1 504 1 504 0.0 1011 EHD1229023.1 EHD1229023.1 100 142 0 0 1 142 1 142 5.17e-107 299 EHD1229023.1 WP_045308192.1 59.9 142 53 2 1 142 1 138 4.14e-59 180 WP_259619769.1 WP_259619769.1 100 497 0 0 1 497 1 497 0.0 928 WP_259619769.1 WP_185921121.1 32.3 424 270 8 27 446 9 419 5.88e-49 173 KAF4306879.1 KAF4306879.1 100 250 0 0 1 250 1 250 7.02e-174 477 KAF4306879.1 MCF7871960.1 38.3 175 106 2 76 249 18 191 2.56e-35 123 WP_017171503.1 WP_017171503.1 100 181 0 0 1 181 1 181 9.67e-131 362 WP_017171503.1 HCG9411603.1 33.1 154 99 1 6 155 7 160 2.03e-26 99.4 WP_022389025.1 WP_022389025.1 100 459 0 0 1 459 1 459 0.0 930 WP_022389025.1 WP_257689765.1 29.4 401 258 9 39 424 85 475 7.77e-45 161 WP_022389025.1 XP_050320449.1 31.9 345 218 8 102 433 143 483 1.87e-42 155 WP_022389025.1 WP_057201184.1 28.9 349 226 8 100 431 129 472 2.32e-28 115 WP_010462366.1 WP_010462366.1 100 587 0 0 1 587 1 587 0.0 1111 KXN72221.1 KXN72221.1 100 228 0 0 1 228 1 228 1.10e-175 479 KXN72221.1 KAI1815548.1 31.7 208 129 4 31 228 29 233 5.19e-34 125 TFE29608.1 TFE29608.1 100 614 0 0 1 614 1 614 0.0 1161 TFE29608.1 WP_026974351.1 24.2 260 147 9 99 348 70 289 4.49e-05 44.7 KAJ4310611.1 KAJ4310611.1 100 678 0 0 1 678 1 678 0.0 1378 MBT3309449.1 MBT3309449.1 100 252 0 0 1 252 1 252 7.84e-172 472 WP_128950282.1 WP_128950282.1 100 306 0 0 1 306 1 306 3.59e-220 598 WP_128950282.1 KJS37244.1 53.2 297 124 5 22 303 1 297 1.86e-89 267 WP_187335130.1 WP_187335130.1 100 83 0 0 1 83 1 83 1.32e-52 157 WP_164767343.1 WP_164767343.1 100 197 0 0 1 197 1 197 4.89e-141 389 WP_164767343.1 WP_073505727.1 48.1 156 81 0 1 156 161 316 3.83e-47 155 WP_164767343.1 WP_133874384.1 47.8 157 79 3 6 160 164 319 1.07e-40 139 WP_014217999.1 WP_014217999.1 100 323 0 0 1 323 1 323 4.44e-234 635 WP_014217999.1 WP_265272113.1 30.6 314 198 7 9 307 6 314 6.09e-35 128 WP_014217999.1 EXK83554.1 31.7 312 181 10 20 306 16 320 1.50e-30 116 WP_014217999.1 HHZ84751.1 26.6 335 204 12 8 306 5 333 3.25e-18 82.4 WP_173302040.1 WP_173302040.1 100 599 0 0 1 599 1 599 0.0 1206 WP_173302040.1 WP_182711301.1 22.3 611 300 20 86 585 192 738 3.83e-14 73.9 WP_173302040.1 GIS77777.1 55.6 36 16 0 102 137 3 38 7.10e-05 39.3 MCH6132484.1 MCH6132484.1 100 226 0 0 1 226 1 226 3.81e-166 455 MCH6132484.1 WP_094313715.1 72.7 220 60 0 1 220 20 239 5.20e-115 327 KAJ8911168.1 KAJ8911168.1 100 87 0 0 1 87 1 87 1.44e-60 177 EGC1082389.1 EGC1082389.1 100 272 0 0 1 272 1 272 3.98e-200 545 UZH89542.1 UZH89542.1 100 1271 0 0 1 1271 1 1271 0.0 2165 UZH89542.1 UYC71619.1 89.9 1271 125 1 1 1271 1 1268 0.0 2150 UZH89542.1 UPU53169.1 89.6 1273 128 2 1 1271 1 1270 0.0 2142 UZH89542.1 UDK40309.1 90.0 1273 123 2 1 1271 1 1271 0.0 2122 UZH89542.1 UHB14670.1 88.5 1273 143 2 1 1271 1 1271 0.0 2108 UZH89542.1 UIX40308.1 88.6 1273 141 2 1 1271 1 1271 0.0 2107 UZH89542.1 USL51576.1 87.5 1273 154 2 1 1271 1 1270 0.0 2057 UZH89542.1 QUE11983.1 87.3 1271 160 1 1 1271 1 1270 0.0 2048 UZH89542.1 UBN63752.1 87.4 1271 159 1 1 1271 1 1270 0.0 2024 UZH89542.1 UGX22439.1 84.9 1273 188 2 1 1271 1 1271 0.0 1997 UZH89542.1 QUM20585.1 82.3 1273 222 2 1 1271 1 1272 0.0 1909 UZH89542.1 QVX70521.1 82.6 1273 219 1 1 1271 1 1273 0.0 1893 UZH89542.1 QXI91160.1 83.1 1273 212 2 1 1271 1 1272 0.0 1835 UZH89542.1 UUS71569.1 75.6 1273 309 1 1 1271 1 1273 0.0 1420 UZH89542.1 UHK01047.1 68.8 1273 395 1 1 1271 1 1273 0.0 1266 GBE22655.1 GBE22655.1 100 202 0 0 1 202 1 202 6.93e-148 407 WP_233227509.1 WP_233227509.1 100 318 0 0 1 318 1 318 4.78e-231 627 XP_006114890.1 XP_006114890.1 100 352 0 0 1 352 1 352 5.03e-266 718 CAI9595211.1 CAI9595211.1 100 1031 0 0 1 1031 1 1031 0.0 2094 CAI9595211.1 MBQ9679177.1 34.4 944 495 17 80 995 4 851 4.47e-173 528 CAI9595211.1 MCL2204087.1 35.2 935 481 20 80 984 4 843 5.71e-166 509 CAI9595211.1 SCL13606.1 24.2 865 531 24 89 907 62 847 4.13e-54 202 CAI9595211.1 WP_081224968.1 23.1 939 575 29 125 995 56 915 2.26e-45 175 CAI9595211.1 MBK6751737.1 27.8 255 150 9 761 991 3 247 3.92e-17 81.6 WP_108109984.1 WP_108109984.1 100 80 0 0 1 80 1 80 5.48e-55 162 MBX2936516.1 MBX2936516.1 100 428 0 0 1 428 1 428 5.55e-313 843 WP_218623326.1 WP_218623326.1 100 151 0 0 1 151 1 151 4.86e-105 295 XP_050255036.1 XP_050255036.1 100 392 0 0 1 392 1 392 5.16e-302 813 WP_278264086.1 WP_278264086.1 100 434 0 0 1 434 1 434 0.0 864 WP_243977667.1 WP_243977667.1 100 293 0 0 1 293 1 293 2.30e-205 560 WP_243977667.1 WP_046600280.1 29.3 294 194 3 2 287 1 288 2.83e-36 130 WP_243977667.1 WP_133340757.1 25.4 295 197 6 7 287 12 297 5.25e-19 84.0 KAF4611166.1 KAF4611166.1 100 583 0 0 1 583 1 583 0.0 1170 WP_215493005.1 WP_215493005.1 100 491 0 0 1 491 1 491 0.0 999 WP_215493005.1 WP_070714099.1 40.6 490 251 14 5 489 2 456 3.88e-111 335 WP_215493005.1 PPU99279.1 37.4 497 266 11 5 489 5 468 5.89e-98 301 WP_215493005.1 MBB3008158.1 37.8 487 243 17 19 489 1 443 3.37e-93 288 MBK8070034.1 MBK8070034.1 100 293 0 0 1 293 1 293 1.31e-195 535 MBK8070034.1 WP_216195748.1 45.7 291 152 5 3 292 4 289 1.19e-65 206 MBK8070034.1 MAG44064.1 71.0 31 9 0 3 33 4 34 2.92e-08 47.4 KCN41050.1 KCN41050.1 100 341 0 0 1 341 1 341 6.66e-245 664 MCP5750602.1 MCP5750602.1 100 87 0 0 1 87 1 87 7.39e-63 183 MBP7130798.1 MBP7130798.1 100 31 0 0 1 31 1 31 1.42e-14 57.4 XP_033679940.1 XP_033679940.1 100 1283 0 0 1 1283 1 1283 0.0 2556 XP_033679940.1 WP_281919021.1 30.5 105 65 3 199 300 116 215 4.25e-07 52.4 XP_033679940.1 MBP7829117.1 26.6 128 87 3 168 295 127 247 2.81e-06 50.1 WP_283922158.1 WP_283922158.1 100 177 0 0 1 177 1 177 1.21e-113 318 WP_133251971.1 WP_133251971.1 100 408 0 0 1 408 1 408 1.44e-282 765 WP_267714175.1 WP_267714175.1 100 399 0 0 1 399 1 399 1.68e-281 761 WP_135306871.1 WP_135306871.1 100 313 0 0 1 313 1 313 6.27e-229 621 WP_135306871.1 HCD14621.1 43.5 285 160 1 13 297 10 293 4.10e-75 231 WP_135306871.1 QEC74319.1 32.7 257 168 3 16 267 8 264 1.22e-32 120 MBE5737882.1 MBE5737882.1 100 880 0 0 1 880 1 880 0.0 1532 MBE5737882.1 MBE6688122.1 33.1 897 525 19 22 870 21 890 7.08e-113 365 MBE5737882.1 KAA0114277.1 32.4 913 547 19 3 872 34 919 5.77e-105 344 MBE5737882.1 WP_278631399.1 30.2 868 546 16 22 864 21 853 1.15e-102 337 MBE5737882.1 WP_235126772.1 28.9 890 557 17 22 865 16 875 2.64e-88 298 MBE5737882.1 KAF5671546.1 28.6 879 527 15 35 814 187 1063 4.63e-84 292 MBE5737882.1 XP_009147075.2 25.6 1008 579 21 22 866 136 1135 2.77e-72 257 MBE5737882.1 WP_049009918.1 26.3 715 463 15 22 711 67 742 8.26e-50 188 MBE5737882.1 WP_019100427.1 23.1 732 486 14 22 711 50 746 6.13e-37 148 MBE5737882.1 MBY0273331.1 24.6 609 390 15 85 688 59 603 1.64e-31 130 MBE5737882.1 KAJ6994162.1 23.5 697 458 22 35 712 47 687 9.49e-31 128 MBE5737882.1 WP_041591748.1 28.4 162 84 4 511 672 462 591 9.98e-10 60.5 MSL30063.1 MSL30063.1 100 309 0 0 1 309 1 309 1.20e-199 547 WP_046302954.1 WP_046302954.1 100 990 0 0 1 990 1 990 0.0 1395 WP_050926421.1 WP_050926421.1 100 129 0 0 1 129 1 129 3.92e-80 230 GAO25539.1 GAO25539.1 100 92 0 0 1 92 1 92 7.20e-61 178 WP_165894367.1 WP_165894367.1 100 348 0 0 1 348 1 348 8.93e-258 697 WP_018858575.1 WP_018858575.1 100 1277 0 0 1 1277 1 1277 0.0 1872 HBB7853833.1 HBB7853833.1 100 491 0 0 1 491 1 491 0.0 936 HBB7853833.1 MBI5333464.1 33.1 166 106 3 326 488 227 390 1.10e-16 80.1 HBB7853833.1 WP_018646673.1 28.7 167 110 4 328 489 525 687 7.18e-16 79.0 QGT50941.1 QGT50941.1 100 798 0 0 1 798 1 798 0.0 1571 KAJ5748900.1 KAJ5748900.1 100 249 0 0 1 249 1 249 1.14e-183 501 WP_073432751.1 WP_073432751.1 100 168 0 0 1 168 1 168 3.17e-116 324 KAG5702777.1 KAG5702777.1 100 260 0 0 1 260 1 260 3.01e-189 516 KAG5702777.1 RCI04718.1 36.7 49 30 1 67 115 259 306 1.10e-04 41.2 WP_036488090.1 WP_036488090.1 100 235 0 0 1 235 1 235 1.60e-167 459 OAA61066.1 OAA61066.1 100 541 0 0 1 541 1 541 3.02e-303 828 MCI0877007.1 MCI0877007.1 100 335 0 0 1 335 1 335 4.05e-252 682 GLI99474.1 GLI99474.1 100 145 0 0 1 145 1 145 9.58e-109 303 GLI99474.1 WP_089269927.1 42.1 107 62 0 7 113 10 116 2.03e-28 103 MCB1065733.1 MCB1065733.1 100 67 0 0 1 67 1 67 1.50e-44 135 MCB1065733.1 MBI4966856.1 73.3 45 12 0 23 67 1 45 2.70e-19 71.2 XP_056041627.1 XP_056041627.1 100 711 0 0 1 711 1 711 0.0 1410 WP_225902036.1 WP_225902036.1 100 86 0 0 1 86 1 86 6.39e-59 173 KXH55701.1 KXH55701.1 100 108 0 0 1 108 1 108 7.69e-77 220 WP_258930666.1 WP_258930666.1 100 66 0 0 1 66 1 66 1.16e-43 133 WP_037548932.1 WP_037548932.1 100 482 0 0 1 482 1 482 0.0 899 WP_037548932.1 HAG62657.1 45.3 479 254 6 3 477 38 512 4.48e-136 400 WP_037548932.1 WP_169940736.1 34.4 425 266 8 6 426 11 426 4.62e-65 216 WP_037548932.1 KAJ5112313.1 31.4 487 316 8 2 476 53 533 5.48e-59 202 MBM3160744.1 MBM3160744.1 100 139 0 0 1 139 1 139 1.62e-95 270 VAI84247.1 VAI84247.1 100 89 0 0 1 89 1 89 4.08e-61 179 AAX29823.1 AAX29823.1 100 558 0 0 1 558 1 558 0.0 1140 OZV86646.1 OZV86646.1 100 37 0 0 1 37 1 37 1.59e-20 72.8 WP_007708736.1 WP_007708736.1 100 231 0 0 1 231 1 231 6.08e-170 465 WP_007708736.1 MBP1530348.1 37.3 228 131 3 1 228 1 216 3.56e-44 146 WP_007708736.1 MBQ5584458.1 37.1 229 141 1 1 229 1 226 1.87e-43 144 WP_007708736.1 MCL7714424.1 37.4 227 137 2 2 228 3 224 2.79e-42 141 WP_007708736.1 WP_069156513.1 33.3 231 149 3 3 231 4 231 3.96e-40 136 WP_007708736.1 WP_186723788.1 34.7 225 140 2 4 228 8 225 3.54e-39 134 WP_007708736.1 WP_101794136.1 36.2 232 138 3 3 227 26 254 1.65e-38 132 WP_007708736.1 WP_194544138.1 33.2 229 146 3 2 226 11 236 9.52e-33 117 WP_007708736.1 EAG2350674.1 47.5 122 61 1 2 123 3 121 5.42e-32 112 WP_007708736.1 EAC1232420.1 28.6 231 153 5 1 229 1 221 1.59e-28 105 WP_007708736.1 WP_232306300.1 42.0 112 64 1 4 115 1123 1233 1.28e-22 94.4 WP_007708736.1 WP_185031483.1 30.6 183 119 4 47 228 45 220 4.29e-20 84.0 WP_007708736.1 WP_064652354.1 28.7 237 147 6 1 227 1 225 4.53e-19 81.3 WP_007708736.1 WP_272906673.1 24.2 153 111 3 4 156 6 153 1.41e-08 52.8 WP_007708736.1 MBQ2640849.1 54.5 33 12 1 196 228 1 30 4.25e-05 38.1 MBT7163208.1 MBT7163208.1 100 582 0 0 1 582 1 582 0.0 1164 MBT7163208.1 NRF69152.1 37.9 417 242 6 160 568 108 515 1.93e-75 247 MBT7163208.1 WP_017718577.1 35.0 406 245 4 182 568 223 628 3.04e-66 226 MBT7163208.1 WP_283107263.1 31.0 384 258 3 191 570 178 558 4.25e-62 213 MBT7163208.1 WP_058504615.1 33.2 382 236 9 196 568 190 561 1.03e-57 201 MBT7163208.1 WP_203339841.1 37.6 258 158 3 207 462 22 278 4.44e-44 158 MBT7163208.1 EEC9022132.1 32.3 297 168 11 203 471 98 389 1.63e-25 108 MBT7163208.1 WP_121975536.1 41.3 150 72 5 325 461 124 270 6.96e-23 98.6 MBT7163208.1 RYD39969.1 35.5 155 84 4 319 460 127 278 3.95e-19 86.7 WP_210734217.1 WP_210734217.1 100 273 0 0 1 273 1 273 2.79e-196 535 WP_211296720.1 WP_211296720.1 100 501 0 0 1 501 1 501 0.0 981 MBO0787136.1 MBO0787136.1 100 280 0 0 1 280 1 280 3.77e-193 528 MBO0787136.1 WP_244311009.1 34.6 81 51 2 21 100 178 257 2.30e-09 55.8 MOK24130.1 MOK24130.1 100 23 0 0 1 23 1 23 1.85e-14 56.6 WP_070509780.1 WP_070509780.1 100 366 0 0 1 366 1 366 2.91e-263 712 WP_070509780.1 WP_008346835.1 35.5 231 143 3 26 254 3 229 1.63e-30 115 XP_027172582.1 XP_027172582.1 100 224 0 0 1 224 1 224 5.15e-154 424 XP_027172582.1 KAA3459801.1 30.1 153 97 5 16 161 72 221 1.90e-09 54.3 AQY75504.1 AQY75504.1 100 354 0 0 1 354 1 354 4.45e-261 706 AQY75504.1 WP_016809838.1 28.4 334 206 7 7 324 3 319 1.06e-39 142 AQY75504.1 WP_213646387.1 24.3 301 166 10 61 335 51 315 4.39e-11 61.6 MCL4333886.1 MCL4333886.1 100 327 0 0 1 327 1 327 8.61e-234 635 MCL4333886.1 MBR0160695.1 28.5 179 89 8 159 305 152 323 1.15e-09 57.4 MCL4333886.1 WP_027951454.1 26.4 182 109 5 162 319 157 337 1.44e-09 57.0 KAF9419545.1 KAF9419545.1 100 483 0 0 1 483 1 483 0.0 957 KAF9419545.1 WP_173991185.1 38.0 460 283 2 14 472 6 464 1.57e-96 298 WP_019296707.1 WP_019296707.1 100 124 0 0 1 124 1 124 7.20e-85 241 EAZ5330394.1 EAZ5330394.1 100 485 0 0 1 485 1 485 0.0 914 EAZ5330394.1 YP_008379230.1 25.6 328 210 9 122 449 23 316 2.45e-20 90.5 EAZ5330394.1 WP_096665911.1 23.6 453 287 13 30 473 67 469 7.38e-19 87.4 EAZ5330394.1 YP_007317140.1 22.7 321 214 5 114 434 15 301 3.15e-17 81.3 EAZ5330394.1 WP_243361436.1 22.5 298 197 11 116 399 120 397 4.58e-12 66.2 WP_251450535.1 WP_251450535.1 100 310 0 0 1 310 1 310 1.99e-219 597 WP_245456681.1 WP_245456681.1 100 90 0 0 1 90 1 90 3.61e-60 176 WP_063503202.1 WP_063503202.1 100 248 0 0 1 248 1 248 3.83e-161 444 WP_214279799.1 WP_214279799.1 100 62 0 0 1 62 1 62 3.70e-45 136 MBT4680312.1 MBT4680312.1 100 185 0 0 1 185 1 185 2.46e-135 374 WP_222465269.1 WP_222465269.1 100 131 0 0 1 131 1 131 7.89e-90 254 WP_157580311.1 WP_157580311.1 100 268 0 0 1 268 1 268 2.47e-192 525 WP_157580311.1 WP_123966251.1 32.3 257 141 8 7 256 183 413 5.06e-26 103 WP_265399898.1 WP_265399898.1 100 308 0 0 1 308 1 308 1.99e-218 594 WP_265399898.1 WP_029542314.1 30.8 286 191 5 17 295 16 301 1.05e-32 121 WP_265399898.1 WP_091540071.1 29.4 235 119 8 14 209 15 241 4.30e-14 70.1 WP_258941688.1 WP_258941688.1 100 158 0 0 1 158 1 158 9.67e-122 337 WP_258941688.1 WP_124548640.1 43.4 145 76 3 6 148 13 153 1.38e-35 119 OAH97901.1 OAH97901.1 100 229 0 0 1 229 1 229 1.04e-160 442 OAH97901.1 MUT95175.1 32.2 230 149 3 2 224 9 238 4.21e-26 100 MCH8821589.1 MCH8821589.1 100 190 0 0 1 190 1 190 1.90e-121 339 XP_038144206.1 XP_038144206.1 100 959 0 0 1 959 1 959 0.0 1891 WP_236905832.1 WP_236905832.1 100 163 0 0 1 163 1 163 7.01e-122 338 WP_236905832.1 NVO14071.1 55.3 150 64 2 13 159 65 214 2.96e-56 174 WP_124213670.1 WP_124213670.1 100 473 0 0 1 473 1 473 2.07e-319 863 WP_124213670.1 WP_272906673.1 36.1 479 284 6 5 466 6 479 5.19e-83 263 WP_124213670.1 WP_164653811.1 38.3 470 239 11 5 456 27 463 1.08e-75 243 WP_124213670.1 WP_278449211.1 36.4 382 220 5 3 368 6 380 3.75e-69 226 WP_124213670.1 WP_175896721.1 39.3 321 160 4 141 456 159 449 7.25e-59 199 WP_124213670.1 KNY10996.1 39.2 332 159 6 141 465 8 303 1.12e-58 194 WP_124213670.1 MBP7222158.1 41.2 228 134 0 139 366 11 238 1.02e-55 186 WP_124213670.1 WP_205173112.1 41.8 249 141 3 126 371 142 389 1.91e-54 187 WP_124213670.1 MCL7714424.1 31.3 160 101 4 1 156 1 155 3.60e-12 64.3 WP_124213670.1 WP_269633767.1 31.5 149 99 2 4 150 11 158 5.46e-10 59.3 WP_124213670.1 HBG17616.1 31.7 104 68 1 4 104 6 109 2.16e-08 54.7 WP_000391618.1 WP_000391618.1 100 179 0 0 1 179 1 179 5.61e-129 357 XP_048688918.1 XP_048688918.1 100 264 0 0 1 264 1 264 2.73e-178 489 XP_018381815.1 XP_018381815.1 100 145 0 0 1 145 1 145 3.61e-113 315 HAJ6883934.1 HAJ6883934.1 100 274 0 0 1 274 1 274 1.10e-198 541 WP_259823591.1 WP_259823591.1 100 66 0 0 1 66 1 66 7.85e-42 128 EBL5661155.1 EBL5661155.1 100 95 0 0 1 95 1 95 1.66e-65 190 EBL5661155.1 ACE85434.1 27.4 73 53 0 2 74 76 148 3.28e-04 35.8 WP_268394364.1 WP_268394364.1 100 319 0 0 1 319 1 319 5.28e-249 672 WP_107106807.1 WP_107106807.1 100 172 0 0 1 172 1 172 3.41e-122 340 WP_250824310.1 WP_250824310.1 100 271 0 0 1 271 1 271 1.32e-193 528 WP_250824310.1 WP_032884901.1 45.4 238 126 3 32 269 25 258 2.12e-63 198 WP_067144449.1 WP_067144449.1 100 125 0 0 1 125 1 125 8.71e-91 256 MBD5174823.1 MBD5174823.1 100 98 0 0 1 98 1 98 1.03e-65 191 NEP75465.1 NEP75465.1 100 440 0 0 1 440 1 440 4.66e-32 125 WP_247326555.1 WP_247326555.1 100 78 0 0 1 78 1 78 2.27e-53 158 AAM31096.1 AAM31096.1 100 70 0 0 1 70 1 70 2.42e-49 147 MCH2098905.1 MCH2098905.1 100 501 0 0 1 501 1 501 4.18e-313 850 WP_143387569.1 WP_143387569.1 100 229 0 0 1 229 1 229 1.66e-157 434 WP_143387569.1 WP_036077718.1 42.2 218 124 1 5 222 2 217 1.61e-48 157 MCU1579718.1 MCU1579718.1 100 274 0 0 1 274 1 274 5.88e-178 489 MBE8222136.1 MBE8222136.1 100 95 0 0 1 95 1 95 2.47e-58 172 RYD06084.1 RYD06084.1 100 58 0 0 1 58 1 58 2.53e-39 121 XP_039387169.1 XP_039387169.1 100 188 0 0 1 188 1 188 3.61e-134 371 WP_082565353.1 WP_082565353.1 100 338 0 0 1 338 1 338 1.26e-252 683 WP_082565353.1 WP_044489505.1 59.1 320 129 2 1 319 1 319 2.86e-131 375 WP_082565353.1 KAJ3308761.1 29.4 248 161 6 1 239 1 243 1.12e-22 95.9 PKL40887.1 PKL40887.1 100 149 0 0 1 149 1 149 7.21e-106 296 PKL40887.1 WP_113120276.1 51.1 141 68 1 7 146 5 145 7.29e-45 142 WP_092015539.1 WP_092015539.1 100 273 0 0 1 273 1 273 4.87e-206 560 WP_236777269.1 WP_236777269.1 100 397 0 0 1 397 1 397 3.03e-267 725 WP_236777269.1 WP_220524718.1 26.9 376 268 4 16 387 8 380 8.55e-35 130 WP_236777269.1 MBQ9697149.1 25.5 353 210 7 47 394 48 352 9.93e-19 85.1 WP_236777269.1 KAB2838176.1 28.0 182 126 1 42 218 37 218 4.75e-06 45.8 NLX21103.1 NLX21103.1 100 324 0 0 1 324 1 324 3.83e-240 650 WP_281498184.1 WP_281498184.1 100 584 0 0 1 584 1 584 0.0 1140 WP_281498184.1 WP_226865765.1 38.3 60 36 1 21 80 12 70 1.88e-05 45.8 WP_281498184.1 MBL6756473.1 35.4 79 48 2 24 100 60 137 2.40e-04 42.4 WP_281498184.1 WP_168166755.1 41.4 58 32 1 367 424 49 104 2.58e-04 41.2 WP_099711363.1 WP_099711363.1 100 311 0 0 1 311 1 311 1.58e-221 602 WP_099711363.1 WP_151434014.1 31.3 326 187 15 1 311 1 304 9.01e-30 113 WP_127202722.1 WP_127202722.1 100 436 0 0 1 436 1 436 6.01e-312 842 XP_027728774.1 XP_027728774.1 100 2001 0 0 1 2001 1 2001 0.0 4125 MBL9135845.1 MBL9135845.1 100 221 0 0 1 221 1 221 1.06e-165 454 MBL9135845.1 KAI6019239.1 35.8 212 113 5 4 195 13 221 1.74e-37 129 MBL9135845.1 WP_203727943.1 30.4 158 93 4 33 186 534 678 9.30e-13 65.1 XP_049133140.1 XP_049133140.1 100 253 0 0 1 253 1 253 2.20e-183 501 MBP5665134.1 MBP5665134.1 100 74 0 0 1 74 1 74 9.55e-51 151 QRN83137.1 QRN83137.1 100 295 0 0 1 295 1 295 2.00e-216 588 CAE6472910.1 CAE6472910.1 100 590 0 0 1 590 1 590 0.0 1198 CAE6472910.1 WP_266708839.1 30.3 501 280 18 52 546 93 530 1.98e-40 152 MBX6384685.1 MBX6384685.1 100 406 0 0 1 406 1 406 1.47e-274 744 AZV79909.1 AZV79909.1 100 85 0 0 1 85 1 85 1.24e-60 177 MCK5187010.1 MCK5187010.1 100 135 0 0 1 135 1 135 2.15e-89 254 WP_142037733.1 WP_142037733.1 100 412 0 0 1 412 1 412 5.04e-285 771 KAJ7821411.1 KAJ7821411.1 100 89 0 0 1 89 1 89 3.11e-56 166 KAH7980918.1 KAH7980918.1 100 627 0 0 1 627 1 627 0.0 1259 BBQ86561.1 BBQ86561.1 100 321 0 0 1 321 1 321 1.78e-223 608 BBQ86561.1 KRX15989.1 28.2 216 134 6 88 289 18 226 2.69e-13 68.6 XP_006689993.1 XP_006689993.1 100 512 0 0 1 512 1 512 0.0 888 WP_009475234.1 WP_009475234.1 100 424 0 0 1 424 1 424 1.39e-304 822 MCK5175373.1 MCK5175373.1 100 88 0 0 1 88 1 88 4.60e-62 181 WP_039095635.1 WP_039095635.1 100 339 0 0 1 339 1 339 7.02e-255 689 MCM0593547.1 MCM0593547.1 100 255 0 0 1 255 1 255 4.25e-182 498 RWZ64791.1 RWZ64791.1 100 364 0 0 1 364 1 364 1.75e-263 713 MBX7220138.1 MBX7220138.1 100 709 0 0 1 709 1 709 0.0 1123 MBX7220138.1 WP_008292946.1 22.4 192 108 6 284 441 224 408 1.94e-04 43.1 KAG2053605.1 KAG2053605.1 100 347 0 0 1 347 1 347 1.81e-261 706 NXV13419.1 NXV13419.1 100 216 0 0 1 216 1 216 3.88e-113 320 WP_114094371.1 WP_114094371.1 100 116 0 0 1 116 1 116 4.47e-82 234 WP_092156886.1 WP_092156886.1 100 185 0 0 1 185 1 185 3.78e-139 384 WP_092156886.1 WP_247498151.1 57.1 170 71 1 9 176 15 184 3.97e-59 182 WP_092156886.1 XP_032812066.1 36.3 157 98 1 8 162 7 163 1.15e-25 97.4 EDF0432725.1 EDF0432725.1 100 56 0 0 1 56 1 56 4.17e-35 110 MCA1589644.1 MCA1589644.1 100 744 0 0 1 744 1 744 0.0 1419 KAI9774712.1 KAI9774712.1 100 767 0 0 1 767 1 767 0.0 1490 KAI9774712.1 XP_040614072.1 22.7 278 122 10 65 271 346 601 5.26e-06 48.1 TAM11363.1 TAM11363.1 100 325 0 0 1 325 1 325 2.88e-231 628 WP_281462881.1 WP_281462881.1 100 371 0 0 1 371 1 371 1.21e-278 752 WP_281462881.1 WP_009025642.1 30.6 366 216 10 10 354 49 397 1.20e-33 127 KAJ5168969.1 KAJ5168969.1 100 790 0 0 1 790 1 790 0.0 1476 KAJ5168969.1 KAI7371949.1 71.7 647 176 3 103 748 252 892 1.93e-306 863 KAJ5168969.1 MBQ4454347.1 32.8 491 324 6 253 741 86 572 9.04e-80 266 KAJ5168969.1 WP_060613079.1 34.7 496 311 10 254 744 92 579 8.69e-78 260 KAJ5168969.1 WP_036258374.1 32.6 509 322 9 232 729 51 549 5.65e-68 233 KAJ5168969.1 WP_011512097.1 38.3 402 235 9 353 749 192 585 2.00e-63 221 KAJ5168969.1 WAY96880.1 45.5 198 104 2 519 715 1 195 8.10e-43 152 KAJ5168969.1 WP_247749043.1 31.3 383 219 14 398 747 230 601 4.65e-38 149 KAJ5168969.1 KAJ2660037.1 30.7 336 204 11 419 742 1725 2043 8.71e-31 129 KAJ5168969.1 WP_008470196.1 32.6 218 135 5 522 733 24 235 3.18e-29 115 KAJ5168969.1 WP_176354145.1 33.6 220 127 8 526 737 24 232 2.23e-22 98.2 KAJ5168969.1 MCH4209672.1 29.9 197 122 4 521 717 396 576 7.20e-18 86.3 KAJ5168969.1 WP_036816548.1 29.5 217 130 8 521 721 20 229 5.70e-15 73.9 KAJ5168969.1 NNE23115.1 24.8 214 139 7 530 734 25 225 1.40e-09 58.9 KAJ5168969.1 MQF68191.1 33.8 71 42 1 522 592 31 96 4.24e-06 45.1 NNM97518.1 NNM97518.1 100 335 0 0 1 335 1 335 5.08e-246 666 KJS37244.1 KJS37244.1 100 303 0 0 1 303 1 303 3.46e-221 601 KJS37244.1 WP_128950282.1 53.2 297 124 5 1 297 22 303 1.61e-90 270 WP_099529629.1 WP_099529629.1 100 243 0 0 1 243 1 243 3.46e-166 457 WP_099529629.1 WP_065888604.1 40.7 241 135 4 7 241 4 242 1.50e-43 145 RZJ01256.1 RZJ01256.1 100 269 0 0 1 269 1 269 9.11e-209 566 HHH37178.1 HHH37178.1 100 271 0 0 1 271 1 271 1.13e-194 531 HHH37178.1 WP_166725305.1 34.3 178 117 0 79 256 130 307 2.21e-26 103 HHH37178.1 WP_217101611.1 34.3 178 117 0 79 256 130 307 8.20e-26 102 HHH37178.1 WP_213750918.1 30.2 182 126 1 74 254 77 258 3.18e-18 80.5 HHH37178.1 HAT4171334.1 29.3 184 129 1 76 259 19 201 3.59e-16 76.3 XP_025046235.1 XP_025046235.1 100 235 0 0 1 235 1 235 1.08e-165 455 XP_025046235.1 MBN3324024.1 39.4 241 123 8 1 234 487 711 3.26e-20 87.4 WP_274885772.1 WP_274885772.1 100 611 0 0 1 611 1 611 0.0 1136 WP_274885772.1 MAD47294.1 34.4 598 330 13 5 588 5 554 4.43e-92 293 WP_252384350.1 WP_252384350.1 100 147 0 0 1 147 1 147 2.34e-101 285 CQR41738.1 CQR41738.1 100 469 0 0 1 469 1 469 0.0 939 CQR41738.1 WP_182544916.1 36.0 378 226 8 5 374 25 394 2.14e-48 173 CQR41738.1 TFV00908.1 46.6 146 77 1 23 168 1 145 7.62e-35 125 MBC7879491.1 MBC7879491.1 100 672 0 0 1 672 1 672 0.0 1283 MBS3963684.1 MBS3963684.1 100 417 0 0 1 417 1 417 4.17e-307 828 HET19539.1 HET19539.1 100 107 0 0 1 107 1 107 2.40e-75 216 EGM3572601.1 EGM3572601.1 100 876 0 0 1 876 1 876 0.0 1768 MBI4678329.1 MBI4678329.1 100 412 0 0 1 412 1 412 6.98e-292 789 RME29710.1 RME29710.1 100 169 0 0 1 169 1 169 1.39e-115 323 MBT3228703.1 MBT3228703.1 100 312 0 0 1 312 1 312 1.59e-226 615 MBT3228703.1 MCE2152122.1 37.8 74 46 0 110 183 101 174 3.93e-08 50.8 WP_086136661.1 WP_086136661.1 100 408 0 0 1 408 1 408 9.23e-263 715 WP_086136661.1 WP_118283063.1 34.3 388 253 2 12 398 6 392 3.78e-46 162 GJE89625.1 GJE89625.1 100 361 0 0 1 361 1 361 2.14e-267 723 WP_267911890.1 WP_267911890.1 100 65 0 0 1 65 1 65 1.18e-38 120 WP_267911890.1 MCM4298717.1 54.3 46 21 0 1 46 5 50 6.90e-11 51.6 WP_164636240.1 WP_164636240.1 100 486 0 0 1 486 1 486 0.0 949 WP_164636240.1 WP_094151267.1 34.0 427 257 7 53 465 5 420 2.32e-64 213 WP_164636240.1 WP_168565867.1 30.3 327 209 8 88 411 10 320 1.78e-31 123 WP_164636240.1 MBT4160670.1 30.3 274 171 8 98 365 9 268 5.19e-22 95.9 WP_055406376.1 WP_055406376.1 100 308 0 0 1 308 1 308 1.13e-208 570 MBP6544771.1 MBP6544771.1 100 551 0 0 1 551 1 551 0.0 1095 MBP6544771.1 WP_167959909.1 30.2 503 328 10 53 548 42 528 7.49e-60 206 MBP6544771.1 WP_148836004.1 29.6 527 322 12 28 551 12 492 5.70e-52 183 MBP6544771.1 WP_112119927.1 29.2 346 216 10 208 550 141 460 6.66e-38 144 MBP6544771.1 WP_055153579.1 25.0 519 335 11 39 550 14 485 1.34e-31 126 MBP6544771.1 WP_200941876.1 27.1 509 277 18 19 466 39 514 5.73e-30 122 XP_046298169.1 XP_046298169.1 100 314 0 0 1 314 1 314 6.78e-229 621 XP_046298169.1 XP_049747270.1 55.9 299 131 1 10 308 10 307 1.89e-116 337 XP_046298169.1 XP_005087540.1 34.2 298 194 1 14 311 12 307 4.09e-48 162 XP_046298169.1 XP_002688837.2 33.8 296 180 5 14 302 12 298 1.34e-47 160 XP_046298169.1 XP_034290446.1 32.6 304 195 4 8 307 8 305 1.62e-45 155 XP_046298169.1 XP_042531659.1 31.2 301 199 5 6 303 4 299 1.40e-37 134 GCB60913.1 GCB60913.1 100 645 0 0 1 645 1 645 0.0 1244 MCB9680378.1 MCB9680378.1 100 246 0 0 1 246 1 246 1.16e-170 468 MCB9680378.1 KAG2346037.1 32.5 194 127 3 5 195 16 208 1.02e-20 86.7 KAI3679517.1 KAI3679517.1 100 292 0 0 1 292 1 292 1.98e-210 573 MBU0598391.1 MBU0598391.1 100 341 0 0 1 341 1 341 5.38e-260 702 WP_118925030.1 WP_118925030.1 100 393 0 0 1 393 1 393 1.01e-279 756 MCB3018266.1 MCB3018266.1 100 267 0 0 1 267 1 267 2.22e-174 479 MCB3018266.1 NRJ54907.1 97.8 267 5 1 1 267 1 266 9.30e-169 465 MSP81668.1 MSP81668.1 100 239 0 0 1 239 1 239 9.04e-185 503 SFB29161.1 SFB29161.1 100 524 0 0 1 524 1 524 0.0 984 SFB29161.1 HAT4171334.1 40.8 524 298 3 2 524 3 515 3.27e-128 382 SFB29161.1 GFR82011.1 45.8 214 111 1 1 209 1 214 6.05e-50 169 SFB29161.1 WP_123653117.1 32.6 190 128 0 20 209 29 218 6.67e-26 104 WP_204638884.1 WP_204638884.1 100 264 0 0 1 264 1 264 2.00e-180 494 WP_204638884.1 WP_211867837.1 46.0 250 127 2 3 244 2 251 3.47e-71 218 WP_204638884.1 MCR4310565.1 24.4 262 186 6 4 258 133 389 2.75e-15 73.2 WP_176354145.1 WP_176354145.1 100 370 0 0 1 370 1 370 1.02e-265 719 WP_176354145.1 WP_140480909.1 47.4 329 166 4 10 335 17 341 1.76e-93 282 WP_176354145.1 WP_076409454.1 45.4 315 151 5 6 316 5 302 2.53e-85 261 WP_176354145.1 WP_237907640.1 42.2 358 194 6 7 362 5 351 1.19e-82 254 WP_176354145.1 WP_109219819.1 47.9 286 145 3 8 293 20 301 3.82e-80 248 WP_176354145.1 WP_170725874.1 46.6 294 129 3 15 307 14 280 3.57e-76 237 WP_176354145.1 WP_011057593.1 42.6 312 154 6 6 309 5 299 1.91e-68 218 WP_176354145.1 WP_258581409.1 43.1 295 161 4 6 295 4 296 2.59e-68 218 WP_176354145.1 MWR41881.1 41.0 227 127 2 16 236 39 264 2.98e-51 170 WP_176354145.1 HBO4828144.1 49.7 193 93 2 19 211 28 216 7.87e-49 164 WP_176354145.1 WP_077217464.1 36.0 258 148 5 16 261 45 297 6.16e-45 155 WP_176354145.1 WP_222125851.1 36.1 238 142 3 11 239 7 243 3.09e-43 149 WP_176354145.1 EHH5649593.1 37.3 212 118 2 24 229 21 223 9.69e-38 135 WP_176354145.1 WP_088153117.1 36.5 200 118 2 31 224 24 220 1.90e-33 126 WP_176354145.1 MBQ3864274.1 36.9 222 130 4 17 228 32 253 2.07e-32 122 WP_176354145.1 WP_227059655.1 34.7 219 135 4 18 228 341 559 2.44e-30 120 WP_176354145.1 WP_247429569.1 31.8 239 146 4 3 228 14 248 7.14e-29 111 WP_176354145.1 WP_221977168.1 30.2 222 141 3 6 215 16 235 3.39e-25 101 WP_176354145.1 KAJ5168969.1 32.9 228 134 8 17 233 519 738 3.40e-22 96.7 WP_176354145.1 KAF9974715.1 27.9 222 139 7 18 234 478 683 6.52e-12 65.5 WP_226741138.1 WP_226741138.1 100 315 0 0 1 315 1 315 5.82e-210 573 ACU52521.1 ACU52521.1 100 151 0 0 1 151 1 151 1.19e-105 296 EAF4311303.1 EAF4311303.1 100 199 0 0 1 199 1 199 5.08e-144 397 PIR98590.1 PIR98590.1 100 708 0 0 1 708 1 708 0.0 1344 RLV89158.1 RLV89158.1 100 885 0 0 1 885 1 885 0.0 1634 RMG03831.1 RMG03831.1 100 222 0 0 1 222 1 222 9.38e-165 451 MBA2496669.1 MBA2496669.1 100 126 0 0 1 126 1 126 6.61e-91 257 WP_127979673.1 WP_127979673.1 100 230 0 0 1 230 1 230 6.79e-162 445 WP_127979673.1 MCH8328754.1 41.8 225 130 1 1 224 5 229 1.30e-59 186 WP_101025682.1 WP_101025682.1 100 1011 0 0 1 1011 1 1011 0.0 1950 WP_101025682.1 MBT2214695.1 29.4 725 480 15 6 723 215 914 8.79e-76 271 MBL68646.1 MBL68646.1 100 283 0 0 1 283 1 283 2.07e-212 577 MBL68646.1 WP_224828628.1 39.9 298 152 10 1 278 1 291 7.88e-58 185 WP_027600082.1 WP_027600082.1 100 125 0 0 1 125 1 125 3.42e-88 250 WP_183298005.1 WP_183298005.1 100 240 0 0 1 240 1 240 2.04e-177 485 NLL64488.1 NLL64488.1 100 179 0 0 1 179 1 179 1.18e-130 362 NLL64488.1 WP_050163955.1 39.5 152 92 0 5 156 86 237 4.86e-33 116 XP_021682448.1 XP_021682448.1 100 146 0 0 1 146 1 146 5.98e-108 301 UJV88611.1 UJV88611.1 100 4401 0 0 1 4401 1 4401 0.0 8457 UJV88611.1 ULA23837.2 98.0 4401 90 0 1 4401 1 4401 0.0 8449 UJV88611.1 UIR12670.1 98.0 4397 88 0 1 4397 1 4397 0.0 8447 UJV88611.1 UXH94526.1 97.9 4401 91 0 1 4401 1 4401 0.0 8445 UJV88611.1 UJJ97602.1 99.8 4401 8 0 1 4401 1 4401 0.0 8436 UJV88611.1 UPA83906.1 97.9 4397 92 0 1 4397 1 4397 0.0 8436 UJV88611.1 UMF87224.1 97.5 4397 112 0 1 4397 1 4397 0.0 8434 UJV88611.1 QTD03487.1 97.7 4405 99 2 1 4401 1 4405 0.0 8428 UJV88611.1 QXR94354.1 97.7 4402 100 1 1 4401 1 4402 0.0 8428 UJV88611.1 UPP41269.1 97.7 4402 101 1 1 4401 1 4402 0.0 8427 UJV88611.1 QTM79632.1 97.6 4402 103 1 1 4401 1 4402 0.0 8426 UJV88611.1 USR14792.1 97.7 4402 102 1 1 4401 1 4402 0.0 8425 UJV88611.1 UZO53924.1 97.7 4398 99 1 1 4397 1 4398 0.0 8424 UJV88611.1 QWC83326.1 97.7 4401 96 2 1 4397 1 4401 0.0 8423 UJV88611.1 QSZ25555.1 97.7 4401 97 2 1 4397 1 4401 0.0 8422 UJV88611.1 UVB16817.1 97.7 4398 99 1 1 4397 1 4398 0.0 8422 UJV88611.1 QTZ27226.1 97.6 4402 105 1 1 4401 1 4402 0.0 8421 UJV88611.1 QVD87869.1 97.7 4398 99 1 1 4397 1 4398 0.0 8421 UJV88611.1 URQ55824.1 97.7 4398 100 1 1 4397 1 4398 0.0 8421 UJV88611.1 UFM00670.1 97.6 4405 102 2 1 4401 1 4405 0.0 8419 UJV88611.1 WEU87158.1 97.7 4401 98 2 1 4397 1 4401 0.0 8418 UJV88611.1 UKU68032.1 97.6 4401 104 0 1 4401 1 4401 0.0 8417 UJV88611.1 UEC68750.1 97.6 4405 102 2 1 4401 1 4405 0.0 8416 UJV88611.1 UBP50947.1 97.7 4401 99 2 1 4397 1 4401 0.0 8415 UJV88611.1 QZU16279.1 97.7 4401 99 2 1 4397 1 4401 0.0 8415 UJV88611.1 UBD95131.1 97.7 4401 99 2 1 4397 1 4401 0.0 8414 UJV88611.1 UHM53165.1 97.6 4405 102 2 1 4401 1 4405 0.0 8414 UJV88611.1 UFM02602.1 97.6 4405 102 2 1 4401 1 4405 0.0 8413 UJV88611.1 UBL45068.1 97.6 4405 102 2 1 4401 1 4405 0.0 8411 UJV88611.1 UEC52718.1 97.6 4401 103 2 1 4397 1 4401 0.0 8406 UJV88611.1 UKN67998.1 98.0 4377 89 0 21 4397 1 4377 0.0 8405 UJV88611.1 UBR86455.1 96.4 4400 154 2 2 4397 1 4400 0.0 8285 UJV88611.1 UXX67934.1 96.2 4398 166 1 1 4397 1 4398 0.0 8263 UJV88611.1 UCP77012.1 96.0 4401 172 2 1 4397 1 4401 0.0 8245 UJV88611.1 UCP72061.1 95.9 4401 175 2 1 4397 1 4401 0.0 8235 UJV88611.1 UOU30556.1 96.0 4398 177 1 1 4397 1 4398 0.0 8226 UJV88611.1 UAQ80067.1 95.8 4401 181 2 1 4397 1 4401 0.0 8225 UJV88611.1 UGA79226.1 95.2 4401 207 2 1 4397 1 4401 0.0 8158 UJV88611.1 UJS94137.1 97.0 4296 130 0 106 4401 1 4296 0.0 8146 UJV88611.1 ULB83374.1 94.8 4401 230 0 1 4401 1 4401 0.0 8119 UJV88611.1 WHE12941.1 95.2 4372 210 1 27 4397 1 4372 0.0 8111 UJV88611.1 UVI10561.1 94.1 4371 257 1 28 4397 1 4371 0.0 7997 UJV88611.1 UGB98301.1 92.2 4405 340 2 1 4401 1 4405 0.0 7846 UJV88611.1 UJT06733.1 92.3 4397 338 0 1 4397 1 4397 0.0 7829 UJV88611.1 QRX02582.1 97.6 4098 96 2 1 4094 1 4098 0.0 7804 UJV88611.1 UMA88644.1 90.6 4376 411 0 22 4397 1 4376 0.0 7636 UJV88611.1 UFA30503.1 91.3 4340 373 2 27 4362 1 4340 0.0 7631 UJV88611.1 WGP70063.1 90.3 4369 421 2 1 4365 1 4369 0.0 7576 UJV88611.1 WEI27974.1 89.3 4402 471 1 1 4401 1 4402 0.0 7546 UJV88611.1 UNI03201.1 89.5 4378 457 2 27 4401 1 4378 0.0 7523 UJV88611.1 WGP98278.1 86.6 4364 579 2 1 4360 1 4364 0.0 7184 UJV88611.1 UEX07109.1 85.9 4379 615 2 27 4401 1 4379 0.0 7162 UJV88611.1 WAS49087.1 82.8 4398 755 1 1 4397 1 4398 0.0 6816 UJV88611.1 URP80785.1 84.0 4375 701 1 28 4401 1 4375 0.0 6752 UJV88611.1 UYE49180.1 75.2 4402 1091 1 1 4401 1 4402 0.0 6036 UJV88611.1 UPB00876.1 74.5 4375 1113 1 28 4401 1 4375 0.0 5986 UJV88611.1 WGQ72821.1 65.5 4344 1494 2 26 4365 1 4344 0.0 4932 WP_158303127.1 WP_158303127.1 100 56 0 0 1 56 1 56 1.02e-35 112 MBI1797961.1 MBI1797961.1 100 347 0 0 1 347 1 347 1.81e-261 706 MBI1797961.1 WP_069877432.1 38.6 339 189 8 19 347 15 344 5.32e-75 234 MBI1797961.1 MCI1663915.1 35.8 341 189 5 22 347 16 341 1.19e-69 219 WP_259568097.1 WP_259568097.1 100 890 0 0 1 890 1 890 0.0 1773 WP_259568097.1 MBR7152669.1 37.4 163 100 1 8 168 6 168 1.16e-32 122 HCD4651973.1 HCD4651973.1 100 875 0 0 1 875 1 875 0.0 1691 WP_109124355.1 WP_109124355.1 100 216 0 0 1 216 1 216 1.05e-149 413 WP_109124355.1 WP_132579575.1 40.4 52 31 0 155 206 15 66 1.82e-05 40.0 MCK9579519.1 MCK9579519.1 100 342 0 0 1 342 1 342 2.85e-251 680 WP_252122124.1 WP_252122124.1 100 326 0 0 1 326 1 326 3.15e-240 651 WP_252122124.1 WP_039806668.1 43.9 285 157 3 1 284 5 287 4.44e-69 217 WP_252122124.1 WP_234521407.1 31.6 326 220 3 1 326 4 326 6.40e-46 157 WP_031912375.1 WP_031912375.1 100 74 0 0 111 184 111 184 1.02e-44 144 WP_102687017.1 WP_102687017.1 100 348 0 0 1 348 1 348 4.24e-256 693 OWA15278.1 OWA15278.1 100 133 0 0 1 133 1 133 2.16e-97 274 OWA15278.1 WP_136193451.1 48.5 99 49 2 10 106 8 106 1.55e-24 93.6 OWA15278.1 WP_089269927.1 40.2 97 53 2 10 101 7 103 1.25e-16 72.0 KAG7153436.1 KAG7153436.1 100 518 0 0 1 518 1 518 1.44e-139 411 EAI4228870.1 EAI4228870.1 100 719 0 0 1 719 1 719 0.0 1275 VDP10889.1 VDP10889.1 100 190 0 0 1 190 1 190 4.74e-140 386 WP_188340499.1 WP_188340499.1 100 122 0 0 1 122 1 122 1.20e-91 258 MCL0086045.1 MCL0086045.1 100 263 0 0 1 263 1 263 7.66e-189 516 WP_192500494.1 WP_192500494.1 100 303 0 0 1 303 1 303 4.92e-221 600 WP_192500494.1 WP_152652784.1 35.6 295 187 2 7 299 10 303 8.66e-60 191 WP_192500494.1 EHR6291555.1 41.5 217 125 1 3 217 330 546 1.48e-56 190 WP_192500494.1 RLN50561.1 35.8 226 139 4 16 235 1508 1733 9.18e-42 152 WP_192500494.1 THW78755.1 32.3 226 147 6 3 226 1216 1437 1.35e-29 117 WP_192500494.1 WP_281543397.1 30.8 195 131 3 17 208 4 197 3.74e-29 111 WP_192500494.1 WP_132175930.1 31.5 219 141 5 8 219 33 249 1.09e-28 110 WP_192500494.1 WP_221265680.1 28.6 217 147 4 3 214 20 233 3.67e-28 109 WP_192500494.1 MSO30570.1 27.9 233 162 5 3 231 8 238 1.39e-26 105 WP_192500494.1 WP_279984614.1 29.4 235 146 7 5 222 12 243 3.01e-22 92.0 WP_192500494.1 WP_247749043.1 31.4 210 127 6 15 210 371 577 1.75e-18 84.0 WP_192500494.1 WP_150396769.1 23.2 211 149 4 8 207 30 238 6.49e-15 73.2 WP_192500494.1 WAY96880.1 29.2 161 91 2 18 163 5 157 1.08e-14 69.7 WP_192500494.1 WP_089246429.1 24.3 222 148 6 5 209 7 225 1.23e-13 69.3 WP_192500494.1 XP_013005546.1 28.1 199 132 6 30 221 74 268 2.63e-11 62.4 WP_192500494.1 WP_131166802.1 25.9 216 135 8 17 210 25 237 1.30e-10 59.7 WP_192500494.1 WP_145468487.1 22.7 181 133 3 20 193 28 208 3.64e-10 57.4 WP_192500494.1 KAF9974715.1 21.0 200 133 3 18 208 481 664 5.62e-07 49.3 WP_142114448.1 WP_142114448.1 100 368 0 0 1 368 1 368 1.09e-259 704 WP_142114448.1 WP_054059514.1 37.4 187 107 5 36 221 30 207 2.59e-22 92.8 WP_142114448.1 WP_129703040.1 32.6 138 91 1 43 180 26 161 5.74e-16 73.6 MBI1884116.1 MBI1884116.1 100 224 0 0 1 224 1 224 1.23e-161 444 KAJ0250772.1 KAJ0250772.1 100 120 0 0 1 120 1 120 1.05e-36 119 HBN08959.1 HBN08959.1 100 248 0 0 1 248 1 248 2.63e-168 462 QEC74319.1 QEC74319.1 100 264 0 0 1 264 1 264 5.42e-194 529 QEC74319.1 HCD14621.1 31.1 257 171 4 8 264 13 263 2.65e-33 121 QEC74319.1 WP_135306871.1 32.7 257 168 3 8 264 16 267 2.69e-33 121 KAJ7903702.1 KAJ7903702.1 100 442 0 0 1 442 1 442 0.0 874 KAJ7903702.1 EYU24504.1 28.7 334 179 6 9 309 174 481 3.12e-40 150 KAJ7903702.1 XP_046441060.1 28.0 279 188 4 23 300 61 327 1.11e-31 126 KAJ7903702.1 XP_020321477.1 26.1 307 204 7 6 307 36 324 6.89e-29 118 KAJ7903702.1 KAH6984898.1 23.3 300 176 5 19 267 20 316 5.52e-20 91.3 KAJ7903702.1 WP_281919021.1 25.6 254 180 4 23 268 12 264 5.47e-15 75.1 KAJ7903702.1 GIW70618.1 24.6 268 191 4 23 279 48 315 5.00e-14 72.8 KAJ7903702.1 XP_043377824.1 26.5 279 175 11 23 285 25 289 1.61e-13 71.2 KAJ7903702.1 XP_026100634.1 28.8 226 129 8 27 234 87 298 2.60e-13 69.7 KAJ7903702.1 WP_271931007.1 28.3 233 119 10 29 221 667 891 1.83e-12 67.8 KAJ7903702.1 NJK67049.1 31.0 129 86 2 94 219 119 247 8.03e-10 58.9 KAJ7903702.1 XP_048409145.1 33.8 80 50 2 134 213 766 842 8.78e-07 49.7 KAJ7903702.1 KAI3849778.1 25.3 154 106 3 74 218 542 695 2.35e-05 45.1 RXN11474.1 RXN11474.1 100 779 0 0 1 779 1 779 0.0 1506 MCJ7468405.1 MCJ7468405.1 100 131 0 0 1 131 1 131 2.26e-89 253 ECI0838809.1 ECI0838809.1 100 452 0 0 1 452 1 452 0.0 906 WP_087918330.1 WP_087918330.1 100 250 0 0 1 250 1 250 1.49e-184 504 WP_087918330.1 WP_175395805.1 50.0 246 123 0 1 246 1 246 3.20e-88 260 WP_087918330.1 NET00292.1 48.0 244 125 2 5 246 28 271 1.33e-78 236 EJA1208030.1 EJA1208030.1 100 154 0 0 1 154 1 154 7.72e-117 325 KAJ7494177.1 KAJ7494177.1 100 313 0 0 1 313 1 313 4.94e-226 614 MCH2663613.1 MCH2663613.1 100 350 0 0 1 350 1 350 2.79e-262 709 WP_157476287.1 WP_157476287.1 100 196 0 0 1 196 1 196 5.53e-151 414 WP_157476287.1 KUO65278.1 44.7 190 101 3 1 190 1 186 2.20e-58 180 WP_149911652.1 WP_149911652.1 100 433 0 0 1 433 1 433 2.20e-317 855 WP_149911652.1 WP_102461582.1 33.2 295 179 5 141 426 32 317 6.07e-38 138 WP_149911652.1 WP_274755179.1 33.8 290 178 6 139 423 138 418 3.21e-37 139 WP_149911652.1 MBX3687043.1 29.8 235 124 7 201 414 232 446 1.49e-15 76.6 WP_149911652.1 KDF42894.1 27.9 251 159 9 189 423 244 488 8.49e-12 65.1 WP_149911652.1 WP_149230790.1 27.8 223 142 9 213 422 324 540 1.75e-07 51.6 HBF6683624.1 HBF6683624.1 100 193 0 0 1 193 1 193 9.42e-128 355 WP_175740884.1 WP_175740884.1 100 195 0 0 1 195 1 195 1.19e-131 365 RUU66461.1 RUU66461.1 100 380 0 0 1 380 1 380 2.42e-269 729 RUU66461.1 WP_192324556.1 53.2 395 163 3 5 377 223 617 8.17e-126 374 RUU66461.1 WP_227059655.1 47.8 393 188 3 2 377 224 616 2.34e-110 334 RUU66461.1 MBU5353226.1 51.1 262 122 3 82 340 7 265 2.47e-81 249 RUU66461.1 WP_226904802.1 51.8 253 121 1 82 333 25 277 5.91e-80 247 RUU66461.1 MBQ3864274.1 54.1 255 112 4 103 355 33 284 6.24e-80 246 RUU66461.1 WP_098952357.1 46.9 260 136 2 82 339 6 265 5.23e-65 208 RUU66461.1 MCP5262709.1 42.9 259 134 4 82 333 4 255 8.91e-60 194 RUU66461.1 GLY24463.1 44.2 260 130 4 82 333 7 259 7.99e-58 189 RUU66461.1 WP_066083732.1 36.7 267 153 4 76 333 3 262 2.84e-53 178 RUU66461.1 WP_131166802.1 41.2 260 139 4 82 333 8 261 6.37e-53 177 RUU66461.1 WP_107894076.1 38.8 260 149 5 82 333 3 260 2.42e-52 175 RUU66461.1 MWR41881.1 36.3 223 136 5 106 326 44 262 6.88e-35 127 RUU66461.1 WP_258581409.1 33.2 238 141 6 95 329 12 234 2.70e-31 120 RUU66461.1 WP_109219819.1 33.3 231 132 8 109 332 36 251 4.65e-27 108 RUU66461.1 WP_072380563.1 31.0 229 151 5 106 331 17 241 4.20e-26 103 RUU66461.1 WP_022619009.1 29.1 199 123 7 109 302 22 207 9.90e-16 74.3 RUU66461.1 MBQ8297564.1 25.5 255 174 8 69 318 314 557 5.19e-12 65.5 RUU66461.1 WP_222125851.1 38.8 49 30 0 4 52 193 241 3.51e-06 46.2 RUU66461.1 QCM13287.1 41.1 56 30 1 1 56 206 258 1.01e-04 42.0 MCP1831263.1 MCP1831263.1 100 171 0 0 1 171 1 171 6.91e-126 349 WP_012785155.1 WP_012785155.1 100 424 0 0 1 424 1 424 2.62e-309 834 RYD69609.1 RYD69609.1 100 101 0 0 1 101 1 101 2.66e-76 218 MBF3543544.1 MBF3543544.1 100 69 0 0 1 69 1 69 4.24e-18 68.9 NXN86496.1 NXN86496.1 100 611 0 0 1 611 1 611 0.0 1224 HBG7982863.1 HBG7982863.1 100 208 0 0 1 208 1 208 6.89e-151 415 HBG7982863.1 WP_046234935.1 58.8 182 75 0 16 197 173 354 1.60e-70 217 WP_107194058.1 WP_107194058.1 100 267 0 0 1 267 1 267 9.42e-201 546 EFO2269166.1 EFO2269166.1 100 379 0 0 1 379 1 379 6.51e-278 751 EFO2269166.1 WP_054998585.1 34.7 354 214 8 16 364 13 354 2.55e-62 202 WP_271569604.1 WP_271569604.1 100 87 0 0 1 87 1 87 5.65e-58 171 KAG9297605.1 KAG9297605.1 100 537 0 0 1 537 1 537 0.0 1065 KAG9291817.1 KAG9291817.1 100 367 0 0 1 367 1 367 7.51e-271 732 WP_103478303.1 WP_103478303.1 100 123 0 0 1 123 1 123 7.81e-84 239 WP_159081190.1 WP_159081190.1 100 66 0 0 1 66 1 66 1.59e-41 127 PHU26875.1 PHU26875.1 100 271 0 0 1 271 1 271 1.12e-185 508 PMD26514.1 PMD26514.1 100 679 0 0 1 679 1 679 0.0 1233 WP_106281081.1 WP_106281081.1 100 536 0 0 1 536 1 536 0.0 1035 OYU97658.1 OYU97658.1 100 108 0 0 1 108 1 108 1.89e-77 221 OYU97658.1 WP_230693348.1 63.9 108 39 0 1 108 1 108 1.07e-49 151 MBP5531704.1 MBP5531704.1 100 166 0 0 1 166 1 166 2.08e-120 335 WP_203325777.1 WP_203325777.1 100 201 0 0 1 201 1 201 1.84e-147 406 WP_203325777.1 MCI5191941.1 33.3 87 51 2 73 159 529 608 8.23e-07 47.0 WP_225927241.1 WP_225927241.1 100 830 0 0 1 830 1 830 0.0 1638 WP_225927241.1 WP_232923125.1 70.3 812 238 2 20 829 2 812 0.0 1131 WP_261402515.1 WP_261402515.1 100 225 0 0 1 225 1 225 2.46e-157 433 HHO42668.1 HHO42668.1 100 441 0 0 1 441 1 441 7.24e-30 119 WP_049480885.1 WP_049480885.1 100 510 0 0 1 510 1 510 0.0 974 KAI5618353.1 KAI5618353.1 100 688 0 0 1 688 1 688 0.0 1338 KAI5618353.1 XP_046907253.1 27.9 463 269 17 232 669 92 514 4.90e-36 141 WP_117292786.1 WP_117292786.1 100 127 0 0 1 127 1 127 1.09e-85 244 WP_127595852.1 WP_127595852.1 100 143 0 0 1 143 1 143 8.81e-86 245 XP_043406427.1 XP_043406427.1 100 473 0 0 1 473 1 473 0.0 923 NNL66378.1 NNL66378.1 100 137 0 0 1 137 1 137 8.71e-99 278 NNL66378.1 WP_134885491.1 30.8 133 68 3 5 137 8 116 1.02e-13 65.1 GBM10107.1 GBM10107.1 100 148 0 0 1 148 1 148 2.84e-107 300 MBF8294570.1 MBF8294570.1 100 589 0 0 1 589 1 589 0.0 1172 MBF8294570.1 RYO44776.1 31.8 607 332 23 24 576 249 827 6.60e-67 231 MBF8294570.1 MCL1888839.1 34.3 280 159 3 333 588 435 713 1.97e-46 172 MBF8294570.1 MBQ5493788.1 39.5 119 72 0 461 579 17 135 2.11e-24 97.8 WP_120358183.1 WP_120358183.1 100 553 0 0 1 553 1 553 6.37e-283 778 WP_120358183.1 HAZ7424284.1 47.1 172 91 0 337 508 331 502 1.39e-32 129 KAJ8673388.1 KAJ8673388.1 100 310 0 0 1 310 1 310 1.59e-225 612 NWY89495.1 NWY89495.1 100 508 0 0 1 508 1 508 0.0 1034 RLI44152.1 RLI44152.1 100 113 0 0 1 113 1 113 6.96e-71 205 WP_251057605.1 WP_251057605.1 100 437 0 0 1 437 1 437 8.84e-310 836 HHD92264.1 HHD92264.1 100 835 0 0 1 835 1 835 0.0 1631 WP_057452934.1 WP_057452934.1 100 352 0 0 1 352 1 352 2.87e-256 694 WP_057452934.1 MBF0865514.1 59.3 332 134 1 9 339 11 342 6.68e-142 404 WP_057452934.1 WP_083296738.1 57.8 306 129 0 13 318 24 329 3.42e-126 365 WP_057452934.1 WP_040532466.1 52.7 313 147 1 9 320 4 316 3.65e-118 344 ETK88527.1 ETK88527.1 100 182 0 0 1 182 1 182 3.49e-129 358 XP_033323208.1 XP_033323208.1 100 1211 0 0 1 1211 1 1211 0.0 2132 XP_034290446.1 XP_034290446.1 100 322 0 0 1 322 1 322 7.95e-232 629 XP_034290446.1 XP_012889676.1 51.1 307 148 2 1 307 1 305 6.77e-97 287 XP_034290446.1 XP_002688837.2 44.4 297 156 3 13 305 12 303 1.89e-78 240 XP_034290446.1 XP_005087540.1 41.0 300 176 1 12 311 11 309 9.57e-75 231 XP_034290446.1 XP_042531659.1 40.9 301 175 3 4 303 3 301 3.71e-73 226 XP_034290446.1 AAR19565.1 47.3 222 117 0 66 287 1 222 4.18e-67 208 XP_034290446.1 XP_054446685.1 38.1 302 184 3 12 312 9 308 3.34e-65 206 XP_034290446.1 XP_046298169.1 32.7 300 192 4 7 300 7 302 9.71e-44 150 XP_034290446.1 XP_049747270.1 31.1 305 193 7 5 300 5 301 5.11e-37 133 HEY66416.1 HEY66416.1 100 365 0 0 1 365 1 365 1.43e-258 701 MCB2073222.1 MCB2073222.1 100 107 0 0 1 107 1 107 3.15e-59 176 HCL9643688.1 HCL9643688.1 100 129 0 0 1 129 1 129 6.80e-90 254 KAI9631590.1 KAI9631590.1 100 172 0 0 1 172 1 172 2.81e-130 360 WP_203891666.1 WP_203891666.1 100 504 0 0 1 504 1 504 0.0 999 PMH44474.1 PMH44474.1 100 245 0 0 1 245 1 245 2.18e-170 468 WP_280892754.1 WP_280892754.1 100 283 0 0 1 283 1 283 1.63e-209 570 WP_209898688.1 WP_209898688.1 100 111 0 0 1 111 1 111 2.26e-66 194 NOQ32749.1 NOQ32749.1 100 401 0 0 1 401 1 401 3.08e-294 794 WP_260444899.1 WP_260444899.1 100 502 0 0 1 502 1 502 0.0 988 WP_157435775.1 WP_157435775.1 100 112 0 0 1 112 1 112 3.60e-77 221 WP_254398103.1 WP_254398103.1 100 515 0 0 1 515 1 515 0.0 988 GBF98204.1 GBF98204.1 100 1267 0 0 1 1267 1 1267 0.0 1117 MBS4056461.1 MBS4056461.1 100 344 0 0 1 344 1 344 2.40e-212 582 WP_176533080.1 WP_176533080.1 100 175 0 0 1 175 1 175 2.49e-130 360 XP_026180907.1 XP_026180907.1 100 1075 0 0 1 1075 1 1075 0.0 2055 WP_074781633.1 WP_074781633.1 100 296 0 0 1 296 1 296 1.30e-217 591 WP_117338721.1 WP_117338721.1 100 473 0 0 1 473 1 473 0.0 974 MBT4014425.1 MBT4014425.1 100 78 0 0 1 78 1 78 4.80e-46 140 NUR77767.1 NUR77767.1 100 345 0 0 1 345 1 345 2.17e-252 683 KAI0987017.1 KAI0987017.1 100 337 0 0 1 337 1 337 5.30e-249 674 MBI1874593.1 MBI1874593.1 100 46 0 0 1 46 1 46 7.88e-29 94.4 EBF8124084.1 EBF8124084.1 100 596 0 0 1 596 1 596 0.0 1099 WP_097794281.1 WP_097794281.1 100 97 0 0 1 97 1 97 2.25e-64 187 RLD79060.1 RLD79060.1 100 402 0 0 1 402 1 402 1.23e-305 823 RLD79060.1 MBE6900854.1 50.8 380 184 3 13 390 3 381 2.32e-132 384 RLD79060.1 WP_106587829.1 49.6 389 192 4 9 395 5 391 1.35e-130 379 RLD79060.1 MBI3668312.1 43.5 184 96 3 217 393 58 240 7.54e-45 154 WP_130237435.1 WP_130237435.1 100 326 0 0 1 326 1 326 4.29e-238 645 WP_130237435.1 WP_051789242.1 29.9 308 210 4 20 325 28 331 5.35e-33 123 NEP09993.1 NEP09993.1 100 125 0 0 1 125 1 125 2.14e-82 235 WP_254833504.1 WP_254833504.1 100 158 0 0 1 158 1 158 3.49e-106 298 HBO7852577.1 HBO7852577.1 100 183 0 0 1 183 1 183 5.84e-108 305 MAQ88009.1 MAQ88009.1 100 159 0 0 1 159 1 159 4.61e-68 202 WP_256546297.1 WP_256546297.1 100 275 0 0 1 275 1 275 6.57e-196 535 WP_256546297.1 WP_276362074.1 41.5 253 148 0 23 275 4 256 5.65e-61 192 WP_256546297.1 WP_221977168.1 36.8 247 140 3 33 274 25 260 4.81e-48 159 WP_256546297.1 WP_008134825.1 36.4 253 145 3 23 270 350 591 1.38e-43 156 WP_256546297.1 WP_071876418.1 29.1 258 156 7 24 272 4 243 3.35e-25 102 WP_256546297.1 MBQ3864274.1 29.7 239 144 8 21 247 10 236 1.60e-21 90.5 WP_256546297.1 HBO4828144.1 31.3 192 110 3 54 244 45 215 1.19e-20 87.4 WP_256546297.1 MCP5262709.1 26.5 245 154 7 23 253 1 233 7.29e-20 85.9 WP_256546297.1 MBT4161918.1 26.3 217 140 5 36 248 23 223 1.21e-19 83.6 WP_256546297.1 WP_066083732.1 22.6 261 164 7 22 261 5 248 1.52e-16 76.6 WP_256546297.1 WP_197521413.1 26.8 220 132 8 38 256 21 212 3.85e-15 72.0 WP_256546297.1 WP_022619009.1 25.0 236 150 7 43 274 23 235 4.14e-15 71.2 WP_256546297.1 WP_192324556.1 24.3 251 175 4 20 258 10 257 1.63e-13 68.6 WP_256546297.1 WP_107894076.1 23.6 237 162 8 23 248 5 233 4.64e-12 63.5 WP_256546297.1 WP_125260587.1 34.6 104 58 3 169 263 827 929 5.34e-09 55.1 WP_256546297.1 MBO8485404.1 30.6 134 79 6 148 272 702 830 6.95e-09 54.7 WP_256546297.1 WP_173040157.1 25.6 223 134 5 23 244 291 482 8.42e-09 54.3 WP_256546297.1 MCD6199266.1 34.1 126 72 5 156 271 368 492 2.95e-08 52.8 WP_256546297.1 WP_158347019.1 41.0 78 43 2 172 247 379 455 2.97e-07 49.7 WP_256546297.1 MBU22120.1 34.3 108 60 4 146 247 496 598 2.31e-06 47.0 WP_108335718.1 WP_108335718.1 100 426 0 0 1 426 1 426 2.63e-310 837 MBH8634352.1 MBH8634352.1 100 365 0 0 1 365 1 365 9.25e-253 690 MBH8634352.1 WP_281760414.1 42.3 137 79 0 32 168 25 161 5.80e-29 112 MBH8634352.1 WP_258228246.1 30.1 136 95 0 32 167 26 161 4.31e-15 73.2 ECI4825602.1 ECI4825602.1 100 56 0 0 1 56 1 56 2.42e-34 108 WP_070060651.1 WP_070060651.1 100 334 0 0 1 334 1 334 4.25e-233 634 AOW36968.1 AOW36968.1 100 333 0 0 1 333 1 333 5.34e-256 691 AOW36968.1 ACH90072.1 89.5 333 35 0 1 333 45 377 1.94e-233 636 AOW36968.1 AFJ09957.1 88.3 333 39 0 1 333 17 349 2.96e-229 627 AOW36968.1 ACY29573.1 88.6 333 38 0 1 333 17 349 4.66e-229 627 AOW36968.1 AVA00513.1 90.7 323 30 0 1 323 17 339 1.29e-228 622 AOW36968.1 QWY38042.1 87.1 333 43 0 1 333 17 349 8.69e-228 623 AOW36968.1 BAO11608.1 88.9 323 36 0 1 323 17 339 2.50e-226 617 AOW36968.1 BAO23243.1 88.4 327 38 0 1 327 17 343 4.12e-226 616 AOW36968.1 AOW33101.1 91.8 318 26 0 1 318 1 318 6.61e-226 615 AOW36968.1 AFV39595.1 89.8 333 34 0 1 333 70 402 4.46e-224 635 AOW36968.1 ARR91819.1 80.8 291 55 1 1 290 17 307 1.83e-172 479 AOW36968.1 ACV16867.1 89.2 250 27 0 84 333 1 250 1.21e-171 477 AOW36968.1 ADB27070.1 89.0 210 23 0 121 330 1 210 2.65e-144 404 AOW36968.1 ABJ92889.1 78.3 83 18 0 1 83 14 96 3.59e-46 150 NDH20019.1 NDH20019.1 100 284 0 0 1 284 1 284 2.69e-204 556 WP_224774708.1 WP_224774708.1 100 13 0 0 1 13 1 13 3.90e-04 33.1 WP_236373897.1 WP_236373897.1 100 389 0 0 1 389 1 389 4.51e-290 782 WP_011739125.1 WP_011739125.1 100 445 0 0 1 445 1 445 1.11e-307 832 WP_011739125.1 WP_187918914.1 35.9 434 262 5 3 428 2 427 1.09e-76 244 WP_011739125.1 WP_028046854.1 31.9 454 270 13 10 428 23 472 6.22e-38 142 WP_011739125.1 MCC6251785.1 24.9 454 309 9 5 430 6 455 6.60e-20 90.1 XP_044902674.1 XP_044902674.1 100 161 0 0 1 161 1 161 4.41e-106 334 XP_044902674.1 EFB15155.1 37.1 132 71 4 8 132 115 241 5.21e-11 63.9 XP_044902674.1 XP_017706045.1 61.4 44 17 0 11 54 35 78 8.23e-09 57.0 XP_044902674.1 KAB0382747.1 54.5 44 20 0 10 53 6 49 5.29e-07 51.2 HBE7681505.1 HBE7681505.1 100 1355 0 0 1 1355 1 1355 0.0 2245 HBE7681505.1 ECB3811761.1 74.0 768 171 9 1 764 1 743 0.0 951 HBE7681505.1 WP_139067457.1 40.5 521 276 10 842 1349 280 779 6.63e-100 336 HBE7681505.1 WP_219484458.1 40.6 497 260 10 867 1349 329 804 6.89e-98 331 HBE7681505.1 WP_209676560.1 29.6 301 170 12 923 1218 607 870 2.37e-15 80.1 KAI5383356.1 KAI5383356.1 100 448 0 0 1 448 1 448 0.0 902 MBU0720484.1 MBU0720484.1 100 217 0 0 1 217 1 217 2.21e-156 430 QEG42388.1 QEG42388.1 100 485 0 0 1 485 1 485 0.0 992 HCD3539350.1 HCD3539350.1 100 175 0 0 1 175 1 175 2.49e-130 360 EET4886479.1 EET4886479.1 100 453 0 0 1 453 1 453 0.0 915 EET4886479.1 WP_004960861.1 39.6 427 246 5 24 445 107 526 1.02e-94 294 EET4886479.1 EFH7886278.1 62.7 166 62 0 283 448 1 166 1.87e-72 224 WP_120463061.1 WP_120463061.1 100 139 0 0 1 139 1 139 5.64e-96 271 HCS32205.1 HCS32205.1 100 677 0 0 1 677 1 677 0.0 1303 ODM89149.1 ODM89149.1 100 236 0 0 1 236 1 236 2.30e-181 494 ETI39029.1 ETI39029.1 100 656 0 0 1 656 1 656 0.0 1328 USR37329.1 USR37329.1 100 189 0 0 1 189 1 189 1.53e-140 387 USR37329.1 BAD88428.1 94.6 186 10 0 4 189 1 186 7.77e-127 363 USR37329.1 AFP82159.1 93.8 160 10 0 30 189 1 160 8.10e-105 305 WP_235292752.1 WP_235292752.1 100 227 0 0 1 227 1 227 3.02e-168 461 WP_133499669.1 WP_133499669.1 100 675 0 0 1 675 1 675 0.0 1317 WP_232839144.1 WP_232839144.1 100 329 0 0 1 329 1 329 4.90e-250 676 KAF7255154.1 KAF7255154.1 100 378 0 0 1 378 1 378 8.07e-267 723 MBP8049567.1 MBP8049567.1 100 279 0 0 1 279 1 279 1.27e-195 534 MBP8049567.1 WP_122920202.1 34.1 270 171 2 6 275 25 287 5.22e-43 147 MBP8049567.1 WP_204504397.1 29.5 278 185 4 2 275 19 289 4.32e-30 113 WP_224314556.1 WP_224314556.1 100 121 0 0 1 121 1 121 8.18e-85 241 CDZ81696.1 CDZ81696.1 100 333 0 0 1 333 1 333 2.15e-246 667 CDZ81696.1 WP_251074290.1 50.8 323 148 4 5 325 18 331 4.36e-108 322 CDZ81696.1 WP_124908062.1 31.6 335 214 5 3 332 17 341 9.19e-43 149 WP_240904022.1 WP_240904022.1 100 263 0 0 1 263 1 263 2.53e-178 489 WP_139489874.1 WP_139489874.1 100 38 0 0 1 38 1 38 3.11e-25 84.7 WP_246442701.1 WP_246442701.1 100 184 0 0 1 184 1 184 2.02e-129 359 WP_254033437.1 WP_254033437.1 100 254 0 0 1 254 1 254 6.87e-192 523 OHA02323.1 OHA02323.1 100 572 0 0 1 572 1 572 0.0 1098 OHA02323.1 PIQ07033.1 40.0 555 284 11 13 562 5 515 3.06e-114 348 OHA02323.1 NEB38825.1 31.6 380 214 12 147 504 67 422 8.04e-41 152 OHA02323.1 WP_131284109.1 30.6 402 226 15 153 526 76 452 6.24e-32 127 OHA02323.1 OMF24356.1 30.0 313 186 11 246 556 331 612 1.81e-20 93.6 OHA02323.1 MBQ2895174.1 25.8 279 144 7 162 386 228 497 9.62e-14 72.0 OHA02323.1 HCG88012.1 25.6 223 128 7 233 451 436 624 7.31e-11 63.2 WP_121252511.1 WP_121252511.1 100 372 0 0 1 372 1 372 1.84e-269 729 WP_121252511.1 PZW56938.1 29.5 305 188 7 21 310 1 293 7.93e-25 102 WP_121252511.1 MCP5558243.1 28.6 185 118 6 163 339 194 372 5.30e-04 40.0 WP_242254186.1 WP_242254186.1 100 244 0 0 1 244 1 244 7.64e-175 479 OFX32653.1 OFX32653.1 100 647 0 0 1 647 1 647 0.0 1149 OFX32653.1 HCT06136.1 40.6 537 316 3 44 579 178 712 2.71e-109 344 OFX32653.1 MBI6149093.1 40.1 564 324 7 63 622 218 771 7.63e-105 333 OFX32653.1 WP_074319120.1 39.7 615 330 9 42 622 136 743 2.83e-102 326 OFX32653.1 WP_041591748.1 35.8 559 349 5 62 619 89 638 8.94e-94 301 OFX32653.1 WP_013632646.1 31.4 554 360 10 80 622 259 803 1.04e-67 234 OFX32653.1 SFX27592.1 33.0 525 324 10 41 559 127 629 2.35e-66 229 OFX32653.1 MCE7698179.1 31.0 378 240 7 82 451 31 395 5.19e-45 163 OFX32653.1 MBY0273331.1 25.9 528 347 9 77 567 58 578 7.59e-32 130 OFX32653.1 KAJ6994162.1 23.8 555 344 17 80 566 95 638 2.92e-17 84.3 OFX32653.1 WP_278631399.1 34.0 156 75 3 438 566 499 653 3.90e-12 67.8 OFX32653.1 WP_235126772.1 33.5 158 74 2 439 566 512 668 6.83e-12 67.0 KAI9191373.1 KAI9191373.1 100 876 0 0 1 876 1 876 0.0 1656 KAI9191373.1 MBQ4454347.1 31.6 469 285 8 175 615 118 578 8.04e-56 201 KAI9191373.1 WP_060613079.1 29.7 516 318 10 127 612 79 579 1.26e-54 197 KAI9191373.1 MBQ8297564.1 27.3 516 339 8 117 605 56 562 1.54e-50 186 KAI9191373.1 WP_195238978.1 28.5 487 317 7 142 605 235 713 9.01e-47 177 KAI9191373.1 WP_036258374.1 25.9 540 334 14 119 613 46 564 2.63e-45 170 KAI9191373.1 NFD84694.1 36.3 259 144 2 361 599 488 745 3.89e-39 154 KAI9191373.1 WAY96880.1 40.6 170 101 0 412 581 4 173 1.71e-34 129 KAI9191373.1 WP_247749043.1 32.1 249 143 4 391 614 353 600 2.90e-32 131 KAI9191373.1 KAJ2660037.1 35.2 247 151 6 338 578 1747 1990 9.80e-29 122 KAI9191373.1 KAF9974715.1 25.1 471 280 16 143 578 855 1287 1.07e-23 106 KAI9191373.1 MWR41881.1 29.5 224 113 6 410 599 41 253 5.44e-19 86.3 KAI9191373.1 WP_142931103.1 32.2 180 99 6 395 565 259 424 3.15e-13 71.2 KAI9191373.1 WP_088153117.1 32.9 143 84 4 428 565 29 164 3.40e-12 67.4 KAI9191373.1 MCB0243881.1 31.7 164 96 5 413 568 25 180 1.36e-11 63.5 KAI9191373.1 WP_221265680.1 29.0 155 103 4 412 565 34 182 3.27e-10 60.8 KAI9191373.1 RLN50561.1 27.3 172 116 5 407 576 1504 1668 7.96e-10 61.2 MBP9713953.1 MBP9713953.1 100 181 0 0 1 181 1 181 2.47e-133 369 WP_098502057.1 WP_098502057.1 100 199 0 0 1 199 1 199 7.45e-137 379 WP_243269836.1 WP_243269836.1 100 3126 0 0 1 3126 1 3126 0.0 5142 WP_243269836.1 HBP6650873.1 37.1 850 430 13 1596 2434 9 764 2.88e-119 404 WP_243269836.1 WP_001537381.1 53.5 282 127 3 29 309 11 289 2.72e-73 273 WP_243269836.1 WP_247392216.1 47.7 235 118 4 31 263 45 276 1.65e-50 179 WP_243269836.1 WP_186153646.1 51.4 175 83 2 65 238 82 255 1.07e-45 165 WP_243269836.1 MBS1222269.1 53.5 155 65 3 29 177 49 202 2.03e-37 139 MCK5068303.1 MCK5068303.1 100 66 0 0 1 66 1 66 1.16e-43 133 WP_135110180.1 WP_135110180.1 100 169 0 0 1 169 1 169 2.06e-117 327 WP_215638040.1 WP_215638040.1 100 396 0 0 1 396 1 396 8.14e-292 787 WP_215638040.1 WP_280938002.1 26.1 398 255 16 19 393 31 412 6.01e-26 106 OFZ34164.1 OFZ34164.1 100 73 0 0 1 73 1 73 1.08e-51 154 HAQ04103.1 HAQ04103.1 100 407 0 0 1 407 1 407 1.50e-304 820 HAQ04103.1 WP_122236618.1 36.7 166 99 2 221 386 158 317 3.63e-24 101 HIG02706.1 HIG02706.1 100 421 0 0 1 421 1 421 0.0 879 HBS5629917.1 HBS5629917.1 100 121 0 0 1 121 1 121 2.44e-86 245 MBO9310472.1 MBO9310472.1 100 82 0 0 1 82 1 82 6.87e-50 150 MBO4463486.1 MBO4463486.1 100 192 0 0 1 192 1 192 2.11e-137 391 WP_230210113.1 WP_230210113.1 100 69 0 0 1 69 1 69 3.75e-48 144 EEV0504409.1 EEV0504409.1 100 267 0 0 1 267 1 267 3.39e-194 530 EEV0504409.1 EEY3543156.1 90.8 131 12 0 1 131 893 1023 1.18e-71 235 EEV0504409.1 EEO7917989.1 75.8 99 24 0 1 99 860 958 2.07e-42 152 EEV0504409.1 EFQ4765027.1 61.4 57 22 0 1 57 864 920 1.37e-15 74.7 NCV89943.1 NCV89943.1 100 456 0 0 1 456 1 456 2.99e-313 847 NCV89943.1 GIR09622.1 41.8 466 235 7 11 453 7 459 8.94e-107 323 NCV89943.1 WP_007853416.1 36.6 465 266 7 6 453 4 456 1.75e-79 254 NCV89943.1 WP_239913672.1 26.4 444 278 11 22 454 14 419 6.14e-29 116 NCV89943.1 WP_113669955.1 24.6 398 268 10 55 445 40 412 7.10e-20 89.7 GFS02759.1 GFS02759.1 100 55 0 0 1 55 1 55 5.73e-37 115 XP_025814622.1 XP_025814622.1 100 1089 0 0 1 1089 1 1089 0.0 1145 XP_025814622.1 KAI3849778.1 31.9 370 215 11 716 1077 430 770 1.81e-36 147 XP_025814622.1 XP_021765438.1 31.5 286 175 8 710 989 526 796 5.24e-35 142 XP_025814622.1 XP_040250218.1 32.9 316 172 9 767 1081 347 623 1.24e-33 137 XP_025814622.1 XP_019180948.1 28.6 308 184 7 780 1079 679 958 2.65e-27 118 XP_025814622.1 KAG2309455.1 27.3 425 247 15 685 1079 494 886 4.40e-25 110 XP_025814622.1 XP_044484513.1 32.9 213 132 5 723 931 29 234 2.68e-23 104 XP_025814622.1 MBF1128433.1 29.4 235 144 9 775 1005 8 224 2.57e-19 91.7 XP_025814622.1 MBD2210269.1 29.6 223 128 10 782 989 19 227 3.36e-12 68.6 XP_025814622.1 XP_042622198.1 35.0 103 52 3 886 986 307 396 1.80e-05 47.0 OFZ82064.1 OFZ82064.1 100 66 0 0 1 66 1 66 8.73e-48 143 WP_096765790.1 WP_096765790.1 100 153 0 0 1 153 1 153 1.97e-114 318 WP_096765790.1 MCP5208043.1 44.6 148 80 2 5 152 3 148 1.98e-36 121 WP_096765790.1 WP_023322253.1 42.8 152 82 4 2 152 3 150 6.26e-33 112 MCL2206583.1 MCL2206583.1 100 117 0 0 1 117 1 117 2.20e-87 247 MCI8806686.1 MCI8806686.1 100 239 0 0 1 239 1 239 4.64e-153 423 MBI4773680.1 MBI4773680.1 100 354 0 0 1 354 1 354 2.71e-246 669 MCK4320383.1 MCK4320383.1 100 152 0 0 1 152 1 152 4.31e-104 292 WP_052016305.1 WP_052016305.1 100 344 0 0 1 344 1 344 4.99e-262 707 QDT53250.1 QDT53250.1 100 479 0 0 1 479 1 479 0.0 945 MCG7858617.1 MCG7858617.1 100 261 0 0 1 261 1 261 6.76e-182 498 TNF43597.1 TNF43597.1 100 360 0 0 1 360 1 360 4.17e-269 727 MBO7597869.1 MBO7597869.1 100 412 0 0 1 412 1 412 1.05e-302 816 MBO7597869.1 WP_205443952.1 27.1 417 256 14 8 404 8 396 1.00e-30 120 MBO7597869.1 CAA0126222.1 27.5 432 247 15 8 400 14 418 1.62e-28 114 MBO7597869.1 WP_122873240.1 24.1 440 251 17 8 397 12 418 3.17e-19 87.4 WP_218401824.1 WP_218401824.1 100 338 0 0 1 338 1 338 1.49e-235 640 WP_228618531.1 WP_228618531.1 100 185 0 0 1 185 1 185 1.00e-134 372 MCK6520984.1 MCK6520984.1 100 222 0 0 1 222 1 222 2.58e-162 445 WP_232018041.1 WP_232018041.1 100 162 0 0 1 162 1 162 7.02e-117 325 WP_089092961.1 WP_089092961.1 100 70 0 0 1 70 1 70 8.13e-48 144 MCI6324393.1 MCI6324393.1 100 702 0 0 1 702 1 702 0.0 1402 MCI6324393.1 WP_267184195.1 27.7 177 119 6 76 245 19 193 2.56e-08 55.5 EFL3122059.1 EFL3122059.1 100 257 0 0 1 257 1 257 7.57e-159 443 EFL3122059.1 EIH4263652.1 92.1 253 16 1 9 257 1 253 2.84e-136 396 EFL3122059.1 EFL5817307.1 92.7 206 11 1 56 257 1 206 1.46e-103 309 EFL3122059.1 EFI7849450.1 74.8 131 29 1 28 154 3 133 4.77e-62 192 EFL3122059.1 EFN5389376.1 90.8 142 9 1 120 257 1 142 1.25e-53 186 EFL3122059.1 EER8306359.1 75.3 85 21 0 1 85 215 299 1.60e-38 136 MBR4563510.1 MBR4563510.1 100 168 0 0 1 168 1 168 1.92e-126 350 XP_029371967.1 XP_029371967.1 100 378 0 0 1 378 1 378 1.12e-273 740 XP_029371967.1 XP_017476002.1 39.0 369 155 6 33 376 187 510 6.63e-66 216 XP_029371967.1 NWT80859.1 32.6 95 50 2 198 292 152 232 9.13e-05 42.0 ACA34490.1 ACA34490.1 100 516 0 0 1 516 1 516 0.0 1019 ACA34490.1 WP_252264110.1 44.4 135 75 0 259 393 4 138 1.03e-32 121 ACA34490.1 EHK9185512.1 31.4 280 158 9 259 514 6 275 4.52e-27 108 ACA34490.1 EJK2981647.1 29.2 130 81 4 238 358 16 143 3.34e-08 52.8 KAG3000577.1 KAG3000577.1 100 773 0 0 1 773 1 773 0.0 1476 MBI0841908.1 MBI0841908.1 100 74 0 0 1 74 1 74 4.56e-49 147 MCL5061987.1 MCL5061987.1 100 205 0 0 1 205 1 205 1.30e-158 434 EHR6291555.1 EHR6291555.1 100 578 0 0 1 578 1 578 0.0 1147 EHR6291555.1 WP_152652784.1 45.6 217 118 0 327 543 3 219 4.72e-63 208 EHR6291555.1 WP_192500494.1 41.5 217 125 1 330 546 3 217 1.04e-56 191 EHR6291555.1 NLW39422.1 43.1 216 115 4 337 547 28 240 4.93e-44 158 EHR6291555.1 WP_084371009.1 38.4 211 128 2 330 539 3 212 7.47e-40 145 EHR6291555.1 NVM03966.1 36.6 213 129 3 339 550 32 239 1.27e-36 137 EHR6291555.1 RLN50561.1 32.0 253 163 4 319 562 1483 1735 3.17e-34 137 EHR6291555.1 WP_132175930.1 34.1 220 128 5 337 546 35 247 2.05e-32 125 EHR6291555.1 WP_221265680.1 32.4 210 141 1 329 537 19 228 2.48e-32 125 EHR6291555.1 MSO30570.1 32.3 223 148 3 327 547 5 226 1.93e-29 117 EHR6291555.1 WP_281543397.1 32.7 199 132 2 22 219 4 201 4.13e-25 103 EHR6291555.1 WP_278489123.1 30.8 221 149 3 333 549 16 236 2.18e-24 101 EHR6291555.1 WP_150396769.1 23.6 550 327 18 3 537 22 493 4.34e-21 95.1 EHR6291555.1 THW78755.1 31.0 210 133 3 22 230 483 681 5.57e-19 89.7 EHR6291555.1 MWR41881.1 29.5 207 139 4 30 229 51 257 4.64e-18 82.8 EHR6291555.1 WP_089246429.1 22.9 554 329 16 6 538 5 481 6.76e-17 82.0 EHR6291555.1 WP_088153117.1 27.8 194 131 4 33 219 24 215 4.39e-14 72.4 EHR6291555.1 WAY96880.1 29.8 191 125 5 20 203 2 190 2.38e-13 67.4 EHR6291555.1 WP_247749043.1 29.1 227 142 9 14 226 365 586 8.48e-13 69.3 EHR6291555.1 XP_013005546.1 26.6 199 130 6 352 541 69 260 3.50e-12 67.4 EHR6291555.1 WP_222599035.1 27.7 213 137 7 29 230 488 694 1.82e-10 62.0 EHR6291555.1 WP_142931103.1 27.6 214 134 7 15 215 266 471 7.34e-10 59.7 EHR6291555.1 MBQ9964693.1 28.6 189 113 5 5 192 1 168 2.47e-09 55.5 EHR6291555.1 WP_112088864.1 29.3 184 110 6 18 198 352 518 3.36e-06 48.1 EHR6291555.1 WP_041710957.1 24.7 194 107 7 2 186 286 449 4.49e-06 47.8 EHR6291555.1 KAF9974715.1 25.0 196 126 7 30 219 488 668 9.88e-06 47.0 WP_023685930.1 WP_023685930.1 100 402 0 0 1 402 1 402 2.63e-291 786 WP_261952390.1 WP_261952390.1 100 176 0 0 1 176 1 176 3.27e-131 363 WP_135059887.1 WP_135059887.1 100 470 0 0 1 470 1 470 0.0 889 XP_008902753.1 XP_008902753.1 100 165 0 0 1 165 1 165 6.20e-117 326 WP_186282298.1 WP_186282298.1 100 149 0 0 1 149 1 149 7.50e-108 301 WP_186282298.1 WP_065138043.1 68.5 146 44 1 1 146 1 144 3.26e-67 199 WP_118283063.1 WP_118283063.1 100 404 0 0 1 404 1 404 4.64e-254 692 WP_118283063.1 WP_086136661.1 35.1 367 236 2 6 371 12 377 2.40e-56 189 HAL7851047.1 HAL7851047.1 100 647 0 0 1 647 1 647 0.0 1325 HAL7851047.1 WP_220281278.1 69.0 649 195 4 1 647 170 814 0.0 936 HAL7851047.1 HCH8663031.1 52.3 642 296 6 8 646 174 808 1.49e-220 633 HAL7851047.1 EJH9475741.1 31.0 665 390 21 17 646 130 760 8.88e-75 253 HAL7851047.1 WP_081845076.1 24.7 583 371 20 47 605 179 717 3.33e-25 109 WP_007635864.1 WP_007635864.1 100 271 0 0 1 271 1 271 9.12e-210 569 WP_223101678.1 WP_223101678.1 100 276 0 0 1 276 1 276 1.74e-196 536 WP_140372075.1 WP_140372075.1 100 650 0 0 1 650 1 650 0.0 1295 WP_140372075.1 WP_055153579.1 33.8 136 78 4 377 503 295 427 1.84e-11 65.1 SDP58856.1 SDP58856.1 100 190 0 0 1 190 1 190 1.79e-144 397 SDP58856.1 WP_196074572.1 37.8 148 84 3 6 146 11 157 4.14e-31 109 AAO64374.1 AAO64374.1 100 238 0 0 1 238 1 238 1.82e-138 386 KAI2867803.1 KAI2867803.1 100 340 0 0 1 340 1 340 2.73e-248 672 KAI2867803.1 HAB35737.1 35.7 266 154 6 22 287 49 297 3.20e-31 120 NNE58254.1 NNE58254.1 100 196 0 0 1 196 1 196 1.71e-145 400 WP_092396407.1 WP_092396407.1 100 535 0 0 1 535 1 535 0.0 1070 CAF4033986.1 CAF4033986.1 100 470 0 0 1 470 1 470 0.0 939 KAH7290269.1 KAH7290269.1 100 107 0 0 1 107 1 107 2.80e-74 213 PZN79281.1 PZN79281.1 100 396 0 0 1 396 1 396 1.81e-279 756 PZN79281.1 WP_063417119.1 29.0 389 242 15 10 371 455 836 5.30e-22 96.7 PZN79281.1 MBE0479857.1 22.5 369 257 11 14 371 12 362 1.23e-13 70.1 CAD8042782.1 CAD8042782.1 100 443 0 0 1 443 1 443 0.0 915 WP_083051706.1 WP_083051706.1 100 396 0 0 1 396 1 396 8.40e-269 729 WP_083051706.1 MAJ59213.1 30.2 225 157 0 150 374 625 849 1.27e-30 122 WP_083051706.1 WP_200671006.1 27.2 338 229 7 52 381 535 863 1.24e-22 98.6 WP_242531680.1 WP_242531680.1 100 181 0 0 1 181 1 181 4.62e-138 380 WP_242531680.1 MCO6480516.1 36.8 182 107 3 2 177 43 222 3.13e-31 111 XP_028635853.1 XP_028635853.1 100 500 0 0 1 500 1 500 8.28e-308 837 XP_028635853.1 WP_063302373.1 58.8 272 109 3 6 274 2 273 3.15e-98 296 XP_028635853.1 WP_183882442.1 27.8 227 154 3 8 233 4 221 2.21e-18 82.8 XP_028635853.1 MXY99086.1 31.3 182 106 5 21 197 1 168 6.11e-15 72.8 XP_028635853.1 WP_057651690.1 34.6 107 64 1 6 112 46 146 1.61e-08 54.3 XP_028635853.1 KAI0154282.1 23.5 221 150 7 7 222 7 213 3.19e-04 40.8 MCB5199682.1 MCB5199682.1 100 400 0 0 1 400 1 400 5.56e-276 748 MCB5199682.1 MBT6972091.1 28.5 383 232 11 8 354 15 391 2.18e-34 130 MCB5199682.1 RCV36353.1 26.7 90 66 0 67 156 85 174 2.02e-04 41.6 MBI4905271.1 MBI4905271.1 100 434 0 0 1 434 1 434 7.48e-305 823 WP_181797223.1 WP_181797223.1 100 157 0 0 1 157 1 157 7.97e-116 322 WP_109219819.1 WP_109219819.1 100 378 0 0 1 378 1 378 1.52e-271 734 WP_109219819.1 WP_076409454.1 53.1 292 123 3 14 301 1 282 4.94e-93 281 WP_109219819.1 WP_140480909.1 52.3 258 121 2 17 273 12 268 6.03e-82 253 WP_109219819.1 WP_170725874.1 44.5 326 154 4 18 343 5 303 1.03e-80 249 WP_109219819.1 WP_176354145.1 47.9 286 145 3 20 301 8 293 1.10e-79 247 WP_109219819.1 WP_237907640.1 47.7 287 139 4 18 297 4 286 2.15e-76 238 WP_109219819.1 WP_258581409.1 49.8 243 120 1 20 260 6 248 3.20e-75 236 WP_109219819.1 WP_011057593.1 44.8 286 152 2 20 303 7 288 1.98e-70 223 WP_109219819.1 NNE23115.1 37.7 231 144 0 20 250 5 235 6.16e-47 162 WP_109219819.1 HBO4828144.1 45.7 199 105 2 23 221 20 215 1.77e-44 153 WP_109219819.1 WP_142133210.1 36.7 240 146 3 17 251 10 248 7.12e-40 140 WP_109219819.1 EHH5649593.1 36.0 239 131 4 28 260 14 236 1.18e-36 133 WP_109219819.1 MBU5353226.1 33.0 267 165 6 31 287 29 291 1.25e-36 133 WP_109219819.1 WP_145468487.1 35.6 205 122 3 21 215 10 214 3.81e-33 122 WP_109219819.1 WP_226904802.1 32.3 232 140 5 33 251 49 276 3.48e-31 119 WP_109219819.1 WP_192324556.1 34.0 250 151 5 33 273 345 589 1.13e-30 121 WP_109219819.1 WP_278489123.1 34.1 217 138 3 30 242 25 240 1.90e-30 116 WP_109219819.1 MCH1405047.1 40.8 157 85 2 16 168 8 160 6.96e-28 105 WP_109219819.1 MBQ9964693.1 37.9 203 106 5 17 219 1 183 6.99e-28 106 WP_109219819.1 RUU66461.1 33.3 231 132 8 33 248 106 329 6.35e-27 108 WP_109219819.1 MBQ3864274.1 32.0 241 145 6 14 236 9 248 6.44e-25 102 WP_109219819.1 MBQ8297564.1 28.4 225 132 7 33 238 350 564 6.76e-17 80.5 WP_109219819.1 WP_221977168.1 25.7 230 154 4 16 230 12 239 8.67e-15 72.0 WP_109219819.1 WP_248562494.1 22.4 214 153 4 17 226 1 205 2.35e-09 56.2 WP_101606078.1 WP_101606078.1 100 450 0 0 1 450 1 450 2.97e-310 838 WP_101606078.1 MCF6289355.1 35.9 217 138 1 169 385 34 249 5.30e-45 156 WP_101606078.1 WP_029317544.1 33.7 291 181 4 96 377 107 394 1.41e-41 152 WP_101606078.1 WP_206698867.1 25.8 306 219 6 96 397 87 388 1.36e-24 103 WP_101606078.1 WP_023955328.1 30.3 264 162 10 79 328 88 343 3.90e-16 77.8 MBD5153813.1 MBD5153813.1 100 205 0 0 1 205 1 205 4.88e-154 423 MBD5153813.1 MCI9320818.1 47.1 204 100 4 1 202 1 198 3.20e-54 170 MBD5153813.1 WP_079396843.1 42.2 206 113 3 1 205 1 201 1.66e-47 153 MBD5153813.1 WP_197744369.1 37.4 206 119 6 2 202 4 204 1.62e-35 122 MBR2770999.1 MBR2770999.1 100 502 0 0 1 502 1 502 0.0 980 MBR2770999.1 WP_142725797.1 34.3 297 161 9 9 276 5 296 3.76e-35 137 WP_240406805.1 WP_240406805.1 100 62 0 0 1 62 1 62 5.75e-40 123 WP_240406805.1 WP_041488527.1 52.2 23 11 0 16 38 26 48 6.62e-05 35.0 XP_036266973.1 XP_036266973.1 100 1047 0 0 1 1047 1 1047 0.0 1972 WP_104333814.1 WP_104333814.1 100 205 0 0 1 205 1 205 3.01e-139 385 WP_087759142.1 WP_087759142.1 100 498 0 0 1 498 1 498 0.0 981 WP_087759142.1 WP_265102281.1 98.9 264 3 0 235 498 5 268 1.04e-182 510 WP_087759142.1 MCE1252202.1 22.9 240 153 8 5 227 17 241 1.86e-05 45.4 GLH03554.1 GLH03554.1 100 433 0 0 1 433 1 433 4.53e-320 862 MBW6524271.1 MBW6524271.1 100 229 0 0 1 229 1 229 6.09e-169 462 MBK8955603.1 MBK8955603.1 100 262 0 0 1 262 1 262 1.32e-184 505 MBK8955603.1 QLL10545.1 43.5 260 144 3 3 259 18 277 3.32e-72 221 MBK8955603.1 EJV0278763.1 31.8 255 161 4 1 248 1 249 3.44e-29 109 ERO62343.1 ERO62343.1 100 335 0 0 1 335 1 335 8.29e-236 640 ERO62343.1 WP_111479522.1 41.3 322 184 2 14 330 29 350 8.45e-68 215 KNZ61865.1 KNZ61865.1 100 92 0 0 1 92 1 92 7.20e-61 178 KKT69527.1 KKT69527.1 100 261 0 0 1 261 1 261 7.05e-184 503 XP_045788843.1 XP_045788843.1 100 150 0 0 1 150 1 150 6.16e-112 312 CEP11827.1 CEP11827.1 100 404 0 0 1 404 1 404 1.69e-256 699 MCS7015141.1 MCS7015141.1 100 466 0 0 1 466 1 466 0.0 902 MCS7015141.1 MBW8896250.1 29.0 200 118 6 1 183 12 204 7.78e-14 69.3 WP_276507912.1 WP_276507912.1 100 530 0 0 1 530 1 530 0.0 1046 WP_240732162.1 WP_240732162.1 100 118 0 0 1 118 1 118 2.67e-84 239 WP_240732162.1 ENF92344.1 31.1 106 59 4 2 101 171 268 1.61e-08 49.3 XP_027061846.1 XP_027061846.1 100 440 0 0 1 440 1 440 0.0 915 MBV8380961.1 MBV8380961.1 100 671 0 0 1 671 1 671 0.0 1384 WP_136095406.1 WP_136095406.1 100 760 0 0 1 760 1 760 0.0 1482 WP_136095406.1 WP_029789810.1 46.5 706 295 12 114 742 155 854 5.45e-194 571 WP_136095406.1 MBP6786080.1 46.8 692 272 10 110 719 153 830 2.06e-190 562 WP_136095406.1 KAF6257731.1 46.2 689 272 16 120 721 163 839 9.31e-170 511 WP_136095406.1 MBL8103469.1 54.5 301 122 6 103 395 151 444 3.85e-93 296 WP_136095406.1 KAI7727618.1 51.1 282 104 3 120 398 165 415 3.44e-75 259 WP_136095406.1 KPK79043.1 29.1 612 363 14 120 726 152 697 3.19e-66 231 WP_136095406.1 MCH2804017.1 65.4 78 27 0 469 546 2 79 6.62e-29 108 WP_006004624.1 WP_006004624.1 100 364 0 0 1 364 1 364 2.59e-265 717 WP_006004624.1 MBQ7739147.1 66.6 362 119 1 1 362 1 360 2.56e-172 482 WP_210212399.1 WP_210212399.1 100 337 0 0 1 337 1 337 1.15e-243 660 WP_210212399.1 WP_101936735.1 34.9 318 206 1 1 318 1 317 9.12e-56 182 WP_210212399.1 WP_232306300.1 21.2 151 114 2 169 318 1223 1369 7.88e-04 39.7 EIK8394933.1 EIK8394933.1 100 933 0 0 1 933 1 933 0.0 1717 WP_137255610.1 WP_137255610.1 100 301 0 0 1 301 1 301 1.31e-224 609 MBT3459617.1 MBT3459617.1 100 225 0 0 1 225 1 225 1.17e-155 429 MBT3459617.1 WP_060613079.1 54.5 222 101 0 1 222 359 580 8.22e-74 232 MBT3459617.1 WP_011512097.1 47.1 223 117 1 1 223 361 582 1.50e-55 184 MBT3459617.1 MBQ8297564.1 40.8 218 128 1 1 218 350 566 1.34e-49 168 MBT3459617.1 NFD84694.1 39.9 228 131 2 1 223 539 765 2.20e-48 167 MBT3459617.1 WP_247749043.1 37.6 221 134 2 1 217 374 594 1.24e-41 147 MBT3459617.1 WP_222599035.1 36.8 204 128 1 5 208 486 688 1.83e-38 139 MBT3459617.1 WP_278489123.1 31.1 212 125 6 1 202 28 228 2.86e-23 93.2 MBT3459617.1 WP_008056683.1 33.0 209 125 8 1 203 255 454 6.92e-19 83.2 MBT3459617.1 WP_107894076.1 30.9 217 126 9 1 199 25 235 2.13e-14 69.3 MBT3459617.1 GLY24463.1 32.4 219 126 9 1 202 24 237 5.37e-14 68.2 MBT3459617.1 WP_036816548.1 28.3 223 142 7 2 211 23 240 7.54e-14 67.0 MBT3459617.1 WP_139764340.1 31.0 84 56 2 1 82 21 104 2.17e-05 41.2 WP_222256467.1 WP_222256467.1 100 431 0 0 1 431 1 431 9.11e-320 861 WP_029080824.1 WP_029080824.1 100 234 0 0 1 234 1 234 1.17e-164 452 WP_174951329.1 WP_174951329.1 100 364 0 0 1 364 1 364 1.83e-265 718 WP_174951329.1 WP_226800426.1 43.7 355 177 9 19 364 50 390 2.79e-78 244 MBO0691049.1 MBO0691049.1 100 360 0 0 1 360 1 360 5.29e-272 734 MBO0691049.1 WP_095556548.1 32.8 360 210 10 1 328 42 401 2.52e-33 126 MCU0423654.1 MCU0423654.1 100 166 0 0 1 166 1 166 5.74e-127 351 WP_239588825.1 WP_239588825.1 100 248 0 0 1 248 1 248 1.87e-177 486 WP_120575284.1 WP_120575284.1 100 149 0 0 1 149 1 149 9.12e-109 304 WP_200162023.1 WP_200162023.1 100 96 0 0 1 96 1 96 2.17e-66 192 WP_216576398.1 WP_216576398.1 100 250 0 0 1 250 1 250 1.74e-183 501 WP_216576398.1 KAA0785577.1 42.0 245 141 1 1 244 1 245 1.03e-60 190 WP_216576398.1 EAG5222239.1 38.1 247 150 3 1 244 1 247 4.99e-53 170 CAF3478760.1 CAF3478760.1 100 524 0 0 1 524 1 524 0.0 1059 CAF3478760.1 XP_013258388.1 46.9 475 251 1 28 502 154 627 1.58e-157 463 CAF3478760.1 MBV8174008.1 33.5 376 229 7 127 501 41 396 3.39e-54 186 CAF3478760.1 KFD50394.1 31.3 288 188 4 133 418 99 378 2.20e-45 164 PKI91935.1 PKI91935.1 100 331 0 0 1 331 1 331 2.77e-232 631 SMS09381.1 SMS09381.1 100 447 0 0 1 447 1 447 0.0 904 WP_146207192.1 WP_146207192.1 100 207 0 0 1 207 1 207 8.08e-154 422 WP_132336079.1 WP_132336079.1 100 60 0 0 1 60 1 60 3.65e-42 129 XP_022816306.1 XP_022816306.1 100 396 0 0 1 396 1 396 3.78e-249 679 WP_247429569.1 WP_247429569.1 100 260 0 0 1 260 1 260 3.37e-186 509 WP_247429569.1 WP_008134825.1 35.0 246 159 1 14 258 348 593 1.10e-45 161 WP_247429569.1 WP_221977168.1 36.1 241 153 1 17 256 16 256 2.93e-45 151 WP_247429569.1 WP_176354145.1 31.6 237 149 4 14 248 3 228 2.60e-29 112 WP_247429569.1 WP_222599035.1 28.4 215 143 5 32 244 482 687 2.72e-18 82.4 SFW06215.1 SFW06215.1 100 43 0 0 1 43 1 43 4.37e-24 84.7 WP_137512405.1 WP_137512405.1 100 366 0 0 1 366 1 366 3.34e-278 750 WP_137512405.1 EEY3543156.1 98.6 366 5 0 1 366 1 366 5.67e-264 739 WP_137512405.1 ECI3309320.1 79.0 366 77 0 1 366 1 366 1.59e-216 614 WP_137512405.1 EFQ4765027.1 79.0 366 77 0 1 366 1 366 4.24e-216 614 WP_137512405.1 EEO7917989.1 73.5 366 97 0 1 366 1 366 5.58e-200 579 WP_137512405.1 WP_042959984.1 82.2 101 18 0 103 203 1 101 1.06e-54 173 WP_137512405.1 WP_181865219.1 96.4 55 2 0 312 366 1 55 4.49e-32 120 WP_211254406.1 WP_211254406.1 100 87 0 0 1 87 1 87 4.44e-64 186 EJU2993617.1 EJU2993617.1 100 368 0 0 1 368 1 368 9.74e-263 711 UXE63572.1 UXE63572.1 100 181 0 0 1 181 1 181 4.60e-129 358 WP_196954680.1 WP_196954680.1 100 271 0 0 1 271 1 271 6.81e-134 377 RYP53376.1 RYP53376.1 100 327 0 0 1 327 1 327 1.42e-257 695 WP_153811865.1 WP_153811865.1 100 245 0 0 1 245 1 245 8.00e-182 496 WP_236689647.1 WP_236689647.1 100 258 0 0 1 258 1 258 8.63e-188 513 MSQ41299.1 MSQ41299.1 100 137 0 0 1 137 1 137 1.02e-97 275 WP_124548640.1 WP_124548640.1 100 161 0 0 1 161 1 161 6.51e-126 348 WP_124548640.1 WP_258941688.1 42.6 148 79 3 13 156 6 151 1.40e-35 119 WP_274773199.1 WP_274773199.1 100 274 0 0 1 274 1 274 2.54e-188 515 WP_200156222.1 WP_200156222.1 100 278 0 0 1 278 1 278 1.58e-218 592 KJF42781.1 KJF42781.1 100 71 0 0 1 71 1 71 3.69e-49 147 WP_149069943.1 WP_149069943.1 100 91 0 0 1 91 1 91 3.57e-65 189 EHW5693237.1 EHW5693237.1 100 149 0 0 1 149 1 149 3.86e-101 285 KAJ5060329.1 KAJ5060329.1 100 529 0 0 1 529 1 529 0.0 1073 KAJ5060329.1 KAG9084682.1 32.3 424 261 7 64 472 18 430 5.99e-75 242 KAJ5060329.1 PWI72242.1 28.0 514 327 15 9 510 20 502 5.00e-51 181 KAJ5060329.1 XP_046922164.1 24.7 511 290 17 7 499 16 449 6.85e-27 111 QWY38042.1 QWY38042.1 100 400 0 0 1 400 1 400 2.12e-305 822 QWY38042.1 AFV39595.1 94.8 400 21 0 1 400 54 453 3.46e-285 794 QWY38042.1 AFJ09957.1 91.3 400 35 0 1 400 1 400 3.09e-283 766 QWY38042.1 ACY29573.1 90.8 400 37 0 1 400 1 400 8.24e-282 764 QWY38042.1 ACH90072.1 89.8 352 36 0 1 352 29 380 9.49e-247 673 QWY38042.1 BAO11608.1 91.2 339 30 0 1 339 1 339 1.79e-241 658 QWY38042.1 BAO23243.1 90.4 343 33 0 1 343 1 343 3.44e-240 655 QWY38042.1 AVA00513.1 89.7 339 35 0 1 339 1 339 1.64e-237 648 QWY38042.1 AOW36968.1 87.1 333 43 0 17 349 1 333 8.56e-227 620 QWY38042.1 AOW33101.1 92.8 318 23 0 17 334 1 318 8.10e-226 617 QWY38042.1 ACV16867.1 91.7 301 25 0 100 400 1 301 4.43e-212 582 QWY38042.1 ARR91819.1 85.0 306 45 1 1 305 1 306 1.14e-190 528 QWY38042.1 ADB27070.1 91.9 210 17 0 137 346 1 210 2.50e-147 414 QWY38042.1 ABJ92889.1 80.2 96 19 0 4 99 1 96 1.11e-54 174 WP_013133580.1 WP_013133580.1 100 209 0 0 1 209 1 209 4.67e-154 423 WP_261132050.1 WP_261132050.1 100 268 0 0 1 268 1 268 4.79e-190 519 WP_261132050.1 MBI5683150.1 44.6 260 135 6 4 258 26 281 3.34e-59 188 MBQ4139225.1 MBQ4139225.1 100 174 0 0 1 174 1 174 7.70e-120 334 MBQ4139225.1 WP_047430984.1 33.3 171 110 2 3 173 504 670 9.72e-25 98.2 KAJ6827980.1 KAJ6827980.1 100 528 0 0 1 528 1 528 0.0 895 MBQ2444858.1 MBQ2444858.1 100 117 0 0 1 117 1 117 2.68e-79 227 MBO4463451.1 MBO4463451.1 100 178 0 0 1 178 1 178 8.00e-133 367 MCB0447740.1 MCB0447740.1 100 309 0 0 1 309 1 309 1.43e-232 630 MCB0447740.1 WP_090770466.1 38.4 99 53 4 8 105 5 96 1.21e-10 59.7 XP_016452348.1 XP_016452348.1 100 536 0 0 1 536 1 536 0.0 1070 XP_016452348.1 MCK5302212.1 28.1 452 300 7 56 506 18 445 2.36e-43 158 XP_016452348.1 TDJ69718.1 25.1 431 288 15 72 495 22 424 1.37e-24 104 WP_063417119.1 WP_063417119.1 100 891 0 0 1 891 1 891 0.0 1723 WP_063417119.1 MBM4836391.1 31.9 382 227 7 456 836 23 372 1.67e-47 172 WP_063417119.1 MBK7837454.1 32.5 332 194 7 457 786 9 312 3.73e-41 152 WP_063417119.1 PZN79281.1 28.8 389 243 15 455 836 10 371 2.34e-25 107 KAF1483258.1 KAF1483258.1 100 404 0 0 1 404 1 404 6.84e-304 818 ROW03190.1 ROW03190.1 100 477 0 0 1 477 1 477 2.82e-308 836 ROW03190.1 XP_029439375.1 46.9 162 83 3 1 160 52 212 1.77e-43 154 ROW03190.1 WP_007337172.1 36.3 80 49 1 83 160 55 134 6.85e-10 57.0 ROW03190.1 KAJ0483518.1 43.8 48 27 0 115 162 1 48 4.45e-08 48.5 ROW03190.1 XP_033980738.1 28.0 143 88 5 1 141 269 398 1.29e-07 52.4 ROW03190.1 XP_045702922.1 42.0 50 29 0 1 50 373 422 1.34e-06 48.9 WP_241566677.1 WP_241566677.1 100 357 0 0 1 357 1 357 3.58e-273 737 WP_233178716.1 WP_233178716.1 100 96 0 0 1 96 1 96 4.95e-63 184 WP_215152714.1 WP_215152714.1 100 420 0 0 1 420 1 420 2.65e-316 851 WP_215152714.1 WP_037889990.1 35.8 388 235 6 32 416 54 430 3.25e-61 202 MBO5433620.1 MBO5433620.1 100 159 0 0 1 159 1 159 1.08e-105 297 XP_040967143.1 XP_040967143.1 100 454 0 0 1 454 1 454 0.0 887 WP_278781114.1 WP_278781114.1 100 1704 0 0 1 1704 1 1704 0.0 3436 XP_014204645.1 XP_014204645.1 100 750 0 0 1 750 1 750 0.0 992 WP_275765493.1 WP_275765493.1 100 251 0 0 1 251 1 251 8.39e-139 388 WP_136332629.1 WP_136332629.1 100 232 0 0 1 232 1 232 1.74e-165 454 OFI40104.1 OFI40104.1 100 100 0 0 1 100 1 100 6.61e-63 184 HBA9856909.1 HBA9856909.1 100 90 0 0 1 90 1 90 2.17e-61 179 WP_012147640.1 WP_012147640.1 100 105 0 0 1 105 1 105 2.15e-77 221 WP_045121741.1 WP_045121741.1 100 455 0 0 1 455 1 455 4.31e-320 864 CZT45482.1 CZT45482.1 100 933 0 0 1 933 1 933 0.0 1688 CZT45482.1 XP_023589550.1 40.6 762 375 14 81 832 90 783 3.65e-155 478 CZT45482.1 RSL59427.1 35.8 400 217 4 89 486 63 424 3.87e-69 236 CZT45482.1 GEU53557.1 32.8 378 206 6 92 461 101 438 1.01e-53 196 CZT45482.1 MBA0549662.1 28.1 398 246 3 89 486 22 379 7.16e-53 188 CZT45482.1 NQR19375.1 30.6 409 243 5 89 494 3 373 5.19e-50 181 CZT45482.1 XP_055095726.1 27.1 436 225 10 98 467 195 603 3.74e-26 113 MCD6247767.1 MCD6247767.1 100 174 0 0 1 174 1 174 1.43e-115 323 MBL0720829.1 MBL0720829.1 100 125 0 0 1 125 1 125 2.31e-77 223 WP_281562017.1 WP_281562017.1 100 646 0 0 1 646 1 646 0.0 1165 WP_281562017.1 MBP1327478.1 36.2 229 122 8 97 320 72 281 7.96e-30 117 MBF1128433.1 MBF1128433.1 100 618 0 0 1 618 1 618 0.0 1148 MBF1128433.1 WP_281919021.1 35.4 257 161 2 10 261 12 268 5.35e-47 171 MBF1128433.1 WP_106546380.1 33.8 317 176 11 2 295 6 311 4.36e-35 137 MBF1128433.1 MBD2210269.1 31.6 342 205 12 2 320 6 341 4.49e-33 131 MBF1128433.1 XP_020321477.1 29.0 279 186 6 10 284 53 323 1.82e-27 116 MBF1128433.1 NOY27702.1 35.9 209 122 4 9 209 17 221 3.40e-27 111 MBF1128433.1 XP_046441060.1 28.9 277 187 6 9 283 60 328 3.40e-26 112 MBF1128433.1 WP_271931007.1 30.3 264 141 9 2 230 653 908 6.79e-22 99.0 MBF1128433.1 XP_025814622.1 29.4 235 144 9 8 224 775 1005 6.86e-21 95.9 MBF1128433.1 XP_051566275.1 27.2 206 142 5 10 212 1242 1442 2.06e-18 88.2 MBF1128433.1 XP_021765438.1 29.7 202 127 5 16 208 601 796 1.12e-17 85.5 MBF1128433.1 XP_048379117.1 27.3 194 135 2 33 224 281 470 4.24e-14 73.6 MBF1128433.1 UZO03952.1 28.6 234 131 9 51 257 10 234 4.54e-14 71.6 MBF1128433.1 XP_048540820.1 23.0 265 163 9 12 269 792 1022 5.44e-10 60.8 MBF1128433.1 RIB10989.1 29.5 78 46 3 149 219 6 81 1.05e-04 42.0 WP_045308192.1 WP_045308192.1 100 212 0 0 1 212 1 212 9.43e-160 438 WP_045308192.1 EHD1229023.1 59.9 142 53 2 1 138 1 142 7.12e-58 177 AAZ67085.1 AAZ67085.1 100 80 0 0 1 80 1 80 9.46e-56 164 WP_154454910.1 WP_154454910.1 100 317 0 0 1 317 1 317 2.90e-236 640 WP_274915895.1 WP_274915895.1 100 238 0 0 1 238 1 238 9.60e-166 455 WP_274915895.1 WP_192558464.1 32.5 212 124 5 24 226 21 222 4.46e-15 70.5 WP_274915895.1 WP_169054812.1 26.2 206 125 4 26 226 30 213 1.49e-05 43.1 OHX54041.1 OHX54041.1 100 151 0 0 1 151 1 151 1.63e-103 291 XP_022216402.2 XP_022216402.2 100 535 0 0 1 535 1 535 2.22e-288 790 WP_165724099.1 WP_165724099.1 100 275 0 0 1 275 1 275 1.73e-191 523 WP_165724099.1 MCF8449868.1 30.4 260 162 5 4 262 3 244 1.92e-30 112 WP_165724099.1 MPZ95749.1 31.3 227 125 3 3 227 10 207 3.28e-27 104 MBN8606766.1 MBN8606766.1 100 820 0 0 1 820 1 820 0.0 1504 MBN8606766.1 PSQ73325.1 28.7 544 334 14 310 815 323 850 2.61e-40 158 MBN8606766.1 TAL20232.1 36.0 239 141 3 574 804 223 457 2.63e-37 147 MBN8606766.1 WP_138482356.1 40.4 228 131 3 579 804 412 636 6.98e-35 141 MBN8606766.1 WP_007356512.1 35.8 257 135 7 574 804 737 989 3.20e-34 139 MBN8606766.1 KFX48203.1 35.1 239 134 4 574 798 682 913 7.77e-31 129 MBN8606766.1 MBQ1868746.1 30.7 251 161 4 572 813 256 502 3.89e-27 115 MBN8606766.1 WP_074911472.1 28.8 226 154 5 584 806 798 1019 1.86e-15 79.3 MBN8606766.1 MBN1819552.1 25.9 228 164 4 581 805 338 563 2.44e-15 78.2 KAJ7773233.1 KAJ7773233.1 100 836 0 0 1 836 1 836 0.0 1657 MCQ2156413.1 MCQ2156413.1 100 337 0 0 1 337 1 337 2.13e-239 650 MCQ2156413.1 HAR7369715.1 37.1 329 188 6 1 313 136 461 2.77e-65 211 MCQ2156413.1 EPR30609.1 38.3 313 184 6 1 310 116 422 3.96e-64 207 MCQ2156413.1 WP_132517191.1 37.3 295 152 4 46 310 196 487 1.61e-52 179 MCQ2156413.1 MBR4705654.1 34.3 236 142 7 31 263 165 390 6.68e-28 111 WP_089246429.1 WP_089246429.1 100 515 0 0 1 515 1 515 0.0 989 WP_089246429.1 WP_150396769.1 34.6 491 310 7 8 496 28 509 7.02e-89 280 WP_089246429.1 MBO5162475.1 36.5 485 281 12 10 481 4 474 1.87e-82 263 WP_089246429.1 WP_185334683.1 30.6 500 323 10 9 499 9 493 1.91e-65 219 WP_089246429.1 WP_008134825.1 28.5 494 311 18 7 480 353 824 1.10e-35 140 WP_089246429.1 WP_247749043.1 31.3 230 133 8 19 237 373 588 3.73e-18 85.9 WP_089246429.1 WP_089095302.1 23.7 535 301 17 20 485 19 515 5.18e-18 85.5 WP_089246429.1 WP_221265680.1 30.7 228 133 5 10 230 25 234 2.87e-17 81.3 WP_089246429.1 MBP1876254.1 28.3 237 149 7 7 233 4 229 4.04e-16 78.2 WP_089246429.1 WP_071876418.1 22.9 510 313 18 15 471 16 498 7.32e-16 78.6 WP_089246429.1 EHR6291555.1 22.9 560 322 17 5 481 6 538 1.69e-14 74.3 WP_089246429.1 WP_098952357.1 28.3 226 142 7 275 488 30 247 1.87e-13 69.7 WP_089246429.1 WP_084371009.1 29.2 212 132 7 275 483 17 213 2.13e-13 69.3 WP_089246429.1 WP_131166802.1 28.4 243 146 9 2 225 3 236 2.92e-13 69.3 WP_089246429.1 WP_192500494.1 24.3 222 148 6 7 225 5 209 5.27e-12 65.1 WP_089246429.1 WP_142931103.1 22.1 488 313 15 20 478 20 469 3.45e-10 60.5 WP_089246429.1 WP_066083732.1 35.8 81 51 1 403 482 158 238 5.15e-10 59.3 WP_089246429.1 WP_107894076.1 28.9 114 79 2 372 483 124 237 6.53e-10 58.9 WP_089246429.1 WP_041710957.1 23.2 224 129 8 10 228 295 480 1.25e-06 49.3 WP_089246429.1 WP_195238978.1 22.3 211 144 6 276 480 501 697 4.21e-06 47.8 WP_089246429.1 MBQ8297564.1 25.8 244 153 11 252 482 320 548 8.83e-06 46.6 WP_089246429.1 NVM03966.1 23.0 217 131 7 275 481 37 227 1.05e-05 45.8 WP_089246429.1 MBQ9964693.1 24.6 195 116 5 10 204 7 170 4.79e-04 39.7 VDO63589.1 VDO63589.1 100 160 0 0 1 160 1 160 7.77e-72 211 WP_098642363.1 WP_098642363.1 100 574 0 0 1 574 1 574 0.0 1115 WP_098642363.1 WP_091423297.1 23.7 434 268 14 169 568 180 584 1.41e-19 90.9 MBA2651112.1 MBA2651112.1 100 64 0 0 1 64 1 64 1.51e-36 115 MBA2651112.1 WP_066476002.1 51.9 52 25 0 1 52 1 52 1.91e-10 49.3 UCP72061.1 UCP72061.1 100 7096 0 0 1 7096 1 7096 0.0 13999 UCP72061.1 UBD95131.1 98.9 7096 81 0 1 7096 1 7096 0.0 13989 UCP72061.1 UEC52718.1 98.8 7096 84 0 1 7096 1 7096 0.0 13982 UCP72061.1 QWC83326.1 98.7 7096 90 0 1 7096 1 7096 0.0 13973 UCP72061.1 UBP50947.1 98.7 7096 91 0 1 7096 1 7096 0.0 13971 UCP72061.1 WEU87158.1 98.7 7096 92 0 1 7096 1 7096 0.0 13967 UCP72061.1 QSZ25555.1 98.7 7096 94 0 1 7096 1 7096 0.0 13966 UCP72061.1 QVD87869.1 98.6 7096 93 1 1 7096 1 7093 0.0 13956 UCP72061.1 UCP77012.1 99.5 7096 39 0 1 7096 1 7096 0.0 13948 UCP72061.1 UMF87224.1 98.3 7096 115 2 1 7096 1 7092 0.0 13946 UCP72061.1 UZO53924.1 98.6 7096 98 1 1 7096 1 7093 0.0 13944 UCP72061.1 UVB16817.1 98.6 7096 97 1 1 7096 1 7093 0.0 13944 UCP72061.1 URQ55824.1 98.6 7096 98 1 1 7096 1 7093 0.0 13944 UCP72061.1 QZU16279.1 98.5 7096 105 0 1 7096 1 7096 0.0 13932 UCP72061.1 UIR12670.1 98.3 7096 120 2 1 7096 1 7092 0.0 13889 UCP72061.1 UBR86455.1 98.0 7095 139 0 2 7096 1 7095 0.0 13851 UCP72061.1 UPA83906.1 98.0 7096 137 2 1 7096 1 7092 0.0 13847 UCP72061.1 UXX67934.1 97.6 7096 166 1 1 7096 1 7093 0.0 13783 UCP72061.1 UGA79226.1 98.0 7096 141 0 1 7096 1 7096 0.0 13727 UCP72061.1 UKN67998.1 97.2 7076 197 2 21 7096 1 7072 0.0 13662 UCP72061.1 WHE12941.1 97.0 7070 206 1 27 7096 1 7067 0.0 13637 UCP72061.1 UAQ80067.1 96.3 7096 266 0 1 7096 1 7096 0.0 13546 UCP72061.1 UJT06733.1 95.1 7096 342 2 1 7096 1 7092 0.0 13340 UCP72061.1 UVI10561.1 95.1 7069 340 1 28 7096 1 7066 0.0 13320 UCP72061.1 UOU30556.1 93.8 7096 439 1 1 7096 1 7093 0.0 13115 UCP72061.1 UMA88644.1 90.6 7075 661 2 22 7096 1 7071 0.0 12538 UCP72061.1 WAS49087.1 89.3 7096 753 1 1 7096 1 7093 0.0 12339 UCP72061.1 WGP98278.1 84.2 7096 1119 0 1 7096 1 7096 0.0 11446 UCP72061.1 UFM00670.1 98.2 4401 81 0 1 4401 1 4401 0.0 8468 UCP72061.1 UEC68750.1 98.2 4401 81 0 1 4401 1 4401 0.0 8466 UCP72061.1 UHM53165.1 98.2 4401 81 0 1 4401 1 4401 0.0 8463 UCP72061.1 UFM02602.1 98.2 4401 81 0 1 4401 1 4401 0.0 8463 UCP72061.1 QTD03487.1 98.0 4401 87 0 1 4401 1 4401 0.0 8459 UCP72061.1 UBL45068.1 98.0 4401 87 0 1 4401 1 4401 0.0 8451 UCP72061.1 QTM79632.1 97.9 4401 90 1 1 4401 1 4398 0.0 8443 UCP72061.1 QXR94354.1 97.9 4401 88 1 1 4401 1 4398 0.0 8442 UCP72061.1 ULA23837.2 98.0 4401 85 2 1 4401 1 4397 0.0 8442 UCP72061.1 QTZ27226.1 97.9 4401 90 1 1 4401 1 4398 0.0 8440 UCP72061.1 UPP41269.1 97.9 4401 91 1 1 4401 1 4398 0.0 8435 UCP72061.1 UXH94526.1 97.9 4401 90 2 1 4401 1 4397 0.0 8432 UCP72061.1 USR14792.1 97.8 4401 92 1 1 4401 1 4398 0.0 8432 UCP72061.1 UKU68032.1 97.6 4401 103 2 1 4401 1 4397 0.0 8404 UCP72061.1 ULB83374.1 98.1 4401 79 2 1 4401 1 4397 0.0 8285 UCP72061.1 UJV88611.1 95.9 4401 175 2 1 4401 1 4397 0.0 8242 UCP72061.1 UJJ97602.1 95.8 4401 181 2 1 4401 1 4397 0.0 8225 UCP72061.1 UJS94137.1 96.9 4296 129 2 106 4401 1 4292 0.0 8134 UCP72061.1 UGB98301.1 92.8 4401 318 0 1 4401 1 4401 0.0 7896 UCP72061.1 QRX02582.1 97.9 4098 85 0 1 4098 1 4098 0.0 7841 UCP72061.1 UFA30503.1 91.9 4340 352 0 27 4366 1 4340 0.0 7686 UCP72061.1 WEI27974.1 91.4 4401 375 1 1 4401 1 4398 0.0 7658 UCP72061.1 WGP70063.1 90.9 4369 399 0 1 4369 1 4369 0.0 7626 UCP72061.1 UNI03201.1 90.0 4375 438 1 27 4401 1 4374 0.0 7562 UCP72061.1 UEX07109.1 86.4 4375 597 0 27 4401 1 4375 0.0 7205 UCP72061.1 URP80785.1 84.3 4374 685 1 28 4401 1 4371 0.0 6777 UCP72061.1 UYE49180.1 78.6 4401 938 1 1 4401 1 4398 0.0 6216 UCP72061.1 UPB00876.1 77.9 4374 964 1 28 4401 1 4371 0.0 6162 UCP72061.1 WGQ72821.1 69.4 4344 1330 0 26 4369 1 4344 0.0 5148 WP_070709792.1 WP_070709792.1 100 283 0 0 1 283 1 283 5.55e-176 485 MCI0750124.1 MCI0750124.1 100 386 0 0 1 386 1 386 3.71e-292 787 MCI0750124.1 WP_002655233.1 27.4 241 140 10 110 347 282 490 3.98e-16 78.2 MBR6483218.1 MBR6483218.1 100 294 0 0 1 294 1 294 2.36e-228 618 MCA8947870.1 MCA8947870.1 100 632 0 0 1 632 1 632 0.0 1305 WP_244356123.1 WP_244356123.1 100 152 0 0 1 152 1 152 7.15e-103 289 WP_244356123.1 WP_097574091.1 45.7 94 51 0 59 152 42 135 8.77e-25 91.7 HBJ0687394.1 HBJ0687394.1 100 376 0 0 1 376 1 376 1.70e-251 684 MBQ2719788.1 MBQ2719788.1 100 574 0 0 1 574 1 574 0.0 1108 MBQ2719788.1 NWT28302.1 32.8 545 335 12 37 561 25 558 5.94e-72 239 MBQ2719788.1 WP_264593810.1 25.9 317 185 11 57 369 24 294 1.84e-11 64.7 GFD16573.1 GFD16573.1 100 163 0 0 1 163 1 163 9.20e-118 328 GFD16573.1 GFB08691.1 84.1 44 7 0 120 163 2 45 3.25e-20 81.3 MBS4051699.1 MBS4051699.1 100 224 0 0 1 224 1 224 5.00e-161 442 MBT4867863.1 MBT4867863.1 100 69 0 0 1 69 1 69 7.06e-44 134 WP_211354231.1 WP_211354231.1 100 160 0 0 1 160 1 160 3.10e-110 308 HAM57133.1 HAM57133.1 100 66 0 0 1 66 1 66 7.85e-42 128 HAM57133.1 MBN2192743.1 48.4 62 32 0 5 66 6 67 3.77e-14 63.2 NMO74192.1 NMO74192.1 100 435 0 0 1 435 1 435 5.80e-314 847 NMO74192.1 NBW79235.1 24.2 414 291 11 19 417 26 431 3.76e-21 93.6 MBQ8462807.1 MBQ8462807.1 100 823 0 0 1 823 1 823 0.0 1696 MBQ8462807.1 WP_070723361.1 57.0 823 311 9 1 815 1 788 0.0 914 TEA36026.1 TEA36026.1 100 349 0 0 1 349 1 349 2.77e-257 696 TEA36026.1 KAI8569196.1 55.3 257 108 4 69 320 12 266 8.87e-97 286 WP_205173112.1 WP_205173112.1 100 467 0 0 1 467 1 467 0.0 900 WP_205173112.1 WP_272906673.1 35.6 340 195 4 148 464 140 478 8.60e-64 212 WP_205173112.1 WP_164653811.1 37.5 317 180 5 145 459 164 464 2.11e-62 208 WP_205173112.1 WP_175896721.1 38.1 318 176 3 148 459 148 450 4.29e-60 202 WP_205173112.1 MBP7222158.1 34.6 321 202 5 147 463 1 317 7.84e-58 192 WP_205173112.1 WP_271786410.1 35.9 337 195 6 148 467 8 340 8.38e-57 190 WP_205173112.1 WP_124213670.1 41.8 249 141 3 142 389 126 371 4.87e-56 191 WP_205173112.1 KNY10996.1 40.2 214 127 1 166 379 12 224 4.12e-51 174 WP_205173112.1 WP_278449211.1 31.0 232 153 3 148 377 145 371 1.87e-38 144 CEL11538.1 CEL11538.1 100 230 0 0 1 230 1 230 2.68e-168 461 XP_018282977.1 XP_018282977.1 100 534 0 0 1 534 1 534 0.0 1015 XP_018282977.1 WP_254218450.1 30.6 353 224 7 121 466 174 512 7.79e-38 144 KJS39335.1 KJS39335.1 100 77 0 0 1 77 1 77 6.85e-50 149 WP_276369440.1 WP_276369440.1 100 372 0 0 1 372 1 372 1.31e-278 752 WP_276369440.1 MCH8293010.1 27.5 247 161 8 41 281 2 236 1.10e-18 84.3 GGN43478.1 GGN43478.1 100 69 0 0 1 69 1 69 1.53e-47 143 WP_049599782.1 WP_049599782.1 100 393 0 0 1 393 1 393 3.16e-267 725 MBE6348968.1 MBE6348968.1 100 687 0 0 1 687 1 687 0.0 1365 MBE6348968.1 WP_012573472.1 45.3 684 359 8 8 683 501 1177 1.24e-196 585 MBE6348968.1 WP_070770047.1 42.7 679 372 10 5 676 495 1163 2.94e-181 547 MBE6348968.1 NJD91181.1 43.0 700 363 13 5 685 419 1101 4.29e-170 514 MBE6348968.1 WP_156009076.1 40.5 686 385 11 10 682 498 1173 1.52e-161 495 WP_004699236.1 WP_004699236.1 100 448 0 0 1 448 1 448 0.0 869 WP_004699236.1 WP_006305873.1 32.8 460 279 9 10 447 9 460 3.29e-68 223 WP_004699236.1 MBI5098096.1 24.7 291 189 11 58 326 54 336 6.00e-10 59.3 NOT18216.1 NOT18216.1 100 615 0 0 1 615 1 615 0.0 1191 NOT18216.1 WP_021479352.1 33.1 632 381 10 5 613 534 1146 2.77e-97 320 NOT18216.1 ECN6431251.1 64.8 122 43 0 43 164 1 122 2.37e-53 176 UUS71569.1 UUS71569.1 100 1273 0 0 1 1273 1 1273 0.0 1454 UUS71569.1 UIX40308.1 67.2 1273 416 1 1 1273 1 1271 0.0 1432 UUS71569.1 USL51576.1 70.2 1273 376 1 1 1273 1 1270 0.0 1430 UUS71569.1 UDK40309.1 67.6 1273 411 1 1 1273 1 1271 0.0 1429 UUS71569.1 UBN63752.1 71.3 1273 362 2 1 1273 1 1270 0.0 1424 UUS71569.1 QUE11983.1 69.8 1273 382 2 1 1273 1 1270 0.0 1423 UUS71569.1 UZH89542.1 75.6 1273 309 1 1 1273 1 1271 0.0 1422 UUS71569.1 UYC71619.1 66.5 1273 422 2 1 1273 1 1268 0.0 1422 UUS71569.1 UHB14670.1 66.1 1273 429 1 1 1273 1 1271 0.0 1419 UUS71569.1 UPU53169.1 66.1 1273 428 1 1 1273 1 1270 0.0 1419 UUS71569.1 UGX22439.1 60.9 1326 410 4 1 1273 1 1271 0.0 1311 UUS71569.1 QXI91160.1 95.2 747 36 0 527 1273 526 1272 0.0 1306 UUS71569.1 QUM20585.1 94.8 747 39 0 527 1273 526 1272 0.0 1301 UUS71569.1 QVX70521.1 65.4 1273 440 0 1 1273 1 1273 0.0 1282 UUS71569.1 UHK01047.1 71.1 1273 368 0 1 1273 1 1273 0.0 952 VEL25898.1 VEL25898.1 100 99 0 0 1 99 1 99 1.98e-59 175 WP_280938002.1 WP_280938002.1 100 414 0 0 1 414 1 414 4.55e-314 845 WP_280938002.1 WP_244311009.1 57.4 404 171 1 12 414 8 411 8.61e-172 485 WP_280938002.1 WP_215638040.1 26.1 398 255 16 31 412 19 393 2.77e-27 110 WP_280938002.1 MCJ7486393.1 34.2 187 116 2 77 263 51 230 6.87e-27 108 MBI5809191.1 MBI5809191.1 100 158 0 0 1 158 1 158 1.13e-111 312 WP_064441345.1 WP_064441345.1 100 155 0 0 1 155 1 155 2.18e-94 268 WP_163968309.1 WP_163968309.1 100 677 0 0 1 677 1 677 0.0 1253 CVV42982.1 CVV42982.1 100 303 0 0 1 303 1 303 4.08e-49 164 CVV42982.1 CEY44168.1 87.8 41 5 0 263 303 170 210 9.30e-04 38.1 WP_167239634.1 WP_167239634.1 100 234 0 0 1 234 1 234 5.62e-172 471 WP_167239634.1 NCO19736.1 52.6 232 105 3 1 229 1 230 1.80e-75 226 WP_142725797.1 WP_142725797.1 100 639 0 0 1 639 1 639 0.0 1276 WP_142725797.1 MBR2770999.1 34.5 296 160 9 6 296 10 276 9.81e-34 133 WP_189821229.1 WP_189821229.1 100 92 0 0 1 92 1 92 1.51e-62 182 NWY11222.1 NWY11222.1 100 156 0 0 1 156 1 156 5.19e-107 300 NWY11222.1 XP_041922209.1 56.5 62 27 0 12 73 155 216 8.01e-15 68.6 NWY11222.1 XP_009464764.1 52.6 57 27 0 12 68 277 333 1.29e-12 62.4 WP_169605852.1 WP_169605852.1 100 72 0 0 1 72 1 72 9.23e-50 150 WP_207918089.1 WP_207918089.1 100 252 0 0 1 252 1 252 1.49e-185 506 WP_207918089.1 MXP43753.1 63.1 252 92 1 2 252 11 262 1.34e-112 322 WP_207918089.1 WP_174822921.1 61.2 250 96 1 4 252 6 255 1.09e-107 310 WP_207918089.1 OAN53756.1 61.4 246 94 1 8 252 14 259 5.23e-102 295 WP_207918089.1 MBC7326981.1 54.0 250 114 1 4 252 5 254 5.57e-98 285 WP_207918089.1 WP_158791585.1 57.0 251 105 3 4 252 3 252 2.99e-97 283 WP_207918089.1 MWR41881.1 33.1 248 151 7 3 247 26 261 5.49e-33 119 WP_207918089.1 WP_072380563.1 29.6 247 160 6 6 247 2 239 2.36e-28 106 WP_207918089.1 MCP5262709.1 29.4 265 161 11 1 252 1 252 1.04e-23 95.9 WP_207918089.1 GLY24463.1 30.3 244 151 7 16 247 19 255 5.43e-23 94.0 WP_207918089.1 MBU5353226.1 28.6 241 151 6 16 247 26 254 5.88e-22 90.9 WP_207918089.1 WP_107894076.1 29.5 237 152 9 21 247 25 256 7.31e-22 90.9 WP_207918089.1 WP_071876418.1 27.0 252 166 7 6 251 4 243 4.79e-21 90.1 WP_207918089.1 WP_152652784.1 31.3 214 132 6 1 212 1 201 1.44e-20 87.0 WP_207918089.1 WP_227059655.1 30.6 242 151 9 16 243 32 270 2.64e-19 85.1 WP_207918089.1 WP_192324556.1 27.0 256 166 6 6 243 14 266 2.19e-18 82.4 WP_207918089.1 WP_084371009.1 24.9 229 148 7 4 226 1 211 6.11e-18 79.7 WP_207918089.1 EHH5649593.1 27.6 210 131 7 32 237 29 221 1.02e-17 79.0 WP_207918089.1 WP_150396769.1 26.9 212 140 7 20 226 39 240 3.14e-10 58.2 WP_207918089.1 CDZ73727.1 23.7 219 131 7 6 215 2 193 2.35e-09 54.7 WP_207918089.1 KAF9974715.1 23.9 197 112 4 21 208 481 648 1.35e-08 53.5 WP_100081012.1 WP_100081012.1 100 97 0 0 1 97 1 97 6.71e-66 191 WP_014407515.1 WP_014407515.1 100 299 0 0 1 299 1 299 2.80e-209 570 WP_014407515.1 MBK9183427.1 37.1 275 158 5 6 266 11 284 2.60e-44 152 WP_014407515.1 MCQ2612024.1 32.5 280 161 8 9 266 11 284 7.35e-34 124 WP_158131988.1 WP_158131988.1 100 659 0 0 1 659 1 659 0.0 1230 WP_158131988.1 WP_097346712.1 65.8 657 223 2 2 658 4 658 5.46e-300 830 WP_158131988.1 EIU6828535.1 34.8 276 179 1 51 326 47 321 1.04e-34 132 WP_158131988.1 AHK46784.1 31.7 284 182 3 386 657 36 319 8.99e-32 124 WP_158131988.1 AGL88086.1 29.3 273 171 5 390 658 29 283 5.16e-25 103 WP_158131988.1 PPR79666.1 28.9 273 190 3 386 655 60 331 1.65e-24 103 WP_158131988.1 WP_249991478.1 33.3 321 194 12 13 322 13 324 1.92e-24 103 WP_158131988.1 EAP5059555.1 32.1 277 175 7 390 657 82 354 1.80e-23 100 MBE6713534.1 MBE6713534.1 100 443 0 0 1 443 1 443 1.11e-306 829 MBE6713534.1 MCF6289355.1 27.7 242 172 3 179 418 28 268 8.51e-22 93.2 MCP4293344.1 MCP4293344.1 100 222 0 0 1 222 1 222 9.77e-167 456 WP_125555296.1 WP_125555296.1 100 554 0 0 1 554 1 554 0.0 1180 WP_125555296.1 VJO49958.1 47.2 538 252 7 4 534 5 517 2.00e-177 509 WP_125555296.1 WP_253630899.1 29.2 531 288 17 6 522 41 497 2.26e-64 217 WP_125555296.1 PKO20637.1 25.9 398 214 16 4 369 9 357 5.45e-17 82.0 WP_125555296.1 WP_275700896.1 22.1 384 214 12 3 372 2 314 9.02e-15 74.7 WP_125555296.1 MBR6406611.1 25.8 225 100 8 27 203 187 392 6.52e-13 69.7 WP_125555296.1 MBP7746105.1 26.3 213 100 9 27 203 342 533 1.66e-12 68.6 WP_125555296.1 HAN2236324.1 22.5 408 208 19 27 365 226 594 4.50e-12 67.0 WP_251586805.1 WP_251586805.1 100 58 0 0 1 58 1 58 3.48e-37 116 WP_154557671.1 WP_154557671.1 100 325 0 0 1 325 1 325 5.04e-241 653 NXK93169.1 NXK93169.1 100 143 0 0 1 143 1 143 6.03e-102 286 WP_120653510.1 WP_120653510.1 100 223 0 0 1 223 1 223 1.23e-165 454 WP_083053697.1 WP_083053697.1 100 180 0 0 1 180 1 180 8.26e-127 352 WP_262890005.1 WP_262890005.1 100 219 0 0 1 219 1 219 5.64e-160 439 WP_129053209.1 WP_129053209.1 100 857 0 0 1 857 1 857 0.0 1706 WP_129053209.1 MXS72767.1 29.8 894 542 29 7 857 15 865 2.04e-92 308 MCB0080507.1 MCB0080507.1 100 109 0 0 1 109 1 109 6.31e-72 207 CAG8634459.1 CAG8634459.1 100 55 0 0 1 55 1 55 9.06e-23 79.7 WP_244349102.1 WP_244349102.1 100 486 0 0 1 486 1 486 0.0 955 WP_244349102.1 MCF8391604.1 44.4 486 219 7 1 485 1 436 1.24e-126 374 WP_244349102.1 WP_228961807.1 30.6 330 156 9 1 325 1 262 2.39e-33 128 WP_244349102.1 HJE10580.1 26.4 484 262 14 2 466 10 418 2.27e-28 115 WP_137652803.1 WP_137652803.1 100 311 0 0 1 311 1 311 1.32e-229 623 MBD8931956.1 MBD8931956.1 100 70 0 0 1 70 1 70 1.99e-48 145 WP_237973393.1 WP_237973393.1 100 240 0 0 1 240 1 240 2.58e-180 492 WP_061356765.1 WP_061356765.1 100 182 0 0 1 182 1 182 2.19e-132 366 WP_073201850.1 WP_073201850.1 100 331 0 0 1 331 1 331 7.59e-230 625 WP_073201850.1 PHR72175.1 47.1 325 162 4 1 324 1 316 1.65e-92 276 WP_073201850.1 PSR02572.1 49.3 296 148 2 30 324 49 343 1.88e-91 275 WP_073201850.1 WP_253808359.1 35.1 271 159 6 51 316 28 286 6.70e-42 149 WP_073201850.1 WP_225579579.1 36.1 263 150 4 61 316 44 295 1.24e-40 147 WP_073201850.1 WP_254698006.1 36.8 228 130 3 92 316 65 281 3.29e-39 143 WP_073201850.1 CBI36349.3 32.8 201 129 1 120 320 97 291 3.78e-33 125 MBF1224416.1 MBF1224416.1 100 792 0 0 1 792 1 792 0.0 1565 WP_165438496.1 WP_165438496.1 100 120 0 0 1 120 1 120 2.36e-79 227 MBC8203931.1 MBC8203931.1 100 254 0 0 1 254 1 254 2.66e-180 493 WP_227085212.1 WP_227085212.1 100 456 0 0 1 456 1 456 0.0 872 WP_034327214.1 WP_034327214.1 100 144 0 0 1 144 1 144 1.94e-103 290 MAC18593.1 MAC18593.1 100 170 0 0 1 170 1 170 7.44e-116 323 NOY92382.1 NOY92382.1 100 136 0 0 1 136 1 136 3.97e-81 233 MBW2071526.1 MBW2071526.1 100 295 0 0 1 295 1 295 3.17e-213 580 MBP8762091.1 MBP8762091.1 100 454 0 0 1 454 1 454 4.73e-309 836 GEV03352.1 GEV03352.1 100 232 0 0 1 232 1 232 1.60e-161 444 WP_183483256.1 WP_183483256.1 100 216 0 0 1 216 1 216 2.90e-131 366 WP_196074572.1 WP_196074572.1 100 170 0 0 1 170 1 170 3.71e-125 347 WP_196074572.1 WP_089820066.1 43.0 165 86 3 8 170 2 160 3.72e-37 124 WP_196074572.1 SDP58856.1 36.4 162 94 4 11 170 6 160 5.23e-31 109 WP_107033910.1 WP_107033910.1 100 487 0 0 1 487 1 487 0.0 1018 MBR5482150.1 MBR5482150.1 100 160 0 0 1 160 1 160 1.17e-114 320 HAP8698574.1 HAP8698574.1 100 201 0 0 1 201 1 201 2.93e-144 398 WP_041723747.1 WP_041723747.1 100 318 0 0 1 318 1 318 5.27e-219 597 WP_041723747.1 MCS6996891.1 39.2 232 133 5 46 272 118 346 4.22e-40 143 WP_041723747.1 MBF0357294.1 38.8 183 104 4 48 223 162 343 1.58e-26 108 ECY0969635.1 ECY0969635.1 100 96 0 0 1 96 1 96 7.58e-67 194 HBX8004802.1 HBX8004802.1 100 336 0 0 1 336 1 336 6.97e-249 674 HBX8004802.1 HBK1877356.1 52.4 84 37 2 12 92 4 87 5.93e-19 85.9 HBX8004802.1 XP_034264344.1 42.1 107 52 3 13 109 65 171 6.87e-16 76.3 HBX8004802.1 MBA2687082.1 40.4 89 50 1 15 100 9 97 2.20e-11 62.4 HBX8004802.1 WP_084119994.1 35.6 104 66 1 15 117 4 107 2.11e-10 59.3 HBX8004802.1 XP_003056335.1 30.1 113 53 3 14 100 132 244 9.96e-07 48.5 HBX8004802.1 WP_219287479.1 24.9 197 127 8 17 198 7 197 1.19e-05 44.7 WP_180748367.1 WP_180748367.1 100 102 0 0 1 102 1 102 1.80e-61 181 WFQ78449.1 WFQ78449.1 100 161 0 0 1 161 1 161 2.26e-108 304 TMD19778.1 TMD19778.1 100 84 0 0 1 84 1 84 3.20e-58 171 GGC93399.1 GGC93399.1 100 255 0 0 1 255 1 255 2.39e-188 514 ABQ63546.1 ABQ63546.1 100 218 0 0 1 218 1 218 1.09e-152 421 ABQ63546.1 QUQ06080.1 80.7 218 42 0 1 218 2 219 1.30e-126 355 ABQ63546.1 AVM35379.1 81.3 214 40 0 5 218 1 214 2.20e-126 354 ABQ63546.1 ADW49125.1 82.0 211 38 0 8 218 1 211 2.68e-124 348 ABQ63546.1 AFA24308.1 82.9 211 36 0 8 218 2 212 7.97e-124 347 ABQ63546.1 AWS34156.1 78.0 218 48 0 1 218 2 219 4.83e-122 343 ABQ63546.1 ADJ35581.1 75.2 218 54 0 1 218 3 220 1.67e-120 339 ABQ63546.1 QUA05739.1 80.1 211 42 0 1 211 2 212 1.03e-119 337 ABQ63546.1 AFA09475.1 81.0 205 39 0 14 218 1 205 1.90e-118 333 ABQ63546.1 AHK62764.1 73.0 215 58 0 4 218 1 215 1.01e-112 320 ABQ63546.1 AKT58828.1 77.8 194 43 0 1 194 2 195 3.04e-108 307 ABQ63546.1 AMA90994.1 77.6 196 44 0 1 196 2 197 3.79e-107 305 ABQ63546.1 AXZ65741.1 79.0 186 39 0 1 186 2 187 1.78e-103 295 ABQ63546.1 UZF38514.1 68.0 206 66 0 13 218 1 206 8.55e-99 284 ABQ63546.1 AOQ89457.1 74.3 187 48 0 4 190 1 187 4.93e-96 276 ABQ63546.1 AGI15931.1 63.9 205 74 0 8 212 2 206 1.40e-90 263 ABQ63546.1 AHH30646.1 73.2 168 43 2 31 198 6 171 9.39e-81 237 ABQ63546.1 ACE88666.1 80.0 140 28 0 79 218 1 140 4.92e-75 221 ABQ63546.1 APC24336.1 67.9 112 36 0 107 218 1 112 1.92e-44 150 MCB1412915.1 MCB1412915.1 100 485 0 0 1 485 1 485 0.0 937 MCB1412915.1 WP_133179454.1 62.7 474 170 2 7 476 15 485 4.25e-202 568 MCB1412915.1 KAK48091.1 29.2 401 248 12 16 407 28 401 2.07e-24 103 MCB1412915.1 KAF8901107.1 30.5 167 111 3 66 231 78 240 5.42e-14 72.4 MCB1412915.1 WP_049005162.1 29.1 223 130 7 25 225 6 222 2.27e-13 70.1 MCB1412915.1 XP_049236752.1 21.4 229 169 3 14 232 2 229 8.10e-11 62.8 MCB1412915.1 WP_245350945.1 23.9 468 283 15 27 469 26 445 1.15e-08 55.5 MCB1412915.1 WP_255602293.1 23.6 203 121 8 28 217 26 207 1.12e-06 49.3 EUJ18213.1 EUJ18213.1 100 226 0 0 1 226 1 226 3.23e-158 435 EUJ18213.1 KAI3473816.1 47.2 53 28 0 165 217 147 199 1.81e-08 52.4 WP_022347710.1 WP_022347710.1 100 532 0 0 1 532 1 532 0.0 1080 MBE3121179.1 MBE3121179.1 100 105 0 0 1 105 1 105 5.71e-73 210 XP_022005570.1 XP_022005570.1 100 142 0 0 1 142 1 142 4.25e-97 274 WP_216244265.1 WP_216244265.1 100 517 0 0 1 517 1 517 0.0 982 WP_193275955.1 WP_193275955.1 100 455 0 0 1 455 1 455 3.44e-307 831 WP_193275955.1 MBU2178615.1 40.4 302 175 2 142 438 1 302 3.21e-68 218 WP_193275955.1 WP_149786838.1 41.2 97 56 1 337 432 99 195 6.50e-13 65.9 WP_193275955.1 NPV11463.1 40.2 97 57 1 305 400 69 165 8.41e-12 62.8 EDQ2752402.1 EDQ2752402.1 100 138 0 0 1 138 1 138 3.54e-94 266 WP_124996221.1 WP_124996221.1 100 145 0 0 1 145 1 145 4.26e-78 226 MBR6406611.1 MBR6406611.1 100 691 0 0 1 691 1 691 0.0 1468 MBR6406611.1 PKO20637.1 32.9 519 235 18 124 625 2 424 1.18e-72 241 MBR6406611.1 MBP7746105.1 29.1 550 311 17 126 638 278 785 1.04e-58 211 MBR6406611.1 WP_125555296.1 25.8 225 100 8 187 392 27 203 1.87e-12 68.6 MBS6066499.1 MBS6066499.1 100 146 0 0 1 146 1 146 4.55e-103 289 XP_029123601.1 XP_029123601.1 100 2578 0 0 1 2578 1 2578 0.0 4875 XP_029123601.1 KAI6685811.1 33.6 2104 1098 53 478 2461 155 2079 1.54e-285 904 TNE39473.1 TNE39473.1 100 175 0 0 1 175 1 175 3.97e-127 352 WP_223565913.1 WP_223565913.1 100 402 0 0 1 402 1 402 1.09e-299 808 WP_223565913.1 WP_117183207.1 47.4 392 198 4 11 399 12 398 1.21e-129 377 MCI8760428.1 MCI8760428.1 100 211 0 0 1 211 1 211 5.02e-150 413 XP_031982117.1 XP_031982117.1 100 715 0 0 1 715 1 715 0.0 1366 XP_031982117.1 XP_028702799.1 41.7 72 40 2 29 99 1024 1094 1.02e-09 60.5 MBT3401245.1 MBT3401245.1 100 327 0 0 1 327 1 327 1.40e-248 672 HCF4435603.1 HCF4435603.1 100 698 0 0 1 698 1 698 0.0 1342 HCF4435603.1 MBT3583534.1 29.3 335 195 11 217 542 51 352 1.77e-30 123 MCF7955924.1 MCF7955924.1 100 413 0 0 1 413 1 413 2.87e-296 800 WP_237762402.1 WP_237762402.1 100 651 0 0 1 651 1 651 0.0 1296 WP_237762402.1 WP_242685612.1 39.1 634 364 11 23 650 39 656 1.58e-141 432 WP_237762402.1 WP_202291019.1 37.6 644 383 11 12 650 27 656 3.67e-136 417 WP_237762402.1 ECD4982842.1 37.4 649 369 15 23 650 34 666 8.18e-135 415 WP_237762402.1 EBS3704194.1 37.4 649 369 15 23 650 34 666 1.15e-134 415 WP_237762402.1 WP_222168304.1 34.0 529 321 13 1 516 7 520 5.37e-74 253 WP_149886053.1 WP_149886053.1 100 513 0 0 1 513 1 513 0.0 1041 WP_149886053.1 WP_007747506.1 27.2 570 332 25 1 513 1 544 6.46e-28 115 WP_109850746.1 WP_109850746.1 100 76 0 0 1 76 1 76 1.83e-49 148 XP_026175731.1 XP_026175731.1 100 312 0 0 1 312 1 312 6.57e-235 636 XP_026175731.1 NXT80179.1 27.8 216 127 8 97 299 192 391 5.46e-16 76.3 MCI0684678.1 MCI0684678.1 100 1360 0 0 1 1360 1 1360 0.0 2649 MAH46576.1 MAH46576.1 100 174 0 0 1 174 1 174 1.97e-122 340 MBS4052605.1 MBS4052605.1 100 115 0 0 1 115 1 115 6.90e-81 231 HBD3580067.1 HBD3580067.1 100 661 0 0 1 661 1 661 0.0 1326 HBD3580067.1 WP_185892671.1 46.8 630 331 3 34 660 27 655 5.77e-204 586 HBD3580067.1 WP_215391030.1 41.1 621 362 4 34 651 45 664 1.86e-169 499 YP_010013434.1 YP_010013434.1 100 188 0 0 1 188 1 188 1.17e-139 385 WP_049105913.1 WP_049105913.1 100 364 0 0 1 364 1 364 5.15e-256 694 WP_049105913.1 MBQ9979016.1 51.4 107 49 1 257 363 119 222 1.42e-31 120 WP_049105913.1 MCP4914981.1 67.2 61 20 0 271 331 155 215 5.42e-22 91.3 WP_049105913.1 MCH8269832.1 47.5 61 32 0 277 337 166 226 6.98e-10 58.2 MCQ2543220.1 MCQ2543220.1 100 214 0 0 1 214 1 214 5.03e-156 429 GCE22918.1 GCE22918.1 100 483 0 0 1 483 1 483 1.28e-263 723 WP_077093245.1 WP_077093245.1 100 317 0 0 1 317 1 317 4.55e-224 609 WP_077093245.1 WP_108024271.1 32.5 243 140 7 10 237 9 242 2.87e-21 89.4 WP_077093245.1 WP_010443651.1 34.0 188 111 2 9 196 3 177 8.54e-21 87.8 WP_077093245.1 MXY99086.1 34.6 179 105 3 19 196 1 168 1.70e-16 75.9 WP_077093245.1 WP_183882442.1 31.2 218 135 4 11 223 9 216 4.25e-16 74.7 WP_077093245.1 WP_253646963.1 31.2 189 118 4 11 196 15 194 2.64e-11 61.6 WP_077093245.1 WP_204942955.1 32.5 169 99 4 9 177 7 160 9.19e-08 50.8 WP_077093245.1 MYS73268.1 30.1 196 123 5 6 198 4 188 1.30e-05 44.3 CCX33905.1 CCX33905.1 100 432 0 0 1 432 1 432 6.97e-240 659 WP_124989189.1 WP_124989189.1 100 441 0 0 1 441 1 441 0.0 864 EEL0394597.1 EEL0394597.1 100 266 0 0 1 266 1 266 2.44e-182 499 WP_238717267.1 WP_238717267.1 100 645 0 0 1 645 1 645 0.0 1243 WP_238717267.1 KAJ2633851.1 38.4 336 192 5 4 326 6 339 3.84e-55 199 KAJ5991093.1 KAJ5991093.1 100 278 0 0 1 278 1 278 1.39e-203 554 KAJ5991093.1 OJG95819.1 37.3 193 116 4 34 224 26 215 2.78e-30 114 RCN27560.1 RCN27560.1 100 175 0 0 1 175 1 175 2.04e-120 335 MBQ3742794.1 MBQ3742794.1 100 293 0 0 1 293 1 293 9.98e-225 609 HBM7970352.1 HBM7970352.1 100 540 0 0 1 540 1 540 0.0 1083 HBM7970352.1 WP_039102441.1 32.3 495 286 12 5 457 14 501 2.36e-67 227 WP_067035785.1 WP_067035785.1 100 304 0 0 1 304 1 304 1.63e-215 587 SEP77558.1 SEP77558.1 100 603 0 0 1 603 1 603 0.0 1136 SEP77558.1 MBQ1868746.1 30.8 331 185 7 250 566 194 494 2.11e-39 151 SEP77558.1 WP_261733022.1 34.1 273 170 6 301 567 215 483 9.11e-34 135 SEP77558.1 WP_138482356.1 34.8 233 138 6 339 565 412 636 1.52e-32 132 SEP77558.1 WP_061048002.1 26.5 294 177 11 292 568 355 626 6.62e-17 82.8 MBS6296676.1 MBS6296676.1 100 862 0 0 1 862 1 862 0.0 1793 MCM4298717.1 MCM4298717.1 100 114 0 0 1 114 1 114 9.10e-81 230 MCM4298717.1 WP_267911890.1 56.8 44 19 0 7 50 3 46 4.29e-11 52.8 WP_106627677.1 WP_106627677.1 100 489 0 0 1 489 1 489 0.0 913 KAJ1958754.1 KAJ1958754.1 100 900 0 0 1 900 1 900 0.0 1617 WP_149230790.1 WP_149230790.1 100 548 0 0 1 548 1 548 0.0 1046 WP_149230790.1 MBS1636088.1 27.9 240 157 8 307 539 89 319 1.59e-11 63.9 WP_149230790.1 WP_149911652.1 33.3 111 68 3 432 540 316 422 3.61e-06 47.8 NLI68303.1 NLI68303.1 100 207 0 0 1 207 1 207 3.29e-153 421 KAB1283136.1 KAB1283136.1 100 153 0 0 1 153 1 153 2.28e-95 270 NLZ91447.1 NLZ91447.1 100 480 0 0 1 480 1 480 0.0 974 WP_241105826.1 WP_241105826.1 100 334 0 0 1 334 1 334 1.71e-248 672 WP_241105826.1 WP_180034620.1 48.6 319 161 2 14 329 12 330 1.02e-100 298 AFQ97813.1 AFQ97813.1 100 274 0 0 1 274 1 274 1.51e-205 559 AFQ97813.1 UTU41876.1 63.1 260 93 2 12 269 2 260 6.73e-111 319 AFQ97813.1 AYV64277.1 60.0 275 100 4 1 272 159 426 5.01e-107 315 AFQ97813.1 UFH83377.1 56.5 276 117 2 1 274 165 439 2.78e-96 290 WP_251874466.1 WP_251874466.1 100 341 0 0 1 341 1 341 4.89e-247 669 WP_251874466.1 WP_058635033.1 52.5 320 151 1 3 322 2 320 2.66e-112 328 WP_251874466.1 WP_234306850.1 37.7 260 157 2 43 301 42 297 1.94e-51 171 WP_251874466.1 WP_059510827.1 36.5 285 175 4 44 324 37 319 1.35e-48 164 WP_251874466.1 MBK5104727.1 38.6 223 134 2 18 237 23 245 1.62e-46 156 WP_251874466.1 MBC99785.1 32.7 269 167 5 51 306 47 314 2.76e-41 145 WP_251874466.1 WP_116701099.1 36.9 233 138 5 58 286 60 287 4.49e-41 144 WP_251874466.1 WP_012724915.1 34.8 264 153 6 58 305 56 316 2.21e-36 132 WP_251874466.1 WP_166225641.1 35.3 258 159 4 44 296 51 305 9.88e-36 132 MBE7001547.1 MBE7001547.1 100 72 0 0 1 72 1 72 4.64e-48 144 WP_019843633.1 WP_019843633.1 100 160 0 0 1 160 1 160 5.79e-115 320 XP_028702799.1 XP_028702799.1 100 1918 0 0 1 1918 1 1918 0.0 3496 XP_028702799.1 XP_031982117.1 41.7 72 40 2 1024 1094 29 99 6.20e-09 59.3 MBU4432787.1 MBU4432787.1 100 216 0 0 1 216 1 216 4.48e-160 439 MBU4432787.1 WP_149746544.1 36.5 211 117 5 10 213 6 206 1.49e-35 123 MBU4432787.1 MBF0248932.1 38.9 54 33 0 158 211 4 57 1.17e-08 48.5 WP_225239495.1 WP_225239495.1 100 479 0 0 1 479 1 479 0.0 942 GAM38698.1 GAM38698.1 100 149 0 0 1 149 1 149 1.25e-106 298 WP_069647812.1 WP_069647812.1 100 978 0 0 1 978 1 978 0.0 1944 WP_100524661.1 WP_100524661.1 100 226 0 0 1 226 1 226 1.05e-163 449 WP_068798537.1 WP_068798537.1 100 187 0 0 1 187 1 187 7.88e-133 368 WP_170382009.1 WP_170382009.1 100 328 0 0 1 328 1 328 4.12e-237 643 AXI09756.1 AXI09756.1 100 127 0 0 1 127 1 127 1.00e-56 171 WP_158161316.1 WP_158161316.1 100 200 0 0 1 200 1 200 3.70e-142 392 WP_158161316.1 WP_119328079.1 47.6 191 99 1 8 197 6 196 3.03e-56 175 WP_158161316.1 MBQ3420014.1 37.1 202 112 5 2 192 3 200 5.87e-25 95.1 HBQ61597.1 HBQ61597.1 100 171 0 0 1 171 1 171 2.05e-118 330 KAG9648608.1 KAG9648608.1 100 657 0 0 1 657 1 657 0.0 1342 WP_208823465.1 WP_208823465.1 100 304 0 0 1 304 1 304 1.93e-223 607 WP_208823465.1 MCP3872510.1 47.2 290 143 5 11 299 12 292 8.73e-88 263 EFV3192858.1 EFV3192858.1 100 159 0 0 1 159 1 159 2.73e-99 281 WP_006027485.1 WP_006027485.1 100 346 0 0 1 346 1 346 1.27e-256 694 WP_006027485.1 WP_164585387.1 53.9 343 157 1 1 342 1 343 4.77e-133 382 WP_006027485.1 KAH7252800.1 35.5 296 175 7 1 285 7 297 1.73e-49 167 WP_282014297.1 WP_282014297.1 100 365 0 0 1 365 1 365 1.51e-269 728 CAC9512212.1 CAC9512212.1 100 1259 0 0 1 1259 1 1259 0.0 2476 WP_247315376.1 WP_247315376.1 100 513 0 0 1 513 1 513 0.0 1024 MBB1664612.1 MBB1664612.1 100 19 0 0 1 19 1 19 5.99e-12 50.1 WP_159801197.1 WP_159801197.1 100 114 0 0 1 114 1 114 2.23e-81 232 HBY6471839.1 HBY6471839.1 100 25 0 0 1 25 1 25 1.75e-15 59.3 HBY6471839.1 EFW50635.1 100 17 0 0 9 25 81 97 2.56e-08 42.7 WP_125260587.1 WP_125260587.1 100 943 0 0 1 943 1 943 0.0 1876 WP_125260587.1 MBU22120.1 45.2 985 471 10 6 943 14 976 1.45e-286 820 WP_125260587.1 WP_158347019.1 36.5 933 447 17 1 921 1 800 5.42e-179 537 WP_125260587.1 MBO8485404.1 32.4 947 504 12 2 936 9 831 1.25e-157 483 WP_125260587.1 MCD6199266.1 43.6 530 289 3 402 924 293 819 4.90e-149 460 WP_125260587.1 WP_256546297.1 34.6 104 58 3 827 929 169 263 7.66e-09 56.2 WP_125260587.1 MCH4209672.1 31.0 129 68 4 808 921 475 597 9.92e-07 50.8 WP_125260587.1 MBR7834804.1 34.4 90 49 3 836 924 158 238 4.06e-06 47.8 WP_131836551.1 WP_131836551.1 100 495 0 0 1 495 1 495 0.0 974 WP_131836551.1 XP_050320449.1 48.0 479 239 4 19 494 13 484 1.61e-148 432 WP_131836551.1 WP_057201184.1 44.8 478 253 6 20 494 6 475 9.34e-126 374 WP_131836551.1 WP_008959270.1 40.9 482 275 6 16 493 9 484 3.99e-110 333 WP_131836551.1 WP_061795322.1 39.8 485 274 9 18 492 20 496 2.23e-105 322 WP_131836551.1 WP_257689765.1 37.7 469 285 4 21 488 17 479 3.07e-100 308 WP_131836551.1 WP_255965801.1 37.2 487 295 5 10 493 5 483 1.07e-96 299 WP_131836551.1 WP_108756325.1 39.3 471 277 6 21 491 9 470 3.40e-88 276 WP_131836551.1 WP_195426888.1 38.1 444 256 9 39 477 36 465 7.31e-76 245 WP_131836551.1 WP_205186167.1 35.5 422 259 5 76 493 2 414 4.93e-71 230 MCH5281797.1 MCH5281797.1 100 645 0 0 1 645 1 645 0.0 1304 WP_068156215.1 WP_068156215.1 100 930 0 0 1 930 1 930 0.0 1892 WP_068156215.1 WP_014504812.1 52.4 882 411 7 36 914 11 886 9.01e-317 893 WP_249351853.1 WP_249351853.1 100 361 0 0 1 361 1 361 3.04e-267 722 WP_249351853.1 RZI94009.1 44.1 102 56 1 237 338 1 101 5.45e-28 104 QXV60806.1 QXV60806.1 100 84 0 0 1 84 1 84 5.79e-52 155 MBU1949725.1 MBU1949725.1 100 163 0 0 1 163 1 163 1.16e-120 335 WP_163911025.1 WP_163911025.1 100 222 0 0 1 222 1 222 1.88e-155 428 WP_103186018.1 WP_103186018.1 100 291 0 0 1 291 1 291 6.21e-218 592 XP_050828762.1 XP_050828762.1 100 33 0 0 333 365 333 365 9.17e-13 67.0 WP_195426888.1 WP_195426888.1 100 490 0 0 1 490 1 490 0.0 946 WP_195426888.1 WP_205186167.1 41.7 422 238 5 74 490 4 422 1.56e-90 281 WP_195426888.1 WP_257689765.1 36.0 470 290 7 22 483 19 485 3.91e-77 248 WP_195426888.1 WP_131836551.1 38.1 444 256 9 36 465 39 477 3.44e-72 235 WP_195426888.1 WP_057201184.1 36.0 478 269 11 19 475 6 467 5.99e-70 229 WP_195426888.1 WP_255965801.1 33.3 457 294 7 33 482 31 483 9.72e-67 221 WP_195426888.1 XP_050320449.1 34.1 443 275 9 34 465 31 467 1.47e-65 218 WP_195426888.1 WP_108756325.1 32.2 441 277 6 36 465 27 456 2.08e-58 198 WP_195426888.1 WP_061795322.1 31.6 431 274 8 26 440 32 457 1.20e-53 186 WP_195426888.1 WP_232038993.1 29.0 434 289 7 58 473 54 486 2.59e-42 155 ASV44386.1 ASV44386.1 100 105 0 0 1 105 1 105 2.61e-78 223 MCI8395767.1 MCI8395767.1 100 175 0 0 1 175 1 175 3.27e-126 350 WP_085524223.1 WP_085524223.1 100 235 0 0 1 235 1 235 1.32e-166 457 WP_093727561.1 WP_093727561.1 100 67 0 0 1 67 1 67 6.94e-41 126 MBD1933857.1 MBD1933857.1 100 245 0 0 1 245 1 245 3.12e-154 427 MBD1933857.1 WP_124977341.1 52.4 233 102 2 14 238 38 269 1.18e-55 177 TCJ90160.1 TCJ90160.1 100 396 0 0 1 396 1 396 1.17e-275 746 EKD82894.1 EKD82894.1 100 472 0 0 1 472 1 472 0.0 928 WP_242018727.1 WP_242018727.1 100 184 0 0 1 184 1 184 2.10e-131 364 WP_242018727.1 WP_184066976.1 62.8 145 54 0 16 160 19 163 8.50e-57 175 WP_242018727.1 KAG7462864.1 40.2 97 56 2 79 173 1 97 1.67e-14 68.6 SIS29303.1 SIS29303.1 100 68 0 0 1 68 1 68 7.44e-41 126 XP_048228476.1 XP_048228476.1 100 354 0 0 1 354 1 354 5.19e-260 703 XP_048228476.1 XP_043718329.1 41.2 347 174 2 12 328 40 386 3.06e-84 259 XP_048228476.1 XP_022745130.1 38.8 139 49 3 237 339 15 153 7.65e-20 84.0 MCH8904788.1 MCH8904788.1 100 582 0 0 1 582 1 582 0.0 1109 MCH8904788.1 MBQ1196899.1 37.3 354 217 4 9 359 7 358 8.56e-69 231 MCH8904788.1 WP_280949002.1 42.0 286 158 3 8 289 15 296 8.62e-60 208 MCH8904788.1 MCF1439711.1 47.3 74 38 1 8 81 7 79 4.24e-18 77.8 WP_234970720.1 WP_234970720.1 100 328 0 0 1 328 1 328 3.03e-239 649 MBQ8958073.1 MBQ8958073.1 100 570 0 0 1 570 1 570 0.0 1159 WP_204806484.1 WP_204806484.1 100 116 0 0 1 116 1 116 1.97e-76 219 WP_087711902.1 WP_087711902.1 100 121 0 0 1 121 1 121 1.65e-84 240 WP_203562037.1 WP_203562037.1 100 466 0 0 1 466 1 466 1.63e-227 630 WP_203562037.1 WP_063706594.1 30.1 143 88 3 325 466 678 809 1.58e-09 58.5 MCQ2617452.1 MCQ2617452.1 100 483 0 0 1 483 1 483 0.0 912 MCQ2617452.1 WP_154503573.1 47.2 108 53 2 9 112 13 120 5.19e-13 69.3 WP_201520784.1 WP_201520784.1 100 285 0 0 1 285 1 285 2.49e-205 559 WP_201520784.1 MCP4774001.1 43.8 265 131 6 30 279 23 284 9.72e-57 182 WP_201520784.1 WP_103270848.1 32.0 247 154 7 30 273 26 261 1.41e-28 108 WP_185496123.1 WP_185496123.1 100 755 0 0 1 755 1 755 0.0 1477 WP_185496123.1 WP_278906630.1 21.4 468 298 17 201 615 5 455 2.72e-04 42.7 MBR3968535.1 MBR3968535.1 100 314 0 0 1 314 1 314 1.23e-176 489 MBR3968535.1 UCF87976.1 38.0 192 118 1 4 195 9 199 4.69e-37 131 NDE79167.1 NDE79167.1 100 117 0 0 1 117 1 117 1.09e-87 248 MCS6915397.1 MCS6915397.1 100 641 0 0 1 641 1 641 0.0 1257 MBB4243944.1 MBB4243944.1 100 68 0 0 1 68 1 68 3.50e-48 144 MBK8326393.1 MBK8326393.1 100 263 0 0 1 263 1 263 2.29e-190 520 MBK8326393.1 WP_042648904.1 50.6 261 129 0 3 263 4 264 6.38e-90 265 MBK8326393.1 NKB40192.1 41.3 254 146 3 12 263 29 281 8.98e-57 181 MCB1072350.1 MCB1072350.1 100 420 0 0 1 420 1 420 2.44e-312 841 NJP20283.1 NJP20283.1 100 171 0 0 1 171 1 171 1.09e-113 318 MCB0342695.1 MCB0342695.1 100 92 0 0 1 92 1 92 5.76e-59 190 MBI9015564.1 MBI9015564.1 100 62 0 0 1 62 1 62 7.09e-32 103 WP_186214732.1 WP_186214732.1 100 127 0 0 1 127 1 127 3.81e-86 245 WP_055486904.1 WP_055486904.1 100 624 0 0 1 624 1 624 0.0 1026 WP_055486904.1 MBL8169415.1 29.8 191 114 4 262 443 374 553 1.44e-10 62.4 KAJ9212931.1 KAJ9212931.1 100 626 0 0 1 626 1 626 0.0 1156 WP_262510814.1 WP_262510814.1 100 42 0 0 1 42 1 42 6.90e-26 86.7 KAI6876782.1 KAI6876782.1 100 240 0 0 1 240 1 240 1.00e-168 463 WP_164166542.1 WP_164166542.1 100 200 0 0 1 200 1 200 4.69e-145 400 WP_024039518.1 WP_024039518.1 100 431 0 0 1 431 1 431 1.80e-315 850 WP_024039518.1 WP_262452366.1 32.3 433 268 6 11 427 7 430 1.24e-61 204 WP_024039518.1 WP_058738289.1 31.3 418 267 13 13 421 8 414 2.36e-54 185 WP_024039518.1 MXI78925.1 28.8 219 134 7 107 323 2 200 6.23e-20 85.9 MBP9926316.1 MBP9926316.1 100 224 0 0 1 224 1 224 1.23e-161 444 NLF87571.1 NLF87571.1 100 140 0 0 1 140 1 140 3.96e-101 284 WP_033667247.1 WP_033667247.1 100 256 0 0 1 256 1 256 6.60e-166 457 WP_005582143.1 WP_005582143.1 100 205 0 0 1 205 1 205 5.83e-137 380 WP_074121838.1 WP_074121838.1 100 233 0 0 1 233 1 233 2.45e-161 444 XP_036400802.1 XP_036400802.1 100 322 0 0 1 322 1 322 3.14e-238 645 XP_022242849.1 XP_022242849.1 100 903 0 0 1 903 1 903 0.0 1772 XP_022242849.1 XP_019384620.1 27.3 476 285 16 435 898 486 912 1.01e-34 141 XP_022242849.1 XP_014030939.2 24.5 351 188 10 556 897 791 1073 3.65e-16 82.0 WP_136055013.1 WP_136055013.1 100 246 0 0 1 246 1 246 4.95e-172 472 OAL01167.1 OAL01167.1 100 267 0 0 1 267 1 267 2.95e-179 492 QUL58516.1 QUL58516.1 100 289 0 0 1 289 1 289 1.69e-205 560 QUL58516.1 WP_213520007.1 36.5 282 174 4 1 281 18 295 2.50e-53 174 MBO7265633.1 MBO7265633.1 100 85 0 0 1 85 1 85 1.30e-53 159 USL51576.1 USL51576.1 100 1270 0 0 1 1270 1 1270 0.0 2356 USL51576.1 UPU53169.1 95.9 1270 52 0 1 1270 1 1270 0.0 2345 USL51576.1 UYC71619.1 95.7 1270 52 1 1 1270 1 1268 0.0 2332 USL51576.1 UHB14670.1 93.6 1273 77 2 1 1270 1 1271 0.0 2274 USL51576.1 UIX40308.1 93.4 1273 79 2 1 1270 1 1271 0.0 2268 USL51576.1 UDK40309.1 93.2 1273 82 2 1 1270 1 1271 0.0 2258 USL51576.1 QUE11983.1 90.6 1273 114 3 1 1270 1 1270 0.0 2180 USL51576.1 UGX22439.1 90.0 1273 122 2 1 1270 1 1271 0.0 2163 USL51576.1 UBN63752.1 88.9 1273 135 3 1 1270 1 1270 0.0 2128 USL51576.1 QUM20585.1 86.8 1273 164 2 1 1270 1 1272 0.0 2068 USL51576.1 UZH89542.1 87.5 1273 154 2 1 1270 1 1271 0.0 2062 USL51576.1 QVX70521.1 85.3 1273 184 1 1 1270 1 1273 0.0 2026 USL51576.1 QXI91160.1 81.7 1273 229 2 1 1270 1 1272 0.0 1902 USL51576.1 UUS71569.1 70.2 1273 376 1 1 1270 1 1273 0.0 1433 USL51576.1 UHK01047.1 58.4 1273 527 1 1 1270 1 1273 0.0 1197 WP_203203455.1 WP_203203455.1 100 782 0 0 1 782 1 782 0.0 1516 WP_203203455.1 WP_153656540.1 59.4 763 300 3 20 781 4 757 2.59e-320 891 WP_203203455.1 CFU01724.1 67.0 88 29 0 692 779 1 88 1.03e-31 117 WP_258699485.1 WP_258699485.1 100 587 0 0 1 587 1 587 0.0 1164 WP_048222205.1 WP_048222205.1 100 450 0 0 1 450 1 450 0.0 915 MBE3049203.1 MBE3049203.1 100 134 0 0 1 134 1 134 1.52e-93 264 MBE3049203.1 KAI1051942.1 55.2 134 60 0 1 134 296 429 1.86e-44 152 MBE3049203.1 TVO55343.1 32.8 119 71 3 2 115 97 211 8.27e-11 56.6 MBJ08097.1 MBJ08097.1 100 139 0 0 1 139 1 139 1.09e-93 265 XP_054805378.1 XP_054805378.1 100 209 0 0 1 209 1 209 5.24e-151 416 WP_024270964.1 WP_024270964.1 100 239 0 0 1 239 1 239 1.05e-174 478 WP_024270964.1 PLU16997.1 28.1 256 153 5 12 238 54 307 9.19e-18 79.0 WP_204224003.1 WP_204224003.1 100 184 0 0 1 184 1 184 9.27e-135 372 PIE36668.1 PIE36668.1 100 258 0 0 1 258 1 258 3.94e-184 503 HDK38158.1 HDK38158.1 100 377 0 0 1 377 1 377 4.51e-268 726 GAF66133.1 GAF66133.1 100 572 0 0 1 572 1 572 0.0 1103 GAF66133.1 HBL3458524.1 42.1 575 317 6 1 569 1 565 8.04e-147 433 WP_087085326.1 WP_087085326.1 100 256 0 0 1 256 1 256 2.44e-177 486 WP_087085326.1 WP_042650033.1 34.6 260 155 2 1 256 1 249 8.20e-37 129 WP_087085326.1 WP_183882442.1 38.7 191 114 1 5 192 4 194 1.21e-32 117 WP_087085326.1 WP_281054160.1 30.6 252 162 5 5 253 8 249 9.23e-25 97.4 WP_087085326.1 KAG2346037.1 29.1 254 173 4 10 256 16 269 1.26e-20 86.7 WP_087085326.1 CCK15435.1 32.4 111 66 2 150 256 1 106 9.13e-08 47.8 EKY24506.1 EKY24506.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_015138129.1 WP_015138129.1 100 117 0 0 1 117 1 117 1.38e-81 233 EFA5158712.1 EFA5158712.1 100 258 0 0 1 258 1 258 3.51e-187 511 CUX17903.1 CUX17903.1 100 338 0 0 1 338 1 338 1.73e-259 701 CUX17903.1 MCC5885453.1 44.3 327 173 7 15 338 57 377 2.05e-84 258 WP_176462507.1 WP_176462507.1 100 809 0 0 1 809 1 809 0.0 1573 WP_048370512.1 WP_048370512.1 100 438 0 0 1 438 1 438 4.64e-301 814 WP_048370512.1 MBO5908692.1 54.0 124 57 0 298 421 1 124 2.05e-44 149 XP_031360469.1 XP_031360469.1 100 94 0 0 1 94 1 94 1.27e-64 188 WP_186101535.1 WP_186101535.1 100 732 0 0 1 732 1 732 0.0 1531 WP_186101535.1 NET38287.1 45.9 750 368 10 8 727 6 747 4.14e-222 639 WP_197052899.1 WP_197052899.1 100 242 0 0 1 242 1 242 1.48e-171 470 KAG2061513.1 KAG2061513.1 100 396 0 0 1 396 1 396 6.86e-284 767 WP_249930443.1 WP_249930443.1 100 532 0 0 1 532 1 532 0.0 1001 WP_249930443.1 WP_200037957.1 27.0 233 161 4 287 515 1140 1367 5.86e-16 79.7 KAB7776415.1 KAB7776415.1 100 393 0 0 1 393 1 393 4.38e-274 742 KAB7776415.1 WP_160923791.1 52.9 380 170 4 1 379 3 374 2.14e-110 327 WP_226360036.1 WP_226360036.1 100 138 0 0 1 138 1 138 5.23e-96 271 WP_226360036.1 WP_161061319.1 51.1 137 65 1 4 138 7 143 1.73e-42 135 WP_226360036.1 WP_004957233.1 50.0 132 64 2 4 134 8 138 4.69e-37 122 KAG6208320.1 KAG6208320.1 100 328 0 0 1 328 1 328 7.84e-226 615 KAF8844043.1 KAF8844043.1 100 460 0 0 1 460 1 460 4.52e-316 859 WP_014657023.1 WP_014657023.1 100 522 0 0 1 522 1 522 0.0 1032 WP_014657023.1 MYD56339.1 28.4 194 120 4 30 222 33 208 1.69e-14 73.2 WP_014657023.1 WP_105160947.1 30.5 197 120 7 34 228 347 528 7.52e-10 59.7 WP_014657023.1 WP_247749043.1 26.3 213 133 7 33 229 388 592 9.01e-09 56.2 WP_013017739.1 WP_013017739.1 100 293 0 0 1 293 1 293 7.25e-218 592 WP_012456188.1 WP_012456188.1 100 294 0 0 1 294 1 294 4.60e-185 509 MBI5477481.1 MBI5477481.1 100 61 0 0 1 61 1 61 5.75e-44 133 WP_018996200.1 WP_018996200.1 100 186 0 0 1 186 1 186 2.27e-136 377 WP_235104528.1 WP_235104528.1 100 137 0 0 1 137 1 137 7.75e-102 285 WP_207517291.1 WP_207517291.1 100 155 0 0 1 155 1 155 3.26e-114 318 AMB21424.1 AMB21424.1 100 552 0 0 1 552 1 552 0.0 1045 MBI3058450.1 MBI3058450.1 100 349 0 0 1 349 1 349 7.17e-244 662 CPW15624.1 CPW15624.1 100 188 0 0 1 188 1 188 2.02e-140 387 WP_220281278.1 WP_220281278.1 100 814 0 0 1 814 1 814 0.0 1664 WP_220281278.1 HAL7851047.1 69.0 649 195 4 170 814 1 647 0.0 933 WP_220281278.1 HCH8663031.1 50.1 805 385 9 16 813 14 808 1.90e-271 769 WP_220281278.1 EJH9475741.1 33.3 757 411 30 109 813 46 760 5.31e-92 304 WP_220281278.1 WP_184698676.1 30.0 720 427 19 129 812 72 750 1.52e-80 273 WP_220281278.1 WP_265822109.1 26.0 868 465 32 14 768 6 809 1.19e-47 181 WP_220281278.1 WP_081845076.1 23.7 773 488 30 67 804 43 748 8.75e-30 124 WP_220281278.1 MCK9371657.1 22.3 506 323 18 58 542 2 458 7.47e-16 80.1 WP_220281278.1 EFT8991253.1 25.6 250 154 9 76 300 121 363 7.09e-11 64.3 MCK4862399.1 MCK4862399.1 100 236 0 0 1 236 1 236 5.17e-169 463 HBP5520355.1 HBP5520355.1 100 654 0 0 1 654 1 654 0.0 1316 WP_230171322.1 WP_230171322.1 100 1065 0 0 1 1065 1 1065 0.0 2071 WP_230171322.1 WP_200543170.1 42.9 431 236 3 589 1014 259 684 1.64e-104 341 WP_230171322.1 HAB03480.1 37.0 552 320 10 486 1014 537 1083 6.89e-97 330 WP_230171322.1 CKF71070.1 34.8 485 295 4 549 1013 254 737 2.23e-87 296 WP_230171322.1 WP_126679569.1 33.4 524 331 9 511 1019 279 799 7.12e-61 222 WP_230171322.1 MBF0143407.1 34.0 435 278 6 593 1020 627 1059 8.05e-59 218 WP_230171322.1 WP_159812831.1 39.0 159 96 1 602 759 245 403 7.34e-26 110 WP_230171322.1 WP_029222917.1 34.5 171 100 5 607 773 323 485 1.44e-19 91.7 WP_230171322.1 WP_107169208.1 36.1 169 92 5 603 763 202 362 3.75e-18 85.9 WP_230171322.1 WP_000484099.1 33.5 167 104 4 597 760 202 364 5.49e-18 85.5 WP_230171322.1 HCN71343.1 36.8 125 78 1 636 760 8 131 5.95e-18 79.7 WP_230171322.1 EGR2272270.1 29.1 213 100 2 599 760 462 674 7.88e-18 87.0 WP_230171322.1 MBI5333464.1 33.1 169 110 3 594 760 219 386 6.87e-17 82.4 WP_230171322.1 MCJ2541369.1 41.4 99 54 1 777 871 84 182 7.42e-17 78.2 WP_230171322.1 MBK6870374.1 34.0 153 92 5 609 759 1 146 1.70e-15 74.7 WP_127958949.1 WP_127958949.1 100 201 0 0 1 201 1 201 3.05e-146 403 KAJ2127656.1 KAJ2127656.1 100 190 0 0 1 190 1 190 2.82e-107 303 AGC97326.1 AGC97326.1 100 241 0 0 1 241 1 241 8.61e-175 478 AGC97326.1 ACO35565.1 79.7 241 49 0 1 241 3 243 2.93e-141 394 AGC97326.1 AAX94106.1 86.9 222 29 0 1 222 210 431 1.26e-139 397 AGC97326.1 AGC74998.1 86.4 214 29 0 16 229 1 214 2.99e-135 377 AGC97326.1 APC24336.1 69.2 240 72 1 1 240 133 370 5.21e-120 345 RDU38945.1 RDU38945.1 100 187 0 0 1 187 1 187 4.41e-139 384 RDU38945.1 WP_231355705.1 33.8 65 40 1 107 171 645 706 1.42e-04 40.0 WP_275700896.1 WP_275700896.1 100 411 0 0 1 411 1 411 0.0 865 WP_275700896.1 MBP7746105.1 24.0 458 246 16 30 400 341 783 3.48e-22 97.4 WP_275700896.1 WP_125555296.1 22.0 386 212 12 2 314 3 372 1.20e-15 77.0 MCO4653091.1 MCO4653091.1 100 276 0 0 1 276 1 276 1.02e-204 557 NHW60074.1 NHW60074.1 100 68 0 0 1 68 1 68 1.11e-33 108 OQY98020.1 OQY98020.1 100 129 0 0 1 129 1 129 3.37e-90 255 MBL4853947.1 MBL4853947.1 100 385 0 0 1 385 1 385 3.07e-295 795 MBL4853947.1 WP_083349422.1 49.5 394 187 3 1 383 1 393 5.23e-136 392 MBL4853947.1 XP_027540421.1 28.9 349 224 7 51 383 66 406 2.60e-37 137 MBL4853947.1 WP_019444443.1 29.1 326 204 9 76 383 4 320 9.55e-32 120 MBL4853947.1 WP_145937814.1 28.6 203 136 5 51 247 43 242 5.71e-16 77.0 MBL4853947.1 WP_275495439.1 26.9 156 98 8 93 237 86 236 1.43e-05 45.1 NVK06315.1 NVK06315.1 100 207 0 0 1 207 1 207 2.82e-154 424 WP_001203076.1 WP_001203076.1 100 419 0 0 1 419 1 419 8.65e-301 812 WP_248055680.1 WP_248055680.1 100 180 0 0 1 180 1 180 6.83e-135 372 PWI17876.1 PWI17876.1 100 126 0 0 1 126 1 126 1.06e-87 249 MCD6199266.1 MCD6199266.1 100 821 0 0 1 821 1 821 0.0 1637 MCD6199266.1 WP_125260587.1 43.7 529 288 3 293 818 402 923 3.28e-148 457 MCD6199266.1 WP_158347019.1 35.0 842 473 16 6 817 4 801 2.56e-145 446 MCD6199266.1 MBU22120.1 41.1 526 292 4 297 816 441 954 6.88e-130 410 MCD6199266.1 MBO8485404.1 30.6 844 525 15 6 821 11 821 1.76e-112 360 MCD6199266.1 WP_253620872.1 33.1 121 79 2 682 800 414 534 2.09e-12 69.3 MCD6199266.1 WP_256546297.1 34.1 126 72 5 368 492 156 271 2.07e-08 54.7 WP_275889644.1 WP_275889644.1 100 237 0 0 1 237 1 237 2.22e-184 502 MBR4375795.1 MBR4375795.1 100 222 0 0 1 222 1 222 1.74e-160 441 MBR4375795.1 XP_048189479.1 33.0 185 116 6 6 185 10 191 5.40e-15 69.7 HCD1639688.1 HCD1639688.1 100 230 0 0 1 230 1 230 3.00e-165 453 MCQ2150528.1 MCQ2150528.1 100 383 0 0 1 383 1 383 1.65e-273 740 CAI2795006.1 CAI2795006.1 100 539 0 0 1 539 1 539 0.0 1001 CAI2795006.1 NEB02235.1 47.1 429 225 2 100 527 27 454 1.20e-121 364 CAI2795006.1 WP_032407714.1 27.3 472 286 11 91 528 5 453 2.14e-31 125 MBE6900854.1 MBE6900854.1 100 394 0 0 1 394 1 394 2.33e-290 783 MBE6900854.1 WP_106587829.1 56.3 378 164 1 4 381 10 386 1.10e-147 422 MBE6900854.1 RLD79060.1 49.9 389 192 3 3 390 13 399 8.50e-130 377 MBE6900854.1 MBI3668312.1 50.8 181 83 1 213 387 63 243 1.02e-55 182 AHG02917.1 AHG02917.1 100 315 0 0 1 315 1 315 6.35e-214 583 AHG02917.1 MBX7055839.1 40.5 321 169 3 5 308 8 323 4.93e-70 219 AHG02917.1 MBE7554905.1 32.6 337 195 2 1 308 1 334 2.74e-56 184 AHG02917.1 WP_239280620.1 36.7 313 185 4 5 309 11 318 3.05e-54 178 AHG02917.1 MBB3097508.1 34.2 301 191 3 13 311 2 297 3.77e-44 151 AHG02917.1 WP_208042111.1 29.2 315 209 4 1 307 1 309 2.39e-35 128 AHG02917.1 MBW2176475.1 31.0 252 166 1 67 310 165 416 2.14e-33 125 AHG02917.1 KAB2860347.1 47.0 117 62 0 195 311 1 117 3.32e-30 109 MBQ6038336.1 MBQ6038336.1 100 322 0 0 1 322 1 322 2.28e-231 628 WP_279293890.1 WP_279293890.1 100 428 0 0 1 428 1 428 6.81e-298 805 WP_279293890.1 WP_049005162.1 33.3 393 250 7 2 390 7 391 1.87e-54 185 WP_279293890.1 MBV8506574.1 33.8 364 225 6 64 421 1 354 2.63e-54 183 QNW05614.1 QNW05614.1 100 311 0 0 1 311 1 311 4.41e-228 619 MBQ1868746.1 MBQ1868746.1 100 652 0 0 1 652 1 652 0.0 1274 MBQ1868746.1 TAL20232.1 33.9 389 236 11 253 629 218 597 1.40e-53 192 MBQ1868746.1 WP_138482356.1 31.1 402 251 7 252 642 401 787 3.83e-47 177 MBQ1868746.1 WP_007356512.1 30.0 416 263 8 248 641 727 1136 8.92e-47 176 MBQ1868746.1 KFX48203.1 27.2 536 241 13 257 649 681 1210 2.46e-42 163 MBQ1868746.1 WP_200037957.1 28.7 488 310 14 166 637 911 1376 8.32e-42 161 MBQ1868746.1 SEP77558.1 30.8 331 185 7 194 494 250 566 1.25e-39 152 MBQ1868746.1 EDN57974.1 34.2 231 142 5 263 489 398 622 1.60e-33 135 MBQ1868746.1 WP_212961195.1 24.7 438 274 7 255 648 412 837 1.93e-30 126 MBQ1868746.1 PSQ73325.1 32.6 258 157 6 249 498 596 844 1.15e-29 123 MBQ1868746.1 MBN8606766.1 30.7 254 163 4 253 502 569 813 2.54e-29 122 MBQ1868746.1 WP_076194242.1 28.9 225 150 4 271 493 242 458 3.95e-25 107 MBQ1868746.1 MBO8233644.1 24.4 258 183 6 232 487 123 370 5.19e-19 87.8 MBQ1868746.1 MBS1636088.1 26.2 237 165 4 256 491 90 317 1.10e-18 85.9 MBQ1868746.1 EJF06804.1 29.6 125 79 3 519 640 1 119 3.47e-10 60.1 MBQ1868746.1 MBP1530348.1 29.5 132 83 3 521 650 4 127 6.01e-10 58.2 MBQ1868746.1 WP_010434011.1 22.3 264 179 7 238 494 344 588 1.83e-06 49.3 MBQ1868746.1 WP_188888464.1 30.6 121 75 4 519 637 3 116 6.70e-04 40.0 EED80871.1 EED80871.1 100 546 0 0 1 546 1 546 0.0 949 WP_083944445.1 WP_083944445.1 100 352 0 0 1 352 1 352 6.38e-269 726 DAS51312.1 DAS51312.1 100 252 0 0 1 252 1 252 1.69e-150 418 EGH2885952.1 EGH2885952.1 100 3815 0 0 1 3815 1 3815 0.0 6888 MCP4417814.1 MCP4417814.1 100 263 0 0 1 263 1 263 9.80e-201 546 WP_230700203.1 WP_230700203.1 100 265 0 0 1 265 1 265 1.27e-188 515 XP_020469382.1 XP_020469382.1 100 227 0 0 1 227 1 227 1.61e-163 449 MBR5475092.1 MBR5475092.1 100 147 0 0 1 147 1 147 1.71e-103 290 NQD93247.1 NQD93247.1 100 105 0 0 1 105 1 105 9.09e-79 224 MBW0490175.1 MBW0490175.1 100 536 0 0 1 536 1 536 0.0 1060 MBT5105952.1 MBT5105952.1 100 303 0 0 1 303 1 303 4.85e-212 578 KAJ5673421.1 KAJ5673421.1 100 601 0 0 1 601 1 601 0.0 1167 GBC87342.1 GBC87342.1 100 256 0 0 1 256 1 256 2.15e-171 471 GBC87342.1 MBQ6815353.1 32.0 147 95 2 102 246 117 260 9.59e-16 73.2 WP_097242040.1 WP_097242040.1 100 696 0 0 1 696 1 696 0.0 1251 WP_126547421.1 WP_126547421.1 100 884 0 0 1 884 1 884 0.0 1734 WP_126547421.1 WP_017166220.1 38.7 388 201 11 121 478 22 402 4.62e-55 194 WP_126547421.1 MBN8831519.1 29.9 201 110 8 86 272 3 186 1.93e-10 62.8 WP_093699720.1 WP_093699720.1 100 290 0 0 1 290 1 290 1.72e-219 595 ECC1749556.1 ECC1749556.1 100 103 0 0 1 103 1 103 2.09e-74 213 ECC1749556.1 WP_279595826.1 55.1 107 35 2 9 102 19 125 5.31e-33 118 WP_145544593.1 WP_145544593.1 100 519 0 0 1 519 1 519 0.0 1004 WP_145544593.1 MBI5333464.1 39.0 187 105 3 342 519 205 391 1.99e-26 109 WP_145544593.1 WP_269885397.1 38.2 170 98 2 357 519 103 272 8.19e-26 105 WP_145544593.1 WP_000484099.1 37.6 165 96 3 361 518 204 368 3.56e-24 102 WP_145544593.1 MBK6870374.1 40.9 149 85 3 371 516 1 149 8.73e-24 97.4 WP_145544593.1 WP_126679569.1 35.7 168 100 4 359 518 367 534 1.36e-21 97.1 WP_145544593.1 WP_200543170.1 36.9 160 93 4 366 517 274 433 3.57e-20 92.4 WP_145544593.1 WP_107169208.1 38.3 167 94 6 352 509 188 354 2.06e-19 88.2 WP_145544593.1 EJF06804.1 36.4 173 94 6 361 518 135 306 3.64e-19 86.7 WP_145544593.1 EGR2272270.1 40.8 130 72 2 393 517 548 677 4.50e-19 89.0 WP_145544593.1 HAB03480.1 37.8 180 99 6 352 518 647 826 8.08e-19 88.6 WP_145544593.1 WP_255266214.1 36.5 156 94 3 361 512 291 445 1.25e-18 87.0 WP_145544593.1 WP_023050329.1 31.8 157 103 3 356 509 193 348 3.11e-15 75.5 WP_145544593.1 WP_018646673.1 26.8 179 122 4 349 518 508 686 5.63e-11 63.5 WP_145544593.1 MBT3459335.1 37.2 94 52 3 349 435 184 277 1.16e-07 51.6 WP_203771012.1 WP_203771012.1 100 503 0 0 1 503 1 503 0.0 971 WP_203771012.1 WP_266784861.1 29.9 291 174 12 73 360 200 463 2.01e-23 101 HBS26035.1 HBS26035.1 100 67 0 0 1 67 1 67 9.51e-39 120 WP_263867815.1 WP_263867815.1 100 93 0 0 1 93 1 93 3.98e-63 184 WP_002803816.1 WP_002803816.1 100 124 0 0 1 124 1 124 3.14e-70 204 WP_205186167.1 WP_205186167.1 100 422 0 0 1 422 1 422 4.45e-300 810 WP_205186167.1 WP_195426888.1 41.7 422 238 5 4 422 74 490 1.49e-89 278 WP_205186167.1 WP_057201184.1 37.8 429 248 7 4 421 61 481 9.13e-71 229 WP_205186167.1 WP_131836551.1 35.5 422 259 5 2 414 76 493 5.54e-67 219 WP_205186167.1 WP_257689765.1 36.3 355 219 4 61 411 130 481 1.44e-64 213 WP_205186167.1 WP_255965801.1 33.0 415 271 4 5 415 73 484 1.59e-61 205 WP_205186167.1 XP_050320449.1 32.7 422 267 8 1 414 71 483 2.26e-53 183 WP_205186167.1 WP_108756325.1 34.5 412 251 6 4 407 65 465 2.70e-49 172 WP_205186167.1 WP_061795322.1 32.3 430 259 13 4 413 79 496 9.56e-49 171 WP_205186167.1 WP_257633067.1 29.2 161 98 5 76 225 121 276 9.86e-05 42.7 NEQ77371.1 NEQ77371.1 100 536 0 0 1 536 1 536 0.0 1046 MBQ1823017.1 MBQ1823017.1 100 282 0 0 1 282 1 282 4.04e-189 518 XP_020476240.1 XP_020476240.1 100 2965 0 0 1 2965 1 2965 0.0 5144 AYV78736.1 AYV78736.1 100 438 0 0 1 438 1 438 8.89e-312 843 MCI54718.1 MCI54718.1 100 77 0 0 1 77 1 77 1.49e-53 159 WP_062003339.1 WP_062003339.1 100 114 0 0 1 114 1 114 4.68e-83 236 WP_258236293.1 WP_258236293.1 100 73 0 0 1 73 1 73 1.83e-32 105 HIZ10317.1 HIZ10317.1 100 233 0 0 1 233 1 233 8.19e-160 440 HIZ10317.1 MBQ7587638.1 48.2 218 106 2 10 226 11 222 8.86e-59 184 HIZ10317.1 WP_007556065.1 42.6 230 126 3 2 230 3 227 2.68e-52 167 HIZ10317.1 WP_268276024.1 50.6 89 44 0 1 89 2 90 2.11e-21 83.6 MBK7750076.1 MBK7750076.1 100 1114 0 0 1 1114 1 1114 0.0 2116 WP_149406163.1 WP_149406163.1 100 307 0 0 1 307 1 307 1.11e-219 597 WP_149406163.1 WP_213449477.1 49.0 310 139 4 1 307 1 294 6.78e-93 276 WP_142133210.1 WP_142133210.1 100 251 0 0 1 251 1 251 9.62e-177 484 WP_142133210.1 WP_115992495.1 54.4 248 107 2 10 251 1 248 2.45e-85 253 WP_142133210.1 WP_222125851.1 49.0 243 119 1 10 247 1 243 9.29e-80 238 WP_142133210.1 WP_279984614.1 49.6 250 118 3 10 251 9 258 9.05e-77 231 WP_142133210.1 WP_008470196.1 49.6 236 119 0 10 245 9 244 1.95e-75 228 WP_142133210.1 WP_072380563.1 42.9 240 134 1 10 246 1 240 1.03e-60 190 WP_142133210.1 MWR41881.1 38.7 225 130 4 26 245 44 265 3.40e-46 153 WP_142133210.1 WP_258581409.1 38.4 229 135 3 9 236 2 225 3.01e-44 151 WP_142133210.1 WP_215557653.1 43.8 208 112 5 22 226 19 224 1.02e-43 147 WP_142133210.1 WP_140480909.1 34.4 244 153 4 6 247 8 246 1.44e-40 141 WP_142133210.1 WP_109219819.1 36.7 240 146 3 10 248 17 251 3.38e-40 140 WP_142133210.1 MCF7808720.1 37.9 206 123 5 26 228 26 229 1.46e-34 122 WP_142133210.1 WP_145468487.1 38.3 183 109 4 25 204 25 206 3.05e-33 119 WP_142133210.1 MBQ8297564.1 30.6 219 125 5 26 231 350 554 7.77e-17 77.8 WP_160354134.1 WP_160354134.1 100 212 0 0 1 212 1 212 1.14e-151 417 WP_073017683.1 WP_073017683.1 100 176 0 0 1 176 1 176 1.01e-134 372 MBO6826978.1 MBO6826978.1 100 188 0 0 1 188 1 188 1.86e-136 377 WP_237025736.1 WP_237025736.1 100 830 0 0 1 830 1 830 0.0 1330 AAZ73234.1 AAZ73234.1 100 138 0 0 1 138 1 138 8.03e-100 280 WP_167324608.1 WP_167324608.1 100 483 0 0 1 483 1 483 0.0 972 WP_167324608.1 MBY0289623.1 31.0 287 177 4 1 287 1 266 8.54e-37 138 MBF7068745.1 MBF7068745.1 100 216 0 0 1 216 1 216 2.11e-117 331 WP_002598431.1 WP_002598431.1 100 58 0 0 1 58 1 58 2.05e-27 91.7 XP_010216383.1 XP_010216383.1 100 236 0 0 1 236 1 236 1.75e-176 482 WP_238741277.1 WP_238741277.1 100 135 0 0 1 135 1 135 6.41e-91 258 WP_175395805.1 WP_175395805.1 100 249 0 0 1 249 1 249 8.33e-186 507 WP_175395805.1 WP_087918330.1 50.0 246 123 0 1 246 1 246 1.29e-87 258 WP_175395805.1 NET00292.1 41.3 247 143 2 2 246 25 271 5.03e-65 202 WP_125933644.1 WP_125933644.1 100 384 0 0 1 384 1 384 2.64e-275 744 MBR4207675.1 MBR4207675.1 100 937 0 0 1 937 1 937 0.0 1691 AOR13807.1 AOR13807.1 100 198 0 0 1 198 1 198 3.56e-139 385 AOR13807.1 ADW49125.1 79.8 198 40 0 1 198 2 199 7.56e-112 316 AOR13807.1 AVM35379.1 77.3 198 45 0 1 198 5 202 2.29e-109 310 AOR13807.1 QUA05739.1 77.8 198 44 0 1 198 10 207 3.04e-109 310 AOR13807.1 AFA24308.1 77.3 198 45 0 1 198 3 200 2.49e-108 307 AOR13807.1 AFA09475.1 78.2 193 42 0 6 198 1 193 6.51e-107 303 AOR13807.1 AWS34156.1 76.1 197 47 0 1 197 10 206 1.74e-105 300 AOR13807.1 ADJ35581.1 72.2 198 55 0 1 198 11 208 4.23e-104 297 AOR13807.1 AHK62764.1 71.7 198 56 0 1 198 6 203 1.46e-102 293 AOR13807.1 QUQ06080.1 71.2 198 57 0 1 198 10 207 3.19e-101 290 AOR13807.1 AKT58828.1 72.0 186 52 0 1 186 10 195 1.21e-95 275 AOR13807.1 AMA90994.1 72.9 188 51 0 1 188 10 197 1.06e-94 272 AOR13807.1 AKA56406.1 72.3 191 50 1 1 191 10 197 1.51e-94 272 AOR13807.1 UZF38514.1 69.1 194 60 0 5 198 1 194 1.18e-93 270 AOR13807.1 AAX94106.1 76.8 177 41 0 22 198 1 177 1.12e-92 275 AOR13807.1 AOQ89457.1 71.4 182 52 0 1 182 6 187 9.73e-91 262 AOR13807.1 AGI15931.1 65.0 197 69 0 2 198 4 200 8.71e-89 258 AOR13807.1 AXZ65741.1 65.4 179 62 0 1 179 10 188 1.16e-82 241 AOR13807.1 AHH30646.1 72.6 168 44 2 23 190 6 171 1.88e-82 240 AOR13807.1 ACE88666.1 66.4 128 43 0 71 198 1 128 1.72e-58 179 MXZ96777.1 MXZ96777.1 100 284 0 0 1 284 1 284 3.73e-163 452 MBU0783111.1 MBU0783111.1 100 393 0 0 1 393 1 393 7.29e-298 802 MBU0783111.1 RWK19229.1 24.6 313 197 11 8 305 7 295 2.29e-13 70.1 WP_231587592.1 WP_231587592.1 100 355 0 0 1 355 1 355 1.10e-266 720 ORV24296.1 ORV24296.1 100 188 0 0 1 188 1 188 4.57e-137 379 ORV24296.1 MBA3364572.1 31.5 162 109 2 14 174 8 168 1.27e-14 67.0 WP_130617254.1 WP_130617254.1 100 239 0 0 1 239 1 239 3.93e-170 466 SNS96357.1 SNS96357.1 100 401 0 0 1 401 1 401 6.22e-294 793 WP_224014827.1 WP_224014827.1 100 391 0 0 1 391 1 391 2.84e-294 793 WP_224014827.1 WP_130670507.1 53.7 391 176 3 2 390 6 393 1.27e-139 402 WP_224014827.1 WP_271272236.1 44.9 374 204 2 15 386 9 382 1.09e-104 312 WP_224014827.1 TVP67793.1 40.1 387 227 4 6 388 16 401 5.77e-95 288 WP_224014827.1 MCB0793211.1 37.5 381 230 5 9 382 8 387 4.37e-81 252 WP_224014827.1 EMD83093.1 37.2 398 217 11 25 391 50 445 8.30e-66 214 WP_224014827.1 MBY0289623.1 29.7 360 213 14 16 367 20 347 2.97e-21 92.8 AAM89588.1 AAM89588.1 100 218 0 0 1 218 1 218 5.17e-151 416 WP_146943319.1 WP_146943319.1 100 173 0 0 1 173 1 173 2.79e-117 327 MBK7076265.1 MBK7076265.1 100 237 0 0 1 237 1 237 5.03e-181 494 XP_054023409.1 XP_054023409.1 100 178 0 0 1 178 1 178 2.21e-130 361 WP_116073604.1 WP_116073604.1 100 212 0 0 1 212 1 212 1.34e-159 437 WP_162428520.1 WP_162428520.1 100 864 0 0 1 864 1 864 0.0 1713 WP_162428520.1 WP_227550239.1 22.2 446 265 18 446 845 432 841 1.35e-13 73.2 AVM35379.1 AVM35379.1 100 214 0 0 1 214 1 214 2.20e-150 414 AVM35379.1 ADW49125.1 89.6 211 22 0 4 214 1 211 8.53e-136 377 AVM35379.1 AWS34156.1 86.9 214 28 0 1 214 6 219 1.32e-134 375 AVM35379.1 AFA24308.1 88.6 211 24 0 4 214 2 212 2.43e-133 371 AVM35379.1 AFA09475.1 89.3 205 22 0 10 214 1 205 1.22e-129 362 AVM35379.1 QUA05739.1 87.0 207 27 0 1 207 6 212 2.59e-128 358 AVM35379.1 QUQ06080.1 83.2 214 36 0 1 214 6 219 4.71e-128 358 AVM35379.1 ABQ63546.1 81.3 214 40 0 1 214 5 218 1.07e-126 355 AVM35379.1 ADJ35581.1 81.3 214 40 0 1 214 7 220 1.63e-126 354 AVM35379.1 AHK62764.1 76.6 214 50 0 1 214 2 215 2.09e-120 339 AVM35379.1 AAX94106.1 91.5 189 16 0 26 214 1 189 6.35e-120 345 AVM35379.1 AMA90994.1 85.4 192 28 0 1 192 6 197 4.55e-114 322 AVM35379.1 UZF38514.1 73.8 206 54 0 9 214 1 206 1.39e-110 313 AVM35379.1 AKT58828.1 82.1 190 34 0 1 190 6 195 3.87e-110 312 AVM35379.1 AOR13807.1 77.3 198 45 0 5 202 1 198 1.74e-109 310 AVM35379.1 AOQ89457.1 81.2 186 35 0 1 186 2 187 5.38e-106 301 AVM35379.1 AXZ65741.1 80.9 183 35 0 1 183 6 188 8.78e-103 293 AVM35379.1 AGI15931.1 69.3 205 63 0 4 208 2 206 2.98e-98 282 AVM35379.1 AKA56406.1 71.1 197 50 2 1 195 6 197 3.43e-95 274 AVM35379.1 AHH30646.1 77.4 168 36 2 27 194 6 171 6.33e-85 247 AVM35379.1 ACE88666.1 85.7 140 20 0 75 214 1 140 2.47e-81 237 AVM35379.1 APC24336.1 71.4 112 32 0 103 214 1 112 8.71e-49 162 GJQ31858.1 GJQ31858.1 100 467 0 0 1 467 1 467 0.0 988 WP_249866435.1 WP_249866435.1 100 417 0 0 1 417 1 417 7.20e-308 830 CDE57470.1 CDE57470.1 100 522 0 0 1 522 1 522 0.0 1034 EEY6110619.1 EEY6110619.1 100 171 0 0 1 171 1 171 7.76e-123 341 WP_071876418.1 WP_071876418.1 100 555 0 0 1 555 1 555 0.0 1070 WP_071876418.1 WP_142931103.1 26.2 516 307 16 1 497 1 461 6.21e-34 132 WP_071876418.1 MBP1876254.1 33.0 224 140 6 4 221 2 221 2.50e-27 111 WP_071876418.1 WP_197521413.1 33.3 228 133 5 4 228 2 213 8.82e-26 105 WP_071876418.1 WP_256546297.1 29.1 258 156 7 4 243 24 272 1.70e-24 101 WP_071876418.1 WP_222125851.1 28.7 247 153 7 4 238 2 237 3.23e-24 100 WP_071876418.1 WP_132175930.1 31.8 214 130 2 18 225 40 243 6.34e-24 101 WP_071876418.1 MWR41881.1 29.6 216 138 4 21 229 44 252 6.75e-24 99.8 WP_071876418.1 WP_150396769.1 21.6 546 313 16 2 507 23 493 1.24e-21 96.7 WP_071876418.1 WP_072380563.1 27.6 228 153 4 300 517 2 227 3.76e-21 91.3 WP_071876418.1 WP_084371009.1 29.2 253 164 7 4 255 3 241 5.77e-21 92.0 WP_071876418.1 NLW39422.1 29.0 221 149 4 300 513 17 236 1.20e-20 91.7 WP_071876418.1 WP_226904802.1 27.8 241 156 6 4 229 23 260 2.52e-20 90.9 WP_071876418.1 WP_022619009.1 27.9 229 147 5 1 224 1 216 4.82e-20 87.8 WP_071876418.1 WP_152652784.1 33.2 214 134 6 17 229 17 222 9.01e-20 88.6 WP_071876418.1 WP_207918089.1 27.0 252 166 7 4 243 6 251 1.20e-19 87.0 WP_071876418.1 WP_008470196.1 28.6 213 141 5 316 519 24 234 1.36e-18 84.0 WP_071876418.1 WP_195238978.1 30.6 222 140 7 4 220 485 697 1.82e-18 87.4 WP_071876418.1 WP_115992495.1 26.0 219 149 2 313 518 13 231 3.15e-18 82.8 WP_071876418.1 NVM03966.1 30.7 205 132 4 315 514 34 233 7.05e-18 83.2 WP_071876418.1 WP_008056683.1 28.9 187 123 5 308 487 246 429 8.02e-18 85.5 WP_071876418.1 MBC7326981.1 25.4 244 165 7 4 237 7 243 2.90e-17 80.1 WP_071876418.1 WP_089246429.1 23.1 510 312 18 16 498 15 471 1.92e-16 80.5 WP_071876418.1 WP_145468487.1 29.0 210 131 5 4 203 7 208 2.87e-16 76.6 WP_071876418.1 WP_158791585.1 25.4 236 159 8 21 243 20 251 3.14e-16 77.0 WP_071876418.1 OAN53756.1 27.4 215 142 7 17 221 23 233 6.40e-16 76.3 WP_071876418.1 MXP43753.1 24.2 215 149 5 17 221 26 236 3.00e-15 74.3 WP_071876418.1 WP_008134825.1 28.5 214 139 7 20 228 627 831 4.57e-14 73.6 WP_071876418.1 WP_088153117.1 27.7 184 114 6 326 496 23 200 4.09e-13 69.3 WP_071876418.1 WP_174822921.1 26.3 217 142 6 17 221 19 229 7.97e-13 67.0 WP_071876418.1 WP_192324556.1 26.6 218 140 7 21 227 345 553 1.07e-12 68.9 WP_071876418.1 WP_041710957.1 31.5 197 112 6 316 510 304 479 5.17e-12 66.6 WP_071876418.1 WP_089095302.1 27.2 239 150 8 4 241 315 530 3.02e-11 64.3 WP_071876418.1 WP_206363707.1 25.5 220 127 5 317 511 34 241 1.49e-10 60.5 WP_071876418.1 WP_173040157.1 26.0 173 101 5 18 184 304 455 1.31e-08 55.8 MBW3588078.1 MBW3588078.1 100 822 0 0 1 822 1 822 0.0 1514 MBW3588078.1 RZU98823.1 45.0 829 420 3 20 813 17 844 5.85e-240 691 MBW3588078.1 WP_216768648.1 38.0 676 392 9 33 693 21 684 2.17e-140 433 BCJ09783.1 BCJ09783.1 100 92 0 0 1 92 1 92 4.88e-59 174 WP_151615076.1 WP_151615076.1 100 189 0 0 1 189 1 189 4.06e-136 376 QAA77085.1 QAA77085.1 100 745 0 0 1 745 1 745 0.0 1508 WP_013384884.1 WP_013384884.1 100 309 0 0 1 309 1 309 1.07e-218 595 CAF1284994.1 CAF1284994.1 100 350 0 0 1 350 1 350 4.43e-259 701 ORY38386.1 ORY38386.1 100 954 0 0 1 954 1 954 0.0 1743 GLO13544.1 GLO13544.1 100 548 0 0 1 548 1 548 0.0 1071 CAI9173470.1 CAI9173470.1 100 146 0 0 1 146 1 146 1.78e-109 305 PHI20455.1 PHI20455.1 100 114 0 0 1 114 1 114 2.61e-80 229 MCA3282362.1 MCA3282362.1 100 365 0 0 1 365 1 365 3.61e-277 748 MCA3282362.1 WP_080508033.1 24.0 333 223 10 37 352 69 388 4.77e-11 62.0 EFG4747393.1 EFG4747393.1 100 249 0 0 1 249 1 249 2.08e-170 468 EFG4747393.1 NPM18735.1 97.2 249 7 0 1 249 16 264 2.76e-164 453 EFG4747393.1 MBB7523286.1 100 42 0 0 1 42 467 508 5.71e-21 89.7 MBE6211131.1 MBE6211131.1 100 322 0 0 1 322 1 322 3.37e-233 633 WP_126136917.1 WP_126136917.1 100 287 0 0 1 287 1 287 1.34e-210 573 WP_126136917.1 MBK9183427.1 35.0 283 165 9 7 274 6 284 2.34e-34 125 WP_126136917.1 MCQ2612024.1 26.9 286 185 12 12 279 9 288 2.52e-13 67.4 MCS7352192.1 MCS7352192.1 100 111 0 0 1 111 1 111 6.56e-36 119 MBT5102369.1 MBT5102369.1 100 187 0 0 1 187 1 187 9.98e-136 375 WP_222125851.1 WP_222125851.1 100 246 0 0 1 246 1 246 2.19e-175 480 WP_222125851.1 WP_115992495.1 51.2 250 107 2 1 242 1 243 2.19e-82 245 WP_222125851.1 WP_142133210.1 49.0 243 119 1 1 243 10 247 2.78e-81 242 WP_222125851.1 WP_008470196.1 46.5 241 124 1 1 241 9 244 1.87e-74 225 WP_222125851.1 WP_279984614.1 46.9 243 127 1 1 241 9 251 2.10e-71 218 WP_222125851.1 WP_072380563.1 45.7 245 125 2 1 242 1 240 1.23e-68 210 WP_222125851.1 WP_176354145.1 36.1 238 142 3 7 243 11 239 7.44e-44 150 WP_222125851.1 WP_140480909.1 38.9 234 131 5 1 232 12 235 3.96e-43 148 WP_222125851.1 MBQ4383193.1 32.6 218 133 6 8 221 15 222 2.97e-26 100 WP_222125851.1 WP_071876418.1 28.7 247 153 7 2 237 4 238 1.64e-25 102 WP_222125851.1 RUU66461.1 38.8 49 30 0 193 241 4 52 5.45e-06 45.1 GIY87976.1 GIY87976.1 100 113 0 0 1 113 1 113 3.88e-77 221 KHC51086.1 KHC51086.1 100 659 0 0 1 659 1 659 0.0 1179 XP_048190726.1 XP_048190726.1 100 815 0 0 1 815 1 815 0.0 1457 KPQ18226.1 KPQ18226.1 100 397 0 0 1 397 1 397 1.82e-284 769 KPQ18226.1 WP_099949840.1 52.7 395 174 3 1 392 1 385 1.88e-131 381 KAI3869934.1 KAI3869934.1 100 489 0 0 1 489 1 489 0.0 918 NEO65312.1 NEO65312.1 100 515 0 0 1 515 1 515 0.0 1059 NEO65312.1 RYE89993.1 30.8 299 137 11 271 505 32 324 1.22e-25 105 WP_183555556.1 WP_183555556.1 100 725 0 0 1 725 1 725 0.0 1434 TAH42824.1 TAH42824.1 100 230 0 0 1 230 1 230 3.77e-159 438 TAH42824.1 WP_129553552.1 43.6 220 124 0 4 223 65 284 2.42e-56 180 XP_034617399.1 XP_034617399.1 100 297 0 0 1 297 1 297 4.96e-227 615 NJD87536.1 NJD87536.1 100 285 0 0 1 285 1 285 1.81e-198 542 MBK8449583.1 MBK8449583.1 100 678 0 0 1 678 1 678 0.0 1284 WP_062308724.1 WP_062308724.1 100 288 0 0 1 288 1 288 4.71e-191 523 MBQ9754467.1 MBQ9754467.1 100 462 0 0 1 462 1 462 0.0 909 WP_278278068.1 WP_278278068.1 100 43 0 0 1 43 1 43 8.92e-27 89.0 WP_195180108.1 WP_195180108.1 100 92 0 0 1 92 1 92 1.35e-56 167 UKZ95812.1 UKZ95812.1 100 106 0 0 1 106 1 106 4.67e-77 220 WP_088086543.1 WP_088086543.1 100 235 0 0 1 235 1 235 1.37e-168 462 WP_110180126.1 WP_110180126.1 100 388 0 0 1 388 1 388 2.91e-265 719 WP_129639177.1 WP_129639177.1 100 168 0 0 1 168 1 168 2.14e-114 320 CAG9815058.1 CAG9815058.1 100 497 0 0 1 497 1 497 0.0 1001 PJJ44766.1 PJJ44766.1 100 822 0 0 1 822 1 822 0.0 1527 PJJ44766.1 WP_092081374.1 57.5 730 298 4 37 759 1 725 1.22e-279 790 PJJ44766.1 WP_231355705.1 56.1 731 299 6 36 757 3 720 4.75e-262 744 PJJ44766.1 WP_206581849.1 41.4 771 379 10 35 754 2 750 1.39e-170 509 PJJ44766.1 NLZ92879.1 34.1 88 55 1 685 772 6 90 3.74e-08 51.2 WP_237150901.1 WP_237150901.1 100 239 0 0 1 239 1 239 8.01e-179 488 MCE9516778.1 MCE9516778.1 100 365 0 0 1 365 1 365 3.76e-238 649 KFU90592.1 KFU90592.1 100 347 0 0 1 347 1 347 2.18e-253 686 PDX17128.1 PDX17128.1 100 167 0 0 1 167 1 167 2.52e-117 327 PDX17128.1 WEK50023.1 49.1 169 81 2 1 166 12 178 2.87e-49 155 MBX3707511.1 MBX3707511.1 100 771 0 0 1 771 1 771 0.0 1494 EAH8201998.1 EAH8201998.1 100 443 0 0 1 443 1 443 0.0 875 EAH8201998.1 MBV00212.1 48.8 430 217 3 4 430 3 432 2.75e-138 410 EAH8201998.1 WP_021479352.1 44.6 448 237 5 3 440 6 452 7.37e-121 377 EAH8201998.1 MBG6814041.1 48.5 359 183 2 3 359 8 366 6.27e-116 342 KKU62290.1 KKU62290.1 100 439 0 0 1 439 1 439 5.82e-284 771 MBK5571697.1 MBK5571697.1 100 199 0 0 1 199 1 199 2.91e-134 372 WP_176282182.1 WP_176282182.1 100 422 0 0 1 422 1 422 5.06e-306 825 XP_038766703.1 XP_038766703.1 100 488 0 0 1 488 1 488 0.0 928 WP_276078981.1 WP_276078981.1 100 492 0 0 1 492 1 492 0.0 972 NXM82541.1 NXM82541.1 100 497 0 0 1 497 1 497 0.0 955 NXM82541.1 KAJ4922108.1 48.6 504 191 13 1 497 26 468 4.42e-131 387 KAG1843883.1 KAG1843883.1 100 871 0 0 1 871 1 871 0.0 1815 KAJ4375381.1 KAJ4375381.1 100 463 0 0 1 463 1 463 3.25e-270 738 WP_001977095.1 WP_001977095.1 100 119 0 0 1 119 1 119 1.08e-79 228 XP_052534275.1 XP_052534275.1 100 608 0 0 1 608 1 608 0.0 1158 XP_052534275.1 WP_038052668.1 32.0 503 245 10 105 602 6 416 6.34e-61 206 XP_052534275.1 WP_200198809.1 38.0 400 191 7 205 602 78 422 2.91e-60 205 XP_052534275.1 RIX75659.1 35.2 401 201 10 208 602 99 446 1.50e-47 171 AAW57761.1 AAW57761.1 100 206 0 0 1 206 1 206 1.58e-164 449 AAW57761.1 QJX39570.1 78.4 208 42 2 1 206 1 207 2.85e-131 365 AAW57761.1 AIG14299.1 69.0 216 56 3 1 206 1 215 2.17e-114 323 KXZ65002.1 KXZ65002.1 100 150 0 0 1 150 1 150 1.06e-112 314 KXZ65002.1 MBE6455882.1 45.9 85 46 0 10 94 184 268 5.23e-19 79.7 WP_279840346.1 WP_279840346.1 100 484 0 0 1 484 1 484 0.0 920 WP_279840346.1 WP_094840069.1 39.1 501 265 5 13 474 9 508 1.57e-95 296 WP_279840346.1 MBI4806480.1 34.7 472 295 5 8 472 7 472 9.84e-75 241 WP_279840346.1 WP_224791962.1 33.0 488 300 7 4 477 3 477 3.61e-61 206 WP_279840346.1 WP_283557067.1 29.0 476 312 8 3 474 7 460 1.04e-44 161 WP_056329268.1 WP_056329268.1 100 410 0 0 1 410 1 410 1.21e-291 788 MBX3400476.1 MBX3400476.1 100 306 0 0 1 306 1 306 1.68e-193 531 WP_128786583.1 WP_128786583.1 100 630 0 0 1 630 1 630 0.0 1041 WP_128786583.1 WP_269572442.1 38.0 552 321 5 40 582 42 581 5.22e-73 244 WP_128786583.1 WP_025739406.1 37.1 340 214 0 234 573 241 580 1.46e-41 158 WP_128786583.1 WP_104456122.1 51.3 160 78 0 439 598 331 490 7.85e-35 137 WP_128786583.1 HBP5649656.1 41.3 310 179 2 290 598 229 536 1.66e-34 136 WP_128786583.1 WP_186556299.1 53.1 147 69 0 459 605 350 496 4.75e-30 122 WP_128786583.1 WP_271340374.1 29.0 259 160 3 296 536 238 490 1.24e-15 78.6 WP_128786583.1 WP_156140069.1 43.9 107 60 0 473 579 405 511 2.30e-11 65.1 WP_128786583.1 WP_237962375.1 45.8 83 42 1 439 521 467 546 3.26e-11 64.7 WP_128786583.1 MCI8311254.1 43.9 66 37 0 441 506 323 388 7.80e-08 53.5 MBV8060578.1 MBV8060578.1 100 243 0 0 1 243 1 243 1.81e-177 485 XP_003035978.1 XP_003035978.1 100 284 0 0 1 284 1 284 4.60e-100 293 XP_039406663.1 XP_039406663.1 100 406 0 0 1 406 1 406 3.26e-303 817 HBG17616.1 HBG17616.1 100 533 0 0 1 533 1 533 0.0 1048 HBG17616.1 UOK61174.1 40.6 96 56 1 437 532 262 356 3.43e-15 75.9 HBG17616.1 MCF8449868.1 33.3 105 65 2 5 109 2 101 4.35e-11 61.6 HBG17616.1 WP_188888464.1 33.0 103 68 1 6 108 4 105 6.75e-10 57.8 HBG17616.1 MBY5764273.1 40.8 76 45 0 437 512 244 319 1.75e-09 57.8 HBG17616.1 WP_124213670.1 31.7 104 68 1 6 109 4 104 2.43e-08 54.7 HBG17616.1 WP_232306300.1 36.1 108 57 3 7 109 1123 1223 5.08e-06 47.8 HBG17616.1 WP_138482356.1 26.9 104 73 2 6 109 672 772 1.85e-05 45.8 HBG17616.1 KFX48203.1 25.9 108 71 3 7 109 1078 1181 9.11e-04 40.4 WP_277324932.1 WP_277324932.1 100 394 0 0 1 394 1 394 8.70e-286 772 WP_277324932.1 MBF0865514.1 36.7 308 185 6 18 320 16 318 1.24e-54 182 XP_037916999.1 XP_037916999.1 100 507 0 0 1 507 1 507 0.0 931 XP_037916999.1 KAJ7092692.1 27.7 159 96 3 68 214 64 215 1.41e-12 67.4 PBP26446.1 PBP26446.1 100 125 0 0 1 125 1 125 8.31e-71 206 MBS3742576.1 MBS3742576.1 100 79 0 0 1 79 1 79 7.79e-59 172 WP_150253061.1 WP_150253061.1 100 701 0 0 1 701 1 701 0.0 1353 WP_150253061.1 WP_043940504.1 47.1 688 308 12 12 696 14 648 1.63e-182 532 WP_150253061.1 HAN66834.1 40.9 696 349 13 14 700 16 658 2.43e-152 455 WP_150253061.1 MBP8196496.1 34.4 835 350 16 19 692 1 798 1.40e-125 390 MBT3887354.1 MBT3887354.1 100 321 0 0 1 321 1 321 4.01e-204 559 MBT3887354.1 WP_033456074.1 58.4 298 112 3 24 321 11 296 1.19e-117 339 MBT3887354.1 OFZ89526.1 56.2 306 124 3 26 321 117 422 9.98e-114 334 MBT3887354.1 WP_267292626.1 56.2 297 121 2 24 319 224 512 1.56e-104 313 MBT3887354.1 WP_098923619.1 54.0 298 128 4 24 320 129 418 6.17e-101 301 MBT3887354.1 WP_262612393.1 47.8 301 143 6 24 320 134 424 1.46e-83 257 MBT3887354.1 NDI25889.1 40.5 294 153 3 31 313 1 283 5.53e-65 205 MBT3887354.1 KAA0555231.1 31.6 310 185 6 25 319 333 630 3.85e-37 138 MBT3887354.1 KAJ4394429.1 27.5 316 207 7 24 321 203 514 5.61e-27 108 WP_273302807.1 WP_273302807.1 100 217 0 0 1 217 1 217 8.02e-159 436 PKM59746.1 PKM59746.1 100 69 0 0 1 69 1 69 7.58e-48 144 MBW0517832.1 MBW0517832.1 100 269 0 0 1 269 1 269 3.57e-206 560 OQA38407.1 OQA38407.1 100 458 0 0 1 458 1 458 0.0 867 OQA38407.1 WP_225579579.1 48.5 462 209 6 1 457 7 444 6.88e-132 389 OQA38407.1 WP_254698006.1 48.0 454 207 6 9 457 1 430 9.67e-130 384 OQA38407.1 WP_253808359.1 47.1 427 214 4 1 426 1 416 8.78e-125 368 OQA38407.1 PHR72175.1 32.5 292 178 6 9 293 28 307 6.26e-37 136 GLV83862.1 GLV83862.1 100 402 0 0 1 402 1 402 1.36e-293 792 GLV83862.1 WP_025599976.1 32.4 244 137 6 159 385 170 402 1.10e-20 91.7 GLV83862.1 WP_005392478.1 24.1 245 166 4 82 323 62 289 6.09e-09 55.5 YP_009017695.1 YP_009017695.1 100 69 0 0 1 69 1 69 4.79e-42 129 XP_003875641.1 XP_003875641.1 100 295 0 0 1 295 1 295 6.22e-220 597 NRF69152.1 NRF69152.1 100 520 0 0 1 520 1 520 0.0 992 NRF69152.1 WP_283107263.1 41.1 499 269 8 27 516 75 557 1.34e-94 297 NRF69152.1 WP_017718577.1 41.6 435 228 6 102 517 203 630 9.68e-93 295 NRF69152.1 WP_058504615.1 39.2 436 244 12 85 516 144 562 3.76e-79 256 NRF69152.1 MBT7163208.1 40.5 375 215 5 142 515 201 568 2.76e-72 239 NRF69152.1 WP_203339841.1 39.7 272 153 6 139 407 13 276 8.21e-52 178 NRF69152.1 EEC9022132.1 29.2 383 231 12 125 477 79 451 4.30e-34 133 NRF69152.1 WP_121975536.1 35.1 248 129 10 146 383 14 239 2.58e-26 108 NRF69152.1 RYD39969.1 30.5 272 161 7 148 407 23 278 5.65e-22 94.7 MCH2678216.1 MCH2678216.1 100 189 0 0 1 189 1 189 5.76e-136 376 MCH2678216.1 MBE6787267.1 36.0 175 102 6 1 168 1 172 2.63e-26 97.8 MCH2678216.1 WP_228824605.1 35.8 123 71 4 48 166 51 169 1.39e-14 67.4 WP_278390468.1 WP_278390468.1 100 422 0 0 1 422 1 422 5.91e-305 823 WP_130514498.1 WP_130514498.1 100 381 0 0 1 381 1 381 5.14e-276 746 WP_275865201.1 WP_275865201.1 100 63 0 0 1 63 1 63 8.45e-38 118 XP_031258584.1 XP_031258584.1 100 347 0 0 1 347 1 347 5.57e-256 692 WP_248676944.1 WP_248676944.1 100 305 0 0 1 305 1 305 1.55e-209 572 WP_248676944.1 WP_131914061.1 27.0 196 139 4 12 205 3 196 2.06e-17 79.3 WP_248676944.1 MAJ71254.1 22.3 193 142 4 17 204 8 197 3.23e-04 40.0 KAJ2272836.1 KAJ2272836.1 100 726 0 0 1 726 1 726 0.0 1448 XP_017754998.1 XP_017754998.1 100 525 0 0 1 525 1 525 0.0 1066 HBO0131372.1 HBO0131372.1 100 338 0 0 1 338 1 338 1.30e-213 585 XP_035800909.1 XP_035800909.1 100 952 0 0 1 952 1 952 0.0 1562 XP_035800909.1 XP_017857703.1 28.1 303 171 7 121 383 8 303 2.03e-21 99.0 WP_222878685.1 WP_222878685.1 100 273 0 0 1 273 1 273 1.80e-192 526 MCD8548598.1 MCD8548598.1 100 148 0 0 1 148 1 148 4.71e-106 297 MBK6756051.1 MBK6756051.1 100 768 0 0 1 768 1 768 0.0 1478 WP_021117716.1 WP_021117716.1 100 53 0 0 1 53 1 53 3.29e-33 105 EEJ0015338.1 EEJ0015338.1 100 433 0 0 1 433 1 433 6.75e-312 841 EEJ0015338.1 WP_254218450.1 46.4 293 153 3 91 380 174 465 2.21e-78 250 EEJ0015338.1 MBL0967454.1 39.6 331 188 4 98 425 5 326 2.34e-68 219 EEJ0015338.1 AAL18389.1 32.3 337 210 10 92 414 1 333 1.94e-36 136 HCJ45190.1 HCJ45190.1 100 65 0 0 1 65 1 65 1.26e-42 130 HCJ45190.1 WP_264228578.1 74.6 63 16 0 1 63 480 542 1.66e-26 98.2 HCJ45190.1 OGA29379.1 66.7 63 21 0 1 63 479 541 1.30e-24 92.8 NDD52781.1 NDD52781.1 100 424 0 0 1 424 1 424 2.27e-294 796 HBT3241107.1 HBT3241107.1 100 991 0 0 1 991 1 991 0.0 1995 MCS5664414.1 MCS5664414.1 100 304 0 0 1 304 1 304 2.63e-221 601 WP_091054162.1 WP_091054162.1 100 137 0 0 1 137 1 137 1.06e-99 280 WP_016340583.1 WP_016340583.1 100 233 0 0 1 233 1 233 6.08e-171 468 WP_016340583.1 MCH2591601.1 41.7 230 127 2 6 229 17 245 2.54e-56 178 WP_016340583.1 HHY51372.1 37.2 231 136 3 6 229 20 248 8.20e-54 172 WP_281733574.1 WP_281733574.1 100 219 0 0 1 219 1 219 1.22e-154 426 HCI6016418.1 HCI6016418.1 100 198 0 0 1 198 1 198 5.72e-145 399 KAI6876023.1 KAI6876023.1 100 357 0 0 1 357 1 357 3.64e-257 696 EIP7986019.1 EIP7986019.1 100 347 0 0 1 347 1 347 2.20e-237 645 EIP7986019.1 WP_282985289.1 54.5 44 20 0 117 160 867 910 3.96e-06 47.0 RWW57209.1 RWW57209.1 100 378 0 0 1 378 1 378 2.94e-269 729 XP_025220530.1 XP_025220530.1 100 849 0 0 1 849 1 849 0.0 1555 WP_234466695.1 WP_234466695.1 100 434 0 0 1 434 1 434 4.52e-290 786 KAI0154282.1 KAI0154282.1 100 258 0 0 1 258 1 258 5.59e-184 503 KAI0154282.1 WP_108024271.1 34.3 251 156 4 8 256 5 248 8.81e-33 118 KAI0154282.1 WP_273849839.1 33.1 263 158 9 6 257 2 257 1.06e-19 84.0 KAI0154282.1 WP_013845913.1 30.9 149 95 5 8 156 4 144 4.47e-09 53.9 KAI0154282.1 XP_028635853.1 24.8 149 107 3 7 153 7 152 9.19e-04 38.5 WP_266771233.1 WP_266771233.1 100 256 0 0 1 256 1 256 1.39e-192 525 MCK5360090.1 MCK5360090.1 100 228 0 0 1 228 1 228 3.93e-160 440 KAH0848936.1 KAH0848936.1 100 75 0 0 1 75 1 75 7.21e-51 152 MBP2236311.1 MBP2236311.1 100 119 0 0 1 119 1 119 1.32e-80 230 MBP6786080.1 MBP6786080.1 100 867 0 0 1 867 1 867 0.0 1630 MBP6786080.1 WP_029789810.1 56.6 844 355 6 1 839 1 838 4.35e-319 895 MBP6786080.1 KAF6257731.1 49.9 875 408 9 5 858 5 870 6.21e-275 785 MBP6786080.1 WP_136095406.1 45.9 716 281 11 129 830 96 719 3.71e-189 559 MBP6786080.1 MBL8103469.1 52.4 450 209 2 1 445 2 451 1.75e-149 446 MBP6786080.1 KAI7727618.1 52.2 320 113 5 104 423 116 395 1.39e-85 291 MBP6786080.1 KPK79043.1 36.2 401 232 5 4 400 8 388 5.35e-60 216 MBP6786080.1 MCH2804017.1 56.4 78 34 0 584 661 2 79 1.61e-24 96.3 MBP6786080.1 HIT09367.1 44.4 63 29 2 570 626 77 139 7.22e-04 41.2 MCD6482094.1 MCD6482094.1 100 488 0 0 1 488 1 488 0.0 971 XP_041715299.2 XP_041715299.2 100 401 0 0 1 401 1 401 4.70e-257 700 OMF24356.1 OMF24356.1 100 618 0 0 1 618 1 618 0.0 1193 OMF24356.1 WP_101662518.1 37.5 560 327 8 55 604 55 601 2.40e-119 368 OMF24356.1 WP_135279859.1 31.7 575 347 15 60 616 202 748 2.34e-62 219 OMF24356.1 HCG88012.1 40.7 258 128 8 68 316 63 304 1.80e-40 154 OMF24356.1 OHA02323.1 28.4 356 215 13 290 612 208 556 1.87e-19 90.5 OMF24356.1 PIQ07033.1 27.4 277 156 9 339 581 214 479 9.81e-16 78.6 WP_215262079.1 WP_215262079.1 100 496 0 0 1 496 1 496 0.0 962 WP_215262079.1 WP_269885397.1 33.6 146 90 2 347 486 115 259 3.91e-15 73.9 PWA60456.1 PWA60456.1 100 322 0 0 1 322 1 322 5.96e-252 680 WP_103025967.1 WP_103025967.1 100 304 0 0 1 304 1 304 3.04e-195 535 WP_019092761.1 WP_019092761.1 100 306 0 0 1 306 1 306 7.64e-206 562 WP_033744100.1 WP_033744100.1 100 145 0 0 1 145 1 145 1.86e-106 298 WP_194543596.1 WP_194543596.1 100 272 0 0 1 272 1 272 8.37e-202 549 WP_194543596.1 PYK96819.1 51.6 250 93 1 1 250 1 222 3.45e-84 250 WP_194543596.1 MBQ6275073.1 44.6 271 124 3 1 269 1 247 1.25e-73 229 WP_054998585.1 WP_054998585.1 100 362 0 0 1 362 1 362 2.28e-258 700 WP_054998585.1 EFO2269166.1 34.7 354 214 8 13 354 16 364 1.47e-60 197 MBK6870374.1 MBK6870374.1 100 201 0 0 1 201 1 201 3.03e-137 380 MBK6870374.1 WP_145544593.1 41.2 148 84 3 1 148 371 515 5.59e-23 94.0 MBK6870374.1 MBI5333464.1 36.7 158 92 3 1 151 234 390 1.00e-21 89.7 MBK6870374.1 WP_000484099.1 38.5 156 86 6 1 149 214 366 3.36e-18 79.7 MBK6870374.1 WP_107169208.1 38.1 105 63 1 1 103 208 312 5.47e-17 76.3 MBK6870374.1 EGR2272270.1 39.0 123 71 2 28 146 551 673 4.01e-16 74.3 MBK6870374.1 WP_029222917.1 30.3 152 101 2 1 149 325 474 2.25e-15 72.0 MBK6870374.1 WP_230171322.1 40.0 80 47 1 1 79 609 688 1.24e-14 70.1 WP_108820366.1 WP_108820366.1 100 95 0 0 1 95 1 95 1.17e-65 191 WP_152569558.1 WP_152569558.1 100 570 0 0 1 570 1 570 0.0 1097 WP_175083644.1 WP_175083644.1 100 244 0 0 1 244 1 244 1.27e-173 476 CAD8183695.1 CAD8183695.1 100 804 0 0 1 804 1 804 0.0 1533 HCD1954593.1 HCD1954593.1 100 74 0 0 1 74 1 74 1.12e-49 149 MBX5702633.1 MBX5702633.1 100 161 0 0 1 161 1 161 2.65e-125 347 MBX5702633.1 EEW7484806.1 60.2 128 51 0 10 137 2 129 8.57e-54 165 HBM93052.1 HBM93052.1 100 156 0 0 1 156 1 156 6.57e-119 330 WP_281919021.1 WP_281919021.1 100 489 0 0 1 489 1 489 0.0 972 WP_281919021.1 MBF1128433.1 35.8 254 158 2 12 265 10 258 1.10e-46 169 WP_281919021.1 GIW70618.1 39.7 272 151 6 11 274 47 313 1.41e-41 157 WP_281919021.1 MBP7829117.1 34.6 257 162 3 7 263 50 300 4.48e-34 134 WP_281919021.1 WP_271931007.1 31.9 235 125 7 12 216 661 890 2.13e-24 105 WP_281919021.1 KAJ7903702.1 25.6 254 180 4 12 264 23 268 2.56e-15 76.3 WP_281919021.1 EYU24504.1 24.2 248 151 7 12 228 189 430 1.12e-09 58.9 WP_281919021.1 KAG5815829.1 37.4 107 60 3 124 227 565 667 1.71e-09 58.5 WP_281919021.1 XP_033679940.1 31.4 102 62 3 119 215 202 300 1.62e-07 52.4 MBQ3726282.1 MBQ3726282.1 100 433 0 0 1 433 1 433 0.0 865 WP_066678157.1 WP_066678157.1 100 255 0 0 1 255 1 255 7.66e-185 505 WP_025209636.1 WP_025209636.1 100 296 0 0 1 296 1 296 1.07e-216 589 WP_255435582.1 WP_255435582.1 100 104 0 0 1 104 1 104 1.25e-71 206 WP_255435582.1 MBI5438416.1 63.5 104 37 1 1 104 19 121 7.18e-38 122 WP_255435582.1 MCS2900418.1 56.7 104 45 0 1 104 20 123 4.40e-35 115 WP_255435582.1 MBI3448467.1 50.0 104 52 0 1 104 19 122 1.21e-30 103 WP_254101325.1 WP_254101325.1 100 647 0 0 1 647 1 647 0.0 1337 WP_254101325.1 WP_270967954.1 49.0 630 304 8 22 641 27 649 2.95e-208 596 WP_254101325.1 XP_052525039.1 35.2 625 385 12 22 636 43 657 3.24e-114 355 WP_254101325.1 MCC5948066.1 29.8 640 403 18 24 642 38 652 4.76e-67 230 WP_254101325.1 WP_068051662.1 24.9 546 327 15 102 615 34 528 1.56e-28 118 WP_254101325.1 RLB66027.1 24.1 547 372 18 76 616 4 513 3.29e-28 117 WP_254101325.1 NQW84129.1 21.6 514 372 12 103 614 63 547 1.91e-18 87.4 WP_254101325.1 NDJ88951.1 24.1 527 347 21 105 608 27 523 1.56e-15 78.2 WP_254101325.1 MBF2759673.1 21.7 612 363 19 81 617 155 725 2.03e-11 65.5 WP_254101325.1 PYB13830.1 24.6 569 339 22 84 636 3196 3690 2.73e-11 65.5 WP_254101325.1 WP_246003214.1 19.5 543 366 13 107 636 45 529 4.22e-09 57.8 WP_254101325.1 EJG3313804.1 21.8 376 245 16 201 547 90 445 1.47e-05 46.2 WP_254101325.1 WP_200941876.1 26.5 200 114 6 91 273 60 243 3.46e-04 42.0 WP_276362074.1 WP_276362074.1 100 257 0 0 1 257 1 257 5.18e-184 503 WP_276362074.1 WP_256546297.1 41.5 253 148 0 4 256 23 275 2.64e-61 192 WP_276362074.1 WP_221977168.1 39.4 241 140 3 14 254 25 259 9.79e-49 160 WP_276362074.1 MBR7834804.1 38.3 256 138 3 4 256 17 255 6.43e-47 155 WP_276362074.1 WP_159463829.1 32.9 252 147 4 4 254 357 587 3.80e-31 119 WP_276362074.1 MWR41881.1 29.8 242 151 5 5 242 29 255 3.81e-30 112 WP_276362074.1 WP_167977039.1 29.6 233 148 4 4 236 5 221 2.41e-24 96.3 WP_276362074.1 WP_226904802.1 30.0 260 137 8 4 239 22 260 5.02e-21 89.0 WP_276362074.1 OAN53756.1 30.2 245 152 7 14 250 21 254 7.78e-21 87.0 WP_276362074.1 MBC7326981.1 26.5 234 153 4 5 231 7 228 3.59e-19 82.4 WP_276362074.1 WP_158791585.1 25.8 240 155 4 14 244 14 239 1.70e-17 77.8 WP_276362074.1 WP_174822921.1 28.2 248 145 10 9 242 12 240 3.37e-17 77.0 WP_276362074.1 WP_211555180.1 26.5 215 141 2 16 228 15 214 6.08e-16 73.2 WP_276362074.1 MXP43753.1 25.5 239 161 6 10 242 20 247 9.06e-16 73.2 WP_276362074.1 MBU22120.1 33.0 94 56 3 137 228 510 598 1.37e-08 53.5 WP_276362074.1 WP_158347019.1 38.4 73 40 2 153 220 379 451 1.02e-07 50.8 WP_276362074.1 WP_041481207.1 26.7 210 131 8 16 221 349 539 7.08e-06 45.1 HEM46184.1 HEM46184.1 100 96 0 0 1 96 1 96 4.39e-66 192 MBI2651826.1 MBI2651826.1 100 127 0 0 1 127 1 127 1.62e-87 248 WP_046631173.1 WP_046631173.1 100 688 0 0 1 688 1 688 0.0 1360 WP_143210733.1 WP_143210733.1 100 207 0 0 1 207 1 207 1.69e-146 404 WP_026893585.1 WP_026893585.1 100 223 0 0 1 223 1 223 1.38e-162 446 WP_026893585.1 MBP1530348.1 47.9 219 111 1 4 222 3 218 4.26e-75 224 WP_026893585.1 MBQ5584458.1 39.7 224 129 3 5 222 4 227 1.26e-50 162 WP_026893585.1 WP_186723788.1 41.8 225 119 5 5 222 8 227 2.25e-50 162 WP_026893585.1 PYP94120.1 37.1 221 135 3 5 222 3 222 2.64e-47 154 WP_026893585.1 WP_194544138.1 38.8 224 127 2 5 218 13 236 2.01e-43 144 WP_026893585.1 WP_069156513.1 35.9 231 138 5 1 222 1 230 5.51e-41 138 WP_026893585.1 EAC1232420.1 33.8 219 140 3 5 220 4 220 2.29e-40 136 WP_026893585.1 WP_101794136.1 34.3 230 138 2 5 221 27 256 3.27e-39 134 WP_026893585.1 EAG2350674.1 41.0 122 72 0 1 122 1 122 4.32e-32 112 WP_026893585.1 WP_064652354.1 33.9 230 139 5 3 222 2 228 3.29e-30 110 WP_026893585.1 WP_185031483.1 30.7 179 117 4 48 221 45 221 9.63e-20 82.8 WP_026893585.1 WP_074911472.1 36.2 116 70 2 5 117 1056 1170 4.21e-16 75.1 WP_026893585.1 MBQ2640849.1 57.6 33 14 0 191 223 1 33 3.54e-08 46.6 KAE9373439.1 KAE9373439.1 100 221 0 0 1 221 1 221 1.62e-160 441 TDB49724.1 TDB49724.1 100 121 0 0 1 121 1 121 2.64e-81 232 KNY10996.1 KNY10996.1 100 305 0 0 1 305 1 305 1.51e-216 589 KNY10996.1 WP_164653811.1 47.3 279 141 4 17 294 190 463 1.36e-68 219 KNY10996.1 WP_175896721.1 40.5 299 155 5 8 294 162 449 4.94e-60 196 KNY10996.1 WP_272906673.1 43.5 248 128 2 14 260 160 396 6.40e-59 194 KNY10996.1 WP_124213670.1 38.9 324 158 4 12 302 148 464 2.00e-58 192 KNY10996.1 WP_271786410.1 40.6 254 140 3 18 260 32 285 1.22e-52 174 KNY10996.1 WP_205173112.1 34.1 302 187 5 12 302 166 466 1.51e-49 169 WP_089322445.1 WP_089322445.1 100 272 0 0 1 272 1 272 2.37e-192 525 WP_145514932.1 WP_145514932.1 100 457 0 0 1 457 1 457 0.0 925 WP_145514932.1 WP_039085559.1 42.2 443 250 3 9 445 5 447 1.10e-123 366 WP_145514932.1 WP_168565867.1 23.0 391 277 9 52 440 12 380 4.43e-22 95.9 CAD8073566.1 CAD8073566.1 100 195 0 0 1 195 1 195 2.72e-137 380 WP_101794136.1 WP_101794136.1 100 259 0 0 1 259 1 259 3.49e-183 501 WP_101794136.1 WP_186723788.1 36.1 233 138 3 27 259 8 229 2.79e-43 145 WP_101794136.1 MCL7714424.1 34.0 235 140 3 26 257 4 226 1.60e-39 135 WP_101794136.1 WP_026893585.1 34.2 231 139 2 26 256 4 221 2.70e-39 134 WP_101794136.1 MBQ5584458.1 34.8 233 145 1 27 259 4 229 1.31e-38 133 WP_101794136.1 WP_007708736.1 36.2 232 138 3 26 254 3 227 1.57e-36 127 WP_101794136.1 PYP94120.1 33.1 236 145 3 25 259 1 224 1.47e-33 120 WP_101794136.1 WP_069156513.1 32.9 231 146 3 26 254 4 227 1.55e-33 120 WP_101794136.1 MBP1530348.1 32.9 231 139 3 26 256 3 217 6.12e-33 118 WP_101794136.1 WP_064652354.1 31.0 232 150 3 27 256 4 227 3.53e-28 106 WP_101794136.1 EAC1232420.1 26.3 232 155 4 25 254 2 219 1.56e-21 88.2 WP_101794136.1 WP_074911472.1 35.0 120 74 2 27 143 1056 1174 2.49e-14 70.9 WP_101794136.1 QYU66920.1 30.2 116 77 3 27 138 5 120 1.84e-09 53.1 EEF30376.1 EEF30376.1 100 351 0 0 1 351 1 351 9.94e-252 682 RKK88308.1 RKK88308.1 100 989 0 0 1 989 1 989 0.0 1962 WP_252809941.1 WP_252809941.1 100 296 0 0 1 296 1 296 1.56e-209 571 WP_252809941.1 MCI8430709.1 27.8 273 159 8 43 293 23 279 4.50e-20 86.3 WP_270506568.1 WP_270506568.1 100 409 0 0 1 409 1 409 1.27e-297 803 WP_270506568.1 WP_282259321.1 43.2 417 202 4 4 386 15 430 1.14e-112 337 EKD39302.1 EKD39302.1 100 31 0 0 1 31 1 31 2.54e-17 64.3 WP_185816158.1 WP_185816158.1 100 232 0 0 1 232 1 232 5.34e-160 440 WP_185816158.1 KJS09633.1 40.4 104 62 0 125 228 485 588 5.48e-19 83.6 WP_275495439.1 WP_275495439.1 100 408 0 0 1 408 1 408 4.57e-295 796 WP_275495439.1 UCF78466.1 41.1 404 202 10 6 402 1 375 3.34e-76 239 WP_275495439.1 WP_019585553.1 34.4 404 227 10 8 400 16 392 8.52e-61 200 WP_275495439.1 WP_145937814.1 34.7 409 232 12 1 402 1 381 2.73e-57 191 WP_275495439.1 WP_278361924.1 25.7 389 253 9 27 407 24 384 2.21e-15 75.5 WP_123237441.1 WP_123237441.1 100 305 0 0 1 305 1 305 3.28e-195 535 WP_123237441.1 WP_069341101.1 27.3 275 191 5 29 302 27 293 2.64e-22 92.8 CAD8089828.1 CAD8089828.1 100 273 0 0 1 273 1 273 7.04e-190 519 CAH0143531.1 CAH0143531.1 100 182 0 0 1 182 1 182 6.99e-120 335 CAH0143531.1 WP_122920202.1 31.2 154 102 3 3 154 25 176 5.49e-19 80.5 CAH0143531.1 WP_055228170.1 24.5 155 113 2 2 152 20 174 2.02e-06 45.1 WP_147833981.1 WP_147833981.1 100 124 0 0 1 124 1 124 1.37e-77 226 WP_147833981.1 ABD26457.1 40.0 100 55 2 25 123 27 122 8.07e-11 55.1 QLL10545.1 QLL10545.1 100 277 0 0 1 277 1 277 2.79e-198 541 QLL10545.1 MBK8955603.1 44.1 254 139 3 18 271 3 253 6.17e-73 223 QLL10545.1 EJV0278763.1 31.7 252 166 4 18 267 3 250 1.55e-32 118 WP_111625343.1 WP_111625343.1 100 97 0 0 1 97 1 97 3.32e-66 192 TDZ21558.1 TDZ21558.1 100 893 0 0 1 893 1 893 0.0 1753 WP_169079632.1 WP_169079632.1 100 228 0 0 1 228 1 228 3.62e-156 430 WP_099949840.1 WP_099949840.1 100 389 0 0 1 389 1 389 3.50e-278 752 WP_099949840.1 KPQ18226.1 52.7 395 174 3 1 385 1 392 2.61e-131 380 WP_188506850.1 WP_188506850.1 100 300 0 0 1 300 1 300 1.60e-229 622 TQD79640.1 TQD79640.1 100 282 0 0 1 282 1 282 3.67e-201 548 QRX02582.1 QRX02582.1 100 4098 0 0 1 4098 1 4098 0.0 8034 QRX02582.1 QSZ25555.1 100.0 4098 2 0 1 4098 1 4098 0.0 8032 QRX02582.1 QTD03487.1 99.9 4098 4 0 1 4098 1 4098 0.0 8029 QRX02582.1 QWC83326.1 99.9 4098 3 0 1 4098 1 4098 0.0 8028 QRX02582.1 WEU87158.1 99.9 4098 3 0 1 4098 1 4098 0.0 8026 QRX02582.1 UBP50947.1 99.8 4098 7 0 1 4098 1 4098 0.0 8019 QRX02582.1 QZU16279.1 99.8 4098 9 0 1 4098 1 4098 0.0 8015 QRX02582.1 UBD95131.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 QRX02582.1 UFM00670.1 99.7 4098 12 0 1 4098 1 4098 0.0 8010 QRX02582.1 QVD87869.1 99.8 4098 6 1 1 4098 1 4095 0.0 8010 QRX02582.1 QXR94354.1 99.8 4098 7 1 1 4098 1 4095 0.0 8009 QRX02582.1 UEC68750.1 99.7 4098 12 0 1 4098 1 4098 0.0 8008 QRX02582.1 UBL45068.1 99.8 4098 10 0 1 4098 1 4098 0.0 8007 QRX02582.1 QTM79632.1 99.7 4098 10 1 1 4098 1 4095 0.0 8007 QRX02582.1 UHM53165.1 99.7 4098 12 0 1 4098 1 4098 0.0 8005 QRX02582.1 UFM02602.1 99.7 4098 12 0 1 4098 1 4098 0.0 8005 QRX02582.1 UEC52718.1 99.7 4098 13 0 1 4098 1 4098 0.0 8005 QRX02582.1 UIR12670.1 99.7 4098 8 2 1 4098 1 4094 0.0 8004 QRX02582.1 QTZ27226.1 99.6 4098 12 1 1 4098 1 4095 0.0 8002 QRX02582.1 UPA83906.1 99.7 4098 9 2 1 4098 1 4094 0.0 8001 QRX02582.1 UZO53924.1 99.7 4098 10 1 1 4098 1 4095 0.0 8001 QRX02582.1 UVB16817.1 99.7 4098 10 1 1 4098 1 4095 0.0 7999 QRX02582.1 ULA23837.2 99.7 4098 10 2 1 4098 1 4094 0.0 7999 QRX02582.1 URQ55824.1 99.7 4098 11 1 1 4098 1 4095 0.0 7998 QRX02582.1 UMF87224.1 99.2 4098 30 2 1 4098 1 4094 0.0 7997 QRX02582.1 UPP41269.1 99.6 4098 12 1 1 4098 1 4095 0.0 7997 QRX02582.1 UXH94526.1 99.6 4098 11 2 1 4098 1 4094 0.0 7994 QRX02582.1 USR14792.1 99.6 4098 13 1 1 4098 1 4095 0.0 7994 QRX02582.1 UKU68032.1 99.3 4098 23 2 1 4098 1 4094 0.0 7968 QRX02582.1 UKN67998.1 99.7 4078 9 2 21 4098 1 4074 0.0 7962 QRX02582.1 UBR86455.1 98.4 4097 64 0 2 4098 1 4097 0.0 7885 QRX02582.1 UCP77012.1 98.0 4098 82 0 1 4098 1 4098 0.0 7844 QRX02582.1 UXX67934.1 98.0 4098 77 1 1 4098 1 4095 0.0 7840 QRX02582.1 UCP72061.1 97.9 4098 85 0 1 4098 1 4098 0.0 7835 QRX02582.1 UAQ80067.1 97.8 4098 91 0 1 4098 1 4098 0.0 7824 QRX02582.1 UJV88611.1 97.6 4098 96 2 1 4098 1 4094 0.0 7804 QRX02582.1 UOU30556.1 97.6 4098 97 1 1 4098 1 4095 0.0 7793 QRX02582.1 UJJ97602.1 97.4 4098 102 2 1 4098 1 4094 0.0 7787 QRX02582.1 UGA79226.1 97.2 4098 115 0 1 4098 1 4098 0.0 7761 QRX02582.1 UJS94137.1 98.6 3993 50 2 106 4098 1 3989 0.0 7696 QRX02582.1 WHE12941.1 97.0 4072 121 1 27 4098 1 4069 0.0 7688 QRX02582.1 ULB83374.1 96.2 4098 150 2 1 4098 1 4094 0.0 7668 QRX02582.1 UVI10561.1 95.8 4071 168 1 28 4098 1 4068 0.0 7574 QRX02582.1 UJT06733.1 94.5 4098 222 2 1 4098 1 4094 0.0 7474 QRX02582.1 UGB98301.1 93.9 4098 250 0 1 4098 1 4098 0.0 7438 QRX02582.1 UFA30503.1 93.0 4072 285 0 27 4098 1 4072 0.0 7302 QRX02582.1 WGP70063.1 92.2 4098 320 0 1 4098 1 4098 0.0 7272 QRX02582.1 UMA88644.1 91.8 4077 330 2 22 4098 1 4073 0.0 7195 QRX02582.1 WEI27974.1 90.6 4098 383 1 1 4098 1 4095 0.0 7112 QRX02582.1 UNI03201.1 90.9 4072 370 1 27 4098 1 4071 0.0 7103 QRX02582.1 WGP98278.1 88.3 4098 481 0 1 4098 1 4098 0.0 6880 QRX02582.1 UEX07109.1 89.0 4041 444 0 27 4067 1 4041 0.0 6877 QRX02582.1 WAS49087.1 83.7 4098 667 1 1 4098 1 4095 0.0 6391 QRX02582.1 URP80785.1 81.3 4071 760 1 28 4098 1 4068 0.0 6152 QRX02582.1 UPB00876.1 76.9 4071 939 1 28 4098 1 4068 0.0 5759 QRX02582.1 UYE49180.1 81.1 3731 703 1 1 3731 1 3728 0.0 5682 QRX02582.1 WGQ72821.1 67.5 4073 1324 0 26 4098 1 4073 0.0 4793 WP_095648367.1 WP_095648367.1 100 484 0 0 1 484 1 484 0.0 929 WP_095648367.1 HAT8492399.1 30.2 202 136 3 214 410 166 367 1.40e-22 97.4 WP_095648367.1 MCI8350609.1 24.4 205 134 4 216 414 145 334 1.40e-07 51.6 HBB9152465.1 HBB9152465.1 100 462 0 0 1 462 1 462 0.0 891 HAD16081.1 HAD16081.1 100 542 0 0 1 542 1 542 0.0 964 WP_060879438.1 WP_060879438.1 100 533 0 0 1 533 1 533 0.0 964 MBQ1583517.1 MBQ1583517.1 100 321 0 0 1 321 1 321 2.87e-229 623 WP_166737936.1 WP_166737936.1 100 828 0 0 1 828 1 828 0.0 1330 XP_044786537.1 XP_044786537.1 100 335 0 0 1 335 1 335 6.25e-215 588 KAG7243800.1 KAG7243800.1 100 384 0 0 1 384 1 384 6.06e-281 759 MBN8831519.1 MBN8831519.1 100 650 0 0 1 650 1 650 0.0 1281 MBN8831519.1 WP_017166220.1 29.2 243 137 8 56 272 36 269 1.52e-12 68.2 MBN8831519.1 WP_126547421.1 31.2 199 107 9 56 237 135 320 1.08e-10 63.2 WP_131827568.1 WP_131827568.1 100 72 0 0 1 72 1 72 1.02e-42 131 XP_023194678.1 XP_023194678.1 100 641 0 0 1 641 1 641 8.73e-268 747 MBR5392328.1 MBR5392328.1 100 231 0 0 1 231 1 231 1.14e-174 477 NDH19650.1 NDH19650.1 100 153 0 0 1 153 1 153 4.46e-102 287 MCA9786884.1 MCA9786884.1 100 467 0 0 1 467 1 467 0.0 882 WP_140706444.1 WP_140706444.1 100 159 0 0 1 159 1 159 1.27e-113 317 WP_230834693.1 WP_230834693.1 100 182 0 0 1 182 1 182 9.24e-125 347 CAH2408238.1 CAH2408238.1 100 176 0 0 1 176 1 176 3.65e-119 332 WP_279652328.1 WP_279652328.1 100 458 0 0 1 458 1 458 9.17e-309 835 WP_279652328.1 HBT3283900.1 36.9 455 273 3 7 458 5 448 3.32e-90 281 WP_279652328.1 KUK66960.1 30.2 182 121 2 212 393 171 346 1.01e-22 98.2 XP_016482688.1 XP_016482688.1 100 245 0 0 1 245 1 245 7.07e-176 481 WP_122377077.1 WP_122377077.1 100 162 0 0 1 162 1 162 6.22e-111 310 EFW22388.1 EFW22388.1 100 403 0 0 1 403 1 403 9.06e-256 697 WP_059048359.1 WP_059048359.1 100 354 0 0 1 354 1 354 1.94e-255 692 KAJ8530820.1 KAJ8530820.1 100 989 0 0 1 989 1 989 0.0 1967 MBK6751737.1 MBK6751737.1 100 296 0 0 1 296 1 296 2.59e-208 568 MBK6751737.1 MBQ9679177.1 34.4 285 155 9 1 281 628 884 2.44e-38 142 MBK6751737.1 MCL2204087.1 30.0 283 162 6 3 280 632 883 9.96e-30 117 MBK6751737.1 CAI9595211.1 27.5 255 151 9 3 247 761 991 2.75e-17 80.5 WP_237907640.1 WP_237907640.1 100 358 0 0 1 358 1 358 6.51e-256 693 WP_237907640.1 WP_011057593.1 50.1 355 163 6 2 354 3 345 3.56e-95 286 WP_237907640.1 WP_258581409.1 50.0 292 142 3 1 288 1 292 3.37e-87 266 WP_237907640.1 WP_176354145.1 42.1 359 195 6 4 351 6 362 3.64e-81 250 WP_237907640.1 WP_109219819.1 51.2 248 119 1 4 251 18 263 1.02e-76 239 WP_237907640.1 WP_076409454.1 41.2 352 194 6 4 352 5 346 4.35e-74 231 WP_237907640.1 WP_140480909.1 44.4 293 159 3 4 295 13 302 3.07e-73 230 WP_237907640.1 WP_170725874.1 40.6 323 165 3 4 325 5 301 2.39e-70 221 WP_237907640.1 NNE23115.1 35.0 314 191 3 6 314 5 310 1.07e-55 184 WP_237907640.1 MWR41881.1 37.6 237 142 2 3 233 28 264 1.79e-45 155 WP_237907640.1 WP_278489123.1 32.2 233 153 3 19 247 28 259 4.81e-28 109 WP_237907640.1 NFD84694.1 29.4 218 131 6 17 221 537 744 2.56e-18 84.7 WP_237907640.1 MBQ8297564.1 26.4 216 136 5 22 224 353 558 1.25e-17 82.4 WP_237907640.1 WP_222599035.1 32.0 206 117 6 24 216 487 682 1.46e-16 79.3 WP_237907640.1 MCA9759546.1 30.4 224 143 6 3 218 7 225 1.52e-16 76.6 WP_098626931.1 WP_098626931.1 100 342 0 0 1 342 1 342 2.08e-228 622 WP_017900964.1 WP_017900964.1 100 179 0 0 1 179 1 179 5.39e-127 352 KIH61449.1 KIH61449.1 100 403 0 0 1 403 1 403 7.59e-296 798 DAS51696.1 DAS51696.1 100 166 0 0 1 166 1 166 4.03e-118 329 MBQ2198584.1 MBQ2198584.1 100 492 0 0 1 492 1 492 0.0 978 HAN66834.1 HAN66834.1 100 659 0 0 1 659 1 659 0.0 1291 HAN66834.1 WP_043940504.1 53.9 648 280 7 16 659 16 648 1.02e-225 641 HAN66834.1 MBP8196496.1 43.5 814 269 10 21 656 1 801 9.82e-202 585 HAN66834.1 WP_150253061.1 40.9 696 349 13 16 658 14 700 5.84e-156 464 WP_091629500.1 WP_091629500.1 100 443 0 0 1 443 1 443 1.02e-318 859 WP_065450627.1 WP_065450627.1 100 999 0 0 1 999 1 999 0.0 1981 WP_067487176.1 WP_067487176.1 100 230 0 0 1 230 1 230 5.35e-159 437 GBN84473.1 GBN84473.1 100 92 0 0 1 92 1 92 5.66e-67 194 MBE6257848.1 MBE6257848.1 100 327 0 0 1 327 1 327 4.20e-225 613 MBE6257848.1 WP_058051508.1 41.2 328 178 6 2 324 1 318 1.98e-69 219 MBE6257848.1 WP_224911464.1 36.8 329 182 5 1 312 1 320 5.53e-56 183 MBE6257848.1 XP_046509038.1 44.4 63 35 0 199 261 945 1007 1.20e-07 51.6 MCP5281008.1 MCP5281008.1 100 557 0 0 1 557 1 557 0.0 1111 WHE12941.1 WHE12941.1 100 7067 0 0 1 7067 1 7067 0.0 13860 WHE12941.1 URQ55824.1 98.4 7067 116 0 1 7067 27 7093 0.0 13847 WHE12941.1 UZO53924.1 98.3 7067 118 0 1 7067 27 7093 0.0 13844 WHE12941.1 UVB16817.1 98.3 7067 117 0 1 7067 27 7093 0.0 13844 WHE12941.1 QVD87869.1 98.2 7067 130 0 1 7067 27 7093 0.0 13818 WHE12941.1 QWC83326.1 98.2 7070 127 1 1 7067 27 7096 0.0 13817 WHE12941.1 UMF87224.1 97.9 7067 150 1 1 7067 27 7092 0.0 13812 WHE12941.1 WEU87158.1 98.1 7070 129 1 1 7067 27 7096 0.0 13812 WHE12941.1 QSZ25555.1 98.1 7070 131 1 1 7067 27 7096 0.0 13811 WHE12941.1 UBP50947.1 98.1 7070 130 1 1 7067 27 7096 0.0 13809 WHE12941.1 UBD95131.1 98.1 7070 132 1 1 7067 27 7096 0.0 13804 WHE12941.1 UEC52718.1 98.0 7070 135 1 1 7067 27 7096 0.0 13797 WHE12941.1 UIR12670.1 97.8 7067 154 1 1 7067 27 7092 0.0 13756 WHE12941.1 QZU16279.1 97.8 7070 156 1 1 7067 27 7096 0.0 13747 WHE12941.1 UPA83906.1 97.6 7067 171 1 1 7067 27 7092 0.0 13715 WHE12941.1 UXX67934.1 97.4 7067 186 0 1 7067 27 7093 0.0 13683 WHE12941.1 UBR86455.1 97.3 7070 190 1 1 7067 26 7095 0.0 13668 WHE12941.1 UCP77012.1 97.3 7070 187 1 1 7067 27 7096 0.0 13649 WHE12941.1 UCP72061.1 97.0 7070 206 1 1 7067 27 7096 0.0 13628 WHE12941.1 UKN67998.1 96.7 7067 232 1 1 7067 7 7072 0.0 13568 WHE12941.1 UGA79226.1 95.9 7070 286 1 1 7067 27 7096 0.0 13445 WHE12941.1 UVI10561.1 96.0 7066 280 0 2 7067 1 7066 0.0 13363 WHE12941.1 UAQ80067.1 95.5 7070 317 1 1 7067 27 7096 0.0 13361 WHE12941.1 UJT06733.1 94.7 7067 376 1 1 7067 27 7092 0.0 13207 WHE12941.1 UOU30556.1 93.3 7067 475 0 1 7067 27 7093 0.0 12978 WHE12941.1 UMA88644.1 90.1 7067 696 1 1 7067 6 7071 0.0 12444 WHE12941.1 WAS49087.1 89.1 7067 773 0 1 7067 27 7093 0.0 12239 WHE12941.1 WGP98278.1 83.2 7070 1185 1 1 7067 27 7096 0.0 11254 WHE12941.1 UPP41269.1 97.4 4372 114 0 1 4372 27 4398 0.0 8326 WHE12941.1 USR14792.1 97.4 4372 115 0 1 4372 27 4398 0.0 8324 WHE12941.1 QXR94354.1 97.2 4372 124 0 1 4372 27 4398 0.0 8305 WHE12941.1 ULA23837.2 97.1 4372 124 1 1 4372 27 4397 0.0 8304 WHE12941.1 QTM79632.1 97.1 4372 127 0 1 4372 27 4398 0.0 8303 WHE12941.1 QTD03487.1 97.1 4375 124 1 1 4372 27 4401 0.0 8303 WHE12941.1 UXH94526.1 97.1 4372 125 1 1 4372 27 4397 0.0 8299 WHE12941.1 QTZ27226.1 97.0 4372 129 0 1 4372 27 4398 0.0 8298 WHE12941.1 UFM00670.1 97.0 4375 127 1 1 4372 27 4401 0.0 8294 WHE12941.1 UEC68750.1 97.0 4375 127 1 1 4372 27 4401 0.0 8291 WHE12941.1 UHM53165.1 97.0 4375 127 1 1 4372 27 4401 0.0 8289 WHE12941.1 UFM02602.1 97.0 4375 127 1 1 4372 27 4401 0.0 8288 WHE12941.1 UBL45068.1 97.0 4375 127 1 1 4372 27 4401 0.0 8286 WHE12941.1 UKU68032.1 96.8 4372 138 1 1 4372 27 4397 0.0 8271 WHE12941.1 UJV88611.1 95.2 4372 210 1 1 4372 27 4397 0.0 8109 WHE12941.1 UJJ97602.1 95.0 4372 216 1 1 4372 27 4397 0.0 8093 WHE12941.1 UJS94137.1 96.3 4293 159 1 80 4372 1 4292 0.0 8059 WHE12941.1 ULB83374.1 93.9 4372 264 1 1 4372 27 4397 0.0 7974 WHE12941.1 UGB98301.1 91.6 4375 365 1 1 4372 27 4401 0.0 7721 WHE12941.1 UFA30503.1 93.5 4340 277 1 1 4337 1 4340 0.0 7708 WHE12941.1 QRX02582.1 97.0 4072 121 1 1 4069 27 4098 0.0 7687 WHE12941.1 UNI03201.1 91.7 4374 361 1 1 4372 1 4374 0.0 7594 WHE12941.1 WEI27974.1 90.8 4372 404 0 1 4372 27 4398 0.0 7536 WHE12941.1 WGP70063.1 89.7 4343 446 1 1 4340 27 4369 0.0 7458 WHE12941.1 UEX07109.1 89.8 4375 444 1 1 4372 1 4375 0.0 7319 WHE12941.1 URP80785.1 81.9 4371 792 0 2 4372 1 4371 0.0 6604 WHE12941.1 UPB00876.1 74.9 4371 1097 0 2 4372 1 4371 0.0 5967 WHE12941.1 UYE49180.1 74.3 4372 1124 0 1 4372 27 4398 0.0 5899 WHE12941.1 WGQ72821.1 65.6 4343 1489 1 1 4340 2 4344 0.0 4900 WP_070310045.1 WP_070310045.1 100 675 0 0 1 675 1 675 0.0 1292 WP_182080621.1 WP_182080621.1 100 432 0 0 1 432 1 432 0.0 867 WP_182080621.1 WP_058918927.1 24.3 444 292 14 12 417 19 456 5.35e-21 93.2 WP_182080621.1 MBD8915742.1 24.3 350 200 14 131 418 144 490 3.01e-11 63.5 WP_266170214.1 WP_266170214.1 100 396 0 0 1 396 1 396 2.00e-292 789 WP_266170214.1 WP_072989136.1 36.7 267 136 9 149 392 156 412 2.05e-39 144 WP_266170214.1 HAR4306776.1 31.5 362 189 12 65 391 71 408 3.52e-36 135 WP_266170214.1 WP_192202944.1 29.9 422 242 14 2 393 3 400 4.31e-27 109 MBP6854588.1 MBP6854588.1 100 300 0 0 1 300 1 300 3.74e-219 595 WP_275364603.1 WP_275364603.1 100 80 0 0 1 80 1 80 1.46e-50 151 WP_131609232.1 WP_131609232.1 100 754 0 0 1 754 1 754 0.0 1463 WP_278888642.1 WP_278888642.1 100 295 0 0 1 295 1 295 3.86e-214 582 WP_278888642.1 WP_176958177.1 37.5 280 173 2 5 284 1 278 1.29e-57 185 WP_278888642.1 WP_192106836.1 37.7 273 169 1 5 277 1 272 2.36e-56 182 WP_278888642.1 AIA18772.1 42.1 152 88 0 5 156 1 152 5.87e-39 132 WP_213413035.1 WP_213413035.1 100 129 0 0 1 129 1 129 1.22e-83 239 WP_198140600.1 WP_198140600.1 100 40 0 0 1 40 1 40 4.28e-26 87.0 CAF1441577.1 CAF1441577.1 100 271 0 0 1 271 1 271 2.20e-192 525 WP_149656427.1 WP_149656427.1 100 325 0 0 1 325 1 325 1.40e-222 606 WP_149656427.1 MBE7554905.1 31.5 336 216 6 1 323 1 335 3.85e-42 147 WP_149656427.1 MBX7055839.1 28.6 329 196 6 13 323 17 324 1.98e-36 132 WP_149656427.1 WP_239280620.1 30.4 273 176 4 55 325 60 320 6.92e-36 130 WP_149656427.1 WP_047721562.1 30.6 337 213 9 5 323 4 337 6.92e-35 128 WP_149656427.1 MBB3097508.1 30.8 266 167 2 58 323 47 295 1.65e-33 123 WP_149656427.1 KAB2860347.1 40.9 115 68 0 209 323 1 115 1.35e-25 97.4 EFV9058489.1 EFV9058489.1 100 83 0 0 1 83 1 83 4.24e-58 171 CAH1968295.1 CAH1968295.1 100 313 0 0 1 313 1 313 3.38e-233 632 CAH1968295.1 WP_244311009.1 28.2 312 188 9 1 308 130 409 2.38e-25 103 MCK5224664.1 MCK5224664.1 100 167 0 0 1 167 1 167 1.20e-124 345 ECD4982842.1 ECD4982842.1 100 885 0 0 1 885 1 885 0.0 1784 ECD4982842.1 EBS3704194.1 98.9 885 10 0 1 885 1 885 0.0 1764 ECD4982842.1 WP_202291019.1 52.4 847 380 6 5 844 4 834 2.07e-318 893 ECD4982842.1 WP_242685612.1 50.4 813 386 6 33 844 38 834 3.45e-300 848 ECD4982842.1 WP_237762402.1 37.9 651 363 17 34 666 23 650 2.57e-132 409 ECD4982842.1 WP_222168304.1 28.2 839 539 26 18 826 16 821 8.34e-77 266 NNC58435.1 NNC58435.1 100 697 0 0 1 697 1 697 0.0 1372 NNC58435.1 MCC7304610.1 48.3 683 347 4 7 688 11 688 3.47e-228 650 NNC58435.1 MCF2656092.1 34.3 688 435 9 5 688 4 678 3.29e-128 394 NNC58435.1 WP_274976404.1 30.0 744 444 10 11 689 26 757 8.93e-97 313 NNC58435.1 WP_010016619.1 25.6 489 232 14 11 488 17 384 3.43e-23 102 WP_233737742.1 WP_233737742.1 100 577 0 0 1 577 1 577 0.0 1136 WP_233737742.1 WP_270570428.1 27.4 588 317 14 17 576 6 511 4.31e-61 209 WP_233737742.1 WP_018187484.1 31.1 440 250 12 8 429 16 420 2.04e-41 154 HAX5007168.1 HAX5007168.1 100 299 0 0 1 299 1 299 1.22e-228 619 WP_113620603.1 WP_113620603.1 100 707 0 0 1 707 1 707 0.0 1406 WP_113620603.1 WP_175076961.1 39.4 657 360 13 1 639 1 637 1.71e-140 427 WP_113620603.1 WP_115946316.1 35.9 607 343 13 4 583 2 589 6.22e-104 330 NND17855.1 NND17855.1 100 323 0 0 1 323 1 323 2.29e-236 641 XP_041823288.1 XP_041823288.1 100 136 0 0 1 136 1 136 1.51e-94 267 KIA87593.1 KIA87593.1 100 66 0 0 1 66 1 66 2.74e-42 129 WP_177209229.1 WP_177209229.1 100 344 0 0 1 344 1 344 6.33e-265 715 KAH7714125.1 KAH7714125.1 100 170 0 0 1 170 1 170 1.70e-121 338 WP_125553257.1 WP_125553257.1 100 268 0 0 1 268 1 268 6.25e-186 509 MBJ7531026.1 MBJ7531026.1 100 141 0 0 1 141 1 141 2.19e-94 267 MBJ7531026.1 WP_279399778.1 55.9 136 59 1 6 141 3 137 1.22e-39 133 MBJ7531026.1 WP_067782871.1 50.0 136 63 3 8 141 4 136 9.27e-35 120 VIF85598.1 VIF85598.1 100 163 0 0 1 163 1 163 2.33e-05 40.8 KAH9082671.1 KAH9082671.1 100 184 0 0 1 184 1 184 2.19e-133 369 WP_192202944.1 WP_192202944.1 100 402 0 0 1 402 1 402 3.42e-287 776 WP_192202944.1 WP_072989136.1 36.5 416 239 11 1 398 3 411 1.15e-64 211 WP_192202944.1 HAR4306776.1 37.3 408 243 8 2 399 5 409 4.15e-64 209 WP_192202944.1 WP_266170214.1 30.1 422 241 14 3 400 2 393 2.54e-25 104 WP_192202944.1 NQZ11975.1 29.3 270 164 7 150 398 176 439 4.36e-14 72.0 WP_243361436.1 WP_243361436.1 100 481 0 0 1 481 1 481 0.0 914 WP_243361436.1 WP_096665911.1 40.4 411 238 2 57 465 62 467 5.26e-95 294 WP_243361436.1 GIW30304.1 33.9 410 257 5 58 465 54 451 9.18e-57 194 WP_243361436.1 MBT3784852.1 29.0 324 198 8 79 400 73 366 4.89e-26 109 WP_243361436.1 EAZ5330394.1 21.9 301 195 11 120 397 116 399 1.77e-10 61.2 WP_243361436.1 YP_007317140.1 28.6 217 136 7 215 429 100 299 3.60e-09 56.6 WP_243361436.1 YP_008379230.1 23.6 267 167 7 135 397 34 267 1.93e-07 51.2 RAL39799.1 RAL39799.1 100 326 0 0 1 326 1 326 2.31e-242 656 RAL39799.1 WP_259408897.1 34.1 223 135 4 110 326 29 245 2.48e-33 122 VDM37090.1 VDM37090.1 100 50 0 0 1 50 1 50 2.22e-32 103 WP_185892671.1 WP_185892671.1 100 655 0 0 1 655 1 655 0.0 1321 WP_185892671.1 HBD3580067.1 46.8 631 332 3 26 655 33 660 1.55e-206 592 WP_185892671.1 WP_215391030.1 45.4 625 337 4 24 646 42 664 6.00e-189 549 WP_129703040.1 WP_129703040.1 100 177 0 0 1 177 1 177 7.68e-126 349 WP_129703040.1 WP_142114448.1 32.5 151 95 2 26 169 43 193 1.89e-19 82.4 WP_132079800.1 WP_132079800.1 100 700 0 0 1 700 1 700 0.0 1337 WP_132079800.1 WP_267560498.1 34.9 690 421 10 8 690 4 672 1.11e-106 337 WP_132079800.1 WP_259206442.1 30.2 706 431 23 12 692 8 676 2.88e-59 215 EAG8834195.1 EAG8834195.1 100 365 0 0 1 365 1 365 1.69e-266 721 WP_210473185.1 WP_210473185.1 100 274 0 0 1 274 1 274 1.01e-194 531 WP_210473185.1 WP_070443635.1 39.7 204 113 4 67 268 46 241 3.67e-38 132 HBO82804.1 HBO82804.1 100 84 0 0 1 84 1 84 2.10e-54 161 HBO82804.1 WP_059534878.1 63.9 83 30 0 1 83 1 83 2.02e-26 99.0 WP_183495065.1 WP_183495065.1 100 406 0 0 1 406 1 406 4.44e-301 811 WP_171519907.1 WP_171519907.1 100 428 0 0 1 428 1 428 0.0 892 WP_171519907.1 MBI1386726.1 26.9 383 218 13 28 390 104 444 5.92e-28 113 WP_171519907.1 WP_168044369.1 29.1 206 135 5 29 223 24 229 1.74e-25 106 KAI1498309.1 KAI1498309.1 100 606 0 0 1 606 1 606 0.0 1238 WP_222532997.1 WP_222532997.1 100 319 0 0 1 319 1 319 8.68e-239 647 WP_063007015.1 WP_063007015.1 100 287 0 0 1 287 1 287 2.95e-214 582 CAG8726868.1 CAG8726868.1 100 348 0 0 1 348 1 348 1.19e-271 732 CAG8726868.1 XP_047046442.1 33.2 346 194 10 4 327 217 547 5.41e-51 176 CAG8726868.1 XP_016445639.1 27.8 317 187 11 10 307 204 497 2.65e-21 93.2 CAG8726868.1 WP_200599363.1 29.0 93 40 3 234 326 388 454 1.32e-06 48.1 UFM02602.1 UFM02602.1 100 4405 0 0 1 4405 1 4405 0.0 8651 UFM02602.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8635 UFM02602.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8633 UFM02602.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8631 UFM02602.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8630 UFM02602.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8630 UFM02602.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8625 UFM02602.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8622 UFM02602.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8619 UFM02602.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8618 UFM02602.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8617 UFM02602.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8614 UFM02602.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8612 UFM02602.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8609 UFM02602.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8608 UFM02602.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8603 UFM02602.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8603 UFM02602.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8603 UFM02602.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8601 UFM02602.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8601 UFM02602.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8599 UFM02602.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8599 UFM02602.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8598 UFM02602.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8596 UFM02602.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8595 UFM02602.1 UMF87224.1 99.1 4401 37 2 1 4401 1 4397 0.0 8590 UFM02602.1 UPA83906.1 99.5 4401 18 2 1 4401 1 4397 0.0 8590 UFM02602.1 UKU68032.1 99.2 4405 30 2 1 4405 1 4401 0.0 8571 UFM02602.1 UKN67998.1 99.6 4381 15 2 21 4401 1 4377 0.0 8559 UFM02602.1 UBR86455.1 98.6 4400 60 0 2 4401 1 4400 0.0 8501 UFM02602.1 UCP77012.1 98.2 4401 79 0 1 4401 1 4401 0.0 8458 UFM02602.1 UCP72061.1 98.2 4401 81 0 1 4401 1 4401 0.0 8452 UFM02602.1 UAQ80067.1 98.0 4401 87 0 1 4401 1 4401 0.0 8441 UFM02602.1 UXX67934.1 98.0 4401 83 1 1 4401 1 4398 0.0 8437 UFM02602.1 UJV88611.1 97.6 4405 102 2 1 4405 1 4401 0.0 8408 UFM02602.1 UOU30556.1 97.6 4401 102 1 1 4401 1 4398 0.0 8394 UFM02602.1 UJJ97602.1 97.5 4405 108 2 1 4405 1 4401 0.0 8392 UFM02602.1 UGA79226.1 97.2 4401 123 0 1 4401 1 4401 0.0 8354 UFM02602.1 UJS94137.1 98.6 4300 56 2 106 4405 1 4296 0.0 8301 UFM02602.1 WHE12941.1 97.0 4375 127 1 27 4401 1 4372 0.0 8285 UFM02602.1 ULB83374.1 96.4 4405 156 2 1 4405 1 4401 0.0 8273 UFM02602.1 UVI10561.1 96.0 4374 174 1 28 4401 1 4371 0.0 8171 UFM02602.1 UGB98301.1 94.4 4405 247 0 1 4405 1 4405 0.0 8061 UFM02602.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8001 UFM02602.1 UJT06733.1 93.9 4401 263 2 1 4401 1 4397 0.0 7987 UFM02602.1 UFA30503.1 93.5 4340 281 0 27 4366 1 4340 0.0 7843 UFM02602.1 UMA88644.1 92.3 4380 335 2 22 4401 1 4376 0.0 7796 UFM02602.1 WGP70063.1 92.3 4369 336 0 1 4369 1 4369 0.0 7775 UFM02602.1 UNI03201.1 91.6 4379 368 1 27 4405 1 4378 0.0 7724 UFM02602.1 WEI27974.1 91.1 4405 388 1 1 4405 1 4402 0.0 7721 UFM02602.1 WGP98278.1 88.7 4364 495 0 1 4364 1 4364 0.0 7383 UFM02602.1 UEX07109.1 88.0 4379 525 0 27 4405 1 4379 0.0 7370 UFM02602.1 WAS49087.1 84.7 4401 672 1 1 4401 1 4398 0.0 6992 UFM02602.1 URP80785.1 82.5 4378 764 1 28 4405 1 4375 0.0 6764 UFM02602.1 UYE49180.1 76.9 4405 1015 1 1 4405 1 4402 0.0 6204 UFM02602.1 UPB00876.1 76.4 4378 1029 1 28 4405 1 4375 0.0 6164 UFM02602.1 WGQ72821.1 67.6 4344 1408 0 26 4369 1 4344 0.0 5132 WP_044229656.1 WP_044229656.1 100 66 0 0 1 66 1 66 4.55e-41 126 WP_079396843.1 WP_079396843.1 100 201 0 0 1 201 1 201 3.05e-146 403 WP_079396843.1 MCI9320818.1 41.5 200 115 2 1 199 1 199 3.18e-53 167 WP_079396843.1 MBD5153813.1 42.2 206 113 3 1 201 1 205 7.42e-46 149 WP_079396843.1 WP_197744369.1 39.2 204 116 4 2 199 4 205 7.07e-45 146 WP_201618498.1 WP_201618498.1 100 90 0 0 1 90 1 90 1.17e-56 167 WP_054377321.1 WP_054377321.1 100 129 0 0 1 129 1 129 1.00e-91 259 WP_054377321.1 WP_153276888.1 69.6 46 14 0 1 46 85 130 9.04e-16 67.0 KAH8074532.1 KAH8074532.1 100 147 0 0 1 147 1 147 7.84e-109 304 HIG56173.1 HIG56173.1 100 537 0 0 1 537 1 537 0.0 1081 HIG56173.1 WP_160877220.1 40.3 442 251 4 41 471 18 457 2.78e-100 311 XP_018062972.1 XP_018062972.1 100 802 0 0 1 802 1 802 0.0 1471 WP_170725874.1 WP_170725874.1 100 337 0 0 1 337 1 337 6.64e-243 659 WP_170725874.1 WP_076409454.1 43.8 345 172 4 1 328 1 340 2.38e-85 259 WP_170725874.1 WP_109219819.1 42.5 360 177 6 5 336 18 375 2.05e-82 253 WP_170725874.1 WP_140480909.1 39.6 356 174 5 5 331 13 356 4.46e-79 244 WP_170725874.1 WP_176354145.1 46.6 294 129 3 14 280 15 307 9.14e-76 236 WP_170725874.1 WP_237907640.1 40.6 323 165 3 5 301 4 325 2.02e-71 224 WP_170725874.1 WP_011057593.1 45.6 237 129 0 1 237 1 237 9.38e-66 209 WP_170725874.1 WP_258581409.1 42.6 251 142 1 5 253 4 254 1.54e-63 204 WP_170725874.1 MWR41881.1 39.4 221 128 1 20 234 44 264 9.58e-47 157 WP_170725874.1 WP_077217464.1 36.8 258 149 6 15 265 45 295 1.10e-43 150 WP_170725874.1 HBO4828144.1 44.7 197 104 3 19 213 29 222 5.96e-41 143 WP_170725874.1 EHH5649593.1 41.5 193 99 3 27 213 25 209 1.36e-35 129 WP_170725874.1 WP_088153117.1 33.0 203 128 2 29 225 23 223 2.37e-30 117 WP_170725874.1 MCH1405047.1 44.0 150 76 2 8 153 13 158 4.54e-30 110 WP_170725874.1 WP_098952357.1 36.8 228 135 4 17 235 28 255 1.37e-29 114 WP_170725874.1 MBQ4383193.1 35.4 226 137 5 1 218 1 225 5.11e-29 110 WP_170725874.1 MBQ3864274.1 34.7 216 132 4 17 223 33 248 5.35e-29 112 WP_170725874.1 WP_192324556.1 33.3 252 149 6 7 242 328 576 1.20e-28 114 WP_170725874.1 WP_227059655.1 32.8 250 159 5 2 242 326 575 2.22e-28 114 WP_170725874.1 WP_084371009.1 31.9 213 138 3 4 213 2 210 4.75e-26 103 WP_170725874.1 WP_221977168.1 26.5 215 143 3 12 213 23 235 8.19e-17 77.4 MBK9009608.1 MBK9009608.1 100 168 0 0 1 168 1 168 1.56e-107 302 WP_122013538.1 WP_122013538.1 100 571 0 0 1 571 1 571 0.0 1057 WP_122013538.1 WP_232180661.1 33.5 573 361 7 1 568 1 558 1.14e-84 272 WP_122013538.1 WP_070188258.1 30.9 592 381 7 1 570 1 586 1.75e-63 217 XP_023607675.1 XP_023607675.1 100 911 0 0 1 911 1 911 0.0 1756 XP_023607675.1 XP_028261945.1 78.9 620 106 6 3 618 2 600 9.77e-316 887 XP_023607675.1 WP_002264996.1 27.8 263 151 7 176 429 2 234 3.24e-16 77.4 XP_023607675.1 WP_014812045.1 36.6 71 40 2 353 422 37 103 1.88e-05 46.2 WP_013970683.1 WP_013970683.1 100 401 0 0 1 401 1 401 1.00e-299 808 WP_013970683.1 WP_261281372.1 75.9 402 95 1 2 401 6 407 1.31e-223 615 WP_013970683.1 WP_111113162.1 59.8 400 156 3 4 401 10 406 4.36e-160 454 EJJ0661731.1 EJJ0661731.1 100 155 0 0 1 155 1 155 1.38e-106 299 KAJ5985703.1 KAJ5985703.1 100 376 0 0 1 376 1 376 8.19e-275 743 WP_151430057.1 WP_151430057.1 100 356 0 0 1 356 1 356 6.50e-255 691 WP_151430057.1 PHR24038.1 33.2 376 219 7 7 353 8 380 5.11e-56 186 WP_151430057.1 MBS6779195.1 29.0 328 189 8 9 307 11 323 1.00e-19 87.8 KAE8933980.1 KAE8933980.1 100 305 0 0 1 305 1 305 1.87e-226 614 MBU3899877.1 MBU3899877.1 100 117 0 0 1 117 1 117 5.42e-79 226 VQC01530.1 VQC01530.1 100 81 0 0 1 81 1 81 2.05e-55 164 WP_086520229.1 WP_086520229.1 100 380 0 0 1 380 1 380 9.33e-283 763 MCP4204994.1 MCP4204994.1 100 99 0 0 1 99 1 99 1.82e-73 211 NWZ25026.1 NWZ25026.1 100 345 0 0 1 345 1 345 3.76e-253 685 NWZ25026.1 WP_088008362.1 41.9 217 121 1 126 337 248 464 5.26e-47 164 WP_101844355.1 WP_101844355.1 100 278 0 0 1 278 1 278 6.61e-202 550 WP_101844355.1 MCF6323317.1 29.3 273 187 4 4 275 14 281 2.77e-33 121 GAK23860.1 GAK23860.1 100 185 0 0 1 185 1 185 4.92e-126 350 WP_143320175.1 WP_143320175.1 100 302 0 0 1 302 1 302 2.16e-219 596 2VYZ_A 2VYZ_A 100 110 0 0 1 110 1 110 1.87e-78 224 WP_051325724.1 WP_051325724.1 100 478 0 0 1 478 1 478 0.0 893 MBC5824559.1 MBC5824559.1 100 374 0 0 1 374 1 374 1.66e-257 699 MBC5824559.1 MBQ1771956.1 36.9 350 214 4 1 349 7 350 1.69e-60 197 MBC5824559.1 WP_167263015.1 32.9 350 228 3 1 346 1 347 1.36e-48 166 MBF0357294.1 MBF0357294.1 100 710 0 0 1 710 1 710 0.0 1229 MBF0357294.1 MCS6996891.1 35.9 231 142 3 111 338 67 294 4.13e-34 133 MBF0357294.1 WP_041723747.1 38.8 183 104 4 162 343 48 223 3.15e-27 111 MBF0357294.1 MBL6706528.1 29.6 71 50 0 487 557 564 634 8.81e-04 40.8 WP_097902424.1 WP_097902424.1 100 194 0 0 1 194 1 194 8.49e-145 399 GBD21053.1 GBD21053.1 100 527 0 0 1 527 1 527 0.0 1014 GBD21053.1 WP_185334683.1 45.1 501 273 2 26 525 4 503 5.33e-138 407 GBD21053.1 WP_150396769.1 34.2 503 315 6 26 523 24 515 9.90e-89 280 GBD21053.1 WP_206363707.1 33.7 249 158 3 26 268 18 265 6.02e-38 139 GBD21053.1 WP_066083732.1 29.3 242 144 10 276 500 4 235 4.72e-16 77.8 GBD21053.1 WP_089095302.1 22.3 538 292 17 26 484 3 493 1.03e-13 72.0 GBD21053.1 THW78755.1 29.1 206 128 4 38 242 480 668 1.52e-13 72.0 GBD21053.1 WP_258581409.1 26.1 207 136 5 295 499 19 210 2.71e-13 69.7 GBD21053.1 WP_088153117.1 26.0 231 146 10 286 509 7 219 4.45e-08 53.5 WP_268737299.1 WP_268737299.1 100 211 0 0 1 211 1 211 3.83e-154 424 WP_194365392.1 WP_194365392.1 100 269 0 0 1 269 1 269 2.56e-190 520 XP_039612537.1 XP_039612537.1 100 875 0 0 1 875 1 875 0.0 1769 RMP03152.1 RMP03152.1 100 44 0 0 1 44 1 44 2.33e-27 90.5 WP_202291019.1 WP_202291019.1 100 843 0 0 1 843 1 843 0.0 1688 WP_202291019.1 WP_242685612.1 59.3 825 332 4 14 837 16 837 0.0 1030 WP_202291019.1 EBS3704194.1 52.4 847 380 6 4 834 5 844 2.79e-318 893 WP_202291019.1 ECD4982842.1 52.4 847 380 6 4 834 5 844 7.96e-318 892 WP_202291019.1 WP_237762402.1 37.7 663 383 14 11 656 1 650 5.17e-135 415 WP_202291019.1 WP_222168304.1 28.2 859 550 27 16 835 12 842 1.39e-80 275 WP_018159095.1 WP_018159095.1 100 201 0 0 1 201 1 201 1.02e-144 399 WP_011147179.1 WP_011147179.1 100 254 0 0 1 254 1 254 2.77e-182 498 WP_265889043.1 WP_265889043.1 100 450 0 0 1 450 1 450 0.0 906 EAJ3842941.1 EAJ3842941.1 100 231 0 0 1 231 1 231 7.71e-173 473 WP_134660892.1 WP_134660892.1 100 277 0 0 1 277 1 277 1.41e-216 587 MCI1641075.1 MCI1641075.1 100 152 0 0 1 152 1 152 5.20e-96 272 WP_014206161.1 WP_014206161.1 100 314 0 0 1 314 1 314 3.03e-241 652 WP_014206161.1 MCJ6180240.1 40.1 304 174 5 17 314 21 322 4.01e-68 214 CAA0126222.1 CAA0126222.1 100 422 0 0 1 422 1 422 8.52e-314 845 CAA0126222.1 WP_205443952.1 48.2 417 190 7 9 422 3 396 5.72e-118 348 CAA0126222.1 WP_122873240.1 34.2 433 236 15 10 415 8 418 2.12e-57 192 CAA0126222.1 MBO7597869.1 26.8 441 261 15 7 422 1 404 1.08e-27 112 WP_139387589.1 WP_139387589.1 100 82 0 0 1 82 1 82 6.10e-53 157 WP_139387589.1 MCI6733811.1 73.3 75 20 0 2 76 388 462 1.99e-29 106 KAF0292372.1 KAF0292372.1 100 659 0 0 1 659 1 659 0.0 1248 KAF0292372.1 XP_037827647.1 22.7 198 138 2 11 199 199 390 1.49e-06 49.7 MBI5007102.1 MBI5007102.1 100 583 0 0 1 583 1 583 0.0 1176 MBU2178615.1 MBU2178615.1 100 303 0 0 1 303 1 303 1.94e-202 553 MBU2178615.1 WP_193275955.1 40.4 302 175 2 1 302 142 438 3.01e-68 218 MBU2178615.1 NPV11463.1 38.9 113 68 1 169 280 69 181 3.91e-10 57.0 MBU2178615.1 WP_149786838.1 46.2 78 41 1 193 269 91 168 1.20e-09 55.5 WP_008134825.1 WP_008134825.1 100 846 0 0 1 846 1 846 0.0 1612 WP_008134825.1 WP_221977168.1 38.0 242 150 0 350 591 15 256 8.36e-47 166 WP_008134825.1 WP_097108993.1 38.0 287 163 3 43 315 43 328 5.33e-46 166 WP_008134825.1 WP_247429569.1 35.0 246 159 1 348 593 14 258 2.33e-44 159 WP_008134825.1 WP_256546297.1 35.9 256 148 3 347 591 20 270 3.72e-42 153 WP_008134825.1 WP_089246429.1 28.5 494 311 18 353 824 7 480 2.28e-36 142 WP_008134825.1 MCP4329804.1 34.3 297 184 6 20 314 322 609 2.99e-33 134 WP_008134825.1 MCA3389197.1 32.7 303 187 5 16 308 16 311 9.09e-25 104 WP_008134825.1 WP_150396769.1 30.3 231 150 3 607 830 19 245 2.34e-22 100 WP_008134825.1 OAN53756.1 29.5 234 154 5 613 836 12 244 7.78e-22 94.4 WP_008134825.1 MBO5162475.1 32.2 211 132 5 617 824 10 212 2.34e-17 84.3 WP_008134825.1 WP_185334683.1 29.2 219 141 6 612 822 4 216 7.64e-17 82.8 WP_008134825.1 WP_071876418.1 28.5 214 139 7 627 831 20 228 2.30e-14 75.1 WP_008134825.1 CDZ73727.1 31.6 209 121 6 612 814 1 193 3.05e-13 68.9 WP_049267651.1 WP_049267651.1 100 297 0 0 1 297 1 297 8.02e-208 566 WP_049267651.1 WP_035710346.1 45.2 279 148 2 22 295 37 315 3.37e-72 223 WP_199097566.1 WP_199097566.1 100 235 0 0 1 235 1 235 5.24e-182 496 MBB4862510.1 MBB4862510.1 100 71 0 0 1 71 1 71 4.71e-43 132 WP_029222463.1 WP_029222463.1 100 369 0 0 1 369 1 369 1.56e-264 716 WP_029222463.1 WP_121975536.1 41.1 338 190 5 1 333 1 334 1.10e-76 238 WP_029222463.1 RYD39969.1 39.7 292 172 2 3 290 10 301 5.41e-62 199 WP_029222463.1 WP_203339841.1 35.2 176 100 3 112 282 130 296 4.67e-21 91.3 WP_029222463.1 WP_283107263.1 35.4 147 85 3 122 268 312 448 5.38e-20 89.7 MCM1185292.1 MCM1185292.1 100 287 0 0 1 287 1 287 2.60e-208 567 MCM1185292.1 GAP70049.1 47.2 265 136 1 9 269 3 267 1.94e-81 245 MBI6149093.1 MBI6149093.1 100 772 0 0 1 772 1 772 0.0 1347 MBI6149093.1 HCT06136.1 37.9 704 403 10 72 755 50 739 2.41e-126 393 MBI6149093.1 OFX32653.1 40.1 564 324 7 218 771 63 622 1.79e-104 333 MBI6149093.1 WP_074319120.1 33.0 752 430 16 77 771 9 743 1.78e-84 282 MBI6149093.1 WP_041591748.1 33.6 554 360 6 218 768 90 638 4.27e-83 276 MBI6149093.1 WP_013632646.1 28.7 698 423 18 82 725 75 751 4.07e-67 236 MBI6149093.1 SFX27592.1 28.9 512 349 9 238 743 162 664 8.78e-50 184 MBI6149093.1 KAJ6994162.1 26.2 550 321 16 241 716 101 639 2.09e-21 98.2 MBI6149093.1 MBE6688122.1 25.5 274 182 5 233 485 85 357 5.61e-15 77.4 MBI6149093.1 WP_278631399.1 30.9 165 84 3 591 725 499 663 1.32e-12 69.7 MBI6149093.1 WP_019100427.1 30.6 173 91 3 592 735 547 719 3.64e-11 65.1 MBI6149093.1 KAA0114277.1 23.9 297 205 6 236 517 111 401 2.47e-10 62.4 MBI6149093.1 WP_235126772.1 29.0 183 93 5 592 738 512 693 7.25e-10 60.8 MBI6149093.1 WP_049009918.1 31.4 156 80 2 592 720 543 698 6.52e-09 57.8 EAG2878363.1 EAG2878363.1 100 223 0 0 1 223 1 223 1.53e-150 416 WP_202269758.1 WP_202269758.1 100 586 0 0 1 586 1 586 0.0 1171 XP_007043916.2 XP_007043916.2 100 275 0 0 1 275 1 275 2.11e-192 526 WP_260402970.1 WP_260402970.1 100 128 0 0 1 128 1 128 9.69e-94 264 WP_122896374.1 WP_122896374.1 100 382 0 0 1 382 1 382 6.58e-284 766 WP_122896374.1 WP_168565867.1 33.4 377 244 3 3 379 12 381 1.01e-71 227 WP_122896374.1 MBT4160670.1 33.6 375 234 7 3 374 5 367 2.04e-62 203 WP_122896374.1 WP_043548763.1 34.6 387 237 9 1 379 29 407 1.91e-60 199 WP_122896374.1 WP_094151267.1 29.2 298 205 5 4 297 49 344 1.51e-33 128 KAJ7197949.1 KAJ7197949.1 100 202 0 0 1 202 1 202 5.95e-158 432 WP_096851915.1 WP_096851915.1 100 179 0 0 1 179 1 179 6.50e-119 332 WP_060613079.1 WP_060613079.1 100 582 0 0 1 582 1 582 0.0 1075 WP_060613079.1 WP_195368055.1 32.6 583 365 8 12 578 3 573 5.20e-87 279 WP_060613079.1 MBQ4454347.1 34.3 492 308 4 92 575 87 571 7.54e-85 274 WP_060613079.1 MBT3459617.1 54.8 221 100 0 359 579 1 221 3.24e-72 229 WP_060613079.1 KAJ5168969.1 34.2 500 317 9 73 565 235 729 8.37e-72 244 WP_060613079.1 MBQ8297564.1 26.3 577 406 5 13 579 2 569 9.00e-65 220 WP_060613079.1 KAI7371949.1 31.7 586 384 12 5 579 308 888 1.85e-63 223 WP_060613079.1 WP_036258374.1 29.9 529 359 5 58 579 40 563 2.99e-59 205 WP_060613079.1 WP_011512097.1 34.5 426 261 7 164 580 165 581 1.22e-58 204 WP_060613079.1 NFD84694.1 27.2 508 362 3 75 575 248 754 7.43e-57 202 WP_060613079.1 KAI9191373.1 29.8 521 311 13 79 579 127 612 1.15e-50 186 WP_060613079.1 WP_247749043.1 40.0 245 143 2 339 579 354 598 4.59e-49 178 WP_060613079.1 WP_038440434.1 27.0 515 366 7 69 579 61 569 3.57e-46 169 WP_060613079.1 WAY96880.1 41.9 191 108 2 359 549 5 192 1.29e-36 133 WP_060613079.1 WP_278489123.1 32.6 224 132 6 355 569 24 237 7.50e-24 100 WP_060613079.1 GLY24463.1 30.0 233 139 6 347 561 12 238 4.78e-17 80.9 WP_060613079.1 WP_142931103.1 27.2 224 141 7 341 554 258 469 3.62e-12 67.0 WP_060613079.1 WP_008056683.1 28.5 200 131 7 359 554 255 446 2.88e-11 64.7 WP_060613079.1 CDZ73727.1 22.5 231 133 8 342 555 2 203 3.16e-10 59.3 WP_060613079.1 NNE23115.1 26.6 207 140 6 363 565 22 220 1.60e-09 58.2 XP_021776778.1 XP_021776778.1 100 975 0 0 1 975 1 975 0.0 1831 WP_200650920.1 WP_200650920.1 100 164 0 0 1 164 1 164 5.95e-110 308 WP_267560498.1 WP_267560498.1 100 678 0 0 1 678 1 678 0.0 1320 WP_267560498.1 WP_132079800.1 34.9 690 421 10 4 672 8 690 8.18e-111 348 WP_267560498.1 WP_259206442.1 32.1 692 428 19 7 676 7 678 9.81e-75 259 AGQ38940.1 AGQ38940.1 100 34 0 0 1 34 1 34 5.40e-20 71.2 AGQ38940.1 EJS0734484.1 68.4 19 6 0 1 19 253 271 9.98e-04 32.0 WP_108677987.1 WP_108677987.1 100 242 0 0 1 242 1 242 1.88e-174 478 HBS1873186.1 HBS1873186.1 100 328 0 0 1 328 1 328 8.32e-237 642 HBS1873186.1 OZZ34426.1 54.6 207 88 2 5 209 12 214 2.08e-72 221 HBS1873186.1 WP_200478262.1 46.1 141 69 3 95 235 42 175 1.53e-27 108 EPB66139.1 EPB66139.1 100 347 0 0 1 347 1 347 1.11e-246 669 XP_013957138.1 XP_013957138.1 100 135 0 0 1 135 1 135 4.33e-89 253 WP_087214971.1 WP_087214971.1 100 147 0 0 1 147 1 147 1.25e-105 296 MPZ95749.1 MPZ95749.1 100 249 0 0 1 249 1 249 1.66e-176 483 MPZ95749.1 WP_165724099.1 28.9 263 154 5 10 241 3 263 5.59e-28 106 MPZ95749.1 MBQ5584458.1 33.3 102 63 3 12 111 4 102 4.49e-07 47.8 MPZ95749.1 WP_064652354.1 28.9 114 75 3 12 122 4 114 9.97e-05 40.8 WP_050658900.1 WP_050658900.1 100 296 0 0 1 296 1 296 1.15e-211 576 CAD1480127.1 CAD1480127.1 100 506 0 0 1 506 1 506 0.0 991 OKZ56768.1 OKZ56768.1 100 116 0 0 1 116 1 116 3.82e-83 236 RBR02939.1 RBR02939.1 100 576 0 0 1 576 1 576 0.0 1140 WP_164653811.1 WP_164653811.1 100 476 0 0 1 476 1 476 0.0 920 WP_164653811.1 WP_278449211.1 36.1 454 270 9 24 464 5 451 3.44e-76 244 WP_164653811.1 WP_272906673.1 38.7 367 217 4 27 392 6 365 2.78e-75 243 WP_164653811.1 WP_124213670.1 38.3 470 239 11 27 463 5 456 6.41e-74 239 WP_164653811.1 KNY10996.1 45.1 295 156 4 174 463 1 294 5.92e-68 218 WP_164653811.1 WP_175896721.1 42.1 323 176 5 150 464 131 450 6.16e-64 212 WP_164653811.1 WP_205173112.1 37.4 318 181 5 165 466 146 461 1.68e-60 203 WP_164653811.1 WP_271786410.1 49.1 230 115 2 167 394 8 237 6.14e-60 198 TYG81953.1 TYG81953.1 100 153 0 0 1 153 1 153 1.56e-111 311 TYG81953.1 ESR55765.1 95.9 74 3 0 1 74 1 74 3.67e-46 144 TYG81953.1 KAG0031507.1 45.2 146 79 1 8 152 4 149 6.29e-43 137 GEU53557.1 GEU53557.1 100 591 0 0 1 591 1 591 0.0 1004 GEU53557.1 RSL59427.1 35.0 371 229 6 101 467 66 428 1.07e-66 223 GEU53557.1 XP_023589550.1 32.6 347 224 5 101 443 101 441 2.60e-56 202 GEU53557.1 CZT45482.1 33.3 375 208 6 101 438 92 461 6.46e-56 201 GEU53557.1 NQR19375.1 32.1 368 235 6 96 457 1 359 7.14e-56 193 GEU53557.1 XP_055095726.1 26.8 380 207 13 135 450 237 609 8.47e-27 113 WP_274755179.1 WP_274755179.1 100 422 0 0 1 422 1 422 7.38e-299 807 WP_274755179.1 WP_144320971.1 37.3 292 164 10 133 417 239 518 3.38e-39 145 WP_274755179.1 WP_149911652.1 34.7 291 174 8 138 418 139 423 1.64e-37 139 WP_274755179.1 WP_259858510.1 33.0 288 181 7 135 417 160 440 1.34e-35 134 WP_274755179.1 ADP83890.1 32.3 331 169 8 132 418 189 508 9.94e-31 122 WP_274755179.1 GDX36288.1 25.1 279 190 7 134 402 125 394 2.39e-24 102 WP_274755179.1 WP_245704803.1 31.1 219 144 4 200 417 4 216 5.91e-24 98.2 WP_274755179.1 MBR6403893.1 21.2 288 205 7 134 406 130 410 3.57e-09 56.6 WP_274755179.1 WP_225118260.1 28.6 220 126 10 198 398 431 638 2.54e-08 54.3 WP_003642885.1 WP_003642885.1 100 264 0 0 1 264 1 264 2.85e-180 494 WP_222018129.1 WP_222018129.1 100 628 0 0 1 628 1 628 0.0 1252 WP_222018129.1 WP_267184195.1 25.4 614 399 23 46 621 44 636 5.11e-34 135 WP_222018129.1 OGU48181.1 22.1 611 411 19 53 624 77 661 1.15e-13 72.4 WP_222018129.1 WP_282423266.1 29.7 138 95 1 35 170 40 177 2.44e-12 68.2 WP_222018129.1 WP_254467474.1 31.4 118 76 2 53 170 157 269 1.71e-05 46.2 KAJ8608448.1 KAJ8608448.1 100 152 0 0 1 152 1 152 8.71e-113 314 WP_063477675.1 WP_063477675.1 100 171 0 0 1 171 1 171 8.40e-127 351 WP_063477675.1 WP_221874538.1 35.1 134 79 3 45 171 13 145 1.13e-22 86.7 PPE01392.1 PPE01392.1 100 342 0 0 1 342 1 342 3.81e-265 715 MBE8398245.1 MBE8398245.1 100 108 0 0 1 108 1 108 1.38e-79 227 XP_044006408.1 XP_044006408.1 100 2470 0 0 1 2470 1 2470 0.0 4017 WP_218283561.1 WP_218283561.1 100 343 0 0 1 343 1 343 1.44e-240 653 OKH85141.1 OKH85141.1 100 443 0 0 1 443 1 443 3.39e-317 855 OKH85141.1 MBV8506574.1 40.7 349 202 3 73 420 1 345 5.54e-82 255 OKH85141.1 WP_049005162.1 32.3 415 264 8 10 418 7 410 8.95e-63 207 OKH85141.1 WP_245350945.1 29.3 427 294 6 4 428 19 439 1.21e-48 171 OKH85141.1 WP_133179454.1 29.2 178 91 8 60 226 81 234 4.44e-09 56.6 OKH85141.1 KAK48091.1 28.5 123 76 3 69 191 89 199 7.05e-08 52.8 XP_022457077.1 XP_022457077.1 100 413 0 0 1 413 1 413 4.44e-245 671 WP_162500151.1 WP_162500151.1 100 294 0 0 1 294 1 294 1.95e-202 553 XP_050030289.1 XP_050030289.1 100 192 0 0 1 192 1 192 5.67e-68 206 MBV9229016.1 MBV9229016.1 100 584 0 0 1 584 1 584 0.0 1127 EDL37908.1 EDL37908.1 100 88 0 0 1 88 1 88 9.30e-62 180 WP_208909738.1 WP_208909738.1 100 312 0 0 1 312 1 312 3.76e-225 612 WP_208909738.1 WP_098515742.1 33.0 94 63 0 1 94 1 94 2.92e-08 52.4 MBK6659833.1 MBK6659833.1 100 157 0 0 1 157 1 157 4.80e-117 325 WP_251511058.1 WP_251511058.1 100 338 0 0 1 338 1 338 3.41e-241 654 MCA2619319.1 MCA2619319.1 100 446 0 0 1 446 1 446 0.0 919 UMA88644.1 UMA88644.1 100 7071 0 0 1 7071 1 7071 0.0 12775 UMA88644.1 UMF87224.1 91.6 7071 597 0 1 7071 22 7092 0.0 12757 UMA88644.1 UKN67998.1 93.2 7071 482 0 1 7071 2 7072 0.0 12752 UMA88644.1 QWC83326.1 91.7 7075 581 2 1 7071 22 7096 0.0 12743 UMA88644.1 UZO53924.1 91.7 7072 584 1 1 7071 22 7093 0.0 12743 UMA88644.1 QVD87869.1 91.7 7072 585 1 1 7071 22 7093 0.0 12742 UMA88644.1 UVB16817.1 91.7 7072 585 1 1 7071 22 7093 0.0 12740 UMA88644.1 URQ55824.1 91.7 7072 586 1 1 7071 22 7093 0.0 12740 UMA88644.1 WEU87158.1 91.7 7075 583 2 1 7071 22 7096 0.0 12738 UMA88644.1 QSZ25555.1 91.7 7075 585 2 1 7071 22 7096 0.0 12737 UMA88644.1 UBP50947.1 91.7 7075 585 2 1 7071 22 7096 0.0 12734 UMA88644.1 UBD95131.1 91.7 7075 586 2 1 7071 22 7096 0.0 12733 UMA88644.1 UEC52718.1 91.6 7075 589 2 1 7071 22 7096 0.0 12726 UMA88644.1 UXX67934.1 92.3 7072 546 1 1 7071 22 7093 0.0 12706 UMA88644.1 UIR12670.1 91.5 7071 601 0 1 7071 22 7092 0.0 12701 UMA88644.1 UPA83906.1 91.7 7071 586 0 1 7071 22 7092 0.0 12701 UMA88644.1 QZU16279.1 91.3 7075 610 2 1 7071 22 7096 0.0 12676 UMA88644.1 UBR86455.1 90.9 7075 641 2 1 7071 21 7095 0.0 12601 UMA88644.1 UCP72061.1 90.6 7075 661 2 1 7071 22 7096 0.0 12555 UMA88644.1 UCP77012.1 90.6 7075 660 2 1 7071 22 7096 0.0 12554 UMA88644.1 WHE12941.1 90.1 7067 696 1 6 7071 1 7067 0.0 12471 UMA88644.1 UOU30556.1 92.5 7072 526 1 1 7071 22 7093 0.0 12398 UMA88644.1 UGA79226.1 89.5 7075 740 2 1 7071 22 7096 0.0 12372 UMA88644.1 UAQ80067.1 89.0 7075 771 2 1 7071 22 7096 0.0 12290 UMA88644.1 UVI10561.1 88.3 7066 828 1 7 7071 1 7066 0.0 12157 UMA88644.1 UJT06733.1 88.4 7071 823 0 1 7071 22 7092 0.0 12152 UMA88644.1 WAS49087.1 82.9 7072 1211 1 1 7071 22 7093 0.0 11179 UMA88644.1 WGP98278.1 80.7 7075 1359 2 1 7071 22 7096 0.0 10521 UMA88644.1 UKU68032.1 92.9 4376 309 0 1 4376 22 4397 0.0 7856 UMA88644.1 ULA23837.2 92.6 4376 325 0 1 4376 22 4397 0.0 7853 UMA88644.1 UXH94526.1 92.6 4376 326 0 1 4376 22 4397 0.0 7849 UMA88644.1 QTD03487.1 92.3 4380 332 2 1 4376 22 4401 0.0 7835 UMA88644.1 QXR94354.1 92.4 4377 333 1 1 4376 22 4398 0.0 7834 UMA88644.1 UPP41269.1 92.3 4377 334 1 1 4376 22 4398 0.0 7834 UMA88644.1 USR14792.1 92.3 4377 334 1 1 4376 22 4398 0.0 7833 UMA88644.1 QTM79632.1 92.3 4377 337 1 1 4376 22 4398 0.0 7831 UMA88644.1 UFM00670.1 92.3 4380 335 2 1 4376 22 4401 0.0 7828 UMA88644.1 UEC68750.1 92.3 4380 334 2 1 4376 22 4401 0.0 7827 UMA88644.1 QTZ27226.1 92.2 4377 339 1 1 4376 22 4398 0.0 7826 UMA88644.1 UHM53165.1 92.3 4380 335 2 1 4376 22 4401 0.0 7823 UMA88644.1 UFM02602.1 92.3 4380 335 2 1 4376 22 4401 0.0 7822 UMA88644.1 UBL45068.1 92.3 4380 334 2 1 4376 22 4401 0.0 7821 UMA88644.1 UJS94137.1 93.2 4292 293 0 85 4376 1 4292 0.0 7677 UMA88644.1 UJV88611.1 90.6 4376 411 0 1 4376 22 4397 0.0 7658 UMA88644.1 UJJ97602.1 90.5 4376 417 0 1 4376 22 4397 0.0 7642 UMA88644.1 ULB83374.1 90.8 4376 401 0 1 4376 22 4397 0.0 7599 UMA88644.1 UGB98301.1 89.7 4380 447 2 1 4376 22 4401 0.0 7407 UMA88644.1 WEI27974.1 90.6 4377 411 1 1 4376 22 4398 0.0 7301 UMA88644.1 QRX02582.1 91.8 4077 330 2 1 4073 22 4098 0.0 7217 UMA88644.1 UFA30503.1 87.8 4340 526 2 6 4341 1 4340 0.0 7183 UMA88644.1 WGP70063.1 88.1 4348 513 2 1 4344 22 4369 0.0 7158 UMA88644.1 UNI03201.1 85.4 4374 635 2 6 4376 1 4374 0.0 7040 UMA88644.1 UEX07109.1 82.6 4375 757 2 6 4376 1 4375 0.0 6716 UMA88644.1 URP80785.1 85.5 4371 633 1 7 4376 1 4371 0.0 6568 UMA88644.1 UYE49180.1 76.1 4377 1047 1 1 4376 22 4398 0.0 5777 UMA88644.1 UPB00876.1 75.0 4371 1091 1 7 4376 1 4371 0.0 5741 UMA88644.1 WGQ72821.1 65.1 4344 1513 2 5 4344 1 4344 0.0 4640 WP_260365401.1 WP_260365401.1 100 285 0 0 1 285 1 285 5.20e-182 500 WP_238869695.1 WP_238869695.1 100 406 0 0 1 406 1 406 3.44e-289 781 WP_238869695.1 HIZ96099.1 42.1 397 225 3 3 398 1 393 7.76e-97 293 WP_113156891.1 WP_113156891.1 100 819 0 0 1 819 1 819 0.0 1682 AFG64821.1 AFG64821.1 100 72 0 0 1 72 1 72 2.14e-44 135 MBN8458701.1 MBN8458701.1 100 315 0 0 1 315 1 315 1.65e-225 613 CDD38815.1 CDD38815.1 100 450 0 0 1 450 1 450 0.0 894 WP_139665379.1 WP_139665379.1 100 302 0 0 1 302 1 302 5.02e-209 570 WP_139665379.1 RVU05718.1 37.4 155 87 3 27 178 60 207 7.47e-14 69.7 WP_214516916.1 WP_214516916.1 100 582 0 0 1 582 1 582 0.0 1134 WP_214516916.1 MBF2759673.1 34.5 557 278 15 62 570 209 726 1.80e-67 233 WP_214516916.1 WP_167959909.1 24.5 400 232 16 171 563 194 530 1.26e-15 78.2 XP_007311010.1 XP_007311010.1 100 735 0 0 1 735 1 735 0.0 1472 NLW10703.1 NLW10703.1 100 87 0 0 1 87 1 87 1.62e-57 169 CAI6348765.1 CAI6348765.1 100 492 0 0 1 492 1 492 1.28e-307 835 MBA0553791.1 MBA0553791.1 100 921 0 0 1 921 1 921 0.0 1843 MCI5711730.1 MCI5711730.1 100 105 0 0 1 105 1 105 1.51e-77 221 XP_039985286.1 XP_039985286.1 100 825 0 0 1 825 1 825 0.0 1632 WP_253646963.1 WP_253646963.1 100 295 0 0 1 295 1 295 7.17e-210 572 WP_253646963.1 MCB1644245.1 32.4 188 121 3 14 201 8 189 7.48e-19 82.4 WP_253646963.1 WP_077093245.1 30.7 192 121 4 15 197 11 199 4.46e-11 60.8 WP_253646963.1 KFP63770.1 26.2 187 133 4 15 199 40 223 1.69e-06 47.0 KAJ8525108.1 KAJ8525108.1 100 888 0 0 1 888 1 888 0.0 1702 XP_048409145.1 XP_048409145.1 100 928 0 0 1 928 1 928 0.0 1799 XP_048409145.1 XP_008215352.1 33.6 140 88 4 761 897 297 434 4.89e-11 64.7 XP_048409145.1 GIW70618.1 27.3 264 151 11 660 898 55 302 3.42e-10 62.4 XP_048409145.1 KAJ7903702.1 33.8 80 50 2 766 842 134 213 6.09e-07 51.2 WP_093752330.1 WP_093752330.1 100 182 0 0 1 182 1 182 2.68e-108 305 MBV8506574.1 MBV8506574.1 100 368 0 0 1 368 1 368 6.86e-263 712 MBV8506574.1 OKH85141.1 39.9 358 210 3 1 354 73 429 1.02e-80 252 MBV8506574.1 WP_279293890.1 33.8 364 225 6 1 354 64 421 3.94e-56 187 WP_063434200.1 WP_063434200.1 100 377 0 0 1 377 1 377 1.41e-271 734 WP_063434200.1 WP_114688413.1 41.0 329 168 2 45 368 36 343 9.46e-77 239 WP_222594143.1 WP_222594143.1 100 465 0 0 1 465 1 465 0.0 929 WP_222594143.1 YP_010462557.1 36.7 417 236 3 51 465 3 393 6.47e-84 262 WP_222594143.1 WP_262043205.1 26.3 415 252 5 54 465 174 537 2.37e-35 136 WP_200162643.1 WP_200162643.1 100 205 0 0 1 205 1 205 1.51e-148 409 AAX35861.1 AAX35861.1 100 566 0 0 1 566 1 566 0.0 1086 AAX35861.1 AUP48118.1 92.6 566 42 0 1 566 1 566 0.0 1005 WP_194312569.1 WP_194312569.1 100 323 0 0 1 323 1 323 5.95e-223 607 OCR38384.1 OCR38384.1 100 382 0 0 1 382 1 382 7.46e-290 781 OCR38384.1 MBO5336885.1 26.9 413 243 8 20 381 4 408 4.37e-40 149 WP_245823513.1 WP_245823513.1 100 200 0 0 1 200 1 200 2.80e-137 380 WP_109993532.1 WP_109993532.1 100 488 0 0 1 488 1 488 0.0 902 WP_109993532.1 KAF1039360.1 47.0 149 79 0 339 487 271 419 9.44e-32 124 HIR98957.1 HIR98957.1 100 96 0 0 1 96 1 96 1.12e-68 198 CAG5150301.1 CAG5150301.1 100 82 0 0 1 82 1 82 1.23e-52 157 WP_231784956.1 WP_231784956.1 100 149 0 0 1 149 1 149 6.40e-100 281 WP_171486859.1 WP_171486859.1 100 92 0 0 1 92 1 92 3.16e-64 187 MAF07216.1 MAF07216.1 100 691 0 0 1 691 1 691 0.0 1323 MAF07216.1 WP_113544184.1 33.1 477 297 8 173 640 525 988 1.04e-58 213 MAF07216.1 WP_130528929.1 34.5 385 232 8 261 640 479 848 4.52e-56 204 MAF07216.1 TRZ64304.1 36.7 316 166 9 373 677 2 294 7.68e-42 156 MAF07216.1 NQR19375.1 24.7 287 199 6 318 597 71 347 2.92e-06 48.5 KAJ1492758.1 KAJ1492758.1 100 507 0 0 1 507 1 507 0.0 909 OYZ89234.1 OYZ89234.1 100 201 0 0 1 201 1 201 7.43e-138 382 OYZ89234.1 MBA3614174.1 34.0 103 63 3 3 101 504 605 4.32e-04 38.9 WP_063706594.1 WP_063706594.1 100 809 0 0 1 809 1 809 0.0 1383 WP_063706594.1 WP_203562037.1 34.1 85 56 0 678 762 325 409 1.01e-07 53.5 KZT58963.1 KZT58963.1 100 1347 0 0 1 1347 1 1347 0.0 2487 KZT58963.1 XP_043377824.1 31.4 274 161 8 1083 1343 30 289 3.65e-31 131 KZT58963.1 XP_048216280.1 29.4 282 170 7 1081 1347 23 290 1.70e-26 112 KZT58963.1 XP_020321477.1 28.3 265 174 5 1075 1339 52 300 1.70e-22 102 KZT58963.1 XP_046441060.1 28.5 260 172 5 1084 1343 67 312 4.31e-22 101 KZT58963.1 XP_029528577.1 30.0 250 163 6 1082 1331 34 271 4.26e-21 95.1 KZT58963.1 XP_051566275.1 24.7 267 177 7 1084 1343 1248 1497 9.51e-17 84.7 KZT58963.1 XP_019180948.1 31.9 213 120 7 1082 1285 680 876 2.30e-14 76.6 KZT58963.1 MBD2210269.1 29.9 271 159 13 1083 1332 19 279 1.46e-12 70.1 KZT58963.1 WP_106546380.1 28.0 289 166 13 1083 1344 19 292 1.88e-12 69.7 KZT58963.1 RIB10989.1 31.9 116 73 2 1223 1337 6 116 2.98e-11 62.4 WP_137783451.1 WP_137783451.1 100 90 0 0 1 90 1 90 4.03e-66 191 WP_195156489.1 WP_195156489.1 100 48 0 0 1 48 1 48 4.45e-29 95.1 WP_195156489.1 VTD69375.1 93.5 46 3 0 1 46 128 173 2.16e-23 84.3 KAJ7469048.1 KAJ7469048.1 100 208 0 0 1 208 1 208 1.06e-154 425 WP_064292413.1 WP_064292413.1 100 113 0 0 1 113 1 113 3.58e-82 234 WP_226800426.1 WP_226800426.1 100 390 0 0 1 390 1 390 9.43e-288 776 WP_226800426.1 WP_174951329.1 43.4 355 178 9 50 390 19 364 6.74e-80 248 WP_228049692.1 WP_228049692.1 100 96 0 0 1 96 1 96 5.33e-67 194 WP_228049692.1 MBH39527.1 35.8 81 52 0 16 96 1 81 1.43e-10 51.2 RYU57897.1 RYU57897.1 100 153 0 0 1 153 1 153 1.56e-111 311 UCF87976.1 UCF87976.1 100 260 0 0 1 260 1 260 2.06e-171 471 UCF87976.1 MBR3968535.1 38.5 187 114 1 9 194 4 190 4.59e-34 123 AQR57668.1 AQR57668.1 100 29 0 0 1 29 1 29 1.97e-09 44.3 WP_045323370.1 WP_045323370.1 100 318 0 0 1 318 1 318 3.14e-236 640 MBD9057797.1 MBD9057797.1 100 353 0 0 1 353 1 353 1.61e-258 699 WP_158934128.1 WP_158934128.1 100 187 0 0 1 187 1 187 3.21e-132 366 WP_158934128.1 WP_026564934.1 29.1 179 113 4 7 174 5 180 5.05e-16 70.9 QHO28611.1 QHO28611.1 100 342 0 0 1 342 1 342 6.43e-248 672 CAH2238127.1 CAH2238127.1 100 94 0 0 1 94 1 94 1.88e-66 192 WP_017718577.1 WP_017718577.1 100 674 0 0 1 674 1 674 0.0 1302 WP_017718577.1 WP_283107263.1 36.2 624 336 11 24 642 4 570 7.83e-100 315 WP_017718577.1 NRF69152.1 41.6 435 228 6 203 630 102 517 3.68e-96 304 WP_017718577.1 WP_058504615.1 42.0 417 216 6 219 633 174 566 1.82e-90 291 WP_017718577.1 MBT7163208.1 35.4 390 235 3 239 628 196 568 6.86e-67 228 WP_017718577.1 WP_203339841.1 37.6 266 163 3 240 503 12 276 7.65e-46 164 WP_017718577.1 EEC9022132.1 40.4 171 85 5 359 514 221 389 2.39e-26 111 WP_017718577.1 RYD39969.1 38.2 212 114 6 312 512 82 287 1.07e-25 106 WP_017718577.1 WP_121975536.1 37.0 200 104 6 319 505 81 271 4.62e-24 102 RLG01914.1 RLG01914.1 100 84 0 0 1 84 1 84 1.26e-55 164 XP_031974225.1 XP_031974225.1 100 261 0 0 1 261 1 261 5.95e-176 483 WP_267861425.1 WP_267861425.1 100 329 0 0 1 329 1 329 9.38e-239 647 WP_267861425.1 WP_265272113.1 37.4 313 182 5 1 302 1 310 1.33e-57 188 WP_267861425.1 HHZ84751.1 28.0 339 196 12 1 301 1 329 2.79e-25 102 MCD0163384.1 MCD0163384.1 100 185 0 0 1 185 1 185 6.44e-122 340 NDF46396.1 NDF46396.1 100 380 0 0 1 380 1 380 2.07e-295 795 WP_141134618.1 WP_141134618.1 100 220 0 0 1 220 1 220 1.59e-146 405 RKT82586.1 RKT82586.1 100 362 0 0 1 362 1 362 2.19e-240 654 RKT82586.1 WP_269633767.1 35.5 183 98 8 170 338 162 338 1.30e-12 66.6 WP_131284109.1 WP_131284109.1 100 488 0 0 1 488 1 488 0.0 908 WP_131284109.1 NEB38825.1 35.9 502 290 12 1 488 1 484 3.11e-74 240 WP_131284109.1 OHA02323.1 30.3 419 238 16 76 469 153 542 9.47e-24 102 WP_131284109.1 WP_196051328.1 28.2 354 213 14 132 471 332 658 3.65e-19 89.0 WP_131284109.1 WP_225592933.1 28.3 315 176 7 138 450 291 557 4.09e-18 85.5 WP_131284109.1 PIQ07033.1 28.5 337 191 13 131 452 179 480 2.33e-14 73.6 WP_131284109.1 VAX76432.1 24.7 441 257 18 76 488 165 558 1.03e-12 68.6 PYS39036.1 PYS39036.1 100 161 0 0 1 161 1 161 8.53e-113 315 MBS1636088.1 MBS1636088.1 100 319 0 0 1 319 1 319 2.35e-227 618 MBS1636088.1 WP_144320971.1 30.8 221 137 6 101 319 311 517 1.52e-18 84.3 MBS1636088.1 MBQ1868746.1 25.6 242 170 4 87 319 253 493 2.70e-16 77.8 MBS1636088.1 WP_259858510.1 25.0 236 145 6 85 310 218 431 8.92e-16 75.9 MBS1636088.1 WP_149230790.1 27.9 240 157 8 89 319 307 539 5.16e-12 64.7 WP_272889997.1 WP_272889997.1 100 139 0 0 1 139 1 139 1.96e-96 272 MBR4734761.1 MBR4734761.1 100 485 0 0 1 485 1 485 0.0 978 MCM6312373.1 MCM6312373.1 100 558 0 0 1 558 1 558 0.0 1103 MCM6312373.1 HBS0905846.1 98.7 558 7 0 1 558 1 558 0.0 1088 MCM6312373.1 HBZ7417361.1 98.6 283 4 0 276 558 1 283 4.88e-202 562 MCM6312373.1 WP_280015341.1 41.5 556 316 4 5 553 10 563 6.65e-134 400 XP_015239306.1 XP_015239306.1 100 407 0 0 1 407 1 407 1.89e-282 764 WP_010048070.1 WP_010048070.1 100 86 0 0 1 86 1 86 1.90e-60 177 GFV41582.1 GFV41582.1 100 127 0 0 1 127 1 127 1.55e-94 266 KAG1464501.1 KAG1464501.1 100 401 0 0 1 401 1 401 4.38e-294 793 QDK31721.1 QDK31721.1 100 292 0 0 1 292 1 292 1.30e-215 586 KIJ40064.1 KIJ40064.1 100 183 0 0 1 183 1 183 6.54e-139 383 WP_282979415.1 WP_282979415.1 100 324 0 0 1 324 1 324 1.11e-223 609 WP_282979415.1 NGP45824.1 37.8 241 146 3 76 316 2 238 7.39e-51 167 WP_282979415.1 WP_113851760.1 34.0 209 133 4 108 315 33 237 2.37e-34 124 KAG7602925.1 KAG7602925.1 100 517 0 0 1 517 1 517 0.0 1030 KAG7602925.1 XP_002873995.1 98.1 517 10 0 1 517 1 517 0.0 1011 KAG7602925.1 KAI8118081.1 26.4 447 293 11 97 517 37 473 2.79e-41 153 EIZ9235425.1 EIZ9235425.1 100 454 0 0 1 454 1 454 1.78e-253 700 EIZ9235425.1 HAZ7424284.1 60.8 120 47 0 335 454 330 449 3.10e-32 127 EIZ9235425.1 WP_097514015.1 46.3 356 174 4 107 454 121 467 1.03e-24 105 EIZ9235425.1 WP_237962375.1 54.3 94 43 0 338 431 467 560 4.74e-18 85.9 MCA1959605.1 MCA1959605.1 100 488 0 0 1 488 1 488 0.0 967 XP_027026332.2 XP_027026332.2 100 1504 0 0 1 1504 1 1504 0.0 2488 XP_027026332.2 XP_008293954.1 76.3 1534 280 22 26 1504 41 1545 0.0 1831 MBL6706528.1 MBL6706528.1 100 635 0 0 1 635 1 635 0.0 1243 MBL6706528.1 MBN2666786.1 37.6 378 229 6 259 631 12 387 1.51e-74 242 MBL6706528.1 MBL02020.1 30.4 562 308 14 7 536 33 543 6.99e-61 210 MBL6706528.1 MCG8030229.1 36.2 312 193 5 317 624 789 1098 1.48e-55 202 MBL6706528.1 WP_056610248.1 25.4 555 297 17 7 516 29 511 1.10e-24 106 KAJ7726226.1 KAJ7726226.1 100 185 0 0 1 185 1 185 4.96e-135 373 WP_039764622.1 WP_039764622.1 100 181 0 0 1 181 1 181 5.19e-135 373 WP_039764622.1 WP_052822157.1 30.6 183 114 8 1 177 9 184 4.63e-15 70.5 RLS46433.1 RLS46433.1 100 245 0 0 1 245 1 245 4.09e-175 479 WP_279008479.1 WP_279008479.1 100 311 0 0 1 311 1 311 1.43e-208 570 WP_279008479.1 WP_154951203.1 40.0 300 170 5 15 310 27 320 8.48e-63 200 WP_279008479.1 CDX26094.1 39.9 313 177 6 3 307 18 327 3.59e-59 191 WP_279008479.1 KQN49849.1 33.2 289 191 2 19 307 15 301 5.63e-47 159 WP_279008479.1 WP_105447015.1 44.0 150 84 0 158 307 237 386 4.96e-37 134 WP_279008479.1 WP_023828789.1 38.9 131 79 1 178 307 276 406 2.13e-21 92.0 QQH27121.1 QQH27121.1 100 197 0 0 1 197 1 197 4.69e-139 384 QQH27121.1 WP_009257967.1 24.8 133 92 4 52 184 270 394 1.62e-08 52.0 XP_003040019.1 XP_003040019.1 100 184 0 0 1 184 1 184 1.73e-139 384 MCF6767132.1 MCF6767132.1 100 247 0 0 1 247 1 247 1.31e-172 473 HAF12758.1 HAF12758.1 100 1083 0 0 1 1083 1 1083 0.0 2159 KAH9403806.1 KAH9403806.1 100 511 0 0 1 511 1 511 0.0 989 MBK7636756.1 MBK7636756.1 100 238 0 0 1 238 1 238 2.29e-173 474 KAJ6236901.1 KAJ6236901.1 100 933 0 0 1 933 1 933 0.0 1730 XP_033541489.1 XP_033541489.1 100 343 0 0 1 343 1 343 7.66e-261 704 PPC85417.1 PPC85417.1 100 132 0 0 1 132 1 132 3.47e-89 253 WP_004751198.1 WP_004751198.1 100 265 0 0 1 265 1 265 1.10e-173 478 MBQ2640849.1 MBQ2640849.1 100 33 0 0 1 33 1 33 4.19e-19 68.9 MBQ2640849.1 WP_026893585.1 57.6 33 14 0 1 33 191 223 5.23e-09 46.6 MBQ2640849.1 WP_185031483.1 62.5 32 11 1 1 31 190 221 6.64e-07 40.8 MBQ2640849.1 WP_007708736.1 54.5 33 12 1 1 30 196 228 8.33e-06 37.7 WP_245885601.1 WP_245885601.1 100 149 0 0 1 149 1 149 2.52e-106 298 WP_245885601.1 MCF8449868.1 28.2 124 76 3 12 135 3 113 1.66e-08 50.1 WP_245885601.1 WP_234002326.1 32.8 61 41 0 63 123 68 128 5.14e-04 37.4 MBE0607625.1 MBE0607625.1 100 141 0 0 1 141 1 141 2.37e-98 277 WP_144384753.1 WP_144384753.1 100 346 0 0 1 346 1 346 1.10e-202 558 WP_144384753.1 WP_217309755.1 48.0 100 46 4 229 327 447 541 2.64e-16 78.2 WP_144384753.1 WP_252541609.1 30.2 162 112 1 53 213 56 217 2.20e-09 56.6 AOJ74168.1 AOJ74168.1 100 451 0 0 1 451 1 451 0.0 901 AOJ74168.1 WP_058918927.1 28.0 464 301 10 1 447 7 454 2.45e-39 145 XP_005573423.1 XP_005573423.1 100 1988 0 0 1 1988 1 1988 0.0 3695 XP_005573423.1 XP_021507806.1 72.0 2014 431 11 2 1988 4 1911 0.0 2555 XP_005573423.1 XP_048264533.1 45.8 2004 925 32 12 1904 16 1968 0.0 1383 XP_005573423.1 XP_042771424.1 24.9 1849 1130 43 102 1762 57 1835 1.22e-97 350 RCN52028.1 RCN52028.1 100 224 0 0 1 224 1 224 3.45e-120 339 WP_122383566.1 WP_122383566.1 100 91 0 0 1 91 1 91 7.21e-65 188 WP_274676460.1 WP_274676460.1 100 30 0 0 1 30 1 30 3.40e-17 63.9 WP_274676460.1 WP_196351635.1 83.3 30 5 0 1 30 1 30 1.84e-12 52.0 WP_139627894.1 WP_139627894.1 100 102 0 0 1 102 1 102 6.51e-73 209 WP_012517468.1 WP_012517468.1 100 609 0 0 1 609 1 609 0.0 1163 WP_249312942.1 WP_249312942.1 100 212 0 0 1 212 1 212 2.21e-149 412 WP_145756500.1 WP_145756500.1 100 132 0 0 1 132 1 132 1.93e-86 246 CAH1111016.1 CAH1111016.1 100 173 0 0 1 173 1 173 1.90e-133 368 OFJ58224.1 OFJ58224.1 100 687 0 0 1 687 1 687 0.0 1288 MBI3448467.1 MBI3448467.1 100 128 0 0 1 128 1 128 2.47e-87 248 MBI3448467.1 MCS2900418.1 54.5 121 55 0 3 123 4 124 3.74e-40 129 MBI3448467.1 MBI5438416.1 52.5 122 57 1 1 122 1 121 2.21e-38 124 MBI3448467.1 WP_255435582.1 50.0 104 52 0 19 122 1 104 3.00e-30 103 WP_091978272.1 WP_091978272.1 100 200 0 0 1 200 1 200 6.89e-138 382 WP_226208117.1 WP_226208117.1 100 161 0 0 1 161 1 161 1.21e-112 315 TGL93452.1 TGL93452.1 100 82 0 0 1 82 1 82 3.80e-56 166 QNM59064.1 QNM59064.1 100 78 0 0 1 78 1 78 1.27e-50 151 AAL18389.1 AAL18389.1 100 395 0 0 1 395 1 395 6.08e-282 762 AAL18389.1 MBI3145102.1 72.4 395 97 2 1 390 77 464 2.48e-198 553 AAL18389.1 EEJ0015338.1 32.9 337 208 11 1 333 92 414 6.46e-36 134 AAL18389.1 MBL0967454.1 31.8 327 208 7 10 333 1 315 8.03e-35 129 AAL18389.1 KAH9272690.1 54.1 37 17 0 1 37 89 125 1.39e-05 42.7 WP_248087248.1 WP_248087248.1 100 447 0 0 1 447 1 447 0.0 901 WP_248087248.1 MBE6835980.1 29.3 420 248 14 15 415 7 396 9.78e-42 151 MBK7937165.1 MBK7937165.1 100 509 0 0 1 509 1 509 0.0 1065 MBK7937165.1 WP_020530816.1 27.4 653 278 14 12 478 7 649 4.22e-73 242 XP_050320449.1 XP_050320449.1 100 485 0 0 1 485 1 485 0.0 973 XP_050320449.1 WP_131836551.1 48.0 479 239 4 13 484 19 494 6.88e-150 435 XP_050320449.1 WP_057201184.1 42.6 467 255 4 25 484 15 475 1.12e-112 340 XP_050320449.1 WP_061795322.1 39.6 482 267 11 14 480 22 494 1.81e-104 319 XP_050320449.1 WP_257689765.1 38.9 468 279 4 14 478 16 479 3.62e-102 313 XP_050320449.1 WP_008959270.1 37.4 478 289 7 12 483 11 484 4.05e-94 292 XP_050320449.1 WP_255965801.1 36.3 482 288 10 11 483 12 483 2.44e-88 277 XP_050320449.1 WP_108756325.1 37.6 481 271 9 12 480 6 469 6.67e-81 257 XP_050320449.1 WP_195426888.1 33.9 443 276 9 31 467 34 465 1.54e-70 231 XP_050320449.1 WP_205186167.1 32.7 422 267 8 71 483 1 414 5.93e-58 196 XP_050320449.1 WP_022389025.1 28.8 420 276 11 74 483 27 433 1.03e-42 155 XP_050320449.1 WP_232038993.1 27.0 477 307 13 33 482 32 494 1.71e-42 156 WP_203164019.1 WP_203164019.1 100 189 0 0 1 189 1 189 1.11e-124 347 WP_269268099.1 WP_269268099.1 100 77 0 0 1 77 1 77 1.33e-29 98.6 PKB44918.1 PKB44918.1 100 910 0 0 1 910 1 910 0.0 1723 PKB44918.1 WP_264950959.1 30.9 149 100 2 133 279 36 183 2.76e-12 68.9 MBW6484923.1 MBW6484923.1 100 425 0 0 1 425 1 425 8.25e-240 658 WP_105585532.1 WP_105585532.1 100 128 0 0 1 128 1 128 1.38e-93 264 XP_017476002.1 XP_017476002.1 100 527 0 0 1 527 1 527 0.0 930 XP_017476002.1 XP_029371967.1 38.5 369 157 6 187 510 33 376 4.13e-68 222 WP_122047024.1 WP_122047024.1 100 460 0 0 1 460 1 460 4.27e-320 864 CEY44168.1 CEY44168.1 100 21 0 0 1 21 1 21 1.55e-08 51.2 CEY44168.1 CVV42982.1 87.8 41 5 0 170 210 263 303 6.44e-04 38.1 WP_253063755.1 WP_253063755.1 100 345 0 0 1 345 1 345 1.73e-258 699 WP_253063755.1 MSU42127.1 42.9 350 187 5 1 338 8 356 5.63e-85 259 NEB02235.1 NEB02235.1 100 465 0 0 1 465 1 465 1.16e-310 841 NEB02235.1 CAI2795006.1 47.1 431 226 2 24 453 97 526 2.04e-124 371 SOE22515.1 SOE22515.1 100 353 0 0 1 353 1 353 4.16e-245 665 WP_012339795.1 WP_012339795.1 100 290 0 0 1 290 1 290 4.66e-208 566 WP_012339795.1 WP_248721304.1 27.3 154 106 3 1 148 1 154 1.15e-07 50.4 MBP2355331.1 MBP2355331.1 100 400 0 0 1 400 1 400 7.19e-288 778 MBP2355331.1 MCP4907131.1 31.3 352 209 7 46 374 41 382 1.02e-40 147 MBP7061284.1 MBP7061284.1 100 110 0 0 1 110 1 110 2.37e-72 209 NLL47071.1 NLL47071.1 100 169 0 0 1 169 1 169 1.40e-124 345 EJG1264510.1 EJG1264510.1 100 447 0 0 1 447 1 447 3.57e-305 825 EJG1264510.1 AJU61790.1 25.9 471 300 10 4 434 24 485 3.32e-31 124 EJG1264510.1 KAE8355151.1 27.3 432 256 15 43 435 102 514 1.37e-27 113 EJG1264510.1 XP_023028205.1 26.6 413 284 9 38 437 26 432 7.85e-19 86.7 EJG1264510.1 KAG0237649.1 23.2 435 293 11 44 440 93 524 1.02e-12 68.2 EJG1264510.1 MCB5199682.1 25.4 142 91 3 45 173 46 185 7.29e-05 43.1 MCD6597402.1 MCD6597402.1 100 210 0 0 1 210 1 210 2.60e-156 429 KAH6984898.1 KAH6984898.1 100 952 0 0 1 952 1 952 0.0 1761 KAH6984898.1 XP_048216280.1 27.7 310 181 4 24 330 20 289 5.12e-33 131 KAH6984898.1 XP_029528577.1 30.3 261 130 7 24 281 30 241 4.57e-26 109 KAH6984898.1 KAG1590416.1 27.4 259 136 5 24 281 80 287 2.34e-25 107 KAH6984898.1 XP_011889539.1 28.2 309 179 6 24 324 4 277 9.09e-24 106 KAH6984898.1 XP_048379117.1 25.8 295 166 6 24 316 257 500 9.06e-23 102 KAH6984898.1 XP_030620685.1 27.2 313 178 5 19 329 91 355 1.26e-22 100 KAH6984898.1 KAJ7903702.1 25.2 302 168 7 20 316 19 267 6.69e-20 92.0 KAH6984898.1 EYU24504.1 24.9 273 143 6 20 269 185 418 2.41e-12 68.9 KAH6984898.1 GIW70618.1 23.3 300 162 9 31 315 55 301 9.10e-11 64.3 WP_141817398.1 WP_141817398.1 100 161 0 0 1 161 1 161 3.62e-114 318 KAJ5220196.1 KAJ5220196.1 100 205 0 0 1 205 1 205 1.06e-148 409 WP_095981693.1 WP_095981693.1 100 692 0 0 1 692 1 692 0.0 1356 WP_253352066.1 WP_253352066.1 100 1723 0 0 1 1723 1 1723 0.0 3024 GFT52874.1 GFT52874.1 100 233 0 0 1 233 1 233 2.03e-114 325 CDE36962.1 CDE36962.1 100 384 0 0 1 384 1 384 5.65e-286 771 CDE36962.1 WP_223413240.1 30.6 85 55 1 38 122 34 114 9.18e-05 42.4 CDE36962.1 WP_266179881.1 31.3 64 44 0 38 101 34 97 2.15e-04 41.2 XP_011272275.1 XP_011272275.1 100 344 0 0 1 344 1 344 1.28e-223 610 WP_023319464.1 WP_023319464.1 100 223 0 0 1 223 1 223 2.59e-167 458 MCJ1318822.1 MCJ1318822.1 100 297 0 0 1 297 1 297 1.22e-227 617 WP_054146239.1 WP_054146239.1 100 337 0 0 1 337 1 337 4.69e-211 578 WP_054146239.1 EGY4555186.1 41.2 272 149 6 38 307 35 297 1.72e-30 115 WP_102273603.1 WP_102273603.1 100 147 0 0 1 147 1 147 9.14e-99 278 MCT7046027.1 MCT7046027.1 100 39 0 0 1 39 1 39 1.27e-20 73.2 MCE1309955.1 MCE1309955.1 100 360 0 0 1 360 1 360 3.99e-267 722 KAH9016734.1 KAH9016734.1 100 766 0 0 1 766 1 766 0.0 1279 MBG6268407.1 MBG6268407.1 100 382 0 0 1 382 1 382 3.65e-281 759 MBG6268407.1 MCT6212844.1 24.9 358 217 13 48 375 49 384 1.16e-12 67.0 MQF68191.1 MQF68191.1 100 122 0 0 1 122 1 122 1.25e-84 241 MQF68191.1 WP_008470196.1 33.9 62 41 0 26 87 19 80 5.69e-08 47.8 MQF68191.1 KAJ5168969.1 33.8 71 42 1 31 96 522 592 1.22e-06 44.3 MQF68191.1 EHR6291555.1 37.1 62 31 3 38 93 29 88 4.14e-04 37.0 MQF68191.1 WP_258581409.1 30.0 90 52 2 26 104 13 102 7.16e-04 36.2 WP_046925025.1 WP_046925025.1 100 168 0 0 1 168 1 168 3.72e-124 344 WP_041119847.1 WP_041119847.1 100 283 0 0 1 283 1 283 6.38e-207 563 WP_020226160.1 WP_020226160.1 100 152 0 0 1 152 1 152 1.45e-111 311 MBL7732834.1 MBL7732834.1 100 145 0 0 1 145 1 145 3.47e-111 310 WP_267248697.1 WP_267248697.1 100 410 0 0 1 410 1 410 1.96e-281 762 XP_019381256.1 XP_019381256.1 100 1164 0 0 1 1164 1 1164 0.0 2012 WP_230822898.1 WP_230822898.1 100 488 0 0 1 488 1 488 0.0 959 WP_230822898.1 WP_001537381.1 36.2 257 139 12 78 322 52 295 9.18e-28 116 WP_230822898.1 WP_247392216.1 37.0 184 103 4 78 255 86 262 1.36e-25 104 UJW31884.1 UJW31884.1 100 121 0 0 1 121 1 121 2.85e-85 242 KAF0554084.1 KAF0554084.1 100 1261 0 0 1 1261 1 1261 0.0 2518 WP_234280079.1 WP_234280079.1 100 59 0 0 1 59 1 59 1.01e-14 59.7 WP_033365653.1 WP_033365653.1 100 211 0 0 1 211 1 211 4.30e-151 416 WP_019182526.1 WP_019182526.1 100 387 0 0 1 387 1 387 6.66e-291 784 WP_019182526.1 WP_182039401.1 41.0 346 199 2 42 383 23 367 2.77e-85 262 XP_009464764.1 XP_009464764.1 100 350 0 0 1 350 1 350 4.79e-238 647 XP_009464764.1 NWY11222.1 52.6 57 27 0 277 333 12 68 5.41e-12 61.6 XP_009464764.1 NWT80859.1 57.9 57 24 0 278 334 150 206 1.01e-11 62.8 OFY34840.1 OFY34840.1 100 474 0 0 1 474 1 474 0.0 949 OFY34840.1 MCU0422147.1 26.5 468 266 20 45 474 25 452 1.21e-25 107 OFY34840.1 WP_120115041.1 25.5 282 186 10 20 293 3 268 6.29e-15 75.1 KAG7131021.1 KAG7131021.1 100 1156 0 0 1 1156 1 1156 0.0 2127 WP_246735792.1 WP_246735792.1 100 381 0 0 1 381 1 381 3.42e-290 782 NWV63665.1 NWV63665.1 100 207 0 0 1 207 1 207 4.64e-144 398 EBS5850541.1 EBS5850541.1 100 195 0 0 1 195 1 195 1.49e-125 350 WP_108137685.1 WP_108137685.1 100 431 0 0 1 431 1 431 6.90e-288 780 WP_060347438.1 WP_060347438.1 100 276 0 0 1 276 1 276 1.37e-193 529 WP_060347438.1 WP_183882442.1 32.2 199 125 4 1 198 1 190 2.88e-24 96.3 WP_060347438.1 WP_281054160.1 29.8 255 156 8 4 248 8 249 3.91e-23 93.6 WP_060347438.1 WP_014605789.1 29.5 183 119 4 15 196 7 180 3.02e-11 60.5 WP_060347438.1 WP_138597401.1 26.7 195 124 5 64 248 57 242 3.84e-09 54.3 WP_213973719.1 WP_213973719.1 100 241 0 0 1 241 1 241 1.68e-181 495 WP_259005392.1 WP_259005392.1 100 655 0 0 1 655 1 655 0.0 1163 EJV0278763.1 EJV0278763.1 100 254 0 0 1 254 1 254 6.53e-181 495 EJV0278763.1 QLL10545.1 31.7 252 166 4 3 250 18 267 5.48e-32 117 EJV0278763.1 MBK8955603.1 31.8 255 161 4 1 249 1 248 2.38e-29 109 MBN3769952.1 MBN3769952.1 100 176 0 0 1 176 1 176 1.61e-122 341 MCH5163858.1 MCH5163858.1 100 878 0 0 1 878 1 878 0.0 1667 MBP6972346.1 MBP6972346.1 100 424 0 0 1 424 1 424 0.0 866 MBV9963051.1 MBV9963051.1 100 559 0 0 1 559 1 559 0.0 1179 MBV9963051.1 MBX7161768.1 45.3 64 35 0 491 554 408 471 2.39e-11 64.3 HCT31040.1 HCT31040.1 100 107 0 0 1 107 1 107 3.41e-66 193 WP_006697084.1 WP_006697084.1 100 342 0 0 1 342 1 342 1.54e-255 691 WP_006697084.1 WP_206096314.1 57.7 343 144 1 1 342 1 343 5.87e-142 404 WP_106136481.1 WP_106136481.1 100 245 0 0 1 245 1 245 3.00e-177 485 WP_098092873.1 WP_098092873.1 100 292 0 0 1 292 1 292 6.50e-225 609 WP_198730235.1 WP_198730235.1 100 160 0 0 1 160 1 160 7.05e-116 323 XP_016611986.1 XP_016611986.1 100 262 0 0 1 262 1 262 5.65e-195 531 WP_230800902.1 WP_230800902.1 100 346 0 0 1 346 1 346 6.09e-264 712 MZP65343.1 MZP65343.1 100 275 0 0 1 275 1 275 6.11e-201 547 MBD1815385.1 MBD1815385.1 100 248 0 0 1 248 1 248 4.84e-189 515 XP_003048468.1 XP_003048468.1 100 433 0 0 1 433 1 433 0.0 877 WP_217413389.1 WP_217413389.1 100 108 0 0 1 108 1 108 5.21e-75 215 EDJ6414383.1 EDJ6414383.1 100 191 0 0 1 191 1 191 8.50e-139 383 WP_019616094.1 WP_019616094.1 100 346 0 0 1 346 1 346 6.73e-252 682 WP_019616094.1 WP_098515742.1 23.3 287 167 9 12 289 7 249 1.44e-09 56.6 MCB1141657.1 MCB1141657.1 100 936 0 0 1 936 1 936 0.0 1764 WP_025427984.1 WP_025427984.1 100 362 0 0 1 362 1 362 5.88e-245 666 TNN34207.1 TNN34207.1 100 110 0 0 1 110 1 110 3.77e-78 223 AUQ33312.1 AUQ33312.1 100 362 0 0 1 362 1 362 3.29e-267 722 MCP4914981.1 MCP4914981.1 100 215 0 0 1 215 1 215 1.54e-146 405 MCP4914981.1 MBQ9979016.1 67.1 73 24 0 143 215 118 190 2.58e-24 97.1 MCP4914981.1 WP_049105913.1 67.2 61 20 0 155 215 271 331 3.04e-21 88.6 MCP4914981.1 MCH8269832.1 47.6 63 33 0 149 211 154 216 2.29e-11 60.5 WP_260986135.1 WP_260986135.1 100 92 0 0 1 92 1 92 2.72e-56 167 WP_206581849.1 WP_206581849.1 100 751 0 0 1 751 1 751 0.0 1417 WP_206581849.1 WP_231355705.1 44.2 762 368 9 1 750 1 717 6.69e-182 537 WP_206581849.1 WP_092081374.1 43.1 757 376 8 6 750 7 720 6.53e-178 527 WP_206581849.1 PJJ44766.1 41.4 771 379 10 2 750 35 754 7.88e-169 505 XP_055989820.1 XP_055989820.1 100 640 0 0 1 640 1 640 0.0 1186 HIM51057.1 HIM51057.1 100 885 0 0 1 885 1 885 0.0 1754 HIM51057.1 WP_265593313.1 42.9 403 221 5 485 882 175 573 1.20e-94 307 RZD53001.1 RZD53001.1 100 178 0 0 1 178 1 178 3.81e-131 363 MBQ7978512.1 MBQ7978512.1 100 72 0 0 1 72 1 72 1.33e-47 143 MPC84742.1 MPC84742.1 100 76 0 0 1 76 1 76 3.44e-45 137 OFX35756.1 OFX35756.1 100 161 0 0 1 161 1 161 7.30e-114 318 HAS28932.1 HAS28932.1 100 366 0 0 1 366 1 366 1.85e-275 743 WP_193436854.1 WP_193436854.1 100 243 0 0 1 243 1 243 3.46e-166 457 WP_193436854.1 MBI0103662.1 33.0 182 112 7 14 186 315 495 1.07e-15 74.3 WP_257107333.1 WP_257107333.1 100 332 0 0 1 332 1 332 2.39e-238 647 WP_257107333.1 WP_198255508.1 38.8 322 179 7 19 329 18 332 1.80e-61 197 WP_257107333.1 WP_167320363.1 28.6 343 206 7 1 328 1 319 1.08e-25 103 WP_257107333.1 OJG95819.1 33.5 245 130 9 19 255 22 241 4.82e-23 96.3 WP_257107333.1 OAX39412.1 28.4 218 119 7 6 205 11 209 9.41e-11 60.5 WP_010905191.1 WP_010905191.1 100 289 0 0 1 289 1 289 2.23e-210 572 WP_010905191.1 WP_124978582.1 32.8 244 142 11 1 236 1 230 4.70e-19 85.5 WP_253620872.1 WP_253620872.1 100 1056 0 0 1 1056 1 1056 0.0 2099 WP_253620872.1 WP_158347019.1 30.7 300 158 12 144 401 295 586 8.19e-22 100 WP_253620872.1 MBO8485404.1 28.2 291 166 10 171 422 333 619 3.70e-17 85.1 WP_253620872.1 MCD6199266.1 38.8 98 58 2 437 534 705 800 1.38e-11 67.0 WP_012573472.1 WP_012573472.1 100 1181 0 0 1 1181 1 1181 0.0 2392 WP_012573472.1 WP_070770047.1 53.6 1179 526 12 12 1180 6 1173 0.0 1234 WP_012573472.1 WP_156009076.1 49.7 1176 569 11 14 1176 8 1173 0.0 1105 WP_012573472.1 NJD91181.1 46.5 1113 559 14 89 1178 1 1100 0.0 962 WP_012573472.1 MBE6348968.1 45.3 684 359 8 501 1177 8 683 1.75e-198 591 WP_012573472.1 MBS6779195.1 31.3 386 239 9 11 386 7 376 9.82e-39 147 WP_098097765.1 WP_098097765.1 100 142 0 0 1 142 1 142 2.88e-104 292 EFK2137151.1 EFK2137151.1 100 459 0 0 1 459 1 459 9.71e-316 853 EFK2137151.1 WP_063603400.1 34.8 417 265 3 22 434 1 414 2.75e-62 207 WP_169577965.1 WP_169577965.1 100 196 0 0 1 196 1 196 5.97e-146 402 WP_004957233.1 WP_004957233.1 100 141 0 0 1 141 1 141 1.01e-99 280 WP_004957233.1 WP_161061319.1 44.3 140 75 2 1 138 1 139 3.65e-40 130 WP_004957233.1 WP_226360036.1 50.0 132 64 2 8 138 4 134 3.62e-39 127 QNF21522.1 QNF21522.1 100 275 0 0 1 275 1 275 5.24e-202 550 QNF21522.1 WP_160421767.1 32.3 161 108 1 116 275 10 170 1.94e-21 87.4 EJQ2687561.1 EJQ2687561.1 100 292 0 0 1 292 1 292 1.25e-213 581 CDA87281.1 CDA87281.1 100 81 0 0 1 81 1 81 7.15e-56 165 MBO5946342.1 MBO5946342.1 100 188 0 0 1 188 1 188 5.56e-138 381 MBQ8711066.1 MBQ8711066.1 100 534 0 0 1 534 1 534 0.0 1088 NIW25441.1 NIW25441.1 100 99 0 0 1 99 1 99 8.74e-63 184 WP_135949574.1 WP_135949574.1 100 562 0 0 1 562 1 562 0.0 1051 XP_048633428.1 XP_048633428.1 100 117 0 0 1 117 1 117 1.01e-74 215 KAI6047342.1 KAI6047342.1 100 537 0 0 1 537 1 537 0.0 1069 MBR0160695.1 MBR0160695.1 100 426 0 0 1 426 1 426 0.0 863 MBR0160695.1 WP_083062905.1 41.9 439 237 8 1 424 1 436 2.61e-100 306 MBR0160695.1 WP_027951454.1 45.3 333 177 3 2 332 3 332 3.52e-83 259 MBR0160695.1 MCL4333886.1 28.5 179 89 8 152 323 159 305 8.40e-10 58.2 MVZ66986.1 MVZ66986.1 100 276 0 0 1 276 1 276 5.26e-207 563 MBF2759673.1 MBF2759673.1 100 858 0 0 1 858 1 858 0.0 1676 MBF2759673.1 WP_214516916.1 33.2 620 323 18 147 726 2 570 1.01e-67 234 MBF2759673.1 WP_167959909.1 25.3 495 269 17 187 646 36 464 6.62e-22 99.0 MBF2759673.1 WP_068051662.1 25.1 522 282 19 185 674 39 483 6.54e-17 83.2 MBF2759673.1 NQW84129.1 23.1 281 191 7 187 452 69 339 3.46e-09 58.5 MBF2759673.1 TMQ04701.1 23.7 338 159 12 305 608 611 883 3.03e-08 55.8 MBF2759673.1 WP_254101325.1 21.4 618 370 19 149 725 75 617 1.02e-07 53.9 MBF2759673.1 PYB13830.1 30.7 205 104 10 145 339 3184 3360 1.09e-07 54.3 MBF2759673.1 WP_246003214.1 30.5 190 109 6 146 332 13 182 1.29e-07 53.5 MBQ3459675.1 MBQ3459675.1 100 222 0 0 1 222 1 222 1.69e-176 481 MBQ3459675.1 WP_267979634.1 55.4 193 85 1 28 219 43 235 1.29e-72 219 MBQ3104376.1 MBQ3104376.1 100 123 0 0 1 123 1 123 1.64e-85 243 NCN26743.1 NCN26743.1 100 202 0 0 1 202 1 202 1.83e-143 396 WP_089109701.1 WP_089109701.1 100 250 0 0 1 250 1 250 2.10e-175 481 GBL21590.1 GBL21590.1 100 131 0 0 1 131 1 131 4.39e-87 248 HAB9632401.1 HAB9632401.1 100 391 0 0 1 391 1 391 1.84e-290 783 WP_026002076.1 WP_026002076.1 100 514 0 0 1 514 1 514 0.0 1044 WP_198095175.1 WP_198095175.1 100 337 0 0 1 337 1 337 2.38e-236 642 WP_198095175.1 MBL1320270.1 45.9 318 168 2 21 337 8 322 3.32e-84 256 AHH33963.1 AHH33963.1 100 292 0 0 1 292 1 292 3.46e-220 597 XP_043014885.1 XP_043014885.1 100 455 0 0 1 455 1 455 0.0 899 WP_069877432.1 WP_069877432.1 100 360 0 0 1 360 1 360 4.34e-271 732 WP_069877432.1 MCI1663915.1 38.7 341 192 6 12 344 10 341 2.07e-80 248 WP_069877432.1 MBI1797961.1 38.6 339 189 8 15 344 19 347 7.80e-75 233 UIR12670.1 UIR12670.1 100 7092 0 0 1 7092 1 7092 0.0 14102 UIR12670.1 UMF87224.1 99.3 7092 52 0 1 7092 1 7092 0.0 14090 UIR12670.1 QWC83326.1 99.4 7096 38 2 1 7092 1 7096 0.0 14075 UIR12670.1 QVD87869.1 99.4 7093 42 1 1 7092 1 7093 0.0 14074 UIR12670.1 WEU87158.1 99.4 7096 40 2 1 7092 1 7096 0.0 14070 UIR12670.1 UZO53924.1 99.4 7093 43 1 1 7092 1 7093 0.0 14070 UIR12670.1 UVB16817.1 99.4 7093 42 1 1 7092 1 7093 0.0 14069 UIR12670.1 URQ55824.1 99.4 7093 43 1 1 7092 1 7093 0.0 14069 UIR12670.1 QSZ25555.1 99.4 7096 42 2 1 7092 1 7096 0.0 14069 UIR12670.1 UBP50947.1 99.3 7096 43 2 1 7092 1 7096 0.0 14063 UIR12670.1 UBD95131.1 99.3 7096 45 2 1 7092 1 7096 0.0 14058 UIR12670.1 UEC52718.1 99.3 7096 48 2 1 7092 1 7096 0.0 14052 UIR12670.1 QZU16279.1 99.0 7096 67 2 1 7092 1 7096 0.0 14003 UIR12670.1 UPA83906.1 99.0 7092 73 0 1 7092 1 7092 0.0 13993 UIR12670.1 UBR86455.1 98.5 7095 103 2 2 7092 1 7095 0.0 13921 UIR12670.1 UXX67934.1 98.4 7093 111 1 1 7092 1 7093 0.0 13908 UIR12670.1 UCP72061.1 98.3 7096 120 2 1 7092 1 7096 0.0 13881 UIR12670.1 UCP77012.1 98.2 7096 122 2 1 7092 1 7096 0.0 13878 UIR12670.1 UKN67998.1 98.1 7072 135 0 21 7092 1 7072 0.0 13805 UIR12670.1 WHE12941.1 97.8 7067 154 1 27 7092 1 7067 0.0 13757 UIR12670.1 UGA79226.1 97.2 7096 197 2 1 7092 1 7096 0.0 13703 UIR12670.1 UAQ80067.1 96.7 7096 230 2 1 7092 1 7096 0.0 13615 UIR12670.1 UJT06733.1 96.1 7092 278 0 1 7092 1 7092 0.0 13485 UIR12670.1 UVI10561.1 96.0 7066 285 1 28 7092 1 7066 0.0 13446 UIR12670.1 UOU30556.1 94.6 7093 379 1 1 7092 1 7093 0.0 13243 UIR12670.1 UMA88644.1 91.5 7071 601 0 22 7092 1 7071 0.0 12676 UIR12670.1 WAS49087.1 90.1 7093 698 1 1 7092 1 7093 0.0 12465 UIR12670.1 WGP98278.1 85.3 7096 1040 2 1 7092 1 7096 0.0 11579 UIR12670.1 ULA23837.2 100.0 4397 2 0 1 4397 1 4397 0.0 8640 UIR12670.1 UXH94526.1 99.9 4397 3 0 1 4397 1 4397 0.0 8635 UIR12670.1 QTD03487.1 99.7 4401 11 2 1 4397 1 4401 0.0 8619 UIR12670.1 QXR94354.1 99.7 4398 12 1 1 4397 1 4398 0.0 8618 UIR12670.1 UPP41269.1 99.7 4398 13 1 1 4397 1 4398 0.0 8618 UIR12670.1 QTM79632.1 99.6 4398 15 1 1 4397 1 4398 0.0 8616 UIR12670.1 USR14792.1 99.7 4398 14 1 1 4397 1 4398 0.0 8615 UIR12670.1 QTZ27226.1 99.6 4398 17 1 1 4397 1 4398 0.0 8611 UIR12670.1 UFM00670.1 99.6 4401 14 2 1 4397 1 4401 0.0 8609 UIR12670.1 UKU68032.1 99.6 4397 16 0 1 4397 1 4397 0.0 8607 UIR12670.1 UEC68750.1 99.6 4401 14 2 1 4397 1 4401 0.0 8607 UIR12670.1 UHM53165.1 99.6 4401 14 2 1 4397 1 4401 0.0 8604 UIR12670.1 UFM02602.1 99.6 4401 14 2 1 4397 1 4401 0.0 8604 UIR12670.1 UBL45068.1 99.6 4401 14 2 1 4397 1 4401 0.0 8602 UIR12670.1 UJV88611.1 98.0 4397 88 0 1 4397 1 4397 0.0 8445 UIR12670.1 UJJ97602.1 97.9 4397 94 0 1 4397 1 4397 0.0 8428 UIR12670.1 UJS94137.1 99.0 4292 42 0 106 4397 1 4292 0.0 8337 UIR12670.1 ULB83374.1 96.8 4397 142 0 1 4397 1 4397 0.0 8309 UIR12670.1 UGB98301.1 94.2 4401 252 2 1 4397 1 4401 0.0 8037 UIR12670.1 QRX02582.1 99.7 4098 8 2 1 4094 1 4098 0.0 8002 UIR12670.1 UFA30503.1 93.3 4340 286 2 27 4362 1 4340 0.0 7826 UIR12670.1 WGP70063.1 92.3 4369 333 2 1 4365 1 4369 0.0 7773 UIR12670.1 WEI27974.1 91.2 4398 384 1 1 4397 1 4398 0.0 7734 UIR12670.1 UNI03201.1 91.5 4374 369 2 27 4397 1 4374 0.0 7713 UIR12670.1 UEX07109.1 87.9 4375 527 2 27 4397 1 4375 0.0 7352 UIR12670.1 URP80785.1 82.8 4371 752 1 28 4397 1 4371 0.0 6784 UIR12670.1 UYE49180.1 77.1 4398 1004 1 1 4397 1 4398 0.0 6224 UIR12670.1 UPB00876.1 76.5 4371 1025 1 28 4397 1 4371 0.0 6176 UIR12670.1 WGQ72821.1 67.5 4344 1407 2 26 4365 1 4344 0.0 5127 TEB32912.1 TEB32912.1 100 164 0 0 1 164 1 164 2.96e-119 332 EDP2695460.1 EDP2695460.1 100 166 0 0 1 166 1 166 5.28e-114 318 XP_035216353.1 XP_035216353.1 100 152 0 0 1 152 1 152 6.39e-81 234 WP_137773782.1 WP_137773782.1 100 119 0 0 1 119 1 119 1.48e-86 245 XP_036437421.1 XP_036437421.1 100 1737 0 0 1 1737 1 1737 0.0 1148 XP_036437421.1 XP_023957144.1 37.1 237 136 7 1509 1735 914 1147 4.22e-41 164 XP_023028205.1 XP_023028205.1 100 434 0 0 1 434 1 434 1.96e-300 812 XP_023028205.1 EJG1264510.1 26.9 398 272 8 41 432 53 437 1.83e-18 85.5 XP_023028205.1 NXJ67438.1 25.3 430 291 12 22 434 51 467 1.84e-09 57.8 XP_023028205.1 KAE8355151.1 22.3 430 277 14 37 431 108 515 3.46e-09 57.0 MAT93460.1 MAT93460.1 100 440 0 0 1 440 1 440 4.86e-304 822 XP_040253449.1 XP_040253449.1 100 243 0 0 1 243 1 243 7.13e-184 501 XP_040253449.1 POS85366.1 65.2 23 8 0 201 223 37 59 5.21e-04 39.3 NOZ55740.1 NOZ55740.1 100 428 0 0 1 428 1 428 3.67e-318 857 EBY6522830.1 EBY6522830.1 100 334 0 0 1 334 1 334 4.19e-249 674 WP_148545383.1 WP_148545383.1 100 362 0 0 1 362 1 362 1.32e-257 698 OLB27154.1 OLB27154.1 100 521 0 0 1 521 1 521 0.0 1021 OLB27154.1 WP_147135386.1 36.8 478 259 5 38 515 34 468 1.89e-88 278 OLB27154.1 WP_128492049.1 21.8 472 294 11 33 491 15 424 2.34e-17 82.8 WP_265735210.1 WP_265735210.1 100 488 0 0 1 488 1 488 0.0 961 XP_042465169.1 XP_042465169.1 100 571 0 0 1 571 1 571 0.0 1133 XP_042465169.1 CAD7419184.1 30.7 228 130 5 361 563 23 247 2.14e-21 94.4 GLW31455.1 GLW31455.1 100 67 0 0 1 67 1 67 3.56e-43 132 WP_185740810.1 WP_185740810.1 100 207 0 0 1 207 1 207 1.57e-151 417 MBP6728875.1 MBP6728875.1 100 198 0 0 1 198 1 198 1.57e-142 393 MBP6728875.1 WP_140204528.1 32.1 81 54 1 22 101 8 88 2.01e-04 38.9 MBT1322465.1 MBT1322465.1 100 59 0 0 1 59 1 59 5.98e-34 108 MCD6064856.1 MCD6064856.1 100 403 0 0 1 403 1 403 3.01e-302 814 MCD6064856.1 MCK1819907.1 25.1 374 254 11 32 397 46 401 1.17e-20 92.0 MBN1558293.1 MBN1558293.1 100 544 0 0 1 544 1 544 0.0 1062 ANI90891.1 ANI90891.1 100 54 0 0 1 54 1 54 7.10e-33 105 VFV20999.1 VFV20999.1 100 306 0 0 1 306 1 306 2.10e-228 619 VFV20999.1 XP_043971649.1 69.4 183 42 1 90 258 302 484 1.02e-92 285 TMO21331.1 TMO21331.1 100 63 0 0 1 63 1 63 2.69e-43 132 HIE16764.1 HIE16764.1 100 106 0 0 1 106 1 106 2.93e-71 206 WP_202252188.1 WP_202252188.1 100 377 0 0 1 377 1 377 1.37e-278 752 WP_202252188.1 WP_099100504.1 36.7 349 220 1 1 348 1 349 1.94e-71 226 WP_202252188.1 WP_233230645.1 33.1 320 197 7 48 357 27 339 3.34e-33 125 KAF1788175.1 KAF1788175.1 100 182 0 0 1 182 1 182 1.22e-129 359 WP_048611692.1 WP_048611692.1 100 380 0 0 1 380 1 380 7.59e-257 697 WP_144320971.1 WP_144320971.1 100 521 0 0 1 521 1 521 1.13e-318 866 WP_144320971.1 WP_259858510.1 45.4 295 141 9 234 519 158 441 9.46e-55 189 WP_144320971.1 WP_274755179.1 40.0 250 136 8 277 518 174 417 3.33e-36 137 WP_144320971.1 WP_257504872.1 34.8 379 186 15 194 518 155 526 2.75e-33 131 WP_144320971.1 WP_076194242.1 31.4 245 150 7 289 517 216 458 1.42e-19 89.7 WP_144320971.1 MBS1636088.1 31.1 222 133 7 312 517 102 319 1.01e-18 85.5 WP_144320971.1 KDF42894.1 30.4 293 170 10 254 518 201 487 1.56e-17 83.6 WP_144320971.1 WP_129857883.1 31.5 286 160 11 234 501 125 392 6.03e-17 81.3 WP_144320971.1 MBX3687043.1 30.8 273 162 8 259 520 200 456 1.35e-16 80.5 WP_049066482.1 WP_049066482.1 100 731 0 0 1 731 1 731 0.0 1338 WP_049066482.1 MBE3671043.1 34.3 718 442 10 8 717 17 712 1.69e-129 399 WP_049066482.1 WP_131096443.1 35.0 729 432 12 2 717 6 705 2.39e-127 394 PQK14494.1 PQK14494.1 100 565 0 0 1 565 1 565 0.0 1079 XP_009535872.1 XP_009535872.1 100 185 0 0 1 185 1 185 7.90e-132 365 MBR3005965.1 MBR3005965.1 100 356 0 0 1 356 1 356 1.22e-259 702 RZM24348.1 RZM24348.1 100 142 0 0 1 142 1 142 2.19e-99 280 RZM24348.1 MCG8687614.1 51.4 74 35 1 16 88 5 78 7.34e-19 75.5 XP_001840824.2 XP_001840824.2 100 299 0 0 1 299 1 299 8.57e-229 620 WP_096067320.1 WP_096067320.1 100 623 0 0 1 623 1 623 0.0 1315 WP_096067320.1 WP_282322778.1 99.4 623 4 0 1 623 1 623 0.0 1304 WP_096067320.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.99e-106 335 WP_096067320.1 MBL14507.1 27.3 626 363 20 30 614 11 585 1.31e-60 210 WP_007404414.1 WP_007404414.1 100 311 0 0 1 311 1 311 9.22e-205 560 WP_007404414.1 WP_143281017.1 56.3 144 63 0 4 147 13 156 5.40e-50 162 ECP3866152.1 ECP3866152.1 100 106 0 0 1 106 1 106 3.02e-82 233 MBG6814041.1 MBG6814041.1 100 369 0 0 1 369 1 369 2.48e-261 708 MBG6814041.1 MBV00212.1 54.5 358 163 0 9 366 3 360 2.74e-124 371 MBG6814041.1 EAH8201998.1 48.5 359 183 2 8 366 3 359 9.92e-111 329 MBG6814041.1 WP_021479352.1 47.3 370 187 3 4 366 2 370 3.20e-100 319 WP_232745899.1 WP_232745899.1 100 376 0 0 1 376 1 376 6.45e-272 735 WP_175076961.1 WP_175076961.1 100 727 0 0 1 727 1 727 0.0 1428 WP_175076961.1 WP_113620603.1 39.4 657 360 13 1 637 1 639 7.60e-139 423 WP_175076961.1 WP_115946316.1 38.0 595 339 12 7 581 5 589 1.35e-114 358 WP_120115041.1 WP_120115041.1 100 475 0 0 1 475 1 475 0.0 920 WP_120115041.1 OFY34840.1 27.4 237 152 8 1 222 18 249 2.01e-15 76.6 WP_120115041.1 MCU0422147.1 23.6 208 139 5 25 225 21 215 2.40e-13 70.1 UUZ63036.1 UUZ63036.1 100 454 0 0 1 454 1 454 1.36e-308 835 WP_268579666.1 WP_268579666.1 100 200 0 0 1 200 1 200 3.17e-143 395 KAF3628212.1 KAF3628212.1 100 143 0 0 1 143 1 143 7.60e-96 271 XP_024888572.1 XP_024888572.1 100 1393 0 0 1 1393 1 1393 0.0 2628 MBL8638832.1 MBL8638832.1 100 967 0 0 1 967 1 967 0.0 1900 MBL8638832.1 WP_015615815.1 37.2 852 487 17 46 887 2 815 1.29e-167 511 MBL8638832.1 WP_015919400.1 35.7 856 481 18 48 893 4 800 4.05e-148 457 MBL8638832.1 MCJ7548546.1 38.2 751 407 14 48 779 7 719 2.93e-139 432 MBL8638832.1 KAI5122644.1 27.1 862 540 26 58 867 373 1198 4.95e-65 237 MBL8638832.1 KZV11597.1 23.2 578 410 15 316 878 264 822 1.06e-30 128 MBS0261058.1 MBS0261058.1 100 87 0 0 1 87 1 87 5.65e-58 171 WP_213449477.1 WP_213449477.1 100 294 0 0 1 294 1 294 5.08e-214 582 WP_213449477.1 WP_149406163.1 49.0 310 139 4 1 294 1 307 5.25e-92 273 WP_245350945.1 WP_245350945.1 100 457 0 0 1 457 1 457 8.87e-311 840 WP_245350945.1 WP_049005162.1 33.5 418 260 9 21 429 3 411 4.66e-57 192 WP_245350945.1 OKH85141.1 29.6 395 257 7 19 400 4 390 8.30e-41 149 WP_245350945.1 WP_133179454.1 24.9 373 212 16 67 393 76 426 6.81e-06 46.6 XP_037539096.1 XP_037539096.1 100 876 0 0 1 876 1 876 0.0 1733 WP_214893447.1 WP_214893447.1 100 180 0 0 1 180 1 180 3.51e-128 355 KAG7462864.1 KAG7462864.1 100 333 0 0 1 333 1 333 6.59e-186 514 KAG7462864.1 WP_242018727.1 40.2 97 56 2 1 97 79 173 4.56e-15 70.9 HAT9095998.1 HAT9095998.1 100 33 0 0 1 33 1 33 3.35e-16 61.6 ORY76548.1 ORY76548.1 100 271 0 0 1 271 1 271 7.53e-138 387 HCB1767023.1 HCB1767023.1 100 198 0 0 1 198 1 198 1.38e-127 355 WP_118359022.1 WP_118359022.1 100 370 0 0 1 370 1 370 1.24e-204 565 TXK73489.1 TXK73489.1 100 897 0 0 1 897 1 897 0.0 1786 XP_030079323.1 XP_030079323.1 100 347 0 0 1 347 1 347 9.35e-264 712 TOE90752.1 TOE90752.1 100 29 0 0 1 29 1 29 6.06e-13 53.1 MCI8895019.1 MCI8895019.1 100 697 0 0 1 697 1 697 0.0 1366 GHP52484.1 GHP52484.1 100 506 0 0 1 506 1 506 0.0 990 XP_034264344.1 XP_034264344.1 100 398 0 0 1 398 1 398 3.51e-303 816 XP_034264344.1 XP_003056335.1 31.6 335 161 8 66 336 132 462 1.88e-42 154 XP_034264344.1 HBX8004802.1 42.1 107 52 3 65 171 13 109 1.01e-16 79.0 XP_034264344.1 HBK1877356.1 33.9 115 67 4 66 179 6 112 6.83e-10 58.9 WP_002449605.1 WP_002449605.1 100 65 0 0 1 65 1 65 8.28e-39 120 KAE9445077.1 KAE9445077.1 100 161 0 0 1 161 1 161 7.16e-96 272 MBE0577924.1 MBE0577924.1 100 143 0 0 1 143 1 143 6.03e-102 286 EIT2901672.1 EIT2901672.1 100 188 0 0 1 188 1 188 1.66e-139 385 WP_128272295.1 WP_128272295.1 100 180 0 0 1 180 1 180 8.26e-127 352 XP_044485440.1 XP_044485440.1 100 702 0 0 1 702 1 702 0.0 1381 XP_044485440.1 XP_047978269.1 35.9 710 351 19 11 694 17 648 7.83e-112 350 WP_268123036.1 WP_268123036.1 100 428 0 0 1 428 1 428 2.65e-295 799 WP_118205888.1 WP_118205888.1 100 403 0 0 1 403 1 403 1.53e-295 797 WP_052232835.1 WP_052232835.1 100 699 0 0 1 699 1 699 0.0 1381 OGY30120.1 OGY30120.1 100 85 0 0 1 85 1 85 3.32e-56 166 AGO18338.1 AGO18338.1 100 206 0 0 1 206 1 206 1.11e-155 427 MBQ2017527.1 MBQ2017527.1 100 249 0 0 1 249 1 249 3.92e-175 480 MBQ2017527.1 WP_255187010.1 42.1 228 123 4 28 249 34 258 1.21e-51 176 MBQ2017527.1 WP_195397250.1 40.0 240 116 7 28 249 41 270 1.60e-41 148 MBQ2017527.1 WP_161258623.1 42.2 109 62 1 141 248 301 409 4.36e-19 84.3 MBQ2017527.1 RCI04718.1 39.7 116 69 1 131 245 249 364 1.07e-18 82.4 WP_282985289.1 WP_282985289.1 100 995 0 0 1 995 1 995 0.0 1803 WP_282985289.1 WP_277264109.1 30.6 821 463 20 148 951 234 964 1.55e-79 278 WP_282985289.1 EFG7698437.1 46.7 244 113 4 694 923 1 241 1.91e-48 173 WP_282985289.1 EIP7986019.1 54.5 44 20 0 867 910 117 160 4.60e-05 45.1 WP_017123457.1 WP_017123457.1 100 372 0 0 1 372 1 372 1.09e-261 709 WP_017123457.1 MCU0490050.1 46.4 235 123 1 9 240 4 238 8.75e-60 191 WP_112473496.1 WP_112473496.1 100 195 0 0 1 195 1 195 4.73e-147 404 WP_112473496.1 KAF4336989.1 35.4 164 67 6 4 133 6 164 1.81e-21 86.7 MBF0865514.1 MBF0865514.1 100 346 0 0 1 346 1 346 3.48e-254 688 MBF0865514.1 WP_057452934.1 59.3 332 134 1 11 342 9 339 1.53e-140 400 MBF0865514.1 WP_083296738.1 58.6 307 127 0 15 321 24 330 2.39e-127 367 MBF0865514.1 WP_040532466.1 53.7 311 143 1 11 320 4 314 1.27e-119 348 MBF0865514.1 WP_277324932.1 36.8 307 184 6 16 317 18 319 2.15e-54 181 KAF0905729.1 KAF0905729.1 100 1697 0 0 1 1697 1 1697 0.0 3456 WP_270677687.1 WP_270677687.1 100 70 0 0 1 70 1 70 5.93e-50 149 WP_031822363.1 WP_031822363.1 100 379 0 0 1 379 1 379 3.93e-279 754 WP_031822363.1 WP_077583480.1 63.5 381 136 3 1 379 68 447 3.76e-170 481 WP_037451816.1 WP_037451816.1 100 282 0 0 1 282 1 282 3.42e-206 561 XP_013231239.1 XP_013231239.1 100 116 0 0 1 116 1 116 2.64e-20 77.8 KAB0382747.1 KAB0382747.1 100 248 0 0 1 248 1 248 7.54e-164 493 KAB0382747.1 XP_044902674.1 54.5 44 20 0 6 49 10 53 8.38e-07 50.8 CAP00477.1 CAP00477.1 100 382 0 0 1 382 1 382 2.87e-278 752 CAP00477.1 MBP6505074.1 35.9 393 227 4 4 375 2 390 3.53e-79 247 WP_254972748.1 WP_254972748.1 100 959 0 0 1 959 1 959 0.0 1899 WP_254972748.1 WP_232306300.1 36.5 104 66 0 853 956 1266 1369 7.32e-13 71.2 WP_254972748.1 MCB9315714.1 35.9 103 65 1 852 953 111 213 8.31e-13 67.0 WP_250182896.1 WP_250182896.1 100 146 0 0 1 146 1 146 2.34e-96 272 WP_223413240.1 WP_223413240.1 100 345 0 0 1 345 1 345 3.12e-261 706 WP_223413240.1 WP_266179881.1 84.1 345 55 0 1 345 1 345 1.32e-221 605 WP_223413240.1 WP_138125503.1 42.9 338 184 6 3 335 2 335 8.63e-86 261 WP_223413240.1 WP_069697901.1 42.6 340 183 6 3 335 2 336 1.15e-85 260 WP_223413240.1 EFX2174330.1 42.2 258 145 2 55 309 54 310 1.95e-57 187 WP_223413240.1 RYY73542.1 28.7 178 111 5 66 228 79 255 4.98e-08 52.4 WP_223413240.1 CDE36962.1 33.8 65 39 1 54 114 58 122 4.51e-04 40.0 MCK9338853.1 MCK9338853.1 100 695 0 0 1 695 1 695 0.0 1403 SEP73001.1 SEP73001.1 100 33 0 0 1 33 1 33 7.23e-20 70.9 EFA5132122.1 EFA5132122.1 100 243 0 0 1 243 1 243 1.81e-177 485 PIR55147.1 PIR55147.1 100 719 0 0 1 719 1 719 0.0 1339 PIR55147.1 WP_098191572.1 35.2 71 44 2 292 362 790 858 6.47e-05 44.7 MCB0558738.1 MCB0558738.1 100 242 0 0 1 242 1 242 1.32e-174 478 MCB0558738.1 GDX50632.1 49.2 240 120 2 4 242 21 259 1.87e-72 220 WP_246612751.1 WP_246612751.1 100 1104 0 0 1 1104 1 1104 0.0 2128 XP_026320625.1 XP_026320625.1 100 214 0 0 1 214 1 214 1.13e-143 397 XP_026320625.1 KAJ8763828.1 44.4 160 89 0 8 167 12 171 2.49e-46 150 PWM57416.1 PWM57416.1 100 164 0 0 1 164 1 164 1.64e-107 302 MBU5353226.1 MBU5353226.1 100 311 0 0 1 311 1 311 2.35e-223 607 MBU5353226.1 RUU66461.1 51.1 262 122 3 7 265 82 340 1.43e-81 250 MBU5353226.1 WP_227059655.1 49.0 263 133 1 4 265 317 579 7.43e-79 250 MBU5353226.1 WP_098952357.1 46.8 263 138 2 2 262 1 263 3.01e-78 239 MBU5353226.1 WP_192324556.1 47.2 271 136 2 4 270 318 585 6.28e-76 242 MBU5353226.1 WP_226904802.1 44.6 258 142 1 4 260 22 279 1.58e-72 226 MBU5353226.1 MBQ3864274.1 47.1 263 134 3 4 265 12 270 9.64e-72 223 MBU5353226.1 GLY24463.1 41.6 269 142 4 1 261 1 262 7.69e-62 197 MBU5353226.1 WP_066083732.1 40.7 268 139 6 4 260 6 264 2.74e-58 189 MBU5353226.1 WP_107894076.1 37.9 269 146 6 4 261 5 263 9.36e-57 184 MBU5353226.1 MCP5262709.1 39.4 264 142 5 4 258 1 255 2.66e-55 181 MBU5353226.1 WP_131166802.1 37.5 272 144 6 4 261 5 264 2.13e-51 171 MBU5353226.1 MBP1876254.1 38.7 230 137 3 26 254 16 242 1.40e-48 164 MBU5353226.1 WP_109219819.1 32.0 281 177 6 29 305 31 301 5.38e-36 131 MBU5353226.1 WP_076409454.1 30.7 254 157 5 1 254 1 235 4.56e-34 125 MBU5353226.1 WP_258581409.1 29.8 238 155 4 21 256 9 236 4.60e-31 118 MBU5353226.1 WP_072380563.1 28.5 239 164 4 21 256 7 241 1.24e-28 108 MBU5353226.1 WP_207918089.1 28.9 242 149 7 26 254 16 247 2.54e-20 86.7 MBU5353226.1 WP_206363707.1 28.2 206 133 6 21 219 24 221 7.85e-18 80.1 PLA74748.1 PLA74748.1 100 592 0 0 1 592 1 592 0.0 1172 PLA74748.1 HCF6759084.1 62.7 590 214 5 1 588 1 586 1.63e-269 747 PLA74748.1 MBN8536342.1 47.0 594 294 11 3 586 19 601 7.84e-176 510 WP_208910104.1 WP_208910104.1 100 422 0 0 1 422 1 422 4.08e-280 760 XP_021874514.1 XP_021874514.1 100 337 0 0 1 337 1 337 1.16e-252 683 KAJ1619151.1 KAJ1619151.1 100 75 0 0 1 75 1 75 1.51e-52 156 MCB9544502.1 MCB9544502.1 100 98 0 0 1 98 1 98 1.03e-65 191 MCB9544502.1 WP_271820285.1 53.3 92 39 2 10 98 279 369 2.98e-23 89.7 KDF42894.1 KDF42894.1 100 488 0 0 1 488 1 488 0.0 936 KDF42894.1 WP_076194242.1 27.1 409 268 9 84 488 76 458 7.59e-33 128 KDF42894.1 MBO8233644.1 25.2 266 177 7 220 479 119 368 1.48e-20 91.7 KDF42894.1 WP_144320971.1 30.4 293 170 10 201 487 254 518 8.34e-19 87.4 KDF42894.1 SCH39951.1 22.3 256 185 7 233 483 231 477 1.14e-12 68.2 KDF42894.1 WP_149911652.1 27.9 251 159 9 244 488 189 423 2.15e-10 60.8 KDF42894.1 WP_253463694.1 25.1 235 150 7 248 479 204 415 1.12e-08 55.5 KDF42894.1 MBR6403893.1 22.6 340 229 10 147 481 102 412 4.42e-08 53.5 KDF42894.1 TVR41840.1 21.4 215 148 7 275 486 312 508 3.34e-06 47.8 WP_125188824.1 WP_125188824.1 100 130 0 0 1 130 1 130 6.49e-102 285 WP_125188824.1 WP_189693187.1 63.5 104 38 0 1 104 1 104 5.15e-49 150 MCL5028570.1 MCL5028570.1 100 384 0 0 1 384 1 384 7.91e-277 748 MCL5028570.1 MCH5250214.1 32.6 178 100 6 41 211 541 705 1.20e-12 67.8 MBE6835980.1 MBE6835980.1 100 408 0 0 1 408 1 408 3.13e-302 815 MBE6835980.1 WP_248087248.1 29.3 420 248 14 7 396 15 415 1.16e-38 142 QQS09360.1 QQS09360.1 100 595 0 0 1 595 1 595 0.0 1192 QQS09360.1 WP_009714971.1 46.9 563 269 6 28 590 29 561 3.21e-171 496 QQS09360.1 WP_195001047.1 39.2 533 279 6 63 589 90 583 9.63e-119 368 WP_180196654.1 WP_180196654.1 100 561 0 0 1 561 1 561 0.0 1135 WP_180196654.1 MCP5260845.1 53.3 563 250 6 7 557 3 564 1.16e-201 573 WP_180196654.1 HAR3824072.1 31.5 565 336 12 8 545 35 575 5.49e-83 268 WP_162782234.1 WP_162782234.1 100 700 0 0 1 700 1 700 0.0 1361 OWK14769.1 OWK14769.1 100 937 0 0 1 937 1 937 0.0 1821 AWS34156.1 AWS34156.1 100 219 0 0 1 219 1 219 2.03e-153 422 AWS34156.1 AVM35379.1 86.9 214 28 0 6 219 1 214 7.82e-134 373 AWS34156.1 ADW49125.1 84.8 211 32 0 9 219 1 211 7.18e-127 355 AWS34156.1 QUA05739.1 84.4 212 33 0 1 212 1 212 2.89e-124 348 AWS34156.1 AFA09475.1 85.4 205 30 0 15 219 1 205 6.48e-124 347 AWS34156.1 AFA24308.1 83.4 211 35 0 9 219 2 212 8.29e-124 347 AWS34156.1 ABQ63546.1 78.0 218 48 0 2 219 1 218 1.97e-121 342 AWS34156.1 QUQ06080.1 76.3 219 52 0 1 219 1 219 4.12e-121 341 AWS34156.1 ADJ35581.1 74.9 219 55 0 1 219 2 220 6.06e-121 340 AWS34156.1 AHK62764.1 74.9 215 54 0 5 219 1 215 4.68e-116 328 AWS34156.1 AAX94106.1 85.7 189 27 0 31 219 1 189 1.02e-112 327 AWS34156.1 AMA90994.1 81.7 197 36 0 1 197 1 197 5.29e-112 317 AWS34156.1 UZF38514.1 72.8 206 56 0 14 219 1 206 2.19e-106 303 AWS34156.1 AOR13807.1 76.4 195 46 0 12 206 3 197 7.84e-105 299 AWS34156.1 AKT58828.1 75.9 195 47 0 1 195 1 195 1.17e-103 296 AWS34156.1 AOQ89457.1 79.1 187 39 0 5 191 1 187 1.98e-100 287 AWS34156.1 AXZ65741.1 73.9 188 49 0 1 188 1 188 1.12e-97 280 AWS34156.1 AKA56406.1 69.3 199 58 1 2 200 2 197 1.60e-92 268 AWS34156.1 AHH30646.1 75.6 168 39 2 32 199 6 171 5.11e-83 243 AWS34156.1 ACE88666.1 77.9 140 31 0 80 219 1 140 2.19e-76 225 AWS34156.1 APC24336.1 73.2 112 30 0 108 219 1 112 6.75e-50 165 WP_013572974.1 WP_013572974.1 100 600 0 0 1 600 1 600 0.0 1117 WP_074791539.1 WP_074791539.1 100 270 0 0 1 270 1 270 1.54e-187 513 MCQ2059483.1 MCQ2059483.1 100 143 0 0 1 143 1 143 2.87e-100 282 MCQ2059483.1 KFO63955.1 45.6 68 37 0 75 142 3 70 2.91e-17 69.7 WP_063302373.1 WP_063302373.1 100 288 0 0 1 288 1 288 4.47e-205 559 WP_063302373.1 XP_028635853.1 58.8 272 109 3 2 273 6 274 7.24e-98 295 WP_063302373.1 WP_042650033.1 25.9 193 135 2 2 194 3 187 3.45e-11 60.5 WP_063302373.1 WP_280443824.1 24.4 254 164 9 7 242 2 245 5.93e-07 48.1 MBA3725210.1 MBA3725210.1 100 130 0 0 1 130 1 130 1.32e-92 261 OGH18708.1 OGH18708.1 100 183 0 0 1 183 1 183 1.67e-132 367 KAI9022896.1 KAI9022896.1 100 104 0 0 1 104 1 104 2.85e-68 198 MBO0657491.1 MBO0657491.1 100 86 0 0 1 86 1 86 2.04e-64 187 XP_004647050.1 XP_004647050.1 100 364 0 0 1 364 1 364 8.91e-257 696 MCI93591.1 MCI93591.1 100 65 0 0 1 65 1 65 5.34e-44 134 XP_049153370.1 XP_049153370.1 100 388 0 0 1 388 1 388 1.02e-265 721 XP_049153370.1 WP_153219677.1 39.1 64 39 0 308 371 545 608 6.42e-05 43.5 HBL3458524.1 HBL3458524.1 100 568 0 0 1 568 1 568 0.0 1075 HBL3458524.1 GAF66133.1 42.1 575 317 7 1 565 1 569 1.56e-149 440 NLR72952.1 NLR72952.1 100 232 0 0 1 232 1 232 7.07e-165 452 NLR72952.1 WP_167196601.1 44.5 220 118 3 12 228 3 221 8.69e-47 153 NLR72952.1 Q8XJN8.1 31.9 207 126 6 37 232 26 228 3.12e-19 81.6 NLR72952.1 MBE6142085.1 30.7 202 133 3 30 224 17 218 1.33e-16 74.3 RLB75920.1 RLB75920.1 100 82 0 0 1 82 1 82 3.94e-58 171 MCH8293010.1 MCH8293010.1 100 331 0 0 1 331 1 331 2.41e-242 657 MCH8293010.1 WP_276369440.1 29.9 241 149 10 8 236 49 281 4.49e-18 82.4 MCH8293010.1 WP_218036247.1 35.0 103 66 1 62 164 54 155 4.13e-11 61.2 MCH8293010.1 MBI1189702.1 29.1 179 116 3 60 229 68 244 1.33e-10 60.1 MCH8293010.1 MCP4974199.1 27.5 149 102 3 62 204 68 216 5.80e-10 58.2 MCH8293010.1 EFX2174330.1 26.5 147 108 0 61 207 64 210 3.83e-08 52.4 MCH8293010.1 MCP4641540.1 23.9 213 136 6 60 268 126 316 6.79e-08 52.0 MCH8293010.1 MCK9252526.1 24.8 238 152 10 34 249 53 285 8.29e-08 51.6 TFV53637.1 TFV53637.1 100 68 0 0 1 68 1 68 4.47e-42 129 KAI9597310.1 KAI9597310.1 100 120 0 0 1 120 1 120 6.76e-79 226 MCF8709434.1 MCF8709434.1 100 271 0 0 1 271 1 271 1.80e-191 523 MCF8709434.1 MBJ7292067.1 43.5 260 139 5 15 269 8 264 1.96e-53 172 MCF8709434.1 MBM7125960.1 36.5 197 122 2 18 211 5 201 2.82e-33 120 MCF8709434.1 WP_096443068.1 33.0 227 124 8 26 227 33 256 1.53e-19 84.7 QGP90243.1 QGP90243.1 100 494 0 0 1 494 1 494 0.0 933 MBE42757.1 MBE42757.1 100 381 0 0 1 381 1 381 7.82e-271 733 QXR94354.1 QXR94354.1 100 4402 0 0 1 4402 1 4402 0.0 8654 QXR94354.1 QVD87869.1 99.9 4398 3 0 1 4398 1 4398 0.0 8640 QXR94354.1 QTM79632.1 99.7 4402 13 0 1 4402 1 4402 0.0 8633 QXR94354.1 QTD03487.1 99.7 4405 10 1 1 4402 1 4405 0.0 8633 QXR94354.1 QTZ27226.1 99.7 4402 15 0 1 4402 1 4402 0.0 8628 QXR94354.1 QWC83326.1 99.8 4401 7 1 1 4398 1 4401 0.0 8627 QXR94354.1 QSZ25555.1 99.7 4401 9 1 1 4398 1 4401 0.0 8625 QXR94354.1 UPP41269.1 99.7 4402 15 0 1 4402 1 4402 0.0 8623 QXR94354.1 WEU87158.1 99.7 4401 9 1 1 4398 1 4401 0.0 8622 QXR94354.1 ULA23837.2 99.7 4402 14 1 1 4402 1 4401 0.0 8622 QXR94354.1 UBP50947.1 99.7 4401 10 1 1 4398 1 4401 0.0 8620 QXR94354.1 USR14792.1 99.6 4402 16 0 1 4402 1 4402 0.0 8620 QXR94354.1 UIR12670.1 99.7 4398 12 1 1 4398 1 4397 0.0 8619 QXR94354.1 UZO53924.1 99.7 4398 13 0 1 4398 1 4398 0.0 8619 QXR94354.1 UFM00670.1 99.6 4405 15 1 1 4402 1 4405 0.0 8619 QXR94354.1 UXH94526.1 99.6 4402 15 1 1 4402 1 4401 0.0 8618 QXR94354.1 UVB16817.1 99.7 4398 13 0 1 4398 1 4398 0.0 8617 QXR94354.1 UEC68750.1 99.6 4405 15 1 1 4402 1 4405 0.0 8617 QXR94354.1 URQ55824.1 99.7 4398 14 0 1 4398 1 4398 0.0 8616 QXR94354.1 UBL45068.1 99.6 4405 13 1 1 4402 1 4405 0.0 8616 QXR94354.1 QZU16279.1 99.7 4401 12 1 1 4398 1 4401 0.0 8616 QXR94354.1 UBD95131.1 99.7 4401 12 1 1 4398 1 4401 0.0 8614 QXR94354.1 UHM53165.1 99.6 4405 15 1 1 4402 1 4405 0.0 8614 QXR94354.1 UFM02602.1 99.6 4405 15 1 1 4402 1 4405 0.0 8614 QXR94354.1 UMF87224.1 99.2 4398 35 1 1 4398 1 4397 0.0 8609 QXR94354.1 UPA83906.1 99.6 4398 16 1 1 4398 1 4397 0.0 8608 QXR94354.1 UEC52718.1 99.6 4401 16 1 1 4398 1 4401 0.0 8606 QXR94354.1 UKU68032.1 99.3 4402 28 1 1 4402 1 4401 0.0 8589 QXR94354.1 UKN67998.1 99.7 4378 13 1 21 4398 1 4377 0.0 8578 QXR94354.1 UBR86455.1 98.4 4400 67 1 2 4398 1 4400 0.0 8485 QXR94354.1 UXX67934.1 98.2 4398 80 0 1 4398 1 4398 0.0 8458 QXR94354.1 UCP77012.1 98.0 4401 85 1 1 4398 1 4401 0.0 8445 QXR94354.1 UCP72061.1 97.9 4401 88 1 1 4398 1 4401 0.0 8436 QXR94354.1 UJV88611.1 97.7 4402 100 1 1 4402 1 4401 0.0 8427 QXR94354.1 UAQ80067.1 97.8 4401 94 1 1 4398 1 4401 0.0 8425 QXR94354.1 UJJ97602.1 97.6 4402 106 1 1 4402 1 4401 0.0 8411 QXR94354.1 UOU30556.1 97.7 4398 100 0 1 4398 1 4398 0.0 8410 QXR94354.1 UGA79226.1 97.3 4401 118 1 1 4398 1 4401 0.0 8362 QXR94354.1 UJS94137.1 98.7 4297 54 1 106 4402 1 4296 0.0 8319 QXR94354.1 WHE12941.1 97.2 4372 124 0 27 4398 1 4372 0.0 8306 QXR94354.1 ULB83374.1 96.5 4402 154 1 1 4402 1 4401 0.0 8292 QXR94354.1 UVI10561.1 96.1 4371 171 0 28 4398 1 4371 0.0 8193 QXR94354.1 UGB98301.1 94.2 4405 253 1 1 4402 1 4405 0.0 8047 QXR94354.1 QRX02582.1 99.8 4098 7 1 1 4095 1 4098 0.0 8009 QXR94354.1 UJT06733.1 94.0 4398 262 1 1 4398 1 4397 0.0 8002 QXR94354.1 UFA30503.1 93.3 4340 288 1 27 4363 1 4340 0.0 7828 QXR94354.1 UMA88644.1 92.4 4377 333 1 22 4398 1 4376 0.0 7812 QXR94354.1 WGP70063.1 92.3 4369 332 1 1 4366 1 4369 0.0 7780 QXR94354.1 WEI27974.1 91.3 4402 385 0 1 4402 1 4402 0.0 7740 QXR94354.1 UNI03201.1 91.5 4378 372 1 27 4402 1 4378 0.0 7720 QXR94354.1 WGP98278.1 88.7 4364 489 1 1 4361 1 4364 0.0 7392 QXR94354.1 UEX07109.1 87.9 4379 528 1 27 4402 1 4379 0.0 7362 QXR94354.1 WAS49087.1 84.8 4398 669 0 1 4398 1 4398 0.0 7011 QXR94354.1 URP80785.1 82.6 4375 762 0 28 4402 1 4375 0.0 6780 QXR94354.1 UYE49180.1 77.0 4402 1013 0 1 4402 1 4402 0.0 6220 QXR94354.1 UPB00876.1 76.5 4375 1026 0 28 4402 1 4375 0.0 6183 QXR94354.1 WGQ72821.1 67.6 4344 1405 1 26 4366 1 4344 0.0 5134 EFG8800866.1 EFG8800866.1 100 68 0 0 1 68 1 68 1.61e-44 135 WP_233987432.1 WP_233987432.1 100 387 0 0 1 387 1 387 1.50e-287 776 KAJ3193491.1 KAJ3193491.1 100 421 0 0 1 421 1 421 2.04e-300 811 KAJ3193491.1 WP_065073385.1 47.6 63 28 1 94 156 49 106 1.18e-09 57.4 WP_259770126.1 WP_259770126.1 100 647 0 0 1 647 1 647 0.0 1181 WP_259770126.1 MBO6078463.1 29.5 620 385 18 15 597 22 626 6.32e-56 199 XP_049406314.1 XP_049406314.1 100 228 0 0 1 228 1 228 2.37e-161 443 WP_200478262.1 WP_200478262.1 100 323 0 0 1 323 1 323 3.29e-204 560 WP_200478262.1 HBS1873186.1 46.1 141 69 3 42 175 95 235 1.54e-28 110 WP_112308968.1 WP_112308968.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_051963813.1 WP_051963813.1 100 117 0 0 1 117 1 117 1.68e-82 235 WP_051963813.1 WP_058935081.1 37.8 82 51 0 22 103 39 120 7.58e-16 67.0 GIR09622.1 GIR09622.1 100 463 0 0 1 463 1 463 2.73e-308 835 GIR09622.1 NCV89943.1 41.6 466 236 7 7 459 11 453 1.44e-105 320 GIR09622.1 WP_007853416.1 39.9 459 241 5 18 459 16 456 6.44e-97 299 WP_216207121.1 WP_216207121.1 100 138 0 0 1 138 1 138 4.14e-102 286 GBD99233.1 GBD99233.1 100 284 0 0 1 284 1 284 2.97e-192 526 GBD99233.1 WP_108210605.1 36.3 256 152 3 27 271 298 553 5.14e-42 150 GBD99233.1 MBK7529683.1 28.0 239 159 5 39 270 96 328 6.01e-29 111 MBA3038663.1 MBA3038663.1 100 129 0 0 1 129 1 129 1.00e-82 236 WP_280949002.1 WP_280949002.1 100 647 0 0 1 647 1 647 0.0 1240 WP_280949002.1 MBQ1196899.1 40.2 321 178 6 11 325 2 314 3.20e-61 213 WP_280949002.1 MCH8904788.1 42.0 286 158 3 15 296 8 289 3.62e-60 209 WP_280949002.1 MCF1439711.1 39.6 91 51 1 10 100 2 88 4.51e-15 69.3 XP_010267139.1 XP_010267139.1 100 406 0 0 1 406 1 406 6.37e-285 771 XP_010267139.1 XP_028766233.1 31.2 141 65 5 271 405 620 734 2.93e-11 63.5 XP_020321477.1 XP_020321477.1 100 791 0 0 1 791 1 791 0.0 1515 XP_020321477.1 XP_046441060.1 50.1 884 234 18 46 791 54 868 2.42e-227 658 XP_020321477.1 PKU40490.1 53.2 188 86 2 51 236 14 201 2.12e-58 196 XP_020321477.1 XP_030620685.1 33.9 295 182 6 20 304 62 353 1.19e-44 164 XP_020321477.1 KAG1590416.1 34.4 262 162 5 42 296 64 322 9.60e-44 161 XP_020321477.1 XP_048216280.1 32.3 279 171 7 53 315 20 296 3.01e-40 152 XP_020321477.1 XP_048379117.1 32.7 263 163 6 52 303 256 515 5.04e-35 139 XP_020321477.1 KAJ7903702.1 27.1 262 185 3 36 292 6 266 1.66e-28 117 XP_020321477.1 XP_006969978.1 28.9 228 146 7 78 295 93 314 1.07e-27 113 XP_020321477.1 MBF1128433.1 30.0 247 165 4 53 292 10 255 1.69e-26 113 XP_020321477.1 KRX90811.1 29.5 302 137 7 47 320 164 417 5.94e-25 107 XP_020321477.1 XP_047334060.1 29.8 262 169 9 52 300 16 275 1.20e-24 108 XP_020321477.1 KZT58963.1 28.1 270 166 6 52 299 1075 1338 5.77e-23 103 XP_020321477.1 KAI3849778.1 30.3 211 130 9 47 246 489 693 2.31e-12 68.9 MBO4748034.1 MBO4748034.1 100 401 0 0 1 401 1 401 1.13e-280 759 MCB1383119.1 MCB1383119.1 100 184 0 0 1 184 1 184 2.98e-131 363 MCB1703688.1 MCB1703688.1 100 144 0 0 1 144 1 144 2.45e-106 297 MCB1703688.1 ODU51779.1 39.6 96 55 1 36 131 9 101 6.45e-18 76.3 WP_039286629.1 WP_039286629.1 100 81 0 0 1 81 1 81 3.85e-51 153 CAF1139697.1 CAF1139697.1 100 144 0 0 1 144 1 144 6.00e-98 276 CEG83499.1 CEG83499.1 100 230 0 0 1 230 1 230 5.41e-168 460 CEG83499.1 KAH7111090.1 23.8 210 154 3 16 222 22 228 1.36e-20 87.8 WP_106361175.1 WP_106361175.1 100 130 0 0 1 130 1 130 1.22e-97 274 WP_083141943.1 WP_083141943.1 100 387 0 0 1 387 1 387 1.33e-281 761 WP_083141943.1 MCP1651746.1 40.9 403 212 8 5 387 8 404 1.17e-74 236 WP_083141943.1 WP_074825075.1 37.5 408 218 7 1 387 1 392 2.71e-69 221 WP_083141943.1 WP_004619799.1 37.4 401 225 6 6 387 7 400 7.31e-68 218 WP_083141943.1 GAN03156.1 37.8 386 232 7 5 386 30 411 1.41e-63 207 WP_083141943.1 MBA2536487.1 34.8 397 232 5 1 385 1 382 5.59e-62 202 WP_083141943.1 EDH4057100.1 36.5 395 235 7 1 387 1 387 3.41e-61 200 WP_083141943.1 WP_078429679.1 34.1 399 241 7 1 385 1 391 1.89e-57 191 WP_083141943.1 WP_277084622.1 38.9 319 172 7 85 386 1 313 8.04e-52 174 WP_083141943.1 XP_040685867.1 34.5 383 229 7 5 375 36 408 5.95e-48 166 WP_269672356.1 WP_269672356.1 100 934 0 0 1 934 1 934 0.0 1865 RKZ09955.1 RKZ09955.1 100 137 0 0 1 137 1 137 2.13e-90 256 NFD84694.1 NFD84694.1 100 766 0 0 1 766 1 766 0.0 1400 NFD84694.1 MBQ8297564.1 36.6 530 331 3 230 758 44 569 4.70e-98 313 NFD84694.1 MBQ4454347.1 32.5 477 305 4 277 745 95 562 5.23e-68 233 NFD84694.1 WP_195238978.1 34.9 415 247 6 360 759 315 721 7.42e-61 217 NFD84694.1 WP_060613079.1 27.8 486 347 2 277 761 100 582 7.13e-57 202 NFD84694.1 MBT3459617.1 39.9 228 131 2 539 765 1 223 1.95e-47 166 NFD84694.1 WP_038440434.1 22.0 491 373 5 277 764 92 575 1.35e-38 150 NFD84694.1 KAI9191373.1 36.3 259 144 2 488 745 361 599 3.32e-38 151 NFD84694.1 WP_222599035.1 28.2 358 248 2 394 747 338 690 6.90e-38 149 NFD84694.1 WP_247749043.1 31.2 260 174 3 500 754 335 594 8.68e-34 135 NFD84694.1 WP_041481207.1 27.8 241 171 2 491 730 306 544 4.42e-27 114 NFD84694.1 WP_237907640.1 29.4 218 131 6 537 744 17 221 2.27e-18 85.9 NFD84694.1 KAJ2660037.1 28.0 239 149 5 522 754 1192 1413 6.05e-18 87.4 NFD84694.1 WP_088153117.1 28.0 225 146 6 535 751 11 227 6.46e-18 84.7 NFD84694.1 WP_278489123.1 27.9 247 163 5 521 757 5 246 8.93e-18 82.8 NFD84694.1 MCB0243881.1 25.8 198 134 4 528 717 14 206 6.32e-12 64.3 NFD84694.1 WP_098952357.1 24.7 215 140 7 539 739 31 237 6.31e-11 62.8 NFD84694.1 MCH4209672.1 28.0 143 81 4 553 691 412 536 1.79e-09 59.3 NFD84694.1 WP_142931103.1 23.1 221 151 6 522 733 259 469 3.14e-08 55.1 NFD84694.1 WP_150396769.1 19.4 216 158 6 535 738 285 496 5.21e-04 41.6 NFD84694.1 WP_089095302.1 24.3 218 140 8 519 733 312 507 5.58e-04 41.6 WP_022677205.1 WP_022677205.1 100 149 0 0 1 149 1 149 1.11e-100 283 ARD43281.1 ARD43281.1 100 422 0 0 1 422 1 422 6.32e-300 810 WP_133340757.1 WP_133340757.1 100 332 0 0 1 332 1 332 3.17e-243 659 WP_133340757.1 WP_046600280.1 32.7 306 187 4 10 307 4 298 3.31e-39 139 WP_133340757.1 WP_243977667.1 25.4 295 197 6 12 297 7 287 1.35e-17 80.1 XP_047599047.1 XP_047599047.1 100 1268 0 0 1 1268 1 1268 0.0 1952 WP_008346835.1 WP_008346835.1 100 256 0 0 1 256 1 256 3.78e-181 496 WP_008346835.1 WP_070509780.1 35.5 231 143 3 3 229 26 254 4.19e-32 119 OGS12612.1 OGS12612.1 100 90 0 0 1 90 1 90 2.84e-66 192 WP_063540919.1 WP_063540919.1 100 856 0 0 1 856 1 856 0.0 1690 WP_063540919.1 WP_261733022.1 29.4 378 230 11 489 837 253 622 4.22e-35 141 WP_063540919.1 WP_007356512.1 27.9 394 233 10 495 843 747 1134 2.83e-28 120 WP_063540919.1 WP_074911472.1 23.0 387 270 7 472 833 775 1158 2.65e-27 117 WP_063540919.1 WP_232306300.1 26.8 396 241 10 487 841 846 1233 4.25e-26 114 WP_063540919.1 PSQ73325.1 29.1 234 162 2 487 716 607 840 3.81e-23 103 WP_063540919.1 WP_211114623.1 25.7 397 246 12 482 841 407 791 1.12e-17 86.3 WP_063637985.1 WP_063637985.1 100 269 0 0 1 269 1 269 1.68e-195 533 ENH52105.1 ENH52105.1 100 50 0 0 1 50 1 50 3.82e-33 105 HBX1528262.1 HBX1528262.1 100 65 0 0 1 65 1 65 1.00e-39 123 HBX1528262.1 WP_063441918.1 52.0 50 22 1 3 52 4 51 7.88e-10 50.8 OLP01091.1 OLP01091.1 100 310 0 0 1 310 1 310 2.22e-241 652 MBL7855430.1 MBL7855430.1 100 169 0 0 1 169 1 169 3.57e-127 352 MBR0046728.1 MBR0046728.1 100 535 0 0 1 535 1 535 0.0 1108 WP_150461480.1 WP_150461480.1 100 285 0 0 1 285 1 285 8.06e-186 510 WP_150461480.1 MCI7704736.1 41.2 250 145 2 29 276 34 283 3.64e-49 163 WP_150461480.1 EGY4555186.1 36.4 258 156 2 27 276 34 291 7.51e-38 134 WP_150461480.1 ETB53277.1 31.0 252 170 3 29 276 25 276 1.07e-30 114 MBQ8989682.1 MBQ8989682.1 100 242 0 0 1 242 1 242 8.93e-173 473 ACV16867.1 ACV16867.1 100 301 0 0 1 301 1 301 1.66e-227 617 ACV16867.1 AFJ09957.1 95.7 301 13 0 1 301 100 400 6.15e-218 597 ACV16867.1 ACY29573.1 93.0 301 21 0 1 301 100 400 5.05e-213 585 ACV16867.1 QWY38042.1 91.7 301 25 0 1 301 100 400 9.55e-212 581 ACV16867.1 AFV39595.1 92.7 301 22 0 1 301 153 453 5.35e-204 583 ACV16867.1 ACH90072.1 95.3 253 12 0 1 253 128 380 9.64e-184 509 ACV16867.1 BAO23243.1 96.3 244 9 0 1 244 100 343 3.13e-178 494 ACV16867.1 BAO11608.1 95.0 240 12 0 1 240 100 339 6.06e-175 485 ACV16867.1 AOW36968.1 89.2 250 27 0 1 250 84 333 8.93e-171 474 ACV16867.1 AVA00513.1 92.1 240 19 0 1 240 100 339 2.12e-168 469 ACV16867.1 AOW33101.1 92.8 235 17 0 1 235 84 318 9.08e-165 459 ACV16867.1 ADB27070.1 95.7 210 9 0 38 247 1 210 4.65e-153 425 ACV16867.1 ARR91819.1 96.3 188 7 0 20 207 120 307 1.25e-131 374 WP_134106059.1 WP_134106059.1 100 136 0 0 1 136 1 136 1.06e-103 290 WP_134106059.1 WP_108494191.1 65.2 138 46 2 1 136 1 138 5.76e-63 187 XP_014802175.1 XP_014802175.1 100 296 0 0 1 296 1 296 1.13e-227 617 WP_006685582.1 WP_006685582.1 100 412 0 0 1 412 1 412 1.09e-279 758 WP_006685582.1 WP_154097642.1 23.3 344 219 11 55 376 52 372 2.39e-06 47.8 WP_217452155.1 WP_217452155.1 100 155 0 0 1 155 1 155 4.12e-108 303 WP_217452155.1 WP_007356512.1 32.0 175 87 4 2 147 863 1034 4.15e-14 67.0 NLU55538.1 NLU55538.1 100 176 0 0 1 176 1 176 5.43e-130 360 UZF38514.1 UZF38514.1 100 206 0 0 1 206 1 206 2.90e-142 393 UZF38514.1 AVM35379.1 73.8 206 54 0 1 206 9 214 4.47e-109 310 UZF38514.1 ADW49125.1 72.3 206 57 0 1 206 6 211 9.01e-106 301 UZF38514.1 AWS34156.1 72.8 206 56 0 1 206 14 219 1.68e-105 301 UZF38514.1 AFA24308.1 70.9 206 60 0 1 206 7 212 1.26e-103 296 UZF38514.1 AFA09475.1 72.1 204 57 0 3 206 2 205 1.41e-103 295 UZF38514.1 ADJ35581.1 69.4 206 63 0 1 206 15 220 3.35e-103 295 UZF38514.1 QUA05739.1 72.4 199 55 0 1 199 14 212 1.14e-99 286 UZF38514.1 QUQ06080.1 68.0 206 66 0 1 206 14 219 2.06e-99 285 UZF38514.1 ABQ63546.1 68.0 206 66 0 1 206 13 218 6.61e-98 281 UZF38514.1 AHK62764.1 67.5 206 67 0 1 206 10 215 1.04e-97 281 UZF38514.1 AAX94106.1 72.0 189 53 0 18 206 1 189 1.48e-95 283 UZF38514.1 AOR13807.1 69.1 194 60 0 1 194 5 198 2.03e-92 267 UZF38514.1 AMA90994.1 68.5 184 58 0 1 184 14 197 8.31e-87 253 UZF38514.1 AGI15931.1 62.0 200 76 0 1 200 7 206 4.08e-82 241 UZF38514.1 AKT58828.1 66.5 182 61 0 1 182 14 195 5.70e-82 240 UZF38514.1 AKA56406.1 69.0 187 55 1 1 187 14 197 6.09e-82 240 UZF38514.1 AOQ89457.1 66.9 178 59 0 1 178 10 187 7.18e-81 237 UZF38514.1 AHH30646.1 71.3 167 46 2 20 186 7 171 9.32e-78 229 UZF38514.1 AXZ65741.1 63.4 175 64 0 1 175 14 188 9.42e-77 227 UZF38514.1 ACE88666.1 77.1 140 32 0 67 206 1 140 1.81e-74 219 UZF38514.1 APC24336.1 70.5 112 33 0 95 206 1 112 3.06e-50 165 TVU87390.1 TVU87390.1 100 230 0 0 1 230 1 230 6.51e-160 440 TVU87390.1 WP_227405228.1 88.3 230 27 0 1 230 1 230 2.29e-144 400 XP_018994437.1 XP_018994437.1 100 619 0 0 1 619 1 619 0.0 918 MBI2114665.1 MBI2114665.1 100 316 0 0 1 316 1 316 3.36e-230 625 PAZ00503.1 PAZ00503.1 100 98 0 0 1 98 1 98 6.17e-67 194 SIR93298.1 SIR93298.1 100 256 0 0 1 256 1 256 6.13e-196 533 WP_200986363.1 WP_200986363.1 100 316 0 0 1 316 1 316 1.92e-220 600 WP_200986363.1 WP_248721304.1 23.0 278 211 2 1 278 1 275 7.93e-17 77.8 WP_200986363.1 WP_044453403.1 25.5 161 115 2 1 157 1 160 1.89e-08 53.1 WP_200986363.1 WP_096722254.1 22.2 158 120 2 1 157 1 156 2.49e-07 49.7 WP_200986363.1 WP_241524600.1 26.1 161 112 4 1 157 1 158 2.71e-04 40.4 WP_247623347.1 WP_247623347.1 100 84 0 0 1 84 1 84 1.08e-47 144 TDJ69718.1 TDJ69718.1 100 436 0 0 1 436 1 436 0.0 896 TDJ69718.1 HBC43327.1 56.0 134 52 2 1 127 1 134 9.71e-40 137 TDJ69718.1 XP_016452348.1 25.1 431 288 15 22 424 72 495 3.66e-24 103 MCB9820569.1 MCB9820569.1 100 386 0 0 1 386 1 386 5.37e-260 706 WP_142051038.1 WP_142051038.1 100 398 0 0 1 398 1 398 7.30e-248 676 KAJ2593889.1 KAJ2593889.1 100 414 0 0 1 414 1 414 1.13e-298 806 KAJ2593889.1 XP_033668161.1 36.8 405 225 11 3 381 9 408 2.16e-70 226 WP_219798185.1 WP_219798185.1 100 295 0 0 1 295 1 295 4.32e-211 575 XP_002777379.1 XP_002777379.1 100 136 0 0 1 136 1 136 1.15e-98 277 MAG40972.1 MAG40972.1 100 332 0 0 1 332 1 332 1.30e-226 617 WP_084371009.1 WP_084371009.1 100 305 0 0 1 305 1 305 1.69e-213 582 WP_084371009.1 WP_281543397.1 38.7 292 172 2 15 303 2 289 5.26e-64 202 WP_084371009.1 WP_221265680.1 32.7 297 192 4 3 298 20 309 9.36e-47 158 WP_084371009.1 EHR6291555.1 38.4 211 128 2 3 212 330 539 6.69e-38 139 WP_084371009.1 WP_152652784.1 34.1 232 144 5 7 234 10 236 1.25e-34 126 WP_084371009.1 RLN50561.1 31.3 243 163 2 3 241 1494 1736 1.91e-34 131 WP_084371009.1 NVM03966.1 32.3 226 132 3 3 211 6 227 9.09e-33 121 WP_084371009.1 MSO30570.1 30.6 232 158 2 3 232 8 238 1.12e-32 122 WP_084371009.1 WP_132175930.1 31.3 246 162 3 12 252 37 280 3.03e-32 120 WP_084371009.1 WP_170725874.1 31.9 213 138 3 2 210 4 213 4.30e-26 103 WP_084371009.1 WP_185334683.1 31.0 213 141 4 3 209 5 217 3.54e-24 100 WP_084371009.1 MBC7326981.1 28.8 229 148 6 1 215 5 232 3.67e-24 97.1 WP_084371009.1 WP_248562494.1 31.1 212 136 6 3 211 2 206 9.55e-23 94.0 WP_084371009.1 MWR41881.1 28.8 243 140 6 1 211 3 244 6.18e-22 91.3 WP_084371009.1 MBO5162475.1 26.2 252 169 6 5 249 1 242 2.78e-21 92.0 WP_084371009.1 WP_071876418.1 29.2 253 164 7 3 241 4 255 4.28e-21 91.7 WP_084371009.1 MXP43753.1 27.4 215 139 6 12 211 24 236 7.17e-20 85.5 WP_084371009.1 OAN53756.1 26.1 226 146 6 3 211 12 233 1.30e-19 84.7 WP_084371009.1 WP_158791585.1 26.8 224 151 4 1 211 3 226 1.09e-18 82.0 WP_084371009.1 WP_174822921.1 24.3 226 154 6 1 211 6 229 7.74e-18 79.7 WP_084371009.1 WP_207918089.1 24.9 229 148 7 1 211 4 226 9.34e-17 76.6 WP_084371009.1 WP_089246429.1 29.2 212 132 7 17 213 275 483 1.69e-13 68.9 WP_084371009.1 WP_150396769.1 27.9 204 131 5 21 210 292 493 1.03e-11 63.5 WP_084371009.1 WP_153844272.1 27.4 241 146 9 3 223 6 237 1.04e-09 57.4 MCA1836835.1 MCA1836835.1 100 110 0 0 1 110 1 110 2.27e-79 226 TSA47082.1 TSA47082.1 100 200 0 0 1 200 1 200 3.86e-144 397 WP_212961195.1 WP_212961195.1 100 1052 0 0 1 1052 1 1052 0.0 1949 WP_212961195.1 WP_200037957.1 27.6 402 245 4 419 818 1011 1368 1.91e-34 141 WP_212961195.1 MBK0846266.1 36.2 196 120 3 847 1042 364 554 3.95e-30 125 WP_212961195.1 MBQ1868746.1 24.3 441 275 8 412 840 255 648 1.70e-29 124 WP_212961195.1 WP_192272294.1 36.9 206 109 5 841 1039 158 349 5.08e-29 118 WP_212961195.1 WP_076194242.1 30.6 232 160 1 411 642 222 452 5.00e-26 111 WP_212961195.1 NIK25817.1 34.9 218 124 7 839 1039 391 607 8.70e-25 108 WP_212961195.1 WP_083180153.1 33.7 205 124 8 840 1039 404 601 6.35e-21 96.7 WP_212961195.1 MBP1530348.1 36.2 116 71 1 714 829 3 115 1.37e-15 75.5 WP_212961195.1 EJF06804.1 30.5 118 80 1 714 829 2 119 6.06e-13 69.3 WP_212961195.1 WP_069156513.1 35.3 116 71 2 714 828 4 116 9.79e-13 67.4 WP_212961195.1 TVR41840.1 26.4 277 167 11 378 648 263 508 5.04e-11 64.7 WP_212961195.1 KFX48203.1 28.3 106 73 1 715 817 1077 1182 1.24e-07 54.3 WP_228273696.1 WP_228273696.1 100 237 0 0 1 237 1 237 6.36e-184 501 MBU2510560.1 MBU2510560.1 100 97 0 0 1 97 1 97 5.95e-69 199 ECA8969615.1 ECA8969615.1 100 566 0 0 1 566 1 566 0.0 1151 KAF5192947.1 KAF5192947.1 100 595 0 0 1 595 1 595 0.0 1086 KAF5192947.1 KAI9244788.1 52.5 99 38 2 15 112 6 96 7.24e-24 102 RYG22587.1 RYG22587.1 100 239 0 0 1 239 1 239 4.45e-176 481 RYY39456.1 RYY39456.1 100 272 0 0 1 272 1 272 1.09e-197 539 KAJ3920833.1 KAJ3920833.1 100 411 0 0 1 411 1 411 9.07e-216 596 EFO3858608.1 EFO3858608.1 100 71 0 0 1 71 1 71 5.06e-47 142 WP_032037025.1 WP_032037025.1 100 96 0 0 1 96 1 96 3.21e-68 197 EJC8518717.1 EJC8518717.1 100 441 0 0 1 441 1 441 0.0 893 WP_056747799.1 WP_056747799.1 100 93 0 0 1 93 1 93 2.48e-66 192 MBP9767803.1 MBP9767803.1 100 410 0 0 1 410 1 410 8.86e-294 793 MBP9767803.1 ADP83890.1 25.7 230 137 7 193 401 265 481 1.07e-10 61.6 MBP9767803.1 WP_129857883.1 21.3 211 162 3 191 401 179 385 2.80e-05 44.3 MBR2609817.1 MBR2609817.1 100 420 0 0 1 420 1 420 6.98e-312 840 MBR2609817.1 MCP2519657.1 45.1 421 225 5 1 419 1 417 2.46e-119 352 WP_105738432.1 WP_105738432.1 100 443 0 0 1 443 1 443 9.30e-315 849 WP_105738432.1 WP_061554953.1 27.8 453 282 11 7 433 7 440 2.98e-36 137 MBR1803321.1 MBR1803321.1 100 361 0 0 1 361 1 361 4.63e-262 709 KXK41164.1 KXK41164.1 100 305 0 0 1 305 1 305 1.47e-223 607 KXK41164.1 MBL6756473.1 44.8 299 157 3 6 302 46 338 2.20e-76 246 KXK41164.1 PIY74148.1 45.6 285 140 3 28 304 1 278 1.72e-75 241 KXK41164.1 WP_226865765.1 35.0 297 177 8 9 302 4 287 9.16e-45 159 KXK41164.1 WP_240053789.1 29.4 299 180 12 8 295 9 287 3.99e-22 92.8 KXK41164.1 WP_278906630.1 41.2 68 39 1 9 75 4 71 4.00e-06 46.6 MSV89973.1 MSV89973.1 100 183 0 0 1 183 1 183 4.23e-126 350 WP_212269268.1 WP_212269268.1 100 88 0 0 1 88 1 88 1.23e-57 170 WP_212269268.1 WP_079835571.1 51.3 78 35 2 10 84 274 351 9.28e-15 65.9 MBQ8356560.1 MBQ8356560.1 100 212 0 0 1 212 1 212 9.06e-158 433 KAF4755575.1 KAF4755575.1 100 565 0 0 1 565 1 565 0.0 994 WP_039983362.1 WP_039983362.1 100 246 0 0 1 246 1 246 8.91e-175 479 HJF55539.1 HJF55539.1 100 487 0 0 1 487 1 487 0.0 927 MBN2192743.1 MBN2192743.1 100 768 0 0 1 768 1 768 0.0 1261 MBN2192743.1 WP_282467912.1 39.9 343 201 4 370 710 90 429 2.26e-68 242 MBN2192743.1 HAM57133.1 48.4 62 32 0 6 67 5 66 2.09e-12 61.2 EDF5922784.1 EDF5922784.1 100 565 0 0 1 565 1 565 0.0 1147 EDF5922784.1 EJI8012843.1 72.4 673 78 6 1 565 1 673 0.0 922 EDF5922784.1 MBL04873.1 24.7 469 228 19 12 411 20 432 2.08e-09 58.2 WP_141624088.1 WP_141624088.1 100 228 0 0 1 228 1 228 7.38e-165 452 WP_211429491.1 WP_211429491.1 100 983 0 0 1 983 1 983 0.0 1922 MCL4467776.1 MCL4467776.1 100 743 0 0 1 743 1 743 0.0 1481 MCL4467776.1 OEC37898.1 31.1 135 68 5 608 740 462 573 9.56e-10 60.1 KQO44758.1 KQO44758.1 100 428 0 0 1 428 1 428 0.0 868 KQO44758.1 WP_176390098.1 49.3 430 204 6 1 420 12 437 3.69e-139 404 KQO44758.1 SQB81123.1 62.5 64 23 1 363 426 1 63 9.49e-18 75.5 NRA95518.1 NRA95518.1 100 199 0 0 1 199 1 199 4.17e-143 395 WP_279184953.1 WP_279184953.1 100 328 0 0 1 328 1 328 7.22e-247 668 WP_279184953.1 MBR6417349.1 34.2 120 76 2 198 317 2 118 1.01e-11 60.1 WP_019807556.1 WP_019807556.1 100 204 0 0 1 204 1 204 3.69e-144 398 WP_019807556.1 WP_047323805.1 65.0 183 64 0 9 191 10 192 1.76e-83 244 KAI1377204.1 KAI1377204.1 100 298 0 0 1 298 1 298 7.01e-223 605 WP_086236254.1 WP_086236254.1 100 264 0 0 1 264 1 264 3.37e-188 514 WP_086236254.1 WP_042648904.1 44.3 262 143 3 1 260 1 261 1.24e-69 214 WP_086236254.1 NKB40192.1 41.6 255 146 3 11 263 28 281 4.14e-58 185 MCF3649178.1 MCF3649178.1 100 167 0 0 1 167 1 167 5.93e-116 323 MCF3649178.1 WP_045183792.1 49.5 105 53 0 45 149 10 114 2.93e-26 95.5 XP_053501940.1 XP_053501940.1 100 350 0 0 1 350 1 350 1.38e-262 709 MCI9379843.1 MCI9379843.1 100 611 0 0 1 611 1 611 0.0 1219 MCI9379843.1 MCK5725948.1 31.9 661 384 22 1 604 1 652 6.39e-83 271 EIA1623697.1 EIA1623697.1 100 719 0 0 1 719 1 719 0.0 1440 EIA1623697.1 WP_237480153.1 37.1 272 152 6 449 714 424 682 2.11e-42 162 CAF4687378.1 CAF4687378.1 100 85 0 0 1 85 1 85 3.05e-61 179 CAH8313346.1 CAH8313346.1 100 455 0 0 1 455 1 455 0.0 917 MBN9169301.1 MBN9169301.1 100 122 0 0 1 122 1 122 2.25e-78 225 KAG8539342.1 KAG8539342.1 100 77 0 0 1 77 1 77 1.68e-50 151 WP_259864893.1 WP_259864893.1 100 60 0 0 1 60 1 60 1.39e-37 117 WAS49087.1 WAS49087.1 100 7093 0 0 1 7093 1 7093 0.0 12565 WAS49087.1 UZO53924.1 90.7 7093 661 0 1 7093 1 7093 0.0 12557 WAS49087.1 UVB16817.1 90.7 7093 660 0 1 7093 1 7093 0.0 12556 WAS49087.1 URQ55824.1 90.7 7093 661 0 1 7093 1 7093 0.0 12556 WAS49087.1 QVD87869.1 90.5 7093 672 0 1 7093 1 7093 0.0 12532 WAS49087.1 QWC83326.1 90.5 7096 671 1 1 7093 1 7096 0.0 12527 WAS49087.1 UMF87224.1 90.2 7093 694 1 1 7093 1 7092 0.0 12522 WAS49087.1 WEU87158.1 90.5 7096 673 1 1 7093 1 7096 0.0 12522 WAS49087.1 QSZ25555.1 90.4 7096 675 1 1 7093 1 7096 0.0 12521 WAS49087.1 UBP50947.1 90.4 7096 675 1 1 7093 1 7096 0.0 12517 WAS49087.1 UBD95131.1 90.4 7096 677 1 1 7093 1 7096 0.0 12513 WAS49087.1 UEC52718.1 90.4 7096 680 1 1 7093 1 7096 0.0 12506 WAS49087.1 UIR12670.1 90.1 7093 698 1 1 7093 1 7092 0.0 12466 WAS49087.1 QZU16279.1 90.1 7096 702 1 1 7093 1 7096 0.0 12453 WAS49087.1 UPA83906.1 89.9 7093 715 1 1 7093 1 7092 0.0 12425 WAS49087.1 UBR86455.1 90.0 7095 706 1 2 7093 1 7095 0.0 12408 WAS49087.1 UXX67934.1 89.7 7093 729 0 1 7093 1 7093 0.0 12395 WAS49087.1 UCP72061.1 89.3 7096 753 1 1 7093 1 7096 0.0 12333 WAS49087.1 UCP77012.1 89.3 7096 754 1 1 7093 1 7096 0.0 12332 WAS49087.1 WHE12941.1 89.1 7067 773 0 27 7093 1 7067 0.0 12242 WAS49087.1 UKN67998.1 89.0 7073 777 1 21 7093 1 7072 0.0 12237 WAS49087.1 UGA79226.1 88.9 7096 786 1 1 7093 1 7096 0.0 12210 WAS49087.1 UAQ80067.1 88.0 7096 849 1 1 7093 1 7096 0.0 12084 WAS49087.1 UJT06733.1 88.2 7093 838 1 1 7093 1 7092 0.0 12026 WAS49087.1 UVI10561.1 87.2 7066 905 0 28 7093 1 7066 0.0 11928 WAS49087.1 UOU30556.1 86.2 7093 980 0 1 7093 1 7093 0.0 11743 WAS49087.1 UMA88644.1 82.9 7072 1211 1 22 7093 1 7071 0.0 11155 WAS49087.1 WGP98278.1 79.6 7096 1446 1 1 7093 1 7096 0.0 10306 WAS49087.1 UPP41269.1 85.0 4398 661 0 1 4398 1 4398 0.0 7031 WAS49087.1 USR14792.1 84.9 4398 662 0 1 4398 1 4398 0.0 7028 WAS49087.1 QXR94354.1 84.8 4398 669 0 1 4398 1 4398 0.0 7012 WAS49087.1 QTM79632.1 84.7 4398 672 0 1 4398 1 4398 0.0 7011 WAS49087.1 ULA23837.2 84.7 4398 670 1 1 4398 1 4397 0.0 7009 WAS49087.1 QTD03487.1 84.7 4401 670 1 1 4398 1 4401 0.0 7009 WAS49087.1 QTZ27226.1 84.7 4398 672 0 1 4398 1 4398 0.0 7009 WAS49087.1 UXH94526.1 84.7 4398 671 1 1 4398 1 4397 0.0 7005 WAS49087.1 UFM00670.1 84.6 4401 673 1 1 4398 1 4401 0.0 6999 WAS49087.1 UBL45068.1 84.7 4401 671 1 1 4398 1 4401 0.0 6999 WAS49087.1 UFM02602.1 84.7 4401 672 1 1 4398 1 4401 0.0 6998 WAS49087.1 UEC68750.1 84.6 4401 673 1 1 4398 1 4401 0.0 6997 WAS49087.1 UHM53165.1 84.6 4401 673 1 1 4398 1 4401 0.0 6994 WAS49087.1 UKU68032.1 84.4 4398 684 1 1 4398 1 4397 0.0 6977 WAS49087.1 UJJ97602.1 83.0 4398 748 1 1 4398 1 4397 0.0 6817 WAS49087.1 UJV88611.1 82.8 4398 755 1 1 4398 1 4397 0.0 6817 WAS49087.1 UJS94137.1 83.5 4293 708 1 106 4398 1 4292 0.0 6710 WAS49087.1 ULB83374.1 81.6 4398 810 1 1 4398 1 4397 0.0 6679 WAS49087.1 UGB98301.1 79.2 4401 911 1 1 4398 1 4401 0.0 6427 WAS49087.1 QRX02582.1 83.7 4098 667 1 1 4095 1 4098 0.0 6392 WAS49087.1 WEI27974.1 80.9 4398 841 0 1 4398 1 4398 0.0 6379 WAS49087.1 WGP70063.1 80.4 4369 854 1 1 4366 1 4369 0.0 6325 WAS49087.1 UFA30503.1 78.2 4340 944 1 27 4363 1 4340 0.0 6219 WAS49087.1 UNI03201.1 77.6 4374 979 1 27 4398 1 4374 0.0 6158 WAS49087.1 UEX07109.1 74.9 4375 1095 1 27 4398 1 4375 0.0 5848 WAS49087.1 UYE49180.1 78.2 4398 959 0 1 4398 1 4398 0.0 5492 WAS49087.1 URP80785.1 70.4 4371 1293 0 28 4398 1 4371 0.0 5334 WAS49087.1 UPB00876.1 67.3 4371 1429 0 28 4398 1 4371 0.0 4884 WAS49087.1 WGQ72821.1 69.9 4344 1306 1 26 4366 1 4344 0.0 4454 MBF9039534.1 MBF9039534.1 100 250 0 0 1 250 1 250 1.44e-127 360 MCB0672512.1 MCB0672512.1 100 361 0 0 1 361 1 361 3.55e-266 719 MBI4878028.1 MBI4878028.1 100 884 0 0 1 884 1 884 0.0 1773 MBP1876254.1 MBP1876254.1 100 357 0 0 1 357 1 357 5.78e-254 688 MBP1876254.1 MBU5353226.1 36.0 264 161 5 16 276 26 284 2.72e-50 169 MBP1876254.1 WP_098952357.1 39.3 229 136 3 18 243 28 256 9.62e-46 157 MBP1876254.1 WP_227059655.1 36.5 252 153 4 18 262 341 592 5.54e-42 153 MBP1876254.1 WP_192324556.1 36.7 245 152 3 1 242 325 569 5.87e-39 144 MBP1876254.1 GLY24463.1 33.9 248 154 5 1 238 4 251 8.04e-37 134 MBP1876254.1 MCC6044083.1 36.4 220 136 4 2 220 4 220 1.65e-36 132 MBP1876254.1 WP_107894076.1 30.1 269 174 6 1 257 5 271 1.17e-35 130 MBP1876254.1 WP_077217464.1 35.8 268 131 7 7 249 36 287 5.02e-35 128 MBP1876254.1 WP_071876418.1 33.2 229 142 7 2 225 4 226 7.49e-29 115 MBP1876254.1 WP_281034490.1 40.5 158 89 3 183 335 1 158 2.99e-25 98.6 MBP1876254.1 NVM03966.1 29.1 227 146 4 20 246 37 248 3.80e-23 96.7 MBP1876254.1 WP_022619009.1 28.2 209 135 6 24 228 22 219 3.55e-20 86.7 MBP1876254.1 WP_159463829.1 31.2 221 137 5 16 233 368 576 2.06e-19 87.8 MBP1876254.1 WP_089246429.1 28.3 237 149 7 4 229 7 233 8.31e-18 82.8 MBP1876254.1 WP_125260587.1 41.2 68 36 2 142 206 830 896 2.93e-05 44.3 MBP1876254.1 MBO8485404.1 35.8 67 40 2 142 206 726 791 2.66e-04 41.2 EBC1613035.1 EBC1613035.1 100 264 0 0 1 264 1 264 8.99e-193 526 WP_052386686.1 WP_052386686.1 100 405 0 0 1 405 1 405 1.67e-300 810 WP_068000887.1 WP_068000887.1 100 247 0 0 1 247 1 247 8.60e-178 486 WP_257384536.1 WP_257384536.1 100 781 0 0 1 781 1 781 0.0 1583 WP_254363411.1 WP_254363411.1 100 410 0 0 1 410 1 410 6.83e-282 763 WP_254363411.1 MBP8613265.1 47.5 40 21 0 79 118 326 365 5.23e-05 43.5 MCA3389197.1 MCA3389197.1 100 334 0 0 1 334 1 334 2.16e-226 617 MCA3389197.1 WP_097108993.1 35.2 298 171 4 29 311 31 321 1.46e-47 161 MCA3389197.1 MCP4329804.1 30.9 291 186 6 22 310 324 601 3.81e-30 119 MCA3389197.1 WP_008134825.1 32.8 299 192 5 16 311 16 308 1.60e-24 102 MCK9538307.1 MCK9538307.1 100 134 0 0 1 134 1 134 9.50e-97 272 WP_013712491.1 WP_013712491.1 100 144 0 0 1 144 1 144 8.82e-91 258 MBQ7809358.1 MBQ7809358.1 100 84 0 0 1 84 1 84 1.94e-50 151 WP_187642449.1 WP_187642449.1 100 720 0 0 1 720 1 720 0.0 1172 WP_187642449.1 WP_001537381.1 52.8 447 190 6 10 448 2559 2992 5.82e-113 374 WP_036824351.1 WP_036824351.1 100 253 0 0 1 253 1 253 2.90e-188 513 WP_036824351.1 WP_142260807.1 31.9 185 123 2 57 241 56 237 2.32e-22 90.9 XP_042531659.1 XP_042531659.1 100 309 0 0 1 309 1 309 1.11e-220 600 XP_042531659.1 XP_005087540.1 42.1 304 176 0 1 304 1 304 5.34e-79 241 XP_042531659.1 XP_034290446.1 40.4 307 180 3 3 307 4 309 3.15e-74 229 XP_042531659.1 XP_012889676.1 40.9 308 170 3 1 302 1 302 8.54e-73 225 XP_042531659.1 XP_002688837.2 41.6 305 176 2 1 304 1 304 2.05e-71 221 XP_042531659.1 XP_054446685.1 35.3 303 196 0 5 307 3 305 1.75e-64 204 XP_042531659.1 AAR19565.1 40.6 224 127 2 65 285 2 222 5.68e-49 161 XP_042531659.1 XP_049747270.1 32.5 268 176 3 35 299 37 302 6.54e-39 137 XP_042531659.1 XP_046298169.1 32.5 302 190 8 4 297 6 301 3.78e-37 133 WP_092802679.1 WP_092802679.1 100 810 0 0 1 810 1 810 0.0 1583 NMG18956.1 NMG18956.1 100 86 0 0 1 86 1 86 4.70e-52 155 WP_058997548.1 WP_058997548.1 100 464 0 0 1 464 1 464 0.0 969 MCO7639728.1 MCO7639728.1 100 137 0 0 1 137 1 137 1.69e-96 272 PBK84789.1 PBK84789.1 100 156 0 0 1 156 1 156 6.83e-112 312 KAI9244300.1 KAI9244300.1 100 1221 0 0 1 1221 1 1221 0.0 2184 WP_265332308.1 WP_265332308.1 100 423 0 0 1 423 1 423 4.50e-305 823 WP_224045636.1 WP_224045636.1 100 233 0 0 1 233 1 233 1.55e-173 474 WP_224045636.1 WP_278643529.1 37.8 230 139 4 1 227 60 288 1.08e-43 147 WP_224045636.1 NLB38271.1 29.7 232 153 5 1 226 2 229 2.17e-24 95.5 WP_224045636.1 WP_177525402.1 28.8 219 151 4 2 217 63 279 5.51e-17 77.8 WP_049043948.1 WP_049043948.1 100 73 0 0 1 73 1 73 2.46e-48 145 WP_068780709.1 WP_068780709.1 100 276 0 0 1 276 1 276 7.91e-161 446 WP_247334239.1 WP_247334239.1 100 264 0 0 1 264 1 264 1.49e-191 523 WP_265966242.1 WP_265966242.1 100 213 0 0 1 213 1 213 4.47e-154 424 MBS7604783.1 MBS7604783.1 100 182 0 0 1 182 1 182 6.54e-134 370 MCD6419504.1 MCD6419504.1 100 131 0 0 1 131 1 131 4.94e-93 263 MCD6419504.1 WP_046278045.1 34.8 112 72 1 5 116 2 112 5.20e-23 85.9 MCI2155109.1 MCI2155109.1 100 292 0 0 1 292 1 292 5.49e-192 526 WP_013559898.1 WP_013559898.1 100 287 0 0 1 287 1 287 6.83e-52 170 CKQ42697.1 CKQ42697.1 100 311 0 0 1 311 1 311 7.74e-160 446 MCE4566367.1 MCE4566367.1 100 263 0 0 1 263 1 263 1.18e-167 462 MCL6540381.1 MCL6540381.1 100 144 0 0 1 144 1 144 2.01e-96 272 MBK8168045.1 MBK8168045.1 100 355 0 0 1 355 1 355 3.84e-267 721 EAG5429682.1 EAG5429682.1 100 214 0 0 133 346 133 346 4.23e-129 371 WP_038239756.1 WP_038239756.1 100 288 0 0 1 288 1 288 4.91e-218 592 WP_017633897.1 WP_017633897.1 100 135 0 0 1 135 1 135 9.47e-93 262 WP_050498798.1 WP_050498798.1 100 187 0 0 1 187 1 187 3.08e-130 361 GFW26598.1 GFW26598.1 100 740 0 0 1 740 1 740 0.0 1499 TNI18971.1 TNI18971.1 100 245 0 0 1 245 1 245 3.04e-161 444 WP_278631399.1 WP_278631399.1 100 859 0 0 1 859 1 859 0.0 1609 WP_278631399.1 MBE6688122.1 41.3 831 427 12 1 786 1 815 1.56e-180 541 WP_278631399.1 KAA0114277.1 38.1 895 497 16 4 856 35 914 7.94e-161 491 WP_278631399.1 WP_235126772.1 34.9 869 516 14 21 851 16 872 4.48e-140 436 WP_278631399.1 XP_009147075.2 34.8 838 441 14 19 751 134 971 9.27e-126 405 WP_278631399.1 MBE5737882.1 30.2 868 546 17 21 853 22 864 2.16e-103 338 WP_278631399.1 KAF5671546.1 29.4 799 456 20 30 723 183 978 6.11e-75 265 WP_278631399.1 WP_049009918.1 27.5 777 467 18 20 754 66 788 5.13e-71 250 WP_278631399.1 WP_019100427.1 29.2 766 482 18 21 750 50 791 1.07e-67 241 WP_278631399.1 MBY0273331.1 28.7 693 405 19 21 698 7 625 1.58e-58 212 WP_278631399.1 KAJ6994162.1 28.8 639 384 17 82 702 101 686 1.58e-56 208 WP_278631399.1 MCE7698179.1 32.2 273 147 8 100 364 53 295 6.28e-22 97.4 WP_278631399.1 WP_074319120.1 32.6 175 90 2 500 674 562 708 4.70e-18 87.4 WP_278631399.1 OFX32653.1 34.0 156 75 3 499 653 438 566 6.32e-14 73.9 WP_278631399.1 MBI6149093.1 31.3 166 82 4 499 663 591 725 9.50e-14 73.6 WP_278631399.1 WP_041591748.1 28.5 214 107 4 450 659 424 595 6.87e-12 67.4 WP_278631399.1 SFX27592.1 27.0 148 79 3 500 646 510 629 2.82e-11 65.5 WP_278631399.1 WP_176307440.1 36.8 76 41 1 546 621 632 700 3.41e-05 45.8 WP_043940504.1 WP_043940504.1 100 648 0 0 1 648 1 648 0.0 1264 WP_043940504.1 HAN66834.1 53.9 648 280 7 16 648 16 659 2.65e-223 635 WP_043940504.1 MBP8196496.1 41.6 811 285 11 21 648 1 805 1.47e-186 546 WP_043940504.1 WP_150253061.1 47.1 688 308 12 14 648 12 696 2.66e-183 534 HAS8246497.1 HAS8246497.1 100 984 0 0 1 984 1 984 0.0 1785 HAS8246497.1 TAL20232.1 37.3 389 229 6 473 846 221 609 2.70e-65 230 HAS8246497.1 WP_261733022.1 31.2 573 332 12 400 952 198 728 2.94e-63 227 HAS8246497.1 WP_007356512.1 31.2 487 291 8 474 928 736 1210 5.58e-62 228 HAS8246497.1 EDN57974.1 41.2 233 132 4 480 707 398 630 3.64e-44 172 HAS8246497.1 WP_232306300.1 26.3 396 262 7 480 849 849 1240 5.32e-30 127 WP_176970092.1 WP_176970092.1 100 303 0 0 1 303 1 303 5.42e-209 570 MBP6375542.1 MBP6375542.1 100 444 0 0 1 444 1 444 0.0 880 MBP6375542.1 WP_258835625.1 69.8 444 128 3 1 439 1 443 1.30e-222 617 MBP6375542.1 MBT4710545.1 48.8 445 218 5 1 439 1 441 1.53e-141 411 MBP6375542.1 PWM49891.1 38.7 442 261 5 1 438 1 436 1.01e-96 296 MBP6375542.1 WP_249505358.1 40.8 449 242 9 3 439 2 438 1.90e-96 295 MBP6375542.1 WP_194454339.1 29.6 453 279 11 4 438 8 438 1.25e-48 170 MBP6375542.1 GER04731.1 30.7 446 280 12 7 444 9 433 4.74e-44 158 MBC7309192.1 MBC7309192.1 100 92 0 0 1 92 1 92 5.26e-63 184 MCS6948817.1 MCS6948817.1 100 139 0 0 1 139 1 139 5.63e-105 293 HAQ9752200.1 HAQ9752200.1 100 126 0 0 1 126 1 126 4.47e-89 252 XP_007978456.1 XP_007978456.1 100 292 0 0 1 292 1 292 2.41e-211 575 EGS7961067.1 EGS7961067.1 100 230 0 0 1 230 1 230 2.11e-165 454 MBO5162475.1 MBO5162475.1 100 499 0 0 1 499 1 499 0.0 973 MBO5162475.1 WP_150396769.1 37.7 494 290 6 6 493 32 513 1.46e-104 320 MBO5162475.1 WP_185334683.1 33.9 508 306 8 1 493 7 499 4.86e-86 272 MBO5162475.1 WP_089246429.1 36.2 483 285 11 4 474 10 481 1.01e-85 271 MBO5162475.1 WP_084371009.1 26.9 219 152 5 1 218 5 216 2.94e-22 95.5 MBO5162475.1 WP_142931103.1 25.5 478 306 17 14 470 20 468 3.14e-19 88.6 MBO5162475.1 WP_008134825.1 32.2 211 132 5 10 212 617 824 7.86e-18 85.1 MBO5162475.1 WP_089095302.1 22.0 541 330 17 1 479 6 516 1.47e-17 84.0 MBO5162475.1 WP_167977039.1 26.8 209 139 3 10 210 17 219 4.20e-17 79.3 MBO5162475.1 MBQ3864274.1 26.0 215 155 3 11 221 33 247 3.15e-14 72.0 MBO5162475.1 WP_098952357.1 27.6 199 136 3 279 474 41 234 5.98e-11 62.0 MBO5162475.1 WP_041481207.1 29.6 162 102 6 269 427 353 505 1.82e-08 55.1 MBO5162475.1 MBQ8297564.1 24.7 247 145 8 262 491 343 565 2.47e-08 54.7 MBO5162475.1 WP_195238978.1 23.9 201 143 6 269 468 501 692 2.77e-08 54.7 MBO5162475.1 WP_247749043.1 22.4 223 156 5 269 484 374 586 1.63e-06 48.9 KAI8723523.1 KAI8723523.1 100 502 0 0 1 502 1 502 0.0 993 WP_145643501.1 WP_145643501.1 100 260 0 0 1 260 1 260 6.92e-204 553 WP_145643501.1 WP_054435236.1 63.1 255 92 1 1 253 1 255 2.24e-116 333 WP_145643501.1 KLR59865.1 35.0 254 159 4 1 250 1 252 3.99e-51 166 MCB0840321.1 MCB0840321.1 100 197 0 0 1 197 1 197 6.40e-137 379 WP_257880947.1 WP_257880947.1 100 418 0 0 1 418 1 418 5.07e-288 780 KAG1144813.1 KAG1144813.1 100 295 0 0 1 295 1 295 3.50e-201 550 EAJ4317745.1 EAJ4317745.1 100 440 0 0 1 440 1 440 0.0 866 EAJ4317745.1 UWG74403.1 29.9 431 232 16 5 409 29 415 8.45e-39 144 EAJ4317745.1 XP_004466702.1 28.1 416 248 15 5 405 213 592 4.66e-30 121 WP_098952357.1 WP_098952357.1 100 323 0 0 1 323 1 323 2.36e-229 623 WP_098952357.1 MBU5353226.1 46.8 263 138 2 1 263 2 262 4.00e-76 234 WP_098952357.1 WP_226904802.1 44.8 297 163 1 3 299 22 317 9.36e-72 224 WP_098952357.1 WP_192324556.1 48.4 279 142 2 3 280 318 595 1.21e-71 231 WP_098952357.1 MBQ3864274.1 43.3 289 163 1 28 316 33 320 7.16e-69 216 WP_098952357.1 WP_227059655.1 47.1 261 137 1 3 263 317 576 1.06e-68 224 WP_098952357.1 GLY24463.1 40.7 324 170 7 2 315 3 314 6.43e-64 203 WP_098952357.1 RUU66461.1 46.9 260 136 2 6 265 82 339 1.93e-63 204 WP_098952357.1 MCP5262709.1 40.7 329 178 6 3 323 1 320 1.90e-62 199 WP_098952357.1 WP_107894076.1 37.9 306 174 6 1 299 3 299 9.06e-61 195 WP_098952357.1 MBP1876254.1 39.3 229 136 3 28 256 18 243 1.03e-42 149 WP_098952357.1 QCM13287.1 35.8 279 142 9 3 267 9 264 3.90e-35 127 WP_098952357.1 MWR41881.1 35.1 225 133 4 31 250 44 260 6.55e-30 113 WP_098952357.1 OAN53756.1 36.3 237 134 7 29 255 25 254 1.49e-29 112 WP_098952357.1 WP_170725874.1 36.8 228 135 4 28 255 17 235 2.48e-28 110 WP_098952357.1 WP_072380563.1 29.3 259 161 7 3 257 1 241 1.16e-27 106 WP_098952357.1 WP_076409454.1 30.4 257 155 6 2 258 3 235 5.01e-25 101 WP_098952357.1 WP_279984614.1 30.8 224 145 4 29 246 23 242 1.70e-24 98.6 WP_098952357.1 WP_142931103.1 33.2 235 145 6 2 235 250 473 4.15e-22 94.7 WP_098952357.1 MXP43753.1 34.2 228 133 8 29 246 28 248 5.53e-22 91.7 WP_098952357.1 WP_167977039.1 36.2 207 121 6 34 238 24 221 2.13e-20 87.0 WP_098952357.1 WP_247749043.1 31.0 213 136 5 30 237 373 579 1.34e-18 84.7 WP_098952357.1 WP_158791585.1 29.0 245 153 9 17 247 2 239 1.77e-17 79.0 WP_098952357.1 WP_195238978.1 28.5 214 127 5 34 237 504 701 4.06e-16 77.4 WP_098952357.1 WP_036258374.1 29.4 214 141 7 29 240 342 547 5.22e-14 70.9 WP_098952357.1 WP_089246429.1 28.4 215 140 6 30 236 275 483 1.62e-12 66.2 WP_098952357.1 WP_038440434.1 27.8 216 143 7 30 242 350 555 1.74e-12 66.2 WP_098952357.1 WP_150396769.1 28.1 224 137 6 22 233 282 493 1.66e-11 63.2 WP_098952357.1 NFD84694.1 24.8 210 146 6 31 237 539 739 6.30e-10 58.5 WP_098952357.1 MBO5162475.1 27.6 199 136 3 41 234 279 474 9.23e-09 54.7 WP_098952357.1 WP_041481207.1 29.3 188 122 5 31 215 353 532 9.67e-09 54.7 WP_098952357.1 MBQ8297564.1 25.2 218 137 6 30 237 349 550 1.29e-07 51.2 WP_098952357.1 MCH4209672.1 31.5 200 94 8 31 219 398 565 3.97e-06 46.6 WP_098952357.1 WP_089095302.1 27.2 184 112 5 31 214 330 491 6.42e-04 39.7 XP_016469741.1 XP_016469741.1 100 215 0 0 1 215 1 215 7.71e-156 428 XP_036130723.1 XP_036130723.1 100 346 0 0 1 346 1 346 1.21e-254 689 WP_169105698.1 WP_169105698.1 100 243 0 0 1 243 1 243 5.81e-174 476 WP_169105698.1 RQD71026.1 32.5 243 151 4 1 238 1 235 2.10e-34 122 WP_154097642.1 WP_154097642.1 100 457 0 0 1 457 1 457 1.13e-313 848 WP_154097642.1 HCD1810260.1 20.7 188 145 2 9 196 5 188 2.34e-08 52.8 WP_154097642.1 WP_006685582.1 22.9 375 256 12 14 372 19 376 8.62e-07 49.3 WP_135194320.1 WP_135194320.1 100 155 0 0 1 155 1 155 7.70e-113 315 MSR12783.1 MSR12783.1 100 252 0 0 1 252 1 252 1.27e-145 405 XP_003502921.1 XP_003502921.1 100 523 0 0 1 523 1 523 0.0 996 WP_142590093.1 WP_142590093.1 100 338 0 0 1 338 1 338 2.61e-245 665 WP_142590093.1 WP_086353716.1 48.2 313 156 3 14 324 1 309 7.80e-95 283 WP_142590093.1 MBU2478158.1 33.3 63 42 0 263 325 1 63 2.54e-05 40.0 WP_210356206.1 WP_210356206.1 100 189 0 0 1 189 1 189 2.45e-146 402 SCK25073.1 SCK25073.1 100 772 0 0 1 772 1 772 0.0 1427 SCK25073.1 WP_107485636.1 33.8 668 404 14 72 714 134 788 6.53e-88 293 MCI7610146.1 MCI7610146.1 100 56 0 0 1 56 1 56 1.24e-36 114 MCI7610146.1 WP_106587829.1 47.2 53 28 0 4 56 10 62 8.30e-11 53.1 GFC18333.1 GFC18333.1 100 173 0 0 1 173 1 173 1.98e-126 350 WP_020403159.1 WP_020403159.1 100 474 0 0 1 474 1 474 0.0 918 WP_169356007.1 WP_169356007.1 100 380 0 0 1 380 1 380 2.75e-275 744 WP_169356007.1 NRB72577.1 39.1 371 220 4 8 377 12 377 2.58e-81 252 MCJ2541369.1 MCJ2541369.1 100 184 0 0 1 184 1 184 2.37e-137 379 MCJ2541369.1 CKF71070.1 40.2 102 61 0 83 184 496 597 1.63e-21 89.4 MCJ2541369.1 WP_230171322.1 41.7 96 52 1 84 179 777 868 3.75e-18 79.7 WP_277690767.1 WP_277690767.1 100 275 0 0 1 275 1 275 5.94e-183 502 WP_277690767.1 TMH05674.1 41.3 242 128 2 34 275 23 250 9.94e-46 152 KAJ1283197.1 KAJ1283197.1 100 346 0 0 1 346 1 346 9.29e-259 699 KAJ1283197.1 XP_021727484.1 38.2 306 179 3 42 343 35 334 7.44e-65 207 WP_199711823.1 WP_199711823.1 100 282 0 0 1 282 1 282 8.39e-207 563 WP_076799287.1 WP_076799287.1 100 273 0 0 1 273 1 273 1.83e-201 548 KOV87872.1 KOV87872.1 100 204 0 0 1 204 1 204 3.97e-139 385 KOV87872.1 NNF58653.1 47.4 194 97 2 1 190 9 201 3.22e-47 152 WP_043158522.1 WP_043158522.1 100 360 0 0 1 360 1 360 3.15e-264 714 WP_043158522.1 HCW85392.1 41.1 343 195 5 3 339 11 352 7.39e-84 257 WP_099219937.1 WP_099219937.1 100 462 0 0 1 462 1 462 3.22e-311 842 WP_099219937.1 WP_117751014.1 32.7 456 277 9 15 444 5 456 1.12e-50 177 WP_041481207.1 WP_041481207.1 100 546 0 0 1 546 1 546 0.0 1048 WP_041481207.1 MBQ8297564.1 25.2 385 278 4 162 542 161 539 2.84e-30 123 WP_041481207.1 WP_038440434.1 31.6 228 153 2 305 532 305 529 9.61e-30 121 WP_041481207.1 NFD84694.1 27.5 247 176 2 300 544 485 730 9.97e-28 116 WP_041481207.1 WP_195238978.1 33.3 198 130 1 335 532 485 680 9.49e-27 113 WP_041481207.1 WP_247749043.1 23.7 397 266 12 162 531 171 557 1.70e-16 80.9 WP_041481207.1 WP_142931103.1 30.3 185 119 6 350 530 273 451 1.92e-13 70.9 WP_041481207.1 WP_072380563.1 26.2 191 120 5 338 518 5 184 8.16e-11 60.8 WP_041481207.1 WP_258581409.1 28.6 168 110 3 352 517 18 177 1.18e-10 61.6 WP_041481207.1 WP_098952357.1 29.3 188 122 5 353 532 31 215 6.95e-10 58.9 WP_041481207.1 MCH4209672.1 31.8 201 109 7 352 546 397 575 1.84e-09 58.5 WP_041481207.1 NNE23115.1 28.6 196 110 6 333 523 8 178 1.07e-08 55.5 WP_041481207.1 MBO5162475.1 29.6 162 102 6 353 505 269 427 8.00e-08 53.1 WP_041481207.1 WP_226904802.1 28.4 169 92 5 360 512 56 211 1.62e-05 45.4 WP_041481207.1 NVM03966.1 24.2 153 99 2 369 516 54 194 2.66e-05 44.7 WP_041481207.1 WP_276362074.1 27.6 185 112 7 349 514 16 197 6.36e-05 43.1 WP_041481207.1 WP_089095302.1 27.2 184 105 6 350 526 327 488 9.05e-05 43.5 WP_041481207.1 MBQ3864274.1 28.6 154 85 6 360 499 43 185 1.94e-04 42.0 CAH2899959.1 CAH2899959.1 100 273 0 0 1 273 1 273 5.69e-180 494 CAH2899959.1 TXH38262.1 52.4 229 104 2 48 272 1 228 3.70e-66 204 SED94327.1 SED94327.1 100 455 0 0 1 455 1 455 0.0 887 WP_015484594.1 WP_015484594.1 100 481 0 0 1 481 1 481 0.0 915 CAI8213472.1 CAI8213472.1 100 250 0 0 1 250 1 250 4.60e-179 490 CAI8213472.1 WP_173040157.1 26.5 196 126 5 28 222 301 479 2.56e-13 67.4 XP_056050985.1 XP_056050985.1 100 1158 0 0 1 1158 1 1158 0.0 2001 WP_109341768.1 WP_109341768.1 100 1762 0 0 1 1762 1 1762 0.0 2825 WP_109341768.1 EIW7596561.1 26.9 520 294 19 1304 1762 2217 2711 4.00e-10 63.5 MAB27215.1 MAB27215.1 100 137 0 0 1 137 1 137 1.10e-101 285 MAB27215.1 WP_119400337.1 41.4 133 76 2 1 131 1 133 6.82e-30 103 KAJ1022640.1 KAJ1022640.1 100 401 0 0 1 401 1 401 6.67e-257 699 WP_112119927.1 WP_112119927.1 100 469 0 0 1 469 1 469 0.0 917 WP_112119927.1 WP_167959909.1 24.7 534 319 12 6 465 11 535 1.15e-38 145 WP_112119927.1 WP_068051662.1 25.4 497 311 14 28 468 40 532 2.50e-37 142 WP_112119927.1 MBP6544771.1 29.2 346 216 10 141 460 208 550 9.51e-37 140 WP_112119927.1 RLB66027.1 24.4 488 317 13 28 468 34 516 3.48e-36 138 WP_112119927.1 WP_055153579.1 27.7 426 274 11 68 461 63 486 3.15e-33 129 WP_112119927.1 NDJ88951.1 23.0 530 326 14 1 457 3 523 7.35e-24 102 WP_112119927.1 XP_052525039.1 23.6 530 292 17 28 463 127 637 1.79e-22 99.0 WP_112119927.1 TMQ04701.1 28.6 280 148 8 141 370 619 896 2.35e-22 99.0 WP_112119927.1 WP_200941876.1 25.7 304 161 10 141 386 228 524 2.91e-17 82.8 WP_112119927.1 PYB13830.1 25.2 353 211 11 139 458 3332 3664 3.88e-13 70.5 NNF05378.1 NNF05378.1 100 209 0 0 1 209 1 209 1.14e-145 402 NNF05378.1 MBQ3420014.1 37.6 202 108 4 5 198 9 200 4.23e-28 103 NNF05378.1 WP_119328079.1 31.7 202 128 3 4 204 5 197 2.03e-22 88.6 WP_062517857.1 WP_062517857.1 100 310 0 0 1 310 1 310 1.88e-233 632 WP_062517857.1 WP_265272113.1 22.1 299 178 10 27 294 32 306 2.46e-11 62.0 MBO5721020.1 MBO5721020.1 100 231 0 0 1 231 1 231 8.02e-175 478 EFD7787626.1 EFD7787626.1 100 68 0 0 1 68 1 68 2.36e-42 133 WP_161643844.1 WP_161643844.1 100 186 0 0 1 186 1 186 4.08e-139 384 WP_161643844.1 WP_262247119.1 39.4 175 103 3 14 186 2 175 1.39e-48 154 WDA54585.1 WDA54585.1 100 193 0 0 1 193 1 193 4.34e-133 369 WP_020560972.1 WP_020560972.1 100 90 0 0 1 90 1 90 2.63e-62 182 WP_096202154.1 WP_096202154.1 100 82 0 0 1 82 1 82 4.13e-51 153 MBQ3976808.1 MBQ3976808.1 100 135 0 0 1 135 1 135 1.99e-94 266 XP_018561118.1 XP_018561118.1 100 440 0 0 1 440 1 440 0.0 895 WP_002655233.1 WP_002655233.1 100 543 0 0 1 543 1 543 0.0 1021 WP_002655233.1 MCI0750124.1 27.4 241 140 10 282 490 110 347 1.79e-14 73.6 MCL2033989.1 MCL2033989.1 100 125 0 0 1 125 1 125 7.74e-94 264 WP_198297747.1 WP_198297747.1 100 252 0 0 1 252 1 252 4.54e-171 470 VDR39692.1 VDR39692.1 100 317 0 0 1 317 1 317 1.28e-239 649 WP_131055803.1 WP_131055803.1 100 474 0 0 1 474 1 474 0.0 991 WP_131055803.1 HJC81763.1 39.3 481 258 11 5 467 4 468 1.58e-109 331 WP_249557352.1 WP_249557352.1 100 96 0 0 1 96 1 96 1.03e-46 143 WP_070428178.1 WP_070428178.1 100 569 0 0 1 569 1 569 0.0 1102 WP_137732205.1 WP_137732205.1 100 621 0 0 1 621 1 621 0.0 1191 WP_201490320.1 WP_201490320.1 100 116 0 0 1 116 1 116 1.62e-75 217 WP_036973950.1 WP_036973950.1 100 186 0 0 1 186 1 186 1.16e-129 360 KNA07336.1 KNA07336.1 100 198 0 0 1 198 1 198 2.72e-143 395 KAG3033979.1 KAG3033979.1 100 463 0 0 1 463 1 463 1.29e-306 830 NRB78924.1 NRB78924.1 100 397 0 0 1 397 1 397 1.93e-295 796 PNJ24551.1 PNJ24551.1 100 165 0 0 1 165 1 165 1.06e-108 305 WP_027369743.1 WP_027369743.1 100 517 0 0 1 517 1 517 0.0 1038 EBU6207141.1 EBU6207141.1 100 681 0 0 1 681 1 681 0.0 1255 WP_244028884.1 WP_244028884.1 100 255 0 0 1 255 1 255 7.57e-176 482 OGD85943.1 OGD85943.1 100 216 0 0 1 216 1 216 6.85e-155 426 OGD85943.1 WP_089608892.1 38.9 216 108 9 5 215 267 463 1.31e-32 120 XP_049486383.1 XP_049486383.1 100 1268 0 0 1 1268 1 1268 0.0 2464 WP_119088635.1 WP_119088635.1 100 735 0 0 1 735 1 735 0.0 1430 XP_055254096.1 XP_055254096.1 100 194 0 0 1 194 1 194 3.21e-149 410 XP_055254096.1 NXY38534.1 79.7 118 22 1 61 178 1 116 1.25e-69 207 WP_241133221.1 WP_241133221.1 100 240 0 0 1 240 1 240 1.05e-179 491 WP_225781432.1 WP_225781432.1 100 381 0 0 1 381 1 381 1.09e-261 710 MBQ3321785.1 MBQ3321785.1 100 394 0 0 1 394 1 394 3.86e-289 780 MBQ3321785.1 MBO5857838.1 33.1 163 105 4 1 162 1 160 1.36e-16 75.1 RMF68396.1 RMF68396.1 100 492 0 0 1 492 1 492 0.0 1053 RMF68396.1 WP_230284916.1 31.7 504 268 20 1 486 1 446 9.99e-55 188 RMF68396.1 WP_193956008.1 23.4 546 321 20 3 483 9 522 1.19e-18 87.0 WP_177420403.1 WP_177420403.1 100 425 0 0 1 425 1 425 2.79e-300 811 WP_177420403.1 NOR80888.1 31.7 432 265 10 5 421 5 421 1.77e-54 185 MBX7048921.1 MBX7048921.1 100 80 0 0 1 80 1 80 3.29e-56 166 MBP5709003.1 MBP5709003.1 100 72 0 0 1 72 1 72 1.96e-49 148 MBP5709003.1 WP_088526897.1 51.5 68 32 1 1 68 968 1034 2.71e-17 72.4 GAN03156.1 GAN03156.1 100 412 0 0 1 412 1 412 2.33e-290 785 GAN03156.1 XP_040685867.1 50.1 417 199 5 1 412 8 420 1.81e-125 367 GAN03156.1 WP_074825075.1 38.6 396 224 7 28 411 3 391 3.21e-75 238 GAN03156.1 MCP1651746.1 40.3 407 211 10 28 411 6 403 9.81e-74 234 GAN03156.1 EDH4057100.1 39.3 392 224 8 27 411 2 386 4.78e-73 232 GAN03156.1 WP_004619799.1 37.7 401 222 10 31 411 7 399 2.52e-65 212 GAN03156.1 WP_277084622.1 42.6 319 162 7 110 412 1 314 1.92e-61 199 GAN03156.1 WP_083141943.1 37.8 386 232 7 30 411 5 386 4.86e-61 201 GAN03156.1 MBA2536487.1 34.4 393 231 5 30 410 5 382 2.76e-58 193 ETZ74096.1 ETZ74096.1 100 397 0 0 1 397 1 397 1.37e-279 756 MCC7304610.1 MCC7304610.1 100 697 0 0 1 697 1 697 0.0 1370 MCC7304610.1 NNC58435.1 48.0 687 351 4 11 692 7 692 1.64e-231 659 MCC7304610.1 MCF2656092.1 34.1 680 433 8 14 688 9 678 5.96e-129 396 MCC7304610.1 MBQ2587741.1 33.0 575 345 5 151 693 4 570 5.12e-94 301 MCC7304610.1 WP_274976404.1 28.2 741 465 9 14 692 25 760 2.83e-91 299 MCC7304610.1 WP_010016619.1 34.5 177 107 3 14 184 16 189 2.73e-19 90.5 WP_075190302.1 WP_075190302.1 100 346 0 0 1 346 1 346 5.84e-262 707 WP_075190302.1 XP_027924147.1 40.5 336 183 6 6 326 112 445 3.87e-71 228 TLX83379.1 TLX83379.1 100 177 0 0 1 177 1 177 1.81e-124 346 MBA2554676.1 MBA2554676.1 100 301 0 0 1 301 1 301 7.55e-199 544 MBA2554676.1 MUU11774.1 31.3 246 165 2 55 300 43 284 7.63e-32 118 MBA2554676.1 MBS4968936.1 33.5 227 140 3 81 299 61 284 4.95e-26 102 WP_239517986.1 WP_239517986.1 100 407 0 0 1 407 1 407 2.01e-293 792 WP_239517986.1 MHQ93786.1 24.8 387 247 16 19 385 340 702 3.39e-16 79.0 CDL84920.1 CDL84920.1 100 80 0 0 1 80 1 80 9.12e-54 159 WP_122920202.1 WP_122920202.1 100 293 0 0 1 293 1 293 2.20e-203 555 WP_122920202.1 MBP8049567.1 33.8 272 173 2 23 287 4 275 8.37e-42 144 WP_122920202.1 CAH0143531.1 29.5 166 113 3 25 188 3 166 4.60e-19 81.3 HID24809.1 HID24809.1 100 701 0 0 1 701 1 701 0.0 1374 HID24809.1 MBO6554759.1 26.6 124 82 3 165 287 387 502 1.26e-05 47.0 MBW6512602.1 MBW6512602.1 100 304 0 0 1 304 1 304 8.10e-216 587 MBD3641221.1 MBD3641221.1 100 226 0 0 1 226 1 226 2.03e-161 443 WP_070723361.1 WP_070723361.1 100 793 0 0 1 793 1 793 0.0 1639 WP_070723361.1 MBQ8462807.1 57.2 823 309 10 1 788 1 815 0.0 917 TDR34929.1 TDR34929.1 100 357 0 0 1 357 1 357 7.76e-268 723 TDR34929.1 MCK4996050.1 43.4 348 189 4 3 348 25 366 4.78e-102 304 QQC21553.1 QQC21553.1 100 227 0 0 1 227 1 227 4.08e-157 432 MCQ2539410.1 MCQ2539410.1 100 124 0 0 1 124 1 124 2.23e-79 228 MCQ2539410.1 WP_077533069.1 46.0 113 59 1 1 111 1 113 5.89e-26 92.8 MCQ2539410.1 WP_023355490.1 35.4 65 42 0 14 78 14 78 2.21e-05 40.4 WP_187843135.1 WP_187843135.1 100 120 0 0 1 120 1 120 3.26e-79 229 UGX22439.1 UGX22439.1 100 1271 0 0 1 1271 1 1271 0.0 2342 UGX22439.1 UHB14670.1 95.3 1271 60 0 1 1271 1 1271 0.0 2325 UGX22439.1 UIX40308.1 95.0 1271 63 0 1 1271 1 1271 0.0 2316 UGX22439.1 UDK40309.1 94.6 1271 69 0 1 1271 1 1271 0.0 2299 UGX22439.1 UPU53169.1 93.0 1273 84 2 1 1271 1 1270 0.0 2254 UGX22439.1 UYC71619.1 93.2 1273 80 3 1 1271 1 1268 0.0 2250 UGX22439.1 QUE11983.1 91.2 1273 107 3 1 1271 1 1270 0.0 2192 UGX22439.1 USL51576.1 90.0 1273 122 2 1 1271 1 1270 0.0 2160 UGX22439.1 QUM20585.1 92.5 1273 93 2 1 1271 1 1272 0.0 2153 UGX22439.1 UBN63752.1 89.8 1273 125 3 1 1271 1 1270 0.0 2147 UGX22439.1 QVX70521.1 87.0 1273 164 1 1 1271 1 1273 0.0 2050 UGX22439.1 QXI91160.1 90.3 1273 121 2 1 1271 1 1272 0.0 2043 UGX22439.1 UZH89542.1 84.9 1273 188 2 1 1271 1 1271 0.0 1999 UGX22439.1 UUS71569.1 60.9 1326 410 4 1 1271 1 1273 0.0 1311 UGX22439.1 UHK01047.1 59.0 1273 520 1 1 1271 1 1273 0.0 1211 WP_126679569.1 WP_126679569.1 100 818 0 0 1 818 1 818 0.0 1607 WP_126679569.1 HAB03480.1 30.8 584 377 12 226 797 518 1086 4.39e-65 234 WP_126679569.1 WP_230171322.1 33.4 524 331 9 279 799 511 1019 3.71e-62 225 WP_126679569.1 CKF71070.1 30.9 459 305 7 337 793 289 737 1.22e-55 203 WP_126679569.1 MBF0143407.1 29.8 429 272 8 377 793 641 1052 9.33e-40 157 WP_126679569.1 WP_159812831.1 42.0 162 91 3 370 529 243 403 7.49e-23 100 WP_126679569.1 WP_145544593.1 35.7 168 100 4 367 534 359 518 1.62e-21 97.4 WP_126679569.1 WP_255266214.1 37.3 166 87 4 369 528 291 445 3.26e-19 90.1 WP_126679569.1 HCN71343.1 39.4 132 78 2 400 530 1 131 3.28e-18 80.1 WP_001804449.1 WP_001804449.1 100 403 0 0 1 403 1 403 4.58e-297 801 MCP4774001.1 MCP4774001.1 100 284 0 0 1 284 1 284 1.74e-200 547 MCP4774001.1 WP_201520784.1 43.8 265 131 6 23 284 30 279 5.43e-56 180 MCP4774001.1 WP_103270848.1 31.4 229 145 4 49 277 44 260 1.93e-28 108 WP_218014032.1 WP_218014032.1 100 530 0 0 1 530 1 530 0.0 1066 WP_218014032.1 NLG67042.1 27.7 483 298 16 55 518 90 540 1.85e-31 126 WP_218014032.1 WP_222322625.1 25.7 545 333 19 1 516 4 505 1.45e-23 102 WP_218014032.1 HIA35646.1 22.4 532 356 18 49 530 62 586 5.74e-20 91.7 MBT3179978.1 MBT3179978.1 100 537 0 0 1 537 1 537 0.0 1063 MBT3179978.1 BBL73457.1 41.0 539 298 9 1 528 34 563 1.08e-122 370 MBT3179978.1 MBP8718427.1 32.7 205 129 4 254 458 7 202 7.04e-21 90.5 WP_220492852.1 WP_220492852.1 100 848 0 0 1 848 1 848 0.0 1660 WP_220492852.1 PIY74148.1 39.3 84 39 3 732 815 504 575 5.98e-06 48.1 WP_220492852.1 MBL6756473.1 30.4 125 72 4 161 283 27 138 5.73e-05 45.1 WP_063338866.1 WP_063338866.1 100 344 0 0 1 344 1 344 1.74e-237 645 WP_063338866.1 WP_132898842.1 56.3 277 119 1 69 343 2 278 2.13e-103 303 WP_262406623.1 WP_262406623.1 100 910 0 0 1 910 1 910 0.0 1748 WP_262406623.1 WP_281507500.1 60.8 829 318 3 1 828 1 823 0.0 974 WP_262406623.1 MBT5488157.1 49.3 537 245 6 301 835 1 512 8.25e-153 461 WP_110366458.1 WP_110366458.1 100 1453 0 0 1 1453 1 1453 0.0 2675 WP_110366458.1 MBL4744408.1 30.8 1057 700 11 1 1039 1 1044 6.49e-174 546 WP_110366458.1 WP_265225845.1 24.2 1072 739 17 5 1026 3 1050 3.79e-71 258 WP_110366458.1 WP_039608285.1 23.0 1039 746 14 4 1026 2 1002 1.08e-69 253 WP_110366458.1 TME45086.1 21.8 725 522 17 9 711 7 708 1.90e-35 144 PAF30375.1 PAF30375.1 100 142 0 0 1 142 1 142 3.10e-90 256 WP_180034620.1 WP_180034620.1 100 332 0 0 1 332 1 332 2.42e-247 669 WP_180034620.1 WP_241105826.1 48.4 320 162 2 12 331 14 330 7.19e-101 298 GFA01557.1 GFA01557.1 100 526 0 0 1 526 1 526 0.0 1036 MBV5323933.1 MBV5323933.1 100 87 0 0 1 87 1 87 5.01e-61 178 EHH49716.1 EHH49716.1 100 163 0 0 1 163 1 163 5.13e-124 343 WP_064068643.1 WP_064068643.1 100 317 0 0 1 317 1 317 6.74e-226 614 WP_064068643.1 NQT29221.1 41.5 306 169 4 2 297 4 309 2.62e-67 211 WP_064068643.1 MCU0490050.1 34.2 73 46 1 170 242 115 185 1.50e-04 40.8 KAI9713296.1 KAI9713296.1 100 373 0 0 1 373 1 373 6.54e-259 702 KAG7197246.1 KAG7197246.1 100 828 0 0 1 828 1 828 0.0 1487 HAT4171334.1 HAT4171334.1 100 517 0 0 1 517 1 517 0.0 919 HAT4171334.1 SFB29161.1 40.8 524 298 3 3 515 2 524 1.63e-125 375 HAT4171334.1 GFR82011.1 38.2 212 126 1 4 210 3 214 4.60e-44 153 HAT4171334.1 HHH37178.1 30.8 172 118 1 31 201 88 259 3.06e-15 74.3 WP_148803392.1 WP_148803392.1 100 158 0 0 50 207 50 207 2.23e-103 295 KAJ0864938.1 KAJ0864938.1 100 125 0 0 1 125 1 125 1.15e-86 246 WP_282035981.1 WP_282035981.1 100 170 0 0 1 170 1 170 2.82e-120 335 MCO6473319.1 MCO6473319.1 100 316 0 0 1 316 1 316 2.11e-233 633 XP_006376427.2 XP_006376427.2 100 417 0 0 1 417 1 417 3.83e-303 818 XP_006376427.2 WP_116073910.1 37.2 258 150 6 106 361 4 251 4.77e-44 162 XP_006376427.2 WP_026497435.1 33.1 275 171 6 106 376 4 269 1.40e-37 143 UPT73080.1 UPT73080.1 100 255 0 0 1 255 1 255 7.13e-190 518 EGR2272270.1 EGR2272270.1 100 682 0 0 1 682 1 682 0.0 1283 EGR2272270.1 WP_269885397.1 39.4 132 78 2 546 677 141 270 2.46e-26 107 EGR2272270.1 MBI5333464.1 39.6 149 86 3 527 674 241 386 2.16e-23 101 EGR2272270.1 EJF06804.1 37.3 153 90 4 529 676 153 304 1.19e-20 91.7 EGR2272270.1 WP_107169208.1 36.3 124 78 1 548 671 234 356 1.05e-19 89.7 EGR2272270.1 WP_145544593.1 40.8 130 72 2 548 677 393 517 1.44e-19 90.9 EGR2272270.1 WP_029222917.1 30.3 264 123 8 414 674 267 472 5.11e-19 89.0 EGR2272270.1 CKF71070.1 37.0 127 77 2 549 674 356 480 1.74e-18 88.2 EGR2272270.1 MBK6870374.1 38.7 124 72 2 551 674 28 147 1.39e-17 80.1 EGR2272270.1 WP_230171322.1 29.1 213 100 2 462 674 599 760 1.52e-17 85.5 EGR2272270.1 HCN71343.1 38.9 131 73 4 547 674 5 131 3.20e-17 77.0 EGR2272270.1 WP_255266214.1 38.9 126 73 3 547 672 324 445 8.55e-16 79.0 EGR2272270.1 WP_000484099.1 32.0 125 83 1 550 674 242 364 5.54e-15 75.5 EGR2272270.1 WP_018646673.1 31.5 143 92 3 534 672 540 680 5.88e-12 67.4 EGR2272270.1 WP_023050329.1 28.7 143 92 6 528 669 215 348 2.07e-10 61.2 EGR2272270.1 MBT3459335.1 43.9 41 23 0 550 590 237 277 5.34e-06 47.0 WP_079091847.1 WP_079091847.1 100 258 0 0 1 258 1 258 2.28e-183 501 KAG7553039.1 KAG7553039.1 100 297 0 0 1 297 1 297 4.15e-210 572 KAG7553039.1 PUZ48934.1 42.2 45 26 0 176 220 30 74 6.88e-05 41.2 CUH97802.1 CUH97802.1 100 196 0 0 1 196 1 196 1.35e-142 393 CUH97802.1 HAW5846675.1 36.8 95 58 1 103 195 11 105 1.77e-12 59.7 WP_106697451.1 WP_106697451.1 100 436 0 0 1 436 1 436 1.45e-303 820 WP_200047810.1 WP_200047810.1 100 326 0 0 1 326 1 326 8.67e-238 645 WP_200047810.1 WP_006034446.1 29.8 228 159 1 93 320 82 308 2.01e-23 96.7 WP_097273626.1 WP_097273626.1 100 312 0 0 1 312 1 312 9.34e-235 636 WP_223806191.1 WP_223806191.1 100 307 0 0 1 307 1 307 3.40e-239 647 WP_223806191.1 MBI2416798.1 33.8 71 46 1 212 282 32 101 3.88e-07 47.4 WP_223806191.1 ECK9821833.1 46.5 43 23 0 239 281 187 229 1.14e-04 41.2 EJO8252676.1 EJO8252676.1 100 117 0 0 1 117 1 117 1.33e-79 228 EJO8252676.1 EAL1671435.1 89.7 117 12 0 1 117 230 346 1.40e-66 204 EJO8252676.1 PJQ02245.1 61.2 121 43 2 1 117 474 594 3.11e-40 139 XP_052459928.1 XP_052459928.1 100 256 0 0 1 256 1 256 2.73e-174 478 WP_282393050.1 WP_282393050.1 100 129 0 0 1 129 1 129 1.54e-86 246 KAF9021604.1 KAF9021604.1 100 334 0 0 1 334 1 334 6.21e-251 679 WP_190492354.1 WP_190492354.1 100 123 0 0 1 123 1 123 1.70e-87 248 RZU50905.1 RZU50905.1 100 630 0 0 1 630 1 630 0.0 1115 WP_004647440.1 WP_004647440.1 100 135 0 0 1 135 1 135 1.77e-97 274 WP_196051328.1 WP_196051328.1 100 678 0 0 1 678 1 678 0.0 1329 WP_196051328.1 WP_091423297.1 25.2 544 349 20 160 662 48 574 8.02e-30 123 WP_196051328.1 WP_131284109.1 27.2 349 215 13 336 658 136 471 7.01e-25 107 WP_196051328.1 NEB38825.1 28.3 339 213 13 333 653 131 457 3.92e-23 101 WP_122709004.1 WP_122709004.1 100 319 0 0 1 319 1 319 9.43e-243 657 WP_231022353.1 WP_231022353.1 100 414 0 0 1 414 1 414 6.26e-296 799 WP_231022353.1 GER04731.1 47.6 401 172 5 1 363 1 401 6.49e-118 349 WP_279838136.1 WP_279838136.1 100 276 0 0 1 276 1 276 2.40e-203 553 WP_279838136.1 WP_199425576.1 33.3 105 66 3 29 130 17 120 5.82e-14 68.6 GGY15265.1 GGY15265.1 100 190 0 0 1 190 1 190 4.91e-133 369 MBE0512446.1 MBE0512446.1 100 79 0 0 1 79 1 79 2.44e-53 158 WP_270310372.1 WP_270310372.1 100 424 0 0 1 424 1 424 7.72e-302 815 WP_009881125.1 WP_009881125.1 100 162 0 0 1 162 1 162 6.00e-118 328 MCB9642437.1 MCB9642437.1 100 37 0 0 1 37 1 37 1.35e-21 75.5 WP_061880815.1 WP_061880815.1 100 290 0 0 1 290 1 290 3.06e-213 580 WP_061880815.1 WP_108706918.1 27.4 212 139 4 31 229 21 230 1.97e-18 82.0 KAI3416446.1 KAI3416446.1 100 81 0 0 1 81 1 81 4.14e-55 163 WP_015602159.1 WP_015602159.1 100 186 0 0 1 186 1 186 6.51e-136 375 XP_040238549.2 XP_040238549.2 100 2739 0 0 1 2739 1 2739 0.0 4522 AAV84242.1 AAV84242.1 100 144 0 0 1 144 1 144 2.10e-107 300 AAV84242.1 KAJ1529594.1 63.6 143 51 1 2 144 7 148 2.30e-57 174 MBN8715319.1 MBN8715319.1 100 212 0 0 1 212 1 212 8.27e-145 400 WP_123966251.1 WP_123966251.1 100 418 0 0 1 418 1 418 1.28e-258 705 WP_123966251.1 WP_157580311.1 33.9 233 121 9 207 413 31 256 2.32e-27 108 MBA2544012.1 MBA2544012.1 100 555 0 0 1 555 1 555 0.0 1103 WP_234123871.1 WP_234123871.1 100 121 0 0 1 121 1 121 4.38e-80 229 WP_234123871.1 MCG8687614.1 32.2 115 74 1 3 117 10 120 3.18e-10 52.4 WP_004185621.1 WP_004185621.1 100 352 0 0 1 352 1 352 1.70e-273 737 WP_004185621.1 WP_106735761.1 88.2 348 41 0 5 352 3 350 1.55e-239 651 MCB0243881.1 MCB0243881.1 100 224 0 0 1 224 1 224 6.81e-159 437 MCB0243881.1 WP_145468487.1 43.5 216 122 0 5 220 6 221 6.83e-61 189 MCB0243881.1 MBT4161918.1 43.8 219 123 0 3 221 4 222 1.52e-59 185 MCB0243881.1 MCC6044083.1 46.4 211 112 1 13 223 11 220 1.84e-58 185 MCB0243881.1 WP_250499463.1 41.3 223 130 1 3 224 6 228 2.38e-54 172 MCB0243881.1 MCF7808720.1 40.0 220 132 0 5 224 6 225 8.72e-54 171 MCB0243881.1 WP_107894076.1 30.3 231 150 6 5 224 5 235 2.78e-27 104 MCB0243881.1 WP_195238978.1 28.3 223 129 7 15 223 492 697 4.84e-19 83.6 MCB0243881.1 WP_174822921.1 30.8 198 121 7 21 207 19 211 6.73e-19 80.9 MCB0243881.1 NFD84694.1 25.2 214 146 5 14 221 528 733 2.25e-13 67.0 MCB0243881.1 KAI9191373.1 31.7 164 96 5 25 180 413 568 6.33e-12 62.8 MCB0243881.1 MCH5231772.1 23.9 205 118 4 28 206 20 212 4.85e-06 45.1 KDR18051.1 KDR18051.1 100 57 0 0 1 57 1 57 7.03e-41 125 WP_253495381.1 WP_253495381.1 100 211 0 0 1 211 1 211 2.59e-152 419 EFN5389376.1 EFN5389376.1 100 962 0 0 1 962 1 962 0.0 1729 EFN5389376.1 KDT27382.1 94.8 620 32 0 200 819 1 620 0.0 1137 EFN5389376.1 HAN0352225.1 70.7 481 139 1 187 665 32 512 5.27e-238 678 EFN5389376.1 EIH4263652.1 94.7 475 25 0 1 475 112 586 1.00e-231 665 EFN5389376.1 EFL5817307.1 93.5 416 27 0 1 416 65 480 1.67e-185 543 EFN5389376.1 EJW7579374.1 95.7 258 11 0 187 444 36 293 7.71e-144 428 EFN5389376.1 EFL3122059.1 90.8 142 9 1 1 142 120 257 1.55e-53 187 EFN5389376.1 EDD0587303.1 43.6 110 60 1 705 812 1142 1251 4.48e-22 101 MCI0529127.1 MCI0529127.1 100 323 0 0 1 323 1 323 9.34e-236 639 WP_050163955.1 WP_050163955.1 100 239 0 0 1 239 1 239 1.67e-171 470 WP_050163955.1 NLL64488.1 39.2 153 93 0 86 238 5 157 2.56e-32 114 XP_001275602.1 XP_001275602.1 100 1577 0 0 1 1577 1 1577 0.0 2659 MBS9779527.1 MBS9779527.1 100 352 0 0 1 352 1 352 6.37e-244 662 MBS9779527.1 WP_176051587.1 44.1 345 176 4 1 344 2 330 1.94e-88 268 WP_149040698.1 WP_149040698.1 100 422 0 0 1 422 1 422 3.66e-299 808 MBI5294613.1 MBI5294613.1 100 1067 0 0 1 1067 1 1067 0.0 2107 KAG5560933.1 KAG5560933.1 100 68 0 0 1 68 1 68 3.38e-46 139 WP_070664995.1 WP_070664995.1 100 522 0 0 1 522 1 522 0.0 1018 WP_070664995.1 EHA1403784.1 26.5 260 158 7 110 339 97 353 8.76e-14 72.0 KAJ3564783.1 KAJ3564783.1 100 390 0 0 1 390 1 390 1.56e-286 773 KDZ18439.1 KDZ18439.1 100 51 0 0 1 51 1 51 2.37e-32 103 UBP50947.1 UBP50947.1 100 7096 0 0 1 7096 1 7096 0.0 14174 UBP50947.1 QWC83326.1 99.8 7096 11 0 1 7096 1 7096 0.0 14151 UBP50947.1 WEU87158.1 99.8 7096 13 0 1 7096 1 7096 0.0 14146 UBP50947.1 QSZ25555.1 99.8 7096 15 0 1 7096 1 7096 0.0 14145 UBP50947.1 UBD95131.1 99.8 7096 16 0 1 7096 1 7096 0.0 14140 UBP50947.1 QVD87869.1 99.8 7096 14 1 1 7096 1 7093 0.0 14134 UBP50947.1 UEC52718.1 99.7 7096 19 0 1 7096 1 7096 0.0 14134 UBP50947.1 UMF87224.1 99.4 7096 38 2 1 7096 1 7092 0.0 14121 UBP50947.1 UZO53924.1 99.7 7096 21 1 1 7096 1 7093 0.0 14118 UBP50947.1 UVB16817.1 99.7 7096 20 1 1 7096 1 7093 0.0 14118 UBP50947.1 URQ55824.1 99.7 7096 21 1 1 7096 1 7093 0.0 14118 UBP50947.1 QZU16279.1 99.4 7096 40 0 1 7096 1 7096 0.0 14083 UBP50947.1 UIR12670.1 99.3 7096 43 2 1 7096 1 7092 0.0 14063 UBP50947.1 UPA83906.1 99.1 7096 60 2 1 7096 1 7092 0.0 14022 UBP50947.1 UBR86455.1 99.0 7095 74 0 2 7096 1 7095 0.0 14003 UBP50947.1 UCP72061.1 98.7 7096 91 0 1 7096 1 7096 0.0 13963 UBP50947.1 UCP77012.1 98.7 7096 93 0 1 7096 1 7096 0.0 13960 UBP50947.1 UXX67934.1 98.7 7096 89 1 1 7096 1 7093 0.0 13957 UBP50947.1 UKN67998.1 98.2 7076 120 2 21 7096 1 7072 0.0 13836 UBP50947.1 WHE12941.1 98.1 7070 130 1 27 7096 1 7067 0.0 13810 UBP50947.1 UGA79226.1 97.6 7096 170 0 1 7096 1 7096 0.0 13779 UBP50947.1 UAQ80067.1 97.2 7096 201 0 1 7096 1 7096 0.0 13697 UBP50947.1 UJT06733.1 96.2 7096 265 2 1 7096 1 7092 0.0 13514 UBP50947.1 UVI10561.1 96.2 7069 263 1 28 7096 1 7066 0.0 13494 UBP50947.1 UOU30556.1 94.8 7096 365 1 1 7096 1 7093 0.0 13282 UBP50947.1 UMA88644.1 91.7 7075 585 2 22 7096 1 7071 0.0 12708 UBP50947.1 WAS49087.1 90.4 7096 675 1 1 7096 1 7093 0.0 12515 UBP50947.1 WGP98278.1 84.9 7096 1070 0 1 7096 1 7096 0.0 11586 UBP50947.1 QTD03487.1 99.8 4401 10 0 1 4401 1 4401 0.0 8633 UBP50947.1 UBL45068.1 99.8 4401 11 0 1 4401 1 4401 0.0 8623 UBP50947.1 UFM00670.1 99.7 4401 15 0 1 4401 1 4401 0.0 8619 UBP50947.1 QXR94354.1 99.7 4401 10 1 1 4401 1 4398 0.0 8618 UBP50947.1 UEC68750.1 99.7 4401 15 0 1 4401 1 4401 0.0 8617 UBP50947.1 QTM79632.1 99.6 4401 13 1 1 4401 1 4398 0.0 8616 UBP50947.1 UHM53165.1 99.7 4401 15 0 1 4401 1 4401 0.0 8614 UBP50947.1 UFM02602.1 99.7 4401 15 0 1 4401 1 4401 0.0 8614 UBP50947.1 QTZ27226.1 99.6 4401 15 1 1 4401 1 4398 0.0 8611 UBP50947.1 ULA23837.2 99.6 4401 13 2 1 4401 1 4397 0.0 8608 UBP50947.1 UPP41269.1 99.6 4401 15 1 1 4401 1 4398 0.0 8606 UBP50947.1 UXH94526.1 99.6 4401 14 2 1 4401 1 4397 0.0 8603 UBP50947.1 USR14792.1 99.6 4401 16 1 1 4401 1 4398 0.0 8603 UBP50947.1 UKU68032.1 99.3 4401 27 2 1 4401 1 4397 0.0 8575 UBP50947.1 UJV88611.1 97.7 4401 99 2 1 4401 1 4397 0.0 8413 UBP50947.1 UJJ97602.1 97.5 4401 105 2 1 4401 1 4397 0.0 8396 UBP50947.1 UJS94137.1 98.7 4296 53 2 106 4401 1 4292 0.0 8305 UBP50947.1 ULB83374.1 96.4 4401 153 2 1 4401 1 4397 0.0 8277 UBP50947.1 UGB98301.1 94.3 4401 253 0 1 4401 1 4401 0.0 8047 UBP50947.1 QRX02582.1 99.8 4098 7 0 1 4098 1 4098 0.0 8017 UBP50947.1 UFA30503.1 93.4 4340 288 0 27 4366 1 4340 0.0 7835 UBP50947.1 WGP70063.1 92.4 4369 331 0 1 4369 1 4369 0.0 7790 UBP50947.1 WEI27974.1 91.2 4401 386 1 1 4401 1 4398 0.0 7721 UBP50947.1 UNI03201.1 91.5 4375 373 1 27 4401 1 4374 0.0 7712 UBP50947.1 UEX07109.1 88.0 4375 524 0 27 4401 1 4375 0.0 7370 UBP50947.1 URP80785.1 82.5 4374 763 1 28 4401 1 4371 0.0 6761 UBP50947.1 UYE49180.1 76.9 4401 1013 1 1 4401 1 4398 0.0 6204 UBP50947.1 UPB00876.1 76.5 4374 1026 1 28 4401 1 4371 0.0 6166 UBP50947.1 WGQ72821.1 67.6 4344 1406 0 26 4369 1 4344 0.0 5142 WP_160877220.1 WP_160877220.1 100 523 0 0 1 523 1 523 0.0 1041 WP_160877220.1 HIG56173.1 40.3 442 251 4 18 457 41 471 2.55e-97 303 XP_047466965.1 XP_047466965.1 100 377 0 0 1 377 1 377 1.49e-282 762 XP_047466965.1 WP_016809838.1 29.3 270 158 7 35 301 26 265 5.72e-24 99.8 XP_047466965.1 MBO1529847.1 28.2 365 219 13 9 367 4 331 1.88e-23 98.2 XP_047466965.1 WP_202925384.1 32.4 105 70 1 12 115 7 111 3.67e-12 65.1 WP_186480556.1 WP_186480556.1 100 538 0 0 1 538 1 538 0.0 1109 WP_185334683.1 WP_185334683.1 100 513 0 0 1 513 1 513 0.0 979 WP_185334683.1 GBD21053.1 45.5 497 269 2 4 499 26 521 3.76e-135 400 WP_185334683.1 WP_150396769.1 34.1 499 321 4 2 499 22 513 5.10e-92 288 WP_185334683.1 MBO5162475.1 33.9 508 306 8 7 499 1 493 4.54e-83 265 WP_185334683.1 WP_089246429.1 30.5 482 316 8 9 480 9 481 9.72e-66 219 WP_185334683.1 WP_029347391.1 29.5 244 164 3 2 238 3 245 3.13e-30 117 WP_185334683.1 WP_281543397.1 31.4 204 132 4 22 223 7 204 3.00e-23 98.2 WP_185334683.1 WP_084371009.1 31.0 213 141 4 5 217 3 209 3.74e-23 98.2 WP_185334683.1 NLW39422.1 31.6 234 133 5 3 217 4 229 1.48e-22 97.1 WP_185334683.1 WP_152652784.1 31.1 196 124 4 10 202 11 198 7.70e-20 88.6 WP_185334683.1 WP_197521413.1 29.6 206 116 6 19 217 21 204 5.75e-16 76.6 WP_185334683.1 WP_008134825.1 29.2 219 141 6 4 216 612 822 1.01e-15 78.6 WP_185334683.1 WP_107894076.1 31.6 228 131 9 8 217 13 233 2.00e-12 66.6 WP_185334683.1 WP_066083732.1 32.1 215 126 9 19 217 25 235 9.06e-12 64.7 WP_185334683.1 MBO8485404.1 25.7 206 135 9 141 334 379 578 7.61e-09 56.6 WP_185334683.1 WP_211555180.1 28.8 170 102 6 269 433 15 170 2.44e-08 53.1 WP_185334683.1 OAN53756.1 24.6 224 146 9 23 230 30 246 5.60e-08 52.4 WP_193019742.1 WP_193019742.1 100 173 0 0 1 173 1 173 1.34e-124 346 NXX86929.1 NXX86929.1 100 1346 0 0 1 1346 1 1346 0.0 2468 WP_070552687.1 WP_070552687.1 100 402 0 0 1 402 1 402 9.63e-278 752 WP_070552687.1 KKQ77718.1 40.9 359 183 4 9 340 11 367 9.60e-87 266 XP_004149267.1 XP_004149267.1 100 441 0 0 1 441 1 441 0.0 942 HIR19825.1 HIR19825.1 100 328 0 0 1 328 1 328 1.21e-229 624 NBT94281.1 NBT94281.1 100 181 0 0 1 181 1 181 6.80e-131 362 NBT94281.1 MCF7895906.1 38.0 158 94 1 22 179 12 165 1.56e-31 114 NBT94281.1 MCU1411638.1 34.8 158 98 2 29 181 17 174 9.83e-20 83.6 NBT94281.1 MBQ6794463.1 36.2 152 85 5 33 180 15 158 2.30e-16 73.9 NBT94281.1 MBA3609961.1 33.8 151 87 6 29 172 36 180 1.53e-14 68.9 MBE6649515.1 MBE6649515.1 100 350 0 0 1 350 1 350 1.75e-265 717 EEE2002201.1 EEE2002201.1 100 150 0 0 1 150 1 150 2.93e-110 308 EEE2002201.1 WP_028393295.1 41.9 62 34 1 1 60 2 63 2.16e-10 52.0 GFT96598.1 GFT96598.1 100 576 0 0 1 576 1 576 0.0 1109 WP_251111556.1 WP_251111556.1 100 311 0 0 1 311 1 311 2.86e-224 609 KAI9193803.1 KAI9193803.1 100 193 0 0 1 193 1 193 4.52e-135 374 OAQ80483.1 OAQ80483.1 100 327 0 0 1 327 1 327 3.55e-242 656 MCK4996050.1 MCK4996050.1 100 374 0 0 1 374 1 374 6.80e-282 760 MCK4996050.1 TDR34929.1 44.3 334 176 4 40 366 18 348 9.18e-100 298 WP_190461229.1 WP_190461229.1 100 158 0 0 1 158 1 158 4.98e-115 320 WP_083296738.1 WP_083296738.1 100 362 0 0 1 362 1 362 1.11e-274 741 WP_083296738.1 MBF0865514.1 58.6 307 127 0 24 330 15 321 3.07e-128 370 WP_083296738.1 WP_057452934.1 57.8 306 129 0 24 329 13 318 2.85e-125 362 WP_083296738.1 WP_040532466.1 49.8 307 153 1 24 329 8 314 3.71e-105 311 OPL17692.1 OPL17692.1 100 343 0 0 1 343 1 343 6.04e-258 697 WP_248328072.1 WP_248328072.1 100 418 0 0 1 418 1 418 1.48e-296 801 WP_248328072.1 OYY81277.1 28.6 276 190 4 18 289 5 277 1.20e-30 117 WP_248328072.1 WP_200543170.1 35.2 105 56 3 118 211 585 688 1.37e-07 52.0 WP_105160947.1 WP_105160947.1 100 622 0 0 1 622 1 622 0.0 1184 WP_105160947.1 WP_173040157.1 31.1 592 360 9 18 600 20 572 1.83e-79 261 WP_105160947.1 OQA35671.1 31.1 608 382 13 5 593 3 592 4.46e-67 229 WP_105160947.1 MCH5231772.1 30.2 543 346 13 6 530 4 531 2.74e-62 214 WP_105160947.1 WP_041710957.1 26.0 553 309 10 7 527 7 491 4.03e-45 167 WP_105160947.1 MYD56339.1 36.6 186 114 3 337 522 27 208 1.24e-24 103 WP_105160947.1 WP_089095302.1 34.0 238 109 8 14 242 325 523 3.06e-20 93.2 WP_105160947.1 WP_281543397.1 24.4 234 136 8 332 540 5 222 4.90e-11 62.4 WP_105160947.1 WP_014657023.1 29.3 208 130 7 347 539 34 239 6.79e-10 60.1 WP_105160947.1 WP_088153117.1 28.8 191 103 6 347 512 29 211 4.08e-07 50.8 WP_105160947.1 WP_221265680.1 25.9 193 100 4 6 187 22 182 5.91e-06 47.0 WP_105160947.1 THW78755.1 30.8 143 89 4 332 469 484 621 8.53e-06 47.4 HHZ84751.1 HHZ84751.1 100 345 0 0 1 345 1 345 6.77e-256 692 HHZ84751.1 WP_265272113.1 30.7 342 205 5 1 336 1 316 3.63e-37 135 HHZ84751.1 WP_267861425.1 28.0 343 199 12 1 333 1 305 1.45e-24 100 HHZ84751.1 WP_014217999.1 26.7 337 201 13 5 333 8 306 1.87e-18 83.2 HHZ84751.1 EXK83554.1 25.0 320 180 12 39 336 42 323 7.06e-13 67.0 WP_059149453.1 WP_059149453.1 100 137 0 0 1 137 1 137 5.24e-100 281 KAG0047764.1 KAG0047764.1 100 872 0 0 1 872 1 872 0.0 1749 CSP94261.1 CSP94261.1 100 263 0 0 1 263 1 263 4.48e-197 536 CSP94261.1 NNE87648.1 36.2 221 125 5 17 223 4 222 7.26e-33 123 WP_249310236.1 WP_249310236.1 100 111 0 0 1 111 1 111 4.55e-84 238 XP_025923156.1 XP_025923156.1 100 505 0 0 1 505 1 505 0.0 900 WP_255691273.1 WP_255691273.1 100 579 0 0 1 579 1 579 6.99e-312 853 SDI37994.1 SDI37994.1 100 106 0 0 1 106 1 106 2.93e-71 206 WP_035109232.1 WP_035109232.1 100 73 0 0 1 73 1 73 4.80e-46 139 KAJ6253787.1 KAJ6253787.1 100 485 0 0 1 485 1 485 0.0 958 QZU16279.1 QZU16279.1 100 7096 0 0 1 7096 1 7096 0.0 14112 QZU16279.1 UBD95131.1 99.6 7096 28 0 1 7096 1 7096 0.0 14105 QZU16279.1 UEC52718.1 99.6 7096 31 0 1 7096 1 7096 0.0 14098 QZU16279.1 QWC83326.1 99.5 7096 39 0 1 7096 1 7096 0.0 14084 QZU16279.1 UBP50947.1 99.4 7096 40 0 1 7096 1 7096 0.0 14082 QZU16279.1 WEU87158.1 99.4 7096 41 0 1 7096 1 7096 0.0 14078 QZU16279.1 QSZ25555.1 99.4 7096 43 0 1 7096 1 7096 0.0 14077 QZU16279.1 QVD87869.1 99.4 7096 42 1 1 7096 1 7093 0.0 14067 QZU16279.1 UMF87224.1 99.0 7096 64 2 1 7096 1 7092 0.0 14057 QZU16279.1 UZO53924.1 99.3 7096 47 1 1 7096 1 7093 0.0 14055 QZU16279.1 UVB16817.1 99.3 7096 46 1 1 7096 1 7093 0.0 14055 QZU16279.1 URQ55824.1 99.3 7096 47 1 1 7096 1 7093 0.0 14055 QZU16279.1 UIR12670.1 99.0 7096 67 2 1 7096 1 7092 0.0 14002 QZU16279.1 UBR86455.1 98.8 7095 88 0 2 7096 1 7095 0.0 13962 QZU16279.1 UPA83906.1 98.7 7096 85 2 1 7096 1 7092 0.0 13960 QZU16279.1 UCP72061.1 98.5 7096 105 0 1 7096 1 7096 0.0 13922 QZU16279.1 UCP77012.1 98.5 7096 108 0 1 7096 1 7096 0.0 13917 QZU16279.1 UXX67934.1 98.3 7096 115 1 1 7096 1 7093 0.0 13894 QZU16279.1 UKN67998.1 97.9 7076 146 2 21 7096 1 7072 0.0 13773 QZU16279.1 WHE12941.1 97.8 7070 156 1 27 7096 1 7067 0.0 13746 QZU16279.1 UGA79226.1 97.2 7096 197 0 1 7096 1 7096 0.0 13714 QZU16279.1 UAQ80067.1 97.0 7096 214 0 1 7096 1 7096 0.0 13659 QZU16279.1 UJT06733.1 95.9 7096 290 2 1 7096 1 7092 0.0 13453 QZU16279.1 UVI10561.1 95.9 7069 288 1 28 7096 1 7066 0.0 13431 QZU16279.1 UOU30556.1 94.5 7096 390 1 1 7096 1 7093 0.0 13223 QZU16279.1 UMA88644.1 91.3 7075 610 2 22 7096 1 7071 0.0 12649 QZU16279.1 WAS49087.1 90.1 7096 702 1 1 7096 1 7093 0.0 12450 QZU16279.1 WGP98278.1 85.3 7096 1045 0 1 7096 1 7096 0.0 11585 QZU16279.1 UFM00670.1 99.9 4401 5 0 1 4401 1 4401 0.0 8641 QZU16279.1 UEC68750.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 QZU16279.1 UHM53165.1 99.9 4401 5 0 1 4401 1 4401 0.0 8636 QZU16279.1 UFM02602.1 99.9 4401 5 0 1 4401 1 4401 0.0 8635 QZU16279.1 QTD03487.1 99.8 4401 11 0 1 4401 1 4401 0.0 8631 QZU16279.1 UBL45068.1 99.8 4401 11 0 1 4401 1 4401 0.0 8624 QZU16279.1 QXR94354.1 99.7 4401 12 1 1 4401 1 4398 0.0 8615 QZU16279.1 QTM79632.1 99.6 4401 15 1 1 4401 1 4398 0.0 8613 QZU16279.1 ULA23837.2 99.6 4401 13 2 1 4401 1 4397 0.0 8609 QZU16279.1 QTZ27226.1 99.5 4401 17 1 1 4401 1 4398 0.0 8608 QZU16279.1 UPP41269.1 99.6 4401 15 1 1 4401 1 4398 0.0 8607 QZU16279.1 UXH94526.1 99.6 4401 14 2 1 4401 1 4397 0.0 8605 QZU16279.1 USR14792.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 QZU16279.1 UKU68032.1 99.3 4401 27 2 1 4401 1 4397 0.0 8577 QZU16279.1 UJV88611.1 97.7 4401 99 2 1 4401 1 4397 0.0 8414 QZU16279.1 UJJ97602.1 97.5 4401 105 2 1 4401 1 4397 0.0 8398 QZU16279.1 UJS94137.1 98.7 4296 53 2 106 4401 1 4292 0.0 8306 QZU16279.1 ULB83374.1 96.4 4401 153 2 1 4401 1 4397 0.0 8279 QZU16279.1 UGB98301.1 94.5 4401 244 0 1 4401 1 4401 0.0 8066 QZU16279.1 QRX02582.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 QZU16279.1 UFA30503.1 93.6 4340 278 0 27 4366 1 4340 0.0 7856 QZU16279.1 WGP70063.1 92.4 4369 333 0 1 4369 1 4369 0.0 7788 QZU16279.1 UNI03201.1 91.6 4375 365 1 27 4401 1 4374 0.0 7729 QZU16279.1 WEI27974.1 91.2 4401 385 1 1 4401 1 4398 0.0 7727 QZU16279.1 UEX07109.1 88.1 4375 522 0 27 4401 1 4375 0.0 7376 QZU16279.1 URP80785.1 82.5 4374 761 1 28 4401 1 4371 0.0 6770 QZU16279.1 UYE49180.1 76.9 4401 1012 1 1 4401 1 4398 0.0 6210 QZU16279.1 UPB00876.1 76.5 4374 1026 1 28 4401 1 4371 0.0 6170 QZU16279.1 WGQ72821.1 67.6 4344 1406 0 26 4369 1 4344 0.0 5141 WP_106735761.1 WP_106735761.1 100 350 0 0 1 350 1 350 1.10e-268 725 WP_106735761.1 WP_004185621.1 88.2 348 41 0 3 350 5 352 4.43e-239 650 MBS8550192.1 MBS8550192.1 100 203 0 0 1 203 1 203 8.74e-147 404 UPA83906.1 UPA83906.1 100 7092 0 0 1 7092 1 7092 0.0 14059 UPA83906.1 UMF87224.1 99.0 7092 69 0 1 7092 1 7092 0.0 14047 UPA83906.1 QWC83326.1 99.2 7096 55 2 1 7092 1 7096 0.0 14032 UPA83906.1 QVD87869.1 99.2 7093 59 1 1 7092 1 7093 0.0 14030 UPA83906.1 WEU87158.1 99.1 7096 57 2 1 7092 1 7096 0.0 14027 UPA83906.1 UZO53924.1 99.1 7093 60 1 1 7092 1 7093 0.0 14027 UPA83906.1 UVB16817.1 99.2 7093 59 1 1 7092 1 7093 0.0 14026 UPA83906.1 URQ55824.1 99.1 7093 60 1 1 7092 1 7093 0.0 14026 UPA83906.1 QSZ25555.1 99.1 7096 59 2 1 7092 1 7096 0.0 14026 UPA83906.1 UBP50947.1 99.1 7096 60 2 1 7092 1 7096 0.0 14020 UPA83906.1 UBD95131.1 99.1 7096 61 2 1 7092 1 7096 0.0 14017 UPA83906.1 UEC52718.1 99.0 7096 64 2 1 7092 1 7096 0.0 14010 UPA83906.1 UIR12670.1 99.0 7092 73 0 1 7092 1 7092 0.0 13991 UPA83906.1 QZU16279.1 98.7 7096 85 2 1 7092 1 7096 0.0 13960 UPA83906.1 UBR86455.1 98.3 7095 114 2 2 7092 1 7095 0.0 13885 UPA83906.1 UXX67934.1 98.2 7093 128 1 1 7092 1 7093 0.0 13865 UPA83906.1 UCP72061.1 98.0 7096 137 2 1 7092 1 7096 0.0 13837 UPA83906.1 UCP77012.1 98.0 7096 139 2 1 7092 1 7096 0.0 13835 UPA83906.1 UKN67998.1 97.9 7072 152 0 21 7092 1 7072 0.0 13762 UPA83906.1 WHE12941.1 97.6 7067 171 1 27 7092 1 7067 0.0 13714 UPA83906.1 UGA79226.1 97.2 7096 198 2 1 7092 1 7096 0.0 13678 UPA83906.1 UAQ80067.1 97.0 7096 211 2 1 7092 1 7096 0.0 13612 UPA83906.1 UJT06733.1 95.8 7092 295 0 1 7092 1 7092 0.0 13442 UPA83906.1 UVI10561.1 95.7 7066 302 1 28 7092 1 7066 0.0 13403 UPA83906.1 UOU30556.1 95.1 7093 350 1 1 7092 1 7093 0.0 13258 UPA83906.1 UMA88644.1 91.7 7071 586 0 22 7092 1 7071 0.0 12674 UPA83906.1 WAS49087.1 89.9 7093 715 1 1 7092 1 7093 0.0 12421 UPA83906.1 WGP98278.1 85.5 7096 1023 2 1 7092 1 7096 0.0 11577 UPA83906.1 ULA23837.2 99.9 4397 6 0 1 4397 1 4397 0.0 8629 UPA83906.1 UXH94526.1 99.8 4397 7 0 1 4397 1 4397 0.0 8625 UPA83906.1 QTD03487.1 99.6 4401 15 2 1 4397 1 4401 0.0 8609 UPA83906.1 QXR94354.1 99.6 4398 16 1 1 4397 1 4398 0.0 8608 UPA83906.1 UPP41269.1 99.6 4398 17 1 1 4397 1 4398 0.0 8608 UPA83906.1 QTM79632.1 99.5 4398 19 1 1 4397 1 4398 0.0 8606 UPA83906.1 USR14792.1 99.6 4398 18 1 1 4397 1 4398 0.0 8605 UPA83906.1 QTZ27226.1 99.5 4398 21 1 1 4397 1 4398 0.0 8601 UPA83906.1 UFM00670.1 99.5 4401 18 2 1 4397 1 4401 0.0 8599 UPA83906.1 UKU68032.1 99.5 4397 20 0 1 4397 1 4397 0.0 8597 UPA83906.1 UEC68750.1 99.5 4401 18 2 1 4397 1 4401 0.0 8597 UPA83906.1 UHM53165.1 99.5 4401 18 2 1 4397 1 4401 0.0 8594 UPA83906.1 UFM02602.1 99.5 4401 18 2 1 4397 1 4401 0.0 8594 UPA83906.1 UBL45068.1 99.5 4401 18 2 1 4397 1 4401 0.0 8592 UPA83906.1 UJV88611.1 97.9 4397 92 0 1 4397 1 4397 0.0 8435 UPA83906.1 UJJ97602.1 97.8 4397 98 0 1 4397 1 4397 0.0 8418 UPA83906.1 UJS94137.1 98.9 4292 46 0 106 4397 1 4292 0.0 8327 UPA83906.1 ULB83374.1 96.7 4397 146 0 1 4397 1 4397 0.0 8299 UPA83906.1 UGB98301.1 94.1 4401 256 2 1 4397 1 4401 0.0 8027 UPA83906.1 QRX02582.1 99.7 4098 9 2 1 4094 1 4098 0.0 7999 UPA83906.1 UFA30503.1 93.3 4340 287 2 27 4362 1 4340 0.0 7823 UPA83906.1 WGP70063.1 92.3 4369 334 2 1 4365 1 4369 0.0 7771 UPA83906.1 WEI27974.1 91.2 4398 388 1 1 4397 1 4398 0.0 7724 UPA83906.1 UNI03201.1 91.4 4374 373 2 27 4397 1 4374 0.0 7703 UPA83906.1 UEX07109.1 87.8 4375 531 2 27 4397 1 4375 0.0 7342 UPA83906.1 URP80785.1 82.7 4371 756 1 28 4397 1 4371 0.0 6774 UPA83906.1 UYE49180.1 77.1 4398 1008 1 1 4397 1 4398 0.0 6214 UPA83906.1 UPB00876.1 76.5 4371 1027 1 28 4397 1 4371 0.0 6168 UPA83906.1 WGQ72821.1 67.5 4344 1406 2 26 4365 1 4344 0.0 5126 WP_004208647.1 WP_004208647.1 100 232 0 0 1 232 1 232 6.35e-177 483 WP_004208647.1 WP_091733714.1 40.8 238 132 3 1 230 1 237 1.06e-56 179 WP_004208647.1 WP_154541351.1 36.6 82 48 2 46 123 44 125 2.57e-12 63.2 WP_053816212.1 WP_053816212.1 100 471 0 0 1 471 1 471 0.0 875 HCI22783.1 HCI22783.1 100 287 0 0 1 287 1 287 4.63e-202 551 WP_116701099.1 WP_116701099.1 100 310 0 0 1 310 1 310 7.90e-226 613 WP_116701099.1 WP_058635033.1 34.8 282 173 5 34 309 31 307 6.66e-45 154 WP_116701099.1 WP_059510827.1 34.7 248 152 5 45 285 36 280 1.24e-42 147 WP_116701099.1 WP_251874466.1 34.9 255 157 5 36 285 34 284 2.92e-41 144 WP_116701099.1 WP_234306850.1 37.3 241 141 7 49 285 46 280 1.54e-38 136 WP_116701099.1 MBC99785.1 34.3 233 133 4 70 285 63 292 1.79e-33 123 YP_009919788.1 YP_009919788.1 100 128 0 0 1 128 1 128 6.82e-85 242 WP_004660460.1 WP_004660460.1 100 436 0 0 1 436 1 436 0.0 868 WP_004727834.1 WP_004727834.1 100 183 0 0 1 183 1 183 7.35e-136 375 GFX07062.1 GFX07062.1 100 164 0 0 1 164 1 164 1.21e-118 330 NXG47881.1 NXG47881.1 100 543 0 0 1 543 1 543 0.0 1040 NXG47881.1 WP_164588414.1 22.9 559 333 20 7 524 22 523 1.38e-10 62.0 WP_110984669.1 WP_110984669.1 100 387 0 0 1 387 1 387 4.09e-260 706 WP_050342552.1 WP_050342552.1 100 405 0 0 1 405 1 405 4.46e-305 822 WP_266708839.1 WP_266708839.1 100 531 0 0 1 531 1 531 0.0 1013 WP_266708839.1 CAE6472910.1 30.1 502 278 17 93 529 52 545 3.99e-39 149 WP_274323930.1 WP_274323930.1 100 114 0 0 1 114 1 114 4.17e-77 221 WP_133448963.1 WP_133448963.1 100 171 0 0 1 171 1 171 1.63e-57 176 WP_044459070.1 WP_044459070.1 100 197 0 0 1 197 1 197 3.32e-148 407 MBZ0271896.1 MBZ0271896.1 100 184 0 0 1 184 1 184 9.99e-130 360 MBZ0271896.1 MBQ6488280.1 34.1 88 58 0 9 96 4 91 1.13e-12 61.6 KAF2871612.1 KAF2871612.1 100 97 0 0 1 97 1 97 2.43e-68 197 OGF51096.1 OGF51096.1 100 116 0 0 1 116 1 116 2.89e-77 232 KAA0015115.1 KAA0015115.1 100 326 0 0 1 326 1 326 6.91e-244 660 KAA0015115.1 MBU2271834.1 30.5 282 183 9 23 294 4 282 1.54e-28 110 MCD6081740.1 MCD6081740.1 100 173 0 0 1 173 1 173 2.60e-131 363 WP_074527819.1 WP_074527819.1 100 600 0 0 1 600 1 600 0.0 1170 WP_074527819.1 WP_109267392.1 41.0 568 327 6 27 594 24 583 2.07e-131 396 WP_074527819.1 KAH8780162.1 31.6 187 107 7 58 225 69 253 9.23e-08 53.1 WP_108511015.1 WP_108511015.1 100 335 0 0 1 335 1 335 1.54e-231 630 WP_108511015.1 MBI2506024.1 29.8 208 129 7 12 208 52 253 3.57e-10 58.9 WP_167197999.1 WP_167197999.1 100 79 0 0 1 79 1 79 5.55e-50 150 QDH16072.1 QDH16072.1 100 180 0 0 1 180 1 180 1.13e-133 369 QDH16072.1 WP_005710284.1 49.6 123 58 1 34 156 30 148 1.94e-35 120 NGP45824.1 NGP45824.1 100 247 0 0 1 247 1 247 3.92e-174 477 NGP45824.1 WP_113851760.1 43.5 237 122 6 13 242 11 242 1.39e-53 171 NGP45824.1 WP_282979415.1 37.8 241 146 3 2 238 76 316 1.43e-51 169 NGP45824.1 MBQ6815353.1 37.6 197 109 5 48 241 80 265 4.62e-28 106 MCB9315714.1 MCB9315714.1 100 213 0 0 1 213 1 213 6.03e-143 395 MCB9315714.1 WP_254972748.1 35.9 103 65 1 111 213 852 953 1.64e-14 70.1 WP_165144904.1 WP_165144904.1 100 291 0 0 1 291 1 291 3.17e-211 575 WP_165144904.1 URJ46333.1 29.2 281 177 5 3 280 6 267 1.07e-24 98.6 GLC62462.1 GLC62462.1 100 179 0 0 1 179 1 179 3.50e-123 343 WP_068051662.1 WP_068051662.1 100 543 0 0 1 543 1 543 0.0 1108 WP_068051662.1 WP_098279309.1 42.3 532 293 7 5 528 2 527 5.65e-148 434 WP_068051662.1 WP_112119927.1 25.7 499 307 15 40 532 28 468 7.83e-41 152 WP_068051662.1 NQW84129.1 25.7 510 337 15 37 529 65 549 6.55e-39 148 WP_068051662.1 WP_254101325.1 25.9 544 314 17 39 528 107 615 9.80e-29 119 WP_068051662.1 MBF2759673.1 25.1 565 322 22 39 528 185 723 9.10e-21 94.7 KFZ09473.1 KFZ09473.1 100 262 0 0 1 262 1 262 2.47e-189 517 MCF8452598.1 MCF8452598.1 100 376 0 0 1 376 1 376 3.42e-267 723 WP_179243590.1 WP_179243590.1 100 317 0 0 1 317 1 317 8.08e-218 593 WP_179243590.1 WP_257777211.1 44.6 312 154 5 2 306 18 317 5.89e-73 226 UBY01598.1 UBY01598.1 100 118 0 0 1 118 1 118 1.24e-55 167 PBN43802.1 PBN43802.1 100 481 0 0 1 481 1 481 0.0 969 PBN43802.1 WP_202659240.1 35.1 271 155 9 175 439 46 301 9.49e-36 133 PBN43802.1 WP_045257206.1 33.1 314 189 10 138 445 4 302 4.03e-34 129 PBN43802.1 KAJ9293589.1 29.3 256 137 10 211 437 1 241 7.26e-19 84.7 UNP61785.1 UNP61785.1 100 493 0 0 1 493 1 493 0.0 1003 UNP61785.1 AHM93900.1 46.6 504 253 7 2 493 169 668 1.86e-162 474 MBI3778926.1 MBI3778926.1 100 207 0 0 1 207 1 207 2.41e-155 426 WP_055947144.1 WP_055947144.1 100 214 0 0 1 214 1 214 4.70e-136 378 EHW4033744.1 EHW4033744.1 100 206 0 0 1 206 1 206 1.84e-154 424 MCA9004139.1 MCA9004139.1 100 161 0 0 1 161 1 161 1.31e-116 325 MBM3534697.1 MBM3534697.1 100 719 0 0 1 719 1 719 0.0 1395 MBM3534697.1 WP_222322625.1 27.5 364 221 11 216 544 7 362 6.42e-18 85.9 MCE2152122.1 MCE2152122.1 100 184 0 0 1 184 1 184 4.59e-135 373 MCE2152122.1 MBM3701396.1 41.5 183 100 1 1 176 1 183 3.08e-48 154 MCE2152122.1 MBT3228703.1 28.9 114 80 1 67 180 77 189 1.26e-08 51.6 WP_090467430.1 WP_090467430.1 100 206 0 0 1 206 1 206 8.11e-158 432 EHR8930749.1 EHR8930749.1 100 170 0 0 1 170 1 170 2.70e-118 330 KOR85988.1 KOR85988.1 100 585 0 0 1 585 1 585 0.0 1087 KOR85988.1 WP_203727943.1 29.7 390 255 7 18 401 10 386 1.09e-33 134 KOR85988.1 MCD6173453.1 28.6 325 185 6 10 312 7 306 1.40e-33 128 KOR85988.1 WP_178999808.1 22.0 558 392 12 6 533 21 565 4.80e-28 117 WP_264950959.1 WP_264950959.1 100 767 0 0 1 767 1 767 0.0 1521 WP_264950959.1 PKB44918.1 24.7 292 193 7 31 298 128 416 2.21e-14 75.5 WP_238975975.1 WP_238975975.1 100 523 0 0 1 523 1 523 0.0 1015 WP_212282141.1 WP_212282141.1 100 83 0 0 1 83 1 83 3.85e-57 169 EAQ06730.1 EAQ06730.1 100 265 0 0 1 265 1 265 3.39e-193 527 WP_236248745.1 WP_236248745.1 100 136 0 0 1 136 1 136 6.91e-100 280 EFX4914003.1 EFX4914003.1 100 239 0 0 1 239 1 239 3.04e-192 522 EFL6071320.1 EFL6071320.1 100 365 0 0 1 365 1 365 2.00e-274 741 EFL6071320.1 WP_261281372.1 30.0 410 202 17 8 359 25 407 1.53e-33 127 MOY08337.1 MOY08337.1 100 14 0 0 1 14 1 14 3.18e-08 40.4 WP_123363258.1 WP_123363258.1 100 212 0 0 1 212 1 212 1.28e-148 410 WP_123363258.1 WP_065148066.1 52.1 192 79 4 28 209 34 222 7.34e-60 186 GIS82389.1 GIS82389.1 100 80 0 0 1 80 1 80 1.91e-55 164 XP_040342838.1 XP_040342838.1 100 1353 0 0 1 1353 1 1353 0.0 2348 AFA35617.1 AFA35617.1 100 215 0 0 1 215 1 215 2.30e-157 432 NQJ73193.1 NQJ73193.1 100 272 0 0 1 272 1 272 7.81e-182 499 XP_026829212.1 XP_026829212.1 100 2695 0 0 1 2695 1 2695 0.0 4410 KAI1358894.1 KAI1358894.1 100 525 0 0 1 525 1 525 0.0 1049 WP_024870391.1 WP_024870391.1 100 323 0 0 1 323 1 323 1.14e-236 642 EAI2381694.1 EAI2381694.1 100 96 0 0 1 96 1 96 1.86e-67 195 EAI2381694.1 MBW1731384.1 29.2 65 45 1 12 76 14 77 9.44e-08 44.7 WP_167263015.1 WP_167263015.1 100 369 0 0 1 369 1 369 1.98e-267 723 WP_167263015.1 MBQ1771956.1 42.1 368 203 5 1 366 7 366 4.77e-85 261 WP_167263015.1 MBC5824559.1 32.6 350 229 3 1 347 1 346 1.12e-51 174 WP_222168304.1 WP_222168304.1 100 845 0 0 1 845 1 845 0.0 1688 WP_222168304.1 WP_242685612.1 29.5 834 532 25 31 843 38 836 3.78e-86 291 WP_222168304.1 WP_202291019.1 28.3 860 548 29 12 842 16 835 1.39e-80 275 WP_222168304.1 ECD4982842.1 28.2 844 543 26 16 826 18 831 7.35e-76 263 WP_222168304.1 EBS3704194.1 27.9 841 549 25 16 826 18 831 7.35e-76 263 WP_222168304.1 WP_237762402.1 34.0 529 321 13 7 520 1 516 3.35e-72 248 WP_221265680.1 WP_221265680.1 100 327 0 0 1 327 1 327 3.60e-226 615 WP_221265680.1 WP_084371009.1 37.8 217 134 1 20 236 3 218 6.35e-44 151 WP_221265680.1 WP_281543397.1 41.7 192 111 1 35 226 5 195 5.64e-41 143 WP_221265680.1 WP_152652784.1 33.6 223 147 1 25 247 11 232 1.05e-35 129 WP_221265680.1 MSO30570.1 34.4 221 143 2 15 234 3 222 6.91e-34 125 WP_221265680.1 EHR6291555.1 32.4 210 141 1 19 228 329 537 1.79e-29 116 WP_221265680.1 WP_192500494.1 28.6 217 147 4 20 233 3 214 1.94e-25 102 WP_221265680.1 WP_250499463.1 29.6 226 147 6 14 228 3 227 1.65e-20 87.0 WP_221265680.1 WP_132175930.1 28.8 264 175 5 25 280 33 291 2.11e-20 88.6 WP_221265680.1 NVM03966.1 27.6 192 134 2 35 226 38 224 2.74e-18 82.4 WP_221265680.1 WP_089246429.1 30.3 221 143 4 25 234 10 230 1.94e-16 78.2 WP_221265680.1 WP_131166802.1 29.2 240 149 6 17 235 3 242 8.16e-16 75.5 WP_221265680.1 WP_150396769.1 28.6 213 141 4 27 228 281 493 2.05e-15 75.1 WP_221265680.1 WP_011512097.1 32.8 174 106 5 30 195 356 526 7.50e-14 70.5 WP_221265680.1 WAY96880.1 28.0 157 106 4 32 182 2 157 7.95e-09 53.1 WP_221265680.1 KAI9191373.1 26.8 179 121 5 34 206 412 586 8.90e-09 55.1 WP_221265680.1 WP_105160947.1 25.7 183 113 2 22 182 6 187 1.27e-05 45.1 WP_087199737.1 WP_087199737.1 100 613 0 0 1 613 1 613 0.0 1220 WP_087199737.1 WP_267918242.1 22.1 520 294 17 97 572 96 548 2.80e-12 67.8 HAI0697239.1 HAI0697239.1 100 795 0 0 1 795 1 795 0.0 1565 HAI0697239.1 MBP6132529.1 46.6 796 419 2 1 794 1 792 5.32e-239 686 WP_039190453.1 WP_039190453.1 100 457 0 0 1 457 1 457 1.08e-311 843 WP_039190453.1 EMS62928.1 40.8 316 186 1 139 454 93 407 2.89e-77 245 WP_039190453.1 MBR1628375.1 25.1 283 191 7 133 411 4 269 6.95e-19 85.5 WP_039190453.1 MBY0286260.1 45.5 88 47 1 4 91 3 89 1.47e-15 76.6 WP_039190453.1 WP_267292626.1 40.0 95 52 3 1 95 1 90 9.07e-10 58.9 WP_268285128.1 WP_268285128.1 100 408 0 0 1 408 1 408 2.68e-303 817 WP_268285128.1 WP_016809838.1 28.3 265 157 6 10 274 2 233 8.09e-18 82.4 WP_223360106.1 WP_223360106.1 100 402 0 0 1 402 1 402 2.82e-270 733 OUR78726.1 OUR78726.1 100 102 0 0 1 102 1 102 7.62e-72 207 NIP79453.1 NIP79453.1 100 86 0 0 1 86 1 86 5.26e-58 171 NIP79453.1 WP_024330540.1 44.3 88 47 2 1 86 139 226 1.31e-17 73.9 XP_008332845.1 XP_008332845.1 100 531 0 0 1 531 1 531 0.0 1073 TQD74562.1 TQD74562.1 100 219 0 0 1 219 1 219 4.45e-157 432 MCL4381067.1 MCL4381067.1 100 126 0 0 1 126 1 126 1.14e-91 259 WP_091276063.1 WP_091276063.1 100 45 0 0 1 45 1 45 1.44e-26 88.6 WP_091276063.1 NXE29491.1 56.4 39 17 0 6 44 19 57 1.88e-06 38.1 PDM41204.1 PDM41204.1 100 661 0 0 1 661 1 661 0.0 1237 WP_205448866.1 WP_205448866.1 100 350 0 0 1 350 1 350 9.43e-270 728 TKJ28570.1 TKJ28570.1 100 213 0 0 1 213 1 213 7.65e-146 403 WP_204037257.1 WP_204037257.1 100 191 0 0 1 191 1 191 9.16e-134 370 WP_204037257.1 MBV8133755.1 39.2 181 105 1 12 187 25 205 4.52e-36 124 WP_204037257.1 MBD7990178.1 40.5 173 98 1 24 191 33 205 4.54e-36 123 TQD99590.1 TQD99590.1 100 189 0 0 1 189 1 189 7.24e-130 360 WP_180130780.1 WP_180130780.1 100 454 0 0 1 454 1 454 6.72e-309 835 WP_254962431.1 WP_254962431.1 100 312 0 0 1 312 1 312 3.03e-240 650 WP_245961518.1 WP_245961518.1 100 60 0 0 1 60 1 60 5.28e-33 105 MBN8919778.1 MBN8919778.1 100 323 0 0 1 323 1 323 2.82e-221 603 PWL92822.1 PWL92822.1 100 121 0 0 1 121 1 121 1.65e-84 240 KFY78659.1 KFY78659.1 100 981 0 0 1 981 1 981 0.0 1777 WP_079619859.1 WP_079619859.1 100 344 0 0 1 344 1 344 3.47e-253 685 PLX13828.1 PLX13828.1 100 157 0 0 1 157 1 157 5.84e-118 328 MBW1714133.1 MBW1714133.1 100 163 0 0 1 163 1 163 2.44e-113 317 ENF92344.1 ENF92344.1 100 292 0 0 1 292 1 292 1.00e-228 619 ENF92344.1 WP_117077319.1 84.3 153 24 0 2 154 4 156 1.50e-99 287 ENF92344.1 WP_240732162.1 30.5 105 61 3 171 268 2 101 3.98e-08 49.3 WP_258515841.1 WP_258515841.1 100 81 0 0 1 81 1 81 7.41e-58 170 ECP6736894.1 ECP6736894.1 100 344 0 0 1 344 1 344 1.16e-251 681 ECP6736894.1 EFS8130303.1 95.3 344 16 0 1 344 1 344 1.30e-240 659 ECP6736894.1 PJQ02245.1 31.5 317 204 6 38 344 47 360 1.05e-43 157 ECP6736894.1 EJA9392162.1 36.8 144 84 2 208 344 9 152 3.33e-23 95.5 ECP6736894.1 EAL1671435.1 38.8 116 66 2 234 344 1 116 1.17e-17 81.6 ECP6736894.1 WP_181244664.1 40.0 70 40 1 228 295 191 260 3.22e-06 46.6 WP_006034446.1 WP_006034446.1 100 312 0 0 1 312 1 312 6.05e-231 626 WP_006034446.1 WP_200047810.1 29.8 228 159 1 82 308 93 320 1.47e-24 99.8 WP_106759541.1 WP_106759541.1 100 415 0 0 1 415 1 415 7.38e-300 809 WP_204663166.1 WP_204663166.1 100 253 0 0 1 253 1 253 2.17e-174 478 MBJ7292067.1 MBJ7292067.1 100 264 0 0 1 264 1 264 1.01e-189 518 MBJ7292067.1 MCF8709434.1 43.5 260 139 5 8 264 15 269 4.80e-54 174 WP_086486287.1 WP_086486287.1 100 133 0 0 1 133 1 133 6.45e-90 255 EHH4366918.1 EHH4366918.1 100 317 0 0 1 317 1 317 3.39e-235 637 WP_282689626.1 WP_282689626.1 100 270 0 0 1 270 1 270 1.45e-201 548 WP_282689626.1 WP_065073385.1 29.4 126 75 2 82 207 49 160 1.96e-09 55.5 KAJ1529594.1 KAJ1529594.1 100 148 0 0 1 148 1 148 4.32e-93 264 KAJ1529594.1 AAV84242.1 63.6 143 51 1 7 148 2 144 1.01e-58 177 WP_055337992.1 WP_055337992.1 100 386 0 0 1 386 1 386 8.63e-282 761 WP_055337992.1 WP_019444443.1 65.2 322 112 0 65 386 2 323 1.13e-155 439 WP_055337992.1 MBL6847974.1 40.4 381 218 4 11 386 12 388 2.65e-96 291 WP_055337992.1 WP_019585553.1 33.1 338 219 5 31 363 43 378 2.12e-45 159 WP_055337992.1 MCH8312862.1 26.7 322 212 8 36 350 19 323 4.56e-25 103 WP_055337992.1 RYZ40664.1 26.2 363 238 11 2 349 9 356 1.74e-17 81.6 XP_040136988.1 XP_040136988.1 100 507 0 0 1 507 1 507 0.0 934 WP_060933343.1 WP_060933343.1 100 110 0 0 1 110 1 110 2.76e-80 229 WP_258380998.1 WP_258380998.1 100 239 0 0 1 239 1 239 1.13e-169 465 MCB1338306.1 MCB1338306.1 100 225 0 0 1 225 1 225 2.59e-168 461 WP_038052668.1 WP_038052668.1 100 417 0 0 1 417 1 417 1.12e-295 799 WP_038052668.1 WP_200198809.1 40.0 405 234 4 13 410 14 416 2.23e-89 275 WP_038052668.1 XP_052534275.1 32.3 504 242 12 6 416 105 602 1.61e-61 207 WP_116619797.1 WP_116619797.1 100 122 0 0 1 122 1 122 2.08e-83 238 WP_105526419.1 WP_105526419.1 100 247 0 0 1 247 1 247 6.23e-171 469 WP_129543374.1 WP_129543374.1 100 168 0 0 1 168 1 168 8.43e-121 336 MBL8820230.1 MBL8820230.1 100 325 0 0 1 325 1 325 7.24e-250 675 MBL8820230.1 RYE89993.1 39.7 310 155 5 28 316 31 329 2.93e-66 209 XP_004869485.1 XP_004869485.1 100 555 0 0 1 555 1 555 1.33e-198 564 WP_248846761.1 WP_248846761.1 100 59 0 0 1 59 1 59 1.57e-38 119 MCP5260845.1 MCP5260845.1 100 567 0 0 1 567 1 567 0.0 1118 MCP5260845.1 WP_180196654.1 52.9 563 252 5 3 564 7 557 3.81e-195 556 WDS37366.1 WDS37366.1 100 532 0 0 1 532 1 532 0.0 1060 WP_238844860.1 WP_238844860.1 100 270 0 0 1 270 1 270 3.73e-213 578 NXY38534.1 NXY38534.1 100 147 0 0 1 147 1 147 3.59e-114 317 NXY38534.1 XP_055254096.1 83.0 112 17 1 7 116 67 178 1.90e-69 206 WP_263072085.1 WP_263072085.1 100 254 0 0 1 254 1 254 9.96e-176 482 MCB1815789.1 MCB1815789.1 100 310 0 0 1 310 1 310 2.36e-227 617 MWR41881.1 MWR41881.1 100 267 0 0 1 267 1 267 1.80e-189 518 MWR41881.1 WP_076409454.1 38.6 236 139 1 29 264 5 234 1.37e-54 178 MWR41881.1 WP_176354145.1 40.2 241 137 2 25 264 2 236 3.57e-53 175 MWR41881.1 WP_011057593.1 37.3 236 142 1 29 264 5 234 5.15e-53 174 MWR41881.1 WP_140480909.1 38.5 226 133 1 39 264 24 243 8.21e-51 169 MWR41881.1 WP_008470196.1 37.7 244 147 4 25 266 5 245 3.42e-50 164 MWR41881.1 WP_170725874.1 39.4 221 128 1 44 264 20 234 3.22e-49 164 MWR41881.1 WP_142133210.1 38.8 224 129 4 44 264 26 244 1.04e-48 160 MWR41881.1 WP_258581409.1 39.4 221 128 1 44 264 19 233 2.63e-48 162 MWR41881.1 WP_237907640.1 37.6 237 142 2 28 264 3 233 1.14e-47 160 MWR41881.1 WP_279984614.1 39.2 227 131 3 44 264 25 250 7.46e-46 153 MWR41881.1 HBO4828144.1 37.9 219 120 2 44 262 30 232 8.17e-43 145 MWR41881.1 WP_077217464.1 38.9 216 118 2 39 249 45 251 5.51e-41 141 MWR41881.1 MBC7326981.1 34.6 234 139 7 44 267 22 251 2.12e-38 133 MWR41881.1 WP_072380563.1 33.9 218 141 3 49 264 22 238 4.82e-38 132 MWR41881.1 WP_107894076.1 34.9 249 142 5 34 262 5 253 1.18e-37 133 MWR41881.1 RUU66461.1 36.3 223 136 5 44 262 106 326 1.68e-37 134 MWR41881.1 WP_158791585.1 33.6 235 140 6 44 267 20 249 3.60e-35 125 MWR41881.1 WP_227059655.1 32.6 261 160 5 18 262 11 271 1.69e-34 129 MWR41881.1 WP_098952357.1 35.1 225 133 4 44 260 31 250 1.30e-33 122 MWR41881.1 WP_066083732.1 31.8 255 153 6 29 262 1 255 2.37e-33 122 MWR41881.1 WP_207918089.1 33.1 248 151 7 26 261 3 247 2.96e-33 120 MWR41881.1 WP_152652784.1 34.9 229 142 3 26 254 3 224 1.01e-32 120 MWR41881.1 OAN53756.1 31.5 232 139 7 49 267 32 256 1.35e-32 118 MWR41881.1 MXP43753.1 29.4 252 158 7 29 267 15 259 1.09e-31 116 MWR41881.1 WP_276362074.1 29.8 242 151 5 29 255 5 242 3.75e-31 114 MWR41881.1 GLY24463.1 30.0 233 153 5 38 260 18 250 2.99e-30 114 MWR41881.1 WP_174822921.1 30.4 237 145 7 44 267 23 252 7.42e-30 111 MWR41881.1 WP_211555180.1 36.6 153 96 1 44 196 19 170 3.91e-26 100 MWR41881.1 WP_071876418.1 29.6 216 138 4 44 252 21 229 5.93e-26 104 MWR41881.1 RLN50561.1 30.7 205 135 3 39 243 655 852 1.69e-25 103 MWR41881.1 WP_036258374.1 32.9 240 132 7 29 253 325 550 5.33e-25 102 MWR41881.1 WP_084371009.1 28.8 243 140 6 3 244 1 211 5.69e-24 96.7 MWR41881.1 MBQ8297564.1 30.8 224 130 7 41 253 347 556 9.75e-23 95.5 MWR41881.1 WAY96880.1 34.2 199 113 5 44 232 5 195 5.36e-21 86.3 MWR41881.1 KAI9191373.1 29.5 224 113 6 41 253 410 599 2.00e-20 89.0 MWR41881.1 EHR6291555.1 29.5 207 139 4 51 257 30 229 1.42e-19 86.3 MWR41881.1 WP_197521413.1 31.1 206 126 4 44 249 22 211 3.40e-19 83.2 MWR41881.1 THW78755.1 28.3 205 130 2 44 248 484 671 1.13e-18 84.0 MWR41881.1 CDZ73727.1 26.8 220 133 4 44 252 17 219 1.78e-12 63.9 XP_044490862.1 XP_044490862.1 100 343 0 0 1 343 1 343 6.18e-203 558 MBM3322720.1 MBM3322720.1 100 343 0 0 1 343 1 343 7.66e-261 704 WP_038440434.1 WP_038440434.1 100 581 0 0 1 581 1 581 0.0 1072 WP_038440434.1 WP_060613079.1 27.2 515 365 7 61 569 69 579 4.44e-45 166 WP_038440434.1 WP_195238978.1 28.7 387 268 6 195 575 343 727 4.98e-42 159 WP_038440434.1 NFD84694.1 21.9 498 365 7 92 575 277 764 1.86e-38 149 WP_038440434.1 WP_011512097.1 29.1 358 243 4 222 569 224 580 1.32e-34 136 WP_038440434.1 MBQ8297564.1 22.4 491 367 5 92 573 89 574 6.92e-30 122 WP_038440434.1 WP_041481207.1 31.6 228 153 2 305 529 305 532 1.02e-29 121 WP_038440434.1 WP_247749043.1 31.1 238 157 3 339 569 361 598 4.80e-28 117 WP_038440434.1 MCH4209672.1 29.5 193 111 5 351 538 398 570 3.23e-15 77.0 WP_038440434.1 WP_142931103.1 29.1 227 128 9 332 542 256 465 3.00e-14 73.6 WP_038440434.1 WP_258581409.1 24.8 226 151 5 334 551 3 217 3.19e-14 72.8 WP_038440434.1 WP_278489123.1 25.8 267 143 9 335 575 6 243 4.62e-14 71.2 WP_038440434.1 WP_098952357.1 27.8 216 143 7 350 555 30 242 7.09e-14 71.2 WP_038440434.1 WP_072380563.1 26.6 248 146 9 335 567 2 228 7.52e-13 67.0 WP_038440434.1 WP_089095302.1 24.5 200 134 6 328 527 308 490 9.11e-10 59.7 WP_038440434.1 WP_150396769.1 36.7 79 48 2 470 546 415 493 2.10e-04 42.4 XP_005087540.1 XP_005087540.1 100 314 0 0 1 314 1 314 2.54e-224 610 XP_005087540.1 XP_042531659.1 42.1 304 176 0 1 304 1 304 8.70e-78 238 XP_005087540.1 XP_054446685.1 41.4 297 174 0 8 304 6 302 9.85e-77 235 XP_005087540.1 XP_034290446.1 41.0 300 176 1 11 309 12 311 7.45e-74 228 XP_005087540.1 XP_012889676.1 40.4 292 174 0 11 302 11 302 1.15e-68 214 XP_005087540.1 XP_002688837.2 37.9 298 185 0 9 306 9 306 3.05e-63 201 XP_005087540.1 AAR19565.1 38.3 222 137 0 64 285 1 222 2.03e-47 157 XP_005087540.1 XP_046298169.1 34.5 290 188 1 11 298 13 302 4.80e-46 156 PKM16736.1 PKM16736.1 100 136 0 0 1 136 1 136 2.81e-90 256 MBG8612140.1 MBG8612140.1 100 366 0 0 1 366 1 366 2.53e-273 738 NLY22703.1 NLY22703.1 100 637 0 0 1 637 1 637 0.0 1251 NLY22703.1 MBL0091585.1 43.8 340 180 5 8 337 57 395 3.61e-78 260 TMH33622.1 TMH33622.1 100 244 0 0 1 244 1 244 2.45e-171 470 TEA36401.1 TEA36401.1 100 49 0 0 1 49 1 49 4.19e-32 102 WP_279029857.1 WP_279029857.1 100 368 0 0 1 368 1 368 2.83e-223 612 XP_037829017.1 XP_037829017.1 100 1195 0 0 1 1195 1 1195 0.0 2305 GBM15324.1 GBM15324.1 100 523 0 0 1 523 1 523 0.0 988 WP_216890540.1 WP_216890540.1 100 425 0 0 1 425 1 425 4.42e-297 803 WP_216890540.1 WP_053743010.1 22.0 418 306 4 13 425 16 418 1.28e-25 106 WP_023955328.1 WP_023955328.1 100 352 0 0 1 352 1 352 4.89e-248 673 WP_023955328.1 WP_029317544.1 30.0 353 230 6 1 343 1 346 5.83e-40 145 WP_023955328.1 WP_219954954.1 22.4 340 254 5 4 340 6 338 2.09e-20 90.1 WP_023955328.1 WP_101606078.1 27.9 348 205 14 11 343 12 328 1.26e-16 79.0 WP_023955328.1 MCF6289355.1 25.2 147 106 2 200 345 51 194 1.99e-08 53.1 EHK9185512.1 EHK9185512.1 100 284 0 0 1 284 1 284 2.96e-217 589 EHK9185512.1 ACA34490.1 31.1 283 161 9 3 275 256 514 6.94e-31 119 WP_236495189.1 WP_236495189.1 100 191 0 0 1 191 1 191 1.35e-135 375 XP_049236752.1 XP_049236752.1 100 825 0 0 1 825 1 825 0.0 1521 XP_049236752.1 AJU61790.1 34.8 489 306 7 6 488 21 502 1.03e-89 293 XP_049236752.1 KAI0064471.1 28.0 492 318 11 27 508 44 509 1.80e-44 166 XP_049236752.1 KAF8901107.1 25.8 476 323 10 10 475 33 488 6.21e-34 135 XP_049236752.1 MCB1412915.1 22.9 166 127 1 65 229 67 232 1.54e-08 56.2 MBO6153462.1 MBO6153462.1 100 65 0 0 1 65 1 65 7.59e-44 133 EAZ93353.1 EAZ93353.1 100 53 0 0 1 53 1 53 1.97e-34 108 TAL78422.1 TAL78422.1 100 262 0 0 1 262 1 262 9.83e-205 556 MBQ9979016.1 MBQ9979016.1 100 367 0 0 1 367 1 367 4.02e-250 679 MBQ9979016.1 WP_049105913.1 52.3 107 48 1 119 222 257 363 3.90e-32 122 MBQ9979016.1 MCP4914981.1 68.6 70 22 0 121 190 146 215 6.26e-25 99.4 MBQ9979016.1 MCH8269832.1 31.7 230 96 7 128 354 158 329 3.03e-16 77.4 WP_232038993.1 WP_232038993.1 100 510 0 0 1 510 1 510 0.0 983 WP_232038993.1 WP_195426888.1 29.2 435 275 8 17 437 10 425 1.95e-42 156 WP_232038993.1 XP_050320449.1 27.0 477 307 13 32 494 33 482 9.01e-38 143 WP_232038993.1 WP_061795322.1 27.1 491 326 13 24 502 33 503 1.78e-35 137 KAF0259695.1 KAF0259695.1 100 212 0 0 1 212 1 212 9.66e-144 397 WP_263011293.1 WP_263011293.1 100 137 0 0 1 137 1 137 1.01e-79 229 WP_153201580.1 WP_153201580.1 100 204 0 0 1 204 1 204 1.07e-152 419 WP_074667553.1 WP_074667553.1 100 335 0 0 1 335 1 335 1.15e-242 658 WP_096443068.1 WP_096443068.1 100 313 0 0 1 313 1 313 5.84e-234 634 WP_096443068.1 MCF8709434.1 33.0 227 124 8 33 256 26 227 6.79e-20 85.9 WP_063378475.1 WP_063378475.1 100 79 0 0 1 79 1 79 4.20e-54 160 WP_211627431.1 WP_211627431.1 100 613 0 0 1 613 1 613 0.0 1217 WP_152029253.1 WP_152029253.1 100 96 0 0 1 96 1 96 6.01e-64 186 MCR5007903.1 MCR5007903.1 100 193 0 0 1 193 1 193 2.08e-140 387 MCR5007903.1 WP_088527814.1 46.8 188 98 2 1 188 1 186 5.82e-55 171 MCR5007903.1 WP_122081718.1 41.1 190 104 4 2 188 4 188 4.55e-40 134 UEX07109.1 UEX07109.1 100 4379 0 0 1 4379 1 4379 0.0 7403 UEX07109.1 UFM00670.1 88.0 4379 525 0 1 4379 27 4405 0.0 7387 UEX07109.1 UEC68750.1 88.0 4379 524 0 1 4379 27 4405 0.0 7387 UEX07109.1 QTD03487.1 87.9 4379 528 0 1 4379 27 4405 0.0 7385 UEX07109.1 QZU16279.1 88.1 4375 522 0 1 4375 27 4401 0.0 7384 UEX07109.1 UBD95131.1 88.1 4375 522 0 1 4375 27 4401 0.0 7383 UEX07109.1 UHM53165.1 88.0 4379 525 0 1 4379 27 4405 0.0 7382 UEX07109.1 UFM02602.1 88.0 4379 525 0 1 4379 27 4405 0.0 7382 UEX07109.1 UBP50947.1 88.0 4375 524 0 1 4375 27 4401 0.0 7379 UEX07109.1 QWC83326.1 88.0 4375 525 0 1 4375 27 4401 0.0 7379 UEX07109.1 UBL45068.1 88.0 4379 527 0 1 4379 27 4405 0.0 7378 UEX07109.1 QSZ25555.1 88.0 4375 527 0 1 4375 27 4401 0.0 7377 UEX07109.1 WEU87158.1 88.0 4375 526 0 1 4375 27 4401 0.0 7376 UEX07109.1 UEC52718.1 88.0 4375 526 0 1 4375 27 4401 0.0 7374 UEX07109.1 QXR94354.1 87.9 4379 528 1 1 4379 27 4402 0.0 7369 UEX07109.1 QTM79632.1 87.8 4379 531 1 1 4379 27 4402 0.0 7367 UEX07109.1 UPP41269.1 87.9 4379 529 1 1 4379 27 4402 0.0 7365 UEX07109.1 ULA23837.2 87.8 4379 529 2 1 4379 27 4401 0.0 7363 UEX07109.1 QTZ27226.1 87.8 4379 533 1 1 4379 27 4402 0.0 7362 UEX07109.1 QVD87869.1 87.9 4375 527 1 1 4375 27 4398 0.0 7362 UEX07109.1 USR14792.1 87.8 4379 530 1 1 4379 27 4402 0.0 7361 UEX07109.1 UIR12670.1 87.9 4375 527 2 1 4375 27 4397 0.0 7360 UEX07109.1 UZO53924.1 87.9 4375 528 1 1 4375 27 4398 0.0 7359 UEX07109.1 UKN67998.1 87.8 4375 528 2 1 4375 7 4377 0.0 7359 UEX07109.1 UXH94526.1 87.8 4379 530 2 1 4379 27 4401 0.0 7359 UEX07109.1 UVB16817.1 87.9 4375 528 1 1 4375 27 4398 0.0 7357 UEX07109.1 URQ55824.1 87.8 4375 529 1 1 4375 27 4398 0.0 7356 UEX07109.1 UMF87224.1 87.3 4375 550 2 1 4375 27 4397 0.0 7350 UEX07109.1 UPA83906.1 87.8 4375 531 2 1 4375 27 4397 0.0 7349 UEX07109.1 UVI10561.1 91.0 4374 389 1 2 4375 1 4371 0.0 7333 UEX07109.1 UKU68032.1 87.5 4379 543 2 1 4379 27 4401 0.0 7331 UEX07109.1 WHE12941.1 89.8 4375 444 1 1 4375 1 4372 0.0 7328 UEX07109.1 UAQ80067.1 88.1 4375 522 0 1 4375 27 4401 0.0 7289 UEX07109.1 UXX67934.1 88.1 4375 517 1 1 4375 27 4398 0.0 7288 UEX07109.1 UBR86455.1 87.1 4375 563 0 1 4375 26 4400 0.0 7272 UEX07109.1 UCP77012.1 86.9 4375 574 0 1 4375 27 4401 0.0 7236 UEX07109.1 UCP72061.1 86.4 4375 597 0 1 4375 27 4401 0.0 7205 UEX07109.1 UJV88611.1 85.9 4379 615 2 1 4379 27 4401 0.0 7168 UEX07109.1 UGA79226.1 86.3 4375 598 0 1 4375 27 4401 0.0 7160 UEX07109.1 UOU30556.1 85.9 4375 614 1 1 4375 27 4398 0.0 7155 UEX07109.1 UJJ97602.1 85.7 4379 621 2 1 4379 27 4401 0.0 7152 UEX07109.1 UJS94137.1 87.0 4300 557 2 80 4379 1 4296 0.0 7127 UEX07109.1 UGB98301.1 88.6 4379 501 0 1 4379 27 4405 0.0 7123 UEX07109.1 UNI03201.1 91.3 4379 381 1 1 4379 1 4378 0.0 7120 UEX07109.1 ULB83374.1 84.6 4379 669 2 1 4379 27 4401 0.0 7033 UEX07109.1 UFA30503.1 88.2 4340 514 0 1 4340 1 4340 0.0 6985 UEX07109.1 QRX02582.1 89.0 4041 444 0 1 4041 27 4067 0.0 6883 UEX07109.1 WEI27974.1 86.1 4379 605 1 1 4379 27 4402 0.0 6829 UEX07109.1 UJT06733.1 82.1 4375 777 2 1 4375 27 4397 0.0 6743 UEX07109.1 UMA88644.1 82.6 4375 757 2 1 4375 6 4376 0.0 6701 UEX07109.1 WGP70063.1 82.9 4343 742 0 1 4343 27 4369 0.0 6660 UEX07109.1 WGP98278.1 81.2 4338 817 0 1 4338 27 4364 0.0 6368 UEX07109.1 URP80785.1 77.7 4378 974 1 2 4379 1 4375 0.0 5929 UEX07109.1 WAS49087.1 74.9 4375 1095 1 1 4375 27 4398 0.0 5853 UEX07109.1 UPB00876.1 74.3 4378 1123 1 2 4379 1 4375 0.0 5469 UEX07109.1 UYE49180.1 66.5 4379 1462 1 1 4379 27 4402 0.0 5041 UEX07109.1 WGQ72821.1 65.2 4343 1513 0 1 4343 2 4344 0.0 4420 WP_172228453.1 WP_172228453.1 100 57 0 0 1 57 1 57 5.99e-42 128 XP_054800357.1 XP_054800357.1 100 659 0 0 1 659 1 659 0.0 1324 MCD4805360.1 MCD4805360.1 100 385 0 0 1 385 1 385 4.86e-267 724 MUU11774.1 MUU11774.1 100 284 0 0 1 284 1 284 1.72e-191 524 MUU11774.1 MBS4968936.1 34.1 279 170 4 14 283 11 284 1.09e-38 135 MUU11774.1 MBA2554676.1 31.3 246 165 2 43 284 55 300 1.01e-31 117 WP_221286480.1 WP_221286480.1 100 286 0 0 1 286 1 286 1.32e-196 537 WP_221286480.1 WP_187094112.1 42.3 239 114 5 48 279 61 282 2.62e-44 150 WP_076679691.1 WP_076679691.1 100 129 0 0 1 129 1 129 4.98e-92 260 QIG46118.1 QIG46118.1 100 330 0 0 1 330 1 330 6.45e-251 678 WP_171531042.1 WP_171531042.1 100 356 0 0 1 356 1 356 1.35e-272 735 XP_002430673.1 XP_002430673.1 100 66 0 0 1 66 1 66 8.14e-44 133 ANJ20823.1 ANJ20823.1 100 66 0 0 1 66 1 66 2.21e-50 150 NXR14151.1 NXR14151.1 100 261 0 0 1 261 1 261 2.70e-197 537 MBI5003436.1 MBI5003436.1 100 508 0 0 1 508 1 508 0.0 946 MCU2740175.1 MCU2740175.1 100 186 0 0 1 186 1 186 1.66e-138 382 WP_203339841.1 WP_203339841.1 100 342 0 0 1 342 1 342 3.72e-247 670 WP_203339841.1 NRF69152.1 39.7 272 153 6 13 276 139 407 1.92e-53 182 WP_203339841.1 WP_058504615.1 41.6 269 147 7 12 275 191 454 8.49e-52 178 WP_203339841.1 WP_283107263.1 35.1 276 176 3 2 276 174 447 4.64e-48 168 WP_203339841.1 WP_017718577.1 37.6 266 163 3 12 276 240 503 1.14e-47 169 WP_203339841.1 MBT7163208.1 37.6 258 158 3 22 278 207 462 5.39e-47 166 WP_203339841.1 WP_121975536.1 40.1 152 85 3 130 276 114 264 1.50e-27 108 WP_203339841.1 RYD39969.1 29.6 277 172 9 20 284 21 286 2.44e-25 102 WP_203339841.1 EEC9022132.1 31.0 213 126 5 106 303 194 400 7.69e-23 97.4 WP_203339841.1 WP_029222463.1 35.2 176 100 3 130 296 112 282 1.70e-21 92.4 XP_052621353.1 XP_052621353.1 100 522 0 0 1 522 1 522 0.0 1054 KAJ4922108.1 KAJ4922108.1 100 468 0 0 1 468 1 468 1.61e-314 851 KAJ4922108.1 NXM82541.1 48.6 506 188 12 26 468 1 497 4.85e-127 376 KAJ4922108.1 XP_018957721.2 34.8 135 79 4 25 156 11 139 2.20e-16 80.1 MBK6983032.1 MBK6983032.1 100 78 0 0 1 78 1 78 2.19e-51 153 MCI9332849.1 MCI9332849.1 100 201 0 0 1 201 1 201 1.39e-142 394 WP_057489847.1 WP_057489847.1 100 130 0 0 1 130 1 130 1.37e-94 266 WP_100146488.1 WP_100146488.1 100 67 0 0 1 67 1 67 1.92e-38 120 WP_176018545.1 WP_176018545.1 100 382 0 0 1 382 1 382 9.21e-275 743 WP_176018545.1 MCU1514505.1 42.3 366 195 5 3 365 6 358 1.93e-89 273 MBI4448201.1 MBI4448201.1 100 197 0 0 1 197 1 197 8.44e-142 391 QGA29503.1 QGA29503.1 100 685 0 0 1 685 1 685 0.0 1365 QGA29503.1 AFX75916.1 96.1 685 27 0 1 685 1 685 0.0 1322 WP_274358594.1 WP_274358594.1 100 208 0 0 1 208 1 208 7.12e-144 397 XP_052375968.1 XP_052375968.1 100 252 0 0 1 252 1 252 3.98e-190 518 WP_137692307.1 WP_137692307.1 100 515 0 0 1 515 1 515 0.0 992 WP_137692307.1 MBR0185573.1 26.0 400 214 12 58 390 244 628 2.42e-21 95.9 MBS0252047.1 MBS0252047.1 100 273 0 0 1 273 1 273 7.44e-201 547 MBM3499926.1 MBM3499926.1 100 263 0 0 1 263 1 263 1.01e-193 528 NBQ41256.1 NBQ41256.1 100 297 0 0 1 297 1 297 1.64e-216 588 NBQ41256.1 WP_020913025.1 52.7 296 131 2 1 296 1 287 2.92e-108 314 NBQ41256.1 KAF1538674.1 52.4 307 123 5 2 293 20 318 1.21e-104 306 NBQ41256.1 MBI3461834.1 51.7 290 131 2 1 290 1 281 5.32e-102 298 NBQ41256.1 NEQ48723.1 51.4 290 132 3 1 290 1 281 3.29e-97 286 NBQ41256.1 OCB46767.1 47.5 303 141 4 1 294 1 294 2.60e-86 259 MBQ6111538.1 MBQ6111538.1 100 79 0 0 1 79 1 79 9.58e-51 152 WP_189646918.1 WP_189646918.1 100 728 0 0 1 728 1 728 0.0 1400 WP_189646918.1 WP_116818916.1 40.7 739 411 11 2 724 6 733 9.56e-145 439 MXX91804.1 MXX91804.1 100 123 0 0 1 123 1 123 2.72e-93 263 WP_059632389.1 WP_059632389.1 100 414 0 0 1 414 1 414 9.96e-318 854 WP_052379448.1 WP_052379448.1 100 305 0 0 1 305 1 305 1.30e-217 592 HCW55486.1 HCW55486.1 100 138 0 0 1 138 1 138 1.90e-98 277 WP_260920963.1 WP_260920963.1 100 322 0 0 1 322 1 322 6.15e-220 599 HBS0905846.1 HBS0905846.1 100 558 0 0 1 558 1 558 0.0 1102 HBS0905846.1 MCM6312373.1 98.7 558 7 0 1 558 1 558 0.0 1088 HBS0905846.1 HBZ7417361.1 98.2 283 5 0 276 558 1 283 5.65e-201 560 HBS0905846.1 WP_280015341.1 41.5 556 316 4 5 553 10 563 9.40e-134 400 MAA73247.1 MAA73247.1 100 174 0 0 1 174 1 174 1.81e-118 330 KJS09633.1 KJS09633.1 100 589 0 0 1 589 1 589 0.0 1107 KJS09633.1 WP_185816158.1 40.4 104 62 0 485 588 125 228 1.17e-17 80.9 WP_063427392.1 WP_063427392.1 100 335 0 0 1 335 1 335 1.90e-241 655 WP_063427392.1 WP_198907334.1 29.2 308 213 4 8 314 11 314 3.57e-31 118 WP_171251269.1 WP_171251269.1 100 132 0 0 1 132 1 132 3.90e-95 268 MBR6293537.1 MBR6293537.1 100 177 0 0 1 177 1 177 2.39e-129 358 MBR6293537.1 MBL1150364.1 32.2 180 109 7 4 175 6 180 3.73e-16 70.9 MBD8963934.1 MBD8963934.1 100 395 0 0 1 395 1 395 1.52e-291 786 KAF4998971.1 KAF4998971.1 100 271 0 0 1 271 1 271 1.98e-204 556 WP_056264272.1 WP_056264272.1 100 252 0 0 1 252 1 252 1.62e-189 516 HIE21596.1 HIE21596.1 100 285 0 0 1 285 1 285 3.74e-191 523 HIE21596.1 MAJ92374.1 29.8 248 129 6 25 230 28 272 1.01e-13 68.6 WP_262138576.1 WP_262138576.1 100 215 0 0 1 215 1 215 1.76e-161 442 NPV66369.1 NPV66369.1 100 305 0 0 1 305 1 305 2.65e-226 614 NPV66369.1 OGR46634.1 64.7 292 98 3 2 290 3 292 8.81e-134 380 MBN4358138.1 MBN4358138.1 100 15 0 0 1 15 1 15 2.31e-08 40.8 MBM3366565.1 MBM3366565.1 100 225 0 0 1 225 1 225 1.04e-158 436 MBM3366565.1 MBQ9976843.1 41.7 216 120 4 10 223 6 217 1.02e-43 147 MBM3366565.1 PWU18232.1 42.0 219 116 5 10 223 13 225 1.57e-41 142 WP_182997113.1 WP_182997113.1 100 162 0 0 1 162 1 162 2.86e-116 324 WP_215799033.1 WP_215799033.1 100 599 0 0 1 599 1 599 0.0 1101 MBO7690464.1 MBO7690464.1 100 609 0 0 1 609 1 609 0.0 1288 MBO7690464.1 WP_122747354.1 30.0 484 308 11 95 561 57 526 9.44e-61 209 ANN75327.1 ANN75327.1 100 293 0 0 1 293 1 293 1.12e-221 601 WP_283525395.1 WP_283525395.1 100 379 0 0 1 379 1 379 3.09e-276 746 WP_283525395.1 EGS8470081.1 42.7 379 202 5 7 376 3 375 1.78e-95 288 RVU39726.1 RVU39726.1 100 158 0 0 1 158 1 158 2.10e-107 301 WP_129189671.1 WP_129189671.1 100 701 0 0 1 701 1 701 0.0 1348 AJU61790.1 AJU61790.1 100 569 0 0 1 569 1 569 0.0 1127 AJU61790.1 XP_049236752.1 35.0 489 305 7 21 502 6 488 2.54e-91 296 AJU61790.1 EJG1264510.1 26.0 470 299 10 25 485 5 434 8.04e-38 143 AJU61790.1 KAF8901107.1 24.9 458 311 7 43 488 51 487 9.37e-31 124 WP_009620393.1 WP_009620393.1 100 295 0 0 1 295 1 295 1.33e-205 561 WP_009620393.1 WP_077690175.1 33.3 192 122 2 6 194 7 195 8.79e-22 91.7 WP_009620393.1 WP_254301195.1 34.3 172 102 5 5 174 10 172 1.26e-11 62.4 WP_009620393.1 WP_064711955.1 32.0 122 82 1 1 121 1 122 3.42e-10 58.2 WP_009620393.1 MCI2079698.1 20.9 191 151 0 6 196 6 196 7.01e-07 48.1 MCE5327674.1 MCE5327674.1 100 691 0 0 1 691 1 691 0.0 1281 MCE5327674.1 KYG00847.1 41.0 178 96 4 371 545 715 886 3.34e-27 116 WP_184846795.1 WP_184846795.1 100 716 0 0 1 716 1 716 0.0 1325 CAG5919444.1 CAG5919444.1 100 2696 0 0 1 2696 1 2696 0.0 5084 WP_251643117.1 WP_251643117.1 100 1129 0 0 1 1129 1 1129 0.0 2216 XP_013338901.1 XP_013338901.1 100 245 0 0 1 245 1 245 4.26e-177 484 WP_254645866.1 WP_254645866.1 100 213 0 0 1 213 1 213 8.66e-152 418 EFK3891274.1 EFK3891274.1 100 140 0 0 1 140 1 140 3.52e-104 291 HIP46790.1 HIP46790.1 100 175 0 0 1 175 1 175 1.05e-122 341 HIP46790.1 ACE85434.1 35.5 141 89 2 1 140 9 148 4.18e-26 95.9 WP_271820285.1 WP_271820285.1 100 371 0 0 1 371 1 371 8.30e-261 707 WP_271820285.1 MCB9544502.1 53.3 92 39 2 279 369 10 98 2.93e-21 85.9 WP_119400337.1 WP_119400337.1 100 134 0 0 1 134 1 134 1.71e-99 279 WP_119400337.1 MAB27215.1 41.4 133 76 2 1 133 1 131 1.08e-28 100 GGK76871.1 GGK76871.1 100 276 0 0 1 276 1 276 3.01e-197 538 WP_161554567.1 WP_161554567.1 100 252 0 0 1 252 1 252 6.13e-194 528 MBD5394228.1 MBD5394228.1 100 301 0 0 1 301 1 301 2.51e-213 581 MBD5394228.1 WP_163042480.1 31.8 201 125 6 109 297 119 319 9.56e-23 95.9 MBD5394228.1 WP_138572923.1 24.1 307 210 10 7 298 49 347 7.86e-14 69.3 WP_049595658.1 WP_049595658.1 100 102 0 0 1 102 1 102 6.04e-69 199 KAH8979981.1 KAH8979981.1 100 190 0 0 1 190 1 190 5.77e-141 389 RYZ40664.1 RYZ40664.1 100 393 0 0 1 393 1 393 7.71e-284 767 RYZ40664.1 MCH8312862.1 54.4 360 159 2 32 391 3 357 5.31e-128 371 RYZ40664.1 WP_019585553.1 32.8 381 244 7 16 386 16 394 1.11e-49 171 RYZ40664.1 WP_055337992.1 26.2 363 238 11 9 356 2 349 7.80e-17 79.7 RYZ40664.1 WP_278361924.1 23.6 390 278 8 12 389 1 382 1.15e-14 73.2 RYZ40664.1 WP_000576638.1 37.8 82 43 2 111 184 221 302 1.28e-07 52.0 ANP72927.1 ANP72927.1 100 257 0 0 1 257 1 257 5.65e-126 356 ANP72927.1 WP_014286324.1 36.8 68 43 0 47 114 6 73 2.13e-07 48.1 ANP72927.1 WP_048427321.1 46.4 56 30 0 44 99 11 66 4.61e-07 47.8 ANP72927.1 WP_234080888.1 42.4 66 37 1 35 99 14 79 2.29e-06 45.8 WP_279270002.1 WP_279270002.1 100 231 0 0 1 231 1 231 1.74e-169 464 KAB2615394.1 KAB2615394.1 100 332 0 0 1 332 1 332 3.12e-234 636 NTM88027.1 NTM88027.1 100 674 0 0 1 674 1 674 0.0 1328 HAS6615025.1 HAS6615025.1 100 79 0 0 1 79 1 79 1.21e-53 159 MCR5673014.1 MCR5673014.1 100 165 0 0 1 165 1 165 1.90e-86 249 HCA5739398.1 HCA5739398.1 100 245 0 0 1 245 1 245 1.08e-170 468 RAI83609.1 RAI83609.1 100 237 0 0 1 237 1 237 4.79e-170 466 WP_255965801.1 WP_255965801.1 100 484 0 0 1 484 1 484 0.0 933 WP_255965801.1 WP_257689765.1 47.6 481 250 2 3 482 4 483 1.45e-149 434 WP_255965801.1 WP_131836551.1 37.8 490 286 6 5 482 10 492 1.28e-94 293 WP_255965801.1 WP_057201184.1 38.4 466 271 7 26 482 15 473 1.23e-88 278 WP_255965801.1 XP_050320449.1 36.4 481 287 10 12 482 11 482 1.76e-84 267 WP_255965801.1 WP_195426888.1 33.3 457 294 7 31 483 33 482 1.69e-68 225 WP_255965801.1 WP_061795322.1 32.6 481 305 8 15 482 22 496 1.76e-68 226 WP_255965801.1 WP_205186167.1 33.0 415 271 4 73 484 5 415 2.16e-64 213 WP_010997757.1 WP_010997757.1 100 552 0 0 1 552 1 552 0.0 959 WP_010997757.1 MCL6479991.1 26.9 108 69 3 365 465 30 134 2.51e-09 57.4 WP_244200682.1 WP_244200682.1 100 320 0 0 1 320 1 320 7.24e-252 680 WP_244200682.1 NRB18267.1 45.3 298 152 5 4 299 14 302 1.18e-88 266 OTO70739.1 OTO70739.1 100 30 0 0 1 30 1 30 1.14e-15 60.1 WP_143010918.1 WP_143010918.1 100 784 0 0 1 784 1 784 0.0 1526 WP_255375741.1 WP_255375741.1 100 283 0 0 1 283 1 283 1.03e-187 514 WP_257080809.1 WP_257080809.1 100 200 0 0 1 200 1 200 8.28e-130 361 GLY24463.1 GLY24463.1 100 327 0 0 1 327 1 327 3.51e-233 633 GLY24463.1 WP_066083732.1 43.7 318 177 2 4 319 6 323 6.75e-93 278 GLY24463.1 MCP5262709.1 45.8 321 172 2 4 323 1 320 3.72e-92 276 GLY24463.1 WP_107894076.1 44.7 318 175 1 3 320 4 320 6.59e-91 273 GLY24463.1 WP_131166802.1 48.7 306 155 2 2 305 3 308 2.41e-86 261 GLY24463.1 WP_227059655.1 45.8 312 146 4 4 309 17 311 1.05e-76 245 GLY24463.1 WP_192324556.1 50.2 265 124 3 4 261 13 276 5.48e-76 243 GLY24463.1 WP_098952357.1 40.7 324 170 7 3 314 2 315 7.39e-66 208 GLY24463.1 MBU5353226.1 41.3 276 145 5 1 267 1 268 8.99e-61 195 GLY24463.1 RUU66461.1 45.0 249 129 3 14 262 96 336 1.48e-56 186 GLY24463.1 MBQ3864274.1 40.0 300 166 9 21 317 33 321 8.75e-55 180 GLY24463.1 QCM13287.1 39.5 256 149 3 4 259 9 258 1.37e-47 160 GLY24463.1 MBP1876254.1 33.3 252 158 5 4 255 1 242 1.07e-33 125 GLY24463.1 MWR41881.1 30.0 233 153 5 18 250 38 260 1.95e-26 103 GLY24463.1 OAN53756.1 31.0 242 153 8 19 255 22 254 6.10e-25 99.8 GLY24463.1 WP_174822921.1 32.0 244 148 8 19 255 18 250 2.82e-23 95.1 GLY24463.1 MXP43753.1 28.7 244 156 6 19 255 25 257 2.24e-22 92.8 GLY24463.1 WP_207918089.1 30.3 244 151 7 19 255 16 247 1.16e-19 85.1 GLY24463.1 MBT4161918.1 30.8 201 129 5 21 221 23 213 3.74e-19 83.2 GLY24463.1 WP_150396769.1 34.9 238 135 8 3 237 23 243 1.27e-18 84.7 GLY24463.1 WP_158791585.1 28.5 246 154 9 19 255 15 247 2.28e-16 75.9 GLY24463.1 MBC7326981.1 26.9 242 157 9 19 252 17 246 3.21e-16 75.5 GLY24463.1 EHH5649593.1 26.7 206 133 4 38 243 32 219 9.80e-16 74.7 GLY24463.1 WP_060613079.1 30.8 234 136 8 12 238 347 561 1.65e-15 75.5 GLY24463.1 WP_142931103.1 24.9 229 150 4 27 255 23 229 2.67e-14 71.6 GLY24463.1 WP_221977168.1 26.6 248 155 7 4 242 15 244 4.19e-13 66.6 GLY24463.1 WP_152652784.1 29.5 220 138 7 19 238 16 218 2.89e-12 64.7 GLY24463.1 WP_211555180.1 31.9 213 129 8 10 220 5 203 1.19e-11 62.0 GLY24463.1 WP_281034490.1 47.6 63 33 0 196 258 1 63 1.41e-11 60.5 GLY24463.1 MBT3459617.1 32.9 219 129 10 27 242 4 207 1.98e-11 61.2 GLY24463.1 WP_008056683.1 28.7 216 122 7 24 231 255 446 8.99e-11 61.2 GLY24463.1 CDZ73727.1 24.9 225 142 4 4 228 1 198 4.05e-10 57.8 MBR5377733.1 MBR5377733.1 100 215 0 0 1 215 1 215 6.34e-155 426 WP_247623927.1 WP_247623927.1 100 403 0 0 1 403 1 403 4.29e-254 692 WP_247623927.1 WP_232968558.1 42.5 308 172 3 100 403 8 314 1.01e-75 236 WP_247623927.1 PAV09171.1 36.6 306 178 3 101 401 25 319 5.35e-56 185 WP_018646673.1 WP_018646673.1 100 958 0 0 1 958 1 958 0.0 1836 WP_018646673.1 WP_200543170.1 34.7 481 302 5 466 943 215 686 2.27e-87 293 WP_018646673.1 HAB03480.1 33.0 506 327 6 454 951 592 1093 9.05e-83 288 WP_018646673.1 MBF0143407.1 32.5 434 290 2 519 951 632 1063 6.40e-61 224 WP_018646673.1 WP_000484099.1 30.1 176 117 3 513 686 197 368 3.74e-16 79.7 WP_018646673.1 WP_255266214.1 32.3 161 103 3 517 677 288 442 8.37e-16 79.7 WP_018646673.1 HBB7853833.1 28.7 167 110 4 525 687 328 489 1.86e-15 78.6 WP_018646673.1 EJF06804.1 32.6 175 108 6 520 686 134 306 6.94e-14 72.0 WP_018646673.1 HCN71343.1 33.3 126 80 2 557 680 6 129 2.00e-13 66.6 WP_018646673.1 EGR2272270.1 31.5 143 92 3 540 680 534 672 1.09e-11 67.0 WP_018646673.1 WP_107169208.1 30.1 156 100 3 527 678 205 355 1.97e-11 65.1 WP_018646673.1 WP_023050329.1 24.7 194 134 7 486 677 165 348 7.86e-11 63.2 WP_018646673.1 WP_145544593.1 26.8 179 122 4 508 686 349 518 7.88e-11 63.9 WP_018646673.1 WP_269885397.1 29.5 129 88 3 559 686 145 271 1.69e-10 61.2 XP_016445639.1 XP_016445639.1 100 548 0 0 1 548 1 548 0.0 1139 XP_016445639.1 XP_047046442.1 26.6 582 345 20 16 541 11 566 2.63e-55 194 XP_016445639.1 CAG8726868.1 27.8 317 187 11 204 497 10 307 3.35e-20 90.5 XP_029698713.1 XP_029698713.1 100 1030 0 0 1 1030 1 1030 0.0 2186 MBU5424338.1 MBU5424338.1 100 273 0 0 1 273 1 273 1.38e-196 536 MBU5424338.1 WP_057651690.1 35.0 240 152 2 16 254 54 290 3.89e-25 99.8 WP_007427566.1 WP_007427566.1 100 431 0 0 1 431 1 431 0.0 876 WP_007427566.1 WP_036471418.1 54.2 432 195 2 1 431 1 430 6.02e-164 466 WP_111106433.1 WP_111106433.1 100 161 0 0 1 161 1 161 5.14e-114 318 PDW44028.1 PDW44028.1 100 673 0 0 1 673 1 673 0.0 1234 XP_013164386.1 XP_013164386.1 100 470 0 0 1 470 1 470 4.51e-309 842 MBR3209975.1 MBR3209975.1 100 81 0 0 1 81 1 81 6.43e-41 127 WP_006336501.1 WP_006336501.1 100 112 0 0 1 112 1 112 1.47e-76 219 HCE77318.1 HCE77318.1 100 267 0 0 1 267 1 267 1.90e-200 545 WP_015203918.1 WP_015203918.1 100 469 0 0 1 469 1 469 0.0 924 WP_086987611.1 WP_086987611.1 100 133 0 0 1 133 1 133 4.72e-92 260 KAA6389633.1 KAA6389633.1 100 924 0 0 1 924 1 924 0.0 1722 HEB56095.1 HEB56095.1 100 242 0 0 1 242 1 242 2.28e-175 480 WP_047323176.1 WP_047323176.1 100 383 0 0 1 383 1 383 1.11e-271 735 MBT6415404.1 MBT6415404.1 100 210 0 0 1 210 1 210 1.97e-151 417 MBK3737236.1 MBK3737236.1 100 667 0 0 1 667 1 667 0.0 1287 MBK3737236.1 NSW79198.1 41.6 238 126 3 430 660 432 663 2.31e-43 164 MBK3737236.1 MBF0233644.1 39.0 241 143 3 422 659 359 598 9.49e-40 154 MBK3737236.1 WP_211114623.1 42.1 252 127 8 418 658 413 656 9.18e-39 151 MBK3737236.1 WP_061048002.1 38.5 239 145 1 422 658 386 624 1.15e-37 148 MBK3737236.1 WP_086504813.1 39.4 241 135 5 422 660 386 617 1.12e-35 142 MBK3737236.1 CAG0990770.1 32.9 228 132 7 437 658 42 254 1.00e-18 85.1 AEH52569.1 AEH52569.1 100 128 0 0 1 128 1 128 1.13e-92 261 DAK76805.1 DAK76805.1 100 134 0 0 1 134 1 134 1.40e-98 277 KAJ6490484.1 KAJ6490484.1 100 1327 0 0 1 1327 1 1327 0.0 2572 WP_157502995.1 WP_157502995.1 100 342 0 0 1 342 1 342 1.41e-251 681 WP_223232292.1 WP_223232292.1 100 296 0 0 1 296 1 296 3.06e-216 588 KYG00847.1 KYG00847.1 100 945 0 0 1 945 1 945 0.0 1741 KYG00847.1 MCE5327674.1 40.4 178 97 4 715 886 371 545 2.78e-28 120 KYG00847.1 WP_086504813.1 35.8 95 40 2 795 889 545 618 2.12e-07 53.1 XP_033824504.1 XP_033824504.1 100 1154 0 0 1 1154 1 1154 0.0 2208 MBQ0048698.1 MBQ0048698.1 100 349 0 0 1 349 1 349 1.81e-262 709 MBQ0048698.1 WP_065766477.1 28.1 167 109 4 160 318 261 424 1.91e-08 53.9 UFA30503.1 UFA30503.1 100 4340 0 0 1 4340 1 4340 0.0 7870 UFA30503.1 QZU16279.1 93.6 4340 278 0 1 4340 27 4366 0.0 7863 UFA30503.1 UBD95131.1 93.6 4340 278 0 1 4340 27 4366 0.0 7862 UFA30503.1 UFM00670.1 93.5 4340 281 0 1 4340 27 4366 0.0 7859 UFA30503.1 UEC68750.1 93.5 4340 281 0 1 4340 27 4366 0.0 7857 UFA30503.1 UHM53165.1 93.5 4340 281 0 1 4340 27 4366 0.0 7854 UFA30503.1 UFM02602.1 93.5 4340 281 0 1 4340 27 4366 0.0 7854 UFA30503.1 UEC52718.1 93.5 4340 282 0 1 4340 27 4366 0.0 7854 UFA30503.1 QWC83326.1 93.4 4340 285 0 1 4340 27 4366 0.0 7851 UFA30503.1 QSZ25555.1 93.4 4340 287 0 1 4340 27 4366 0.0 7849 UFA30503.1 QTD03487.1 93.4 4340 288 0 1 4340 27 4366 0.0 7849 UFA30503.1 WEU87158.1 93.4 4340 287 0 1 4340 27 4366 0.0 7846 UFA30503.1 UBP50947.1 93.4 4340 288 0 1 4340 27 4366 0.0 7844 UFA30503.1 UBL45068.1 93.4 4340 287 0 1 4340 27 4366 0.0 7842 UFA30503.1 QVD87869.1 93.3 4340 287 1 1 4340 27 4363 0.0 7834 UFA30503.1 UIR12670.1 93.3 4340 286 2 1 4340 27 4362 0.0 7834 UFA30503.1 UZO53924.1 93.3 4340 287 1 1 4340 27 4363 0.0 7834 UFA30503.1 QXR94354.1 93.3 4340 288 1 1 4340 27 4363 0.0 7833 UFA30503.1 UKN67998.1 93.3 4340 287 2 1 4340 7 4342 0.0 7832 UFA30503.1 UVB16817.1 93.3 4340 287 1 1 4340 27 4363 0.0 7832 UFA30503.1 QTM79632.1 93.2 4340 291 1 1 4340 27 4363 0.0 7832 UFA30503.1 UPA83906.1 93.3 4340 287 2 1 4340 27 4362 0.0 7831 UFA30503.1 URQ55824.1 93.3 4340 288 1 1 4340 27 4363 0.0 7831 UFA30503.1 UPP41269.1 93.3 4340 289 1 1 4340 27 4363 0.0 7829 UFA30503.1 ULA23837.2 93.3 4340 288 2 1 4340 27 4362 0.0 7829 UFA30503.1 QTZ27226.1 93.2 4340 293 1 1 4340 27 4363 0.0 7827 UFA30503.1 USR14792.1 93.2 4340 290 1 1 4340 27 4363 0.0 7827 UFA30503.1 UXH94526.1 93.2 4340 289 2 1 4340 27 4362 0.0 7824 UFA30503.1 UMF87224.1 92.8 4340 309 2 1 4340 27 4362 0.0 7823 UFA30503.1 UKU68032.1 92.9 4340 302 2 1 4340 27 4362 0.0 7796 UFA30503.1 UBR86455.1 92.7 4340 315 0 1 4340 26 4365 0.0 7757 UFA30503.1 UCP77012.1 92.5 4340 326 0 1 4340 27 4366 0.0 7720 UFA30503.1 WHE12941.1 93.5 4340 277 1 1 4340 1 4337 0.0 7716 UFA30503.1 UCP72061.1 91.9 4340 352 0 1 4340 27 4366 0.0 7685 UFA30503.1 UAQ80067.1 91.7 4340 360 0 1 4340 27 4366 0.0 7673 UFA30503.1 UXX67934.1 91.8 4340 354 1 1 4340 27 4363 0.0 7673 UFA30503.1 UJV88611.1 91.3 4340 373 2 1 4340 27 4362 0.0 7636 UFA30503.1 UGA79226.1 91.8 4340 358 0 1 4340 27 4366 0.0 7632 UFA30503.1 UOU30556.1 91.3 4340 374 1 1 4340 27 4363 0.0 7627 UFA30503.1 UJJ97602.1 91.2 4340 379 2 1 4340 27 4362 0.0 7620 UFA30503.1 UVI10561.1 92.6 4339 316 1 2 4340 1 4336 0.0 7609 UFA30503.1 UJS94137.1 92.5 4261 316 2 80 4340 1 4257 0.0 7593 UFA30503.1 UNI03201.1 96.5 4340 149 1 1 4340 1 4339 0.0 7589 UFA30503.1 UGB98301.1 92.1 4340 344 0 1 4340 27 4366 0.0 7500 UFA30503.1 ULB83374.1 90.0 4340 428 2 1 4340 27 4362 0.0 7499 UFA30503.1 QRX02582.1 93.0 4072 285 0 1 4072 27 4098 0.0 7307 UFA30503.1 WGP70063.1 90.1 4340 429 0 1 4340 27 4366 0.0 7296 UFA30503.1 UJT06733.1 87.6 4340 536 2 1 4340 27 4362 0.0 7217 UFA30503.1 UMA88644.1 87.8 4340 526 2 1 4340 6 4341 0.0 7167 UFA30503.1 WEI27974.1 87.7 4340 530 1 1 4340 27 4363 0.0 7100 UFA30503.1 UEX07109.1 88.2 4340 514 0 1 4340 1 4340 0.0 6984 UFA30503.1 WGP98278.1 87.0 4338 564 0 1 4338 27 4364 0.0 6940 UFA30503.1 URP80785.1 82.5 4339 755 1 2 4340 1 4336 0.0 6380 UFA30503.1 WAS49087.1 78.2 4340 944 1 1 4340 27 4363 0.0 6224 UFA30503.1 UPB00876.1 78.2 4339 941 1 2 4340 1 4336 0.0 5876 UFA30503.1 UYE49180.1 70.3 4340 1287 1 1 4340 27 4363 0.0 5430 UFA30503.1 WGQ72821.1 66.7 4340 1447 0 1 4340 2 4341 0.0 4767 RBQ02499.1 RBQ02499.1 100 343 0 0 1 343 1 343 1.13e-262 709 QCI53355.1 QCI53355.1 100 354 0 0 1 354 1 354 4.64e-263 711 QCI53355.1 AEO85464.1 78.5 353 66 3 2 354 37 379 1.43e-201 574 QCI53355.1 QJX39053.1 69.9 352 94 2 3 354 31 370 2.66e-174 504 QCI53355.1 AEJ33395.1 30.7 391 217 12 4 353 25 402 2.83e-47 169 WP_074801249.1 WP_074801249.1 100 93 0 0 1 93 1 93 4.48e-60 176 MBI1210064.1 MBI1210064.1 100 226 0 0 1 226 1 226 1.14e-167 459 XP_054446685.1 XP_054446685.1 100 309 0 0 1 309 1 309 5.07e-217 591 XP_054446685.1 XP_005087540.1 41.6 296 173 0 8 303 10 305 1.94e-76 234 XP_054446685.1 XP_002688837.2 37.3 303 190 0 1 303 3 305 1.17e-67 212 XP_054446685.1 XP_034290446.1 37.5 301 187 1 9 308 12 312 2.53e-64 204 XP_054446685.1 XP_042531659.1 35.3 303 196 0 3 305 5 307 1.55e-62 199 XP_054446685.1 XP_012889676.1 39.2 301 179 4 2 300 4 302 1.22e-60 194 XP_054446685.1 AAR19565.1 39.2 222 133 2 63 283 2 222 8.49e-45 150 XP_054446685.1 XP_049747270.1 29.2 301 206 3 9 305 13 310 7.56e-36 129 WP_129873796.1 WP_129873796.1 100 973 0 0 1 973 1 973 0.0 1887 WP_087702867.1 WP_087702867.1 100 642 0 0 1 642 1 642 0.0 1210 GFH27490.1 GFH27490.1 100 315 0 0 1 315 1 315 1.09e-230 626 GFH27490.1 WP_147434933.1 48.3 201 100 2 108 308 2 198 1.39e-58 185 WP_034563362.1 WP_034563362.1 100 202 0 0 1 202 1 202 2.92e-140 388 KAJ8704128.1 KAJ8704128.1 100 296 0 0 1 296 1 296 3.24e-202 552 WP_114861267.1 WP_114861267.1 100 357 0 0 1 357 1 357 8.20e-254 688 WP_114861267.1 WP_138572923.1 57.9 347 138 3 10 356 11 349 5.14e-124 359 WP_224791962.1 WP_224791962.1 100 479 0 0 1 479 1 479 0.0 887 WP_224791962.1 WP_279840346.1 33.0 488 300 7 3 477 4 477 1.41e-59 201 WP_224791962.1 WP_094840069.1 32.3 514 310 7 1 478 1 512 4.32e-56 193 WP_224791962.1 WP_076595086.1 25.6 492 317 9 1 471 6 469 3.06e-37 140 WP_268637051.1 WP_268637051.1 100 142 0 0 1 142 1 142 3.78e-100 281 XP_028543448.1 XP_028543448.1 100 916 0 0 1 916 1 916 0.0 1608 WP_213341058.1 WP_213341058.1 100 111 0 0 1 111 1 111 5.78e-69 200 WP_025016984.1 WP_025016984.1 100 453 0 0 1 453 1 453 2.70e-303 821 WP_170015751.1 WP_170015751.1 100 375 0 0 1 375 1 375 7.90e-277 748 WP_277479375.1 WP_277479375.1 100 1033 0 0 1 1033 1 1033 0.0 2090 KAA3630074.1 KAA3630074.1 100 96 0 0 1 96 1 96 4.19e-73 209 MBD7990178.1 MBD7990178.1 100 206 0 0 1 206 1 206 3.28e-148 408 MBD7990178.1 MBV8133755.1 52.8 193 91 0 12 204 16 208 1.05e-75 225 MBD7990178.1 WP_204037257.1 39.2 189 109 2 17 205 9 191 4.89e-39 131 MBX3011771.1 MBX3011771.1 100 118 0 0 1 118 1 118 1.74e-71 207 KMZ99658.1 KMZ99658.1 100 2416 0 0 1 2416 1 2416 0.0 4228 XP_001448147.1 XP_001448147.1 100 411 0 0 1 411 1 411 4.62e-301 812 WP_107883730.1 WP_107883730.1 100 420 0 0 1 420 1 420 3.20e-276 750 CFP83382.1 CFP83382.1 100 207 0 0 1 207 1 207 2.21e-142 394 CFP83382.1 WP_275102754.1 49.3 201 100 1 5 203 6 206 4.34e-58 187 WP_067636955.1 WP_067636955.1 100 187 0 0 1 187 1 187 4.94e-136 376 KAG6786554.1 KAG6786554.1 100 309 0 0 1 309 1 309 2.51e-217 592 WP_176349335.1 WP_176349335.1 100 229 0 0 1 229 1 229 4.84e-175 478 WP_176349335.1 MBT5488157.1 54.0 50 22 1 179 227 532 581 2.64e-08 52.0 WP_169984846.1 WP_169984846.1 100 437 0 0 1 437 1 437 0.0 893 WP_103124525.1 WP_103124525.1 100 299 0 0 1 299 1 299 1.42e-186 513 MCD3114202.1 MCD3114202.1 100 33 0 0 1 33 1 33 2.15e-21 74.7 MBU2478158.1 MBU2478158.1 100 63 0 0 1 63 1 63 4.18e-38 119 MBU2478158.1 WP_086353716.1 50.0 62 31 0 1 62 248 309 3.51e-13 60.1 MBU2478158.1 WP_142590093.1 40.8 49 29 0 15 63 277 325 1.67e-05 38.5 MBU2478158.1 WP_281675368.1 42.9 49 26 1 3 51 241 287 1.71e-05 38.5 XP_046463157.1 XP_046463157.1 100 159 0 0 1 159 1 159 1.13e-116 325 THY23779.1 THY23779.1 100 356 0 0 1 356 1 356 1.23e-204 563 KAF6757059.1 KAF6757059.1 100 215 0 0 1 215 1 215 3.55e-161 442 WP_003939801.1 WP_003939801.1 100 281 0 0 1 281 1 281 1.27e-196 537 WP_003939801.1 WP_024498088.1 53.4 292 112 3 7 276 7 296 1.43e-96 285 WP_003939801.1 HAV8610731.1 31.3 214 147 0 62 275 503 716 7.40e-31 119 UJR17665.1 UJR17665.1 100 243 0 0 1 243 1 243 1.14e-180 493 XP_042666906.1 XP_042666906.1 100 344 0 0 1 344 1 344 2.01e-252 683 RGZ20155.1 RGZ20155.1 100 289 0 0 1 289 1 289 3.12e-201 549 GIP39269.1 GIP39269.1 100 214 0 0 1 214 1 214 1.01e-146 405 EII8712558.1 EII8712558.1 100 105 0 0 1 105 1 105 5.93e-75 215 KAG2309455.1 KAG2309455.1 100 889 0 0 1 889 1 889 0.0 905 KAG2309455.1 KAI3849778.1 30.6 294 186 7 598 882 484 768 6.11e-32 132 KAG2309455.1 XP_040250218.1 29.6 287 175 8 602 881 350 616 2.50e-29 123 KAG2309455.1 XP_021765438.1 30.2 291 177 11 607 884 591 868 1.61e-27 118 KAG2309455.1 XP_025814622.1 30.0 317 183 10 602 886 770 1079 4.73e-25 110 TSC89929.1 TSC89929.1 100 62 0 0 1 62 1 62 1.71e-41 127 MBB4856459.1 MBB4856459.1 100 200 0 0 1 200 1 200 8.11e-146 402 WP_264934627.1 WP_264934627.1 100 447 0 0 1 447 1 447 0.0 915 WP_264934627.1 WP_187974949.1 41.7 451 247 5 7 443 13 461 4.54e-118 352 WP_262832653.1 WP_262832653.1 100 166 0 0 1 166 1 166 7.24e-121 336 WP_029528833.1 WP_029528833.1 100 453 0 0 1 453 1 453 0.0 893 WP_282467912.1 WP_282467912.1 100 1038 0 0 1 1038 1 1038 0.0 1534 WP_282467912.1 MBN2192743.1 35.5 420 251 7 50 464 341 745 4.86e-67 239 TXI82219.1 TXI82219.1 100 80 0 0 1 80 1 80 1.03e-50 152 WP_278266677.1 WP_278266677.1 100 467 0 0 1 467 1 467 0.0 919 WP_278266677.1 MBV8349295.1 40.0 335 185 4 19 337 33 367 2.81e-71 228 TNN52570.1 TNN52570.1 100 113 0 0 1 113 1 113 9.13e-67 195 HBN08375.1 HBN08375.1 100 185 0 0 1 185 1 185 1.54e-138 382 SJX71965.1 SJX71965.1 100 297 0 0 1 297 1 297 3.63e-229 620 WP_127508273.1 WP_127508273.1 100 188 0 0 1 188 1 188 2.64e-136 377 MBA3472522.1 MBA3472522.1 100 52 0 0 1 52 1 52 5.80e-29 95.1 WP_241420500.1 WP_241420500.1 100 486 0 0 1 486 1 486 0.0 952 WP_241420500.1 PTQ72351.1 42.9 387 188 6 101 484 43 399 5.40e-88 273 WP_241420500.1 WP_112449552.1 35.1 461 286 4 25 484 39 487 8.96e-81 258 WP_241420500.1 WP_050274510.1 34.4 471 274 8 13 480 9 447 3.49e-75 242 WP_218505696.1 WP_218505696.1 100 232 0 0 1 232 1 232 2.29e-170 466 WP_226678738.1 WP_226678738.1 100 334 0 0 1 334 1 334 1.91e-245 665 WP_187029467.1 WP_187029467.1 100 86 0 0 1 86 1 86 5.50e-51 153 WP_187029467.1 WP_007993424.1 38.7 62 38 0 25 86 23 84 1.76e-09 48.1 UUZ81931.1 UUZ81931.1 100 99 0 0 1 99 1 99 7.99e-77 219 WP_179032033.1 WP_179032033.1 100 334 0 0 1 334 1 334 2.39e-239 649 WP_179032033.1 WP_110581055.1 47.3 313 159 2 5 314 5 314 2.80e-89 268 MBQ6875507.1 MBQ6875507.1 100 227 0 0 1 227 1 227 1.97e-173 474 WP_101564711.1 WP_101564711.1 100 342 0 0 1 342 1 342 1.13e-257 696 MSU20497.1 MSU20497.1 100 326 0 0 1 326 1 326 2.28e-233 634 MSU20497.1 MBO4168293.1 32.4 238 140 6 88 314 6 233 3.03e-24 97.4 WP_047914038.1 WP_047914038.1 100 647 0 0 1 647 1 647 0.0 1202 PWA46560.1 PWA46560.1 100 67 0 0 1 67 1 67 1.33e-47 143 WP_153219677.1 WP_153219677.1 100 1684 0 0 1 1684 1 1684 0.0 2918 WP_153219677.1 MBQ5338540.1 30.7 642 394 22 161 773 159 778 8.81e-50 193 WP_153219677.1 XP_049153370.1 32.9 85 51 1 525 609 294 372 1.75e-05 47.4 WP_171653853.1 WP_171653853.1 100 168 0 0 1 168 1 168 4.18e-121 337 TAM79626.1 TAM79626.1 100 413 0 0 1 413 1 413 6.14e-307 827 TAM79626.1 MCL4469743.1 48.0 383 193 2 4 386 3 379 2.47e-124 363 WP_227903033.1 WP_227903033.1 100 132 0 0 1 132 1 132 4.55e-85 243 WP_047664410.1 WP_047664410.1 100 187 0 0 1 187 1 187 2.86e-135 374 NLB93078.1 NLB93078.1 100 150 0 0 1 150 1 150 4.16e-101 285 KAI1725697.1 KAI1725697.1 100 369 0 0 1 369 1 369 2.24e-307 824 MBK8382708.1 MBK8382708.1 100 258 0 0 1 258 1 258 2.30e-192 524 MBK8382708.1 MCK6622141.1 44.6 101 44 2 163 258 1125 1218 1.97e-19 85.9 WP_208090714.1 WP_208090714.1 100 160 0 0 1 160 1 160 3.62e-109 306 WP_280658332.1 WP_280658332.1 100 199 0 0 1 199 1 199 2.33e-149 410 WP_280658332.1 WP_018419316.1 44.1 152 74 5 25 174 43 185 2.81e-34 119 MXI78925.1 MXI78925.1 100 200 0 0 1 200 1 200 3.58e-149 410 MXI78925.1 WP_058738289.1 35.1 222 115 8 1 200 103 317 6.39e-26 101 MXI78925.1 WP_024039518.1 28.2 220 134 7 2 200 107 323 1.54e-20 86.7 MXI78925.1 WP_262452366.1 26.1 226 130 7 2 200 115 330 2.98e-10 57.0 NLO64495.1 NLO64495.1 100 545 0 0 1 545 1 545 0.0 1063 NLO64495.1 CAH9417069.1 34.1 270 127 9 269 518 351 589 2.35e-34 135 WP_064711955.1 WP_064711955.1 100 309 0 0 1 309 1 309 3.72e-219 596 WP_064711955.1 WP_009620393.1 31.0 116 80 0 7 122 6 121 1.23e-08 53.5 MBM2811997.1 MBM2811997.1 100 260 0 0 1 260 1 260 6.07e-189 516 RLN36134.1 RLN36134.1 100 410 0 0 1 410 1 410 5.66e-306 824 RLN36134.1 XP_021765438.1 39.0 305 170 7 58 358 574 866 3.46e-56 197 RLN36134.1 XP_019180948.1 38.2 283 155 9 84 358 679 949 5.31e-43 159 RLN36134.1 XP_040250218.1 33.7 309 180 10 54 358 330 617 9.64e-38 143 RLN36134.1 XP_044484513.1 42.0 174 92 3 69 240 74 240 1.15e-29 119 WP_119815679.1 WP_119815679.1 100 929 0 0 1 929 1 929 0.0 1850 WP_119815679.1 MBP8741618.1 37.1 735 382 18 31 723 3 699 3.78e-118 375 WP_119815679.1 WP_025983621.1 48.0 200 93 4 30 226 4 195 9.26e-46 161 WP_119815679.1 OPJ74512.1 25.2 123 71 3 306 410 351 470 2.42e-04 43.1 WP_213625822.1 WP_213625822.1 100 156 0 0 1 156 1 156 2.78e-111 311 NEP87605.1 NEP87605.1 100 333 0 0 1 333 1 333 3.57e-245 664 EGY4555186.1 EGY4555186.1 100 300 0 0 1 300 1 300 1.84e-194 533 EGY4555186.1 WP_152046331.1 40.2 271 155 2 28 298 25 288 6.24e-58 186 EGY4555186.1 MCI7704736.1 40.7 273 156 1 27 299 25 291 3.14e-55 179 EGY4555186.1 WP_073936403.1 33.2 286 188 2 11 296 18 300 1.77e-44 152 EGY4555186.1 WP_150461480.1 36.7 256 154 2 34 289 27 274 2.68e-39 137 EGY4555186.1 WP_054146239.1 41.2 272 149 6 35 297 38 307 2.90e-32 120 EGY4555186.1 WP_184130797.1 34.7 222 138 2 81 295 148 369 7.31e-30 114 WP_105399038.1 WP_105399038.1 100 76 0 0 1 76 1 76 6.85e-54 159 WP_251247609.1 WP_251247609.1 100 294 0 0 1 294 1 294 3.22e-226 613 WP_266842210.1 WP_266842210.1 100 249 0 0 1 249 1 249 2.76e-175 480 WP_266842210.1 MCC6044083.1 45.7 208 112 1 19 225 13 220 1.71e-54 176 GMF22075.1 GMF22075.1 100 469 0 0 1 469 1 469 0.0 928 GHV04322.1 GHV04322.1 100 567 0 0 1 567 1 567 0.0 962 WP_074911472.1 WP_074911472.1 100 1298 0 0 1 1298 1 1298 0.0 2449 WP_074911472.1 WP_232306300.1 29.3 798 499 18 546 1291 580 1364 6.91e-107 367 WP_074911472.1 WP_063540919.1 23.4 380 263 7 792 1168 489 843 3.61e-26 114 WP_074911472.1 WP_261733022.1 26.1 376 259 11 792 1158 253 618 3.27e-24 108 WP_074911472.1 PSQ73325.1 28.3 230 158 3 798 1021 615 843 6.66e-24 107 WP_074911472.1 MBE9467362.1 28.7 254 164 7 775 1018 579 825 8.82e-22 100 WP_074911472.1 MBN1819552.1 25.3 229 169 2 792 1018 335 563 5.26e-20 94.0 WP_074911472.1 PKL50735.1 27.3 297 172 9 893 1166 787 1062 2.94e-18 89.4 WP_074911472.1 MBN8606766.1 27.6 250 174 5 774 1019 560 806 2.85e-17 85.9 WP_074911472.1 WP_026893585.1 36.2 116 70 2 1056 1170 5 117 2.45e-15 75.1 WP_074911472.1 WP_101794136.1 34.4 131 82 2 1056 1185 27 154 2.80e-14 72.8 WP_074911472.1 WP_196114185.1 32.0 122 79 3 1047 1166 1 120 5.72e-11 63.9 WP_074911472.1 SCH39951.1 22.0 209 158 3 798 1004 265 470 4.33e-10 62.0 WP_074911472.1 WP_273418567.1 33.0 112 67 3 911 1019 43 149 7.80e-10 57.4 WP_182544916.1 WP_182544916.1 100 571 0 0 1 571 1 571 0.0 1145 WP_182544916.1 CQR41738.1 36.0 378 226 8 25 394 5 374 1.48e-51 182 WP_232553043.1 WP_232553043.1 100 382 0 0 1 382 1 382 5.10e-272 736 WP_232553043.1 MBK7837454.1 34.6 237 148 4 67 301 72 303 2.74e-34 127 WP_232553043.1 MBM4836391.1 34.2 234 147 4 67 298 87 315 4.42e-27 109 TCK28839.1 TCK28839.1 100 320 0 0 1 320 1 320 6.01e-145 409 HCJ9518601.1 HCJ9518601.1 100 156 0 0 1 156 1 156 3.80e-109 305 NUV85209.1 NUV85209.1 100 526 0 0 1 526 1 526 0.0 1019 WP_216418390.1 WP_216418390.1 100 208 0 0 1 208 1 208 9.70e-142 392 KAH8394604.1 KAH8394604.1 100 257 0 0 1 257 1 257 5.86e-190 518 KAH8394604.1 GAA38267.2 31.1 251 151 10 12 251 248 487 1.52e-24 100 KAH8394604.1 XP_011822310.1 29.1 282 147 12 1 252 16 274 4.09e-20 85.5 RLT18611.1 RLT18611.1 100 151 0 0 1 151 1 151 6.90e-105 294 WP_267937098.1 WP_267937098.1 100 189 0 0 1 189 1 189 5.31e-132 366 MBC7977454.1 MBC7977454.1 100 81 0 0 1 81 1 81 8.07e-53 157 WP_257007586.1 WP_257007586.1 100 384 0 0 1 384 1 384 1.49e-281 760 WP_257007586.1 HAZ0856238.1 93.0 229 16 0 101 329 1 229 1.13e-153 431 WP_257007586.1 APT84512.1 32.8 344 224 4 5 341 41 384 4.38e-58 194 WP_128690407.1 WP_128690407.1 100 184 0 0 1 184 1 184 3.00e-140 386 WP_068563945.1 WP_068563945.1 100 551 0 0 1 551 1 551 0.0 1002 MBN2775557.1 MBN2775557.1 100 119 0 0 1 119 1 119 8.25e-84 238 WP_134806596.1 WP_134806596.1 100 29 0 0 1 29 1 29 5.53e-18 65.9 NRB12392.1 NRB12392.1 100 213 0 0 1 213 1 213 1.32e-146 405 WP_114695256.1 WP_114695256.1 100 716 0 0 1 716 1 716 0.0 1444 WP_114695256.1 KAA0234643.1 26.1 591 344 13 108 660 152 687 4.25e-35 141 MBI4300015.1 MBI4300015.1 100 466 0 0 1 466 1 466 0.0 935 WP_262175203.1 WP_262175203.1 100 146 0 0 1 146 1 146 1.78e-100 283 WP_262175203.1 WP_067835961.1 55.9 34 15 0 3 36 110 143 1.69e-04 38.5 EAG2350674.1 EAG2350674.1 100 128 0 0 1 128 1 128 8.62e-88 249 EAG2350674.1 WP_194544138.1 51.7 116 56 0 5 120 13 128 1.61e-40 133 EAG2350674.1 MBQ5584458.1 53.4 116 54 0 5 120 4 119 2.66e-39 130 EAG2350674.1 WP_069156513.1 44.8 125 68 1 1 124 1 125 3.65e-34 117 EAG2350674.1 WP_026893585.1 41.0 122 72 0 1 122 1 122 1.39e-31 110 EAG2350674.1 WP_186723788.1 42.1 126 73 0 2 127 5 130 7.98e-31 108 EAG2350674.1 WP_007708736.1 47.5 122 61 1 3 121 2 123 1.32e-30 107 EAG2350674.1 MBP1530348.1 40.5 116 69 0 4 119 3 118 4.16e-30 106 EAG2350674.1 PYP94120.1 39.2 125 75 1 4 127 2 126 1.98e-22 86.7 EAG2350674.1 MCL7714424.1 37.7 122 73 1 1 119 1 122 7.29e-22 85.1 WP_135676778.1 WP_135676778.1 100 71 0 0 1 71 1 71 1.75e-30 102 QDH52386.1 QDH52386.1 100 264 0 0 1 264 1 264 3.14e-193 527 QDH52386.1 YP_009109540.1 46.9 258 132 5 7 264 9 261 1.53e-72 221 MBS4968936.1 MBS4968936.1 100 291 0 0 1 291 1 291 6.58e-204 556 MBS4968936.1 MUU11774.1 34.1 279 170 4 11 284 14 283 1.26e-41 143 MBS4968936.1 MBA2554676.1 32.6 227 142 2 61 284 81 299 3.39e-29 111 TMJ83338.1 TMJ83338.1 100 198 0 0 1 198 1 198 4.04e-154 422 EJS0734484.1 EJS0734484.1 100 348 0 0 1 348 1 348 5.09e-248 672 EJS0734484.1 WP_022748957.1 43.1 327 173 5 26 348 57 374 2.34e-77 240 EJS0734484.1 WP_114054641.1 30.9 320 205 6 26 339 4 313 1.43e-28 111 EGT3575439.1 EGT3575439.1 100 143 0 0 1 143 1 143 5.80e-100 281 OMO76535.1 OMO76535.1 100 182 0 0 1 182 1 182 8.58e-130 360 WP_202587913.1 WP_202587913.1 100 108 0 0 1 108 1 108 9.34e-78 222 WP_056382861.1 WP_056382861.1 100 472 0 0 1 472 1 472 0.0 908 WP_056382861.1 MBX3687043.1 42.9 469 237 13 10 462 1 454 6.58e-97 298 XP_018594075.2 XP_018594075.2 100 208 0 0 1 208 1 208 9.98e-119 334 WP_077492284.1 WP_077492284.1 100 135 0 0 1 135 1 135 2.51e-97 274 GEX99374.1 GEX99374.1 100 362 0 0 1 362 1 362 8.97e-217 595 MBS13190.1 MBS13190.1 100 462 0 0 1 462 1 462 0.0 908 XP_046837596.1 XP_046837596.1 100 501 0 0 1 501 1 501 0.0 1039 WP_022723191.1 WP_022723191.1 100 95 0 0 1 95 1 95 3.36e-65 189 BAO23243.1 BAO23243.1 100 343 0 0 1 343 1 343 3.79e-261 705 BAO23243.1 ACH90072.1 93.0 343 24 0 1 343 29 371 6.82e-248 673 BAO23243.1 BAO11608.1 93.5 339 22 0 1 339 1 339 1.21e-247 671 BAO23243.1 AFJ09957.1 93.0 343 24 0 1 343 1 343 3.30e-247 673 BAO23243.1 ACY29573.1 91.3 343 30 0 1 343 1 343 1.67e-243 664 BAO23243.1 QWY38042.1 90.4 343 33 0 1 343 1 343 7.26e-241 656 BAO23243.1 AVA00513.1 90.0 339 34 0 1 339 1 339 4.84e-238 647 BAO23243.1 AFV39595.1 92.1 343 27 0 1 343 54 396 8.00e-236 666 BAO23243.1 AOW36968.1 88.4 327 38 0 17 343 1 327 8.55e-226 615 BAO23243.1 AOW33101.1 91.8 318 26 0 17 334 1 318 1.64e-224 612 BAO23243.1 ARR91819.1 85.7 307 43 1 1 306 1 307 1.31e-193 533 BAO23243.1 ACV16867.1 96.3 244 9 0 100 343 1 244 1.25e-178 495 BAO23243.1 ADB27070.1 96.6 207 7 0 137 343 1 207 9.48e-152 423 BAO23243.1 ABJ92889.1 78.1 96 21 0 4 99 1 96 3.84e-54 171 WP_105336487.1 WP_105336487.1 100 200 0 0 1 200 1 200 4.53e-152 417 MCO4016744.1 MCO4016744.1 100 503 0 0 1 503 1 503 0.0 977 WP_122747354.1 WP_122747354.1 100 534 0 0 1 534 1 534 0.0 1081 WP_122747354.1 MBO7690464.1 30.0 484 308 11 57 526 95 561 1.14e-59 206 KAI6203333.1 KAI6203333.1 100 180 0 0 1 180 1 180 7.98e-134 370 MBO8166298.1 MBO8166298.1 100 117 0 0 1 117 1 117 9.35e-80 228 OLE87009.1 OLE87009.1 100 672 0 0 1 672 1 672 0.0 1275 KQM27662.1 KQM27662.1 100 253 0 0 1 253 1 253 3.60e-173 475 MCE2883039.1 MCE2883039.1 100 144 0 0 1 144 1 144 2.97e-98 277 MCE2883039.1 HBW9511025.1 55.2 143 61 2 2 144 60 199 6.90e-46 146 MCE2883039.1 PJB11797.1 42.8 138 76 2 2 139 57 191 1.01e-34 118 WP_185921121.1 WP_185921121.1 100 479 0 0 1 479 1 479 0.0 875 WP_185921121.1 WP_023727015.1 34.9 427 251 11 8 420 25 438 2.30e-50 177 WP_185921121.1 WP_259619769.1 32.4 420 267 8 9 415 27 442 2.71e-45 163 WP_185921121.1 RQL72805.1 29.5 424 267 9 7 415 12 418 3.72e-32 127 WP_185921121.1 WP_255602293.1 25.9 428 305 5 7 425 20 444 1.29e-28 117 WP_185921121.1 WP_226276978.1 26.9 428 297 9 19 439 23 441 2.37e-26 110 WP_185921121.1 WP_197332010.1 27.2 412 293 6 11 419 13 420 2.62e-25 107 WP_139649072.1 WP_139649072.1 100 222 0 0 1 222 1 222 3.07e-145 402 KAG7345309.1 KAG7345309.1 100 387 0 0 1 387 1 387 9.73e-284 766 XP_034481174.1 XP_034481174.1 100 174 0 0 1 174 1 174 6.62e-130 359 EFA5447392.1 EFA5447392.1 100 179 0 0 1 179 1 179 4.45e-135 373 MBI3868575.1 MBI3868575.1 100 213 0 0 1 213 1 213 4.29e-152 419 MBI3868575.1 WP_177995267.1 35.4 127 56 4 7 107 4 130 3.77e-13 64.7 BBG20955.1 BBG20955.1 100 2890 0 0 1 2890 1 2890 0.0 5630 BBG20955.1 WP_261665820.1 45.9 1525 616 16 1387 2872 8 1362 0.0 1259 BBG20955.1 WP_061278828.1 45.8 1492 681 17 1395 2881 6 1374 0.0 1208 BBG20955.1 WP_189931865.1 38.7 1396 535 16 11 1375 21 1126 2.54e-294 901 BBG20955.1 MBQ7389792.1 37.8 1441 657 31 7 1400 7 1255 2.05e-270 843 BBG20955.1 ULU28230.1 32.0 1298 567 20 83 1372 67 1056 8.36e-176 571 BBG20955.1 AIR77599.1 35.4 457 275 6 23 471 1 445 5.52e-90 300 BBG20955.1 HAJ19792.1 45.5 88 48 0 599 686 1 88 6.72e-21 87.8 WP_045136250.1 WP_045136250.1 100 86 0 0 1 86 1 86 1.15e-52 157 MBF0107908.1 MBF0107908.1 100 503 0 0 1 503 1 503 0.0 1022 MBF0107908.1 KAB2885888.1 40.3 457 233 9 37 473 454 890 2.85e-97 313 MCB9222627.1 MCB9222627.1 100 194 0 0 1 194 1 194 4.04e-143 394 RYY55682.1 RYY55682.1 100 874 0 0 1 874 1 874 0.0 1698 RYY55682.1 OLA65010.1 42.3 891 470 17 4 871 6 875 1.78e-214 629 WP_264750294.1 WP_264750294.1 100 886 0 0 1 886 1 886 0.0 1839 XP_026100634.1 XP_026100634.1 100 440 0 0 1 440 1 440 7.37e-299 809 XP_026100634.1 KAI9912466.1 31.1 302 192 6 83 373 28 324 5.95e-41 148 XP_026100634.1 XP_042622198.1 28.3 325 176 10 83 364 200 510 2.72e-27 112 XP_026100634.1 NXJ84327.1 33.5 233 134 10 82 303 200 422 9.95e-25 105 XP_026100634.1 XP_039923984.1 31.5 248 148 9 82 318 195 431 1.40e-21 96.3 XP_026100634.1 KAJ7903702.1 28.3 219 139 6 87 298 27 234 1.91e-12 67.0 PWM49891.1 PWM49891.1 100 442 0 0 1 442 1 442 0.0 899 PWM49891.1 WP_258835625.1 40.3 444 255 6 1 436 1 442 2.64e-99 303 PWM49891.1 MBP6375542.1 38.8 438 258 5 1 432 1 434 4.51e-98 299 PWM49891.1 MBT4710545.1 37.1 448 262 8 1 436 1 440 1.99e-90 280 PWM49891.1 WP_249505358.1 35.0 449 273 9 1 439 1 440 6.01e-81 255 PWM49891.1 WP_194454339.1 25.7 362 237 9 11 359 15 357 3.55e-32 125 WP_017487366.1 WP_017487366.1 100 73 0 0 1 73 1 73 1.26e-50 151 WP_034968029.1 WP_034968029.1 100 361 0 0 1 361 1 361 1.73e-282 761 WP_034968029.1 WP_150731550.1 35.1 308 195 4 44 348 22 327 1.30e-64 207 OXE30643.1 OXE30643.1 100 108 0 0 1 108 1 108 3.13e-76 218 QDI78883.1 QDI78883.1 100 431 0 0 1 431 1 431 0.0 880 XP_008604006.1 XP_008604006.1 100 143 0 0 1 143 1 143 4.58e-72 211 EGT0637761.1 EGT0637761.1 100 181 0 0 1 181 1 181 4.79e-131 363 WP_135916821.1 WP_135916821.1 100 272 0 0 1 272 1 272 1.19e-201 549 WP_135916821.1 PYL83902.1 31.9 116 65 2 104 210 147 257 1.03e-15 75.1 MXW58053.1 MXW58053.1 100 284 0 0 1 284 1 284 3.60e-218 592 XP_050358545.1 XP_050358545.1 100 493 0 0 1 493 1 493 0.0 957 XP_004225259.1 XP_004225259.1 100 729 0 0 1 729 1 729 0.0 1274 TBR44965.1 TBR44965.1 100 257 0 0 1 257 1 257 1.42e-181 497 TBR44965.1 MBL6635315.1 36.8 258 149 4 4 257 6 253 8.07e-49 160 AQA21753.1 AQA21753.1 100 154 0 0 1 154 1 154 9.75e-111 309 DAO35860.1 DAO35860.1 100 172 0 0 1 172 1 172 5.89e-123 342 MCB9555407.1 MCB9555407.1 100 491 0 0 1 491 1 491 0.0 914 NOG54385.1 NOG54385.1 100 523 0 0 1 523 1 523 0.0 947 XP_027894086.1 XP_027894086.1 100 953 0 0 1 953 1 953 0.0 1801 OJG95819.1 OJG95819.1 100 345 0 0 1 345 1 345 2.33e-247 671 OJG95819.1 WP_024410349.1 38.4 331 201 2 5 333 1 330 5.66e-76 235 OJG95819.1 KAJ5991093.1 37.3 193 116 4 26 215 34 224 1.78e-30 115 OJG95819.1 WP_257107333.1 33.5 245 130 9 22 241 19 255 2.87e-24 99.8 OJG95819.1 WP_198255508.1 26.2 340 201 11 22 335 18 333 3.09e-21 91.3 GIY33458.1 GIY33458.1 100 949 0 0 1 949 1 949 0.0 1711 GIY33458.1 WP_007337172.1 35.7 70 42 1 214 283 55 121 1.08e-07 51.6 MCI1663915.1 MCI1663915.1 100 345 0 0 1 345 1 345 5.56e-255 690 MCI1663915.1 WP_069877432.1 38.7 341 192 6 10 341 12 344 7.07e-78 241 MCI1663915.1 MBI1797961.1 35.7 353 194 6 4 341 13 347 1.47e-67 214 WP_142429410.1 WP_142429410.1 100 61 0 0 1 61 1 61 1.49e-37 117 XP_040114763.1 XP_040114763.1 100 596 0 0 1 596 1 596 0.0 1185 WP_129857883.1 WP_129857883.1 100 412 0 0 1 412 1 412 8.52e-277 751 WP_129857883.1 WP_144320971.1 31.2 327 180 15 84 392 202 501 8.50e-17 80.5 WP_129857883.1 WP_088644037.1 28.9 350 220 8 60 394 77 412 1.78e-14 73.2 WP_129857883.1 MBP9767803.1 21.3 211 162 3 179 385 191 401 2.65e-04 41.2 EAN4724137.1 EAN4724137.1 100 354 0 0 1 354 1 354 3.55e-267 721 EAN4724137.1 WP_224255409.1 95.5 353 16 0 1 353 1 353 4.57e-254 688 EAN4724137.1 MBT4259674.1 43.9 342 187 3 1 342 1 337 1.38e-99 296 EAN4724137.1 XP_018682766.1 32.3 328 156 4 22 349 79 340 2.56e-57 188 WP_137058869.1 WP_137058869.1 100 216 0 0 1 216 1 216 1.88e-152 420 WP_278924671.1 WP_278924671.1 100 94 0 0 1 94 1 94 3.26e-58 172 XP_033130084.1 XP_033130084.1 100 214 0 0 1 214 1 214 1.19e-154 425 WP_186939222.1 WP_186939222.1 100 848 0 0 1 848 1 848 0.0 1625 WP_186939222.1 MBR2406030.1 30.4 664 406 18 119 755 29 663 5.00e-67 234 WP_186939222.1 WP_223292749.1 48.7 78 40 0 3 80 7 84 5.79e-18 77.8 WP_186939222.1 MCM1122913.1 45.2 73 40 0 1 73 1 73 2.12e-15 70.1 RZO90007.1 RZO90007.1 100 328 0 0 1 328 1 328 8.92e-232 630 WP_067908376.1 WP_067908376.1 100 263 0 0 1 263 1 263 3.80e-189 516 XP_010831352.1 XP_010831352.1 100 1301 0 0 1 1301 1 1301 0.0 2482 WP_187094112.1 WP_187094112.1 100 288 0 0 1 288 1 288 1.63e-207 565 WP_187094112.1 WP_221286480.1 42.3 239 114 5 61 282 48 279 3.64e-48 160 WP_187094112.1 MBO4168293.1 30.5 243 144 10 35 266 3 231 3.15e-13 66.2 WP_176538754.1 WP_176538754.1 100 387 0 0 1 387 1 387 5.08e-254 691 WP_176538754.1 WP_059267425.1 27.5 142 102 1 6 146 12 153 4.56e-06 46.6 MPT34124.1 MPT34124.1 100 121 0 0 1 121 1 121 1.72e-86 245 MBO5205168.1 MBO5205168.1 100 308 0 0 1 308 1 308 1.09e-231 628 MBK8687530.1 MBK8687530.1 100 225 0 0 1 225 1 225 1.42e-156 431 MBK8687530.1 MCC6044083.1 40.3 129 71 4 1 124 36 163 8.03e-11 58.9 MBK8687530.1 WP_211555180.1 34.6 136 76 5 3 130 34 164 1.06e-04 40.4 WP_228527316.1 WP_228527316.1 100 67 0 0 1 67 1 67 4.32e-44 134 ECA9858842.1 ECA9858842.1 100 394 0 0 1 394 1 394 1.32e-305 822 ECA9858842.1 MBI4875790.1 30.5 377 232 11 26 383 29 394 3.57e-55 185 MBN9625832.1 MBN9625832.1 100 281 0 0 1 281 1 281 1.20e-210 572 MBN9625832.1 NEX64733.1 59.6 277 111 1 1 277 1 276 2.69e-118 339 MBN9625832.1 GGS66510.1 51.4 282 130 4 4 280 1 280 2.55e-93 275 MBN9625832.1 WP_002857697.1 34.4 212 130 4 73 277 77 286 1.85e-34 124 WP_276153259.1 WP_276153259.1 100 359 0 0 1 359 1 359 4.43e-259 701 PCJ60344.1 PCJ60344.1 100 82 0 0 1 82 1 82 1.95e-58 171 WP_034004944.1 WP_034004944.1 100 80 0 0 1 80 1 80 4.35e-52 155 XP_007405597.1 XP_007405597.1 100 266 0 0 1 266 1 266 8.16e-181 496 WP_241323553.1 WP_241323553.1 100 411 0 0 1 411 1 411 7.04e-296 799 WP_030096092.1 WP_030096092.1 100 477 0 0 1 477 1 477 0.0 954 WP_030096092.1 MCK1819907.1 52.1 495 201 8 1 474 2 481 1.38e-159 460 WP_030096092.1 WP_034002239.1 35.0 428 242 7 41 434 31 456 1.15e-68 226 WP_030096092.1 WP_187788315.1 34.8 419 260 7 42 453 11 423 1.50e-65 216 WP_030096092.1 WP_278498266.1 33.8 450 246 14 31 438 18 457 1.80e-58 199 WP_149633476.1 WP_149633476.1 100 222 0 0 1 222 1 222 1.50e-170 466 COS78102.1 COS78102.1 100 81 0 0 1 81 1 81 2.05e-55 164 XP_031145922.1 XP_031145922.1 100 330 0 0 1 330 1 330 2.02e-190 525 KAF1792308.1 KAF1792308.1 100 597 0 0 1 597 1 597 0.0 1249 XP_012206226.1 XP_012206226.1 100 654 0 0 1 654 1 654 0.0 1294 TIX75263.1 TIX75263.1 100 80 0 0 1 80 1 80 9.80e-58 169 TNH24208.1 TNH24208.1 100 97 0 0 1 97 1 97 3.29e-32 106 WP_147434933.1 WP_147434933.1 100 203 0 0 1 203 1 203 9.02e-140 387 WP_147434933.1 GFH27490.1 48.3 201 100 2 2 198 108 308 1.60e-56 179 WP_091252096.1 WP_091252096.1 100 206 0 0 1 206 1 206 3.84e-147 405 HJE11106.1 HJE11106.1 100 458 0 0 1 458 1 458 0.0 887 MBQ1306452.1 MBQ1306452.1 100 326 0 0 1 326 1 326 5.98e-254 686 MBR5168981.1 MBR5168981.1 100 123 0 0 1 123 1 123 4.89e-87 247 MBR5168981.1 WP_213753432.1 46.2 117 51 3 7 123 12 116 1.02e-24 89.4 WP_010865602.1 WP_010865602.1 100 392 0 0 1 392 1 392 8.81e-294 792 WP_074028604.1 WP_074028604.1 100 60 0 0 1 60 1 60 7.37e-42 128 WP_270967954.1 WP_270967954.1 100 655 0 0 1 655 1 655 0.0 1347 WP_270967954.1 WP_254101325.1 49.0 630 304 8 27 649 22 641 5.24e-209 598 WP_270967954.1 XP_052525039.1 35.5 636 383 15 25 648 41 661 1.21e-124 382 WP_270967954.1 MCC5948066.1 30.0 620 383 20 17 617 30 617 5.60e-67 230 CAG5083139.1 CAG5083139.1 100 191 0 0 1 191 1 191 1.03e-130 363 WP_121452481.1 WP_121452481.1 100 192 0 0 1 192 1 192 9.48e-132 365 MBQ8412219.1 MBQ8412219.1 100 105 0 0 1 105 1 105 3.07e-68 198 RYE89993.1 RYE89993.1 100 329 0 0 1 329 1 329 4.56e-255 689 RYE89993.1 MBL8820230.1 39.7 312 152 5 31 329 28 316 1.03e-63 203 RYE89993.1 NEO65312.1 37.1 175 94 6 154 324 343 505 2.27e-24 101 RYE89993.1 WP_210569664.1 30.7 322 163 13 20 329 162 435 6.91e-22 94.0 WP_160352546.1 WP_160352546.1 100 238 0 0 1 238 1 238 7.52e-131 367 MBU2573448.1 MBU2573448.1 100 522 0 0 1 522 1 522 0.0 988 TAG14385.1 TAG14385.1 100 220 0 0 1 220 1 220 1.10e-162 446 HIS46075.1 HIS46075.1 100 272 0 0 1 272 1 272 6.08e-195 532 MBS6779195.1 MBS6779195.1 100 391 0 0 1 391 1 391 6.15e-289 780 MBS6779195.1 WP_012573472.1 31.4 376 244 8 11 376 15 386 1.47e-38 145 MBS6779195.1 NJD91181.1 33.0 270 167 8 82 343 2 265 3.00e-27 112 MBS6779195.1 WP_151430057.1 29.0 328 189 8 11 323 9 307 4.41e-22 94.7 MBP3450714.1 MBP3450714.1 100 144 0 0 1 144 1 144 2.02e-105 295 WP_259633828.1 WP_259633828.1 100 41 0 0 1 41 1 41 1.86e-25 85.5 WP_277084622.1 WP_277084622.1 100 315 0 0 1 315 1 315 3.11e-230 625 WP_277084622.1 WP_074825075.1 59.7 313 121 3 1 313 84 391 1.75e-113 332 WP_277084622.1 WP_078429679.1 47.8 312 159 3 1 312 84 391 8.13e-85 259 WP_277084622.1 WP_004619799.1 48.8 320 150 6 1 313 87 399 2.07e-81 250 WP_277084622.1 MCP1651746.1 46.8 316 162 4 2 313 90 403 1.46e-79 246 WP_277084622.1 MBA2536487.1 45.0 313 157 5 1 312 84 382 5.07e-75 233 WP_277084622.1 EDH4057100.1 42.7 321 155 7 1 313 87 386 3.07e-61 198 WP_277084622.1 GAN03156.1 42.3 317 164 6 2 314 111 412 1.60e-60 197 WP_277084622.1 XP_040685867.1 39.1 322 170 5 2 314 116 420 1.67e-58 192 WP_277084622.1 WP_083141943.1 39.4 315 168 7 5 313 89 386 1.39e-50 170 HBO4828144.1 HBO4828144.1 100 284 0 0 1 284 1 284 9.80e-207 563 HBO4828144.1 WP_077217464.1 54.6 229 103 1 29 257 49 276 7.01e-81 244 HBO4828144.1 WP_076409454.1 44.8 239 120 6 11 245 5 235 7.70e-56 182 HBO4828144.1 WP_176354145.1 50.0 192 92 2 29 216 20 211 1.19e-48 164 HBO4828144.1 WP_170725874.1 44.2 197 105 2 29 222 19 213 9.27e-42 145 HBO4828144.1 MWR41881.1 37.9 219 120 2 30 232 44 262 7.33e-41 140 HBO4828144.1 WP_145468487.1 37.1 213 117 3 23 220 19 229 1.08e-31 115 HBO4828144.1 WP_256546297.1 28.0 236 144 4 1 215 14 244 8.91e-21 87.8 HBO4828144.1 WP_150396769.1 29.9 204 119 7 31 215 290 488 4.16e-13 67.4 HBO4828144.1 WP_142931103.1 26.7 195 127 5 33 213 279 471 2.54e-10 58.9 HBO4828144.1 MBQ8297564.1 24.9 197 134 5 29 215 349 541 6.70e-10 57.8 HBO4828144.1 WP_153844272.1 23.5 213 129 5 11 201 6 206 6.40e-09 54.7 HBO4828144.1 WP_195238978.1 25.3 182 121 6 6 176 479 656 3.17e-07 49.7 HBO4828144.1 KAJ2660037.1 24.7 223 139 8 9 215 1807 2016 8.52e-06 45.4 CAB3503427.1 CAB3503427.1 100 670 0 0 1 670 1 670 0.0 1320 WP_167084302.1 WP_167084302.1 100 147 0 0 1 147 1 147 5.52e-109 304 MBK9137892.1 MBK9137892.1 100 423 0 0 1 423 1 423 5.03e-302 815 WP_086612756.1 WP_086612756.1 100 130 0 0 1 130 1 130 4.41e-91 258 WP_229319113.1 WP_229319113.1 100 564 0 0 1 564 1 564 0.0 979 WP_229319113.1 WP_247749043.1 28.8 215 146 3 351 558 377 591 4.01e-15 76.6 MCI40880.1 MCI40880.1 100 78 0 0 1 78 1 78 2.11e-49 148 MBU6305288.1 MBU6305288.1 100 135 0 0 1 135 1 135 3.06e-98 276 UAS17182.2 UAS17182.2 100 147 0 0 1 147 1 147 5.48e-42 135 MBN1762539.1 MBN1762539.1 100 427 0 0 1 427 1 427 0.0 864 KVN34631.1 KVN34631.1 100 146 0 0 1 146 1 146 1.59e-103 290 CAD2189922.1 CAD2189922.1 100 688 0 0 1 688 1 688 0.0 1346 KAF5671546.1 KAF5671546.1 100 1262 0 0 1 1262 1 1262 0.0 2359 KAF5671546.1 MBE6688122.1 30.0 944 547 25 188 1112 35 883 5.68e-94 321 KAF5671546.1 MBE5737882.1 28.1 928 566 16 187 1112 35 863 2.79e-92 316 KAF5671546.1 XP_009147075.2 30.5 896 528 24 183 1027 145 996 2.60e-88 310 KAF5671546.1 WP_235126772.1 28.2 886 526 27 182 1054 24 812 1.39e-80 282 KAF5671546.1 WP_278631399.1 29.5 799 455 21 183 978 30 723 2.53e-80 281 KAF5671546.1 KAA0114277.1 31.9 670 389 16 452 1111 297 909 1.23e-74 266 KAF5671546.1 WP_049009918.1 24.2 764 453 24 171 923 62 710 3.62e-37 150 KAF5671546.1 WP_019100427.1 22.8 869 552 21 157 1009 31 796 1.15e-33 139 KAF5671546.1 KAJ6994162.1 23.0 760 429 19 182 927 42 659 1.11e-32 135 KAF5671546.1 MBY0273331.1 28.5 302 171 12 743 1033 427 694 5.93e-17 84.7 KAF5671546.1 MCE7698179.1 27.9 229 130 6 295 522 79 273 2.52e-11 65.5 CAG8783316.1 CAG8783316.1 100 91 0 0 1 91 1 91 2.61e-67 194 XP_006161615.1 XP_006161615.1 100 178 0 0 1 178 1 178 6.32e-130 360 WP_207472995.1 WP_207472995.1 100 85 0 0 1 85 1 85 7.84e-55 162 TMG92410.1 TMG92410.1 100 313 0 0 1 313 1 313 3.24e-231 627 MBL0091585.1 MBL0091585.1 100 671 0 0 1 671 1 671 0.0 1330 MBL0091585.1 NLY22703.1 43.2 347 186 5 57 402 8 344 1.34e-80 266 EJI8012843.1 EJI8012843.1 100 854 0 0 1 854 1 854 0.0 1751 EJI8012843.1 EDF5922784.1 72.2 673 79 6 1 673 1 565 0.0 921 EJI8012843.1 MBL04873.1 60.7 28 11 0 492 519 405 432 2.45e-04 42.7 8APN_AM 8APN_AM 100 419 0 0 1 419 1 419 2.89e-299 808 WP_073680713.1 WP_073680713.1 100 211 0 0 1 211 1 211 4.48e-153 421 SQB81123.1 SQB81123.1 100 63 0 0 1 63 1 63 2.51e-39 122 SQB81123.1 KQO44758.1 64.5 62 21 1 1 61 363 424 1.40e-18 75.5 KAI2569442.1 KAI2569442.1 100 355 0 0 1 355 1 355 1.18e-261 707 WP_049468231.1 WP_049468231.1 100 186 0 0 1 186 1 186 2.65e-135 374 WP_074825075.1 WP_074825075.1 100 392 0 0 1 392 1 392 1.65e-273 741 WP_074825075.1 WP_078429679.1 51.2 391 190 1 1 390 1 391 1.41e-130 379 WP_074825075.1 WP_277084622.1 59.7 313 121 3 84 391 1 313 1.09e-113 333 WP_074825075.1 MCP1651746.1 47.1 401 203 5 1 392 4 404 6.16e-106 316 WP_074825075.1 WP_004619799.1 48.5 396 193 6 6 392 7 400 8.72e-105 313 WP_074825075.1 MBA2536487.1 44.9 390 207 2 1 390 1 382 2.04e-104 311 WP_074825075.1 EDH4057100.1 46.3 402 191 10 1 392 1 387 4.51e-93 283 WP_074825075.1 GAN03156.1 38.6 396 224 7 3 391 28 411 4.31e-75 237 WP_074825075.1 WP_083141943.1 37.5 408 218 7 1 392 1 387 6.55e-67 215 WP_074825075.1 XP_040685867.1 35.1 393 234 7 3 386 34 414 2.08e-58 194 WP_074925385.1 WP_074925385.1 100 224 0 0 1 224 1 224 6.37e-173 472 CAI2162316.1 CAI2162316.1 100 772 0 0 1 772 1 772 0.0 1385 WP_011629477.1 WP_011629477.1 100 474 0 0 1 474 1 474 0.0 970 WP_001202764.1 WP_001202764.1 100 571 0 0 1 571 1 571 0.0 1131 WP_001202764.1 MBT8607749.1 56.4 571 244 5 1 569 1 568 6.43e-227 638 WP_122031495.1 WP_122031495.1 100 435 0 0 1 435 1 435 1.74e-299 810 WP_177995267.1 WP_177995267.1 100 246 0 0 1 246 1 246 3.94e-178 487 WP_177995267.1 MBI3868575.1 34.9 129 58 4 2 130 5 107 2.93e-12 62.4 WP_111457087.1 WP_111457087.1 100 267 0 0 1 267 1 267 3.35e-185 507 WP_111457087.1 WP_225767809.1 33.6 131 80 6 127 256 4 128 1.43e-08 50.8 KAA8693182.1 KAA8693182.1 100 110 0 0 1 110 1 110 1.08e-77 222 MYT92751.1 MYT92751.1 100 93 0 0 1 93 1 93 9.05e-60 176 XP_043889695.1 XP_043889695.1 100 1998 0 0 1 1998 1 1998 0.0 3856 XP_043889695.1 KAJ2660037.1 42.0 393 189 12 6 384 4 371 1.21e-61 233 XP_043889695.1 XP_032696462.1 36.7 392 210 7 1 379 1 367 9.64e-60 225 WP_274549238.1 WP_274549238.1 100 115 0 0 1 115 1 115 3.04e-75 216 DAZ64401.1 DAZ64401.1 100 297 0 0 1 297 1 297 5.11e-220 597 UBD95131.1 UBD95131.1 100 7096 0 0 1 7096 1 7096 0.0 14174 UBD95131.1 UEC52718.1 99.9 7096 7 0 1 7096 1 7096 0.0 14158 UBD95131.1 QWC83326.1 99.8 7096 15 0 1 7096 1 7096 0.0 14143 UBD95131.1 UBP50947.1 99.8 7096 16 0 1 7096 1 7096 0.0 14142 UBD95131.1 WEU87158.1 99.8 7096 17 0 1 7096 1 7096 0.0 14138 UBD95131.1 QSZ25555.1 99.7 7096 19 0 1 7096 1 7096 0.0 14137 UBD95131.1 QVD87869.1 99.7 7096 18 1 1 7096 1 7093 0.0 14127 UBD95131.1 UMF87224.1 99.4 7096 40 2 1 7096 1 7092 0.0 14117 UBD95131.1 UZO53924.1 99.6 7096 23 1 1 7096 1 7093 0.0 14115 UBD95131.1 UVB16817.1 99.6 7096 22 1 1 7096 1 7093 0.0 14114 UBD95131.1 URQ55824.1 99.6 7096 23 1 1 7096 1 7093 0.0 14114 UBD95131.1 QZU16279.1 99.6 7096 28 0 1 7096 1 7096 0.0 14107 UBD95131.1 UIR12670.1 99.3 7096 45 2 1 7096 1 7092 0.0 14060 UBD95131.1 UBR86455.1 99.1 7095 64 0 2 7096 1 7095 0.0 14022 UBD95131.1 UPA83906.1 99.1 7096 61 2 1 7096 1 7092 0.0 14020 UBD95131.1 UCP72061.1 98.9 7096 81 0 1 7096 1 7096 0.0 13982 UBD95131.1 UCP77012.1 98.8 7096 84 0 1 7096 1 7096 0.0 13977 UBD95131.1 UXX67934.1 98.7 7096 91 1 1 7096 1 7093 0.0 13953 UBD95131.1 UKN67998.1 98.2 7076 122 2 21 7096 1 7072 0.0 13832 UBD95131.1 WHE12941.1 98.1 7070 132 1 27 7096 1 7067 0.0 13806 UBD95131.1 UGA79226.1 97.6 7096 173 0 1 7096 1 7096 0.0 13773 UBD95131.1 UAQ80067.1 97.3 7096 190 0 1 7096 1 7096 0.0 13718 UBD95131.1 UJT06733.1 96.2 7096 267 2 1 7096 1 7092 0.0 13510 UBD95131.1 UVI10561.1 96.2 7069 265 1 28 7096 1 7066 0.0 13491 UBD95131.1 UOU30556.1 94.8 7096 366 1 1 7096 1 7093 0.0 13282 UBD95131.1 UMA88644.1 91.7 7075 586 2 22 7096 1 7071 0.0 12708 UBD95131.1 WAS49087.1 90.4 7096 677 1 1 7096 1 7093 0.0 12513 UBD95131.1 WGP98278.1 84.9 7096 1071 0 1 7096 1 7096 0.0 11584 UBD95131.1 UFM00670.1 99.9 4401 5 0 1 4401 1 4401 0.0 8640 UBD95131.1 UEC68750.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UBD95131.1 UHM53165.1 99.9 4401 5 0 1 4401 1 4401 0.0 8635 UBD95131.1 UFM02602.1 99.9 4401 5 0 1 4401 1 4401 0.0 8635 UBD95131.1 QTD03487.1 99.7 4401 12 0 1 4401 1 4401 0.0 8630 UBD95131.1 UBL45068.1 99.8 4401 10 0 1 4401 1 4401 0.0 8627 UBD95131.1 QXR94354.1 99.7 4401 12 1 1 4401 1 4398 0.0 8614 UBD95131.1 QTM79632.1 99.6 4401 15 1 1 4401 1 4398 0.0 8613 UBD95131.1 ULA23837.2 99.6 4401 13 2 1 4401 1 4397 0.0 8609 UBD95131.1 QTZ27226.1 99.5 4401 17 1 1 4401 1 4398 0.0 8608 UBD95131.1 UPP41269.1 99.6 4401 15 1 1 4401 1 4398 0.0 8607 UBD95131.1 UXH94526.1 99.6 4401 14 2 1 4401 1 4397 0.0 8604 UBD95131.1 USR14792.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UBD95131.1 UKU68032.1 99.3 4401 27 2 1 4401 1 4397 0.0 8576 UBD95131.1 UJV88611.1 97.7 4401 99 2 1 4401 1 4397 0.0 8414 UBD95131.1 UJJ97602.1 97.5 4401 105 2 1 4401 1 4397 0.0 8398 UBD95131.1 UJS94137.1 98.7 4296 53 2 106 4401 1 4292 0.0 8306 UBD95131.1 ULB83374.1 96.4 4401 153 2 1 4401 1 4397 0.0 8279 UBD95131.1 UGB98301.1 94.5 4401 244 0 1 4401 1 4401 0.0 8066 UBD95131.1 QRX02582.1 99.8 4098 9 0 1 4098 1 4098 0.0 8014 UBD95131.1 UFA30503.1 93.6 4340 278 0 27 4366 1 4340 0.0 7856 UBD95131.1 WGP70063.1 92.4 4369 333 0 1 4369 1 4369 0.0 7788 UBD95131.1 UNI03201.1 91.6 4375 365 1 27 4401 1 4374 0.0 7729 UBD95131.1 WEI27974.1 91.2 4401 385 1 1 4401 1 4398 0.0 7726 UBD95131.1 UEX07109.1 88.1 4375 522 0 27 4401 1 4375 0.0 7376 UBD95131.1 URP80785.1 82.5 4374 761 1 28 4401 1 4371 0.0 6769 UBD95131.1 UYE49180.1 77.0 4401 1011 1 1 4401 1 4398 0.0 6213 UBD95131.1 UPB00876.1 76.5 4374 1026 1 28 4401 1 4371 0.0 6169 UBD95131.1 WGQ72821.1 67.7 4344 1405 0 26 4369 1 4344 0.0 5143 ESS65152.1 ESS65152.1 100 306 0 0 1 306 1 306 8.91e-205 560 WP_095451526.1 WP_095451526.1 100 365 0 0 1 365 1 365 6.61e-264 714 XP_040286004.1 XP_040286004.1 100 487 0 0 1 487 1 487 0.0 958 KPX96424.1 KPX96424.1 100 453 0 0 1 453 1 453 0.0 902 WP_233290946.1 WP_233290946.1 100 416 0 0 1 416 1 416 2.86e-293 793 WP_139552727.1 WP_139552727.1 100 111 0 0 1 111 1 111 2.09e-80 229 WP_139552727.1 CAB5621061.1 100 28 0 0 25 52 180 207 2.41e-13 61.6 ETO85594.1 ETO85594.1 100 380 0 0 1 380 1 380 1.41e-111 329 TWP21248.1 TWP21248.1 100 274 0 0 1 274 1 274 1.23e-163 453 WP_225318916.1 WP_225318916.1 100 91 0 0 1 91 1 91 9.87e-63 183 WP_128455839.1 WP_128455839.1 100 103 0 0 1 103 1 103 2.10e-65 191 WP_109249144.1 WP_109249144.1 100 355 0 0 1 355 1 355 9.35e-176 490 WP_272056282.1 WP_272056282.1 100 129 0 0 1 129 1 129 7.35e-94 265 ECC0814460.1 ECC0814460.1 100 1311 0 0 1 1311 1 1311 0.0 2425 RZO46377.1 RZO46377.1 100 309 0 0 1 309 1 309 5.42e-237 641 NXB12866.1 NXB12866.1 100 557 0 0 1 557 1 557 0.0 1027 WP_203282270.1 WP_203282270.1 100 768 0 0 1 768 1 768 0.0 1378 WP_083681546.1 WP_083681546.1 100 126 0 0 1 126 1 126 5.23e-88 249 OYZ24246.1 OYZ24246.1 100 397 0 0 1 397 1 397 1.01e-281 762 WP_140889516.1 WP_140889516.1 100 373 0 0 1 373 1 373 1.78e-272 736 MBN0056136.1 MBN0056136.1 100 109 0 0 1 109 1 109 8.60e-79 225 CKL52325.1 CKL52325.1 100 78 0 0 1 78 1 78 4.21e-58 170 TIP25924.1 TIP25924.1 100 190 0 0 1 190 1 190 1.71e-133 370 WP_173580245.1 WP_173580245.1 100 170 0 0 1 170 1 170 4.51e-126 349 MBP9134796.1 MBP9134796.1 100 280 0 0 1 280 1 280 4.33e-208 566 MBP9134796.1 HIP02283.1 39.2 283 158 6 1 279 1 273 1.19e-53 174 WP_179321248.1 WP_179321248.1 100 118 0 0 1 118 1 118 6.06e-81 231 EAA1978353.1 EAA1978353.1 100 140 0 0 1 140 1 140 1.88e-99 280 DAZ71054.1 DAZ71054.1 100 372 0 0 1 372 1 372 1.13e-279 754 DAZ71054.1 WP_024330540.1 36.4 330 195 8 34 362 3 318 1.24e-57 193 DAZ71054.1 WP_145616262.1 35.0 297 165 8 33 327 2 272 4.02e-43 154 DAZ71054.1 NNE87648.1 35.8 293 159 10 33 323 2 267 6.93e-39 142 DAZ71054.1 MYE57211.1 33.6 223 120 6 37 258 7 202 6.79e-32 117 XP_001275352.1 XP_001275352.1 100 531 0 0 1 531 1 531 0.0 1054 RCX10040.1 RCX10040.1 100 545 0 0 1 545 1 545 0.0 991 RCX10040.1 WP_116813830.1 35.0 354 176 9 143 486 37 346 3.52e-39 145 WP_276263713.1 WP_276263713.1 100 241 0 0 1 241 1 241 6.42e-161 443 WP_276263713.1 WP_014286324.1 25.7 144 107 0 27 170 13 156 1.21e-14 68.2 ETI31896.1 ETI31896.1 100 700 0 0 1 700 1 700 0.0 1279 PZW56938.1 PZW56938.1 100 370 0 0 1 370 1 370 3.09e-276 746 PZW56938.1 WP_121252511.1 29.5 302 186 7 1 290 21 307 4.20e-25 103 VUC33496.1 VUC33496.1 100 694 0 0 1 694 1 694 0.0 1378 WP_279595826.1 WP_279595826.1 100 691 0 0 1 691 1 691 0.0 1405 WP_279595826.1 ECC1749556.1 55.1 107 35 2 19 125 9 102 7.44e-33 120 WP_216295494.1 WP_216295494.1 100 338 0 0 1 338 1 338 3.05e-244 662 WP_216295494.1 WP_261668588.1 35.4 297 189 2 40 335 21 315 1.04e-57 187 QWC83326.1 QWC83326.1 100 7096 0 0 1 7096 1 7096 0.0 14174 QWC83326.1 WEU87158.1 99.9 7096 8 0 1 7096 1 7096 0.0 14158 QWC83326.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14157 QWC83326.1 UBP50947.1 99.8 7096 11 0 1 7096 1 7096 0.0 14152 QWC83326.1 QVD87869.1 99.8 7096 9 1 1 7096 1 7093 0.0 14147 QWC83326.1 UBD95131.1 99.8 7096 15 0 1 7096 1 7096 0.0 14142 QWC83326.1 UEC52718.1 99.7 7096 18 0 1 7096 1 7096 0.0 14136 QWC83326.1 UMF87224.1 99.5 7096 33 2 1 7096 1 7092 0.0 14133 QWC83326.1 UZO53924.1 99.7 7096 16 1 1 7096 1 7093 0.0 14131 QWC83326.1 UVB16817.1 99.7 7096 15 1 1 7096 1 7093 0.0 14131 QWC83326.1 URQ55824.1 99.7 7096 16 1 1 7096 1 7093 0.0 14131 QWC83326.1 QZU16279.1 99.5 7096 39 0 1 7096 1 7096 0.0 14085 QWC83326.1 UIR12670.1 99.4 7096 38 2 1 7096 1 7092 0.0 14076 QWC83326.1 UPA83906.1 99.2 7096 55 2 1 7096 1 7092 0.0 14034 QWC83326.1 UBR86455.1 99.0 7095 73 0 2 7096 1 7095 0.0 14005 QWC83326.1 UXX67934.1 98.8 7096 84 1 1 7096 1 7093 0.0 13970 QWC83326.1 UCP72061.1 98.7 7096 90 0 1 7096 1 7096 0.0 13965 QWC83326.1 UCP77012.1 98.7 7096 92 0 1 7096 1 7096 0.0 13963 QWC83326.1 UKN67998.1 98.3 7076 116 2 21 7096 1 7072 0.0 13846 QWC83326.1 WHE12941.1 98.2 7070 127 1 27 7096 1 7067 0.0 13819 QWC83326.1 UGA79226.1 97.7 7096 165 0 1 7096 1 7096 0.0 13792 QWC83326.1 UAQ80067.1 97.2 7096 200 0 1 7096 1 7096 0.0 13699 QWC83326.1 UJT06733.1 96.3 7096 258 2 1 7096 1 7092 0.0 13529 QWC83326.1 UVI10561.1 96.3 7069 258 1 28 7096 1 7066 0.0 13507 QWC83326.1 UOU30556.1 94.9 7096 360 1 1 7096 1 7093 0.0 13295 QWC83326.1 UMA88644.1 91.7 7075 581 2 22 7096 1 7071 0.0 12718 QWC83326.1 WAS49087.1 90.5 7096 671 1 1 7096 1 7093 0.0 12526 QWC83326.1 WGP98278.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11598 QWC83326.1 QTD03487.1 99.8 4401 7 0 1 4401 1 4401 0.0 8643 QWC83326.1 UFM00670.1 99.7 4401 12 0 1 4401 1 4401 0.0 8629 QWC83326.1 QXR94354.1 99.8 4401 7 1 1 4401 1 4398 0.0 8627 QWC83326.1 UEC68750.1 99.7 4401 12 0 1 4401 1 4401 0.0 8626 QWC83326.1 UBL45068.1 99.8 4401 10 0 1 4401 1 4401 0.0 8626 QWC83326.1 QTM79632.1 99.7 4401 10 1 1 4401 1 4398 0.0 8625 QWC83326.1 UHM53165.1 99.7 4401 12 0 1 4401 1 4401 0.0 8624 QWC83326.1 UFM02602.1 99.7 4401 12 0 1 4401 1 4401 0.0 8623 QWC83326.1 QTZ27226.1 99.7 4401 12 1 1 4401 1 4398 0.0 8620 QWC83326.1 ULA23837.2 99.7 4401 10 2 1 4401 1 4397 0.0 8617 QWC83326.1 UPP41269.1 99.7 4401 12 1 1 4401 1 4398 0.0 8615 QWC83326.1 UXH94526.1 99.7 4401 11 2 1 4401 1 4397 0.0 8613 QWC83326.1 USR14792.1 99.6 4401 13 1 1 4401 1 4398 0.0 8612 QWC83326.1 UKU68032.1 99.4 4401 24 2 1 4401 1 4397 0.0 8584 QWC83326.1 UJV88611.1 97.7 4401 96 2 1 4401 1 4397 0.0 8422 QWC83326.1 UJJ97602.1 97.6 4401 102 2 1 4401 1 4397 0.0 8406 QWC83326.1 UJS94137.1 98.7 4296 50 2 106 4401 1 4292 0.0 8314 QWC83326.1 ULB83374.1 96.5 4401 150 2 1 4401 1 4397 0.0 8287 QWC83326.1 UGB98301.1 94.3 4401 250 0 1 4401 1 4401 0.0 8056 QWC83326.1 QRX02582.1 99.9 4098 3 0 1 4098 1 4098 0.0 8027 QWC83326.1 UFA30503.1 93.4 4340 285 0 27 4366 1 4340 0.0 7844 QWC83326.1 WGP70063.1 92.5 4369 329 0 1 4369 1 4369 0.0 7797 QWC83326.1 WEI27974.1 91.2 4401 383 1 1 4401 1 4398 0.0 7730 QWC83326.1 UNI03201.1 91.5 4375 370 1 27 4401 1 4374 0.0 7721 QWC83326.1 UEX07109.1 88.0 4375 525 0 27 4401 1 4375 0.0 7371 QWC83326.1 URP80785.1 82.6 4374 760 1 28 4401 1 4371 0.0 6771 QWC83326.1 UYE49180.1 77.0 4401 1011 1 1 4401 1 4398 0.0 6211 QWC83326.1 UPB00876.1 76.5 4374 1024 1 28 4401 1 4371 0.0 6173 QWC83326.1 WGQ72821.1 67.7 4344 1404 0 26 4369 1 4344 0.0 5147 WP_186556299.1 WP_186556299.1 100 521 0 0 1 521 1 521 0.0 881 WP_186556299.1 WP_104456122.1 43.2 495 270 3 1 489 1 490 8.46e-98 304 WP_186556299.1 HAZ7424284.1 36.6 522 265 10 7 502 7 488 5.67e-48 172 WP_186556299.1 HBP5649656.1 50.5 188 86 1 325 505 365 552 5.08e-39 148 WP_186556299.1 WP_140164964.1 50.9 165 81 0 355 519 387 551 1.53e-32 129 WP_186556299.1 WP_128786583.1 53.1 147 69 0 350 496 459 605 8.97e-31 124 WP_186556299.1 WP_097514015.1 41.9 129 61 2 364 492 382 496 7.05e-15 75.5 XP_036352003.1 XP_036352003.1 100 209 0 0 1 209 1 209 3.29e-154 424 AUW66636.1 AUW66636.1 100 124 0 0 1 124 1 124 7.48e-87 246 XP_021678658.1 XP_021678658.1 100 454 0 0 1 454 1 454 0.0 918 WP_257777211.1 WP_257777211.1 100 330 0 0 1 330 1 330 2.74e-227 619 WP_257777211.1 WP_179243590.1 44.6 312 154 5 18 317 2 306 2.44e-72 225 WP_045332585.1 WP_045332585.1 100 1160 0 0 1 1160 1 1160 0.0 2175 WP_196396761.1 WP_196396761.1 100 136 0 0 1 136 1 136 1.76e-93 264 WP_263298010.1 WP_263298010.1 100 1123 0 0 1 1123 1 1123 0.0 2224 GFD45028.1 GFD45028.1 100 88 0 0 1 88 1 88 6.59e-53 158 GFD45028.1 GEX59890.1 74.2 31 8 0 44 74 463 493 1.00e-06 43.1 MBE1549930.1 MBE1549930.1 100 206 0 0 1 206 1 206 4.25e-135 375 MBE1549930.1 WP_205541900.1 31.6 133 77 3 5 131 240 364 4.92e-09 53.5 WP_154951203.1 WP_154951203.1 100 322 0 0 1 322 1 322 1.06e-220 601 WP_154951203.1 WP_279008479.1 40.4 297 173 4 27 320 15 310 2.80e-64 204 WP_154951203.1 WP_105447015.1 44.7 152 84 0 171 322 240 391 1.20e-39 142 WP_154951203.1 HAA79725.1 34.1 217 141 1 104 318 5 221 2.49e-36 129 WP_154951203.1 WP_002574744.1 30.0 277 176 3 62 320 56 332 3.12e-35 129 XP_042646948.1 XP_042646948.1 100 1466 0 0 1 1466 1 1466 0.0 3013 WP_148044309.1 WP_148044309.1 100 109 0 0 1 109 1 109 9.68e-76 217 GEY78623.1 GEY78623.1 100 70 0 0 1 70 1 70 1.64e-47 143 WP_157767135.1 WP_157767135.1 100 407 0 0 1 407 1 407 6.01e-295 796 MBI3668312.1 MBI3668312.1 100 244 0 0 1 244 1 244 4.95e-171 469 MBI3668312.1 MBE6900854.1 50.8 181 83 1 63 243 213 387 2.95e-53 175 MBI3668312.1 WP_106587829.1 47.5 179 87 2 63 241 219 390 2.61e-48 162 MBI3668312.1 RLD79060.1 43.5 184 96 3 58 240 217 393 2.77e-42 146 EDD0587303.1 EDD0587303.1 100 1364 0 0 1 1364 1 1364 0.0 2194 EDD0587303.1 WP_218965839.1 45.7 186 95 5 1076 1259 2 183 2.92e-43 158 EDD0587303.1 EFN5389376.1 43.6 110 60 1 1142 1251 705 812 1.24e-22 103 EDD0587303.1 KDT27382.1 43.2 111 61 2 1142 1252 506 614 8.79e-22 100 KAI6685811.1 KAI6685811.1 100 2164 0 0 1 2164 1 2164 0.0 4111 KAI6685811.1 XP_029123601.1 34.2 2099 1093 53 155 2079 478 2461 4.86e-287 907 MBN9383861.1 MBN9383861.1 100 780 0 0 1 780 1 780 0.0 1532 MBN9383861.1 WP_168738097.1 30.4 783 502 13 27 777 1 772 1.13e-107 345 MBN9383861.1 WP_199673213.1 30.5 128 76 5 280 402 270 389 7.12e-06 47.4 OAL48948.1 OAL48948.1 100 364 0 0 1 364 1 364 7.76e-267 721 RUS79844.1 RUS79844.1 100 369 0 0 1 369 1 369 2.59e-263 713 WP_266613108.1 WP_266613108.1 100 233 0 0 1 233 1 233 1.54e-164 452 HCN7845163.1 HCN7845163.1 100 126 0 0 1 126 1 126 2.80e-92 260 MBR7122964.1 MBR7122964.1 100 322 0 0 1 322 1 322 1.21e-226 616 MBR7122964.1 MBD5551606.1 37.8 270 155 7 60 318 144 411 7.14e-47 161 WP_154324327.1 WP_154324327.1 100 108 0 0 1 108 1 108 2.58e-75 216 HCT61068.1 HCT61068.1 100 72 0 0 1 72 1 72 3.82e-47 142 MBZ5490509.1 MBZ5490509.1 100 62 0 0 1 62 1 62 2.26e-37 117 RZK52568.1 RZK52568.1 100 416 0 0 1 416 1 416 1.61e-299 808 XP_018661491.1 XP_018661491.1 100 747 0 0 1 747 1 747 0.0 1421 WP_222251196.1 WP_222251196.1 100 112 0 0 1 112 1 112 4.74e-73 211 RGG06187.1 RGG06187.1 100 489 0 0 1 489 1 489 0.0 985 RGG06187.1 MBU6501496.1 27.3 447 274 10 44 461 56 480 1.55e-32 128 PHR72175.1 PHR72175.1 100 317 0 0 1 317 1 317 1.78e-221 603 PHR72175.1 PSR02572.1 59.5 296 120 0 21 316 48 343 3.87e-123 355 PHR72175.1 WP_073201850.1 47.1 325 162 4 1 316 1 324 4.27e-95 283 PHR72175.1 CBI36349.3 33.7 285 182 2 28 312 14 291 5.42e-41 146 PHR72175.1 OQA38407.1 32.0 300 175 6 25 307 6 293 6.01e-37 135 PHR72175.1 WP_253808359.1 31.9 295 181 8 20 306 2 284 4.71e-36 133 MBQ6421794.1 MBQ6421794.1 100 182 0 0 1 182 1 182 2.47e-138 381 WP_251290759.1 WP_251290759.1 100 79 0 0 1 79 1 79 8.19e-52 154 MBR4471080.1 MBR4471080.1 100 118 0 0 1 118 1 118 8.95e-83 236 MBR4471080.1 TDM00308.1 59.8 102 40 1 16 117 14 114 2.79e-35 115 MBR4471080.1 KKP93192.1 50.4 129 47 3 6 118 3 130 3.52e-34 113 MBR4471080.1 WP_148259014.1 52.3 109 51 1 11 118 12 120 1.88e-29 101 MCF2638803.1 MCF2638803.1 100 241 0 0 1 241 1 241 3.81e-178 487 MCF2638803.1 WP_088527814.1 29.0 124 65 7 104 224 73 176 2.76e-05 42.0 KAJ3519417.1 KAJ3519417.1 100 448 0 0 1 448 1 448 0.0 934 OCB46767.1 OCB46767.1 100 300 0 0 1 300 1 300 2.13e-209 571 OCB46767.1 WP_020913025.1 55.6 284 109 4 1 280 1 271 7.61e-97 285 OCB46767.1 NEQ48723.1 55.9 290 115 5 1 288 1 279 2.41e-95 281 OCB46767.1 MBI3461834.1 50.7 290 130 3 1 288 1 279 8.31e-92 273 OCB46767.1 NBQ41256.1 47.8 301 139 4 1 292 1 292 1.95e-83 251 OCB46767.1 KAF1538674.1 46.7 304 135 5 2 288 20 313 1.13e-82 250 MCD8138445.1 MCD8138445.1 100 124 0 0 1 124 1 124 5.07e-85 242 WP_263513200.1 WP_263513200.1 100 241 0 0 1 241 1 241 2.20e-177 485 NWW37631.1 NWW37631.1 100 251 0 0 1 251 1 251 7.06e-179 489 WP_010859888.1 WP_010859888.1 100 349 0 0 1 349 1 349 4.40e-254 688 WP_010859888.1 MBT8367246.1 24.5 216 142 7 66 271 54 258 1.07e-09 57.4 EFS12202.1 EFS12202.1 100 192 0 0 1 192 1 192 3.61e-145 399 WP_245836657.1 WP_245836657.1 100 256 0 0 1 256 1 256 3.01e-187 511 WP_208750182.1 WP_208750182.1 100 330 0 0 1 330 1 330 6.84e-237 643 WP_069944653.1 WP_069944653.1 100 482 0 0 1 482 1 482 0.0 872 KXK44331.1 KXK44331.1 100 365 0 0 1 365 1 365 9.13e-271 731 WP_190971545.1 WP_190971545.1 100 546 0 0 1 546 1 546 0.0 996 ECB3811761.1 ECB3811761.1 100 757 0 0 1 757 1 757 0.0 1368 ECB3811761.1 HBE7681505.1 74.0 768 171 9 1 743 1 764 0.0 939 DAT73027.1 DAT73027.1 100 1987 0 0 1 1987 1 1987 0.0 3626 HCT06136.1 HCT06136.1 100 739 0 0 1 739 1 739 0.0 1385 HCT06136.1 MBI6149093.1 37.5 709 399 11 50 739 72 755 3.61e-129 400 HCT06136.1 OFX32653.1 40.6 537 316 3 178 712 44 579 6.46e-113 354 HCT06136.1 WP_013632646.1 35.6 503 301 7 217 709 262 751 6.43e-93 305 HCT06136.1 WP_041591748.1 33.2 549 350 4 196 739 89 625 5.21e-88 288 HCT06136.1 WP_074319120.1 35.1 504 305 8 216 709 206 697 8.47e-79 266 HCT06136.1 SFX27592.1 28.8 538 358 11 166 698 118 635 1.42e-58 209 HCT06136.1 WP_176307440.1 26.6 418 272 10 258 667 310 700 1.55e-24 107 HCT06136.1 KAJ6994162.1 24.3 601 377 18 199 731 79 669 9.89e-24 105 HCT06136.1 WP_235126772.1 33.8 148 68 1 574 691 513 660 2.68e-14 75.1 HCT06136.1 WP_019100427.1 32.4 148 74 3 579 701 553 699 3.81e-12 68.2 HCT06136.1 WP_049009918.1 30.1 153 81 2 576 703 546 697 9.03e-10 60.5 HCT06136.1 KAA0114277.1 23.9 238 166 4 237 460 133 369 1.97e-04 43.1 KAG1677749.1 KAG1677749.1 100 496 0 0 1 496 1 496 0.0 985 CAI3266215.1 CAI3266215.1 100 296 0 0 1 296 1 296 3.15e-209 570 WP_160923791.1 WP_160923791.1 100 375 0 0 1 375 1 375 4.13e-263 713 WP_160923791.1 KAB7776415.1 52.9 380 170 4 3 374 1 379 9.73e-114 335 MBQ9635153.1 MBQ9635153.1 100 108 0 0 1 108 1 108 7.13e-73 210 WP_185892762.1 WP_185892762.1 100 418 0 0 1 418 1 418 7.58e-315 847 XP_001312457.2 XP_001312457.2 100 282 0 0 1 282 1 282 9.11e-211 573 WP_140229785.1 WP_140229785.1 100 259 0 0 1 259 1 259 5.86e-191 521 XP_029003841.1 XP_029003841.1 100 742 0 0 1 742 1 742 0.0 1315 MCC1459731.1 MCC1459731.1 100 314 0 0 1 314 1 314 1.49e-232 630 MCC6386819.1 MCC6386819.1 100 105 0 0 1 105 1 105 1.35e-71 206 WP_153033981.1 WP_153033981.1 100 336 0 0 1 336 1 336 4.63e-238 646 MCE2153491.1 MCE2153491.1 100 103 0 0 1 103 1 103 2.35e-71 206 XP_040937145.1 XP_040937145.1 100 1975 0 0 1 1975 1 1975 0.0 3641 WP_214850425.1 WP_214850425.1 100 420 0 0 1 420 1 420 5.79e-295 797 RMF71452.1 RMF71452.1 100 181 0 0 1 181 1 181 1.07e-118 332 WP_200671006.1 WP_200671006.1 100 925 0 0 1 925 1 925 0.0 1610 WP_200671006.1 MAJ59213.1 32.5 265 174 1 582 841 571 835 4.60e-37 148 WP_200671006.1 WP_083051706.1 27.2 338 229 7 535 863 52 381 1.08e-24 105 WP_263537640.1 WP_263537640.1 100 312 0 0 1 312 1 312 1.61e-210 575 WP_088153117.1 WP_088153117.1 100 374 0 0 1 374 1 374 8.99e-262 709 WP_088153117.1 EHH5649593.1 31.5 235 154 2 3 236 6 234 4.12e-36 131 WP_088153117.1 WP_140480909.1 36.6 191 113 2 23 211 38 222 7.08e-34 127 WP_088153117.1 WP_076409454.1 36.6 202 119 4 16 215 23 217 9.45e-34 126 WP_088153117.1 WP_176354145.1 37.2 191 111 2 24 211 31 215 1.31e-31 121 WP_088153117.1 WP_258581409.1 33.6 259 150 6 16 269 22 263 1.60e-29 115 WP_088153117.1 WP_170725874.1 34.0 191 118 2 23 211 29 213 3.51e-29 114 WP_088153117.1 MBQ9964693.1 39.9 183 86 4 22 204 25 183 2.39e-24 97.1 WP_088153117.1 MCH1405047.1 41.3 138 76 3 17 153 27 160 3.38e-24 95.9 WP_088153117.1 NNE23115.1 32.3 201 124 3 24 220 28 220 1.14e-23 99.0 WP_088153117.1 MBQ3864274.1 32.6 175 109 5 24 191 46 218 3.60e-18 82.8 WP_088153117.1 WP_281543397.1 31.4 207 130 6 17 219 7 205 4.45e-18 82.0 WP_088153117.1 WP_206363707.1 32.0 181 103 6 24 191 44 217 6.27e-18 81.3 WP_088153117.1 WP_150396769.1 30.4 237 138 8 24 239 50 280 2.46e-17 81.6 WP_088153117.1 NFD84694.1 30.2 225 141 6 11 227 535 751 4.40e-16 78.2 WP_088153117.1 WP_142931103.1 27.7 173 115 4 23 191 285 451 4.21e-15 74.7 WP_088153117.1 NLW39422.1 26.2 225 145 6 4 213 14 232 5.85e-14 70.5 WP_088153117.1 EHR6291555.1 30.6 157 102 3 24 178 33 184 1.60e-13 70.1 WP_088153117.1 WP_029347391.1 29.3 208 120 5 23 213 30 227 5.52e-13 66.6 WP_088153117.1 WP_071876418.1 28.0 175 107 6 23 191 326 487 8.69e-13 67.8 WP_088153117.1 KAI9191373.1 32.9 143 84 4 29 164 428 565 8.01e-12 65.1 WP_088153117.1 WAY96880.1 28.9 173 104 6 16 178 8 171 2.27e-11 60.8 WP_088153117.1 KAJ2660037.1 28.9 211 108 6 26 221 1221 1404 1.54e-09 58.2 WP_088153117.1 MBQ8297564.1 24.2 219 135 6 24 227 360 562 2.59e-09 57.0 WP_088153117.1 NVM03966.1 25.5 145 97 3 23 164 47 183 3.64e-09 55.8 WP_088153117.1 THW78755.1 23.2 194 130 4 24 215 494 670 8.02e-09 55.8 WP_088153117.1 KAF9974715.1 30.9 162 100 6 17 171 1125 1281 1.82e-08 54.7 WP_088153117.1 WP_105160947.1 31.0 171 85 6 29 191 347 492 1.32e-06 48.5 WP_088153117.1 GBD21053.1 26.0 231 146 10 7 219 286 509 2.87e-06 47.4 HJC40183.1 HJC40183.1 100 325 0 0 1 325 1 325 3.81e-236 640 HJC40183.1 KAE8322051.1 37.3 330 164 11 2 309 6 314 4.30e-48 163 HJC40183.1 WP_283277237.1 34.7 337 193 9 2 325 11 333 2.41e-43 151 WP_155963450.1 WP_155963450.1 100 413 0 0 1 413 1 413 5.11e-315 847 XP_017706045.1 XP_017706045.1 100 310 0 0 1 310 1 310 1.87e-230 657 XP_017706045.1 XP_044902674.1 34.0 150 76 4 35 161 11 160 1.07e-10 63.2 XP_017706045.1 EFB15155.1 24.3 222 141 7 38 246 121 328 1.66e-04 43.1 KAJ6801625.1 KAJ6801625.1 100 901 0 0 1 901 1 901 0.0 1823 MBS1921425.1 MBS1921425.1 100 139 0 0 1 139 1 139 1.09e-84 242 MBD5086961.1 MBD5086961.1 100 79 0 0 1 79 1 79 9.58e-51 152 NLS70598.1 NLS70598.1 100 237 0 0 1 237 1 237 2.55e-165 454 WP_018187484.1 WP_018187484.1 100 494 0 0 1 494 1 494 0.0 920 WP_018187484.1 WP_270570428.1 28.8 525 299 13 26 494 7 512 5.47e-55 190 WP_018187484.1 WP_233737742.1 31.0 410 230 11 16 390 8 399 2.48e-36 140 WP_018187484.1 QLP56207.1 25.7 479 324 10 20 479 7 472 2.66e-34 133 MBI4606629.1 MBI4606629.1 100 167 0 0 1 167 1 167 2.33e-122 340 EAP5059555.1 EAP5059555.1 100 359 0 0 1 359 1 359 4.77e-238 648 EAP5059555.1 WP_249991478.1 34.0 309 192 5 51 354 25 326 1.78e-44 154 EAP5059555.1 EIU6828535.1 30.0 307 206 4 51 357 25 322 5.02e-40 142 EAP5059555.1 WP_110066977.1 28.3 339 226 5 24 354 5 334 1.87e-29 114 EAP5059555.1 WP_097346712.1 30.2 278 181 7 82 355 390 658 9.15e-28 112 EAP5059555.1 WP_158131988.1 32.1 277 180 6 82 357 390 659 3.05e-27 111 EAP5059555.1 AHK46784.1 27.7 289 200 2 76 356 34 321 2.36e-25 102 EAP5059555.1 AGL88086.1 26.9 309 191 9 60 357 1 285 1.08e-21 92.0 MXX44250.1 MXX44250.1 100 223 0 0 1 223 1 223 1.14e-161 444 WP_235060562.1 WP_235060562.1 100 294 0 0 1 294 1 294 1.70e-212 578 MBK8752367.1 MBK8752367.1 100 457 0 0 1 457 1 457 7.42e-303 820 WP_049697298.1 WP_049697298.1 100 250 0 0 1 250 1 250 1.32e-178 489 WP_049697298.1 WP_259408897.1 52.4 246 112 2 6 248 2 245 6.36e-77 231 KNE54577.1 KNE54577.1 100 591 0 0 1 591 1 591 0.0 919 KNE54577.1 KAJ7092692.1 38.2 346 187 10 240 579 37 361 1.35e-58 198 MBS0281612.1 MBS0281612.1 100 147 0 0 1 147 1 147 2.16e-106 298 WP_037818847.1 WP_037818847.1 100 400 0 0 1 400 1 400 2.46e-263 716 WP_037818847.1 MCM1513138.1 39.8 415 230 9 1 400 1 410 1.03e-74 236 WP_037818847.1 WP_199673213.1 30.7 407 259 10 1 400 1 391 9.82e-38 139 TML70651.1 TML70651.1 100 137 0 0 1 137 1 137 9.05e-92 260 TML70651.1 WP_133874384.1 30.5 128 81 2 1 128 1 120 5.13e-13 62.8 TML70651.1 WP_051669385.1 33.1 133 84 3 1 132 9 137 8.63e-07 45.1 YP_007317140.1 YP_007317140.1 100 348 0 0 1 348 1 348 6.65e-228 622 YP_007317140.1 YP_008379230.1 46.1 345 177 3 1 340 1 341 7.82e-97 289 YP_007317140.1 QOL09497.1 41.5 193 106 3 128 316 3 192 3.05e-34 124 YP_007317140.1 EAZ5330394.1 23.1 321 213 5 15 301 114 434 2.48e-15 75.1 YP_007317140.1 WP_243361436.1 25.5 325 203 11 9 299 110 429 2.55e-08 53.5 YP_007317140.1 WP_096665911.1 24.1 299 184 11 1 266 109 397 1.03e-06 48.5 NQZ80525.1 NQZ80525.1 100 155 0 0 1 155 1 155 2.20e-103 291 WP_061548291.1 WP_061548291.1 100 720 0 0 1 720 1 720 0.0 1424 OGU48181.1 OGU48181.1 100 662 0 0 1 662 1 662 0.0 1321 OGU48181.1 WP_222018129.1 22.1 638 424 21 56 661 28 624 3.84e-17 83.6 OGU48181.1 WP_267184195.1 20.3 634 415 20 76 662 50 640 4.08e-14 73.9 OGU48181.1 WP_119344914.1 22.3 669 406 30 73 662 72 705 4.40e-14 73.9 OGU48181.1 WP_047594685.1 23.9 280 164 9 71 322 138 396 4.69e-11 64.3 OGU48181.1 WP_282423266.1 28.6 126 82 2 61 178 38 163 6.67e-10 60.5 OGU48181.1 WP_059812501.1 36.6 71 32 3 117 184 143 203 1.62e-04 43.1 TIQ70464.1 TIQ70464.1 100 68 0 0 1 68 1 68 1.76e-39 122 WP_010434011.1 WP_010434011.1 100 599 0 0 1 599 1 599 0.0 1195 WP_010434011.1 WP_007356512.1 27.8 263 157 8 354 585 727 987 9.06e-15 76.3 WP_010434011.1 WP_076194242.1 26.7 232 154 7 361 580 224 451 6.51e-12 66.2 WP_010434011.1 PSQ73325.1 28.1 260 165 9 351 594 593 846 2.34e-11 65.1 WP_010434011.1 MBQ1868746.1 22.3 264 179 7 344 588 238 494 1.68e-06 49.3 NLP00897.1 NLP00897.1 100 149 0 0 1 149 1 149 1.11e-109 306 TXH38725.1 TXH38725.1 100 150 0 0 1 150 1 150 2.71e-106 298 MBN2697970.1 MBN2697970.1 100 308 0 0 1 308 1 308 5.05e-246 664 CAE5960238.1 CAE5960238.1 100 395 0 0 1 395 1 395 3.23e-277 750 WP_120171324.1 WP_120171324.1 100 262 0 0 1 262 1 262 3.77e-184 504 WP_120171324.1 KPA62791.1 93.7 63 4 0 1 63 1 63 1.20e-35 120 WP_252115680.1 WP_252115680.1 100 173 0 0 1 173 1 173 3.15e-123 342 EZA58905.1 EZA58905.1 100 1125 0 0 1 1125 1 1125 0.0 2107 EZA58905.1 KAI9362949.1 48.1 77 40 0 28 104 1 77 7.02e-19 81.3 MBL8041865.1 MBL8041865.1 100 362 0 0 1 362 1 362 2.76e-284 765 WP_135847767.1 WP_135847767.1 100 380 0 0 1 380 1 380 1.82e-264 717 HIT09367.1 HIT09367.1 100 421 0 0 1 421 1 421 3.30e-306 826 HIT09367.1 XP_022824318.1 28.1 210 107 10 68 266 497 673 2.04e-07 51.6 HIT09367.1 HHJ06374.1 27.2 246 125 13 78 304 230 440 3.66e-06 47.4 HIT09367.1 KAF6257731.1 22.4 344 192 11 62 382 546 837 9.73e-06 46.2 HIT09367.1 MBP6786080.1 40.8 71 36 2 69 139 562 626 1.16e-04 42.7 HIT09367.1 WP_029789810.1 21.4 351 192 13 69 402 558 841 1.53e-04 42.4 WP_180860911.1 WP_180860911.1 100 204 0 0 1 204 1 204 4.01e-123 345 EAQ3014137.1 EAQ3014137.1 100 299 0 0 1 299 1 299 2.26e-224 608 MCA9799621.1 MCA9799621.1 100 409 0 0 1 409 1 409 4.65e-284 769 WP_278273894.1 WP_278273894.1 100 150 0 0 1 150 1 150 3.30e-116 323 WP_261281372.1 WP_261281372.1 100 407 0 0 1 407 1 407 9.69e-301 811 WP_261281372.1 WP_013970683.1 75.9 402 95 1 6 407 2 401 1.26e-221 610 WP_261281372.1 WP_111113162.1 57.3 410 164 4 2 407 4 406 8.35e-157 446 WP_261281372.1 EFL6071320.1 30.0 410 202 17 25 407 8 359 7.37e-30 117 WP_090178898.1 WP_090178898.1 100 210 0 0 1 210 1 210 9.77e-152 417 WP_264248212.1 WP_264248212.1 100 63 0 0 1 63 1 63 1.51e-40 125 WP_264248212.1 MBY7869037.1 50.0 44 22 0 15 58 625 668 1.72e-05 38.5 MBQ8743106.1 MBQ8743106.1 100 283 0 0 1 283 1 283 1.93e-192 526 EAH4606626.1 EAH4606626.1 100 183 0 0 1 183 1 183 6.01e-126 350 HCG2498768.1 HCG2498768.1 100 403 0 0 1 403 1 403 5.73e-259 705 HBA5291325.1 HBA5291325.1 100 409 0 0 1 409 1 409 8.04e-285 771 MBU0720757.1 MBU0720757.1 100 130 0 0 1 130 1 130 3.63e-90 255 WP_225744764.1 WP_225744764.1 100 109 0 0 1 109 1 109 1.67e-76 219 WP_053743010.1 WP_053743010.1 100 420 0 0 1 420 1 420 4.44e-299 808 WP_053743010.1 WP_216890540.1 22.5 378 276 3 56 418 50 425 7.37e-29 115 EFJ8748319.1 EFJ8748319.1 100 422 0 0 1 422 1 422 8.89e-316 850 EFJ8748319.1 EHW4468754.1 62.7 424 154 3 1 422 1 422 1.04e-187 526 ULU28230.1 ULU28230.1 100 1070 0 0 1 1070 1 1070 0.0 2126 ULU28230.1 WP_189931865.1 39.1 1028 569 15 65 1053 111 1120 1.53e-245 725 ULU28230.1 MBQ7389792.1 34.3 1220 619 18 7 1053 19 1228 2.41e-222 670 ULU28230.1 BBG20955.1 31.9 1296 571 19 67 1056 83 1372 4.15e-178 576 ULU28230.1 AIR77599.1 27.9 154 98 2 57 197 55 208 9.67e-15 76.3 MBP3421135.1 MBP3421135.1 100 334 0 0 1 334 1 334 1.51e-242 657 WP_095310603.1 WP_095310603.1 100 92 0 0 1 92 1 92 1.40e-58 172 NBW88664.1 NBW88664.1 100 169 0 0 1 169 1 169 5.23e-111 311 XP_010481786.1 XP_010481786.1 100 272 0 0 1 272 1 272 5.26e-205 557 VDP42962.1 VDP42962.1 100 201 0 0 1 201 1 201 1.70e-143 396 MBF0362390.1 MBF0362390.1 100 384 0 0 1 384 1 384 1.10e-267 725 WP_230208134.1 WP_230208134.1 100 391 0 0 1 391 1 391 1.33e-283 766 KAJ8438905.1 KAJ8438905.1 100 156 0 0 1 156 1 156 2.11e-106 298 WP_093797100.1 WP_093797100.1 100 173 0 0 1 173 1 173 1.57e-132 366 MCA9871439.1 MCA9871439.1 100 246 0 0 1 246 1 246 6.08e-157 434 XP_007828375.1 XP_007828375.1 100 458 0 0 1 458 1 458 0.0 934 MBL4798178.1 MBL4798178.1 100 333 0 0 1 333 1 333 4.53e-248 671 WP_119928822.1 WP_119928822.1 100 172 0 0 1 172 1 172 2.48e-115 322 XP_054720054.1 XP_054720054.1 100 337 0 0 1 337 1 337 1.05e-264 714 WP_211748754.1 WP_211748754.1 100 60 0 0 1 60 1 60 1.80e-42 129 MBU0518438.1 MBU0518438.1 100 191 0 0 1 191 1 191 4.21e-139 384 NXD58230.1 NXD58230.1 100 416 0 0 1 416 1 416 2.19e-297 803 MBL4825303.1 MBL4825303.1 100 266 0 0 1 266 1 266 2.21e-194 530 HAG54718.1 HAG54718.1 100 114 0 0 1 114 1 114 2.32e-74 214 WP_047323805.1 WP_047323805.1 100 198 0 0 1 198 1 198 2.81e-136 377 WP_047323805.1 WP_019807556.1 68.2 173 55 0 20 192 19 191 1.62e-81 239 KAG5639171.1 KAG5639171.1 100 104 0 0 1 104 1 104 2.01e-68 198 EJF06804.1 EJF06804.1 100 310 0 0 1 310 1 310 8.84e-223 605 EJF06804.1 WP_000484099.1 35.3 184 106 4 127 307 196 369 3.30e-30 115 EJF06804.1 MBI5333464.1 36.0 172 105 2 135 306 224 390 1.03e-26 106 EJF06804.1 EGR2272270.1 37.3 153 90 4 153 304 529 676 4.00e-21 92.0 EJF06804.1 WP_145544593.1 36.4 173 94 6 135 306 361 518 1.61e-19 87.0 EJF06804.1 MBP1530348.1 27.9 215 133 6 2 210 3 201 2.47e-18 80.5 EJF06804.1 WP_018646673.1 32.6 175 108 6 134 306 520 686 5.41e-14 70.9 EJF06804.1 WP_212961195.1 30.5 118 80 1 2 119 714 829 9.95e-14 70.1 EJF06804.1 EDN57974.1 33.1 118 75 2 2 116 939 1055 9.97e-14 70.1 EJF06804.1 KFX48203.1 35.9 117 70 2 3 116 1077 1191 1.43e-12 66.6 EJF06804.1 MBQ1868746.1 29.6 125 79 3 1 119 519 640 2.90e-11 62.4 EJF06804.1 MBT3459335.1 37.4 91 55 1 122 210 184 274 4.33e-10 57.8 EJF06804.1 PKL50735.1 28.0 125 88 1 2 126 950 1072 2.54e-09 56.6 EJF06804.1 MBF0233644.1 27.6 116 78 3 3 116 622 733 6.81e-06 45.8 XP_048961030.1 XP_048961030.1 100 964 0 0 1 964 1 964 0.0 1447 XP_014086709.1 XP_014086709.1 100 251 0 0 1 251 1 251 5.97e-171 469 NBO56108.1 NBO56108.1 100 100 0 0 1 100 1 100 6.34e-70 202 WP_065358803.1 WP_065358803.1 100 344 0 0 1 344 1 344 2.03e-236 643 WP_179536231.1 WP_179536231.1 100 206 0 0 1 206 1 206 2.15e-153 421 WP_250499463.1 WP_250499463.1 100 233 0 0 1 233 1 233 5.53e-158 435 WP_250499463.1 MCB0243881.1 41.3 223 130 1 6 228 3 224 2.04e-50 162 WP_250499463.1 MCC6044083.1 42.0 200 114 2 28 227 23 220 9.85e-45 150 WP_250499463.1 MCF7808720.1 37.6 221 137 1 8 228 6 225 3.40e-41 139 WP_250499463.1 WP_221265680.1 29.6 226 147 6 3 227 14 228 8.11e-20 84.7 WP_250499463.1 WAY96880.1 33.9 189 106 6 27 208 4 180 1.06e-14 68.6 WP_250499463.1 MBQ4454347.1 30.8 185 114 5 27 205 355 531 2.24e-11 61.2 EMF80818.1 EMF80818.1 100 299 0 0 1 299 1 299 3.05e-213 580 WP_202082228.1 WP_202082228.1 100 197 0 0 1 197 1 197 9.15e-146 401 WP_218198734.1 WP_218198734.1 100 209 0 0 1 209 1 209 3.22e-120 338 UJQ14296.1 UJQ14296.1 100 145 0 0 1 145 1 145 1.46e-60 187 WP_281734351.1 WP_281734351.1 100 61 0 0 1 61 1 61 4.58e-41 126 AQA19851.1 AQA19851.1 100 162 0 0 1 162 1 162 5.54e-114 318 MBT4511102.1 MBT4511102.1 100 149 0 0 1 149 1 149 5.08e-106 297 EHS0147317.1 EHS0147317.1 100 348 0 0 1 348 1 348 6.83e-262 707 EHS0147317.1 WP_238850425.1 54.3 341 155 1 7 347 3 342 2.28e-128 369 WP_067032591.1 WP_067032591.1 100 250 0 0 1 250 1 250 1.74e-183 501 CEZ68761.1 CEZ68761.1 100 173 0 0 1 173 1 173 8.68e-121 336 MBW6187146.1 MBW6187146.1 100 202 0 0 1 202 1 202 1.63e-146 404 XP_052737512.1 XP_052737512.1 100 296 0 0 1 296 1 296 4.80e-204 557 RLT25539.1 RLT25539.1 100 195 0 0 1 195 1 195 1.35e-137 380 MCH8117287.1 MCH8117287.1 100 213 0 0 1 213 1 213 8.72e-161 441 MBT5780702.1 MBT5780702.1 100 375 0 0 1 375 1 375 1.13e-260 707 MBT5780702.1 WP_182342936.1 43.8 265 131 5 105 366 112 361 3.74e-48 165 WP_121182262.1 WP_121182262.1 100 518 0 0 1 518 1 518 2.69e-313 852 WEI27974.1 WEI27974.1 100 4402 0 0 1 4402 1 4402 0.0 7768 WEI27974.1 UPP41269.1 91.4 4402 378 0 1 4402 1 4402 0.0 7760 WEI27974.1 USR14792.1 91.4 4402 378 0 1 4402 1 4402 0.0 7759 WEI27974.1 UZO53924.1 91.5 4398 376 0 1 4398 1 4398 0.0 7757 WEI27974.1 UVB16817.1 91.5 4398 376 0 1 4398 1 4398 0.0 7755 WEI27974.1 URQ55824.1 91.4 4398 377 0 1 4398 1 4398 0.0 7754 WEI27974.1 UXX67934.1 92.8 4398 315 0 1 4398 1 4398 0.0 7748 WEI27974.1 UKU68032.1 91.6 4402 370 1 1 4402 1 4401 0.0 7745 WEI27974.1 QXR94354.1 91.3 4402 385 0 1 4402 1 4402 0.0 7744 WEI27974.1 ULA23837.2 91.2 4402 386 1 1 4402 1 4401 0.0 7742 WEI27974.1 QTD03487.1 91.2 4405 385 1 1 4402 1 4405 0.0 7742 WEI27974.1 QTM79632.1 91.2 4402 389 0 1 4402 1 4402 0.0 7741 WEI27974.1 UOU30556.1 93.2 4398 299 0 1 4398 1 4398 0.0 7740 WEI27974.1 UIR12670.1 91.2 4398 384 1 1 4398 1 4397 0.0 7739 WEI27974.1 QTZ27226.1 91.2 4402 389 0 1 4402 1 4402 0.0 7738 WEI27974.1 UXH94526.1 91.2 4402 387 1 1 4402 1 4401 0.0 7738 WEI27974.1 QVD87869.1 91.2 4398 385 0 1 4398 1 4398 0.0 7736 WEI27974.1 QWC83326.1 91.2 4401 383 1 1 4398 1 4401 0.0 7735 WEI27974.1 UFM00670.1 91.1 4405 388 1 1 4402 1 4405 0.0 7735 WEI27974.1 UEC68750.1 91.1 4405 387 1 1 4402 1 4405 0.0 7735 WEI27974.1 QSZ25555.1 91.2 4401 385 1 1 4398 1 4401 0.0 7733 WEI27974.1 QZU16279.1 91.2 4401 385 1 1 4398 1 4401 0.0 7732 WEI27974.1 UBD95131.1 91.2 4401 385 1 1 4398 1 4401 0.0 7730 WEI27974.1 WEU87158.1 91.2 4401 385 1 1 4398 1 4401 0.0 7730 WEI27974.1 UHM53165.1 91.1 4405 388 1 1 4402 1 4405 0.0 7730 WEI27974.1 UFM02602.1 91.1 4405 388 1 1 4402 1 4405 0.0 7730 WEI27974.1 UPA83906.1 91.2 4398 388 1 1 4398 1 4397 0.0 7729 WEI27974.1 UBP50947.1 91.2 4401 386 1 1 4398 1 4401 0.0 7728 WEI27974.1 UBL45068.1 91.1 4405 388 1 1 4402 1 4405 0.0 7728 WEI27974.1 UMF87224.1 90.7 4398 408 1 1 4398 1 4397 0.0 7727 WEI27974.1 UEC52718.1 91.1 4401 389 1 1 4398 1 4401 0.0 7722 WEI27974.1 UKN67998.1 91.2 4378 385 1 21 4398 1 4377 0.0 7698 WEI27974.1 UCP77012.1 91.6 4401 365 1 1 4398 1 4401 0.0 7669 WEI27974.1 UCP72061.1 91.4 4401 375 1 1 4398 1 4401 0.0 7655 WEI27974.1 UBR86455.1 90.0 4400 438 1 2 4398 1 4400 0.0 7604 WEI27974.1 UAQ80067.1 90.0 4401 439 1 1 4398 1 4401 0.0 7575 WEI27974.1 UJV88611.1 89.3 4402 471 1 1 4402 1 4401 0.0 7549 WEI27974.1 WHE12941.1 90.8 4372 404 0 27 4398 1 4372 0.0 7542 WEI27974.1 UGA79226.1 90.0 4401 436 1 1 4398 1 4401 0.0 7537 WEI27974.1 UJJ97602.1 89.1 4402 478 1 1 4402 1 4401 0.0 7531 WEI27974.1 ULB83374.1 90.0 4402 440 1 1 4402 1 4401 0.0 7515 WEI27974.1 UVI10561.1 91.3 4371 381 0 28 4398 1 4371 0.0 7510 WEI27974.1 UJS94137.1 90.3 4297 414 1 106 4402 1 4296 0.0 7455 WEI27974.1 UMA88644.1 90.6 4377 411 1 22 4398 1 4376 0.0 7283 WEI27974.1 UGB98301.1 86.0 4405 612 1 1 4402 1 4405 0.0 7180 WEI27974.1 UJT06733.1 85.6 4398 634 1 1 4398 1 4397 0.0 7122 WEI27974.1 QRX02582.1 90.6 4098 383 1 1 4095 1 4098 0.0 7117 WEI27974.1 UFA30503.1 87.7 4340 530 1 27 4363 1 4340 0.0 7099 WEI27974.1 UNI03201.1 86.3 4378 597 1 27 4402 1 4378 0.0 7014 WEI27974.1 WGP70063.1 83.7 4369 708 1 1 4366 1 4369 0.0 6888 WEI27974.1 UEX07109.1 86.1 4379 605 1 27 4402 1 4379 0.0 6826 WEI27974.1 WGP98278.1 82.5 4364 760 1 1 4361 1 4364 0.0 6629 WEI27974.1 URP80785.1 86.8 4375 576 0 28 4402 1 4375 0.0 6564 WEI27974.1 WAS49087.1 80.9 4398 841 0 1 4398 1 4398 0.0 6382 WEI27974.1 UYE49180.1 77.9 4402 974 0 1 4402 1 4402 0.0 5833 WEI27974.1 UPB00876.1 77.7 4375 974 0 28 4402 1 4375 0.0 5819 WEI27974.1 WGQ72821.1 64.1 4344 1557 1 26 4366 1 4344 0.0 4515 MBD3769330.1 MBD3769330.1 100 184 0 0 1 184 1 184 1.26e-123 344 MBD3769330.1 NLT72898.1 44.6 177 98 0 7 183 8 184 3.80e-50 158 MBD3769330.1 NLK90780.1 44.4 178 99 0 7 184 8 185 2.84e-47 151 MBD3769330.1 NLV68328.1 41.6 178 104 0 7 184 8 185 5.24e-45 145 WP_114811503.1 WP_114811503.1 100 628 0 0 1 628 1 628 0.0 1212 RZI94009.1 RZI94009.1 100 125 0 0 1 125 1 125 6.13e-91 257 RZI94009.1 WP_249351853.1 44.1 102 56 1 1 101 237 338 7.14e-28 103 WP_245838763.1 WP_245838763.1 100 335 0 0 1 335 1 335 6.98e-228 620 MBT6972091.1 MBT6972091.1 100 447 0 0 1 447 1 447 0.0 876 MBT6972091.1 MCB5199682.1 28.2 383 233 12 15 391 8 354 2.82e-37 139 MCU1401149.1 MCU1401149.1 100 155 0 0 1 155 1 155 1.28e-120 334 WP_271406340.1 WP_271406340.1 100 280 0 0 1 280 1 280 6.89e-205 558 WP_130962786.1 WP_130962786.1 100 382 0 0 1 382 1 382 2.95e-271 734 WP_130962786.1 WP_264144890.1 35.1 376 233 5 4 376 2 369 7.03e-61 199 WP_243678753.1 WP_243678753.1 100 180 0 0 1 180 1 180 4.59e-124 345 WP_245971990.1 WP_245971990.1 100 230 0 0 1 230 1 230 3.09e-158 436 WP_245971990.1 MCG8687614.1 47.7 44 23 0 11 54 18 61 7.80e-07 45.4 VDD35992.1 VDD35992.1 100 49 0 0 1 49 1 49 1.46e-32 103 MBQ7389792.1 MBQ7389792.1 100 1319 0 0 1 1319 1 1319 0.0 2551 MBQ7389792.1 WP_189931865.1 48.5 1306 434 16 11 1257 21 1146 0.0 1156 MBQ7389792.1 BBG20955.1 37.7 1447 663 30 1 1255 1 1400 1.74e-267 834 MBQ7389792.1 ULU28230.1 34.5 1221 617 19 19 1229 7 1054 5.83e-218 659 MBQ7389792.1 AIR77599.1 29.4 473 272 11 23 459 1 447 1.96e-49 181 MBQ7389792.1 HAJ19792.1 47.8 90 45 1 583 672 1 88 1.36e-17 77.4 WP_281670363.1 WP_281670363.1 100 280 0 0 1 280 1 280 2.51e-207 564 XP_026994537.1 XP_026994537.1 100 245 0 0 1 245 1 245 5.92e-202 547 XP_047076827.1 XP_047076827.1 100 534 0 0 1 534 1 534 0.0 1013 XP_047076827.1 CAA7056023.1 32.4 519 305 4 42 523 71 580 7.27e-86 278 MBR2684576.1 MBR2684576.1 100 223 0 0 1 223 1 223 1.00e-155 429 MBR2684576.1 WP_239606280.1 41.2 221 128 2 1 220 1 220 6.48e-51 163 MBR2684576.1 MBM4374951.1 39.1 215 125 5 1 213 1 211 1.17e-41 139 WP_113625996.1 WP_113625996.1 100 439 0 0 1 439 1 439 0.0 901 MCH8269832.1 MCH8269832.1 100 356 0 0 1 356 1 356 1.57e-246 669 MCH8269832.1 MBQ9979016.1 31.3 230 97 6 158 329 128 354 1.76e-15 75.1 MCH8269832.1 MCP4914981.1 30.0 130 88 2 87 216 85 211 1.33e-12 64.7 MCH8269832.1 WP_049105913.1 47.5 61 32 0 166 226 277 337 9.10e-10 57.8 AGD93042.1 AGD93042.1 100 579 0 0 1 579 1 579 0.0 1011 KAI4090501.1 KAI4090501.1 100 177 0 0 1 177 1 177 1.96e-128 356 NLO81011.1 NLO81011.1 100 194 0 0 1 194 1 194 8.49e-145 399 WP_074053577.1 WP_074053577.1 100 386 0 0 1 386 1 386 7.59e-276 746 WP_074053577.1 MCG6912449.1 37.3 375 233 2 6 380 4 376 9.88e-88 268 WP_074053577.1 WP_162119468.1 33.9 387 247 2 2 380 4 389 6.62e-67 215 OQA35671.1 OQA35671.1 100 629 0 0 1 629 1 629 0.0 1207 OQA35671.1 MCH5231772.1 31.0 532 352 5 1 526 1 523 1.30e-75 249 OQA35671.1 WP_105160947.1 31.4 598 373 13 3 582 5 583 6.27e-67 228 OQA35671.1 WP_173040157.1 26.8 559 355 9 29 579 33 545 9.80e-47 172 OQA35671.1 MYD56339.1 42.9 182 103 1 344 525 28 208 1.16e-42 155 OQA35671.1 WP_258581409.1 28.3 219 138 6 323 524 4 220 4.60e-10 60.1 MBS3065855.1 MBS3065855.1 100 95 0 0 1 95 1 95 4.78e-65 189 MBR5562318.1 MBR5562318.1 100 339 0 0 1 339 1 339 1.30e-250 678 WP_122440133.1 WP_122440133.1 100 1215 0 0 1 1215 1 1215 0.0 1969 WP_122440133.1 WP_116870479.1 27.4 1276 816 30 1 1211 1 1231 3.01e-66 243 WP_122440133.1 MCE2789155.1 45.1 173 94 1 1041 1212 831 1003 1.65e-33 138 MBR4038690.1 MBR4038690.1 100 379 0 0 1 379 1 379 7.09e-282 761 MBR6141090.1 MBR6141090.1 100 144 0 0 1 144 1 144 3.22e-111 310 WP_087909023.1 WP_087909023.1 100 423 0 0 1 423 1 423 9.94e-293 792 WP_054891276.1 WP_054891276.1 100 191 0 0 1 191 1 191 7.53e-133 368 WP_054891276.1 WP_161818832.1 43.4 182 103 0 5 186 11 192 3.70e-41 136 WP_061195945.1 WP_061195945.1 100 400 0 0 1 400 1 400 1.41e-294 795 KAH0642104.1 KAH0642104.1 100 154 0 0 1 154 1 154 2.69e-108 303 WP_164582471.1 WP_164582471.1 100 86 0 0 1 86 1 86 4.17e-55 163 WP_194621234.1 WP_194621234.1 100 361 0 0 1 361 1 361 1.69e-264 715 WP_106812746.1 WP_106812746.1 100 1076 0 0 1 1076 1 1076 0.0 2170 WP_106812746.1 MBF1369421.1 37.2 1081 638 16 9 1071 12 1069 7.79e-248 728 UPP41269.1 UPP41269.1 100 4402 0 0 1 4402 1 4402 0.0 8650 UPP41269.1 USR14792.1 99.9 4402 5 0 1 4402 1 4402 0.0 8640 UPP41269.1 URQ55824.1 99.9 4398 3 0 1 4398 1 4398 0.0 8636 UPP41269.1 UZO53924.1 99.9 4398 4 0 1 4398 1 4398 0.0 8635 UPP41269.1 UVB16817.1 99.9 4398 4 0 1 4398 1 4398 0.0 8633 UPP41269.1 QXR94354.1 99.7 4402 15 0 1 4402 1 4402 0.0 8619 UPP41269.1 ULA23837.2 99.6 4402 15 1 1 4402 1 4401 0.0 8618 UPP41269.1 QTM79632.1 99.6 4402 18 0 1 4402 1 4402 0.0 8617 UPP41269.1 QTD03487.1 99.6 4405 15 1 1 4402 1 4405 0.0 8617 UPP41269.1 UIR12670.1 99.7 4398 13 1 1 4398 1 4397 0.0 8615 UPP41269.1 UXH94526.1 99.6 4402 16 1 1 4402 1 4401 0.0 8613 UPP41269.1 QTZ27226.1 99.5 4402 20 0 1 4402 1 4402 0.0 8612 UPP41269.1 QVD87869.1 99.7 4398 14 0 1 4398 1 4398 0.0 8612 UPP41269.1 QWC83326.1 99.7 4401 12 1 1 4398 1 4401 0.0 8611 UPP41269.1 QSZ25555.1 99.6 4401 14 1 1 4398 1 4401 0.0 8609 UPP41269.1 UFM00670.1 99.5 4405 18 1 1 4402 1 4405 0.0 8608 UPP41269.1 WEU87158.1 99.6 4401 14 1 1 4398 1 4401 0.0 8606 UPP41269.1 UEC68750.1 99.5 4405 18 1 1 4402 1 4405 0.0 8605 UPP41269.1 UBP50947.1 99.6 4401 15 1 1 4398 1 4401 0.0 8604 UPP41269.1 QZU16279.1 99.6 4401 15 1 1 4398 1 4401 0.0 8604 UPP41269.1 UPA83906.1 99.6 4398 17 1 1 4398 1 4397 0.0 8604 UPP41269.1 UBD95131.1 99.6 4401 15 1 1 4398 1 4401 0.0 8603 UPP41269.1 UMF87224.1 99.1 4398 37 1 1 4398 1 4397 0.0 8603 UPP41269.1 UHM53165.1 99.5 4405 18 1 1 4402 1 4405 0.0 8603 UPP41269.1 UFM02602.1 99.5 4405 18 1 1 4402 1 4405 0.0 8602 UPP41269.1 UBL45068.1 99.5 4405 18 1 1 4402 1 4405 0.0 8600 UPP41269.1 UEC52718.1 99.5 4401 19 1 1 4398 1 4401 0.0 8594 UPP41269.1 UKU68032.1 99.3 4402 29 1 1 4402 1 4401 0.0 8585 UPP41269.1 UKN67998.1 99.7 4378 14 1 21 4398 1 4377 0.0 8574 UPP41269.1 UXX67934.1 98.4 4398 71 0 1 4398 1 4398 0.0 8474 UPP41269.1 UBR86455.1 98.3 4400 70 1 2 4398 1 4400 0.0 8474 UPP41269.1 UCP77012.1 98.0 4401 87 1 1 4398 1 4401 0.0 8435 UPP41269.1 UCP72061.1 97.9 4401 91 1 1 4398 1 4401 0.0 8424 UPP41269.1 UJV88611.1 97.7 4402 101 1 1 4402 1 4401 0.0 8423 UPP41269.1 UAQ80067.1 97.7 4401 97 1 1 4398 1 4401 0.0 8413 UPP41269.1 UJJ97602.1 97.5 4402 107 1 1 4402 1 4401 0.0 8406 UPP41269.1 UOU30556.1 97.7 4398 102 0 1 4398 1 4398 0.0 8404 UPP41269.1 UGA79226.1 97.1 4401 123 1 1 4398 1 4401 0.0 8346 UPP41269.1 WHE12941.1 97.4 4372 114 0 27 4398 1 4372 0.0 8324 UPP41269.1 UJS94137.1 98.7 4297 55 1 106 4402 1 4296 0.0 8315 UPP41269.1 ULB83374.1 96.5 4402 155 1 1 4402 1 4401 0.0 8287 UPP41269.1 UVI10561.1 96.3 4371 163 0 28 4398 1 4371 0.0 8207 UPP41269.1 UGB98301.1 94.1 4405 256 1 1 4402 1 4405 0.0 8035 UPP41269.1 UJT06733.1 94.0 4398 263 1 1 4398 1 4397 0.0 7998 UPP41269.1 QRX02582.1 99.6 4098 12 1 1 4095 1 4098 0.0 7993 UPP41269.1 UFA30503.1 93.3 4340 289 1 27 4363 1 4340 0.0 7820 UPP41269.1 UMA88644.1 92.3 4377 334 1 22 4398 1 4376 0.0 7808 UPP41269.1 WGP70063.1 92.2 4369 337 1 1 4366 1 4369 0.0 7764 UPP41269.1 WEI27974.1 91.4 4402 378 0 1 4402 1 4402 0.0 7752 UPP41269.1 UNI03201.1 91.4 4378 373 1 27 4402 1 4378 0.0 7713 UPP41269.1 WGP98278.1 88.6 4364 496 1 1 4361 1 4364 0.0 7372 UPP41269.1 UEX07109.1 87.9 4379 529 1 27 4402 1 4379 0.0 7354 UPP41269.1 WAS49087.1 85.0 4398 661 0 1 4398 1 4398 0.0 7026 UPP41269.1 URP80785.1 82.5 4375 764 0 28 4402 1 4375 0.0 6773 UPP41269.1 UYE49180.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6212 UPP41269.1 UPB00876.1 76.7 4375 1019 0 28 4402 1 4375 0.0 6195 UPP41269.1 WGQ72821.1 67.4 4344 1411 1 26 4366 1 4344 0.0 5118 WP_009714971.1 WP_009714971.1 100 566 0 0 1 566 1 566 0.0 1134 WP_009714971.1 QQS09360.1 46.3 575 279 6 17 561 16 590 5.38e-172 498 WP_009714971.1 WP_195001047.1 42.3 542 288 6 27 560 59 583 3.25e-125 384 MTI81752.1 MTI81752.1 100 166 0 0 1 166 1 166 2.62e-114 319 KAJ3160366.1 KAJ3160366.1 100 76 0 0 1 76 1 76 1.90e-51 153 PTX93603.1 PTX93603.1 100 93 0 0 1 93 1 93 1.97e-63 185 WP_252438898.1 WP_252438898.1 100 341 0 0 1 341 1 341 1.03e-248 674 WP_252438898.1 WP_014950321.1 37.6 295 177 5 50 341 14 304 5.45e-58 188 WP_026002460.1 WP_026002460.1 100 445 0 0 1 445 1 445 5.05e-304 822 WP_026002460.1 HHC07960.1 29.9 432 268 16 17 432 25 437 1.31e-31 124 WP_282322778.1 WP_282322778.1 100 623 0 0 1 623 1 623 0.0 1315 WP_282322778.1 WP_096067320.1 99.4 623 4 0 1 623 1 623 0.0 1306 WP_282322778.1 MBT4210917.1 35.4 627 329 17 16 612 5 585 2.99e-106 335 WP_282322778.1 MBL14507.1 27.3 626 363 20 30 614 11 585 3.55e-61 212 WP_085315249.1 WP_085315249.1 100 435 0 0 1 435 1 435 3.45e-267 728 XP_023529459.1 XP_023529459.1 100 166 0 0 1 166 1 166 2.59e-105 296 WP_137885208.1 WP_137885208.1 100 149 0 0 1 149 1 149 9.46e-120 332 RWW58604.1 RWW58604.1 100 213 0 0 1 213 1 213 2.50e-160 439 WP_167301289.1 WP_167301289.1 100 405 0 0 1 405 1 405 1.24e-286 775 WP_167301289.1 WP_245384442.1 36.2 384 230 8 5 380 15 391 1.35e-56 189 WP_167301289.1 WP_116803659.1 30.5 213 129 9 70 275 68 268 8.94e-05 42.4 WP_003748238.1 WP_003748238.1 100 122 0 0 1 122 1 122 8.81e-85 241 WP_002894198.1 WP_002894198.1 100 131 0 0 1 131 1 131 1.98e-58 175 EEC70172.1 EEC70172.1 100 213 0 0 1 213 1 213 1.02e-159 438 EEC70172.1 KAI6705356.1 40.5 148 82 2 35 177 121 267 1.44e-26 102 PNH10535.1 PNH10535.1 100 179 0 0 1 179 1 179 1.32e-127 354 WP_109305164.1 WP_109305164.1 100 257 0 0 1 257 1 257 2.08e-174 479 WP_179050696.1 WP_179050696.1 100 456 0 0 1 456 1 456 0.0 904 MBS0449087.1 MBS0449087.1 100 175 0 0 1 175 1 175 9.58e-110 308 CAC10160.1 CAC10160.1 100 647 0 0 1 647 1 647 0.0 1158 OHD72009.1 OHD72009.1 100 115 0 0 1 115 1 115 1.83e-76 219 KAJ0960782.1 KAJ0960782.1 100 304 0 0 1 304 1 304 1.74e-235 637 OPZ33967.1 OPZ33967.1 100 253 0 0 1 253 1 253 2.26e-176 483 WP_179827767.1 WP_179827767.1 100 299 0 0 1 299 1 299 1.39e-209 571 WP_131914061.1 WP_131914061.1 100 306 0 0 1 306 1 306 2.36e-225 612 WP_131914061.1 WP_248676944.1 26.5 294 197 10 3 285 12 297 7.18e-20 86.3 WP_131914061.1 EIX9307167.1 23.9 289 215 2 3 288 11 297 7.36e-20 86.3 WP_131914061.1 WP_258613669.1 21.9 137 107 0 11 147 9 145 2.35e-07 49.7 WP_238126428.1 WP_238126428.1 100 199 0 0 1 199 1 199 1.52e-145 401 WP_238126428.1 WP_100671858.1 54.6 194 86 1 1 192 1 194 1.78e-69 208 XP_052288270.1 XP_052288270.1 100 886 0 0 1 886 1 886 0.0 1764 PKP76071.1 PKP76071.1 100 68 0 0 1 68 1 68 2.99e-49 147 WP_144841777.1 WP_144841777.1 100 275 0 0 1 275 1 275 2.67e-195 533 WP_144841777.1 WP_029579419.1 40.1 262 155 2 1 261 24 284 8.93e-52 169 KFP60608.1 KFP60608.1 100 285 0 0 1 285 1 285 5.94e-213 578 WP_189693187.1 WP_189693187.1 100 108 0 0 1 108 1 108 7.35e-84 238 WP_189693187.1 WP_125188824.1 63.5 104 38 0 1 104 1 104 1.49e-49 152 MCK5302212.1 MCK5302212.1 100 454 0 0 1 454 1 454 0.0 911 MCK5302212.1 XP_016452348.1 28.1 452 300 7 18 445 56 506 5.76e-45 162 PJC62958.1 PJC62958.1 100 122 0 0 1 122 1 122 3.73e-86 244 XP_009308369.1 XP_009308369.1 100 893 0 0 1 893 1 893 0.0 1669 XP_047046442.1 XP_047046442.1 100 569 0 0 1 569 1 569 0.0 1199 XP_047046442.1 XP_016445639.1 26.6 582 345 20 11 566 16 541 1.43e-55 194 XP_047046442.1 CAG8726868.1 33.2 346 194 10 217 547 4 327 4.60e-50 174 XP_047046442.1 WP_200599363.1 34.1 88 44 2 460 546 380 454 9.81e-07 49.7 WP_262247119.1 WP_262247119.1 100 175 0 0 1 175 1 175 2.91e-138 380 WP_262247119.1 WP_161643844.1 39.2 176 104 3 1 175 13 186 5.69e-50 157 KAF6089756.1 KAF6089756.1 100 794 0 0 1 794 1 794 0.0 1579 WP_066083732.1 WP_066083732.1 100 337 0 0 1 337 1 337 3.43e-245 664 WP_066083732.1 WP_107894076.1 56.2 322 138 3 6 327 5 323 1.56e-122 353 WP_066083732.1 GLY24463.1 43.7 318 177 2 6 323 4 319 9.40e-96 285 WP_066083732.1 WP_131166802.1 48.2 311 158 3 5 313 4 313 1.80e-91 275 WP_066083732.1 MCP5262709.1 46.7 317 165 3 6 321 1 314 1.70e-90 272 WP_066083732.1 WP_192324556.1 51.0 294 129 3 6 284 13 306 6.54e-87 272 WP_066083732.1 WP_227059655.1 52.6 270 123 1 5 269 16 285 2.07e-85 268 WP_066083732.1 QCM13287.1 43.8 267 143 4 5 271 8 267 1.17e-65 207 WP_066083732.1 MBU5353226.1 40.7 270 136 7 6 264 4 260 1.17e-57 187 WP_066083732.1 WP_226904802.1 35.3 334 191 8 5 323 21 344 1.56e-57 188 WP_066083732.1 RUU66461.1 35.9 287 166 5 3 280 76 353 3.54e-53 177 WP_066083732.1 MBQ3864274.1 36.9 309 179 7 5 307 11 309 7.06e-53 175 WP_066083732.1 MWR41881.1 31.4 255 154 6 1 255 29 262 1.67e-30 115 WP_066083732.1 WP_279984614.1 32.2 258 161 9 5 260 8 253 4.36e-29 111 WP_066083732.1 MCC6044083.1 30.7 231 145 8 7 236 4 220 5.02e-24 98.6 WP_066083732.1 WP_142931103.1 30.2 255 152 6 6 260 3 231 1.31e-21 93.6 WP_066083732.1 WP_076409454.1 27.2 243 149 7 25 263 19 237 8.34e-21 90.1 WP_066083732.1 WP_256546297.1 22.7 264 166 7 2 248 19 261 1.19e-15 74.3 WP_066083732.1 WP_197521413.1 29.0 238 137 9 6 240 1 209 1.28e-15 74.3 WP_066083732.1 GBD21053.1 29.3 242 144 10 4 235 276 500 1.75e-15 75.5 WP_066083732.1 WP_221977168.1 27.5 236 141 9 25 248 30 247 9.92e-14 68.6 WP_066083732.1 WP_206363707.1 26.1 241 149 8 4 235 16 236 1.54e-13 68.2 WP_066083732.1 WP_185334683.1 31.2 215 128 8 25 235 19 217 1.87e-12 66.2 WP_066083732.1 WP_211555180.1 26.2 229 154 7 9 236 2 216 7.82e-11 59.7 WP_066083732.1 WP_089246429.1 24.7 219 149 4 25 238 275 482 4.49e-10 58.9 WP_066083732.1 CDZ73727.1 34.4 96 61 2 157 251 124 218 2.75e-08 52.4 WP_066083732.1 WP_089095302.1 22.9 236 132 9 18 237 310 511 1.29e-04 42.0 WP_066083732.1 WP_041710957.1 33.3 81 50 2 158 238 98 174 2.87e-04 40.8 WP_150724537.1 WP_150724537.1 100 242 0 0 1 242 1 242 1.01e-178 488 KAI7727618.1 KAI7727618.1 100 900 0 0 1 900 1 900 0.0 1714 KAI7727618.1 MBL8103469.1 46.7 362 153 3 95 416 87 448 5.00e-99 315 KAI7727618.1 MBP6786080.1 51.2 332 122 5 116 407 104 435 3.98e-86 292 KAI7727618.1 WP_029789810.1 49.4 326 124 4 110 395 98 422 1.09e-83 285 KAI7727618.1 KAF6257731.1 47.7 329 131 4 102 391 92 418 4.22e-76 265 KAI7727618.1 WP_136095406.1 50.5 285 107 3 165 418 120 401 1.56e-75 261 KAI7727618.1 KPK79043.1 37.6 306 155 4 99 369 81 385 2.58e-48 182 WP_164107212.1 WP_164107212.1 100 229 0 0 1 229 1 229 1.40e-149 414 XP_055928676.1 XP_055928676.1 100 332 0 0 1 332 1 332 1.72e-256 692 XP_055928676.1 HIH60710.1 26.0 223 133 4 91 311 52 244 1.18e-18 82.4 HIR39763.1 HIR39763.1 100 355 0 0 1 355 1 355 3.95e-260 704 MCH1470780.1 MCH1470780.1 100 84 0 0 1 84 1 84 2.06e-45 163 XP_035385791.1 XP_035385791.1 100 1670 0 0 1 1670 1 1670 0.0 3086 XP_035385791.1 KAF3694195.1 31.4 1729 464 26 1 1670 1 1066 2.12e-149 485 MBV8954574.1 MBV8954574.1 100 444 0 0 1 444 1 444 5.95e-307 830 MBE0479857.1 MBE0479857.1 100 388 0 0 1 388 1 388 4.66e-287 775 MBE0479857.1 MBK7837454.1 28.0 293 204 4 1 292 1 287 2.83e-29 114 MBE0479857.1 PZN79281.1 23.1 347 239 10 12 340 14 350 9.94e-18 82.4 WP_152458326.1 WP_152458326.1 100 385 0 0 1 385 1 385 1.80e-278 753 WP_152458326.1 WP_122236618.1 31.2 369 202 9 11 375 11 331 5.34e-43 152 TVR86131.1 TVR86131.1 100 386 0 0 1 386 1 386 3.71e-292 787 MCF0253735.1 MCF0253735.1 100 131 0 0 1 131 1 131 5.99e-103 288 XP_030565673.1 XP_030565673.1 100 381 0 0 1 381 1 381 8.14e-298 801 EFV4730429.1 EFV4730429.1 100 194 0 0 1 194 1 194 4.72e-142 392 XP_045807497.1 XP_045807497.1 100 784 0 0 1 784 1 784 0.0 1589 XP_045807497.1 NOU36639.1 47.5 535 259 8 259 781 21 545 8.99e-156 463 XP_045807497.1 WP_145031602.1 45.9 538 268 9 258 781 31 559 1.72e-151 452 WP_179091326.1 WP_179091326.1 100 796 0 0 1 796 1 796 0.0 1573 MCC7351004.1 MCC7351004.1 100 376 0 0 1 376 1 376 1.18e-283 765 MCC7351004.1 MBP7948257.1 32.5 372 229 8 1 366 1 356 8.96e-56 186 WP_158323663.1 WP_158323663.1 100 410 0 0 1 410 1 410 7.92e-297 801 MCI6190072.1 MCI6190072.1 100 621 0 0 1 621 1 621 0.0 1166 MCG67859.1 MCG67859.1 100 16 0 0 1 16 1 16 4.83e-08 40.0 PWU57639.1 PWU57639.1 100 365 0 0 1 365 1 365 6.95e-250 679 WP_099100504.1 WP_099100504.1 100 373 0 0 1 373 1 373 5.95e-271 733 WP_099100504.1 WP_202252188.1 36.7 349 220 1 1 349 1 348 1.07e-70 224 WP_099100504.1 WP_233230645.1 37.8 320 197 2 48 366 27 345 6.12e-67 214 WP_253357977.1 WP_253357977.1 100 98 0 0 1 98 1 98 1.39e-72 208 WP_218989306.1 WP_218989306.1 100 298 0 0 1 298 1 298 2.70e-211 575 PKO20637.1 PKO20637.1 100 480 0 0 1 480 1 480 0.0 1005 PKO20637.1 MBP7746105.1 33.2 573 254 17 5 477 279 822 5.47e-77 255 PKO20637.1 MBR6406611.1 32.8 519 236 17 2 424 124 625 1.69e-69 233 PKO20637.1 HAN2236324.1 24.1 510 263 22 12 424 188 670 4.46e-18 85.5 PKO20637.1 WP_125555296.1 25.9 398 214 16 9 357 4 369 1.96e-16 80.1 MBV9159501.1 MBV9159501.1 100 305 0 0 1 305 1 305 2.21e-209 571 XP_032085066.1 XP_032085066.1 100 83 0 0 1 83 1 83 1.48e-58 172 TSA09501.1 TSA09501.1 100 307 0 0 1 307 1 307 4.05e-222 603 UHB14670.1 UHB14670.1 100 1271 0 0 1 1271 1 1271 0.0 2456 UHB14670.1 UIX40308.1 98.6 1271 18 0 1 1271 1 1271 0.0 2430 UHB14670.1 UDK40309.1 98.1 1271 24 0 1 1271 1 1271 0.0 2413 UHB14670.1 UPU53169.1 96.5 1273 39 2 1 1271 1 1270 0.0 2368 UHB14670.1 UYC71619.1 96.7 1273 35 3 1 1271 1 1268 0.0 2364 UHB14670.1 UGX22439.1 95.3 1271 60 0 1 1271 1 1271 0.0 2327 UHB14670.1 QUE11983.1 94.6 1273 64 3 1 1271 1 1270 0.0 2301 UHB14670.1 USL51576.1 93.6 1273 77 2 1 1271 1 1270 0.0 2274 UHB14670.1 UBN63752.1 93.2 1273 82 3 1 1271 1 1270 0.0 2256 UHB14670.1 QUM20585.1 90.8 1273 114 2 1 1271 1 1272 0.0 2188 UHB14670.1 QVX70521.1 89.2 1273 136 1 1 1271 1 1273 0.0 2140 UHB14670.1 UZH89542.1 88.5 1273 143 2 1 1271 1 1271 0.0 2113 UHB14670.1 QXI91160.1 86.3 1273 171 2 1 1271 1 1272 0.0 2043 UHB14670.1 UUS71569.1 66.1 1273 429 1 1 1271 1 1273 0.0 1422 UHB14670.1 UHK01047.1 63.6 1273 462 1 1 1271 1 1273 0.0 1340 OFV87204.1 OFV87204.1 100 152 0 0 1 152 1 152 5.90e-111 310 MCC6149544.1 MCC6149544.1 100 260 0 0 1 260 1 260 7.83e-176 483 KAJ7819277.1 KAJ7819277.1 100 758 0 0 1 758 1 758 0.0 1469 WP_214892570.1 WP_214892570.1 100 401 0 0 1 401 1 401 5.80e-299 806 WP_214892570.1 GEP01990.1 34.4 250 150 8 4 247 19 260 9.55e-31 120 MBG6071015.1 MBG6071015.1 100 196 0 0 1 196 1 196 5.07e-138 382 MBO5908692.1 MBO5908692.1 100 127 0 0 1 127 1 127 6.09e-83 237 MBO5908692.1 WP_048370512.1 54.0 124 57 0 1 124 298 421 1.24e-43 146 WP_015154948.1 WP_015154948.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_198297627.1 WP_198297627.1 100 196 0 0 1 196 1 196 3.08e-148 407 WP_233572281.1 WP_233572281.1 100 413 0 0 1 413 1 413 5.41e-301 812 WP_101275729.1 WP_101275729.1 100 404 0 0 1 404 1 404 6.35e-284 768 KKA06871.1 KKA06871.1 100 42 0 0 1 42 1 42 4.28e-29 94.7 WP_109267392.1 WP_109267392.1 100 603 0 0 1 603 1 603 0.0 1191 WP_109267392.1 WP_074527819.1 40.5 580 337 6 16 587 19 598 9.52e-136 407 WP_109267392.1 KAH8780162.1 31.0 210 112 9 8 189 16 220 2.89e-11 64.3 WP_045339064.1 WP_045339064.1 100 361 0 0 1 361 1 361 1.36e-254 690 WP_094217606.1 WP_094217606.1 100 594 0 0 1 594 1 594 0.0 1140 WP_094217606.1 WP_250850661.1 48.0 50 26 0 532 581 146 195 2.13e-04 41.2 CBH50084.1 CBH50084.1 100 402 0 0 1 402 1 402 9.16e-292 788 WP_121217628.1 WP_121217628.1 100 496 0 0 1 496 1 496 0.0 890 WP_085176546.1 WP_085176546.1 100 786 0 0 1 786 1 786 0.0 1639 RJU83745.1 RJU83745.1 100 144 0 0 1 144 1 144 1.86e-101 285 WP_210167953.1 WP_210167953.1 100 369 0 0 1 369 1 369 8.78e-271 732 WP_210167953.1 PAW68992.1 31.0 397 230 8 4 361 12 403 1.74e-43 154 WP_210167953.1 WP_113767226.1 32.4 349 214 9 11 348 92 429 8.76e-43 152 WP_210167953.1 WP_270430070.1 31.1 367 215 11 8 351 22 373 5.24e-37 135 WP_210167953.1 WP_090419626.1 28.2 355 238 6 2 348 15 360 3.14e-32 122 WP_210167953.1 WP_250015522.1 26.9 364 249 5 5 351 19 382 1.56e-31 121 WP_210167953.1 WP_179156843.1 28.3 353 228 7 25 359 26 371 3.63e-31 120 XP_016339808.1 XP_016339808.1 100 1578 0 0 1 1578 1 1578 0.0 3071 MBL1147659.1 MBL1147659.1 100 231 0 0 1 231 1 231 3.20e-156 431 MBC2353926.1 MBC2353926.1 100 197 0 0 1 197 1 197 9.09e-137 379 MBC2353926.1 WP_003067788.1 27.3 99 64 4 45 141 174 266 1.74e-04 39.7 MCD6302399.1 MCD6302399.1 100 363 0 0 1 363 1 363 3.27e-263 712 QDG92469.1 QDG92469.1 100 106 0 0 1 106 1 106 1.50e-82 234 XP_035778474.1 XP_035778474.1 100 686 0 0 1 686 1 686 0.0 1434 OME96001.1 OME96001.1 100 652 0 0 1 652 1 652 0.0 992 OME96001.1 WP_269572442.1 27.5 621 338 16 6 580 10 564 9.26e-31 125 OME96001.1 WP_156140069.1 40.8 103 61 0 481 583 405 507 2.03e-12 68.6 XP_004384112.1 XP_004384112.1 100 241 0 0 1 241 1 241 1.18e-181 496 WP_065073385.1 WP_065073385.1 100 291 0 0 1 291 1 291 7.25e-217 589 WP_065073385.1 WP_142260807.1 39.8 201 118 2 41 239 50 249 1.20e-47 158 WP_065073385.1 KAJ3193491.1 37.9 87 49 1 49 130 94 180 4.56e-10 58.2 WP_065073385.1 WP_282689626.1 28.1 128 78 2 49 162 82 209 5.17e-09 54.3 WP_103263575.1 WP_103263575.1 100 571 0 0 1 571 1 571 0.0 1135 WP_097199932.1 WP_097199932.1 100 430 0 0 1 430 1 430 1.22e-317 855 VUT24782.1 VUT24782.1 100 108 0 0 1 108 1 108 8.66e-74 212 WP_011062110.1 WP_011062110.1 100 173 0 0 1 173 1 173 6.36e-123 342 WP_133179454.1 WP_133179454.1 100 488 0 0 1 488 1 488 0.0 955 WP_133179454.1 MCB1412915.1 62.7 474 170 2 15 485 7 476 6.06e-202 567 WP_133179454.1 KAK48091.1 27.5 465 288 13 24 477 28 454 1.75e-26 110 WP_133179454.1 WP_049005162.1 25.3 387 235 10 88 462 67 411 3.97e-12 66.2 WP_133179454.1 WP_245350945.1 24.5 433 252 17 76 486 67 446 4.00e-10 60.1 WP_133179454.1 OKH85141.1 23.0 413 232 14 81 461 60 418 6.48e-09 56.2 XP_027584191.1 XP_027584191.1 100 229 0 0 1 229 1 229 1.10e-130 366 WP_250377942.1 WP_250377942.1 100 145 0 0 1 145 1 145 1.41e-101 285 MCM2455575.1 MCM2455575.1 100 302 0 0 1 302 1 302 3.95e-206 563 KAF1787790.1 KAF1787790.1 100 259 0 0 1 259 1 259 6.56e-188 513 WP_197744369.1 WP_197744369.1 100 211 0 0 1 211 1 211 3.42e-157 431 WP_197744369.1 MCI9320818.1 42.9 203 110 3 4 205 2 199 2.07e-51 163 WP_197744369.1 WP_079396843.1 39.2 204 116 4 4 205 2 199 1.05e-44 146 WP_197744369.1 MBD5153813.1 37.4 206 119 6 4 204 2 202 1.03e-33 118 WP_227329750.1 WP_227329750.1 100 412 0 0 1 412 1 412 7.61e-296 799 WP_227329750.1 WP_211056951.1 30.9 288 185 4 15 293 15 297 2.90e-27 112 CAH0730513.1 CAH0730513.1 100 350 0 0 1 350 1 350 6.64e-270 728 CAH0730513.1 HDZ48353.1 31.6 114 70 2 59 172 42 147 9.36e-10 57.4 WP_124908062.1 WP_124908062.1 100 355 0 0 1 355 1 355 1.44e-262 710 WP_124908062.1 CDZ81696.1 33.3 312 193 6 17 318 3 309 2.42e-44 154 KAJ0798837.1 KAJ0798837.1 100 98 0 0 1 98 1 98 7.78e-70 201 MCA1595916.1 MCA1595916.1 100 90 0 0 1 90 1 90 3.20e-63 184 2VGF_A 2VGF_A 100 528 0 0 1 528 1 528 0.0 1021 2VGF_A WP_164636708.1 37.2 486 284 6 40 524 2 467 4.86e-92 288 WP_059923305.1 WP_059923305.1 100 344 0 0 1 344 1 344 3.47e-253 685 WP_059923305.1 KDB51534.1 39.3 321 166 7 37 335 8 321 1.05e-47 162 ESK93629.1 ESK93629.1 100 149 0 0 1 149 1 149 4.01e-103 290 KAF5772005.1 KAF5772005.1 100 58 0 0 1 58 1 58 3.60e-39 121 XP_032707293.1 XP_032707293.1 100 646 0 0 1 646 1 646 0.0 1303 WP_160447747.1 WP_160447747.1 100 249 0 0 1 249 1 249 3.45e-169 465 GJM25205.1 GJM25205.1 100 246 0 0 1 246 1 246 1.27e-174 478 WP_100571198.1 WP_100571198.1 100 449 0 0 1 449 1 449 0.0 865 XP_028766233.1 XP_028766233.1 100 739 0 0 1 739 1 739 0.0 1468 XP_028766233.1 VAI85984.1 48.2 303 130 4 5 296 70 356 8.25e-84 286 XP_028766233.1 XP_010267139.1 31.2 138 69 5 620 734 271 405 1.24e-10 62.4 WP_143356561.1 WP_143356561.1 100 387 0 0 1 387 1 387 6.57e-282 761 RLA95129.1 RLA95129.1 100 343 0 0 1 343 1 343 1.46e-249 676 MBN1854849.1 MBN1854849.1 100 979 0 0 1 979 1 979 0.0 1990 XP_024707996.1 XP_024707996.1 100 107 0 0 1 107 1 107 2.40e-66 193 XP_007206475.1 XP_007206475.1 100 271 0 0 1 271 1 271 5.02e-198 540 XP_007206475.1 WP_010443651.1 28.4 250 152 6 19 259 4 235 3.84e-21 87.8 XP_007206475.1 MBQ9647935.1 30.0 270 148 10 15 260 5 257 8.96e-17 76.3 WP_101938578.1 WP_101938578.1 100 217 0 0 1 217 1 217 6.14e-122 343 WP_224828628.1 WP_224828628.1 100 295 0 0 1 295 1 295 4.51e-213 580 WP_224828628.1 MBL68646.1 40.1 297 151 10 1 290 1 277 8.97e-54 175 MBZ5591381.1 MBZ5591381.1 100 382 0 0 1 382 1 382 4.56e-275 744 KAI8838875.1 KAI8838875.1 100 328 0 0 1 328 1 328 9.15e-225 612 KAH7009790.1 KAH7009790.1 100 330 0 0 1 330 1 330 5.70e-245 663 EQA53083.1 EQA53083.1 100 77 0 0 1 77 1 77 3.52e-52 155 WP_141952156.1 WP_141952156.1 100 233 0 0 1 233 1 233 3.24e-166 456 WP_161208527.1 WP_161208527.1 100 173 0 0 1 173 1 173 8.71e-130 359 WP_278436726.1 WP_278436726.1 100 480 0 0 1 480 1 480 0.0 929 XP_005405047.1 XP_005405047.1 100 477 0 0 1 477 1 477 0.0 924 WP_149128675.1 WP_149128675.1 100 167 0 0 1 167 1 167 1.72e-83 241 CAF1216529.1 CAF1216529.1 100 118 0 0 1 118 1 118 3.65e-82 234 WP_270908912.1 WP_270908912.1 100 401 0 0 1 401 1 401 9.22e-296 798 WP_270908912.1 HAY39979.1 36.5 389 208 5 21 399 33 392 1.83e-69 223 WP_270908912.1 WP_007270472.1 35.8 397 222 8 18 400 19 396 2.34e-57 191 WP_019470943.1 WP_019470943.1 100 213 0 0 1 213 1 213 2.78e-148 409 WP_023843991.1 WP_023843991.1 100 469 0 0 1 469 1 469 0.0 924 UTN87579.1 UTN87579.1 100 455 0 0 1 455 1 455 0.0 890 UTN87579.1 MBR2605819.1 48.9 423 214 2 11 432 10 431 4.10e-137 404 NYI84739.1 NYI84739.1 100 397 0 0 1 397 1 397 7.13e-266 722 WP_181898940.1 WP_181898940.1 100 1205 0 0 1 1205 1 1205 0.0 2322 WP_181898940.1 MBL1272346.1 29.9 880 469 36 14 849 33 808 5.04e-67 244 WP_088526897.1 WP_088526897.1 100 1034 0 0 1 1034 1 1034 0.0 2059 WP_088526897.1 MBP5709003.1 51.5 68 32 1 968 1034 1 68 5.31e-16 72.0 PWC90347.1 PWC90347.1 100 378 0 0 1 378 1 378 4.47e-264 716 PWC90347.1 HAT8492399.1 37.5 363 222 2 14 376 9 366 1.79e-74 234 PWC90347.1 MBH2016034.1 22.9 231 150 3 73 276 34 263 9.96e-09 54.3 PWC90347.1 WP_199942136.1 35.0 100 55 4 73 166 44 139 8.53e-04 39.3 MSU45888.1 MSU45888.1 100 226 0 0 1 226 1 226 1.62e-167 459 MBT0668662.1 MBT0668662.1 100 194 0 0 1 194 1 194 9.16e-140 386 CAH0727316.1 CAH0727316.1 100 676 0 0 1 676 1 676 0.0 1299 CAH0727316.1 KAG6471244.1 44.0 100 46 1 14 113 13 102 1.96e-21 94.4 CAH0727316.1 KAJ7545197.1 38.0 121 59 4 5 119 15 125 3.39e-16 79.0 WP_256342227.1 WP_256342227.1 100 489 0 0 1 489 1 489 0.0 954 WP_256342227.1 WP_172281536.1 36.4 475 284 9 18 486 18 480 3.43e-78 251 WP_256342227.1 MCI6853747.1 34.0 503 297 13 4 483 6 496 1.48e-72 236 WP_256342227.1 MBI5098096.1 29.0 362 227 12 24 380 25 361 1.94e-21 95.1 MBT4160670.1 MBT4160670.1 100 376 0 0 1 376 1 376 1.32e-280 757 MBT4160670.1 WP_043548763.1 46.6 373 188 5 5 367 31 402 4.68e-110 326 MBT4160670.1 WP_122896374.1 33.6 375 234 7 5 367 3 374 8.50e-65 209 MBT4160670.1 WP_168565867.1 32.4 376 228 10 2 363 9 372 2.64e-48 166 MBT4160670.1 WP_032677416.1 25.9 313 193 10 6 287 171 475 2.56e-24 102 MBT4160670.1 WP_164636240.1 30.3 274 171 8 9 268 98 365 1.97e-23 99.8 NCA33082.1 NCA33082.1 100 229 0 0 1 229 1 229 8.21e-158 434 XP_045183397.2 XP_045183397.2 100 1538 0 0 1 1538 1 1538 0.0 3040 WP_279295785.1 WP_279295785.1 100 173 0 0 1 173 1 173 1.45e-128 356 KAA0234643.1 KAA0234643.1 100 928 0 0 1 928 1 928 0.0 1828 KAA0234643.1 WP_271960159.1 45.0 965 464 14 23 928 60 1016 4.34e-262 758 KAA0234643.1 WP_114695256.1 25.1 666 384 16 99 687 33 660 1.65e-33 136 WP_188888464.1 WP_188888464.1 100 227 0 0 1 227 1 227 1.17e-156 431 WP_188888464.1 WP_055029966.1 40.0 110 63 2 1 108 1 109 1.67e-17 78.6 WP_188888464.1 WP_069156513.1 25.4 236 146 8 4 223 4 225 4.30e-10 56.2 WP_188888464.1 HBG17616.1 33.0 103 68 1 4 105 6 108 7.04e-10 56.6 WP_188888464.1 MBU7572244.1 36.6 71 43 1 49 117 61 131 6.27e-07 46.2 WP_188888464.1 MUL75888.1 51.9 52 25 0 165 216 809 860 9.67e-07 47.4 WP_188888464.1 WP_138482356.1 30.6 108 73 2 1 108 669 774 2.34e-06 46.2 WP_188888464.1 KFX48203.1 28.0 118 76 3 5 116 1077 1191 5.89e-06 45.1 WP_188888464.1 TAL20232.1 29.8 84 54 1 34 112 518 601 1.68e-05 43.5 WP_188888464.1 MBQ1868746.1 30.6 121 75 4 3 116 519 637 1.75e-04 40.4 MBS1743426.1 MBS1743426.1 100 521 0 0 1 521 1 521 0.0 1015 EBD4871273.1 EBD4871273.1 100 188 0 0 1 188 1 188 1.77e-125 349 MBO9629596.1 MBO9629596.1 100 124 0 0 1 124 1 124 3.85e-89 252 KOR84431.1 KOR84431.1 100 314 0 0 1 314 1 314 1.37e-228 620 KOR84431.1 MBT7096516.1 41.9 179 102 2 132 309 5 182 1.56e-35 125 KOR84431.1 WP_059510827.1 28.8 240 160 4 50 281 51 287 7.09e-24 97.8 KOR84431.1 WP_058635033.1 26.6 278 189 3 38 313 45 309 2.86e-23 96.3 MBQ7329863.1 MBQ7329863.1 100 189 0 0 1 189 1 189 1.20e-128 357 MBQ7329863.1 MBO5118622.1 41.0 178 101 2 9 186 11 184 2.63e-29 105 MBQ7329863.1 MBQ7086969.1 32.4 182 119 2 7 185 12 192 9.24e-21 83.6 WP_132575460.1 WP_132575460.1 100 415 0 0 1 415 1 415 2.51e-307 828 WP_132575460.1 WP_153262038.1 22.2 297 201 11 51 326 66 353 5.91e-07 49.7 HAV2020887.1 HAV2020887.1 100 511 0 0 1 511 1 511 0.0 1018 WP_152735594.1 WP_152735594.1 100 373 0 0 1 373 1 373 6.99e-254 689 MBX9878857.1 MBX9878857.1 100 413 0 0 1 413 1 413 2.23e-309 833 WP_037889990.1 WP_037889990.1 100 430 0 0 1 430 1 430 2.53e-310 837 WP_037889990.1 WP_215152714.1 36.0 386 233 6 54 428 32 414 2.53e-60 200 MBP7989505.1 MBP7989505.1 100 374 0 0 1 374 1 374 7.19e-268 725 WP_203162307.1 WP_203162307.1 100 76 0 0 1 76 1 76 2.04e-55 163 MBF8983114.1 MBF8983114.1 100 137 0 0 1 137 1 137 6.37e-92 260 XP_054844157.1 XP_054844157.1 100 511 0 0 1 511 1 511 0.0 1044 XP_054844157.1 XP_046922164.1 41.4 488 222 7 32 511 18 449 2.28e-124 369 XP_054844157.1 XP_028717800.1 37.0 486 296 6 30 510 9 489 7.18e-104 318 XP_054844157.1 ACF74449.1 28.1 462 297 14 42 483 27 473 3.22e-41 153 XP_054844157.1 XP_041334537.1 24.9 418 295 11 64 478 34 435 1.52e-32 128 XP_054844157.1 XP_037327098.1 27.9 229 152 4 263 482 244 468 8.81e-20 90.5 XP_048221756.1 XP_048221756.1 100 486 0 0 1 486 1 486 0.0 943 XP_048221756.1 XP_007957752.1 97.2 471 12 1 17 486 1 471 0.0 889 WP_104836709.1 WP_104836709.1 100 399 0 0 1 399 1 399 4.02e-289 781 WP_104836709.1 NIF31361.1 70.2 392 117 0 1 392 1 392 3.99e-195 543 WP_077217464.1 WP_077217464.1 100 303 0 0 1 303 1 303 6.99e-221 600 WP_077217464.1 HBO4828144.1 52.2 249 112 2 49 290 29 277 7.48e-81 244 WP_077217464.1 WP_076409454.1 42.7 211 114 2 30 237 4 210 6.02e-50 167 WP_077217464.1 WP_170725874.1 36.8 258 149 6 45 295 15 265 1.82e-44 152 WP_077217464.1 WP_176354145.1 41.8 196 108 3 45 235 16 210 1.94e-44 153 WP_077217464.1 MWR41881.1 40.3 201 111 1 45 236 39 239 2.62e-39 137 WP_077217464.1 MBP1876254.1 39.0 210 117 3 36 235 7 215 6.05e-34 125 WP_077217464.1 WP_153844272.1 25.3 198 128 5 41 221 12 206 2.43e-09 56.2 WP_116788607.1 WP_116788607.1 100 94 0 0 1 94 1 94 1.27e-64 188 WP_002541411.1 WP_002541411.1 100 478 0 0 1 478 1 478 0.0 947 WP_280713773.1 WP_280713773.1 100 321 0 0 1 321 1 321 4.25e-231 627 WP_147493387.1 WP_147493387.1 100 129 0 0 1 129 1 129 2.11e-84 241 WP_182342936.1 WP_182342936.1 100 368 0 0 1 368 1 368 2.90e-202 558 WP_182342936.1 MBT5780702.1 43.8 265 131 5 112 361 105 366 3.67e-48 165 WP_232243969.1 WP_232243969.1 100 467 0 0 1 467 1 467 0.0 935 WP_232243969.1 OYV27796.1 47.2 305 134 5 1 288 18 312 4.56e-84 259 MBN1793755.1 MBN1793755.1 100 194 0 0 1 194 1 194 1.63e-133 370 WP_100378753.1 WP_100378753.1 100 78 0 0 1 78 1 78 1.08e-51 154 KAJ3691906.1 KAJ3691906.1 100 402 0 0 1 402 1 402 3.02e-306 824 WP_036258374.1 WP_036258374.1 100 570 0 0 1 570 1 570 0.0 1102 WP_036258374.1 MBQ8297564.1 32.8 576 368 8 3 568 8 574 1.27e-77 254 WP_036258374.1 KAJ5168969.1 33.4 491 305 10 69 549 251 729 5.64e-68 233 WP_036258374.1 WP_060613079.1 30.1 515 351 3 52 563 71 579 7.96e-65 220 WP_036258374.1 KAI9191373.1 26.8 519 324 13 62 564 135 613 1.14e-46 174 WP_036258374.1 WP_222599035.1 33.4 302 195 3 251 550 391 688 1.98e-39 151 WP_036258374.1 MWR41881.1 32.9 240 132 7 325 550 29 253 3.88e-24 100 WP_036258374.1 WP_098952357.1 27.9 222 134 6 342 547 29 240 1.52e-15 76.3 WP_036258374.1 WP_107894076.1 29.7 219 135 7 343 545 24 239 4.14e-13 68.9 WP_036258374.1 WP_142931103.1 30.6 206 130 8 343 542 275 473 6.11e-12 66.2 QNK62815.1 QNK62815.1 100 313 0 0 1 313 1 313 2.45e-226 615 MCD7834656.1 MCD7834656.1 100 480 0 0 1 480 1 480 0.0 986 MBP7634095.1 MBP7634095.1 100 436 0 0 1 436 1 436 7.64e-315 849 XP_019384620.1 XP_019384620.1 100 917 0 0 1 917 1 917 0.0 1836 XP_019384620.1 XP_008572610.1 30.6 595 329 13 368 916 28 584 2.32e-86 286 XP_019384620.1 XP_048216280.1 32.2 270 163 6 21 279 26 286 5.50e-38 145 XP_019384620.1 XP_022242849.1 26.9 476 287 15 486 912 435 898 7.20e-34 138 XP_019384620.1 KAG1590416.1 29.2 281 175 9 10 283 75 338 8.24e-31 124 XP_019384620.1 XP_029528577.1 29.3 198 128 4 72 268 86 272 1.51e-20 92.8 XP_019384620.1 XP_047334060.1 29.5 264 170 8 24 280 26 280 6.07e-20 93.6 XP_019384620.1 XP_043377824.1 25.3 297 189 10 21 300 31 311 1.66e-17 86.3 XP_019384620.1 EYU24504.1 24.1 295 162 8 21 281 195 461 1.07e-16 82.8 XP_019384620.1 KAI9912466.1 23.6 297 175 12 24 281 37 320 1.01e-08 56.6 MBT3747969.1 MBT3747969.1 100 295 0 0 1 295 1 295 4.07e-225 610 MBQ6998144.1 MBQ6998144.1 100 1761 0 0 1 1761 1 1761 0.0 3514 WP_150930630.1 WP_150930630.1 100 423 0 0 1 423 1 423 2.91e-285 773 WP_150930630.1 WP_148062134.1 32.8 247 145 5 62 308 135 360 2.86e-28 112 XP_026120963.1 XP_026120963.1 100 314 0 0 1 314 1 314 7.37e-233 631 WP_126840241.1 WP_126840241.1 100 393 0 0 1 393 1 393 1.51e-290 784 HBK0888477.1 HBK0888477.1 100 324 0 0 1 324 1 324 1.24e-245 664 XP_027768392.1 XP_027768392.1 100 238 0 0 1 238 1 238 4.29e-178 486 WP_192026965.1 WP_192026965.1 100 369 0 0 1 369 1 369 6.92e-268 724 KAF0880495.1 KAF0880495.1 100 114 0 0 1 114 1 114 2.51e-78 224 WP_234564275.1 WP_234564275.1 100 845 0 0 1 845 1 845 0.0 1766 XP_013982426.1 XP_013982426.1 100 162 0 0 1 162 1 162 1.93e-114 319 EIR3813187.1 EIR3813187.1 100 281 0 0 1 281 1 281 1.36e-191 524 XP_030620685.1 XP_030620685.1 100 422 0 0 1 422 1 422 2.41e-288 781 XP_030620685.1 XP_048216280.1 36.1 291 175 4 80 360 4 293 7.67e-55 186 XP_030620685.1 XP_051566275.1 35.0 280 178 3 89 367 1235 1511 3.37e-51 184 XP_030620685.1 XP_020321477.1 35.6 261 156 5 96 353 53 304 1.61e-44 163 XP_030620685.1 XP_046441060.1 35.1 262 158 6 95 353 60 312 2.05e-42 157 XP_030620685.1 XP_029528577.1 34.1 255 152 5 96 344 30 274 2.24e-40 145 XP_030620685.1 KAG1590416.1 34.2 298 147 9 74 352 66 333 5.61e-40 145 XP_030620685.1 XP_048379117.1 32.1 299 172 9 74 352 228 515 5.26e-35 134 XP_030620685.1 PKU40490.1 30.9 217 142 5 81 293 1 213 3.86e-29 111 XP_030620685.1 EYU24504.1 29.0 297 144 7 96 352 189 458 1.73e-26 110 XP_030620685.1 KAH6984898.1 27.2 313 178 5 91 355 19 329 1.34e-22 99.0 NHB63634.1 NHB63634.1 100 227 0 0 1 227 1 227 5.17e-160 440 KAB4839568.1 KAB4839568.1 100 498 0 0 1 498 1 498 0.0 1007 KAB4839568.1 OJW81690.1 37.6 502 292 9 5 496 16 506 4.74e-101 318 EPB83562.1 EPB83562.1 100 327 0 0 1 327 1 327 2.31e-162 454 WP_079304935.1 WP_079304935.1 100 267 0 0 1 267 1 267 3.49e-187 512 WP_079304935.1 WP_159793761.1 32.8 265 168 5 1 256 1 264 1.36e-44 150 EAH7180598.1 EAH7180598.1 100 403 0 0 1 403 1 403 4.78e-299 806 WP_127965636.1 WP_127965636.1 100 242 0 0 1 242 1 242 1.90e-142 397 MBP3290446.1 MBP3290446.1 100 107 0 0 1 107 1 107 1.29e-70 204 MBL0848796.1 MBL0848796.1 100 89 0 0 1 89 1 89 2.36e-60 177 PLN85696.1 PLN85696.1 100 453 0 0 1 453 1 453 0.0 944 MBR4316258.1 MBR4316258.1 100 77 0 0 1 77 1 77 2.11e-53 158 HBU57020.1 HBU57020.1 100 137 0 0 1 137 1 137 1.98e-95 269 HBU57020.1 WP_209241541.1 43.3 134 68 2 1 131 341 469 1.42e-25 98.6 HBU57020.1 WP_093868643.1 56.3 71 31 0 1 71 319 389 8.66e-21 85.1 RMZ53977.1 RMZ53977.1 100 316 0 0 1 316 1 316 1.32e-211 578 WP_104739464.1 WP_104739464.1 100 230 0 0 1 230 1 230 3.33e-137 382 WP_178999808.1 WP_178999808.1 100 597 0 0 1 597 1 597 0.0 1117 WP_178999808.1 MBS0561514.1 31.4 567 365 9 8 568 24 572 8.42e-67 227 WP_178999808.1 KOR85988.1 21.7 552 401 11 21 565 6 533 8.86e-27 113 WP_178999808.1 MCD6173453.1 22.6 336 214 6 20 343 5 306 9.39e-11 61.6 WP_080539504.1 WP_080539504.1 100 233 0 0 1 233 1 233 3.40e-177 484 WP_271563639.1 WP_271563639.1 100 410 0 0 1 410 1 410 8.39e-308 829 WP_271563639.1 MBW1759047.1 31.6 155 99 3 129 282 94 242 2.84e-14 71.6 YP_009901198.1 YP_009901198.1 100 169 0 0 1 169 1 169 1.84e-120 335 WP_139989153.1 WP_139989153.1 100 343 0 0 1 343 1 343 8.32e-265 714 WP_139989153.1 WP_187935882.1 61.9 344 121 3 1 342 4 339 2.22e-153 432 WP_240053789.1 WP_240053789.1 100 323 0 0 1 323 1 323 1.57e-243 659 WP_240053789.1 MBL6756473.1 29.9 288 189 7 9 287 48 331 2.74e-25 104 WP_240053789.1 KXK41164.1 29.4 299 180 12 9 287 8 295 8.00e-22 92.0 WP_240053789.1 PIY74148.1 28.5 270 172 8 29 283 2 265 1.27e-19 87.8 WP_240053789.1 WP_278906630.1 30.2 139 84 5 172 305 320 450 1.06e-05 45.4 GFD60763.1 GFD60763.1 100 77 0 0 1 77 1 77 8.62e-53 157 MBQ48993.1 MBQ48993.1 100 282 0 0 1 282 1 282 1.76e-208 567 RLS53863.1 RLS53863.1 100 212 0 0 1 212 1 212 1.90e-159 437 MRN26950.1 MRN26950.1 100 87 0 0 1 87 1 87 1.90e-56 167 WP_005253785.1 WP_005253785.1 100 368 0 0 1 368 1 368 8.20e-255 691 WP_059566149.1 WP_059566149.1 100 588 0 0 1 588 1 588 0.0 1131 OGD88828.1 OGD88828.1 100 228 0 0 1 228 1 228 1.95e-160 441 HDZ72415.1 HDZ72415.1 100 438 0 0 1 438 1 438 0.0 902 NDI25889.1 NDI25889.1 100 292 0 0 1 292 1 292 6.53e-200 546 NDI25889.1 WP_033456074.1 44.8 286 140 4 1 283 18 288 3.88e-64 202 NDI25889.1 MBT3887354.1 40.5 294 153 3 1 283 31 313 1.78e-62 198 NDI25889.1 OFZ89526.1 42.7 302 145 4 1 283 122 414 6.36e-62 200 NDI25889.1 WP_098923619.1 43.2 292 141 5 1 283 136 411 1.17e-61 199 NDI25889.1 WP_267292626.1 42.0 283 157 2 1 283 231 506 2.73e-60 198 NDI25889.1 WP_262612393.1 39.1 284 163 6 1 282 141 416 4.15e-51 172 NDI25889.1 KAA0555231.1 34.1 293 180 5 1 285 339 626 5.46e-39 142 NDI25889.1 KAJ4394429.1 31.3 307 177 8 1 283 210 506 7.69e-30 116 MBL1272346.1 MBL1272346.1 100 1075 0 0 1 1075 1 1075 0.0 2121 MBL1272346.1 WP_181898940.1 29.9 880 469 36 33 808 14 849 2.31e-70 254 XP_013617705.1 XP_013617705.1 100 224 0 0 1 224 1 224 1.95e-158 436 MBL6635315.1 MBL6635315.1 100 253 0 0 1 253 1 253 3.80e-184 503 MBL6635315.1 TBR44965.1 36.8 258 149 4 6 253 4 257 4.50e-51 166 MBB6433666.1 MBB6433666.1 100 60 0 0 1 60 1 60 2.39e-38 119 WP_061261925.1 WP_061261925.1 100 396 0 0 1 396 1 396 1.69e-284 769 WP_240207262.1 WP_240207262.1 100 176 0 0 1 176 1 176 7.99e-123 342 WP_101662518.1 WP_101662518.1 100 692 0 0 1 692 1 692 0.0 1345 WP_101662518.1 OMF24356.1 37.5 560 327 8 55 601 55 604 3.79e-119 368 WP_101662518.1 WP_044772468.1 32.2 587 357 17 58 613 52 628 4.66e-73 249 WP_101662518.1 HCG88012.1 35.7 286 180 3 37 321 25 307 3.70e-47 175 MBT3358747.1 MBT3358747.1 100 263 0 0 1 263 1 263 5.62e-191 521 HAL84546.1 HAL84546.1 100 124 0 0 1 124 1 124 2.61e-87 248 WP_051686353.1 WP_051686353.1 100 155 0 0 1 155 1 155 2.90e-108 303 XP_008293954.1 XP_008293954.1 100 1545 0 0 1 1545 1 1545 0.0 2409 XP_008293954.1 XP_027026332.2 76.7 1523 293 20 41 1545 26 1504 0.0 1847 MCB1644245.1 MCB1644245.1 100 258 0 0 1 258 1 258 6.53e-183 500 MCB1644245.1 WP_138597401.1 30.0 243 159 6 11 248 8 244 4.44e-24 95.5 MCB1644245.1 MXY99086.1 31.1 244 151 5 17 249 1 238 5.68e-22 89.7 MCB1644245.1 WP_253646963.1 33.0 188 120 3 8 189 14 201 2.62e-20 86.3 MCH7862091.1 MCH7862091.1 100 180 0 0 1 180 1 180 3.65e-130 360 NUN10705.1 NUN10705.1 100 66 0 0 1 66 1 66 3.69e-49 147 XP_007761143.1 XP_007761143.1 100 381 0 0 1 381 1 381 1.98e-289 780 WP_107551828.1 WP_107551828.1 100 424 0 0 1 424 1 424 3.83e-286 775 QQO85492.1 QQO85492.1 100 262 0 0 1 262 1 262 4.84e-196 534 QQO85492.1 WP_263858211.1 30.0 247 169 4 8 251 8 253 2.99e-28 107 QQO85492.1 WP_199425576.1 31.4 245 152 6 14 248 20 258 7.76e-23 92.8 QQO85492.1 VEA68798.1 43.5 108 57 1 144 251 1 104 1.05e-16 72.4 QQO85492.1 WP_168672621.1 27.8 248 153 10 10 244 4 238 3.18e-10 57.4 MBQ6794463.1 MBQ6794463.1 100 374 0 0 1 374 1 374 1.08e-278 752 MBQ6794463.1 MBA3609961.1 34.2 406 203 11 16 367 41 436 1.35e-56 189 MBQ6794463.1 MCU1411638.1 32.5 385 237 10 7 373 15 394 4.37e-52 176 MBQ6794463.1 MCF7895906.1 33.0 321 200 7 15 325 23 338 8.71e-50 169 MBQ6794463.1 OWZ34415.1 29.1 416 239 8 15 374 58 473 9.73e-46 161 MBQ6794463.1 ELZ16407.1 29.3 403 225 11 16 363 35 432 1.29e-40 147 MBQ6794463.1 WP_160194147.1 28.3 400 251 12 10 374 24 422 4.57e-28 112 MBQ6794463.1 MCM2356329.1 30.5 262 155 8 16 254 34 291 2.55e-25 102 MBQ6794463.1 NBT94281.1 36.2 152 85 5 15 158 33 180 2.27e-15 72.0 MBK9391165.1 MBK9391165.1 100 107 0 0 1 107 1 107 5.88e-76 218 WP_111113162.1 WP_111113162.1 100 406 0 0 1 406 1 406 8.01e-304 818 WP_111113162.1 WP_013970683.1 59.8 400 156 3 10 406 4 401 3.82e-161 457 WP_111113162.1 WP_261281372.1 57.3 410 164 4 4 406 2 407 7.70e-160 454 CAD7694243.1 CAD7694243.1 100 453 0 0 1 453 1 453 1.00e-275 751 CAD7694243.1 XP_015665538.2 33.3 75 48 1 329 401 227 301 1.87e-04 41.6 HBE26957.1 HBE26957.1 100 590 0 0 1 590 1 590 0.0 1154 MBS7058472.1 MBS7058472.1 100 116 0 0 1 116 1 116 2.57e-90 254 MBT5464676.1 MBT5464676.1 100 394 0 0 1 394 1 394 4.85e-267 724 WP_249119039.1 WP_249119039.1 100 239 0 0 1 239 1 239 2.22e-185 505 PSQ73325.1 PSQ73325.1 100 861 0 0 1 861 1 861 0.0 1656 PSQ73325.1 MBN8606766.1 27.8 571 366 11 283 841 270 806 2.74e-40 158 PSQ73325.1 EDN57974.1 36.6 235 136 5 611 839 399 626 1.65e-36 147 PSQ73325.1 WP_007356512.1 31.4 283 163 6 588 846 720 995 3.85e-31 130 PSQ73325.1 WP_261733022.1 34.8 250 151 6 596 840 240 482 7.61e-30 125 PSQ73325.1 MBQ1868746.1 32.8 253 153 6 597 840 250 494 1.94e-28 120 PSQ73325.1 WP_074911472.1 28.3 230 158 3 615 843 798 1021 1.74e-23 105 PSQ73325.1 WP_063540919.1 29.5 227 156 2 614 840 494 716 4.58e-22 100 PSQ73325.1 WP_232306300.1 30.4 253 163 5 594 840 834 1079 1.26e-20 96.3 PSQ73325.1 WP_177077803.1 26.4 269 183 5 580 845 63 319 7.43e-15 76.3 PSQ73325.1 MBR6403893.1 24.5 245 165 8 599 842 195 420 2.83e-10 61.6 PSQ73325.1 WP_010434011.1 27.0 241 159 8 609 846 368 594 5.29e-10 61.2 PSQ73325.1 WP_166106360.1 26.4 246 134 10 620 842 306 527 4.44e-09 58.2 XP_037293573.1 XP_037293573.1 100 291 0 0 1 291 1 291 2.08e-216 588 AHM93900.1 AHM93900.1 100 668 0 0 1 668 1 668 0.0 1340 AHM93900.1 UNP61785.1 46.6 504 253 7 169 668 2 493 1.43e-161 472 XP_624193.2 XP_624193.2 100 405 0 0 1 405 1 405 2.69e-306 825 WP_126678289.1 WP_126678289.1 100 751 0 0 1 751 1 751 0.0 1402 WP_126678289.1 MVA71646.1 24.4 394 271 9 1 381 1 380 9.97e-20 92.0 WP_126678289.1 WP_255073759.1 30.1 279 176 5 33 302 31 299 2.42e-19 90.9 HBU6715136.1 HBU6715136.1 100 219 0 0 1 219 1 219 2.37e-152 420 KAI5657497.1 KAI5657497.1 100 129 0 0 1 129 1 129 2.56e-94 266 MBR4371193.1 MBR4371193.1 100 342 0 0 1 342 1 342 5.51e-249 674 MBR4371193.1 WP_097830045.1 28.9 343 201 10 7 334 64 378 1.56e-29 115 MBR4371193.1 MBM3767188.1 29.9 328 204 9 10 331 104 411 1.71e-29 115 MBR4371193.1 MBR3487460.1 32.1 336 189 7 7 334 77 381 9.76e-29 113 MBR4371193.1 WP_256939523.1 27.7 325 190 10 23 340 92 378 5.43e-15 73.6 XP_025786250.1 XP_025786250.1 100 288 0 0 1 288 1 288 1.41e-217 590 HBN0452499.1 HBN0452499.1 100 331 0 0 1 331 1 331 1.58e-247 670 NXW19449.1 NXW19449.1 100 218 0 0 1 218 1 218 5.39e-153 421 WP_153747345.1 WP_153747345.1 100 231 0 0 1 231 1 231 7.54e-155 427 MXD03405.1 MXD03405.1 100 128 0 0 1 128 1 128 1.05e-88 251 WP_212309145.1 WP_212309145.1 100 379 0 0 1 379 1 379 6.07e-283 763 NEU29184.1 NEU29184.1 100 237 0 0 1 237 1 237 2.05e-180 492 MBQ5754168.1 MBQ5754168.1 100 136 0 0 1 136 1 136 1.10e-96 272 MBS1745163.1 MBS1745163.1 100 403 0 0 1 403 1 403 4.45e-304 819 MBS1745163.1 MCR5574391.1 52.4 380 174 1 13 392 6 378 5.43e-145 416 MBQ8003389.1 MBQ8003389.1 100 95 0 0 1 95 1 95 3.36e-65 189 GEW80515.1 GEW80515.1 100 367 0 0 1 367 1 367 5.12e-253 687 HHO76132.1 HHO76132.1 100 323 0 0 1 323 1 323 6.58e-236 640 HHO76132.1 NIM26842.1 53.6 319 138 5 8 319 2 317 5.24e-106 311 MCH2165167.1 MCH2165167.1 100 187 0 0 1 187 1 187 4.75e-134 371 KAB0360174.1 KAB0360174.1 100 56 0 0 1 56 1 56 7.43e-38 117 WP_115470986.1 WP_115470986.1 100 361 0 0 1 361 1 361 2.03e-240 654 WP_115470986.1 MCH2409214.1 54.0 252 116 0 95 346 90 341 2.23e-97 291 WP_115470986.1 OGG08302.1 33.2 253 166 3 97 347 79 330 1.54e-34 128 OMJ26529.1 OMJ26529.1 100 267 0 0 1 267 1 267 3.49e-155 431 WP_129770031.1 WP_129770031.1 100 382 0 0 1 382 1 382 1.20e-295 796 RWK19229.1 RWK19229.1 100 853 0 0 1 853 1 853 0.0 1764 RWK19229.1 MBU0783111.1 24.6 313 197 11 7 295 8 305 2.74e-12 67.8 CDX32740.1 CDX32740.1 100 38 0 0 1 38 1 38 1.54e-25 85.5 WP_255761006.1 WP_255761006.1 100 146 0 0 1 146 1 146 4.38e-110 307 WP_255352846.1 WP_255352846.1 100 44 0 0 1 44 1 44 1.92e-26 88.2 QLQ30255.1 QLQ30255.1 100 147 0 0 1 147 1 147 1.63e-92 263 MCH2065391.1 MCH2065391.1 100 407 0 0 1 407 1 407 2.90e-302 815 WP_105599976.1 WP_105599976.1 100 128 0 0 1 128 1 128 2.67e-91 258 WP_105599976.1 WP_062713263.1 38.4 112 57 5 20 123 28 135 2.04e-15 66.2 WP_204650864.1 WP_204650864.1 100 152 0 0 1 152 1 152 8.38e-111 309 KMZ56706.1 KMZ56706.1 100 535 0 0 1 535 1 535 1.09e-316 862 TLZ05171.1 TLZ05171.1 100 699 0 0 1 699 1 699 0.0 1242 TLZ05171.1 WP_138941726.1 27.3 315 176 8 314 602 288 575 6.38e-21 95.5 TLZ05171.1 WP_265896212.1 29.1 302 178 10 311 605 407 679 3.14e-19 90.5 WP_032373688.1 WP_032373688.1 100 358 0 0 1 358 1 358 7.49e-271 731 WP_032373688.1 WP_065517671.1 28.9 381 224 13 7 348 9 381 1.15e-34 129 WP_032373688.1 WP_065029373.1 27.7 379 234 10 6 353 3 372 1.72e-30 118 WP_032373688.1 OGO01021.1 27.1 336 223 7 8 323 5 338 2.35e-28 112 HBY0139633.1 HBY0139633.1 100 653 0 0 1 653 1 653 0.0 1210 WP_122236618.1 WP_122236618.1 100 379 0 0 1 379 1 379 1.24e-266 722 WP_122236618.1 WP_152458326.1 31.9 354 190 8 21 327 22 371 2.70e-43 153 WP_122236618.1 HAQ04103.1 36.7 166 99 2 158 317 221 386 6.27e-24 100 WP_194104904.1 WP_194104904.1 100 706 0 0 1 706 1 706 0.0 1471 WP_210799437.1 WP_210799437.1 100 98 0 0 1 98 1 98 1.25e-66 193 WP_066519483.1 WP_066519483.1 100 330 0 0 1 330 1 330 2.86e-229 624 WP_087384365.1 WP_087384365.1 100 433 0 0 1 433 1 433 4.87e-289 783 WP_087384365.1 WP_113669955.1 36.9 406 248 6 17 420 13 412 1.27e-73 235 WP_087384365.1 WP_239913672.1 34.1 414 266 4 16 428 11 418 1.58e-68 222 KFP63770.1 KFP63770.1 100 313 0 0 1 313 1 313 8.19e-225 611 KFP63770.1 WP_253646963.1 28.4 194 126 5 40 226 15 202 3.05e-08 52.4 WP_272114414.1 WP_272114414.1 100 392 0 0 1 392 1 392 5.24e-286 772 WP_050580425.1 WP_050580425.1 100 662 0 0 1 662 1 662 0.0 1298 WP_050580425.1 GLR41095.1 76.3 659 153 2 6 662 1 658 0.0 976 MBN4326111.1 MBN4326111.1 100 22 0 0 1 22 1 22 3.99e-11 48.1 MBD8893743.1 MBD8893743.1 100 765 0 0 1 765 1 765 0.0 1452 MBD8893743.1 NDH21517.1 35.4 198 118 4 447 640 46 237 1.31e-25 105 KAJ6059888.1 KAJ6059888.1 100 72 0 0 1 72 1 72 3.15e-46 140 WP_063640296.1 WP_063640296.1 100 554 0 0 1 554 1 554 0.0 1103 MBT5488157.1 MBT5488157.1 100 583 0 0 1 583 1 583 0.0 1112 MBT5488157.1 WP_262406623.1 49.3 537 245 6 1 512 301 835 3.23e-151 456 MBT5488157.1 WP_281507500.1 46.5 523 261 5 1 505 302 823 4.98e-139 426 MBT5488157.1 WP_176349335.1 75.0 28 7 0 554 581 200 227 1.63e-07 50.8 XP_020272228.1 XP_020272228.1 100 346 0 0 1 346 1 346 2.16e-248 673 XP_053592881.1 XP_053592881.1 100 890 0 0 1 890 1 890 0.0 1834 XP_053592881.1 WP_194957532.1 33.8 787 388 18 45 773 6 717 2.65e-125 395 XP_053592881.1 WP_081224968.1 22.7 671 379 22 46 641 26 631 1.40e-20 95.9 XP_053592881.1 WP_123159424.1 20.6 783 466 23 77 773 57 769 2.16e-14 75.9 XP_053592881.1 SCL13606.1 29.4 204 99 6 47 207 62 263 1.89e-13 72.8 XP_053592881.1 MCB9999913.1 27.3 165 97 3 67 209 61 224 1.80e-12 69.7 XP_053592881.1 MSZ29533.1 25.6 254 133 8 398 647 435 636 7.16e-10 61.2 HCF6759084.1 HCF6759084.1 100 591 0 0 1 591 1 591 0.0 1180 HCF6759084.1 PLA74748.1 62.8 589 213 5 1 585 1 587 1.72e-271 752 HCF6759084.1 MBN8536342.1 49.7 591 280 11 3 584 19 601 2.78e-189 544 HBF53378.1 HBF53378.1 100 161 0 0 1 161 1 161 5.11e-105 295 XP_017857703.1 XP_017857703.1 100 1113 0 0 1 1113 1 1113 0.0 1808 XP_017857703.1 XP_035800909.1 26.3 308 140 6 8 289 121 367 1.60e-20 96.3 PIV62444.1 PIV62444.1 100 186 0 0 1 186 1 186 3.47e-131 363 XP_020788278.1 XP_020788278.1 100 441 0 0 1 441 1 441 2.84e-292 792 WP_280343167.1 WP_280343167.1 100 303 0 0 1 303 1 303 1.72e-221 602 MCC6539403.1 MCC6539403.1 100 491 0 0 1 491 1 491 0.0 948 MCC6539403.1 HHJ06374.1 22.8 237 142 8 222 418 217 452 6.87e-04 40.4 CAI5716986.1 CAI5716986.1 100 695 0 0 1 695 1 695 0.0 1379 MCK9371657.1 MCK9371657.1 100 691 0 0 1 691 1 691 0.0 1393 MCK9371657.1 WP_220281278.1 22.8 514 311 19 2 458 58 542 3.96e-14 74.3 MBE4717433.1 MBE4717433.1 100 145 0 0 1 145 1 145 2.09e-112 313 UMM23672.1 UMM23672.1 100 579 0 0 1 579 1 579 0.0 1109 WP_059171534.1 WP_059171534.1 100 279 0 0 1 279 1 279 9.44e-207 562 WP_059171534.1 WP_139994336.1 46.0 272 144 3 1 271 1 270 3.84e-79 239 MBF0143407.1 MBF0143407.1 100 1081 0 0 1 1081 1 1081 0.0 2142 MBF0143407.1 CKF71070.1 36.1 424 264 4 632 1052 318 737 2.50e-78 271 MBF0143407.1 WP_200543170.1 36.7 420 251 5 641 1055 277 686 1.59e-73 256 MBF0143407.1 HAB03480.1 35.1 427 268 3 634 1052 657 1082 4.84e-67 244 MBF0143407.1 WP_018646673.1 32.9 425 282 2 641 1063 528 951 9.67e-61 223 MBF0143407.1 WP_230171322.1 34.0 435 278 6 627 1059 593 1020 8.07e-58 215 MBF0143407.1 WP_126679569.1 29.8 429 272 8 641 1052 377 793 6.68e-39 154 XP_009031127.1 XP_009031127.1 100 120 0 0 1 120 1 120 3.34e-88 249 WP_248112338.1 WP_248112338.1 100 381 0 0 1 381 1 381 1.41e-298 803 WP_012924408.1 WP_012924408.1 100 391 0 0 1 391 1 391 3.87e-292 788 MCD6205878.1 MCD6205878.1 100 284 0 0 1 284 1 284 3.46e-191 523 ASL92868.1 ASL92868.1 100 182 0 0 1 182 1 182 3.79e-133 368 MBU0633142.1 MBU0633142.1 100 151 0 0 1 151 1 151 7.47e-109 304 WP_135820337.1 WP_135820337.1 100 643 0 0 1 643 1 643 0.0 1292 WP_135820337.1 XP_047379458.1 26.8 317 203 11 330 638 18 313 4.98e-28 117 MBG91959.1 MBG91959.1 100 396 0 0 1 396 1 396 7.16e-286 772 MBG91959.1 MSZ54974.1 44.7 398 197 9 1 393 1 380 1.37e-92 281 MBV2096469.1 MBV2096469.1 100 518 0 0 1 518 1 518 0.0 898 MCH8223536.1 MCH8223536.1 100 306 0 0 1 306 1 306 1.04e-228 620 MOX37967.1 MOX37967.1 100 18 0 0 1 18 1 18 1.11e-09 44.3 WP_123234331.1 WP_123234331.1 100 262 0 0 1 262 1 262 1.81e-191 522 WP_062917436.1 WP_062917436.1 100 266 0 0 1 266 1 266 2.55e-184 504 WP_062917436.1 MYS73268.1 36.1 227 137 3 8 231 8 229 5.77e-36 127 WP_062917436.1 WP_013845913.1 37.8 201 110 7 1 193 1 194 1.49e-24 97.1 KAJ6728134.1 KAJ6728134.1 100 222 0 0 1 222 1 222 3.24e-156 430 KAJ6728134.1 NRB72577.1 40.7 177 105 0 5 181 9 185 4.21e-39 137 WP_264228578.1 WP_264228578.1 100 609 0 0 1 609 1 609 0.0 1174 WP_264228578.1 OGA29379.1 54.1 582 264 2 1 581 1 580 6.82e-209 593 WP_264228578.1 HCJ45190.1 74.6 63 16 0 480 542 1 63 2.13e-25 97.8 MCA0453363.1 MCA0453363.1 100 461 0 0 1 461 1 461 0.0 948 MBN1275370.1 MBN1275370.1 100 128 0 0 1 128 1 128 6.55e-83 237 MCT8275829.1 MCT8275829.1 100 546 0 0 1 546 1 546 0.0 1036 WP_125251950.1 WP_125251950.1 100 243 0 0 1 243 1 243 1.74e-175 480 WP_177055611.1 WP_177055611.1 100 103 0 0 1 103 1 103 3.91e-70 202 WP_112382897.1 WP_112382897.1 100 318 0 0 1 318 1 318 1.37e-230 626 WP_229447885.1 WP_229447885.1 100 320 0 0 1 320 1 320 4.99e-234 635 XP_052609093.1 XP_052609093.1 100 627 0 0 1 627 1 627 0.0 1359 XP_052609093.1 XP_053174626.1 59.7 608 233 7 27 626 31 634 8.42e-283 784 XP_052609093.1 KAI4536634.1 31.4 491 240 21 19 457 10 455 1.98e-50 187 WP_232676102.1 WP_232676102.1 100 231 0 0 1 231 1 231 1.88e-164 451 SCH22700.1 SCH22700.1 100 392 0 0 1 392 1 392 1.34e-288 779 WP_073251662.1 WP_073251662.1 100 387 0 0 1 387 1 387 8.11e-292 786 KAJ8488862.1 KAJ8488862.1 100 1048 0 0 1 1048 1 1048 0.0 1910 HAR3824072.1 HAR3824072.1 100 589 0 0 1 589 1 589 0.0 1185 HAR3824072.1 WP_100610557.1 42.5 555 307 6 36 582 20 570 2.35e-147 436 HAR3824072.1 WP_180196654.1 31.5 565 336 12 35 575 8 545 4.85e-80 261 HAR3824072.1 WP_099345046.1 29.6 540 356 13 45 575 13 537 3.56e-57 200 HAR3824072.1 WP_060004157.1 26.6 583 388 16 34 589 1 570 3.17e-44 164 GGS66510.1 GGS66510.1 100 282 0 0 1 282 1 282 7.80e-212 575 GGS66510.1 NEX64733.1 53.9 280 117 3 1 276 4 275 1.50e-93 276 GGS66510.1 MBN9625832.1 51.4 282 130 4 1 280 4 280 2.08e-92 273 GGS66510.1 WP_002857697.1 35.2 216 130 5 65 272 68 281 8.08e-38 133 MSO98652.1 MSO98652.1 100 231 0 0 1 231 1 231 2.98e-161 443 XP_008264087.1 XP_008264087.1 100 714 0 0 1 714 1 714 0.0 1273 AAR19565.1 AAR19565.1 100 222 0 0 1 222 1 222 2.35e-149 412 AAR19565.1 XP_012889676.1 75.2 222 55 0 1 222 64 285 2.79e-109 314 AAR19565.1 XP_002688837.2 58.7 218 90 0 1 218 64 281 8.34e-82 244 AAR19565.1 XP_034290446.1 47.3 222 117 0 1 222 66 287 1.50e-61 193 AAR19565.1 XP_005087540.1 38.5 221 136 0 2 222 65 285 2.30e-42 144 AAR19565.1 XP_042531659.1 40.6 224 127 2 2 222 65 285 1.59e-41 141 AAR19565.1 XP_054446685.1 39.2 222 133 2 2 222 63 283 3.73e-39 135 AAR19565.1 XP_049747270.1 33.2 187 124 1 3 189 68 253 3.00e-23 93.6 WP_083824265.1 WP_083824265.1 100 245 0 0 1 245 1 245 7.37e-178 486 NJD91181.1 NJD91181.1 100 1109 0 0 1 1109 1 1109 0.0 2197 NJD91181.1 WP_012573472.1 46.5 1113 559 14 1 1100 89 1178 0.0 952 NJD91181.1 WP_070770047.1 45.8 1115 561 14 1 1099 83 1170 0.0 930 NJD91181.1 WP_156009076.1 42.7 1116 615 10 2 1109 84 1183 8.90e-297 860 NJD91181.1 MBE6348968.1 43.0 700 363 13 419 1101 5 685 1.06e-168 511 NJD91181.1 MBS6779195.1 33.0 270 167 8 2 265 82 343 1.93e-27 114 MCA8990238.1 MCA8990238.1 100 288 0 0 1 288 1 288 6.98e-218 591 MCA8990238.1 WP_261362933.1 32.8 204 106 6 109 287 43 240 2.70e-17 78.2 WP_031504118.1 WP_031504118.1 100 186 0 0 1 186 1 186 5.53e-128 355 MBT1821840.1 MBT1821840.1 100 233 0 0 1 233 1 233 6.81e-168 460 MCL5772337.1 MCL5772337.1 100 150 0 0 1 150 1 150 7.48e-104 291 VRK55480.1 VRK55480.1 100 141 0 0 1 141 1 141 9.68e-98 275 VRK55480.1 WP_211746996.1 56.4 140 60 1 1 140 1 139 4.70e-48 157 GFD10569.1 GFD10569.1 100 58 0 0 1 58 1 58 4.94e-37 115 MBO7366298.1 MBO7366298.1 100 480 0 0 1 480 1 480 0.0 994 XP_056309872.1 XP_056309872.1 100 191 0 0 1 191 1 191 1.47e-139 385 HHC07960.1 HHC07960.1 100 441 0 0 1 441 1 441 4.03e-292 792 HHC07960.1 WP_026002460.1 32.3 310 185 10 25 320 17 315 1.42e-29 118 WP_279836660.1 WP_279836660.1 100 508 0 0 1 508 1 508 0.0 969 EHA1083554.1 EHA1083554.1 100 207 0 0 1 207 1 207 2.30e-144 399 MBQ2587741.1 MBQ2587741.1 100 581 0 0 1 581 1 581 0.0 1151 MBQ2587741.1 MCC7304610.1 33.0 575 345 5 4 570 151 693 9.36e-92 295 MBQ2587741.1 WP_274976404.1 28.3 551 325 8 53 562 232 753 2.28e-55 198 XP_011924069.1 XP_011924069.1 100 794 0 0 1 794 1 794 0.0 1323 OGD37525.1 OGD37525.1 100 258 0 0 1 258 1 258 8.02e-193 525 CAH9417069.1 CAH9417069.1 100 602 0 0 1 602 1 602 0.0 1201 CAH9417069.1 NLO64495.1 34.1 270 127 9 351 589 269 518 1.71e-35 139 WP_061795322.1 WP_061795322.1 100 506 0 0 1 506 1 506 0.0 1015 WP_061795322.1 WP_131836551.1 39.8 485 274 9 20 496 18 492 5.17e-107 326 WP_061795322.1 XP_050320449.1 39.6 482 267 11 22 494 14 480 3.76e-104 318 WP_061795322.1 WP_057201184.1 39.5 486 275 9 18 497 2 474 2.26e-99 306 WP_061795322.1 WP_008959270.1 36.6 484 287 10 23 498 14 485 8.00e-86 271 WP_061795322.1 WP_108756325.1 35.9 482 288 9 21 497 7 472 6.60e-80 255 WP_061795322.1 WP_257689765.1 35.2 480 290 9 22 494 16 481 1.34e-79 255 WP_061795322.1 WP_255965801.1 32.9 477 301 8 22 492 15 478 5.61e-72 235 WP_061795322.1 WP_195426888.1 31.6 431 274 8 32 457 26 440 4.37e-58 198 WP_061795322.1 WP_205186167.1 32.3 431 258 13 79 496 4 413 7.76e-54 185 WP_061795322.1 WP_232038993.1 27.4 492 325 14 33 504 24 503 8.29e-41 152 KAE9407684.1 KAE9407684.1 100 230 0 0 1 230 1 230 2.18e-158 436 WP_144929841.1 WP_144929841.1 100 153 0 0 1 153 1 153 3.40e-106 298 ABB86219.1 ABB86219.1 100 75 0 0 1 75 1 75 1.51e-52 156 ABB86219.1 AGS31853.1 88.1 42 5 0 34 75 1 42 8.84e-22 80.5 ABB86219.1 WP_018431719.1 35.5 76 46 2 1 74 16 90 6.21e-07 43.1 WP_207855327.1 WP_207855327.1 100 98 0 0 1 98 1 98 2.15e-67 195 MBR4831078.1 MBR4831078.1 100 503 0 0 1 503 1 503 0.0 979 KAF5705428.1 KAF5705428.1 100 480 0 0 1 480 1 480 0.0 999 MQG84887.1 MQG84887.1 100 160 0 0 1 160 1 160 5.57e-113 315 NUR94205.1 NUR94205.1 100 94 0 0 1 94 1 94 6.85e-60 176 KAI9087862.1 KAI9087862.1 100 347 0 0 1 347 1 347 4.14e-57 187 MPC13528.1 MPC13528.1 100 71 0 0 1 71 1 71 5.92e-46 139 MBN2660390.1 MBN2660390.1 100 617 0 0 1 617 1 617 0.0 1249 MBK9183427.1 MBK9183427.1 100 328 0 0 1 328 1 328 1.75e-238 647 MBK9183427.1 WP_014407515.1 37.1 275 158 5 11 284 6 266 3.72e-45 154 MBK9183427.1 WP_126136917.1 35.0 283 165 9 6 284 7 274 3.96e-32 119 MBK9183427.1 MCQ2612024.1 28.6 283 187 8 12 285 9 285 6.10e-23 95.5 MCO5068575.1 MCO5068575.1 100 401 0 0 1 401 1 401 1.89e-304 820 WP_070545363.1 WP_070545363.1 100 204 0 0 1 204 1 204 1.77e-151 416 WP_200154298.1 WP_200154298.1 100 239 0 0 1 239 1 239 1.40e-131 369 OWZ34415.1 OWZ34415.1 100 479 0 0 1 479 1 479 0.0 946 OWZ34415.1 MBA3609961.1 35.4 435 263 6 45 476 27 446 3.69e-78 249 OWZ34415.1 ELZ16407.1 30.9 424 273 11 56 472 32 442 5.09e-50 175 OWZ34415.1 MBQ6794463.1 29.7 404 228 8 58 461 15 362 2.42e-43 155 OWZ34415.1 WP_160194147.1 31.0 378 229 11 40 401 8 369 1.91e-41 151 OWZ34415.1 WP_254819486.1 26.4 444 300 10 46 475 25 455 7.68e-35 134 OWZ34415.1 MCM2356329.1 30.5 292 172 11 45 322 14 288 2.32e-28 112 EGQ8192442.1 EGQ8192442.1 100 63 0 0 1 63 1 63 1.56e-42 130 CAG7850540.1 CAG7850540.1 100 181 0 0 1 181 1 181 7.62e-103 291 KAJ4213304.1 KAJ4213304.1 100 519 0 0 1 519 1 519 0.0 1027 WP_170235146.1 WP_170235146.1 100 232 0 0 1 232 1 232 6.10e-175 478 MBQ3156222.1 MBQ3156222.1 100 425 0 0 1 425 1 425 6.97e-310 835 MBQ3156222.1 HIZ23242.1 40.9 425 248 2 2 423 4 428 2.76e-103 311 WP_056726975.1 WP_056726975.1 100 109 0 0 1 109 1 109 6.81e-76 218 WP_069697901.1 WP_069697901.1 100 339 0 0 1 339 1 339 7.02e-255 689 WP_069697901.1 WP_138125503.1 67.6 339 109 1 1 339 1 338 6.77e-173 482 WP_069697901.1 WP_266179881.1 44.7 340 176 7 2 336 3 335 1.41e-86 263 WP_069697901.1 WP_223413240.1 42.6 340 183 6 2 336 3 335 1.15e-82 253 WP_069697901.1 EFX2174330.1 33.2 310 202 4 2 310 5 310 3.54e-48 163 WP_069697901.1 MCP4974199.1 32.6 89 54 1 51 139 57 139 1.10e-07 51.2 KAJ3469091.1 KAJ3469091.1 100 462 0 0 1 462 1 462 1.05e-316 856 XP_027201715.1 XP_027201715.1 100 885 0 0 1 885 1 885 0.0 1256 MBF1354756.1 MBF1354756.1 100 169 0 0 1 169 1 169 2.51e-118 330 RNA69827.1 RNA69827.1 100 254 0 0 1 254 1 254 3.78e-180 493 WP_054910535.1 WP_054910535.1 100 369 0 0 1 369 1 369 9.16e-273 737 MCQ2587557.1 MCQ2587557.1 100 495 0 0 1 495 1 495 0.0 956 MCQ2587557.1 EIO1807611.1 29.1 444 258 16 53 474 64 472 9.88e-29 117 WP_267829077.1 WP_267829077.1 100 206 0 0 1 206 1 206 3.15e-146 403 HBK1877356.1 HBK1877356.1 100 518 0 0 1 518 1 518 0.0 1030 HBK1877356.1 HBX8004802.1 52.4 84 37 2 4 87 12 92 1.53e-19 88.2 HBK1877356.1 XP_034264344.1 38.9 90 46 4 6 87 66 154 1.57e-09 58.2 HBK1877356.1 XP_003056335.1 33.7 86 53 3 5 87 131 215 1.97e-05 45.4 HBK1877356.1 WP_219287479.1 34.2 73 44 3 9 81 7 75 6.95e-04 40.0 WP_233689818.1 WP_233689818.1 100 367 0 0 1 367 1 367 2.62e-271 733 HAL5964588.1 HAL5964588.1 100 80 0 0 1 80 1 80 1.07e-52 157 XP_002973447.1 XP_002973447.1 100 158 0 0 1 158 1 158 2.46e-106 298 WP_203727943.1 WP_203727943.1 100 695 0 0 1 695 1 695 0.0 1278 WP_203727943.1 KOR85988.1 29.6 392 257 7 8 386 16 401 1.66e-22 100 WP_203727943.1 MBL9135845.1 30.4 158 93 4 534 678 33 186 1.32e-11 63.2 WP_238267528.1 WP_238267528.1 100 108 0 0 1 108 1 108 8.02e-70 202 WP_238267528.1 MBD9532752.1 50.4 113 48 2 1 105 1 113 1.42e-30 103 WP_238267528.1 RPI95901.1 43.9 98 52 2 1 96 32 128 2.89e-23 85.5 ADJ57888.1 ADJ57888.1 100 364 0 0 1 364 1 364 4.55e-275 742 ADJ57888.1 AXB40829.1 72.2 349 97 0 2 350 1 349 4.98e-200 552 ADJ57888.1 UNP33456.1 75.6 303 74 0 1 303 9 311 5.66e-176 489 ADJ57888.1 BAI82636.1 71.2 205 59 0 65 269 2 206 1.79e-113 327 ADJ57888.1 QYT38722.1 41.9 217 124 2 65 279 41 257 5.94e-56 182 MBX7122227.1 MBX7122227.1 100 291 0 0 1 291 1 291 1.62e-204 558 WP_057479385.1 WP_057479385.1 100 483 0 0 1 483 1 483 0.0 947 WP_057479385.1 WP_013571875.1 49.0 467 234 4 13 476 5 470 1.47e-150 436 WP_057479385.1 WP_046325749.1 41.6 464 261 4 12 474 3 457 4.24e-123 365 WP_057479385.1 WP_208427233.1 38.0 287 157 8 13 295 3 272 3.28e-47 164 EGT3616788.1 EGT3616788.1 100 215 0 0 1 215 1 215 1.61e-148 410 MBP1550239.1 MBP1550239.1 100 331 0 0 1 331 1 331 4.16e-243 659 MBP1550239.1 AUW90066.1 31.1 122 65 4 53 156 47 167 3.01e-09 53.9 WP_008470196.1 WP_008470196.1 100 252 0 0 1 252 1 252 1.60e-180 494 WP_008470196.1 WP_142133210.1 49.6 236 119 0 9 244 10 245 1.96e-75 228 WP_008470196.1 WP_279984614.1 48.0 244 120 1 8 244 8 251 1.74e-74 226 WP_008470196.1 WP_222125851.1 46.5 241 124 1 9 244 1 241 8.85e-73 221 WP_008470196.1 WP_115992495.1 47.9 242 120 2 9 244 1 242 6.15e-71 216 WP_008470196.1 WP_072380563.1 43.5 239 132 1 9 244 1 239 3.46e-67 206 WP_008470196.1 MWR41881.1 37.7 244 147 4 5 245 25 266 2.24e-47 156 WP_008470196.1 MBT4161918.1 38.2 207 118 6 9 207 6 210 8.48e-33 117 WP_008470196.1 KAJ5168969.1 32.6 221 137 5 21 235 519 733 3.45e-29 114 WP_008470196.1 MCP5262709.1 30.2 232 149 7 15 234 11 241 5.50e-28 107 WP_008470196.1 WP_071876418.1 28.2 216 144 5 21 234 313 519 7.40e-20 86.7 WP_008470196.1 WP_036816548.1 25.3 241 164 6 8 236 5 241 1.18e-18 80.9 WP_008470196.1 WAY96880.1 30.6 186 119 4 21 202 1 180 1.55e-17 76.6 WP_008470196.1 KAF9974715.1 25.5 220 154 6 20 235 1118 1331 1.54e-11 62.4 WP_008470196.1 MQF68191.1 33.9 62 41 0 19 80 26 87 3.32e-08 49.3 EHY1237200.1 EHY1237200.1 100 227 0 0 1 227 1 227 2.78e-164 451 WP_063692548.1 WP_063692548.1 100 142 0 0 1 142 1 142 2.11e-97 275 WP_058877503.1 WP_058877503.1 100 217 0 0 1 217 1 217 4.31e-163 447 HBP29295.1 HBP29295.1 100 239 0 0 1 239 1 239 4.27e-174 476 WP_169872765.1 WP_169872765.1 100 555 0 0 1 555 1 555 0.0 1077 MCI7575045.1 MCI7575045.1 100 133 0 0 1 133 1 133 6.71e-92 260 HCE7955950.1 HCE7955950.1 100 745 0 0 1 745 1 745 0.0 1265 YP_009226675.1 YP_009226675.1 100 57 0 0 1 57 1 57 3.25e-37 116 MBK6290503.1 MBK6290503.1 100 262 0 0 1 262 1 262 5.47e-202 549 WP_039672911.1 WP_039672911.1 100 1080 0 0 1 1080 1 1080 0.0 1979 XP_029439375.1 XP_029439375.1 100 319 0 0 1 319 1 319 3.66e-199 546 XP_029439375.1 ROW03190.1 44.2 181 96 4 52 231 1 177 1.66e-42 151 NJC23639.1 NJC23639.1 100 451 0 0 1 451 1 451 1.17e-296 804 HCZ13020.1 HCZ13020.1 100 68 0 0 1 68 1 68 4.80e-46 139 RQD71026.1 RQD71026.1 100 240 0 0 1 240 1 240 9.31e-174 476 RQD71026.1 WP_169105698.1 32.6 239 148 4 1 231 1 234 9.61e-36 125 RQD71026.1 WP_063316698.1 31.2 93 63 1 35 127 52 143 4.43e-06 44.7 MBE7174334.1 MBE7174334.1 100 356 0 0 1 356 1 356 1.99e-274 740 MCF8449868.1 MCF8449868.1 100 246 0 0 1 246 1 246 5.00e-181 494 MCF8449868.1 WP_165724099.1 30.4 260 162 5 3 244 4 262 1.34e-34 123 MCF8449868.1 HBG17616.1 34.0 106 65 2 1 101 4 109 4.53e-12 63.5 MCF8449868.1 WP_245885601.1 28.2 124 76 3 3 113 12 135 2.74e-08 50.1 MCF8449868.1 WP_007356512.1 22.1 131 92 3 2 125 1019 1146 9.78e-04 38.5 WP_217309755.1 WP_217309755.1 100 561 0 0 1 561 1 561 0.0 981 WP_217309755.1 WP_144384753.1 44.1 127 59 6 420 541 208 327 1.61e-18 85.5 TXG48910.1 TXG48910.1 100 175 0 0 1 175 1 175 1.69e-128 356 OMP12204.1 OMP12204.1 100 39 0 0 1 39 1 39 5.34e-22 76.6 NET34040.1 NET34040.1 100 98 0 0 1 98 1 98 9.87e-64 186 WP_182308552.1 WP_182308552.1 100 161 0 0 1 161 1 161 2.87e-120 334 XP_050785609.1 XP_050785609.1 100 721 0 0 1 721 1 721 0.0 1469 WP_145279320.1 WP_145279320.1 100 257 0 0 1 257 1 257 1.36e-147 411 WP_190728559.1 WP_190728559.1 100 422 0 0 1 422 1 422 0.0 863 WP_043884631.1 WP_043884631.1 100 169 0 0 1 169 1 169 8.43e-126 348 MCL4835344.1 MCL4835344.1 100 327 0 0 1 327 1 327 5.42e-237 643 MCL4835344.1 MBQ7949870.1 29.5 176 107 4 156 327 141 303 1.14e-12 65.9 MCL4835344.1 WP_041488527.1 38.9 54 33 0 270 323 4 57 1.17e-07 46.6 CKR50421.1 CKR50421.1 100 119 0 0 1 119 1 119 1.80e-78 225 KAF6355230.1 KAF6355230.1 100 163 0 0 1 163 1 163 2.26e-127 352 EFP11715.1 EFP11715.1 100 397 0 0 1 397 1 397 2.13e-283 766 MBN2220243.1 MBN2220243.1 100 220 0 0 1 220 1 220 2.58e-161 442 XP_001426929.1 XP_001426929.1 100 86 0 0 1 86 1 86 4.02e-53 158 WP_004841038.1 WP_004841038.1 100 225 0 0 1 225 1 225 3.39e-164 450 GFT25780.1 GFT25780.1 100 345 0 0 1 345 1 345 3.50e-258 698 GFT25780.1 GFY15021.1 52.7 91 39 1 65 155 129 215 8.12e-23 94.4 WP_108101124.1 WP_108101124.1 100 166 0 0 1 166 1 166 1.50e-104 295 WP_233494598.1 WP_233494598.1 100 218 0 0 1 218 1 218 1.28e-160 441 XP_037174607.1 XP_037174607.1 100 581 0 0 1 581 1 581 0.0 1088 WP_008314082.1 WP_008314082.1 100 126 0 0 1 126 1 126 1.62e-91 258 ACO35565.1 ACO35565.1 100 251 0 0 1 251 1 251 6.57e-184 502 ACO35565.1 AGC97326.1 79.7 241 49 0 3 243 1 241 1.76e-140 392 ACO35565.1 AAX94106.1 83.4 223 37 0 1 223 208 430 1.90e-134 384 ACO35565.1 AGC74998.1 86.3 211 29 0 18 228 1 211 5.18e-134 375 ACO35565.1 APC24336.1 70.8 250 71 1 1 250 131 378 3.69e-130 371 XP_035530493.1 XP_035530493.1 100 256 0 0 1 256 1 256 6.87e-193 525 WP_031940100.1 WP_031940100.1 100 261 0 0 1 261 1 261 7.66e-188 513 WP_031940100.1 WP_013845913.1 34.4 183 119 1 13 194 9 191 2.45e-26 101 WP_129194092.1 WP_129194092.1 100 764 0 0 1 764 1 764 0.0 1554 NVK17210.1 NVK17210.1 100 216 0 0 1 216 1 216 2.05e-156 430 QQS37660.1 QQS37660.1 100 707 0 0 1 707 1 707 0.0 1441 XP_012264750.2 XP_012264750.2 100 172 0 0 1 172 1 172 4.47e-118 329 MBK7503626.1 MBK7503626.1 100 67 0 0 1 67 1 67 1.56e-46 140 XP_040086206.1 XP_040086206.1 100 405 0 0 1 405 1 405 5.21e-304 819 HHJ06374.1 HHJ06374.1 100 570 0 0 1 570 1 570 0.0 1103 HHJ06374.1 XP_022824318.1 43.8 550 281 5 33 570 307 840 4.09e-136 418 HHJ06374.1 HIT09367.1 28.2 202 101 10 270 440 116 304 2.64e-05 45.1 MCH99616.1 MCH99616.1 100 178 0 0 1 178 1 178 1.81e-129 358 MPY37361.1 MPY37361.1 100 258 0 0 1 258 1 258 8.96e-165 454 MPY37361.1 WP_169054812.1 28.1 203 140 2 59 257 20 220 6.59e-17 75.9 MCQ2288428.1 MCQ2288428.1 100 376 0 0 1 376 1 376 8.30e-284 765 WP_021646634.1 WP_021646634.1 100 308 0 0 1 308 1 308 4.25e-229 621 WP_021646634.1 WP_063485223.1 29.5 220 131 6 86 298 172 374 4.86e-18 82.0 WP_244811380.1 WP_244811380.1 100 133 0 0 1 133 1 133 7.54e-89 252 EUA22401.1 EUA22401.1 100 95 0 0 1 95 1 95 3.49e-67 194 WP_074096037.1 WP_074096037.1 100 195 0 0 1 195 1 195 1.11e-76 226 MBD2210658.1 MBD2210658.1 100 300 0 0 1 300 1 300 6.01e-225 610 WP_107352122.1 WP_107352122.1 100 443 0 0 1 443 1 443 0.0 875 WP_107352122.1 KFF47610.1 51.8 438 204 4 7 438 6 442 1.25e-147 426 MCD6156803.1 MCD6156803.1 100 168 0 0 1 168 1 168 3.44e-120 334 MCD6156803.1 RLE74569.1 55.2 165 73 1 1 164 1 165 2.56e-56 174 MCF2656092.1 MCF2656092.1 100 697 0 0 1 697 1 697 0.0 1367 MCF2656092.1 NNC58435.1 34.3 688 435 9 4 678 5 688 5.52e-126 388 MCF2656092.1 MCC7304610.1 34.1 680 433 8 9 678 14 688 6.55e-124 383 MCF2656092.1 WP_274976404.1 31.8 743 438 9 9 688 25 761 4.06e-100 322 WP_238588402.1 WP_238588402.1 100 255 0 0 1 255 1 255 3.35e-179 491 WP_238588402.1 MCH7812019.1 32.0 125 84 1 86 209 289 413 9.42e-11 59.7 MBR0212985.1 MBR0212985.1 100 239 0 0 1 239 1 239 1.79e-166 457 MBR0212985.1 WP_072694527.1 38.5 65 34 2 9 69 172 234 1.66e-04 40.4 KAI6019239.1 KAI6019239.1 100 229 0 0 1 229 1 229 7.11e-168 460 KAI6019239.1 MBL9135845.1 36.4 209 110 5 13 218 4 192 2.54e-37 128 WP_223749936.1 WP_223749936.1 100 1200 0 0 1 1200 1 1200 0.0 2350 MBX8197149.1 MBX8197149.1 100 267 0 0 1 267 1 267 3.12e-190 520 MBX8197149.1 WP_104459365.1 36.7 251 148 4 1 243 12 259 7.38e-43 145 MBX8197149.1 WP_238837572.1 31.6 253 158 6 5 243 3 254 1.57e-27 105 KAG4074423.1 KAG4074423.1 100 188 0 0 1 188 1 188 3.33e-130 361 WP_139499883.1 WP_139499883.1 100 587 0 0 1 587 1 587 0.0 1113 MCD6533325.1 MCD6533325.1 100 271 0 0 1 271 1 271 1.00e-188 516 MCD6533325.1 MCF6323317.1 32.2 270 171 6 7 266 14 281 4.53e-33 120 MBO68682.1 MBO68682.1 100 522 0 0 1 522 1 522 0.0 1027 UIX40308.1 UIX40308.1 100 1271 0 0 1 1271 1 1271 0.0 2451 UIX40308.1 UHB14670.1 98.6 1271 18 0 1 1271 1 1271 0.0 2429 UIX40308.1 UDK40309.1 98.0 1271 26 0 1 1271 1 1271 0.0 2406 UIX40308.1 UPU53169.1 96.4 1273 41 2 1 1271 1 1270 0.0 2361 UIX40308.1 UYC71619.1 96.5 1273 37 3 1 1271 1 1268 0.0 2357 UIX40308.1 UGX22439.1 95.0 1271 63 0 1 1271 1 1271 0.0 2318 UIX40308.1 QUE11983.1 94.7 1273 62 3 1 1271 1 1270 0.0 2298 UIX40308.1 USL51576.1 93.4 1273 79 2 1 1271 1 1270 0.0 2266 UIX40308.1 UBN63752.1 93.6 1273 77 3 1 1271 1 1270 0.0 2256 UIX40308.1 QUM20585.1 90.7 1273 116 2 1 1271 1 1272 0.0 2181 UIX40308.1 QVX70521.1 90.2 1273 123 1 1 1271 1 1273 0.0 2151 UIX40308.1 UZH89542.1 88.6 1273 141 2 1 1271 1 1271 0.0 2111 UIX40308.1 QXI91160.1 86.3 1273 171 2 1 1271 1 1272 0.0 2036 UIX40308.1 UUS71569.1 67.2 1273 416 1 1 1271 1 1273 0.0 1433 UIX40308.1 UHK01047.1 63.8 1273 459 1 1 1271 1 1273 0.0 1343 WP_224586479.1 WP_224586479.1 100 420 0 0 1 420 1 420 2.15e-306 826 GBE25682.1 GBE25682.1 100 133 0 0 1 133 1 133 2.00e-93 264 MBI3947524.1 MBI3947524.1 100 903 0 0 1 903 1 903 0.0 1830 MBA3031770.1 MBA3031770.1 100 158 0 0 1 158 1 158 2.19e-109 306 MBA3031770.1 MBQ7326660.1 41.0 156 88 2 1 155 1 153 2.01e-37 124 MBU7046308.1 MBU7046308.1 100 582 0 0 1 582 1 582 0.0 1117 MBU7046308.1 MBP9771519.1 31.2 462 237 18 6 452 9 404 2.95e-40 151 MBU7046308.1 MBR6343266.1 48.8 86 28 2 5 90 355 424 1.08e-18 87.0 NTZ64221.1 NTZ64221.1 100 1139 0 0 1 1139 1 1139 0.0 2211 NTZ64221.1 WP_279059865.1 40.7 1089 594 14 28 1109 34 1077 3.08e-247 730 NTZ64221.1 MCM8621761.1 34.2 1185 664 26 3 1137 25 1143 8.75e-181 559 MBL1120007.1 MBL1120007.1 100 402 0 0 1 402 1 402 7.85e-293 790 NIF31361.1 NIF31361.1 100 392 0 0 1 392 1 392 2.10e-276 748 NIF31361.1 WP_104836709.1 71.9 381 107 0 1 381 1 381 3.52e-191 533 MCH4209672.1 MCH4209672.1 100 602 0 0 1 602 1 602 0.0 1128 MCH4209672.1 KAJ5168969.1 29.9 197 122 4 396 576 521 717 9.57e-18 85.5 MCH4209672.1 WP_038440434.1 29.5 193 111 5 398 570 351 538 4.42e-15 76.6 MCH4209672.1 WP_195238978.1 31.7 161 96 4 397 543 500 660 5.44e-15 76.6 MCH4209672.1 MBQ4454347.1 29.4 197 123 5 394 574 352 548 1.03e-14 75.5 MCH4209672.1 WP_072380563.1 28.1 203 109 4 392 566 11 204 5.32e-14 70.5 MCH4209672.1 KAF9974715.1 29.7 185 119 5 394 571 477 657 1.48e-13 72.4 MCH4209672.1 WAY96880.1 29.2 185 117 4 403 573 10 194 6.24e-13 66.2 MCH4209672.1 WP_036816548.1 30.4 214 123 5 396 584 20 232 6.45e-13 67.4 MCH4209672.1 WP_211555180.1 30.8 201 105 7 413 588 34 225 1.77e-11 62.8 MCH4209672.1 MBQ8297564.1 29.0 210 117 8 403 584 355 560 5.69e-11 63.5 MCH4209672.1 NFD84694.1 26.6 139 88 3 412 536 553 691 2.43e-09 58.5 MCH4209672.1 WP_041481207.1 31.8 201 109 7 397 575 352 546 2.67e-09 58.2 MCH4209672.1 WP_112088864.1 32.7 156 90 6 410 560 369 514 6.09e-09 57.0 MCH4209672.1 WP_258581409.1 30.1 186 106 6 393 560 14 193 1.72e-08 55.1 MCH4209672.1 WP_247749043.1 27.6 199 123 7 394 571 370 568 2.60e-08 55.1 MCH4209672.1 WP_089095302.1 27.7 184 108 5 393 564 325 495 2.66e-08 55.1 MCH4209672.1 WP_098952357.1 31.5 200 94 8 398 565 31 219 3.26e-07 50.8 MCH4209672.1 WP_125260587.1 31.0 129 68 4 475 597 808 921 3.66e-07 51.6 MCH4209672.1 WP_158347019.1 33.9 115 61 5 480 587 686 792 1.82e-06 49.3 MCH4209672.1 WP_142931103.1 26.5 181 112 6 411 573 289 466 1.01e-05 46.6 WP_244250846.1 WP_244250846.1 100 213 0 0 1 213 1 213 1.03e-134 375 MCC8072670.1 MCC8072670.1 100 236 0 0 1 236 1 236 7.98e-173 473 MCC8072670.1 WP_116773703.1 49.6 238 115 2 1 233 1 238 2.08e-75 227 WP_261970917.1 WP_261970917.1 100 550 0 0 1 550 1 550 0.0 1004 WP_261970917.1 PGL69713.1 36.3 466 288 6 75 533 68 531 1.81e-77 253 WP_261970917.1 EFU9196970.1 33.6 541 337 13 11 538 116 647 1.06e-60 213 UKE84511.1 UKE84511.1 100 103 0 0 1 103 1 103 3.34e-71 205 MCU0251598.1 MCU0251598.1 100 118 0 0 1 118 1 118 2.11e-72 209 HAW5846675.1 HAW5846675.1 100 107 0 0 1 107 1 107 8.29e-85 240 HAW5846675.1 CUH97802.1 36.5 96 59 1 9 104 101 194 2.42e-14 63.9 DAQ84782.1 DAQ84782.1 100 226 0 0 1 226 1 226 4.10e-161 442 WP_084371136.1 WP_084371136.1 100 344 0 0 1 344 1 344 1.02e-245 666 WP_088774527.1 WP_088774527.1 100 65 0 0 1 65 1 65 1.38e-37 117 MBM4075151.1 MBM4075151.1 100 580 0 0 1 580 1 580 0.0 1044 OLA65010.1 OLA65010.1 100 875 0 0 1 875 1 875 0.0 1747 OLA65010.1 RYY55682.1 42.3 891 470 17 6 875 4 871 2.82e-219 641 KAH8277827.1 KAH8277827.1 100 140 0 0 1 140 1 140 1.81e-97 275 MBK9228460.1 MBK9228460.1 100 105 0 0 1 105 1 105 2.51e-76 218 WP_105035243.1 WP_105035243.1 100 217 0 0 1 217 1 217 6.53e-149 411 KAJ6942832.1 KAJ6942832.1 100 78 0 0 1 78 1 78 1.16e-55 164 WP_189417916.1 WP_189417916.1 100 214 0 0 1 214 1 214 1.97e-153 422 UEC52718.1 UEC52718.1 100 7096 0 0 1 7096 1 7096 0.0 14166 UEC52718.1 UBD95131.1 99.9 7096 7 0 1 7096 1 7096 0.0 14157 UEC52718.1 QWC83326.1 99.7 7096 18 0 1 7096 1 7096 0.0 14136 UEC52718.1 UBP50947.1 99.7 7096 19 0 1 7096 1 7096 0.0 14135 UEC52718.1 WEU87158.1 99.7 7096 20 0 1 7096 1 7096 0.0 14131 UEC52718.1 QSZ25555.1 99.7 7096 22 0 1 7096 1 7096 0.0 14130 UEC52718.1 QVD87869.1 99.7 7096 21 1 1 7096 1 7093 0.0 14120 UEC52718.1 UMF87224.1 99.4 7096 41 2 1 7096 1 7092 0.0 14112 UEC52718.1 UZO53924.1 99.6 7096 26 1 1 7096 1 7093 0.0 14108 UEC52718.1 UVB16817.1 99.6 7096 25 1 1 7096 1 7093 0.0 14107 UEC52718.1 URQ55824.1 99.6 7096 26 1 1 7096 1 7093 0.0 14107 UEC52718.1 QZU16279.1 99.6 7096 31 0 1 7096 1 7096 0.0 14100 UEC52718.1 UIR12670.1 99.3 7096 48 2 1 7096 1 7092 0.0 14053 UEC52718.1 UBR86455.1 99.1 7095 67 0 2 7096 1 7095 0.0 14015 UEC52718.1 UPA83906.1 99.0 7096 64 2 1 7096 1 7092 0.0 14013 UEC52718.1 UCP72061.1 98.8 7096 84 0 1 7096 1 7096 0.0 13975 UEC52718.1 UCP77012.1 98.8 7096 87 0 1 7096 1 7096 0.0 13970 UEC52718.1 UXX67934.1 98.6 7096 94 1 1 7096 1 7093 0.0 13946 UEC52718.1 UKN67998.1 98.2 7076 125 2 21 7096 1 7072 0.0 13825 UEC52718.1 WHE12941.1 98.0 7070 135 1 27 7096 1 7067 0.0 13799 UEC52718.1 UGA79226.1 97.5 7096 176 0 1 7096 1 7096 0.0 13767 UEC52718.1 UAQ80067.1 97.3 7096 193 0 1 7096 1 7096 0.0 13711 UEC52718.1 UJT06733.1 96.1 7096 270 2 1 7096 1 7092 0.0 13503 UEC52718.1 UVI10561.1 96.2 7069 268 1 28 7096 1 7066 0.0 13484 UEC52718.1 UOU30556.1 94.8 7096 369 1 1 7096 1 7093 0.0 13275 UEC52718.1 UMA88644.1 91.6 7075 589 2 22 7096 1 7071 0.0 12701 UEC52718.1 WAS49087.1 90.4 7096 680 1 1 7096 1 7093 0.0 12505 UEC52718.1 WGP98278.1 84.9 7096 1074 0 1 7096 1 7096 0.0 11577 UEC52718.1 UFM00670.1 99.8 4401 9 0 1 4401 1 4401 0.0 8632 UEC52718.1 UEC68750.1 99.8 4401 7 0 1 4401 1 4401 0.0 8631 UEC52718.1 UHM53165.1 99.8 4401 9 0 1 4401 1 4401 0.0 8627 UEC52718.1 UFM02602.1 99.8 4401 9 0 1 4401 1 4401 0.0 8626 UEC52718.1 QTD03487.1 99.6 4401 16 0 1 4401 1 4401 0.0 8622 UEC52718.1 UBL45068.1 99.7 4401 15 0 1 4401 1 4401 0.0 8615 UEC52718.1 QXR94354.1 99.6 4401 16 1 1 4401 1 4398 0.0 8606 UEC52718.1 QTM79632.1 99.5 4401 19 1 1 4401 1 4398 0.0 8604 UEC52718.1 ULA23837.2 99.5 4401 17 2 1 4401 1 4397 0.0 8600 UEC52718.1 QTZ27226.1 99.5 4401 21 1 1 4401 1 4398 0.0 8599 UEC52718.1 UPP41269.1 99.5 4401 19 1 1 4401 1 4398 0.0 8598 UEC52718.1 UXH94526.1 99.5 4401 18 2 1 4401 1 4397 0.0 8596 UEC52718.1 USR14792.1 99.5 4401 20 1 1 4401 1 4398 0.0 8596 UEC52718.1 UKU68032.1 99.2 4401 31 2 1 4401 1 4397 0.0 8568 UEC52718.1 UJV88611.1 97.6 4401 103 2 1 4401 1 4397 0.0 8405 UEC52718.1 UJJ97602.1 97.4 4401 109 2 1 4401 1 4397 0.0 8389 UEC52718.1 UJS94137.1 98.6 4296 57 2 106 4401 1 4292 0.0 8297 UEC52718.1 ULB83374.1 96.3 4401 157 2 1 4401 1 4397 0.0 8270 UEC52718.1 UGB98301.1 94.4 4401 248 0 1 4401 1 4401 0.0 8057 UEC52718.1 QRX02582.1 99.7 4098 13 0 1 4098 1 4098 0.0 8005 UEC52718.1 UFA30503.1 93.5 4340 282 0 27 4366 1 4340 0.0 7848 UEC52718.1 WGP70063.1 92.3 4369 337 0 1 4369 1 4369 0.0 7779 UEC52718.1 UNI03201.1 91.5 4375 369 1 27 4401 1 4374 0.0 7720 UEC52718.1 WEI27974.1 91.1 4401 389 1 1 4401 1 4398 0.0 7718 UEC52718.1 UEX07109.1 88.0 4375 526 0 27 4401 1 4375 0.0 7367 UEC52718.1 URP80785.1 82.4 4374 765 1 28 4401 1 4371 0.0 6761 UEC52718.1 UYE49180.1 76.9 4401 1012 1 1 4401 1 4398 0.0 6207 UEC52718.1 UPB00876.1 76.4 4374 1030 1 28 4401 1 4371 0.0 6161 UEC52718.1 WGQ72821.1 67.6 4344 1406 0 26 4369 1 4344 0.0 5138 MBQ7293051.1 MBQ7293051.1 100 214 0 0 1 214 1 214 4.13e-155 426 WP_159259813.1 WP_159259813.1 100 651 0 0 1 651 1 651 0.0 1165 EAH5981648.1 EAH5981648.1 100 243 0 0 1 243 1 243 1.00e-174 478 WP_227461668.1 WP_227461668.1 100 291 0 0 1 291 1 291 2.19e-170 471 AAX49003.1 AAX49003.1 100 87 0 0 1 87 1 87 1.01e-60 177 AAX49003.1 MCH61727.1 96.6 59 2 0 1 59 71 129 4.61e-38 122 CRK93005.1 CRK93005.1 100 74 0 0 1 74 1 74 7.87e-50 149 MBM4091591.1 MBM4091591.1 100 219 0 0 1 219 1 219 5.42e-158 434 WP_282259321.1 WP_282259321.1 100 478 0 0 1 478 1 478 0.0 939 WP_282259321.1 WP_270506568.1 43.2 417 202 4 15 430 4 386 3.00e-111 333 WP_212626688.1 WP_212626688.1 100 443 0 0 1 443 1 443 3.55e-303 820 WP_167345377.1 WP_167345377.1 100 154 0 0 1 154 1 154 9.00e-107 299 NXJ48511.1 NXJ48511.1 100 582 0 0 1 582 1 582 0.0 1141 WP_062713263.1 WP_062713263.1 100 137 0 0 1 137 1 137 4.32e-99 278 WP_062713263.1 WP_105599976.1 37.0 108 64 3 28 135 20 123 2.39e-14 63.5 WP_087437779.1 WP_087437779.1 100 211 0 0 1 211 1 211 3.99e-156 429 WP_261907733.1 WP_261907733.1 100 260 0 0 1 260 1 260 5.28e-158 437 RWR83460.1 RWR83460.1 100 98 0 0 1 98 1 98 9.10e-69 199 WP_126933505.1 WP_126933505.1 100 424 0 0 1 424 1 424 1.10e-301 815 WP_066841281.1 WP_066841281.1 100 402 0 0 1 402 1 402 1.77e-289 782 WP_066841281.1 BAY23582.1 55.3 416 167 4 1 402 34 444 1.29e-149 430 WP_066841281.1 WP_271116088.1 52.8 413 166 5 1 402 1 395 3.19e-135 391 WP_066841281.1 MCU0947041.1 47.8 414 186 8 6 402 6 406 1.85e-108 323 MCG6912449.1 MCG6912449.1 100 377 0 0 1 377 1 377 1.37e-278 752 MCG6912449.1 WP_074053577.1 37.4 374 232 2 4 375 6 379 5.39e-90 274 MCG6912449.1 WP_195290884.1 33.3 421 230 9 3 376 8 424 1.82e-69 223 WP_008701575.1 WP_008701575.1 100 366 0 0 1 366 1 366 9.32e-260 704 WP_008701575.1 WP_166886913.1 55.6 349 153 2 12 359 12 359 4.78e-130 375 KAE9450885.1 KAE9450885.1 100 403 0 0 1 403 1 403 5.98e-293 791 WP_126353423.1 WP_126353423.1 100 260 0 0 1 260 1 260 1.62e-193 527 WP_159461552.1 WP_159461552.1 100 136 0 0 1 136 1 136 1.45e-92 262 XP_017354457.1 XP_017354457.1 100 491 0 0 1 491 1 491 0.0 940 WP_031885024.1 WP_031885024.1 100 316 0 0 1 316 1 316 1.43e-231 628 WP_010381982.1 WP_010381982.1 100 627 0 0 1 627 1 627 0.0 1172 WP_217904803.1 WP_217904803.1 100 145 0 0 1 145 1 145 3.34e-100 282 WP_217904803.1 WP_007377599.1 29.8 131 85 3 9 138 10 134 7.05e-14 62.8 GJK53752.1 GJK53752.1 100 150 0 0 1 150 1 150 3.86e-115 320 GJK53752.1 WP_004949240.1 62.7 150 56 0 1 150 44 193 1.38e-67 201 WP_057859275.1 WP_057859275.1 100 542 0 0 1 542 1 542 0.0 1105 WP_057859275.1 WP_086123022.1 46.2 541 280 7 1 536 1 535 2.46e-158 461 WP_057859275.1 WP_014213241.1 32.4 485 277 13 19 498 24 462 2.67e-64 216 WP_057859275.1 WP_007577863.1 29.4 496 288 16 40 527 47 488 1.48e-48 174 WP_164945946.1 WP_164945946.1 100 328 0 0 1 328 1 328 4.01e-244 661 WP_225592933.1 WP_225592933.1 100 587 0 0 1 587 1 587 0.0 1120 WP_225592933.1 WP_131284109.1 28.6 315 175 8 291 557 138 450 3.70e-18 85.9 WP_225592933.1 NEB38825.1 35.4 271 125 16 345 580 212 467 7.38e-14 72.4 WP_225592933.1 PIQ07033.1 24.4 353 213 11 221 542 129 458 3.07e-05 45.1 KAF9194863.1 KAF9194863.1 100 179 0 0 1 179 1 179 1.88e-127 353 UYC71619.1 UYC71619.1 100 1268 0 0 1 1268 1 1268 0.0 2463 UYC71619.1 UPU53169.1 99.1 1270 10 1 1 1268 1 1270 0.0 2435 UYC71619.1 UHB14670.1 96.7 1273 35 3 1 1268 1 1271 0.0 2362 UYC71619.1 UIX40308.1 96.5 1273 37 3 1 1268 1 1271 0.0 2356 UYC71619.1 UDK40309.1 96.3 1273 40 3 1 1268 1 1271 0.0 2345 UYC71619.1 USL51576.1 95.7 1270 52 1 1 1268 1 1270 0.0 2330 UYC71619.1 QUE11983.1 93.9 1271 74 2 1 1268 1 1270 0.0 2278 UYC71619.1 UGX22439.1 93.2 1273 80 3 1 1268 1 1271 0.0 2251 UYC71619.1 UBN63752.1 92.2 1271 95 2 1 1268 1 1270 0.0 2225 UYC71619.1 QUM20585.1 89.9 1273 122 3 1 1268 1 1272 0.0 2156 UYC71619.1 UZH89542.1 89.9 1271 125 1 1 1268 1 1271 0.0 2153 UYC71619.1 QVX70521.1 88.3 1273 144 2 1 1268 1 1273 0.0 2108 UYC71619.1 QXI91160.1 85.0 1273 185 3 1 1268 1 1272 0.0 1995 UYC71619.1 UUS71569.1 66.5 1273 422 2 1 1268 1 1273 0.0 1423 UYC71619.1 UHK01047.1 61.5 1273 485 2 1 1268 1 1273 0.0 1287 XP_007423461.1 XP_007423461.1 100 466 0 0 1 466 1 466 0.0 910 WP_209467194.1 WP_209467194.1 100 403 0 0 1 403 1 403 1.42e-275 747 WP_226688333.1 WP_226688333.1 100 250 0 0 1 250 1 250 4.60e-179 490 KZS76886.1 KZS76886.1 100 400 0 0 1 400 1 400 2.85e-294 794 WP_055826320.1 WP_055826320.1 100 289 0 0 1 289 1 289 1.71e-214 583 OGU28904.1 OGU28904.1 100 380 0 0 1 380 1 380 1.34e-291 785 WP_077320126.1 WP_077320126.1 100 435 0 0 1 435 1 435 8.98e-318 856 WP_216308000.1 WP_216308000.1 100 318 0 0 1 318 1 318 6.94e-249 672 MCL7487729.1 MCL7487729.1 100 165 0 0 1 165 1 165 7.54e-118 328 WP_219734411.1 WP_219734411.1 100 389 0 0 1 389 1 389 4.32e-288 777 MBT9793465.1 MBT9793465.1 100 332 0 0 1 332 1 332 2.20e-234 637 WP_012913739.1 WP_012913739.1 100 433 0 0 1 433 1 433 0.0 869 WP_012913739.1 WP_007678833.1 46.4 420 220 3 4 422 5 420 5.34e-133 388 WP_182986787.1 WP_182986787.1 100 218 0 0 1 218 1 218 2.75e-146 404 AXG99930.1 AXG99930.1 100 269 0 0 1 269 1 269 6.61e-161 446 WP_181244664.1 WP_181244664.1 100 332 0 0 1 332 1 332 5.87e-239 648 WP_181244664.1 EFS8130303.1 31.7 145 92 3 191 331 228 369 2.27e-11 62.8 WP_181244664.1 EAL1671435.1 30.5 141 90 2 199 331 1 141 4.78e-08 52.4 WP_181244664.1 EJA9392162.1 28.7 150 85 4 198 331 34 177 2.37e-06 46.6 WP_181244664.1 ECP6736894.1 40.0 70 40 1 191 260 228 295 4.14e-06 46.2 WP_181244664.1 PJQ02245.1 38.9 72 43 1 198 268 242 313 1.00e-05 45.4 WP_097746315.1 WP_097746315.1 100 114 0 0 1 114 1 114 4.01e-75 216 WP_187788315.1 WP_187788315.1 100 444 0 0 1 444 1 444 0.0 885 WP_187788315.1 WP_278498266.1 36.5 449 252 7 4 423 22 466 1.02e-76 246 WP_187788315.1 WP_034002239.1 35.2 454 268 6 1 428 22 475 6.52e-74 238 WP_187788315.1 MCK1819907.1 35.3 416 256 8 7 410 30 444 2.36e-66 219 WP_187788315.1 WP_030096092.1 34.8 419 260 7 11 423 42 453 2.08e-64 213 WP_187788315.1 HAV5500596.1 31.4 388 247 8 15 386 31 415 6.50e-44 158 KWZ83306.1 KWZ83306.1 100 648 0 0 1 648 1 648 0.0 1236 KWZ83306.1 WP_070955303.1 45.7 635 334 5 12 638 31 662 4.09e-190 551 WP_186723788.1 WP_186723788.1 100 239 0 0 1 239 1 239 2.20e-176 482 WP_186723788.1 WP_026893585.1 41.8 225 119 5 8 227 5 222 3.02e-51 164 WP_186723788.1 WP_101794136.1 34.8 233 141 2 8 229 27 259 1.17e-44 149 WP_186723788.1 MCL7714424.1 38.7 222 132 2 8 226 5 225 4.07e-44 146 WP_186723788.1 MBP1530348.1 35.0 220 138 2 8 227 4 218 1.02e-42 142 WP_186723788.1 WP_069156513.1 36.6 224 136 2 8 225 5 228 2.91e-42 142 WP_186723788.1 MBQ5584458.1 34.5 226 144 2 8 229 4 229 2.99e-41 139 WP_186723788.1 EAC1232420.1 35.4 226 135 5 8 228 4 223 2.96e-39 134 WP_186723788.1 WP_007708736.1 34.7 225 140 2 8 225 4 228 1.45e-38 132 WP_186723788.1 WP_194544138.1 33.3 237 143 3 1 223 1 236 7.78e-38 130 WP_186723788.1 EAG2350674.1 42.1 126 73 0 5 130 2 127 1.21e-32 114 WP_186723788.1 WP_064652354.1 32.4 225 147 2 8 227 4 228 6.24e-32 115 WP_186723788.1 PYP94120.1 29.6 223 155 2 8 229 3 224 2.42e-28 105 WP_186723788.1 MCH5250214.1 29.1 117 79 1 8 120 563 679 6.12e-08 51.2 WP_186723788.1 WP_250850661.1 31.0 87 55 2 36 119 39 123 9.40e-06 43.5 CAA0813386.1 CAA0813386.1 100 1074 0 0 1 1074 1 1074 0.0 2060 WP_044626129.1 WP_044626129.1 100 517 0 0 1 517 1 517 0.0 1034 MCD4818220.1 MCD4818220.1 100 296 0 0 1 296 1 296 4.93e-222 602 MCP4570049.1 MCP4570049.1 100 385 0 0 1 385 1 385 1.07e-270 733 ECI3309320.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1805 ECI3309320.1 EFQ4765027.1 100 888 0 0 1 888 1 888 0.0 1805 ECI3309320.1 EEY3543156.1 73.7 917 212 3 1 888 1 917 0.0 1402 ECI3309320.1 EEO7917989.1 69.4 890 264 3 1 888 1 884 0.0 1279 ECI3309320.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 8.42e-218 618 ECI3309320.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 2.48e-202 578 ECI3309320.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 3.17e-186 535 ECI3309320.1 WP_154599351.1 33.4 709 434 17 4 696 10 696 1.23e-110 364 ECI3309320.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 2.36e-47 162 WP_024404629.1 WP_024404629.1 100 185 0 0 1 185 1 185 3.33e-124 346 WP_024404629.1 WP_172117930.1 58.7 184 75 1 2 185 4 186 4.41e-81 237 WP_024404629.1 WP_228268753.1 53.8 117 54 0 69 185 4 120 4.04e-43 138 WP_055863905.1 WP_055863905.1 100 350 0 0 1 350 1 350 2.56e-258 699 WP_055863905.1 KAJ3918428.1 41.8 340 181 5 2 325 43 381 1.83e-81 252 WP_055863905.1 WP_236939362.1 29.4 296 180 10 40 325 44 320 5.18e-29 116 WP_116393154.1 WP_116393154.1 100 308 0 0 1 308 1 308 6.83e-235 636 WP_116393154.1 WP_184253104.1 46.9 288 141 4 13 292 10 293 6.65e-88 263 DAG36852.1 DAG36852.1 100 208 0 0 1 208 1 208 3.17e-156 429 MBR0212092.1 MBR0212092.1 100 183 0 0 1 183 1 183 3.36e-132 366 MBR0212092.1 MCS5505837.1 30.7 127 76 5 6 124 3 125 1.15e-09 53.5 WP_258340180.1 WP_258340180.1 100 754 0 0 1 754 1 754 0.0 1283 WP_278906630.1 WP_278906630.1 100 1041 0 0 1 1041 1 1041 0.0 2062 WP_278906630.1 WP_223695792.1 20.0 873 515 32 19 791 20 809 4.08e-08 55.8 WP_278906630.1 MBO6554759.1 24.8 250 152 7 304 550 370 586 6.97e-08 55.1 WP_278906630.1 KXK41164.1 40.6 69 40 1 3 71 8 75 4.23e-05 45.1 WP_278906630.1 MBL6756473.1 37.3 67 42 0 7 73 52 118 5.60e-05 45.4 WP_278906630.1 PIY74148.1 53.2 47 21 1 25 71 3 48 2.05e-04 43.5 WP_278906630.1 WP_240053789.1 28.9 142 82 6 320 450 172 305 3.22e-04 42.4 WP_032845625.1 WP_032845625.1 100 201 0 0 1 201 1 201 7.13e-136 377 NBR46296.1 NBR46296.1 100 590 0 0 1 590 1 590 0.0 1030 WP_223746173.1 WP_223746173.1 100 436 0 0 1 436 1 436 8.01e-301 813 KAK48091.1 KAK48091.1 100 458 0 0 1 458 1 458 0.0 888 KAK48091.1 WP_133179454.1 34.4 215 133 3 28 235 24 237 1.73e-28 115 KAK48091.1 MCB1412915.1 29.0 410 254 12 28 409 16 416 1.79e-25 107 KAK48091.1 OKH85141.1 28.0 161 97 6 89 234 69 225 1.02e-08 55.5 EHH5649593.1 EHH5649593.1 100 294 0 0 1 294 1 294 2.28e-201 550 EHH5649593.1 WP_076409454.1 41.6 197 101 2 21 209 23 213 1.14e-41 145 EHH5649593.1 WP_176354145.1 37.3 212 118 2 21 223 24 229 1.50e-37 135 EHH5649593.1 WP_088153117.1 31.5 235 154 2 6 234 3 236 1.62e-37 135 EHH5649593.1 WP_109219819.1 37.7 215 119 3 14 219 28 236 1.74e-37 135 EHH5649593.1 WP_011057593.1 40.1 197 104 2 21 209 23 213 2.36e-36 131 EHH5649593.1 WP_170725874.1 41.5 193 99 3 25 209 27 213 6.07e-36 130 EHH5649593.1 WP_140480909.1 40.7 199 102 4 17 207 30 220 4.22e-35 128 EHH5649593.1 NNE23115.1 32.4 207 126 3 25 223 25 225 6.70e-31 117 EHH5649593.1 WP_258581409.1 33.3 210 122 4 21 220 22 223 4.09e-28 109 EHH5649593.1 MCH1405047.1 39.7 136 76 2 20 151 27 160 9.78e-24 93.2 EHH5649593.1 MBQ4383193.1 33.8 195 115 5 32 217 38 227 2.45e-23 94.0 EHH5649593.1 MBQ3864274.1 31.0 216 136 5 29 232 47 261 3.59e-23 95.5 EHH5649593.1 MBC7326981.1 33.6 229 130 9 10 219 12 237 1.04e-20 87.4 EHH5649593.1 WP_158791585.1 28.5 221 134 5 20 221 22 237 9.69e-20 84.7 EHH5649593.1 OAN53756.1 30.4 227 134 9 15 221 22 244 2.85e-19 83.6 EHH5649593.1 WP_107894076.1 27.4 237 144 7 8 219 11 244 1.31e-18 82.8 EHH5649593.1 MCP5262709.1 27.4 237 147 8 5 219 6 239 6.09e-18 80.9 EHH5649593.1 WP_152652784.1 32.7 150 88 3 21 162 24 168 9.55e-18 80.1 EHH5649593.1 WP_174822921.1 27.3 220 138 6 20 221 25 240 1.25e-17 79.0 EHH5649593.1 GLY24463.1 24.9 229 149 5 9 219 20 243 4.01e-17 78.6 EHH5649593.1 MXP43753.1 28.2 220 136 7 20 221 32 247 6.75e-17 77.0 EHH5649593.1 WP_207918089.1 27.0 233 143 9 10 221 11 237 1.52e-16 75.9 EHH5649593.1 WP_192324556.1 24.9 225 145 5 21 221 36 260 2.05e-14 71.6 EHH5649593.1 WP_227059655.1 24.7 239 149 6 25 232 44 282 2.17e-13 68.6 EHH5649593.1 WP_150396769.1 22.8 215 144 4 27 226 49 256 1.61e-11 62.8 EHH5649593.1 KAF9974715.1 23.9 155 88 4 20 162 483 619 2.86e-06 47.0 EIM6243235.1 EIM6243235.1 100 251 0 0 1 251 1 251 2.00e-153 425 KAI1395879.1 KAI1395879.1 100 445 0 0 1 445 1 445 0.0 865 MCG8030229.1 MCG8030229.1 100 1108 0 0 1 1108 1 1108 0.0 2208 MCG8030229.1 MBL6706528.1 36.5 310 191 5 789 1096 317 622 3.18e-56 205 MCG8030229.1 MBN2666786.1 33.4 377 237 7 733 1105 21 387 1.54e-54 193 WP_221166976.1 WP_221166976.1 100 869 0 0 1 869 1 869 0.0 1727 WP_161797448.1 WP_161797448.1 100 55 0 0 1 55 1 55 1.12e-34 109 WP_088751843.1 WP_088751843.1 100 150 0 0 1 150 1 150 9.10e-114 317 WP_122705662.1 WP_122705662.1 100 239 0 0 1 239 1 239 1.22e-173 475 WP_122705662.1 CAD7578726.1 35.1 94 22 2 146 239 1 55 5.01e-08 50.4 XP_055289786.1 XP_055289786.1 100 1219 0 0 1 1219 1 1219 0.0 938 RQR66516.1 RQR66516.1 100 416 0 0 1 416 1 416 9.07e-306 824 NDC77618.1 NDC77618.1 100 306 0 0 1 306 1 306 3.64e-229 621 CAC14781.1 CAC14781.1 100 167 0 0 1 167 1 167 3.45e-124 344 XP_023677472.1 XP_023677472.1 100 158 0 0 1 158 1 158 3.22e-102 288 MBM3993664.1 MBM3993664.1 100 601 0 0 1 601 1 601 0.0 1215 WP_211867837.1 WP_211867837.1 100 272 0 0 1 272 1 272 4.22e-186 509 WP_211867837.1 WP_204638884.1 45.6 250 128 2 2 251 3 244 1.01e-70 217 WP_042959984.1 WP_042959984.1 100 101 0 0 1 101 1 101 2.29e-68 198 WP_042959984.1 WP_137512405.1 82.2 101 18 0 1 101 103 203 8.24e-55 172 WP_042959984.1 EEY3543156.1 81.2 101 19 0 1 101 103 203 5.95e-51 169 WP_042959984.1 ECI3309320.1 77.2 101 23 0 1 101 103 203 4.52e-47 158 WP_042959984.1 EFQ4765027.1 77.2 101 23 0 1 101 103 203 4.68e-47 158 WP_042959984.1 EEO7917989.1 71.3 101 29 0 1 101 103 203 3.37e-44 150 WP_171549300.1 WP_171549300.1 100 1077 0 0 1 1077 1 1077 0.0 2127 WP_171549300.1 MCF8269563.1 52.7 786 368 3 1 785 1 783 9.25e-286 815 WP_044489505.1 WP_044489505.1 100 321 0 0 1 321 1 321 2.05e-238 646 WP_044489505.1 WP_082565353.1 59.1 320 129 2 1 319 1 319 9.52e-132 377 WP_044489505.1 MBM6691367.1 47.1 87 45 1 99 184 1 87 1.22e-21 85.9 WP_031065317.1 WP_031065317.1 100 1192 0 0 1 1192 1 1192 0.0 1911 WP_031065317.1 MBJ7287465.1 51.4 1220 539 12 1 1192 1 1194 1.01e-286 837 XP_030368951.1 XP_030368951.1 100 432 0 0 1 432 1 432 2.65e-313 845 XP_041173850.1 XP_041173850.1 100 569 0 0 1 569 1 569 0.0 1108 MST81202.1 MST81202.1 100 341 0 0 1 341 1 341 3.62e-233 634 WP_035710346.1 WP_035710346.1 100 318 0 0 1 318 1 318 1.43e-232 631 WP_035710346.1 WP_049267651.1 45.2 279 148 2 37 315 22 295 2.83e-74 229 PKO72095.1 PKO72095.1 100 371 0 0 1 371 1 371 4.60e-258 700 WP_278839117.1 WP_278839117.1 100 215 0 0 1 215 1 215 4.28e-153 421 WP_074319120.1 WP_074319120.1 100 751 0 0 1 751 1 751 0.0 1380 WP_074319120.1 WP_013632646.1 38.9 737 416 11 21 740 82 801 5.31e-139 427 WP_074319120.1 OFX32653.1 40.2 622 317 13 136 743 42 622 2.61e-100 321 WP_074319120.1 MBI6149093.1 33.0 752 430 16 9 743 77 771 3.29e-82 276 WP_074319120.1 HCT06136.1 30.1 691 425 10 19 697 65 709 3.67e-72 248 WP_074319120.1 SFX27592.1 32.2 515 336 5 208 718 162 667 2.08e-57 206 WP_074319120.1 WP_041591748.1 30.6 546 346 9 209 739 110 637 2.94e-54 196 WP_074319120.1 MBY0273331.1 29.2 483 296 10 246 688 102 578 1.04e-31 130 WP_074319120.1 WP_176307440.1 23.6 631 406 13 122 733 204 777 4.43e-31 128 WP_074319120.1 KAJ6994162.1 24.2 578 335 16 210 705 100 656 2.70e-16 81.6 WP_074319120.1 WP_278631399.1 32.6 175 90 2 562 708 500 674 3.98e-15 77.8 WP_074319120.1 MBE6688122.1 31.4 172 90 2 562 705 515 686 8.31e-14 73.6 WP_074319120.1 KAA0114277.1 32.4 176 88 3 562 706 544 719 1.11e-13 73.2 WP_074319120.1 XP_009147075.2 31.3 176 89 2 562 705 716 891 4.78e-13 71.2 WP_074319120.1 WP_019100427.1 31.0 158 84 1 561 693 546 703 1.72e-12 69.3 WP_074319120.1 WP_049009918.1 31.4 153 80 1 562 689 543 695 7.88e-11 63.9 MAG44064.1 MAG44064.1 100 34 0 0 1 34 1 34 9.00e-19 68.2 MAG44064.1 MBK8070034.1 71.0 31 9 0 4 34 3 33 3.38e-09 47.4 MAG44064.1 WP_216195748.1 61.8 34 13 0 1 34 1 34 1.08e-07 43.1 MBV9097303.1 MBV9097303.1 100 165 0 0 1 165 1 165 1.36e-120 335 MBV9097303.1 WP_226909596.1 35.9 142 85 3 4 144 411 547 3.64e-16 73.2 THU55532.1 THU55532.1 100 217 0 0 1 217 1 217 2.01e-143 397 THU55532.1 KAF5807084.1 56.2 105 46 0 41 145 81 185 1.11e-36 127 NNC77678.1 NNC77678.1 100 177 0 0 1 177 1 177 2.79e-128 355 WP_014884217.1 WP_014884217.1 100 150 0 0 1 150 1 150 1.39e-99 281 WP_266631528.1 WP_266631528.1 100 93 0 0 1 93 1 93 1.10e-60 178 EEQ7907210.1 EEQ7907210.1 100 186 0 0 1 186 1 186 2.45e-131 364 KAG1799066.1 KAG1799066.1 100 297 0 0 1 297 1 297 8.22e-226 612 KAG1799066.1 XP_040250218.1 25.3 285 160 12 34 296 366 619 2.71e-07 50.1 CAG8651065.1 CAG8651065.1 100 96 0 0 1 96 1 96 5.53e-69 199 KAJ0414039.1 KAJ0414039.1 100 490 0 0 1 490 1 490 0.0 960 WP_231117944.1 WP_231117944.1 100 76 0 0 1 76 1 76 4.49e-50 150 WP_265634479.1 WP_265634479.1 100 304 0 0 1 304 1 304 1.57e-213 582 WP_265634479.1 WP_254301195.1 30.0 293 198 6 7 297 5 292 9.42e-17 77.4 WP_265634479.1 WP_046600280.1 35.9 142 87 2 10 148 4 144 1.09e-13 68.6 UGB98301.1 UGB98301.1 100 4405 0 0 1 4405 1 4405 0.0 8091 UGB98301.1 UFM00670.1 94.4 4405 247 0 1 4405 1 4405 0.0 8081 UGB98301.1 UEC68750.1 94.4 4405 247 0 1 4405 1 4405 0.0 8079 UGB98301.1 QZU16279.1 94.5 4401 244 0 1 4401 1 4401 0.0 8078 UGB98301.1 UBD95131.1 94.5 4401 244 0 1 4401 1 4401 0.0 8076 UGB98301.1 UHM53165.1 94.4 4405 247 0 1 4405 1 4405 0.0 8076 UGB98301.1 UFM02602.1 94.4 4405 247 0 1 4405 1 4405 0.0 8076 UGB98301.1 QTD03487.1 94.3 4405 252 0 1 4405 1 4405 0.0 8075 UGB98301.1 UEC52718.1 94.4 4401 248 0 1 4401 1 4401 0.0 8068 UGB98301.1 QWC83326.1 94.3 4401 250 0 1 4401 1 4401 0.0 8067 UGB98301.1 UBL45068.1 94.3 4405 252 0 1 4405 1 4405 0.0 8066 UGB98301.1 QSZ25555.1 94.3 4401 252 0 1 4401 1 4401 0.0 8065 UGB98301.1 WEU87158.1 94.3 4401 252 0 1 4401 1 4401 0.0 8062 UGB98301.1 UBP50947.1 94.3 4401 253 0 1 4401 1 4401 0.0 8060 UGB98301.1 QXR94354.1 94.2 4405 253 1 1 4405 1 4402 0.0 8057 UGB98301.1 QTM79632.1 94.1 4405 256 1 1 4405 1 4402 0.0 8056 UGB98301.1 ULA23837.2 94.1 4405 254 2 1 4405 1 4401 0.0 8051 UGB98301.1 QTZ27226.1 94.1 4405 258 1 1 4405 1 4402 0.0 8051 UGB98301.1 QVD87869.1 94.2 4401 252 1 1 4401 1 4398 0.0 8051 UGB98301.1 UPP41269.1 94.1 4405 256 1 1 4405 1 4402 0.0 8049 UGB98301.1 UIR12670.1 94.2 4401 252 2 1 4401 1 4397 0.0 8049 UGB98301.1 URQ55824.1 94.2 4401 253 1 1 4401 1 4398 0.0 8047 UGB98301.1 UXH94526.1 94.1 4405 255 2 1 4405 1 4401 0.0 8047 UGB98301.1 USR14792.1 94.1 4405 257 1 1 4405 1 4402 0.0 8047 UGB98301.1 UZO53924.1 94.2 4401 254 1 1 4401 1 4398 0.0 8046 UGB98301.1 UVB16817.1 94.2 4401 254 1 1 4401 1 4398 0.0 8044 UGB98301.1 UMF87224.1 93.7 4401 275 2 1 4401 1 4397 0.0 8038 UGB98301.1 UPA83906.1 94.1 4401 256 2 1 4401 1 4397 0.0 8038 UGB98301.1 UKU68032.1 93.8 4405 268 2 1 4405 1 4401 0.0 8019 UGB98301.1 UKN67998.1 94.1 4381 253 2 21 4401 1 4377 0.0 8007 UGB98301.1 UBR86455.1 93.7 4400 279 0 2 4401 1 4400 0.0 7972 UGB98301.1 UAQ80067.1 94.1 4401 260 0 1 4401 1 4401 0.0 7963 UGB98301.1 UCP77012.1 92.9 4401 314 0 1 4401 1 4401 0.0 7908 UGB98301.1 UCP72061.1 92.8 4401 318 0 1 4401 1 4401 0.0 7900 UGB98301.1 UXX67934.1 92.6 4401 321 1 1 4401 1 4398 0.0 7885 UGB98301.1 UJV88611.1 92.2 4405 340 2 1 4405 1 4401 0.0 7856 UGB98301.1 UOU30556.1 92.2 4401 340 1 1 4401 1 4398 0.0 7842 UGB98301.1 UGA79226.1 92.5 4401 329 0 1 4401 1 4401 0.0 7841 UGB98301.1 UJJ97602.1 92.1 4405 346 2 1 4405 1 4401 0.0 7840 UGB98301.1 UJS94137.1 94.6 4300 228 2 106 4405 1 4296 0.0 7827 UGB98301.1 ULB83374.1 92.8 4405 314 2 1 4405 1 4401 0.0 7817 UGB98301.1 UVI10561.1 94.1 4374 256 1 28 4401 1 4371 0.0 7802 UGB98301.1 WHE12941.1 91.6 4375 365 1 27 4401 1 4372 0.0 7733 UGB98301.1 WGP70063.1 94.2 4369 255 0 1 4369 1 4369 0.0 7609 UGB98301.1 UNI03201.1 93.8 4379 271 1 27 4405 1 4378 0.0 7571 UGB98301.1 UFA30503.1 92.1 4340 344 0 27 4366 1 4340 0.0 7504 UGB98301.1 QRX02582.1 93.9 4098 250 0 1 4098 1 4098 0.0 7449 UGB98301.1 UJT06733.1 88.5 4401 502 2 1 4401 1 4397 0.0 7432 UGB98301.1 UMA88644.1 89.7 4380 447 2 22 4401 1 4376 0.0 7395 UGB98301.1 WEI27974.1 86.0 4405 612 1 1 4405 1 4402 0.0 7186 UGB98301.1 WGP98278.1 90.0 4364 438 0 1 4364 1 4364 0.0 7186 UGB98301.1 UEX07109.1 88.6 4379 501 0 27 4405 1 4379 0.0 7126 UGB98301.1 URP80785.1 83.7 4378 711 1 28 4405 1 4375 0.0 6564 UGB98301.1 WAS49087.1 79.2 4401 911 1 1 4401 1 4398 0.0 6436 UGB98301.1 UPB00876.1 77.9 4378 966 1 28 4405 1 4375 0.0 5974 UGB98301.1 UYE49180.1 74.8 4405 1107 1 1 4405 1 4402 0.0 5828 UGB98301.1 WGQ72821.1 73.1 4344 1168 0 26 4369 1 4344 0.0 5148 MBQ6815353.1 MBQ6815353.1 100 268 0 0 1 268 1 268 1.26e-185 508 MBQ6815353.1 NGP45824.1 37.6 197 109 5 80 265 48 241 6.69e-29 108 MBQ6815353.1 GBC87342.1 32.0 147 95 2 117 260 102 246 3.30e-19 82.8 WP_276598033.1 WP_276598033.1 100 341 0 0 1 341 1 341 5.88e-223 608 HBM7289758.1 HBM7289758.1 100 151 0 0 1 151 1 151 2.50e-107 300 MCU0780070.1 MCU0780070.1 100 470 0 0 1 470 1 470 0.0 952 EIG2935021.1 EIG2935021.1 100 160 0 0 1 160 1 160 2.02e-115 322 WP_257258519.1 WP_257258519.1 100 550 0 0 1 550 1 550 0.0 1119 MBR4705654.1 MBR4705654.1 100 440 0 0 1 440 1 440 0.0 868 MBR4705654.1 HAR7369715.1 27.5 400 257 10 13 390 10 398 9.25e-36 135 MBR4705654.1 EPR30609.1 28.9 418 256 14 23 416 13 413 7.09e-34 130 MBR4705654.1 MCQ2156413.1 34.1 246 140 8 184 410 50 292 5.03e-29 114 MBR4705654.1 WP_132517191.1 31.3 227 134 6 184 390 200 424 8.71e-26 107 WP_057475198.1 WP_057475198.1 100 390 0 0 1 390 1 390 3.71e-269 729 WP_106587829.1 WP_106587829.1 100 401 0 0 1 401 1 401 2.83e-290 784 WP_106587829.1 MBE6900854.1 56.3 378 164 1 10 386 4 381 6.41e-147 421 WP_106587829.1 RLD79060.1 49.6 389 192 4 5 391 9 395 2.87e-127 371 WP_106587829.1 MBI3668312.1 47.5 179 87 2 219 390 63 241 3.05e-48 162 WP_106587829.1 MCI7610146.1 47.2 53 28 0 10 62 4 56 1.24e-10 55.1 WP_091540071.1 WP_091540071.1 100 335 0 0 1 335 1 335 1.77e-246 667 WP_091540071.1 WP_029542314.1 31.3 224 114 8 24 241 22 211 2.69e-16 76.6 WP_091540071.1 WP_265399898.1 27.8 281 157 10 15 284 14 259 4.15e-15 73.2 WP_091540071.1 WP_050498798.1 24.4 205 116 5 6 202 7 180 3.45e-05 42.4 MBQ2810184.1 MBQ2810184.1 100 90 0 0 1 90 1 90 4.22e-59 174 MBI4382429.1 MBI4382429.1 100 837 0 0 1 837 1 837 0.0 1617 EEJ7112508.1 EEJ7112508.1 100 398 0 0 1 398 1 398 5.82e-302 813 ODT35081.1 ODT35081.1 100 263 0 0 1 263 1 263 5.62e-191 521 MBD9532752.1 MBD9532752.1 100 116 0 0 1 116 1 116 1.96e-67 197 MBD9532752.1 WP_238267528.1 50.9 112 47 2 1 112 1 104 6.19e-30 102 CFU01724.1 CFU01724.1 100 91 0 0 1 91 1 91 1.64e-61 180 CFU01724.1 WP_203203455.1 67.0 88 29 0 1 88 692 779 2.53e-33 119 CFU01724.1 WP_153656540.1 56.3 87 38 0 1 87 668 754 1.85e-28 105 MBV9085084.1 MBV9085084.1 100 109 0 0 1 109 1 109 4.42e-81 231 MBQ2193282.1 MBQ2193282.1 100 556 0 0 1 556 1 556 0.0 1080 WP_096751687.1 WP_096751687.1 100 282 0 0 1 282 1 282 9.39e-204 555 WP_096751687.1 WP_138785174.1 24.9 281 177 9 1 267 1 261 2.47e-12 63.9 NVJ47954.1 NVJ47954.1 100 546 0 0 1 546 1 546 0.0 1014 CAF4530116.1 CAF4530116.1 100 41 0 0 1 41 1 41 1.63e-17 78.6 MBO6858759.1 MBO6858759.1 100 379 0 0 1 379 1 379 6.98e-273 738 PDH25543.1 PDH25543.1 100 350 0 0 1 350 1 350 1.78e-249 676 QUA05739.1 QUA05739.1 100 212 0 0 1 212 1 212 1.28e-148 410 QUA05739.1 ADW49125.1 95.1 204 10 0 9 212 1 204 2.35e-137 381 QUA05739.1 AFA24308.1 93.7 205 13 0 8 212 1 205 1.16e-135 377 QUA05739.1 AFA09475.1 93.9 198 12 0 15 212 1 198 3.94e-130 363 QUA05739.1 AVM35379.1 87.0 207 27 0 6 212 1 207 3.65e-128 358 QUA05739.1 AWS34156.1 84.4 212 33 0 1 212 1 212 6.89e-125 350 QUA05739.1 ADJ35581.1 79.7 212 43 0 1 212 2 213 1.01e-124 350 QUA05739.1 QUQ06080.1 79.2 212 44 0 1 212 1 212 5.65e-124 348 QUA05739.1 ABQ63546.1 80.1 211 42 0 2 212 1 211 1.00e-119 337 QUA05739.1 AMA90994.1 81.7 197 36 0 1 197 1 197 2.43e-113 320 QUA05739.1 AKT58828.1 80.0 195 39 0 1 195 1 195 2.52e-110 312 QUA05739.1 AOR13807.1 77.8 198 44 0 10 207 1 198 2.29e-109 310 QUA05739.1 AOQ89457.1 82.9 187 32 0 5 191 1 187 5.21e-108 306 QUA05739.1 AAX94106.1 87.4 182 23 0 31 212 1 182 1.23e-106 311 QUA05739.1 AXZ65741.1 76.1 188 45 0 1 188 1 188 6.65e-102 291 QUA05739.1 UZF38514.1 72.4 199 55 0 14 212 1 199 7.13e-101 289 QUA05739.1 AGI15931.1 66.8 205 68 0 8 212 1 205 2.25e-97 280 QUA05739.1 AKA56406.1 71.6 201 50 2 2 200 2 197 3.88e-96 276 QUA05739.1 AHH30646.1 76.8 168 37 2 32 199 6 171 3.38e-84 245 QUA05739.1 ACE88666.1 82.0 133 24 0 80 212 1 133 2.63e-73 217 QUA05739.1 APC24336.1 73.3 105 28 0 108 212 1 105 2.88e-45 152 ROT89752.1 ROT89752.1 100 121 0 0 1 121 1 121 3.74e-90 254 WP_102848179.1 WP_102848179.1 100 198 0 0 1 198 1 198 4.29e-131 364 RMO68303.1 RMO68303.1 100 77 0 0 1 77 1 77 1.22e-52 156 MBN1133474.1 MBN1133474.1 100 579 0 0 1 579 1 579 0.0 1083 MBN1133474.1 NCS37471.1 28.1 501 338 9 73 562 74 563 5.70e-49 181 MBN1133474.1 WP_114947928.1 26.4 432 278 11 9 420 4 415 1.01e-21 96.7 MBN1133474.1 TVO55343.1 28.7 338 213 10 97 420 118 441 1.48e-15 77.8 WP_054919719.1 WP_054919719.1 100 522 0 0 1 522 1 522 0.0 1046 WP_014812045.1 WP_014812045.1 100 365 0 0 1 365 1 365 6.61e-264 714 WP_014812045.1 XP_023607675.1 43.2 44 21 1 37 76 353 396 5.29e-05 43.5 WP_014812045.1 XP_028261945.1 43.2 44 21 1 37 76 352 395 1.20e-04 42.4 MCM2350719.1 MCM2350719.1 100 166 0 0 1 166 1 166 2.24e-115 322 GGU95879.1 GGU95879.1 100 565 0 0 1 565 1 565 0.0 1076 EDV4701861.1 EDV4701861.1 100 55 0 0 1 55 1 55 4.56e-34 108 WP_060883568.1 WP_060883568.1 100 97 0 0 1 97 1 97 4.04e-67 194 NBC28176.1 NBC28176.1 100 313 0 0 1 313 1 313 1.27e-228 620 WP_219484458.1 WP_219484458.1 100 820 0 0 1 820 1 820 0.0 1565 WP_219484458.1 WP_139067457.1 46.2 819 408 11 1 815 1 790 4.35e-217 630 WP_219484458.1 HBE7681505.1 40.8 495 262 8 329 804 867 1349 6.88e-100 336 WP_219484458.1 WP_209676560.1 27.6 294 183 9 397 684 615 884 9.94e-15 77.0 WP_254218450.1 WP_254218450.1 100 519 0 0 1 519 1 519 0.0 893 WP_254218450.1 MBL0967454.1 53.9 330 152 0 184 513 1 330 3.20e-113 337 WP_254218450.1 EEJ0015338.1 46.4 293 153 3 174 465 91 380 6.11e-76 244 WP_254218450.1 XP_018282977.1 30.6 353 224 7 174 512 121 466 1.09e-35 138 UBY07556.1 UBY07556.1 100 1240 0 0 1 1240 1 1240 0.0 2003 PAA85122.1 PAA85122.1 100 729 0 0 212 940 212 940 1.26e-217 641 WP_250740298.1 WP_250740298.1 100 481 0 0 1 481 1 481 5.99e-312 845 XP_029957910.1 XP_029957910.1 100 197 0 0 1 197 1 197 2.52e-143 395 WP_261066330.1 WP_261066330.1 100 308 0 0 1 308 1 308 6.39e-215 585 EIN6894283.1 EIN6894283.1 100 56 0 0 1 56 1 56 6.13e-37 115 WP_003976137.1 WP_003976137.1 100 352 0 0 1 352 1 352 1.66e-255 692 WP_003976137.1 WP_138785174.1 27.6 210 124 5 121 317 53 247 3.03e-13 67.4 CAF9903004.1 CAF9903004.1 100 304 0 0 1 304 1 304 8.10e-216 587 WP_028211029.1 WP_028211029.1 100 76 0 0 1 76 1 76 2.83e-44 135 VTR17913.1 VTR17913.1 100 450 0 0 1 450 1 450 0.0 885 VTR17913.1 MCH3963123.1 23.0 226 158 7 178 393 543 762 2.10e-06 48.5 WP_155560674.1 WP_155560674.1 100 410 0 0 1 410 1 410 1.06e-269 733 MCI5849734.1 MCI5849734.1 100 1409 0 0 1 1409 1 1409 0.0 2810 WP_182221967.1 WP_182221967.1 100 157 0 0 1 157 1 157 1.49e-111 311 MBO1682517.1 MBO1682517.1 100 69 0 0 1 69 1 69 8.57e-45 136 KAJ5879340.1 KAJ5879340.1 100 395 0 0 1 395 1 395 4.23e-298 803 MCB1269932.1 MCB1269932.1 100 287 0 0 1 287 1 287 8.80e-216 586 MBF0266635.1 MBF0266635.1 100 503 0 0 1 503 1 503 0.0 996 MBI3145102.1 MBI3145102.1 100 464 0 0 1 464 1 464 0.0 900 MBI3145102.1 AAL18389.1 72.4 395 97 2 77 464 1 390 1.25e-199 557 MBI3145102.1 KAH9272690.1 46.1 115 60 1 2 114 12 126 1.90e-25 99.4 WP_224911464.1 WP_224911464.1 100 338 0 0 1 338 1 338 1.63e-223 610 WP_224911464.1 WP_058051508.1 41.7 319 169 6 11 327 10 313 6.36e-53 176 WP_224911464.1 MBE6257848.1 37.0 332 177 5 1 320 1 312 2.92e-52 174 WP_224911464.1 XP_046509038.1 41.7 48 28 0 221 268 960 1007 5.05e-06 46.6 WP_091131895.1 WP_091131895.1 100 436 0 0 1 436 1 436 1.62e-300 813 WP_076569469.1 WP_076569469.1 100 296 0 0 1 296 1 296 1.20e-213 581 MYM13983.1 MYM13983.1 100 294 0 0 1 294 1 294 1.23e-205 561 WP_124336611.1 WP_124336611.1 100 376 0 0 1 376 1 376 1.61e-281 759 OTI63326.1 OTI63326.1 100 335 0 0 1 335 1 335 6.44e-249 674 WP_033456074.1 WP_033456074.1 100 296 0 0 1 296 1 296 5.37e-201 549 WP_033456074.1 OFZ89526.1 72.8 305 61 3 14 296 118 422 1.60e-143 409 WP_033456074.1 MBT3887354.1 58.6 295 110 3 14 296 27 321 5.55e-113 327 WP_033456074.1 WP_267292626.1 59.5 296 115 3 4 294 217 512 7.81e-106 316 WP_033456074.1 WP_098923619.1 52.7 294 134 3 7 295 125 418 1.56e-91 276 WP_033456074.1 WP_262612393.1 49.2 297 139 4 8 295 131 424 6.08e-78 241 WP_033456074.1 NDI25889.1 44.8 286 140 4 18 288 1 283 2.48e-62 197 WP_033456074.1 KAA0555231.1 32.0 303 189 6 8 294 329 630 2.95e-32 124 WP_033456074.1 KAJ4394429.1 27.8 316 202 5 7 296 199 514 7.30e-26 105 KAJ0179631.1 KAJ0179631.1 100 55 0 0 1 55 1 55 1.86e-33 106 XP_011231611.1 XP_011231611.1 100 344 0 0 1 344 1 344 7.40e-223 608 KAH9773659.1 KAH9773659.1 100 572 0 0 1 572 1 572 0.0 1059 MBG4284514.1 MBG4284514.1 100 337 0 0 1 337 1 337 1.52e-248 673 MBG4284514.1 MBV8815235.1 35.6 354 171 10 5 332 2 324 4.19e-49 166 WP_232923125.1 WP_232923125.1 100 813 0 0 1 813 1 813 0.0 1589 WP_232923125.1 WP_225927241.1 70.3 812 238 2 2 812 20 829 0.0 1135 QJX39053.1 QJX39053.1 100 846 0 0 1 846 1 846 0.0 1659 QJX39053.1 AEO85464.1 71.8 856 220 5 1 845 1 846 0.0 1237 QJX39053.1 AAX97169.1 76.5 340 73 1 506 845 2 334 7.07e-176 508 QJX39053.1 QCI53355.1 69.7 353 95 2 30 370 2 354 9.94e-176 509 QJX39053.1 AEJ33395.1 33.7 900 484 26 24 845 17 881 1.44e-127 402 QJX39053.1 ABG88111.1 63.2 95 34 1 270 364 1 94 2.45e-34 124 XP_047670625.1 XP_047670625.1 100 1579 0 0 1 1579 1 1579 0.0 2895 HIZ23242.1 HIZ23242.1 100 431 0 0 1 431 1 431 2.25e-309 835 HIZ23242.1 MBQ3156222.1 40.9 425 248 2 4 428 2 423 3.15e-102 309 OGP18648.1 OGP18648.1 100 122 0 0 1 122 1 122 2.34e-89 253 YP_009953780.1 YP_009953780.1 100 58 0 0 1 58 1 58 5.79e-36 113 WP_096420503.1 WP_096420503.1 100 230 0 0 1 230 1 230 5.64e-145 402 AIR72471.1 AIR72471.1 100 99 0 0 1 99 1 99 6.35e-74 212 WP_145848873.1 WP_145848873.1 100 191 0 0 1 191 1 191 4.92e-138 381 MCF7808720.1 MCF7808720.1 100 230 0 0 1 230 1 230 3.51e-164 451 MCF7808720.1 WP_215557653.1 45.5 220 120 0 6 225 3 222 1.61e-60 189 MCF7808720.1 MCB0243881.1 40.6 217 129 0 6 222 5 221 1.02e-52 168 MCF7808720.1 MBT4161918.1 38.8 224 137 0 1 224 1 224 2.07e-50 162 MCF7808720.1 MCC6044083.1 40.7 214 126 1 11 224 8 220 1.88e-47 157 MCF7808720.1 WP_250499463.1 37.6 221 137 1 6 225 8 228 4.82e-44 146 MCF7808720.1 WP_140480909.1 38.8 219 122 4 6 222 12 220 1.05e-40 141 MCF7808720.1 MBQ4383193.1 36.4 206 127 2 25 229 23 225 1.93e-35 124 MCF7808720.1 WP_142133210.1 37.9 206 123 5 26 229 26 228 2.42e-35 124 MCF7808720.1 WP_072380563.1 36.5 211 118 6 26 227 17 220 1.40e-32 117 MCF7808720.1 NLW39422.1 25.5 212 144 2 23 229 33 235 7.68e-19 82.0 MCF7808720.1 WP_041710957.1 29.1 79 51 2 147 224 98 172 9.47e-06 44.3 MCR4780139.1 MCR4780139.1 100 376 0 0 1 376 1 376 2.07e-268 726 MCR4780139.1 WP_211746996.1 25.4 299 184 7 6 294 5 274 4.25e-18 83.2 RUM56169.1 RUM56169.1 100 251 0 0 1 251 1 251 2.49e-188 513 RUM56169.1 WP_126376486.1 28.1 242 169 4 14 251 27 267 1.99e-26 102 EXV29885.1 EXV29885.1 100 81 0 0 1 81 1 81 1.44e-55 164 WP_135153154.1 WP_135153154.1 100 326 0 0 1 326 1 326 2.90e-236 641 WP_192272294.1 WP_192272294.1 100 357 0 0 1 357 1 357 3.64e-257 696 WP_192272294.1 WP_212961195.1 37.0 208 110 5 156 349 839 1039 2.33e-29 117 WP_192272294.1 NIK25817.1 28.1 221 129 6 162 354 394 612 4.33e-16 77.8 WP_169034890.1 WP_169034890.1 100 199 0 0 1 199 1 199 9.06e-138 381 MCL2179853.1 MCL2179853.1 100 590 0 0 1 590 1 590 0.0 1020 WP_261610998.1 WP_261610998.1 100 135 0 0 1 135 1 135 1.15e-84 242 GIW75824.1 GIW75824.1 100 123 0 0 1 123 1 123 5.72e-86 244 WP_107605937.1 WP_107605937.1 100 271 0 0 1 271 1 271 3.80e-193 527 WP_204504397.1 WP_204504397.1 100 295 0 0 1 295 1 295 5.89e-209 569 WP_204504397.1 MBP8049567.1 29.4 279 184 5 19 289 2 275 3.36e-29 110 WP_104880153.1 WP_104880153.1 100 484 0 0 1 484 1 484 0.0 964 WP_192819276.1 WP_192819276.1 100 290 0 0 1 290 1 290 5.07e-212 577 MBP3258987.1 MBP3258987.1 100 558 0 0 1 558 1 558 0.0 1101 WP_051799949.1 WP_051799949.1 100 130 0 0 1 130 1 130 2.02e-96 271 WP_080069963.1 WP_080069963.1 100 187 0 0 1 187 1 187 2.36e-152 417 MBM7125960.1 MBM7125960.1 100 260 0 0 1 260 1 260 1.21e-179 492 MBM7125960.1 MBU1183407.1 34.4 250 161 2 11 260 11 257 1.43e-41 141 MBM7125960.1 MCF8709434.1 36.7 196 121 2 5 200 18 210 1.55e-31 115 WP_032902824.1 WP_032902824.1 100 560 0 0 1 560 1 560 0.0 1042 OJZ88794.1 OJZ88794.1 100 65 0 0 1 65 1 65 7.86e-46 138 MCA1602026.1 MCA1602026.1 100 200 0 0 1 200 1 200 1.25e-149 411 WP_254698006.1 WP_254698006.1 100 531 0 0 1 531 1 531 0.0 933 WP_254698006.1 WP_225579579.1 66.3 489 152 1 1 489 15 490 1.42e-207 585 WP_254698006.1 OQA38407.1 48.0 454 207 6 1 430 9 457 1.75e-131 389 WP_254698006.1 WP_253808359.1 47.1 435 217 6 1 429 5 432 3.22e-116 349 WP_254698006.1 PSR02572.1 36.2 279 157 8 19 285 68 337 8.92e-42 151 WP_254698006.1 WP_073201850.1 33.2 268 161 4 25 281 56 316 2.76e-39 144 WP_135625684.1 WP_135625684.1 100 226 0 0 1 226 1 226 4.59e-158 435 MCF6248835.1 MCF6248835.1 100 453 0 0 1 453 1 453 0.0 922 WP_207277556.1 WP_207277556.1 100 661 0 0 1 661 1 661 0.0 1174 QLL42869.1 QLL42869.1 100 229 0 0 1 229 1 229 8.44e-151 417 WP_208891791.1 WP_208891791.1 100 396 0 0 1 396 1 396 1.92e-290 784 NPA60307.1 NPA60307.1 100 136 0 0 1 136 1 136 7.44e-86 245 NUM76802.1 NUM76802.1 100 343 0 0 1 343 1 343 3.64e-259 700 WP_261733022.1 WP_261733022.1 100 765 0 0 1 765 1 765 0.0 1429 WP_261733022.1 TAL20232.1 39.0 400 223 7 244 630 218 609 8.27e-71 242 WP_261733022.1 HAS8246497.1 31.2 573 332 12 198 728 400 952 7.71e-67 237 WP_261733022.1 WP_138482356.1 33.3 426 258 6 230 643 388 799 3.52e-59 214 WP_261733022.1 WP_007356512.1 34.1 443 259 6 233 646 721 1159 3.23e-54 201 WP_261733022.1 EDN57974.1 43.3 233 123 3 254 481 398 626 9.30e-45 172 WP_261733022.1 KFX48203.1 33.5 349 207 6 183 513 603 944 1.50e-43 168 WP_261733022.1 WP_063540919.1 29.5 376 232 11 253 622 489 837 2.73e-34 139 WP_261733022.1 SEP77558.1 36.9 236 142 4 251 483 336 567 1.16e-33 135 WP_261733022.1 WP_232306300.1 28.8 393 234 9 259 622 854 1229 1.30e-32 134 WP_261733022.1 PSQ73325.1 34.8 250 151 6 240 482 596 840 2.35e-31 129 WP_261733022.1 WP_074911472.1 25.1 398 279 11 253 640 792 1180 3.69e-25 110 MCC6153889.1 MCC6153889.1 100 415 0 0 1 415 1 415 2.09e-315 848 MAR11490.1 MAR11490.1 100 200 0 0 1 200 1 200 1.14e-136 379 WP_202390355.1 WP_202390355.1 100 38 0 0 40 77 40 77 2.36e-23 82.8 KFP55735.1 KFP55735.1 100 411 0 0 1 411 1 411 1.38e-302 816 OPZ80214.1 OPZ80214.1 100 274 0 0 1 274 1 274 4.40e-189 517 SDP91455.1 SDP91455.1 100 68 0 0 1 68 1 68 4.80e-46 139 MCA9759546.1 MCA9759546.1 100 246 0 0 1 246 1 246 4.60e-177 484 MCA9759546.1 WP_237907640.1 30.4 224 143 6 7 225 3 218 2.46e-18 81.3 XP_042575628.1 XP_042575628.1 100 176 0 0 1 176 1 176 5.81e-116 324 UTM04871.1 UTM04871.1 100 472 0 0 1 472 1 472 0.0 943 MBE4386870.1 MBE4386870.1 100 409 0 0 1 409 1 409 5.07e-272 738 MBU1949759.1 MBU1949759.1 100 283 0 0 1 283 1 283 1.93e-217 590 WP_209164465.1 WP_209164465.1 100 317 0 0 1 317 1 317 3.39e-235 637 WP_070172067.1 WP_070172067.1 100 665 0 0 1 665 1 665 0.0 1355 WP_070172067.1 WP_014985199.1 49.8 626 307 4 21 642 70 692 1.32e-207 598 WP_070172067.1 NXM52897.1 47.7 396 194 5 16 406 1 388 8.81e-118 360 WP_070172067.1 TMQ05501.1 64.3 28 10 0 21 48 33 60 5.27e-06 42.7 MBC9216850.1 MBC9216850.1 100 93 0 0 1 93 1 93 1.14e-62 183 KAF3157345.1 KAF3157345.1 100 102 0 0 1 102 1 102 2.99e-69 200 WP_243514657.1 WP_243514657.1 100 353 0 0 1 353 1 353 8.90e-256 692 WP_264593810.1 WP_264593810.1 100 460 0 0 1 460 1 460 0.0 912 WP_264593810.1 MBL7151874.1 25.7 416 284 11 45 441 42 451 3.05e-24 103 WP_264593810.1 MBQ2719788.1 27.0 270 164 7 33 269 69 338 4.78e-12 66.2 MCF3649217.1 MCF3649217.1 100 276 0 0 1 276 1 276 7.48e-207 562 WP_260912062.1 WP_260912062.1 100 82 0 0 1 82 1 82 8.87e-64 185 MBV38818.1 MBV38818.1 100 413 0 0 1 413 1 413 8.23e-296 799 CDX26094.1 CDX26094.1 100 338 0 0 1 338 1 338 7.23e-227 618 CDX26094.1 WP_279008479.1 40.2 306 173 5 25 327 9 307 1.20e-57 187 CDX26094.1 KQN49849.1 31.8 305 190 6 35 333 15 307 2.07e-34 127 CDX26094.1 WP_105447015.1 44.0 150 84 0 183 332 242 391 2.89e-28 111 CDX26094.1 WP_023828789.1 36.2 152 96 1 182 332 260 411 6.49e-18 82.4 EPS65972.1 EPS65972.1 100 85 0 0 1 85 1 85 2.09e-50 151 MCF7845821.1 MCF7845821.1 100 53 0 0 1 53 1 53 4.12e-16 62.8 MCA9273490.1 MCA9273490.1 100 336 0 0 1 336 1 336 2.56e-260 702 WP_165007860.1 WP_165007860.1 100 229 0 0 1 229 1 229 2.10e-160 441 WP_084119994.1 WP_084119994.1 100 323 0 0 1 323 1 323 6.31e-234 635 WP_084119994.1 HBX8004802.1 35.6 104 66 1 4 107 15 117 6.29e-11 60.8 WP_139266533.1 WP_139266533.1 100 116 0 0 1 116 1 116 3.15e-82 234 PHS07087.1 PHS07087.1 100 470 0 0 1 470 1 470 0.0 941 CAB4375794.1 CAB4375794.1 100 155 0 0 1 155 1 155 3.12e-103 290 QLT57385.1 QLT57385.1 100 105 0 0 1 105 1 105 1.51e-77 221 MBL8001378.1 MBL8001378.1 100 135 0 0 1 135 1 135 5.70e-94 265 KAJ7390332.1 KAJ7390332.1 100 353 0 0 1 353 1 353 2.43e-177 494 KIO14952.1 KIO14952.1 100 53 0 0 1 53 1 53 6.64e-33 105 QHV87229.1 QHV87229.1 100 434 0 0 1 434 1 434 1.36e-319 861 WP_281350185.1 WP_281350185.1 100 115 0 0 1 115 1 115 1.69e-81 232 WP_254090314.1 WP_254090314.1 100 232 0 0 1 232 1 232 2.04e-173 474 WP_100659968.1 WP_100659968.1 100 401 0 0 1 401 1 401 7.45e-286 773 QTW92269.1 QTW92269.1 100 406 0 0 1 406 1 406 3.77e-277 751 KAJ1419147.1 KAJ1419147.1 100 282 0 0 1 282 1 282 8.74e-209 568 KAF1839740.1 KAF1839740.1 100 222 0 0 1 222 1 222 5.04e-169 462 BDY11310.1 BDY11310.1 100 82 0 0 1 82 1 82 4.24e-62 181 XP_048216280.1 XP_048216280.1 100 421 0 0 1 421 1 421 1.34e-305 824 XP_048216280.1 XP_030620685.1 36.1 291 175 4 4 293 80 360 1.50e-54 185 XP_048216280.1 XP_046441060.1 33.2 280 167 8 20 296 61 323 1.17e-39 149 XP_048216280.1 XP_020321477.1 33.0 279 169 8 20 296 53 315 1.36e-39 149 XP_048216280.1 KAG1590416.1 33.5 272 155 6 24 288 84 336 1.03e-37 139 XP_048216280.1 XP_029528577.1 35.5 256 146 5 25 277 35 274 2.18e-37 137 XP_048216280.1 XP_019384620.1 32.2 270 163 6 26 286 21 279 1.69e-36 140 XP_048216280.1 XP_051566275.1 31.8 283 178 5 6 286 1228 1497 3.88e-36 139 XP_048216280.1 RQM16216.1 33.2 256 154 6 24 277 407 647 2.41e-34 134 XP_048216280.1 KAH6984898.1 27.7 321 188 5 9 289 14 330 8.09e-32 126 XP_048216280.1 XP_048379117.1 31.1 280 170 8 24 295 261 525 2.18e-31 124 XP_048216280.1 KZT58963.1 29.4 282 170 7 23 290 1081 1347 9.60e-27 111 WP_084290175.1 WP_084290175.1 100 116 0 0 1 116 1 116 4.47e-82 234 XP_047379458.1 XP_047379458.1 100 545 0 0 1 545 1 545 0.0 1080 XP_047379458.1 WP_135820337.1 27.0 300 196 10 18 296 330 627 7.65e-27 113 YP_009745171.1 YP_009745171.1 100 92 0 0 1 92 1 92 6.38e-64 186 YP_009745171.1 UOA67814.1 59.6 94 36 1 1 92 1 94 9.50e-37 117 WP_276509439.1 WP_276509439.1 100 242 0 0 1 242 1 242 1.32e-174 478 MCQ2612024.1 MCQ2612024.1 100 320 0 0 1 320 1 320 6.08e-235 637 MCQ2612024.1 WP_014407515.1 33.3 294 163 10 9 293 7 276 9.75e-37 132 MCQ2612024.1 MBK9183427.1 28.6 283 187 8 9 285 12 285 1.84e-25 102 MCQ2612024.1 WP_126136917.1 26.9 286 185 12 9 288 12 279 1.13e-13 68.6 WP_242719345.1 WP_242719345.1 100 482 0 0 1 482 1 482 0.0 910 MBU2333720.1 MBU2333720.1 100 411 0 0 1 411 1 411 1.73e-296 800 HBF5910189.1 HBF5910189.1 100 135 0 0 1 135 1 135 9.47e-93 262 WP_070276216.1 WP_070276216.1 100 685 0 0 1 685 1 685 0.0 1216 WP_244305237.1 WP_244305237.1 100 191 0 0 1 191 1 191 8.09e-128 355 WP_161020167.1 WP_161020167.1 100 630 0 0 1 630 1 630 0.0 1231 HBZ7417361.1 HBZ7417361.1 100 283 0 0 1 283 1 283 9.45e-209 568 HBZ7417361.1 MCM6312373.1 98.6 283 4 0 1 283 276 558 1.42e-201 560 HBZ7417361.1 HBS0905846.1 98.2 283 5 0 1 283 276 558 1.16e-200 558 HBZ7417361.1 WP_280015341.1 45.9 279 147 2 3 278 286 563 4.44e-74 235 MBV8166774.1 MBV8166774.1 100 206 0 0 1 206 1 206 7.99e-140 387 WP_013845913.1 WP_013845913.1 100 249 0 0 1 249 1 249 4.57e-174 477 WP_013845913.1 WP_031940100.1 31.7 240 154 4 9 240 13 250 6.55e-25 97.8 WP_013845913.1 WP_062917436.1 37.8 201 110 7 1 194 1 193 2.77e-22 90.9 WP_013845913.1 WP_273849839.1 31.9 238 146 4 7 231 7 241 6.47e-22 89.7 WP_013845913.1 MAN53906.1 27.8 216 155 1 1 216 1 215 9.76e-18 79.0 WP_013845913.1 WP_251593142.1 30.2 189 128 2 4 192 5 189 1.26e-13 67.0 WP_013845913.1 KAI0154282.1 27.4 197 128 7 4 189 8 200 2.63e-08 51.6 MCH8147627.1 MCH8147627.1 100 52 0 0 1 52 1 52 6.42e-35 110 KAF4336989.1 KAF4336989.1 100 241 0 0 1 241 1 241 7.43e-185 504 KAF4336989.1 WP_112473496.1 35.4 164 67 6 6 164 4 133 1.15e-21 87.4 WP_104981358.1 WP_104981358.1 100 383 0 0 1 383 1 383 1.63e-289 780 WP_013102579.1 WP_013102579.1 100 176 0 0 1 176 1 176 1.62e-131 363 XP_024747977.1 XP_024747977.1 100 198 0 0 1 198 1 198 4.36e-149 410 NDF13247.1 NDF13247.1 100 90 0 0 1 90 1 90 2.34e-65 189 WP_162783004.1 WP_162783004.1 100 881 0 0 1 881 1 881 0.0 1674 ARR91819.1 ARR91819.1 100 307 0 0 1 307 1 307 9.39e-212 577 ARR91819.1 AFJ09957.1 87.3 307 38 1 1 307 1 306 9.31e-196 541 ARR91819.1 BAO11608.1 86.0 307 42 1 1 307 1 306 1.06e-195 538 ARR91819.1 BAO23243.1 85.7 307 43 1 1 307 1 306 5.81e-194 534 ARR91819.1 ACH90072.1 85.0 307 45 1 1 307 29 334 1.56e-193 534 ARR91819.1 ACY29573.1 85.3 306 44 1 1 306 1 305 1.59e-192 534 ARR91819.1 AVA00513.1 84.4 307 47 1 1 307 1 306 6.80e-192 528 ARR91819.1 QWY38042.1 85.0 306 45 1 1 306 1 305 3.05e-191 529 ARR91819.1 AFV39595.1 85.9 306 42 1 1 306 54 358 8.27e-185 534 ARR91819.1 AOW33101.1 85.2 290 42 1 17 306 1 289 2.40e-180 498 ARR91819.1 AOW36968.1 80.8 291 55 1 17 307 1 290 1.69e-172 479 ARR91819.1 ACV16867.1 96.3 188 7 0 120 307 20 207 2.57e-131 374 ARR91819.1 ADB27070.1 94.1 170 10 0 138 307 1 170 9.72e-117 333 ARR91819.1 ABJ92889.1 81.3 96 18 0 4 99 1 96 3.00e-56 175 MCS6948286.1 MCS6948286.1 100 360 0 0 1 360 1 360 7.29e-254 688 WP_194235048.1 WP_194235048.1 100 91 0 0 1 91 1 91 6.16e-66 191 MBO5878101.1 MBO5878101.1 100 129 0 0 1 129 1 129 2.88e-91 258 WP_063316698.1 WP_063316698.1 100 227 0 0 1 227 1 227 2.64e-153 423 WP_063316698.1 RQD71026.1 31.2 93 63 1 52 143 35 127 3.38e-05 42.0 HBC6813009.1 HBC6813009.1 100 183 0 0 1 183 1 183 3.50e-134 371 PKU40490.1 PKU40490.1 100 214 0 0 1 214 1 214 1.75e-156 430 PKU40490.1 XP_020321477.1 53.2 188 86 2 14 201 51 236 5.73e-59 196 PKU40490.1 XP_046441060.1 50.0 188 92 2 14 201 59 244 5.19e-58 194 PKU40490.1 XP_030620685.1 30.9 217 142 5 1 213 81 293 1.96e-29 111 WP_254144300.1 WP_254144300.1 100 505 0 0 1 505 1 505 0.0 955 CAD6897702.1 CAD6897702.1 100 57 0 0 1 57 1 57 3.03e-33 106 MBC7757407.1 MBC7757407.1 100 267 0 0 1 267 1 267 1.38e-193 528 TDL20017.1 TDL20017.1 100 385 0 0 1 385 1 385 1.06e-286 773 WP_115513761.1 WP_115513761.1 100 221 0 0 1 221 1 221 2.03e-154 425 WP_145031602.1 WP_145031602.1 100 564 0 0 1 564 1 564 0.0 1158 WP_145031602.1 NOU36639.1 58.5 549 220 4 13 559 3 545 4.92e-236 659 WP_145031602.1 XP_045807497.1 45.9 538 268 9 31 559 258 781 1.23e-151 452 REJ18923.1 REJ18923.1 100 157 0 0 1 157 1 157 1.95e-107 301 MBB3008158.1 MBB3008158.1 100 446 0 0 1 446 1 446 0.0 915 MBB3008158.1 WP_070714099.1 55.1 450 188 5 2 445 17 458 2.80e-173 492 MBB3008158.1 PPU99279.1 43.9 467 225 12 2 446 20 471 4.55e-112 336 MBB3008158.1 WP_215493005.1 37.8 484 247 17 1 443 19 489 2.41e-92 286 EAV4122193.1 EAV4122193.1 100 289 0 0 1 289 1 289 3.07e-192 526 EAV4122193.1 WP_140843904.1 29.0 131 88 2 153 283 191 316 2.90e-07 49.3 WP_246884968.1 WP_246884968.1 100 543 0 0 1 543 1 543 0.0 931 MBP6505074.1 MBP6505074.1 100 394 0 0 1 394 1 394 1.80e-278 753 MBP6505074.1 CAP00477.1 35.9 393 227 4 2 390 4 375 1.14e-77 243 AEL09906.1 AEL09906.1 100 86 0 0 1 86 1 86 2.31e-61 179 WP_260467581.1 WP_260467581.1 100 204 0 0 1 204 1 204 5.63e-139 385 MBE7554905.1 MBE7554905.1 100 338 0 0 1 338 1 338 4.45e-237 644 MBE7554905.1 WP_047721562.1 43.4 332 185 2 5 335 8 337 2.86e-75 233 MBE7554905.1 AHG02917.1 32.6 337 195 2 1 334 1 308 1.78e-54 179 MBE7554905.1 MBX7055839.1 31.9 348 189 7 5 335 8 324 6.10e-51 170 MBE7554905.1 WP_239280620.1 32.3 319 193 5 20 338 26 321 3.73e-42 147 MBE7554905.1 WP_149656427.1 31.8 336 215 6 1 335 1 323 8.66e-40 141 MBE7554905.1 KQB14740.1 31.4 306 191 6 33 336 38 326 7.42e-37 133 MBE7554905.1 KAB2860347.1 46.1 115 62 0 221 335 1 115 5.98e-27 101 CAH7718754.1 CAH7718754.1 100 87 0 0 1 87 1 87 7.74e-56 165 CAH7718754.1 XP_055059894.1 46.2 65 35 0 1 65 61 125 1.41e-15 68.2 XP_054539312.1 XP_054539312.1 100 1839 0 0 1 1839 1 1839 0.0 1995 WP_010443651.1 WP_010443651.1 100 240 0 0 1 240 1 240 1.04e-170 468 WP_010443651.1 WP_110035452.1 39.9 233 133 2 3 235 7 232 4.19e-55 175 WP_010443651.1 WP_108024271.1 36.9 241 145 4 5 238 10 250 2.45e-45 150 WP_010443651.1 WP_273849839.1 35.3 252 141 6 3 235 7 255 2.97e-29 108 WP_010443651.1 WP_183882442.1 33.0 203 126 3 3 195 7 209 1.62e-26 101 WP_010443651.1 KAG2346037.1 33.9 254 145 6 3 235 14 265 1.18e-25 99.8 WP_010443651.1 WP_138597401.1 29.5 241 159 4 3 235 4 241 8.26e-22 89.0 WP_010443651.1 WP_077093245.1 33.5 191 114 2 3 180 9 199 1.77e-21 89.4 WP_010443651.1 XP_007206475.1 28.4 250 152 6 4 235 19 259 2.42e-20 85.5 NNK90694.1 NNK90694.1 100 78 0 0 1 78 1 78 7.62e-52 154 MCI0339177.1 MCI0339177.1 100 259 0 0 1 259 1 259 7.35e-185 505 ETP52929.1 ETP52929.1 100 118 0 0 1 118 1 118 1.01e-79 228 KAI9354912.1 KAI9354912.1 100 1049 0 0 1 1049 1 1049 0.0 1843 MBV8846188.1 MBV8846188.1 100 245 0 0 1 245 1 245 3.50e-176 482 WP_075555721.1 WP_075555721.1 100 227 0 0 1 227 1 227 4.25e-159 437 MBR0168732.1 MBR0168732.1 100 296 0 0 1 296 1 296 2.01e-221 601 WP_159020823.1 WP_159020823.1 100 305 0 0 1 305 1 305 4.09e-230 624 ROV93981.1 ROV93981.1 100 289 0 0 1 289 1 289 9.59e-196 535 WP_160324393.1 WP_160324393.1 100 345 0 0 1 345 1 345 2.49e-267 721 WP_280604208.1 WP_280604208.1 100 615 0 0 1 615 1 615 0.0 1231 WP_141769780.1 WP_141769780.1 100 117 0 0 1 117 1 117 3.39e-73 211 XP_022467441.1 XP_022467441.1 100 97 0 0 1 97 1 97 5.74e-67 194 KAH6575376.1 KAH6575376.1 100 447 0 0 1 447 1 447 0.0 923 KAH6575376.1 XP_051566275.1 30.3 122 74 5 289 403 1335 1452 1.31e-06 49.3 RDE30147.1 RDE30147.1 100 479 0 0 1 479 1 479 0.0 932 RDE30147.1 WP_000877275.1 25.5 321 201 7 178 479 218 519 4.11e-24 103 RDE30147.1 WP_111953219.1 30.8 221 109 4 301 477 374 594 3.08e-20 92.0 MBS07042.1 MBS07042.1 100 443 0 0 1 443 1 443 7.48e-305 824 MBR0185573.1 MBR0185573.1 100 629 0 0 1 629 1 629 0.0 1184 MBR0185573.1 WP_137692307.1 26.0 400 214 12 244 628 58 390 3.72e-19 89.4 MBR0185573.1 MSO98652.1 25.8 225 109 8 142 357 35 210 2.07e-04 41.6 MBR6873642.1 MBR6873642.1 100 1120 0 0 1 1120 1 1120 0.0 2154 KAH8674414.1 KAH8674414.1 100 293 0 0 1 293 1 293 1.31e-220 598 KAI5122644.1 KAI5122644.1 100 1265 0 0 1 1265 1 1265 0.0 2377 KAI5122644.1 WP_015615815.1 29.8 866 507 27 373 1210 14 806 2.05e-85 296 KAI5122644.1 WP_015919400.1 28.0 774 451 20 469 1213 92 788 3.30e-63 229 KAI5122644.1 MBL8638832.1 27.0 857 548 26 373 1198 58 867 2.13e-61 226 KAI5122644.1 MCJ7548546.1 28.2 763 461 25 373 1108 17 719 7.14e-60 218 KAI5122644.1 KZV11597.1 21.9 763 512 26 475 1195 88 808 6.86e-22 100 WP_255657001.1 WP_255657001.1 100 301 0 0 1 301 1 301 4.15e-212 578 WP_255657001.1 WP_190032834.1 31.8 286 186 4 8 292 10 287 3.02e-25 100 WP_255657001.1 WP_099723413.1 30.7 280 180 5 4 282 8 274 3.18e-24 97.8 WP_255657001.1 WP_029579419.1 38.7 186 113 1 4 188 6 191 2.72e-23 95.5 WP_208427233.1 WP_208427233.1 100 303 0 0 1 303 1 303 1.60e-226 614 WP_208427233.1 WP_046325749.1 37.6 287 163 6 4 276 5 289 2.98e-52 176 WP_208427233.1 WP_013571875.1 38.0 295 160 8 3 279 5 294 1.40e-48 167 WP_208427233.1 WP_057479385.1 38.0 287 157 8 3 272 13 295 2.11e-46 161 MBP1765367.1 MBP1765367.1 100 485 0 0 1 485 1 485 0.0 973 MBP1765367.1 WP_014772780.1 54.0 476 213 3 4 477 31 502 1.00e-180 522 MCJ8744353.1 MCJ8744353.1 100 705 0 0 1 705 1 705 0.0 1299 WP_235697519.1 WP_235697519.1 100 388 0 0 1 388 1 388 2.18e-276 748 WP_203101196.1 WP_203101196.1 100 336 0 0 1 336 1 336 4.32e-243 659 WP_081197627.1 WP_081197627.1 100 317 0 0 1 317 1 317 4.61e-233 632 AGL88086.1 AGL88086.1 100 290 0 0 1 290 1 290 8.51e-195 533 AGL88086.1 WP_249991478.1 33.7 288 167 11 20 288 48 330 1.35e-34 126 AGL88086.1 EIU6828535.1 30.9 291 181 6 12 285 35 322 1.84e-29 112 AGL88086.1 WP_097346712.1 31.1 270 172 5 29 284 390 659 6.08e-29 114 AGL88086.1 AHK46784.1 32.3 288 165 6 25 284 36 321 3.43e-27 106 AGL88086.1 WP_158131988.1 29.4 269 176 4 29 283 390 658 4.17e-25 103 AGL88086.1 EAP5059555.1 26.3 281 184 7 26 285 79 357 4.85e-17 78.6 KAI2507414.1 KAI2507414.1 100 237 0 0 1 237 1 237 7.09e-172 471 WP_278243902.1 WP_278243902.1 100 366 0 0 1 366 1 366 1.57e-267 723 WP_278243902.1 WP_081851094.1 33.3 117 71 3 195 306 198 312 2.32e-05 44.3 WP_195519891.1 WP_195519891.1 100 277 0 0 1 277 1 277 4.96e-192 525 WP_267857086.1 WP_267857086.1 100 377 0 0 1 377 1 377 7.27e-274 740 SDT73851.1 SDT73851.1 100 232 0 0 1 232 1 232 7.36e-167 457 MCI8905996.1 MCI8905996.1 100 124 0 0 1 124 1 124 1.02e-84 241 MBE5853476.1 MBE5853476.1 100 167 0 0 1 167 1 167 2.33e-122 340 WP_187666598.1 WP_187666598.1 100 259 0 0 1 259 1 259 5.62e-189 516 RYY73542.1 RYY73542.1 100 381 0 0 1 381 1 381 3.37e-281 759 RYY73542.1 MBI1189702.1 46.5 374 186 6 10 381 1 362 1.50e-101 303 RYY73542.1 MCK9252526.1 41.6 373 217 1 6 377 14 386 2.61e-96 291 RYY73542.1 EFX2174330.1 42.0 81 47 0 79 159 65 145 2.68e-11 62.4 RYY73542.1 WP_223413240.1 35.8 81 52 0 79 159 66 146 5.42e-07 49.3 RYY73542.1 WP_266179881.1 33.3 81 54 0 79 159 66 146 9.36e-06 45.4 MBO7740928.1 MBO7740928.1 100 195 0 0 1 195 1 195 1.25e-142 393 EEW1536683.1 EEW1536683.1 100 1246 0 0 1 1246 1 1246 0.0 2616 EEW1536683.1 EHZ4862226.1 90.5 1246 118 0 1 1246 1 1246 0.0 2409 MBM6691367.1 MBM6691367.1 100 88 0 0 1 88 1 88 6.78e-64 186 MBM6691367.1 WP_044489505.1 47.1 87 45 1 1 87 99 184 1.26e-21 84.3 KAH8103951.1 KAH8103951.1 100 606 0 0 1 606 1 606 0.0 1082 CAE8618269.1 CAE8618269.1 100 575 0 0 1 575 1 575 0.0 1068 KAI6823133.1 KAI6823133.1 100 322 0 0 1 322 1 322 1.84e-221 603 NLU38508.1 NLU38508.1 100 772 0 0 1 772 1 772 0.0 1521 HCE3964987.1 HCE3964987.1 100 85 0 0 1 85 1 85 3.34e-47 143 NBR20456.1 NBR20456.1 100 271 0 0 1 271 1 271 2.79e-195 533 TIW64311.1 TIW64311.1 100 42 0 0 1 42 1 42 6.08e-29 94.4 KJS71365.1 KJS71365.1 100 156 0 0 1 156 1 156 1.13e-101 286 EFS21643.1 EFS21643.1 100 172 0 0 1 172 1 172 2.81e-121 337 GHU06330.1 GHU06330.1 100 1778 0 0 1 1778 1 1778 0.0 3369 UXH94526.1 UXH94526.1 100 4401 0 0 1 4401 1 4401 0.0 8646 UXH94526.1 ULA23837.2 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UXH94526.1 UIR12670.1 99.9 4397 3 0 1 4397 1 4397 0.0 8635 UXH94526.1 UPA83906.1 99.8 4397 7 0 1 4397 1 4397 0.0 8624 UXH94526.1 UMF87224.1 99.4 4397 27 0 1 4397 1 4397 0.0 8623 UXH94526.1 QTD03487.1 99.6 4405 14 2 1 4401 1 4405 0.0 8617 UXH94526.1 QXR94354.1 99.6 4402 15 1 1 4401 1 4402 0.0 8616 UXH94526.1 UPP41269.1 99.6 4402 16 1 1 4401 1 4402 0.0 8616 UXH94526.1 QTM79632.1 99.6 4402 18 1 1 4401 1 4402 0.0 8615 UXH94526.1 USR14792.1 99.6 4402 17 1 1 4401 1 4402 0.0 8613 UXH94526.1 UZO53924.1 99.7 4398 14 1 1 4397 1 4398 0.0 8613 UXH94526.1 QWC83326.1 99.7 4401 11 2 1 4397 1 4401 0.0 8611 UXH94526.1 UVB16817.1 99.7 4398 14 1 1 4397 1 4398 0.0 8611 UXH94526.1 QTZ27226.1 99.5 4402 20 1 1 4401 1 4402 0.0 8610 UXH94526.1 QVD87869.1 99.7 4398 14 1 1 4397 1 4398 0.0 8610 UXH94526.1 URQ55824.1 99.6 4398 15 1 1 4397 1 4398 0.0 8610 UXH94526.1 QSZ25555.1 99.6 4401 13 2 1 4397 1 4401 0.0 8609 UXH94526.1 UFM00670.1 99.5 4405 17 2 1 4401 1 4405 0.0 8608 UXH94526.1 WEU87158.1 99.6 4401 13 2 1 4397 1 4401 0.0 8606 UXH94526.1 UKU68032.1 99.6 4401 19 0 1 4401 1 4401 0.0 8606 UXH94526.1 UEC68750.1 99.5 4405 17 2 1 4401 1 4405 0.0 8605 UXH94526.1 UBP50947.1 99.6 4401 14 2 1 4397 1 4401 0.0 8604 UXH94526.1 QZU16279.1 99.6 4401 14 2 1 4397 1 4401 0.0 8604 UXH94526.1 UBD95131.1 99.6 4401 14 2 1 4397 1 4401 0.0 8603 UXH94526.1 UHM53165.1 99.5 4405 17 2 1 4401 1 4405 0.0 8603 UXH94526.1 UFM02602.1 99.5 4405 17 2 1 4401 1 4405 0.0 8602 UXH94526.1 UBL45068.1 99.5 4405 17 2 1 4401 1 4405 0.0 8600 UXH94526.1 UEC52718.1 99.5 4401 18 2 1 4397 1 4401 0.0 8594 UXH94526.1 UKN67998.1 99.9 4377 4 0 21 4397 1 4377 0.0 8594 UXH94526.1 UBR86455.1 98.3 4400 69 2 2 4397 1 4400 0.0 8474 UXH94526.1 UXX67934.1 98.1 4398 81 1 1 4397 1 4398 0.0 8452 UXH94526.1 UJV88611.1 97.9 4401 91 0 1 4401 1 4401 0.0 8443 UXH94526.1 UCP77012.1 97.9 4401 87 2 1 4397 1 4401 0.0 8434 UXH94526.1 UJJ97602.1 97.8 4401 97 0 1 4401 1 4401 0.0 8427 UXH94526.1 UCP72061.1 97.9 4401 90 2 1 4397 1 4401 0.0 8424 UXH94526.1 UOU30556.1 97.9 4398 92 1 1 4397 1 4398 0.0 8415 UXH94526.1 UAQ80067.1 97.7 4401 96 2 1 4397 1 4401 0.0 8413 UXH94526.1 UGA79226.1 97.1 4401 122 2 1 4397 1 4401 0.0 8346 UXH94526.1 UJS94137.1 99.0 4296 45 0 106 4401 1 4296 0.0 8335 UXH94526.1 ULB83374.1 96.7 4401 145 0 1 4401 1 4401 0.0 8308 UXH94526.1 WHE12941.1 97.1 4372 125 1 27 4397 1 4372 0.0 8300 UXH94526.1 UVI10561.1 96.0 4371 172 1 28 4397 1 4371 0.0 8186 UXH94526.1 UGB98301.1 94.1 4405 255 2 1 4401 1 4405 0.0 8035 UXH94526.1 UJT06733.1 94.2 4397 253 0 1 4397 1 4397 0.0 8018 UXH94526.1 QRX02582.1 99.6 4098 11 2 1 4094 1 4098 0.0 7993 UXH94526.1 UMA88644.1 92.6 4376 326 0 22 4397 1 4376 0.0 7825 UXH94526.1 UFA30503.1 93.2 4340 289 2 27 4362 1 4340 0.0 7817 UXH94526.1 WGP70063.1 92.2 4369 336 2 1 4365 1 4369 0.0 7764 UXH94526.1 WEI27974.1 91.2 4402 387 1 1 4401 1 4402 0.0 7732 UXH94526.1 UNI03201.1 91.4 4378 372 2 27 4401 1 4378 0.0 7712 UXH94526.1 WGP98278.1 88.6 4364 494 2 1 4360 1 4364 0.0 7373 UXH94526.1 UEX07109.1 87.8 4379 530 2 27 4401 1 4379 0.0 7350 UXH94526.1 WAS49087.1 84.7 4398 671 1 1 4397 1 4398 0.0 7003 UXH94526.1 URP80785.1 82.7 4375 754 1 28 4401 1 4375 0.0 6786 UXH94526.1 UYE49180.1 77.1 4402 1006 1 1 4401 1 4402 0.0 6226 UXH94526.1 UPB00876.1 76.5 4375 1028 1 28 4401 1 4375 0.0 6175 UXH94526.1 WGQ72821.1 67.4 4344 1410 2 26 4365 1 4344 0.0 5118 EDX9534630.1 EDX9534630.1 100 80 0 0 1 80 1 80 8.08e-57 167 WP_258143355.1 WP_258143355.1 100 167 0 0 1 167 1 167 4.03e-123 342 WP_248050568.1 WP_248050568.1 100 403 0 0 1 403 1 403 2.15e-270 734 DAR19459.1 DAR19459.1 100 107 0 0 1 107 1 107 4.84e-75 215 MBT4710545.1 MBT4710545.1 100 457 0 0 1 457 1 457 0.0 905 MBT4710545.1 MBP6375542.1 48.8 445 218 5 1 441 1 439 5.55e-142 412 MBT4710545.1 WP_258835625.1 47.4 447 225 6 1 441 1 443 2.25e-130 383 MBT4710545.1 PWM49891.1 37.1 448 262 8 1 440 1 436 8.12e-90 278 MBT4710545.1 WP_249505358.1 35.0 449 270 8 3 441 2 438 7.76e-83 260 WP_232634591.1 WP_232634591.1 100 942 0 0 1 942 1 942 0.0 1743 WP_103961312.1 WP_103961312.1 100 544 0 0 1 544 1 544 0.0 1035 PZP36069.1 PZP36069.1 100 386 0 0 1 386 1 386 3.17e-268 727 MCJ7770831.1 MCJ7770831.1 100 359 0 0 1 359 1 359 5.17e-258 699 CAG2229172.1 CAG2229172.1 100 223 0 0 1 223 1 223 2.49e-165 453 MBU1183407.1 MBU1183407.1 100 257 0 0 1 257 1 257 2.46e-182 499 MBU1183407.1 MBM7125960.1 34.4 250 161 2 11 257 11 260 9.14e-43 144 PJI44171.1 PJI44171.1 100 66 0 0 1 66 1 66 5.14e-38 119 WP_091735241.1 WP_091735241.1 100 223 0 0 1 223 1 223 1.94e-153 423 WP_091735241.1 WP_176572922.1 55.6 216 95 1 4 218 6 221 3.84e-71 214 WP_214524166.1 WP_214524166.1 100 411 0 0 1 411 1 411 4.55e-292 789 VTM75314.1 VTM75314.1 100 339 0 0 1 339 1 339 2.94e-247 670 XP_021694973.1 XP_021694973.1 100 230 0 0 1 230 1 230 8.73e-149 412 WP_250464711.1 WP_250464711.1 100 586 0 0 1 586 1 586 0.0 1202 WP_250464711.1 HAV1793262.1 39.3 542 320 7 43 580 20 556 4.04e-133 398 WP_250464711.1 MBY7869037.1 23.1 528 333 15 52 518 5 520 1.10e-25 110 WP_189524079.1 WP_189524079.1 100 407 0 0 1 407 1 407 5.65e-284 768 MBR7675499.1 MBR7675499.1 100 1530 0 0 1 1530 1 1530 0.0 2986 XP_013757696.1 XP_013757696.1 100 1275 0 0 1 1275 1 1275 0.0 2393 WP_200198809.1 WP_200198809.1 100 425 0 0 1 425 1 425 8.93e-297 802 WP_200198809.1 RIX75659.1 60.6 426 155 3 10 422 21 446 4.04e-157 449 WP_200198809.1 WP_038052668.1 39.6 414 241 4 11 422 10 416 8.58e-83 258 WP_200198809.1 XP_052534275.1 38.0 400 191 7 78 422 205 602 2.92e-57 196 KAF4593247.1 KAF4593247.1 100 770 0 0 1 770 1 770 0.0 1508 WP_203995341.1 WP_203995341.1 100 339 0 0 1 339 1 339 4.01e-245 664 WP_203995341.1 MBS1208135.1 35.3 292 167 9 46 326 45 325 5.60e-46 157 XP_040614072.1 XP_040614072.1 100 618 0 0 1 618 1 618 0.0 1227 XP_040614072.1 KAI9774712.1 28.4 155 90 5 463 601 122 271 2.72e-07 52.0 WP_151465610.1 WP_151465610.1 100 91 0 0 1 91 1 91 4.71e-61 179 MBD5437993.1 MBD5437993.1 100 322 0 0 1 322 1 322 9.67e-233 632 WP_055062962.1 WP_055062962.1 100 505 0 0 1 505 1 505 0.0 989 NEE34914.1 NEE34914.1 100 416 0 0 1 416 1 416 2.80e-284 770 WP_277627940.1 WP_277627940.1 100 328 0 0 1 328 1 328 1.40e-244 662 XP_049747270.1 XP_049747270.1 100 313 0 0 1 313 1 313 1.54e-229 623 XP_049747270.1 XP_046298169.1 55.9 299 131 1 10 307 10 308 5.74e-118 340 XP_049747270.1 XP_002688837.2 33.9 298 194 2 13 309 11 306 2.55e-51 170 XP_049747270.1 XP_012889676.1 32.8 299 189 4 13 306 11 302 1.20e-43 150 XP_049747270.1 XP_042531659.1 32.0 294 191 5 13 302 11 299 5.88e-41 143 XP_049747270.1 XP_034290446.1 31.1 305 193 7 5 301 5 300 1.56e-40 142 XP_049747270.1 XP_054446685.1 29.7 293 199 3 13 302 9 297 1.72e-39 139 XP_049747270.1 AAR19565.1 33.2 187 124 1 68 253 3 189 1.50e-27 105 GJC78212.1 GJC78212.1 100 569 0 0 1 569 1 569 0.0 1164 GJC78212.1 TNE33066.1 27.3 512 290 19 58 540 58 516 2.07e-32 129 WP_259665259.1 WP_259665259.1 100 175 0 0 1 175 1 175 5.43e-125 347 VIP11815.1 VIP11815.1 100 410 0 0 1 410 1 410 1.51e-310 836 NNJ03433.1 NNJ03433.1 100 587 0 0 1 587 1 587 0.0 1214 WP_251841748.1 WP_251841748.1 100 152 0 0 1 152 1 152 2.22e-106 298 CAF1124877.1 CAF1124877.1 100 164 0 0 1 164 1 164 1.37e-26 97.1 WP_081845076.1 WP_081845076.1 100 766 0 0 1 766 1 766 0.0 1561 WP_081845076.1 WP_041302673.1 34.9 737 440 14 40 760 12 724 7.64e-131 404 WP_081845076.1 WP_220281278.1 23.7 739 463 28 43 714 67 771 3.97e-32 132 WP_081845076.1 HAL7851047.1 25.3 589 360 21 179 717 47 605 9.64e-26 111 XP_019256258.1 XP_019256258.1 100 262 0 0 1 262 1 262 2.58e-191 522 GBM64226.1 GBM64226.1 100 176 0 0 1 176 1 176 2.04e-125 348 EJG3313804.1 EJG3313804.1 100 477 0 0 1 477 1 477 0.0 961 EJG3313804.1 WP_246003214.1 23.5 405 289 11 33 435 45 430 9.71e-21 93.6 EJG3313804.1 XP_052525039.1 24.1 316 206 12 154 451 276 575 6.86e-07 50.1 EJG3313804.1 NDJ88951.1 21.5 381 256 13 83 439 98 459 1.45e-06 48.9 EJG3313804.1 WP_254101325.1 21.8 377 244 16 90 445 201 547 1.88e-05 45.4 CAI0451207.1 CAI0451207.1 100 1530 0 0 1 1530 1 1530 0.0 2685 WP_259407579.1 WP_259407579.1 100 222 0 0 1 222 1 222 7.33e-153 421 WP_259407579.1 MCF7886260.1 31.5 92 59 2 131 218 87 178 6.24e-08 49.3 KAJ9247365.1 KAJ9247365.1 100 331 0 0 1 331 1 331 2.99e-261 704 MBE0669914.1 MBE0669914.1 100 313 0 0 1 313 1 313 6.73e-224 608 MBE0669914.1 MCI4325574.1 45.5 308 167 1 4 310 8 315 1.41e-97 289 MBE0669914.1 MBC6481257.1 41.9 313 174 4 1 305 1 313 3.53e-79 246 MBE0669914.1 WP_116803659.1 35.4 297 176 6 15 301 1 291 2.26e-47 159 MBQ3049129.1 MBQ3049129.1 100 136 0 0 1 136 1 136 8.74e-94 265 WP_019585553.1 WP_019585553.1 100 400 0 0 1 400 1 400 1.92e-292 789 WP_019585553.1 UCF78466.1 45.8 380 200 4 16 395 3 376 2.05e-110 327 WP_019585553.1 WP_145937814.1 37.4 380 233 4 16 394 6 381 2.96e-80 250 WP_019585553.1 WP_275495439.1 34.4 404 227 10 16 392 8 400 2.39e-64 209 WP_019585553.1 MBL6847974.1 34.3 364 233 4 17 378 6 365 1.50e-59 196 WP_019585553.1 XP_027540421.1 32.7 379 244 6 14 390 29 398 1.03e-57 192 WP_019585553.1 WP_158057697.1 30.8 377 248 7 21 392 14 382 4.00e-53 179 WP_019585553.1 RYZ40664.1 32.8 381 244 7 16 394 16 386 5.23e-52 177 WP_019585553.1 WP_055337992.1 32.0 363 240 5 18 378 6 363 2.75e-48 167 WP_046325749.1 WP_046325749.1 100 461 0 0 1 461 1 461 0.0 929 WP_046325749.1 WP_013571875.1 44.2 464 247 4 5 457 6 468 4.07e-131 386 WP_046325749.1 WP_057479385.1 41.6 464 261 4 3 457 12 474 5.06e-124 368 WP_046325749.1 WP_208427233.1 37.6 287 163 6 5 289 4 276 1.56e-53 180 WP_104459365.1 WP_104459365.1 100 280 0 0 1 280 1 280 4.28e-199 543 WP_104459365.1 MBX8197149.1 36.7 251 148 4 12 259 1 243 7.74e-43 145 WP_104459365.1 WP_238837572.1 30.9 265 167 8 16 268 3 263 2.81e-29 110 WP_111712808.1 WP_111712808.1 100 190 0 0 1 190 1 190 9.80e-124 345 OQB06356.1 OQB06356.1 100 51 0 0 1 51 1 51 1.13e-30 99.4 WP_085004337.1 WP_085004337.1 100 100 0 0 1 100 1 100 4.14e-66 192 WP_085004337.1 MBR2359580.1 36.8 57 22 1 24 66 21 77 5.65e-05 37.4 XP_023219850.1 XP_023219850.1 100 236 0 0 1 236 1 236 2.29e-117 333 KOV59425.1 KOV59425.1 100 76 0 0 1 76 1 76 9.40e-52 154 MBB3097508.1 MBB3097508.1 100 297 0 0 1 297 1 297 1.94e-199 545 MBB3097508.1 MBX7055839.1 38.5 312 173 5 1 295 15 324 1.20e-52 173 MBB3097508.1 AHG02917.1 34.2 301 191 3 2 297 13 311 6.57e-40 140 MBB3097508.1 WP_047721562.1 30.8 325 193 5 1 295 15 337 5.29e-31 117 MBB3097508.1 WP_149656427.1 31.5 267 164 3 47 295 58 323 8.21e-27 105 MBB3097508.1 KAB2860347.1 40.2 117 70 0 181 297 1 117 6.12e-25 95.1 WP_208905085.1 WP_208905085.1 100 611 0 0 1 611 1 611 0.0 1200 PHT33663.1 PHT33663.1 100 180 0 0 1 180 1 180 1.60e-124 346 EBA3403631.1 EBA3403631.1 100 273 0 0 1 273 1 273 8.94e-193 526 WP_244380042.1 WP_244380042.1 100 450 0 0 1 450 1 450 0.0 889 MBD8915742.1 MBD8915742.1 100 583 0 0 1 583 1 583 0.0 1152 MBD8915742.1 WP_058918927.1 28.7 463 284 9 32 491 39 458 1.73e-46 168 MBD8915742.1 WP_182080621.1 23.8 349 203 13 144 490 131 418 2.31e-11 64.3 XP_010808195.1 XP_010808195.1 100 626 0 0 1 626 1 626 0.0 1223 WP_177077803.1 WP_177077803.1 100 456 0 0 1 456 1 456 8.01e-318 858 WP_177077803.1 EDN57974.1 28.3 230 153 5 94 313 399 626 2.09e-19 89.7 WP_177077803.1 PSQ73325.1 26.6 256 173 5 74 317 591 843 2.24e-15 77.0 WP_177077803.1 TMG86695.1 35.1 114 63 5 211 320 169 275 1.80e-04 41.6 WP_179100660.1 WP_179100660.1 100 64 0 0 1 64 1 64 3.38e-42 129 WP_048133111.1 WP_048133111.1 100 142 0 0 1 142 1 142 6.54e-101 283 WP_092805375.1 WP_092805375.1 100 538 0 0 1 538 1 538 0.0 1048 WP_132898842.1 WP_132898842.1 100 282 0 0 1 282 1 282 7.94e-196 535 WP_132898842.1 WP_063338866.1 56.7 275 117 1 2 276 69 341 3.77e-105 308 WP_156773536.1 WP_156773536.1 100 88 0 0 1 88 1 88 2.77e-63 184 WP_110713006.1 WP_110713006.1 100 342 0 0 1 342 1 342 5.07e-245 664 OYV25858.1 OYV25858.1 100 175 0 0 1 175 1 175 4.64e-126 350 EHP6050825.1 EHP6050825.1 100 659 0 0 1 659 1 659 0.0 1349 EHP6050825.1 MBP3509218.1 33.4 428 265 7 226 652 127 535 3.54e-67 229 EHP6050825.1 MCK9987173.1 35.2 421 238 13 236 647 18 412 5.50e-59 207 EHP6050825.1 MBQ2777352.1 30.7 456 293 10 199 652 100 534 1.69e-52 189 EHP6050825.1 NQU26924.1 31.2 414 252 11 236 647 464 846 4.50e-49 183 EHP6050825.1 WP_236939362.1 30.9 139 83 4 285 421 338 465 4.43e-06 48.1 KQN49849.1 KQN49849.1 100 327 0 0 1 327 1 327 2.32e-222 606 KQN49849.1 WP_279008479.1 33.2 289 191 2 15 301 19 307 1.90e-44 152 KQN49849.1 CDX26094.1 31.8 305 190 6 15 307 35 333 2.85e-32 121 WP_233355236.1 WP_233355236.1 100 396 0 0 1 396 1 396 6.58e-282 762 MCI0743675.1 MCI0743675.1 100 83 0 0 1 83 1 83 2.10e-58 171 NXJ71029.1 NXJ71029.1 100 443 0 0 1 443 1 443 0.0 863 NXJ71029.1 XP_039638319.1 26.6 365 230 10 57 417 109 439 8.77e-24 101 NXJ71029.1 XP_030131005.3 30.7 212 118 8 75 285 188 371 2.67e-14 73.2 EHL4743850.1 EHL4743850.1 100 588 0 0 1 588 1 588 0.0 1183 WP_210022830.1 WP_210022830.1 100 152 0 0 1 152 1 152 1.56e-106 298 MBY0286260.1 MBY0286260.1 100 418 0 0 1 418 1 418 2.86e-294 795 MBY0286260.1 WP_098923619.1 30.5 430 270 12 1 416 1 415 2.02e-34 130 MBY0286260.1 WP_039190453.1 45.5 88 47 1 3 89 4 91 4.28e-15 75.1 MBY0286260.1 WP_262612393.1 22.9 450 280 11 1 414 1 419 3.81e-12 65.9 WP_145485057.1 WP_145485057.1 100 330 0 0 1 330 1 330 9.32e-235 637 WP_238589724.1 WP_238589724.1 100 69 0 0 1 69 1 69 3.02e-36 114 EAL1671435.1 EAL1671435.1 100 402 0 0 1 402 1 402 9.30e-301 810 EAL1671435.1 PJQ02245.1 69.4 408 119 3 1 402 243 650 3.27e-196 555 EAL1671435.1 EJA9392162.1 72.5 233 62 1 1 231 35 267 3.00e-119 345 EAL1671435.1 EJO8252676.1 89.7 117 12 0 230 346 1 117 1.36e-65 203 EAL1671435.1 EFS8130303.1 39.9 238 135 4 1 237 234 464 8.70e-43 154 EAL1671435.1 ECP6736894.1 38.9 113 64 2 1 113 234 341 5.55e-18 82.8 EAL1671435.1 WP_181244664.1 30.5 141 90 2 1 141 199 331 5.79e-08 52.4 KKT74736.1 KKT74736.1 100 92 0 0 1 92 1 92 5.92e-60 176 WP_143397677.1 WP_143397677.1 100 311 0 0 1 311 1 311 4.73e-223 606 WP_189806213.1 WP_189806213.1 100 215 0 0 1 215 1 215 2.82e-167 457 EYU25844.1 EYU25844.1 100 239 0 0 1 239 1 239 1.68e-180 493 WP_086268031.1 WP_086268031.1 100 437 0 0 1 437 1 437 1.01e-299 811 KAI0064471.1 KAI0064471.1 100 516 0 0 1 516 1 516 0.0 1004 KAI0064471.1 XP_049236752.1 28.4 479 309 10 34 488 17 485 4.53e-45 167 ROP28277.1 ROP28277.1 100 40 0 0 1 40 1 40 7.57e-18 66.2 RVD87240.1 RVD87240.1 100 209 0 0 1 209 1 209 1.95e-121 341 MBJ14675.1 MBJ14675.1 100 230 0 0 1 230 1 230 1.89e-168 461 PSX20495.1 PSX20495.1 100 82 0 0 1 82 1 82 6.62e-48 145 ACE88666.1 ACE88666.1 100 146 0 0 1 146 1 146 3.74e-102 287 ACE88666.1 AAX94106.1 84.9 146 22 0 1 146 50 195 4.46e-84 251 ACE88666.1 AVM35379.1 85.7 140 20 0 1 140 75 214 2.39e-81 237 ACE88666.1 ADW49125.1 83.6 140 23 0 1 140 72 211 6.19e-81 236 ACE88666.1 AFA24308.1 83.6 140 23 0 1 140 73 212 1.05e-79 233 ACE88666.1 AFA09475.1 82.9 140 24 0 1 140 66 205 1.19e-79 232 ACE88666.1 AHK62764.1 78.1 146 32 0 1 146 76 221 6.66e-78 228 ACE88666.1 ADJ35581.1 80.7 140 27 0 1 140 81 220 1.84e-77 227 ACE88666.1 QUQ06080.1 82.1 140 25 0 1 140 80 219 5.10e-77 226 ACE88666.1 AWS34156.1 77.9 140 31 0 1 140 80 219 1.03e-76 225 ACE88666.1 ABQ63546.1 80.0 140 28 0 1 140 79 218 8.12e-76 223 ACE88666.1 UZF38514.1 77.1 140 32 0 1 140 67 206 6.38e-75 220 ACE88666.1 QUA05739.1 82.0 133 24 0 1 133 80 212 2.57e-73 216 ACE88666.1 AMA90994.1 82.2 118 21 0 1 118 80 197 3.96e-62 187 ACE88666.1 AKT58828.1 78.4 116 25 0 1 116 80 195 4.05e-59 180 ACE88666.1 AOR13807.1 66.4 128 43 0 1 128 71 198 2.55e-58 178 ACE88666.1 AGI15931.1 65.7 134 46 0 1 134 73 206 3.53e-55 170 ACE88666.1 APC24336.1 71.2 118 34 0 29 146 1 118 3.55e-54 173 ACE88666.1 AXZ65741.1 78.9 109 23 0 1 109 80 188 2.71e-53 165 ACE88666.1 AOQ89457.1 76.8 112 26 0 1 112 76 187 3.72e-53 164 ACE88666.1 AHH30646.1 70.0 120 34 2 1 120 54 171 6.10e-51 158 ACE88666.1 AKA56406.1 66.1 121 38 1 1 121 80 197 1.43e-47 150 HCL05707.1 HCL05707.1 100 401 0 0 1 401 1 401 8.24e-299 805 DAK63787.1 DAK63787.1 100 343 0 0 1 343 1 343 2.23e-244 663 WP_061158136.1 WP_061158136.1 100 375 0 0 1 375 1 375 9.22e-276 745 WP_013768652.1 WP_013768652.1 100 513 0 0 1 513 1 513 0.0 1067 WP_013768652.1 WP_185218257.1 24.9 519 237 22 12 477 8 426 1.04e-27 114 WP_013768652.1 MCP4788584.1 23.7 232 158 2 36 248 26 257 4.34e-21 94.4 WP_265593313.1 WP_265593313.1 100 573 0 0 1 573 1 573 0.0 1145 WP_265593313.1 HIM51057.1 42.9 403 221 5 175 573 485 882 2.33e-101 325 XP_010298897.1 XP_010298897.1 100 169 0 0 1 169 1 169 5.93e-126 349 WP_029317544.1 WP_029317544.1 100 461 0 0 1 461 1 461 0.0 876 WP_029317544.1 WP_101606078.1 31.2 391 233 8 13 394 14 377 7.55e-42 152 WP_029317544.1 WP_023955328.1 29.4 350 236 4 1 346 1 343 1.04e-38 142 WP_029317544.1 MCF6289355.1 33.7 249 159 3 183 429 33 277 7.47e-38 137 WP_029317544.1 WP_206698867.1 24.6 419 289 9 17 432 13 407 9.15e-38 140 TXH38262.1 TXH38262.1 100 232 0 0 1 232 1 232 2.72e-153 423 TXH38262.1 CAH2899959.1 52.4 229 104 2 1 228 48 272 3.91e-67 206 DAM16636.1 DAM16636.1 100 164 0 0 1 164 1 164 2.85e-117 327 XP_048545356.1 XP_048545356.1 100 452 0 0 1 452 1 452 1.35e-247 680 WP_208042111.1 WP_208042111.1 100 313 0 0 1 313 1 313 8.08e-200 548 WP_208042111.1 WP_239280620.1 31.2 308 211 1 3 309 9 316 5.67e-41 143 WP_208042111.1 AHG02917.1 29.2 315 209 4 1 309 1 307 3.53e-33 122 WP_208042111.1 MBX7055839.1 28.7 300 188 4 32 313 35 326 3.17e-27 107 WP_026632538.1 WP_026632538.1 100 83 0 0 1 83 1 83 3.75e-61 178 WP_054285415.1 WP_054285415.1 100 123 0 0 1 123 1 123 1.11e-92 261 WP_280506832.1 WP_280506832.1 100 212 0 0 1 212 1 212 4.64e-151 416 XP_037697134.1 XP_037697134.1 100 1138 0 0 1 1138 1 1138 0.0 2157 XP_037697134.1 XP_011782004.1 72.1 1117 299 9 1 1110 1 1111 0.0 1418 WP_190630613.1 WP_190630613.1 100 210 0 0 1 210 1 210 1.62e-150 414 WP_190630613.1 NJE80740.1 39.5 205 121 2 3 207 4 205 1.30e-40 135 WP_190630613.1 GBE22655.1 30.7 114 72 4 3 112 8 118 8.60e-04 37.4 MCH1948979.1 MCH1948979.1 100 301 0 0 1 301 1 301 4.67e-142 400 WP_006198916.1 WP_006198916.1 100 223 0 0 1 223 1 223 7.07e-156 429 MBX7161768.1 MBX7161768.1 100 472 0 0 1 472 1 472 0.0 930 MBX7161768.1 MBV9963051.1 45.3 64 35 0 408 471 491 554 8.22e-11 62.4 CAA2935380.1 CAA2935380.1 100 132 0 0 1 132 1 132 5.12e-100 280 MCL2712337.1 MCL2712337.1 100 72 0 0 1 72 1 72 3.30e-39 122 PPU99279.1 PPU99279.1 100 471 0 0 1 471 1 471 0.0 938 PPU99279.1 WP_070714099.1 45.6 472 236 8 5 470 2 458 1.14e-127 377 PPU99279.1 MBB3008158.1 44.1 458 220 11 29 471 10 446 9.69e-109 328 PPU99279.1 WP_215493005.1 37.2 500 271 11 1 468 1 489 2.38e-93 290 MBF6594441.1 MBF6594441.1 100 1117 0 0 1 1117 1 1117 0.0 2186 MBT3583534.1 MBT3583534.1 100 455 0 0 1 455 1 455 6.95e-307 830 MBT3583534.1 HCF4435603.1 29.3 335 195 11 51 352 217 542 3.19e-28 116 WP_020547001.1 WP_020547001.1 100 301 0 0 1 301 1 301 6.88e-211 575 ECG5012903.1 ECG5012903.1 100 206 0 0 1 206 1 206 2.20e-137 381 ECG5012903.1 MCI6733811.1 43.4 212 83 10 21 206 43 243 8.95e-30 112 HBA6816094.1 HBA6816094.1 100 60 0 0 1 60 1 60 5.67e-37 115 CAH3167921.1 CAH3167921.1 100 451 0 0 1 451 1 451 6.20e-308 833 WP_209090305.1 WP_209090305.1 100 331 0 0 1 331 1 331 4.28e-236 641 WP_209090305.1 WP_137202811.1 26.6 203 124 9 3 199 911 1094 1.84e-09 57.4 WP_270310942.1 WP_270310942.1 100 251 0 0 1 251 1 251 4.12e-187 510 WP_247424115.1 WP_247424115.1 100 258 0 0 1 258 1 258 1.69e-169 466 WP_247424115.1 MCA1360809.1 56.7 238 88 3 17 247 44 273 8.83e-74 225 WP_247424115.1 NLD53371.1 55.3 76 34 0 147 222 98 173 4.62e-17 76.3 XP_055749319.1 XP_055749319.1 100 483 0 0 1 483 1 483 0.0 965 XP_055749319.1 XP_028567154.1 38.4 284 160 4 198 472 113 390 2.59e-55 197 WP_130410090.1 WP_130410090.1 100 65 0 0 1 65 1 65 8.87e-09 45.1 CAC9485003.1 CAC9485003.1 100 159 0 0 1 159 1 159 1.04e-112 315 RYG63745.1 RYG63745.1 100 70 0 0 1 70 1 70 1.12e-45 138 KAH6611424.1 KAH6611424.1 100 984 0 0 1 984 1 984 0.0 1894 KAH6611424.1 WP_050210146.1 39.7 136 81 1 831 966 877 1011 8.61e-24 106 KAH6611424.1 MCA1930442.1 44.4 126 67 2 832 957 122 244 1.72e-23 99.8 KAH6611424.1 XP_008942036.1 28.8 153 100 4 431 574 738 890 2.07e-11 66.6 WP_055029966.1 WP_055029966.1 100 379 0 0 1 379 1 379 1.61e-262 712 WP_055029966.1 WP_234002326.1 33.9 378 211 5 3 379 23 362 8.95e-51 172 WP_055029966.1 WP_188888464.1 40.0 110 63 2 1 109 1 108 2.04e-17 79.0 WP_055029966.1 XP_001454078.1 28.4 109 69 3 5 106 508 614 4.80e-04 40.4 WP_132124768.1 WP_132124768.1 100 249 0 0 1 249 1 249 7.58e-173 474 HBP5649656.1 HBP5649656.1 100 568 0 0 1 568 1 568 0.0 974 HBP5649656.1 WP_186556299.1 51.1 180 88 0 373 552 326 505 1.92e-38 146 HBP5649656.1 WP_128786583.1 42.6 303 171 2 235 535 296 597 1.62e-33 133 MBV8815235.1 MBV8815235.1 100 333 0 0 1 333 1 333 9.40e-241 653 MBV8815235.1 MBG4284514.1 35.6 354 171 10 2 324 5 332 5.82e-49 165 WP_132670557.1 WP_132670557.1 100 374 0 0 1 374 1 374 8.37e-235 641 EEZ61636.1 EEZ61636.1 100 167 0 0 1 167 1 167 2.42e-115 322 EEZ61636.1 KPL24525.1 44.2 156 78 3 11 166 3 149 4.56e-34 115 WP_135991721.1 WP_135991721.1 100 452 0 0 1 452 1 452 3.40e-317 856 NLK90780.1 NLK90780.1 100 185 0 0 1 185 1 185 1.30e-121 339 NLK90780.1 NLV68328.1 48.3 180 93 0 4 183 4 183 2.12e-57 177 NLK90780.1 NLT72898.1 48.6 181 93 0 4 184 4 184 9.17e-54 167 NLK90780.1 MBD3769330.1 44.4 178 99 0 8 185 7 184 5.27e-45 145 MBF8281865.1 MBF8281865.1 100 485 0 0 1 485 1 485 0.0 915 CAB1434041.1 CAB1434041.1 100 732 0 0 1 732 1 732 0.0 1339 WP_012506875.1 WP_012506875.1 100 206 0 0 1 206 1 206 3.42e-150 413 WP_012506875.1 MCB1857105.1 52.7 184 79 4 15 197 11 187 9.20e-52 164 HCE5956952.1 HCE5956952.1 100 262 0 0 1 262 1 262 6.43e-176 483 WP_120259880.1 WP_120259880.1 100 534 0 0 1 534 1 534 0.0 1099 WP_100671858.1 WP_100671858.1 100 195 0 0 1 195 1 195 8.81e-143 394 WP_100671858.1 WP_238126428.1 54.6 194 86 1 1 194 1 192 2.14e-70 211 CAB4041173.1 CAB4041173.1 100 499 0 0 1 499 1 499 0.0 999 WP_110035452.1 WP_110035452.1 100 238 0 0 1 238 1 238 2.02e-167 459 WP_110035452.1 WP_010443651.1 39.7 234 134 2 6 232 2 235 1.83e-56 178 WP_110035452.1 WP_108024271.1 36.1 238 138 5 10 233 11 248 5.43e-40 136 WP_110035452.1 KAG2346037.1 35.2 253 138 5 7 233 14 266 1.87e-34 122 WP_110035452.1 WP_273849839.1 34.5 261 140 9 1 234 1 257 5.53e-34 121 WP_110035452.1 WP_057651690.1 28.4 243 154 6 10 236 54 292 8.26e-15 70.5 WP_196114185.1 WP_196114185.1 100 337 0 0 1 337 1 337 1.46e-246 668 WP_196114185.1 WP_074911472.1 32.0 122 79 3 1 120 1047 1166 3.53e-12 65.9 WP_196114185.1 PYP94120.1 32.8 116 77 1 9 124 2 116 3.12e-11 60.8 WP_196114185.1 QYU66920.1 28.7 108 75 1 6 111 1 108 4.82e-08 49.7 XP_045323097.1 XP_045323097.1 100 691 0 0 1 691 1 691 0.0 1391 MBO5545990.1 MBO5545990.1 100 185 0 0 1 185 1 185 4.60e-140 386 WP_140643433.1 WP_140643433.1 100 293 0 0 1 293 1 293 7.05e-200 546 KVQ00241.1 KVQ00241.1 100 278 0 0 1 278 1 278 1.69e-204 556 PSB50277.1 PSB50277.1 100 475 0 0 1 475 1 475 0.0 904 TKA61426.1 TKA61426.1 100 400 0 0 1 400 1 400 3.10e-298 804 WP_018046034.1 WP_018046034.1 100 563 0 0 1 563 1 563 0.0 1088 WP_199519257.1 WP_199519257.1 100 135 0 0 1 135 1 135 2.83e-94 266 QEA04360.1 QEA04360.1 100 148 0 0 1 148 1 148 5.50e-105 294 EJB4327760.1 EJB4327760.1 100 452 0 0 1 452 1 452 0.0 900 WP_243386166.1 WP_243386166.1 100 312 0 0 1 312 1 312 1.03e-222 605 WP_196434573.1 WP_196434573.1 100 365 0 0 1 365 1 365 1.69e-266 721 WP_196434573.1 MCB9044857.1 27.0 189 126 5 149 333 195 375 1.08e-11 63.9 MBR4407160.1 MBR4407160.1 100 248 0 0 1 248 1 248 6.45e-169 464 RMO53691.1 RMO53691.1 100 229 0 0 1 229 1 229 2.19e-162 446 SPO69561.1 SPO69561.1 100 214 0 0 1 214 1 214 4.83e-154 424 MBR0373962.1 MBR0373962.1 100 228 0 0 1 228 1 228 2.81e-178 486 WP_076595086.1 WP_076595086.1 100 471 0 0 1 471 1 471 0.0 894 WP_076595086.1 WP_224791962.1 25.8 466 326 6 17 469 13 471 4.24e-43 157 WP_076595086.1 MBI4806480.1 25.0 460 333 6 19 469 15 471 2.09e-40 149 WP_267897383.1 WP_267897383.1 100 43 0 0 1 43 1 43 1.54e-27 90.9 EDK41087.2 EDK41087.2 100 535 0 0 1 535 1 535 0.0 1054 WP_212217181.1 WP_212217181.1 100 417 0 0 1 417 1 417 8.77e-309 832 WP_245128022.1 WP_245128022.1 100 384 0 0 1 384 1 384 1.89e-284 768 MBR4270493.1 MBR4270493.1 100 109 0 0 1 109 1 109 2.89e-77 221 WP_150516775.1 WP_150516775.1 100 181 0 0 1 181 1 181 1.01e-107 304 ADP83890.1 ADP83890.1 100 563 0 0 1 563 1 563 0.0 1020 ADP83890.1 WP_259858510.1 32.9 301 148 8 197 490 173 426 2.33e-28 116 ADP83890.1 WP_274755179.1 36.3 251 141 6 262 508 183 418 7.83e-28 114 ADP83890.1 MBP9767803.1 25.7 230 137 7 265 481 193 401 1.40e-09 58.5 WP_274975805.1 WP_274975805.1 100 234 0 0 1 234 1 234 2.67e-170 466 EFB0579454.1 EFB0579454.1 100 572 0 0 1 572 1 572 0.0 979 EFB0579454.1 ECB3502766.1 85.8 219 31 0 1 219 1 219 3.24e-116 342 XP_006359699.1 XP_006359699.1 100 403 0 0 1 403 1 403 3.17e-288 779 XP_006359699.1 KPM41539.1 27.1 188 96 6 148 334 63 210 3.30e-10 60.1 EAX5650801.1 EAX5650801.1 100 238 0 0 1 238 1 238 3.67e-179 489 EIQ3832535.1 EIQ3832535.1 100 246 0 0 1 246 1 246 1.43e-180 493 MBK7823216.1 MBK7823216.1 100 188 0 0 1 188 1 188 1.94e-138 382 MBQ7086969.1 MBQ7086969.1 100 195 0 0 1 195 1 195 3.05e-134 372 MBQ7086969.1 MBO5118622.1 39.3 183 99 6 8 187 5 178 5.40e-27 99.8 MBQ7086969.1 MBQ7329863.1 32.4 182 119 2 12 192 7 185 1.52e-23 90.9 RZC84346.1 RZC84346.1 100 394 0 0 1 394 1 394 3.33e-274 743 WP_188402311.1 WP_188402311.1 100 122 0 0 1 122 1 122 2.16e-85 243 EDN57974.1 EDN57974.1 100 1059 0 0 1 1059 1 1059 0.0 1949 EDN57974.1 KFX48203.1 33.6 562 310 13 398 919 687 1225 1.45e-70 255 EDN57974.1 MCH5250214.1 33.6 500 313 7 400 893 189 675 2.19e-64 233 EDN57974.1 TAL20232.1 29.7 501 228 7 398 895 228 607 1.51e-53 196 EDN57974.1 WP_007356512.1 28.7 522 225 10 399 899 743 1138 1.15e-47 184 EDN57974.1 HAS8246497.1 41.3 230 130 3 398 626 480 705 4.18e-45 175 EDN57974.1 WP_261733022.1 43.3 233 123 3 398 626 254 481 1.70e-43 168 EDN57974.1 PSQ73325.1 36.4 247 143 6 399 637 611 851 6.20e-36 145 EDN57974.1 WP_232306300.1 32.5 237 153 6 398 631 849 1081 8.07e-21 97.4 EDN57974.1 XP_001454078.1 29.2 243 150 8 397 626 214 447 6.35e-20 93.6 EDN57974.1 WP_177077803.1 27.8 230 154 4 399 626 94 313 6.45e-19 89.4 EDN57974.1 MBQ1868746.1 42.4 118 65 2 940 1055 521 637 2.45e-18 88.6 EDN57974.1 XP_018042825.1 21.9 713 435 26 398 1046 224 878 3.35e-18 88.6 EDN57974.1 MBP1530348.1 33.1 142 80 2 775 908 1 135 1.95e-17 80.9 EDN57974.1 EJF06804.1 33.1 118 75 2 939 1055 2 116 1.42e-13 71.2 EDN57974.1 MBQ5584458.1 34.6 107 63 1 778 884 4 103 5.06e-10 59.3 EDN57974.1 WP_069156513.1 27.3 121 76 4 939 1056 4 115 8.90e-06 46.6 MCL4851158.1 MCL4851158.1 100 210 0 0 1 210 1 210 2.60e-156 429 MCL4851158.1 WP_115313274.1 36.1 208 123 5 6 209 6 207 1.89e-34 120 MCL4851158.1 MSX26960.1 30.9 223 137 4 1 208 1 221 6.83e-30 108 MBE7487601.1 MBE7487601.1 100 151 0 0 1 151 1 151 6.65e-112 312 WP_126022479.1 WP_126022479.1 100 127 0 0 1 127 1 127 2.21e-94 266 KAG2346037.1 KAG2346037.1 100 270 0 0 1 270 1 270 3.61e-186 509 KAG2346037.1 WP_110035452.1 35.2 253 138 5 14 266 7 233 3.44e-32 117 KAG2346037.1 WP_010443651.1 33.9 254 145 6 14 265 3 235 7.00e-25 97.8 KAG2346037.1 WP_087085326.1 29.1 251 171 4 16 266 10 253 2.63e-22 91.3 KAG2346037.1 WP_183882442.1 29.4 187 129 2 16 202 9 192 1.87e-20 85.9 KAG2346037.1 MCB9680378.1 32.5 194 127 3 16 208 5 195 7.93e-20 84.3 KAG2346037.1 WP_014605789.1 27.9 183 125 4 15 196 2 178 3.26e-12 63.2 KAG2346037.1 WP_204942955.1 28.8 198 129 4 14 208 7 195 1.81e-09 55.5 MBK6770753.1 MBK6770753.1 100 300 0 0 1 300 1 300 1.29e-210 574 WP_064754910.1 WP_064754910.1 100 394 0 0 1 394 1 394 2.79e-282 763 WP_281507500.1 WP_281507500.1 100 970 0 0 1 970 1 970 0.0 1832 WP_281507500.1 WP_262406623.1 60.7 834 319 4 1 828 1 831 0.0 969 WP_281507500.1 MBT5488157.1 46.5 523 261 5 302 823 1 505 1.84e-141 433 WP_061278828.1 WP_061278828.1 100 1406 0 0 1 1406 1 1406 0.0 2732 WP_061278828.1 WP_261665820.1 48.3 1419 635 15 6 1382 16 1378 0.0 1238 WP_061278828.1 BBG20955.1 45.8 1492 680 18 6 1374 1395 2881 0.0 1199 PUZ48934.1 PUZ48934.1 100 184 0 0 1 184 1 184 1.22e-130 362 PUZ48934.1 KAG7553039.1 42.2 45 26 0 30 74 176 220 6.26e-04 37.7 WP_036471418.1 WP_036471418.1 100 430 0 0 1 430 1 430 0.0 865 WP_036471418.1 WP_007427566.1 54.2 432 195 2 1 430 1 431 4.24e-164 467 MBK9356005.1 MBK9356005.1 100 308 0 0 1 308 1 308 1.44e-211 577 NOR15507.1 NOR15507.1 100 67 0 0 1 67 1 67 6.59e-48 144 UMF87224.1 UMF87224.1 100 7092 0 0 1 7092 1 7092 0.0 14203 UMF87224.1 QWC83326.1 99.5 7096 33 2 1 7092 1 7096 0.0 14132 UMF87224.1 QVD87869.1 99.5 7093 37 1 1 7092 1 7093 0.0 14130 UMF87224.1 WEU87158.1 99.5 7096 35 2 1 7092 1 7096 0.0 14126 UMF87224.1 QSZ25555.1 99.4 7096 37 2 1 7092 1 7096 0.0 14126 UMF87224.1 UZO53924.1 99.4 7093 39 1 1 7092 1 7093 0.0 14124 UMF87224.1 UVB16817.1 99.5 7093 38 1 1 7092 1 7093 0.0 14124 UMF87224.1 URQ55824.1 99.4 7093 39 1 1 7092 1 7093 0.0 14124 UMF87224.1 UBP50947.1 99.4 7096 38 2 1 7092 1 7096 0.0 14120 UMF87224.1 UBD95131.1 99.4 7096 40 2 1 7092 1 7096 0.0 14115 UMF87224.1 UEC52718.1 99.4 7096 41 2 1 7092 1 7096 0.0 14110 UMF87224.1 UIR12670.1 99.3 7092 52 0 1 7092 1 7092 0.0 14089 UMF87224.1 QZU16279.1 99.0 7096 64 2 1 7092 1 7096 0.0 14058 UMF87224.1 UPA83906.1 99.0 7092 69 0 1 7092 1 7092 0.0 14048 UMF87224.1 UBR86455.1 98.6 7095 94 2 2 7092 1 7095 0.0 13981 UMF87224.1 UXX67934.1 98.5 7093 107 1 1 7092 1 7093 0.0 13963 UMF87224.1 UCP72061.1 98.3 7096 115 2 1 7092 1 7096 0.0 13937 UMF87224.1 UCP77012.1 98.3 7096 117 2 1 7092 1 7096 0.0 13935 UMF87224.1 UKN67998.1 98.1 7072 131 0 21 7092 1 7072 0.0 13859 UMF87224.1 WHE12941.1 97.9 7067 150 1 27 7092 1 7067 0.0 13812 UMF87224.1 UGA79226.1 97.2 7096 192 2 1 7092 1 7096 0.0 13760 UMF87224.1 UAQ80067.1 96.8 7096 225 2 1 7092 1 7096 0.0 13672 UMF87224.1 UJT06733.1 96.1 7092 274 0 1 7092 1 7092 0.0 13540 UMF87224.1 UVI10561.1 96.0 7066 281 1 28 7092 1 7066 0.0 13500 UMF87224.1 UOU30556.1 94.7 7093 375 1 1 7092 1 7093 0.0 13298 UMF87224.1 UMA88644.1 91.6 7071 597 0 22 7092 1 7071 0.0 12730 UMF87224.1 WAS49087.1 90.2 7093 694 1 1 7092 1 7093 0.0 12519 UMF87224.1 WGP98278.1 84.6 7096 1091 2 1 7092 1 7096 0.0 11567 UMF87224.1 ULA23837.2 99.4 4397 26 0 1 4397 1 4397 0.0 8626 UMF87224.1 UXH94526.1 99.4 4397 27 0 1 4397 1 4397 0.0 8622 UMF87224.1 QTD03487.1 99.1 4401 34 2 1 4397 1 4401 0.0 8608 UMF87224.1 QXR94354.1 99.2 4398 35 1 1 4397 1 4398 0.0 8607 UMF87224.1 QTM79632.1 99.1 4398 38 1 1 4397 1 4398 0.0 8605 UMF87224.1 UPP41269.1 99.1 4398 37 1 1 4397 1 4398 0.0 8604 UMF87224.1 USR14792.1 99.1 4398 38 1 1 4397 1 4398 0.0 8602 UMF87224.1 QTZ27226.1 99.1 4398 40 1 1 4397 1 4398 0.0 8600 UMF87224.1 UFM00670.1 99.1 4401 37 2 1 4397 1 4401 0.0 8598 UMF87224.1 UEC68750.1 99.1 4401 35 2 1 4397 1 4401 0.0 8598 UMF87224.1 UKU68032.1 99.1 4397 40 0 1 4397 1 4397 0.0 8594 UMF87224.1 UHM53165.1 99.1 4401 37 2 1 4397 1 4401 0.0 8593 UMF87224.1 UFM02602.1 99.1 4401 37 2 1 4397 1 4401 0.0 8593 UMF87224.1 UBL45068.1 99.1 4401 37 2 1 4397 1 4401 0.0 8591 UMF87224.1 UJV88611.1 97.5 4397 112 0 1 4397 1 4397 0.0 8432 UMF87224.1 UJJ97602.1 97.3 4397 118 0 1 4397 1 4397 0.0 8415 UMF87224.1 UJS94137.1 98.5 4292 64 0 106 4397 1 4292 0.0 8328 UMF87224.1 ULB83374.1 96.2 4397 166 0 1 4397 1 4397 0.0 8296 UMF87224.1 UGB98301.1 93.7 4401 275 2 1 4397 1 4401 0.0 8026 UMF87224.1 QRX02582.1 99.2 4098 30 2 1 4094 1 4098 0.0 7995 UMF87224.1 UFA30503.1 92.8 4340 309 2 27 4362 1 4340 0.0 7815 UMF87224.1 WGP70063.1 91.8 4369 356 2 1 4365 1 4369 0.0 7762 UMF87224.1 WEI27974.1 90.7 4398 408 1 1 4397 1 4398 0.0 7721 UMF87224.1 UNI03201.1 91.0 4374 392 2 27 4397 1 4374 0.0 7702 UMF87224.1 UEX07109.1 87.3 4375 550 2 27 4397 1 4375 0.0 7341 UMF87224.1 URP80785.1 82.2 4371 776 1 28 4397 1 4371 0.0 6771 UMF87224.1 UYE49180.1 76.6 4398 1028 1 1 4397 1 4398 0.0 6210 UMF87224.1 UPB00876.1 76.7 4371 1018 1 28 4397 1 4371 0.0 6200 UMF87224.1 WGQ72821.1 67.0 4344 1429 2 26 4365 1 4344 0.0 5120 MCK4600250.1 MCK4600250.1 100 138 0 0 1 138 1 138 3.03e-95 269 HCE70276.1 HCE70276.1 100 176 0 0 1 176 1 176 1.68e-124 346 HCE70276.1 AMS43029.1 61.2 178 67 1 1 176 65 242 3.37e-67 206 WP_062723913.1 WP_062723913.1 100 308 0 0 1 308 1 308 1.48e-229 622 MBQ7943218.1 MBQ7943218.1 100 241 0 0 1 241 1 241 7.60e-169 463 WP_140264131.1 WP_140264131.1 100 207 0 0 1 207 1 207 8.08e-154 422 WP_140264131.1 WP_102576363.1 43.8 201 112 1 1 201 1 200 1.41e-55 174 WP_003333677.1 WP_003333677.1 100 552 0 0 1 552 1 552 0.0 1122 WP_170365402.1 WP_170365402.1 100 247 0 0 1 247 1 247 5.63e-183 499 WP_248214628.1 WP_248214628.1 100 93 0 0 1 93 1 93 1.68e-64 187 ENN81602.1 ENN81602.1 100 803 0 0 1 803 1 803 0.0 1580 WP_175863615.1 WP_175863615.1 100 67 0 0 1 67 1 67 3.26e-48 144 NOU36639.1 NOU36639.1 100 547 0 0 1 547 1 547 0.0 1139 NOU36639.1 WP_145031602.1 58.5 549 220 4 3 545 13 559 2.37e-236 660 NOU36639.1 XP_045807497.1 47.5 535 259 8 21 545 259 781 1.12e-156 465 KAJ5463595.1 KAJ5463595.1 100 580 0 0 1 580 1 580 0.0 1176 MBZ0263796.1 MBZ0263796.1 100 63 0 0 1 63 1 63 5.94e-38 118 XP_047491136.1 XP_047491136.1 100 1071 0 0 1 1071 1 1071 0.0 1500 MBN1882318.1 MBN1882318.1 100 189 0 0 1 189 1 189 2.09e-138 382 MBN1882318.1 WP_028779961.1 36.1 108 64 1 48 155 39 141 6.64e-21 83.2 MBN1882318.1 MCB0773217.1 32.1 165 94 6 2 155 9 166 7.16e-15 67.8 MBN1882318.1 WP_229055514.1 25.0 104 75 1 54 154 31 134 1.16e-09 53.1 MCP3920706.1 MCP3920706.1 100 573 0 0 1 573 1 573 0.0 1130 WP_159463829.1 WP_159463829.1 100 590 0 0 1 590 1 590 0.0 1090 WP_159463829.1 WP_221977168.1 35.6 247 141 4 357 587 15 259 2.68e-31 120 WP_159463829.1 WP_276362074.1 33.3 249 142 4 361 587 8 254 8.29e-28 110 WP_159463829.1 WP_076409454.1 29.1 244 154 6 358 589 5 241 3.09e-23 99.8 WP_159463829.1 MBP1876254.1 31.2 218 141 5 368 576 16 233 1.20e-16 80.1 WP_159463829.1 WP_197521413.1 26.4 216 132 8 372 577 21 219 4.53e-07 50.1 WP_159463829.1 WP_281034490.1 30.0 60 40 1 527 584 2 61 1.93e-06 46.6 WP_026750608.1 WP_026750608.1 100 84 0 0 1 84 1 84 6.24e-56 165 EER8306359.1 EER8306359.1 100 299 0 0 1 299 1 299 3.22e-224 608 EER8306359.1 EFL3122059.1 75.3 85 21 0 215 299 1 85 2.34e-37 133 EER8306359.1 EFI7849450.1 98.3 60 1 0 240 299 1 60 9.41e-36 125 EER8306359.1 EIH4263652.1 77.9 77 17 0 223 299 1 77 8.27e-34 128 EER8306359.1 EFL5817307.1 83.3 30 5 0 270 299 1 30 1.73e-09 56.6 WP_004619799.1 WP_004619799.1 100 400 0 0 1 400 1 400 1.74e-279 756 WP_004619799.1 MCP1651746.1 70.6 398 115 2 5 400 7 404 8.92e-188 525 WP_004619799.1 WP_074825075.1 48.5 396 193 6 7 400 6 392 1.62e-102 307 WP_004619799.1 EDH4057100.1 43.2 405 204 8 3 400 2 387 1.46e-81 253 WP_004619799.1 WP_078429679.1 41.4 394 221 6 7 398 6 391 1.33e-80 251 WP_004619799.1 WP_277084622.1 48.8 320 150 6 87 399 1 313 7.40e-78 241 WP_004619799.1 MBA2536487.1 39.7 395 217 7 7 398 6 382 4.39e-69 221 WP_004619799.1 GAN03156.1 37.7 401 222 10 7 399 31 411 2.87e-63 207 WP_004619799.1 WP_083141943.1 37.4 401 225 6 7 400 6 387 5.88e-63 205 WP_004619799.1 XP_040685867.1 36.5 395 219 10 11 394 41 414 3.86e-57 191 WP_184698676.1 WP_184698676.1 100 771 0 0 1 771 1 771 0.0 1586 WP_184698676.1 EJH9475741.1 39.3 779 437 16 8 766 13 775 8.88e-171 509 WP_184698676.1 WP_220281278.1 30.2 715 432 20 72 750 129 812 7.54e-81 274 WP_010502862.1 WP_010502862.1 100 177 0 0 1 177 1 177 2.20e-125 348 MBR2359580.1 MBR2359580.1 100 103 0 0 1 103 1 103 4.75e-71 205 MBR2359580.1 WP_085004337.1 36.8 57 22 1 21 77 24 66 1.14e-04 36.6 WP_055449466.1 WP_055449466.1 100 98 0 0 1 98 1 98 6.37e-67 209 WP_136955567.1 WP_136955567.1 100 330 0 0 1 330 1 330 4.43e-233 633 WP_069367753.1 WP_069367753.1 100 278 0 0 1 278 1 278 1.39e-203 554 WP_069367753.1 WP_101936735.1 34.2 79 52 0 194 272 238 316 6.13e-08 51.2 WP_110307043.1 WP_110307043.1 100 126 0 0 1 126 1 126 3.15e-89 253 WP_100173513.1 WP_100173513.1 100 100 0 0 1 100 1 100 1.75e-67 196 WP_120370033.1 WP_120370033.1 100 275 0 0 1 275 1 275 1.80e-193 528 MCE9577072.1 MCE9577072.1 100 327 0 0 1 327 1 327 6.22e-227 617 MBL4744408.1 MBL4744408.1 100 1044 0 0 1 1044 1 1044 0.0 1972 MBL4744408.1 WP_110366458.1 30.7 1057 701 11 1 1044 1 1039 3.45e-173 544 MBL4744408.1 WP_265225845.1 24.1 1081 733 22 5 1031 3 1050 8.73e-64 233 MBL4744408.1 WP_039608285.1 21.8 1031 763 14 9 1031 7 1002 5.38e-62 228 MBL4744408.1 WP_133325549.1 22.5 1043 734 20 10 1031 8 997 1.58e-53 201 MBL4744408.1 TME45086.1 26.0 736 494 13 9 715 7 720 4.03e-52 194 MBL4744408.1 MBT8462299.1 24.5 155 104 2 844 997 2 144 6.83e-06 47.0 NDD01017.1 NDD01017.1 100 306 0 0 1 306 1 306 4.42e-230 624 NDD01017.1 CAI2640540.1 28.5 316 186 12 2 293 42 341 5.32e-19 84.3 MBY0289623.1 MBY0289623.1 100 393 0 0 1 393 1 393 4.57e-276 747 MBY0289623.1 MCR5335843.1 39.0 354 204 5 9 354 8 357 1.20e-62 204 MBY0289623.1 WP_167324608.1 31.7 278 169 4 10 266 10 287 6.14e-35 132 MBY0289623.1 WP_224014827.1 29.8 362 210 13 20 347 16 367 5.09e-19 86.3 WP_044453403.1 WP_044453403.1 100 314 0 0 1 314 1 314 1.60e-227 618 WP_044453403.1 WP_096722254.1 63.4 295 104 1 1 295 1 291 6.84e-134 380 WP_044453403.1 WP_200986363.1 25.5 161 115 2 1 160 1 157 7.81e-09 54.3 WP_044453403.1 WP_241524600.1 25.9 293 199 7 1 282 1 286 3.60e-08 52.4 WP_044453403.1 MBL0087235.1 34.9 86 52 1 1 86 1 82 1.39e-04 41.2 PYX98855.1 PYX98855.1 100 58 0 0 1 58 1 58 9.98e-37 115 WP_253783299.1 WP_253783299.1 100 294 0 0 1 294 1 294 1.15e-210 573 WP_253783299.1 WP_274423713.1 37.5 272 160 5 15 285 17 279 1.31e-44 151 EFV9236312.1 EFV9236312.1 100 59 0 0 1 59 1 59 1.84e-37 117 MCF8210731.1 MCF8210731.1 100 290 0 0 1 290 1 290 8.77e-213 578 MCF8210731.1 WP_258825945.1 72.3 289 80 0 1 289 1 289 1.08e-158 442 WP_181110053.1 WP_181110053.1 100 512 0 0 1 512 1 512 0.0 953 WP_251376328.1 WP_251376328.1 100 199 0 0 1 199 1 199 1.99e-141 390 MBN1266236.1 MBN1266236.1 100 629 0 0 1 629 1 629 0.0 1085 WP_230078324.1 WP_230078324.1 100 235 0 0 1 235 1 235 1.74e-146 406 WP_029165724.1 WP_029165724.1 100 273 0 0 1 273 1 273 1.96e-196 536 WP_234523932.1 WP_234523932.1 100 155 0 0 1 155 1 155 7.67e-104 292 TKJ47549.1 TKJ47549.1 100 356 0 0 1 356 1 356 1.41e-249 677 KUK66960.1 KUK66960.1 100 414 0 0 1 414 1 414 1.51e-248 679 KUK66960.1 WP_279652328.1 28.8 208 138 4 171 368 212 419 1.11e-23 100 KAF2778654.1 KAF2778654.1 100 601 0 0 1 601 1 601 0.0 1239 MBL7183650.1 MBL7183650.1 100 507 0 0 1 507 1 507 0.0 916 OEL34993.1 OEL34993.1 100 315 0 0 1 315 1 315 2.61e-247 668 KAG2288705.1 KAG2288705.1 100 67 0 0 1 67 1 67 2.42e-41 127 WP_196132500.1 WP_196132500.1 100 297 0 0 1 297 1 297 2.47e-236 639 MBY5764273.1 MBY5764273.1 100 341 0 0 1 341 1 341 8.91e-234 636 MOP14804.1 MOP14804.1 100 20 0 0 1 20 1 20 2.66e-13 53.5 MCC6757021.1 MCC6757021.1 100 117 0 0 1 117 1 117 2.57e-86 244 GMA85510.1 GMA85510.1 100 333 0 0 1 333 1 333 9.66e-234 635 OAN53756.1 OAN53756.1 100 259 0 0 1 259 1 259 3.25e-188 514 OAN53756.1 MXP43753.1 71.6 250 71 0 10 259 13 262 2.42e-131 370 OAN53756.1 WP_174822921.1 70.9 251 73 0 9 259 5 255 5.41e-131 369 OAN53756.1 MBC7326981.1 58.7 254 103 2 7 259 2 254 8.66e-104 300 OAN53756.1 WP_207918089.1 61.4 246 94 1 14 259 8 252 3.79e-102 296 OAN53756.1 WP_158791585.1 55.3 246 106 4 16 259 9 252 1.73e-88 261 OAN53756.1 WP_098952357.1 36.7 237 133 7 25 254 29 255 1.09e-32 120 OAN53756.1 WP_279984614.1 31.6 253 148 6 15 255 13 252 1.25e-32 118 OAN53756.1 MWR41881.1 31.9 232 138 8 32 256 49 267 7.06e-32 116 OAN53756.1 MCP5262709.1 32.0 250 155 9 17 257 11 254 3.28e-30 113 OAN53756.1 GLY24463.1 31.0 242 153 8 22 254 19 255 4.88e-28 107 OAN53756.1 WP_192324556.1 32.6 258 146 8 12 251 319 566 4.85e-27 107 OAN53756.1 WP_227059655.1 30.4 247 156 6 22 255 32 275 4.86e-27 107 OAN53756.1 WP_247749043.1 31.1 225 133 7 26 241 373 584 1.59e-24 100 OAN53756.1 WP_107894076.1 29.0 238 149 8 29 254 27 256 4.80e-24 97.1 OAN53756.1 WP_008134825.1 29.5 234 154 5 12 244 613 836 3.22e-22 94.0 OAN53756.1 WP_276362074.1 30.2 245 152 7 21 254 14 250 2.12e-21 88.6 OAN53756.1 WP_084371009.1 24.6 224 152 5 12 233 3 211 6.08e-21 88.2 OAN53756.1 MBQ3864274.1 27.5 233 151 7 30 255 39 260 3.91e-20 86.3 OAN53756.1 WP_167977039.1 32.4 216 120 10 16 223 10 207 4.96e-20 84.7 OAN53756.1 WP_221977168.1 28.4 232 149 6 14 237 18 240 2.97e-19 82.8 OAN53756.1 WP_152652784.1 31.8 201 121 7 21 219 15 201 2.99e-19 83.6 OAN53756.1 WP_071876418.1 27.4 215 142 7 23 233 17 221 1.99e-17 79.7 OAN53756.1 WP_150396769.1 26.8 231 155 7 10 236 23 243 4.11e-12 63.9 OAN53756.1 KAF9974715.1 24.8 222 135 7 30 246 484 678 4.42e-10 58.2 OAN53756.1 WP_185334683.1 24.6 224 146 9 30 246 23 230 8.36e-10 57.0 OAN53756.1 WP_153844272.1 23.0 248 153 7 12 241 6 233 2.66e-09 55.5 HHT66172.1 HHT66172.1 100 126 0 0 1 126 1 126 6.60e-82 234 KAI1051942.1 KAI1051942.1 100 908 0 0 1 908 1 908 0.0 1747 KAI1051942.1 MBE3049203.1 55.6 133 59 0 297 429 2 134 6.77e-44 153 KAI1051942.1 WP_114947928.1 21.7 364 220 10 338 694 120 425 6.96e-12 67.0 WP_137202811.1 WP_137202811.1 100 1452 0 0 1 1452 1 1452 0.0 2898 WP_137202811.1 WP_200200480.1 31.0 394 240 9 1065 1448 464 835 3.13e-41 164 WP_137202811.1 MBA3614174.1 33.6 247 151 10 1177 1422 504 738 2.61e-28 122 WP_137202811.1 WP_209090305.1 26.6 203 124 9 911 1094 3 199 1.46e-09 59.7 MCP5262709.1 MCP5262709.1 100 325 0 0 1 325 1 325 1.74e-232 631 MCP5262709.1 GLY24463.1 45.8 321 172 2 1 320 4 323 5.23e-92 275 MCP5262709.1 WP_107894076.1 45.2 314 169 3 1 313 5 316 1.74e-90 271 MCP5262709.1 WP_131166802.1 49.7 302 150 2 1 300 5 306 2.47e-88 266 MCP5262709.1 WP_066083732.1 46.8 316 164 3 1 313 6 320 6.00e-88 265 MCP5262709.1 WP_192324556.1 49.3 272 131 3 1 265 13 284 4.46e-78 248 MCP5262709.1 WP_227059655.1 49.6 266 127 3 1 259 17 282 4.34e-74 238 MCP5262709.1 WP_098952357.1 40.7 329 178 6 1 320 3 323 2.18e-64 204 MCP5262709.1 MBQ3864274.1 39.7 295 171 4 6 300 21 308 5.08e-60 193 MCP5262709.1 RUU66461.1 42.9 259 134 4 4 255 82 333 1.65e-58 191 MCP5262709.1 MBU5353226.1 39.4 264 142 5 1 255 4 258 8.55e-54 177 MCP5262709.1 QCM13287.1 42.6 256 140 4 1 255 9 258 2.94e-53 174 MCP5262709.1 OAN53756.1 32.0 250 155 9 11 254 17 257 1.15e-27 107 MCP5262709.1 WP_008470196.1 30.2 232 149 7 11 241 15 234 1.38e-26 103 MCP5262709.1 MBT4161918.1 34.0 209 128 5 21 229 26 224 1.60e-25 100 MCP5262709.1 WP_174822921.1 31.3 246 152 9 16 254 18 253 7.41e-24 96.7 MCP5262709.1 MCC6044083.1 33.5 209 129 5 2 210 4 202 2.80e-23 96.3 MCP5262709.1 WP_279984614.1 29.8 218 139 6 21 233 25 233 1.66e-22 93.2 MCP5262709.1 MXP43753.1 32.6 230 140 9 16 239 25 245 1.09e-21 90.9 MCP5262709.1 WP_207918089.1 29.4 265 161 11 1 252 1 252 2.39e-21 89.7 MCP5262709.1 MBC7326981.1 26.0 258 171 8 8 252 4 254 7.87e-19 82.8 MCP5262709.1 WP_256546297.1 26.5 245 154 7 1 233 23 253 2.04e-18 82.0 MCP5262709.1 WP_211555180.1 31.9 210 130 7 21 229 19 216 2.51e-17 78.2 MCP5262709.1 EHH5649593.1 27.4 237 147 8 6 239 5 219 5.94e-17 78.2 MCP5262709.1 WP_158791585.1 27.4 252 154 10 16 252 15 252 1.19e-16 76.6 MCP5262709.1 WP_152652784.1 25.8 182 121 3 1 182 1 168 1.56e-12 65.5 MCP5262709.1 KAF9974715.1 27.7 224 137 8 21 238 1123 1327 1.69e-08 54.3 MCP5262709.1 WP_150396769.1 28.6 217 140 6 20 233 39 243 3.01e-08 53.1 MBA0617731.1 MBA0617731.1 100 146 0 0 1 146 1 146 1.72e-107 300 SOE69513.1 SOE69513.1 100 503 0 0 1 503 1 503 1.85e-273 750 WP_125770870.1 WP_125770870.1 100 94 0 0 1 94 1 94 2.79e-59 174 OGD46026.1 OGD46026.1 100 524 0 0 1 524 1 524 0.0 1046 KAG1590416.1 KAG1590416.1 100 389 0 0 1 389 1 389 1.15e-292 789 KAG1590416.1 XP_048379117.1 43.8 304 166 3 75 373 252 555 1.46e-85 269 KAG1590416.1 RQM16216.1 41.6 303 170 4 69 366 392 692 3.23e-81 263 KAG1590416.1 XP_029528577.1 42.9 294 163 3 76 365 26 318 1.03e-80 250 KAG1590416.1 EYU24504.1 37.5 331 147 6 71 364 180 487 1.50e-65 217 KAG1590416.1 NXD84883.1 36.1 313 185 5 74 375 78 386 2.57e-63 210 KAG1590416.1 XP_046441060.1 36.1 252 157 4 69 317 50 300 9.52e-45 163 KAG1590416.1 XP_020321477.1 34.6 254 161 4 77 327 50 301 1.36e-44 162 KAG1590416.1 XP_008215352.1 34.0 285 177 6 80 353 188 472 3.53e-43 157 KAG1590416.1 XP_030620685.1 36.0 267 148 7 80 333 96 352 1.00e-40 147 KAG1590416.1 XP_048216280.1 33.1 278 160 6 84 342 24 294 5.08e-40 145 KAG1590416.1 XP_019384620.1 29.8 289 175 11 86 356 21 299 7.82e-32 125 KAG1590416.1 XP_051566275.1 27.0 274 182 8 72 335 1233 1498 4.36e-27 112 KAG1590416.1 KAH6984898.1 25.7 331 171 9 80 355 24 334 1.62e-26 110 KAJ7170950.1 KAJ7170950.1 100 404 0 0 1 404 1 404 2.12e-282 764 VTD69375.1 VTD69375.1 100 175 0 0 1 175 1 175 2.48e-121 338 VTD69375.1 WP_195156489.1 91.5 47 4 0 128 174 1 47 2.23e-22 83.2 PIY74148.1 PIY74148.1 100 618 0 0 1 618 1 618 0.0 1215 PIY74148.1 MBL6756473.1 41.2 634 337 14 1 610 68 689 7.03e-135 410 PIY74148.1 WP_226865765.1 31.1 611 388 16 1 602 23 609 1.63e-78 259 PIY74148.1 KXK41164.1 45.6 285 140 3 1 278 28 304 3.98e-73 235 PIY74148.1 WP_240053789.1 28.5 270 172 8 2 265 29 283 1.44e-18 85.5 PIY74148.1 WP_220492852.1 32.7 113 64 3 475 575 703 815 3.31e-06 48.5 PIY74148.1 WP_278906630.1 53.2 47 21 1 3 48 25 71 4.07e-05 45.1 MCR5435766.1 MCR5435766.1 100 560 0 0 1 560 1 560 0.0 1074 WP_123159424.1 WP_123159424.1 100 930 0 0 1 930 1 930 0.0 1868 WP_123159424.1 WP_081224968.1 54.8 921 403 9 1 916 1 913 0.0 1004 WP_123159424.1 MCB9999913.1 35.4 1017 522 20 6 896 20 1027 1.08e-176 539 WP_123159424.1 SCL13606.1 22.8 817 519 26 5 773 44 796 2.56e-39 155 WP_123159424.1 WP_194957532.1 23.5 827 432 28 27 771 12 719 3.82e-32 132 WP_123159424.1 XP_053592881.1 21.3 634 358 20 57 622 77 637 3.74e-16 81.6 HAQ5294203.1 HAQ5294203.1 100 759 0 0 1 759 1 759 0.0 1396 MCD6306959.1 MCD6306959.1 100 336 0 0 1 336 1 336 1.26e-251 681 MCD6306959.1 WP_275196335.1 24.4 271 192 5 41 306 34 296 1.86e-15 74.3 QCM13287.1 QCM13287.1 100 281 0 0 1 281 1 281 4.25e-195 533 QCM13287.1 WP_131166802.1 45.4 260 135 3 6 258 2 261 2.24e-65 206 QCM13287.1 WP_066083732.1 43.8 267 143 4 8 267 5 271 1.09e-64 204 QCM13287.1 WP_192324556.1 43.7 270 139 6 1 258 6 274 4.06e-57 191 QCM13287.1 WP_107894076.1 40.9 259 143 6 9 259 5 261 3.17e-55 179 QCM13287.1 MCP5262709.1 42.6 256 140 4 9 258 1 255 3.24e-54 177 QCM13287.1 WP_227059655.1 40.7 263 144 4 8 258 16 278 3.15e-50 173 QCM13287.1 GLY24463.1 39.5 256 149 3 9 258 4 259 7.70e-49 163 QCM13287.1 WP_098952357.1 35.8 279 142 9 9 264 3 267 8.43e-37 131 QCM13287.1 WP_142931103.1 28.3 212 129 6 27 237 20 209 4.37e-15 73.2 QCM13287.1 RUU66461.1 41.1 56 30 1 206 258 1 56 1.32e-04 41.2 MBS0252923.1 MBS0252923.1 100 162 0 0 1 162 1 162 3.75e-112 313 WP_252541609.1 WP_252541609.1 100 394 0 0 1 394 1 394 4.11e-229 629 WP_252541609.1 WP_144384753.1 34.0 338 179 5 56 393 53 346 4.60e-42 149 WP_252541609.1 MCO5330244.1 38.8 129 72 2 271 392 299 427 4.06e-17 80.9 WP_062640876.1 WP_062640876.1 100 299 0 0 1 299 1 299 1.58e-215 586 WP_062640876.1 MAJ71254.1 36.1 310 174 5 1 291 1 305 8.28e-50 166 WP_062640876.1 WP_069083484.1 32.0 297 185 3 3 290 6 294 2.99e-39 138 KOO34710.1 KOO34710.1 100 88 0 0 1 88 1 88 5.00e-57 168 WP_121334391.1 WP_121334391.1 100 437 0 0 1 437 1 437 5.23e-302 816 YP_010462557.1 YP_010462557.1 100 393 0 0 1 393 1 393 1.53e-299 806 YP_010462557.1 WP_222594143.1 36.7 417 236 3 3 393 51 465 2.75e-84 263 YP_010462557.1 WP_262043205.1 29.7 387 237 9 12 393 181 537 9.39e-34 130 MCR5237392.1 MCR5237392.1 100 348 0 0 1 348 1 348 2.19e-258 699 WP_015527010.1 WP_015527010.1 100 411 0 0 1 411 1 411 1.83e-307 828 MCB0094774.1 MCB0094774.1 100 173 0 0 1 173 1 173 1.23e-120 336 WP_251767892.1 WP_251767892.1 100 202 0 0 1 202 1 202 1.02e-149 412 WP_220742815.1 WP_220742815.1 100 201 0 0 1 201 1 201 6.56e-132 367 NNE23115.1 NNE23115.1 100 355 0 0 1 355 1 355 2.19e-257 697 NNE23115.1 WP_258581409.1 34.0 356 222 3 3 347 4 357 9.72e-56 184 NNE23115.1 WP_237907640.1 35.6 312 192 3 5 310 6 314 2.95e-55 183 NNE23115.1 WP_011057593.1 33.2 367 201 7 2 348 4 346 4.37e-54 180 NNE23115.1 WP_109219819.1 37.7 231 144 0 5 235 20 250 4.35e-46 159 NNE23115.1 WP_088153117.1 32.0 200 126 3 28 220 24 220 3.09e-24 100 NNE23115.1 WP_247749043.1 29.5 224 142 6 22 230 378 600 9.93e-16 76.6 NNE23115.1 MBQ3864274.1 25.8 221 155 5 33 244 51 271 4.74e-14 70.5 NNE23115.1 NVM03966.1 29.4 180 120 3 33 211 53 226 1.21e-12 66.2 NNE23115.1 KAI7371949.1 28.9 194 118 8 39 220 688 873 6.67e-10 58.9 NNE23115.1 WP_060613079.1 26.6 207 140 6 22 220 363 565 2.30e-09 57.0 NNE23115.1 KAJ5168969.1 22.5 213 145 7 25 225 530 734 1.42e-08 54.7 NNE23115.1 THW78755.1 28.3 173 106 5 22 191 488 645 6.68e-08 52.8 NNE23115.1 WP_041481207.1 30.3 155 88 5 39 178 374 523 6.43e-07 49.3 WP_238785931.1 WP_238785931.1 100 856 0 0 1 856 1 856 0.0 1605 MCF3123421.1 MCF3123421.1 100 228 0 0 1 228 1 228 2.77e-160 441 KAJ5976390.1 KAJ5976390.1 100 292 0 0 1 292 1 292 4.72e-218 592 NPA33962.1 NPA33962.1 100 531 0 0 1 531 1 531 0.0 1003 WP_071563317.1 WP_071563317.1 100 243 0 0 1 243 1 243 1.37e-172 473 WP_236961032.1 WP_236961032.1 100 93 0 0 1 93 1 93 3.40e-64 187 WP_236961032.1 WP_146205473.1 61.9 42 16 0 49 90 1 42 5.02e-14 59.3 AIG14299.1 AIG14299.1 100 215 0 0 1 215 1 215 9.07e-164 448 AIG14299.1 QJX39570.1 76.7 215 42 1 1 215 1 207 2.26e-128 358 AIG14299.1 AAW57761.1 69.0 216 56 3 1 215 1 206 6.47e-114 322 KIX64119.1 KIX64119.1 100 228 0 0 1 228 1 228 1.45e-180 492 WP_063603400.1 WP_063603400.1 100 439 0 0 1 439 1 439 4.39e-311 840 WP_063603400.1 EFK2137151.1 34.7 421 268 3 1 418 22 438 9.71e-68 221 WP_063603400.1 KAA3621416.1 20.1 418 273 10 9 396 32 418 7.37e-09 55.8 WP_218965839.1 WP_218965839.1 100 303 0 0 1 303 1 303 1.61e-235 637 WP_218965839.1 EDD0587303.1 45.2 186 96 4 2 183 1076 1259 4.81e-46 164 WP_173789750.1 WP_173789750.1 100 317 0 0 1 317 1 317 5.85e-236 639 NXS49052.1 NXS49052.1 100 408 0 0 1 408 1 408 3.60e-22 95.9 MBL6756473.1 MBL6756473.1 100 761 0 0 1 761 1 761 0.0 1483 MBL6756473.1 PIY74148.1 41.0 624 334 12 68 680 1 601 5.07e-137 416 MBL6756473.1 KXK41164.1 44.6 303 160 3 42 338 2 302 5.50e-76 246 MBL6756473.1 WP_226865765.1 30.2 658 380 15 47 678 2 606 1.29e-73 249 MBL6756473.1 WP_240053789.1 30.2 285 186 7 48 328 9 284 1.44e-25 106 MBL6756473.1 WP_278906630.1 37.3 67 42 0 52 118 7 73 6.08e-06 48.1 MBL6756473.1 WP_220492852.1 32.6 95 58 2 48 138 191 283 1.31e-05 47.0 MBL6756473.1 WP_281498184.1 35.4 79 48 2 60 137 24 100 4.57e-05 45.1 MBN9390566.1 MBN9390566.1 100 185 0 0 1 185 1 185 4.57e-131 363 WP_174048133.1 WP_174048133.1 100 406 0 0 1 406 1 406 1.05e-299 808 EIG7023758.1 EIG7023758.1 100 585 0 0 1 585 1 585 8.20e-269 745 KAG8015916.1 KAG8015916.1 100 175 0 0 1 175 1 175 4.46e-124 345 KAG8015916.1 HCH0658035.1 69.5 174 53 0 1 174 274 447 1.06e-82 250 KAG8015916.1 HCB14820.1 34.1 88 57 1 34 120 312 399 1.88e-07 48.1 WP_039085559.1 WP_039085559.1 100 457 0 0 1 457 1 457 0.0 926 WP_039085559.1 WP_145514932.1 41.5 455 258 4 5 457 9 457 2.20e-123 365 WP_224721611.1 WP_224721611.1 100 120 0 0 1 120 1 120 2.09e-91 258 VJO49958.1 VJO49958.1 100 535 0 0 1 535 1 535 0.0 1105 VJO49958.1 WP_125555296.1 47.2 538 252 7 5 517 4 534 1.26e-175 505 VJO49958.1 WP_253630899.1 29.1 536 298 16 8 525 42 513 1.62e-59 204 VJO49958.1 GAP55147.1 54.7 64 29 0 5 68 10 73 2.62e-21 86.7 VJO49958.1 HAN2236324.1 32.8 131 56 4 6 104 186 316 3.88e-11 63.9 MBK7771335.1 MBK7771335.1 100 104 0 0 1 104 1 104 7.87e-66 192 SQI90360.1 SQI90360.1 100 34 0 0 1 34 1 34 1.32e-20 72.8 MCH5250214.1 MCH5250214.1 100 897 0 0 1 897 1 897 0.0 1708 MCH5250214.1 EDN57974.1 33.6 500 313 7 189 675 400 893 2.50e-64 233 MCH5250214.1 KFX48203.1 29.9 551 324 13 164 675 664 1191 1.45e-59 219 MCH5250214.1 WP_138482356.1 38.2 241 143 2 184 423 409 644 4.45e-42 164 MCH5250214.1 TAL20232.1 35.7 249 157 2 177 423 218 465 1.08e-35 142 MCH5250214.1 WP_076194242.1 27.8 263 178 6 158 415 203 458 2.92e-26 111 MCH5250214.1 WP_257504872.1 23.0 257 169 8 186 419 279 529 5.45e-14 73.9 MCH5250214.1 MCL5028570.1 33.8 154 92 4 559 705 61 211 6.56e-12 66.6 MCH5250214.1 WP_069156513.1 28.9 135 91 2 560 693 2 132 3.48e-09 56.6 MCH5250214.1 WP_186723788.1 23.0 213 150 4 563 771 8 210 7.42e-07 49.7 WP_241468713.1 WP_241468713.1 100 1160 0 0 1 1160 1 1160 0.0 2301 WP_241468713.1 STF90731.1 99.7 646 2 0 1 646 1 646 0.0 1287 MCO5248061.1 MCO5248061.1 100 245 0 0 1 245 1 245 1.79e-169 465 RKT44589.1 RKT44589.1 100 254 0 0 1 254 1 254 1.28e-162 449 TDM00308.1 TDM00308.1 100 115 0 0 1 115 1 115 4.16e-73 211 TDM00308.1 MBR4471080.1 60.4 101 39 1 15 114 17 117 4.20e-32 107 TDM00308.1 KKP93192.1 45.3 128 54 1 3 114 2 129 1.46e-27 96.7 TDM00308.1 WP_148259014.1 48.1 108 54 1 9 114 12 119 1.41e-20 78.6 MCA6099904.1 MCA6099904.1 100 507 0 0 1 507 1 507 0.0 973 MCA6099904.1 WP_089095302.1 31.5 534 301 18 1 492 1 511 2.09e-48 175 MCA6099904.1 WP_222599035.1 24.8 202 124 6 7 185 468 664 5.76e-10 60.1 RKU33385.1 RKU33385.1 100 275 0 0 1 275 1 275 2.94e-208 566 KAH7252800.1 KAH7252800.1 100 356 0 0 1 356 1 356 1.76e-268 725 KAH7252800.1 WP_006027485.1 35.5 296 175 7 7 297 1 285 2.33e-50 170 KAH7252800.1 MBO1529847.1 26.8 280 183 10 7 280 5 268 6.05e-16 76.3 KAH7252800.1 WP_167320363.1 21.5 261 152 6 7 257 1 218 2.49e-06 47.0 EIH6124474.1 EIH6124474.1 100 553 0 0 1 553 1 553 3.92e-298 816 EIH6124474.1 WP_261529150.1 65.2 46 14 1 299 342 556 601 5.94e-07 50.8 MBO8159537.1 MBO8159537.1 100 164 0 0 1 164 1 164 1.25e-111 312 WP_151206143.1 WP_151206143.1 100 502 0 0 1 502 1 502 0.0 1015 MBN8912970.1 MBN8912970.1 100 125 0 0 1 125 1 125 5.90e-89 252 TOP73014.1 TOP73014.1 100 99 0 0 1 99 1 99 8.69e-72 206 HAV89419.1 HAV89419.1 100 356 0 0 1 356 1 356 7.79e-272 733 WP_056688515.1 WP_056688515.1 100 269 0 0 1 269 1 269 3.74e-183 502 MBV9654022.1 MBV9654022.1 100 378 0 0 1 378 1 378 3.20e-273 739 WP_138572923.1 WP_138572923.1 100 350 0 0 1 350 1 350 1.95e-237 646 WP_138572923.1 WP_114861267.1 57.9 347 138 3 11 349 10 356 4.07e-118 344 WP_138572923.1 MBD5394228.1 25.6 270 179 9 49 310 7 262 5.14e-09 55.1 MBI2925684.1 MBI2925684.1 100 118 0 0 1 118 1 118 3.00e-81 232 WP_065519347.1 WP_065519347.1 100 368 0 0 1 368 1 368 1.27e-258 701 KAI8690655.1 KAI8690655.1 100 257 0 0 1 257 1 257 3.12e-185 506 KAG0363719.1 KAG0363719.1 100 78 0 0 1 78 1 78 1.22e-48 146 XP_031707624.1 XP_031707624.1 100 958 0 0 1 958 1 958 0.0 1870 MBT3590949.1 MBT3590949.1 100 314 0 0 1 314 1 314 2.47e-104 311 MBU0838658.1 MBU0838658.1 100 342 0 0 1 342 1 342 1.31e-231 630 ECB3502766.1 ECB3502766.1 100 219 0 0 1 219 1 219 3.32e-143 397 ECB3502766.1 EFB0579454.1 85.8 219 31 0 1 219 1 219 4.38e-117 343 WP_270757591.1 WP_270757591.1 100 396 0 0 1 396 1 396 8.14e-292 787 WP_270757591.1 MCA1697375.1 27.6 170 92 8 217 381 150 293 8.97e-04 39.3 TLY75477.1 TLY75477.1 100 242 0 0 1 242 1 242 2.21e-182 498 TLY75477.1 WP_032004153.1 37.6 117 58 4 50 151 45 161 1.50e-10 58.2 TLY75477.1 XP_045954854.1 37.2 78 46 1 75 149 406 483 1.68e-09 55.8 WP_125504029.1 WP_125504029.1 100 336 0 0 1 336 1 336 8.01e-239 648 WP_245404560.1 WP_245404560.1 100 92 0 0 1 92 1 92 3.84e-65 189 WP_268140002.1 WP_268140002.1 100 204 0 0 1 204 1 204 2.93e-150 413 HDO82225.1 HDO82225.1 100 311 0 0 1 311 1 311 4.14e-185 510 WP_039692015.1 WP_039692015.1 100 261 0 0 1 261 1 261 3.53e-193 526 KAH7371872.1 KAH7371872.1 100 260 0 0 1 260 1 260 9.66e-186 508 WP_203374052.1 WP_203374052.1 100 134 0 0 1 134 1 134 7.82e-96 270 WP_185644473.1 WP_185644473.1 100 132 0 0 1 132 1 132 2.97e-90 256 MCF8106439.1 MCF8106439.1 100 202 0 0 1 202 1 202 1.91e-145 401 WP_141918410.1 WP_141918410.1 100 588 0 0 1 588 1 588 0.0 1164 KAE8802158.1 KAE8802158.1 100 146 0 0 1 146 1 146 6.72e-105 294 DAM55269.1 DAM55269.1 100 407 0 0 1 407 1 407 2.73e-291 787 EFI7849450.1 EFI7849450.1 100 170 0 0 1 170 1 170 6.21e-99 281 EFI7849450.1 EFL3122059.1 74.8 131 29 1 3 133 28 154 9.41e-63 194 EFI7849450.1 EIH4263652.1 74.2 132 34 0 3 134 20 151 5.45e-61 196 EFI7849450.1 EFL5817307.1 75.0 104 26 0 31 134 1 104 3.96e-46 155 EFI7849450.1 EER8306359.1 98.3 60 1 0 1 60 240 299 5.35e-36 125 WP_027896470.1 WP_027896470.1 100 799 0 0 1 799 1 799 0.0 1624 MBD3702988.1 MBD3702988.1 100 105 0 0 1 105 1 105 1.40e-73 211 WP_200696402.1 WP_200696402.1 100 274 0 0 1 274 1 274 3.51e-195 533 WP_200696402.1 WP_204334995.1 34.0 188 121 3 84 270 61 246 3.09e-29 109 KAH0091028.1 KAH0091028.1 100 839 0 0 1 839 1 839 0.0 1608 WP_215683653.1 WP_215683653.1 100 290 0 0 1 290 1 290 1.27e-230 624 WP_246003214.1 WP_246003214.1 100 607 0 0 1 607 1 607 0.0 1107 WP_246003214.1 PYB13830.1 26.3 552 369 15 37 576 3206 3731 3.60e-29 122 WP_246003214.1 EJG3313804.1 23.2 409 293 11 45 434 33 439 5.12e-19 88.6 WP_246003214.1 MBN9324306.1 30.6 111 74 1 21 131 18 125 3.08e-09 54.7 WP_246003214.1 TMQ04701.1 24.5 326 181 11 163 439 619 928 1.06e-08 56.6 WP_246003214.1 MBF2759673.1 32.7 153 79 4 47 182 187 332 4.02e-08 54.7 WP_246003214.1 MCC5948066.1 26.2 466 247 22 42 438 116 553 4.78e-08 54.3 WP_246003214.1 XP_052525039.1 23.5 298 196 10 162 435 275 564 6.34e-08 53.9 WP_246003214.1 WP_254101325.1 20.1 472 310 9 45 460 107 567 1.71e-06 49.3 OBW66090.1 OBW66090.1 100 491 0 0 1 491 1 491 0.0 994 XP_049399244.1 XP_049399244.1 100 392 0 0 1 392 1 392 1.18e-282 764 WP_138051112.1 WP_138051112.1 100 391 0 0 1 391 1 391 5.65e-285 769 WP_112865547.1 WP_112865547.1 100 192 0 0 1 192 1 192 2.74e-140 387 MCU1506104.1 MCU1506104.1 100 369 0 0 1 369 1 369 2.22e-264 716 MCU1506104.1 WP_250898423.1 69.9 365 109 1 1 365 6 369 1.74e-175 491 MCJ8328039.1 MCJ8328039.1 100 262 0 0 1 262 1 262 1.24e-198 540 KAF2994395.1 KAF2994395.1 100 193 0 0 1 193 1 193 9.95e-148 406 WP_266603981.1 WP_266603981.1 100 189 0 0 1 189 1 189 7.29e-139 383 AAQ88513.1 AAQ88513.1 100 847 0 0 1 847 1 847 0.0 1739 WP_217278020.1 WP_217278020.1 100 137 0 0 1 137 1 137 9.06e-101 283 WP_065073015.1 WP_065073015.1 100 139 0 0 1 139 1 139 2.69e-103 289 WP_065073015.1 WP_030094039.1 67.9 137 41 1 6 139 9 145 7.67e-68 200 MBS7021842.1 MBS7021842.1 100 283 0 0 1 283 1 283 4.49e-207 563 WP_176390098.1 WP_176390098.1 100 440 0 0 1 440 1 440 0.0 878 WP_176390098.1 KQO44758.1 49.2 435 199 7 12 438 1 421 2.83e-136 396 WP_089187353.1 WP_089187353.1 100 261 0 0 1 261 1 261 1.01e-167 462 KAE9107042.1 KAE9107042.1 100 135 0 0 1 135 1 135 6.64e-84 240 WP_084717372.1 WP_084717372.1 100 220 0 0 1 220 1 220 1.89e-163 448 WP_062263491.1 WP_062263491.1 100 285 0 0 1 285 1 285 1.99e-211 575 WP_062263491.1 HIS27960.1 36.6 284 177 3 2 285 9 289 1.46e-58 187 WP_062263491.1 WP_111083956.1 36.8 285 176 4 3 285 16 298 6.66e-58 186 KNZ32786.1 KNZ32786.1 100 573 0 0 1 573 1 573 0.0 1108 WP_277491977.1 WP_277491977.1 100 315 0 0 1 315 1 315 3.86e-249 672 PWB61544.1 PWB61544.1 100 287 0 0 1 287 1 287 3.33e-220 597 MBF0570872.1 MBF0570872.1 100 139 0 0 1 139 1 139 9.36e-104 290 KAF2725148.1 KAF2725148.1 100 943 0 0 1 943 1 943 0.0 1776 MCI02510.1 MCI02510.1 100 109 0 0 1 109 1 109 3.01e-70 203 KAI0095213.1 KAI0095213.1 100 291 0 0 1 291 1 291 1.65e-222 603 KAI0095213.1 OLA08565.1 33.6 143 67 6 15 154 11 128 3.65e-12 63.2 KAI0095213.1 MBP5726154.1 30.1 153 78 5 7 155 3 130 7.84e-11 59.3 WP_259691170.1 WP_259691170.1 100 353 0 0 1 353 1 353 5.44e-266 718 EHG9706352.1 EHG9706352.1 100 140 0 0 1 140 1 140 3.52e-104 291 NIR98474.1 NIR98474.1 100 41 0 0 1 41 1 41 5.52e-27 89.4 WP_073505727.1 WP_073505727.1 100 333 0 0 1 333 1 333 6.99e-252 681 WP_073505727.1 WP_133874384.1 45.4 326 171 5 1 323 1 322 2.11e-87 264 WP_073505727.1 WP_164767343.1 48.1 156 81 0 161 316 1 156 2.31e-47 157 RPI21000.1 RPI21000.1 100 326 0 0 1 326 1 326 9.14e-249 672 WP_011568153.1 WP_011568153.1 100 248 0 0 1 248 1 248 3.94e-179 490 MBP8225438.1 MBP8225438.1 100 169 0 0 1 169 1 169 5.28e-129 357 WP_148284348.1 WP_148284348.1 100 384 0 0 1 384 1 384 1.26e-257 700 WP_148284348.1 MCE0539567.1 29.5 258 128 8 159 369 145 395 2.87e-08 53.5 WP_138860096.1 WP_138860096.1 100 231 0 0 1 231 1 231 1.61e-165 454 WP_249423022.1 WP_249423022.1 100 323 0 0 1 323 1 323 2.17e-225 613 MBM3258402.1 MBM3258402.1 100 357 0 0 1 357 1 357 5.57e-286 769 WP_140164964.1 WP_140164964.1 100 553 0 0 1 553 1 553 0.0 886 WP_140164964.1 WP_186556299.1 50.9 165 81 0 387 551 355 519 1.94e-33 132 WP_061671893.1 WP_061671893.1 100 239 0 0 1 239 1 239 2.77e-170 467 WP_142009293.1 WP_142009293.1 100 144 0 0 1 144 1 144 2.55e-99 280 MCR6642262.1 MCR6642262.1 100 239 0 0 1 239 1 239 5.41e-177 484 MCH8312134.1 MCH8312134.1 100 109 0 0 1 109 1 109 6.56e-74 213 DAI44238.1 DAI44238.1 100 315 0 0 1 315 1 315 5.61e-233 632 MCU0243120.1 MCU0243120.1 100 417 0 0 1 417 1 417 6.72e-313 842 MCU0243120.1 WP_265364885.1 32.4 68 46 0 7 74 17 84 2.94e-04 41.2 MBD5657753.1 MBD5657753.1 100 271 0 0 1 271 1 271 2.70e-202 550 XP_023318286.1 XP_023318286.1 100 738 0 0 1 738 1 738 0.0 1370 EAA8040699.1 EAA8040699.1 100 1854 0 0 1 1854 1 1854 0.0 2740 EAA8040699.1 ECE8916583.1 64.4 1750 536 24 144 1854 17 1718 0.0 1366 XP_023815606.1 XP_023815606.1 100 486 0 0 1 486 1 486 0.0 985 TYI91467.1 TYI91467.1 100 420 0 0 1 420 1 420 2.06e-304 821 XP_037327098.1 XP_037327098.1 100 497 0 0 1 497 1 497 0.0 992 XP_037327098.1 NWX34570.1 27.3 410 274 8 80 473 99 500 2.20e-39 148 XP_037327098.1 XP_054844157.1 27.9 229 152 4 244 468 263 482 2.64e-17 82.8 EER8085032.1 EER8085032.1 100 505 0 0 1 505 1 505 0.0 988 MBQ3129991.1 MBQ3129991.1 100 282 0 0 1 282 1 282 8.47e-216 585 WP_278084771.1 WP_278084771.1 100 786 0 0 1 786 1 786 0.0 1348 WP_278084771.1 VAX76432.1 29.8 564 348 12 229 774 31 564 1.52e-54 196 WP_278084771.1 PIQ07033.1 26.4 561 356 13 217 767 2 515 1.40e-46 172 WP_278084771.1 MBQ2895174.1 29.2 274 139 9 370 592 228 497 1.86e-15 78.2 WP_097275324.1 WP_097275324.1 100 421 0 0 1 421 1 421 3.03e-302 816 WP_179156843.1 WP_179156843.1 100 379 0 0 1 379 1 379 4.10e-281 759 WP_179156843.1 WP_250015522.1 31.7 379 234 7 1 364 15 383 4.35e-49 168 WP_179156843.1 MBW4662439.1 36.2 243 146 3 22 263 36 270 4.80e-38 139 WP_179156843.1 WP_210167953.1 28.9 342 218 7 26 360 25 348 1.41e-31 121 GIR47037.1 GIR47037.1 100 635 0 0 1 635 1 635 0.0 1242 GIR47037.1 UDH58358.1 43.7 646 335 8 1 632 1 631 2.75e-155 461 GIR47037.1 WP_251758029.1 41.6 627 342 9 9 627 11 621 9.93e-147 437 GIR47037.1 MBK3574312.1 41.4 423 224 7 67 479 69 477 4.55e-86 281 GIR47037.1 YP_009351723.1 37.7 355 203 6 92 446 33 369 1.80e-65 223 WP_057012309.1 WP_057012309.1 100 269 0 0 1 269 1 269 2.59e-199 543 WP_057012309.1 TMC92967.1 48.4 256 121 4 18 268 31 280 2.45e-71 219 EAA6840433.1 EAA6840433.1 100 276 0 0 1 276 1 276 3.59e-214 581 MBN1799017.1 MBN1799017.1 100 220 0 0 1 220 1 220 5.85e-158 434 GBE16035.1 GBE16035.1 100 348 0 0 1 348 1 348 2.67e-259 701 GBE16035.1 HBA4333173.1 51.2 330 156 3 10 338 4 329 1.75e-110 323 MCF0110827.1 MCF0110827.1 100 274 0 0 1 274 1 274 1.84e-206 561 WP_141605349.1 WP_141605349.1 100 266 0 0 1 266 1 266 1.29e-202 551 MCL4469743.1 MCL4469743.1 100 383 0 0 1 383 1 383 8.66e-285 768 MCL4469743.1 TAM79626.1 48.0 383 193 2 3 379 4 386 4.60e-124 362 HCI4632030.1 HCI4632030.1 100 41 0 0 1 41 1 41 9.21e-26 86.3 HCI4632030.1 WP_193850569.1 68.3 41 13 0 1 41 1 41 3.88e-14 60.5 WP_217105914.1 WP_217105914.1 100 349 0 0 1 349 1 349 1.81e-262 709 KAF3180666.1 KAF3180666.1 100 554 0 0 1 554 1 554 0.0 1060 WP_160394157.1 WP_160394157.1 100 130 0 0 1 130 1 130 1.37e-85 244 MCK4403577.1 MCK4403577.1 100 177 0 0 1 177 1 177 6.32e-125 347 MCK4403577.1 NGS95655.1 51.4 175 84 1 1 174 1 175 4.88e-60 183 OMP01148.1 OMP01148.1 100 34 0 0 1 34 1 34 1.02e-15 60.5 WP_038492378.1 WP_038492378.1 100 192 0 0 1 192 1 192 2.33e-132 367 MBQ1771956.1 MBQ1771956.1 100 371 0 0 1 371 1 371 7.75e-266 719 MBQ1771956.1 WP_167263015.1 42.1 368 203 5 7 366 1 366 5.35e-87 266 MBQ1771956.1 MBC5824559.1 36.9 350 214 4 7 350 1 349 2.98e-65 210 WP_048271612.1 WP_048271612.1 100 417 0 0 1 417 1 417 4.05e-314 845 WP_259865813.1 WP_259865813.1 100 282 0 0 1 282 1 282 3.87e-212 576 WP_089905939.1 WP_089905939.1 100 459 0 0 1 459 1 459 0.0 956 WP_089905939.1 WP_260685194.1 47.7 44 22 1 112 154 22 65 3.89e-04 37.7 MBO7633581.1 MBO7633581.1 100 117 0 0 1 117 1 117 2.79e-81 232 WP_264351023.1 WP_264351023.1 100 178 0 0 1 178 1 178 2.29e-132 366 KAH9572460.1 KAH9572460.1 100 1348 0 0 1 1348 1 1348 0.0 2702 ASI70574.1 ASI70574.1 100 179 0 0 1 179 1 179 7.10e-132 365 KAG9043128.1 KAG9043128.1 100 351 0 0 1 351 1 351 3.94e-258 698 WP_123868396.1 WP_123868396.1 100 181 0 0 1 181 1 181 2.20e-136 376 EHW0060032.1 EHW0060032.1 100 99 0 0 1 99 1 99 3.56e-62 182 OGG08302.1 OGG08302.1 100 337 0 0 1 337 1 337 9.84e-245 663 OGG08302.1 WP_115470986.1 33.2 253 166 3 79 330 97 347 2.68e-37 135 OGG08302.1 WP_152158314.1 31.0 210 135 5 97 306 2 201 1.37e-15 72.8 CAF4577788.1 CAF4577788.1 100 207 0 0 1 207 1 207 2.71e-152 419 HCL36615.1 HCL36615.1 100 361 0 0 1 361 1 361 1.94e-254 690 UYE49180.1 UYE49180.1 100 4402 0 0 1 4402 1 4402 0.0 6279 UYE49180.1 ULA23837.2 77.2 4402 1002 1 1 4402 1 4401 0.0 6274 UYE49180.1 UKU68032.1 77.5 4402 990 1 1 4402 1 4401 0.0 6272 UYE49180.1 ULB83374.1 80.3 4402 866 1 1 4402 1 4401 0.0 6270 UYE49180.1 UOU30556.1 79.1 4398 917 0 1 4398 1 4398 0.0 6269 UYE49180.1 UXH94526.1 77.1 4402 1006 1 1 4402 1 4401 0.0 6269 UYE49180.1 UIR12670.1 77.1 4398 1004 1 1 4398 1 4397 0.0 6267 UYE49180.1 QTM79632.1 77.0 4402 1014 0 1 4402 1 4402 0.0 6265 UYE49180.1 QXR94354.1 77.0 4402 1013 0 1 4402 1 4402 0.0 6262 UYE49180.1 QTD03487.1 77.0 4405 1012 1 1 4402 1 4405 0.0 6261 UYE49180.1 UFM00670.1 76.9 4405 1014 1 1 4402 1 4405 0.0 6258 UYE49180.1 QTZ27226.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6258 UYE49180.1 UPP41269.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6257 UYE49180.1 USR14792.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6257 UYE49180.1 UEC68750.1 76.9 4405 1014 1 1 4402 1 4405 0.0 6256 UYE49180.1 UPA83906.1 77.1 4398 1008 1 1 4398 1 4397 0.0 6256 UYE49180.1 QVD87869.1 77.0 4398 1012 0 1 4398 1 4398 0.0 6256 UYE49180.1 UZO53924.1 77.0 4398 1013 0 1 4398 1 4398 0.0 6255 UYE49180.1 UHM53165.1 76.9 4405 1014 1 1 4402 1 4405 0.0 6255 UYE49180.1 UBD95131.1 77.0 4401 1011 1 1 4398 1 4401 0.0 6254 UYE49180.1 UMF87224.1 76.6 4398 1028 1 1 4398 1 4397 0.0 6254 UYE49180.1 URQ55824.1 76.9 4398 1014 0 1 4398 1 4398 0.0 6254 UYE49180.1 QWC83326.1 77.0 4401 1011 1 1 4398 1 4401 0.0 6253 UYE49180.1 QZU16279.1 76.9 4401 1012 1 1 4398 1 4401 0.0 6252 UYE49180.1 UVB16817.1 76.9 4398 1014 0 1 4398 1 4398 0.0 6252 UYE49180.1 UCP72061.1 78.6 4401 938 1 1 4398 1 4401 0.0 6251 UYE49180.1 QSZ25555.1 76.9 4401 1013 1 1 4398 1 4401 0.0 6251 UYE49180.1 UFM02602.1 76.9 4405 1015 1 1 4402 1 4405 0.0 6251 UYE49180.1 UEC52718.1 76.9 4401 1012 1 1 4398 1 4401 0.0 6249 UYE49180.1 UBL45068.1 76.9 4405 1015 1 1 4402 1 4405 0.0 6249 UYE49180.1 UBP50947.1 76.9 4401 1013 1 1 4398 1 4401 0.0 6248 UYE49180.1 WEU87158.1 76.9 4401 1013 1 1 4398 1 4401 0.0 6248 UYE49180.1 UKN67998.1 77.0 4378 1005 1 21 4398 1 4377 0.0 6225 UYE49180.1 UCP77012.1 78.1 4401 963 1 1 4398 1 4401 0.0 6225 UYE49180.1 UGA79226.1 78.4 4401 947 1 1 4398 1 4401 0.0 6197 UYE49180.1 UBR86455.1 76.3 4400 1042 1 2 4398 1 4400 0.0 6151 UYE49180.1 UXX67934.1 75.4 4398 1081 0 1 4398 1 4398 0.0 6093 UYE49180.1 UAQ80067.1 75.4 4401 1080 1 1 4398 1 4401 0.0 6079 UYE49180.1 UJV88611.1 75.2 4402 1091 1 1 4402 1 4401 0.0 6077 UYE49180.1 UJJ97602.1 75.0 4402 1098 1 1 4402 1 4401 0.0 6058 UYE49180.1 UJS94137.1 77.3 4297 975 1 106 4402 1 4296 0.0 6050 UYE49180.1 WHE12941.1 74.3 4372 1124 0 27 4398 1 4372 0.0 5943 UYE49180.1 WEI27974.1 77.9 4402 974 0 1 4402 1 4402 0.0 5870 UYE49180.1 UGB98301.1 74.8 4405 1107 1 1 4402 1 4405 0.0 5859 UYE49180.1 UVI10561.1 73.2 4371 1172 0 28 4398 1 4371 0.0 5828 UYE49180.1 UMA88644.1 76.1 4377 1047 1 22 4398 1 4376 0.0 5798 UYE49180.1 UJT06733.1 73.2 4398 1178 1 1 4398 1 4397 0.0 5751 UYE49180.1 QRX02582.1 81.1 3731 703 1 1 3728 1 3731 0.0 5705 UYE49180.1 WGP70063.1 72.9 4369 1180 1 1 4366 1 4369 0.0 5593 UYE49180.1 WAS49087.1 78.2 4398 959 0 1 4398 1 4398 0.0 5533 UYE49180.1 WGP98278.1 74.4 4364 1113 1 1 4361 1 4364 0.0 5477 UYE49180.1 UFA30503.1 70.3 4340 1287 1 27 4363 1 4340 0.0 5465 UYE49180.1 UNI03201.1 69.1 4378 1351 1 27 4402 1 4378 0.0 5383 UYE49180.1 URP80785.1 77.4 4375 988 0 28 4402 1 4375 0.0 5345 UYE49180.1 UEX07109.1 66.5 4379 1462 1 27 4402 1 4379 0.0 5076 UYE49180.1 UPB00876.1 65.6 4375 1506 0 28 4402 1 4375 0.0 4439 UYE49180.1 WGQ72821.1 65.3 4344 1506 1 26 4366 1 4344 0.0 3854 WP_204719689.1 WP_204719689.1 100 274 0 0 1 274 1 274 8.73e-205 557 WP_113851760.1 WP_113851760.1 100 243 0 0 1 243 1 243 9.64e-173 473 WP_113851760.1 NGP45824.1 43.3 245 128 6 3 242 4 242 8.54e-55 174 WP_113851760.1 MCF8193609.1 35.3 241 150 4 7 243 24 262 1.61e-36 128 WP_113851760.1 WP_282979415.1 34.0 209 133 4 33 237 108 315 3.11e-36 129 WP_113851760.1 WP_144002426.1 32.0 175 109 4 66 236 98 266 4.37e-16 73.9 MCE5240463.1 MCE5240463.1 100 202 0 0 1 202 1 202 5.93e-149 410 MBP9771519.1 MBP9771519.1 100 500 0 0 1 500 1 500 0.0 946 MBP9771519.1 MBU7046308.1 31.5 451 219 16 9 391 6 434 1.66e-39 149 MBP9771519.1 MBR6343266.1 62.2 74 23 1 9 82 356 424 6.68e-22 96.3 MBP9771519.1 WP_010016619.1 32.4 219 126 4 15 218 21 232 1.57e-20 93.2 MBP9771519.1 MBP6400846.1 31.6 136 78 4 13 135 9 142 6.07e-13 65.9 MCF1439711.1 MCF1439711.1 100 88 0 0 1 88 1 88 2.28e-62 182 MCF1439711.1 MCH8904788.1 45.6 79 42 1 7 84 8 86 6.41e-19 77.8 MCF1439711.1 WP_280949002.1 39.8 93 48 2 2 88 10 100 8.38e-16 68.9 MBQ1653514.1 MBQ1653514.1 100 189 0 0 1 189 1 189 3.76e-141 389 WP_184094916.1 WP_184094916.1 100 184 0 0 1 184 1 184 2.45e-130 361 WP_073520930.1 WP_073520930.1 100 570 0 0 1 570 1 570 0.0 1157 WP_097089246.1 WP_097089246.1 100 361 0 0 1 361 1 361 7.40e-243 660 KAJ3654337.1 KAJ3654337.1 100 134 0 0 1 134 1 134 1.35e-96 272 MBP8613265.1 MBP8613265.1 100 466 0 0 1 466 1 466 0.0 911 MBP8613265.1 MCL6479991.1 31.9 188 114 5 186 369 28 205 3.79e-17 80.9 MBP8613265.1 WP_254363411.1 52.8 36 17 0 330 365 83 118 4.49e-05 43.9 WP_212663497.1 WP_212663497.1 100 386 0 0 1 386 1 386 1.62e-286 773 WP_212663497.1 WP_274604755.1 40.4 47 28 0 216 262 11 57 2.83e-05 43.5 MSU42127.1 MSU42127.1 100 357 0 0 1 357 1 357 8.93e-258 698 MSU42127.1 WP_253063755.1 42.9 350 187 5 8 356 1 338 1.31e-83 256 NEX64733.1 NEX64733.1 100 286 0 0 1 286 1 286 7.26e-219 593 NEX64733.1 MBN9625832.1 59.6 277 111 1 1 276 1 277 5.52e-118 338 NEX64733.1 GGS66510.1 53.9 280 117 3 4 275 1 276 2.66e-94 278 XP_054852439.1 XP_054852439.1 100 404 0 0 1 404 1 404 2.16e-316 850 RLE48019.1 RLE48019.1 100 111 0 0 1 111 1 111 2.86e-69 201 WP_217691728.1 WP_217691728.1 100 561 0 0 1 561 1 561 0.0 1106 AGA34473.1 AGA34473.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 MCK9908664.1 MCK9908664.1 100 114 0 0 1 114 1 114 1.51e-70 204 MCU0650575.1 MCU0650575.1 100 295 0 0 1 295 1 295 1.51e-211 576 KAJ5056431.1 KAJ5056431.1 100 149 0 0 1 149 1 149 6.47e-84 243 PHR24038.1 PHR24038.1 100 382 0 0 1 382 1 382 3.97e-285 769 PHR24038.1 WP_151430057.1 33.0 376 220 6 8 380 7 353 7.20e-61 198 MBU0592078.1 MBU0592078.1 100 128 0 0 1 128 1 128 1.81e-89 253 WP_264694478.1 WP_264694478.1 100 99 0 0 1 99 1 99 6.89e-69 199 WP_250376457.1 WP_250376457.1 100 234 0 0 1 234 1 234 6.30e-169 463 WP_250376457.1 EFB3581025.1 31.0 210 130 4 25 233 34 229 1.50e-31 114 WP_250376457.1 CAG0273471.1 31.1 209 131 3 25 233 5 200 1.14e-30 111 WP_250376457.1 HAP0275886.1 31.6 177 107 3 25 201 21 183 2.60e-20 84.3 MBC7326981.1 MBC7326981.1 100 254 0 0 1 254 1 254 6.08e-186 508 MBC7326981.1 WP_174822921.1 59.7 253 100 2 3 254 4 255 5.06e-109 313 MBC7326981.1 MXP43753.1 60.0 250 98 2 6 254 14 262 2.12e-107 309 MBC7326981.1 OAN53756.1 58.7 254 103 2 2 254 7 259 1.71e-103 299 MBC7326981.1 WP_207918089.1 54.0 250 114 1 5 254 4 252 5.62e-98 285 MBC7326981.1 WP_158791585.1 58.3 247 99 3 10 254 8 252 1.85e-96 281 MBC7326981.1 MWR41881.1 34.6 234 139 7 22 251 44 267 3.99e-38 132 MBC7326981.1 WP_084371009.1 28.8 229 148 6 5 232 1 215 3.06e-25 99.8 MBC7326981.1 WP_107894076.1 30.5 239 150 9 21 249 24 256 4.35e-25 99.8 MBC7326981.1 WP_152652784.1 30.6 216 133 6 1 214 1 201 8.39e-23 93.2 MBC7326981.1 EHH5649593.1 33.6 229 130 9 12 237 10 219 1.28e-21 89.7 MBC7326981.1 MBQ3864274.1 26.7 232 149 7 22 243 36 256 1.42e-21 90.1 MBC7326981.1 MCP5262709.1 26.0 258 171 8 4 254 8 252 1.94e-21 89.7 MBC7326981.1 WP_192324556.1 28.0 246 153 9 22 250 33 271 4.49e-20 87.4 MBC7326981.1 WP_227059655.1 28.7 247 160 9 17 250 32 275 1.11e-19 86.3 MBC7326981.1 GLY24463.1 26.9 242 157 9 17 246 19 252 1.76e-19 84.3 MBC7326981.1 WP_276362074.1 25.8 233 156 3 7 228 5 231 1.85e-19 83.2 MBC7326981.1 WP_071876418.1 25.4 244 165 7 7 243 4 237 2.17e-18 82.4 MBC7326981.1 WP_221977168.1 28.0 225 137 9 16 228 25 236 1.24e-16 75.5 MBC7326981.1 CDZ73727.1 26.8 209 120 6 16 217 11 193 4.76e-14 68.2 MBC7326981.1 WP_167977039.1 28.4 204 120 10 17 212 16 201 6.30e-14 67.8 MBC7326981.1 WP_150396769.1 26.7 225 144 9 22 239 40 250 6.87e-12 63.2 MBC7326981.1 KAF9974715.1 23.7 190 120 5 22 209 481 647 3.33e-08 52.4 MBV9550452.1 MBV9550452.1 100 229 0 0 1 229 1 229 3.02e-169 463 WP_228938141.1 WP_228938141.1 100 272 0 0 1 272 1 272 9.66e-192 524 WP_040301436.1 WP_040301436.1 100 166 0 0 1 166 1 166 5.96e-120 333 WP_248126409.1 WP_248126409.1 100 423 0 0 1 423 1 423 8.69e-303 817 MQG44163.1 MQG44163.1 100 126 0 0 1 126 1 126 1.62e-91 258 WP_231149750.1 WP_231149750.1 100 440 0 0 1 440 1 440 0.0 914 MBI2621122.1 MBI2621122.1 100 275 0 0 1 275 1 275 5.24e-202 550 MBI2621122.1 MBT2971737.1 33.7 279 159 6 1 274 2 259 6.61e-42 143 MBI2621122.1 WP_009197348.1 31.3 268 165 5 2 269 15 263 2.63e-33 120 WP_218566587.1 WP_218566587.1 100 196 0 0 1 196 1 196 4.23e-121 339 MBD20513.1 MBD20513.1 100 61 0 0 1 61 1 61 1.05e-37 117 KAH0561149.1 KAH0561149.1 100 429 0 0 1 429 1 429 4.56e-298 809 WP_175896721.1 WP_175896721.1 100 459 0 0 1 459 1 459 0.0 889 WP_175896721.1 WP_164653811.1 42.1 323 176 5 131 450 150 464 8.76e-63 209 WP_175896721.1 WP_272906673.1 46.9 260 125 4 148 400 140 393 7.72e-62 207 WP_175896721.1 KNY10996.1 40.5 299 155 5 162 449 8 294 2.22e-58 192 WP_175896721.1 WP_271786410.1 46.3 240 115 2 146 380 6 236 1.28e-57 192 WP_175896721.1 WP_205173112.1 43.5 253 136 2 148 399 148 394 3.41e-57 194 WP_175896721.1 WP_124213670.1 45.0 240 123 3 159 398 141 371 5.43e-57 194 WP_175896721.1 MBP7222158.1 40.5 237 136 2 159 395 13 244 1.03e-49 170 WP_175896721.1 WP_278449211.1 36.7 338 189 8 136 459 135 461 1.53e-49 174 WP_175896721.1 MCH3963123.1 30.6 222 129 6 170 381 150 356 1.12e-17 84.3 RCI04718.1 RCI04718.1 100 364 0 0 1 364 1 364 1.18e-261 708 RCI04718.1 MBQ2017527.1 39.7 116 69 1 249 364 131 245 6.69e-20 86.3 RCI04718.1 WP_161258623.1 37.1 105 66 0 260 364 302 406 1.29e-18 85.5 RCI04718.1 KAG5702777.1 36.7 49 30 1 259 306 67 115 3.67e-04 40.0 UBR86455.1 UBR86455.1 100 7095 0 0 1 7095 1 7095 0.0 14034 UBR86455.1 UBD95131.1 99.1 7095 64 0 1 7095 2 7096 0.0 14023 UBR86455.1 UEC52718.1 99.1 7095 67 0 1 7095 2 7096 0.0 14016 UBR86455.1 QWC83326.1 99.0 7095 73 0 1 7095 2 7096 0.0 14006 UBR86455.1 UBP50947.1 99.0 7095 74 0 1 7095 2 7096 0.0 14005 UBR86455.1 WEU87158.1 98.9 7095 75 0 1 7095 2 7096 0.0 14001 UBR86455.1 QSZ25555.1 98.9 7095 77 0 1 7095 2 7096 0.0 14000 UBR86455.1 QVD87869.1 98.9 7095 76 1 1 7095 2 7093 0.0 13990 UBR86455.1 UMF87224.1 98.6 7095 94 2 1 7095 2 7092 0.0 13985 UBR86455.1 UZO53924.1 98.8 7095 81 1 1 7095 2 7093 0.0 13978 UBR86455.1 UVB16817.1 98.8 7095 80 1 1 7095 2 7093 0.0 13978 UBR86455.1 URQ55824.1 98.8 7095 81 1 1 7095 2 7093 0.0 13978 UBR86455.1 QZU16279.1 98.8 7095 88 0 1 7095 2 7096 0.0 13966 UBR86455.1 UIR12670.1 98.5 7095 103 2 1 7095 2 7092 0.0 13923 UBR86455.1 UPA83906.1 98.3 7095 114 2 1 7095 2 7092 0.0 13889 UBR86455.1 UCP72061.1 98.0 7095 139 0 1 7095 2 7096 0.0 13845 UBR86455.1 UCP77012.1 98.0 7095 142 0 1 7095 2 7096 0.0 13840 UBR86455.1 UXX67934.1 97.9 7095 149 1 1 7095 2 7093 0.0 13817 UBR86455.1 UKN67998.1 97.4 7076 180 2 20 7095 1 7072 0.0 13698 UBR86455.1 WHE12941.1 97.3 7070 190 1 26 7095 1 7067 0.0 13671 UBR86455.1 UGA79226.1 96.7 7095 232 0 1 7095 2 7096 0.0 13635 UBR86455.1 UAQ80067.1 96.6 7095 243 0 1 7095 2 7096 0.0 13587 UBR86455.1 UJT06733.1 95.4 7095 325 2 1 7095 2 7092 0.0 13374 UBR86455.1 UVI10561.1 95.6 7069 311 1 27 7095 1 7066 0.0 13370 UBR86455.1 UOU30556.1 94.0 7095 422 1 1 7095 2 7093 0.0 13148 UBR86455.1 UMA88644.1 90.9 7075 641 2 21 7095 1 7071 0.0 12577 UBR86455.1 WAS49087.1 90.0 7095 706 1 1 7095 2 7093 0.0 12408 UBR86455.1 WGP98278.1 85.0 7095 1061 0 1 7095 2 7096 0.0 11528 UBR86455.1 UFM00670.1 98.6 4400 60 0 1 4400 2 4401 0.0 8511 UBR86455.1 UEC68750.1 98.6 4400 60 0 1 4400 2 4401 0.0 8509 UBR86455.1 UHM53165.1 98.6 4400 60 0 1 4400 2 4401 0.0 8506 UBR86455.1 UFM02602.1 98.6 4400 60 0 1 4400 2 4401 0.0 8506 UBR86455.1 QTD03487.1 98.5 4400 67 0 1 4400 2 4401 0.0 8501 UBR86455.1 UBL45068.1 98.5 4400 66 0 1 4400 2 4401 0.0 8494 UBR86455.1 QXR94354.1 98.4 4400 67 1 1 4400 2 4398 0.0 8485 UBR86455.1 QTM79632.1 98.3 4400 70 1 1 4400 2 4398 0.0 8484 UBR86455.1 ULA23837.2 98.4 4400 68 2 1 4400 2 4397 0.0 8480 UBR86455.1 QTZ27226.1 98.3 4400 72 1 1 4400 2 4398 0.0 8479 UBR86455.1 UPP41269.1 98.3 4400 70 1 1 4400 2 4398 0.0 8478 UBR86455.1 UXH94526.1 98.3 4400 69 2 1 4400 2 4397 0.0 8475 UBR86455.1 USR14792.1 98.3 4400 71 1 1 4400 2 4398 0.0 8475 UBR86455.1 UKU68032.1 98.0 4400 82 2 1 4400 2 4397 0.0 8447 UBR86455.1 UJV88611.1 96.4 4400 154 2 1 4400 2 4397 0.0 8285 UBR86455.1 UJJ97602.1 96.3 4400 160 2 1 4400 2 4397 0.0 8269 UBR86455.1 UJS94137.1 97.5 4296 105 2 105 4400 1 4292 0.0 8184 UBR86455.1 ULB83374.1 95.2 4400 208 2 1 4400 2 4397 0.0 8150 UBR86455.1 UGB98301.1 93.7 4400 279 0 1 4400 2 4401 0.0 7961 UBR86455.1 QRX02582.1 98.4 4097 64 0 1 4097 2 4098 0.0 7885 UBR86455.1 UFA30503.1 92.7 4340 315 0 26 4365 1 4340 0.0 7751 UBR86455.1 WGP70063.1 91.8 4368 356 0 1 4368 2 4369 0.0 7697 UBR86455.1 UNI03201.1 91.1 4375 390 1 26 4400 1 4374 0.0 7638 UBR86455.1 WEI27974.1 90.0 4400 438 1 1 4400 2 4398 0.0 7599 UBR86455.1 UEX07109.1 87.1 4375 563 0 26 4400 1 4375 0.0 7266 UBR86455.1 URP80785.1 81.9 4374 789 1 27 4400 1 4371 0.0 6674 UBR86455.1 UYE49180.1 76.3 4400 1042 1 1 4400 2 4398 0.0 6109 UBR86455.1 UPB00876.1 76.3 4374 1035 1 27 4400 1 4371 0.0 6098 UBR86455.1 WGQ72821.1 67.8 4344 1398 0 25 4368 1 4344 0.0 5089 XP_039202520.1 XP_039202520.1 100 506 0 0 1 506 1 506 0.0 1047 WP_235697247.1 WP_235697247.1 100 387 0 0 1 387 1 387 3.30e-291 785 EHQ6376324.1 EHQ6376324.1 100 180 0 0 1 180 1 180 2.20e-131 363 XP_043890337.1 XP_043890337.1 100 619 0 0 1 619 1 619 0.0 1098 WP_228268753.1 WP_228268753.1 100 120 0 0 1 120 1 120 1.03e-91 258 WP_228268753.1 WP_172117930.1 69.2 117 36 0 4 120 70 186 1.09e-59 180 WP_228268753.1 WP_024404629.1 61.2 98 38 0 4 101 69 166 1.50e-42 136 WP_046093714.1 WP_046093714.1 100 268 0 0 1 268 1 268 4.01e-207 562 WP_011513572.1 WP_011513572.1 100 343 0 0 1 343 1 343 2.17e-251 681 MCI0901122.1 MCI0901122.1 100 223 0 0 1 223 1 223 9.40e-170 464 SCH39951.1 SCH39951.1 100 486 0 0 1 486 1 486 0.0 896 SCH39951.1 MBO8233644.1 31.8 223 136 7 255 468 146 361 8.68e-20 89.4 SCH39951.1 KDF42894.1 24.5 216 151 6 261 469 263 473 3.67e-13 69.7 SCH39951.1 WP_074911472.1 20.8 207 163 1 265 470 798 1004 1.48e-09 58.9 SCH39951.1 GDX36288.1 25.8 236 120 8 256 469 190 392 2.32e-07 51.2 AYV64277.1 AYV64277.1 100 426 0 0 1 426 1 426 7.83e-319 858 AYV64277.1 UFH83377.1 51.8 438 198 6 1 426 1 437 4.18e-137 401 AYV64277.1 AFQ97813.1 60.0 275 100 4 159 426 1 272 4.43e-106 313 AYV64277.1 UTU41876.1 60.9 261 95 3 169 423 1 260 1.65e-102 303 WP_254743169.1 WP_254743169.1 100 538 0 0 1 538 1 538 0.0 1050 MCB1875218.1 MCB1875218.1 100 317 0 0 1 317 1 317 3.02e-238 645 MCB1875218.1 WP_255519487.1 28.7 331 181 13 24 313 11 327 7.01e-26 103 WP_207128967.1 WP_207128967.1 100 166 0 0 1 166 1 166 7.50e-114 318 NQT73935.1 NQT73935.1 100 368 0 0 1 368 1 368 5.55e-278 750 NLI07658.1 NLI07658.1 100 153 0 0 1 153 1 153 4.80e-97 275 WP_204657011.1 WP_204657011.1 100 56 0 0 1 56 1 56 2.13e-37 116 CAF1315160.1 CAF1315160.1 100 77 0 0 1 77 1 77 1.27e-54 161 WP_197079459.1 WP_197079459.1 100 50 0 0 1 50 1 50 6.59e-34 107 XP_051777026.1 XP_051777026.1 100 695 0 0 1 695 1 695 0.0 1358 WP_244440115.1 WP_244440115.1 100 79 0 0 1 79 1 79 4.05e-52 155 AUN37106.1 AUN37106.1 100 76 0 0 1 76 1 76 2.51e-47 143 TSA21665.1 TSA21665.1 100 122 0 0 1 122 1 122 1.25e-84 241 WP_261362933.1 WP_261362933.1 100 271 0 0 1 271 1 271 9.12e-210 569 WP_261362933.1 MCA8990238.1 32.7 205 107 6 43 241 109 288 5.55e-19 82.8 GLJ54837.1 GLJ54837.1 100 232 0 0 1 232 1 232 1.34e-178 487 KAJ8033891.1 KAJ8033891.1 100 106 0 0 1 106 1 106 1.44e-80 229 WP_276974217.1 WP_276974217.1 100 174 0 0 1 174 1 174 1.33e-120 336 WP_123176104.1 WP_123176104.1 100 78 0 0 1 78 1 78 2.56e-50 150 WP_219324004.1 WP_219324004.1 100 59 0 0 1 59 1 59 1.84e-37 117 WP_059678947.1 WP_059678947.1 100 546 0 0 1 546 1 546 0.0 1038 RJP93937.1 RJP93937.1 100 82 0 0 1 82 1 82 2.55e-63 184 RVW37287.1 RVW37287.1 100 120 0 0 1 120 1 120 9.99e-81 231 WP_064049628.1 WP_064049628.1 100 432 0 0 1 432 1 432 2.77e-315 850 WP_156033277.1 WP_156033277.1 100 184 0 0 1 184 1 184 1.17e-128 357 WP_230200986.1 WP_230200986.1 100 622 0 0 1 622 1 622 0.0 1250 WP_220331155.1 WP_220331155.1 100 296 0 0 1 296 1 296 2.59e-208 568 WP_074745818.1 WP_074745818.1 100 401 0 0 1 401 1 401 1.02e-267 727 WP_151949835.1 WP_151949835.1 100 142 0 0 1 142 1 142 3.99e-77 223 MBS3795756.1 MBS3795756.1 100 138 0 0 1 138 1 138 3.03e-95 269 MCU1460142.1 MCU1460142.1 100 103 0 0 1 103 1 103 5.56e-70 202 KAJ2188950.1 KAJ2188950.1 100 1684 0 0 1 1684 1 1684 0.0 3322 WP_013632646.1 WP_013632646.1 100 804 0 0 1 804 1 804 0.0 1519 WP_013632646.1 WP_074319120.1 38.9 737 416 11 82 801 21 740 2.40e-145 444 WP_013632646.1 HCT06136.1 35.4 508 305 7 262 756 217 714 1.83e-94 310 WP_013632646.1 OFX32653.1 31.5 553 359 10 260 803 81 622 5.89e-72 246 WP_013632646.1 MBI6149093.1 28.2 746 464 19 75 804 82 771 4.21e-71 247 WP_013632646.1 MCE7698179.1 33.3 409 256 5 223 628 1 395 1.94e-59 205 XP_018754863.1 XP_018754863.1 100 346 0 0 1 346 1 346 3.73e-249 675 WP_230284916.1 WP_230284916.1 100 463 0 0 1 463 1 463 0.0 930 WP_230284916.1 RMF68396.1 31.7 502 271 19 1 446 1 486 2.58e-53 184 WP_230284916.1 WP_193956008.1 29.7 434 217 19 87 443 100 522 7.94e-29 117 NJM16453.1 NJM16453.1 100 220 0 0 1 220 1 220 2.21e-162 445 KJZ73525.1 KJZ73525.1 100 191 0 0 1 191 1 191 2.17e-141 390 KAJ6336236.1 KAJ6336236.1 100 223 0 0 1 223 1 223 4.63e-161 442 KAJ6336236.1 WP_232790853.1 33.7 83 52 1 15 97 125 204 4.67e-06 45.1 WP_211114623.1 WP_211114623.1 100 797 0 0 1 797 1 797 0.0 1537 WP_211114623.1 MBF0233644.1 33.7 520 335 4 284 795 220 737 4.06e-69 241 WP_211114623.1 WP_061048002.1 31.6 459 293 5 346 795 324 770 7.98e-62 221 WP_211114623.1 WP_086504813.1 36.2 387 230 10 409 792 378 750 6.37e-50 186 WP_211114623.1 NSW79198.1 33.9 348 214 7 318 659 327 664 7.05e-49 182 WP_211114623.1 PKL50735.1 26.7 547 349 14 278 791 535 1062 6.38e-41 160 WP_211114623.1 MBK3737236.1 41.2 260 134 8 405 656 410 658 5.91e-40 155 WP_211114623.1 TMG86695.1 27.4 285 147 6 417 660 8 273 8.58e-20 89.0 WP_211114623.1 WP_063540919.1 26.7 397 242 14 407 791 482 841 1.47e-15 79.3 XP_014259138.1 XP_014259138.1 100 946 0 0 1 946 1 946 0.0 1431 WP_271104848.1 WP_271104848.1 100 76 0 0 1 76 1 76 2.60e-49 148 MCI7202149.1 MCI7202149.1 100 263 0 0 1 263 1 263 7.43e-196 533 MCI7202149.1 SEJ33525.1 31.1 257 171 5 10 262 28 282 1.80e-33 122 GAL07990.1 GAL07990.1 100 84 0 0 1 84 1 84 1.00e-52 157 GAL07990.1 HCH2726488.1 61.5 78 30 0 1 78 340 417 9.57e-26 97.1 MBR9906678.1 MBR9906678.1 100 436 0 0 1 436 1 436 1.17e-318 858 WP_184699897.1 WP_184699897.1 100 94 0 0 1 94 1 94 1.61e-67 195 MYX39762.1 MYX39762.1 100 259 0 0 1 259 1 259 2.70e-196 534 WP_224547797.1 WP_224547797.1 100 197 0 0 1 197 1 197 1.35e-147 406 MCL2341595.1 MCL2341595.1 100 160 0 0 1 160 1 160 1.21e-107 302 XP_011782004.1 XP_011782004.1 100 1120 0 0 1 1120 1 1120 0.0 2123 XP_011782004.1 XP_037697134.1 72.1 1117 299 9 1 1111 1 1110 0.0 1415 MBL14507.1 MBL14507.1 100 586 0 0 1 586 1 586 0.0 1215 MBL14507.1 MBT4210917.1 29.7 585 337 17 38 582 34 584 3.58e-68 233 MBL14507.1 WP_096067320.1 27.5 626 362 21 11 585 30 614 9.05e-62 213 MBL14507.1 WP_282322778.1 27.2 626 364 20 11 585 30 614 9.05e-62 213 TMC92967.1 TMC92967.1 100 289 0 0 1 289 1 289 1.02e-206 563 TMC92967.1 WP_057012309.1 49.2 256 119 4 31 280 18 268 6.80e-69 213 OYV27796.1 OYV27796.1 100 312 0 0 1 312 1 312 1.81e-232 630 OYV27796.1 WP_232243969.1 47.2 305 134 5 18 312 1 288 3.40e-83 257 WP_169928520.1 WP_169928520.1 100 381 0 0 1 381 1 381 3.52e-283 764 MCR5335843.1 MCR5335843.1 100 396 0 0 1 396 1 396 5.49e-290 783 MCR5335843.1 MBY0289623.1 37.9 375 217 6 8 374 9 375 2.86e-64 209 MUT95175.1 MUT95175.1 100 249 0 0 1 249 1 249 7.91e-175 479 MUT95175.1 OAH97901.1 32.2 230 149 3 9 238 2 224 2.34e-26 100 WP_039638019.1 WP_039638019.1 100 184 0 0 1 184 1 184 1.31e-125 349 MBI4599533.1 MBI4599533.1 100 244 0 0 1 244 1 244 1.22e-171 471 MBI4599533.1 SFI40936.1 51.5 229 111 0 13 241 21 249 7.49e-77 231 MCO4478718.1 MCO4478718.1 100 276 0 0 1 276 1 276 3.41e-203 553 NTW34833.1 NTW34833.1 100 246 0 0 1 246 1 246 5.68e-162 446 WP_116773703.1 WP_116773703.1 100 260 0 0 1 260 1 260 2.89e-187 511 WP_116773703.1 MCC8072670.1 49.6 238 115 2 1 238 1 233 1.14e-75 228 MBK3574312.1 MBK3574312.1 100 664 0 0 1 664 1 664 0.0 1237 MBK3574312.1 WP_251758029.1 33.1 650 383 17 6 643 3 612 1.18e-85 280 MBK3574312.1 GIR47037.1 40.2 423 229 6 69 477 67 479 1.95e-83 274 MBK3574312.1 UDH58358.1 36.3 430 244 12 81 495 79 493 5.35e-59 208 MBK3574312.1 YP_009351723.1 30.9 408 261 9 81 485 20 409 8.12e-46 169 MBK3574312.1 MCG6876547.1 28.9 495 300 18 17 479 18 492 2.80e-28 119 MBK3574312.1 WP_096665911.1 27.8 331 221 11 78 400 77 397 6.39e-18 85.5 MBK3574312.1 MBT3784852.1 26.6 274 178 7 132 402 112 365 1.02e-15 79.0 AYX42557.1 AYX42557.1 100 107 0 0 1 107 1 107 5.67e-65 190 XP_044019329.1 XP_044019329.1 100 1512 0 0 1 1512 1 1512 0.0 2783 WP_211056951.1 WP_211056951.1 100 890 0 0 1 890 1 890 0.0 1793 WP_211056951.1 WP_227329750.1 31.0 284 188 3 16 297 16 293 2.25e-29 120 WP_099253885.1 WP_099253885.1 100 385 0 0 1 385 1 385 6.73e-274 741 WP_145321954.1 WP_145321954.1 100 161 0 0 1 161 1 161 5.79e-120 333 WP_059433000.1 WP_059433000.1 100 283 0 0 1 283 1 283 4.01e-210 571 XP_007208131.1 XP_007208131.1 100 1202 0 0 1 1202 1 1202 0.0 2341 MCT4573170.1 MCT4573170.1 100 137 0 0 1 137 1 137 2.31e-103 289 MCT4573170.1 MBE9640947.1 35.4 113 70 3 24 134 360 471 4.07e-12 60.5 XP_047935591.1 XP_047935591.1 100 444 0 0 1 444 1 444 0.0 873 MBQ7930482.1 MBQ7930482.1 100 153 0 0 1 153 1 153 1.09e-102 289 WP_132774430.1 WP_132774430.1 100 562 0 0 1 562 1 562 0.0 1090 MCC6044083.1 MCC6044083.1 100 314 0 0 1 314 1 314 3.40e-213 582 MCC6044083.1 WP_215557653.1 45.7 221 119 1 1 220 1 221 1.29e-59 190 MCC6044083.1 MCB0243881.1 46.4 211 112 1 11 220 13 223 9.15e-56 179 MCC6044083.1 WP_266842210.1 45.7 208 112 1 13 220 19 225 3.04e-54 176 MCC6044083.1 WP_145468487.1 44.7 208 114 1 11 217 14 221 3.28e-51 167 MCC6044083.1 MBT4161918.1 44.1 213 118 1 9 220 12 224 8.95e-51 166 MCC6044083.1 WP_250499463.1 42.0 200 114 2 23 220 28 227 3.07e-46 154 MCC6044083.1 MCF7808720.1 40.7 214 126 1 8 220 11 224 7.89e-46 153 MCC6044083.1 MBQ4383193.1 41.9 203 113 3 18 218 19 218 1.07e-41 142 MCC6044083.1 MBP1876254.1 36.4 220 136 4 4 220 2 220 4.08e-34 126 MCC6044083.1 MCP5262709.1 33.8 210 128 6 22 220 20 229 1.43e-23 97.1 MCC6044083.1 WP_066083732.1 31.3 227 141 8 8 220 11 236 4.38e-23 95.9 MCC6044083.1 WP_107894076.1 30.0 217 138 8 17 220 19 234 4.18e-20 87.4 MCC6044083.1 WP_131166802.1 31.2 234 144 7 16 237 19 247 3.17e-19 85.1 MCC6044083.1 MBK8687530.1 40.0 135 75 4 36 169 1 130 2.40e-13 66.6 MCC6044083.1 WP_041710957.1 31.2 77 51 1 144 220 98 172 2.53e-04 40.8 GIS77777.1 GIS77777.1 100 55 0 0 1 55 1 55 3.32e-36 113 GIS77777.1 WP_173302040.1 55.6 36 16 0 3 38 102 137 6.52e-06 39.3 MXW24770.1 MXW24770.1 100 626 0 0 1 626 1 626 0.0 1183 EGI35895.1 EGI35895.1 100 284 0 0 1 284 1 284 9.40e-205 558 YP_009731821.1 YP_009731821.1 100 223 0 0 1 223 1 223 2.54e-149 412 YP_009731821.1 QNV11749.1 74.6 224 56 1 1 223 1 224 2.24e-111 317 MBQ7424709.1 MBQ7424709.1 100 81 0 0 1 81 1 81 3.02e-57 168 WP_124977341.1 WP_124977341.1 100 272 0 0 1 272 1 272 5.75e-168 464 WP_124977341.1 MBD1933857.1 52.4 233 102 2 38 269 14 238 9.26e-56 178 WP_069156513.1 WP_069156513.1 100 234 0 0 1 234 1 234 4.81e-173 473 WP_069156513.1 MBQ5584458.1 47.1 227 116 3 4 229 3 226 1.12e-62 194 WP_069156513.1 WP_194544138.1 42.9 231 127 4 3 229 10 239 7.00e-56 177 WP_069156513.1 WP_186723788.1 36.6 224 136 2 5 228 8 225 1.02e-42 143 WP_069156513.1 WP_026893585.1 36.2 229 136 5 1 228 1 220 1.84e-42 142 WP_069156513.1 MBP1530348.1 30.2 232 149 5 3 233 2 221 4.32e-40 135 WP_069156513.1 WP_007708736.1 33.6 229 147 3 4 229 3 229 5.65e-40 135 WP_069156513.1 WP_101794136.1 32.9 231 146 3 4 227 26 254 1.19e-35 125 WP_069156513.1 EAG2350674.1 44.8 125 68 1 1 125 1 124 2.99e-35 120 WP_069156513.1 EAC1232420.1 31.0 226 149 5 4 229 3 221 1.61e-29 108 WP_069156513.1 WP_212961195.1 35.3 116 71 2 4 116 714 828 4.85e-14 69.3 WP_069156513.1 WP_074911472.1 29.8 114 75 2 5 115 1056 1167 1.23e-13 68.2 WP_069156513.1 WP_188888464.1 25.4 228 156 8 4 225 4 223 1.56e-12 63.2 WP_069156513.1 WP_250850661.1 27.0 163 112 5 4 161 8 168 1.00e-10 57.8 WP_069156513.1 MCH5250214.1 28.9 135 91 2 2 132 560 693 2.76e-10 58.2 WP_069156513.1 PKL50735.1 28.2 124 81 4 1 119 947 1067 1.26e-09 56.2 WP_069156513.1 EDN57974.1 27.3 121 76 4 4 115 939 1056 1.97e-06 46.6 MAQ92282.1 MAQ92282.1 100 586 0 0 1 586 1 586 0.0 1131 WP_047721562.1 WP_047721562.1 100 337 0 0 1 337 1 337 3.38e-236 642 WP_047721562.1 MBE7554905.1 43.4 332 185 2 8 337 5 335 1.14e-74 232 WP_047721562.1 MBB3097508.1 30.8 325 193 5 15 337 1 295 2.15e-33 123 WP_047721562.1 WP_149656427.1 30.9 337 212 9 4 337 5 323 5.36e-32 120 SHG89682.1 SHG89682.1 100 265 0 0 1 265 1 265 1.96e-192 525 WP_258450640.1 WP_258450640.1 100 198 0 0 1 198 1 198 6.35e-133 369 WP_200200480.1 WP_200200480.1 100 1168 0 0 1 1168 1 1168 0.0 2337 WP_200200480.1 WP_137202811.1 34.1 296 176 5 551 835 1161 1448 4.36e-41 163 WP_200200480.1 MBA3614174.1 32.7 318 203 7 855 1166 156 468 2.68e-38 153 WP_262686037.1 WP_262686037.1 100 423 0 0 1 423 1 423 0.0 884 KAG9404442.1 KAG9404442.1 100 235 0 0 1 235 1 235 1.05e-172 473 WP_101701979.1 WP_101701979.1 100 212 0 0 1 212 1 212 2.40e-153 422 MCF8535784.1 MCF8535784.1 100 197 0 0 1 197 1 197 3.81e-129 359 EFW50635.1 EFW50635.1 100 97 0 0 1 97 1 97 1.16e-66 193 EFW50635.1 ABB60900.1 44.0 91 51 0 1 91 35 125 1.39e-20 78.2 EFW50635.1 HBY6471839.1 100 17 0 0 81 97 9 25 1.12e-06 40.0 WP_185031483.1 WP_185031483.1 100 238 0 0 1 238 1 238 3.49e-168 461 WP_185031483.1 WP_026893585.1 30.0 190 126 4 34 221 37 221 1.03e-19 82.8 WP_185031483.1 WP_007708736.1 30.6 183 119 4 45 220 47 228 1.18e-17 77.4 WP_185031483.1 MBQ5584458.1 31.9 144 98 0 60 203 63 206 3.05e-16 73.6 WP_185031483.1 MBQ2640849.1 62.5 32 11 1 190 221 1 31 1.85e-06 42.0 MBL0929646.1 MBL0929646.1 100 340 0 0 1 340 1 340 3.41e-242 657 WP_162852444.1 WP_162852444.1 100 55 0 0 1 55 1 55 3.10e-32 103 QTM79632.1 QTM79632.1 100 4402 0 0 1 4402 1 4402 0.0 8653 QTM79632.1 QTZ27226.1 99.9 4402 6 0 1 4402 1 4402 0.0 8640 QTM79632.1 QXR94354.1 99.7 4402 13 0 1 4402 1 4402 0.0 8626 QTM79632.1 QTD03487.1 99.6 4405 13 1 1 4402 1 4405 0.0 8624 QTM79632.1 QVD87869.1 99.7 4398 12 0 1 4398 1 4398 0.0 8619 QTM79632.1 QWC83326.1 99.7 4401 10 1 1 4398 1 4401 0.0 8619 QTM79632.1 QSZ25555.1 99.7 4401 12 1 1 4398 1 4401 0.0 8617 QTM79632.1 UPP41269.1 99.6 4402 18 0 1 4402 1 4402 0.0 8614 QTM79632.1 WEU87158.1 99.7 4401 12 1 1 4398 1 4401 0.0 8614 QTM79632.1 ULA23837.2 99.6 4402 17 1 1 4402 1 4401 0.0 8613 QTM79632.1 UBP50947.1 99.6 4401 13 1 1 4398 1 4401 0.0 8611 QTM79632.1 USR14792.1 99.6 4402 19 0 1 4402 1 4402 0.0 8611 QTM79632.1 UIR12670.1 99.6 4398 15 1 1 4398 1 4397 0.0 8611 QTM79632.1 UZO53924.1 99.6 4398 16 0 1 4398 1 4398 0.0 8611 QTM79632.1 UFM00670.1 99.5 4405 18 1 1 4402 1 4405 0.0 8611 QTM79632.1 UXH94526.1 99.6 4402 18 1 1 4402 1 4401 0.0 8609 QTM79632.1 UVB16817.1 99.6 4398 16 0 1 4398 1 4398 0.0 8609 QTM79632.1 UEC68750.1 99.5 4405 18 1 1 4402 1 4405 0.0 8608 QTM79632.1 URQ55824.1 99.6 4398 17 0 1 4398 1 4398 0.0 8608 QTM79632.1 UBL45068.1 99.6 4405 16 1 1 4402 1 4405 0.0 8608 QTM79632.1 QZU16279.1 99.6 4401 15 1 1 4398 1 4401 0.0 8607 QTM79632.1 UBD95131.1 99.6 4401 15 1 1 4398 1 4401 0.0 8606 QTM79632.1 UHM53165.1 99.5 4405 18 1 1 4402 1 4405 0.0 8606 QTM79632.1 UFM02602.1 99.5 4405 18 1 1 4402 1 4405 0.0 8605 QTM79632.1 UMF87224.1 99.1 4398 38 1 1 4398 1 4397 0.0 8600 QTM79632.1 UPA83906.1 99.5 4398 19 1 1 4398 1 4397 0.0 8600 QTM79632.1 UEC52718.1 99.5 4401 19 1 1 4398 1 4401 0.0 8598 QTM79632.1 UKU68032.1 99.3 4402 31 1 1 4402 1 4401 0.0 8581 QTM79632.1 UKN67998.1 99.6 4378 16 1 21 4398 1 4377 0.0 8569 QTM79632.1 UBR86455.1 98.3 4400 70 1 2 4398 1 4400 0.0 8477 QTM79632.1 UXX67934.1 98.1 4398 83 0 1 4398 1 4398 0.0 8450 QTM79632.1 UCP77012.1 98.0 4401 87 1 1 4398 1 4401 0.0 8439 QTM79632.1 UCP72061.1 97.9 4401 90 1 1 4398 1 4401 0.0 8429 QTM79632.1 UJV88611.1 97.6 4402 103 1 1 4402 1 4401 0.0 8418 QTM79632.1 UAQ80067.1 97.7 4401 97 1 1 4398 1 4401 0.0 8416 QTM79632.1 UJJ97602.1 97.5 4402 109 1 1 4402 1 4401 0.0 8402 QTM79632.1 UOU30556.1 97.6 4398 104 0 1 4398 1 4398 0.0 8400 QTM79632.1 UGA79226.1 97.2 4401 120 1 1 4398 1 4401 0.0 8356 QTM79632.1 UJS94137.1 98.7 4297 57 1 106 4402 1 4296 0.0 8311 QTM79632.1 WHE12941.1 97.1 4372 127 0 27 4398 1 4372 0.0 8298 QTM79632.1 ULB83374.1 96.4 4402 156 1 1 4402 1 4401 0.0 8285 QTM79632.1 UVI10561.1 96.0 4371 174 0 28 4398 1 4371 0.0 8184 QTM79632.1 UGB98301.1 94.1 4405 256 1 1 4402 1 4405 0.0 8038 QTM79632.1 QRX02582.1 99.7 4098 10 1 1 4095 1 4098 0.0 8000 QTM79632.1 UJT06733.1 94.0 4398 265 1 1 4398 1 4397 0.0 7994 QTM79632.1 UFA30503.1 93.2 4340 291 1 27 4363 1 4340 0.0 7819 QTM79632.1 UMA88644.1 92.3 4377 337 1 22 4398 1 4376 0.0 7802 QTM79632.1 WGP70063.1 92.3 4369 335 1 1 4366 1 4369 0.0 7772 QTM79632.1 WEI27974.1 91.2 4402 389 0 1 4402 1 4402 0.0 7730 QTM79632.1 UNI03201.1 91.4 4378 375 1 27 4402 1 4378 0.0 7712 QTM79632.1 WGP98278.1 88.6 4364 493 1 1 4361 1 4364 0.0 7381 QTM79632.1 UEX07109.1 87.8 4379 531 1 27 4402 1 4379 0.0 7353 QTM79632.1 WAS49087.1 84.7 4398 672 0 1 4398 1 4398 0.0 7003 QTM79632.1 URP80785.1 82.5 4375 766 0 28 4402 1 4375 0.0 6769 QTM79632.1 UYE49180.1 77.0 4402 1014 0 1 4402 1 4402 0.0 6216 QTM79632.1 UPB00876.1 76.5 4375 1029 0 28 4402 1 4375 0.0 6175 QTM79632.1 WGQ72821.1 67.6 4344 1406 1 26 4366 1 4344 0.0 5128 ODU51779.1 ODU51779.1 100 290 0 0 1 290 1 290 4.29e-204 556 ODU51779.1 MCB1703688.1 39.6 96 55 1 9 101 36 131 2.52e-18 78.2 KAI1815548.1 KAI1815548.1 100 530 0 0 1 530 1 530 0.0 1096 KAI1815548.1 KXN72221.1 31.7 208 129 4 29 233 31 228 2.99e-32 122 WP_098876031.1 WP_098876031.1 100 283 0 0 1 283 1 283 1.06e-205 560 WP_098876031.1 WP_154333510.1 40.8 76 45 0 1 76 1 76 3.75e-11 60.8 WP_098876031.1 WP_134669716.1 27.5 131 92 2 6 134 11 140 9.25e-11 59.7 NUQ21352.1 NUQ21352.1 100 58 0 0 1 58 1 58 1.42e-36 114 WP_265102281.1 WP_265102281.1 100 268 0 0 1 268 1 268 2.03e-191 523 WP_265102281.1 WP_087759142.1 98.9 264 3 0 5 268 235 498 1.60e-182 509 MYD56339.1 MYD56339.1 100 347 0 0 1 347 1 347 1.16e-248 674 MYD56339.1 OQA35671.1 42.9 182 103 1 28 208 344 525 6.43e-43 155 MYD56339.1 WP_105160947.1 35.7 207 128 4 27 228 337 543 6.23e-26 107 MYD56339.1 WP_041710957.1 32.3 198 108 4 27 223 24 196 1.21e-23 100 MYD56339.1 WP_014657023.1 28.4 194 120 4 33 208 30 222 6.29e-15 73.9 MYD56339.1 KAF9974715.1 29.3 191 121 7 27 207 486 672 1.36e-06 48.5 MCE2861656.1 MCE2861656.1 100 270 0 0 1 270 1 270 1.14e-198 541 MCE2861656.1 MBO7707210.1 41.1 280 151 4 1 266 1 280 1.59e-65 204 MBR6441032.1 MBR6441032.1 100 86 0 0 1 86 1 86 1.68e-63 184 ETB53277.1 ETB53277.1 100 285 0 0 1 285 1 285 2.57e-198 541 ETB53277.1 WP_073936403.1 34.5 278 166 4 13 281 30 300 2.09e-34 125 ETB53277.1 WP_150461480.1 31.0 252 170 3 25 276 29 276 7.69e-31 115 XP_013412367.1 XP_013412367.1 100 231 0 0 1 231 1 231 4.80e-167 458 KAF8820068.1 KAF8820068.1 100 354 0 0 1 354 1 354 2.57e-260 704 WP_083019054.1 WP_083019054.1 100 525 0 0 1 525 1 525 0.0 1022 WP_128581955.1 WP_128581955.1 100 139 0 0 1 139 1 139 8.01e-96 270 AMJ52230.1 AMJ52230.1 100 102 0 0 1 102 1 102 2.66e-72 208 AMJ52230.1 MCE2456387.1 38.6 101 62 0 2 102 135 235 4.77e-23 89.7 OEU77901.1 OEU77901.1 100 266 0 0 1 266 1 266 2.58e-193 527 OEU77901.1 WP_115357420.1 45.4 240 125 4 5 240 3 240 2.57e-66 206 WP_188339236.1 WP_188339236.1 100 178 0 0 1 178 1 178 2.67e-122 340 WP_188339236.1 WP_171155369.1 32.9 73 48 1 17 89 26 97 8.66e-04 37.0 AAX93012.1 AAX93012.1 100 958 0 0 1 958 1 958 0.0 1820 MBQ2344446.1 MBQ2344446.1 100 521 0 0 1 521 1 521 0.0 997 XP_019000248.1 XP_019000248.1 100 341 0 0 1 341 1 341 4.61e-261 705 WEU87158.1 WEU87158.1 100 7096 0 0 1 7096 1 7096 0.0 14175 WEU87158.1 QWC83326.1 99.9 7096 8 0 1 7096 1 7096 0.0 14157 WEU87158.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14155 WEU87158.1 UBP50947.1 99.8 7096 13 0 1 7096 1 7096 0.0 14145 WEU87158.1 QVD87869.1 99.8 7096 11 1 1 7096 1 7093 0.0 14140 WEU87158.1 UBD95131.1 99.8 7096 17 0 1 7096 1 7096 0.0 14136 WEU87158.1 UEC52718.1 99.7 7096 20 0 1 7096 1 7096 0.0 14129 WEU87158.1 UMF87224.1 99.5 7096 35 2 1 7096 1 7092 0.0 14126 WEU87158.1 UZO53924.1 99.7 7096 18 1 1 7096 1 7093 0.0 14124 WEU87158.1 UVB16817.1 99.7 7096 17 1 1 7096 1 7093 0.0 14124 WEU87158.1 URQ55824.1 99.7 7096 18 1 1 7096 1 7093 0.0 14124 WEU87158.1 QZU16279.1 99.4 7096 41 0 1 7096 1 7096 0.0 14079 WEU87158.1 UIR12670.1 99.4 7096 40 2 1 7096 1 7092 0.0 14069 WEU87158.1 UPA83906.1 99.1 7096 57 2 1 7096 1 7092 0.0 14027 WEU87158.1 UBR86455.1 98.9 7095 75 0 2 7096 1 7095 0.0 13998 WEU87158.1 UXX67934.1 98.7 7096 86 1 1 7096 1 7093 0.0 13963 WEU87158.1 UCP72061.1 98.7 7096 92 0 1 7096 1 7096 0.0 13958 WEU87158.1 UCP77012.1 98.7 7096 94 0 1 7096 1 7096 0.0 13956 WEU87158.1 UKN67998.1 98.3 7076 118 2 21 7096 1 7072 0.0 13839 WEU87158.1 WHE12941.1 98.1 7070 129 1 27 7096 1 7067 0.0 13812 WEU87158.1 UGA79226.1 97.6 7096 167 0 1 7096 1 7096 0.0 13785 WEU87158.1 UAQ80067.1 97.2 7096 202 0 1 7096 1 7096 0.0 13693 WEU87158.1 UJT06733.1 96.3 7096 261 2 1 7096 1 7092 0.0 13522 WEU87158.1 UVI10561.1 96.3 7069 260 1 28 7096 1 7066 0.0 13500 WEU87158.1 UOU30556.1 94.9 7096 362 1 1 7096 1 7093 0.0 13288 WEU87158.1 UMA88644.1 91.7 7075 583 2 22 7096 1 7071 0.0 12711 WEU87158.1 WAS49087.1 90.5 7096 673 1 1 7096 1 7093 0.0 12519 WEU87158.1 WGP98278.1 85.0 7096 1067 0 1 7096 1 7096 0.0 11591 WEU87158.1 QTD03487.1 99.9 4401 5 0 1 4401 1 4401 0.0 8642 WEU87158.1 UFM00670.1 99.7 4401 14 0 1 4401 1 4401 0.0 8623 WEU87158.1 QXR94354.1 99.7 4401 9 1 1 4401 1 4398 0.0 8621 WEU87158.1 UEC68750.1 99.7 4401 14 0 1 4401 1 4401 0.0 8621 WEU87158.1 UBL45068.1 99.7 4401 12 0 1 4401 1 4401 0.0 8620 WEU87158.1 QTM79632.1 99.7 4401 12 1 1 4401 1 4398 0.0 8619 WEU87158.1 UHM53165.1 99.7 4401 14 0 1 4401 1 4401 0.0 8618 WEU87158.1 UFM02602.1 99.7 4401 14 0 1 4401 1 4401 0.0 8618 WEU87158.1 QTZ27226.1 99.6 4401 14 1 1 4401 1 4398 0.0 8614 WEU87158.1 ULA23837.2 99.6 4401 12 2 1 4401 1 4397 0.0 8611 WEU87158.1 UPP41269.1 99.6 4401 14 1 1 4401 1 4398 0.0 8609 WEU87158.1 UXH94526.1 99.6 4401 13 2 1 4401 1 4397 0.0 8607 WEU87158.1 USR14792.1 99.6 4401 15 1 1 4401 1 4398 0.0 8606 WEU87158.1 UKU68032.1 99.3 4401 26 2 1 4401 1 4397 0.0 8579 WEU87158.1 UJV88611.1 97.7 4401 98 2 1 4401 1 4397 0.0 8416 WEU87158.1 UJJ97602.1 97.5 4401 104 2 1 4401 1 4397 0.0 8400 WEU87158.1 UJS94137.1 98.7 4296 52 2 106 4401 1 4292 0.0 8308 WEU87158.1 ULB83374.1 96.5 4401 152 2 1 4401 1 4397 0.0 8281 WEU87158.1 UGB98301.1 94.3 4401 252 0 1 4401 1 4401 0.0 8051 WEU87158.1 QRX02582.1 99.9 4098 3 0 1 4098 1 4098 0.0 8026 WEU87158.1 UFA30503.1 93.4 4340 287 0 27 4366 1 4340 0.0 7839 WEU87158.1 WGP70063.1 92.4 4369 331 0 1 4369 1 4369 0.0 7791 WEU87158.1 WEI27974.1 91.2 4401 385 1 1 4401 1 4398 0.0 7725 WEU87158.1 UNI03201.1 91.5 4375 372 1 27 4401 1 4374 0.0 7715 WEU87158.1 UEX07109.1 88.0 4375 526 0 27 4401 1 4375 0.0 7368 WEU87158.1 URP80785.1 82.5 4374 762 1 28 4401 1 4371 0.0 6765 WEU87158.1 UYE49180.1 76.9 4401 1013 1 1 4401 1 4398 0.0 6205 WEU87158.1 UPB00876.1 76.5 4374 1026 1 28 4401 1 4371 0.0 6168 WEU87158.1 WGQ72821.1 67.7 4344 1404 0 26 4369 1 4344 0.0 5144 WP_127706998.1 WP_127706998.1 100 411 0 0 1 411 1 411 3.21e-276 749 KMQ95473.1 KMQ95473.1 100 296 0 0 1 296 1 296 1.01e-205 561 WP_119660228.1 WP_119660228.1 100 308 0 0 1 308 1 308 3.18e-199 546 VVW92857.1 VVW92857.1 100 33 0 0 1 33 1 33 8.76e-21 73.2 TDP04522.1 TDP04522.1 100 331 0 0 1 331 1 331 1.49e-236 642 MCS5639477.1 MCS5639477.1 100 234 0 0 1 234 1 234 1.13e-171 470 XP_043280639.1 XP_043280639.1 100 1119 0 0 1 1119 1 1119 0.0 1981 MBT9597716.1 MBT9597716.1 100 210 0 0 1 210 1 210 8.64e-146 402 KAF3385475.1 KAF3385475.1 100 198 0 0 1 198 1 198 1.03e-147 406 WP_071081072.1 WP_071081072.1 100 178 0 0 1 178 1 178 3.79e-122 340 WP_071081072.1 WP_262114929.1 50.5 184 82 4 1 178 1 181 6.72e-51 160 WP_246239142.1 WP_246239142.1 100 460 0 0 1 460 1 460 0.0 897 WP_246239142.1 WP_138597401.1 34.0 188 106 6 253 424 4 189 3.98e-18 82.0 ERE79785.1 ERE79785.1 100 478 0 0 1 478 1 478 0.0 922 ERE79785.1 RSL59427.1 27.8 395 196 9 125 463 62 423 4.02e-32 126 ERE79785.1 NQR19375.1 24.8 367 185 8 126 433 3 337 1.07e-23 101 MBQ7518453.1 MBQ7518453.1 100 683 0 0 1 683 1 683 0.0 1426 MCK5725948.1 MCK5725948.1 100 656 0 0 1 656 1 656 0.0 1341 MCK5725948.1 MCI9379843.1 31.9 661 384 22 1 652 1 604 9.58e-83 271 STC68550.1 STC68550.1 100 632 0 0 1 632 1 632 0.0 1253 STC68550.1 WP_003960394.1 44.8 630 334 6 7 625 3 629 4.01e-170 498 WP_140468443.1 WP_140468443.1 100 475 0 0 1 475 1 475 0.0 922 WP_271931007.1 WP_271931007.1 100 951 0 0 1 951 1 951 0.0 1827 WP_271931007.1 GIW70618.1 32.7 306 174 7 650 949 37 316 4.46e-28 120 WP_271931007.1 WP_281919021.1 32.2 242 128 8 654 890 6 216 9.84e-24 104 WP_271931007.1 MBF1128433.1 27.6 312 171 11 653 950 2 272 4.52e-22 100 WP_271931007.1 MBD2210269.1 29.3 256 136 10 649 889 2 227 2.28e-17 84.7 WP_271931007.1 WP_106546380.1 30.7 251 126 10 656 889 9 228 1.19e-16 82.4 WP_271931007.1 EYU24504.1 29.0 255 159 10 661 904 189 432 2.64e-13 72.0 WP_271931007.1 KAJ7903702.1 27.9 229 125 9 667 891 29 221 4.16e-13 70.9 WP_271931007.1 KZT58963.1 24.4 316 194 11 638 941 1055 1337 3.23e-11 65.9 WP_271931007.1 UZO03952.1 21.3 197 102 6 763 947 89 244 1.15e-04 43.5 WP_058460161.1 WP_058460161.1 100 125 0 0 1 125 1 125 4.85e-88 249 MBQ9736331.1 MBQ9736331.1 100 301 0 0 1 301 1 301 3.79e-233 631 XP_043377824.1 XP_043377824.1 100 1304 0 0 1 1304 1 1304 0.0 2215 XP_043377824.1 XP_047334060.1 38.0 276 151 7 25 291 17 281 2.24e-47 180 XP_043377824.1 KZT58963.1 31.4 274 161 8 30 289 1083 1343 2.05e-31 132 XP_043377824.1 XP_046441060.1 26.6 274 174 9 23 289 59 312 8.31e-21 97.4 XP_043377824.1 RQM16216.1 27.2 213 136 6 25 232 403 601 3.48e-19 92.0 XP_043377824.1 MBP7829117.1 29.0 231 148 5 23 250 53 270 9.64e-18 87.4 XP_043377824.1 EYU24504.1 24.4 254 141 6 4 220 166 405 2.34e-16 82.4 XP_043377824.1 XP_019384620.1 26.0 277 173 9 31 291 21 281 3.61e-16 82.4 XP_043377824.1 KAJ7903702.1 29.0 207 126 8 25 226 23 213 1.54e-13 72.8 XP_043377824.1 OKZ85006.1 30.7 88 56 2 98 182 143 228 8.25e-07 51.6 QID82546.1 QID82546.1 100 864 0 0 1 864 1 864 0.0 1618 XP_039769176.1 XP_039769176.1 100 1235 0 0 1 1235 1 1235 0.0 2189 HBH1966141.1 HBH1966141.1 100 80 0 0 1 80 1 80 2.43e-49 148 WP_189355988.1 WP_189355988.1 100 123 0 0 1 123 1 123 1.51e-90 256 XP_014733223.1 XP_014733223.1 100 328 0 0 1 328 1 328 3.39e-236 641 PSR02572.1 PSR02572.1 100 350 0 0 1 350 1 350 4.02e-230 627 PSR02572.1 PHR72175.1 59.5 296 120 0 48 343 21 316 3.24e-120 348 PSR02572.1 WP_073201850.1 49.3 296 148 2 49 343 30 324 3.98e-91 274 PSR02572.1 WP_254698006.1 36.2 279 157 8 68 337 19 285 5.28e-39 143 PSR02572.1 WP_253808359.1 33.6 295 175 7 53 337 7 290 3.98e-37 137 PSR02572.1 CBI36349.3 32.4 278 173 3 71 344 30 296 5.98e-34 128 PSR02572.1 WP_225579579.1 33.7 282 162 8 69 337 30 299 4.25e-32 124 WP_058671428.1 WP_058671428.1 100 213 0 0 1 213 1 213 1.19e-158 435 WP_283629251.1 WP_283629251.1 100 270 0 0 1 270 1 270 6.52e-189 516 ECN6431251.1 ECN6431251.1 100 122 0 0 1 122 1 122 5.73e-90 254 ECN6431251.1 NOT18216.1 64.8 122 43 0 1 122 43 164 1.28e-53 175 ECN6431251.1 WP_021479352.1 49.5 105 53 0 1 105 574 678 1.66e-32 118 WP_165462493.1 WP_165462493.1 100 304 0 0 1 304 1 304 3.39e-208 568 WP_165462493.1 WP_069341101.1 27.8 295 197 6 6 298 12 292 1.08e-27 107 WP_165462493.1 WP_220664202.1 28.4 324 199 7 3 295 9 330 8.18e-27 105 EFV4293432.1 EFV4293432.1 100 249 0 0 1 249 1 249 7.36e-180 492 KAI9878467.1 KAI9878467.1 100 460 0 0 1 460 1 460 2.04e-290 789 XP_048540820.1 XP_048540820.1 100 1041 0 0 1 1041 1 1041 0.0 1838 XP_048540820.1 XP_028705251.1 32.5 268 154 5 783 1023 447 714 1.25e-33 138 XP_048540820.1 XP_021765438.1 26.7 273 152 6 796 1023 601 870 2.40e-20 95.5 XP_048540820.1 XP_040250218.1 27.1 258 145 9 796 1016 363 614 4.18e-19 91.3 XP_048540820.1 XP_019180948.1 27.5 273 144 8 796 1019 682 949 1.03e-17 87.0 XP_048540820.1 MBF1128433.1 22.8 263 166 8 792 1022 12 269 5.29e-10 61.6 XP_048540820.1 XP_029528577.1 23.0 244 150 7 796 1009 36 271 3.60e-09 58.2 XP_048540820.1 UZO03952.1 23.4 171 98 6 883 1023 79 246 3.31e-08 54.7 WP_192558464.1 WP_192558464.1 100 238 0 0 1 238 1 238 2.26e-164 452 WP_192558464.1 WP_274915895.1 31.6 228 137 5 5 222 8 226 6.46e-16 72.8 WP_192558464.1 WP_048427321.1 27.2 235 139 8 1 229 4 212 7.38e-09 52.8 XP_053017968.1 XP_053017968.1 100 110 0 0 1 110 1 110 6.51e-79 225 WP_140480909.1 WP_140480909.1 100 369 0 0 1 369 1 369 4.67e-266 720 WP_140480909.1 WP_176354145.1 47.4 329 166 4 17 341 10 335 3.18e-91 276 WP_140480909.1 WP_109219819.1 52.3 258 121 2 12 268 17 273 2.95e-82 254 WP_140480909.1 WP_170725874.1 50.6 237 116 1 13 249 5 240 3.46e-79 244 WP_140480909.1 WP_076409454.1 39.5 357 191 7 11 361 3 340 3.12e-77 240 WP_140480909.1 WP_258581409.1 38.7 362 207 5 13 367 4 357 1.06e-73 231 WP_140480909.1 WP_237907640.1 44.4 293 159 3 13 302 4 295 1.40e-71 226 WP_140480909.1 WP_011057593.1 48.1 235 121 1 11 245 3 236 5.37e-71 224 WP_140480909.1 MWR41881.1 38.4 232 135 2 18 243 35 264 9.52e-49 164 WP_140480909.1 WP_222125851.1 38.9 234 131 5 12 235 1 232 1.25e-41 144 WP_140480909.1 WP_142133210.1 34.4 244 153 4 8 246 6 247 7.71e-41 142 WP_140480909.1 MCF7808720.1 38.9 221 123 4 12 222 6 224 6.53e-40 139 WP_140480909.1 WP_115992495.1 34.7 248 145 5 12 246 1 244 5.98e-38 135 WP_140480909.1 WP_215557653.1 33.6 220 136 3 12 222 3 221 8.90e-37 132 WP_140480909.1 EHH5649593.1 40.7 199 102 4 30 220 17 207 3.80e-35 129 WP_140480909.1 WP_088153117.1 36.6 191 113 2 38 222 23 211 9.82e-35 129 WP_140480909.1 MBQ4383193.1 36.2 210 128 5 19 224 15 222 1.61e-33 122 WP_140480909.1 MBQ3864274.1 31.3 224 131 5 29 235 36 253 1.47e-24 100 WP_140480909.1 WP_221977168.1 28.1 217 140 5 17 220 20 233 1.05e-18 83.2 WP_140480909.1 KAF9974715.1 28.6 220 133 7 29 241 481 683 4.72e-11 62.8 EER7236894.1 EER7236894.1 100 198 0 0 1 198 1 198 1.71e-146 403 WP_117700467.1 WP_117700467.1 100 304 0 0 1 304 1 304 2.75e-223 606 WP_049471407.1 WP_049471407.1 100 150 0 0 1 150 1 150 1.28e-95 271 TZC53901.1 TZC53901.1 100 24 0 0 1 24 1 24 9.28e-13 52.4 NLW23809.1 NLW23809.1 100 398 0 0 1 398 1 398 2.61e-289 781 NLW23809.1 GLX88815.1 26.2 168 117 3 13 174 11 177 1.90e-11 62.8 XP_003768056.1 XP_003768056.1 100 91 0 0 1 91 1 91 5.51e-60 176 WP_072802511.1 WP_072802511.1 100 250 0 0 1 250 1 250 3.66e-185 505 MBI1736306.1 MBI1736306.1 100 308 0 0 1 308 1 308 2.83e-218 594 MBI1736306.1 MBI5966481.1 49.5 289 135 4 16 295 17 303 1.64e-84 255 MBI1736306.1 WP_276638014.1 39.3 326 169 6 5 307 34 353 3.60e-61 197 MBI1736306.1 WP_220615956.1 41.4 304 161 5 16 302 48 351 1.72e-58 190 MBI1736306.1 WP_067782871.1 36.8 307 190 3 1 306 1 304 1.00e-55 181 MBI1736306.1 WP_279399778.1 40.7 285 166 2 23 306 23 305 9.18e-54 176 MBI1736306.1 MBQ1540263.1 36.5 288 153 7 8 295 28 285 9.53e-35 126 MBI1736306.1 HAR4359619.1 34.0 209 121 4 84 291 78 270 7.47e-23 94.0 WP_261610700.1 WP_261610700.1 100 211 0 0 1 211 1 211 1.73e-141 392 MBW2176475.1 MBW2176475.1 100 417 0 0 1 417 1 417 2.37e-297 803 MBW2176475.1 AHG02917.1 31.0 252 166 1 165 416 67 310 3.39e-29 114 MBW2176475.1 KQB14740.1 30.1 246 167 1 175 415 80 325 3.55e-21 92.0 WP_221977168.1 WP_221977168.1 100 260 0 0 1 260 1 260 5.36e-183 501 WP_221977168.1 WP_008134825.1 38.0 242 150 0 15 256 350 591 2.08e-48 169 WP_221977168.1 WP_276362074.1 39.4 241 140 3 25 259 14 254 2.78e-48 159 WP_221977168.1 WP_256546297.1 34.6 266 158 3 2 256 10 270 4.55e-48 159 WP_221977168.1 WP_247429569.1 36.1 241 153 1 16 256 17 256 2.93e-45 151 WP_221977168.1 WP_159463829.1 35.2 247 142 4 15 259 357 587 5.57e-34 127 WP_221977168.1 WP_176354145.1 30.2 222 141 3 16 235 6 215 4.72e-26 103 WP_221977168.1 WP_076409454.1 32.0 175 106 2 15 189 4 165 1.18e-22 93.6 WP_221977168.1 WP_281543397.1 24.8 210 146 3 30 239 4 201 5.34e-22 90.9 WP_221977168.1 WP_167977039.1 29.5 234 149 7 15 245 5 225 1.37e-20 86.3 WP_221977168.1 WP_140480909.1 28.1 217 140 5 20 233 17 220 1.13e-19 85.5 WP_221977168.1 MXP43753.1 28.4 257 158 8 10 251 9 254 3.12e-19 82.8 WP_221977168.1 OAN53756.1 28.4 232 149 6 18 240 14 237 4.12e-19 82.4 WP_221977168.1 WP_170725874.1 26.5 215 143 3 23 235 12 213 3.77e-18 80.9 WP_221977168.1 WP_158791585.1 26.4 235 150 7 14 236 3 226 1.30e-17 78.2 WP_221977168.1 MBC7326981.1 27.0 226 138 7 25 236 16 228 3.30e-16 74.3 WP_221977168.1 WP_109219819.1 25.7 230 154 4 12 239 16 230 3.82e-16 75.5 WP_221977168.1 MBQ3864274.1 28.6 217 133 7 30 236 35 239 2.43e-15 72.8 WP_221977168.1 GLY24463.1 26.2 248 156 7 15 244 4 242 2.44e-15 72.8 WP_221977168.1 WP_066083732.1 27.5 236 141 9 30 247 25 248 4.85e-15 72.0 WP_221977168.1 WP_131166802.1 26.8 235 149 8 16 236 11 236 1.21e-12 65.1 WP_221977168.1 WP_107894076.1 24.1 237 149 9 20 238 14 237 4.62e-10 57.4 AIA18772.1 AIA18772.1 100 155 0 0 1 155 1 155 3.67e-111 310 AIA18772.1 WP_176958177.1 57.2 152 64 1 1 152 1 151 7.91e-56 175 AIA18772.1 WP_192106836.1 46.1 154 82 1 1 154 1 153 8.37e-42 139 AIA18772.1 WP_278888642.1 42.1 152 88 0 1 152 5 156 6.74e-38 129 WP_198255508.1 WP_198255508.1 100 334 0 0 1 334 1 334 7.35e-234 635 WP_198255508.1 WP_257107333.1 38.8 322 179 7 18 332 19 329 1.05e-56 185 WP_198255508.1 OJG95819.1 26.2 340 201 11 18 333 22 335 1.08e-16 78.2 WP_012283464.1 WP_012283464.1 100 130 0 0 1 130 1 130 8.91e-91 257 WP_027711481.1 WP_027711481.1 100 164 0 0 1 164 1 164 1.72e-118 330 WP_134669716.1 WP_134669716.1 100 309 0 0 1 309 1 309 3.33e-222 604 WP_134669716.1 WP_046600280.1 33.6 295 179 2 8 294 4 289 1.21e-49 165 WP_134669716.1 WP_098876031.1 26.5 117 86 0 11 127 6 122 3.33e-10 58.2 WP_134669716.1 WP_154333510.1 29.8 84 59 0 6 89 1 84 4.05e-09 55.1 WP_196938834.1 WP_196938834.1 100 205 0 0 1 205 1 205 4.32e-148 408 WP_196938834.1 MCF6346354.1 47.1 121 61 2 22 140 17 136 1.34e-27 102 WP_196938834.1 WP_205009067.1 39.7 141 85 0 22 162 17 157 1.51e-26 99.8 HFC12574.1 HFC12574.1 100 192 0 0 1 192 1 192 2.63e-138 382 KAB2885888.1 KAB2885888.1 100 949 0 0 1 949 1 949 0.0 1904 KAB2885888.1 MBF0107908.1 40.8 436 223 8 475 890 53 473 1.53e-94 306 KAB2885888.1 MBC7097666.1 38.0 366 206 9 18 369 4 362 2.54e-62 216 KAB2885888.1 MBA2522987.1 39.0 136 78 3 25 157 11 144 7.15e-20 85.5 WP_270218171.1 WP_270218171.1 100 73 0 0 1 73 1 73 1.61e-44 135 WP_238769582.1 WP_238769582.1 100 609 0 0 1 609 1 609 0.0 1204 MPC67018.1 MPC67018.1 100 74 0 0 1 74 1 74 2.10e-45 138 ACI42798.1 ACI42798.1 100 98 0 0 1 98 1 98 5.27e-68 197 CZT01546.1 CZT01546.1 100 320 0 0 1 320 1 320 9.00e-237 642 XP_041334537.1 XP_041334537.1 100 473 0 0 1 473 1 473 0.0 926 XP_041334537.1 XP_054844157.1 24.4 418 297 9 34 435 64 478 1.01e-28 117 XP_041334537.1 ACF74449.1 39.3 173 96 2 278 441 302 474 8.89e-27 111 WP_237523417.1 WP_237523417.1 100 124 0 0 1 124 1 124 1.02e-84 241 MCR5102838.1 MCR5102838.1 100 194 0 0 1 194 1 194 3.19e-140 387 MCH9656178.1 MCH9656178.1 100 579 0 0 1 579 1 579 0.0 1144 WP_266095674.1 WP_266095674.1 100 396 0 0 1 396 1 396 5.49e-290 783 HHW43430.1 HHW43430.1 100 346 0 0 1 346 1 346 1.40e-244 664 WP_259206442.1 WP_259206442.1 100 1199 0 0 1 1199 1 1199 0.0 2347 WP_259206442.1 WP_267560498.1 32.6 694 422 21 7 678 7 676 1.74e-68 242 WP_259206442.1 WP_132079800.1 30.2 706 431 23 8 676 12 692 1.75e-57 210 RKG50564.1 RKG50564.1 100 471 0 0 1 471 1 471 0.0 915 WP_168565867.1 WP_168565867.1 100 381 0 0 1 381 1 381 2.21e-286 772 WP_168565867.1 WP_122896374.1 33.4 377 244 3 12 381 3 379 2.92e-74 234 WP_168565867.1 WP_043548763.1 34.6 384 232 10 11 381 30 407 1.53e-58 194 WP_168565867.1 MBT4160670.1 32.5 375 227 10 10 372 3 363 2.68e-48 166 WP_168565867.1 WP_164636240.1 30.3 327 209 8 10 320 88 411 1.66e-33 128 WP_168565867.1 WP_094151267.1 25.6 386 263 9 10 379 46 423 1.08e-29 117 WP_168565867.1 WP_145514932.1 23.0 391 277 9 12 380 52 440 5.54e-21 92.4 WP_074087188.1 WP_074087188.1 100 384 0 0 1 384 1 384 4.27e-281 759 XP_054020552.1 XP_054020552.1 100 678 0 0 1 678 1 678 0.0 1356 WP_245704803.1 WP_245704803.1 100 243 0 0 1 243 1 243 1.04e-167 461 WP_245704803.1 GDX36288.1 35.1 225 131 4 1 214 188 408 5.54e-32 119 WP_245704803.1 WP_274755179.1 31.3 208 136 4 4 205 200 406 3.52e-21 89.7 WP_245704803.1 WP_055132583.1 22.3 242 145 7 2 213 769 997 5.24e-04 39.3 GFB08691.1 GFB08691.1 100 193 0 0 1 193 1 193 1.20e-139 385 GFB08691.1 GFD16573.1 84.1 44 7 0 2 45 120 163 2.94e-19 79.0 GFB08691.1 GFC18333.1 41.3 46 27 0 87 132 64 109 2.43e-04 38.5 MBT7091597.1 MBT7091597.1 100 414 0 0 1 414 1 414 0.0 877 XP_045691652.1 XP_045691652.1 100 18 0 0 1 18 1 18 2.54e-06 43.9 WP_283222342.1 WP_283222342.1 100 523 0 0 1 523 1 523 0.0 916 WP_221268711.1 WP_221268711.1 100 253 0 0 1 253 1 253 4.69e-169 465 BAE96300.1 BAE96300.1 100 343 0 0 1 343 1 343 4.38e-251 680 WP_235126772.1 WP_235126772.1 100 878 0 0 1 878 1 878 0.0 1637 WP_235126772.1 WP_278631399.1 34.8 864 517 13 16 869 21 848 6.43e-140 435 WP_235126772.1 KAA0114277.1 35.1 884 521 18 16 872 52 909 1.31e-131 415 WP_235126772.1 MBE6688122.1 35.3 836 453 19 16 804 21 815 9.39e-130 409 WP_235126772.1 XP_009147075.2 32.6 875 491 21 16 798 136 1003 2.88e-113 372 WP_235126772.1 MBE5737882.1 28.8 884 565 16 16 875 22 865 2.73e-89 301 WP_235126772.1 KAF5671546.1 27.7 894 540 24 24 822 182 1064 6.17e-75 265 WP_235126772.1 WP_019100427.1 30.1 753 425 20 14 718 48 747 1.01e-63 229 WP_235126772.1 WP_049009918.1 28.6 728 444 19 16 718 67 743 6.10e-62 224 WP_235126772.1 KAJ6994162.1 28.3 767 462 19 14 769 32 721 5.84e-57 210 WP_235126772.1 MBY0273331.1 28.5 713 423 18 14 724 5 632 8.37e-56 204 WP_235126772.1 HCT06136.1 33.3 156 74 1 513 668 574 699 1.06e-14 76.6 WP_235126772.1 OFX32653.1 33.5 158 74 2 512 668 439 566 3.41e-13 71.6 WP_235126772.1 MBI6149093.1 28.4 183 94 5 512 693 592 738 2.10e-10 62.8 MBA2536487.1 MBA2536487.1 100 383 0 0 1 383 1 383 8.76e-269 728 MBA2536487.1 WP_078429679.1 55.6 392 165 2 1 383 1 392 4.72e-144 412 MBA2536487.1 WP_074825075.1 45.1 386 204 2 5 382 5 390 2.19e-106 317 MBA2536487.1 WP_277084622.1 45.0 313 157 5 84 382 1 312 1.95e-76 237 MBA2536487.1 MCP1651746.1 39.4 396 223 6 4 382 7 402 3.19e-73 232 MBA2536487.1 WP_004619799.1 39.7 395 217 7 6 382 7 398 5.68e-73 231 MBA2536487.1 EDH4057100.1 38.3 402 211 9 1 382 1 385 1.97e-66 214 MBA2536487.1 WP_083141943.1 35.2 398 229 6 1 382 1 385 4.28e-61 200 MBA2536487.1 GAN03156.1 34.4 393 231 5 5 382 30 410 1.71e-59 196 MBA2536487.1 XP_040685867.1 30.6 392 241 8 5 378 36 414 2.30e-41 149 YP_009109540.1 YP_009109540.1 100 261 0 0 1 261 1 261 9.80e-200 543 YP_009109540.1 QDH52386.1 46.5 258 133 4 9 261 7 264 1.43e-75 229 MBF11761.1 MBF11761.1 100 331 0 0 1 331 1 331 1.57e-222 607 MBF1583063.1 MBF1583063.1 100 483 0 0 1 483 1 483 0.0 971 MBF1583063.1 EIJ1046776.1 41.9 480 274 3 5 482 6 482 3.25e-120 359 PLS78226.1 PLS78226.1 100 138 0 0 1 138 1 138 1.97e-100 282 MBS0359667.1 MBS0359667.1 100 381 0 0 1 381 1 381 1.24e-267 725 WP_230865828.1 WP_230865828.1 100 216 0 0 1 216 1 216 6.90e-117 359 HBL8984898.1 HBL8984898.1 100 284 0 0 1 284 1 284 7.49e-211 573 QLP56207.1 QLP56207.1 100 490 0 0 1 490 1 490 0.0 945 QLP56207.1 WP_270570428.1 27.6 474 269 8 11 432 5 456 6.39e-47 168 QLP56207.1 WP_018187484.1 25.5 479 325 9 7 472 20 479 2.12e-38 144 QLP56207.1 SCN76227.1 24.7 227 123 6 13 194 80 303 4.43e-05 44.3 WP_013449879.1 WP_013449879.1 100 272 0 0 1 272 1 272 6.60e-199 542 MBR2605819.1 MBR2605819.1 100 512 0 0 1 512 1 512 0.0 946 MBR2605819.1 UTN87579.1 48.9 423 214 2 10 431 11 432 9.61e-136 400 GLC83712.1 GLC83712.1 100 280 0 0 1 280 1 280 3.71e-209 568 WP_244774495.1 WP_244774495.1 100 178 0 0 1 178 1 178 1.42e-117 328 WP_113913927.1 WP_113913927.1 100 387 0 0 1 387 1 387 1.57e-289 781 WP_231056077.1 WP_231056077.1 100 672 0 0 1 672 1 672 0.0 1338 MBH1832495.1 MBH1832495.1 100 450 0 0 1 450 1 450 0.0 905 WP_246165763.1 WP_246165763.1 100 211 0 0 1 211 1 211 9.72e-148 407 MCH3978367.1 MCH3978367.1 100 332 0 0 1 332 1 332 1.52e-209 574 WP_261665820.1 WP_261665820.1 100 1407 0 0 1 1407 1 1407 0.0 2723 WP_261665820.1 BBG20955.1 45.9 1525 616 16 8 1362 1387 2872 0.0 1250 WP_261665820.1 WP_061278828.1 48.7 1410 623 16 16 1368 6 1371 0.0 1238 CAF2148714.1 CAF2148714.1 100 274 0 0 1 274 1 274 6.67e-209 567 WP_073045763.1 WP_073045763.1 100 120 0 0 1 120 1 120 9.23e-86 243 XP_048366669.1 XP_048366669.1 100 794 0 0 1 794 1 794 0.0 1466 EEX5979844.1 EEX5979844.1 100 79 0 0 1 79 1 79 3.46e-53 158 MBQ3226584.1 MBQ3226584.1 100 54 0 0 1 54 1 54 2.11e-34 108 XP_054484247.1 XP_054484247.1 100 4695 0 0 1 4695 1 4695 0.0 9176 QQO98901.1 QQO98901.1 100 110 0 0 1 110 1 110 2.84e-55 166 MCK9213126.1 MCK9213126.1 100 55 0 0 1 55 1 55 1.08e-32 104 MOO25268.1 MOO25268.1 100 17 0 0 1 17 1 17 6.14e-09 42.4 KAF6257731.1 KAF6257731.1 100 918 0 0 1 918 1 918 0.0 1730 KAF6257731.1 MBP6786080.1 49.9 875 408 9 5 870 5 858 4.85e-280 798 KAF6257731.1 WP_029789810.1 49.4 852 411 8 5 851 5 841 5.50e-263 754 KAF6257731.1 WP_136095406.1 46.4 689 270 17 163 839 120 721 7.24e-171 514 KAF6257731.1 MBL8103469.1 45.8 437 227 5 5 434 6 439 6.64e-118 365 KAF6257731.1 KAI7727618.1 47.7 329 131 4 92 418 102 391 1.35e-77 270 KAF6257731.1 KPK79043.1 35.7 401 235 5 12 408 16 397 2.16e-57 209 KAF6257731.1 MCH2804017.1 51.9 79 37 1 580 657 1 79 9.90e-18 77.0 KAF6257731.1 HIT09367.1 22.8 281 161 9 599 837 116 382 7.73e-04 41.2 WP_167827352.1 WP_167827352.1 100 495 0 0 1 495 1 495 0.0 981 WP_225767809.1 WP_225767809.1 100 138 0 0 1 138 1 138 1.23e-94 267 WP_225767809.1 WP_111457087.1 33.6 131 80 6 4 128 127 256 8.17e-10 53.5 MBC7569412.1 MBC7569412.1 100 256 0 0 1 256 1 256 2.37e-184 504 WP_218103566.1 WP_218103566.1 100 81 0 0 1 81 1 81 2.71e-51 153 SKY52432.1 SKY52432.1 100 119 0 0 1 119 1 119 1.73e-85 243 MBU4593984.1 MBU4593984.1 100 389 0 0 1 389 1 389 1.06e-288 779 WP_110344369.1 WP_110344369.1 100 91 0 0 1 91 1 91 3.31e-61 179 WP_022975915.1 WP_022975915.1 100 448 0 0 1 448 1 448 0.0 887 WP_178020540.1 WP_178020540.1 100 167 0 0 1 167 1 167 8.13e-123 341 MCK1443663.1 MCK1443663.1 100 240 0 0 1 240 1 240 1.12e-165 455 WP_216768648.1 WP_216768648.1 100 812 0 0 1 812 1 812 0.0 1566 WP_216768648.1 RZU98823.1 35.6 779 449 10 1 737 10 777 9.14e-147 451 WP_216768648.1 MBW3588078.1 37.4 692 406 9 5 684 17 693 7.71e-141 434 WP_019823189.1 WP_019823189.1 100 199 0 0 1 199 1 199 9.51e-149 409 MCH2409214.1 MCH2409214.1 100 358 0 0 1 358 1 358 1.57e-247 672 MCH2409214.1 WP_115470986.1 43.6 346 190 2 1 341 1 346 5.50e-98 293 WP_154333510.1 WP_154333510.1 100 308 0 0 1 308 1 308 7.56e-223 605 WP_154333510.1 MBQ9299122.1 27.5 240 171 3 1 238 1 239 4.16e-25 100 WP_154333510.1 WP_098876031.1 40.8 76 45 0 1 76 1 76 5.51e-11 60.5 WP_154333510.1 WP_134669716.1 29.8 84 59 0 1 84 6 89 1.25e-09 56.6 WP_154333510.1 WP_230796143.1 38.2 76 47 0 1 76 1 76 1.32e-07 50.4 MBD2210269.1 MBD2210269.1 100 517 0 0 1 517 1 517 0.0 1027 MBD2210269.1 WP_106546380.1 57.7 508 211 3 1 506 1 506 1.86e-199 563 MBD2210269.1 MBF1128433.1 31.6 342 205 12 6 341 2 320 1.68e-32 129 MBD2210269.1 WP_012236017.1 29.8 309 154 12 14 289 70 348 1.62e-24 106 MBD2210269.1 WP_271931007.1 29.3 256 136 10 2 227 649 889 2.17e-17 84.0 MBD2210269.1 XP_021765438.1 27.4 234 142 8 9 234 590 803 3.50e-16 80.1 MBD2210269.1 KZT58963.1 29.8 272 158 13 19 279 1083 1332 2.00e-14 74.7 MBD2210269.1 OKZ85006.1 29.1 247 131 11 7 227 42 270 6.86e-14 72.4 MBD2210269.1 XP_025814622.1 28.9 228 133 10 14 227 777 989 7.53e-14 72.8 MBD2210269.1 XP_048379117.1 26.1 230 114 9 49 227 230 454 1.22e-09 58.9 MBD2210269.1 UZO03952.1 23.8 210 133 8 88 292 58 245 7.28e-06 46.2 WP_210352796.1 WP_210352796.1 100 459 0 0 1 459 1 459 0.0 899 WP_210569664.1 WP_210569664.1 100 436 0 0 1 436 1 436 0.0 919 WP_210569664.1 WP_200287444.1 36.5 438 229 13 19 432 26 438 3.03e-62 206 WP_210569664.1 RYE89993.1 30.8 321 158 14 165 435 23 329 8.91e-24 99.8 WP_280015341.1 WP_280015341.1 100 583 0 0 1 583 1 583 0.0 1152 WP_280015341.1 MCM6312373.1 41.7 551 312 4 10 558 5 548 4.39e-135 403 WP_280015341.1 HBS0905846.1 41.7 551 312 4 10 558 5 548 4.39e-135 403 WP_280015341.1 HBZ7417361.1 46.4 274 143 2 286 558 3 273 1.54e-75 240 NCO19736.1 NCO19736.1 100 236 0 0 1 236 1 236 7.66e-171 468 NCO19736.1 WP_167239634.1 53.8 221 98 2 1 219 1 219 7.34e-75 225 NCO19736.1 WP_212799263.1 29.1 182 102 8 4 165 33 207 1.27e-06 46.2 VTR69884.1 VTR69884.1 100 406 0 0 1 406 1 406 1.34e-286 775 VTR69884.1 GBC84792.1 35.6 390 238 6 12 397 2 382 2.47e-60 199 WP_158347019.1 WP_158347019.1 100 809 0 0 1 809 1 809 0.0 1637 WP_158347019.1 WP_125260587.1 36.4 933 448 17 1 800 1 921 2.34e-179 538 WP_158347019.1 MCD6199266.1 35.1 841 472 16 4 800 6 816 1.27e-149 457 WP_158347019.1 MBU22120.1 39.6 657 359 10 158 800 322 954 4.28e-149 461 WP_158347019.1 MBO8485404.1 33.2 835 488 18 6 800 12 816 7.78e-147 450 WP_158347019.1 WP_253620872.1 29.2 319 176 12 295 605 144 420 1.21e-22 102 WP_158347019.1 WP_276362074.1 38.4 73 40 2 379 451 153 220 1.79e-07 51.6 WP_158347019.1 WP_256546297.1 42.5 73 39 2 379 450 172 242 3.68e-07 50.8 WP_158347019.1 MCH4209672.1 34.6 104 58 4 686 786 480 576 2.44e-06 49.3 WP_158347019.1 WP_215557653.1 35.6 73 44 2 379 450 144 214 1.07e-05 46.2 WP_172281536.1 WP_172281536.1 100 486 0 0 1 486 1 486 0.0 960 WP_172281536.1 MCI6853747.1 35.6 503 291 8 1 477 1 496 1.78e-90 283 WP_172281536.1 WP_256342227.1 36.4 475 284 9 18 480 18 486 6.87e-82 260 WP_172281536.1 MCQ2831428.1 34.8 391 226 10 104 481 67 441 3.69e-60 202 WP_172281536.1 WP_093868643.1 23.7 367 204 12 39 372 25 348 1.36e-12 67.8 WP_248827332.1 WP_248827332.1 100 110 0 0 1 110 1 110 1.54e-77 222 EHX0204875.1 EHX0204875.1 100 111 0 0 1 111 1 111 3.76e-74 213 XP_055165408.1 XP_055165408.1 100 336 0 0 1 336 1 336 1.78e-251 680 WP_257544752.1 WP_257544752.1 100 171 0 0 1 171 1 171 5.65e-116 324 DAV98325.1 DAV98325.1 100 87 0 0 1 87 1 87 1.83e-54 162 WP_181537449.1 WP_181537449.1 100 249 0 0 1 249 1 249 1.37e-175 481 WP_055542300.1 WP_055542300.1 100 154 0 0 1 154 1 154 1.61e-100 283 WP_108719223.1 WP_108719223.1 100 147 0 0 1 147 1 147 2.84e-102 287 WP_108719223.1 WP_075347218.1 61.7 141 54 0 3 143 5 145 3.48e-55 168 NNF43866.1 NNF43866.1 100 339 0 0 1 339 1 339 2.59e-241 655 NNF43866.1 MBC8384723.1 38.0 345 189 6 12 333 9 351 4.92e-70 221 NNF43866.1 MCM8792278.1 36.1 335 185 5 7 334 4 316 4.45e-63 201 WP_153009295.1 WP_153009295.1 100 23 0 0 1 23 1 23 1.35e-07 39.3 WP_227405228.1 WP_227405228.1 100 230 0 0 1 230 1 230 1.81e-166 456 WP_227405228.1 TVU87390.1 88.3 230 27 0 1 230 1 230 9.75e-146 404 ESU92681.1 ESU92681.1 100 468 0 0 1 468 1 468 0.0 879 OJT07575.1 OJT07575.1 100 551 0 0 1 551 1 551 0.0 1109 WP_187974949.1 WP_187974949.1 100 471 0 0 1 471 1 471 0.0 984 WP_187974949.1 WP_264934627.1 41.7 451 247 5 13 461 7 443 4.67e-121 359 XP_041287579.1 XP_041287579.1 100 327 0 0 1 327 1 327 1.14e-238 647 WP_281305524.1 WP_281305524.1 100 228 0 0 1 228 1 228 1.67e-161 444 EFP02123.1 EFP02123.1 100 209 0 0 1 209 1 209 1.86e-119 336 EAH8250412.1 EAH8250412.1 100 111 0 0 1 111 1 111 3.62e-72 208 WP_197332010.1 WP_197332010.1 100 511 0 0 1 511 1 511 0.0 977 WP_197332010.1 WP_255602293.1 30.8 509 332 6 13 504 24 529 1.10e-77 251 WP_197332010.1 WP_226276978.1 30.8 493 328 4 21 511 23 504 6.54e-70 230 WP_197332010.1 RQL72805.1 29.6 503 315 13 25 511 28 507 7.17e-56 193 WP_197332010.1 WP_185921121.1 27.0 444 309 7 13 452 11 443 6.13e-35 135 MBI5212085.1 MBI5212085.1 100 38 0 0 1 38 1 38 1.60e-19 76.3 MBB4747289.1 MBB4747289.1 100 146 0 0 1 146 1 146 8.15e-97 273 MBQ6275073.1 MBQ6275073.1 100 428 0 0 1 428 1 428 0.0 866 MBQ6275073.1 WP_194543596.1 44.6 271 124 3 1 247 1 269 8.67e-72 225 MBQ6275073.1 PYK96819.1 48.9 225 110 2 1 225 1 220 1.45e-67 213 WP_212720030.1 WP_212720030.1 100 429 0 0 1 429 1 429 0.0 880 WP_079835571.1 WP_079835571.1 100 383 0 0 1 383 1 383 3.88e-272 736 WP_079835571.1 WP_050704913.1 33.4 347 215 6 8 347 4 341 1.16e-46 161 WP_079835571.1 WP_212269268.1 51.9 77 34 2 274 350 10 83 7.58e-14 65.1 CUU64509.1 CUU64509.1 100 256 0 0 1 256 1 256 2.80e-192 524 XP_031095384.1 XP_031095384.1 100 373 0 0 1 373 1 373 1.34e-267 724 NNK86663.1 NNK86663.1 100 251 0 0 1 251 1 251 3.28e-193 526 ORT47413.1 ORT47413.1 100 226 0 0 1 226 1 226 2.11e-138 385 WP_275102754.1 WP_275102754.1 100 442 0 0 1 442 1 442 1.94e-311 841 WP_275102754.1 CFP83382.1 49.3 201 100 1 6 206 5 203 9.26e-58 187 XP_026109466.1 XP_026109466.1 100 554 0 0 1 554 1 554 0.0 1066 WP_279046072.1 WP_279046072.1 100 209 0 0 1 209 1 209 8.01e-146 402 WP_031150487.1 WP_031150487.1 100 99 0 0 1 99 1 99 2.23e-57 186 QXN67839.1 QXN67839.1 100 209 0 0 1 209 1 209 7.68e-144 397 MBI2682423.1 MBI2682423.1 100 467 0 0 1 467 1 467 0.0 945 MBI2682423.1 KAE8322051.1 30.0 400 185 12 32 423 9 321 4.78e-37 137 MBI2682423.1 WP_283277237.1 24.8 218 137 5 32 245 14 208 1.60e-11 63.9 MBL4581517.1 MBL4581517.1 100 741 0 0 1 741 1 741 0.0 1494 MBL4581517.1 MBT4210917.1 23.8 450 241 15 299 724 184 555 1.27e-19 92.0 TMH88670.1 TMH88670.1 100 78 0 0 1 78 1 78 6.51e-53 157 GLZ61196.1 GLZ61196.1 100 239 0 0 1 239 1 239 1.00e-147 410 WP_202116891.1 WP_202116891.1 100 120 0 0 1 120 1 120 6.75e-88 249 CAG2201344.1 CAG2201344.1 100 1043 0 0 1 1043 1 1043 0.0 1990 NOX27817.1 NOX27817.1 100 272 0 0 1 272 1 272 2.61e-205 558 WP_220524718.1 WP_220524718.1 100 390 0 0 1 390 1 390 1.24e-200 556 WP_220524718.1 WP_236777269.1 26.9 376 268 4 8 380 16 387 3.34e-39 142 EBN6490838.1 EBN6490838.1 100 249 0 0 1 249 1 249 2.02e-177 486 HBR1104065.1 HBR1104065.1 100 544 0 0 1 544 1 544 0.0 997 HBR1104065.1 WP_234538829.1 31.0 526 325 15 27 543 25 521 5.20e-45 164 WP_015183653.1 WP_015183653.1 100 113 0 0 1 113 1 113 1.35e-77 222 GFP71094.1 GFP71094.1 100 427 0 0 1 427 1 427 1.26e-313 845 XP_041648869.1 XP_041648869.1 100 298 0 0 1 298 1 298 2.07e-215 586 MCM1168016.1 MCM1168016.1 100 294 0 0 1 294 1 294 6.63e-210 572 HAC8926176.1 HAC8926176.1 100 142 0 0 1 142 1 142 5.81e-104 291 WP_012236017.1 WP_012236017.1 100 984 0 0 1 984 1 984 0.0 1686 WP_012236017.1 MBD2210269.1 30.1 309 153 13 70 348 14 289 5.36e-23 102 WP_012236017.1 NXD84883.1 29.3 229 133 4 76 300 90 293 2.08e-17 85.1 WP_012236017.1 GIV84289.1 29.4 187 115 6 366 546 42 217 2.01e-09 57.4 MBP1530348.1 MBP1530348.1 100 221 0 0 1 221 1 221 1.14e-160 441 MBP1530348.1 WP_026893585.1 47.9 219 111 1 3 218 4 222 1.48e-75 226 MBP1530348.1 MBQ5584458.1 35.2 227 138 2 1 218 1 227 9.58e-47 152 MBP1530348.1 WP_007708736.1 37.3 228 131 3 1 216 1 228 3.82e-43 143 MBP1530348.1 MCL7714424.1 35.7 227 137 5 3 221 4 229 2.03e-42 141 MBP1530348.1 WP_186723788.1 35.0 220 138 2 4 218 8 227 2.66e-42 141 MBP1530348.1 WP_069156513.1 30.3 231 148 5 3 221 4 233 3.21e-39 133 MBP1530348.1 WP_194544138.1 32.2 230 143 3 4 220 13 242 1.14e-38 132 MBP1530348.1 WP_101794136.1 32.9 231 139 3 3 217 26 256 3.72e-33 118 MBP1530348.1 EAG2350674.1 38.4 125 77 0 3 127 4 128 9.08e-31 108 MBP1530348.1 EAC1232420.1 27.0 222 154 4 1 216 1 220 7.96e-30 108 MBP1530348.1 WP_064652354.1 26.0 231 161 5 1 221 1 231 8.33e-25 96.3 MBP1530348.1 EDN57974.1 29.5 200 115 5 1 183 775 965 3.56e-19 84.0 MBP1530348.1 EJF06804.1 27.9 215 133 6 3 201 2 210 6.72e-19 81.6 MBP1530348.1 WP_212961195.1 34.1 129 80 2 3 126 714 842 1.15e-16 76.6 MBP1530348.1 QYU66920.1 33.6 110 70 2 4 110 5 114 9.38e-13 61.6 MBP1530348.1 PKL50735.1 34.5 113 71 2 3 112 950 1062 4.57e-12 63.2 MBP1530348.1 MBQ1868746.1 29.5 132 83 3 4 127 521 650 4.56e-11 60.1 MBP1530348.1 WP_138482356.1 28.9 121 85 1 3 122 672 792 1.31e-09 55.8 MBP1530348.1 KFX48203.1 25.2 115 80 1 4 112 1077 1191 4.88e-08 51.2 WP_213638963.1 WP_213638963.1 100 392 0 0 1 392 1 392 8.99e-239 653 MCH2804017.1 MCH2804017.1 100 79 0 0 1 79 1 79 1.41e-52 156 MCH2804017.1 WP_136095406.1 65.4 78 27 0 2 79 469 546 1.28e-29 107 MCH2804017.1 WP_029789810.1 59.5 79 32 0 1 79 579 657 1.66e-26 99.0 MCH2804017.1 MBP6786080.1 56.4 78 34 0 2 79 584 661 1.29e-24 93.6 MCH2804017.1 KAF6257731.1 51.9 79 37 1 1 79 580 657 4.57e-19 77.8 WP_059978677.1 WP_059978677.1 100 255 0 0 1 255 1 255 6.10e-191 520 WP_025591525.1 WP_025591525.1 100 139 0 0 1 139 1 139 7.70e-94 265 WP_025591525.1 TLY59051.1 51.9 52 25 0 3 54 5 56 1.71e-14 63.5 KAI5289156.1 KAI5289156.1 100 390 0 0 1 390 1 390 1.32e-278 753 WP_205930861.1 WP_205930861.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_108078099.1 WP_108078099.1 100 330 0 0 1 330 1 330 5.16e-232 630 MBO4168293.1 MBO4168293.1 100 242 0 0 1 242 1 242 1.48e-171 470 MBO4168293.1 MSU20497.1 33.6 214 122 5 29 233 112 314 5.45e-21 88.2 MBO4168293.1 WP_187094112.1 30.5 243 144 10 3 231 35 266 2.31e-12 63.5 XP_045966569.1 XP_045966569.1 100 502 0 0 1 502 1 502 0.0 1014 WP_159793761.1 WP_159793761.1 100 271 0 0 1 271 1 271 3.53e-198 540 WP_159793761.1 WP_079304935.1 32.8 265 168 5 1 264 1 256 2.13e-43 147 MBJ7265026.1 MBJ7265026.1 100 121 0 0 1 121 1 121 2.01e-85 243 WAX10255.1 WAX10255.1 100 141 0 0 1 141 1 141 2.20e-103 290 WP_246832833.1 WP_246832833.1 100 478 0 0 1 478 1 478 5.36e-302 820 WP_246832833.1 HAZ7424284.1 35.2 145 85 3 340 476 362 505 9.76e-10 58.9 MCR5574391.1 MCR5574391.1 100 389 0 0 1 389 1 389 9.48e-292 786 MCR5574391.1 MBS1745163.1 52.4 380 174 1 6 378 13 392 1.05e-144 415 WP_266169258.1 WP_266169258.1 100 451 0 0 1 451 1 451 0.0 900 MBK8423602.1 MBK8423602.1 100 7619 0 0 1 7619 1 7619 0.0 14233 WP_185116294.1 WP_185116294.1 100 192 0 0 1 192 1 192 1.12e-139 385 WP_185116294.1 HBV8273101.1 44.2 52 29 0 2 53 11 62 1.36e-08 49.7 WP_135180648.1 WP_135180648.1 100 220 0 0 1 220 1 220 1.05e-160 441 MCA9634778.1 MCA9634778.1 100 158 0 0 1 158 1 158 5.59e-112 313 WP_094151267.1 WP_094151267.1 100 450 0 0 1 450 1 450 0.0 906 WP_094151267.1 WP_164636240.1 34.0 427 257 7 5 420 53 465 3.76e-66 218 WP_094151267.1 WP_122896374.1 29.2 298 205 5 49 344 4 297 4.93e-34 129 WP_094151267.1 WP_168565867.1 25.6 386 263 9 46 423 10 379 3.29e-29 116 WP_094151267.1 WP_032677416.1 25.0 212 151 4 51 256 173 382 2.39e-13 70.1 MBI41622.1 MBI41622.1 100 242 0 0 1 242 1 242 1.82e-181 495 NDD35992.1 NDD35992.1 100 63 0 0 1 63 1 63 4.33e-40 124 WP_059432031.1 WP_059432031.1 100 178 0 0 1 178 1 178 2.89e-126 350 EAH3295886.1 EAH3295886.1 100 85 0 0 1 85 1 85 1.53e-52 157 XP_005678593.1 XP_005678593.1 100 280 0 0 1 280 1 280 5.96e-215 583 NQX99425.1 NQX99425.1 100 263 0 0 1 263 1 263 3.93e-166 458 NQX99425.1 CAD6270987.1 43.0 230 127 3 1 229 59 285 4.61e-55 177 XP_025430606.1 XP_025430606.1 100 420 0 0 1 420 1 420 0.0 873 WP_000484099.1 WP_000484099.1 100 370 0 0 1 370 1 370 2.61e-268 726 WP_000484099.1 EJF06804.1 35.5 183 105 4 196 368 127 306 5.33e-29 112 WP_000484099.1 WP_145544593.1 37.6 165 96 3 204 368 361 518 1.15e-23 100 WP_000484099.1 MBI5333464.1 35.9 181 108 5 190 366 212 388 9.02e-22 94.0 WP_000484099.1 HAB03480.1 33.5 179 111 3 197 368 649 826 4.10e-21 93.6 WP_000484099.1 WP_107169208.1 31.3 182 123 2 186 366 180 360 1.48e-20 90.1 WP_000484099.1 WP_269885397.1 33.9 186 115 4 185 368 92 271 4.09e-20 87.4 WP_000484099.1 MBK6870374.1 38.7 155 87 5 214 366 1 149 4.90e-19 82.8 WP_000484099.1 WP_230171322.1 33.5 176 107 5 196 364 588 760 3.51e-17 81.6 WP_000484099.1 WP_018646673.1 30.1 176 117 3 197 368 513 686 1.10e-15 77.0 WP_000484099.1 EGR2272270.1 32.0 125 83 1 242 364 550 674 4.01e-15 75.1 WP_000484099.1 WP_029222917.1 31.5 165 102 5 208 368 319 476 2.40e-13 69.3 WP_000484099.1 WP_255266214.1 30.9 175 95 8 199 362 286 445 1.85e-12 66.6 WP_000484099.1 WP_023050329.1 31.4 153 94 5 211 360 205 349 3.90e-12 65.1 WP_000484099.1 MBT3459335.1 40.8 71 42 0 212 282 207 277 8.49e-10 57.4 WP_204618903.1 WP_204618903.1 100 484 0 0 1 484 1 484 0.0 980 WP_204618903.1 MBO7728038.1 50.8 484 215 6 1 484 1 461 3.29e-152 440 MBK7140969.1 MBK7140969.1 100 1399 0 0 1 1399 1 1399 0.0 2793 WP_100537786.1 WP_100537786.1 100 465 0 0 1 465 1 465 0.0 914 NLI35930.1 NLI35930.1 100 116 0 0 1 116 1 116 2.80e-76 219 WP_173283317.1 WP_173283317.1 100 323 0 0 1 323 1 323 2.57e-233 633 WP_173283317.1 MBI2528438.1 51.7 317 153 0 1 317 6 322 4.17e-111 324 WP_173283317.1 KFF47610.1 29.7 148 71 4 11 150 19 141 1.14e-07 51.2 HAB28525.1 HAB28525.1 100 270 0 0 1 270 1 270 2.09e-185 508 WP_157113211.1 WP_157113211.1 100 405 0 0 1 405 1 405 9.94e-261 709 MBQ1897904.1 MBQ1897904.1 100 322 0 0 1 322 1 322 4.79e-233 632 MBQ1897904.1 MBQ1405588.1 46.5 310 166 0 6 315 4 313 6.30e-102 300 MCU0622952.1 MCU0622952.1 100 175 0 0 1 175 1 175 9.00e-124 344 MBI5438416.1 MBI5438416.1 100 121 0 0 1 121 1 121 1.12e-82 236 MBI5438416.1 MCS2900418.1 55.8 120 52 1 3 121 4 123 9.48e-39 125 MBI5438416.1 MBI3448467.1 52.5 122 57 1 1 121 1 122 1.20e-37 122 MBI5438416.1 WP_255435582.1 63.5 104 37 1 19 121 1 104 4.81e-37 120 WP_202067358.1 WP_202067358.1 100 227 0 0 1 227 1 227 2.78e-164 451 WP_274771680.1 WP_274771680.1 100 293 0 0 1 293 1 293 5.31e-195 534 WP_167605087.1 WP_167605087.1 100 146 0 0 1 146 1 146 5.98e-108 301 MBP6311895.1 MBP6311895.1 100 822 0 0 1 822 1 822 0.0 1690 MCK1819907.1 MCK1819907.1 100 502 0 0 1 502 1 502 0.0 966 MCK1819907.1 WP_030096092.1 52.2 496 199 9 2 481 1 474 1.15e-153 445 MCK1819907.1 WP_187788315.1 35.3 416 256 8 30 444 7 410 2.35e-62 208 MCK1819907.1 WP_278498266.1 35.3 453 238 17 46 465 41 471 1.79e-53 186 MCK1819907.1 MCD6064856.1 25.9 359 234 11 46 383 32 379 7.02e-17 80.9 HAP0275886.1 HAP0275886.1 100 225 0 0 1 225 1 225 2.79e-163 448 HAP0275886.1 WP_250376457.1 31.9 188 113 4 10 183 15 201 4.76e-21 86.3 MCE2873365.1 MCE2873365.1 100 895 0 0 1 895 1 895 0.0 1778 MCE2873365.1 MXW19700.1 30.4 928 489 26 31 893 36 871 1.44e-97 323 MCE2873365.1 HAJ30683.1 33.3 195 122 4 31 222 25 214 2.27e-23 104 MCE2873365.1 MBX9747080.1 28.0 186 123 4 36 221 1 175 3.86e-13 71.6 EFQ5532992.1 EFQ5532992.1 100 111 0 0 1 111 1 111 4.22e-80 228 MCA9734355.1 MCA9734355.1 100 253 0 0 1 253 1 253 2.76e-177 486 WP_281760414.1 WP_281760414.1 100 266 0 0 1 266 1 266 3.48e-166 459 WP_281760414.1 MBH8634352.1 41.1 146 86 0 16 161 23 168 1.96e-29 113 NWR36449.1 NWR36449.1 100 647 0 0 1 647 1 647 0.0 1298 NWR36449.1 MCH8479059.1 29.2 528 281 14 54 518 25 522 2.24e-44 165 WP_033631967.1 WP_033631967.1 100 327 0 0 1 327 1 327 1.33e-237 644 ESS67695.1 ESS67695.1 100 2523 0 0 1 2523 1 2523 0.0 5054 MOP71390.1 MOP71390.1 100 15 0 0 1 15 1 15 1.40e-09 43.9 WP_163889187.1 WP_163889187.1 100 275 0 0 1 275 1 275 1.98e-206 561 WP_230633440.1 WP_230633440.1 100 101 0 0 1 101 1 101 3.38e-70 202 WP_255187010.1 WP_255187010.1 100 633 0 0 1 633 1 633 0.0 1231 WP_255187010.1 WP_195397250.1 43.9 615 327 8 2 602 9 619 4.39e-162 476 WP_255187010.1 MBQ2017527.1 42.1 228 123 4 34 258 28 249 1.15e-51 177 WP_255187010.1 WP_161258623.1 47.1 227 114 3 150 374 301 523 1.09e-50 183 MBX9648850.1 MBX9648850.1 100 132 0 0 1 132 1 132 3.33e-96 271 WP_006728805.1 WP_006728805.1 100 219 0 0 1 219 1 219 5.59e-151 416 WP_230699958.1 WP_230699958.1 100 1077 0 0 1 1077 1 1077 0.0 2247 MBE6890073.1 MBE6890073.1 100 462 0 0 1 462 1 462 0.0 906 NET00292.1 NET00292.1 100 276 0 0 1 276 1 276 7.40e-198 540 NET00292.1 WP_087918330.1 48.0 244 125 2 28 271 5 246 1.69e-77 234 NET00292.1 WP_175395805.1 41.3 247 143 2 25 271 2 246 1.58e-64 201 WP_189761921.1 WP_189761921.1 100 793 0 0 1 793 1 793 0.0 1462 WP_249893756.1 WP_249893756.1 100 409 0 0 1 409 1 409 2.45e-295 797 WP_249893756.1 WP_082500294.1 31.2 314 175 10 1 311 1 276 1.62e-32 125 WP_086504813.1 WP_086504813.1 100 754 0 0 1 754 1 754 0.0 1412 WP_086504813.1 WP_061048002.1 33.6 467 269 12 310 749 314 766 2.86e-54 198 WP_086504813.1 WP_211114623.1 36.2 387 230 10 378 750 409 792 1.31e-47 179 WP_086504813.1 NSW79198.1 41.1 253 137 5 375 617 413 663 2.33e-45 171 WP_086504813.1 MBK3737236.1 39.4 241 135 5 386 617 422 660 7.09e-36 142 WP_086504813.1 KYG00847.1 36.6 93 38 2 545 616 795 887 1.50e-06 50.1 MCH6549687.1 MCH6549687.1 100 38 0 0 1 38 1 38 1.75e-22 77.8 TYJ03004.1 TYJ03004.1 100 484 0 0 1 484 1 484 0.0 978 NXO69257.1 NXO69257.1 100 259 0 0 1 259 1 259 5.95e-175 480 OFZ89526.1 OFZ89526.1 100 422 0 0 1 422 1 422 3.41e-272 740 OFZ89526.1 WP_033456074.1 72.8 305 61 3 118 422 14 296 3.44e-145 413 OFZ89526.1 WP_267292626.1 47.3 421 192 8 4 420 118 512 1.02e-117 351 OFZ89526.1 WP_098923619.1 42.4 436 217 3 2 421 1 418 4.55e-112 333 OFZ89526.1 MBT3887354.1 56.2 306 124 3 117 422 26 321 4.86e-111 327 OFZ89526.1 WP_262612393.1 42.0 440 215 7 4 421 3 424 1.38e-82 258 OFZ89526.1 NDI25889.1 42.7 302 145 4 122 414 1 283 3.00e-63 204 OFZ89526.1 KAA0555231.1 31.6 437 266 7 4 420 207 630 1.25e-40 151 OFZ89526.1 KAJ4394429.1 24.1 456 289 7 5 415 64 507 2.41e-30 120 MBL7790458.1 MBL7790458.1 100 209 0 0 1 209 1 209 9.82e-115 324 MBF0278962.1 MBF0278962.1 100 46 0 0 1 46 1 46 9.56e-30 96.7 WP_151519865.1 WP_151519865.1 100 301 0 0 1 301 1 301 3.00e-189 520 WP_175939838.1 WP_175939838.1 100 95 0 0 1 95 1 95 5.80e-66 191 WP_114688413.1 WP_114688413.1 100 343 0 0 1 343 1 343 6.67e-246 667 WP_114688413.1 WP_063434200.1 41.6 329 166 3 36 343 45 368 2.71e-75 235 TIC14313.1 TIC14313.1 100 1555 0 0 1 1555 1 1555 0.0 3142 OTX04318.1 OTX04318.1 100 124 0 0 1 124 1 124 1.29e-87 248 WP_248415755.1 WP_248415755.1 100 177 0 0 1 177 1 177 1.09e-125 349 GFV11951.1 GFV11951.1 100 83 0 0 1 83 1 83 1.93e-63 184 WP_088031849.1 WP_088031849.1 100 299 0 0 1 299 1 299 2.08e-220 598 XP_053193947.1 XP_053193947.1 100 1705 0 0 1 1705 1 1705 0.0 2964 XP_053193947.1 ELR45644.1 45.0 1879 647 67 66 1705 7 1738 0.0 1132 MBR6343266.1 MBR6343266.1 100 424 0 0 1 424 1 424 4.85e-215 595 MBR6343266.1 MBP9771519.1 62.2 74 23 1 356 424 9 82 1.37e-21 95.1 MBR6343266.1 MBU7046308.1 48.8 86 28 2 355 424 5 90 3.33e-18 85.1 WP_232103437.1 WP_232103437.1 100 214 0 0 1 214 1 214 6.86e-154 423 WP_265275480.1 WP_265275480.1 100 113 0 0 1 113 1 113 2.61e-84 239 EIO1807611.1 EIO1807611.1 100 515 0 0 1 515 1 515 0.0 1008 EIO1807611.1 MBU6501496.1 37.0 497 255 9 14 474 6 480 1.27e-67 224 EIO1807611.1 MCQ2587557.1 28.7 443 261 15 64 472 53 474 6.82e-27 112 NUT29294.1 NUT29294.1 100 863 0 0 1 863 1 863 0.0 1642 MBR3785149.1 MBR3785149.1 100 131 0 0 1 131 1 131 4.75e-91 258 MBR3785149.1 CCZ55979.1 44.2 113 61 1 1 113 2 112 3.28e-26 93.6 MBI3290135.1 MBI3290135.1 100 120 0 0 1 120 1 120 9.99e-81 231 WP_060115800.1 WP_060115800.1 100 288 0 0 1 288 1 288 1.21e-193 530 WP_138482356.1 WP_138482356.1 100 888 0 0 1 888 1 888 0.0 1723 WP_138482356.1 WP_261733022.1 34.1 413 246 7 388 786 230 630 6.39e-58 211 WP_138482356.1 TAL20232.1 34.3 388 234 7 413 786 229 609 1.02e-54 199 WP_138482356.1 WP_007356512.1 33.3 412 238 8 406 788 735 1138 2.25e-54 203 WP_138482356.1 KFX48203.1 30.3 505 216 9 413 782 688 1191 9.26e-51 192 WP_138482356.1 MBQ1868746.1 31.3 402 250 8 401 787 252 642 1.58e-47 178 WP_138482356.1 MCH5250214.1 38.2 241 143 2 409 644 184 423 1.88e-42 165 WP_138482356.1 WP_200037957.1 32.0 372 224 11 413 774 1016 1368 5.57e-36 145 WP_138482356.1 MBN8606766.1 40.4 228 131 3 412 636 579 804 8.00e-36 144 WP_138482356.1 WP_232306300.1 27.8 396 264 9 412 789 849 1240 5.07e-35 142 WP_138482356.1 SEP77558.1 34.8 233 138 6 412 636 339 565 2.98e-32 131 WP_138482356.1 PKL50735.1 25.2 393 243 11 406 772 685 1052 1.85e-24 108 WP_138482356.1 MBN1819552.1 27.8 227 158 4 414 636 338 562 2.44e-17 84.7 WP_138482356.1 MBP1530348.1 28.9 121 85 1 672 792 3 122 2.15e-09 57.0 WP_138482356.1 WP_188888464.1 30.6 108 73 2 669 774 1 108 8.73e-07 49.3 WP_138482356.1 HBG17616.1 26.9 104 73 2 672 772 6 109 1.02e-05 47.4 WP_263727326.1 WP_263727326.1 100 452 0 0 1 452 1 452 4.02e-293 795 WP_072274035.1 WP_072274035.1 100 155 0 0 1 155 1 155 1.96e-106 298 MBT4210917.1 MBT4210917.1 100 735 0 0 1 735 1 735 0.0 1521 MBT4210917.1 WP_096067320.1 35.4 627 329 17 5 585 16 612 3.30e-107 338 MBT4210917.1 WP_282322778.1 35.4 627 329 17 5 585 16 612 1.79e-106 336 MBT4210917.1 MBL14507.1 30.0 557 322 15 34 561 38 555 1.69e-68 234 MBT4210917.1 MBL4581517.1 23.8 450 241 15 184 555 299 724 1.04e-20 95.5 XP_018439942.1 XP_018439942.1 100 319 0 0 1 319 1 319 1.59e-225 613 XP_045702922.1 XP_045702922.1 100 470 0 0 1 470 1 470 5.04e-259 711 XP_045702922.1 ROW03190.1 42.0 50 29 0 373 422 1 50 1.23e-05 45.8 WP_063485223.1 WP_063485223.1 100 387 0 0 1 387 1 387 8.00e-283 764 WP_063485223.1 WP_021646634.1 30.2 212 124 6 172 366 86 290 1.06e-15 75.5 WP_149236326.1 WP_149236326.1 100 251 0 0 1 251 1 251 4.12e-187 510 KIJ42589.1 KIJ42589.1 100 181 0 0 1 181 1 181 5.40e-137 378 BAI82636.1 BAI82636.1 100 206 0 0 1 206 1 206 4.51e-155 426 BAI82636.1 UNP33456.1 73.3 206 55 0 1 206 72 277 4.48e-115 328 BAI82636.1 ADJ57888.1 71.2 205 59 0 2 206 65 269 1.17e-112 324 BAI82636.1 AXB40829.1 68.0 206 66 0 1 206 63 268 7.09e-106 306 BAI82636.1 QYT38722.1 37.5 208 128 2 1 206 40 247 5.86e-49 159 WP_232189573.1 WP_232189573.1 100 95 0 0 1 95 1 95 6.64e-24 85.5 MBZ0168159.1 MBZ0168159.1 100 101 0 0 1 101 1 101 1.84e-64 205 NWG72028.1 NWG72028.1 100 91 0 0 1 91 1 91 1.70e-63 185 WP_136035264.1 WP_136035264.1 100 217 0 0 1 217 1 217 7.01e-144 398 EAP3700350.1 EAP3700350.1 100 96 0 0 1 96 1 96 7.03e-63 184 WP_251074290.1 WP_251074290.1 100 480 0 0 1 480 1 480 0.0 944 WP_251074290.1 CDZ81696.1 50.8 323 148 4 18 331 5 325 7.11e-107 319 WP_251074290.1 EAJ4016142.1 33.8 290 181 7 27 315 1 280 3.87e-46 160 EXZ64635.1 EXZ64635.1 100 214 0 0 1 214 1 214 3.97e-153 421 CCE01062.1 CCE01062.1 100 77 0 0 1 77 1 77 2.79e-49 148 WP_278800290.1 WP_278800290.1 100 131 0 0 1 131 1 131 2.01e-92 261 BAB28876.1 BAB28876.1 100 143 0 0 1 143 1 143 1.73e-101 285 KAJ1633120.1 KAJ1633120.1 100 228 0 0 1 228 1 228 3.19e-134 375 WP_090221424.1 WP_090221424.1 100 727 0 0 1 727 1 727 0.0 1461 KAF6315484.1 KAF6315484.1 100 238 0 0 1 238 1 238 4.25e-169 464 GEZ33207.1 GEZ33207.1 100 305 0 0 1 305 1 305 1.46e-198 544 TWU17869.1 TWU17869.1 100 93 0 0 1 93 1 93 3.98e-63 184 MBM3767188.1 MBM3767188.1 100 416 0 0 1 416 1 416 1.61e-299 808 MBM3767188.1 WP_256939523.1 30.0 383 240 7 36 413 12 371 5.90e-40 145 MBM3767188.1 WP_097830045.1 30.9 385 209 11 56 411 19 375 3.27e-38 140 MBM3767188.1 MBR4371193.1 30.2 324 200 9 104 407 10 327 6.59e-33 125 WP_061364641.1 WP_061364641.1 100 627 0 0 1 627 1 627 0.0 933 VPT01298.1 VPT01298.1 100 1659 0 0 1 1659 1 1659 0.0 3136 WP_225764381.1 WP_225764381.1 100 173 0 0 1 173 1 173 1.31e-90 260 UGY43725.1 UGY43725.1 100 419 0 0 1 419 1 419 4.12e-283 767 UGY43725.1 UYE59123.1 81.6 419 74 1 1 419 1 416 7.71e-211 584 UGY43725.1 UBA80202.1 98.9 279 3 0 141 419 141 419 6.03e-168 476 XP_018042825.1 XP_018042825.1 100 897 0 0 1 897 1 897 0.0 1769 XP_018042825.1 EDN57974.1 22.2 713 433 26 224 878 398 1046 8.47e-18 87.0 XP_018042825.1 TAL20232.1 25.1 295 161 11 218 492 212 466 1.90e-10 62.8 XP_018042825.1 WP_083453642.1 29.4 109 75 2 366 474 456 562 2.46e-05 46.2 WP_090770466.1 WP_090770466.1 100 312 0 0 1 312 1 312 1.27e-232 630 WP_090770466.1 MCB0447740.1 28.5 228 133 13 5 215 8 222 3.97e-10 58.2 QXI91160.1 QXI91160.1 100 1272 0 0 1 1272 1 1272 0.0 2082 QXI91160.1 QUM20585.1 93.9 1272 77 0 1 1272 1 1272 0.0 2056 QXI91160.1 UBN63752.1 91.4 1272 107 1 1 1272 1 1270 0.0 2053 QXI91160.1 QUE11983.1 89.7 1272 129 1 1 1272 1 1270 0.0 2048 QXI91160.1 UGX22439.1 90.3 1273 121 2 1 1272 1 1271 0.0 2041 QXI91160.1 UHB14670.1 86.3 1273 171 2 1 1272 1 1271 0.0 2038 QXI91160.1 UIX40308.1 86.3 1273 171 2 1 1272 1 1271 0.0 2032 QXI91160.1 UDK40309.1 85.8 1273 178 2 1 1272 1 1271 0.0 2015 QXI91160.1 UYC71619.1 85.0 1273 185 3 1 1272 1 1268 0.0 1991 QXI91160.1 UPU53169.1 84.7 1273 191 2 1 1272 1 1270 0.0 1991 QXI91160.1 USL51576.1 81.7 1273 229 2 1 1272 1 1270 0.0 1896 QXI91160.1 QVX70521.1 84.4 1273 198 1 1 1272 1 1273 0.0 1878 QXI91160.1 UZH89542.1 83.1 1273 212 2 1 1272 1 1271 0.0 1835 QXI91160.1 UUS71569.1 95.2 747 36 0 526 1272 527 1273 0.0 1305 QXI91160.1 UHK01047.1 63.1 1273 469 1 1 1272 1 1273 0.0 1136 UYV38309.1 UYV38309.1 100 288 0 0 1 288 1 288 1.18e-200 548 WP_061517937.1 WP_061517937.1 100 339 0 0 1 339 1 339 2.82e-245 665 WP_190531886.1 WP_190531886.1 100 551 0 0 1 551 1 551 0.0 1052 WP_130382900.1 WP_130382900.1 100 223 0 0 1 223 1 223 1.31e-151 418 AKT58828.1 AKT58828.1 100 195 0 0 1 195 1 195 1.45e-132 368 AKT58828.1 QUA05739.1 80.0 195 39 0 1 195 1 195 9.41e-110 311 AKT58828.1 QUQ06080.1 78.5 195 42 0 1 195 1 195 1.20e-109 311 AKT58828.1 AVM35379.1 82.1 190 34 0 6 195 1 190 2.03e-109 310 AKT58828.1 ADW49125.1 81.3 187 35 0 9 195 1 187 1.50e-108 308 AKT58828.1 AMA90994.1 79.0 195 41 0 1 195 1 195 5.35e-108 306 AKT58828.1 ABQ63546.1 77.8 194 43 0 2 195 1 194 1.11e-107 306 AKT58828.1 ADJ35581.1 75.9 195 47 0 1 195 2 196 3.94e-106 302 AKT58828.1 AFA24308.1 81.3 187 35 0 9 195 2 188 4.25e-106 301 AKT58828.1 AWS34156.1 75.9 195 47 0 1 195 1 195 7.32e-104 296 AKT58828.1 AFA09475.1 81.8 181 33 0 15 195 1 181 1.30e-103 295 AKT58828.1 AXZ65741.1 77.7 188 42 0 1 188 1 188 8.40e-103 292 AKT58828.1 AOQ89457.1 75.9 187 45 0 5 191 1 187 9.02e-100 285 AKT58828.1 AOR13807.1 72.0 186 52 0 10 195 1 186 3.42e-95 273 AKT58828.1 AKA56406.1 70.4 196 51 2 2 195 2 192 7.36e-92 265 AKT58828.1 AAX94106.1 83.0 165 28 0 31 195 1 165 5.18e-90 268 AKT58828.1 UZF38514.1 66.5 182 61 0 14 195 1 182 9.38e-83 242 AKT58828.1 AGI15931.1 65.2 187 65 0 9 195 2 188 1.54e-81 239 AKT58828.1 AHH30646.1 73.2 164 42 2 32 195 6 167 1.76e-77 228 AKT58828.1 ACE88666.1 78.4 116 25 0 80 195 1 116 6.25e-58 177 AKT58828.1 APC24336.1 65.1 86 30 0 108 193 1 86 3.47e-29 109 XP_049578625.1 XP_049578625.1 100 881 0 0 1 881 1 881 0.0 1728 MCB1208284.1 MCB1208284.1 100 360 0 0 1 360 1 360 2.48e-261 707 MCB1208284.1 WP_052922907.1 36.8 348 207 7 16 355 1 343 1.48e-60 200 WP_000685022.1 WP_000685022.1 100 428 0 0 1 428 1 428 1.18e-298 807 WP_105979700.1 WP_105979700.1 100 286 0 0 1 286 1 286 3.15e-204 556 MBQ8238565.1 MBQ8238565.1 100 143 0 0 1 143 1 143 1.54e-104 293 MBQ9299122.1 MBQ9299122.1 100 312 0 0 1 312 1 312 3.22e-226 614 MBQ9299122.1 WP_154333510.1 27.5 240 171 3 1 239 1 238 7.75e-24 97.4 MBQ9299122.1 WP_190032834.1 42.1 76 44 0 1 76 1 76 1.95e-11 62.0 MBQ9299122.1 WP_268678783.1 36.0 75 46 1 1 75 2 74 7.42e-06 45.1 MBQ9299122.1 WP_273138110.1 36.9 65 40 1 1 64 1 65 4.23e-05 42.7 MBR5879017.1 MBR5879017.1 100 115 0 0 1 115 1 115 7.46e-76 218 MCS6903464.1 MCS6903464.1 100 138 0 0 1 138 1 138 1.39e-100 282 WP_011063740.1 WP_011063740.1 100 152 0 0 1 152 1 152 5.64e-100 282 EGV97757.1 EGV97757.1 100 73 0 0 1 73 1 73 2.65e-52 155 WP_102477257.1 WP_102477257.1 100 854 0 0 1 854 1 854 0.0 1675 WP_102477257.1 WP_086711488.1 55.0 867 366 8 5 852 6 867 0.0 929 WP_102477257.1 WP_097641037.1 54.2 867 378 6 3 851 4 869 0.0 917 WP_102477257.1 RWX51021.1 52.4 555 234 6 1 526 1 554 3.59e-190 554 WP_204942955.1 WP_204942955.1 100 276 0 0 1 276 1 276 9.26e-192 524 WP_204942955.1 KAG2346037.1 28.8 198 129 4 7 195 14 208 1.37e-09 55.8 WP_204942955.1 WP_077093245.1 32.5 169 99 4 7 160 9 177 1.98e-06 46.6 WP_015133641.1 WP_015133641.1 100 536 0 0 1 536 1 536 0.0 1085 WP_015133641.1 OKZ85006.1 27.6 196 121 6 134 323 148 328 1.72e-13 71.2 MCD6425313.1 MCD6425313.1 100 131 0 0 1 131 1 131 6.49e-89 252 UTT93350.1 UTT93350.1 100 332 0 0 1 332 1 332 1.54e-259 700 MCR5602468.1 MCR5602468.1 100 213 0 0 1 213 1 213 3.83e-155 426 OGR18938.1 OGR18938.1 100 268 0 0 1 268 1 268 2.27e-188 515 MBI5677341.1 MBI5677341.1 100 95 0 0 1 95 1 95 1.73e-67 195 WP_029267497.1 WP_029267497.1 100 233 0 0 1 233 1 233 2.21e-173 474 MCI4325574.1 MCI4325574.1 100 331 0 0 1 331 1 331 1.14e-240 652 MCI4325574.1 MBE0669914.1 45.5 308 167 1 8 315 4 310 1.49e-97 289 MCI4325574.1 MBC6481257.1 50.2 307 142 6 13 310 9 313 1.10e-92 282 MCI4325574.1 HCP62665.1 64.3 28 10 0 283 310 1 28 3.65e-06 41.6 STW12454.1 STW12454.1 100 159 0 0 1 159 1 159 1.66e-109 306 MBE6306819.1 MBE6306819.1 100 393 0 0 1 393 1 393 5.82e-279 754 MBE6306819.1 CAG0929351.1 39.7 315 187 2 2 313 7 321 6.57e-71 224 NLB51443.1 NLB51443.1 100 69 0 0 1 69 1 69 5.52e-50 149 UKS51372.1 UKS51372.1 100 138 0 0 1 138 1 138 3.15e-97 274 MCI7352812.1 MCI7352812.1 100 165 0 0 1 165 1 165 8.16e-122 338 WP_259847195.1 WP_259847195.1 100 291 0 0 1 291 1 291 5.64e-205 559 WP_259847195.1 WP_251593142.1 25.0 268 177 5 4 258 3 259 3.13e-07 48.9 WP_192049367.1 WP_192049367.1 100 129 0 0 1 129 1 129 3.93e-98 275 WP_039294206.1 WP_039294206.1 100 80 0 0 1 80 1 80 5.03e-60 175 DAD32814.1 DAD32814.1 100 314 0 0 1 314 1 314 6.38e-243 657 XP_027924147.1 XP_027924147.1 100 489 0 0 1 489 1 489 0.0 962 XP_027924147.1 WP_075190302.1 40.5 336 183 6 112 445 6 326 1.52e-70 226 WP_161359378.1 WP_161359378.1 100 270 0 0 1 270 1 270 1.14e-198 541 WP_196351635.1 WP_196351635.1 100 30 0 0 1 30 1 30 1.44e-18 67.4 WP_196351635.1 WP_274676460.1 83.3 30 5 0 1 30 1 30 3.18e-13 53.9 WP_100521084.1 WP_100521084.1 100 318 0 0 1 318 1 318 6.49e-167 465 AQU86570.1 AQU86570.1 100 376 0 0 1 376 1 376 6.45e-272 735 KAI0643035.1 KAI0643035.1 100 447 0 0 1 447 1 447 5.62e-318 858 OHB35500.1 OHB35500.1 100 360 0 0 1 360 1 360 6.35e-264 714 OHB35500.1 WP_095061089.1 31.3 288 173 7 86 356 1 280 1.89e-34 126 WP_014605789.1 WP_014605789.1 100 248 0 0 1 248 1 248 1.67e-180 493 WP_014605789.1 WP_183882442.1 30.2 222 129 6 5 216 11 216 2.30e-21 87.8 WP_014605789.1 KAG2346037.1 27.6 185 127 4 2 180 15 198 1.17e-15 72.8 WP_014605789.1 WP_281054160.1 28.3 184 123 5 2 180 12 191 4.33e-14 68.2 WP_014605789.1 WP_060347438.1 30.3 195 121 6 7 189 15 206 1.03e-13 67.4 WP_154907134.1 WP_154907134.1 100 148 0 0 1 148 1 148 2.24e-113 315 WP_228944212.1 WP_228944212.1 100 97 0 0 1 97 1 97 3.08e-62 182 WP_136134536.1 WP_136134536.1 100 558 0 0 1 558 1 558 0.0 1165 WP_136134536.1 NLG67042.1 30.2 106 68 4 138 237 74 179 3.88e-05 44.7 ECL7245291.1 ECL7245291.1 100 149 0 0 1 149 1 149 5.93e-105 294 ECL7245291.1 PJC48296.1 46.6 148 77 1 1 148 209 354 8.14e-36 126 MBC2704089.1 MBC2704089.1 100 792 0 0 1 792 1 792 0.0 1506 MBC2704089.1 NDH21517.1 37.1 229 143 1 544 771 29 257 8.20e-44 157 MBH0193692.1 MBH0193692.1 100 724 0 0 1 724 1 724 0.0 1360 EJK2981647.1 EJK2981647.1 100 234 0 0 1 234 1 234 1.75e-175 479 EJK2981647.1 ACA34490.1 30.1 103 67 3 43 143 259 358 8.90e-08 50.4 WP_213646387.1 WP_213646387.1 100 335 0 0 1 335 1 335 1.25e-246 668 WP_213646387.1 AQY75504.1 24.3 301 166 9 51 315 61 335 3.99e-12 64.7 WP_103313256.1 WP_103313256.1 100 140 0 0 1 140 1 140 2.56e-88 251 EZX24376.1 EZX24376.1 100 257 0 0 1 257 1 257 6.95e-173 475 KAJ3327837.1 KAJ3327837.1 100 212 0 0 1 212 1 212 1.02e-129 362 KAJ2660037.1 KAJ2660037.1 100 2050 0 0 1 2050 1 2050 0.0 3940 KAJ2660037.1 KAF9974715.1 33.4 1376 789 27 768 2050 6 1347 3.95e-191 614 KAJ2660037.1 XP_043889695.1 41.8 395 191 12 4 373 6 386 4.79e-63 237 KAJ2660037.1 XP_032696462.1 36.8 386 219 10 4 375 6 380 5.42e-52 200 KAJ2660037.1 MBQ8297564.1 32.9 237 156 3 1807 2041 330 565 3.35e-36 145 KAJ2660037.1 WP_195238978.1 25.2 477 339 10 1569 2038 249 714 3.34e-35 144 KAJ2660037.1 KAJ5168969.1 30.7 336 204 11 1725 2043 419 742 1.71e-30 129 KAJ2660037.1 KAI7371949.1 35.1 245 148 7 1806 2043 646 886 2.55e-30 129 KAJ2660037.1 KAI9191373.1 36.9 198 123 2 1795 1990 381 578 3.96e-28 122 KAJ2660037.1 WP_247749043.1 26.4 246 174 3 1804 2043 352 596 3.13e-22 102 KAJ2660037.1 NFD84694.1 28.0 239 149 5 1192 1413 522 754 1.82e-18 90.5 KAJ2660037.1 WAY96880.1 32.5 166 92 3 1206 1354 2 164 2.26e-15 75.1 KAJ2660037.1 NVM03966.1 25.1 211 143 6 1824 2030 36 235 1.08e-13 72.8 KAJ2660037.1 WP_088153117.1 28.9 211 108 6 1221 1404 26 221 1.23e-10 63.9 KAJ2660037.1 WP_142931103.1 26.0 227 140 7 1798 2007 241 456 2.17e-09 60.5 KAJ2660037.1 WP_145468487.1 27.8 162 106 5 1825 1980 25 181 1.68e-06 49.7 KAJ2660037.1 HBO4828144.1 24.7 223 139 8 1807 2016 9 215 3.56e-06 49.3 MAJ71254.1 MAJ71254.1 100 312 0 0 1 312 1 312 1.66e-228 620 MAJ71254.1 WP_062640876.1 36.1 310 174 5 1 305 1 291 2.63e-48 162 MAJ71254.1 WP_254301195.1 29.5 112 77 1 19 130 19 128 7.82e-06 45.1 MAJ71254.1 WP_248676944.1 22.2 194 143 4 7 197 16 204 1.86e-04 40.8 MBI1424129.1 MBI1424129.1 100 416 0 0 1 416 1 416 1.40e-309 834 MBI1424129.1 WP_099912534.1 53.8 413 187 3 1 409 1 413 1.38e-146 421 MCA9450479.1 MCA9450479.1 100 102 0 0 1 102 1 102 8.58e-69 199 MCC8042769.1 MCC8042769.1 100 184 0 0 1 184 1 184 3.36e-137 379 XP_041178038.1 XP_041178038.1 100 85 0 0 1 85 1 85 2.86e-48 146 NBW79235.1 NBW79235.1 100 445 0 0 1 445 1 445 2.50e-304 823 NBW79235.1 NMO74192.1 24.2 414 291 11 26 431 19 417 6.24e-16 77.8 WP_030323867.1 WP_030323867.1 100 265 0 0 1 265 1 265 1.32e-190 520 WP_033135619.1 WP_033135619.1 100 258 0 0 1 258 1 258 1.44e-195 532 WP_033135619.1 WP_127741063.1 34.5 110 71 1 18 126 17 126 1.47e-14 69.7 MCA1442501.1 MCA1442501.1 100 170 0 0 1 170 1 170 1.09e-108 305 KAI5251673.1 KAI5251673.1 100 167 0 0 1 167 1 167 2.25e-129 357 EBT2494165.1 EBT2494165.1 100 204 0 0 1 204 1 204 1.20e-149 412 MBR5121093.1 MBR5121093.1 100 244 0 0 1 244 1 244 4.07e-170 467 NWJ08205.1 NWJ08205.1 100 322 0 0 1 322 1 322 5.36e-230 625 WP_162959321.1 WP_162959321.1 100 147 0 0 1 147 1 147 1.25e-64 192 WP_278498266.1 WP_278498266.1 100 496 0 0 1 496 1 496 0.0 997 WP_278498266.1 WP_034002239.1 36.8 468 283 6 21 481 24 485 1.09e-89 281 WP_278498266.1 WP_187788315.1 36.3 449 253 6 22 466 4 423 5.32e-78 249 WP_278498266.1 MCK1819907.1 34.3 475 257 17 19 471 24 465 1.18e-58 200 WP_278498266.1 WP_030096092.1 33.8 450 246 14 18 457 31 438 3.65e-58 198 WP_257479708.1 WP_257479708.1 100 414 0 0 1 414 1 414 1.63e-307 828 MBQ3867797.1 MBQ3867797.1 100 552 0 0 1 552 1 552 0.0 1088 WP_111496981.1 WP_111496981.1 100 504 0 0 1 504 1 504 0.0 1014 STF90731.1 STF90731.1 100 672 0 0 1 672 1 672 0.0 1344 STF90731.1 WP_241468713.1 99.7 646 2 0 1 646 1 646 0.0 1288 WP_212448448.1 WP_212448448.1 100 86 0 0 1 86 1 86 5.07e-56 166 WP_147738784.1 WP_147738784.1 100 225 0 0 1 225 1 225 2.67e-161 443 PZT91770.1 PZT91770.1 100 95 0 0 1 95 1 95 1.13e-63 186 EAM9790494.1 EAM9790494.1 100 489 0 0 1 489 1 489 6.59e-297 808 XP_013404023.1 XP_013404023.1 100 296 0 0 1 296 1 296 1.60e-227 616 WP_107485636.1 WP_107485636.1 100 799 0 0 1 799 1 799 0.0 1344 WP_107485636.1 SCK25073.1 33.7 680 413 14 111 778 50 703 6.11e-81 274 MBE1289959.1 MBE1289959.1 100 66 0 0 1 66 1 66 4.55e-41 126 MBE1289959.1 KVK44743.1 72.1 61 16 1 4 63 1 61 4.39e-23 81.3 WP_143660971.1 WP_143660971.1 100 389 0 0 1 389 1 389 1.09e-249 680 MCB2112291.1 MCB2112291.1 100 394 0 0 1 394 1 394 7.46e-287 775 KLA07975.1 KLA07975.1 100 247 0 0 1 247 1 247 3.76e-172 472 WP_014504812.1 WP_014504812.1 100 895 0 0 1 895 1 895 0.0 1831 WP_014504812.1 WP_068156215.1 52.3 886 414 7 11 890 36 918 3.38e-319 899 KAF5807084.1 KAF5807084.1 100 267 0 0 1 267 1 267 2.46e-187 512 KAF5807084.1 THU55532.1 56.2 105 46 0 81 185 41 145 9.69e-37 128 WP_060004157.1 WP_060004157.1 100 604 0 0 1 604 1 604 0.0 1195 WP_060004157.1 WP_100610557.1 30.6 566 361 14 3 555 20 566 5.50e-52 186 WP_060004157.1 HAR3824072.1 26.7 562 373 15 1 549 34 569 1.61e-41 157 WP_204334995.1 WP_204334995.1 100 251 0 0 1 251 1 251 2.39e-186 508 WP_204334995.1 WP_200696402.1 31.2 247 156 6 9 246 29 270 7.02e-31 114 WP_217736698.1 WP_217736698.1 100 316 0 0 1 316 1 316 4.71e-221 602 WP_217736698.1 WP_151856261.1 42.6 136 70 3 67 194 40 175 1.11e-29 114 WP_270430070.1 WP_270430070.1 100 375 0 0 1 375 1 375 2.26e-276 746 WP_270430070.1 MBW4662439.1 42.9 382 191 2 7 366 8 384 1.89e-100 301 WP_270430070.1 WP_250015522.1 30.1 352 229 5 35 371 35 384 2.00e-38 140 WP_270430070.1 WP_064802002.1 28.9 342 219 4 35 357 34 370 7.91e-36 133 WP_270430070.1 WP_210167953.1 30.9 369 217 11 22 375 8 353 5.28e-35 130 KAF8153477.1 KAF8153477.1 100 124 0 0 1 124 1 124 7.48e-87 246 MCI0648031.1 MCI0648031.1 100 180 0 0 1 180 1 180 6.06e-129 357 XP_041922209.1 XP_041922209.1 100 333 0 0 1 333 1 333 7.73e-240 650 XP_041922209.1 NWY11222.1 56.5 62 27 0 155 216 12 73 8.30e-14 66.6 WP_115180843.1 WP_115180843.1 100 447 0 0 1 447 1 447 0.0 895 EFG7579667.1 EFG7579667.1 100 342 0 0 1 342 1 342 1.54e-255 691 WP_069341101.1 WP_069341101.1 100 294 0 0 1 294 1 294 7.95e-202 551 WP_069341101.1 MCP4329804.1 35.3 286 182 1 12 294 5 290 5.73e-49 170 WP_069341101.1 WP_165462493.1 27.8 295 197 6 12 292 6 298 1.98e-25 101 WP_069341101.1 WP_123237441.1 27.3 275 191 5 27 293 29 302 6.99e-23 94.4 WP_210949324.1 WP_210949324.1 100 225 0 0 1 225 1 225 2.04e-165 453 WP_210949324.1 EIR8916606.1 56.6 175 76 0 26 200 1 175 4.57e-62 190 MBT3459335.1 MBT3459335.1 100 277 0 0 1 277 1 277 3.80e-196 535 MBT3459335.1 WP_269885397.1 43.3 97 54 1 182 277 89 185 2.12e-16 75.5 MBT3459335.1 MBI5333464.1 38.8 80 49 0 198 277 223 302 1.14e-10 59.7 MBT3459335.1 WP_000484099.1 40.8 71 42 0 207 277 212 282 3.53e-10 58.2 MBT3459335.1 EJF06804.1 37.4 91 55 1 184 274 122 210 1.71e-09 55.8 MBT3459335.1 WP_145544593.1 37.2 94 52 3 184 277 349 435 1.11e-07 50.8 MBT3459335.1 WP_023050329.1 35.0 80 50 1 195 274 194 271 5.11e-07 48.5 MBT3459335.1 WP_107169208.1 36.7 79 50 0 199 277 198 276 9.26e-07 47.8 MBT3459335.1 WP_255266214.1 46.0 63 32 1 207 269 299 359 1.96e-06 47.0 MBT3459335.1 EGR2272270.1 43.9 41 23 0 237 277 550 590 2.17e-06 47.0 MBT3459335.1 WP_242961281.1 30.4 79 48 2 193 268 528 602 6.54e-04 39.3 WP_129832000.1 WP_129832000.1 100 386 0 0 1 386 1 386 3.87e-294 792 MBF0233644.1 MBF0233644.1 100 746 0 0 1 746 1 746 0.0 1438 MBF0233644.1 WP_061048002.1 34.9 496 299 10 254 737 287 770 2.77e-79 268 MBF0233644.1 NSW79198.1 38.5 366 197 9 246 597 310 661 3.25e-71 244 MBF0233644.1 WP_211114623.1 33.7 520 335 4 220 737 284 795 7.69e-70 243 MBF0233644.1 PKL50735.1 29.5 617 357 18 172 733 469 1062 1.46e-54 201 MBF0233644.1 MBK3737236.1 38.8 250 147 4 359 607 422 666 4.12e-41 158 MBF0233644.1 WP_212961195.1 24.1 424 245 14 379 746 436 838 3.48e-13 71.6 MBF0233644.1 EJF06804.1 27.6 116 78 3 622 733 3 116 3.83e-05 44.7 WP_094375360.1 WP_094375360.1 100 191 0 0 1 191 1 191 7.57e-142 391 WP_248415167.1 WP_248415167.1 100 429 0 0 1 429 1 429 6.31e-299 808 MBV8174008.1 MBV8174008.1 100 399 0 0 1 399 1 399 5.32e-294 793 MBV8174008.1 CAF3478760.1 33.5 376 229 8 41 396 127 501 1.41e-51 179 MBV8174008.1 WP_201685349.1 28.3 350 247 3 39 388 69 414 1.14e-37 139 MBV8174008.1 KFD50394.1 29.3 375 220 10 42 379 96 462 1.17e-34 132 WP_186748347.1 WP_186748347.1 100 107 0 0 1 107 1 107 3.40e-57 170 BCL31621.1 BCL31621.1 100 136 0 0 1 136 1 136 1.00e-74 217 GDZ43403.1 GDZ43403.1 100 256 0 0 1 256 1 256 1.19e-193 527 UFH83377.1 UFH83377.1 100 513 0 0 1 513 1 513 0.0 1026 UFH83377.1 AYV64277.1 51.8 438 198 6 1 437 1 426 2.86e-136 399 UFH83377.1 AFQ97813.1 56.5 276 117 2 165 439 1 274 1.47e-95 289 UFH83377.1 UTU41876.1 55.4 258 115 0 177 434 3 260 1.46e-91 278 UFH83377.1 AVO23223.1 61.2 67 25 1 442 508 1 66 3.98e-18 77.0 NJO91920.1 NJO91920.1 100 95 0 0 1 95 1 95 1.81e-60 177 AKA56406.1 AKA56406.1 100 197 0 0 1 197 1 197 1.06e-135 376 AKA56406.1 QUA05739.1 71.4 199 54 1 2 197 2 200 8.44e-95 273 AKA56406.1 AVM35379.1 71.1 197 50 2 6 197 1 195 1.05e-93 270 AKA56406.1 AOR13807.1 72.3 191 50 1 10 197 1 191 1.23e-93 270 AKA56406.1 AMA90994.1 71.4 196 53 1 2 194 2 197 1.69e-93 269 AKA56406.1 AWS34156.1 69.3 199 58 1 2 197 2 200 4.12e-92 266 AKA56406.1 ADW49125.1 70.1 194 51 2 9 197 1 192 1.28e-91 265 AKA56406.1 AKT58828.1 70.4 196 51 2 2 192 2 195 8.64e-91 262 AKA56406.1 ADJ35581.1 67.3 199 62 1 2 197 3 201 5.74e-90 261 AKA56406.1 AFA24308.1 70.3 195 51 2 8 197 1 193 8.84e-90 260 AKA56406.1 AOQ89457.1 69.9 186 53 1 6 188 2 187 1.79e-88 256 AKA56406.1 AHK62764.1 65.3 196 65 1 5 197 1 196 7.98e-88 256 AKA56406.1 QUQ06080.1 64.3 199 68 1 2 197 2 200 6.09e-87 253 AKA56406.1 AFA09475.1 68.8 186 55 1 15 197 1 186 8.92e-86 250 AKA56406.1 UZF38514.1 69.0 187 55 1 14 197 1 187 2.04e-82 241 AKA56406.1 AXZ65741.1 61.0 187 70 1 2 185 2 188 3.33e-77 228 AKA56406.1 AAX94106.1 70.0 170 48 1 31 197 1 170 3.89e-76 233 AKA56406.1 AHH30646.1 70.7 167 46 2 32 196 6 171 5.14e-75 221 AKA56406.1 AGI15931.1 60.6 193 73 1 8 197 1 193 1.14e-74 222 AKA56406.1 ACE88666.1 66.1 121 38 1 80 197 1 121 1.10e-46 149 MBC99785.1 MBC99785.1 100 318 0 0 1 318 1 318 6.41e-220 599 MBC99785.1 WP_251874466.1 32.7 269 167 5 47 314 51 306 1.38e-40 143 MBC99785.1 WP_059510827.1 33.2 268 166 6 48 313 45 301 1.56e-35 129 MBC99785.1 WP_116701099.1 34.3 233 133 4 63 292 70 285 9.46e-34 124 MBC99785.1 WP_058635033.1 28.6 269 178 4 47 314 50 305 2.76e-31 118 WP_213741880.1 WP_213741880.1 100 241 0 0 1 241 1 241 1.30e-160 442 WP_213741880.1 EAA7679439.1 52.8 235 109 2 2 235 1 234 2.98e-76 238 MBK8012537.1 MBK8012537.1 100 591 0 0 1 591 1 591 0.0 1106 MBK8012537.1 WP_076194242.1 21.9 342 228 9 242 570 137 452 1.41e-17 84.0 WP_205994446.1 WP_205994446.1 100 432 0 0 1 432 1 432 1.67e-316 853 WP_145465857.1 WP_145465857.1 100 106 0 0 1 106 1 106 1.63e-68 199 OGZ08419.1 OGZ08419.1 100 351 0 0 1 351 1 351 3.94e-258 698 WP_231879606.1 WP_231879606.1 100 198 0 0 1 198 1 198 5.10e-148 407 WP_253195963.1 WP_253195963.1 100 288 0 0 1 288 1 288 2.84e-192 526 WP_253195963.1 MBQ8156531.1 38.3 193 114 2 17 209 24 211 1.11e-30 114 WP_253195963.1 WP_057732191.1 37.1 170 105 1 31 198 26 195 7.32e-30 112 ACT50261.1 ACT50261.1 100 218 0 0 1 218 1 218 1.75e-158 435 WP_098613056.1 WP_098613056.1 100 148 0 0 1 148 1 148 1.81e-85 245 KAF6751692.1 KAF6751692.1 100 443 0 0 1 443 1 443 0.0 904 HDI11217.1 HDI11217.1 100 227 0 0 1 227 1 227 7.05e-158 434 HDI11217.1 EGS7320029.1 33.6 217 140 3 1 216 22 235 1.16e-30 111 KAI9233655.1 KAI9233655.1 100 214 0 0 1 214 1 214 8.39e-164 448 WP_258038067.1 WP_258038067.1 100 953 0 0 1 953 1 953 0.0 1811 WP_022957608.1 WP_022957608.1 100 205 0 0 1 205 1 205 4.28e-139 385 KAG7812337.1 KAG7812337.1 100 3995 0 0 1 3995 1 3995 0.0 7762 NLF10573.1 NLF10573.1 100 73 0 0 1 73 1 73 1.61e-44 135 WP_132572234.1 WP_132572234.1 100 254 0 0 1 254 1 254 1.04e-177 487 WP_271457636.1 WP_271457636.1 100 458 0 0 1 458 1 458 3.66e-269 735 WP_271457636.1 WP_109219430.1 93.1 447 31 0 1 447 1 447 4.84e-244 671 KUO65278.1 KUO65278.1 100 189 0 0 1 189 1 189 4.76e-144 396 KUO65278.1 WP_157476287.1 45.2 188 99 3 1 184 1 188 2.43e-57 177 WP_142636409.1 WP_142636409.1 100 264 0 0 1 264 1 264 1.89e-194 530 MCU1514505.1 MCU1514505.1 100 377 0 0 1 377 1 377 1.79e-274 742 MCU1514505.1 WP_176018545.1 42.3 366 195 5 6 358 3 365 7.61e-89 271 MBQ7769568.1 MBQ7769568.1 100 39 0 0 1 39 1 39 1.22e-18 68.2 WP_032587385.1 WP_032587385.1 100 657 0 0 1 657 1 657 0.0 1266 WP_032587385.1 WP_143823896.1 38.7 62 36 1 16 75 191 252 9.57e-04 40.4 MCS6907720.1 MCS6907720.1 100 404 0 0 1 404 1 404 1.25e-290 785 WP_022385641.1 WP_022385641.1 100 144 0 0 1 144 1 144 6.16e-98 279 WP_028779961.1 WP_028779961.1 100 165 0 0 1 165 1 165 3.74e-118 329 WP_028779961.1 MBN1882318.1 36.1 108 64 1 39 141 48 155 1.61e-20 82.0 WP_028779961.1 WP_229055514.1 26.0 131 76 4 48 164 34 157 5.24e-11 56.2 WP_028779961.1 MCB0773217.1 28.2 124 78 4 33 145 47 170 1.47e-08 50.1 WP_282171596.1 WP_282171596.1 100 416 0 0 1 416 1 416 2.67e-298 805 WP_282171596.1 WP_068462781.1 57.5 412 174 1 1 412 1 411 1.20e-156 447 MBP6361937.1 MBP6361937.1 100 209 0 0 1 209 1 209 3.65e-142 393 MBP6361937.1 MCB9662416.1 28.6 105 66 3 18 122 1 96 4.04e-05 41.2 WP_279984614.1 WP_279984614.1 100 265 0 0 1 265 1 265 7.99e-192 523 WP_279984614.1 WP_142133210.1 49.6 250 118 3 9 258 10 251 2.37e-77 233 WP_279984614.1 WP_115992495.1 48.8 252 123 3 9 258 1 248 7.02e-76 229 WP_279984614.1 WP_008470196.1 48.0 244 120 1 8 251 8 244 2.27e-75 228 WP_279984614.1 WP_222125851.1 46.9 243 127 1 9 251 1 241 1.29e-70 216 WP_279984614.1 WP_072380563.1 43.7 245 134 1 9 253 1 241 6.74e-68 209 WP_279984614.1 MWR41881.1 39.0 228 132 3 25 251 44 265 2.29e-44 149 WP_279984614.1 MBT4161918.1 37.2 234 133 7 5 232 2 227 1.22e-36 128 WP_279984614.1 OAN53756.1 31.6 253 148 6 13 252 15 255 3.73e-31 114 WP_279984614.1 WP_066083732.1 32.6 258 160 9 8 253 5 260 6.56e-30 113 WP_279984614.1 MXP43753.1 29.2 253 160 7 10 252 15 258 9.25e-27 103 WP_279984614.1 WP_167977039.1 28.9 235 153 4 6 238 2 224 1.01e-26 102 WP_279984614.1 WP_098952357.1 31.3 224 144 4 23 242 29 246 1.98e-26 103 WP_279984614.1 MBR7834804.1 30.2 235 156 1 8 242 16 242 1.84e-25 99.8 WP_279984614.1 WP_158791585.1 27.9 251 166 4 10 252 5 248 2.11e-25 99.4 WP_279984614.1 WP_192324556.1 30.2 262 160 7 8 253 317 571 5.57e-25 102 WP_279984614.1 MCP5262709.1 29.8 218 139 6 25 233 21 233 7.31e-24 96.7 WP_279984614.1 MBQ3864274.1 29.3 239 141 7 8 228 11 239 1.30e-21 90.5 WP_279984614.1 WP_192500494.1 29.1 237 148 7 10 243 3 222 3.52e-21 89.0 WP_279984614.1 KAF9974715.1 28.4 225 146 6 23 244 1121 1333 2.36e-16 77.0 WP_083349422.1 WP_083349422.1 100 401 0 0 1 401 1 401 5.03e-309 831 WP_083349422.1 MBL4853947.1 49.5 394 187 3 1 393 1 383 2.36e-137 396 WP_083349422.1 WP_000576638.1 29.6 98 59 3 53 144 164 257 1.52e-05 45.4 TMK27100.1 TMK27100.1 100 555 0 0 1 555 1 555 0.0 1088 TMK27100.1 KAF1017786.1 32.8 457 297 4 57 506 52 505 9.29e-60 205 TPX78184.1 TPX78184.1 100 1004 0 0 1 1004 1 1004 0.0 1890 WP_182336829.1 WP_182336829.1 100 200 0 0 1 200 1 200 2.58e-133 370 MBJ7506254.1 MBJ7506254.1 100 699 0 0 1 699 1 699 0.0 1266 MBJ7506254.1 WP_023840997.1 36.2 754 399 14 8 693 5 744 1.98e-123 384 MBJ7506254.1 WP_002615101.1 33.4 539 316 9 160 657 158 694 2.99e-70 241 VVB00125.1 VVB00125.1 100 203 0 0 1 203 1 203 9.80e-144 397 HBJ80371.1 HBJ80371.1 100 420 0 0 1 420 1 420 1.69e-303 819 HAG0018107.1 HAG0018107.1 100 56 0 0 1 56 1 56 3.81e-40 123 WP_054136413.1 WP_054136413.1 100 304 0 0 1 304 1 304 2.56e-228 619 UVI10561.1 UVI10561.1 100 7066 0 0 1 7066 1 7066 0.0 13544 UVI10561.1 UZO53924.1 96.5 7066 250 0 1 7066 28 7093 0.0 13533 UVI10561.1 UVB16817.1 96.5 7066 249 0 1 7066 28 7093 0.0 13533 UVI10561.1 URQ55824.1 96.5 7066 250 0 1 7066 28 7093 0.0 13533 UVI10561.1 QVD87869.1 96.3 7066 261 0 1 7066 28 7093 0.0 13509 UVI10561.1 QWC83326.1 96.3 7069 258 1 1 7066 28 7096 0.0 13508 UVI10561.1 UMF87224.1 96.0 7066 281 1 1 7066 28 7092 0.0 13503 UVI10561.1 WEU87158.1 96.3 7069 260 1 1 7066 28 7096 0.0 13503 UVI10561.1 QSZ25555.1 96.3 7069 262 1 1 7066 28 7096 0.0 13502 UVI10561.1 UBP50947.1 96.2 7069 263 1 1 7066 28 7096 0.0 13496 UVI10561.1 UBD95131.1 96.2 7069 265 1 1 7066 28 7096 0.0 13491 UVI10561.1 UEC52718.1 96.2 7069 268 1 1 7066 28 7096 0.0 13485 UVI10561.1 UIR12670.1 96.0 7066 285 1 1 7066 28 7092 0.0 13448 UVI10561.1 QZU16279.1 95.9 7069 288 1 1 7066 28 7096 0.0 13435 UVI10561.1 UPA83906.1 95.7 7066 302 1 1 7066 28 7092 0.0 13406 UVI10561.1 UXX67934.1 95.5 7066 318 0 1 7066 28 7093 0.0 13372 UVI10561.1 UBR86455.1 95.6 7069 311 1 1 7066 27 7095 0.0 13370 UVI10561.1 WHE12941.1 96.0 7066 280 0 1 7066 2 7067 0.0 13366 UVI10561.1 UCP77012.1 95.4 7069 320 1 1 7066 28 7096 0.0 13337 UVI10561.1 UCP72061.1 95.1 7069 340 1 1 7066 28 7096 0.0 13314 UVI10561.1 UKN67998.1 94.8 7066 364 1 1 7066 8 7072 0.0 13257 UVI10561.1 UGA79226.1 94.1 7069 417 1 1 7066 28 7096 0.0 13137 UVI10561.1 UAQ80067.1 94.6 7069 380 1 1 7066 28 7096 0.0 13130 UVI10561.1 UJT06733.1 92.8 7066 507 1 1 7066 28 7092 0.0 12898 UVI10561.1 UOU30556.1 93.7 7066 446 0 1 7066 28 7093 0.0 12861 UVI10561.1 UMA88644.1 88.3 7066 828 1 1 7066 7 7071 0.0 12133 UVI10561.1 WAS49087.1 87.2 7066 905 0 1 7066 28 7093 0.0 11928 UVI10561.1 WGP98278.1 82.4 7069 1240 1 1 7066 28 7096 0.0 11033 UVI10561.1 UPP41269.1 96.3 4371 163 0 1 4371 28 4398 0.0 8212 UVI10561.1 USR14792.1 96.2 4371 164 0 1 4371 28 4398 0.0 8209 UVI10561.1 QXR94354.1 96.1 4371 171 0 1 4371 28 4398 0.0 8194 UVI10561.1 ULA23837.2 96.1 4371 171 1 1 4371 28 4397 0.0 8193 UVI10561.1 QTM79632.1 96.0 4371 174 0 1 4371 28 4398 0.0 8193 UVI10561.1 QTD03487.1 96.0 4374 171 1 1 4371 28 4401 0.0 8193 UVI10561.1 UXH94526.1 96.0 4371 172 1 1 4371 28 4397 0.0 8189 UVI10561.1 QTZ27226.1 96.0 4371 176 0 1 4371 28 4398 0.0 8188 UVI10561.1 UFM00670.1 96.0 4374 174 1 1 4371 28 4401 0.0 8183 UVI10561.1 UEC68750.1 96.0 4374 174 1 1 4371 28 4401 0.0 8181 UVI10561.1 UHM53165.1 96.0 4374 174 1 1 4371 28 4401 0.0 8178 UVI10561.1 UFM02602.1 96.0 4374 174 1 1 4371 28 4401 0.0 8178 UVI10561.1 UBL45068.1 96.0 4374 174 1 1 4371 28 4401 0.0 8176 UVI10561.1 UKU68032.1 95.7 4371 185 1 1 4371 28 4397 0.0 8161 UVI10561.1 UJV88611.1 94.1 4371 257 1 1 4371 28 4397 0.0 7998 UVI10561.1 UJJ97602.1 94.0 4371 263 1 1 4371 28 4397 0.0 7982 UVI10561.1 UJS94137.1 95.3 4293 199 1 79 4371 1 4292 0.0 7958 UVI10561.1 ULB83374.1 92.9 4371 311 1 1 4371 28 4397 0.0 7863 UVI10561.1 UGB98301.1 94.1 4374 256 1 1 4371 28 4401 0.0 7794 UVI10561.1 UNI03201.1 94.6 4373 232 1 1 4371 2 4374 0.0 7688 UVI10561.1 UFA30503.1 92.6 4339 316 1 1 4336 2 4340 0.0 7604 UVI10561.1 QRX02582.1 95.8 4071 168 1 1 4068 28 4098 0.0 7576 UVI10561.1 WEI27974.1 91.3 4371 381 0 1 4371 28 4398 0.0 7507 UVI10561.1 WGP70063.1 88.6 4342 493 1 1 4339 28 4369 0.0 7347 UVI10561.1 UEX07109.1 91.0 4374 389 1 1 4371 2 4375 0.0 7327 UVI10561.1 URP80785.1 81.9 4371 791 0 1 4371 1 4371 0.0 6552 UVI10561.1 UPB00876.1 77.5 4371 983 0 1 4371 1 4371 0.0 6048 UVI10561.1 UYE49180.1 73.2 4371 1172 0 1 4371 28 4398 0.0 5787 UVI10561.1 WGQ72821.1 68.6 4342 1359 1 1 4339 3 4344 0.0 4996 WP_165773198.1 WP_165773198.1 100 56 0 0 1 56 1 56 1.06e-37 117 MCP4329804.1 MCP4329804.1 100 617 0 0 1 617 1 617 0.0 1165 MCP4329804.1 WP_069341101.1 35.6 284 180 1 5 288 12 292 3.27e-50 174 MCP4329804.1 WP_097108993.1 34.6 292 170 4 330 601 30 320 6.50e-38 141 MCP4329804.1 WP_008134825.1 34.2 310 191 7 309 609 9 314 2.91e-34 137 MCP4329804.1 MCA3389197.1 30.6 307 198 6 308 601 6 310 4.42e-31 122 PSJ26816.1 PSJ26816.1 100 656 0 0 1 656 1 656 0.0 1314 MBM3990268.1 MBM3990268.1 100 317 0 0 1 317 1 317 1.32e-232 631 MCK7479919.1 MCK7479919.1 100 176 0 0 1 176 1 176 5.01e-126 350 CYB93821.1 CYB93821.1 100 124 0 0 1 124 1 124 6.92e-83 236 MBD5361948.1 MBD5361948.1 100 340 0 0 1 340 1 340 1.16e-249 676 MBN2341313.1 MBN2341313.1 100 197 0 0 1 197 1 197 3.07e-144 397 WP_202167283.1 WP_202167283.1 100 396 0 0 1 396 1 396 3.76e-297 801 WP_130670507.1 WP_130670507.1 100 396 0 0 1 396 1 396 5.26e-288 778 WP_130670507.1 WP_224014827.1 53.7 391 176 3 6 393 2 390 2.77e-136 393 WP_130670507.1 WP_271272236.1 43.3 374 205 4 25 393 15 386 8.85e-94 285 WP_130670507.1 TVP67793.1 40.4 384 219 5 15 391 21 401 1.92e-85 264 WP_130670507.1 MCB0793211.1 38.7 380 227 3 11 385 6 384 3.25e-82 255 WP_130670507.1 EMD83093.1 37.5 389 202 12 29 381 50 433 2.66e-65 213 PIQ75822.1 PIQ75822.1 100 141 0 0 1 141 1 141 7.65e-95 268 TSA38195.1 TSA38195.1 100 59 0 0 1 59 1 59 3.72e-37 116 WP_090879207.1 WP_090879207.1 100 51 0 0 1 51 1 51 1.96e-31 101 WP_225601911.1 WP_225601911.1 100 1051 0 0 1 1051 1 1051 0.0 2094 WP_189534272.1 WP_189534272.1 100 142 0 0 1 142 1 142 1.67e-103 290 KXU92672.1 KXU92672.1 100 283 0 0 1 283 1 283 5.03e-204 556 MBR6069896.1 MBR6069896.1 100 472 0 0 1 472 1 472 0.0 966 WP_234080888.1 WP_234080888.1 100 242 0 0 1 242 1 242 5.70e-160 441 WP_234080888.1 WP_048427321.1 31.7 205 135 2 34 235 21 223 1.44e-14 68.9 WP_234080888.1 WP_014286324.1 30.9 152 97 3 34 181 13 160 3.91e-11 58.5 WP_234080888.1 ANP72927.1 36.0 86 55 0 27 112 47 132 1.27e-05 43.5 WP_234080888.1 WP_103294927.1 29.9 97 63 2 29 125 17 108 2.87e-04 39.3 HIS55495.1 HIS55495.1 100 275 0 0 1 275 1 275 1.20e-207 564 WP_227594049.1 WP_227594049.1 100 383 0 0 1 383 1 383 3.19e-296 797 WP_148062134.1 WP_148062134.1 100 360 0 0 1 360 1 360 8.15e-251 681 WP_148062134.1 WP_150930630.1 32.4 299 169 8 89 360 16 308 5.73e-31 120 WP_024217747.1 WP_024217747.1 100 75 0 0 1 75 1 75 8.44e-50 149 UCP77012.1 UCP77012.1 100 7096 0 0 1 7096 1 7096 0.0 13992 UCP77012.1 UBD95131.1 98.8 7096 84 0 1 7096 1 7096 0.0 13984 UCP77012.1 UEC52718.1 98.8 7096 87 0 1 7096 1 7096 0.0 13977 UCP77012.1 QWC83326.1 98.7 7096 92 0 1 7096 1 7096 0.0 13970 UCP77012.1 UBP50947.1 98.7 7096 93 0 1 7096 1 7096 0.0 13969 UCP77012.1 WEU87158.1 98.7 7096 94 0 1 7096 1 7096 0.0 13965 UCP77012.1 QSZ25555.1 98.6 7096 96 0 1 7096 1 7096 0.0 13964 UCP77012.1 QVD87869.1 98.6 7096 95 1 1 7096 1 7093 0.0 13954 UCP77012.1 UCP72061.1 99.5 7096 39 0 1 7096 1 7096 0.0 13948 UCP77012.1 UMF87224.1 98.3 7096 117 2 1 7096 1 7092 0.0 13944 UCP77012.1 UZO53924.1 98.6 7096 99 1 1 7096 1 7093 0.0 13943 UCP77012.1 UVB16817.1 98.6 7096 98 1 1 7096 1 7093 0.0 13943 UCP77012.1 URQ55824.1 98.6 7096 99 1 1 7096 1 7093 0.0 13943 UCP77012.1 QZU16279.1 98.5 7096 108 0 1 7096 1 7096 0.0 13927 UCP77012.1 UIR12670.1 98.2 7096 122 2 1 7096 1 7092 0.0 13887 UCP77012.1 UBR86455.1 98.0 7095 142 0 2 7096 1 7095 0.0 13846 UCP77012.1 UPA83906.1 98.0 7096 139 2 1 7096 1 7092 0.0 13845 UCP77012.1 UXX67934.1 97.6 7096 167 1 1 7096 1 7093 0.0 13782 UCP77012.1 UGA79226.1 98.0 7096 143 0 1 7096 1 7096 0.0 13725 UCP77012.1 UKN67998.1 97.1 7076 199 2 21 7096 1 7072 0.0 13659 UCP77012.1 WHE12941.1 97.3 7070 187 1 27 7096 1 7067 0.0 13659 UCP77012.1 UAQ80067.1 96.2 7096 267 0 1 7096 1 7096 0.0 13543 UCP77012.1 UVI10561.1 95.4 7069 320 1 28 7096 1 7066 0.0 13343 UCP77012.1 UJT06733.1 95.1 7096 344 2 1 7096 1 7092 0.0 13337 UCP77012.1 UOU30556.1 93.8 7096 440 1 1 7096 1 7093 0.0 13111 UCP77012.1 UMA88644.1 90.6 7075 660 2 22 7096 1 7071 0.0 12537 UCP77012.1 WAS49087.1 89.3 7096 754 1 1 7096 1 7093 0.0 12338 UCP77012.1 WGP98278.1 84.1 7096 1129 0 1 7096 1 7096 0.0 11435 UCP77012.1 UFM00670.1 98.2 4401 79 0 1 4401 1 4401 0.0 8475 UCP77012.1 UEC68750.1 98.2 4401 79 0 1 4401 1 4401 0.0 8472 UCP77012.1 UHM53165.1 98.2 4401 79 0 1 4401 1 4401 0.0 8470 UCP77012.1 UFM02602.1 98.2 4401 79 0 1 4401 1 4401 0.0 8469 UCP77012.1 QTD03487.1 98.1 4401 84 0 1 4401 1 4401 0.0 8468 UCP77012.1 UBL45068.1 98.1 4401 85 0 1 4401 1 4401 0.0 8458 UCP77012.1 QTM79632.1 98.0 4401 87 1 1 4401 1 4398 0.0 8452 UCP77012.1 QXR94354.1 98.0 4401 85 1 1 4401 1 4398 0.0 8452 UCP77012.1 ULA23837.2 98.0 4401 82 2 1 4401 1 4397 0.0 8451 UCP77012.1 QTZ27226.1 98.0 4401 87 1 1 4401 1 4398 0.0 8449 UCP77012.1 UPP41269.1 98.0 4401 87 1 1 4401 1 4398 0.0 8445 UCP77012.1 USR14792.1 97.9 4401 88 1 1 4401 1 4398 0.0 8443 UCP77012.1 UXH94526.1 97.9 4401 87 2 1 4401 1 4397 0.0 8442 UCP77012.1 UKU68032.1 97.7 4401 98 2 1 4401 1 4397 0.0 8415 UCP77012.1 ULB83374.1 97.5 4401 108 2 1 4401 1 4397 0.0 8256 UCP77012.1 UJV88611.1 96.0 4401 172 2 1 4401 1 4397 0.0 8251 UCP77012.1 UJJ97602.1 95.9 4401 178 2 1 4401 1 4397 0.0 8235 UCP77012.1 UJS94137.1 97.0 4296 126 2 106 4401 1 4292 0.0 8143 UCP77012.1 UGB98301.1 92.9 4401 314 0 1 4401 1 4401 0.0 7904 UCP77012.1 QRX02582.1 98.0 4098 82 0 1 4098 1 4098 0.0 7851 UCP77012.1 UFA30503.1 92.5 4340 326 0 27 4366 1 4340 0.0 7720 UCP77012.1 WEI27974.1 91.6 4401 365 1 1 4401 1 4398 0.0 7671 UCP77012.1 WGP70063.1 90.8 4369 402 0 1 4369 1 4369 0.0 7629 UCP77012.1 UNI03201.1 90.6 4375 412 1 27 4401 1 4374 0.0 7596 UCP77012.1 UEX07109.1 86.9 4375 574 0 27 4401 1 4375 0.0 7235 UCP77012.1 URP80785.1 84.2 4374 687 1 28 4401 1 4371 0.0 6777 UCP77012.1 UYE49180.1 78.1 4401 963 1 1 4401 1 4398 0.0 6190 UCP77012.1 UPB00876.1 77.7 4374 971 1 28 4401 1 4371 0.0 6156 UCP77012.1 WGQ72821.1 68.8 4344 1357 0 26 4369 1 4344 0.0 5121 KAJ4828317.1 KAJ4828317.1 100 315 0 0 1 315 1 315 1.01e-235 639 KKP40103.1 KKP40103.1 100 129 0 0 1 129 1 129 1.43e-91 259 WP_087364392.1 WP_087364392.1 100 185 0 0 1 185 1 185 2.02e-134 372 WP_087364392.1 MBR2088606.1 49.6 125 54 4 26 146 37 156 1.31e-25 95.1 ADJ35581.1 ADJ35581.1 100 220 0 0 1 220 1 220 1.54e-153 423 ADJ35581.1 QUQ06080.1 83.1 219 37 0 2 220 1 219 1.32e-131 367 ADJ35581.1 ADW49125.1 81.0 211 40 0 10 220 1 211 2.61e-127 356 ADJ35581.1 AVM35379.1 81.3 214 40 0 7 220 1 214 1.18e-126 355 ADJ35581.1 AFA24308.1 81.6 212 39 0 9 220 1 212 1.56e-126 354 ADJ35581.1 QUA05739.1 79.7 212 43 0 2 213 1 212 3.67e-125 351 ADJ35581.1 AFA09475.1 82.0 205 37 0 16 220 1 205 1.36e-123 347 ADJ35581.1 AWS34156.1 74.9 219 55 0 2 220 1 219 5.23e-122 343 ADJ35581.1 ABQ63546.1 75.2 218 54 0 3 220 1 218 5.88e-121 340 ADJ35581.1 AHK62764.1 74.9 215 54 0 6 220 1 215 4.19e-117 331 ADJ35581.1 AKT58828.1 75.9 195 47 0 2 196 1 195 3.82e-107 305 ADJ35581.1 AMA90994.1 76.1 197 47 0 2 198 1 197 4.10e-107 305 ADJ35581.1 AAX94106.1 79.9 189 38 0 32 220 1 189 3.38e-106 311 ADJ35581.1 UZF38514.1 69.4 206 63 0 15 220 1 206 7.57e-105 299 ADJ35581.1 AOR13807.1 72.2 198 55 0 11 208 1 198 3.31e-104 297 ADJ35581.1 AOQ89457.1 72.7 187 51 0 6 192 1 187 1.13e-97 280 ADJ35581.1 AGI15931.1 68.9 206 64 0 9 214 1 206 8.78e-97 279 ADJ35581.1 AXZ65741.1 71.3 188 54 0 2 189 1 188 1.93e-96 277 ADJ35581.1 AKA56406.1 67.3 199 62 1 3 201 2 197 1.36e-91 265 ADJ35581.1 AHH30646.1 73.8 168 42 2 33 200 6 171 3.54e-81 238 ADJ35581.1 ACE88666.1 80.7 140 27 0 81 220 1 140 1.38e-77 228 MCL2184308.1 MCL2184308.1 100 369 0 0 1 369 1 369 1.07e-271 734 PYL80520.1 PYL80520.1 100 193 0 0 1 193 1 193 6.70e-137 379 WP_077722411.1 WP_077722411.1 100 256 0 0 1 256 1 256 1.76e-195 532 PZS09564.1 PZS09564.1 100 452 0 0 1 452 1 452 0.0 961 PZS09564.1 WP_250822302.1 34.7 398 236 10 72 448 47 441 1.37e-80 263 WP_209366475.1 WP_209366475.1 100 172 0 0 1 172 1 172 3.67e-117 327 WP_155387753.1 WP_155387753.1 100 222 0 0 1 222 1 222 1.27e-153 423 XP_008942036.1 XP_008942036.1 100 1702 0 0 1 1702 1 1702 0.0 3304 XP_008942036.1 KAH6611424.1 28.8 153 100 4 738 890 431 574 2.38e-12 70.5 MBS1208135.1 MBS1208135.1 100 334 0 0 1 334 1 334 4.19e-249 674 MBS1208135.1 WP_203995341.1 33.2 328 190 10 11 324 11 323 4.81e-48 163 XP_011699286.1 XP_011699286.1 100 200 0 0 1 200 1 200 1.64e-145 401 MBK6580699.1 MBK6580699.1 100 293 0 0 1 293 1 293 3.45e-216 587 XP_025996498.1 XP_025996498.1 100 1972 0 0 1 1972 1 1972 0.0 2334 WP_050825696.1 WP_050825696.1 100 262 0 0 1 262 1 262 1.01e-188 515 WGP70063.1 WGP70063.1 100 4369 0 0 1 4369 1 4369 0.0 7820 WGP70063.1 QWC83326.1 92.5 4369 329 0 1 4369 1 4369 0.0 7814 WGP70063.1 QTD03487.1 92.4 4369 331 0 1 4369 1 4369 0.0 7814 WGP70063.1 QSZ25555.1 92.4 4369 331 0 1 4369 1 4369 0.0 7812 WGP70063.1 WEU87158.1 92.4 4369 331 0 1 4369 1 4369 0.0 7809 WGP70063.1 UBP50947.1 92.4 4369 331 0 1 4369 1 4369 0.0 7809 WGP70063.1 QZU16279.1 92.4 4369 333 0 1 4369 1 4369 0.0 7806 WGP70063.1 UBD95131.1 92.4 4369 333 0 1 4369 1 4369 0.0 7804 WGP70063.1 UFM00670.1 92.4 4369 334 0 1 4369 1 4369 0.0 7804 WGP70063.1 UEC68750.1 92.3 4369 336 0 1 4369 1 4369 0.0 7799 WGP70063.1 QVD87869.1 92.4 4369 331 1 1 4369 1 4366 0.0 7797 WGP70063.1 QXR94354.1 92.3 4369 332 1 1 4369 1 4366 0.0 7796 WGP70063.1 UHM53165.1 92.3 4369 336 0 1 4369 1 4369 0.0 7796 WGP70063.1 UFM02602.1 92.3 4369 336 0 1 4369 1 4369 0.0 7796 WGP70063.1 UEC52718.1 92.3 4369 337 0 1 4369 1 4369 0.0 7796 WGP70063.1 UBL45068.1 92.3 4369 335 0 1 4369 1 4369 0.0 7795 WGP70063.1 QTM79632.1 92.3 4369 335 1 1 4369 1 4366 0.0 7795 WGP70063.1 UIR12670.1 92.3 4369 333 2 1 4369 1 4365 0.0 7791 WGP70063.1 QTZ27226.1 92.2 4369 337 1 1 4369 1 4366 0.0 7790 WGP70063.1 UPA83906.1 92.3 4369 334 2 1 4369 1 4365 0.0 7789 WGP70063.1 UZO53924.1 92.3 4369 335 1 1 4369 1 4366 0.0 7789 WGP70063.1 UVB16817.1 92.3 4369 335 1 1 4369 1 4366 0.0 7787 WGP70063.1 ULA23837.2 92.2 4369 335 2 1 4369 1 4365 0.0 7786 WGP70063.1 URQ55824.1 92.2 4369 336 1 1 4369 1 4366 0.0 7786 WGP70063.1 UPP41269.1 92.2 4369 337 1 1 4369 1 4366 0.0 7784 WGP70063.1 UXH94526.1 92.2 4369 336 2 1 4369 1 4365 0.0 7782 WGP70063.1 USR14792.1 92.2 4369 338 1 1 4369 1 4366 0.0 7782 WGP70063.1 UMF87224.1 91.8 4369 356 2 1 4369 1 4365 0.0 7781 WGP70063.1 UKU68032.1 91.9 4369 349 2 1 4369 1 4365 0.0 7754 WGP70063.1 UKN67998.1 92.2 4349 334 2 21 4369 1 4345 0.0 7750 WGP70063.1 UBR86455.1 91.8 4368 356 0 2 4369 1 4368 0.0 7713 WGP70063.1 UAQ80067.1 91.7 4369 363 0 1 4369 1 4369 0.0 7676 WGP70063.1 UCP77012.1 90.8 4369 402 0 1 4369 1 4369 0.0 7639 WGP70063.1 UCP72061.1 90.9 4369 399 0 1 4369 1 4369 0.0 7636 WGP70063.1 UXX67934.1 90.7 4369 402 1 1 4369 1 4366 0.0 7628 WGP70063.1 UGB98301.1 94.2 4369 255 0 1 4369 1 4369 0.0 7614 WGP70063.1 UGA79226.1 90.8 4369 402 0 1 4369 1 4369 0.0 7595 WGP70063.1 UJJ97602.1 90.5 4369 413 2 1 4369 1 4365 0.0 7594 WGP70063.1 UJV88611.1 90.3 4369 421 2 1 4369 1 4365 0.0 7591 WGP70063.1 UOU30556.1 90.3 4369 422 1 1 4369 1 4366 0.0 7581 WGP70063.1 ULB83374.1 91.1 4369 383 2 1 4369 1 4365 0.0 7565 WGP70063.1 UJS94137.1 92.7 4264 307 2 106 4369 1 4260 0.0 7565 WGP70063.1 WHE12941.1 89.7 4343 446 1 27 4369 1 4340 0.0 7476 WGP70063.1 UVI10561.1 88.6 4342 493 1 28 4369 1 4339 0.0 7362 WGP70063.1 UFA30503.1 90.1 4340 429 0 27 4366 1 4340 0.0 7307 WGP70063.1 QRX02582.1 92.2 4098 320 0 1 4098 1 4098 0.0 7290 WGP70063.1 UJT06733.1 86.6 4369 583 2 1 4369 1 4365 0.0 7174 WGP70063.1 UMA88644.1 88.1 4348 513 2 22 4369 1 4344 0.0 7153 WGP70063.1 UNI03201.1 88.1 4343 514 1 27 4369 1 4342 0.0 7113 WGP70063.1 WGP98278.1 89.0 4364 480 0 1 4364 1 4364 0.0 7044 WGP70063.1 WEI27974.1 83.7 4369 708 1 1 4369 1 4366 0.0 6900 WGP70063.1 UEX07109.1 82.9 4343 742 0 27 4369 1 4343 0.0 6669 WGP70063.1 WAS49087.1 80.4 4369 854 1 1 4369 1 4366 0.0 6340 WGP70063.1 URP80785.1 81.9 4342 785 1 28 4369 1 4339 0.0 6304 WGP70063.1 UYE49180.1 72.9 4369 1180 1 1 4369 1 4366 0.0 5568 WGP70063.1 UPB00876.1 72.3 4342 1199 1 28 4369 1 4339 0.0 5528 WGP70063.1 WGQ72821.1 73.9 4344 1135 0 26 4369 1 4344 0.0 5093 KAG5478439.1 KAG5478439.1 100 864 0 0 1 864 1 864 0.0 1569 KAG5713212.1 KAG5713212.1 100 432 0 0 1 432 1 432 0.0 888 GJP86697.1 GJP86697.1 100 570 0 0 1 570 1 570 0.0 907 EAJ4016142.1 EAJ4016142.1 100 285 0 0 1 285 1 285 5.40e-200 546 EAJ4016142.1 WP_251074290.1 33.8 290 181 7 1 280 27 315 1.64e-46 160 AUP48118.1 AUP48118.1 100 566 0 0 1 566 1 566 0.0 1085 AUP48118.1 AAX35861.1 92.6 566 42 0 1 566 1 566 0.0 1009 WP_163205944.1 WP_163205944.1 100 295 0 0 1 295 1 295 2.30e-206 563 KAG0196869.1 KAG0196869.1 100 348 0 0 1 348 1 348 4.48e-242 657 KFD50394.1 KFD50394.1 100 474 0 0 1 474 1 474 0.0 954 KFD50394.1 CAF3478760.1 31.4 290 185 5 99 378 133 418 5.01e-44 160 KFD50394.1 MBV8174008.1 29.3 375 220 10 96 462 42 379 5.34e-35 133 HCB0607732.1 HCB0607732.1 100 79 0 0 1 79 1 79 1.25e-55 164 MBW2147570.1 MBW2147570.1 100 1400 0 0 1 1400 1 1400 0.0 2731 XP_017076166.2 XP_017076166.2 100 278 0 0 1 278 1 278 4.19e-214 581 XP_017076166.2 GAA38267.2 29.6 213 129 7 77 274 286 492 1.90e-14 71.2 WP_187918914.1 WP_187918914.1 100 445 0 0 1 445 1 445 0.0 875 WP_187918914.1 WP_011739125.1 36.0 433 261 5 2 426 3 427 5.66e-84 263 WP_187918914.1 WP_028046854.1 25.1 466 292 12 9 430 23 475 8.07e-29 116 WP_187918914.1 NWT28302.1 21.6 421 266 15 4 373 31 438 4.38e-07 50.4 MYJ01754.1 MYJ01754.1 100 196 0 0 1 196 1 196 6.70e-143 394 MYJ01754.1 WP_065029373.1 41.7 204 102 3 1 195 1 196 1.15e-43 148 MYJ01754.1 WP_065517671.1 40.3 191 108 3 5 192 10 197 7.52e-36 127 NXA78151.1 NXA78151.1 100 547 0 0 1 547 1 547 0.0 1135 WP_196764971.1 WP_196764971.1 100 73 0 0 1 73 1 73 3.63e-50 150 WP_197035361.1 WP_197035361.1 100 292 0 0 1 292 1 292 9.14e-216 586 SDB07816.1 SDB07816.1 100 135 0 0 1 135 1 135 8.75e-89 252 CAH2042052.1 CAH2042052.1 100 1063 0 0 1 1063 1 1063 0.0 2118 WP_077832600.1 WP_077832600.1 100 105 0 0 1 105 1 105 5.30e-69 200 USN98129.1 USN98129.1 100 171 0 0 1 171 1 171 4.65e-83 241 MBD3373279.1 MBD3373279.1 100 564 0 0 1 564 1 564 0.0 1168 WP_233824378.1 WP_233824378.1 100 2658 0 0 1 2658 1 2658 0.0 5156 WP_204723735.1 WP_204723735.1 100 320 0 0 1 320 1 320 7.18e-243 657 MCU1518316.1 MCU1518316.1 100 212 0 0 1 212 1 212 5.27e-132 368 Q8XJN8.1 Q8XJN8.1 100 237 0 0 1 237 1 237 9.66e-170 465 Q8XJN8.1 MBE6142085.1 31.8 214 144 2 14 226 12 224 1.52e-32 116 Q8XJN8.1 CDN40573.1 33.5 209 126 6 26 231 271 469 4.81e-26 103 Q8XJN8.1 NLR72952.1 31.0 203 133 4 26 228 37 232 1.57e-22 90.5 WP_216090438.1 WP_216090438.1 100 223 0 0 1 223 1 223 1.18e-163 449 WP_237070319.1 WP_237070319.1 100 387 0 0 1 387 1 387 1.81e-263 715 XP_024252803.1 XP_024252803.1 100 314 0 0 1 314 1 314 1.10e-243 659 XP_024252803.1 NXT80179.1 23.1 221 142 8 86 300 192 390 7.63e-09 54.7 QYT38722.1 QYT38722.1 100 265 0 0 1 265 1 265 9.04e-198 538 QYT38722.1 ADJ57888.1 37.3 260 149 4 1 257 31 279 1.55e-56 183 QYT38722.1 UNP33456.1 38.7 261 150 4 1 260 39 290 6.20e-56 180 QYT38722.1 AXB40829.1 38.5 260 146 4 1 257 30 278 8.49e-56 181 QYT38722.1 BAI82636.1 37.5 208 128 2 40 247 1 206 4.74e-50 162 MBT3899069.1 MBT3899069.1 100 195 0 0 1 195 1 195 5.10e-142 392 WP_182711301.1 WP_182711301.1 100 760 0 0 1 760 1 760 0.0 1486 WP_182711301.1 WP_173302040.1 22.2 600 314 20 192 738 86 585 4.06e-12 67.8 WP_157589094.1 WP_157589094.1 100 103 0 0 1 103 1 103 1.12e-69 201 MBQ6692395.1 MBQ6692395.1 100 279 0 0 1 279 1 279 8.69e-203 552 WP_076409454.1 WP_076409454.1 100 349 0 0 1 349 1 349 3.46e-251 681 WP_076409454.1 WP_109219819.1 53.1 292 123 3 1 282 14 301 4.03e-94 283 WP_076409454.1 WP_176354145.1 45.4 315 151 5 5 302 6 316 8.44e-86 262 WP_076409454.1 WP_170725874.1 43.8 345 172 4 1 340 1 328 6.98e-85 258 WP_076409454.1 WP_140480909.1 39.5 357 191 7 3 340 11 361 1.05e-77 241 WP_076409454.1 WP_237907640.1 41.2 352 194 6 5 346 4 352 2.69e-75 234 WP_076409454.1 WP_258581409.1 36.8 356 207 4 5 345 4 356 1.22e-69 220 WP_076409454.1 WP_011057593.1 47.0 236 125 0 1 236 1 236 5.02e-69 218 WP_076409454.1 HBO4828144.1 46.5 215 106 4 5 213 11 222 6.71e-56 182 WP_076409454.1 MWR41881.1 38.6 236 139 1 5 234 29 264 7.78e-53 174 WP_076409454.1 WP_077217464.1 42.7 211 114 2 4 210 30 237 6.93e-50 167 WP_076409454.1 EHH5649593.1 42.5 193 97 2 27 213 25 209 6.90e-42 146 WP_076409454.1 MBQ4383193.1 40.4 223 124 6 1 215 1 222 1.72e-37 132 WP_076409454.1 WP_088153117.1 31.5 317 190 8 23 318 16 326 4.60e-36 132 WP_076409454.1 MBQ3864274.1 37.6 226 128 6 16 229 32 256 4.83e-36 131 WP_076409454.1 MBU5353226.1 31.4 245 149 5 1 226 1 245 1.89e-34 127 WP_076409454.1 MCH1405047.1 42.6 155 81 2 5 155 10 160 2.66e-32 117 WP_076409454.1 WP_192324556.1 34.7 225 122 5 19 226 344 560 2.92e-32 125 WP_076409454.1 WP_206363707.1 32.1 221 138 5 3 212 17 236 6.32e-28 108 WP_076409454.1 WP_098952357.1 30.4 257 155 6 3 235 2 258 8.28e-27 106 WP_076409454.1 WP_159463829.1 29.0 245 155 6 4 241 357 589 6.01e-26 107 WP_076409454.1 WP_131166802.1 29.9 254 157 7 4 236 5 258 1.86e-24 100 WP_076409454.1 WP_221977168.1 32.0 175 106 2 4 165 15 189 4.13e-22 92.4 WP_076409454.1 WP_066083732.1 26.8 239 155 6 19 237 25 263 1.81e-21 92.0 WP_076409454.1 KAF9974715.1 28.3 233 155 7 20 250 481 703 1.28e-13 70.5 RPI95901.1 RPI95901.1 100 132 0 0 1 132 1 132 1.21e-89 254 RPI95901.1 WP_238267528.1 43.9 98 52 2 32 128 1 96 3.10e-24 88.2 MBW7892865.1 MBW7892865.1 100 138 0 0 1 138 1 138 8.35e-102 285 XP_013005546.1 XP_013005546.1 100 625 0 0 1 625 1 625 0.0 1204 XP_013005546.1 EHR6291555.1 26.6 199 130 6 69 260 352 541 1.84e-10 62.0 XP_013005546.1 RLN50561.1 25.7 206 137 7 60 256 1507 1705 6.27e-10 60.8 XP_013005546.1 WP_192500494.1 28.9 187 123 5 74 257 30 209 1.32e-09 58.2 XP_013005546.1 WP_132175930.1 27.3 216 147 7 51 260 31 242 1.53e-07 52.0 WP_133325549.1 WP_133325549.1 100 1018 0 0 1 1018 1 1018 0.0 1877 WP_133325549.1 WP_039608285.1 35.3 1030 641 12 1 1013 1 1022 2.52e-177 543 WP_133325549.1 WP_096647361.1 26.7 1043 697 19 4 997 6 1029 2.41e-80 281 WP_133325549.1 WP_265225845.1 25.1 1062 724 23 1 1000 1 1053 1.36e-61 226 WP_133325549.1 WP_154963182.1 23.3 1035 729 23 1 997 1 1008 1.32e-45 176 WP_133325549.1 MBL4744408.1 22.9 1045 728 22 8 997 10 1031 4.29e-45 175 WP_133325549.1 WP_172616972.1 24.0 821 549 19 219 997 227 1014 1.14e-42 167 WP_133325549.1 TME45086.1 23.8 655 453 11 9 631 9 649 2.32e-35 142 WP_133325549.1 KKQ50904.1 23.3 485 351 7 16 486 40 517 1.91e-24 108 MBQ3498542.1 MBQ3498542.1 100 448 0 0 1 448 1 448 1.31e-319 862 WP_085648136.1 WP_085648136.1 100 556 0 0 1 556 1 556 0.0 1090 WP_092226977.1 WP_092226977.1 100 134 0 0 1 134 1 134 4.70e-88 250 MBS1713296.1 MBS1713296.1 100 426 0 0 1 426 1 426 1.12e-311 840 MBF2073911.1 MBF2073911.1 100 149 0 0 1 149 1 149 1.91e-119 331 WP_272062680.1 WP_272062680.1 100 509 0 0 1 509 1 509 0.0 1082 TYI23342.1 TYI23342.1 100 139 0 0 1 139 1 139 2.78e-87 249 WP_251438464.1 WP_251438464.1 100 131 0 0 1 131 1 131 8.87e-96 270 KIE57707.1 KIE57707.1 100 136 0 0 1 136 1 136 3.16e-105 294 WP_208562420.1 WP_208562420.1 100 147 0 0 1 147 1 147 1.07e-97 276 WP_158799804.1 WP_158799804.1 100 439 0 0 1 439 1 439 1.79e-319 861 WP_089274238.1 WP_089274238.1 100 301 0 0 1 301 1 301 9.62e-227 615 MCK9252526.1 MCK9252526.1 100 393 0 0 1 393 1 393 1.47e-297 801 MCK9252526.1 RYY73542.1 41.6 373 217 1 14 386 6 377 2.63e-99 298 MCK9252526.1 MBI1189702.1 41.3 363 203 4 18 379 1 354 2.75e-91 277 MCK9252526.1 MCH8293010.1 24.8 238 152 10 53 285 34 249 1.76e-08 53.9 WP_265225845.1 WP_265225845.1 100 1079 0 0 1 1079 1 1079 0.0 2013 WP_265225845.1 WP_039608285.1 26.4 1066 711 16 1 1053 1 1005 2.43e-87 302 WP_265225845.1 WP_096647361.1 25.8 1060 735 18 8 1053 10 1032 1.29e-79 280 WP_265225845.1 WP_110366458.1 23.8 1082 756 17 3 1063 5 1039 3.61e-67 246 WP_265225845.1 WP_133325549.1 24.9 1061 718 21 6 1053 6 1000 2.09e-66 241 WP_265225845.1 MBL4744408.1 24.0 1079 737 21 3 1050 5 1031 4.08e-60 222 WP_265225845.1 TME45086.1 29.0 762 487 18 1 743 1 727 7.32e-58 211 WP_265225845.1 WP_154963182.1 22.7 1066 750 26 5 1054 5 1012 1.01e-39 158 WP_265225845.1 MBT8462299.1 29.9 194 116 4 876 1049 2 195 3.95e-11 62.8 GIU76508.1 GIU76508.1 100 484 0 0 1 484 1 484 0.0 983 POM61486.1 POM61486.1 100 207 0 0 1 207 1 207 3.18e-160 439 HAA79725.1 HAA79725.1 100 238 0 0 1 238 1 238 1.91e-156 432 HAA79725.1 WP_154951203.1 34.1 217 141 1 5 221 104 318 8.71e-32 117 HAA79725.1 WP_105447015.1 30.0 277 133 2 10 226 117 392 5.19e-28 108 HAA79725.1 WP_002574744.1 31.0 213 139 4 14 220 119 329 6.19e-26 101 WP_261529150.1 WP_261529150.1 100 1283 0 0 1 1283 1 1283 0.0 1304 WP_261529150.1 EIH6124474.1 65.2 46 14 1 556 601 299 342 2.80e-05 46.6 WP_249438391.1 WP_249438391.1 100 137 0 0 1 137 1 137 2.22e-92 261 KQC11686.1 KQC11686.1 100 334 0 0 1 334 1 334 2.79e-238 647 WP_265364885.1 WP_265364885.1 100 491 0 0 1 491 1 491 0.0 919 NFE66003.1 NFE66003.1 100 31 0 0 1 31 1 31 2.62e-19 69.3 WP_162529103.1 WP_162529103.1 100 127 0 0 1 127 1 127 3.39e-89 253 WP_216537974.1 WP_216537974.1 100 127 0 0 1 127 1 127 3.26e-96 270 WP_107668606.1 WP_107668606.1 100 264 0 0 1 264 1 264 3.27e-195 532 XP_027547584.1 XP_027547584.1 100 404 0 0 1 404 1 404 3.43e-313 842 SKC89544.1 SKC89544.1 100 783 0 0 1 783 1 783 0.0 1425 WP_168694891.1 WP_168694891.1 100 408 0 0 1 408 1 408 7.69e-303 816 EAC1232420.1 EAC1232420.1 100 223 0 0 1 223 1 223 2.20e-159 438 EAC1232420.1 WP_026893585.1 33.6 220 141 3 4 221 5 221 4.00e-38 130 EAC1232420.1 WP_186723788.1 35.4 226 135 5 4 223 8 228 9.44e-37 127 EAC1232420.1 PYP94120.1 32.4 225 147 5 2 223 1 223 1.35e-34 121 EAC1232420.1 WP_064652354.1 33.2 226 143 6 1 219 1 225 1.92e-28 105 EAC1232420.1 MBP1530348.1 26.9 223 155 4 1 221 1 217 6.66e-28 103 EAC1232420.1 WP_069156513.1 31.5 232 138 6 4 221 5 229 1.87e-26 100 EAC1232420.1 MBQ5584458.1 29.2 233 150 4 1 223 1 228 2.46e-26 100 EAC1232420.1 WP_007708736.1 28.6 231 153 5 1 221 1 229 5.11e-25 96.7 EAC1232420.1 WP_101794136.1 26.1 234 157 4 2 221 25 256 9.78e-20 83.2 AFN42320.1 AFN42320.1 100 170 0 0 1 170 1 170 2.46e-105 297 MBM3210814.1 MBM3210814.1 100 235 0 0 1 235 1 235 2.12e-172 472 EHA1403784.1 EHA1403784.1 100 537 0 0 1 537 1 537 0.0 1082 EHA1403784.1 WP_070664995.1 26.4 273 167 8 77 345 89 331 1.67e-14 74.3 NWT13315.1 NWT13315.1 100 217 0 0 1 217 1 217 2.31e-167 457 GGB39876.1 GGB39876.1 100 979 0 0 1 979 1 979 0.0 1963 GGB39876.1 WP_222637261.1 64.5 983 342 4 1 977 1 982 0.0 1339 GGB39876.1 ECJ9372216.1 56.0 979 427 4 1 977 1 977 0.0 1114 MBT3283529.1 MBT3283529.1 100 375 0 0 1 375 1 375 1.44e-288 777 WP_215356761.1 WP_215356761.1 100 65 0 0 1 65 1 65 3.96e-37 116 MYD98720.1 MYD98720.1 100 105 0 0 1 105 1 105 2.72e-71 206 PHH91422.1 PHH91422.1 100 130 0 0 1 130 1 130 6.77e-86 244 ECL3553101.1 ECL3553101.1 100 138 0 0 1 138 1 138 1.96e-66 196 WP_177525402.1 WP_177525402.1 100 647 0 0 1 647 1 647 0.0 1060 WP_177525402.1 NLB38271.1 30.3 238 144 7 63 286 3 232 1.43e-20 89.7 WP_177525402.1 WP_278643529.1 30.7 202 134 5 86 284 85 283 7.63e-20 89.0 WP_177525402.1 WP_224045636.1 28.8 219 151 4 63 279 2 217 2.48e-17 80.1 CAG9334863.1 CAG9334863.1 100 393 0 0 1 393 1 393 8.76e-290 782 WP_183806671.1 WP_183806671.1 100 302 0 0 1 302 1 302 1.93e-222 604 WP_166773323.1 WP_166773323.1 100 166 0 0 1 166 1 166 1.52e-122 340 WP_175580162.1 WP_175580162.1 100 56 0 0 1 56 1 56 8.71e-37 115 ECH4355821.1 ECH4355821.1 100 325 0 0 1 325 1 325 1.40e-247 669 WP_232835221.1 WP_232835221.1 100 218 0 0 1 218 1 218 5.44e-162 444 KLL12075.1 KLL12075.1 100 300 0 0 1 300 1 300 7.96e-205 559 MCC6486159.1 MCC6486159.1 100 447 0 0 1 447 1 447 0.0 889 NJK67049.1 NJK67049.1 100 478 0 0 1 478 1 478 0.0 921 NJK67049.1 MBF2036494.1 38.3 282 132 8 4 278 5 251 8.69e-39 147 NJK67049.1 XP_046441060.1 29.9 127 85 3 122 247 134 257 1.29e-09 58.9 NJK67049.1 KAJ7903702.1 31.0 126 84 2 122 247 97 219 1.09e-08 55.5 WP_016809838.1 WP_016809838.1 100 347 0 0 1 347 1 347 3.92e-256 693 WP_016809838.1 AQY75504.1 28.4 335 207 7 2 319 6 324 4.92e-42 148 WP_016809838.1 XP_047466965.1 31.5 216 118 5 26 214 35 247 1.19e-25 104 WP_016809838.1 WP_268285128.1 28.3 265 157 6 2 233 10 274 4.57e-19 85.9 WP_016809838.1 MBO1529847.1 28.4 296 190 13 1 286 5 288 7.48e-16 75.9 WP_238320463.1 WP_238320463.1 100 90 0 0 1 90 1 90 2.01e-57 169 OTA29349.1 OTA29349.1 100 1203 0 0 1 1203 1 1203 0.0 2277 OYX89137.1 OYX89137.1 100 96 0 0 1 96 1 96 2.74e-69 200 WP_253571813.1 WP_253571813.1 100 389 0 0 1 389 1 389 1.63e-267 725 WP_263847269.1 WP_263847269.1 100 429 0 0 1 429 1 429 8.38e-304 820 WP_263847269.1 WP_247893884.1 37.3 434 258 6 4 429 24 451 1.62e-72 233 XP_045284515.1 XP_045284515.1 100 156 0 0 1 156 1 156 1.42e-79 231 WP_014213241.1 WP_014213241.1 100 498 0 0 1 498 1 498 0.0 996 WP_014213241.1 WP_007577863.1 44.3 445 243 5 45 485 46 489 6.49e-124 370 WP_014213241.1 WP_086123022.1 31.6 491 280 10 24 463 16 501 1.59e-73 240 WP_014213241.1 WP_057859275.1 31.6 487 278 12 24 462 19 498 2.60e-62 211 WP_044344333.1 WP_044344333.1 100 775 0 0 1 775 1 775 0.0 1532 MCU1400721.1 MCU1400721.1 100 418 0 0 1 418 1 418 3.06e-289 783 WP_084128119.1 WP_084128119.1 100 289 0 0 1 289 1 289 1.25e-191 525 WP_084128119.1 GHT89622.1 37.5 216 130 2 14 229 15 225 9.36e-40 138 MBR5447513.1 MBR5447513.1 100 974 0 0 1 974 1 974 0.0 1993 OUX43364.1 OUX43364.1 100 61 0 0 1 61 1 61 8.32e-35 110 MBK0846266.1 MBK0846266.1 100 565 0 0 1 565 1 565 0.0 1100 MBK0846266.1 WP_212961195.1 35.6 202 125 3 358 554 841 1042 5.03e-31 127 MBK0846266.1 NIK25817.1 29.2 250 150 8 323 551 364 607 3.42e-23 102 WP_169253344.1 WP_169253344.1 100 415 0 0 1 415 1 415 1.22e-298 806 TCV06956.1 TCV06956.1 100 91 0 0 1 91 1 91 1.58e-59 175 HBW2970848.1 HBW2970848.1 100 410 0 0 1 410 1 410 7.27e-293 791 WP_092775107.1 WP_092775107.1 100 210 0 0 1 210 1 210 1.13e-141 392 WP_259895494.1 WP_259895494.1 100 350 0 0 1 350 1 350 2.22e-243 661 PQN15048.1 PQN15048.1 100 266 0 0 1 266 1 266 2.92e-199 542 TAL20232.1 TAL20232.1 100 618 0 0 1 618 1 618 0.0 1178 TAL20232.1 WP_261733022.1 39.0 400 223 7 218 609 244 630 6.31e-69 236 TAL20232.1 HAS8246497.1 38.4 391 222 8 221 609 473 846 2.59e-66 232 TAL20232.1 KFX48203.1 30.6 517 224 7 222 607 681 1193 1.85e-61 219 TAL20232.1 WP_007356512.1 34.3 423 249 6 208 609 722 1136 9.72e-59 211 TAL20232.1 EDN57974.1 30.3 501 223 9 229 607 399 895 3.59e-54 197 TAL20232.1 WP_138482356.1 34.3 388 234 7 229 609 413 786 8.25e-54 196 TAL20232.1 MBQ1868746.1 33.2 388 240 9 218 597 253 629 2.50e-53 191 TAL20232.1 MBN8606766.1 36.0 239 141 3 223 457 574 804 6.16e-38 148 TAL20232.1 WP_232306300.1 29.6 388 250 7 230 602 851 1230 4.37e-37 146 TAL20232.1 MCH5250214.1 37.3 244 142 4 227 465 186 423 5.58e-36 142 TAL20232.1 WP_257504872.1 30.3 244 142 7 236 457 288 525 1.18e-18 87.8 TAL20232.1 XP_018042825.1 25.4 268 155 9 232 465 228 484 1.55e-09 59.3 TAL20232.1 WP_188888464.1 29.8 84 54 1 518 601 34 112 2.55e-05 44.3 KAG2356287.1 KAG2356287.1 100 53 0 0 1 53 1 53 4.83e-35 110 XP_040082341.1 XP_040082341.1 100 211 0 0 1 211 1 211 1.98e-156 429 MCL1491976.1 MCL1491976.1 100 384 0 0 1 384 1 384 5.96e-272 736 MBR2109594.1 MBR2109594.1 100 54 0 0 1 54 1 54 7.10e-33 105 QWD35723.1 QWD35723.1 100 602 0 0 1 602 1 602 0.0 1188 NQR19375.1 NQR19375.1 100 447 0 0 1 447 1 447 8.04e-318 857 NQR19375.1 RSL59427.1 34.8 351 222 5 3 350 63 409 1.04e-56 193 NQR19375.1 GEU53557.1 32.1 368 235 6 1 359 96 457 1.43e-53 187 NQR19375.1 CZT45482.1 31.0 394 231 5 3 358 89 479 8.50e-50 180 NQR19375.1 ERE79785.1 24.5 367 186 7 3 337 126 433 9.15e-25 104 NQR19375.1 MAF07216.1 24.7 287 199 6 71 347 318 597 1.45e-10 61.6 MBP3518143.1 MBP3518143.1 100 1067 0 0 1 1067 1 1067 0.0 2125 MBP3518143.1 WP_146272353.1 29.5 1071 612 39 45 1067 30 1005 1.11e-96 328 MBP3518143.1 WP_259301651.1 27.1 1077 640 38 53 1067 57 1050 1.20e-92 317 MBP3518143.1 WP_214826002.1 29.3 1013 552 40 130 1067 40 963 2.47e-79 278 MBP3518143.1 WP_278843343.1 25.0 1111 693 41 50 1067 20 1083 1.42e-63 233 MBP3518143.1 MCB9353584.1 24.6 1128 632 48 52 1067 20 1041 4.06e-39 156 MBL4910304.1 MBL4910304.1 100 85 0 0 1 85 1 85 2.34e-56 166 MBQ1404818.1 MBQ1404818.1 100 501 0 0 1 501 1 501 0.0 1000 MBQ1404818.1 WP_088008362.1 33.4 485 299 11 11 491 12 476 2.94e-71 233 WP_091032200.1 WP_091032200.1 100 428 0 0 1 428 1 428 4.11e-299 808 AAX97169.1 AAX97169.1 100 335 0 0 1 335 1 335 3.43e-244 662 AAX97169.1 AEO85464.1 81.8 335 61 0 1 335 513 847 5.40e-193 551 AAX97169.1 QJX39053.1 76.5 340 73 1 2 334 506 845 8.75e-178 512 AAX97169.1 AEJ33395.1 39.3 354 187 7 1 335 538 882 1.42e-58 201 WP_238486267.1 WP_238486267.1 100 82 0 0 1 82 1 82 1.44e-51 154 EIW7596561.1 EIW7596561.1 100 2711 0 0 1 2711 1 2711 0.0 4510 EIW7596561.1 EBW1672033.1 85.2 1219 151 4 1 1190 1 1219 0.0 1532 EIW7596561.1 WP_109341768.1 27.6 525 293 21 2212 2711 1300 1762 2.16e-12 71.6 WP_115357420.1 WP_115357420.1 100 273 0 0 1 273 1 273 5.39e-194 530 WP_115357420.1 OEU77901.1 45.4 240 125 4 3 240 5 240 1.69e-64 201 MCH9784543.1 MCH9784543.1 100 114 0 0 1 114 1 114 8.39e-86 243 MCD4206375.1 MCD4206375.1 100 72 0 0 1 72 1 72 3.04e-44 135 MBK8100495.1 MBK8100495.1 100 244 0 0 1 244 1 244 7.40e-182 496 EAJ8453921.1 EAJ8453921.1 100 91 0 0 1 91 1 91 4.03e-62 181 MBK9653437.1 MBK9653437.1 100 174 0 0 1 174 1 174 1.44e-124 346 MBI2528438.1 MBI2528438.1 100 337 0 0 1 337 1 337 2.90e-237 644 MBI2528438.1 WP_173283317.1 52.1 315 151 0 8 322 3 317 4.05e-109 319 MBI2528438.1 KFF47610.1 37.6 117 60 4 16 124 19 130 1.69e-08 53.9 MCA1360809.1 MCA1360809.1 100 288 0 0 1 288 1 288 3.46e-193 529 MCA1360809.1 WP_247424115.1 56.7 238 88 3 44 273 17 247 1.73e-74 227 MCA1360809.1 NLD53371.1 41.0 117 60 2 133 249 67 174 2.26e-14 69.3 MBK9974619.1 MBK9974619.1 100 265 0 0 1 265 1 265 5.62e-192 524 PBI27870.1 PBI27870.1 100 87 0 0 1 87 1 87 3.40e-59 174 KAJ1535693.1 KAJ1535693.1 100 373 0 0 1 373 1 373 8.33e-246 669 MBE9640947.1 MBE9640947.1 100 481 0 0 1 481 1 481 0.0 967 MBE9640947.1 KAF6802222.1 25.9 452 286 11 48 473 40 468 1.19e-22 99.0 MBE9640947.1 MCT4573170.1 35.4 113 70 3 360 471 24 134 3.61e-11 59.3 MBQ6107527.1 MBQ6107527.1 100 422 0 0 1 422 1 422 0.0 862 TMG86695.1 TMG86695.1 100 289 0 0 1 289 1 289 1.02e-206 563 TMG86695.1 WP_083453642.1 35.0 266 132 6 10 269 337 567 7.94e-37 136 TMG86695.1 WP_061048002.1 30.2 298 151 9 10 289 388 646 5.28e-26 105 TMG86695.1 CAG0990770.1 32.2 267 133 9 14 273 33 258 7.02e-23 93.6 TMG86695.1 WP_211114623.1 27.6 294 159 7 10 287 419 674 1.54e-21 92.8 TMG86695.1 WP_166106360.1 25.7 276 148 10 11 270 292 526 1.98e-12 65.5 TMG86695.1 WP_256212307.1 29.9 167 106 6 110 272 26 185 3.07e-09 53.9 TMG86695.1 TVR41840.1 28.7 167 110 5 107 268 346 508 1.23e-07 50.8 TMG86695.1 WP_177077803.1 38.3 81 40 3 200 275 245 320 1.14e-04 41.6 XP_030131005.3 XP_030131005.3 100 568 0 0 1 568 1 568 0.0 1155 XP_030131005.3 XP_039638319.1 37.2 349 204 6 188 534 127 462 1.49e-65 219 XP_030131005.3 NXJ71029.1 50.0 66 32 1 188 253 75 139 1.46e-14 74.3 MCL6644735.1 MCL6644735.1 100 434 0 0 1 434 1 434 0.0 887 XP_040499486.1 XP_040499486.1 100 373 0 0 1 373 1 373 6.08e-232 634 XP_043577599.1 XP_043577599.1 100 471 0 0 1 471 1 471 0.0 879 XP_002107991.1 XP_002107991.1 100 1279 0 0 1 1279 1 1279 0.0 2156 HAJ30683.1 HAJ30683.1 100 819 0 0 1 819 1 819 0.0 1631 HAJ30683.1 MBX9747080.1 23.7 834 477 36 30 809 1 729 1.10e-25 111 HAJ30683.1 MXW19700.1 35.7 199 112 5 25 214 36 227 3.20e-25 110 HAJ30683.1 MCE2873365.1 33.5 197 119 5 25 214 31 222 7.56e-25 109 HAJ30683.1 WP_267184195.1 25.6 160 99 5 8 158 8 156 2.04e-04 43.1 QNV11749.1 QNV11749.1 100 224 0 0 1 224 1 224 2.55e-154 425 QNV11749.1 YP_009731821.1 74.6 224 56 1 1 224 1 223 2.75e-112 319 BAD29386.1 BAD29386.1 100 127 0 0 1 127 1 127 5.20e-59 176 MCL5999032.1 MCL5999032.1 100 92 0 0 1 92 1 92 4.66e-66 191 WP_032407714.1 WP_032407714.1 100 463 0 0 1 463 1 463 6.83e-302 818 WP_032407714.1 CAI2795006.1 27.1 472 285 11 3 453 95 528 1.47e-28 116 MBQ1540263.1 MBQ1540263.1 100 292 0 0 1 292 1 292 4.87e-211 574 MBQ1540263.1 MBI1736306.1 36.5 288 153 7 28 285 8 295 1.52e-37 133 MBQ1540263.1 MBI5966481.1 34.6 295 146 11 34 287 17 305 1.06e-36 131 MBQ1540263.1 WP_276638014.1 31.3 304 164 7 33 291 44 347 1.30e-35 129 MBQ1540263.1 WP_220615956.1 35.3 252 137 7 31 257 45 295 1.91e-32 121 MBQ1540263.1 WP_067782871.1 30.8 266 157 7 34 273 16 280 2.72e-26 103 MBQ1540263.1 HAR4359619.1 29.0 231 141 6 60 273 37 261 2.74e-21 89.4 KAH0956195.1 KAH0956195.1 100 674 0 0 1 674 1 674 0.0 1360 NNM19111.1 NNM19111.1 100 171 0 0 1 171 1 171 1.50e-120 335 MBL0087235.1 MBL0087235.1 100 298 0 0 1 298 1 298 3.58e-216 588 MBL0087235.1 WP_066708699.1 67.8 298 96 0 1 298 1 298 3.94e-144 405 MBL0087235.1 WP_044453403.1 34.9 86 52 1 1 82 1 86 3.12e-05 43.1 WP_110808154.1 WP_110808154.1 100 218 0 0 1 218 1 218 2.64e-144 399 WP_110808154.1 WP_041580422.1 43.4 189 106 1 27 214 23 211 1.70e-45 149 WP_110808154.1 MBG9445742.1 39.4 203 121 1 13 215 12 212 1.06e-34 121 WP_110808154.1 WP_209434296.1 38.3 206 123 1 12 213 14 219 2.17e-33 118 WP_110808154.1 WP_012568269.1 33.7 199 126 3 24 216 163 361 2.25e-20 86.3 WP_110808154.1 WP_224458015.1 37.5 136 82 1 30 162 169 304 3.93e-19 82.8 MBX9947011.1 MBX9947011.1 100 256 0 0 1 256 1 256 6.33e-189 515 WP_218022068.1 WP_218022068.1 100 232 0 0 1 232 1 232 1.31e-160 442 MBK8142594.1 MBK8142594.1 100 335 0 0 1 335 1 335 2.44e-228 622 EFG7698437.1 EFG7698437.1 100 309 0 0 1 309 1 309 4.46e-211 576 EFG7698437.1 WP_282985289.1 39.7 317 156 6 1 304 694 988 5.01e-50 176 EFG7698437.1 WP_277264109.1 34.2 307 173 8 1 304 717 997 5.84e-39 144 XP_047113196.1 XP_047113196.1 100 558 0 0 1 558 1 558 0.0 1130 XP_047113196.1 TNE33066.1 39.6 212 98 3 66 248 67 277 1.22e-33 132 GFX26854.1 GFX26854.1 100 98 0 0 1 98 1 98 2.83e-63 185 WP_283640148.1 WP_283640148.1 100 478 0 0 1 478 1 478 0.0 940 MBR1866691.1 MBR1866691.1 100 199 0 0 1 199 1 199 1.70e-142 393 MCB1329842.1 MCB1329842.1 100 160 0 0 1 160 1 160 2.65e-111 311 WP_189671415.1 WP_189671415.1 100 231 0 0 1 231 1 231 6.21e-138 384 MBN1187923.1 MBN1187923.1 100 652 0 0 1 652 1 652 0.0 1311 XP_036700879.1 XP_036700879.1 100 184 0 0 1 184 1 184 1.43e-138 382 MBV9252674.1 MBV9252674.1 100 299 0 0 1 299 1 299 8.14e-218 592 MBV9252674.1 MBK7906023.1 34.3 242 134 6 43 280 45 265 2.20e-33 124 MCC5948066.1 MCC5948066.1 100 657 0 0 1 657 1 657 0.0 1316 MCC5948066.1 WP_254101325.1 29.8 640 395 19 38 648 24 638 8.27e-63 218 MCC5948066.1 WP_270967954.1 29.7 620 385 19 30 617 17 617 4.78e-62 216 MCC5948066.1 XP_052525039.1 27.5 619 404 20 41 631 44 645 1.39e-38 150 MCC5948066.1 WP_148836004.1 26.4 556 331 25 100 633 5 504 5.76e-15 76.3 MCC5948066.1 WP_246003214.1 28.9 356 191 20 249 576 139 460 1.30e-08 56.2 MCC5948066.1 RLB66027.1 22.2 526 323 22 91 582 1 474 1.09e-04 43.5 WP_176623291.1 WP_176623291.1 100 732 0 0 1 732 1 732 0.0 1527 WP_023828789.1 WP_023828789.1 100 419 0 0 1 419 1 419 1.32e-279 758 WP_023828789.1 WP_105447015.1 32.5 379 251 4 34 411 17 391 9.18e-50 171 WP_023828789.1 WP_279008479.1 30.8 357 183 6 50 406 15 307 2.63e-32 122 WP_023828789.1 CDX26094.1 28.0 382 204 6 34 411 18 332 3.02e-26 106 BAR90558.1 BAR90558.1 100 276 0 0 1 276 1 276 5.48e-209 568 WP_256527700.1 WP_256527700.1 100 367 0 0 1 367 1 367 8.52e-277 747 PQM52169.1 PQM52169.1 100 129 0 0 1 129 1 129 5.57e-80 229 OBB22832.1 OBB22832.1 100 61 0 0 1 61 1 61 7.62e-40 123 KAI1138495.1 KAI1138495.1 100 206 0 0 1 206 1 206 2.72e-156 429 KAF1947782.1 KAF1947782.1 100 153 0 0 1 153 1 153 3.98e-114 318 OGO62636.1 OGO62636.1 100 644 0 0 1 644 1 644 0.0 1313 UBL45068.1 UBL45068.1 100 4405 0 0 1 4405 1 4405 0.0 8652 UBL45068.1 QTD03487.1 99.7 4405 13 0 1 4405 1 4405 0.0 8629 UBL45068.1 UFM00670.1 99.7 4405 14 0 1 4405 1 4405 0.0 8625 UBL45068.1 UBD95131.1 99.8 4401 10 0 1 4401 1 4401 0.0 8624 UBL45068.1 QWC83326.1 99.8 4401 10 0 1 4401 1 4401 0.0 8623 UBL45068.1 UEC68750.1 99.7 4405 14 0 1 4405 1 4405 0.0 8623 UBL45068.1 UBP50947.1 99.8 4401 11 0 1 4401 1 4401 0.0 8622 UBL45068.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8621 UBL45068.1 QSZ25555.1 99.7 4401 12 0 1 4401 1 4401 0.0 8621 UBL45068.1 UHM53165.1 99.7 4405 14 0 1 4405 1 4405 0.0 8620 UBL45068.1 UFM02602.1 99.7 4405 14 0 1 4405 1 4405 0.0 8619 UBL45068.1 WEU87158.1 99.7 4401 12 0 1 4401 1 4401 0.0 8618 UBL45068.1 QXR94354.1 99.6 4405 13 1 1 4405 1 4402 0.0 8613 UBL45068.1 UEC52718.1 99.7 4401 15 0 1 4401 1 4401 0.0 8612 UBL45068.1 QTM79632.1 99.6 4405 16 1 1 4405 1 4402 0.0 8611 UBL45068.1 QTZ27226.1 99.5 4405 18 1 1 4405 1 4402 0.0 8606 UBL45068.1 QVD87869.1 99.7 4401 12 1 1 4401 1 4398 0.0 8606 UBL45068.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8603 UBL45068.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8601 UBL45068.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8600 UBL45068.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8599 UBL45068.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8598 UBL45068.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8598 UBL45068.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8596 UBL45068.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8595 UBL45068.1 UMF87224.1 99.1 4401 37 2 1 4401 1 4397 0.0 8590 UBL45068.1 UPA83906.1 99.5 4401 18 2 1 4401 1 4397 0.0 8589 UBL45068.1 UKU68032.1 99.2 4405 30 2 1 4405 1 4401 0.0 8571 UBL45068.1 UKN67998.1 99.6 4381 15 2 21 4401 1 4377 0.0 8559 UBL45068.1 UBR86455.1 98.5 4400 66 0 2 4401 1 4400 0.0 8491 UBL45068.1 UCP77012.1 98.1 4401 85 0 1 4401 1 4401 0.0 8448 UBL45068.1 UCP72061.1 98.0 4401 87 0 1 4401 1 4401 0.0 8442 UBL45068.1 UXX67934.1 98.0 4401 83 1 1 4401 1 4398 0.0 8437 UBL45068.1 UAQ80067.1 97.9 4401 93 0 1 4401 1 4401 0.0 8431 UBL45068.1 UJV88611.1 97.6 4405 102 2 1 4405 1 4401 0.0 8408 UBL45068.1 UOU30556.1 97.6 4401 102 1 1 4401 1 4398 0.0 8393 UBL45068.1 UJJ97602.1 97.5 4405 108 2 1 4405 1 4401 0.0 8392 UBL45068.1 UGA79226.1 97.3 4401 121 0 1 4401 1 4401 0.0 8358 UBL45068.1 UJS94137.1 98.6 4300 56 2 106 4405 1 4296 0.0 8300 UBL45068.1 WHE12941.1 97.0 4375 127 1 27 4401 1 4372 0.0 8285 UBL45068.1 ULB83374.1 96.4 4405 156 2 1 4405 1 4401 0.0 8273 UBL45068.1 UVI10561.1 96.0 4374 174 1 28 4401 1 4371 0.0 8171 UBL45068.1 UGB98301.1 94.3 4405 252 0 1 4405 1 4405 0.0 8052 UBL45068.1 QRX02582.1 99.8 4098 10 0 1 4098 1 4098 0.0 8005 UBL45068.1 UJT06733.1 93.9 4401 263 2 1 4401 1 4397 0.0 7987 UBL45068.1 UFA30503.1 93.4 4340 287 0 27 4366 1 4340 0.0 7833 UBL45068.1 UMA88644.1 92.3 4380 334 2 22 4401 1 4376 0.0 7796 UBL45068.1 WGP70063.1 92.3 4369 335 0 1 4369 1 4369 0.0 7776 UBL45068.1 WEI27974.1 91.1 4405 388 1 1 4405 1 4402 0.0 7720 UBL45068.1 UNI03201.1 91.4 4379 374 1 27 4405 1 4378 0.0 7713 UBL45068.1 WGP98278.1 88.7 4364 493 0 1 4364 1 4364 0.0 7385 UBL45068.1 UEX07109.1 88.0 4379 527 0 27 4405 1 4379 0.0 7368 UBL45068.1 WAS49087.1 84.7 4401 671 1 1 4401 1 4398 0.0 6995 UBL45068.1 URP80785.1 82.5 4378 765 1 28 4405 1 4375 0.0 6761 UBL45068.1 UYE49180.1 76.9 4405 1015 1 1 4405 1 4402 0.0 6204 UBL45068.1 UPB00876.1 76.5 4378 1027 1 28 4405 1 4375 0.0 6167 UBL45068.1 WGQ72821.1 67.6 4344 1408 0 26 4369 1 4344 0.0 5133 RYQ91928.1 RYQ91928.1 100 464 0 0 1 464 1 464 5.58e-313 847 MBM6667216.1 MBM6667216.1 100 295 0 0 1 295 1 295 8.02e-207 564 WP_108494191.1 WP_108494191.1 100 138 0 0 1 138 1 138 2.49e-103 289 WP_108494191.1 WP_134106059.1 65.2 138 46 2 1 138 1 136 5.84e-63 187 PWA78445.1 PWA78445.1 100 424 0 0 1 424 1 424 0.0 902 WP_011057593.1 WP_011057593.1 100 357 0 0 1 357 1 357 1.38e-261 707 WP_011057593.1 WP_237907640.1 50.1 355 163 6 3 345 2 354 3.55e-95 286 WP_011057593.1 WP_258581409.1 44.9 316 161 4 5 307 4 319 4.15e-76 237 WP_011057593.1 WP_140480909.1 48.1 235 121 1 3 236 11 245 1.03e-70 223 WP_011057593.1 WP_109219819.1 44.8 286 152 2 7 288 20 303 1.04e-69 221 WP_011057593.1 WP_076409454.1 47.0 236 125 0 1 236 1 236 2.87e-68 216 WP_011057593.1 WP_176354145.1 41.2 347 172 8 5 331 6 340 1.02e-67 216 WP_011057593.1 WP_170725874.1 45.6 237 129 0 1 237 1 237 9.94e-66 209 WP_011057593.1 NNE23115.1 33.2 367 201 7 4 346 2 348 1.58e-54 181 WP_011057593.1 MWR41881.1 37.3 236 142 1 5 234 29 264 1.63e-50 168 WP_011057593.1 EHH5649593.1 40.1 197 104 2 23 213 21 209 1.52e-35 129 WP_011057593.1 MBQ4383193.1 36.3 190 116 4 30 215 34 222 5.35e-27 105 WP_011057593.1 WP_153844272.1 25.3 229 141 6 5 213 6 224 1.62e-10 60.5 WP_083249539.1 WP_083249539.1 100 90 0 0 1 90 1 90 1.51e-34 112 EAL3378245.1 EAL3378245.1 100 675 0 0 1 675 1 675 0.0 1342 KMT17181.1 KMT17181.1 100 770 0 0 1 770 1 770 0.0 1390 WP_208557144.1 WP_208557144.1 100 216 0 0 1 216 1 216 1.68e-155 427 KAJ2141250.1 KAJ2141250.1 100 279 0 0 1 279 1 279 3.43e-184 505 MBQ7587638.1 MBQ7587638.1 100 230 0 0 1 230 1 230 7.92e-161 442 MBQ7587638.1 HIZ10317.1 48.2 218 106 2 11 222 10 226 1.91e-60 188 MBQ7587638.1 WP_007556065.1 43.8 226 126 1 1 225 1 226 7.99e-59 184 MBQ7587638.1 WP_268276024.1 55.8 86 38 0 6 91 6 91 1.53e-24 91.7 OKX80212.1 OKX80212.1 100 317 0 0 1 317 1 317 7.23e-221 601 OKX80212.1 WP_015699100.1 21.7 226 158 5 27 249 86 295 6.72e-06 45.4 WP_238850425.1 WP_238850425.1 100 342 0 0 1 342 1 342 1.41e-251 681 WP_238850425.1 EHS0147317.1 54.4 340 154 1 4 342 8 347 1.38e-124 360 MBJ4904885.1 MBJ4904885.1 100 69 0 0 1 69 1 69 1.38e-41 128 XP_055296131.1 XP_055296131.1 100 154 0 0 1 154 1 154 8.34e-112 312 XP_055296131.1 KAF2999697.1 39.6 48 25 1 104 151 123 166 1.78e-04 38.9 WP_098923619.1 WP_098923619.1 100 419 0 0 1 419 1 419 4.50e-287 777 WP_098923619.1 WP_262612393.1 49.9 449 171 8 1 419 1 425 4.86e-123 362 WP_098923619.1 OFZ89526.1 43.1 436 214 4 1 418 2 421 3.72e-108 323 WP_098923619.1 WP_267292626.1 49.9 417 185 8 3 417 118 512 1.33e-105 320 WP_098923619.1 MBT3887354.1 54.0 298 128 4 129 418 24 320 1.34e-96 290 WP_098923619.1 WP_033456074.1 52.7 294 134 3 125 418 7 295 3.45e-93 281 WP_098923619.1 NDI25889.1 43.4 290 143 5 136 411 1 283 7.20e-60 195 WP_098923619.1 KAA0555231.1 33.5 427 269 8 3 417 207 630 4.90e-56 193 WP_098923619.1 MBY0286260.1 29.7 424 281 9 1 415 1 416 9.45e-33 126 WP_260479645.1 WP_260479645.1 100 60 0 0 1 60 1 60 3.99e-37 116 WP_089563581.1 WP_089563581.1 100 625 0 0 1 625 1 625 0.0 1206 XP_010263869.1 XP_010263869.1 100 787 0 0 1 787 1 787 0.0 1524 XP_010263869.1 TYG55675.1 41.3 516 243 9 229 743 3 459 1.39e-97 323 XP_010263869.1 KAI9181093.1 35.4 418 240 10 373 776 135 536 2.30e-58 206 WP_079722145.1 WP_079722145.1 100 642 0 0 1 642 1 642 0.0 1264 WP_079722145.1 WP_070334369.1 24.3 635 420 20 17 638 10 596 4.53e-33 132 MBQ9329940.1 MBQ9329940.1 100 352 0 0 1 352 1 352 1.34e-270 730 MCB9082534.1 MCB9082534.1 100 135 0 0 1 135 1 135 6.16e-89 253 WP_058918927.1 WP_058918927.1 100 459 0 0 1 459 1 459 0.0 905 WP_058918927.1 MBD8915742.1 28.6 465 286 9 37 458 30 491 9.85e-47 168 WP_058918927.1 AOJ74168.1 28.4 454 292 10 17 454 11 447 2.24e-37 140 WP_058918927.1 WP_182080621.1 24.3 444 292 14 19 456 12 417 1.45e-19 89.0 MCP1651746.1 MCP1651746.1 100 404 0 0 1 404 1 404 1.34e-285 772 MCP1651746.1 WP_004619799.1 70.6 398 115 2 7 404 5 400 5.48e-189 528 MCP1651746.1 WP_074825075.1 47.1 401 203 5 4 404 1 392 1.02e-104 313 MCP1651746.1 EDH4057100.1 44.6 404 204 6 4 404 1 387 3.73e-95 288 MCP1651746.1 WP_078429679.1 38.3 399 238 4 4 402 1 391 1.04e-77 244 MCP1651746.1 WP_277084622.1 46.7 317 163 4 89 403 1 313 6.62e-77 239 MCP1651746.1 GAN03156.1 40.3 407 211 10 6 403 28 411 2.10e-72 231 MCP1651746.1 WP_083141943.1 40.9 403 212 8 8 404 5 387 9.07e-71 226 MCP1651746.1 MBA2536487.1 39.4 396 223 6 7 402 4 382 1.61e-70 225 MCP1651746.1 XP_040685867.1 38.4 401 219 10 6 398 34 414 5.65e-63 206 WP_217309155.1 WP_217309155.1 100 142 0 0 1 142 1 142 4.08e-95 269 WP_247879744.1 WP_247879744.1 100 130 0 0 1 130 1 130 1.42e-87 249 WP_182050463.1 WP_182050463.1 100 79 0 0 1 79 1 79 2.26e-49 148 WP_271418863.1 WP_271418863.1 100 403 0 0 1 403 1 403 4.10e-252 687 PDX57421.1 PDX57421.1 100 289 0 0 1 289 1 289 2.60e-209 570 WP_268551200.1 WP_268551200.1 100 345 0 0 1 345 1 345 1.78e-251 681 MBO5962796.1 MBO5962796.1 100 824 0 0 1 824 1 824 0.0 1697 MBO5962796.1 MAH35553.1 24.7 377 223 14 300 646 33 378 1.64e-24 106 WP_128604954.1 WP_128604954.1 100 423 0 0 1 423 1 423 9.47e-307 827 WP_188167525.1 WP_188167525.1 100 193 0 0 1 193 1 193 7.82e-136 376 MBQ7208271.1 MBQ7208271.1 100 128 0 0 1 128 1 128 2.36e-76 220 PIF02276.1 PIF02276.1 100 193 0 0 1 193 1 193 4.87e-130 361 MCM1504065.1 MCM1504065.1 100 340 0 0 1 340 1 340 8.87e-254 686 WP_265258498.1 WP_265258498.1 100 104 0 0 1 104 1 104 1.72e-69 201 XP_015665538.2 XP_015665538.2 100 303 0 0 1 303 1 303 1.33e-170 473 XP_015665538.2 CAD7694243.1 40.0 55 33 0 227 281 329 383 2.20e-04 40.8 WP_208405463.1 WP_208405463.1 100 207 0 0 1 207 1 207 6.59e-144 397 MBS5124634.1 MBS5124634.1 100 154 0 0 1 154 1 154 6.09e-105 295 XP_037020921.2 XP_037020921.2 100 632 0 0 1 632 1 632 0.0 1143 WP_268422715.1 WP_268422715.1 100 44 0 0 1 44 1 44 4.87e-29 94.7 WP_113928814.1 WP_113928814.1 100 61 0 0 1 61 1 61 2.04e-35 112 MCI0601354.1 MCI0601354.1 100 56 0 0 1 56 1 56 9.86e-34 107 MSV72798.1 MSV72798.1 100 334 0 0 1 334 1 334 2.75e-254 687 WP_048886461.1 WP_048886461.1 100 309 0 0 1 309 1 309 3.81e-237 642 WP_119328079.1 WP_119328079.1 100 197 0 0 1 197 1 197 1.28e-127 355 WP_119328079.1 WP_158161316.1 47.9 190 98 1 6 195 8 196 1.17e-50 160 WP_119328079.1 MBQ3420014.1 38.3 193 109 3 7 191 10 200 2.73e-25 95.9 WP_119328079.1 NNF05378.1 32.0 200 126 4 7 197 6 204 1.70e-17 75.5 WP_253793201.1 WP_253793201.1 100 205 0 0 1 205 1 205 5.45e-110 311 MBO5118622.1 MBO5118622.1 100 185 0 0 1 185 1 185 1.52e-120 337 MBO5118622.1 MBQ7329863.1 40.9 176 100 2 11 182 9 184 6.51e-30 107 MBO5118622.1 MBQ7086969.1 39.7 184 97 7 5 178 8 187 3.10e-25 95.1 MBI3461834.1 MBI3461834.1 100 293 0 0 1 293 1 293 1.14e-205 561 MBI3461834.1 WP_020913025.1 65.3 285 99 0 1 285 1 285 2.40e-130 370 MBI3461834.1 KAF1538674.1 57.5 301 112 3 2 286 20 320 3.61e-115 333 MBI3461834.1 NEQ48723.1 56.1 289 127 0 1 289 1 289 1.37e-112 325 MBI3461834.1 NBQ41256.1 51.7 290 131 2 1 281 1 290 7.98e-99 290 MBI3461834.1 OCB46767.1 50.7 290 130 3 1 279 1 288 2.31e-91 271 MBV8110278.1 MBV8110278.1 100 157 0 0 1 157 1 157 3.12e-113 316 WP_258219484.1 WP_258219484.1 100 669 0 0 1 669 1 669 0.0 1373 KAH7858561.1 KAH7858561.1 100 408 0 0 1 408 1 408 3.99e-187 523 MBB7523286.1 MBB7523286.1 100 518 0 0 1 518 1 518 0.0 1041 MBB7523286.1 NPM18735.1 96.5 57 2 0 452 508 1 57 9.43e-31 119 MBB7523286.1 EFG4747393.1 100 42 0 0 467 508 1 42 1.39e-21 92.4 WP_184039851.1 WP_184039851.1 100 186 0 0 1 186 1 186 1.26e-133 370 XP_053914187.1 XP_053914187.1 100 371 0 0 1 371 1 371 3.53e-262 710 MAW35414.1 MAW35414.1 100 115 0 0 1 115 1 115 2.30e-88 249 WP_139553477.1 WP_139553477.1 100 221 0 0 1 221 1 221 2.37e-153 422 NOU20958.1 NOU20958.1 100 88 0 0 1 88 1 88 1.95e-63 184 WP_096221151.1 WP_096221151.1 100 279 0 0 1 279 1 279 2.07e-210 572 WP_217853533.1 WP_217853533.1 100 485 0 0 1 485 1 485 0.0 895 ATQ57711.1 ATQ57711.1 100 296 0 0 1 296 1 296 3.53e-206 562 CAH1431027.1 CAH1431027.1 100 357 0 0 1 357 1 357 3.39e-262 709 WP_250822302.1 WP_250822302.1 100 796 0 0 1 796 1 796 0.0 1682 WP_250822302.1 PZS09564.1 34.7 398 236 10 47 441 72 448 6.84e-78 257 WP_160194147.1 WP_160194147.1 100 429 0 0 1 429 1 429 0.0 873 WP_160194147.1 MCM2356329.1 44.1 297 155 6 1 292 1 291 9.80e-74 231 WP_160194147.1 OWZ34415.1 31.7 357 216 9 29 369 57 401 2.44e-42 154 WP_160194147.1 MBA3609961.1 31.5 368 216 9 32 381 42 391 3.77e-41 150 WP_160194147.1 WP_254819486.1 27.8 381 254 10 7 369 10 387 1.57e-30 120 WP_160194147.1 MBQ6794463.1 28.8 371 227 13 41 409 26 361 6.46e-27 109 EAI0195789.1 EAI0195789.1 100 343 0 0 1 343 1 343 1.71e-248 673 XP_054357454.1 XP_054357454.1 100 283 0 0 1 283 1 283 1.18e-202 552 CAI9280851.1 CAI9280851.1 100 286 0 0 1 286 1 286 2.41e-208 567 WP_278329032.1 WP_278329032.1 100 50 0 0 1 50 1 50 4.19e-28 92.8 MBL0183169.1 MBL0183169.1 100 208 0 0 1 208 1 208 5.67e-150 413 WP_025983621.1 WP_025983621.1 100 195 0 0 1 195 1 195 4.51e-136 377 WP_025983621.1 MBP8741618.1 77.0 191 44 0 5 195 3 193 2.33e-90 277 WP_025983621.1 WP_119815679.1 48.0 200 93 4 4 195 30 226 2.46e-43 152 WP_025983621.1 MBS1587439.1 34.3 181 104 5 15 195 5 170 9.10e-20 84.7 TMG37032.1 TMG37032.1 100 127 0 0 1 127 1 127 8.65e-83 236 WP_171469099.1 WP_171469099.1 100 264 0 0 1 264 1 264 1.01e-189 518 WP_250898423.1 WP_250898423.1 100 377 0 0 1 377 1 377 1.57e-268 727 WP_250898423.1 MCU1506104.1 69.9 365 109 1 6 369 1 365 3.40e-173 485 SFI40936.1 SFI40936.1 100 256 0 0 1 256 1 256 1.67e-184 504 SFI40936.1 MBI4599533.1 51.5 229 111 0 21 249 13 241 6.85e-78 234 SFI40936.1 WP_017123457.1 33.9 112 62 2 154 253 150 261 4.45e-06 45.4 XP_023426040.1 XP_023426040.1 100 1066 0 0 1 1066 1 1066 0.0 2019 KAI3473816.1 KAI3473816.1 100 517 0 0 1 517 1 517 0.0 976 KAI3473816.1 EFC81578.1 46.6 307 158 4 204 508 18 320 1.38e-83 260 KAI3473816.1 TEY22245.1 55.8 199 83 2 219 417 1 194 5.94e-71 223 KAI3473816.1 WP_087222948.1 25.7 265 134 6 1 202 1 265 2.64e-13 68.6 KAI3473816.1 PAA76673.1 24.9 265 174 8 223 471 44 299 1.61e-11 63.9 KAI3473816.1 EUJ18213.1 47.2 53 28 0 147 199 165 217 5.56e-08 52.0 WP_033776418.1 WP_033776418.1 100 196 0 0 1 196 1 196 2.51e-138 382 NLD51718.1 NLD51718.1 100 236 0 0 1 236 1 236 3.22e-163 449 MCK5694897.1 MCK5694897.1 100 158 0 0 1 158 1 158 1.43e-114 319 XP_018682766.1 XP_018682766.1 100 360 0 0 1 360 1 360 4.86e-268 724 XP_018682766.1 EAN4724137.1 32.3 328 156 4 79 340 22 349 1.02e-56 187 XP_018682766.1 WP_224255409.1 31.7 328 158 4 79 340 22 349 2.18e-55 183 XP_018682766.1 MBT4259674.1 31.5 327 157 5 67 329 10 333 3.90e-55 182 HHY51372.1 HHY51372.1 100 253 0 0 1 253 1 253 1.27e-182 499 HHY51372.1 MCH2591601.1 45.7 230 125 0 19 248 16 245 8.88e-73 221 HHY51372.1 WP_016340583.1 36.8 234 139 3 17 248 3 229 1.11e-54 174 WP_026497435.1 WP_026497435.1 100 909 0 0 1 909 1 909 0.0 1771 WP_026497435.1 WP_116073910.1 42.8 923 466 17 1 909 1 875 6.15e-225 657 WP_026497435.1 XP_006376427.2 33.1 275 171 6 4 269 106 376 2.26e-37 144 WP_036077718.1 WP_036077718.1 100 224 0 0 1 224 1 224 8.78e-146 404 WP_036077718.1 WP_143387569.1 42.2 218 124 1 9 224 12 229 7.96e-46 150 WP_031132573.1 WP_031132573.1 100 81 0 0 1 81 1 81 2.23e-50 151 WP_031132573.1 WP_012084538.1 75.6 45 11 0 15 59 10 54 2.10e-18 70.5 EEO7917989.1 EEO7917989.1 100 1116 0 0 1 1116 1 1116 0.0 2184 EEO7917989.1 EFQ4765027.1 70.4 922 265 3 1 916 1 920 0.0 1338 EEO7917989.1 EEY3543156.1 65.2 993 309 6 1 958 1 991 0.0 1315 EEO7917989.1 ECI3309320.1 69.4 890 264 3 1 884 1 888 0.0 1275 EEO7917989.1 WP_137512405.1 73.5 366 97 0 1 366 1 366 6.81e-202 585 EEO7917989.1 EJQ6627878.1 64.7 363 121 3 365 722 1 361 9.84e-156 466 EEO7917989.1 WP_181865219.1 70.2 295 84 1 312 602 1 295 5.25e-147 441 EEO7917989.1 WP_154599351.1 33.0 704 440 14 4 693 10 695 5.61e-111 371 EEO7917989.1 WP_042959984.1 71.3 101 29 0 103 203 1 101 3.11e-44 153 EEO7917989.1 EEV0504409.1 75.8 99 24 0 860 958 1 99 1.01e-42 155 MCI8828397.1 MCI8828397.1 100 325 0 0 1 325 1 325 9.08e-244 660 WP_218804454.1 WP_218804454.1 100 118 0 0 1 118 1 118 7.37e-82 233 XP_032873419.1 XP_032873419.1 100 554 0 0 1 554 1 554 3.05e-214 604 TVO55343.1 TVO55343.1 100 506 0 0 1 506 1 506 0.0 952 TVO55343.1 WP_114947928.1 48.7 425 205 5 33 453 12 427 5.16e-111 335 TVO55343.1 MBN1133474.1 27.0 374 240 11 82 441 66 420 2.27e-15 77.0 TVO55343.1 MBE3049203.1 31.6 117 75 2 97 211 2 115 5.04e-09 53.1 NIR46571.1 NIR46571.1 100 136 0 0 1 136 1 136 2.60e-104 291 MBC2695466.1 MBC2695466.1 100 551 0 0 1 551 1 551 0.0 1099 MBP9134320.1 MBP9134320.1 100 308 0 0 1 308 1 308 1.10e-240 650 MBM4010536.1 MBM4010536.1 100 71 0 0 1 71 1 71 3.88e-42 129 NBB83031.1 NBB83031.1 100 334 0 0 1 334 1 334 4.14e-240 651 GBN69281.1 GBN69281.1 100 101 0 0 1 101 1 101 4.26e-73 210 KAF2637112.1 KAF2637112.1 100 1208 0 0 1 1208 1 1208 0.0 2310 WP_132898733.1 WP_132898733.1 100 373 0 0 1 373 1 373 6.21e-273 738 NJI17449.1 NJI17449.1 100 160 0 0 1 160 1 160 4.08e-115 321 UZO53924.1 UZO53924.1 100 7093 0 0 1 7093 1 7093 0.0 14170 UZO53924.1 UVB16817.1 99.9 7093 5 0 1 7093 1 7093 0.0 14157 UZO53924.1 URQ55824.1 99.9 7093 6 0 1 7093 1 7093 0.0 14157 UZO53924.1 QVD87869.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 UZO53924.1 QWC83326.1 99.7 7096 16 1 1 7093 1 7096 0.0 14128 UZO53924.1 UMF87224.1 99.4 7093 39 1 1 7093 1 7092 0.0 14122 UZO53924.1 WEU87158.1 99.7 7096 18 1 1 7093 1 7096 0.0 14122 UZO53924.1 QSZ25555.1 99.7 7096 20 1 1 7093 1 7096 0.0 14122 UZO53924.1 UBP50947.1 99.7 7096 21 1 1 7093 1 7096 0.0 14116 UZO53924.1 UBD95131.1 99.6 7096 23 1 1 7093 1 7096 0.0 14111 UZO53924.1 UEC52718.1 99.6 7096 26 1 1 7093 1 7096 0.0 14104 UZO53924.1 UIR12670.1 99.4 7093 43 1 1 7093 1 7092 0.0 14067 UZO53924.1 QZU16279.1 99.3 7096 47 1 1 7093 1 7096 0.0 14054 UZO53924.1 UPA83906.1 99.1 7093 60 1 1 7093 1 7092 0.0 14025 UZO53924.1 UXX67934.1 99.0 7093 74 0 1 7093 1 7093 0.0 13996 UZO53924.1 UBR86455.1 98.8 7095 81 1 2 7093 1 7095 0.0 13973 UZO53924.1 UCP72061.1 98.6 7096 98 1 1 7093 1 7096 0.0 13933 UZO53924.1 UCP77012.1 98.6 7096 99 1 1 7093 1 7096 0.0 13933 UZO53924.1 WHE12941.1 98.3 7067 118 0 27 7093 1 7067 0.0 13842 UZO53924.1 UKN67998.1 98.3 7073 120 1 21 7093 1 7072 0.0 13840 UZO53924.1 UGA79226.1 97.5 7096 175 1 1 7093 1 7096 0.0 13756 UZO53924.1 UAQ80067.1 97.0 7096 208 1 1 7093 1 7096 0.0 13668 UZO53924.1 UVI10561.1 96.5 7066 250 0 28 7093 1 7066 0.0 13529 UZO53924.1 UJT06733.1 96.2 7093 265 1 1 7093 1 7092 0.0 13518 UZO53924.1 UOU30556.1 94.9 7093 365 0 1 7093 1 7093 0.0 13288 UZO53924.1 UMA88644.1 91.7 7072 584 1 22 7093 1 7071 0.0 12714 UZO53924.1 WAS49087.1 90.7 7093 661 0 1 7093 1 7093 0.0 12552 UZO53924.1 WGP98278.1 84.8 7096 1074 1 1 7093 1 7096 0.0 11565 UZO53924.1 UPP41269.1 99.9 4398 4 0 1 4398 1 4398 0.0 8636 UZO53924.1 USR14792.1 99.9 4398 5 0 1 4398 1 4398 0.0 8633 UZO53924.1 QXR94354.1 99.7 4398 13 0 1 4398 1 4398 0.0 8616 UZO53924.1 ULA23837.2 99.7 4398 13 1 1 4398 1 4397 0.0 8615 UZO53924.1 QTM79632.1 99.6 4398 16 0 1 4398 1 4398 0.0 8614 UZO53924.1 QTD03487.1 99.6 4401 13 1 1 4398 1 4401 0.0 8614 UZO53924.1 UXH94526.1 99.7 4398 14 1 1 4398 1 4397 0.0 8611 UZO53924.1 QTZ27226.1 99.6 4398 18 0 1 4398 1 4398 0.0 8609 UZO53924.1 UFM00670.1 99.6 4401 16 1 1 4398 1 4401 0.0 8605 UZO53924.1 UEC68750.1 99.6 4401 16 1 1 4398 1 4401 0.0 8603 UZO53924.1 UHM53165.1 99.6 4401 16 1 1 4398 1 4401 0.0 8600 UZO53924.1 UFM02602.1 99.6 4401 16 1 1 4398 1 4401 0.0 8599 UZO53924.1 UBL45068.1 99.6 4401 16 1 1 4398 1 4401 0.0 8598 UZO53924.1 UKU68032.1 99.4 4398 27 1 1 4398 1 4397 0.0 8583 UZO53924.1 UJV88611.1 97.7 4398 99 1 1 4398 1 4397 0.0 8420 UZO53924.1 UJJ97602.1 97.6 4398 105 1 1 4398 1 4397 0.0 8404 UZO53924.1 UJS94137.1 98.7 4293 53 1 106 4398 1 4292 0.0 8312 UZO53924.1 ULB83374.1 96.5 4398 153 1 1 4398 1 4397 0.0 8285 UZO53924.1 UGB98301.1 94.2 4401 254 1 1 4398 1 4401 0.0 8032 UZO53924.1 QRX02582.1 99.7 4098 10 1 1 4095 1 4098 0.0 7998 UZO53924.1 UFA30503.1 93.3 4340 287 1 27 4363 1 4340 0.0 7824 UZO53924.1 WGP70063.1 92.3 4369 335 1 1 4366 1 4369 0.0 7769 UZO53924.1 WEI27974.1 91.5 4398 376 0 1 4398 1 4398 0.0 7749 UZO53924.1 UNI03201.1 91.5 4374 371 1 27 4398 1 4374 0.0 7710 UZO53924.1 UEX07109.1 87.9 4375 528 1 27 4398 1 4375 0.0 7349 UZO53924.1 URP80785.1 82.6 4371 762 0 28 4398 1 4371 0.0 6770 UZO53924.1 UYE49180.1 77.0 4398 1013 0 1 4398 1 4398 0.0 6210 UZO53924.1 UPB00876.1 76.7 4371 1018 0 28 4398 1 4371 0.0 6191 UZO53924.1 WGQ72821.1 67.5 4344 1409 1 26 4366 1 4344 0.0 5123 WP_284053701.1 WP_284053701.1 100 307 0 0 1 307 1 307 1.28e-209 572 TMI36513.1 TMI36513.1 100 141 0 0 1 141 1 141 1.05e-101 285 WP_266784861.1 WP_266784861.1 100 465 0 0 1 465 1 465 9.23e-278 758 WP_266784861.1 WP_203771012.1 29.9 291 174 12 200 463 73 360 1.29e-24 104 MCP4144501.1 MCP4144501.1 100 181 0 0 1 181 1 181 3.00e-134 371 MCH9693433.1 MCH9693433.1 100 158 0 0 1 158 1 158 1.32e-110 309 WP_160421767.1 WP_160421767.1 100 187 0 0 1 187 1 187 6.01e-137 378 WP_160421767.1 QNF21522.1 32.3 161 108 1 10 170 116 275 4.86e-22 88.6 MBN9560624.1 MBN9560624.1 100 275 0 0 1 275 1 275 1.21e-159 443 WP_226387626.1 WP_226387626.1 100 289 0 0 1 289 1 289 5.25e-209 569 WP_172394656.1 WP_172394656.1 100 242 0 0 1 242 1 242 8.65e-180 491 WP_036671656.1 WP_036671656.1 100 272 0 0 1 272 1 272 9.38e-199 541 MCJ7686803.1 MCJ7686803.1 100 564 0 0 1 564 1 564 0.0 1091 MCJ7686803.1 GBU10433.1 48.7 39 20 0 146 184 5 43 1.78e-06 48.9 WP_106817586.1 WP_106817586.1 100 201 0 0 1 201 1 201 1.24e-145 401 WEK50023.1 WEK50023.1 100 180 0 0 1 180 1 180 4.09e-127 353 WEK50023.1 PDX17128.1 49.1 169 81 2 12 178 1 166 6.21e-49 154 WEK50023.1 WP_175630617.1 39.5 177 106 1 1 177 1 176 1.23e-37 126 MBI5333464.1 MBI5333464.1 100 391 0 0 1 391 1 391 4.37e-273 739 MBI5333464.1 WP_269885397.1 34.7 167 107 1 225 391 108 272 1.50e-24 100 MBI5333464.1 WP_145544593.1 40.2 174 95 3 218 391 355 519 4.69e-24 102 MBI5333464.1 EJF06804.1 36.0 172 105 2 224 390 135 306 5.49e-24 99.4 MBI5333464.1 HAB03480.1 39.8 181 97 4 218 390 650 826 4.00e-22 97.1 MBI5333464.1 EGR2272270.1 39.6 149 86 3 241 386 527 674 5.68e-22 96.3 MBI5333464.1 MBK6870374.1 36.7 158 92 3 234 390 1 151 1.41e-21 90.1 MBI5333464.1 WP_000484099.1 36.1 169 102 4 224 390 204 368 2.03e-20 90.1 MBI5333464.1 WP_255266214.1 39.8 161 91 3 224 384 291 445 6.33e-19 86.7 MBI5333464.1 WP_107169208.1 36.0 164 91 4 232 389 206 361 3.25e-18 83.6 MBI5333464.1 WP_029222917.1 33.5 167 100 3 227 390 318 476 8.96e-15 73.9 MBI5333464.1 HBB7853833.1 33.1 166 106 3 227 390 326 488 9.04e-15 73.9 MBI5333464.1 WP_230171322.1 35.1 171 102 5 220 386 595 760 1.05e-14 74.3 MBI5333464.1 HCN71343.1 35.1 131 80 4 256 384 2 129 2.12e-12 62.4 MBI5333464.1 WP_023050329.1 27.0 159 107 4 225 382 199 349 2.53e-11 62.8 MBI5333464.1 MBT3459335.1 38.8 80 49 0 223 302 198 277 3.89e-10 58.5 MCA2691876.1 MCA2691876.1 100 91 0 0 1 91 1 91 1.16e-61 180 WP_003067788.1 WP_003067788.1 100 317 0 0 1 317 1 317 1.80e-230 625 WP_003067788.1 WP_245086788.1 32.4 225 138 6 94 312 109 325 1.80e-21 91.3 WP_003067788.1 MBC2353926.1 27.3 99 64 4 174 266 45 141 2.79e-04 39.7 XP_045615378.1 XP_045615378.1 100 1450 0 0 1 1450 1 1450 0.0 2503 WP_007678833.1 WP_007678833.1 100 432 0 0 1 432 1 432 0.0 863 WP_007678833.1 WP_012913739.1 46.4 420 220 3 5 420 4 422 2.32e-134 391 AFC90328.1 AFC90328.1 100 267 0 0 1 267 1 267 6.84e-194 529 EOH70952.1 EOH70952.1 100 272 0 0 1 272 1 272 1.35e-182 501 WP_107387431.1 WP_107387431.1 100 127 0 0 1 127 1 127 5.21e-84 239 WP_274976404.1 WP_274976404.1 100 763 0 0 1 763 1 763 0.0 1429 WP_274976404.1 MCF2656092.1 31.8 730 434 8 25 753 9 675 2.47e-98 318 WP_274976404.1 NNC58435.1 30.0 744 444 10 26 757 11 689 4.21e-92 301 WP_274976404.1 MCC7304610.1 28.2 741 465 9 25 760 14 692 9.29e-84 279 WP_274976404.1 MBQ2587741.1 28.1 551 326 8 232 753 53 562 6.99e-54 194 WP_274976404.1 MBN2427654.1 33.1 148 97 1 23 170 3 148 4.50e-13 70.9 WP_274976404.1 MBP6400846.1 31.7 139 93 1 25 163 6 142 1.39e-12 65.5 WP_214130944.1 WP_214130944.1 100 56 0 0 1 56 1 56 5.92e-35 110 WP_131166802.1 WP_131166802.1 100 342 0 0 1 342 1 342 2.01e-251 681 WP_131166802.1 WP_066083732.1 48.2 311 158 3 4 313 5 313 5.67e-93 279 WP_131166802.1 MCP5262709.1 49.7 302 150 2 5 306 1 300 1.25e-91 275 WP_131166802.1 GLY24463.1 48.7 306 155 2 3 308 2 305 2.15e-90 272 WP_131166802.1 WP_107894076.1 46.4 302 160 2 1 302 1 300 6.70e-84 255 WP_131166802.1 WP_227059655.1 49.4 271 130 3 4 268 16 285 1.51e-78 250 WP_131166802.1 WP_192324556.1 50.9 265 123 3 5 263 13 276 8.44e-77 246 WP_131166802.1 QCM13287.1 45.4 260 135 3 2 261 6 258 1.22e-66 209 WP_131166802.1 MBQ3864274.1 36.7 332 190 9 3 330 10 325 3.35e-59 192 WP_131166802.1 RUU66461.1 40.6 271 147 4 8 272 82 344 3.79e-54 180 WP_131166802.1 MBU5353226.1 36.3 281 163 5 5 278 4 275 1.53e-52 174 WP_131166802.1 WP_076409454.1 29.9 254 157 7 5 258 4 236 2.51e-24 100 WP_131166802.1 MCC6044083.1 30.5 256 142 9 6 247 4 237 3.88e-20 87.8 WP_131166802.1 WP_221265680.1 28.6 290 172 10 3 291 17 272 2.99e-17 79.7 WP_131166802.1 WP_142931103.1 26.2 260 166 6 5 264 3 236 2.16e-16 78.2 WP_131166802.1 WP_173040157.1 30.9 243 133 8 22 263 303 511 1.52e-15 75.9 WP_131166802.1 WP_132175930.1 28.8 222 138 5 17 235 34 238 5.47e-15 73.2 WP_131166802.1 WP_206363707.1 30.8 234 132 8 25 246 33 248 8.73e-14 68.9 WP_131166802.1 WP_089246429.1 28.4 243 146 9 3 236 2 225 1.10e-12 67.0 WP_131166802.1 WP_211555180.1 33.0 191 110 6 29 216 22 197 1.56e-12 64.7 WP_131166802.1 WP_221977168.1 25.2 238 149 7 11 236 16 236 1.31e-11 62.4 WP_131166802.1 WP_192500494.1 25.9 216 135 8 25 237 17 210 1.19e-08 53.9 WP_131166802.1 WP_089095302.1 26.3 213 128 9 24 236 328 511 7.53e-05 42.7 HBE02941.1 HBE02941.1 100 232 0 0 1 232 1 232 6.78e-163 447 AFU58940.1 AFU58940.1 100 145 0 0 1 145 1 145 2.74e-99 280 MBW0108125.1 MBW0108125.1 100 543 0 0 1 543 1 543 0.0 1016 WP_281163474.1 WP_281163474.1 100 444 0 0 1 444 1 444 4.19e-307 830 WP_008860295.1 WP_008860295.1 100 253 0 0 1 253 1 253 9.03e-192 522 XP_044366249.1 XP_044366249.1 100 769 0 0 1 769 1 769 0.0 1372 XP_044366249.1 XP_045702922.1 27.4 73 53 0 513 585 373 445 2.89e-04 42.4 MQA03337.1 MQA03337.1 100 168 0 0 1 168 1 168 9.78e-111 310 MQA03337.1 MCB1505913.1 63.1 160 59 0 5 164 5 164 3.39e-63 190 MCH3963123.1 MCH3963123.1 100 983 0 0 1 983 1 983 0.0 1884 MCH3963123.1 WP_271786410.1 31.6 231 145 6 130 353 10 234 2.10e-22 98.2 MCH3963123.1 WP_175896721.1 30.2 232 137 6 140 356 160 381 1.42e-19 91.3 MCH3963123.1 VTR17913.1 23.0 226 158 7 543 762 178 393 2.64e-06 49.3 WP_260776178.1 WP_260776178.1 100 273 0 0 1 273 1 273 1.86e-169 468 WP_195689481.1 WP_195689481.1 100 196 0 0 1 196 1 196 2.00e-144 398 WP_195689481.1 WP_104082941.1 42.5 174 94 3 7 179 8 176 1.22e-37 127 XP_051954746.1 XP_051954746.1 100 335 0 0 1 335 1 335 1.21e-253 686 MCB9662416.1 MCB9662416.1 100 196 0 0 1 196 1 196 1.07e-139 386 MCB9662416.1 MBP6361937.1 28.6 105 66 3 1 96 18 122 1.27e-04 39.7 UJR03683.1 UJR03683.1 100 121 0 0 1 121 1 121 4.20e-53 161 UJR03683.1 UHH56899.1 97.4 39 1 0 1 39 1 39 9.78e-21 78.2 OLD52228.1 OLD52228.1 100 329 0 0 1 329 1 329 2.24e-246 667 MBS2033149.1 MBS2033149.1 100 198 0 0 1 198 1 198 1.35e-143 396 XP_030892138.1 XP_030892138.1 100 548 0 0 1 548 1 548 0.0 1107 WP_105447015.1 WP_105447015.1 100 393 0 0 1 393 1 393 1.34e-268 728 WP_105447015.1 WP_279008479.1 35.2 341 161 3 46 386 27 307 1.10e-52 176 WP_105447015.1 WP_023828789.1 33.3 366 235 6 32 391 49 411 8.26e-51 174 WP_105447015.1 WP_154951203.1 32.5 360 180 3 32 391 26 322 2.49e-43 152 WP_105447015.1 CDX26094.1 31.7 391 201 7 5 391 4 332 4.12e-38 138 WP_105447015.1 WP_002574744.1 28.2 372 201 7 26 386 13 329 5.31e-34 127 WP_105447015.1 HAA79725.1 29.9 278 132 2 117 392 10 226 3.30e-30 114 SHG12942.1 SHG12942.1 100 483 0 0 1 483 1 483 0.0 917 SHG12942.1 HCH0658035.1 32.9 441 279 7 56 483 44 480 8.63e-64 213 XP_018575520.1 XP_018575520.1 100 562 0 0 1 562 1 562 0.0 1060 WP_050210146.1 WP_050210146.1 100 1032 0 0 1 1032 1 1032 0.0 2002 WP_050210146.1 MCA1930442.1 44.3 246 131 4 765 1006 5 248 2.38e-50 177 WP_050210146.1 KAH6611424.1 42.2 128 73 1 877 1003 831 958 9.46e-22 100 WP_059191156.1 WP_059191156.1 100 305 0 0 1 305 1 305 1.47e-223 607 WP_014942931.1 WP_014942931.1 100 796 0 0 1 796 1 796 0.0 1617 WP_014942931.1 EJH9475741.1 24.8 710 437 29 103 756 76 744 1.04e-24 108 KAE8834307.1 KAE8834307.1 100 323 0 0 1 323 1 323 4.43e-179 496 MCI5825153.1 MCI5825153.1 100 342 0 0 1 342 1 342 4.40e-255 690 EJA9392162.1 EJA9392162.1 100 267 0 0 1 267 1 267 1.34e-200 546 EJA9392162.1 PJQ02245.1 88.4 267 31 0 1 267 209 475 5.46e-174 493 EJA9392162.1 EAL1671435.1 72.5 233 62 1 35 267 1 231 3.03e-116 337 EJA9392162.1 EFS8130303.1 39.0 264 143 5 9 267 208 458 8.25e-47 160 EJA9392162.1 ECP6736894.1 36.9 141 82 2 9 149 208 341 2.46e-22 92.8 EJA9392162.1 WP_181244664.1 36.5 85 53 1 21 105 185 268 1.07e-06 47.4 MCI6629070.1 MCI6629070.1 100 121 0 0 1 121 1 121 4.05e-85 242 MCI6629070.1 MBT2573851.1 36.1 97 62 0 18 114 5 101 3.82e-21 79.7 WP_114539302.1 WP_114539302.1 100 369 0 0 1 369 1 369 1.05e-262 711 OOP55008.1 OOP55008.1 100 68 0 0 1 68 1 68 9.69e-46 138 MBU6376428.1 MBU6376428.1 100 289 0 0 1 289 1 289 1.93e-220 598 XP_050375343.1 XP_050375343.1 100 619 0 0 1 619 1 619 0.0 1174 WP_216743397.1 WP_216743397.1 100 295 0 0 1 295 1 295 9.76e-208 566 NEO63080.1 NEO63080.1 100 374 0 0 1 374 1 374 1.77e-268 726 NEO63080.1 KAH8969015.1 42.8 369 196 4 4 369 127 483 2.39e-89 276 NEO63080.1 PZR90627.1 42.4 321 181 3 50 370 36 352 1.43e-78 244 NEO63080.1 WP_247072383.1 41.0 310 177 4 47 356 38 341 4.80e-78 243 WP_123207952.1 WP_123207952.1 100 196 0 0 1 196 1 196 3.29e-134 372 WP_180874312.1 WP_180874312.1 100 75 0 0 1 75 1 75 2.30e-56 166 WP_085535344.1 WP_085535344.1 100 246 0 0 1 246 1 246 4.80e-179 489 XP_025698866.1 XP_025698866.1 100 308 0 0 1 308 1 308 8.94e-231 625 XP_025698866.1 MBI2691306.1 28.0 100 63 4 48 144 44 137 4.31e-05 42.7 CAG1853776.1 CAG1853776.1 100 3704 0 0 1 3704 1 3704 0.0 7012 WP_132517191.1 WP_132517191.1 100 498 0 0 1 498 1 498 0.0 949 WP_132517191.1 HAR7369715.1 37.0 467 274 5 22 487 11 458 2.49e-97 300 WP_132517191.1 EPR30609.1 39.4 457 243 6 32 488 1 423 1.56e-96 297 WP_132517191.1 MCQ2156413.1 36.8 302 158 4 196 494 46 317 3.44e-51 176 WP_132517191.1 MBR4705654.1 31.3 227 134 6 200 424 184 390 7.04e-23 99.4 WP_166370521.1 WP_166370521.1 100 281 0 0 1 281 1 281 9.73e-201 547 WP_189145586.1 WP_189145586.1 100 171 0 0 1 171 1 171 4.10e-109 306 MBE2253919.1 MBE2253919.1 100 120 0 0 1 120 1 120 2.26e-86 245 XP_016284980.1 XP_016284980.1 100 685 0 0 1 685 1 685 4.24e-266 746 WP_109813103.1 WP_109813103.1 100 70 0 0 1 70 1 70 1.73e-40 125 WP_184253104.1 WP_184253104.1 100 293 0 0 1 293 1 293 3.48e-225 610 WP_184253104.1 WP_116393154.1 46.9 288 141 4 10 293 13 292 1.27e-87 262 BCB83133.1 BCB83133.1 100 164 0 0 1 164 1 164 3.27e-68 202 OBU40353.1 OBU40353.1 100 202 0 0 1 202 1 202 1.03e-124 348 WP_024947943.1 WP_024947943.1 100 283 0 0 1 283 1 283 7.67e-199 543 WP_230424277.1 WP_230424277.1 100 509 0 0 1 509 1 509 0.0 943 WP_230424277.1 WP_257633067.1 50.7 507 225 8 7 505 4 493 6.97e-138 405 WP_187047047.1 WP_187047047.1 100 397 0 0 1 397 1 397 1.17e-296 800 WP_187047047.1 HAW53859.1 28.9 273 151 12 103 374 20 250 4.13e-13 67.4 WP_077646570.1 WP_077646570.1 100 599 0 0 1 599 1 599 0.0 1216 KQO71000.1 KQO71000.1 100 1571 0 0 1 1571 1 1571 0.0 3111 KQO71000.1 WP_020424556.1 50.7 1534 695 15 32 1562 2 1477 0.0 1472 WP_058807138.1 WP_058807138.1 100 226 0 0 1 226 1 226 7.84e-150 414 XP_033551505.1 XP_033551505.1 100 577 0 0 1 577 1 577 0.0 1119 XP_033551505.1 KAG8816705.1 37.1 178 112 0 76 253 56 233 2.23e-34 128 RZK87475.1 RZK87475.1 100 78 0 0 1 78 1 78 3.22e-53 158 WP_115287442.1 WP_115287442.1 100 191 0 0 1 191 1 191 6.78e-64 194 KAJ8398543.1 KAJ8398543.1 100 145 0 0 1 145 1 145 4.74e-109 304 WP_204434340.1 WP_204434340.1 100 308 0 0 1 308 1 308 4.56e-224 608 KAF2670900.1 KAF2670900.1 100 796 0 0 1 796 1 796 6.46e-154 473 RLS24356.1 RLS24356.1 100 245 0 0 1 245 1 245 2.37e-174 478 KQB14740.1 KQB14740.1 100 328 0 0 1 328 1 328 3.56e-206 565 KQB14740.1 MBE7554905.1 30.2 338 217 6 6 326 1 336 1.09e-31 119 KQB14740.1 WP_239280620.1 33.2 262 168 3 64 324 62 317 1.09e-27 108 KQB14740.1 MBW2176475.1 30.1 246 167 1 80 325 175 415 5.97e-20 88.2 WP_063880179.1 WP_063880179.1 100 193 0 0 1 193 1 193 2.96e-140 387 WP_064652354.1 WP_064652354.1 100 241 0 0 1 241 1 241 2.18e-168 462 WP_064652354.1 WP_186723788.1 32.4 225 147 2 4 228 8 227 2.63e-30 111 WP_064652354.1 MBQ5584458.1 33.2 229 150 3 1 228 1 227 6.03e-30 110 WP_064652354.1 WP_026893585.1 33.9 230 139 5 2 228 3 222 1.38e-29 108 WP_064652354.1 EAC1232420.1 33.2 226 143 6 1 225 1 219 2.72e-29 108 WP_064652354.1 WP_101794136.1 31.0 232 150 3 4 227 27 256 2.46e-27 103 WP_064652354.1 MBP1530348.1 26.0 231 161 5 1 231 1 221 9.50e-24 93.6 WP_064652354.1 WP_007708736.1 28.7 237 147 6 1 225 1 227 1.22e-16 74.7 WP_064652354.1 QYU66920.1 27.4 117 81 3 4 117 5 120 2.67e-05 41.2 WP_064652354.1 MPZ95749.1 28.9 114 75 3 4 114 12 122 1.30e-04 40.4 XP_024010268.1 XP_024010268.1 100 220 0 0 1 220 1 220 5.61e-156 429 YP_009252784.1 YP_009252784.1 100 81 0 0 1 81 1 81 1.46e-46 141 MCF6346354.1 MCF6346354.1 100 200 0 0 1 200 1 200 8.11e-146 402 MCF6346354.1 WP_196938834.1 47.1 121 61 2 17 136 22 140 3.64e-27 100 MCF6346354.1 WP_205009067.1 34.4 189 121 2 12 199 12 198 9.29e-27 100 MCF6346354.1 MBQ9456987.1 28.4 194 127 4 5 192 4 191 3.03e-12 61.2 EAF4791746.1 EAF4791746.1 100 218 0 0 1 218 1 218 7.58e-128 358 OBJ23133.1 OBJ23133.1 100 331 0 0 1 331 1 331 6.23e-254 686 YP_004564419.1 YP_004564419.1 100 63 0 0 1 63 1 63 6.38e-42 128 WP_230519716.1 WP_230519716.1 100 582 0 0 1 582 1 582 0.0 1139 WP_230519716.1 GGT63801.1 77.4 337 76 0 243 579 345 681 2.30e-179 521 WP_230519716.1 MBQ3380675.1 45.2 259 135 3 326 582 1 254 9.22e-66 213 WP_039806668.1 WP_039806668.1 100 330 0 0 1 330 1 330 1.29e-241 655 WP_039806668.1 WP_252122124.1 41.5 328 188 4 5 330 1 326 3.58e-71 222 WP_039806668.1 WP_234521407.1 36.4 313 195 4 5 316 4 313 4.83e-62 199 MAJ59213.1 MAJ59213.1 100 855 0 0 1 855 1 855 0.0 1607 MAJ59213.1 WP_200671006.1 32.5 265 174 1 571 835 582 841 1.83e-37 149 MAJ59213.1 WP_083051706.1 30.2 225 157 0 625 849 150 374 2.54e-34 134 CAD8186381.1 CAD8186381.1 100 360 0 0 1 360 1 360 1.56e-264 715 MBB1804587.1 MBB1804587.1 100 16 0 0 1 16 1 16 1.19e-08 41.6 WP_236513170.1 WP_236513170.1 100 84 0 0 1 84 1 84 4.97e-44 135 MBK9065949.1 MBK9065949.1 100 174 0 0 1 174 1 174 1.33e-120 336 MCD8051495.1 MCD8051495.1 100 139 0 0 1 139 1 139 4.46e-102 286 XP_010311338.1 XP_010311338.1 100 211 0 0 1 211 1 211 1.10e-128 359 YP_010317795.1 YP_010317795.1 100 258 0 0 1 258 1 258 1.60e-183 502 WP_283947944.1 WP_283947944.1 100 511 0 0 1 511 1 511 0.0 971 WP_124519303.1 WP_124519303.1 100 299 0 0 1 299 1 299 2.61e-214 583 WP_110663263.1 WP_110663263.1 100 190 0 0 1 190 1 190 1.42e-141 390 KAF2317565.1 KAF2317565.1 100 398 0 0 1 398 1 398 4.92e-294 793 KAF2317565.1 WP_163042480.1 30.5 334 188 8 55 354 3 326 5.03e-40 146 RDH15740.1 RDH15740.1 100 409 0 0 1 409 1 409 5.76e-262 713 WP_154599351.1 WP_154599351.1 100 1131 0 0 1 1131 1 1131 0.0 2084 WP_154599351.1 EEO7917989.1 32.8 704 441 14 10 695 4 693 1.18e-106 359 WP_154599351.1 ECI3309320.1 33.4 710 433 21 10 696 4 696 6.74e-104 346 WP_154599351.1 EFQ4765027.1 33.4 710 433 21 10 696 4 696 1.31e-103 346 WP_154599351.1 EEY3543156.1 32.8 707 434 20 14 696 8 697 3.53e-103 347 MBK8904706.1 MBK8904706.1 100 411 0 0 1 411 1 411 4.75e-294 794 OEU68709.1 OEU68709.1 100 790 0 0 1 790 1 790 0.0 1563 HAW53859.1 HAW53859.1 100 271 0 0 1 271 1 271 1.38e-195 533 HAW53859.1 WP_187047047.1 28.3 290 165 12 3 250 86 374 2.56e-14 70.5 NP_001395973.1 NP_001395973.1 100 213 0 0 1 213 1 213 1.26e-112 319 WP_096719144.1 WP_096719144.1 100 301 0 0 1 301 1 301 1.84e-215 586 WP_006327457.1 WP_006327457.1 100 314 0 0 1 314 1 314 1.37e-228 620 WP_006327457.1 MBR3040588.1 39.2 51 26 1 111 161 78 123 3.08e-04 40.0 WP_081607935.1 WP_081607935.1 100 1573 0 0 1 1573 1 1573 0.0 2215 XP_022745130.1 XP_022745130.1 100 168 0 0 1 168 1 168 1.92e-126 350 XP_022745130.1 XP_043718329.1 41.8 141 75 3 15 155 265 398 1.92e-27 104 XP_022745130.1 XP_048228476.1 57.1 63 27 0 15 77 237 299 3.81e-16 72.8 MCC6596976.1 MCC6596976.1 100 147 0 0 1 147 1 147 1.03e-104 293 MCL2337464.1 MCL2337464.1 100 132 0 0 1 132 1 132 2.63e-84 241 MCA9667429.1 MCA9667429.1 100 340 0 0 1 340 1 340 8.87e-254 686 WP_264379403.1 WP_264379403.1 100 455 0 0 1 455 1 455 0.0 926 WP_108706918.1 WP_108706918.1 100 313 0 0 1 313 1 313 5.37e-230 624 WP_108706918.1 WP_061880815.1 27.0 215 142 4 18 230 28 229 8.25e-19 83.2 MCO4825170.1 MCO4825170.1 100 343 0 0 1 343 1 343 1.34e-270 729 MCG8687614.1 MCG8687614.1 100 132 0 0 1 132 1 132 5.53e-86 245 MCG8687614.1 RZM24348.1 51.4 74 35 1 5 78 16 88 3.81e-18 73.6 MCG8687614.1 WP_234123871.1 32.2 115 74 1 10 120 3 117 3.47e-10 52.4 MCG8687614.1 WP_245971990.1 47.7 44 23 0 18 61 11 54 5.49e-06 42.4 MCG8687614.1 WP_100540054.1 31.3 64 44 0 9 72 7 70 4.26e-04 35.4 KAI4536634.1 KAI4536634.1 100 1133 0 0 1 1133 1 1133 0.0 2192 KAI4536634.1 XP_052609093.1 31.7 489 233 22 10 453 19 451 6.89e-49 183 KAI4536634.1 XP_053174626.1 29.4 476 242 20 21 453 34 458 7.71e-43 165 WP_109807231.1 WP_109807231.1 100 214 0 0 1 214 1 214 3.13e-150 414 WP_101272247.1 WP_101272247.1 100 394 0 0 1 394 1 394 1.64e-290 784 WP_101272247.1 WP_180230190.1 35.9 334 212 2 15 347 2 334 4.49e-72 227 MBT2573851.1 MBT2573851.1 100 102 0 0 1 102 1 102 1.54e-71 206 MBT2573851.1 MCI6629070.1 36.1 97 62 0 5 101 18 114 4.56e-21 79.3 MBT2573851.1 WP_054621512.1 39.8 93 54 2 9 100 10 101 3.45e-17 68.9 KAJ2336672.1 KAJ2336672.1 100 922 0 0 1 922 1 922 0.0 1775 XP_021098423.1 XP_021098423.1 100 320 0 0 1 320 1 320 1.28e-236 641 MCP4641540.1 MCP4641540.1 100 445 0 0 1 445 1 445 0.0 917 MCP4641540.1 MCH8293010.1 23.6 220 142 6 126 323 60 275 6.73e-07 49.3 MBN1977789.1 MBN1977789.1 100 849 0 0 1 849 1 849 0.0 1653 OIT39507.1 OIT39507.1 100 400 0 0 1 400 1 400 2.40e-254 693 WP_022748957.1 WP_022748957.1 100 374 0 0 1 374 1 374 1.94e-256 696 WP_022748957.1 EJS0734484.1 43.1 325 176 4 57 374 26 348 1.26e-80 249 WP_022748957.1 WP_114054641.1 29.1 320 206 8 55 363 2 311 2.51e-31 119 MBA4289549.1 MBA4289549.1 100 94 0 0 1 94 1 94 1.88e-66 192 MBD58399.1 MBD58399.1 100 575 0 0 1 575 1 575 0.0 1054 MBD58399.1 WP_224419934.1 42.9 562 313 4 18 574 17 575 2.28e-137 409 WP_171396840.1 WP_171396840.1 100 426 0 0 1 426 1 426 2.03e-298 806 WP_064060986.1 WP_064060986.1 100 576 0 0 1 576 1 576 0.0 1130 WP_064060986.1 HBR1243745.1 36.2 447 245 13 6 434 23 447 6.33e-64 217 MCH4268493.1 MCH4268493.1 100 444 0 0 1 444 1 444 9.85e-306 827 GFY83906.1 GFY83906.1 100 137 0 0 1 137 1 137 3.15e-92 261 WP_132558606.1 WP_132558606.1 100 358 0 0 1 358 1 358 3.25e-240 654 WP_164300700.1 WP_164300700.1 100 250 0 0 1 250 1 250 1.19e-190 519 XP_016071528.1 XP_016071528.1 100 433 0 0 1 433 1 433 4.98e-298 806 WP_143662806.1 WP_143662806.1 100 184 0 0 1 184 1 184 5.59e-136 375 WP_234538829.1 WP_234538829.1 100 524 0 0 1 524 1 524 0.0 936 WP_234538829.1 HBR1104065.1 31.0 526 325 14 25 521 27 543 3.29e-40 151 MBK7529683.1 MBK7529683.1 100 343 0 0 1 343 1 343 6.28e-235 639 MBK7529683.1 GBD99233.1 30.2 199 132 2 96 294 39 230 5.12e-27 106 WP_007683719.1 WP_007683719.1 100 85 0 0 1 85 1 85 1.46e-59 174 WP_007683719.1 WP_137974759.1 57.6 85 35 1 1 85 1 84 8.67e-27 92.0 WP_067782871.1 WP_067782871.1 100 305 0 0 1 305 1 305 2.76e-228 619 WP_067782871.1 WP_279399778.1 59.4 303 119 3 4 304 5 305 4.28e-126 360 WP_067782871.1 MBI1736306.1 36.8 307 190 3 1 304 1 306 7.42e-62 197 WP_067782871.1 MBI5966481.1 38.3 300 172 6 15 303 16 313 3.62e-59 190 WP_067782871.1 WP_220615956.1 34.7 300 176 8 21 301 54 352 1.62e-45 156 WP_067782871.1 WP_276638014.1 30.0 313 200 4 8 301 37 349 1.04e-41 146 WP_067782871.1 MBJ7531026.1 50.0 136 63 3 4 136 8 141 3.34e-36 125 WP_067782871.1 MBQ1540263.1 30.9 269 159 7 13 280 31 273 1.06e-27 107 WP_067782871.1 HAR4359619.1 31.4 204 125 4 82 284 76 265 9.03e-21 88.2 HIR66791.1 HIR66791.1 100 336 0 0 1 336 1 336 1.11e-245 665 XP_027540421.1 XP_027540421.1 100 408 0 0 1 408 1 408 1.33e-303 818 XP_027540421.1 WP_019585553.1 32.4 383 248 6 29 402 14 394 1.80e-59 197 XP_027540421.1 WP_019444443.1 32.4 321 201 7 95 406 7 320 3.29e-45 157 XP_027540421.1 MBL4853947.1 29.9 335 211 7 80 406 65 383 1.95e-36 135 WP_194544138.1 WP_194544138.1 100 243 0 0 1 243 1 243 1.05e-176 483 WP_194544138.1 MBQ5584458.1 41.5 217 123 1 13 229 4 216 3.65e-58 182 WP_194544138.1 WP_069156513.1 42.0 231 130 3 13 242 5 232 3.63e-56 177 WP_194544138.1 WP_026893585.1 38.5 226 129 2 11 236 3 218 3.49e-45 149 WP_194544138.1 EAG2350674.1 51.7 116 56 0 13 128 5 120 1.91e-41 136 WP_194544138.1 MBP1530348.1 32.2 230 143 3 13 242 4 220 4.03e-40 136 WP_194544138.1 WP_186723788.1 33.3 237 143 3 1 236 1 223 1.01e-38 133 WP_194544138.1 WP_007708736.1 33.2 229 146 3 11 236 2 226 5.07e-33 118 WP_194544138.1 MCL7714424.1 31.5 213 135 2 11 220 3 207 5.23e-32 115 MBY0273331.1 MBY0273331.1 100 774 0 0 1 774 1 774 0.0 1434 MBY0273331.1 KAJ6994162.1 35.7 784 444 19 5 736 32 807 1.46e-119 381 MBY0273331.1 WP_049009918.1 29.7 688 409 18 66 687 127 805 8.26e-59 213 MBY0273331.1 WP_278631399.1 29.0 694 402 20 7 625 21 698 2.63e-58 211 MBY0273331.1 WP_235126772.1 28.5 713 423 18 5 632 14 724 4.03e-56 205 MBY0273331.1 MBE6688122.1 29.6 771 427 28 7 677 21 775 2.00e-55 203 MBY0273331.1 WP_019100427.1 29.6 665 375 22 7 586 50 706 1.59e-53 198 MBY0273331.1 WP_074319120.1 28.2 479 306 7 102 578 246 688 9.30e-37 146 MBY0273331.1 OFX32653.1 25.5 525 353 8 58 578 77 567 1.64e-33 135 MBY0273331.1 KAA0114277.1 28.4 542 312 17 164 637 227 760 5.35e-33 135 MBY0273331.1 WP_041591748.1 25.0 551 361 12 38 581 84 589 2.99e-32 131 MBY0273331.1 MBE5737882.1 23.9 606 396 14 59 602 85 687 1.35e-30 127 MBY0273331.1 XP_009147075.2 28.5 270 174 6 425 677 709 976 3.70e-20 94.4 MBY0273331.1 KAF5671546.1 30.1 229 136 7 427 635 743 967 6.54e-15 77.4 MBY0273331.1 WP_176307440.1 24.8 512 309 17 71 577 282 722 1.68e-12 69.3 WP_263205390.1 WP_263205390.1 100 258 0 0 1 258 1 258 2.32e-201 547 WP_024410349.1 WP_024410349.1 100 333 0 0 1 333 1 333 2.03e-235 639 WP_024410349.1 OJG95819.1 38.1 333 203 2 1 332 5 335 3.87e-73 228 MBQ9146327.1 MBQ9146327.1 100 239 0 0 1 239 1 239 9.35e-178 486 MBC8266069.1 MBC8266069.1 100 382 0 0 1 382 1 382 3.65e-281 759 MBL7705960.1 MBL7705960.1 100 190 0 0 1 190 1 190 5.97e-134 371 MBL7705960.1 KEP75282.1 54.0 176 81 0 7 182 11 186 3.69e-66 199 KAG0597131.1 KAG0597131.1 100 146 0 0 1 146 1 146 1.85e-102 288 WP_164706884.1 WP_164706884.1 100 106 0 0 1 106 1 106 3.99e-78 223 WP_090874869.1 WP_090874869.1 100 341 0 0 1 341 1 341 2.02e-255 691 WP_028781258.1 WP_028781258.1 100 263 0 0 1 263 1 263 4.81e-192 524 MBT3931813.1 MBT3931813.1 100 201 0 0 1 201 1 201 1.64e-150 414 MBT3931813.1 WP_096277301.1 34.7 193 117 3 10 201 276 460 2.07e-31 117 WP_235903398.1 WP_235903398.1 100 200 0 0 1 200 1 200 3.05e-141 390 MBR0144760.1 MBR0144760.1 100 371 0 0 1 371 1 371 5.01e-262 710 MBR0144760.1 MBQ7693256.1 45.6 309 161 1 1 309 1 302 3.20e-84 256 QPX63240.1 QPX63240.1 100 438 0 0 1 438 1 438 0.0 865 XP_050578957.1 XP_050578957.1 100 1273 0 0 1 1273 1 1273 0.0 2619 XP_050578957.1 MBL04873.1 23.1 212 116 5 803 983 3 198 2.75e-06 49.7 MBK5104727.1 MBK5104727.1 100 245 0 0 1 245 1 245 3.22e-172 472 MBK5104727.1 WP_251874466.1 38.6 223 134 2 23 245 18 237 4.17e-47 157 MBK5104727.1 WP_058635033.1 33.8 222 144 2 24 245 18 236 1.54e-39 137 CAD7234202.1 CAD7234202.1 100 154 0 0 1 154 1 154 1.30e-74 218 PZR72038.1 PZR72038.1 100 236 0 0 1 236 1 236 7.12e-176 481 KAG1302368.1 KAG1302368.1 100 78 0 0 1 78 1 78 2.66e-52 155 WP_101574454.1 WP_101574454.1 100 93 0 0 1 93 1 93 1.50e-58 172 PWI72242.1 PWI72242.1 100 522 0 0 1 522 1 522 0.0 1073 PWI72242.1 KAJ5060329.1 28.2 510 327 14 22 502 11 510 9.68e-52 182 PWI72242.1 KAG9084682.1 31.3 396 248 8 82 456 30 422 2.56e-50 177 PWI72242.1 XP_028717800.1 26.6 481 314 13 22 479 9 473 1.50e-40 151 PWI72242.1 XP_046922164.1 23.5 464 299 9 5 457 1 419 3.43e-24 103 UZY22531.1 UZY22531.1 100 341 0 0 1 341 1 341 1.22e-256 694 UZY22531.1 AFV39595.1 99.4 341 2 0 1 341 660 1000 3.95e-246 692 AMC51858.1 AMC51858.1 100 122 0 0 1 122 1 122 6.20e-85 241 WP_072519951.1 WP_072519951.1 100 122 0 0 1 122 1 122 2.63e-86 245 WP_240226434.1 WP_240226434.1 100 128 0 0 1 128 1 128 3.13e-90 255 WP_261695383.1 WP_261695383.1 100 133 0 0 1 133 1 133 4.90e-85 243 WP_261695383.1 WP_208947654.1 34.6 130 82 2 1 127 1 130 3.83e-12 58.2 WP_137974759.1 WP_137974759.1 100 84 0 0 1 84 1 84 4.72e-60 176 WP_137974759.1 WP_007683719.1 57.6 85 35 1 1 84 1 85 2.57e-28 95.9 XP_047856915.1 XP_047856915.1 100 158 0 0 1 158 1 158 4.60e-111 310 EYC35406.1 EYC35406.1 100 161 0 0 1 161 1 161 1.72e-112 314 WP_256304635.1 WP_256304635.1 100 678 0 0 1 678 1 678 0.0 1333 EPS43711.1 EPS43711.1 100 439 0 0 1 439 1 439 0.0 882 EPS43711.1 XP_009403500.1 37.4 155 87 4 6 153 181 332 1.05e-22 98.6 WP_033611379.1 WP_033611379.1 100 331 0 0 1 331 1 331 3.82e-239 649 MSE05949.1 MSE05949.1 100 259 0 0 1 259 1 259 3.49e-183 501 MBA4269667.1 MBA4269667.1 100 761 0 0 1 761 1 761 0.0 1477 WP_132448671.1 WP_132448671.1 100 131 0 0 1 131 1 131 1.36e-90 256 BBI69300.1 BBI69300.1 100 434 0 0 1 434 1 434 1.79e-312 843 BBI69300.1 WP_000576638.1 58.9 287 115 1 3 289 537 820 1.20e-107 335 WP_011313080.1 WP_011313080.1 100 306 0 0 1 306 1 306 1.57e-214 584 WP_011313080.1 WP_150071802.1 48.0 298 152 3 4 301 3 297 3.11e-80 244 EBG8325683.1 EBG8325683.1 100 151 0 0 1 151 1 151 4.86e-114 317 WP_139918144.1 WP_139918144.1 100 340 0 0 1 340 1 340 2.06e-243 660 NIP96332.1 NIP96332.1 100 316 0 0 1 316 1 316 1.39e-238 646 WGP98278.1 WGP98278.1 100 7096 0 0 1 7096 1 7096 0.0 11630 WGP98278.1 QWC83326.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11612 WGP98278.1 QSZ25555.1 84.9 7096 1068 0 1 7096 1 7096 0.0 11609 WGP98278.1 WEU87158.1 85.0 7096 1067 0 1 7096 1 7096 0.0 11607 WGP98278.1 QZU16279.1 85.3 7096 1045 0 1 7096 1 7096 0.0 11601 WGP98278.1 UBP50947.1 84.9 7096 1070 0 1 7096 1 7096 0.0 11600 WGP98278.1 QVD87869.1 84.9 7096 1067 1 1 7096 1 7093 0.0 11598 WGP98278.1 UBD95131.1 84.9 7096 1071 0 1 7096 1 7096 0.0 11597 WGP98278.1 UIR12670.1 85.3 7096 1040 2 1 7096 1 7092 0.0 11593 WGP98278.1 UPA83906.1 85.5 7096 1023 2 1 7096 1 7092 0.0 11593 WGP98278.1 UEC52718.1 84.9 7096 1074 0 1 7096 1 7096 0.0 11591 WGP98278.1 UMF87224.1 84.6 7096 1091 2 1 7096 1 7092 0.0 11583 WGP98278.1 UZO53924.1 84.8 7096 1074 1 1 7096 1 7093 0.0 11582 WGP98278.1 UVB16817.1 84.8 7096 1073 1 1 7096 1 7093 0.0 11581 WGP98278.1 URQ55824.1 84.8 7096 1074 1 1 7096 1 7093 0.0 11581 WGP98278.1 UBR86455.1 85.0 7095 1061 0 2 7096 1 7095 0.0 11540 WGP98278.1 UCP72061.1 84.2 7096 1119 0 1 7096 1 7096 0.0 11452 WGP98278.1 UXX67934.1 84.1 7096 1123 1 1 7096 1 7093 0.0 11445 WGP98278.1 UCP77012.1 84.1 7096 1129 0 1 7096 1 7096 0.0 11441 WGP98278.1 UGA79226.1 85.3 6961 1024 0 1 6961 1 6961 0.0 11391 WGP98278.1 UAQ80067.1 85.0 7096 1065 0 1 7096 1 7096 0.0 11390 WGP98278.1 UKN67998.1 83.4 7076 1174 2 21 7096 1 7072 0.0 11296 WGP98278.1 WHE12941.1 83.2 7070 1185 1 27 7096 1 7067 0.0 11269 WGP98278.1 UVI10561.1 82.4 7069 1240 1 28 7096 1 7066 0.0 11045 WGP98278.1 UOU30556.1 83.3 7096 1180 1 1 7096 1 7093 0.0 11036 WGP98278.1 UJT06733.1 81.4 7096 1318 2 1 7096 1 7092 0.0 10976 WGP98278.1 UMA88644.1 80.7 7075 1359 2 22 7096 1 7071 0.0 10510 WGP98278.1 WAS49087.1 79.6 7096 1446 1 1 7096 1 7093 0.0 10318 WGP98278.1 QTD03487.1 88.8 4364 490 0 1 4364 1 4364 0.0 7417 WGP98278.1 UFM00670.1 88.7 4364 495 0 1 4364 1 4364 0.0 7404 WGP98278.1 QXR94354.1 88.7 4364 489 1 1 4364 1 4361 0.0 7403 WGP98278.1 UEC68750.1 88.7 4364 495 0 1 4364 1 4364 0.0 7401 WGP98278.1 QTM79632.1 88.6 4364 493 1 1 4364 1 4361 0.0 7400 WGP98278.1 UBL45068.1 88.7 4364 493 0 1 4364 1 4364 0.0 7399 WGP98278.1 UHM53165.1 88.7 4364 495 0 1 4364 1 4364 0.0 7399 WGP98278.1 UFM02602.1 88.7 4364 495 0 1 4364 1 4364 0.0 7398 WGP98278.1 QTZ27226.1 88.6 4364 493 1 1 4364 1 4361 0.0 7397 WGP98278.1 ULA23837.2 88.6 4364 493 2 1 4364 1 4360 0.0 7390 WGP98278.1 UPP41269.1 88.6 4364 496 1 1 4364 1 4361 0.0 7387 WGP98278.1 UXH94526.1 88.6 4364 494 2 1 4364 1 4360 0.0 7386 WGP98278.1 USR14792.1 88.5 4364 497 1 1 4364 1 4361 0.0 7384 WGP98278.1 UKU68032.1 88.3 4364 507 2 1 4364 1 4360 0.0 7358 WGP98278.1 UJV88611.1 86.6 4364 579 2 1 4364 1 4360 0.0 7195 WGP98278.1 UGB98301.1 90.0 4364 438 0 1 4364 1 4364 0.0 7187 WGP98278.1 ULB83374.1 87.7 4364 531 2 1 4364 1 4360 0.0 7185 WGP98278.1 UJJ97602.1 86.5 4364 585 2 1 4364 1 4360 0.0 7179 WGP98278.1 UJS94137.1 88.3 4259 493 2 106 4364 1 4255 0.0 7132 WGP98278.1 WGP70063.1 89.0 4364 480 0 1 4364 1 4364 0.0 7039 WGP98278.1 UFA30503.1 87.0 4338 564 0 27 4364 1 4338 0.0 6945 WGP98278.1 QRX02582.1 88.3 4098 481 0 1 4098 1 4098 0.0 6890 WGP98278.1 UNI03201.1 85.8 4338 616 1 27 4364 1 4337 0.0 6783 WGP98278.1 WEI27974.1 82.5 4364 760 1 1 4364 1 4361 0.0 6636 WGP98278.1 UEX07109.1 81.2 4338 817 0 27 4364 1 4338 0.0 6372 WGP98278.1 URP80785.1 80.7 4337 835 1 28 4364 1 4334 0.0 6041 WGP98278.1 UYE49180.1 74.4 4364 1113 1 1 4364 1 4361 0.0 5447 WGP98278.1 UPB00876.1 73.7 4337 1138 1 28 4364 1 4334 0.0 5394 WGP98278.1 WGQ72821.1 67.8 4339 1396 0 26 4364 1 4339 0.0 4585 WP_190797347.1 WP_190797347.1 100 67 0 0 1 67 1 67 8.42e-42 128 WP_068647811.1 WP_068647811.1 100 138 0 0 1 138 1 138 1.82e-87 249 WP_201413968.1 WP_201413968.1 100 120 0 0 1 120 1 120 3.10e-84 239 WP_269082627.1 WP_269082627.1 100 40 0 0 1 40 1 40 1.15e-21 75.9 OQR96432.1 OQR96432.1 100 224 0 0 1 224 1 224 8.06e-176 479 MCA9916937.1 MCA9916937.1 100 752 0 0 1 752 1 752 0.0 1504 GIC06559.1 GIC06559.1 100 731 0 0 1 731 1 731 0.0 1414 GIC06559.1 WP_008045531.1 42.7 747 395 14 8 731 24 760 9.47e-173 512 GIC06559.1 NUQ31250.1 26.1 295 164 8 432 725 106 347 2.19e-16 79.7 WP_256588339.1 WP_256588339.1 100 145 0 0 1 145 1 145 6.48e-107 299 WP_209511935.1 WP_209511935.1 100 171 0 0 1 171 1 171 5.65e-116 324 WP_169872418.1 WP_169872418.1 100 228 0 0 1 228 1 228 1.13e-159 439 MSZ29533.1 MSZ29533.1 100 1044 0 0 1 1044 1 1044 0.0 2127 MSZ29533.1 MCL6457358.1 40.7 1007 571 11 15 1012 14 1003 2.76e-266 773 MSZ29533.1 WP_081224968.1 28.5 832 525 24 15 809 24 822 1.43e-90 308 MSZ29533.1 SCL13606.1 24.5 864 548 27 11 834 59 858 5.70e-42 164 MSZ29533.1 WP_194957532.1 21.9 841 468 40 22 791 16 738 7.18e-16 80.9 MSZ29533.1 XP_053592881.1 25.6 254 133 8 435 636 398 647 1.22e-12 70.5 MSZ29533.1 WP_233286789.1 31.4 105 69 2 520 624 378 479 1.22e-04 44.3 EJW7579374.1 EJW7579374.1 100 293 0 0 1 293 1 293 7.22e-193 528 EJW7579374.1 EIH4263652.1 96.2 260 10 0 34 293 296 555 2.39e-155 444 EJW7579374.1 EFN5389376.1 95.7 258 11 0 36 293 187 444 8.40e-145 429 EJW7579374.1 KDT27382.1 93.5 245 16 0 49 293 1 245 2.56e-135 399 EJW7579374.1 HAN0352225.1 65.6 291 98 1 5 293 1 291 3.16e-128 373 EJW7579374.1 EFL5817307.1 92.2 232 18 0 35 266 250 481 2.23e-126 367 MBM3780037.1 MBM3780037.1 100 129 0 0 1 129 1 129 9.29e-88 249 WP_130537043.1 WP_130537043.1 100 364 0 0 1 364 1 364 2.85e-253 687 WP_129553552.1 WP_129553552.1 100 308 0 0 1 308 1 308 2.05e-211 577 WP_129553552.1 TAH42824.1 43.6 220 124 0 65 284 4 223 2.58e-55 177 SDI97994.1 SDI97994.1 100 104 0 0 1 104 1 104 8.50e-70 202 OQY55840.1 OQY55840.1 100 144 0 0 1 144 1 144 1.94e-103 290 WP_006761119.1 WP_006761119.1 100 84 0 0 1 84 1 84 1.21e-53 159 WP_132579575.1 WP_132579575.1 100 72 0 0 1 72 1 72 9.36e-48 144 WP_132579575.1 WP_109124355.1 40.4 52 31 0 15 66 155 206 1.68e-06 41.6 WP_220073286.1 WP_220073286.1 100 499 0 0 1 499 1 499 0.0 1008 XP_055198731.1 XP_055198731.1 100 200 0 0 1 200 1 200 3.07e-159 436 MBQ8417539.1 MBQ8417539.1 100 211 0 0 1 211 1 211 9.41e-155 425 MBQ8417539.1 WP_242161393.1 46.2 212 113 1 1 211 1 212 2.44e-62 191 MBQ8417539.1 MBI5405531.1 35.9 198 125 2 1 196 1 198 4.09e-36 124 KAJ1449837.1 KAJ1449837.1 100 977 0 0 1 977 1 977 0.0 1541 WP_000576638.1 WP_000576638.1 100 821 0 0 1 821 1 821 0.0 1621 WP_000576638.1 WP_184601943.1 45.7 771 408 4 35 804 41 801 1.60e-228 661 WP_000576638.1 BBI69300.1 58.9 287 115 1 537 820 3 289 9.92e-110 341 WP_000576638.1 MBL6847974.1 26.7 359 227 13 131 478 11 344 1.92e-18 86.7 WP_000576638.1 RYZ40664.1 24.3 268 170 9 221 481 111 352 2.86e-08 55.1 WP_000576638.1 WP_083349422.1 41.9 43 25 0 215 257 102 144 4.99e-04 41.6 MYS48845.1 MYS48845.1 100 226 0 0 1 226 1 226 4.41e-156 430 XP_022120389.2 XP_022120389.2 100 180 0 0 1 180 1 180 6.79e-126 350 WP_199936433.1 WP_199936433.1 100 643 0 0 1 643 1 643 0.0 1311 WP_095556548.1 WP_095556548.1 100 426 0 0 1 426 1 426 7.41e-301 813 WP_095556548.1 MBO0691049.1 33.0 361 208 11 42 401 1 328 2.35e-29 115 NLN79518.1 NLN79518.1 100 100 0 0 1 100 1 100 3.26e-72 207 WP_139032727.1 WP_139032727.1 100 585 0 0 1 585 1 585 0.0 1088 WP_139032727.1 WP_149397594.1 35.0 537 328 7 23 558 23 539 6.54e-100 313 WP_029364876.1 WP_029364876.1 100 193 0 0 1 193 1 193 7.00e-148 406 WP_029364876.1 WP_271268402.1 67.3 196 59 2 1 192 198 392 2.15e-96 285 HIG96475.1 HIG96475.1 100 283 0 0 1 283 1 283 1.38e-201 550 XP_012066326.1 XP_012066326.1 100 156 0 0 1 156 1 156 6.06e-106 297 WP_274604755.1 WP_274604755.1 100 250 0 0 1 250 1 250 1.16e-172 474 WP_274604755.1 WP_212663497.1 40.4 47 28 0 11 57 216 262 1.83e-05 43.5 MBL0280791.1 MBL0280791.1 100 771 0 0 1 771 1 771 0.0 1540 XP_024081758.1 XP_024081758.1 100 2688 0 0 1 2688 1 2688 0.0 4706 KFK25655.1 KFK25655.1 100 256 0 0 1 256 1 256 1.13e-182 499 WP_176572922.1 WP_176572922.1 100 222 0 0 1 222 1 222 9.98e-151 416 WP_176572922.1 WP_091735241.1 55.6 216 95 1 6 221 4 218 6.23e-70 211 XP_039286754.1 XP_039286754.1 100 274 0 0 1 274 1 274 1.44e-178 491 XP_039286754.1 XP_024696459.1 30.2 172 102 4 112 267 307 476 9.88e-10 57.0 MBK7906023.1 MBK7906023.1 100 401 0 0 1 401 1 401 8.47e-292 788 MBK7906023.1 MBV9252674.1 33.7 264 142 7 31 265 21 280 5.36e-30 115 MCP4742086.1 MCP4742086.1 100 241 0 0 1 241 1 241 2.00e-164 452 WGY84075.1 WGY84075.1 100 563 0 0 1 563 1 563 0.0 1118 RMG09135.1 RMG09135.1 100 189 0 0 1 189 1 189 9.74e-119 332 XP_016192053.1 XP_016192053.1 100 277 0 0 1 277 1 277 1.11e-213 580 RZJ10574.1 RZJ10574.1 100 245 0 0 1 245 1 245 6.05e-177 484 MBQ6246919.1 MBQ6246919.1 100 372 0 0 1 372 1 372 4.15e-266 720 MBE5709430.1 MBE5709430.1 100 253 0 0 1 253 1 253 6.77e-178 487 MBQ8297564.1 MBQ8297564.1 100 575 0 0 1 575 1 575 0.0 1044 MBQ8297564.1 NFD84694.1 37.2 532 325 5 44 569 230 758 4.94e-98 313 MBQ8297564.1 MBQ4454347.1 31.8 475 322 2 89 562 95 568 1.33e-76 252 MBQ8297564.1 WP_195368055.1 32.9 490 309 6 87 566 92 571 4.52e-73 242 MBQ8297564.1 WP_036258374.1 34.1 534 316 8 60 574 52 568 1.20e-70 236 MBQ8297564.1 WP_195238978.1 35.4 319 202 2 253 569 404 720 1.11e-55 198 MBQ8297564.1 KAI9191373.1 29.4 384 243 5 183 562 246 605 6.04e-48 177 MBQ8297564.1 MBT3459617.1 41.6 214 124 1 350 562 1 214 9.36e-48 164 MBQ8297564.1 KAJ2660037.1 33.9 227 148 2 330 556 1807 2031 2.34e-34 137 MBQ8297564.1 KAF9974715.1 29.2 312 211 4 255 558 1021 1330 2.68e-34 137 MBQ8297564.1 WP_247749043.1 32.0 250 163 4 328 572 354 601 1.98e-33 133 MBQ8297564.1 WP_222599035.1 29.4 299 209 2 259 556 391 688 1.46e-31 128 MBQ8297564.1 WP_038440434.1 22.4 491 367 5 89 574 92 573 2.83e-30 123 MBQ8297564.1 WP_041481207.1 30.0 240 168 0 300 539 303 542 4.28e-29 119 MBQ8297564.1 MWR41881.1 30.8 224 130 7 347 556 41 253 4.97e-20 88.6 MBQ8297564.1 WP_278489123.1 31.6 228 142 5 348 568 26 246 4.39e-18 83.2 MBQ8297564.1 WP_237907640.1 26.4 216 136 5 353 558 22 224 6.46e-17 80.9 MBQ8297564.1 WP_142133210.1 30.3 211 136 5 350 554 26 231 2.40e-16 77.4 MBQ8297564.1 WP_258581409.1 28.2 213 136 7 350 555 19 221 1.32e-14 73.9 MBQ8297564.1 WP_072380563.1 27.0 237 148 8 332 555 2 226 1.66e-13 68.9 MBQ8297564.1 WP_192324556.1 28.3 226 120 7 349 550 344 551 1.14e-12 68.9 MBQ8297564.1 WP_145468487.1 29.8 171 102 5 351 512 27 188 1.57e-11 62.8 MBQ8297564.1 MCH4209672.1 31.1 148 88 4 355 502 403 536 5.44e-11 63.5 MBQ8297564.1 RUU66461.1 26.6 218 147 6 349 557 105 318 1.36e-10 61.6 MBQ8297564.1 HBO4828144.1 24.9 197 134 5 349 541 29 215 1.36e-09 57.8 MBQ8297564.1 WP_088153117.1 23.4 218 138 5 360 562 24 227 1.70e-09 58.2 MBQ8297564.1 WP_142931103.1 26.1 176 108 5 348 514 274 436 2.07e-08 55.1 MBQ8297564.1 WP_098952357.1 26.6 218 134 7 349 550 30 237 4.16e-08 53.5 MBQ8297564.1 MBO5162475.1 24.2 260 152 8 311 546 235 473 2.63e-07 51.6 MBQ8297564.1 WP_150396769.1 21.8 234 157 7 353 572 292 513 4.70e-07 50.8 MBQ8297564.1 WP_089246429.1 25.8 244 153 11 320 548 252 482 2.26e-05 45.4 WP_039930315.1 WP_039930315.1 100 219 0 0 1 219 1 219 2.44e-145 402 KAF1039360.1 KAF1039360.1 100 420 0 0 1 420 1 420 8.22e-295 797 KAF1039360.1 WP_109993532.1 47.0 149 79 0 271 419 339 487 1.37e-33 129 WP_222952672.1 WP_222952672.1 100 342 0 0 1 342 1 342 1.39e-242 658 WP_222952672.1 WP_021500824.1 27.7 300 186 5 8 285 5 295 3.17e-17 79.7 WP_091759775.1 WP_091759775.1 100 443 0 0 1 443 1 443 1.80e-312 843 WP_219486374.1 WP_219486374.1 100 327 0 0 1 327 1 327 5.65e-239 648 WP_055091847.1 WP_055091847.1 100 240 0 0 1 240 1 240 3.91e-166 456 WP_238837572.1 WP_238837572.1 100 271 0 0 1 271 1 271 1.83e-200 546 WP_238837572.1 WP_104459365.1 31.2 263 169 7 3 263 16 268 2.50e-31 115 WP_238837572.1 MBX8197149.1 31.6 253 158 6 3 254 5 243 2.90e-29 110 EHK3702610.1 EHK3702610.1 100 108 0 0 1 108 1 108 1.05e-74 214 EFV8345964.1 EFV8345964.1 100 257 0 0 1 257 1 257 5.85e-165 455 MBB2134936.1 MBB2134936.1 100 24 0 0 1 24 1 24 2.86e-16 61.2 WP_162485939.1 WP_162485939.1 100 196 0 0 1 196 1 196 2.51e-138 382 KFF47610.1 KFF47610.1 100 445 0 0 1 445 1 445 7.02e-311 840 KFF47610.1 WP_107352122.1 51.8 438 204 4 6 442 7 438 1.08e-143 416 KFF47610.1 MBI2528438.1 37.3 118 61 4 18 130 15 124 7.02e-08 52.4 KFF47610.1 WP_173283317.1 29.7 148 71 4 19 141 11 150 1.16e-06 48.5 HBC7850765.1 HBC7850765.1 100 184 0 0 1 184 1 184 5.37e-134 370 WP_026729912.1 WP_026729912.1 100 222 0 0 1 222 1 222 6.82e-158 434 MBU2837240.1 MBU2837240.1 100 143 0 0 1 143 1 143 2.02e-100 282 MCH5231772.1 MCH5231772.1 100 541 0 0 1 541 1 541 0.0 1063 MCH5231772.1 OQA35671.1 31.0 536 355 5 1 527 1 530 2.59e-79 259 MCH5231772.1 WP_089095302.1 28.2 532 357 11 1 521 3 520 9.92e-61 209 MCH5231772.1 WP_173040157.1 25.9 505 327 9 16 511 20 486 9.97e-42 156 MCH5231772.1 WP_041710957.1 23.2 564 313 13 1 523 3 487 3.91e-36 140 MCH5231772.1 WP_132175930.1 26.5 226 140 6 9 230 35 238 2.21e-13 69.7 MCH5231772.1 MCB0243881.1 35.7 70 41 1 147 212 137 206 1.57e-05 44.7 MCE1200518.1 MCE1200518.1 100 201 0 0 1 201 1 201 1.70e-143 396 CAA9338705.1 CAA9338705.1 100 361 0 0 1 361 1 361 1.07e-251 683 XP_011822310.1 XP_011822310.1 100 282 0 0 1 282 1 282 1.31e-219 595 XP_011822310.1 GAA38267.2 38.5 247 123 8 38 273 259 487 7.12e-45 156 XP_011822310.1 KAH8394604.1 30.1 249 145 10 38 274 21 252 8.86e-21 87.4 MBE6491651.1 MBE6491651.1 100 188 0 0 1 188 1 188 7.32e-143 393 WP_255632456.1 WP_255632456.1 100 142 0 0 1 142 1 142 2.28e-101 285 WP_120851940.1 WP_120851940.1 100 246 0 0 1 246 1 246 1.61e-177 486 WP_230269925.1 WP_230269925.1 100 190 0 0 1 190 1 190 1.26e-135 375 QBL97920.1 QBL97920.1 100 809 0 0 1 809 1 809 0.0 1254 KAJ3865263.1 KAJ3865263.1 100 1113 0 0 1 1113 1 1113 0.0 2147 NDJ88951.1 NDJ88951.1 100 550 0 0 1 550 1 550 0.0 1097 NDJ88951.1 RLB66027.1 29.1 537 333 19 3 523 1 505 8.15e-45 164 NDJ88951.1 WP_112119927.1 23.2 526 330 13 3 523 1 457 1.75e-26 110 NDJ88951.1 HBN9628875.1 25.6 527 326 18 17 525 694 1172 4.66e-24 105 NDJ88951.1 XP_052525039.1 24.3 548 324 19 27 523 124 631 1.22e-18 87.8 NDJ88951.1 WP_254101325.1 24.2 533 339 22 27 523 105 608 3.06e-15 77.0 NDJ88951.1 EJG3313804.1 21.5 381 256 13 98 459 83 439 5.10e-06 47.4 MBQ2085260.1 MBQ2085260.1 100 143 0 0 1 143 1 143 8.57e-102 286 KAH3670308.1 KAH3670308.1 100 286 0 0 1 286 1 286 4.63e-144 404 WP_013611731.1 WP_013611731.1 100 141 0 0 1 141 1 141 3.94e-106 296 SFX27592.1 SFX27592.1 100 692 0 0 1 692 1 692 0.0 1338 SFX27592.1 OFX32653.1 31.6 588 364 13 127 687 41 617 3.94e-75 253 SFX27592.1 WP_074319120.1 31.6 535 353 5 162 687 208 738 4.68e-69 238 SFX27592.1 HCT06136.1 29.5 509 341 10 140 635 195 698 1.36e-62 220 SFX27592.1 WP_041591748.1 27.6 558 383 8 141 687 89 636 9.15e-58 205 SFX27592.1 MBI6149093.1 27.6 555 387 9 142 687 218 766 2.45e-57 206 SFX27592.1 WP_278631399.1 27.2 147 78 3 511 629 501 646 1.55e-10 62.8 KAJ1918571.1 KAJ1918571.1 100 231 0 0 1 231 1 231 7.96e-166 455 WP_190728164.1 WP_190728164.1 100 82 0 0 1 82 1 82 3.13e-55 163 MCD1648821.1 MCD1648821.1 100 114 0 0 1 114 1 114 1.06e-79 228 WP_002318774.1 WP_002318774.1 100 671 0 0 1 671 1 671 0.0 1284 GDX50632.1 GDX50632.1 100 259 0 0 1 259 1 259 7.13e-192 523 GDX50632.1 MCB0558738.1 49.2 240 120 2 21 259 4 242 3.07e-74 224 PZR90627.1 PZR90627.1 100 356 0 0 1 356 1 356 7.27e-252 683 PZR90627.1 NEO63080.1 42.4 321 181 3 36 352 50 370 3.32e-73 230 PZR90627.1 KAH8969015.1 38.9 329 187 4 10 329 137 460 2.23e-53 181 PZR90627.1 WP_247072383.1 36.0 331 200 8 10 334 13 337 7.65e-48 164 MCM1122913.1 MCM1122913.1 100 73 0 0 1 73 1 73 1.00e-47 144 MCM1122913.1 WP_223292749.1 47.8 69 36 0 3 71 7 75 1.30e-18 70.9 MCM1122913.1 WP_186939222.1 45.2 73 40 0 1 73 1 73 4.66e-16 68.9 WP_154963182.1 WP_154963182.1 100 1020 0 0 1 1020 1 1020 0.0 1935 WP_154963182.1 WP_172616972.1 28.3 1006 692 13 18 1008 23 1014 6.45e-109 361 WP_154963182.1 WP_039608285.1 24.7 1036 730 19 1 1014 1 1008 3.87e-65 237 WP_154963182.1 WP_133325549.1 23.3 1058 701 23 1 1008 1 997 1.33e-51 195 WP_154963182.1 WP_096647361.1 23.4 1061 732 25 3 1013 5 1034 3.24e-41 162 WP_154963182.1 WP_265225845.1 22.8 1072 750 27 1 1012 1 1054 4.52e-41 162 UKU68032.1 UKU68032.1 100 4401 0 0 1 4401 1 4401 0.0 8618 UKU68032.1 ULA23837.2 99.6 4401 18 0 1 4401 1 4401 0.0 8611 UKU68032.1 UIR12670.1 99.6 4397 16 0 1 4397 1 4397 0.0 8609 UKU68032.1 UXH94526.1 99.6 4401 19 0 1 4401 1 4401 0.0 8607 UKU68032.1 UPA83906.1 99.5 4397 20 0 1 4397 1 4397 0.0 8598 UKU68032.1 UMF87224.1 99.1 4397 40 0 1 4397 1 4397 0.0 8596 UKU68032.1 QTD03487.1 99.3 4405 27 2 1 4401 1 4405 0.0 8591 UKU68032.1 QXR94354.1 99.3 4402 28 1 1 4401 1 4402 0.0 8590 UKU68032.1 UPP41269.1 99.3 4402 29 1 1 4401 1 4402 0.0 8589 UKU68032.1 QTM79632.1 99.3 4402 31 1 1 4401 1 4402 0.0 8588 UKU68032.1 USR14792.1 99.3 4402 30 1 1 4401 1 4402 0.0 8587 UKU68032.1 UZO53924.1 99.4 4398 27 1 1 4397 1 4398 0.0 8586 UKU68032.1 QWC83326.1 99.4 4401 24 2 1 4397 1 4401 0.0 8585 UKU68032.1 UVB16817.1 99.4 4398 27 1 1 4397 1 4398 0.0 8584 UKU68032.1 QTZ27226.1 99.2 4402 33 1 1 4401 1 4402 0.0 8583 UKU68032.1 QVD87869.1 99.4 4398 27 1 1 4397 1 4398 0.0 8583 UKU68032.1 URQ55824.1 99.3 4398 28 1 1 4397 1 4398 0.0 8583 UKU68032.1 QSZ25555.1 99.3 4401 26 2 1 4397 1 4401 0.0 8583 UKU68032.1 UFM00670.1 99.2 4405 30 2 1 4401 1 4405 0.0 8581 UKU68032.1 WEU87158.1 99.3 4401 26 2 1 4397 1 4401 0.0 8580 UKU68032.1 UEC68750.1 99.2 4405 30 2 1 4401 1 4405 0.0 8579 UKU68032.1 UBP50947.1 99.3 4401 27 2 1 4397 1 4401 0.0 8577 UKU68032.1 QZU16279.1 99.3 4401 27 2 1 4397 1 4401 0.0 8577 UKU68032.1 UBD95131.1 99.3 4401 27 2 1 4397 1 4401 0.0 8576 UKU68032.1 UHM53165.1 99.2 4405 30 2 1 4401 1 4405 0.0 8576 UKU68032.1 UFM02602.1 99.2 4405 30 2 1 4401 1 4405 0.0 8576 UKU68032.1 UBL45068.1 99.2 4405 30 2 1 4401 1 4405 0.0 8574 UKU68032.1 UEC52718.1 99.2 4401 31 2 1 4397 1 4401 0.0 8568 UKU68032.1 UKN67998.1 99.6 4377 17 0 21 4397 1 4377 0.0 8567 UKU68032.1 UBR86455.1 98.0 4400 82 2 2 4397 1 4400 0.0 8447 UKU68032.1 UXX67934.1 97.8 4398 94 1 1 4397 1 4398 0.0 8425 UKU68032.1 UOU30556.1 98.3 4398 75 1 1 4397 1 4398 0.0 8423 UKU68032.1 UJV88611.1 97.6 4401 104 0 1 4401 1 4401 0.0 8416 UKU68032.1 UCP77012.1 97.7 4401 98 2 1 4397 1 4401 0.0 8409 UKU68032.1 UJJ97602.1 97.5 4401 110 0 1 4401 1 4401 0.0 8400 UKU68032.1 UCP72061.1 97.6 4401 103 2 1 4397 1 4401 0.0 8398 UKU68032.1 UAQ80067.1 97.4 4401 109 2 1 4397 1 4401 0.0 8387 UKU68032.1 UGA79226.1 96.8 4401 135 2 1 4397 1 4401 0.0 8320 UKU68032.1 UJS94137.1 98.6 4296 58 0 106 4401 1 4296 0.0 8309 UKU68032.1 ULB83374.1 96.4 4401 158 0 1 4401 1 4401 0.0 8281 UKU68032.1 WHE12941.1 96.8 4372 138 1 27 4397 1 4372 0.0 8273 UKU68032.1 UVI10561.1 95.7 4371 185 1 28 4397 1 4371 0.0 8160 UKU68032.1 UGB98301.1 93.8 4405 268 2 1 4401 1 4405 0.0 8009 UKU68032.1 UJT06733.1 94.0 4397 266 0 1 4397 1 4397 0.0 7992 UKU68032.1 QRX02582.1 99.3 4098 23 2 1 4094 1 4098 0.0 7968 UKU68032.1 UMA88644.1 92.9 4376 309 0 22 4397 1 4376 0.0 7834 UKU68032.1 UFA30503.1 92.9 4340 302 2 27 4362 1 4340 0.0 7791 UKU68032.1 WEI27974.1 91.6 4402 370 1 1 4401 1 4402 0.0 7741 UKU68032.1 WGP70063.1 91.9 4369 349 2 1 4365 1 4369 0.0 7738 UKU68032.1 UNI03201.1 91.1 4378 385 2 27 4401 1 4378 0.0 7685 UKU68032.1 WGP98278.1 88.3 4364 507 2 1 4360 1 4364 0.0 7346 UKU68032.1 UEX07109.1 87.5 4379 543 2 27 4401 1 4379 0.0 7324 UKU68032.1 WAS49087.1 84.4 4398 684 1 1 4397 1 4398 0.0 6976 UKU68032.1 URP80785.1 83.1 4375 738 1 28 4401 1 4375 0.0 6791 UKU68032.1 UYE49180.1 77.5 4402 990 1 1 4401 1 4402 0.0 6230 UKU68032.1 UPB00876.1 76.9 4375 1011 1 28 4401 1 4375 0.0 6183 UKU68032.1 WGQ72821.1 67.2 4344 1422 2 26 4365 1 4344 0.0 5094 NUP45658.1 NUP45658.1 100 226 0 0 1 226 1 226 9.66e-160 439 WP_041591748.1 WP_041591748.1 100 653 0 0 1 653 1 653 0.0 1224 WP_041591748.1 OFX32653.1 35.8 559 349 5 89 638 62 619 1.85e-98 313 WP_041591748.1 HCT06136.1 33.2 549 350 4 89 625 196 739 2.22e-90 295 WP_041591748.1 MBI6149093.1 33.6 554 360 5 90 638 218 768 9.05e-88 288 WP_041591748.1 WP_074319120.1 30.4 542 352 8 110 637 209 739 1.50e-62 219 WP_041591748.1 SFX27592.1 27.3 556 385 6 90 636 142 687 1.14e-53 194 WP_041591748.1 MBY0273331.1 24.2 550 367 10 84 589 38 581 1.92e-34 138 WP_041591748.1 WP_176307440.1 24.0 441 308 10 152 585 311 731 2.96e-22 100 WP_041591748.1 WP_278631399.1 28.5 214 107 4 424 595 450 659 1.32e-12 69.3 WP_041591748.1 WP_019100427.1 26.1 142 80 1 462 578 549 690 8.37e-11 63.5 WP_041591748.1 MBE5737882.1 29.0 162 83 4 462 591 511 672 1.88e-10 62.4 EED8954498.1 EED8954498.1 100 559 0 0 1 559 1 559 0.0 1051 EED8954498.1 CRZ84703.1 51.7 234 103 3 281 506 3 234 1.18e-49 179 MBU0638288.1 MBU0638288.1 100 648 0 0 1 648 1 648 0.0 1310 XP_023618023.1 XP_023618023.1 100 995 0 0 1 995 1 995 0.0 1904 KAJ7901288.1 KAJ7901288.1 100 416 0 0 1 416 1 416 1.08e-176 498 WP_005969797.1 WP_005969797.1 100 108 0 0 1 108 1 108 3.97e-70 203 WP_168976500.1 WP_168976500.1 100 578 0 0 1 578 1 578 0.0 1129 WP_061213510.1 WP_061213510.1 100 940 0 0 1 940 1 940 0.0 1816 TLZ56659.1 TLZ56659.1 100 188 0 0 1 188 1 188 2.98e-142 392 ROW17242.1 ROW17242.1 100 605 0 0 1 605 1 605 0.0 1269 XP_030111227.1 XP_030111227.1 100 445 0 0 1 445 1 445 0.0 868 XP_030111227.1 WP_088008362.1 42.8 437 239 5 1 437 51 476 3.69e-103 314 WP_254860001.1 WP_254860001.1 100 127 0 0 1 127 1 127 7.69e-95 267 WP_147757699.1 WP_147757699.1 100 336 0 0 1 336 1 336 1.31e-253 686 WP_147757699.1 ADT83844.1 28.5 137 93 3 27 160 120 254 2.04e-13 68.9 WP_149786838.1 WP_149786838.1 100 201 0 0 1 201 1 201 1.44e-135 376 WP_149786838.1 NPV11463.1 32.5 191 121 3 13 196 9 198 9.81e-17 73.6 WP_149786838.1 WP_193275955.1 38.2 110 67 1 86 195 324 432 9.69e-13 64.3 WP_149786838.1 MBU2178615.1 29.2 168 109 2 1 168 112 269 3.69e-11 59.3 MBQ7514694.1 MBQ7514694.1 100 209 0 0 1 209 1 209 6.12e-150 413 KAJ8599810.1 KAJ8599810.1 100 646 0 0 1 646 1 646 0.0 1305 WP_015919400.1 WP_015919400.1 100 801 0 0 1 801 1 801 0.0 1540 WP_015919400.1 WP_015615815.1 41.4 807 430 17 1 775 1 796 9.44e-187 555 WP_015919400.1 MCJ7548546.1 42.6 714 372 13 4 680 7 719 2.26e-153 463 WP_015919400.1 MBL8638832.1 36.1 837 453 18 4 774 48 868 5.45e-141 439 WP_015919400.1 KAI5122644.1 28.5 743 451 20 92 770 469 1195 6.15e-59 216 WP_015919400.1 KZV11597.1 27.2 647 406 19 131 719 123 762 4.43e-46 176 ADT83844.1 ADT83844.1 100 424 0 0 1 424 1 424 1.04e-315 850 ADT83844.1 WP_147757699.1 27.7 137 94 3 120 254 27 160 2.58e-13 68.9 CQR43717.1 CQR43717.1 100 60 0 0 1 60 1 60 8.34e-39 120 AZT92937.1 AZT92937.1 100 114 0 0 1 114 1 114 1.69e-85 242 MCG8609391.1 MCG8609391.1 100 118 0 0 1 118 1 118 2.57e-82 234 WP_143435921.1 WP_143435921.1 100 146 0 0 1 146 1 146 2.62e-93 265 WP_143435921.1 WP_139484744.1 36.4 121 68 3 17 134 9 123 6.42e-08 47.0 KAI5237214.1 KAI5237214.1 100 96 0 0 1 96 1 96 1.08e-66 193 KAI4790364.1 KAI4790364.1 100 889 0 0 1 889 1 889 0.0 1343 WP_090149712.1 WP_090149712.1 100 484 0 0 1 484 1 484 0.0 974 WP_090149712.1 WP_227317406.1 32.5 468 293 5 6 472 5 450 3.98e-76 244 KAI7428497.1 KAI7428497.1 100 496 0 0 1 496 1 496 0.0 990 KAI7428497.1 KAE8322051.1 36.6 361 197 12 14 356 9 355 1.19e-47 167 WP_023840997.1 WP_023840997.1 100 775 0 0 1 775 1 775 0.0 1375 WP_023840997.1 MBJ7506254.1 36.2 754 399 14 5 744 8 693 4.01e-124 386 WP_023840997.1 WP_002615101.1 33.7 555 315 6 169 706 174 692 9.93e-67 233 MCL5016798.1 MCL5016798.1 100 558 0 0 1 558 1 558 0.0 1084 HJC43196.1 HJC43196.1 100 108 0 0 1 108 1 108 1.13e-78 224 XP_033115746.1 XP_033115746.1 100 560 0 0 1 560 1 560 2.67e-264 731 MCA9828892.1 MCA9828892.1 100 307 0 0 1 307 1 307 6.79e-230 623 KAE9534034.1 KAE9534034.1 100 421 0 0 1 421 1 421 9.86e-308 830 WP_099723413.1 WP_099723413.1 100 286 0 0 1 286 1 286 2.06e-209 570 WP_099723413.1 WP_255657001.1 30.8 289 183 6 8 283 4 288 3.07e-28 108 MCR4805905.1 MCR4805905.1 100 222 0 0 1 222 1 222 1.19e-167 459 MXV83649.1 MXV83649.1 100 202 0 0 1 202 1 202 4.35e-151 415 WP_129502220.1 WP_129502220.1 100 489 0 0 1 489 1 489 0.0 935 VDL88157.1 VDL88157.1 100 99 0 0 1 99 1 99 2.23e-65 190 MCA1930442.1 MCA1930442.1 100 271 0 0 1 271 1 271 6.04e-190 519 MCA1930442.1 WP_050210146.1 44.3 246 131 4 5 248 765 1006 2.07e-52 181 MCA1930442.1 KAH6611424.1 40.7 145 81 3 102 241 810 954 1.33e-22 95.5 WP_205833587.1 WP_205833587.1 100 301 0 0 1 301 1 301 1.45e-212 579 WP_205833587.1 TQJ11194.1 31.1 293 192 3 3 285 15 307 8.81e-30 113 XP_028540875.1 XP_028540875.1 100 771 0 0 1 771 1 771 0.0 1500 WP_004127832.1 WP_004127832.1 100 97 0 0 1 97 1 97 1.47e-60 178 MBX6373297.1 MBX6373297.1 100 416 0 0 1 416 1 416 2.91e-302 815 KAI1294496.1 KAI1294496.1 100 141 0 0 1 141 1 141 1.48e-92 262 MBA2742690.1 MBA2742690.1 100 61 0 0 1 61 1 61 3.64e-38 119 PJB11797.1 PJB11797.1 100 201 0 0 1 201 1 201 1.15e-141 391 PJB11797.1 HBW9511025.1 46.0 189 102 0 3 191 6 194 5.03e-56 174 PJB11797.1 MCE2883039.1 42.8 138 76 2 57 191 2 139 1.99e-34 117 OWZ15943.1 OWZ15943.1 100 167 0 0 1 167 1 167 1.33e-87 252 KAJ0788155.1 KAJ0788155.1 100 82 0 0 1 82 1 82 9.32e-57 167 KAJ3641143.1 KAJ3641143.1 100 575 0 0 1 575 1 575 0.0 1117 OSS44110.1 OSS44110.1 100 479 0 0 1 479 1 479 0.0 926 XP_003878446.1 XP_003878446.1 100 189 0 0 1 189 1 189 9.56e-135 373 ONK59585.1 ONK59585.1 100 535 0 0 1 535 1 535 0.0 1059 MBQ7856432.1 MBQ7856432.1 100 433 0 0 1 433 1 433 7.04e-314 846 MBQ7856432.1 WP_156061037.1 35.0 428 247 10 4 404 2 425 7.89e-72 231 KAJ9220763.1 KAJ9220763.1 100 406 0 0 26 431 26 431 6.66e-166 471 WP_102296123.1 WP_102296123.1 100 209 0 0 1 209 1 209 8.07e-155 425 WP_228062638.1 WP_228062638.1 100 1068 0 0 1 1068 1 1068 0.0 2087 WP_228062638.1 WP_034473228.1 49.2 1132 506 9 2 1068 4 1131 0.0 983 RBQ75851.1 RBQ75851.1 100 539 0 0 1 539 1 539 0.0 984 WP_247498151.1 WP_247498151.1 100 203 0 0 1 203 1 203 9.47e-151 414 WP_247498151.1 WP_092156886.1 57.1 170 71 1 15 184 9 176 7.61e-60 184 WP_247498151.1 XP_032812066.1 34.8 155 95 3 16 167 9 160 2.46e-17 75.9 WP_258835625.1 WP_258835625.1 100 453 0 0 1 453 1 453 0.0 886 WP_258835625.1 MBP6375542.1 69.8 444 128 3 1 443 1 439 3.79e-222 615 WP_258835625.1 MBT4710545.1 47.4 447 225 6 1 443 1 441 1.26e-129 381 WP_258835625.1 PWM49891.1 40.3 444 255 6 1 442 1 436 1.20e-97 298 WP_258835625.1 WP_249505358.1 38.0 450 257 7 3 443 2 438 1.58e-94 290 WP_258835625.1 GER04731.1 31.0 439 276 12 7 440 9 425 8.00e-45 160 RCV36353.1 RCV36353.1 100 458 0 0 1 458 1 458 0.0 910 RCV36353.1 MCB5199682.1 26.3 114 79 1 84 192 66 179 4.81e-07 50.1 WP_002264996.1 WP_002264996.1 100 234 0 0 1 234 1 234 1.79e-159 439 WP_002264996.1 XP_023607675.1 27.8 263 151 7 2 234 176 429 3.78e-16 75.5 WP_002264996.1 XP_028261945.1 27.8 263 151 7 2 234 175 428 5.02e-16 75.1 WP_125091196.1 WP_125091196.1 100 325 0 0 1 325 1 325 9.05e-219 597 WP_272906673.1 WP_272906673.1 100 483 0 0 1 483 1 483 0.0 939 WP_272906673.1 WP_278449211.1 34.8 477 269 8 6 473 8 451 2.75e-85 268 WP_272906673.1 WP_124213670.1 36.5 469 279 5 6 472 5 456 1.74e-84 266 WP_272906673.1 WP_164653811.1 34.4 477 267 8 6 474 27 465 2.23e-78 251 WP_272906673.1 WP_205173112.1 35.6 340 195 4 140 478 148 464 2.91e-66 219 WP_272906673.1 WP_175896721.1 43.5 306 155 6 140 435 148 445 1.81e-65 216 WP_272906673.1 KNY10996.1 42.5 261 138 2 147 396 1 260 8.19e-62 202 WP_272906673.1 WP_271786410.1 38.5 340 196 5 140 477 8 336 5.18e-60 199 WP_272906673.1 MBP7222158.1 35.3 320 183 5 159 477 21 317 2.24e-57 191 WP_272906673.1 MBM3222384.1 51.7 60 26 2 424 482 146 203 3.01e-08 52.4 WP_272906673.1 WP_232306300.1 32.0 122 79 3 4 123 1121 1240 1.60e-07 52.4 WP_272906673.1 WP_007708736.1 25.6 129 92 2 6 130 4 132 1.07e-05 45.1 WP_272906673.1 MBQ5584458.1 28.0 118 80 2 6 119 4 120 6.16e-05 42.7 WP_239280620.1 WP_239280620.1 100 322 0 0 1 322 1 322 1.02e-218 596 WP_239280620.1 AHG02917.1 36.8 304 179 3 20 318 14 309 1.47e-51 171 WP_239280620.1 MBX7055839.1 34.2 325 187 5 11 317 8 323 2.07e-46 158 WP_239280620.1 MBE7554905.1 31.3 336 208 3 9 321 3 338 3.75e-41 144 WP_239280620.1 WP_208042111.1 31.2 308 211 1 9 316 3 309 4.41e-40 141 WP_239280620.1 WP_149656427.1 30.4 273 176 4 60 320 55 325 5.30e-33 122 WP_239280620.1 KQB14740.1 31.3 288 188 4 39 317 38 324 1.53e-31 119 WP_239280620.1 KAB2860347.1 41.2 114 67 0 204 317 1 114 2.71e-22 88.6 MCE2456387.1 MCE2456387.1 100 417 0 0 1 417 1 417 1.47e-316 852 MCE2456387.1 AMJ52230.1 38.6 101 62 0 135 235 2 102 5.38e-23 91.3 KAH0455857.1 KAH0455857.1 100 953 0 0 1 953 1 953 0.0 1862 KAH0455857.1 XP_020425985.1 44.8 96 53 0 585 680 266 361 1.74e-12 69.3 MBO7602558.1 MBO7602558.1 100 366 0 0 1 366 1 366 8.33e-263 711 MBA3364572.1 MBA3364572.1 100 182 0 0 1 182 1 182 2.11e-130 361 MBA3364572.1 ORV24296.1 31.6 171 115 2 10 179 16 185 4.65e-13 62.8 KAF6037074.1 KAF6037074.1 100 148 0 0 1 148 1 148 9.50e-115 319 EJD6083724.1 EJD6083724.1 100 113 0 0 1 113 1 113 2.25e-76 219 XP_053603972.1 XP_053603972.1 100 590 0 0 1 590 1 590 0.0 1156 WP_168987397.1 WP_168987397.1 100 173 0 0 1 173 1 173 3.15e-123 342 WP_087514544.1 WP_087514544.1 100 126 0 0 1 126 1 126 8.66e-78 224 MBL4661703.1 MBL4661703.1 100 150 0 0 1 150 1 150 3.17e-105 295 WP_157447226.1 WP_157447226.1 100 226 0 0 1 226 1 226 3.51e-162 445 KAE9687153.1 KAE9687153.1 100 121 0 0 1 121 1 121 1.53e-80 230 HED33315.1 HED33315.1 100 384 0 0 1 384 1 384 3.77e-259 704 WP_000446844.1 WP_000446844.1 100 300 0 0 1 300 1 300 2.10e-225 611 WP_168945101.1 WP_168945101.1 100 466 0 0 1 466 1 466 0.0 910 WP_168945101.1 WP_064962354.1 26.4 367 231 14 1 349 1 346 3.19e-15 75.9 TIW69825.1 TIW69825.1 100 103 0 0 1 103 1 103 1.94e-70 203 WP_143823896.1 WP_143823896.1 100 488 0 0 1 488 1 488 0.0 948 WP_143823896.1 WP_032587385.1 28.8 146 74 4 191 336 16 131 7.81e-05 43.5 XP_031104936.1 XP_031104936.1 100 548 0 0 1 548 1 548 0.0 1094 WP_258228246.1 WP_258228246.1 100 261 0 0 1 261 1 261 7.15e-145 404 WP_258228246.1 MBH8634352.1 29.6 142 100 0 20 161 26 167 7.13e-17 77.8 WP_183883741.1 WP_183883741.1 100 69 0 0 1 69 1 69 5.41e-39 121 EHG9421715.1 EHG9421715.1 100 613 0 0 1 613 1 613 0.0 1103 OMH80233.1 OMH80233.1 100 634 0 0 1 634 1 634 0.0 1033 WP_041302673.1 WP_041302673.1 100 727 0 0 1 727 1 727 0.0 1450 WP_041302673.1 WP_081845076.1 34.7 737 441 14 12 724 40 760 4.68e-128 397 MCE8014926.1 MCE8014926.1 100 295 0 0 1 295 1 295 3.50e-201 550 WP_173267071.1 WP_173267071.1 100 272 0 0 1 272 1 272 2.44e-169 467 KAF5344437.1 KAF5344437.1 100 863 0 0 1 863 1 863 0.0 1760 WP_190457829.1 WP_190457829.1 100 247 0 0 1 247 1 247 5.34e-172 472 MBX3242409.1 MBX3242409.1 100 253 0 0 1 253 1 253 8.95e-183 499 MBL9113742.1 MBL9113742.1 100 403 0 0 1 403 1 403 6.24e-295 796 XP_007828713.1 XP_007828713.1 100 238 0 0 1 238 1 238 2.99e-169 464 HIZ96099.1 HIZ96099.1 100 394 0 0 1 394 1 394 1.02e-284 769 HIZ96099.1 WP_238869695.1 42.1 397 225 3 1 393 3 398 5.91e-99 298 KAI6857291.1 KAI6857291.1 100 378 0 0 1 378 1 378 7.03e-277 748 XP_007077310.1 XP_007077310.1 100 203 0 0 1 203 1 203 5.37e-132 367 WP_123470196.1 WP_123470196.1 100 207 0 0 1 207 1 207 1.19e-146 404 WP_123470196.1 WP_255657767.1 31.8 148 100 1 2 148 3 150 1.91e-09 53.9 WP_008292946.1 WP_008292946.1 100 1118 0 0 1 1118 1 1118 0.0 2288 WP_008292946.1 MBX7220138.1 22.4 192 108 6 224 408 284 441 6.74e-06 48.5 WP_140476737.1 WP_140476737.1 100 480 0 0 1 480 1 480 0.0 920 CAI9301549.1 CAI9301549.1 100 466 0 0 1 466 1 466 6.52e-313 847 MUN40768.1 MUN40768.1 100 419 0 0 1 419 1 419 2.31e-305 823 WP_114605464.1 WP_114605464.1 100 496 0 0 1 496 1 496 0.0 958 WP_114605464.1 MCQ2791623.1 40.1 489 264 11 14 494 6 473 1.11e-103 317 WP_072380563.1 WP_072380563.1 100 246 0 0 1 246 1 246 2.01e-171 470 WP_072380563.1 WP_115992495.1 47.9 242 123 1 1 239 1 242 2.70e-78 234 WP_072380563.1 WP_008470196.1 43.5 239 132 1 1 239 9 244 7.36e-69 211 WP_072380563.1 WP_222125851.1 45.9 244 124 2 1 239 1 241 1.74e-68 209 WP_072380563.1 WP_279984614.1 43.7 245 134 1 1 241 9 253 3.12e-68 209 WP_072380563.1 WP_142133210.1 42.9 240 134 1 1 240 10 246 3.14e-62 194 WP_072380563.1 WP_258581409.1 34.0 241 150 3 2 241 4 236 1.90e-38 135 WP_072380563.1 MWR41881.1 32.9 237 152 4 4 239 35 265 2.44e-37 130 WP_072380563.1 MCF7808720.1 36.5 211 118 6 17 220 26 227 1.49e-32 117 WP_072380563.1 WP_098952357.1 29.6 257 159 7 1 239 3 255 3.12e-30 113 WP_072380563.1 MBU5353226.1 29.6 230 155 4 7 232 21 247 9.54e-30 111 WP_072380563.1 WP_207918089.1 29.6 247 160 6 2 239 6 247 8.84e-28 105 WP_072380563.1 RUU66461.1 31.3 227 149 5 17 239 106 329 2.02e-27 106 WP_072380563.1 WP_145468487.1 31.4 220 140 5 1 213 6 221 5.65e-27 102 WP_072380563.1 WP_227059655.1 29.3 225 153 4 20 240 347 569 2.18e-24 99.8 WP_072380563.1 WP_071876418.1 27.6 228 153 4 2 227 300 517 5.74e-23 95.5 WP_072380563.1 WP_008056683.1 32.2 211 130 7 8 215 246 446 7.49e-20 86.7 WP_072380563.1 MBQ8297564.1 27.2 239 145 9 2 226 332 555 2.61e-15 73.2 WP_072380563.1 MCH4209672.1 28.1 203 109 4 11 204 392 566 4.84e-15 72.4 WP_072380563.1 WAY96880.1 27.1 199 106 5 16 197 4 180 1.82e-14 68.2 WP_072380563.1 WP_038440434.1 26.6 248 146 9 2 228 335 567 9.61e-14 68.6 WP_072380563.1 WP_041481207.1 25.2 206 132 6 5 199 338 532 2.03e-11 61.6 CBI36349.3 CBI36349.3 100 431 0 0 1 431 1 431 4.95e-313 844 CBI36349.3 WP_253808359.1 32.3 421 278 4 2 421 1 415 2.44e-64 211 CBI36349.3 WP_225579579.1 31.3 425 280 5 2 420 7 425 5.02e-62 207 CBI36349.3 PHR72175.1 33.7 285 182 2 14 291 28 312 7.37e-41 146 CBI36349.3 PSR02572.1 32.4 278 173 3 30 296 71 344 5.73e-37 136 CBI36349.3 WP_073201850.1 28.6 276 182 4 30 294 52 323 1.80e-32 124 WP_046278045.1 WP_046278045.1 100 137 0 0 1 137 1 137 5.24e-100 281 WP_046278045.1 MCD6419504.1 34.8 112 72 1 2 112 5 116 2.72e-23 86.7 WP_059376966.1 WP_059376966.1 100 99 0 0 1 99 1 99 6.64e-67 194 KAG5276208.1 KAG5276208.1 100 1973 0 0 1 1973 1 1973 0.0 1991 CDQ50939.1 CDQ50939.1 100 123 0 0 1 123 1 123 4.02e-86 244 OOF77949.1 OOF77949.1 100 531 0 0 1 531 1 531 0.0 1058 MCO2595964.1 MCO2595964.1 100 194 0 0 1 194 1 194 9.47e-101 287 WP_279150283.1 WP_279150283.1 100 764 0 0 1 764 1 764 0.0 1608 MBV8133755.1 MBV8133755.1 100 219 0 0 1 219 1 219 1.28e-156 431 MBV8133755.1 MBD7990178.1 53.2 190 89 0 19 208 15 204 1.83e-74 222 MBV8133755.1 WP_204037257.1 39.2 181 105 1 25 205 12 187 1.04e-38 130 WP_074642620.1 WP_074642620.1 100 367 0 0 1 367 1 367 6.74e-226 618 MCI0677710.1 MCI0677710.1 100 306 0 0 1 306 1 306 1.29e-213 582 MCI0677710.1 PWU18232.1 48.9 307 144 6 8 303 13 317 1.27e-77 238 MCI0677710.1 MBQ9976843.1 40.5 306 170 5 8 304 6 308 2.15e-61 196 WP_078429679.1 WP_078429679.1 100 392 0 0 1 392 1 392 9.30e-280 756 WP_078429679.1 MBA2536487.1 55.6 392 165 2 1 392 1 383 1.20e-144 414 WP_078429679.1 WP_074825075.1 51.2 391 190 1 1 391 1 390 1.07e-132 384 WP_078429679.1 WP_277084622.1 47.8 312 159 3 84 391 1 312 2.24e-86 263 WP_078429679.1 WP_004619799.1 41.4 394 221 6 6 391 7 398 8.42e-85 262 WP_078429679.1 MCP1651746.1 38.3 399 238 4 1 391 4 402 7.34e-81 252 WP_078429679.1 EDH4057100.1 36.0 400 232 9 1 391 1 385 1.18e-59 196 WP_078429679.1 WP_083141943.1 34.1 399 241 7 1 391 1 385 7.43e-57 189 WP_078429679.1 XP_040685867.1 34.7 392 234 9 5 387 36 414 3.31e-56 188 KAG7534354.1 KAG7534354.1 100 664 0 0 1 664 1 664 0.0 1329 EFE9598678.1 EFE9598678.1 100 410 0 0 1 410 1 410 9.92e-316 849 WP_183662448.1 WP_183662448.1 100 230 0 0 1 230 1 230 1.04e-156 432 WP_214826002.1 WP_214826002.1 100 963 0 0 1 963 1 963 0.0 1938 WP_214826002.1 WP_146272353.1 30.0 1008 572 39 7 963 81 1005 5.17e-99 332 WP_214826002.1 MBP3518143.1 29.1 1001 552 38 40 948 130 1064 2.12e-81 284 WP_214826002.1 WP_278843343.1 27.2 1035 584 39 40 963 107 1083 8.01e-71 253 WP_214826002.1 WP_259301651.1 26.4 1041 553 48 23 963 123 1050 2.01e-53 201 WP_214826002.1 MCB9353584.1 24.6 1001 620 36 40 963 99 1041 3.22e-44 172 MBR0198895.1 MBR0198895.1 100 386 0 0 1 386 1 386 2.41e-288 778 WP_068241828.1 WP_068241828.1 100 420 0 0 1 420 1 420 1.31e-316 852 MBS7623663.1 MBS7623663.1 100 293 0 0 1 293 1 293 1.99e-215 585 MBS7623663.1 HAG61063.1 37.1 286 139 3 6 291 18 262 8.60e-58 186 ABJ92889.1 ABJ92889.1 100 96 0 0 1 96 1 96 3.21e-68 197 ABJ92889.1 ACH90072.1 82.3 96 17 0 1 96 32 127 3.78e-57 178 ABJ92889.1 AFJ09957.1 82.3 96 17 0 1 96 4 99 4.10e-57 179 ABJ92889.1 AVA00513.1 80.2 96 19 0 1 96 4 99 7.68e-57 176 ABJ92889.1 ARR91819.1 81.3 96 18 0 1 96 4 99 9.38e-57 175 ABJ92889.1 BAO11608.1 80.2 96 19 0 1 96 4 99 1.53e-56 176 ABJ92889.1 QWY38042.1 80.2 96 19 0 1 96 4 99 1.88e-55 174 ABJ92889.1 BAO23243.1 78.1 96 21 0 1 96 4 99 1.08e-54 171 ABJ92889.1 ACY29573.1 77.1 96 22 0 1 96 4 99 1.59e-54 173 ABJ92889.1 AFV39595.1 81.3 96 18 0 1 96 57 152 1.73e-53 176 ABJ92889.1 AOW33101.1 81.9 83 15 0 14 96 1 83 2.31e-48 154 ABJ92889.1 AOW36968.1 78.3 83 18 0 14 96 1 83 7.34e-47 150 WP_029222917.1 WP_029222917.1 100 487 0 0 1 487 1 487 0.0 942 WP_029222917.1 WP_230171322.1 34.5 171 100 5 323 485 607 773 1.54e-19 90.5 WP_029222917.1 EGR2272270.1 30.3 264 123 8 267 472 414 674 2.74e-19 89.4 WP_029222917.1 MBK6870374.1 30.3 152 101 2 325 474 1 149 1.02e-16 77.0 WP_029222917.1 MBI5333464.1 33.9 165 98 3 318 474 227 388 1.45e-16 79.7 WP_029222917.1 WP_000484099.1 31.5 165 102 5 319 476 208 368 2.34e-14 72.8 WP_029222917.1 WP_107169208.1 30.1 156 101 4 319 468 202 355 1.28e-11 64.3 WP_220778039.1 WP_220778039.1 100 734 0 0 1 734 1 734 0.0 1445 WP_220778039.1 WP_056082173.1 42.9 674 362 7 73 727 17 686 5.66e-189 551 GJP56269.1 GJP56269.1 100 3162 0 0 1 3162 1 3162 0.0 4466 NCS93910.1 NCS93910.1 100 70 0 0 1 70 1 70 4.72e-47 142 HIZ21956.1 HIZ21956.1 100 412 0 0 1 412 1 412 1.83e-271 737 WP_095173689.1 WP_095173689.1 100 314 0 0 1 314 1 314 4.49e-243 657 XP_012504886.1 XP_012504886.1 100 2610 0 0 1 2610 1 2610 0.0 4469 OJT13672.1 OJT13672.1 100 417 0 0 1 417 1 417 5.92e-307 827 XP_039870427.1 XP_039870427.1 100 326 0 0 1 326 1 326 4.81e-235 638 WP_228281474.1 WP_228281474.1 100 129 0 0 1 129 1 129 7.64e-87 247 WP_228281474.1 WP_124583682.1 43.1 116 66 0 2 117 169 284 1.98e-24 93.2 WP_127202744.1 WP_127202744.1 100 389 0 0 1 389 1 389 1.06e-288 779 WP_140214184.1 WP_140214184.1 100 142 0 0 1 142 1 142 3.24e-101 284 WP_282791351.1 WP_282791351.1 100 336 0 0 1 336 1 336 2.09e-226 620 WP_200652460.1 WP_200652460.1 100 526 0 0 1 526 1 526 0.0 1065 WP_129825188.1 WP_129825188.1 100 86 0 0 1 86 1 86 5.20e-67 193 MBX5450151.1 MBX5450151.1 100 408 0 0 1 408 1 408 1.26e-292 790 WP_081851094.1 WP_081851094.1 100 413 0 0 1 413 1 413 9.76e-304 819 WP_081851094.1 WP_278243902.1 29.7 148 95 4 198 341 195 337 3.61e-06 47.0 MRR30429.1 MRR30429.1 100 87 0 0 1 87 1 87 1.14e-57 170 WP_125849054.1 WP_125849054.1 100 139 0 0 1 139 1 139 3.02e-100 281 WP_244631495.1 WP_244631495.1 100 350 0 0 1 350 1 350 1.61e-261 707 ADB27070.1 ADB27070.1 100 210 0 0 1 210 1 210 4.68e-159 436 ADB27070.1 ACV16867.1 95.7 210 9 0 1 210 38 247 5.62e-154 427 ADB27070.1 AFJ09957.1 95.7 210 9 0 1 210 137 346 2.41e-153 429 ADB27070.1 BAO23243.1 96.6 207 7 0 1 207 137 343 4.09e-152 424 ADB27070.1 ACH90072.1 93.8 210 13 0 1 210 165 374 1.21e-150 421 ADB27070.1 BAO11608.1 96.1 203 8 0 1 203 137 339 2.38e-150 419 ADB27070.1 QWY38042.1 91.9 210 17 0 1 210 137 346 2.28e-148 416 ADB27070.1 ACY29573.1 92.4 210 16 0 1 210 137 346 1.73e-146 413 ADB27070.1 AOW36968.1 89.0 210 23 0 1 210 121 330 1.67e-144 404 ADB27070.1 AFV39595.1 93.3 210 14 0 1 210 190 399 1.08e-141 418 ADB27070.1 AVA00513.1 90.6 203 19 0 1 203 137 339 6.50e-141 395 ADB27070.1 AOW33101.1 92.9 198 14 0 1 198 121 318 4.23e-139 390 ADB27070.1 ARR91819.1 94.1 170 10 0 1 170 138 307 6.65e-117 333 WP_222323558.1 WP_222323558.1 100 229 0 0 1 229 1 229 2.48e-168 461 VVC36036.1 VVC36036.1 100 85 0 0 1 85 1 85 8.14e-57 167 MBL6607133.1 MBL6607133.1 100 322 0 0 1 322 1 322 6.96e-251 677 DAO54200.1 DAO54200.1 100 48 0 0 1 48 1 48 2.01e-34 108 PGL69713.1 PGL69713.1 100 569 0 0 1 569 1 569 0.0 1080 PGL69713.1 EFU9196970.1 36.2 531 331 4 37 565 152 676 1.79e-103 329 PGL69713.1 WP_261970917.1 34.3 536 338 8 5 536 13 538 7.73e-87 278 XP_036914921.1 XP_036914921.1 100 1607 0 0 1 1607 1 1607 0.0 3163 XP_036914921.1 XP_051566275.1 26.3 346 188 9 223 516 32 362 2.38e-17 87.0 XP_036914921.1 XP_043494069.1 31.5 89 58 2 28 115 954 1040 7.22e-04 42.7 MBP8718427.1 MBP8718427.1 100 250 0 0 1 250 1 250 2.89e-182 498 MBP8718427.1 MBT3179978.1 34.2 184 112 4 28 202 275 458 1.13e-22 94.7 MBP8718427.1 BBL73457.1 30.8 221 144 4 19 231 299 518 8.55e-21 89.4 MBP8718427.1 WP_278416415.1 25.3 146 95 5 23 158 335 476 1.62e-06 47.0 MBP8718427.1 WP_038580218.1 23.5 179 118 5 35 203 363 532 5.24e-06 45.4 QWG36045.1 QWG36045.1 100 400 0 0 1 400 1 400 1.62e-284 769 WP_110066977.1 WP_110066977.1 100 335 0 0 1 335 1 335 2.96e-213 583 WP_110066977.1 EIU6828535.1 35.2 307 183 7 32 334 25 319 3.69e-51 171 WP_110066977.1 WP_249991478.1 30.4 283 188 5 54 334 51 326 2.01e-35 129 WP_110066977.1 EAP5059555.1 28.0 339 227 5 5 334 24 354 6.74e-31 118 WP_110066977.1 PPR79666.1 29.4 279 189 5 56 332 59 331 2.42e-29 113 KAF2570897.1 KAF2570897.1 100 70 0 0 1 70 1 70 9.87e-49 146 MCK4236496.1 MCK4236496.1 100 158 0 0 1 158 1 158 7.95e-112 312 XP_041912709.1 XP_041912709.1 100 1867 0 0 1 1867 1 1867 0.0 3762 WP_026564934.1 WP_026564934.1 100 189 0 0 1 189 1 189 7.55e-132 365 WP_026564934.1 WP_158934128.1 29.4 177 111 4 7 180 9 174 9.62e-17 72.8 WP_121953554.1 WP_121953554.1 100 210 0 0 1 210 1 210 3.14e-148 409 WP_169877562.1 WP_169877562.1 100 84 0 0 1 84 1 84 4.42e-47 143 GFU30764.1 GFU30764.1 100 86 0 0 1 86 1 86 1.24e-56 167 WP_231496029.1 WP_231496029.1 100 379 0 0 1 379 1 379 4.78e-280 756 EJE2345556.1 EJE2345556.1 100 697 0 0 1 697 1 697 0.0 1378 WP_260821709.1 WP_260821709.1 100 407 0 0 1 407 1 407 6.27e-297 801 KWD88427.1 KWD88427.1 100 64 0 0 1 64 1 64 4.11e-43 131 XP_022824318.1 XP_022824318.1 100 982 0 0 1 982 1 982 0.0 1863 XP_022824318.1 HHJ06374.1 43.8 550 281 5 307 840 33 570 3.85e-135 416 XP_022824318.1 HIT09367.1 28.8 215 108 10 493 673 63 266 4.37e-06 48.5 MCB0405579.1 MCB0405579.1 100 100 0 0 1 100 1 100 5.44e-62 182 WP_159117211.1 WP_159117211.1 100 227 0 0 1 227 1 227 5.22e-169 462 WP_159117211.1 WP_265775712.1 39.6 197 109 2 27 220 16 205 1.72e-49 159 EFX2174330.1 EFX2174330.1 100 321 0 0 1 321 1 321 1.83e-241 654 EFX2174330.1 WP_266179881.1 35.5 321 200 3 5 321 3 320 2.32e-58 189 EFX2174330.1 WP_223413240.1 37.4 310 187 3 5 310 3 309 6.48e-58 188 EFX2174330.1 WP_069697901.1 33.2 310 202 4 5 310 2 310 2.87e-50 168 EFX2174330.1 WP_138125503.1 31.9 313 201 6 5 310 2 309 6.43e-49 165 EFX2174330.1 MCP4974199.1 26.7 191 134 3 5 190 7 196 1.15e-12 66.2 EFX2174330.1 RYY73542.1 29.9 164 105 3 65 218 79 242 7.00e-12 63.9 EFX2174330.1 MBI1189702.1 31.0 158 95 4 65 210 70 225 3.81e-11 61.6 EFX2174330.1 MCH8293010.1 23.6 250 180 4 5 251 3 244 1.13e-09 57.0 EFX2174330.1 WP_218036247.1 30.8 120 75 3 7 124 1 114 1.93e-06 47.0 WP_065029373.1 WP_065029373.1 100 389 0 0 1 389 1 389 9.89e-294 791 WP_065029373.1 WP_065517671.1 32.9 389 242 8 4 380 9 390 2.57e-49 169 WP_065029373.1 MYJ01754.1 41.7 204 102 3 1 196 1 195 1.87e-41 143 WP_065029373.1 OGO01021.1 30.2 388 258 11 1 383 1 380 2.35e-40 145 WP_065029373.1 WP_032373688.1 27.7 379 234 10 3 372 6 353 4.64e-29 114 PPR79666.1 PPR79666.1 100 339 0 0 1 339 1 339 1.38e-220 602 PPR79666.1 WP_249991478.1 36.6 273 164 5 63 331 57 324 5.42e-45 155 PPR79666.1 AHK46784.1 31.6 285 181 5 59 331 35 317 3.69e-33 123 PPR79666.1 EIU6828535.1 34.1 276 166 9 64 332 52 318 1.45e-31 119 PPR79666.1 WP_158131988.1 28.4 268 190 1 64 331 390 655 5.10e-27 110 PPR79666.1 WP_097346712.1 28.5 270 187 3 64 331 390 655 7.68e-26 106 PPR79666.1 WP_110066977.1 29.6 274 187 3 63 331 60 332 3.98e-25 102 MBN2020480.1 MBN2020480.1 100 263 0 0 1 263 1 263 5.95e-177 486 WP_268678783.1 WP_268678783.1 100 288 0 0 1 288 1 288 7.73e-206 561 WP_268678783.1 NED83450.1 28.5 144 101 1 2 143 3 146 1.27e-15 73.9 WP_268678783.1 MBQ9299122.1 36.0 75 46 1 2 74 1 75 3.83e-06 45.8 WP_082780476.1 WP_082780476.1 100 216 0 0 1 216 1 216 2.62e-73 219 EGS8470081.1 EGS8470081.1 100 390 0 0 1 390 1 390 9.84e-290 781 EGS8470081.1 WP_283525395.1 42.7 379 202 5 3 375 7 376 3.58e-98 295 AAM52216.1 AAM52216.1 100 1446 0 0 1 1446 1 1446 0.0 2629 PYP75467.1 PYP75467.1 100 97 0 0 1 97 1 97 5.52e-65 189 MBW4662439.1 MBW4662439.1 100 394 0 0 1 394 1 394 3.96e-282 763 MBW4662439.1 WP_270430070.1 42.9 382 191 2 8 384 7 366 6.20e-102 305 MBW4662439.1 WP_090419626.1 38.8 371 195 5 8 373 6 349 7.13e-72 228 MBW4662439.1 WP_113767226.1 33.8 382 214 7 14 384 76 429 4.92e-58 194 MBW4662439.1 WP_064802002.1 39.3 275 153 3 18 278 14 288 2.39e-56 188 MBW4662439.1 WP_250015522.1 36.9 293 167 6 16 291 15 306 8.06e-51 173 MBW4662439.1 WP_179156843.1 36.2 243 146 3 36 270 22 263 1.86e-38 140 KAI9522339.1 KAI9522339.1 100 571 0 0 1 571 1 571 0.0 1034 WP_120851171.1 WP_120851171.1 100 512 0 0 1 512 1 512 0.0 900 WP_235274869.1 WP_235274869.1 100 296 0 0 1 296 1 296 7.53e-217 589 WP_101000040.1 WP_101000040.1 100 307 0 0 1 307 1 307 5.14e-225 611 WP_250676265.1 WP_250676265.1 100 225 0 0 1 225 1 225 1.78e-150 416 WP_002857697.1 WP_002857697.1 100 292 0 0 1 292 1 292 3.88e-217 590 WP_002857697.1 GGS66510.1 35.2 216 130 5 68 281 65 272 2.46e-36 129 WP_002857697.1 MBN9625832.1 34.4 212 130 4 77 286 73 277 1.44e-33 122 WP_067835961.1 WP_067835961.1 100 245 0 0 1 245 1 245 2.88e-175 480 WP_067835961.1 WP_262175203.1 45.8 59 29 2 110 166 3 60 6.12e-05 40.4 WP_153853838.1 WP_153853838.1 100 115 0 0 1 115 1 115 9.04e-86 243 OAO15975.1 OAO15975.1 100 778 0 0 1 778 1 778 0.0 1535 HAJ19792.1 HAJ19792.1 100 88 0 0 1 88 1 88 1.81e-59 174 HAJ19792.1 WP_189931865.1 56.0 91 35 2 1 88 496 584 1.89e-24 93.6 HAJ19792.1 BBG20955.1 45.5 88 48 0 1 88 599 686 1.50e-22 88.2 HAJ19792.1 MBQ7389792.1 47.8 90 45 1 1 88 583 672 4.02e-20 81.3 MBN2427654.1 MBN2427654.1 100 603 0 0 1 603 1 603 0.0 1181 MBN2427654.1 MBP6400846.1 65.4 185 64 0 5 189 6 190 4.28e-77 241 MBN2427654.1 WP_010016619.1 24.6 504 316 15 3 471 14 488 7.47e-31 125 MBN2427654.1 WP_274976404.1 34.0 141 91 1 3 141 23 163 2.43e-15 77.8 EEZ9625188.1 EEZ9625188.1 100 312 0 0 1 312 1 312 1.27e-232 630 XP_046907253.1 XP_046907253.1 100 535 0 0 1 535 1 535 0.0 1061 XP_046907253.1 XP_051536923.1 28.4 543 291 18 5 533 3 461 2.24e-43 159 XP_046907253.1 KAI5618353.1 28.5 471 256 18 92 514 232 669 3.35e-34 135 WP_255519487.1 WP_255519487.1 100 332 0 0 1 332 1 332 1.83e-242 657 WP_255519487.1 MBN1566249.1 36.9 312 184 8 7 315 20 321 1.82e-56 185 WP_255519487.1 MCB1875218.1 28.7 331 181 13 11 327 24 313 4.83e-24 98.6 MBQ3724833.1 MBQ3724833.1 100 716 0 0 1 716 1 716 0.0 1424 MBQ3724833.1 MBI0103662.1 43.8 698 378 6 11 702 4 693 1.87e-194 565 MBQ3724833.1 NLZ92879.1 37.5 72 45 0 630 701 5 76 1.99e-09 54.7 MCH7568487.1 MCH7568487.1 100 177 0 0 1 177 1 177 2.47e-122 340 WP_260264417.1 WP_260264417.1 100 257 0 0 1 257 1 257 1.12e-178 489 EAC1801539.1 EAC1801539.1 100 240 0 0 1 240 1 240 2.67e-173 474 XP_020425985.1 XP_020425985.1 100 553 0 0 1 553 1 553 0.0 1073 XP_020425985.1 KAH0455857.1 43.0 100 57 0 262 361 581 680 6.33e-14 73.2 KAA1094631.1 KAA1094631.1 100 301 0 0 1 301 1 301 1.71e-220 599 QSZ25555.1 QSZ25555.1 100 7096 0 0 1 7096 1 7096 0.0 14178 QSZ25555.1 QWC83326.1 99.9 7096 10 0 1 7096 1 7096 0.0 14157 QSZ25555.1 WEU87158.1 99.9 7096 10 0 1 7096 1 7096 0.0 14156 QSZ25555.1 UBP50947.1 99.8 7096 15 0 1 7096 1 7096 0.0 14145 QSZ25555.1 QVD87869.1 99.8 7096 13 1 1 7096 1 7093 0.0 14141 QSZ25555.1 UBD95131.1 99.7 7096 19 0 1 7096 1 7096 0.0 14136 QSZ25555.1 UEC52718.1 99.7 7096 22 0 1 7096 1 7096 0.0 14129 QSZ25555.1 UMF87224.1 99.4 7096 37 2 1 7096 1 7092 0.0 14127 QSZ25555.1 UZO53924.1 99.7 7096 20 1 1 7096 1 7093 0.0 14124 QSZ25555.1 UVB16817.1 99.7 7096 19 1 1 7096 1 7093 0.0 14124 QSZ25555.1 URQ55824.1 99.7 7096 20 1 1 7096 1 7093 0.0 14124 QSZ25555.1 QZU16279.1 99.4 7096 43 0 1 7096 1 7096 0.0 14079 QSZ25555.1 UIR12670.1 99.4 7096 42 2 1 7096 1 7092 0.0 14069 QSZ25555.1 UPA83906.1 99.1 7096 59 2 1 7096 1 7092 0.0 14028 QSZ25555.1 UBR86455.1 98.9 7095 77 0 2 7096 1 7095 0.0 13998 QSZ25555.1 UXX67934.1 98.7 7096 88 1 1 7096 1 7093 0.0 13963 QSZ25555.1 UCP72061.1 98.7 7096 94 0 1 7096 1 7096 0.0 13958 QSZ25555.1 UCP77012.1 98.6 7096 96 0 1 7096 1 7096 0.0 13956 QSZ25555.1 UKN67998.1 98.2 7076 120 2 21 7096 1 7072 0.0 13840 QSZ25555.1 WHE12941.1 98.1 7070 131 1 27 7096 1 7067 0.0 13812 QSZ25555.1 UGA79226.1 97.6 7096 169 0 1 7096 1 7096 0.0 13785 QSZ25555.1 UAQ80067.1 97.1 7096 203 0 1 7096 1 7096 0.0 13696 QSZ25555.1 UJT06733.1 96.2 7096 263 2 1 7096 1 7092 0.0 13522 QSZ25555.1 UVI10561.1 96.3 7069 262 1 28 7096 1 7066 0.0 13500 QSZ25555.1 UOU30556.1 94.8 7096 364 1 1 7096 1 7093 0.0 13288 QSZ25555.1 UMA88644.1 91.7 7075 585 2 22 7096 1 7071 0.0 12712 QSZ25555.1 WAS49087.1 90.4 7096 675 1 1 7096 1 7093 0.0 12519 QSZ25555.1 WGP98278.1 84.9 7096 1068 0 1 7096 1 7096 0.0 11595 QSZ25555.1 QTD03487.1 99.8 4401 7 0 1 4401 1 4401 0.0 8644 QSZ25555.1 UFM00670.1 99.7 4401 14 0 1 4401 1 4401 0.0 8626 QSZ25555.1 QXR94354.1 99.7 4401 9 1 1 4401 1 4398 0.0 8624 QSZ25555.1 UEC68750.1 99.7 4401 14 0 1 4401 1 4401 0.0 8624 QSZ25555.1 UBL45068.1 99.7 4401 12 0 1 4401 1 4401 0.0 8623 QSZ25555.1 QTM79632.1 99.7 4401 12 1 1 4401 1 4398 0.0 8623 QSZ25555.1 UHM53165.1 99.7 4401 14 0 1 4401 1 4401 0.0 8621 QSZ25555.1 UFM02602.1 99.7 4401 14 0 1 4401 1 4401 0.0 8621 QSZ25555.1 QTZ27226.1 99.6 4401 14 1 1 4401 1 4398 0.0 8618 QSZ25555.1 ULA23837.2 99.6 4401 12 2 1 4401 1 4397 0.0 8614 QSZ25555.1 UPP41269.1 99.6 4401 14 1 1 4401 1 4398 0.0 8612 QSZ25555.1 UXH94526.1 99.6 4401 13 2 1 4401 1 4397 0.0 8610 QSZ25555.1 USR14792.1 99.6 4401 15 1 1 4401 1 4398 0.0 8609 QSZ25555.1 UKU68032.1 99.3 4401 26 2 1 4401 1 4397 0.0 8582 QSZ25555.1 UJV88611.1 97.7 4401 97 2 1 4401 1 4397 0.0 8421 QSZ25555.1 UJJ97602.1 97.6 4401 103 2 1 4401 1 4397 0.0 8405 QSZ25555.1 UJS94137.1 98.7 4296 52 2 106 4401 1 4292 0.0 8311 QSZ25555.1 ULB83374.1 96.5 4401 152 2 1 4401 1 4397 0.0 8284 QSZ25555.1 UGB98301.1 94.3 4401 252 0 1 4401 1 4401 0.0 8054 QSZ25555.1 QRX02582.1 100.0 4098 2 0 1 4098 1 4098 0.0 8031 QSZ25555.1 UFA30503.1 93.4 4340 287 0 27 4366 1 4340 0.0 7842 QSZ25555.1 WGP70063.1 92.4 4369 331 0 1 4369 1 4369 0.0 7794 QSZ25555.1 WEI27974.1 91.2 4401 385 1 1 4401 1 4398 0.0 7728 QSZ25555.1 UNI03201.1 91.5 4375 372 1 27 4401 1 4374 0.0 7718 QSZ25555.1 UEX07109.1 88.0 4375 527 0 27 4401 1 4375 0.0 7369 QSZ25555.1 URP80785.1 82.5 4374 761 1 28 4401 1 4371 0.0 6769 QSZ25555.1 UYE49180.1 76.9 4401 1013 1 1 4401 1 4398 0.0 6208 QSZ25555.1 UPB00876.1 76.5 4374 1025 1 28 4401 1 4371 0.0 6171 QSZ25555.1 WGQ72821.1 67.7 4344 1405 0 26 4369 1 4344 0.0 5145 HAA59914.1 HAA59914.1 100 146 0 0 1 146 1 146 3.46e-98 277 PTI43160.1 PTI43160.1 100 87 0 0 1 87 1 87 3.83e-56 166 WP_128942179.1 WP_128942179.1 100 286 0 0 1 286 1 286 7.10e-201 548 WP_261996416.1 WP_261996416.1 100 305 0 0 1 305 1 305 2.76e-228 619 HCM9096811.1 HCM9096811.1 100 169 0 0 1 169 1 169 3.42e-116 324 HCM9096811.1 WP_063505693.1 68.6 156 49 0 8 163 7 162 1.31e-66 199 HCM9096811.1 MCI6491833.1 49.0 143 70 2 10 152 5 144 2.69e-37 124 WP_264218405.1 WP_264218405.1 100 246 0 0 1 246 1 246 1.01e-180 494 MBQ5584458.1 MBQ5584458.1 100 231 0 0 1 231 1 231 4.28e-170 466 MBQ5584458.1 WP_069156513.1 47.1 227 116 3 4 227 5 230 7.82e-63 194 MBQ5584458.1 WP_194544138.1 40.9 220 126 1 4 219 13 232 6.94e-58 182 MBQ5584458.1 WP_026893585.1 39.7 224 129 3 4 227 5 222 4.09e-52 166 MBQ5584458.1 MBP1530348.1 35.2 227 138 2 1 227 1 218 6.29e-48 155 MBQ5584458.1 WP_007708736.1 37.1 229 141 1 1 226 1 229 1.87e-43 144 MBQ5584458.1 WP_186723788.1 34.5 226 144 2 4 229 8 229 7.29e-42 140 MBQ5584458.1 WP_101794136.1 34.8 233 145 1 4 229 27 259 1.92e-40 137 MBQ5584458.1 EAG2350674.1 53.4 116 54 0 4 119 5 120 3.00e-40 133 MBQ5584458.1 PYP94120.1 36.6 227 138 4 4 229 3 224 5.86e-39 133 MBQ5584458.1 MCL7714424.1 33.8 225 141 3 4 225 5 224 1.45e-35 124 MBQ5584458.1 WP_064652354.1 33.6 226 147 3 1 224 1 225 2.52e-32 116 MBQ5584458.1 EAC1232420.1 28.9 228 157 3 1 228 1 223 1.48e-29 108 MBQ5584458.1 WP_232306300.1 42.5 113 61 2 4 113 1123 1234 4.19e-20 87.0 MBQ5584458.1 WP_185031483.1 29.2 171 120 1 36 206 34 203 4.28e-18 78.6 MBQ5584458.1 EDN57974.1 34.6 107 63 1 4 103 778 884 5.56e-12 63.2 MBQ5584458.1 WP_007356512.1 32.2 118 77 1 2 116 1019 1136 7.67e-12 62.8 MBQ5584458.1 PKL50735.1 28.8 118 79 4 4 117 951 1067 3.11e-08 52.0 MBQ5584458.1 MPZ95749.1 33.3 102 63 3 4 102 12 111 3.08e-07 48.1 MBQ5584458.1 WP_272906673.1 28.0 118 80 2 4 120 6 119 1.58e-06 46.6 MBQ5584458.1 WP_250850661.1 27.3 165 100 6 4 165 9 156 2.92e-05 42.0 WP_050837451.1 WP_050837451.1 100 255 0 0 1 255 1 255 9.88e-172 472 WP_261802249.1 WP_261802249.1 100 374 0 0 1 374 1 374 3.99e-265 718 WP_261802249.1 WP_191131110.1 32.0 103 68 1 269 369 255 357 2.39e-07 50.4 WP_222599035.1 WP_222599035.1 100 703 0 0 1 703 1 703 0.0 1328 WP_222599035.1 NFD84694.1 28.4 356 250 2 338 690 394 747 8.30e-39 152 WP_222599035.1 MBT3459617.1 36.8 204 128 1 486 688 5 208 4.18e-38 139 WP_222599035.1 WP_036258374.1 33.4 302 195 3 391 688 251 550 2.97e-37 145 WP_222599035.1 MBQ8297564.1 29.4 299 209 2 391 688 259 556 1.34e-31 128 WP_222599035.1 WP_089095302.1 33.8 225 126 7 471 678 8 226 1.24e-19 91.7 WP_222599035.1 WP_278489123.1 33.3 216 120 6 486 689 32 235 7.22e-19 85.9 WP_222599035.1 WP_247429569.1 28.3 219 146 5 478 687 28 244 1.81e-17 81.3 WP_222599035.1 WP_237907640.1 32.0 206 117 6 487 682 24 216 2.78e-17 82.4 WP_222599035.1 EHR6291555.1 28.0 211 139 7 488 694 29 230 2.22e-10 62.0 WP_222599035.1 MCA6099904.1 24.9 201 123 6 469 664 8 185 1.39e-09 59.3 WP_222599035.1 WP_153844272.1 28.5 207 120 8 489 678 282 477 1.15e-07 53.1 KAI7371949.1 KAI7371949.1 100 964 0 0 1 964 1 964 0.0 1825 KAI7371949.1 KAJ5168969.1 73.5 623 160 2 274 892 127 748 5.86e-307 865 KAI7371949.1 MBQ4454347.1 31.8 491 329 6 397 885 86 572 9.91e-72 247 KAI7371949.1 WP_060613079.1 31.4 580 386 10 312 888 9 579 2.29e-70 243 KAI7371949.1 WP_195238978.1 31.5 517 325 10 392 889 215 721 5.54e-61 220 KAI7371949.1 WP_011512097.1 36.3 411 249 9 497 903 192 593 3.67e-54 197 KAI7371949.1 MBQ8297564.1 27.8 500 342 11 381 873 68 555 1.59e-51 189 KAI7371949.1 WAY96880.1 42.4 198 110 2 663 859 1 195 3.86e-39 142 KAI7371949.1 WP_247749043.1 32.7 309 189 10 598 891 297 601 4.69e-34 137 KAI7371949.1 KAJ2660037.1 34.6 243 152 6 646 886 1806 2043 5.29e-31 130 KAI7371949.1 WP_036816548.1 27.1 251 141 10 665 890 20 253 4.82e-13 68.6 KAI7371949.1 NNE23115.1 27.4 208 131 8 674 873 25 220 1.90e-11 65.1 XP_034729382.1 XP_034729382.1 100 326 0 0 1 326 1 326 5.68e-243 658 ARS36073.1 ARS36073.1 100 60 0 0 1 60 1 60 8.34e-39 120 MBW3244368.1 MBW3244368.1 100 354 0 0 1 354 1 354 2.89e-195 540 HCD14621.1 HCD14621.1 100 296 0 0 1 296 1 296 3.15e-209 570 HCD14621.1 WP_135306871.1 43.5 285 160 1 10 293 13 297 7.02e-73 225 HCD14621.1 QEC74319.1 31.1 257 171 4 13 263 8 264 3.26e-31 115 XP_045954854.1 XP_045954854.1 100 591 0 0 1 591 1 591 0.0 1157 WP_116803659.1 WP_116803659.1 100 302 0 0 1 302 1 302 8.10e-215 585 WP_116803659.1 MBE0669914.1 35.3 300 172 7 1 291 15 301 1.55e-47 160 WP_116803659.1 MBC6481257.1 29.1 306 191 7 1 291 15 309 5.70e-34 127 WP_116803659.1 WP_167301289.1 30.0 213 130 8 68 268 70 275 5.12e-08 52.0 MBU22120.1 MBU22120.1 100 984 0 0 1 984 1 984 0.0 1947 MBU22120.1 WP_125260587.1 45.2 987 472 11 12 976 4 943 9.76e-285 815 MBU22120.1 MBO8485404.1 32.9 996 455 17 12 969 11 831 1.17e-159 489 MBU22120.1 WP_158347019.1 39.5 660 355 10 322 954 158 800 1.03e-148 460 MBU22120.1 MCD6199266.1 41.1 526 292 4 441 954 297 816 2.87e-131 414 MBU22120.1 WP_276362074.1 34.6 81 50 2 519 598 150 228 7.05e-08 53.1 MBU22120.1 WP_256546297.1 34.3 108 60 4 496 598 146 247 1.11e-06 49.7 EAE1668788.1 EAE1668788.1 100 376 0 0 1 376 1 376 5.92e-268 725 WP_223489404.1 WP_223489404.1 100 281 0 0 1 281 1 281 2.07e-211 574 WP_260320705.1 WP_260320705.1 100 399 0 0 1 399 1 399 1.13e-279 757 WP_260320705.1 MBV8508112.1 38.3 394 226 7 4 396 11 388 6.18e-79 247 WP_164636708.1 WP_164636708.1 100 477 0 0 1 477 1 477 0.0 931 WP_164636708.1 2VGF_A 37.2 489 286 6 2 470 40 527 1.83e-94 294 XP_036201052.1 XP_036201052.1 100 506 0 0 1 506 1 506 0.0 977 NGY89703.1 NGY89703.1 100 107 0 0 1 107 1 107 1.90e-72 209 TRZ64304.1 TRZ64304.1 100 439 0 0 1 439 1 439 3.93e-314 847 TRZ64304.1 WP_113544184.1 40.0 438 259 2 1 437 728 1162 6.19e-102 327 TRZ64304.1 WP_130528929.1 41.6 375 212 3 2 376 591 958 4.58e-88 286 TRZ64304.1 MAF07216.1 36.3 314 170 8 2 294 373 677 9.29e-45 164 CAG8457419.1 CAG8457419.1 100 578 0 0 1 578 1 578 0.0 1150 WP_108879099.1 WP_108879099.1 100 180 0 0 1 180 1 180 3.33e-117 328 WP_033105884.1 WP_033105884.1 100 330 0 0 1 330 1 330 1.65e-253 685 WP_134885491.1 WP_134885491.1 100 556 0 0 1 556 1 556 0.0 1081 WP_134885491.1 WP_061905238.1 30.9 570 341 10 6 547 20 564 1.52e-73 244 WP_134885491.1 HBY86896.1 33.9 348 206 4 6 330 20 366 1.54e-48 171 WP_134885491.1 NNL66378.1 30.1 133 69 1 8 116 5 137 4.14e-13 65.1 XP_026433405.1 XP_026433405.1 100 331 0 0 1 331 1 331 5.50e-248 671 WP_049771622.1 WP_049771622.1 100 128 0 0 1 128 1 128 2.20e-81 233 HIR95098.1 HIR95098.1 100 515 0 0 1 515 1 515 0.0 987 KAF8288686.1 KAF8288686.1 100 660 0 0 1 660 1 660 0.0 1332 MXE70911.1 MXE70911.1 100 78 0 0 1 78 1 78 2.01e-56 166 XP_054030025.1 XP_054030025.1 100 300 0 0 1 300 1 300 5.09e-217 590 MCR5093499.1 MCR5093499.1 100 89 0 0 1 89 1 89 5.79e-61 178 KFO63955.1 KFO63955.1 100 72 0 0 1 72 1 72 5.63e-49 147 KFO63955.1 MCQ2059483.1 45.6 68 37 0 3 70 75 142 5.85e-17 68.2 AVA00513.1 AVA00513.1 100 339 0 0 1 339 1 339 8.29e-263 709 AVA00513.1 BAO11608.1 90.3 339 33 0 1 339 1 339 8.67e-240 651 AVA00513.1 AFJ09957.1 90.9 339 31 0 1 339 1 339 4.73e-239 652 AVA00513.1 ACY29573.1 91.2 339 30 0 1 339 1 339 1.06e-238 652 AVA00513.1 ACH90072.1 90.0 339 34 0 1 339 29 367 3.28e-238 649 AVA00513.1 BAO23243.1 90.0 339 34 0 1 339 1 339 4.78e-238 647 AVA00513.1 QWY38042.1 89.7 339 35 0 1 339 1 339 6.88e-238 649 AVA00513.1 AFV39595.1 90.6 339 32 0 1 339 54 392 3.25e-231 654 AVA00513.1 AOW33101.1 93.1 318 22 0 17 334 1 318 7.53e-229 622 AVA00513.1 AOW36968.1 90.7 323 30 0 17 339 1 323 2.66e-228 622 AVA00513.1 ARR91819.1 84.4 307 47 1 1 306 1 307 7.51e-192 528 AVA00513.1 ACV16867.1 92.1 240 19 0 100 339 1 240 2.39e-168 469 AVA00513.1 ADB27070.1 90.6 203 19 0 137 339 1 203 3.00e-140 394 AVA00513.1 ABJ92889.1 80.2 96 19 0 4 99 1 96 1.92e-56 177 KAJ2074960.1 KAJ2074960.1 100 92 0 0 1 92 1 92 2.94e-51 154 WP_281094896.1 WP_281094896.1 100 1022 0 0 1 1022 1 1022 0.0 1902 KJY45691.1 KJY45691.1 100 75 0 0 1 75 1 75 8.44e-50 149 GFR70582.1 GFR70582.1 100 16 0 0 1 16 1 16 6.52e-05 35.8 KAG6025013.1 KAG6025013.1 100 384 0 0 1 384 1 384 7.77e-268 726 NAZ85407.1 NAZ85407.1 100 165 0 0 1 165 1 165 1.64e-112 315 WP_278960438.1 WP_278960438.1 100 54 0 0 1 54 1 54 3.52e-33 105 WP_032884901.1 WP_032884901.1 100 260 0 0 1 260 1 260 4.40e-182 498 WP_032884901.1 WP_250824310.1 45.4 238 126 3 25 258 32 269 4.47e-65 202 WP_018916691.1 WP_018916691.1 100 380 0 0 1 380 1 380 8.94e-281 758 WP_050274510.1 WP_050274510.1 100 455 0 0 1 455 1 455 0.0 881 WP_050274510.1 WP_112449552.1 41.8 395 216 4 69 449 91 485 3.49e-89 278 WP_050274510.1 WP_241420500.1 34.6 471 273 8 9 447 13 480 3.53e-74 239 WP_050274510.1 PTQ72351.1 36.5 367 212 4 86 445 41 393 1.51e-61 204 NEB38825.1 NEB38825.1 100 485 0 0 1 485 1 485 0.0 928 NEB38825.1 WP_131284109.1 36.3 482 275 12 21 484 21 488 3.23e-78 251 NEB38825.1 OHA02323.1 31.6 380 214 12 67 422 147 504 1.11e-36 140 NEB38825.1 WP_196051328.1 26.7 468 271 18 34 457 214 653 2.06e-20 92.8 NEB38825.1 PIQ07033.1 27.6 352 215 12 76 422 142 458 8.03e-19 87.4 NEB38825.1 WP_225592933.1 32.3 350 171 18 130 467 285 580 8.83e-16 78.2 MCU0925088.1 MCU0925088.1 100 180 0 0 1 180 1 180 2.78e-134 371 MCU0925088.1 MBN2689333.1 46.2 106 48 1 43 148 20 116 2.29e-26 95.9 WP_067041261.1 WP_067041261.1 100 218 0 0 1 218 1 218 7.12e-158 434 WP_166106360.1 WP_166106360.1 100 538 0 0 1 538 1 538 0.0 1039 WP_166106360.1 TMG86695.1 25.3 285 156 10 283 526 2 270 2.29e-09 57.0 WP_166106360.1 WP_283842967.1 28.7 251 140 11 283 513 333 564 2.61e-07 51.6 WP_166106360.1 PSQ73325.1 26.6 244 132 10 308 527 622 842 9.03e-07 50.1 WP_166106360.1 TVR41840.1 36.1 97 47 3 418 513 412 494 9.68e-07 49.7 WP_139994336.1 WP_139994336.1 100 281 0 0 1 281 1 281 5.70e-209 568 WP_139994336.1 WP_059171534.1 46.0 272 144 3 1 270 1 271 2.20e-78 237 WP_232939508.1 WP_232939508.1 100 90 0 0 1 90 1 90 2.73e-64 187 WP_182039401.1 WP_182039401.1 100 368 0 0 1 368 1 368 9.60e-279 752 WP_182039401.1 WP_019182526.1 41.0 346 199 2 23 367 42 383 9.35e-86 263 THB74636.1 THB74636.1 100 515 0 0 1 515 1 515 0.0 1002 PIO49166.1 PIO49166.1 100 271 0 0 1 271 1 271 4.82e-196 535 WP_046625651.1 WP_046625651.1 100 576 0 0 1 576 1 576 0.0 1167 WP_046625651.1 KAF9463056.1 32.0 556 336 10 41 560 16 565 6.40e-77 252 WP_046625651.1 MCU1518283.1 30.6 575 312 17 23 529 3 558 2.91e-68 230 WP_046625651.1 WP_236525681.1 32.0 515 302 16 44 527 68 565 2.05e-53 190 MBU1707539.1 MBU1707539.1 100 115 0 0 1 115 1 115 5.90e-82 233 ADW49125.1 ADW49125.1 100 211 0 0 1 211 1 211 4.13e-149 411 ADW49125.1 AFA24308.1 94.8 211 11 0 1 211 2 212 4.41e-142 393 ADW49125.1 AFA09475.1 96.1 205 8 0 7 211 1 205 1.56e-138 384 ADW49125.1 QUA05739.1 95.1 204 10 0 1 204 9 212 8.17e-138 382 ADW49125.1 AVM35379.1 89.6 211 22 0 1 211 4 214 4.17e-136 378 ADW49125.1 AWS34156.1 84.8 211 32 0 1 211 9 219 5.94e-128 358 ADW49125.1 ADJ35581.1 81.0 211 40 0 1 211 10 220 1.24e-127 357 ADW49125.1 QUQ06080.1 81.5 211 39 0 1 211 9 219 2.82e-126 353 ADW49125.1 ABQ63546.1 82.0 211 38 0 1 211 8 218 4.50e-125 350 ADW49125.1 AAX94106.1 89.9 189 19 0 23 211 1 189 1.72e-116 337 ADW49125.1 AHK62764.1 75.4 211 52 0 1 211 5 215 4.84e-116 328 ADW49125.1 AOR13807.1 79.8 198 40 0 2 199 1 198 2.81e-112 317 ADW49125.1 AKT58828.1 81.3 187 35 0 1 187 9 195 9.84e-110 311 ADW49125.1 AMA90994.1 82.5 189 33 0 1 189 9 197 6.09e-109 309 ADW49125.1 UZF38514.1 72.3 206 57 0 6 211 1 206 1.95e-107 305 ADW49125.1 AOQ89457.1 81.4 183 34 0 1 183 5 187 4.57e-104 296 ADW49125.1 AXZ65741.1 77.8 180 40 0 1 180 9 188 1.43e-98 282 ADW49125.1 AGI15931.1 67.8 205 66 0 1 205 2 206 1.53e-97 280 ADW49125.1 AKA56406.1 70.1 194 51 2 1 192 9 197 2.05e-93 270 ADW49125.1 AHH30646.1 76.8 168 37 2 24 191 6 171 4.62e-84 245 ADW49125.1 ACE88666.1 83.6 140 23 0 72 211 1 140 4.44e-81 236 ADW49125.1 APC24336.1 72.3 112 31 0 100 211 1 112 3.97e-49 162 MBR2564295.1 MBR2564295.1 100 339 0 0 1 339 1 339 8.91e-258 696 CAB0034103.1 CAB0034103.1 100 598 0 0 1 598 1 598 0.0 890 WP_047594685.1 WP_047594685.1 100 807 0 0 1 807 1 807 0.0 1601 WP_047594685.1 WP_119344914.1 31.3 713 430 20 100 799 32 697 3.70e-83 278 WP_047594685.1 KAA1286543.1 22.4 820 507 32 46 807 3 751 1.27e-20 95.5 WP_047594685.1 OGU48181.1 20.8 548 327 21 138 650 71 546 1.30e-10 63.2 WP_004762412.1 WP_004762412.1 100 674 0 0 1 674 1 674 0.0 1332 MBW0445137.1 MBW0445137.1 100 192 0 0 1 192 1 192 7.86e-140 386 WP_062300449.1 WP_062300449.1 100 808 0 0 1 808 1 808 0.0 1621 WP_062300449.1 WP_044772468.1 27.6 381 249 10 73 431 86 461 6.00e-31 128 VAH04400.1 VAH04400.1 100 840 0 0 1 840 1 840 0.0 1645 WP_010251888.1 WP_010251888.1 100 331 0 0 1 331 1 331 3.37e-233 634 PTE76569.1 PTE76569.1 100 62 0 0 1 62 1 62 1.31e-36 115 WP_213753432.1 WP_213753432.1 100 117 0 0 1 117 1 117 1.23e-84 240 WP_213753432.1 MBR5168981.1 46.1 115 50 3 14 116 9 123 1.05e-26 94.4 WP_174822921.1 WP_174822921.1 100 255 0 0 1 255 1 255 8.32e-189 515 WP_174822921.1 MXP43753.1 72.9 255 69 0 1 255 8 262 9.74e-137 384 WP_174822921.1 OAN53756.1 70.9 251 73 0 5 255 9 259 2.27e-132 372 WP_174822921.1 MBC7326981.1 59.7 253 100 2 4 255 3 254 1.53e-110 317 WP_174822921.1 WP_207918089.1 61.2 250 96 1 6 255 4 252 3.34e-109 313 WP_174822921.1 WP_158791585.1 55.6 250 107 4 8 255 5 252 4.11e-98 285 WP_174822921.1 MWR41881.1 30.4 237 145 7 23 252 44 267 3.62e-30 112 WP_174822921.1 MCP5262709.1 31.3 246 152 9 18 253 16 254 1.60e-27 106 WP_174822921.1 GLY24463.1 32.2 245 146 9 18 250 19 255 8.58e-27 104 WP_174822921.1 WP_227059655.1 31.0 252 158 7 18 255 32 281 9.25e-24 98.2 WP_174822921.1 WP_152652784.1 30.5 210 130 5 8 215 6 201 3.23e-23 94.4 WP_174822921.1 WP_192324556.1 29.0 245 154 7 22 251 32 271 1.94e-22 94.4 WP_174822921.1 WP_107894076.1 28.2 238 155 8 23 250 25 256 7.43e-21 88.2 WP_174822921.1 WP_084371009.1 24.3 226 154 6 6 229 1 211 3.87e-20 85.9 WP_174822921.1 MCB0243881.1 30.8 198 121 7 19 211 21 207 1.49e-19 82.8 WP_174822921.1 EHH5649593.1 28.2 220 136 7 25 240 20 221 1.68e-19 84.0 WP_174822921.1 WP_276362074.1 28.2 248 145 10 12 240 9 242 6.68e-18 79.0 WP_174822921.1 WP_071876418.1 26.3 217 142 6 19 229 17 221 7.51e-15 72.0 WP_174822921.1 WP_150396769.1 25.8 229 139 9 16 232 34 243 2.58e-09 55.5 WP_174822921.1 KAF9974715.1 24.7 194 121 4 19 210 477 647 1.08e-07 50.8 MBM4292280.1 MBM4292280.1 100 233 0 0 1 233 1 233 4.46e-173 473 MBP5405476.1 MBP5405476.1 100 71 0 0 1 71 1 71 2.60e-49 147 KAJ7413400.1 KAJ7413400.1 100 435 0 0 1 435 1 435 0.0 879 UJS94137.1 UJS94137.1 100 4296 0 0 1 4296 1 4296 0.0 8352 UJS94137.1 ULA23837.2 99.0 4296 44 0 1 4296 106 4401 0.0 8347 UJS94137.1 UIR12670.1 99.0 4292 42 0 1 4292 106 4397 0.0 8344 UJS94137.1 UKN67998.1 99.0 4292 43 0 1 4292 86 4377 0.0 8343 UJS94137.1 UXH94526.1 99.0 4296 45 0 1 4296 106 4401 0.0 8343 UJS94137.1 UMF87224.1 98.5 4292 64 0 1 4292 106 4397 0.0 8336 UJS94137.1 UPA83906.1 98.9 4292 46 0 1 4292 106 4397 0.0 8333 UJS94137.1 QTD03487.1 98.7 4300 53 2 1 4296 106 4405 0.0 8326 UJS94137.1 QXR94354.1 98.7 4297 54 1 1 4296 106 4402 0.0 8325 UJS94137.1 UPP41269.1 98.7 4297 55 1 1 4296 106 4402 0.0 8325 UJS94137.1 QTM79632.1 98.7 4297 57 1 1 4296 106 4402 0.0 8324 UJS94137.1 UVB16817.1 98.8 4293 52 1 1 4292 106 4398 0.0 8322 UJS94137.1 USR14792.1 98.7 4297 56 1 1 4296 106 4402 0.0 8322 UJS94137.1 UZO53924.1 98.7 4293 53 1 1 4292 106 4398 0.0 8321 UJS94137.1 QWC83326.1 98.7 4296 50 2 1 4292 106 4401 0.0 8320 UJS94137.1 QTZ27226.1 98.6 4297 59 1 1 4296 106 4402 0.0 8319 UJS94137.1 QVD87869.1 98.7 4293 53 1 1 4292 106 4398 0.0 8319 UJS94137.1 URQ55824.1 98.7 4293 54 1 1 4292 106 4398 0.0 8319 UJS94137.1 QSZ25555.1 98.7 4296 52 2 1 4292 106 4401 0.0 8318 UJS94137.1 UFM00670.1 98.6 4300 56 2 1 4296 106 4405 0.0 8316 UJS94137.1 WEU87158.1 98.7 4296 52 2 1 4292 106 4401 0.0 8315 UJS94137.1 UKU68032.1 98.6 4296 58 0 1 4296 106 4401 0.0 8314 UJS94137.1 UEC68750.1 98.6 4300 56 2 1 4296 106 4405 0.0 8314 UJS94137.1 UBP50947.1 98.7 4296 53 2 1 4292 106 4401 0.0 8313 UJS94137.1 QZU16279.1 98.7 4296 53 2 1 4292 106 4401 0.0 8313 UJS94137.1 UBD95131.1 98.7 4296 53 2 1 4292 106 4401 0.0 8312 UJS94137.1 UHM53165.1 98.6 4300 56 2 1 4296 106 4405 0.0 8311 UJS94137.1 UFM02602.1 98.6 4300 56 2 1 4296 106 4405 0.0 8311 UJS94137.1 UBL45068.1 98.6 4300 56 2 1 4296 106 4405 0.0 8309 UJS94137.1 UEC52718.1 98.6 4296 57 2 1 4292 106 4401 0.0 8303 UJS94137.1 UBR86455.1 97.5 4296 105 2 1 4292 105 4400 0.0 8190 UJS94137.1 UXX67934.1 97.2 4293 120 1 1 4292 106 4398 0.0 8160 UJS94137.1 UJV88611.1 97.0 4296 130 0 1 4296 106 4401 0.0 8152 UJS94137.1 UCP77012.1 97.0 4296 126 2 1 4292 106 4401 0.0 8143 UJS94137.1 UJJ97602.1 96.8 4296 136 0 1 4296 106 4401 0.0 8136 UJS94137.1 UCP72061.1 96.9 4296 129 2 1 4292 106 4401 0.0 8133 UJS94137.1 UOU30556.1 96.9 4293 131 1 1 4292 106 4398 0.0 8124 UJS94137.1 UAQ80067.1 96.8 4296 135 2 1 4292 106 4401 0.0 8122 UJS94137.1 WHE12941.1 96.3 4293 159 1 1 4292 80 4372 0.0 8066 UJS94137.1 UGA79226.1 96.2 4296 161 2 1 4292 106 4401 0.0 8055 UJS94137.1 ULB83374.1 95.9 4296 174 0 1 4296 106 4401 0.0 8028 UJS94137.1 UVI10561.1 95.3 4293 199 1 1 4292 79 4371 0.0 7963 UJS94137.1 UGB98301.1 94.6 4300 228 2 1 4296 106 4405 0.0 7823 UJS94137.1 UJT06733.1 93.2 4292 292 0 1 4292 106 4397 0.0 7727 UJS94137.1 QRX02582.1 98.6 3993 50 2 1 3989 106 4098 0.0 7702 UJS94137.1 UMA88644.1 93.2 4292 293 0 1 4292 85 4376 0.0 7660 UJS94137.1 UFA30503.1 92.5 4261 316 2 1 4257 80 4340 0.0 7593 UJS94137.1 WGP70063.1 92.7 4264 307 2 1 4260 106 4369 0.0 7554 UJS94137.1 UNI03201.1 90.6 4299 399 2 1 4296 80 4378 0.0 7487 UJS94137.1 WEI27974.1 90.3 4297 414 1 1 4296 106 4402 0.0 7457 UJS94137.1 WGP98278.1 88.3 4259 493 2 1 4255 106 4364 0.0 7127 UJS94137.1 UEX07109.1 87.0 4300 557 2 1 4296 80 4379 0.0 7126 UJS94137.1 WAS49087.1 83.5 4293 708 1 1 4292 106 4398 0.0 6715 UJS94137.1 URP80785.1 83.5 4297 710 1 1 4296 79 4375 0.0 6644 UJS94137.1 UYE49180.1 77.3 4297 975 1 1 4296 106 4402 0.0 6014 UJS94137.1 UPB00876.1 75.1 4297 1067 1 1 4296 79 4375 0.0 5935 UJS94137.1 WGQ72821.1 67.6 4264 1377 2 1 4260 81 4344 0.0 4961 OUV52596.1 OUV52596.1 100 232 0 0 1 232 1 232 9.50e-154 424 MBE0500203.1 MBE0500203.1 100 192 0 0 1 192 1 192 4.55e-139 384 MBE0500203.1 WP_100161462.1 49.5 101 49 2 78 178 53 151 2.13e-25 95.5 MBE0500203.1 BAV52815.1 44.0 100 54 2 80 178 14 112 2.33e-19 79.0 EER6968786.1 EER6968786.1 100 118 0 0 1 118 1 118 1.33e-79 233 EER6968786.1 WP_001531669.1 87.3 118 15 0 1 118 1 118 9.02e-64 206 EER6968786.1 WP_089566156.1 87.5 48 6 0 70 117 1 48 7.26e-21 87.0 XP_023840445.1 XP_023840445.1 100 1311 0 0 1 1311 1 1311 0.0 2512 WP_279826355.1 WP_279826355.1 100 301 0 0 1 301 1 301 5.34e-224 608 WP_279826355.1 MBB2902420.1 44.2 301 127 8 3 298 9 273 5.75e-64 201 MCK6542200.1 MCK6542200.1 100 211 0 0 1 211 1 211 2.29e-146 404 WP_017166220.1 WP_017166220.1 100 413 0 0 1 413 1 413 8.02e-303 816 WP_017166220.1 WP_126547421.1 37.7 379 201 9 30 402 129 478 1.01e-57 201 WP_017166220.1 MBN8831519.1 29.5 278 158 9 5 269 20 272 5.76e-15 75.1 XP_033530744.1 XP_033530744.1 100 77 0 0 1 77 1 77 1.43e-51 154 WP_070999907.1 WP_070999907.1 100 371 0 0 1 371 1 371 5.94e-270 730 WP_232790853.1 WP_232790853.1 100 499 0 0 1 499 1 499 0.0 971 WP_232790853.1 WP_270570428.1 25.5 470 300 15 11 454 7 452 1.36e-28 117 WP_232790853.1 KAJ6336236.1 33.7 83 52 1 125 204 15 97 2.61e-04 40.8 KAJ7966218.1 KAJ7966218.1 100 577 0 0 1 577 1 577 0.0 1138 URE29467.1 URE29467.1 100 228 0 0 1 228 1 228 4.10e-162 445 THB72442.1 THB72442.1 100 329 0 0 1 329 1 329 1.24e-243 660 THB72442.1 UOK61174.1 28.8 104 73 1 216 319 254 356 9.99e-04 38.9 KAJ3286973.1 KAJ3286973.1 100 204 0 0 1 204 1 204 8.85e-90 260 PIQ07033.1 PIQ07033.1 100 515 0 0 1 515 1 515 0.0 999 PIQ07033.1 OHA02323.1 40.0 555 284 11 5 515 13 562 3.06e-113 345 PIQ07033.1 WP_278084771.1 26.4 508 323 9 53 515 266 767 1.08e-45 169 PIQ07033.1 VAX76432.1 25.5 506 334 12 23 495 40 535 2.22e-39 149 PIQ07033.1 NEB38825.1 30.1 269 165 8 212 458 155 422 6.21e-22 97.1 PIQ07033.1 WP_131284109.1 28.9 336 191 12 179 480 131 452 2.74e-19 89.0 PIQ07033.1 OMF24356.1 28.0 275 157 10 214 479 339 581 2.00e-16 80.5 PIQ07033.1 WP_225592933.1 24.3 354 214 11 129 459 221 543 1.64e-09 58.5 WP_218036247.1 WP_218036247.1 100 301 0 0 1 301 1 301 1.21e-220 599 WP_218036247.1 MCH8293010.1 28.8 160 105 4 3 155 7 164 1.23e-10 59.7 WP_218036247.1 MBI1189702.1 43.3 67 33 1 42 103 53 119 6.29e-07 48.5 WP_218036247.1 MCP4974199.1 32.7 101 51 2 14 102 21 116 1.51e-06 47.4 WP_218036247.1 EFX2174330.1 31.7 101 64 2 1 96 7 107 7.66e-06 45.1 EBS3704194.1 EBS3704194.1 100 885 0 0 1 885 1 885 0.0 1785 EBS3704194.1 ECD4982842.1 98.9 885 10 0 1 885 1 885 0.0 1763 EBS3704194.1 WP_202291019.1 52.3 845 384 5 5 844 4 834 1.02e-318 894 EBS3704194.1 WP_242685612.1 50.4 813 386 6 33 844 38 834 3.95e-299 845 EBS3704194.1 WP_237762402.1 37.9 651 363 17 34 666 23 650 1.00e-131 407 EBS3704194.1 WP_222168304.1 28.0 836 545 25 18 826 16 821 2.97e-76 264 WP_230324968.1 WP_230324968.1 100 89 0 0 1 89 1 89 1.72e-62 182 HCI08118.1 HCI08118.1 100 206 0 0 1 206 1 206 7.79e-156 427 MBQ4454347.1 MBQ4454347.1 100 584 0 0 1 584 1 584 0.0 1063 MBQ4454347.1 WP_195368055.1 49.8 566 284 0 4 569 3 568 5.10e-198 565 MBQ4454347.1 WP_060613079.1 34.3 492 308 4 87 571 92 575 1.24e-87 281 MBQ4454347.1 MBQ8297564.1 31.8 475 322 2 95 568 89 562 1.23e-78 257 MBQ4454347.1 KAJ5168969.1 33.4 479 314 5 86 561 253 729 3.48e-77 258 MBQ4454347.1 NFD84694.1 31.9 470 317 3 95 562 277 745 4.20e-70 239 MBQ4454347.1 KAI7371949.1 32.2 479 320 5 86 561 397 873 4.77e-69 239 MBQ4454347.1 KAI9191373.1 31.7 476 275 9 118 578 175 615 1.36e-55 200 MBQ4454347.1 WAY96880.1 38.9 193 116 1 355 547 4 194 2.74e-38 138 MBQ4454347.1 WP_278489123.1 28.2 216 135 6 351 556 23 228 7.42e-19 85.5 MBQ4454347.1 MCH4209672.1 29.4 197 123 5 352 548 394 574 4.60e-16 79.7 WP_162445525.1 WP_162445525.1 100 347 0 0 1 347 1 347 1.97e-265 716 WP_168414869.1 WP_168414869.1 100 70 0 0 1 70 1 70 4.55e-45 137 WP_005921846.1 WP_005921846.1 100 749 0 0 1 749 1 749 0.0 1470 WP_094876339.1 WP_094876339.1 100 770 0 0 1 770 1 770 0.0 1505 MCC2649654.1 MCC2649654.1 100 66 0 0 1 66 1 66 1.64e-43 132 MCC2649654.1 WP_257689765.1 41.5 53 31 0 3 55 431 483 3.57e-08 46.2 MCC2649654.1 WP_108756325.1 35.8 53 33 1 1 53 418 469 4.92e-05 37.4 XP_050861105.1 XP_050861105.1 100 459 0 0 1 459 1 459 1.53e-266 729 HAF6482379.1 HAF6482379.1 100 703 0 0 1 703 1 703 0.0 1367 WP_035064005.1 WP_035064005.1 100 469 0 0 1 469 1 469 0.0 939 WP_035064005.1 MBT6563471.1 49.3 458 228 4 12 468 3 457 1.25e-157 453 WP_035064005.1 WP_255895909.1 34.5 336 201 5 47 378 60 380 5.74e-58 194 WP_070188258.1 WP_070188258.1 100 587 0 0 1 587 1 587 0.0 1056 WP_070188258.1 WP_122013538.1 31.0 583 374 7 1 577 1 561 4.74e-60 207 WP_070188258.1 WP_232180661.1 26.4 584 390 9 1 577 1 551 1.59e-47 173 KAG9223390.1 KAG9223390.1 100 776 0 0 1 776 1 776 0.0 1560 MBQ5629560.1 MBQ5629560.1 100 278 0 0 1 278 1 278 5.24e-167 462 WP_096231334.1 WP_096231334.1 100 238 0 0 1 238 1 238 7.98e-174 476 WP_060393952.1 WP_060393952.1 100 146 0 0 1 146 1 146 3.60e-109 305 XP_045099932.1 XP_045099932.1 100 97 0 0 1 97 1 97 4.72e-66 192 MCU0236787.1 MCU0236787.1 100 118 0 0 1 118 1 118 1.90e-31 106 MCK9987173.1 MCK9987173.1 100 595 0 0 1 595 1 595 0.0 1232 MCK9987173.1 NQU26924.1 31.4 580 330 20 10 573 458 985 9.21e-61 216 MCK9987173.1 MBP3509218.1 32.2 490 298 13 12 491 132 597 1.59e-58 204 MCK9987173.1 EHP6050825.1 35.2 421 238 13 18 412 236 647 9.03e-58 203 MCK9987173.1 MBQ2777352.1 30.9 489 305 12 12 491 132 596 5.04e-56 197 MBO8466917.1 MBO8466917.1 100 379 0 0 1 379 1 379 3.86e-295 794 MBB8005642.1 MBB8005642.1 100 115 0 0 1 115 1 115 9.80e-72 207 WP_265279605.1 WP_265279605.1 100 349 0 0 1 349 1 349 4.27e-261 706 WP_236355782.1 WP_236355782.1 100 864 0 0 1 864 1 864 0.0 1689 WP_236355782.1 NDH41984.1 55.8 423 173 3 48 469 1 410 6.55e-144 430 EEW4501628.1 EEW4501628.1 100 517 0 0 1 517 1 517 0.0 1053 EGO6711073.1 EGO6711073.1 100 138 0 0 1 138 1 138 8.35e-102 285 EYC39616.1 EYC39616.1 100 178 0 0 1 178 1 178 3.01e-128 355 EAQ6361894.1 EAQ6361894.1 100 215 0 0 1 215 1 215 3.63e-145 401 KAJ0452418.1 KAJ0452418.1 100 630 0 0 1 630 1 630 0.0 1080 WP_079277665.1 WP_079277665.1 100 368 0 0 1 368 1 368 5.48e-269 727 WP_080337214.1 WP_080337214.1 100 90 0 0 1 90 1 90 2.45e-58 172 WP_080337214.1 WP_220674761.1 73.3 90 24 0 1 90 1 90 2.54e-42 131 WP_248562494.1 WP_248562494.1 100 291 0 0 1 291 1 291 5.48e-212 577 WP_248562494.1 WP_084371009.1 31.1 212 136 6 2 206 3 211 6.60e-23 94.4 WP_248562494.1 WP_281543397.1 28.1 221 151 4 16 230 4 222 1.43e-17 79.3 WP_248562494.1 WP_132175930.1 26.5 181 124 4 29 201 55 234 3.86e-13 67.0 WP_248562494.1 WP_109219819.1 22.4 214 153 4 1 205 17 226 1.35e-09 56.6 WP_062756220.1 WP_062756220.1 100 139 0 0 1 139 1 139 4.46e-102 286 XP_051536923.1 XP_051536923.1 100 470 0 0 1 470 1 470 0.0 951 XP_051536923.1 XP_046907253.1 28.0 543 293 17 3 461 5 533 3.32e-48 172 KAG6471244.1 KAG6471244.1 100 330 0 0 1 330 1 330 4.45e-217 593 KAG6471244.1 KAJ7545197.1 56.3 96 38 1 11 102 23 118 1.35e-28 111 KAG6471244.1 CAH0727316.1 44.0 100 46 1 13 102 14 113 1.29e-21 94.0 WP_258613669.1 WP_258613669.1 100 307 0 0 1 307 1 307 1.95e-229 622 WP_258613669.1 WP_241524600.1 33.0 300 195 4 1 296 1 298 2.18e-43 150 WP_258613669.1 WP_200629424.1 25.5 255 176 5 11 264 22 263 1.80e-07 50.1 WP_258613669.1 WP_131914061.1 24.8 141 98 3 9 145 11 147 7.54e-07 48.1 MBN3324024.1 MBN3324024.1 100 1006 0 0 1 1006 1 1006 0.0 1925 MBN3324024.1 XP_025046235.1 38.6 241 125 7 487 711 1 234 1.96e-21 92.8 MCD8106539.1 MCD8106539.1 100 252 0 0 1 252 1 252 3.14e-187 511 RQM07044.1 RQM07044.1 100 126 0 0 1 126 1 126 2.49e-95 268 MBN2666786.1 MBN2666786.1 100 387 0 0 1 387 1 387 6.57e-282 761 MBN2666786.1 MBL6706528.1 37.6 378 229 6 12 387 259 631 9.21e-75 242 MBN2666786.1 MCG8030229.1 33.4 377 237 7 21 387 733 1105 6.25e-54 190 MBN2666786.1 WP_056610248.1 30.2 252 153 8 55 289 275 520 7.97e-21 92.4 WP_008959270.1 WP_008959270.1 100 486 0 0 1 486 1 486 0.0 955 WP_008959270.1 WP_131836551.1 41.1 482 274 6 9 484 16 493 2.17e-106 324 WP_008959270.1 XP_050320449.1 38.3 457 274 6 30 484 33 483 8.42e-90 281 WP_008959270.1 WP_057201184.1 38.7 483 275 8 13 486 6 476 8.65e-86 270 WP_008959270.1 WP_061795322.1 36.6 484 287 10 14 485 23 498 4.19e-81 259 WP_008959270.1 WP_257689765.1 35.5 485 300 7 4 483 7 483 1.64e-78 251 WP_008959270.1 WP_108756325.1 32.2 454 295 6 30 481 27 469 2.01e-56 193 WP_108365493.1 WP_108365493.1 100 112 0 0 1 112 1 112 1.21e-75 217 WP_108365493.1 MBN2762177.1 71.0 100 29 0 1 100 1 100 5.69e-49 149 AGC74998.1 AGC74998.1 100 216 0 0 1 216 1 216 1.14e-153 423 AGC74998.1 AGC97326.1 86.4 214 29 0 1 214 16 229 2.10e-132 370 AGC74998.1 ACO35565.1 86.3 211 29 0 1 211 18 228 4.25e-132 370 AGC74998.1 AAX94106.1 84.9 205 31 0 1 205 225 429 9.07e-123 353 AGC74998.1 APC24336.1 76.2 210 50 0 1 210 148 357 7.97e-115 331 MBQ9679177.1 MBQ9679177.1 100 897 0 0 1 897 1 897 0.0 1857 MBQ9679177.1 MCL2204087.1 50.2 916 388 13 1 883 1 881 5.84e-302 854 MBQ9679177.1 CAI9595211.1 34.5 944 494 16 4 851 80 995 9.95e-174 529 MBQ9679177.1 WP_081224968.1 24.4 877 537 20 14 804 24 860 2.87e-76 266 MBQ9679177.1 MCL6457358.1 24.1 825 519 18 16 765 16 808 2.46e-65 236 MBQ9679177.1 MBK6751737.1 33.8 290 162 9 628 888 1 289 2.95e-38 143 MBQ9679177.1 MCB9999913.1 30.2 192 129 2 35 221 61 252 1.46e-17 86.3 MBQ9679177.1 WP_233286789.1 25.4 264 169 9 462 711 370 619 2.47e-12 68.9 KAF7985745.1 KAF7985745.1 100 498 0 0 1 498 1 498 0.0 928 EJR4237259.1 EJR4237259.1 100 583 0 0 1 583 1 583 0.0 1176 WP_269885397.1 WP_269885397.1 100 272 0 0 1 272 1 272 1.54e-188 516 WP_269885397.1 MBI5333464.1 34.7 167 107 1 108 272 225 391 1.60e-26 105 WP_269885397.1 EGR2272270.1 39.4 132 78 2 141 270 546 677 3.32e-26 105 WP_269885397.1 WP_145544593.1 38.2 170 98 2 103 272 357 519 5.86e-26 104 WP_269885397.1 WP_000484099.1 33.9 186 115 4 92 271 185 368 2.19e-20 87.8 WP_269885397.1 WP_023050329.1 32.1 165 105 4 100 263 191 349 3.61e-20 87.0 WP_269885397.1 WP_107169208.1 31.7 161 109 1 103 262 194 354 9.87e-20 85.9 WP_269885397.1 MBT3459335.1 45.8 83 45 0 103 185 195 277 2.85e-16 75.1 WP_269885397.1 WP_215262079.1 33.6 146 90 2 115 259 347 486 3.55e-16 76.3 WP_269885397.1 HCN71343.1 28.9 128 84 3 144 267 7 131 9.21e-12 59.7 WP_269885397.1 WP_255266214.1 29.5 122 84 2 144 265 326 445 1.19e-11 62.8 WP_269885397.1 WP_018646673.1 29.5 129 88 3 145 271 559 686 1.16e-10 60.1 AWX41049.1 AWX41049.1 100 210 0 0 1 210 1 210 1.06e-155 427 PYQ07964.1 PYQ07964.1 100 123 0 0 1 123 1 123 4.18e-79 227 WP_166725305.1 WP_166725305.1 100 321 0 0 1 321 1 321 1.31e-225 613 WP_166725305.1 WP_217101611.1 88.1 320 38 0 1 320 1 320 1.85e-193 532 WP_166725305.1 WP_213750918.1 47.8 251 131 0 69 319 22 272 8.27e-69 214 WP_166725305.1 HHH37178.1 33.5 182 121 0 126 307 75 256 7.00e-26 102 HAG62657.1 HAG62657.1 100 515 0 0 1 515 1 515 0.0 966 HAG62657.1 WP_037548932.1 45.0 482 257 6 38 515 3 480 6.32e-142 416 HAG62657.1 KAJ5112313.1 34.9 482 302 5 41 513 57 535 3.63e-86 275 HAG62657.1 WP_169940736.1 37.3 477 282 7 39 513 9 470 9.64e-86 271 EFF4884300.1 EFF4884300.1 100 430 0 0 1 430 1 430 0.0 864 MCJ8729721.1 MCJ8729721.1 100 92 0 0 1 92 1 92 2.48e-70 202 WP_132944465.1 WP_132944465.1 100 124 0 0 1 124 1 124 2.32e-81 233 KAF4018288.1 KAF4018288.1 100 719 0 0 1 719 1 719 0.0 1410 WP_267586803.1 WP_267586803.1 100 262 0 0 1 262 1 262 3.23e-185 506 XP_053257159.1 XP_053257159.1 100 790 0 0 1 790 1 790 0.0 1533 XP_053257159.1 NP_001375225.1 80.3 761 121 4 1 761 1 732 0.0 1155 WP_076451668.1 WP_076451668.1 100 1677 0 0 1 1677 1 1677 0.0 3179 WP_026591533.1 WP_026591533.1 100 152 0 0 1 152 1 152 4.32e-113 315 SKA28887.1 SKA28887.1 100 564 0 0 1 564 1 564 0.0 1080 GFA35713.1 GFA35713.1 100 489 0 0 1 489 1 489 0.0 1017 WP_054435236.1 WP_054435236.1 100 275 0 0 1 275 1 275 1.84e-211 574 WP_054435236.1 WP_145643501.1 63.1 255 92 1 1 255 1 253 3.36e-116 332 WP_054435236.1 KLR59865.1 39.0 251 153 0 1 251 1 251 1.60e-60 191 WP_269572442.1 WP_269572442.1 100 598 0 0 1 598 1 598 0.0 1033 WP_269572442.1 WP_128786583.1 38.0 552 321 5 42 581 40 582 3.62e-72 242 WP_269572442.1 WP_025739406.1 34.5 414 263 4 165 573 171 581 1.42e-53 191 WP_269572442.1 WP_104456122.1 40.8 272 161 0 321 592 214 485 5.57e-33 131 WP_269572442.1 OME96001.1 27.9 602 329 16 8 550 4 559 1.54e-29 122 WP_269572442.1 WP_271340374.1 28.6 301 199 3 256 542 199 497 7.96e-20 91.7 WP_269572442.1 WP_237962375.1 46.7 107 45 3 425 520 441 546 1.30e-14 75.5 WP_269572442.1 WP_156140069.1 41.7 120 60 3 472 586 405 519 2.53e-10 61.6 WP_269572442.1 MCI8311254.1 36.3 135 72 4 428 551 307 438 4.87e-10 60.5 WP_263177763.1 WP_263177763.1 100 80 0 0 1 80 1 80 9.12e-54 159 MCP5114939.1 MCP5114939.1 100 49 0 0 1 49 1 49 1.77e-33 106 TKX51930.1 TKX51930.1 100 63 0 0 1 63 1 63 1.06e-40 125 MBI1328179.1 MBI1328179.1 100 167 0 0 1 167 1 167 5.29e-119 331 WP_111479522.1 WP_111479522.1 100 363 0 0 1 363 1 363 1.14e-263 713 WP_111479522.1 ERO62343.1 45.3 276 146 2 29 304 14 284 7.40e-70 220 MBU6237646.1 MBU6237646.1 100 170 0 0 1 170 1 170 5.70e-129 357 WP_276638014.1 WP_276638014.1 100 362 0 0 1 362 1 362 5.75e-277 747 WP_276638014.1 WP_220615956.1 52.6 331 155 2 25 354 28 357 1.49e-117 343 WP_276638014.1 MBI5966481.1 42.7 309 161 6 43 348 15 310 9.34e-76 235 WP_276638014.1 MBI1736306.1 39.4 320 177 5 34 353 5 307 1.44e-68 216 WP_276638014.1 WP_067782871.1 30.0 313 200 4 37 349 8 301 5.64e-44 152 WP_276638014.1 MBQ1540263.1 31.1 305 165 7 44 348 33 292 1.04e-38 138 XP_028705251.1 XP_028705251.1 100 885 0 0 1 885 1 885 0.0 1285 XP_028705251.1 XP_048540820.1 31.7 278 163 5 445 722 781 1031 2.01e-34 140 XP_028705251.1 XP_021765438.1 33.0 206 126 6 456 655 597 796 9.18e-28 119 XP_039308535.1 XP_039308535.1 100 1065 0 0 1 1065 1 1065 0.0 2188 MBO5932171.1 MBO5932171.1 100 107 0 0 1 107 1 107 3.67e-79 226 MCF1432737.1 MCF1432737.1 100 367 0 0 1 367 1 367 8.27e-259 701 KAI6705356.1 KAI6705356.1 100 305 0 0 1 305 1 305 1.87e-226 614 KAI6705356.1 EEC70172.1 40.9 149 80 3 121 267 35 177 2.12e-25 99.4 GLR41095.1 GLR41095.1 100 658 0 0 1 658 1 658 0.0 1283 GLR41095.1 WP_050580425.1 76.3 659 153 2 1 658 6 662 0.0 973 MBU4440546.1 MBU4440546.1 100 208 0 0 1 208 1 208 4.24e-136 378 MBU4440546.1 WP_276533217.1 35.8 134 80 3 33 164 695 824 1.61e-18 81.6 MCI5497968.1 MCI5497968.1 100 96 0 0 1 96 1 96 1.84e-60 182 KAF3016851.1 KAF3016851.1 100 231 0 0 1 231 1 231 6.35e-147 407 MBZ0167657.1 MBZ0167657.1 100 215 0 0 1 215 1 215 2.19e-146 404 WP_201297008.1 WP_201297008.1 100 92 0 0 1 92 1 92 7.20e-61 178 WP_003245665.1 WP_003245665.1 100 146 0 0 1 146 1 146 1.47e-108 303 MBQ8460137.1 MBQ8460137.1 100 73 0 0 1 73 1 73 8.28e-47 141 WP_188412405.1 WP_188412405.1 100 666 0 0 1 666 1 666 0.0 1347 MBK7412786.1 MBK7412786.1 100 380 0 0 1 380 1 380 1.94e-275 744 MBK7412786.1 NWV65193.1 31.8 258 129 12 140 376 929 1160 6.89e-20 90.1 WP_259858510.1 WP_259858510.1 100 447 0 0 1 447 1 447 6.03e-313 845 WP_259858510.1 WP_144320971.1 44.3 291 150 6 158 441 234 519 4.01e-57 195 WP_259858510.1 WP_274755179.1 34.0 265 164 6 183 440 157 417 1.70e-33 129 WP_259858510.1 ADP83890.1 29.2 489 263 15 12 426 11 490 4.33e-31 124 WP_259858510.1 MBS1636088.1 26.4 212 138 5 235 431 102 310 2.36e-18 84.0 KAG9339452.1 KAG9339452.1 100 127 0 0 1 127 1 127 3.66e-93 263 WP_195473821.1 WP_195473821.1 100 208 0 0 1 208 1 208 1.01e-143 397 WP_195473821.1 MCB9527501.1 39.9 143 82 1 31 173 11 149 3.10e-29 106 WP_115748516.1 WP_115748516.1 100 296 0 0 1 296 1 296 7.00e-222 602 WP_115748516.1 MBA2687082.1 26.1 92 68 0 5 96 9 100 2.43e-04 40.4 KAJ4013743.1 KAJ4013743.1 100 87 0 0 1 87 1 87 1.01e-60 177 MBC7406653.1 MBC7406653.1 100 116 0 0 1 116 1 116 4.14e-78 224 EFB15155.1 EFB15155.1 100 402 0 0 1 402 1 402 1.85e-232 654 EFB15155.1 XP_044902674.1 49.4 77 34 2 113 184 6 82 1.87e-10 62.0 PYX81094.1 PYX81094.1 100 566 0 0 1 566 1 566 0.0 1176 WP_163095201.1 WP_163095201.1 100 196 0 0 1 196 1 196 1.71e-145 400 MBQ1271561.1 MBQ1271561.1 100 277 0 0 1 277 1 277 2.29e-197 538 WP_136193451.1 WP_136193451.1 100 294 0 0 1 294 1 294 1.53e-224 608 WP_136193451.1 OWA15278.1 42.6 122 66 3 8 127 10 129 8.53e-26 97.8 WP_268311115.1 WP_268311115.1 100 108 0 0 1 108 1 108 2.29e-78 224 WP_255991635.1 WP_255991635.1 100 131 0 0 1 131 1 131 4.94e-93 263 GAT48029.1 GAT48029.1 100 370 0 0 1 370 1 370 4.09e-281 758 NVO57457.1 NVO57457.1 100 182 0 0 1 182 1 182 2.28e-134 371 WP_070720871.1 WP_070720871.1 100 760 0 0 1 760 1 760 0.0 1518 WP_063274718.1 WP_063274718.1 100 135 0 0 1 135 1 135 2.07e-96 271 WP_202100641.1 WP_202100641.1 100 285 0 0 1 285 1 285 3.73e-216 587 TWW80208.1 TWW80208.1 100 220 0 0 1 220 1 220 5.94e-79 234 XP_011760839.1 XP_011760839.1 100 203 0 0 1 203 1 203 6.00e-113 319 KAJ2823714.1 KAJ2823714.1 100 141 0 0 1 141 1 141 1.31e-86 247 HAO77415.1 HAO77415.1 100 384 0 0 1 384 1 384 2.30e-285 770 XP_052496526.1 XP_052496526.1 100 674 0 0 1 674 1 674 0.0 1306 NLH91916.1 NLH91916.1 100 368 0 0 1 368 1 368 1.31e-276 746 NLH91916.1 WP_047203279.1 36.9 309 186 5 5 310 29 331 2.62e-60 199 MBV9352198.1 MBV9352198.1 100 497 0 0 1 497 1 497 0.0 929 MBP1602824.1 MBP1602824.1 100 401 0 0 1 401 1 401 7.36e-302 813 ODT35417.1 ODT35417.1 100 171 0 0 1 171 1 171 8.40e-127 351 WP_104684232.1 WP_104684232.1 100 550 0 0 1 550 1 550 0.0 1112 KFQ97446.1 KFQ97446.1 100 70 0 0 1 70 1 70 2.33e-47 142 CAH1278847.1 CAH1278847.1 100 1073 0 0 1 1073 1 1073 0.0 1705 WP_114947547.1 WP_114947547.1 100 326 0 0 1 326 1 326 3.38e-235 638 WP_114947547.1 WP_261668588.1 39.9 311 186 1 15 324 7 317 2.09e-81 248 WP_114947547.1 WP_145739766.1 40.0 320 182 5 12 322 11 329 2.35e-75 233 WP_090419626.1 WP_090419626.1 100 368 0 0 1 368 1 368 2.83e-271 733 WP_090419626.1 MBW4662439.1 37.4 390 212 5 6 368 8 392 5.76e-70 223 WP_090419626.1 WP_250015522.1 31.4 373 217 13 16 360 18 379 1.53e-31 121 WP_090419626.1 WP_210167953.1 28.2 355 238 6 15 360 2 348 4.03e-30 117 MBQ3573680.1 MBQ3573680.1 100 270 0 0 1 270 1 270 6.41e-180 494 KAJ4394429.1 KAJ4394429.1 100 515 0 0 1 515 1 515 0.0 984 KAJ4394429.1 KAA0555231.1 28.3 463 282 12 62 512 206 630 7.14e-38 145 KAJ4394429.1 WP_267292626.1 28.4 461 257 13 61 512 116 512 4.61e-32 127 KAJ4394429.1 OFZ89526.1 24.6 471 282 8 64 514 5 422 2.47e-31 124 KAJ4394429.1 NDI25889.1 32.3 303 179 9 210 506 1 283 5.73e-31 120 KAJ4394429.1 WP_033456074.1 28.4 317 199 5 199 514 7 296 5.72e-30 117 KAJ4394429.1 MBT3887354.1 27.5 316 207 7 203 514 24 321 1.67e-26 108 KAJ4394429.1 WP_262612393.1 26.3 320 204 7 200 513 131 424 1.77e-25 107 KAG2343201.1 KAG2343201.1 100 308 0 0 1 308 1 308 1.29e-198 544 MCS2900418.1 MCS2900418.1 100 125 0 0 1 125 1 125 3.84e-85 242 MCS2900418.1 MBI3448467.1 54.5 121 55 0 4 124 3 123 7.35e-40 128 MCS2900418.1 MBI5438416.1 55.8 120 52 1 4 123 3 121 4.86e-39 125 MCS2900418.1 WP_255435582.1 56.7 104 45 0 20 123 1 104 2.14e-34 113 WP_253349177.1 WP_253349177.1 100 258 0 0 1 258 1 258 2.24e-174 479 EED0743056.1 EED0743056.1 100 148 0 0 1 148 1 148 7.22e-101 284 WP_030383398.1 WP_030383398.1 100 493 0 0 1 493 1 493 8.21e-286 780 MBR2088606.1 MBR2088606.1 100 160 0 0 1 160 1 160 3.62e-109 306 MBR2088606.1 WP_087364392.1 49.6 125 54 4 37 156 26 146 8.89e-25 92.8 MAN53906.1 MAN53906.1 100 295 0 0 1 295 1 295 2.57e-203 555 MAN53906.1 WP_013845913.1 27.8 216 155 1 1 215 1 216 9.37e-20 84.7 WP_173119692.1 WP_173119692.1 100 110 0 0 1 110 1 110 1.00e-73 212 OJW76341.1 OJW76341.1 100 142 0 0 1 142 1 142 1.75e-64 191 WP_121538494.1 WP_121538494.1 100 247 0 0 1 247 1 247 2.29e-182 498 XP_039322713.1 XP_039322713.1 100 261 0 0 1 261 1 261 4.62e-189 516 XP_039322713.1 WP_280443824.1 38.8 227 134 2 20 246 53 274 1.64e-42 144 EDU63556.1 EDU63556.1 100 52 0 0 1 52 1 52 1.78e-32 103 EDQ8124076.1 EDQ8124076.1 100 1431 0 0 1 1431 1 1431 0.0 2388 WP_142931103.1 WP_142931103.1 100 474 0 0 1 474 1 474 0.0 891 WP_142931103.1 WP_192324556.1 30.5 499 284 15 20 455 33 531 1.38e-48 174 WP_142931103.1 WP_227059655.1 28.9 492 288 13 24 455 41 530 3.44e-43 159 WP_142931103.1 WP_071876418.1 26.2 516 307 16 1 461 1 497 8.15e-31 123 WP_142931103.1 WP_107894076.1 28.9 256 157 7 1 231 3 258 7.62e-25 103 WP_142931103.1 WP_066083732.1 30.2 255 152 6 3 231 6 260 1.36e-21 94.0 WP_142931103.1 WP_278489123.1 29.2 243 143 7 1 221 3 238 3.23e-20 89.0 WP_142931103.1 WP_098952357.1 34.1 223 135 6 250 461 2 223 5.77e-20 89.0 WP_142931103.1 GLY24463.1 25.0 220 143 4 20 217 24 243 8.46e-16 76.6 WP_142931103.1 QCM13287.1 28.3 212 129 6 20 209 27 237 9.11e-16 75.9 WP_142931103.1 WP_131166802.1 26.5 245 154 6 3 221 5 249 1.30e-15 76.3 WP_142931103.1 WP_145468487.1 29.4 204 135 5 275 472 25 225 2.56e-15 73.6 WP_142931103.1 WP_258581409.1 25.0 200 146 3 275 473 18 214 3.83e-15 75.1 WP_142931103.1 WP_195238978.1 27.1 225 145 4 4 214 485 704 9.43e-15 75.1 WP_142931103.1 MBO5162475.1 25.3 478 307 16 20 468 14 470 1.19e-14 74.3 WP_142931103.1 WP_088153117.1 27.2 191 129 4 285 469 23 209 9.70e-13 67.8 WP_142931103.1 KAI9191373.1 32.2 180 99 6 259 424 395 565 3.43e-11 63.9 WP_142931103.1 WP_089095302.1 22.1 524 311 18 19 473 18 513 3.87e-11 63.5 WP_142931103.1 WP_038440434.1 29.8 225 129 8 256 465 332 542 4.86e-11 63.2 WP_142931103.1 NLW39422.1 27.2 213 147 6 262 469 19 228 5.91e-11 62.0 WP_142931103.1 WP_041481207.1 30.3 185 119 6 273 451 350 530 8.15e-11 62.4 WP_142931103.1 WP_008056683.1 29.5 193 122 4 275 461 254 438 1.78e-10 61.6 WP_142931103.1 WP_150396769.1 22.2 486 308 18 20 469 40 491 5.59e-10 59.7 WP_142931103.1 WP_060613079.1 27.2 228 144 7 258 473 341 558 4.27e-09 57.0 WP_142931103.1 WP_247749043.1 28.1 210 119 8 283 473 381 577 7.60e-09 56.2 WP_142931103.1 WP_089246429.1 22.1 494 306 14 20 469 20 478 2.80e-08 54.3 WP_142931103.1 NVM03966.1 24.5 200 136 4 274 469 36 224 7.31e-08 52.4 WP_142931103.1 HBO4828144.1 26.7 195 127 5 279 471 33 213 1.90e-07 50.8 WP_142931103.1 EHR6291555.1 31.1 161 92 6 266 418 15 164 8.45e-07 49.7 WP_142931103.1 KAJ2660037.1 28.6 199 117 7 269 454 1819 2005 1.12e-06 49.7 WP_142931103.1 MBQ8297564.1 26.2 164 99 4 274 424 348 502 2.56e-06 48.1 WP_142931103.1 NFD84694.1 22.9 227 144 7 259 469 522 733 6.50e-06 47.0 WP_142931103.1 MCH4209672.1 26.9 167 102 5 289 452 411 560 5.04e-04 40.8 WP_047203279.1 WP_047203279.1 100 466 0 0 1 466 1 466 0.0 935 WP_047203279.1 NLH91916.1 36.9 309 186 5 29 331 5 310 6.53e-60 199 KAH0130274.1 KAH0130274.1 100 398 0 0 1 398 1 398 2.14e-313 842 DAQ89956.1 DAQ89956.1 100 188 0 0 1 188 1 188 4.76e-139 384 NWH38694.1 NWH38694.1 100 490 0 0 1 490 1 490 0.0 1037 NWH38694.1 XP_052337646.1 30.4 191 99 5 136 297 685 870 2.87e-17 83.6 NWH38694.1 XP_051216225.1 30.9 188 107 4 137 301 247 434 3.09e-17 83.2 NWH38694.1 KAI4882225.1 30.5 151 76 3 354 484 668 809 6.21e-15 75.9 WP_071877135.1 WP_071877135.1 100 72 0 0 1 72 1 72 5.83e-51 152 MBC7935646.1 MBC7935646.1 100 216 0 0 1 216 1 216 2.13e-158 435 MCA9664716.1 MCA9664716.1 100 704 0 0 1 704 1 704 0.0 1445 CCD14225.1 CCD14225.1 100 302 0 0 1 302 1 302 2.27e-166 462 KAE9611124.1 KAE9611124.1 100 94 0 0 1 94 1 94 1.09e-65 191 KRL72956.1 KRL72956.1 100 463 0 0 1 463 1 463 0.0 925 RHP79651.1 RHP79651.1 100 71 0 0 1 71 1 71 8.00e-53 156 MSZ96355.1 MSZ96355.1 100 244 0 0 1 244 1 244 4.24e-172 472 MCB0501525.1 MCB0501525.1 100 634 0 0 1 634 1 634 0.0 1246 CAI2640540.1 CAI2640540.1 100 344 0 0 1 344 1 344 4.73e-251 680 CAI2640540.1 NDD01017.1 28.5 316 186 12 42 341 2 293 6.20e-17 78.6 XP_018906655.1 XP_018906655.1 100 645 0 0 1 645 1 645 0.0 1167 STI83942.1 STI83942.1 100 72 0 0 1 72 1 72 4.10e-51 152 MBI4806480.1 MBI4806480.1 100 484 0 0 1 484 1 484 0.0 914 MBI4806480.1 WP_094840069.1 34.6 506 294 5 8 476 5 510 7.70e-85 269 MBI4806480.1 WP_279840346.1 34.9 476 297 6 7 476 8 476 2.18e-77 248 MBI4806480.1 WP_076595086.1 25.2 473 341 7 2 471 7 469 8.57e-37 139 XP_022851607.1 XP_022851607.1 100 271 0 0 1 271 1 271 4.13e-197 537 OKZ85006.1 OKZ85006.1 100 569 0 0 1 569 1 569 0.0 1050 OKZ85006.1 MBD2210269.1 29.1 247 131 11 42 270 7 227 1.06e-14 75.1 OKZ85006.1 WP_015133641.1 27.6 196 121 6 148 328 134 323 4.49e-14 73.2 OKZ85006.1 XP_043377824.1 30.7 88 56 2 143 228 98 182 2.74e-07 52.0 NLI10446.1 NLI10446.1 100 488 0 0 1 488 1 488 0.0 983 WP_249681227.1 WP_249681227.1 100 216 0 0 1 216 1 216 8.59e-149 410 POS85366.1 POS85366.1 100 946 0 0 1 946 1 946 0.0 1931 POS85366.1 XP_040253449.1 65.2 23 8 0 37 59 201 223 8.57e-04 40.4 WP_079908511.1 WP_079908511.1 100 105 0 0 1 105 1 105 2.72e-71 206 MCF6390562.1 MCF6390562.1 100 284 0 0 1 284 1 284 9.01e-203 553 WP_127953526.1 WP_127953526.1 100 753 0 0 1 753 1 753 0.0 1508 SFQ01701.1 SFQ01701.1 100 237 0 0 1 237 1 237 8.98e-175 478 MBO5336885.1 MBO5336885.1 100 809 0 0 1 809 1 809 0.0 1683 MBO5336885.1 OCR38384.1 26.9 413 243 8 4 408 20 381 3.17e-41 154 HCG9411603.1 HCG9411603.1 100 247 0 0 1 247 1 247 3.36e-175 480 HCG9411603.1 WP_017171503.1 33.3 156 100 1 5 160 4 155 8.62e-29 105 QUM20585.1 QUM20585.1 100 1272 0 0 1 1272 1 1272 0.0 2245 QUM20585.1 QUE11983.1 93.4 1272 82 1 1 1272 1 1270 0.0 2200 QUM20585.1 UHB14670.1 90.8 1273 114 2 1 1272 1 1271 0.0 2182 QUM20585.1 UIX40308.1 90.7 1273 116 2 1 1272 1 1271 0.0 2175 QUM20585.1 UDK40309.1 90.4 1273 119 2 1 1272 1 1271 0.0 2164 QUM20585.1 UPU53169.1 89.8 1273 126 2 1 1272 1 1270 0.0 2155 QUM20585.1 UYC71619.1 89.9 1273 122 3 1 1272 1 1268 0.0 2151 QUM20585.1 UGX22439.1 92.5 1273 93 2 1 1272 1 1271 0.0 2149 QUM20585.1 UBN63752.1 92.3 1272 96 1 1 1272 1 1270 0.0 2147 QUM20585.1 USL51576.1 86.8 1273 164 2 1 1272 1 1270 0.0 2061 QUM20585.1 QXI91160.1 93.9 1272 77 0 1 1272 1 1272 0.0 2055 QUM20585.1 QVX70521.1 86.4 1273 172 1 1 1272 1 1273 0.0 1994 QUM20585.1 UZH89542.1 82.3 1273 222 2 1 1272 1 1271 0.0 1907 QUM20585.1 UUS71569.1 94.8 747 39 0 526 1272 527 1273 0.0 1303 QUM20585.1 UHK01047.1 60.7 1273 499 1 1 1272 1 1273 0.0 1181 AAF62532.1 AAF62532.1 100 1074 0 0 1 1074 1 1074 0.0 2180 CDS15483.1 CDS15483.1 100 189 0 0 1 189 1 189 3.22e-142 392 MCQ2831693.1 MCQ2831693.1 100 484 0 0 1 484 1 484 0.0 934 MCQ2831693.1 RUM68418.1 40.7 484 275 7 1 476 1 480 1.23e-110 335 MCQ2578417.1 MCQ2578417.1 100 147 0 0 1 147 1 147 8.15e-102 286 WP_107894076.1 WP_107894076.1 100 328 0 0 1 328 1 328 1.06e-239 650 WP_107894076.1 WP_066083732.1 56.2 322 138 3 5 323 6 327 7.06e-121 349 WP_107894076.1 GLY24463.1 44.7 318 175 1 4 320 3 320 1.44e-92 277 WP_107894076.1 MCP5262709.1 45.2 314 169 3 5 316 1 313 7.71e-92 275 WP_107894076.1 WP_131166802.1 46.4 302 160 2 1 300 1 302 3.29e-81 248 WP_107894076.1 WP_227059655.1 50.4 266 126 2 5 264 17 282 7.22e-78 248 WP_107894076.1 WP_192324556.1 47.8 272 128 2 5 266 13 280 1.56e-75 242 WP_107894076.1 WP_098952357.1 37.9 306 174 6 3 299 1 299 1.89e-63 202 WP_107894076.1 MBQ3864274.1 37.7 302 175 7 5 301 12 305 2.94e-56 184 WP_107894076.1 WP_226904802.1 37.8 291 167 5 21 307 45 325 5.12e-56 184 WP_107894076.1 MBU5353226.1 37.3 268 149 5 5 263 4 261 3.04e-55 181 WP_107894076.1 QCM13287.1 40.9 259 143 6 5 261 9 259 4.09e-54 177 WP_107894076.1 RUU66461.1 38.8 260 149 5 3 260 82 333 6.22e-51 171 WP_107894076.1 MWR41881.1 34.9 249 142 5 5 253 34 262 4.62e-34 124 WP_107894076.1 MBP1876254.1 31.1 254 161 6 5 256 1 242 2.12e-32 122 WP_107894076.1 MCB0243881.1 30.3 231 150 6 5 235 5 224 2.97e-24 97.1 WP_107894076.1 WP_142931103.1 28.9 256 157 7 3 258 1 231 3.36e-24 100 WP_107894076.1 WP_278489123.1 28.6 248 159 8 1 244 1 234 6.19e-22 92.0 WP_107894076.1 MBC7326981.1 30.5 239 150 9 24 256 21 249 7.15e-22 91.3 WP_107894076.1 OAN53756.1 29.0 238 149 8 27 256 29 254 5.39e-21 89.0 WP_107894076.1 MCC6044083.1 29.2 233 151 8 3 234 1 220 5.98e-20 87.0 WP_107894076.1 WP_207918089.1 29.5 237 152 9 25 256 21 247 7.93e-19 82.8 WP_107894076.1 WP_174822921.1 25.9 247 149 8 25 256 23 250 1.96e-17 79.0 WP_107894076.1 MXP43753.1 28.9 246 154 10 18 256 26 257 4.08e-17 78.2 WP_107894076.1 EHH5649593.1 28.0 236 144 7 11 244 8 219 8.40e-17 77.8 WP_107894076.1 WP_158791585.1 26.8 261 172 9 1 256 1 247 2.84e-13 67.0 WP_107894076.1 WP_008056683.1 26.6 222 145 7 12 232 242 446 3.76e-13 68.6 WP_107894076.1 MBT3459617.1 31.0 216 127 9 25 235 1 199 1.72e-12 64.3 WP_107894076.1 WP_197521413.1 26.3 243 148 8 5 244 1 215 2.37e-12 64.7 WP_107894076.1 WP_185334683.1 31.1 228 132 9 13 233 8 217 7.28e-12 64.3 WP_107894076.1 WP_036258374.1 29.7 219 135 7 24 239 343 545 1.85e-11 63.2 WP_107894076.1 WP_256546297.1 24.3 243 153 9 5 233 23 248 1.48e-10 59.3 WP_107894076.1 WP_152652784.1 27.4 215 137 6 21 234 17 213 1.44e-09 56.6 WP_107894076.1 WP_211555180.1 25.6 211 145 6 24 234 18 216 2.74e-09 55.1 WP_107894076.1 CDZ73727.1 26.7 195 114 5 24 215 16 184 4.42e-09 54.7 WP_107894076.1 WP_089246429.1 23.9 243 157 8 2 237 262 483 9.77e-09 54.7 WP_107894076.1 WP_089095302.1 24.3 243 133 10 2 235 311 511 1.90e-08 53.9 WP_107894076.1 WP_221977168.1 24.4 234 152 9 14 237 20 238 2.75e-08 52.4 WP_107894076.1 WP_041710957.1 29.6 81 53 1 156 236 98 174 2.07e-04 41.2 WP_107894076.1 WP_150396769.1 25.0 232 149 10 22 246 37 250 4.70e-04 40.0 WP_237962375.1 WP_237962375.1 100 800 0 0 1 800 1 800 0.0 1404 WP_237962375.1 WP_146176256.1 26.6 301 196 6 49 339 38 323 2.78e-25 107 WP_237962375.1 HAZ7424284.1 42.1 140 81 0 473 612 339 478 1.41e-20 94.4 WP_237962375.1 EIZ9235425.1 53.6 97 45 0 464 560 335 431 9.78e-18 85.5 WP_237962375.1 WP_097514015.1 40.8 147 85 2 498 643 382 527 1.10e-17 85.5 WP_237962375.1 WP_104456122.1 32.0 175 98 2 477 630 344 518 3.41e-14 74.3 WP_237962375.1 WP_269572442.1 44.3 122 56 3 441 561 425 535 2.10e-13 72.0 WP_237962375.1 WP_025739406.1 52.6 76 35 1 484 558 466 541 1.05e-11 66.6 WP_237962375.1 WP_271340374.1 30.1 259 154 7 354 609 297 531 6.93e-11 63.9 WP_237962375.1 WP_128786583.1 41.4 87 51 0 475 561 450 536 9.47e-11 63.5 WP_237962375.1 WP_156140069.1 39.7 116 69 1 498 612 405 520 3.96e-10 61.6 WP_237962375.1 MCI8311254.1 39.4 99 59 1 465 563 323 420 5.72e-10 60.8 KAH8980086.1 KAH8980086.1 100 353 0 0 1 353 1 353 6.18e-231 630 WP_205541900.1 WP_205541900.1 100 425 0 0 1 425 1 425 1.83e-305 824 WP_205541900.1 MBE1549930.1 32.3 133 76 4 240 364 5 131 9.14e-10 56.6 WP_205541900.1 WP_152190814.1 38.1 97 59 1 21 117 5 100 1.20e-09 55.8 MCF7917901.1 MCF7917901.1 100 148 0 0 1 148 1 148 2.84e-107 300 MBQ7693256.1 MBQ7693256.1 100 307 0 0 1 307 1 307 2.44e-223 607 MBQ7693256.1 MBR0144760.1 45.5 310 162 1 1 303 1 310 2.58e-87 264 WP_085451092.1 WP_085451092.1 100 172 0 0 1 172 1 172 8.37e-123 341 WP_054059514.1 WP_054059514.1 100 239 0 0 1 239 1 239 2.06e-156 432 WP_054059514.1 WP_142114448.1 34.4 212 128 5 30 231 36 246 1.68e-22 92.8 OMH39194.1 OMH39194.1 100 245 0 0 1 245 1 245 3.96e-182 497 WP_265245651.1 WP_265245651.1 100 126 0 0 1 126 1 126 1.10e-89 254 HHT71325.1 HHT71325.1 100 338 0 0 1 338 1 338 2.80e-240 652 WP_266882648.1 WP_266882648.1 100 190 0 0 1 190 1 190 3.75e-137 379 WP_058002390.1 WP_058002390.1 100 160 0 0 1 160 1 160 2.36e-114 319 WP_149771049.1 WP_149771049.1 100 114 0 0 1 114 1 114 2.07e-77 222 MBQ9456987.1 MBQ9456987.1 100 201 0 0 1 201 1 201 4.86e-143 395 MBQ9456987.1 MCF6346354.1 27.8 194 128 4 4 191 5 192 6.01e-13 63.2 WP_245384442.1 WP_245384442.1 100 397 0 0 1 397 1 397 8.80e-292 787 WP_245384442.1 WP_167301289.1 36.2 384 230 8 15 391 5 380 1.15e-58 194 ATN35154.1 ATN35154.1 100 117 0 0 1 117 1 117 1.38e-81 233 MHQ93786.1 MHQ93786.1 100 741 0 0 1 741 1 741 0.0 1422 XP_023589550.1 XP_023589550.1 100 886 0 0 1 886 1 886 0.0 1636 XP_023589550.1 CZT45482.1 40.1 769 385 13 82 783 73 832 8.55e-152 469 XP_023589550.1 RSL59427.1 36.2 376 229 6 98 469 63 431 1.73e-64 223 XP_023589550.1 MBA0549662.1 32.8 360 234 4 98 456 22 374 8.91e-58 201 XP_023589550.1 GEU53557.1 32.8 344 221 5 101 438 101 440 7.45e-54 196 XP_023589550.1 XP_055095726.1 27.8 371 201 10 135 442 237 603 2.99e-24 107 MBO5287652.1 MBO5287652.1 100 202 0 0 1 202 1 202 3.04e-142 393 WP_040009751.1 WP_040009751.1 100 140 0 0 1 140 1 140 1.33e-99 280 WP_197201326.1 WP_197201326.1 100 420 0 0 1 420 1 420 3.26e-301 813 WP_015314674.1 WP_015314674.1 100 255 0 0 1 255 1 255 6.04e-182 498 CAG8151748.1 CAG8151748.1 100 168 0 0 1 168 1 168 2.94e-121 337 WP_202269095.1 WP_202269095.1 100 46 0 0 1 46 1 46 1.27e-25 86.3 WP_248403399.1 WP_248403399.1 100 71 0 0 1 71 1 71 1.70e-45 138 EWZ28924.1 EWZ28924.1 100 536 0 0 1 536 1 536 0.0 1070 WP_139573954.1 WP_139573954.1 100 186 0 0 1 186 1 186 1.04e-141 390 WP_138838620.1 WP_138838620.1 100 87 0 0 1 87 1 87 1.27e-63 185 CAH1454680.1 CAH1454680.1 100 134 0 0 1 134 1 134 5.50e-96 270 MBR4964110.1 MBR4964110.1 100 342 0 0 1 342 1 342 4.22e-253 685 WP_246303703.1 WP_246303703.1 100 504 0 0 1 504 1 504 1.20e-222 621 WP_135287436.1 WP_135287436.1 100 438 0 0 1 438 1 438 2.86e-311 840 WP_135287436.1 OTN76164.1 49.0 416 207 3 19 433 10 421 1.26e-128 377 OYY81277.1 OYY81277.1 100 277 0 0 1 277 1 277 1.01e-200 547 OYY81277.1 WP_248328072.1 28.9 263 180 4 5 264 18 276 1.13e-31 119 AWY63092.1 AWY63092.1 100 191 0 0 1 191 1 191 8.85e-141 388 WP_061583028.1 WP_061583028.1 100 214 0 0 1 214 1 214 8.01e-153 421 WP_259695835.1 WP_259695835.1 100 103 0 0 1 103 1 103 1.86e-68 198 WP_044328211.1 WP_044328211.1 100 242 0 0 1 242 1 242 1.05e-180 493 WP_044328211.1 MCE7733397.1 34.0 100 60 3 59 153 45 143 4.40e-06 44.7 NXC48933.1 NXC48933.1 100 177 0 0 1 177 1 177 5.27e-92 264 MCP4974199.1 MCP4974199.1 100 368 0 0 1 368 1 368 6.48e-277 747 MCP4974199.1 MBI1189702.1 28.3 152 98 4 56 196 53 204 9.51e-12 63.9 MCP4974199.1 EFX2174330.1 27.3 194 129 4 7 196 5 190 1.85e-11 62.8 MCP4974199.1 MCH8293010.1 27.0 141 100 2 68 208 62 199 2.05e-09 56.6 MCP4974199.1 WP_069697901.1 32.6 89 54 1 57 139 51 139 5.05e-08 52.4 MCP4974199.1 WP_218036247.1 27.3 150 94 4 9 155 1 138 1.38e-07 50.8 KAG4104878.1 KAG4104878.1 100 306 0 0 1 306 1 306 1.18e-193 531 KKQ77718.1 KKQ77718.1 100 378 0 0 1 378 1 378 2.31e-266 721 KKQ77718.1 WP_070552687.1 40.5 365 188 4 5 367 3 340 2.54e-89 273 PSK49415.1 PSK49415.1 100 2447 0 0 1 2447 1 2447 0.0 4837 WP_224255409.1 WP_224255409.1 100 354 0 0 1 354 1 354 1.02e-266 720 WP_224255409.1 EAN4724137.1 95.5 353 16 0 1 353 1 353 3.22e-254 689 WP_224255409.1 MBT4259674.1 43.0 342 190 3 1 342 1 337 2.54e-97 290 WP_224255409.1 XP_018682766.1 31.1 347 172 5 4 349 60 340 2.78e-56 186 WP_063415362.1 WP_063415362.1 100 179 0 0 1 179 1 179 4.28e-133 368 WP_247740288.1 WP_247740288.1 100 215 0 0 1 215 1 215 4.80e-150 414 MBV9168199.1 MBV9168199.1 100 207 0 0 1 207 1 207 1.97e-145 401 KAJ6994162.1 KAJ6994162.1 100 949 0 0 1 949 1 949 0.0 1846 KAJ6994162.1 MBY0273331.1 35.7 785 441 19 32 806 5 735 5.58e-130 409 KAJ6994162.1 MBE6688122.1 28.5 786 475 21 22 738 9 776 1.61e-73 258 KAJ6994162.1 KAA0114277.1 30.3 704 405 20 22 660 40 722 1.62e-68 244 KAJ6994162.1 WP_049009918.1 26.0 801 511 22 33 783 66 834 1.10e-67 242 KAJ6994162.1 WP_235126772.1 28.5 771 455 22 32 721 14 769 1.51e-65 235 KAJ6994162.1 WP_278631399.1 27.2 772 475 22 23 732 10 756 1.38e-64 232 KAJ6994162.1 WP_019100427.1 26.9 766 488 21 21 727 37 789 2.66e-61 223 KAJ6994162.1 MBE5737882.1 23.2 707 448 19 47 687 35 712 9.95e-38 150 KAJ6994162.1 KAF5671546.1 23.0 749 437 19 42 656 182 924 8.50e-36 145 KAJ6994162.1 HCT06136.1 24.5 605 381 18 79 674 199 736 3.78e-30 126 KAJ6994162.1 MBI6149093.1 26.4 561 327 19 101 649 241 727 6.31e-28 119 KAJ6994162.1 WP_074319120.1 24.7 555 325 13 100 638 210 687 5.52e-27 116 KAJ6994162.1 XP_009147075.2 29.5 386 218 11 400 736 602 982 7.06e-27 116 KAJ6994162.1 OFX32653.1 23.2 568 361 14 80 638 65 566 3.46e-25 110 KAJ6994162.1 WP_176307440.1 22.0 218 149 3 134 342 306 511 1.30e-05 47.4 MBA0549662.1 MBA0549662.1 100 390 0 0 1 390 1 390 1.82e-285 771 MBA0549662.1 XP_023589550.1 32.8 360 234 4 22 374 98 456 1.51e-58 202 MBA0549662.1 RSL59427.1 30.2 378 258 4 18 390 59 435 1.66e-57 193 MBA0549662.1 CZT45482.1 28.4 398 245 3 22 379 89 486 2.19e-53 188 QVX70521.1 QVX70521.1 100 1273 0 0 1 1273 1 1273 0.0 2206 QVX70521.1 UIX40308.1 90.2 1273 123 1 1 1273 1 1271 0.0 2149 QVX70521.1 UHB14670.1 89.2 1273 136 1 1 1273 1 1271 0.0 2137 QVX70521.1 QUE11983.1 91.3 1273 108 2 1 1273 1 1270 0.0 2128 QVX70521.1 UPU53169.1 88.9 1273 138 1 1 1273 1 1270 0.0 2125 QVX70521.1 UDK40309.1 88.6 1273 143 1 1 1273 1 1271 0.0 2117 QVX70521.1 UYC71619.1 88.3 1273 144 2 1 1273 1 1268 0.0 2107 QVX70521.1 UBN63752.1 91.0 1273 112 2 1 1273 1 1270 0.0 2097 QVX70521.1 UGX22439.1 87.0 1273 164 1 1 1273 1 1271 0.0 2050 QVX70521.1 USL51576.1 85.3 1273 184 1 1 1273 1 1270 0.0 2021 QVX70521.1 QUM20585.1 86.4 1273 172 1 1 1273 1 1272 0.0 1997 QVX70521.1 UZH89542.1 82.6 1273 219 1 1 1273 1 1271 0.0 1894 QVX70521.1 QXI91160.1 84.4 1273 198 1 1 1273 1 1272 0.0 1880 QVX70521.1 UUS71569.1 65.4 1273 440 0 1 1273 1 1273 0.0 1281 QVX70521.1 UHK01047.1 61.4 1273 491 0 1 1273 1 1273 0.0 1172 WP_247406571.1 WP_247406571.1 100 123 0 0 1 123 1 123 9.87e-87 246 QBR70480.1 QBR70480.1 100 86 0 0 1 86 1 86 6.15e-57 168 GGY65584.1 GGY65584.1 100 455 0 0 1 455 1 455 0.0 890 WP_149651004.1 WP_149651004.1 100 131 0 0 1 131 1 131 2.65e-88 251 WP_152046331.1 WP_152046331.1 100 292 0 0 1 292 1 292 3.70e-190 521 WP_152046331.1 EGY4555186.1 40.2 271 155 2 25 288 28 298 5.15e-53 173 WP_152046331.1 MCI7704736.1 39.9 263 157 1 27 288 28 290 1.86e-51 169 WP_152046331.1 WP_184130797.1 39.5 223 125 6 72 285 148 369 1.04e-38 138 WP_223843725.1 WP_223843725.1 100 832 0 0 1 832 1 832 0.0 1635 MBA3914538.1 MBA3914538.1 100 138 0 0 1 138 1 138 2.59e-96 271 WP_268645109.1 WP_268645109.1 100 116 0 0 1 116 1 116 5.64e-85 241 EFU85163.1 EFU85163.1 100 375 0 0 1 375 1 375 1.73e-280 757 EFU85163.1 WP_239881445.1 45.7 376 175 7 16 367 16 386 3.24e-103 308 MBI4966856.1 MBI4966856.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 MBI4966856.1 MCB1065733.1 73.3 45 12 0 1 45 23 67 1.81e-19 71.2 MBP1327478.1 MBP1327478.1 100 288 0 0 1 288 1 288 8.29e-201 548 MBP1327478.1 WP_281562017.1 35.1 262 138 10 47 281 64 320 1.42e-28 113 OLO59787.1 OLO59787.1 100 627 0 0 1 627 1 627 0.0 1211 PWY99603.1 PWY99603.1 100 264 0 0 1 264 1 264 2.80e-196 535 MBP8960789.1 MBP8960789.1 100 202 0 0 1 202 1 202 1.57e-144 399 MBP8960789.1 NOT95054.1 33.3 90 58 1 8 97 1 88 9.41e-10 53.1 WP_102529905.1 WP_102529905.1 100 234 0 0 1 234 1 234 4.26e-167 458 WP_273418567.1 WP_273418567.1 100 156 0 0 1 156 1 156 1.27e-107 301 WP_273418567.1 WP_061048002.1 32.0 147 78 5 17 147 481 621 1.64e-10 56.6 WP_273418567.1 WP_074911472.1 33.0 112 67 3 43 149 911 1019 3.20e-10 55.8 WP_251835880.1 WP_251835880.1 100 759 0 0 1 759 1 759 0.0 1556 MBL7151874.1 MBL7151874.1 100 460 0 0 1 460 1 460 0.0 891 MBL7151874.1 MCC6251785.1 37.9 456 263 5 7 446 4 455 3.04e-91 283 MBL7151874.1 WP_264593810.1 25.5 424 275 11 42 451 45 441 1.36e-23 101 MBL7151874.1 NWT28302.1 24.6 423 259 18 7 373 29 447 1.65e-13 70.9 HJE10580.1 HJE10580.1 100 424 0 0 1 424 1 424 6.45e-310 835 HJE10580.1 EBU9231875.1 52.9 418 188 4 9 420 4 418 1.43e-140 406 HJE10580.1 WP_244349102.1 26.5 486 261 15 10 419 2 467 5.53e-31 122 WP_271202339.1 WP_271202339.1 100 223 0 0 1 223 1 223 2.11e-157 433 MBP1746912.1 MBP1746912.1 100 487 0 0 1 487 1 487 0.0 978 MBP1746912.1 MCA0387421.1 24.7 360 212 9 1 354 1 307 5.71e-20 89.0 MBP1746912.1 KKT55671.1 22.4 241 138 8 4 243 300 492 5.79e-05 43.9 WP_181865219.1 WP_181865219.1 100 303 0 0 1 303 1 303 5.81e-229 620 WP_181865219.1 EEY3543156.1 98.3 303 5 0 1 303 312 614 2.87e-215 612 WP_181865219.1 ECI3309320.1 84.4 302 46 1 1 302 312 612 1.08e-186 535 WP_181865219.1 EFQ4765027.1 84.4 302 46 1 1 302 312 612 2.71e-186 535 WP_181865219.1 EJQ6627878.1 97.6 250 6 0 54 303 1 250 2.26e-178 495 WP_181865219.1 EEO7917989.1 70.2 295 84 1 1 295 312 602 3.65e-148 442 WP_181865219.1 WP_137512405.1 96.4 55 2 0 1 55 312 366 5.16e-32 120 MCF4165308.1 MCF4165308.1 100 121 0 0 1 121 1 121 1.59e-82 235 WP_086536228.1 WP_086536228.1 100 353 0 0 1 353 1 353 1.30e-248 674 MBT8422994.1 MBT8422994.1 100 143 0 0 1 143 1 143 1.63e-81 234 WP_232947168.1 WP_232947168.1 100 629 0 0 1 629 1 629 0.0 1280 WP_245248603.1 WP_245248603.1 100 119 0 0 1 119 1 119 1.17e-83 238 XP_056420557.1 XP_056420557.1 100 196 0 0 1 196 1 196 8.54e-121 338 NEP46602.1 NEP46602.1 100 138 0 0 1 138 1 138 6.11e-95 268 KAI5750574.1 KAI5750574.1 100 570 0 0 1 570 1 570 0.0 896 XP_046618542.1 XP_046618542.1 100 1087 0 0 1 1087 1 1087 0.0 1587 MBX2992548.1 MBX2992548.1 100 303 0 0 1 303 1 303 5.81e-229 620 GDX41819.1 GDX41819.1 100 238 0 0 1 238 1 238 4.62e-173 474 MCI9050290.1 MCI9050290.1 100 127 0 0 1 127 1 127 1.62e-87 248 MBE6344311.1 MBE6344311.1 100 248 0 0 1 248 1 248 1.74e-182 498 WP_001495833.1 WP_001495833.1 100 60 0 0 1 60 1 60 5.18e-42 128 WP_001495833.1 EEE4210954.1 64.3 56 20 0 5 60 4 59 6.27e-21 76.6 MBQ3420014.1 MBQ3420014.1 100 204 0 0 1 204 1 204 1.38e-139 386 MBQ3420014.1 WP_119328079.1 38.3 193 109 3 10 200 7 191 6.12e-28 102 MBQ3420014.1 NNF05378.1 37.6 202 108 5 9 200 5 198 2.46e-26 99.0 MBQ3420014.1 WP_158161316.1 36.9 195 108 5 10 200 9 192 1.03e-21 86.7 MCP4716728.1 MCP4716728.1 100 160 0 0 1 160 1 160 4.22e-108 303 WP_141098672.1 WP_141098672.1 100 239 0 0 1 239 1 239 2.88e-172 472 WP_096561808.1 WP_096561808.1 100 59 0 0 1 59 1 59 2.62e-37 116 WP_146780046.1 WP_146780046.1 100 509 0 0 1 509 1 509 0.0 1068 WP_251223476.1 WP_251223476.1 100 242 0 0 1 242 1 242 1.13e-150 417 GGR71723.1 GGR71723.1 100 430 0 0 1 430 1 430 7.62e-296 800 XP_031122780.1 XP_031122780.1 100 533 0 0 1 533 1 533 0.0 1027 WP_003303823.1 WP_003303823.1 100 384 0 0 1 384 1 384 1.32e-309 831 MCL2808632.1 MCL2808632.1 100 232 0 0 1 232 1 232 1.68e-172 472 WP_058504615.1 WP_058504615.1 100 567 0 0 1 567 1 567 0.0 1091 WP_058504615.1 WP_283107263.1 36.2 511 302 7 67 562 56 557 2.07e-97 306 WP_058504615.1 WP_017718577.1 41.8 421 219 6 170 566 215 633 4.20e-90 290 WP_058504615.1 NRF69152.1 39.2 436 244 12 144 562 85 516 6.23e-83 266 WP_058504615.1 MBT7163208.1 33.5 385 233 10 190 562 196 569 1.39e-57 201 WP_058504615.1 WP_203339841.1 41.6 269 147 7 191 454 12 275 3.83e-49 172 WP_058504615.1 WP_121975536.1 35.6 253 146 7 188 435 3 243 2.88e-31 122 WP_058504615.1 EEC9022132.1 28.1 370 229 10 175 510 72 438 1.91e-30 123 WP_058504615.1 RYD39969.1 34.0 262 154 9 181 435 3 252 4.67e-27 109 WP_030720866.1 WP_030720866.1 100 102 0 0 1 102 1 102 2.03e-67 196 XP_047978269.1 XP_047978269.1 100 663 0 0 1 663 1 663 0.0 1328 XP_047978269.1 XP_044485440.1 35.9 708 350 19 19 648 13 694 1.76e-113 355 MCR5498557.1 MCR5498557.1 100 152 0 0 1 152 1 152 9.79e-110 306 WP_230359455.1 WP_230359455.1 100 262 0 0 1 262 1 262 2.40e-171 471 MBX2942005.1 MBX2942005.1 100 136 0 0 1 136 1 136 8.74e-94 265 WP_024953993.1 WP_024953993.1 100 196 0 0 1 196 1 196 1.52e-139 385 WP_107020819.1 WP_107020819.1 100 353 0 0 1 353 1 353 2.66e-257 696 WP_240755700.1 WP_240755700.1 100 545 0 0 1 545 1 545 0.0 1019 WP_240755700.1 WP_031876812.1 32.9 164 103 6 135 292 134 296 4.63e-07 50.4 OAX39412.1 OAX39412.1 100 345 0 0 1 345 1 345 6.49e-254 687 OAX39412.1 WP_257107333.1 28.8 215 116 7 11 206 6 202 1.26e-11 63.2 MBV8195826.1 MBV8195826.1 100 275 0 0 1 275 1 275 1.48e-192 526 MBF0987109.1 MBF0987109.1 100 590 0 0 1 590 1 590 0.0 1007 WP_125625723.1 WP_125625723.1 100 342 0 0 1 342 1 342 8.25e-235 639 WP_125625723.1 WP_015699100.1 25.1 327 216 8 12 318 8 325 3.25e-15 73.9 WGQ72821.1 WGQ72821.1 100 4344 0 0 1 4344 1 4344 0.0 5195 WGQ72821.1 QTD03487.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5188 WGQ72821.1 QWC83326.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5187 WGQ72821.1 QSZ25555.1 67.7 4344 1405 0 1 4344 26 4369 0.0 5185 WGQ72821.1 WEU87158.1 67.7 4344 1404 0 1 4344 26 4369 0.0 5184 WGQ72821.1 UBP50947.1 67.6 4344 1406 0 1 4344 26 4369 0.0 5183 WGQ72821.1 UBD95131.1 67.7 4344 1405 0 1 4344 26 4369 0.0 5182 WGQ72821.1 UCP72061.1 69.4 4344 1330 0 1 4344 26 4369 0.0 5181 WGQ72821.1 QZU16279.1 67.6 4344 1406 0 1 4344 26 4369 0.0 5180 WGQ72821.1 UFM00670.1 67.6 4344 1407 0 1 4344 26 4369 0.0 5178 WGQ72821.1 UEC52718.1 67.6 4344 1406 0 1 4344 26 4369 0.0 5177 WGQ72821.1 UGB98301.1 73.1 4344 1168 0 1 4344 26 4369 0.0 5176 WGQ72821.1 QVD87869.1 67.6 4344 1403 1 1 4344 26 4366 0.0 5176 WGQ72821.1 UEC68750.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5176 WGQ72821.1 UFM02602.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5175 WGQ72821.1 UAQ80067.1 69.4 4344 1328 0 1 4344 26 4369 0.0 5175 WGQ72821.1 UBL45068.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5175 WGQ72821.1 QTM79632.1 67.6 4344 1406 1 1 4344 26 4366 0.0 5174 WGQ72821.1 UHM53165.1 67.6 4344 1408 0 1 4344 26 4369 0.0 5174 WGQ72821.1 QTZ27226.1 67.6 4344 1404 1 1 4344 26 4366 0.0 5173 WGQ72821.1 QXR94354.1 67.6 4344 1405 1 1 4344 26 4366 0.0 5173 WGQ72821.1 UGA79226.1 70.0 4344 1303 0 1 4344 26 4369 0.0 5173 WGQ72821.1 UIR12670.1 67.5 4344 1407 2 1 4344 26 4365 0.0 5167 WGQ72821.1 UPA83906.1 67.5 4344 1406 2 1 4344 26 4365 0.0 5167 WGQ72821.1 ULA23837.2 67.6 4344 1405 2 1 4344 26 4365 0.0 5167 WGQ72821.1 UKN67998.1 67.5 4344 1408 2 1 4344 6 4345 0.0 5166 WGQ72821.1 UZO53924.1 67.5 4344 1409 1 1 4344 26 4366 0.0 5165 WGQ72821.1 UVB16817.1 67.5 4344 1409 1 1 4344 26 4366 0.0 5163 WGQ72821.1 URQ55824.1 67.5 4344 1410 1 1 4344 26 4366 0.0 5162 WGQ72821.1 UMF87224.1 67.0 4344 1429 2 1 4344 26 4365 0.0 5161 WGQ72821.1 UPP41269.1 67.4 4344 1411 1 1 4344 26 4366 0.0 5160 WGQ72821.1 USR14792.1 67.4 4344 1411 1 1 4344 26 4366 0.0 5160 WGQ72821.1 UXH94526.1 67.4 4344 1410 2 1 4344 26 4365 0.0 5158 WGQ72821.1 UCP77012.1 68.8 4344 1357 0 1 4344 26 4369 0.0 5154 WGQ72821.1 ULB83374.1 70.1 4344 1293 2 1 4344 26 4365 0.0 5136 WGQ72821.1 UKU68032.1 67.2 4344 1422 2 1 4344 26 4365 0.0 5132 WGQ72821.1 UBR86455.1 67.8 4344 1398 0 1 4344 25 4368 0.0 5128 WGQ72821.1 WGP70063.1 73.9 4344 1135 0 1 4344 26 4369 0.0 5115 WGQ72821.1 UVI10561.1 68.6 4342 1359 1 3 4344 1 4339 0.0 5034 WGQ72821.1 UXX67934.1 66.0 4344 1476 1 1 4344 26 4366 0.0 5004 WGQ72821.1 UJS94137.1 67.6 4264 1377 2 81 4344 1 4260 0.0 4994 WGQ72821.1 UJV88611.1 65.5 4344 1494 2 1 4344 26 4365 0.0 4970 WGQ72821.1 UOU30556.1 65.5 4344 1496 1 1 4344 26 4366 0.0 4957 WGQ72821.1 UJJ97602.1 65.4 4344 1501 2 1 4344 26 4365 0.0 4951 WGQ72821.1 WHE12941.1 65.6 4343 1489 1 2 4344 1 4340 0.0 4941 WGQ72821.1 QRX02582.1 67.5 4073 1324 0 1 4073 26 4098 0.0 4831 WGQ72821.1 UNI03201.1 68.9 4343 1349 1 2 4344 1 4342 0.0 4822 WGQ72821.1 UFA30503.1 66.7 4340 1447 0 2 4341 1 4340 0.0 4801 WGQ72821.1 UMA88644.1 65.1 4344 1513 2 1 4344 5 4344 0.0 4657 WGQ72821.1 WGP98278.1 67.8 4339 1396 0 1 4339 26 4364 0.0 4613 WGQ72821.1 UJT06733.1 61.8 4344 1657 2 1 4344 26 4365 0.0 4550 WGQ72821.1 WEI27974.1 64.1 4344 1557 1 1 4344 26 4366 0.0 4549 WGQ72821.1 WAS49087.1 69.9 4344 1306 1 1 4344 26 4366 0.0 4491 WGQ72821.1 UEX07109.1 65.2 4343 1513 0 2 4344 1 4343 0.0 4452 WGQ72821.1 URP80785.1 63.7 4342 1571 1 3 4344 1 4339 0.0 4084 WGQ72821.1 UYE49180.1 65.3 4344 1506 1 1 4344 26 4366 0.0 3851 WGQ72821.1 UPB00876.1 62.6 4342 1622 1 3 4344 1 4339 0.0 3734 WP_083951119.1 WP_083951119.1 100 136 0 0 1 136 1 136 7.19e-93 263 MBO4859232.1 MBO4859232.1 100 228 0 0 1 228 1 228 7.97e-128 358 MCI8350609.1 MCI8350609.1 100 334 0 0 1 334 1 334 1.81e-234 637 MCI8350609.1 WP_095648367.1 24.4 197 128 4 145 326 216 406 1.29e-07 51.2 MBI5966481.1 MBI5966481.1 100 320 0 0 1 320 1 320 1.95e-231 628 MBI5966481.1 MBI1736306.1 49.5 289 135 4 17 303 16 295 6.55e-87 261 MBI5966481.1 WP_220615956.1 42.3 319 172 7 8 315 39 356 2.05e-70 221 MBI5966481.1 WP_276638014.1 42.7 309 161 6 15 310 43 348 2.90e-70 221 MBI5966481.1 WP_067782871.1 38.3 300 172 6 16 313 15 303 1.31e-56 184 MBI5966481.1 WP_279399778.1 35.3 289 173 6 28 313 27 304 3.94e-44 151 MBI5966481.1 MBQ1540263.1 34.2 298 143 11 17 305 34 287 6.51e-35 127 MBI5966481.1 HAR4359619.1 33.3 219 120 6 83 299 76 270 1.92e-26 103 HJD49103.1 HJD49103.1 100 338 0 0 1 338 1 338 1.27e-204 562 PYT05517.1 PYT05517.1 100 141 0 0 1 141 1 141 3.64e-93 264 QIC18874.1 QIC18874.1 100 306 0 0 1 306 1 306 2.83e-217 591 QIC18874.1 WP_132175930.1 40.1 237 142 0 6 242 11 247 1.21e-60 194 QIC18874.1 WP_152652784.1 31.3 198 131 5 37 233 20 213 3.75e-25 100 QIC18874.1 RLN50561.1 29.1 199 137 3 37 233 1509 1705 8.87e-24 100 QIC18874.1 WP_221265680.1 29.2 202 141 2 38 239 35 234 7.48e-21 89.4 MBQ9047503.1 MBQ9047503.1 100 278 0 0 1 278 1 278 1.08e-175 484 CAG0990770.1 CAG0990770.1 100 271 0 0 1 271 1 271 4.25e-190 520 CAG0990770.1 TMG86695.1 32.2 267 133 9 33 258 14 273 8.90e-22 90.5 CAG0990770.1 MBK3737236.1 33.3 231 133 7 46 261 441 665 8.08e-21 90.1 CAG0990770.1 WP_253463694.1 39.4 71 38 2 192 257 357 427 9.79e-07 47.8 MBO6078463.1 MBO6078463.1 100 666 0 0 1 666 1 666 0.0 1261 MBO6078463.1 WP_259770126.1 30.0 623 380 19 22 627 15 598 4.46e-60 211 WP_243890777.1 WP_243890777.1 100 594 0 0 1 594 1 594 0.0 1155 WP_243890777.1 WP_062791926.1 28.9 626 357 13 43 594 63 674 1.55e-57 203 WP_255073759.1 WP_255073759.1 100 621 0 0 1 621 1 621 0.0 1153 WP_255073759.1 MBK6509184.1 42.6 585 321 5 8 581 6 586 1.26e-141 422 WP_255073759.1 MVA71646.1 42.0 555 313 5 8 556 11 562 5.70e-117 359 WP_255073759.1 WP_126678289.1 30.1 276 180 5 31 299 33 302 1.31e-17 85.1 VWM24802.1 VWM24802.1 100 177 0 0 1 177 1 177 6.80e-120 334 MCD0485423.1 MCD0485423.1 100 553 0 0 1 553 1 553 0.0 1083 WP_113120276.1 WP_113120276.1 100 145 0 0 1 145 1 145 1.47e-103 290 WP_113120276.1 PKL40887.1 51.1 141 68 1 5 145 7 146 1.64e-43 139 OSX70183.1 OSX70183.1 100 166 0 0 1 166 1 166 2.40e-78 228 WP_256212307.1 WP_256212307.1 100 187 0 0 1 187 1 187 2.75e-133 369 WP_256212307.1 TMG86695.1 29.9 167 106 6 26 185 110 272 2.31e-08 50.8 WP_256212307.1 MCH5250214.1 26.1 180 114 7 8 169 225 403 1.51e-07 48.9 WP_256212307.1 PKL50735.1 23.2 177 116 3 13 169 737 913 6.94e-07 47.0 WP_283099644.1 WP_283099644.1 100 146 0 0 1 146 1 146 6.70e-96 271 KAJ3501609.1 KAJ3501609.1 100 354 0 0 1 354 1 354 1.22e-258 700 KAG9084682.1 KAG9084682.1 100 445 0 0 1 445 1 445 0.0 912 KAG9084682.1 KAJ5060329.1 32.3 424 261 7 18 430 64 472 2.56e-75 243 KAG9084682.1 PWI72242.1 31.1 396 249 8 30 422 82 456 5.85e-51 178 ECZ1075286.1 ECZ1075286.1 100 72 0 0 1 72 1 72 9.36e-48 144 WP_022619009.1 WP_022619009.1 100 236 0 0 1 236 1 236 5.62e-173 473 WP_022619009.1 WP_167977039.1 26.7 217 155 2 18 231 20 235 2.94e-30 111 WP_022619009.1 WP_071876418.1 27.8 230 148 5 1 217 1 225 6.04e-21 89.4 WP_022619009.1 MBP1876254.1 28.2 209 135 6 22 219 24 228 6.10e-20 85.5 WP_022619009.1 RUU66461.1 28.3 198 126 5 22 207 109 302 1.31e-16 76.3 WP_022619009.1 WP_256546297.1 25.8 236 148 7 23 235 43 274 1.37e-15 72.4 WP_053236900.1 WP_053236900.1 100 669 0 0 1 669 1 669 0.0 1246 WP_089566156.1 WP_089566156.1 100 404 0 0 1 404 1 404 3.46e-174 490 WP_089566156.1 EER6968786.1 87.5 48 6 0 1 48 70 117 3.16e-21 89.0 WP_089566156.1 WP_001531669.1 82.7 52 9 0 1 52 70 121 1.72e-19 89.0 GFV68115.1 GFV68115.1 100 215 0 0 1 215 1 215 2.41e-168 460 GFV68115.1 GFV58109.1 54.2 48 20 1 160 205 29 76 4.18e-10 53.5 XP_039923984.1 XP_039923984.1 100 1198 0 0 1 1198 1 1198 0.0 2343 XP_039923984.1 NXJ84327.1 47.8 1292 503 32 1 1198 5 1219 0.0 945 XP_039923984.1 XP_042622198.1 33.5 364 213 9 167 524 173 513 3.46e-50 186 XP_039923984.1 KAG5815829.1 31.5 362 214 11 178 527 435 774 8.63e-38 151 XP_039923984.1 XP_026100634.1 31.5 248 148 9 195 431 82 318 2.11e-22 100 XP_039923984.1 XP_051566275.1 27.2 224 152 6 180 400 1226 1441 1.21e-15 80.9 XP_039923984.1 KAI9912466.1 28.8 153 99 4 272 420 109 255 9.32e-15 75.9 XP_039923984.1 XP_011889539.1 26.3 217 129 6 202 396 10 217 8.44e-10 61.6 XP_039923984.1 GIW70618.1 27.3 220 135 7 196 400 48 257 1.08e-05 48.1 WP_206760453.1 WP_206760453.1 100 159 0 0 1 159 1 159 2.02e-110 309 MBP3534615.1 MBP3534615.1 100 356 0 0 1 356 1 356 2.30e-264 714 CAH1398908.1 CAH1398908.1 100 141 0 0 1 141 1 141 1.32e-104 293 KAI8373711.1 KAI8373711.1 100 69 0 0 1 69 1 69 7.06e-44 134 XP_007121961.1 XP_007121961.1 100 294 0 0 1 294 1 294 2.66e-147 413 ABY20040.1 ABY20040.1 100 137 0 0 1 137 1 137 3.15e-92 261 XP_053218984.1 XP_053218984.1 100 591 0 0 1 591 1 591 0.0 1204 KAJ0483518.1 KAJ0483518.1 100 71 0 0 1 71 1 71 8.73e-48 144 KAJ0483518.1 ROW03190.1 39.6 53 32 0 1 53 115 167 2.59e-09 49.7 MBP5538497.1 MBP5538497.1 100 518 0 0 1 518 1 518 0.0 1040 MBP5538497.1 ESL04748.1 39.3 529 279 14 15 518 20 531 1.67e-96 301 WP_007270472.1 WP_007270472.1 100 399 0 0 1 399 1 399 8.31e-282 762 WP_007270472.1 WP_270908912.1 35.8 397 222 8 19 396 18 400 8.15e-53 179 MCH1598717.1 MCH1598717.1 100 319 0 0 1 319 1 319 3.43e-245 663 MCE2791243.1 MCE2791243.1 100 343 0 0 1 343 1 343 2.02e-256 693 PUB18616.1 PUB18616.1 100 75 0 0 1 75 1 75 7.47e-53 157 MBG6287041.1 MBG6287041.1 100 253 0 0 1 253 1 253 8.59e-181 494 MBG6287041.1 WP_042650033.1 35.0 243 154 3 14 252 5 247 1.55e-31 115 MBG6287041.1 MCJ7630170.1 46.7 45 24 0 16 60 5 49 2.71e-05 39.7 KAH9956814.1 KAH9956814.1 100 1212 0 0 1 1212 1 1212 0.0 2324 WP_030094039.1 WP_030094039.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_030094039.1 WP_065073015.1 66.4 140 44 1 6 145 3 139 4.62e-67 198 KAF1017786.1 KAF1017786.1 100 523 0 0 1 523 1 523 0.0 1025 KAF1017786.1 TMK27100.1 33.8 423 273 2 52 474 57 472 2.23e-63 214 NGZ99312.1 NGZ99312.1 100 104 0 0 1 104 1 104 1.72e-69 201 MBL1816365.1 MBL1816365.1 100 97 0 0 1 97 1 97 9.11e-73 209 TMQ05501.1 TMQ05501.1 100 60 0 0 1 60 1 60 6.07e-41 125 TMQ05501.1 WP_070172067.1 64.3 28 10 0 33 60 21 48 1.85e-07 43.9 MBN8894000.1 MBN8894000.1 100 435 0 0 1 435 1 435 0.0 866 MBN8894000.1 WP_199673213.1 33.3 72 48 0 312 383 271 342 2.24e-05 44.7 RRH78400.1 RRH78400.1 100 116 0 0 1 116 1 116 2.39e-86 244 WP_228824605.1 WP_228824605.1 100 206 0 0 1 206 1 206 5.62e-140 387 WP_228824605.1 MCH2678216.1 35.8 123 71 4 51 169 48 166 2.84e-12 61.2 ECU3870451.1 ECU3870451.1 100 975 0 0 1 975 1 975 0.0 1788 ECU3870451.1 EFE8261313.1 45.0 462 146 8 50 431 57 490 1.52e-100 332 KAG0031507.1 KAG0031507.1 100 149 0 0 1 149 1 149 1.92e-110 308 KAG0031507.1 TYG81953.1 45.2 146 79 1 4 149 8 152 3.05e-43 138 KAG0031507.1 ESR55765.1 38.8 67 41 0 4 70 8 74 1.56e-12 58.2 TMJ88229.1 TMJ88229.1 100 125 0 0 1 125 1 125 3.55e-90 255 WP_143169250.1 WP_143169250.1 100 379 0 0 1 379 1 379 7.16e-266 720 WP_143169250.1 AWW49543.1 43.6 362 192 7 24 379 41 396 9.78e-91 276 AEN92745.1 AEN92745.1 100 154 0 0 1 154 1 154 1.28e-115 322 RSL41043.1 RSL41043.1 100 656 0 0 1 656 1 656 0.0 1233 WP_235620461.1 WP_235620461.1 100 21 0 0 1 21 1 21 1.88e-11 48.9 AGV54449.1 AGV54449.1 100 599 0 0 1 599 1 599 0.0 900 AGV54449.1 KAJ2160981.1 39.7 290 126 4 352 593 154 442 2.96e-52 184 WP_124691753.1 WP_124691753.1 100 554 0 0 1 554 1 554 0.0 1035 KPM41539.1 KPM41539.1 100 604 0 0 1 604 1 604 0.0 1106 KPM41539.1 XP_006359699.1 27.1 188 96 6 63 210 148 334 4.95e-10 60.1 KPM41539.1 XP_048796933.1 34.1 91 54 4 135 221 384 472 1.05e-05 47.0 MBX5327472.1 MBX5327472.1 100 67 0 0 1 67 1 67 3.04e-44 134 QTD03487.1 QTD03487.1 100 4405 0 0 1 4405 1 4405 0.0 8658 QTD03487.1 QSZ25555.1 99.8 4401 7 0 1 4401 1 4401 0.0 8643 QTD03487.1 QWC83326.1 99.8 4401 7 0 1 4401 1 4401 0.0 8641 QTD03487.1 WEU87158.1 99.9 4401 5 0 1 4401 1 4401 0.0 8641 QTD03487.1 UBP50947.1 99.8 4401 10 0 1 4401 1 4401 0.0 8634 QTD03487.1 UFM00670.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 QTD03487.1 QXR94354.1 99.7 4405 10 1 1 4405 1 4402 0.0 8631 QTD03487.1 UEC68750.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 QTD03487.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8630 QTD03487.1 UBL45068.1 99.7 4405 13 0 1 4405 1 4405 0.0 8630 QTD03487.1 QTM79632.1 99.6 4405 13 1 1 4405 1 4402 0.0 8629 QTD03487.1 UBD95131.1 99.7 4401 12 0 1 4401 1 4401 0.0 8628 QTD03487.1 UHM53165.1 99.7 4405 15 0 1 4405 1 4405 0.0 8628 QTD03487.1 UFM02602.1 99.7 4405 15 0 1 4405 1 4405 0.0 8628 QTD03487.1 QTZ27226.1 99.6 4405 15 1 1 4405 1 4402 0.0 8624 QTD03487.1 QVD87869.1 99.7 4401 9 1 1 4401 1 4398 0.0 8624 QTD03487.1 ULA23837.2 99.6 4405 13 2 1 4405 1 4401 0.0 8621 QTD03487.1 UEC52718.1 99.6 4401 16 0 1 4401 1 4401 0.0 8620 QTD03487.1 UPP41269.1 99.6 4405 15 1 1 4405 1 4402 0.0 8619 QTD03487.1 UIR12670.1 99.7 4401 11 2 1 4401 1 4397 0.0 8618 QTD03487.1 UXH94526.1 99.6 4405 14 2 1 4405 1 4401 0.0 8617 QTD03487.1 USR14792.1 99.6 4405 16 1 1 4405 1 4402 0.0 8616 QTD03487.1 UZO53924.1 99.6 4401 13 1 1 4401 1 4398 0.0 8616 QTD03487.1 UVB16817.1 99.6 4401 13 1 1 4401 1 4398 0.0 8614 QTD03487.1 URQ55824.1 99.6 4401 14 1 1 4401 1 4398 0.0 8613 QTD03487.1 UMF87224.1 99.1 4401 34 2 1 4401 1 4397 0.0 8608 QTD03487.1 UPA83906.1 99.6 4401 15 2 1 4401 1 4397 0.0 8608 QTD03487.1 UKU68032.1 99.3 4405 27 2 1 4405 1 4401 0.0 8589 QTD03487.1 UKN67998.1 99.6 4381 12 2 21 4401 1 4377 0.0 8577 QTD03487.1 UBR86455.1 98.5 4400 67 0 2 4401 1 4400 0.0 8499 QTD03487.1 UCP77012.1 98.1 4401 84 0 1 4401 1 4401 0.0 8460 QTD03487.1 UXX67934.1 98.1 4401 80 1 1 4401 1 4398 0.0 8455 QTD03487.1 UCP72061.1 98.0 4401 87 0 1 4401 1 4401 0.0 8450 QTD03487.1 UAQ80067.1 97.9 4401 94 0 1 4401 1 4401 0.0 8439 QTD03487.1 UJV88611.1 97.7 4405 99 2 1 4405 1 4401 0.0 8426 QTD03487.1 UJJ97602.1 97.5 4405 105 2 1 4405 1 4401 0.0 8410 QTD03487.1 UOU30556.1 97.7 4401 100 1 1 4401 1 4398 0.0 8408 QTD03487.1 UGA79226.1 97.3 4401 117 0 1 4401 1 4401 0.0 8377 QTD03487.1 UJS94137.1 98.7 4300 53 2 106 4405 1 4296 0.0 8318 QTD03487.1 WHE12941.1 97.1 4375 124 1 27 4401 1 4372 0.0 8303 QTD03487.1 ULB83374.1 96.5 4405 151 2 1 4405 1 4401 0.0 8294 QTD03487.1 UVI10561.1 96.0 4374 171 1 28 4401 1 4371 0.0 8189 QTD03487.1 UGB98301.1 94.3 4405 252 0 1 4405 1 4405 0.0 8062 QTD03487.1 QRX02582.1 99.9 4098 4 0 1 4098 1 4098 0.0 8028 QTD03487.1 UJT06733.1 94.0 4401 259 2 1 4401 1 4397 0.0 8004 QTD03487.1 UFA30503.1 93.4 4340 288 0 27 4366 1 4340 0.0 7841 QTD03487.1 UMA88644.1 92.3 4380 332 2 22 4401 1 4376 0.0 7811 QTD03487.1 WGP70063.1 92.4 4369 331 0 1 4369 1 4369 0.0 7796 QTD03487.1 WEI27974.1 91.2 4405 385 1 1 4405 1 4402 0.0 7735 QTD03487.1 UNI03201.1 91.5 4379 373 1 27 4405 1 4378 0.0 7725 QTD03487.1 WGP98278.1 88.8 4364 490 0 1 4364 1 4364 0.0 7403 QTD03487.1 UEX07109.1 87.9 4379 528 0 27 4405 1 4379 0.0 7376 QTD03487.1 WAS49087.1 84.7 4401 670 1 1 4401 1 4398 0.0 7006 QTD03487.1 URP80785.1 82.5 4378 761 1 28 4405 1 4375 0.0 6777 QTD03487.1 UYE49180.1 77.0 4405 1012 1 1 4405 1 4402 0.0 6218 QTD03487.1 UPB00876.1 76.5 4378 1026 1 28 4405 1 4375 0.0 6178 QTD03487.1 WGQ72821.1 67.7 4344 1404 0 26 4369 1 4344 0.0 5147 WP_266535309.1 WP_266535309.1 100 74 0 0 1 74 1 74 2.34e-51 153 WP_010016619.1 WP_010016619.1 100 617 0 0 1 617 1 617 0.0 1190 WP_010016619.1 MBO5098538.1 61.4 88 34 0 521 608 1 88 2.26e-28 107 WP_010016619.1 MBN2427654.1 24.6 504 316 15 14 488 3 471 1.08e-27 116 WP_010016619.1 MBP6400846.1 40.8 147 77 3 16 159 6 145 1.73e-23 96.7 WP_010016619.1 NNC58435.1 25.9 490 229 15 17 384 11 488 4.03e-23 102 WP_010016619.1 MBP9771519.1 32.4 219 126 4 21 232 15 218 1.43e-19 90.5 WP_010016619.1 MCC7304610.1 34.5 177 107 3 16 189 14 184 1.59e-17 84.7 WP_039789871.1 WP_039789871.1 100 213 0 0 1 213 1 213 1.96e-148 409 MCP2519657.1 MCP2519657.1 100 419 0 0 1 419 1 419 1.59e-312 842 MCP2519657.1 MBR2609817.1 45.0 422 226 5 1 418 1 420 9.85e-119 350 MCP2519657.1 MCI5191941.1 37.0 419 259 4 1 418 1 415 4.37e-84 268 MBA3609961.1 MBA3609961.1 100 448 0 0 1 448 1 448 0.0 880 MBA3609961.1 OWZ34415.1 35.4 432 261 6 27 443 45 473 9.61e-78 248 MBA3609961.1 ELZ16407.1 36.2 412 239 11 36 432 30 432 3.99e-69 225 MBA3609961.1 MBQ6794463.1 34.2 406 203 11 41 436 16 367 4.71e-55 186 MBA3609961.1 MCU1411638.1 31.7 407 225 11 37 432 20 384 6.96e-53 181 MBA3609961.1 MCF7895906.1 32.5 345 202 9 36 379 20 334 8.00e-46 160 MBA3609961.1 WP_160194147.1 31.3 367 218 9 42 391 32 381 2.00e-40 148 MBA3609961.1 WP_254819486.1 29.9 408 265 9 42 432 39 442 3.34e-40 148 MBA3609961.1 MCM2356329.1 30.5 272 166 8 36 299 29 285 2.57e-30 117 MBA3609961.1 NBT94281.1 32.5 151 89 5 36 180 29 172 2.39e-13 66.6 MCL7398932.1 MCL7398932.1 100 496 0 0 1 496 1 496 0.0 1007 MCL7398932.1 MCE5280144.1 31.0 374 216 6 118 486 17 353 8.79e-55 193 MCU0269282.1 MCU0269282.1 100 343 0 0 1 343 1 343 1.59e-253 686 WP_200543170.1 WP_200543170.1 100 692 0 0 1 692 1 692 0.0 1357 WP_200543170.1 WP_230171322.1 42.6 437 241 3 259 690 589 1020 1.06e-102 336 WP_200543170.1 CKF71070.1 40.6 436 255 2 256 687 306 741 1.29e-102 328 WP_200543170.1 WP_018646673.1 34.4 485 306 5 215 690 466 947 2.97e-85 286 WP_200543170.1 MBF0143407.1 36.7 420 251 5 277 686 641 1055 6.61e-73 254 WP_200543170.1 HCN71343.1 47.5 122 64 0 307 428 8 129 1.27e-24 98.2 WP_200543170.1 WP_145544593.1 40.2 127 72 3 307 433 395 517 4.76e-20 92.4 WP_200543170.1 WP_242961281.1 31.7 180 120 3 259 437 524 701 2.27e-15 78.2 WP_200543170.1 WP_248328072.1 35.2 105 56 3 585 688 118 211 1.72e-07 52.4 MBF2036494.1 MBF2036494.1 100 598 0 0 1 598 1 598 1.01e-297 819 MBF2036494.1 NJK67049.1 37.3 300 146 8 5 269 4 296 2.29e-39 149 MBF2036494.1 KZT58963.1 26.1 211 142 7 16 219 1084 1287 5.76e-08 54.3 XP_052337646.1 XP_052337646.1 100 1527 0 0 1 1527 1 1527 0.0 2831 XP_052337646.1 XP_051216225.1 33.1 740 366 21 688 1416 249 870 3.72e-89 309 XP_052337646.1 NWH38694.1 30.5 187 104 4 685 870 136 297 1.18e-16 83.2 WP_201700143.1 WP_201700143.1 100 149 0 0 1 149 1 149 2.94e-105 295 MBE35268.1 MBE35268.1 100 529 0 0 1 529 1 529 0.0 899 MYI74371.1 MYI74371.1 100 104 0 0 1 104 1 104 4.92e-69 200 WP_280941535.1 WP_280941535.1 100 297 0 0 1 297 1 297 2.36e-200 548 KAJ0963891.1 KAJ0963891.1 100 707 0 0 1 707 1 707 0.0 1376 KAJ0963891.1 XP_021741676.1 37.1 310 111 9 16 285 2 267 4.00e-46 170 WP_238068046.1 WP_238068046.1 100 270 0 0 1 270 1 270 2.54e-186 510 UDK40309.1 UDK40309.1 100 1271 0 0 1 1271 1 1271 0.0 2428 UDK40309.1 UHB14670.1 98.1 1271 24 0 1 1271 1 1271 0.0 2411 UDK40309.1 UIX40308.1 98.0 1271 26 0 1 1271 1 1271 0.0 2405 UDK40309.1 UPU53169.1 96.2 1273 44 2 1 1271 1 1270 0.0 2350 UDK40309.1 UYC71619.1 96.3 1273 40 3 1 1271 1 1268 0.0 2345 UDK40309.1 UGX22439.1 94.6 1271 69 0 1 1271 1 1271 0.0 2300 UDK40309.1 QUE11983.1 94.0 1273 71 3 1 1271 1 1270 0.0 2278 UDK40309.1 USL51576.1 93.2 1273 82 2 1 1271 1 1270 0.0 2255 UDK40309.1 UBN63752.1 92.5 1273 90 3 1 1271 1 1270 0.0 2230 UDK40309.1 QUM20585.1 90.4 1273 119 2 1 1271 1 1272 0.0 2169 UDK40309.1 UZH89542.1 90.0 1273 123 2 1 1271 1 1271 0.0 2124 UDK40309.1 QVX70521.1 88.6 1273 143 1 1 1271 1 1273 0.0 2118 UDK40309.1 QXI91160.1 85.8 1273 178 2 1 1271 1 1272 0.0 2018 UDK40309.1 UUS71569.1 67.6 1273 411 1 1 1271 1 1273 0.0 1429 UDK40309.1 UHK01047.1 64.1 1273 455 1 1 1271 1 1273 0.0 1337 WP_271340374.1 WP_271340374.1 100 598 0 0 1 598 1 598 0.0 1053 WP_271340374.1 WP_104456122.1 31.1 225 131 6 371 591 311 515 4.06e-16 79.7 WP_271340374.1 WP_269572442.1 28.6 301 199 3 199 497 256 542 8.41e-16 79.0 WP_271340374.1 WP_128786583.1 40.3 149 84 3 404 548 450 597 4.73e-15 76.6 WP_271340374.1 WP_025739406.1 36.8 185 103 2 414 598 467 637 1.35e-13 72.0 WP_271340374.1 WP_237962375.1 36.2 94 60 0 381 474 452 545 6.18e-10 60.5 WP_271340374.1 WP_156140069.1 33.3 168 98 4 427 580 405 572 1.32e-09 59.3 WP_271340374.1 MCI8311254.1 40.0 95 54 1 382 473 307 401 2.58e-09 58.2 WP_019045265.1 WP_019045265.1 100 144 0 0 1 144 1 144 2.75e-103 290 ECX3143969.1 ECX3143969.1 100 33 0 0 1 33 1 33 1.71e-18 67.4 MSR47408.1 MSR47408.1 100 70 0 0 1 70 1 70 2.73e-46 140 WP_247915795.1 WP_247915795.1 100 327 0 0 1 327 1 327 6.47e-254 686 WP_247915795.1 WP_166960135.1 32.5 295 177 9 8 293 26 307 1.48e-44 154 WP_118757260.1 WP_118757260.1 100 297 0 0 1 297 1 297 1.20e-218 594 NPA74709.1 NPA74709.1 100 273 0 0 1 273 1 273 6.17e-209 567 WP_083062905.1 WP_083062905.1 100 486 0 0 1 486 1 486 0.0 950 WP_083062905.1 MBR0160695.1 41.9 439 237 8 1 436 1 424 2.36e-99 303 WP_083062905.1 WP_027951454.1 38.1 336 195 5 4 337 5 329 1.43e-54 186 WP_231768584.1 WP_231768584.1 100 289 0 0 1 289 1 289 2.91e-206 562 WP_231768584.1 WP_136027195.1 34.5 252 155 3 35 284 23 266 8.21e-41 140 WP_254819486.1 WP_254819486.1 100 459 0 0 1 459 1 459 0.0 921 WP_254819486.1 MBA3609961.1 29.8 423 273 10 39 454 42 447 7.01e-42 152 WP_254819486.1 OWZ34415.1 26.4 444 300 10 25 455 46 475 4.28e-36 137 WP_254819486.1 WP_160194147.1 27.8 381 254 10 10 387 7 369 2.56e-31 123 WP_254819486.1 ELZ16407.1 25.7 460 295 14 23 458 12 448 5.19e-29 117 EFB3581025.1 EFB3581025.1 100 241 0 0 1 241 1 241 1.67e-172 473 EFB3581025.1 CAG0273471.1 51.7 209 99 2 30 237 1 208 2.65e-71 215 EFB3581025.1 WP_250376457.1 31.0 210 130 4 34 229 25 233 1.10e-31 114 WP_209834627.1 WP_209834627.1 100 803 0 0 1 803 1 803 0.0 1534 WP_116235933.1 WP_116235933.1 100 310 0 0 1 310 1 310 1.15e-218 595 WP_103640433.1 WP_103640433.1 100 126 0 0 1 126 1 126 9.76e-84 239 NOZ81161.1 NOZ81161.1 100 297 0 0 1 297 1 297 3.74e-197 540 NLL42224.1 NLL42224.1 100 301 0 0 1 301 1 301 4.45e-207 565 YP_010101702.1 YP_010101702.1 100 104 0 0 1 104 1 104 8.50e-70 202 XP_044655078.1 XP_044655078.1 100 318 0 0 1 318 1 318 1.34e-246 666 MCS3353511.1 MCS3353511.1 100 129 0 0 1 129 1 129 3.00e-93 263 MBQ1183295.1 MBQ1183295.1 100 103 0 0 1 103 1 103 1.08e-67 196 XP_040549882.1 XP_040549882.1 100 246 0 0 1 246 1 246 3.40e-188 513 WP_146661090.1 WP_146661090.1 100 281 0 0 1 281 1 281 9.28e-188 516 RYO44776.1 RYO44776.1 100 846 0 0 1 846 1 846 0.0 1721 RYO44776.1 MBF8294570.1 31.8 607 332 23 249 827 24 576 5.27e-68 235 RYO44776.1 MCL1888839.1 29.4 360 218 10 51 390 71 414 1.14e-30 127 RYO44776.1 MBQ5493788.1 31.7 139 85 4 708 844 13 143 3.43e-13 66.2 NQY65348.1 NQY65348.1 100 72 0 0 1 72 1 72 2.79e-49 147 MBC8384723.1 MBC8384723.1 100 359 0 0 1 359 1 359 7.04e-256 693 MBC8384723.1 MCM8792278.1 45.1 350 148 6 7 352 7 316 1.11e-89 270 MBC8384723.1 NNF43866.1 37.6 346 191 6 9 352 12 334 1.66e-71 224 WP_233927803.1 WP_233927803.1 100 300 0 0 1 300 1 300 2.52e-217 591 EBR8320535.1 EBR8320535.1 100 442 0 0 1 442 1 442 0.0 882 MCB1452120.1 MCB1452120.1 100 55 0 0 1 55 1 55 2.18e-32 103 MCK4540455.1 MCK4540455.1 100 158 0 0 1 158 1 158 5.16e-108 303 WP_002951147.1 WP_002951147.1 100 228 0 0 1 228 1 228 6.62e-177 483 WP_171832914.1 WP_171832914.1 100 179 0 0 1 179 1 179 7.69e-136 375 WP_171832914.1 WP_159220133.1 46.9 177 94 0 1 177 1 177 8.87e-59 180 RTG88278.1 RTG88278.1 100 270 0 0 1 270 1 270 3.55e-177 487 MCI9173074.1 MCI9173074.1 100 406 0 0 1 406 1 406 5.18e-300 809 WP_232968558.1 WP_232968558.1 100 315 0 0 1 315 1 315 7.86e-224 608 WP_232968558.1 WP_247623927.1 42.5 313 165 4 8 314 100 403 7.92e-76 236 WP_232968558.1 PAV09171.1 35.2 321 183 5 1 313 17 320 4.87e-56 182 WP_255895909.1 WP_255895909.1 100 395 0 0 1 395 1 395 4.35e-291 785 WP_255895909.1 WP_035064005.1 33.3 348 217 4 46 380 33 378 7.12e-57 191 WP_255895909.1 MBT6563471.1 30.5 354 235 4 37 380 15 367 3.93e-49 171 HAS9516566.1 HAS9516566.1 100 337 0 0 1 337 1 337 1.87e-258 698 KAI4297075.1 KAI4297075.1 100 867 0 0 1 867 1 867 0.0 1576 BAW23943.1 BAW23943.1 100 144 0 0 1 144 1 144 1.71e-88 252 WP_182232449.1 WP_182232449.1 100 248 0 0 1 248 1 248 7.10e-182 497 MBT3329129.1 MBT3329129.1 100 443 0 0 1 443 1 443 2.98e-311 840 WP_112978543.1 WP_112978543.1 100 99 0 0 1 99 1 99 8.06e-68 196 WP_275397725.1 WP_275397725.1 100 167 0 0 1 167 1 167 7.51e-119 331 NVJ87065.1 NVJ87065.1 100 115 0 0 1 115 1 115 8.02e-89 251 WP_271569319.1 WP_271569319.1 100 415 0 0 1 415 1 415 3.59e-291 787 EWT02607.1 EWT02607.1 100 301 0 0 1 301 1 301 5.80e-228 618 WP_001884703.1 WP_001884703.1 100 324 0 0 1 324 1 324 2.78e-233 633 WP_231483373.1 WP_231483373.1 100 290 0 0 1 290 1 290 9.52e-217 588 KAH9316303.1 KAH9316303.1 100 73 0 0 1 73 1 73 2.74e-54 160 WP_226909596.1 WP_226909596.1 100 574 0 0 1 574 1 574 0.0 1135 WP_226909596.1 MBV9097303.1 35.9 142 85 3 411 547 4 144 1.99e-16 75.5 WP_281054160.1 WP_281054160.1 100 253 0 0 1 253 1 253 1.55e-183 501 WP_281054160.1 WP_042650033.1 31.2 247 160 4 8 249 5 246 1.34e-33 120 WP_281054160.1 WP_087085326.1 30.6 252 162 5 8 249 5 253 5.30e-30 111 WP_281054160.1 WP_060347438.1 29.8 255 156 8 8 249 4 248 1.72e-27 105 WP_281054160.1 WP_057651690.1 29.4 248 163 5 8 249 48 289 1.77e-23 94.7 WP_281054160.1 WP_014605789.1 26.3 240 160 9 12 244 2 231 8.30e-14 67.4 QEP12732.1 QEP12732.1 100 107 0 0 1 107 1 107 6.88e-75 215 MBF8300261.1 MBF8300261.1 100 843 0 0 1 843 1 843 0.0 1667 WP_088557458.1 WP_088557458.1 100 324 0 0 1 324 1 324 1.14e-216 591 OCN18427.1 OCN18427.1 100 142 0 0 1 142 1 142 1.22e-105 295 UQV46285.1 UQV46285.1 100 380 0 0 1 380 1 380 2.46e-278 752 WP_223326327.1 WP_223326327.1 100 144 0 0 1 144 1 144 1.79e-99 280 WP_274192231.1 WP_274192231.1 100 260 0 0 1 260 1 260 2.09e-180 494 HCN8461219.1 HCN8461219.1 100 93 0 0 1 93 1 93 5.65e-63 184 HCN8461219.1 GLX88815.1 67.4 86 28 0 8 93 9 94 7.83e-38 126 HCN8461219.1 WP_210226425.1 53.8 91 42 0 3 93 4 94 2.16e-29 104 WP_217101611.1 WP_217101611.1 100 321 0 0 1 321 1 321 4.96e-230 625 WP_217101611.1 WP_166725305.1 88.1 320 38 0 1 320 1 320 1.42e-197 543 WP_217101611.1 WP_213750918.1 47.0 266 140 1 54 319 8 272 1.15e-71 221 WP_217101611.1 HHH37178.1 34.3 178 117 0 130 307 79 256 2.62e-26 103 WP_130477570.1 WP_130477570.1 100 268 0 0 1 268 1 268 9.26e-188 513 WP_130477570.1 WP_144002426.1 50.2 267 129 2 1 264 4 269 3.49e-78 236 MBN2090897.1 MBN2090897.1 100 607 0 0 1 607 1 607 0.0 1180 AVJ74934.1 AVJ74934.1 100 315 0 0 1 315 1 315 4.12e-235 637 WP_103294927.1 WP_103294927.1 100 226 0 0 1 226 1 226 5.59e-159 437 OGO01021.1 OGO01021.1 100 397 0 0 1 397 1 397 6.46e-294 793 OGO01021.1 WP_065517671.1 32.0 387 245 7 2 375 7 388 2.86e-51 175 OGO01021.1 WP_065029373.1 30.2 388 258 11 1 380 1 383 1.68e-42 151 OGO01021.1 WP_032373688.1 27.1 336 223 7 5 338 8 323 3.83e-29 114 WP_100610557.1 WP_100610557.1 100 577 0 0 1 577 1 577 0.0 1133 WP_100610557.1 HAR3824072.1 42.2 567 314 7 10 570 24 582 6.50e-147 434 WP_100610557.1 WP_099345046.1 29.4 534 361 8 33 563 17 537 7.94e-61 209 WP_100610557.1 WP_060004157.1 30.6 566 361 14 20 566 3 555 8.46e-55 194 MCD4768021.1 MCD4768021.1 100 51 0 0 1 51 1 51 6.01e-35 110 WP_129895541.1 WP_129895541.1 100 1301 0 0 1 1301 1 1301 0.0 2421 XP_016211170.1 XP_016211170.1 100 849 0 0 1 849 1 849 0.0 1690 EIO3984852.1 EIO3984852.1 100 140 0 0 1 140 1 140 1.33e-99 280 CDL67554.1 CDL67554.1 100 74 0 0 1 74 1 74 1.31e-48 146 HHY02707.1 HHY02707.1 100 216 0 0 1 216 1 216 5.27e-104 297 CAD6270987.1 CAD6270987.1 100 287 0 0 1 287 1 287 3.97e-203 554 CAD6270987.1 NQX99425.1 42.9 231 128 3 59 286 1 230 5.62e-54 174 WP_160149429.1 WP_160149429.1 100 212 0 0 1 212 1 212 3.14e-149 411 WP_257358148.1 WP_257358148.1 100 342 0 0 1 342 1 342 3.24e-128 379 WP_194266302.1 WP_194266302.1 100 131 0 0 1 131 1 131 8.54e-94 265 WP_058738289.1 WP_058738289.1 100 431 0 0 1 431 1 431 4.74e-311 839 WP_058738289.1 WP_024039518.1 31.2 398 260 10 25 414 30 421 3.69e-51 176 WP_058738289.1 WP_262452366.1 25.7 428 289 10 8 416 9 426 8.24e-25 104 WP_058738289.1 MXI78925.1 35.1 222 115 8 103 317 1 200 6.44e-24 97.1 WP_188948933.1 WP_188948933.1 100 124 0 0 1 124 1 124 7.37e-53 160 WP_205188895.1 WP_205188895.1 100 459 0 0 1 459 1 459 0.0 925 WP_116691934.1 WP_116691934.1 100 103 0 0 1 103 1 103 9.59e-71 204 WP_273597572.1 WP_273597572.1 100 211 0 0 1 211 1 211 7.74e-154 423 WP_198465579.1 WP_198465579.1 100 777 0 0 1 777 1 777 0.0 1548 KAI0008979.1 KAI0008979.1 100 327 0 0 1 327 1 327 1.57e-245 664 OIV35259.1 OIV35259.1 100 220 0 0 1 220 1 220 1.12e-146 405 EIQ2008784.1 EIQ2008784.1 100 206 0 0 1 206 1 206 3.99e-149 410 AST39768.1 AST39768.1 100 99 0 0 1 99 1 99 1.82e-73 211 AST39768.1 MOY95459.1 72.4 98 27 0 2 99 2 99 6.89e-51 154 AST39768.1 MOY61908.1 64.3 98 35 0 2 99 2 99 3.62e-44 137 AST39768.1 AMA13662.1 62.2 98 37 0 2 99 63 160 1.17e-41 133 MBP8846809.1 MBP8846809.1 100 1317 0 0 1 1317 1 1317 0.0 2632 WP_054895058.1 WP_054895058.1 100 98 0 0 1 98 1 98 2.42e-64 187 CAH1250835.1 CAH1250835.1 100 533 0 0 1 533 1 533 0.0 1002 CAH1250835.1 KAI5128402.1 26.7 90 54 2 81 163 27 111 6.34e-04 38.9 WP_200599363.1 WP_200599363.1 100 456 0 0 1 456 1 456 0.0 953 WP_200599363.1 HCI3868538.1 70.8 264 77 0 1 264 1 264 1.30e-145 414 WP_200599363.1 XP_047046442.1 34.1 88 44 2 380 454 460 546 7.86e-07 49.7 WP_200599363.1 CAG8726868.1 32.3 93 37 2 388 454 234 326 4.04e-06 47.0 KRM25387.1 KRM25387.1 100 84 0 0 1 84 1 84 1.53e-56 167 WP_150146969.1 WP_150146969.1 100 191 0 0 1 191 1 191 1.40e-128 357 XP_032275630.1 XP_032275630.1 100 217 0 0 1 217 1 217 8.90e-147 405 KDT27382.1 KDT27382.1 100 777 0 0 1 777 1 777 0.0 1536 KDT27382.1 EFN5389376.1 95.8 613 26 0 1 613 200 812 0.0 1138 KDT27382.1 HAN0352225.1 78.1 416 89 1 53 466 97 512 1.91e-241 680 KDT27382.1 EIH4263652.1 95.3 276 13 0 1 276 311 586 1.63e-156 466 KDT27382.1 EJW7579374.1 93.5 245 16 0 1 245 49 293 2.42e-135 400 KDT27382.1 EFL5817307.1 92.6 217 16 0 1 217 264 480 1.92e-110 343 KDT27382.1 EDD0587303.1 43.2 111 61 2 506 614 1142 1252 4.49e-21 97.4 WP_064802002.1 WP_064802002.1 100 391 0 0 1 391 1 391 3.92e-301 810 WP_064802002.1 MBW4662439.1 39.3 275 153 3 14 288 18 278 6.55e-56 187 WP_064802002.1 WP_250015522.1 29.6 385 252 11 8 385 13 385 2.74e-42 150 WP_064802002.1 WP_270430070.1 28.3 357 230 5 19 370 22 357 8.38e-38 138 WP_064802002.1 PAW68992.1 29.6 402 251 11 11 389 8 400 2.94e-37 137 HCH8663031.1 HCH8663031.1 100 809 0 0 1 809 1 809 0.0 1640 HCH8663031.1 WP_220281278.1 50.1 805 385 9 14 808 16 813 4.95e-269 763 HCH8663031.1 HAL7851047.1 52.3 642 296 6 174 808 8 646 2.12e-219 630 HCH8663031.1 EJH9475741.1 30.7 755 419 25 113 808 51 760 1.01e-77 265 HCH8663031.1 WP_265822109.1 23.9 856 492 30 13 763 8 809 5.94e-33 135 HCH8663031.1 EFT8991253.1 24.2 223 144 6 103 300 149 371 2.56e-05 46.2 MBL04873.1 MBL04873.1 100 454 0 0 1 454 1 454 0.0 926 MBL04873.1 EDF5922784.1 25.7 401 190 17 88 432 63 411 2.21e-09 57.8 MBL04873.1 XP_050578957.1 23.1 212 116 5 3 198 803 983 1.70e-06 48.9 MBL04873.1 EJI8012843.1 60.7 28 11 0 405 432 492 519 5.17e-04 40.8 OGW26817.1 OGW26817.1 100 129 0 0 1 129 1 129 1.32e-96 271 OGU26820.1 OGU26820.1 100 246 0 0 1 246 1 246 5.60e-178 487 WP_094590349.1 WP_094590349.1 100 115 0 0 1 115 1 115 8.06e-80 228 NOR80888.1 NOR80888.1 100 425 0 0 1 425 1 425 1.42e-293 794 NOR80888.1 WP_177420403.1 31.7 432 265 10 5 421 5 421 7.08e-53 181 MBB4616026.1 MBB4616026.1 100 226 0 0 1 226 1 226 8.62e-163 447 XP_016252004.1 XP_016252004.1 100 486 0 0 1 486 1 486 8.82e-312 845 WP_217297942.1 WP_217297942.1 100 105 0 0 1 105 1 105 2.94e-75 216 MBE1296527.1 MBE1296527.1 100 848 0 0 1 848 1 848 0.0 1647 MCI7428666.1 MCI7428666.1 100 56 0 0 1 56 1 56 6.34e-39 120 KAJ3308761.1 KAJ3308761.1 100 384 0 0 1 384 1 384 1.19e-287 776 KAJ3308761.1 WP_082565353.1 29.4 248 161 6 1 243 1 239 1.75e-22 95.5 WP_063055719.1 WP_063055719.1 100 453 0 0 1 453 1 453 0.0 932 MCB0773217.1 MCB0773217.1 100 186 0 0 1 186 1 186 3.77e-135 374 MCB0773217.1 MBN1882318.1 34.8 132 70 5 40 166 35 155 9.60e-16 70.1 MCB0773217.1 WP_028779961.1 28.2 124 78 4 47 170 33 145 3.40e-10 54.7 MBR6403893.1 MBR6403893.1 100 420 0 0 1 420 1 420 2.87e-295 798 MBR6403893.1 MBO8233644.1 25.0 276 179 10 160 419 115 378 2.40e-09 57.0 MBR6403893.1 PSQ73325.1 24.5 233 157 6 195 409 599 830 3.00e-09 57.4 MBR6403893.1 WP_274755179.1 23.6 208 144 5 210 410 207 406 4.34e-07 50.1 MBR6403893.1 KDF42894.1 23.9 218 147 6 211 412 267 481 8.35e-07 49.3 MBR6403893.1 WP_283842967.1 22.7 211 143 5 216 409 361 568 9.16e-07 49.3 MBR6403893.1 MBN1819552.1 23.3 232 161 6 203 417 333 564 1.19e-06 48.9 MBR6403893.1 WP_166106360.1 23.6 229 142 9 213 415 303 524 1.76e-04 42.0 DAC17040.1 DAC17040.1 100 965 0 0 1 965 1 965 0.0 1873 PMP70922.1 PMP70922.1 100 507 0 0 1 507 1 507 0.0 1003 NDB23390.1 NDB23390.1 100 197 0 0 1 197 1 197 2.94e-142 392 MCL4849599.1 MCL4849599.1 100 375 0 0 1 375 1 375 8.84e-274 740 EIA4708990.1 EIA4708990.1 100 818 0 0 1 818 1 818 0.0 1614 WP_130858156.1 WP_130858156.1 100 328 0 0 1 328 1 328 9.05e-241 652 KAI3849778.1 KAI3849778.1 100 811 0 0 1 811 1 811 0.0 1650 KAI3849778.1 XP_021765438.1 32.8 372 232 12 430 797 533 890 2.29e-45 174 KAI3849778.1 XP_019180948.1 34.1 352 208 11 431 768 608 949 8.39e-43 166 KAI3849778.1 XP_025814622.1 31.9 370 215 11 430 770 716 1077 3.69e-39 155 KAI3849778.1 KAG2309455.1 29.0 365 221 11 433 768 527 882 1.18e-34 140 KAI3849778.1 XP_044484513.1 30.5 279 171 5 440 700 29 302 6.46e-33 134 KAI3849778.1 XP_046441060.1 32.2 199 118 10 501 693 67 254 6.00e-15 77.4 KAI3849778.1 XP_020321477.1 30.0 207 126 9 494 693 52 246 3.48e-13 71.6 KAI3849778.1 KAJ7903702.1 25.3 154 106 3 542 695 74 218 4.71e-06 48.1 HIS27960.1 HIS27960.1 100 294 0 0 1 294 1 294 1.11e-217 591 HIS27960.1 WP_111083956.1 41.0 266 156 1 10 274 16 281 4.02e-65 204 HIS27960.1 WP_062263491.1 36.6 284 177 3 9 289 2 285 5.27e-56 181 WP_202165152.1 WP_202165152.1 100 338 0 0 1 338 1 338 1.39e-240 653 WP_281675368.1 WP_281675368.1 100 632 0 0 1 632 1 632 0.0 1213 WP_281675368.1 WP_086353716.1 35.0 283 175 6 1 274 1 283 6.32e-45 160 WP_281675368.1 MBI0103662.1 42.3 78 44 1 547 624 619 695 3.07e-11 64.7 WP_281675368.1 MBU2478158.1 42.9 49 26 1 241 287 3 51 9.15e-05 39.3 MBR4451941.1 MBR4451941.1 100 254 0 0 1 254 1 254 3.66e-187 511 MBR4451941.1 MCR4818155.1 40.6 234 136 2 16 247 4 236 6.90e-59 185 MBS6326441.1 MBS6326441.1 100 294 0 0 1 294 1 294 8.17e-220 597 KAB2647529.1 KAB2647529.1 100 304 0 0 1 304 1 304 4.89e-217 590 KAB2647529.1 KAB2860347.1 42.7 117 67 0 188 304 1 117 5.93e-28 103 MYS73268.1 MYS73268.1 100 276 0 0 1 276 1 276 2.18e-190 521 MYS73268.1 WP_062917436.1 36.1 227 137 3 8 229 8 231 1.02e-32 119 MYS73268.1 WP_077093245.1 29.2 195 126 4 4 188 6 198 6.19e-07 48.1 WP_051789242.1 WP_051789242.1 100 338 0 0 1 338 1 338 2.24e-246 667 WP_051789242.1 WP_130237435.1 30.3 327 220 6 9 331 3 325 1.49e-30 116 XP_039509588.1 XP_039509588.1 100 326 0 0 1 326 1 326 3.57e-246 666 WP_039337636.1 WP_039337636.1 100 243 0 0 1 243 1 243 2.37e-173 475 XP_042622198.1 XP_042622198.1 100 581 0 0 1 581 1 581 0.0 1171 XP_042622198.1 NXJ84327.1 34.6 350 209 7 183 513 181 529 6.96e-51 187 XP_042622198.1 KAG5815829.1 33.2 367 209 9 171 516 423 774 7.15e-50 182 XP_042622198.1 XP_039923984.1 33.7 362 211 9 172 510 166 521 2.62e-48 179 XP_042622198.1 XP_026100634.1 27.1 325 180 8 200 510 83 364 3.59e-27 112 XP_042622198.1 XP_025814622.1 35.0 103 52 3 307 396 886 986 1.07e-06 50.1 XP_042622198.1 XP_021765438.1 33.0 94 52 4 312 396 702 793 4.28e-04 41.6 WP_248721304.1 WP_248721304.1 100 302 0 0 1 302 1 302 3.30e-214 583 WP_248721304.1 WP_200986363.1 23.5 277 209 2 1 274 1 277 4.60e-18 81.3 WP_248721304.1 WP_012339795.1 27.5 149 102 3 6 154 6 148 1.45e-09 56.2 KAF6360286.1 KAF6360286.1 100 642 0 0 1 642 1 642 0.0 1063 WP_226865765.1 WP_226865765.1 100 609 0 0 1 609 1 609 0.0 1200 WP_226865765.1 PIY74148.1 31.1 611 388 16 23 609 1 602 6.47e-76 252 WP_226865765.1 MBL6756473.1 30.2 658 380 16 2 606 47 678 2.54e-69 237 WP_226865765.1 KXK41164.1 35.4 291 172 8 3 280 8 295 9.24e-44 157 WP_226865765.1 MBO6554759.1 25.0 681 421 19 3 606 200 867 1.11e-31 129 WP_226865765.1 WP_281498184.1 36.0 75 45 2 12 83 21 95 1.13e-05 46.6 WP_099061260.1 WP_099061260.1 100 90 0 0 1 90 1 90 3.20e-63 184 HCI94645.1 HCI94645.1 100 408 0 0 1 408 1 408 4.90e-315 847 HCI94645.1 PFQ70995.1 29.9 401 253 7 14 407 11 390 1.99e-54 183 WP_279374958.1 WP_279374958.1 100 480 0 0 1 480 1 480 0.0 997 CAA9391925.1 CAA9391925.1 100 27 0 0 1 27 1 27 4.46e-12 50.8 MCJ7733050.1 MCJ7733050.1 100 217 0 0 1 217 1 217 9.43e-167 456 WP_244450453.1 WP_244450453.1 100 693 0 0 1 693 1 693 0.0 1134 WP_176366948.1 WP_176366948.1 100 311 0 0 1 311 1 311 1.26e-227 618 WP_194430615.1 WP_194430615.1 100 114 0 0 1 114 1 114 1.29e-80 230 KAG7164393.1 KAG7164393.1 100 111 0 0 1 111 1 111 1.91e-42 133 WP_058935081.1 WP_058935081.1 100 139 0 0 1 139 1 139 1.44e-98 277 WP_058935081.1 WP_051963813.1 37.8 90 52 1 39 128 22 107 5.01e-15 65.1 WP_278428737.1 WP_278428737.1 100 416 0 0 1 416 1 416 7.77e-307 827 RZC11235.1 RZC11235.1 100 260 0 0 1 260 1 260 1.50e-198 540 RZC11235.1 XP_017428875.1 28.9 249 149 12 6 246 35 263 4.16e-14 69.3 WP_074737802.1 WP_074737802.1 100 384 0 0 1 384 1 384 1.84e-291 785 KAF3069499.1 KAF3069499.1 100 582 0 0 1 582 1 582 0.0 1142 PBK65192.1 PBK65192.1 100 225 0 0 1 225 1 225 5.44e-170 465 WP_017908092.1 WP_017908092.1 100 297 0 0 1 297 1 297 9.49e-216 587 WP_208504450.1 WP_208504450.1 100 532 0 0 1 532 1 532 0.0 995 WP_208504450.1 MCE1252202.1 52.1 528 247 3 6 532 10 532 3.82e-163 472 WP_029542314.1 WP_029542314.1 100 309 0 0 1 309 1 309 4.35e-218 593 WP_029542314.1 WP_265399898.1 30.9 288 188 6 16 301 17 295 2.99e-29 112 WP_029542314.1 WP_091540071.1 31.3 224 114 8 22 211 24 241 1.76e-14 71.2 GLB35420.1 GLB35420.1 100 113 0 0 1 113 1 113 9.88e-80 228 EFC67761.1 EFC67761.1 100 50 0 0 1 50 1 50 4.63e-34 107 XP_040250218.1 XP_040250218.1 100 764 0 0 1 764 1 764 0.0 1236 XP_040250218.1 XP_019180948.1 39.3 300 153 7 341 623 668 955 4.17e-54 200 XP_040250218.1 RLN36134.1 33.3 315 185 10 330 623 54 364 8.49e-39 147 XP_040250218.1 XP_021765438.1 34.9 284 162 7 347 614 587 863 1.50e-38 152 XP_040250218.1 XP_025814622.1 32.9 316 172 9 347 623 767 1081 1.29e-35 143 XP_040250218.1 KAG2309455.1 29.3 294 181 8 350 623 602 888 2.45e-31 129 XP_040250218.1 XP_044484513.1 38.1 160 97 1 347 504 76 235 1.56e-30 126 XP_040250218.1 XP_048540820.1 26.6 271 156 9 363 627 796 1029 1.02e-19 92.8 XP_040250218.1 RIB10989.1 28.1 178 108 6 492 666 2 162 1.56e-11 62.4 XP_040250218.1 KAG1799066.1 25.3 285 160 12 366 619 34 296 2.23e-08 54.7 XP_047249348.1 XP_047249348.1 100 332 0 0 1 332 1 332 2.18e-259 700 MYT98825.1 MYT98825.1 100 219 0 0 1 219 1 219 2.12e-155 427 HAN73743.1 HAN73743.1 100 374 0 0 1 374 1 374 4.53e-271 733 WP_015615815.1 WP_015615815.1 100 874 0 0 1 874 1 874 0.0 1681 WP_015615815.1 WP_015919400.1 41.4 807 430 17 1 796 1 775 2.33e-188 559 WP_015615815.1 MCJ7548546.1 41.9 721 391 11 4 704 7 719 4.01e-172 514 WP_015615815.1 MBL8638832.1 37.7 835 475 15 2 799 46 872 7.44e-161 493 WP_015615815.1 KAI5122644.1 29.9 866 506 27 14 806 373 1210 4.28e-82 286 WP_015615815.1 KZV11597.1 26.0 701 441 25 135 779 119 797 1.24e-42 166 MBP6785762.1 MBP6785762.1 100 48 0 0 1 48 1 48 1.13e-31 101 UVD42744.1 UVD42744.1 100 133 0 0 1 133 1 133 1.64e-83 239 KAH3699581.1 KAH3699581.1 100 295 0 0 1 295 1 295 8.93e-72 221 HEU25100.1 HEU25100.1 100 462 0 0 1 462 1 462 0.0 957 APT84512.1 APT84512.1 100 448 0 0 1 448 1 448 0.0 886 APT84512.1 WP_257007586.1 32.8 344 224 4 41 384 5 341 1.32e-58 195 TXB56523.1 TXB56523.1 100 79 0 0 1 79 1 79 6.74e-51 152 WP_112449552.1 WP_112449552.1 100 496 0 0 1 496 1 496 0.0 977 WP_112449552.1 WP_050274510.1 41.8 395 216 4 91 485 69 449 3.13e-91 284 WP_112449552.1 WP_241420500.1 35.1 461 286 4 39 487 25 484 4.63e-81 258 WP_112449552.1 PTQ72351.1 38.9 404 229 3 83 485 11 397 5.16e-77 245 XP_044710778.1 XP_044710778.1 100 375 0 0 1 375 1 375 1.01e-263 714 WP_038615177.1 WP_038615177.1 100 148 0 0 1 148 1 148 8.78e-102 286 KAF9248384.1 KAF9248384.1 100 262 0 0 1 262 1 262 8.02e-170 468 EDQ8633181.1 EDQ8633181.1 100 91 0 0 1 91 1 91 8.13e-62 181 NDE73311.1 NDE73311.1 100 263 0 0 1 263 1 263 8.45e-177 485 THW78755.1 THW78755.1 100 1583 0 0 1 1583 1 1583 0.0 3084 THW78755.1 RLN50561.1 31.5 496 304 13 969 1434 1231 1720 3.05e-50 194 THW78755.1 WP_192500494.1 32.3 226 147 6 1216 1437 3 226 1.47e-27 113 THW78755.1 WP_152652784.1 29.7 296 173 10 483 753 20 305 3.09e-24 103 THW78755.1 NLW39422.1 29.1 234 160 4 1229 1456 34 267 6.83e-24 103 THW78755.1 WP_281543397.1 26.0 311 190 6 483 777 4 290 3.42e-23 100 THW78755.1 EHR6291555.1 31.0 210 133 3 483 681 22 230 6.63e-19 90.9 THW78755.1 MWR41881.1 28.3 205 130 2 484 671 44 248 3.02e-17 82.0 THW78755.1 WP_008056683.1 31.9 182 118 4 1241 1417 265 445 9.82e-16 81.3 THW78755.1 GBD21053.1 29.1 206 128 4 480 668 38 242 2.62e-13 72.8 THW78755.1 WP_088153117.1 23.2 194 130 4 494 670 24 215 3.76e-10 62.0 THW78755.1 NNE23115.1 28.8 170 109 5 488 645 22 191 3.27e-09 58.9 THW78755.1 WP_105160947.1 30.8 143 89 4 484 621 332 469 2.45e-06 50.4 MAD76787.1 MAD76787.1 100 431 0 0 1 431 1 431 2.73e-319 860 MCI6853747.1 MCI6853747.1 100 503 0 0 1 503 1 503 0.0 1012 MCI6853747.1 WP_172281536.1 35.6 503 291 9 1 496 1 477 5.44e-93 290 MCI6853747.1 WP_256342227.1 34.0 503 297 13 6 496 4 483 1.83e-79 254 WP_280443824.1 WP_280443824.1 100 278 0 0 1 278 1 278 4.79e-195 533 WP_280443824.1 XP_039322713.1 38.8 227 134 2 53 274 20 246 1.24e-42 145 WP_280443824.1 WP_063302373.1 25.1 199 129 6 2 191 7 194 7.67e-07 47.8 CEP26668.1 CEP26668.1 100 190 0 0 1 190 1 190 1.31e-137 380 OTN76164.1 OTN76164.1 100 426 0 0 1 426 1 426 3.93e-296 801 OTN76164.1 WP_135287436.1 49.0 416 207 3 10 421 19 433 3.95e-127 373 WP_035431971.1 WP_035431971.1 100 103 0 0 1 103 1 103 8.55e-65 189 WP_109835637.1 WP_109835637.1 100 301 0 0 1 301 1 301 1.53e-223 607 MBR3487460.1 MBR3487460.1 100 402 0 0 1 402 1 402 1.63e-285 772 MBR3487460.1 WP_097830045.1 36.2 351 188 12 54 381 41 378 1.66e-52 178 MBR3487460.1 MBR4371193.1 32.1 336 189 7 77 381 7 334 1.76e-30 118 MBR3487460.1 WP_256939523.1 28.7 321 213 7 67 383 66 374 4.44e-26 106 WP_023322253.1 WP_023322253.1 100 150 0 0 1 150 1 150 5.07e-111 310 WP_023322253.1 MCP5208043.1 47.3 146 76 1 6 150 3 148 3.35e-44 140 WP_023322253.1 WP_096765790.1 42.8 152 82 4 3 150 2 152 2.47e-32 110 MBP7829117.1 MBP7829117.1 100 823 0 0 1 823 1 823 0.0 1498 MBP7829117.1 GIW70618.1 41.1 270 145 4 62 318 55 323 5.50e-47 179 MBP7829117.1 WP_281919021.1 35.8 246 152 3 61 300 18 263 7.07e-35 137 MBP7829117.1 XP_043377824.1 28.5 235 152 5 53 274 23 254 8.99e-19 90.1 MBP7829117.1 XP_044484513.1 30.2 149 94 4 59 201 90 234 2.18e-09 59.3 MBP7829117.1 XP_033679940.1 26.6 128 87 3 127 247 168 295 2.05e-07 53.1 NXJ84327.1 NXJ84327.1 100 1219 0 0 1 1219 1 1219 0.0 2249 NXJ84327.1 XP_039923984.1 47.7 1292 505 31 5 1219 1 1198 0.0 940 NXJ84327.1 XP_042622198.1 34.6 350 209 7 181 529 183 513 6.81e-53 194 NXJ84327.1 KAG5815829.1 33.3 369 202 12 179 530 431 772 7.86e-42 164 NXJ84327.1 XP_026100634.1 33.5 233 134 10 200 422 82 303 2.67e-25 108 NXJ84327.1 XP_051566275.1 26.3 240 166 6 180 416 1221 1452 2.13e-15 80.1 NXJ84327.1 KAI9912466.1 27.6 152 100 4 277 424 109 254 5.35e-14 73.6 NXJ84327.1 XP_011889539.1 27.4 219 128 6 205 401 8 217 8.63e-10 61.6 NXJ84327.1 GIW70618.1 26.6 222 144 6 201 410 48 262 1.66e-06 50.8 WP_025599976.1 WP_025599976.1 100 431 0 0 1 431 1 431 2.19e-316 852 WP_025599976.1 GLV83862.1 32.4 244 137 6 170 402 159 385 1.18e-20 91.7 WP_025599976.1 WP_205996060.1 30.1 153 84 5 222 371 254 386 2.74e-04 41.6 MBC8378821.1 MBC8378821.1 100 622 0 0 1 622 1 622 0.0 1240 WP_235908972.1 WP_235908972.1 100 136 0 0 1 136 1 136 1.91e-97 274 WP_240083300.1 WP_240083300.1 100 85 0 0 1 85 1 85 2.84e-57 169 AHH30646.1 AHH30646.1 100 171 0 0 1 171 1 171 2.40e-117 327 AHH30646.1 AVM35379.1 77.4 168 36 2 6 171 27 194 1.25e-85 249 AHH30646.1 AMA90994.1 79.5 166 32 2 6 169 32 197 2.87e-85 247 AHH30646.1 QUA05739.1 76.8 168 37 2 6 171 32 199 3.34e-85 248 AHH30646.1 ADW49125.1 76.8 168 37 2 6 171 24 191 1.31e-84 246 AHH30646.1 AFA24308.1 78.0 168 35 2 6 171 25 192 1.92e-84 246 AHH30646.1 AFA09475.1 76.8 168 37 2 6 171 18 185 2.16e-84 245 AHH30646.1 AWS34156.1 76.0 167 38 2 6 170 32 198 2.42e-84 246 AHH30646.1 AOR13807.1 72.6 168 44 2 6 171 23 190 2.82e-83 242 AHH30646.1 ABQ63546.1 73.2 168 43 2 6 171 31 198 6.35e-82 239 AHH30646.1 QUQ06080.1 74.9 167 40 2 6 170 32 198 9.32e-82 239 AHH30646.1 ADJ35581.1 73.8 168 42 2 6 171 33 200 1.37e-81 239 AHH30646.1 AHK62764.1 73.2 168 43 2 5 170 27 194 1.41e-81 239 AHH30646.1 AAX94106.1 75.6 168 39 2 6 171 2 169 1.24e-80 243 AHH30646.1 AKT58828.1 73.2 164 42 2 6 167 32 195 6.59e-79 231 AHH30646.1 UZF38514.1 71.3 167 46 2 7 171 20 186 9.47e-79 231 AHH30646.1 AOQ89457.1 73.8 160 40 2 6 163 28 187 1.02e-78 230 AHH30646.1 AXZ65741.1 75.3 158 37 2 5 160 31 188 4.28e-78 229 AHH30646.1 AKA56406.1 70.7 167 46 2 6 171 32 196 9.48e-77 226 AHH30646.1 ACE88666.1 70.0 120 34 2 54 171 1 120 2.50e-51 159 AHH30646.1 APC24336.1 68.1 91 28 1 81 170 1 91 5.71e-32 116 KAI9888532.1 KAI9888532.1 100 438 0 0 1 438 1 438 0.0 877 KAF5898047.1 KAF5898047.1 100 125 0 0 1 125 1 125 7.42e-74 214 WP_048168883.1 WP_048168883.1 100 544 0 0 1 544 1 544 0.0 1072 ARS39112.1 ARS39112.1 100 73 0 0 1 73 1 73 6.04e-49 147 MCK9405607.1 MCK9405607.1 100 248 0 0 1 248 1 248 7.15e-191 520 NP_001169133.1 NP_001169133.1 100 122 0 0 1 122 1 122 9.76e-81 233 RWQ68821.1 RWQ68821.1 100 73 0 0 1 73 1 73 2.46e-48 145 RVE76210.1 RVE76210.1 100 526 0 0 1 526 1 526 0.0 1079 RVE76210.1 NXE30976.1 36.8 340 183 7 50 385 8 319 4.13e-57 191 WP_215615491.1 WP_215615491.1 100 221 0 0 1 221 1 221 4.32e-174 475 WP_215615491.1 WP_128788759.1 47.4 196 101 2 25 219 5 199 5.17e-61 188 WP_215615491.1 OGO39675.1 44.5 182 101 0 38 219 24 205 8.84e-61 187 NVM03966.1 NVM03966.1 100 322 0 0 1 322 1 322 7.95e-232 629 NVM03966.1 NLW39422.1 38.9 334 181 9 1 316 1 329 9.22e-59 190 NVM03966.1 EHR6291555.1 36.6 213 129 3 32 239 339 550 8.94e-36 134 NVM03966.1 WP_152652784.1 30.0 297 198 8 32 321 15 308 5.12e-34 125 NVM03966.1 WP_084371009.1 30.8 247 150 3 6 248 3 232 9.35e-34 124 NVM03966.1 WP_132175930.1 31.5 232 148 4 6 226 7 238 1.21e-31 119 NVM03966.1 RLN50561.1 29.9 231 153 4 36 257 1508 1738 2.28e-26 108 NVM03966.1 MSO30570.1 29.7 212 142 3 31 236 16 226 8.25e-23 95.5 NVM03966.1 MBP1876254.1 29.7 202 131 3 37 227 20 221 8.85e-23 95.5 NVM03966.1 WP_221265680.1 27.5 193 135 2 37 224 34 226 6.39e-20 87.0 NVM03966.1 WP_071876418.1 30.7 205 132 4 34 233 315 514 5.11e-19 85.9 NVM03966.1 WAY96880.1 32.8 186 98 7 38 206 5 180 8.70e-18 78.6 NVM03966.1 MBQ3864274.1 25.6 215 142 5 37 235 35 247 7.97e-17 78.2 NVM03966.1 KAJ2660037.1 25.1 211 143 6 36 235 1824 2030 4.09e-14 71.6 NVM03966.1 NNE23115.1 28.2 202 131 4 31 226 18 211 5.63e-14 70.1 NVM03966.1 WP_142931103.1 24.5 200 136 4 36 224 274 469 4.95e-11 61.6 NVM03966.1 WP_088153117.1 22.4 192 134 4 47 226 23 211 2.30e-10 59.3 NVM03966.1 WP_150396769.1 23.2 211 130 4 40 226 291 493 1.66e-08 53.9 NVM03966.1 WP_089246429.1 23.0 217 131 7 37 227 275 481 1.59e-06 47.8 NVM03966.1 WP_041481207.1 23.4 201 128 5 32 213 344 537 2.08e-05 44.3 MCK9363077.1 MCK9363077.1 100 403 0 0 1 403 1 403 1.89e-305 822 WP_230898856.1 WP_230898856.1 100 168 0 0 1 168 1 168 2.33e-127 352 EFG6535742.1 EFG6535742.1 100 716 0 0 1 716 1 716 0.0 1416 WP_236525681.1 WP_236525681.1 100 603 0 0 1 603 1 603 0.0 1199 WP_236525681.1 WP_046625651.1 32.0 515 302 16 68 565 44 527 3.48e-57 200 WP_236525681.1 MCU1518283.1 28.2 550 327 12 68 565 23 556 4.31e-56 198 WP_039386062.1 WP_039386062.1 100 77 0 0 1 77 1 77 6.85e-50 149 UCF78466.1 UCF78466.1 100 377 0 0 1 377 1 377 5.12e-274 741 UCF78466.1 WP_145937814.1 48.1 376 192 2 3 375 6 381 1.56e-113 334 UCF78466.1 WP_019585553.1 46.9 369 190 4 14 376 27 395 4.41e-109 323 UCF78466.1 WP_275495439.1 41.0 402 205 8 1 375 6 402 1.40e-77 243 UCF78466.1 WP_158057697.1 35.5 369 233 3 10 374 16 383 3.53e-68 218 UCF78466.1 MCH8312862.1 35.7 347 212 5 31 375 15 352 3.49e-57 189 UCF78466.1 MBL6847974.1 32.1 355 233 4 28 376 30 382 1.30e-52 177 MCL5970005.1 MCL5970005.1 100 339 0 0 1 339 1 339 1.96e-236 642 WP_139484744.1 WP_139484744.1 100 132 0 0 1 132 1 132 1.40e-79 229 WP_139484744.1 WP_143435921.1 36.1 119 71 2 9 123 17 134 3.02e-07 45.1 WP_007853416.1 WP_007853416.1 100 513 0 0 1 513 1 513 0.0 970 WP_007853416.1 GIR09622.1 39.9 459 241 5 16 456 18 459 9.61e-104 317 WP_007853416.1 NCV89943.1 36.6 465 266 7 4 456 6 453 4.66e-85 268 MCI6704618.1 MCI6704618.1 100 206 0 0 1 206 1 206 1.02e-110 313 WP_119938117.1 WP_119938117.1 100 278 0 0 1 278 1 278 2.33e-211 574 WP_119938117.1 WP_101936735.1 32.1 106 72 0 166 271 212 317 1.38e-12 65.1 WP_229408570.1 WP_229408570.1 100 326 0 0 1 326 1 326 6.36e-240 650 MCI6995250.1 MCI6995250.1 100 327 0 0 1 327 1 327 1.39e-239 649 KAH9162276.1 KAH9162276.1 100 132 0 0 1 132 1 132 1.79e-91 259 THY09373.1 THY09373.1 100 242 0 0 1 242 1 242 3.07e-164 452 MBA4060735.1 MBA4060735.1 100 34 0 0 1 34 1 34 5.40e-20 71.2 WP_035847413.1 WP_035847413.1 100 254 0 0 1 254 1 254 1.49e-186 509 MCQ2473581.1 MCQ2473581.1 100 318 0 0 1 318 1 318 1.02e-216 591 MBN4382193.1 MBN4382193.1 100 27 0 0 1 27 1 27 8.82e-21 72.8 WP_029789810.1 WP_029789810.1 100 857 0 0 1 857 1 857 0.0 1623 WP_029789810.1 MBP6786080.1 56.8 843 355 6 1 838 1 839 0.0 899 WP_029789810.1 KAF6257731.1 49.4 852 411 8 5 841 5 851 1.07e-259 745 WP_029789810.1 WP_136095406.1 46.9 700 289 11 161 854 120 742 8.68e-194 571 WP_029789810.1 MBL8103469.1 50.4 450 217 3 1 444 2 451 2.16e-141 425 WP_029789810.1 KAI7727618.1 49.4 326 124 4 98 422 110 395 1.43e-83 285 WP_029789810.1 KPK79043.1 35.9 387 233 4 14 400 18 389 4.53e-62 221 WP_029789810.1 MCH2804017.1 59.5 79 32 0 579 657 1 79 7.06e-26 100 MCI9436439.1 MCI9436439.1 100 122 0 0 1 122 1 122 3.32e-89 252 WP_237106527.1 WP_237106527.1 100 311 0 0 1 311 1 311 2.48e-234 635 WP_235029016.1 WP_235029016.1 100 125 0 0 1 125 1 125 6.90e-88 249 WP_115946316.1 WP_115946316.1 100 654 0 0 1 654 1 654 0.0 1289 WP_115946316.1 WP_175076961.1 36.9 618 360 13 3 610 5 602 1.13e-115 361 WP_115946316.1 WP_113620603.1 35.6 618 354 14 2 601 4 595 4.37e-103 327 KLR59865.1 KLR59865.1 100 257 0 0 1 257 1 257 5.26e-202 548 KLR59865.1 WP_054435236.1 39.0 251 153 0 1 251 1 251 1.06e-60 191 KLR59865.1 WP_145643501.1 35.0 254 159 4 1 252 1 250 7.86e-51 165 WP_227550239.1 WP_227550239.1 100 865 0 0 1 865 1 865 0.0 1706 WP_227550239.1 WP_162428520.1 21.7 479 290 18 408 841 407 845 9.15e-13 70.5 ABO71806.1 ABO71806.1 100 112 0 0 1 112 1 112 6.46e-80 228 RXW21184.1 RXW21184.1 100 209 0 0 1 209 1 209 1.68e-147 407 NMC86773.1 NMC86773.1 100 226 0 0 1 226 1 226 6.80e-160 439 KAI5749163.1 KAI5749163.1 100 307 0 0 1 307 1 307 1.00e-206 565 RLF82422.1 RLF82422.1 100 314 0 0 1 314 1 314 2.05e-214 585 WP_277309438.1 WP_277309438.1 100 137 0 0 1 137 1 137 1.10e-92 262 WP_107891604.1 WP_107891604.1 100 123 0 0 1 123 1 123 1.25e-89 253 MCG62561.1 MCG62561.1 100 18 0 0 1 18 1 18 2.34e-11 48.5 EFO2078189.1 EFO2078189.1 100 233 0 0 1 233 1 233 3.38e-168 461 WP_159583277.1 WP_159583277.1 100 264 0 0 1 264 1 264 1.54e-184 505 WP_107324026.1 WP_107324026.1 100 70 0 0 1 70 1 70 1.88e-35 112 WP_169571417.1 WP_169571417.1 100 298 0 0 1 298 1 298 1.46e-215 586 WP_181198956.1 WP_181198956.1 100 435 0 0 1 435 1 435 0.0 895 WP_095317440.1 WP_095317440.1 100 408 0 0 1 408 1 408 1.23e-283 768 MBF66593.1 MBF66593.1 100 571 0 0 1 571 1 571 0.0 1159 TLY59051.1 TLY59051.1 100 111 0 0 1 111 1 111 3.34e-77 221 TLY59051.1 WP_025591525.1 32.2 118 50 1 5 92 3 120 6.89e-15 64.3 CCZ42971.1 CCZ42971.1 100 45 0 0 1 45 1 45 3.42e-25 85.1 MBF2983383.1 MBF2983383.1 100 244 0 0 1 244 1 244 1.04e-172 473 AEF32461.1 AEF32461.1 100 276 0 0 1 276 1 276 3.01e-197 538 HCC04630.1 HCC04630.1 100 200 0 0 1 200 1 200 9.47e-145 399 QTZ27226.1 QTZ27226.1 100 4402 0 0 1 4402 1 4402 0.0 8649 QTZ27226.1 QTM79632.1 99.9 4402 6 0 1 4402 1 4402 0.0 8644 QTZ27226.1 QXR94354.1 99.7 4402 15 0 1 4402 1 4402 0.0 8625 QTZ27226.1 QTD03487.1 99.6 4405 15 1 1 4402 1 4405 0.0 8623 QTZ27226.1 QVD87869.1 99.7 4398 14 0 1 4398 1 4398 0.0 8618 QTZ27226.1 QWC83326.1 99.7 4401 12 1 1 4398 1 4401 0.0 8618 QTZ27226.1 QSZ25555.1 99.6 4401 14 1 1 4398 1 4401 0.0 8616 QTZ27226.1 UPP41269.1 99.5 4402 20 0 1 4402 1 4402 0.0 8613 QTZ27226.1 WEU87158.1 99.6 4401 14 1 1 4398 1 4401 0.0 8613 QTZ27226.1 ULA23837.2 99.5 4402 19 1 1 4402 1 4401 0.0 8612 QTZ27226.1 UBP50947.1 99.6 4401 15 1 1 4398 1 4401 0.0 8610 QTZ27226.1 USR14792.1 99.5 4402 21 0 1 4402 1 4402 0.0 8610 QTZ27226.1 UIR12670.1 99.6 4398 17 1 1 4398 1 4397 0.0 8609 QTZ27226.1 UZO53924.1 99.6 4398 18 0 1 4398 1 4398 0.0 8609 QTZ27226.1 UFM00670.1 99.5 4405 20 1 1 4402 1 4405 0.0 8609 QTZ27226.1 UXH94526.1 99.5 4402 20 1 1 4402 1 4401 0.0 8608 QTZ27226.1 UVB16817.1 99.6 4398 18 0 1 4398 1 4398 0.0 8608 QTZ27226.1 UEC68750.1 99.5 4405 20 1 1 4402 1 4405 0.0 8607 QTZ27226.1 URQ55824.1 99.6 4398 19 0 1 4398 1 4398 0.0 8607 QTZ27226.1 UBL45068.1 99.5 4405 18 1 1 4402 1 4405 0.0 8606 QTZ27226.1 QZU16279.1 99.5 4401 17 1 1 4398 1 4401 0.0 8606 QTZ27226.1 UBD95131.1 99.5 4401 17 1 1 4398 1 4401 0.0 8605 QTZ27226.1 UHM53165.1 99.5 4405 20 1 1 4402 1 4405 0.0 8604 QTZ27226.1 UFM02602.1 99.5 4405 20 1 1 4402 1 4405 0.0 8604 QTZ27226.1 UMF87224.1 99.1 4398 40 1 1 4398 1 4397 0.0 8599 QTZ27226.1 UPA83906.1 99.5 4398 21 1 1 4398 1 4397 0.0 8599 QTZ27226.1 UEC52718.1 99.5 4401 21 1 1 4398 1 4401 0.0 8596 QTZ27226.1 UKU68032.1 99.2 4402 33 1 1 4402 1 4401 0.0 8580 QTZ27226.1 UKN67998.1 99.6 4378 18 1 21 4398 1 4377 0.0 8568 QTZ27226.1 UBR86455.1 98.3 4400 72 1 2 4398 1 4400 0.0 8476 QTZ27226.1 UXX67934.1 98.1 4398 85 0 1 4398 1 4398 0.0 8448 QTZ27226.1 UCP77012.1 98.0 4401 87 1 1 4398 1 4401 0.0 8440 QTZ27226.1 UCP72061.1 97.9 4401 90 1 1 4398 1 4401 0.0 8430 QTZ27226.1 UJV88611.1 97.6 4402 105 1 1 4402 1 4401 0.0 8417 QTZ27226.1 UAQ80067.1 97.7 4401 99 1 1 4398 1 4401 0.0 8415 QTZ27226.1 UJJ97602.1 97.5 4402 111 1 1 4402 1 4401 0.0 8401 QTZ27226.1 UOU30556.1 97.6 4398 106 0 1 4398 1 4398 0.0 8399 QTZ27226.1 UGA79226.1 97.2 4401 120 1 1 4398 1 4401 0.0 8357 QTZ27226.1 UJS94137.1 98.6 4297 59 1 106 4402 1 4296 0.0 8309 QTZ27226.1 WHE12941.1 97.0 4372 129 0 27 4398 1 4372 0.0 8297 QTZ27226.1 ULB83374.1 96.4 4402 156 1 1 4402 1 4401 0.0 8286 QTZ27226.1 UVI10561.1 96.0 4371 176 0 28 4398 1 4371 0.0 8183 QTZ27226.1 UGB98301.1 94.1 4405 258 1 1 4402 1 4405 0.0 8037 QTZ27226.1 QRX02582.1 99.6 4098 12 1 1 4095 1 4098 0.0 7999 QTZ27226.1 UJT06733.1 93.9 4398 267 1 1 4398 1 4397 0.0 7992 QTZ27226.1 UFA30503.1 93.2 4340 293 1 27 4363 1 4340 0.0 7818 QTZ27226.1 UMA88644.1 92.2 4377 339 1 22 4398 1 4376 0.0 7801 QTZ27226.1 WGP70063.1 92.2 4369 337 1 1 4366 1 4369 0.0 7771 QTZ27226.1 WEI27974.1 91.2 4402 389 0 1 4402 1 4402 0.0 7731 QTZ27226.1 UNI03201.1 91.3 4378 377 1 27 4402 1 4378 0.0 7711 QTZ27226.1 WGP98278.1 88.6 4364 493 1 1 4361 1 4364 0.0 7383 QTZ27226.1 UEX07109.1 87.8 4379 533 1 27 4402 1 4379 0.0 7352 QTZ27226.1 WAS49087.1 84.7 4398 672 0 1 4398 1 4398 0.0 7004 QTZ27226.1 URP80785.1 82.5 4375 766 0 28 4402 1 4375 0.0 6770 QTZ27226.1 UYE49180.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6213 QTZ27226.1 UPB00876.1 76.5 4375 1029 0 28 4402 1 4375 0.0 6176 QTZ27226.1 WGQ72821.1 67.6 4344 1404 1 26 4366 1 4344 0.0 5132 KAI9164099.1 KAI9164099.1 100 800 0 0 1 800 1 800 0.0 1609 XP_042112981.1 XP_042112981.1 100 467 0 0 1 467 1 467 2.20e-249 686 WP_007577863.1 WP_007577863.1 100 518 0 0 1 518 1 518 0.0 997 WP_007577863.1 WP_014213241.1 44.3 445 243 5 46 489 45 485 7.41e-129 383 WP_007577863.1 WP_057859275.1 29.4 496 288 16 47 488 40 527 4.23e-52 184 WP_056082173.1 WP_056082173.1 100 690 0 0 1 690 1 690 0.0 1363 WP_056082173.1 WP_220778039.1 42.5 690 370 8 5 686 57 727 6.12e-185 541 MBA2687082.1 MBA2687082.1 100 340 0 0 1 340 1 340 1.58e-247 671 MBA2687082.1 HBX8004802.1 39.8 93 53 1 5 97 11 100 6.48e-13 67.0 MBA2687082.1 WP_115748516.1 26.1 92 68 0 9 100 5 96 8.90e-06 45.1 EGQ7676658.1 EGQ7676658.1 100 261 0 0 1 261 1 261 3.75e-179 491 KAG1662457.1 KAG1662457.1 100 237 0 0 1 237 1 237 9.99e-110 313 UAW00545.1 UAW00545.1 100 361 0 0 1 361 1 361 3.08e-276 745 PYP50915.1 PYP50915.1 100 166 0 0 1 166 1 166 5.10e-121 336 YP_009351723.1 YP_009351723.1 100 540 0 0 1 540 1 540 0.0 1018 YP_009351723.1 GIR47037.1 37.7 355 203 6 33 369 92 446 6.83e-56 196 YP_009351723.1 WP_251758029.1 35.6 371 213 9 16 370 76 436 6.45e-50 180 YP_009351723.1 UDH58358.1 36.5 373 196 5 17 360 76 436 1.69e-45 168 YP_009351723.1 MBK3574312.1 35.2 307 191 5 33 331 94 400 1.00e-39 151 KAJ6471610.1 KAJ6471610.1 100 351 0 0 1 351 1 351 9.00e-264 712 CAH8478102.1 CAH8478102.1 100 283 0 0 1 283 1 283 5.70e-127 361 MCA3441055.1 MCA3441055.1 100 725 0 0 1 725 1 725 0.0 1392 NYF16576.1 NYF16576.1 100 368 0 0 1 368 1 368 6.03e-257 697 XP_046290611.1 XP_046290611.1 100 287 0 0 1 287 1 287 3.30e-211 574 WP_052403276.1 WP_052403276.1 100 147 0 0 1 147 1 147 9.17e-108 301 QFE31818.1 QFE31818.1 100 898 0 0 1 898 1 898 0.0 1675 KAI7728447.1 KAI7728447.1 100 63 0 0 1 63 1 63 5.94e-38 118 MCC2111968.1 MCC2111968.1 100 412 0 0 1 412 1 412 1.06e-286 776 MCC2111968.1 WP_150277740.1 48.8 389 187 4 22 402 6 390 6.26e-106 317 KAJ7029618.1 KAJ7029618.1 100 186 0 0 1 186 1 186 1.04e-141 390 NLM06991.1 NLM06991.1 100 483 0 0 1 483 1 483 0.0 953 WP_148259014.1 WP_148259014.1 100 120 0 0 1 120 1 120 7.03e-81 231 WP_148259014.1 MBR4471080.1 53.6 110 48 2 12 120 11 118 1.55e-28 99.0 WP_148259014.1 TDM00308.1 48.1 106 53 1 14 119 11 114 1.61e-22 83.6 WP_223329113.1 WP_223329113.1 100 209 0 0 1 209 1 209 2.49e-149 411 WP_223329113.1 OGR49074.1 48.3 205 105 1 4 208 5 208 4.35e-66 201 MBW2495039.1 MBW2495039.1 100 182 0 0 1 182 1 182 2.02e-128 356 WP_091423297.1 WP_091423297.1 100 653 0 0 1 653 1 653 0.0 1320 WP_091423297.1 WP_196051328.1 25.2 544 349 20 48 574 160 662 1.84e-32 131 WP_091423297.1 WP_098642363.1 22.1 569 372 19 48 584 39 568 1.42e-23 103 CUP44403.1 CUP44403.1 100 90 0 0 1 90 1 90 7.84e-64 186 RLD52647.1 RLD52647.1 100 166 0 0 1 166 1 166 4.34e-113 316 ANN23072.1 ANN23072.1 100 158 0 0 1 158 1 158 2.77e-121 336 GKU14775.1 GKU14775.1 100 171 0 0 1 171 1 171 1.29e-121 338 MBQ3380675.1 MBQ3380675.1 100 255 0 0 1 255 1 255 1.37e-178 489 MBQ3380675.1 GGT63801.1 45.3 258 128 3 1 250 428 680 3.15e-68 221 MBQ3380675.1 WP_230519716.1 45.2 259 135 3 1 254 326 582 7.45e-67 215 AHK46784.1 AHK46784.1 100 321 0 0 1 321 1 321 1.46e-222 606 AHK46784.1 WP_158131988.1 32.1 280 178 3 40 319 390 657 1.40e-35 134 AHK46784.1 PPR79666.1 31.5 286 182 5 34 317 58 331 4.70e-35 128 AHK46784.1 WP_097346712.1 31.7 284 174 5 40 319 390 657 4.39e-32 124 AHK46784.1 AGL88086.1 32.7 284 161 6 36 317 25 280 1.94e-30 115 AHK46784.1 EAP5059555.1 27.7 289 200 2 34 321 76 356 1.98e-24 100 WP_064047563.1 WP_064047563.1 100 428 0 0 1 428 1 428 6.65e-305 823 RKX20462.1 RKX20462.1 100 795 0 0 1 795 1 795 0.0 1617 RKX20462.1 WP_146272353.1 27.4 223 142 10 32 247 41 250 7.23e-07 51.2 XP_028028252.1 XP_028028252.1 100 379 0 0 1 379 1 379 1.76e-266 722 WP_045257206.1 WP_045257206.1 100 315 0 0 1 315 1 315 2.56e-229 622 WP_045257206.1 WP_202659240.1 38.3 295 171 3 16 308 28 313 2.69e-68 214 WP_045257206.1 KAJ9293589.1 45.1 246 117 4 82 309 12 257 9.43e-61 193 WP_045257206.1 PBN43802.1 33.9 310 180 12 4 296 138 439 3.94e-36 134 WP_063441918.1 WP_063441918.1 100 395 0 0 1 395 1 395 2.70e-285 771 WP_063441918.1 HBX1528262.1 52.0 50 22 1 4 51 3 52 3.91e-10 53.9 DAK92403.1 DAK92403.1 100 326 0 0 1 326 1 326 2.22e-240 651 RYD39969.1 RYD39969.1 100 301 0 0 1 301 1 301 3.76e-224 608 RYD39969.1 WP_121975536.1 47.1 280 143 4 23 301 16 291 1.15e-80 246 RYD39969.1 WP_029222463.1 39.7 292 172 2 10 301 3 290 1.81e-64 205 RYD39969.1 WP_283107263.1 35.7 241 136 7 51 284 225 453 1.65e-31 121 RYD39969.1 WP_058504615.1 34.2 263 154 9 2 252 180 435 2.71e-30 118 RYD39969.1 WP_017718577.1 37.7 223 122 6 71 287 301 512 1.25e-27 110 RYD39969.1 WP_203339841.1 29.6 277 172 9 21 286 20 284 4.26e-26 103 RYD39969.1 NRF69152.1 30.5 272 161 7 23 278 148 407 6.19e-24 99.8 RYD39969.1 MBT7163208.1 36.8 152 86 4 127 278 319 460 3.38e-20 89.0 WP_127947155.1 WP_127947155.1 100 237 0 0 1 237 1 237 4.83e-179 489 WP_004949240.1 WP_004949240.1 100 193 0 0 1 193 1 193 4.55e-144 397 WP_004949240.1 GJK53752.1 62.7 150 56 0 44 193 1 150 7.22e-67 200 ACE76975.1 ACE76975.1 100 573 0 0 1 573 1 573 0.0 1103 TNE33066.1 TNE33066.1 100 530 0 0 1 530 1 530 0.0 1066 TNE33066.1 XP_047113196.1 39.9 213 96 4 67 277 66 248 3.42e-34 134 TNE33066.1 GJC78212.1 28.0 472 263 17 70 491 70 514 1.73e-30 123 EGT2204415.1 EGT2204415.1 100 412 0 0 1 412 1 412 2.79e-282 764 PCI52029.1 PCI52029.1 100 196 0 0 1 196 1 196 1.07e-148 409 VAH82675.1 VAH82675.1 100 798 0 0 1 798 1 798 0.0 1513 OPJ74512.1 OPJ74512.1 100 674 0 0 1 674 1 674 0.0 1330 OPJ74512.1 WP_119815679.1 25.2 123 71 3 351 470 306 410 1.75e-04 43.1 EIM4841263.1 EIM4841263.1 100 1032 0 0 1 1032 1 1032 0.0 2033 EIM4841263.1 EER9391136.1 28.4 296 154 9 48 336 46 290 5.43e-22 95.9 OBG32114.1 OBG32114.1 100 136 0 0 1 136 1 136 1.24e-93 265 WP_027951454.1 WP_027951454.1 100 397 0 0 1 397 1 397 1.60e-262 713 WP_027951454.1 MBR0160695.1 45.3 333 177 3 3 332 2 332 4.16e-84 261 WP_027951454.1 WP_083062905.1 38.1 336 195 5 5 329 4 337 1.03e-57 194 WP_027951454.1 MCL4333886.1 26.9 182 108 7 157 337 162 319 4.17e-09 55.8 CAE8591613.1 CAE8591613.1 100 142 0 0 1 142 1 142 5.59e-102 286 HAR4306776.1 HAR4306776.1 100 414 0 0 1 414 1 414 1.68e-300 811 HAR4306776.1 WP_072989136.1 51.8 413 195 3 5 413 4 416 1.36e-137 398 HAR4306776.1 WP_192202944.1 37.3 408 243 8 5 409 2 399 1.42e-65 213 HAR4306776.1 WP_266170214.1 30.9 362 191 11 71 408 65 391 1.30e-34 130 WP_225700676.1 WP_225700676.1 100 408 0 0 1 408 1 408 2.17e-231 635 KAH0673584.1 KAH0673584.1 100 436 0 0 1 436 1 436 3.47e-311 840 MBX3687043.1 MBX3687043.1 100 456 0 0 1 456 1 456 1.55e-315 852 MBX3687043.1 WP_056382861.1 42.9 469 237 13 1 454 10 462 8.42e-91 282 MBX3687043.1 WP_144320971.1 39.6 134 74 2 327 456 390 520 2.05e-15 76.6 MBX3687043.1 WP_149911652.1 41.3 92 50 1 359 446 323 414 4.73e-12 65.9 WP_282363731.1 WP_282363731.1 100 224 0 0 1 224 1 224 1.43e-160 441 WP_252100317.1 WP_252100317.1 100 427 0 0 1 427 1 427 6.42e-307 828 EYU24504.1 EYU24504.1 100 583 0 0 1 583 1 583 0.0 1132 EYU24504.1 KAG1590416.1 37.5 331 147 6 180 487 71 364 1.68e-64 214 EYU24504.1 RQM16216.1 36.3 331 158 4 153 467 374 667 5.77e-63 219 EYU24504.1 XP_048379117.1 33.0 324 160 6 188 487 256 546 3.02e-46 169 EYU24504.1 KAJ7903702.1 28.7 334 179 6 174 481 9 309 6.16e-41 152 EYU24504.1 XP_046441060.1 26.5 332 184 6 171 485 44 332 1.56e-27 116 EYU24504.1 XP_030620685.1 28.9 298 145 7 189 459 96 353 9.76e-27 111 EYU24504.1 XP_019384620.1 24.1 299 157 8 195 461 21 281 1.19e-16 82.0 EYU24504.1 XP_043377824.1 24.4 254 141 6 166 405 4 220 5.50e-16 80.1 EYU24504.1 GIW70618.1 27.4 223 138 2 197 418 56 255 4.34e-14 73.9 EYU24504.1 WP_271931007.1 29.0 255 159 10 189 432 661 904 2.14e-13 71.6 EYU24504.1 KAH6984898.1 24.9 273 143 6 185 418 20 269 1.47e-12 68.9 EYU24504.1 WP_281919021.1 24.9 301 173 9 189 473 12 275 5.39e-09 57.0 MAF21094.1 MAF21094.1 100 177 0 0 1 177 1 177 7.12e-131 362 MBQ7949870.1 MBQ7949870.1 100 303 0 0 1 303 1 303 1.03e-222 605 MBQ7949870.1 WP_041488527.1 58.6 58 24 0 244 301 6 63 2.63e-19 78.6 MBQ7949870.1 MCL4835344.1 28.7 188 117 4 129 303 144 327 6.22e-15 72.4 XP_034010279.1 XP_034010279.1 100 655 0 0 1 655 1 655 0.0 1264 MCI7705732.1 MCI7705732.1 100 70 0 0 1 70 1 70 1.92e-46 140 PJC48296.1 PJC48296.1 100 421 0 0 1 421 1 421 7.43e-303 817 PJC48296.1 ECL7245291.1 46.9 145 75 1 209 351 1 145 3.30e-34 123 WP_256939523.1 WP_256939523.1 100 381 0 0 1 381 1 381 7.49e-269 728 WP_256939523.1 MBM3767188.1 29.6 388 245 7 6 370 30 412 4.99e-35 131 WP_256939523.1 WP_097830045.1 29.9 341 208 10 58 373 46 380 3.42e-30 117 WP_256939523.1 MBR3487460.1 28.3 325 217 7 65 377 66 386 3.92e-23 98.2 WP_256939523.1 MBR4371193.1 28.3 332 179 12 92 378 23 340 1.56e-13 69.3 WP_051669385.1 WP_051669385.1 100 348 0 0 1 348 1 348 2.45e-255 691 WP_051669385.1 WP_133874384.1 29.4 330 200 12 9 315 1 320 5.89e-22 93.2 WP_051669385.1 TML70651.1 33.1 133 84 3 9 137 1 132 1.61e-06 45.4 MBY7817199.1 MBY7817199.1 100 328 0 0 1 328 1 328 2.38e-236 641 MBY7817199.1 WP_101936735.1 26.7 300 211 5 27 321 21 316 7.59e-28 108 WP_035624729.1 WP_035624729.1 100 135 0 0 1 135 1 135 1.68e-77 224 XP_028717800.1 XP_028717800.1 100 490 0 0 1 490 1 490 0.0 994 XP_028717800.1 XP_054844157.1 36.8 486 297 6 9 489 30 510 4.27e-102 313 XP_028717800.1 XP_046922164.1 34.0 485 268 6 7 489 14 448 5.33e-89 278 XP_028717800.1 ACF74449.1 27.9 466 310 11 28 476 32 488 2.40e-42 155 XP_028717800.1 PWI72242.1 26.6 481 314 13 9 473 22 479 2.45e-39 147 MBN2027958.1 MBN2027958.1 100 419 0 0 1 419 1 419 6.73e-314 845 OYU48266.1 OYU48266.1 100 207 0 0 1 207 1 207 6.13e-149 410 MBM3222384.1 MBM3222384.1 100 207 0 0 1 207 1 207 2.21e-142 394 MBM3222384.1 WP_272906673.1 50.8 61 27 2 146 204 424 483 4.27e-08 50.8 HAG61063.1 HAG61063.1 100 299 0 0 1 299 1 299 9.91e-219 594 HAG61063.1 MBS7623663.1 37.1 280 135 3 24 262 12 291 1.24e-57 185 MCK4826606.1 MCK4826606.1 100 167 0 0 1 167 1 167 1.30e-119 333 XP_043479276.1 XP_043479276.1 100 857 0 0 1 857 1 857 0.0 1563 XP_043479276.1 NP_001257623.1 44.9 457 238 6 1 451 1 449 2.08e-115 367 RDJ60584.1 RDJ60584.1 100 161 0 0 1 161 1 161 1.20e-103 292 XP_016415707.1 XP_016415707.1 100 259 0 0 1 259 1 259 2.67e-187 511 PIT51662.1 PIT51662.1 100 145 0 0 1 145 1 145 1.16e-109 306 WP_153401532.1 WP_153401532.1 100 258 0 0 1 258 1 258 6.07e-188 513 WP_198721977.1 WP_198721977.1 100 337 0 0 1 337 1 337 3.24e-218 596 MBI2153585.1 MBI2153585.1 100 116 0 0 1 116 1 116 8.35e-78 223 WP_088008362.1 WP_088008362.1 100 488 0 0 1 488 1 488 0.0 953 WP_088008362.1 XP_030111227.1 42.8 437 239 5 51 476 1 437 1.44e-103 315 WP_088008362.1 MBQ1404818.1 33.4 485 299 11 12 476 11 491 4.01e-71 233 WP_088008362.1 NWZ25026.1 41.9 217 121 1 248 464 126 337 1.44e-46 163 HCD1810260.1 HCD1810260.1 100 217 0 0 1 217 1 217 1.80e-146 405 HCD1810260.1 WP_154097642.1 22.7 163 124 1 5 165 9 171 4.54e-09 53.9 WP_238935592.1 WP_238935592.1 100 663 0 0 1 663 1 663 0.0 1285 WP_212517614.1 WP_212517614.1 100 183 0 0 1 183 1 183 1.47e-126 352 QYU66920.1 QYU66920.1 100 133 0 0 1 133 1 133 3.89e-91 258 QYU66920.1 WP_278449211.1 62.4 125 47 0 4 128 7 131 1.94e-48 159 QYU66920.1 MBP1530348.1 33.6 110 70 2 5 114 4 110 1.09e-12 60.8 QYU66920.1 PYP94120.1 25.0 124 91 1 5 128 3 124 3.19e-11 57.0 QYU66920.1 WP_101794136.1 30.2 116 77 3 5 120 27 138 2.44e-09 52.0 QYU66920.1 WP_196114185.1 29.8 104 71 1 5 108 10 111 1.22e-07 47.4 QYU66920.1 WP_064652354.1 28.1 121 82 4 1 120 1 117 2.74e-05 40.4 WP_271619988.1 WP_271619988.1 100 678 0 0 1 678 1 678 0.0 1397 WP_237066347.1 WP_237066347.1 100 315 0 0 1 315 1 315 8.92e-230 624 MBX3184110.1 MBX3184110.1 100 234 0 0 1 234 1 234 4.62e-171 468 KAJ9293589.1 KAJ9293589.1 100 266 0 0 1 266 1 266 1.14e-196 536 KAJ9293589.1 WP_045257206.1 45.1 246 117 4 12 257 82 309 3.17e-60 191 KAJ9293589.1 WP_202659240.1 37.7 199 107 3 58 256 132 313 5.03e-38 134 KAJ9293589.1 PBN43802.1 29.3 256 137 10 1 241 211 437 1.90e-20 88.6 CCK15435.1 CCK15435.1 100 108 0 0 1 108 1 108 1.01e-72 209 CCK15435.1 WP_087085326.1 32.4 111 66 2 1 106 150 256 6.54e-11 55.5 WP_116314221.1 WP_116314221.1 100 356 0 0 1 356 1 356 1.18e-241 657 ATB18092.1 ATB18092.1 100 222 0 0 1 222 1 222 4.84e-167 457 MBE9483558.1 MBE9483558.1 100 96 0 0 1 96 1 96 8.54e-64 186 WP_216083845.1 WP_216083845.1 100 247 0 0 1 247 1 247 4.44e-180 492 WP_218801637.1 WP_218801637.1 100 475 0 0 1 475 1 475 0.0 907 GMH77683.1 GMH77683.1 100 426 0 0 1 426 1 426 8.84e-293 792 WP_020530816.1 WP_020530816.1 100 650 0 0 1 650 1 650 0.0 1321 WP_020530816.1 MBK7937165.1 41.3 242 133 5 410 649 244 478 6.43e-52 185 WP_068080190.1 WP_068080190.1 100 334 0 0 1 334 1 334 3.97e-238 646 XP_046922164.1 XP_046922164.1 100 449 0 0 1 449 1 449 0.0 898 XP_046922164.1 XP_054844157.1 41.3 492 226 7 14 449 27 511 3.62e-122 363 XP_046922164.1 XP_028717800.1 34.0 485 268 6 14 448 7 489 6.88e-89 277 XP_046922164.1 ACF74449.1 23.9 468 284 11 21 426 21 478 1.77e-28 115 XP_046922164.1 KAJ5060329.1 24.4 501 304 15 16 449 7 499 4.74e-26 108 XP_046922164.1 PWI72242.1 23.5 464 299 9 1 419 5 457 7.60e-23 99.4 XP_016265944.1 XP_016265944.1 100 547 0 0 1 547 1 547 0.0 1080 WP_077533069.1 WP_077533069.1 100 126 0 0 1 126 1 126 6.87e-84 239 WP_077533069.1 MCQ2539410.1 45.0 120 64 1 1 120 1 118 4.58e-28 98.2 QXO05584.1 QXO05584.1 100 158 0 0 1 158 1 158 2.47e-124 344 MYB21565.1 MYB21565.1 100 208 0 0 1 208 1 208 5.77e-83 243 XP_005553416.1 XP_005553416.1 100 321 0 0 1 321 1 321 3.57e-248 671 WP_035473288.1 WP_035473288.1 100 404 0 0 1 404 1 404 6.29e-300 808 WP_035473288.1 AMW35569.1 25.4 311 215 8 5 302 35 341 1.02e-19 89.0 MBQ4383193.1 MBQ4383193.1 100 228 0 0 1 228 1 228 4.98e-163 447 MBQ4383193.1 MCC6044083.1 42.3 201 111 3 21 218 20 218 2.34e-44 149 MBQ4383193.1 MBT4161918.1 39.3 224 132 2 3 223 5 227 7.85e-44 145 MBQ4383193.1 WP_076409454.1 40.4 223 124 6 1 222 1 215 1.48e-38 135 MBQ4383193.1 MCF7808720.1 36.4 206 127 2 23 225 25 229 1.73e-36 126 MBQ4383193.1 WP_140480909.1 36.2 210 128 5 15 222 19 224 4.92e-35 126 MBQ4383193.1 WP_170725874.1 35.4 226 137 5 1 225 1 218 1.73e-30 113 MBQ4383193.1 WP_011057593.1 36.3 190 116 4 34 222 30 215 4.71e-29 110 MBQ4383193.1 WP_222125851.1 36.0 203 114 7 28 218 19 217 1.97e-26 100 MBQ4383193.1 EHH5649593.1 35.1 185 107 4 38 218 32 207 5.00e-25 98.2 MBQ4383193.1 WP_150396769.1 28.9 204 136 6 21 218 37 237 1.34e-17 79.3 MBQ4383193.1 WP_041710957.1 30.9 81 51 2 143 222 98 174 9.24e-06 44.3 RMZ75246.1 RMZ75246.1 100 1217 0 0 1 1217 1 1217 0.0 2336 CAF4338983.1 CAF4338983.1 100 118 0 0 1 118 1 118 8.60e-72 208 OGL48105.1 OGL48105.1 100 379 0 0 1 379 1 379 7.60e-277 748 WP_232540662.1 WP_232540662.1 100 243 0 0 1 243 1 243 6.58e-180 491 MBE3116889.1 MBE3116889.1 100 171 0 0 1 171 1 171 4.00e-125 347 KAI8964031.1 KAI8964031.1 100 1248 0 0 1 1248 1 1248 0.0 2190 WP_099345046.1 WP_099345046.1 100 574 0 0 1 574 1 574 0.0 1138 WP_099345046.1 WP_100610557.1 29.4 534 361 8 17 537 33 563 7.90e-61 209 WP_099345046.1 HAR3824072.1 29.4 547 362 13 6 537 38 575 6.45e-56 196 EKK02300.1 EKK02300.1 100 64 0 0 1 64 1 64 7.08e-44 133 MCU0947041.1 MCU0947041.1 100 407 0 0 1 407 1 407 2.48e-303 817 MCU0947041.1 WP_271116088.1 47.5 413 182 9 6 406 6 395 1.58e-113 336 MCU0947041.1 WP_066841281.1 47.8 414 186 8 6 406 6 402 3.62e-111 330 MCU0947041.1 BAY23582.1 46.9 429 187 12 1 406 34 444 1.62e-109 328 KAA3459801.1 KAA3459801.1 100 231 0 0 1 231 1 231 1.13e-165 454 KAA3459801.1 XP_027172582.1 31.6 133 86 4 72 201 16 146 4.14e-10 56.2 MBT2214695.1 MBT2214695.1 100 1340 0 0 1 1340 1 1340 0.0 2594 MBT2214695.1 WP_101025682.1 30.1 725 461 18 222 914 13 723 2.23e-74 267 AUU37591.1 AUU37591.1 100 166 0 0 1 166 1 166 4.19e-120 334 PYJ65046.1 PYJ65046.1 100 153 0 0 1 153 1 153 1.06e-109 306 WP_067783946.1 WP_067783946.1 100 509 0 0 1 509 1 509 0.0 1044 WP_167320363.1 WP_167320363.1 100 321 0 0 1 321 1 321 3.12e-233 633 WP_167320363.1 WP_257107333.1 28.6 343 206 7 1 319 1 328 5.48e-26 103 WP_167320363.1 WP_164585387.1 27.8 295 172 10 1 260 1 289 1.25e-14 72.0 WP_167320363.1 KAH7252800.1 29.1 86 55 3 1 85 7 87 3.83e-04 40.0 EPZ93706.1 EPZ93706.1 100 253 0 0 1 253 1 253 3.00e-181 496 WP_040988594.1 WP_040988594.1 100 212 0 0 1 212 1 212 1.24e-155 427 WP_040988594.1 WP_070054132.1 53.3 214 97 2 1 212 1 213 1.84e-81 240 XP_043079005.1 XP_043079005.1 100 862 0 0 1 862 1 862 0.0 1457 WP_183181890.1 WP_183181890.1 100 401 0 0 1 401 1 401 3.50e-300 809 WP_140334279.1 WP_140334279.1 100 295 0 0 1 295 1 295 1.76e-210 573 BDY12064.1 BDY12064.1 100 116 0 0 1 116 1 116 1.56e-24 88.6 XP_046018872.1 XP_046018872.1 100 369 0 0 1 369 1 369 1.47e-207 572 XP_043718329.1 XP_043718329.1 100 404 0 0 1 404 1 404 2.29e-302 815 XP_043718329.1 XP_048228476.1 41.4 345 172 2 40 384 12 326 2.48e-84 259 XP_043718329.1 XP_022745130.1 41.8 141 75 3 265 398 15 155 6.27e-26 101 MBS7393837.1 MBS7393837.1 100 179 0 0 1 179 1 179 6.84e-139 382 MCR4683986.1 MCR4683986.1 100 65 0 0 1 65 1 65 5.83e-39 121 MBN1819552.1 MBN1819552.1 100 568 0 0 1 568 1 568 0.0 1100 MBN1819552.1 MBE9467362.1 26.8 239 169 2 332 565 590 827 1.36e-20 94.4 MBN1819552.1 WP_232306300.1 28.6 238 159 4 333 563 846 1079 2.35e-20 94.0 MBN1819552.1 WP_074911472.1 25.3 229 169 2 335 563 792 1018 5.33e-20 92.8 MBN1819552.1 WP_138482356.1 27.8 227 158 4 338 562 414 636 1.18e-17 85.1 MBN1819552.1 MBN8606766.1 26.7 236 164 6 333 563 574 805 1.38e-16 81.6 MBN1819552.1 NSW79198.1 39.7 73 39 1 491 563 594 661 3.61e-09 57.8 MBN1819552.1 MBR6403893.1 23.3 232 161 6 333 564 203 417 4.24e-08 53.9 WP_269026738.1 WP_269026738.1 100 97 0 0 1 97 1 97 2.61e-72 207 WP_041580422.1 WP_041580422.1 100 214 0 0 1 214 1 214 1.16e-136 380 WP_041580422.1 MBG9445742.1 41.1 202 116 1 9 210 12 210 1.36e-46 151 WP_041580422.1 WP_110808154.1 43.4 189 106 1 23 211 27 214 1.18e-45 149 WP_041580422.1 MCO5064371.1 33.2 223 124 2 13 212 45 265 7.72e-29 107 KAG5994228.1 KAG5994228.1 100 772 0 0 1 772 1 772 0.0 1290 KAG5994228.1 XP_030087828.2 31.1 592 362 9 160 745 78 629 2.05e-66 234 WP_172616972.1 WP_172616972.1 100 1045 0 0 1 1045 1 1045 0.0 1977 WP_172616972.1 WP_154963182.1 28.3 1006 692 13 23 1014 18 1008 2.10e-104 349 WP_172616972.1 WP_039608285.1 24.3 1037 724 24 10 1019 5 1007 7.69e-58 215 WP_172616972.1 WP_133325549.1 22.9 1026 717 23 20 1014 15 997 4.12e-44 172 WP_172616972.1 KKQ50904.1 28.7 477 328 5 17 487 39 509 8.43e-40 158 WP_172616972.1 TME45086.1 22.3 462 337 10 150 594 141 597 4.27e-17 84.7 WP_026600741.1 WP_026600741.1 100 401 0 0 1 401 1 401 1.43e-299 807 MCH3756135.1 MCH3756135.1 100 98 0 0 1 98 1 98 5.72e-63 184 WP_097641037.1 WP_097641037.1 100 870 0 0 1 870 1 870 0.0 1749 WP_097641037.1 WP_086711488.1 64.3 869 307 2 1 869 1 866 0.0 1129 WP_097641037.1 WP_102477257.1 54.0 867 380 6 4 869 3 851 0.0 920 WP_097641037.1 RWX51021.1 57.3 548 214 6 9 537 8 554 3.97e-210 605 HAT6420703.1 HAT6420703.1 100 281 0 0 1 281 1 281 1.22e-194 532 MBL8770704.1 MBL8770704.1 100 162 0 0 1 162 1 162 4.91e-108 303 WP_148058234.1 WP_148058234.1 100 180 0 0 1 180 1 180 3.62e-121 338 XP_021113256.1 XP_021113256.1 100 1174 0 0 1 1174 1 1174 0.0 2231 XP_009403500.1 XP_009403500.1 100 486 0 0 1 486 1 486 0.0 971 XP_009403500.1 EPS43711.1 37.4 155 87 4 181 332 6 153 5.39e-21 93.6 WP_148836004.1 WP_148836004.1 100 505 0 0 1 505 1 505 0.0 1001 WP_148836004.1 MBP6544771.1 30.3 515 308 14 25 492 41 551 9.77e-51 180 WP_148836004.1 HBN9628875.1 27.0 508 324 17 17 496 690 1178 3.07e-28 117 WP_148836004.1 XP_052525039.1 25.6 520 309 16 34 489 127 632 1.36e-21 96.7 WP_148836004.1 MCC5948066.1 26.8 527 317 24 34 504 120 633 4.43e-15 76.3 WP_148836004.1 MCL4144983.1 24.3 136 55 2 363 497 3 91 2.29e-08 50.1 MBI5405531.1 MBI5405531.1 100 217 0 0 1 217 1 217 6.33e-156 429 MBI5405531.1 WP_242161393.1 38.4 190 116 1 16 205 16 204 4.82e-42 140 MBI5405531.1 MBQ8417539.1 35.9 198 125 2 1 198 1 196 4.03e-33 117 NXH52939.1 NXH52939.1 100 273 0 0 1 273 1 273 8.41e-207 562 MCJ7594907.1 MCJ7594907.1 100 257 0 0 1 257 1 257 4.62e-187 511 MCJ7594907.1 WP_117920451.1 55.2 250 109 2 1 250 370 616 4.11e-86 266 MCJ7594907.1 KKT55671.1 49.8 247 119 2 1 246 375 617 1.36e-74 236 MCJ7594907.1 WP_086280341.1 49.2 250 117 4 1 250 348 587 5.02e-72 229 NP_494967.1 NP_494967.1 100 118 0 0 1 118 1 118 1.38e-52 159 WP_167509077.1 WP_167509077.1 100 163 0 0 1 163 1 163 6.48e-118 328 MBN2132609.1 MBN2132609.1 100 607 0 0 1 607 1 607 0.0 1134 XP_039638319.1 XP_039638319.1 100 464 0 0 1 464 1 464 0.0 911 XP_039638319.1 XP_030131005.3 37.2 349 204 6 127 462 188 534 8.70e-66 219 XP_039638319.1 NXJ71029.1 25.8 387 250 10 107 459 55 438 1.12e-24 104 MBG83645.1 MBG83645.1 100 360 0 0 1 360 1 360 1.13e-257 698 MBG83645.1 MCH6550914.1 39.0 351 201 5 9 352 3 347 9.60e-68 215 WP_071844175.1 WP_071844175.1 100 70 0 0 1 70 1 70 2.83e-48 145 WP_221323620.1 WP_221323620.1 100 178 0 0 1 178 1 178 1.33e-131 364 CAA7056023.1 CAA7056023.1 100 685 0 0 1 685 1 685 0.0 1363 CAA7056023.1 XP_047076827.1 32.5 514 301 4 71 575 42 518 1.18e-87 283 MBK6594401.1 MBK6594401.1 100 184 0 0 1 184 1 184 1.73e-130 362 WP_251309955.1 WP_251309955.1 100 101 0 0 1 101 1 101 2.38e-70 203 MCP4907131.1 MCP4907131.1 100 410 0 0 1 410 1 410 1.45e-308 831 MCP4907131.1 MBP2355331.1 31.1 354 211 7 41 384 46 376 9.86e-46 160 MCL7977512.1 MCL7977512.1 100 66 0 0 1 66 1 66 1.64e-43 132 WP_156485294.1 WP_156485294.1 100 51 0 0 1 51 1 51 1.38e-31 101 XP_009839123.1 XP_009839123.1 100 1052 0 0 1 1052 1 1052 0.0 1867 GHU76743.1 GHU76743.1 100 781 0 0 1 781 1 781 0.0 1595 KAJ2820567.1 KAJ2820567.1 100 180 0 0 1 180 1 180 8.96e-131 362 MCL7714424.1 MCL7714424.1 100 229 0 0 1 229 1 229 2.90e-167 458 MCL7714424.1 WP_186723788.1 38.7 222 132 2 5 225 8 226 2.76e-44 147 MCL7714424.1 MBP1530348.1 35.7 227 137 5 4 229 3 221 5.29e-43 143 MCL7714424.1 WP_007708736.1 37.9 227 136 2 3 224 2 228 1.10e-41 140 MCL7714424.1 WP_101794136.1 34.0 235 140 3 4 226 26 257 2.54e-40 137 MCL7714424.1 MBQ5584458.1 33.8 225 141 3 5 224 4 225 5.63e-35 122 MCL7714424.1 WP_194544138.1 31.5 213 135 2 3 207 11 220 1.37e-31 114 MCL7714424.1 EAG2350674.1 37.7 122 73 1 1 122 1 119 4.36e-23 89.0 MCL7714424.1 WP_124213670.1 31.3 160 101 4 1 155 1 156 1.57e-13 67.4 HBR4968137.1 HBR4968137.1 100 252 0 0 1 252 1 252 5.46e-197 535 HBR4968137.1 HET19548.1 45.2 42 23 0 3 44 1 42 1.98e-07 45.1 XP_024635273.1 XP_024635273.1 100 330 0 0 1 330 1 330 1.23e-176 530 WP_136864777.1 WP_136864777.1 100 290 0 0 1 290 1 290 1.12e-224 608 WP_052822157.1 WP_052822157.1 100 483 0 0 1 483 1 483 0.0 995 WP_052822157.1 WP_039764622.1 30.6 183 114 8 9 184 1 177 4.91e-15 71.6 WP_194217236.1 WP_194217236.1 100 123 0 0 1 123 1 123 5.26e-73 211 EGI4396582.1 EGI4396582.1 100 567 0 0 1 567 1 567 0.0 1086 WP_226480428.1 WP_226480428.1 100 353 0 0 197 549 197 549 5.34e-200 567 WP_130628329.1 WP_130628329.1 100 109 0 0 1 109 1 109 1.81e-71 206 MBR1729873.1 MBR1729873.1 100 323 0 0 1 323 1 323 5.95e-223 607 WP_086041969.1 WP_086041969.1 100 171 0 0 1 171 1 171 2.93e-127 352 GHT89622.1 GHT89622.1 100 268 0 0 1 268 1 268 1.43e-191 523 GHT89622.1 WP_084128119.1 37.5 216 130 2 15 225 14 229 1.01e-37 132 WP_116306280.1 WP_116306280.1 100 157 0 0 1 157 1 157 3.00e-111 311 XP_010547631.1 XP_010547631.1 100 265 0 0 1 265 1 265 1.18e-193 528 XP_006576743.1 XP_006576743.1 100 498 0 0 1 498 1 498 0.0 973 WP_235358277.1 WP_235358277.1 100 233 0 0 1 233 1 233 3.27e-175 479 WP_098798564.1 WP_098798564.1 100 372 0 0 1 372 1 372 1.30e-269 729 WP_098798564.1 CIY68995.1 40.9 372 204 5 1 369 1 359 6.61e-82 253 MBO6087363.1 MBO6087363.1 100 761 0 0 1 761 1 761 0.0 1550 WP_229253501.1 WP_229253501.1 100 225 0 0 1 225 1 225 9.39e-171 467 WP_229253501.1 WP_034853447.1 40.9 159 85 4 43 197 128 281 1.27e-30 113 MBK8986217.1 MBK8986217.1 100 67 0 0 1 67 1 67 2.83e-40 124 MBB7170543.1 MBB7170543.1 100 50 0 0 1 50 1 50 1.33e-33 106 WP_239108544.1 WP_239108544.1 100 236 0 0 1 236 1 236 4.12e-175 479 WP_166737616.1 WP_166737616.1 100 230 0 0 1 230 1 230 3.53e-173 473 OLA08565.1 OLA08565.1 100 237 0 0 1 237 1 237 1.89e-176 482 OLA08565.1 MBP5726154.1 53.6 237 108 2 1 235 1 237 3.49e-91 266 OLA08565.1 KAI0095213.1 33.6 143 67 6 11 128 15 154 6.32e-13 65.1 KAE8908303.1 KAE8908303.1 100 450 0 0 1 450 1 450 0.0 905 KAE8908303.1 ABK94958.1 29.9 368 202 8 96 449 18 343 1.30e-46 163 WP_204462572.1 WP_204462572.1 100 156 0 0 1 156 1 156 4.28e-115 320 OJU33055.1 OJU33055.1 100 405 0 0 1 405 1 405 3.56e-311 837 MCU0521352.1 MCU0521352.1 100 607 0 0 1 607 1 607 0.0 1271 KAG5775718.1 KAG5775718.1 100 296 0 0 1 296 1 296 8.43e-214 582 WP_182273896.1 WP_182273896.1 100 83 0 0 1 83 1 83 2.20e-51 154 PIQ22394.1 PIQ22394.1 100 393 0 0 1 393 1 393 2.37e-303 816 WP_053767117.1 WP_053767117.1 100 230 0 0 1 230 1 230 8.33e-172 470 EDN4899961.1 EDN4899961.1 100 219 0 0 1 219 1 219 2.03e-153 422 WP_252845183.1 WP_252845183.1 100 261 0 0 1 261 1 261 1.18e-191 523 WP_270610708.1 WP_270610708.1 100 228 0 0 1 228 1 228 1.81e-165 454 WP_202859343.1 WP_202859343.1 100 343 0 0 1 343 1 343 1.00e-256 694 4G4S_F 4G4S_F 100 234 0 0 2 235 2 235 4.79e-169 463 MCK7495745.1 MCK7495745.1 100 198 0 0 1 198 1 198 4.52e-142 392 XP_017412204.1 XP_017412204.1 100 992 0 0 1 992 1 992 0.0 1965 WP_037318352.1 WP_037318352.1 100 447 0 0 1 447 1 447 0.0 921 EFH7886278.1 EFH7886278.1 100 171 0 0 1 171 1 171 1.57e-122 340 EFH7886278.1 EET4886479.1 62.7 166 62 0 1 166 283 448 1.57e-71 221 TGQ73293.1 TGQ73293.1 100 159 0 0 1 159 1 159 9.24e-107 300 ETL94002.1 ETL94002.1 100 434 0 0 1 434 1 434 2.26e-319 860 WP_014793632.1 WP_014793632.1 100 320 0 0 1 320 1 320 1.80e-211 578 WP_182158016.1 WP_182158016.1 100 717 0 0 1 717 1 717 0.0 1471 XP_044998617.1 XP_044998617.1 100 321 0 0 1 321 1 321 4.68e-244 660 MBQ9647935.1 MBQ9647935.1 100 262 0 0 1 262 1 262 4.79e-187 511 MBQ9647935.1 WP_042650033.1 27.5 255 174 2 5 259 5 248 2.64e-19 82.8 MBQ9647935.1 XP_007206475.1 30.1 269 149 10 5 257 15 260 2.42e-17 77.8 MBQ9647935.1 MBN3744368.1 25.8 186 134 1 8 193 4 185 3.07e-09 54.7 WP_232202741.1 WP_232202741.1 100 186 0 0 1 186 1 186 8.24e-139 383 WP_051027110.1 WP_051027110.1 100 348 0 0 1 348 1 348 1.73e-255 691 UHK01047.1 UHK01047.1 100 1273 0 0 1 1273 1 1273 0.0 1367 UHK01047.1 UIX40308.1 63.8 1273 459 1 1 1273 1 1271 0.0 1345 UHK01047.1 UHB14670.1 63.6 1273 462 1 1 1273 1 1271 0.0 1341 UHK01047.1 UDK40309.1 64.1 1273 455 1 1 1273 1 1271 0.0 1340 UHK01047.1 QUE11983.1 65.8 1273 433 2 1 1273 1 1270 0.0 1319 UHK01047.1 UBN63752.1 67.2 1273 415 2 1 1273 1 1270 0.0 1313 UHK01047.1 UPU53169.1 61.4 1273 489 1 1 1273 1 1270 0.0 1293 UHK01047.1 UYC71619.1 61.5 1273 485 2 1 1273 1 1268 0.0 1290 UHK01047.1 UZH89542.1 68.8 1273 395 1 1 1273 1 1271 0.0 1272 UHK01047.1 UGX22439.1 59.0 1273 520 1 1 1273 1 1271 0.0 1215 UHK01047.1 USL51576.1 58.4 1273 527 1 1 1273 1 1270 0.0 1198 UHK01047.1 QUM20585.1 60.7 1273 499 1 1 1273 1 1272 0.0 1188 UHK01047.1 QVX70521.1 61.4 1273 491 0 1 1273 1 1273 0.0 1177 UHK01047.1 QXI91160.1 63.1 1273 469 1 1 1273 1 1272 0.0 1142 UHK01047.1 UUS71569.1 71.1 1273 368 0 1 1273 1 1273 0.0 956 CAG8560118.1 CAG8560118.1 100 158 0 0 1 158 1 158 7.33e-108 302 HCF2977864.1 HCF2977864.1 100 346 0 0 1 346 1 346 9.01e-266 717 ESE83270.1 ESE83270.1 100 211 0 0 1 211 1 211 1.84e-170 465 MCD58157.1 MCD58157.1 100 20 0 0 1 20 1 20 5.36e-13 52.8 CAD5221127.1 CAD5221127.1 100 712 0 0 1 712 1 712 0.0 1265 MBE7218062.1 MBE7218062.1 100 312 0 0 1 312 1 312 1.76e-214 585 XP_036378433.1 XP_036378433.1 100 650 0 0 1 650 1 650 0.0 1266 TPV93333.1 TPV93333.1 100 395 0 0 1 395 1 395 3.57e-290 783 TPV93333.1 HIV94128.1 30.7 345 219 8 7 338 5 342 9.60e-35 129 WP_213750918.1 WP_213750918.1 100 275 0 0 1 275 1 275 1.05e-176 486 WP_213750918.1 WP_217101611.1 47.0 266 140 1 8 272 54 319 1.39e-71 221 WP_213750918.1 WP_166725305.1 47.8 251 131 0 22 272 69 319 5.56e-71 219 WP_213750918.1 HHH37178.1 29.0 186 132 0 73 258 69 254 2.48e-19 83.6 MBT5019052.1 MBT5019052.1 100 189 0 0 1 189 1 189 9.18e-133 368 WP_172323533.1 WP_172323533.1 100 51 0 0 1 51 1 51 1.04e-35 112 TRZ74764.1 TRZ74764.1 100 358 0 0 1 358 1 358 5.83e-259 701 RBA14522.1 RBA14522.1 100 1071 0 0 1 1071 1 1071 0.0 2179 EGO95442.1 EGO95442.1 100 333 0 0 1 333 1 333 5.21e-238 646 MAS03180.1 MAS03180.1 100 88 0 0 1 88 1 88 1.95e-63 184 WP_269358925.1 WP_269358925.1 100 485 0 0 1 485 1 485 0.0 937 KAI1570405.1 KAI1570405.1 100 145 0 0 1 145 1 145 1.58e-89 255 WP_091733714.1 WP_091733714.1 100 240 0 0 1 240 1 240 1.82e-180 493 WP_091733714.1 WP_004208647.1 40.8 238 132 3 1 237 1 230 1.09e-56 179 NBY29827.1 NBY29827.1 100 146 0 0 1 146 1 146 8.17e-106 296 WP_122873240.1 WP_122873240.1 100 428 0 0 1 428 1 428 1.17e-314 848 WP_122873240.1 CAA0126222.1 34.2 433 236 15 8 418 10 415 5.26e-59 197 WP_122873240.1 WP_205443952.1 33.2 431 219 16 8 416 4 387 2.39e-56 189 WP_122873240.1 MBO7597869.1 23.0 447 261 17 12 425 8 404 4.43e-19 87.0 RUY13648.1 RUY13648.1 100 31 0 0 1 31 1 31 6.21e-18 65.9 WP_021346398.1 WP_021346398.1 100 161 0 0 1 161 1 161 1.87e-116 324 PQP77439.1 PQP77439.1 100 55 0 0 1 55 1 55 6.94e-38 117 KAF5437455.1 KAF5437455.1 100 40 0 0 1 40 1 40 6.08e-26 86.7 AVR90781.1 AVR90781.1 100 255 0 0 1 255 1 255 2.39e-188 514 WP_172117930.1 WP_172117930.1 100 186 0 0 1 186 1 186 5.16e-142 391 WP_172117930.1 WP_024404629.1 58.7 184 75 1 4 186 2 185 9.40e-83 241 WP_172117930.1 WP_228268753.1 69.2 117 36 0 70 186 4 120 3.61e-61 184 WP_152638733.1 WP_152638733.1 100 531 0 0 1 531 1 531 0.0 1069 MCH7644438.1 MCH7644438.1 100 101 0 0 1 101 1 101 4.80e-70 202 WP_272053002.1 WP_272053002.1 100 396 0 0 1 396 1 396 6.31e-305 820 MBI9043002.1 MBI9043002.1 100 333 0 0 1 333 1 333 1.31e-231 630 MBI9043002.1 MCE2505556.1 35.6 329 172 4 25 322 96 415 1.22e-55 185 WP_276533217.1 WP_276533217.1 100 1232 0 0 1 1232 1 1232 0.0 2437 WP_276533217.1 WP_175692337.1 59.4 330 130 2 12 339 21 348 3.94e-132 406 WP_276533217.1 MBU4440546.1 32.1 140 92 2 702 840 40 177 2.86e-20 89.0 KGS11954.1 KGS11954.1 100 463 0 0 1 463 1 463 0.0 928 NIK25817.1 NIK25817.1 100 623 0 0 1 623 1 623 0.0 1181 NIK25817.1 WP_083180153.1 23.6 415 290 8 194 608 215 602 6.41e-27 114 NIK25817.1 WP_212961195.1 31.5 286 163 10 330 607 779 1039 7.21e-26 111 NIK25817.1 MBK0846266.1 28.4 250 152 7 364 607 323 551 6.81e-24 104 NIK25817.1 WP_192272294.1 28.1 221 129 6 394 612 162 354 9.81e-17 80.5 WP_012917492.1 WP_012917492.1 100 429 0 0 1 429 1 429 1.14e-301 815 MCB0689733.1 MCB0689733.1 100 187 0 0 1 187 1 187 1.04e-137 380 MBL6807531.1 MBL6807531.1 100 366 0 0 1 366 1 366 3.63e-257 697 KAJ4458169.1 KAJ4458169.1 100 148 0 0 1 148 1 148 6.69e-106 296 WP_007556065.1 WP_007556065.1 100 230 0 0 1 230 1 230 3.23e-160 441 WP_007556065.1 MBQ7587638.1 43.5 230 129 1 1 230 1 229 3.21e-58 182 WP_007556065.1 HIZ10317.1 42.6 230 126 3 3 227 2 230 3.31e-53 169 MBQ9964693.1 MBQ9964693.1 100 185 0 0 1 185 1 185 1.12e-131 365 MBQ9964693.1 WP_088153117.1 39.9 183 86 4 25 183 22 204 2.35e-27 104 MBQ9964693.1 WP_258581409.1 33.8 195 107 5 2 175 4 197 1.45e-22 91.3 MBQ9964693.1 WP_211555180.1 34.3 181 95 4 15 171 17 197 5.08e-17 74.3 MBQ9964693.1 WP_167977039.1 32.3 192 104 7 4 170 6 196 6.49e-17 74.3 MBQ9964693.1 WP_281543397.1 31.6 174 98 6 17 170 5 177 6.43e-14 66.6 MBQ9964693.1 WAY96880.1 26.4 193 114 5 15 182 3 192 1.07e-12 62.0 MBQ9964693.1 WP_112088864.1 31.4 169 85 4 9 150 19 183 8.12e-12 61.2 MBQ9964693.1 EHR6291555.1 28.6 189 113 5 1 168 5 192 9.43e-11 58.2 MBQ9964693.1 WP_089095302.1 40.2 82 45 3 89 170 129 206 7.50e-08 49.7 MBQ9964693.1 WP_089246429.1 24.4 176 103 4 2 147 5 180 1.59e-05 42.7 MBQ9964693.1 WP_153844272.1 24.0 175 103 4 1 146 259 432 5.18e-05 41.2 MBQ9964693.1 WP_150396769.1 33.8 74 47 2 112 183 414 487 1.28e-04 40.0 EGO4094244.1 EGO4094244.1 100 89 0 0 1 89 1 89 6.53e-58 171 MCI5916932.1 MCI5916932.1 100 514 0 0 1 514 1 514 0.0 1014 MCI5916932.1 WP_249084213.1 46.8 466 238 6 24 485 373 832 1.72e-122 377 WP_239606280.1 WP_239606280.1 100 220 0 0 1 220 1 220 8.57e-151 416 WP_239606280.1 MBR2684576.1 41.2 221 128 2 1 220 1 220 1.45e-49 159 WP_239606280.1 MBM4374951.1 35.7 210 133 1 1 210 1 208 1.05e-38 131 MSO45354.1 MSO45354.1 100 365 0 0 1 365 1 365 1.37e-281 759 NP_001019860.1 NP_001019860.1 100 194 0 0 1 194 1 194 4.22e-154 422 GFB98697.1 GFB98697.1 100 113 0 0 1 113 1 113 8.13e-79 225 CAB3403040.1 CAB3403040.1 100 361 0 0 1 361 1 361 3.70e-268 724 WP_276594570.1 WP_276594570.1 100 287 0 0 1 287 1 287 4.73e-220 597 MBP6132529.1 MBP6132529.1 100 796 0 0 1 796 1 796 0.0 1536 MBP6132529.1 HAI0697239.1 46.6 796 419 2 1 792 1 794 3.91e-236 678 KAB2088711.1 KAB2088711.1 100 362 0 0 1 362 1 362 1.10e-265 718 RRY46070.1 RRY46070.1 100 63 0 0 1 63 1 63 5.44e-43 131 XP_006591276.1 XP_006591276.1 100 327 0 0 1 327 1 327 1.89e-237 644 WP_054621512.1 WP_054621512.1 100 103 0 0 1 103 1 103 2.54e-75 216 WP_054621512.1 MBT2573851.1 39.8 93 54 2 10 101 9 100 1.52e-18 72.4 KAI5076688.1 KAI5076688.1 100 796 0 0 1 796 1 796 0.0 1509 KAI5076688.1 WP_053342583.1 27.2 646 432 20 105 743 15 629 1.20e-64 226 WP_260879442.1 WP_260879442.1 100 290 0 0 1 290 1 290 1.01e-202 553 KAG7202115.1 KAG7202115.1 100 277 0 0 1 277 1 277 3.80e-196 535 KAI5128402.1 KAI5128402.1 100 154 0 0 1 154 1 154 2.48e-104 293 KAI5128402.1 CAH1250835.1 26.7 90 54 2 27 111 81 163 6.13e-04 37.4 MBR6417349.1 MBR6417349.1 100 132 0 0 1 132 1 132 8.50e-99 277 MBR6417349.1 WP_279184953.1 32.8 128 83 2 2 126 198 325 4.98e-11 57.0 WP_267448957.1 WP_267448957.1 100 219 0 0 1 219 1 219 1.08e-148 410 MBR2718156.1 MBR2718156.1 100 152 0 0 1 152 1 152 1.24e-112 314 DAU97140.1 DAU97140.1 100 154 0 0 1 154 1 154 8.65e-105 294 NWV65193.1 NWV65193.1 100 1241 0 0 1 1241 1 1241 0.0 2347 NWV65193.1 MBK7412786.1 32.4 259 126 13 929 1160 140 376 6.99e-20 91.7 UJW35797.1 UJW35797.1 100 200 0 0 1 200 1 200 1.76e-140 388 UJW35797.1 WP_171155369.1 47.3 55 29 0 10 64 14 68 3.20e-10 55.8 UJW35797.1 WP_062336768.1 40.0 60 36 0 18 77 18 77 3.67e-08 49.7 MCE7733397.1 MCE7733397.1 100 223 0 0 1 223 1 223 3.92e-153 422 MCE7733397.1 WP_044328211.1 34.0 100 60 3 45 143 59 153 9.04e-07 46.6 MCE7733397.1 XP_001681736.1 31.0 100 50 3 13 93 29 128 5.85e-04 38.5 EEI62381.1 EEI62381.1 100 259 0 0 1 259 1 259 1.24e-201 548 CAG0929351.1 CAG0929351.1 100 327 0 0 1 327 1 327 8.61e-234 635 CAG0929351.1 MBE6306819.1 39.7 315 187 2 7 321 2 313 1.57e-73 230 AAX94106.1 AAX94106.1 100 431 0 0 1 431 1 431 1.42e-312 843 AAX94106.1 APC24336.1 70.9 351 102 0 78 428 1 351 4.44e-188 526 AAX94106.1 AGC97326.1 86.9 222 29 0 210 431 1 222 1.29e-138 395 AAX94106.1 ACO35565.1 83.4 223 37 0 208 430 1 223 4.63e-134 384 AAX94106.1 AGC74998.1 84.9 205 31 0 225 429 1 205 7.83e-124 356 AAX94106.1 AVM35379.1 91.5 189 16 0 1 189 26 214 6.36e-120 346 AAX94106.1 ADW49125.1 89.9 189 19 0 1 189 23 211 2.48e-116 337 AAX94106.1 AFA09475.1 89.4 189 20 0 1 189 17 205 1.63e-115 335 AAX94106.1 AFA24308.1 89.4 189 20 0 1 189 24 212 8.38e-115 333 AAX94106.1 AWS34156.1 85.7 189 27 0 1 189 31 219 1.74e-113 330 AAX94106.1 QUQ06080.1 84.1 189 30 0 1 189 31 219 4.26e-109 319 AAX94106.1 AHK62764.1 78.2 193 42 0 3 195 29 221 1.84e-108 317 AAX94106.1 QUA05739.1 87.4 182 23 0 1 182 31 212 3.10e-107 314 AAX94106.1 ADJ35581.1 79.9 189 38 0 1 189 32 220 4.68e-106 311 AAX94106.1 UZF38514.1 72.0 189 53 0 1 189 18 206 7.69e-96 285 AAX94106.1 AMA90994.1 86.2 167 23 0 1 167 31 197 1.29e-94 281 AAX94106.1 AOR13807.1 76.8 177 41 0 1 177 22 198 4.31e-93 277 AAX94106.1 AKT58828.1 83.0 165 28 0 1 165 31 195 5.03e-91 272 AAX94106.1 AOQ89457.1 82.0 161 29 0 1 161 27 187 3.97e-88 264 AAX94106.1 AXZ65741.1 84.7 157 24 0 2 158 32 188 4.67e-87 261 AAX94106.1 ACE88666.1 84.9 146 22 0 50 195 1 146 4.65e-84 252 AAX94106.1 AHH30646.1 75.6 168 39 2 2 169 6 171 2.22e-80 244 AAX94106.1 AKA56406.1 70.3 172 44 2 1 170 31 197 1.34e-77 238 EFC4417017.1 EFC4417017.1 100 201 0 0 1 201 1 201 1.51e-146 404 MCL2109536.1 MCL2109536.1 100 110 0 0 1 110 1 110 1.60e-79 227 SEJ33525.1 SEJ33525.1 100 328 0 0 1 328 1 328 6.37e-241 653 SEJ33525.1 MCI7202149.1 31.1 257 171 5 28 282 10 262 6.33e-32 118 BAQ58714.1 BAQ58714.1 100 716 0 0 1 716 1 716 0.0 1440 MBT4239116.1 MBT4239116.1 100 435 0 0 1 435 1 435 0.0 880 WP_224458015.1 WP_224458015.1 100 365 0 0 1 365 1 365 3.99e-265 717 WP_224458015.1 WP_012568269.1 53.8 366 160 3 4 365 5 365 5.66e-124 360 WP_224458015.1 WP_110808154.1 31.9 182 118 2 176 357 37 212 3.20e-18 80.9 WP_224458015.1 MBG9445742.1 28.6 189 126 2 157 341 17 200 9.60e-17 76.6 HBP6650873.1 HBP6650873.1 100 1034 0 0 1 1034 1 1034 0.0 1828 HBP6650873.1 WP_243269836.1 37.1 850 430 13 9 764 1596 2434 9.51e-120 404 WP_097382902.1 WP_097382902.1 100 313 0 0 1 313 1 313 4.54e-222 604 WP_097382902.1 WP_046778966.1 38.3 321 184 7 1 309 1 319 7.44e-64 202 XP_014155165.1 XP_014155165.1 100 70 0 0 1 70 1 70 2.51e-51 152 WP_026661995.1 WP_026661995.1 100 279 0 0 1 279 1 279 1.57e-205 559 NPM18735.1 NPM18735.1 100 270 0 0 1 270 1 270 1.54e-187 513 NPM18735.1 EFG4747393.1 97.2 249 7 0 16 264 1 249 8.96e-166 457 NPM18735.1 MBB7523286.1 96.5 57 2 0 1 57 452 508 3.30e-30 116 MBW8078285.1 MBW8078285.1 100 418 0 0 1 418 1 418 4.14e-303 818 WP_144002426.1 WP_144002426.1 100 275 0 0 1 275 1 275 1.09e-194 531 WP_144002426.1 WP_130477570.1 50.2 267 129 2 4 269 1 264 1.79e-78 237 WP_144002426.1 WP_113851760.1 33.6 143 92 2 124 266 97 236 6.80e-16 73.6 WP_144002426.1 MCF8193609.1 29.9 197 121 5 81 266 65 255 2.86e-14 69.3 KAJ9499981.1 KAJ9499981.1 100 331 0 0 1 331 1 331 1.33e-239 650 MBI5799565.1 MBI5799565.1 100 77 0 0 1 77 1 77 7.10e-52 154 MBT8367246.1 MBT8367246.1 100 340 0 0 1 340 1 340 1.69e-242 658 MBT8367246.1 WP_010859888.1 24.5 220 145 7 54 262 66 275 2.48e-09 56.2 WP_243131659.1 WP_243131659.1 100 86 0 0 1 86 1 86 1.22e-29 99.4 WP_226536872.1 WP_226536872.1 100 98 0 0 1 98 1 98 5.08e-66 192 XP_035254397.1 XP_035254397.1 100 620 0 0 1 620 1 620 0.0 1191 NOY97419.1 NOY97419.1 100 807 0 0 1 807 1 807 0.0 1533 NOY97419.1 HDC92778.1 38.8 469 269 7 1 454 1 466 4.31e-98 311 NOY97419.1 WP_278982769.1 26.4 451 313 8 1 450 2 434 1.44e-39 150 NOY97419.1 WP_015167170.1 25.9 463 272 16 3 450 5 411 2.92e-28 119 NOY97419.1 WP_270453521.1 27.8 353 233 7 107 453 64 400 3.52e-27 113 TLX84297.1 TLX84297.1 100 124 0 0 1 124 1 124 1.98e-91 258 TBV99016.1 TBV99016.1 100 120 0 0 1 120 1 120 2.87e-80 229 GBO23274.1 GBO23274.1 100 115 0 0 1 115 1 115 6.90e-81 231 OPZ52024.1 OPZ52024.1 100 65 0 0 1 65 1 65 2.18e-43 132 MBN3744368.1 MBN3744368.1 100 278 0 0 1 278 1 278 1.37e-194 531 MBN3744368.1 WP_057651690.1 29.7 185 123 3 1 180 48 230 1.16e-12 65.1 MBN3744368.1 MBQ9647935.1 25.8 186 134 1 4 185 8 193 3.55e-08 51.6 HCE5900341.1 HCE5900341.1 100 144 0 0 1 144 1 144 8.53e-98 276 HCE5900341.1 HBU4069332.1 89.6 144 15 0 1 144 113 256 8.16e-86 253 HCY01371.1 HCY01371.1 100 154 0 0 1 154 1 154 1.89e-108 303 WP_194454339.1 WP_194454339.1 100 441 0 0 1 441 1 441 0.0 876 WP_194454339.1 MBP6375542.1 29.4 453 280 11 8 438 4 438 3.39e-47 166 WP_194454339.1 WP_249505358.1 27.4 457 284 10 8 438 3 437 2.85e-39 145 WP_194454339.1 PWM49891.1 25.4 366 241 9 11 357 7 359 6.01e-31 122 WP_194454339.1 GER04731.1 26.7 352 225 10 1 339 1 332 1.46e-22 97.8 WP_159220133.1 WP_159220133.1 100 180 0 0 1 180 1 180 2.12e-138 381 WP_159220133.1 WP_171832914.1 46.9 177 94 0 1 177 1 177 1.79e-58 179 WP_016083913.1 WP_016083913.1 100 274 0 0 1 274 1 274 3.41e-202 550 UPB00876.1 UPB00876.1 100 4375 0 0 1 4375 1 4375 0.0 6284 UPB00876.1 UMF87224.1 76.7 4371 1018 1 1 4371 28 4397 0.0 6231 UPB00876.1 UPP41269.1 76.7 4375 1019 0 1 4375 28 4402 0.0 6228 UPB00876.1 USR14792.1 76.7 4375 1020 0 1 4375 28 4402 0.0 6225 UPB00876.1 URQ55824.1 76.7 4371 1017 0 1 4371 28 4398 0.0 6224 UPB00876.1 UZO53924.1 76.7 4371 1018 0 1 4371 28 4398 0.0 6223 UPB00876.1 UVB16817.1 76.7 4371 1018 0 1 4371 28 4398 0.0 6221 UPB00876.1 ULA23837.2 76.6 4375 1023 1 1 4375 28 4401 0.0 6214 UPB00876.1 QXR94354.1 76.5 4375 1026 0 1 4375 28 4402 0.0 6212 UPB00876.1 UKU68032.1 76.9 4375 1011 1 1 4375 28 4401 0.0 6212 UPB00876.1 QTM79632.1 76.5 4375 1029 0 1 4375 28 4402 0.0 6211 UPB00876.1 QTD03487.1 76.5 4378 1026 1 1 4375 28 4405 0.0 6210 UPB00876.1 QTZ27226.1 76.5 4375 1029 0 1 4375 28 4402 0.0 6208 UPB00876.1 UOU30556.1 78.5 4371 940 0 1 4371 28 4398 0.0 6207 UPB00876.1 UKN67998.1 76.5 4371 1025 1 1 4371 8 4377 0.0 6207 UPB00876.1 UIR12670.1 76.5 4371 1025 1 1 4371 28 4397 0.0 6207 UPB00876.1 UXH94526.1 76.5 4375 1028 1 1 4375 28 4401 0.0 6205 UPB00876.1 QVD87869.1 76.5 4371 1026 0 1 4371 28 4398 0.0 6204 UPB00876.1 QWC83326.1 76.5 4374 1024 1 1 4371 28 4401 0.0 6203 UPB00876.1 UFM00670.1 76.4 4378 1029 1 1 4375 28 4405 0.0 6203 UPB00876.1 QSZ25555.1 76.5 4374 1025 1 1 4371 28 4401 0.0 6202 UPB00876.1 UEC68750.1 76.4 4378 1029 1 1 4375 28 4405 0.0 6201 UPB00876.1 QZU16279.1 76.5 4374 1026 1 1 4371 28 4401 0.0 6200 UPB00876.1 UBL45068.1 76.5 4378 1027 1 1 4375 28 4405 0.0 6199 UPB00876.1 UBD95131.1 76.5 4374 1026 1 1 4371 28 4401 0.0 6199 UPB00876.1 UPA83906.1 76.5 4371 1027 1 1 4371 28 4397 0.0 6198 UPB00876.1 WEU87158.1 76.5 4374 1026 1 1 4371 28 4401 0.0 6198 UPB00876.1 UHM53165.1 76.4 4378 1029 1 1 4375 28 4405 0.0 6198 UPB00876.1 UFM02602.1 76.4 4378 1029 1 1 4375 28 4405 0.0 6198 UPB00876.1 UBP50947.1 76.5 4374 1026 1 1 4371 28 4401 0.0 6197 UPB00876.1 UEC52718.1 76.4 4374 1030 1 1 4371 28 4401 0.0 6190 UPB00876.1 UCP72061.1 77.9 4374 964 1 1 4371 28 4401 0.0 6185 UPB00876.1 UCP77012.1 77.7 4374 971 1 1 4371 28 4401 0.0 6179 UPB00876.1 UBR86455.1 76.3 4374 1035 1 1 4371 27 4400 0.0 6127 UPB00876.1 UAQ80067.1 76.3 4374 1034 1 1 4371 28 4401 0.0 6096 UPB00876.1 UGA79226.1 76.8 4374 1011 1 1 4371 28 4401 0.0 6083 UPB00876.1 UVI10561.1 77.5 4371 983 0 1 4371 1 4371 0.0 6075 UPB00876.1 UXX67934.1 75.2 4371 1085 0 1 4371 28 4398 0.0 6062 UPB00876.1 ULB83374.1 76.7 4375 1017 1 1 4375 28 4401 0.0 6058 UPB00876.1 UJV88611.1 74.5 4375 1113 1 1 4375 28 4401 0.0 6014 UPB00876.1 UJJ97602.1 74.4 4375 1119 1 1 4375 28 4401 0.0 5998 UPB00876.1 WHE12941.1 74.9 4371 1097 0 1 4371 2 4372 0.0 5998 UPB00876.1 UGB98301.1 77.9 4378 966 1 1 4375 28 4405 0.0 5993 UPB00876.1 UNI03201.1 80.1 4377 869 1 1 4375 2 4378 0.0 5970 UPB00876.1 UJS94137.1 75.1 4297 1067 1 79 4375 1 4296 0.0 5958 UPB00876.1 UFA30503.1 78.2 4339 941 1 1 4336 2 4340 0.0 5899 UPB00876.1 WEI27974.1 77.7 4375 974 0 1 4375 28 4402 0.0 5845 UPB00876.1 QRX02582.1 76.9 4071 939 1 1 4068 28 4098 0.0 5787 UPB00876.1 UMA88644.1 75.0 4371 1091 1 1 4371 7 4376 0.0 5748 UPB00876.1 UJT06733.1 71.4 4371 1249 1 1 4371 28 4397 0.0 5626 UPB00876.1 WGP70063.1 72.3 4342 1199 1 1 4339 28 4369 0.0 5541 UPB00876.1 UEX07109.1 74.3 4378 1123 1 1 4375 2 4379 0.0 5492 UPB00876.1 WGP98278.1 73.7 4337 1138 1 1 4334 28 4364 0.0 5412 UPB00876.1 URP80785.1 71.2 4375 1262 0 1 4375 1 4375 0.0 5039 UPB00876.1 WAS49087.1 67.3 4371 1429 0 1 4371 28 4398 0.0 4912 UPB00876.1 UYE49180.1 65.6 4375 1506 0 1 4375 28 4402 0.0 4426 UPB00876.1 WGQ72821.1 62.6 4342 1622 1 1 4339 3 4344 0.0 3725 MBR2864610.1 MBR2864610.1 100 193 0 0 1 193 1 193 4.91e-139 384 KAF2420586.1 KAF2420586.1 100 97 0 0 1 97 1 97 7.00e-59 174 PIR02665.1 PIR02665.1 100 77 0 0 1 77 1 77 8.93e-55 162 MCQ2295302.1 MCQ2295302.1 100 84 0 0 1 84 1 84 1.79e-55 164 WP_189342802.1 WP_189342802.1 100 77 0 0 1 77 1 77 3.97e-49 147 ADQ02892.1 ADQ02892.1 100 90 0 0 1 90 1 90 6.76e-56 166 KAI8504475.1 KAI8504475.1 100 1343 0 0 1 1343 1 1343 0.0 2564 KAI8504475.1 XP_028567154.1 32.9 417 255 11 826 1230 731 1134 1.13e-42 169 WP_167248335.1 WP_167248335.1 100 170 0 0 1 170 1 170 4.56e-39 129 MCG8010344.1 MCG8010344.1 100 429 0 0 1 429 1 429 8.22e-295 798 YP_009296428.1 YP_009296428.1 100 167 0 0 1 167 1 167 1.52e-118 330 EJQ6627878.1 EJQ6627878.1 100 361 0 0 1 361 1 361 6.14e-267 721 EJQ6627878.1 EEY3543156.1 97.5 361 9 0 1 361 365 725 2.64e-250 704 EJQ6627878.1 ECI3309320.1 77.8 361 79 1 1 361 365 724 1.62e-201 575 EJQ6627878.1 EFQ4765027.1 77.8 361 79 1 1 361 365 724 4.20e-201 575 EJQ6627878.1 WP_181865219.1 97.6 250 6 0 1 250 54 303 1.15e-179 498 EJQ6627878.1 EEO7917989.1 64.7 363 121 3 1 361 365 722 7.44e-158 470 MAV59409.1 MAV59409.1 100 143 0 0 1 143 1 143 9.57e-90 255 QBM89760.1 QBM89760.1 100 171 0 0 1 171 1 171 2.21e-113 317 XP_039523839.1 XP_039523839.1 100 195 0 0 1 195 1 195 2.63e-144 397 XP_016446524.1 XP_016446524.1 100 439 0 0 1 439 1 439 0.0 871 KAF8011165.1 KAF8011165.1 100 1172 0 0 1 1172 1 1172 0.0 2173 WP_065517671.1 WP_065517671.1 100 397 0 0 1 397 1 397 2.82e-288 778 WP_065517671.1 WP_065029373.1 33.0 391 243 8 7 390 2 380 5.34e-48 166 WP_065517671.1 OGO01021.1 31.8 390 248 7 7 391 2 378 1.24e-47 165 WP_065517671.1 MYJ01754.1 40.3 191 108 3 10 197 5 192 4.28e-34 124 WP_065517671.1 WP_032373688.1 28.9 381 224 13 9 381 7 348 1.22e-32 124 NXD84883.1 NXD84883.1 100 555 0 0 1 555 1 555 0.0 1119 NXD84883.1 KAG1590416.1 35.9 315 185 6 82 390 78 381 2.75e-62 208 NXD84883.1 XP_029528577.1 36.0 275 171 3 80 353 26 296 5.93e-57 193 NXD84883.1 WP_012236017.1 28.5 235 139 4 84 293 70 300 2.19e-18 87.4 NXD84883.1 XP_011889539.1 22.9 349 220 9 82 399 2 332 2.11e-13 71.6 KAI7091816.1 KAI7091816.1 100 98 0 0 1 98 1 98 2.42e-64 187 WP_061836762.1 WP_061836762.1 100 164 0 0 1 164 1 164 1.03e-119 333 WP_190357222.1 WP_190357222.1 100 78 0 0 1 78 1 78 1.80e-50 151 WP_002162515.1 WP_002162515.1 100 74 0 0 1 74 1 74 7.87e-50 149 QUL97857.1 QUL97857.1 100 49 0 0 1 49 1 49 6.99e-31 99.8 MBO7137251.1 MBO7137251.1 100 463 0 0 1 463 1 463 0.0 899 WP_171675609.1 WP_171675609.1 100 316 0 0 1 316 1 316 2.96e-224 610 WP_031972379.1 WP_031972379.1 100 724 0 0 1 724 1 724 0.0 1388 WP_023698577.1 WP_023698577.1 100 120 0 0 1 120 1 120 1.42e-80 230 UJA07681.1 UJA07681.1 100 460 0 0 1 460 1 460 0.0 929 HBQ3247549.1 HBQ3247549.1 100 244 0 0 1 244 1 244 1.33e-184 503 WP_055132583.1 WP_055132583.1 100 997 0 0 1 997 1 997 0.0 1960 WP_055132583.1 WP_245704803.1 21.7 226 138 6 783 997 16 213 5.10e-05 44.3 MBI3118824.1 MBI3118824.1 100 81 0 0 1 81 1 81 7.78e-51 152 WP_267184195.1 WP_267184195.1 100 641 0 0 1 641 1 641 0.0 1280 WP_267184195.1 WP_222018129.1 25.4 613 400 23 44 636 46 621 9.38e-34 135 WP_267184195.1 WP_282423266.1 32.0 128 84 2 32 157 39 165 1.46e-12 68.9 WP_267184195.1 OGU48181.1 20.3 634 415 21 50 640 76 662 5.27e-11 63.9 WP_267184195.1 MCI6324393.1 31.4 140 89 5 19 156 76 210 4.48e-09 57.8 WP_267184195.1 MBX9747080.1 29.3 191 100 10 50 223 17 189 7.61e-06 47.4 WP_267184195.1 HAJ30683.1 25.6 160 99 5 8 156 8 158 2.76e-04 42.4 KAJ7369304.1 KAJ7369304.1 100 543 0 0 1 543 1 543 0.0 1066 KAJ7369304.1 MCI6965979.1 35.1 248 155 4 61 307 82 324 6.88e-37 137 KAJ7369304.1 WP_114054641.1 27.2 235 157 7 61 289 85 311 3.07e-11 63.2 WP_014558374.1 WP_014558374.1 100 504 0 0 1 504 1 504 0.0 984 WP_257788220.1 WP_257788220.1 100 241 0 0 1 241 1 241 3.18e-161 444 XP_018492447.1 XP_018492447.1 100 441 0 0 1 441 1 441 0.0 880 MBA3614174.1 MBA3614174.1 100 921 0 0 1 921 1 921 0.0 1858 MBA3614174.1 WP_200200480.1 32.4 318 204 7 156 468 855 1166 1.07e-40 160 MBA3614174.1 WP_137202811.1 33.6 247 151 10 504 738 1177 1422 1.26e-28 122 MBA3614174.1 OYZ89234.1 34.0 103 63 3 504 605 3 101 1.32e-05 45.4 HBE3137209.1 HBE3137209.1 100 246 0 0 1 246 1 246 1.13e-177 486 MVA71646.1 MVA71646.1 100 602 0 0 1 602 1 602 0.0 1094 MVA71646.1 MBK6509184.1 39.4 554 327 5 9 558 4 552 7.07e-116 355 MVA71646.1 WP_255073759.1 42.5 529 300 4 11 536 8 535 1.70e-115 355 MVA71646.1 WP_126678289.1 24.5 396 268 10 1 380 1 381 1.31e-18 88.2 WP_129006924.1 WP_129006924.1 100 189 0 0 1 189 1 189 1.16e-135 375 XP_004034642.1 XP_004034642.1 100 404 0 0 1 404 1 404 4.07e-296 799 ESL04748.1 ESL04748.1 100 536 0 0 1 536 1 536 0.0 1044 ESL04748.1 MBP5538497.1 39.5 529 278 14 20 531 15 518 5.77e-94 294 WP_278449211.1 WP_278449211.1 100 468 0 0 1 468 1 468 0.0 880 WP_278449211.1 WP_272906673.1 34.8 477 269 8 8 451 6 473 4.89e-82 260 WP_278449211.1 WP_164653811.1 35.7 454 272 8 5 451 24 464 1.22e-76 246 WP_278449211.1 WP_124213670.1 36.4 382 220 5 6 380 3 368 4.47e-66 218 WP_278449211.1 WP_175896721.1 37.0 338 188 9 135 461 136 459 1.53e-51 179 WP_278449211.1 MBP7222158.1 33.9 298 188 4 161 451 18 313 1.82e-48 167 WP_278449211.1 QYU66920.1 62.4 125 47 0 7 131 4 128 1.34e-47 159 WP_278449211.1 WP_205173112.1 27.4 317 215 7 145 451 148 459 4.21e-36 137 WP_278449211.1 PYP94120.1 28.8 125 87 1 8 132 3 125 3.02e-11 61.6 WP_278449211.1 MBX9709025.1 43.3 60 30 1 66 125 9 64 2.32e-08 50.8 WP_080864663.1 WP_080864663.1 100 94 0 0 1 94 1 94 5.20e-64 186 KAG9317532.1 KAG9317532.1 100 863 0 0 1 863 1 863 0.0 1688 PTB82632.1 PTB82632.1 100 162 0 0 1 162 1 162 2.35e-115 322 KAF9101968.1 KAF9101968.1 100 771 0 0 1 771 1 771 0.0 1327 NDE10255.1 NDE10255.1 100 99 0 0 1 99 1 99 8.74e-63 184 MCH7882583.1 MCH7882583.1 100 294 0 0 1 294 1 294 8.51e-222 602 MBH2908027.1 MBH2908027.1 100 670 0 0 1 670 1 670 0.0 1360 WP_131734175.1 WP_131734175.1 100 267 0 0 1 267 1 267 7.04e-187 511 WP_131734175.1 MCQ2424848.1 35.6 236 142 4 24 254 9 239 1.39e-35 125 WP_071455957.1 WP_071455957.1 100 367 0 0 1 367 1 367 1.43e-243 663 WP_071455957.1 WP_152465448.1 28.7 310 213 3 24 332 27 329 1.23e-26 107 EEH16378.1 EEH16378.1 100 1358 0 0 1 1358 1 1358 0.0 2473 EEH16378.1 CAC9886154.1 36.4 77 44 3 7 79 54 129 1.88e-05 47.4 WP_015645305.1 WP_015645305.1 100 347 0 0 1 347 1 347 3.00e-260 703 HAL0497824.1 HAL0497824.1 100 346 0 0 1 346 1 346 1.04e-207 570 HAL0497824.1 EFI9255255.1 60.4 53 21 0 156 208 192 244 1.39e-07 51.2 WP_055394972.1 WP_055394972.1 100 1038 0 0 1 1038 1 1038 0.0 1996 MBQ6611319.1 MBQ6611319.1 100 93 0 0 1 93 1 93 1.75e-66 192 WP_231837445.1 WP_231837445.1 100 126 0 0 1 126 1 126 1.97e-92 261 XP_048775453.1 XP_048775453.1 100 594 0 0 1 594 1 594 0.0 1207 WP_161275011.1 WP_161275011.1 100 301 0 0 1 301 1 301 7.06e-204 557 WP_262114929.1 WP_262114929.1 100 181 0 0 1 181 1 181 9.29e-129 357 WP_262114929.1 WP_071081072.1 49.7 183 85 3 1 181 1 178 3.65e-53 166 KAI4882225.1 KAI4882225.1 100 811 0 0 1 811 1 811 0.0 1380 KAI4882225.1 NWH38694.1 29.8 151 77 2 668 809 354 484 6.20e-16 79.7 MBC9954836.1 MBC9954836.1 100 174 0 0 1 174 1 174 1.43e-115 323 WP_119512617.1 WP_119512617.1 100 295 0 0 1 295 1 295 3.70e-212 577 WP_024986590.1 WP_024986590.1 100 150 0 0 1 150 1 150 6.40e-114 317 WP_217950418.1 WP_217950418.1 100 355 0 0 1 355 1 355 4.30e-264 714 MCM1513138.1 MCM1513138.1 100 410 0 0 1 410 1 410 3.24e-280 759 MCM1513138.1 WP_037818847.1 39.8 415 230 9 1 410 1 400 1.23e-76 241 MCM1513138.1 WP_199673213.1 31.3 415 256 7 1 410 1 391 1.07e-47 166 MCM1513138.1 MBN9383861.1 23.1 346 211 13 91 408 84 402 9.97e-12 65.1 WP_107723967.1 WP_107723967.1 100 593 0 0 1 593 1 593 0.0 1206 WP_107723967.1 KTC18574.1 35.1 570 342 10 26 578 37 595 2.04e-100 316 WP_159896041.1 WP_159896041.1 100 241 0 0 1 241 1 241 2.51e-158 437 WP_159896041.1 MBI1382466.1 37.8 196 103 4 58 238 17 208 4.92e-22 89.0 WP_195397250.1 WP_195397250.1 100 619 0 0 1 619 1 619 0.0 1179 WP_195397250.1 WP_255187010.1 44.7 591 313 7 9 595 2 582 6.17e-159 468 WP_195397250.1 WP_161258623.1 44.5 227 119 3 164 388 303 524 2.20e-46 171 WP_195397250.1 MBQ2017527.1 57.6 132 49 2 142 270 122 249 3.97e-41 148 DAP26351.1 DAP26351.1 100 56 0 0 1 56 1 56 1.70e-34 109 WP_089370623.1 WP_089370623.1 100 1425 0 0 1 1425 1 1425 0.0 2682 MBQ1765196.1 MBQ1765196.1 100 189 0 0 1 189 1 189 5.31e-132 366 WP_171183333.1 WP_171183333.1 100 141 0 0 1 141 1 141 9.31e-105 293 MCJ1326389.1 MCJ1326389.1 100 386 0 0 1 386 1 386 1.03e-241 660 WP_237171174.1 WP_237171174.1 100 251 0 0 1 251 1 251 2.17e-173 476 WP_005710284.1 WP_005710284.1 100 159 0 0 1 159 1 159 1.13e-116 325 WP_005710284.1 QDH16072.1 48.4 128 62 1 30 153 34 161 4.86e-35 119 EAV2673163.1 EAV2673163.1 100 114 0 0 1 114 1 114 7.49e-80 228 WP_162313773.1 WP_162313773.1 100 341 0 0 1 341 1 341 1.29e-242 658 MCL7030477.1 MCL7030477.1 100 181 0 0 1 181 1 181 1.08e-127 354 WP_194933787.1 WP_194933787.1 100 200 0 0 1 200 1 200 1.99e-146 403 WP_249868607.1 WP_249868607.1 100 316 0 0 1 316 1 316 1.22e-232 631 MBT7096516.1 MBT7096516.1 100 187 0 0 1 187 1 187 5.15e-138 381 MBT7096516.1 KOR84431.1 40.8 184 107 2 5 187 132 314 1.21e-36 127 WP_116870479.1 WP_116870479.1 100 1238 0 0 1 1238 1 1238 0.0 2270 WP_116870479.1 WP_122440133.1 27.1 1285 809 32 1 1231 1 1211 4.33e-73 265 WP_116870479.1 MCE2789155.1 51.9 156 73 2 1069 1223 841 995 1.79e-39 157 WP_176307440.1 WP_176307440.1 100 791 0 0 1 791 1 791 0.0 1548 WP_176307440.1 WP_074319120.1 22.8 745 497 20 87 778 15 734 7.27e-35 140 WP_176307440.1 HCT06136.1 23.6 577 401 13 207 758 165 726 2.36e-25 110 WP_176307440.1 WP_041591748.1 24.0 441 308 10 311 731 152 585 3.58e-22 100 WP_176307440.1 MBY0273331.1 24.8 544 326 19 277 742 66 604 6.36e-14 73.9 WP_176307440.1 WP_278631399.1 37.5 72 38 1 636 700 550 621 9.34e-05 44.3 WP_176307440.1 KAJ6994162.1 22.0 218 149 3 306 511 134 342 3.73e-04 42.4 WP_176307440.1 WP_019100427.1 34.9 63 41 0 653 715 619 681 8.38e-04 41.2 WP_182023956.1 WP_182023956.1 100 230 0 0 1 230 1 230 7.37e-166 455 CAF1059395.1 CAF1059395.1 100 437 0 0 1 437 1 437 0.0 890 WP_262612393.1 WP_262612393.1 100 425 0 0 1 425 1 425 3.88e-245 672 WP_262612393.1 WP_098923619.1 51.0 437 182 7 1 424 1 418 3.79e-125 367 WP_262612393.1 WP_267292626.1 41.4 423 218 6 3 423 118 512 3.80e-87 273 WP_262612393.1 MBT3887354.1 55.0 229 101 2 196 424 94 320 2.42e-81 251 WP_262612393.1 OFZ89526.1 41.4 444 216 6 1 424 2 421 2.65e-79 249 WP_262612393.1 WP_033456074.1 49.8 297 137 5 131 424 8 295 1.56e-78 243 WP_262612393.1 NDI25889.1 41.9 222 124 2 199 416 62 282 1.77e-49 168 WP_262612393.1 KAA0555231.1 31.4 312 189 7 129 423 327 630 1.35e-33 131 WP_262612393.1 KAJ4394429.1 26.1 314 210 6 131 423 200 512 2.51e-22 97.4 WP_262612393.1 MBY0286260.1 23.3 430 303 9 1 419 1 414 1.24e-13 70.5 WP_232306300.1 WP_232306300.1 100 1369 0 0 1 1369 1 1369 0.0 2403 WP_232306300.1 WP_074911472.1 28.9 798 508 17 580 1367 546 1294 9.90e-101 349 WP_232306300.1 TAL20232.1 29.3 426 272 9 818 1230 193 602 1.30e-35 143 WP_232306300.1 WP_138482356.1 27.6 395 264 9 849 1239 412 788 5.89e-32 133 WP_232306300.1 WP_261733022.1 28.8 393 234 9 854 1229 259 622 6.60e-31 129 WP_232306300.1 HAS8246497.1 26.6 391 253 8 854 1238 485 847 1.28e-29 126 WP_232306300.1 WP_063540919.1 27.5 357 219 8 850 1201 491 812 1.24e-23 106 WP_232306300.1 WP_007708736.1 42.0 112 64 1 1123 1233 4 115 6.41e-21 91.7 WP_232306300.1 EDN57974.1 32.5 237 153 6 849 1081 398 631 3.09e-20 95.9 WP_232306300.1 PSQ73325.1 30.3 254 164 5 833 1079 593 840 7.86e-20 94.4 WP_232306300.1 MBN1819552.1 28.7 237 158 4 847 1079 334 563 5.28e-19 90.9 WP_232306300.1 MBQ5584458.1 42.5 113 61 2 1123 1234 4 113 2.09e-18 84.3 WP_232306300.1 XP_001454078.1 24.7 441 268 16 841 1238 207 626 1.21e-16 83.6 WP_232306300.1 WP_254972748.1 36.5 104 66 0 1266 1369 853 956 9.07e-14 74.7 WP_232306300.1 PYP94120.1 36.2 116 71 2 1123 1237 3 116 1.56e-13 70.1 WP_232306300.1 WP_272906673.1 32.0 122 79 3 1121 1240 4 123 1.99e-07 53.5 WP_232306300.1 HBG17616.1 41.0 78 38 2 1149 1223 37 109 9.91e-06 48.1 CAB5621061.1 CAB5621061.1 100 207 0 0 1 207 1 207 4.00e-154 423 CAB5621061.1 WP_139552727.1 100 28 0 0 180 207 25 52 4.49e-13 61.6 WP_150071802.1 WP_150071802.1 100 304 0 0 1 304 1 304 4.37e-220 598 WP_150071802.1 WP_011313080.1 48.0 298 152 3 3 297 4 301 3.38e-82 249 WP_250934260.1 WP_250934260.1 100 279 0 0 1 279 1 279 8.80e-187 512 WP_250934260.1 MBQ1564907.1 55.4 258 115 0 5 262 4 261 4.65e-86 260 KAJ9397508.1 KAJ9397508.1 100 306 0 0 1 306 1 306 4.80e-234 634 WP_223655776.1 WP_223655776.1 100 348 0 0 1 348 1 348 7.03e-255 690 GFY73571.1 GFY73571.1 100 145 0 0 1 145 1 145 9.21e-107 298 QMV44496.1 QMV44496.1 100 168 0 0 1 168 1 168 9.09e-116 323 RLN50561.1 RLN50561.1 100 1896 0 0 1 1896 1 1896 0.0 3677 RLN50561.1 THW78755.1 31.5 496 304 13 1231 1720 969 1434 8.03e-54 206 RLN50561.1 WP_192500494.1 34.9 241 148 6 1494 1733 3 235 2.65e-40 150 RLN50561.1 WP_084371009.1 31.3 243 163 2 1494 1736 3 241 1.41e-34 134 RLN50561.1 EHR6291555.1 32.5 249 159 4 1487 1735 323 562 5.89e-33 135 RLN50561.1 NLW39422.1 28.2 298 207 4 658 951 34 328 4.55e-30 121 RLN50561.1 WP_132175930.1 34.6 234 145 4 1482 1714 21 247 4.49e-27 112 RLN50561.1 NVM03966.1 29.5 234 156 4 1508 1741 36 260 5.44e-26 109 RLN50561.1 MSO30570.1 26.6 248 177 4 1491 1738 5 247 1.02e-24 106 RLN50561.1 QIC18874.1 29.1 199 137 3 1509 1705 37 233 3.01e-23 100 RLN50561.1 MWR41881.1 30.7 205 135 3 655 852 39 243 3.40e-23 99.8 RLN50561.1 XP_013005546.1 26.3 190 125 6 1507 1690 60 240 4.86e-10 62.8 RLN50561.1 KAI9191373.1 29.3 167 107 6 1515 1672 416 580 5.10e-09 59.7 RLN50561.1 WP_089095302.1 25.4 173 106 5 655 807 14 183 3.96e-06 50.1 WP_042632177.1 WP_042632177.1 100 207 0 0 1 207 1 207 1.69e-146 404 XP_046509038.1 XP_046509038.1 100 1092 0 0 1 1092 1 1092 0.0 1509 XP_046509038.1 WP_058051508.1 38.4 86 50 1 922 1007 170 252 2.99e-10 61.6 XP_046509038.1 MBE6257848.1 43.5 69 39 0 945 1013 199 267 3.12e-08 55.1 XP_046509038.1 WP_224911464.1 33.7 83 55 0 932 1014 6 88 7.40e-07 50.8 KAG7034489.1 KAG7034489.1 100 113 0 0 1 113 1 113 1.46e-81 232 MBL7809501.1 MBL7809501.1 100 351 0 0 1 351 1 351 5.72e-276 743 WP_277531229.1 WP_277531229.1 100 93 0 0 1 93 1 93 1.23e-66 193 WP_140985543.1 WP_140985543.1 100 226 0 0 1 226 1 226 1.33e-166 456 WP_190032834.1 WP_190032834.1 100 301 0 0 1 301 1 301 5.90e-212 577 WP_190032834.1 WP_077690175.1 37.5 272 146 9 1 257 1 263 4.49e-26 103 WP_190032834.1 WP_255657001.1 31.8 286 186 4 10 287 8 292 1.54e-24 99.0 WP_190032834.1 MBQ9299122.1 42.1 76 44 0 1 76 1 76 1.12e-10 59.7 CEM11561.1 CEM11561.1 100 478 0 0 1 478 1 478 2.66e-295 813 WP_028393295.1 WP_028393295.1 100 65 0 0 1 65 1 65 3.10e-43 132 WP_028393295.1 EEE2002201.1 41.9 62 34 1 2 63 1 60 1.99e-09 48.5 OJV54207.1 OJV54207.1 100 59 0 0 1 59 1 59 1.34e-39 122 WP_157553964.1 WP_157553964.1 100 583 0 0 1 583 1 583 0.0 1091 WP_139067457.1 WP_139067457.1 100 796 0 0 1 796 1 796 0.0 1508 WP_139067457.1 WP_219484458.1 46.9 799 372 12 31 790 30 815 2.19e-211 616 WP_139067457.1 HBE7681505.1 40.6 520 275 10 281 779 843 1349 7.99e-101 338 WP_139067457.1 WP_209676560.1 29.7 283 172 10 374 653 615 873 5.63e-13 71.2 MBK7384228.1 MBK7384228.1 100 77 0 0 1 77 1 77 1.56e-28 95.9 WP_094840069.1 WP_094840069.1 100 518 0 0 1 518 1 518 0.0 957 WP_094840069.1 WP_279840346.1 39.0 503 267 5 7 508 11 474 1.24e-91 286 WP_094840069.1 MBI4806480.1 34.5 502 292 4 5 506 8 472 1.01e-77 250 WP_094840069.1 WP_212054759.1 36.2 506 295 7 8 511 16 495 1.24e-67 224 WP_094840069.1 WP_224791962.1 31.0 520 309 7 1 512 1 478 9.21e-54 187 WP_094840069.1 WP_283557067.1 31.2 510 287 9 7 509 9 461 1.64e-51 181 HIH60710.1 HIH60710.1 100 254 0 0 1 254 1 254 4.10e-184 503 HIH60710.1 XP_055928676.1 26.5 223 132 4 52 244 91 311 1.24e-18 82.0 MCB1191718.1 MCB1191718.1 100 382 0 0 1 382 1 382 1.94e-276 747 WP_087465911.1 WP_087465911.1 100 335 0 0 1 335 1 335 1.02e-245 665 UGA79226.1 UGA79226.1 100 7096 0 0 1 7096 1 7096 0.0 13815 UGA79226.1 QWC83326.1 97.7 7096 165 0 1 7096 1 7096 0.0 13803 UGA79226.1 WEU87158.1 97.6 7096 167 0 1 7096 1 7096 0.0 13798 UGA79226.1 QSZ25555.1 97.6 7096 169 0 1 7096 1 7096 0.0 13797 UGA79226.1 UBP50947.1 97.6 7096 170 0 1 7096 1 7096 0.0 13791 UGA79226.1 QVD87869.1 97.6 7096 168 1 1 7096 1 7093 0.0 13787 UGA79226.1 UBD95131.1 97.6 7096 173 0 1 7096 1 7096 0.0 13784 UGA79226.1 UEC52718.1 97.5 7096 176 0 1 7096 1 7096 0.0 13777 UGA79226.1 UMF87224.1 97.2 7096 192 2 1 7096 1 7092 0.0 13773 UGA79226.1 UZO53924.1 97.5 7096 175 1 1 7096 1 7093 0.0 13770 UGA79226.1 UVB16817.1 97.5 7096 174 1 1 7096 1 7093 0.0 13770 UGA79226.1 URQ55824.1 97.5 7096 175 1 1 7096 1 7093 0.0 13770 UGA79226.1 UCP72061.1 98.0 7096 141 0 1 7096 1 7096 0.0 13730 UGA79226.1 UCP77012.1 98.0 7096 143 0 1 7096 1 7096 0.0 13728 UGA79226.1 QZU16279.1 97.2 7096 197 0 1 7096 1 7096 0.0 13727 UGA79226.1 UIR12670.1 97.2 7096 197 2 1 7096 1 7092 0.0 13715 UGA79226.1 UPA83906.1 97.2 7096 198 2 1 7096 1 7092 0.0 13692 UGA79226.1 UBR86455.1 96.7 7095 232 0 2 7096 1 7095 0.0 13644 UGA79226.1 UXX67934.1 96.5 7096 243 1 1 7096 1 7093 0.0 13609 UGA79226.1 UKN67998.1 96.1 7076 275 2 21 7096 1 7072 0.0 13486 UGA79226.1 WHE12941.1 95.9 7070 286 1 27 7096 1 7067 0.0 13458 UGA79226.1 UAQ80067.1 97.1 6952 205 0 1 6952 1 6952 0.0 13419 UGA79226.1 UJT06733.1 94.0 7096 419 2 1 7096 1 7092 0.0 13166 UGA79226.1 UVI10561.1 94.1 7069 417 1 28 7096 1 7066 0.0 13146 UGA79226.1 UOU30556.1 92.6 7096 519 1 1 7096 1 7093 0.0 12934 UGA79226.1 UMA88644.1 89.5 7075 740 2 22 7096 1 7071 0.0 12358 UGA79226.1 WAS49087.1 88.9 7096 786 1 1 7096 1 7093 0.0 12219 UGA79226.1 WGP98278.1 85.3 6961 1024 0 1 6961 1 6961 0.0 11388 UGA79226.1 QTD03487.1 97.3 4401 117 0 1 4401 1 4401 0.0 8388 UGA79226.1 UFM00670.1 97.2 4401 123 0 1 4401 1 4401 0.0 8374 UGA79226.1 QTM79632.1 97.2 4401 120 1 1 4401 1 4398 0.0 8372 UGA79226.1 QXR94354.1 97.3 4401 118 1 1 4401 1 4398 0.0 8372 UGA79226.1 UEC68750.1 97.2 4401 123 0 1 4401 1 4401 0.0 8371 UGA79226.1 UBL45068.1 97.3 4401 121 0 1 4401 1 4401 0.0 8371 UGA79226.1 QTZ27226.1 97.2 4401 120 1 1 4401 1 4398 0.0 8369 UGA79226.1 UHM53165.1 97.2 4401 123 0 1 4401 1 4401 0.0 8369 UGA79226.1 UFM02602.1 97.2 4401 123 0 1 4401 1 4401 0.0 8368 UGA79226.1 ULA23837.2 97.3 4401 117 2 1 4401 1 4397 0.0 8367 UGA79226.1 UPP41269.1 97.1 4401 123 1 1 4401 1 4398 0.0 8360 UGA79226.1 UXH94526.1 97.1 4401 122 2 1 4401 1 4397 0.0 8358 UGA79226.1 USR14792.1 97.1 4401 124 1 1 4401 1 4398 0.0 8357 UGA79226.1 UKU68032.1 96.8 4401 135 2 1 4401 1 4397 0.0 8329 UGA79226.1 ULB83374.1 96.9 4401 131 2 1 4401 1 4397 0.0 8183 UGA79226.1 UJV88611.1 95.2 4401 207 2 1 4401 1 4397 0.0 8167 UGA79226.1 UJJ97602.1 95.1 4401 213 2 1 4401 1 4397 0.0 8151 UGA79226.1 UJS94137.1 96.2 4296 161 2 106 4401 1 4292 0.0 8059 UGA79226.1 UGB98301.1 92.5 4401 329 0 1 4401 1 4401 0.0 7840 UGA79226.1 QRX02582.1 97.2 4098 115 0 1 4098 1 4098 0.0 7771 UGA79226.1 UFA30503.1 91.8 4340 358 0 27 4366 1 4340 0.0 7636 UGA79226.1 WGP70063.1 90.8 4369 402 0 1 4369 1 4369 0.0 7588 UGA79226.1 WEI27974.1 90.0 4401 436 1 1 4401 1 4398 0.0 7542 UGA79226.1 UNI03201.1 89.9 4375 442 1 27 4401 1 4374 0.0 7515 UGA79226.1 UEX07109.1 86.3 4375 598 0 27 4401 1 4375 0.0 7163 UGA79226.1 URP80785.1 83.1 4374 738 1 28 4401 1 4371 0.0 6673 UGA79226.1 UYE49180.1 78.4 4401 947 1 1 4401 1 4398 0.0 6165 UGA79226.1 UPB00876.1 76.8 4374 1011 1 28 4401 1 4371 0.0 6063 UGA79226.1 WGQ72821.1 70.0 4344 1303 0 26 4369 1 4344 0.0 5143 NWI70572.1 NWI70572.1 100 348 0 0 1 348 1 348 2.19e-258 699 NWI70572.1 XP_041032211.1 22.8 329 225 8 28 345 29 339 8.56e-15 72.8 AMT69763.1 AMT69763.1 100 75 0 0 1 75 1 75 1.51e-52 156 MBD3627516.1 MBD3627516.1 100 958 0 0 1 958 1 958 0.0 1877 KST94193.1 KST94193.1 100 44 0 0 1 44 1 44 1.64e-27 90.9 WP_166960135.1 WP_166960135.1 100 358 0 0 1 358 1 358 1.06e-270 731 WP_166960135.1 WP_247915795.1 32.3 294 179 8 26 307 8 293 3.17e-44 153 CAE7938465.1 CAE7938465.1 100 156 0 0 1 156 1 156 2.41e-76 228 WP_278665106.1 WP_278665106.1 100 579 0 0 1 579 1 579 3.14e-315 862 MBI2083107.1 MBI2083107.1 100 274 0 0 1 274 1 274 1.16e-184 506 KAG8833708.1 KAG8833708.1 100 192 0 0 1 192 1 192 1.78e-136 377 WP_068059894.1 WP_068059894.1 100 214 0 0 1 214 1 214 2.41e-163 447 WP_145616262.1 WP_145616262.1 100 468 0 0 1 468 1 468 0.0 925 WP_145616262.1 NNE87648.1 57.3 464 194 3 1 463 1 461 1.85e-173 493 WP_145616262.1 WP_024330540.1 34.9 478 284 10 1 461 1 468 6.08e-75 242 WP_145616262.1 MYE57211.1 51.7 203 92 3 6 208 7 203 9.00e-64 203 WP_145616262.1 DAZ71054.1 36.0 297 162 9 2 272 33 327 9.76e-44 156 PBJ84576.1 PBJ84576.1 100 629 0 0 1 629 1 629 0.0 1252 PBJ84576.1 MCS7028162.1 31.9 91 55 3 454 544 333 416 2.24e-07 52.0 WP_164581131.1 WP_164581131.1 100 818 0 0 1 818 1 818 0.0 1632 MBJ4905015.1 MBJ4905015.1 100 156 0 0 1 156 1 156 1.88e-109 306 WP_232441874.1 WP_232441874.1 100 322 0 0 1 322 1 322 1.12e-256 692 MCH8874789.1 MCH8874789.1 100 119 0 0 1 119 1 119 1.73e-85 243 MBL7689759.1 MBL7689759.1 100 110 0 0 1 110 1 110 4.09e-73 211 WP_014950321.1 WP_014950321.1 100 304 0 0 1 304 1 304 3.90e-223 606 WP_014950321.1 WP_252438898.1 38.5 286 169 5 23 304 59 341 2.82e-60 194 EAS0616219.1 EAS0616219.1 100 281 0 0 1 281 1 281 8.95e-197 537 GIP40757.1 GIP40757.1 100 159 0 0 1 159 1 159 5.51e-99 280 WP_070334369.1 WP_070334369.1 100 599 0 0 1 599 1 599 0.0 1160 WP_070334369.1 WP_079722145.1 23.9 635 422 19 10 596 17 638 1.30e-33 134 WP_132528552.1 WP_132528552.1 100 82 0 0 1 82 1 82 2.69e-22 80.5 XP_015055542.1 XP_015055542.1 100 525 0 0 1 525 1 525 0.0 1047 XP_015055542.1 XP_021898889.1 36.5 537 288 11 26 525 53 573 1.13e-101 317 MBX9709025.1 MBX9709025.1 100 123 0 0 1 123 1 123 2.72e-84 240 MBX9709025.1 WP_278449211.1 43.3 60 30 1 9 64 66 125 5.34e-08 48.1 KAH7420042.1 KAH7420042.1 100 267 0 0 1 267 1 267 7.49e-207 561 WP_158309540.1 WP_158309540.1 100 55 0 0 1 55 1 55 5.16e-31 100 GFR08784.1 GFR08784.1 100 149 0 0 1 149 1 149 9.12e-109 304 KAF9974715.1 KAF9974715.1 100 1357 0 0 1 1357 1 1357 0.0 2523 KAF9974715.1 KAJ2660037.1 33.1 1358 781 25 26 1347 785 2050 3.30e-188 606 KAF9974715.1 MBQ8297564.1 33.8 231 147 3 1104 1330 330 558 8.45e-34 137 KAF9974715.1 KAI9191373.1 31.4 191 121 4 1103 1287 392 578 1.31e-21 100 KAF9974715.1 WAY96880.1 29.2 195 113 4 481 657 5 192 9.28e-19 84.3 KAF9974715.1 WP_152652784.1 25.5 212 139 4 477 674 17 223 1.33e-14 74.7 KAF9974715.1 MCH4209672.1 29.7 185 119 5 477 657 394 571 2.80e-14 75.9 KAF9974715.1 WP_076409454.1 29.3 198 130 6 481 668 20 217 2.80e-13 71.2 KAF9974715.1 WP_158791585.1 27.4 190 113 5 481 647 20 207 2.34e-12 67.0 KAF9974715.1 WP_176354145.1 28.6 206 126 7 484 673 24 224 5.76e-12 67.4 KAF9974715.1 WP_140480909.1 29.1 203 120 7 481 666 29 224 7.62e-12 67.0 KAF9974715.1 WP_281543397.1 23.6 208 138 7 481 673 5 206 1.31e-10 62.4 KAF9974715.1 WP_008470196.1 25.0 232 162 7 1106 1331 10 235 2.71e-10 60.8 KAF9974715.1 OAN53756.1 26.3 190 109 6 484 647 30 214 3.11e-09 57.8 KAF9974715.1 WP_150396769.1 23.7 211 127 8 478 663 37 238 7.66e-09 58.2 KAF9974715.1 MBT4161918.1 28.5 172 86 5 1122 1274 25 178 1.26e-08 55.5 KAF9974715.1 WP_207918089.1 23.9 197 112 4 481 648 21 208 1.68e-08 55.5 KAF9974715.1 MXP43753.1 25.0 196 118 5 477 647 26 217 2.49e-08 55.1 KAF9974715.1 MBC7326981.1 24.2 194 122 5 477 647 18 209 3.08e-08 54.7 KAF9974715.1 WP_088153117.1 27.3 216 142 8 1125 1332 17 225 3.76e-08 55.5 KAF9974715.1 MCP5262709.1 27.2 243 150 9 1106 1327 2 238 5.30e-08 54.7 KAF9974715.1 WP_174822921.1 24.7 194 121 4 477 647 19 210 3.21e-07 51.6 KAF9974715.1 MYD56339.1 29.3 191 121 7 486 672 27 207 1.73e-06 50.1 KAF9974715.1 EHH5649593.1 23.2 203 122 7 483 664 20 209 1.80e-06 49.7 KAF9974715.1 WP_192500494.1 21.0 200 133 3 481 664 18 208 1.89e-06 49.7 KAF9974715.1 EHR6291555.1 25.0 196 126 7 488 668 30 219 4.50e-06 49.3 KAF9974715.1 MBQ3864274.1 22.6 159 106 3 481 622 36 194 6.17e-05 45.1 MBM3701396.1 MBM3701396.1 100 204 0 0 1 204 1 204 5.24e-144 397 MBM3701396.1 MCE2152122.1 41.5 183 100 1 1 183 1 176 5.05e-45 146 HCP62665.1 HCP62665.1 100 33 0 0 1 33 1 33 5.96e-19 68.6 HCP62665.1 MCI4325574.1 64.3 28 10 0 1 28 283 310 4.98e-07 41.2 MCR4368335.1 MCR4368335.1 100 110 0 0 1 110 1 110 5.81e-73 210 NKB40192.1 NKB40192.1 100 282 0 0 1 282 1 282 2.81e-205 559 NKB40192.1 WP_042648904.1 40.7 263 153 3 17 278 1 261 2.43e-63 198 NKB40192.1 MBK8326393.1 41.3 254 146 3 29 281 12 263 1.52e-58 186 NKB40192.1 WP_086236254.1 41.6 255 146 3 28 281 11 263 1.25e-57 184 CAF4882469.1 CAF4882469.1 100 77 0 0 1 77 1 77 1.97e-49 148 NED83450.1 NED83450.1 100 307 0 0 1 307 1 307 2.06e-215 587 NED83450.1 WP_029579419.1 37.6 202 111 7 3 196 1 195 1.99e-21 90.5 NED83450.1 WP_096722254.1 32.0 200 134 2 3 202 1 198 9.01e-19 83.2 NED83450.1 WP_268678783.1 28.5 144 101 1 3 146 2 143 1.14e-12 65.5 BBL73457.1 BBL73457.1 100 569 0 0 1 569 1 569 0.0 1114 BBL73457.1 MBT3179978.1 41.0 539 298 8 34 563 1 528 4.00e-120 363 BBL73457.1 WP_038580218.1 32.2 242 139 6 34 251 12 252 1.36e-18 87.8 BBL73457.1 MBP8718427.1 30.5 223 146 4 297 518 17 231 3.39e-18 82.8 MBA2522987.1 MBA2522987.1 100 146 0 0 1 146 1 146 7.55e-102 286 MBA2522987.1 MBC7097666.1 48.3 145 72 3 1 144 1 143 1.41e-35 125 MBA2522987.1 KAB2885888.1 39.0 136 78 3 11 144 25 157 8.07e-21 85.9 WP_271771839.1 WP_271771839.1 100 405 0 0 1 405 1 405 2.12e-303 817 EFA7535944.1 EFA7535944.1 100 76 0 0 1 76 1 76 5.45e-51 152 WP_055759832.1 WP_055759832.1 100 435 0 0 1 435 1 435 4.10e-298 806 WP_055759832.1 MCS6996891.1 40.6 281 146 6 162 432 118 387 8.44e-42 150 MBR5510068.1 MBR5510068.1 100 414 0 0 1 414 1 414 7.23e-311 837 MBR2648677.1 MBR2648677.1 100 319 0 0 1 319 1 319 8.07e-244 659 MCR4426439.1 MCR4426439.1 100 390 0 0 1 390 1 390 8.89e-277 749 MCI8272365.1 MCI8272365.1 100 197 0 0 1 197 1 197 3.98e-131 364 MCI8272365.1 MBR5140322.1 37.9 174 77 6 1 159 6 163 1.32e-20 82.8 XP_023482372.1 XP_023482372.1 100 585 0 0 1 585 1 585 0.0 1018 MBT6563471.1 MBT6563471.1 100 458 0 0 1 458 1 458 0.0 906 MBT6563471.1 WP_035064005.1 49.3 458 228 4 3 457 12 468 1.14e-155 448 MBT6563471.1 WP_255895909.1 30.9 350 231 4 19 367 41 380 6.36e-49 170 KAI8393114.1 KAI8393114.1 100 342 0 0 1 342 1 342 4.46e-239 649 WP_067680410.1 WP_067680410.1 100 90 0 0 1 90 1 90 1.20e-67 195 WP_233292564.1 WP_233292564.1 100 385 0 0 1 385 1 385 2.57e-262 712 WP_049327990.1 WP_049327990.1 100 459 0 0 1 459 1 459 0.0 947 WP_049327990.1 WP_066046987.1 48.4 471 218 8 1 457 1 460 1.42e-157 452 WP_279961109.1 WP_279961109.1 100 399 0 0 1 399 1 399 2.75e-296 799 WP_279961109.1 WP_188200635.1 43.8 384 212 4 15 395 22 404 8.56e-103 308 KAH7576347.1 KAH7576347.1 100 508 0 0 1 508 1 508 0.0 913 KAI1260235.1 KAI1260235.1 100 300 0 0 1 300 1 300 1.96e-205 561 CAD0200323.1 CAD0200323.1 100 263 0 0 1 263 1 263 2.51e-203 552 MBO5874131.1 MBO5874131.1 100 121 0 0 1 121 1 121 1.59e-82 235 KZV16312.1 KZV16312.1 100 77 0 0 1 77 1 77 1.56e-46 141 CAF5136964.1 CAF5136964.1 100 233 0 0 1 233 1 233 1.27e-163 449 WP_251593142.1 WP_251593142.1 100 263 0 0 1 263 1 263 1.36e-182 500 WP_251593142.1 WP_042650033.1 30.5 259 161 3 5 259 5 248 3.86e-22 90.5 WP_251593142.1 WP_013845913.1 30.0 190 129 2 4 189 3 192 4.14e-15 71.2 WP_251593142.1 WP_259847195.1 25.5 263 182 5 3 259 4 258 5.50e-10 57.0 UJT06733.1 UJT06733.1 100 7092 0 0 1 7092 1 7092 0.0 13550 UJT06733.1 UMF87224.1 96.1 7092 274 0 1 7092 1 7092 0.0 13538 UJT06733.1 QWC83326.1 96.3 7096 258 2 1 7092 1 7096 0.0 13525 UJT06733.1 QVD87869.1 96.3 7093 264 1 1 7092 1 7093 0.0 13522 UJT06733.1 WEU87158.1 96.3 7096 261 2 1 7092 1 7096 0.0 13520 UJT06733.1 QSZ25555.1 96.2 7096 263 2 1 7092 1 7096 0.0 13519 UJT06733.1 UZO53924.1 96.2 7093 265 1 1 7092 1 7093 0.0 13518 UJT06733.1 UVB16817.1 96.3 7093 264 1 1 7092 1 7093 0.0 13517 UJT06733.1 URQ55824.1 96.2 7093 265 1 1 7092 1 7093 0.0 13517 UJT06733.1 UBP50947.1 96.2 7096 265 2 1 7092 1 7096 0.0 13511 UJT06733.1 UBD95131.1 96.2 7096 267 2 1 7092 1 7096 0.0 13506 UJT06733.1 UEC52718.1 96.1 7096 270 2 1 7092 1 7096 0.0 13500 UJT06733.1 UIR12670.1 96.1 7092 278 0 1 7092 1 7092 0.0 13483 UJT06733.1 QZU16279.1 95.9 7096 290 2 1 7092 1 7096 0.0 13451 UJT06733.1 UPA83906.1 95.8 7092 295 0 1 7092 1 7092 0.0 13441 UJT06733.1 UBR86455.1 95.4 7095 325 2 2 7092 1 7095 0.0 13369 UJT06733.1 UXX67934.1 95.3 7093 333 1 1 7092 1 7093 0.0 13356 UJT06733.1 UCP72061.1 95.1 7096 342 2 1 7092 1 7096 0.0 13329 UJT06733.1 UCP77012.1 95.1 7096 344 2 1 7092 1 7096 0.0 13326 UJT06733.1 UKN67998.1 95.0 7072 357 0 21 7092 1 7072 0.0 13253 UJT06733.1 WHE12941.1 94.7 7067 376 1 27 7092 1 7067 0.0 13205 UJT06733.1 UGA79226.1 94.0 7096 419 2 1 7092 1 7096 0.0 13151 UJT06733.1 UAQ80067.1 93.6 7096 451 2 1 7092 1 7096 0.0 13065 UJT06733.1 UVI10561.1 92.8 7066 507 1 28 7092 1 7066 0.0 12894 UJT06733.1 UOU30556.1 91.5 7093 601 1 1 7092 1 7093 0.0 12691 UJT06733.1 UMA88644.1 88.4 7071 823 0 22 7092 1 7071 0.0 12124 UJT06733.1 WAS49087.1 88.2 7093 838 1 1 7092 1 7093 0.0 12021 UJT06733.1 WGP98278.1 81.4 7096 1318 2 1 7092 1 7096 0.0 10959 UJT06733.1 ULA23837.2 94.3 4397 252 0 1 4397 1 4397 0.0 8020 UJT06733.1 UXH94526.1 94.2 4397 253 0 1 4397 1 4397 0.0 8015 UJT06733.1 QTD03487.1 94.0 4401 259 2 1 4397 1 4401 0.0 8002 UJT06733.1 QXR94354.1 94.0 4398 262 1 1 4397 1 4398 0.0 7998 UJT06733.1 UPP41269.1 94.0 4398 263 1 1 4397 1 4398 0.0 7998 UJT06733.1 QTM79632.1 94.0 4398 265 1 1 4397 1 4398 0.0 7997 UJT06733.1 USR14792.1 94.0 4398 264 1 1 4397 1 4398 0.0 7995 UJT06733.1 QTZ27226.1 93.9 4398 267 1 1 4397 1 4398 0.0 7992 UJT06733.1 UFM00670.1 93.9 4401 264 2 1 4397 1 4401 0.0 7989 UJT06733.1 UKU68032.1 94.0 4397 266 0 1 4397 1 4397 0.0 7987 UJT06733.1 UFM02602.1 93.9 4401 263 2 1 4397 1 4401 0.0 7987 UJT06733.1 UEC68750.1 93.9 4401 264 2 1 4397 1 4401 0.0 7987 UJT06733.1 UBL45068.1 93.9 4401 263 2 1 4397 1 4401 0.0 7986 UJT06733.1 UHM53165.1 93.9 4401 264 2 1 4397 1 4401 0.0 7984 UJT06733.1 UJV88611.1 92.3 4397 338 0 1 4397 1 4397 0.0 7825 UJT06733.1 UJJ97602.1 92.2 4397 344 0 1 4397 1 4397 0.0 7809 UJT06733.1 UJS94137.1 93.2 4292 292 0 106 4397 1 4292 0.0 7717 UJT06733.1 ULB83374.1 91.1 4397 392 0 1 4397 1 4397 0.0 7690 UJT06733.1 QRX02582.1 94.5 4098 222 2 1 4094 1 4098 0.0 7471 UJT06733.1 UGB98301.1 88.5 4401 502 2 1 4397 1 4401 0.0 7417 UJT06733.1 UFA30503.1 87.6 4340 536 2 27 4362 1 4340 0.0 7206 UJT06733.1 WGP70063.1 86.6 4369 583 2 1 4365 1 4369 0.0 7153 UJT06733.1 WEI27974.1 85.6 4398 634 1 1 4397 1 4398 0.0 7114 UJT06733.1 UNI03201.1 85.8 4374 618 2 27 4397 1 4374 0.0 7095 UJT06733.1 UEX07109.1 82.1 4375 777 2 27 4397 1 4375 0.0 6732 UJT06733.1 URP80785.1 77.1 4371 1002 1 28 4397 1 4371 0.0 6164 UJT06733.1 UYE49180.1 73.2 4398 1178 1 1 4397 1 4398 0.0 5705 UJT06733.1 UPB00876.1 71.4 4371 1249 1 28 4397 1 4371 0.0 5593 UJT06733.1 WGQ72821.1 61.8 4344 1657 2 26 4365 1 4344 0.0 4507 WP_070306574.1 WP_070306574.1 100 198 0 0 1 198 1 198 1.98e-136 378 XP_036098045.1 XP_036098045.1 100 137 0 0 1 137 1 137 7.75e-102 285 OGR46634.1 OGR46634.1 100 301 0 0 1 301 1 301 2.76e-226 613 OGR46634.1 NPV66369.1 63.1 301 108 3 3 300 2 302 3.73e-135 383 NXM52897.1 NXM52897.1 100 507 0 0 1 507 1 507 0.0 1041 NXM52897.1 WP_070172067.1 47.6 397 195 5 1 389 16 407 9.86e-121 367 NXM52897.1 WP_014985199.1 45.7 398 203 7 1 390 65 457 2.40e-104 326 NWT80859.1 NWT80859.1 100 259 0 0 1 259 1 259 6.81e-165 455 NWT80859.1 XP_009464764.1 57.9 57 24 0 150 206 278 334 1.01e-11 62.4 WP_269828627.1 WP_269828627.1 100 62 0 0 1 62 1 62 6.97e-41 125 TWT41731.1 TWT41731.1 100 713 0 0 1 713 1 713 0.0 1289 RMY79307.1 RMY79307.1 100 516 0 0 1 516 1 516 0.0 1075 KAF7818313.1 KAF7818313.1 100 541 0 0 1 541 1 541 0.0 1054 WP_045125019.1 WP_045125019.1 100 410 0 0 1 410 1 410 4.45e-255 696 WP_045125019.1 WP_001537381.1 40.4 312 158 10 93 391 39 335 1.53e-46 170 WP_045125019.1 MBS1222269.1 50.0 152 69 3 61 211 57 202 6.42e-33 121 WP_045125019.1 WP_247392216.1 36.9 203 118 3 104 305 84 277 1.08e-31 120 KOS38468.1 KOS38468.1 100 173 0 0 1 173 1 173 6.89e-127 352 KOS38468.1 KAJ3544539.1 40.7 54 31 1 1 54 714 766 2.64e-05 42.0 NUQ31250.1 NUQ31250.1 100 354 0 0 1 354 1 354 9.07e-245 665 NUQ31250.1 WP_008045531.1 25.7 304 171 7 98 347 452 754 1.99e-15 75.9 NUQ31250.1 GIC06559.1 25.8 298 167 8 103 347 429 725 6.23e-15 74.3 MCF7626618.1 MCF7626618.1 100 574 0 0 1 574 1 574 0.0 1126 MCH5207665.1 MCH5207665.1 100 234 0 0 1 234 1 234 1.13e-171 470 MCH5207665.1 WP_064779756.1 40.5 79 43 2 4 78 122 200 2.55e-10 57.8 MCH5207665.1 WP_124978582.1 39.3 56 34 0 4 59 3 58 1.36e-07 50.1 KAF3356825.1 KAF3356825.1 100 434 0 0 1 434 1 434 0.0 880 CJB10156.1 CJB10156.1 100 118 0 0 1 118 1 118 1.81e-82 235 RYE23003.1 RYE23003.1 100 307 0 0 1 307 1 307 8.52e-224 608 MBR0338720.1 MBR0338720.1 100 204 0 0 1 204 1 204 1.63e-147 406 MBF1375496.1 MBF1375496.1 100 1151 0 0 1 1151 1 1151 0.0 2221 KAJ8358812.1 KAJ8358812.1 100 948 0 0 1 948 1 948 0.0 1709 MBQ8641985.1 MBQ8641985.1 100 100 0 0 1 100 1 100 4.63e-72 207 XP_051592778.1 XP_051592778.1 100 358 0 0 1 358 1 358 2.00e-234 639 CAB1415528.1 CAB1415528.1 100 113 0 0 1 113 1 113 7.24e-73 210 WP_168166755.1 WP_168166755.1 100 235 0 0 1 235 1 235 1.49e-172 472 WP_168166755.1 WP_281498184.1 41.4 58 32 1 49 104 367 424 4.41e-04 39.3 WP_007993424.1 WP_007993424.1 100 84 0 0 1 84 1 84 1.73e-53 159 WP_007993424.1 WP_187029467.1 38.7 62 38 0 23 84 25 86 2.15e-10 50.4 MCM3872453.1 MCM3872453.1 100 74 0 0 1 74 1 74 7.47e-57 167 WP_098279309.1 WP_098279309.1 100 537 0 0 1 537 1 537 0.0 1072 WP_098279309.1 WP_068051662.1 42.3 532 293 7 2 527 5 528 2.30e-144 425 WP_098279309.1 TMQ04701.1 23.8 320 182 9 151 427 592 892 3.26e-17 83.6 AXB40829.1 AXB40829.1 100 350 0 0 1 350 1 350 8.33e-264 712 AXB40829.1 ADJ57888.1 73.0 344 93 0 1 344 2 345 2.49e-202 558 AXB40829.1 UNP33456.1 73.1 301 81 0 2 302 11 311 4.03e-170 474 AXB40829.1 BAI82636.1 68.0 206 66 0 63 268 1 206 1.82e-107 311 AXB40829.1 QYT38722.1 38.0 266 151 4 30 284 1 263 5.64e-56 182 XP_021507806.1 XP_021507806.1 100 1911 0 0 1 1911 1 1911 0.0 3462 XP_021507806.1 XP_005573423.1 72.1 2015 427 11 4 1911 2 1988 0.0 2566 XP_021507806.1 XP_048264533.1 48.3 1836 745 43 14 1720 16 1775 0.0 1257 XP_021507806.1 XP_042771424.1 24.6 1806 1084 47 119 1726 71 1796 1.36e-85 311 WP_092081374.1 WP_092081374.1 100 779 0 0 1 779 1 779 0.0 1439 WP_092081374.1 WP_231355705.1 61.8 740 279 2 4 743 3 738 8.19e-315 877 WP_092081374.1 PJJ44766.1 56.6 751 311 5 1 743 37 780 2.06e-285 804 WP_092081374.1 WP_206581849.1 43.0 760 378 8 4 720 3 750 1.72e-184 544 WP_092081374.1 NLZ92879.1 40.0 70 41 1 651 720 6 74 4.05e-09 53.9 WP_014772780.1 WP_014772780.1 100 720 0 0 1 720 1 720 0.0 1402 WP_014772780.1 MBP1765367.1 54.0 476 213 3 31 502 4 477 5.96e-180 520 WP_065766477.1 WP_065766477.1 100 473 0 0 1 473 1 473 0.0 937 WP_065766477.1 MBQ0048698.1 28.1 167 109 4 261 424 160 318 8.29e-09 55.5 AVO23223.1 AVO23223.1 100 68 0 0 1 68 1 68 4.80e-46 139 AVO23223.1 UFH83377.1 61.2 67 25 1 1 66 442 508 8.09e-20 79.3 WP_251231146.1 WP_251231146.1 100 233 0 0 1 233 1 233 2.25e-157 434 MBC7140825.1 MBC7140825.1 100 106 0 0 1 106 1 106 1.83e-74 214 WP_090378310.1 WP_090378310.1 100 469 0 0 1 469 1 469 0.0 872 XP_013258388.1 XP_013258388.1 100 686 0 0 1 686 1 686 0.0 1337 XP_013258388.1 CAF3478760.1 46.9 475 251 1 154 627 28 502 2.63e-155 457 WP_192106836.1 WP_192106836.1 100 292 0 0 1 292 1 292 8.77e-214 581 WP_192106836.1 WP_176958177.1 43.9 285 159 1 1 285 1 284 2.89e-81 246 WP_192106836.1 WP_278888642.1 37.7 273 169 1 1 272 5 277 1.03e-54 177 WP_192106836.1 AIA18772.1 46.1 154 82 1 1 153 1 154 2.22e-41 139 EIX9307167.1 EIX9307167.1 100 307 0 0 1 307 1 307 7.51e-218 593 EIX9307167.1 WP_230796143.1 36.0 272 171 2 11 282 1 269 8.74e-50 166 EIX9307167.1 WP_131914061.1 26.3 190 140 0 11 200 3 192 6.74e-19 83.6 NJL74459.1 NJL74459.1 100 177 0 0 1 177 1 177 5.15e-115 322 USR14792.1 USR14792.1 100 4402 0 0 1 4402 1 4402 0.0 8651 USR14792.1 UPP41269.1 99.9 4402 5 0 1 4402 1 4402 0.0 8640 USR14792.1 URQ55824.1 99.9 4398 4 0 1 4398 1 4398 0.0 8634 USR14792.1 UZO53924.1 99.9 4398 5 0 1 4398 1 4398 0.0 8633 USR14792.1 UVB16817.1 99.9 4398 5 0 1 4398 1 4398 0.0 8631 USR14792.1 QXR94354.1 99.6 4402 16 0 1 4402 1 4402 0.0 8616 USR14792.1 ULA23837.2 99.6 4402 16 1 1 4402 1 4401 0.0 8615 USR14792.1 QTM79632.1 99.6 4402 19 0 1 4402 1 4402 0.0 8615 USR14792.1 QTD03487.1 99.6 4405 16 1 1 4402 1 4405 0.0 8615 USR14792.1 UIR12670.1 99.7 4398 14 1 1 4398 1 4397 0.0 8613 USR14792.1 UXH94526.1 99.6 4402 17 1 1 4402 1 4401 0.0 8611 USR14792.1 QTZ27226.1 99.5 4402 21 0 1 4402 1 4402 0.0 8610 USR14792.1 QVD87869.1 99.7 4398 15 0 1 4398 1 4398 0.0 8610 USR14792.1 QWC83326.1 99.6 4401 13 1 1 4398 1 4401 0.0 8609 USR14792.1 QSZ25555.1 99.6 4401 15 1 1 4398 1 4401 0.0 8607 USR14792.1 UFM00670.1 99.5 4405 19 1 1 4402 1 4405 0.0 8605 USR14792.1 WEU87158.1 99.6 4401 15 1 1 4398 1 4401 0.0 8604 USR14792.1 UEC68750.1 99.5 4405 19 1 1 4402 1 4405 0.0 8603 USR14792.1 UBP50947.1 99.6 4401 16 1 1 4398 1 4401 0.0 8602 USR14792.1 QZU16279.1 99.6 4401 16 1 1 4398 1 4401 0.0 8602 USR14792.1 UPA83906.1 99.6 4398 18 1 1 4398 1 4397 0.0 8602 USR14792.1 UBD95131.1 99.6 4401 16 1 1 4398 1 4401 0.0 8601 USR14792.1 UMF87224.1 99.1 4398 38 1 1 4398 1 4397 0.0 8600 USR14792.1 UHM53165.1 99.5 4405 19 1 1 4402 1 4405 0.0 8600 USR14792.1 UFM02602.1 99.5 4405 19 1 1 4402 1 4405 0.0 8600 USR14792.1 UBL45068.1 99.5 4405 19 1 1 4402 1 4405 0.0 8598 USR14792.1 UEC52718.1 99.5 4401 20 1 1 4398 1 4401 0.0 8592 USR14792.1 UKU68032.1 99.3 4402 30 1 1 4402 1 4401 0.0 8583 USR14792.1 UKN67998.1 99.6 4378 15 1 21 4398 1 4377 0.0 8571 USR14792.1 UXX67934.1 98.4 4398 71 0 1 4398 1 4398 0.0 8473 USR14792.1 UBR86455.1 98.3 4400 71 1 2 4398 1 4400 0.0 8472 USR14792.1 UCP77012.1 97.9 4401 88 1 1 4398 1 4401 0.0 8433 USR14792.1 UCP72061.1 97.8 4401 92 1 1 4398 1 4401 0.0 8422 USR14792.1 UJV88611.1 97.7 4402 102 1 1 4402 1 4401 0.0 8420 USR14792.1 UAQ80067.1 97.7 4401 98 1 1 4398 1 4401 0.0 8411 USR14792.1 UJJ97602.1 97.5 4402 108 1 1 4402 1 4401 0.0 8404 USR14792.1 UOU30556.1 97.7 4398 103 0 1 4398 1 4398 0.0 8402 USR14792.1 UGA79226.1 97.1 4401 124 1 1 4398 1 4401 0.0 8344 USR14792.1 WHE12941.1 97.4 4372 115 0 27 4398 1 4372 0.0 8322 USR14792.1 UJS94137.1 98.7 4297 56 1 106 4402 1 4296 0.0 8312 USR14792.1 ULB83374.1 96.4 4402 156 1 1 4402 1 4401 0.0 8285 USR14792.1 UVI10561.1 96.2 4371 164 0 28 4398 1 4371 0.0 8204 USR14792.1 UGB98301.1 94.1 4405 257 1 1 4402 1 4405 0.0 8033 USR14792.1 UJT06733.1 94.0 4398 264 1 1 4398 1 4397 0.0 7995 USR14792.1 QRX02582.1 99.6 4098 13 1 1 4095 1 4098 0.0 7991 USR14792.1 UFA30503.1 93.2 4340 290 1 27 4363 1 4340 0.0 7817 USR14792.1 UMA88644.1 92.3 4377 334 1 22 4398 1 4376 0.0 7807 USR14792.1 WGP70063.1 92.2 4369 338 1 1 4366 1 4369 0.0 7762 USR14792.1 WEI27974.1 91.4 4402 378 0 1 4402 1 4402 0.0 7751 USR14792.1 UNI03201.1 91.4 4378 374 1 27 4402 1 4378 0.0 7710 USR14792.1 WGP98278.1 88.5 4364 497 1 1 4361 1 4364 0.0 7370 USR14792.1 UEX07109.1 87.8 4379 530 1 27 4402 1 4379 0.0 7351 USR14792.1 WAS49087.1 84.9 4398 662 0 1 4398 1 4398 0.0 7023 USR14792.1 URP80785.1 82.5 4375 764 0 28 4402 1 4375 0.0 6772 USR14792.1 UYE49180.1 76.9 4402 1016 0 1 4402 1 4402 0.0 6212 USR14792.1 UPB00876.1 76.7 4375 1020 0 28 4402 1 4375 0.0 6193 USR14792.1 WGQ72821.1 67.4 4344 1411 1 26 4366 1 4344 0.0 5118 WP_274124432.1 WP_274124432.1 100 310 0 0 1 310 1 310 5.48e-217 591 XP_008080365.1 XP_008080365.1 100 629 0 0 1 629 1 629 0.0 1285 XP_008080365.1 WP_257691625.1 45.1 559 284 8 76 626 1 544 3.49e-158 464 MCR5546513.1 MCR5546513.1 100 389 0 0 1 389 1 389 2.00e-293 791 WP_206548446.1 WP_206548446.1 100 494 0 0 1 494 1 494 0.0 956 WP_206548446.1 NOY97419.1 22.2 490 307 20 25 482 3 450 1.06e-19 90.9 YP_009340709.1 YP_009340709.1 100 228 0 0 1 228 1 228 1.74e-163 449 YP_009340709.1 AWQ28479.1 53.2 222 104 0 1 222 1 222 2.40e-87 256 HEC61404.1 HEC61404.1 100 165 0 0 1 165 1 165 1.98e-104 294 NWU63809.1 NWU63809.1 100 376 0 0 1 376 1 376 2.01e-275 744 MBU2720902.1 MBU2720902.1 100 429 0 0 1 429 1 429 7.31e-314 846 MBI2666778.1 MBI2666778.1 100 79 0 0 1 79 1 79 4.05e-52 155 WP_154503573.1 WP_154503573.1 100 525 0 0 1 525 1 525 0.0 1002 WP_154503573.1 MCQ2617452.1 46.7 120 56 3 1 120 1 112 3.58e-16 79.3 MCH61727.1 MCH61727.1 100 129 0 0 1 129 1 129 3.64e-94 265 MCH61727.1 AAX49003.1 96.6 59 2 0 71 129 1 59 4.82e-38 122 WP_035102910.1 WP_035102910.1 100 269 0 0 1 269 1 269 2.49e-197 538 WP_035102910.1 WP_233281725.1 33.3 243 122 6 27 264 2 209 1.23e-28 107 WP_035102910.1 MCO5064371.1 26.3 236 149 3 27 259 50 263 1.20e-12 64.7 MBR4902600.1 MBR4902600.1 100 406 0 0 1 406 1 406 1.07e-317 853 HAB03480.1 HAB03480.1 100 1098 0 0 1 1098 1 1098 0.0 2166 HAB03480.1 CKF71070.1 35.3 590 361 8 510 1091 170 746 2.43e-103 340 HAB03480.1 WP_230171322.1 36.4 574 331 11 521 1083 464 1014 5.62e-98 333 HAB03480.1 WP_018646673.1 33.6 482 308 6 616 1093 478 951 4.08e-83 289 HAB03480.1 MBF0143407.1 35.0 428 269 3 656 1082 633 1052 1.13e-67 246 HAB03480.1 WP_126679569.1 30.8 584 377 12 518 1086 226 797 3.23e-65 235 HAB03480.1 WP_159812831.1 37.0 281 152 7 550 817 131 399 5.41e-35 137 HAB03480.1 HCN71343.1 42.9 133 71 1 688 820 2 129 2.01e-26 103 HAB03480.1 MBI5333464.1 36.6 216 119 6 621 826 183 390 1.02e-23 103 HAB03480.1 WP_000484099.1 31.1 209 136 3 619 826 167 368 1.55e-21 96.3 HAB03480.1 WP_145544593.1 37.8 180 99 6 647 826 352 518 3.97e-18 87.4 HAB03480.1 WP_107169208.1 37.0 135 71 5 694 824 236 360 4.15e-16 79.7 HAB03480.1 WP_078732502.1 29.4 136 92 2 151 284 135 268 7.45e-12 67.4 WP_193655704.1 WP_193655704.1 100 248 0 0 1 248 1 248 5.84e-181 494 WP_032677416.1 WP_032677416.1 100 501 0 0 1 501 1 501 0.0 1004 WP_032677416.1 MBT4160670.1 25.9 313 193 10 171 475 6 287 5.70e-22 95.9 WP_032677416.1 WP_094151267.1 27.1 181 124 4 173 351 51 225 1.93e-12 67.4 MCS6996891.1 MCS6996891.1 100 396 0 0 1 396 1 396 2.11e-278 753 MCS6996891.1 WP_055759832.1 40.2 281 147 6 118 387 162 432 1.93e-47 166 MCS6996891.1 WP_041723747.1 39.1 233 134 5 118 347 46 273 2.52e-42 149 MCS6996891.1 MBF0357294.1 35.2 250 155 4 67 312 111 357 1.48e-35 136 EHZ4862226.1 EHZ4862226.1 100 1246 0 0 1 1246 1 1246 0.0 2612 EHZ4862226.1 EEW1536683.1 90.5 1246 118 0 1 1246 1 1246 0.0 2407 WP_159812831.1 WP_159812831.1 100 422 0 0 1 422 1 422 1.03e-289 784 WP_159812831.1 CKF71070.1 45.7 164 88 1 236 399 313 475 5.70e-34 132 WP_159812831.1 HAB03480.1 45.7 175 89 2 234 403 648 821 2.47e-33 131 WP_159812831.1 HCN71343.1 45.5 123 66 1 278 400 6 127 3.08e-28 106 WP_159812831.1 WP_230171322.1 38.0 163 100 1 241 403 598 759 3.05e-25 107 WP_159812831.1 WP_126679569.1 42.0 162 91 3 243 403 370 529 9.27e-23 99.4 WP_159812831.1 GHI39478.1 32.6 221 83 5 243 400 223 440 1.34e-16 79.7 MBP5726154.1 MBP5726154.1 100 237 0 0 1 237 1 237 4.64e-177 484 MBP5726154.1 OLA08565.1 53.6 237 108 2 1 237 1 235 2.00e-90 265 MBP5726154.1 KAI0095213.1 30.1 153 78 5 3 130 7 155 6.39e-11 59.3 MCE1252202.1 MCE1252202.1 100 532 0 0 1 532 1 532 0.0 1065 MCE1252202.1 WP_208504450.1 51.9 530 249 3 8 532 4 532 1.17e-177 509 MCE1252202.1 WP_087759142.1 21.6 384 244 15 17 380 5 351 1.24e-06 49.3 WP_069083484.1 WP_069083484.1 100 305 0 0 1 305 1 305 6.16e-216 588 WP_069083484.1 WP_062640876.1 31.7 303 190 3 6 300 3 296 2.44e-37 133 WP_158687193.1 WP_158687193.1 100 51 0 0 1 51 1 51 2.45e-34 108 WP_265775712.1 WP_265775712.1 100 209 0 0 1 209 1 209 1.39e-155 427 WP_265775712.1 WP_159117211.1 39.6 197 109 2 16 205 27 220 4.47e-49 158 KAG4938299.1 KAG4938299.1 100 338 0 0 1 338 1 338 1.06e-189 524 MCK6622141.1 MCK6622141.1 100 1218 0 0 1 1218 1 1218 0.0 2436 MCK6622141.1 MBK8382708.1 44.6 101 44 2 1125 1218 163 258 1.70e-18 85.1 UQT49937.1 UQT49937.1 100 58 0 0 1 58 1 58 8.52e-38 117 XP_049766603.1 XP_049766603.1 100 442 0 0 1 442 1 442 2.44e-298 817 WP_180076776.1 WP_180076776.1 100 209 0 0 1 209 1 209 1.14e-145 402 MCH2675159.1 MCH2675159.1 100 210 0 0 1 210 1 210 1.06e-155 427 WP_067123247.1 WP_067123247.1 100 400 0 0 1 400 1 400 1.19e-286 775 WP_184601943.1 WP_184601943.1 100 838 0 0 1 838 1 838 0.0 1627 WP_184601943.1 WP_000576638.1 45.7 771 408 4 41 801 35 804 5.91e-226 655 MCK5309055.1 MCK5309055.1 100 444 0 0 1 444 1 444 0.0 891 EIJ1046776.1 EIJ1046776.1 100 485 0 0 1 485 1 485 0.0 967 EIJ1046776.1 MBF1583063.1 41.9 480 274 3 6 482 5 482 3.26e-120 359 XP_044919701.1 XP_044919701.1 100 4396 0 0 1 4396 1 4396 0.0 8536 GIV84289.1 GIV84289.1 100 229 0 0 1 229 1 229 2.38e-166 456 GIV84289.1 WP_012236017.1 30.3 185 110 7 42 213 366 544 5.82e-14 68.9 MCB0346442.1 MCB0346442.1 100 79 0 0 1 79 1 79 1.94e-50 151 MBQ2465495.1 MBQ2465495.1 100 530 0 0 1 530 1 530 2.38e-299 818 AHN95135.1 AHN95135.1 100 127 0 0 1 127 1 127 2.48e-91 258 UOA67814.1 UOA67814.1 100 94 0 0 1 94 1 94 6.31e-65 189 UOA67814.1 YP_009745171.1 59.6 94 36 1 1 94 1 92 2.78e-36 116 XP_030087828.2 XP_030087828.2 100 777 0 0 1 777 1 777 0.0 1349 XP_030087828.2 KAG5994228.1 31.2 597 365 9 78 634 160 750 1.13e-67 238 MBR5943268.1 MBR5943268.1 100 177 0 0 1 177 1 177 6.80e-120 334 TND09120.1 TND09120.1 100 121 0 0 1 121 1 121 1.65e-75 218 WP_017549704.1 WP_017549704.1 100 233 0 0 1 233 1 233 3.11e-164 451 WP_225225222.1 WP_225225222.1 100 210 0 0 1 210 1 210 2.77e-142 394 WP_016360879.1 WP_016360879.1 100 512 0 0 1 512 1 512 0.0 1105 WP_278489123.1 WP_278489123.1 100 283 0 0 1 283 1 283 4.82e-202 551 WP_278489123.1 WP_197521413.1 35.1 268 144 5 27 277 21 275 3.72e-36 129 WP_278489123.1 WP_109219819.1 34.5 220 133 4 25 240 30 242 2.75e-31 118 WP_278489123.1 WP_237907640.1 32.6 230 150 3 31 259 22 247 1.01e-27 108 WP_278489123.1 WP_215557653.1 31.6 228 149 4 3 227 1 224 5.26e-26 101 WP_278489123.1 WP_060613079.1 32.6 224 132 6 24 237 355 569 5.85e-25 102 WP_278489123.1 WP_152652784.1 30.0 210 133 4 26 230 19 219 4.38e-24 97.4 WP_278489123.1 WP_107894076.1 30.4 257 143 10 1 234 1 244 2.14e-23 95.9 WP_278489123.1 EHR6291555.1 30.8 221 149 3 16 236 333 549 1.03e-22 95.9 WP_278489123.1 MBT3459617.1 30.0 220 133 6 28 236 1 210 1.35e-22 91.7 WP_278489123.1 WP_247749043.1 32.5 209 126 5 38 236 384 587 8.85e-22 93.2 WP_278489123.1 WP_142931103.1 29.2 243 143 7 3 238 1 221 1.93e-20 89.0 WP_278489123.1 WP_222599035.1 33.5 215 119 6 33 235 487 689 5.30e-19 85.1 WP_278489123.1 MBQ8297564.1 31.6 228 142 5 26 246 348 568 6.50e-19 84.7 WP_278489123.1 NFD84694.1 27.9 247 163 5 5 246 521 757 6.00e-18 82.0 WP_278489123.1 MBQ4454347.1 27.5 222 141 6 23 234 351 562 3.22e-17 79.7 WP_278489123.1 WP_036258374.1 29.3 208 133 5 28 228 344 544 6.80e-15 72.8 WP_278489123.1 WP_038440434.1 25.8 267 143 9 6 243 335 575 4.07e-14 70.5 NQY08093.1 NQY08093.1 100 95 0 0 1 95 1 95 7.07e-33 108 MBS3611729.1 MBS3611729.1 100 104 0 0 1 104 1 104 1.78e-71 206 MCP4111938.1 MCP4111938.1 100 77 0 0 1 77 1 77 1.62e-48 146 WP_000989932.1 WP_000989932.1 100 199 0 0 1 199 1 199 1.50e-136 378 WP_225123293.1 WP_225123293.1 100 203 0 0 1 203 1 203 6.18e-156 427 MBM3947147.1 MBM3947147.1 100 77 0 0 1 77 1 77 1.41e-60 176 WP_072694527.1 WP_072694527.1 100 376 0 0 1 376 1 376 5.76e-275 743 WP_072694527.1 MBR0212985.1 38.5 65 34 2 172 234 9 69 1.46e-04 41.2 EFE8261313.1 EFE8261313.1 100 813 0 0 1 813 1 813 0.0 1555 EFE8261313.1 ECU3870451.1 45.1 463 144 10 57 490 50 431 9.08e-100 330 KIR59352.1 KIR59352.1 100 432 0 0 1 432 1 432 8.33e-301 813 KAJ5238469.1 KAJ5238469.1 100 497 0 0 1 497 1 497 0.0 911 OGR49074.1 OGR49074.1 100 209 0 0 1 209 1 209 8.01e-146 402 OGR49074.1 WP_223329113.1 48.3 205 105 1 5 208 4 208 3.29e-63 193 CAG0273471.1 CAG0273471.1 100 212 0 0 1 212 1 212 7.39e-148 408 CAG0273471.1 EFB3581025.1 51.7 209 99 2 1 208 30 237 1.08e-69 211 CAG0273471.1 WP_250376457.1 32.8 189 115 2 5 181 25 213 2.20e-29 107 MBB1053783.1 MBB1053783.1 100 195 0 0 1 195 1 195 4.51e-136 377 WP_018160716.1 WP_018160716.1 100 206 0 0 1 206 1 206 3.71e-154 423 MBC7426139.1 MBC7426139.1 100 151 0 0 1 151 1 151 8.39e-106 296 WP_264507413.1 WP_264507413.1 100 70 0 0 1 70 1 70 2.64e-44 135 MBP1312051.1 MBP1312051.1 100 104 0 0 1 104 1 104 1.58e-74 214 VAI85984.1 VAI85984.1 100 1085 0 0 1 1085 1 1085 0.0 1974 VAI85984.1 XP_028766233.1 47.2 318 141 4 70 371 5 311 4.32e-83 284 WP_270570428.1 WP_270570428.1 100 512 0 0 1 512 1 512 0.0 1016 WP_270570428.1 WP_018187484.1 29.8 476 281 10 7 468 26 462 6.37e-64 214 WP_270570428.1 WP_233737742.1 27.4 588 317 14 6 511 17 576 5.26e-62 211 WP_270570428.1 QLP56207.1 28.2 461 283 7 5 456 11 432 5.26e-52 182 WP_270570428.1 WP_232790853.1 25.6 476 292 14 7 452 11 454 7.06e-32 126 QIX02502.1 QIX02502.1 100 256 0 0 1 256 1 256 1.87e-181 496 RKF23984.1 RKF23984.1 100 308 0 0 1 308 1 308 7.39e-182 502 KAJ0024505.1 KAJ0024505.1 100 123 0 0 1 123 1 123 9.49e-85 241 DAP78583.1 DAP78583.1 100 261 0 0 1 261 1 261 1.48e-185 507 XP_054751877.1 XP_054751877.1 100 663 0 0 1 663 1 663 0.0 1120 XP_054751877.1 XP_035812514.1 55.1 681 191 10 8 661 35 627 3.72e-222 631 KAG5001697.1 KAG5001697.1 100 259 0 0 1 259 1 259 1.01e-191 523 WP_282969582.1 WP_282969582.1 100 242 0 0 1 242 1 242 1.82e-181 495 GFV58109.1 GFV58109.1 100 101 0 0 1 101 1 101 1.87e-76 218 GFV58109.1 GFV68115.1 54.2 48 20 1 29 76 160 205 1.97e-10 53.5 WP_098137943.1 WP_098137943.1 100 302 0 0 1 302 1 302 1.21e-225 612 WP_105371864.1 WP_105371864.1 100 253 0 0 1 253 1 253 1.53e-174 479 QJA13926.1 QJA13926.1 100 54 0 0 1 54 1 54 1.18e-31 102 HCN70936.1 HCN70936.1 100 388 0 0 1 388 1 388 1.21e-257 700 WP_099639594.1 WP_099639594.1 100 125 0 0 1 125 1 125 9.80e-88 249 WP_096647361.1 WP_096647361.1 100 1048 0 0 1 1048 1 1048 0.0 1962 WP_096647361.1 WP_039608285.1 26.7 1037 725 16 5 1036 3 1009 7.16e-97 328 WP_096647361.1 WP_133325549.1 26.5 1060 710 20 6 1046 4 1013 5.26e-86 298 WP_096647361.1 WP_265225845.1 26.1 1061 725 19 10 1029 8 1050 3.15e-79 279 WP_096647361.1 WP_154963182.1 23.9 1057 713 28 10 1030 8 1009 5.35e-40 159 WP_096647361.1 MBT8462299.1 29.9 211 128 3 854 1044 1 211 4.71e-15 74.3 KAH7160752.1 KAH7160752.1 100 2016 0 0 1 2016 1 2016 0.0 3719 CAA2616064.1 CAA2616064.1 100 161 0 0 1 161 1 161 1.84e-98 279 WP_013571875.1 WP_013571875.1 100 482 0 0 1 482 1 482 0.0 970 WP_013571875.1 WP_057479385.1 49.0 467 234 4 5 470 13 476 6.40e-152 440 WP_013571875.1 WP_046325749.1 44.2 464 247 4 6 468 5 457 3.01e-131 386 WP_013571875.1 WP_208427233.1 38.0 295 160 8 5 294 3 279 7.85e-50 171 THZ10219.1 THZ10219.1 100 175 0 0 1 175 1 175 8.30e-120 334 WP_273946616.1 WP_273946616.1 100 362 0 0 1 362 1 362 3.58e-271 732 MCI7704736.1 MCI7704736.1 100 293 0 0 1 293 1 293 4.36e-194 531 MCI7704736.1 WP_152046331.1 39.7 267 160 1 24 290 23 288 3.86e-54 176 MCI7704736.1 WP_184130797.1 41.0 222 124 2 73 287 148 369 6.20e-53 175 MCI7704736.1 EGY4555186.1 40.7 273 156 1 25 291 27 299 1.06e-52 172 MCI7704736.1 WP_150461480.1 41.2 250 145 2 34 283 29 276 1.04e-48 162 MCI7704736.1 WP_073936403.1 32.0 269 179 1 24 288 32 300 1.91e-40 141 WP_063505693.1 WP_063505693.1 100 164 0 0 1 164 1 164 8.80e-112 313 WP_063505693.1 HCM9096811.1 68.6 156 49 0 7 162 8 163 5.17e-66 197 WP_063505693.1 MCI6491833.1 46.7 150 77 2 9 158 5 151 5.16e-36 121 OQP53277.1 OQP53277.1 100 74 0 0 1 74 1 74 5.53e-50 149 KAJ7660540.1 KAJ7660540.1 100 171 0 0 1 171 1 171 4.31e-120 334 XP_049776195.1 XP_049776195.1 100 948 0 0 1 948 1 948 0.0 1620 WP_235374454.1 WP_235374454.1 100 1049 0 0 1 1049 1 1049 0.0 2113 MBU4557481.1 MBU4557481.1 100 243 0 0 1 243 1 243 1.97e-156 432 WP_152718850.1 WP_152718850.1 100 1137 0 0 1 1137 1 1137 0.0 2303 CCD45280.1 CCD45280.1 100 511 0 0 1 511 1 511 0.0 1060 MCB2198743.1 MCB2198743.1 100 387 0 0 1 387 1 387 3.85e-290 782 WP_032993387.1 WP_032993387.1 100 476 0 0 1 476 1 476 0.0 942 WP_208665977.1 WP_208665977.1 100 1166 0 0 1 1166 1 1166 0.0 2268 WP_208665977.1 WP_274910452.1 24.9 1086 708 26 115 1166 80 1091 1.82e-84 296 WP_104329329.1 WP_104329329.1 100 342 0 0 1 342 1 342 3.06e-246 667 WP_252264110.1 WP_252264110.1 100 181 0 0 1 181 1 181 9.32e-138 380 WP_252264110.1 ACA34490.1 38.8 170 104 0 4 173 259 428 1.42e-34 125 UCF22071.1 UCF22071.1 100 377 0 0 1 377 1 377 1.35e-269 729 WP_276234417.1 WP_276234417.1 100 569 0 0 1 569 1 569 0.0 1122 WP_210363492.1 WP_210363492.1 100 288 0 0 1 288 1 288 4.66e-207 564 HJC81763.1 HJC81763.1 100 474 0 0 1 474 1 474 0.0 986 HJC81763.1 WP_131055803.1 39.3 481 258 11 4 468 5 467 1.58e-109 331 MBQ9697149.1 MBQ9697149.1 100 358 0 0 1 358 1 358 1.41e-250 680 MBQ9697149.1 WP_236777269.1 26.1 356 210 8 45 352 44 394 1.49e-21 93.2 WP_135952734.1 WP_135952734.1 100 427 0 0 1 427 1 427 4.60e-320 861 WP_135952734.1 WP_250703775.1 23.7 427 264 14 7 414 7 390 3.85e-16 78.2 WP_121369366.1 WP_121369366.1 100 153 0 0 1 153 1 153 3.14e-102 288 RHQ28634.1 RHQ28634.1 100 1389 0 0 1 1389 1 1389 0.0 2542 XP_052906513.1 XP_052906513.1 100 288 0 0 1 288 1 288 3.46e-218 592 ONM12286.1 ONM12286.1 100 331 0 0 1 331 1 331 2.34e-249 674 RIK81456.1 RIK81456.1 100 759 0 0 1 759 1 759 0.0 1555 AFP41217.1 AFP41217.1 100 220 0 0 1 220 1 220 1.80e-120 339 SQC43367.1 SQC43367.1 100 92 0 0 1 92 1 92 2.60e-63 184 ACY29573.1 ACY29573.1 100 435 0 0 1 435 1 435 0.0 895 ACY29573.1 AFV39595.1 91.3 435 38 0 1 435 54 488 1.75e-300 835 ACY29573.1 AFJ09957.1 92.0 413 33 0 1 413 1 413 6.65e-294 795 ACY29573.1 QWY38042.1 90.8 400 37 0 1 400 1 400 1.55e-282 766 ACY29573.1 ACH90072.1 91.8 352 29 0 1 352 29 380 2.92e-250 683 ACY29573.1 BAO23243.1 91.3 343 30 0 1 343 1 343 1.05e-243 665 ACY29573.1 BAO11608.1 92.6 339 25 0 1 339 1 339 1.83e-243 664 ACY29573.1 AVA00513.1 91.2 339 30 0 1 339 1 339 3.36e-239 654 ACY29573.1 AOW36968.1 88.6 333 38 0 17 349 1 333 6.08e-229 627 ACY29573.1 AOW33101.1 92.8 318 23 0 17 334 1 318 1.35e-226 621 ACY29573.1 ACV16867.1 93.0 301 21 0 100 400 1 301 4.42e-214 588 ACY29573.1 ARR91819.1 85.3 306 44 1 1 305 1 306 2.25e-192 534 ACY29573.1 ADB27070.1 92.4 210 16 0 137 346 1 210 2.53e-146 413 ACY29573.1 ABJ92889.1 77.1 96 22 0 4 99 1 96 1.01e-53 172 WP_096277301.1 WP_096277301.1 100 461 0 0 1 461 1 461 0.0 890 WP_096277301.1 WP_160762600.1 29.5 444 277 13 30 460 46 466 5.76e-48 169 WP_096277301.1 MBW7885425.1 30.9 437 284 11 29 459 36 460 1.61e-47 169 WP_096277301.1 MBT3931813.1 34.7 193 117 3 276 460 10 201 1.69e-29 112 MCD8323718.1 MCD8323718.1 100 256 0 0 1 256 1 256 2.28e-182 499 MBE6889650.1 MBE6889650.1 100 230 0 0 1 230 1 230 1.21e-155 429 WP_099922565.1 WP_099922565.1 100 287 0 0 1 287 1 287 2.99e-198 541 WP_102140144.1 WP_102140144.1 100 279 0 0 1 279 1 279 1.07e-212 577 MCB0174630.1 MCB0174630.1 100 516 0 0 1 516 1 516 0.0 993 MCB0174630.1 MCE0539567.1 32.5 228 119 3 301 494 169 395 1.44e-18 86.3 XP_021727484.1 XP_021727484.1 100 335 0 0 1 335 1 335 8.78e-247 668 XP_021727484.1 KAJ1283197.1 38.2 306 179 3 35 334 42 343 6.27e-63 202 MBR1383934.1 MBR1383934.1 100 230 0 0 1 230 1 230 4.44e-167 458 MCF8391604.1 MCF8391604.1 100 442 0 0 1 442 1 442 0.0 873 MCF8391604.1 WP_244349102.1 44.4 486 219 7 1 436 1 485 1.59e-126 374 XP_033082621.1 XP_033082621.1 100 320 0 0 1 320 1 320 2.03e-233 633 SHM84371.1 SHM84371.1 100 522 0 0 1 522 1 522 0.0 1019 KAB2860347.1 KAB2860347.1 100 117 0 0 1 117 1 117 1.49e-76 220 KAB2860347.1 AHG02917.1 47.0 117 62 0 1 117 195 311 1.31e-29 106 KAB2860347.1 MBX7055839.1 49.1 116 58 1 1 115 209 324 6.36e-28 102 KAB2860347.1 KAB2647529.1 42.7 117 67 0 1 117 188 304 1.23e-27 101 KAB2860347.1 MBE7554905.1 46.1 115 62 0 1 115 221 335 2.98e-26 98.2 KAB2860347.1 MBB3097508.1 40.2 117 70 0 1 117 181 297 4.72e-25 94.4 KAB2860347.1 WP_149656427.1 40.9 115 68 0 1 115 209 323 1.95e-23 90.5 KAB2860347.1 WP_239280620.1 41.2 114 67 0 1 114 204 317 2.62e-23 90.1 KAH9439214.1 KAH9439214.1 100 1246 0 0 1 1246 1 1246 0.0 2160 CAA9477187.1 CAA9477187.1 100 84 0 0 1 84 1 84 1.87e-39 124 TMQ35121.1 TMQ35121.1 100 70 0 0 1 70 1 70 7.30e-42 129 MBV8739832.1 MBV8739832.1 100 77 0 0 1 77 1 77 3.97e-49 147 WP_165801127.1 WP_165801127.1 100 88 0 0 1 88 1 88 3.79e-61 179 WP_114947928.1 WP_114947928.1 100 464 0 0 1 464 1 464 0.0 869 WP_114947928.1 TVO55343.1 48.1 424 209 3 12 427 33 453 1.50e-112 339 WP_114947928.1 NCS37471.1 29.2 411 255 13 30 419 35 430 2.63e-26 110 WP_114947928.1 MBN1133474.1 27.3 432 274 12 4 415 9 420 3.40e-22 97.8 WP_114947928.1 WP_108596398.1 25.3 407 262 11 20 408 31 413 3.29e-09 57.0 WP_114947928.1 KAI1051942.1 22.1 348 200 11 120 410 338 671 5.46e-07 50.4 CAE6513018.1 CAE6513018.1 100 878 0 0 1 878 1 878 0.0 1702 WP_279059865.1 WP_279059865.1 100 1108 0 0 1 1108 1 1108 0.0 2172 WP_279059865.1 NTZ64221.1 40.6 1091 594 15 34 1078 28 1110 3.32e-246 728 WP_279059865.1 MCM8621761.1 34.3 1092 639 31 34 1075 50 1113 1.69e-149 475 WP_010299410.1 WP_010299410.1 100 56 0 0 1 56 1 56 2.56e-37 118 MXS72767.1 MXS72767.1 100 865 0 0 1 865 1 865 0.0 1730 MXS72767.1 WP_129053209.1 29.9 894 541 29 15 865 7 857 2.98e-95 316 MCI9320818.1 MCI9320818.1 100 207 0 0 1 207 1 207 7.76e-152 417 MCI9320818.1 WP_079396843.1 41.5 200 115 2 1 199 1 199 8.14e-54 169 MCI9320818.1 MBD5153813.1 47.1 204 100 4 1 198 1 202 2.61e-53 168 MCI9320818.1 WP_197744369.1 42.9 203 110 3 2 199 4 205 3.56e-52 165 MBK6509184.1 MBK6509184.1 100 590 0 0 1 590 1 590 0.0 1079 MBK6509184.1 WP_255073759.1 44.2 541 297 3 6 542 8 547 3.79e-140 419 MBK6509184.1 MVA71646.1 39.4 554 327 5 4 552 9 558 1.25e-116 357 HAW15717.1 HAW15717.1 100 947 0 0 1 947 1 947 0.0 1699 QGZ94761.1 QGZ94761.1 100 191 0 0 1 191 1 191 2.85e-137 379 WP_031876812.1 WP_031876812.1 100 388 0 0 1 388 1 388 1.28e-284 768 WP_031876812.1 WP_240755700.1 32.1 193 122 8 115 304 114 300 8.47e-09 55.5 CAI2192293.1 CAI2192293.1 100 409 0 0 1 409 1 409 1.03e-248 679 QQR61334.1 QQR61334.1 100 193 0 0 1 193 1 193 1.41e-138 383 CAH3164498.1 CAH3164498.1 100 299 0 0 1 299 1 299 1.86e-223 606 WP_131506707.1 WP_131506707.1 100 731 0 0 1 731 1 731 0.0 1525 WP_229055514.1 WP_229055514.1 100 157 0 0 1 157 1 157 1.13e-115 322 WP_229055514.1 WP_028779961.1 34.7 72 33 1 21 78 21 92 3.58e-11 56.6 WP_229055514.1 MBN1882318.1 25.0 104 75 1 31 134 54 154 5.04e-10 53.9 NLB38271.1 NLB38271.1 100 240 0 0 1 240 1 240 3.12e-172 472 NLB38271.1 WP_278643529.1 36.4 220 137 2 15 233 74 291 2.69e-39 136 NLB38271.1 WP_224045636.1 29.7 232 153 5 2 229 1 226 1.15e-24 96.3 NLB38271.1 WP_177525402.1 30.3 238 144 7 3 232 63 286 4.45e-20 87.0 WP_070443635.1 WP_070443635.1 100 241 0 0 1 241 1 241 3.51e-174 477 WP_070443635.1 WP_210473185.1 39.7 204 113 4 46 241 67 268 4.53e-38 132 WP_015957503.1 WP_015957503.1 100 632 0 0 1 632 1 632 0.0 1248 WP_117183207.1 WP_117183207.1 100 404 0 0 1 404 1 404 4.82e-304 819 WP_117183207.1 WP_223565913.1 47.4 392 198 4 12 398 11 399 2.44e-129 376 WP_199911565.1 WP_199911565.1 100 551 0 0 1 551 1 551 0.0 1132 SON95852.1 SON95852.1 100 72 0 0 1 72 1 72 1.89e-47 143 AAV77137.1 AAV77137.1 100 377 0 0 1 377 1 377 4.58e-277 748 MBU7572244.1 MBU7572244.1 100 161 0 0 1 161 1 161 1.87e-116 324 MBU7572244.1 WP_188888464.1 36.6 71 43 1 61 131 49 117 8.29e-07 45.4 WP_110005820.1 WP_110005820.1 100 174 0 0 1 174 1 174 4.93e-107 301 XP_021713690.1 XP_021713690.1 100 414 0 0 1 414 1 414 5.69e-308 830 OGH56711.1 OGH56711.1 100 364 0 0 1 364 1 364 2.28e-259 702 MBX7055839.1 MBX7055839.1 100 326 0 0 1 326 1 326 2.85e-227 618 MBX7055839.1 AHG02917.1 40.5 321 169 3 8 323 5 308 2.55e-70 219 MBX7055839.1 MBB3097508.1 42.6 265 143 4 62 324 38 295 5.13e-59 190 MBX7055839.1 MBE7554905.1 31.3 348 191 5 8 324 5 335 4.98e-53 176 MBX7055839.1 WP_239280620.1 35.2 304 170 5 29 323 32 317 8.42e-50 167 MBX7055839.1 WP_149656427.1 28.5 330 197 6 17 325 13 324 5.23e-37 133 MBX7055839.1 WP_208042111.1 29.0 300 185 5 35 325 32 312 9.09e-31 116 MBX7055839.1 KAB2860347.1 49.1 116 58 1 209 324 1 115 8.61e-29 105 WP_011965948.1 WP_011965948.1 100 148 0 0 1 148 1 148 9.50e-115 319 WP_240469694.1 WP_240469694.1 100 429 0 0 1 429 1 429 1.37e-318 858 WP_240469694.1 BBC91732.1 25.7 171 119 2 20 184 2 170 3.46e-06 47.4 MBQ4570877.1 MBQ4570877.1 100 937 0 0 1 937 1 937 0.0 1674 XP_007323069.1 XP_007323069.1 100 195 0 0 1 195 1 195 1.40e-139 385 WP_126255586.1 WP_126255586.1 100 202 0 0 1 202 1 202 1.62e-137 381 MBF6603381.1 MBF6603381.1 100 312 0 0 1 312 1 312 4.26e-231 627 MBA3289554.1 MBA3289554.1 100 84 0 0 1 84 1 84 1.08e-56 167 WP_212377792.1 WP_212377792.1 100 144 0 0 1 144 1 144 4.94e-97 274 KAJ0239815.1 KAJ0239815.1 100 398 0 0 1 398 1 398 1.53e-297 802 KFP59321.1 KFP59321.1 100 560 0 0 1 560 1 560 0.0 1098 MCA9949067.1 MCA9949067.1 100 151 0 0 1 151 1 151 1.24e-107 301 WP_229048323.1 WP_229048323.1 100 687 0 0 1 687 1 687 0.0 1385 VAX76432.1 VAX76432.1 100 587 0 0 1 587 1 587 0.0 1144 VAX76432.1 WP_278084771.1 30.2 566 356 13 24 564 223 774 2.62e-56 201 VAX76432.1 PIQ07033.1 25.4 524 348 12 22 535 5 495 4.87e-42 157 VAX76432.1 WP_131284109.1 24.7 441 257 18 165 558 76 488 1.54e-17 84.0 VAX76432.1 MBQ2895174.1 23.6 258 140 6 122 330 179 428 2.08e-11 64.7 WP_138447205.1 WP_138447205.1 100 171 0 0 1 171 1 171 8.08e-125 346 PJC69268.1 PJC69268.1 100 219 0 0 1 219 1 219 8.35e-162 444 WP_094207656.1 WP_094207656.1 100 239 0 0 1 239 1 239 1.33e-177 485 XP_032812066.1 XP_032812066.1 100 243 0 0 1 243 1 243 6.85e-182 496 XP_032812066.1 WP_092156886.1 36.8 155 96 1 9 163 10 162 3.90e-26 99.0 XP_032812066.1 WP_247498151.1 34.8 155 95 3 9 160 16 167 2.94e-17 75.9 MBP3509218.1 MBP3509218.1 100 612 0 0 1 612 1 612 0.0 1225 MBP3509218.1 MBQ2777352.1 57.7 607 256 1 1 607 1 606 4.23e-250 699 MBP3509218.1 NQU26924.1 32.8 472 289 9 137 599 463 915 4.61e-66 232 MBP3509218.1 EHP6050825.1 33.4 428 265 7 127 535 226 652 1.08e-61 214 MBP3509218.1 MCK9987173.1 32.8 491 294 15 132 597 12 491 5.01e-54 192 MBP3509218.1 OQC16336.1 27.6 199 114 7 185 369 420 602 9.14e-11 63.2 XP_005720745.1 XP_005720745.1 100 344 0 0 1 344 1 344 3.62e-255 690 WP_138289979.1 WP_138289979.1 100 616 0 0 1 616 1 616 0.0 1174 WP_138289979.1 WP_274285032.1 49.1 466 231 1 3 468 15 474 5.91e-156 455 KAJ6676972.1 KAJ6676972.1 100 662 0 0 1 662 1 662 0.0 1288 WP_175692337.1 WP_175692337.1 100 355 0 0 1 355 1 355 2.90e-262 709 WP_175692337.1 WP_276533217.1 59.4 330 130 2 21 348 12 339 8.12e-133 407 MBT6370142.1 MBT6370142.1 100 189 0 0 1 189 1 189 9.56e-135 373 KVK44743.1 KVK44743.1 100 64 0 0 1 64 1 64 1.89e-39 122 KVK44743.1 MBE1289959.1 72.1 61 16 1 1 61 4 63 2.11e-23 82.0 WP_271960159.1 WP_271960159.1 100 1016 0 0 1 1016 1 1016 0.0 2089 WP_271960159.1 KAA0234643.1 44.7 972 457 15 60 1016 23 928 1.61e-268 774 WP_072974645.1 WP_072974645.1 100 236 0 0 1 236 1 236 8.31e-175 478 WP_071809692.1 WP_071809692.1 100 157 0 0 1 157 1 157 2.66e-105 296 EGR0469058.1 EGR0469058.1 100 149 0 0 1 149 1 149 8.11e-112 311 WP_199497249.1 WP_199497249.1 100 231 0 0 1 231 1 231 2.98e-161 443 WP_012964108.1 WP_012964108.1 100 240 0 0 1 240 1 240 8.65e-179 488 WP_012964108.1 AWQ28479.1 31.6 174 101 3 69 229 56 224 2.61e-26 100 WP_109900609.1 WP_109900609.1 100 513 0 0 1 513 1 513 0.0 1008 MBU6501496.1 MBU6501496.1 100 499 0 0 1 499 1 499 0.0 942 MBU6501496.1 EIO1807611.1 37.3 501 248 11 6 480 14 474 3.02e-61 207 MBU6501496.1 RGG06187.1 27.3 447 274 10 56 480 44 461 2.91e-24 103 CAD7420625.1 CAD7420625.1 100 173 0 0 1 173 1 173 1.98e-126 350 XP_055449440.1 XP_055449440.1 100 421 0 0 1 421 1 421 0.0 866 GAP70049.1 GAP70049.1 100 270 0 0 1 270 1 270 1.09e-196 536 GAP70049.1 MCM1185292.1 47.2 265 136 1 3 267 9 269 1.60e-82 248 WP_070770047.1 WP_070770047.1 100 1230 0 0 1 1230 1 1230 0.0 2413 WP_070770047.1 WP_156009076.1 63.4 1188 425 5 1 1181 1 1185 0.0 1498 WP_070770047.1 WP_012573472.1 53.3 1186 519 12 6 1173 12 1180 0.0 1231 WP_070770047.1 NJD91181.1 46.3 1113 561 15 83 1171 1 1100 0.0 936 WP_070770047.1 MBE6348968.1 42.7 679 372 10 495 1163 5 676 5.72e-180 544 MBK8529220.1 MBK8529220.1 100 171 0 0 1 171 1 171 6.38e-122 339 WP_239984652.1 WP_239984652.1 100 177 0 0 1 177 1 177 8.97e-125 347 MBR0417215.1 MBR0417215.1 100 181 0 0 1 181 1 181 3.37e-131 363 XP_048264533.1 XP_048264533.1 100 2024 0 0 1 2024 1 2024 0.0 3717 XP_048264533.1 XP_005573423.1 44.9 2016 924 37 16 1968 12 1904 0.0 1396 XP_048264533.1 XP_021507806.1 47.8 1832 760 37 16 1775 14 1720 0.0 1267 XP_048264533.1 XP_042771424.1 24.8 1792 1122 46 188 1833 128 1839 2.44e-95 343 MCD8297279.1 MCD8297279.1 100 946 0 0 1 946 1 946 0.0 1832 MCD8297279.1 WP_237034910.1 26.4 258 164 8 107 343 105 357 1.45e-14 76.6 MCD8297279.1 WP_052125494.1 28.1 199 120 3 107 282 108 306 1.90e-14 76.3 XP_033559743.1 XP_033559743.1 100 224 0 0 1 224 1 224 1.24e-170 466 MBE6139600.1 MBE6139600.1 100 776 0 0 1 776 1 776 0.0 1414 MBE6139600.1 MCL2039304.1 34.2 310 176 6 462 752 6 306 1.76e-36 138 MBE6139600.1 SCX00186.1 28.7 324 184 9 466 756 30 339 2.34e-23 100 MBE6139600.1 WP_131001993.1 26.4 284 195 6 463 739 11 287 4.78e-22 96.3 AEF02257.1 AEF02257.1 100 126 0 0 1 126 1 126 5.23e-88 249 MCL7045034.1 MCL7045034.1 100 151 0 0 1 151 1 151 3.68e-100 282 XP_019019020.1 XP_019019020.1 100 623 0 0 1 623 1 623 0.0 1241 WP_213520007.1 WP_213520007.1 100 302 0 0 1 302 1 302 3.44e-216 588 WP_213520007.1 QUL58516.1 36.7 283 172 6 18 295 1 281 1.18e-54 177 XP_039699416.1 XP_039699416.1 100 373 0 0 1 373 1 373 9.59e-277 747 WP_112530108.1 WP_112530108.1 100 290 0 0 1 290 1 290 8.06e-209 568 XP_045648298.1 XP_045648298.1 100 309 0 0 1 309 1 309 8.53e-225 610 WP_143281017.1 WP_143281017.1 100 157 0 0 1 157 1 157 3.71e-109 306 WP_143281017.1 WP_007404414.1 56.3 144 63 0 13 156 4 147 3.61e-51 164 RYH76248.1 RYH76248.1 100 279 0 0 1 279 1 279 1.38e-199 544 AGB19176.1 AGB19176.1 100 225 0 0 1 225 1 225 5.40e-161 442 KUI47647.1 KUI47647.1 100 73 0 0 1 73 1 73 3.10e-51 152 NWV34805.1 NWV34805.1 100 976 0 0 1 976 1 976 0.0 1951 KEP75282.1 KEP75282.1 100 193 0 0 1 193 1 193 5.50e-136 376 KEP75282.1 MBL7705960.1 53.4 178 83 0 11 188 7 184 1.31e-66 201 WP_266441326.1 WP_266441326.1 100 493 0 0 1 493 1 493 0.0 969 WP_266727676.1 WP_266727676.1 100 450 0 0 1 450 1 450 0.0 928 WP_266727676.1 MBN2399180.1 41.7 403 233 2 32 432 121 523 4.08e-114 345 PPU96251.1 PPU96251.1 100 75 0 0 1 75 1 75 3.32e-47 142 WP_258598016.1 WP_258598016.1 100 321 0 0 1 321 1 321 6.85e-237 642 WP_107021410.1 WP_107021410.1 100 240 0 0 1 240 1 240 3.21e-165 454 MBQ8064675.1 MBQ8064675.1 100 300 0 0 1 300 1 300 5.71e-182 501 WP_087299666.1 WP_087299666.1 100 201 0 0 1 201 1 201 4.89e-152 417 WP_134667128.1 WP_134667128.1 100 74 0 0 1 74 1 74 6.48e-49 147 MBI4875790.1 MBI4875790.1 100 405 0 0 1 405 1 405 1.70e-318 855 MBI4875790.1 ECA9858842.1 30.5 377 232 11 29 394 26 383 2.30e-57 191 WP_196222422.1 WP_196222422.1 100 205 0 0 1 205 1 205 1.62e-143 396 MBT3564223.1 MBT3564223.1 100 572 0 0 1 572 1 572 0.0 1195 SBS78954.1 SBS78954.1 100 111 0 0 1 111 1 111 9.23e-75 215 MBN2371430.1 MBN2371430.1 100 379 0 0 1 379 1 379 3.77e-277 749 WP_219287479.1 WP_219287479.1 100 302 0 0 1 302 1 302 5.31e-220 598 WP_219287479.1 HBX8004802.1 26.3 114 79 3 3 115 13 122 1.89e-05 43.9 WP_175630420.1 WP_175630420.1 100 157 0 0 1 157 1 157 5.18e-112 313 HAA51207.1 HAA51207.1 100 345 0 0 1 345 1 345 4.44e-261 705 XP_001681736.1 XP_001681736.1 100 343 0 0 1 343 1 343 1.27e-259 701 WP_282575598.1 WP_282575598.1 100 241 0 0 1 241 1 241 8.38e-157 433 WP_252418399.1 WP_252418399.1 100 259 0 0 1 259 1 259 6.52e-163 450 UYE59123.1 UYE59123.1 100 416 0 0 1 416 1 416 2.08e-226 624 UYE59123.1 UGY43725.1 81.6 419 74 1 1 416 1 419 1.54e-210 583 UYE59123.1 UBA80202.1 97.1 277 8 0 140 416 143 419 2.91e-165 469 MCO5330244.1 MCO5330244.1 100 428 0 0 1 428 1 428 2.07e-276 751 MCO5330244.1 WP_252541609.1 40.2 122 66 2 306 427 278 392 1.06e-16 79.7 KAI7478392.1 KAI7478392.1 100 165 0 0 1 165 1 165 3.56e-107 301 WP_065888604.1 WP_065888604.1 100 247 0 0 1 247 1 247 4.44e-180 492 WP_065888604.1 WP_099529629.1 43.2 220 122 3 4 221 7 225 1.11e-46 154 WP_277412281.1 WP_277412281.1 100 241 0 0 1 241 1 241 3.81e-178 487 MBR6382124.1 MBR6382124.1 100 178 0 0 1 178 1 178 4.61e-123 342 EER9391136.1 EER9391136.1 100 290 0 0 1 290 1 290 6.35e-206 561 EER9391136.1 EIM4841263.1 41.9 93 54 0 198 290 244 336 1.58e-15 75.1 WP_086711488.1 WP_086711488.1 100 868 0 0 1 868 1 868 0.0 1727 WP_086711488.1 WP_097641037.1 64.3 869 307 2 1 866 1 869 0.0 1128 WP_086711488.1 WP_102477257.1 54.9 867 367 8 6 867 5 852 0.0 932 WP_086711488.1 RWX51021.1 54.2 548 230 6 9 536 8 554 2.95e-198 575 WP_064962354.1 WP_064962354.1 100 454 0 0 1 454 1 454 0.0 884 WP_064962354.1 WP_168945101.1 26.7 367 230 14 1 346 1 349 3.12e-17 82.0 MAD47294.1 MAD47294.1 100 577 0 0 1 577 1 577 0.0 1089 MAD47294.1 WP_274885772.1 34.6 569 313 12 31 554 34 588 3.41e-90 288 NRJ54907.1 NRJ54907.1 100 266 0 0 1 266 1 266 3.55e-175 481 NRJ54907.1 MCB3018266.1 97.8 267 5 1 1 266 1 267 2.77e-170 469 WP_062336768.1 WP_062336768.1 100 186 0 0 1 186 1 186 1.71e-122 342 WP_062336768.1 UJW35797.1 40.0 60 36 0 18 77 18 77 5.73e-07 46.2 KAF9035758.1 KAF9035758.1 100 425 0 0 1 425 1 425 2.67e-298 806 MSW56406.1 MSW56406.1 100 68 0 0 1 68 1 68 1.82e-41 127 MCC6537716.1 MCC6537716.1 100 200 0 0 1 200 1 200 3.69e-117 329 WP_277778661.1 WP_277778661.1 100 115 0 0 1 115 1 115 2.06e-82 234 WP_262615610.1 WP_262615610.1 100 286 0 0 1 286 1 286 3.05e-211 574 WP_135771669.1 WP_135771669.1 100 414 0 0 1 414 1 414 1.93e-315 848 CDX53829.1 CDX53829.1 100 278 0 0 1 278 1 278 7.09e-197 537 TXH71851.1 TXH71851.1 100 37 0 0 1 37 1 37 5.72e-23 79.0 XP_055095726.1 XP_055095726.1 100 660 0 0 1 660 1 660 0.0 1199 XP_055095726.1 RSL59427.1 31.1 395 197 9 209 603 86 405 9.72e-42 156 XP_055095726.1 CZT45482.1 27.1 436 225 11 195 603 98 467 1.07e-25 111 XP_055095726.1 XP_023589550.1 27.0 370 205 8 237 603 135 442 5.15e-24 105 XP_055095726.1 GEU53557.1 26.6 380 208 12 237 609 135 450 6.65e-24 104 WP_209402264.1 WP_209402264.1 100 237 0 0 1 237 1 237 2.30e-177 484 MBK6277277.1 MBK6277277.1 100 179 0 0 1 179 1 179 2.88e-122 340 WP_064229784.1 WP_064229784.1 100 211 0 0 1 211 1 211 5.91e-158 433 WP_271272236.1 WP_271272236.1 100 386 0 0 1 386 1 386 1.06e-291 786 WP_271272236.1 WP_224014827.1 44.9 374 204 2 9 382 15 386 2.67e-105 314 WP_271272236.1 WP_130670507.1 43.3 374 205 4 15 386 25 393 1.50e-97 294 WP_271272236.1 TVP67793.1 40.2 381 223 5 5 382 21 399 3.12e-87 268 WP_271272236.1 MCB0793211.1 34.0 382 247 5 7 385 12 391 1.15e-61 202 WP_271272236.1 EMD83093.1 32.2 401 232 14 19 385 50 444 1.95e-46 163 EGQ64116.1 EGQ64116.1 100 247 0 0 1 247 1 247 1.08e-171 471 WP_271145842.1 WP_271145842.1 100 263 0 0 1 263 1 263 5.39e-189 516 WP_176051587.1 WP_176051587.1 100 338 0 0 1 338 1 338 3.91e-231 629 WP_176051587.1 MBS9779527.1 44.7 338 170 4 3 324 2 338 1.64e-89 270 WP_076519206.1 WP_076519206.1 100 665 0 0 1 665 1 665 0.0 1231 KAI9912466.1 KAI9912466.1 100 374 0 0 1 374 1 374 5.59e-281 758 KAI9912466.1 XP_026100634.1 31.1 302 192 6 28 324 83 373 3.63e-42 151 KAI9912466.1 KAG5815829.1 29.8 215 117 6 136 317 557 770 3.18e-18 84.7 KAI9912466.1 XP_039923984.1 28.8 153 99 4 109 255 272 420 5.17e-15 75.1 KAI9912466.1 NXJ84327.1 27.6 152 100 4 109 254 277 424 2.19e-14 73.2 KAI9912466.1 XP_046441060.1 25.6 223 152 5 28 247 61 272 1.45e-12 67.4 KAI9912466.1 XP_019384620.1 27.7 195 108 7 129 320 117 281 5.44e-09 56.2 KAI9912466.1 XP_047334060.1 23.7 249 168 7 137 363 121 369 8.84e-09 55.5 WP_165687160.1 WP_165687160.1 100 380 0 0 1 380 1 380 3.84e-266 721 WP_064600084.1 WP_064600084.1 100 117 0 0 1 117 1 117 4.46e-78 224 MBE6702431.1 MBE6702431.1 100 121 0 0 1 121 1 121 1.65e-84 240 MCR4890737.1 MCR4890737.1 100 423 0 0 1 423 1 423 1.06e-287 779 WP_046778966.1 WP_046778966.1 100 319 0 0 1 319 1 319 1.25e-222 606 WP_046778966.1 WP_097382902.1 38.3 321 184 7 1 319 1 309 1.88e-61 196 WP_255401854.1 WP_255401854.1 100 249 0 0 1 249 1 249 1.27e-180 494 WP_226831475.1 WP_226831475.1 100 51 0 0 1 51 1 51 5.81e-33 105 MBP7746105.1 MBP7746105.1 100 828 0 0 1 828 1 828 0.0 1728 MBP7746105.1 PKO20637.1 33.2 569 259 16 279 822 5 477 4.81e-79 261 MBP7746105.1 MBR6406611.1 28.3 644 366 21 193 785 40 638 9.63e-57 205 MBP7746105.1 WP_275700896.1 24.8 424 219 15 341 749 30 368 3.91e-22 98.2 MBP7746105.1 HAN2236324.1 23.6 584 253 29 283 771 186 671 3.61e-17 84.3 MBP7746105.1 WP_125555296.1 21.2 556 258 21 342 784 27 515 2.48e-12 68.6 MBP7746105.1 WP_120452154.1 28.1 128 63 5 322 442 100 205 2.02e-04 43.1 NCS37471.1 NCS37471.1 100 875 0 0 1 875 1 875 0.0 1689 NCS37471.1 MBN1133474.1 28.1 501 338 9 74 563 73 562 1.04e-51 189 NCS37471.1 WP_114947928.1 29.0 407 261 11 35 430 30 419 2.58e-28 117 XP_047790709.1 XP_047790709.1 100 497 0 0 1 497 1 497 3.17e-292 797 WP_250427403.1 WP_250427403.1 100 355 0 0 1 355 1 355 3.95e-260 704 SCX00186.1 SCX00186.1 100 339 0 0 1 339 1 339 6.00e-231 629 SCX00186.1 MCL2039304.1 29.2 329 186 9 30 339 10 310 3.00e-27 107 SCX00186.1 MBE6139600.1 27.2 320 194 8 30 339 466 756 4.54e-23 98.6 SCX00186.1 WP_131001993.1 31.6 158 97 4 170 326 144 291 4.37e-13 67.4 MCI8393530.1 MCI8393530.1 100 300 0 0 1 300 1 300 4.11e-140 395 GHT88678.1 GHT88678.1 100 1024 0 0 1 1024 1 1024 0.0 1577 MCP4788584.1 MCP4788584.1 100 471 0 0 1 471 1 471 0.0 969 MCP4788584.1 WP_185218257.1 31.3 435 249 14 26 422 26 448 1.48e-52 182 MCP4788584.1 WP_013768652.1 23.7 232 158 2 26 257 36 248 3.99e-21 94.4 MCA9900904.1 MCA9900904.1 100 138 0 0 1 138 1 138 1.56e-97 275 AEJ33395.1 AEJ33395.1 100 882 0 0 1 882 1 882 0.0 1774 AEJ33395.1 AEO85464.1 34.4 898 482 25 14 882 28 847 8.40e-138 429 AEJ33395.1 QJX39053.1 33.7 903 480 26 17 881 24 845 1.99e-128 405 AEJ33395.1 AAX97169.1 39.2 357 183 8 538 882 1 335 7.05e-58 200 AEJ33395.1 QCI53355.1 30.1 392 220 11 25 403 4 354 2.62e-49 176 WP_093172109.1 WP_093172109.1 100 156 0 0 1 156 1 156 7.67e-109 305 NCB77646.1 NCB77646.1 100 416 0 0 1 416 1 416 7.56e-314 845 WP_098515742.1 WP_098515742.1 100 287 0 0 1 287 1 287 6.39e-209 568 WP_098515742.1 WP_019616094.1 23.3 287 167 9 7 249 12 289 3.85e-09 55.1 WP_098515742.1 WP_208909738.1 33.0 94 63 0 1 94 1 94 1.49e-08 53.1 WP_098515742.1 WP_238874073.1 44.9 49 27 0 1 49 15 63 9.81e-04 38.5 XP_048796933.1 XP_048796933.1 100 1303 0 0 1 1303 1 1303 0.0 2373 XP_048796933.1 KPM41539.1 34.1 91 54 4 384 472 135 221 1.53e-04 44.3 MBR4275022.1 MBR4275022.1 100 696 0 0 1 696 1 696 0.0 1363 XP_020736247.1 XP_020736247.1 100 89 0 0 1 89 1 89 1.43e-52 157 XP_039660068.1 XP_039660068.1 100 820 0 0 1 820 1 820 0.0 1634 KAJ2633851.1 KAJ2633851.1 100 792 0 0 1 792 1 792 0.0 1499 KAJ2633851.1 WP_238717267.1 38.4 336 192 5 6 339 4 326 1.06e-53 195 WP_066708699.1 WP_066708699.1 100 298 0 0 1 298 1 298 8.43e-215 584 WP_066708699.1 MBL0087235.1 68.2 296 94 0 1 296 1 296 5.59e-144 405 WP_066708699.1 WP_096722254.1 25.0 168 108 3 1 155 1 163 8.80e-09 53.9 MBW4485777.1 MBW4485777.1 100 162 0 0 1 162 1 162 4.38e-111 311 WP_103963736.1 WP_103963736.1 100 329 0 0 1 329 1 329 1.05e-235 640 MBR4838026.1 MBR4838026.1 100 240 0 0 1 240 1 240 9.20e-165 453 XP_009147075.2 XP_009147075.2 100 1154 0 0 1 1154 1 1154 0.0 2238 XP_009147075.2 MBE6688122.1 33.7 1018 528 21 122 1135 12 886 6.33e-157 489 XP_009147075.2 KAA0114277.1 33.5 1005 524 22 134 1135 50 913 8.02e-141 447 XP_009147075.2 WP_278631399.1 34.3 868 457 15 134 1001 19 773 7.53e-134 427 XP_009147075.2 WP_235126772.1 32.6 877 492 22 134 1003 14 798 2.04e-122 397 XP_009147075.2 KAF5671546.1 30.1 887 526 22 145 987 183 1019 4.55e-90 315 XP_009147075.2 MBE5737882.1 25.4 1010 578 21 136 1135 22 866 3.17e-81 283 XP_009147075.2 WP_019100427.1 24.6 763 462 23 208 957 117 779 1.02e-45 177 XP_009147075.2 WP_049009918.1 28.8 361 231 5 597 957 442 776 1.41e-38 154 XP_009147075.2 KAJ6994162.1 29.4 388 216 12 602 982 400 736 4.44e-26 114 XP_009147075.2 MBY0273331.1 27.9 387 221 11 136 516 7 341 3.64e-24 107 XP_009147075.2 WP_074319120.1 30.8 195 99 3 716 910 562 720 1.52e-16 83.2 MBQ69096.1 MBQ69096.1 100 294 0 0 1 294 1 294 1.50e-206 563 MBR7027046.1 MBR7027046.1 100 71 0 0 1 71 1 71 4.71e-43 132 WP_062689758.1 WP_062689758.1 100 291 0 0 1 291 1 291 2.36e-197 540 MBE6812365.1 MBE6812365.1 100 306 0 0 1 306 1 306 2.46e-227 617 NWX34570.1 NWX34570.1 100 529 0 0 1 529 1 529 0.0 1087 NWX34570.1 XP_037327098.1 28.4 391 254 9 142 523 124 497 7.77e-42 155 MBM7494038.1 MBM7494038.1 100 102 0 0 1 102 1 102 1.27e-70 204 WP_273138110.1 WP_273138110.1 100 290 0 0 1 290 1 290 2.81e-209 570 WP_273138110.1 MBQ9299122.1 36.9 65 40 1 1 65 1 64 3.93e-05 42.7 MCG6876547.1 MCG6876547.1 100 714 0 0 1 714 1 714 0.0 1323 MCG6876547.1 WP_251758029.1 28.4 423 262 12 76 490 79 468 3.53e-34 137 MCG6876547.1 MBK3574312.1 28.8 389 241 11 42 420 42 404 5.31e-28 118 WP_151856261.1 WP_151856261.1 100 336 0 0 1 336 1 336 9.40e-222 605 WP_151856261.1 WP_217736698.1 43.3 134 68 3 42 175 69 194 3.16e-29 112 XP_001454078.1 XP_001454078.1 100 630 0 0 1 630 1 630 0.0 1201 XP_001454078.1 WP_007356512.1 25.9 433 234 13 184 579 702 1084 6.60e-27 115 XP_001454078.1 WP_076194242.1 25.1 203 147 2 212 411 231 431 9.18e-19 87.8 XP_001454078.1 EDN57974.1 29.2 243 150 8 214 447 397 626 1.05e-18 89.0 XP_001454078.1 KFX48203.1 25.5 306 201 8 172 466 651 940 3.44e-18 87.4 XP_001454078.1 WP_232306300.1 24.9 426 260 16 207 615 841 1223 2.44e-17 84.7 XP_001454078.1 WP_257504872.1 25.8 124 84 2 326 447 408 525 3.76e-06 48.1 XP_001454078.1 WP_055029966.1 30.8 78 46 2 508 584 5 75 6.04e-04 40.8 KZD01260.1 KZD01260.1 100 176 0 0 1 176 1 176 2.48e-126 350 MBI0103662.1 MBI0103662.1 100 704 0 0 1 704 1 704 0.0 1338 MBI0103662.1 MBQ3724833.1 43.8 698 378 6 4 693 11 702 3.40e-189 552 MBI0103662.1 WP_193436854.1 33.0 182 112 7 315 495 14 186 4.17e-15 73.9 MBI0103662.1 NLZ92879.1 44.4 72 40 0 621 692 5 76 1.16e-12 63.9 MBI0103662.1 WP_281675368.1 42.3 78 44 1 619 695 547 624 1.50e-11 65.9 MCC5806595.1 MCC5806595.1 100 496 0 0 1 496 1 496 0.0 981 RLE74569.1 RLE74569.1 100 207 0 0 1 207 1 207 2.05e-147 406 RLE74569.1 MCD6156803.1 56.6 159 68 1 1 159 1 158 2.56e-55 172 WP_096665911.1 WP_096665911.1 100 491 0 0 1 491 1 491 0.0 951 WP_096665911.1 WP_243361436.1 38.0 479 278 5 3 474 6 472 8.11e-101 309 WP_096665911.1 MBT3784852.1 24.0 396 267 13 88 478 77 443 2.48e-21 95.5 WP_096665911.1 MBK3574312.1 27.3 407 271 16 5 397 5 400 1.17e-19 90.5 WP_096665911.1 EAZ5330394.1 24.1 357 238 10 140 474 133 478 1.32e-19 89.7 WP_096665911.1 YP_008379230.1 22.6 292 197 8 115 404 10 274 2.09e-09 57.4 WP_096665911.1 YP_007317140.1 23.8 365 236 14 110 463 2 335 2.06e-08 54.3 KAG5313265.1 KAG5313265.1 100 794 0 0 1 794 1 794 0.0 1583 CAF5110230.1 CAF5110230.1 100 120 0 0 1 120 1 120 9.23e-86 243 MBD5168133.1 MBD5168133.1 100 96 0 0 1 96 1 96 1.86e-67 195 QNU41032.1 QNU41032.1 100 941 0 0 1 941 1 941 0.0 1843 WP_190594466.1 WP_190594466.1 100 61 0 0 1 61 1 61 7.62e-40 123 UWG74403.1 UWG74403.1 100 469 0 0 1 469 1 469 0.0 917 UWG74403.1 XP_004466702.1 29.6 406 245 11 24 411 207 589 4.29e-42 156 UWG74403.1 EAJ4317745.1 30.7 424 238 17 29 415 5 409 2.36e-38 143 WP_015275782.1 WP_015275782.1 100 112 0 0 1 112 1 112 1.30e-79 227 CCO02790.1 CCO02790.1 100 166 0 0 1 166 1 166 1.84e-114 320 VVC94919.1 VVC94919.1 100 402 0 0 1 402 1 402 2.98e-297 801 WP_147958553.1 WP_147958553.1 100 387 0 0 1 387 1 387 2.56e-279 755 MBD5306941.1 MBD5306941.1 100 905 0 0 1 905 1 905 0.0 1794 MBD5306941.1 WP_250295751.1 50.2 927 410 9 3 904 4 903 7.55e-305 862 GMH49846.1 GMH49846.1 100 1789 0 0 1 1789 1 1789 0.0 3333 NJP33277.1 NJP33277.1 100 292 0 0 1 292 1 292 1.67e-202 553 WP_227059655.1 WP_227059655.1 100 627 0 0 1 627 1 627 0.0 1211 WP_227059655.1 WP_192324556.1 59.2 620 245 2 10 621 3 622 1.26e-247 694 WP_227059655.1 RUU66461.1 47.8 393 188 3 224 616 2 377 3.05e-109 332 WP_227059655.1 WP_066083732.1 52.6 270 123 1 16 285 5 269 2.29e-83 263 WP_227059655.1 MBU5353226.1 49.0 263 133 1 317 579 4 265 5.82e-78 248 WP_227059655.1 WP_107894076.1 50.4 266 126 2 17 282 5 264 5.36e-77 246 WP_227059655.1 GLY24463.1 45.8 312 146 4 17 311 4 309 1.54e-75 243 WP_227059655.1 WP_131166802.1 49.4 271 130 3 16 285 4 268 1.72e-75 243 WP_227059655.1 MCP5262709.1 49.6 266 127 3 17 282 1 259 8.90e-73 235 WP_227059655.1 WP_226904802.1 48.8 256 131 0 317 572 22 277 3.76e-70 229 WP_227059655.1 WP_098952357.1 47.1 261 137 1 317 576 3 263 1.96e-69 226 WP_227059655.1 MBQ3864274.1 47.3 277 141 3 320 593 9 283 5.86e-69 225 WP_227059655.1 QCM13287.1 40.7 263 144 4 16 278 8 258 3.62e-49 171 WP_227059655.1 WP_142931103.1 28.2 510 304 13 42 549 25 474 1.93e-44 163 WP_227059655.1 MBP1876254.1 37.7 228 139 2 341 568 18 242 4.05e-39 145 WP_227059655.1 MWR41881.1 32.6 261 160 5 11 271 18 262 4.62e-30 117 WP_227059655.1 WP_176354145.1 34.7 219 135 4 341 559 18 228 3.48e-29 117 WP_227059655.1 WP_150396769.1 27.2 529 295 20 35 546 38 493 4.85e-29 119 WP_227059655.1 WP_170725874.1 34.0 238 148 5 326 563 2 230 1.03e-27 112 WP_227059655.1 OAN53756.1 30.4 247 156 6 32 275 22 255 9.89e-24 99.4 WP_227059655.1 WP_072380563.1 29.2 226 154 4 347 570 20 241 1.60e-22 95.5 WP_227059655.1 WP_258581409.1 28.3 230 156 3 341 570 16 236 2.68e-22 97.4 WP_227059655.1 WP_174822921.1 30.9 246 156 6 32 275 18 251 2.80e-19 86.3 WP_227059655.1 WP_197521413.1 30.6 248 137 10 17 262 1 215 1.76e-16 78.6 WP_227059655.1 MXP43753.1 31.3 243 151 7 32 271 25 254 1.78e-16 78.2 WP_227059655.1 MBC7326981.1 30.3 228 143 9 51 275 36 250 2.11e-16 77.8 WP_227059655.1 WP_207918089.1 30.6 242 151 9 32 270 16 243 6.81e-16 76.3 WP_227059655.1 WP_158791585.1 28.7 247 152 8 32 271 15 244 3.06e-15 74.3 WP_227059655.1 WP_247749043.1 29.5 237 136 7 331 556 369 585 8.70e-15 75.9 WP_227059655.1 WP_211555180.1 33.5 191 101 8 47 233 29 197 6.88e-13 67.0 WP_227059655.1 EHH5649593.1 24.7 239 149 6 44 282 25 232 1.17e-11 64.3 WP_227059655.1 WP_281034490.1 44.9 69 37 1 215 282 1 69 2.58e-11 60.8 WP_227059655.1 CDZ73727.1 27.6 217 126 5 32 247 12 198 1.94e-10 60.1 WP_227059655.1 WP_089095302.1 25.2 218 124 7 32 247 325 505 1.60e-05 46.2 WP_227059655.1 WP_152652784.1 33.7 89 57 2 173 261 136 222 7.13e-05 43.5 MBN4261164.1 MBN4261164.1 100 12 0 0 1 12 1 12 8.05e-06 34.3 KHO46355.1 KHO46355.1 100 209 0 0 1 209 1 209 2.41e-156 429 QDT09879.1 QDT09879.1 100 118 0 0 1 118 1 118 1.18e-78 225 QDT09879.1 WP_139448115.1 49.2 118 60 0 1 118 1 118 1.16e-32 109 EXK83554.1 EXK83554.1 100 344 0 0 1 344 1 344 4.79e-260 702 EXK83554.1 WP_014217999.1 32.0 309 178 10 16 317 20 303 1.60e-32 122 EXK83554.1 HHZ84751.1 25.0 320 180 12 42 323 39 336 1.49e-14 72.0 MAO00220.1 MAO00220.1 100 119 0 0 1 119 1 119 1.32e-80 230 MAO00220.1 WP_011531028.1 46.6 116 57 2 1 116 7 117 4.80e-25 90.1 MBK7557264.1 MBK7557264.1 100 257 0 0 1 257 1 257 3.21e-178 488 MCH5225744.1 MCH5225744.1 100 139 0 0 1 139 1 139 9.73e-106 295 MBP7222158.1 MBP7222158.1 100 319 0 0 1 319 1 319 1.36e-226 616 MBP7222158.1 WP_205173112.1 34.8 322 200 6 1 317 147 463 1.13e-56 188 MBP7222158.1 WP_124213670.1 41.2 228 134 0 11 238 139 366 3.52e-56 187 MBP7222158.1 WP_272906673.1 35.0 323 186 5 18 317 156 477 6.76e-54 181 MBP7222158.1 WP_271786410.1 40.9 230 135 1 2 230 8 237 7.23e-52 172 MBP7222158.1 WP_175896721.1 39.8 244 142 2 6 244 152 395 2.49e-51 174 MBP7222158.1 WP_278449211.1 33.8 302 191 4 14 313 157 451 1.73e-48 167 WP_257939681.1 WP_257939681.1 100 421 0 0 1 421 1 421 1.12e-313 845 KAI8972608.1 KAI8972608.1 100 298 0 0 1 298 1 298 8.15e-197 539 WP_253630899.1 WP_253630899.1 100 523 0 0 1 523 1 523 0.0 1079 WP_253630899.1 WP_125555296.1 29.3 522 289 16 41 493 6 516 8.50e-61 207 WP_253630899.1 VJO49958.1 29.2 534 296 16 44 513 10 525 3.07e-59 203 WP_253630899.1 HAN2236324.1 24.5 413 213 21 62 397 226 616 1.79e-17 84.0 WP_167581056.1 WP_167581056.1 100 561 0 0 1 561 1 561 0.0 1030 WP_209095964.1 WP_209095964.1 100 338 0 0 1 338 1 338 1.41e-249 676 WP_058561589.1 WP_058561589.1 100 222 0 0 1 222 1 222 3.11e-154 425 MCA9255001.1 MCA9255001.1 100 333 0 0 1 333 1 333 2.09e-253 685 WP_204287739.1 WP_204287739.1 100 258 0 0 1 258 1 258 1.48e-163 451 WP_065148066.1 WP_065148066.1 100 241 0 0 1 241 1 241 3.68e-185 504 WP_065148066.1 WP_123363258.1 51.9 189 79 3 34 220 28 206 7.31e-61 189 WP_098191572.1 WP_098191572.1 100 971 0 0 1 971 1 971 0.0 1920 WP_098191572.1 PIR55147.1 35.2 71 44 2 790 858 292 362 1.98e-04 43.5 URJ46333.1 URJ46333.1 100 273 0 0 1 273 1 273 2.49e-199 543 URJ46333.1 WP_087222948.1 27.2 272 185 6 1 266 1 265 1.19e-29 111 URJ46333.1 WP_165144904.1 29.2 281 177 5 6 267 3 280 1.40e-24 98.2 HDZ48353.1 HDZ48353.1 100 310 0 0 1 310 1 310 6.76e-227 616 HDZ48353.1 CAH0730513.1 31.6 114 70 2 42 147 59 172 6.37e-09 54.7 HDZ48353.1 MCR9147539.1 29.4 170 93 8 42 203 13 163 1.47e-06 47.0 WP_271243471.1 WP_271243471.1 100 357 0 0 1 357 1 357 7.76e-268 723 WP_271243471.1 WP_110358640.1 84.9 332 50 0 26 357 1 332 4.28e-211 579 WP_166360839.1 WP_166360839.1 100 259 0 0 1 259 1 259 2.13e-193 527 WP_137144119.1 WP_137144119.1 100 261 0 0 1 261 1 261 2.02e-183 502 WP_137144119.1 MCH7812019.1 40.3 159 90 2 105 259 290 447 7.50e-30 114 MBW4512449.1 MBW4512449.1 100 61 0 0 1 61 1 61 2.19e-39 122 GJD18679.1 GJD18679.1 100 388 0 0 1 388 1 388 1.13e-278 753 WP_099912534.1 WP_099912534.1 100 421 0 0 1 421 1 421 1.91e-305 824 WP_099912534.1 MBI1424129.1 53.8 413 187 3 1 413 1 409 1.72e-142 411 WP_179915466.1 WP_179915466.1 100 195 0 0 1 195 1 195 4.73e-147 404 MCL1962319.1 MCL1962319.1 100 106 0 0 1 106 1 106 3.56e-72 208 GKN74270.1 GKN74270.1 100 247 0 0 1 247 1 247 1.26e-170 468 WP_106777349.1 WP_106777349.1 100 115 0 0 1 115 1 115 9.43e-79 225 QUE11983.1 QUE11983.1 100 1270 0 0 1 1270 1 1270 0.0 2365 QUE11983.1 UHB14670.1 94.6 1273 64 3 1 1270 1 1271 0.0 2297 QUE11983.1 UIX40308.1 94.7 1273 62 3 1 1270 1 1271 0.0 2295 QUE11983.1 UBN63752.1 97.2 1270 35 0 1 1270 1 1270 0.0 2286 QUE11983.1 UDK40309.1 94.0 1273 71 3 1 1270 1 1271 0.0 2277 QUE11983.1 UYC71619.1 93.9 1271 74 2 1 1270 1 1268 0.0 2276 QUE11983.1 UPU53169.1 93.6 1273 76 3 1 1270 1 1270 0.0 2271 QUE11983.1 QUM20585.1 93.4 1272 82 1 1 1270 1 1272 0.0 2202 QUE11983.1 UGX22439.1 91.2 1273 107 3 1 1270 1 1271 0.0 2191 QUE11983.1 USL51576.1 90.6 1273 114 3 1 1270 1 1270 0.0 2176 QUE11983.1 QVX70521.1 91.3 1273 108 2 1 1270 1 1273 0.0 2127 QUE11983.1 QXI91160.1 89.7 1272 129 1 1 1270 1 1272 0.0 2050 QUE11983.1 UZH89542.1 87.3 1271 160 1 1 1270 1 1271 0.0 2048 QUE11983.1 UUS71569.1 69.8 1273 382 2 1 1270 1 1273 0.0 1422 QUE11983.1 UHK01047.1 65.8 1273 433 2 1 1270 1 1273 0.0 1314 NQT76827.1 NQT76827.1 100 164 0 0 1 164 1 164 1.53e-121 337 WP_274910452.1 WP_274910452.1 100 1109 0 0 1 1109 1 1109 0.0 2171 WP_274910452.1 WP_208665977.1 25.0 1090 702 27 80 1091 115 1166 2.34e-84 296 WP_208884269.1 WP_208884269.1 100 202 0 0 1 202 1 202 5.25e-143 395 AIR77599.1 AIR77599.1 100 447 0 0 1 447 1 447 0.0 879 AIR77599.1 BBG20955.1 35.4 457 275 6 1 445 23 471 4.62e-91 300 AIR77599.1 MBQ7389792.1 29.4 473 272 11 1 447 23 459 9.59e-52 186 AIR77599.1 WP_189931865.1 39.1 220 111 5 1 209 33 240 1.20e-37 144 AIR77599.1 ULU28230.1 27.9 154 98 2 55 208 57 197 1.30e-15 77.8 XP_049178823.1 XP_049178823.1 100 248 0 0 1 248 1 248 1.92e-110 316 WP_050657700.1 WP_050657700.1 100 246 0 0 1 246 1 246 2.50e-190 518 WP_173991185.1 WP_173991185.1 100 486 0 0 1 486 1 486 0.0 945 WP_173991185.1 KAF9419545.1 37.8 465 287 2 6 469 14 477 4.89e-95 294 OJW72254.1 OJW72254.1 100 579 0 0 1 579 1 579 0.0 1150 EFG1511687.1 EFG1511687.1 100 240 0 0 1 240 1 240 1.33e-182 498 KAF2864190.1 KAF2864190.1 100 429 0 0 1 429 1 429 0.0 863 KAA1446899.1 KAA1446899.1 100 103 0 0 1 103 1 103 3.60e-75 215 KAA1446899.1 WP_277108398.1 82.5 103 18 0 1 103 248 350 9.96e-60 189 KPU83403.1 KPU83403.1 100 168 0 0 1 168 1 168 1.62e-109 307 WP_279687934.1 WP_279687934.1 100 410 0 0 1 410 1 410 3.01e-301 812 WP_279687934.1 WP_259407579.1 43.1 51 22 1 281 324 137 187 8.59e-04 38.9 MCS5932532.1 MCS5932532.1 100 134 0 0 1 134 1 134 1.64e-97 274 WP_106546380.1 WP_106546380.1 100 508 0 0 1 508 1 508 0.0 1003 WP_106546380.1 MBD2210269.1 57.8 507 210 3 1 505 1 505 2.79e-196 555 WP_106546380.1 MBF1128433.1 33.8 317 176 11 6 311 2 295 7.41e-34 133 WP_106546380.1 XP_021765438.1 33.9 221 117 7 17 229 598 797 1.73e-20 93.6 WP_106546380.1 WP_271931007.1 30.7 251 126 10 9 228 656 889 1.94e-16 80.9 WP_106546380.1 KZT58963.1 30.2 222 126 10 19 228 1083 1287 2.33e-13 71.2 WP_106546380.1 XP_048379117.1 28.9 225 131 11 14 232 257 458 8.95e-10 59.3 WP_106546380.1 UZO03952.1 27.3 176 102 7 63 233 36 190 4.01e-06 47.0 WP_106546380.1 RIB10989.1 36.1 61 36 2 170 228 6 65 6.59e-04 39.3 WP_231085688.1 WP_231085688.1 100 400 0 0 1 400 1 400 2.02e-278 754 WP_033131454.1 WP_033131454.1 100 131 0 0 1 131 1 131 9.22e-98 275 WP_164228299.1 WP_164228299.1 100 54 0 0 1 54 1 54 1.22e-33 107 WP_249510290.1 WP_249510290.1 100 586 0 0 1 586 1 586 0.0 1155 CAF0807478.1 CAF0807478.1 100 368 0 0 1 368 1 368 3.60e-274 740 WP_119344914.1 WP_119344914.1 100 705 0 0 1 705 1 705 0.0 1405 WP_119344914.1 WP_047594685.1 31.3 707 419 20 45 697 106 799 7.94e-78 264 WP_119344914.1 OGU48181.1 38.3 115 63 4 72 186 73 179 8.91e-12 66.6 WP_119344914.1 MCC6600438.1 21.2 581 390 24 78 616 57 611 9.36e-07 50.4 WP_020497701.1 WP_020497701.1 100 140 0 0 1 140 1 140 2.79e-101 284 WP_242685612.1 WP_242685612.1 100 867 0 0 1 867 1 867 0.0 1736 WP_242685612.1 WP_202291019.1 59.3 825 332 4 16 837 14 837 0.0 1030 WP_242685612.1 ECD4982842.1 50.4 813 386 6 38 834 33 844 2.39e-300 848 WP_242685612.1 EBS3704194.1 50.4 813 386 6 38 834 33 844 6.79e-300 847 WP_242685612.1 WP_237762402.1 39.1 634 364 11 39 656 23 650 8.26e-141 431 WP_242685612.1 WP_222168304.1 29.1 831 539 24 38 836 31 843 1.02e-85 290 UNP33456.1 UNP33456.1 100 312 0 0 1 312 1 312 6.57e-235 636 UNP33456.1 ADJ57888.1 75.6 303 74 0 9 311 1 303 1.70e-176 491 UNP33456.1 AXB40829.1 73.1 301 81 0 11 311 2 302 1.69e-168 470 UNP33456.1 BAI82636.1 73.3 206 55 0 72 277 1 206 8.31e-116 331 UNP33456.1 QYT38722.1 42.1 221 126 2 72 290 40 260 4.08e-55 178 KAE8355151.1 KAE8355151.1 100 544 0 0 1 544 1 544 0.0 1095 KAE8355151.1 EJG1264510.1 25.8 427 283 11 104 523 45 444 3.82e-34 132 KAE8355151.1 XP_023028205.1 22.9 433 271 16 108 515 37 431 7.44e-16 78.2 WP_026718622.1 WP_026718622.1 100 249 0 0 1 249 1 249 3.12e-181 495 XP_028939562.1 XP_028939562.1 100 349 0 0 1 349 1 349 8.62e-261 705 NRB18267.1 NRB18267.1 100 324 0 0 1 324 1 324 5.97e-253 683 NRB18267.1 WP_244200682.1 45.3 298 152 5 14 302 4 299 5.25e-90 270 WP_041710957.1 WP_041710957.1 100 556 0 0 1 556 1 556 0.0 941 WP_041710957.1 WP_105160947.1 26.0 553 309 10 7 491 7 527 1.03e-45 168 WP_041710957.1 WP_089095302.1 24.4 546 309 9 1 477 1 511 2.37e-41 156 WP_041710957.1 MCH5231772.1 23.2 564 313 13 3 487 1 523 5.34e-34 134 WP_041710957.1 WP_173040157.1 23.8 533 282 12 3 468 4 479 3.09e-32 129 WP_041710957.1 WP_112088864.1 24.7 489 305 10 33 464 39 521 1.63e-27 114 WP_041710957.1 MYD56339.1 31.5 184 103 2 24 184 27 210 2.89e-22 96.7 WP_041710957.1 WP_071876418.1 31.5 197 112 7 304 479 316 510 2.96e-12 67.4 WP_041710957.1 WP_152652784.1 26.8 190 115 8 290 456 6 194 2.75e-09 57.0 WP_041710957.1 MCF7808720.1 22.7 220 119 6 3 172 6 224 1.55e-07 50.8 WP_041710957.1 MBQ4383193.1 24.7 186 93 6 34 174 39 222 2.04e-07 50.4 WP_041710957.1 WP_089246429.1 23.2 224 129 8 295 480 10 228 2.35e-06 48.5 WP_041710957.1 WP_281543397.1 26.0 181 91 6 33 172 19 197 3.31e-06 47.4 WP_041710957.1 MCC6044083.1 24.1 220 119 7 1 172 1 220 4.84e-06 47.0 WP_041710957.1 WP_107894076.1 29.6 81 53 1 98 174 156 236 6.75e-06 46.6 WP_041710957.1 MBT4161918.1 30.4 79 50 2 98 172 147 224 6.99e-06 45.8 WP_041710957.1 EHR6291555.1 24.7 194 107 7 286 449 2 186 3.94e-05 44.7 WP_041710957.1 WP_066083732.1 33.3 81 50 2 98 174 158 238 5.00e-05 43.9 WP_041710957.1 WP_150396769.1 22.1 208 132 7 297 475 32 238 3.44e-04 41.6 WP_164942207.1 WP_164942207.1 100 141 0 0 1 141 1 141 2.11e-101 285 WP_169394925.1 WP_169394925.1 100 319 0 0 1 319 1 319 3.67e-215 587 WP_200037957.1 WP_200037957.1 100 1380 0 0 1 1380 1 1380 0.0 2543 WP_200037957.1 MBQ1868746.1 31.1 386 243 9 1009 1376 257 637 3.14e-41 160 WP_200037957.1 WP_138482356.1 32.0 372 224 11 1016 1368 413 774 4.56e-35 143 WP_200037957.1 WP_212961195.1 27.6 402 245 4 1011 1368 419 818 7.48e-34 140 WP_200037957.1 WP_007356512.1 27.9 402 251 8 1009 1376 736 1132 4.76e-31 131 WP_200037957.1 WP_076194242.1 33.9 227 137 6 1020 1240 239 458 2.21e-27 115 WP_200037957.1 KFX48203.1 32.9 249 148 8 1000 1235 672 914 2.57e-26 115 WP_200037957.1 WP_249930443.1 27.0 233 161 4 1140 1367 287 515 1.85e-14 76.3 WP_200037957.1 HAV2038468.1 22.4 219 155 5 1027 1241 392 599 3.27e-10 62.8 AUW90066.1 AUW90066.1 100 169 0 0 1 169 1 169 5.70e-124 344 AUW90066.1 MBP1550239.1 31.1 122 65 4 47 167 53 156 6.11e-10 55.1 MBE0362647.1 MBE0362647.1 100 101 0 0 1 101 1 101 1.38e-69 201 EET4312562.1 EET4312562.1 100 572 0 0 1 572 1 572 0.0 1109 EET4312562.1 MCB9490987.1 34.2 418 269 4 4 418 3 417 2.72e-60 210 WP_179444023.1 WP_179444023.1 100 259 0 0 1 259 1 259 7.35e-185 505 CAH8385548.1 CAH8385548.1 100 80 0 0 1 80 1 80 1.52e-52 156 XP_046441060.1 XP_046441060.1 100 868 0 0 1 868 1 868 0.0 1458 XP_046441060.1 XP_020321477.1 50.1 882 237 17 54 868 46 791 7.34e-230 665 XP_046441060.1 PKU40490.1 50.0 188 92 2 59 244 14 201 5.17e-56 190 XP_046441060.1 KAG1590416.1 36.1 252 157 4 50 300 69 317 8.44e-43 159 XP_046441060.1 XP_030620685.1 34.6 272 165 7 51 312 85 353 4.79e-41 154 XP_046441060.1 XP_048216280.1 33.8 269 159 7 61 312 20 286 1.48e-38 147 XP_046441060.1 XP_029528577.1 36.2 243 151 3 61 300 30 271 9.00e-38 143 XP_046441060.1 XP_048379117.1 34.1 255 158 5 66 311 262 515 2.08e-33 134 XP_046441060.1 KAJ7903702.1 30.0 243 164 3 63 300 25 266 5.63e-30 122 XP_046441060.1 XP_006969978.1 33.7 196 123 5 82 273 90 282 5.00e-25 105 XP_046441060.1 EYU24504.1 27.8 291 159 5 44 300 171 444 5.12e-25 108 XP_046441060.1 XP_047334060.1 29.9 261 168 8 61 308 17 275 8.38e-25 108 XP_046441060.1 MBF1128433.1 31.1 222 149 3 60 278 9 229 2.47e-24 107 XP_046441060.1 KRX90811.1 28.8 302 139 7 55 328 164 417 1.24e-23 103 XP_046441060.1 KZT58963.1 28.5 256 167 5 67 307 1084 1338 4.80e-22 100 XP_046441060.1 XP_043377824.1 26.9 316 200 11 59 353 23 328 3.74e-20 94.7 XP_046441060.1 KAI3849778.1 32.2 199 118 10 67 254 501 693 6.77e-13 70.9 XP_046441060.1 KAI9912466.1 25.5 220 150 5 64 272 31 247 1.05e-11 65.9 XP_046441060.1 NJK67049.1 29.0 131 89 3 130 257 118 247 4.42e-10 61.2 CAH9078713.1 CAH9078713.1 100 262 0 0 1 262 1 262 1.26e-182 500 WP_268012811.1 WP_268012811.1 100 108 0 0 1 108 1 108 3.26e-78 223 PIY03328.1 PIY03328.1 100 69 0 0 1 69 1 69 7.32e-46 139 HIA35646.1 HIA35646.1 100 601 0 0 1 601 1 601 0.0 1204 HIA35646.1 WP_218014032.1 22.3 528 353 18 62 582 49 526 2.89e-22 99.0 TFV00908.1 TFV00908.1 100 154 0 0 1 154 1 154 4.64e-109 305 TFV00908.1 CQR41738.1 46.6 146 77 1 1 145 23 168 2.49e-36 128 WP_103216576.1 WP_103216576.1 100 426 0 0 1 426 1 426 3.30e-288 781 MBG9445742.1 MBG9445742.1 100 215 0 0 1 215 1 215 4.24e-144 399 MBG9445742.1 WP_041580422.1 41.1 202 116 1 12 210 9 210 8.53e-48 154 MBG9445742.1 WP_110808154.1 39.9 203 120 1 12 212 13 215 5.26e-35 122 MBG9445742.1 MCO5064371.1 32.6 224 127 2 16 215 45 268 1.38e-30 112 MBG9445742.1 WP_012568269.1 35.0 163 101 1 17 174 157 319 2.66e-19 83.2 MBG9445742.1 WP_224458015.1 31.4 159 104 1 17 170 157 315 3.34e-18 80.1 MBG9445742.1 WP_209434296.1 31.4 185 125 1 12 194 15 199 1.16e-17 77.0 XP_037827647.1 XP_037827647.1 100 690 0 0 1 690 1 690 0.0 1363 XP_037827647.1 KAF0292372.1 22.9 201 140 2 196 390 8 199 3.56e-06 48.5 WP_073312722.1 WP_073312722.1 100 353 0 0 1 353 1 353 1.08e-256 695 MAR88726.1 MAR88726.1 100 210 0 0 1 210 1 210 1.33e-149 412 MBM4836391.1 MBM4836391.1 100 396 0 0 1 396 1 396 4.63e-282 763 MBM4836391.1 MBK7837454.1 39.2 283 165 4 42 320 26 305 2.69e-55 183 MBM4836391.1 WP_063417119.1 31.9 382 227 7 23 372 456 836 8.78e-45 164 MBM4836391.1 WP_232553043.1 34.2 234 147 4 87 315 67 298 8.60e-27 108 KAF0756529.1 KAF0756529.1 100 210 0 0 1 210 1 210 2.14e-155 427 WP_056610248.1 WP_056610248.1 100 534 0 0 1 534 1 534 0.0 1035 WP_056610248.1 MBL6706528.1 25.2 555 298 17 29 511 7 516 6.67e-22 97.8 WP_056610248.1 MBN2666786.1 31.0 245 146 8 275 513 55 282 3.75e-19 87.8 MBU2271834.1 MBU2271834.1 100 306 0 0 1 306 1 306 1.80e-229 622 MBU2271834.1 KAA0015115.1 30.4 283 184 9 3 282 22 294 3.80e-27 106 CEH30391.1 CEH30391.1 100 509 0 0 1 509 1 509 0.0 989 WP_162756046.1 WP_162756046.1 100 677 0 0 1 677 1 677 0.0 1374 WP_271629396.1 WP_271629396.1 100 375 0 0 1 375 1 375 5.50e-252 685 EBU9231875.1 EBU9231875.1 100 420 0 0 1 420 1 420 1.16e-310 837 EBU9231875.1 HJE10580.1 53.1 416 186 4 6 418 11 420 1.63e-139 404 WP_169053012.1 WP_169053012.1 100 184 0 0 1 184 1 184 2.75e-127 353 WP_223695792.1 WP_223695792.1 100 1178 0 0 1 1178 1 1178 0.0 2321 WP_223695792.1 WP_278906630.1 20.0 803 477 28 20 754 19 724 2.64e-12 69.7 WP_092696504.1 WP_092696504.1 100 188 0 0 1 188 1 188 3.76e-136 376 WP_014814721.1 WP_014814721.1 100 457 0 0 1 457 1 457 2.49e-317 857 KAG2712649.1 KAG2712649.1 100 921 0 0 1 921 1 921 0.0 1785 WP_045961551.1 WP_045961551.1 100 196 0 0 1 196 1 196 1.20e-136 378 WP_166690114.1 WP_166690114.1 100 78 0 0 1 78 1 78 7.62e-52 154 MBQ8778157.1 MBQ8778157.1 100 397 0 0 1 397 1 397 7.23e-291 785 NVK26228.1 NVK26228.1 100 496 0 0 1 496 1 496 0.0 964 NVK26228.1 WP_043343784.1 32.0 519 298 10 4 491 40 534 5.64e-71 233 MBR5140322.1 MBR5140322.1 100 171 0 0 1 171 1 171 5.21e-112 314 MBR5140322.1 MCI8272365.1 38.5 174 76 6 6 163 1 159 1.23e-19 80.1 WP_275196335.1 WP_275196335.1 100 319 0 0 1 319 1 319 2.99e-230 625 WP_275196335.1 MCD6306959.1 24.4 271 192 5 34 296 41 306 3.97e-13 67.4 WP_078747788.1 WP_078747788.1 100 122 0 0 1 122 1 122 1.13e-68 208 GAA38267.2 GAA38267.2 100 492 0 0 1 492 1 492 0.0 1028 GAA38267.2 XP_011822310.1 38.5 247 123 8 259 487 38 273 4.59e-45 157 GAA38267.2 KAH8394604.1 31.1 251 151 10 248 487 12 251 2.39e-25 103 GAA38267.2 XP_017076166.2 29.8 208 125 7 286 487 77 269 2.00e-13 68.9 WP_169999893.1 WP_169999893.1 100 237 0 0 1 237 1 237 1.18e-170 468 MCI5668237.1 MCI5668237.1 100 352 0 0 1 352 1 352 2.23e-269 727 MCD6173453.1 MCD6173453.1 100 307 0 0 1 307 1 307 2.76e-204 558 MCD6173453.1 KOR85988.1 28.6 325 185 6 7 306 10 312 2.57e-28 112 MCD6173453.1 WP_178999808.1 22.9 336 213 7 5 306 20 343 1.13e-11 63.5 EFS8130303.1 EFS8130303.1 100 472 0 0 1 472 1 472 0.0 942 EFS8130303.1 ECP6736894.1 95.3 344 16 0 1 344 1 344 6.22e-241 660 EFS8130303.1 PJQ02245.1 34.6 439 267 10 36 461 47 478 4.75e-69 230 EFS8130303.1 EJA9392162.1 39.0 264 143 5 208 458 9 267 2.50e-49 168 EFS8130303.1 EAL1671435.1 40.0 235 133 4 234 461 1 234 5.24e-42 152 EFS8130303.1 WP_181244664.1 31.7 145 92 3 228 369 191 331 5.76e-11 62.0 WP_145141753.1 WP_145141753.1 100 302 0 0 1 302 1 302 1.13e-230 625 MCE7698179.1 MCE7698179.1 100 396 0 0 1 396 1 396 1.85e-272 738 MCE7698179.1 WP_013632646.1 33.3 409 256 5 1 395 223 628 9.13e-59 202 MCE7698179.1 OFX32653.1 31.0 378 240 7 31 395 82 451 3.78e-48 171 MCE7698179.1 WP_278631399.1 32.5 271 149 7 53 295 100 364 1.46e-24 104 MCE7698179.1 KAF5671546.1 26.6 278 164 6 55 292 271 548 1.05e-11 65.1 WP_149397594.1 WP_149397594.1 100 565 0 0 1 565 1 565 0.0 1068 WP_149397594.1 WP_139032727.1 34.3 559 344 8 1 539 3 558 1.36e-102 320 XP_020949431.1 XP_020949431.1 100 100 0 0 1 100 1 100 3.14e-70 202 WP_254406115.1 WP_254406115.1 100 333 0 0 1 333 1 333 1.71e-227 619 MBB2072367.1 MBB2072367.1 100 17 0 0 1 17 1 17 6.14e-09 42.4 WP_194546214.1 WP_194546214.1 100 169 0 0 1 169 1 169 4.16e-117 327 WP_267353308.1 WP_267353308.1 100 542 0 0 1 542 1 542 9.62e-85 271 XP_029860665.1 XP_029860665.1 100 772 0 0 1 772 1 772 0.0 1274 WP_137264191.1 WP_137264191.1 100 401 0 0 1 401 1 401 1.53e-294 795 WP_227413069.1 WP_227413069.1 100 116 0 0 1 116 1 116 3.15e-82 234 MBU2643279.1 MBU2643279.1 100 246 0 0 1 246 1 246 3.01e-182 498 WP_021391773.1 WP_021391773.1 100 416 0 0 1 416 1 416 6.84e-301 812 MCH7812019.1 MCH7812019.1 100 453 0 0 1 453 1 453 0.0 882 MCH7812019.1 WP_137144119.1 39.6 164 94 2 285 447 100 259 2.34e-28 111 MCH7812019.1 WP_238588402.1 32.0 125 84 1 289 413 86 209 1.78e-09 56.6 WP_059812501.1 WP_059812501.1 100 730 0 0 1 730 1 730 0.0 1429 WP_059812501.1 WP_254467474.1 26.0 685 420 23 61 704 113 751 3.26e-40 156 WP_059812501.1 WP_222018129.1 24.4 287 176 12 113 374 64 334 2.31e-04 42.7 WP_059812501.1 OGU48181.1 36.6 71 32 3 143 203 117 184 3.09e-04 42.4 WP_059812501.1 WP_267184195.1 26.5 245 141 13 117 342 66 290 9.14e-04 40.8 MBQ3958696.1 MBQ3958696.1 100 289 0 0 1 289 1 289 3.04e-208 567 WP_017034258.1 WP_017034258.1 100 57 0 0 1 57 1 57 1.37e-38 119 WP_257733866.1 WP_257733866.1 100 228 0 0 1 228 1 228 2.57e-165 453 HBR2011202.1 HBR2011202.1 100 404 0 0 1 404 1 404 1.32e-301 813 WP_053594912.1 WP_053594912.1 100 142 0 0 1 142 1 142 1.73e-96 272 DAS28513.1 DAS28513.1 100 46 0 0 1 46 1 46 3.90e-29 95.1 WP_075938258.1 WP_075938258.1 100 198 0 0 1 198 1 198 3.87e-143 395 CAD6215318.1 CAD6215318.1 100 162 0 0 1 162 1 162 2.98e-127 352 KAH9898930.1 KAH9898930.1 100 98 0 0 1 98 1 98 2.15e-67 195 WP_151434014.1 WP_151434014.1 100 312 0 0 1 312 1 312 1.91e-218 595 WP_151434014.1 WP_099711363.1 31.3 326 187 15 1 304 1 311 6.52e-29 111 MBK7764469.1 MBK7764469.1 100 96 0 0 1 96 1 96 3.61e-65 189 WP_271786410.1 WP_271786410.1 100 344 0 0 1 344 1 344 1.85e-248 673 WP_271786410.1 WP_164653811.1 49.1 230 115 2 8 237 167 394 8.73e-60 197 WP_271786410.1 WP_175896721.1 45.9 242 117 2 4 236 144 380 1.18e-59 197 WP_271786410.1 WP_272906673.1 46.1 228 121 1 8 235 140 365 3.15e-57 191 WP_271786410.1 WP_205173112.1 35.9 337 195 6 8 340 148 467 4.41e-57 190 WP_271786410.1 KNY10996.1 42.3 220 125 1 17 236 3 220 2.28e-54 179 WP_271786410.1 MBP7222158.1 40.9 230 135 1 8 237 2 230 7.17e-53 175 WP_271786410.1 MCH3963123.1 31.6 231 145 6 10 234 130 353 4.38e-22 95.9 NXV43694.1 NXV43694.1 100 86 0 0 1 86 1 86 6.39e-59 173 XP_002688837.2 XP_002688837.2 100 307 0 0 1 307 1 307 2.69e-211 576 XP_002688837.2 XP_012889676.1 59.7 303 122 0 1 303 1 303 1.26e-120 347 XP_002688837.2 AAR19565.1 58.7 218 90 0 64 281 1 218 1.90e-85 254 XP_002688837.2 XP_034290446.1 44.0 302 160 3 7 303 8 305 4.62e-76 234 XP_002688837.2 XP_042531659.1 41.6 305 176 2 1 304 1 304 2.91e-68 213 XP_002688837.2 XP_054446685.1 37.3 303 190 0 3 305 1 303 1.84e-66 209 XP_002688837.2 XP_005087540.1 37.9 298 185 0 9 306 9 306 9.37e-62 197 XP_002688837.2 XP_049747270.1 36.9 274 170 3 35 306 37 309 4.99e-47 159 XP_002688837.2 XP_046298169.1 34.1 270 176 1 31 298 33 302 3.27e-44 151 MCH8328754.1 MCH8328754.1 100 239 0 0 1 239 1 239 5.82e-172 471 MCH8328754.1 WP_127979673.1 41.8 225 130 1 5 229 1 224 1.35e-59 186 WP_256153163.1 WP_256153163.1 100 81 0 0 1 81 1 81 2.58e-58 171 MBS0394142.1 MBS0394142.1 100 348 0 0 1 348 1 348 6.03e-256 692 MCS7028162.1 MCS7028162.1 100 487 0 0 1 487 1 487 0.0 1003 MCS7028162.1 PBJ84576.1 31.9 91 55 3 333 416 454 544 1.73e-07 52.0 WP_255602293.1 WP_255602293.1 100 535 0 0 1 535 1 535 0.0 1031 WP_255602293.1 WP_226276978.1 36.4 517 302 5 13 528 5 495 1.19e-107 329 WP_255602293.1 WP_197332010.1 31.0 520 336 7 12 528 4 503 4.77e-81 260 WP_255602293.1 WP_185921121.1 25.8 446 319 5 24 466 11 447 1.67e-41 154 WP_255602293.1 KAG8816705.1 37.3 177 110 1 25 201 58 233 5.78e-30 115 WP_255602293.1 MCB1412915.1 26.8 142 80 5 81 207 85 217 2.83e-06 48.1 WP_255602293.1 MBV8506574.1 26.4 121 69 3 33 147 186 292 6.33e-04 40.4 KAJ0315765.1 KAJ0315765.1 100 572 0 0 1 572 1 572 0.0 1141 WP_237526657.1 WP_237526657.1 100 185 0 0 1 185 1 185 1.47e-127 354 WP_213162342.1 WP_213162342.1 100 202 0 0 1 202 1 202 1.51e-142 394 XP_033573598.1 XP_033573598.1 100 368 0 0 1 368 1 368 8.57e-241 656 WP_058258401.1 WP_058258401.1 100 431 0 0 1 431 1 431 2.58e-299 809 WP_187935882.1 WP_187935882.1 100 340 0 0 1 340 1 340 7.60e-255 689 WP_187935882.1 WP_139989153.1 61.9 344 121 3 4 339 1 342 7.27e-152 429 MCM8621761.1 MCM8621761.1 100 1149 0 0 1 1149 1 1149 0.0 2264 MCM8621761.1 NTZ64221.1 34.2 1185 664 26 25 1143 3 1137 1.53e-182 563 MCM8621761.1 WP_279059865.1 34.1 1117 608 32 50 1113 34 1075 1.55e-153 486 WP_146809086.1 WP_146809086.1 100 63 0 0 1 63 1 63 5.44e-43 131 KAF3694195.1 KAF3694195.1 100 1066 0 0 1 1066 1 1066 0.0 1907 KAF3694195.1 XP_035385791.1 30.4 1742 463 29 1 1066 1 1670 6.59e-148 481 WP_276247412.1 WP_276247412.1 100 85 0 0 1 85 1 85 2.42e-58 171 GKN64987.1 GKN64987.1 100 118 0 0 1 118 1 118 4.99e-80 229 PTX11617.1 PTX11617.1 100 498 0 0 1 498 1 498 0.0 1045 WP_045070942.1 WP_045070942.1 100 875 0 0 1 875 1 875 0.0 1724 WP_015873926.1 WP_015873926.1 100 363 0 0 1 363 1 363 3.71e-269 727 EJA2215897.1 EJA2215897.1 100 232 0 0 1 232 1 232 5.86e-173 473 KAF2888908.1 KAF2888908.1 100 158 0 0 1 158 1 158 5.16e-108 303 NWU56530.1 NWU56530.1 100 1182 0 0 1 1182 1 1182 0.0 1425 WP_210028065.1 WP_210028065.1 100 168 0 0 1 168 1 168 2.50e-113 317 WP_211746996.1 WP_211746996.1 100 376 0 0 1 376 1 376 6.34e-263 712 WP_211746996.1 VRK55480.1 56.4 140 60 1 1 139 1 140 9.76e-47 154 WP_211746996.1 MCR4780139.1 25.5 294 190 6 5 274 6 294 5.05e-16 77.0 XP_040023426.1 XP_040023426.1 100 325 0 0 1 325 1 325 3.65e-234 635 AXC70826.1 AXC70826.1 100 60 0 0 1 60 1 60 2.31e-36 114 MBR6853793.1 MBR6853793.1 100 454 0 0 1 454 1 454 0.0 929 WP_153262038.1 WP_153262038.1 100 454 0 0 1 454 1 454 0.0 901 WP_153262038.1 WP_132575460.1 22.2 297 201 11 66 353 51 326 4.88e-07 50.1 MCA4896083.1 MCA4896083.1 100 362 0 0 1 362 1 362 5.30e-273 737 PZW62518.1 PZW62518.1 100 123 0 0 1 123 1 123 1.11e-83 238 ROR98276.1 ROR98276.1 100 136 0 0 1 136 1 136 2.50e-102 286 XP_025769677.1 XP_025769677.1 100 452 0 0 1 452 1 452 9.40e-227 627 WP_016669239.1 WP_016669239.1 100 224 0 0 1 224 1 224 8.35e-169 462 MCB1271755.1 MCB1271755.1 100 174 0 0 1 174 1 174 1.82e-127 353 AFV39595.1 AFV39595.1 100 1000 0 0 1 1000 1 1000 0.0 2006 AFV39595.1 ACY29573.1 91.3 435 38 0 54 488 1 435 1.32e-298 831 AFV39595.1 QWY38042.1 94.8 400 21 0 54 453 1 400 9.95e-284 791 AFV39595.1 AFJ09957.1 91.8 413 34 0 54 466 1 413 8.65e-281 785 AFV39595.1 UZY22531.1 99.4 341 2 0 660 1000 1 341 2.03e-246 694 AFV39595.1 ACH90072.1 88.5 373 42 1 33 405 9 380 1.15e-243 689 AFV39595.1 BAO23243.1 92.1 343 27 0 54 396 1 343 5.33e-234 662 AFV39595.1 BAO11608.1 92.0 339 27 0 54 392 1 339 4.21e-232 657 AFV39595.1 AVA00513.1 90.6 339 32 0 54 392 1 339 1.09e-229 651 AFV39595.1 AOW36968.1 89.8 333 34 0 70 402 1 333 6.10e-222 631 AFV39595.1 AOW33101.1 94.7 318 17 0 70 387 1 318 6.37e-220 625 AFV39595.1 ACV16867.1 92.7 301 22 0 153 453 1 301 1.42e-202 580 AFV39595.1 ARR91819.1 85.9 306 42 1 54 358 1 306 3.03e-183 531 AFV39595.1 ADB27070.1 93.3 210 14 0 190 399 1 210 3.10e-139 414 AFV39595.1 ABJ92889.1 81.3 96 18 0 57 152 1 96 1.32e-52 177 WP_123749269.1 WP_123749269.1 100 130 0 0 1 130 1 130 2.76e-94 266 EFX79048.1 EFX79048.1 100 845 0 0 1 845 1 845 0.0 1514 NNE87648.1 NNE87648.1 100 464 0 0 1 464 1 464 0.0 930 NNE87648.1 WP_145616262.1 57.1 466 196 3 1 463 1 465 9.75e-176 499 NNE87648.1 WP_024330540.1 37.0 479 277 9 1 462 1 471 1.69e-85 269 NNE87648.1 MYE57211.1 47.5 200 100 2 6 205 7 201 2.28e-55 181 NNE87648.1 DAZ71054.1 35.0 297 156 10 2 267 33 323 3.31e-40 146 NNE87648.1 CSP94261.1 36.2 221 125 5 4 222 17 223 4.68e-32 121 PZO34543.1 PZO34543.1 100 253 0 0 1 253 1 253 1.81e-182 499 VDK55583.1 VDK55583.1 100 240 0 0 1 240 1 240 1.80e-171 470 XP_023822602.1 XP_023822602.1 100 245 0 0 1 245 1 245 1.06e-148 439 WP_126376486.1 WP_126376486.1 100 285 0 0 1 285 1 285 9.86e-212 575 WP_126376486.1 RUM56169.1 28.1 242 169 4 27 267 14 251 4.47e-25 99.0 MBT4259311.1 MBT4259311.1 100 399 0 0 1 399 1 399 3.80e-303 816 WP_069580620.1 WP_069580620.1 100 401 0 0 1 401 1 401 3.25e-280 758 MBR4681128.1 MBR4681128.1 100 178 0 0 1 178 1 178 3.11e-121 338 WP_128788759.1 WP_128788759.1 100 201 0 0 1 201 1 201 2.43e-161 441 WP_128788759.1 OGO39675.1 48.8 203 99 2 3 201 6 207 1.99e-69 209 WP_128788759.1 WP_215615491.1 47.4 196 101 2 5 199 25 219 1.34e-60 187 KAJ1174213.1 KAJ1174213.1 100 216 0 0 1 216 1 216 5.23e-159 436 MBO8485404.1 MBO8485404.1 100 831 0 0 1 831 1 831 0.0 1649 MBO8485404.1 MBU22120.1 32.7 996 457 17 11 831 12 969 1.62e-157 483 MBO8485404.1 WP_125260587.1 32.3 947 505 11 9 831 2 936 7.10e-155 475 MBO8485404.1 WP_158347019.1 33.2 835 488 18 12 816 6 800 1.02e-143 442 MBO8485404.1 MCD6199266.1 31.1 842 523 17 11 821 6 821 2.39e-113 363 MBO8485404.1 WP_253620872.1 28.2 291 166 10 333 619 171 422 9.73e-18 86.7 MBO8485404.1 WP_185334683.1 25.7 206 135 9 379 578 141 334 1.94e-10 62.4 MBO8485404.1 WP_256546297.1 30.6 134 79 6 702 830 148 272 5.01e-08 53.5 WP_228961807.1 WP_228961807.1 100 388 0 0 1 388 1 388 1.95e-279 755 WP_228961807.1 WP_244349102.1 30.4 329 158 8 1 262 1 325 4.94e-33 127 WP_141772753.1 WP_141772753.1 100 341 0 0 1 341 1 341 8.56e-257 694 MBL8169415.1 MBL8169415.1 100 605 0 0 1 605 1 605 0.0 1177 MBL8169415.1 WP_055486904.1 30.0 203 134 5 355 553 245 443 2.01e-11 65.1 WP_278088590.1 WP_278088590.1 100 390 0 0 1 390 1 390 3.43e-290 783 WP_278088590.1 RLA59280.1 41.3 397 216 5 2 385 5 397 1.75e-97 295 WP_278088590.1 MCK5265770.1 32.3 353 236 3 34 384 26 377 1.07e-63 207 WP_278088590.1 WP_094880233.1 28.6 398 246 10 18 385 17 406 4.35e-38 140 CDG57236.1 CDG57236.1 100 189 0 0 1 189 1 189 1.53e-140 387 MBP2329018.1 MBP2329018.1 100 317 0 0 1 317 1 317 1.38e-234 636 SOD38512.1 SOD38512.1 100 325 0 0 1 325 1 325 2.71e-220 600 WP_161967657.1 WP_161967657.1 100 1938 0 0 1 1938 1 1938 0.0 2680 WP_007287952.1 WP_007287952.1 100 594 0 0 1 594 1 594 0.0 1151 WP_115992495.1 WP_115992495.1 100 248 0 0 1 248 1 248 1.42e-172 473 WP_115992495.1 WP_142133210.1 54.4 248 107 2 1 248 10 251 2.42e-85 253 WP_115992495.1 WP_222125851.1 50.6 253 110 2 1 246 1 245 2.54e-81 242 WP_115992495.1 WP_072380563.1 47.7 243 124 1 1 243 1 240 4.44e-77 231 WP_115992495.1 WP_279984614.1 48.8 252 123 3 1 248 9 258 1.32e-75 228 WP_115992495.1 WP_008470196.1 47.9 242 120 2 1 242 9 244 1.50e-71 218 WP_115992495.1 WP_258581409.1 36.0 242 143 3 2 242 4 234 3.35e-41 143 WP_115992495.1 WP_140480909.1 34.7 248 145 5 1 244 12 246 7.87e-38 134 WP_115992495.1 WP_071876418.1 25.8 217 148 2 15 231 315 518 7.68e-19 83.6 WP_115992495.1 WP_089095302.1 31.8 214 132 6 16 220 18 226 1.38e-16 77.0 WP_090297373.1 WP_090297373.1 100 231 0 0 1 231 1 231 1.88e-164 451 WP_086280341.1 WP_086280341.1 100 593 0 0 1 593 1 593 0.0 1145 WP_086280341.1 WP_117920451.1 37.4 567 326 15 26 566 30 593 6.79e-104 325 WP_086280341.1 KKT55671.1 34.6 569 349 12 2 549 13 579 4.61e-95 302 WP_086280341.1 MCJ7594907.1 49.4 249 116 4 348 586 1 249 2.45e-70 226 WP_084578893.1 WP_084578893.1 100 410 0 0 1 410 1 410 2.27e-296 800 XP_010918378.1 XP_010918378.1 100 320 0 0 1 320 1 320 8.19e-208 568 KRX15989.1 KRX15989.1 100 497 0 0 1 497 1 497 0.0 1002 KRX15989.1 BBQ86561.1 28.2 216 134 6 18 226 88 289 1.58e-15 75.9 KAF9095505.1 KAF9095505.1 100 1050 0 0 1 1050 1 1050 0.0 1544 XP_012889676.1 XP_012889676.1 100 305 0 0 1 305 1 305 3.05e-216 588 XP_012889676.1 XP_002688837.2 59.7 303 122 0 1 303 1 303 1.54e-121 349 XP_012889676.1 AAR19565.1 75.2 222 55 0 64 285 1 222 1.30e-114 328 XP_012889676.1 XP_034290446.1 51.1 307 148 2 1 305 1 307 1.04e-95 284 XP_012889676.1 XP_042531659.1 41.6 303 175 2 1 302 1 302 2.15e-70 219 XP_012889676.1 XP_005087540.1 40.3 295 176 0 11 305 11 305 1.58e-68 214 XP_012889676.1 XP_054446685.1 39.3 300 178 4 5 302 3 300 1.20e-60 194 XP_012889676.1 XP_049747270.1 32.9 298 188 4 12 302 14 306 1.53e-39 139 SFF07309.1 SFF07309.1 100 325 0 0 1 325 1 325 3.55e-241 653 SFF07309.1 WP_265272113.1 38.5 314 181 5 1 308 1 308 2.33e-64 205 SFF07309.1 MBN9534694.1 39.5 306 165 6 1 300 1 292 1.97e-59 191 MCP4913426.1 MCP4913426.1 100 229 0 0 1 229 1 229 2.12e-169 464 RGX77898.1 RGX77898.1 100 433 0 0 1 433 1 433 1.73e-314 848 MBE6142085.1 MBE6142085.1 100 227 0 0 1 227 1 227 1.25e-151 419 MBE6142085.1 Q8XJN8.1 32.1 212 142 2 12 222 14 224 1.83e-29 108 MBE6142085.1 WP_167196601.1 30.6 219 148 2 4 222 7 221 1.21e-19 82.4 MBE6142085.1 NLR72952.1 30.7 202 133 3 17 218 30 224 2.55e-17 76.3 MBE6142085.1 CDN40573.1 28.2 206 139 5 20 224 267 464 1.90e-16 75.9 KAF9145485.1 KAF9145485.1 100 1097 0 0 1 1097 1 1097 0.0 1783 MCO5569846.1 MCO5569846.1 100 211 0 0 1 211 1 211 6.62e-155 426 MUL75888.1 MUL75888.1 100 872 0 0 1 872 1 872 0.0 1704 MUL75888.1 WP_188888464.1 48.4 62 31 1 800 860 155 216 4.98e-06 47.0 WP_097108993.1 WP_097108993.1 100 329 0 0 1 329 1 329 1.60e-230 627 WP_097108993.1 MCA3389197.1 34.9 318 184 5 11 321 10 311 4.12e-51 171 WP_097108993.1 WP_008134825.1 38.0 287 163 3 43 328 43 315 1.40e-48 172 WP_097108993.1 MCP4329804.1 34.6 292 170 4 30 320 330 601 7.11e-39 143 MBC7097666.1 MBC7097666.1 100 445 0 0 1 445 1 445 0.0 882 MBC7097666.1 KAB2885888.1 38.0 366 206 9 4 362 18 369 5.42e-65 223 MBC7097666.1 MBA2522987.1 48.3 145 72 3 1 143 1 144 8.16e-36 127 KAJ6888161.1 KAJ6888161.1 100 98 0 0 1 98 1 98 2.61e-68 197 WP_236939362.1 WP_236939362.1 100 672 0 0 1 672 1 672 0.0 1333 WP_236939362.1 WP_055863905.1 28.6 329 206 10 6 315 2 320 4.50e-28 114 WP_236939362.1 EHP6050825.1 31.9 113 63 3 358 465 318 421 4.06e-05 45.1 KAJ7092692.1 KAJ7092692.1 100 367 0 0 1 367 1 367 1.10e-263 714 KAJ7092692.1 KNE54577.1 38.2 346 187 10 37 361 240 579 1.17e-58 198 KAJ7092692.1 XP_037916999.1 26.6 184 113 4 39 215 46 214 4.31e-13 68.6 WP_040330177.1 WP_040330177.1 100 336 0 0 1 336 1 336 4.46e-220 601 WP_001537381.1 WP_001537381.1 100 3246 0 0 1 3246 1 3246 0.0 5086 WP_001537381.1 WP_187642449.1 52.2 456 197 6 2550 2992 1 448 6.54e-112 373 WP_001537381.1 WP_243269836.1 53.9 282 126 4 11 289 29 309 5.62e-74 275 WP_001537381.1 WP_247392216.1 50.0 202 95 5 45 244 79 276 4.36e-48 172 WP_001537381.1 WP_045125019.1 38.5 356 174 15 16 332 61 410 1.96e-46 172 WP_001537381.1 MBS1222269.1 58.6 116 46 2 45 160 89 202 4.11e-33 127 WP_001537381.1 WP_230822898.1 36.2 257 139 12 52 295 78 322 8.37e-25 109 MBL6727407.1 MBL6727407.1 100 171 0 0 1 171 1 171 2.82e-125 347 WP_054541705.1 WP_054541705.1 100 435 0 0 1 435 1 435 0.0 865 WP_279085497.1 WP_279085497.1 100 166 0 0 1 166 1 166 1.03e-120 335 MCB9510871.1 MCB9510871.1 100 167 0 0 1 167 1 167 2.24e-120 335 WP_095128211.1 WP_095128211.1 100 319 0 0 1 319 1 319 2.02e-228 620 WP_095128211.1 WP_059510827.1 31.6 247 160 3 66 303 60 306 2.40e-32 120 MBE0660081.1 MBE0660081.1 100 216 0 0 1 216 1 216 2.17e-142 394 WP_219286064.1 WP_219286064.1 100 434 0 0 1 434 1 434 4.52e-306 827 WP_218057064.1 WP_218057064.1 100 153 0 0 1 153 1 153 1.10e-111 311 WP_131971174.1 WP_131971174.1 100 261 0 0 1 261 1 261 1.68e-191 522 MBL8777518.1 MBL8777518.1 100 402 0 0 1 402 1 402 1.82e-282 764 ABK94958.1 ABK94958.1 100 359 0 0 1 359 1 359 2.95e-273 737 ABK94958.1 KAE8908303.1 29.9 368 202 8 18 343 96 449 7.00e-49 169 WP_199308568.1 WP_199308568.1 100 440 0 0 1 440 1 440 8.03e-319 859 WP_199308568.1 MCG8377291.1 43.5 154 82 2 291 440 1 153 2.56e-34 124 APC24336.1 APC24336.1 100 381 0 0 1 381 1 381 4.60e-279 754 APC24336.1 AAX94106.1 70.7 352 103 0 1 352 78 429 3.03e-185 518 APC24336.1 ACO35565.1 70.8 250 71 1 131 378 1 250 3.22e-129 369 APC24336.1 AGC97326.1 69.2 240 72 1 133 370 1 240 5.44e-118 340 APC24336.1 AGC74998.1 76.2 210 50 0 148 357 1 210 2.45e-115 333 APC24336.1 ACE88666.1 71.2 118 34 0 1 118 29 146 5.70e-52 168 APC24336.1 AHK62764.1 70.9 117 34 0 2 118 105 221 4.87e-49 163 APC24336.1 UZF38514.1 70.5 112 33 0 1 112 95 206 6.18e-49 162 APC24336.1 AFA09475.1 73.2 112 30 0 1 112 94 205 2.35e-48 161 APC24336.1 AWS34156.1 73.2 112 30 0 1 112 108 219 2.53e-48 161 APC24336.1 AFA24308.1 74.1 112 29 0 1 112 101 212 5.72e-48 160 APC24336.1 ADW49125.1 72.3 112 31 0 1 112 100 211 4.29e-47 158 APC24336.1 AVM35379.1 71.4 112 32 0 1 112 103 214 6.59e-47 157 APC24336.1 QUA05739.1 73.3 105 28 0 1 105 108 212 5.57e-44 150 APC24336.1 QUQ06080.1 67.9 112 36 0 1 112 108 219 1.88e-43 149 APC24336.1 ABQ63546.1 67.9 112 36 0 1 112 107 218 2.57e-43 148 APC24336.1 AGI15931.1 66.0 106 36 0 1 106 101 206 9.61e-38 133 APC24336.1 AMA90994.1 71.1 90 26 0 1 90 108 197 1.29e-32 119 APC24336.1 AHH30646.1 67.4 92 29 1 1 92 81 171 1.31e-30 113 APC24336.1 AOQ89457.1 67.9 84 27 0 1 84 104 187 1.07e-28 108 APC24336.1 AKT58828.1 64.4 87 31 0 1 87 108 194 2.53e-28 108 APC24336.1 AXZ65741.1 64.2 81 29 0 1 81 108 188 5.62e-26 101 WP_199713305.1 WP_199713305.1 100 120 0 0 1 120 1 120 4.40e-84 239 WP_172585284.1 WP_172585284.1 100 407 0 0 1 407 1 407 2.73e-291 787 WP_094590818.1 WP_094590818.1 100 912 0 0 1 912 1 912 0.0 1787 XP_032204694.1 XP_032204694.1 100 295 0 0 1 295 1 295 1.15e-215 586 KAJ3382075.1 KAJ3382075.1 100 100 0 0 1 100 1 100 5.88e-66 192 WP_116143250.1 WP_116143250.1 100 293 0 0 1 293 1 293 6.58e-205 559 OQB67688.1 OQB67688.1 100 535 0 0 1 535 1 535 0.0 1043 KAI1055415.1 KAI1055415.1 100 353 0 0 1 353 1 353 1.30e-273 738 KAI1055415.1 XP_030976676.1 40.4 356 192 10 7 349 9 357 7.32e-82 252 WP_018083176.1 WP_018083176.1 100 348 0 0 1 348 1 348 3.02e-265 716 WP_055153579.1 WP_055153579.1 100 492 0 0 1 492 1 492 0.0 998 WP_055153579.1 WP_112119927.1 28.1 434 277 13 55 486 61 461 5.66e-35 134 WP_055153579.1 MBP6544771.1 24.7 522 333 11 14 485 39 550 7.37e-31 124 WP_055153579.1 WP_140372075.1 26.4 326 179 12 146 427 195 503 1.59e-13 71.2 WP_065640612.1 WP_065640612.1 100 116 0 0 1 116 1 116 1.68e-86 245 KAG2753283.1 KAG2753283.1 100 186 0 0 1 186 1 186 2.36e-138 382 WP_071280632.1 WP_071280632.1 100 90 0 0 1 90 1 90 8.52e-59 173 WP_213775833.1 WP_213775833.1 100 295 0 0 1 295 1 295 1.24e-210 573 WP_213775833.1 WP_222163701.1 41.5 270 154 1 24 289 26 295 1.12e-58 188 MBG4760275.1 MBG4760275.1 100 397 0 0 1 397 1 397 7.94e-279 754 KAF9432903.1 KAF9432903.1 100 947 0 0 1 947 1 947 0.0 1871 WP_245407141.1 WP_245407141.1 100 160 0 0 1 160 1 160 8.19e-106 297 XP_006814105.1 XP_006814105.1 100 476 0 0 1 476 1 476 0.0 921 WP_228201287.1 WP_228201287.1 100 105 0 0 1 105 1 105 2.07e-75 216 KAH8780162.1 KAH8780162.1 100 499 0 0 1 499 1 499 0.0 977 KAH8780162.1 WP_109267392.1 30.0 207 118 7 16 220 8 189 5.53e-11 63.2 KAH8780162.1 WP_074527819.1 31.7 186 104 7 69 251 58 223 1.45e-08 55.5 WP_196146635.1 WP_196146635.1 100 834 0 0 1 834 1 834 0.0 1676 DAH49916.1 DAH49916.1 100 44 0 0 1 44 1 44 2.06e-30 98.2 WP_237034910.1 WP_237034910.1 100 1039 0 0 1 1039 1 1039 0.0 2022 WP_237034910.1 WP_052125494.1 42.0 1026 567 7 5 1018 8 1017 1.89e-248 728 WP_237034910.1 MCD8297279.1 26.4 258 164 8 105 357 107 343 9.21e-15 77.4 XP_010676925.2 XP_010676925.2 100 352 0 0 1 352 1 352 8.66e-226 617 WP_086353716.1 WP_086353716.1 100 316 0 0 1 316 1 316 3.09e-226 615 WP_086353716.1 WP_142590093.1 48.2 313 156 3 1 309 14 324 2.57e-95 284 WP_086353716.1 WP_281675368.1 34.6 298 184 7 1 298 1 287 1.72e-46 164 WP_086353716.1 MBU2478158.1 50.0 62 31 0 248 309 1 62 3.77e-14 64.7 WP_102576363.1 WP_102576363.1 100 205 0 0 1 205 1 205 4.69e-152 418 WP_102576363.1 WP_140264131.1 43.8 201 112 1 1 200 1 201 2.80e-55 173 WP_080508033.1 WP_080508033.1 100 421 0 0 1 421 1 421 0.0 874 WP_080508033.1 MCA3282362.1 24.0 333 223 10 69 388 37 352 2.31e-12 66.2 WP_052922907.1 WP_052922907.1 100 466 0 0 1 466 1 466 0.0 933 WP_052922907.1 MCB1208284.1 36.5 348 208 7 1 343 16 355 2.86e-59 197 WP_010409355.1 WP_010409355.1 100 113 0 0 1 113 1 113 1.71e-80 229 XP_008674211.1 XP_008674211.1 100 264 0 0 1 264 1 264 6.30e-168 463 RGT06351.1 RGT06351.1 100 90 0 0 1 90 1 90 1.85e-62 182 NIM26842.1 NIM26842.1 100 323 0 0 1 323 1 323 4.97e-231 627 NIM26842.1 HHO76132.1 53.6 319 138 5 2 317 8 319 8.52e-105 308 AMA13662.1 AMA13662.1 100 176 0 0 1 176 1 176 5.88e-134 370 AMA13662.1 MOY95459.1 72.4 98 27 0 63 160 2 99 9.30e-50 154 AMA13662.1 AST39768.1 62.2 98 37 0 63 160 2 99 4.17e-41 132 AMA13662.1 MOY61908.1 53.7 95 44 0 63 157 2 96 1.98e-34 115 AFP82159.1 AFP82159.1 100 393 0 0 1 393 1 393 1.72e-296 799 AFP82159.1 BAD88428.1 92.6 393 29 0 1 393 27 419 8.40e-276 749 AFP82159.1 USR37329.1 93.8 160 10 0 1 160 30 189 1.93e-103 302 MBQ2990925.1 MBQ2990925.1 100 665 0 0 1 665 1 665 0.0 1259 KQP70604.1 KQP70604.1 100 484 0 0 1 484 1 484 0.0 967 MCH1407713.1 MCH1407713.1 100 360 0 0 1 360 1 360 1.30e-272 736 HAR7369715.1 HAR7369715.1 100 466 0 0 1 466 1 466 0.0 888 HAR7369715.1 EPR30609.1 41.5 441 240 3 21 460 1 424 6.41e-114 340 HAR7369715.1 WP_132517191.1 37.0 467 274 5 11 458 22 487 1.83e-96 298 HAR7369715.1 MCQ2156413.1 37.1 329 188 6 136 461 1 313 4.14e-64 209 HAR7369715.1 MBR4705654.1 27.2 434 261 12 17 439 20 409 8.32e-34 130 HAC44255.1 HAC44255.1 100 947 0 0 1 947 1 947 0.0 1910 NBS93427.1 NBS93427.1 100 159 0 0 1 159 1 159 6.77e-109 305 WP_067101053.1 WP_067101053.1 100 324 0 0 1 324 1 324 1.87e-231 629 XP_005111944.2 XP_005111944.2 100 616 0 0 1 616 1 616 0.0 1219 WP_108210605.1 WP_108210605.1 100 591 0 0 1 591 1 591 0.0 1119 WP_108210605.1 GBD99233.1 36.1 252 148 3 301 549 29 270 1.42e-40 147 MOP62942.1 MOP62942.1 100 18 0 0 1 18 1 18 2.84e-12 50.8 WP_262073613.1 WP_262073613.1 100 318 0 0 1 318 1 318 8.15e-223 606 KAH9744176.1 KAH9744176.1 100 696 0 0 1 696 1 696 0.0 1390 AFX75916.1 AFX75916.1 100 695 0 0 1 695 1 695 0.0 1381 AFX75916.1 QGA29503.1 96.1 685 27 0 1 685 1 685 0.0 1324 WP_166638495.1 WP_166638495.1 100 57 0 0 1 57 1 57 7.42e-34 107 KAI4867710.1 KAI4867710.1 100 389 0 0 1 389 1 389 7.05e-278 751 WP_083180153.1 WP_083180153.1 100 608 0 0 1 608 1 608 0.0 1182 WP_083180153.1 NIK25817.1 23.7 414 289 7 215 601 194 607 1.49e-27 115 WP_083180153.1 WP_212961195.1 33.2 214 131 8 395 601 831 1039 4.19e-23 102 MCM2356329.1 MCM2356329.1 100 293 0 0 1 293 1 293 3.31e-214 582 MCM2356329.1 WP_160194147.1 44.1 297 155 6 1 291 1 292 3.62e-70 221 MCM2356329.1 MBA3609961.1 30.9 272 165 8 29 285 36 299 1.49e-28 112 MCM2356329.1 OWZ34415.1 30.5 279 169 10 32 293 57 327 1.05e-25 104 MCM2356329.1 MBQ6794463.1 30.1 269 161 8 27 291 9 254 6.23e-23 95.5 WP_270233472.1 WP_270233472.1 100 318 0 0 1 318 1 318 1.24e-242 656 XP_033306318.1 XP_033306318.1 100 1323 0 0 1 1323 1 1323 0.0 2557 XP_033306318.1 NXL14598.1 23.2 1330 868 37 62 1304 64 1327 1.70e-73 267 WP_209377953.1 WP_209377953.1 100 178 0 0 1 178 1 178 5.20e-129 357 WP_209377953.1 MCB0919686.1 35.3 150 85 5 3 142 10 157 3.56e-19 78.6 XP_019180948.1 XP_019180948.1 100 971 0 0 1 971 1 971 0.0 1038 XP_019180948.1 XP_040250218.1 39.3 300 153 7 668 955 341 623 1.86e-52 195 XP_019180948.1 XP_021765438.1 37.4 289 171 7 680 964 599 881 1.17e-42 166 XP_019180948.1 RLN36134.1 37.4 294 164 9 679 960 84 369 1.05e-41 156 XP_019180948.1 KAI3849778.1 35.2 355 200 13 608 949 431 768 5.36e-41 160 XP_019180948.1 XP_025814622.1 31.0 242 151 5 676 904 777 1015 6.00e-28 120 XP_019180948.1 XP_044484513.1 37.1 170 101 4 659 826 70 235 4.18e-24 107 XP_019180948.1 XP_048540820.1 30.0 220 113 8 660 874 777 960 9.57e-18 87.0 XP_019180948.1 KZT58963.1 31.9 213 120 7 680 876 1082 1285 2.47e-15 79.3 CAH0023967.1 CAH0023967.1 100 336 0 0 1 336 1 336 8.72e-243 658 WP_019444443.1 WP_019444443.1 100 323 0 0 1 323 1 323 3.13e-234 635 WP_019444443.1 WP_055337992.1 65.2 322 112 0 2 323 65 386 3.31e-156 441 WP_019444443.1 MBL6847974.1 45.5 303 159 3 23 323 90 388 1.06e-86 264 WP_019444443.1 XP_027540421.1 32.4 321 201 7 7 320 95 406 2.02e-43 152 WP_019444443.1 MBL4853947.1 30.1 296 182 8 32 320 106 383 7.59e-30 115 MBL1320270.1 MBL1320270.1 100 322 0 0 1 322 1 322 1.47e-227 619 MBL1320270.1 WP_198095175.1 45.2 323 173 2 3 322 16 337 3.96e-85 258 GEW47215.1 GEW47215.1 100 290 0 0 1 290 1 290 7.73e-207 563 KAI4518191.1 KAI4518191.1 100 584 0 0 1 584 1 584 0.0 1045 WP_162206844.1 WP_162206844.1 100 367 0 0 1 367 1 367 5.29e-271 732 WP_113544184.1 WP_113544184.1 100 1167 0 0 1 1167 1 1167 0.0 2266 WP_113544184.1 WP_130528929.1 37.7 639 391 4 463 1100 326 958 9.21e-139 444 WP_113544184.1 TRZ64304.1 40.0 438 259 2 728 1162 1 437 4.43e-104 333 WP_113544184.1 MAF07216.1 33.1 477 297 8 525 988 173 640 1.79e-61 222 WP_014985199.1 WP_014985199.1 100 723 0 0 1 723 1 723 0.0 1409 WP_014985199.1 WP_070172067.1 49.8 626 307 4 70 692 21 642 1.70e-211 608 WP_014985199.1 NXM52897.1 40.7 487 269 8 65 546 1 472 2.92e-106 332 XP_030725309.1 XP_030725309.1 100 343 0 0 1 343 1 343 6.04e-258 697 WP_192880951.1 WP_192880951.1 100 451 0 0 1 451 1 451 0.0 915 WP_192880951.1 MBQ6717580.1 34.3 242 113 5 28 255 42 251 1.75e-27 110 MBT8607749.1 MBT8607749.1 100 580 0 0 1 580 1 580 0.0 1138 MBT8607749.1 WP_001202764.1 56.4 571 244 5 1 568 1 569 3.28e-222 626 NGL48818.1 NGL48818.1 100 44 0 0 1 44 1 44 7.59e-24 81.6 WP_162929259.1 WP_162929259.1 100 108 0 0 1 108 1 108 6.09e-74 213 NLV68328.1 NLV68328.1 100 185 0 0 1 185 1 185 8.16e-125 347 NLV68328.1 NLK90780.1 47.8 182 95 0 4 185 4 185 9.14e-59 180 NLV68328.1 NLT72898.1 47.5 183 96 0 1 183 1 183 9.14e-59 180 NLV68328.1 MBD3769330.1 41.6 178 104 0 8 185 7 184 4.24e-44 143 WP_075013026.1 WP_075013026.1 100 423 0 0 1 423 1 423 2.78e-299 808 USK34290.1 USK34290.1 100 137 0 0 1 137 1 137 3.84e-93 263 NLE01480.1 NLE01480.1 100 456 0 0 1 456 1 456 8.01e-318 858 WP_189931865.1 WP_189931865.1 100 1161 0 0 1 1161 1 1161 0.0 2279 WP_189931865.1 MBQ7389792.1 48.7 1307 430 16 21 1146 11 1257 0.0 1160 WP_189931865.1 BBG20955.1 38.7 1396 535 16 21 1126 11 1375 3.84e-294 900 WP_189931865.1 ULU28230.1 39.1 1028 569 15 111 1120 65 1053 2.59e-244 722 WP_189931865.1 AIR77599.1 37.7 220 114 3 33 240 1 209 1.03e-36 143 WP_189931865.1 HAJ19792.1 56.2 89 38 1 496 584 1 88 4.64e-23 92.8 MCK5466482.1 MCK5466482.1 100 297 0 0 1 297 1 297 3.27e-207 565 WP_166047848.1 WP_166047848.1 100 235 0 0 1 235 1 235 2.33e-128 360 KAI2467201.1 KAI2467201.1 100 394 0 0 1 394 1 394 7.99e-282 762 WP_272952826.1 WP_272952826.1 100 318 0 0 1 318 1 318 7.89e-175 485 AGB20654.1 AGB20654.1 100 218 0 0 1 218 1 218 5.66e-164 449 MBQ6868443.1 MBQ6868443.1 100 194 0 0 1 194 1 194 7.23e-137 379 NER20127.1 NER20127.1 100 291 0 0 1 291 1 291 1.65e-222 603 WP_269061021.1 WP_269061021.1 100 264 0 0 1 264 1 264 4.92e-181 496 MCE2789155.1 MCE2789155.1 100 1004 0 0 1 1004 1 1004 0.0 1820 MCE2789155.1 WP_116870479.1 52.9 153 70 2 844 995 1072 1223 2.52e-39 157 MCE2789155.1 WP_122440133.1 48.1 160 82 1 844 1003 1054 1212 3.10e-33 137 MBR6875525.1 MBR6875525.1 100 365 0 0 1 365 1 365 3.12e-287 773 HAO16792.1 HAO16792.1 100 134 0 0 1 134 1 134 3.06e-102 286 XP_039325768.1 XP_039325768.1 100 561 0 0 1 561 1 561 0.0 1120 WP_180230190.1 WP_180230190.1 100 340 0 0 1 340 1 340 1.16e-249 676 WP_180230190.1 WP_101272247.1 35.9 334 212 2 2 334 15 347 7.70e-72 226 WP_230796143.1 WP_230796143.1 100 305 0 0 1 305 1 305 1.02e-214 585 WP_230796143.1 EIX9307167.1 36.0 272 171 2 1 269 11 282 2.05e-47 159 WP_230796143.1 WP_077690175.1 37.3 161 83 6 4 155 5 156 1.15e-11 62.8 WP_230796143.1 WP_154333510.1 45.2 62 34 0 1 62 1 62 1.79e-06 47.0 WP_059639348.1 WP_059639348.1 100 316 0 0 1 316 1 316 5.41e-236 639 WP_225579579.1 WP_225579579.1 100 528 0 0 1 528 1 528 0.0 966 WP_225579579.1 WP_254698006.1 70.0 430 129 0 15 444 1 430 1.06e-209 590 WP_225579579.1 OQA38407.1 48.5 462 209 6 7 444 1 457 2.40e-136 401 WP_225579579.1 WP_253808359.1 45.3 439 223 7 13 443 3 432 5.79e-119 356 WP_225579579.1 CBI36349.3 31.2 426 279 5 7 425 2 420 1.61e-62 209 WP_225579579.1 WP_073201850.1 35.4 268 155 4 39 295 56 316 2.74e-40 147 WP_225579579.1 PSR02572.1 32.7 281 166 7 30 299 69 337 1.06e-33 129 GBN39940.1 GBN39940.1 100 421 0 0 1 421 1 421 1.49e-318 857 MXQ53321.1 MXQ53321.1 100 351 0 0 1 351 1 351 3.77e-256 693 MXQ53321.1 WP_114368818.1 32.8 247 146 6 8 240 10 250 1.67e-27 110 WP_100449703.1 WP_100449703.1 100 419 0 0 1 419 1 419 6.67e-289 782 XP_052751399.1 XP_052751399.1 100 367 0 0 1 367 1 367 2.44e-276 746 WP_066786685.1 WP_066786685.1 100 1507 0 0 1 1507 1 1507 0.0 2915 WP_117077319.1 WP_117077319.1 100 156 0 0 1 156 1 156 4.27e-124 343 WP_117077319.1 ENF92344.1 84.3 153 24 0 4 156 2 154 3.43e-101 290 WP_249084213.1 WP_249084213.1 100 860 0 0 1 860 1 860 0.0 1752 WP_249084213.1 MCI5916932.1 47.0 464 236 6 375 832 26 485 6.16e-121 374 WP_131096443.1 WP_131096443.1 100 721 0 0 1 721 1 721 0.0 1354 WP_131096443.1 MBE3671043.1 48.3 718 361 6 9 721 14 726 7.51e-223 639 WP_131096443.1 WP_049066482.1 35.0 729 432 12 6 705 2 717 2.80e-129 399 KAI6080770.1 KAI6080770.1 100 27 0 0 327 353 327 353 2.60e-12 65.9 WP_017691736.1 WP_017691736.1 100 446 0 0 1 446 1 446 0.0 894 WP_005632191.1 WP_005632191.1 100 217 0 0 1 217 1 217 3.52e-153 422 WP_084873045.1 WP_084873045.1 100 225 0 0 1 225 1 225 2.46e-157 433 WP_195290884.1 WP_195290884.1 100 427 0 0 1 427 1 427 2.39e-318 857 WP_195290884.1 WP_162119468.1 34.7 421 241 6 4 424 3 389 9.16e-69 221 WP_195290884.1 MCG6912449.1 33.3 421 230 9 8 424 3 376 2.26e-68 220 WP_280336340.1 WP_280336340.1 100 78 0 0 1 78 1 78 1.66e-55 164 CAD2182685.1 CAD2182685.1 100 189 0 0 1 189 1 189 2.09e-138 382 HBT5919638.1 HBT5919638.1 100 49 0 0 1 49 1 49 5.96e-32 102 XP_021765438.1 XP_021765438.1 100 908 0 0 1 908 1 908 0.0 1725 XP_021765438.1 RLN36134.1 37.4 326 188 7 574 887 58 379 1.05e-55 196 XP_021765438.1 XP_019180948.1 37.4 289 171 7 599 881 680 964 3.56e-43 168 XP_021765438.1 KAI3849778.1 32.8 375 228 12 533 890 430 797 1.07e-42 166 XP_021765438.1 XP_040250218.1 35.2 284 161 8 587 863 347 614 2.30e-37 149 XP_021765438.1 XP_025814622.1 30.8 292 169 9 526 796 710 989 1.75e-34 140 XP_021765438.1 XP_044484513.1 40.1 197 111 5 550 742 41 234 3.86e-34 138 XP_021765438.1 KAG2309455.1 30.2 291 177 11 591 868 607 884 2.38e-28 120 XP_021765438.1 XP_028705251.1 33.0 206 126 6 597 796 456 655 1.64e-27 118 XP_021765438.1 XP_048540820.1 26.7 273 152 6 601 870 796 1023 4.75e-20 94.4 XP_021765438.1 WP_106546380.1 33.9 221 117 7 598 797 17 229 5.46e-20 92.8 XP_021765438.1 MBF1128433.1 29.7 202 127 5 601 796 16 208 4.98e-17 84.0 XP_021765438.1 MBD2210269.1 27.4 234 142 8 590 803 9 234 1.07e-15 79.3 WP_093486522.1 WP_093486522.1 100 353 0 0 1 353 1 353 4.29e-263 711 QLY80081.1 QLY80081.1 100 431 0 0 1 431 1 431 3.42e-288 781 QLY80081.1 WP_065076975.1 39.6 240 144 1 192 430 205 444 5.72e-48 168 WP_006224372.1 WP_006224372.1 100 290 0 0 1 290 1 290 1.32e-198 543 WP_023727015.1 WP_023727015.1 100 519 0 0 1 519 1 519 0.0 950 WP_023727015.1 WP_185921121.1 35.0 426 250 11 26 438 9 420 1.82e-53 186 WP_023727015.1 BBC91732.1 30.3 412 274 8 35 437 3 410 1.27e-42 156 WP_023727015.1 RQL72805.1 24.8 423 289 9 21 429 7 414 1.88e-26 110 KAF8917914.1 KAF8917914.1 100 417 0 0 1 417 1 417 1.55e-318 857 KAF8917914.1 XP_031942702.1 36.8 288 138 9 31 289 25 297 2.30e-52 181 WP_037184031.1 WP_037184031.1 100 97 0 0 1 97 1 97 7.56e-63 184 MBM4261824.1 MBM4261824.1 100 361 0 0 1 361 1 361 7.56e-277 746 WP_085680475.1 WP_085680475.1 100 253 0 0 1 253 1 253 3.56e-198 538 EFI9255255.1 EFI9255255.1 100 485 0 0 1 485 1 485 1.47e-211 592 EFI9255255.1 HAL0497824.1 47.0 83 40 1 162 244 130 208 7.77e-06 46.2 WP_070475600.1 WP_070475600.1 100 749 0 0 1 749 1 749 0.0 1484 WP_275405902.1 WP_275405902.1 100 741 0 0 1 741 1 741 0.0 1456 GIW30304.1 GIW30304.1 100 473 0 0 1 473 1 473 0.0 893 GIW30304.1 WP_243361436.1 33.9 422 265 5 58 467 62 481 1.80e-55 190 TVY78526.1 TVY78526.1 100 1030 0 0 1 1030 1 1030 0.0 2034 WP_273827584.1 WP_273827584.1 100 252 0 0 1 252 1 252 1.89e-188 514 XP_047245969.1 XP_047245969.1 100 233 0 0 1 233 1 233 6.87e-177 483 XP_007957752.1 XP_007957752.1 100 471 0 0 1 471 1 471 0.0 915 XP_007957752.1 XP_048221756.1 97.2 471 12 1 1 471 17 486 0.0 889 WP_272896519.1 WP_272896519.1 100 42 0 0 1 42 1 42 7.37e-30 96.7 KAI1368854.1 KAI1368854.1 100 260 0 0 1 260 1 260 1.20e-204 555 STW09510.1 STW09510.1 100 204 0 0 1 204 1 204 8.76e-152 417 WP_264790310.1 WP_264790310.1 100 372 0 0 1 372 1 372 1.16e-272 737 WP_029091796.1 WP_029091796.1 100 201 0 0 1 201 1 201 3.57e-145 400 WP_237142885.1 WP_237142885.1 100 84 0 0 1 84 1 84 1.36e-59 174 EFL44656.1 EFL44656.1 100 1739 0 0 1 1739 1 1739 0.0 3165 RJF99999.1 RJF99999.1 100 334 0 0 1 334 1 334 7.04e-232 630 MBM4059513.1 MBM4059513.1 100 450 0 0 1 450 1 450 0.0 892 MCP3657241.1 MCP3657241.1 100 155 0 0 1 155 1 155 1.13e-105 296 WP_203021165.1 WP_203021165.1 100 278 0 0 1 278 1 278 6.89e-204 555 WP_203021165.1 GGK29005.1 30.9 233 142 7 52 269 60 288 3.20e-15 72.4 WP_089095302.1 WP_089095302.1 100 629 0 0 1 629 1 629 0.0 1198 WP_089095302.1 WP_173040157.1 33.1 586 348 8 8 590 11 555 5.47e-81 265 WP_089095302.1 MCH5231772.1 28.3 534 354 12 3 520 1 521 1.54e-58 204 WP_089095302.1 MCA6099904.1 31.5 534 301 18 1 511 1 492 7.22e-49 176 WP_089095302.1 WP_041710957.1 24.3 560 319 10 1 525 1 490 6.76e-41 155 WP_089095302.1 WP_105160947.1 34.0 238 109 8 325 523 14 242 4.32e-21 95.9 WP_089095302.1 WP_222599035.1 33.8 225 126 7 8 226 471 678 3.62e-20 93.2 WP_089095302.1 WP_089246429.1 24.3 536 297 18 19 515 20 485 1.16e-18 87.8 WP_089095302.1 WP_195238978.1 29.8 215 123 8 295 488 467 674 7.59e-18 85.9 WP_089095302.1 WP_115992495.1 31.3 217 129 6 18 226 16 220 4.24e-17 79.7 WP_089095302.1 MBO5162475.1 22.0 541 330 18 6 516 1 479 5.49e-16 79.3 WP_089095302.1 CDZ73727.1 29.6 213 122 8 314 509 1 202 3.45e-14 71.2 WP_089095302.1 WP_150396769.1 22.1 502 276 18 15 479 36 459 6.91e-14 72.8 WP_089095302.1 GBD21053.1 23.0 518 273 17 23 493 46 484 3.77e-13 70.5 WP_089095302.1 WP_142931103.1 22.4 518 317 16 18 513 19 473 4.37e-13 70.1 WP_089095302.1 MBQ9964693.1 30.8 208 102 7 3 206 1 170 5.44e-13 66.2 WP_089095302.1 WP_145468487.1 30.0 190 108 5 326 493 22 208 9.70e-12 63.5 WP_089095302.1 WP_071876418.1 27.2 239 150 8 315 530 4 241 1.12e-11 65.9 WP_089095302.1 WP_247749043.1 28.6 234 132 13 319 524 361 587 4.81e-11 63.9 WP_089095302.1 WP_107894076.1 24.9 237 127 8 311 505 2 229 8.82e-10 58.9 WP_089095302.1 WP_038440434.1 24.5 200 134 6 308 490 328 527 1.30e-09 59.3 WP_089095302.1 MCH4209672.1 27.7 184 108 5 325 495 393 564 9.21e-09 56.6 WP_089095302.1 WP_192324556.1 28.2 227 118 11 320 505 21 243 3.73e-08 54.7 WP_089095302.1 WP_227059655.1 25.2 218 124 7 325 505 32 247 1.96e-07 52.4 WP_089095302.1 RLN50561.1 26.0 173 105 6 14 183 655 807 7.62e-07 50.8 WP_089095302.1 WP_131166802.1 33.3 81 50 1 435 511 156 236 8.34e-06 46.6 WP_089095302.1 WP_098952357.1 26.3 198 124 5 330 505 31 228 1.04e-05 46.2 WP_089095302.1 WP_066083732.1 32.0 75 47 1 435 505 157 231 2.53e-05 45.1 WP_089095302.1 WP_041481207.1 27.7 188 105 8 327 490 350 530 4.56e-05 44.7 WP_089095302.1 NFD84694.1 24.3 218 140 8 312 507 519 733 1.53e-04 43.1 WP_233230645.1 WP_233230645.1 100 380 0 0 1 380 1 380 2.46e-278 752 WP_233230645.1 WP_099100504.1 37.8 320 197 2 27 345 48 366 1.06e-64 209 WP_233230645.1 WP_202252188.1 33.4 320 196 7 27 339 48 357 2.27e-31 120 WP_004960861.1 WP_004960861.1 100 534 0 0 1 534 1 534 0.0 1038 WP_004960861.1 EET4886479.1 39.4 421 245 4 111 526 30 445 4.31e-95 295 WP_230009938.1 WP_230009938.1 100 245 0 0 1 245 1 245 3.26e-156 432 WP_230009938.1 WP_134064782.1 41.0 183 106 1 4 184 255 437 5.29e-40 141 WP_034709917.1 WP_034709917.1 100 1037 0 0 1 1037 1 1037 0.0 2049 CTM60173.1 CTM60173.1 100 56 0 0 1 56 1 56 6.56e-41 125 WP_039608285.1 WP_039608285.1 100 1036 0 0 1 1036 1 1036 0.0 1932 WP_039608285.1 WP_133325549.1 35.3 1030 641 12 1 1022 1 1013 4.08e-184 560 WP_039608285.1 WP_096647361.1 26.6 1033 723 16 3 1005 5 1032 3.74e-97 329 WP_039608285.1 WP_265225845.1 26.4 1066 711 16 1 1005 1 1053 3.19e-87 302 WP_039608285.1 WP_110366458.1 23.0 1046 741 14 2 1004 4 1028 1.34e-65 240 WP_039608285.1 WP_154963182.1 24.8 1031 725 19 1 1003 1 1009 1.42e-62 229 WP_039608285.1 WP_172616972.1 24.3 1037 724 24 5 1007 10 1019 5.52e-61 224 WP_039608285.1 MBL4744408.1 21.6 1037 768 14 7 1007 9 1036 3.18e-59 219 WP_039608285.1 TME45086.1 25.4 712 490 12 9 689 8 709 1.18e-43 168 WP_039608285.1 KKQ50904.1 27.0 486 338 8 13 487 38 517 6.15e-43 168 SPC33634.1 SPC33634.1 100 142 0 0 1 142 1 142 2.03e-104 292 WP_259287153.1 WP_259287153.1 100 132 0 0 1 132 1 132 4.05e-97 273 MRB85170.1 MRB85170.1 100 46 0 0 1 46 1 46 4.73e-30 97.4 MCD6544917.1 MCD6544917.1 100 364 0 0 1 364 1 364 3.03e-264 715 MBK4335994.1 MBK4335994.1 100 308 0 0 1 308 1 308 2.05e-211 577 MBA0628892.1 MBA0628892.1 100 291 0 0 1 291 1 291 2.08e-216 588 WP_281459228.1 WP_281459228.1 100 461 0 0 1 461 1 461 0.0 958 CAD7578726.1 CAD7578726.1 100 234 0 0 1 234 1 234 2.57e-168 461 CAD7578726.1 WP_122705662.1 35.1 94 22 2 1 55 146 239 6.64e-08 50.1 SOD38336.1 SOD38336.1 100 400 0 0 1 400 1 400 1.35e-292 790 TYG55675.1 TYG55675.1 100 979 0 0 1 979 1 979 0.0 1924 TYG55675.1 XP_010263869.1 41.3 516 243 9 3 459 229 743 1.27e-99 329 TYG55675.1 KAI9181093.1 33.1 357 176 8 161 459 145 496 1.55e-46 174 WP_094953410.1 WP_094953410.1 100 184 0 0 1 184 1 184 1.73e-130 362 WP_108324249.1 WP_108324249.1 100 147 0 0 1 147 1 147 1.58e-108 303 WP_195238978.1 WP_195238978.1 100 737 0 0 1 737 1 737 0.0 1411 WP_195238978.1 WP_195368055.1 30.4 527 355 8 198 716 51 573 9.34e-67 229 WP_195238978.1 NFD84694.1 34.9 415 247 6 315 721 360 759 6.42e-60 214 WP_195238978.1 KAI7371949.1 31.9 498 322 9 234 721 399 889 1.05e-55 204 WP_195238978.1 MBQ8297564.1 35.4 316 200 2 404 717 253 566 2.46e-54 195 WP_195238978.1 WP_011512097.1 33.2 319 208 2 404 720 265 580 3.70e-47 175 WP_195238978.1 KAI9191373.1 37.7 265 143 2 451 713 361 605 8.25e-45 171 WP_195238978.1 WP_038440434.1 29.3 389 263 6 343 727 195 575 9.55e-41 156 WP_195238978.1 WP_247749043.1 34.1 246 156 4 478 717 350 595 2.31e-35 140 WP_195238978.1 KAJ2660037.1 30.0 270 185 3 448 714 1770 2038 1.08e-33 137 WP_195238978.1 WP_041481207.1 33.3 198 130 1 485 680 335 532 1.71e-27 115 WP_195238978.1 WP_071876418.1 30.6 222 140 7 485 697 4 220 1.92e-19 90.9 WP_195238978.1 WP_089095302.1 29.8 215 123 8 467 674 295 488 2.21e-18 87.8 WP_195238978.1 MCB0243881.1 28.3 223 129 7 492 697 15 223 5.38e-18 82.0 WP_195238978.1 WP_098952357.1 27.6 217 131 5 501 701 31 237 1.49e-17 82.8 WP_195238978.1 WP_145468487.1 30.3 175 112 6 500 669 25 194 1.03e-15 75.5 WP_195238978.1 MCH4209672.1 31.7 161 96 4 500 660 397 543 1.26e-15 79.0 WP_195238978.1 WP_142931103.1 27.1 225 145 4 485 704 4 214 6.30e-15 76.3 WP_195238978.1 WP_150396769.1 23.0 217 145 7 496 697 284 493 2.64e-09 58.5 WP_195238978.1 MBO5162475.1 23.9 201 143 6 501 692 269 468 9.38e-08 53.5 WP_195238978.1 HBO4828144.1 25.3 182 121 6 479 656 6 176 1.95e-07 51.6 WP_195238978.1 WP_089246429.1 22.2 207 149 6 501 697 276 480 3.82e-07 51.6 KAG7283570.1 KAG7283570.1 100 311 0 0 1 311 1 311 3.27e-239 647 WP_280427578.1 WP_280427578.1 100 210 0 0 1 210 1 210 5.51e-133 370 WP_223292749.1 WP_223292749.1 100 85 0 0 1 85 1 85 9.88e-58 170 WP_223292749.1 MCM1122913.1 46.5 71 38 0 7 77 3 73 1.85e-19 73.2 WP_223292749.1 WP_186939222.1 48.7 78 40 0 7 84 3 80 2.28e-19 79.0 WP_244355613.1 WP_244355613.1 100 613 0 0 1 613 1 613 0.0 1220 CAG9435424.1 CAG9435424.1 100 73 0 0 1 73 1 73 4.40e-51 152 ECE8916583.1 ECE8916583.1 100 1718 0 0 1 1718 1 1718 0.0 2598 ECE8916583.1 EAA8040699.1 64.5 1765 510 29 17 1718 144 1854 0.0 1368 MCP3654032.1 MCP3654032.1 100 397 0 0 1 397 1 397 8.29e-281 759 XP_036163171.1 XP_036163171.1 100 498 0 0 1 498 1 498 0.0 970 KYP14137.1 KYP14137.1 100 487 0 0 1 487 1 487 0.0 942 KAF5321974.1 KAF5321974.1 100 683 0 0 1 683 1 683 0.0 1154 MCD8523842.1 MCD8523842.1 100 236 0 0 1 236 1 236 4.25e-168 461 RVU05718.1 RVU05718.1 100 411 0 0 1 411 1 411 3.82e-268 729 RVU05718.1 WP_139665379.1 37.4 155 87 3 60 207 27 178 6.00e-13 67.4 WP_096671147.1 WP_096671147.1 100 147 0 0 1 147 1 147 5.31e-107 299 WP_265822109.1 WP_265822109.1 100 892 0 0 1 892 1 892 0.0 1888 WP_265822109.1 WP_220281278.1 26.0 866 464 32 6 807 14 766 3.57e-51 191 WP_265822109.1 HCH8663031.1 24.1 854 497 30 6 809 11 763 6.47e-38 150 WP_265822109.1 EFT8991253.1 24.2 650 350 28 32 563 64 688 1.28e-26 115 WP_173081441.1 WP_173081441.1 100 162 0 0 1 162 1 162 8.76e-102 287 EMD82508.1 EMD82508.1 100 52 0 0 1 52 1 52 3.60e-32 103 WP_022710297.1 WP_022710297.1 100 369 0 0 1 369 1 369 6.92e-268 724 MBT3784852.1 MBT3784852.1 100 590 0 0 1 590 1 590 0.0 1177 MBT3784852.1 WP_243361436.1 29.0 324 198 8 73 366 79 400 1.84e-30 123 MBT3784852.1 WP_251758029.1 24.3 460 302 13 31 454 38 487 1.81e-28 118 MBT3784852.1 WP_096665911.1 26.2 413 258 17 65 443 79 478 6.75e-25 106 MBT3784852.1 MBK3574312.1 26.3 281 182 8 110 370 130 405 3.80e-20 92.8 MBT3784852.1 UDH58358.1 27.4 179 115 5 202 370 239 412 1.47e-14 75.1 MBT3784852.1 YP_007317140.1 20.0 250 190 3 123 371 34 274 5.87e-06 47.0 WP_059267425.1 WP_059267425.1 100 396 0 0 1 396 1 396 1.12e-273 741 WP_059267425.1 WP_176538754.1 22.7 353 249 8 35 373 28 370 1.24e-10 60.8 WP_138583465.1 WP_138583465.1 100 231 0 0 1 231 1 231 6.08e-170 465 OEC37898.1 OEC37898.1 100 576 0 0 1 576 1 576 0.0 1146 OEC37898.1 MCL4467776.1 31.1 135 68 5 462 573 608 740 3.24e-10 61.2 MBI2416798.1 MBI2416798.1 100 154 0 0 1 154 1 154 1.89e-117 326 MBI2416798.1 WP_260685194.1 50.0 62 31 0 43 104 20 81 1.36e-14 63.5 MBI2416798.1 ECK9821833.1 50.0 54 27 0 51 104 180 233 1.82e-11 58.5 MBI2416798.1 WP_223806191.1 33.8 71 46 1 32 101 212 282 1.05e-07 48.1 WP_276256752.1 WP_276256752.1 100 132 0 0 1 132 1 132 1.03e-99 280 WP_154541351.1 WP_154541351.1 100 282 0 0 1 282 1 282 4.33e-209 568 WP_154541351.1 WP_004208647.1 47.1 51 27 0 54 104 53 103 6.84e-11 59.3 NXL14598.1 NXL14598.1 100 1340 0 0 1 1340 1 1340 0.0 2518 NXL14598.1 XP_033306318.1 23.4 1310 844 38 64 1304 62 1280 5.87e-78 281 RUM68418.1 RUM68418.1 100 493 0 0 1 493 1 493 0.0 949 RUM68418.1 MCQ2831693.1 40.7 484 275 7 1 480 1 476 3.96e-112 338 NAB09037.1 NAB09037.1 100 288 0 0 1 288 1 288 1.43e-201 550 WP_152652784.1 WP_152652784.1 100 308 0 0 1 308 1 308 6.95e-219 595 WP_152652784.1 EHR6291555.1 45.6 217 118 0 3 219 327 543 1.48e-60 201 WP_152652784.1 WP_192500494.1 35.3 300 191 2 5 303 2 299 4.31e-57 184 WP_152652784.1 NLW39422.1 34.1 302 182 7 18 305 33 331 8.81e-47 159 WP_152652784.1 WP_221265680.1 33.6 223 147 1 11 232 25 247 3.63e-36 130 WP_152652784.1 WP_084371009.1 35.5 211 128 4 5 211 2 208 3.45e-34 125 WP_152652784.1 NVM03966.1 30.0 297 198 8 15 308 32 321 9.76e-33 121 WP_152652784.1 WP_281543397.1 32.0 200 134 2 20 218 4 202 2.12e-30 114 WP_152652784.1 WP_132175930.1 35.1 211 134 3 11 218 33 243 2.38e-30 115 WP_152652784.1 MWR41881.1 34.9 229 142 3 3 224 26 254 4.75e-30 113 WP_152652784.1 QIC18874.1 31.3 198 131 5 20 213 37 233 2.64e-24 98.6 WP_152652784.1 WP_158791585.1 30.5 213 126 5 6 201 5 212 1.92e-23 95.1 WP_152652784.1 THW78755.1 32.7 205 124 4 20 222 483 675 2.22e-23 99.0 WP_152652784.1 WP_278489123.1 30.0 210 133 4 19 219 26 230 2.42e-23 95.5 WP_152652784.1 MXP43753.1 32.7 208 124 7 8 201 17 222 3.12e-22 92.0 WP_152652784.1 MBC7326981.1 30.6 216 133 6 1 201 1 214 9.90e-22 90.5 WP_152652784.1 WP_174822921.1 30.5 210 130 5 6 201 8 215 7.02e-21 88.2 WP_152652784.1 WP_185334683.1 30.8 195 126 3 11 198 10 202 3.42e-20 89.0 WP_152652784.1 WP_071876418.1 33.2 214 134 6 17 222 17 229 1.66e-19 87.0 WP_152652784.1 WP_150396769.1 30.7 202 130 3 8 201 27 226 2.84e-19 86.3 WP_152652784.1 WP_207918089.1 31.3 214 132 6 1 201 1 212 6.01e-19 82.8 WP_152652784.1 MBQ3864274.1 32.6 175 108 5 20 185 35 208 4.08e-18 81.6 WP_152652784.1 OAN53756.1 31.8 201 121 7 15 201 21 219 6.24e-18 80.1 WP_152652784.1 EHH5649593.1 28.9 197 125 4 24 213 21 209 3.50e-17 78.6 WP_152652784.1 WP_247749043.1 25.2 218 150 6 17 223 370 585 2.46e-14 71.6 WP_152652784.1 GLY24463.1 29.5 220 138 7 16 218 19 238 1.84e-13 68.2 WP_152652784.1 KAF9974715.1 25.5 212 139 4 17 223 477 674 3.28e-13 68.6 WP_152652784.1 MCP5262709.1 26.3 243 163 8 1 227 1 243 1.10e-12 65.9 WP_152652784.1 CDZ73727.1 31.2 186 119 5 10 194 6 183 3.77e-12 63.5 WP_152652784.1 WP_107894076.1 27.1 221 130 7 17 213 21 234 1.29e-10 59.7 WP_152652784.1 WP_041710957.1 26.8 190 115 8 6 194 290 456 4.82e-09 55.5 WP_152652784.1 WP_227059655.1 33.7 89 57 2 136 222 173 261 3.63e-06 46.6 WP_152652784.1 WP_192324556.1 28.1 203 116 6 20 196 32 230 1.50e-05 44.7 WP_152652784.1 WP_229319113.1 28.2 177 122 4 21 193 348 523 5.97e-05 42.7 MCH7618159.1 MCH7618159.1 100 150 0 0 1 150 1 150 1.84e-104 293 WP_166652585.1 WP_166652585.1 100 484 0 0 1 484 1 484 0.0 950 QPH00767.1 QPH00767.1 100 770 0 0 1 770 1 770 0.0 1487 HCN71343.1 HCN71343.1 100 133 0 0 1 133 1 133 5.74e-93 263 HCN71343.1 CKF71070.1 44.8 125 69 0 7 131 356 480 2.40e-32 118 HCN71343.1 WP_159812831.1 45.5 123 66 1 6 127 278 400 9.78e-30 109 HCN71343.1 HAB03480.1 42.2 135 73 1 2 131 688 822 9.58e-28 105 HCN71343.1 WP_200543170.1 46.8 124 66 0 8 131 307 430 9.60e-26 99.4 HCN71343.1 GHI39478.1 45.9 122 64 2 7 128 322 441 1.51e-25 98.2 HCN71343.1 WP_126679569.1 39.4 132 78 2 1 131 400 530 2.86e-19 80.9 HCN71343.1 WP_230171322.1 36.8 125 78 1 8 131 636 760 1.01e-18 79.3 HCN71343.1 EGR2272270.1 38.9 131 73 4 5 131 547 674 4.57e-18 77.4 HCN71343.1 WP_018646673.1 33.3 126 80 2 6 129 557 680 1.49e-14 67.4 HCN71343.1 MBI5333464.1 34.6 133 82 4 2 131 256 386 3.20e-14 66.2 HCN71343.1 WP_269885397.1 28.9 128 84 3 7 131 144 267 1.25e-12 61.2 MBN8536342.1 MBN8536342.1 100 616 0 0 1 616 1 616 0.0 1226 MBN8536342.1 HCF6759084.1 49.7 597 277 12 19 604 3 587 5.34e-187 538 MBN8536342.1 PLA74748.1 47.0 593 293 11 19 600 3 585 4.07e-176 511 WP_083453642.1 WP_083453642.1 100 582 0 0 1 582 1 582 0.0 1113 WP_083453642.1 TMG86695.1 35.7 269 126 7 337 567 10 269 3.54e-34 129 EDF8564338.1 EDF8564338.1 100 268 0 0 1 268 1 268 1.18e-190 521 GEP01990.1 GEP01990.1 100 429 0 0 1 429 1 429 8.97e-299 808 GEP01990.1 WP_214892570.1 34.7 216 132 5 24 236 11 220 1.02e-30 120 NP_177230.1 NP_177230.1 100 585 0 0 1 585 1 585 0.0 1158 WP_206913767.1 WP_206913767.1 100 163 0 0 1 163 1 163 2.35e-120 334 UOK61174.1 UOK61174.1 100 405 0 0 1 405 1 405 2.18e-296 800 UOK61174.1 HBG17616.1 40.6 96 56 1 262 356 437 532 1.08e-13 70.9 WP_033677965.1 WP_033677965.1 100 134 0 0 1 134 1 134 4.03e-98 276 MBF1231925.1 MBF1231925.1 100 221 0 0 1 221 1 221 1.62e-160 441 MBQ1196899.1 MBQ1196899.1 100 591 0 0 1 591 1 591 0.0 1061 MBQ1196899.1 MCH8904788.1 37.3 357 219 4 4 358 6 359 1.19e-69 234 MBQ1196899.1 WP_280949002.1 40.2 321 178 6 2 314 11 325 3.00e-62 215 WP_189254710.1 WP_189254710.1 100 137 0 0 1 137 1 137 1.39e-104 292 XP_022371551.1 XP_022371551.1 100 895 0 0 1 895 1 895 0.0 1739 PLX13980.1 PLX13980.1 100 317 0 0 1 317 1 317 5.93e-220 599 CAH9132908.1 CAH9132908.1 100 124 0 0 1 124 1 124 3.71e-87 247 HHU23657.1 HHU23657.1 100 278 0 0 1 278 1 278 1.02e-205 560 PAV59276.1 PAV59276.1 100 100 0 0 1 100 1 100 1.53e-43 135 WP_233281725.1 WP_233281725.1 100 214 0 0 1 214 1 214 1.95e-144 399 WP_233281725.1 WP_035102910.1 33.5 233 115 6 12 209 37 264 2.22e-25 98.2 MCA9869097.1 MCA9869097.1 100 636 0 0 1 636 1 636 0.0 1220 MBI1189702.1 MBI1189702.1 100 362 0 0 1 362 1 362 3.53e-262 709 MBI1189702.1 RYY73542.1 46.7 375 184 6 1 362 10 381 9.17e-100 298 MBI1189702.1 MCK9252526.1 41.3 363 203 4 1 354 18 379 8.15e-87 266 MBI1189702.1 MCP4974199.1 28.3 152 98 4 53 204 56 196 2.23e-11 62.8 MBI1189702.1 MCH8293010.1 27.7 177 119 2 68 244 60 227 1.11e-09 57.4 MBI1189702.1 EFX2174330.1 40.7 81 48 0 70 150 65 145 1.42e-09 57.0 MBI1189702.1 WP_218036247.1 43.3 67 33 1 53 119 42 103 3.18e-07 49.7 QOL09497.1 QOL09497.1 100 219 0 0 1 219 1 219 3.33e-127 356 QOL09497.1 YP_008379230.1 37.5 192 120 0 2 193 127 318 1.66e-36 129 QOL09497.1 YP_007317140.1 39.4 216 122 4 3 215 128 337 2.01e-33 121 CAI4531609.1 CAI4531609.1 100 86 0 0 1 86 1 86 7.12e-65 188 WP_012084538.1 WP_012084538.1 100 78 0 0 1 78 1 78 1.01e-38 121 WP_012084538.1 WP_031132573.1 75.6 45 11 0 10 54 15 59 8.64e-20 73.9 MBS1587439.1 MBS1587439.1 100 802 0 0 1 802 1 802 0.0 1592 MBS1587439.1 MBP8741618.1 28.0 607 364 17 5 550 13 607 7.17e-50 185 MBS1587439.1 WP_025983621.1 32.6 181 107 3 5 170 15 195 1.09e-21 92.0 WP_109832405.1 WP_109832405.1 100 288 0 0 1 288 1 288 1.24e-211 575 NDH41984.1 NDH41984.1 100 410 0 0 1 410 1 410 4.65e-305 822 NDH41984.1 WP_236355782.1 55.9 422 172 3 2 410 49 469 1.41e-145 433 EFX84833.1 EFX84833.1 100 749 0 0 1 749 1 749 0.0 1553 WP_024498088.1 WP_024498088.1 100 309 0 0 1 309 1 309 4.18e-200 548 WP_024498088.1 WP_003939801.1 53.4 292 112 3 7 296 7 276 5.51e-97 286 WP_024498088.1 HAV8610731.1 32.6 187 119 2 115 299 534 715 1.35e-20 90.5 WP_130201530.1 WP_130201530.1 100 400 0 0 1 400 1 400 2.55e-297 801 MBO5098538.1 MBO5098538.1 100 88 0 0 1 88 1 88 9.73e-55 162 MBO5098538.1 WP_010016619.1 62.1 87 33 0 2 88 522 608 1.38e-27 102 KAF5115699.1 KAF5115699.1 100 92 0 0 1 92 1 92 8.11e-58 171 KAJ5249775.1 KAJ5249775.1 100 545 0 0 1 545 1 545 0.0 1090 SED04027.1 SED04027.1 100 213 0 0 1 213 1 213 4.24e-143 396 SED04027.1 MCB9527501.1 42.2 161 89 2 3 163 2 158 1.02e-35 123 RLA59280.1 RLA59280.1 100 408 0 0 1 408 1 408 3.13e-302 815 RLA59280.1 WP_278088590.1 41.3 397 216 5 5 397 2 385 5.84e-96 291 MAL04956.1 MAL04956.1 100 69 0 0 1 69 1 69 6.81e-42 129 XP_032283352.1 XP_032283352.1 100 2034 0 0 1 2034 1 2034 0.0 4043 XP_048583328.1 XP_048583328.1 100 207 0 0 1 207 1 207 1.45e-156 429 MBL7752135.1 MBL7752135.1 100 135 0 0 1 135 1 135 6.17e-98 275 WP_254301195.1 WP_254301195.1 100 304 0 0 1 304 1 304 8.45e-218 592 WP_254301195.1 WP_265634479.1 31.6 263 170 6 5 259 7 267 2.39e-16 76.3 WP_254301195.1 WP_009620393.1 34.3 172 102 5 10 172 5 174 4.28e-11 60.8 WP_254301195.1 WP_077690175.1 34.6 127 64 5 14 130 10 127 1.03e-07 50.8 WP_254301195.1 MCI2079698.1 30.3 155 86 6 23 164 18 163 3.18e-06 46.2 WP_254301195.1 MAJ71254.1 29.5 112 77 1 19 128 19 130 1.81e-04 40.8 WP_027723927.1 WP_027723927.1 100 397 0 0 1 397 1 397 1.10e-285 772 AOQ89457.1 AOQ89457.1 100 187 0 0 1 187 1 187 1.20e-127 355 AOQ89457.1 QUA05739.1 82.9 187 32 0 1 187 5 191 2.66e-107 304 AOQ89457.1 AVM35379.1 81.2 186 35 0 2 187 1 186 5.47e-105 298 AOQ89457.1 AMA90994.1 80.7 187 36 0 1 187 5 191 1.24e-104 297 AOQ89457.1 AFA24308.1 81.0 184 35 0 4 187 1 184 4.87e-103 293 AOQ89457.1 ADW49125.1 81.4 183 34 0 5 187 1 183 1.35e-102 292 AOQ89457.1 AWS34156.1 79.1 187 39 0 1 187 5 191 2.40e-100 287 AOQ89457.1 AKT58828.1 75.9 187 45 0 1 187 5 191 7.09e-99 282 AOQ89457.1 AFA09475.1 80.8 177 34 0 11 187 1 177 2.34e-97 279 AOQ89457.1 QUQ06080.1 73.3 187 50 0 1 187 5 191 3.77e-97 279 AOQ89457.1 ADJ35581.1 72.7 187 51 0 1 187 6 192 2.25e-96 277 AOQ89457.1 ABQ63546.1 74.3 187 48 0 1 187 4 190 3.46e-95 274 AOQ89457.1 AXZ65741.1 74.5 184 47 0 1 184 5 188 5.08e-95 272 AOQ89457.1 AOR13807.1 71.4 182 52 0 6 187 1 182 7.52e-90 259 AOQ89457.1 AKA56406.1 69.9 186 53 1 2 187 6 188 1.20e-88 256 AOQ89457.1 AAX94106.1 82.0 161 29 0 27 187 1 161 1.57e-86 259 AOQ89457.1 UZF38514.1 66.9 178 59 0 10 187 1 178 3.24e-81 238 AOQ89457.1 AHH30646.1 73.8 160 40 2 28 187 6 163 3.03e-76 224 AOQ89457.1 AGI15931.1 60.3 184 73 0 4 187 1 184 6.75e-76 224 AOQ89457.1 ACE88666.1 76.8 112 26 0 76 187 1 112 1.93e-52 163 AOQ89457.1 APC24336.1 67.9 84 27 0 104 187 1 84 3.72e-30 112 WP_280550159.1 WP_280550159.1 100 306 0 0 1 306 1 306 9.30e-232 628 WP_263549390.1 WP_263549390.1 100 148 0 0 1 148 1 148 2.63e-78 227 MBR4127938.1 MBR4127938.1 100 91 0 0 1 91 1 91 1.70e-63 185 MBR4127938.1 SDW64481.1 61.8 89 34 0 3 91 5 93 3.86e-34 112 KAJ2160675.1 KAJ2160675.1 100 162 0 0 1 162 1 162 1.26e-110 310 WP_165149223.1 WP_165149223.1 100 346 0 0 1 346 1 346 1.87e-258 699 WP_154427248.1 WP_154427248.1 100 528 0 0 1 528 1 528 0.0 1116 XP_003056335.1 XP_003056335.1 100 529 0 0 1 529 1 529 0.0 1093 XP_003056335.1 XP_034264344.1 31.6 335 161 8 132 462 66 336 9.75e-44 158 XP_003056335.1 HBX8004802.1 28.3 127 61 4 132 258 14 110 9.17e-08 52.4 XP_003056335.1 HBK1877356.1 33.7 86 53 3 131 215 5 87 6.64e-06 47.0 MIX29656.1 MIX29656.1 100 274 0 0 1 274 1 274 3.66e-197 538 SCN76227.1 SCN76227.1 100 619 0 0 1 619 1 619 0.0 1244 SCN76227.1 XP_027422845.1 22.2 518 330 10 85 564 28 510 2.51e-31 127 SCN76227.1 QLP56207.1 26.8 228 119 8 80 304 13 195 2.66e-06 48.5 WP_042211112.1 WP_042211112.1 100 320 0 0 1 320 1 320 5.05e-243 657 WP_170834655.1 WP_170834655.1 100 55 0 0 1 55 1 55 1.22e-29 97.1 MBS5796435.1 MBS5796435.1 100 823 0 0 1 823 1 823 0.0 1541 WP_235959345.1 WP_235959345.1 100 660 0 0 1 660 1 660 0.0 1253 HHX25519.1 HHX25519.1 100 140 0 0 1 140 1 140 2.90e-103 289 WP_199690327.1 WP_199690327.1 100 366 0 0 1 366 1 366 6.72e-253 686 WP_195694458.1 WP_195694458.1 100 373 0 0 1 373 1 373 6.75e-277 748 PTT91340.1 PTT91340.1 100 54 0 0 1 54 1 54 6.86e-31 100 MBQ1405588.1 MBQ1405588.1 100 313 0 0 1 313 1 313 1.93e-223 607 MBQ1405588.1 MBQ1897904.1 47.8 299 156 0 4 302 6 304 1.23e-101 299 KFV95086.1 KFV95086.1 100 576 0 0 1 576 1 576 0.0 1085 WP_187027854.1 WP_187027854.1 100 325 0 0 1 325 1 325 2.25e-253 684 NDU77367.1 NDU77367.1 100 122 0 0 1 122 1 122 1.25e-93 263 XP_029370816.1 XP_029370816.1 100 361 0 0 1 361 1 361 3.81e-295 793 PYX86466.1 PYX86466.1 100 290 0 0 1 290 1 290 7.29e-196 536 MBN9117024.1 MBN9117024.1 100 103 0 0 1 103 1 103 2.74e-52 157 AXZ65741.1 AXZ65741.1 100 188 0 0 1 188 1 188 1.21e-132 367 AXZ65741.1 AMA90994.1 79.3 188 39 0 1 188 1 188 4.71e-107 303 AXZ65741.1 QUQ06080.1 79.3 188 39 0 1 188 1 188 5.81e-106 301 AXZ65741.1 ABQ63546.1 78.6 187 40 0 2 188 1 187 2.28e-105 300 AXZ65741.1 AKT58828.1 77.7 188 42 0 1 188 1 188 1.71e-104 296 AXZ65741.1 AVM35379.1 80.9 183 35 0 6 188 1 183 2.32e-104 297 AXZ65741.1 QUA05739.1 76.1 188 45 0 1 188 1 188 4.36e-104 296 AXZ65741.1 AFA24308.1 78.3 180 39 0 9 188 2 181 6.87e-101 288 AXZ65741.1 AWS34156.1 73.9 188 49 0 1 188 1 188 2.50e-100 287 AXZ65741.1 ADW49125.1 77.8 180 40 0 9 188 1 180 7.72e-100 285 AXZ65741.1 ADJ35581.1 71.3 188 54 0 1 188 2 189 4.95e-98 281 AXZ65741.1 AOQ89457.1 74.5 184 47 0 5 188 1 184 1.87e-97 278 AXZ65741.1 AFA09475.1 78.7 174 37 0 15 188 1 174 4.91e-97 278 AXZ65741.1 AHK62764.1 72.8 184 50 0 5 188 1 184 5.96e-97 278 AXZ65741.1 AAX94106.1 84.7 157 24 0 32 188 2 158 3.59e-88 263 AXZ65741.1 AOR13807.1 65.4 179 62 0 10 188 1 179 2.35e-84 246 AXZ65741.1 AKA56406.1 61.0 187 70 1 2 188 2 185 4.11e-80 235 AXZ65741.1 UZF38514.1 63.4 175 64 0 14 188 1 175 7.85e-80 234 AXZ65741.1 AHH30646.1 75.3 158 37 2 31 188 5 160 1.64e-78 230 AXZ65741.1 AGI15931.1 61.1 180 70 0 9 188 2 181 4.67e-74 220 AXZ65741.1 ACE88666.1 78.9 109 23 0 80 188 1 109 1.50e-54 168 AXZ65741.1 APC24336.1 64.2 81 29 0 108 188 1 81 2.02e-28 107 WP_132175930.1 WP_132175930.1 100 333 0 0 1 333 1 333 6.35e-239 648 WP_132175930.1 QIC18874.1 40.1 237 142 0 11 247 6 242 2.37e-61 196 WP_132175930.1 WP_084371009.1 31.3 246 162 3 37 280 12 252 4.43e-34 125 WP_132175930.1 WP_152652784.1 33.6 235 144 4 33 267 11 233 1.82e-32 121 WP_132175930.1 NVM03966.1 31.5 232 148 4 7 238 6 226 3.34e-32 120 WP_132175930.1 EHR6291555.1 34.1 220 128 5 35 247 337 546 4.12e-32 124 WP_132175930.1 WP_192500494.1 31.5 219 141 5 33 249 8 219 1.67e-28 110 WP_132175930.1 RLN50561.1 34.6 234 145 4 21 247 1482 1714 3.20e-28 114 WP_132175930.1 WP_071876418.1 31.8 214 130 2 40 243 18 225 1.83e-25 105 WP_132175930.1 WP_221265680.1 28.8 264 175 5 33 291 25 280 1.58e-24 100 WP_132175930.1 MSO30570.1 29.4 211 142 2 40 247 19 225 4.18e-24 99.4 WP_132175930.1 WP_131166802.1 28.8 222 138 5 34 238 17 235 1.04e-16 78.2 WP_132175930.1 WP_248562494.1 26.5 181 124 4 55 234 29 201 3.94e-14 70.1 WP_132175930.1 MCH5231772.1 26.5 226 140 6 35 238 9 230 7.61e-14 70.5 WP_132175930.1 XP_013005546.1 27.3 216 147 7 31 242 51 260 8.36e-09 55.1 WP_055411085.1 WP_055411085.1 100 339 0 0 1 339 1 339 4.81e-237 644 CAE6438319.1 CAE6438319.1 100 344 0 0 1 344 1 344 1.09e-265 717 WP_009257967.1 WP_009257967.1 100 757 0 0 1 757 1 757 0.0 1475 WP_009257967.1 MCJ2136558.1 28.5 372 205 15 358 704 36 371 1.53e-16 80.5 WP_009257967.1 QQH27121.1 24.8 133 92 4 270 394 52 184 2.53e-08 53.1 XP_021377602.1 XP_021377602.1 100 735 0 0 1 735 1 735 0.0 1443 KJV99157.1 KJV99157.1 100 291 0 0 1 291 1 291 9.09e-211 573 EHR73697.1 EHR73697.1 100 622 0 0 1 622 1 622 0.0 1140 MBQ2688679.1 MBQ2688679.1 100 446 0 0 1 446 1 446 1.89e-288 783 CAF4001745.1 CAF4001745.1 100 74 0 0 1 74 1 74 4.40e-47 142 WP_264144890.1 WP_264144890.1 100 381 0 0 1 381 1 381 3.88e-271 734 WP_264144890.1 WP_130962786.1 34.8 382 238 5 2 375 4 382 3.55e-61 200 NEO77458.1 NEO77458.1 100 246 0 0 1 246 1 246 1.92e-80 240 GBD21712.1 GBD21712.1 100 169 0 0 1 169 1 169 1.70e-125 348 WP_138405018.1 WP_138405018.1 100 545 0 0 1 545 1 545 0.0 1018 XP_025425233.1 XP_025425233.1 100 176 0 0 1 176 1 176 1.31e-112 316 WP_043343784.1 WP_043343784.1 100 535 0 0 1 535 1 535 0.0 1050 WP_043343784.1 NVK26228.1 32.2 521 298 11 38 534 2 491 1.42e-73 240 MBN3879913.1 MBN3879913.1 100 97 0 0 1 97 1 97 2.74e-56 167 XP_020282545.1 XP_020282545.1 100 360 0 0 1 360 1 360 4.55e-195 540 WP_093361010.1 WP_093361010.1 100 142 0 0 1 142 1 142 3.64e-98 276 XP_034262050.1 XP_034262050.1 100 211 0 0 1 211 1 211 6.15e-160 438 OWZ21453.1 OWZ21453.1 100 433 0 0 1 433 1 433 1.09e-317 856 WP_140204528.1 WP_140204528.1 100 181 0 0 1 181 1 181 9.67e-131 362 WP_140204528.1 MBP6728875.1 30.2 86 59 1 3 88 17 101 3.98e-05 40.8 WP_206254325.1 WP_206254325.1 100 117 0 0 1 117 1 117 3.96e-81 231 WP_278843343.1 WP_278843343.1 100 1083 0 0 1 1083 1 1083 0.0 2160 WP_278843343.1 WP_214826002.1 26.9 1036 586 37 107 1083 40 963 6.67e-71 254 WP_278843343.1 WP_146272353.1 26.0 979 565 29 2 938 16 877 7.68e-71 254 WP_278843343.1 MBP3518143.1 24.8 1104 687 41 31 1083 56 1067 1.29e-66 242 WP_278843343.1 WP_259301651.1 23.4 1116 682 51 21 1083 55 1050 8.79e-48 184 WP_278843343.1 MCB9353584.1 24.2 1139 689 42 12 1083 10 1041 2.45e-46 179 MBL4542294.1 MBL4542294.1 100 108 0 0 1 108 1 108 5.01e-73 210 GCE99025.1 GCE99025.1 100 327 0 0 1 327 1 327 6.50e-229 622 MCL2537505.1 MCL2537505.1 100 155 0 0 1 155 1 155 1.75e-109 306 XP_049847771.1 XP_049847771.1 100 580 0 0 1 580 1 580 2.99e-163 476 MCC7321896.1 MCC7321896.1 100 234 0 0 1 234 1 234 2.46e-166 456 MCE5280144.1 MCE5280144.1 100 678 0 0 1 678 1 678 0.0 1373 MCE5280144.1 MCL7398932.1 31.0 374 216 6 17 353 118 486 8.70e-55 193 MBX3615544.1 MBX3615544.1 100 424 0 0 1 424 1 424 1.04e-315 850 XP_047443619.1 XP_047443619.1 100 273 0 0 1 273 1 273 1.85e-185 508 GBU10433.1 GBU10433.1 100 495 0 0 1 495 1 495 0.0 994 GBU10433.1 MCJ7686803.1 48.7 39 20 0 5 43 146 184 2.06e-06 48.5 ECG5731039.1 ECG5731039.1 100 267 0 0 1 267 1 267 5.39e-191 521 KAI4261063.1 KAI4261063.1 100 106 0 0 1 106 1 106 1.29e-74 214 RME91291.1 RME91291.1 100 564 0 0 1 564 1 564 0.0 1062 KAF8902954.1 KAF8902954.1 100 415 0 0 1 415 1 415 3.14e-301 813 WP_128492049.1 WP_128492049.1 100 449 0 0 1 449 1 449 5.19e-315 850 WP_128492049.1 OLB27154.1 21.7 428 270 9 60 449 112 512 2.00e-16 79.7 NXJ09179.1 NXJ09179.1 100 218 0 0 1 218 1 218 7.93e-130 363 MBM3211208.1 MBM3211208.1 100 328 0 0 1 328 1 328 5.69e-244 660 XP_037269637.1 XP_037269637.1 100 2820 0 0 1 2820 1 2820 0.0 6003 WP_266300278.1 WP_266300278.1 100 82 0 0 1 82 1 82 8.04e-49 147 MBT3283615.1 MBT3283615.1 100 322 0 0 1 322 1 322 2.72e-248 671 HBB8861935.1 HBB8861935.1 100 54 0 0 1 54 1 54 3.21e-38 118 MBP1762081.1 MBP1762081.1 100 199 0 0 1 199 1 199 1.84e-146 403 ESW62330.1 ESW62330.1 100 160 0 0 1 160 1 160 8.23e-115 320 WP_139216328.1 WP_139216328.1 100 99 0 0 1 99 1 99 1.09e-74 214 XP_031159380.1 XP_031159380.1 100 1180 0 0 1 1180 1 1180 0.0 2217 WP_145549645.1 WP_145549645.1 100 803 0 0 1 803 1 803 0.0 1506 MCB0396773.1 MCB0396773.1 100 623 0 0 1 623 1 623 0.0 1290 WP_040532466.1 WP_040532466.1 100 362 0 0 1 362 1 362 2.82e-268 725 WP_040532466.1 MBF0865514.1 53.7 311 143 1 4 314 11 320 2.33e-120 350 WP_040532466.1 WP_057452934.1 52.7 313 147 1 4 316 9 320 2.14e-117 342 WP_040532466.1 WP_083296738.1 49.8 307 153 1 8 314 24 329 3.71e-105 311 XP_042399294.1 XP_042399294.1 100 516 0 0 1 516 1 516 0.0 1057 MBS1222269.1 MBS1222269.1 100 202 0 0 1 202 1 202 1.99e-122 343 MBS1222269.1 WP_247392216.1 46.0 202 99 1 1 202 1 192 1.77e-49 160 MBS1222269.1 WP_186153646.1 43.1 204 104 6 1 202 1 194 2.23e-42 141 MBS1222269.1 WP_243269836.1 62.0 121 41 2 85 202 59 177 9.63e-39 139 MBS1222269.1 WP_001537381.1 58.6 116 46 2 89 202 45 160 3.48e-34 126 MBS1222269.1 WP_045125019.1 58.3 115 47 1 88 202 98 211 6.13e-33 120 MCR5249229.1 MCR5249229.1 100 324 0 0 1 324 1 324 2.41e-243 659 EOX98511.1 EOX98511.1 100 64 0 0 1 64 1 64 1.51e-36 115 WP_263871176.1 WP_263871176.1 100 268 0 0 1 268 1 268 6.70e-181 496 XP_015675072.1 XP_015675072.1 100 606 0 0 1 606 1 606 3.16e-250 699 WP_221874538.1 WP_221874538.1 100 145 0 0 1 145 1 145 3.90e-108 302 WP_221874538.1 WP_063477675.1 35.1 134 79 3 13 145 45 171 1.35e-22 86.3 WP_147728825.1 WP_147728825.1 100 431 0 0 1 431 1 431 1.59e-318 858 EWA78047.1 EWA78047.1 100 75 0 0 1 75 1 75 3.05e-52 155 WP_137499306.1 WP_137499306.1 100 207 0 0 1 207 1 207 1.19e-146 404 WP_254467474.1 WP_254467474.1 100 775 0 0 1 775 1 775 0.0 1524 WP_254467474.1 MBO1518138.1 27.8 705 432 22 132 775 50 738 7.40e-48 179 WP_254467474.1 WP_059812501.1 25.5 690 431 22 106 751 54 704 2.64e-39 154 WP_254467474.1 KAA1286543.1 26.8 776 480 30 52 772 6 748 3.61e-33 135 WP_254467474.1 MBX9747080.1 23.4 209 144 6 142 340 3 205 7.47e-06 47.8 WP_254467474.1 WP_222018129.1 31.6 117 75 2 158 269 54 170 2.78e-05 45.8 WP_209241541.1 WP_209241541.1 100 471 0 0 1 471 1 471 0.0 890 WP_209241541.1 EIC7331684.1 36.5 457 270 6 17 461 23 471 4.28e-79 253 WP_209241541.1 WP_093868643.1 33.0 469 274 10 13 471 6 444 9.09e-62 206 WP_209241541.1 HBU57020.1 43.3 134 68 2 341 469 1 131 4.54e-24 95.9 CAI4270029.1 CAI4270029.1 100 1093 0 0 1 1093 1 1093 0.0 1914 KAI5947122.1 KAI5947122.1 100 687 0 0 1 687 1 687 0.0 1366 XP_051382515.1 XP_051382515.1 100 593 0 0 1 593 1 593 0.0 1168 MCS7125979.1 MCS7125979.1 100 75 0 0 1 75 1 75 3.05e-52 155 MXP43753.1 MXP43753.1 100 262 0 0 1 262 1 262 3.66e-191 521 MXP43753.1 WP_174822921.1 72.9 255 69 0 8 262 1 255 1.16e-135 381 MXP43753.1 OAN53756.1 71.6 250 71 0 13 262 10 259 1.21e-131 371 MXP43753.1 WP_207918089.1 63.1 252 92 1 11 262 2 252 4.87e-113 323 MXP43753.1 MBC7326981.1 60.0 250 98 2 14 262 6 254 7.67e-108 310 MXP43753.1 WP_158791585.1 57.6 245 100 4 20 262 10 252 8.75e-97 282 MXP43753.1 MWR41881.1 30.4 257 150 9 8 259 35 267 4.12e-31 114 MXP43753.1 WP_279984614.1 29.2 253 160 7 15 258 10 252 6.33e-28 106 MXP43753.1 GLY24463.1 29.1 244 155 7 25 257 19 255 1.01e-25 101 MXP43753.1 WP_098952357.1 32.9 237 142 7 28 257 29 255 4.89e-25 99.8 MXP43753.1 WP_192324556.1 32.8 232 141 7 29 254 344 566 5.18e-25 102 MXP43753.1 MCP5262709.1 31.4 245 153 9 25 260 16 254 9.67e-25 99.0 MXP43753.1 WP_152652784.1 32.7 208 124 7 17 222 8 201 5.33e-24 96.7 MXP43753.1 WP_084371009.1 26.3 224 148 6 15 236 3 211 3.40e-21 89.0 MXP43753.1 MBQ3864274.1 28.8 240 147 8 14 245 25 248 1.59e-20 87.4 MXP43753.1 WP_107894076.1 28.9 246 154 10 26 257 18 256 4.25e-20 86.3 MXP43753.1 WP_227059655.1 30.8 247 155 7 25 258 32 275 5.36e-20 87.4 MXP43753.1 WP_247749043.1 29.7 209 127 6 44 244 388 584 7.13e-20 87.0 MXP43753.1 WP_221977168.1 28.8 257 157 8 9 254 10 251 8.58e-20 84.3 MXP43753.1 WP_167977039.1 29.6 213 128 9 20 226 11 207 6.85e-18 79.0 MXP43753.1 WP_276362074.1 25.5 239 161 6 20 247 10 242 9.91e-17 75.9 MXP43753.1 WP_071876418.1 24.2 215 149 5 26 236 17 221 2.34e-16 76.6 MXP43753.1 WP_150396769.1 26.1 234 155 8 12 239 22 243 1.11e-10 59.7 MXP43753.1 KAF9974715.1 25.0 196 118 5 26 217 477 647 2.06e-08 53.1 MXP43753.1 WP_153844272.1 21.7 235 162 6 12 236 3 225 1.70e-05 43.9 MBD9700330.1 MBD9700330.1 100 161 0 0 1 161 1 161 9.97e-112 312 WP_072184911.1 WP_072184911.1 100 522 0 0 1 522 1 522 3.01e-319 867 MBI1992098.1 MBI1992098.1 100 153 0 0 1 153 1 153 2.91e-107 300 OBC01194.1 OBC01194.1 100 713 0 0 1 713 1 713 0.0 1292 WP_203304418.1 WP_203304418.1 100 770 0 0 1 770 1 770 0.0 1452 WP_145254095.1 WP_145254095.1 100 203 0 0 1 203 1 203 1.02e-145 402 NLV89229.1 NLV89229.1 100 299 0 0 1 299 1 299 7.86e-184 506 MCQ8893008.1 MCQ8893008.1 100 79 0 0 1 79 1 79 9.94e-53 157 WP_221968558.1 WP_221968558.1 100 134 0 0 1 134 1 134 2.07e-91 259 MBA2782760.1 MBA2782760.1 100 330 0 0 1 330 1 330 1.57e-242 657 WP_232465954.1 WP_232465954.1 100 713 0 0 1 713 1 713 0.0 1419 WP_164588414.1 WP_164588414.1 100 540 0 0 1 540 1 540 0.0 986 WP_164588414.1 NXG47881.1 40.5 79 43 1 22 100 7 81 1.44e-07 52.4 MBO4522510.1 MBO4522510.1 100 194 0 0 1 194 1 194 2.42e-135 375 WP_206762159.1 WP_206762159.1 100 452 0 0 1 452 1 452 0.0 882 MBR7152669.1 MBR7152669.1 100 169 0 0 1 169 1 169 1.51e-119 333 MBR7152669.1 WP_259568097.1 37.7 162 99 1 6 167 8 167 1.41e-32 120 KAF0721509.1 KAF0721509.1 100 238 0 0 1 238 1 238 2.46e-168 462 WP_241695219.1 WP_241695219.1 100 120 0 0 1 120 1 120 5.56e-78 224 XP_036174925.1 XP_036174925.1 100 837 0 0 1 837 1 837 0.0 1574 WP_236387036.1 WP_236387036.1 100 654 0 0 1 654 1 654 0.0 1340 WP_236387036.1 WP_006799194.1 64.7 660 223 6 1 653 1 657 0.0 889 WP_236387036.1 WP_131751929.1 49.6 367 165 6 294 653 291 644 2.91e-114 355 WP_165356608.1 WP_165356608.1 100 84 0 0 1 84 1 84 3.62e-55 163 PFQ70995.1 PFQ70995.1 100 391 0 0 1 391 1 391 3.71e-290 783 PFQ70995.1 HCI94645.1 30.6 346 228 4 52 390 67 407 1.15e-51 176 MYE57211.1 MYE57211.1 100 203 0 0 1 203 1 203 1.07e-156 429 MYE57211.1 WP_145616262.1 51.7 203 92 3 7 203 6 208 8.19e-67 210 MYE57211.1 NNE87648.1 47.5 200 100 2 7 201 6 205 2.18e-58 188 MYE57211.1 WP_024330540.1 39.9 218 110 5 5 202 4 220 1.20e-44 153 MYE57211.1 DAZ71054.1 33.6 223 120 6 7 202 37 258 6.21e-36 127 WP_008132112.1 WP_008132112.1 100 754 0 0 1 754 1 754 0.0 1576 XP_022789336.1 XP_022789336.1 100 414 0 0 1 414 1 414 1.34e-306 826 WP_264695257.1 WP_264695257.1 100 492 0 0 1 492 1 492 0.0 920 WP_219954954.1 WP_219954954.1 100 438 0 0 1 438 1 438 4.25e-297 804 WP_219954954.1 EAA7679439.1 30.7 267 176 4 166 430 252 511 1.89e-33 130 WP_219954954.1 WP_206698867.1 25.6 324 224 7 115 430 93 407 2.00e-19 88.2 WP_219954954.1 WP_023955328.1 22.4 340 254 5 6 338 4 340 5.35e-14 71.2 AAR06568.1 AAR06568.1 100 449 0 0 1 449 1 449 1.42e-273 746 WP_043239074.1 WP_043239074.1 100 268 0 0 1 268 1 268 5.20e-194 529 KAB2838176.1 KAB2838176.1 100 238 0 0 1 238 1 238 1.50e-153 424 KAB2838176.1 WP_236777269.1 28.0 182 126 1 37 218 42 218 5.27e-05 42.0 MBS1617120.1 MBS1617120.1 100 169 0 0 1 169 1 169 2.32e-123 342 WP_129629290.1 WP_129629290.1 100 343 0 0 1 343 1 343 4.96e-257 695 KRN01502.1 KRN01502.1 100 132 0 0 1 132 1 132 5.75e-88 250 ACF74449.1 ACF74449.1 100 505 0 0 1 505 1 505 0.0 1014 ACF74449.1 XP_028717800.1 27.9 466 310 11 32 488 28 476 8.91e-42 154 ACF74449.1 XP_054844157.1 27.7 462 299 13 27 473 42 483 1.97e-39 148 ACF74449.1 XP_041334537.1 26.0 430 274 12 57 474 44 441 7.58e-29 117 ACF74449.1 XP_046922164.1 23.8 474 289 11 15 478 15 426 1.47e-28 116 WP_088527814.1 WP_088527814.1 100 188 0 0 1 188 1 188 3.09e-135 374 WP_088527814.1 MCR5007903.1 46.8 188 98 2 1 186 1 188 8.03e-55 171 WP_088527814.1 WP_122081718.1 41.9 191 99 5 2 186 4 188 5.33e-43 141 WP_088527814.1 WP_239881445.1 28.4 176 116 5 14 186 212 380 1.05e-13 66.6 WP_088527814.1 MCF2638803.1 29.8 124 64 8 73 176 104 224 2.92e-05 41.6 WP_258825945.1 WP_258825945.1 100 290 0 0 1 290 1 290 8.06e-209 568 WP_258825945.1 MCF8210731.1 72.8 287 78 0 1 287 1 287 2.07e-156 436 WP_008045531.1 WP_008045531.1 100 760 0 0 1 760 1 760 0.0 1474 WP_008045531.1 GIC06559.1 42.8 753 386 16 24 760 8 731 2.45e-170 506 WP_008045531.1 NUQ31250.1 26.0 304 170 7 452 754 98 347 7.22e-17 81.3 WP_045064390.1 WP_045064390.1 100 178 0 0 1 178 1 178 6.31e-75 221 MCU1589779.1 MCU1589779.1 100 522 0 0 1 522 1 522 0.0 1027 XP_049224720.1 XP_049224720.1 100 689 0 0 1 689 1 689 0.0 1407 MBQ0033687.1 MBQ0033687.1 100 394 0 0 1 394 1 394 2.11e-302 814 MBP3425637.1 MBP3425637.1 100 666 0 0 1 666 1 666 1.18e-243 687 MCR5285329.1 MCR5285329.1 100 564 0 0 1 564 1 564 0.0 1085 XP_020103231.1 XP_020103231.1 100 450 0 0 1 450 1 450 1.50e-303 822 XP_020103231.1 MCS6830908.1 40.3 357 194 7 90 438 4 349 4.89e-67 217 XP_020103231.1 CAB0780497.1 38.7 351 205 5 92 439 4 347 1.22e-66 216 XP_020103231.1 NCW99628.1 36.4 162 89 2 276 437 6 153 5.15e-26 102 WP_258394058.1 WP_258394058.1 100 309 0 0 1 309 1 309 9.54e-222 603 WP_196823726.1 WP_196823726.1 100 46 0 0 1 46 1 46 2.84e-31 100 WP_162334308.1 WP_162334308.1 100 139 0 0 1 139 1 139 3.39e-97 274 WP_020394619.1 WP_020394619.1 100 468 0 0 1 468 1 468 0.0 932 TMH05674.1 TMH05674.1 100 254 0 0 1 254 1 254 6.32e-163 449 TMH05674.1 WP_277690767.1 41.3 242 128 1 23 250 34 275 5.63e-44 148 WP_112116848.1 WP_112116848.1 100 540 0 0 1 540 1 540 0.0 1007 HCH2726488.1 HCH2726488.1 100 728 0 0 1 728 1 728 0.0 1425 HCH2726488.1 GAL07990.1 61.5 78 30 0 340 417 1 78 4.45e-25 97.8 MBK6833697.1 MBK6833697.1 100 818 0 0 1 818 1 818 0.0 1612 XP_025975121.1 XP_025975121.1 100 239 0 0 1 239 1 239 3.40e-139 388 WP_103270848.1 WP_103270848.1 100 263 0 0 1 263 1 263 3.12e-188 514 WP_103270848.1 MCD5879085.1 46.2 143 76 1 26 168 35 176 3.51e-37 128 WP_103270848.1 MCP4774001.1 31.4 229 145 4 44 260 49 277 3.37e-29 110 WP_103270848.1 WP_201520784.1 31.9 248 155 7 26 262 30 274 4.80e-29 109 NXS05193.1 NXS05193.1 100 72 0 0 1 72 1 72 1.48e-53 158 MBC6481257.1 MBC6481257.1 100 464 0 0 1 464 1 464 0.0 924 MBC6481257.1 MCI4325574.1 50.0 308 143 6 9 314 13 311 1.73e-94 287 MBC6481257.1 MBE0669914.1 42.6 305 167 4 9 313 9 305 5.98e-81 251 MBC6481257.1 WP_116803659.1 29.1 306 191 7 15 309 1 291 1.78e-35 132 KAE9963299.1 KAE9963299.1 100 1321 0 0 55 1375 55 1375 0.0 2357 WP_048771567.1 WP_048771567.1 100 269 0 0 1 269 1 269 1.96e-194 530 WP_237560484.1 WP_237560484.1 100 225 0 0 1 225 1 225 3.83e-170 465 KAG6786301.1 KAG6786301.1 100 281 0 0 1 281 1 281 2.87e-193 528 OIQ39557.1 OIQ39557.1 100 472 0 0 1 472 1 472 0.0 959 WP_190063487.1 WP_190063487.1 100 63 0 0 1 63 1 63 3.50e-48 144 WP_006075792.1 WP_006075792.1 100 197 0 0 1 197 1 197 6.44e-146 402 XP_051120762.1 XP_051120762.1 100 188 0 0 1 188 1 188 2.52e-125 349 MRB06557.1 MRB06557.1 100 127 0 0 1 127 1 127 1.81e-93 263 WP_136085111.1 WP_136085111.1 100 58 0 0 1 58 1 58 4.07e-36 113 CAF3446016.1 CAF3446016.1 100 988 0 0 1 988 1 988 0.0 1962 MBZ5699012.1 MBZ5699012.1 100 148 0 0 1 148 1 148 3.17e-95 270 MBZ5699012.1 WP_190772838.1 42.5 153 81 5 1 148 5 155 1.15e-24 91.3 GEX59890.1 GEX59890.1 100 493 0 0 1 493 1 493 0.0 973 GEX59890.1 GFD45028.1 74.2 31 8 0 463 493 44 74 8.62e-07 45.4 WP_130523666.1 WP_130523666.1 100 414 0 0 1 414 1 414 4.60e-298 805 MCB0447703.1 MCB0447703.1 100 208 0 0 1 208 1 208 1.13e-140 389 WAR09170.1 WAR09170.1 100 230 0 0 1 230 1 230 8.31e-96 278 KAA0009614.1 KAA0009614.1 100 582 0 0 1 582 1 582 0.0 1175 MBI6809448.1 MBI6809448.1 100 285 0 0 1 285 1 285 1.56e-183 504 WP_123226257.1 WP_123226257.1 100 216 0 0 1 216 1 216 7.82e-113 320 KAF9308882.1 KAF9308882.1 100 110 0 0 1 110 1 110 1.79e-58 174 WP_058635033.1 WP_058635033.1 100 329 0 0 1 329 1 329 6.07e-235 638 WP_058635033.1 WP_251874466.1 52.5 318 150 1 4 320 5 322 2.08e-111 325 WP_058635033.1 WP_059510827.1 35.4 328 195 4 1 321 1 318 3.50e-53 176 WP_058635033.1 WP_234306850.1 37.4 262 159 3 44 304 44 301 2.73e-51 170 WP_058635033.1 WP_116701099.1 34.8 282 173 5 31 307 34 309 3.85e-44 152 WP_058635033.1 MBK5104727.1 33.8 222 144 2 18 236 24 245 5.32e-40 139 WP_058635033.1 WP_012724915.1 35.5 256 148 5 69 310 70 322 2.32e-36 132 WP_058635033.1 MBC99785.1 27.8 299 200 5 22 305 17 314 1.07e-30 116 WP_058635033.1 KOR84431.1 26.6 278 189 3 45 309 38 313 7.83e-23 95.1 KAG2929087.1 KAG2929087.1 100 163 0 0 1 163 1 163 3.34e-120 334 ODU23539.1 ODU23539.1 100 63 0 0 1 63 1 63 6.16e-40 123 WP_186229980.1 WP_186229980.1 100 488 0 0 1 488 1 488 0.0 955 KAJ7545197.1 KAJ7545197.1 100 351 0 0 1 351 1 351 5.43e-265 716 KAJ7545197.1 KAG6471244.1 54.5 101 42 1 18 118 6 102 2.83e-29 113 KAJ7545197.1 CAH0727316.1 29.9 204 114 6 15 202 5 195 1.27e-17 82.4 KKT55671.1 KKT55671.1 100 619 0 0 1 619 1 619 0.0 1181 KKT55671.1 WP_117920451.1 39.3 565 323 9 26 578 19 575 6.20e-128 388 KKT55671.1 WP_086280341.1 34.6 569 349 12 13 579 2 549 3.67e-94 300 KKT55671.1 MCJ7594907.1 52.4 231 105 2 375 601 1 230 2.50e-73 234 KKT55671.1 MBP1746912.1 22.4 241 138 8 300 492 4 243 1.40e-05 46.2 XP_043494069.1 XP_043494069.1 100 2149 0 0 1 2149 1 2149 0.0 4310 XP_043494069.1 XP_056429915.1 25.8 1023 649 33 483 1444 34 1007 2.33e-68 252 XP_043494069.1 XP_036914921.1 31.5 89 58 2 954 1040 28 115 4.31e-04 43.9 XP_035812514.1 XP_035812514.1 100 629 0 0 1 629 1 629 0.0 1240 XP_035812514.1 XP_054751877.1 55.5 687 179 13 35 627 8 661 3.47e-217 619 HIX59898.1 HIX59898.1 100 246 0 0 1 246 1 246 4.80e-179 489 MBL0273084.1 MBL0273084.1 100 307 0 0 1 307 1 307 3.23e-228 619 WP_077066366.1 WP_077066366.1 100 194 0 0 1 194 1 194 1.24e-128 358 WP_001531669.1 WP_001531669.1 100 686 0 0 1 686 1 686 0.0 1097 WP_001531669.1 EER6968786.1 87.3 118 15 0 1 118 1 118 4.57e-63 206 WP_001531669.1 WP_089566156.1 86.0 50 7 0 70 119 1 50 7.09e-18 84.7 MSX26960.1 MSX26960.1 100 230 0 0 1 230 1 230 5.63e-170 465 MSX26960.1 MCL4851158.1 30.9 223 137 4 1 221 1 208 2.69e-30 110 RCK62276.1 RCK62276.1 100 90 0 0 1 90 1 90 1.08e-52 157 XP_023957144.1 XP_023957144.1 100 262 0 0 887 1148 887 1148 1.52e-180 558 XP_023957144.1 XP_036437421.1 36.5 252 144 8 902 1147 1494 1735 3.12e-42 167 WP_262014488.1 WP_262014488.1 100 232 0 0 1 232 1 232 5.44e-178 486 NOZ88085.1 NOZ88085.1 100 192 0 0 1 192 1 192 4.55e-139 384 XP_051216225.1 XP_051216225.1 100 871 0 0 1 871 1 871 0.0 1736 XP_051216225.1 XP_052337646.1 33.2 739 367 20 249 870 688 1416 3.07e-93 320 XP_051216225.1 NWH38694.1 30.9 188 107 4 247 434 137 301 5.22e-16 80.1 MBO1089156.1 MBO1089156.1 100 301 0 0 1 301 1 301 4.25e-230 623 GIW56314.1 GIW56314.1 100 66 0 0 1 66 1 66 1.76e-47 142 PXL39359.1 PXL39359.1 100 63 0 0 1 63 1 63 1.06e-40 125 WP_073277800.1 WP_073277800.1 100 336 0 0 1 336 1 336 7.57e-253 684 PPS91010.1 PPS91010.1 100 96 0 0 1 96 1 96 6.24e-66 191 WP_253808359.1 WP_253808359.1 100 442 0 0 1 442 1 442 1.20e-305 826 WP_253808359.1 OQA38407.1 46.5 434 220 4 1 423 1 433 2.31e-127 375 WP_253808359.1 WP_225579579.1 45.3 439 223 7 3 432 13 443 2.18e-117 352 WP_253808359.1 WP_254698006.1 47.1 435 217 6 5 432 1 429 4.75e-117 351 WP_253808359.1 CBI36349.3 32.5 419 276 4 1 413 2 419 1.36e-63 209 WP_253808359.1 WP_073201850.1 33.3 297 178 7 2 286 28 316 4.52e-43 152 WP_253808359.1 PSR02572.1 33.9 295 174 8 7 290 53 337 1.92e-39 143 WP_253808359.1 PHR72175.1 31.9 295 181 8 2 284 20 306 1.26e-35 132 WP_140347789.1 WP_140347789.1 100 1160 0 0 1 1160 1 1160 0.0 2303 EFT9578334.1 EFT9578334.1 100 320 0 0 1 320 1 320 1.65e-223 608 MCE4613707.1 MCE4613707.1 100 91 0 0 1 91 1 91 2.74e-51 154 ERI49901.1 ERI49901.1 100 569 0 0 1 569 1 569 0.0 895 HIN08122.1 HIN08122.1 100 358 0 0 1 358 1 358 8.63e-261 706 OQW79047.1 OQW79047.1 100 337 0 0 1 337 1 337 1.52e-248 673 WP_086502876.1 WP_086502876.1 100 840 0 0 1 840 1 840 0.0 1569 KAG6788279.1 KAG6788279.1 100 525 0 0 1 525 1 525 0.0 1061 KAG6788279.1 PON87355.1 54.6 108 48 1 391 498 2 108 2.38e-36 129 XP_021898889.1 XP_021898889.1 100 633 0 0 1 633 1 633 0.0 1218 XP_021898889.1 XP_015055542.1 37.5 525 291 12 57 573 30 525 1.13e-107 333 NWR48904.1 NWR48904.1 100 352 0 0 1 352 1 352 1.73e-257 697 QJX39570.1 QJX39570.1 100 207 0 0 1 207 1 207 9.86e-164 447 QJX39570.1 AAW57761.1 78.4 208 42 2 1 207 1 206 5.77e-131 365 QJX39570.1 AIG14299.1 76.7 215 42 1 1 207 1 215 1.08e-128 359 WP_206096314.1 WP_206096314.1 100 343 0 0 1 343 1 343 5.11e-250 677 WP_206096314.1 WP_006697084.1 57.7 343 144 1 1 343 1 342 1.37e-140 400 EIH4263652.1 EIH4263652.1 100 586 0 0 1 586 1 586 0.0 941 EIH4263652.1 EFL5817307.1 96.9 481 15 0 48 528 1 481 1.34e-251 697 EIH4263652.1 EFN5389376.1 94.7 475 25 0 112 586 1 475 2.78e-230 661 EIH4263652.1 KDT27382.1 95.3 276 13 0 311 586 1 276 3.87e-155 462 EIH4263652.1 EJW7579374.1 96.2 260 10 0 296 555 34 293 2.73e-154 442 EIH4263652.1 EFL3122059.1 92.1 253 16 1 1 253 9 257 1.55e-135 395 EIH4263652.1 HAN0352225.1 65.2 293 100 1 296 586 30 322 1.43e-121 367 EIH4263652.1 EFI7849450.1 74.2 132 34 0 20 151 3 134 7.22e-60 195 EIH4263652.1 EER8306359.1 77.9 77 17 0 1 77 223 299 8.63e-34 129 MBT5285153.1 MBT5285153.1 100 171 0 0 1 171 1 171 2.82e-125 347 CDC61696.1 CDC61696.1 100 979 0 0 1 979 1 979 0.0 1917 MCO4570690.1 MCO4570690.1 100 201 0 0 1 201 1 201 8.07e-142 392 KAF8141928.1 KAF8141928.1 100 355 0 0 1 355 1 355 2.01e-253 687 KAF8141928.1 XP_047781705.1 45.4 216 93 7 158 354 226 435 8.03e-39 141 KAF8141928.1 MBA0681195.1 52.3 44 21 0 251 294 235 278 1.73e-10 59.7 TJW13192.1 TJW13192.1 100 124 0 0 1 124 1 124 2.15e-86 245 MCB0793211.1 MCB0793211.1 100 399 0 0 1 399 1 399 1.31e-294 795 MCB0793211.1 WP_130670507.1 38.7 380 227 3 6 384 11 385 5.93e-86 265 MCB0793211.1 TVP67793.1 37.9 377 232 2 12 387 23 398 2.63e-83 258 MCB0793211.1 WP_224014827.1 37.2 387 235 5 2 387 3 382 2.83e-82 255 MCB0793211.1 WP_271272236.1 34.2 386 244 7 12 395 7 384 8.49e-62 202 WP_005629113.1 WP_005629113.1 100 241 0 0 1 241 1 241 6.06e-175 479 WP_083639049.1 WP_083639049.1 100 116 0 0 1 116 1 116 2.24e-70 223 WP_083639049.1 MCP4697618.1 33.8 68 40 2 45 110 189 253 5.81e-05 43.5 WP_169054812.1 WP_169054812.1 100 234 0 0 1 234 1 234 8.24e-165 452 WP_169054812.1 MPY37361.1 28.1 203 140 2 20 220 59 257 2.99e-16 73.9 WP_169054812.1 WP_274915895.1 28.7 157 85 4 30 164 26 177 1.09e-05 43.5 MBR1706273.1 MBR1706273.1 100 598 0 0 1 598 1 598 0.0 1140 EST37880.1 EST37880.1 100 309 0 0 1 309 1 309 8.28e-232 628 WP_106936446.1 WP_106936446.1 100 373 0 0 1 373 1 373 7.34e-281 758 WP_214777175.1 WP_214777175.1 100 1128 0 0 1 1128 1 1128 0.0 2170 WP_092857087.1 WP_092857087.1 100 267 0 0 1 267 1 267 1.80e-189 518 RAH10573.1 RAH10573.1 100 137 0 0 1 137 1 137 5.90e-97 273 XP_048732732.1 XP_048732732.1 100 153 0 0 1 153 1 153 1.10e-111 311 HFC54342.1 HFC54342.1 100 218 0 0 1 218 1 218 1.31e-144 400 WP_025739406.1 WP_025739406.1 100 637 0 0 1 637 1 637 0.0 1045 WP_025739406.1 WP_269572442.1 32.4 451 293 5 138 581 128 573 2.87e-53 191 WP_025739406.1 WP_128786583.1 33.7 410 270 2 174 581 165 574 9.13e-41 155 WP_025739406.1 WP_104456122.1 44.8 172 95 0 464 635 349 520 1.97e-31 127 WP_025739406.1 WP_271340374.1 36.8 185 103 2 467 637 414 598 1.67e-15 78.2 WP_025739406.1 WP_237962375.1 56.3 64 28 0 465 528 483 546 1.61e-12 68.9 WP_025739406.1 WP_156140069.1 46.7 105 50 2 480 581 405 506 4.46e-12 67.4 WP_025739406.1 MCI8311254.1 46.7 60 32 0 465 524 340 399 1.98e-08 55.5 WP_116813830.1 WP_116813830.1 100 395 0 0 1 395 1 395 5.30e-292 788 WP_116813830.1 RCX10040.1 34.9 355 177 9 37 347 143 487 6.79e-49 172 WP_128505522.1 WP_128505522.1 100 535 0 0 1 535 1 535 0.0 1076 MCB9943168.1 MCB9943168.1 100 125 0 0 1 125 1 125 2.05e-80 230 WP_190822868.1 WP_190822868.1 100 338 0 0 1 338 1 338 6.35e-198 545 WP_258007507.1 WP_258007507.1 100 194 0 0 1 194 1 194 2.34e-142 392 TVR41840.1 TVR41840.1 100 510 0 0 1 510 1 510 0.0 993 TVR41840.1 WP_212961195.1 26.7 277 166 12 263 508 378 648 2.02e-12 68.2 TVR41840.1 MBO8233644.1 26.0 208 127 6 300 488 159 358 4.49e-09 56.6 TVR41840.1 WP_166106360.1 36.1 97 47 3 412 494 418 513 1.87e-08 55.1 TVR41840.1 KDF42894.1 21.4 215 148 7 312 508 275 486 7.07e-08 53.1 TVR41840.1 TMG86695.1 27.4 186 122 6 327 508 92 268 1.22e-07 51.6 WP_283181662.1 WP_283181662.1 100 213 0 0 1 213 1 213 5.85e-150 413 CAC9886154.1 CAC9886154.1 100 677 0 0 1 677 1 677 0.0 1156 CAC9886154.1 EEH16378.1 38.1 63 35 2 54 116 7 65 1.09e-04 43.9 WP_047943571.1 WP_047943571.1 100 254 0 0 1 254 1 254 6.26e-179 490 MBO2482901.1 MBO2482901.1 100 58 0 0 1 58 1 58 3.25e-38 122 WP_261668588.1 WP_261668588.1 100 318 0 0 1 318 1 318 1.26e-226 616 WP_261668588.1 WP_114947547.1 39.9 311 186 1 7 317 15 324 7.19e-82 249 WP_261668588.1 WP_145739766.1 37.7 313 190 2 9 318 22 332 5.73e-74 229 WP_261668588.1 WP_216295494.1 35.6 295 187 2 21 313 40 333 3.29e-55 181 XP_047422702.1 XP_047422702.1 100 487 0 0 1 487 1 487 0.0 981 MBE6688122.1 MBE6688122.1 100 890 0 0 1 890 1 890 0.0 1658 MBE6688122.1 KAA0114277.1 47.2 907 433 12 4 889 35 916 3.48e-240 697 MBE6688122.1 WP_278631399.1 41.3 831 427 12 1 815 1 786 9.00e-180 539 MBE6688122.1 XP_009147075.2 34.1 1019 523 22 12 886 122 1135 1.13e-146 461 MBE6688122.1 WP_235126772.1 35.1 837 455 18 20 815 15 804 3.66e-129 408 MBE6688122.1 MBE5737882.1 33.1 913 545 20 1 890 1 870 7.16e-113 365 MBE6688122.1 KAF5671546.1 29.7 977 569 27 5 883 156 1112 1.01e-85 297 MBE6688122.1 WP_019100427.1 29.7 752 486 17 9 739 38 767 6.07e-82 281 MBE6688122.1 WP_049009918.1 29.7 723 474 13 1 716 47 742 2.98e-80 276 MBE6688122.1 KAJ6994162.1 28.5 793 466 22 9 776 22 738 1.85e-64 232 MBE6688122.1 MBY0273331.1 28.6 766 441 26 21 775 7 677 4.20e-55 202 MBE6688122.1 WP_074319120.1 30.9 175 93 2 515 689 562 708 7.81e-17 83.6 MBE6688122.1 MBI6149093.1 25.5 275 183 5 84 357 232 485 1.39e-11 66.6 KAJ3490879.1 KAJ3490879.1 100 413 0 0 1 413 1 413 4.03e-312 840 WP_227317406.1 WP_227317406.1 100 465 0 0 1 465 1 465 0.0 936 WP_227317406.1 WP_090149712.1 32.5 468 293 5 5 450 6 472 6.98e-77 246 MCB0488436.1 MCB0488436.1 100 295 0 0 1 295 1 295 4.75e-224 607 MCD6430924.1 MCD6430924.1 100 257 0 0 1 257 1 257 2.22e-194 529 MCI0654225.1 MCI0654225.1 100 166 0 0 1 166 1 166 3.45e-119 332 WP_271515333.1 WP_271515333.1 100 750 0 0 1 750 1 750 0.0 1412 WP_207334372.1 WP_207334372.1 100 252 0 0 1 252 1 252 1.37e-181 496 NYK82134.1 NYK82134.1 100 65 0 0 1 65 1 65 2.64e-44 134 RTE72268.1 RTE72268.1 100 394 0 0 1 394 1 394 2.60e-287 776 WP_232703726.1 WP_232703726.1 100 459 0 0 1 459 1 459 0.0 905 WP_184066976.1 WP_184066976.1 100 186 0 0 1 186 1 186 2.55e-133 369 WP_184066976.1 WP_242018727.1 62.8 145 54 0 19 163 16 160 4.28e-57 176 WP_257689765.1 WP_257689765.1 100 487 0 0 1 487 1 487 0.0 947 WP_257689765.1 WP_255965801.1 47.7 480 249 2 4 482 3 481 1.90e-147 429 WP_257689765.1 WP_057201184.1 42.7 464 254 5 26 482 14 472 9.93e-99 304 WP_257689765.1 XP_050320449.1 38.7 470 281 4 16 481 14 480 1.22e-96 298 WP_257689765.1 WP_131836551.1 37.7 469 285 4 17 479 21 488 9.03e-96 296 WP_257689765.1 WP_108756325.1 37.9 470 276 5 16 479 8 467 9.02e-86 270 WP_257689765.1 WP_008959270.1 35.5 484 299 7 7 482 4 482 1.64e-78 251 WP_257689765.1 WP_195426888.1 36.0 470 290 7 19 485 22 483 5.45e-77 248 WP_257689765.1 WP_061795322.1 35.2 480 290 9 16 481 22 494 9.41e-75 242 WP_257689765.1 WP_205186167.1 35.3 374 235 4 111 481 42 411 6.40e-64 211 WP_257689765.1 WP_100461895.1 32.9 447 286 6 1 442 1 438 2.32e-61 207 WP_257689765.1 WP_022389025.1 28.8 423 276 9 69 481 23 430 2.71e-41 152 WP_257689765.1 MCC2649654.1 41.5 53 31 0 431 483 3 55 6.75e-07 45.1 MBU0791683.1 MBU0791683.1 100 548 0 0 1 548 1 548 0.0 1084 WP_182711428.1 WP_182711428.1 100 359 0 0 1 359 1 359 1.28e-242 660 TKW18680.1 TKW18680.1 100 479 0 0 1 479 1 479 0.0 951 WP_240111183.1 WP_240111183.1 100 210 0 0 1 210 1 210 5.69e-160 438 NED75586.1 NED75586.1 100 228 0 0 1 228 1 228 8.98e-166 454 MBR0615264.1 MBR0615264.1 100 289 0 0 1 289 1 289 1.02e-206 563 ETO34949.1 ETO34949.1 100 257 0 0 1 257 1 257 9.78e-134 376 KAF5411244.1 KAF5411244.1 100 69 0 0 1 69 1 69 1.22e-44 135 WP_017878759.1 WP_017878759.1 100 372 0 0 1 372 1 372 6.24e-277 748 TEY22245.1 TEY22245.1 100 194 0 0 1 194 1 194 4.88e-135 374 TEY22245.1 KAI3473816.1 55.8 199 83 2 1 194 219 417 2.23e-71 223 WP_023780537.1 WP_023780537.1 100 403 0 0 1 403 1 403 4.91e-292 788 WP_077376172.1 WP_077376172.1 100 708 0 0 1 708 1 708 0.0 1447 WP_231355705.1 WP_231355705.1 100 772 0 0 1 772 1 772 0.0 1478 WP_231355705.1 WP_092081374.1 62.4 727 271 1 3 727 4 730 1.42e-315 879 WP_231355705.1 PJJ44766.1 56.3 723 298 5 7 720 44 757 5.66e-268 759 WP_231355705.1 WP_206581849.1 44.2 762 368 9 1 717 1 750 5.43e-190 558 WP_231355705.1 NLZ92879.1 41.4 70 40 1 648 717 6 74 2.84e-11 60.1 GIW70618.1 GIW70618.1 100 1119 0 0 1 1119 1 1119 0.0 1928 GIW70618.1 MBP7829117.1 41.1 270 145 4 55 323 62 318 2.15e-43 169 GIW70618.1 WP_281919021.1 39.9 273 149 6 47 313 11 274 2.26e-38 149 GIW70618.1 WP_271931007.1 32.5 295 167 7 48 316 661 949 5.83e-24 107 GIW70618.1 KAJ7903702.1 26.3 240 153 5 48 279 23 246 4.88e-12 67.8 GIW70618.1 EYU24504.1 32.1 140 95 0 56 195 197 336 1.19e-11 67.0 GIW70618.1 KAH6984898.1 22.9 323 181 9 32 301 8 315 8.28e-09 58.2 GIW70618.1 XP_048409145.1 27.4 226 133 9 55 268 660 866 2.14e-07 53.5 GIW70618.1 NXJ84327.1 26.8 224 145 7 48 264 201 412 1.52e-04 44.3 GIW70618.1 XP_039923984.1 27.3 220 135 7 48 257 196 400 4.49e-04 42.7 KAF1538674.1 KAF1538674.1 100 320 0 0 1 320 1 320 1.05e-235 639 KAF1538674.1 WP_020913025.1 64.9 296 88 3 23 318 5 284 4.97e-132 375 KAF1538674.1 MBI3461834.1 57.7 300 111 3 21 320 3 286 1.04e-117 339 KAF1538674.1 NBQ41256.1 52.6 306 122 5 21 318 3 293 1.06e-103 304 KAF1538674.1 NEQ48723.1 53.4 296 122 3 23 318 5 284 1.63e-103 303 KAF1538674.1 OCB46767.1 46.5 303 135 4 21 313 3 288 2.65e-84 254 QFY03744.1 QFY03744.1 100 501 0 0 1 501 1 501 0.0 934 MBA8666914.1 MBA8666914.1 100 148 0 0 1 148 1 148 6.43e-104 291 KAJ8938828.1 KAJ8938828.1 100 119 0 0 1 119 1 119 3.54e-84 242 WP_149660939.1 WP_149660939.1 100 139 0 0 1 139 1 139 2.58e-92 261 WP_262404887.1 WP_262404887.1 100 76 0 0 1 76 1 76 7.74e-51 152 OJH36051.1 OJH36051.1 100 300 0 0 1 300 1 300 9.27e-229 620 KAF9463056.1 KAF9463056.1 100 566 0 0 1 566 1 566 0.0 1125 KAF9463056.1 MCU1518283.1 34.9 579 304 10 2 534 7 558 4.41e-100 314 KAF9463056.1 WP_046625651.1 32.0 553 334 10 16 562 41 557 9.20e-76 249 MCJ8273875.1 MCJ8273875.1 100 239 0 0 1 239 1 239 1.56e-185 505 XP_045701611.1 XP_045701611.1 100 882 0 0 1 882 1 882 0.0 1764 WP_267782507.1 WP_267782507.1 100 480 0 0 1 480 1 480 0.0 947 MCP5198054.1 MCP5198054.1 100 141 0 0 1 141 1 141 9.31e-105 293 EOS29826.1 EOS29826.1 100 269 0 0 1 269 1 269 3.25e-193 527 NLC30933.1 NLC30933.1 100 133 0 0 1 133 1 133 4.90e-85 243 WP_003960394.1 WP_003960394.1 100 637 0 0 1 637 1 637 0.0 1250 WP_003960394.1 STC68550.1 44.8 630 334 6 3 629 7 625 2.58e-168 493 WP_218348303.1 WP_218348303.1 100 211 0 0 1 211 1 211 9.72e-148 407 WP_148727848.1 WP_148727848.1 100 139 0 0 1 139 1 139 4.13e-98 276 TVS18044.1 TVS18044.1 100 194 0 0 1 194 1 194 8.95e-122 340 WP_018934053.1 WP_018934053.1 100 75 0 0 1 75 1 75 5.52e-46 139 MBV00212.1 MBV00212.1 100 666 0 0 1 666 1 666 0.0 1254 MBV00212.1 EAH8201998.1 48.0 440 226 3 3 442 4 440 4.65e-137 407 MBV00212.1 MBG6814041.1 54.5 358 163 0 3 360 9 366 4.97e-127 379 MBV00212.1 WP_021479352.1 45.1 481 239 9 3 469 7 476 3.27e-120 384 MBV00212.1 MCF8269563.1 24.8 133 92 4 92 224 648 772 8.58e-04 40.8 XP_047781705.1 XP_047781705.1 100 436 0 0 1 436 1 436 4.82e-286 776 XP_047781705.1 KAF8141928.1 45.0 220 88 8 226 435 158 354 9.86e-39 141 XP_047781705.1 MBA0681195.1 61.1 36 14 0 337 372 243 278 2.59e-10 59.7 MBQ7286305.1 MBQ7286305.1 100 199 0 0 96 294 96 294 1.43e-118 340 MBQ4426944.1 MBQ4426944.1 100 143 0 0 1 143 1 143 4.58e-97 274 OKO87070.1 OKO87070.1 100 415 0 0 1 415 1 415 6.89e-305 822 WP_259408897.1 WP_259408897.1 100 255 0 0 1 255 1 255 9.21e-177 484 WP_259408897.1 WP_049697298.1 52.4 246 112 2 2 245 6 248 7.44e-76 229 WP_259408897.1 RAL39799.1 34.5 223 134 5 29 245 110 326 1.16e-28 109 KAF5116816.1 KAF5116816.1 100 373 0 0 1 373 1 373 2.62e-226 620 MBN1246547.1 MBN1246547.1 100 772 0 0 1 772 1 772 0.0 1555 MBR6946428.1 MBR6946428.1 100 60 0 0 1 60 1 60 1.20e-29 97.4 WP_097574091.1 WP_097574091.1 100 153 0 0 1 153 1 153 1.95e-96 273 WP_097574091.1 WP_244356123.1 45.4 97 53 0 36 132 53 149 7.00e-24 89.4 MCF8145043.1 MCF8145043.1 100 486 0 0 1 486 1 486 0.0 988 WP_159796041.1 WP_159796041.1 100 346 0 0 1 346 1 346 1.98e-244 663 KAG8816705.1 KAG8816705.1 100 233 0 0 1 233 1 233 1.23e-170 467 KAG8816705.1 XP_033551505.1 35.7 199 127 1 36 233 55 253 1.41e-36 133 KAG8816705.1 WP_226276978.1 36.3 182 115 1 52 232 10 191 7.02e-29 111 KAG8816705.1 WP_255602293.1 38.2 170 104 1 65 233 32 201 3.93e-28 109 KAG8816705.1 BBC91732.1 37.6 165 98 2 68 227 7 171 1.71e-26 104 MBA3497606.1 MBA3497606.1 100 268 0 0 1 268 1 268 4.32e-202 550 AHJ84873.1 AHJ84873.1 100 308 0 0 1 308 1 308 1.79e-189 521 MCA9738196.1 MCA9738196.1 100 485 0 0 1 485 1 485 0.0 934 KAJ0689199.1 KAJ0689199.1 100 148 0 0 1 148 1 148 1.35e-105 296 ERB66459.1 ERB66459.1 100 363 0 0 1 363 1 363 1.49e-259 703 MBL6710595.1 MBL6710595.1 100 310 0 0 1 310 1 310 5.18e-231 626 MCH1932562.1 MCH1932562.1 100 85 0 0 1 85 1 85 1.92e-55 164 XP_055331916.1 XP_055331916.1 100 1032 0 0 1 1032 1 1032 0.0 1858 MCH1405047.1 MCH1405047.1 100 160 0 0 1 160 1 160 1.31e-111 312 MCH1405047.1 WP_076409454.1 42.6 155 81 2 10 160 5 155 1.79e-31 114 MCH1405047.1 WP_170725874.1 44.0 150 76 2 13 158 8 153 7.87e-31 112 MCH1405047.1 WP_109219819.1 40.8 157 85 2 8 160 16 168 2.95e-28 105 MCH1405047.1 WP_088153117.1 41.3 138 76 3 27 160 17 153 3.85e-24 94.7 MCH1405047.1 EHH5649593.1 41.2 131 71 2 32 160 25 151 5.49e-23 90.5 KAF7869901.1 KAF7869901.1 100 353 0 0 1 353 1 353 1.32e-257 697 WP_220674761.1 WP_220674761.1 100 90 0 0 1 90 1 90 3.61e-60 176 WP_220674761.1 WP_080337214.1 73.3 90 24 0 1 90 1 90 6.24e-43 133 KAH7489251.1 KAH7489251.1 100 362 0 0 1 362 1 362 5.88e-245 666 XP_032499984.1 XP_032499984.1 100 1133 0 0 1 1133 1 1133 0.0 1902 WP_261369297.1 WP_261369297.1 100 42 0 0 1 42 1 42 1.44e-27 90.9 WP_283842967.1 WP_283842967.1 100 590 0 0 1 590 1 590 0.0 1126 WP_283842967.1 WP_166106360.1 28.2 255 136 11 333 564 283 513 2.26e-11 64.7 MBT3932996.1 MBT3932996.1 100 302 0 0 1 302 1 302 2.52e-218 593 WP_148565498.1 WP_148565498.1 100 95 0 0 1 95 1 95 2.66e-62 182 WP_097485790.1 WP_097485790.1 100 425 0 0 1 425 1 425 2.33e-308 832 HCI3868538.1 HCI3868538.1 100 264 0 0 1 264 1 264 1.34e-203 553 HCI3868538.1 WP_200599363.1 70.8 264 77 0 1 264 1 264 4.30e-145 412 WP_119403424.1 WP_119403424.1 100 264 0 0 1 264 1 264 4.50e-202 549 WP_119403424.1 MCB1471508.1 43.8 242 132 3 25 264 49 288 9.11e-70 215 WP_004994904.1 WP_004994904.1 100 86 0 0 1 86 1 86 6.94e-54 160 MBU0624735.1 MBU0624735.1 100 265 0 0 1 265 1 265 9.20e-182 498 WP_266814553.1 WP_266814553.1 100 413 0 0 1 413 1 413 5.45e-185 518 MBQ4411698.1 MBQ4411698.1 100 449 0 0 1 449 1 449 0.0 892 KYF44507.1 KYF44507.1 100 1685 0 0 1 1685 1 1685 0.0 3104 MCL2788588.1 MCL2788588.1 100 72 0 0 1 72 1 72 2.69e-47 142 WP_262155701.1 WP_262155701.1 100 111 0 0 1 111 1 111 7.56e-83 235 KAF5548980.1 KAF5548980.1 100 284 0 0 1 284 1 284 9.80e-207 563 KAH7262805.1 KAH7262805.1 100 89 0 0 1 89 1 89 9.63e-60 175 WP_183063711.1 WP_183063711.1 100 417 0 0 1 417 1 417 2.88e-298 805 WP_212810521.1 WP_212810521.1 100 573 0 0 1 573 1 573 0.0 1085 MBR8744763.1 MBR8744763.1 100 179 0 0 1 179 1 179 1.55e-126 351 WP_120452154.1 WP_120452154.1 100 595 0 0 1 595 1 595 0.0 1223 WP_120452154.1 MBP7746105.1 26.2 130 63 4 100 205 322 442 1.23e-05 46.6 NTU53989.1 NTU53989.1 100 424 0 0 1 424 1 424 1.31e-293 794 GHU61839.1 GHU61839.1 100 255 0 0 1 255 1 255 3.80e-185 506 MBS1744667.1 MBS1744667.1 100 441 0 0 1 441 1 441 0.0 888 MBU03734.1 MBU03734.1 100 369 0 0 1 369 1 369 4.00e-267 723 WP_105386412.1 WP_105386412.1 100 286 0 0 1 286 1 286 9.02e-204 555 MBR2406030.1 MBR2406030.1 100 686 0 0 1 686 1 686 0.0 1328 MBR2406030.1 WP_186939222.1 30.5 663 405 18 30 663 120 755 2.95e-67 235 WP_131776591.1 WP_131776591.1 100 463 0 0 1 463 1 463 0.0 916 MCL2039304.1 MCL2039304.1 100 312 0 0 1 312 1 312 4.72e-203 556 MCL2039304.1 MBE6139600.1 34.2 310 176 6 6 306 462 752 4.48e-36 135 MCL2039304.1 WP_131001993.1 33.7 267 157 5 37 298 41 292 7.52e-34 124 MCL2039304.1 SCX00186.1 29.8 329 184 9 10 310 30 339 2.67e-26 104 WP_196974466.1 WP_196974466.1 100 335 0 0 1 335 1 335 4.47e-240 651 WP_184130797.1 WP_184130797.1 100 373 0 0 1 373 1 373 9.45e-268 724 WP_184130797.1 MCI7704736.1 41.0 222 124 2 148 369 73 287 1.11e-52 175 WP_184130797.1 WP_152046331.1 38.6 223 127 5 148 369 72 285 3.35e-40 142 WP_184130797.1 EGY4555186.1 34.7 222 138 2 148 369 81 295 6.42e-29 112 MCS5505837.1 MCS5505837.1 100 186 0 0 1 186 1 186 1.07e-125 350 MCS5505837.1 MBR0212092.1 30.7 127 76 5 3 125 6 124 1.39e-07 47.8 WP_062865604.1 WP_062865604.1 100 194 0 0 1 194 1 194 1.52e-138 383 WP_188895946.1 WP_188895946.1 100 79 0 0 1 79 1 79 1.21e-53 159 KFG62183.1 KFG62183.1 100 990 0 0 1 990 1 990 0.0 1862 SCL13606.1 SCL13606.1 100 895 0 0 1 895 1 895 0.0 1823 SCL13606.1 MCL2204087.1 27.5 781 455 25 69 805 19 732 1.62e-59 217 SCL13606.1 CAI9595211.1 24.5 807 483 23 62 791 89 846 1.54e-52 197 SCL13606.1 WP_081224968.1 23.9 820 498 23 44 792 5 769 9.45e-45 172 SCL13606.1 WP_123159424.1 22.3 825 511 24 42 793 3 770 5.04e-37 148 SCL13606.1 MSZ29533.1 24.5 862 547 27 59 856 11 832 1.41e-36 147 SCL13606.1 MCB9999913.1 25.3 384 235 9 447 795 534 900 2.41e-19 92.0 SCL13606.1 WP_194957532.1 21.5 869 420 27 62 809 8 735 2.60e-19 91.7 SCL13606.1 XP_053592881.1 23.2 669 354 25 62 651 47 634 4.83e-14 74.7 MAJ56944.1 MAJ56944.1 100 136 0 0 1 136 1 136 2.14e-94 266 RYP71249.1 RYP71249.1 100 339 0 0 1 339 1 339 1.04e-231 630 MBQ3470868.1 MBQ3470868.1 100 62 0 0 1 62 1 62 1.71e-41 127 WP_234897981.1 WP_234897981.1 100 266 0 0 1 266 1 266 1.76e-200 545 WP_117751014.1 WP_117751014.1 100 466 0 0 1 466 1 466 0.0 866 WP_117751014.1 WP_099219937.1 32.7 456 277 9 5 456 15 444 5.39e-55 188 WP_160410225.1 WP_160410225.1 100 170 0 0 1 170 1 170 8.07e-120 333 WP_173040157.1 WP_173040157.1 100 597 0 0 1 597 1 597 0.0 1145 WP_173040157.1 WP_089095302.1 33.3 586 347 9 11 555 8 590 3.41e-83 271 WP_173040157.1 WP_105160947.1 33.0 509 309 6 20 499 18 523 4.43e-81 265 WP_173040157.1 OQA35671.1 26.9 568 343 10 33 545 29 579 2.36e-49 179 WP_173040157.1 MCH5231772.1 25.3 521 341 10 4 486 1 511 2.05e-41 155 WP_173040157.1 WP_041710957.1 24.2 553 294 15 4 499 3 487 1.67e-33 133 WP_173040157.1 MBT4161918.1 32.2 199 113 7 306 484 25 221 3.27e-18 82.4 WP_173040157.1 WP_131166802.1 32.6 215 115 7 303 488 22 235 3.42e-16 78.6 WP_173040157.1 WP_192324556.1 24.5 523 311 20 23 479 35 539 1.43e-14 75.1 WP_173040157.1 WP_145468487.1 30.2 202 114 7 298 475 15 213 8.18e-13 66.6 WP_173040157.1 CAI8213472.1 26.5 196 126 5 301 479 28 222 8.25e-13 67.0 WP_173040157.1 WP_071876418.1 25.9 201 119 6 304 483 18 209 1.53e-09 58.9 WP_173040157.1 WP_256546297.1 25.8 221 132 5 293 482 25 244 2.38e-09 57.0 WP_173040157.1 WP_153844272.1 24.2 190 117 6 291 456 5 191 3.22e-09 57.8 WP_173040157.1 WP_008056683.1 32.2 152 87 9 306 444 254 402 4.12e-06 48.1 MBE3595273.1 MBE3595273.1 100 408 0 0 1 408 1 408 8.61e-300 808 UTW67325.1 UTW67325.1 100 306 0 0 1 306 1 306 4.19e-219 596 RIX75659.1 RIX75659.1 100 447 0 0 1 447 1 447 0.0 866 RIX75659.1 WP_200198809.1 60.6 426 155 3 21 446 10 422 4.88e-161 459 RIX75659.1 XP_052534275.1 34.0 403 203 7 99 446 208 602 1.10e-47 171 MBL0255244.1 MBL0255244.1 100 311 0 0 1 311 1 311 3.62e-227 617 EMK19049.1 EMK19049.1 100 508 0 0 1 508 1 508 0.0 976 THB74514.1 THB74514.1 100 316 0 0 1 316 1 316 7.92e-229 621 AWD47640.1 AWD47640.1 100 192 0 0 1 192 1 192 5.13e-145 399 MCR4818155.1 MCR4818155.1 100 244 0 0 1 244 1 244 1.49e-181 496 MCR4818155.1 MBR4451941.1 40.8 233 135 2 4 235 16 246 1.33e-58 184 WP_018717981.1 WP_018717981.1 100 426 0 0 1 426 1 426 0.0 873 UTU41876.1 UTU41876.1 100 260 0 0 1 260 1 260 3.98e-194 529 UTU41876.1 AFQ97813.1 63.1 260 93 2 2 260 12 269 5.52e-112 322 UTU41876.1 AYV64277.1 60.9 261 95 3 1 260 169 423 4.39e-104 307 UTU41876.1 UFH83377.1 55.4 258 115 0 3 260 177 434 1.86e-92 280 MCE2907393.1 MCE2907393.1 100 258 0 0 1 258 1 258 5.51e-175 480 WP_251174936.1 WP_251174936.1 100 22 0 0 1 22 1 22 3.42e-12 50.8 WP_202925384.1 WP_202925384.1 100 335 0 0 1 335 1 335 2.25e-249 675 WP_202925384.1 MBO1529847.1 31.3 342 219 6 1 330 1 338 4.60e-50 168 WP_202925384.1 XP_047466965.1 32.4 105 70 1 7 111 12 115 4.19e-13 67.8 CAI0990105.1 CAI0990105.1 100 818 0 0 1 818 1 818 0.0 1605 WP_140660563.1 WP_140660563.1 100 149 0 0 1 149 1 149 3.30e-102 287 WP_277410236.1 WP_277410236.1 100 362 0 0 1 362 1 362 3.89e-275 742 MCP5558243.1 MCP5558243.1 100 416 0 0 1 416 1 416 5.47e-307 827 MCP5558243.1 WP_121252511.1 28.8 208 133 7 194 394 163 362 1.52e-05 45.1 CAD7419184.1 CAD7419184.1 100 359 0 0 1 359 1 359 1.19e-263 713 CAD7419184.1 XP_042465169.1 30.7 228 130 5 23 247 361 563 3.28e-21 93.2 WP_189609880.1 WP_189609880.1 100 342 0 0 1 342 1 342 3.62e-254 687 MBQ8283265.1 MBQ8283265.1 100 447 0 0 1 447 1 447 0.0 870 WP_173904515.1 WP_173904515.1 100 158 0 0 1 158 1 158 3.37e-113 316 XP_032696462.1 XP_032696462.1 100 1346 0 0 1 1346 1 1346 0.0 2413 XP_032696462.1 XP_043889695.1 36.7 392 210 7 1 367 1 379 1.64e-60 227 XP_032696462.1 KAJ2660037.1 37.0 376 216 9 6 370 4 369 5.45e-51 196 XP_044484513.1 XP_044484513.1 100 719 0 0 1 719 1 719 0.0 1418 XP_044484513.1 XP_021765438.1 40.1 197 111 5 41 234 550 742 3.16e-35 141 XP_044484513.1 KAI3849778.1 39.5 167 101 0 69 235 478 644 3.00e-31 129 XP_044484513.1 XP_040250218.1 38.1 160 97 1 76 235 347 504 4.53e-30 125 XP_044484513.1 RLN36134.1 42.0 174 92 3 74 240 69 240 3.66e-29 119 XP_044484513.1 XP_019180948.1 38.8 152 88 3 87 235 677 826 5.39e-24 106 XP_044484513.1 XP_025814622.1 32.1 234 144 6 57 283 748 973 4.06e-23 103 XP_044484513.1 XP_029528577.1 30.1 173 100 6 84 246 28 189 7.14e-10 59.7 XP_044484513.1 MBP7829117.1 30.4 148 93 4 91 234 60 201 3.29e-09 58.5 XP_027476133.1 XP_027476133.1 100 325 0 0 1 325 1 325 1.10e-219 599 WP_189592858.1 WP_189592858.1 100 439 0 0 1 439 1 439 1.48e-318 858 WP_166225641.1 WP_166225641.1 100 410 0 0 1 410 1 410 5.58e-297 801 WP_166225641.1 WP_251874466.1 32.9 289 173 5 33 305 13 296 1.65e-35 132 WP_166225641.1 WP_012724915.1 30.0 273 177 4 57 318 51 320 8.99e-27 107 WP_266312166.1 WP_266312166.1 100 512 0 0 1 512 1 512 0.0 1025 WP_147766978.1 WP_147766978.1 100 112 0 0 1 112 1 112 3.08e-78 224 WP_239815372.1 WP_239815372.1 100 306 0 0 1 306 1 306 8.69e-212 577 PSP85445.1 PSP85445.1 100 125 0 0 1 125 1 125 2.60e-83 238 WP_065809357.1 WP_065809357.1 100 472 0 0 1 472 1 472 0.0 945 WP_065809357.1 HIU98185.1 26.4 484 297 16 6 453 5 465 1.53e-27 113 WP_205177065.1 WP_205177065.1 100 63 0 0 1 63 1 63 1.90e-43 132 MCG3730919.1 MCG3730919.1 100 354 0 0 1 354 1 354 5.33e-253 686 WP_166886913.1 WP_166886913.1 100 363 0 0 1 363 1 363 6.49e-254 689 WP_166886913.1 WP_008701575.1 55.1 354 157 2 7 359 7 359 2.20e-128 371 WP_166886913.1 PAV09171.1 26.0 219 128 7 62 264 26 226 3.43e-06 46.6 CPY79168.1 CPY79168.1 100 342 0 0 1 342 1 342 1.41e-251 681 MBT5578634.1 MBT5578634.1 100 741 0 0 1 741 1 741 0.0 1470 WP_126669182.1 WP_126669182.1 100 247 0 0 1 247 1 247 5.26e-163 449 WP_005165186.1 WP_005165186.1 100 253 0 0 1 253 1 253 3.75e-175 480 AUN31249.1 AUN31249.1 100 209 0 0 1 209 1 209 1.15e-129 362 WP_279123632.1 WP_279123632.1 100 347 0 0 1 347 1 347 2.76e-256 693 WP_279123632.1 MBM4374951.1 34.5 55 36 0 116 170 62 116 4.63e-05 42.4 MCM2341063.1 MCM2341063.1 100 291 0 0 1 291 1 291 1.91e-212 578 MCM2341063.1 WP_111627730.1 45.6 147 77 2 146 289 110 256 4.99e-34 123 MPT31245.1 MPT31245.1 100 211 0 0 1 211 1 211 7.13e-150 413 ETD72983.1 ETD72983.1 100 65 0 0 1 65 1 65 4.25e-41 126 UEC68750.1 UEC68750.1 100 4405 0 0 1 4405 1 4405 0.0 8655 UEC68750.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8643 UEC68750.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8639 UEC68750.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UEC68750.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UEC68750.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8637 UEC68750.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 UEC68750.1 UEC52718.1 99.8 4401 7 0 1 4401 1 4401 0.0 8631 UEC68750.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8627 UEC68750.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8626 UEC68750.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8625 UEC68750.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8622 UEC68750.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8619 UEC68750.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8617 UEC68750.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8615 UEC68750.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8611 UEC68750.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8610 UEC68750.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8610 UEC68750.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8609 UEC68750.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8608 UEC68750.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8607 UEC68750.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8606 UEC68750.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8606 UEC68750.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UEC68750.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8603 UEC68750.1 UMF87224.1 99.1 4401 35 2 1 4401 1 4397 0.0 8600 UEC68750.1 UPA83906.1 99.5 4401 18 2 1 4401 1 4397 0.0 8598 UEC68750.1 UKU68032.1 99.2 4405 30 2 1 4405 1 4401 0.0 8579 UEC68750.1 UKN67998.1 99.6 4381 15 2 21 4401 1 4377 0.0 8567 UEC68750.1 UBR86455.1 98.6 4400 60 0 2 4401 1 4400 0.0 8509 UEC68750.1 UCP77012.1 98.2 4401 79 0 1 4401 1 4401 0.0 8466 UEC68750.1 UCP72061.1 98.2 4401 81 0 1 4401 1 4401 0.0 8459 UEC68750.1 UAQ80067.1 98.0 4401 87 0 1 4401 1 4401 0.0 8448 UEC68750.1 UXX67934.1 98.1 4401 82 1 1 4401 1 4398 0.0 8447 UEC68750.1 UJV88611.1 97.6 4405 102 2 1 4405 1 4401 0.0 8416 UEC68750.1 UOU30556.1 97.6 4401 102 1 1 4401 1 4398 0.0 8401 UEC68750.1 UJJ97602.1 97.5 4405 108 2 1 4405 1 4401 0.0 8400 UEC68750.1 UGA79226.1 97.2 4401 123 0 1 4401 1 4401 0.0 8362 UEC68750.1 UJS94137.1 98.6 4300 56 2 106 4405 1 4296 0.0 8308 UEC68750.1 WHE12941.1 97.0 4375 127 1 27 4401 1 4372 0.0 8293 UEC68750.1 ULB83374.1 96.4 4405 155 2 1 4405 1 4401 0.0 8284 UEC68750.1 UVI10561.1 96.0 4374 174 1 28 4401 1 4371 0.0 8179 UEC68750.1 UGB98301.1 94.4 4405 247 0 1 4405 1 4405 0.0 8068 UEC68750.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8009 UEC68750.1 UJT06733.1 93.9 4401 264 2 1 4401 1 4397 0.0 7991 UEC68750.1 UFA30503.1 93.5 4340 281 0 27 4366 1 4340 0.0 7851 UEC68750.1 UMA88644.1 92.3 4380 334 2 22 4401 1 4376 0.0 7805 UEC68750.1 WGP70063.1 92.3 4369 336 0 1 4369 1 4369 0.0 7783 UEC68750.1 UNI03201.1 91.6 4379 368 1 27 4405 1 4378 0.0 7731 UEC68750.1 WEI27974.1 91.1 4405 387 1 1 4405 1 4402 0.0 7730 UEC68750.1 WGP98278.1 88.7 4364 495 0 1 4364 1 4364 0.0 7390 UEC68750.1 UEX07109.1 88.0 4379 524 0 27 4405 1 4379 0.0 7380 UEC68750.1 WAS49087.1 84.6 4401 673 1 1 4401 1 4398 0.0 6996 UEC68750.1 URP80785.1 82.5 4378 762 1 28 4405 1 4375 0.0 6776 UEC68750.1 UYE49180.1 76.9 4405 1014 1 1 4405 1 4402 0.0 6215 UEC68750.1 UPB00876.1 76.4 4378 1029 1 28 4405 1 4375 0.0 6172 UEC68750.1 WGQ72821.1 67.6 4344 1408 0 26 4369 1 4344 0.0 5137 MCP4488771.1 MCP4488771.1 100 134 0 0 1 134 1 134 4.19e-91 258 SDW64481.1 SDW64481.1 100 121 0 0 1 121 1 121 1.16e-84 241 SDW64481.1 MBR4127938.1 62.5 88 33 0 6 93 4 91 2.55e-34 112 MBT8462299.1 MBT8462299.1 100 239 0 0 1 239 1 239 1.72e-164 452 MBT8462299.1 KKQ50904.1 30.7 205 117 4 2 205 956 1136 4.18e-19 84.3 MBT8462299.1 WP_096647361.1 29.4 211 129 3 1 211 854 1044 4.34e-16 75.5 MBT8462299.1 WP_265225845.1 29.9 194 116 4 2 195 876 1049 6.50e-12 63.2 MBT8462299.1 MBL4744408.1 24.5 155 104 2 2 144 844 997 1.51e-07 50.1 MBR2488648.1 MBR2488648.1 100 711 0 0 1 711 1 711 0.0 1456 WP_240030709.1 WP_240030709.1 100 493 0 0 1 493 1 493 0.0 978 WP_250146767.1 WP_250146767.1 100 49 0 0 1 49 1 49 2.60e-35 110 WP_186153646.1 WP_186153646.1 100 256 0 0 1 256 1 256 9.14e-173 474 WP_186153646.1 WP_247392216.1 43.2 259 138 4 1 256 1 253 8.74e-57 181 WP_186153646.1 WP_243269836.1 51.4 175 83 2 82 255 65 238 2.20e-46 164 WP_186153646.1 MBS1222269.1 43.1 204 104 6 1 194 1 202 1.25e-40 137 CZR69713.1 CZR69713.1 100 566 0 0 1 566 1 566 0.0 1023 XP_039854086.1 XP_039854086.1 100 460 0 0 1 460 1 460 0.0 870 MCU1437293.1 MCU1437293.1 100 488 0 0 1 488 1 488 0.0 976 XP_015523373.1 XP_015523373.1 100 234 0 0 1 234 1 234 4.26e-167 458 DAO22062.1 DAO22062.1 100 50 0 0 1 50 1 50 5.62e-35 110 MBR1628375.1 MBR1628375.1 100 313 0 0 1 313 1 313 2.55e-228 620 MBR1628375.1 WP_108098468.1 28.3 311 213 7 7 310 12 319 2.89e-34 125 MBR1628375.1 WP_039190453.1 25.3 285 188 8 4 269 133 411 9.25e-21 90.5 MCK5056842.1 MCK5056842.1 100 384 0 0 1 384 1 384 5.42e-284 766 MCK5056842.1 WP_163496825.1 32.2 373 232 9 25 383 27 392 3.16e-47 164 MCK5056842.1 MSZ54974.1 34.3 359 217 8 19 371 22 367 1.09e-44 157 WP_274481161.1 WP_274481161.1 100 104 0 0 1 104 1 104 1.25e-71 206 XP_697509.2 XP_697509.2 100 772 0 0 1 772 1 772 0.0 1515 WP_139764340.1 WP_139764340.1 100 127 0 0 1 127 1 127 1.44e-90 256 WP_139764340.1 WP_008056683.1 34.8 92 57 2 11 101 244 333 2.54e-08 49.3 WP_139764340.1 MBT3459617.1 31.0 84 56 2 21 104 1 82 3.13e-05 40.0 MBQ3864274.1 MBQ3864274.1 100 326 0 0 1 326 1 326 3.15e-240 651 MBQ3864274.1 WP_192324556.1 50.3 288 130 4 5 283 311 594 1.60e-83 263 MBQ3864274.1 RUU66461.1 53.5 254 115 3 33 284 103 355 1.51e-79 245 MBQ3864274.1 WP_226904802.1 48.9 276 132 6 33 303 46 317 5.81e-74 230 MBQ3864274.1 WP_098952357.1 43.3 289 163 1 33 320 28 316 7.23e-72 224 MBQ3864274.1 MBU5353226.1 47.1 263 134 3 12 270 4 265 1.61e-70 220 MBQ3864274.1 WP_227059655.1 47.3 277 141 3 9 283 320 593 3.05e-69 225 MBQ3864274.1 MCP5262709.1 39.7 295 171 4 21 308 6 300 2.56e-60 194 MBQ3864274.1 WP_131166802.1 36.7 332 190 9 10 325 3 330 1.08e-56 185 MBQ3864274.1 WP_107894076.1 37.4 302 176 7 12 305 5 301 2.08e-56 184 MBQ3864274.1 GLY24463.1 39.7 300 167 9 33 321 21 317 7.95e-56 182 MBQ3864274.1 WP_066083732.1 36.9 309 179 7 11 309 5 307 2.07e-51 171 MBQ3864274.1 MWR41881.1 42.0 207 115 5 36 241 44 246 2.56e-38 135 MBQ3864274.1 WP_176354145.1 36.9 222 130 4 32 253 17 228 6.64e-31 118 MBQ3864274.1 WP_109219819.1 31.8 242 146 6 8 248 13 236 1.44e-24 100 MBQ3864274.1 WP_140480909.1 31.3 224 131 5 36 253 29 235 3.07e-23 97.1 MBQ3864274.1 WP_258581409.1 31.1 222 142 4 32 253 15 225 1.07e-22 95.5 MBQ3864274.1 EHH5649593.1 31.0 216 136 5 47 261 29 232 2.73e-22 93.2 MBQ3864274.1 WP_256546297.1 29.7 239 144 8 10 236 21 247 3.37e-20 87.0 MBQ3864274.1 WP_279984614.1 29.4 235 138 7 11 235 8 224 7.47e-20 85.9 MBQ3864274.1 WP_167977039.1 33.5 188 112 5 36 220 21 198 2.09e-19 84.3 MBQ3864274.1 MBC7326981.1 26.7 232 149 7 36 256 22 243 5.81e-19 83.2 MBQ3864274.1 WP_152652784.1 35.4 158 92 5 35 191 20 168 2.31e-18 82.4 MBQ3864274.1 MXP43753.1 28.8 240 147 8 25 248 14 245 6.04e-18 80.5 MBQ3864274.1 WP_088153117.1 29.2 219 146 5 46 262 24 235 1.44e-17 80.9 MBQ3864274.1 OAN53756.1 27.4 237 154 7 35 260 26 255 2.03e-17 79.0 MBQ3864274.1 WP_206363707.1 30.3 211 134 5 33 236 31 235 6.25e-17 77.8 MBQ3864274.1 WP_158791585.1 27.4 219 142 6 32 240 16 227 1.08e-15 73.9 MBQ3864274.1 NVM03966.1 25.6 215 142 5 35 247 37 235 1.71e-15 74.3 MBQ3864274.1 NNE23115.1 25.8 221 155 5 51 271 33 244 6.31e-13 67.0 MBQ3864274.1 WP_221977168.1 28.6 217 133 7 35 239 30 236 7.64e-13 65.9 MBQ3864274.1 MBO5162475.1 26.5 215 154 3 33 247 11 221 2.93e-12 65.5 MBQ3864274.1 WP_153844272.1 25.7 202 116 9 36 219 21 206 3.84e-07 49.7 MBQ3864274.1 WP_041481207.1 30.3 155 81 6 43 185 360 499 2.03e-04 41.2 MBQ3864274.1 KAF9974715.1 22.6 159 106 3 36 194 481 622 4.25e-04 40.4 WP_132882604.1 WP_132882604.1 100 295 0 0 1 295 1 295 2.20e-204 558 WP_200316392.1 WP_200316392.1 100 142 0 0 1 142 1 142 3.24e-72 214 WP_241908014.1 WP_241908014.1 100 122 0 0 1 122 1 122 8.48e-83 236 MCL7403925.1 MCL7403925.1 100 281 0 0 1 281 1 281 6.30e-197 538 MCJ7548546.1 MCJ7548546.1 100 719 0 0 1 719 1 719 0.0 1395 MCJ7548546.1 WP_015615815.1 41.9 721 391 11 7 719 4 704 3.48e-178 530 MCJ7548546.1 WP_015919400.1 42.6 714 372 13 7 719 4 680 1.00e-160 482 MCJ7548546.1 MBL8638832.1 37.9 751 409 13 7 719 48 779 4.60e-138 428 MCJ7548546.1 KAI5122644.1 28.0 765 460 25 17 719 373 1108 3.24e-63 227 MCJ7548546.1 KZV11597.1 27.2 632 388 17 135 719 117 723 4.29e-39 153 KAF9116737.1 KAF9116737.1 100 379 0 0 1 379 1 379 1.29e-286 775 NLG67042.1 NLG67042.1 100 550 0 0 1 550 1 550 0.0 1001 NLG67042.1 WP_218014032.1 27.5 483 299 16 90 540 55 518 2.78e-33 131 NLG67042.1 WP_136134536.1 30.2 106 68 4 74 179 138 237 1.16e-04 43.1 XP_002873995.1 XP_002873995.1 100 517 0 0 1 517 1 517 0.0 1033 XP_002873995.1 KAG7602925.1 98.1 517 10 0 1 517 1 517 0.0 1012 XP_002873995.1 KAI8118081.1 26.6 447 292 11 97 517 37 473 1.47e-41 154 HIA56122.1 HIA56122.1 100 164 0 0 1 164 1 164 1.42e-92 264 MBP6049275.1 MBP6049275.1 100 168 0 0 1 168 1 168 1.99e-119 332 HAY39979.1 HAY39979.1 100 400 0 0 1 400 1 400 7.83e-292 788 HAY39979.1 WP_270908912.1 36.5 389 208 5 33 392 21 399 4.23e-71 227 WP_105188257.1 WP_105188257.1 100 394 0 0 1 394 1 394 1.94e-298 804 MCH2430466.1 MCH2430466.1 100 195 0 0 1 195 1 195 1.52e-143 395 MBI2152769.1 MBI2152769.1 100 248 0 0 1 248 1 248 1.05e-183 501 WP_211231677.1 WP_211231677.1 100 322 0 0 1 322 1 322 6.58e-143 404 WP_269048359.1 WP_269048359.1 100 163 0 0 1 163 1 163 1.65e-120 335 WP_195553161.1 WP_195553161.1 100 194 0 0 1 194 1 194 6.66e-133 369 MBL1417270.1 MBL1417270.1 100 206 0 0 1 206 1 206 1.00e-133 372 XP_019741907.1 XP_019741907.1 100 179 0 0 1 179 1 179 1.81e-134 371 AJF60049.1 AJF60049.1 100 113 0 0 1 113 1 113 9.51e-78 223 RJF98482.1 RJF98482.1 100 78 0 0 1 78 1 78 3.47e-57 168 GDX36288.1 GDX36288.1 100 409 0 0 1 409 1 409 9.56e-293 791 GDX36288.1 WP_245704803.1 35.6 222 134 4 188 408 1 214 6.65e-34 125 GDX36288.1 WP_253463694.1 29.8 262 166 7 153 409 177 425 5.62e-27 110 GDX36288.1 WP_274755179.1 26.3 259 172 7 145 394 154 402 2.66e-23 99.4 GDX36288.1 SCH39951.1 24.3 251 135 8 175 392 241 469 3.42e-07 50.4 MCF7786316.1 MCF7786316.1 100 274 0 0 1 274 1 274 1.74e-195 533 KAJ8059477.1 KAJ8059477.1 100 96 0 0 1 96 1 96 1.71e-72 208 MBI3948044.1 MBI3948044.1 100 140 0 0 1 140 1 140 7.68e-99 278 MBM4386043.1 MBM4386043.1 100 69 0 0 1 69 1 69 2.46e-44 135 KAI2062789.1 KAI2062789.1 100 144 0 0 1 144 1 144 2.36e-104 292 QEP29574.1 QEP29574.1 100 43 0 0 1 43 1 43 1.19e-22 78.6 MBT4920854.1 MBT4920854.1 100 149 0 0 1 149 1 149 4.88e-104 292 KAH8333868.1 KAH8333868.1 100 501 0 0 1 501 1 501 0.0 1006 NLN95163.1 NLN95163.1 100 87 0 0 1 87 1 87 3.40e-59 174 MBI1386726.1 MBI1386726.1 100 464 0 0 1 464 1 464 0.0 976 MBI1386726.1 WP_171519907.1 26.9 383 218 13 104 444 28 390 1.37e-28 115 WP_021500824.1 WP_021500824.1 100 333 0 0 1 333 1 333 3.42e-243 659 WP_021500824.1 WP_222952672.1 28.8 292 193 6 5 295 8 285 1.03e-24 100 NP_001257623.1 NP_001257623.1 100 752 0 0 1 752 1 752 0.0 1248 NP_001257623.1 XP_043479276.1 44.9 457 238 6 1 449 1 451 1.03e-113 362 NP_001257623.1 KAJ3986273.1 35.2 165 103 2 247 407 454 618 3.05e-21 97.1 NP_001257623.1 NXT44414.1 31.4 194 128 4 250 442 1262 1451 4.34e-21 97.4 WP_200780455.1 WP_200780455.1 100 474 0 0 1 474 1 474 0.0 966 KAE9803106.1 KAE9803106.1 100 188 0 0 1 188 1 188 8.78e-126 350 NEQ48723.1 NEQ48723.1 100 289 0 0 1 289 1 289 2.39e-205 560 NEQ48723.1 WP_020913025.1 59.9 284 114 0 1 284 1 284 1.96e-116 335 NEQ48723.1 MBI3461834.1 56.1 289 127 0 1 289 1 289 7.15e-115 331 NEQ48723.1 KAF1538674.1 52.8 299 125 3 2 284 20 318 2.95e-103 302 NEQ48723.1 OCB46767.1 55.4 294 110 5 1 279 1 288 1.01e-96 285 NEQ48723.1 NBQ41256.1 51.4 290 132 3 1 281 1 290 5.21e-96 283 WP_283179095.1 WP_283179095.1 100 158 0 0 1 158 1 158 7.33e-108 302 WP_265896212.1 WP_265896212.1 100 682 0 0 1 682 1 682 0.0 1287 WP_265896212.1 WP_138941726.1 41.6 538 289 7 162 676 40 575 1.35e-118 365 WP_265896212.1 TLZ05171.1 28.9 346 194 13 380 679 266 605 2.32e-19 90.9 EDA9915590.1 EDA9915590.1 100 278 0 0 1 278 1 278 5.90e-205 558 TIU74829.1 TIU74829.1 100 278 0 0 1 278 1 278 4.04e-187 513 NLA37038.1 NLA37038.1 100 198 0 0 1 198 1 198 6.62e-135 374 XP_025606354.1 XP_025606354.1 100 574 0 0 1 574 1 574 0.0 1211 WP_100161462.1 WP_100161462.1 100 185 0 0 1 185 1 185 4.57e-131 363 WP_100161462.1 MBE0500203.1 49.5 101 49 2 53 151 78 178 1.87e-26 98.2 EAL7285322.1 EAL7285322.1 100 255 0 0 1 255 1 255 4.85e-197 536 OAV67199.1 OAV67199.1 100 57 0 0 1 57 1 57 5.41e-36 113 MCI6491833.1 MCI6491833.1 100 168 0 0 1 168 1 168 1.39e-110 310 MCI6491833.1 HCM9096811.1 49.0 143 70 2 5 144 10 152 8.61e-36 120 MCI6491833.1 WP_063505693.1 46.7 150 77 2 5 151 9 158 6.00e-35 118 KAF7644169.1 KAF7644169.1 100 624 0 0 1 624 1 624 0.0 956 WP_046234935.1 WP_046234935.1 100 357 0 0 1 357 1 357 2.79e-261 707 WP_046234935.1 HBG7982863.1 58.8 182 75 0 173 354 16 197 5.60e-67 208 MBQ8156531.1 MBQ8156531.1 100 283 0 0 1 283 1 283 2.16e-189 519 MBQ8156531.1 WP_057732191.1 40.5 222 118 3 5 222 7 218 1.81e-41 143 MBQ8156531.1 WP_253195963.1 39.8 176 105 1 37 211 34 209 4.13e-30 113 WP_137607852.1 WP_137607852.1 100 424 0 0 1 424 1 424 2.64e-293 793 WP_277858638.1 WP_277858638.1 100 536 0 0 1 536 1 536 0.0 1115 WP_011512097.1 WP_011512097.1 100 593 0 0 1 593 1 593 0.0 1119 WP_011512097.1 WP_060613079.1 31.4 539 341 11 58 581 56 580 3.48e-61 211 WP_011512097.1 KAJ5168969.1 38.3 402 235 9 192 585 353 749 3.19e-60 212 WP_011512097.1 MBT3459617.1 47.1 223 117 1 361 582 1 223 7.70e-55 184 WP_011512097.1 KAI7371949.1 36.0 411 250 9 192 593 497 903 1.32e-51 189 WP_011512097.1 WP_247749043.1 40.2 271 154 5 316 580 330 598 1.04e-48 177 WP_011512097.1 WP_195238978.1 33.2 319 208 2 265 580 404 720 3.43e-48 177 WP_011512097.1 WP_038440434.1 30.4 306 209 3 276 580 267 569 5.47e-35 137 WP_011512097.1 WAY96880.1 37.8 193 118 1 358 550 2 192 1.59e-33 125 WP_011512097.1 WP_192324556.1 33.2 271 156 9 340 592 320 583 1.60e-21 97.1 WP_011512097.1 WP_221265680.1 32.8 174 106 5 356 526 30 195 1.76e-14 73.2 WP_118155356.1 WP_118155356.1 100 756 0 0 1 756 1 756 0.0 1497 NPV11463.1 NPV11463.1 100 209 0 0 1 209 1 209 1.62e-145 402 NPV11463.1 WP_149786838.1 32.5 191 121 3 9 198 13 196 6.97e-19 79.3 NPV11463.1 MBU2178615.1 31.5 178 106 3 9 186 124 285 1.18e-13 66.6 NPV11463.1 WP_193275955.1 40.2 97 57 1 69 165 305 400 1.38e-13 67.0 MCE0539567.1 MCE0539567.1 100 420 0 0 1 420 1 420 4.92e-264 719 MCE0539567.1 MCB0174630.1 32.5 228 119 3 169 395 301 494 1.20e-16 80.1 MCE0539567.1 WP_148284348.1 29.6 257 127 8 146 395 160 369 2.36e-08 53.9 WP_146646172.1 WP_146646172.1 100 323 0 0 1 323 1 323 2.08e-223 608 MBQ3906581.1 MBQ3906581.1 100 425 0 0 1 425 1 425 5.08e-319 858 WP_060137083.1 WP_060137083.1 100 267 0 0 1 267 1 267 9.19e-144 402 XP_047334060.1 XP_047334060.1 100 718 0 0 1 718 1 718 0.0 1412 XP_047334060.1 XP_043377824.1 38.0 276 151 7 17 281 25 291 1.62e-48 183 XP_047334060.1 XP_046441060.1 33.7 205 127 6 17 219 61 258 1.06e-26 114 XP_047334060.1 XP_020321477.1 29.8 262 169 9 16 275 52 300 2.70e-25 110 XP_047334060.1 XP_019384620.1 29.5 264 170 8 26 280 24 280 4.75e-20 93.6 XP_047334060.1 KAI9912466.1 24.2 227 155 6 17 233 28 247 1.28e-08 55.8 AWW49543.1 AWW49543.1 100 396 0 0 1 396 1 396 5.07e-270 732 AWW49543.1 WP_143169250.1 44.2 362 190 7 41 396 24 379 1.15e-86 266 WP_130528929.1 WP_130528929.1 100 995 0 0 1 995 1 995 0.0 1900 WP_130528929.1 WP_113544184.1 38.6 616 371 4 349 958 486 1100 1.16e-135 436 WP_130528929.1 TRZ64304.1 41.9 370 208 3 591 953 2 371 3.84e-86 282 WP_130528929.1 MAF07216.1 34.5 385 232 8 479 848 261 640 6.16e-59 213 EIC6151294.1 EIC6151294.1 100 432 0 0 1 432 1 432 9.72e-300 810 MCE2507101.1 MCE2507101.1 100 224 0 0 1 224 1 224 8.63e-162 444 WP_271268402.1 WP_271268402.1 100 454 0 0 1 454 1 454 0.0 887 WP_271268402.1 WP_029364876.1 67.3 196 59 2 198 392 1 192 3.58e-96 286 MBO6554759.1 MBO6554759.1 100 1139 0 0 1 1139 1 1139 0.0 2220 MBO6554759.1 WP_226865765.1 25.1 682 419 21 200 867 3 606 3.75e-35 141 MBO6554759.1 WP_278906630.1 24.7 235 142 6 385 586 318 550 1.30e-09 60.8 MBO6554759.1 HID24809.1 22.5 524 283 17 387 849 165 626 3.42e-07 52.8 WP_168738097.1 WP_168738097.1 100 775 0 0 1 775 1 775 0.0 1488 WP_168738097.1 MBN9383861.1 30.4 783 502 13 1 772 27 777 3.59e-103 333 MBO4925134.1 MBO4925134.1 100 203 0 0 1 203 1 203 2.93e-145 400 WP_258700041.1 WP_258700041.1 100 96 0 0 1 96 1 96 1.12e-68 198 XP_029728184.1 XP_029728184.1 100 473 0 0 1 473 1 473 8.81e-310 839 WP_263620371.1 WP_263620371.1 100 317 0 0 1 317 1 317 2.63e-223 607 HAI83337.1 HAI83337.1 100 140 0 0 1 140 1 140 2.04e-103 290 WP_250015522.1 WP_250015522.1 100 387 0 0 1 387 1 387 6.66e-291 784 WP_250015522.1 PAW68992.1 34.8 396 235 7 8 383 2 394 6.97e-63 205 WP_250015522.1 MBW4662439.1 36.9 293 167 6 15 306 16 291 1.63e-49 170 WP_250015522.1 WP_179156843.1 32.1 365 223 7 29 383 15 364 3.49e-47 163 WP_250015522.1 WP_064802002.1 35.9 262 158 6 13 269 8 264 1.44e-40 146 WP_250015522.1 WP_270430070.1 30.4 352 228 6 35 384 35 371 2.05e-39 142 WP_250015522.1 WP_090419626.1 31.4 373 217 13 18 379 16 360 2.31e-32 123 WP_250015522.1 WP_210167953.1 27.2 367 238 6 19 379 5 348 1.13e-30 119 MCC6600438.1 MCC6600438.1 100 671 0 0 1 671 1 671 0.0 1341 MCC6600438.1 WP_119344914.1 21.2 581 390 24 57 611 78 616 8.91e-07 50.4 MBR3944831.1 MBR3944831.1 100 493 0 0 1 493 1 493 0.0 1027 MBQ6224848.1 MBQ6224848.1 100 488 0 0 1 488 1 488 0.0 985 AHK62764.1 AHK62764.1 100 221 0 0 1 221 1 221 4.45e-158 434 AHK62764.1 AVM35379.1 76.6 214 50 0 2 215 1 214 2.63e-121 341 AHK62764.1 QUQ06080.1 75.8 215 52 0 1 215 5 219 1.49e-119 337 AHK62764.1 AWS34156.1 74.9 215 54 0 1 215 5 219 9.99e-118 332 AHK62764.1 ADJ35581.1 74.9 215 54 0 1 215 6 220 1.03e-117 332 AHK62764.1 ADW49125.1 75.4 211 52 0 5 215 1 211 1.77e-116 329 AHK62764.1 AFA24308.1 76.8 211 49 0 5 215 2 212 1.06e-115 327 AHK62764.1 ABQ63546.1 73.4 214 57 0 2 215 5 218 8.77e-114 322 AHK62764.1 AFA09475.1 77.1 205 47 0 11 215 1 205 1.60e-113 321 AHK62764.1 QUA05739.1 75.5 208 51 0 1 208 5 212 1.18e-112 319 AHK62764.1 AAX94106.1 78.2 193 42 0 29 221 3 195 6.66e-109 318 AHK62764.1 AOR13807.1 71.7 198 56 0 6 203 1 198 2.82e-103 295 AHK62764.1 AMA90994.1 74.1 193 50 0 1 193 5 197 7.80e-103 294 AHK62764.1 UZF38514.1 67.5 206 67 0 10 215 1 206 8.27e-100 286 AHK62764.1 AKT58828.1 72.8 191 52 0 1 191 5 195 5.39e-98 281 AHK62764.1 AOQ89457.1 70.6 187 55 0 1 187 1 187 3.90e-96 276 AHK62764.1 AXZ65741.1 72.8 184 50 0 1 184 5 188 4.04e-96 276 AHK62764.1 AGI15931.1 68.8 205 64 0 5 209 2 206 5.25e-96 277 AHK62764.1 AKA56406.1 65.3 196 65 1 1 196 5 197 3.30e-90 262 AHK62764.1 AHH30646.1 73.2 168 43 2 27 194 5 170 1.29e-81 239 AHK62764.1 ACE88666.1 78.1 146 32 0 76 221 1 146 2.49e-78 230 AHK62764.1 APC24336.1 70.9 117 34 0 105 221 2 118 1.20e-51 169 KAG6815834.1 KAG6815834.1 100 357 0 0 1 357 1 357 1.75e-264 715 MBS1237631.1 MBS1237631.1 100 259 0 0 1 259 1 259 4.96e-183 501 MBC8287102.1 MBC8287102.1 100 163 0 0 1 163 1 163 7.84e-110 308 WP_147710924.1 WP_147710924.1 100 257 0 0 1 257 1 257 1.88e-186 509 WP_147098622.1 WP_147098622.1 100 230 0 0 1 230 1 230 4.44e-167 458 OPJ85369.1 OPJ85369.1 100 105 0 0 1 105 1 105 7.48e-78 222 AOM87821.1 AOM87821.1 100 313 0 0 1 313 1 313 2.89e-234 635 EFI9116993.1 EFI9116993.1 100 131 0 0 1 131 1 131 7.29e-86 244 WP_133874384.1 WP_133874384.1 100 324 0 0 1 324 1 324 4.11e-235 638 WP_133874384.1 WP_073505727.1 45.4 326 171 5 1 322 1 323 1.65e-86 261 WP_133874384.1 WP_164767343.1 47.8 157 79 3 164 319 6 160 6.33e-41 140 WP_133874384.1 WP_051669385.1 29.4 330 200 12 1 320 9 315 2.65e-21 91.3 WP_133874384.1 TML70651.1 31.3 128 80 2 1 120 1 128 3.71e-14 67.0 MBP6873711.1 MBP6873711.1 100 257 0 0 1 257 1 257 1.88e-186 509 WP_236578309.1 WP_236578309.1 100 230 0 0 1 230 1 230 3.13e-167 458 MCS6997039.1 MCS6997039.1 100 448 0 0 1 448 1 448 8.45e-293 794 WP_222322625.1 WP_222322625.1 100 526 0 0 1 526 1 526 0.0 1058 WP_222322625.1 WP_218014032.1 25.6 551 334 19 7 510 7 528 2.43e-25 107 WP_222322625.1 MBM3534697.1 26.1 532 328 21 7 514 216 706 7.06e-21 94.7 WP_232235954.1 WP_232235954.1 100 178 0 0 1 178 1 178 3.96e-133 368 OBF96065.1 OBF96065.1 100 349 0 0 1 349 1 349 3.32e-249 676 HAC47786.1 HAC47786.1 100 152 0 0 1 152 1 152 2.13e-104 293 PYV42293.1 PYV42293.1 100 249 0 0 1 249 1 249 5.12e-171 469 WP_186372554.1 WP_186372554.1 100 427 0 0 1 427 1 427 5.14e-313 843 MBK7761530.1 MBK7761530.1 100 202 0 0 1 202 1 202 1.10e-144 399 WP_099692467.1 WP_099692467.1 100 140 0 0 1 140 1 140 2.28e-91 259 WP_227414037.1 WP_227414037.1 100 70 0 0 1 70 1 70 1.99e-48 145 OLC60889.1 OLC60889.1 100 142 0 0 1 142 1 142 1.95e-102 287 MCM8792278.1 MCM8792278.1 100 317 0 0 1 317 1 317 3.90e-225 612 MCM8792278.1 MBC8384723.1 45.1 350 148 6 7 316 7 352 4.48e-88 266 MCM8792278.1 NNF43866.1 36.1 335 185 5 4 316 7 334 1.17e-62 200 CAI9728293.1 CAI9728293.1 100 89 0 0 1 89 1 89 1.72e-62 182 KAG8587293.1 KAG8587293.1 100 2659 0 0 1 2659 1 2659 0.0 5247 MOY95459.1 MOY95459.1 100 99 0 0 1 99 1 99 8.69e-72 206 MOY95459.1 AST39768.1 72.4 98 27 0 2 99 2 99 1.62e-49 150 MOY95459.1 AMA13662.1 72.4 98 27 0 2 99 63 160 6.05e-49 151 MOY95459.1 MOY61908.1 58.2 98 41 0 2 99 2 99 4.70e-40 126 GGK29005.1 GGK29005.1 100 289 0 0 1 289 1 289 4.25e-199 544 GGK29005.1 WP_203021165.1 30.9 233 142 7 60 288 52 269 2.71e-10 58.2 MCQ2641798.1 MCQ2641798.1 100 328 0 0 1 328 1 328 2.78e-235 639 MCD5879085.1 MCD5879085.1 100 184 0 0 1 184 1 184 1.32e-134 372 MCD5879085.1 WP_103270848.1 46.2 143 76 1 35 176 26 168 1.24e-37 129 HDQ08114.1 HDQ08114.1 100 288 0 0 1 288 1 288 3.46e-218 592 XP_052062472.1 XP_052062472.1 100 226 0 0 1 226 1 226 2.49e-171 468 MCB1594269.1 MCB1594269.1 100 153 0 0 1 153 1 153 1.56e-111 311 WP_089820066.1 WP_089820066.1 100 166 0 0 1 166 1 166 2.08e-120 335 WP_089820066.1 WP_196074572.1 43.0 165 86 3 2 160 8 170 2.06e-36 122 WP_174736260.1 WP_174736260.1 100 139 0 0 1 139 1 139 1.75e-99 280 WP_245086788.1 WP_245086788.1 100 325 0 0 1 325 1 325 9.36e-237 642 WP_245086788.1 WP_003067788.1 32.4 225 138 6 109 325 94 312 1.34e-21 91.7 WP_132993058.1 WP_132993058.1 100 378 0 0 1 378 1 378 3.39e-284 766 WP_262152891.1 WP_262152891.1 100 73 0 0 1 73 1 73 1.08e-51 154 MBA2391527.1 MBA2391527.1 100 679 0 0 1 679 1 679 0.0 1344 HCG88012.1 HCG88012.1 100 628 0 0 1 628 1 628 0.0 1238 HCG88012.1 WP_101662518.1 35.7 286 180 3 25 307 37 321 3.21e-49 181 HCG88012.1 WP_044772468.1 34.5 310 183 8 20 321 29 326 1.25e-43 165 HCG88012.1 OMF24356.1 40.2 264 133 8 57 304 62 316 8.66e-42 158 HCG88012.1 KAG0922869.1 51.4 105 50 1 48 151 1 105 3.67e-27 105 HCG88012.1 OHA02323.1 25.6 223 128 7 436 624 233 451 2.65e-11 64.7 KAF5949235.1 KAF5949235.1 100 140 0 0 1 140 1 140 6.32e-98 276 WP_026861651.1 WP_026861651.1 100 313 0 0 1 313 1 313 2.12e-236 640 WP_075011186.1 WP_075011186.1 100 165 0 0 1 165 1 165 4.36e-117 326 WP_205336461.1 WP_205336461.1 100 220 0 0 1 220 1 220 2.40e-166 455 POC21689.1 POC21689.1 100 102 0 0 1 102 1 102 2.27e-73 211 WP_017172025.1 WP_017172025.1 100 552 0 0 1 552 1 552 3.43e-263 728 WP_157783106.1 WP_157783106.1 100 181 0 0 1 181 1 181 5.84e-141 388 MBH39527.1 MBH39527.1 100 81 0 0 1 81 1 81 5.03e-56 165 MBH39527.1 WP_228049692.1 35.8 81 52 0 1 81 16 96 3.02e-11 52.8 MBP0444593.1 MBP0444593.1 100 105 0 0 1 105 1 105 2.89e-27 94.7 XP_040637648.1 XP_040637648.1 100 463 0 0 1 463 1 463 3.25e-270 738 CUQ45908.1 CUQ45908.1 100 120 0 0 1 120 1 120 5.14e-83 236 KAB1930676.1 KAB1930676.1 100 807 0 0 1 807 1 807 0.0 1177 WP_063393100.1 WP_063393100.1 100 1974 0 0 1 1974 1 1974 0.0 3741 XP_053174626.1 XP_053174626.1 100 637 0 0 1 637 1 637 0.0 1365 XP_053174626.1 XP_052609093.1 59.3 615 239 6 25 635 20 627 2.66e-279 775 XP_053174626.1 KAI4536634.1 29.4 476 242 20 34 458 21 453 8.32e-40 155 MBY7869037.1 MBY7869037.1 100 669 0 0 1 669 1 669 0.0 1303 MBY7869037.1 WP_047430984.1 50.0 670 327 5 3 668 5 670 1.02e-219 627 MBY7869037.1 HAV1793262.1 25.8 415 256 10 113 517 120 492 1.86e-29 121 MBY7869037.1 WP_250464711.1 23.8 526 332 15 5 520 52 518 5.40e-27 114 MBY7869037.1 WP_264248212.1 50.0 44 22 0 625 668 15 58 5.17e-05 40.0 MXW19700.1 MXW19700.1 100 871 0 0 1 871 1 871 0.0 1744 MXW19700.1 MCE2873365.1 30.4 952 500 26 14 871 11 893 1.03e-99 329 MXW19700.1 HAJ30683.1 34.9 215 122 6 36 243 25 228 5.41e-24 106 MXW19700.1 MBX9747080.1 29.3 188 118 4 41 226 1 175 1.11e-12 70.1 XP_006969978.1 XP_006969978.1 100 332 0 0 1 332 1 332 1.71e-247 670 XP_006969978.1 XP_020321477.1 28.9 228 146 7 93 314 78 295 2.46e-28 114 XP_006969978.1 XP_046441060.1 31.4 245 152 8 69 307 60 294 1.73e-26 108 XP_006969978.1 WP_223752944.1 26.5 204 121 7 82 267 11 203 5.05e-07 49.3 WP_249991478.1 WP_249991478.1 100 330 0 0 1 330 1 330 4.35e-224 610 WP_249991478.1 EIU6828535.1 32.5 317 200 6 14 326 13 319 9.96e-45 154 WP_249991478.1 PPR79666.1 36.1 277 168 5 53 324 59 331 7.86e-44 152 WP_249991478.1 EAP5059555.1 34.0 309 192 5 25 326 51 354 1.42e-40 144 WP_249991478.1 AGL88086.1 33.7 288 167 11 48 330 20 288 1.41e-36 131 WP_249991478.1 WP_110066977.1 30.4 283 188 5 51 326 54 334 1.07e-30 117 WP_249991478.1 WP_097346712.1 29.9 274 177 9 58 324 390 655 2.38e-24 102 WP_249991478.1 WP_158131988.1 33.9 322 191 13 13 324 13 322 7.87e-24 100 WP_077989166.1 WP_077989166.1 100 384 0 0 1 384 1 384 1.57e-267 725 WP_238286377.1 WP_238286377.1 100 503 0 0 1 503 1 503 0.0 1001 MBQ6476844.1 MBQ6476844.1 100 139 0 0 1 139 1 139 1.28e-92 262 OCT99299.1 OCT99299.1 100 216 0 0 1 216 1 216 5.18e-150 414 WP_131252095.1 WP_131252095.1 100 407 0 0 1 407 1 407 1.16e-292 790 HBC43327.1 HBC43327.1 100 139 0 0 1 139 1 139 4.82e-97 273 HBC43327.1 TDJ69718.1 55.1 138 55 2 1 138 1 131 3.23e-39 135 MBP7794228.1 MBP7794228.1 100 182 0 0 1 182 1 182 2.11e-130 361 MBT4259674.1 MBT4259674.1 100 337 0 0 1 337 1 337 1.16e-252 683 MBT4259674.1 EAN4724137.1 43.9 342 187 3 1 337 1 342 4.26e-98 292 MBT4259674.1 WP_224255409.1 43.0 342 190 3 1 337 1 342 7.82e-96 286 MBT4259674.1 XP_018682766.1 37.2 199 122 2 137 333 132 329 8.61e-48 163 MCP5487798.1 MCP5487798.1 100 86 0 0 1 86 1 86 2.14e-57 169 XP_052321142.1 XP_052321142.1 100 230 0 0 1 230 1 230 2.65e-159 438 HAJ13960.1 HAJ13960.1 100 176 0 0 1 176 1 176 7.91e-114 319 HAJ13960.1 WP_135028221.1 41.0 61 36 0 116 176 211 271 2.79e-07 47.4 KTC18574.1 KTC18574.1 100 628 0 0 1 628 1 628 0.0 1280 KTC18574.1 WP_107723967.1 35.1 570 342 10 37 595 26 578 5.13e-102 320 MSX81993.1 MSX81993.1 100 767 0 0 1 767 1 767 0.0 1448 WP_172892835.1 WP_172892835.1 100 122 0 0 1 122 1 122 1.64e-89 253 RMP47417.1 RMP47417.1 100 347 0 0 1 347 1 347 9.35e-264 712 WP_076195104.1 WP_076195104.1 100 373 0 0 1 373 1 373 5.54e-228 624 WP_278448552.1 WP_278448552.1 100 96 0 0 1 96 1 96 6.01e-64 186 MBU1163645.1 MBU1163645.1 100 206 0 0 1 206 1 206 4.67e-148 408 WP_178943877.1 WP_178943877.1 100 475 0 0 1 475 1 475 0.0 891 WP_100963785.1 WP_100963785.1 100 161 0 0 1 161 1 161 6.96e-103 290 WP_048427321.1 WP_048427321.1 100 225 0 0 1 225 1 225 2.64e-152 420 WP_048427321.1 WP_014286324.1 33.8 160 106 0 14 173 6 165 8.19e-20 81.6 WP_048427321.1 WP_234080888.1 31.9 207 136 2 21 225 34 237 1.02e-15 72.0 WP_048427321.1 WP_192558464.1 33.6 137 76 5 4 129 1 133 1.48e-07 48.9 WP_048427321.1 ANP72927.1 46.4 56 30 0 11 66 44 99 2.44e-06 45.4 WP_007337172.1 WP_007337172.1 100 156 0 0 1 156 1 156 1.05e-98 282 WP_007337172.1 ROW03190.1 36.3 80 49 1 55 134 83 160 3.81e-10 56.6 WP_007337172.1 GIY33458.1 35.7 70 42 1 55 121 214 283 1.34e-07 49.3 WP_283107263.1 WP_283107263.1 100 570 0 0 1 570 1 570 0.0 1045 WP_283107263.1 WP_017718577.1 36.1 621 341 10 4 570 24 642 1.83e-99 314 WP_283107263.1 NRF69152.1 41.1 499 269 8 75 557 27 516 1.46e-98 307 WP_283107263.1 WP_058504615.1 35.7 510 306 6 56 557 67 562 3.79e-98 308 WP_283107263.1 MBT7163208.1 30.8 373 257 1 178 550 191 562 1.12e-62 214 WP_283107263.1 WP_203339841.1 35.1 276 176 3 174 447 2 276 1.45e-45 162 WP_283107263.1 RYD39969.1 36.7 218 108 8 248 453 85 284 3.36e-29 115 WP_283107263.1 WP_121975536.1 33.7 273 157 9 189 449 11 271 1.43e-28 115 WP_283107263.1 EEC9022132.1 26.8 380 243 13 167 516 75 449 4.48e-27 113 WP_283107263.1 WP_029222463.1 35.4 147 85 3 312 448 122 268 1.17e-18 86.3 WP_268276024.1 WP_268276024.1 100 92 0 0 1 92 1 92 8.42e-60 176 WP_268276024.1 MBQ7587638.1 55.8 86 38 0 6 91 6 91 6.10e-25 91.7 WP_268276024.1 HIZ10317.1 50.6 89 44 0 2 90 1 89 3.89e-23 87.0 UCH34204.1 UCH34204.1 100 157 0 0 1 157 1 157 5.37e-105 295 WP_100461895.1 WP_100461895.1 100 501 0 0 1 501 1 501 0.0 954 WP_100461895.1 WP_057201184.1 36.0 442 256 10 7 435 2 429 3.07e-69 228 WP_100461895.1 WP_257689765.1 32.6 473 304 7 1 464 1 467 1.59e-63 213 WP_100461895.1 MBO7941816.1 77.1 131 30 0 277 407 1 131 3.52e-61 195 WP_100461895.1 WP_033603452.1 26.0 435 268 14 78 492 577 977 3.29e-20 92.8 NNE21990.1 NNE21990.1 100 548 0 0 1 548 1 548 0.0 1072 CAG1014836.1 CAG1014836.1 100 168 0 0 1 168 1 168 2.32e-118 330 HEY60602.1 HEY60602.1 100 127 0 0 1 127 1 127 1.14e-87 249 MBL6847974.1 MBL6847974.1 100 388 0 0 1 388 1 388 2.70e-286 773 MBL6847974.1 WP_055337992.1 40.4 381 218 4 12 388 11 386 2.95e-98 296 MBL6847974.1 WP_019444443.1 42.8 327 178 4 66 388 2 323 1.59e-87 266 MBL6847974.1 WP_019585553.1 33.6 381 247 4 6 382 17 395 2.20e-58 193 MBL6847974.1 UCF78466.1 32.1 355 233 4 30 382 28 376 5.16e-52 176 MBL6847974.1 MCH8312862.1 28.6 329 216 6 33 357 15 328 2.73e-31 120 MBL6847974.1 WP_000576638.1 26.7 359 227 13 11 344 131 478 6.91e-18 84.0 MBW2293111.1 MBW2293111.1 100 86 0 0 1 86 1 86 1.75e-65 189 WP_035154071.1 WP_035154071.1 100 128 0 0 1 128 1 128 3.95e-93 263 WP_015167170.1 WP_015167170.1 100 595 0 0 1 595 1 595 0.0 1114 WP_015167170.1 WP_270453521.1 35.3 422 237 9 1 411 1 397 9.10e-62 208 WP_015167170.1 HDC92778.1 29.2 486 243 12 3 411 1 462 2.15e-44 162 WP_015167170.1 NOY97419.1 26.2 458 277 15 5 411 3 450 1.65e-29 122 WP_015167170.1 WP_278982769.1 30.5 302 185 8 118 411 150 434 2.97e-26 110 XP_032818145.1 XP_032818145.1 100 228 0 0 1 228 1 228 5.90e-146 404 WP_107851562.1 WP_107851562.1 100 156 0 0 1 156 1 156 2.58e-116 323 KAH8969015.1 KAH8969015.1 100 489 0 0 1 489 1 489 0.0 961 KAH8969015.1 NEO63080.1 42.8 369 196 4 127 483 4 369 4.41e-89 275 KAH8969015.1 WP_247072383.1 36.3 342 198 7 128 461 4 333 2.35e-66 216 KAH8969015.1 PZR90627.1 38.9 324 194 3 137 460 10 329 4.72e-58 194 PIT67883.1 PIT67883.1 100 105 0 0 1 105 1 105 2.42e-74 213 MCT7963129.1 MCT7963129.1 100 65 0 0 1 65 1 65 6.25e-43 131 NWG07731.1 NWG07731.1 100 129 0 0 1 129 1 129 1.37e-89 254 MAX51409.1 MAX51409.1 100 156 0 0 1 156 1 156 5.00e-114 318 SPZ45747.1 SPZ45747.1 100 459 0 0 1 459 1 459 7.30e-311 841 MCL4144983.1 MCL4144983.1 100 92 0 0 1 92 1 92 4.33e-62 181 MCL4144983.1 TMQ04701.1 57.9 38 15 1 1 38 856 892 1.52e-08 48.5 MCL4144983.1 WP_167959909.1 45.5 44 24 0 1 44 397 440 1.31e-07 45.8 MCL4144983.1 WP_200941876.1 52.3 44 20 1 1 44 467 509 1.81e-07 45.4 NBS68005.1 NBS68005.1 100 88 0 0 1 88 1 88 3.93e-63 184 MBP6400846.1 MBP6400846.1 100 190 0 0 1 190 1 190 4.56e-138 381 MBP6400846.1 MBN2427654.1 65.4 185 64 0 6 190 5 189 9.58e-78 241 MBP6400846.1 WP_010016619.1 40.4 151 80 3 6 149 16 163 7.01e-26 102 MBP6400846.1 WP_274976404.1 31.7 139 93 1 6 142 25 163 1.42e-15 72.4 MBP6400846.1 MBP9771519.1 29.9 134 83 3 9 142 13 135 6.80e-14 67.4 MBQ1990346.1 MBQ1990346.1 100 233 0 0 1 233 1 233 1.97e-176 482 XP_039284787.1 XP_039284787.1 100 133 0 0 1 133 1 133 5.73e-102 285 MBA4865741.1 MBA4865741.1 100 287 0 0 1 287 1 287 2.26e-193 529 WP_070955303.1 WP_070955303.1 100 677 0 0 1 677 1 677 0.0 1305 WP_070955303.1 KWZ83306.1 45.7 635 334 5 31 662 12 638 1.21e-189 550 XP_018957721.2 XP_018957721.2 100 685 0 0 1 685 1 685 0.0 1244 XP_018957721.2 KAJ4922108.1 34.8 135 79 4 11 139 25 156 1.38e-16 81.3 WP_042648904.1 WP_042648904.1 100 264 0 0 1 264 1 264 2.58e-192 525 WP_042648904.1 MBK8326393.1 50.6 261 129 0 4 264 3 263 5.57e-91 268 WP_042648904.1 WP_086236254.1 44.3 262 143 3 1 261 1 260 9.98e-69 211 WP_042648904.1 NKB40192.1 40.7 263 153 3 1 261 17 278 2.57e-62 196 PIR97932.1 PIR97932.1 100 94 0 0 1 94 1 94 1.37e-68 198 XP_041378246.1 XP_041378246.1 100 327 0 0 1 327 1 327 1.67e-231 629 WP_034002239.1 WP_034002239.1 100 496 0 0 1 496 1 496 0.0 944 WP_034002239.1 WP_278498266.1 36.7 472 286 6 24 489 21 485 2.38e-84 267 WP_034002239.1 WP_187788315.1 35.2 454 268 6 22 475 1 428 1.78e-70 229 WP_034002239.1 WP_030096092.1 35.0 437 245 8 31 465 41 440 1.56e-63 212 WP_034002239.1 HAV5500596.1 30.0 403 265 4 27 426 22 410 5.44e-55 189 KAF9922452.1 KAF9922452.1 100 2212 0 0 1 2212 1 2212 0.0 3578 EDH4057100.1 EDH4057100.1 100 387 0 0 1 387 1 387 3.64e-279 754 EDH4057100.1 MCP1651746.1 44.6 404 204 6 1 387 4 404 1.55e-99 300 EDH4057100.1 WP_074825075.1 46.3 402 191 10 1 387 1 392 6.20e-96 290 EDH4057100.1 WP_004619799.1 43.6 401 200 8 6 387 7 400 8.08e-87 267 EDH4057100.1 GAN03156.1 39.3 392 224 8 2 386 27 411 9.35e-76 239 EDH4057100.1 MBA2536487.1 38.3 402 211 9 1 385 1 382 2.56e-67 216 EDH4057100.1 XP_040685867.1 35.9 396 230 9 2 384 33 417 2.48e-63 207 EDH4057100.1 WP_277084622.1 42.5 320 157 6 87 386 1 313 6.19e-63 202 EDH4057100.1 WP_083141943.1 36.6 396 233 8 1 387 1 387 1.72e-61 201 EDH4057100.1 WP_078429679.1 36.0 400 232 9 1 385 1 391 7.65e-61 199 WP_018431719.1 WP_018431719.1 100 438 0 0 1 438 1 438 6.02e-313 844 WP_018431719.1 AGS31853.1 44.6 112 59 2 67 176 18 128 4.75e-23 92.8 WP_018431719.1 ABB86219.1 33.3 75 49 1 16 90 1 74 3.62e-06 43.1 WP_152190814.1 WP_152190814.1 100 184 0 0 1 184 1 184 1.26e-123 344 WP_152190814.1 WP_205541900.1 44.2 77 41 1 5 81 21 95 2.38e-09 53.9 WP_233284074.1 WP_233284074.1 100 143 0 0 1 143 1 143 1.79e-94 267 MBO9514898.1 MBO9514898.1 100 266 0 0 1 266 1 266 6.60e-196 534 MCH6550914.1 MCH6550914.1 100 352 0 0 1 352 1 352 5.70e-247 670 MCH6550914.1 MBG83645.1 38.8 353 203 5 3 349 9 354 3.22e-65 209 MOO35077.1 MOO35077.1 100 15 0 0 1 15 1 15 3.28e-08 40.4 WP_156140069.1 WP_156140069.1 100 692 0 0 1 692 1 692 0.0 1061 WP_156140069.1 WP_104456122.1 33.3 156 104 0 405 560 365 520 1.38e-17 84.7 WP_156140069.1 WP_128786583.1 41.4 133 67 2 405 537 473 594 1.56e-15 78.6 WP_156140069.1 WP_025739406.1 46.7 105 50 2 405 506 480 581 1.33e-13 72.4 WP_156140069.1 WP_269572442.1 39.7 126 66 3 405 525 472 592 2.19e-13 71.6 WP_156140069.1 WP_271340374.1 36.4 140 75 4 405 544 427 552 6.64e-13 70.1 WP_156140069.1 WP_237962375.1 34.0 156 95 2 405 553 498 652 1.07e-12 69.7 WP_156140069.1 MCI8311254.1 41.7 60 32 1 406 462 356 415 1.41e-06 49.7 WP_200629424.1 WP_200629424.1 100 312 0 0 1 312 1 312 1.27e-232 630 WP_200629424.1 WP_258613669.1 25.3 249 172 5 28 263 17 264 1.37e-07 50.4 KAI9565065.1 KAI9565065.1 100 207 0 0 1 207 1 207 3.04e-149 411 MBN2399180.1 MBN2399180.1 100 588 0 0 1 588 1 588 0.0 1197 MBN2399180.1 WP_266727676.1 41.7 403 233 2 121 523 32 432 4.21e-113 343 WP_091227077.1 WP_091227077.1 100 68 0 0 1 68 1 68 1.84e-32 105 WP_218795152.1 WP_218795152.1 100 97 0 0 1 97 1 97 6.65e-75 214 MBK6411085.1 MBK6411085.1 100 216 0 0 1 216 1 216 2.57e-150 414 NQW84129.1 NQW84129.1 100 562 0 0 1 562 1 562 0.0 1110 NQW84129.1 WP_068051662.1 25.7 510 337 15 65 549 37 529 8.07e-38 145 NQW84129.1 WP_254101325.1 21.5 516 370 14 63 547 103 614 8.96e-18 85.1 NQW84129.1 MBF2759673.1 23.7 198 134 3 69 264 187 369 4.34e-10 60.8 MBW7837788.1 MBW7837788.1 100 238 0 0 1 238 1 238 2.36e-166 457 MCK4337579.1 MCK4337579.1 100 123 0 0 1 123 1 123 1.40e-86 246 WP_087686007.1 WP_087686007.1 100 271 0 0 1 271 1 271 4.13e-197 537 EAR7791084.1 EAR7791084.1 100 417 0 0 1 417 1 417 1.47e-316 852 KAG7278336.1 KAG7278336.1 100 120 0 0 1 120 1 120 5.14e-74 214 WP_200669895.1 WP_200669895.1 100 375 0 0 1 375 1 375 1.27e-282 762 WP_272925939.1 WP_272925939.1 100 131 0 0 1 131 1 131 2.01e-92 261 GJM01403.1 GJM01403.1 100 825 0 0 1 825 1 825 0.0 1486 TNN49994.1 TNN49994.1 100 87 0 0 1 87 1 87 3.24e-66 191 KAI5724218.1 KAI5724218.1 100 379 0 0 1 379 1 379 1.97e-263 714 ECG2575758.1 ECG2575758.1 100 1395 0 0 1 1395 1 1395 0.0 2773 WP_043548763.1 WP_043548763.1 100 407 0 0 1 407 1 407 5.84e-302 814 WP_043548763.1 MBT4160670.1 46.6 373 188 5 31 402 5 367 1.01e-109 325 WP_043548763.1 WP_122896374.1 35.3 388 229 11 31 407 3 379 3.44e-62 203 WP_043548763.1 WP_168565867.1 34.6 384 232 10 30 407 11 381 4.53e-58 192 EDF9697826.1 EDF9697826.1 100 183 0 0 1 183 1 183 7.06e-134 370 WP_028046854.1 WP_028046854.1 100 490 0 0 1 490 1 490 0.0 961 WP_028046854.1 WP_011739125.1 31.9 454 270 13 23 472 10 428 2.47e-44 160 WP_028046854.1 WP_187918914.1 25.9 456 301 13 23 475 9 430 8.88e-29 116 AYX54788.1 AYX54788.1 100 81 0 0 1 81 1 81 1.30e-40 126 WP_198907334.1 WP_198907334.1 100 341 0 0 1 341 1 341 1.64e-245 665 WP_198907334.1 WP_063427392.1 29.2 308 213 4 11 314 8 314 1.35e-30 117 WP_198907334.1 MBQ1311177.1 28.0 339 226 8 13 340 6 337 2.93e-27 108 WP_218203447.1 WP_218203447.1 100 164 0 0 1 164 1 164 6.45e-114 318 GJH02859.1 GJH02859.1 100 252 0 0 1 252 1 252 2.69e-188 513 WP_149651389.1 WP_149651389.1 100 117 0 0 1 117 1 117 9.72e-82 233 QIE41101.1 QIE41101.1 100 171 0 0 1 171 1 171 3.52e-110 309 RLB79053.1 RLB79053.1 100 766 0 0 1 766 1 766 0.0 1449 EAD1341741.1 EAD1341741.1 100 1334 0 0 1 1334 1 1334 0.0 2601 MBN9324306.1 MBN9324306.1 100 160 0 0 1 160 1 160 2.97e-108 303 MBN9324306.1 WP_246003214.1 29.5 139 97 1 2 139 7 145 1.73e-08 50.8 MCO5064371.1 MCO5064371.1 100 274 0 0 1 274 1 274 1.26e-188 516 MCO5064371.1 MBG9445742.1 32.7 223 126 2 45 267 16 214 5.54e-33 118 MCO5064371.1 WP_041580422.1 33.2 223 124 2 45 265 13 212 4.14e-32 116 MCO5064371.1 WP_012568269.1 32.7 226 128 7 46 268 157 361 7.69e-20 86.3 MCO5064371.1 WP_035102910.1 26.3 236 149 3 50 263 27 259 2.62e-11 60.8 WP_184718542.1 WP_184718542.1 100 177 0 0 1 177 1 177 3.51e-122 340 WP_189700210.1 WP_189700210.1 100 171 0 0 1 171 1 171 9.07e-122 338 WP_067799544.1 WP_067799544.1 100 176 0 0 1 176 1 176 2.39e-133 368 WP_089269927.1 WP_089269927.1 100 262 0 0 1 262 1 262 9.76e-196 533 WP_089269927.1 GLI99474.1 42.1 107 62 0 10 116 7 113 7.83e-27 100 WP_089269927.1 OWA15278.1 40.2 97 53 2 7 103 10 101 6.55e-17 73.6 TQJ11194.1 TQJ11194.1 100 323 0 0 1 323 1 323 4.14e-239 648 TQJ11194.1 WP_205833587.1 30.5 302 200 3 15 316 3 294 9.04e-33 121 EFL5817307.1 EFL5817307.1 100 481 0 0 1 481 1 481 3.32e-265 727 EFL5817307.1 EIH4263652.1 96.9 481 15 0 1 481 48 528 3.84e-252 698 EFL5817307.1 EFN5389376.1 93.5 416 27 0 65 480 1 416 3.33e-185 541 EFL5817307.1 EJW7579374.1 92.2 232 18 0 250 481 35 266 1.47e-125 365 EFL5817307.1 KDT27382.1 92.6 217 16 0 264 480 1 217 1.80e-109 340 EFL5817307.1 EFL3122059.1 92.7 206 11 1 1 206 56 257 1.44e-104 312 EFL5817307.1 HAN0352225.1 62.9 232 84 1 250 479 31 262 5.07e-87 274 EFL5817307.1 EFI7849450.1 75.0 104 26 0 1 104 31 134 3.06e-45 154 EFL5817307.1 EER8306359.1 83.3 30 5 0 1 30 270 299 8.70e-10 58.2 WP_272770862.1 WP_272770862.1 100 183 0 0 1 183 1 183 2.11e-135 374 WP_024525698.1 WP_024525698.1 100 707 0 0 1 707 1 707 0.0 1293 MBT8283357.1 MBT8283357.1 100 324 0 0 1 324 1 324 1.45e-244 662 KPA62791.1 KPA62791.1 100 70 0 0 1 70 1 70 8.87e-43 131 KPA62791.1 WP_120171324.1 93.7 63 4 0 1 63 1 63 3.20e-36 120 WP_236270941.1 WP_236270941.1 100 96 0 0 1 96 1 96 8.24e-41 130 UBA80202.1 UBA80202.1 100 419 0 0 1 419 1 419 2.76e-171 484 UBA80202.1 UGY43725.1 71.6 419 119 0 1 419 1 419 4.25e-168 476 UBA80202.1 UYE59123.1 97.1 277 8 0 143 419 140 416 2.93e-165 469 MBQ4557037.1 MBQ4557037.1 100 1088 0 0 1 1088 1 1088 0.0 2075 XP_003073356.1 XP_003073356.1 100 434 0 0 1 434 1 434 0.0 868 WP_062950599.1 WP_062950599.1 100 270 0 0 1 270 1 270 1.33e-197 538 WP_160680844.1 WP_160680844.1 100 81 0 0 1 81 1 81 1.57e-50 151 WP_052271161.1 WP_052271161.1 100 442 0 0 1 442 1 442 0.0 910 XP_038788914.1 XP_038788914.1 100 253 0 0 1 253 1 253 1.39e-195 532 WP_277108398.1 WP_277108398.1 100 520 0 0 1 520 1 520 0.0 1076 WP_277108398.1 KAA1446899.1 82.5 103 18 0 248 350 1 103 7.06e-59 188 WP_244311009.1 WP_244311009.1 100 411 0 0 1 411 1 411 1.10e-308 831 WP_244311009.1 WP_280938002.1 57.4 404 171 1 8 411 12 414 1.40e-170 482 WP_244311009.1 CAH1968295.1 27.9 312 189 9 130 409 1 308 1.21e-25 104 WP_244311009.1 MBO0787136.1 29.8 181 97 9 178 343 21 186 1.27e-11 63.2 MBK9059381.1 MBK9059381.1 100 168 0 0 1 168 1 168 1.64e-118 330 EKX78645.1 EKX78645.1 100 88 0 0 1 88 1 88 4.27e-58 171 WP_020913025.1 WP_020913025.1 100 290 0 0 1 290 1 290 4.00e-209 569 WP_020913025.1 MBI3461834.1 65.3 285 99 0 1 285 1 285 2.05e-131 373 WP_020913025.1 KAF1538674.1 64.2 299 91 3 2 284 20 318 1.05e-130 372 WP_020913025.1 NEQ48723.1 60.5 281 111 0 1 281 1 281 2.27e-115 332 WP_020913025.1 NBQ41256.1 52.7 296 131 2 1 287 1 296 5.37e-106 308 WP_020913025.1 OCB46767.1 53.7 298 121 4 1 285 1 294 1.29e-97 287 WP_281295215.1 WP_281295215.1 100 1057 0 0 1 1057 1 1057 0.0 1925 WP_056438721.1 WP_056438721.1 100 316 0 0 1 316 1 316 4.51e-219 597 WP_274182085.1 WP_274182085.1 100 262 0 0 1 262 1 262 1.24e-157 437 MBO9999515.1 MBO9999515.1 100 1239 0 0 1 1239 1 1239 0.0 1927 EIC9579770.1 EIC9579770.1 100 396 0 0 1 396 1 396 1.79e-295 796 EPR30609.1 EPR30609.1 100 435 0 0 1 435 1 435 4.01e-305 824 EPR30609.1 HAR7369715.1 41.5 441 240 3 1 424 21 460 1.20e-113 340 EPR30609.1 WP_132517191.1 39.4 457 243 6 1 423 32 488 5.40e-96 295 EPR30609.1 MCQ2156413.1 38.3 313 184 6 116 422 1 310 4.30e-62 202 EPR30609.1 MBR4705654.1 34.7 277 154 9 146 413 158 416 5.91e-32 124 MZT63759.1 MZT63759.1 100 91 0 0 1 91 1 91 5.94e-64 186 MCP3872510.1 MCP3872510.1 100 295 0 0 1 295 1 295 2.53e-219 595 MCP3872510.1 WP_208823465.1 47.2 290 143 5 12 292 11 299 4.22e-88 263 MCI7433635.1 MCI7433635.1 100 150 0 0 1 150 1 150 1.15e-107 301 WP_098035768.1 WP_098035768.1 100 311 0 0 1 311 1 311 1.67e-232 630 WP_181693616.1 WP_181693616.1 100 128 0 0 1 128 1 128 3.02e-19 75.9 WP_261589216.1 WP_261589216.1 100 71 0 0 1 71 1 71 3.15e-50 150 GFD62658.1 GFD62658.1 100 58 0 0 1 58 1 58 3.36e-35 111 BAK08426.1 BAK08426.1 100 1063 0 0 1 1063 1 1063 0.0 1947 WP_131977297.1 WP_131977297.1 100 286 0 0 1 286 1 286 3.05e-211 574 KAI8633010.1 KAI8633010.1 100 154 0 0 1 154 1 154 7.42e-115 320 PQE21401.1 PQE21401.1 100 769 0 0 1 769 1 769 0.0 1538 WP_262917761.1 WP_262917761.1 100 239 0 0 1 239 1 239 3.23e-169 464 NNF58653.1 NNF58653.1 100 201 0 0 1 201 1 201 1.39e-142 394 NNF58653.1 KOV87872.1 47.4 194 97 2 9 201 1 190 5.10e-46 149 MBR9756324.1 MBR9756324.1 100 191 0 0 1 191 1 191 1.86e-142 392 WP_269633767.1 WP_269633767.1 100 384 0 0 1 384 1 384 4.02e-270 731 WP_269633767.1 RKT82586.1 35.5 183 98 8 162 338 170 338 7.07e-15 73.6 WP_269633767.1 WP_124213670.1 37.3 102 61 2 11 111 4 103 4.43e-10 59.3 WP_268315162.1 WP_268315162.1 100 253 0 0 1 253 1 253 1.48e-181 496 MBN6104449.1 MBN6104449.1 100 182 0 0 1 182 1 182 2.36e-127 353 EJJ5352541.1 EJJ5352541.1 100 224 0 0 1 224 1 224 9.17e-132 368 MBO5696496.1 MBO5696496.1 100 119 0 0 1 119 1 119 2.55e-87 247 HHV35141.1 HHV35141.1 100 101 0 0 1 101 1 101 1.96e-69 201 XP_017428875.1 XP_017428875.1 100 337 0 0 1 337 1 337 4.06e-253 684 XP_017428875.1 RZC11235.1 28.9 249 149 12 35 263 6 246 1.16e-14 71.2 SQP19075.1 SQP19075.1 100 62 0 0 1 62 1 62 8.46e-42 128 HAX2015273.1 HAX2015273.1 100 158 0 0 1 158 1 158 1.81e-117 327 WP_088349221.1 WP_088349221.1 100 292 0 0 1 292 1 292 3.43e-211 575 WP_088349221.1 WP_124978582.1 21.3 211 138 6 6 216 2 184 2.00e-08 53.5 KDQ61317.1 KDQ61317.1 100 502 0 0 1 502 1 502 0.0 956 MBQ6004917.1 MBQ6004917.1 100 55 0 0 1 55 1 55 3.89e-35 110 MCH9651907.1 MCH9651907.1 100 71 0 0 1 71 1 71 6.36e-50 149 WP_105248459.1 WP_105248459.1 100 322 0 0 1 322 1 322 1.90e-239 649 WP_121285867.1 WP_121285867.1 100 399 0 0 1 399 1 399 1.15e-288 780 WP_125684427.1 WP_125684427.1 100 117 0 0 1 117 1 117 7.38e-86 243 WP_205215113.1 WP_205215113.1 100 291 0 0 1 291 1 291 1.56e-186 512 WP_268371125.1 WP_268371125.1 100 43 0 0 1 43 1 43 5.18e-26 87.0 EFH5292178.1 EFH5292178.1 100 464 0 0 1 464 1 464 0.0 905 MBR6130424.1 MBR6130424.1 100 252 0 0 1 252 1 252 8.70e-194 527 EEY3543156.1 EEY3543156.1 100 1023 0 0 1 1023 1 1023 0.0 2039 EEY3543156.1 EFQ4765027.1 73.7 949 221 3 1 949 1 920 0.0 1432 EEY3543156.1 ECI3309320.1 73.7 917 212 3 1 917 1 888 0.0 1392 EEY3543156.1 EEO7917989.1 65.2 993 309 6 1 991 1 958 0.0 1309 EEY3543156.1 WP_137512405.1 98.6 366 5 0 1 366 1 366 4.51e-263 738 EEY3543156.1 EJQ6627878.1 97.5 361 9 0 365 725 1 361 8.54e-249 702 EEY3543156.1 WP_181865219.1 98.3 303 5 0 312 614 1 303 4.84e-215 613 EEY3543156.1 WP_154599351.1 32.8 711 437 19 4 697 10 696 1.04e-106 357 EEY3543156.1 EEV0504409.1 90.8 131 12 0 893 1023 1 131 8.59e-71 234 EEY3543156.1 WP_042959984.1 81.2 101 19 0 103 203 1 101 2.37e-50 171 RMY06144.1 RMY06144.1 100 582 0 0 1 582 1 582 0.0 1147 WP_034853447.1 WP_034853447.1 100 324 0 0 1 324 1 324 3.87e-249 673 WP_034853447.1 WP_229253501.1 40.9 159 85 4 128 281 43 197 6.69e-31 114 WP_270578305.1 WP_270578305.1 100 190 0 0 1 190 1 190 9.00e-120 335 CAG0978995.1 CAG0978995.1 100 176 0 0 1 176 1 176 1.68e-124 346 WP_124843803.1 WP_124843803.1 100 354 0 0 1 354 1 354 2.92e-266 719 UOU30556.1 UOU30556.1 100 7093 0 0 1 7093 1 7093 0.0 13314 UOU30556.1 UMF87224.1 94.7 7093 375 1 1 7093 1 7092 0.0 13295 UOU30556.1 QWC83326.1 94.9 7096 360 1 1 7093 1 7096 0.0 13290 UOU30556.1 QVD87869.1 94.9 7093 364 0 1 7093 1 7093 0.0 13289 UOU30556.1 UZO53924.1 94.9 7093 365 0 1 7093 1 7093 0.0 13287 UOU30556.1 UVB16817.1 94.9 7093 364 0 1 7093 1 7093 0.0 13287 UOU30556.1 URQ55824.1 94.9 7093 365 0 1 7093 1 7093 0.0 13287 UOU30556.1 WEU87158.1 94.9 7096 362 1 1 7093 1 7096 0.0 13285 UOU30556.1 QSZ25555.1 94.8 7096 364 1 1 7093 1 7096 0.0 13284 UOU30556.1 UBP50947.1 94.8 7096 365 1 1 7093 1 7096 0.0 13278 UOU30556.1 UBD95131.1 94.8 7096 366 1 1 7093 1 7096 0.0 13277 UOU30556.1 UEC52718.1 94.8 7096 369 1 1 7093 1 7096 0.0 13271 UOU30556.1 UPA83906.1 95.1 7093 350 1 1 7093 1 7092 0.0 13257 UOU30556.1 UIR12670.1 94.6 7093 379 1 1 7093 1 7092 0.0 13240 UOU30556.1 QZU16279.1 94.5 7096 390 1 1 7093 1 7096 0.0 13220 UOU30556.1 UKN67998.1 95.5 7073 314 1 21 7093 1 7072 0.0 13184 UOU30556.1 UBR86455.1 94.0 7095 422 1 2 7093 1 7095 0.0 13142 UOU30556.1 UXX67934.1 93.9 7093 433 0 1 7093 1 7093 0.0 13126 UOU30556.1 UCP72061.1 93.8 7096 439 1 1 7093 1 7096 0.0 13103 UOU30556.1 UCP77012.1 93.8 7096 440 1 1 7093 1 7096 0.0 13099 UOU30556.1 WHE12941.1 93.3 7067 475 0 27 7093 1 7067 0.0 12976 UOU30556.1 UGA79226.1 92.6 7096 519 1 1 7093 1 7096 0.0 12919 UOU30556.1 UVI10561.1 93.7 7066 446 0 28 7093 1 7066 0.0 12856 UOU30556.1 UAQ80067.1 92.2 7096 551 1 1 7093 1 7096 0.0 12834 UOU30556.1 UJT06733.1 91.5 7093 601 1 1 7093 1 7092 0.0 12691 UOU30556.1 UMA88644.1 92.5 7072 526 1 22 7093 1 7071 0.0 12369 UOU30556.1 WAS49087.1 86.2 7093 980 0 1 7093 1 7093 0.0 11737 UOU30556.1 WGP98278.1 83.3 7096 1180 1 1 7093 1 7096 0.0 11018 UOU30556.1 UKU68032.1 98.3 4398 75 1 1 4398 1 4397 0.0 8422 UOU30556.1 ULA23837.2 97.9 4398 91 1 1 4398 1 4397 0.0 8419 UOU30556.1 UXH94526.1 97.9 4398 92 1 1 4398 1 4397 0.0 8415 UOU30556.1 QXR94354.1 97.7 4398 100 0 1 4398 1 4398 0.0 8409 UOU30556.1 QTD03487.1 97.7 4401 100 1 1 4398 1 4401 0.0 8408 UOU30556.1 UPP41269.1 97.7 4398 102 0 1 4398 1 4398 0.0 8407 UOU30556.1 QTM79632.1 97.6 4398 104 0 1 4398 1 4398 0.0 8406 UOU30556.1 USR14792.1 97.7 4398 103 0 1 4398 1 4398 0.0 8404 UOU30556.1 UFM00670.1 97.6 4401 102 1 1 4398 1 4401 0.0 8402 UOU30556.1 QTZ27226.1 97.6 4398 106 0 1 4398 1 4398 0.0 8401 UOU30556.1 UEC68750.1 97.6 4401 102 1 1 4398 1 4401 0.0 8400 UOU30556.1 UHM53165.1 97.6 4401 102 1 1 4398 1 4401 0.0 8397 UOU30556.1 UFM02602.1 97.6 4401 102 1 1 4398 1 4401 0.0 8397 UOU30556.1 UBL45068.1 97.6 4401 102 1 1 4398 1 4401 0.0 8395 UOU30556.1 UJV88611.1 96.0 4398 177 1 1 4398 1 4397 0.0 8224 UOU30556.1 UJJ97602.1 95.8 4398 183 1 1 4398 1 4397 0.0 8208 UOU30556.1 UJS94137.1 96.9 4293 131 1 106 4398 1 4292 0.0 8116 UOU30556.1 ULB83374.1 94.7 4398 231 1 1 4398 1 4397 0.0 8089 UOU30556.1 UGB98301.1 92.2 4401 340 1 1 4398 1 4401 0.0 7830 UOU30556.1 QRX02582.1 97.6 4098 97 1 1 4095 1 4098 0.0 7792 UOU30556.1 WEI27974.1 93.2 4398 299 0 1 4398 1 4398 0.0 7735 UOU30556.1 UFA30503.1 91.3 4340 374 1 27 4363 1 4340 0.0 7620 UOU30556.1 WGP70063.1 90.3 4369 422 1 1 4366 1 4369 0.0 7563 UOU30556.1 UNI03201.1 89.5 4374 457 1 27 4398 1 4374 0.0 7506 UOU30556.1 UEX07109.1 85.9 4375 614 1 27 4398 1 4375 0.0 7146 UOU30556.1 URP80785.1 84.8 4371 665 0 28 4398 1 4371 0.0 6786 UOU30556.1 UYE49180.1 79.1 4398 917 0 1 4398 1 4398 0.0 6226 UOU30556.1 UPB00876.1 78.5 4371 940 0 28 4398 1 4371 0.0 6177 UOU30556.1 WGQ72821.1 65.5 4344 1496 1 26 4366 1 4344 0.0 4917 XP_035366182.1 XP_035366182.1 100 251 0 0 1 251 1 251 2.36e-177 486 PPS22991.1 PPS22991.1 100 330 0 0 1 330 1 330 1.27e-232 632 WP_141892995.1 WP_141892995.1 100 482 0 0 1 482 1 482 1.36e-290 791 EEP92076.1 EEP92076.1 100 435 0 0 1 435 1 435 6.79e-297 803 MBA2447626.1 MBA2447626.1 100 204 0 0 1 204 1 204 6.38e-145 400 XP_047044137.1 XP_047044137.1 100 507 0 0 1 507 1 507 0.0 979 MBQ9764712.1 MBQ9764712.1 100 68 0 0 1 68 1 68 2.88e-47 142 WP_249769997.1 WP_249769997.1 100 457 0 0 1 457 1 457 0.0 911 WP_225405726.1 WP_225405726.1 100 277 0 0 1 277 1 277 8.77e-211 572 WP_207285306.1 WP_207285306.1 100 468 0 0 1 468 1 468 0.0 922 XP_031931709.1 XP_031931709.1 100 677 0 0 1 677 1 677 0.0 1280 BCU97455.1 BCU97455.1 100 72 0 0 1 72 1 72 5.83e-51 152 WP_169537597.1 WP_169537597.1 100 418 0 0 1 418 1 418 7.26e-313 842 WP_192906080.1 WP_192906080.1 100 70 0 0 1 70 1 70 3.44e-49 147 MCI5211411.1 MCI5211411.1 100 113 0 0 1 113 1 113 7.53e-75 215 HDC92778.1 HDC92778.1 100 468 0 0 1 468 1 468 3.52e-318 860 HDC92778.1 NOY97419.1 38.5 467 273 7 1 466 1 454 1.93e-90 290 HDC92778.1 WP_015167170.1 29.2 486 243 12 1 462 3 411 3.37e-38 145 HDC92778.1 WP_270453521.1 32.6 362 208 9 113 464 64 399 2.39e-33 128 WP_145745914.1 WP_145745914.1 100 171 0 0 1 171 1 171 7.94e-107 301 WP_259999572.1 WP_259999572.1 100 345 0 0 1 345 1 345 7.90e-255 689 WP_259999572.1 NEO89073.1 36.9 168 103 2 129 293 78 245 1.68e-24 102 MBO7559822.1 MBO7559822.1 100 48 0 0 1 48 1 48 1.55e-29 96.3 MCH2044272.1 MCH2044272.1 100 236 0 0 1 236 1 236 1.61e-172 472 WAX22144.1 WAX22144.1 100 168 0 0 1 168 1 168 3.87e-126 349 TMH79857.1 TMH79857.1 100 256 0 0 1 256 1 256 3.51e-186 508 RLN04523.1 RLN04523.1 100 232 0 0 1 232 1 232 7.99e-171 468 MCJ6180240.1 MCJ6180240.1 100 324 0 0 1 324 1 324 4.16e-244 660 MCJ6180240.1 WP_014206161.1 38.6 319 190 5 5 322 1 314 1.17e-67 213 TAM59961.1 TAM59961.1 100 200 0 0 1 200 1 200 7.48e-142 392 KAJ5544544.1 KAJ5544544.1 100 450 0 0 1 450 1 450 0.0 875 MBN4384494.1 MBN4384494.1 100 20 0 0 1 20 1 20 6.27e-12 50.1 HBN9628875.1 HBN9628875.1 100 1535 0 0 1 1535 1 1535 0.0 3043 HBN9628875.1 PYB13830.1 31.2 805 460 19 509 1258 5 770 7.77e-83 301 HBN9628875.1 WP_148836004.1 26.8 512 328 17 686 1178 13 496 2.97e-27 116 HBN9628875.1 NDJ88951.1 25.7 525 328 16 694 1172 17 525 2.78e-21 98.2 MCG3136245.1 MCG3136245.1 100 183 0 0 1 183 1 183 2.32e-114 321 WP_160776805.1 WP_160776805.1 100 233 0 0 1 233 1 233 1.89e-174 477 KAI8594425.1 KAI8594425.1 100 75 0 0 1 75 1 75 5.73e-48 144 WP_049005162.1 WP_049005162.1 100 424 0 0 1 424 1 424 6.21e-292 790 WP_049005162.1 WP_245350945.1 32.5 421 260 9 3 411 21 429 3.30e-62 206 WP_049005162.1 OKH85141.1 32.1 420 268 8 7 415 10 423 5.56e-59 197 WP_049005162.1 WP_279293890.1 33.0 409 261 8 7 406 2 406 3.78e-53 181 WP_049005162.1 WP_133179454.1 33.1 148 87 3 67 213 88 224 3.21e-10 60.1 WP_049005162.1 MCB1412915.1 29.1 223 130 7 6 222 25 225 7.46e-10 58.9 WP_254415125.1 WP_254415125.1 100 496 0 0 1 496 1 496 0.0 1011 XP_017674008.1 XP_017674008.1 100 1184 0 0 1 1184 1 1184 0.0 2295 XP_017674008.1 Q9GKS6.1 61.1 475 155 4 687 1158 5 452 1.83e-179 540 EAQ3230686.1 EAQ3230686.1 100 285 0 0 1 285 1 285 2.16e-215 585 MCI5937295.1 MCI5937295.1 100 67 0 0 1 67 1 67 2.14e-44 135 WP_127808836.1 WP_127808836.1 100 1127 0 0 1 1127 1 1127 0.0 2192 MBS3028587.1 MBS3028587.1 100 426 0 0 1 426 1 426 2.31e-304 822 MCQ2831428.1 MCQ2831428.1 100 447 0 0 1 447 1 447 0.0 873 MCQ2831428.1 WP_172281536.1 34.5 411 239 11 47 441 85 481 1.00e-57 196 MCQ2831428.1 MBI5098096.1 24.9 273 164 10 58 316 91 336 6.77e-07 49.7 MCQ2831428.1 WP_006305873.1 24.7 308 185 10 69 364 116 388 2.08e-06 48.1 WP_233387703.1 WP_233387703.1 100 66 0 0 1 66 1 66 6.02e-37 116 WP_255193900.1 WP_255193900.1 100 417 0 0 1 417 1 417 3.67e-301 813 WP_218429656.1 WP_218429656.1 100 189 0 0 1 189 1 189 1.12e-142 393 WP_183267399.1 WP_183267399.1 100 243 0 0 1 243 1 243 5.35e-170 466 WP_150951972.1 WP_150951972.1 100 407 0 0 1 407 1 407 6.80e-253 690 MCK5265770.1 MCK5265770.1 100 385 0 0 1 385 1 385 8.32e-284 766 MCK5265770.1 WP_278088590.1 32.3 353 236 3 26 377 34 384 2.10e-63 206 MCK5265770.1 WP_144099812.1 25.0 316 227 6 69 377 67 379 8.39e-28 111 MCK5265770.1 MCJ7486393.1 26.2 359 225 10 39 384 38 369 6.19e-27 108 NEE13244.1 NEE13244.1 100 244 0 0 1 244 1 244 1.49e-181 496 MBN1491997.1 MBN1491997.1 100 102 0 0 1 102 1 102 2.27e-73 211 WP_109367919.1 WP_109367919.1 100 141 0 0 1 141 1 141 6.04e-92 261 EEM48070.1 EEM48070.1 100 162 0 0 1 162 1 162 5.54e-114 318 WP_250295751.1 WP_250295751.1 100 909 0 0 1 909 1 909 0.0 1779 WP_250295751.1 MBD5306941.1 50.2 927 410 9 4 903 3 904 1.74e-303 858 MBX3123235.1 MBX3123235.1 100 414 0 0 1 414 1 414 1.61e-298 806 WP_225440164.1 WP_225440164.1 100 434 0 0 1 434 1 434 6.82e-317 854 WP_283953184.1 WP_283953184.1 100 185 0 0 1 185 1 185 3.47e-126 351 PCI03623.1 PCI03623.1 100 266 0 0 1 266 1 266 1.60e-187 513 KAF2592864.1 KAF2592864.1 100 224 0 0 1 224 1 224 4.28e-162 445 WP_032004153.1 WP_032004153.1 100 269 0 0 1 269 1 269 8.33e-196 534 WP_032004153.1 TLY75477.1 29.7 229 113 11 10 211 10 217 2.58e-09 54.7 PKL38269.1 PKL38269.1 100 234 0 0 1 234 1 234 2.39e-173 474 MBO7728038.1 MBO7728038.1 100 461 0 0 1 461 1 461 0.0 917 MBO7728038.1 WP_204618903.1 50.8 484 215 6 1 461 1 484 2.90e-150 435 WP_232584446.1 WP_232584446.1 100 277 0 0 1 277 1 277 1.83e-203 554 WP_044680588.1 WP_044680588.1 100 329 0 0 1 329 1 329 4.65e-239 648 XP_046578103.1 XP_046578103.1 100 539 0 0 1 539 1 539 0.0 1057 WP_147313907.1 WP_147313907.1 100 257 0 0 1 257 1 257 1.96e-188 514 WP_219459964.1 WP_219459964.1 100 375 0 0 1 375 1 375 2.29e-260 706 XP_044707369.1 XP_044707369.1 100 367 0 0 1 367 1 367 1.13e-256 696 HBT3283900.1 HBT3283900.1 100 482 0 0 1 482 1 482 0.0 899 HBT3283900.1 WP_279652328.1 36.7 455 274 3 5 448 7 458 1.21e-97 300 TCC36519.1 TCC36519.1 100 179 0 0 1 179 1 179 4.82e-139 383 WP_152465448.1 WP_152465448.1 100 349 0 0 1 349 1 349 2.35e-233 635 WP_152465448.1 WP_071455957.1 28.7 310 213 3 27 329 24 332 3.61e-29 114 MBD9190508.1 MBD9190508.1 100 93 0 0 1 93 1 93 1.23e-66 193 WP_074980016.1 WP_074980016.1 100 74 0 0 1 74 1 74 8.88e-47 141 WP_171780287.1 WP_171780287.1 100 62 0 0 1 62 1 62 1.31e-36 115 HBS5718813.1 HBS5718813.1 100 356 0 0 1 356 1 356 2.25e-75 235 XP_035731890.1 XP_035731890.1 100 695 0 0 1 695 1 695 0.0 1276 PTQ42746.1 PTQ42746.1 100 700 0 0 1 700 1 700 0.0 1368 KWO58748.1 KWO58748.1 100 90 0 0 1 90 1 90 1.85e-62 182 WP_213357559.1 WP_213357559.1 100 171 0 0 1 171 1 171 2.30e-115 322 WP_065138043.1 WP_065138043.1 100 145 0 0 1 145 1 145 4.56e-107 299 WP_065138043.1 WP_186282298.1 68.5 146 44 1 1 144 1 146 6.71e-69 203 XP_047095132.1 XP_047095132.1 100 376 0 0 1 376 1 376 3.78e-280 756 WP_108098468.1 WP_108098468.1 100 323 0 0 1 323 1 323 6.31e-234 635 WP_108098468.1 MBR1628375.1 28.3 311 213 7 12 319 7 310 2.99e-34 125 WP_108596398.1 WP_108596398.1 100 431 0 0 1 431 1 431 1.52e-291 790 WP_108596398.1 WP_114947928.1 26.8 325 200 8 64 367 59 366 1.25e-08 55.1 WP_169940736.1 WP_169940736.1 100 471 0 0 1 471 1 471 0.0 911 WP_169940736.1 HAG62657.1 39.5 408 242 3 9 412 39 445 1.04e-87 276 WP_169940736.1 WP_037548932.1 34.4 425 266 8 11 426 6 426 4.11e-72 234 WP_169940736.1 KAJ5112313.1 31.6 475 295 8 5 455 50 518 7.74e-50 177 WP_130229163.1 WP_130229163.1 100 293 0 0 1 293 1 293 4.37e-219 595 WP_203962627.1 WP_203962627.1 100 139 0 0 1 139 1 139 1.44e-98 277 ATI48360.1 ATI48360.1 100 83 0 0 1 83 1 83 1.04e-58 172 WP_239881445.1 WP_239881445.1 100 390 0 0 1 390 1 390 1.40e-289 781 WP_239881445.1 EFU85163.1 45.5 378 173 7 16 386 16 367 1.53e-101 304 WP_239881445.1 WP_088527814.1 28.4 176 116 5 212 380 14 186 2.52e-14 69.3 MBP7096418.1 MBP7096418.1 100 412 0 0 1 412 1 412 6.35e-304 819 GFD44438.1 GFD44438.1 100 89 0 0 1 89 1 89 6.23e-65 188 KAG3014872.1 KAG3014872.1 100 654 0 0 1 654 1 654 0.0 1213 MBN9534694.1 MBN9534694.1 100 313 0 0 1 313 1 313 2.35e-224 610 MBN9534694.1 SFF07309.1 39.5 306 165 6 1 292 1 300 1.49e-58 189 MBN9534694.1 WP_265272113.1 35.4 322 188 6 1 308 1 316 4.52e-57 186 BAD88428.1 BAD88428.1 100 456 0 0 1 456 1 456 0.0 933 BAD88428.1 AFP82159.1 92.6 393 29 0 27 419 1 393 1.19e-276 751 BAD88428.1 USR37329.1 94.6 186 10 0 1 186 4 189 7.57e-126 361 RTZ57973.1 RTZ57973.1 100 454 0 0 1 454 1 454 0.0 870 MCP5208043.1 MCP5208043.1 100 148 0 0 1 148 1 148 4.19e-109 305 MCP5208043.1 WP_023322253.1 47.3 146 76 1 3 148 6 150 1.34e-43 139 MCP5208043.1 WP_096765790.1 44.6 148 80 2 3 148 5 152 6.23e-35 117 WP_127741063.1 WP_127741063.1 100 255 0 0 1 255 1 255 2.57e-183 501 WP_127741063.1 WP_033135619.1 34.5 110 71 1 17 126 18 126 7.00e-14 67.8 WP_127741063.1 WP_085935883.1 26.9 234 151 8 20 239 24 251 1.41e-09 55.5 WP_025722435.1 WP_025722435.1 100 165 0 0 1 165 1 165 7.24e-116 323 BDO44729.1 BDO44729.1 100 568 0 0 1 568 1 568 0.0 1022 EHY7905316.1 EHY7905316.1 100 173 0 0 1 173 1 173 7.73e-124 344 PWU96467.1 PWU96467.1 100 557 0 0 1 557 1 557 0.0 1145 WP_256855996.1 WP_256855996.1 100 147 0 0 1 147 1 147 1.85e-98 278 WP_070714099.1 WP_070714099.1 100 459 0 0 1 459 1 459 0.0 931 WP_070714099.1 MBB3008158.1 55.1 450 188 5 17 458 2 445 3.10e-170 484 WP_070714099.1 PPU99279.1 45.6 472 236 8 2 458 5 470 1.38e-128 379 WP_070714099.1 WP_215493005.1 40.6 490 251 14 2 456 5 489 4.06e-107 325 CAB4155648.1 CAB4155648.1 100 103 0 0 1 103 1 103 2.01e-72 208 MBT2971737.1 MBT2971737.1 100 263 0 0 1 263 1 263 3.15e-197 537 MBT2971737.1 WP_009197348.1 36.7 256 151 4 3 254 15 263 6.96e-46 153 MBT2971737.1 MBI2621122.1 33.7 279 159 6 2 259 1 274 8.89e-42 142 WP_146176256.1 WP_146176256.1 100 399 0 0 1 399 1 399 1.45e-243 665 WP_146176256.1 WP_237962375.1 26.5 302 197 6 37 323 48 339 4.98e-28 114 MCH7694635.1 MCH7694635.1 100 68 0 0 1 68 1 68 3.62e-50 149 MCH8819771.1 MCH8819771.1 100 524 0 0 1 524 1 524 0.0 1012 WP_154756783.1 WP_154756783.1 100 140 0 0 1 140 1 140 6.76e-84 240 WP_142419176.1 WP_142419176.1 100 144 0 0 1 144 1 144 2.65e-101 285 WP_094313715.1 WP_094313715.1 100 242 0 0 1 242 1 242 1.09e-173 476 WP_094313715.1 MCH6132484.1 72.7 220 60 0 20 239 1 220 1.12e-114 326 MBP3287665.1 MBP3287665.1 100 157 0 0 1 157 1 157 4.98e-110 308 MBO7941816.1 MBO7941816.1 100 131 0 0 1 131 1 131 2.65e-88 251 MBO7941816.1 WP_100461895.1 77.1 131 30 0 1 131 277 407 5.06e-61 193 MBO7941816.1 WP_033603452.1 43.6 39 22 0 93 131 855 893 7.46e-04 36.6 WP_041488527.1 WP_041488527.1 100 63 0 0 1 63 1 63 7.74e-43 130 WP_041488527.1 MBQ7949870.1 58.6 58 24 0 6 63 244 301 5.46e-20 78.6 WP_041488527.1 MCL4835344.1 38.2 55 34 0 4 58 270 324 2.50e-09 49.3 WP_041488527.1 WP_240406805.1 52.2 23 11 0 26 48 16 38 9.53e-05 34.7 OUW40900.1 OUW40900.1 100 264 0 0 1 264 1 264 5.20e-192 524 WP_251758029.1 WP_251758029.1 100 631 0 0 1 631 1 631 0.0 1214 WP_251758029.1 GIR47037.1 42.3 617 332 9 11 611 9 617 1.40e-149 445 WP_251758029.1 UDH58358.1 35.9 633 364 13 4 611 1 616 2.35e-102 323 WP_251758029.1 MBK3574312.1 32.9 651 385 17 2 612 5 643 6.74e-90 291 WP_251758029.1 YP_009351723.1 33.5 400 244 9 76 468 16 400 1.13e-58 204 WP_251758029.1 MCG6876547.1 28.5 421 264 11 79 468 76 490 8.51e-38 147 WP_251758029.1 MBT3784852.1 24.1 460 303 13 38 487 31 454 4.52e-25 108 MBP7140479.1 MBP7140479.1 100 203 0 0 1 203 1 203 3.05e-147 405 WP_161180930.1 WP_161180930.1 100 224 0 0 1 224 1 224 2.25e-148 410 HAS08893.1 HAS08893.1 100 139 0 0 1 139 1 139 2.12e-91 259 WP_232025538.1 WP_232025538.1 100 349 0 0 1 349 1 349 3.93e-257 696 QLB53288.1 QLB53288.1 100 1133 0 0 112 1244 112 1244 0.0 2283 WP_109665156.1 WP_109665156.1 100 195 0 0 1 195 1 195 5.72e-139 384 NWI67355.1 NWI67355.1 100 161 0 0 1 161 1 161 2.56e-89 256 WP_157957173.1 WP_157957173.1 100 194 0 0 1 194 1 194 4.18e-136 377 XP_005402208.1 XP_005402208.1 100 1942 0 0 1 1942 1 1942 0.0 3776 VFC12725.1 VFC12725.1 100 60 0 0 1 60 1 60 6.87e-38 118 XP_011889539.1 XP_011889539.1 100 1225 0 0 1 1225 1 1225 0.0 2382 XP_011889539.1 RQM16216.1 27.3 278 161 5 1 269 400 645 2.62e-25 111 XP_011889539.1 KAH6984898.1 28.2 309 179 6 4 277 24 324 2.27e-24 108 XP_011889539.1 NXD84883.1 22.8 237 156 2 2 232 82 297 4.65e-13 71.6 XP_011889539.1 NXJ84327.1 26.0 223 134 6 4 217 201 401 8.67e-10 61.6 XP_011889539.1 KAG5815829.1 25.4 181 110 6 56 232 510 669 9.74e-10 61.2 XP_011889539.1 XP_039923984.1 25.6 223 135 6 4 217 196 396 1.95e-09 60.5 WP_241812465.1 WP_241812465.1 100 637 0 0 1 637 1 637 0.0 1294 WP_241812465.1 MCF6148530.1 37.9 406 240 5 200 599 25 424 8.30e-93 292 ERJ58959.1 ERJ58959.1 100 58 0 0 1 58 1 58 1.07e-40 125 MWC28217.1 MWC28217.1 100 54 0 0 1 54 1 54 8.04e-30 97.4 WP_200244355.1 WP_200244355.1 100 169 0 0 1 169 1 169 3.44e-125 347 WP_181452264.1 WP_181452264.1 100 127 0 0 1 127 1 127 9.36e-87 246 MXY99086.1 MXY99086.1 100 240 0 0 1 240 1 240 2.36e-167 459 MXY99086.1 MCB1644245.1 31.1 244 151 5 1 238 17 249 2.73e-22 90.5 MXY99086.1 WP_077093245.1 34.6 179 105 3 1 168 19 196 3.95e-18 80.1 MXY99086.1 XP_028635853.1 31.3 182 106 5 1 168 21 197 5.36e-15 72.0 PVD36313.1 PVD36313.1 100 1278 0 0 1 1278 1 1278 0.0 1815 WP_104082941.1 WP_104082941.1 100 194 0 0 1 194 1 194 1.11e-140 388 WP_104082941.1 WP_195689481.1 45.5 154 82 2 8 160 7 159 6.05e-38 128 MBF22348.1 MBF22348.1 100 315 0 0 1 315 1 315 5.33e-206 563 WP_057718391.1 WP_057718391.1 100 213 0 0 1 213 1 213 3.28e-156 429 CUQ63902.1 CUQ63902.1 100 78 0 0 1 78 1 78 7.91e-54 159 OKH79147.1 OKH79147.1 100 207 0 0 1 207 1 207 7.16e-148 407 OKH79147.1 WP_129712947.1 43.4 182 100 2 11 192 3 181 1.67e-41 137 MBO4855552.1 MBO4855552.1 100 355 0 0 1 355 1 355 5.53e-251 681 TKY54154.1 TKY54154.1 100 602 0 0 1 602 1 602 0.0 1115 WP_269217061.1 WP_269217061.1 100 75 0 0 1 75 1 75 7.64e-19 71.2 WP_110552514.1 WP_110552514.1 100 262 0 0 1 262 1 262 8.02e-170 468 MCC6608271.1 MCC6608271.1 100 424 0 0 1 424 1 424 6.07e-299 808 RPI37384.1 RPI37384.1 100 145 0 0 1 145 1 145 6.47e-98 276 MCO5319342.1 MCO5319342.1 100 164 0 0 1 164 1 164 3.86e-106 298 SDS88477.1 SDS88477.1 100 182 0 0 1 182 1 182 3.42e-47 150 ART90939.1 ART90939.1 100 407 0 0 1 407 1 407 1.04e-295 798 MBT5873300.1 MBT5873300.1 100 105 0 0 1 105 1 105 4.70e-72 207 WP_111953219.1 WP_111953219.1 100 603 0 0 1 603 1 603 0.0 1189 WP_111953219.1 RDE30147.1 30.8 221 109 4 374 594 301 477 5.11e-19 88.6 VVV80071.1 VVV80071.1 100 44 0 0 1 44 1 44 2.73e-26 87.8 XP_031168963.1 XP_031168963.1 100 655 0 0 1 655 1 655 0.0 1162 WP_225923723.1 WP_225923723.1 100 126 0 0 1 126 1 126 1.06e-87 249 GFX14753.1 GFX14753.1 100 378 0 0 1 378 1 378 2.67e-281 759 QVD87869.1 QVD87869.1 100 7093 0 0 1 7093 1 7093 0.0 14168 QVD87869.1 QWC83326.1 99.8 7096 9 1 1 7093 1 7096 0.0 14144 QVD87869.1 WEU87158.1 99.8 7096 11 1 1 7093 1 7096 0.0 14139 QVD87869.1 QSZ25555.1 99.8 7096 13 1 1 7093 1 7096 0.0 14138 QVD87869.1 UBP50947.1 99.8 7096 14 1 1 7093 1 7096 0.0 14132 QVD87869.1 UZO53924.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 QVD87869.1 UVB16817.1 99.7 7093 18 0 1 7093 1 7093 0.0 14129 QVD87869.1 UMF87224.1 99.5 7093 37 1 1 7093 1 7092 0.0 14129 QVD87869.1 URQ55824.1 99.7 7093 19 0 1 7093 1 7093 0.0 14129 QVD87869.1 UBD95131.1 99.7 7096 18 1 1 7093 1 7096 0.0 14123 QVD87869.1 UEC52718.1 99.7 7096 21 1 1 7093 1 7096 0.0 14117 QVD87869.1 UIR12670.1 99.4 7093 42 1 1 7093 1 7092 0.0 14071 QVD87869.1 QZU16279.1 99.4 7096 42 1 1 7093 1 7096 0.0 14066 QVD87869.1 UPA83906.1 99.2 7093 59 1 1 7093 1 7092 0.0 14030 QVD87869.1 UBR86455.1 98.9 7095 76 1 2 7093 1 7095 0.0 13986 QVD87869.1 UXX67934.1 98.8 7093 87 0 1 7093 1 7093 0.0 13968 QVD87869.1 UCP72061.1 98.6 7096 93 1 1 7093 1 7096 0.0 13946 QVD87869.1 UCP77012.1 98.6 7096 95 1 1 7093 1 7096 0.0 13943 QVD87869.1 UKN67998.1 98.3 7073 120 1 21 7093 1 7072 0.0 13842 QVD87869.1 WHE12941.1 98.2 7067 130 0 27 7093 1 7067 0.0 13817 QVD87869.1 UGA79226.1 97.6 7096 168 1 1 7093 1 7096 0.0 13773 QVD87869.1 UAQ80067.1 97.1 7096 203 1 1 7093 1 7096 0.0 13680 QVD87869.1 UJT06733.1 96.3 7093 264 1 1 7093 1 7092 0.0 13522 QVD87869.1 UVI10561.1 96.3 7066 261 0 28 7093 1 7066 0.0 13505 QVD87869.1 UOU30556.1 94.9 7093 364 0 1 7093 1 7093 0.0 13290 QVD87869.1 UMA88644.1 91.7 7072 585 1 22 7093 1 7071 0.0 12714 QVD87869.1 WAS49087.1 90.5 7093 672 0 1 7093 1 7093 0.0 12528 QVD87869.1 WGP98278.1 84.9 7096 1067 1 1 7093 1 7096 0.0 11581 QVD87869.1 QXR94354.1 99.9 4398 3 0 1 4398 1 4398 0.0 8636 QVD87869.1 QTM79632.1 99.7 4398 12 0 1 4398 1 4398 0.0 8623 QVD87869.1 QTD03487.1 99.7 4401 9 1 1 4398 1 4401 0.0 8623 QVD87869.1 QTZ27226.1 99.7 4398 14 0 1 4398 1 4398 0.0 8618 QVD87869.1 UPP41269.1 99.7 4398 14 0 1 4398 1 4398 0.0 8613 QVD87869.1 ULA23837.2 99.7 4398 13 1 1 4398 1 4397 0.0 8612 QVD87869.1 USR14792.1 99.7 4398 15 0 1 4398 1 4398 0.0 8610 QVD87869.1 UFM00670.1 99.6 4401 14 1 1 4398 1 4401 0.0 8609 QVD87869.1 UXH94526.1 99.7 4398 14 1 1 4398 1 4397 0.0 8608 QVD87869.1 UEC68750.1 99.6 4401 14 1 1 4398 1 4401 0.0 8607 QVD87869.1 UBL45068.1 99.7 4401 12 1 1 4398 1 4401 0.0 8606 QVD87869.1 UHM53165.1 99.6 4401 14 1 1 4398 1 4401 0.0 8604 QVD87869.1 UFM02602.1 99.6 4401 14 1 1 4398 1 4401 0.0 8604 QVD87869.1 UKU68032.1 99.4 4398 27 1 1 4398 1 4397 0.0 8579 QVD87869.1 UJV88611.1 97.7 4398 99 1 1 4398 1 4397 0.0 8417 QVD87869.1 UJJ97602.1 97.6 4398 105 1 1 4398 1 4397 0.0 8401 QVD87869.1 UJS94137.1 98.7 4293 53 1 106 4398 1 4292 0.0 8309 QVD87869.1 ULB83374.1 96.5 4398 153 1 1 4398 1 4397 0.0 8282 QVD87869.1 UGB98301.1 94.2 4401 252 1 1 4398 1 4401 0.0 8037 QVD87869.1 QRX02582.1 99.8 4098 6 1 1 4095 1 4098 0.0 8006 QVD87869.1 UFA30503.1 93.3 4340 287 1 27 4363 1 4340 0.0 7825 QVD87869.1 WGP70063.1 92.4 4369 331 1 1 4366 1 4369 0.0 7777 QVD87869.1 WEI27974.1 91.2 4398 385 0 1 4398 1 4398 0.0 7728 QVD87869.1 UNI03201.1 91.5 4374 371 1 27 4398 1 4374 0.0 7710 QVD87869.1 UEX07109.1 87.9 4375 527 1 27 4398 1 4375 0.0 7352 QVD87869.1 URP80785.1 82.6 4371 762 0 28 4398 1 4371 0.0 6768 QVD87869.1 UYE49180.1 77.0 4398 1012 0 1 4398 1 4398 0.0 6210 QVD87869.1 UPB00876.1 76.5 4371 1026 0 28 4398 1 4371 0.0 6171 QVD87869.1 WGQ72821.1 67.6 4344 1403 1 26 4366 1 4344 0.0 5134 WP_135028221.1 WP_135028221.1 100 271 0 0 1 271 1 271 1.52e-183 503 WP_135028221.1 HAJ13960.1 41.0 61 36 0 211 271 116 176 1.07e-08 52.0 WP_135028221.1 WP_056611679.1 31.8 85 58 0 185 269 92 176 8.02e-07 46.6 XP_047250014.1 XP_047250014.1 100 170 0 0 1 170 1 170 5.06e-123 342 WP_234521407.1 WP_234521407.1 100 326 0 0 1 326 1 326 5.29e-248 671 WP_234521407.1 WP_039806668.1 36.7 308 191 4 4 308 5 311 1.05e-60 195 WP_234521407.1 WP_252122124.1 33.0 294 195 2 4 295 1 294 2.31e-46 158 WP_274718192.1 WP_274718192.1 100 502 0 0 1 502 1 502 0.0 966 MBQ6488280.1 MBQ6488280.1 100 179 0 0 1 179 1 179 1.74e-132 366 MBQ6488280.1 MBZ0271896.1 34.1 88 58 0 4 91 9 96 7.80e-14 64.7 WP_282641071.1 WP_282641071.1 100 135 0 0 1 135 1 135 6.41e-91 258 MCL1888839.1 MCL1888839.1 100 713 0 0 1 713 1 713 0.0 1408 MCL1888839.1 MBF8294570.1 34.7 268 151 2 435 702 333 576 7.05e-45 168 MCL1888839.1 RYO44776.1 29.7 360 217 10 71 414 51 390 6.13e-28 118 MCL1888839.1 MBQ5493788.1 41.2 119 70 0 581 699 11 129 1.17e-20 87.4 HCH0658035.1 HCH0658035.1 100 480 0 0 1 480 1 480 0.0 945 HCH0658035.1 KAG8015916.1 69.5 174 53 0 274 447 1 174 4.10e-85 258 HCH0658035.1 SHG12942.1 33.2 443 275 9 44 480 56 483 1.69e-69 228 HCH0658035.1 HCB14820.1 28.5 400 262 12 2 393 16 399 8.32e-32 125 WP_024465855.1 WP_024465855.1 100 107 0 0 1 107 1 107 8.04e-74 212 XP_011040987.1 XP_011040987.1 100 437 0 0 1 437 1 437 1.01e-315 851 WP_182503633.1 WP_182503633.1 100 648 0 0 1 648 1 648 0.0 1289 XP_026193030.1 XP_026193030.1 100 189 0 0 1 189 1 189 5.95e-129 358 XP_052525039.1 XP_052525039.1 100 668 0 0 1 668 1 668 0.0 1357 XP_052525039.1 WP_270967954.1 35.6 634 381 15 43 661 27 648 3.77e-123 379 XP_052525039.1 WP_254101325.1 34.9 625 387 11 43 657 22 636 9.29e-114 354 XP_052525039.1 MCC5948066.1 26.9 613 415 17 44 645 41 631 7.89e-42 159 XP_052525039.1 WP_112119927.1 23.6 530 292 17 127 637 28 463 5.91e-24 103 XP_052525039.1 WP_148836004.1 24.9 530 300 16 127 632 34 489 4.31e-22 98.6 XP_052525039.1 NDJ88951.1 24.7 542 329 20 124 631 27 523 4.57e-18 86.3 XP_052525039.1 WP_246003214.1 23.4 304 201 10 269 564 156 435 3.05e-08 55.1 XP_052525039.1 PYB13830.1 21.5 460 279 18 210 644 3274 3676 2.98e-07 52.4 XP_052525039.1 TMQ04701.1 25.1 299 173 13 270 535 613 893 6.62e-06 47.8 XP_052525039.1 EJG3313804.1 24.1 316 206 12 276 575 154 451 6.68e-06 47.4 WP_102461582.1 WP_102461582.1 100 320 0 0 1 320 1 320 1.08e-228 621 WP_102461582.1 WP_149911652.1 33.2 295 179 5 32 317 141 426 8.55e-36 132 NLD53371.1 NLD53371.1 100 232 0 0 1 232 1 232 4.09e-164 451 NLD53371.1 WP_247424115.1 44.6 112 62 0 98 209 147 258 4.38e-19 81.6 NLD53371.1 MCA1360809.1 50.6 81 40 0 102 182 177 257 1.57e-16 75.1 OHB76863.1 OHB76863.1 100 81 0 0 1 81 1 81 1.02e-55 164 PON87355.1 PON87355.1 100 114 0 0 1 114 1 114 4.86e-85 241 PON87355.1 KAG6788279.1 54.6 108 48 1 2 108 391 498 1.01e-37 131 EIR8916606.1 EIR8916606.1 100 175 0 0 1 175 1 175 1.06e-131 364 EIR8916606.1 WP_210949324.1 56.6 175 76 0 1 175 26 200 7.14e-62 189 MBQ7987638.1 MBQ7987638.1 100 144 0 0 1 144 1 144 1.42e-96 273 MCH7923992.1 MCH7923992.1 100 757 0 0 1 757 1 757 0.0 1498 WP_234738658.1 WP_234738658.1 100 1261 0 0 1 1261 1 1261 0.0 2365 KAF8953894.1 KAF8953894.1 100 427 0 0 1 427 1 427 4.04e-310 836 WP_035556611.1 WP_035556611.1 100 259 0 0 1 259 1 259 2.39e-190 519 KAF7261528.1 KAF7261528.1 100 163 0 0 1 163 1 163 5.12e-115 321 PHU06236.1 PHU06236.1 100 313 0 0 1 313 1 313 2.38e-233 632 MBS0194197.1 MBS0194197.1 100 263 0 0 1 263 1 263 1.10e-197 538 WP_249505358.1 WP_249505358.1 100 440 0 0 1 440 1 440 0.0 887 WP_249505358.1 MBP6375542.1 40.8 449 242 9 2 438 3 439 4.67e-94 289 WP_249505358.1 WP_258835625.1 38.0 450 257 7 2 438 3 443 1.35e-92 285 WP_249505358.1 MBT4710545.1 35.0 449 270 8 2 438 3 441 3.55e-80 253 WP_249505358.1 PWM49891.1 35.0 449 273 9 1 440 1 439 3.11e-77 245 WP_249505358.1 WP_194454339.1 27.3 450 279 10 10 437 15 438 7.49e-39 144 WP_114368818.1 WP_114368818.1 100 412 0 0 1 412 1 412 5.07e-310 835 WP_114368818.1 MXQ53321.1 31.6 244 153 5 10 250 8 240 1.96e-27 110 WP_118754559.1 WP_118754559.1 100 132 0 0 1 132 1 132 9.56e-96 270 KAI6772462.1 KAI6772462.1 100 338 0 0 1 338 1 338 1.36e-231 630 XP_048189479.1 XP_048189479.1 100 227 0 0 1 227 1 227 5.62e-164 450 XP_048189479.1 MBR4375795.1 33.0 185 116 6 10 191 6 185 1.46e-14 68.6 MBO5360769.1 MBO5360769.1 100 167 0 0 1 167 1 167 2.25e-129 357 XP_043732582.1 XP_043732582.1 100 388 0 0 1 388 1 388 7.73e-286 771 TVQ11450.1 TVQ11450.1 100 330 0 0 1 330 1 330 1.46e-247 670 WP_087222948.1 WP_087222948.1 100 270 0 0 1 270 1 270 9.77e-200 544 WP_087222948.1 URJ46333.1 27.2 272 185 6 1 265 1 266 8.41e-30 111 WP_087222948.1 KAI3473816.1 51.7 58 28 0 208 265 145 202 9.25e-11 60.1 XP_025063182.1 XP_025063182.1 100 209 0 0 1 209 1 209 8.13e-107 304 WP_113669955.1 WP_113669955.1 100 416 0 0 1 416 1 416 5.13e-264 719 WP_113669955.1 WP_239913672.1 37.1 399 248 2 15 412 14 410 5.74e-75 238 WP_113669955.1 WP_087384365.1 36.9 406 248 6 13 412 17 420 2.63e-68 221 WP_113669955.1 NCV89943.1 25.1 371 248 8 54 400 69 433 3.15e-15 75.5 WP_137740674.1 WP_137740674.1 100 511 0 0 1 511 1 511 0.0 927 KAJ7349597.1 KAJ7349597.1 100 469 0 0 1 469 1 469 0.0 940 MBQ4874411.1 MBQ4874411.1 100 218 0 0 1 218 1 218 6.30e-152 419 WP_021479352.1 WP_021479352.1 100 1148 0 0 1 1148 1 1148 0.0 2271 WP_021479352.1 MBV00212.1 45.1 481 239 9 7 476 3 469 1.38e-123 393 WP_021479352.1 EAH8201998.1 44.6 448 237 5 6 452 3 440 9.03e-123 383 WP_021479352.1 MBG6814041.1 47.6 368 185 3 4 370 6 366 3.56e-106 336 WP_021479352.1 NOT18216.1 33.1 632 381 10 534 1146 5 613 2.98e-102 334 WP_021479352.1 ECN6431251.1 46.6 118 63 0 574 691 1 118 5.40e-31 116 GLG98414.1 GLG98414.1 100 2592 0 0 1 2592 1 2592 0.0 4380 MCB0786882.1 MCB0786882.1 100 178 0 0 1 178 1 178 1.05e-128 357 XP_030313316.1 XP_030313316.1 100 622 0 0 1 622 1 622 0.0 1239 MBM4374951.1 MBM4374951.1 100 215 0 0 1 215 1 215 3.38e-150 414 MBM4374951.1 MBR2684576.1 39.1 215 125 5 1 211 1 213 2.24e-41 138 MBM4374951.1 WP_239606280.1 35.7 210 133 1 1 208 1 210 3.26e-40 135 MBM4374951.1 WP_279123632.1 34.5 55 36 0 62 116 116 170 2.87e-05 42.4 HII98403.1 HII98403.1 100 174 0 0 1 174 1 174 2.49e-125 348 MCA9288779.1 MCA9288779.1 100 264 0 0 1 264 1 264 6.60e-195 531 XP_046270414.1 XP_046270414.1 100 2928 0 0 1 2928 1 2928 0.0 5021 WP_157475717.1 WP_157475717.1 100 163 0 0 1 163 1 163 2.75e-119 332 MCQ2791623.1 MCQ2791623.1 100 474 0 0 1 474 1 474 0.0 921 MCQ2791623.1 WP_114605464.1 40.1 489 264 11 6 473 14 494 1.72e-108 329 MCE3270046.1 MCE3270046.1 100 80 0 0 1 80 1 80 8.47e-50 149 WP_036816548.1 WP_036816548.1 100 253 0 0 1 253 1 253 2.17e-174 478 WP_036816548.1 WP_008470196.1 25.2 242 165 6 4 241 7 236 3.22e-19 82.4 WP_036816548.1 WP_008056683.1 30.9 223 137 8 17 236 250 458 5.01e-17 78.6 WP_036816548.1 KAJ5168969.1 29.5 217 130 8 20 229 521 721 8.18e-15 72.0 WP_036816548.1 MCH4209672.1 30.6 216 120 6 20 232 396 584 2.71e-13 67.4 WP_036816548.1 MBT3459617.1 28.3 223 142 7 23 240 2 211 3.02e-13 65.5 WP_036816548.1 WAY96880.1 26.2 202 138 4 19 220 2 192 2.48e-12 62.4 WP_036816548.1 KAI7371949.1 28.3 226 121 9 20 229 665 865 6.07e-12 63.5 QBJ07451.1 QBJ07451.1 100 278 0 0 1 278 1 278 3.23e-193 528 WP_252681452.1 WP_252681452.1 100 240 0 0 1 240 1 240 7.34e-171 468 PYR37153.1 PYR37153.1 100 477 0 0 1 477 1 477 0.0 927 MBT6184820.1 MBT6184820.1 100 120 0 0 1 120 1 120 3.22e-86 244 MBX3649353.1 MBX3649353.1 100 172 0 0 1 172 1 172 3.15e-118 330 HBM3973915.1 HBM3973915.1 100 203 0 0 1 203 1 203 1.45e-145 401 RWX51021.1 RWX51021.1 100 554 0 0 1 554 1 554 0.0 1140 RWX51021.1 WP_097641037.1 56.9 554 219 6 2 554 3 537 2.61e-207 598 RWX51021.1 WP_086711488.1 54.4 548 229 6 8 554 9 536 2.41e-196 570 RWX51021.1 WP_102477257.1 52.4 555 234 6 1 554 1 526 1.19e-187 547 KAJ1923473.1 KAJ1923473.1 100 830 0 0 1 830 1 830 0.0 1574 WP_221246517.1 WP_221246517.1 100 429 0 0 1 429 1 429 2.29e-319 860 MXZ69365.1 MXZ69365.1 100 150 0 0 1 150 1 150 1.75e-93 265 GGU82495.1 GGU82495.1 100 163 0 0 1 163 1 163 1.53e-116 325 WP_279996009.1 WP_279996009.1 100 278 0 0 1 278 1 278 4.02e-212 576 WP_149755470.1 WP_149755470.1 100 186 0 0 1 186 1 186 1.79e-133 369 HCW85392.1 HCW85392.1 100 357 0 0 1 357 1 357 1.13e-260 705 HCW85392.1 WP_043158522.1 41.1 343 195 5 11 352 3 339 3.67e-84 258 PLW21337.1 PLW21337.1 100 497 0 0 1 497 1 497 0.0 941 WP_201312397.1 WP_201312397.1 100 159 0 0 1 159 1 159 1.17e-118 330 MBU1557098.1 MBU1557098.1 100 415 0 0 1 415 1 415 5.79e-265 721 TOF36258.1 TOF36258.1 100 85 0 0 1 85 1 85 4.03e-57 168 WP_055228170.1 WP_055228170.1 100 291 0 0 1 291 1 291 2.46e-199 545 WP_055228170.1 CAH0143531.1 24.3 152 111 2 20 171 2 149 9.62e-07 46.6 CCX82620.1 CCX82620.1 100 429 0 0 1 429 1 429 0.0 877 CCX82620.1 XP_051566275.1 28.4 148 101 4 1 146 1290 1434 2.52e-08 54.7 CCX82620.1 KAI3849778.1 32.6 129 70 7 25 142 566 688 2.70e-04 41.6 NDV26630.1 NDV26630.1 100 218 0 0 1 218 1 218 1.23e-158 436 KAG8195189.1 KAG8195189.1 100 241 0 0 1 241 1 241 4.59e-170 466 MBZ5631081.1 MBZ5631081.1 100 43 0 0 1 43 1 43 1.08e-27 91.3 KAF4465142.1 KAF4465142.1 100 123 0 0 1 123 1 123 5.94e-88 249 WHA30314.1 WHA30314.1 100 78 0 0 1 78 1 78 1.21e-57 169 WP_239463733.1 WP_239463733.1 100 487 0 0 1 487 1 487 0.0 876 WP_093271293.1 WP_093271293.1 100 283 0 0 1 283 1 283 1.30e-190 522 WP_241524600.1 WP_241524600.1 100 337 0 0 1 337 1 337 1.16e-252 683 WP_241524600.1 WP_258613669.1 33.0 300 195 4 1 298 1 296 3.79e-41 144 WP_241524600.1 WP_096722254.1 42.6 61 35 0 1 61 1 61 3.77e-07 49.3 WP_241524600.1 WP_044453403.1 26.9 171 118 3 1 167 1 168 1.65e-06 47.4 WP_241524600.1 WP_200986363.1 26.3 160 113 3 1 158 1 157 3.85e-04 40.0 XP_044188718.1 XP_044188718.1 100 464 0 0 1 464 1 464 0.0 904 HAS1030591.1 HAS1030591.1 100 129 0 0 1 129 1 129 6.54e-88 249 WP_255329483.1 WP_255329483.1 100 387 0 0 1 387 1 387 4.62e-282 762 MCU0490050.1 MCU0490050.1 100 238 0 0 1 238 1 238 4.37e-162 446 MCU0490050.1 WP_017123457.1 46.4 235 123 1 4 238 9 240 2.00e-60 192 MCU0490050.1 WP_064068643.1 34.2 73 46 1 115 185 170 242 1.13e-04 40.8 MCP4309405.1 MCP4309405.1 100 411 0 0 1 411 1 411 1.28e-282 765 MBR5775979.1 MBR5775979.1 100 111 0 0 1 111 1 111 7.29e-81 230 EDT4006401.1 EDT4006401.1 100 144 0 0 1 144 1 144 1.08e-100 283 MCH8312862.1 MCH8312862.1 100 360 0 0 1 360 1 360 2.70e-265 717 MCH8312862.1 RYZ40664.1 55.4 352 152 2 11 357 40 391 9.14e-131 378 MCH8312862.1 UCF78466.1 36.5 348 208 6 15 352 31 375 1.20e-57 190 MCH8312862.1 WP_145937814.1 33.8 352 223 4 11 352 30 381 1.67e-55 184 MCH8312862.1 WP_158057697.1 29.0 355 236 8 3 344 25 376 9.31e-33 124 MCH8312862.1 MBL6847974.1 29.0 324 213 6 19 328 37 357 9.93e-33 124 MCH8312862.1 WP_055337992.1 26.7 322 212 8 19 323 36 350 2.90e-28 112 MCH8312862.1 WP_278361924.1 20.7 280 213 5 84 354 102 381 2.29e-07 50.4 MBR5342912.1 MBR5342912.1 100 342 0 0 1 342 1 342 1.28e-263 711 NIR99268.1 NIR99268.1 100 50 0 0 1 50 1 50 6.16e-30 97.4 WP_280876395.1 WP_280876395.1 100 208 0 0 1 208 1 208 5.22e-146 403 MBO4309439.1 MBO4309439.1 100 158 0 0 1 158 1 158 3.63e-108 303 WP_136241334.1 WP_136241334.1 100 333 0 0 1 333 1 333 9.28e-216 590 TWL42136.1 TWL42136.1 100 102 0 0 1 102 1 102 7.06e-68 197 XP_029075794.1 XP_029075794.1 100 2037 0 0 1 2037 1 2037 0.0 3578 WP_053034526.1 WP_053034526.1 100 124 0 0 1 124 1 124 1.34e-89 253 EIN7713189.1 EIN7713189.1 100 200 0 0 1 200 1 200 2.33e-145 400 WP_161061319.1 WP_161061319.1 100 143 0 0 1 143 1 143 1.17e-99 280 WP_161061319.1 WP_226360036.1 51.1 137 65 1 7 143 4 138 6.28e-43 137 WP_161061319.1 WP_004957233.1 46.7 137 68 4 1 135 1 134 4.90e-38 124 KAH8057076.1 KAH8057076.1 100 242 0 0 1 242 1 242 8.09e-160 441 WP_223752944.1 WP_223752944.1 100 447 0 0 1 447 1 447 0.0 877 WP_223752944.1 XP_006969978.1 25.7 202 125 7 11 203 82 267 8.78e-06 45.8 MCT6212844.1 MCT6212844.1 100 392 0 0 1 392 1 392 1.29e-286 774 MCT6212844.1 MBG6268407.1 24.5 363 222 13 49 389 48 380 3.72e-13 68.6 GHL33785.1 GHL33785.1 100 176 0 0 1 176 1 176 2.13e-127 353 VDL79744.1 VDL79744.1 100 171 0 0 1 171 1 171 2.32e-133 368 HBA4333173.1 HBA4333173.1 100 332 0 0 1 332 1 332 2.42e-247 669 HBA4333173.1 GBE16035.1 51.2 330 156 3 4 329 10 338 4.74e-110 322 MBR4170715.1 MBR4170715.1 100 38 0 0 1 38 1 38 1.32e-18 70.9 WP_138597401.1 WP_138597401.1 100 246 0 0 1 246 1 246 7.33e-174 476 WP_138597401.1 MCB1644245.1 30.2 242 158 6 8 243 11 247 1.09e-25 99.8 WP_138597401.1 WP_010443651.1 29.5 241 159 4 4 241 3 235 1.58e-23 93.6 WP_138597401.1 WP_246239142.1 33.5 191 109 5 1 189 250 424 3.39e-19 84.3 WP_138597401.1 WP_060347438.1 24.4 258 166 8 1 242 4 248 8.98e-11 58.9 XP_017569355.1 XP_017569355.1 100 752 0 0 1 752 1 752 0.0 1264 RQL72805.1 RQL72805.1 100 507 0 0 1 507 1 507 0.0 981 RQL72805.1 WP_226276978.1 33.2 488 320 5 22 507 21 504 2.05e-81 260 RQL72805.1 WP_197332010.1 28.8 504 326 11 24 507 21 511 6.95e-58 198 RQL72805.1 WP_185921121.1 29.0 410 275 7 18 418 13 415 2.95e-42 155 RQL72805.1 BBC91732.1 28.3 414 259 11 25 415 5 403 1.39e-34 134 RQL72805.1 WP_023727015.1 25.1 410 278 9 31 423 43 440 3.24e-32 127 WP_100498040.1 WP_100498040.1 100 381 0 0 1 381 1 381 2.74e-255 694 XP_047387430.1 XP_047387430.1 100 533 0 0 1 533 1 533 0.0 1082 WP_023050329.1 WP_023050329.1 100 355 0 0 1 355 1 355 1.19e-229 627 WP_023050329.1 WP_269885397.1 32.1 165 105 4 191 349 100 263 1.16e-16 77.4 WP_023050329.1 WP_107169208.1 32.4 173 108 6 180 345 181 351 1.01e-14 72.8 WP_023050329.1 WP_145544593.1 32.8 134 86 3 193 325 356 486 5.29e-12 65.1 WP_023050329.1 WP_000484099.1 34.9 106 61 3 205 303 211 315 2.18e-10 59.7 WP_023050329.1 MBI5333464.1 27.0 159 107 4 199 349 225 382 1.74e-09 57.0 WP_023050329.1 EGR2272270.1 36.1 72 44 2 234 304 550 620 7.66e-09 55.5 WP_023050329.1 WP_018646673.1 26.9 130 88 4 165 289 486 613 1.13e-08 55.1 WP_023050329.1 WP_255266214.1 26.0 146 105 2 206 349 299 443 5.92e-06 46.2 WP_023050329.1 MBT3459335.1 35.0 80 50 1 194 271 195 274 6.66e-06 45.4 PYP94120.1 PYP94120.1 100 232 0 0 1 232 1 232 8.60e-166 455 PYP94120.1 WP_026893585.1 36.9 222 136 3 2 222 4 222 6.11e-49 158 PYP94120.1 MBQ5584458.1 36.6 227 138 4 3 224 4 229 1.65e-38 132 PYP94120.1 EAC1232420.1 32.4 225 147 5 1 223 2 223 1.05e-37 129 PYP94120.1 WP_101794136.1 33.3 231 141 3 1 219 25 254 1.22e-34 122 PYP94120.1 WP_186723788.1 29.6 223 155 2 3 224 8 229 1.68e-28 106 PYP94120.1 EAG2350674.1 39.2 125 75 1 2 126 4 127 4.32e-24 91.7 PYP94120.1 WP_232306300.1 27.9 222 129 6 3 215 1123 1322 2.11e-16 76.3 PYP94120.1 WP_278449211.1 28.9 128 89 1 3 128 8 135 1.65e-13 67.4 PYP94120.1 QYU66920.1 25.0 124 91 1 3 124 5 128 1.54e-12 61.2 PYP94120.1 WP_196114185.1 32.8 116 77 1 2 116 9 124 1.17e-11 61.6 EDV6147146.1 EDV6147146.1 100 632 0 0 1 632 1 632 0.0 984 WP_101164019.1 WP_101164019.1 100 346 0 0 1 346 1 346 7.53e-249 674 MBQ2777352.1 MBQ2777352.1 100 608 0 0 1 608 1 608 0.0 1202 MBQ2777352.1 MBP3509218.1 57.7 607 256 1 1 606 1 607 1.57e-252 706 MBQ2777352.1 NQU26924.1 31.5 467 305 7 135 598 461 915 4.96e-63 223 MBQ2777352.1 MCK9987173.1 30.9 489 305 12 132 596 12 491 1.22e-53 191 MBQ2777352.1 EHP6050825.1 29.1 522 342 13 35 534 137 652 2.70e-48 177 MBQ2777352.1 OQC16336.1 30.8 185 101 7 197 371 437 604 1.19e-13 72.4 MSX50368.1 MSX50368.1 100 289 0 0 1 289 1 289 2.20e-201 550 KAI0815695.1 KAI0815695.1 100 981 0 0 1 981 1 981 0.0 1860 WP_123653117.1 WP_123653117.1 100 246 0 0 1 246 1 246 8.07e-162 446 WP_123653117.1 SFB29161.1 32.6 190 128 0 29 218 20 209 2.03e-25 102 WP_123653117.1 GFR82011.1 32.5 203 132 2 21 218 12 214 5.34e-23 91.7 WP_025579907.1 WP_025579907.1 100 820 0 0 1 820 1 820 0.0 1646 WP_066476002.1 WP_066476002.1 100 67 0 0 1 67 1 67 3.43e-41 127 WP_066476002.1 MBA2651112.1 49.1 57 29 0 7 63 7 63 6.03e-12 53.1 WP_081224968.1 WP_081224968.1 100 916 0 0 1 916 1 916 0.0 1868 WP_081224968.1 WP_123159424.1 54.8 921 403 9 1 913 1 916 0.0 1006 WP_081224968.1 MCB9999913.1 36.2 1043 527 19 2 915 16 1049 1.98e-206 615 WP_081224968.1 MCL6457358.1 29.7 860 536 25 23 849 13 836 4.97e-108 356 WP_081224968.1 MSZ29533.1 28.9 796 508 22 24 786 15 785 1.15e-85 295 WP_081224968.1 MBQ9679177.1 24.3 877 538 20 24 860 14 804 7.39e-73 256 WP_081224968.1 SCL13606.1 23.8 822 496 24 5 769 44 792 1.75e-45 175 WP_081224968.1 CAI9595211.1 23.0 942 572 28 56 915 125 995 2.66e-45 175 WP_081224968.1 WP_194957532.1 23.4 817 451 28 26 773 11 721 1.21e-32 134 WP_081224968.1 XP_053592881.1 22.1 673 380 22 26 631 46 641 1.22e-21 99.4 WP_168672621.1 WP_168672621.1 100 255 0 0 1 255 1 255 9.72e-188 512 WP_168672621.1 QQO85492.1 28.4 250 153 10 4 240 10 246 4.94e-11 59.7 WP_202730319.1 WP_202730319.1 100 391 0 0 1 391 1 391 5.42e-283 764 MBG5741623.1 MBG5741623.1 100 390 0 0 1 390 1 390 1.16e-272 738 KRF62093.1 KRF62093.1 100 138 0 0 1 138 1 138 3.40e-92 261 WP_246995487.1 WP_246995487.1 100 155 0 0 1 155 1 155 3.80e-104 293 MCF7895906.1 MCF7895906.1 100 339 0 0 1 339 1 339 5.09e-248 672 MCF7895906.1 MBQ6794463.1 33.0 321 200 7 23 338 15 325 2.04e-50 170 MCF7895906.1 MCU1411638.1 30.8 315 210 2 5 311 5 319 2.64e-50 171 MCF7895906.1 MBA3609961.1 32.9 347 198 10 20 334 36 379 2.15e-47 164 MCF7895906.1 ELZ16407.1 26.1 356 230 8 14 338 24 377 1.95e-36 135 MCF7895906.1 NBT94281.1 38.2 157 93 1 12 164 22 178 5.72e-31 114 MCB4366171.1 MCB4366171.1 100 142 0 0 1 142 1 142 2.56e-98 277 MCI6020178.1 MCI6020178.1 100 80 0 0 1 80 1 80 4.73e-47 142 WP_029347391.1 WP_029347391.1 100 255 0 0 1 255 1 255 2.46e-181 496 WP_029347391.1 WP_206363707.1 34.8 247 160 1 1 247 14 259 3.27e-52 169 WP_029347391.1 WP_150396769.1 31.5 248 165 2 3 250 22 264 3.77e-33 124 WP_029347391.1 WP_185334683.1 29.5 244 164 3 3 245 2 238 9.38e-33 123 WP_029347391.1 WP_247749043.1 31.2 218 129 7 18 226 371 576 2.78e-19 85.1 WP_029347391.1 WP_088153117.1 29.3 208 120 5 30 227 23 213 3.97e-15 72.4 MBQ7739147.1 MBQ7739147.1 100 361 0 0 1 361 1 361 4.63e-262 709 MBQ7739147.1 WP_006004624.1 66.6 362 119 1 1 360 1 362 8.87e-173 483 XP_029528577.1 XP_029528577.1 100 360 0 0 1 360 1 360 7.83e-274 739 XP_029528577.1 RQM16216.1 49.7 296 145 4 30 323 403 696 2.93e-91 288 XP_029528577.1 KAG1590416.1 42.9 294 163 3 26 318 76 365 6.70e-78 243 XP_029528577.1 NXD84883.1 36.0 275 171 3 26 296 80 353 1.08e-55 189 XP_029528577.1 XP_048379117.1 35.2 304 187 7 28 324 255 555 1.98e-52 181 XP_029528577.1 XP_008215352.1 35.8 288 173 5 30 307 188 473 3.70e-46 164 XP_029528577.1 XP_030620685.1 34.1 255 152 5 30 274 96 344 1.92e-39 143 XP_029528577.1 XP_046441060.1 36.2 243 151 3 30 271 61 300 5.06e-38 143 XP_029528577.1 XP_048216280.1 35.5 256 146 5 35 274 25 277 2.59e-37 137 XP_029528577.1 KAH6984898.1 30.3 261 130 7 30 241 24 281 4.59e-25 105 XP_029528577.1 KZT58963.1 30.0 253 165 6 34 274 1082 1334 3.71e-21 93.6 XP_029528577.1 XP_019384620.1 29.3 198 128 4 86 272 72 268 1.44e-20 91.7 XP_029528577.1 XP_044484513.1 30.1 173 100 6 28 189 84 246 6.09e-09 55.8 XP_029528577.1 XP_048540820.1 23.0 244 150 7 36 271 796 1009 3.67e-08 53.5 MCP4697618.1 MCP4697618.1 100 1444 0 0 1 1444 1 1444 0.0 2716 MCP4697618.1 WP_083639049.1 33.8 68 40 2 189 253 45 110 6.88e-04 42.0 MCF6323317.1 MCF6323317.1 100 281 0 0 1 281 1 281 1.10e-206 562 MCF6323317.1 MCD6533325.1 32.2 270 171 6 14 281 7 266 7.20e-37 130 MCF6323317.1 WP_101844355.1 29.3 273 187 4 14 281 4 275 1.89e-34 124 WP_136027195.1 WP_136027195.1 100 266 0 0 1 266 1 266 4.59e-187 511 WP_136027195.1 WP_231768584.1 34.5 252 155 3 23 266 35 284 2.72e-41 142 WP_216395189.1 WP_216395189.1 100 511 0 0 1 511 1 511 0.0 1012 NBU29208.1 NBU29208.1 100 186 0 0 1 186 1 186 2.48e-99 283 WP_116073910.1 WP_116073910.1 100 875 0 0 1 875 1 875 0.0 1677 WP_116073910.1 WP_026497435.1 42.3 928 463 17 1 875 1 909 1.33e-220 645 WP_116073910.1 XP_006376427.2 37.1 259 149 6 4 251 106 361 1.15e-42 159 XP_027063577.1 XP_027063577.1 100 129 0 0 1 129 1 129 6.28e-95 267 WP_175715079.1 WP_175715079.1 100 87 0 0 1 87 1 87 3.98e-58 171 WP_034146623.1 WP_034146623.1 100 346 0 0 1 346 1 346 2.63e-249 676 WP_237414093.1 WP_237414093.1 100 154 0 0 1 154 1 154 2.04e-103 291 EEW7484806.1 EEW7484806.1 100 144 0 0 1 144 1 144 3.76e-110 307 EEW7484806.1 MBX5702633.1 57.4 136 58 0 2 137 10 145 1.41e-56 172 EEW7484806.1 NCC17292.1 37.6 133 83 0 2 134 243 375 1.30e-27 103 WP_225118260.1 WP_225118260.1 100 642 0 0 1 642 1 642 0.0 1209 WP_225118260.1 WP_273418567.1 38.6 132 78 2 510 640 4 133 9.65e-19 82.0 WP_225118260.1 WP_076194242.1 28.6 213 128 7 439 638 241 442 7.34e-08 53.5 WP_225118260.1 WP_274755179.1 28.8 222 127 10 429 638 196 398 3.61e-07 51.2 XP_056429915.1 XP_056429915.1 100 1166 0 0 1 1166 1 1166 0.0 2361 XP_056429915.1 XP_043494069.1 25.7 1023 650 33 34 1007 483 1444 1.47e-72 264 WP_049882603.1 WP_049882603.1 100 520 0 0 1 520 1 520 0.0 957 MCR9147539.1 MCR9147539.1 100 255 0 0 1 255 1 255 8.95e-184 502 MCR9147539.1 HDZ48353.1 28.8 170 94 7 13 163 42 203 2.91e-06 45.8 WP_081612908.1 WP_081612908.1 100 253 0 0 1 253 1 253 2.59e-191 521 WP_149493237.1 WP_149493237.1 100 281 0 0 1 281 1 281 3.64e-196 536 MBO9347542.1 MBO9347542.1 100 404 0 0 1 404 1 404 6.03e-298 803 WP_078336203.1 WP_078336203.1 100 458 0 0 1 458 1 458 0.0 912 XP_012676239.1 XP_012676239.1 100 315 0 0 1 315 1 315 4.42e-230 624 OGN55943.1 OGN55943.1 100 196 0 0 1 196 1 196 1.77e-138 383 VEH65358.1 VEH65358.1 100 40 0 0 1 40 1 40 2.56e-27 90.1 UNI03201.1 UNI03201.1 100 4378 0 0 1 4378 1 4378 0.0 7762 UNI03201.1 UFM00670.1 91.6 4379 368 1 1 4378 27 4405 0.0 7740 UNI03201.1 UEC68750.1 91.6 4379 368 1 1 4378 27 4405 0.0 7738 UNI03201.1 QZU16279.1 91.6 4375 365 1 1 4374 27 4401 0.0 7737 UNI03201.1 UBD95131.1 91.6 4375 365 1 1 4374 27 4401 0.0 7735 UNI03201.1 UHM53165.1 91.6 4379 368 1 1 4378 27 4405 0.0 7735 UNI03201.1 UFM02602.1 91.6 4379 368 1 1 4378 27 4405 0.0 7735 UNI03201.1 QTD03487.1 91.5 4379 373 1 1 4378 27 4405 0.0 7734 UNI03201.1 QXR94354.1 91.5 4378 372 1 1 4378 27 4402 0.0 7728 UNI03201.1 QWC83326.1 91.5 4375 370 1 1 4374 27 4401 0.0 7728 UNI03201.1 UEC52718.1 91.5 4375 369 1 1 4374 27 4401 0.0 7727 UNI03201.1 QTM79632.1 91.4 4378 375 1 1 4378 27 4402 0.0 7726 UNI03201.1 QSZ25555.1 91.5 4375 372 1 1 4374 27 4401 0.0 7726 UNI03201.1 ULA23837.2 91.5 4378 371 2 1 4378 27 4401 0.0 7724 UNI03201.1 UPP41269.1 91.4 4378 373 1 1 4378 27 4402 0.0 7724 UNI03201.1 UBL45068.1 91.4 4379 374 1 1 4378 27 4405 0.0 7723 UNI03201.1 WEU87158.1 91.5 4375 372 1 1 4374 27 4401 0.0 7723 UNI03201.1 UIR12670.1 91.5 4374 369 2 1 4374 27 4397 0.0 7722 UNI03201.1 QTZ27226.1 91.3 4378 377 1 1 4378 27 4402 0.0 7721 UNI03201.1 USR14792.1 91.4 4378 374 1 1 4378 27 4402 0.0 7721 UNI03201.1 QVD87869.1 91.5 4374 371 1 1 4374 27 4398 0.0 7721 UNI03201.1 UBP50947.1 91.5 4375 373 1 1 4374 27 4401 0.0 7720 UNI03201.1 UZO53924.1 91.5 4374 371 1 1 4374 27 4398 0.0 7720 UNI03201.1 UKN67998.1 91.5 4374 370 2 1 4374 7 4377 0.0 7720 UNI03201.1 UXH94526.1 91.4 4378 372 2 1 4378 27 4401 0.0 7720 UNI03201.1 UVB16817.1 91.5 4374 371 1 1 4374 27 4398 0.0 7719 UNI03201.1 URQ55824.1 91.4 4374 372 1 1 4374 27 4398 0.0 7718 UNI03201.1 UMF87224.1 91.0 4374 392 2 1 4374 27 4397 0.0 7711 UNI03201.1 UPA83906.1 91.4 4374 373 2 1 4374 27 4397 0.0 7711 UNI03201.1 UVI10561.1 94.6 4373 232 1 2 4374 1 4371 0.0 7694 UNI03201.1 UKU68032.1 91.1 4378 385 2 1 4378 27 4401 0.0 7692 UNI03201.1 UBR86455.1 91.1 4375 390 1 1 4374 26 4400 0.0 7645 UNI03201.1 UAQ80067.1 91.3 4375 379 1 1 4374 27 4401 0.0 7625 UNI03201.1 WHE12941.1 91.7 4374 361 1 1 4374 1 4372 0.0 7603 UNI03201.1 UCP77012.1 90.6 4375 412 1 1 4374 27 4401 0.0 7596 UNI03201.1 UFA30503.1 96.5 4340 149 1 1 4339 1 4340 0.0 7589 UNI03201.1 UGB98301.1 93.8 4379 271 1 1 4378 27 4405 0.0 7568 UNI03201.1 UCP72061.1 90.0 4375 438 1 1 4374 27 4401 0.0 7562 UNI03201.1 UXX67934.1 89.9 4374 438 1 1 4374 27 4398 0.0 7559 UNI03201.1 UJV88611.1 89.5 4378 457 2 1 4378 27 4401 0.0 7529 UNI03201.1 UOU30556.1 89.5 4374 457 1 1 4374 27 4398 0.0 7515 UNI03201.1 UJJ97602.1 89.4 4378 463 2 1 4378 27 4401 0.0 7513 UNI03201.1 UGA79226.1 89.9 4375 442 1 1 4374 27 4401 0.0 7512 UNI03201.1 UJS94137.1 90.6 4299 399 2 80 4378 1 4296 0.0 7488 UNI03201.1 ULB83374.1 88.3 4378 510 2 1 4378 27 4401 0.0 7398 UNI03201.1 UEX07109.1 91.3 4379 381 1 1 4378 1 4379 0.0 7119 UNI03201.1 QRX02582.1 90.9 4072 370 1 1 4071 27 4098 0.0 7109 UNI03201.1 UJT06733.1 85.8 4374 618 2 1 4374 27 4397 0.0 7106 UNI03201.1 WGP70063.1 88.1 4343 514 1 1 4342 27 4369 0.0 7103 UNI03201.1 UMA88644.1 85.4 4374 635 2 1 4374 6 4376 0.0 7025 UNI03201.1 WEI27974.1 86.3 4378 597 1 1 4378 27 4402 0.0 7017 UNI03201.1 WGP98278.1 85.8 4338 616 1 1 4337 27 4364 0.0 6779 UNI03201.1 URP80785.1 80.8 4377 838 1 2 4378 1 4375 0.0 6276 UNI03201.1 WAS49087.1 77.6 4374 979 1 1 4374 27 4398 0.0 6165 UNI03201.1 UPB00876.1 80.1 4377 869 1 2 4378 1 4375 0.0 5948 UNI03201.1 UYE49180.1 69.1 4378 1351 1 1 4378 27 4402 0.0 5349 UNI03201.1 WGQ72821.1 68.9 4343 1349 1 1 4342 2 4344 0.0 4790 XP_008997370.1 XP_008997370.1 100 124 0 0 1 124 1 124 4.00e-91 257 XP_018358059.1 XP_018358059.1 100 558 0 0 1 558 1 558 1.48e-300 823 MWD28632.1 MWD28632.1 100 321 0 0 1 321 1 321 2.57e-232 630 MCF6148530.1 MCF6148530.1 100 443 0 0 1 443 1 443 0.0 882 MCF6148530.1 WP_241812465.1 37.9 406 240 5 25 424 200 599 6.26e-92 289 RSL59427.1 RSL59427.1 100 486 0 0 1 486 1 486 0.0 908 RSL59427.1 CZT45482.1 35.8 400 217 4 63 424 89 486 2.13e-70 239 RSL59427.1 XP_023589550.1 36.3 369 225 5 63 425 98 462 7.32e-66 226 RSL59427.1 GEU53557.1 35.0 371 229 6 66 428 101 467 1.26e-65 220 RSL59427.1 MBA0549662.1 30.7 371 251 4 59 428 18 383 3.86e-58 195 RSL59427.1 NQR19375.1 34.8 351 222 5 63 409 3 350 5.59e-58 196 RSL59427.1 XP_055095726.1 30.9 411 209 9 86 421 209 619 3.53e-44 163 RSL59427.1 ERE79785.1 27.8 395 196 9 62 423 125 463 1.10e-34 134 MBW8896250.1 MBW8896250.1 100 236 0 0 1 236 1 236 1.32e-171 470 MBW8896250.1 MCS7015141.1 33.9 127 78 2 12 137 1 122 9.73e-14 68.2 VGP03367.1 VGP03367.1 100 1012 0 0 1 1012 1 1012 0.0 1992 GAX21055.1 GAX21055.1 100 229 0 0 1 229 1 229 2.90e-167 458 MBF0248932.1 MBF0248932.1 100 61 0 0 1 61 1 61 4.58e-41 126 MBF0248932.1 MBU4432787.1 38.9 54 33 0 4 57 158 211 1.68e-08 46.6 XP_056374717.1 XP_056374717.1 100 2765 0 0 1 2765 1 2765 0.0 5483 MBM3921745.1 MBM3921745.1 100 243 0 0 1 243 1 243 4.13e-183 499 MBL8834799.1 MBL8834799.1 100 462 0 0 1 462 1 462 0.0 917 WP_089608892.1 WP_089608892.1 100 464 0 0 1 464 1 464 0.0 906 WP_089608892.1 OGD85943.1 37.7 215 112 7 267 463 5 215 5.51e-33 122 MCA0387421.1 MCA0387421.1 100 317 0 0 1 317 1 317 1.23e-237 644 MCA0387421.1 MBP1746912.1 24.7 360 212 10 1 307 1 354 5.03e-20 88.6 WP_183433527.1 WP_183433527.1 100 259 0 0 1 259 1 259 9.21e-179 490 WP_049682576.1 WP_049682576.1 100 209 0 0 1 209 1 209 3.50e-140 388 EHL1725675.1 EHL1725675.1 100 224 0 0 1 224 1 224 2.66e-156 430 EFQ4765027.1 EFQ4765027.1 100 920 0 0 1 920 1 920 0.0 1869 EFQ4765027.1 ECI3309320.1 100 888 0 0 1 888 1 888 0.0 1804 EFQ4765027.1 EEY3543156.1 73.7 949 221 3 1 920 1 949 0.0 1443 EFQ4765027.1 EEO7917989.1 70.4 922 265 3 1 920 1 916 0.0 1342 EFQ4765027.1 WP_137512405.1 79.0 366 77 0 1 366 1 366 2.33e-217 618 EFQ4765027.1 EJQ6627878.1 77.8 361 79 1 365 724 1 361 6.66e-202 578 EFQ4765027.1 WP_181865219.1 84.2 303 47 1 312 613 1 303 8.23e-186 535 EFQ4765027.1 WP_154599351.1 33.4 709 434 17 4 696 10 696 2.57e-110 364 EFQ4765027.1 WP_042959984.1 77.2 101 23 0 103 203 1 101 2.56e-47 162 EFQ4765027.1 EEV0504409.1 61.4 57 22 0 864 920 1 57 7.84e-16 77.0 WP_027489832.1 WP_027489832.1 100 377 0 0 1 377 1 377 1.83e-235 643 WP_226904802.1 WP_226904802.1 100 347 0 0 1 347 1 347 2.96e-251 681 WP_226904802.1 RUU66461.1 51.8 253 121 1 25 277 82 333 1.52e-79 246 WP_226904802.1 WP_098952357.1 44.8 297 163 1 22 317 3 299 4.48e-76 235 WP_226904802.1 MBQ3864274.1 48.9 276 132 6 46 317 33 303 1.38e-75 234 WP_226904802.1 WP_192324556.1 48.7 279 142 1 19 296 315 593 2.23e-74 239 WP_226904802.1 MBU5353226.1 44.6 258 142 1 22 279 4 260 3.52e-72 225 WP_226904802.1 WP_227059655.1 48.8 256 131 0 22 277 317 572 5.41e-71 231 WP_226904802.1 WP_107894076.1 37.8 291 167 5 45 325 21 307 2.50e-57 187 WP_226904802.1 WP_066083732.1 35.3 334 191 8 21 344 5 323 4.47e-57 187 WP_226904802.1 WP_109219819.1 32.0 228 146 4 49 276 33 251 1.67e-31 120 WP_226904802.1 WP_071876418.1 27.8 241 156 6 23 260 4 229 2.86e-20 90.1 WP_226904802.1 WP_276362074.1 30.0 260 137 8 22 260 4 239 6.29e-20 86.3 WP_226904802.1 WP_041481207.1 28.4 169 92 5 56 211 360 512 1.03e-05 45.4 KFX48203.1 KFX48203.1 100 1267 0 0 1 1267 1 1267 0.0 2245 KFX48203.1 EDN57974.1 33.6 562 310 13 687 1225 398 919 1.73e-70 255 KFX48203.1 TAL20232.1 30.7 512 220 7 681 1188 222 602 3.11e-60 217 KFX48203.1 MCH5250214.1 30.5 521 300 12 686 1183 186 667 2.06e-58 216 KFX48203.1 WP_138482356.1 30.5 537 221 14 649 1182 386 773 3.99e-49 187 KFX48203.1 WP_007356512.1 38.7 292 152 5 681 947 736 1025 6.74e-45 176 KFX48203.1 WP_261733022.1 33.5 349 207 6 603 944 183 513 1.79e-41 162 KFX48203.1 MBQ1868746.1 26.7 536 244 12 681 1210 257 649 1.16e-40 159 KFX48203.1 WP_076194242.1 36.0 239 137 6 691 927 238 462 2.08e-32 130 KFX48203.1 MBN8606766.1 35.1 239 134 4 682 913 574 798 1.20e-30 129 KFX48203.1 WP_200037957.1 32.9 249 148 8 672 914 1000 1235 2.39e-24 109 KFX48203.1 XP_001454078.1 26.4 261 172 6 689 940 217 466 1.58e-17 86.3 KFX48203.1 EJF06804.1 35.9 117 70 2 1077 1191 3 116 1.05e-11 65.9 KFX48203.1 WP_212961195.1 28.3 106 73 1 1077 1182 715 817 2.57e-07 53.5 KFX48203.1 MBP1530348.1 25.2 115 80 1 1077 1191 4 112 5.06e-07 50.4 KFX48203.1 WP_188888464.1 28.0 118 76 3 1077 1191 5 116 1.83e-05 45.8 WP_232719809.1 WP_232719809.1 100 324 0 0 1 324 1 324 4.38e-255 688 WP_110581055.1 WP_110581055.1 100 318 0 0 1 318 1 318 3.46e-224 610 WP_110581055.1 WP_179032033.1 47.4 312 158 2 5 313 5 313 2.66e-89 268 WP_027004648.1 WP_027004648.1 100 449 0 0 1 449 1 449 4.63e-318 858 OGO39675.1 OGO39675.1 100 207 0 0 1 207 1 207 1.84e-159 437 OGO39675.1 WP_128788759.1 48.8 203 99 2 6 207 3 201 1.66e-68 206 OGO39675.1 WP_215615491.1 44.5 182 101 0 24 205 38 219 2.70e-59 184 RZN15559.1 RZN15559.1 100 194 0 0 1 194 1 194 1.29e-130 363 MCH8479059.1 MCH8479059.1 100 545 0 0 1 545 1 545 0.0 1090 MCH8479059.1 NWR36449.1 29.0 531 278 15 25 522 54 518 2.78e-40 153 WP_224419934.1 WP_224419934.1 100 575 0 0 1 575 1 575 0.0 1083 WP_224419934.1 MBD58399.1 42.5 576 317 7 8 575 5 574 2.53e-142 422 KAJ3544539.1 KAJ3544539.1 100 1165 0 0 1 1165 1 1165 0.0 2287 KAJ3544539.1 KOS38468.1 40.7 54 31 1 714 766 1 54 7.93e-04 40.0 MBP7023394.1 MBP7023394.1 100 154 0 0 1 154 1 154 6.59e-109 305 AFA24308.1 AFA24308.1 100 212 0 0 1 212 1 212 6.33e-149 410 AFA24308.1 ADW49125.1 94.8 211 11 0 2 212 1 211 4.43e-142 393 AFA24308.1 QUA05739.1 93.7 205 13 0 1 205 8 212 4.04e-136 378 AFA24308.1 AFA09475.1 94.6 205 11 0 8 212 1 205 1.28e-135 377 AFA24308.1 AVM35379.1 88.6 211 24 0 2 212 4 214 1.19e-133 372 AFA24308.1 ADJ35581.1 81.6 212 39 0 1 212 9 220 7.46e-127 355 AFA24308.1 QUQ06080.1 81.6 212 39 0 1 212 8 219 2.06e-126 354 AFA24308.1 AWS34156.1 83.4 211 35 0 2 212 9 219 6.89e-125 350 AFA24308.1 ABQ63546.1 82.9 211 36 0 2 212 8 218 1.34e-124 349 AFA24308.1 AHK62764.1 76.8 211 49 0 2 212 5 215 2.91e-115 326 AFA24308.1 AAX94106.1 89.4 189 20 0 24 212 1 189 5.84e-115 333 AFA24308.1 AMA90994.1 84.7 189 29 0 2 190 9 197 2.32e-111 315 AFA24308.1 AOR13807.1 77.3 198 45 0 3 200 1 198 9.31e-109 308 AFA24308.1 AKT58828.1 81.3 187 35 0 2 188 9 195 2.80e-107 305 AFA24308.1 UZF38514.1 70.9 206 60 0 7 212 1 206 2.75e-105 300 AFA24308.1 AOQ89457.1 81.0 184 35 0 1 184 4 187 1.66e-104 297 AFA24308.1 AXZ65741.1 78.3 180 39 0 2 181 9 188 1.28e-99 285 AFA24308.1 AGI15931.1 68.0 206 66 0 1 206 1 206 5.55e-98 281 AFA24308.1 AKA56406.1 70.3 195 51 2 1 193 8 197 1.42e-91 265 AFA24308.1 AHH30646.1 78.0 168 35 2 25 192 6 171 6.81e-84 244 AFA24308.1 ACE88666.1 83.6 140 23 0 73 212 1 140 7.60e-80 233 AFA24308.1 APC24336.1 74.1 112 29 0 101 212 1 112 7.46e-50 164 TDB69252.1 TDB69252.1 100 327 0 0 1 327 1 327 6.88e-240 650 WP_125093116.1 WP_125093116.1 100 836 0 0 1 836 1 836 0.0 1661 WP_042650033.1 WP_042650033.1 100 249 0 0 1 249 1 249 1.47e-170 468 WP_042650033.1 WP_087085326.1 34.6 260 155 2 1 249 1 256 1.33e-38 133 WP_042650033.1 WP_281054160.1 31.2 247 160 4 5 246 8 249 2.28e-30 112 WP_042650033.1 MBG6287041.1 35.0 243 154 3 5 247 14 252 1.23e-29 110 WP_042650033.1 WP_183882442.1 32.3 235 140 4 5 239 4 219 5.79e-25 97.4 WP_042650033.1 WP_251593142.1 30.5 259 161 3 5 248 5 259 7.06e-22 89.7 WP_042650033.1 WP_262401812.1 34.2 158 100 3 90 246 1 155 4.87e-17 74.3 WP_042650033.1 MBQ9647935.1 27.5 255 174 2 5 248 5 259 2.20e-16 74.7 WP_042650033.1 WP_063302373.1 26.9 193 133 2 3 187 2 194 8.38e-10 56.2 HDZ79728.1 HDZ79728.1 100 116 0 0 1 116 1 116 1.68e-86 245 VAI76478.1 VAI76478.1 100 922 0 0 1 922 1 922 0.0 1848 KAF3789931.1 KAF3789931.1 100 174 0 0 1 174 1 174 1.23e-116 326 XP_011775823.1 XP_011775823.1 100 100 0 0 1 100 1 100 1.69e-65 191 WP_256314628.1 WP_256314628.1 100 256 0 0 1 256 1 256 5.46e-199 541 WP_275700142.1 WP_275700142.1 100 55 0 0 1 55 1 55 3.89e-35 110 MBQ7792117.1 MBQ7792117.1 100 107 0 0 1 107 1 107 3.55e-68 198 MCK3776214.1 MCK3776214.1 100 230 0 0 1 230 1 230 2.05e-172 471 GAW04005.1 GAW04005.1 100 493 0 0 1 493 1 493 0.0 982 XP_016849932.1 XP_016849932.1 100 728 0 0 1 728 1 728 0.0 1397 WP_163496825.1 WP_163496825.1 100 393 0 0 1 393 1 393 5.07e-289 780 WP_163496825.1 MCK5056842.1 32.1 374 233 9 26 392 24 383 1.65e-47 164 KAF2999697.1 KAF2999697.1 100 463 0 0 1 463 1 463 0.0 949 KAF2999697.1 XP_055296131.1 39.6 48 25 1 123 166 104 151 5.36e-04 38.9 EXB75938.1 EXB75938.1 100 221 0 0 1 221 1 221 2.79e-161 442 NLT72898.1 NLT72898.1 100 185 0 0 1 185 1 185 5.75e-125 348 NLT72898.1 NLV68328.1 47.5 183 96 0 1 183 1 183 9.76e-61 185 NLT72898.1 NLK90780.1 48.6 181 93 0 4 184 4 184 4.25e-57 176 NLT72898.1 MBD3769330.1 44.6 177 98 0 8 184 7 183 3.33e-51 161 WP_265907929.1 WP_265907929.1 100 383 0 0 1 383 1 383 1.75e-284 768 AML78558.1 AML78558.1 100 480 0 0 1 480 1 480 0.0 970 WP_043919642.1 WP_043919642.1 100 197 0 0 1 197 1 197 3.73e-145 400 MBE6455882.1 MBE6455882.1 100 314 0 0 1 314 1 314 4.13e-239 647 MBE6455882.1 KXZ65002.1 45.9 85 46 0 184 268 10 94 4.02e-18 78.2 MBE6455882.1 MBR6417349.1 36.2 58 35 1 196 253 16 71 4.47e-04 38.1 MBK8805244.1 MBK8805244.1 100 376 0 0 1 376 1 376 4.54e-272 736 MCI4494966.1 MCI4494966.1 100 68 0 0 1 68 1 68 3.38e-46 139 CAH8302172.1 CAH8302172.1 100 217 0 0 1 217 1 217 3.06e-138 384 TPR01788.1 TPR01788.1 100 396 0 0 1 396 1 396 4.32e-287 775 UHH56899.1 UHH56899.1 100 85 0 0 1 85 1 85 2.82e-23 83.2 UHH56899.1 UJR03683.1 97.4 39 1 0 1 39 1 39 1.95e-20 77.0 MBI5835246.1 MBI5835246.1 100 1111 0 0 1 1111 1 1111 0.0 2317 HIR73384.1 HIR73384.1 100 288 0 0 1 288 1 288 1.30e-213 580 NTU59162.1 NTU59162.1 100 246 0 0 1 246 1 246 7.33e-174 476 HIO39972.1 HIO39972.1 100 290 0 0 1 290 1 290 9.14e-215 583 MBW2003542.1 MBW2003542.1 100 45 0 0 1 45 1 45 5.70e-24 82.0 MBN1566249.1 MBN1566249.1 100 342 0 0 1 342 1 342 3.72e-247 670 MBN1566249.1 WP_255519487.1 36.9 312 184 8 20 321 7 315 2.05e-55 182 MBN1566249.1 MBO1529847.1 31.0 352 213 15 1 341 5 337 1.14e-32 122 MBN1566249.1 WP_164585387.1 30.4 329 200 12 1 314 1 315 7.24e-30 115 XP_024910805.1 XP_024910805.1 100 882 0 0 1 882 1 882 0.0 1556 XP_008531547.1 XP_008531547.1 100 587 0 0 1 587 1 587 0.0 1174 NP_001375225.1 NP_001375225.1 100 821 0 0 1 821 1 821 0.0 1627 NP_001375225.1 XP_053257159.1 80.3 761 121 4 1 732 1 761 0.0 1164 KNE87310.1 KNE87310.1 100 157 0 0 1 157 1 157 7.66e-114 317 MAT55784.1 MAT55784.1 100 115 0 0 1 115 1 115 8.06e-80 228 WP_256825141.1 WP_256825141.1 100 150 0 0 1 150 1 150 1.90e-97 275 WP_200287444.1 WP_200287444.1 100 440 0 0 1 440 1 440 0.0 938 WP_200287444.1 WP_210569664.1 36.4 439 230 13 26 439 19 433 3.25e-61 203 MBW1759047.1 MBW1759047.1 100 326 0 0 1 326 1 326 2.38e-235 639 MBW1759047.1 WP_271563639.1 31.6 155 99 3 94 242 129 282 9.85e-14 69.7 WP_101936735.1 WP_101936735.1 100 320 0 0 1 320 1 320 8.28e-233 632 WP_101936735.1 WP_210212399.1 34.9 318 206 1 1 317 1 318 1.01e-57 187 WP_101936735.1 MBY7817199.1 26.7 300 211 5 21 316 27 321 3.94e-30 115 WP_101936735.1 WP_119938117.1 33.3 99 66 0 218 316 172 270 4.34e-11 60.8 WP_101936735.1 WP_069367753.1 27.9 147 83 4 170 316 149 272 2.18e-08 52.8 EAE5693959.1 EAE5693959.1 100 376 0 0 1 376 1 376 2.80e-119 355 EHQ4925811.1 EHQ4925811.1 100 175 0 0 1 175 1 175 4.61e-117 327 WP_055143902.1 WP_055143902.1 100 150 0 0 1 150 1 150 1.39e-99 281 MCL2259531.1 MCL2259531.1 100 79 0 0 1 79 1 79 9.13e-58 169 USW54809.1 USW54809.1 100 309 0 0 1 309 1 309 6.17e-218 593 WP_109103107.1 WP_109103107.1 100 142 0 0 1 142 1 142 6.04e-97 273 MCJ7630170.1 MCJ7630170.1 100 66 0 0 1 66 1 66 1.08e-39 123 MCJ7630170.1 WP_057651690.1 58.3 36 15 0 4 39 49 84 1.09e-06 42.0 MCJ7630170.1 MBG6287041.1 44.9 49 27 0 4 52 15 63 1.33e-05 38.9 MBR3543702.1 MBR3543702.1 100 580 0 0 1 580 1 580 0.0 949 KAH7333078.1 KAH7333078.1 100 240 0 0 1 240 1 240 1.31e-164 452 KAA0785577.1 KAA0785577.1 100 247 0 0 1 247 1 247 9.73e-184 501 KAA0785577.1 EAG5222239.1 54.3 247 111 2 1 245 1 247 3.94e-88 259 KAA0785577.1 WP_216576398.1 42.0 245 141 1 1 245 1 244 1.63e-59 187 WP_191097707.1 WP_191097707.1 100 195 0 0 1 195 1 195 5.10e-142 392 WP_270933235.1 WP_270933235.1 100 358 0 0 1 358 1 358 3.99e-266 719 MBO4823235.1 MBO4823235.1 100 105 0 0 1 105 1 105 1.64e-72 209 XP_028368138.1 XP_028368138.1 100 461 0 0 1 461 1 461 0.0 874 BBM58963.1 BBM58963.1 100 195 0 0 1 195 1 195 3.86e-137 379 NXE29491.1 NXE29491.1 100 58 0 0 1 58 1 58 2.97e-38 119 NXE29491.1 WP_091276063.1 56.4 39 17 0 19 57 6 44 1.03e-07 41.6 MBQ7135263.1 MBQ7135263.1 100 678 0 0 1 678 1 678 0.0 1329 KAF3668984.1 KAF3668984.1 100 119 0 0 1 119 1 119 3.35e-92 259 NQU12192.1 NQU12192.1 100 191 0 0 1 191 1 191 2.00e-137 380 WP_247359483.1 WP_247359483.1 100 337 0 0 1 337 1 337 5.08e-247 669 WP_160762600.1 WP_160762600.1 100 466 0 0 1 466 1 466 0.0 930 WP_160762600.1 WP_096277301.1 29.5 444 277 13 46 466 30 460 3.01e-49 173 VVA34975.1 VVA34975.1 100 224 0 0 1 224 1 224 1.95e-158 436 WP_062791926.1 WP_062791926.1 100 675 0 0 1 675 1 675 0.0 1262 WP_062791926.1 WP_243890777.1 28.3 626 361 12 63 674 43 594 2.95e-55 197 EBW1672033.1 EBW1672033.1 100 1219 0 0 1 1219 1 1219 0.0 1774 EBW1672033.1 EIW7596561.1 85.2 1219 151 4 1 1219 1 1190 0.0 1551 MBP7948257.1 MBP7948257.1 100 382 0 0 1 382 1 382 2.50e-288 777 MBP7948257.1 MCC7351004.1 32.5 372 229 8 1 356 1 366 6.49e-56 186 MBQ2895174.1 MBQ2895174.1 100 497 0 0 1 497 1 497 0.0 984 MBQ2895174.1 WP_278084771.1 28.2 294 144 10 208 497 362 592 1.11e-14 75.1 MBQ2895174.1 OHA02323.1 25.8 279 144 7 228 497 162 386 1.05e-12 68.6 MBQ2895174.1 VAX76432.1 24.3 259 137 7 179 428 122 330 5.39e-11 63.2 KAJ2681556.1 KAJ2681556.1 100 452 0 0 1 452 1 452 8.68e-320 863 MCB0919686.1 MCB0919686.1 100 174 0 0 1 174 1 174 2.80e-122 340 MCB0919686.1 WP_209377953.1 35.3 150 85 5 10 157 3 142 1.02e-17 74.7 MBL0967454.1 MBL0967454.1 100 336 0 0 1 336 1 336 2.80e-239 649 MBL0967454.1 WP_254218450.1 53.9 330 152 0 1 330 184 513 2.86e-116 344 MBL0967454.1 EEJ0015338.1 39.6 331 188 4 5 326 98 425 4.62e-69 220 MBL0967454.1 AAL18389.1 30.5 348 219 8 1 327 10 355 4.94e-36 132 MBK6016805.1 MBK6016805.1 100 100 0 0 1 100 1 100 1.50e-59 176 HAT8492399.1 HAT8492399.1 100 368 0 0 1 368 1 368 9.33e-261 706 HAT8492399.1 PWC90347.1 37.9 359 216 4 14 366 19 376 4.99e-77 240 HAT8492399.1 WP_095648367.1 30.2 202 136 3 166 367 214 410 2.06e-24 102 WP_226831873.1 WP_226831873.1 100 532 0 0 1 532 1 532 4.57e-305 832 WP_145765032.1 WP_145765032.1 100 206 0 0 1 206 1 206 1.69e-150 414 EFN6096987.1 EFN6096987.1 100 101 0 0 1 101 1 101 1.27e-74 214 WP_245437884.1 WP_245437884.1 100 147 0 0 1 147 1 147 2.16e-106 298 MBP3694442.1 MBP3694442.1 100 405 0 0 1 405 1 405 7.19e-311 836 KKP93192.1 KKP93192.1 100 130 0 0 1 130 1 130 5.57e-85 242 KKP93192.1 MBR4471080.1 50.4 129 47 3 3 130 6 118 8.39e-31 105 KKP93192.1 TDM00308.1 45.3 128 54 1 2 129 3 114 3.32e-27 95.9 WP_031101924.1 WP_031101924.1 100 1206 0 0 1 1206 1 1206 0.0 2420 WP_150277740.1 WP_150277740.1 100 394 0 0 1 394 1 394 7.99e-282 762 WP_150277740.1 MCC2111968.1 49.0 388 186 4 7 390 23 402 2.64e-107 320 XP_005100439.2 XP_005100439.2 100 1098 0 0 1 1098 1 1098 0.0 1655 GER25411.1 GER25411.1 100 115 0 0 1 115 1 115 3.29e-79 226 XP_004697524.1 XP_004697524.1 100 333 0 0 1 333 1 333 1.30e-247 670 MBE6787267.1 MBE6787267.1 100 187 0 0 1 187 1 187 5.33e-131 363 MBE6787267.1 MCH2678216.1 36.0 175 102 6 1 172 1 168 8.64e-24 91.3 WP_057732191.1 WP_057732191.1 100 294 0 0 1 294 1 294 5.60e-202 551 WP_057732191.1 MBQ8156531.1 41.4 222 116 4 7 218 5 222 1.60e-43 148 WP_057732191.1 WP_253195963.1 37.3 169 104 1 26 194 31 197 1.91e-31 117 MCF6194916.1 MCF6194916.1 100 423 0 0 1 423 1 423 7.05e-318 855 WP_226866106.1 WP_226866106.1 100 463 0 0 1 463 1 463 7.99e-320 866 NGQ14502.1 NGQ14502.1 100 101 0 0 1 101 1 101 3.13e-66 192 MBQ7713804.1 MBQ7713804.1 100 60 0 0 1 60 1 60 1.19e-38 120 WP_079712214.1 WP_079712214.1 100 287 0 0 1 287 1 287 1.06e-207 565 KAI8478671.1 KAI8478671.1 100 106 0 0 1 106 1 106 1.83e-74 214 MBQ2559410.1 MBQ2559410.1 100 445 0 0 1 445 1 445 1.14e-316 854 WP_072851907.1 WP_072851907.1 100 88 0 0 1 88 1 88 1.09e-60 177 WP_211555180.1 WP_211555180.1 100 233 0 0 1 233 1 233 7.32e-163 447 WP_211555180.1 MWR41881.1 36.6 153 96 1 19 170 44 196 3.42e-26 100 WP_211555180.1 MCP5262709.1 31.9 210 130 7 19 216 21 229 1.51e-19 84.0 WP_211555180.1 WP_206363707.1 30.9 220 136 6 19 227 34 248 9.67e-17 75.5 WP_211555180.1 WP_276362074.1 26.5 215 141 2 15 214 16 228 1.52e-16 74.7 WP_211555180.1 MBQ9964693.1 33.7 181 96 4 17 197 15 171 2.39e-16 72.8 WP_211555180.1 WP_247749043.1 27.5 218 136 7 12 216 367 575 6.06e-16 74.7 WP_211555180.1 WP_192324556.1 30.3 218 126 8 19 214 33 246 6.13e-16 74.7 WP_211555180.1 WP_227059655.1 29.5 227 134 8 23 227 41 263 2.06e-15 73.2 WP_211555180.1 WP_150396769.1 27.7 206 139 3 15 214 36 237 8.67e-15 71.2 WP_211555180.1 WP_131166802.1 32.4 188 115 5 22 197 29 216 1.44e-14 70.1 WP_211555180.1 WAY96880.1 30.2 162 102 5 15 170 1 157 1.46e-14 68.2 WP_211555180.1 GLY24463.1 31.6 212 129 8 19 216 24 233 6.24e-14 68.2 WP_211555180.1 MCH4209672.1 30.8 201 105 7 34 225 413 588 1.53e-12 64.7 WP_211555180.1 WP_066083732.1 26.2 214 143 7 17 216 24 236 3.53e-12 63.2 WP_211555180.1 WP_107894076.1 25.6 211 145 6 18 216 24 234 6.26e-12 62.4 WP_211555180.1 WP_185334683.1 28.8 170 102 6 15 170 269 433 4.22e-10 57.4 WP_211555180.1 MBK8687530.1 34.6 136 76 5 34 164 3 130 5.94e-08 50.1 MCG0239154.1 MCG0239154.1 100 478 0 0 1 478 1 478 0.0 898 WP_249839557.1 WP_249839557.1 100 360 0 0 1 360 1 360 6.81e-259 701 MBI2200351.1 MBI2200351.1 100 189 0 0 1 189 1 189 5.10e-130 361 CAC5421833.1 CAC5421833.1 100 158 0 0 1 158 1 158 1.37e-112 314 MBI1418116.1 MBI1418116.1 100 380 0 0 1 380 1 380 1.12e-274 743 WP_236663175.1 WP_236663175.1 100 220 0 0 1 220 1 220 1.44e-158 436 WP_236663175.1 MCB1857105.1 38.8 206 102 4 7 210 4 187 1.80e-27 102 MBQ7152318.1 MBQ7152318.1 100 291 0 0 1 291 1 291 7.47e-210 571 WP_136470377.1 WP_136470377.1 100 301 0 0 1 301 1 301 2.38e-236 639 WP_002682757.1 WP_002682757.1 100 433 0 0 1 433 1 433 2.20e-317 855 XP_025486240.1 XP_025486240.1 100 975 0 0 1 975 1 975 0.0 1895 PAW68992.1 PAW68992.1 100 408 0 0 1 408 1 408 7.69e-303 816 PAW68992.1 WP_250015522.1 34.8 396 235 7 2 394 8 383 1.69e-60 199 PAW68992.1 WP_210167953.1 31.3 384 220 8 12 390 4 348 2.82e-40 145 PAW68992.1 WP_064802002.1 29.1 402 253 11 8 400 11 389 5.15e-33 126 MCL6479991.1 MCL6479991.1 100 346 0 0 1 346 1 346 1.13e-259 702 MCL6479991.1 MBP8613265.1 31.9 188 114 5 28 205 186 369 2.62e-18 84.0 MCL6479991.1 WP_010997757.1 25.2 147 95 6 24 163 358 496 6.68e-10 58.5 WP_250850661.1 WP_250850661.1 100 206 0 0 1 206 1 206 8.94e-137 379 WP_250850661.1 WP_069156513.1 27.6 145 99 4 8 150 4 144 1.53e-07 48.5 WP_250850661.1 WP_186723788.1 31.0 87 55 2 39 123 36 119 6.61e-05 40.8 WP_250850661.1 HBG17616.1 32.1 106 69 3 6 109 4 108 5.61e-04 38.5 WP_282139373.1 WP_282139373.1 100 288 0 0 1 288 1 288 1.82e-204 557 PYK96819.1 PYK96819.1 100 231 0 0 1 231 1 231 2.04e-168 461 PYK96819.1 WP_194543596.1 51.6 250 93 1 1 222 1 250 4.15e-84 249 PYK96819.1 MBQ6275073.1 48.9 225 110 2 1 220 1 225 4.97e-69 216 WP_266179881.1 WP_266179881.1 100 345 0 0 1 345 1 345 1.73e-258 699 WP_266179881.1 WP_223413240.1 84.1 345 55 0 1 345 1 345 3.79e-221 604 WP_266179881.1 WP_138125503.1 43.8 338 181 6 3 335 2 335 2.09e-89 270 WP_266179881.1 WP_069697901.1 44.7 340 176 7 3 335 2 336 2.23e-88 267 WP_266179881.1 EFX2174330.1 35.5 321 200 3 3 320 5 321 1.95e-57 187 WP_266179881.1 RYY73542.1 33.3 87 56 1 66 150 79 165 6.38e-06 45.8 WP_266179881.1 CDE36962.1 31.3 64 44 0 34 97 38 101 2.56e-04 40.8 XP_033980738.1 XP_033980738.1 100 652 0 0 1 652 1 652 0.0 1052 WP_028330468.1 WP_028330468.1 100 100 0 0 1 100 1 100 4.14e-66 192 GGT63801.1 GGT63801.1 100 687 0 0 1 687 1 687 0.0 1172 GGT63801.1 WP_230519716.1 77.4 337 76 0 345 681 243 579 5.26e-182 528 GGT63801.1 MBQ3380675.1 45.3 258 128 3 428 680 1 250 8.14e-69 224 WP_048428121.1 WP_048428121.1 100 173 0 0 1 173 1 173 7.17e-129 357 WP_157749445.1 WP_157749445.1 100 1808 0 0 1 1808 1 1808 0.0 3569 KAF9450340.1 KAF9450340.1 100 312 0 0 1 312 1 312 8.84e-224 608 RHI25825.1 RHI25825.1 100 64 0 0 1 64 1 64 2.99e-45 137 PYO04262.1 PYO04262.1 100 497 0 0 1 497 1 497 0.0 985 MZQ82908.1 MZQ82908.1 100 280 0 0 1 280 1 280 1.87e-193 529 WP_278416415.1 WP_278416415.1 100 638 0 0 1 638 1 638 0.0 1277 WP_278416415.1 WP_038580218.1 40.4 666 363 9 4 635 10 675 1.39e-154 459 WP_278416415.1 MBP8718427.1 25.2 159 101 6 322 476 14 158 1.29e-06 48.5 MCP5940157.1 MCP5940157.1 100 80 0 0 1 80 1 80 1.84e-53 159 WP_046233091.1 WP_046233091.1 100 127 0 0 1 127 1 127 6.85e-89 252 WP_099711966.1 WP_099711966.1 100 366 0 0 1 366 1 366 2.42e-271 733 WP_228364598.1 WP_228364598.1 100 141 0 0 1 141 1 141 2.47e-100 282 KAF3190632.1 KAF3190632.1 100 128 0 0 1 128 1 128 7.97e-93 262 GAP55147.1 GAP55147.1 100 84 0 0 1 84 1 84 1.06e-65 190 GAP55147.1 VJO49958.1 53.0 66 31 0 8 73 3 68 1.17e-22 88.2 WP_117920451.1 WP_117920451.1 100 621 0 0 1 621 1 621 0.0 1213 WP_117920451.1 KKT55671.1 39.4 563 321 9 21 575 28 578 2.22e-128 389 WP_117920451.1 WP_086280341.1 38.1 543 308 14 21 560 17 534 2.14e-102 321 WP_117920451.1 MCJ7594907.1 55.2 250 109 2 370 616 1 250 2.15e-84 263 URN93064.1 URN93064.1 100 249 0 0 1 249 1 249 9.33e-183 499 XP_048379117.1 XP_048379117.1 100 568 0 0 1 568 1 568 0.0 1140 XP_048379117.1 KAG1590416.1 44.0 300 163 3 252 551 75 369 2.77e-82 261 XP_048379117.1 RQM16216.1 37.6 295 174 7 257 547 403 691 3.81e-54 194 XP_048379117.1 XP_029528577.1 34.9 295 186 5 255 547 28 318 1.61e-52 181 XP_048379117.1 EYU24504.1 33.0 333 163 7 250 546 179 487 2.69e-45 167 XP_048379117.1 XP_030620685.1 33.9 271 153 8 257 515 96 352 2.46e-34 133 XP_048379117.1 XP_046441060.1 33.5 260 163 5 257 515 61 311 3.18e-34 136 XP_048379117.1 XP_020321477.1 32.7 263 163 6 256 515 52 303 3.75e-34 136 XP_048379117.1 XP_048216280.1 31.1 280 170 8 261 525 24 295 2.17e-31 124 XP_048379117.1 KAH6984898.1 25.8 295 166 6 257 500 24 316 2.93e-22 99.8 XP_048379117.1 MBF1128433.1 29.3 157 105 2 318 470 70 224 1.57e-13 71.6 XP_048379117.1 MBD2210269.1 38.6 83 46 3 377 454 145 227 4.09e-09 57.4 XP_048379117.1 WP_106546380.1 36.8 87 50 3 377 458 146 232 9.30e-09 56.2 WP_215829554.1 WP_215829554.1 100 166 0 0 1 166 1 166 4.03e-118 329 HIS66173.1 HIS66173.1 100 70 0 0 1 70 1 70 4.89e-49 147 WP_068579097.1 WP_068579097.1 100 294 0 0 1 294 1 294 7.21e-214 582 WP_138524404.1 WP_138524404.1 100 246 0 0 1 246 1 246 4.74e-170 467 WP_207040866.1 WP_207040866.1 100 839 0 0 1 839 1 839 0.0 1566 XP_023744527.1 XP_023744527.1 100 192 0 0 1 192 1 192 1.52e-137 380 WP_149746544.1 WP_149746544.1 100 208 0 0 1 208 1 208 2.71e-157 431 WP_149746544.1 MBU4432787.1 37.0 211 116 5 6 206 10 213 1.85e-39 133 XP_031942702.1 XP_031942702.1 100 491 0 0 1 491 1 491 0.0 891 XP_031942702.1 KAF8917914.1 36.8 288 138 9 25 297 31 289 1.89e-53 184 WP_231208164.1 WP_231208164.1 100 181 0 0 1 181 1 181 4.69e-97 277 MCF8184263.1 MCF8184263.1 100 68 0 0 1 68 1 68 1.98e-36 115 OGK67013.1 OGK67013.1 100 85 0 0 1 85 1 85 1.71e-58 172 MCB9002045.1 MCB9002045.1 100 1145 0 0 1 1145 1 1145 0.0 2263 KAG5628805.1 KAG5628805.1 100 421 0 0 1 421 1 421 5.01e-301 813 WP_075347218.1 WP_075347218.1 100 148 0 0 1 148 1 148 1.16e-106 298 WP_075347218.1 WP_108719223.1 61.7 141 54 0 5 145 3 143 1.29e-57 174 HAV5500596.1 HAV5500596.1 100 477 0 0 1 477 1 477 0.0 933 HAV5500596.1 WP_034002239.1 30.0 403 265 4 22 410 27 426 5.23e-55 189 HAV5500596.1 WP_187788315.1 32.2 369 232 7 31 397 15 367 9.14e-42 152 WP_197903834.1 WP_197903834.1 100 220 0 0 1 220 1 220 1.50e-160 441 MBV8349295.1 MBV8349295.1 100 367 0 0 1 367 1 367 2.34e-274 741 MBV8349295.1 WP_278266677.1 40.0 335 185 4 33 367 19 337 8.52e-75 237 EBY9237686.1 EBY9237686.1 100 282 0 0 1 282 1 282 1.29e-210 572 MBR7834804.1 MBR7834804.1 100 262 0 0 1 262 1 262 1.35e-177 487 MBR7834804.1 WP_276362074.1 38.3 256 138 3 17 255 4 256 5.44e-42 142 MBR7834804.1 WP_279984614.1 30.2 235 156 1 16 242 8 242 6.87e-21 87.4 MBR7834804.1 CDZ73727.1 29.7 185 113 4 17 198 1 171 2.62e-09 54.7 MBR7834804.1 WP_125260587.1 34.4 90 49 3 158 238 836 924 1.13e-05 44.7 WP_000877275.1 WP_000877275.1 100 529 0 0 1 529 1 529 0.0 1046 WP_000877275.1 RDE30147.1 29.7 232 142 3 293 519 264 479 4.29e-25 106 MBA8802464.1 MBA8802464.1 100 203 0 0 1 203 1 203 3.24e-133 370 RPH43036.1 RPH43036.1 100 174 0 0 1 174 1 174 9.27e-112 313 PKL50735.1 PKL50735.1 100 1078 0 0 1 1078 1 1078 0.0 2067 PKL50735.1 MBF0233644.1 28.8 617 361 16 469 1062 172 733 3.11e-57 210 PKL50735.1 WP_211114623.1 26.2 546 353 13 535 1062 278 791 2.22e-43 168 PKL50735.1 WP_138482356.1 24.7 409 257 11 680 1063 401 783 8.83e-24 106 PKL50735.1 WP_074911472.1 29.4 221 133 6 862 1062 949 1166 5.52e-18 88.2 PKL50735.1 MBP1530348.1 34.2 114 72 2 949 1062 2 112 2.71e-12 65.9 PKL50735.1 WP_069156513.1 28.2 124 81 4 947 1067 1 119 2.38e-09 57.4 PKL50735.1 EJF06804.1 28.0 125 88 1 950 1072 2 126 2.80e-09 58.2 PKL50735.1 MBQ5584458.1 28.8 118 79 4 951 1067 4 117 1.08e-07 52.4 PKL50735.1 WP_256212307.1 23.2 177 116 3 737 913 13 169 3.25e-05 44.3 ECJ9372216.1 ECJ9372216.1 100 994 0 0 1 994 1 994 0.0 2023 ECJ9372216.1 GGB39876.1 56.0 979 427 4 1 977 1 977 0.0 1118 ECJ9372216.1 WP_222637261.1 55.3 971 426 5 7 971 7 975 0.0 1109 MCB9044857.1 MCB9044857.1 100 404 0 0 1 404 1 404 7.99e-303 816 MCB9044857.1 WP_196434573.1 26.5 200 135 5 195 386 149 344 3.79e-11 62.4 CAD1480611.1 CAD1480611.1 100 254 0 0 1 254 1 254 2.32e-199 541 UXX67934.1 UXX67934.1 100 7093 0 0 1 7093 1 7093 0.0 14003 UXX67934.1 UZO53924.1 99.0 7093 74 0 1 7093 1 7093 0.0 13992 UXX67934.1 UVB16817.1 99.0 7093 73 0 1 7093 1 7093 0.0 13992 UXX67934.1 URQ55824.1 99.0 7093 74 0 1 7093 1 7093 0.0 13992 UXX67934.1 QVD87869.1 98.8 7093 87 0 1 7093 1 7093 0.0 13964 UXX67934.1 QWC83326.1 98.8 7096 84 1 1 7093 1 7096 0.0 13963 UXX67934.1 UMF87224.1 98.5 7093 107 1 1 7093 1 7092 0.0 13958 UXX67934.1 WEU87158.1 98.7 7096 86 1 1 7093 1 7096 0.0 13958 UXX67934.1 QSZ25555.1 98.7 7096 88 1 1 7093 1 7096 0.0 13957 UXX67934.1 UBP50947.1 98.7 7096 89 1 1 7093 1 7096 0.0 13951 UXX67934.1 UBD95131.1 98.7 7096 91 1 1 7093 1 7096 0.0 13946 UXX67934.1 UEC52718.1 98.6 7096 94 1 1 7093 1 7096 0.0 13939 UXX67934.1 UIR12670.1 98.4 7093 111 1 1 7093 1 7092 0.0 13902 UXX67934.1 QZU16279.1 98.3 7096 115 1 1 7093 1 7096 0.0 13889 UXX67934.1 UPA83906.1 98.2 7093 128 1 1 7093 1 7092 0.0 13861 UXX67934.1 UBR86455.1 97.9 7095 149 1 2 7093 1 7095 0.0 13809 UXX67934.1 UCP72061.1 97.6 7096 166 1 1 7093 1 7096 0.0 13768 UXX67934.1 UCP77012.1 97.6 7096 167 1 1 7093 1 7096 0.0 13768 UXX67934.1 WHE12941.1 97.4 7067 186 0 27 7093 1 7067 0.0 13678 UXX67934.1 UKN67998.1 97.3 7073 190 1 21 7093 1 7072 0.0 13672 UXX67934.1 UGA79226.1 96.5 7096 243 1 1 7093 1 7096 0.0 13591 UXX67934.1 UAQ80067.1 96.1 7096 276 1 1 7093 1 7096 0.0 13503 UXX67934.1 UVI10561.1 95.5 7066 318 0 28 7093 1 7066 0.0 13364 UXX67934.1 UJT06733.1 95.3 7093 333 1 1 7093 1 7092 0.0 13353 UXX67934.1 UOU30556.1 93.9 7093 433 0 1 7093 1 7093 0.0 13123 UXX67934.1 UMA88644.1 92.3 7072 546 1 22 7093 1 7071 0.0 12674 UXX67934.1 WAS49087.1 89.7 7093 729 0 1 7093 1 7093 0.0 12387 UXX67934.1 WGP98278.1 84.1 7096 1123 1 1 7093 1 7096 0.0 11424 UXX67934.1 UPP41269.1 98.4 4398 71 0 1 4398 1 4398 0.0 8472 UXX67934.1 USR14792.1 98.4 4398 71 0 1 4398 1 4398 0.0 8471 UXX67934.1 QXR94354.1 98.2 4398 80 0 1 4398 1 4398 0.0 8452 UXX67934.1 ULA23837.2 98.2 4398 80 1 1 4398 1 4397 0.0 8451 UXX67934.1 QTM79632.1 98.1 4398 83 0 1 4398 1 4398 0.0 8450 UXX67934.1 QTD03487.1 98.1 4401 80 1 1 4398 1 4401 0.0 8450 UXX67934.1 UXH94526.1 98.1 4398 81 1 1 4398 1 4397 0.0 8447 UXX67934.1 QTZ27226.1 98.1 4398 85 0 1 4398 1 4398 0.0 8445 UXX67934.1 UFM00670.1 98.0 4401 83 1 1 4398 1 4401 0.0 8441 UXX67934.1 UEC68750.1 98.1 4401 82 1 1 4398 1 4401 0.0 8440 UXX67934.1 UHM53165.1 98.0 4401 83 1 1 4398 1 4401 0.0 8436 UXX67934.1 UFM02602.1 98.0 4401 83 1 1 4398 1 4401 0.0 8435 UXX67934.1 UBL45068.1 98.0 4401 83 1 1 4398 1 4401 0.0 8433 UXX67934.1 UKU68032.1 97.8 4398 94 1 1 4398 1 4397 0.0 8418 UXX67934.1 UJV88611.1 96.2 4398 166 1 1 4398 1 4397 0.0 8256 UXX67934.1 UJJ97602.1 96.1 4398 172 1 1 4398 1 4397 0.0 8240 UXX67934.1 UJS94137.1 97.2 4293 120 1 106 4398 1 4292 0.0 8148 UXX67934.1 ULB83374.1 95.0 4398 220 1 1 4398 1 4397 0.0 8121 UXX67934.1 UGB98301.1 92.6 4401 321 1 1 4398 1 4401 0.0 7868 UXX67934.1 QRX02582.1 98.0 4098 77 1 1 4095 1 4098 0.0 7834 UXX67934.1 WEI27974.1 92.8 4398 315 0 1 4398 1 4398 0.0 7737 UXX67934.1 UFA30503.1 91.8 4340 354 1 27 4363 1 4340 0.0 7660 UXX67934.1 WGP70063.1 90.7 4369 402 1 1 4366 1 4369 0.0 7605 UXX67934.1 UNI03201.1 89.9 4374 438 1 27 4398 1 4374 0.0 7546 UXX67934.1 UEX07109.1 88.1 4375 517 1 27 4398 1 4375 0.0 7275 UXX67934.1 URP80785.1 84.1 4371 693 0 28 4398 1 4371 0.0 6768 UXX67934.1 UYE49180.1 75.4 4398 1081 0 1 4398 1 4398 0.0 6045 UXX67934.1 UPB00876.1 75.2 4371 1085 0 28 4398 1 4371 0.0 6027 UXX67934.1 WGQ72821.1 66.0 4344 1476 1 26 4366 1 4344 0.0 4959 MBR4318777.1 MBR4318777.1 100 118 0 0 1 118 1 118 4.52e-58 173 WP_189253472.1 WP_189253472.1 100 320 0 0 1 320 1 320 5.36e-229 622 XP_001964912.1 XP_001964912.1 100 199 0 0 1 199 1 199 2.82e-141 390 WP_006895514.1 WP_006895514.1 100 280 0 0 1 280 1 280 8.74e-208 565 XP_047161348.1 XP_047161348.1 100 337 0 0 1 337 1 337 1.54e-257 696 GFZ13182.1 GFZ13182.1 100 392 0 0 1 392 1 392 3.03e-285 770 MCD4741867.1 MCD4741867.1 100 325 0 0 1 325 1 325 8.60e-233 632 WP_012105291.1 WP_012105291.1 100 106 0 0 1 106 1 106 9.46e-68 197 WP_151428268.1 WP_151428268.1 100 111 0 0 1 111 1 111 3.22e-75 216 MBG4742902.1 MBG4742902.1 100 239 0 0 1 239 1 239 2.74e-145 404 WP_199425576.1 WP_199425576.1 100 271 0 0 1 271 1 271 4.13e-197 537 WP_199425576.1 WP_263858211.1 37.8 246 149 4 21 265 15 257 1.42e-42 144 WP_199425576.1 QQO85492.1 31.4 245 152 6 20 258 14 248 5.74e-22 90.5 WP_199425576.1 WP_279838136.1 33.3 105 66 3 17 120 29 130 6.79e-13 65.5 KAA0555231.1 KAA0555231.1 100 630 0 0 1 630 1 630 0.0 1069 KAA0555231.1 WP_098923619.1 33.5 427 269 8 207 630 3 417 9.31e-65 217 KAA0555231.1 OFZ89526.1 31.6 437 266 7 207 630 4 420 1.78e-43 159 KAA0555231.1 KAJ4394429.1 28.6 465 278 13 206 630 62 512 4.40e-42 157 KAA0555231.1 NDI25889.1 34.0 291 179 5 339 624 1 283 1.05e-41 151 KAA0555231.1 WP_262612393.1 31.4 306 197 6 327 630 129 423 5.53e-38 144 KAA0555231.1 MBT3887354.1 31.6 310 185 6 333 630 25 319 1.14e-37 140 KAA0555231.1 WP_033456074.1 32.0 303 189 6 329 630 8 294 5.82e-37 138 WP_250703775.1 WP_250703775.1 100 417 0 0 1 417 1 417 2.31e-304 821 WP_250703775.1 WP_135952734.1 23.7 427 264 14 7 390 7 414 8.42e-18 83.2 WP_190024728.1 WP_190024728.1 100 94 0 0 1 94 1 94 5.64e-50 151 EJH9475741.1 EJH9475741.1 100 777 0 0 1 777 1 777 0.0 1604 EJH9475741.1 WP_184698676.1 39.3 779 437 16 13 775 8 766 2.86e-172 513 EJH9475741.1 WP_220281278.1 32.9 757 414 29 46 760 109 813 1.35e-93 308 EJH9475741.1 HCH8663031.1 30.7 758 421 26 48 760 110 808 7.55e-80 271 EJH9475741.1 HAL7851047.1 30.6 670 394 21 126 760 13 646 1.02e-72 248 EJH9475741.1 WP_014942931.1 24.4 680 426 28 76 717 103 732 5.82e-25 109 ACE85434.1 ACE85434.1 100 154 0 0 1 154 1 154 8.34e-112 312 ACE85434.1 HIP46790.1 35.5 141 89 2 9 148 1 140 1.31e-26 97.1 ACE85434.1 EBL5661155.1 27.4 73 53 0 76 148 2 74 5.48e-06 41.2 HAF83917.1 HAF83917.1 100 133 0 0 1 133 1 133 8.48e-95 267 WP_058354136.1 WP_058354136.1 100 192 0 0 1 192 1 192 3.33e-141 389 MCH2591601.1 MCH2591601.1 100 245 0 0 1 245 1 245 3.36e-174 477 MCH2591601.1 HHY51372.1 45.7 230 125 0 16 245 19 248 5.61e-71 216 MCH2591601.1 WP_016340583.1 41.7 230 127 2 17 245 6 229 2.14e-55 176 EJV3581946.1 EJV3581946.1 100 123 0 0 1 123 1 123 1.07e-90 256 WP_160893107.1 WP_160893107.1 100 92 0 0 1 92 1 92 6.15e-62 181 WP_058051508.1 WP_058051508.1 100 361 0 0 1 361 1 361 4.28e-242 659 WP_058051508.1 MBE6257848.1 40.7 327 181 4 1 318 2 324 8.44e-66 209 WP_058051508.1 WP_224911464.1 41.7 319 169 6 10 313 11 327 4.83e-53 177 WP_058051508.1 XP_046509038.1 41.0 78 43 1 178 252 930 1007 1.27e-09 58.2 WP_090991509.1 WP_090991509.1 100 114 0 0 1 114 1 114 2.23e-81 232 UDH58358.1 UDH58358.1 100 664 0 0 1 664 1 664 0.0 1307 UDH58358.1 GIR47037.1 43.8 642 332 8 5 631 5 632 4.03e-161 476 UDH58358.1 WP_251758029.1 37.2 581 331 10 1 567 4 564 2.00e-105 332 UDH58358.1 MBK3574312.1 33.8 482 290 12 4 470 9 476 1.32e-63 221 UDH58358.1 YP_009351723.1 38.0 361 207 5 76 436 17 360 2.57e-56 198 UDH58358.1 MBT3784852.1 27.7 188 121 5 224 406 187 364 7.43e-12 66.6 WP_192533765.1 WP_192533765.1 100 222 0 0 1 222 1 222 1.04e-152 421 MBR5151349.1 MBR5151349.1 100 99 0 0 1 99 1 99 3.84e-66 192 UHM53165.1 UHM53165.1 100 4405 0 0 1 4405 1 4405 0.0 8653 UHM53165.1 UFM00670.1 99.8 4405 8 0 1 4405 1 4405 0.0 8641 UHM53165.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8639 UHM53165.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UHM53165.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8636 UHM53165.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8636 UHM53165.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 UHM53165.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8628 UHM53165.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8625 UHM53165.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8624 UHM53165.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8623 UHM53165.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8620 UHM53165.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8618 UHM53165.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8615 UHM53165.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8614 UHM53165.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8609 UHM53165.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8609 UHM53165.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8609 UHM53165.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8608 UHM53165.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8607 UHM53165.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8605 UHM53165.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8605 UHM53165.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UHM53165.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8602 UHM53165.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8601 UHM53165.1 UMF87224.1 99.1 4401 37 2 1 4401 1 4397 0.0 8596 UHM53165.1 UPA83906.1 99.5 4401 18 2 1 4401 1 4397 0.0 8596 UHM53165.1 UKU68032.1 99.2 4405 30 2 1 4405 1 4401 0.0 8577 UHM53165.1 UKN67998.1 99.6 4381 15 2 21 4401 1 4377 0.0 8566 UHM53165.1 UBR86455.1 98.6 4400 60 0 2 4401 1 4400 0.0 8507 UHM53165.1 UCP77012.1 98.2 4401 79 0 1 4401 1 4401 0.0 8465 UHM53165.1 UCP72061.1 98.2 4401 81 0 1 4401 1 4401 0.0 8458 UHM53165.1 UAQ80067.1 98.0 4401 87 0 1 4401 1 4401 0.0 8447 UHM53165.1 UXX67934.1 98.0 4401 83 1 1 4401 1 4398 0.0 8443 UHM53165.1 UJV88611.1 97.6 4405 102 2 1 4405 1 4401 0.0 8415 UHM53165.1 UOU30556.1 97.6 4401 102 1 1 4401 1 4398 0.0 8400 UHM53165.1 UJJ97602.1 97.5 4405 108 2 1 4405 1 4401 0.0 8398 UHM53165.1 UGA79226.1 97.2 4401 123 0 1 4401 1 4401 0.0 8360 UHM53165.1 UJS94137.1 98.6 4300 56 2 106 4405 1 4296 0.0 8307 UHM53165.1 WHE12941.1 97.0 4375 127 1 27 4401 1 4372 0.0 8291 UHM53165.1 ULB83374.1 96.4 4405 156 2 1 4405 1 4401 0.0 8279 UHM53165.1 UVI10561.1 96.0 4374 174 1 28 4401 1 4371 0.0 8178 UHM53165.1 UGB98301.1 94.4 4405 247 0 1 4405 1 4405 0.0 8067 UHM53165.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8007 UHM53165.1 UJT06733.1 93.9 4401 264 2 1 4401 1 4397 0.0 7990 UHM53165.1 UFA30503.1 93.5 4340 281 0 27 4366 1 4340 0.0 7849 UHM53165.1 UMA88644.1 92.3 4380 335 2 22 4401 1 4376 0.0 7802 UHM53165.1 WGP70063.1 92.3 4369 336 0 1 4369 1 4369 0.0 7781 UHM53165.1 UNI03201.1 91.6 4379 368 1 27 4405 1 4378 0.0 7730 UHM53165.1 WEI27974.1 91.1 4405 388 1 1 4405 1 4402 0.0 7727 UHM53165.1 WGP98278.1 88.7 4364 495 0 1 4364 1 4364 0.0 7389 UHM53165.1 UEX07109.1 88.0 4379 525 0 27 4405 1 4379 0.0 7376 UHM53165.1 WAS49087.1 84.6 4401 673 1 1 4401 1 4398 0.0 6994 UHM53165.1 URP80785.1 82.5 4378 764 1 28 4405 1 4375 0.0 6770 UHM53165.1 UYE49180.1 76.9 4405 1014 1 1 4405 1 4402 0.0 6215 UHM53165.1 UPB00876.1 76.4 4378 1029 1 28 4405 1 4375 0.0 6170 UHM53165.1 WGQ72821.1 67.6 4344 1408 0 26 4369 1 4344 0.0 5137 WP_007747506.1 WP_007747506.1 100 544 0 0 1 544 1 544 0.0 1112 WP_007747506.1 WP_149886053.1 27.0 570 333 24 1 544 1 513 8.54e-29 118 MBN4480386.1 MBN4480386.1 100 19 0 0 1 19 1 19 2.00e-10 46.2 WP_073952834.1 WP_073952834.1 100 521 0 0 1 521 1 521 0.0 948 WP_247749043.1 WP_247749043.1 100 603 0 0 1 603 1 603 0.0 1149 WP_247749043.1 WP_060613079.1 40.0 245 143 2 354 598 339 579 1.97e-50 182 WP_247749043.1 WP_011512097.1 35.0 331 206 5 269 598 258 580 1.14e-49 180 WP_247749043.1 WP_195238978.1 34.1 249 158 4 350 598 478 720 1.35e-36 144 WP_247749043.1 MBQ8297564.1 32.0 250 163 4 354 601 328 572 1.27e-35 139 WP_247749043.1 NFD84694.1 29.0 324 207 7 282 594 443 754 4.99e-35 139 WP_247749043.1 KAI9191373.1 32.1 249 143 4 353 600 391 614 6.32e-33 133 WP_247749043.1 WAY96880.1 36.0 197 119 3 374 570 5 194 5.52e-32 120 WP_247749043.1 WP_038440434.1 31.1 238 157 3 361 598 339 569 8.71e-29 119 WP_247749043.1 OAN53756.1 31.8 220 128 7 373 579 26 236 6.81e-24 99.8 WP_247749043.1 WP_278489123.1 31.3 224 139 5 369 587 23 236 1.68e-22 96.3 WP_247749043.1 KAJ2660037.1 26.4 246 174 3 352 596 1804 2043 2.13e-22 100 WP_247749043.1 WP_098952357.1 31.0 213 136 5 373 579 30 237 2.15e-20 90.9 WP_247749043.1 WP_229319113.1 29.0 210 142 3 377 586 351 553 9.80e-20 91.3 WP_247749043.1 MXP43753.1 29.5 210 126 7 388 584 44 244 2.22e-19 86.7 WP_247749043.1 WP_192324556.1 32.1 218 131 6 371 579 342 551 2.66e-19 90.1 WP_247749043.1 WP_089246429.1 31.3 230 133 8 373 588 19 237 6.00e-19 88.6 WP_247749043.1 WP_029347391.1 31.2 218 129 7 371 576 18 226 1.63e-18 84.0 WP_247749043.1 WP_192500494.1 31.4 210 127 6 371 577 15 210 1.54e-17 82.0 WP_247749043.1 NNE23115.1 29.5 224 139 7 368 587 15 223 3.79e-17 81.6 WP_247749043.1 WP_227059655.1 29.5 237 136 7 369 585 331 556 1.27e-16 81.6 WP_247749043.1 WP_041481207.1 27.0 222 152 5 351 570 331 544 5.79e-16 79.3 WP_247749043.1 WP_152652784.1 25.2 218 150 6 370 585 17 223 1.89e-15 75.9 WP_247749043.1 WP_211555180.1 27.2 224 141 7 361 575 6 216 2.87e-15 73.9 WP_247749043.1 WP_150396769.1 29.8 218 133 8 371 579 37 243 3.86e-15 76.6 WP_247749043.1 EHR6291555.1 29.1 227 142 9 365 586 14 226 3.84e-13 70.5 WP_247749043.1 WP_142931103.1 28.0 214 122 8 377 577 279 473 1.66e-12 68.2 WP_247749043.1 WP_089095302.1 27.5 236 132 12 361 587 319 524 2.01e-11 65.1 WP_247749043.1 CDZ73727.1 24.1 237 124 7 357 573 2 202 1.45e-09 57.4 WP_247749043.1 WP_014657023.1 25.9 212 135 6 388 592 33 229 1.49e-09 58.9 WP_247749043.1 MCH4209672.1 27.6 199 123 7 370 568 394 571 6.54e-09 57.0 WP_247749043.1 MBO5162475.1 22.4 223 156 5 374 586 269 484 5.96e-06 47.4 WP_131001993.1 WP_131001993.1 100 322 0 0 1 322 1 322 4.63e-215 587 WP_131001993.1 MCL2039304.1 33.6 268 158 5 40 292 36 298 1.83e-37 134 WP_131001993.1 MBE6139600.1 26.4 284 195 6 11 287 463 739 4.94e-25 103 WP_131001993.1 SCX00186.1 28.1 185 122 4 117 291 143 326 2.09e-14 71.2 MBQ2865526.1 MBQ2865526.1 100 184 0 0 1 184 1 184 1.27e-132 367 CCZ48101.1 CCZ48101.1 100 344 0 0 1 344 1 344 4.05e-252 682 WP_088644037.1 WP_088644037.1 100 467 0 0 1 467 1 467 0.0 869 WP_088644037.1 WP_129857883.1 28.8 351 219 8 77 412 60 394 1.99e-16 79.3 WP_088644037.1 MBO8233644.1 23.5 230 143 8 210 422 159 372 3.42e-06 47.4 WP_088644037.1 MBR6403893.1 22.7 273 174 8 169 424 163 415 2.45e-04 41.6 KAI8569196.1 KAI8569196.1 100 274 0 0 1 274 1 274 1.11e-207 564 KAI8569196.1 TEA36026.1 55.0 258 109 4 12 267 69 321 9.86e-97 286 RLB66027.1 RLB66027.1 100 526 0 0 1 526 1 526 0.0 1055 RLB66027.1 WP_167959909.1 29.4 507 325 9 34 513 35 535 5.87e-54 189 RLB66027.1 NDJ88951.1 29.1 537 333 19 1 505 3 523 1.04e-40 152 RLB66027.1 WP_112119927.1 24.7 493 309 15 34 516 28 468 6.51e-35 135 RLB66027.1 WP_254101325.1 24.1 547 372 18 4 513 76 616 3.75e-24 104 RLB66027.1 WP_200941876.1 24.9 469 265 17 33 433 75 524 7.42e-13 69.3 RLB66027.1 PYB13830.1 23.1 281 190 6 170 442 3336 3598 6.56e-10 60.5 RLB66027.1 MCC5948066.1 22.3 521 329 22 1 474 91 582 5.02e-05 44.3 WP_030245666.1 WP_030245666.1 100 182 0 0 1 182 1 182 1.21e-120 337 NCY12679.1 NCY12679.1 100 376 0 0 1 376 1 376 1.39e-266 722 WP_277588386.1 WP_277588386.1 100 741 0 0 1 741 1 741 0.0 1491 WP_191131110.1 WP_191131110.1 100 372 0 0 1 372 1 372 7.88e-255 692 WP_191131110.1 WP_232306300.1 27.1 277 151 12 104 358 833 1080 1.36e-08 55.1 WP_191131110.1 WP_261802249.1 32.0 103 68 1 255 357 269 369 7.43e-07 48.9 XP_031903815.1 XP_031903815.1 100 268 0 0 1 268 1 268 2.05e-200 545 WP_230340254.1 WP_230340254.1 100 286 0 0 1 286 1 286 1.21e-192 527 WP_234278623.1 WP_234278623.1 100 337 0 0 1 337 1 337 5.15e-256 692 MCH9811988.1 MCH9811988.1 100 488 0 0 1 488 1 488 0.0 978 WP_097346712.1 WP_097346712.1 100 660 0 0 1 660 1 660 0.0 1234 WP_097346712.1 WP_158131988.1 65.8 657 223 2 4 658 2 658 7.76e-300 830 WP_097346712.1 AGL88086.1 31.2 269 171 5 390 658 29 283 7.47e-31 120 WP_097346712.1 AHK46784.1 31.7 284 174 5 390 657 40 319 1.43e-30 120 WP_097346712.1 EIU6828535.1 28.5 312 219 1 350 657 8 319 7.89e-29 115 WP_097346712.1 EAP5059555.1 30.2 278 181 7 390 658 82 355 4.59e-26 108 WP_097346712.1 PPR79666.1 28.0 268 191 2 390 655 64 331 8.20e-26 107 WP_097346712.1 WP_249991478.1 29.9 274 177 9 390 655 58 324 2.35e-25 105 MCB9527501.1 MCB9527501.1 100 159 0 0 1 159 1 159 9.19e-109 309 MCB9527501.1 SED04027.1 42.2 161 89 1 2 158 3 163 1.57e-34 120 MCB9527501.1 WP_195473821.1 39.9 143 82 1 11 149 31 173 9.48e-28 102 QQE66073.1 QQE66073.1 100 85 0 0 1 85 1 85 1.10e-63 185 WP_123608797.1 WP_123608797.1 100 264 0 0 1 264 1 264 1.81e-192 525 WP_161258623.1 WP_161258623.1 100 575 0 0 1 575 1 575 0.0 1123 WP_161258623.1 WP_255187010.1 47.1 227 114 3 301 523 150 374 4.84e-50 181 WP_161258623.1 WP_195397250.1 44.5 227 119 3 303 524 164 388 1.09e-46 171 WP_161258623.1 MBQ2017527.1 42.2 109 62 1 301 409 141 248 4.84e-20 88.2 WP_161258623.1 RCI04718.1 37.1 105 66 0 302 406 260 364 2.73e-18 85.1 OAD54734.1 OAD54734.1 100 619 0 0 1 619 1 619 0.0 1271 PIW09420.1 PIW09420.1 100 462 0 0 1 462 1 462 0.0 925 KKU20154.1 KKU20154.1 100 147 0 0 1 147 1 147 7.45e-89 253 MCF7871960.1 MCF7871960.1 100 191 0 0 1 191 1 191 1.11e-134 373 MCF7871960.1 KAF4306879.1 39.2 166 99 2 18 182 76 240 1.96e-35 123 WP_230693348.1 WP_230693348.1 100 108 0 0 1 108 1 108 1.89e-77 221 WP_230693348.1 OYU97658.1 63.9 108 39 0 1 108 1 108 1.52e-49 151 WP_238874073.1 WP_238874073.1 100 353 0 0 1 353 1 353 2.34e-251 681 WP_238874073.1 WP_098515742.1 44.9 49 27 0 15 63 1 49 3.84e-04 40.0 XP_014030939.2 XP_014030939.2 100 2004 0 0 1 2004 1 2004 0.0 3801 XP_014030939.2 XP_022242849.1 25.0 348 190 11 791 1073 556 897 1.06e-15 81.6 MBN8497621.1 MBN8497621.1 100 267 0 0 1 267 1 267 3.64e-189 517 HBR1243745.1 HBR1243745.1 100 548 0 0 1 548 1 548 0.0 1098 HBR1243745.1 WP_064060986.1 35.6 455 253 12 23 455 6 442 2.26e-63 216 UFM00670.1 UFM00670.1 100 4405 0 0 1 4405 1 4405 0.0 8656 UFM00670.1 UEC68750.1 99.8 4405 8 0 1 4405 1 4405 0.0 8641 UFM00670.1 QZU16279.1 99.9 4401 5 0 1 4401 1 4401 0.0 8640 UFM00670.1 UBD95131.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 UFM00670.1 UHM53165.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UFM00670.1 UFM02602.1 99.8 4405 8 0 1 4405 1 4405 0.0 8638 UFM00670.1 QTD03487.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 UFM00670.1 UEC52718.1 99.8 4401 9 0 1 4401 1 4401 0.0 8630 UFM00670.1 QWC83326.1 99.7 4401 12 0 1 4401 1 4401 0.0 8627 UFM00670.1 UBL45068.1 99.7 4405 14 0 1 4405 1 4405 0.0 8626 UFM00670.1 QSZ25555.1 99.7 4401 14 0 1 4401 1 4401 0.0 8625 UFM00670.1 WEU87158.1 99.7 4401 14 0 1 4401 1 4401 0.0 8622 UFM00670.1 UBP50947.1 99.7 4401 15 0 1 4401 1 4401 0.0 8620 UFM00670.1 QXR94354.1 99.6 4405 15 1 1 4405 1 4402 0.0 8617 UFM00670.1 QTM79632.1 99.5 4405 18 1 1 4405 1 4402 0.0 8616 UFM00670.1 ULA23837.2 99.5 4405 16 2 1 4405 1 4401 0.0 8611 UFM00670.1 QTZ27226.1 99.5 4405 20 1 1 4405 1 4402 0.0 8611 UFM00670.1 QVD87869.1 99.6 4401 14 1 1 4401 1 4398 0.0 8611 UFM00670.1 UPP41269.1 99.5 4405 18 1 1 4405 1 4402 0.0 8609 UFM00670.1 UIR12670.1 99.6 4401 14 2 1 4401 1 4397 0.0 8609 UFM00670.1 UXH94526.1 99.5 4405 17 2 1 4405 1 4401 0.0 8607 UFM00670.1 USR14792.1 99.5 4405 19 1 1 4405 1 4402 0.0 8607 UFM00670.1 UZO53924.1 99.6 4401 16 1 1 4401 1 4398 0.0 8606 UFM00670.1 UVB16817.1 99.6 4401 16 1 1 4401 1 4398 0.0 8604 UFM00670.1 URQ55824.1 99.5 4401 17 1 1 4401 1 4398 0.0 8603 UFM00670.1 UMF87224.1 99.1 4401 37 2 1 4401 1 4397 0.0 8598 UFM00670.1 UPA83906.1 99.5 4401 18 2 1 4401 1 4397 0.0 8598 UFM00670.1 UKU68032.1 99.2 4405 30 2 1 4405 1 4401 0.0 8579 UFM00670.1 UKN67998.1 99.6 4381 15 2 21 4401 1 4377 0.0 8567 UFM00670.1 UBR86455.1 98.6 4400 60 0 2 4401 1 4400 0.0 8509 UFM00670.1 UCP77012.1 98.2 4401 79 0 1 4401 1 4401 0.0 8467 UFM00670.1 UCP72061.1 98.2 4401 81 0 1 4401 1 4401 0.0 8460 UFM00670.1 UAQ80067.1 98.0 4401 87 0 1 4401 1 4401 0.0 8449 UFM00670.1 UXX67934.1 98.0 4401 83 1 1 4401 1 4398 0.0 8445 UFM00670.1 UJV88611.1 97.6 4405 102 2 1 4405 1 4401 0.0 8416 UFM00670.1 UOU30556.1 97.6 4401 102 1 1 4401 1 4398 0.0 8402 UFM00670.1 UJJ97602.1 97.5 4405 108 2 1 4405 1 4401 0.0 8400 UFM00670.1 UGA79226.1 97.2 4401 123 0 1 4401 1 4401 0.0 8362 UFM00670.1 UJS94137.1 98.6 4300 56 2 106 4405 1 4296 0.0 8309 UFM00670.1 WHE12941.1 97.0 4375 127 1 27 4401 1 4372 0.0 8293 UFM00670.1 ULB83374.1 96.4 4405 156 2 1 4405 1 4401 0.0 8281 UFM00670.1 UVI10561.1 96.0 4374 174 1 28 4401 1 4371 0.0 8180 UFM00670.1 UGB98301.1 94.4 4405 247 0 1 4405 1 4405 0.0 8069 UFM00670.1 QRX02582.1 99.7 4098 12 0 1 4098 1 4098 0.0 8009 UFM00670.1 UJT06733.1 93.9 4401 264 2 1 4401 1 4397 0.0 7992 UFM00670.1 UFA30503.1 93.5 4340 281 0 27 4366 1 4340 0.0 7851 UFM00670.1 UMA88644.1 92.3 4380 335 2 22 4401 1 4376 0.0 7804 UFM00670.1 WGP70063.1 92.4 4369 334 0 1 4369 1 4369 0.0 7786 UFM00670.1 UNI03201.1 91.6 4379 368 1 27 4405 1 4378 0.0 7732 UFM00670.1 WEI27974.1 91.1 4405 388 1 1 4405 1 4402 0.0 7729 UFM00670.1 WGP98278.1 88.7 4364 495 0 1 4364 1 4364 0.0 7391 UFM00670.1 UEX07109.1 88.0 4379 525 0 27 4405 1 4379 0.0 7378 UFM00670.1 WAS49087.1 84.6 4401 673 1 1 4401 1 4398 0.0 6996 UFM00670.1 URP80785.1 82.5 4378 763 1 28 4405 1 4375 0.0 6774 UFM00670.1 UYE49180.1 76.9 4405 1014 1 1 4405 1 4402 0.0 6215 UFM00670.1 UPB00876.1 76.4 4378 1029 1 28 4405 1 4375 0.0 6172 UFM00670.1 WGQ72821.1 67.6 4344 1407 0 26 4369 1 4344 0.0 5138 ONC03263.1 ONC03263.1 100 35 0 0 1 35 1 35 3.44e-21 74.3 VHX55998.1 VHX55998.1 100 46 0 0 1 46 1 46 1.31e-27 91.3 WP_189355971.1 WP_189355971.1 100 492 0 0 1 492 1 492 0.0 940 NWW81056.1 NWW81056.1 100 79 0 0 1 79 1 79 1.03e-54 162 WP_173213591.1 WP_173213591.1 100 289 0 0 1 289 1 289 1.83e-209 570 WP_232180661.1 WP_232180661.1 100 558 0 0 1 558 1 558 0.0 1043 WP_232180661.1 WP_122013538.1 33.5 573 361 7 1 558 1 568 9.58e-82 265 WP_232180661.1 WP_070188258.1 26.4 584 390 9 1 551 1 577 2.08e-47 172 TVP67793.1 TVP67793.1 100 404 0 0 1 404 1 404 6.11e-307 826 TVP67793.1 WP_224014827.1 40.1 387 227 4 16 401 6 388 3.36e-94 286 TVP67793.1 WP_130670507.1 40.4 384 219 5 21 401 15 391 5.55e-88 270 TVP67793.1 WP_271272236.1 40.2 381 223 5 21 399 5 382 7.30e-86 265 TVP67793.1 MCB0793211.1 37.9 377 232 2 23 398 12 387 5.90e-82 255 TVP67793.1 EMD83093.1 34.9 387 221 10 35 392 50 434 2.75e-63 208 WP_065881511.1 WP_065881511.1 100 302 0 0 1 302 1 302 3.16e-212 578 WP_274285032.1 WP_274285032.1 100 474 0 0 1 474 1 474 7.04e-319 862 WP_274285032.1 WP_138289979.1 49.1 466 231 1 15 474 3 468 5.64e-146 429 NDH21517.1 NDH21517.1 100 257 0 0 1 257 1 257 4.76e-180 493 NDH21517.1 MBC2704089.1 39.0 213 129 1 45 257 560 771 1.75e-43 155 NDH21517.1 MBD8893743.1 36.0 186 111 3 58 237 457 640 5.96e-26 104 PTB82517.1 PTB82517.1 100 192 0 0 1 192 1 192 2.35e-141 390 KAA0114277.1 KAA0114277.1 100 922 0 0 1 922 1 922 0.0 1666 KAA0114277.1 MBE6688122.1 47.3 907 432 12 35 916 4 889 2.77e-245 710 KAA0114277.1 WP_278631399.1 38.0 895 498 16 35 914 4 856 3.94e-166 505 KAA0114277.1 WP_235126772.1 35.1 884 521 18 52 909 16 872 7.91e-136 426 KAA0114277.1 XP_009147075.2 33.8 1007 519 23 50 913 134 1135 1.04e-135 433 KAA0114277.1 MBE5737882.1 32.5 914 547 19 34 920 3 873 4.09e-111 361 KAA0114277.1 KAF5671546.1 34.7 554 306 11 297 795 452 1004 9.90e-74 263 KAA0114277.1 WP_049009918.1 28.8 718 468 11 42 748 57 742 4.59e-73 257 KAA0114277.1 WP_019100427.1 27.5 742 476 15 38 748 36 746 2.69e-64 232 KAA0114277.1 KAJ6994162.1 29.2 723 440 17 40 748 22 686 3.60e-64 232 KAA0114277.1 MBY0273331.1 28.2 553 318 18 216 760 156 637 1.03e-36 147 KAA0114277.1 WP_074319120.1 32.0 178 90 3 544 721 562 708 3.26e-16 81.6 KAA0114277.1 MBI6149093.1 25.3 300 197 6 111 401 236 517 1.46e-11 66.6 KAA0114277.1 HCT06136.1 23.9 238 166 4 133 369 237 460 1.43e-04 43.9 WP_280691874.1 WP_280691874.1 100 285 0 0 1 285 1 285 3.47e-221 599 ETO00561.1 ETO00561.1 100 173 0 0 1 173 1 173 2.49e-55 171 WP_248222673.1 WP_248222673.1 100 498 0 0 1 498 1 498 0.0 968 WP_105466370.1 WP_105466370.1 100 92 0 0 1 92 1 92 4.66e-66 191 KIY45866.1 KIY45866.1 100 280 0 0 1 280 1 280 1.35e-211 575 MBJ6738874.1 MBJ6738874.1 100 146 0 0 1 146 1 146 6.70e-96 271 PJQ02245.1 PJQ02245.1 100 650 0 0 1 650 1 650 0.0 1291 PJQ02245.1 EAL1671435.1 69.4 408 119 3 243 650 1 402 4.92e-194 550 PJQ02245.1 EJA9392162.1 88.4 267 31 0 209 475 1 267 1.64e-174 495 PJQ02245.1 EFS8130303.1 34.6 442 269 10 47 481 36 464 4.91e-67 225 PJQ02245.1 ECP6736894.1 31.5 314 202 6 47 357 38 341 4.82e-42 154 PJQ02245.1 EJO8252676.1 61.2 121 43 2 474 594 1 117 3.28e-39 138 PJQ02245.1 WP_181244664.1 36.5 85 53 1 229 313 185 268 1.48e-05 45.8 WP_072932559.1 WP_072932559.1 100 736 0 0 1 736 1 736 0.0 1433 WP_182072700.1 WP_182072700.1 100 261 0 0 1 261 1 261 3.39e-191 521 MCG7868091.1 MCG7868091.1 100 513 0 0 1 513 1 513 0.0 936 MCL2931045.1 MCL2931045.1 100 72 0 0 1 72 1 72 3.96e-49 147 UKI46111.1 UKI46111.1 100 283 0 0 1 283 1 283 9.59e-147 411 MCR5635645.1 MCR5635645.1 100 284 0 0 1 284 1 284 6.84e-182 500 WP_061905238.1 WP_061905238.1 100 622 0 0 1 622 1 622 0.0 1167 WP_061905238.1 HBY86896.1 60.5 367 139 2 1 362 1 366 2.76e-140 411 WP_061905238.1 WP_134885491.1 30.9 570 341 10 20 564 6 547 4.95e-70 235 WP_152835594.1 WP_152835594.1 100 218 0 0 1 218 1 218 1.13e-154 426 BAY23582.1 BAY23582.1 100 457 0 0 1 457 1 457 0.0 884 BAY23582.1 WP_066841281.1 55.3 416 167 4 34 444 1 402 2.08e-149 429 BAY23582.1 WP_271116088.1 47.6 429 173 7 34 444 1 395 3.50e-120 355 BAY23582.1 MCU0947041.1 46.9 429 187 12 34 444 1 406 3.27e-107 322 WP_218685492.1 WP_218685492.1 100 515 0 0 1 515 1 515 0.0 1065 KAE8354616.1 KAE8354616.1 100 1188 0 0 1 1188 1 1188 0.0 2135 RRJ17109.1 RRJ17109.1 100 206 0 0 1 206 1 206 3.05e-153 421 WP_189232804.1 WP_189232804.1 100 271 0 0 1 271 1 271 2.06e-206 561 WP_156009076.1 WP_156009076.1 100 1209 0 0 1 1209 1 1209 0.0 2419 WP_156009076.1 WP_070770047.1 63.2 1192 429 5 1 1189 1 1185 0.0 1513 WP_156009076.1 WP_012573472.1 49.7 1176 569 11 8 1173 14 1176 0.0 1118 WP_156009076.1 NJD91181.1 42.7 1116 615 10 84 1183 2 1109 2.39e-303 877 WP_156009076.1 MBE6348968.1 40.5 686 385 11 498 1173 10 682 2.83e-165 505 XP_030718790.1 XP_030718790.1 100 238 0 0 1 238 1 238 1.89e-181 495 WP_153276888.1 WP_153276888.1 100 130 0 0 1 130 1 130 1.87e-92 261 WP_153276888.1 WP_054377321.1 69.6 46 14 0 85 130 1 46 3.25e-16 68.2 WP_082500294.1 WP_082500294.1 100 423 0 0 1 423 1 423 7.78e-306 825 WP_082500294.1 WP_249893756.1 32.3 269 160 7 1 250 1 266 3.70e-30 119 MCG5061674.1 MCG5061674.1 100 613 0 0 1 613 1 613 0.0 1179 MCB1857105.1 MCB1857105.1 100 209 0 0 1 209 1 209 2.79e-146 404 MCB1857105.1 WP_012506875.1 52.7 184 79 4 11 187 15 197 1.50e-50 161 MCB1857105.1 WP_236663175.1 39.6 202 98 4 8 187 11 210 2.41e-27 102 WP_069748396.1 WP_069748396.1 100 281 0 0 1 281 1 281 4.13e-202 551 KAH8986285.1 KAH8986285.1 100 184 0 0 1 184 1 184 1.08e-124 347 AJV50090.1 AJV50090.1 100 167 0 0 1 167 1 167 4.19e-125 347 KPL24525.1 KPL24525.1 100 151 0 0 1 151 1 151 9.42e-103 289 KPL24525.1 EEZ61636.1 42.9 156 80 2 3 149 11 166 2.34e-33 114 EDO26407.1 EDO26407.1 100 23 0 0 1 23 1 23 2.78e-07 49.3 TEB04530.1 TEB04530.1 100 30 0 0 1 30 1 30 3.99e-16 61.2 KFR16735.1 KFR16735.1 100 1100 0 0 1 1100 1 1100 0.0 1894 WP_194957532.1 WP_194957532.1 100 803 0 0 1 803 1 803 0.0 1666 WP_194957532.1 XP_053592881.1 33.1 835 408 21 6 751 45 817 4.19e-127 400 WP_194957532.1 WP_081224968.1 23.4 817 451 28 11 721 26 773 2.61e-33 136 WP_194957532.1 WP_123159424.1 23.5 826 433 27 12 719 27 771 8.17e-33 134 WP_194957532.1 MCL6457358.1 20.9 853 456 27 16 738 21 784 4.27e-24 107 WP_194957532.1 SCL13606.1 23.1 823 463 30 8 735 62 809 8.58e-21 96.3 WP_194957532.1 MSZ29533.1 21.5 824 460 37 31 738 39 791 8.52e-15 77.0 KAE8322051.1 KAE8322051.1 100 359 0 0 1 359 1 359 9.18e-252 683 KAE8322051.1 WP_283277237.1 37.8 370 196 11 6 359 11 362 7.19e-56 185 KAE8322051.1 KAI7428497.1 35.7 361 200 11 9 355 14 356 3.25e-47 165 KAE8322051.1 HJC40183.1 37.5 344 171 12 8 329 4 325 5.41e-46 158 KAE8322051.1 MBI2682423.1 29.8 400 186 11 9 321 32 423 6.14e-34 129 KAG8246189.1 KAG8246189.1 100 321 0 0 1 321 1 321 5.98e-256 690 WP_262401812.1 WP_262401812.1 100 158 0 0 1 158 1 158 3.78e-110 308 WP_262401812.1 WP_042650033.1 34.2 158 100 3 1 155 90 246 1.61e-15 69.7 ACH90072.1 ACH90072.1 100 380 0 0 1 380 1 380 2.94e-295 795 ACH90072.1 AFJ09957.1 92.9 352 25 0 29 380 1 352 1.06e-255 696 ACH90072.1 ACY29573.1 91.8 352 29 0 29 380 1 352 8.89e-251 684 ACH90072.1 BAO23243.1 93.0 343 24 0 29 371 1 343 1.31e-248 675 ACH90072.1 QWY38042.1 89.8 352 36 0 29 380 1 352 3.84e-248 676 ACH90072.1 AFV39595.1 88.5 373 42 1 9 380 33 405 1.18e-246 695 ACH90072.1 BAO11608.1 92.6 339 25 0 29 367 1 339 1.26e-245 667 ACH90072.1 AVA00513.1 90.0 339 34 0 29 367 1 339 6.37e-239 650 ACH90072.1 AOW36968.1 89.5 333 35 0 45 377 1 333 7.71e-234 637 ACH90072.1 AOW33101.1 92.1 318 25 0 45 362 1 318 1.83e-226 618 ACH90072.1 ARR91819.1 85.0 307 45 1 29 334 1 307 6.76e-194 535 ACH90072.1 ACV16867.1 95.3 253 12 0 128 380 1 253 5.19e-185 513 ACH90072.1 ADB27070.1 93.8 210 13 0 165 374 1 210 1.09e-150 422 ACH90072.1 ABJ92889.1 82.3 96 17 0 32 127 1 96 2.11e-56 178 XP_032734223.1 XP_032734223.1 100 980 0 0 1 980 1 980 0.0 1944 ROW07476.1 ROW07476.1 100 910 0 0 1 910 1 910 0.0 1669 WP_242908489.1 WP_242908489.1 100 296 0 0 1 296 1 296 3.94e-203 555 WP_071489953.1 WP_071489953.1 100 335 0 0 1 335 1 335 5.75e-252 681 WP_071489953.1 EDX1137207.1 67.9 336 107 1 1 335 1 336 2.17e-169 473 KRZ86866.1 KRZ86866.1 100 73 0 0 1 73 1 73 4.25e-49 147 BBN52434.1 BBN52434.1 100 271 0 0 1 271 1 271 3.29e-203 553 HIU98185.1 HIU98185.1 100 513 0 0 1 513 1 513 0.0 1041 HIU98185.1 WP_065809357.1 26.3 490 302 16 5 471 6 459 3.69e-28 115 BAO11608.1 BAO11608.1 100 339 0 0 1 339 1 339 4.79e-262 707 BAO11608.1 AFJ09957.1 94.4 339 19 0 1 339 1 339 8.42e-249 677 BAO11608.1 BAO23243.1 93.5 339 22 0 1 339 1 339 1.70e-247 671 BAO11608.1 ACH90072.1 92.6 339 25 0 1 339 29 367 9.20e-245 665 BAO11608.1 ACY29573.1 92.6 339 25 0 1 339 1 339 8.22e-243 662 BAO11608.1 QWY38042.1 91.2 339 30 0 1 339 1 339 1.07e-241 658 BAO11608.1 AVA00513.1 90.3 339 33 0 1 339 1 339 1.23e-239 650 BAO11608.1 AFV39595.1 92.0 339 27 0 1 339 54 392 1.77e-233 660 BAO11608.1 AOW36968.1 88.9 323 36 0 17 339 1 323 7.28e-226 615 BAO11608.1 AOW33101.1 92.1 318 25 0 17 334 1 318 8.41e-226 615 BAO11608.1 ARR91819.1 86.0 307 42 1 1 306 1 307 4.76e-195 536 BAO11608.1 ACV16867.1 95.0 240 12 0 100 339 1 240 6.82e-175 485 BAO11608.1 ADB27070.1 96.1 203 8 0 137 339 1 203 1.56e-149 417 BAO11608.1 ABJ92889.1 80.2 96 19 0 4 99 1 96 5.42e-56 176 WP_160748510.1 WP_160748510.1 100 363 0 0 1 363 1 363 1.05e-259 703 RYP44998.1 RYP44998.1 100 648 0 0 1 648 1 648 0.0 1282 MCF6289355.1 MCF6289355.1 100 280 0 0 1 280 1 280 5.59e-195 533 MCF6289355.1 WP_101606078.1 35.9 217 138 1 34 249 169 385 1.21e-45 157 MCF6289355.1 WP_029317544.1 33.5 251 161 3 31 277 181 429 3.26e-39 140 MCF6289355.1 MBE6713534.1 29.2 243 161 5 31 268 182 418 1.95e-24 100 MCF6289355.1 WP_023955328.1 24.0 167 122 3 31 194 181 345 1.58e-08 53.1 NLI85305.1 NLI85305.1 100 457 0 0 1 457 1 457 2.66e-312 844 KAH8586608.1 KAH8586608.1 100 404 0 0 1 404 1 404 0.0 864 NLY70754.1 NLY70754.1 100 110 0 0 1 110 1 110 2.66e-78 224 EJP8326510.1 EJP8326510.1 100 646 0 0 1 646 1 646 0.0 1271 WP_247447489.1 WP_247447489.1 100 454 0 0 1 454 1 454 1.74e-244 672 WP_224115114.1 WP_224115114.1 100 135 0 0 1 135 1 135 1.70e-95 269 WP_236685314.1 WP_236685314.1 100 509 0 0 1 509 1 509 0.0 1001 MBI1382466.1 MBI1382466.1 100 218 0 0 1 218 1 218 2.53e-142 394 MBI1382466.1 WP_159896041.1 37.8 196 103 4 17 208 58 238 4.70e-18 78.2 WP_283277237.1 WP_283277237.1 100 365 0 0 1 365 1 365 1.28e-261 708 WP_283277237.1 KAE8322051.1 37.6 370 197 10 11 362 6 359 2.19e-54 181 WP_283277237.1 HJC40183.1 34.1 334 195 8 13 333 4 325 1.09e-41 147 WP_283277237.1 MBI2682423.1 24.9 213 133 5 19 208 37 245 3.94e-11 62.4 WP_230702007.1 WP_230702007.1 100 698 0 0 1 698 1 698 0.0 1368 WP_245657543.1 WP_245657543.1 100 373 0 0 1 373 1 373 4.12e-262 710 WP_245657543.1 WP_150194162.1 35.9 345 185 15 37 350 125 464 1.33e-29 117 CAF2595159.1 CAF2595159.1 100 281 0 0 1 281 1 281 4.18e-211 573 WP_256082840.1 WP_256082840.1 100 226 0 0 1 226 1 226 4.93e-153 422 EPN58803.1 EPN58803.1 100 174 0 0 1 174 1 174 4.72e-105 296 MBQ6414464.1 MBQ6414464.1 100 569 0 0 1 569 1 569 0.0 1134 VSL28096.1 VSL28096.1 100 314 0 0 1 314 1 314 3.54e-240 650 WP_032936131.1 WP_032936131.1 100 264 0 0 1 264 1 264 3.10e-184 504 MBP3623608.1 MBP3623608.1 100 441 0 0 1 441 1 441 3.52e-318 858 WP_164674633.1 WP_164674633.1 100 215 0 0 1 215 1 215 6.54e-148 408 WP_168044369.1 WP_168044369.1 100 448 0 0 1 448 1 448 0.0 937 WP_168044369.1 WP_171519907.1 29.1 206 135 5 24 229 29 223 5.35e-26 107 WP_188200635.1 WP_188200635.1 100 406 0 0 1 406 1 406 5.88e-306 824 WP_188200635.1 WP_279961109.1 43.8 384 212 4 22 404 15 395 1.78e-99 300 MBM3303016.1 MBM3303016.1 100 268 0 0 1 268 1 268 9.46e-206 559 WP_255164512.1 WP_255164512.1 100 346 0 0 1 346 1 346 1.59e-250 679 NCX40317.1 NCX40317.1 100 199 0 0 1 199 1 199 1.35e-148 409 EIU6828535.1 EIU6828535.1 100 323 0 0 1 323 1 323 5.95e-223 607 EIU6828535.1 WP_110066977.1 36.5 285 167 6 45 319 54 334 1.76e-47 161 EIU6828535.1 WP_249991478.1 34.5 281 175 6 42 317 48 324 6.04e-47 159 EIU6828535.1 EAP5059555.1 30.6 281 190 3 47 322 77 357 6.76e-38 136 EIU6828535.1 WP_158131988.1 34.5 278 181 1 45 321 49 326 4.76e-37 138 EIU6828535.1 PPR79666.1 34.1 279 172 8 47 318 59 332 9.86e-33 122 EIU6828535.1 AGL88086.1 31.6 288 183 7 35 322 12 285 1.02e-31 118 EIU6828535.1 WP_097346712.1 30.3 267 186 0 51 317 389 655 1.55e-29 117 WP_109125398.1 WP_109125398.1 100 305 0 0 1 305 1 305 4.34e-216 588 MBG6436126.1 MBG6436126.1 100 185 0 0 1 185 1 185 2.18e-129 359 MBG6436126.1 MBL1150364.1 34.5 148 92 4 1 144 1 147 6.49e-11 57.0 ELR45644.1 ELR45644.1 100 1738 0 0 1 1738 1 1738 0.0 3215 ELR45644.1 XP_053193947.1 46.8 1764 591 64 100 1738 165 1705 0.0 1133 GEW91653.1 GEW91653.1 100 109 0 0 1 109 1 109 3.25e-74 213 RCN27214.1 RCN27214.1 100 165 0 0 1 165 1 165 8.46e-115 320 WP_054108586.1 WP_054108586.1 100 368 0 0 1 368 1 368 7.34e-258 699 WP_129326500.1 WP_129326500.1 100 214 0 0 1 214 1 214 5.37e-126 353 TVR26043.1 TVR26043.1 100 198 0 0 1 198 1 198 5.10e-148 407 KAA1286543.1 KAA1286543.1 100 751 0 0 1 751 1 751 0.0 1476 KAA1286543.1 WP_254467474.1 26.3 772 489 28 6 748 52 772 9.14e-38 149 KAA1286543.1 MBO1518138.1 24.1 715 452 28 62 727 33 705 1.67e-22 101 KAA1286543.1 WP_047594685.1 22.8 821 503 32 3 751 46 807 9.85e-19 89.4 WP_129053744.1 WP_129053744.1 100 393 0 0 1 393 1 393 2.27e-276 748 KON47367.1 KON47367.1 100 311 0 0 1 311 1 311 1.93e-222 605 PIP74303.1 PIP74303.1 100 671 0 0 1 671 1 671 0.0 1191 WP_283162015.1 WP_283162015.1 100 168 0 0 1 168 1 168 7.51e-124 343 WP_070412310.1 WP_070412310.1 100 694 0 0 1 694 1 694 0.0 1400 KAG8520114.1 KAG8520114.1 100 758 0 0 1 758 1 758 0.0 1481 EGR2264783.1 EGR2264783.1 100 392 0 0 1 392 1 392 2.83e-290 783 SSC70273.1 SSC70273.1 100 41 0 0 1 41 1 41 1.92e-27 90.5 MCA3708721.1 MCA3708721.1 100 359 0 0 1 359 1 359 1.27e-258 700 YP_010258034.1 YP_010258034.1 100 330 0 0 1 330 1 330 8.33e-238 645 WP_012568269.1 WP_012568269.1 100 365 0 0 1 365 1 365 1.74e-259 703 WP_012568269.1 WP_224458015.1 53.8 366 160 3 5 365 4 365 1.50e-121 353 WP_012568269.1 WP_110808154.1 34.2 199 125 3 163 361 24 216 8.07e-22 90.9 WP_012568269.1 MBG9445742.1 32.8 186 116 2 157 342 17 193 2.39e-19 84.0 WP_012568269.1 MCO5064371.1 32.3 220 127 6 157 357 46 262 2.33e-18 82.4 WP_057837626.1 WP_057837626.1 100 206 0 0 1 206 1 206 1.01e-142 394 WP_102511913.1 WP_102511913.1 100 419 0 0 1 419 1 419 3.43e-307 828 KAJ3918428.1 KAJ3918428.1 100 415 0 0 1 415 1 415 1.58e-310 836 KAJ3918428.1 WP_055863905.1 41.8 340 181 5 43 381 2 325 1.22e-80 250 KAJ3918428.1 OQC16336.1 21.2 382 240 13 39 379 39 400 5.21e-06 47.0 CBH36599.1 CBH36599.1 100 103 0 0 1 103 1 103 3.44e-82 233 WP_028684940.1 WP_028684940.1 100 213 0 0 1 213 1 213 1.82e-153 422 OJW81690.1 OJW81690.1 100 740 0 0 1 740 1 740 0.0 1497 OJW81690.1 KAB4839568.1 37.6 502 292 9 16 506 5 496 1.95e-100 317 WP_278643529.1 WP_278643529.1 100 300 0 0 1 300 1 300 2.45e-224 608 WP_278643529.1 WP_224045636.1 37.8 230 139 4 60 288 1 227 1.27e-44 150 WP_278643529.1 NLB38271.1 35.9 234 146 3 60 291 2 233 6.12e-40 138 WP_278643529.1 WP_177525402.1 30.7 202 134 5 85 283 86 284 3.54e-20 89.0 MBR5966198.1 MBR5966198.1 100 307 0 0 1 307 1 307 1.41e-222 605 PSN12224.1 PSN12224.1 100 254 0 0 1 254 1 254 6.33e-188 513 MBO5857838.1 MBO5857838.1 100 161 0 0 1 161 1 161 2.09e-113 317 MBO5857838.1 MBQ3321785.1 33.1 163 105 4 1 160 1 162 4.06e-17 75.5 HJD11223.1 HJD11223.1 100 670 0 0 1 670 1 670 0.0 1411 WP_045591686.1 WP_045591686.1 100 258 0 0 1 258 1 258 8.41e-204 553 WP_131751929.1 WP_131751929.1 100 644 0 0 1 644 1 644 0.0 1326 WP_131751929.1 WP_236387036.1 49.6 367 165 6 291 644 294 653 1.12e-113 353 WP_131751929.1 WP_006799194.1 48.1 366 170 8 292 644 299 657 1.96e-107 337 WP_257012936.1 WP_257012936.1 100 368 0 0 1 368 1 368 2.72e-269 728 WP_242859101.1 WP_242859101.1 100 458 0 0 1 458 1 458 7.80e-294 798 PUZ69802.1 PUZ69802.1 100 114 0 0 1 114 1 114 7.98e-57 170 WP_129712947.1 WP_129712947.1 100 185 0 0 1 185 1 185 7.04e-135 373 WP_129712947.1 OKH79147.1 43.2 183 101 2 3 182 11 193 4.67e-43 141 MBT3039312.1 MBT3039312.1 100 75 0 0 1 75 1 75 6.96e-49 147 NXX47445.1 NXX47445.1 100 265 0 0 1 265 1 265 3.83e-199 542 MCP3684079.1 MCP3684079.1 100 588 0 0 1 588 1 588 0.0 1162 MCH7797911.1 MCH7797911.1 100 54 0 0 1 54 1 54 5.00e-33 105 WP_242439424.1 WP_242439424.1 100 400 0 0 1 400 1 400 6.44e-291 785 WP_068462781.1 WP_068462781.1 100 417 0 0 1 417 1 417 1.67e-297 803 WP_068462781.1 WP_282171596.1 57.5 412 174 1 1 411 1 412 1.20e-156 447 KAI9181093.1 KAI9181093.1 100 539 0 0 1 539 1 539 0.0 1068 KAI9181093.1 XP_010263869.1 35.8 402 231 9 135 520 373 763 2.79e-62 216 KAI9181093.1 TYG55675.1 33.1 357 176 8 145 496 161 459 4.24e-48 177 KAI9181093.1 WP_052232835.1 36.4 66 27 2 266 331 594 644 8.30e-04 40.4 MAZ13301.1 MAZ13301.1 100 543 0 0 1 543 1 543 0.0 1104 MAZ13301.1 MAH35553.1 56.1 492 211 2 35 525 22 509 1.38e-211 595 OZB16321.1 OZB16321.1 100 651 0 0 1 651 1 651 0.0 1225 KAJ2335352.1 KAJ2335352.1 100 443 0 0 1 443 1 443 9.52e-308 832 MCG8513288.1 MCG8513288.1 100 327 0 0 1 327 1 327 9.63e-231 627 MCL6517734.1 MCL6517734.1 100 118 0 0 1 118 1 118 2.20e-83 237 WP_207999384.1 WP_207999384.1 100 148 0 0 1 148 1 148 7.82e-105 294 WP_018419316.1 WP_018419316.1 100 209 0 0 1 209 1 209 1.34e-153 422 WP_018419316.1 WP_280658332.1 44.1 152 74 5 43 185 25 174 3.27e-33 116 MCJ2110312.1 MCJ2110312.1 100 258 0 0 1 258 1 258 5.83e-186 508 MCJ2110312.1 WP_078732502.1 60.8 255 98 1 6 258 11 265 2.43e-103 307 MCS6830908.1 MCS6830908.1 100 379 0 0 1 379 1 379 5.63e-263 713 MCS6830908.1 CAB0780497.1 39.1 345 203 5 6 347 4 344 6.32e-74 233 MCS6830908.1 XP_020103231.1 40.3 357 194 7 4 349 90 438 3.20e-70 225 WP_149819987.1 WP_149819987.1 100 66 0 0 1 66 1 66 1.99e-44 135 HAT4052191.1 HAT4052191.1 100 169 0 0 1 169 1 169 2.51e-118 330 WP_094400414.1 WP_094400414.1 100 277 0 0 1 277 1 277 1.40e-207 564 CAF1109260.1 CAF1109260.1 100 194 0 0 1 194 1 194 1.20e-135 375 GAU87713.1 GAU87713.1 100 297 0 0 1 297 1 297 1.11e-214 584 YP_008593487.1 YP_008593487.1 100 55 0 0 1 55 1 55 7.18e-40 122 HAV1793262.1 HAV1793262.1 100 556 0 0 1 556 1 556 0.0 1134 HAV1793262.1 WP_250464711.1 39.4 543 318 8 20 556 43 580 3.84e-136 406 HAV1793262.1 MBY7869037.1 24.8 528 316 13 30 492 6 517 8.83e-29 119 BCW36351.1 BCW36351.1 100 615 0 0 1 615 1 615 0.0 1201 WP_188125540.1 WP_188125540.1 100 146 0 0 1 146 1 146 3.89e-104 292 MBK5261536.1 MBK5261536.1 100 120 0 0 1 120 1 120 4.23e-82 234 MCL6457358.1 MCL6457358.1 100 1026 0 0 1 1026 1 1026 0.0 2074 MCL6457358.1 MSZ29533.1 40.7 1007 571 11 14 1003 15 1012 3.43e-264 768 MCL6457358.1 WP_081224968.1 29.5 853 536 24 13 833 23 842 1.53e-111 365 MCL6457358.1 MBQ9679177.1 24.2 830 512 19 16 808 16 765 1.54e-65 236 MCL6457358.1 WP_194957532.1 20.7 850 461 26 21 784 16 738 8.71e-26 112 MCL6457358.1 WP_233286789.1 28.7 108 74 2 511 618 380 484 1.35e-05 47.4 WP_229343766.1 WP_229343766.1 100 409 0 0 1 409 1 409 4.74e-293 791 WP_029579419.1 WP_029579419.1 100 298 0 0 1 298 1 298 3.68e-209 570 WP_029579419.1 WP_144841777.1 42.0 238 137 1 24 261 1 237 1.74e-52 171 WP_029579419.1 WP_255657001.1 38.7 186 113 1 6 191 4 188 3.94e-25 100 WP_029579419.1 NED83450.1 37.6 202 111 7 1 195 3 196 1.55e-23 96.3 KAJ3738999.1 KAJ3738999.1 100 172 0 0 1 172 1 172 9.44e-129 356 MCG8377291.1 MCG8377291.1 100 153 0 0 1 153 1 153 3.97e-105 295 MCG8377291.1 WP_199308568.1 45.5 143 77 1 1 142 291 433 1.75e-32 117 WP_175093485.1 WP_175093485.1 100 266 0 0 1 266 1 266 4.44e-146 408 XP_043971649.1 XP_043971649.1 100 584 0 0 1 584 1 584 0.0 1084 XP_043971649.1 VFV20999.1 69.4 183 42 1 302 484 90 258 5.44e-92 283 WP_023355490.1 WP_023355490.1 100 239 0 0 1 239 1 239 8.52e-165 453 WP_023355490.1 MCQ2539410.1 33.8 68 45 0 11 78 11 78 6.56e-06 42.7 MBQ8348910.1 MBQ8348910.1 100 119 0 0 1 119 1 119 9.64e-83 236 MBQ8348910.1 MBZ0302078.1 33.3 96 63 1 10 104 22 117 4.92e-18 72.4 NQT29221.1 NQT29221.1 100 314 0 0 1 314 1 314 4.91e-222 604 NQT29221.1 WP_064068643.1 41.5 306 169 4 4 309 2 297 2.32e-68 214 XP_046808501.1 XP_046808501.1 100 501 0 0 1 501 1 501 0.0 1040 ANN69912.1 ANN69912.1 100 329 0 0 1 329 1 329 1.86e-254 687 XP_042989918.1 XP_042989918.1 100 1128 0 0 1 1128 1 1128 0.0 2302 WP_265272113.1 WP_265272113.1 100 350 0 0 1 350 1 350 2.87e-255 691 WP_265272113.1 SFF07309.1 38.5 314 181 5 1 308 1 308 7.79e-63 201 WP_265272113.1 MBN9534694.1 35.6 323 186 7 1 316 1 308 5.05e-57 186 WP_265272113.1 WP_267861425.1 37.4 313 182 5 1 310 1 302 1.20e-55 183 WP_265272113.1 HHZ84751.1 30.7 342 205 5 1 316 1 336 5.23e-36 132 WP_265272113.1 WP_014217999.1 30.6 314 198 7 6 314 9 307 3.46e-34 126 WP_265272113.1 MCB1103648.1 28.3 329 206 13 1 313 1 315 9.77e-23 95.5 WP_265272113.1 WP_062517857.1 22.1 299 178 10 32 306 27 294 9.36e-10 57.4 WP_127859415.1 WP_127859415.1 100 205 0 0 1 205 1 205 8.10e-153 420 WP_045183792.1 WP_045183792.1 100 137 0 0 1 137 1 137 3.69e-100 281 WP_045183792.1 MCF3649178.1 49.1 106 54 0 9 114 44 149 5.35e-28 99.8 NCA08360.1 NCA08360.1 100 309 0 0 1 309 1 309 4.57e-204 558 WP_274423713.1 WP_274423713.1 100 292 0 0 1 292 1 292 5.14e-197 539 WP_274423713.1 WP_253783299.1 37.8 270 158 5 17 277 15 283 3.03e-42 145 SYZ65887.1 SYZ65887.1 100 120 0 0 1 120 1 120 5.35e-85 241 WP_077583480.1 WP_077583480.1 100 447 0 0 1 447 1 447 0.0 900 WP_077583480.1 WP_031822363.1 63.5 381 136 3 68 447 1 379 7.73e-171 483 MBS7632436.1 MBS7632436.1 100 188 0 0 1 188 1 188 9.60e-139 383 WP_095061089.1 WP_095061089.1 100 285 0 0 1 285 1 285 1.34e-209 570 WP_095061089.1 OHB35500.1 31.3 288 173 7 1 280 86 356 2.08e-34 126 WP_140843904.1 WP_140843904.1 100 321 0 0 1 321 1 321 1.31e-225 613 WP_140843904.1 WP_104462564.1 36.1 241 129 5 66 305 69 285 4.44e-35 127 WP_140843904.1 EAV4122193.1 29.0 131 88 2 191 316 153 283 1.24e-09 56.6 RVG63469.1 RVG63469.1 100 60 0 0 1 60 1 60 1.39e-37 117 WP_262452366.1 WP_262452366.1 100 448 0 0 1 448 1 448 6.09e-318 858 WP_262452366.1 WP_024039518.1 36.7 335 191 5 7 336 11 329 1.37e-60 202 WP_262452366.1 WP_058738289.1 25.7 428 289 10 9 426 8 416 1.02e-25 107 WP_262452366.1 MXI78925.1 26.1 226 130 7 115 330 2 200 3.35e-08 52.0 MBC7494677.1 MBC7494677.1 100 1025 0 0 1 1025 1 1025 0.0 2093 WP_012724915.1 WP_012724915.1 100 329 0 0 1 329 1 329 3.66e-236 641 WP_012724915.1 WP_234306850.1 38.0 237 129 5 70 304 69 289 7.09e-37 132 WP_012724915.1 WP_058635033.1 35.5 256 148 5 70 322 69 310 1.19e-36 132 WP_012724915.1 WP_251874466.1 34.2 284 160 7 33 305 27 294 5.90e-35 128 WP_012724915.1 WP_166225641.1 30.8 260 166 4 51 307 57 305 2.34e-25 103 WP_270453521.1 WP_270453521.1 100 403 0 0 1 403 1 403 8.71e-286 773 WP_270453521.1 WP_015167170.1 35.2 421 239 9 1 397 1 411 6.16e-62 208 WP_270453521.1 HDC92778.1 32.3 362 209 9 64 399 113 464 2.00e-38 142 WP_270453521.1 NOY97419.1 27.9 359 225 8 64 400 107 453 5.36e-28 114 NJS16994.1 NJS16994.1 100 157 0 0 1 157 1 157 1.17e-108 304 HDH03041.1 HDH03041.1 100 168 0 0 1 168 1 168 1.99e-119 332 WP_117579611.1 WP_117579611.1 100 103 0 0 1 103 1 103 1.42e-63 186 MBQ5493788.1 MBQ5493788.1 100 148 0 0 1 148 1 148 6.69e-106 296 MBQ5493788.1 MBF8294570.1 39.5 119 72 0 17 135 461 579 2.52e-24 95.9 MBQ5493788.1 MCL1888839.1 41.2 119 70 0 11 129 581 699 7.01e-22 89.0 MBQ5493788.1 RYO44776.1 31.7 139 85 4 13 143 708 844 5.20e-13 63.5 GAV98814.1 GAV98814.1 100 386 0 0 1 386 1 386 4.91e-272 736 WP_085935883.1 WP_085935883.1 100 262 0 0 1 262 1 262 7.70e-193 526 WP_085935883.1 HBO3907473.1 26.3 262 177 8 3 256 45 298 2.36e-13 67.0 WP_085935883.1 WP_127741063.1 27.7 235 148 8 24 251 20 239 7.23e-08 50.4 MBD3418876.1 MBD3418876.1 100 106 0 0 1 106 1 106 3.56e-72 208 WP_166476065.1 WP_166476065.1 100 344 0 0 1 344 1 344 5.52e-250 677 WP_166476065.1 TNF89271.1 30.5 177 112 3 22 188 20 195 6.86e-13 67.4 WP_166476065.1 MBL6625757.1 30.7 150 94 3 33 173 29 177 1.33e-12 66.2 CAH0542131.1 CAH0542131.1 100 129 0 0 1 129 1 129 3.64e-94 265 XP_019244033.1 XP_019244033.1 100 150 0 0 1 150 1 150 1.51e-103 291 WP_050704913.1 WP_050704913.1 100 348 0 0 1 348 1 348 4.79e-237 645 WP_050704913.1 WP_079835571.1 33.4 347 215 6 4 341 8 347 3.16e-44 154 MCI1709954.1 MCI1709954.1 100 164 0 0 1 164 1 164 1.93e-115 322 WP_165637167.1 WP_165637167.1 100 188 0 0 1 188 1 188 4.35e-126 351 PPQ98220.1 PPQ98220.1 100 26 0 0 1 26 1 26 8.27e-14 56.6 MBQ1746349.1 MBQ1746349.1 100 271 0 0 1 271 1 271 3.12e-192 525 WP_267979634.1 WP_267979634.1 100 237 0 0 1 237 1 237 1.14e-177 485 WP_267979634.1 MBQ3459675.1 55.4 193 85 1 43 235 28 219 5.55e-72 217 KAH0679671.1 KAH0679671.1 100 98 0 0 1 98 1 98 6.17e-67 194 KAJ6549303.1 KAJ6549303.1 100 678 0 0 1 678 1 678 0.0 1306 PAA76673.1 PAA76673.1 100 335 0 0 1 335 1 335 2.62e-248 672 PAA76673.1 KAI3473816.1 23.5 294 208 8 44 331 223 505 5.63e-14 70.9 PAA76673.1 EFC81578.1 25.5 263 165 10 49 300 42 284 6.18e-12 63.9 NXJ67438.1 NXJ67438.1 100 490 0 0 1 490 1 490 0.0 956 NXJ67438.1 XP_023028205.1 25.6 426 287 12 51 463 22 430 1.04e-14 74.3 MCF8269563.1 MCF8269563.1 100 783 0 0 1 783 1 783 0.0 1559 MCF8269563.1 WP_171549300.1 52.6 791 361 4 1 783 1 785 3.67e-288 821 MCF8269563.1 MBV00212.1 24.8 133 92 4 648 772 92 224 5.56e-06 48.1 MBS4273564.1 MBS4273564.1 100 134 0 0 1 134 1 134 8.45e-91 257 MBS0561514.1 MBS0561514.1 100 605 0 0 1 605 1 605 0.0 1134 MBS0561514.1 WP_178999808.1 31.4 567 365 9 24 572 8 568 3.15e-68 231 AWQ28479.1 AWQ28479.1 100 229 0 0 1 229 1 229 2.56e-161 443 AWQ28479.1 YP_009340709.1 53.2 222 104 0 1 222 1 222 1.47e-88 259 AWQ28479.1 WP_012964108.1 31.6 174 101 3 56 224 69 229 2.75e-24 95.1 XP_007459185.1 XP_007459185.1 100 304 0 0 1 304 1 304 1.46e-218 594 WP_004213189.1 WP_004213189.1 100 196 0 0 1 196 1 196 1.78e-147 405 MCQ0092735.1 MCQ0092735.1 100 202 0 0 1 202 1 202 9.23e-128 356 WP_175630617.1 WP_175630617.1 100 176 0 0 1 176 1 176 7.12e-126 349 WP_175630617.1 WEK50023.1 44.0 150 84 0 11 160 11 160 2.40e-37 125 UBN63752.1 UBN63752.1 100 1270 0 0 1 1270 1 1270 0.0 2313 UBN63752.1 QUE11983.1 97.2 1270 35 0 1 1270 1 1270 0.0 2284 UBN63752.1 UIX40308.1 93.6 1273 77 3 1 1270 1 1271 0.0 2251 UBN63752.1 UHB14670.1 93.2 1273 82 3 1 1270 1 1271 0.0 2250 UBN63752.1 UDK40309.1 92.5 1273 90 3 1 1270 1 1271 0.0 2227 UBN63752.1 UYC71619.1 92.2 1271 95 2 1 1270 1 1268 0.0 2222 UBN63752.1 UPU53169.1 91.9 1273 97 3 1 1270 1 1270 0.0 2217 UBN63752.1 QUM20585.1 92.3 1272 96 1 1 1270 1 1272 0.0 2148 UBN63752.1 UGX22439.1 89.8 1273 125 3 1 1270 1 1271 0.0 2144 UBN63752.1 USL51576.1 88.9 1273 135 3 1 1270 1 1270 0.0 2122 UBN63752.1 QVX70521.1 91.0 1273 112 2 1 1270 1 1273 0.0 2095 UBN63752.1 QXI91160.1 91.4 1272 107 1 1 1270 1 1272 0.0 2053 UBN63752.1 UZH89542.1 87.4 1271 159 1 1 1270 1 1271 0.0 2024 UBN63752.1 UUS71569.1 71.3 1273 362 2 1 1270 1 1273 0.0 1421 UBN63752.1 UHK01047.1 67.2 1273 415 2 1 1270 1 1273 0.0 1307 WP_143405880.1 WP_143405880.1 100 121 0 0 1 121 1 121 1.26e-79 228 XP_031459457.1 XP_031459457.1 100 2100 0 0 1 2100 1 2100 0.0 4109 WP_260685194.1 WP_260685194.1 100 85 0 0 1 85 1 85 1.06e-61 180 WP_260685194.1 MBI2416798.1 50.0 62 31 0 20 81 43 104 3.79e-15 64.3 WP_260685194.1 WP_089905939.1 45.8 48 25 1 22 69 112 158 3.85e-05 38.5 WP_088784550.1 WP_088784550.1 100 821 0 0 1 821 1 821 0.0 1535 WP_088784550.1 WP_044772468.1 26.4 651 386 23 72 692 20 607 4.21e-36 144 MCS7142809.1 MCS7142809.1 100 313 0 0 1 313 1 313 1.38e-232 630 WP_278780043.1 WP_278780043.1 100 144 0 0 1 144 1 144 1.36e-112 313 WP_246925475.1 WP_246925475.1 100 132 0 0 1 132 1 132 2.09e-90 256 XP_026936565.1 XP_026936565.1 100 653 0 0 1 653 1 653 0.0 1281 WP_234002326.1 WP_234002326.1 100 365 0 0 1 365 1 365 1.74e-259 703 WP_234002326.1 WP_055029966.1 33.0 376 213 4 23 360 3 377 8.62e-51 172 MCA9916811.1 MCA9916811.1 100 140 0 0 1 140 1 140 8.29e-94 265 MBL7763785.1 MBL7763785.1 100 332 0 0 1 332 1 332 3.44e-247 669 XP_028567154.1 XP_028567154.1 100 1267 0 0 1 1267 1 1267 0.0 2490 XP_028567154.1 XP_055749319.1 38.4 284 160 4 113 390 198 472 3.29e-56 201 XP_028567154.1 KAI8504475.1 36.1 346 211 8 797 1134 887 1230 8.11e-43 169 MAT61701.1 MAT61701.1 100 95 0 0 1 95 1 95 3.36e-65 189 CAH2316765.1 CAH2316765.1 100 1378 0 0 1 1378 1 1378 0.0 2517 NIQ16008.1 NIQ16008.1 100 112 0 0 1 112 1 112 3.45e-84 239 MBP33715.1 MBP33715.1 100 280 0 0 1 280 1 280 3.01e-199 543 WP_199942136.1 WP_199942136.1 100 339 0 0 1 339 1 339 4.22e-231 629 OCT51367.1 OCT51367.1 100 431 0 0 1 431 1 431 5.16e-315 849 GLX98417.1 GLX98417.1 100 65 0 0 1 65 1 65 1.12e-45 138 TNF89271.1 TNF89271.1 100 412 0 0 1 412 1 412 2.81e-307 828 TNF89271.1 WP_166476065.1 31.5 127 86 1 20 145 22 148 6.14e-13 67.8 MCB9353584.1 MCB9353584.1 100 1041 0 0 1 1041 1 1041 0.0 2051 MCB9353584.1 WP_146272353.1 23.7 1096 660 41 10 1041 22 1005 1.95e-53 201 MCB9353584.1 WP_278843343.1 24.1 1147 696 41 2 1041 4 1083 7.19e-46 177 MCB9353584.1 WP_214826002.1 24.9 1000 618 37 99 1041 40 963 2.11e-45 176 MCB9353584.1 MBP3518143.1 24.7 1121 640 48 20 1041 52 1067 4.33e-40 159 MCI6965979.1 MCI6965979.1 100 326 0 0 1 326 1 326 1.63e-242 657 MCI6965979.1 KAJ7369304.1 32.9 289 184 6 44 324 21 307 1.58e-37 139 MCI6965979.1 WP_114054641.1 30.1 332 213 11 1 321 1 324 9.08e-28 108 HIP02283.1 HIP02283.1 100 273 0 0 1 273 1 273 1.80e-192 526 HIP02283.1 MBP9134796.1 39.2 283 158 6 1 273 1 279 1.83e-52 171 WP_073936403.1 WP_073936403.1 100 325 0 0 1 325 1 325 3.44e-223 608 WP_073936403.1 EGY4555186.1 33.2 286 188 2 18 300 11 296 4.64e-41 143 WP_073936403.1 MCI7704736.1 33.0 270 175 3 32 300 24 288 1.61e-39 139 WP_073936403.1 ETB53277.1 34.5 278 166 4 30 300 13 281 3.55e-32 119 WP_167263972.1 WP_167263972.1 100 378 0 0 1 378 1 378 3.43e-268 726 KKB97741.1 KKB97741.1 100 130 0 0 1 130 1 130 2.87e-96 271 WP_046600280.1 WP_046600280.1 100 302 0 0 1 302 1 302 5.70e-215 585 WP_046600280.1 WP_134669716.1 33.6 295 179 2 4 289 8 294 2.78e-47 159 WP_046600280.1 WP_133340757.1 32.7 306 187 4 4 298 10 307 2.15e-39 139 WP_046600280.1 WP_243977667.1 29.3 294 194 3 1 288 2 287 2.30e-34 125 WP_046600280.1 WP_265634479.1 34.5 145 91 2 1 144 7 148 3.17e-16 75.9 WP_046600280.1 WP_096722254.1 29.5 146 96 2 3 148 2 140 1.47e-13 68.2 WP_091740622.1 WP_091740622.1 100 349 0 0 1 349 1 349 1.72e-251 681 MBE7370368.1 MBE7370368.1 100 389 0 0 1 389 1 389 1.12e-274 743 WP_006799194.1 WP_006799194.1 100 657 0 0 1 657 1 657 0.0 1341 WP_006799194.1 WP_236387036.1 64.7 660 223 6 1 657 1 653 0.0 885 WP_006799194.1 WP_131751929.1 48.1 366 170 8 299 657 292 644 7.79e-107 335 WP_227173776.1 WP_227173776.1 100 55 0 0 1 55 1 55 3.25e-45 136 VEC90219.1 VEC90219.1 100 67 0 0 1 67 1 67 9.36e-48 143 MCB2654556.1 MCB2654556.1 100 77 0 0 1 77 1 77 2.47e-52 155 XP_008373570.1 XP_008373570.1 100 206 0 0 1 206 1 206 4.16e-151 416 TWW58526.1 TWW58526.1 100 118 0 0 1 118 1 118 2.99e-90 254 WP_209378200.1 WP_209378200.1 100 263 0 0 1 263 1 263 5.23e-171 471 MBU6307538.1 MBU6307538.1 100 67 0 0 1 67 1 67 4.17e-42 129 WP_061048002.1 WP_061048002.1 100 771 0 0 1 771 1 771 0.0 1478 WP_061048002.1 MBF0233644.1 35.1 498 295 11 287 770 254 737 5.61e-80 270 WP_061048002.1 NSW79198.1 39.9 308 168 3 326 632 378 669 1.61e-67 234 WP_061048002.1 WP_211114623.1 30.9 485 305 6 298 770 329 795 3.02e-62 222 WP_061048002.1 WP_086504813.1 33.4 467 270 11 314 766 310 749 1.78e-57 207 WP_061048002.1 MBK3737236.1 38.5 239 145 1 386 624 422 658 1.66e-39 154 WP_061048002.1 TMG86695.1 28.3 283 148 6 382 625 4 270 4.73e-25 104 WP_061048002.1 SEP77558.1 26.5 294 177 11 355 626 292 568 8.46e-17 82.8 WP_273159410.1 WP_273159410.1 100 90 0 0 1 90 1 90 1.07e-61 180 KAJ2160981.1 KAJ2160981.1 100 447 0 0 1 447 1 447 1.98e-318 859 KAJ2160981.1 AGV54449.1 39.7 290 126 4 154 442 352 593 4.32e-53 186 MCQ2424848.1 MCQ2424848.1 100 241 0 0 1 241 1 241 8.16e-164 451 MCQ2424848.1 WP_131734175.1 35.3 238 144 4 7 239 22 254 1.36e-34 123 MBQ7754763.1 MBQ7754763.1 100 165 0 0 1 165 1 165 7.54e-118 328 WP_140730472.1 WP_140730472.1 100 233 0 0 1 233 1 233 2.12e-171 469 MBI3617399.1 MBI3617399.1 100 193 0 0 1 193 1 193 2.96e-140 387 MBP0955672.1 MBP0955672.1 100 190 0 0 1 190 1 190 2.00e-132 367 WP_145468487.1 WP_145468487.1 100 229 0 0 1 229 1 229 2.99e-160 441 WP_145468487.1 MBT4161918.1 52.5 219 104 0 1 219 1 219 1.77e-72 218 WP_145468487.1 MCB0243881.1 43.5 216 122 0 6 221 5 220 5.17e-58 181 WP_145468487.1 MCC6044083.1 43.7 215 120 1 7 221 4 217 3.38e-51 167 WP_145468487.1 WP_142133210.1 38.0 187 112 4 25 210 25 208 2.14e-32 116 WP_145468487.1 WP_109219819.1 35.6 205 122 3 10 214 21 215 2.36e-32 119 WP_145468487.1 HBO4828144.1 37.1 213 117 3 19 229 23 220 2.54e-30 112 WP_145468487.1 WP_258581409.1 35.0 200 120 2 7 206 4 193 4.09e-29 110 WP_145468487.1 WP_072380563.1 30.9 220 141 5 6 221 1 213 1.13e-24 96.3 WP_145468487.1 WP_142931103.1 29.4 204 135 5 25 225 275 472 1.28e-17 79.3 WP_145468487.1 WP_071876418.1 29.0 210 131 5 7 208 4 203 2.45e-15 72.8 WP_145468487.1 WP_195238978.1 30.2 182 117 6 25 201 500 676 5.47e-14 68.9 WP_145468487.1 WP_173040157.1 30.2 199 118 6 15 213 298 475 3.82e-11 60.5 WP_145468487.1 MBQ8297564.1 28.8 184 113 5 27 201 351 525 3.05e-10 57.8 WP_145468487.1 WP_089095302.1 30.0 190 108 5 22 208 326 493 5.70e-10 57.0 WP_145468487.1 WP_192500494.1 22.7 181 133 3 28 208 20 193 1.13e-07 49.7 WP_145468487.1 KAJ2660037.1 27.8 162 106 5 25 181 1825 1980 1.51e-05 43.9 MCC8146707.1 MCC8146707.1 100 522 0 0 1 522 1 522 0.0 1008 WP_038580218.1 WP_038580218.1 100 680 0 0 1 680 1 680 0.0 1357 WP_038580218.1 WP_278416415.1 40.4 666 363 8 10 675 4 635 1.17e-153 457 WP_038580218.1 BBL73457.1 32.2 242 139 6 12 252 34 251 1.02e-15 79.0 WP_038580218.1 MBP8718427.1 21.6 194 133 5 348 532 20 203 6.05e-05 43.5 XP_051566275.1 XP_051566275.1 100 1665 0 0 1 1665 1 1665 0.0 3143 XP_051566275.1 XP_030620685.1 35.0 280 178 3 1235 1511 89 367 1.27e-48 178 XP_051566275.1 XP_048216280.1 31.8 283 178 5 1228 1497 6 286 6.89e-35 137 XP_051566275.1 KAG1590416.1 27.3 267 173 8 1240 1496 78 333 1.26e-23 103 XP_051566275.1 MBF1128433.1 27.2 206 142 5 1242 1442 10 212 5.07e-17 85.1 XP_051566275.1 KZT58963.1 25.5 267 175 9 1248 1497 1084 1343 1.35e-15 81.3 XP_051566275.1 XP_036914921.1 26.3 346 188 9 32 362 223 516 4.18e-15 79.7 XP_051566275.1 XP_039923984.1 27.2 224 152 6 1226 1441 180 400 1.93e-14 77.4 XP_051566275.1 NXJ84327.1 26.4 235 162 6 1226 1452 185 416 5.72e-14 75.9 XP_051566275.1 CCX82620.1 28.4 148 101 4 1290 1434 1 146 8.11e-09 58.2 XP_051566275.1 KAH6575376.1 30.3 122 74 5 1335 1452 289 403 3.71e-06 49.7 KAI3927707.1 KAI3927707.1 100 102 0 0 1 102 1 102 3.08e-80 228 VVW57803.1 VVW57803.1 100 52 0 0 1 52 1 52 1.57e-35 111 WP_118944732.1 WP_118944732.1 100 502 0 0 1 502 1 502 0.0 1026 WP_118944732.1 WP_250323911.1 36.9 84 53 0 418 501 15 98 6.13e-15 68.9 ULA23837.2 ULA23837.2 100 4401 0 0 1 4401 1 4401 0.0 8648 ULA23837.2 UIR12670.1 100.0 4397 2 0 1 4397 1 4397 0.0 8640 ULA23837.2 UXH94526.1 99.9 4401 5 0 1 4401 1 4401 0.0 8638 ULA23837.2 UPA83906.1 99.9 4397 6 0 1 4397 1 4397 0.0 8629 ULA23837.2 UMF87224.1 99.4 4397 26 0 1 4397 1 4397 0.0 8628 ULA23837.2 QTD03487.1 99.6 4405 13 2 1 4401 1 4405 0.0 8622 ULA23837.2 QXR94354.1 99.7 4402 14 1 1 4401 1 4402 0.0 8621 ULA23837.2 UPP41269.1 99.6 4402 15 1 1 4401 1 4402 0.0 8621 ULA23837.2 QTM79632.1 99.6 4402 17 1 1 4401 1 4402 0.0 8619 ULA23837.2 USR14792.1 99.6 4402 16 1 1 4401 1 4402 0.0 8618 ULA23837.2 UZO53924.1 99.7 4398 13 1 1 4397 1 4398 0.0 8617 ULA23837.2 QWC83326.1 99.7 4401 10 2 1 4397 1 4401 0.0 8616 ULA23837.2 UVB16817.1 99.7 4398 13 1 1 4397 1 4398 0.0 8615 ULA23837.2 QTZ27226.1 99.5 4402 19 1 1 4401 1 4402 0.0 8614 ULA23837.2 QVD87869.1 99.7 4398 13 1 1 4397 1 4398 0.0 8614 ULA23837.2 URQ55824.1 99.7 4398 14 1 1 4397 1 4398 0.0 8614 ULA23837.2 QSZ25555.1 99.6 4401 12 2 1 4397 1 4401 0.0 8614 ULA23837.2 UFM00670.1 99.5 4405 16 2 1 4401 1 4405 0.0 8612 ULA23837.2 WEU87158.1 99.6 4401 12 2 1 4397 1 4401 0.0 8611 ULA23837.2 UKU68032.1 99.6 4401 18 0 1 4401 1 4401 0.0 8610 ULA23837.2 UEC68750.1 99.5 4405 16 2 1 4401 1 4405 0.0 8610 ULA23837.2 UBP50947.1 99.6 4401 13 2 1 4397 1 4401 0.0 8609 ULA23837.2 QZU16279.1 99.6 4401 13 2 1 4397 1 4401 0.0 8609 ULA23837.2 UBD95131.1 99.6 4401 13 2 1 4397 1 4401 0.0 8608 ULA23837.2 UHM53165.1 99.5 4405 16 2 1 4401 1 4405 0.0 8607 ULA23837.2 UFM02602.1 99.5 4405 16 2 1 4401 1 4405 0.0 8607 ULA23837.2 UBL45068.1 99.5 4405 16 2 1 4401 1 4405 0.0 8605 ULA23837.2 UEC52718.1 99.5 4401 17 2 1 4397 1 4401 0.0 8599 ULA23837.2 UKN67998.1 99.9 4377 3 0 21 4397 1 4377 0.0 8599 ULA23837.2 UBR86455.1 98.4 4400 68 2 2 4397 1 4400 0.0 8478 ULA23837.2 UXX67934.1 98.2 4398 80 1 1 4397 1 4398 0.0 8456 ULA23837.2 UJV88611.1 98.0 4401 90 0 1 4401 1 4401 0.0 8448 ULA23837.2 UCP77012.1 98.0 4401 82 2 1 4397 1 4401 0.0 8443 ULA23837.2 UCP72061.1 98.0 4401 85 2 1 4397 1 4401 0.0 8434 ULA23837.2 UJJ97602.1 97.8 4401 96 0 1 4401 1 4401 0.0 8432 ULA23837.2 UOU30556.1 97.9 4398 91 1 1 4397 1 4398 0.0 8420 ULA23837.2 UAQ80067.1 97.8 4401 95 2 1 4397 1 4401 0.0 8418 ULA23837.2 UGA79226.1 97.3 4401 117 2 1 4397 1 4401 0.0 8356 ULA23837.2 UJS94137.1 99.0 4296 44 0 106 4401 1 4296 0.0 8340 ULA23837.2 ULB83374.1 96.8 4401 140 0 1 4401 1 4401 0.0 8317 ULA23837.2 WHE12941.1 97.1 4372 124 1 27 4397 1 4372 0.0 8304 ULA23837.2 UVI10561.1 96.1 4371 171 1 28 4397 1 4371 0.0 8191 ULA23837.2 UGB98301.1 94.1 4405 254 2 1 4401 1 4405 0.0 8040 ULA23837.2 UJT06733.1 94.3 4397 252 0 1 4397 1 4397 0.0 8023 ULA23837.2 QRX02582.1 99.7 4098 10 2 1 4094 1 4098 0.0 7998 ULA23837.2 UMA88644.1 92.6 4376 325 0 22 4397 1 4376 0.0 7830 ULA23837.2 UFA30503.1 93.3 4340 288 2 27 4362 1 4340 0.0 7822 ULA23837.2 WGP70063.1 92.2 4369 335 2 1 4365 1 4369 0.0 7769 ULA23837.2 WEI27974.1 91.2 4402 386 1 1 4401 1 4402 0.0 7737 ULA23837.2 UNI03201.1 91.5 4378 371 2 27 4401 1 4378 0.0 7716 ULA23837.2 WGP98278.1 88.6 4364 493 2 1 4360 1 4364 0.0 7378 ULA23837.2 UEX07109.1 87.8 4379 529 2 27 4401 1 4379 0.0 7355 ULA23837.2 WAS49087.1 84.7 4398 670 1 1 4397 1 4398 0.0 7007 ULA23837.2 URP80785.1 82.8 4375 750 1 28 4401 1 4375 0.0 6792 ULA23837.2 UYE49180.1 77.2 4402 1002 1 1 4401 1 4402 0.0 6232 ULA23837.2 UPB00876.1 76.6 4375 1023 1 28 4401 1 4375 0.0 6184 ULA23837.2 WGQ72821.1 67.6 4344 1405 2 26 4365 1 4344 0.0 5128 MBJ7287465.1 MBJ7287465.1 100 1200 0 0 1 1200 1 1200 0.0 1992 MBJ7287465.1 WP_031065317.1 51.4 1220 539 12 1 1194 1 1192 3.65e-296 861 WP_266103637.1 WP_266103637.1 100 137 0 0 1 137 1 137 5.45e-102 286 WP_266103637.1 WP_219989626.1 50.8 130 62 2 1 129 14 142 9.07e-43 136 HAZ0856238.1 HAZ0856238.1 100 229 0 0 1 229 1 229 8.30e-167 457 HAZ0856238.1 WP_257007586.1 93.0 229 16 0 1 229 101 329 2.35e-154 432 MCJ9712781.1 MCJ9712781.1 100 323 0 0 1 323 1 323 4.76e-229 622 WP_235360343.1 WP_235360343.1 100 75 0 0 1 75 1 75 2.07e-50 150 WP_257769388.1 WP_257769388.1 100 251 0 0 1 251 1 251 3.68e-190 518 PYQ18715.1 PYQ18715.1 100 172 0 0 1 172 1 172 2.32e-129 358 KXK57030.1 KXK57030.1 100 176 0 0 1 176 1 176 3.25e-122 340 SDH24188.1 SDH24188.1 100 36 0 0 1 36 1 36 1.09e-22 78.2 MCU1518283.1 MCU1518283.1 100 609 0 0 1 609 1 609 0.0 1186 MCU1518283.1 KAF9463056.1 35.0 575 299 10 12 558 7 534 1.85e-99 312 MCU1518283.1 WP_046625651.1 30.8 572 315 16 3 558 23 529 1.17e-66 226 MCU1518283.1 WP_236525681.1 28.2 547 325 12 23 553 68 562 2.35e-51 185 XP_027705828.1 XP_027705828.1 100 1238 0 0 1 1238 1 1238 0.0 1973 WP_256561903.1 WP_256561903.1 100 164 0 0 1 164 1 164 5.54e-124 343 WP_141990951.1 WP_141990951.1 100 300 0 0 1 300 1 300 3.44e-215 585 MBQ7326660.1 MBQ7326660.1 100 159 0 0 1 159 1 159 6.03e-112 313 MBQ7326660.1 MBA3031770.1 41.0 156 88 2 1 153 1 155 8.80e-39 127 WP_139448115.1 WP_139448115.1 100 118 0 0 1 118 1 118 1.32e-75 218 WP_139448115.1 QDT09879.1 49.2 118 60 0 1 118 1 118 9.44e-32 107 KAJ5112313.1 KAJ5112313.1 100 563 0 0 1 563 1 563 0.0 1098 KAJ5112313.1 HAG62657.1 34.9 482 302 5 57 535 41 513 1.18e-84 271 KAJ5112313.1 WP_037548932.1 31.4 487 316 8 53 533 2 476 8.26e-63 212 KAJ5112313.1 WP_169940736.1 31.8 478 290 10 50 518 5 455 1.15e-46 168 OWY66639.1 OWY66639.1 100 390 0 0 1 390 1 390 1.82e-285 771 PLU16997.1 PLU16997.1 100 308 0 0 1 308 1 308 5.15e-205 560 PLU16997.1 WP_024270964.1 27.5 255 156 4 54 307 12 238 3.30e-18 80.5 VST16928.1 VST16928.1 100 99 0 0 1 99 1 99 1.28e-73 211 WP_195001047.1 WP_195001047.1 100 759 0 0 1 759 1 759 0.0 1458 WP_195001047.1 WP_009714971.1 42.4 540 286 6 59 581 27 558 2.05e-122 377 WP_195001047.1 QQS09360.1 39.2 533 279 6 90 583 63 589 1.56e-115 360 WP_136536828.1 WP_136536828.1 100 307 0 0 1 307 1 307 2.85e-222 604 WP_012716944.1 WP_012716944.1 100 372 0 0 1 372 1 372 1.36e-255 694 UCE84061.1 UCE84061.1 100 55 0 0 1 55 1 55 1.08e-32 104 WP_142673401.1 WP_142673401.1 100 235 0 0 1 235 1 235 7.09e-171 468 WP_247072383.1 WP_247072383.1 100 362 0 0 1 362 1 362 5.45e-266 719 WP_247072383.1 NEO63080.1 41.0 310 177 4 38 341 47 356 1.31e-77 241 WP_247072383.1 KAH8969015.1 36.3 342 198 7 4 333 128 461 4.81e-66 215 WP_247072383.1 PZR90627.1 36.0 331 200 8 13 337 10 334 6.00e-52 174 XP_055059894.1 XP_055059894.1 100 412 0 0 1 412 1 412 4.66e-306 825 XP_055059894.1 CAH7718754.1 46.2 65 35 0 61 125 1 65 1.71e-14 67.0 KAF9682501.1 KAF9682501.1 100 147 0 0 1 147 1 147 3.20e-108 302 WP_157104028.1 WP_157104028.1 100 142 0 0 1 142 1 142 1.32e-109 305 WP_000158727.1 WP_000158727.1 100 191 0 0 1 191 1 191 1.53e-141 390 WP_140641625.1 WP_140641625.1 100 70 0 0 1 70 1 70 1.50e-52 155 WP_234882652.1 WP_234882652.1 100 63 0 0 1 63 1 63 9.38e-44 133 WP_145739766.1 WP_145739766.1 100 332 0 0 1 332 1 332 1.32e-235 640 WP_145739766.1 WP_114947547.1 40.0 320 182 5 11 329 12 322 1.20e-75 234 WP_145739766.1 WP_261668588.1 37.4 318 194 2 17 332 4 318 1.20e-73 228 WP_109219430.1 WP_109219430.1 100 449 0 0 1 449 1 449 7.89e-264 721 WP_109219430.1 WP_271457636.1 93.1 447 31 0 1 447 1 447 1.93e-243 670 MCR5069553.1 MCR5069553.1 100 427 0 0 1 427 1 427 4.60e-320 862 WP_153844272.1 WP_153844272.1 100 492 0 0 1 492 1 492 0.0 999 WP_153844272.1 WP_167977039.1 26.6 207 141 3 1 206 1 197 3.61e-18 82.4 WP_153844272.1 WP_281543397.1 25.6 203 141 3 275 477 5 197 2.33e-13 68.9 WP_153844272.1 WP_011057593.1 25.3 229 141 6 6 224 5 213 3.00e-12 66.2 WP_153844272.1 WP_084371009.1 27.4 241 146 9 6 237 3 223 5.14e-11 62.0 WP_153844272.1 OAN53756.1 23.0 248 153 7 6 233 12 241 4.80e-10 58.5 WP_153844272.1 HBO4828144.1 23.1 216 132 5 6 209 11 204 8.06e-10 58.2 WP_153844272.1 WP_173040157.1 24.2 190 117 6 5 191 291 456 1.15e-09 58.9 WP_153844272.1 MBQ3864274.1 24.8 258 158 11 21 260 36 275 3.37e-09 56.6 WP_153844272.1 WP_077217464.1 25.7 206 132 6 5 206 33 221 5.27e-09 55.8 WP_153844272.1 WP_222599035.1 29.0 207 119 9 282 477 489 678 1.52e-08 55.5 WP_153844272.1 WP_158791585.1 23.2 259 168 7 8 250 7 250 2.06e-08 53.5 WP_153844272.1 MXP43753.1 21.7 235 162 6 3 225 12 236 7.55e-06 45.8 WP_153844272.1 MBQ9964693.1 23.9 180 97 5 259 432 1 146 4.18e-05 42.7 WP_044772468.1 WP_044772468.1 100 724 0 0 1 724 1 724 0.0 1320 WP_044772468.1 WP_101662518.1 32.2 587 357 17 52 628 58 613 2.35e-70 241 WP_044772468.1 HCG88012.1 36.1 277 161 6 29 294 20 291 8.01e-41 157 WP_044772468.1 WP_088784550.1 25.9 626 378 21 41 607 94 692 6.43e-35 140 WP_044772468.1 WP_062300449.1 27.6 381 249 10 86 461 73 431 4.85e-29 122 RIB10989.1 RIB10989.1 100 189 0 0 1 189 1 189 7.90e-143 393 RIB10989.1 KZT58963.1 34.2 117 69 3 6 116 1223 1337 4.18e-12 62.4 RIB10989.1 XP_040250218.1 30.2 129 77 4 2 120 492 617 4.40e-11 59.3 RIB10989.1 MBF1128433.1 26.3 114 68 5 6 110 149 255 9.75e-06 43.5 RIB10989.1 WP_106546380.1 38.7 62 33 3 6 65 170 228 1.01e-04 40.4 WP_223874734.1 WP_223874734.1 100 230 0 0 1 230 1 230 3.09e-158 436 RKP53954.1 RKP53954.1 100 87 0 0 1 87 1 87 1.56e-55 164 WP_144660168.1 WP_144660168.1 100 540 0 0 1 540 1 540 0.0 1078 WP_071468711.1 WP_071468711.1 100 68 0 0 1 68 1 68 4.80e-46 139 WP_036392442.1 WP_036392442.1 100 570 0 0 1 570 1 570 0.0 1107 WP_221802218.1 WP_221802218.1 100 114 0 0 1 114 1 114 8.76e-79 225 WP_250239427.1 WP_250239427.1 100 883 0 0 1 883 1 883 0.0 1694 WP_129681113.1 WP_129681113.1 100 192 0 0 1 192 1 192 1.15e-132 368 NGX49271.1 NGX49271.1 100 506 0 0 1 506 1 506 0.0 935 PYL83902.1 PYL83902.1 100 697 0 0 1 697 1 697 0.0 1391 PYL83902.1 WP_135916821.1 28.8 160 97 4 147 300 104 252 2.63e-15 75.1 WP_123262559.1 WP_123262559.1 100 309 0 0 1 309 1 309 1.39e-214 585 OOX90626.1 OOX90626.1 100 254 0 0 1 254 1 254 3.52e-185 506 MBO5037501.1 MBO5037501.1 100 140 0 0 1 140 1 140 3.12e-89 254 THW19323.1 THW19323.1 100 455 0 0 1 455 1 455 0.0 911 TBR12235.1 TBR12235.1 100 36 0 0 1 36 1 36 3.78e-23 79.3 WP_256695454.1 WP_256695454.1 100 51 0 0 1 51 1 51 4.96e-34 107 MBR1786128.1 MBR1786128.1 100 45 0 0 1 45 1 45 3.54e-27 90.1 NQZ11975.1 NQZ11975.1 100 516 0 0 1 516 1 516 0.0 1023 NQZ11975.1 PYB13830.1 48.7 483 236 7 15 492 3775 4250 1.90e-139 443 NQZ11975.1 WP_192202944.1 29.3 280 169 8 166 439 142 398 1.77e-16 79.7 GEY63590.1 GEY63590.1 100 114 0 0 1 114 1 114 2.94e-77 221 MCF2604604.1 MCF2604604.1 100 297 0 0 1 297 1 297 2.96e-219 595 KAF5197921.1 KAF5197921.1 100 90 0 0 1 90 1 90 1.79e-60 177 CAI8519318.1 CAI8519318.1 100 264 0 0 1 264 1 264 2.12e-191 522 KAF2218229.1 KAF2218229.1 100 150 0 0 1 150 1 150 4.33e-103 290 WP_079473139.1 WP_079473139.1 100 388 0 0 1 388 1 388 1.32e-277 751 NLX43212.1 NLX43212.1 100 190 0 0 1 190 1 190 4.20e-134 371 MBH0176532.1 MBH0176532.1 100 130 0 0 1 130 1 130 1.17e-86 246 UPU53169.1 UPU53169.1 100 1270 0 0 1 1270 1 1270 0.0 2465 UPU53169.1 UYC71619.1 99.1 1270 10 1 1 1270 1 1268 0.0 2439 UPU53169.1 UHB14670.1 96.5 1273 39 2 1 1270 1 1271 0.0 2370 UPU53169.1 UIX40308.1 96.4 1273 41 2 1 1270 1 1271 0.0 2364 UPU53169.1 UDK40309.1 96.2 1273 44 2 1 1270 1 1271 0.0 2353 UPU53169.1 USL51576.1 95.9 1270 52 0 1 1270 1 1270 0.0 2346 UPU53169.1 QUE11983.1 93.6 1273 76 3 1 1270 1 1270 0.0 2276 UPU53169.1 UGX22439.1 93.0 1273 84 2 1 1270 1 1271 0.0 2259 UPU53169.1 UBN63752.1 91.9 1273 97 3 1 1270 1 1270 0.0 2224 UPU53169.1 QUM20585.1 89.8 1273 126 2 1 1270 1 1272 0.0 2164 UPU53169.1 UZH89542.1 89.6 1273 128 2 1 1270 1 1271 0.0 2148 UPU53169.1 QVX70521.1 88.9 1273 138 1 1 1270 1 1273 0.0 2130 UPU53169.1 QXI91160.1 84.7 1273 191 2 1 1270 1 1272 0.0 1998 UPU53169.1 UUS71569.1 66.1 1273 428 1 1 1270 1 1273 0.0 1423 UPU53169.1 UHK01047.1 61.4 1273 489 1 1 1270 1 1273 0.0 1293 WP_154489617.1 WP_154489617.1 100 169 0 0 1 169 1 169 8.43e-126 348 NET38287.1 NET38287.1 100 767 0 0 1 767 1 767 0.0 1658 NET38287.1 WP_186101535.1 45.9 750 368 10 6 747 8 727 2.37e-224 645 AGI15931.1 AGI15931.1 100 206 0 0 1 206 1 206 3.56e-152 418 AGI15931.1 AVM35379.1 69.3 205 63 0 2 206 4 208 1.29e-101 291 AGI15931.1 QUQ06080.1 69.9 206 62 0 1 206 8 213 1.53e-101 291 AGI15931.1 AFA24308.1 68.0 206 66 0 1 206 1 206 4.88e-101 289 AGI15931.1 QUA05739.1 66.8 205 68 0 1 205 8 212 9.83e-101 288 AGI15931.1 ADW49125.1 67.8 205 66 0 2 206 1 205 1.35e-100 288 AGI15931.1 ADJ35581.1 68.9 206 64 0 1 206 9 214 3.70e-100 287 AGI15931.1 AHK62764.1 68.8 205 64 0 2 206 5 209 1.27e-98 283 AGI15931.1 AFA09475.1 69.2 198 61 0 9 206 2 199 4.93e-97 279 AGI15931.1 AWS34156.1 64.4 205 73 0 2 206 9 213 7.54e-95 274 AGI15931.1 ABQ63546.1 63.9 205 74 0 2 206 8 212 2.08e-94 273 AGI15931.1 AOR13807.1 65.0 197 69 0 4 200 2 198 2.88e-92 266 AGI15931.1 UZF38514.1 62.0 200 76 0 7 206 1 200 7.92e-87 253 AGI15931.1 AKT58828.1 65.2 187 65 0 2 188 9 195 1.28e-85 249 AGI15931.1 AMA90994.1 66.1 189 64 0 2 190 9 197 1.37e-85 249 AGI15931.1 AAX94106.1 67.2 180 59 0 27 206 4 183 7.58e-82 248 AGI15931.1 AOQ89457.1 60.3 184 73 0 1 184 4 187 5.87e-80 235 AGI15931.1 AKA56406.1 60.6 193 73 1 1 193 8 197 4.70e-79 233 AGI15931.1 AXZ65741.1 61.1 180 70 0 2 181 9 188 2.20e-75 223 AGI15931.1 AHH30646.1 69.7 165 48 2 27 191 8 170 2.38e-73 218 AGI15931.1 ACE88666.1 65.7 134 46 0 73 206 1 134 2.15e-56 174 AGI15931.1 APC24336.1 66.0 106 36 0 101 206 1 106 2.37e-40 139 MBI3214161.1 MBI3214161.1 100 581 0 0 1 581 1 581 0.0 1118 WP_057201184.1 WP_057201184.1 100 485 0 0 1 485 1 485 0.0 970 WP_057201184.1 WP_131836551.1 44.8 478 253 6 6 475 20 494 1.83e-125 373 WP_057201184.1 XP_050320449.1 42.6 467 255 4 15 475 25 484 1.41e-110 334 WP_057201184.1 WP_257689765.1 43.0 461 251 5 14 469 26 479 5.11e-102 312 WP_057201184.1 WP_061795322.1 39.5 486 275 9 2 474 18 497 1.34e-97 301 WP_057201184.1 WP_108756325.1 39.8 480 265 8 5 474 7 472 4.81e-92 286 WP_057201184.1 WP_255965801.1 38.4 466 271 7 15 473 26 482 4.01e-90 281 WP_057201184.1 WP_008959270.1 38.7 483 275 8 6 476 13 486 1.30e-88 278 WP_057201184.1 WP_205186167.1 37.8 429 248 7 61 481 4 421 1.96e-75 241 WP_057201184.1 WP_195426888.1 36.0 478 269 11 6 467 19 475 1.26e-73 239 WP_057201184.1 WP_100461895.1 35.5 439 262 9 2 429 7 435 2.81e-70 230 WP_057201184.1 WP_022389025.1 29.0 348 225 8 129 471 100 430 1.33e-28 116 WP_223040576.1 WP_223040576.1 100 269 0 0 1 269 1 269 2.79e-194 530 WP_221711878.1 WP_221711878.1 100 112 0 0 1 112 1 112 5.12e-77 221 MBM5817467.1 MBM5817467.1 100 88 0 0 1 88 1 88 4.95e-66 191 EHC2895895.1 EHC2895895.1 100 161 0 0 1 161 1 161 4.76e-119 331 EHC2895895.1 HCI3789247.1 48.3 149 72 2 14 161 1 145 2.10e-37 124 MCT7710903.1 MCT7710903.1 100 226 0 0 1 226 1 226 5.83e-161 442 URQ55824.1 URQ55824.1 100 7093 0 0 1 7093 1 7093 0.0 14170 URQ55824.1 UZO53924.1 99.9 7093 6 0 1 7093 1 7093 0.0 14158 URQ55824.1 UVB16817.1 99.9 7093 5 0 1 7093 1 7093 0.0 14158 URQ55824.1 QVD87869.1 99.7 7093 19 0 1 7093 1 7093 0.0 14130 URQ55824.1 QWC83326.1 99.7 7096 16 1 1 7093 1 7096 0.0 14129 URQ55824.1 UMF87224.1 99.4 7093 39 1 1 7093 1 7092 0.0 14124 URQ55824.1 WEU87158.1 99.7 7096 18 1 1 7093 1 7096 0.0 14124 URQ55824.1 QSZ25555.1 99.7 7096 20 1 1 7093 1 7096 0.0 14123 URQ55824.1 UBP50947.1 99.7 7096 21 1 1 7093 1 7096 0.0 14117 URQ55824.1 UBD95131.1 99.6 7096 23 1 1 7093 1 7096 0.0 14112 URQ55824.1 UEC52718.1 99.6 7096 26 1 1 7093 1 7096 0.0 14105 URQ55824.1 UIR12670.1 99.4 7093 43 1 1 7093 1 7092 0.0 14068 URQ55824.1 QZU16279.1 99.3 7096 47 1 1 7093 1 7096 0.0 14055 URQ55824.1 UPA83906.1 99.1 7093 60 1 1 7093 1 7092 0.0 14027 URQ55824.1 UXX67934.1 99.0 7093 74 0 1 7093 1 7093 0.0 13997 URQ55824.1 UBR86455.1 98.8 7095 81 1 2 7093 1 7095 0.0 13975 URQ55824.1 UCP72061.1 98.6 7096 98 1 1 7093 1 7096 0.0 13934 URQ55824.1 UCP77012.1 98.6 7096 99 1 1 7093 1 7096 0.0 13934 URQ55824.1 WHE12941.1 98.4 7067 116 0 27 7093 1 7067 0.0 13847 URQ55824.1 UKN67998.1 98.3 7073 122 1 21 7093 1 7072 0.0 13838 URQ55824.1 UGA79226.1 97.5 7096 175 1 1 7093 1 7096 0.0 13757 URQ55824.1 UAQ80067.1 97.0 7096 208 1 1 7093 1 7096 0.0 13669 URQ55824.1 UVI10561.1 96.5 7066 250 0 28 7093 1 7066 0.0 13530 URQ55824.1 UJT06733.1 96.2 7093 265 1 1 7093 1 7092 0.0 13519 URQ55824.1 UOU30556.1 94.9 7093 365 0 1 7093 1 7093 0.0 13289 URQ55824.1 UMA88644.1 91.7 7072 586 1 22 7093 1 7071 0.0 12713 URQ55824.1 WAS49087.1 90.7 7093 661 0 1 7093 1 7093 0.0 12553 URQ55824.1 WGP98278.1 84.8 7096 1074 1 1 7093 1 7096 0.0 11566 URQ55824.1 UPP41269.1 99.9 4398 3 0 1 4398 1 4398 0.0 8638 URQ55824.1 USR14792.1 99.9 4398 4 0 1 4398 1 4398 0.0 8636 URQ55824.1 QXR94354.1 99.7 4398 14 0 1 4398 1 4398 0.0 8614 URQ55824.1 ULA23837.2 99.7 4398 14 1 1 4398 1 4397 0.0 8613 URQ55824.1 QTM79632.1 99.6 4398 17 0 1 4398 1 4398 0.0 8613 URQ55824.1 QTD03487.1 99.6 4401 14 1 1 4398 1 4401 0.0 8613 URQ55824.1 UXH94526.1 99.6 4398 15 1 1 4398 1 4397 0.0 8609 URQ55824.1 QTZ27226.1 99.6 4398 19 0 1 4398 1 4398 0.0 8608 URQ55824.1 UFM00670.1 99.5 4401 17 1 1 4398 1 4401 0.0 8603 URQ55824.1 UEC68750.1 99.5 4401 17 1 1 4398 1 4401 0.0 8601 URQ55824.1 UHM53165.1 99.5 4401 17 1 1 4398 1 4401 0.0 8598 URQ55824.1 UFM02602.1 99.5 4401 17 1 1 4398 1 4401 0.0 8598 URQ55824.1 UBL45068.1 99.5 4401 17 1 1 4398 1 4401 0.0 8596 URQ55824.1 UKU68032.1 99.3 4398 28 1 1 4398 1 4397 0.0 8581 URQ55824.1 UJV88611.1 97.7 4398 100 1 1 4398 1 4397 0.0 8418 URQ55824.1 UJJ97602.1 97.6 4398 106 1 1 4398 1 4397 0.0 8402 URQ55824.1 UJS94137.1 98.7 4293 54 1 106 4398 1 4292 0.0 8311 URQ55824.1 ULB83374.1 96.5 4398 154 1 1 4398 1 4397 0.0 8283 URQ55824.1 UGB98301.1 94.2 4401 253 1 1 4398 1 4401 0.0 8035 URQ55824.1 QRX02582.1 99.7 4098 11 1 1 4095 1 4098 0.0 7996 URQ55824.1 UFA30503.1 93.3 4340 288 1 27 4363 1 4340 0.0 7823 URQ55824.1 WGP70063.1 92.2 4369 336 1 1 4366 1 4369 0.0 7767 URQ55824.1 WEI27974.1 91.4 4398 377 0 1 4398 1 4398 0.0 7748 URQ55824.1 UNI03201.1 91.4 4374 372 1 27 4398 1 4374 0.0 7708 URQ55824.1 UEX07109.1 87.8 4375 529 1 27 4398 1 4375 0.0 7348 URQ55824.1 URP80785.1 82.5 4371 763 0 28 4398 1 4371 0.0 6769 URQ55824.1 UYE49180.1 76.9 4398 1014 0 1 4398 1 4398 0.0 6210 URQ55824.1 UPB00876.1 76.7 4371 1017 0 28 4398 1 4371 0.0 6193 URQ55824.1 WGQ72821.1 67.5 4344 1410 1 26 4366 1 4344 0.0 5121 KAI5804476.1 KAI5804476.1 100 119 0 0 1 119 1 119 5.16e-87 246 WP_108106595.1 WP_108106595.1 100 162 0 0 1 162 1 162 2.65e-121 337 EFC81578.1 EFC81578.1 100 324 0 0 1 324 1 324 1.95e-233 634 EFC81578.1 KAI3473816.1 46.6 307 158 4 18 320 204 508 3.10e-84 261 EFC81578.1 PAA76673.1 25.4 307 187 11 9 284 5 300 8.47e-11 60.5 MBL0081532.1 MBL0081532.1 100 1211 0 0 1 1211 1 1211 0.0 1058 MCI0524605.1 MCI0524605.1 100 119 0 0 1 119 1 119 1.80e-78 225 WP_200001451.1 WP_200001451.1 100 280 0 0 1 280 1 280 1.76e-207 564 GBN34629.1 GBN34629.1 100 183 0 0 1 183 1 183 3.50e-134 371 WP_104456122.1 WP_104456122.1 100 524 0 0 1 524 1 524 0.0 926 WP_104456122.1 WP_186556299.1 42.7 511 264 5 1 497 1 496 2.23e-94 295 WP_104456122.1 HAZ7424284.1 32.7 495 282 8 7 476 7 475 1.76e-51 181 WP_104456122.1 WP_128786583.1 51.6 159 77 0 331 489 439 597 1.19e-34 136 WP_104456122.1 WP_269572442.1 40.8 272 161 0 214 485 321 592 2.19e-32 129 WP_104456122.1 WP_025739406.1 35.2 253 164 0 214 466 329 581 7.53e-30 122 WP_104456122.1 WP_271340374.1 26.3 327 187 9 244 520 274 596 4.71e-16 79.3 WP_104456122.1 WP_237962375.1 30.2 179 104 2 340 518 473 630 6.81e-14 72.8 WP_104456122.1 WP_156140069.1 33.3 156 104 0 365 520 405 560 1.02e-12 68.9 WP_104456122.1 MCI8311254.1 36.2 94 48 2 308 397 302 387 1.93e-08 55.1 XP_039048844.1 XP_039048844.1 100 134 0 0 1 134 1 134 4.35e-93 263 WP_034944635.1 WP_034944635.1 100 200 0 0 1 200 1 200 1.70e-147 406 CAG32719.1 CAG32719.1 100 137 0 0 1 137 1 137 7.17e-98 275 KMN52907.1 KMN52907.1 100 210 0 0 1 210 1 210 1.97e-151 417 WP_199673213.1 WP_199673213.1 100 391 0 0 1 391 1 391 1.59e-275 746 WP_199673213.1 MCM1513138.1 31.3 415 256 7 1 391 1 410 1.14e-52 179 WP_199673213.1 WP_037818847.1 31.1 405 260 9 1 391 1 400 4.77e-44 155 WP_199673213.1 MBN9383861.1 29.8 131 79 5 267 389 277 402 1.17e-06 48.9 WP_199673213.1 MBN8894000.1 28.8 118 79 2 271 384 312 428 8.21e-05 42.7 MCI6147609.1 MCI6147609.1 100 205 0 0 1 205 1 205 2.50e-147 406 XP_042771424.1 XP_042771424.1 100 2312 0 0 1 2312 1 2312 0.0 4355 XP_042771424.1 XP_005573423.1 24.6 1841 1137 44 62 1835 107 1762 5.08e-107 380 XP_042771424.1 XP_048264533.1 23.9 1868 1128 53 80 1839 151 1833 2.65e-97 349 XP_042771424.1 XP_021507806.1 24.8 1811 1073 51 71 1796 119 1726 3.43e-94 339 WP_212054759.1 WP_212054759.1 100 495 0 0 1 495 1 495 0.0 917 WP_212054759.1 WP_094840069.1 36.4 506 294 8 16 495 8 511 9.28e-66 219 WP_124978582.1 WP_124978582.1 100 841 0 0 1 841 1 841 0.0 1603 WP_124978582.1 WP_064779756.1 37.6 221 131 4 3 223 122 335 4.54e-36 138 WP_124978582.1 WP_010905191.1 32.8 244 142 11 1 230 1 236 3.06e-19 87.4 WP_124978582.1 WP_088349221.1 21.3 211 138 6 2 184 6 216 7.69e-08 53.1 WP_124978582.1 MCH5207665.1 39.3 56 34 0 3 58 4 59 6.55e-07 49.7 KAE8683921.1 KAE8683921.1 100 569 0 0 1 569 1 569 0.0 1058 OAV63675.1 OAV63675.1 100 184 0 0 1 184 1 184 4.24e-131 363 PYB13830.1 PYB13830.1 100 4250 0 0 1 4250 1 4250 0.0 8540 PYB13830.1 NQZ11975.1 48.7 483 236 7 3775 4250 15 492 1.02e-133 429 PYB13830.1 HBN9628875.1 31.2 805 460 19 5 770 509 1258 1.57e-85 311 PYB13830.1 WP_246003214.1 25.8 569 384 15 3189 3731 20 576 1.15e-31 132 PYB13830.1 WP_112119927.1 23.9 436 270 14 3251 3664 63 458 2.17e-13 74.3 PYB13830.1 RLB66027.1 23.1 281 190 6 3336 3598 170 442 7.76e-10 63.2 PYB13830.1 WP_254101325.1 25.0 529 313 20 3216 3676 109 621 3.58e-09 61.2 PYB13830.1 MBF2759673.1 29.2 202 111 7 3184 3360 145 339 2.40e-07 55.5 PYB13830.1 XP_052525039.1 21.8 449 291 16 3274 3676 210 644 7.37e-06 50.4 WP_007377599.1 WP_007377599.1 100 136 0 0 1 136 1 136 9.43e-89 252 WP_007377599.1 WP_217904803.1 30.5 128 82 3 10 131 9 135 7.58e-12 57.4 WP_007377599.1 WP_208947654.1 28.3 120 84 2 16 134 17 135 6.40e-10 52.4 WP_187447871.1 WP_187447871.1 100 415 0 0 1 415 1 415 1.05e-299 809 WP_175766180.1 WP_175766180.1 100 305 0 0 1 305 1 305 2.73e-219 596 WP_072989136.1 WP_072989136.1 100 417 0 0 1 417 1 417 3.06e-309 833 WP_072989136.1 HAR4306776.1 51.8 413 195 3 4 416 5 413 5.97e-139 402 WP_072989136.1 WP_192202944.1 36.5 416 239 11 3 411 1 398 6.62e-68 219 WP_072989136.1 WP_266170214.1 36.7 267 136 9 156 412 149 392 2.16e-39 144 TMB80853.1 TMB80853.1 100 111 0 0 1 111 1 111 7.29e-81 230 WP_277264109.1 WP_277264109.1 100 997 0 0 1 997 1 997 0.0 1813 WP_277264109.1 WP_282985289.1 30.7 856 482 23 234 995 148 986 2.40e-80 280 WP_277264109.1 EFG7698437.1 34.4 305 171 8 717 995 1 302 3.55e-40 149 KAE8876596.1 KAE8876596.1 100 1092 0 0 1 1092 1 1092 0.0 2092 KZW99196.1 KZW99196.1 100 641 0 0 1 641 1 641 0.0 1215 MCC6136677.1 MCC6136677.1 100 52 0 0 1 52 1 52 4.22e-31 100 MCI5191941.1 MCI5191941.1 100 643 0 0 1 643 1 643 0.0 1271 MCI5191941.1 MCP2519657.1 37.0 419 259 4 1 415 1 418 2.43e-84 269 MCI5191941.1 WP_203325777.1 34.9 83 47 2 533 608 77 159 1.57e-05 44.7 HBW9511025.1 HBW9511025.1 100 201 0 0 1 201 1 201 2.15e-146 403 HBW9511025.1 PJB11797.1 46.0 189 102 0 6 194 3 191 1.90e-58 181 HBW9511025.1 MCE2883039.1 55.2 143 61 2 60 199 2 144 1.28e-48 154 PIP52537.1 PIP52537.1 100 372 0 0 1 372 1 372 9.36e-263 712 MAS51861.1 MAS51861.1 100 172 0 0 1 172 1 172 6.61e-120 334 MCF8193609.1 MCF8193609.1 100 264 0 0 1 264 1 264 1.49e-191 523 MCF8193609.1 WP_113851760.1 35.3 241 150 4 24 262 7 243 6.29e-37 129 MCF8193609.1 WP_144002426.1 33.1 148 89 3 113 255 124 266 1.07e-14 70.5 WP_135705208.1 WP_135705208.1 100 138 0 0 1 138 1 138 6.87e-101 283 WP_171155369.1 WP_171155369.1 100 215 0 0 1 215 1 215 1.18e-150 415 WP_171155369.1 UJW35797.1 47.3 55 29 0 14 68 10 64 4.72e-10 55.5 WP_171155369.1 WP_188339236.1 33.9 62 40 1 26 86 17 78 2.74e-05 41.6 ELZ16407.1 ELZ16407.1 100 457 0 0 1 457 1 457 0.0 900 ELZ16407.1 MBA3609961.1 35.9 437 238 15 30 448 36 448 7.46e-70 227 ELZ16407.1 OWZ34415.1 31.2 423 271 12 33 442 57 472 1.30e-50 177 ELZ16407.1 MBQ6794463.1 29.1 405 223 12 35 432 16 363 8.12e-40 145 ELZ16407.1 MCF7895906.1 26.7 356 228 8 24 377 14 338 6.97e-36 134 ELZ16407.1 WP_254819486.1 26.3 441 282 15 33 448 36 458 2.41e-28 115 WP_073070755.1 WP_073070755.1 100 191 0 0 1 191 1 191 5.75e-137 379 SVJ73127.1 SVJ73127.1 100 316 0 0 1 316 1 316 2.43e-223 607 WP_253463694.1 WP_253463694.1 100 437 0 0 1 437 1 437 1.91e-304 823 WP_253463694.1 GDX36288.1 29.8 262 166 7 177 425 153 409 5.00e-28 113 WP_253463694.1 KDF42894.1 25.1 235 150 7 204 415 248 479 2.69e-11 63.5 WP_253463694.1 CAG0990770.1 27.3 227 131 10 225 427 41 257 1.55e-07 50.8 UCJ00318.1 UCJ00318.1 100 787 0 0 1 787 1 787 0.0 1556 HAR4359619.1 HAR4359619.1 100 273 0 0 1 273 1 273 2.13e-200 546 HAR4359619.1 MBI5966481.1 33.3 219 120 6 76 270 83 299 1.64e-27 106 HAR4359619.1 MBI1736306.1 34.1 211 122 5 76 270 82 291 5.01e-27 105 HAR4359619.1 WP_279399778.1 34.8 201 114 6 76 261 83 281 1.82e-24 98.2 HAR4359619.1 WP_220615956.1 30.1 219 140 4 37 242 74 292 9.48e-23 94.4 HAR4359619.1 MBQ1540263.1 28.4 229 145 5 37 261 60 273 1.38e-22 92.8 HAR4359619.1 WP_067782871.1 31.4 204 125 4 76 265 82 284 8.08e-21 88.2 MCB1471508.1 MCB1471508.1 100 288 0 0 1 288 1 288 1.31e-222 603 MCB1471508.1 WP_119403424.1 43.8 242 132 3 49 288 25 264 1.75e-70 217 KKQ50904.1 KKQ50904.1 100 1136 0 0 1 1136 1 1136 0.0 2102 KKQ50904.1 WP_039608285.1 26.9 487 339 8 37 517 12 487 2.22e-43 170 KKQ50904.1 WP_172616972.1 28.5 480 331 5 39 512 17 490 1.58e-42 167 KKQ50904.1 WP_133325549.1 22.5 493 364 6 32 517 5 486 8.57e-29 123 KKQ50904.1 TME45086.1 22.9 480 342 11 41 509 14 476 6.71e-23 103 KKQ50904.1 MBT8462299.1 30.7 205 117 4 956 1136 2 205 1.02e-16 79.3 XP_034577512.1 XP_034577512.1 100 850 0 0 1 850 1 850 0.0 1731 CDN40573.1 CDN40573.1 100 470 0 0 1 470 1 470 0.0 894 CDN40573.1 Q8XJN8.1 33.5 209 126 6 271 469 26 231 5.75e-24 98.6 CDN40573.1 MBE6142085.1 28.1 217 145 6 256 464 11 224 1.37e-17 80.1 HAN0352225.1 HAN0352225.1 100 512 0 0 1 512 1 512 0.0 1002 HAN0352225.1 KDT27382.1 78.1 416 89 1 97 512 53 466 8.29e-240 676 HAN0352225.1 EFN5389376.1 70.7 481 139 1 32 512 187 665 6.40e-237 675 HAN0352225.1 EJW7579374.1 65.6 291 98 1 1 291 5 293 1.11e-127 372 HAN0352225.1 EIH4263652.1 65.2 293 100 1 30 322 296 586 2.81e-123 371 HAN0352225.1 EFL5817307.1 62.9 232 84 1 31 262 250 479 9.78e-88 276 MBQ7354351.1 MBQ7354351.1 100 322 0 0 1 322 1 322 1.03e-252 682 PQN90025.1 PQN90025.1 100 21 0 0 1 21 1 21 7.36e-09 42.4 WP_153656540.1 WP_153656540.1 100 759 0 0 1 759 1 759 0.0 1469 WP_153656540.1 WP_203203455.1 59.4 763 300 3 4 757 20 781 1.51e-319 889 WP_153656540.1 CFU01724.1 56.3 87 38 0 668 754 1 87 9.97e-27 102 ABL14307.1 ABL14307.1 100 255 0 0 1 255 1 255 1.38e-187 512 MCI0559521.1 MCI0559521.1 100 463 0 0 1 463 1 463 0.0 877 MCC2110934.1 MCC2110934.1 100 87 0 0 1 87 1 87 7.45e-54 160 HBO1212818.1 HBO1212818.1 100 340 0 0 1 340 1 340 9.78e-242 656 WP_003176097.1 WP_003176097.1 100 285 0 0 1 285 1 285 1.22e-196 537 EEJ3660224.1 EEJ3660224.1 100 118 0 0 1 118 1 118 5.39e-84 239 YP_009550556.1 YP_009550556.1 100 469 0 0 1 469 1 469 0.0 978 WP_262088989.1 WP_262088989.1 100 246 0 0 1 246 1 246 1.95e-178 488 WP_146205473.1 WP_146205473.1 100 58 0 0 1 58 1 58 6.78e-35 110 WP_146205473.1 WP_236961032.1 61.9 42 16 0 1 42 49 90 8.92e-14 58.2 WP_010875413.1 WP_010875413.1 100 200 0 0 1 200 1 200 2.40e-138 383 HET19548.1 HET19548.1 100 45 0 0 1 45 1 45 2.12e-28 93.2 HET19548.1 HBR4968137.1 45.2 42 23 0 1 42 3 44 4.48e-07 42.0 GFS24540.1 GFS24540.1 100 31 0 0 1 31 1 31 4.83e-18 68.9 WP_189862922.1 WP_189862922.1 100 115 0 0 1 115 1 115 7.18e-74 213 WP_174742261.1 WP_174742261.1 100 230 0 0 1 230 1 230 1.33e-168 462 MBJ9849823.1 MBJ9849823.1 100 456 0 0 1 456 1 456 1.33e-316 855 MCF8113477.1 MCF8113477.1 100 295 0 0 1 295 1 295 4.46e-188 516 MAH35553.1 MAH35553.1 100 511 0 0 1 511 1 511 0.0 1057 MAH35553.1 MAZ13301.1 56.1 492 211 2 22 509 35 525 1.50e-210 592 MAH35553.1 MBO5962796.1 24.5 371 221 14 38 378 305 646 4.27e-24 104 WP_276357708.1 WP_276357708.1 100 85 0 0 1 85 1 85 1.03e-59 175 KAJ7618075.1 KAJ7618075.1 100 306 0 0 1 306 1 306 1.44e-210 574 WP_192324556.1 WP_192324556.1 100 625 0 0 1 625 1 625 0.0 1189 WP_192324556.1 WP_227059655.1 59.2 620 245 2 3 622 10 621 8.86e-248 695 WP_192324556.1 RUU66461.1 53.0 396 164 3 222 617 4 377 5.36e-125 372 WP_192324556.1 WP_066083732.1 53.8 264 117 1 13 276 6 264 7.25e-85 267 WP_192324556.1 MBQ3864274.1 50.3 288 130 4 311 594 5 283 1.55e-83 263 WP_192324556.1 MCP5262709.1 48.9 272 132 2 13 284 1 265 3.10e-78 249 WP_192324556.1 GLY24463.1 49.6 264 127 2 13 276 4 261 3.79e-76 244 WP_192324556.1 WP_107894076.1 47.8 272 128 2 13 280 5 266 1.08e-75 243 WP_192324556.1 MBU5353226.1 46.8 269 142 1 318 586 4 271 3.49e-75 241 WP_192324556.1 WP_131166802.1 50.9 265 123 3 13 276 5 263 1.25e-74 241 WP_192324556.1 WP_098952357.1 48.4 279 142 2 318 595 3 280 3.83e-74 239 WP_192324556.1 WP_226904802.1 48.7 279 142 1 315 593 19 296 3.04e-73 237 WP_192324556.1 QCM13287.1 43.7 270 139 6 6 274 1 258 6.61e-56 189 WP_192324556.1 WP_142931103.1 29.6 524 306 15 27 550 14 474 1.46e-50 180 WP_192324556.1 MBP1876254.1 38.2 228 138 3 342 569 18 242 1.15e-36 139 WP_192324556.1 WP_076409454.1 34.7 225 122 5 344 560 19 226 3.31e-31 123 WP_192324556.1 WP_109219819.1 36.4 220 131 4 345 564 33 243 2.54e-30 121 WP_192324556.1 MWR41881.1 35.9 223 138 5 345 566 44 262 1.16e-29 116 WP_192324556.1 WP_170725874.1 34.6 237 136 6 328 561 7 227 5.56e-28 113 WP_192324556.1 WP_150396769.1 26.2 527 310 17 30 547 37 493 1.69e-25 108 WP_192324556.1 OAN53756.1 32.7 257 145 8 319 565 12 250 8.54e-25 102 WP_192324556.1 WP_279984614.1 31.5 251 149 7 317 560 8 242 1.51e-23 99.0 WP_192324556.1 MXP43753.1 32.8 232 141 7 344 566 29 254 6.50e-23 97.1 WP_192324556.1 WP_011512097.1 35.8 215 118 7 344 551 360 561 3.75e-20 92.8 WP_192324556.1 WP_258581409.1 27.6 239 162 4 342 578 16 245 5.41e-20 90.5 WP_192324556.1 WP_174822921.1 29.0 245 154 7 32 271 22 251 3.78e-19 85.9 WP_192324556.1 WP_158791585.1 27.9 233 151 6 343 565 18 243 1.20e-18 84.3 WP_192324556.1 WP_247749043.1 32.1 218 131 6 342 551 371 579 6.05e-18 85.9 WP_192324556.1 MBC7326981.1 27.3 242 160 7 33 271 22 250 1.03e-17 81.6 WP_192324556.1 WP_167977039.1 29.8 198 132 5 345 542 21 211 2.38e-17 80.5 WP_192324556.1 WP_207918089.1 27.0 256 166 6 14 266 6 243 1.24e-15 75.5 WP_192324556.1 WP_211555180.1 29.4 231 137 8 33 259 19 227 1.13e-13 69.3 WP_192324556.1 WP_195368055.1 34.0 159 96 4 345 500 355 507 1.76e-13 71.6 WP_192324556.1 EHH5649593.1 26.2 263 153 8 36 291 21 249 1.91e-13 69.7 WP_192324556.1 MBQ8297564.1 27.6 221 128 5 344 551 349 550 5.38e-13 70.1 WP_192324556.1 WP_173040157.1 23.7 528 309 18 35 539 23 479 1.28e-12 68.9 WP_192324556.1 WP_071876418.1 26.6 218 140 7 345 553 21 227 2.09e-12 68.2 WP_192324556.1 WP_256546297.1 24.3 251 175 4 10 257 20 258 9.58e-12 64.3 WP_192324556.1 WP_281034490.1 43.5 69 38 1 211 278 1 69 4.67e-09 54.3 WP_192324556.1 WAY96880.1 24.9 177 102 6 345 507 5 164 2.63e-08 52.8 WP_192324556.1 WP_089095302.1 28.2 227 118 11 21 243 320 505 1.01e-06 50.1 WP_192324556.1 WP_152652784.1 29.2 171 98 4 32 201 20 168 7.10e-05 43.5 MBV8927738.1 MBV8927738.1 100 79 0 0 1 79 1 79 1.25e-55 164 GKW22999.1 GKW22999.1 100 215 0 0 1 215 1 215 5.21e-154 424 WP_146272353.1 WP_146272353.1 100 1005 0 0 1 1005 1 1005 0.0 1948 WP_146272353.1 MBP3518143.1 29.6 1081 598 39 30 1005 45 1067 9.08e-95 322 WP_146272353.1 WP_214826002.1 30.0 1008 572 39 81 1005 7 963 2.09e-93 317 WP_146272353.1 WP_278843343.1 26.1 979 564 30 16 877 2 938 4.07e-67 243 WP_146272353.1 MCB9353584.1 23.3 1118 644 40 21 1005 4 1041 9.36e-50 189 WP_146272353.1 WP_259301651.1 25.6 1068 631 45 33 1005 52 1050 4.96e-48 184 WP_146272353.1 RKX20462.1 27.5 251 155 12 20 250 4 247 6.15e-06 48.5 WP_219133024.1 WP_219133024.1 100 140 0 0 1 140 1 140 7.38e-97 273 TMQ14810.1 TMQ14810.1 100 138 0 0 1 138 1 138 9.28e-81 232 CAB0780497.1 CAB0780497.1 100 375 0 0 1 375 1 375 3.60e-273 738 CAB0780497.1 MCS6830908.1 39.0 346 204 5 4 345 6 348 8.50e-71 224 CAB0780497.1 XP_020103231.1 38.4 357 198 6 4 347 92 439 1.43e-66 216 CAB0780497.1 NCW99628.1 44.2 154 85 1 192 345 1 153 3.62e-44 149 WP_279268272.1 WP_279268272.1 100 855 0 0 1 855 1 855 0.0 1705 WP_201454235.1 WP_201454235.1 100 54 0 0 1 54 1 54 1.80e-35 111 WP_107169208.1 WP_107169208.1 100 362 0 0 1 362 1 362 3.62e-255 692 WP_107169208.1 WP_000484099.1 32.9 164 108 2 198 360 204 366 4.23e-21 91.7 WP_107169208.1 MBI5333464.1 36.2 163 100 3 202 361 228 389 2.36e-20 89.7 WP_107169208.1 WP_269885397.1 31.8 157 106 1 198 354 107 262 5.12e-20 87.0 WP_107169208.1 EGR2272270.1 36.9 122 76 1 234 354 548 669 1.01e-19 89.0 WP_107169208.1 WP_145544593.1 38.3 167 94 6 188 354 352 509 2.60e-19 87.4 WP_107169208.1 WP_255266214.1 33.6 152 96 4 203 354 296 442 3.56e-18 84.0 WP_107169208.1 WP_230171322.1 36.1 169 92 5 202 362 603 763 7.37e-18 83.6 WP_107169208.1 MBK6870374.1 34.0 147 92 3 208 354 1 142 1.08e-17 79.0 WP_107169208.1 WP_023050329.1 32.9 164 102 5 192 354 192 348 1.41e-17 81.3 WP_107169208.1 HAB03480.1 32.5 169 100 5 202 360 660 824 4.27e-17 81.3 WP_107169208.1 WP_018646673.1 30.1 156 100 3 205 355 527 678 7.44e-12 65.1 WP_107169208.1 WP_029222917.1 30.9 162 103 5 202 360 319 474 1.68e-11 63.5 WP_107169208.1 MBT3459335.1 36.7 79 50 0 198 276 199 277 2.83e-07 49.7 WP_258315721.1 WP_258315721.1 100 179 0 0 1 179 1 179 7.69e-136 375 MBQ0056002.1 MBQ0056002.1 100 70 0 0 1 70 1 70 9.19e-45 136 EMS62928.1 EMS62928.1 100 409 0 0 1 409 1 409 2.41e-286 775 EMS62928.1 WP_039190453.1 40.8 316 186 1 93 407 139 454 1.30e-77 246 MBK6276192.1 MBK6276192.1 100 414 0 0 1 414 1 414 4.23e-278 754 RLS80176.1 RLS80176.1 100 141 0 0 1 141 1 141 3.51e-100 281 MAU73077.1 MAU73077.1 100 346 0 0 1 346 1 346 2.82e-244 663 XP_046801602.1 XP_046801602.1 100 1294 0 0 1 1294 1 1294 0.0 1514 WP_231783900.1 WP_231783900.1 100 140 0 0 1 140 1 140 1.01e-103 290 MCJ1706109.1 MCJ1706109.1 100 489 0 0 1 489 1 489 0.0 897 WP_076788335.1 WP_076788335.1 100 373 0 0 1 373 1 373 2.13e-289 779 MCR5830520.1 MCR5830520.1 100 471 0 0 1 471 1 471 0.0 884 MBB3050407.1 MBB3050407.1 100 81 0 0 1 81 1 81 3.99e-53 158 MBB3050407.1 WP_267292626.1 35.5 76 47 1 6 81 117 190 3.82e-09 49.7 MCH7900379.1 MCH7900379.1 100 198 0 0 1 198 1 198 8.46e-147 404 WP_209434296.1 WP_209434296.1 100 240 0 0 1 240 1 240 1.20e-160 442 WP_209434296.1 WP_110808154.1 38.7 204 121 1 15 218 13 212 3.37e-33 118 WP_209434296.1 MBG9445742.1 30.4 194 133 1 15 208 12 203 1.79e-17 76.6 WP_011531028.1 WP_011531028.1 100 120 0 0 1 120 1 120 1.79e-83 238 WP_011531028.1 MAO00220.1 46.6 116 57 2 7 117 1 116 3.21e-28 98.2 NVM16230.1 NVM16230.1 100 177 0 0 1 177 1 177 5.63e-128 355 NVM16230.1 XP_018089046.1 25.8 151 97 5 10 151 29 173 2.54e-08 50.1 EGQ64187.1 EGQ64187.1 100 44 0 0 1 44 1 44 2.73e-26 87.8 NCC17292.1 NCC17292.1 100 382 0 0 1 382 1 382 3.85e-292 787 NCC17292.1 EEW7484806.1 37.6 133 83 0 243 375 2 134 4.76e-25 97.8 HAV8610731.1 HAV8610731.1 100 741 0 0 1 741 1 741 0.0 1412 HAV8610731.1 WP_003939801.1 28.7 275 191 2 443 716 5 275 3.11e-31 122 HAV8610731.1 WP_024498088.1 32.6 187 119 2 534 715 115 299 1.78e-20 91.3 KAJ4533602.1 KAJ4533602.1 100 129 0 0 1 129 1 129 1.67e-90 256 KAG7462827.1 KAG7462827.1 100 766 0 0 1 766 1 766 0.0 1523 BBF42184.1 BBF42184.1 100 263 0 0 1 263 1 263 4.48e-197 536 PWU18232.1 PWU18232.1 100 319 0 0 1 319 1 319 7.88e-226 614 PWU18232.1 MCI0677710.1 48.9 307 144 6 13 317 8 303 4.14e-79 241 PWU18232.1 MBQ9976843.1 40.3 318 169 6 9 317 2 307 2.61e-63 201 PWU18232.1 MBM3366565.1 41.5 212 114 4 18 225 18 223 5.16e-39 135 MBV8660698.1 MBV8660698.1 100 132 0 0 1 132 1 132 2.54e-91 258 WP_164904950.1 WP_164904950.1 100 54 0 0 1 54 1 54 3.64e-35 110 MBQ2317532.1 MBQ2317532.1 100 151 0 0 1 151 1 151 3.15e-101 285 WP_215557653.1 WP_215557653.1 100 262 0 0 1 262 1 262 2.37e-187 512 WP_215557653.1 MCC6044083.1 45.7 221 119 1 1 221 1 220 4.27e-62 196 WP_215557653.1 MCF7808720.1 45.0 222 122 0 3 224 6 227 4.58e-61 191 WP_215557653.1 WP_142133210.1 41.1 224 123 6 3 224 10 226 3.45e-45 150 WP_215557653.1 WP_140480909.1 33.6 220 136 3 3 221 12 222 4.33e-38 135 WP_215557653.1 WP_278489123.1 31.6 228 149 4 1 224 3 227 3.42e-27 104 WP_215557653.1 WP_158347019.1 35.6 73 44 2 144 214 379 450 4.63e-06 45.8 MBQ2346567.1 MBQ2346567.1 100 292 0 0 1 292 1 292 1.01e-203 556 WP_138785174.1 WP_138785174.1 100 268 0 0 1 268 1 268 2.21e-195 533 WP_138785174.1 WP_003976137.1 29.0 207 127 6 53 248 121 318 1.04e-12 65.5 WP_138785174.1 WP_096751687.1 25.0 240 152 7 36 261 42 267 5.88e-12 62.8 HCK66187.1 HCK66187.1 100 333 0 0 1 333 1 333 1.05e-237 645 MBO7492856.1 MBO7492856.1 100 188 0 0 1 188 1 188 5.34e-136 376 WP_138125503.1 WP_138125503.1 100 341 0 0 1 341 1 341 1.42e-255 691 WP_138125503.1 WP_069697901.1 67.6 339 109 1 1 338 1 339 3.92e-172 480 WP_138125503.1 WP_266179881.1 43.8 338 181 6 2 335 3 335 1.07e-86 263 WP_138125503.1 WP_223413240.1 42.9 338 184 6 2 335 3 335 4.93e-82 251 WP_138125503.1 EFX2174330.1 31.9 313 201 6 2 309 5 310 8.48e-46 157 PKU92481.1 PKU92481.1 100 274 0 0 1 274 1 274 1.14e-200 546 MOM40962.1 MOM40962.1 100 21 0 0 1 21 1 21 1.67e-14 56.6 WP_205443952.1 WP_205443952.1 100 396 0 0 1 396 1 396 3.18e-289 781 WP_205443952.1 CAA0126222.1 48.0 419 192 7 1 396 7 422 4.92e-116 343 WP_205443952.1 WP_122873240.1 34.8 431 212 19 4 387 8 416 6.76e-54 182 WP_205443952.1 MBO7597869.1 27.1 417 256 14 8 396 8 404 2.59e-27 110 WP_064038193.1 WP_064038193.1 100 81 0 0 1 81 1 81 3.13e-59 173 MCS6937099.1 MCS6937099.1 100 80 0 0 1 80 1 80 2.71e-55 163 KAF9171043.1 KAF9171043.1 100 194 0 0 1 194 1 194 8.44e-136 376 WP_239913672.1 WP_239913672.1 100 421 0 0 1 421 1 421 9.28e-281 761 WP_239913672.1 WP_113669955.1 36.4 404 256 1 4 406 5 408 2.80e-79 249 WP_239913672.1 WP_087384365.1 34.1 414 266 4 11 418 16 428 9.12e-67 217 WP_239913672.1 NCV89943.1 26.7 445 275 12 14 419 22 454 5.86e-27 110 WP_214186529.1 WP_214186529.1 100 104 0 0 1 104 1 104 1.35e-75 216 ABD26457.1 ABD26457.1 100 131 0 0 1 131 1 131 2.04e-67 198 ABD26457.1 WP_147833981.1 44.6 65 35 1 9 73 7 70 9.63e-08 46.6 MCH2598227.1 MCH2598227.1 100 822 0 0 1 822 1 822 0.0 1602 WP_009025642.1 WP_009025642.1 100 426 0 0 1 426 1 426 4.28e-300 811 WP_009025642.1 WP_281462881.1 30.6 366 216 10 49 397 10 354 2.05e-35 132 MCB0330656.1 MCB0330656.1 100 172 0 0 1 172 1 172 4.66e-120 334 WP_029189383.1 WP_029189383.1 100 445 0 0 1 445 1 445 1.48e-312 844 WP_222163701.1 WP_222163701.1 100 310 0 0 1 310 1 310 1.46e-221 602 WP_222163701.1 WP_213775833.1 41.5 270 154 1 26 295 24 289 4.18e-59 189 PIP86899.1 PIP86899.1 100 509 0 0 1 509 1 509 0.0 932 WP_082884485.1 WP_082884485.1 100 480 0 0 1 480 1 480 0.0 924 MCB1376795.1 MCB1376795.1 100 189 0 0 1 189 1 189 1.47e-138 382 WP_134262365.1 WP_134262365.1 100 530 0 0 1 530 1 530 0.0 1053 OQC16336.1 OQC16336.1 100 761 0 0 1 761 1 761 0.0 1519 OQC16336.1 MBQ2777352.1 30.8 185 101 7 437 604 197 371 1.13e-13 72.8 OQC16336.1 MBP3509218.1 27.6 199 114 7 420 602 185 369 2.17e-11 65.5 OQC16336.1 KAJ3918428.1 21.3 385 242 13 36 400 36 379 1.94e-07 52.4 WP_144099812.1 WP_144099812.1 100 386 0 0 1 386 1 386 4.52e-293 790 WP_144099812.1 MCK5265770.1 25.5 310 221 6 73 379 75 377 4.09e-27 109 WP_160346534.1 WP_160346534.1 100 371 0 0 1 371 1 371 3.43e-269 728 WP_108756325.1 WP_108756325.1 100 473 0 0 1 473 1 473 0.0 902 WP_108756325.1 WP_057201184.1 39.8 480 265 8 7 472 5 474 1.50e-86 272 WP_108756325.1 WP_257689765.1 38.1 470 271 6 8 465 16 477 3.76e-84 266 WP_108756325.1 WP_131836551.1 39.6 472 274 7 9 470 21 491 1.41e-82 262 WP_108756325.1 XP_050320449.1 37.6 479 270 9 8 469 14 480 8.00e-74 239 WP_108756325.1 WP_061795322.1 36.0 481 287 9 8 472 22 497 1.03e-72 236 WP_108756325.1 WP_195426888.1 32.2 441 277 6 27 456 36 465 1.09e-56 194 WP_108756325.1 WP_008959270.1 32.2 454 295 6 27 469 30 481 1.07e-53 186 WP_108756325.1 WP_205186167.1 34.5 412 251 6 65 465 4 407 8.17e-49 171 MBQ9907360.1 MBQ9907360.1 100 261 0 0 1 261 1 261 1.18e-191 523 EHK6691416.1 EHK6691416.1 100 408 0 0 1 408 1 408 4.77e-297 801 MQM04273.1 MQM04273.1 100 79 0 0 1 79 1 79 1.46e-54 161 KAJ6491222.1 KAJ6491222.1 100 404 0 0 1 404 1 404 7.58e-276 748 WP_235565772.1 WP_235565772.1 100 143 0 0 1 143 1 143 7.33e-103 288 XP_049147251.1 XP_049147251.1 100 416 0 0 1 416 1 416 1.32e-298 806 WP_242161393.1 WP_242161393.1 100 215 0 0 1 215 1 215 1.69e-159 437 WP_242161393.1 MBQ8417539.1 47.3 205 107 1 1 205 1 204 4.35e-63 193 WP_242161393.1 MBI5405531.1 36.6 205 129 1 1 204 1 205 3.36e-45 148 WP_283557067.1 WP_283557067.1 100 475 0 0 1 475 1 475 0.0 892 WP_283557067.1 WP_094840069.1 31.2 510 287 9 9 461 7 509 2.09e-52 183 WP_283557067.1 WP_279840346.1 28.6 476 317 6 5 460 2 474 4.76e-42 154 URP80785.1 URP80785.1 100 4375 0 0 1 4375 1 4375 0.0 6821 URP80785.1 ULA23837.2 82.8 4375 750 1 1 4375 28 4401 0.0 6816 URP80785.1 UKU68032.1 83.1 4375 738 1 1 4375 28 4401 0.0 6814 URP80785.1 ULB83374.1 85.9 4375 614 1 1 4375 28 4401 0.0 6812 URP80785.1 UOU30556.1 84.8 4371 665 0 1 4371 28 4398 0.0 6811 URP80785.1 UXH94526.1 82.7 4375 754 1 1 4375 28 4401 0.0 6811 URP80785.1 UIR12670.1 82.8 4371 752 1 1 4371 28 4397 0.0 6809 URP80785.1 UKN67998.1 82.7 4371 753 1 1 4371 8 4377 0.0 6807 URP80785.1 QXR94354.1 82.6 4375 762 0 1 4375 28 4402 0.0 6804 URP80785.1 QTD03487.1 82.5 4378 761 1 1 4375 28 4405 0.0 6803 URP80785.1 UPP41269.1 82.5 4375 764 0 1 4375 28 4402 0.0 6801 URP80785.1 QTM79632.1 82.5 4375 766 0 1 4375 28 4402 0.0 6800 URP80785.1 UEC68750.1 82.5 4378 762 1 1 4375 28 4405 0.0 6800 URP80785.1 UFM00670.1 82.5 4378 763 1 1 4375 28 4405 0.0 6800 URP80785.1 USR14792.1 82.5 4375 764 0 1 4375 28 4402 0.0 6799 URP80785.1 UXX67934.1 84.1 4371 693 0 1 4371 28 4398 0.0 6798 URP80785.1 UPA83906.1 82.7 4371 756 1 1 4371 28 4397 0.0 6798 URP80785.1 UZO53924.1 82.6 4371 762 0 1 4371 28 4398 0.0 6797 URP80785.1 QTZ27226.1 82.5 4375 766 0 1 4375 28 4402 0.0 6797 URP80785.1 UMF87224.1 82.2 4371 776 1 1 4371 28 4397 0.0 6796 URP80785.1 UVB16817.1 82.6 4371 762 0 1 4371 28 4398 0.0 6795 URP80785.1 QVD87869.1 82.6 4371 762 0 1 4371 28 4398 0.0 6795 URP80785.1 UCP72061.1 84.3 4374 685 1 1 4371 28 4401 0.0 6794 URP80785.1 QWC83326.1 82.6 4374 760 1 1 4371 28 4401 0.0 6794 URP80785.1 UCP77012.1 84.2 4374 687 1 1 4371 28 4401 0.0 6794 URP80785.1 URQ55824.1 82.5 4371 763 0 1 4371 28 4398 0.0 6794 URP80785.1 QZU16279.1 82.5 4374 761 1 1 4371 28 4401 0.0 6794 URP80785.1 QSZ25555.1 82.5 4374 761 1 1 4371 28 4401 0.0 6794 URP80785.1 UBD95131.1 82.5 4374 761 1 1 4371 28 4401 0.0 6793 URP80785.1 UHM53165.1 82.5 4378 764 1 1 4375 28 4405 0.0 6792 URP80785.1 UFM02602.1 82.5 4378 764 1 1 4375 28 4405 0.0 6792 URP80785.1 WEU87158.1 82.5 4374 762 1 1 4371 28 4401 0.0 6789 URP80785.1 UBP50947.1 82.5 4374 763 1 1 4371 28 4401 0.0 6787 URP80785.1 UBL45068.1 82.5 4378 765 1 1 4375 28 4405 0.0 6787 URP80785.1 UEC52718.1 82.4 4374 765 1 1 4371 28 4401 0.0 6784 URP80785.1 UJV88611.1 84.0 4375 701 1 1 4375 28 4401 0.0 6775 URP80785.1 UJJ97602.1 83.8 4375 708 1 1 4375 28 4401 0.0 6757 URP80785.1 UBR86455.1 81.9 4374 789 1 1 4371 27 4400 0.0 6698 URP80785.1 UGA79226.1 83.1 4374 738 1 1 4371 28 4401 0.0 6687 URP80785.1 UJS94137.1 83.5 4297 710 1 79 4375 1 4296 0.0 6662 URP80785.1 WHE12941.1 81.9 4371 792 0 1 4371 2 4372 0.0 6629 URP80785.1 UAQ80067.1 80.7 4374 843 1 1 4371 28 4401 0.0 6603 URP80785.1 WEI27974.1 86.8 4375 576 0 1 4375 28 4402 0.0 6584 URP80785.1 UGB98301.1 83.7 4378 711 1 1 4375 28 4405 0.0 6578 URP80785.1 UVI10561.1 81.9 4371 791 0 1 4371 1 4371 0.0 6574 URP80785.1 UMA88644.1 85.5 4371 633 1 1 4371 7 4376 0.0 6570 URP80785.1 UFA30503.1 82.5 4339 755 1 1 4336 2 4340 0.0 6397 URP80785.1 WGP70063.1 81.9 4342 785 1 1 4339 28 4369 0.0 6311 URP80785.1 UNI03201.1 80.8 4377 838 1 1 4375 2 4378 0.0 6293 URP80785.1 UJT06733.1 77.1 4371 1002 1 1 4371 28 4397 0.0 6192 URP80785.1 QRX02582.1 81.3 4071 760 1 1 4068 28 4098 0.0 6176 URP80785.1 WGP98278.1 80.7 4337 835 1 1 4334 28 4364 0.0 6053 URP80785.1 UEX07109.1 77.7 4378 974 1 1 4375 2 4379 0.0 5945 URP80785.1 WAS49087.1 70.4 4371 1293 0 1 4371 28 4398 0.0 5357 URP80785.1 UYE49180.1 77.4 4375 988 0 1 4375 28 4402 0.0 5327 URP80785.1 UPB00876.1 71.2 4375 1262 0 1 4375 1 4375 0.0 5034 URP80785.1 WGQ72821.1 63.7 4342 1571 1 1 4339 3 4344 0.0 4069 WP_193850569.1 WP_193850569.1 100 195 0 0 1 195 1 195 6.96e-140 386 WP_193850569.1 HCI4632030.1 68.3 41 13 0 1 41 1 41 9.40e-14 61.2 AKU96165.1 AKU96165.1 100 115 0 0 1 115 1 115 6.90e-81 231 WP_147135386.1 WP_147135386.1 100 474 0 0 1 474 1 474 3.18e-308 835 WP_147135386.1 OLB27154.1 36.8 478 259 5 34 468 38 515 2.86e-82 262 WP_250798057.1 WP_250798057.1 100 247 0 0 1 247 1 247 1.49e-178 488 WP_112088864.1 WP_112088864.1 100 539 0 0 1 539 1 539 0.0 1043 WP_112088864.1 WP_041710957.1 24.4 492 303 11 39 521 33 464 3.97e-26 110 WP_112088864.1 MBQ9964693.1 31.4 169 85 4 19 183 9 150 3.66e-10 57.8 WP_112088864.1 MCH4209672.1 31.7 161 95 6 369 519 410 565 9.50e-09 56.2 WP_112088864.1 WAY96880.1 26.0 181 103 4 358 513 6 180 1.20e-08 53.5 WP_112088864.1 WP_258581409.1 26.2 183 98 6 360 515 22 194 1.77e-06 48.5 WP_112088864.1 CDZ73727.1 32.9 140 84 4 370 501 30 167 4.53e-06 46.6 WP_112088864.1 EHR6291555.1 29.3 184 110 6 352 518 18 198 7.18e-06 47.0 WP_112088864.1 WP_008056683.1 33.8 139 70 6 370 490 268 402 8.09e-06 47.0 MBQ9976843.1 MBQ9976843.1 100 308 0 0 1 308 1 308 1.36e-225 612 MBQ9976843.1 PWU18232.1 40.3 318 169 6 2 307 9 317 1.60e-67 212 MBQ9976843.1 MCI0677710.1 40.5 306 170 5 6 308 8 304 1.74e-66 209 MBQ9976843.1 MBM3366565.1 41.7 216 120 4 6 217 10 223 1.39e-43 147 TMF32236.1 TMF32236.1 100 330 0 0 1 330 1 330 9.45e-244 660 TMF32236.1 MAJ92374.1 35.0 326 207 4 1 323 1 324 2.29e-62 199 SDO77973.1 SDO77973.1 100 147 0 0 1 147 1 147 1.92e-100 283 WP_197521413.1 WP_197521413.1 100 281 0 0 1 281 1 281 9.73e-201 547 WP_197521413.1 WP_278489123.1 35.4 268 143 6 21 275 27 277 5.18e-36 128 WP_197521413.1 WP_071876418.1 33.2 229 134 5 2 214 4 229 8.27e-26 104 WP_197521413.1 WP_227059655.1 30.6 248 137 10 1 215 17 262 1.61e-18 83.6 WP_197521413.1 MWR41881.1 30.8 211 120 6 22 211 44 249 1.67e-17 78.6 WP_197521413.1 WP_185334683.1 29.3 205 118 7 21 204 19 217 1.04e-15 75.1 WP_197521413.1 WP_066083732.1 29.0 238 137 9 1 209 6 240 1.45e-15 73.9 WP_197521413.1 WP_256546297.1 26.8 220 132 8 21 212 38 256 1.87e-14 70.1 WP_197521413.1 WP_107894076.1 26.3 243 148 8 1 215 5 244 1.34e-13 68.2 WP_197521413.1 CDZ73727.1 27.6 217 130 7 1 204 1 203 1.77e-13 67.0 WP_197521413.1 WP_159463829.1 26.6 218 129 8 21 219 372 577 2.14e-08 53.1 HBO3907473.1 HBO3907473.1 100 315 0 0 1 315 1 315 3.48e-227 617 HBO3907473.1 WP_085935883.1 26.3 262 177 8 45 298 3 256 2.03e-15 73.2 WP_200567098.1 WP_200567098.1 100 385 0 0 1 385 1 385 1.07e-270 733 WP_005392478.1 WP_005392478.1 100 343 0 0 1 343 1 343 3.35e-255 690 WP_005392478.1 GLV83862.1 24.6 260 173 5 62 301 82 338 1.23e-09 57.4 WP_209106433.1 WP_209106433.1 100 264 0 0 1 264 1 264 6.07e-191 521 XP_048593444.1 XP_048593444.1 100 257 0 0 1 257 1 257 6.36e-194 528 EFC33499.1 EFC33499.1 100 162 0 0 1 162 1 162 1.36e-114 320 HIV94128.1 HIV94128.1 100 345 0 0 1 345 1 345 3.31e-247 670 HIV94128.1 TPV93333.1 30.7 345 219 8 5 342 7 338 1.09e-31 121 MBK8637870.1 MBK8637870.1 100 445 0 0 1 445 1 445 0.0 868 RXK40695.1 RXK40695.1 100 567 0 0 1 567 1 567 0.0 1164 EFG7308611.1 EFG7308611.1 100 78 0 0 174 251 174 251 8.93e-52 167 WP_202220633.1 WP_202220633.1 100 368 0 0 1 368 1 368 1.04e-257 699 MCA1697375.1 MCA1697375.1 100 329 0 0 1 329 1 329 1.51e-244 662 MCA1697375.1 WP_270757591.1 25.2 230 126 11 104 307 186 395 1.06e-05 45.1 KAG0237649.1 KAG0237649.1 100 526 0 0 1 526 1 526 0.0 1046 KAG0237649.1 EJG1264510.1 23.0 435 294 9 93 524 44 440 1.32e-19 89.7 MYS55468.1 MYS55468.1 100 482 0 0 1 482 1 482 1.97e-306 832 MYS55468.1 WP_195269918.1 26.6 184 130 2 234 413 203 385 2.72e-05 44.7 WP_188867472.1 WP_188867472.1 100 145 0 0 1 145 1 145 1.72e-102 288 WP_233286789.1 WP_233286789.1 100 667 0 0 1 667 1 667 0.0 1075 WP_233286789.1 MBQ9679177.1 27.0 211 132 7 370 566 462 664 7.26e-12 67.0 WP_233286789.1 MCL6457358.1 28.7 108 74 2 380 484 511 618 6.67e-06 47.8 WP_233286789.1 MCL2204087.1 27.5 120 75 4 370 482 439 553 1.72e-04 43.1 WP_233286789.1 MSZ29533.1 31.4 105 69 2 378 479 520 624 1.77e-04 43.1 WP_233286789.1 CAI9595211.1 25.2 107 70 3 378 478 562 664 9.07e-04 40.8 WP_034473228.1 WP_034473228.1 100 1131 0 0 1 1131 1 1131 0.0 2202 WP_034473228.1 WP_228062638.1 49.2 1132 506 9 4 1131 2 1068 0.0 982 WP_145937814.1 WP_145937814.1 100 384 0 0 1 384 1 384 1.22e-280 758 WP_145937814.1 UCF78466.1 48.1 376 192 2 6 381 3 375 4.53e-113 333 WP_145937814.1 WP_019585553.1 37.4 380 233 4 6 381 16 394 2.49e-78 245 WP_145937814.1 WP_275495439.1 34.6 402 230 11 6 381 8 402 1.71e-58 194 WP_145937814.1 MCH8312862.1 33.5 352 224 4 30 381 11 352 1.46e-53 179 WP_145937814.1 WP_278361924.1 26.9 387 268 6 2 381 1 379 8.80e-29 114 WP_145937814.1 MBL4853947.1 29.5 190 125 5 56 242 64 247 8.53e-13 67.4 WP_110236450.1 WP_110236450.1 100 183 0 0 1 183 1 183 8.94e-137 377 MBG0749417.1 MBG0749417.1 100 48 0 0 1 48 1 48 2.35e-33 105 MBW7885425.1 MBW7885425.1 100 486 0 0 1 486 1 486 0.0 940 MBW7885425.1 WP_096277301.1 31.2 426 275 11 48 461 41 460 3.16e-45 162 WP_020424556.1 WP_020424556.1 100 1514 0 0 1 1514 1 1514 0.0 3000 WP_020424556.1 KQO71000.1 50.7 1534 695 15 2 1477 32 1562 0.0 1460 WP_094570475.1 WP_094570475.1 100 243 0 0 1 243 1 243 5.05e-159 439 WP_109128643.1 WP_109128643.1 100 365 0 0 1 365 1 365 9.92e-275 741 AGS31853.1 AGS31853.1 100 138 0 0 1 138 1 138 9.03e-97 273 AGS31853.1 WP_018431719.1 44.6 112 59 2 18 128 67 176 2.84e-23 92.0 AGS31853.1 ABB86219.1 88.1 42 5 0 1 42 34 75 4.62e-21 79.3 MBK7190470.1 MBK7190470.1 100 59 0 0 1 59 1 59 2.31e-40 124 WP_256569498.1 WP_256569498.1 100 339 0 0 1 339 1 339 1.59e-251 681 WP_092203677.1 WP_092203677.1 100 165 0 0 1 165 1 165 3.31e-112 314 ELB87175.1 ELB87175.1 100 270 0 0 1 270 1 270 3.51e-193 527 WP_011185207.1 WP_011185207.1 100 340 0 0 1 340 1 340 1.81e-237 645 WP_158104363.1 WP_158104363.1 100 868 0 0 1 868 1 868 0.0 1728 CAB1315112.1 CAB1315112.1 100 247 0 0 1 247 1 247 4.72e-150 416 WP_278579814.1 WP_278579814.1 100 217 0 0 1 217 1 217 1.08e-147 408 WP_158791585.1 WP_158791585.1 100 252 0 0 1 252 1 252 4.28e-185 505 WP_158791585.1 WP_207918089.1 57.0 251 105 3 3 252 4 252 2.11e-97 283 WP_158791585.1 MBC7326981.1 58.3 247 99 3 8 252 10 254 1.30e-96 281 WP_158791585.1 WP_174822921.1 55.6 250 107 4 5 252 8 255 1.34e-96 281 WP_158791585.1 MXP43753.1 57.6 245 100 4 10 252 20 262 2.40e-96 281 WP_158791585.1 OAN53756.1 55.1 247 107 4 8 252 15 259 1.68e-88 261 WP_158791585.1 MWR41881.1 32.7 251 153 6 4 249 28 267 6.71e-35 124 WP_158791585.1 WP_279984614.1 27.9 251 166 4 5 248 10 252 1.00e-26 102 WP_158791585.1 WP_152652784.1 30.5 213 126 5 5 212 6 201 5.91e-25 99.0 WP_158791585.1 WP_192324556.1 27.9 233 151 6 18 243 343 565 2.34e-20 88.2 WP_158791585.1 WP_098952357.1 28.2 252 162 8 2 247 17 255 4.50e-20 85.9 WP_158791585.1 WP_084371009.1 27.7 224 149 5 3 226 1 211 6.93e-20 85.1 WP_158791585.1 GLY24463.1 27.6 246 156 8 15 247 19 255 2.32e-19 84.0 WP_158791585.1 MCP5262709.1 27.4 252 154 10 15 252 16 252 4.30e-19 83.2 WP_158791585.1 WP_227059655.1 28.3 251 156 8 15 248 32 275 2.20e-18 82.4 WP_158791585.1 MBQ3864274.1 27.4 219 142 6 16 227 32 240 4.00e-18 80.5 WP_158791585.1 WP_276362074.1 25.8 240 155 4 14 239 14 244 6.32e-18 79.0 WP_158791585.1 WP_221977168.1 26.4 235 150 7 3 226 14 236 9.11e-18 78.6 WP_158791585.1 WP_071876418.1 25.8 236 158 8 20 251 21 243 1.73e-17 79.7 WP_158791585.1 WP_167977039.1 28.9 211 126 8 7 210 8 201 5.46e-17 76.3 WP_158791585.1 WP_107894076.1 26.8 261 172 9 1 247 1 256 6.19e-16 74.3 WP_158791585.1 WP_150396769.1 25.8 229 144 6 8 226 28 240 5.61e-14 69.3 WP_158791585.1 KAF9974715.1 27.4 190 113 5 20 207 481 647 2.59e-12 64.7 WP_158791585.1 CDZ73727.1 24.7 219 128 7 7 216 4 194 1.07e-08 52.8 WP_158791585.1 WP_153844272.1 23.4 261 165 8 7 250 8 250 1.42e-08 53.1 WP_167977039.1 WP_167977039.1 100 250 0 0 1 250 1 250 1.26e-176 484 WP_167977039.1 WP_022619009.1 26.7 217 155 2 20 235 18 231 6.53e-29 107 WP_167977039.1 WP_279984614.1 28.9 235 153 4 2 224 6 238 1.86e-26 102 WP_167977039.1 WP_276362074.1 29.6 233 148 4 5 221 4 236 3.33e-23 93.2 WP_167977039.1 WP_098952357.1 37.6 197 112 6 24 211 34 228 2.39e-21 89.4 WP_167977039.1 MBQ3864274.1 33.5 188 112 5 21 198 36 220 8.98e-21 87.8 WP_167977039.1 WP_221977168.1 29.1 244 143 8 5 228 15 248 1.29e-19 83.6 WP_167977039.1 OAN53756.1 33.3 216 118 10 10 207 16 223 6.48e-19 81.6 WP_167977039.1 MWR41881.1 27.9 240 160 5 2 234 31 264 1.93e-18 80.5 WP_167977039.1 WP_153844272.1 26.6 207 141 3 1 197 1 206 4.56e-18 81.3 WP_167977039.1 WP_192324556.1 29.8 198 132 5 21 211 345 542 7.04e-18 80.9 WP_167977039.1 MXP43753.1 29.6 213 128 9 11 207 20 226 8.57e-17 75.9 WP_167977039.1 MBO5162475.1 26.8 209 139 3 17 219 10 210 2.36e-16 76.3 WP_167977039.1 WP_158791585.1 29.4 211 125 8 8 201 7 210 2.70e-16 74.3 WP_167977039.1 MBQ9964693.1 32.1 193 105 7 6 197 4 171 3.20e-15 70.1 WP_167977039.1 MBC7326981.1 28.2 220 131 11 1 201 1 212 1.59e-13 66.6 WP_110431153.1 WP_110431153.1 100 475 0 0 1 475 1 475 0.0 913 WP_177084516.1 WP_177084516.1 100 247 0 0 1 247 1 247 1.56e-189 516 RZL08229.1 RZL08229.1 100 346 0 0 1 346 1 346 5.44e-242 657 KAF6750975.1 KAF6750975.1 100 489 0 0 1 489 1 489 1.56e-288 787 WP_086123022.1 WP_086123022.1 100 541 0 0 1 541 1 541 0.0 1103 WP_086123022.1 WP_057859275.1 46.2 541 280 7 1 535 1 536 1.22e-158 461 WP_086123022.1 WP_014213241.1 31.6 490 281 10 16 501 24 463 5.59e-76 247 MSO18531.1 MSO18531.1 100 242 0 0 1 242 1 242 7.04e-170 466 NWW43432.1 NWW43432.1 100 399 0 0 1 399 1 399 1.10e-203 565 CAF2048201.1 CAF2048201.1 100 142 0 0 1 142 1 142 1.27e-98 278 NWT28302.1 NWT28302.1 100 586 0 0 1 586 1 586 0.0 1187 NWT28302.1 MBQ2719788.1 32.8 549 338 12 12 549 24 552 4.07e-74 245 NWT28302.1 MBL7151874.1 24.7 449 261 21 29 467 7 388 9.37e-15 75.1 NWT28302.1 WP_187918914.1 23.8 302 187 11 31 326 4 268 3.30e-07 51.2 WP_121183454.1 WP_121183454.1 100 71 0 0 1 71 1 71 1.24e-47 143 AFJ09957.1 AFJ09957.1 100 413 0 0 1 413 1 413 9.90e-313 842 AFJ09957.1 ACY29573.1 92.0 413 33 0 1 413 1 413 1.27e-293 794 AFJ09957.1 QWY38042.1 91.3 400 35 0 1 400 1 400 1.11e-283 768 AFJ09957.1 AFV39595.1 91.8 413 34 0 1 413 54 466 3.11e-282 787 AFJ09957.1 ACH90072.1 92.9 352 25 0 1 352 29 380 9.44e-255 694 AFJ09957.1 BAO11608.1 94.4 339 19 0 1 339 1 339 5.08e-249 677 AFJ09957.1 BAO23243.1 93.0 343 24 0 1 343 1 343 5.65e-247 672 AFJ09957.1 AVA00513.1 90.9 339 31 0 1 339 1 339 4.06e-239 652 AFJ09957.1 AOW36968.1 88.3 333 39 0 17 349 1 333 1.49e-228 625 AFJ09957.1 AOW33101.1 92.5 318 24 0 17 334 1 318 1.57e-224 615 AFJ09957.1 ACV16867.1 95.7 301 13 0 100 400 1 301 4.19e-218 598 AFJ09957.1 ARR91819.1 87.3 307 38 1 1 306 1 307 6.22e-196 542 AFJ09957.1 ADB27070.1 95.7 210 9 0 137 346 1 210 5.48e-152 427 AFJ09957.1 ABJ92889.1 82.3 96 17 0 4 99 1 96 6.30e-57 180 XP_009177739.1 XP_009177739.1 100 239 0 0 1 239 1 239 2.57e-175 479 NXE30976.1 NXE30976.1 100 319 0 0 1 319 1 319 4.48e-241 652 NXE30976.1 RVE76210.1 36.8 340 183 7 8 319 50 385 4.67e-58 193 WP_152884059.1 WP_152884059.1 100 249 0 0 1 249 1 249 1.00e-177 486 MBO1518138.1 MBO1518138.1 100 738 0 0 1 738 1 738 0.0 1462 MBO1518138.1 WP_254467474.1 27.3 707 433 21 50 738 132 775 6.82e-51 188 MBO1518138.1 KAA1286543.1 24.0 701 452 26 66 738 104 751 1.15e-21 98.6 MBO1518138.1 MBX9747080.1 30.6 111 66 5 142 244 93 200 6.25e-05 44.7 WP_209676560.1 WP_209676560.1 100 1478 0 0 1 1478 1 1478 0.0 2848 WP_209676560.1 HBE7681505.1 29.6 301 170 12 607 870 923 1218 6.65e-14 75.5 WP_209676560.1 WP_219484458.1 27.7 278 175 8 615 868 397 672 4.70e-13 72.4 WP_209676560.1 WP_139067457.1 29.7 283 172 10 615 873 374 653 7.03e-12 68.6 XP_027131078.1 XP_027131078.1 100 831 0 0 1 831 1 831 0.0 1641 EDQ9505691.1 EDQ9505691.1 100 134 0 0 1 134 1 134 1.45e-82 236 KAG0922869.1 KAG0922869.1 100 129 0 0 1 129 1 129 2.37e-90 256 KAG0922869.1 HCG88012.1 51.4 105 50 1 1 105 48 151 7.55e-28 105 KAG0922869.1 WP_135279859.1 46.4 84 44 1 18 101 212 294 9.50e-15 67.8 OXA48312.1 OXA48312.1 100 155 0 0 1 155 1 155 2.58e-111 311 PAV09171.1 PAV09171.1 100 321 0 0 1 321 1 321 1.00e-229 624 PAV09171.1 WP_247623927.1 36.8 307 176 4 25 319 101 401 1.01e-57 189 PAV09171.1 WP_232968558.1 35.2 321 183 5 17 320 1 313 1.60e-57 186 PAV09171.1 WP_166886913.1 24.4 275 172 8 26 282 62 318 1.28e-08 53.9 DAM73724.1 DAM73724.1 100 72 0 0 1 72 1 72 8.29e-51 151 XP_028655184.1 XP_028655184.1 100 690 0 0 1 690 1 690 0.0 1276 XP_028655184.1 XP_014018893.1 72.1 712 164 10 1 690 1 699 0.0 924 MBN2762177.1 MBN2762177.1 100 100 0 0 1 100 1 100 1.01e-66 194 MBN2762177.1 WP_108365493.1 71.0 100 29 0 1 100 1 100 2.07e-48 148 NCV73474.1 NCV73474.1 100 160 0 0 1 160 1 160 4.93e-107 300 WP_128316318.1 WP_128316318.1 100 344 0 0 1 344 1 344 8.06e-243 659 MCR4310565.1 MCR4310565.1 100 397 0 0 1 397 1 397 3.38e-280 758 MCR4310565.1 WP_204638884.1 25.0 268 188 7 133 394 4 264 1.67e-15 74.3 WP_119963696.1 WP_119963696.1 100 554 0 0 1 554 1 554 0.0 1092 WP_221520465.1 WP_221520465.1 100 61 0 0 1 61 1 61 1.18e-34 110 MCI8311254.1 MCI8311254.1 100 528 0 0 1 528 1 528 0.0 899 MCI8311254.1 WP_237962375.1 38.8 98 59 1 325 421 467 564 1.25e-10 62.4 MCI8311254.1 WP_271340374.1 35.0 117 69 2 305 417 380 493 2.28e-09 58.2 MCI8311254.1 WP_269572442.1 36.3 135 72 4 307 438 428 551 3.98e-09 57.4 MCI8311254.1 WP_104456122.1 38.4 86 46 1 340 425 350 428 4.48e-08 53.9 MCI8311254.1 WP_025739406.1 43.8 80 41 1 340 415 465 544 4.98e-08 53.9 MCI8311254.1 WP_128786583.1 42.0 81 43 1 341 417 459 539 2.61e-07 51.6 MCI8311254.1 WP_156140069.1 41.7 60 32 1 356 415 406 462 4.29e-06 47.8 GIR70810.1 GIR70810.1 100 123 0 0 1 123 1 123 5.69e-95 267 WP_014286324.1 WP_014286324.1 100 177 0 0 1 177 1 177 3.13e-125 348 WP_014286324.1 WP_048427321.1 33.8 160 106 0 6 165 14 173 1.01e-23 91.7 WP_014286324.1 WP_276263713.1 25.9 147 109 0 10 156 24 170 1.73e-17 75.5 WP_014286324.1 WP_234080888.1 30.9 152 97 3 13 160 34 181 6.49e-15 68.6 WP_014286324.1 ANP72927.1 36.8 68 43 0 6 73 47 114 7.93e-08 48.9 MCH7911399.1 MCH7911399.1 100 76 0 0 1 76 1 76 6.61e-52 154 WP_165019025.1 WP_165019025.1 100 340 0 0 1 340 1 340 3.98e-241 654 TMQ04701.1 TMQ04701.1 100 980 0 0 1 980 1 980 0.0 1907 TMQ04701.1 WP_200941876.1 32.8 311 170 11 598 887 207 499 1.52e-30 127 TMQ04701.1 WP_167959909.1 28.0 300 165 8 603 892 176 434 1.05e-20 95.5 TMQ04701.1 WP_112119927.1 28.6 280 148 8 619 896 141 370 2.04e-20 94.0 TMQ04701.1 WP_098279309.1 23.7 317 180 9 595 892 154 427 9.69e-16 79.7 TMQ04701.1 MCL4144983.1 57.9 38 15 1 856 892 1 38 1.82e-08 51.2 TMQ04701.1 MBF2759673.1 25.6 317 194 12 611 891 305 615 5.96e-08 55.1 TMQ04701.1 WP_246003214.1 24.1 290 157 10 619 892 163 405 7.95e-07 51.2 TMQ04701.1 XP_052525039.1 24.9 317 185 14 597 893 252 535 5.00e-05 45.4 MBR6023659.1 MBR6023659.1 100 141 0 0 1 141 1 141 1.55e-103 290 WP_077603924.1 WP_077603924.1 100 85 0 0 1 85 1 85 3.05e-61 179 WP_156061037.1 WP_156061037.1 100 456 0 0 1 456 1 456 3.44e-319 862 WP_156061037.1 MBQ7856432.1 35.6 418 238 9 2 417 4 392 1.08e-72 234 WP_220737010.1 WP_220737010.1 100 176 0 0 1 176 1 176 8.32e-125 347 NXC43906.1 NXC43906.1 100 363 0 0 1 363 1 363 7.48e-269 726 EJL0691474.1 EJL0691474.1 100 162 0 0 1 162 1 162 3.22e-122 339 WP_277513241.1 WP_277513241.1 100 237 0 0 1 237 1 237 4.41e-166 456 EET1847662.1 EET1847662.1 100 95 0 0 1 95 1 95 1.17e-65 191 WP_233575804.1 WP_233575804.1 100 903 0 0 1 903 1 903 0.0 1758 MSO30570.1 MSO30570.1 100 351 0 0 1 351 1 351 2.80e-242 658 MSO30570.1 WP_221265680.1 34.4 221 143 2 3 222 15 234 1.91e-36 132 MSO30570.1 WP_084371009.1 30.5 233 159 2 8 239 3 233 2.43e-34 126 MSO30570.1 EHR6291555.1 32.3 223 148 3 5 226 327 547 5.45e-29 115 MSO30570.1 WP_192500494.1 27.9 233 162 5 8 238 3 231 1.60e-26 105 MSO30570.1 RLN50561.1 26.6 248 177 4 5 247 1491 1738 1.72e-26 109 MSO30570.1 NVM03966.1 24.1 345 211 10 3 346 20 314 5.16e-24 99.0 MSO30570.1 WP_132175930.1 29.4 211 142 2 19 225 40 247 6.05e-24 99.0 MSO30570.1 NLW39422.1 29.4 221 149 5 22 236 35 254 4.16e-23 96.7 MSO30570.1 XP_013005546.1 24.5 155 101 5 23 169 63 209 4.22e-04 40.4 WP_065076975.1 WP_065076975.1 100 449 0 0 1 449 1 449 2.36e-311 841 WP_065076975.1 QLY80081.1 39.6 240 144 1 205 444 192 430 1.62e-46 164 WP_037252487.1 WP_037252487.1 100 91 0 0 1 91 1 91 1.25e-56 167 MBP1672140.1 MBP1672140.1 100 123 0 0 1 123 1 123 1.40e-86 246 OGZ43278.1 OGZ43278.1 100 264 0 0 1 264 1 264 7.16e-199 541 WP_125691986.1 WP_125691986.1 100 115 0 0 1 115 1 115 6.14e-75 216 MBP8298997.1 MBP8298997.1 100 117 0 0 1 117 1 117 3.66e-86 244 WP_183832569.1 WP_183832569.1 100 157 0 0 1 157 1 157 6.53e-106 297 WP_167959909.1 WP_167959909.1 100 549 0 0 1 549 1 549 0.0 1144 WP_167959909.1 MBP6544771.1 29.5 515 344 9 26 528 41 548 1.01e-62 213 WP_167959909.1 RLB66027.1 28.7 530 341 10 16 535 11 513 2.34e-59 204 WP_167959909.1 WP_112119927.1 24.6 537 322 12 8 535 3 465 1.45e-43 159 WP_167959909.1 WP_200941876.1 26.4 512 281 16 7 454 45 524 2.99e-31 126 WP_167959909.1 MBF2759673.1 24.9 519 289 17 36 488 187 670 6.41e-27 114 WP_167959909.1 TMQ04701.1 28.0 300 165 8 176 434 603 892 6.40e-23 101 WP_167959909.1 WP_214516916.1 24.5 400 232 16 194 530 171 563 9.92e-18 84.7 WP_167959909.1 MCL4144983.1 45.5 44 24 0 397 440 1 44 1.07e-06 45.4 WP_166544121.1 WP_166544121.1 100 386 0 0 1 386 1 386 3.39e-263 714 XP_014018893.1 XP_014018893.1 100 699 0 0 1 699 1 699 0.0 1353 XP_014018893.1 XP_028655184.1 72.1 712 164 10 1 699 1 690 0.0 928 KAI8889105.1 KAI8889105.1 100 229 0 0 1 229 1 229 6.82e-166 455 WP_158057697.1 WP_158057697.1 100 384 0 0 1 384 1 384 3.27e-285 769 WP_158057697.1 UCF78466.1 35.4 378 238 4 7 383 2 374 6.48e-69 220 WP_158057697.1 WP_019585553.1 31.1 370 242 7 21 382 28 392 3.84e-53 179 WP_158057697.1 MCH8312862.1 29.0 355 236 8 25 376 3 344 2.63e-32 123 WP_158057697.1 WP_070999907.1 30.8 104 71 1 258 361 226 328 5.48e-05 43.1 XP_018089046.1 XP_018089046.1 100 221 0 0 1 221 1 221 8.00e-161 441 XP_018089046.1 NVM16230.1 24.3 148 103 4 29 173 10 151 1.24e-08 51.2 WP_279399778.1 WP_279399778.1 100 307 0 0 1 307 1 307 2.65e-227 617 WP_279399778.1 WP_067782871.1 58.5 301 125 0 5 305 4 304 1.00e-124 357 WP_279399778.1 MBI1736306.1 40.7 285 166 2 23 305 23 306 1.54e-58 188 WP_279399778.1 MBI5966481.1 35.1 288 175 5 27 304 28 313 6.42e-46 156 WP_279399778.1 WP_220615956.1 36.3 300 169 9 24 303 56 353 2.87e-42 147 WP_279399778.1 MBJ7531026.1 55.9 136 59 1 3 137 6 141 1.34e-39 134 WP_279399778.1 HAR4359619.1 33.5 206 122 5 83 287 76 267 2.83e-24 97.8 NEP82600.1 NEP82600.1 100 49 0 0 1 49 1 49 1.29e-35 111 KAA3621416.1 KAA3621416.1 100 464 0 0 1 464 1 464 0.0 875 KAA3621416.1 WP_063603400.1 20.8 279 190 8 140 403 116 378 1.99e-10 60.8 KZV11597.1 KZV11597.1 100 878 0 0 1 878 1 878 0.0 1672 KZV11597.1 WP_015919400.1 26.9 647 408 19 123 762 131 719 5.87e-49 184 KZV11597.1 WP_015615815.1 25.6 749 473 28 119 841 135 825 1.69e-43 168 KZV11597.1 MCJ7548546.1 27.1 635 385 16 117 723 135 719 2.83e-36 145 KZV11597.1 MBL8638832.1 22.8 578 412 15 264 822 316 878 6.12e-29 122 KZV11597.1 KAI5122644.1 21.9 685 456 22 121 769 514 1155 8.23e-22 100 PYS18397.1 PYS18397.1 100 125 0 0 1 125 1 125 1.50e-82 236 EPF53206.1 EPF53206.1 100 78 0 0 1 78 1 78 5.17e-50 150 MBP9706914.1 MBP9706914.1 100 208 0 0 1 208 1 208 1.76e-153 422 WP_263858211.1 WP_263858211.1 100 261 0 0 1 261 1 261 3.49e-184 504 WP_263858211.1 WP_199425576.1 37.0 257 157 5 4 257 11 265 6.29e-44 148 WP_263858211.1 QQO85492.1 30.0 247 169 4 8 253 8 251 1.09e-28 108 GFR82011.1 GFR82011.1 100 218 0 0 1 218 1 218 1.20e-140 390 GFR82011.1 SFB29161.1 48.2 197 97 1 18 214 18 209 2.52e-50 169 GFR82011.1 HAT4171334.1 38.2 212 126 1 3 214 4 210 1.39e-44 154 GFR82011.1 WP_123653117.1 32.4 207 135 2 12 218 21 222 1.19e-24 95.9 NXT44414.1 NXT44414.1 100 1505 0 0 1 1505 1 1505 0.0 2964 NXT44414.1 NP_001257623.1 31.5 203 133 5 1258 1456 246 446 3.81e-21 98.6 XP_024185556.1 XP_024185556.1 100 196 0 0 1 196 1 196 2.24e-141 390 WP_251843011.1 WP_251843011.1 100 788 0 0 1 788 1 788 0.0 1496 MCG2809664.1 MCG2809664.1 100 82 0 0 1 82 1 82 2.29e-57 169 WP_049427769.1 WP_049427769.1 100 658 0 0 1 658 1 658 0.0 1128 AIL29843.1 AIL29843.1 100 41 0 0 1 41 1 41 1.18e-19 70.9 XP_051304311.1 XP_051304311.1 100 502 0 0 1 502 1 502 0.0 994 WP_087997173.1 WP_087997173.1 100 170 0 0 1 170 1 170 4.00e-120 334 RZU98823.1 RZU98823.1 100 859 0 0 1 859 1 859 0.0 1655 RZU98823.1 MBW3588078.1 45.0 829 420 3 17 844 20 813 1.08e-240 693 RZU98823.1 WP_216768648.1 35.6 779 449 10 10 777 1 737 9.67e-147 451 WP_077690175.1 WP_077690175.1 100 324 0 0 1 324 1 324 2.98e-228 620 WP_077690175.1 WP_190032834.1 37.9 269 149 9 1 263 1 257 1.28e-25 102 WP_077690175.1 WP_009620393.1 32.7 196 126 2 7 199 6 198 8.99e-21 89.0 WP_077690175.1 MCI2079698.1 29.5 149 104 1 5 153 4 151 3.13e-14 70.5 WP_077690175.1 WP_230796143.1 37.3 161 83 6 5 156 4 155 5.40e-11 60.8 WP_077690175.1 WP_254301195.1 34.6 127 64 5 10 127 14 130 1.09e-07 50.8 RQM16216.1 RQM16216.1 100 787 0 0 1 787 1 787 0.0 1562 RQM16216.1 XP_029528577.1 47.2 320 163 5 403 720 30 345 1.19e-91 290 RQM16216.1 KAG1590416.1 41.6 303 170 4 392 692 69 366 9.44e-80 259 RQM16216.1 EYU24504.1 33.7 389 197 7 374 725 153 517 5.32e-62 217 RQM16216.1 XP_048379117.1 37.6 295 174 7 403 691 257 547 2.82e-54 195 RQM16216.1 XP_008215352.1 34.9 292 177 4 398 678 183 472 5.46e-45 169 RQM16216.1 XP_048216280.1 32.1 271 167 6 392 647 9 277 3.01e-35 137 RQM16216.1 XP_011889539.1 27.7 278 160 6 400 645 1 269 1.16e-24 108 RQM16216.1 XP_043377824.1 27.2 213 136 6 403 601 25 232 1.87e-18 89.0 MCF7886260.1 MCF7886260.1 100 180 0 0 1 180 1 180 1.05e-129 359 MCF7886260.1 WP_259407579.1 30.2 106 70 2 73 178 117 218 2.18e-09 53.1 WP_268695178.1 WP_268695178.1 100 84 0 0 1 84 1 84 9.27e-49 147 WP_062024872.1 WP_062024872.1 100 220 0 0 1 220 1 220 2.69e-163 447 ABB60900.1 ABB60900.1 100 131 0 0 1 131 1 131 2.65e-97 273 ABB60900.1 EFW50635.1 44.2 95 52 1 35 128 1 95 5.80e-22 82.0 WP_258581409.1 WP_258581409.1 100 368 0 0 1 368 1 368 1.19e-263 714 WP_258581409.1 WP_237907640.1 44.5 357 191 5 1 356 1 351 1.09e-88 270 WP_258581409.1 WP_011057593.1 41.5 366 191 7 4 364 5 352 1.21e-78 244 WP_258581409.1 WP_109219819.1 49.8 243 120 1 6 248 20 260 7.05e-77 240 WP_258581409.1 WP_140480909.1 38.7 362 207 5 4 357 13 367 4.30e-76 238 WP_258581409.1 WP_076409454.1 37.0 354 205 4 4 354 5 343 2.31e-70 222 WP_258581409.1 WP_176354145.1 42.7 300 165 4 4 301 6 300 1.30e-68 218 WP_258581409.1 WP_170725874.1 43.3 245 137 1 4 248 5 247 7.70e-65 207 WP_258581409.1 NNE23115.1 34.0 356 222 3 4 357 3 347 6.09e-58 190 WP_258581409.1 MWR41881.1 39.4 221 128 1 19 233 44 264 1.41e-47 160 WP_258581409.1 WP_142133210.1 38.4 229 135 3 2 225 9 236 3.82e-46 156 WP_258581409.1 WP_115992495.1 36.9 233 135 3 4 225 2 233 1.21e-42 147 WP_258581409.1 WP_072380563.1 34.0 241 150 3 4 236 2 241 5.28e-39 137 WP_258581409.1 RUU66461.1 33.2 238 141 6 12 234 95 329 7.41e-33 124 WP_258581409.1 MBU5353226.1 29.8 238 155 4 9 236 21 256 5.49e-32 120 WP_258581409.1 WP_145468487.1 35.0 200 120 2 4 193 7 206 8.78e-32 118 WP_258581409.1 WP_088153117.1 35.9 217 125 5 22 229 16 227 1.25e-31 121 WP_258581409.1 EHH5649593.1 32.7 208 126 2 22 223 21 220 3.78e-29 112 WP_258581409.1 MBQ3864274.1 31.1 222 142 4 15 225 32 253 2.14e-25 103 WP_258581409.1 WP_227059655.1 28.3 230 156 3 16 236 341 570 1.82e-24 103 WP_258581409.1 WP_192324556.1 27.6 239 162 4 16 245 342 578 5.13e-22 95.9 WP_258581409.1 MBQ9964693.1 33.8 195 107 5 4 197 2 175 7.64e-22 90.1 WP_258581409.1 WP_142931103.1 24.9 201 147 3 18 215 275 474 1.36e-19 88.2 WP_258581409.1 MBQ8297564.1 28.2 213 136 7 19 221 350 555 1.45e-16 79.3 WP_258581409.1 WP_038440434.1 24.8 226 151 5 3 217 334 551 3.56e-15 75.1 WP_258581409.1 GBD21053.1 26.1 207 136 5 19 210 295 499 4.47e-14 71.6 WP_258581409.1 WP_041481207.1 27.9 183 120 4 18 192 352 530 1.91e-11 63.5 WP_258581409.1 OQA35671.1 28.3 219 138 6 4 220 323 524 1.15e-10 61.2 WP_258581409.1 MCH4209672.1 30.1 186 106 6 14 193 393 560 1.09e-09 58.2 WP_258581409.1 WP_112088864.1 29.2 154 76 5 22 165 360 490 2.23e-07 50.8 WP_258581409.1 MQF68191.1 30.2 53 37 0 13 65 26 78 6.30e-04 37.7 WP_208179928.1 WP_208179928.1 100 71 0 0 1 71 1 71 1.06e-48 146 EIO4105067.1 EIO4105067.1 100 155 0 0 1 155 1 155 5.21e-111 310 KAJ2306899.1 KAJ2306899.1 100 360 0 0 1 360 1 360 8.35e-244 663 ESR55765.1 ESR55765.1 100 88 0 0 1 88 1 88 4.44e-60 176 ESR55765.1 TYG81953.1 98.6 71 1 0 1 71 1 71 2.99e-46 143 ESR55765.1 KAG0031507.1 39.1 64 39 0 8 71 4 67 1.82e-12 57.4 WP_002574744.1 WP_002574744.1 100 334 0 0 1 334 1 334 5.92e-224 610 WP_002574744.1 WP_105447015.1 28.6 350 184 6 35 329 48 386 2.31e-33 125 WP_002574744.1 WP_154951203.1 29.9 278 177 3 56 333 62 321 6.54e-33 122 WP_002574744.1 HAA79725.1 31.0 213 139 4 119 329 14 220 1.68e-26 103 MBT4161918.1 MBT4161918.1 100 228 0 0 1 228 1 228 3.93e-160 440 MBT4161918.1 WP_145468487.1 52.5 219 104 0 1 219 1 219 9.39e-75 224 MBT4161918.1 MCB0243881.1 43.8 219 123 0 4 222 3 221 8.79e-59 183 MBT4161918.1 MCC6044083.1 44.1 213 118 1 12 224 9 220 7.40e-53 171 MBT4161918.1 MCF7808720.1 38.8 224 137 0 1 224 1 224 1.03e-50 163 MBT4161918.1 MBQ4383193.1 39.3 224 132 2 5 227 3 223 1.11e-43 145 MBT4161918.1 WP_279984614.1 37.2 234 133 7 2 227 5 232 1.91e-37 130 MBT4161918.1 WP_008470196.1 37.8 209 120 6 4 210 7 207 7.08e-34 120 MBT4161918.1 MBQ3864274.1 37.0 192 114 5 21 206 29 219 1.09e-28 108 MBT4161918.1 MCP5262709.1 34.4 209 127 5 26 224 21 229 5.64e-28 106 MBT4161918.1 GLY24463.1 30.8 201 129 5 23 213 21 221 1.51e-21 89.4 MBT4161918.1 WP_256546297.1 26.6 214 137 5 26 223 39 248 7.25e-20 84.0 MBT4161918.1 WP_173040157.1 32.2 199 113 7 25 221 306 484 2.29e-18 81.6 MBT4161918.1 KAF9974715.1 31.1 167 88 4 25 178 1122 1274 3.56e-10 57.8 MBT4161918.1 WP_041710957.1 30.0 80 51 2 147 225 98 173 3.84e-06 45.4 XP_025385377.1 XP_025385377.1 100 292 0 0 1 292 1 292 1.10e-175 485 MCA9453963.1 MCA9453963.1 100 249 0 0 1 249 1 249 4.66e-192 523 KAF3210067.1 KAF3210067.1 100 199 0 0 1 199 1 199 1.77e-144 398 MCD4721788.1 MCD4721788.1 100 161 0 0 1 161 1 161 4.23e-113 316 WP_201685349.1 WP_201685349.1 100 439 0 0 1 439 1 439 0.0 868 WP_201685349.1 MBV8174008.1 28.3 350 247 3 69 414 39 388 1.21e-36 137 WP_259301651.1 WP_259301651.1 100 1050 0 0 1 1050 1 1050 0.0 2103 WP_259301651.1 MBP3518143.1 27.2 1076 640 38 57 1050 53 1067 4.56e-93 318 WP_259301651.1 WP_214826002.1 26.1 1035 564 45 123 1050 23 963 9.17e-53 199 WP_259301651.1 WP_146272353.1 25.5 1057 645 43 52 1050 33 1005 1.00e-49 189 WP_259301651.1 WP_278843343.1 23.4 1113 686 50 55 1050 21 1083 6.89e-45 174 CAG8531755.1 CAG8531755.1 100 45 0 0 1 45 1 45 3.42e-25 85.1 WP_220615956.1 WP_220615956.1 100 362 0 0 1 362 1 362 1.15e-267 723 WP_220615956.1 WP_276638014.1 52.6 331 155 2 28 357 25 354 1.18e-111 328 WP_220615956.1 MBI5966481.1 43.2 310 164 7 38 346 7 305 2.94e-71 223 WP_220615956.1 MBI1736306.1 41.4 304 161 5 48 351 16 302 3.82e-62 199 WP_220615956.1 WP_067782871.1 34.3 300 177 7 54 352 21 301 5.64e-44 152 WP_220615956.1 WP_279399778.1 36.9 293 163 9 61 351 29 301 1.81e-41 145 WP_220615956.1 MBQ1540263.1 35.3 252 137 7 45 295 31 257 1.22e-32 122 WP_220615956.1 HAR4359619.1 30.1 219 140 4 74 292 37 242 3.27e-22 93.2 MCJ2136558.1 MCJ2136558.1 100 372 0 0 1 372 1 372 2.00e-273 739 MCJ2136558.1 WP_009257967.1 28.3 371 207 16 36 371 358 704 1.31e-17 82.8 WP_063256613.1 WP_063256613.1 100 265 0 0 1 265 1 265 1.01e-194 531 WP_221868756.1 WP_221868756.1 100 455 0 0 1 455 1 455 2.77e-313 847 NXU45820.1 NXU45820.1 100 764 0 0 1 764 1 764 0.0 1515 CAH7752048.1 CAH7752048.1 100 71 0 0 1 71 1 71 1.06e-48 146 MBQ7631188.1 MBQ7631188.1 100 413 0 0 1 413 1 413 4.51e-309 832 KAI4475370.1 KAI4475370.1 100 279 0 0 1 279 1 279 1.93e-151 422 MBK7837454.1 MBK7837454.1 100 312 0 0 1 312 1 312 3.09e-224 609 MBK7837454.1 MBM4836391.1 39.2 283 165 4 26 305 42 320 2.52e-57 188 MBK7837454.1 WP_063417119.1 32.5 332 194 7 9 312 457 786 3.28e-41 150 MBK7837454.1 WP_232553043.1 30.8 308 200 7 1 303 2 301 3.05e-36 132 MBK7837454.1 MBE0479857.1 28.0 293 204 4 1 287 1 292 8.30e-29 112 KDB51534.1 KDB51534.1 100 332 0 0 1 332 1 332 6.39e-243 658 KDB51534.1 WP_059923305.1 38.3 321 169 6 8 321 37 335 8.77e-45 154 bbuchfink-diamond-6dc5717/src/test/blastp_nr10k.out000066400000000000000000056224671523407312000222420ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 3.48e-230 2026778 Pseudomonadati Planctomycetota EHX4537433.1 EHX4537433.1 9.69e-88 562 Pseudomonadati Pseudomonadota WP_133518962.1 WP_133518962.1 1.65e-219 2035 Bacillati Actinomycetota XP_015036367.2 XP_015036367.2 0.0 7237 Metazoa Arthropoda PAA16140.1 PAA16140.1 0.0 296 Pseudomonadati Pseudomonadota GLZ33620.1 GLZ33620.1 0.0 3032205 Bacillati Actinomycetota XP_039555956.1 XP_039555956.1 0.0 9160 Metazoa Chordata MBO7734838.1 MBO7734838.1 1.29e-155 66852 Methanobacteriati Methanobacteriota WP_206363707.1 WP_206363707.1 5.20e-196 2501515 Pseudomonadati Pseudomonadota WP_206363707.1 WP_029347391.1 9.82e-52 68287;1871066;2014805;2496770;2496771 Pseudomonadati Pseudomonadota WP_206363707.1 WP_150396769.1 2.91e-39 305 Pseudomonadati Pseudomonadota WP_206363707.1 GBD21053.1 2.25e-38 2035423 0 0 WP_206363707.1 WP_076409454.1 1.33e-28 85698 Pseudomonadati Pseudomonadota WP_206363707.1 WP_088153117.1 1.66e-20 171674 Pseudomonadati Pseudomonadota WP_206363707.1 MBU5353226.1 8.06e-20 198119 Bacillati Bacillota WP_206363707.1 MBQ3864274.1 9.57e-20 2044939 Bacillati Bacillota WP_206363707.1 WP_211555180.1 1.56e-16 574987 Pseudomonadati Pseudomonadota WP_206363707.1 WP_066083732.1 5.87e-15 220687 Bacillati Bacillota WP_206363707.1 WP_131166802.1 1.12e-14 1837344 Bacillati Actinomycetota WP_206363707.1 WAY96880.1 6.44e-13 615 Pseudomonadati Pseudomonadota WP_206363707.1 WP_071876418.1 2.85e-12 332949 Bacillati Bacillota WP_206363707.1 WP_281543397.1 2.23e-11 544645 Pseudomonadati Bacteroidota WP_206363707.1 EHR6291555.1 8.01e-04 28901 Pseudomonadati Pseudomonadota XP_007207923.1 XP_007207923.1 3.13e-282 3760 Viridiplantae Streptophyta XP_051956784.1 XP_051956784.1 1.04e-209 154827 Metazoa Chordata OGK79387.1 OGK79387.1 5.21e-185 1802095 0 Candidatus Rokuibacteriota WP_025531131.1 WP_025531131.1 4.36e-117 154046;1649459 Bacillati Bacillota KAJ8763828.1 KAJ8763828.1 1.45e-139 1862640 Viridiplantae Streptophyta KAJ8763828.1 XP_026320625.1 4.10e-47 1477025 Metazoa Arthropoda MBQ1311177.1 MBQ1311177.1 2.86e-254 1955243 Bacillati Bacillota MBQ1311177.1 WP_198907334.1 1.22e-29 90105;2956786 Pseudomonadati Pseudomonadota WP_268714943.1 WP_268714943.1 1.94e-231 1303 Bacillati Bacillota TME45086.1 TME45086.1 0.0 2026724 Bacillati Chloroflexota TME45086.1 WP_265225845.1 3.98e-57 95486 Pseudomonadati Pseudomonadota TME45086.1 MBL4744408.1 5.93e-48 2024830 Pseudomonadati Pseudomonadota TME45086.1 WP_039608285.1 1.11e-43 43657 Pseudomonadati Pseudomonadota TME45086.1 WP_133325549.1 5.92e-40 1549640 Pseudomonadati Pseudomonadota TME45086.1 WP_110366458.1 8.15e-33 2135644 Pseudomonadati Bacteroidota TME45086.1 KKQ50904.1 6.20e-24 1618941 0 0 TME45086.1 WP_172616972.1 3.30e-18 2583211 Pseudomonadati Bacteroidota VDK71801.1 VDK71801.1 3.80e-104 42157 Metazoa Nematoda OGA29379.1 OGA29379.1 0.0 1797489 Pseudomonadati Pseudomonadota OGA29379.1 WP_264228578.1 4.58e-209 553 Pseudomonadati Pseudomonadota OGA29379.1 HCJ45190.1 2.97e-23 1042 Pseudomonadati Pseudomonadota EGI67351.1 EGI67351.1 8.53e-98 103372 Metazoa Arthropoda XP_021846694.1 XP_021846694.1 1.19e-66 3562 Viridiplantae Streptophyta WP_224792367.1 WP_224792367.1 4.62e-92 294 Pseudomonadati Pseudomonadota OIO24646.1 OIO24646.1 2.79e-123 1805249;2250274 Nanobdellati Microcaldota XP_004466702.1 XP_004466702.1 0.0 9361 Metazoa Chordata XP_004466702.1 UWG74403.1 1.09e-41 38018 0 0 XP_004466702.1 EAJ4317745.1 4.41e-28 28080 Pseudomonadati Campylobacterota MOY61908.1 MOY61908.1 2.78e-73 3052230 Orthornavirae Kitrinoviricota MOY61908.1 AST39768.1 4.45e-45 3052230 Orthornavirae Kitrinoviricota MOY61908.1 MOY95459.1 2.46e-42 3052230 Orthornavirae Kitrinoviricota MOY61908.1 AMA13662.1 6.93e-36 3052230 Orthornavirae Kitrinoviricota WP_053342583.1 WP_053342583.1 0.0 1485;1491 Bacillati Bacillota WP_053342583.1 KAI5076688.1 1.11e-58 13818 Viridiplantae Streptophyta EMD83093.1 EMD83093.1 0.0 1234595 Pseudomonadati Pseudomonadota EMD83093.1 WP_130670507.1 1.98e-66 379;384 Pseudomonadati Pseudomonadota EMD83093.1 WP_224014827.1 2.02e-64 92647 Pseudomonadati Pseudomonadota EMD83093.1 TVP67793.1 3.48e-61 2480211 Bacillati Cyanobacteriota EMD83093.1 WP_271272236.1 4.45e-45 2895352 Pseudomonadati Pseudomonadota EJT84792.1 EJT84792.1 1.71e-49 1218169 Pseudomonadati Pseudomonadota WP_077010214.1 WP_077010214.1 2.29e-235 1933778 Bacillati Actinomycetota HAN2236324.1 HAN2236324.1 0.0 562 Pseudomonadati Pseudomonadota HAN2236324.1 PKO20637.1 3.55e-18 2013723 Bacillati Chloroflexota HAN2236324.1 WP_253630899.1 7.15e-17 2953808 Bacillati Bacillota HAN2236324.1 MBP7746105.1 6.15e-16 2026778 Pseudomonadati Planctomycetota HAN2236324.1 VJO49958.1 3.72e-11 1313 Bacillati Bacillota HAN2236324.1 WP_125555296.1 2.02e-10 284579 Bacillati Bacillota HBZ0881431.1 HBZ0881431.1 2.18e-43 573 Pseudomonadati Pseudomonadota AMA90994.1 AMA90994.1 5.04e-134 1474269;2542237 Metazoa Arthropoda AMA90994.1 AVM35379.1 9.83e-113 1770638 Metazoa Arthropoda AMA90994.1 QUA05739.1 2.63e-112 988006 Metazoa Arthropoda AMA90994.1 AWS34156.1 9.59e-112 408114 Metazoa Arthropoda AMA90994.1 AFA24308.1 1.02e-109 1097956 Metazoa Arthropoda AMA90994.1 QUQ06080.1 1.06e-108 1719401 Metazoa Mollusca AMA90994.1 AKT58828.1 2.20e-107 1687857 Metazoa Arthropoda AMA90994.1 ADW49125.1 2.69e-107 1417353 Metazoa Arthropoda AMA90994.1 ABQ63546.1 3.99e-106 166263 Metazoa Chordata AMA90994.1 AFA09475.1 7.29e-106 705192 Metazoa Arthropoda AMA90994.1 ADJ35581.1 1.22e-105 876003 Metazoa Annelida AMA90994.1 AOQ89457.1 9.19e-105 1881751 Metazoa Arthropoda AMA90994.1 AXZ65741.1 1.92e-104 2242446 Metazoa Arthropoda AMA90994.1 AHK62764.1 9.39e-101 1470337 Metazoa Arthropoda AMA90994.1 AOR13807.1 1.23e-93 1881782 Metazoa Arthropoda AMA90994.1 AAX94106.1 5.40e-93 324009 Metazoa Arthropoda AMA90994.1 UZF38514.1 5.60e-87 2976471 Metazoa Arthropoda AMA90994.1 AHH30646.1 4.46e-83 1452501 Metazoa Arthropoda AMA90994.1 AGI15931.1 4.76e-81 52396 Metazoa Mollusca AMA90994.1 ACE88666.1 1.24e-60 13139 Metazoa Arthropoda AMA90994.1 APC24336.1 6.67e-33 597926 Metazoa Arthropoda MBU0883769.1 MBU0883769.1 1.89e-316 1913989 Pseudomonadati Pseudomonadota MBU0883769.1 MBI5098096.1 7.63e-63 2026887 Pseudomonadati Nitrospirota MBD5551606.1 MBD5551606.1 3.03e-303 1898203 Bacillati Bacillota MBD5551606.1 MBR7122964.1 2.27e-48 2485925 Bacillati Bacillota MCB9999913.1 MCB9999913.1 0.0 2021371 Pseudomonadati Pseudomonadota MCB9999913.1 WP_081224968.1 4.43e-213 1288 Bacillati Bacillota MCB9999913.1 WP_123159424.1 1.48e-182 1301;2293247;2478956;2584682 Bacillati Bacillota MCB9999913.1 SCL13606.1 2.58e-23 47866 Bacillati Actinomycetota MCB9999913.1 MBQ9679177.1 1.65e-19 41978 Bacillati Bacillota MCB9999913.1 XP_053592881.1 1.24e-12 69319 Metazoa Arthropoda MCB9999913.1 MCL2204087.1 2.82e-12 2660712 Bacillati Bacillota WP_007356512.1 WP_007356512.1 0.0 272129;1501433 Bacillati Cyanobacteriota WP_007356512.1 HAS8246497.1 5.24e-62 672 Pseudomonadati Pseudomonadota WP_007356512.1 TAL20232.1 1.72e-56 1872578 Pseudomonadati Pseudomonadota WP_007356512.1 WP_138482356.1 1.68e-51 161398 Pseudomonadati Pseudomonadota WP_007356512.1 WP_261733022.1 7.45e-51 2978345 Pseudomonadati Pseudomonadota WP_007356512.1 EDN57974.1 4.93e-46 150340 Pseudomonadati Pseudomonadota WP_007356512.1 MBQ1868746.1 3.24e-44 2053611;2593411 Bacillati Bacillota WP_007356512.1 KFX48203.1 1.77e-43 N/A N/A WP_007356512.1 MBN8606766.1 5.88e-33 2282150 Pseudomonadati Pseudomonadota WP_007356512.1 WP_200037957.1 1.46e-29 95486 Pseudomonadati Pseudomonadota WP_007356512.1 PSQ73325.1 2.37e-28 1919101 Pseudomonadati Bacteroidota WP_007356512.1 WP_076194242.1 1.89e-27 44249;189426 Bacillati Bacillota WP_007356512.1 XP_001454078.1 5.26e-26 5888 0 Ciliophora WP_007356512.1 WP_063540919.1 1.31e-25 306;316;2968969 Pseudomonadati Pseudomonadota WP_007356512.1 WP_217452155.1 1.13e-12 2732510 Pseudomonadati Bacteroidota WP_007356512.1 WP_010434011.1 3.13e-11 47951;693153 Pseudomonadati Pseudomonadota WP_007356512.1 MBQ5584458.1 1.00e-10 2053608 Bacillati Bacillota CAH8368929.1 CAH8368929.1 6.31e-65 29727 Viridiplantae Streptophyta UKN67998.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UKN67998.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_220664202.1 WP_220664202.1 2.68e-237 2807096 Pseudomonadati Pseudomonadota WP_220664202.1 WP_165462493.1 1.80e-28 1903473 Pseudomonadati Pseudomonadota PRQ70658.1 PRQ70658.1 2.76e-114 5286 Fungi Basidiomycota XP_028261945.1 XP_028261945.1 0.0 210632 Metazoa Chordata XP_028261945.1 XP_023607675.1 3.02e-319 59463 Metazoa Chordata XP_028261945.1 WP_002264996.1 1.17e-16 1306;1309;857141;857144;857151 Bacillati Bacillota XP_028261945.1 WP_014812045.1 1.57e-04 2358;706587 Pseudomonadati Thermodesulfobacteriota WP_127607693.1 WP_127607693.1 3.28e-113 59846 Bacillati Bacillota NEO89073.1 NEO89073.1 0.0 2607837 Bacillati Cyanobacteriota NEO89073.1 WP_259999572.1 1.62e-25 2867023 Pseudomonadati Pseudomonadota SHX72876.1 SHX72876.1 8.42e-46 1185650 Bacillati Actinomycetota EAT3027009.1 EAT3027009.1 2.91e-93 28901 Pseudomonadati Pseudomonadota WP_161818832.1 WP_161818832.1 3.71e-135 1978412 Pseudomonadati Bacteroidota WP_161818832.1 WP_054891276.1 4.72e-42 286;303 Pseudomonadati Pseudomonadota MBQ5338540.1 MBQ5338540.1 0.0 2485925 Bacillati Bacillota MBQ5338540.1 WP_153219677.1 8.31e-52 28037 Bacillati Bacillota MBW1825233.1 MBW1825233.1 3.77e-182 2026735 Pseudomonadati Myxococcota MBQ0119857.1 MBQ0119857.1 1.20e-154 3083136 Pseudomonadati Bacteroidota WP_152158314.1 WP_152158314.1 2.42e-148 40544;1944635 Pseudomonadati Pseudomonadota WP_152158314.1 OGG08302.1 1.54e-15 1798376;1798385;1798386;1798389;1798398 0 Candidatus Gottesmaniibacteriota AOW33101.1 AOW33101.1 7.47e-244 11676 Pararnavirae Artverviricota AOW33101.1 AVA00513.1 1.73e-229 11676 Pararnavirae Artverviricota AOW33101.1 QWY38042.1 1.11e-226 11676 Pararnavirae Artverviricota AOW33101.1 ACY29573.1 1.40e-226 11676 Pararnavirae Artverviricota AOW33101.1 BAO11608.1 1.94e-226 11676 Pararnavirae Artverviricota AOW33101.1 ACH90072.1 3.09e-226 11676 Pararnavirae Artverviricota AOW33101.1 AOW36968.1 3.13e-226 11676 Pararnavirae Artverviricota AOW33101.1 BAO23243.1 3.72e-225 11676 Pararnavirae Artverviricota AOW33101.1 AFJ09957.1 4.22e-225 11676 Pararnavirae Artverviricota AOW33101.1 AFV39595.1 6.29e-222 12721 Pararnavirae Artverviricota AOW33101.1 ARR91819.1 1.23e-180 11676 Pararnavirae Artverviricota AOW33101.1 ACV16867.1 9.59e-165 11676 Pararnavirae Artverviricota AOW33101.1 ADB27070.1 1.83e-138 11676 Pararnavirae Artverviricota AOW33101.1 ABJ92889.1 1.92e-48 11676 Pararnavirae Artverviricota XP_027422845.1 XP_027422845.1 0.0 30522 Metazoa Chordata XP_027422845.1 SCN76227.1 6.23e-27 5127 Fungi Ascomycota UVD88834.1 UVD88834.1 3.16e-50 1283 Bacillati Bacillota XP_028733567.1 XP_028733567.1 0.0 10041 Metazoa Chordata KAF8533701.1 KAF8533701.1 1.43e-131 47213 Fungi Ascomycota XP_031270756.1 XP_031270756.1 8.41e-246 55513 Viridiplantae Streptophyta WP_255266214.1 WP_255266214.1 0.0 37329 Bacillati Actinomycetota WP_255266214.1 MBI5333464.1 3.20e-20 1891238 Pseudomonadati Pseudomonadota WP_255266214.1 WP_126679569.1 1.51e-19 287 Pseudomonadati Pseudomonadota WP_255266214.1 WP_145544593.1 2.14e-18 419257 Pseudomonadati Pseudomonadota WP_255266214.1 WP_107169208.1 1.60e-17 2108399 Pseudomonadati Pseudomonadota WP_255266214.1 GHI39478.1 3.81e-16 67381 Bacillati Actinomycetota WP_255266214.1 WP_018646673.1 2.36e-15 990078 Pseudomonadati Pseudomonadota WP_255266214.1 EGR2272270.1 2.57e-15 670 Pseudomonadati Pseudomonadota WP_255266214.1 WP_000484099.1 2.52e-12 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_255266214.1 WP_269885397.1 3.97e-11 3388067 Bacillati Bacillota WP_255266214.1 WP_023050329.1 2.92e-08 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_255266214.1 MBT3459335.1 2.00e-06 2026743 Pseudomonadati Pseudomonadota KRX90811.1 KRX90811.1 0.0 6337 Metazoa Nematoda KRX90811.1 XP_046441060.1 2.27e-24 6669 Metazoa Arthropoda KRX90811.1 XP_020321477.1 5.02e-24 8019 Metazoa Chordata KRX90811.1 MBF1128433.1 1.27e-14 218538 Bacillati Bacillota MBN4200190.1 MBN4200190.1 5.50e-10 9606 Metazoa Chordata WP_114054641.1 WP_114054641.1 2.18e-230 1883;68209 Bacillati Actinomycetota WP_114054641.1 WP_022748957.1 1.39e-27 140626 Bacillati Bacillota WP_114054641.1 EJS0734484.1 3.32e-26 562 Pseudomonadati Pseudomonadota WP_114054641.1 MCI6965979.1 8.26e-21 1869227 0 0 WP_114054641.1 KAJ7369304.1 2.31e-06 174260 Metazoa Cnidaria ERV81283.1 ERV81283.1 8.60e-166 1402545 Pseudomonadati Pseudomonadota WP_104462564.1 WP_104462564.1 4.02e-216 2055894 Pseudomonadati Pseudomonadota WP_104462564.1 WP_140843904.1 1.54e-35 325217;2589899;2876641 Pseudomonadati Pseudomonadota WP_061239294.1 WP_061239294.1 3.88e-295 658457 Pseudomonadati Pseudomonadota WP_050238626.1 WP_050238626.1 2.16e-293 1313 Bacillati Bacillota HIH01984.1 HIH01984.1 3.56e-107 1906666 Methanobacteriati Thermoplasmatota EGC4236544.1 EGC4236544.1 3.86e-144 197 Pseudomonadati Campylobacterota WP_250258169.1 WP_250258169.1 0.0 2758090 Bacillati Actinomycetota WP_242961281.1 WP_242961281.1 0.0 1520 Bacillati Bacillota WP_242961281.1 WP_200543170.1 5.77e-16 2769338 Pseudomonadati Pseudomonadota WP_045385114.1 WP_045385114.1 7.11e-82 190895 Pseudomonadati Pseudomonadota WP_233987225.1 WP_233987225.1 8.85e-225 549;53335 Pseudomonadati Pseudomonadota KAF8901107.1 KAF8901107.1 0.0 139077 Fungi Basidiomycota KAF8901107.1 XP_049236752.1 1.53e-35 181014 Fungi Ascomycota KAF8901107.1 AJU61790.1 8.56e-31 4932;1294308 Fungi Ascomycota KAF8901107.1 MCB1412915.1 1.06e-14 2021379 Pseudomonadati Pseudomonadota MBI5413544.1 MBI5413544.1 0.0 2030811 0 Candidatus Peregrinibacteriota WP_245770707.1 WP_245770707.1 0.0 1287727 Pseudomonadati Pseudomonadota MYU10132.1 MYU10132.1 5.33e-93 2690345 Bacillati Actinomycetota GER04731.1 GER04731.1 0.0 1236968 Pseudomonadati Pseudomonadota GER04731.1 WP_231022353.1 3.45e-118 2898528 Pseudomonadati Pseudomonadota GER04731.1 WP_258835625.1 1.46e-42 373040 Pseudomonadati Pseudomonadota GER04731.1 MBP6375542.1 4.48e-41 2818473 Pseudomonadati Pseudomonadota GER04731.1 WP_194454339.1 4.40e-23 1325120 Pseudomonadati Pseudomonadota MCC8048325.1 MCC8048325.1 1.97e-304 2485925 Bacillati Bacillota WP_141361908.1 WP_141361908.1 9.82e-245 43667 Bacillati Actinomycetota XP_039261378.1 XP_039261378.1 1.27e-317 N/A N/A MBO1529847.1 MBO1529847.1 7.61e-256 2818440 Pseudomonadati Pseudomonadota MBO1529847.1 WP_202925384.1 2.56e-49 2703789 Pseudomonadati Bacteroidota MBO1529847.1 MBN1566249.1 1.57e-34 1978231 Pseudomonadati Acidobacteriota MBO1529847.1 XP_047466965.1 1.09e-25 48193 Metazoa Chordata MBO1529847.1 WP_016809838.1 2.21e-16 571;883119 Pseudomonadati Pseudomonadota MBO1529847.1 KAH7252800.1 2.35e-16 61284 Fungi Ascomycota MBR3162388.1 MBR3162388.1 0.0 1903720 Bacillati Bacillota MBX9747080.1 MBX9747080.1 0.0 2026748 Pseudomonadati Pseudomonadota MBX9747080.1 HAJ30683.1 4.13e-22 1913989 Pseudomonadati Pseudomonadota MBX9747080.1 MCE2873365.1 4.17e-13 2006849 Pseudomonadati Pseudomonadota MBX9747080.1 MXW19700.1 9.37e-13 1913989 Pseudomonadati Pseudomonadota MBX9747080.1 WP_267184195.1 7.39e-07 2996017 Pseudomonadati Pseudomonadota MBX9747080.1 WP_254467474.1 1.37e-06 303 Pseudomonadati Pseudomonadota MBX9747080.1 MBO1518138.1 4.03e-06 2818389 Pseudomonadati Pseudomonadota MBR3056759.1 MBR3056759.1 1.10e-163 1898207 Bacillati Bacillota XP_046337982.1 XP_046337982.1 3.04e-264 6454 Metazoa Mollusca RVW27732.1 RVW27732.1 2.27e-309 29760 Viridiplantae Streptophyta ACU21193.1 ACU21193.1 1.43e-180 3847 Viridiplantae Streptophyta WP_223975418.1 WP_223975418.1 9.50e-217 244562 Pseudomonadati Pseudomonadota HAV2038468.1 HAV2038468.1 0.0 562 Pseudomonadati Pseudomonadota HAV2038468.1 WP_200037957.1 2.48e-10 95486 Pseudomonadati Pseudomonadota RBH73006.1 RBH73006.1 3.22e-136 64187 Pseudomonadati Pseudomonadota MBL1150364.1 MBL1150364.1 6.46e-127 2033014 Bacillati Armatimonadota MBL1150364.1 MBR6293537.1 5.88e-13 1898203 Bacillati Bacillota MBL1150364.1 MBG6436126.1 8.67e-10 287 Pseudomonadati Pseudomonadota EAA7679439.1 EAA7679439.1 0.0 28901;59201;59205;1242080;1967583;2577535 Pseudomonadati Pseudomonadota EAA7679439.1 WP_213741880.1 1.40e-74 2720082 Pseudomonadati Pseudomonadota EAA7679439.1 WP_219954954.1 6.41e-34 192812 Pseudomonadati Pseudomonadota GLX88815.1 GLX88815.1 3.58e-217 296 Pseudomonadati Pseudomonadota GLX88815.1 WP_210226425.1 3.55e-92 2823902 Pseudomonadati Pseudomonadota GLX88815.1 HCN8461219.1 1.27e-37 562 Pseudomonadati Pseudomonadota GLX88815.1 NLW23809.1 8.30e-11 2044939 Bacillati Bacillota MCE2395269.1 MCE2395269.1 0.0 2026781 0 Candidatus Poribacteria WP_281543397.1 WP_281543397.1 7.21e-213 544645 Pseudomonadati Bacteroidota WP_281543397.1 WP_084371009.1 6.34e-65 692418 Pseudomonadati Bacteroidota WP_281543397.1 WP_221265680.1 2.40e-42 N/A N/A WP_281543397.1 WP_152652784.1 2.66e-32 2023717 Pseudomonadati Pseudomonadota WP_281543397.1 WP_192500494.1 1.88e-28 1897058 Pseudomonadati Bacteroidota WP_281543397.1 EHR6291555.1 2.84e-25 28901 Pseudomonadati Pseudomonadota WP_281543397.1 WP_185334683.1 5.78e-25 1640 Bacillati Bacillota WP_281543397.1 THW78755.1 3.85e-23 5580 Fungi Ascomycota WP_281543397.1 WP_221977168.1 2.20e-21 1076926 Pseudomonadati Pseudomonadota WP_281543397.1 WP_088153117.1 6.17e-20 171674 Pseudomonadati Pseudomonadota WP_281543397.1 WP_248562494.1 5.55e-18 2934712 Bacillati Bacillota WP_281543397.1 MBQ9964693.1 6.78e-13 2044939 Bacillati Bacillota WP_281543397.1 WP_105160947.1 1.23e-12 N/A N/A WP_281543397.1 WP_153844272.1 1.46e-12 28453;2940619 Pseudomonadati Bacteroidota WP_281543397.1 WP_206363707.1 4.39e-11 2501515 Pseudomonadati Pseudomonadota WP_281543397.1 KAF9974715.1 2.88e-10 1343610 Fungi Mortierellomycota WP_281543397.1 WAY96880.1 9.96e-08 615 Pseudomonadati Pseudomonadota WP_281543397.1 WP_041710957.1 2.32e-06 1501 Bacillati Bacillota GHI39478.1 GHI39478.1 0.0 67381 Bacillati Actinomycetota GHI39478.1 HCN71343.1 2.55e-24 3040095 0 0 GHI39478.1 WP_159812831.1 1.86e-17 2681406 Pseudomonadati Pseudomonadota GHI39478.1 WP_255266214.1 3.41e-16 37329 Bacillati Actinomycetota WP_234749042.1 WP_234749042.1 4.70e-270 N/A N/A WP_281674273.1 WP_281674273.1 2.42e-64 28123 Pseudomonadati Bacteroidota MBO0734013.1 MBO0734013.1 6.09e-168 2004513 Pseudomonadati Pseudomonadota RPG10933.1 RPG10933.1 2.58e-69 1986836 Pseudomonadati Planctomycetota WP_122576107.1 WP_122576107.1 1.23e-239 N/A N/A WAX08241.1 WAX08241.1 1.50e-287 2968711;2968712;2968713;2968714 Heunggongvirae Uroviricota WP_255734230.1 WP_255734230.1 1.67e-125 N/A N/A KZS73167.1 KZS73167.1 2.05e-240 1768 Bacillati Actinomycetota KZS73167.1 WP_244292824.1 3.12e-62 2698727 Bacillati Actinomycetota PYM79331.1 PYM79331.1 1.40e-67 2053607 0 Candidatus Rokuibacteriota XP_015253450.1 XP_015253450.1 0.0 28743 Metazoa Chordata YP_008379230.1 YP_008379230.1 7.92e-235 30596 Metazoa Chordata YP_008379230.1 YP_007317140.1 1.35e-89 334885 Metazoa Chordata YP_008379230.1 QOL09497.1 4.29e-33 206594 Metazoa Chordata YP_008379230.1 EAZ5330394.1 6.14e-13 28901 Pseudomonadati Pseudomonadota YP_008379230.1 WP_096665911.1 4.02e-05 1977061 Pseudomonadati Pseudomonadota YP_008379230.1 WP_243361436.1 6.99e-05 2922866 Pseudomonadati Thermodesulfobacteriota KOU48934.1 KOU48934.1 8.35e-194 1415545 Bacillati Actinomycetota MCK4671080.1 MCK4671080.1 3.93e-50 2528271 Pseudomonadati 0 WP_097830045.1 WP_097830045.1 7.33e-278 1396;86661 Bacillati Bacillota WP_097830045.1 MBR3487460.1 8.56e-52 2044939 Bacillati Bacillota WP_097830045.1 MBM3767188.1 4.12e-37 1978231 Pseudomonadati Acidobacteriota WP_097830045.1 WP_256939523.1 2.07e-33 N/A N/A WP_097830045.1 MBR4371193.1 3.61e-31 2212475 Pseudomonadati Lentisphaerota WP_143957119.1 WP_143957119.1 8.51e-193 N/A N/A RZB31430.1 RZB31430.1 2.84e-40 2528437 Pseudomonadati Thermodesulfobacteriota OLC29722.1 OLC29722.1 4.00e-113 1803458 Pseudomonadati Acidobacteriota MBF1369421.1 MBF1369421.1 0.0 2049046 Pseudomonadati Bacteroidota MBF1369421.1 WP_106812746.1 2.09e-241 2079531 Pseudomonadati Bacteroidota HBU4069332.1 HBU4069332.1 8.18e-252 573 Pseudomonadati Pseudomonadota HBU4069332.1 HCE5900341.1 3.91e-85 287 Pseudomonadati Pseudomonadota MCK4027136.1 MCK4027136.1 2.29e-83 3028082 Bacillati Bacillota GBF67295.1 GBF67295.1 0.0 523103 Fungi Ascomycota MBS6439950.1 MBS6439950.1 3.72e-307 1898207 Bacillati Bacillota MCE2394956.1 MCE2394956.1 2.75e-29 2026781 0 Candidatus Poribacteria WP_275149613.1 WP_275149613.1 4.89e-147 238 Pseudomonadati Bacteroidota XP_009132605.1 XP_009132605.1 2.01e-74 3708;3711;1813537 Viridiplantae Streptophyta WP_017065630.1 WP_017065630.1 1.66e-192 246167;1191302 Pseudomonadati Pseudomonadota WP_134064782.1 WP_134064782.1 8.63e-316 404941 Bacillati Actinomycetota WP_134064782.1 WP_230009938.1 1.93e-38 2821115 Bacillati Actinomycetota WP_031764117.1 WP_031764117.1 2.36e-296 287 Pseudomonadati Pseudomonadota KAH7111090.1 KAH7111090.1 0.0 256645 Fungi Ascomycota KAH7111090.1 CEG83499.1 3.28e-22 58291 Fungi Mucoromycota KAF3601053.1 KAF3601053.1 3.28e-284 69181 Viridiplantae Streptophyta XP_056097092.1 XP_056097092.1 0.0 3034132 Metazoa Chordata WP_202659240.1 WP_202659240.1 4.68e-244 2803939 Pseudomonadati Pseudomonadota WP_202659240.1 WP_045257206.1 1.94e-68 273678 Bacillati Actinomycetota WP_202659240.1 KAJ9293589.1 4.06e-39 264951 Fungi Ascomycota WP_202659240.1 PBN43802.1 2.46e-37 2017595 Pseudomonadati Pseudomonadota EEI68160.1 EEI68160.1 9.41e-114 47714;525337 Bacillati Bacillota WP_249240542.1 WP_249240542.1 3.27e-48 2929492 Bacillati Bacillota GIX80479.1 GIX80479.1 1.02e-85 1538125 Metazoa Arthropoda XP_054464105.1 XP_054464105.1 0.0 229290 Metazoa Chordata WP_031739936.1 WP_031739936.1 6.38e-228 1773;1448773 Bacillati Actinomycetota XP_052068338.1 XP_052068338.1 0.0 6549 Metazoa Mollusca CAI9830983.1 CAI9830983.1 5.54e-54 2202732 Thermoproteati Nitrososphaerota WP_150194162.1 WP_150194162.1 0.0 66428 Bacillati Actinomycetota WP_150194162.1 WP_245657543.1 1.02e-25 688067 Bacillati Actinomycetota TIL25499.1 TIL25499.1 7.55e-90 1871066 Pseudomonadati Pseudomonadota KMK70211.1 KMK70211.1 0.0 561879 Bacillati Bacillota MBL7906248.1 MBL7906248.1 0.0 2030927 Pseudomonadati Bacteroidota WP_199537626.1 WP_199537626.1 1.33e-90 2666298 Bacillati Actinomycetota WP_255657767.1 WP_255657767.1 2.20e-160 2876565 Bacillati Actinomycetota WP_255657767.1 WP_123470196.1 4.33e-10 2485153 Bacillati Actinomycetota XP_008572610.1 XP_008572610.1 0.0 482537 Metazoa Chordata XP_008572610.1 XP_019384620.1 7.68e-88 8502 Metazoa Chordata EGS7320029.1 EGS7320029.1 1.48e-163 197 Pseudomonadati Campylobacterota EGS7320029.1 HDI11217.1 2.19e-31 2053493 0 Candidatus Bipolaricaulota EHD1462244.1 EHD1462244.1 1.68e-135 562 Pseudomonadati Pseudomonadota WP_105794890.1 WP_105794890.1 1.19e-284 87883 Pseudomonadati Pseudomonadota KAJ4753967.1 KAJ4753967.1 5.40e-214 906938 Viridiplantae Streptophyta XP_007512765.1 XP_007512765.1 2.76e-152 41875 Viridiplantae Chlorophyta EFU9196970.1 EFU9196970.1 0.0 562 Pseudomonadati Pseudomonadota EFU9196970.1 PGL69713.1 3.28e-105 2033507 Bacillati Bacillota EFU9196970.1 WP_261970917.1 7.34e-70 2840188 Pseudomonadati Pseudomonadota WP_133662298.1 WP_133662298.1 1.95e-107 1938796 Pseudomonadati Pseudomonadota WP_156164841.1 WP_156164841.1 4.05e-97 1619232 Pseudomonadati Pseudomonadota XP_040774166.1 XP_040774166.1 1.28e-282 660469 Fungi Ascomycota XP_010489688.1 XP_010489688.1 2.04e-168 90675 Viridiplantae Streptophyta WP_116818916.1 WP_116818916.1 0.0 287 Pseudomonadati Pseudomonadota WP_116818916.1 WP_189646918.1 4.61e-149 46182 Bacillati Actinomycetota WP_234306850.1 WP_234306850.1 9.79e-213 1463845 Bacillati Actinomycetota WP_234306850.1 WP_058635033.1 1.38e-46 401562 Pseudomonadati Pseudomonadota WP_234306850.1 WP_251874466.1 5.46e-45 2950604 Bacillati Bacillota WP_234306850.1 WP_059510827.1 6.27e-41 488732 Pseudomonadati Pseudomonadota WP_234306850.1 WP_116701099.1 2.64e-33 2171494 Pseudomonadati Pseudomonadota WP_234306850.1 WP_012724915.1 1.47e-31 136843;216595;2810293 Pseudomonadati Pseudomonadota ECO0852462.1 ECO0852462.1 9.32e-234 28901;108619 Pseudomonadati Pseudomonadota MBC8149950.1 MBC8149950.1 0.0 1898104 Pseudomonadati Bacteroidota AFA09475.1 AFA09475.1 1.39e-144 705192 Metazoa Arthropoda AFA09475.1 ADW49125.1 1.85e-139 1417353 Metazoa Arthropoda AFA09475.1 AFA24308.1 1.51e-136 1097956 Metazoa Arthropoda AFA09475.1 QUA05739.1 1.14e-131 988006 Metazoa Arthropoda AFA09475.1 AVM35379.1 1.00e-130 1770638 Metazoa Arthropoda AFA09475.1 AWS34156.1 9.00e-126 408114 Metazoa Arthropoda AFA09475.1 QUQ06080.1 1.05e-124 1719401 Metazoa Mollusca AFA09475.1 ADJ35581.1 1.54e-124 876003 Metazoa Annelida AFA09475.1 ABQ63546.1 2.65e-120 166263 Metazoa Chordata AFA09475.1 AAX94106.1 9.54e-117 324009 Metazoa Arthropoda AFA09475.1 AHK62764.1 3.64e-114 1470337 Metazoa Arthropoda AFA09475.1 AMA90994.1 1.38e-108 1474269;2542237 Metazoa Arthropoda AFA09475.1 AOR13807.1 2.02e-108 1881782 Metazoa Arthropoda AFA09475.1 UZF38514.1 2.55e-106 2976471 Metazoa Arthropoda AFA09475.1 AKT58828.1 1.01e-105 1687857 Metazoa Arthropoda AFA09475.1 AOQ89457.1 6.62e-100 1881751 Metazoa Arthropoda AFA09475.1 AXZ65741.1 1.08e-96 2242446 Metazoa Arthropoda AFA09475.1 AGI15931.1 4.67e-95 52396 Metazoa Mollusca AFA09475.1 AHH30646.1 6.38e-85 1452501 Metazoa Arthropoda AFA09475.1 ACE88666.1 1.01e-80 13139 Metazoa Arthropoda AFA09475.1 APC24336.1 2.70e-51 597926 Metazoa Arthropoda GBC84792.1 GBC84792.1 3.49e-297 2035406 0 0 GBC84792.1 VTR69884.1 1.67e-65 90730 Pseudomonadati Thermodesulfobacteriota OLE88521.1 OLE88521.1 3.80e-170 1803424 Pseudomonadati Acidobacteriota BAV52815.1 BAV52815.1 8.02e-110 381 Pseudomonadati Pseudomonadota BAV52815.1 MBE0500203.1 3.94e-18 2099678 Pseudomonadati Thermodesulfobacteriota NXT80179.1 NXT80179.1 2.54e-316 2585822 Metazoa Chordata NXT80179.1 XP_026175731.1 3.99e-16 205130 Metazoa Chordata NXT80179.1 XP_024252803.1 3.17e-09 74940 Metazoa Chordata WP_200941876.1 WP_200941876.1 0.0 N/A N/A WP_200941876.1 TMQ04701.1 5.68e-31 2026735 Pseudomonadati Myxococcota WP_200941876.1 MBP6544771.1 1.21e-29 1903157 Pseudomonadati Pseudomonadota WP_200941876.1 WP_167959909.1 2.93e-28 2715212 Pseudomonadati Bacteroidota WP_200941876.1 WP_112119927.1 9.71e-18 1642 Bacillati Bacillota WP_200941876.1 RLB66027.1 1.71e-13 2026735 Pseudomonadati Myxococcota WP_200941876.1 MCL4144983.1 3.65e-07 82763 Metazoa Arthropoda WP_200941876.1 WP_246003214.1 4.46e-04 228006 Bacillati Actinomycetota WP_146310544.1 WP_146310544.1 2.69e-119 2509004 Pseudomonadati Bacteroidota KAJ4994524.1 KAJ4994524.1 0.0 2838795 Fungi Ascomycota NQU26924.1 NQU26924.1 0.0 2026760 Pseudomonadati Fidelibacterota NQU26924.1 MBP3509218.1 6.99e-67 1945593 Bacillati Bacillota NQU26924.1 MBQ2777352.1 3.51e-61 2052179 Bacillati Bacillota NQU26924.1 MCK9987173.1 4.56e-57 29544 Pseudomonadati Pseudomonadota NQU26924.1 EHP6050825.1 6.60e-45 562 Pseudomonadati Pseudomonadota KKQ17530.1 KKQ17530.1 4.49e-242 1619098 0 0 WP_262043205.1 WP_262043205.1 0.0 562 Pseudomonadati Pseudomonadota WP_262043205.1 WP_222594143.1 5.38e-35 422442 Bacillati Actinomycetota WP_262043205.1 YP_010462557.1 6.44e-33 1245236;1245541;2041141 Viridiplantae Streptophyta WP_092054000.1 WP_092054000.1 3.31e-246 38815 Pseudomonadati Thermodesulfobacteriota KAH7904576.1 KAH7904576.1 0.0 72124 Fungi Basidiomycota ULB83374.1 ULB83374.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota ULB83374.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota MBO7707210.1 MBO7707210.1 1.34e-208 2691551 Pseudomonadati Planctomycetota MBO7707210.1 MCE2861656.1 1.30e-67 2006848 Pseudomonadati Verrucomicrobiota KAF5967767.1 KAF5967767.1 0.0 1567539 Fungi Ascomycota WP_052991486.1 WP_052991486.1 3.18e-148 N/A N/A ORB86003.1 ORB86003.1 3.63e-126 1768;2341086 Bacillati Actinomycetota WP_219866541.1 WP_219866541.1 1.24e-124 2862868 Pseudomonadati Pseudomonadota MBA0681195.1 MBA0681195.1 5.81e-231 34290 Viridiplantae Streptophyta MBA0681195.1 XP_047781705.1 4.47e-10 34475 Fungi Basidiomycota MBA0681195.1 KAF8141928.1 6.62e-10 36056 Fungi Basidiomycota CKF71070.1 CKF71070.1 0.0 2026186 Bacillati Bacillota CKF71070.1 WP_200543170.1 1.40e-102 2769338 Pseudomonadati Pseudomonadota CKF71070.1 HAB03480.1 1.16e-101 306 Pseudomonadati Pseudomonadota CKF71070.1 WP_230171322.1 3.87e-86 2845820 Pseudomonadati Pseudomonadota CKF71070.1 MBF0143407.1 2.93e-77 2026759 Pseudomonadati Pseudomonadota CKF71070.1 WP_126679569.1 8.05e-54 287 Pseudomonadati Pseudomonadota CKF71070.1 WP_159812831.1 3.69e-35 2681406 Pseudomonadati Pseudomonadota CKF71070.1 HCN71343.1 1.85e-31 3040095 0 0 CKF71070.1 MCJ2541369.1 1.97e-19 2813851 Bacillati Cyanobacteriota CKF71070.1 EGR2272270.1 1.92e-18 670 Pseudomonadati Pseudomonadota WP_078732502.1 WP_078732502.1 0.0 294 Pseudomonadati Pseudomonadota WP_078732502.1 MCJ2110312.1 2.66e-102 2836561 Pseudomonadati Pseudomonadota WP_078732502.1 HAB03480.1 2.35e-11 306 Pseudomonadati Pseudomonadota WP_079688138.1 WP_079688138.1 6.99e-118 688867 Pseudomonadati Bacteroidota MCE2498961.1 MCE2498961.1 5.18e-168 2202732 Thermoproteati Nitrososphaerota RUX64007.1 RUX64007.1 6.14e-48 2496747 Pseudomonadati Pseudomonadota CRZ84703.1 CRZ84703.1 6.65e-184 666 Pseudomonadati Pseudomonadota CRZ84703.1 EED8954498.1 1.15e-48 108619 Pseudomonadati Pseudomonadota MBT3222043.1 MBT3222043.1 3.35e-133 1977087 Pseudomonadati Pseudomonadota WP_273849839.1 WP_273849839.1 7.36e-164 614 Pseudomonadati Pseudomonadota WP_273849839.1 WP_110035452.1 9.07e-33 236511;1210080 Bacillati Actinomycetota WP_273849839.1 WP_010443651.1 2.28e-29 97050;981384 Pseudomonadati Pseudomonadota WP_273849839.1 WP_108024271.1 4.28e-28 1242148 Bacillati Bacillota WP_273849839.1 WP_013845913.1 3.44e-23 382;693982 Pseudomonadati Pseudomonadota WP_273849839.1 KAI0154282.1 2.89e-20 2663376 Fungi Ascomycota WP_025260862.1 WP_025260862.1 3.70e-142 286;36746;1441629;2995658 Pseudomonadati Pseudomonadota HCI3789247.1 HCI3789247.1 4.06e-110 562 Pseudomonadati Pseudomonadota HCI3789247.1 EHC2895895.1 1.17e-38 562 Pseudomonadati Pseudomonadota AMW35569.1 AMW35569.1 0.0 1549855 Pseudomonadati Pseudomonadota AMW35569.1 WP_035473288.1 2.75e-19 171550;1501391 Pseudomonadati Bacteroidota WP_067225239.1 WP_067225239.1 2.93e-210 1249101 Bacillati Actinomycetota PTQ72351.1 PTQ72351.1 1.03e-293 2135754 Pseudomonadati Pseudomonadota PTQ72351.1 WP_241420500.1 3.28e-91 338645 Bacillati Bacillota PTQ72351.1 WP_112449552.1 4.95e-79 2099583;2099584;2593676 Bacillati Actinomycetota PTQ72351.1 WP_050274510.1 2.82e-65 1313 Bacillati Bacillota EFG1785427.1 EFG1785427.1 3.43e-122 562 Pseudomonadati Pseudomonadota XP_025268496.1 XP_025268496.1 2.09e-161 104421 Metazoa Arthropoda OGE84663.1 OGE84663.1 5.34e-52 1817832 0 Candidatus Doudnaibacteriota MBH2016034.1 MBH2016034.1 1.42e-181 1891238 Pseudomonadati Pseudomonadota MBH2016034.1 PWC90347.1 1.05e-06 652764 Pseudomonadati Pseudomonadota GEY28869.1 GEY28869.1 1.08e-225 118510 Viridiplantae Streptophyta Q9GKS6.1 Q9GKS6.1 0.0 9541 Metazoa Chordata Q9GKS6.1 XP_017674008.1 1.55e-178 321398 Metazoa Chordata Q9GKS6.1 WP_019100427.1 2.78e-06 394935 Pseudomonadati Pseudomonadota WP_247392216.1 WP_247392216.1 6.47e-188 1310165 Pseudomonadati Pseudomonadota WP_247392216.1 WP_186153646.1 8.44e-55 28095 Pseudomonadati Pseudomonadota WP_247392216.1 WP_243269836.1 9.33e-49 286 Pseudomonadati Pseudomonadota WP_247392216.1 WP_001537381.1 2.76e-47 562;1181747 Pseudomonadati Pseudomonadota WP_247392216.1 MBS1222269.1 9.60e-46 1977087 Pseudomonadati Pseudomonadota WP_247392216.1 WP_045125019.1 1.34e-29 48296 Pseudomonadati Pseudomonadota WP_247392216.1 WP_230822898.1 2.46e-22 630;33060 Pseudomonadati Pseudomonadota WP_218790267.1 WP_218790267.1 7.08e-96 573 Pseudomonadati Pseudomonadota WP_258570851.1 WP_258570851.1 1.94e-154 N/A N/A WP_025399520.1 WP_025399520.1 3.70e-211 138;1293576;1313291 Pseudomonadati Spirochaetota KAG1839801.1 KAG1839801.1 1.40e-98 48588 Fungi Basidiomycota WP_151427539.1 WP_151427539.1 0.0 1313 Bacillati Bacillota EEC9966669.1 EEC9966669.1 7.07e-48 562;624;2079155 Pseudomonadati Pseudomonadota UOZ97514.1 UOZ97514.1 7.12e-66 1873897 Pseudomonadati Pseudomonadota WP_006305873.1 WP_006305873.1 0.0 82203;888060 Bacillati Bacillota WP_006305873.1 WP_004699236.1 7.60e-66 469;470;1530123 Pseudomonadati Pseudomonadota WP_006305873.1 MCQ2831428.1 4.63e-05 210 Pseudomonadati Campylobacterota WP_210226425.1 WP_210226425.1 2.43e-219 2823902 Pseudomonadati Pseudomonadota WP_210226425.1 GLX88815.1 2.35e-95 296 Pseudomonadati Pseudomonadota WP_210226425.1 HCN8461219.1 1.37e-28 562 Pseudomonadati Pseudomonadota MBO7120934.1 MBO7120934.1 3.28e-203 1903720 Bacillati Bacillota NVO14071.1 NVO14071.1 6.62e-163 1968906 Pseudomonadati Pseudomonadota NVO14071.1 WP_236905832.1 4.55e-55 279113 Pseudomonadati Pseudomonadota MBP8196496.1 MBP8196496.1 0.0 2026735 Pseudomonadati Myxococcota MBP8196496.1 HAN66834.1 1.06e-202 1869212 Pseudomonadati Bacteroidota MBP8196496.1 WP_043940504.1 1.81e-189 137591 Bacillati Bacillota MBP8196496.1 WP_150253061.1 5.97e-130 2605988 Bacillati Actinomycetota WP_281034490.1 WP_281034490.1 5.09e-111 2496691 Pseudomonadati Pseudomonadota WP_281034490.1 MBP1876254.1 5.09e-24 106592 Pseudomonadati Pseudomonadota WP_281034490.1 WP_227059655.1 4.96e-12 40545 Pseudomonadati Pseudomonadota WP_281034490.1 GLY24463.1 4.56e-11 3032198 Bacillati Actinomycetota WP_281034490.1 WP_192324556.1 6.66e-10 34072;2769259 Pseudomonadati Pseudomonadota WP_281034490.1 WP_159463829.1 4.48e-06 199592 Bacillati Actinomycetota GMH74815.1 GMH74815.1 0.0 1714386;1714387 0 0 WP_243220715.1 WP_243220715.1 3.86e-127 429;2839024 Pseudomonadati Pseudomonadota KAJ4794342.1 KAJ4794342.1 8.39e-106 906938 Viridiplantae Streptophyta WP_062821347.1 WP_062821347.1 8.00e-154 1396;86661;2026187;2026188 Bacillati Bacillota EBP8848134.1 EBP8848134.1 2.34e-80 28901 Pseudomonadati Pseudomonadota MBI5683150.1 MBI5683150.1 6.35e-204 2026735 Pseudomonadati Myxococcota MBI5683150.1 WP_261132050.1 4.48e-60 2963522 Bacillati Bacillota WP_262394687.1 WP_262394687.1 2.89e-43 2763678 Bacillati Bacillota HCE7036204.1 HCE7036204.1 1.30e-62 287 Pseudomonadati Pseudomonadota GJP50541.1 GJP50541.1 0.0 2019903;2790670 Viridiplantae Streptophyta HBY86896.1 HBY86896.1 7.33e-257 56799 Pseudomonadati Pseudomonadota HBY86896.1 WP_061905238.1 2.02e-141 43263 Pseudomonadati Pseudomonadota HBY86896.1 WP_134885491.1 1.38e-46 562 Pseudomonadati Pseudomonadota UAQ80067.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UAQ80067.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota MBL02020.1 MBL02020.1 0.0 1978231 Pseudomonadati Acidobacteriota MBL02020.1 MBL6706528.1 4.36e-62 2026779 Pseudomonadati Planctomycetota WP_278361924.1 WP_278361924.1 2.56e-278 1211807 Pseudomonadati Pseudomonadota WP_278361924.1 WP_145937814.1 3.97e-27 941986 Bacillati Actinomycetota WP_278361924.1 WP_275495439.1 8.99e-15 2593676;3028709 Bacillati Actinomycetota WP_278361924.1 RYZ40664.1 8.69e-14 2484252 Pseudomonadati Myxococcota WP_278361924.1 MCH8312862.1 1.35e-06 2026769 Pseudomonadati Nitrospinota WP_061121232.1 WP_061121232.1 4.23e-315 1777134;2646786 Pseudomonadati Pseudomonadota WP_215391030.1 WP_215391030.1 0.0 1758398 Pseudomonadati Pseudomonadota WP_215391030.1 WP_185892671.1 2.56e-188 672 Pseudomonadati Pseudomonadota WP_215391030.1 HBD3580067.1 3.10e-171 562 Pseudomonadati Pseudomonadota WP_237480153.1 WP_237480153.1 0.0 2895977 Pseudomonadati Pseudomonadota WP_237480153.1 EIA1623697.1 2.34e-40 670 Pseudomonadati Pseudomonadota WP_058093348.1 WP_058093348.1 2.93e-305 1719 Bacillati Actinomycetota OZZ34426.1 OZZ34426.1 7.14e-156 573 Pseudomonadati Pseudomonadota OZZ34426.1 HBS1873186.1 1.54e-71 573 Pseudomonadati Pseudomonadota MAI76755.1 MAI76755.1 1.34e-60 1986644;2026788 Pseudomonadati Pseudomonadota WP_235074910.1 WP_235074910.1 1.21e-173 44250 Bacillati Bacillota WP_183882442.1 WP_183882442.1 9.87e-159 188932 Pseudomonadati Bacteroidota WP_183882442.1 WP_087085326.1 1.58e-32 363952 Pseudomonadati Pseudomonadota WP_183882442.1 WP_010443651.1 1.21e-25 97050;981384 Pseudomonadati Pseudomonadota WP_183882442.1 WP_042650033.1 5.72e-24 642;648;651 Pseudomonadati Pseudomonadota WP_183882442.1 WP_060347438.1 1.81e-23 1503055 Pseudomonadati Pseudomonadota WP_183882442.1 KAG2346037.1 3.17e-20 48593 Fungi Basidiomycota WP_183882442.1 WP_014605789.1 8.02e-18 553;53335;1095774;1332074 Pseudomonadati Pseudomonadota WP_183882442.1 WP_077093245.1 1.24e-16 339268 Bacillati Actinomycetota WP_183882442.1 XP_028635853.1 2.51e-16 491861 Metazoa Chordata EHW4468754.1 EHW4468754.1 2.19e-317 224727 Pseudomonadati Pseudomonadota EHW4468754.1 EFJ8748319.1 1.04e-187 562 Pseudomonadati Pseudomonadota AMS43029.1 AMS43029.1 5.23e-241 83263;150723 Pseudomonadati Pseudomonadota AMS43029.1 HCE70276.1 2.60e-66 1879320 Pseudomonadati Pseudomonadota WP_274400640.1 WP_274400640.1 4.76e-79 2628533 Bacillati Bacillota WP_283129754.1 WP_283129754.1 5.21e-54 486 Pseudomonadati Pseudomonadota MCJ7574591.1 MCJ7574591.1 1.45e-42 2026714 Thermoproteati Candidatus Bathyarchaeota WP_216195748.1 WP_216195748.1 4.92e-196 1855648 Pseudomonadati Pseudomonadota WP_216195748.1 MBK8070034.1 5.98e-66 2052182 Pseudomonadati Pseudomonadota WP_216195748.1 MAG44064.1 8.46e-06 1899355 Pseudomonadati Pseudomonadota WP_180047249.1 WP_180047249.1 4.16e-268 469;2006115 Pseudomonadati Pseudomonadota KAF5693711.1 KAF5693711.1 2.62e-108 48507 Fungi Ascomycota MCF0245553.1 MCF0245553.1 2.47e-122 1937012 Bacillati Bacillota EFX7948152.1 EFX7948152.1 1.21e-255 622 Pseudomonadati Pseudomonadota NCW17563.1 NCW17563.1 1.99e-271 1904441 Pseudomonadati Pseudomonadota KGQ91714.1 KGQ91714.1 0.0 1094983;1325634 Fungi Ascomycota MBW1731384.1 MBW1731384.1 4.72e-82 2026735 Pseudomonadati Myxococcota MBW1731384.1 EAI2381694.1 1.42e-08 197 Pseudomonadati Campylobacterota WP_090340093.1 WP_090340093.1 1.27e-227 N/A N/A WP_095963788.1 WP_095963788.1 5.70e-58 1920427 Pseudomonadati Pseudomonadota WP_051773451.1 WP_051773451.1 1.90e-74 1883 Bacillati Actinomycetota WDF47893.1 WDF47893.1 3.83e-207 3025664 Pseudomonadati Bacteroidota WP_079458535.1 WP_079458535.1 1.05e-231 287 Pseudomonadati Pseudomonadota MCB0395607.1 MCB0395607.1 1.22e-230 2021391 Pseudomonadati Bacteroidota WP_105462017.1 WP_105462017.1 4.78e-65 562 Pseudomonadati Pseudomonadota WP_070054132.1 WP_070054132.1 1.10e-154 1311 Bacillati Bacillota WP_070054132.1 WP_040988594.1 3.04e-80 1461322 Pseudomonadati Pseudomonadota MCI0441261.1 MCI0441261.1 2.07e-100 2026724 Bacillati Chloroflexota WP_268428026.1 WP_268428026.1 0.0 648 Pseudomonadati Pseudomonadota WP_257882322.1 WP_257882322.1 1.97e-178 N/A N/A MCI2079698.1 MCI2079698.1 1.36e-221 59823 Pseudomonadati Bacteroidota MCI2079698.1 WP_077690175.1 2.26e-16 2013;501010 Bacillati Actinomycetota MCI2079698.1 WP_009620393.1 5.11e-09 286;53408;1502784;1862318;1862324;2576834 Pseudomonadati Pseudomonadota MCI2079698.1 WP_254301195.1 3.18e-07 2953890 Pseudomonadati Pseudomonadota WP_203201698.1 WP_203201698.1 7.99e-120 34073 Pseudomonadati Pseudomonadota WP_089867971.1 WP_089867971.1 1.05e-104 1494;186801 Bacillati Bacillota MBO8233644.1 MBO8233644.1 1.11e-270 2054182;2716489 Bacillati Cyanobacteriota MBO8233644.1 WP_076194242.1 5.62e-26 44249;189426 Bacillati Bacillota MBO8233644.1 KDF42894.1 3.79e-20 208224 Pseudomonadati Pseudomonadota MBO8233644.1 SCH39951.1 9.15e-20 59620 Bacillati Bacillota MBO8233644.1 MBQ1868746.1 7.49e-18 2053611;2593411 Bacillati Bacillota MBO8233644.1 WP_283842967.1 1.66e-11 N/A N/A MBO8233644.1 MBR6403893.1 3.93e-10 142586 Bacillati Bacillota MBO8233644.1 TVR41840.1 1.66e-06 2044936 Pseudomonadati Bacteroidota MBO8233644.1 WP_088644037.1 8.14e-05 1185415 Bacillati Actinomycetota UVY40774.1 UVY40774.1 0.0 38018 0 0 NLZ92879.1 NLZ92879.1 2.36e-86 1879010 Bacillati Bacillota NLZ92879.1 MBI0103662.1 2.91e-13 2750990 Pseudomonadati Pseudomonadota NLZ92879.1 WP_231355705.1 2.25e-11 2899078 Pseudomonadati Pseudomonadota NLZ92879.1 MBQ3724833.1 4.29e-09 2485925 Bacillati Bacillota NLZ92879.1 WP_092081374.1 5.89e-09 1419277 Pseudomonadati Pseudomonadota NLZ92879.1 WP_246966510.1 2.88e-08 1586232 Methanobacteriati Methanobacteriota NLZ92879.1 PJJ44766.1 5.14e-08 257984 Bacillati Actinomycetota MBC8192126.1 MBC8192126.1 0.0 2026760;2599937 Pseudomonadati 0;Fidelibacterota GDY00464.1 GDY00464.1 0.0 2026778 Pseudomonadati Planctomycetota MBQ1564907.1 MBQ1564907.1 1.21e-244 2044939 Bacillati Bacillota MBQ1564907.1 WP_250934260.1 3.52e-88 33951;52694;1899015 Bacillati Bacillota WP_075653737.1 WP_075653737.1 0.0 210 Pseudomonadati Campylobacterota TJW17418.1 TJW17418.1 7.52e-57 485 Pseudomonadati Pseudomonadota NEK79366.1 NEK79366.1 5.74e-143 442694 Pseudomonadati Pseudomonadota MBI2506024.1 MBI2506024.1 2.21e-282 2053570 Pseudomonadati Candidatus Latescibacterota MBI2506024.1 WP_108511015.1 1.11e-14 210 Pseudomonadati Campylobacterota PIU18101.1 PIU18101.1 9.90e-250 2014310 Pseudomonadati Elusimicrobiota CAH2014332.1 CAH2014332.1 3.83e-189 200917 Metazoa Arthropoda CAH2014332.1 KAI8118081.1 2.39e-39 7375 Metazoa Arthropoda NBX99292.1 NBX99292.1 3.12e-126 2030806 Pseudomonadati Pseudomonadota WP_254566347.1 WP_254566347.1 2.18e-96 2954806 Bacillati Cyanobacteriota WP_108024271.1 WP_108024271.1 2.64e-174 1242148 Bacillati Bacillota WP_108024271.1 WP_010443651.1 8.89e-43 97050;981384 Pseudomonadati Pseudomonadota WP_108024271.1 WP_110035452.1 1.50e-36 236511;1210080 Bacillati Actinomycetota WP_108024271.1 KAI0154282.1 7.36e-30 2663376 Fungi Ascomycota WP_108024271.1 WP_273849839.1 4.65e-25 614 Pseudomonadati Pseudomonadota WP_108024271.1 WP_077093245.1 4.12e-20 339268 Bacillati Actinomycetota XP_032206552.1 XP_032206552.1 0.0 36723 Metazoa Chordata EEY8067912.1 EEY8067912.1 0.0 N/A N/A RYP28707.1 RYP28707.1 0.0 2211645 Fungi Ascomycota CAG7600102.1 CAG7600102.1 5.24e-45 34627 Metazoa Arthropoda KAF6036899.1 KAF6036899.1 1.15e-132 10212 Metazoa Bryozoa WP_038233489.1 WP_038233489.1 1.67e-298 290112;1427518 Pseudomonadati Pseudomonadota WP_260810007.1 WP_260810007.1 8.86e-223 29497 Pseudomonadati Pseudomonadota XP_030976676.1 XP_030976676.1 5.85e-289 148305 Fungi Ascomycota XP_030976676.1 KAI1055415.1 2.70e-82 48484;948311 Fungi Ascomycota KAI9082639.1 KAI9082639.1 1.70e-83 880440 Viridiplantae Streptophyta MCC7230466.1 MCC7230466.1 8.23e-87 2682144 Bacillati Armatimonadota WP_190890574.1 WP_190890574.1 2.30e-264 1177;2692906;2692915 Bacillati Cyanobacteriota KAG6242063.1 KAG6242063.1 1.80e-46 5111 Fungi Ascomycota MBM3933481.1 MBM3933481.1 3.29e-71 2030829 Bacillati Chloroflexota WP_115313274.1 WP_115313274.1 2.07e-156 33028 Bacillati Bacillota WP_115313274.1 MCL4851158.1 9.36e-35 2212468 Pseudomonadati Acidobacteriota WP_166199813.1 WP_166199813.1 5.72e-40 2714942 Pseudomonadati Pseudomonadota WP_009803198.1 WP_009803198.1 2.78e-31 314254;2632123 Pseudomonadati Pseudomonadota WP_166389238.1 WP_166389238.1 2.83e-271 2685869 Bacillati Actinomycetota WP_214921910.1 WP_214921910.1 7.85e-238 2819192 Bacillati Actinomycetota BDT03353.1 BDT03353.1 1.89e-114 2141 Bacillati Mycoplasmatota KAG9273239.1 KAG9273239.1 0.0 7994 Metazoa Chordata KAH9897695.1 KAH9897695.1 1.96e-181 1391043 Fungi Basidiomycota RXM36450.1 RXM36450.1 1.70e-156 7906 Metazoa Chordata WP_119380110.1 WP_119380110.1 1.73e-319 86342 Pseudomonadati Pseudomonadota KAI9362949.1 KAI9362949.1 1.15e-67 2211651 Fungi Chytridiomycota KAI9362949.1 EZA58905.1 2.93e-19 2015173 Metazoa Arthropoda XP_024427063.2 XP_024427063.2 0.0 9430 Metazoa Chordata MCS7281253.1 MCS7281253.1 4.62e-171 2202153 Pseudomonadati Thermodesulfobacteriota WP_014036593.1 WP_014036593.1 2.66e-230 40324;868597 Pseudomonadati Pseudomonadota WP_272150417.1 WP_272150417.1 2.32e-18 426481 Pseudomonadati Bacteroidota WP_226863423.1 WP_226863423.1 5.29e-82 N/A N/A KAI5358731.1 KAI5358731.1 0.0 215465 Fungi Ascomycota WP_242320225.1 WP_242320225.1 5.48e-249 2920312 Bacillati Bacillota MSZ54974.1 MSZ54974.1 6.37e-288 2900548 Bacillati Actinomycetota MSZ54974.1 MBG91959.1 2.32e-96 2026724 Bacillati Chloroflexota MSZ54974.1 MCK5056842.1 1.42e-46 2052149 0 Candidatus Aminicenantota NRB72577.1 NRB72577.1 1.13e-279 2006849 Pseudomonadati Pseudomonadota NRB72577.1 WP_169356007.1 1.45e-80 2730848 Pseudomonadati Pseudomonadota NRB72577.1 KAJ6728134.1 6.44e-41 2511006 Viridiplantae Streptophyta KAJ1832792.1 KAJ1832792.1 3.32e-47 2849858 Fungi Kickxellomycota WP_007162313.1 WP_007162313.1 1.42e-150 306;47885;135621;1112217;2015556 Pseudomonadati Pseudomonadota OJD14960.1 OJD14960.1 9.12e-109 1447872 Fungi Ascomycota XP_025094492.1 XP_025094492.1 0.0 400727 Metazoa Mollusca HFC49641.1 HFC49641.1 9.55e-275 1961369 Thermoproteati Thermoproteota WP_125257517.1 WP_125257517.1 4.32e-113 2487274 Pseudomonadati Pseudomonadota KRL50971.1 KRL50971.1 4.97e-44 1423789 Bacillati Bacillota WP_270429919.1 WP_270429919.1 0.0 544645 Pseudomonadati Bacteroidota KAJ1924652.1 KAJ1924652.1 0.0 78921 Fungi Kickxellomycota XP_043876828.1 XP_043876828.1 5.59e-225 28829 Metazoa Chordata WP_047430984.1 WP_047430984.1 0.0 1561068 Pseudomonadati Pseudomonadota WP_047430984.1 MBY7869037.1 8.75e-216 676 Pseudomonadati Pseudomonadota WP_047430984.1 MBQ4139225.1 1.33e-21 2498093 Pseudomonadati Bacteroidota WP_150396769.1 WP_150396769.1 0.0 305 Pseudomonadati Pseudomonadota WP_150396769.1 MBO5162475.1 6.01e-104 1898203 Bacillati Bacillota WP_150396769.1 WP_185334683.1 3.06e-94 1640 Bacillati Bacillota WP_150396769.1 WP_089246429.1 4.23e-91 398843 Bacillati Actinomycetota WP_150396769.1 GBD21053.1 2.71e-88 2035423 0 0 WP_150396769.1 WP_206363707.1 2.04e-38 2501515 Pseudomonadati Pseudomonadota WP_150396769.1 WP_227059655.1 9.95e-33 40545 Pseudomonadati Pseudomonadota WP_150396769.1 WP_029347391.1 3.81e-32 68287;1871066;2014805;2496770;2496771 Pseudomonadati Pseudomonadota WP_150396769.1 WP_192324556.1 9.62e-29 34072;2769259 Pseudomonadati Pseudomonadota WP_150396769.1 WP_071876418.1 1.54e-22 332949 Bacillati Bacillota WP_150396769.1 WP_008134825.1 5.96e-22 1144344 Pseudomonadati Pseudomonadota WP_150396769.1 EHR6291555.1 2.17e-20 28901 Pseudomonadati Pseudomonadota WP_150396769.1 GLY24463.1 2.28e-20 3032198 Bacillati Actinomycetota WP_150396769.1 WP_152652784.1 4.32e-20 2023717 Pseudomonadati Pseudomonadota WP_150396769.1 WP_088153117.1 5.31e-20 171674 Pseudomonadati Pseudomonadota WP_150396769.1 MBQ4383193.1 1.89e-16 1879010 Bacillati Bacillota WP_150396769.1 WP_221265680.1 2.30e-16 N/A N/A WP_150396769.1 WP_247749043.1 7.72e-15 N/A N/A WP_150396769.1 WP_089095302.1 1.06e-14 346;473426 Pseudomonadati Pseudomonadota WP_150396769.1 WP_142931103.1 2.40e-14 2202200 Pseudomonadati Campylobacterota WP_150396769.1 WP_211555180.1 3.53e-14 574987 Pseudomonadati Pseudomonadota WP_150396769.1 WP_192500494.1 6.52e-14 1897058 Pseudomonadati Bacteroidota WP_150396769.1 WP_158791585.1 1.56e-13 1641866 Pseudomonadati Acidobacteriota WP_150396769.1 HBO4828144.1 1.02e-12 287 Pseudomonadati Pseudomonadota WP_150396769.1 WP_098952357.1 1.46e-12 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_239393343.1 WP_239393343.1 1.51e-62 2917757 Pseudomonadati Pseudomonadota MCH8996551.1 MCH8996551.1 6.35e-82 2026795 Thermoproteati Nitrososphaerota XP_032956783.1 XP_032956783.1 0.0 59479 Metazoa Chordata WP_162060842.1 WP_162060842.1 1.61e-177 2058624 Pseudomonadati Pseudomonadota MBF06337.1 MBF06337.1 8.91e-138 2026724 Bacillati Chloroflexota MCC5885453.1 MCC5885453.1 1.16e-299 1913989 Pseudomonadati Pseudomonadota MCC5885453.1 CUX17903.1 4.67e-84 1631629 Pseudomonadati Pseudomonadota KPK46604.1 KPK46604.1 5.75e-106 1703384;1703385;1703416 Pseudomonadati Pseudomonadota WP_185928545.1 WP_185928545.1 6.74e-223 2153354 Pseudomonadati Pseudomonadota KAI8118081.1 KAI8118081.1 0.0 7375 Metazoa Arthropoda KAI8118081.1 KAG7602925.1 1.30e-40 3702;1240361 Viridiplantae Streptophyta KAI8118081.1 XP_002873995.1 1.30e-40 59689;81972 Viridiplantae Streptophyta KAI8118081.1 CAH2014332.1 2.45e-37 200917 Metazoa Arthropoda MBI2691306.1 MBI2691306.1 9.99e-226 1909295 Bacillati Actinomycetota MBI2691306.1 XP_025698866.1 7.54e-06 3818 Viridiplantae Streptophyta MCE9521167.1 MCE9521167.1 6.08e-200 1913988 Pseudomonadati Pseudomonadota WP_167196601.1 WP_167196601.1 2.64e-153 2716691 Pseudomonadati Pseudomonadota WP_167196601.1 NLR72952.1 9.55e-46 2726187 Pseudomonadati Pseudomonadota WP_167196601.1 MBE6142085.1 4.55e-18 2049044 Bacillati Bacillota WP_180298529.1 WP_180298529.1 1.73e-180 N/A N/A WAY96880.1 WAY96880.1 3.31e-138 615 Pseudomonadati Pseudomonadota WAY96880.1 KAJ5168969.1 1.46e-43 189055 Fungi Ascomycota WAY96880.1 KAI7371949.1 3.66e-39 91943 Fungi Ascomycota WAY96880.1 WP_060613079.1 8.63e-38 570;573 Pseudomonadati Pseudomonadota WAY96880.1 MBQ4454347.1 3.17e-37 2044939 Bacillati Bacillota WAY96880.1 WP_011512097.1 7.76e-35 912;323097 Pseudomonadati Pseudomonadota WAY96880.1 KAI9191373.1 1.31e-34 4023 Viridiplantae Streptophyta WAY96880.1 WP_247749043.1 4.60e-32 N/A N/A WAY96880.1 MWR41881.1 2.85e-20 562 Pseudomonadati Pseudomonadota WAY96880.1 KAF9974715.1 1.55e-18 1343610 Fungi Mortierellomycota WAY96880.1 NVM03966.1 3.82e-18 2719382 Promethearchaeati Candidatus Helarchaeota WAY96880.1 WP_008470196.1 1.20e-17 1203033;1423758 Bacillati Bacillota WAY96880.1 KAJ2660037.1 5.37e-16 2789312 Fungi Kickxellomycota WAY96880.1 WP_072380563.1 1.44e-14 501024 Pseudomonadati Pseudomonadota WAY96880.1 EHR6291555.1 5.91e-14 28901 Pseudomonadati Pseudomonadota WAY96880.1 WP_192500494.1 6.36e-14 1897058 Pseudomonadati Bacteroidota WAY96880.1 MCH4209672.1 8.11e-14 41200 Bacillati Actinomycetota WAY96880.1 WP_211555180.1 2.26e-13 574987 Pseudomonadati Pseudomonadota WAY96880.1 WP_206363707.1 8.70e-13 2501515 Pseudomonadati Pseudomonadota WAY96880.1 WP_036816548.1 1.01e-12 1342794 Pseudomonadati Pseudomonadota WAY96880.1 WP_088153117.1 2.57e-12 171674 Pseudomonadati Pseudomonadota WAY96880.1 MBQ9964693.1 2.11e-11 2044939 Bacillati Bacillota WAY96880.1 WP_221265680.1 1.66e-10 N/A N/A WAY96880.1 WP_112088864.1 4.33e-09 573 Pseudomonadati Pseudomonadota WAY96880.1 WP_192324556.1 8.21e-09 34072;2769259 Pseudomonadati Pseudomonadota NQW24640.1 NQW24640.1 1.24e-266 2030829 Bacillati Chloroflexota WP_174261300.1 WP_174261300.1 5.62e-133 N/A N/A WP_194481458.1 WP_194481458.1 2.71e-213 374;858423 Pseudomonadati Pseudomonadota MCD8020507.1 MCD8020507.1 2.16e-291 1898207 Bacillati Bacillota MBF2027262.1 MBF2027262.1 1.38e-122 2811131 Bacillati Cyanobacteriota EGN0346558.1 EGN0346558.1 0.0 197 Pseudomonadati Campylobacterota AEO85464.1 AEO85464.1 0.0 11676 Pararnavirae Artverviricota AEO85464.1 QJX39053.1 0.0 11676 Pararnavirae Artverviricota AEO85464.1 QCI53355.1 3.90e-200 11676 Pararnavirae Artverviricota AEO85464.1 AAX97169.1 1.42e-189 11676 Pararnavirae Artverviricota AEO85464.1 AEJ33395.1 2.05e-133 11723 Pararnavirae Artverviricota AEO85464.1 ABG88111.1 1.48e-30 11676 Pararnavirae Artverviricota CIY68995.1 CIY68995.1 3.99e-266 1313 Bacillati Bacillota CIY68995.1 WP_098798564.1 6.52e-82 2033502 Bacillati Bacillota VGM95377.1 VGM95377.1 0.0 1936169 Pseudomonadati Pseudomonadota WP_229710081.1 WP_229710081.1 6.69e-293 462949 Pseudomonadati Pseudomonadota ECK9821833.1 ECK9821833.1 7.73e-193 197 Pseudomonadati Campylobacterota ECK9821833.1 MBI2416798.1 1.15e-11 2049428 Pseudomonadati Ignavibacteriota ECK9821833.1 WP_223806191.1 5.26e-05 2483363 Pseudomonadati Pseudomonadota KGO32348.1 KGO32348.1 1.05e-28 931074 Bacillati Bacillota BAF39771.1 BAF39771.1 8.76e-164 367928 Bacillati Actinomycetota WP_190772838.1 WP_190772838.1 2.03e-99 2650499;2692800;2692814 Bacillati Cyanobacteriota WP_190772838.1 MBZ5699012.1 1.06e-22 2081523 Pseudomonadati Acidobacteriota WP_246966510.1 WP_246966510.1 5.83e-190 1586232 Methanobacteriati Methanobacteriota WP_246966510.1 NLZ92879.1 4.30e-08 1879010 Bacillati Bacillota WP_052125494.1 WP_052125494.1 0.0 22;260364 Pseudomonadati Pseudomonadota WP_052125494.1 WP_237034910.1 2.62e-242 43263 Pseudomonadati Pseudomonadota WP_052125494.1 MCD8297279.1 3.70e-12 59823 Pseudomonadati Bacteroidota NBR42698.1 NBR42698.1 6.22e-136 2026799 Pseudomonadati Verrucomicrobiota XP_007007273.1 XP_007007273.1 4.13e-60 578456 Fungi Basidiomycota NXP66683.1 NXP66683.1 1.14e-80 1218682 Metazoa Chordata UJJ97602.1 UJJ97602.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UJV88611.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UJJ97602.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota AWI66342.1 AWI66342.1 7.99e-184 2175878 Metazoa Cnidaria RUA32032.1 RUA32032.1 9.97e-314 1898104 Pseudomonadati Bacteroidota EHY2137407.1 EHY2137407.1 1.01e-79 562 Pseudomonadati Pseudomonadota UZO03952.1 UZO03952.1 3.91e-225 588596 Fungi Glomeromycota UZO03952.1 MBF1128433.1 1.64e-14 218538 Bacillati Bacillota UZO03952.1 XP_048540820.1 9.50e-09 4572 Viridiplantae Streptophyta UZO03952.1 WP_106546380.1 1.33e-06 869949 Bacillati Cyanobacteriota UZO03952.1 MBD2210269.1 1.34e-06 2692905 Bacillati Cyanobacteriota UZO03952.1 WP_271931007.1 2.73e-05 2995306 Pseudomonadati Myxococcota MBX9718818.1 MBX9718818.1 7.74e-113 1873462 Bacillati Actinomycetota MCU1411638.1 MCU1411638.1 4.53e-291 1950123 Bacillati Actinomycetota MCU1411638.1 MBA3609961.1 7.95e-55 2036010 Bacillati Actinomycetota MCU1411638.1 MBQ6794463.1 4.67e-52 1969738 Pseudomonadati Bacteroidota MCU1411638.1 MCF7895906.1 4.36e-50 2035772 Pseudomonadati Candidatus Omnitrophota MCU1411638.1 NBT94281.1 2.17e-19 2026724 Bacillati Chloroflexota WP_195368055.1 WP_195368055.1 0.0 410072 Bacillati Bacillota WP_195368055.1 MBQ4454347.1 4.38e-199 2044939 Bacillati Bacillota WP_195368055.1 WP_060613079.1 9.35e-93 570;573 Pseudomonadati Pseudomonadota WP_195368055.1 MBQ8297564.1 2.75e-77 41978 Bacillati Bacillota WP_195368055.1 WP_195238978.1 4.04e-71 1502 Bacillati Bacillota WP_195368055.1 WP_192324556.1 2.30e-14 34072;2769259 Pseudomonadati Pseudomonadota MBW4439448.1 MBW4439448.1 0.0 2839663 Bacillati Cyanobacteriota KAI9530097.1 KAI9530097.1 3.15e-32 100907 Metazoa Chordata NSW79198.1 NSW79198.1 0.0 2282152 Bacillati Armatimonadota NSW79198.1 MBF0233644.1 2.83e-70 2006184 Pseudomonadati Thermodesulfobacteriota NSW79198.1 WP_061048002.1 5.06e-67 221822 Pseudomonadati Pseudomonadota NSW79198.1 WP_211114623.1 8.33e-51 N/A N/A NSW79198.1 WP_086504813.1 4.05e-47 544;546 Pseudomonadati Pseudomonadota NSW79198.1 MBK3737236.1 3.27e-45 192 Pseudomonadati Pseudomonadota NSW79198.1 MBN1819552.1 3.23e-09 2053594 Pseudomonadati Bacteroidota WP_163042480.1 WP_163042480.1 0.0 2047720 Pseudomonadati Pseudomonadota WP_163042480.1 KAF2317565.1 1.11e-41 3981 Viridiplantae Streptophyta WP_163042480.1 MBD5394228.1 1.18e-23 1898203 Bacillati Bacillota NXY58604.1 NXY58604.1 2.67e-282 1347786 Metazoa Chordata MBS5721782.1 MBS5721782.1 0.0 1506 Bacillati Bacillota KAG6055499.1 KAG6055499.1 0.0 2559225;2559227;2559228 Fungi Ascomycota XP_019459237.1 XP_019459237.1 5.18e-235 3871 Viridiplantae Streptophyta NJE80740.1 NJE80740.1 1.82e-140 2530046 Bacillati Actinomycetota NJE80740.1 WP_190630613.1 8.01e-39 2619626;2692778;2692780 Bacillati Cyanobacteriota WP_153870478.1 WP_153870478.1 6.25e-167 2600065 Pseudomonadati Pseudomonadota MBP6015992.1 MBP6015992.1 0.0 2664178 Bacillati Chloroflexota WP_185218257.1 WP_185218257.1 0.0 1010 Pseudomonadati Bacteroidota WP_185218257.1 MCP4788584.1 1.99e-52 1936112 Pseudomonadati Planctomycetota WP_185218257.1 WP_013768652.1 9.26e-28 2350;760192 Pseudomonadati Bacteroidota MBZ0302078.1 MBZ0302078.1 1.05e-92 2052143 Bacillati Chloroflexota MBZ0302078.1 MBQ8348910.1 2.63e-18 41978 Bacillati Bacillota MBE56502.1 MBE56502.1 2.94e-77 1978231 Pseudomonadati Acidobacteriota MBY8116888.1 MBY8116888.1 3.31e-289 676 Pseudomonadati Pseudomonadota WP_026974351.1 WP_026974351.1 0.0 392016 Bacillati Bacillota WP_026974351.1 TFE29608.1 5.48e-05 2541730 Bacillati Actinomycetota HAB35737.1 HAB35737.1 2.12e-301 1898111 Pseudomonadati Bacteroidota HAB35737.1 KAI2867803.1 9.64e-30 5061 Fungi Ascomycota WP_183491762.1 WP_183491762.1 6.84e-236 2587123;2587124;2626991 Pseudomonadati Pseudomonadota CAF1218540.1 CAF1218540.1 0.0 433720 Metazoa Rotifera HBO5091502.1 HBO5091502.1 1.22e-110 287 Pseudomonadati Pseudomonadota WP_142480892.1 WP_142480892.1 2.39e-123 570;1134687;2587529 Pseudomonadati Pseudomonadota UCF86936.1 UCF86936.1 2.07e-65 2026770 Pseudomonadati Nitrospirota KAI0494562.1 KAI0494562.1 1.56e-107 94219 Viridiplantae Streptophyta MBR3040588.1 MBR3040588.1 8.73e-206 1898203 Bacillati Bacillota MBR3040588.1 WP_006327457.1 6.42e-04 82996;1206776 Pseudomonadati Pseudomonadota WP_253057132.1 WP_253057132.1 0.0 2954503 Pseudomonadati Bacteroidota DAT68911.1 DAT68911.1 7.87e-83 2832643 Heunggongvirae Uroviricota MCJ7486393.1 MCJ7486393.1 2.54e-275 2052149 0 Candidatus Aminicenantota MCJ7486393.1 WP_280938002.1 1.15e-26 1480694 Pseudomonadati Spirochaetota MCJ7486393.1 MCK5265770.1 1.54e-26 2053491 Promethearchaeati Candidatus Thorarchaeota WP_259173727.1 WP_259173727.1 0.0 339 Pseudomonadati Pseudomonadota XP_039550146.1 XP_039550146.1 1.98e-104 90988 Metazoa Chordata WP_025917677.1 WP_025917677.1 4.49e-50 1349818 Pseudomonadati Pseudomonadota WP_219989626.1 WP_219989626.1 1.07e-110 158836 Pseudomonadati Pseudomonadota WP_219989626.1 WP_266103637.1 9.66e-43 N/A N/A WP_120012998.1 WP_120012998.1 8.36e-24 71433;1300307 Pseudomonadati Pseudomonadota XP_007378490.1 XP_007378490.1 9.14e-95 741275 Fungi Basidiomycota HAZ7424284.1 HAZ7424284.1 4.81e-310 562 Pseudomonadati Pseudomonadota HAZ7424284.1 WP_104456122.1 4.65e-56 1636607 Pseudomonadati Pseudomonadota HAZ7424284.1 WP_186556299.1 2.19e-50 286;2745493 Pseudomonadati Pseudomonadota HAZ7424284.1 WP_120358183.1 3.27e-34 2042057 Pseudomonadati Pseudomonadota HAZ7424284.1 EIZ9235425.1 4.84e-33 28141 Pseudomonadati Pseudomonadota HAZ7424284.1 WP_237962375.1 6.98e-23 28197 Pseudomonadati Campylobacterota HAZ7424284.1 WP_269572442.1 5.72e-16 N/A N/A HAZ7424284.1 WP_246832833.1 1.92e-10 1470575 Pseudomonadati Pseudomonadota WP_210832037.1 WP_210832037.1 3.92e-175 587 Pseudomonadati Pseudomonadota WP_044318929.1 WP_044318929.1 0.0 47877 Pseudomonadati Pseudomonadota EPY77985.1 EPY77985.1 9.73e-199 419612 Metazoa Chordata MBQ6717580.1 MBQ6717580.1 4.86e-243 2044939 Bacillati Bacillota MBQ6717580.1 WP_192880951.1 1.42e-25 N/A N/A MCI5582667.1 MCI5582667.1 0.0 1872523 Bacillati Mycoplasmatota KAH7819128.1 KAH7819128.1 1.24e-112 2049356 0 Preaxostyla WP_072176998.1 WP_072176998.1 5.20e-188 1386;1390;492670;1683602 Bacillati Bacillota MBN2408678.1 MBN2408678.1 4.13e-60 2052149 0 Candidatus Aminicenantota WP_124583682.1 WP_124583682.1 1.76e-211 32008;488447;2703898 Pseudomonadati Pseudomonadota WP_124583682.1 WP_228281474.1 8.90e-24 2653852 Bacillati Actinomycetota XP_055364111.1 XP_055364111.1 0.0 158456 Metazoa Chordata KAH7671712.1 KAH7671712.1 7.31e-229 55571 Viridiplantae Streptophyta MCC6251785.1 MCC6251785.1 0.0 2044936 Pseudomonadati Bacteroidota MCC6251785.1 MBL7151874.1 1.14e-94 2035772 Pseudomonadati Candidatus Omnitrophota MCC6251785.1 WP_011739125.1 5.96e-28 1809;362242 Bacillati Actinomycetota WP_161548226.1 WP_161548226.1 2.99e-169 2202823 Pseudomonadati Pseudomonadota PWA40393.1 PWA40393.1 0.0 35608 Viridiplantae Streptophyta WP_024957561.1 WP_024957561.1 7.86e-148 40324;1915389 Pseudomonadati Pseudomonadota XP_026202203.1 XP_026202203.1 0.0 64144 Metazoa Chordata XP_049917061.1 XP_049917061.1 0.0 300413 Metazoa Chordata WP_121975536.1 WP_121975536.1 1.20e-249 2126983 Pseudomonadati Pseudomonadota WP_121975536.1 RYD39969.1 5.25e-80 2026800 Pseudomonadati Verrucomicrobiota WP_121975536.1 WP_029222463.1 2.31e-78 29497;617147;617148 Pseudomonadati Pseudomonadota WP_121975536.1 WP_058504615.1 4.58e-34 45070 Pseudomonadati Pseudomonadota WP_121975536.1 WP_283107263.1 4.52e-31 N/A N/A WP_121975536.1 NRF69152.1 4.23e-28 2732868 Pseudomonadati Pseudomonadota WP_121975536.1 WP_203339841.1 7.91e-28 2782551 Bacillati Bacillota WP_121975536.1 WP_017718577.1 8.77e-26 331992 Bacillati Cyanobacteriota WP_121975536.1 MBT7163208.1 4.54e-25 2212475 Pseudomonadati Lentisphaerota WP_121975536.1 EEC9022132.1 7.69e-16 562 Pseudomonadati Pseudomonadota WP_065763488.1 WP_065763488.1 0.0 817 Pseudomonadati Bacteroidota VEA68798.1 VEA68798.1 2.25e-80 61652 Pseudomonadati Pseudomonadota VEA68798.1 QQO85492.1 1.16e-18 38313 Pseudomonadati Pseudomonadota MBL8103469.1 MBL8103469.1 2.16e-319 2073117 Bacillati Chloroflexota MBL8103469.1 MBP6786080.1 2.09e-151 2664178 Bacillati Chloroflexota MBL8103469.1 WP_029789810.1 4.52e-141 669 Pseudomonadati Pseudomonadota MBL8103469.1 KAF6257731.1 2.69e-116 2650976 Viridiplantae Chlorophyta MBL8103469.1 KAI7727618.1 4.94e-99 4212 Viridiplantae Streptophyta MBL8103469.1 WP_136095406.1 1.74e-92 1314 Bacillati Bacillota MBL8103469.1 KPK79043.1 2.81e-65 1703359 Pseudomonadati Gemmatimonadota XP_020704071.1 XP_020704071.1 1.32e-124 906689 Viridiplantae Streptophyta PWU01878.1 PWU01878.1 5.44e-148 2052166 Bacillati Candidatus Melainabacteria KAI9244788.1 KAI9244788.1 5.36e-238 562976 Fungi Mucoromycota KAI9244788.1 KAF5192947.1 3.84e-23 46969 Viridiplantae Streptophyta WP_140465756.1 WP_140465756.1 0.0 1850093 Pseudomonadati Bacteroidota MUT95740.1 MUT95740.1 0.0 2053618 Bacillati Bacillota WP_019100427.1 WP_019100427.1 0.0 394935 Pseudomonadati Pseudomonadota WP_019100427.1 WP_049009918.1 3.87e-296 545 Pseudomonadati Pseudomonadota WP_019100427.1 MBE6688122.1 1.14e-93 2485925 Bacillati Bacillota WP_019100427.1 WP_278631399.1 5.28e-78 29348 Bacillati Bacillota WP_019100427.1 WP_235126772.1 1.37e-74 2909336 Pseudomonadati Bacteroidota WP_019100427.1 KAA0114277.1 1.10e-70 1305 Bacillati Bacillota WP_019100427.1 KAJ6994162.1 1.73e-62 444605 Viridiplantae Streptophyta WP_019100427.1 MBY0273331.1 2.89e-62 1913988 Pseudomonadati Pseudomonadota WP_019100427.1 XP_009147075.2 2.09e-47 3711 Viridiplantae Streptophyta WP_019100427.1 MBE5737882.1 3.89e-45 1898207 Bacillati Bacillota WP_019100427.1 KAF5671546.1 1.31e-38 48490 Fungi Ascomycota WP_019100427.1 WP_074319120.1 2.46e-16 709881 Bacillati Actinomycetota WP_019100427.1 MBI6149093.1 1.38e-13 615 Pseudomonadati Pseudomonadota WP_019100427.1 HCT06136.1 1.77e-13 306 Pseudomonadati Pseudomonadota WP_019100427.1 WP_041591748.1 2.27e-11 51669 Bacillati Bacillota WP_019100427.1 Q9GKS6.1 4.38e-07 9541 Metazoa Chordata WP_019100427.1 WP_176307440.1 7.41e-04 2718534 Pseudomonadati Bacteroidota WP_165185356.1 WP_165185356.1 0.0 2708539 Pseudomonadati Pseudomonadota WP_097942517.1 WP_097942517.1 9.58e-109 36811 Bacillati Actinomycetota EDX1137207.1 EDX1137207.1 1.03e-250 28901 Pseudomonadati Pseudomonadota EDX1137207.1 WP_071489953.1 3.77e-170 169669 Pseudomonadati Pseudomonadota WP_071558608.1 WP_071558608.1 4.25e-84 1406 Bacillati Bacillota WP_171312884.1 WP_171312884.1 9.46e-152 29497 Pseudomonadati Pseudomonadota WP_172272319.1 WP_172272319.1 0.0 2736290 Pseudomonadati Bacteroidota WP_206698867.1 WP_206698867.1 9.52e-291 N/A N/A WP_206698867.1 WP_029317544.1 7.82e-37 1423;935856;935858 Bacillati Bacillota WP_206698867.1 WP_101606078.1 5.02e-25 1911175;2618356 Bacillati Actinomycetota WP_206698867.1 WP_219954954.1 6.56e-22 192812 Pseudomonadati Pseudomonadota XP_015918471.2 XP_015918471.2 0.0 114398 Metazoa Arthropoda NOT03931.1 NOT03931.1 1.49e-231 2073117 Bacillati Chloroflexota WP_122081718.1 WP_122081718.1 2.69e-148 1516159 Pseudomonadati Pseudomonadota WP_122081718.1 WP_088527814.1 3.34e-42 1743164 Pseudomonadati Pseudomonadota WP_122081718.1 MCR5007903.1 3.90e-39 1969407 Bacillati Bacillota XP_023664563.1 XP_023664563.1 0.0 1676925 Metazoa Chordata MCI6056265.1 MCI6056265.1 1.56e-302 2044939 Bacillati Bacillota XP_043867713.1 XP_043867713.1 1.06e-206 28829 Metazoa Chordata MCI6733811.1 MCI6733811.1 0.0 1898207 Bacillati Bacillota MCI6733811.1 ECG5012903.1 3.00e-31 149391 Pseudomonadati Pseudomonadota MCI6733811.1 WP_139387589.1 2.87e-27 28901 Pseudomonadati Pseudomonadota WP_200441331.1 WP_200441331.1 9.38e-268 38290 Bacillati Actinomycetota OQD63521.1 OQD63521.1 2.66e-182 60169 Fungi Ascomycota XP_041032211.1 XP_041032211.1 2.41e-245 13397 Metazoa Chordata XP_041032211.1 NWI70572.1 1.15e-14 135184 Metazoa Chordata WP_250323911.1 WP_250323911.1 9.45e-71 N/A N/A WP_250323911.1 WP_118944732.1 2.70e-14 28118 Pseudomonadati Bacteroidota XP_045908845.1 XP_045908845.1 4.12e-158 147949 Metazoa Chordata WP_024330540.1 WP_024330540.1 0.0 447471 Pseudomonadati Pseudomonadota WP_024330540.1 NNE87648.1 9.74e-89 2058390 Pseudomonadati Pseudomonadota WP_024330540.1 WP_145616262.1 1.57e-80 1543705;3475240 Pseudomonadati Pseudomonadota WP_024330540.1 DAZ71054.1 1.32e-61 2832643 Heunggongvirae Uroviricota WP_024330540.1 MYE57211.1 1.55e-43 2024894 Bacillati Actinomycetota WP_024330540.1 NIP79453.1 2.17e-17 1913989;2026742;2900548 Bacillati;Pseudomonadati Pseudomonadota;Gemmatimonadota;Actinomycetota NGS95655.1 NGS95655.1 1.42e-122 1502 Bacillati Bacillota NGS95655.1 MCK4403577.1 9.92e-60 2053527 Pseudomonadati Candidatus Zixiibacteriota OLB04871.1 OLB04871.1 2.45e-97 1805204;1805205;2026742 Pseudomonadati Gemmatimonadota MCB1103648.1 MCB1103648.1 4.51e-246 1985742;2006848 Pseudomonadati Verrucomicrobiota MCB1103648.1 WP_265272113.1 2.59e-23 457945 Bacillati Cyanobacteriota WP_008056683.1 WP_008056683.1 0.0 2596745;2759955 Bacillati Cyanobacteriota WP_008056683.1 WP_072380563.1 7.48e-20 501024 Pseudomonadati Pseudomonadota WP_008056683.1 WP_071876418.1 1.35e-19 332949 Bacillati Bacillota WP_008056683.1 THW78755.1 1.95e-17 5580 Fungi Ascomycota WP_008056683.1 WP_036816548.1 1.98e-17 1342794 Pseudomonadati Pseudomonadota WP_008056683.1 WP_107894076.1 2.77e-15 1130819 Bacillati Bacillota WP_008056683.1 WP_142931103.1 1.66e-13 2202200 Pseudomonadati Campylobacterota WP_008056683.1 GLY24463.1 9.39e-13 3032198 Bacillati Actinomycetota WP_008056683.1 WP_060613079.1 3.41e-12 570;573 Pseudomonadati Pseudomonadota WP_008056683.1 WP_139764340.1 8.92e-08 28901 Pseudomonadati Pseudomonadota WP_008056683.1 WP_112088864.1 1.37e-06 573 Pseudomonadati Pseudomonadota WP_008056683.1 WP_173040157.1 7.51e-06 1076124 Bacillati Actinomycetota UCF69744.1 UCF69744.1 2.53e-96 2052148 0 candidate division WOR-3 WP_061554953.1 WP_061554953.1 0.0 82983;1354268 Pseudomonadati Pseudomonadota WP_061554953.1 WP_105738432.1 8.89e-38 413497 Pseudomonadati Pseudomonadota KAF1884135.1 KAF1884135.1 2.84e-311 3870 Viridiplantae Streptophyta WP_271489102.1 WP_271489102.1 9.86e-41 N/A N/A EIC7331684.1 EIC7331684.1 0.0 28901 Pseudomonadati Pseudomonadota EIC7331684.1 WP_209241541.1 1.48e-84 1434886 Bacillati Actinomycetota EIC7331684.1 WP_093868643.1 4.47e-71 1250198;2267227;2635139 Pseudomonadati Bacteroidota YP_009703532.1 YP_009703532.1 0.0 443876 Bamfordvirae Nucleocytoviricota OYR82937.1 OYR82937.1 6.50e-37 29283 Methanobacteriati Methanobacteriota MCB1431703.1 MCB1431703.1 1.56e-196 1913988 Pseudomonadati Pseudomonadota PHJ25428.1 PHJ25428.1 0.0 483139 0 Apicomplexa MCL2354882.1 MCL2354882.1 1.29e-285 2485925 Bacillati Bacillota WP_009197348.1 WP_009197348.1 7.13e-196 649507;1279009 Pseudomonadati Bacteroidota WP_009197348.1 MBT2971737.1 5.54e-45 1968598;2792791 Pseudomonadati Pseudomonadota WP_009197348.1 MBI2621122.1 1.93e-32 2052151 0 Candidatus Levyibacteriota KAH8830836.1 KAH8830836.1 1.77e-308 1485228 Fungi Basidiomycota UWQ95440.1 UWQ95440.1 3.86e-213 2867018 Pseudomonadati Pseudomonadota WP_059534878.1 WP_059534878.1 0.0 1637847;1637848;2613784 Pseudomonadati Pseudomonadota WP_059534878.1 HBO82804.1 2.68e-26 1873897 Pseudomonadati Pseudomonadota MCB9490987.1 MCB9490987.1 0.0 2026734 Bacillati Chloroflexota MCB9490987.1 EET4312562.1 6.76e-64 562 Pseudomonadati Pseudomonadota ECG5348412.1 ECG5348412.1 6.28e-127 28901;143221 Pseudomonadati Pseudomonadota MBP8039875.1 MBP8039875.1 2.12e-89 1948889 Pseudomonadati Pseudomonadota NOY27702.1 NOY27702.1 1.15e-248 2599941 Pseudomonadati Bdellovibrionota NOY27702.1 MBF1128433.1 1.45e-27 218538 Bacillati Bacillota OGM15869.1 OGM15869.1 3.27e-130 1802485;1802487;1802524 0 Candidatus Woeseibacteriota AAA50346.1 AAA50346.1 1.06e-33 6832 Metazoa Arthropoda QUQ06080.1 QUQ06080.1 7.38e-156 1719401 Metazoa Mollusca QUQ06080.1 ADJ35581.1 1.60e-132 876003 Metazoa Annelida QUQ06080.1 AVM35379.1 4.14e-129 1770638 Metazoa Arthropoda QUQ06080.1 ABQ63546.1 5.56e-128 166263 Metazoa Chordata QUQ06080.1 AFA24308.1 5.24e-127 1097956 Metazoa Arthropoda QUQ06080.1 ADW49125.1 7.18e-127 1417353 Metazoa Arthropoda QUQ06080.1 QUA05739.1 3.53e-125 988006 Metazoa Arthropoda QUQ06080.1 AFA09475.1 2.26e-124 705192 Metazoa Arthropoda QUQ06080.1 AWS34156.1 4.31e-123 408114 Metazoa Arthropoda QUQ06080.1 AHK62764.1 1.04e-119 1470337 Metazoa Arthropoda QUQ06080.1 AKT58828.1 2.85e-111 1687857 Metazoa Arthropoda QUQ06080.1 AMA90994.1 8.74e-111 1474269;2542237 Metazoa Arthropoda QUQ06080.1 AAX94106.1 5.38e-110 324009 Metazoa Arthropoda QUQ06080.1 AXZ65741.1 7.88e-105 2242446 Metazoa Arthropoda QUQ06080.1 AOR13807.1 4.31e-102 1881782 Metazoa Arthropoda QUQ06080.1 UZF38514.1 8.05e-102 2976471 Metazoa Arthropoda QUQ06080.1 AGI15931.1 6.26e-99 52396 Metazoa Mollusca QUQ06080.1 AOQ89457.1 9.35e-99 1881751 Metazoa Arthropoda QUQ06080.1 AKA56406.1 1.76e-89 1622492;1669417;1881785;2088599 Metazoa Arthropoda QUQ06080.1 AHH30646.1 1.19e-81 1452501 Metazoa Arthropoda QUQ06080.1 ACE88666.1 9.36e-78 13139 Metazoa Arthropoda QUQ06080.1 APC24336.1 1.22e-46 597926 Metazoa Arthropoda WP_271116088.1 WP_271116088.1 2.22e-284 3017783 Pseudomonadati Pseudomonadota WP_271116088.1 WP_066841281.1 4.16e-138 1763;1776;1834096 Bacillati Actinomycetota WP_271116088.1 BAY23582.1 8.24e-123 1954172 Bacillati Cyanobacteriota WP_271116088.1 MCU0947041.1 2.70e-114 1113 Pseudomonadati Pseudomonadota WP_212799263.1 WP_212799263.1 5.22e-168 2678257 Pseudomonadati Pseudomonadota WP_212799263.1 NCO19736.1 7.33e-06 1913989 Pseudomonadati Pseudomonadota AKF94945.1 AKF94945.1 1.12e-145 1465 Bacillati Bacillota MCS7249985.1 MCS7249985.1 1.74e-40 2052148 0 candidate division WOR-3 WP_154377822.1 WP_154377822.1 0.0 2666084 Pseudomonadati Pseudomonadota KAA0177341.1 KAA0177341.1 0.0 33653 0 0 MCQ4833490.1 MCQ4833490.1 4.19e-32 2963703 Bacillati Bacillota MBF0221393.1 MBF0221393.1 4.81e-286 2053307 Pseudomonadati Thermodesulfobacteriota CUQ74728.1 CUQ74728.1 2.76e-145 39485 Bacillati Bacillota WP_066046987.1 WP_066046987.1 0.0 28446;991789 Bacillati Bacillota WP_066046987.1 WP_049327990.1 3.29e-156 43675 Bacillati Actinomycetota TYJ28824.1 TYJ28824.1 6.23e-65 34275 Viridiplantae Streptophyta MCP4196081.1 MCP4196081.1 1.65e-51 1977087 Pseudomonadati Pseudomonadota MBD5426059.1 MBD5426059.1 2.01e-116 166 Pseudomonadati Spirochaetota WP_094880233.1 WP_094880233.1 2.10e-318 2022527 Pseudomonadati Bacteroidota WP_094880233.1 WP_278088590.1 6.38e-38 450367 Bacillati Bacillota KAJ1466945.1 KAJ1466945.1 2.19e-228 2571260 0 0 RHP78675.1 RHP78675.1 2.18e-319 2292195;2292286 Bacillati Bacillota WP_084523054.1 WP_084523054.1 5.39e-66 209246 Bacillati Actinomycetota XP_051312901.1 XP_051312901.1 1.89e-174 326681 Fungi Ascomycota MCC0650618.1 MCC0650618.1 1.27e-205 2811501 Bacillati Bacillota WP_070931219.1 WP_070931219.1 3.89e-46 1774 Bacillati Actinomycetota MBE6457252.1 MBE6457252.1 2.08e-104 1913988 Pseudomonadati Pseudomonadota EDD2777448.1 EDD2777448.1 1.19e-159 1151180 Pseudomonadati Pseudomonadota WP_228705204.1 WP_228705204.1 9.90e-68 573 Pseudomonadati Pseudomonadota TVQ27286.1 TVQ27286.1 1.01e-235 1898206 Pseudomonadati Spirochaetota CAF1538990.1 CAF1538990.1 2.87e-66 249248 Metazoa Rotifera MBJ9940918.1 MBJ9940918.1 1.45e-167 87883 Pseudomonadati Pseudomonadota MBL1405656.1 MBL1405656.1 1.61e-68 1909294 Pseudomonadati Pseudomonadota WP_002896703.1 WP_002896703.1 1.15e-27 1301;1305;888809;888820;888825;1073373 Bacillati Bacillota RKH80454.1 RKH80454.1 6.12e-204 2316717 Pseudomonadati Myxococcota RWC01310.1 RWC01310.1 3.05e-310 1871066 Pseudomonadati Pseudomonadota CCZ55979.1 CCZ55979.1 1.93e-83 1262772 Bacillati Bacillota CCZ55979.1 MBR3785149.1 5.31e-27 1879010 Bacillati Bacillota KZC14685.1 KZC14685.1 5.20e-301 178035 Metazoa Arthropoda WP_096201219.1 WP_096201219.1 0.0 2011014 Bacillati Bacillota WP_206023254.1 WP_206023254.1 1.72e-251 N/A N/A KAJ3986273.1 KAJ3986273.1 0.0 2804962 Fungi Basidiomycota KAJ3986273.1 NP_001257623.1 8.74e-22 10116 Metazoa Chordata WP_230766143.1 WP_230766143.1 9.90e-222 41986 Bacillati Actinomycetota WP_282423266.1 WP_282423266.1 0.0 3042687 Pseudomonadati Myxococcota WP_282423266.1 WP_267184195.1 4.13e-14 2996017 Pseudomonadati Pseudomonadota WP_282423266.1 WP_222018129.1 7.83e-12 2855434 Pseudomonadati Pseudomonadota WP_282423266.1 OGU48181.1 1.17e-09 1798427 Pseudomonadati Ignavibacteriota MBN4303450.1 MBN4303450.1 1.92e-10 9606 Metazoa Chordata WP_193956008.1 WP_193956008.1 0.0 1126;1401878 Bacillati Cyanobacteriota WP_193956008.1 WP_230284916.1 1.50e-29 2745871 Thermotogati Deinococcota WP_193956008.1 RMF68396.1 5.52e-19 2420337 Bacillati Cyanobacteriota HCB14820.1 HCB14820.1 8.89e-296 1913989 Pseudomonadati Pseudomonadota HCB14820.1 HCH0658035.1 8.68e-25 61645 Pseudomonadati Pseudomonadota HCB14820.1 KAG8015916.1 6.47e-04 N/A N/A XP_040382927.1 XP_040382927.1 7.61e-256 4533 Viridiplantae Streptophyta NIR36035.1 NIR36035.1 1.61e-80 2900548 Bacillati Actinomycetota MBP8741618.1 MBP8741618.1 0.0 1871049 Pseudomonadati Pseudomonadota MBP8741618.1 WP_119815679.1 1.26e-114 2055893 Methanobacteriati Methanobacteriota MBP8741618.1 WP_025983621.1 1.53e-90 1985254 Pseudomonadati Pseudomonadota MBP8741618.1 MBS1587439.1 1.16e-46 1898104 Pseudomonadati Bacteroidota WP_094107226.1 WP_094107226.1 2.91e-179 1172565 Pseudomonadati Pseudomonadota BDP97621.1 BDP97621.1 3.11e-39 1352 Bacillati Bacillota WP_142260807.1 WP_142260807.1 3.17e-150 103836 Bacillati Actinomycetota WP_142260807.1 WP_065073385.1 4.98e-45 339268 Bacillati Actinomycetota WP_142260807.1 WP_036824351.1 3.19e-20 462910;1385514 Bacillati Bacillota MBN1157556.1 MBN1157556.1 1.79e-60 2026803 Nanobdellati Candidatus Woesearchaeota NCR29367.1 NCR29367.1 2.85e-30 2685956;2685961;2685976 Bacillati Cyanobacteriota MCE2505556.1 MCE2505556.1 5.68e-304 2202732 Thermoproteati Nitrososphaerota MCE2505556.1 MBI9043002.1 3.13e-55 2024896 Bacillati Chloroflexota WP_039102441.1 WP_039102441.1 0.0 244366 Pseudomonadati Pseudomonadota WP_039102441.1 HBM7970352.1 7.26e-68 562 Pseudomonadati Pseudomonadota WP_118445081.1 WP_118445081.1 2.63e-219 33038 Bacillati Bacillota WP_124983255.1 WP_124983255.1 1.57e-142 305 Pseudomonadati Pseudomonadota MBQ2432233.1 MBQ2432233.1 1.46e-120 2052179 Bacillati Bacillota WP_164585387.1 WP_164585387.1 4.98e-259 2706027 Bacillati Actinomycetota WP_164585387.1 WP_006027485.1 1.51e-129 430531;441157 Pseudomonadati Pseudomonadota WP_164585387.1 MBN1566249.1 9.18e-27 1978231 Pseudomonadati Acidobacteriota WP_164585387.1 WP_167320363.1 1.21e-12 1428 Bacillati Bacillota WP_205009067.1 WP_205009067.1 1.73e-148 1349415 Bacillati Bacillota WP_205009067.1 WP_196938834.1 2.56e-24 2082722 Pseudomonadati Bacteroidota WP_205009067.1 MCF6346354.1 3.21e-24 2039724 Pseudomonadati Pseudomonadota WP_111627730.1 WP_111627730.1 3.21e-182 643671 Pseudomonadati Bacteroidota WP_111627730.1 MCM2341063.1 3.06e-35 50421 Pseudomonadati Pseudomonadota MBS0463004.1 MBS0463004.1 1.77e-150 1977087 Pseudomonadati Pseudomonadota WP_097698856.1 WP_097698856.1 0.0 562 Pseudomonadati Pseudomonadota WP_254638680.1 WP_254638680.1 1.58e-37 1520 Bacillati Bacillota XP_028327800.1 XP_028327800.1 0.0 441366 Metazoa Chordata GES47013.1 GES47013.1 2.74e-35 2653122 Pseudomonadati Pseudomonadota MBI5098096.1 MBI5098096.1 0.0 2026887 Pseudomonadati Nitrospirota MBI5098096.1 MBU0883769.1 4.29e-67 1913989 Pseudomonadati Pseudomonadota MBI5098096.1 WP_256342227.1 3.68e-24 N/A N/A MBI5098096.1 WP_004699236.1 1.13e-10 469;470;1530123 Pseudomonadati Pseudomonadota MBI5098096.1 MCQ2831428.1 3.00e-07 210 Pseudomonadati Campylobacterota RNF14763.1 RNF14763.1 0.0 5693 0 Euglenozoa KAF3493633.1 KAF3493633.1 2.96e-251 69181 Viridiplantae Streptophyta WP_174567215.1 WP_174567215.1 1.28e-239 209247 Bacillati Actinomycetota KAI5402274.1 KAI5402274.1 0.0 3888 Viridiplantae Streptophyta WP_189129312.1 WP_189129312.1 3.34e-311 1841 Bacillati Actinomycetota MBK6342078.1 MBK6342078.1 0.0 2021391 Pseudomonadati Bacteroidota WP_267292626.1 WP_267292626.1 0.0 2873601 Pseudomonadati Bacteroidota WP_267292626.1 OFZ89526.1 1.42e-113 1797477 Pseudomonadati Pseudomonadota WP_267292626.1 WP_033456074.1 1.70e-106 518;1331200 Pseudomonadati Pseudomonadota WP_267292626.1 WP_098923619.1 2.91e-106 1392;1396 Bacillati Bacillota WP_267292626.1 MBT3887354.1 1.00e-100 1898112 Pseudomonadati Pseudomonadota WP_267292626.1 WP_262612393.1 6.48e-87 53344 Bacillati Bacillota WP_267292626.1 NDI25889.1 5.11e-59 2900548 Bacillati Actinomycetota WP_267292626.1 KAJ4394429.1 8.89e-29 1191159 Fungi Ascomycota WP_267292626.1 WP_039190453.1 1.02e-09 1577900 Pseudomonadati Pseudomonadota WP_267292626.1 MBB3050407.1 2.43e-08 1470180 Bacillati Actinomycetota DAW46080.1 DAW46080.1 1.20e-58 2832643 Heunggongvirae Uroviricota WP_138941726.1 WP_138941726.1 0.0 190895 Pseudomonadati Pseudomonadota WP_138941726.1 WP_265896212.1 3.72e-120 2944682 Pseudomonadati Pseudomonadota WP_138941726.1 TLZ05171.1 4.33e-23 1913989 Pseudomonadati Pseudomonadota WP_113767226.1 WP_113767226.1 0.0 293387 Bacillati Bacillota WP_113767226.1 MBW4662439.1 2.80e-58 904376 Bacillati Cyanobacteriota WP_113767226.1 WP_210167953.1 7.52e-43 N/A N/A KAF4728781.1 KAF4728781.1 0.0 32597 0 Perkinsozoa WP_060551745.1 WP_060551745.1 1.38e-163 1279;985762 Bacillati Bacillota WP_267918242.1 WP_267918242.1 0.0 N/A N/A WP_267918242.1 WP_087199737.1 1.42e-11 626935;1965616 Bacillati Actinomycetota SCL72461.1 SCL72461.1 1.66e-177 47871 Bacillati Actinomycetota WP_226276978.1 WP_226276978.1 0.0 179879 Pseudomonadati Pseudomonadota WP_226276978.1 WP_255602293.1 1.09e-104 2835787 Pseudomonadati Pseudomonadota WP_226276978.1 RQL72805.1 9.25e-79 48296 Pseudomonadati Pseudomonadota WP_226276978.1 WP_197332010.1 1.27e-69 28097;907261 Pseudomonadati Pseudomonadota WP_226276978.1 WP_185921121.1 2.57e-36 95486 Pseudomonadati Pseudomonadota WP_226276978.1 KAG8816705.1 1.53e-28 2600214 Fungi Basidiomycota WP_226276978.1 BBC91732.1 1.96e-28 1928 Bacillati Actinomycetota WP_247893884.1 WP_247893884.1 4.93e-310 2800326 Pseudomonadati Pseudomonadota WP_247893884.1 WP_263847269.1 7.31e-75 2851012 Pseudomonadati Pseudomonadota MBE3671043.1 MBE3671043.1 0.0 29495 Pseudomonadati Pseudomonadota MBE3671043.1 WP_131096443.1 2.15e-222 1667327;3390273 Pseudomonadati Pseudomonadota MBE3671043.1 WP_049066482.1 7.17e-132 1530123 Pseudomonadati Pseudomonadota XP_041854783.1 XP_041854783.1 7.10e-234 1250792 Metazoa Chordata RHX96716.1 RHX96716.1 0.0 112090 0 Oomycota WP_127737066.1 WP_127737066.1 3.42e-150 382 Pseudomonadati Pseudomonadota MBN2689333.1 MBN2689333.1 1.89e-90 1913989 Pseudomonadati Pseudomonadota MBN2689333.1 MCU0925088.1 8.03e-27 1904254 Pseudomonadati Pseudomonadota WP_162119468.1 WP_162119468.1 1.11e-288 379;384;1076926 Pseudomonadati Pseudomonadota WP_162119468.1 WP_195290884.1 1.19e-68 239759 Pseudomonadati Bacteroidota WP_162119468.1 WP_074053577.1 4.38e-68 615 Pseudomonadati Pseudomonadota WP_150171631.1 WP_150171631.1 1.10e-128 54571 Bacillati Actinomycetota WP_002615101.1 WP_002615101.1 0.0 41;378806 Pseudomonadati Myxococcota WP_002615101.1 MBJ7506254.1 6.66e-76 2518620 Bacillati Actinomycetota WP_002615101.1 WP_023840997.1 4.78e-73 1854;106370;1352929;1745381 Bacillati Actinomycetota WP_278982769.1 WP_278982769.1 1.61e-316 40545 Pseudomonadati Pseudomonadota WP_278982769.1 NOY97419.1 1.75e-42 2268192 Pseudomonadati Chlorobiota WP_278982769.1 WP_015167170.1 6.64e-27 1173263;3687901 Bacillati Cyanobacteriota KAH9272690.1 KAH9272690.1 7.09e-87 1357716 Fungi Chytridiomycota KAH9272690.1 MBI3145102.1 7.63e-27 1913980 Pseudomonadati Pseudomonadota KAH9272690.1 AAL18389.1 4.49e-06 167729 Viridiplantae Streptophyta WP_096722254.1 WP_096722254.1 4.07e-225 1912599 Pseudomonadati Pseudomonadota WP_096722254.1 WP_044453403.1 5.72e-135 656178 Pseudomonadati Pseudomonadota WP_096722254.1 NED83450.1 4.56e-23 2706029 Bacillati Actinomycetota WP_096722254.1 WP_046600280.1 4.37e-14 399;323655 Pseudomonadati Pseudomonadota WP_096722254.1 WP_200986363.1 2.86e-10 36746 Pseudomonadati Pseudomonadota WP_096722254.1 WP_066708699.1 1.61e-08 80879 Pseudomonadati Pseudomonadota WP_096722254.1 WP_241524600.1 1.91e-07 115553 Pseudomonadati Pseudomonadota WP_208947654.1 WP_208947654.1 1.98e-94 80867 Pseudomonadati Pseudomonadota WP_208947654.1 WP_261695383.1 1.74e-10 1453544;2976241 Pseudomonadati Pseudomonadota WP_208947654.1 WP_007377599.1 1.01e-06 53246;283699;1720343;1872678 Pseudomonadati Pseudomonadota KAF2590612.1 KAF2590612.1 4.04e-161 69181 Viridiplantae Streptophyta WP_014785013.1 WP_014785013.1 0.0 392734;926566 Pseudomonadati Acidobacteriota EBF5808819.1 EBF5808819.1 2.54e-51 195 Pseudomonadati Campylobacterota WP_213827928.1 WP_213827928.1 4.22e-223 2810616 Pseudomonadati Pseudomonadota WP_213827928.1 WP_280541983.1 7.24e-94 29497 Pseudomonadati Pseudomonadota WP_254400636.1 WP_254400636.1 1.35e-126 N/A N/A MBR3156871.1 MBR3156871.1 0.0 2026720 0 Candidatus Saccharimonadota XP_021741676.1 XP_021741676.1 0.0 63459 Viridiplantae Streptophyta XP_021741676.1 KAJ0963891.1 2.55e-45 325984 Viridiplantae Streptophyta WP_001329193.1 WP_001329193.1 1.79e-69 749547;910348;1169330;1169358;1280998;1444206;1444233;1444261;1444263 Pseudomonadati Pseudomonadota MBO6057326.1 MBO6057326.1 6.44e-146 2030927 Pseudomonadati Bacteroidota MBW1848151.1 MBW1848151.1 3.43e-154 2026735 Pseudomonadati Myxococcota KAG5815829.1 KAG5815829.1 0.0 221167 Fungi Ascomycota KAG5815829.1 XP_042622198.1 6.69e-52 7962 Metazoa Chordata KAG5815829.1 NXJ84327.1 6.68e-42 56311 Metazoa Chordata KAG5815829.1 XP_039923984.1 1.37e-38 43150 Metazoa Chordata KAG5815829.1 KAI9912466.1 8.89e-18 230839 0 Oomycota KAG5815829.1 XP_011889539.1 4.72e-10 9531 Metazoa Chordata KAG5815829.1 WP_281919021.1 5.15e-10 2984338 Bacillati Actinomycetota WP_135279859.1 WP_135279859.1 0.0 562 Pseudomonadati Pseudomonadota WP_135279859.1 OMF24356.1 2.74e-64 1920423 Bacillati Bacillota WP_135279859.1 KAG0922869.1 4.56e-14 64495 Fungi Mucoromycota MCJ1311962.1 MCJ1311962.1 0.0 443868 Fungi Ascomycota WP_092424818.1 WP_092424818.1 9.53e-225 311180 Pseudomonadati Pseudomonadota XP_047289230.1 XP_047289230.1 0.0 9606 Metazoa Chordata MCB1505913.1 MCB1505913.1 1.63e-119 2015799 Pseudomonadati Pseudomonadota MCB1505913.1 MQA03337.1 2.21e-66 2604148 Bacillati Actinomycetota WP_257691625.1 WP_257691625.1 0.0 654 Pseudomonadati Pseudomonadota WP_257691625.1 XP_008080365.1 3.89e-156 1116229 Fungi Ascomycota KGI55490.1 KGI55490.1 4.83e-106 1548153 Pseudomonadati Campylobacterota WP_138438236.1 WP_138438236.1 2.14e-44 2570351 Pseudomonadati Pseudomonadota KPK79043.1 KPK79043.1 0.0 1703359 Pseudomonadati Gemmatimonadota KPK79043.1 MBL8103469.1 8.64e-67 2073117 Bacillati Chloroflexota KPK79043.1 WP_136095406.1 5.74e-66 1314 Bacillati Bacillota KPK79043.1 WP_029789810.1 2.80e-62 669 Pseudomonadati Pseudomonadota KPK79043.1 MBP6786080.1 9.47e-61 2664178 Bacillati Chloroflexota KPK79043.1 KAF6257731.1 2.63e-56 2650976 Viridiplantae Chlorophyta KPK79043.1 KAI7727618.1 1.28e-46 4212 Viridiplantae Streptophyta OIT02720.1 OIT02720.1 3.38e-260 49451 Viridiplantae Streptophyta WP_224365716.1 WP_224365716.1 3.90e-29 195 Pseudomonadati Campylobacterota MBK6724754.1 MBK6724754.1 7.75e-242 1978231 Pseudomonadati Acidobacteriota NXB44255.1 NXB44255.1 0.0 127929 Metazoa Chordata WP_226232337.1 WP_226232337.1 4.68e-289 2879634 Pseudomonadati Pseudomonadota EEE4210954.1 EEE4210954.1 3.92e-74 596;28901 Pseudomonadati Pseudomonadota EEE4210954.1 WP_001495833.1 1.07e-20 562;1005550 Pseudomonadati Pseudomonadota RLE02911.1 RLE02911.1 0.0 2052149 0 Candidatus Aminicenantota WP_171334399.1 WP_171334399.1 2.36e-75 2126983 Pseudomonadati Pseudomonadota WP_064779756.1 WP_064779756.1 1.94e-256 168934;393657;1912094 Pseudomonadati Pseudomonadota WP_064779756.1 WP_124978582.1 1.38e-36 1122;1920663;1920664 Bacillati Cyanobacteriota WP_064779756.1 MCH5207665.1 1.13e-10 2485925 Bacillati Bacillota WP_033603452.1 WP_033603452.1 0.0 210 Pseudomonadati Campylobacterota WP_033603452.1 WP_100461895.1 1.10e-21 40324;2045214 Pseudomonadati Pseudomonadota EEC9022132.1 EEC9022132.1 0.0 562 Pseudomonadati Pseudomonadota EEC9022132.1 NRF69152.1 1.13e-39 2732868 Pseudomonadati Pseudomonadota EEC9022132.1 WP_058504615.1 1.89e-34 45070 Pseudomonadati Pseudomonadota EEC9022132.1 WP_283107263.1 3.15e-30 N/A N/A EEC9022132.1 MBT7163208.1 8.94e-29 2212475 Pseudomonadati Lentisphaerota EEC9022132.1 WP_017718577.1 4.03e-28 331992 Bacillati Cyanobacteriota EEC9022132.1 WP_203339841.1 1.35e-23 2782551 Bacillati Bacillota EEC9022132.1 WP_121975536.1 1.12e-15 2126983 Pseudomonadati Pseudomonadota XP_047408935.1 XP_047408935.1 0.0 30640 Metazoa Chordata WP_179136748.1 WP_179136748.1 3.16e-75 93172;1429439 Pseudomonadati Candidatus Tectimicrobiota WP_195269918.1 WP_195269918.1 5.83e-281 2787097 Bacillati Bacillota WP_195269918.1 MYS55468.1 1.58e-08 2690317 Bacillati Actinomycetota KAG0881289.1 KAG0881289.1 7.46e-143 64495 Fungi Mucoromycota MBN1756127.1 MBN1756127.1 2.19e-51 1869227 0 0 WP_150731550.1 WP_150731550.1 1.62e-266 294 Pseudomonadati Pseudomonadota WP_150731550.1 WP_034968029.1 3.54e-64 1233951 Pseudomonadati Bacteroidota KAF6802222.1 KAF6802222.1 0.0 2175907 Fungi Ascomycota KAF6802222.1 MBE9640947.1 1.09e-24 2865933 Pseudomonadati Pseudomonadota WP_255517101.1 WP_255517101.1 4.85e-96 2572916 Pseudomonadati Pseudomonadota MCK5244187.1 MCK5244187.1 7.26e-218 2044940 Pseudomonadati Thermodesulfobacteriota WP_197710405.1 WP_197710405.1 5.14e-180 92644 Bacillati Actinomycetota WP_100540054.1 WP_100540054.1 4.09e-56 1385;2059268 Bacillati Bacillota WP_100540054.1 MCG8687614.1 1.93e-04 2044940 Pseudomonadati Thermodesulfobacteriota TXT57728.1 TXT57728.1 7.63e-179 2053491 Promethearchaeati Candidatus Thorarchaeota MBT5378964.1 MBT5378964.1 7.79e-169 2026771 Pseudomonadati Verrucomicrobiota MBU1113346.1 MBU1113346.1 1.50e-120 2035772 Pseudomonadati Candidatus Omnitrophota WP_194499183.1 WP_194499183.1 2.31e-142 287 Pseudomonadati Pseudomonadota WP_093868643.1 WP_093868643.1 0.0 1250198;2267227;2635139 Pseudomonadati Bacteroidota WP_093868643.1 EIC7331684.1 5.33e-72 28901 Pseudomonadati Pseudomonadota WP_093868643.1 WP_209241541.1 1.78e-66 1434886 Bacillati Actinomycetota WP_093868643.1 HBU57020.1 1.10e-20 2026742 Pseudomonadati Gemmatimonadota WP_093868643.1 WP_172281536.1 3.04e-13 2715754 Pseudomonadati Bacteroidota KAI0308946.1 KAI0308946.1 2.17e-61 55340 Fungi Basidiomycota WP_073388870.1 WP_073388870.1 9.32e-115 831;1121131 Bacillati Bacillota WP_027388460.1 WP_027388460.1 3.79e-258 456299 Pseudomonadati Bacteroidota NCW99628.1 NCW99628.1 1.18e-130 1891241 Pseudomonadati Pseudomonadota NCW99628.1 CAB0780497.1 1.23e-44 1717 Bacillati Actinomycetota NCW99628.1 XP_020103231.1 6.15e-29 4615 Viridiplantae Streptophyta WP_210726445.1 WP_210726445.1 4.61e-74 1358 Bacillati Bacillota WP_015699100.1 WP_015699100.1 3.62e-255 34038;745277 Pseudomonadati Pseudomonadota WP_015699100.1 WP_125625723.1 3.53e-19 2203201;2560025;2593676 Bacillati Actinomycetota WP_015699100.1 OKX80212.1 9.72e-08 1718 Bacillati Actinomycetota MBY9080345.1 MBY9080345.1 6.36e-184 2834413;2834466 Bacillati Bacillota WP_093295436.1 WP_093295436.1 1.50e-187 1566283 Pseudomonadati Pseudomonadota XP_008215352.1 XP_008215352.1 0.0 7425 Metazoa Arthropoda XP_008215352.1 XP_029528577.1 2.15e-44 8023 Metazoa Chordata XP_008215352.1 KAG1590416.1 3.72e-38 936053 Fungi Mucoromycota XP_008215352.1 XP_048409145.1 3.72e-10 3053191 Metazoa Chordata MBO8197404.1 MBO8197404.1 4.50e-102 1387713 Bacillati Actinomycetota UCC96225.1 UCC96225.1 3.94e-38 2035772 Pseudomonadati Candidatus Omnitrophota MBV8508112.1 MBV8508112.1 1.03e-257 1909293;1913988 Pseudomonadati Pseudomonadota MBV8508112.1 WP_260320705.1 2.42e-78 2849641 Pseudomonadati Campylobacterota THH04310.1 THH04310.1 0.0 167371 Fungi Basidiomycota MBL7795363.1 MBL7795363.1 2.78e-129 2202734 Pseudomonadati Bacteroidota EDT7412775.1 EDT7412775.1 3.27e-91 260367 Pseudomonadati Pseudomonadota MBU6492563.1 MBU6492563.1 6.72e-147 1891238 Pseudomonadati Pseudomonadota MBR3700964.1 MBR3700964.1 0.0 1898207 Bacillati Bacillota WP_064613675.1 WP_064613675.1 7.12e-151 47715 Bacillati Bacillota XP_031540112.1 XP_031540112.1 0.0 30538 Metazoa Chordata NOT95054.1 NOT95054.1 1.58e-90 70125 Pseudomonadati Nitrospirota NOT95054.1 MBP8960789.1 4.18e-08 2052139 0 0 WP_164724930.1 WP_164724930.1 3.07e-143 562 Pseudomonadati Pseudomonadota WP_263833039.1 WP_263833039.1 9.61e-277 2976535 Pseudomonadati Campylobacterota MCO6480516.1 MCO6480516.1 4.46e-164 1940289 Pseudomonadati Bacteroidota MCO6480516.1 WP_242531680.1 2.58e-28 N/A N/A MBD5558909.1 MBD5558909.1 5.31e-138 2044939 Bacillati Bacillota NLW39422.1 NLW39422.1 1.56e-240 2049431 Bacillati Bacillota NLW39422.1 NVM03966.1 1.73e-59 2719382 Promethearchaeati Candidatus Helarchaeota NLW39422.1 WP_152652784.1 4.15e-49 2023717 Pseudomonadati Pseudomonadota NLW39422.1 WP_192500494.1 1.28e-45 1897058 Pseudomonadati Bacteroidota NLW39422.1 EHR6291555.1 7.30e-43 28901 Pseudomonadati Pseudomonadota NLW39422.1 RLN50561.1 1.78e-31 325452 0 Oomycota NLW39422.1 THW78755.1 5.36e-26 5580 Fungi Ascomycota NLW39422.1 WP_185334683.1 2.51e-24 1640 Bacillati Bacillota NLW39422.1 MSO30570.1 7.48e-23 1978231 Pseudomonadati Acidobacteriota NLW39422.1 WP_071876418.1 2.94e-21 332949 Bacillati Bacillota NLW39422.1 MCF7808720.1 2.27e-19 2026760 Pseudomonadati Fidelibacterota NLW39422.1 WP_088153117.1 1.48e-15 171674 Pseudomonadati Pseudomonadota NLW39422.1 WP_142931103.1 2.93e-14 2202200 Pseudomonadati Campylobacterota WP_222637261.1 WP_222637261.1 0.0 1280 Bacillati Bacillota WP_222637261.1 GGB39876.1 0.0 1827502 Bacillati Bacillota WP_222637261.1 ECJ9372216.1 0.0 1642 Bacillati Bacillota WP_257633067.1 WP_257633067.1 0.0 92644;459658 Bacillati Actinomycetota WP_257633067.1 WP_230424277.1 5.58e-145 1750517 Bacillati Actinomycetota MCU0422147.1 MCU0422147.1 0.0 2044936 Pseudomonadati Bacteroidota MCU0422147.1 OFY34840.1 1.88e-26 1797344;2030927 Pseudomonadati Bacteroidota MCU0422147.1 WP_120115041.1 9.74e-14 1914933 Bacillati Bacillota XP_042343617.1 XP_042343617.1 0.0 160734 Metazoa Chordata WP_176958177.1 WP_176958177.1 3.18e-215 2608715 Pseudomonadati Pseudomonadota WP_176958177.1 WP_192106836.1 2.09e-81 2571221 Pseudomonadati Pseudomonadota WP_176958177.1 WP_278888642.1 1.46e-56 363265 Pseudomonadati Bacteroidota WP_176958177.1 AIA18772.1 2.16e-55 77133 0 0 KAJ2277403.1 KAJ2277403.1 0.0 2512257 Fungi Kickxellomycota WP_110358640.1 WP_110358640.1 2.53e-249 28901 Pseudomonadati Pseudomonadota WP_110358640.1 WP_271243471.1 3.98e-211 562 Pseudomonadati Pseudomonadota OJV98239.1 OJV98239.1 2.51e-228 1895782 Bacillati Actinomycetota MBS1410118.1 MBS1410118.1 2.51e-267 2054177 Bacillati Bacillota HBC3664605.1 HBC3664605.1 1.18e-46 470 Pseudomonadati Pseudomonadota KAG5959692.1 KAG5959692.1 0.0 1623583 Fungi Ascomycota WP_138471989.1 WP_138471989.1 1.77e-270 191770 Bacillati Bacillota MBL7722360.1 MBL7722360.1 0.0 1869212 Pseudomonadati Bacteroidota KAF4995643.1 KAF4995643.1 0.0 57161 Fungi Ascomycota KAJ5614194.1 KAJ5614194.1 0.0 69774 Fungi Ascomycota WP_251116163.1 WP_251116163.1 3.39e-200 2950074 Pseudomonadati Pseudomonadota MBS1909834.1 MBS1909834.1 0.0 1898104 Pseudomonadati Bacteroidota KAI4951926.1 KAI4951926.1 2.29e-234 1187941 Fungi Ascomycota MBS0323691.1 MBS0323691.1 6.30e-187 1977087 Pseudomonadati Pseudomonadota EDS6425957.1 EDS6425957.1 0.0 59201 Pseudomonadati Pseudomonadota WP_205996060.1 WP_205996060.1 0.0 2703892 Pseudomonadati Pseudomonadota MBW7898988.1 MBW7898988.1 2.99e-141 392547;2172549;2528032 Pseudomonadati Planctomycetota WP_111206393.1 WP_111206393.1 3.06e-107 1280 Bacillati Bacillota MSW04208.1 MSW04208.1 0.0 2900548 Bacillati Actinomycetota WP_057651690.1 WP_057651690.1 1.45e-208 1746199 Pseudomonadati Pseudomonadota WP_057651690.1 MBU5424338.1 2.96e-27 156981 Bacillati Actinomycetota WP_057651690.1 WP_281054160.1 1.43e-21 136468 Pseudomonadati Pseudomonadota WP_057651690.1 WP_110035452.1 1.39e-14 236511;1210080 Bacillati Actinomycetota WP_057651690.1 MBN3744368.1 9.00e-13 2703898 Pseudomonadati Pseudomonadota WP_057651690.1 XP_028635853.1 1.24e-09 491861 Metazoa Chordata WP_057651690.1 MCJ7630170.1 1.01e-06 2910168 Pseudomonadati Gemmatimonadota WP_032918432.1 WP_032918432.1 5.26e-204 1927 Bacillati Actinomycetota MOR90002.1 MOR90002.1 8.53e-19 9606 Metazoa Chordata WP_096527630.1 WP_096527630.1 6.00e-85 1630141 Pseudomonadati Pseudomonadota XP_014362268.2 XP_014362268.2 0.0 76193 Metazoa Arthropoda GFY15021.1 GFY15021.1 3.14e-192 2585209 Metazoa Arthropoda GFY15021.1 GFT25780.1 1.17e-22 2585209 Metazoa Arthropoda MBV9888347.1 MBV9888347.1 5.81e-73 1978231 Pseudomonadati Acidobacteriota MBE9467362.1 MBE9467362.1 0.0 1898104 Pseudomonadati Bacteroidota MBE9467362.1 WP_074911472.1 1.02e-19 371601 Pseudomonadati Bacteroidota MBE9467362.1 MBN1819552.1 4.35e-19 2053594 Pseudomonadati Bacteroidota WP_037310167.1 WP_037310167.1 2.89e-202 1852 Bacillati Actinomycetota WP_244292824.1 WP_244292824.1 5.98e-224 2698727 Bacillati Actinomycetota WP_244292824.1 KZS73167.1 2.94e-59 1768 Bacillati Actinomycetota MBI5162857.1 MBI5162857.1 4.28e-128 31872 Pseudomonadati Pseudomonadota WP_236345246.1 WP_236345246.1 6.90e-208 2905650 Bacillati Bacillota WP_212226535.1 WP_212226535.1 1.98e-120 722472 Pseudomonadati Pseudomonadota MAJ92374.1 MAJ92374.1 5.60e-233 1898112;1986643 Pseudomonadati Pseudomonadota MAJ92374.1 TMF32236.1 8.91e-62 2026724 Bacillati Chloroflexota MAJ92374.1 HIE21596.1 9.85e-20 2080302 Bacillati Actinomycetota WP_257504872.1 WP_257504872.1 0.0 2057793 Bacillati Actinomycetota WP_257504872.1 WP_144320971.1 4.37e-36 68270 Bacillati Actinomycetota WP_257504872.1 TAL20232.1 4.35e-19 1872578 Pseudomonadati Pseudomonadota WP_257504872.1 MCH5250214.1 1.40e-14 1898203 Bacillati Bacillota WP_257504872.1 XP_001454078.1 2.41e-06 5888 0 Ciliophora UVB16817.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UVB16817.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota MBK7087525.1 MBK7087525.1 4.44e-234 1869212 Pseudomonadati Bacteroidota EFT8991253.1 EFT8991253.1 0.0 28901 Pseudomonadati Pseudomonadota EFT8991253.1 WP_265822109.1 9.10e-25 46201 Pseudomonadati Deferribacterota EFT8991253.1 WP_220281278.1 5.20e-11 562 Pseudomonadati Pseudomonadota EFT8991253.1 HCH8663031.1 1.07e-07 28901 Pseudomonadati Pseudomonadota MBY0434949.1 MBY0434949.1 0.0 2099675 Pseudomonadati Bacteroidota MBB2902420.1 MBB2902420.1 1.82e-198 131568 Bacillati Actinomycetota MBB2902420.1 WP_279826355.1 2.66e-61 225991 Pseudomonadati Pseudomonadota KAG8379083.1 KAG8379083.1 9.86e-217 168488 Viridiplantae Streptophyta HBV8273101.1 HBV8273101.1 1.33e-86 573 Pseudomonadati Pseudomonadota HBV8273101.1 WP_185116294.1 3.37e-09 1735672 Pseudomonadati Bacteroidota KAI5005557.1 KAI5005557.1 2.90e-317 4513 Viridiplantae Streptophyta MBT7135637.1 MBT7135637.1 6.03e-135 1920175 Pseudomonadati Bacteroidota WP_011490055.1 WP_011490055.1 6.11e-201 36873;266265 Pseudomonadati Pseudomonadota XP_021299958.1 XP_021299958.1 0.0 108875 Viridiplantae Streptophyta XP_033668161.1 XP_033668161.1 0.0 1080233 Fungi Ascomycota XP_033668161.1 KAJ2593889.1 1.90e-68 2789340 Fungi Kickxellomycota WP_059510827.1 WP_059510827.1 3.74e-225 488732 Pseudomonadati Pseudomonadota WP_059510827.1 WP_058635033.1 3.14e-50 401562 Pseudomonadati Pseudomonadota WP_059510827.1 WP_251874466.1 3.29e-44 2950604 Bacillati Bacillota WP_059510827.1 WP_234306850.1 5.80e-43 1463845 Bacillati Actinomycetota WP_059510827.1 WP_116701099.1 2.04e-40 2171494 Pseudomonadati Pseudomonadota WP_059510827.1 MBC99785.1 6.29e-33 2026728 Pseudomonadati Bacteroidota WP_059510827.1 WP_095128211.1 6.60e-30 2009179 Pseudomonadati Pseudomonadota WP_059510827.1 KOR84431.1 6.85e-23 1581037 Bacillati Bacillota WP_056611679.1 WP_056611679.1 3.78e-117 44249;1736398;1850517;2905648 Bacillati Bacillota WP_056611679.1 WP_135028221.1 5.24e-07 384602 Bacillati Actinomycetota HAT6344274.1 HAT6344274.1 7.83e-216 644 Pseudomonadati Pseudomonadota EHU4169843.1 EHU4169843.1 0.0 562 Pseudomonadati Pseudomonadota XP_024696459.1 XP_024696459.1 0.0 1392248 Fungi Ascomycota XP_024696459.1 XP_039286754.1 2.01e-12 108931 Metazoa Arthropoda CDZ73727.1 CDZ73727.1 7.36e-182 323655 Pseudomonadati Pseudomonadota CDZ73727.1 WP_197521413.1 1.98e-15 1528787 Bacillati Bacillota CDZ73727.1 WP_089095302.1 3.09e-15 346;473426 Pseudomonadati Pseudomonadota CDZ73727.1 MBC7326981.1 3.76e-15 1869227 0 0 CDZ73727.1 MBR7834804.1 7.81e-15 1508375 Bacillati Actinomycetota CDZ73727.1 WP_152652784.1 8.90e-15 2023717 Pseudomonadati Pseudomonadota CDZ73727.1 WP_008134825.1 2.04e-14 1144344 Pseudomonadati Pseudomonadota CDZ73727.1 WP_227059655.1 4.58e-14 40545 Pseudomonadati Pseudomonadota CDZ73727.1 GLY24463.1 2.21e-13 3032198 Bacillati Actinomycetota CDZ73727.1 MWR41881.1 4.28e-12 562 Pseudomonadati Pseudomonadota CDZ73727.1 WP_107894076.1 6.30e-12 1130819 Bacillati Bacillota CDZ73727.1 WP_060613079.1 1.28e-11 570;573 Pseudomonadati Pseudomonadota CDZ73727.1 WP_247749043.1 7.71e-11 N/A N/A CDZ73727.1 WP_207918089.1 3.80e-10 185978;2512133;2587092 Bacillati Bacillota CDZ73727.1 WP_066083732.1 1.43e-09 220687 Bacillati Bacillota CDZ73727.1 WP_158791585.1 7.93e-09 1641866 Pseudomonadati Acidobacteriota CDZ73727.1 WP_112088864.1 6.44e-08 573 Pseudomonadati Pseudomonadota KAG9509822.1 KAG9509822.1 3.70e-267 1670756 Metazoa Arthropoda TWK83191.1 TWK83191.1 4.03e-275 1648923 Bacillati Bacillota WP_176700057.1 WP_176700057.1 2.04e-125 1914963 Pseudomonadati Bacteroidota WP_141400768.1 WP_141400768.1 1.23e-190 1073196 Pseudomonadati Pseudomonadota MBS07362.1 MBS07362.1 3.82e-317 232 Pseudomonadati Pseudomonadota MCL2204087.1 MCL2204087.1 0.0 2660712 Bacillati Bacillota MCL2204087.1 MBQ9679177.1 3.41e-306 41978 Bacillati Bacillota MCL2204087.1 CAI9595211.1 1.01e-169 386267 Metazoa Chordata MCL2204087.1 SCL13606.1 2.59e-65 47866 Bacillati Actinomycetota MCL2204087.1 MBK6751737.1 1.21e-29 1978231 Pseudomonadati Acidobacteriota MCL2204087.1 MCB9999913.1 1.61e-11 2021371 Pseudomonadati Pseudomonadota MCL2204087.1 WP_233286789.1 1.02e-04 N/A N/A WP_027780629.1 WP_027780629.1 1.25e-131 134536 Pseudomonadati Pseudomonadota EAG5222239.1 EAG5222239.1 5.00e-182 1639 Bacillati Bacillota EAG5222239.1 KAA0785577.1 2.09e-90 1890302;2217820 Bacillati Bacillota EAG5222239.1 WP_216576398.1 4.40e-54 2841515 Bacillati Bacillota WP_097514015.1 WP_097514015.1 5.62e-285 562 Pseudomonadati Pseudomonadota WP_097514015.1 EIZ9235425.1 1.81e-26 28141 Pseudomonadati Pseudomonadota WP_097514015.1 WP_237962375.1 1.31e-17 28197 Pseudomonadati Campylobacterota WP_097514015.1 WP_186556299.1 1.36e-15 286;2745493 Pseudomonadati Pseudomonadota WP_208099194.1 WP_208099194.1 9.12e-38 1932667 Bacillati Cyanobacteriota XP_025777939.1 XP_025777939.1 0.0 9696 Metazoa Chordata MBL6625757.1 MBL6625757.1 5.04e-267 1913988 Pseudomonadati Pseudomonadota MBL6625757.1 WP_166476065.1 7.95e-12 1404367 Pseudomonadati Pseudomonadota KAH7548383.1 KAH7548383.1 0.0 99658 Viridiplantae Streptophyta WP_271250528.1 WP_271250528.1 3.95e-31 128785 Pseudomonadati Pseudomonadota WP_197888162.1 WP_197888162.1 2.13e-198 303 Pseudomonadati Pseudomonadota XP_033991852.1 XP_033991852.1 0.0 40690 Metazoa Chordata HAF54287.1 HAF54287.1 3.89e-50 1905334 Pseudomonadati Pseudomonadota WP_167613923.1 WP_167613923.1 3.11e-75 2696285 Pseudomonadati Bacteroidota MPZ45416.1 MPZ45416.1 0.0 1891241 Pseudomonadati Pseudomonadota WP_067019348.1 WP_067019348.1 8.34e-148 1792290 Pseudomonadati Pseudomonadota MBO5601840.1 MBO5601840.1 1.92e-248 59823 Pseudomonadati Bacteroidota MBU6248241.1 MBU6248241.1 0.0 1926873 Pseudomonadati Pseudomonadota WP_165682932.1 WP_165682932.1 3.40e-71 36809;1185650 Bacillati Actinomycetota WP_143020066.1 WP_143020066.1 3.51e-110 504805 Bacillati Actinomycetota WP_238972864.1 WP_238972864.1 3.84e-56 848;851 Fusobacteriati Fusobacteriota ABG88111.1 ABG88111.1 1.88e-66 11676 Pararnavirae Artverviricota ABG88111.1 QJX39053.1 6.11e-34 11676 Pararnavirae Artverviricota ABG88111.1 AEO85464.1 2.24e-31 11676 Pararnavirae Artverviricota WP_260325674.1 WP_260325674.1 8.94e-193 N/A N/A MCC7417019.1 MCC7417019.1 4.63e-160 1978231 Pseudomonadati Acidobacteriota MCI8430709.1 MCI8430709.1 8.00e-201 1898203 Bacillati Bacillota MCI8430709.1 WP_252809941.1 1.81e-17 79912 Bacillati Actinomycetota XP_030622007.1 XP_030622007.1 1.06e-208 29144 Metazoa Chordata WP_053695461.1 WP_053695461.1 4.67e-201 1519475 Bacillati Actinomycetota WP_053695461.1 WP_072476944.1 7.43e-62 546364 Bacillati Actinomycetota XP_029196159.1 XP_029196159.1 5.52e-277 45264 Metazoa Cnidaria WP_049009918.1 WP_049009918.1 0.0 545 Pseudomonadati Pseudomonadota WP_049009918.1 WP_019100427.1 1.66e-297 394935 Pseudomonadati Pseudomonadota WP_049009918.1 MBE6688122.1 1.09e-91 2485925 Bacillati Bacillota WP_049009918.1 WP_278631399.1 1.97e-81 29348 Bacillati Bacillota WP_049009918.1 KAA0114277.1 9.21e-80 1305 Bacillati Bacillota WP_049009918.1 WP_235126772.1 1.64e-72 2909336 Pseudomonadati Bacteroidota WP_049009918.1 KAJ6994162.1 4.87e-69 444605 Viridiplantae Streptophyta WP_049009918.1 MBY0273331.1 7.23e-68 1913988 Pseudomonadati Pseudomonadota WP_049009918.1 MBE5737882.1 1.21e-58 1898207 Bacillati Bacillota WP_049009918.1 KAF5671546.1 6.59e-42 48490 Fungi Ascomycota WP_049009918.1 XP_009147075.2 2.75e-39 3711 Viridiplantae Streptophyta WP_049009918.1 WP_074319120.1 8.51e-15 709881 Bacillati Actinomycetota WP_049009918.1 HCT06136.1 2.39e-11 306 Pseudomonadati Pseudomonadota WP_049009918.1 MBI6149093.1 5.56e-11 615 Pseudomonadati Pseudomonadota OTA99890.1 OTA99890.1 1.67e-172 1001833 Fungi Ascomycota KPP66050.1 KPP66050.1 0.0 113540 Metazoa Chordata QDF59120.1 QDF59120.1 0.0 13832 Viridiplantae Streptophyta MPC98265.1 MPC98265.1 6.47e-58 210409 Metazoa Arthropoda BBC91732.1 BBC91732.1 0.0 1928 Bacillati Actinomycetota BBC91732.1 WP_023727015.1 3.03e-42 1287285 Pseudomonadati Pseudomonadota BBC91732.1 RQL72805.1 7.30e-29 48296 Pseudomonadati Pseudomonadota BBC91732.1 WP_226276978.1 2.07e-23 179879 Pseudomonadati Pseudomonadota BBC91732.1 KAG8816705.1 9.11e-23 2600214 Fungi Basidiomycota XP_040685867.1 XP_040685867.1 1.13e-297 5066;1073089 Fungi Ascomycota XP_040685867.1 GAN03156.1 1.05e-124 91626 Fungi Mucoromycota XP_040685867.1 MCP1651746.1 1.51e-63 46680 Pseudomonadati Pseudomonadota XP_040685867.1 EDH4057100.1 2.41e-60 149388 Pseudomonadati Pseudomonadota XP_040685867.1 WP_004619799.1 1.39e-58 75;78;1292034 Pseudomonadati Pseudomonadota XP_040685867.1 WP_277084622.1 2.23e-58 2606630 Bacillati Bacillota XP_040685867.1 WP_074825075.1 8.64e-58 82985;1122977 Pseudomonadati Pseudomonadota XP_040685867.1 WP_078429679.1 5.58e-54 427920 Bacillati Bacillota XP_040685867.1 WP_083141943.1 3.70e-44 39692 Bacillati Actinomycetota XP_040685867.1 MBA2536487.1 2.52e-39 2900548 Bacillati Actinomycetota EDQ0183574.1 EDQ0183574.1 4.63e-30 28901;90371;224729;1340177 Pseudomonadati Pseudomonadota WP_072476944.1 WP_072476944.1 3.64e-231 546364 Bacillati Actinomycetota WP_072476944.1 WP_053695461.1 4.04e-58 1519475 Bacillati Actinomycetota MBR3327931.1 MBR3327931.1 7.24e-87 2485926 Bacillati Actinomycetota ACU61622.1 ACU61622.1 5.86e-130 485918 Pseudomonadati Bacteroidota EFM1979785.1 EFM1979785.1 1.05e-41 562 Pseudomonadati Pseudomonadota WP_029005116.1 WP_029005116.1 1.96e-118 281091 Pseudomonadati Pseudomonadota HCF98070.1 HCF98070.1 1.07e-83 41200 Bacillati Actinomycetota WP_280541983.1 WP_280541983.1 9.28e-232 29497 Pseudomonadati Pseudomonadota WP_280541983.1 WP_213827928.1 6.20e-93 2810616 Pseudomonadati Pseudomonadota KEH41285.1 KEH41285.1 5.09e-149 3880 Viridiplantae Streptophyta ORV68006.1 ORV68006.1 2.73e-121 29314 Bacillati Actinomycetota HCA7191507.1 HCA7191507.1 1.97e-201 562 Pseudomonadati Pseudomonadota WP_111083956.1 WP_111083956.1 3.18e-215 2;179015;2739016;2783818;2783819 0;Bacillati 0;Actinomycetota WP_111083956.1 HIS27960.1 2.89e-65 2840685 Bacillati Bacillota WP_111083956.1 WP_062263491.1 6.15e-56 1633495 Pseudomonadati Pseudomonadota XP_044551221.1 XP_044551221.1 0.0 51637 0 Heterolobosea MCK9592859.1 MCK9592859.1 3.70e-62 2052170 Methanobacteriati Methanobacteriota WP_076194242.1 WP_076194242.1 0.0 44249;189426 Bacillati Bacillota WP_076194242.1 KFX48203.1 4.23e-33 N/A N/A WP_076194242.1 KDF42894.1 2.51e-32 208224 Pseudomonadati Pseudomonadota WP_076194242.1 WP_007356512.1 1.24e-28 272129;1501433 Bacillati Cyanobacteriota WP_076194242.1 MBO8233644.1 5.79e-27 2054182;2716489 Bacillati Cyanobacteriota WP_076194242.1 MCH5250214.1 1.51e-26 1898203 Bacillati Bacillota WP_076194242.1 WP_200037957.1 1.05e-25 95486 Pseudomonadati Pseudomonadota WP_076194242.1 WP_212961195.1 2.26e-25 557555 Bacillati Bacillota WP_076194242.1 MBQ1868746.1 2.21e-23 2053611;2593411 Bacillati Bacillota WP_076194242.1 WP_144320971.1 7.01e-21 68270 Bacillati Actinomycetota WP_076194242.1 XP_001454078.1 2.16e-19 5888 0 Ciliophora WP_076194242.1 MBK8012537.1 4.60e-17 2026735 Pseudomonadati Myxococcota WP_076194242.1 WP_010434011.1 6.69e-12 47951;693153 Pseudomonadati Pseudomonadota WP_076194242.1 WP_225118260.1 2.31e-08 2793821 Pseudomonadati Pseudomonadota MBI2147080.1 MBI2147080.1 7.64e-175 2026803 Nanobdellati Candidatus Woesearchaeota WP_068964936.1 WP_068964936.1 0.0 1633135 Bacillati Bacillota EHD1229023.1 EHD1229023.1 5.17e-107 562 Pseudomonadati Pseudomonadota EHD1229023.1 WP_045308192.1 4.14e-59 547;550;158836;1812934 Pseudomonadati Pseudomonadota WP_259619769.1 WP_259619769.1 0.0 1229154 Bacillati Bacillota WP_259619769.1 WP_185921121.1 5.88e-49 95486 Pseudomonadati Pseudomonadota KAF4306879.1 KAF4306879.1 7.02e-174 55169 Fungi Ascomycota KAF4306879.1 MCF7871960.1 2.56e-35 2026803 Nanobdellati Candidatus Woesearchaeota WP_017171503.1 WP_017171503.1 9.67e-131 338;1985254;2821275 Pseudomonadati Pseudomonadota WP_017171503.1 HCG9411603.1 2.03e-26 670 Pseudomonadati Pseudomonadota WP_022389025.1 WP_022389025.1 0.0 40520;1263107 Bacillati Bacillota WP_022389025.1 WP_257689765.1 7.77e-45 644 Pseudomonadati Pseudomonadota WP_022389025.1 XP_050320449.1 1.87e-42 98809 Metazoa Arthropoda WP_022389025.1 WP_057201184.1 2.32e-28 1736492 Pseudomonadati Pseudomonadota WP_010462366.1 WP_010462366.1 0.0 12916;1736505;2769311 Pseudomonadati Pseudomonadota KXN72221.1 KXN72221.1 1.10e-175 796925 Fungi Entomophthoromycota KXN72221.1 KAI1815548.1 5.19e-34 101475 Fungi Ascomycota TFE29608.1 TFE29608.1 0.0 2541730 Bacillati Actinomycetota TFE29608.1 WP_026974351.1 4.49e-05 392016 Bacillati Bacillota KAJ4310611.1 KAJ4310611.1 0.0 1435070 Fungi Ascomycota MBT3309449.1 MBT3309449.1 7.84e-172 1913989 Pseudomonadati Pseudomonadota WP_128950282.1 WP_128950282.1 3.59e-220 1325095 Pseudomonadati Pseudomonadota WP_128950282.1 KJS37244.1 1.86e-89 1629710 Pseudomonadati Pseudomonadota WP_187335130.1 WP_187335130.1 1.32e-52 2709686;2794021 Pseudomonadati Pseudomonadota WP_164767343.1 WP_164767343.1 4.89e-141 2496733 Pseudomonadati Pseudomonadota WP_164767343.1 WP_073505727.1 3.83e-47 61015 Bacillati Bacillota WP_164767343.1 WP_133874384.1 1.07e-40 52695 Bacillati Actinomycetota WP_014217999.1 WP_014217999.1 4.44e-234 354356;700598 Pseudomonadati Bacteroidota WP_014217999.1 WP_265272113.1 6.09e-35 457945 Bacillati Cyanobacteriota WP_014217999.1 EXK83554.1 1.50e-30 96318;1089458 Fungi Ascomycota WP_014217999.1 HHZ84751.1 3.25e-18 1913989 Pseudomonadati Pseudomonadota WP_173302040.1 WP_173302040.1 0.0 1220182 Pseudomonadati Bacteroidota WP_173302040.1 WP_182711301.1 3.83e-14 2760932 Pseudomonadati Pseudomonadota WP_173302040.1 GIS77777.1 7.10e-05 2026776 Pseudomonadati Pseudomonadota MCH6132484.1 MCH6132484.1 3.81e-166 28901 Pseudomonadati Pseudomonadota MCH6132484.1 WP_094313715.1 5.20e-115 543;548;573 Pseudomonadati Pseudomonadota KAJ8911168.1 KAJ8911168.1 1.44e-60 1586481 Metazoa Arthropoda EGC1082389.1 EGC1082389.1 3.98e-200 28901 Pseudomonadati Pseudomonadota UZH89542.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UZH89542.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota GBE22655.1 GBE22655.1 6.93e-148 2005724 0 0 WP_233227509.1 WP_233227509.1 4.78e-231 2760981 Bacillati Actinomycetota XP_006114890.1 XP_006114890.1 5.03e-266 N/A N/A CAI9595211.1 CAI9595211.1 0.0 386267 Metazoa Chordata CAI9595211.1 MBQ9679177.1 4.47e-173 41978 Bacillati Bacillota CAI9595211.1 MCL2204087.1 5.71e-166 2660712 Bacillati Bacillota CAI9595211.1 SCL13606.1 4.13e-54 47866 Bacillati Actinomycetota CAI9595211.1 WP_081224968.1 2.26e-45 1288 Bacillati Bacillota CAI9595211.1 MBK6751737.1 3.92e-17 1978231 Pseudomonadati Acidobacteriota WP_108109984.1 WP_108109984.1 5.48e-55 29497 Pseudomonadati Pseudomonadota MBX2936516.1 MBX2936516.1 5.55e-313 2202734 Pseudomonadati Bacteroidota WP_218623326.1 WP_218623326.1 4.86e-105 347 Pseudomonadati Pseudomonadota XP_050255036.1 XP_050255036.1 5.16e-302 38942 Viridiplantae Streptophyta WP_278264086.1 WP_278264086.1 0.0 3025312 Bacillati Actinomycetota WP_243977667.1 WP_243977667.1 2.30e-205 691 Pseudomonadati Pseudomonadota WP_243977667.1 WP_046600280.1 2.83e-36 399;323655 Pseudomonadati Pseudomonadota WP_243977667.1 WP_133340757.1 5.25e-19 321662 Pseudomonadati Pseudomonadota KAF4611166.1 KAF4611166.1 0.0 84607 Fungi Basidiomycota WP_215493005.1 WP_215493005.1 0.0 2811780 Pseudomonadati Bacteroidota WP_215493005.1 WP_070714099.1 3.88e-111 724;729;1739452 Pseudomonadati Pseudomonadota WP_215493005.1 PPU99279.1 5.89e-98 56455 Pseudomonadati Pseudomonadota WP_215493005.1 MBB3008158.1 3.37e-93 942866 Pseudomonadati Pseudomonadota MBK8070034.1 MBK8070034.1 1.31e-195 2052182 Pseudomonadati Pseudomonadota MBK8070034.1 WP_216195748.1 1.19e-65 1855648 Pseudomonadati Pseudomonadota MBK8070034.1 MAG44064.1 2.92e-08 1899355 Pseudomonadati Pseudomonadota KCN41050.1 KCN41050.1 6.66e-245 1423451 Bacillati Actinomycetota MCP5750602.1 MCP5750602.1 7.39e-63 573 Pseudomonadati Pseudomonadota MBP7130798.1 MBP7130798.1 1.42e-14 29523 Pseudomonadati Bacteroidota XP_033679940.1 XP_033679940.1 0.0 390896 Fungi Ascomycota XP_033679940.1 WP_281919021.1 4.25e-07 2984338 Bacillati Actinomycetota XP_033679940.1 MBP7829117.1 2.81e-06 2212473 Pseudomonadati Kiritimatiellota WP_283922158.1 WP_283922158.1 1.21e-113 3047873 Bacillati Bacillota WP_133251971.1 WP_133251971.1 1.44e-282 663609 Bacillati Actinomycetota WP_267714175.1 WP_267714175.1 1.68e-281 N/A N/A WP_135306871.1 WP_135306871.1 6.27e-229 2293833 Pseudomonadati Pseudomonadota WP_135306871.1 HCD14621.1 4.10e-75 50422 Pseudomonadati Pseudomonadota WP_135306871.1 QEC74319.1 1.22e-32 496057 Pseudomonadati Bacteroidota MBE5737882.1 MBE5737882.1 0.0 1898207 Bacillati Bacillota MBE5737882.1 MBE6688122.1 7.08e-113 2485925 Bacillati Bacillota MBE5737882.1 KAA0114277.1 5.77e-105 1305 Bacillati Bacillota MBE5737882.1 WP_278631399.1 1.15e-102 29348 Bacillati Bacillota MBE5737882.1 WP_235126772.1 2.64e-88 2909336 Pseudomonadati Bacteroidota MBE5737882.1 KAF5671546.1 4.63e-84 48490 Fungi Ascomycota MBE5737882.1 XP_009147075.2 2.77e-72 3711 Viridiplantae Streptophyta MBE5737882.1 WP_049009918.1 8.26e-50 545 Pseudomonadati Pseudomonadota MBE5737882.1 WP_019100427.1 6.13e-37 394935 Pseudomonadati Pseudomonadota MBE5737882.1 MBY0273331.1 1.64e-31 1913988 Pseudomonadati Pseudomonadota MBE5737882.1 KAJ6994162.1 9.49e-31 444605 Viridiplantae Streptophyta MBE5737882.1 WP_041591748.1 9.98e-10 51669 Bacillati Bacillota MSL30063.1 MSL30063.1 1.20e-199 562 Pseudomonadati Pseudomonadota WP_046302954.1 WP_046302954.1 0.0 1581149 Pseudomonadati Pseudomonadota WP_050926421.1 WP_050926421.1 3.92e-80 669 Pseudomonadati Pseudomonadota GAO25539.1 GAO25539.1 7.20e-61 1603291 Pseudomonadati Pseudomonadota WP_165894367.1 WP_165894367.1 8.93e-258 797292 Pseudomonadati Bacteroidota WP_018858575.1 WP_018858575.1 0.0 1048680 Pseudomonadati Pseudomonadota HBB7853833.1 HBB7853833.1 0.0 562 Pseudomonadati Pseudomonadota HBB7853833.1 MBI5333464.1 1.10e-16 1891238 Pseudomonadati Pseudomonadota HBB7853833.1 WP_018646673.1 7.18e-16 990078 Pseudomonadati Pseudomonadota QGT50941.1 QGT50941.1 0.0 344338 Bacillati Bacillota KAJ5748900.1 KAJ5748900.1 1.14e-183 1850975 Fungi Ascomycota WP_073432751.1 WP_073432751.1 3.17e-116 169427 Pseudomonadati Pseudomonadota KAG5702777.1 KAG5702777.1 3.01e-189 N/A N/A KAG5702777.1 RCI04718.1 1.10e-04 4846 Fungi Mucoromycota WP_036488090.1 WP_036488090.1 1.60e-167 N/A N/A OAA61066.1 OAA61066.1 3.02e-303 1081102 Fungi Ascomycota MCI0877007.1 MCI0877007.1 4.05e-252 2026724 Bacillati Chloroflexota GLI99474.1 GLI99474.1 9.58e-109 3018973 Pseudomonadati Pseudomonadota GLI99474.1 WP_089269927.1 2.03e-28 1608407 Pseudomonadati Pseudomonadota MCB1065733.1 MCB1065733.1 1.50e-44 2499141 Pseudomonadati Verrucomicrobiota MCB1065733.1 MBI4966856.1 2.70e-19 2026786 Pseudomonadati Pseudomonadota XP_056041627.1 XP_056041627.1 0.0 54092 Fungi Ascomycota WP_225902036.1 WP_225902036.1 6.39e-59 N/A N/A KXH55701.1 KXH55701.1 7.69e-77 1209931 Fungi Ascomycota WP_258930666.1 WP_258930666.1 1.16e-43 2865782 Pseudomonadati Thermodesulfobacteriota WP_037548932.1 WP_037548932.1 0.0 1472720 Bacillati Bacillota WP_037548932.1 HAG62657.1 4.48e-136 1871328 Bacillati Actinomycetota WP_037548932.1 WP_169940736.1 4.62e-65 95301 Pseudomonadati Pseudomonadota WP_037548932.1 KAJ5112313.1 5.48e-59 1131581 Fungi Ascomycota MBM3160744.1 MBM3160744.1 1.62e-95 1898104 Pseudomonadati Bacteroidota VAI84247.1 VAI84247.1 4.08e-61 4567 Viridiplantae Streptophyta AAX29823.1 AAX29823.1 0.0 32630 0 0 OZV86646.1 OZV86646.1 1.59e-20 1311 Bacillati Bacillota WP_007708736.1 WP_007708736.1 6.08e-170 333367;518636 Bacillati Bacillota WP_007708736.1 MBP1530348.1 3.56e-44 2049044 Bacillati Bacillota WP_007708736.1 MBQ5584458.1 1.87e-43 2053608 Bacillati Bacillota WP_007708736.1 MCL7714424.1 2.79e-42 2871096 Pseudomonadati Pseudomonadota WP_007708736.1 WP_069156513.1 3.96e-40 1432052 Bacillati Bacillota WP_007708736.1 WP_186723788.1 3.54e-39 582 Pseudomonadati Pseudomonadota WP_007708736.1 WP_101794136.1 1.65e-38 2067450 Pseudomonadati Pseudomonadota WP_007708736.1 WP_194544138.1 9.52e-33 N/A N/A WP_007708736.1 EAG2350674.1 5.42e-32 1639 Bacillati Bacillota WP_007708736.1 EAC1232420.1 1.59e-28 195 Pseudomonadati Campylobacterota WP_007708736.1 WP_232306300.1 1.28e-22 823 Pseudomonadati Bacteroidota WP_007708736.1 WP_185031483.1 4.29e-20 46159 Bacillati Actinomycetota WP_007708736.1 WP_064652354.1 4.53e-19 1825933 Pseudomonadati Pseudomonadota WP_007708736.1 WP_272906673.1 1.41e-08 354351 Pseudomonadati Pseudomonadota WP_007708736.1 MBQ2640849.1 4.25e-05 1898203 Bacillati Bacillota MBT7163208.1 MBT7163208.1 0.0 2212475 Pseudomonadati Lentisphaerota MBT7163208.1 NRF69152.1 1.93e-75 2732868 Pseudomonadati Pseudomonadota MBT7163208.1 WP_017718577.1 3.04e-66 331992 Bacillati Cyanobacteriota MBT7163208.1 WP_283107263.1 4.25e-62 N/A N/A MBT7163208.1 WP_058504615.1 1.03e-57 45070 Pseudomonadati Pseudomonadota MBT7163208.1 WP_203339841.1 4.44e-44 2782551 Bacillati Bacillota MBT7163208.1 EEC9022132.1 1.63e-25 562 Pseudomonadati Pseudomonadota MBT7163208.1 WP_121975536.1 6.96e-23 2126983 Pseudomonadati Pseudomonadota MBT7163208.1 RYD39969.1 3.95e-19 2026800 Pseudomonadati Verrucomicrobiota WP_210734217.1 WP_210734217.1 2.79e-196 N/A N/A WP_211296720.1 WP_211296720.1 0.0 218490 Pseudomonadati Bacteroidota MBO0787136.1 MBO0787136.1 3.77e-193 2900548 Bacillati Actinomycetota MBO0787136.1 WP_244311009.1 2.30e-09 699041 Bacillati Actinomycetota MOK24130.1 MOK24130.1 1.85e-14 9606 Metazoa Chordata WP_070509780.1 WP_070509780.1 2.91e-263 1581133 Bacillati Actinomycetota WP_070509780.1 WP_008346835.1 1.63e-30 1386;1408;1409;293386;293388;293389;1326972 Bacillati Bacillota XP_027172582.1 XP_027172582.1 5.15e-154 49369 Viridiplantae Streptophyta XP_027172582.1 KAA3459801.1 1.90e-09 47621 Viridiplantae Streptophyta AQY75504.1 AQY75504.1 4.45e-261 4911 Fungi Ascomycota AQY75504.1 WP_016809838.1 1.06e-39 571;883119 Pseudomonadati Pseudomonadota AQY75504.1 WP_213646387.1 4.39e-11 1401 Bacillati Bacillota MCL4333886.1 MCL4333886.1 8.61e-234 2806419 Methanobacteriati Thermoplasmatota MCL4333886.1 MBR0160695.1 1.15e-09 2485925 Bacillati Bacillota MCL4333886.1 WP_027951454.1 1.44e-09 52229 Pseudomonadati Bacteroidota KAF9419545.1 KAF9419545.1 0.0 979699 Fungi Mortierellomycota KAF9419545.1 WP_173991185.1 1.57e-96 358 Pseudomonadati Pseudomonadota WP_019296707.1 WP_019296707.1 7.20e-85 1002340;1577897;1577898;1577899;2614906 Pseudomonadati Pseudomonadota EAZ5330394.1 EAZ5330394.1 0.0 28901 Pseudomonadati Pseudomonadota EAZ5330394.1 YP_008379230.1 2.45e-20 30596 Metazoa Chordata EAZ5330394.1 WP_096665911.1 7.38e-19 1977061 Pseudomonadati Pseudomonadota EAZ5330394.1 YP_007317140.1 3.15e-17 334885 Metazoa Chordata EAZ5330394.1 WP_243361436.1 4.58e-12 2922866 Pseudomonadati Thermodesulfobacteriota WP_251450535.1 WP_251450535.1 1.99e-219 2565572 Pseudomonadati Pseudomonadota WP_245456681.1 WP_245456681.1 3.61e-60 1538159 Pseudomonadati Pseudomonadota WP_063503202.1 WP_063503202.1 3.83e-161 400946 Pseudomonadati Pseudomonadota WP_214279799.1 WP_214279799.1 3.70e-45 562 Pseudomonadati Pseudomonadota MBT4680312.1 MBT4680312.1 2.46e-135 239 Pseudomonadati Bacteroidota WP_222465269.1 WP_222465269.1 7.89e-90 418719 Pseudomonadati Pseudomonadota WP_157580311.1 WP_157580311.1 2.47e-192 1736333 Bacillati Actinomycetota WP_157580311.1 WP_123966251.1 5.06e-26 2485151 Bacillati Actinomycetota WP_265399898.1 WP_265399898.1 1.99e-218 1897060 Bacillati Actinomycetota WP_265399898.1 WP_029542314.1 1.05e-32 191292 Bacillati Actinomycetota WP_265399898.1 WP_091540071.1 4.30e-14 1550230 Bacillati Actinomycetota WP_258941688.1 WP_258941688.1 9.67e-122 46163 Bacillati Actinomycetota WP_258941688.1 WP_124548640.1 1.38e-35 87882;95486 Pseudomonadati Pseudomonadota OAH97901.1 OAH97901.1 1.04e-160 421 Pseudomonadati Pseudomonadota OAH97901.1 MUT95175.1 4.21e-26 2053618;2485925 Bacillati Bacillota MCH8821589.1 MCH8821589.1 1.90e-121 2052139 0 0 XP_038144206.1 XP_038144206.1 0.0 77115 Metazoa Chordata WP_236905832.1 WP_236905832.1 7.01e-122 279113 Pseudomonadati Pseudomonadota WP_236905832.1 NVO14071.1 2.96e-56 1968906 Pseudomonadati Pseudomonadota WP_124213670.1 WP_124213670.1 2.07e-319 286;287 Pseudomonadati Pseudomonadota WP_124213670.1 WP_272906673.1 5.19e-83 354351 Pseudomonadati Pseudomonadota WP_124213670.1 WP_164653811.1 1.08e-75 329406 Pseudomonadati Pseudomonadota WP_124213670.1 WP_278449211.1 3.75e-69 293 Pseudomonadati Pseudomonadota WP_124213670.1 WP_175896721.1 7.25e-59 1207504 Pseudomonadati Pseudomonadota WP_124213670.1 KNY10996.1 1.12e-58 72556 Pseudomonadati Pseudomonadota WP_124213670.1 MBP7222158.1 1.02e-55 1960295 Bacillati Bacillota WP_124213670.1 WP_205173112.1 1.91e-54 992288 Bacillati Bacillota WP_124213670.1 MCL7714424.1 3.60e-12 2871096 Pseudomonadati Pseudomonadota WP_124213670.1 WP_269633767.1 5.46e-10 2976697 Pseudomonadati Pseudomonadota WP_124213670.1 HBG17616.1 2.16e-08 1879010 Bacillati Bacillota WP_000391618.1 WP_000391618.1 5.61e-129 1280;546342;904784;904786;2767490 Bacillati Bacillota XP_048688918.1 XP_048688918.1 2.73e-178 N/A N/A XP_018381815.1 XP_018381815.1 3.61e-113 5599 Fungi Ascomycota HAJ6883934.1 HAJ6883934.1 1.10e-198 562 Pseudomonadati Pseudomonadota WP_259823591.1 WP_259823591.1 7.85e-42 33889 Bacillati Actinomycetota EBL5661155.1 EBL5661155.1 1.66e-65 149539 Pseudomonadati Pseudomonadota EBL5661155.1 ACE85434.1 3.28e-04 498211 Pseudomonadati Pseudomonadota WP_268394364.1 WP_268394364.1 5.28e-249 483913 Bacillati Bacillota WP_107106807.1 WP_107106807.1 3.41e-122 82115;1650438;2127048 Pseudomonadati Pseudomonadota WP_250824310.1 WP_250824310.1 1.32e-193 1599 Bacillati Bacillota WP_250824310.1 WP_032884901.1 2.12e-63 1470593 Pseudomonadati Pseudomonadota WP_067144449.1 WP_067144449.1 8.71e-91 1856860 Bacillati Actinomycetota MBD5174823.1 MBD5174823.1 1.03e-65 2030927 Pseudomonadati Bacteroidota NEP75465.1 NEP75465.1 4.66e-32 2607793;2607794;2607796 Bacillati Cyanobacteriota WP_247326555.1 WP_247326555.1 2.27e-53 2911538 Pseudomonadati Pseudomonadota AAM31096.1 AAM31096.1 2.42e-49 192952 Methanobacteriati Methanobacteriota MCH2098905.1 MCH2098905.1 4.18e-313 1891229 Pseudomonadati Pseudomonadota WP_143387569.1 WP_143387569.1 1.66e-157 2594432 Pseudomonadati Bacteroidota WP_143387569.1 WP_036077718.1 1.61e-48 400634;1294264;1628207;2072025;2115968;2943493 Bacillati Bacillota MCU1579718.1 MCU1579718.1 5.88e-178 1950123 Bacillati Actinomycetota MBE8222136.1 MBE8222136.1 2.47e-58 2053517 Pseudomonadati Bdellovibrionota RYD06084.1 RYD06084.1 2.53e-39 1397668 Bacillati Bacillota XP_039387169.1 XP_039387169.1 3.61e-134 260615 Metazoa Chordata WP_082565353.1 WP_082565353.1 1.26e-252 1736471 Pseudomonadati Pseudomonadota WP_082565353.1 WP_044489505.1 2.86e-131 543;1158459;1646340;2183906;2928706 Pseudomonadati Pseudomonadota WP_082565353.1 KAJ3308761.1 1.12e-22 2724207 Fungi Chytridiomycota PKL40887.1 PKL40887.1 7.21e-106 2013832 Pseudomonadati Spirochaetota PKL40887.1 WP_113120276.1 7.29e-45 46913;191302 Pseudomonadati Pseudomonadota WP_092015539.1 WP_092015539.1 4.87e-206 1136497 Bacillati Actinomycetota WP_236777269.1 WP_236777269.1 3.03e-267 358 Pseudomonadati Pseudomonadota WP_236777269.1 WP_220524718.1 8.55e-35 197 Pseudomonadati Campylobacterota WP_236777269.1 MBQ9697149.1 9.93e-19 2049052 Bacillati Bacillota WP_236777269.1 KAB2838176.1 4.75e-06 1891238 Pseudomonadati Pseudomonadota NLX21103.1 NLX21103.1 3.83e-240 2026778 Pseudomonadati Planctomycetota WP_281498184.1 WP_281498184.1 0.0 N/A N/A WP_281498184.1 WP_226865765.1 1.88e-05 592978;2883183 0;Bacillati 0;Bacillota WP_281498184.1 MBL6756473.1 2.40e-04 2026780 Pseudomonadati Planctomycetota WP_281498184.1 WP_168166755.1 2.58e-04 1739319 Pseudomonadati Bacteroidota WP_099711363.1 WP_099711363.1 1.58e-221 237;29533;2035198 Pseudomonadati Bacteroidota WP_099711363.1 WP_151434014.1 9.01e-30 583;584;1921565 Pseudomonadati Pseudomonadota WP_127202722.1 WP_127202722.1 6.01e-312 487 Pseudomonadati Pseudomonadota XP_027728774.1 XP_027728774.1 0.0 29139 Metazoa Chordata MBL9135845.1 MBL9135845.1 1.06e-165 2026801 Pseudomonadati Verrucomicrobiota MBL9135845.1 KAI6019239.1 1.74e-37 178872;765257 Fungi Basidiomycota MBL9135845.1 WP_203727943.1 9.30e-13 113563 Bacillati Actinomycetota XP_049133140.1 XP_049133140.1 2.20e-183 700344 Fungi Ascomycota MBP5665134.1 MBP5665134.1 9.55e-51 2044939 Bacillati Bacillota QRN83137.1 QRN83137.1 2.00e-216 2026724 Bacillati Chloroflexota CAE6472910.1 CAE6472910.1 0.0 456999 Fungi Basidiomycota CAE6472910.1 WP_266708839.1 1.98e-40 2975652 Bacillati Actinomycetota MBX6384685.1 MBX6384685.1 1.47e-274 1898321 Bacillati Actinomycetota AZV79909.1 AZV79909.1 1.24e-60 2483033 Pseudomonadati Pseudomonadota MCK5187010.1 MCK5187010.1 2.15e-89 2026735 Pseudomonadati Myxococcota WP_142037733.1 WP_142037733.1 5.04e-285 1496996 Bacillati Actinomycetota KAJ7821411.1 KAJ7821411.1 3.11e-56 230808 Fungi Basidiomycota KAH7980918.1 KAH7980918.1 0.0 543639 Metazoa Arthropoda BBQ86561.1 BBQ86561.1 1.78e-223 2675710;2675711 Pseudomonadati Pseudomonadota BBQ86561.1 KRX15989.1 2.69e-13 6336 Metazoa Nematoda XP_006689993.1 XP_006689993.1 0.0 590646;2315449 Fungi Ascomycota WP_009475234.1 WP_009475234.1 1.39e-304 745408 Bacillati Actinomycetota MCK5175373.1 MCK5175373.1 4.60e-62 2026780 Pseudomonadati Planctomycetota WP_039095635.1 WP_039095635.1 7.02e-255 1572751 Pseudomonadati Pseudomonadota MCM0593547.1 MCM0593547.1 4.25e-182 2824560 Bacillati Cyanobacteriota RWZ64791.1 RWZ64791.1 1.75e-263 2498850 Bacillati Actinomycetota MBX7220138.1 MBX7220138.1 0.0 2052146 Pseudomonadati Acidobacteriota MBX7220138.1 WP_008292946.1 1.94e-04 314285;393662 Pseudomonadati Pseudomonadota KAG2053605.1 KAG2053605.1 1.81e-261 279518 Fungi Basidiomycota NXV13419.1 NXV13419.1 3.88e-113 28697 Metazoa Chordata WP_114094371.1 WP_114094371.1 4.47e-82 220697 Pseudomonadati Pseudomonadota WP_092156886.1 WP_092156886.1 3.78e-139 378404 Pseudomonadati Pseudomonadota WP_092156886.1 WP_247498151.1 3.97e-59 2782624 Pseudomonadati Pseudomonadota WP_092156886.1 XP_032812066.1 1.15e-25 7757 Metazoa Chordata EDF0432725.1 EDF0432725.1 4.17e-35 149539 Pseudomonadati Pseudomonadota MCA1589644.1 MCA1589644.1 0.0 1978231 Pseudomonadati Acidobacteriota KAI9774712.1 KAI9774712.1 0.0 315204 Fungi Ascomycota KAI9774712.1 XP_040614072.1 5.26e-06 10036 Metazoa Chordata TAM11363.1 TAM11363.1 2.88e-231 1969813 Pseudomonadati Pseudomonadota WP_281462881.1 WP_281462881.1 1.21e-278 3043872 Pseudomonadati Pseudomonadota WP_281462881.1 WP_009025642.1 1.20e-33 566679 Pseudomonadati Pseudomonadota KAJ5168969.1 KAJ5168969.1 0.0 189055 Fungi Ascomycota KAJ5168969.1 KAI7371949.1 1.93e-306 91943 Fungi Ascomycota KAJ5168969.1 MBQ4454347.1 9.04e-80 2044939 Bacillati Bacillota KAJ5168969.1 WP_060613079.1 8.69e-78 570;573 Pseudomonadati Pseudomonadota KAJ5168969.1 WP_036258374.1 5.65e-68 65552 Thermotogati Deinococcota KAJ5168969.1 WP_011512097.1 2.00e-63 912;323097 Pseudomonadati Pseudomonadota KAJ5168969.1 WAY96880.1 8.10e-43 615 Pseudomonadati Pseudomonadota KAJ5168969.1 WP_247749043.1 4.65e-38 N/A N/A KAJ5168969.1 KAJ2660037.1 8.71e-31 2789312 Fungi Kickxellomycota KAJ5168969.1 WP_008470196.1 3.18e-29 1203033;1423758 Bacillati Bacillota KAJ5168969.1 WP_176354145.1 2.23e-22 2742698 Pseudomonadati Pseudomonadota KAJ5168969.1 MCH4209672.1 7.20e-18 41200 Bacillati Actinomycetota KAJ5168969.1 WP_036816548.1 5.70e-15 1342794 Pseudomonadati Pseudomonadota KAJ5168969.1 NNE23115.1 1.40e-09 1909294 Pseudomonadati Pseudomonadota KAJ5168969.1 MQF68191.1 4.24e-06 2587838 Bacillati Chloroflexota NNM97518.1 NNM97518.1 5.08e-246 2052315 Bacillati Candidatus Dormiibacterota KJS37244.1 KJS37244.1 3.46e-221 1629710 Pseudomonadati Pseudomonadota KJS37244.1 WP_128950282.1 1.61e-90 1325095 Pseudomonadati Pseudomonadota WP_099529629.1 WP_099529629.1 3.46e-166 40324 Pseudomonadati Pseudomonadota WP_099529629.1 WP_065888604.1 1.50e-43 570;573 Pseudomonadati Pseudomonadota RZJ01256.1 RZJ01256.1 9.11e-209 1871086 Pseudomonadati Pseudomonadota HHH37178.1 HHH37178.1 1.13e-194 2026809 Pseudomonadati Campylobacterota HHH37178.1 WP_166725305.1 2.21e-26 2608331 Pseudomonadati Pseudomonadota HHH37178.1 WP_217101611.1 8.20e-26 87883 Pseudomonadati Pseudomonadota HHH37178.1 WP_213750918.1 3.18e-18 61645;354276 Pseudomonadati Pseudomonadota HHH37178.1 HAT4171334.1 3.59e-16 1502 Bacillati Bacillota XP_025046235.1 XP_025046235.1 1.08e-165 N/A N/A XP_025046235.1 MBN3324024.1 3.26e-20 7917 Metazoa Chordata WP_274885772.1 WP_274885772.1 0.0 669 Pseudomonadati Pseudomonadota WP_274885772.1 MAD47294.1 4.43e-92 1899355 Pseudomonadati Pseudomonadota WP_252384350.1 WP_252384350.1 2.34e-101 562 Pseudomonadati Pseudomonadota CQR41738.1 CQR41738.1 0.0 554132 Pseudomonadati Pseudomonadota CQR41738.1 WP_182544916.1 2.14e-48 1000566 Bacillati Actinomycetota CQR41738.1 TFV00908.1 7.62e-35 293386 Bacillati Bacillota MBC7879491.1 MBC7879491.1 0.0 2073117 Bacillati Chloroflexota MBS3963684.1 MBS3963684.1 4.17e-307 418 Pseudomonadati Pseudomonadota HET19539.1 HET19539.1 2.40e-75 2026725 Pseudomonadati Pseudomonadota EGM3572601.1 EGM3572601.1 0.0 28901 Pseudomonadati Pseudomonadota MBI4678329.1 MBI4678329.1 6.98e-292 2030800 Pseudomonadati Elusimicrobiota RME29710.1 RME29710.1 1.39e-115 2762014 0 Candidatus Parcubacteria MBT3228703.1 MBT3228703.1 1.59e-226 2026760 Pseudomonadati Fidelibacterota MBT3228703.1 MCE2152122.1 3.93e-08 1308 Bacillati Bacillota WP_086136661.1 WP_086136661.1 9.23e-263 2610881 Pseudomonadati Pseudomonadota WP_086136661.1 WP_118283063.1 3.78e-46 550 Pseudomonadati Pseudomonadota GJE89625.1 GJE89625.1 2.14e-267 48140 Fungi Basidiomycota WP_267911890.1 WP_267911890.1 1.18e-38 N/A N/A WP_267911890.1 MCM4298717.1 6.90e-11 562 Pseudomonadati Pseudomonadota WP_164636240.1 WP_164636240.1 0.0 2269368 Pseudomonadati Pseudomonadota WP_164636240.1 WP_094151267.1 2.32e-64 1938672 Pseudomonadati Pseudomonadota WP_164636240.1 WP_168565867.1 1.78e-31 2724528 Pseudomonadati Planctomycetota WP_164636240.1 MBT4160670.1 5.19e-22 1913989 Pseudomonadati Pseudomonadota WP_055406376.1 WP_055406376.1 1.13e-208 487 Pseudomonadati Pseudomonadota MBP6544771.1 MBP6544771.1 0.0 1903157 Pseudomonadati Pseudomonadota MBP6544771.1 WP_167959909.1 7.49e-60 2715212 Pseudomonadati Bacteroidota MBP6544771.1 WP_148836004.1 5.70e-52 2478959 Bacillati Actinomycetota MBP6544771.1 WP_112119927.1 6.66e-38 1642 Bacillati Bacillota MBP6544771.1 WP_055153579.1 1.34e-31 1506;39482 Bacillati Bacillota MBP6544771.1 WP_200941876.1 5.73e-30 N/A N/A XP_046298169.1 XP_046298169.1 6.78e-229 9995 Metazoa Chordata XP_046298169.1 XP_049747270.1 1.89e-116 99487 Metazoa Chordata XP_046298169.1 XP_005087540.1 4.09e-48 10036 Metazoa Chordata XP_046298169.1 XP_002688837.2 1.34e-47 9913 Metazoa Chordata XP_046298169.1 XP_034290446.1 1.62e-45 94885 Metazoa Chordata XP_046298169.1 XP_042531659.1 1.40e-37 105255 Metazoa Chordata GCB60913.1 GCB60913.1 0.0 75743 Metazoa Chordata MCB9680378.1 MCB9680378.1 1.16e-170 1913988 Pseudomonadati Pseudomonadota MCB9680378.1 KAG2346037.1 1.02e-20 48593 Fungi Basidiomycota KAI3679517.1 KAI3679517.1 1.98e-210 13427 Viridiplantae Streptophyta MBU0598391.1 MBU0598391.1 5.38e-260 2052139 0 0 WP_118925030.1 WP_118925030.1 1.01e-279 2049295 Bacillati Actinomycetota MCB3018266.1 MCB3018266.1 2.22e-174 573 Pseudomonadati Pseudomonadota MCB3018266.1 NRJ54907.1 9.30e-169 90370 Pseudomonadati Pseudomonadota MSP81668.1 MSP81668.1 9.04e-185 1913988 Pseudomonadati Pseudomonadota SFB29161.1 SFB29161.1 0.0 1855288 Bacillati Bacillota SFB29161.1 HAT4171334.1 3.27e-128 1502 Bacillati Bacillota SFB29161.1 GFR82011.1 6.05e-50 1093978 Metazoa Mollusca SFB29161.1 WP_123653117.1 6.67e-26 257496;2485104;2485178;2485181 Bacillati Actinomycetota WP_204638884.1 WP_204638884.1 2.00e-180 860 Fusobacteriati Fusobacteriota WP_204638884.1 WP_211867837.1 3.47e-71 424799 Pseudomonadati Pseudomonadota WP_204638884.1 MCR4310565.1 2.75e-15 2026735 Pseudomonadati Myxococcota WP_176354145.1 WP_176354145.1 1.02e-265 2742698 Pseudomonadati Pseudomonadota WP_176354145.1 WP_140480909.1 1.76e-93 1404367 Pseudomonadati Pseudomonadota WP_176354145.1 WP_076409454.1 2.53e-85 85698 Pseudomonadati Pseudomonadota WP_176354145.1 WP_237907640.1 1.19e-82 192 Pseudomonadati Pseudomonadota WP_176354145.1 WP_109219819.1 3.82e-80 28901;58712 Pseudomonadati Pseudomonadota WP_176354145.1 WP_170725874.1 3.57e-76 562 Pseudomonadati Pseudomonadota WP_176354145.1 WP_011057593.1 1.91e-68 146786;197221 Bacillati Cyanobacteriota WP_176354145.1 WP_258581409.1 2.59e-68 2865837 Pseudomonadati Pseudomonadota WP_176354145.1 MWR41881.1 2.98e-51 562 Pseudomonadati Pseudomonadota WP_176354145.1 HBO4828144.1 7.87e-49 287 Pseudomonadati Pseudomonadota WP_176354145.1 WP_077217464.1 6.16e-45 95486 Pseudomonadati Pseudomonadota WP_176354145.1 WP_222125851.1 3.09e-43 N/A N/A WP_176354145.1 EHH5649593.1 9.69e-38 195 Pseudomonadati Campylobacterota WP_176354145.1 WP_088153117.1 1.90e-33 171674 Pseudomonadati Pseudomonadota WP_176354145.1 MBQ3864274.1 2.07e-32 2044939 Bacillati Bacillota WP_176354145.1 WP_227059655.1 2.44e-30 40545 Pseudomonadati Pseudomonadota WP_176354145.1 WP_247429569.1 7.14e-29 2782616 Pseudomonadati Pseudomonadota WP_176354145.1 WP_221977168.1 3.39e-25 1076926 Pseudomonadati Pseudomonadota WP_176354145.1 KAJ5168969.1 3.40e-22 189055 Fungi Ascomycota WP_176354145.1 KAF9974715.1 6.52e-12 1343610 Fungi Mortierellomycota WP_226741138.1 WP_226741138.1 5.82e-210 2881337 Pseudomonadati Pseudomonadota ACU52521.1 ACU52521.1 1.19e-105 32630 0 0 EAF4311303.1 EAF4311303.1 5.08e-144 1639 Bacillati Bacillota PIR98590.1 PIR98590.1 0.0 1974539 0 Candidatus Colwelliibacteriota RLV89158.1 RLV89158.1 0.0 2028339 Fungi Ascomycota RMG03831.1 RMG03831.1 9.38e-165 1978231 Pseudomonadati Acidobacteriota MBA2496669.1 MBA2496669.1 6.61e-91 2080302 Bacillati Actinomycetota WP_127979673.1 WP_127979673.1 6.79e-162 33945 Bacillati Bacillota WP_127979673.1 MCH8328754.1 1.30e-59 2026760 Pseudomonadati Fidelibacterota WP_101025682.1 WP_101025682.1 0.0 216816 Bacillati Actinomycetota WP_101025682.1 MBT2214695.1 8.79e-76 1917889 Bacillati Bacillota MBL68646.1 MBL68646.1 2.07e-212 2026801 Pseudomonadati Verrucomicrobiota MBL68646.1 WP_224828628.1 7.88e-58 1849069 Methanobacteriati Methanobacteriota WP_027600082.1 WP_027600082.1 3.42e-88 47885;135621;2015556 Pseudomonadati Pseudomonadota WP_183298005.1 WP_183298005.1 2.04e-177 43670 Bacillati Actinomycetota NLL64488.1 NLL64488.1 1.18e-130 1898204 Bacillati Bacillota NLL64488.1 WP_050163955.1 4.86e-33 485 Pseudomonadati Pseudomonadota XP_021682448.1 XP_021682448.1 5.98e-108 N/A N/A UJV88611.1 UJV88611.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UJJ97602.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UJV88611.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WP_158303127.1 WP_158303127.1 1.02e-35 1592324 Bacillati Actinomycetota MBI1797961.1 MBI1797961.1 1.81e-261 2212470 0 Candidatus Eiseniibacteriota MBI1797961.1 WP_069877432.1 5.32e-75 506668 Pseudomonadati Pseudomonadota MBI1797961.1 MCI1663915.1 1.19e-69 327277 Bacillati Actinomycetota WP_259568097.1 WP_259568097.1 0.0 1574161 Pseudomonadati Pseudomonadota WP_259568097.1 MBR7152669.1 1.16e-32 2517205 Methanobacteriati Thermoplasmatota HCD4651973.1 HCD4651973.1 0.0 1352 Bacillati Bacillota WP_109124355.1 WP_109124355.1 1.05e-149 2126991 Pseudomonadati Pseudomonadota WP_109124355.1 WP_132579575.1 1.82e-05 627131 Pseudomonadati Pseudomonadota MCK9579519.1 MCK9579519.1 2.85e-251 2052170 Methanobacteriati Methanobacteriota WP_252122124.1 WP_252122124.1 3.15e-240 N/A N/A WP_252122124.1 WP_039806668.1 4.44e-69 353 Pseudomonadati Pseudomonadota WP_252122124.1 WP_234521407.1 6.40e-46 38313 Pseudomonadati Pseudomonadota WP_031912375.1 WP_031912375.1 1.02e-44 1280;1422414;1422616 Bacillati Bacillota WP_102687017.1 WP_102687017.1 4.24e-256 196821;2070673;2070675 Pseudomonadati Pseudomonadota OWA15278.1 OWA15278.1 2.16e-97 1982764 Bacillati Actinomycetota OWA15278.1 WP_136193451.1 1.55e-24 2560010 Bacillati Actinomycetota OWA15278.1 WP_089269927.1 1.25e-16 1608407 Pseudomonadati Pseudomonadota KAG7153436.1 KAG7153436.1 1.44e-139 6706 Metazoa Arthropoda EAI4228870.1 EAI4228870.1 0.0 197 Pseudomonadati Campylobacterota VDP10889.1 VDP10889.1 4.74e-140 6339 Metazoa Nematoda WP_188340499.1 WP_188340499.1 1.20e-91 1883;2768069 Bacillati Actinomycetota MCL0086045.1 MCL0086045.1 7.66e-189 2814272 Pseudomonadati Nitrospirota WP_192500494.1 WP_192500494.1 4.92e-221 1897058 Pseudomonadati Bacteroidota WP_192500494.1 WP_152652784.1 8.66e-60 2023717 Pseudomonadati Pseudomonadota WP_192500494.1 EHR6291555.1 1.48e-56 28901 Pseudomonadati Pseudomonadota WP_192500494.1 RLN50561.1 9.18e-42 325452 0 Oomycota WP_192500494.1 THW78755.1 1.35e-29 5580 Fungi Ascomycota WP_192500494.1 WP_281543397.1 3.74e-29 544645 Pseudomonadati Bacteroidota WP_192500494.1 WP_132175930.1 1.09e-28 190195 Bacillati Actinomycetota WP_192500494.1 WP_221265680.1 3.67e-28 N/A N/A WP_192500494.1 MSO30570.1 1.39e-26 1978231 Pseudomonadati Acidobacteriota WP_192500494.1 WP_279984614.1 3.01e-22 909768 Pseudomonadati Pseudomonadota WP_192500494.1 WP_247749043.1 1.75e-18 N/A N/A WP_192500494.1 WP_150396769.1 6.49e-15 305 Pseudomonadati Pseudomonadota WP_192500494.1 WAY96880.1 1.08e-14 615 Pseudomonadati Pseudomonadota WP_192500494.1 WP_089246429.1 1.23e-13 398843 Bacillati Actinomycetota WP_192500494.1 XP_013005546.1 2.63e-11 N/A N/A WP_192500494.1 WP_131166802.1 1.30e-10 1837344 Bacillati Actinomycetota WP_192500494.1 WP_145468487.1 3.64e-10 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_192500494.1 KAF9974715.1 5.62e-07 1343610 Fungi Mortierellomycota WP_142114448.1 WP_142114448.1 1.09e-259 2587160 Pseudomonadati Pseudomonadota WP_142114448.1 WP_054059514.1 2.59e-22 53407 Pseudomonadati Pseudomonadota WP_142114448.1 WP_129703040.1 5.74e-16 2034769 Pseudomonadati Pseudomonadota MBI1884116.1 MBI1884116.1 1.23e-161 2081524 Pseudomonadati Chlamydiota KAJ0250772.1 KAJ0250772.1 1.05e-36 71354 Viridiplantae Streptophyta HBN08959.1 HBN08959.1 2.63e-168 2055790 Bacillati Cyanobacteriota QEC74319.1 QEC74319.1 5.42e-194 496057 Pseudomonadati Bacteroidota QEC74319.1 HCD14621.1 2.65e-33 50422 Pseudomonadati Pseudomonadota QEC74319.1 WP_135306871.1 2.69e-33 2293833 Pseudomonadati Pseudomonadota KAJ7903702.1 KAJ7903702.1 0.0 230810 Fungi Basidiomycota KAJ7903702.1 EYU24504.1 3.12e-40 4155 Viridiplantae Streptophyta KAJ7903702.1 XP_046441060.1 1.11e-31 6669 Metazoa Arthropoda KAJ7903702.1 XP_020321477.1 6.89e-29 8019 Metazoa Chordata KAJ7903702.1 KAH6984898.1 5.52e-20 2824670 Fungi Ascomycota KAJ7903702.1 WP_281919021.1 5.47e-15 2984338 Bacillati Actinomycetota KAJ7903702.1 GIW70618.1 5.00e-14 2026780 Pseudomonadati Planctomycetota KAJ7903702.1 XP_043377824.1 1.61e-13 8469 Metazoa Chordata KAJ7903702.1 XP_026100634.1 2.60e-13 7957;101364 Metazoa Chordata KAJ7903702.1 WP_271931007.1 1.83e-12 2995306 Pseudomonadati Myxococcota KAJ7903702.1 NJK67049.1 8.03e-10 2720482 Bacillati Cyanobacteriota KAJ7903702.1 XP_048409145.1 8.78e-07 3053191 Metazoa Chordata KAJ7903702.1 KAI3849778.1 2.35e-05 357466 Viridiplantae Streptophyta RXN11474.1 RXN11474.1 0.0 84645 Metazoa Chordata MCJ7468405.1 MCJ7468405.1 2.26e-89 1897614 Pseudomonadati Bacteroidota ECI0838809.1 ECI0838809.1 0.0 59204 Pseudomonadati Pseudomonadota WP_087918330.1 WP_087918330.1 1.49e-184 414771 Bacillati Bacillota WP_087918330.1 WP_175395805.1 3.20e-88 44249;248903 Bacillati Bacillota WP_087918330.1 NET00292.1 1.33e-78 2607814 Bacillati Cyanobacteriota EJA1208030.1 EJA1208030.1 7.72e-117 562 Pseudomonadati Pseudomonadota KAJ7494177.1 KAJ7494177.1 4.94e-226 1033247 Fungi Basidiomycota MCH2663613.1 MCH2663613.1 2.79e-262 1869227 0 0 WP_157476287.1 WP_157476287.1 5.53e-151 2676868 Pseudomonadati Bacteroidota WP_157476287.1 KUO65278.1 2.20e-58 1734397 Pseudomonadati Bacteroidota WP_149911652.1 WP_149911652.1 2.20e-317 544;546 Pseudomonadati Pseudomonadota WP_149911652.1 WP_102461582.1 6.07e-38 47951 Pseudomonadati Pseudomonadota WP_149911652.1 WP_274755179.1 3.21e-37 283 Pseudomonadati Pseudomonadota WP_149911652.1 MBX3687043.1 1.49e-15 1898103;2569850 Pseudomonadati Pseudomonadota WP_149911652.1 KDF42894.1 8.49e-12 208224 Pseudomonadati Pseudomonadota WP_149911652.1 WP_149230790.1 1.75e-07 191;193 Pseudomonadati Pseudomonadota HBF6683624.1 HBF6683624.1 9.42e-128 1496 Bacillati Bacillota WP_175740884.1 WP_175740884.1 1.19e-131 152480 Pseudomonadati Pseudomonadota RUU66461.1 RUU66461.1 2.42e-269 2496787 Pseudomonadati Pseudomonadota RUU66461.1 WP_192324556.1 8.17e-126 34072;2769259 Pseudomonadati Pseudomonadota RUU66461.1 WP_227059655.1 2.34e-110 40545 Pseudomonadati Pseudomonadota RUU66461.1 MBU5353226.1 2.47e-81 198119 Bacillati Bacillota RUU66461.1 WP_226904802.1 5.91e-80 N/A N/A RUU66461.1 MBQ3864274.1 6.24e-80 2044939 Bacillati Bacillota RUU66461.1 WP_098952357.1 5.23e-65 196821;2018067;2717498 Pseudomonadati Pseudomonadota RUU66461.1 MCP5262709.1 8.91e-60 50421 Pseudomonadati Pseudomonadota RUU66461.1 GLY24463.1 7.99e-58 3032198 Bacillati Actinomycetota RUU66461.1 WP_066083732.1 2.84e-53 220687 Bacillati Bacillota RUU66461.1 WP_131166802.1 6.37e-53 1837344 Bacillati Actinomycetota RUU66461.1 WP_107894076.1 2.42e-52 1130819 Bacillati Bacillota RUU66461.1 MWR41881.1 6.88e-35 562 Pseudomonadati Pseudomonadota RUU66461.1 WP_258581409.1 2.70e-31 2865837 Pseudomonadati Pseudomonadota RUU66461.1 WP_109219819.1 4.65e-27 28901;58712 Pseudomonadati Pseudomonadota RUU66461.1 WP_072380563.1 4.20e-26 501024 Pseudomonadati Pseudomonadota RUU66461.1 WP_022619009.1 9.90e-16 1496 Bacillati Bacillota RUU66461.1 MBQ8297564.1 5.19e-12 41978 Bacillati Bacillota RUU66461.1 WP_222125851.1 3.51e-06 N/A N/A RUU66461.1 QCM13287.1 1.01e-04 358 Pseudomonadati Pseudomonadota MCP1831263.1 MCP1831263.1 6.91e-126 2817700;2817705 Pseudomonadati Pseudomonadota WP_012785155.1 WP_012785155.1 2.62e-309 304895;479433 Bacillati Actinomycetota RYD69609.1 RYD69609.1 2.66e-76 2026800 Pseudomonadati Verrucomicrobiota MBF3543544.1 MBF3543544.1 4.24e-18 28450 Pseudomonadati Pseudomonadota NXN86496.1 NXN86496.1 0.0 125297 Metazoa Chordata HBG7982863.1 HBG7982863.1 6.89e-151 1496 Bacillati Bacillota HBG7982863.1 WP_046234935.1 1.60e-70 684063 Bacillati Bacillota WP_107194058.1 WP_107194058.1 9.42e-201 318456 Pseudomonadati Pseudomonadota EFO2269166.1 EFO2269166.1 6.51e-278 562 Pseudomonadati Pseudomonadota EFO2269166.1 WP_054998585.1 2.55e-62 86840 Pseudomonadati Pseudomonadota WP_271569604.1 WP_271569604.1 5.65e-58 1630837 Pseudomonadati Pseudomonadota KAG9297605.1 KAG9297605.1 0.0 50956 Fungi Glomeromycota KAG9291817.1 KAG9291817.1 7.51e-271 50956 Fungi Glomeromycota WP_103478303.1 WP_103478303.1 7.81e-84 178469;2183744 Pseudomonadati Bacteroidota WP_159081190.1 WP_159081190.1 1.59e-41 582 Pseudomonadati Pseudomonadota PHU26875.1 PHU26875.1 1.12e-185 80379 Viridiplantae Streptophyta PMD26514.1 PMD26514.1 0.0 2082293 Fungi Ascomycota WP_106281081.1 WP_106281081.1 0.0 1938804 Pseudomonadati Pseudomonadota OYU97658.1 OYU97658.1 1.89e-77 2015582 Pseudomonadati Bacteroidota OYU97658.1 WP_230693348.1 1.07e-49 2897327 Pseudomonadati Bacteroidota MBP5531704.1 MBP5531704.1 2.08e-120 2053569 Pseudomonadati Lentisphaerota WP_203325777.1 WP_203325777.1 1.84e-147 1173586 Pseudomonadati Pseudomonadota WP_203325777.1 MCI5191941.1 8.23e-07 2202844 Pseudomonadati Thermodesulfobacteriota WP_225927241.1 WP_225927241.1 0.0 N/A N/A WP_225927241.1 WP_232923125.1 0.0 317 Pseudomonadati Pseudomonadota WP_261402515.1 WP_261402515.1 2.46e-157 1437009 Pseudomonadati Pseudomonadota HHO42668.1 HHO42668.1 7.24e-30 2026809 Pseudomonadati Campylobacterota WP_049480885.1 WP_049480885.1 0.0 76860 Bacillati Bacillota KAI5618353.1 KAI5618353.1 0.0 30991 Metazoa Chordata KAI5618353.1 XP_046907253.1 4.90e-36 137520 Metazoa Chordata WP_117292786.1 WP_117292786.1 1.09e-85 2303331 Pseudomonadati Pseudomonadota WP_127595852.1 WP_127595852.1 8.81e-86 2448161 Pseudomonadati Pseudomonadota XP_043406427.1 XP_043406427.1 0.0 8469 Metazoa Chordata NNL66378.1 NNL66378.1 8.71e-99 2026763 Pseudomonadati Myxococcota NNL66378.1 WP_134885491.1 1.02e-13 562 Pseudomonadati Pseudomonadota GBM10107.1 GBM10107.1 2.84e-107 182803 Metazoa Arthropoda MBF8294570.1 MBF8294570.1 0.0 1898104 Pseudomonadati Bacteroidota MBF8294570.1 RYO44776.1 6.60e-67 156630 Fungi Ascomycota MBF8294570.1 MCL1888839.1 1.97e-46 2599938 Pseudomonadati Kiritimatiellota MBF8294570.1 MBQ5493788.1 2.11e-24 59823 Pseudomonadati Bacteroidota WP_120358183.1 WP_120358183.1 6.37e-283 2042057 Pseudomonadati Pseudomonadota WP_120358183.1 HAZ7424284.1 1.39e-32 562 Pseudomonadati Pseudomonadota KAJ8673388.1 KAJ8673388.1 1.59e-225 131215 Metazoa Arthropoda NWY89495.1 NWY89495.1 0.0 64802 Metazoa Chordata RLI44152.1 RLI44152.1 6.96e-71 2026714 Thermoproteati Candidatus Bathyarchaeota WP_251057605.1 WP_251057605.1 8.84e-310 2819190 Bacillati Actinomycetota HHD92264.1 HHD92264.1 0.0 2053593 0 Candidatus Portnoyibacteriota WP_057452934.1 WP_057452934.1 2.87e-256 29438;129136 Pseudomonadati Pseudomonadota WP_057452934.1 MBF0865514.1 6.68e-142 2724927;2724928;2724929;2724930 Pseudomonadati Pseudomonadota WP_057452934.1 WP_083296738.1 3.42e-126 538;539 Pseudomonadati Pseudomonadota WP_057452934.1 WP_040532466.1 3.65e-118 283735;1977054 Pseudomonadati Bacteroidota ETK88527.1 ETK88527.1 3.49e-129 4792 0 Oomycota XP_033323208.1 XP_033323208.1 0.0 N/A N/A XP_034290446.1 XP_034290446.1 7.95e-232 94885 Metazoa Chordata XP_034290446.1 XP_012889676.1 6.77e-97 10020 Metazoa Chordata XP_034290446.1 XP_002688837.2 1.89e-78 9913 Metazoa Chordata XP_034290446.1 XP_005087540.1 9.57e-75 10036 Metazoa Chordata XP_034290446.1 XP_042531659.1 3.71e-73 105255 Metazoa Chordata XP_034290446.1 AAR19565.1 4.18e-67 34828 Metazoa Chordata XP_034290446.1 XP_054446685.1 3.34e-65 1884717 Metazoa Chordata XP_034290446.1 XP_046298169.1 9.71e-44 9995 Metazoa Chordata XP_034290446.1 XP_049747270.1 5.11e-37 99487 Metazoa Chordata HEY66416.1 HEY66416.1 1.43e-258 2420332 Bacillati Chloroflexota MCB2073222.1 MCB2073222.1 3.15e-59 1874826 Pseudomonadati Pseudomonadota HCL9643688.1 HCL9643688.1 6.80e-90 562 Pseudomonadati Pseudomonadota KAI9631590.1 KAI9631590.1 2.81e-130 875184 Fungi Basidiomycota WP_203891666.1 WP_203891666.1 0.0 28887 Bacillati Actinomycetota PMH44474.1 PMH44474.1 2.18e-170 1880855 Pseudomonadati Pseudomonadota WP_280892754.1 WP_280892754.1 1.63e-209 2940562 Bacillati Actinomycetota WP_209898688.1 WP_209898688.1 2.26e-66 882446 Bacillati Actinomycetota NOQ32749.1 NOQ32749.1 3.08e-294 2250255 Methanobacteriati Methanobacteriota WP_260444899.1 WP_260444899.1 0.0 1552123 Bacillati Bacillota WP_157435775.1 WP_157435775.1 3.60e-77 304901 Bacillati Actinomycetota WP_254398103.1 WP_254398103.1 0.0 N/A N/A GBF98204.1 GBF98204.1 0.0 307507 Viridiplantae Chlorophyta MBS4056461.1 MBS4056461.1 2.40e-212 2030927 Pseudomonadati Bacteroidota WP_176533080.1 WP_176533080.1 2.49e-130 2748629 Pseudomonadati Pseudomonadota XP_026180907.1 XP_026180907.1 0.0 205130 Metazoa Chordata WP_074781633.1 WP_074781633.1 1.30e-217 322505 Bacillati Bacillota WP_117338721.1 WP_117338721.1 0.0 28901;286780;486993;2564437;2564448;2564651 Pseudomonadati Pseudomonadota MBT4014425.1 MBT4014425.1 4.80e-46 2026735 Pseudomonadati Myxococcota NUR77767.1 NUR77767.1 2.17e-252 2026888 Bacillati Actinomycetota KAI0987017.1 KAI0987017.1 5.30e-249 141832 Metazoa Acanthocephala MBI1874593.1 MBI1874593.1 7.88e-29 1978231 Pseudomonadati Acidobacteriota EBF8124084.1 EBF8124084.1 0.0 600;28901;59201;2564271;2565191;2572705 Pseudomonadati Pseudomonadota WP_097794281.1 WP_097794281.1 2.25e-64 64104 Bacillati Bacillota RLD79060.1 RLD79060.1 1.23e-305 1898104 Pseudomonadati Bacteroidota RLD79060.1 MBE6900854.1 2.32e-132 2485925 Bacillati Bacillota RLD79060.1 WP_106587829.1 1.35e-130 517424 Bacillati Bacillota RLD79060.1 MBI3668312.1 7.54e-45 1978231 Pseudomonadati Acidobacteriota WP_130237435.1 WP_130237435.1 4.29e-238 2478969;2478976;2608889 Pseudomonadati Pseudomonadota WP_130237435.1 WP_051789242.1 5.35e-33 570277;1027273 Pseudomonadati Pseudomonadota NEP09993.1 NEP09993.1 2.14e-82 2607783 Bacillati Cyanobacteriota WP_254833504.1 WP_254833504.1 3.49e-106 2903901 Pseudomonadati Pseudomonadota HBO7852577.1 HBO7852577.1 5.84e-108 287 Pseudomonadati Pseudomonadota MAQ88009.1 MAQ88009.1 4.61e-68 2026760 Pseudomonadati Fidelibacterota WP_256546297.1 WP_256546297.1 6.57e-196 1126236 Methanobacteriati Methanobacteriota WP_256546297.1 WP_276362074.1 5.65e-61 3034022 Bacillati Actinomycetota WP_256546297.1 WP_221977168.1 4.81e-48 1076926 Pseudomonadati Pseudomonadota WP_256546297.1 WP_008134825.1 1.38e-43 1144344 Pseudomonadati Pseudomonadota WP_256546297.1 WP_071876418.1 3.35e-25 332949 Bacillati Bacillota WP_256546297.1 MBQ3864274.1 1.60e-21 2044939 Bacillati Bacillota WP_256546297.1 HBO4828144.1 1.19e-20 287 Pseudomonadati Pseudomonadota WP_256546297.1 MCP5262709.1 7.29e-20 50421 Pseudomonadati Pseudomonadota WP_256546297.1 MBT4161918.1 1.21e-19 1913989 Pseudomonadati Pseudomonadota WP_256546297.1 WP_066083732.1 1.52e-16 220687 Bacillati Bacillota WP_256546297.1 WP_197521413.1 3.85e-15 1528787 Bacillati Bacillota WP_256546297.1 WP_022619009.1 4.14e-15 1496 Bacillati Bacillota WP_256546297.1 WP_192324556.1 1.63e-13 34072;2769259 Pseudomonadati Pseudomonadota WP_256546297.1 WP_107894076.1 4.64e-12 1130819 Bacillati Bacillota WP_256546297.1 WP_125260587.1 5.34e-09 2259638 Pseudomonadati Pseudomonadota WP_256546297.1 MBO8485404.1 6.95e-09 2840759 Pseudomonadati Bacteroidota WP_256546297.1 WP_173040157.1 8.42e-09 1076124 Bacillati Actinomycetota WP_256546297.1 MCD6199266.1 2.95e-08 2026735 Pseudomonadati Myxococcota WP_256546297.1 WP_158347019.1 2.97e-07 59620;2850323 Bacillati Bacillota WP_256546297.1 MBU22120.1 2.31e-06 1978231 Pseudomonadati Acidobacteriota WP_108335718.1 WP_108335718.1 2.63e-310 666 Pseudomonadati Pseudomonadota MBH8634352.1 MBH8634352.1 9.25e-253 287 Pseudomonadati Pseudomonadota MBH8634352.1 WP_281760414.1 5.80e-29 2973072 Pseudomonadati Thermodesulfobacteriota MBH8634352.1 WP_258228246.1 4.31e-15 2967132 Pseudomonadati Bacteroidota ECI4825602.1 ECI4825602.1 2.42e-34 59203 Pseudomonadati Pseudomonadota WP_070060651.1 WP_070060651.1 4.25e-233 436515 Pseudomonadati Pseudomonadota AOW36968.1 AOW36968.1 5.34e-256 11676 Pararnavirae Artverviricota AOW36968.1 ACH90072.1 1.94e-233 11676 Pararnavirae Artverviricota AOW36968.1 AFJ09957.1 2.96e-229 11676 Pararnavirae Artverviricota AOW36968.1 ACY29573.1 4.66e-229 11676 Pararnavirae Artverviricota AOW36968.1 AVA00513.1 1.29e-228 11676 Pararnavirae Artverviricota AOW36968.1 QWY38042.1 8.69e-228 11676 Pararnavirae Artverviricota AOW36968.1 BAO11608.1 2.50e-226 11676 Pararnavirae Artverviricota AOW36968.1 BAO23243.1 4.12e-226 11676 Pararnavirae Artverviricota AOW36968.1 AOW33101.1 6.61e-226 11676 Pararnavirae Artverviricota AOW36968.1 AFV39595.1 4.46e-224 12721 Pararnavirae Artverviricota AOW36968.1 ARR91819.1 1.83e-172 11676 Pararnavirae Artverviricota AOW36968.1 ACV16867.1 1.21e-171 11676 Pararnavirae Artverviricota AOW36968.1 ADB27070.1 2.65e-144 11676 Pararnavirae Artverviricota AOW36968.1 ABJ92889.1 3.59e-46 11676 Pararnavirae Artverviricota NDH20019.1 NDH20019.1 2.69e-204 1904441 Pseudomonadati Pseudomonadota WP_224774708.1 WP_224774708.1 3.90e-04 546 Pseudomonadati Pseudomonadota WP_236373897.1 WP_236373897.1 4.51e-290 191391 Pseudomonadati Pseudomonadota WP_011739125.1 WP_011739125.1 1.11e-307 1809;362242 Bacillati Actinomycetota WP_011739125.1 WP_187918914.1 1.09e-76 210 Pseudomonadati Campylobacterota WP_011739125.1 WP_028046854.1 6.22e-38 1380354 Bacillati Actinomycetota WP_011739125.1 MCC6251785.1 6.60e-20 2044936 Pseudomonadati Bacteroidota XP_044902674.1 XP_044902674.1 4.41e-106 9685 Metazoa Chordata XP_044902674.1 EFB15155.1 5.21e-11 9646 Metazoa Chordata XP_044902674.1 XP_017706045.1 8.23e-09 61621 Metazoa Chordata XP_044902674.1 KAB0382747.1 5.29e-07 9886 Metazoa Chordata HBE7681505.1 HBE7681505.1 0.0 562 Pseudomonadati Pseudomonadota HBE7681505.1 ECB3811761.1 0.0 2024268 Pseudomonadati Pseudomonadota HBE7681505.1 WP_139067457.1 6.63e-100 2058174;2058175;2183747 Pseudomonadati Bacteroidota HBE7681505.1 WP_219484458.1 6.89e-98 28132 Pseudomonadati Bacteroidota HBE7681505.1 WP_209676560.1 2.37e-15 272161 Bacillati Actinomycetota KAI5383356.1 KAI5383356.1 0.0 3888 Viridiplantae Streptophyta MBU0720484.1 MBU0720484.1 2.21e-156 1869227 0 0 QEG42388.1 QEG42388.1 0.0 980254 Pseudomonadati Planctomycetota HCD3539350.1 HCD3539350.1 2.49e-130 573 Pseudomonadati Pseudomonadota EET4886479.1 EET4886479.1 0.0 562 Pseudomonadati Pseudomonadota EET4886479.1 WP_004960861.1 1.02e-94 40215;1217664 Pseudomonadati Pseudomonadota EET4886479.1 EFH7886278.1 1.87e-72 562;573 Pseudomonadati Pseudomonadota WP_120463061.1 WP_120463061.1 5.64e-96 1820010 Bacillati Bacillota HCS32205.1 HCS32205.1 0.0 142586 Bacillati Bacillota ODM89149.1 ODM89149.1 2.30e-181 48709 Metazoa Arthropoda ETI39029.1 ETI39029.1 0.0 1317065 0 Oomycota USR37329.1 USR37329.1 1.53e-140 714473 Viridiplantae Streptophyta USR37329.1 BAD88428.1 7.77e-127 203830 Viridiplantae Streptophyta USR37329.1 AFP82159.1 8.10e-105 493391 Viridiplantae Streptophyta WP_235292752.1 WP_235292752.1 3.02e-168 1099794 Pseudomonadati Bacteroidota WP_133499669.1 WP_133499669.1 0.0 2488749 Pseudomonadati Pseudomonadota WP_232839144.1 WP_232839144.1 4.90e-250 2182797 Bacillati Actinomycetota KAF7255154.1 KAF7255154.1 8.07e-267 59628 Metazoa Platyhelminthes MBP8049567.1 MBP8049567.1 1.27e-195 1955243 Bacillati Bacillota MBP8049567.1 WP_122920202.1 5.22e-43 511487 Bacillati Bacillota MBP8049567.1 WP_204504397.1 4.32e-30 310297 Pseudomonadati Bacteroidota WP_224314556.1 WP_224314556.1 8.18e-85 571 Pseudomonadati Pseudomonadota CDZ81696.1 CDZ81696.1 2.15e-246 1444712 Pseudomonadati Chlamydiota CDZ81696.1 WP_251074290.1 4.36e-108 N/A N/A CDZ81696.1 WP_124908062.1 9.19e-43 2025310 Pseudomonadati Bacteroidota WP_240904022.1 WP_240904022.1 2.53e-178 2682541 Bacillati Bacillota WP_139489874.1 WP_139489874.1 3.11e-25 562 Pseudomonadati Pseudomonadota WP_246442701.1 WP_246442701.1 2.02e-129 N/A N/A WP_254033437.1 WP_254033437.1 6.87e-192 1160;2789715 Bacillati Cyanobacteriota OHA02323.1 OHA02323.1 0.0 1802272 0 Candidatus Sungiibacteriota OHA02323.1 PIQ07033.1 3.06e-114 1974717 0 Candidatus Nealsoniibacteriota OHA02323.1 NEB38825.1 8.04e-41 2706074 Bacillati Actinomycetota OHA02323.1 WP_131284109.1 6.24e-32 2496842 Bacillati Actinomycetota OHA02323.1 OMF24356.1 1.81e-20 1920423 Bacillati Bacillota OHA02323.1 MBQ2895174.1 9.62e-14 2485925 Bacillati Bacillota OHA02323.1 HCG88012.1 7.31e-11 28108 Pseudomonadati Pseudomonadota WP_121252511.1 WP_121252511.1 1.84e-269 166793 Bacillati Actinomycetota WP_121252511.1 PZW56938.1 7.93e-25 1261629;2821122 Pseudomonadati Pseudomonadota WP_121252511.1 MCP5558243.1 5.30e-04 2026800 Pseudomonadati Verrucomicrobiota WP_242254186.1 WP_242254186.1 7.64e-175 1386;1428 Bacillati Bacillota OFX32653.1 OFX32653.1 0.0 1797288 Bacillati Armatimonadota OFX32653.1 HCT06136.1 2.71e-109 306 Pseudomonadati Pseudomonadota OFX32653.1 MBI6149093.1 7.63e-105 615 Pseudomonadati Pseudomonadota OFX32653.1 WP_074319120.1 2.83e-102 709881 Bacillati Actinomycetota OFX32653.1 WP_041591748.1 8.94e-94 51669 Bacillati Bacillota OFX32653.1 WP_013632646.1 1.04e-67 976;762903;1117645 Pseudomonadati Bacteroidota OFX32653.1 SFX27592.1 2.35e-66 1452269 Bacillati Bacillota OFX32653.1 MCE7698179.1 5.19e-45 868131 Methanobacteriati Methanobacteriota OFX32653.1 MBY0273331.1 7.59e-32 1913988 Pseudomonadati Pseudomonadota OFX32653.1 KAJ6994162.1 2.92e-17 444605 Viridiplantae Streptophyta OFX32653.1 WP_278631399.1 3.90e-12 29348 Bacillati Bacillota OFX32653.1 WP_235126772.1 6.83e-12 2909336 Pseudomonadati Bacteroidota KAI9191373.1 KAI9191373.1 0.0 4023 Viridiplantae Streptophyta KAI9191373.1 MBQ4454347.1 8.04e-56 2044939 Bacillati Bacillota KAI9191373.1 WP_060613079.1 1.26e-54 570;573 Pseudomonadati Pseudomonadota KAI9191373.1 MBQ8297564.1 1.54e-50 41978 Bacillati Bacillota KAI9191373.1 WP_195238978.1 9.01e-47 1502 Bacillati Bacillota KAI9191373.1 WP_036258374.1 2.63e-45 65552 Thermotogati Deinococcota KAI9191373.1 NFD84694.1 3.89e-39 1491 Bacillati Bacillota KAI9191373.1 WAY96880.1 1.71e-34 615 Pseudomonadati Pseudomonadota KAI9191373.1 WP_247749043.1 2.90e-32 N/A N/A KAI9191373.1 KAJ2660037.1 9.80e-29 2789312 Fungi Kickxellomycota KAI9191373.1 KAF9974715.1 1.07e-23 1343610 Fungi Mortierellomycota KAI9191373.1 MWR41881.1 5.44e-19 562 Pseudomonadati Pseudomonadota KAI9191373.1 WP_142931103.1 3.15e-13 2202200 Pseudomonadati Campylobacterota KAI9191373.1 WP_088153117.1 3.40e-12 171674 Pseudomonadati Pseudomonadota KAI9191373.1 MCB0243881.1 1.36e-11 2052143 Bacillati Chloroflexota KAI9191373.1 WP_221265680.1 3.27e-10 N/A N/A KAI9191373.1 RLN50561.1 7.96e-10 325452 0 Oomycota MBP9713953.1 MBP9713953.1 2.47e-133 2819261 Pseudomonadati Pseudomonadota WP_098502057.1 WP_098502057.1 7.45e-137 1396 Bacillati Bacillota WP_243269836.1 WP_243269836.1 0.0 286 Pseudomonadati Pseudomonadota WP_243269836.1 HBP6650873.1 2.88e-119 287 Pseudomonadati Pseudomonadota WP_243269836.1 WP_001537381.1 2.72e-73 562;1181747 Pseudomonadati Pseudomonadota WP_243269836.1 WP_247392216.1 1.65e-50 1310165 Pseudomonadati Pseudomonadota WP_243269836.1 WP_186153646.1 1.07e-45 28095 Pseudomonadati Pseudomonadota WP_243269836.1 MBS1222269.1 2.03e-37 1977087 Pseudomonadati Pseudomonadota MCK5068303.1 MCK5068303.1 1.16e-43 2030927 Pseudomonadati Bacteroidota WP_135110180.1 WP_135110180.1 2.06e-117 175306 Bacillati Bacillota WP_215638040.1 WP_215638040.1 8.14e-292 572511;2592639 Bacillati Bacillota WP_215638040.1 WP_280938002.1 6.01e-26 1480694 Pseudomonadati Spirochaetota OFZ34164.1 OFZ34164.1 1.08e-51 1797387;2053517 Pseudomonadati Bdellovibrionota HAQ04103.1 HAQ04103.1 1.50e-304 2024894 Bacillati Actinomycetota HAQ04103.1 WP_122236618.1 3.63e-24 317;264459 Pseudomonadati Pseudomonadota HIG02706.1 HIG02706.1 0.0 2026763 Pseudomonadati Myxococcota HBS5629917.1 HBS5629917.1 2.44e-86 573 Pseudomonadati Pseudomonadota MBO9310472.1 MBO9310472.1 6.87e-50 2026724 Bacillati Chloroflexota MBO4463486.1 MBO4463486.1 2.11e-137 59823 Pseudomonadati Bacteroidota WP_230210113.1 WP_230210113.1 3.75e-48 2340 Pseudomonadati Pseudomonadota EEV0504409.1 EEV0504409.1 3.39e-194 562 Pseudomonadati Pseudomonadota EEV0504409.1 EEY3543156.1 1.18e-71 562 Pseudomonadati Pseudomonadota EEV0504409.1 EEO7917989.1 2.07e-42 28901 Pseudomonadati Pseudomonadota EEV0504409.1 EFQ4765027.1 1.37e-15 28901;90371 Pseudomonadati Pseudomonadota NCV89943.1 NCV89943.1 2.99e-313 1891241 Pseudomonadati Pseudomonadota NCV89943.1 GIR09622.1 8.94e-107 1913988 Pseudomonadati Pseudomonadota NCV89943.1 WP_007853416.1 1.75e-79 1144317 Pseudomonadati Pseudomonadota NCV89943.1 WP_239913672.1 6.14e-29 689 Pseudomonadati Pseudomonadota NCV89943.1 WP_113669955.1 7.10e-20 2259645 Pseudomonadati Pseudomonadota GFS02759.1 GFS02759.1 5.73e-37 1093978 Metazoa Mollusca XP_025814622.1 XP_025814622.1 0.0 206008 Viridiplantae Streptophyta XP_025814622.1 KAI3849778.1 1.81e-36 357466 Viridiplantae Streptophyta XP_025814622.1 XP_021765438.1 5.24e-35 63459 Viridiplantae Streptophyta XP_025814622.1 XP_040250218.1 1.24e-33 N/A N/A XP_025814622.1 XP_019180948.1 2.65e-27 35883 Viridiplantae Streptophyta XP_025814622.1 KAG2309455.1 4.40e-25 52824 Viridiplantae Streptophyta XP_025814622.1 XP_044484513.1 2.68e-23 29780 Viridiplantae Streptophyta XP_025814622.1 MBF1128433.1 2.57e-19 218538 Bacillati Bacillota XP_025814622.1 MBD2210269.1 3.36e-12 2692905 Bacillati Cyanobacteriota XP_025814622.1 XP_042622198.1 1.80e-05 7962 Metazoa Chordata OFZ82064.1 OFZ82064.1 8.73e-48 1797403 Pseudomonadati Bdellovibrionota WP_096765790.1 WP_096765790.1 1.97e-114 1196083 Pseudomonadati Pseudomonadota WP_096765790.1 MCP5208043.1 1.98e-36 2048971 Pseudomonadati Pseudomonadota WP_096765790.1 WP_023322253.1 6.26e-33 570;573;244366;2267618 Pseudomonadati Pseudomonadota MCL2206583.1 MCL2206583.1 2.20e-87 2604144 Pseudomonadati Fibrobacterota MCI8806686.1 MCI8806686.1 4.64e-153 2485925 Bacillati Bacillota MBI4773680.1 MBI4773680.1 2.71e-246 2026735 Pseudomonadati Myxococcota MCK4320383.1 MCK4320383.1 4.31e-104 2026714 Thermoproteati Candidatus Bathyarchaeota WP_052016305.1 WP_052016305.1 4.99e-262 1489678 Thermotogati Deinococcota QDT53250.1 QDT53250.1 0.0 2527983 Pseudomonadati Planctomycetota MCG7858617.1 MCG7858617.1 6.76e-182 1571481 Pseudomonadati Bacteroidota TNF43597.1 TNF43597.1 4.17e-269 2053541 Pseudomonadati Bacteroidota MBO7597869.1 MBO7597869.1 1.05e-302 2030927 Pseudomonadati Bacteroidota MBO7597869.1 WP_205443952.1 1.00e-30 2055955 Pseudomonadati Pseudomonadota MBO7597869.1 CAA0126222.1 1.62e-28 930805 Pseudomonadati Pseudomonadota MBO7597869.1 WP_122873240.1 3.17e-19 194 Pseudomonadati Campylobacterota WP_218401824.1 WP_218401824.1 1.49e-235 539813 Pseudomonadati Pseudomonadota WP_228618531.1 WP_228618531.1 1.00e-134 1883;2892029 Bacillati Actinomycetota MCK6520984.1 MCK6520984.1 2.58e-162 2818507 Pseudomonadati Myxococcota WP_232018041.1 WP_232018041.1 7.02e-117 1639133 Pseudomonadati Pseudomonadota WP_089092961.1 WP_089092961.1 8.13e-48 1973477 Bacillati Cyanobacteriota MCI6324393.1 MCI6324393.1 0.0 2030927 Pseudomonadati Bacteroidota MCI6324393.1 WP_267184195.1 2.56e-08 2996017 Pseudomonadati Pseudomonadota EFL3122059.1 EFL3122059.1 7.57e-159 562 Pseudomonadati Pseudomonadota EFL3122059.1 EIH4263652.1 2.84e-136 562 Pseudomonadati Pseudomonadota EFL3122059.1 EFL5817307.1 1.46e-103 562 Pseudomonadati Pseudomonadota EFL3122059.1 EFI7849450.1 4.77e-62 562 Pseudomonadati Pseudomonadota EFL3122059.1 EFN5389376.1 1.25e-53 562 Pseudomonadati Pseudomonadota EFL3122059.1 EER8306359.1 1.60e-38 562 Pseudomonadati Pseudomonadota MBR4563510.1 MBR4563510.1 1.92e-126 2748031 Pseudomonadati Bacteroidota XP_029371967.1 XP_029371967.1 1.12e-273 173247 Metazoa Chordata XP_029371967.1 XP_017476002.1 6.63e-66 28612 Metazoa Arthropoda XP_029371967.1 NWT80859.1 9.13e-05 28713 Metazoa Chordata ACA34490.1 ACA34490.1 0.0 197 Pseudomonadati Campylobacterota ACA34490.1 WP_252264110.1 1.03e-32 909656 Pseudomonadati Bacteroidota ACA34490.1 EHK9185512.1 4.52e-27 672 Pseudomonadati Pseudomonadota ACA34490.1 EJK2981647.1 3.34e-08 195 Pseudomonadati Campylobacterota KAG3000577.1 KAG3000577.1 0.0 29920 0 Oomycota MBI0841908.1 MBI0841908.1 4.56e-49 562 Pseudomonadati Pseudomonadota MCL5061987.1 MCL5061987.1 1.30e-158 2026887 Pseudomonadati Nitrospirota EHR6291555.1 EHR6291555.1 0.0 28901 Pseudomonadati Pseudomonadota EHR6291555.1 WP_152652784.1 4.72e-63 2023717 Pseudomonadati Pseudomonadota EHR6291555.1 WP_192500494.1 1.04e-56 1897058 Pseudomonadati Bacteroidota EHR6291555.1 NLW39422.1 4.93e-44 2049431 Bacillati Bacillota EHR6291555.1 WP_084371009.1 7.47e-40 692418 Pseudomonadati Bacteroidota EHR6291555.1 NVM03966.1 1.27e-36 2719382 Promethearchaeati Candidatus Helarchaeota EHR6291555.1 RLN50561.1 3.17e-34 325452 0 Oomycota EHR6291555.1 WP_132175930.1 2.05e-32 190195 Bacillati Actinomycetota EHR6291555.1 WP_221265680.1 2.48e-32 N/A N/A EHR6291555.1 MSO30570.1 1.93e-29 1978231 Pseudomonadati Acidobacteriota EHR6291555.1 WP_281543397.1 4.13e-25 544645 Pseudomonadati Bacteroidota EHR6291555.1 WP_278489123.1 2.18e-24 437897 Bacillati Bacillota EHR6291555.1 WP_150396769.1 4.34e-21 305 Pseudomonadati Pseudomonadota EHR6291555.1 THW78755.1 5.57e-19 5580 Fungi Ascomycota EHR6291555.1 MWR41881.1 4.64e-18 562 Pseudomonadati Pseudomonadota EHR6291555.1 WP_089246429.1 6.76e-17 398843 Bacillati Actinomycetota EHR6291555.1 WP_088153117.1 4.39e-14 171674 Pseudomonadati Pseudomonadota EHR6291555.1 WAY96880.1 2.38e-13 615 Pseudomonadati Pseudomonadota EHR6291555.1 WP_247749043.1 8.48e-13 N/A N/A EHR6291555.1 XP_013005546.1 3.50e-12 N/A N/A EHR6291555.1 WP_222599035.1 1.82e-10 N/A N/A EHR6291555.1 WP_142931103.1 7.34e-10 2202200 Pseudomonadati Campylobacterota EHR6291555.1 MBQ9964693.1 2.47e-09 2044939 Bacillati Bacillota EHR6291555.1 WP_112088864.1 3.36e-06 573 Pseudomonadati Pseudomonadota EHR6291555.1 WP_041710957.1 4.49e-06 1501 Bacillati Bacillota WP_023685930.1 WP_023685930.1 2.63e-291 325217;1287105;1287270;1287274;1287276;1287334 Pseudomonadati Pseudomonadota WP_261952390.1 WP_261952390.1 3.27e-131 1883;1920 Bacillati Actinomycetota WP_135059887.1 WP_135059887.1 0.0 454 Pseudomonadati Pseudomonadota XP_008902753.1 XP_008902753.1 6.20e-117 761204 0 Oomycota WP_186282298.1 WP_186282298.1 7.50e-108 2759956 Bacillati Actinomycetota WP_186282298.1 WP_065138043.1 3.26e-67 1790 Bacillati Actinomycetota WP_118283063.1 WP_118283063.1 4.64e-254 550 Pseudomonadati Pseudomonadota WP_118283063.1 WP_086136661.1 2.40e-56 2610881 Pseudomonadati Pseudomonadota HAL7851047.1 HAL7851047.1 0.0 562 Pseudomonadati Pseudomonadota HAL7851047.1 WP_220281278.1 0.0 562 Pseudomonadati Pseudomonadota HAL7851047.1 HCH8663031.1 1.49e-220 28901 Pseudomonadati Pseudomonadota HAL7851047.1 EJH9475741.1 8.88e-75 N/A N/A HAL7851047.1 WP_081845076.1 3.33e-25 318425 Bacillati Actinomycetota WP_007635864.1 WP_007635864.1 9.12e-210 1132836 Pseudomonadati Pseudomonadota WP_223101678.1 WP_223101678.1 1.74e-196 1341 Bacillati Bacillota WP_140372075.1 WP_140372075.1 0.0 670 Pseudomonadati Pseudomonadota WP_140372075.1 WP_055153579.1 1.84e-11 1506;39482 Bacillati Bacillota SDP58856.1 SDP58856.1 1.79e-144 930152 Bacillati Bacillota SDP58856.1 WP_196074572.1 4.14e-31 469;470 Pseudomonadati Pseudomonadota AAO64374.1 AAO64374.1 1.82e-138 7653 Metazoa Echinodermata KAI2867803.1 KAI2867803.1 2.73e-248 5061 Fungi Ascomycota KAI2867803.1 HAB35737.1 3.20e-31 1898111 Pseudomonadati Bacteroidota NNE58254.1 NNE58254.1 1.71e-145 2715692 Pseudomonadati Pseudomonadota WP_092396407.1 WP_092396407.1 0.0 286;294;2745502 Pseudomonadati Pseudomonadota CAF4033986.1 CAF4033986.1 0.0 392033 Metazoa Rotifera KAH7290269.1 KAH7290269.1 2.80e-74 49495 Viridiplantae Streptophyta PZN79281.1 PZN79281.1 1.81e-279 2202197 Pseudomonadati Pseudomonadota PZN79281.1 WP_063417119.1 5.30e-22 573 Pseudomonadati Pseudomonadota PZN79281.1 MBE0479857.1 1.23e-13 2026734 Bacillati Chloroflexota CAD8042782.1 CAD8042782.1 0.0 9544 Metazoa Chordata WP_083051706.1 WP_083051706.1 8.40e-269 1963862 Pseudomonadati Spirochaetota WP_083051706.1 MAJ59213.1 1.27e-30 1986661;2026735 0;Pseudomonadati 0;Myxococcota WP_083051706.1 WP_200671006.1 1.24e-22 29427;223967 Pseudomonadati Pseudomonadota WP_242531680.1 WP_242531680.1 4.62e-138 N/A N/A WP_242531680.1 MCO6480516.1 3.13e-31 1940289 Pseudomonadati Bacteroidota XP_028635853.1 XP_028635853.1 8.28e-308 491861 Metazoa Chordata XP_028635853.1 WP_063302373.1 3.15e-98 1735583 Pseudomonadati Pseudomonadota XP_028635853.1 WP_183882442.1 2.21e-18 188932 Pseudomonadati Bacteroidota XP_028635853.1 MXY99086.1 6.11e-15 2026781 0 Candidatus Poribacteria XP_028635853.1 WP_057651690.1 1.61e-08 1746199 Pseudomonadati Pseudomonadota XP_028635853.1 KAI0154282.1 3.19e-04 2663376 Fungi Ascomycota MCB5199682.1 MCB5199682.1 5.56e-276 2881335 Pseudomonadati Pseudomonadota MCB5199682.1 MBT6972091.1 2.18e-34 2026739 Methanobacteriati Methanobacteriota MCB5199682.1 RCV36353.1 2.02e-04 4555 Viridiplantae Streptophyta MBI4905271.1 MBI4905271.1 7.48e-305 1978231 Pseudomonadati Acidobacteriota WP_181797223.1 WP_181797223.1 7.97e-116 2593676 Bacillati Actinomycetota WP_109219819.1 WP_109219819.1 1.52e-271 28901;58712 Pseudomonadati Pseudomonadota WP_109219819.1 WP_076409454.1 4.94e-93 85698 Pseudomonadati Pseudomonadota WP_109219819.1 WP_140480909.1 6.03e-82 1404367 Pseudomonadati Pseudomonadota WP_109219819.1 WP_170725874.1 1.03e-80 562 Pseudomonadati Pseudomonadota WP_109219819.1 WP_176354145.1 1.10e-79 2742698 Pseudomonadati Pseudomonadota WP_109219819.1 WP_237907640.1 2.15e-76 192 Pseudomonadati Pseudomonadota WP_109219819.1 WP_258581409.1 3.20e-75 2865837 Pseudomonadati Pseudomonadota WP_109219819.1 WP_011057593.1 1.98e-70 146786;197221 Bacillati Cyanobacteriota WP_109219819.1 NNE23115.1 6.16e-47 1909294 Pseudomonadati Pseudomonadota WP_109219819.1 HBO4828144.1 1.77e-44 287 Pseudomonadati Pseudomonadota WP_109219819.1 WP_142133210.1 7.12e-40 2768449 Bacillati Actinomycetota WP_109219819.1 EHH5649593.1 1.18e-36 195 Pseudomonadati Campylobacterota WP_109219819.1 MBU5353226.1 1.25e-36 198119 Bacillati Bacillota WP_109219819.1 WP_145468487.1 3.81e-33 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_109219819.1 WP_226904802.1 3.48e-31 N/A N/A WP_109219819.1 WP_192324556.1 1.13e-30 34072;2769259 Pseudomonadati Pseudomonadota WP_109219819.1 WP_278489123.1 1.90e-30 437897 Bacillati Bacillota WP_109219819.1 MCH1405047.1 6.96e-28 2518612 Bacillati Actinomycetota WP_109219819.1 MBQ9964693.1 6.99e-28 2044939 Bacillati Bacillota WP_109219819.1 RUU66461.1 6.35e-27 2496787 Pseudomonadati Pseudomonadota WP_109219819.1 MBQ3864274.1 6.44e-25 2044939 Bacillati Bacillota WP_109219819.1 MBQ8297564.1 6.76e-17 41978 Bacillati Bacillota WP_109219819.1 WP_221977168.1 8.67e-15 1076926 Pseudomonadati Pseudomonadota WP_109219819.1 WP_248562494.1 2.35e-09 2934712 Bacillati Bacillota WP_101606078.1 WP_101606078.1 2.97e-310 1911175;2618356 Bacillati Actinomycetota WP_101606078.1 MCF6289355.1 5.30e-45 1977087 Pseudomonadati Pseudomonadota WP_101606078.1 WP_029317544.1 1.41e-41 1423;935856;935858 Bacillati Bacillota WP_101606078.1 WP_206698867.1 1.36e-24 N/A N/A WP_101606078.1 WP_023955328.1 3.90e-16 33882;33883;300019;2002831;2070348;2080744 Bacillati Actinomycetota MBD5153813.1 MBD5153813.1 4.88e-154 1945593 Bacillati Bacillota MBD5153813.1 MCI9320818.1 3.20e-54 1898203 Bacillati Bacillota MBD5153813.1 WP_079396843.1 1.66e-47 194;197 Pseudomonadati Campylobacterota MBD5153813.1 WP_197744369.1 1.62e-35 553981 Pseudomonadati Pseudomonadota MBR2770999.1 MBR2770999.1 0.0 2030927 Pseudomonadati Bacteroidota MBR2770999.1 WP_142725797.1 3.76e-35 2583211 Pseudomonadati Bacteroidota WP_240406805.1 WP_240406805.1 5.75e-40 N/A N/A WP_240406805.1 WP_041488527.1 6.62e-05 64104 Bacillati Bacillota XP_036266973.1 XP_036266973.1 0.0 59472 Metazoa Chordata WP_104333814.1 WP_104333814.1 3.01e-139 2080570 Bacillati Actinomycetota WP_087759142.1 WP_087759142.1 0.0 573 Pseudomonadati Pseudomonadota WP_087759142.1 WP_265102281.1 1.04e-182 573 Pseudomonadati Pseudomonadota WP_087759142.1 MCE1252202.1 1.86e-05 2052143 Bacillati Chloroflexota GLH03554.1 GLH03554.1 4.53e-320 6999 Metazoa Arthropoda MBW6524271.1 MBW6524271.1 6.09e-169 2862498 Pseudomonadati Pseudomonadota MBK8955603.1 MBK8955603.1 1.32e-184 2202734 Pseudomonadati Bacteroidota MBK8955603.1 QLL10545.1 3.32e-72 1719132 Bacillati Actinomycetota MBK8955603.1 EJV0278763.1 3.44e-29 670 Pseudomonadati Pseudomonadota ERO62343.1 ERO62343.1 8.29e-236 2614538 Pseudomonadati Pseudomonadota ERO62343.1 WP_111479522.1 8.45e-68 2211146 Pseudomonadati Bacteroidota KNZ61865.1 KNZ61865.1 7.20e-61 27349 Fungi Basidiomycota KKT69527.1 KKT69527.1 7.05e-184 1619116 0 candidate division WWE3 XP_045788843.1 XP_045788843.1 6.16e-112 57577 Viridiplantae Streptophyta CEP11827.1 CEP11827.1 1.69e-256 35722 Fungi Mucoromycota MCS7015141.1 MCS7015141.1 0.0 2838789 Pseudomonadati Planctomycetota MCS7015141.1 MBW8896250.1 7.78e-14 1978231 Pseudomonadati Acidobacteriota WP_276507912.1 WP_276507912.1 0.0 1622 Bacillati Bacillota WP_240732162.1 WP_240732162.1 2.67e-84 2597769 Pseudomonadati Thermodesulfobacteriota WP_240732162.1 ENF92344.1 1.61e-08 1116087 Pseudomonadati Pseudomonadota XP_027061846.1 XP_027061846.1 0.0 N/A N/A MBV8380961.1 MBV8380961.1 0.0 2026779 Pseudomonadati Planctomycetota WP_136095406.1 WP_136095406.1 0.0 1314 Bacillati Bacillota WP_136095406.1 WP_029789810.1 5.45e-194 669 Pseudomonadati Pseudomonadota WP_136095406.1 MBP6786080.1 2.06e-190 2664178 Bacillati Chloroflexota WP_136095406.1 KAF6257731.1 9.31e-170 2650976 Viridiplantae Chlorophyta WP_136095406.1 MBL8103469.1 3.85e-93 2073117 Bacillati Chloroflexota WP_136095406.1 KAI7727618.1 3.44e-75 4212 Viridiplantae Streptophyta WP_136095406.1 KPK79043.1 3.19e-66 1703359 Pseudomonadati Gemmatimonadota WP_136095406.1 MCH2804017.1 6.62e-29 1639 Bacillati Bacillota WP_006004624.1 WP_006004624.1 2.59e-265 872;885;901;411464 Pseudomonadati Thermodesulfobacteriota WP_006004624.1 MBQ7739147.1 2.56e-172 2049043 Pseudomonadati Thermodesulfobacteriota WP_210212399.1 WP_210212399.1 1.15e-243 325217 Pseudomonadati Pseudomonadota WP_210212399.1 WP_101936735.1 9.12e-56 381 Pseudomonadati Pseudomonadota WP_210212399.1 WP_232306300.1 7.88e-04 823 Pseudomonadati Bacteroidota EIK8394933.1 EIK8394933.1 0.0 197 Pseudomonadati Campylobacterota WP_137255610.1 WP_137255610.1 1.31e-224 2575441 Bacillati Actinomycetota MBT3459617.1 MBT3459617.1 1.17e-155 2026743 Pseudomonadati Pseudomonadota MBT3459617.1 WP_060613079.1 8.22e-74 570;573 Pseudomonadati Pseudomonadota MBT3459617.1 WP_011512097.1 1.50e-55 912;323097 Pseudomonadati Pseudomonadota MBT3459617.1 MBQ8297564.1 1.34e-49 41978 Bacillati Bacillota MBT3459617.1 NFD84694.1 2.20e-48 1491 Bacillati Bacillota MBT3459617.1 WP_247749043.1 1.24e-41 N/A N/A MBT3459617.1 WP_222599035.1 1.83e-38 N/A N/A MBT3459617.1 WP_278489123.1 2.86e-23 437897 Bacillati Bacillota MBT3459617.1 WP_008056683.1 6.92e-19 2596745;2759955 Bacillati Cyanobacteriota MBT3459617.1 WP_107894076.1 2.13e-14 1130819 Bacillati Bacillota MBT3459617.1 GLY24463.1 5.37e-14 3032198 Bacillati Actinomycetota MBT3459617.1 WP_036816548.1 7.54e-14 1342794 Pseudomonadati Pseudomonadota MBT3459617.1 WP_139764340.1 2.17e-05 28901 Pseudomonadati Pseudomonadota WP_222256467.1 WP_222256467.1 9.11e-320 561184 Pseudomonadati Pseudomonadota WP_029080824.1 WP_029080824.1 1.17e-164 1197460;2631580 Pseudomonadati Pseudomonadota WP_174951329.1 WP_174951329.1 1.83e-265 482957 Pseudomonadati Pseudomonadota WP_174951329.1 WP_226800426.1 2.79e-78 2759039 Pseudomonadati Pseudomonadota MBO0691049.1 MBO0691049.1 5.29e-272 2052315 Bacillati Candidatus Dormiibacterota MBO0691049.1 WP_095556548.1 2.52e-33 2029117 Pseudomonadati Pseudomonadota MCU0423654.1 MCU0423654.1 5.74e-127 2044936 Pseudomonadati Bacteroidota WP_239588825.1 WP_239588825.1 1.87e-177 N/A N/A WP_120575284.1 WP_120575284.1 9.12e-109 2316727 Pseudomonadati Myxococcota WP_200162023.1 WP_200162023.1 2.17e-66 28110 Pseudomonadati Pseudomonadota WP_216576398.1 WP_216576398.1 1.74e-183 2841515 Bacillati Bacillota WP_216576398.1 KAA0785577.1 1.03e-60 1890302;2217820 Bacillati Bacillota WP_216576398.1 EAG5222239.1 4.99e-53 1639 Bacillati Bacillota CAF3478760.1 CAF3478760.1 0.0 2762511 Metazoa Rotifera CAF3478760.1 XP_013258388.1 1.58e-157 1182545 Fungi Ascomycota CAF3478760.1 MBV8174008.1 3.39e-54 2026799 Pseudomonadati Verrucomicrobiota CAF3478760.1 KFD50394.1 2.20e-45 68888 Metazoa Nematoda PKI91935.1 PKI91935.1 2.77e-232 2058180 Bacillati Actinomycetota SMS09381.1 SMS09381.1 0.0 33069 Pseudomonadati Pseudomonadota WP_146207192.1 WP_146207192.1 8.08e-154 2212480 Bacillati Bacillota WP_132336079.1 WP_132336079.1 3.65e-42 2530378 Bacillati Actinomycetota XP_022816306.1 XP_022816306.1 3.78e-249 69820 Metazoa Arthropoda WP_247429569.1 WP_247429569.1 3.37e-186 2782616 Pseudomonadati Pseudomonadota WP_247429569.1 WP_008134825.1 1.10e-45 1144344 Pseudomonadati Pseudomonadota WP_247429569.1 WP_221977168.1 2.93e-45 1076926 Pseudomonadati Pseudomonadota WP_247429569.1 WP_176354145.1 2.60e-29 2742698 Pseudomonadati Pseudomonadota WP_247429569.1 WP_222599035.1 2.72e-18 N/A N/A SFW06215.1 SFW06215.1 4.37e-24 83555 Pseudomonadati Chlamydiota WP_137512405.1 WP_137512405.1 3.34e-278 562 Pseudomonadati Pseudomonadota WP_137512405.1 EEY3543156.1 5.67e-264 562 Pseudomonadati Pseudomonadota WP_137512405.1 ECI3309320.1 1.59e-216 59201 Pseudomonadati Pseudomonadota WP_137512405.1 EFQ4765027.1 4.24e-216 28901;90371 Pseudomonadati Pseudomonadota WP_137512405.1 EEO7917989.1 5.58e-200 28901 Pseudomonadati Pseudomonadota WP_137512405.1 WP_042959984.1 1.06e-54 562 Pseudomonadati Pseudomonadota WP_137512405.1 WP_181865219.1 4.49e-32 562 Pseudomonadati Pseudomonadota WP_211254406.1 WP_211254406.1 4.44e-64 136100 Bacillati Actinomycetota EJU2993617.1 EJU2993617.1 9.74e-263 28901 Pseudomonadati Pseudomonadota UXE63572.1 UXE63572.1 4.60e-129 2824559 Bacillati Cyanobacteriota WP_196954680.1 WP_196954680.1 6.81e-134 2793065 Pseudomonadati Bacteroidota RYP53376.1 RYP53376.1 1.42e-257 1081914 Fungi Ascomycota WP_153811865.1 WP_153811865.1 8.00e-182 2582831 Bacillati Actinomycetota WP_236689647.1 WP_236689647.1 8.63e-188 N/A N/A MSQ41299.1 MSQ41299.1 1.02e-97 2026734 Bacillati Chloroflexota WP_124548640.1 WP_124548640.1 6.51e-126 87882;95486 Pseudomonadati Pseudomonadota WP_124548640.1 WP_258941688.1 1.40e-35 46163 Bacillati Actinomycetota WP_274773199.1 WP_274773199.1 2.54e-188 1382803 Pseudomonadati Pseudomonadota WP_200156222.1 WP_200156222.1 1.58e-218 1049 Pseudomonadati Pseudomonadota KJF42781.1 KJF42781.1 3.69e-49 1544798 Pseudomonadati Bacteroidota WP_149069943.1 WP_149069943.1 3.57e-65 2606448 Pseudomonadati Bacteroidota EHW5693237.1 EHW5693237.1 3.86e-101 624 Pseudomonadati Pseudomonadota KAJ5060329.1 KAJ5060329.1 0.0 5016 Fungi Ascomycota KAJ5060329.1 KAG9084682.1 5.99e-75 2600201 Fungi Basidiomycota KAJ5060329.1 PWI72242.1 5.00e-51 33203 Fungi Ascomycota KAJ5060329.1 XP_046922164.1 6.85e-27 61384 Metazoa Chordata QWY38042.1 QWY38042.1 2.12e-305 11676 Pararnavirae Artverviricota QWY38042.1 AFV39595.1 3.46e-285 12721 Pararnavirae Artverviricota QWY38042.1 AFJ09957.1 3.09e-283 11676 Pararnavirae Artverviricota QWY38042.1 ACY29573.1 8.24e-282 11676 Pararnavirae Artverviricota QWY38042.1 ACH90072.1 9.49e-247 11676 Pararnavirae Artverviricota QWY38042.1 BAO11608.1 1.79e-241 11676 Pararnavirae Artverviricota QWY38042.1 BAO23243.1 3.44e-240 11676 Pararnavirae Artverviricota QWY38042.1 AVA00513.1 1.64e-237 11676 Pararnavirae Artverviricota QWY38042.1 AOW36968.1 8.56e-227 11676 Pararnavirae Artverviricota QWY38042.1 AOW33101.1 8.10e-226 11676 Pararnavirae Artverviricota QWY38042.1 ACV16867.1 4.43e-212 11676 Pararnavirae Artverviricota QWY38042.1 ARR91819.1 1.14e-190 11676 Pararnavirae Artverviricota QWY38042.1 ADB27070.1 2.50e-147 11676 Pararnavirae Artverviricota QWY38042.1 ABJ92889.1 1.11e-54 11676 Pararnavirae Artverviricota WP_013133580.1 WP_013133580.1 4.67e-154 2006;469371 Bacillati Actinomycetota WP_261132050.1 WP_261132050.1 4.79e-190 2963522 Bacillati Bacillota WP_261132050.1 MBI5683150.1 3.34e-59 2026735 Pseudomonadati Myxococcota MBQ4139225.1 MBQ4139225.1 7.70e-120 2498093 Pseudomonadati Bacteroidota MBQ4139225.1 WP_047430984.1 9.72e-25 1561068 Pseudomonadati Pseudomonadota KAJ6827980.1 KAJ6827980.1 0.0 29817 Viridiplantae Streptophyta MBQ2444858.1 MBQ2444858.1 2.68e-79 2485925 Bacillati Bacillota MBO4463451.1 MBO4463451.1 8.00e-133 59823 Pseudomonadati Bacteroidota MCB0447740.1 MCB0447740.1 1.43e-232 2018083 Pseudomonadati Bacteroidota MCB0447740.1 WP_090770466.1 1.21e-10 390242 Pseudomonadati Bacteroidota XP_016452348.1 XP_016452348.1 0.0 N/A N/A XP_016452348.1 MCK5302212.1 2.36e-43 2053491 Promethearchaeati Candidatus Thorarchaeota XP_016452348.1 TDJ69718.1 1.37e-24 1977087 Pseudomonadati Pseudomonadota WP_063417119.1 WP_063417119.1 0.0 573 Pseudomonadati Pseudomonadota WP_063417119.1 MBM4836391.1 1.67e-47 670 Pseudomonadati Pseudomonadota WP_063417119.1 MBK7837454.1 3.73e-41 2711154 Bacillati Candidatus Melainabacteria WP_063417119.1 PZN79281.1 2.34e-25 2202197 Pseudomonadati Pseudomonadota KAF1483258.1 KAF1483258.1 6.84e-304 2517240 Metazoa Chordata ROW03190.1 ROW03190.1 2.82e-308 1230097 Fungi Ascomycota ROW03190.1 XP_029439375.1 1.77e-43 194408 Metazoa Chordata ROW03190.1 WP_007337172.1 6.85e-10 265606;993516 Pseudomonadati Planctomycetota ROW03190.1 KAJ0483518.1 4.45e-08 4232 Viridiplantae Streptophyta ROW03190.1 XP_033980738.1 1.29e-07 40690 Metazoa Chordata ROW03190.1 XP_045702922.1 1.34e-06 9423 Metazoa Chordata WP_241566677.1 WP_241566677.1 3.58e-273 N/A N/A WP_233178716.1 WP_233178716.1 4.95e-63 N/A N/A WP_215152714.1 WP_215152714.1 2.65e-316 2593676;2819180;2819181 Bacillati Actinomycetota WP_215152714.1 WP_037889990.1 3.25e-61 1470557 Bacillati Actinomycetota MBO5433620.1 MBO5433620.1 1.08e-105 2044939 Bacillati Bacillota XP_040967143.1 XP_040967143.1 0.0 3635 Viridiplantae Streptophyta WP_278781114.1 WP_278781114.1 0.0 1601 Bacillati Bacillota XP_014204645.1 XP_014204645.1 0.0 29053 Metazoa Arthropoda WP_275765493.1 WP_275765493.1 8.39e-139 1404 Bacillati Bacillota WP_136332629.1 WP_136332629.1 1.74e-165 N/A N/A OFI40104.1 OFI40104.1 6.61e-63 1920889 Bacillati Actinomycetota HBA9856909.1 HBA9856909.1 2.17e-61 562 Pseudomonadati Pseudomonadota WP_012147640.1 WP_012147640.1 2.15e-77 28197;367737 Pseudomonadati Campylobacterota WP_045121741.1 WP_045121741.1 4.31e-320 286;198620;2895476 Pseudomonadati Pseudomonadota CZT45482.1 CZT45482.1 0.0 38038 Fungi Ascomycota CZT45482.1 XP_023589550.1 3.65e-155 127582 Metazoa Chordata CZT45482.1 RSL59427.1 3.87e-69 1325737 Fungi Ascomycota CZT45482.1 GEU53557.1 1.01e-53 118510 Viridiplantae Streptophyta CZT45482.1 MBA0549662.1 7.16e-53 34289 Viridiplantae Streptophyta CZT45482.1 NQR19375.1 5.19e-50 1307 Bacillati Bacillota CZT45482.1 XP_055095726.1 3.74e-26 9590 Metazoa Chordata MCD6247767.1 MCD6247767.1 1.43e-115 3101447 Nanobdellati Candidatus Iainarchaeota MBL0720829.1 MBL0720829.1 2.31e-77 2801332 Pseudomonadati Pseudomonadota WP_281562017.1 WP_281562017.1 0.0 3015149 Bacillati Actinomycetota WP_281562017.1 MBP1327478.1 7.96e-30 662960 Bacillati Actinomycetota MBF1128433.1 MBF1128433.1 0.0 218538 Bacillati Bacillota MBF1128433.1 WP_281919021.1 5.35e-47 2984338 Bacillati Actinomycetota MBF1128433.1 WP_106546380.1 4.36e-35 869949 Bacillati Cyanobacteriota MBF1128433.1 MBD2210269.1 4.49e-33 2692905 Bacillati Cyanobacteriota MBF1128433.1 XP_020321477.1 1.82e-27 8019 Metazoa Chordata MBF1128433.1 NOY27702.1 3.40e-27 2599941 Pseudomonadati Bdellovibrionota MBF1128433.1 XP_046441060.1 3.40e-26 6669 Metazoa Arthropoda MBF1128433.1 WP_271931007.1 6.79e-22 2995306 Pseudomonadati Myxococcota MBF1128433.1 XP_025814622.1 6.86e-21 206008 Viridiplantae Streptophyta MBF1128433.1 XP_051566275.1 2.06e-18 70543 Metazoa Chordata MBF1128433.1 XP_021765438.1 1.12e-17 63459 Viridiplantae Streptophyta MBF1128433.1 XP_048379117.1 4.24e-14 3053191 Metazoa Chordata MBF1128433.1 UZO03952.1 4.54e-14 588596 Fungi Glomeromycota MBF1128433.1 XP_048540820.1 5.44e-10 4572 Viridiplantae Streptophyta MBF1128433.1 RIB10989.1 1.05e-04 44941 Fungi Glomeromycota WP_045308192.1 WP_045308192.1 9.43e-160 547;550;158836;1812934 Pseudomonadati Pseudomonadota WP_045308192.1 EHD1229023.1 7.12e-58 562 Pseudomonadati Pseudomonadota AAZ67085.1 AAZ67085.1 9.46e-56 340093 Orthornavirae Negarnaviricota WP_154454910.1 WP_154454910.1 2.90e-236 1301;1311;29389 Bacillati Bacillota WP_274915895.1 WP_274915895.1 9.60e-166 2593676 Bacillati Actinomycetota WP_274915895.1 WP_192558464.1 4.46e-15 2774460 Pseudomonadati Pseudomonadota WP_274915895.1 WP_169054812.1 1.49e-05 652751;652754;2630922 Pseudomonadati Pseudomonadota OHX54041.1 OHX54041.1 1.63e-103 622695 Bacillati Bacillota XP_022216402.2 XP_022216402.2 2.22e-288 7282 Metazoa Arthropoda WP_165724099.1 WP_165724099.1 1.73e-191 53246 Pseudomonadati Pseudomonadota WP_165724099.1 MCF8449868.1 1.92e-30 1869185 Pseudomonadati Bacteroidota WP_165724099.1 MPZ95749.1 3.28e-27 2015801 Bacillati Actinomycetota MBN8606766.1 MBN8606766.1 0.0 2282150 Pseudomonadati Pseudomonadota MBN8606766.1 PSQ73325.1 2.61e-40 1919101 Pseudomonadati Bacteroidota MBN8606766.1 TAL20232.1 2.63e-37 1872578 Pseudomonadati Pseudomonadota MBN8606766.1 WP_138482356.1 6.98e-35 161398 Pseudomonadati Pseudomonadota MBN8606766.1 WP_007356512.1 3.20e-34 272129;1501433 Bacillati Cyanobacteriota MBN8606766.1 KFX48203.1 7.77e-31 N/A N/A MBN8606766.1 MBQ1868746.1 3.89e-27 2053611;2593411 Bacillati Bacillota MBN8606766.1 WP_074911472.1 1.86e-15 371601 Pseudomonadati Bacteroidota MBN8606766.1 MBN1819552.1 2.44e-15 2053594 Pseudomonadati Bacteroidota KAJ7773233.1 KAJ7773233.1 0.0 1033252 Fungi Basidiomycota MCQ2156413.1 MCQ2156413.1 2.13e-239 2030927 Pseudomonadati Bacteroidota MCQ2156413.1 HAR7369715.1 2.77e-65 1280 Bacillati Bacillota MCQ2156413.1 EPR30609.1 3.96e-64 1121439 Pseudomonadati Thermodesulfobacteriota MCQ2156413.1 WP_132517191.1 1.61e-52 2512149 Pseudomonadati Pseudomonadota MCQ2156413.1 MBR4705654.1 6.68e-28 2748031 Pseudomonadati Bacteroidota WP_089246429.1 WP_089246429.1 0.0 398843 Bacillati Actinomycetota WP_089246429.1 WP_150396769.1 7.02e-89 305 Pseudomonadati Pseudomonadota WP_089246429.1 MBO5162475.1 1.87e-82 1898203 Bacillati Bacillota WP_089246429.1 WP_185334683.1 1.91e-65 1640 Bacillati Bacillota WP_089246429.1 WP_008134825.1 1.10e-35 1144344 Pseudomonadati Pseudomonadota WP_089246429.1 WP_247749043.1 3.73e-18 N/A N/A WP_089246429.1 WP_089095302.1 5.18e-18 346;473426 Pseudomonadati Pseudomonadota WP_089246429.1 WP_221265680.1 2.87e-17 N/A N/A WP_089246429.1 MBP1876254.1 4.04e-16 106592 Pseudomonadati Pseudomonadota WP_089246429.1 WP_071876418.1 7.32e-16 332949 Bacillati Bacillota WP_089246429.1 EHR6291555.1 1.69e-14 28901 Pseudomonadati Pseudomonadota WP_089246429.1 WP_098952357.1 1.87e-13 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_089246429.1 WP_084371009.1 2.13e-13 692418 Pseudomonadati Bacteroidota WP_089246429.1 WP_131166802.1 2.92e-13 1837344 Bacillati Actinomycetota WP_089246429.1 WP_192500494.1 5.27e-12 1897058 Pseudomonadati Bacteroidota WP_089246429.1 WP_142931103.1 3.45e-10 2202200 Pseudomonadati Campylobacterota WP_089246429.1 WP_066083732.1 5.15e-10 220687 Bacillati Bacillota WP_089246429.1 WP_107894076.1 6.53e-10 1130819 Bacillati Bacillota WP_089246429.1 WP_041710957.1 1.25e-06 1501 Bacillati Bacillota WP_089246429.1 WP_195238978.1 4.21e-06 1502 Bacillati Bacillota WP_089246429.1 MBQ8297564.1 8.83e-06 41978 Bacillati Bacillota WP_089246429.1 NVM03966.1 1.05e-05 2719382 Promethearchaeati Candidatus Helarchaeota WP_089246429.1 MBQ9964693.1 4.79e-04 2044939 Bacillati Bacillota VDO63589.1 VDO63589.1 7.77e-72 387005 Metazoa Nematoda WP_098642363.1 WP_098642363.1 0.0 1890302 Bacillati Bacillota WP_098642363.1 WP_091423297.1 1.41e-19 1798225 Pseudomonadati Bacteroidota MBA2651112.1 MBA2651112.1 1.51e-36 2740535 Pseudomonadati Pseudomonadota MBA2651112.1 WP_066476002.1 1.91e-10 85413;406341 Pseudomonadati Pseudomonadota UCP72061.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UCP72061.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_070709792.1 WP_070709792.1 5.55e-176 1269;1581073 Bacillati Actinomycetota MCI0750124.1 MCI0750124.1 3.71e-292 2026766 Pseudomonadati Pseudomonadota MCI0750124.1 WP_002655233.1 3.98e-16 124;314230 Pseudomonadati Planctomycetota MBR6483218.1 MBR6483218.1 2.36e-228 2212467 Pseudomonadati Bacteroidota MCA8947870.1 MCA8947870.1 0.0 2026780 Pseudomonadati Planctomycetota WP_244356123.1 WP_244356123.1 7.15e-103 2893468 Pseudomonadati Pseudomonadota WP_244356123.1 WP_097574091.1 8.77e-25 2037900 Pseudomonadati Pseudomonadota HBJ0687394.1 HBJ0687394.1 1.70e-251 562 Pseudomonadati Pseudomonadota MBQ2719788.1 MBQ2719788.1 0.0 2044939 Bacillati Bacillota MBQ2719788.1 NWT28302.1 5.94e-72 98964;142471 Metazoa Chordata MBQ2719788.1 WP_264593810.1 1.84e-11 2611147 Pseudomonadati Pseudomonadota GFD16573.1 GFD16573.1 9.20e-118 118510 Viridiplantae Streptophyta GFD16573.1 GFB08691.1 3.25e-20 118510 Viridiplantae Streptophyta MBS4051699.1 MBS4051699.1 5.00e-161 418 Pseudomonadati Pseudomonadota MBT4867863.1 MBT4867863.1 7.06e-44 2026779 Pseudomonadati Planctomycetota WP_211354231.1 WP_211354231.1 3.10e-110 406432 Bacillati Actinomycetota HAM57133.1 HAM57133.1 7.85e-42 2053607 0 Candidatus Rokuibacteriota HAM57133.1 MBN2192743.1 3.77e-14 2268199 Pseudomonadati Myxococcota NMO74192.1 NMO74192.1 5.80e-314 553239 Pseudomonadati Pseudomonadota NMO74192.1 NBW79235.1 3.76e-21 1891241 Pseudomonadati Pseudomonadota MBQ8462807.1 MBQ8462807.1 0.0 59823 Pseudomonadati Bacteroidota MBQ8462807.1 WP_070723361.1 0.0 1739459 Pseudomonadati Bacteroidota TEA36026.1 TEA36026.1 2.77e-257 103600 Metazoa Chordata TEA36026.1 KAI8569196.1 8.87e-97 49168 Viridiplantae Streptophyta WP_205173112.1 WP_205173112.1 0.0 992288 Bacillati Bacillota WP_205173112.1 WP_272906673.1 8.60e-64 354351 Pseudomonadati Pseudomonadota WP_205173112.1 WP_164653811.1 2.11e-62 329406 Pseudomonadati Pseudomonadota WP_205173112.1 WP_175896721.1 4.29e-60 1207504 Pseudomonadati Pseudomonadota WP_205173112.1 MBP7222158.1 7.84e-58 1960295 Bacillati Bacillota WP_205173112.1 WP_271786410.1 8.38e-57 645 Pseudomonadati Pseudomonadota WP_205173112.1 WP_124213670.1 4.87e-56 286;287 Pseudomonadati Pseudomonadota WP_205173112.1 KNY10996.1 4.12e-51 72556 Pseudomonadati Pseudomonadota WP_205173112.1 WP_278449211.1 1.87e-38 293 Pseudomonadati Pseudomonadota CEL11538.1 CEL11538.1 2.68e-168 454130 Fungi Ascomycota XP_018282977.1 XP_018282977.1 0.0 879819 Fungi Basidiomycota XP_018282977.1 WP_254218450.1 7.79e-38 N/A N/A KJS39335.1 KJS39335.1 6.85e-50 1629718 Pseudomonadati Pseudomonadota WP_276369440.1 WP_276369440.1 1.31e-278 3034144 Pseudomonadati Bacteroidota WP_276369440.1 MCH8293010.1 1.10e-18 2026781 0 Candidatus Poribacteria GGN43478.1 GGN43478.1 1.53e-47 1612435 Bacillati Actinomycetota WP_049599782.1 WP_049599782.1 3.16e-267 634 Pseudomonadati Pseudomonadota MBE6348968.1 MBE6348968.1 0.0 1898206 Pseudomonadati Spirochaetota MBE6348968.1 WP_012573472.1 1.24e-196 511435;511995 Pseudomonadati Bacteroidota MBE6348968.1 WP_070770047.1 2.94e-181 1350;1352 Bacillati Bacillota MBE6348968.1 NJD91181.1 4.29e-170 46610 Pseudomonadati Thermodesulfobacteriota MBE6348968.1 WP_156009076.1 1.52e-161 1917441 Bacillati Bacillota WP_004699236.1 WP_004699236.1 0.0 469;470;1530123 Pseudomonadati Pseudomonadota WP_004699236.1 WP_006305873.1 3.29e-68 82203;888060 Bacillati Bacillota WP_004699236.1 MBI5098096.1 6.00e-10 2026887 Pseudomonadati Nitrospirota NOT18216.1 NOT18216.1 0.0 2025307 Pseudomonadati Pseudomonadota NOT18216.1 WP_021479352.1 2.77e-97 1423 Bacillati Bacillota NOT18216.1 ECN6431251.1 2.37e-53 108619 Pseudomonadati Pseudomonadota UUS71569.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UUS71569.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota VEL25898.1 VEL25898.1 1.98e-59 117903 Metazoa Platyhelminthes WP_280938002.1 WP_280938002.1 4.55e-314 1480694 Pseudomonadati Spirochaetota WP_280938002.1 WP_244311009.1 8.61e-172 699041 Bacillati Actinomycetota WP_280938002.1 WP_215638040.1 2.77e-27 572511;2592639 Bacillati Bacillota WP_280938002.1 MCJ7486393.1 6.87e-27 2052149 0 Candidatus Aminicenantota MBI5809191.1 MBI5809191.1 1.13e-111 2049428 Pseudomonadati Ignavibacteriota WP_064441345.1 WP_064441345.1 2.18e-94 616997 Bacillati Actinomycetota WP_163968309.1 WP_163968309.1 0.0 2709383 Pseudomonadati Pseudomonadota CVV42982.1 CVV42982.1 4.08e-49 1313 Bacillati Bacillota CVV42982.1 CEY44168.1 9.30e-04 1313 Bacillati Bacillota WP_167239634.1 WP_167239634.1 5.62e-172 2609280 Pseudomonadati Pseudomonadota WP_167239634.1 NCO19736.1 1.80e-75 1913989 Pseudomonadati Pseudomonadota WP_142725797.1 WP_142725797.1 0.0 2583211 Pseudomonadati Bacteroidota WP_142725797.1 MBR2770999.1 9.81e-34 2030927 Pseudomonadati Bacteroidota WP_189821229.1 WP_189821229.1 1.51e-62 1883;67296;67366 Bacillati Actinomycetota NWY11222.1 NWY11222.1 5.19e-107 39617 Metazoa Chordata NWY11222.1 XP_041922209.1 8.01e-15 34773 Metazoa Chordata NWY11222.1 XP_009464764.1 1.29e-12 128390 Metazoa Chordata WP_169605852.1 WP_169605852.1 9.23e-50 2728022 Pseudomonadati Bacteroidota WP_207918089.1 WP_207918089.1 1.49e-185 185978;2512133;2587092 Bacillati Bacillota WP_207918089.1 MXP43753.1 1.34e-112 1689985 Pseudomonadati Pseudomonadota WP_207918089.1 WP_174822921.1 1.09e-107 N/A N/A WP_207918089.1 OAN53756.1 5.23e-102 1285242 Pseudomonadati Pseudomonadota WP_207918089.1 MBC7326981.1 5.57e-98 1869227 0 0 WP_207918089.1 WP_158791585.1 2.99e-97 1641866 Pseudomonadati Acidobacteriota WP_207918089.1 MWR41881.1 5.49e-33 562 Pseudomonadati Pseudomonadota WP_207918089.1 WP_072380563.1 2.36e-28 501024 Pseudomonadati Pseudomonadota WP_207918089.1 MCP5262709.1 1.04e-23 50421 Pseudomonadati Pseudomonadota WP_207918089.1 GLY24463.1 5.43e-23 3032198 Bacillati Actinomycetota WP_207918089.1 MBU5353226.1 5.88e-22 198119 Bacillati Bacillota WP_207918089.1 WP_107894076.1 7.31e-22 1130819 Bacillati Bacillota WP_207918089.1 WP_071876418.1 4.79e-21 332949 Bacillati Bacillota WP_207918089.1 WP_152652784.1 1.44e-20 2023717 Pseudomonadati Pseudomonadota WP_207918089.1 WP_227059655.1 2.64e-19 40545 Pseudomonadati Pseudomonadota WP_207918089.1 WP_192324556.1 2.19e-18 34072;2769259 Pseudomonadati Pseudomonadota WP_207918089.1 WP_084371009.1 6.11e-18 692418 Pseudomonadati Bacteroidota WP_207918089.1 EHH5649593.1 1.02e-17 195 Pseudomonadati Campylobacterota WP_207918089.1 WP_150396769.1 3.14e-10 305 Pseudomonadati Pseudomonadota WP_207918089.1 CDZ73727.1 2.35e-09 323655 Pseudomonadati Pseudomonadota WP_207918089.1 KAF9974715.1 1.35e-08 1343610 Fungi Mortierellomycota WP_100081012.1 WP_100081012.1 6.71e-66 2023338 Pseudomonadati Pseudomonadota WP_014407515.1 WP_014407515.1 2.80e-209 1314;798300;1010840 Bacillati Bacillota WP_014407515.1 MBK9183427.1 2.60e-44 2053306 Pseudomonadati Ignavibacteriota WP_014407515.1 MCQ2612024.1 7.35e-34 2854022 Pseudomonadati Spirochaetota WP_158131988.1 WP_158131988.1 0.0 549 Pseudomonadati Pseudomonadota WP_158131988.1 WP_097346712.1 5.46e-300 562 Pseudomonadati Pseudomonadota WP_158131988.1 EIU6828535.1 1.04e-34 670 Pseudomonadati Pseudomonadota WP_158131988.1 AHK46784.1 8.99e-32 1416753 Pseudomonadati Pseudomonadota WP_158131988.1 AGL88086.1 5.16e-25 767453 Bacillati Bacillota WP_158131988.1 PPR79666.1 1.65e-24 2013066 Pseudomonadati Pseudomonadota WP_158131988.1 WP_249991478.1 1.92e-24 747 Pseudomonadati Pseudomonadota WP_158131988.1 EAP5059555.1 1.80e-23 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota MBE6713534.1 MBE6713534.1 1.11e-306 2485925 Bacillati Bacillota MBE6713534.1 MCF6289355.1 8.51e-22 1977087 Pseudomonadati Pseudomonadota MCP4293344.1 MCP4293344.1 9.77e-167 1869227 0 0 WP_125555296.1 WP_125555296.1 0.0 284579 Bacillati Bacillota WP_125555296.1 VJO49958.1 2.00e-177 1313 Bacillati Bacillota WP_125555296.1 WP_253630899.1 2.26e-64 2953808 Bacillati Bacillota WP_125555296.1 PKO20637.1 5.45e-17 2013723 Bacillati Chloroflexota WP_125555296.1 WP_275700896.1 9.02e-15 3031239 Bacillati Actinomycetota WP_125555296.1 MBR6406611.1 6.52e-13 1898203 Bacillati Bacillota WP_125555296.1 MBP7746105.1 1.66e-12 2026778 Pseudomonadati Planctomycetota WP_125555296.1 HAN2236324.1 4.50e-12 562 Pseudomonadati Pseudomonadota WP_251586805.1 WP_251586805.1 3.48e-37 273678 Bacillati Actinomycetota WP_154557671.1 WP_154557671.1 5.04e-241 2605785 Bacillati Bacillota NXK93169.1 NXK93169.1 6.03e-102 1118560 Metazoa Chordata WP_120653510.1 WP_120653510.1 1.23e-165 196821;1755504 Pseudomonadati Pseudomonadota WP_083053697.1 WP_083053697.1 8.26e-127 507;511;232846;2841924;2953809 Pseudomonadati Pseudomonadota WP_262890005.1 WP_262890005.1 5.64e-160 N/A N/A WP_129053209.1 WP_129053209.1 0.0 394559 Pseudomonadati Bacteroidota WP_129053209.1 MXS72767.1 2.04e-92 2692426 Pseudomonadati Bacteroidota MCB0080507.1 MCB0080507.1 6.31e-72 2614250 Bacillati Chloroflexota CAG8634459.1 CAG8634459.1 9.06e-23 4874 Fungi Glomeromycota WP_244349102.1 WP_244349102.1 0.0 32053;2813851 Bacillati Cyanobacteriota WP_244349102.1 MCF8391604.1 1.24e-126 2030927 Pseudomonadati Bacteroidota WP_244349102.1 WP_228961807.1 2.39e-33 338;56463 Pseudomonadati Pseudomonadota WP_244349102.1 HJE10580.1 2.27e-28 1718 Bacillati Actinomycetota WP_137652803.1 WP_137652803.1 1.32e-229 1333651 Bacillati Actinomycetota MBD8931956.1 MBD8931956.1 1.99e-48 41978 Bacillati Bacillota WP_237973393.1 WP_237973393.1 2.58e-180 239935 Pseudomonadati Verrucomicrobiota WP_061356765.1 WP_061356765.1 2.19e-132 562 Pseudomonadati Pseudomonadota WP_073201850.1 WP_073201850.1 7.59e-230 1027249 Bacillati Bacillota WP_073201850.1 PHR72175.1 1.65e-92 1925666 Pseudomonadati Bacteroidota WP_073201850.1 PSR02572.1 1.88e-91 1919110 Pseudomonadati Bacteroidota WP_073201850.1 WP_253808359.1 6.70e-42 69710 Pseudomonadati Spirochaetota WP_073201850.1 WP_225579579.1 1.24e-40 N/A N/A WP_073201850.1 WP_254698006.1 3.29e-39 N/A N/A WP_073201850.1 CBI36349.3 3.78e-33 29760 Viridiplantae Streptophyta MBF1224416.1 MBF1224416.1 0.0 729 Pseudomonadati Pseudomonadota WP_165438496.1 WP_165438496.1 2.36e-79 1397368 Bacillati Actinomycetota MBC8203931.1 MBC8203931.1 2.66e-180 2599937 Pseudomonadati 0 WP_227085212.1 WP_227085212.1 0.0 649756 Bacillati Bacillota WP_034327214.1 WP_034327214.1 1.94e-103 209;76936;1548148 Pseudomonadati Campylobacterota MAC18593.1 MAC18593.1 7.44e-116 2026778 Pseudomonadati Planctomycetota NOY92382.1 NOY92382.1 3.97e-81 2026735 Pseudomonadati Myxococcota MBW2071526.1 MBW2071526.1 3.17e-213 2026735 Pseudomonadati Myxococcota MBP8762091.1 MBP8762091.1 4.73e-309 1945593;2292270;2485925 Bacillati Bacillota GEV03352.1 GEV03352.1 1.60e-161 118510 Viridiplantae Streptophyta WP_183483256.1 WP_183483256.1 2.90e-131 2587122;2587123;2587124;2626991 Pseudomonadati Pseudomonadota WP_196074572.1 WP_196074572.1 3.71e-125 469;470 Pseudomonadati Pseudomonadota WP_196074572.1 WP_089820066.1 3.72e-37 631455 Pseudomonadati Bacteroidota WP_196074572.1 SDP58856.1 5.23e-31 930152 Bacillati Bacillota WP_107033910.1 WP_107033910.1 0.0 584 Pseudomonadati Pseudomonadota MBR5482150.1 MBR5482150.1 1.17e-114 2212467 Pseudomonadati Bacteroidota HAP8698574.1 HAP8698574.1 2.93e-144 1352 Bacillati Bacillota WP_041723747.1 WP_041723747.1 5.27e-219 359;1841655 Pseudomonadati Pseudomonadota WP_041723747.1 MCS6996891.1 4.22e-40 2906524 Pseudomonadati Pseudomonadota WP_041723747.1 MBF0357294.1 1.58e-26 2026759 Pseudomonadati Pseudomonadota ECY0969635.1 ECY0969635.1 7.58e-67 195 Pseudomonadati Campylobacterota HBX8004802.1 HBX8004802.1 6.97e-249 573 Pseudomonadati Pseudomonadota HBX8004802.1 HBK1877356.1 5.93e-19 195 Pseudomonadati Campylobacterota HBX8004802.1 XP_034264344.1 6.87e-16 94885 Metazoa Chordata HBX8004802.1 MBA2687082.1 2.20e-11 2026741 Pseudomonadati Gemmatimonadota HBX8004802.1 WP_084119994.1 2.11e-10 280473;758820 Pseudomonadati Bacteroidota HBX8004802.1 XP_003056335.1 9.96e-07 564608 Viridiplantae Chlorophyta HBX8004802.1 WP_219287479.1 1.19e-05 2487934 Pseudomonadati Bacteroidota WP_180748367.1 WP_180748367.1 1.80e-61 2750814 Bacillati Actinomycetota WFQ78449.1 WFQ78449.1 2.26e-108 3026967 Pseudomonadati Pseudomonadota TMD19778.1 TMD19778.1 3.20e-58 2026724 Bacillati Chloroflexota GGC93399.1 GGC93399.1 2.39e-188 1677894 Pseudomonadati Bacteroidota ABQ63546.1 ABQ63546.1 1.09e-152 166263 Metazoa Chordata ABQ63546.1 QUQ06080.1 1.30e-126 1719401 Metazoa Mollusca ABQ63546.1 AVM35379.1 2.20e-126 1770638 Metazoa Arthropoda ABQ63546.1 ADW49125.1 2.68e-124 1417353 Metazoa Arthropoda ABQ63546.1 AFA24308.1 7.97e-124 1097956 Metazoa Arthropoda ABQ63546.1 AWS34156.1 4.83e-122 408114 Metazoa Arthropoda ABQ63546.1 ADJ35581.1 1.67e-120 876003 Metazoa Annelida ABQ63546.1 QUA05739.1 1.03e-119 988006 Metazoa Arthropoda ABQ63546.1 AFA09475.1 1.90e-118 705192 Metazoa Arthropoda ABQ63546.1 AKT58828.1 3.04e-108 1687857 Metazoa Arthropoda ABQ63546.1 AMA90994.1 3.79e-107 1474269;2542237 Metazoa Arthropoda ABQ63546.1 AXZ65741.1 1.78e-103 2242446 Metazoa Arthropoda ABQ63546.1 UZF38514.1 8.55e-99 2976471 Metazoa Arthropoda ABQ63546.1 AOQ89457.1 4.93e-96 1881751 Metazoa Arthropoda ABQ63546.1 AGI15931.1 1.40e-90 52396 Metazoa Mollusca ABQ63546.1 AHH30646.1 9.39e-81 1452501 Metazoa Arthropoda ABQ63546.1 ACE88666.1 4.92e-75 13139 Metazoa Arthropoda ABQ63546.1 APC24336.1 1.92e-44 597926 Metazoa Arthropoda MCB1412915.1 MCB1412915.1 0.0 2021379 Pseudomonadati Pseudomonadota MCB1412915.1 WP_133179454.1 4.25e-202 2546446 Pseudomonadati Pseudomonadota MCB1412915.1 KAK48091.1 2.07e-24 1458357 Pseudomonadati Pseudomonadota MCB1412915.1 KAF8901107.1 5.42e-14 139077 Fungi Basidiomycota MCB1412915.1 WP_049005162.1 2.27e-13 550 Pseudomonadati Pseudomonadota MCB1412915.1 XP_049236752.1 8.10e-11 181014 Fungi Ascomycota MCB1412915.1 WP_245350945.1 1.15e-08 N/A N/A MCB1412915.1 WP_255602293.1 1.12e-06 2835787 Pseudomonadati Pseudomonadota EUJ18213.1 EUJ18213.1 3.23e-158 1265818 Bacillati Bacillota EUJ18213.1 KAI3473816.1 1.81e-08 586722 Viridiplantae Streptophyta WP_022347710.1 WP_022347710.1 0.0 817;1263046;1339315 Pseudomonadati Bacteroidota MBE3121179.1 MBE3121179.1 5.71e-73 1906666 Methanobacteriati Thermoplasmatota XP_022005570.1 XP_022005570.1 4.25e-97 4232 Viridiplantae Streptophyta WP_216244265.1 WP_216244265.1 0.0 2005359;2005360;2726362 Bacillati Bacillota WP_193275955.1 WP_193275955.1 3.44e-307 670;1435358 Pseudomonadati Pseudomonadota WP_193275955.1 MBU2178615.1 3.21e-68 1913989 Pseudomonadati Pseudomonadota WP_193275955.1 WP_149786838.1 6.50e-13 391948 Pseudomonadati Pseudomonadota WP_193275955.1 NPV11463.1 8.41e-12 2053306 Pseudomonadati Ignavibacteriota EDQ2752402.1 EDQ2752402.1 3.54e-94 34042 Pseudomonadati Pseudomonadota WP_124996221.1 WP_124996221.1 4.26e-78 425306 Pseudomonadati Pseudomonadota MBR6406611.1 MBR6406611.1 0.0 1898203 Bacillati Bacillota MBR6406611.1 PKO20637.1 1.18e-72 2013723 Bacillati Chloroflexota MBR6406611.1 MBP7746105.1 1.04e-58 2026778 Pseudomonadati Planctomycetota MBR6406611.1 WP_125555296.1 1.87e-12 284579 Bacillati Bacillota MBS6066499.1 MBS6066499.1 4.55e-103 1613 Bacillati Bacillota XP_029123601.1 XP_029123601.1 0.0 N/A N/A XP_029123601.1 KAI6685811.1 1.54e-285 1042139 Viridiplantae Streptophyta TNE39473.1 TNE39473.1 3.97e-127 1913988 Pseudomonadati Pseudomonadota WP_223565913.1 WP_223565913.1 1.09e-299 2862677 Pseudomonadati Pseudomonadota WP_223565913.1 WP_117183207.1 1.21e-129 36746 Pseudomonadati Pseudomonadota MCI8760428.1 MCI8760428.1 5.02e-150 2044939 Bacillati Bacillota XP_031982117.1 XP_031982117.1 0.0 1196302 Metazoa Chordata XP_031982117.1 XP_028702799.1 1.02e-09 N/A N/A MBT3401245.1 MBT3401245.1 1.40e-248 1898112 Pseudomonadati Pseudomonadota HCF4435603.1 HCF4435603.1 0.0 287 Pseudomonadati Pseudomonadota HCF4435603.1 MBT3583534.1 1.77e-30 2026745 Pseudomonadati Bdellovibrionota MCF7955924.1 MCF7955924.1 2.87e-296 2026778 Pseudomonadati Planctomycetota WP_237762402.1 WP_237762402.1 0.0 28901;59201 Pseudomonadati Pseudomonadota WP_237762402.1 WP_242685612.1 1.58e-141 2100168 Pseudomonadati Pseudomonadota WP_237762402.1 WP_202291019.1 3.67e-136 82996 Pseudomonadati Pseudomonadota WP_237762402.1 ECD4982842.1 8.18e-135 2565186 Pseudomonadati Pseudomonadota WP_237762402.1 EBS3704194.1 1.15e-134 1192578 Pseudomonadati Pseudomonadota WP_237762402.1 WP_222168304.1 5.37e-74 550 Pseudomonadati Pseudomonadota WP_149886053.1 WP_149886053.1 0.0 239759;328814;1872444 Pseudomonadati Bacteroidota WP_149886053.1 WP_007747506.1 6.46e-28 338188;483215 Pseudomonadati Bacteroidota WP_109850746.1 WP_109850746.1 1.83e-49 470 Pseudomonadati Pseudomonadota XP_026175731.1 XP_026175731.1 6.57e-235 205130 Metazoa Chordata XP_026175731.1 NXT80179.1 5.46e-16 2585822 Metazoa Chordata MCI0684678.1 MCI0684678.1 0.0 2052164 Pseudomonadati Planctomycetota MAH46576.1 MAH46576.1 1.97e-122 2026773 Nanobdellati 0 MBS4052605.1 MBS4052605.1 6.90e-81 418 Pseudomonadati Pseudomonadota HBD3580067.1 HBD3580067.1 0.0 562 Pseudomonadati Pseudomonadota HBD3580067.1 WP_185892671.1 5.77e-204 672 Pseudomonadati Pseudomonadota HBD3580067.1 WP_215391030.1 1.86e-169 1758398 Pseudomonadati Pseudomonadota YP_010013434.1 YP_010013434.1 1.17e-139 2599860 Heunggongvirae Uroviricota WP_049105913.1 WP_049105913.1 5.15e-256 95486 Pseudomonadati Pseudomonadota WP_049105913.1 MBQ9979016.1 1.42e-31 2044939 Bacillati Bacillota WP_049105913.1 MCP4914981.1 5.42e-22 2599941 Pseudomonadati Bdellovibrionota WP_049105913.1 MCH8269832.1 6.98e-10 2026780 Pseudomonadati Planctomycetota MCQ2543220.1 MCQ2543220.1 5.03e-156 1898203 Bacillati Bacillota GCE22918.1 GCE22918.1 1.28e-263 2014872 Bacillati Chloroflexota WP_077093245.1 WP_077093245.1 4.55e-224 339268 Bacillati Actinomycetota WP_077093245.1 WP_108024271.1 2.87e-21 1242148 Bacillati Bacillota WP_077093245.1 WP_010443651.1 8.54e-21 97050;981384 Pseudomonadati Pseudomonadota WP_077093245.1 MXY99086.1 1.70e-16 2026781 0 Candidatus Poribacteria WP_077093245.1 WP_183882442.1 4.25e-16 188932 Pseudomonadati Bacteroidota WP_077093245.1 WP_253646963.1 2.64e-11 321325 Bacillati Actinomycetota WP_077093245.1 WP_204942955.1 9.19e-08 709860 Bacillati Actinomycetota WP_077093245.1 MYS73268.1 1.30e-05 2690314 Bacillati Actinomycetota CCX33905.1 CCX33905.1 6.97e-240 1076935 Fungi Ascomycota WP_124989189.1 WP_124989189.1 0.0 570;573;1463164;1463165;2831023 Pseudomonadati Pseudomonadota EEL0394597.1 EEL0394597.1 2.44e-182 28901 Pseudomonadati Pseudomonadota WP_238717267.1 WP_238717267.1 0.0 1307 Bacillati Bacillota WP_238717267.1 KAJ2633851.1 3.84e-55 2761390 Fungi Kickxellomycota KAJ5991093.1 KAJ5991093.1 1.39e-203 5083 Fungi Ascomycota KAJ5991093.1 OJG95819.1 2.78e-30 417368 Bacillati Bacillota RCN27560.1 RCN27560.1 2.04e-120 29170 Metazoa Nematoda MBQ3742794.1 MBQ3742794.1 9.98e-225 2030927 Pseudomonadati Bacteroidota HBM7970352.1 HBM7970352.1 0.0 562 Pseudomonadati Pseudomonadota HBM7970352.1 WP_039102441.1 2.36e-67 244366 Pseudomonadati Pseudomonadota WP_067035785.1 WP_067035785.1 1.63e-215 909626 Bacillati Actinomycetota SEP77558.1 SEP77558.1 0.0 1881030 Pseudomonadati Pseudomonadota SEP77558.1 MBQ1868746.1 2.11e-39 2053611;2593411 Bacillati Bacillota SEP77558.1 WP_261733022.1 9.11e-34 2978345 Pseudomonadati Pseudomonadota SEP77558.1 WP_138482356.1 1.52e-32 161398 Pseudomonadati Pseudomonadota SEP77558.1 WP_061048002.1 6.62e-17 221822 Pseudomonadati Pseudomonadota MBS6296676.1 MBS6296676.1 0.0 1872444 Pseudomonadati Bacteroidota MCM4298717.1 MCM4298717.1 9.10e-81 562 Pseudomonadati Pseudomonadota MCM4298717.1 WP_267911890.1 4.29e-11 N/A N/A WP_106627677.1 WP_106627677.1 0.0 2058293 Bacillati Bacillota KAJ1958754.1 KAJ1958754.1 0.0 4866 Fungi Kickxellomycota WP_149230790.1 WP_149230790.1 0.0 191;193 Pseudomonadati Pseudomonadota WP_149230790.1 MBS1636088.1 1.59e-11 1898104 Pseudomonadati Bacteroidota WP_149230790.1 WP_149911652.1 3.61e-06 544;546 Pseudomonadati Pseudomonadota NLI68303.1 NLI68303.1 3.29e-153 1903720 Bacillati Bacillota KAB1283136.1 KAB1283136.1 2.28e-95 9838 Metazoa Chordata NLZ91447.1 NLZ91447.1 0.0 1898207 Bacillati Bacillota WP_241105826.1 WP_241105826.1 1.71e-248 2920387 Pseudomonadati Pseudomonadota WP_241105826.1 WP_180034620.1 1.02e-100 469;2942470 Pseudomonadati Pseudomonadota AFQ97813.1 AFQ97813.1 1.51e-205 76025 Viridiplantae Streptophyta AFQ97813.1 UTU41876.1 6.73e-111 66646 Viridiplantae Streptophyta AFQ97813.1 AYV64277.1 5.01e-107 2487988 Viridiplantae Streptophyta AFQ97813.1 UFH83377.1 2.78e-96 29709 Viridiplantae Streptophyta WP_251874466.1 WP_251874466.1 4.89e-247 2950604 Bacillati Bacillota WP_251874466.1 WP_058635033.1 2.66e-112 401562 Pseudomonadati Pseudomonadota WP_251874466.1 WP_234306850.1 1.94e-51 1463845 Bacillati Actinomycetota WP_251874466.1 WP_059510827.1 1.35e-48 488732 Pseudomonadati Pseudomonadota WP_251874466.1 MBK5104727.1 1.62e-46 1891238 Pseudomonadati Pseudomonadota WP_251874466.1 MBC99785.1 2.76e-41 2026728 Pseudomonadati Bacteroidota WP_251874466.1 WP_116701099.1 4.49e-41 2171494 Pseudomonadati Pseudomonadota WP_251874466.1 WP_012724915.1 2.21e-36 136843;216595;2810293 Pseudomonadati Pseudomonadota WP_251874466.1 WP_166225641.1 9.88e-36 2715164 Pseudomonadati Pseudomonadota MBE7001547.1 MBE7001547.1 4.64e-48 2485925 Bacillati Bacillota WP_019843633.1 WP_019843633.1 5.79e-115 204042;1308956 Pseudomonadati Pseudomonadota XP_028702799.1 XP_028702799.1 0.0 N/A N/A XP_028702799.1 XP_031982117.1 6.20e-09 1196302 Metazoa Chordata MBU4432787.1 MBU4432787.1 4.48e-160 1913988 Pseudomonadati Pseudomonadota MBU4432787.1 WP_149746544.1 1.49e-35 1907414 Pseudomonadati Pseudomonadota MBU4432787.1 MBF0248932.1 1.17e-08 1913988 Pseudomonadati Pseudomonadota WP_225239495.1 WP_225239495.1 0.0 3044279 Pseudomonadati Pseudomonadota GAM38698.1 GAM38698.1 1.25e-106 128442 Fungi Ascomycota WP_069647812.1 WP_069647812.1 0.0 666 Pseudomonadati Pseudomonadota WP_100524661.1 WP_100524661.1 1.05e-163 36809 Bacillati Actinomycetota WP_068798537.1 WP_068798537.1 7.88e-133 1690815 Bacillati Actinomycetota WP_170382009.1 WP_170382009.1 4.12e-237 81569 Pseudomonadati Pseudomonadota AXI09756.1 AXI09756.1 1.00e-56 2052660 Bacillati Bacillota WP_158161316.1 WP_158161316.1 3.70e-142 N/A N/A WP_158161316.1 WP_119328079.1 3.03e-56 2219059 Pseudomonadati Pseudomonadota WP_158161316.1 MBQ3420014.1 5.87e-25 2049044 Bacillati Bacillota HBQ61597.1 HBQ61597.1 2.05e-118 2053516 Pseudomonadati Balneolota KAG9648608.1 KAG9648608.1 0.0 46634 Fungi Ascomycota WP_208823465.1 WP_208823465.1 1.93e-223 1497615 Pseudomonadati Pseudomonadota WP_208823465.1 MCP3872510.1 8.73e-88 2049433 Pseudomonadati Thermodesulfobacteriota EFV3192858.1 EFV3192858.1 2.73e-99 28901 Pseudomonadati Pseudomonadota WP_006027485.1 WP_006027485.1 1.27e-256 430531;441157 Pseudomonadati Pseudomonadota WP_006027485.1 WP_164585387.1 4.77e-133 2706027 Bacillati Actinomycetota WP_006027485.1 KAH7252800.1 1.73e-49 61284 Fungi Ascomycota WP_282014297.1 WP_282014297.1 1.51e-269 1117708 Pseudomonadati Bacteroidota CAC9512212.1 CAC9512212.1 0.0 86473 Pseudomonadati Pseudomonadota WP_247315376.1 WP_247315376.1 0.0 374;2782676;2782679 Pseudomonadati Pseudomonadota MBB1664612.1 MBB1664612.1 5.99e-12 9606 Metazoa Chordata WP_159801197.1 WP_159801197.1 2.23e-81 2543737 Pseudomonadati Bacteroidota HBY6471839.1 HBY6471839.1 1.75e-15 573 Pseudomonadati Pseudomonadota HBY6471839.1 EFW50635.1 2.56e-08 941429 Pseudomonadati Pseudomonadota WP_125260587.1 WP_125260587.1 0.0 2259638 Pseudomonadati Pseudomonadota WP_125260587.1 MBU22120.1 1.45e-286 1978231 Pseudomonadati Acidobacteriota WP_125260587.1 WP_158347019.1 5.42e-179 59620;2850323 Bacillati Bacillota WP_125260587.1 MBO8485404.1 1.25e-157 2840759 Pseudomonadati Bacteroidota WP_125260587.1 MCD6199266.1 4.90e-149 2026735 Pseudomonadati Myxococcota WP_125260587.1 WP_256546297.1 7.66e-09 1126236 Methanobacteriati Methanobacteriota WP_125260587.1 MCH4209672.1 9.92e-07 41200 Bacillati Actinomycetota WP_125260587.1 MBR7834804.1 4.06e-06 1508375 Bacillati Actinomycetota WP_131836551.1 WP_131836551.1 0.0 100 Pseudomonadati Pseudomonadota WP_131836551.1 XP_050320449.1 1.61e-148 98809 Metazoa Arthropoda WP_131836551.1 WP_057201184.1 9.34e-126 1736492 Pseudomonadati Pseudomonadota WP_131836551.1 WP_008959270.1 3.99e-110 550984 Pseudomonadati Pseudomonadota WP_131836551.1 WP_061795322.1 2.23e-105 613;61651 Pseudomonadati Pseudomonadota WP_131836551.1 WP_257689765.1 3.07e-100 644 Pseudomonadati Pseudomonadota WP_131836551.1 WP_255965801.1 1.07e-96 2965064 Bacillati Actinomycetota WP_131836551.1 WP_108756325.1 3.40e-88 2072408 Pseudomonadati Pseudomonadota WP_131836551.1 WP_195426888.1 7.31e-76 2782182 Pseudomonadati Pseudomonadota WP_131836551.1 WP_205186167.1 4.93e-71 2709306 Pseudomonadati Pseudomonadota MCH5281797.1 MCH5281797.1 0.0 1898203 Bacillati Bacillota WP_068156215.1 WP_068156215.1 0.0 120959 Bacillati Actinomycetota WP_068156215.1 WP_014504812.1 9.01e-317 347;129394;383407;1458476 Pseudomonadati Pseudomonadota WP_249351853.1 WP_249351853.1 3.04e-267 2219225 Pseudomonadati Pseudomonadota WP_249351853.1 RZI94009.1 5.45e-28 1871043 Pseudomonadati Pseudomonadota QXV60806.1 QXV60806.1 5.79e-52 2861750 Bacillati Actinomycetota MBU1949725.1 MBU1949725.1 1.16e-120 2212470 0 Candidatus Eiseniibacteriota WP_163911025.1 WP_163911025.1 1.88e-155 2704466 Pseudomonadati Bacteroidota WP_103186018.1 WP_103186018.1 6.21e-218 672 Pseudomonadati Pseudomonadota XP_050828762.1 XP_050828762.1 9.17e-13 9135 Metazoa Chordata WP_195426888.1 WP_195426888.1 0.0 2782182 Pseudomonadati Pseudomonadota WP_195426888.1 WP_205186167.1 1.56e-90 2709306 Pseudomonadati Pseudomonadota WP_195426888.1 WP_257689765.1 3.91e-77 644 Pseudomonadati Pseudomonadota WP_195426888.1 WP_131836551.1 3.44e-72 100 Pseudomonadati Pseudomonadota WP_195426888.1 WP_057201184.1 5.99e-70 1736492 Pseudomonadati Pseudomonadota WP_195426888.1 WP_255965801.1 9.72e-67 2965064 Bacillati Actinomycetota WP_195426888.1 XP_050320449.1 1.47e-65 98809 Metazoa Arthropoda WP_195426888.1 WP_108756325.1 2.08e-58 2072408 Pseudomonadati Pseudomonadota WP_195426888.1 WP_061795322.1 1.20e-53 613;61651 Pseudomonadati Pseudomonadota WP_195426888.1 WP_232038993.1 2.59e-42 2842456 Pseudomonadati Pseudomonadota ASV44386.1 ASV44386.1 2.61e-78 2015814 Heunggongvirae Uroviricota MCI8395767.1 MCI8395767.1 3.27e-126 1918636 Bacillati Bacillota WP_085524223.1 WP_085524223.1 1.32e-166 1965358 Bacillati Bacillota WP_093727561.1 WP_093727561.1 6.94e-41 361279 Bacillati Bacillota MBD1933857.1 MBD1933857.1 3.12e-154 2692874 Bacillati Cyanobacteriota MBD1933857.1 WP_124977341.1 1.18e-55 1122;1920663;1920664 Bacillati Cyanobacteriota TCJ90160.1 TCJ90160.1 1.17e-275 225051 Bacillati Actinomycetota EKD82894.1 EKD82894.1 0.0 77133 0 0 WP_242018727.1 WP_242018727.1 2.10e-131 1220600 Pseudomonadati Pseudomonadota WP_242018727.1 WP_184066976.1 8.50e-57 2615204;2723093 Pseudomonadati Pseudomonadota WP_242018727.1 KAG7462864.1 1.67e-14 7932 Metazoa Chordata SIS29303.1 SIS29303.1 7.44e-41 112234 Pseudomonadati Bacteroidota XP_048228476.1 XP_048228476.1 5.19e-260 3988 Viridiplantae Streptophyta XP_048228476.1 XP_043718329.1 3.06e-84 54955 Viridiplantae Streptophyta XP_048228476.1 XP_022745130.1 7.65e-20 66656 Viridiplantae Streptophyta MCH8904788.1 MCH8904788.1 0.0 1898104 Pseudomonadati Bacteroidota MCH8904788.1 MBQ1196899.1 8.56e-69 2044939 Bacillati Bacillota MCH8904788.1 WP_280949002.1 8.62e-60 N/A N/A MCH8904788.1 MCF1439711.1 4.24e-18 50422 Pseudomonadati Pseudomonadota WP_234970720.1 WP_234970720.1 3.03e-239 1945884 Bacillati Actinomycetota MBQ8958073.1 MBQ8958073.1 0.0 2030927 Pseudomonadati Bacteroidota WP_204806484.1 WP_204806484.1 1.97e-76 486698 Bacillati Actinomycetota WP_087711902.1 WP_087711902.1 1.65e-84 1945581 Pseudomonadati Bacteroidota WP_203562037.1 WP_203562037.1 1.63e-227 28450 Pseudomonadati Pseudomonadota WP_203562037.1 WP_063706594.1 1.58e-09 53246 Pseudomonadati Pseudomonadota MCQ2617452.1 MCQ2617452.1 0.0 210 Pseudomonadati Campylobacterota MCQ2617452.1 WP_154503573.1 5.19e-13 210 Pseudomonadati Campylobacterota WP_201520784.1 WP_201520784.1 2.49e-205 2770504 Bacillati Actinomycetota WP_201520784.1 MCP4774001.1 9.72e-57 2026779 Pseudomonadati Planctomycetota WP_201520784.1 WP_103270848.1 1.41e-28 2;470 0;Pseudomonadati 0;Pseudomonadota WP_185496123.1 WP_185496123.1 0.0 1552123 Bacillati Bacillota WP_185496123.1 WP_278906630.1 2.72e-04 39483 Bacillati Bacillota MBR3968535.1 MBR3968535.1 1.23e-176 2044939 Bacillati Bacillota MBR3968535.1 UCF87976.1 4.69e-37 1869227 0 0 NDE79167.1 NDE79167.1 1.09e-87 1869212 Pseudomonadati Bacteroidota MCS6915397.1 MCS6915397.1 0.0 2818507 Pseudomonadati Myxococcota MBB4243944.1 MBB4243944.1 3.50e-48 398 Pseudomonadati Pseudomonadota MBK8326393.1 MBK8326393.1 2.29e-190 1889775 Pseudomonadati Pseudomonadota MBK8326393.1 WP_042648904.1 6.38e-90 642;647;651;948519 Pseudomonadati Pseudomonadota MBK8326393.1 NKB40192.1 8.98e-57 1967498 Bacillati Actinomycetota MCB1072350.1 MCB1072350.1 2.44e-312 2052156 Pseudomonadati Chlamydiota NJP20283.1 NJP20283.1 1.09e-113 2720400 Bacillati Cyanobacteriota MCB0342695.1 MCB0342695.1 5.76e-59 2053517 Pseudomonadati Bdellovibrionota MBI9015564.1 MBI9015564.1 7.09e-32 1898207 Bacillati Bacillota WP_186214732.1 WP_186214732.1 3.81e-86 28095 Pseudomonadati Pseudomonadota WP_055486904.1 WP_055486904.1 0.0 1286821 Bacillati Actinomycetota WP_055486904.1 MBL8169415.1 1.44e-10 1978231 Pseudomonadati Acidobacteriota KAJ9212931.1 KAJ9212931.1 0.0 264951 Fungi Ascomycota WP_262510814.1 WP_262510814.1 6.90e-26 153266 Pseudomonadati Bacteroidota KAI6876782.1 KAI6876782.1 1.00e-168 91943 Fungi Ascomycota WP_164166542.1 WP_164166542.1 4.69e-145 40324;196198 Pseudomonadati Pseudomonadota WP_024039518.1 WP_024039518.1 1.80e-315 1492;1403941 Bacillati Bacillota WP_024039518.1 WP_262452366.1 1.24e-61 2897337 Bacillati Actinomycetota WP_024039518.1 WP_058738289.1 2.36e-54 230361 Methanobacteriati Methanobacteriota WP_024039518.1 MXI78925.1 6.23e-20 562 Pseudomonadati Pseudomonadota MBP9926316.1 MBP9926316.1 1.23e-161 2099675 Pseudomonadati Bacteroidota NLF87571.1 NLF87571.1 3.96e-101 2026714 Thermoproteati Candidatus Bathyarchaeota WP_033667247.1 WP_033667247.1 6.60e-166 1137263 Bacillati Actinomycetota WP_005582143.1 WP_005582143.1 5.83e-137 45497;1288971 Bacillati Bacillota WP_074121838.1 WP_074121838.1 2.45e-161 1680155 Pseudomonadati Pseudomonadota XP_036400802.1 XP_036400802.1 3.14e-238 118141 Metazoa Chordata XP_022242849.1 XP_022242849.1 0.0 6850 Metazoa Arthropoda XP_022242849.1 XP_019384620.1 1.01e-34 8502 Metazoa Chordata XP_022242849.1 XP_014030939.2 3.65e-16 N/A N/A WP_136055013.1 WP_136055013.1 4.95e-172 2305446 Bacillati Actinomycetota OAL01167.1 OAL01167.1 2.95e-179 765868 Fungi Ascomycota QUL58516.1 QUL58516.1 1.69e-205 1873425 Bacillati Bacillota QUL58516.1 WP_213520007.1 2.50e-53 429341 Bacillati Bacillota MBO7265633.1 MBO7265633.1 1.30e-53 1872444 Pseudomonadati Bacteroidota USL51576.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota USL51576.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_203203455.1 WP_203203455.1 0.0 34073 Pseudomonadati Pseudomonadota WP_203203455.1 WP_153656540.1 2.59e-320 881260 Pseudomonadati Pseudomonadota WP_203203455.1 CFU01724.1 1.03e-31 520 Pseudomonadati Pseudomonadota WP_258699485.1 WP_258699485.1 0.0 2895473 Pseudomonadati Pseudomonadota WP_048222205.1 WP_048222205.1 0.0 1686381 Pseudomonadati Pseudomonadota MBE3049203.1 MBE3049203.1 1.52e-93 2026714 Thermoproteati Candidatus Bathyarchaeota MBE3049203.1 KAI1051942.1 1.86e-44 48484 Fungi Ascomycota MBE3049203.1 TVO55343.1 8.27e-11 1629404 Pseudomonadati Pseudomonadota MBJ08097.1 MBJ08097.1 1.09e-93 2026739 Methanobacteriati Methanobacteriota XP_054805378.1 XP_054805378.1 5.24e-151 364024 Viridiplantae Streptophyta WP_024270964.1 WP_024270964.1 1.05e-174 1410620;1870904;2527671;2643062 Pseudomonadati Pseudomonadota WP_024270964.1 PLU16997.1 9.19e-18 110321 Pseudomonadati Pseudomonadota WP_204224003.1 WP_204224003.1 9.27e-135 83451 Pseudomonadati Myxococcota PIE36668.1 PIE36668.1 3.94e-184 1913989 Pseudomonadati Pseudomonadota HDK38158.1 HDK38158.1 4.51e-268 1076588 Pseudomonadati Pseudomonadota GAF66133.1 GAF66133.1 0.0 1450694 Bacillati Bacillota GAF66133.1 HBL3458524.1 8.04e-147 1352 Bacillati Bacillota WP_087085326.1 WP_087085326.1 2.44e-177 363952 Pseudomonadati Pseudomonadota WP_087085326.1 WP_042650033.1 8.20e-37 642;648;651 Pseudomonadati Pseudomonadota WP_087085326.1 WP_183882442.1 1.21e-32 188932 Pseudomonadati Bacteroidota WP_087085326.1 WP_281054160.1 9.23e-25 136468 Pseudomonadati Pseudomonadota WP_087085326.1 KAG2346037.1 1.26e-20 48593 Fungi Basidiomycota WP_087085326.1 CCK15435.1 9.13e-08 1074000 Pseudomonadati Pseudomonadota EKY24506.1 EKY24506.1 3.81e-237 1035191 Pseudomonadati Pseudomonadota WP_015138129.1 WP_015138129.1 1.38e-81 28072 Bacillati Cyanobacteriota EFA5158712.1 EFA5158712.1 3.51e-187 562 Pseudomonadati Pseudomonadota CUX17903.1 CUX17903.1 1.73e-259 1631629 Pseudomonadati Pseudomonadota CUX17903.1 MCC5885453.1 2.05e-84 1913989 Pseudomonadati Pseudomonadota WP_176462507.1 WP_176462507.1 0.0 562 Pseudomonadati Pseudomonadota WP_048370512.1 WP_048370512.1 4.64e-301 1386;1628206 Bacillati Bacillota WP_048370512.1 MBO5908692.1 2.05e-44 2044939 Bacillati Bacillota XP_031360469.1 XP_031360469.1 1.27e-64 N/A N/A WP_186101535.1 WP_186101535.1 0.0 28095 Pseudomonadati Pseudomonadota WP_186101535.1 NET38287.1 4.14e-222 2607788 Bacillati Cyanobacteriota WP_197052899.1 WP_197052899.1 1.48e-171 1333998 Pseudomonadati Pseudomonadota KAG2061513.1 KAG2061513.1 6.86e-284 279518 Fungi Basidiomycota WP_249930443.1 WP_249930443.1 0.0 579507 Pseudomonadati Pseudomonadota WP_249930443.1 WP_200037957.1 5.86e-16 95486 Pseudomonadati Pseudomonadota KAB7776415.1 KAB7776415.1 4.38e-274 1591132 Pseudomonadati Pseudomonadota KAB7776415.1 WP_160923791.1 2.14e-110 47885 Pseudomonadati Pseudomonadota WP_226360036.1 WP_226360036.1 5.23e-96 2846760 Bacillati Actinomycetota WP_226360036.1 WP_161061319.1 1.73e-42 2690315 Bacillati Actinomycetota WP_226360036.1 WP_004957233.1 4.69e-37 613;618;667129 Pseudomonadati Pseudomonadota KAG6208320.1 KAG6208320.1 7.84e-226 5111 Fungi Ascomycota KAF8844043.1 KAF8844043.1 4.52e-316 1132860 Fungi Basidiomycota WP_014657023.1 WP_014657023.1 0.0 586;1157951 Pseudomonadati Pseudomonadota WP_014657023.1 MYD56339.1 1.69e-14 2026787 Pseudomonadati Rhodothermota WP_014657023.1 WP_105160947.1 7.52e-10 N/A N/A WP_014657023.1 WP_247749043.1 9.01e-09 N/A N/A WP_013017739.1 WP_013017739.1 7.25e-218 283811;446470 Bacillati Actinomycetota WP_012456188.1 WP_012456188.1 4.60e-185 223967;441620 Pseudomonadati Pseudomonadota MBI5477481.1 MBI5477481.1 5.75e-44 2026735 Pseudomonadati Myxococcota WP_018996200.1 WP_018996200.1 2.27e-136 1121961 Pseudomonadati Pseudomonadota WP_235104528.1 WP_235104528.1 7.75e-102 2738413 Pseudomonadati Pseudomonadota WP_207517291.1 WP_207517291.1 3.26e-114 308354 Bacillati Bacillota AMB21424.1 AMB21424.1 0.0 2560319 Orthornavirae Negarnaviricota MBI3058450.1 MBI3058450.1 7.17e-244 2026735 Pseudomonadati Myxococcota CPW15624.1 CPW15624.1 2.02e-140 36809 Bacillati Actinomycetota WP_220281278.1 WP_220281278.1 0.0 562 Pseudomonadati Pseudomonadota WP_220281278.1 HAL7851047.1 0.0 562 Pseudomonadati Pseudomonadota WP_220281278.1 HCH8663031.1 1.90e-271 28901 Pseudomonadati Pseudomonadota WP_220281278.1 EJH9475741.1 5.31e-92 N/A N/A WP_220281278.1 WP_184698676.1 1.52e-80 1051531 Bacillati Actinomycetota WP_220281278.1 WP_265822109.1 1.19e-47 46201 Pseudomonadati Deferribacterota WP_220281278.1 WP_081845076.1 8.75e-30 318425 Bacillati Actinomycetota WP_220281278.1 MCK9371657.1 7.47e-16 2025608 Pseudomonadati Campylobacterota WP_220281278.1 EFT8991253.1 7.09e-11 28901 Pseudomonadati Pseudomonadota MCK4862399.1 MCK4862399.1 5.17e-169 1904441 Pseudomonadati Pseudomonadota HBP5520355.1 HBP5520355.1 0.0 287 Pseudomonadati Pseudomonadota WP_230171322.1 WP_230171322.1 0.0 2845820 Pseudomonadati Pseudomonadota WP_230171322.1 WP_200543170.1 1.64e-104 2769338 Pseudomonadati Pseudomonadota WP_230171322.1 HAB03480.1 6.89e-97 306 Pseudomonadati Pseudomonadota WP_230171322.1 CKF71070.1 2.23e-87 2026186 Bacillati Bacillota WP_230171322.1 WP_126679569.1 7.12e-61 287 Pseudomonadati Pseudomonadota WP_230171322.1 MBF0143407.1 8.05e-59 2026759 Pseudomonadati Pseudomonadota WP_230171322.1 WP_159812831.1 7.34e-26 2681406 Pseudomonadati Pseudomonadota WP_230171322.1 WP_029222917.1 1.44e-19 662;1191324 Pseudomonadati Pseudomonadota WP_230171322.1 WP_107169208.1 3.75e-18 2108399 Pseudomonadati Pseudomonadota WP_230171322.1 WP_000484099.1 5.49e-18 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_230171322.1 HCN71343.1 5.95e-18 3040095 0 0 WP_230171322.1 EGR2272270.1 7.88e-18 670 Pseudomonadati Pseudomonadota WP_230171322.1 MBI5333464.1 6.87e-17 1891238 Pseudomonadati Pseudomonadota WP_230171322.1 MCJ2541369.1 7.42e-17 2813851 Bacillati Cyanobacteriota WP_230171322.1 MBK6870374.1 1.70e-15 2487580 Bacillati Actinomycetota WP_127958949.1 WP_127958949.1 3.05e-146 210 Pseudomonadati Campylobacterota KAJ2127656.1 KAJ2127656.1 2.82e-107 2663885;2789329 Fungi Kickxellomycota AGC97326.1 AGC97326.1 8.61e-175 1272115 Metazoa Arthropoda AGC97326.1 ACO35565.1 2.93e-141 626559 Metazoa Arthropoda AGC97326.1 AAX94106.1 1.26e-139 324009 Metazoa Arthropoda AGC97326.1 AGC74998.1 2.99e-135 1261273 Metazoa Arthropoda AGC97326.1 APC24336.1 5.21e-120 597926 Metazoa Arthropoda RDU38945.1 RDU38945.1 4.41e-139 2259171 Bacillati Bacillota RDU38945.1 WP_231355705.1 1.42e-04 2899078 Pseudomonadati Pseudomonadota WP_275700896.1 WP_275700896.1 0.0 3031239 Bacillati Actinomycetota WP_275700896.1 MBP7746105.1 3.48e-22 2026778 Pseudomonadati Planctomycetota WP_275700896.1 WP_125555296.1 1.20e-15 284579 Bacillati Bacillota MCO4653091.1 MCO4653091.1 1.02e-204 150054 Bacillati Bacillota NHW60074.1 NHW60074.1 1.11e-33 562 Pseudomonadati Pseudomonadota OQY98020.1 OQY98020.1 3.37e-90 1961112 Pseudomonadati Planctomycetota MBL4853947.1 MBL4853947.1 3.07e-295 2030823 Pseudomonadati Pseudomonadota MBL4853947.1 WP_083349422.1 5.23e-136 198618 Pseudomonadati Pseudomonadota MBL4853947.1 XP_027540421.1 2.60e-37 114329 Metazoa Chordata MBL4853947.1 WP_019444443.1 9.55e-32 29459 Pseudomonadati Pseudomonadota MBL4853947.1 WP_145937814.1 5.71e-16 941986 Bacillati Actinomycetota MBL4853947.1 WP_275495439.1 1.43e-05 2593676;3028709 Bacillati Actinomycetota NVK06315.1 NVK06315.1 2.82e-154 1978374 Pseudomonadati Pseudomonadota WP_001203076.1 WP_001203076.1 8.65e-301 1311;1154809 Bacillati Bacillota WP_248055680.1 WP_248055680.1 6.83e-135 881260 Pseudomonadati Pseudomonadota PWI17876.1 PWI17876.1 1.06e-87 2200760 Bacillati Actinomycetota MCD6199266.1 MCD6199266.1 0.0 2026735 Pseudomonadati Myxococcota MCD6199266.1 WP_125260587.1 3.28e-148 2259638 Pseudomonadati Pseudomonadota MCD6199266.1 WP_158347019.1 2.56e-145 59620;2850323 Bacillati Bacillota MCD6199266.1 MBU22120.1 6.88e-130 1978231 Pseudomonadati Acidobacteriota MCD6199266.1 MBO8485404.1 1.76e-112 2840759 Pseudomonadati Bacteroidota MCD6199266.1 WP_253620872.1 2.09e-12 2957802 Bacillati Bacillota MCD6199266.1 WP_256546297.1 2.07e-08 1126236 Methanobacteriati Methanobacteriota WP_275889644.1 WP_275889644.1 2.22e-184 N/A N/A MBR4375795.1 MBR4375795.1 1.74e-160 2026792;2053615 Pseudomonadati Spirochaetota MBR4375795.1 XP_048189479.1 5.40e-15 214514 Metazoa Chordata HCD1639688.1 HCD1639688.1 3.00e-165 562 Pseudomonadati Pseudomonadota MCQ2150528.1 MCQ2150528.1 1.65e-273 2030927 Pseudomonadati Bacteroidota CAI2795006.1 CAI2795006.1 0.0 216595 Pseudomonadati Pseudomonadota CAI2795006.1 NEB02235.1 1.20e-121 2706058 Bacillati Actinomycetota CAI2795006.1 WP_032407714.1 2.14e-31 1828 Bacillati Actinomycetota MBE6900854.1 MBE6900854.1 2.33e-290 2485925 Bacillati Bacillota MBE6900854.1 WP_106587829.1 1.10e-147 517424 Bacillati Bacillota MBE6900854.1 RLD79060.1 8.50e-130 1898104 Pseudomonadati Bacteroidota MBE6900854.1 MBI3668312.1 1.02e-55 1978231 Pseudomonadati Acidobacteriota AHG02917.1 AHG02917.1 6.35e-214 751944 Methanobacteriati Methanobacteriota AHG02917.1 MBX7055839.1 4.93e-70 2283092 Pseudomonadati Acidobacteriota AHG02917.1 MBE7554905.1 2.74e-56 2073117 Bacillati Chloroflexota AHG02917.1 WP_239280620.1 3.05e-54 2918196 Bacillati Actinomycetota AHG02917.1 MBB3097508.1 3.77e-44 113559 Bacillati Actinomycetota AHG02917.1 WP_208042111.1 2.39e-35 2815212;2900548 Bacillati Actinomycetota AHG02917.1 MBW2176475.1 2.14e-33 2026735 Pseudomonadati Myxococcota AHG02917.1 KAB2860347.1 3.32e-30 2052143 Bacillati Chloroflexota MBQ6038336.1 MBQ6038336.1 2.28e-231 2212467 Pseudomonadati Bacteroidota WP_279293890.1 WP_279293890.1 6.81e-298 N/A N/A WP_279293890.1 WP_049005162.1 1.87e-54 550 Pseudomonadati Pseudomonadota WP_279293890.1 MBV8506574.1 2.63e-54 1913988 Pseudomonadati Pseudomonadota QNW05614.1 QNW05614.1 4.41e-228 1280 Bacillati Bacillota MBQ1868746.1 MBQ1868746.1 0.0 2053611;2593411 Bacillati Bacillota MBQ1868746.1 TAL20232.1 1.40e-53 1872578 Pseudomonadati Pseudomonadota MBQ1868746.1 WP_138482356.1 3.83e-47 161398 Pseudomonadati Pseudomonadota MBQ1868746.1 WP_007356512.1 8.92e-47 272129;1501433 Bacillati Cyanobacteriota MBQ1868746.1 KFX48203.1 2.46e-42 N/A N/A MBQ1868746.1 WP_200037957.1 8.32e-42 95486 Pseudomonadati Pseudomonadota MBQ1868746.1 EDN57974.1 1.60e-33 150340 Pseudomonadati Pseudomonadota MBQ1868746.1 WP_212961195.1 1.93e-30 557555 Bacillati Bacillota MBQ1868746.1 PSQ73325.1 1.15e-29 1919101 Pseudomonadati Bacteroidota MBQ1868746.1 MBN8606766.1 2.54e-29 2282150 Pseudomonadati Pseudomonadota MBQ1868746.1 WP_076194242.1 3.95e-25 44249;189426 Bacillati Bacillota MBQ1868746.1 MBO8233644.1 5.19e-19 2054182;2716489 Bacillati Cyanobacteriota MBQ1868746.1 MBS1636088.1 1.10e-18 1898104 Pseudomonadati Bacteroidota MBQ1868746.1 EJF06804.1 3.47e-10 1177931 Pseudomonadati Campylobacterota MBQ1868746.1 MBP1530348.1 6.01e-10 2049044 Bacillati Bacillota MBQ1868746.1 WP_010434011.1 1.83e-06 47951;693153 Pseudomonadati Pseudomonadota MBQ1868746.1 WP_188888464.1 6.70e-04 1737354 Bacillati Bacillota EED80871.1 EED80871.1 0.0 561896 Fungi Basidiomycota WP_083944445.1 WP_083944445.1 6.38e-269 316;207745 Pseudomonadati Pseudomonadota DAS51312.1 DAS51312.1 1.69e-150 2832643 Heunggongvirae Uroviricota EGH2885952.1 EGH2885952.1 0.0 28901 Pseudomonadati Pseudomonadota MCP4417814.1 MCP4417814.1 9.80e-201 2026724 Bacillati Chloroflexota WP_230700203.1 WP_230700203.1 1.27e-188 2897330 Pseudomonadati Bacteroidota XP_020469382.1 XP_020469382.1 1.61e-163 43700 Metazoa Chordata MBR5475092.1 MBR5475092.1 1.71e-103 1898203 Bacillati Bacillota NQD93247.1 NQD93247.1 9.09e-79 2738451 Pseudomonadati Pseudomonadota MBW0490175.1 MBW0490175.1 0.0 1389203 Fungi Basidiomycota MBT5105952.1 MBT5105952.1 4.85e-212 2026782 Pseudomonadati Pseudomonadota KAJ5673421.1 KAJ5673421.1 0.0 1561947 Fungi Ascomycota GBC87342.1 GBC87342.1 2.15e-171 2035407 0 0 GBC87342.1 MBQ6815353.1 9.59e-16 1898203 Bacillati Bacillota WP_097242040.1 WP_097242040.1 0.0 1895;1919;2062 Bacillati Actinomycetota WP_126547421.1 WP_126547421.1 0.0 287 Pseudomonadati Pseudomonadota WP_126547421.1 WP_017166220.1 4.62e-55 1985254 Pseudomonadati Pseudomonadota WP_126547421.1 MBN8831519.1 1.93e-10 1978525 Pseudomonadati Pseudomonadota WP_093699720.1 WP_093699720.1 1.72e-219 1839768;2690345 Bacillati Actinomycetota ECC1749556.1 ECC1749556.1 2.09e-74 59204 Pseudomonadati Pseudomonadota ECC1749556.1 WP_279595826.1 5.31e-33 N/A N/A WP_145544593.1 WP_145544593.1 0.0 419257 Pseudomonadati Pseudomonadota WP_145544593.1 MBI5333464.1 1.99e-26 1891238 Pseudomonadati Pseudomonadota WP_145544593.1 WP_269885397.1 8.19e-26 3388067 Bacillati Bacillota WP_145544593.1 WP_000484099.1 3.56e-24 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_145544593.1 MBK6870374.1 8.73e-24 2487580 Bacillati Actinomycetota WP_145544593.1 WP_126679569.1 1.36e-21 287 Pseudomonadati Pseudomonadota WP_145544593.1 WP_200543170.1 3.57e-20 2769338 Pseudomonadati Pseudomonadota WP_145544593.1 WP_107169208.1 2.06e-19 2108399 Pseudomonadati Pseudomonadota WP_145544593.1 EJF06804.1 3.64e-19 1177931 Pseudomonadati Campylobacterota WP_145544593.1 EGR2272270.1 4.50e-19 670 Pseudomonadati Pseudomonadota WP_145544593.1 HAB03480.1 8.08e-19 306 Pseudomonadati Pseudomonadota WP_145544593.1 WP_255266214.1 1.25e-18 37329 Bacillati Actinomycetota WP_145544593.1 WP_023050329.1 3.11e-15 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_145544593.1 WP_018646673.1 5.63e-11 990078 Pseudomonadati Pseudomonadota WP_145544593.1 MBT3459335.1 1.16e-07 2026743 Pseudomonadati Pseudomonadota WP_203771012.1 WP_203771012.1 0.0 113561 Bacillati Actinomycetota WP_203771012.1 WP_266784861.1 2.01e-23 2593676 Bacillati Actinomycetota HBS26035.1 HBS26035.1 9.51e-39 1913989 Pseudomonadati Pseudomonadota WP_263867815.1 WP_263867815.1 3.98e-63 562 Pseudomonadati Pseudomonadota WP_002803816.1 WP_002803816.1 3.14e-70 1125;721123 Bacillati Cyanobacteriota WP_205186167.1 WP_205186167.1 4.45e-300 2709306 Pseudomonadati Pseudomonadota WP_205186167.1 WP_195426888.1 1.49e-89 2782182 Pseudomonadati Pseudomonadota WP_205186167.1 WP_057201184.1 9.13e-71 1736492 Pseudomonadati Pseudomonadota WP_205186167.1 WP_131836551.1 5.54e-67 100 Pseudomonadati Pseudomonadota WP_205186167.1 WP_257689765.1 1.44e-64 644 Pseudomonadati Pseudomonadota WP_205186167.1 WP_255965801.1 1.59e-61 2965064 Bacillati Actinomycetota WP_205186167.1 XP_050320449.1 2.26e-53 98809 Metazoa Arthropoda WP_205186167.1 WP_108756325.1 2.70e-49 2072408 Pseudomonadati Pseudomonadota WP_205186167.1 WP_061795322.1 9.56e-49 613;61651 Pseudomonadati Pseudomonadota WP_205186167.1 WP_257633067.1 9.86e-05 92644;459658 Bacillati Actinomycetota NEQ77371.1 NEQ77371.1 0.0 2607791 Bacillati Cyanobacteriota MBQ1823017.1 MBQ1823017.1 4.04e-189 1898203 Bacillati Bacillota XP_020476240.1 XP_020476240.1 0.0 43700 Metazoa Chordata AYV78736.1 AYV78736.1 8.89e-312 2487765 Bamfordvirae Nucleocytoviricota MCI54718.1 MCI54718.1 1.49e-53 97028 Viridiplantae Streptophyta WP_062003339.1 WP_062003339.1 4.68e-83 119060;196367;1795043;1795874 Pseudomonadati Pseudomonadota WP_258236293.1 WP_258236293.1 1.83e-32 N/A N/A HIZ10317.1 HIZ10317.1 8.19e-160 2838503 Bacillati Bacillota HIZ10317.1 MBQ7587638.1 8.86e-59 1898203 Bacillati Bacillota HIZ10317.1 WP_007556065.1 2.68e-52 309120;888062 Bacillati Bacillota HIZ10317.1 WP_268276024.1 2.11e-21 483913 Bacillati Bacillota MBK7750076.1 MBK7750076.1 0.0 2711154 Bacillati Candidatus Melainabacteria WP_149406163.1 WP_149406163.1 1.11e-219 1827;2597357 Bacillati Actinomycetota WP_149406163.1 WP_213449477.1 6.78e-93 1795 Bacillati Actinomycetota WP_142133210.1 WP_142133210.1 9.62e-177 2768449 Bacillati Actinomycetota WP_142133210.1 WP_115992495.1 2.45e-85 1294267 Bacillati Bacillota WP_142133210.1 WP_222125851.1 9.29e-80 N/A N/A WP_142133210.1 WP_279984614.1 9.05e-77 909768 Pseudomonadati Pseudomonadota WP_142133210.1 WP_008470196.1 1.95e-75 1203033;1423758 Bacillati Bacillota WP_142133210.1 WP_072380563.1 1.03e-60 501024 Pseudomonadati Pseudomonadota WP_142133210.1 MWR41881.1 3.40e-46 562 Pseudomonadati Pseudomonadota WP_142133210.1 WP_258581409.1 3.01e-44 2865837 Pseudomonadati Pseudomonadota WP_142133210.1 WP_215557653.1 1.02e-43 1405 Bacillati Bacillota WP_142133210.1 WP_140480909.1 1.44e-40 1404367 Pseudomonadati Pseudomonadota WP_142133210.1 WP_109219819.1 3.38e-40 28901;58712 Pseudomonadati Pseudomonadota WP_142133210.1 MCF7808720.1 1.46e-34 2026760 Pseudomonadati Fidelibacterota WP_142133210.1 WP_145468487.1 3.05e-33 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_142133210.1 MBQ8297564.1 7.77e-17 41978 Bacillati Bacillota WP_160354134.1 WP_160354134.1 1.14e-151 2509718 Pseudomonadati Pseudomonadota WP_073017683.1 WP_073017683.1 1.01e-134 36845;1121320 Bacillati Bacillota MBO6826978.1 MBO6826978.1 1.86e-136 1964365 Pseudomonadati Pseudomonadota WP_237025736.1 WP_237025736.1 0.0 1358;1360 Bacillati Bacillota AAZ73234.1 AAZ73234.1 8.03e-100 594 Pseudomonadati Pseudomonadota WP_167324608.1 WP_167324608.1 0.0 613;615 Pseudomonadati Pseudomonadota WP_167324608.1 MBY0289623.1 8.54e-37 2448780 Bacillati Actinomycetota MBF7068745.1 MBF7068745.1 2.11e-117 1031542 Pseudomonadati Campylobacterota WP_002598431.1 WP_002598431.1 2.05e-27 29372 Bacillati Bacillota XP_010216383.1 XP_010216383.1 1.75e-176 94827 Metazoa Chordata WP_238741277.1 WP_238741277.1 6.41e-91 2916414 Bacillati Actinomycetota WP_175395805.1 WP_175395805.1 8.33e-186 44249;248903 Bacillati Bacillota WP_175395805.1 WP_087918330.1 1.29e-87 414771 Bacillati Bacillota WP_175395805.1 NET00292.1 5.03e-65 2607814 Bacillati Cyanobacteriota WP_125933644.1 WP_125933644.1 2.64e-275 2203210 Bacillati Actinomycetota MBR4207675.1 MBR4207675.1 0.0 1898203 Bacillati Bacillota AOR13807.1 AOR13807.1 3.56e-139 1881782 Metazoa Arthropoda AOR13807.1 ADW49125.1 7.56e-112 1417353 Metazoa Arthropoda AOR13807.1 AVM35379.1 2.29e-109 1770638 Metazoa Arthropoda AOR13807.1 QUA05739.1 3.04e-109 988006 Metazoa Arthropoda AOR13807.1 AFA24308.1 2.49e-108 1097956 Metazoa Arthropoda AOR13807.1 AFA09475.1 6.51e-107 705192 Metazoa Arthropoda AOR13807.1 AWS34156.1 1.74e-105 408114 Metazoa Arthropoda AOR13807.1 ADJ35581.1 4.23e-104 876003 Metazoa Annelida AOR13807.1 AHK62764.1 1.46e-102 1470337 Metazoa Arthropoda AOR13807.1 QUQ06080.1 3.19e-101 1719401 Metazoa Mollusca AOR13807.1 AKT58828.1 1.21e-95 1687857 Metazoa Arthropoda AOR13807.1 AMA90994.1 1.06e-94 1474269;2542237 Metazoa Arthropoda AOR13807.1 AKA56406.1 1.51e-94 1622492;1669417;1881785;2088599 Metazoa Arthropoda AOR13807.1 UZF38514.1 1.18e-93 2976471 Metazoa Arthropoda AOR13807.1 AAX94106.1 1.12e-92 324009 Metazoa Arthropoda AOR13807.1 AOQ89457.1 9.73e-91 1881751 Metazoa Arthropoda AOR13807.1 AGI15931.1 8.71e-89 52396 Metazoa Mollusca AOR13807.1 AXZ65741.1 1.16e-82 2242446 Metazoa Arthropoda AOR13807.1 AHH30646.1 1.88e-82 1452501 Metazoa Arthropoda AOR13807.1 ACE88666.1 1.72e-58 13139 Metazoa Arthropoda MXZ96777.1 MXZ96777.1 3.73e-163 2024894 Bacillati Actinomycetota MBU0783111.1 MBU0783111.1 7.29e-298 1913989 Pseudomonadati Pseudomonadota MBU0783111.1 RWK19229.1 2.29e-13 1871066 Pseudomonadati Pseudomonadota WP_231587592.1 WP_231587592.1 1.10e-266 2675218 Bacillati Actinomycetota ORV24296.1 ORV24296.1 4.57e-137 1796 Bacillati Actinomycetota ORV24296.1 MBA3364572.1 1.27e-14 2900548 Bacillati Actinomycetota WP_130617254.1 WP_130617254.1 3.93e-170 1770545 Pseudomonadati Pseudomonadota SNS96357.1 SNS96357.1 6.22e-294 1882762 Bacillati Bacillota WP_224014827.1 WP_224014827.1 2.84e-294 92647 Pseudomonadati Pseudomonadota WP_224014827.1 WP_130670507.1 1.27e-139 379;384 Pseudomonadati Pseudomonadota WP_224014827.1 WP_271272236.1 1.09e-104 2895352 Pseudomonadati Pseudomonadota WP_224014827.1 TVP67793.1 5.77e-95 2480211 Bacillati Cyanobacteriota WP_224014827.1 MCB0793211.1 4.37e-81 2021391 Pseudomonadati Bacteroidota WP_224014827.1 EMD83093.1 8.30e-66 1234595 Pseudomonadati Pseudomonadota WP_224014827.1 MBY0289623.1 2.97e-21 2448780 Bacillati Actinomycetota AAM89588.1 AAM89588.1 5.17e-151 621 Pseudomonadati Pseudomonadota WP_146943319.1 WP_146943319.1 2.79e-117 44935 Pseudomonadati Pseudomonadota MBK7076265.1 MBK7076265.1 5.03e-181 2026763 Pseudomonadati Myxococcota XP_054023409.1 XP_054023409.1 2.21e-130 118200 Metazoa Chordata WP_116073604.1 WP_116073604.1 1.34e-159 53367 Bacillati Actinomycetota WP_162428520.1 WP_162428520.1 0.0 2694930 Pseudomonadati Bacteroidota WP_162428520.1 WP_227550239.1 1.35e-13 28453;1862316;2940619 Pseudomonadati Bacteroidota AVM35379.1 AVM35379.1 2.20e-150 1770638 Metazoa Arthropoda AVM35379.1 ADW49125.1 8.53e-136 1417353 Metazoa Arthropoda AVM35379.1 AWS34156.1 1.32e-134 408114 Metazoa Arthropoda AVM35379.1 AFA24308.1 2.43e-133 1097956 Metazoa Arthropoda AVM35379.1 AFA09475.1 1.22e-129 705192 Metazoa Arthropoda AVM35379.1 QUA05739.1 2.59e-128 988006 Metazoa Arthropoda AVM35379.1 QUQ06080.1 4.71e-128 1719401 Metazoa Mollusca AVM35379.1 ABQ63546.1 1.07e-126 166263 Metazoa Chordata AVM35379.1 ADJ35581.1 1.63e-126 876003 Metazoa Annelida AVM35379.1 AAX94106.1 6.35e-120 324009 Metazoa Arthropoda AVM35379.1 AMA90994.1 4.55e-114 1474269;2542237 Metazoa Arthropoda AVM35379.1 UZF38514.1 1.39e-110 2976471 Metazoa Arthropoda AVM35379.1 AKT58828.1 3.87e-110 1687857 Metazoa Arthropoda AVM35379.1 AOR13807.1 1.74e-109 1881782 Metazoa Arthropoda AVM35379.1 AOQ89457.1 5.38e-106 1881751 Metazoa Arthropoda AVM35379.1 AXZ65741.1 8.78e-103 2242446 Metazoa Arthropoda AVM35379.1 AGI15931.1 2.98e-98 52396 Metazoa Mollusca AVM35379.1 AKA56406.1 3.43e-95 1622492;1669417;1881785;2088599 Metazoa Arthropoda AVM35379.1 AHH30646.1 6.33e-85 1452501 Metazoa Arthropoda AVM35379.1 ACE88666.1 2.47e-81 13139 Metazoa Arthropoda AVM35379.1 APC24336.1 8.71e-49 597926 Metazoa Arthropoda GJQ31858.1 GJQ31858.1 0.0 2651163 Pseudomonadati Ignavibacteriota WP_249866435.1 WP_249866435.1 7.20e-308 2020716 Bacillati Bacillota CDE57470.1 CDE57470.1 0.0 1262936 Pseudomonadati Bacteroidota EEY6110619.1 EEY6110619.1 7.76e-123 562 Pseudomonadati Pseudomonadota WP_071876418.1 WP_071876418.1 0.0 332949 Bacillati Bacillota WP_071876418.1 WP_142931103.1 6.21e-34 2202200 Pseudomonadati Campylobacterota WP_071876418.1 MBP1876254.1 2.50e-27 106592 Pseudomonadati Pseudomonadota WP_071876418.1 WP_197521413.1 8.82e-26 1528787 Bacillati Bacillota WP_071876418.1 WP_256546297.1 1.70e-24 1126236 Methanobacteriati Methanobacteriota WP_071876418.1 WP_222125851.1 3.23e-24 N/A N/A WP_071876418.1 WP_132175930.1 6.34e-24 190195 Bacillati Actinomycetota WP_071876418.1 MWR41881.1 6.75e-24 562 Pseudomonadati Pseudomonadota WP_071876418.1 WP_150396769.1 1.24e-21 305 Pseudomonadati Pseudomonadota WP_071876418.1 WP_072380563.1 3.76e-21 501024 Pseudomonadati Pseudomonadota WP_071876418.1 WP_084371009.1 5.77e-21 692418 Pseudomonadati Bacteroidota WP_071876418.1 NLW39422.1 1.20e-20 2049431 Bacillati Bacillota WP_071876418.1 WP_226904802.1 2.52e-20 N/A N/A WP_071876418.1 WP_022619009.1 4.82e-20 1496 Bacillati Bacillota WP_071876418.1 WP_152652784.1 9.01e-20 2023717 Pseudomonadati Pseudomonadota WP_071876418.1 WP_207918089.1 1.20e-19 185978;2512133;2587092 Bacillati Bacillota WP_071876418.1 WP_008470196.1 1.36e-18 1203033;1423758 Bacillati Bacillota WP_071876418.1 WP_195238978.1 1.82e-18 1502 Bacillati Bacillota WP_071876418.1 WP_115992495.1 3.15e-18 1294267 Bacillati Bacillota WP_071876418.1 NVM03966.1 7.05e-18 2719382 Promethearchaeati Candidatus Helarchaeota WP_071876418.1 WP_008056683.1 8.02e-18 2596745;2759955 Bacillati Cyanobacteriota WP_071876418.1 MBC7326981.1 2.90e-17 1869227 0 0 WP_071876418.1 WP_089246429.1 1.92e-16 398843 Bacillati Actinomycetota WP_071876418.1 WP_145468487.1 2.87e-16 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_071876418.1 WP_158791585.1 3.14e-16 1641866 Pseudomonadati Acidobacteriota MBW3588078.1 MBW3588078.1 0.0 2900548 Bacillati Actinomycetota MBW3588078.1 RZU98823.1 5.85e-240 531306 Pseudomonadati Pseudomonadota MBW3588078.1 WP_216768648.1 2.17e-140 33964 Bacillati Bacillota BCJ09783.1 BCJ09783.1 4.88e-59 28037 Bacillati Bacillota WP_151615076.1 WP_151615076.1 4.06e-136 529 Pseudomonadati Pseudomonadota QAA77085.1 QAA77085.1 0.0 2501609 0 Candidatus Bipolaricaulota WP_013384884.1 WP_013384884.1 1.07e-218 92945;759362;880591 Pseudomonadati Pseudomonadota CAF1284994.1 CAF1284994.1 4.43e-259 433720 Metazoa Rotifera ORY38386.1 ORY38386.1 0.0 329046 Fungi Chytridiomycota GLO13544.1 GLO13544.1 0.0 303 Pseudomonadati Pseudomonadota CAI9173470.1 CAI9173470.1 1.78e-109 3082113 Metazoa Chordata PHI20455.1 PHI20455.1 2.61e-80 2014804 Pseudomonadati Bacteroidota MCA3282362.1 MCA3282362.1 3.61e-277 1869190 Pseudomonadati Pseudomonadota MCA3282362.1 WP_080508033.1 4.77e-11 360054 Pseudomonadati Acidobacteriota EFG4747393.1 EFG4747393.1 2.08e-170 562 Pseudomonadati Pseudomonadota EFG4747393.1 NPM18735.1 2.76e-164 562 Pseudomonadati Pseudomonadota EFG4747393.1 MBB7523286.1 5.71e-21 562 Pseudomonadati Pseudomonadota MBE6211131.1 MBE6211131.1 3.37e-233 2049048 Pseudomonadati Bacteroidota WP_126136917.1 WP_126136917.1 1.34e-210 379347 Pseudomonadati Pseudomonadota WP_126136917.1 MBK9183427.1 2.34e-34 2053306 Pseudomonadati Ignavibacteriota WP_126136917.1 MCQ2612024.1 2.52e-13 2854022 Pseudomonadati Spirochaetota MCS7352192.1 MCS7352192.1 6.56e-36 1969742 Bacillati Chloroflexota MBT5102369.1 MBT5102369.1 9.98e-136 2026780 Pseudomonadati Planctomycetota WP_222125851.1 WP_222125851.1 2.19e-175 N/A N/A WP_222125851.1 WP_115992495.1 2.19e-82 1294267 Bacillati Bacillota WP_222125851.1 WP_142133210.1 2.78e-81 2768449 Bacillati Actinomycetota WP_222125851.1 WP_008470196.1 1.87e-74 1203033;1423758 Bacillati Bacillota WP_222125851.1 WP_279984614.1 2.10e-71 909768 Pseudomonadati Pseudomonadota WP_222125851.1 WP_072380563.1 1.23e-68 501024 Pseudomonadati Pseudomonadota WP_222125851.1 WP_176354145.1 7.44e-44 2742698 Pseudomonadati Pseudomonadota WP_222125851.1 WP_140480909.1 3.96e-43 1404367 Pseudomonadati Pseudomonadota WP_222125851.1 MBQ4383193.1 2.97e-26 1879010 Bacillati Bacillota WP_222125851.1 WP_071876418.1 1.64e-25 332949 Bacillati Bacillota WP_222125851.1 RUU66461.1 5.45e-06 2496787 Pseudomonadati Pseudomonadota GIY87976.1 GIY87976.1 3.88e-77 1538125 Metazoa Arthropoda KHC51086.1 KHC51086.1 0.0 1094986 Fungi Ascomycota XP_048190726.1 XP_048190726.1 0.0 214514 Metazoa Chordata KPQ18226.1 KPQ18226.1 1.82e-284 1666917 Pseudomonadati Pseudomonadota KPQ18226.1 WP_099949840.1 1.88e-131 562 Pseudomonadati Pseudomonadota KAI3869934.1 KAI3869934.1 0.0 357466 Viridiplantae Streptophyta NEO65312.1 NEO65312.1 0.0 2607820 Bacillati Cyanobacteriota NEO65312.1 RYE89993.1 1.22e-25 1871070 Pseudomonadati Pseudomonadota WP_183555556.1 WP_183555556.1 0.0 373040 Pseudomonadati Pseudomonadota TAH42824.1 TAH42824.1 3.77e-159 1898104 Pseudomonadati Bacteroidota TAH42824.1 WP_129553552.1 2.42e-56 2493676 Pseudomonadati Pseudomonadota XP_034617399.1 XP_034617399.1 4.96e-227 31138 Metazoa Chordata NJD87536.1 NJD87536.1 1.81e-198 1891241 Pseudomonadati Pseudomonadota MBK8449583.1 MBK8449583.1 0.0 2202734 Pseudomonadati Bacteroidota WP_062308724.1 WP_062308724.1 4.71e-191 192387 Bacillati Bacillota MBQ9754467.1 MBQ9754467.1 0.0 2053569 Pseudomonadati Lentisphaerota WP_278278068.1 WP_278278068.1 8.92e-27 214853 Bacillati Bacillota WP_195180108.1 WP_195180108.1 1.35e-56 2654248 Pseudomonadati Pseudomonadota UKZ95812.1 UKZ95812.1 4.67e-77 101201 Fungi Ascomycota WP_088086543.1 WP_088086543.1 1.37e-168 1882763 Bacillati Bacillota WP_110180126.1 WP_110180126.1 2.91e-265 573 Pseudomonadati Pseudomonadota WP_129639177.1 WP_129639177.1 2.14e-114 574964 Pseudomonadati Pseudomonadota CAG9815058.1 CAG9815058.1 0.0 80249 Metazoa Arthropoda PJJ44766.1 PJJ44766.1 0.0 257984 Bacillati Actinomycetota PJJ44766.1 WP_092081374.1 1.22e-279 1419277 Pseudomonadati Pseudomonadota PJJ44766.1 WP_231355705.1 4.75e-262 2899078 Pseudomonadati Pseudomonadota PJJ44766.1 WP_206581849.1 1.39e-170 33953 Bacillati Bacillota PJJ44766.1 NLZ92879.1 3.74e-08 1879010 Bacillati Bacillota WP_237150901.1 WP_237150901.1 8.01e-179 1038856 Bacillati Bacillota MCE9516778.1 MCE9516778.1 3.76e-238 1785 Bacillati Actinomycetota KFU90592.1 KFU90592.1 2.18e-253 8897 Metazoa Chordata PDX17128.1 PDX17128.1 2.52e-117 210 Pseudomonadati Campylobacterota PDX17128.1 WEK50023.1 2.87e-49 3121367 Pseudomonadati Pseudomonadota MBX3707511.1 MBX3707511.1 0.0 1891229 Pseudomonadati Pseudomonadota EAH8201998.1 EAH8201998.1 0.0 201 Pseudomonadati Campylobacterota EAH8201998.1 MBV00212.1 2.75e-138 1898112 Pseudomonadati Pseudomonadota EAH8201998.1 WP_021479352.1 7.37e-121 1423 Bacillati Bacillota EAH8201998.1 MBG6814041.1 6.27e-116 287 Pseudomonadati Pseudomonadota KKU62290.1 KKU62290.1 5.82e-284 1618534 0 0 MBK5571697.1 MBK5571697.1 2.91e-134 2795385 Pseudomonadati Pseudomonadota WP_176282182.1 WP_176282182.1 5.06e-306 135739 Pseudomonadati Pseudomonadota XP_038766703.1 XP_038766703.1 0.0 87229 Fungi Ascomycota WP_276078981.1 WP_276078981.1 0.0 N/A N/A NXM82541.1 NXM82541.1 0.0 279966 Metazoa Chordata NXM82541.1 KAJ4922108.1 4.42e-131 1090488 Metazoa Chordata KAG1843883.1 KAG1843883.1 0.0 48588 Fungi Basidiomycota KAJ4375381.1 KAJ4375381.1 3.25e-270 798079 Fungi Ascomycota WP_001977095.1 WP_001977095.1 1.08e-79 210;1159059;1159062 Pseudomonadati Campylobacterota XP_052534275.1 XP_052534275.1 0.0 109042 Metazoa Chordata XP_052534275.1 WP_038052668.1 6.34e-61 1231241 Thermotogati Thermotogota XP_052534275.1 WP_200198809.1 2.91e-60 2800326 Pseudomonadati Pseudomonadota XP_052534275.1 RIX75659.1 1.50e-47 1675792 Pseudomonadati Pseudomonadota AAW57761.1 AAW57761.1 1.58e-164 11676 Pararnavirae Artverviricota AAW57761.1 QJX39570.1 2.85e-131 11676 Pararnavirae Artverviricota AAW57761.1 AIG14299.1 2.17e-114 11676 Pararnavirae Artverviricota KXZ65002.1 KXZ65002.1 1.06e-112 52133 Pseudomonadati Pseudomonadota KXZ65002.1 MBE6455882.1 5.23e-19 1913988 Pseudomonadati Pseudomonadota WP_279840346.1 WP_279840346.1 0.0 2975391 Pseudomonadati Pseudomonadota WP_279840346.1 WP_094840069.1 1.57e-95 1416808 Pseudomonadati Pseudomonadota WP_279840346.1 MBI4806480.1 9.84e-75 885 Pseudomonadati Thermodesulfobacteriota WP_279840346.1 WP_224791962.1 3.61e-61 93222 Pseudomonadati Pseudomonadota WP_279840346.1 WP_283557067.1 1.04e-44 1506334 Pseudomonadati Pseudomonadota WP_056329268.1 WP_056329268.1 1.21e-291 1736403 Bacillati Actinomycetota MBX3400476.1 MBX3400476.1 1.68e-193 2052164 Pseudomonadati Planctomycetota WP_128786583.1 WP_128786583.1 0.0 2485123 Pseudomonadati Pseudomonadota WP_128786583.1 WP_269572442.1 5.22e-73 N/A N/A WP_128786583.1 WP_025739406.1 1.46e-41 1510206 Pseudomonadati Pseudomonadota WP_128786583.1 WP_104456122.1 7.85e-35 1636607 Pseudomonadati Pseudomonadota WP_128786583.1 HBP5649656.1 1.66e-34 287 Pseudomonadati Pseudomonadota WP_128786583.1 WP_186556299.1 4.75e-30 286;2745493 Pseudomonadati Pseudomonadota WP_128786583.1 WP_271340374.1 1.24e-15 N/A N/A WP_128786583.1 WP_156140069.1 2.30e-11 642 Pseudomonadati Pseudomonadota MBV8060578.1 MBV8060578.1 1.81e-177 1913988 Pseudomonadati Pseudomonadota XP_003035978.1 XP_003035978.1 4.60e-100 578458 Fungi Basidiomycota XP_039406663.1 XP_039406663.1 3.26e-303 932674 Metazoa Chordata HBG17616.1 HBG17616.1 0.0 1879010 Bacillati Bacillota HBG17616.1 UOK61174.1 3.43e-15 2928702 Bacillati Bacillota HBG17616.1 MCF8449868.1 4.35e-11 1869185 Pseudomonadati Bacteroidota HBG17616.1 WP_188888464.1 6.75e-10 1737354 Bacillati Bacillota HBG17616.1 MBY5764273.1 1.75e-09 384 Pseudomonadati Pseudomonadota HBG17616.1 WP_124213670.1 2.43e-08 286;287 Pseudomonadati Pseudomonadota HBG17616.1 WP_232306300.1 5.08e-06 823 Pseudomonadati Bacteroidota HBG17616.1 WP_138482356.1 1.85e-05 161398 Pseudomonadati Pseudomonadota HBG17616.1 KFX48203.1 9.11e-04 N/A N/A WP_277324932.1 WP_277324932.1 8.70e-286 2793630 Bacillati Actinomycetota WP_277324932.1 MBF0865514.1 1.24e-54 2724927;2724928;2724929;2724930 Pseudomonadati Pseudomonadota XP_037916999.1 XP_037916999.1 0.0 343691 Metazoa Arthropoda XP_037916999.1 KAJ7092692.1 1.41e-12 230806 Fungi Basidiomycota PBP26446.1 PBP26446.1 8.31e-71 946125 Fungi Ascomycota MBS3742576.1 MBS3742576.1 7.79e-59 2030808 Pseudomonadati Candidatus Cloacimonadota WP_150253061.1 WP_150253061.1 0.0 2605988 Bacillati Actinomycetota WP_150253061.1 WP_043940504.1 1.63e-182 137591 Bacillati Bacillota WP_150253061.1 HAN66834.1 2.43e-152 1869212 Pseudomonadati Bacteroidota WP_150253061.1 MBP8196496.1 1.40e-125 2026735 Pseudomonadati Myxococcota MBT3887354.1 MBT3887354.1 4.01e-204 1898112 Pseudomonadati Pseudomonadota MBT3887354.1 WP_033456074.1 1.19e-117 518;1331200 Pseudomonadati Pseudomonadota MBT3887354.1 OFZ89526.1 9.98e-114 1797477 Pseudomonadati Pseudomonadota MBT3887354.1 WP_267292626.1 1.56e-104 2873601 Pseudomonadati Bacteroidota MBT3887354.1 WP_098923619.1 6.17e-101 1392;1396 Bacillati Bacillota MBT3887354.1 WP_262612393.1 1.46e-83 53344 Bacillati Bacillota MBT3887354.1 NDI25889.1 5.53e-65 2900548 Bacillati Actinomycetota MBT3887354.1 KAA0555231.1 3.85e-37 57706 Pseudomonadati Pseudomonadota MBT3887354.1 KAJ4394429.1 5.61e-27 1191159 Fungi Ascomycota WP_273302807.1 WP_273302807.1 8.02e-159 56361 Pseudomonadati Pseudomonadota PKM59746.1 PKM59746.1 7.58e-48 2013785 Bacillati Bacillota MBW0517832.1 MBW0517832.1 3.57e-206 1389203 Fungi Basidiomycota OQA38407.1 OQA38407.1 0.0 1852787 Pseudomonadati Acidobacteriota OQA38407.1 WP_225579579.1 6.88e-132 N/A N/A OQA38407.1 WP_254698006.1 9.67e-130 N/A N/A OQA38407.1 WP_253808359.1 8.78e-125 69710 Pseudomonadati Spirochaetota OQA38407.1 PHR72175.1 6.26e-37 1925666 Pseudomonadati Bacteroidota GLV83862.1 GLV83862.1 1.36e-293 58340 Bacillati Actinomycetota GLV83862.1 WP_025599976.1 1.10e-20 944435 Pseudomonadati Pseudomonadota GLV83862.1 WP_005392478.1 6.09e-09 662;50719;1231058 Pseudomonadati Pseudomonadota YP_009017695.1 YP_009017695.1 4.79e-42 691965 Heunggongvirae Uroviricota XP_003875641.1 XP_003875641.1 6.22e-220 929439 0 Euglenozoa NRF69152.1 NRF69152.1 0.0 2732868 Pseudomonadati Pseudomonadota NRF69152.1 WP_283107263.1 1.34e-94 N/A N/A NRF69152.1 WP_017718577.1 9.68e-93 331992 Bacillati Cyanobacteriota NRF69152.1 WP_058504615.1 3.76e-79 45070 Pseudomonadati Pseudomonadota NRF69152.1 MBT7163208.1 2.76e-72 2212475 Pseudomonadati Lentisphaerota NRF69152.1 WP_203339841.1 8.21e-52 2782551 Bacillati Bacillota NRF69152.1 EEC9022132.1 4.30e-34 562 Pseudomonadati Pseudomonadota NRF69152.1 WP_121975536.1 2.58e-26 2126983 Pseudomonadati Pseudomonadota NRF69152.1 RYD39969.1 5.65e-22 2026800 Pseudomonadati Verrucomicrobiota MCH2678216.1 MCH2678216.1 5.76e-136 1913988 Pseudomonadati Pseudomonadota MCH2678216.1 MBE6787267.1 2.63e-26 2485925 Bacillati Bacillota MCH2678216.1 WP_228824605.1 1.39e-14 N/A N/A WP_278390468.1 WP_278390468.1 5.91e-305 578833 Pseudomonadati Pseudomonadota WP_130514498.1 WP_130514498.1 5.14e-276 1977087;2527671;2643062 Pseudomonadati Pseudomonadota WP_275865201.1 WP_275865201.1 8.45e-38 3032594 Pseudomonadati Pseudomonadota XP_031258584.1 XP_031258584.1 5.57e-256 55513 Viridiplantae Streptophyta WP_248676944.1 WP_248676944.1 1.55e-209 198618 Pseudomonadati Pseudomonadota WP_248676944.1 WP_131914061.1 2.06e-17 412034 Pseudomonadati Pseudomonadota WP_248676944.1 MAJ71254.1 3.23e-04 1913989;1916082;1986650 Pseudomonadati Pseudomonadota KAJ2272836.1 KAJ2272836.1 0.0 2512257 Fungi Kickxellomycota XP_017754998.1 XP_017754998.1 0.0 516756 Metazoa Arthropoda HBO0131372.1 HBO0131372.1 1.30e-213 287 Pseudomonadati Pseudomonadota XP_035800909.1 XP_035800909.1 0.0 80972 Metazoa Chordata XP_035800909.1 XP_017857703.1 2.03e-21 7263 Metazoa Arthropoda WP_222878685.1 WP_222878685.1 1.80e-192 39687 Bacillati Actinomycetota MCD8548598.1 MCD8548598.1 4.71e-106 1948889 Pseudomonadati Pseudomonadota MBK6756051.1 MBK6756051.1 0.0 2021391 Pseudomonadati Bacteroidota WP_021117716.1 WP_021117716.1 3.29e-33 738;1275971 Pseudomonadati Pseudomonadota EEJ0015338.1 EEJ0015338.1 6.75e-312 1642 Bacillati Bacillota EEJ0015338.1 WP_254218450.1 2.21e-78 N/A N/A EEJ0015338.1 MBL0967454.1 2.34e-68 1909299 Pseudomonadati Pseudomonadota EEJ0015338.1 AAL18389.1 1.94e-36 167729 Viridiplantae Streptophyta HCJ45190.1 HCJ45190.1 1.26e-42 1042 Pseudomonadati Pseudomonadota HCJ45190.1 WP_264228578.1 1.66e-26 553 Pseudomonadati Pseudomonadota HCJ45190.1 OGA29379.1 1.30e-24 1797489 Pseudomonadati Pseudomonadota NDD52781.1 NDD52781.1 2.27e-294 1869227 0 0 HBT3241107.1 HBT3241107.1 0.0 548 Pseudomonadati Pseudomonadota MCS5664414.1 MCS5664414.1 2.63e-221 2201156 Bacillati Actinomycetota WP_091054162.1 WP_091054162.1 1.06e-99 380244 Bacillati Actinomycetota WP_016340583.1 WP_016340583.1 6.08e-171 216945;1276229 Bacillati Mycoplasmatota WP_016340583.1 MCH2591601.1 2.54e-56 2024890 Pseudomonadati Verrucomicrobiota WP_016340583.1 HHY51372.1 8.20e-54 1913988 Pseudomonadati Pseudomonadota WP_281733574.1 WP_281733574.1 1.22e-154 N/A N/A HCI6016418.1 HCI6016418.1 5.72e-145 1463164 Pseudomonadati Pseudomonadota KAI6876023.1 KAI6876023.1 3.64e-257 91943 Fungi Ascomycota EIP7986019.1 EIP7986019.1 2.20e-237 N/A N/A EIP7986019.1 WP_282985289.1 3.96e-06 413497 Pseudomonadati Pseudomonadota RWW57209.1 RWW57209.1 2.94e-269 4639 Viridiplantae Streptophyta XP_025220530.1 XP_025220530.1 0.0 9565 Metazoa Chordata WP_234466695.1 WP_234466695.1 4.52e-290 2800409 Bacillati Actinomycetota KAI0154282.1 KAI0154282.1 5.59e-184 2663376 Fungi Ascomycota KAI0154282.1 WP_108024271.1 8.81e-33 1242148 Bacillati Bacillota KAI0154282.1 WP_273849839.1 1.06e-19 614 Pseudomonadati Pseudomonadota KAI0154282.1 WP_013845913.1 4.47e-09 382;693982 Pseudomonadati Pseudomonadota KAI0154282.1 XP_028635853.1 9.19e-04 491861 Metazoa Chordata WP_266771233.1 WP_266771233.1 1.39e-192 2903792 Bacillati Actinomycetota MCK5360090.1 MCK5360090.1 3.93e-160 1913989 Pseudomonadati Pseudomonadota KAH0848936.1 KAH0848936.1 7.21e-51 40355 Fungi Ascomycota MBP2236311.1 MBP2236311.1 1.32e-80 76747 Pseudomonadati Pseudomonadota MBP6786080.1 MBP6786080.1 0.0 2664178 Bacillati Chloroflexota MBP6786080.1 WP_029789810.1 4.35e-319 669 Pseudomonadati Pseudomonadota MBP6786080.1 KAF6257731.1 6.21e-275 2650976 Viridiplantae Chlorophyta MBP6786080.1 WP_136095406.1 3.71e-189 1314 Bacillati Bacillota MBP6786080.1 MBL8103469.1 1.75e-149 2073117 Bacillati Chloroflexota MBP6786080.1 KAI7727618.1 1.39e-85 4212 Viridiplantae Streptophyta MBP6786080.1 KPK79043.1 5.35e-60 1703359 Pseudomonadati Gemmatimonadota MBP6786080.1 MCH2804017.1 1.61e-24 1639 Bacillati Bacillota MBP6786080.1 HIT09367.1 7.22e-04 2840868 Bacillati Bacillota MCD6482094.1 MCD6482094.1 0.0 1906666 Methanobacteriati Thermoplasmatota XP_041715299.2 XP_041715299.2 4.70e-257 59861 Metazoa Chordata OMF24356.1 OMF24356.1 0.0 1920423 Bacillati Bacillota OMF24356.1 WP_101662518.1 2.40e-119 2053728 Bacillati Bacillota OMF24356.1 WP_135279859.1 2.34e-62 562 Pseudomonadati Pseudomonadota OMF24356.1 HCG88012.1 1.80e-40 28108 Pseudomonadati Pseudomonadota OMF24356.1 OHA02323.1 1.87e-19 1802272 0 Candidatus Sungiibacteriota OMF24356.1 PIQ07033.1 9.81e-16 1974717 0 Candidatus Nealsoniibacteriota WP_215262079.1 WP_215262079.1 0.0 562 Pseudomonadati Pseudomonadota WP_215262079.1 WP_269885397.1 3.91e-15 3388067 Bacillati Bacillota PWA60456.1 PWA60456.1 5.96e-252 35608 Viridiplantae Streptophyta WP_103025967.1 WP_103025967.1 3.04e-195 305;1310165 Pseudomonadati Pseudomonadota WP_019092761.1 WP_019092761.1 7.64e-206 286;380021;1566205;1566227 Pseudomonadati Pseudomonadota WP_033744100.1 WP_033744100.1 1.86e-106 210 Pseudomonadati Campylobacterota WP_194543596.1 WP_194543596.1 8.37e-202 1906272 Bacillati Bacillota WP_194543596.1 PYK96819.1 3.45e-84 2026799 Pseudomonadati Verrucomicrobiota WP_194543596.1 MBQ6275073.1 1.25e-73 2485925 Bacillati Bacillota WP_054998585.1 WP_054998585.1 2.28e-258 86840 Pseudomonadati Pseudomonadota WP_054998585.1 EFO2269166.1 1.47e-60 562 Pseudomonadati Pseudomonadota MBK6870374.1 MBK6870374.1 3.03e-137 2487580 Bacillati Actinomycetota MBK6870374.1 WP_145544593.1 5.59e-23 419257 Pseudomonadati Pseudomonadota MBK6870374.1 MBI5333464.1 1.00e-21 1891238 Pseudomonadati Pseudomonadota MBK6870374.1 WP_000484099.1 3.36e-18 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota MBK6870374.1 WP_107169208.1 5.47e-17 2108399 Pseudomonadati Pseudomonadota MBK6870374.1 EGR2272270.1 4.01e-16 670 Pseudomonadati Pseudomonadota MBK6870374.1 WP_029222917.1 2.25e-15 662;1191324 Pseudomonadati Pseudomonadota MBK6870374.1 WP_230171322.1 1.24e-14 2845820 Pseudomonadati Pseudomonadota WP_108820366.1 WP_108820366.1 1.17e-65 1922223 Pseudomonadati Pseudomonadota WP_152569558.1 WP_152569558.1 0.0 13687 Pseudomonadati Pseudomonadota WP_175083644.1 WP_175083644.1 1.27e-173 53246;2743616;2743617;2743619 Pseudomonadati Pseudomonadota CAD8183695.1 CAD8183695.1 0.0 43138 0 Ciliophora HCD1954593.1 HCD1954593.1 1.12e-49 562 Pseudomonadati Pseudomonadota MBX5702633.1 MBX5702633.1 2.65e-125 287 Pseudomonadati Pseudomonadota MBX5702633.1 EEW7484806.1 8.57e-54 562 Pseudomonadati Pseudomonadota HBM93052.1 HBM93052.1 6.57e-119 41978 Bacillati Bacillota WP_281919021.1 WP_281919021.1 0.0 2984338 Bacillati Actinomycetota WP_281919021.1 MBF1128433.1 1.10e-46 218538 Bacillati Bacillota WP_281919021.1 GIW70618.1 1.41e-41 2026780 Pseudomonadati Planctomycetota WP_281919021.1 MBP7829117.1 4.48e-34 2212473 Pseudomonadati Kiritimatiellota WP_281919021.1 WP_271931007.1 2.13e-24 2995306 Pseudomonadati Myxococcota WP_281919021.1 KAJ7903702.1 2.56e-15 230810 Fungi Basidiomycota WP_281919021.1 EYU24504.1 1.12e-09 4155 Viridiplantae Streptophyta WP_281919021.1 KAG5815829.1 1.71e-09 221167 Fungi Ascomycota WP_281919021.1 XP_033679940.1 1.62e-07 390896 Fungi Ascomycota MBQ3726282.1 MBQ3726282.1 0.0 2652289 Bacillati Bacillota WP_066678157.1 WP_066678157.1 7.66e-185 1664318;1664319;2593645 Pseudomonadati Bacteroidota WP_025209636.1 WP_025209636.1 1.07e-216 944481 Pseudomonadati Campylobacterota WP_255435582.1 WP_255435582.1 1.25e-71 N/A N/A WP_255435582.1 MBI5438416.1 7.18e-38 2026761 Pseudomonadati Pseudomonadota WP_255435582.1 MCS2900418.1 4.40e-35 818 Pseudomonadati Bacteroidota WP_255435582.1 MBI3448467.1 1.21e-30 1978231 Pseudomonadati Acidobacteriota WP_254101325.1 WP_254101325.1 0.0 2961944 Pseudomonadati Pseudomonadota WP_254101325.1 WP_270967954.1 2.95e-208 N/A N/A WP_254101325.1 XP_052525039.1 3.24e-114 109042 Metazoa Chordata WP_254101325.1 MCC5948066.1 4.76e-67 2093808 Bacillati Actinomycetota WP_254101325.1 WP_068051662.1 1.56e-28 1834147 Bacillati Actinomycetota WP_254101325.1 RLB66027.1 3.29e-28 2026735 Pseudomonadati Myxococcota WP_254101325.1 NQW84129.1 1.91e-18 2021368 Pseudomonadati Pseudomonadota WP_254101325.1 NDJ88951.1 1.56e-15 354243 Bacillati Actinomycetota WP_254101325.1 MBF2759673.1 2.03e-11 1725326 Pseudomonadati Pseudomonadota WP_254101325.1 PYB13830.1 2.73e-11 615 Pseudomonadati Pseudomonadota WP_254101325.1 WP_246003214.1 4.22e-09 228006 Bacillati Actinomycetota WP_254101325.1 EJG3313804.1 1.47e-05 195 Pseudomonadati Campylobacterota WP_254101325.1 WP_200941876.1 3.46e-04 N/A N/A WP_276362074.1 WP_276362074.1 5.18e-184 3034022 Bacillati Actinomycetota WP_276362074.1 WP_256546297.1 2.64e-61 1126236 Methanobacteriati Methanobacteriota WP_276362074.1 WP_221977168.1 9.79e-49 1076926 Pseudomonadati Pseudomonadota WP_276362074.1 MBR7834804.1 6.43e-47 1508375 Bacillati Actinomycetota WP_276362074.1 WP_159463829.1 3.80e-31 199592 Bacillati Actinomycetota WP_276362074.1 MWR41881.1 3.81e-30 562 Pseudomonadati Pseudomonadota WP_276362074.1 WP_167977039.1 2.41e-24 2604800 Bacillati Actinomycetota WP_276362074.1 WP_226904802.1 5.02e-21 N/A N/A WP_276362074.1 OAN53756.1 7.78e-21 1285242 Pseudomonadati Pseudomonadota WP_276362074.1 MBC7326981.1 3.59e-19 1869227 0 0 WP_276362074.1 WP_158791585.1 1.70e-17 1641866 Pseudomonadati Acidobacteriota WP_276362074.1 WP_174822921.1 3.37e-17 N/A N/A WP_276362074.1 WP_211555180.1 6.08e-16 574987 Pseudomonadati Pseudomonadota WP_276362074.1 MXP43753.1 9.06e-16 1689985 Pseudomonadati Pseudomonadota WP_276362074.1 MBU22120.1 1.37e-08 1978231 Pseudomonadati Acidobacteriota WP_276362074.1 WP_158347019.1 1.02e-07 59620;2850323 Bacillati Bacillota WP_276362074.1 WP_041481207.1 7.08e-06 1719;1161911 Bacillati Actinomycetota HEM46184.1 HEM46184.1 4.39e-66 1913988 Pseudomonadati Pseudomonadota MBI2651826.1 MBI2651826.1 1.62e-87 2026803 Nanobdellati Candidatus Woesearchaeota WP_046631173.1 WP_046631173.1 0.0 399;323656 Pseudomonadati Pseudomonadota WP_143210733.1 WP_143210733.1 1.69e-146 562 Pseudomonadati Pseudomonadota WP_026893585.1 WP_026893585.1 1.38e-162 408753 Bacillati Bacillota WP_026893585.1 MBP1530348.1 4.26e-75 2049044 Bacillati Bacillota WP_026893585.1 MBQ5584458.1 1.26e-50 2053608 Bacillati Bacillota WP_026893585.1 WP_186723788.1 2.25e-50 582 Pseudomonadati Pseudomonadota WP_026893585.1 PYP94120.1 2.64e-47 2026742 Pseudomonadati Gemmatimonadota WP_026893585.1 WP_194544138.1 2.01e-43 N/A N/A WP_026893585.1 WP_069156513.1 5.51e-41 1432052 Bacillati Bacillota WP_026893585.1 EAC1232420.1 2.29e-40 195 Pseudomonadati Campylobacterota WP_026893585.1 WP_101794136.1 3.27e-39 2067450 Pseudomonadati Pseudomonadota WP_026893585.1 EAG2350674.1 4.32e-32 1639 Bacillati Bacillota WP_026893585.1 WP_064652354.1 3.29e-30 1825933 Pseudomonadati Pseudomonadota WP_026893585.1 WP_185031483.1 9.63e-20 46159 Bacillati Actinomycetota WP_026893585.1 WP_074911472.1 4.21e-16 371601 Pseudomonadati Bacteroidota WP_026893585.1 MBQ2640849.1 3.54e-08 1898203 Bacillati Bacillota KAE9373439.1 KAE9373439.1 1.62e-160 1379296 Fungi Ascomycota TDB49724.1 TDB49724.1 2.64e-81 2502980 Bacillati Bacillota KNY10996.1 KNY10996.1 1.51e-216 72556 Pseudomonadati Pseudomonadota KNY10996.1 WP_164653811.1 1.36e-68 329406 Pseudomonadati Pseudomonadota KNY10996.1 WP_175896721.1 4.94e-60 1207504 Pseudomonadati Pseudomonadota KNY10996.1 WP_272906673.1 6.40e-59 354351 Pseudomonadati Pseudomonadota KNY10996.1 WP_124213670.1 2.00e-58 286;287 Pseudomonadati Pseudomonadota KNY10996.1 WP_271786410.1 1.22e-52 645 Pseudomonadati Pseudomonadota KNY10996.1 WP_205173112.1 1.51e-49 992288 Bacillati Bacillota WP_089322445.1 WP_089322445.1 2.37e-192 240169 Pseudomonadati Aquificota WP_145514932.1 WP_145514932.1 0.0 419257 Pseudomonadati Pseudomonadota WP_145514932.1 WP_039085559.1 1.10e-123 210 Pseudomonadati Campylobacterota WP_145514932.1 WP_168565867.1 4.43e-22 2724528 Pseudomonadati Planctomycetota CAD8073566.1 CAD8073566.1 2.72e-137 5886;43138 0 Ciliophora WP_101794136.1 WP_101794136.1 3.49e-183 2067450 Pseudomonadati Pseudomonadota WP_101794136.1 WP_186723788.1 2.79e-43 582 Pseudomonadati Pseudomonadota WP_101794136.1 MCL7714424.1 1.60e-39 2871096 Pseudomonadati Pseudomonadota WP_101794136.1 WP_026893585.1 2.70e-39 408753 Bacillati Bacillota WP_101794136.1 MBQ5584458.1 1.31e-38 2053608 Bacillati Bacillota WP_101794136.1 WP_007708736.1 1.57e-36 333367;518636 Bacillati Bacillota WP_101794136.1 PYP94120.1 1.47e-33 2026742 Pseudomonadati Gemmatimonadota WP_101794136.1 WP_069156513.1 1.55e-33 1432052 Bacillati Bacillota WP_101794136.1 MBP1530348.1 6.12e-33 2049044 Bacillati Bacillota WP_101794136.1 WP_064652354.1 3.53e-28 1825933 Pseudomonadati Pseudomonadota WP_101794136.1 EAC1232420.1 1.56e-21 195 Pseudomonadati Campylobacterota WP_101794136.1 WP_074911472.1 2.49e-14 371601 Pseudomonadati Bacteroidota WP_101794136.1 QYU66920.1 1.84e-09 2819933 Bacillati Cyanobacteriota EEF30376.1 EEF30376.1 9.94e-252 3988 Viridiplantae Streptophyta RKK88308.1 RKK88308.1 0.0 5507 Fungi Ascomycota WP_252809941.1 WP_252809941.1 1.56e-209 79912 Bacillati Actinomycetota WP_252809941.1 MCI8430709.1 4.50e-20 1898203 Bacillati Bacillota WP_270506568.1 WP_270506568.1 1.27e-297 1736 Bacillati Bacillota WP_270506568.1 WP_282259321.1 1.14e-112 3016094 Bacillati Actinomycetota EKD39302.1 EKD39302.1 2.54e-17 77133 0 0 WP_185816158.1 WP_185816158.1 5.34e-160 338;2724121;2724122;2724123;2762244 0;Pseudomonadati 0;Pseudomonadota WP_185816158.1 KJS09633.1 5.48e-19 1629712 Pseudomonadati Pseudomonadota WP_275495439.1 WP_275495439.1 4.57e-295 2593676;3028709 Bacillati Actinomycetota WP_275495439.1 UCF78466.1 3.34e-76 2212470 0 Candidatus Eiseniibacteriota WP_275495439.1 WP_019585553.1 8.52e-61 309886 Thermotogati Deinococcota WP_275495439.1 WP_145937814.1 2.73e-57 941986 Bacillati Actinomycetota WP_275495439.1 WP_278361924.1 2.21e-15 1211807 Pseudomonadati Pseudomonadota WP_123237441.1 WP_123237441.1 3.28e-195 2676064 Pseudomonadati Pseudomonadota WP_123237441.1 WP_069341101.1 2.64e-22 1586708 Pseudomonadati Pseudomonadota CAD8089828.1 CAD8089828.1 7.04e-190 5886 0 Ciliophora CAH0143531.1 CAH0143531.1 6.99e-120 450367 Bacillati Bacillota CAH0143531.1 WP_122920202.1 5.49e-19 511487 Bacillati Bacillota CAH0143531.1 WP_055228170.1 2.02e-06 1150298 Bacillati Bacillota WP_147833981.1 WP_147833981.1 1.37e-77 1149773 Pseudomonadati Pseudomonadota WP_147833981.1 ABD26457.1 8.07e-11 48935;279238 Pseudomonadati Pseudomonadota QLL10545.1 QLL10545.1 2.79e-198 1719132 Bacillati Actinomycetota QLL10545.1 MBK8955603.1 6.17e-73 2202734 Pseudomonadati Bacteroidota QLL10545.1 EJV0278763.1 1.55e-32 670 Pseudomonadati Pseudomonadota WP_111625343.1 WP_111625343.1 3.32e-66 440515 Pseudomonadati Bacteroidota TDZ21558.1 TDZ21558.1 0.0 1213857 Fungi Ascomycota WP_169079632.1 WP_169079632.1 3.62e-156 355930 Bacillati Actinomycetota WP_099949840.1 WP_099949840.1 3.50e-278 562 Pseudomonadati Pseudomonadota WP_099949840.1 KPQ18226.1 2.61e-131 1666917 Pseudomonadati Pseudomonadota WP_188506850.1 WP_188506850.1 1.60e-229 1305674 Pseudomonadati Bacteroidota TQD79640.1 TQD79640.1 3.67e-201 106549 Viridiplantae Streptophyta QRX02582.1 QRX02582.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QRX02582.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota WP_095648367.1 WP_095648367.1 0.0 137658 Pseudomonadati Pseudomonadota WP_095648367.1 HAT8492399.1 1.40e-22 672 Pseudomonadati Pseudomonadota WP_095648367.1 MCI8350609.1 1.40e-07 2485925 Bacillati Bacillota HBB9152465.1 HBB9152465.1 0.0 562 Pseudomonadati Pseudomonadota HAD16081.1 HAD16081.1 0.0 1042 Pseudomonadati Pseudomonadota WP_060879438.1 WP_060879438.1 0.0 1930 Bacillati Actinomycetota MBQ1583517.1 MBQ1583517.1 2.87e-229 2498093 Pseudomonadati Bacteroidota WP_166737936.1 WP_166737936.1 0.0 1282 Bacillati Bacillota XP_044786537.1 XP_044786537.1 6.25e-215 89462 Metazoa Chordata KAG7243800.1 KAG7243800.1 6.06e-281 181461 Metazoa Chordata MBN8831519.1 MBN8831519.1 0.0 1978525 Pseudomonadati Pseudomonadota MBN8831519.1 WP_017166220.1 1.52e-12 1985254 Pseudomonadati Pseudomonadota MBN8831519.1 WP_126547421.1 1.08e-10 287 Pseudomonadati Pseudomonadota WP_131827568.1 WP_131827568.1 1.02e-42 1909456 Pseudomonadati Pseudomonadota XP_023194678.1 XP_023194678.1 8.73e-268 8083 Metazoa Chordata MBR5392328.1 MBR5392328.1 1.14e-174 59823 Pseudomonadati Bacteroidota NDH19650.1 NDH19650.1 4.46e-102 2900548 Bacillati Actinomycetota MCA9786884.1 MCA9786884.1 0.0 2030808 Pseudomonadati Candidatus Cloacimonadota WP_140706444.1 WP_140706444.1 1.27e-113 325217;2589952;2876662 Pseudomonadati Pseudomonadota WP_230834693.1 WP_230834693.1 9.24e-125 77097 Pseudomonadati Pseudomonadota CAH2408238.1 CAH2408238.1 3.65e-119 666018 Pseudomonadati Pseudomonadota WP_279652328.1 WP_279652328.1 9.17e-309 3038772 Pseudomonadati Bacteroidota WP_279652328.1 HBT3283900.1 3.32e-90 548 Pseudomonadati Pseudomonadota WP_279652328.1 KUK66960.1 1.01e-22 1236046 Thermotogati Thermotogota XP_016482688.1 XP_016482688.1 7.07e-176 N/A N/A WP_122377077.1 WP_122377077.1 6.22e-111 46678 Pseudomonadati Pseudomonadota EFW22388.1 EFW22388.1 9.06e-256 443226 Fungi Ascomycota WP_059048359.1 WP_059048359.1 1.94e-255 42234 Bacillati Actinomycetota KAJ8530820.1 KAJ8530820.1 0.0 402998 Viridiplantae Streptophyta MBK6751737.1 MBK6751737.1 2.59e-208 1978231 Pseudomonadati Acidobacteriota MBK6751737.1 MBQ9679177.1 2.44e-38 41978 Bacillati Bacillota MBK6751737.1 MCL2204087.1 9.96e-30 2660712 Bacillati Bacillota MBK6751737.1 CAI9595211.1 2.75e-17 386267 Metazoa Chordata WP_237907640.1 WP_237907640.1 6.51e-256 192 Pseudomonadati Pseudomonadota WP_237907640.1 WP_011057593.1 3.56e-95 146786;197221 Bacillati Cyanobacteriota WP_237907640.1 WP_258581409.1 3.37e-87 2865837 Pseudomonadati Pseudomonadota WP_237907640.1 WP_176354145.1 3.64e-81 2742698 Pseudomonadati Pseudomonadota WP_237907640.1 WP_109219819.1 1.02e-76 28901;58712 Pseudomonadati Pseudomonadota WP_237907640.1 WP_076409454.1 4.35e-74 85698 Pseudomonadati Pseudomonadota WP_237907640.1 WP_140480909.1 3.07e-73 1404367 Pseudomonadati Pseudomonadota WP_237907640.1 WP_170725874.1 2.39e-70 562 Pseudomonadati Pseudomonadota WP_237907640.1 NNE23115.1 1.07e-55 1909294 Pseudomonadati Pseudomonadota WP_237907640.1 MWR41881.1 1.79e-45 562 Pseudomonadati Pseudomonadota WP_237907640.1 WP_278489123.1 4.81e-28 437897 Bacillati Bacillota WP_237907640.1 NFD84694.1 2.56e-18 1491 Bacillati Bacillota WP_237907640.1 MBQ8297564.1 1.25e-17 41978 Bacillati Bacillota WP_237907640.1 WP_222599035.1 1.46e-16 N/A N/A WP_237907640.1 MCA9759546.1 1.52e-16 2212470 0 Candidatus Eiseniibacteriota WP_098626931.1 WP_098626931.1 2.08e-228 412384;2800373 Bacillati Bacillota WP_017900964.1 WP_017900964.1 5.39e-127 543;545;548;625;35703 Pseudomonadati Pseudomonadota KIH61449.1 KIH61449.1 7.59e-296 51022 Metazoa Nematoda DAS51696.1 DAS51696.1 4.03e-118 2832643 Heunggongvirae Uroviricota MBQ2198584.1 MBQ2198584.1 0.0 2030927 Pseudomonadati Bacteroidota HAN66834.1 HAN66834.1 0.0 1869212 Pseudomonadati Bacteroidota HAN66834.1 WP_043940504.1 1.02e-225 137591 Bacillati Bacillota HAN66834.1 MBP8196496.1 9.82e-202 2026735 Pseudomonadati Myxococcota HAN66834.1 WP_150253061.1 5.84e-156 2605988 Bacillati Actinomycetota WP_091629500.1 WP_091629500.1 1.02e-318 47871 Bacillati Actinomycetota WP_065450627.1 WP_065450627.1 0.0 1114874 Pseudomonadati Bacteroidota WP_067487176.1 WP_067487176.1 5.35e-159 68565 Bacillati Actinomycetota GBN84473.1 GBN84473.1 5.66e-67 182803 Metazoa Arthropoda MBE6257848.1 MBE6257848.1 4.20e-225 59823 Pseudomonadati Bacteroidota MBE6257848.1 WP_058051508.1 1.98e-69 656 Pseudomonadati Pseudomonadota MBE6257848.1 WP_224911464.1 5.53e-56 538381 Pseudomonadati Pseudomonadota MBE6257848.1 XP_046509038.1 1.20e-07 89248 Metazoa Chordata MCP5281008.1 MCP5281008.1 0.0 50421 Pseudomonadati Pseudomonadota WHE12941.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota WHE12941.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_070310045.1 WP_070310045.1 0.0 29580;55508;1537279 Pseudomonadati Pseudomonadota WP_182080621.1 WP_182080621.1 0.0 2039164 Pseudomonadati Pseudomonadota WP_182080621.1 WP_058918927.1 5.35e-21 2747;2126436;2800128 Bacillati Bacillota WP_182080621.1 MBD8915742.1 3.01e-11 2014367 Bacillati Bacillota WP_266170214.1 WP_266170214.1 2.00e-292 2992127 Pseudomonadati Pseudomonadota WP_266170214.1 WP_072989136.1 2.05e-39 271157 Pseudomonadati Bacteroidota WP_266170214.1 HAR4306776.1 3.52e-36 1280 Bacillati Bacillota WP_266170214.1 WP_192202944.1 4.31e-27 2645906;2769284 Pseudomonadati Pseudomonadota MBP6854588.1 MBP6854588.1 3.74e-219 50421 Pseudomonadati Pseudomonadota WP_275364603.1 WP_275364603.1 1.46e-50 1499973 Pseudomonadati Pseudomonadota WP_131609232.1 WP_131609232.1 0.0 384;387 Pseudomonadati Pseudomonadota WP_278888642.1 WP_278888642.1 3.86e-214 363265 Pseudomonadati Bacteroidota WP_278888642.1 WP_176958177.1 1.29e-57 2608715 Pseudomonadati Pseudomonadota WP_278888642.1 WP_192106836.1 2.36e-56 2571221 Pseudomonadati Pseudomonadota WP_278888642.1 AIA18772.1 5.87e-39 77133 0 0 WP_213413035.1 WP_213413035.1 1.22e-83 1572762 Bacillati Bacillota WP_198140600.1 WP_198140600.1 4.28e-26 216816 Bacillati Actinomycetota CAF1441577.1 CAF1441577.1 2.20e-192 1234261 Metazoa Rotifera WP_149656427.1 WP_149656427.1 1.40e-222 1784 Bacillati Actinomycetota WP_149656427.1 MBE7554905.1 3.85e-42 2073117 Bacillati Chloroflexota WP_149656427.1 MBX7055839.1 1.98e-36 2283092 Pseudomonadati Acidobacteriota WP_149656427.1 WP_239280620.1 6.92e-36 2918196 Bacillati Actinomycetota WP_149656427.1 WP_047721562.1 6.92e-35 547;550;1812935 Pseudomonadati Pseudomonadota WP_149656427.1 MBB3097508.1 1.65e-33 113559 Bacillati Actinomycetota WP_149656427.1 KAB2860347.1 1.35e-25 2052143 Bacillati Chloroflexota EFV9058489.1 EFV9058489.1 4.24e-58 624 Pseudomonadati Pseudomonadota CAH1968295.1 CAH1968295.1 3.38e-233 200917 Metazoa Arthropoda CAH1968295.1 WP_244311009.1 2.38e-25 699041 Bacillati Actinomycetota MCK5224664.1 MCK5224664.1 1.20e-124 2268183 0 Candidatus Calescibacteriota ECD4982842.1 ECD4982842.1 0.0 2565186 Pseudomonadati Pseudomonadota ECD4982842.1 EBS3704194.1 0.0 1192578 Pseudomonadati Pseudomonadota ECD4982842.1 WP_202291019.1 2.07e-318 82996 Pseudomonadati Pseudomonadota ECD4982842.1 WP_242685612.1 3.45e-300 2100168 Pseudomonadati Pseudomonadota ECD4982842.1 WP_237762402.1 2.57e-132 28901;59201 Pseudomonadati Pseudomonadota ECD4982842.1 WP_222168304.1 8.34e-77 550 Pseudomonadati Pseudomonadota NNC58435.1 NNC58435.1 0.0 1042 Pseudomonadati Pseudomonadota NNC58435.1 MCC7304610.1 3.47e-228 1869227 0 0 NNC58435.1 MCF2656092.1 3.29e-128 84030 Bacillati Bacillota NNC58435.1 WP_274976404.1 8.93e-97 3061629 Bacillati Actinomycetota NNC58435.1 WP_010016619.1 3.43e-23 1229756;1607839;3016637 Bacillati Bacillota WP_233737742.1 WP_233737742.1 0.0 2907155 Pseudomonadati Pseudomonadota WP_233737742.1 WP_270570428.1 4.31e-61 28111 Pseudomonadati Bacteroidota WP_233737742.1 WP_018187484.1 2.04e-41 1761802 Bacillati Actinomycetota HAX5007168.1 HAX5007168.1 1.22e-228 562 Pseudomonadati Pseudomonadota WP_113620603.1 WP_113620603.1 0.0 853 Bacillati Bacillota WP_113620603.1 WP_175076961.1 1.71e-140 1386;1664069 Bacillati Bacillota WP_113620603.1 WP_115946316.1 6.22e-104 301 Pseudomonadati Pseudomonadota NND17855.1 NND17855.1 2.29e-236 2058390 Pseudomonadati Pseudomonadota XP_041823288.1 XP_041823288.1 1.51e-94 1250792 Metazoa Chordata KIA87593.1 KIA87593.1 2.74e-42 1423323 Pseudomonadati Bacteroidota WP_177209229.1 WP_177209229.1 6.33e-265 148448 Methanobacteriati Methanobacteriota KAH7714125.1 KAH7714125.1 1.70e-121 70226 Metazoa Nematoda WP_125553257.1 WP_125553257.1 6.25e-186 284579 Bacillati Bacillota MBJ7531026.1 MBJ7531026.1 2.19e-94 35761 Bacillati Actinomycetota MBJ7531026.1 WP_279399778.1 1.22e-39 N/A N/A MBJ7531026.1 WP_067782871.1 9.27e-35 1857645 Bacillati Actinomycetota VIF85598.1 VIF85598.1 2.33e-05 1496 Bacillati Bacillota KAH9082671.1 KAH9082671.1 2.19e-133 100861 0 Oomycota WP_192202944.1 WP_192202944.1 3.42e-287 2645906;2769284 Pseudomonadati Pseudomonadota WP_192202944.1 WP_072989136.1 1.15e-64 271157 Pseudomonadati Bacteroidota WP_192202944.1 HAR4306776.1 4.15e-64 1280 Bacillati Bacillota WP_192202944.1 WP_266170214.1 2.54e-25 2992127 Pseudomonadati Pseudomonadota WP_192202944.1 NQZ11975.1 4.36e-14 1872429 Pseudomonadati Pseudomonadota WP_243361436.1 WP_243361436.1 0.0 2922866 Pseudomonadati Thermodesulfobacteriota WP_243361436.1 WP_096665911.1 5.26e-95 1977061 Pseudomonadati Pseudomonadota WP_243361436.1 GIW30304.1 9.18e-57 1955249 Thermotogati Deinococcota WP_243361436.1 MBT3784852.1 4.89e-26 1869227 0 0 WP_243361436.1 EAZ5330394.1 1.77e-10 28901 Pseudomonadati Pseudomonadota WP_243361436.1 YP_007317140.1 3.60e-09 334885 Metazoa Chordata WP_243361436.1 YP_008379230.1 1.93e-07 30596 Metazoa Chordata RAL39799.1 RAL39799.1 2.31e-242 267555 Viridiplantae Streptophyta RAL39799.1 WP_259408897.1 2.48e-33 N/A N/A VDM37090.1 VDM37090.1 2.22e-32 6265 Metazoa Nematoda WP_185892671.1 WP_185892671.1 0.0 672 Pseudomonadati Pseudomonadota WP_185892671.1 HBD3580067.1 1.55e-206 562 Pseudomonadati Pseudomonadota WP_185892671.1 WP_215391030.1 6.00e-189 1758398 Pseudomonadati Pseudomonadota WP_129703040.1 WP_129703040.1 7.68e-126 2034769 Pseudomonadati Pseudomonadota WP_129703040.1 WP_142114448.1 1.89e-19 2587160 Pseudomonadati Pseudomonadota WP_132079800.1 WP_132079800.1 0.0 194963 Pseudomonadati Pseudomonadota WP_132079800.1 WP_267560498.1 1.11e-106 2997416 Bacillati Actinomycetota WP_132079800.1 WP_259206442.1 2.88e-59 2970464 Pseudomonadati Pseudomonadota EAG8834195.1 EAG8834195.1 1.69e-266 1639 Bacillati Bacillota WP_210473185.1 WP_210473185.1 1.01e-194 246167 Pseudomonadati Pseudomonadota WP_210473185.1 WP_070443635.1 3.67e-38 1290;1581077 Bacillati Bacillota HBO82804.1 HBO82804.1 2.10e-54 1873897 Pseudomonadati Pseudomonadota HBO82804.1 WP_059534878.1 2.02e-26 1637847;1637848;2613784 Pseudomonadati Pseudomonadota WP_183495065.1 WP_183495065.1 4.44e-301 1835722 Pseudomonadati Bacteroidota WP_171519907.1 WP_171519907.1 0.0 555315 Pseudomonadati Pseudomonadota WP_171519907.1 MBI1386726.1 5.92e-28 1909294 Pseudomonadati Pseudomonadota WP_171519907.1 WP_168044369.1 1.74e-25 535904 Pseudomonadati Pseudomonadota KAI1498309.1 KAI1498309.1 0.0 110534 Fungi Ascomycota WP_222532997.1 WP_222532997.1 8.68e-239 2494548 Pseudomonadati Pseudomonadota WP_063007015.1 WP_063007015.1 2.95e-214 261477 Bacillati Actinomycetota CAG8726868.1 CAG8726868.1 1.19e-271 144679 Fungi Glomeromycota CAG8726868.1 XP_047046442.1 5.41e-51 89674 Viridiplantae Streptophyta CAG8726868.1 XP_016445639.1 2.65e-21 4097 Viridiplantae Streptophyta CAG8726868.1 WP_200599363.1 1.32e-06 306;2968969 Pseudomonadati Pseudomonadota UFM02602.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UFM02602.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WP_044229656.1 WP_044229656.1 4.55e-41 1524460 Pseudomonadati Bacteroidota WP_079396843.1 WP_079396843.1 3.05e-146 194;197 Pseudomonadati Campylobacterota WP_079396843.1 MCI9320818.1 3.18e-53 1898203 Bacillati Bacillota WP_079396843.1 MBD5153813.1 7.42e-46 1945593 Bacillati Bacillota WP_079396843.1 WP_197744369.1 7.07e-45 553981 Pseudomonadati Pseudomonadota WP_201618498.1 WP_201618498.1 1.17e-56 497 Pseudomonadati Pseudomonadota WP_054377321.1 WP_054377321.1 1.00e-91 1313 Bacillati Bacillota WP_054377321.1 WP_153276888.1 9.04e-16 1314 Bacillati Bacillota KAH8074532.1 KAH8074532.1 7.84e-109 44056 0 0 HIG56173.1 HIG56173.1 0.0 2053570;2099671 0;Pseudomonadati Candidatus Latescibacterota;Candidatus Handelsmaniibacteriota HIG56173.1 WP_160877220.1 2.78e-100 1829 Bacillati Actinomycetota XP_018062972.1 XP_018062972.1 0.0 149040 Fungi Ascomycota WP_170725874.1 WP_170725874.1 6.64e-243 562 Pseudomonadati Pseudomonadota WP_170725874.1 WP_076409454.1 2.38e-85 85698 Pseudomonadati Pseudomonadota WP_170725874.1 WP_109219819.1 2.05e-82 28901;58712 Pseudomonadati Pseudomonadota WP_170725874.1 WP_140480909.1 4.46e-79 1404367 Pseudomonadati Pseudomonadota WP_170725874.1 WP_176354145.1 9.14e-76 2742698 Pseudomonadati Pseudomonadota WP_170725874.1 WP_237907640.1 2.02e-71 192 Pseudomonadati Pseudomonadota WP_170725874.1 WP_011057593.1 9.38e-66 146786;197221 Bacillati Cyanobacteriota WP_170725874.1 WP_258581409.1 1.54e-63 2865837 Pseudomonadati Pseudomonadota WP_170725874.1 MWR41881.1 9.58e-47 562 Pseudomonadati Pseudomonadota WP_170725874.1 WP_077217464.1 1.10e-43 95486 Pseudomonadati Pseudomonadota WP_170725874.1 HBO4828144.1 5.96e-41 287 Pseudomonadati Pseudomonadota WP_170725874.1 EHH5649593.1 1.36e-35 195 Pseudomonadati Campylobacterota WP_170725874.1 WP_088153117.1 2.37e-30 171674 Pseudomonadati Pseudomonadota WP_170725874.1 MCH1405047.1 4.54e-30 2518612 Bacillati Actinomycetota WP_170725874.1 WP_098952357.1 1.37e-29 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_170725874.1 MBQ4383193.1 5.11e-29 1879010 Bacillati Bacillota WP_170725874.1 MBQ3864274.1 5.35e-29 2044939 Bacillati Bacillota WP_170725874.1 WP_192324556.1 1.20e-28 34072;2769259 Pseudomonadati Pseudomonadota WP_170725874.1 WP_227059655.1 2.22e-28 40545 Pseudomonadati Pseudomonadota WP_170725874.1 WP_084371009.1 4.75e-26 692418 Pseudomonadati Bacteroidota WP_170725874.1 WP_221977168.1 8.19e-17 1076926 Pseudomonadati Pseudomonadota MBK9009608.1 MBK9009608.1 1.56e-107 1874826 Pseudomonadati Pseudomonadota WP_122013538.1 WP_122013538.1 0.0 N/A N/A WP_122013538.1 WP_232180661.1 1.14e-84 1296 Bacillati Bacillota WP_122013538.1 WP_070188258.1 1.75e-63 1866905;2545267 Bacillati Actinomycetota XP_023607675.1 XP_023607675.1 0.0 59463 Metazoa Chordata XP_023607675.1 XP_028261945.1 9.77e-316 210632 Metazoa Chordata XP_023607675.1 WP_002264996.1 3.24e-16 1306;1309;857141;857144;857151 Bacillati Bacillota XP_023607675.1 WP_014812045.1 1.88e-05 2358;706587 Pseudomonadati Thermodesulfobacteriota WP_013970683.1 WP_013970683.1 1.00e-299 286;648;76759;1042876;1435044;1435058 Pseudomonadati Pseudomonadota WP_013970683.1 WP_261281372.1 1.31e-223 47917 Pseudomonadati Pseudomonadota WP_013970683.1 WP_111113162.1 4.36e-160 40324 Pseudomonadati Pseudomonadota EJJ0661731.1 EJJ0661731.1 1.38e-106 28141 Pseudomonadati Pseudomonadota KAJ5985703.1 KAJ5985703.1 8.19e-275 5083 Fungi Ascomycota WP_151430057.1 WP_151430057.1 6.50e-255 1796610;1977263 Bacillati Actinomycetota WP_151430057.1 PHR24038.1 5.11e-56 2030813 Pseudomonadati Thermodesulfobacteriota WP_151430057.1 MBS6779195.1 1.00e-19 1929886 Bacillati Actinomycetota KAE8933980.1 KAE8933980.1 1.87e-226 53985 0 Oomycota MBU3899877.1 MBU3899877.1 5.42e-79 1913989 Pseudomonadati Pseudomonadota VQC01530.1 VQC01530.1 2.05e-55 1313 Bacillati Bacillota WP_086520229.1 WP_086520229.1 9.33e-283 28447 Bacillati Actinomycetota MCP4204994.1 MCP4204994.1 1.82e-73 1869227 0 0 NWZ25026.1 NWZ25026.1 3.76e-253 75869 Metazoa Chordata NWZ25026.1 WP_088008362.1 5.26e-47 1917864 Bacillati Bacillota WP_101844355.1 WP_101844355.1 6.61e-202 2045014 Bacillati Bacillota WP_101844355.1 MCF6323317.1 2.77e-33 1913989 Pseudomonadati Pseudomonadota GAK23860.1 GAK23860.1 4.92e-126 1460647 Pseudomonadati Pseudomonadota WP_143320175.1 WP_143320175.1 2.16e-219 2571127 Bacillati Bacillota 2VYZ_A 2VYZ_A 1.87e-78 6221 Metazoa Nemertea WP_051325724.1 WP_051325724.1 0.0 58116 Bacillati Actinomycetota MBC5824559.1 MBC5824559.1 1.66e-257 2052317 0 0 MBC5824559.1 MBQ1771956.1 1.69e-60 2044939 Bacillati Bacillota MBC5824559.1 WP_167263015.1 1.36e-48 1379154 Bacillati Bacillota MBF0357294.1 MBF0357294.1 0.0 2026759 Pseudomonadati Pseudomonadota MBF0357294.1 MCS6996891.1 4.13e-34 2906524 Pseudomonadati Pseudomonadota MBF0357294.1 WP_041723747.1 3.15e-27 359;1841655 Pseudomonadati Pseudomonadota MBF0357294.1 MBL6706528.1 8.81e-04 2026779 Pseudomonadati Planctomycetota WP_097902424.1 WP_097902424.1 8.49e-145 1396 Bacillati Bacillota GBD21053.1 GBD21053.1 0.0 2035423 0 0 GBD21053.1 WP_185334683.1 5.33e-138 1640 Bacillati Bacillota GBD21053.1 WP_150396769.1 9.90e-89 305 Pseudomonadati Pseudomonadota GBD21053.1 WP_206363707.1 6.02e-38 2501515 Pseudomonadati Pseudomonadota GBD21053.1 WP_066083732.1 4.72e-16 220687 Bacillati Bacillota GBD21053.1 WP_089095302.1 1.03e-13 346;473426 Pseudomonadati Pseudomonadota GBD21053.1 THW78755.1 1.52e-13 5580 Fungi Ascomycota GBD21053.1 WP_258581409.1 2.71e-13 2865837 Pseudomonadati Pseudomonadota GBD21053.1 WP_088153117.1 4.45e-08 171674 Pseudomonadati Pseudomonadota WP_268737299.1 WP_268737299.1 3.83e-154 315405 Bacillati Bacillota WP_194365392.1 WP_194365392.1 2.56e-190 2740405 Pseudomonadati Campylobacterota XP_039612537.1 XP_039612537.1 0.0 55291 Metazoa Chordata RMP03152.1 RMP03152.1 2.33e-27 237306 Pseudomonadati Pseudomonadota WP_202291019.1 WP_202291019.1 0.0 82996 Pseudomonadati Pseudomonadota WP_202291019.1 WP_242685612.1 0.0 2100168 Pseudomonadati Pseudomonadota WP_202291019.1 EBS3704194.1 2.79e-318 1192578 Pseudomonadati Pseudomonadota WP_202291019.1 ECD4982842.1 7.96e-318 2565186 Pseudomonadati Pseudomonadota WP_202291019.1 WP_237762402.1 5.17e-135 28901;59201 Pseudomonadati Pseudomonadota WP_202291019.1 WP_222168304.1 1.39e-80 550 Pseudomonadati Pseudomonadota WP_018159095.1 WP_018159095.1 1.02e-144 359359 Bacillati Actinomycetota WP_011147179.1 WP_011147179.1 2.77e-182 29487;141679;2218628 Pseudomonadati Pseudomonadota WP_265889043.1 WP_265889043.1 0.0 562 Pseudomonadati Pseudomonadota EAJ3842941.1 EAJ3842941.1 7.71e-173 197 Pseudomonadati Campylobacterota WP_134660892.1 WP_134660892.1 1.41e-216 196821;2518647;2518648;2518649;2518650 Pseudomonadati Pseudomonadota MCI1641075.1 MCI1641075.1 5.20e-96 29317 Bacillati Actinomycetota WP_014206161.1 WP_014206161.1 3.03e-241 48296;871585 Pseudomonadati Pseudomonadota WP_014206161.1 MCJ6180240.1 4.01e-68 573 Pseudomonadati Pseudomonadota CAA0126222.1 CAA0126222.1 8.52e-314 930805 Pseudomonadati Pseudomonadota CAA0126222.1 WP_205443952.1 5.72e-118 2055955 Pseudomonadati Pseudomonadota CAA0126222.1 WP_122873240.1 2.12e-57 194 Pseudomonadati Campylobacterota CAA0126222.1 MBO7597869.1 1.08e-27 2030927 Pseudomonadati Bacteroidota WP_139387589.1 WP_139387589.1 6.10e-53 28901 Pseudomonadati Pseudomonadota WP_139387589.1 MCI6733811.1 1.99e-29 1898207 Bacillati Bacillota KAF0292372.1 KAF0292372.1 0.0 1232801 Metazoa Arthropoda KAF0292372.1 XP_037827647.1 1.49e-06 13632 Metazoa Arthropoda MBI5007102.1 MBI5007102.1 0.0 2026761 Pseudomonadati Pseudomonadota MBU2178615.1 MBU2178615.1 1.94e-202 1913989 Pseudomonadati Pseudomonadota MBU2178615.1 WP_193275955.1 3.01e-68 670;1435358 Pseudomonadati Pseudomonadota MBU2178615.1 NPV11463.1 3.91e-10 2053306 Pseudomonadati Ignavibacteriota MBU2178615.1 WP_149786838.1 1.20e-09 391948 Pseudomonadati Pseudomonadota WP_008134825.1 WP_008134825.1 0.0 1144344 Pseudomonadati Pseudomonadota WP_008134825.1 WP_221977168.1 8.36e-47 1076926 Pseudomonadati Pseudomonadota WP_008134825.1 WP_097108993.1 5.33e-46 714899 Pseudomonadati Pseudomonadota WP_008134825.1 WP_247429569.1 2.33e-44 2782616 Pseudomonadati Pseudomonadota WP_008134825.1 WP_256546297.1 3.72e-42 1126236 Methanobacteriati Methanobacteriota WP_008134825.1 WP_089246429.1 2.28e-36 398843 Bacillati Actinomycetota WP_008134825.1 MCP4329804.1 2.99e-33 1913988 Pseudomonadati Pseudomonadota WP_008134825.1 MCA3389197.1 9.09e-25 1869190 Pseudomonadati Pseudomonadota WP_008134825.1 WP_150396769.1 2.34e-22 305 Pseudomonadati Pseudomonadota WP_008134825.1 OAN53756.1 7.78e-22 1285242 Pseudomonadati Pseudomonadota WP_008134825.1 MBO5162475.1 2.34e-17 1898203 Bacillati Bacillota WP_008134825.1 WP_185334683.1 7.64e-17 1640 Bacillati Bacillota WP_008134825.1 WP_071876418.1 2.30e-14 332949 Bacillati Bacillota WP_008134825.1 CDZ73727.1 3.05e-13 323655 Pseudomonadati Pseudomonadota WP_049267651.1 WP_049267651.1 8.02e-208 575 Pseudomonadati Pseudomonadota WP_049267651.1 WP_035710346.1 3.37e-72 195105 Pseudomonadati Pseudomonadota WP_199097566.1 WP_199097566.1 5.24e-182 2795114 Pseudomonadati Pseudomonadota MBB4862510.1 MBB4862510.1 4.71e-43 915472 0 0 WP_029222463.1 WP_029222463.1 1.56e-264 29497;617147;617148 Pseudomonadati Pseudomonadota WP_029222463.1 WP_121975536.1 1.10e-76 2126983 Pseudomonadati Pseudomonadota WP_029222463.1 RYD39969.1 5.41e-62 2026800 Pseudomonadati Verrucomicrobiota WP_029222463.1 WP_203339841.1 4.67e-21 2782551 Bacillati Bacillota WP_029222463.1 WP_283107263.1 5.38e-20 N/A N/A MCM1185292.1 MCM1185292.1 2.60e-208 1506;2028282;2049031 Bacillati Bacillota MCM1185292.1 GAP70049.1 1.94e-81 1688776 Pseudomonadati Bacteroidota MBI6149093.1 MBI6149093.1 0.0 615 Pseudomonadati Pseudomonadota MBI6149093.1 HCT06136.1 2.41e-126 306 Pseudomonadati Pseudomonadota MBI6149093.1 OFX32653.1 1.79e-104 1797288 Bacillati Armatimonadota MBI6149093.1 WP_074319120.1 1.78e-84 709881 Bacillati Actinomycetota MBI6149093.1 WP_041591748.1 4.27e-83 51669 Bacillati Bacillota MBI6149093.1 WP_013632646.1 4.07e-67 976;762903;1117645 Pseudomonadati Bacteroidota MBI6149093.1 SFX27592.1 8.78e-50 1452269 Bacillati Bacillota MBI6149093.1 KAJ6994162.1 2.09e-21 444605 Viridiplantae Streptophyta MBI6149093.1 MBE6688122.1 5.61e-15 2485925 Bacillati Bacillota MBI6149093.1 WP_278631399.1 1.32e-12 29348 Bacillati Bacillota MBI6149093.1 WP_019100427.1 3.64e-11 394935 Pseudomonadati Pseudomonadota MBI6149093.1 KAA0114277.1 2.47e-10 1305 Bacillati Bacillota MBI6149093.1 WP_235126772.1 7.25e-10 2909336 Pseudomonadati Bacteroidota MBI6149093.1 WP_049009918.1 6.52e-09 545 Pseudomonadati Pseudomonadota EAG2878363.1 EAG2878363.1 1.53e-150 1639 Bacillati Bacillota WP_202269758.1 WP_202269758.1 0.0 59732;2800705 Pseudomonadati Bacteroidota XP_007043916.2 XP_007043916.2 2.11e-192 3641 Viridiplantae Streptophyta WP_260402970.1 WP_260402970.1 9.69e-94 28901;59201;90371;2564391 Pseudomonadati Pseudomonadota WP_122896374.1 WP_122896374.1 6.58e-284 2483800 Bacillati Bacillota WP_122896374.1 WP_168565867.1 1.01e-71 2724528 Pseudomonadati Planctomycetota WP_122896374.1 MBT4160670.1 2.04e-62 1913989 Pseudomonadati Pseudomonadota WP_122896374.1 WP_043548763.1 1.91e-60 1532557 Pseudomonadati Pseudomonadota WP_122896374.1 WP_094151267.1 1.51e-33 1938672 Pseudomonadati Pseudomonadota KAJ7197949.1 KAJ7197949.1 5.95e-158 153505 Fungi Basidiomycota WP_096851915.1 WP_096851915.1 6.50e-119 562 Pseudomonadati Pseudomonadota WP_060613079.1 WP_060613079.1 0.0 570;573 Pseudomonadati Pseudomonadota WP_060613079.1 WP_195368055.1 5.20e-87 410072 Bacillati Bacillota WP_060613079.1 MBQ4454347.1 7.54e-85 2044939 Bacillati Bacillota WP_060613079.1 MBT3459617.1 3.24e-72 2026743 Pseudomonadati Pseudomonadota WP_060613079.1 KAJ5168969.1 8.37e-72 189055 Fungi Ascomycota WP_060613079.1 MBQ8297564.1 9.00e-65 41978 Bacillati Bacillota WP_060613079.1 KAI7371949.1 1.85e-63 91943 Fungi Ascomycota WP_060613079.1 WP_036258374.1 2.99e-59 65552 Thermotogati Deinococcota WP_060613079.1 WP_011512097.1 1.22e-58 912;323097 Pseudomonadati Pseudomonadota WP_060613079.1 NFD84694.1 7.43e-57 1491 Bacillati Bacillota WP_060613079.1 KAI9191373.1 1.15e-50 4023 Viridiplantae Streptophyta WP_060613079.1 WP_247749043.1 4.59e-49 N/A N/A WP_060613079.1 WP_038440434.1 3.57e-46 727 Pseudomonadati Pseudomonadota WP_060613079.1 WAY96880.1 1.29e-36 615 Pseudomonadati Pseudomonadota WP_060613079.1 WP_278489123.1 7.50e-24 437897 Bacillati Bacillota WP_060613079.1 GLY24463.1 4.78e-17 3032198 Bacillati Actinomycetota WP_060613079.1 WP_142931103.1 3.62e-12 2202200 Pseudomonadati Campylobacterota WP_060613079.1 WP_008056683.1 2.88e-11 2596745;2759955 Bacillati Cyanobacteriota WP_060613079.1 CDZ73727.1 3.16e-10 323655 Pseudomonadati Pseudomonadota WP_060613079.1 NNE23115.1 1.60e-09 1909294 Pseudomonadati Pseudomonadota XP_021776778.1 XP_021776778.1 0.0 9541;9544;9555;257877;591936 Metazoa Chordata WP_200650920.1 WP_200650920.1 5.95e-110 1324617;1822464 Pseudomonadati Pseudomonadota WP_267560498.1 WP_267560498.1 0.0 2997416 Bacillati Actinomycetota WP_267560498.1 WP_132079800.1 8.18e-111 194963 Pseudomonadati Pseudomonadota WP_267560498.1 WP_259206442.1 9.81e-75 2970464 Pseudomonadati Pseudomonadota AGQ38940.1 AGQ38940.1 5.40e-20 1311759 Pseudomonadati Pseudomonadota AGQ38940.1 EJS0734484.1 9.98e-04 562 Pseudomonadati Pseudomonadota WP_108677987.1 WP_108677987.1 1.88e-174 672 Pseudomonadati Pseudomonadota HBS1873186.1 HBS1873186.1 8.32e-237 573 Pseudomonadati Pseudomonadota HBS1873186.1 OZZ34426.1 2.08e-72 573 Pseudomonadati Pseudomonadota HBS1873186.1 WP_200478262.1 1.53e-27 192 Pseudomonadati Pseudomonadota EPB66139.1 EPB66139.1 1.11e-246 53326 Metazoa Nematoda XP_013957138.1 XP_013957138.1 4.33e-89 29875;413071 Fungi Ascomycota WP_087214971.1 WP_087214971.1 1.25e-105 44008 Bacillati Bacillota MPZ95749.1 MPZ95749.1 1.66e-176 2015801 Bacillati Actinomycetota MPZ95749.1 WP_165724099.1 5.59e-28 53246 Pseudomonadati Pseudomonadota MPZ95749.1 MBQ5584458.1 4.49e-07 2053608 Bacillati Bacillota MPZ95749.1 WP_064652354.1 9.97e-05 1825933 Pseudomonadati Pseudomonadota WP_050658900.1 WP_050658900.1 1.15e-211 584787 Pseudomonadati Pseudomonadota CAD1480127.1 CAD1480127.1 0.0 395501 Metazoa Arthropoda OKZ56768.1 OKZ56768.1 3.82e-83 1896977 Bacillati Bacillota RBR02939.1 RBR02939.1 0.0 117187 Fungi Ascomycota WP_164653811.1 WP_164653811.1 0.0 329406 Pseudomonadati Pseudomonadota WP_164653811.1 WP_278449211.1 3.44e-76 293 Pseudomonadati Pseudomonadota WP_164653811.1 WP_272906673.1 2.78e-75 354351 Pseudomonadati Pseudomonadota WP_164653811.1 WP_124213670.1 6.41e-74 286;287 Pseudomonadati Pseudomonadota WP_164653811.1 KNY10996.1 5.92e-68 72556 Pseudomonadati Pseudomonadota WP_164653811.1 WP_175896721.1 6.16e-64 1207504 Pseudomonadati Pseudomonadota WP_164653811.1 WP_205173112.1 1.68e-60 992288 Bacillati Bacillota WP_164653811.1 WP_271786410.1 6.14e-60 645 Pseudomonadati Pseudomonadota TYG81953.1 TYG81953.1 1.56e-111 34276 Viridiplantae Streptophyta TYG81953.1 ESR55765.1 3.67e-46 85681 Viridiplantae Streptophyta TYG81953.1 KAG0031507.1 6.29e-43 979688 Fungi Mortierellomycota GEU53557.1 GEU53557.1 0.0 118510 Viridiplantae Streptophyta GEU53557.1 RSL59427.1 1.07e-66 1325737 Fungi Ascomycota GEU53557.1 XP_023589550.1 2.60e-56 127582 Metazoa Chordata GEU53557.1 CZT45482.1 6.46e-56 38038 Fungi Ascomycota GEU53557.1 NQR19375.1 7.14e-56 1307 Bacillati Bacillota GEU53557.1 XP_055095726.1 8.47e-27 9590 Metazoa Chordata WP_274755179.1 WP_274755179.1 7.38e-299 283 Pseudomonadati Pseudomonadota WP_274755179.1 WP_144320971.1 3.38e-39 68270 Bacillati Actinomycetota WP_274755179.1 WP_149911652.1 1.64e-37 544;546 Pseudomonadati Pseudomonadota WP_274755179.1 WP_259858510.1 1.34e-35 53359 Bacillati Actinomycetota WP_274755179.1 ADP83890.1 9.94e-31 298654 Bacillati Actinomycetota WP_274755179.1 GDX36288.1 2.39e-24 1913988 Pseudomonadati Pseudomonadota WP_274755179.1 WP_245704803.1 5.91e-24 938405 Pseudomonadati Pseudomonadota WP_274755179.1 MBR6403893.1 3.57e-09 142586 Bacillati Bacillota WP_274755179.1 WP_225118260.1 2.54e-08 2793821 Pseudomonadati Pseudomonadota WP_003642885.1 WP_003642885.1 2.85e-180 1590;1678136;2794338 Bacillati Bacillota WP_222018129.1 WP_222018129.1 0.0 2855434 Pseudomonadati Pseudomonadota WP_222018129.1 WP_267184195.1 5.11e-34 2996017 Pseudomonadati Pseudomonadota WP_222018129.1 OGU48181.1 1.15e-13 1798427 Pseudomonadati Ignavibacteriota WP_222018129.1 WP_282423266.1 2.44e-12 3042687 Pseudomonadati Myxococcota WP_222018129.1 WP_254467474.1 1.71e-05 303 Pseudomonadati Pseudomonadota KAJ8608448.1 KAJ8608448.1 8.71e-113 3435 Viridiplantae Streptophyta WP_063477675.1 WP_063477675.1 8.40e-127 59843 Bacillati Bacillota WP_063477675.1 WP_221874538.1 1.13e-22 1643336 Bacillati Bacillota PPE01392.1 PPE01392.1 3.81e-265 3634 Viridiplantae Streptophyta MBE8398245.1 MBE8398245.1 1.38e-79 338217 Pseudomonadati Spirochaetota XP_044006408.1 XP_044006408.1 0.0 684658 Metazoa Arthropoda WP_218283561.1 WP_218283561.1 1.44e-240 2855394 Bacillati Bacillota OKH85141.1 OKH85141.1 3.39e-317 1490484 Bacillati Actinomycetota OKH85141.1 MBV8506574.1 5.54e-82 1913988 Pseudomonadati Pseudomonadota OKH85141.1 WP_049005162.1 8.95e-63 550 Pseudomonadati Pseudomonadota OKH85141.1 WP_245350945.1 1.21e-48 N/A N/A OKH85141.1 WP_133179454.1 4.44e-09 2546446 Pseudomonadati Pseudomonadota OKH85141.1 KAK48091.1 7.05e-08 1458357 Pseudomonadati Pseudomonadota XP_022457077.1 XP_022457077.1 4.44e-245 1382522 Fungi Ascomycota WP_162500151.1 WP_162500151.1 1.95e-202 1549949 Pseudomonadati Pseudomonadota XP_050030289.1 XP_050030289.1 5.67e-68 34620 Metazoa Arthropoda MBV9229016.1 MBV9229016.1 0.0 2026724 Bacillati Chloroflexota EDL37908.1 EDL37908.1 9.30e-62 10090 Metazoa Chordata WP_208909738.1 WP_208909738.1 3.76e-225 1580;2953880 Bacillati Bacillota WP_208909738.1 WP_098515742.1 2.92e-08 1428 Bacillati Bacillota MBK6659833.1 MBK6659833.1 4.80e-117 1977087 Pseudomonadati Pseudomonadota WP_251511058.1 WP_251511058.1 3.41e-241 1274358 Bacillati Bacillota MCA2619319.1 MCA2619319.1 0.0 2486216;2771101;2771102;2771106;2771107;2771108;2771109;2771110;2771113;2771120;2771122;2771123;2771124;2771127;2771133;2771134;2771136;2771165;2771166;2771173;2771178 Bacillati Cyanobacteriota UMA88644.1 UMA88644.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UMA88644.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota WP_260365401.1 WP_260365401.1 5.20e-182 319653 Bacillati Bacillota WP_238869695.1 WP_238869695.1 3.44e-289 562 Pseudomonadati Pseudomonadota WP_238869695.1 HIZ96099.1 7.76e-97 2838640 Bacillati Bacillota WP_113156891.1 WP_113156891.1 0.0 1756988 Pseudomonadati Pseudomonadota AFG64821.1 AFG64821.1 2.14e-44 3352 Viridiplantae Streptophyta MBN8458701.1 MBN8458701.1 1.65e-225 2026799 Pseudomonadati Verrucomicrobiota CDD38815.1 CDD38815.1 0.0 1262792 Bacillati Bacillota WP_139665379.1 WP_139665379.1 5.02e-209 287 Pseudomonadati Pseudomonadota WP_139665379.1 RVU05718.1 7.47e-14 1908524 Pseudomonadati Pseudomonadota WP_214516916.1 WP_214516916.1 0.0 1773 Bacillati Actinomycetota WP_214516916.1 MBF2759673.1 1.80e-67 1725326 Pseudomonadati Pseudomonadota WP_214516916.1 WP_167959909.1 1.26e-15 2715212 Pseudomonadati Bacteroidota XP_007311010.1 XP_007311010.1 0.0 721885 Fungi Basidiomycota NLW10703.1 NLW10703.1 1.62e-57 1898204 Bacillati Bacillota CAI6348765.1 CAI6348765.1 1.28e-307 13131 Metazoa Arthropoda MBA0553791.1 MBA0553791.1 0.0 34289 Viridiplantae Streptophyta MCI5711730.1 MCI5711730.1 1.51e-77 1898203 Bacillati Bacillota XP_039985286.1 XP_039985286.1 0.0 8245 Metazoa Chordata WP_253646963.1 WP_253646963.1 7.17e-210 321325 Bacillati Actinomycetota WP_253646963.1 MCB1644245.1 7.48e-19 1891229 Pseudomonadati Pseudomonadota WP_253646963.1 WP_077093245.1 4.46e-11 339268 Bacillati Actinomycetota WP_253646963.1 KFP63770.1 1.69e-06 54380 Metazoa Chordata KAJ8525108.1 KAJ8525108.1 0.0 4785 0 Oomycota XP_048409145.1 XP_048409145.1 0.0 3053191 Metazoa Chordata XP_048409145.1 XP_008215352.1 4.89e-11 7425 Metazoa Arthropoda XP_048409145.1 GIW70618.1 3.42e-10 2026780 Pseudomonadati Planctomycetota XP_048409145.1 KAJ7903702.1 6.09e-07 230810 Fungi Basidiomycota WP_093752330.1 WP_093752330.1 2.68e-108 1883;1472660;2712892;2838869;2838870;2838871;2838872;2838873;2838874 Bacillati Actinomycetota MBV8506574.1 MBV8506574.1 6.86e-263 1913988 Pseudomonadati Pseudomonadota MBV8506574.1 OKH85141.1 1.02e-80 1490484 Bacillati Actinomycetota MBV8506574.1 WP_279293890.1 3.94e-56 N/A N/A WP_063434200.1 WP_063434200.1 1.41e-271 562;208224 Pseudomonadati Pseudomonadota WP_063434200.1 WP_114688413.1 9.46e-77 2283317 Pseudomonadati Pseudomonadota WP_222594143.1 WP_222594143.1 0.0 422442 Bacillati Actinomycetota WP_222594143.1 YP_010462557.1 6.47e-84 1245236;1245541;2041141 Viridiplantae Streptophyta WP_222594143.1 WP_262043205.1 2.37e-35 562 Pseudomonadati Pseudomonadota WP_200162643.1 WP_200162643.1 1.51e-148 28110 Pseudomonadati Pseudomonadota AAX35861.1 AAX35861.1 0.0 311702 Orthornavirae Negarnaviricota AAX35861.1 AUP48118.1 0.0 2072096 Orthornavirae Negarnaviricota WP_194312569.1 WP_194312569.1 5.95e-223 2023265 Pseudomonadati Bacteroidota OCR38384.1 OCR38384.1 7.46e-290 817 Pseudomonadati Bacteroidota OCR38384.1 MBO5336885.1 4.37e-40 1898203 Bacillati Bacillota WP_245823513.1 WP_245823513.1 2.80e-137 N/A N/A WP_109993532.1 WP_109993532.1 0.0 2183911 Pseudomonadati Pseudomonadota WP_109993532.1 KAF1039360.1 9.44e-32 92645 Pseudomonadati Pseudomonadota HIR98957.1 HIR98957.1 1.12e-68 2840745 Bacillati Bacillota CAG5150301.1 CAG5150301.1 1.23e-52 1313 Bacillati Bacillota WP_231784956.1 WP_231784956.1 6.40e-100 N/A N/A WP_171486859.1 WP_171486859.1 3.16e-64 573 Pseudomonadati Pseudomonadota MAF07216.1 MAF07216.1 0.0 1913989;2024893 Pseudomonadati Pseudomonadota MAF07216.1 WP_113544184.1 1.04e-58 384 Pseudomonadati Pseudomonadota MAF07216.1 WP_130528929.1 4.52e-56 28197 Pseudomonadati Campylobacterota MAF07216.1 TRZ64304.1 7.68e-42 1898103 Pseudomonadati Pseudomonadota MAF07216.1 NQR19375.1 2.92e-06 1307 Bacillati Bacillota KAJ1492758.1 KAJ1492758.1 0.0 2571260 0 0 OYZ89234.1 OYZ89234.1 7.43e-138 1970547 Pseudomonadati Pseudomonadota OYZ89234.1 MBA3614174.1 4.32e-04 2358460 Pseudomonadati Nitrospirota WP_063706594.1 WP_063706594.1 0.0 53246 Pseudomonadati Pseudomonadota WP_063706594.1 WP_203562037.1 1.01e-07 28450 Pseudomonadati Pseudomonadota KZT58963.1 KZT58963.1 0.0 1353952 Fungi Basidiomycota KZT58963.1 XP_043377824.1 3.65e-31 8469 Metazoa Chordata KZT58963.1 XP_048216280.1 1.70e-26 214514 Metazoa Chordata KZT58963.1 XP_020321477.1 1.70e-22 8019 Metazoa Chordata KZT58963.1 XP_046441060.1 4.31e-22 6669 Metazoa Arthropoda KZT58963.1 XP_029528577.1 4.26e-21 8023 Metazoa Chordata KZT58963.1 XP_051566275.1 9.51e-17 70543 Metazoa Chordata KZT58963.1 XP_019180948.1 2.30e-14 35883 Viridiplantae Streptophyta KZT58963.1 MBD2210269.1 1.46e-12 2692905 Bacillati Cyanobacteriota KZT58963.1 WP_106546380.1 1.88e-12 869949 Bacillati Cyanobacteriota KZT58963.1 RIB10989.1 2.98e-11 44941 Fungi Glomeromycota WP_137783451.1 WP_137783451.1 4.03e-66 56688;1419722 Methanobacteriati Methanobacteriota WP_195156489.1 WP_195156489.1 4.45e-29 1307 Bacillati Bacillota WP_195156489.1 VTD69375.1 2.16e-23 1313 Bacillati Bacillota KAJ7469048.1 KAJ7469048.1 1.06e-154 1033247 Fungi Basidiomycota WP_064292413.1 WP_064292413.1 3.58e-82 1375;2976809 Bacillati Bacillota WP_226800426.1 WP_226800426.1 9.43e-288 2759039 Pseudomonadati Pseudomonadota WP_226800426.1 WP_174951329.1 6.74e-80 482957 Pseudomonadati Pseudomonadota WP_228049692.1 WP_228049692.1 5.33e-67 N/A N/A WP_228049692.1 MBH39527.1 1.43e-10 2026724 Bacillati Chloroflexota RYU57897.1 RYU57897.1 1.56e-111 2516328 Pseudomonadati Pseudomonadota UCF87976.1 UCF87976.1 2.06e-171 1869227 0 0 UCF87976.1 MBR3968535.1 4.59e-34 2044939 Bacillati Bacillota AQR57668.1 AQR57668.1 1.97e-09 1959861;1959862 Metazoa Arthropoda WP_045323370.1 WP_045323370.1 3.14e-236 2593676 Bacillati Actinomycetota MBD9057797.1 MBD9057797.1 1.61e-258 59823 Pseudomonadati Bacteroidota WP_158934128.1 WP_158934128.1 3.21e-132 1641860 Pseudomonadati Pseudomonadota WP_158934128.1 WP_026564934.1 5.05e-16 1449046 Bacillati Bacillota QHO28611.1 QHO28611.1 6.43e-248 3818 Viridiplantae Streptophyta CAH2238127.1 CAH2238127.1 1.88e-66 348720 Metazoa Arthropoda WP_017718577.1 WP_017718577.1 0.0 331992 Bacillati Cyanobacteriota WP_017718577.1 WP_283107263.1 7.83e-100 N/A N/A WP_017718577.1 NRF69152.1 3.68e-96 2732868 Pseudomonadati Pseudomonadota WP_017718577.1 WP_058504615.1 1.82e-90 45070 Pseudomonadati Pseudomonadota WP_017718577.1 MBT7163208.1 6.86e-67 2212475 Pseudomonadati Lentisphaerota WP_017718577.1 WP_203339841.1 7.65e-46 2782551 Bacillati Bacillota WP_017718577.1 EEC9022132.1 2.39e-26 562 Pseudomonadati Pseudomonadota WP_017718577.1 RYD39969.1 1.07e-25 2026800 Pseudomonadati Verrucomicrobiota WP_017718577.1 WP_121975536.1 4.62e-24 2126983 Pseudomonadati Pseudomonadota RLG01914.1 RLG01914.1 1.26e-55 2026795 Thermoproteati Nitrososphaerota XP_031974225.1 XP_031974225.1 5.95e-176 1196302 Metazoa Chordata WP_267861425.1 WP_267861425.1 9.38e-239 2996790 Pseudomonadati Myxococcota WP_267861425.1 WP_265272113.1 1.33e-57 457945 Bacillati Cyanobacteriota WP_267861425.1 HHZ84751.1 2.79e-25 1913989 Pseudomonadati Pseudomonadota MCD0163384.1 MCD0163384.1 6.44e-122 2745870 Thermotogati Deinococcota NDF46396.1 NDF46396.1 2.07e-295 1891241 Pseudomonadati Pseudomonadota WP_141134618.1 WP_141134618.1 1.59e-146 664784 Bacillati Actinomycetota RKT82586.1 RKT82586.1 2.19e-240 455193 Bacillati Actinomycetota RKT82586.1 WP_269633767.1 1.30e-12 2976697 Pseudomonadati Pseudomonadota WP_131284109.1 WP_131284109.1 0.0 2496842 Bacillati Actinomycetota WP_131284109.1 NEB38825.1 3.11e-74 2706074 Bacillati Actinomycetota WP_131284109.1 OHA02323.1 9.47e-24 1802272 0 Candidatus Sungiibacteriota WP_131284109.1 WP_196051328.1 3.65e-19 1492 Bacillati Bacillota WP_131284109.1 WP_225592933.1 4.09e-18 1766 Bacillati Actinomycetota WP_131284109.1 PIQ07033.1 2.33e-14 1974717 0 Candidatus Nealsoniibacteriota WP_131284109.1 VAX76432.1 1.03e-12 138074 Pseudomonadati Pseudomonadota PYS39036.1 PYS39036.1 8.53e-113 1978231 Pseudomonadati Acidobacteriota MBS1636088.1 MBS1636088.1 2.35e-227 1898104 Pseudomonadati Bacteroidota MBS1636088.1 WP_144320971.1 1.52e-18 68270 Bacillati Actinomycetota MBS1636088.1 MBQ1868746.1 2.70e-16 2053611;2593411 Bacillati Bacillota MBS1636088.1 WP_259858510.1 8.92e-16 53359 Bacillati Actinomycetota MBS1636088.1 WP_149230790.1 5.16e-12 191;193 Pseudomonadati Pseudomonadota WP_272889997.1 WP_272889997.1 1.96e-96 N/A N/A MBR4734761.1 MBR4734761.1 0.0 2030927 Pseudomonadati Bacteroidota MCM6312373.1 MCM6312373.1 0.0 573 Pseudomonadati Pseudomonadota MCM6312373.1 HBS0905846.1 0.0 573 Pseudomonadati Pseudomonadota MCM6312373.1 HBZ7417361.1 4.88e-202 573 Pseudomonadati Pseudomonadota MCM6312373.1 WP_280015341.1 6.65e-134 2975407 Pseudomonadati Pseudomonadota XP_015239306.1 XP_015239306.1 1.89e-282 28743 Metazoa Chordata WP_010048070.1 WP_010048070.1 1.90e-60 114;214688 Pseudomonadati Planctomycetota GFV41582.1 GFV41582.1 1.55e-94 2585209 Metazoa Arthropoda KAG1464501.1 KAG1464501.1 4.38e-294 64495;936053 Fungi Mucoromycota QDK31721.1 QDK31721.1 1.30e-215 304378 Pseudomonadati Pseudomonadota KIJ40064.1 KIJ40064.1 6.54e-139 990650 Fungi Basidiomycota WP_282979415.1 WP_282979415.1 1.11e-223 33917 Bacillati Actinomycetota WP_282979415.1 NGP45824.1 7.39e-51 1398745 Bacillati Bacillota WP_282979415.1 WP_113851760.1 2.37e-34 562 Pseudomonadati Pseudomonadota KAG7602925.1 KAG7602925.1 0.0 3702;1240361 Viridiplantae Streptophyta KAG7602925.1 XP_002873995.1 0.0 59689;81972 Viridiplantae Streptophyta KAG7602925.1 KAI8118081.1 2.79e-41 7375 Metazoa Arthropoda EIZ9235425.1 EIZ9235425.1 1.78e-253 28141 Pseudomonadati Pseudomonadota EIZ9235425.1 HAZ7424284.1 3.10e-32 562 Pseudomonadati Pseudomonadota EIZ9235425.1 WP_097514015.1 1.03e-24 562 Pseudomonadati Pseudomonadota EIZ9235425.1 WP_237962375.1 4.74e-18 28197 Pseudomonadati Campylobacterota MCA1959605.1 MCA1959605.1 0.0 2793219 Pseudomonadati Thermodesulfobacteriota XP_027026332.2 XP_027026332.2 0.0 1234273 Metazoa Chordata XP_027026332.2 XP_008293954.1 0.0 144197 Metazoa Chordata MBL6706528.1 MBL6706528.1 0.0 2026779 Pseudomonadati Planctomycetota MBL6706528.1 MBN2666786.1 1.51e-74 2030927 Pseudomonadati Bacteroidota MBL6706528.1 MBL02020.1 6.99e-61 1978231 Pseudomonadati Acidobacteriota MBL6706528.1 MCG8030229.1 1.48e-55 2792791 Pseudomonadati Pseudomonadota MBL6706528.1 WP_056610248.1 1.10e-24 1736501 Pseudomonadati Pseudomonadota KAJ7726226.1 KAJ7726226.1 4.96e-135 1033252 Fungi Basidiomycota WP_039764622.1 WP_039764622.1 5.19e-135 294 Pseudomonadati Pseudomonadota WP_039764622.1 WP_052822157.1 4.63e-15 1685;1365962;2569520;2569523 Bacillati Actinomycetota RLS46433.1 RLS46433.1 4.09e-175 2026780 Pseudomonadati Planctomycetota WP_279008479.1 WP_279008479.1 1.43e-208 29465 Bacillati Bacillota WP_279008479.1 WP_154951203.1 8.48e-63 294;244566 Pseudomonadati Pseudomonadota WP_279008479.1 CDX26094.1 3.59e-59 408180 Pseudomonadati Pseudomonadota WP_279008479.1 KQN49849.1 5.63e-47 1646373;1736223 Pseudomonadati Pseudomonadota WP_279008479.1 WP_105447015.1 4.96e-37 573;72407 Pseudomonadati Pseudomonadota WP_279008479.1 WP_023828789.1 2.13e-21 325217;1287086 Pseudomonadati Pseudomonadota QQH27121.1 QQH27121.1 4.69e-139 28903 Bacillati Mycoplasmatota QQH27121.1 WP_009257967.1 1.62e-08 186801;658087;1898207;2291990;2302959;2485925 Bacillati Bacillota XP_003040019.1 XP_003040019.1 1.73e-139 660122 Fungi Ascomycota MCF6767132.1 MCF6767132.1 1.31e-172 2911702 Pseudomonadati Pseudomonadota HAF12758.1 HAF12758.1 0.0 2052146 Pseudomonadati Acidobacteriota KAH9403806.1 KAH9403806.1 0.0 59818 Metazoa Arthropoda MBK7636756.1 MBK7636756.1 2.29e-173 2202734 Pseudomonadati Bacteroidota KAJ6236901.1 KAJ6236901.1 0.0 1746091 0 0 XP_033541489.1 XP_033541489.1 7.66e-261 673940 Fungi Ascomycota PPC85417.1 PPC85417.1 3.47e-89 82 Pseudomonadati Pseudomonadota WP_004751198.1 WP_004751198.1 1.10e-173 1217714 Pseudomonadati Pseudomonadota MBQ2640849.1 MBQ2640849.1 4.19e-19 1898203 Bacillati Bacillota MBQ2640849.1 WP_026893585.1 5.23e-09 408753 Bacillati Bacillota MBQ2640849.1 WP_185031483.1 6.64e-07 46159 Bacillati Actinomycetota MBQ2640849.1 WP_007708736.1 8.33e-06 333367;518636 Bacillati Bacillota WP_245885601.1 WP_245885601.1 2.52e-106 2607479 Bacillati Actinomycetota WP_245885601.1 MCF8449868.1 1.66e-08 1869185 Pseudomonadati Bacteroidota WP_245885601.1 WP_234002326.1 5.14e-04 499656 Pseudomonadati Pseudomonadota MBE0607625.1 MBE0607625.1 2.37e-98 2026735 Pseudomonadati Myxococcota WP_144384753.1 WP_144384753.1 1.10e-202 2011095 Bacillati Actinomycetota WP_144384753.1 WP_217309755.1 2.64e-16 84112;84998 Bacillati Actinomycetota WP_144384753.1 WP_252541609.1 2.20e-09 2902486 Bacillati Actinomycetota AOJ74168.1 AOJ74168.1 0.0 101571 Pseudomonadati Pseudomonadota AOJ74168.1 WP_058918927.1 2.45e-39 2747;2126436;2800128 Bacillati Bacillota XP_005573423.1 XP_005573423.1 0.0 9541 Metazoa Chordata XP_005573423.1 XP_021507806.1 0.0 N/A N/A XP_005573423.1 XP_048264533.1 0.0 30195 Metazoa Arthropoda XP_005573423.1 XP_042771424.1 1.22e-97 9689 Metazoa Chordata RCN52028.1 RCN52028.1 3.45e-120 29170 Metazoa Nematoda WP_122383566.1 WP_122383566.1 7.21e-65 29438 Pseudomonadati Pseudomonadota WP_274676460.1 WP_274676460.1 3.40e-17 N/A N/A WP_274676460.1 WP_196351635.1 1.84e-12 N/A N/A WP_139627894.1 WP_139627894.1 6.51e-73 1496 Bacillati Bacillota WP_012517468.1 WP_012517468.1 0.0 314275;1774373 Pseudomonadati Pseudomonadota WP_249312942.1 WP_249312942.1 2.21e-149 2763657 Bacillati Bacillota WP_145756500.1 WP_145756500.1 1.93e-86 28095;32008;2572882;2572919;2572920 Pseudomonadati Pseudomonadota CAH1111016.1 CAH1111016.1 1.90e-133 3402493 Metazoa Arthropoda OFJ58224.1 OFJ58224.1 0.0 1739362 Pseudomonadati Pseudomonadota MBI3448467.1 MBI3448467.1 2.47e-87 1978231 Pseudomonadati Acidobacteriota MBI3448467.1 MCS2900418.1 3.74e-40 818 Pseudomonadati Bacteroidota MBI3448467.1 MBI5438416.1 2.21e-38 2026761 Pseudomonadati Pseudomonadota MBI3448467.1 WP_255435582.1 3.00e-30 N/A N/A WP_091978272.1 WP_091978272.1 6.89e-138 1502776 Pseudomonadati Pseudomonadota WP_226208117.1 WP_226208117.1 1.21e-112 2613784;2879629;2879633 Pseudomonadati Pseudomonadota TGL93452.1 TGL93452.1 3.80e-56 2023184 Pseudomonadati Spirochaetota QNM59064.1 QNM59064.1 1.27e-50 83224 Pseudomonadati Pseudomonadota AAL18389.1 AAL18389.1 6.08e-282 167729 Viridiplantae Streptophyta AAL18389.1 MBI3145102.1 2.48e-198 1913980 Pseudomonadati Pseudomonadota AAL18389.1 EEJ0015338.1 6.46e-36 1642 Bacillati Bacillota AAL18389.1 MBL0967454.1 8.03e-35 1909299 Pseudomonadati Pseudomonadota AAL18389.1 KAH9272690.1 1.39e-05 1357716 Fungi Chytridiomycota WP_248087248.1 WP_248087248.1 0.0 40216 Pseudomonadati Pseudomonadota WP_248087248.1 MBE6835980.1 9.78e-42 2485925 Bacillati Bacillota MBK7937165.1 MBK7937165.1 0.0 2760807 Pseudomonadati Bacteroidota MBK7937165.1 WP_020530816.1 4.22e-73 70993 Pseudomonadati Bacteroidota XP_050320449.1 XP_050320449.1 0.0 98809 Metazoa Arthropoda XP_050320449.1 WP_131836551.1 6.88e-150 100 Pseudomonadati Pseudomonadota XP_050320449.1 WP_057201184.1 1.12e-112 1736492 Pseudomonadati Pseudomonadota XP_050320449.1 WP_061795322.1 1.81e-104 613;61651 Pseudomonadati Pseudomonadota XP_050320449.1 WP_257689765.1 3.62e-102 644 Pseudomonadati Pseudomonadota XP_050320449.1 WP_008959270.1 4.05e-94 550984 Pseudomonadati Pseudomonadota XP_050320449.1 WP_255965801.1 2.44e-88 2965064 Bacillati Actinomycetota XP_050320449.1 WP_108756325.1 6.67e-81 2072408 Pseudomonadati Pseudomonadota XP_050320449.1 WP_195426888.1 1.54e-70 2782182 Pseudomonadati Pseudomonadota XP_050320449.1 WP_205186167.1 5.93e-58 2709306 Pseudomonadati Pseudomonadota XP_050320449.1 WP_022389025.1 1.03e-42 40520;1263107 Bacillati Bacillota XP_050320449.1 WP_232038993.1 1.71e-42 2842456 Pseudomonadati Pseudomonadota WP_203164019.1 WP_203164019.1 1.11e-124 565 Pseudomonadati Pseudomonadota WP_269268099.1 WP_269268099.1 1.33e-29 3004354 Bacillati Actinomycetota PKB44918.1 PKB44918.1 0.0 1798237 Pseudomonadati Bacteroidota PKB44918.1 WP_264950959.1 2.76e-12 165179 Pseudomonadati Bacteroidota MBW6484923.1 MBW6484923.1 8.25e-240 2282155 Pseudomonadati Thermodesulfobacteriota WP_105585532.1 WP_105585532.1 1.38e-93 1386;1848605 Bacillati Bacillota XP_017476002.1 XP_017476002.1 0.0 28612 Metazoa Arthropoda XP_017476002.1 XP_029371967.1 4.13e-68 173247 Metazoa Chordata WP_122047024.1 WP_122047024.1 4.27e-320 693153 Pseudomonadati Pseudomonadota CEY44168.1 CEY44168.1 1.55e-08 1313 Bacillati Bacillota CEY44168.1 CVV42982.1 6.44e-04 1313 Bacillati Bacillota WP_253063755.1 WP_253063755.1 1.73e-258 1923877 Bacillati Bacillota WP_253063755.1 MSU42127.1 5.63e-85 2024890 Pseudomonadati Verrucomicrobiota NEB02235.1 NEB02235.1 1.16e-310 2706058 Bacillati Actinomycetota NEB02235.1 CAI2795006.1 2.04e-124 216595 Pseudomonadati Pseudomonadota SOE22515.1 SOE22515.1 4.16e-245 1945892 Pseudomonadati Bacteroidota WP_012339795.1 WP_012339795.1 4.66e-208 87882;95486;406425 Pseudomonadati Pseudomonadota WP_012339795.1 WP_248721304.1 1.15e-07 2935858 Pseudomonadati Pseudomonadota MBP2355331.1 MBP2355331.1 7.19e-288 416017 Bacillati Actinomycetota MBP2355331.1 MCP4907131.1 1.02e-40 1869227 0 0 MBP7061284.1 MBP7061284.1 2.37e-72 2052139 0 0 NLL47071.1 NLL47071.1 1.40e-124 1879010 Bacillati Bacillota EJG1264510.1 EJG1264510.1 3.57e-305 283734 Bacillati Bacillota EJG1264510.1 AJU61790.1 3.32e-31 4932;1294308 Fungi Ascomycota EJG1264510.1 KAE8355151.1 1.37e-27 138285 Fungi Ascomycota EJG1264510.1 XP_023028205.1 7.85e-19 N/A N/A EJG1264510.1 KAG0237649.1 1.02e-12 90253 Fungi Mortierellomycota EJG1264510.1 MCB5199682.1 7.29e-05 2881335 Pseudomonadati Pseudomonadota MCD6597402.1 MCD6597402.1 2.60e-156 2030927 Pseudomonadati Bacteroidota KAH6984898.1 KAH6984898.1 0.0 2824670 Fungi Ascomycota KAH6984898.1 XP_048216280.1 5.12e-33 214514 Metazoa Chordata KAH6984898.1 XP_029528577.1 4.57e-26 8023 Metazoa Chordata KAH6984898.1 KAG1590416.1 2.34e-25 936053 Fungi Mucoromycota KAH6984898.1 XP_011889539.1 9.09e-24 9531 Metazoa Chordata KAH6984898.1 XP_048379117.1 9.06e-23 3053191 Metazoa Chordata KAH6984898.1 XP_030620685.1 1.26e-22 29144 Metazoa Chordata KAH6984898.1 KAJ7903702.1 6.69e-20 230810 Fungi Basidiomycota KAH6984898.1 EYU24504.1 2.41e-12 4155 Viridiplantae Streptophyta KAH6984898.1 GIW70618.1 9.10e-11 2026780 Pseudomonadati Planctomycetota WP_141817398.1 WP_141817398.1 3.62e-114 125288 Bacillati Actinomycetota KAJ5220196.1 KAJ5220196.1 1.06e-148 63820 Fungi Ascomycota WP_095981693.1 WP_095981693.1 0.0 83453;1294270 Pseudomonadati Myxococcota WP_253352066.1 WP_253352066.1 0.0 2957809 Fusobacteriati Fusobacteriota GFT52874.1 GFT52874.1 2.03e-114 299642 Metazoa Arthropoda CDE36962.1 CDE36962.1 5.65e-286 1262889 Bacillati Bacillota CDE36962.1 WP_223413240.1 9.18e-05 573 Pseudomonadati Pseudomonadota CDE36962.1 WP_266179881.1 2.15e-04 2994648 Pseudomonadati Pseudomonadota XP_011272275.1 XP_011272275.1 1.28e-223 1041607 Fungi Ascomycota WP_023319464.1 WP_023319464.1 2.59e-167 1463164;1463165 Pseudomonadati Pseudomonadota MCJ1318822.1 MCJ1318822.1 1.22e-227 223429 Fungi Ascomycota WP_054146239.1 WP_054146239.1 4.69e-211 1690245 Bacillati Actinomycetota WP_054146239.1 EGY4555186.1 1.72e-30 28901 Pseudomonadati Pseudomonadota WP_102273603.1 WP_102273603.1 9.14e-99 1871011 Bacillati Bacillota MCT7046027.1 MCT7046027.1 1.27e-20 1173566 Pseudomonadati Pseudomonadota MCE1309955.1 MCE1309955.1 3.99e-267 158836 Pseudomonadati Pseudomonadota KAH9016734.1 KAH9016734.1 0.0 1932123 Fungi Basidiomycota MBG6268407.1 MBG6268407.1 3.65e-281 287 Pseudomonadati Pseudomonadota MBG6268407.1 MCT6212844.1 1.16e-12 562 Pseudomonadati Pseudomonadota MQF68191.1 MQF68191.1 1.25e-84 2587838 Bacillati Chloroflexota MQF68191.1 WP_008470196.1 5.69e-08 1203033;1423758 Bacillati Bacillota MQF68191.1 KAJ5168969.1 1.22e-06 189055 Fungi Ascomycota MQF68191.1 EHR6291555.1 4.14e-04 28901 Pseudomonadati Pseudomonadota MQF68191.1 WP_258581409.1 7.16e-04 2865837 Pseudomonadati Pseudomonadota WP_046925025.1 WP_046925025.1 3.72e-124 47763;66876 Bacillati Actinomycetota WP_041119847.1 WP_041119847.1 6.38e-207 380021;1420599 Pseudomonadati Pseudomonadota WP_020226160.1 WP_020226160.1 1.45e-111 1468449 Bacillati Bacillota MBL7732834.1 MBL7732834.1 3.47e-111 1869212 Pseudomonadati Bacteroidota WP_267248697.1 WP_267248697.1 1.96e-281 2972785 Pseudomonadati Pseudomonadota XP_019381256.1 XP_019381256.1 0.0 94835 Metazoa Chordata WP_230822898.1 WP_230822898.1 0.0 630;33060 Pseudomonadati Pseudomonadota WP_230822898.1 WP_001537381.1 9.18e-28 562;1181747 Pseudomonadati Pseudomonadota WP_230822898.1 WP_247392216.1 1.36e-25 1310165 Pseudomonadati Pseudomonadota UJW31884.1 UJW31884.1 2.85e-85 2912058 Bacillati Actinomycetota KAF0554084.1 KAF0554084.1 0.0 4874 Fungi Glomeromycota WP_234280079.1 WP_234280079.1 1.01e-14 2907158 Pseudomonadati Pseudomonadota WP_033365653.1 WP_033365653.1 4.30e-151 35754 Bacillati Actinomycetota WP_019182526.1 WP_019182526.1 6.66e-291 40323;1904944;3027225 Pseudomonadati Pseudomonadota WP_019182526.1 WP_182039401.1 2.77e-85 663 Pseudomonadati Pseudomonadota XP_009464764.1 XP_009464764.1 4.79e-238 128390 Metazoa Chordata XP_009464764.1 NWY11222.1 5.41e-12 39617 Metazoa Chordata XP_009464764.1 NWT80859.1 1.01e-11 28713 Metazoa Chordata OFY34840.1 OFY34840.1 0.0 1797344;2030927 Pseudomonadati Bacteroidota OFY34840.1 MCU0422147.1 1.21e-25 2044936 Pseudomonadati Bacteroidota OFY34840.1 WP_120115041.1 6.29e-15 1914933 Bacillati Bacillota KAG7131021.1 KAG7131021.1 0.0 100787 Fungi Ascomycota WP_246735792.1 WP_246735792.1 3.42e-290 2283840 Pseudomonadati Pseudomonadota NWV63665.1 NWV63665.1 4.64e-144 720584 Metazoa Chordata EBS5850541.1 EBS5850541.1 1.49e-125 340188 Pseudomonadati Pseudomonadota WP_108137685.1 WP_108137685.1 6.90e-288 43595;1898548 Bacillati Bacillota WP_060347438.1 WP_060347438.1 1.37e-193 1503055 Pseudomonadati Pseudomonadota WP_060347438.1 WP_183882442.1 2.88e-24 188932 Pseudomonadati Bacteroidota WP_060347438.1 WP_281054160.1 3.91e-23 136468 Pseudomonadati Pseudomonadota WP_060347438.1 WP_014605789.1 3.02e-11 553;53335;1095774;1332074 Pseudomonadati Pseudomonadota WP_060347438.1 WP_138597401.1 3.84e-09 43655 Pseudomonadati Pseudomonadota WP_213973719.1 WP_213973719.1 1.68e-181 499229 Bacillati Bacillota WP_259005392.1 WP_259005392.1 0.0 2974597 Pseudomonadati Pseudomonadota EJV0278763.1 EJV0278763.1 6.53e-181 670 Pseudomonadati Pseudomonadota EJV0278763.1 QLL10545.1 5.48e-32 1719132 Bacillati Actinomycetota EJV0278763.1 MBK8955603.1 2.38e-29 2202734 Pseudomonadati Bacteroidota MBN3769952.1 MBN3769952.1 1.61e-122 2703899 Pseudomonadati Pseudomonadota MCH5163858.1 MCH5163858.1 0.0 1898207 Bacillati Bacillota MBP6972346.1 MBP6972346.1 0.0 1852867;2699756 0;Pseudomonadati 0;Thermodesulfobacteriota MBV9963051.1 MBV9963051.1 0.0 1969739 Pseudomonadati Bacteroidota MBV9963051.1 MBX7161768.1 2.39e-11 2080302 Bacillati Actinomycetota HCT31040.1 HCT31040.1 3.41e-66 2030927 Pseudomonadati Bacteroidota WP_006697084.1 WP_006697084.1 1.54e-255 135083;702437 Bacillati Bacillota WP_006697084.1 WP_206096314.1 5.87e-142 46240 Bacillati Bacillota WP_106136481.1 WP_106136481.1 3.00e-177 1469603 Pseudomonadati Bacteroidota WP_098092873.1 WP_098092873.1 6.50e-225 1890302 Bacillati Bacillota WP_198730235.1 WP_198730235.1 7.05e-116 321846 Pseudomonadati Pseudomonadota XP_016611986.1 XP_016611986.1 5.65e-195 645134 Fungi Chytridiomycota WP_230800902.1 WP_230800902.1 6.09e-264 481181 Pseudomonadati Pseudomonadota MZP65343.1 MZP65343.1 6.11e-201 2030927 Pseudomonadati Bacteroidota MBD1815385.1 MBD1815385.1 4.84e-189 2692829 Bacillati Cyanobacteriota XP_003048468.1 XP_003048468.1 0.0 660122 Fungi Ascomycota WP_217413389.1 WP_217413389.1 5.21e-75 2849041 Pseudomonadati Pseudomonadota EDJ6414383.1 EDJ6414383.1 8.50e-139 195 Pseudomonadati Campylobacterota WP_019616094.1 WP_019616094.1 6.73e-252 444922 Pseudomonadati Pseudomonadota WP_019616094.1 WP_098515742.1 1.44e-09 1428 Bacillati Bacillota MCB1141657.1 MCB1141657.1 0.0 2026757 Pseudomonadati Spirochaetota WP_025427984.1 WP_025427984.1 5.88e-245 1416753;2769291 Pseudomonadati Pseudomonadota TNN34207.1 TNN34207.1 3.77e-78 230148 Metazoa Chordata AUQ33312.1 AUQ33312.1 3.29e-267 9606 Metazoa Chordata MCP4914981.1 MCP4914981.1 1.54e-146 2599941 Pseudomonadati Bdellovibrionota MCP4914981.1 MBQ9979016.1 2.58e-24 2044939 Bacillati Bacillota MCP4914981.1 WP_049105913.1 3.04e-21 95486 Pseudomonadati Pseudomonadota MCP4914981.1 MCH8269832.1 2.29e-11 2026780 Pseudomonadati Planctomycetota WP_260986135.1 WP_260986135.1 2.72e-56 463040 Pseudomonadati Pseudomonadota WP_206581849.1 WP_206581849.1 0.0 33953 Bacillati Bacillota WP_206581849.1 WP_231355705.1 6.69e-182 2899078 Pseudomonadati Pseudomonadota WP_206581849.1 WP_092081374.1 6.53e-178 1419277 Pseudomonadati Pseudomonadota WP_206581849.1 PJJ44766.1 7.88e-169 257984 Bacillati Actinomycetota XP_055989820.1 XP_055989820.1 0.0 62283 Metazoa Chordata HIM51057.1 HIM51057.1 0.0 1978231 Pseudomonadati Acidobacteriota HIM51057.1 WP_265593313.1 1.20e-94 1396418 Pseudomonadati Verrucomicrobiota RZD53001.1 RZD53001.1 3.81e-131 2026739;2163009 Methanobacteriati Methanobacteriota;Thermoplasmatota MBQ7978512.1 MBQ7978512.1 1.33e-47 2517205 Methanobacteriati Thermoplasmatota MPC84742.1 MPC84742.1 3.44e-45 210409 Metazoa Arthropoda OFX35756.1 OFX35756.1 7.30e-114 1797320;1797338;1797351;2053303;2053594 Pseudomonadati Bacteroidota HAS28932.1 HAS28932.1 1.85e-275 1872427 Pseudomonadati Pseudomonadota WP_193436854.1 WP_193436854.1 3.46e-166 3402707 Thermoproteati Thermoproteota WP_193436854.1 MBI0103662.1 1.07e-15 2750990 Pseudomonadati Pseudomonadota WP_257107333.1 WP_257107333.1 2.39e-238 2931984 Pseudomonadati Pseudomonadota WP_257107333.1 WP_198255508.1 1.80e-61 41899 Pseudomonadati Pseudomonadota WP_257107333.1 WP_167320363.1 1.08e-25 1428 Bacillati Bacillota WP_257107333.1 OJG95819.1 4.82e-23 417368 Bacillati Bacillota WP_257107333.1 OAX39412.1 9.41e-11 1314800 Fungi Basidiomycota WP_010905191.1 WP_010905191.1 2.23e-210 1357;272622;272623;684738;1234877;1399116 Bacillati Bacillota WP_010905191.1 WP_124978582.1 4.70e-19 1122;1920663;1920664 Bacillati Cyanobacteriota WP_253620872.1 WP_253620872.1 0.0 2957802 Bacillati Bacillota WP_253620872.1 WP_158347019.1 8.19e-22 59620;2850323 Bacillati Bacillota WP_253620872.1 MBO8485404.1 3.70e-17 2840759 Pseudomonadati Bacteroidota WP_253620872.1 MCD6199266.1 1.38e-11 2026735 Pseudomonadati Myxococcota WP_012573472.1 WP_012573472.1 0.0 511435;511995 Pseudomonadati Bacteroidota WP_012573472.1 WP_070770047.1 0.0 1350;1352 Bacillati Bacillota WP_012573472.1 WP_156009076.1 0.0 1917441 Bacillati Bacillota WP_012573472.1 NJD91181.1 0.0 46610 Pseudomonadati Thermodesulfobacteriota WP_012573472.1 MBE6348968.1 1.75e-198 1898206 Pseudomonadati Spirochaetota WP_012573472.1 MBS6779195.1 9.82e-39 1929886 Bacillati Actinomycetota WP_098097765.1 WP_098097765.1 2.88e-104 28901 Pseudomonadati Pseudomonadota EFK2137151.1 EFK2137151.1 9.71e-316 562 Pseudomonadati Pseudomonadota EFK2137151.1 WP_063603400.1 2.75e-62 1676683 Pseudomonadati Pseudomonadota WP_169577965.1 WP_169577965.1 5.97e-146 1270 Bacillati Actinomycetota WP_004957233.1 WP_004957233.1 1.01e-99 613;618;667129 Pseudomonadati Pseudomonadota WP_004957233.1 WP_161061319.1 3.65e-40 2690315 Bacillati Actinomycetota WP_004957233.1 WP_226360036.1 3.62e-39 2846760 Bacillati Actinomycetota QNF21522.1 QNF21522.1 5.24e-202 644 Pseudomonadati Pseudomonadota QNF21522.1 WP_160421767.1 1.94e-21 738 Pseudomonadati Pseudomonadota EJQ2687561.1 EJQ2687561.1 1.25e-213 197 Pseudomonadati Campylobacterota CDA87281.1 CDA87281.1 7.15e-56 1262750 Pseudomonadati Bacteroidota MBO5946342.1 MBO5946342.1 5.56e-138 2044939 Bacillati Bacillota MBQ8711066.1 MBQ8711066.1 0.0 2212467 Pseudomonadati Bacteroidota NIW25441.1 NIW25441.1 8.74e-63 1913989 Pseudomonadati Pseudomonadota WP_135949574.1 WP_135949574.1 0.0 36807 Bacillati Actinomycetota XP_048633428.1 XP_048633428.1 1.01e-74 3708 Viridiplantae Streptophyta KAI6047342.1 KAI6047342.1 0.0 178871 Fungi Basidiomycota MBR0160695.1 MBR0160695.1 0.0 2485925 Bacillati Bacillota MBR0160695.1 WP_083062905.1 2.61e-100 425468;1265311 Bacillati Actinomycetota MBR0160695.1 WP_027951454.1 3.52e-83 52229 Pseudomonadati Bacteroidota MBR0160695.1 MCL4333886.1 8.40e-10 2806419 Methanobacteriati Thermoplasmatota MVZ66986.1 MVZ66986.1 5.26e-207 2662364 Pseudomonadati Bacteroidota MBF2759673.1 MBF2759673.1 0.0 1725326 Pseudomonadati Pseudomonadota MBF2759673.1 WP_214516916.1 1.01e-67 1773 Bacillati Actinomycetota MBF2759673.1 WP_167959909.1 6.62e-22 2715212 Pseudomonadati Bacteroidota MBF2759673.1 WP_068051662.1 6.54e-17 1834147 Bacillati Actinomycetota MBF2759673.1 NQW84129.1 3.46e-09 2021368 Pseudomonadati Pseudomonadota MBF2759673.1 TMQ04701.1 3.03e-08 2026735 Pseudomonadati Myxococcota MBF2759673.1 WP_254101325.1 1.02e-07 2961944 Pseudomonadati Pseudomonadota MBF2759673.1 PYB13830.1 1.09e-07 615 Pseudomonadati Pseudomonadota MBF2759673.1 WP_246003214.1 1.29e-07 228006 Bacillati Actinomycetota MBQ3459675.1 MBQ3459675.1 1.69e-176 2060878 Bacillati Bacillota MBQ3459675.1 WP_267979634.1 1.29e-72 469;3045147 Pseudomonadati Pseudomonadota MBQ3104376.1 MBQ3104376.1 1.64e-85 1898203 Bacillati Bacillota NCN26743.1 NCN26743.1 1.83e-143 1869227 0 0 WP_089109701.1 WP_089109701.1 2.10e-175 1435342 Bacillati Bacillota GBL21590.1 GBL21590.1 4.39e-87 2024894 Bacillati Actinomycetota HAB9632401.1 HAB9632401.1 1.84e-290 1639 Bacillati Bacillota WP_026002076.1 WP_026002076.1 0.0 121428 Pseudomonadati Pseudomonadota WP_198095175.1 WP_198095175.1 2.38e-236 2794021 Pseudomonadati Pseudomonadota WP_198095175.1 MBL1320270.1 3.32e-84 2024840 Pseudomonadati Pseudomonadota AHH33963.1 AHH33963.1 3.46e-220 12062 Orthornavirae Pisuviricota XP_043014885.1 XP_043014885.1 0.0 181124 Fungi Basidiomycota WP_069877432.1 WP_069877432.1 4.34e-271 506668 Pseudomonadati Pseudomonadota WP_069877432.1 MCI1663915.1 2.07e-80 327277 Bacillati Actinomycetota WP_069877432.1 MBI1797961.1 7.80e-75 2212470 0 Candidatus Eiseniibacteriota UIR12670.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UIR12670.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota TEB32912.1 TEB32912.1 2.96e-119 71717 Fungi Basidiomycota EDP2695460.1 EDP2695460.1 5.28e-114 197 Pseudomonadati Campylobacterota XP_035216353.1 XP_035216353.1 6.39e-81 202533 Metazoa Arthropoda WP_137773782.1 WP_137773782.1 1.48e-86 2567881 Bacillati Actinomycetota XP_036437421.1 XP_036437421.1 0.0 42526 Metazoa Chordata XP_036437421.1 XP_023957144.1 4.22e-41 N/A N/A XP_023028205.1 XP_023028205.1 1.96e-300 N/A N/A XP_023028205.1 EJG1264510.1 1.83e-18 283734 Bacillati Bacillota XP_023028205.1 NXJ67438.1 1.84e-09 118793 Metazoa Chordata XP_023028205.1 KAE8355151.1 3.46e-09 138285 Fungi Ascomycota MAT93460.1 MAT93460.1 4.86e-304 2024834 Pseudomonadati Pseudomonadota XP_040253449.1 XP_040253449.1 7.13e-184 200361 Viridiplantae Streptophyta XP_040253449.1 POS85366.1 5.21e-04 225359 Fungi Ascomycota NOZ55740.1 NOZ55740.1 3.67e-318 2212469 Pseudomonadati Calditrichota EBY6522830.1 EBY6522830.1 4.19e-249 192955;260680 Pseudomonadati Pseudomonadota WP_148545383.1 WP_148545383.1 1.32e-257 1912246 Pseudomonadati Bacteroidota OLB27154.1 OLB27154.1 0.0 1803463;1805007 0;Pseudomonadati 0;Acidobacteriota OLB27154.1 WP_147135386.1 1.89e-88 356145;1210091 Bacillati Actinomycetota OLB27154.1 WP_128492049.1 2.34e-17 1350;1352 Bacillati Bacillota WP_265735210.1 WP_265735210.1 0.0 N/A N/A XP_042465169.1 XP_042465169.1 0.0 94328 Viridiplantae Streptophyta XP_042465169.1 CAD7419184.1 2.14e-21 61476 Metazoa Arthropoda GLW31455.1 GLW31455.1 3.56e-43 52697 Bacillati Actinomycetota WP_185740810.1 WP_185740810.1 1.57e-151 1183412 Pseudomonadati Pseudomonadota MBP6728875.1 MBP6728875.1 1.57e-142 2497627 Bacillati Actinomycetota MBP6728875.1 WP_140204528.1 2.01e-04 670 Pseudomonadati Pseudomonadota MBT1322465.1 MBT1322465.1 5.98e-34 28903 Bacillati Mycoplasmatota MCD6064856.1 MCD6064856.1 3.01e-302 2307286 Pseudomonadati Bacteroidota MCD6064856.1 MCK1819907.1 1.17e-20 2929781 Bacillati Actinomycetota MBN1558293.1 MBN1558293.1 0.0 1932692 Pseudomonadati Lentisphaerota ANI90891.1 ANI90891.1 7.10e-33 499555 Bacillati Actinomycetota VFV20999.1 VFV20999.1 2.10e-228 191816 Metazoa Chordata VFV20999.1 XP_043971649.1 1.02e-92 33528 Metazoa Chordata TMO21331.1 TMO21331.1 2.69e-43 579563 Pseudomonadati Pseudomonadota HIE16764.1 HIE16764.1 2.93e-71 2026734 Bacillati Chloroflexota WP_202252188.1 WP_202252188.1 1.37e-278 35806 Pseudomonadati Pseudomonadota WP_202252188.1 WP_099100504.1 1.94e-71 1206980 Bacillati Cyanobacteriota WP_202252188.1 WP_233230645.1 3.34e-33 1904044 Bacillati Actinomycetota KAF1788175.1 KAF1788175.1 1.22e-129 29920 0 Oomycota WP_048611692.1 WP_048611692.1 7.59e-257 1516159 Pseudomonadati Pseudomonadota WP_144320971.1 WP_144320971.1 1.13e-318 68270 Bacillati Actinomycetota WP_144320971.1 WP_259858510.1 9.46e-55 53359 Bacillati Actinomycetota WP_144320971.1 WP_274755179.1 3.33e-36 283 Pseudomonadati Pseudomonadota WP_144320971.1 WP_257504872.1 2.75e-33 2057793 Bacillati Actinomycetota WP_144320971.1 WP_076194242.1 1.42e-19 44249;189426 Bacillati Bacillota WP_144320971.1 MBS1636088.1 1.01e-18 1898104 Pseudomonadati Bacteroidota WP_144320971.1 KDF42894.1 1.56e-17 208224 Pseudomonadati Pseudomonadota WP_144320971.1 WP_129857883.1 6.03e-17 1886 Bacillati Actinomycetota WP_144320971.1 MBX3687043.1 1.35e-16 1898103;2569850 Pseudomonadati Pseudomonadota WP_049066482.1 WP_049066482.1 0.0 1530123 Pseudomonadati Pseudomonadota WP_049066482.1 MBE3671043.1 1.69e-129 29495 Pseudomonadati Pseudomonadota WP_049066482.1 WP_131096443.1 2.39e-127 1667327;3390273 Pseudomonadati Pseudomonadota PQK14494.1 PQK14494.1 0.0 176275 Fungi Ascomycota XP_009535872.1 XP_009535872.1 7.90e-132 67593 0 Oomycota MBR3005965.1 MBR3005965.1 1.22e-259 2049044 Bacillati Bacillota RZM24348.1 RZM24348.1 2.19e-99 28214 Pseudomonadati Pseudomonadota RZM24348.1 MCG8687614.1 7.34e-19 2044940 Pseudomonadati Thermodesulfobacteriota XP_001840824.2 XP_001840824.2 8.57e-229 240176;1132390 Fungi Basidiomycota WP_096067320.1 WP_096067320.1 0.0 287 Pseudomonadati Pseudomonadota WP_096067320.1 WP_282322778.1 0.0 287 Pseudomonadati Pseudomonadota WP_096067320.1 MBT4210917.1 2.99e-106 2026782 Pseudomonadati Pseudomonadota WP_096067320.1 MBL14507.1 1.31e-60 1913989 Pseudomonadati Pseudomonadota WP_007404414.1 WP_007404414.1 9.22e-205 13687;13689;28214;1007104 Pseudomonadati Pseudomonadota WP_007404414.1 WP_143281017.1 5.40e-50 95486 Pseudomonadati Pseudomonadota ECP3866152.1 ECP3866152.1 3.02e-82 28901 Pseudomonadati Pseudomonadota MBG6814041.1 MBG6814041.1 2.48e-261 287 Pseudomonadati Pseudomonadota MBG6814041.1 MBV00212.1 2.74e-124 1898112 Pseudomonadati Pseudomonadota MBG6814041.1 EAH8201998.1 9.92e-111 201 Pseudomonadati Campylobacterota MBG6814041.1 WP_021479352.1 3.20e-100 1423 Bacillati Bacillota WP_232745899.1 WP_232745899.1 6.45e-272 2904603 Bacillati Actinomycetota WP_175076961.1 WP_175076961.1 0.0 1386;1664069 Bacillati Bacillota WP_175076961.1 WP_113620603.1 7.60e-139 853 Bacillati Bacillota WP_175076961.1 WP_115946316.1 1.35e-114 301 Pseudomonadati Pseudomonadota WP_120115041.1 WP_120115041.1 0.0 1914933 Bacillati Bacillota WP_120115041.1 OFY34840.1 2.01e-15 1797344;2030927 Pseudomonadati Bacteroidota WP_120115041.1 MCU0422147.1 2.40e-13 2044936 Pseudomonadati Bacteroidota UUZ63036.1 UUZ63036.1 1.36e-308 2895564 Pseudomonadati Pseudomonadota WP_268579666.1 WP_268579666.1 3.17e-143 2974022 Pseudomonadati Pseudomonadota KAF3628212.1 KAF3628212.1 7.60e-96 4072 Viridiplantae Streptophyta XP_024888572.1 XP_024888572.1 0.0 300111 Metazoa Arthropoda MBL8638832.1 MBL8638832.1 0.0 1913988 Pseudomonadati Pseudomonadota MBL8638832.1 WP_015615815.1 1.29e-167 1501;86416 Bacillati Bacillota MBL8638832.1 WP_015919400.1 4.05e-148 2337;309803;1288483 Thermotogati Thermotogota MBL8638832.1 MCJ7548546.1 2.93e-139 2052143 Bacillati Chloroflexota MBL8638832.1 KAI5122644.1 4.95e-65 135589 Fungi Basidiomycota MBL8638832.1 KZV11597.1 1.06e-30 4932 Fungi Ascomycota MBS0261058.1 MBS0261058.1 5.65e-58 2026780 Pseudomonadati Planctomycetota WP_213449477.1 WP_213449477.1 5.08e-214 1795 Bacillati Actinomycetota WP_213449477.1 WP_149406163.1 5.25e-92 1827;2597357 Bacillati Actinomycetota WP_245350945.1 WP_245350945.1 8.87e-311 N/A N/A WP_245350945.1 WP_049005162.1 4.66e-57 550 Pseudomonadati Pseudomonadota WP_245350945.1 OKH85141.1 8.30e-41 1490484 Bacillati Actinomycetota WP_245350945.1 WP_133179454.1 6.81e-06 2546446 Pseudomonadati Pseudomonadota XP_037539096.1 XP_037539096.1 0.0 451745 Metazoa Chordata WP_214893447.1 WP_214893447.1 3.51e-128 279826 Bacillati Bacillota KAG7462864.1 KAG7462864.1 6.59e-186 7932 Metazoa Chordata KAG7462864.1 WP_242018727.1 4.56e-15 1220600 Pseudomonadati Pseudomonadota HAT9095998.1 HAT9095998.1 3.35e-16 91891 Pseudomonadati Pseudomonadota ORY76548.1 ORY76548.1 7.53e-138 106004 Fungi Basidiomycota HCB1767023.1 HCB1767023.1 1.38e-127 57706 Pseudomonadati Pseudomonadota WP_118359022.1 WP_118359022.1 1.24e-204 39486 Bacillati Bacillota TXK73489.1 TXK73489.1 0.0 2602760 Pseudomonadati Bacteroidota XP_030079323.1 XP_030079323.1 9.35e-264 7224 Metazoa Arthropoda TOE90752.1 TOE90752.1 6.06e-13 670 Pseudomonadati Pseudomonadota MCI8895019.1 MCI8895019.1 0.0 1898203 Bacillati Bacillota GHP52484.1 GHP52484.1 0.0 210 Pseudomonadati Campylobacterota XP_034264344.1 XP_034264344.1 3.51e-303 94885 Metazoa Chordata XP_034264344.1 XP_003056335.1 1.88e-42 564608 Viridiplantae Chlorophyta XP_034264344.1 HBX8004802.1 1.01e-16 573 Pseudomonadati Pseudomonadota XP_034264344.1 HBK1877356.1 6.83e-10 195 Pseudomonadati Campylobacterota WP_002449605.1 WP_002449605.1 8.28e-39 1279;1290;435837;629742;904339 Bacillati Bacillota KAE9445077.1 KAE9445077.1 7.16e-96 262921 Viridiplantae Streptophyta MBE0577924.1 MBE0577924.1 6.03e-102 1871048 Pseudomonadati Pseudomonadota EIT2901672.1 EIT2901672.1 1.66e-139 28901 Pseudomonadati Pseudomonadota WP_128272295.1 WP_128272295.1 8.26e-127 642;648 Pseudomonadati Pseudomonadota XP_044485440.1 XP_044485440.1 0.0 29780 Viridiplantae Streptophyta XP_044485440.1 XP_047978269.1 7.83e-112 49212 Viridiplantae Streptophyta WP_268123036.1 WP_268123036.1 2.65e-295 1267423 Pseudomonadati Bacteroidota WP_118205888.1 WP_118205888.1 1.53e-295 2292027 Bacillati Actinomycetota WP_052232835.1 WP_052232835.1 0.0 1505652;2963284 Bacillati Bacillota OGY30120.1 OGY30120.1 3.32e-56 1802603 0 Candidatus Woykeibacteriota AGO18338.1 AGO18338.1 1.11e-155 41679 Viridiplantae Streptophyta MBQ2017527.1 MBQ2017527.1 3.92e-175 1913988 Pseudomonadati Pseudomonadota MBQ2017527.1 WP_255187010.1 1.21e-51 2963939 Pseudomonadati Pseudomonadota MBQ2017527.1 WP_195397250.1 1.60e-41 2787120 Bacillati Bacillota MBQ2017527.1 WP_161258623.1 4.36e-19 121734 Bacillati Bacillota MBQ2017527.1 RCI04718.1 1.07e-18 4846 Fungi Mucoromycota WP_282985289.1 WP_282985289.1 0.0 413497 Pseudomonadati Pseudomonadota WP_282985289.1 WP_277264109.1 1.55e-79 584 Pseudomonadati Pseudomonadota WP_282985289.1 EFG7698437.1 1.91e-48 562 Pseudomonadati Pseudomonadota WP_282985289.1 EIP7986019.1 4.60e-05 N/A N/A WP_017123457.1 WP_017123457.1 1.09e-261 117681;707248 Pseudomonadati Pseudomonadota WP_017123457.1 MCU0490050.1 8.75e-60 2562117 Bacillati Chloroflexota WP_112473496.1 WP_112473496.1 4.73e-147 1848900;2593676 Bacillati Actinomycetota WP_112473496.1 KAF4336989.1 1.81e-21 44412 Fungi Ascomycota MBF0865514.1 MBF0865514.1 3.48e-254 2724927;2724928;2724929;2724930 Pseudomonadati Pseudomonadota MBF0865514.1 WP_057452934.1 1.53e-140 29438;129136 Pseudomonadati Pseudomonadota MBF0865514.1 WP_083296738.1 2.39e-127 538;539 Pseudomonadati Pseudomonadota MBF0865514.1 WP_040532466.1 1.27e-119 283735;1977054 Pseudomonadati Bacteroidota MBF0865514.1 WP_277324932.1 2.15e-54 2793630 Bacillati Actinomycetota KAF0905729.1 KAF0905729.1 0.0 110450 Viridiplantae Streptophyta WP_270677687.1 WP_270677687.1 5.93e-50 3018444 Bacillati Actinomycetota WP_031822363.1 WP_031822363.1 3.93e-279 670 Pseudomonadati Pseudomonadota WP_031822363.1 WP_077583480.1 3.76e-170 758 Pseudomonadati Pseudomonadota WP_037451816.1 WP_037451816.1 3.42e-206 46429 Pseudomonadati Pseudomonadota XP_013231239.1 XP_013231239.1 2.64e-20 5802 0 Apicomplexa KAB0382747.1 KAB0382747.1 7.54e-164 9886 Metazoa Chordata KAB0382747.1 XP_044902674.1 8.38e-07 9685 Metazoa Chordata CAP00477.1 CAP00477.1 2.87e-278 509170 Pseudomonadati Pseudomonadota CAP00477.1 MBP6505074.1 3.53e-79 50421 Pseudomonadati Pseudomonadota WP_254972748.1 WP_254972748.1 0.0 165179 Pseudomonadati Bacteroidota WP_254972748.1 WP_232306300.1 7.32e-13 823 Pseudomonadati Bacteroidota WP_254972748.1 MCB9315714.1 8.31e-13 2760807 Pseudomonadati Bacteroidota WP_250182896.1 WP_250182896.1 2.34e-96 52699 Bacillati Actinomycetota WP_223413240.1 WP_223413240.1 3.12e-261 573 Pseudomonadati Pseudomonadota WP_223413240.1 WP_266179881.1 1.32e-221 2994648 Pseudomonadati Pseudomonadota WP_223413240.1 WP_138125503.1 8.63e-86 1334 Bacillati Bacillota WP_223413240.1 WP_069697901.1 1.15e-85 762845 Bacillati Bacillota WP_223413240.1 EFX2174330.1 1.95e-57 624 Pseudomonadati Pseudomonadota WP_223413240.1 RYY73542.1 4.98e-08 1913989 Pseudomonadati Pseudomonadota WP_223413240.1 CDE36962.1 4.51e-04 1262889 Bacillati Bacillota MCK9338853.1 MCK9338853.1 0.0 2030927 Pseudomonadati Bacteroidota SEP73001.1 SEP73001.1 7.23e-20 44577 Pseudomonadati Pseudomonadota EFA5132122.1 EFA5132122.1 1.81e-177 562 Pseudomonadati Pseudomonadota PIR55147.1 PIR55147.1 0.0 1974784 0 Candidatus Peregrinibacteriota PIR55147.1 WP_098191572.1 6.47e-05 1890302 Bacillati Bacillota MCB0558738.1 MCB0558738.1 1.32e-174 1940289;2760807 Pseudomonadati Bacteroidota MCB0558738.1 GDX50632.1 1.87e-72 1898104 Pseudomonadati Bacteroidota WP_246612751.1 WP_246612751.1 0.0 N/A N/A XP_026320625.1 XP_026320625.1 1.13e-143 1477025 Metazoa Arthropoda XP_026320625.1 KAJ8763828.1 2.49e-46 1862640 Viridiplantae Streptophyta PWM57416.1 PWM57416.1 1.64e-107 2485925 Bacillati Bacillota MBU5353226.1 MBU5353226.1 2.35e-223 198119 Bacillati Bacillota MBU5353226.1 RUU66461.1 1.43e-81 2496787 Pseudomonadati Pseudomonadota MBU5353226.1 WP_227059655.1 7.43e-79 40545 Pseudomonadati Pseudomonadota MBU5353226.1 WP_098952357.1 3.01e-78 196821;2018067;2717498 Pseudomonadati Pseudomonadota MBU5353226.1 WP_192324556.1 6.28e-76 34072;2769259 Pseudomonadati Pseudomonadota MBU5353226.1 WP_226904802.1 1.58e-72 N/A N/A MBU5353226.1 MBQ3864274.1 9.64e-72 2044939 Bacillati Bacillota MBU5353226.1 GLY24463.1 7.69e-62 3032198 Bacillati Actinomycetota MBU5353226.1 WP_066083732.1 2.74e-58 220687 Bacillati Bacillota MBU5353226.1 WP_107894076.1 9.36e-57 1130819 Bacillati Bacillota MBU5353226.1 MCP5262709.1 2.66e-55 50421 Pseudomonadati Pseudomonadota MBU5353226.1 WP_131166802.1 2.13e-51 1837344 Bacillati Actinomycetota MBU5353226.1 MBP1876254.1 1.40e-48 106592 Pseudomonadati Pseudomonadota MBU5353226.1 WP_109219819.1 5.38e-36 28901;58712 Pseudomonadati Pseudomonadota MBU5353226.1 WP_076409454.1 4.56e-34 85698 Pseudomonadati Pseudomonadota MBU5353226.1 WP_258581409.1 4.60e-31 2865837 Pseudomonadati Pseudomonadota MBU5353226.1 WP_072380563.1 1.24e-28 501024 Pseudomonadati Pseudomonadota MBU5353226.1 WP_207918089.1 2.54e-20 185978;2512133;2587092 Bacillati Bacillota MBU5353226.1 WP_206363707.1 7.85e-18 2501515 Pseudomonadati Pseudomonadota PLA74748.1 PLA74748.1 0.0 2065820 Pseudomonadati Pseudomonadota PLA74748.1 HCF6759084.1 1.63e-269 287 Pseudomonadati Pseudomonadota PLA74748.1 MBN8536342.1 7.84e-176 2026735 Pseudomonadati Myxococcota WP_208910104.1 WP_208910104.1 4.08e-280 80867 Pseudomonadati Pseudomonadota XP_021874514.1 XP_021874514.1 1.16e-252 4999 Fungi Basidiomycota KAJ1619151.1 KAJ1619151.1 1.51e-52 483367 0 Haptophyta MCB9544502.1 MCB9544502.1 1.03e-65 2026763 Pseudomonadati Myxococcota MCB9544502.1 WP_271820285.1 2.98e-23 109265 Bacillati Cyanobacteriota KDF42894.1 KDF42894.1 0.0 208224 Pseudomonadati Pseudomonadota KDF42894.1 WP_076194242.1 7.59e-33 44249;189426 Bacillati Bacillota KDF42894.1 MBO8233644.1 1.48e-20 2054182;2716489 Bacillati Cyanobacteriota KDF42894.1 WP_144320971.1 8.34e-19 68270 Bacillati Actinomycetota KDF42894.1 SCH39951.1 1.14e-12 59620 Bacillati Bacillota KDF42894.1 WP_149911652.1 2.15e-10 544;546 Pseudomonadati Pseudomonadota KDF42894.1 WP_253463694.1 1.12e-08 28092 Pseudomonadati Pseudomonadota KDF42894.1 MBR6403893.1 4.42e-08 142586 Bacillati Bacillota KDF42894.1 TVR41840.1 3.34e-06 2044936 Pseudomonadati Bacteroidota WP_125188824.1 WP_125188824.1 6.49e-102 2490848 Bacillati Actinomycetota WP_125188824.1 WP_189693187.1 5.15e-49 322009;596707;2801916 Bacillati Actinomycetota MCL5028570.1 MCL5028570.1 7.91e-277 1898104 Pseudomonadati Bacteroidota MCL5028570.1 MCH5250214.1 1.20e-12 1898203 Bacillati Bacillota MBE6835980.1 MBE6835980.1 3.13e-302 2485925 Bacillati Bacillota MBE6835980.1 WP_248087248.1 1.16e-38 40216 Pseudomonadati Pseudomonadota QQS09360.1 QQS09360.1 0.0 2052180 Pseudomonadati Planctomycetota QQS09360.1 WP_009714971.1 3.21e-171 457427;998084 Bacillati Actinomycetota QQS09360.1 WP_195001047.1 9.63e-119 228599 Bacillati Actinomycetota WP_180196654.1 WP_180196654.1 0.0 2749832 Pseudomonadati Pseudomonadota WP_180196654.1 MCP5260845.1 1.16e-201 50421 Pseudomonadati Pseudomonadota WP_180196654.1 HAR3824072.1 5.49e-83 1280 Bacillati Bacillota WP_162782234.1 WP_162782234.1 0.0 2058085 Pseudomonadati Pseudomonadota OWK14769.1 OWK14769.1 0.0 46360 Metazoa Chordata AWS34156.1 AWS34156.1 2.03e-153 408114 Metazoa Arthropoda AWS34156.1 AVM35379.1 7.82e-134 1770638 Metazoa Arthropoda AWS34156.1 ADW49125.1 7.18e-127 1417353 Metazoa Arthropoda AWS34156.1 QUA05739.1 2.89e-124 988006 Metazoa Arthropoda AWS34156.1 AFA09475.1 6.48e-124 705192 Metazoa Arthropoda AWS34156.1 AFA24308.1 8.29e-124 1097956 Metazoa Arthropoda AWS34156.1 ABQ63546.1 1.97e-121 166263 Metazoa Chordata AWS34156.1 QUQ06080.1 4.12e-121 1719401 Metazoa Mollusca AWS34156.1 ADJ35581.1 6.06e-121 876003 Metazoa Annelida AWS34156.1 AHK62764.1 4.68e-116 1470337 Metazoa Arthropoda AWS34156.1 AAX94106.1 1.02e-112 324009 Metazoa Arthropoda AWS34156.1 AMA90994.1 5.29e-112 1474269;2542237 Metazoa Arthropoda AWS34156.1 UZF38514.1 2.19e-106 2976471 Metazoa Arthropoda AWS34156.1 AOR13807.1 7.84e-105 1881782 Metazoa Arthropoda AWS34156.1 AKT58828.1 1.17e-103 1687857 Metazoa Arthropoda AWS34156.1 AOQ89457.1 1.98e-100 1881751 Metazoa Arthropoda AWS34156.1 AXZ65741.1 1.12e-97 2242446 Metazoa Arthropoda AWS34156.1 AKA56406.1 1.60e-92 1622492;1669417;1881785;2088599 Metazoa Arthropoda AWS34156.1 AGI15931.1 1.02e-90 52396 Metazoa Mollusca AWS34156.1 AHH30646.1 5.11e-83 1452501 Metazoa Arthropoda AWS34156.1 ACE88666.1 2.19e-76 13139 Metazoa Arthropoda AWS34156.1 APC24336.1 6.75e-50 597926 Metazoa Arthropoda WP_013572974.1 WP_013572974.1 0.0 940615;1198114 Pseudomonadati Acidobacteriota WP_074791539.1 WP_074791539.1 1.54e-187 46206 Bacillati Bacillota MCQ2059483.1 MCQ2059483.1 2.87e-100 2212467 Pseudomonadati Bacteroidota MCQ2059483.1 KFO63955.1 2.91e-17 85066 Metazoa Chordata WP_063302373.1 WP_063302373.1 4.47e-205 1735583 Pseudomonadati Pseudomonadota WP_063302373.1 XP_028635853.1 7.24e-98 491861 Metazoa Chordata WP_063302373.1 WP_042650033.1 3.45e-11 642;648;651 Pseudomonadati Pseudomonadota WP_063302373.1 WP_280443824.1 5.93e-07 37326 Bacillati Actinomycetota MBA3725210.1 MBA3725210.1 1.32e-92 2033014 Bacillati Armatimonadota OGH18708.1 OGH18708.1 1.67e-132 1798590;1798610;1798630 0 Candidatus Levyibacteriota KAI9022896.1 KAI9022896.1 2.85e-68 269771 Fungi Mucoromycota MBO0657491.1 MBO0657491.1 2.04e-64 51201;2816232 Bacillati Actinomycetota XP_004647050.1 XP_004647050.1 8.91e-257 10160 Metazoa Chordata MCI93591.1 MCI93591.1 5.34e-44 97028 Viridiplantae Streptophyta XP_049153370.1 XP_049153370.1 1.02e-265 103429 Fungi Ascomycota XP_049153370.1 WP_153219677.1 6.42e-05 28037 Bacillati Bacillota HBL3458524.1 HBL3458524.1 0.0 1352 Bacillati Bacillota HBL3458524.1 GAF66133.1 1.56e-149 1450694 Bacillati Bacillota NLR72952.1 NLR72952.1 7.07e-165 2726187 Pseudomonadati Pseudomonadota NLR72952.1 WP_167196601.1 8.69e-47 2716691 Pseudomonadati Pseudomonadota NLR72952.1 Q8XJN8.1 3.12e-19 1502;1542;195102;451752;451754;451756;451757;488537;742739;883064 Bacillati Bacillota NLR72952.1 MBE6142085.1 1.33e-16 2049044 Bacillati Bacillota RLB75920.1 RLB75920.1 3.94e-58 2026735 Pseudomonadati Myxococcota MCH8293010.1 MCH8293010.1 2.41e-242 2026781 0 Candidatus Poribacteria MCH8293010.1 WP_276369440.1 4.49e-18 3034144 Pseudomonadati Bacteroidota MCH8293010.1 WP_218036247.1 4.13e-11 N/A N/A MCH8293010.1 MBI1189702.1 1.33e-10 2017440 Pseudomonadati Planctomycetota MCH8293010.1 MCP4974199.1 5.80e-10 1220;93060 Bacillati Cyanobacteriota MCH8293010.1 EFX2174330.1 3.83e-08 624 Pseudomonadati Pseudomonadota MCH8293010.1 MCP4641540.1 6.79e-08 1869227 0 0 MCH8293010.1 MCK9252526.1 8.29e-08 1898207 Bacillati Bacillota TFV53637.1 TFV53637.1 4.47e-42 2559612 Bacillati Actinomycetota KAI9597310.1 KAI9597310.1 6.76e-79 1851187 Fungi Zoopagomycota MCF8709434.1 MCF8709434.1 1.80e-191 2912611 Pseudomonadati Pseudomonadota MCF8709434.1 MBJ7292067.1 1.96e-53 2497619 Bacillati Actinomycetota MCF8709434.1 MBM7125960.1 2.82e-33 1920170 Pseudomonadati Pseudomonadota MCF8709434.1 WP_096443068.1 1.53e-19 722731 Bacillati Actinomycetota QGP90243.1 QGP90243.1 0.0 2676309 Bacillati Actinomycetota MBE42757.1 MBE42757.1 7.82e-271 2026724 Bacillati Chloroflexota QXR94354.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota QXR94354.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota EFG8800866.1 EFG8800866.1 1.61e-44 562 Pseudomonadati Pseudomonadota WP_233987432.1 WP_233987432.1 1.50e-287 549;53335 Pseudomonadati Pseudomonadota KAJ3193491.1 KAJ3193491.1 2.04e-300 109884 Fungi Chytridiomycota KAJ3193491.1 WP_065073385.1 1.18e-09 339268 Bacillati Actinomycetota WP_259770126.1 WP_259770126.1 0.0 28038 Bacillati Bacillota WP_259770126.1 MBO6078463.1 6.32e-56 2212467 Pseudomonadati Bacteroidota XP_049406314.1 XP_049406314.1 2.37e-161 172797 Viridiplantae Streptophyta WP_200478262.1 WP_200478262.1 3.29e-204 192 Pseudomonadati Pseudomonadota WP_200478262.1 HBS1873186.1 1.54e-28 573 Pseudomonadati Pseudomonadota WP_112308968.1 WP_112308968.1 2.07e-50 2250708 Pseudomonadati Pseudomonadota WP_051963813.1 WP_051963813.1 1.68e-82 392413 Thermotogati Deinococcota WP_051963813.1 WP_058935081.1 7.58e-16 76731 Pseudomonadati Pseudomonadota GIR09622.1 GIR09622.1 2.73e-308 1913988 Pseudomonadati Pseudomonadota GIR09622.1 NCV89943.1 1.44e-105 1891241 Pseudomonadati Pseudomonadota GIR09622.1 WP_007853416.1 6.44e-97 1144317 Pseudomonadati Pseudomonadota WP_216207121.1 WP_216207121.1 4.14e-102 2842453 Bacillati Actinomycetota GBD99233.1 GBD99233.1 2.97e-192 2005715;2005728;2026887 0;Pseudomonadati 0;Nitrospirota GBD99233.1 WP_108210605.1 5.14e-42 1649266 Pseudomonadati Bacteroidota GBD99233.1 MBK7529683.1 6.01e-29 1903157 Pseudomonadati Pseudomonadota MBA3038663.1 MBA3038663.1 1.00e-82 1913961 Pseudomonadati Pseudomonadota WP_280949002.1 WP_280949002.1 0.0 N/A N/A WP_280949002.1 MBQ1196899.1 3.20e-61 2044939 Bacillati Bacillota WP_280949002.1 MCH8904788.1 3.62e-60 1898104 Pseudomonadati Bacteroidota WP_280949002.1 MCF1439711.1 4.51e-15 50422 Pseudomonadati Pseudomonadota XP_010267139.1 XP_010267139.1 6.37e-285 4432 Viridiplantae Streptophyta XP_010267139.1 XP_028766233.1 2.93e-11 207710 Viridiplantae Streptophyta XP_020321477.1 XP_020321477.1 0.0 8019 Metazoa Chordata XP_020321477.1 XP_046441060.1 2.42e-227 6669 Metazoa Arthropoda XP_020321477.1 PKU40490.1 2.12e-58 1758121 Metazoa Chordata XP_020321477.1 XP_030620685.1 1.19e-44 29144 Metazoa Chordata XP_020321477.1 KAG1590416.1 9.60e-44 936053 Fungi Mucoromycota XP_020321477.1 XP_048216280.1 3.01e-40 214514 Metazoa Chordata XP_020321477.1 XP_048379117.1 5.04e-35 3053191 Metazoa Chordata XP_020321477.1 KAJ7903702.1 1.66e-28 230810 Fungi Basidiomycota XP_020321477.1 XP_006969978.1 1.07e-27 431241;1344414 Fungi Ascomycota XP_020321477.1 MBF1128433.1 1.69e-26 218538 Bacillati Bacillota XP_020321477.1 KRX90811.1 5.94e-25 6337 Metazoa Nematoda XP_020321477.1 XP_047334060.1 1.20e-24 253017 Viridiplantae Streptophyta XP_020321477.1 KZT58963.1 5.77e-23 1353952 Fungi Basidiomycota XP_020321477.1 KAI3849778.1 2.31e-12 357466 Viridiplantae Streptophyta MBO4748034.1 MBO4748034.1 1.13e-280 1898207 Bacillati Bacillota MCB1383119.1 MCB1383119.1 2.98e-131 2021378;2024983 Pseudomonadati Pseudomonadota MCB1703688.1 MCB1703688.1 2.45e-106 2024834 Pseudomonadati Pseudomonadota MCB1703688.1 ODU51779.1 6.45e-18 1660171 Pseudomonadati Pseudomonadota WP_039286629.1 WP_039286629.1 3.85e-51 165696;462949;1348853;1478134;1882221 Pseudomonadati Pseudomonadota CAF1139697.1 CAF1139697.1 6.00e-98 433720 Metazoa Rotifera CEG83499.1 CEG83499.1 5.41e-168 58291 Fungi Mucoromycota CEG83499.1 KAH7111090.1 1.36e-20 256645 Fungi Ascomycota WP_106361175.1 WP_106361175.1 1.22e-97 1452 Bacillati Bacillota WP_083141943.1 WP_083141943.1 1.33e-281 39692 Bacillati Actinomycetota WP_083141943.1 MCP1651746.1 1.17e-74 46680 Pseudomonadati Pseudomonadota WP_083141943.1 WP_074825075.1 2.71e-69 82985;1122977 Pseudomonadati Pseudomonadota WP_083141943.1 WP_004619799.1 7.31e-68 75;78;1292034 Pseudomonadati Pseudomonadota WP_083141943.1 GAN03156.1 1.41e-63 91626 Fungi Mucoromycota WP_083141943.1 MBA2536487.1 5.59e-62 2900548 Bacillati Actinomycetota WP_083141943.1 EDH4057100.1 3.41e-61 149388 Pseudomonadati Pseudomonadota WP_083141943.1 WP_078429679.1 1.89e-57 427920 Bacillati Bacillota WP_083141943.1 WP_277084622.1 8.04e-52 2606630 Bacillati Bacillota WP_083141943.1 XP_040685867.1 5.95e-48 5066;1073089 Fungi Ascomycota WP_269672356.1 WP_269672356.1 0.0 3009078 Pseudomonadati Pseudomonadota RKZ09955.1 RKZ09955.1 2.13e-90 2044591 Pseudomonadati Candidatus Fermentibacterota NFD84694.1 NFD84694.1 0.0 1491 Bacillati Bacillota NFD84694.1 MBQ8297564.1 4.70e-98 41978 Bacillati Bacillota NFD84694.1 MBQ4454347.1 5.23e-68 2044939 Bacillati Bacillota NFD84694.1 WP_195238978.1 7.42e-61 1502 Bacillati Bacillota NFD84694.1 WP_060613079.1 7.13e-57 570;573 Pseudomonadati Pseudomonadota NFD84694.1 MBT3459617.1 1.95e-47 2026743 Pseudomonadati Pseudomonadota NFD84694.1 WP_038440434.1 1.35e-38 727 Pseudomonadati Pseudomonadota NFD84694.1 KAI9191373.1 3.32e-38 4023 Viridiplantae Streptophyta NFD84694.1 WP_222599035.1 6.90e-38 N/A N/A NFD84694.1 WP_247749043.1 8.68e-34 N/A N/A NFD84694.1 WP_041481207.1 4.42e-27 1719;1161911 Bacillati Actinomycetota NFD84694.1 WP_237907640.1 2.27e-18 192 Pseudomonadati Pseudomonadota NFD84694.1 KAJ2660037.1 6.05e-18 2789312 Fungi Kickxellomycota NFD84694.1 WP_088153117.1 6.46e-18 171674 Pseudomonadati Pseudomonadota NFD84694.1 WP_278489123.1 8.93e-18 437897 Bacillati Bacillota NFD84694.1 MCB0243881.1 6.32e-12 2052143 Bacillati Chloroflexota NFD84694.1 WP_098952357.1 6.31e-11 196821;2018067;2717498 Pseudomonadati Pseudomonadota NFD84694.1 MCH4209672.1 1.79e-09 41200 Bacillati Actinomycetota NFD84694.1 WP_142931103.1 3.14e-08 2202200 Pseudomonadati Campylobacterota NFD84694.1 WP_150396769.1 5.21e-04 305 Pseudomonadati Pseudomonadota NFD84694.1 WP_089095302.1 5.58e-04 346;473426 Pseudomonadati Pseudomonadota WP_022677205.1 WP_022677205.1 1.11e-100 1298855 Pseudomonadati Pseudomonadota ARD43281.1 ARD43281.1 6.32e-300 1816219 Pseudomonadati Pseudomonadota WP_133340757.1 WP_133340757.1 3.17e-243 321662 Pseudomonadati Pseudomonadota WP_133340757.1 WP_046600280.1 3.31e-39 399;323655 Pseudomonadati Pseudomonadota WP_133340757.1 WP_243977667.1 1.35e-17 691 Pseudomonadati Pseudomonadota XP_047599047.1 XP_047599047.1 0.0 9657 Metazoa Chordata WP_008346835.1 WP_008346835.1 3.78e-181 1386;1408;1409;293386;293388;293389;1326972 Bacillati Bacillota WP_008346835.1 WP_070509780.1 4.19e-32 1581133 Bacillati Actinomycetota OGS12612.1 OGS12612.1 2.84e-66 1797956;1797962 Pseudomonadati Elusimicrobiota WP_063540919.1 WP_063540919.1 0.0 306;316;2968969 Pseudomonadati Pseudomonadota WP_063540919.1 WP_261733022.1 4.22e-35 2978345 Pseudomonadati Pseudomonadota WP_063540919.1 WP_007356512.1 2.83e-28 272129;1501433 Bacillati Cyanobacteriota WP_063540919.1 WP_074911472.1 2.65e-27 371601 Pseudomonadati Bacteroidota WP_063540919.1 WP_232306300.1 4.25e-26 823 Pseudomonadati Bacteroidota WP_063540919.1 PSQ73325.1 3.81e-23 1919101 Pseudomonadati Bacteroidota WP_063540919.1 WP_211114623.1 1.12e-17 N/A N/A WP_063637985.1 WP_063637985.1 1.68e-195 1452 Bacillati Bacillota ENH52105.1 ENH52105.1 3.82e-33 1116094 Pseudomonadati Pseudomonadota HBX1528262.1 HBX1528262.1 1.00e-39 573 Pseudomonadati Pseudomonadota HBX1528262.1 WP_063441918.1 7.88e-10 1455 Bacillati Bacillota OLP01091.1 OLP01091.1 2.22e-241 39693 Bacillati Actinomycetota MBL7855430.1 MBL7855430.1 3.57e-127 2099675 Pseudomonadati Bacteroidota MBR0046728.1 MBR0046728.1 0.0 2212467 Pseudomonadati Bacteroidota WP_150461480.1 WP_150461480.1 8.06e-186 2608252 Bacillati Actinomycetota WP_150461480.1 MCI7704736.1 3.64e-49 1898207 Bacillati Bacillota WP_150461480.1 EGY4555186.1 7.51e-38 28901 Pseudomonadati Pseudomonadota WP_150461480.1 ETB53277.1 1.07e-30 1391994 Bacillati Actinomycetota MBQ8989682.1 MBQ8989682.1 8.93e-173 59823 Pseudomonadati Bacteroidota ACV16867.1 ACV16867.1 1.66e-227 11676 Pararnavirae Artverviricota ACV16867.1 AFJ09957.1 6.15e-218 11676 Pararnavirae Artverviricota ACV16867.1 ACY29573.1 5.05e-213 11676 Pararnavirae Artverviricota ACV16867.1 QWY38042.1 9.55e-212 11676 Pararnavirae Artverviricota ACV16867.1 AFV39595.1 5.35e-204 12721 Pararnavirae Artverviricota ACV16867.1 ACH90072.1 9.64e-184 11676 Pararnavirae Artverviricota ACV16867.1 BAO23243.1 3.13e-178 11676 Pararnavirae Artverviricota ACV16867.1 BAO11608.1 6.06e-175 11676 Pararnavirae Artverviricota ACV16867.1 AOW36968.1 8.93e-171 11676 Pararnavirae Artverviricota ACV16867.1 AVA00513.1 2.12e-168 11676 Pararnavirae Artverviricota ACV16867.1 AOW33101.1 9.08e-165 11676 Pararnavirae Artverviricota ACV16867.1 ADB27070.1 4.65e-153 11676 Pararnavirae Artverviricota ACV16867.1 ARR91819.1 1.25e-131 11676 Pararnavirae Artverviricota WP_134106059.1 WP_134106059.1 1.06e-103 2512112 Bacillati Actinomycetota WP_134106059.1 WP_108494191.1 5.76e-63 2135723 Bacillati Actinomycetota XP_014802175.1 XP_014802175.1 1.13e-227 198806 Metazoa Chordata WP_006685582.1 WP_006685582.1 1.09e-279 133448;500640 Pseudomonadati Pseudomonadota WP_006685582.1 WP_154097642.1 2.39e-06 2033 Bacillati Actinomycetota WP_217452155.1 WP_217452155.1 4.12e-108 2732510 Pseudomonadati Bacteroidota WP_217452155.1 WP_007356512.1 4.15e-14 272129;1501433 Bacillati Cyanobacteriota NLU55538.1 NLU55538.1 5.43e-130 1879010 Bacillati Bacillota UZF38514.1 UZF38514.1 2.90e-142 2976471 Metazoa Arthropoda UZF38514.1 AVM35379.1 4.47e-109 1770638 Metazoa Arthropoda UZF38514.1 ADW49125.1 9.01e-106 1417353 Metazoa Arthropoda UZF38514.1 AWS34156.1 1.68e-105 408114 Metazoa Arthropoda UZF38514.1 AFA24308.1 1.26e-103 1097956 Metazoa Arthropoda UZF38514.1 AFA09475.1 1.41e-103 705192 Metazoa Arthropoda UZF38514.1 ADJ35581.1 3.35e-103 876003 Metazoa Annelida UZF38514.1 QUA05739.1 1.14e-99 988006 Metazoa Arthropoda UZF38514.1 QUQ06080.1 2.06e-99 1719401 Metazoa Mollusca UZF38514.1 ABQ63546.1 6.61e-98 166263 Metazoa Chordata UZF38514.1 AHK62764.1 1.04e-97 1470337 Metazoa Arthropoda UZF38514.1 AAX94106.1 1.48e-95 324009 Metazoa Arthropoda UZF38514.1 AOR13807.1 2.03e-92 1881782 Metazoa Arthropoda UZF38514.1 AMA90994.1 8.31e-87 1474269;2542237 Metazoa Arthropoda UZF38514.1 AGI15931.1 4.08e-82 52396 Metazoa Mollusca UZF38514.1 AKT58828.1 5.70e-82 1687857 Metazoa Arthropoda UZF38514.1 AKA56406.1 6.09e-82 1622492;1669417;1881785;2088599 Metazoa Arthropoda UZF38514.1 AOQ89457.1 7.18e-81 1881751 Metazoa Arthropoda UZF38514.1 AHH30646.1 9.32e-78 1452501 Metazoa Arthropoda UZF38514.1 AXZ65741.1 9.42e-77 2242446 Metazoa Arthropoda UZF38514.1 ACE88666.1 1.81e-74 13139 Metazoa Arthropoda UZF38514.1 APC24336.1 3.06e-50 597926 Metazoa Arthropoda TVU87390.1 TVU87390.1 6.51e-160 664683 Pseudomonadati Pseudomonadota TVU87390.1 WP_227405228.1 2.29e-144 2832500 Pseudomonadati Pseudomonadota XP_018994437.1 XP_018994437.1 0.0 1295533;1296118 Fungi Basidiomycota MBI2114665.1 MBI2114665.1 3.36e-230 2072417 0 Candidatus Methylomirabilota PAZ00503.1 PAZ00503.1 6.17e-67 1982325 Pseudomonadati Verrucomicrobiota SIR93298.1 SIR93298.1 6.13e-196 553468 Methanobacteriati Methanobacteriota WP_200986363.1 WP_200986363.1 1.92e-220 36746 Pseudomonadati Pseudomonadota WP_200986363.1 WP_248721304.1 7.93e-17 2935858 Pseudomonadati Pseudomonadota WP_200986363.1 WP_044453403.1 1.89e-08 656178 Pseudomonadati Pseudomonadota WP_200986363.1 WP_096722254.1 2.49e-07 1912599 Pseudomonadati Pseudomonadota WP_200986363.1 WP_241524600.1 2.71e-04 115553 Pseudomonadati Pseudomonadota WP_247623347.1 WP_247623347.1 1.08e-47 2851646 Bacillati Actinomycetota TDJ69718.1 TDJ69718.1 0.0 1977087 Pseudomonadati Pseudomonadota TDJ69718.1 HBC43327.1 9.71e-40 1153 Bacillati Cyanobacteriota TDJ69718.1 XP_016452348.1 3.66e-24 N/A N/A MCB9820569.1 MCB9820569.1 5.37e-260 2052152 0 Candidatus Nomuraibacteriota WP_142051038.1 WP_142051038.1 7.30e-248 630975 Bacillati Actinomycetota KAJ2593889.1 KAJ2593889.1 1.13e-298 2789340 Fungi Kickxellomycota KAJ2593889.1 XP_033668161.1 2.16e-70 1080233 Fungi Ascomycota WP_219798185.1 WP_219798185.1 4.32e-211 2861782 Pseudomonadati Pseudomonadota XP_002777379.1 XP_002777379.1 1.15e-98 423536 0 Perkinsozoa MAG40972.1 MAG40972.1 1.30e-226 2026738 Pseudomonadati Pseudomonadota WP_084371009.1 WP_084371009.1 1.69e-213 692418 Pseudomonadati Bacteroidota WP_084371009.1 WP_281543397.1 5.26e-64 544645 Pseudomonadati Bacteroidota WP_084371009.1 WP_221265680.1 9.36e-47 N/A N/A WP_084371009.1 EHR6291555.1 6.69e-38 28901 Pseudomonadati Pseudomonadota WP_084371009.1 WP_152652784.1 1.25e-34 2023717 Pseudomonadati Pseudomonadota WP_084371009.1 RLN50561.1 1.91e-34 325452 0 Oomycota WP_084371009.1 NVM03966.1 9.09e-33 2719382 Promethearchaeati Candidatus Helarchaeota WP_084371009.1 MSO30570.1 1.12e-32 1978231 Pseudomonadati Acidobacteriota WP_084371009.1 WP_132175930.1 3.03e-32 190195 Bacillati Actinomycetota WP_084371009.1 WP_170725874.1 4.30e-26 562 Pseudomonadati Pseudomonadota WP_084371009.1 WP_185334683.1 3.54e-24 1640 Bacillati Bacillota WP_084371009.1 MBC7326981.1 3.67e-24 1869227 0 0 WP_084371009.1 WP_248562494.1 9.55e-23 2934712 Bacillati Bacillota WP_084371009.1 MWR41881.1 6.18e-22 562 Pseudomonadati Pseudomonadota WP_084371009.1 MBO5162475.1 2.78e-21 1898203 Bacillati Bacillota WP_084371009.1 WP_071876418.1 4.28e-21 332949 Bacillati Bacillota WP_084371009.1 MXP43753.1 7.17e-20 1689985 Pseudomonadati Pseudomonadota WP_084371009.1 OAN53756.1 1.30e-19 1285242 Pseudomonadati Pseudomonadota WP_084371009.1 WP_158791585.1 1.09e-18 1641866 Pseudomonadati Acidobacteriota WP_084371009.1 WP_174822921.1 7.74e-18 N/A N/A WP_084371009.1 WP_207918089.1 9.34e-17 185978;2512133;2587092 Bacillati Bacillota WP_084371009.1 WP_089246429.1 1.69e-13 398843 Bacillati Actinomycetota WP_084371009.1 WP_150396769.1 1.03e-11 305 Pseudomonadati Pseudomonadota WP_084371009.1 WP_153844272.1 1.04e-09 28453;2940619 Pseudomonadati Bacteroidota MCA1836835.1 MCA1836835.1 2.27e-79 2900548 Bacillati Actinomycetota TSA47082.1 TSA47082.1 3.86e-144 1911520 Bacillati Actinomycetota WP_212961195.1 WP_212961195.1 0.0 557555 Bacillati Bacillota WP_212961195.1 WP_200037957.1 1.91e-34 95486 Pseudomonadati Pseudomonadota WP_212961195.1 MBK0846266.1 3.95e-30 941322 Pseudomonadati Pseudomonadota WP_212961195.1 MBQ1868746.1 1.70e-29 2053611;2593411 Bacillati Bacillota WP_212961195.1 WP_192272294.1 5.08e-29 2769295 Pseudomonadati Pseudomonadota WP_212961195.1 WP_076194242.1 5.00e-26 44249;189426 Bacillati Bacillota WP_212961195.1 NIK25817.1 8.70e-25 1450204 Bacillati Bacillota WP_212961195.1 WP_083180153.1 6.35e-21 1462996 Bacillati Bacillota WP_212961195.1 MBP1530348.1 1.37e-15 2049044 Bacillati Bacillota WP_212961195.1 EJF06804.1 6.06e-13 1177931 Pseudomonadati Campylobacterota WP_212961195.1 WP_069156513.1 9.79e-13 1432052 Bacillati Bacillota WP_212961195.1 TVR41840.1 5.04e-11 2044936 Pseudomonadati Bacteroidota WP_212961195.1 KFX48203.1 1.24e-07 N/A N/A WP_228273696.1 WP_228273696.1 6.36e-184 1066 Pseudomonadati Pseudomonadota MBU2510560.1 MBU2510560.1 5.95e-69 1869227 0 0 ECA8969615.1 ECA8969615.1 0.0 2564887 Pseudomonadati Pseudomonadota KAF5192947.1 KAF5192947.1 0.0 46969 Viridiplantae Streptophyta KAF5192947.1 KAI9244788.1 7.24e-24 562976 Fungi Mucoromycota RYG22587.1 RYG22587.1 4.45e-176 1869212 Pseudomonadati Bacteroidota RYY39456.1 RYY39456.1 1.09e-197 1911520 Bacillati Actinomycetota KAJ3920833.1 KAJ3920833.1 9.07e-216 5353 Fungi Basidiomycota EFO3858608.1 EFO3858608.1 5.06e-47 562 Pseudomonadati Pseudomonadota WP_032037025.1 WP_032037025.1 3.21e-68 470;1310697 Pseudomonadati Pseudomonadota EJC8518717.1 EJC8518717.1 0.0 197 Pseudomonadati Campylobacterota WP_056747799.1 WP_056747799.1 2.48e-66 1736488 Bacillati Actinomycetota MBP9767803.1 MBP9767803.1 8.86e-294 29523 Pseudomonadati Bacteroidota MBP9767803.1 ADP83890.1 1.07e-10 298654 Bacillati Actinomycetota MBP9767803.1 WP_129857883.1 2.80e-05 1886 Bacillati Actinomycetota MBR2609817.1 MBR2609817.1 6.98e-312 885 Pseudomonadati Thermodesulfobacteriota MBR2609817.1 MCP2519657.1 2.46e-119 2950077;2950079;2950080;2950082;2950084;2950086 0 Candidatus Aminicenantota WP_105738432.1 WP_105738432.1 9.30e-315 413497 Pseudomonadati Pseudomonadota WP_105738432.1 WP_061554953.1 2.98e-36 82983;1354268 Pseudomonadati Pseudomonadota MBR1803321.1 MBR1803321.1 4.63e-262 2498093 Pseudomonadati Bacteroidota KXK41164.1 KXK41164.1 1.47e-223 1617422 Pseudomonadati Bacteroidota KXK41164.1 MBL6756473.1 2.20e-76 2026780 Pseudomonadati Planctomycetota KXK41164.1 PIY74148.1 1.72e-75 1974800 0 Candidatus Portnoyibacteriota KXK41164.1 WP_226865765.1 9.16e-45 592978;2883183 0;Bacillati 0;Bacillota KXK41164.1 WP_240053789.1 3.99e-22 820 Pseudomonadati Bacteroidota KXK41164.1 WP_278906630.1 4.00e-06 39483 Bacillati Bacillota MSV89973.1 MSV89973.1 4.23e-126 2900548 Bacillati Actinomycetota WP_212269268.1 WP_212269268.1 1.23e-57 2631580;2807665;2807667 Pseudomonadati Pseudomonadota WP_212269268.1 WP_079835571.1 9.28e-15 28901;59203 Pseudomonadati Pseudomonadota MBQ8356560.1 MBQ8356560.1 9.06e-158 2044939 Bacillati Bacillota KAF4755575.1 KAF4755575.1 0.0 32597 0 Perkinsozoa WP_039983362.1 WP_039983362.1 8.91e-175 379347;1265309;2083206;2719005;2719007;2860824 Pseudomonadati Pseudomonadota HJF55539.1 HJF55539.1 0.0 169435 Bacillati Bacillota MBN2192743.1 MBN2192743.1 0.0 2268199 Pseudomonadati Myxococcota MBN2192743.1 WP_282467912.1 2.26e-68 644 Pseudomonadati Pseudomonadota MBN2192743.1 HAM57133.1 2.09e-12 2053607 0 Candidatus Rokuibacteriota EDF5922784.1 EDF5922784.1 0.0 595 Pseudomonadati Pseudomonadota EDF5922784.1 EJI8012843.1 0.0 562 Pseudomonadati Pseudomonadota EDF5922784.1 MBL04873.1 2.08e-09 2026780 Pseudomonadati Planctomycetota WP_141624088.1 WP_141624088.1 7.38e-165 2591633 Pseudomonadati Pseudomonadota WP_211429491.1 WP_211429491.1 0.0 2821543 Pseudomonadati Acidobacteriota MCL4467776.1 MCL4467776.1 0.0 2026735 Pseudomonadati Myxococcota MCL4467776.1 OEC37898.1 9.56e-10 1843691 Pseudomonadati Pseudomonadota KQO44758.1 KQO44758.1 0.0 1736239 Pseudomonadati Pseudomonadota KQO44758.1 WP_176390098.1 3.69e-139 2745934 Pseudomonadati Pseudomonadota KQO44758.1 SQB81123.1 9.49e-18 562 Pseudomonadati Pseudomonadota NRA95518.1 NRA95518.1 4.17e-143 2026780 Pseudomonadati Planctomycetota WP_279184953.1 WP_279184953.1 7.22e-247 146476 Pseudomonadati Pseudomonadota WP_279184953.1 MBR6417349.1 1.01e-11 2030927 Pseudomonadati Bacteroidota WP_019807556.1 WP_019807556.1 3.69e-144 129922 Bacillati Actinomycetota WP_019807556.1 WP_047323805.1 1.76e-83 244292 Bacillati Actinomycetota KAI1377204.1 KAI1377204.1 7.01e-223 326657 Fungi Ascomycota WP_086236254.1 WP_086236254.1 3.37e-188 3161138 Pseudomonadati Campylobacterota WP_086236254.1 WP_042648904.1 1.24e-69 642;647;651;948519 Pseudomonadati Pseudomonadota WP_086236254.1 NKB40192.1 4.14e-58 1967498 Bacillati Actinomycetota MCF3649178.1 MCF3649178.1 5.93e-116 2909285 Pseudomonadati Verrucomicrobiota MCF3649178.1 WP_045183792.1 2.93e-26 172045 Pseudomonadati Bacteroidota XP_053501940.1 XP_053501940.1 1.38e-262 66913 Metazoa Chordata MCI9379843.1 MCI9379843.1 0.0 2040332 Bacillati Bacillota MCI9379843.1 MCK5725948.1 6.39e-83 2030882 Pseudomonadati Pseudomonadota EIA1623697.1 EIA1623697.1 0.0 670 Pseudomonadati Pseudomonadota EIA1623697.1 WP_237480153.1 2.11e-42 2895977 Pseudomonadati Pseudomonadota CAF4687378.1 CAF4687378.1 3.05e-61 2762512 Metazoa Rotifera CAH8313346.1 CAH8313346.1 0.0 29727 Viridiplantae Streptophyta MBN9169301.1 MBN9169301.1 2.25e-78 51671 Bacillati Actinomycetota KAG8539342.1 KAG8539342.1 1.68e-50 76066 Metazoa Chordata WP_259864893.1 WP_259864893.1 1.39e-37 223184 Bacillati Actinomycetota WAS49087.1 WAS49087.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota WAS49087.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota MBF9039534.1 MBF9039534.1 1.44e-127 2792625 Pseudomonadati Pseudomonadota MCB0672512.1 MCB0672512.1 3.55e-266 2202734 Pseudomonadati Bacteroidota MBI4878028.1 MBI4878028.1 0.0 1978231 Pseudomonadati Acidobacteriota MBP1876254.1 MBP1876254.1 5.78e-254 106592 Pseudomonadati Pseudomonadota MBP1876254.1 MBU5353226.1 2.72e-50 198119 Bacillati Bacillota MBP1876254.1 WP_098952357.1 9.62e-46 196821;2018067;2717498 Pseudomonadati Pseudomonadota MBP1876254.1 WP_227059655.1 5.54e-42 40545 Pseudomonadati Pseudomonadota MBP1876254.1 WP_192324556.1 5.87e-39 34072;2769259 Pseudomonadati Pseudomonadota MBP1876254.1 GLY24463.1 8.04e-37 3032198 Bacillati Actinomycetota MBP1876254.1 MCC6044083.1 1.65e-36 2184738 Thermoproteati Thermoproteota MBP1876254.1 WP_107894076.1 1.17e-35 1130819 Bacillati Bacillota MBP1876254.1 WP_077217464.1 5.02e-35 95486 Pseudomonadati Pseudomonadota MBP1876254.1 WP_071876418.1 7.49e-29 332949 Bacillati Bacillota MBP1876254.1 WP_281034490.1 2.99e-25 2496691 Pseudomonadati Pseudomonadota MBP1876254.1 NVM03966.1 3.80e-23 2719382 Promethearchaeati Candidatus Helarchaeota MBP1876254.1 WP_022619009.1 3.55e-20 1496 Bacillati Bacillota MBP1876254.1 WP_159463829.1 2.06e-19 199592 Bacillati Actinomycetota MBP1876254.1 WP_089246429.1 8.31e-18 398843 Bacillati Actinomycetota MBP1876254.1 WP_125260587.1 2.93e-05 2259638 Pseudomonadati Pseudomonadota MBP1876254.1 MBO8485404.1 2.66e-04 2840759 Pseudomonadati Bacteroidota EBC1613035.1 EBC1613035.1 8.99e-193 197 Pseudomonadati Campylobacterota WP_052386686.1 WP_052386686.1 1.67e-300 35754 Bacillati Actinomycetota WP_068000887.1 WP_068000887.1 8.60e-178 45979 Bacillati Actinomycetota WP_257384536.1 WP_257384536.1 0.0 1307 Bacillati Bacillota WP_254363411.1 WP_254363411.1 6.83e-282 2962034 Bacillati Bacillota WP_254363411.1 MBP8613265.1 5.23e-05 3085339 Bacillati Bacillota MCA3389197.1 MCA3389197.1 2.16e-226 1869190 Pseudomonadati Pseudomonadota MCA3389197.1 WP_097108993.1 1.46e-47 714899 Pseudomonadati Pseudomonadota MCA3389197.1 MCP4329804.1 3.81e-30 1913988 Pseudomonadati Pseudomonadota MCA3389197.1 WP_008134825.1 1.60e-24 1144344 Pseudomonadati Pseudomonadota MCK9538307.1 MCK9538307.1 9.50e-97 2291710 Pseudomonadati Pseudomonadota WP_013712491.1 WP_013712491.1 8.82e-91 85991;331635;1234367;1427368;1427369;1427370 Pseudomonadati Chlamydiota MBQ7809358.1 MBQ7809358.1 1.94e-50 2044939 Bacillati Bacillota WP_187642449.1 WP_187642449.1 0.0 562 Pseudomonadati Pseudomonadota WP_187642449.1 WP_001537381.1 5.82e-113 562;1181747 Pseudomonadati Pseudomonadota WP_036824351.1 WP_036824351.1 2.90e-188 462910;1385514 Bacillati Bacillota WP_036824351.1 WP_142260807.1 2.32e-22 103836 Bacillati Actinomycetota XP_042531659.1 XP_042531659.1 1.11e-220 105255 Metazoa Chordata XP_042531659.1 XP_005087540.1 5.34e-79 10036 Metazoa Chordata XP_042531659.1 XP_034290446.1 3.15e-74 94885 Metazoa Chordata XP_042531659.1 XP_012889676.1 8.54e-73 10020 Metazoa Chordata XP_042531659.1 XP_002688837.2 2.05e-71 9913 Metazoa Chordata XP_042531659.1 XP_054446685.1 1.75e-64 1884717 Metazoa Chordata XP_042531659.1 AAR19565.1 5.68e-49 34828 Metazoa Chordata XP_042531659.1 XP_049747270.1 6.54e-39 99487 Metazoa Chordata XP_042531659.1 XP_046298169.1 3.78e-37 9995 Metazoa Chordata WP_092802679.1 WP_092802679.1 0.0 2610881 Pseudomonadati Pseudomonadota NMG18956.1 NMG18956.1 4.70e-52 385972 Bacillati Cyanobacteriota WP_058997548.1 WP_058997548.1 0.0 1765055 Methanobacteriati Methanobacteriota MCO7639728.1 MCO7639728.1 1.69e-96 287;2956727 Pseudomonadati Pseudomonadota PBK84789.1 PBK84789.1 6.83e-112 47427 Fungi Basidiomycota KAI9244300.1 KAI9244300.1 0.0 60185 Fungi Mucoromycota WP_265332308.1 WP_265332308.1 4.50e-305 N/A N/A WP_224045636.1 WP_224045636.1 1.55e-173 753 Pseudomonadati Pseudomonadota WP_224045636.1 WP_278643529.1 1.08e-43 1263 Bacillati Bacillota WP_224045636.1 NLB38271.1 2.17e-24 1898207 Bacillati Bacillota WP_224045636.1 WP_177525402.1 5.51e-17 2528642 Pseudomonadati Pseudomonadota WP_049043948.1 WP_049043948.1 2.46e-48 562 Pseudomonadati Pseudomonadota WP_068780709.1 WP_068780709.1 7.91e-161 1622070 Bacillati Bacillota WP_247334239.1 WP_247334239.1 1.49e-191 2911538 Pseudomonadati Pseudomonadota WP_265966242.1 WP_265966242.1 4.47e-154 1604349 Pseudomonadati Pseudomonadota MBS7604783.1 MBS7604783.1 6.54e-134 2026714 Thermoproteati Candidatus Bathyarchaeota MCD6419504.1 MCD6419504.1 4.94e-93 2268202 Thermotogati Synergistota MCD6419504.1 WP_046278045.1 5.20e-23 1118279;1637645 Bacillati Cyanobacteriota MCI2155109.1 MCI2155109.1 5.49e-192 2060878 Bacillati Bacillota WP_013559898.1 WP_013559898.1 6.83e-52 167964;926569 Bacillati Chloroflexota CKQ42697.1 CKQ42697.1 7.74e-160 1773 Bacillati Actinomycetota MCE4566367.1 MCE4566367.1 1.18e-167 2781026 Pseudomonadati Bacteroidota MCL6540381.1 MCL6540381.1 2.01e-96 2562120 Bacillati Chloroflexota MBK8168045.1 MBK8168045.1 3.84e-267 1869227 0 0 EAG5429682.1 EAG5429682.1 4.23e-129 1639 Bacillati Bacillota WP_038239756.1 WP_038239756.1 4.91e-218 290112;1427518 Pseudomonadati Pseudomonadota WP_017633897.1 WP_017633897.1 9.47e-93 662;663 Pseudomonadati Pseudomonadota WP_050498798.1 WP_050498798.1 3.08e-130 1883;1894;132474;1519473;2203209 Bacillati Actinomycetota GFW26598.1 GFW26598.1 0.0 2585209 Metazoa Arthropoda TNI18971.1 TNI18971.1 3.04e-161 196024 Pseudomonadati Pseudomonadota WP_278631399.1 WP_278631399.1 0.0 29348 Bacillati Bacillota WP_278631399.1 MBE6688122.1 1.56e-180 2485925 Bacillati Bacillota WP_278631399.1 KAA0114277.1 7.94e-161 1305 Bacillati Bacillota WP_278631399.1 WP_235126772.1 4.48e-140 2909336 Pseudomonadati Bacteroidota WP_278631399.1 XP_009147075.2 9.27e-126 3711 Viridiplantae Streptophyta WP_278631399.1 MBE5737882.1 2.16e-103 1898207 Bacillati Bacillota WP_278631399.1 KAF5671546.1 6.11e-75 48490 Fungi Ascomycota WP_278631399.1 WP_049009918.1 5.13e-71 545 Pseudomonadati Pseudomonadota WP_278631399.1 WP_019100427.1 1.07e-67 394935 Pseudomonadati Pseudomonadota WP_278631399.1 MBY0273331.1 1.58e-58 1913988 Pseudomonadati Pseudomonadota WP_278631399.1 KAJ6994162.1 1.58e-56 444605 Viridiplantae Streptophyta WP_278631399.1 MCE7698179.1 6.28e-22 868131 Methanobacteriati Methanobacteriota WP_278631399.1 WP_074319120.1 4.70e-18 709881 Bacillati Actinomycetota WP_278631399.1 OFX32653.1 6.32e-14 1797288 Bacillati Armatimonadota WP_278631399.1 MBI6149093.1 9.50e-14 615 Pseudomonadati Pseudomonadota WP_278631399.1 WP_041591748.1 6.87e-12 51669 Bacillati Bacillota WP_278631399.1 SFX27592.1 2.82e-11 1452269 Bacillati Bacillota WP_278631399.1 WP_176307440.1 3.41e-05 2718534 Pseudomonadati Bacteroidota WP_043940504.1 WP_043940504.1 0.0 137591 Bacillati Bacillota WP_043940504.1 HAN66834.1 2.65e-223 1869212 Pseudomonadati Bacteroidota WP_043940504.1 MBP8196496.1 1.47e-186 2026735 Pseudomonadati Myxococcota WP_043940504.1 WP_150253061.1 2.66e-183 2605988 Bacillati Actinomycetota HAS8246497.1 HAS8246497.1 0.0 672 Pseudomonadati Pseudomonadota HAS8246497.1 TAL20232.1 2.70e-65 1872578 Pseudomonadati Pseudomonadota HAS8246497.1 WP_261733022.1 2.94e-63 2978345 Pseudomonadati Pseudomonadota HAS8246497.1 WP_007356512.1 5.58e-62 272129;1501433 Bacillati Cyanobacteriota HAS8246497.1 EDN57974.1 3.64e-44 150340 Pseudomonadati Pseudomonadota HAS8246497.1 WP_232306300.1 5.32e-30 823 Pseudomonadati Bacteroidota WP_176970092.1 WP_176970092.1 5.42e-209 53335;2726979 Pseudomonadati Pseudomonadota MBP6375542.1 MBP6375542.1 0.0 2818473 Pseudomonadati Pseudomonadota MBP6375542.1 WP_258835625.1 1.30e-222 373040 Pseudomonadati Pseudomonadota MBP6375542.1 MBT4710545.1 1.53e-141 1913988 Pseudomonadati Pseudomonadota MBP6375542.1 PWM49891.1 1.01e-96 1879010 Bacillati Bacillota MBP6375542.1 WP_249505358.1 1.90e-96 3239812 Pseudomonadati Fibrobacterota MBP6375542.1 WP_194454339.1 1.25e-48 1325120 Pseudomonadati Pseudomonadota MBP6375542.1 GER04731.1 4.74e-44 1236968 Pseudomonadati Pseudomonadota MBC7309192.1 MBC7309192.1 5.26e-63 1917966 Bacillati Actinomycetota MCS6948817.1 MCS6948817.1 5.63e-105 2689616 Pseudomonadati Pseudomonadota HAQ9752200.1 HAQ9752200.1 4.47e-89 1352 Bacillati Bacillota XP_007978456.1 XP_007978456.1 2.41e-211 60711 Metazoa Chordata EGS7961067.1 EGS7961067.1 2.11e-165 666 Pseudomonadati Pseudomonadota MBO5162475.1 MBO5162475.1 0.0 1898203 Bacillati Bacillota MBO5162475.1 WP_150396769.1 1.46e-104 305 Pseudomonadati Pseudomonadota MBO5162475.1 WP_185334683.1 4.86e-86 1640 Bacillati Bacillota MBO5162475.1 WP_089246429.1 1.01e-85 398843 Bacillati Actinomycetota MBO5162475.1 WP_084371009.1 2.94e-22 692418 Pseudomonadati Bacteroidota MBO5162475.1 WP_142931103.1 3.14e-19 2202200 Pseudomonadati Campylobacterota MBO5162475.1 WP_008134825.1 7.86e-18 1144344 Pseudomonadati Pseudomonadota MBO5162475.1 WP_089095302.1 1.47e-17 346;473426 Pseudomonadati Pseudomonadota MBO5162475.1 WP_167977039.1 4.20e-17 2604800 Bacillati Actinomycetota MBO5162475.1 MBQ3864274.1 3.15e-14 2044939 Bacillati Bacillota MBO5162475.1 WP_098952357.1 5.98e-11 196821;2018067;2717498 Pseudomonadati Pseudomonadota MBO5162475.1 WP_041481207.1 1.82e-08 1719;1161911 Bacillati Actinomycetota MBO5162475.1 MBQ8297564.1 2.47e-08 41978 Bacillati Bacillota MBO5162475.1 WP_195238978.1 2.77e-08 1502 Bacillati Bacillota MBO5162475.1 WP_247749043.1 1.63e-06 N/A N/A KAI8723523.1 KAI8723523.1 0.0 2898545 Fungi Ascomycota WP_145643501.1 WP_145643501.1 6.92e-204 528178 Pseudomonadati Pseudomonadota WP_145643501.1 WP_054435236.1 2.24e-116 1684385 Pseudomonadati Pseudomonadota WP_145643501.1 KLR59865.1 3.99e-51 1641811 Bacillati Actinomycetota MCB0840321.1 MCB0840321.1 6.40e-137 1898104 Pseudomonadati Bacteroidota WP_257880947.1 WP_257880947.1 5.07e-288 28132 Pseudomonadati Bacteroidota KAG1144813.1 KAG1144813.1 3.50e-201 64495 Fungi Mucoromycota EAJ4317745.1 EAJ4317745.1 0.0 28080 Pseudomonadati Campylobacterota EAJ4317745.1 UWG74403.1 8.45e-39 38018 0 0 EAJ4317745.1 XP_004466702.1 4.66e-30 9361 Metazoa Chordata WP_098952357.1 WP_098952357.1 2.36e-229 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_098952357.1 MBU5353226.1 4.00e-76 198119 Bacillati Bacillota WP_098952357.1 WP_226904802.1 9.36e-72 N/A N/A WP_098952357.1 WP_192324556.1 1.21e-71 34072;2769259 Pseudomonadati Pseudomonadota WP_098952357.1 MBQ3864274.1 7.16e-69 2044939 Bacillati Bacillota WP_098952357.1 WP_227059655.1 1.06e-68 40545 Pseudomonadati Pseudomonadota WP_098952357.1 GLY24463.1 6.43e-64 3032198 Bacillati Actinomycetota WP_098952357.1 RUU66461.1 1.93e-63 2496787 Pseudomonadati Pseudomonadota WP_098952357.1 MCP5262709.1 1.90e-62 50421 Pseudomonadati Pseudomonadota WP_098952357.1 WP_107894076.1 9.06e-61 1130819 Bacillati Bacillota WP_098952357.1 MBP1876254.1 1.03e-42 106592 Pseudomonadati Pseudomonadota WP_098952357.1 QCM13287.1 3.90e-35 358 Pseudomonadati Pseudomonadota WP_098952357.1 MWR41881.1 6.55e-30 562 Pseudomonadati Pseudomonadota WP_098952357.1 OAN53756.1 1.49e-29 1285242 Pseudomonadati Pseudomonadota WP_098952357.1 WP_170725874.1 2.48e-28 562 Pseudomonadati Pseudomonadota WP_098952357.1 WP_072380563.1 1.16e-27 501024 Pseudomonadati Pseudomonadota WP_098952357.1 WP_076409454.1 5.01e-25 85698 Pseudomonadati Pseudomonadota WP_098952357.1 WP_279984614.1 1.70e-24 909768 Pseudomonadati Pseudomonadota WP_098952357.1 WP_142931103.1 4.15e-22 2202200 Pseudomonadati Campylobacterota WP_098952357.1 MXP43753.1 5.53e-22 1689985 Pseudomonadati Pseudomonadota WP_098952357.1 WP_167977039.1 2.13e-20 2604800 Bacillati Actinomycetota WP_098952357.1 WP_247749043.1 1.34e-18 N/A N/A WP_098952357.1 WP_158791585.1 1.77e-17 1641866 Pseudomonadati Acidobacteriota WP_098952357.1 WP_195238978.1 4.06e-16 1502 Bacillati Bacillota WP_098952357.1 WP_036258374.1 5.22e-14 65552 Thermotogati Deinococcota XP_016469741.1 XP_016469741.1 7.71e-156 N/A N/A XP_036130723.1 XP_036130723.1 1.21e-254 27622 Metazoa Chordata WP_169105698.1 WP_169105698.1 5.81e-174 2725303 Bacillati Bacillota WP_169105698.1 RQD71026.1 2.10e-34 2293856 Bacillati Bacillota WP_154097642.1 WP_154097642.1 1.13e-313 2033 Bacillati Actinomycetota WP_154097642.1 HCD1810260.1 2.34e-08 1280 Bacillati Bacillota WP_154097642.1 WP_006685582.1 8.62e-07 133448;500640 Pseudomonadati Pseudomonadota WP_135194320.1 WP_135194320.1 7.70e-113 74315 Pseudomonadati Pseudomonadota MSR12783.1 MSR12783.1 1.27e-145 1913989 Pseudomonadati Pseudomonadota XP_003502921.1 XP_003502921.1 0.0 10029 Metazoa Chordata WP_142590093.1 WP_142590093.1 2.61e-245 1233081 Pseudomonadati Pseudomonadota WP_142590093.1 WP_086353716.1 7.80e-95 1970738 Pseudomonadati Pseudomonadota WP_142590093.1 MBU2478158.1 2.54e-05 1913989 Pseudomonadati Pseudomonadota WP_210356206.1 WP_210356206.1 2.45e-146 2044855 Pseudomonadati Bacteroidota SCK25073.1 SCK25073.1 0.0 1100824 Bacillati Actinomycetota SCK25073.1 WP_107485636.1 6.53e-88 1945643 Bacillati Actinomycetota MCI7610146.1 MCI7610146.1 1.24e-36 1531 Bacillati Bacillota MCI7610146.1 WP_106587829.1 8.30e-11 517424 Bacillati Bacillota GFC18333.1 GFC18333.1 1.98e-126 118510 Viridiplantae Streptophyta WP_020403159.1 WP_020403159.1 0.0 454600 Pseudomonadati Balneolota WP_169356007.1 WP_169356007.1 2.75e-275 2730848 Pseudomonadati Pseudomonadota WP_169356007.1 NRB72577.1 2.58e-81 2006849 Pseudomonadati Pseudomonadota MCJ2541369.1 MCJ2541369.1 2.37e-137 2813851 Bacillati Cyanobacteriota MCJ2541369.1 CKF71070.1 1.63e-21 2026186 Bacillati Bacillota MCJ2541369.1 WP_230171322.1 3.75e-18 2845820 Pseudomonadati Pseudomonadota WP_277690767.1 WP_277690767.1 5.94e-183 3036944 Pseudomonadati Pseudomonadota WP_277690767.1 TMH05674.1 9.94e-46 1891241 Pseudomonadati Pseudomonadota KAJ1283197.1 KAJ1283197.1 9.29e-259 158149 Viridiplantae Streptophyta KAJ1283197.1 XP_021727484.1 7.44e-65 63459 Viridiplantae Streptophyta WP_199711823.1 WP_199711823.1 8.39e-207 2164068 Pseudomonadati Pseudomonadota WP_076799287.1 WP_076799287.1 1.83e-201 235627;1357915 Bacillati Actinomycetota KOV87872.1 KOV87872.1 3.97e-139 1519490 Bacillati Actinomycetota KOV87872.1 NNF58653.1 3.22e-47 2026787 Pseudomonadati Rhodothermota WP_043158522.1 WP_043158522.1 3.15e-264 287 Pseudomonadati Pseudomonadota WP_043158522.1 HCW85392.1 7.39e-84 1904441 Pseudomonadati Pseudomonadota WP_099219937.1 WP_099219937.1 3.22e-311 1115568;2593676;2690337 Bacillati Actinomycetota WP_099219937.1 WP_117751014.1 1.12e-50 1628085;2292003;2292197;2292199;2292301;3085642 Bacillati Bacillota WP_041481207.1 WP_041481207.1 0.0 1719;1161911 Bacillati Actinomycetota WP_041481207.1 MBQ8297564.1 2.84e-30 41978 Bacillati Bacillota WP_041481207.1 WP_038440434.1 9.61e-30 727 Pseudomonadati Pseudomonadota WP_041481207.1 NFD84694.1 9.97e-28 1491 Bacillati Bacillota WP_041481207.1 WP_195238978.1 9.49e-27 1502 Bacillati Bacillota WP_041481207.1 WP_247749043.1 1.70e-16 N/A N/A WP_041481207.1 WP_142931103.1 1.92e-13 2202200 Pseudomonadati Campylobacterota WP_041481207.1 WP_072380563.1 8.16e-11 501024 Pseudomonadati Pseudomonadota WP_041481207.1 WP_258581409.1 1.18e-10 2865837 Pseudomonadati Pseudomonadota WP_041481207.1 WP_098952357.1 6.95e-10 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_041481207.1 MCH4209672.1 1.84e-09 41200 Bacillati Actinomycetota WP_041481207.1 NNE23115.1 1.07e-08 1909294 Pseudomonadati Pseudomonadota WP_041481207.1 MBO5162475.1 8.00e-08 1898203 Bacillati Bacillota WP_041481207.1 WP_226904802.1 1.62e-05 N/A N/A WP_041481207.1 NVM03966.1 2.66e-05 2719382 Promethearchaeati Candidatus Helarchaeota WP_041481207.1 WP_276362074.1 6.36e-05 3034022 Bacillati Actinomycetota WP_041481207.1 WP_089095302.1 9.05e-05 346;473426 Pseudomonadati Pseudomonadota WP_041481207.1 MBQ3864274.1 1.94e-04 2044939 Bacillati Bacillota CAH2899959.1 CAH2899959.1 5.69e-180 1822466 Pseudomonadati Pseudomonadota CAH2899959.1 TXH38262.1 3.70e-66 1898112 Pseudomonadati Pseudomonadota SED94327.1 SED94327.1 0.0 1881018 Bacillati Actinomycetota WP_015484594.1 WP_015484594.1 0.0 75984;75985;1249526 Pseudomonadati Pseudomonadota CAI8213472.1 CAI8213472.1 4.60e-179 2026739 Methanobacteriati Methanobacteriota CAI8213472.1 WP_173040157.1 2.56e-13 1076124 Bacillati Actinomycetota XP_056050985.1 XP_056050985.1 0.0 2231603 Fungi Ascomycota WP_109341768.1 WP_109341768.1 0.0 95486 Pseudomonadati Pseudomonadota WP_109341768.1 EIW7596561.1 4.00e-10 2564157 Pseudomonadati Pseudomonadota MAB27215.1 MAB27215.1 1.10e-101 1916082 Pseudomonadati Pseudomonadota MAB27215.1 WP_119400337.1 6.82e-30 2211117;2541729 Pseudomonadati Pseudomonadota KAJ1022640.1 KAJ1022640.1 6.67e-257 86802 Fungi Basidiomycota WP_112119927.1 WP_112119927.1 0.0 1642 Bacillati Bacillota WP_112119927.1 WP_167959909.1 1.15e-38 2715212 Pseudomonadati Bacteroidota WP_112119927.1 WP_068051662.1 2.50e-37 1834147 Bacillati Actinomycetota WP_112119927.1 MBP6544771.1 9.51e-37 1903157 Pseudomonadati Pseudomonadota WP_112119927.1 RLB66027.1 3.48e-36 2026735 Pseudomonadati Myxococcota WP_112119927.1 WP_055153579.1 3.15e-33 1506;39482 Bacillati Bacillota WP_112119927.1 NDJ88951.1 7.35e-24 354243 Bacillati Actinomycetota WP_112119927.1 XP_052525039.1 1.79e-22 109042 Metazoa Chordata WP_112119927.1 TMQ04701.1 2.35e-22 2026735 Pseudomonadati Myxococcota WP_112119927.1 WP_200941876.1 2.91e-17 N/A N/A WP_112119927.1 PYB13830.1 3.88e-13 615 Pseudomonadati Pseudomonadota NNF05378.1 NNF05378.1 1.14e-145 2212470 0 Candidatus Eiseniibacteriota NNF05378.1 MBQ3420014.1 4.23e-28 2049044 Bacillati Bacillota NNF05378.1 WP_119328079.1 2.03e-22 2219059 Pseudomonadati Pseudomonadota WP_062517857.1 WP_062517857.1 1.88e-233 1638980 Bacillati Actinomycetota WP_062517857.1 WP_265272113.1 2.46e-11 457945 Bacillati Cyanobacteriota MBO5721020.1 MBO5721020.1 8.02e-175 2030927 Pseudomonadati Bacteroidota EFD7787626.1 EFD7787626.1 2.36e-42 562;624 Pseudomonadati Pseudomonadota WP_161643844.1 WP_161643844.1 4.08e-139 1932779 Pseudomonadati Bacteroidota WP_161643844.1 WP_262247119.1 1.39e-48 416955 Pseudomonadati Bacteroidota WDA54585.1 WDA54585.1 4.34e-133 614643 Bacillati Mycoplasmatota WP_020560972.1 WP_020560972.1 2.63e-62 125627 Pseudomonadati Pseudomonadota WP_096202154.1 WP_096202154.1 4.13e-51 2011014 Bacillati Bacillota MBQ3976808.1 MBQ3976808.1 1.99e-94 2030927 Pseudomonadati Bacteroidota XP_018561118.1 XP_018561118.1 0.0 217634 Metazoa Arthropoda WP_002655233.1 WP_002655233.1 0.0 124;314230 Pseudomonadati Planctomycetota WP_002655233.1 MCI0750124.1 1.79e-14 2026766 Pseudomonadati Pseudomonadota MCL2033989.1 MCL2033989.1 7.74e-94 2485925 Bacillati Bacillota WP_198297747.1 WP_198297747.1 4.54e-171 1416803 Pseudomonadati Pseudomonadota VDR39692.1 VDR39692.1 1.28e-239 2061 Bacillati Actinomycetota WP_131055803.1 WP_131055803.1 0.0 575 Pseudomonadati Pseudomonadota WP_131055803.1 HJC81763.1 1.58e-109 2838461 Bacillati Bacillota WP_249557352.1 WP_249557352.1 1.03e-46 2942476 Pseudomonadati Bacteroidota WP_070428178.1 WP_070428178.1 0.0 1581055;1581140;2614124 Bacillati Actinomycetota WP_137732205.1 WP_137732205.1 0.0 2315236 Pseudomonadati Pseudomonadota WP_201490320.1 WP_201490320.1 1.62e-75 562 Pseudomonadati Pseudomonadota WP_036973950.1 WP_036973950.1 1.16e-129 53246;53249;1452721;2021391;2896366;2908893 Pseudomonadati Bacteroidota;Pseudomonadota KNA07336.1 KNA07336.1 2.72e-143 3562 Viridiplantae Streptophyta KAG3033979.1 KAG3033979.1 1.29e-306 29920 0 Oomycota NRB78924.1 NRB78924.1 1.93e-295 2497634 Pseudomonadati Pseudomonadota PNJ24551.1 PNJ24551.1 1.06e-108 9601 Metazoa Chordata WP_027369743.1 WP_027369743.1 0.0 N/A N/A EBU6207141.1 EBU6207141.1 0.0 28901;59201 Pseudomonadati Pseudomonadota WP_244028884.1 WP_244028884.1 7.57e-176 2836556 Pseudomonadati Pseudomonadota OGD85943.1 OGD85943.1 6.85e-155 1797727;1797745 0 Candidatus Curtissiibacteriota OGD85943.1 WP_089608892.1 1.31e-32 51515 Bacillati Bacillota XP_049486383.1 XP_049486383.1 0.0 29064 Metazoa Chordata WP_119088635.1 WP_119088635.1 0.0 2290919 Pseudomonadati Candidatus Cryosericota XP_055254096.1 XP_055254096.1 3.21e-149 68408 Metazoa Chordata XP_055254096.1 NXY38534.1 1.25e-69 932028 Metazoa Chordata WP_241133221.1 WP_241133221.1 1.05e-179 1287735 Pseudomonadati Pseudomonadota WP_225781432.1 WP_225781432.1 1.09e-261 2866600 Pseudomonadati Pseudomonadota MBQ3321785.1 MBQ3321785.1 3.86e-289 1879010 Bacillati Bacillota MBQ3321785.1 MBO5857838.1 1.36e-16 2044939 Bacillati Bacillota RMF68396.1 RMF68396.1 0.0 2420337 Bacillati Cyanobacteriota RMF68396.1 WP_230284916.1 9.99e-55 2745871 Thermotogati Deinococcota RMF68396.1 WP_193956008.1 1.19e-18 1126;1401878 Bacillati Cyanobacteriota WP_177420403.1 WP_177420403.1 2.79e-300 205975 Pseudomonadati Pseudomonadota WP_177420403.1 NOR80888.1 1.77e-54 2020875 Pseudomonadati Pseudomonadota MBX7048921.1 MBX7048921.1 3.29e-56 2448779 Pseudomonadati Bacteroidota MBP5709003.1 MBP5709003.1 1.96e-49 2030927 Pseudomonadati Bacteroidota MBP5709003.1 WP_088526897.1 2.71e-17 1743164 Pseudomonadati Pseudomonadota GAN03156.1 GAN03156.1 2.33e-290 91626 Fungi Mucoromycota GAN03156.1 XP_040685867.1 1.81e-125 5066;1073089 Fungi Ascomycota GAN03156.1 WP_074825075.1 3.21e-75 82985;1122977 Pseudomonadati Pseudomonadota GAN03156.1 MCP1651746.1 9.81e-74 46680 Pseudomonadati Pseudomonadota GAN03156.1 EDH4057100.1 4.78e-73 149388 Pseudomonadati Pseudomonadota GAN03156.1 WP_004619799.1 2.52e-65 75;78;1292034 Pseudomonadati Pseudomonadota GAN03156.1 WP_277084622.1 1.92e-61 2606630 Bacillati Bacillota GAN03156.1 WP_083141943.1 4.86e-61 39692 Bacillati Actinomycetota GAN03156.1 MBA2536487.1 2.76e-58 2900548 Bacillati Actinomycetota ETZ74096.1 ETZ74096.1 1.37e-279 36809;1335410;1335416 Bacillati Actinomycetota MCC7304610.1 MCC7304610.1 0.0 1869227 0 0 MCC7304610.1 NNC58435.1 1.64e-231 1042 Pseudomonadati Pseudomonadota MCC7304610.1 MCF2656092.1 5.96e-129 84030 Bacillati Bacillota MCC7304610.1 MBQ2587741.1 5.12e-94 59823 Pseudomonadati Bacteroidota MCC7304610.1 WP_274976404.1 2.83e-91 3061629 Bacillati Actinomycetota MCC7304610.1 WP_010016619.1 2.73e-19 1229756;1607839;3016637 Bacillati Bacillota WP_075190302.1 WP_075190302.1 5.84e-262 1772333 Pseudomonadati Pseudomonadota WP_075190302.1 XP_027924147.1 3.87e-71 3917 Viridiplantae Streptophyta TLX83379.1 TLX83379.1 1.81e-124 2026795 Thermoproteati Nitrososphaerota MBA2554676.1 MBA2554676.1 7.55e-199 1882271 Bacillati Actinomycetota MBA2554676.1 MUU11774.1 7.63e-32 876091;1945593 Bacillati Bacillota MBA2554676.1 MBS4968936.1 4.95e-26 1898203 Bacillati Bacillota WP_239517986.1 WP_239517986.1 2.01e-293 670 Pseudomonadati Pseudomonadota WP_239517986.1 MHQ93786.1 3.39e-16 562 Pseudomonadati Pseudomonadota CDL84920.1 CDL84920.1 9.12e-54 1427518 Pseudomonadati Pseudomonadota WP_122920202.1 WP_122920202.1 2.20e-203 511487 Bacillati Bacillota WP_122920202.1 MBP8049567.1 8.37e-42 1955243 Bacillati Bacillota WP_122920202.1 CAH0143531.1 4.60e-19 450367 Bacillati Bacillota HID24809.1 HID24809.1 0.0 2026779 Pseudomonadati Planctomycetota HID24809.1 MBO6554759.1 1.26e-05 1913961;1915402 Pseudomonadati Pseudomonadota MBW6512602.1 MBW6512602.1 8.10e-216 2099677 Pseudomonadati Thermodesulfobacteriota MBD3641221.1 MBD3641221.1 2.03e-161 50741 Pseudomonadati Pseudomonadota WP_070723361.1 WP_070723361.1 0.0 1739459 Pseudomonadati Bacteroidota WP_070723361.1 MBQ8462807.1 0.0 59823 Pseudomonadati Bacteroidota TDR34929.1 TDR34929.1 7.76e-268 1650 Bacillati Bacillota TDR34929.1 MCK4996050.1 4.78e-102 2268204 Methanobacteriati Thermoplasmatota QQC21553.1 QQC21553.1 4.08e-157 1655 Bacillati Actinomycetota MCQ2539410.1 MCQ2539410.1 2.23e-79 1872090 Bacillati Bacillota MCQ2539410.1 WP_077533069.1 5.89e-26 1852384 Bacillati Bacillota MCQ2539410.1 WP_023355490.1 2.21e-05 43997;592026 Bacillati Bacillota WP_187843135.1 WP_187843135.1 3.26e-79 210 Pseudomonadati Campylobacterota UGX22439.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UGX22439.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_126679569.1 WP_126679569.1 0.0 287 Pseudomonadati Pseudomonadota WP_126679569.1 HAB03480.1 4.39e-65 306 Pseudomonadati Pseudomonadota WP_126679569.1 WP_230171322.1 3.71e-62 2845820 Pseudomonadati Pseudomonadota WP_126679569.1 CKF71070.1 1.22e-55 2026186 Bacillati Bacillota WP_126679569.1 MBF0143407.1 9.33e-40 2026759 Pseudomonadati Pseudomonadota WP_126679569.1 WP_159812831.1 7.49e-23 2681406 Pseudomonadati Pseudomonadota WP_126679569.1 WP_145544593.1 1.62e-21 419257 Pseudomonadati Pseudomonadota WP_126679569.1 WP_255266214.1 3.26e-19 37329 Bacillati Actinomycetota WP_126679569.1 HCN71343.1 3.28e-18 3040095 0 0 WP_001804449.1 WP_001804449.1 4.58e-297 1280;93061;93062;426430;663951;904724;904725;904737;904754;904761;904765;904787;931442;931450;948561;1118959;1194085;1201010;1241616;1242970;1305598;1308713;1448847;1448848;1448851;1448852;1448854 Bacillati Bacillota MCP4774001.1 MCP4774001.1 1.74e-200 2026779 Pseudomonadati Planctomycetota MCP4774001.1 WP_201520784.1 5.43e-56 2770504 Bacillati Actinomycetota MCP4774001.1 WP_103270848.1 1.93e-28 2;470 0;Pseudomonadati 0;Pseudomonadota WP_218014032.1 WP_218014032.1 0.0 687525 Pseudomonadati Pseudomonadota WP_218014032.1 NLG67042.1 1.85e-31 2900548 Bacillati Actinomycetota WP_218014032.1 WP_222322625.1 1.45e-23 517719 Pseudomonadati Pseudomonadota WP_218014032.1 HIA35646.1 5.74e-20 2021391 Pseudomonadati Bacteroidota MBT3179978.1 MBT3179978.1 0.0 2026760 Pseudomonadati Fidelibacterota MBT3179978.1 BBL73457.1 1.08e-122 1760988 Pseudomonadati Pseudomonadota MBT3179978.1 MBP8718427.1 7.04e-21 2053509 Pseudomonadati Atribacterota WP_220492852.1 WP_220492852.1 0.0 194690 Pseudomonadati Pseudomonadota WP_220492852.1 PIY74148.1 5.98e-06 1974800 0 Candidatus Portnoyibacteriota WP_220492852.1 MBL6756473.1 5.73e-05 2026780 Pseudomonadati Planctomycetota WP_063338866.1 WP_063338866.1 1.74e-237 196814;1561205;1561206 Pseudomonadati Pseudomonadota WP_063338866.1 WP_132898842.1 2.13e-103 287 Pseudomonadati Pseudomonadota WP_262406623.1 WP_262406623.1 0.0 N/A N/A WP_262406623.1 WP_281507500.1 0.0 N/A N/A WP_262406623.1 MBT5488157.1 8.25e-153 2026743 Pseudomonadati Pseudomonadota WP_110366458.1 WP_110366458.1 0.0 2135644 Pseudomonadati Bacteroidota WP_110366458.1 MBL4744408.1 6.49e-174 2024830 Pseudomonadati Pseudomonadota WP_110366458.1 WP_265225845.1 3.79e-71 95486 Pseudomonadati Pseudomonadota WP_110366458.1 WP_039608285.1 1.08e-69 43657 Pseudomonadati Pseudomonadota WP_110366458.1 TME45086.1 1.90e-35 2026724 Bacillati Chloroflexota PAF30375.1 PAF30375.1 3.10e-90 2022549 Bacillati Bacillota WP_180034620.1 WP_180034620.1 2.42e-247 469;2942470 Pseudomonadati Pseudomonadota WP_180034620.1 WP_241105826.1 7.19e-101 2920387 Pseudomonadati Pseudomonadota GFA01557.1 GFA01557.1 0.0 118510 Viridiplantae Streptophyta MBV5323933.1 MBV5323933.1 5.01e-61 1898112 Pseudomonadati Pseudomonadota EHH49716.1 EHH49716.1 5.13e-124 9541 Metazoa Chordata WP_064068643.1 WP_064068643.1 6.74e-226 1883;1971 Bacillati Actinomycetota WP_064068643.1 NQT29221.1 2.62e-67 2575572 Bacillati 0 WP_064068643.1 MCU0490050.1 1.50e-04 2562117 Bacillati Chloroflexota KAI9713296.1 KAI9713296.1 6.54e-259 2939400 Fungi Ascomycota KAG7197246.1 KAG7197246.1 0.0 860918 Metazoa Arthropoda HAT4171334.1 HAT4171334.1 0.0 1502 Bacillati Bacillota HAT4171334.1 SFB29161.1 1.63e-125 1855288 Bacillati Bacillota HAT4171334.1 GFR82011.1 4.60e-44 1093978 Metazoa Mollusca HAT4171334.1 HHH37178.1 3.06e-15 2026809 Pseudomonadati Campylobacterota WP_148803392.1 WP_148803392.1 2.23e-103 199 Pseudomonadati Campylobacterota KAJ0864938.1 KAJ0864938.1 1.15e-86 4232 Viridiplantae Streptophyta WP_282035981.1 WP_282035981.1 2.82e-120 1849719 Pseudomonadati Bacteroidota MCO6473319.1 MCO6473319.1 2.11e-233 2614255 Pseudomonadati Ignavibacteriota XP_006376427.2 XP_006376427.2 3.83e-303 3694 Viridiplantae Streptophyta XP_006376427.2 WP_116073910.1 4.77e-44 1404 Bacillati Bacillota XP_006376427.2 WP_026497435.1 1.40e-37 1280681 Bacillati Bacillota UPT73080.1 UPT73080.1 7.13e-190 2030800 Pseudomonadati Elusimicrobiota EGR2272270.1 EGR2272270.1 0.0 670 Pseudomonadati Pseudomonadota EGR2272270.1 WP_269885397.1 2.46e-26 3388067 Bacillati Bacillota EGR2272270.1 MBI5333464.1 2.16e-23 1891238 Pseudomonadati Pseudomonadota EGR2272270.1 EJF06804.1 1.19e-20 1177931 Pseudomonadati Campylobacterota EGR2272270.1 WP_107169208.1 1.05e-19 2108399 Pseudomonadati Pseudomonadota EGR2272270.1 WP_145544593.1 1.44e-19 419257 Pseudomonadati Pseudomonadota EGR2272270.1 WP_029222917.1 5.11e-19 662;1191324 Pseudomonadati Pseudomonadota EGR2272270.1 CKF71070.1 1.74e-18 2026186 Bacillati Bacillota EGR2272270.1 MBK6870374.1 1.39e-17 2487580 Bacillati Actinomycetota EGR2272270.1 WP_230171322.1 1.52e-17 2845820 Pseudomonadati Pseudomonadota EGR2272270.1 HCN71343.1 3.20e-17 3040095 0 0 EGR2272270.1 WP_255266214.1 8.55e-16 37329 Bacillati Actinomycetota EGR2272270.1 WP_000484099.1 5.54e-15 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota EGR2272270.1 WP_018646673.1 5.88e-12 990078 Pseudomonadati Pseudomonadota EGR2272270.1 WP_023050329.1 2.07e-10 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota EGR2272270.1 MBT3459335.1 5.34e-06 2026743 Pseudomonadati Pseudomonadota WP_079091847.1 WP_079091847.1 2.28e-183 1773 Bacillati Actinomycetota KAG7553039.1 KAG7553039.1 4.15e-210 1240361 Viridiplantae Streptophyta KAG7553039.1 PUZ48934.1 6.88e-05 1504633 Viridiplantae Streptophyta CUH97802.1 CUH97802.1 1.35e-142 1677858 Bacillati Bacillota CUH97802.1 HAW5846675.1 1.77e-12 562 Pseudomonadati Pseudomonadota WP_106697451.1 WP_106697451.1 1.45e-303 587753;1513890 Pseudomonadati Pseudomonadota WP_200047810.1 WP_200047810.1 8.67e-238 57706 Pseudomonadati Pseudomonadota WP_200047810.1 WP_006034446.1 2.01e-23 58051;78556;2637987 Pseudomonadati Pseudomonadota WP_097273626.1 WP_097273626.1 9.34e-235 1938861 Bacillati Actinomycetota WP_223806191.1 WP_223806191.1 3.40e-239 2483363 Pseudomonadati Pseudomonadota WP_223806191.1 MBI2416798.1 3.88e-07 2049428 Pseudomonadati Ignavibacteriota WP_223806191.1 ECK9821833.1 1.14e-04 197 Pseudomonadati Campylobacterota EJO8252676.1 EJO8252676.1 1.33e-79 195 Pseudomonadati Campylobacterota EJO8252676.1 EAL1671435.1 1.40e-66 197 Pseudomonadati Campylobacterota EJO8252676.1 PJQ02245.1 3.11e-40 32022 Pseudomonadati Campylobacterota XP_052459928.1 XP_052459928.1 2.73e-174 101364 Metazoa Chordata WP_282393050.1 WP_282393050.1 1.54e-86 3044177 Bacillati Actinomycetota KAF9021604.1 KAF9021604.1 6.21e-251 937743 Fungi Basidiomycota WP_190492354.1 WP_190492354.1 1.70e-87 2692848 Bacillati Cyanobacteriota RZU50905.1 RZU50905.1 0.0 349313 Bacillati Actinomycetota WP_004647440.1 WP_004647440.1 1.77e-97 469;28090;981327;1144674;1217669 Pseudomonadati Pseudomonadota WP_196051328.1 WP_196051328.1 0.0 1492 Bacillati Bacillota WP_196051328.1 WP_091423297.1 8.02e-30 1798225 Pseudomonadati Bacteroidota WP_196051328.1 WP_131284109.1 7.01e-25 2496842 Bacillati Actinomycetota WP_196051328.1 NEB38825.1 3.92e-23 2706074 Bacillati Actinomycetota WP_122709004.1 WP_122709004.1 9.43e-243 N/A N/A WP_231022353.1 WP_231022353.1 6.26e-296 2898528 Pseudomonadati Pseudomonadota WP_231022353.1 GER04731.1 6.49e-118 1236968 Pseudomonadati Pseudomonadota WP_279838136.1 WP_279838136.1 2.40e-203 N/A N/A WP_279838136.1 WP_199425576.1 5.82e-14 247480 Bacillati Bacillota GGY15265.1 GGY15265.1 4.91e-133 1306180 Bacillati Actinomycetota MBE0512446.1 MBE0512446.1 2.44e-53 2026714 Thermoproteati Candidatus Bathyarchaeota WP_270310372.1 WP_270310372.1 7.72e-302 881260 Pseudomonadati Pseudomonadota WP_009881125.1 WP_009881125.1 6.00e-118 1314 Bacillati Bacillota MCB9642437.1 MCB9642437.1 1.35e-21 2026763 Pseudomonadati Myxococcota WP_061880815.1 WP_061880815.1 3.06e-213 374;43992;2755406 Pseudomonadati Pseudomonadota WP_061880815.1 WP_108706918.1 1.97e-18 1827580 Bacillati Actinomycetota KAI3416446.1 KAI3416446.1 4.14e-55 36090 Metazoa Nematoda WP_015602159.1 WP_015602159.1 6.51e-136 57975;430531;1249661 Pseudomonadati Pseudomonadota XP_040238549.2 XP_040238549.2 0.0 1518534 Metazoa Arthropoda AAV84242.1 AAV84242.1 2.10e-107 179676 Metazoa Arthropoda AAV84242.1 KAJ1529594.1 2.30e-57 439358 Metazoa Arthropoda MBN8715319.1 MBN8715319.1 8.27e-145 2006849 Pseudomonadati Pseudomonadota WP_123966251.1 WP_123966251.1 1.28e-258 2485151 Bacillati Actinomycetota WP_123966251.1 WP_157580311.1 2.32e-27 1736333 Bacillati Actinomycetota MBA2544012.1 MBA2544012.1 0.0 2026735 Pseudomonadati Myxococcota WP_234123871.1 WP_234123871.1 4.38e-80 1393 Bacillati Bacillota WP_234123871.1 MCG8687614.1 3.18e-10 2044940 Pseudomonadati Thermodesulfobacteriota WP_004185621.1 WP_004185621.1 1.70e-273 570;573 Pseudomonadati Pseudomonadota WP_004185621.1 WP_106735761.1 1.55e-239 562 Pseudomonadati Pseudomonadota MCB0243881.1 MCB0243881.1 6.81e-159 2052143 Bacillati Chloroflexota MCB0243881.1 WP_145468487.1 6.83e-61 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota MCB0243881.1 MBT4161918.1 1.52e-59 1913989 Pseudomonadati Pseudomonadota MCB0243881.1 MCC6044083.1 1.84e-58 2184738 Thermoproteati Thermoproteota MCB0243881.1 WP_250499463.1 2.38e-54 2921743 Pseudomonadati Pseudomonadota MCB0243881.1 MCF7808720.1 8.72e-54 2026760 Pseudomonadati Fidelibacterota MCB0243881.1 WP_107894076.1 2.78e-27 1130819 Bacillati Bacillota MCB0243881.1 WP_195238978.1 4.84e-19 1502 Bacillati Bacillota MCB0243881.1 WP_174822921.1 6.73e-19 N/A N/A MCB0243881.1 NFD84694.1 2.25e-13 1491 Bacillati Bacillota MCB0243881.1 KAI9191373.1 6.33e-12 4023 Viridiplantae Streptophyta MCB0243881.1 MCH5231772.1 4.85e-06 2498093 Pseudomonadati Bacteroidota KDR18051.1 KDR18051.1 7.03e-41 136037 Metazoa Arthropoda WP_253495381.1 WP_253495381.1 2.59e-152 411483 Bacillati Bacillota EFN5389376.1 EFN5389376.1 0.0 562 Pseudomonadati Pseudomonadota EFN5389376.1 KDT27382.1 0.0 1444056 Pseudomonadati Pseudomonadota EFN5389376.1 HAN0352225.1 5.27e-238 562 Pseudomonadati Pseudomonadota EFN5389376.1 EIH4263652.1 1.00e-231 562 Pseudomonadati Pseudomonadota EFN5389376.1 EFL5817307.1 1.67e-185 562 Pseudomonadati Pseudomonadota EFN5389376.1 EJW7579374.1 7.71e-144 562 Pseudomonadati Pseudomonadota EFN5389376.1 EFL3122059.1 1.55e-53 562 Pseudomonadati Pseudomonadota EFN5389376.1 EDD0587303.1 4.48e-22 90371 Pseudomonadati Pseudomonadota MCI0529127.1 MCI0529127.1 9.34e-236 70125 Pseudomonadati Nitrospirota WP_050163955.1 WP_050163955.1 1.67e-171 485 Pseudomonadati Pseudomonadota WP_050163955.1 NLL64488.1 2.56e-32 1898204 Bacillati Bacillota XP_001275602.1 XP_001275602.1 0.0 344612 Fungi Ascomycota MBS9779527.1 MBS9779527.1 6.37e-244 1889775 Pseudomonadati Pseudomonadota MBS9779527.1 WP_176051587.1 1.94e-88 2676293 Pseudomonadati Pseudomonadota WP_149040698.1 WP_149040698.1 3.66e-299 1639 Bacillati Bacillota MBI5294613.1 MBI5294613.1 0.0 2026724 Bacillati Chloroflexota KAG5560933.1 KAG5560933.1 3.38e-46 479676 Viridiplantae Streptophyta WP_070664995.1 WP_070664995.1 0.0 2049;29317;1739395 Bacillati Actinomycetota WP_070664995.1 EHA1403784.1 8.76e-14 28901 Pseudomonadati Pseudomonadota KAJ3564783.1 KAJ3564783.1 1.56e-286 56174 Fungi Basidiomycota KDZ18439.1 KDZ18439.1 2.37e-32 1444054;1444082;1444108 Pseudomonadati Pseudomonadota UBP50947.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UBP50947.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_160877220.1 WP_160877220.1 0.0 1829 Bacillati Actinomycetota WP_160877220.1 HIG56173.1 2.55e-97 2053570;2099671 0;Pseudomonadati Candidatus Latescibacterota;Candidatus Handelsmaniibacteriota XP_047466965.1 XP_047466965.1 1.49e-282 48193 Metazoa Chordata XP_047466965.1 WP_016809838.1 5.72e-24 571;883119 Pseudomonadati Pseudomonadota XP_047466965.1 MBO1529847.1 1.88e-23 2818440 Pseudomonadati Pseudomonadota XP_047466965.1 WP_202925384.1 3.67e-12 2703789 Pseudomonadati Bacteroidota WP_186480556.1 WP_186480556.1 0.0 1442555 Bacillati Cyanobacteriota WP_185334683.1 WP_185334683.1 0.0 1640 Bacillati Bacillota WP_185334683.1 GBD21053.1 3.76e-135 2035423 0 0 WP_185334683.1 WP_150396769.1 5.10e-92 305 Pseudomonadati Pseudomonadota WP_185334683.1 MBO5162475.1 4.54e-83 1898203 Bacillati Bacillota WP_185334683.1 WP_089246429.1 9.72e-66 398843 Bacillati Actinomycetota WP_185334683.1 WP_029347391.1 3.13e-30 68287;1871066;2014805;2496770;2496771 Pseudomonadati Pseudomonadota WP_185334683.1 WP_281543397.1 3.00e-23 544645 Pseudomonadati Bacteroidota WP_185334683.1 WP_084371009.1 3.74e-23 692418 Pseudomonadati Bacteroidota WP_185334683.1 NLW39422.1 1.48e-22 2049431 Bacillati Bacillota WP_185334683.1 WP_152652784.1 7.70e-20 2023717 Pseudomonadati Pseudomonadota WP_185334683.1 WP_197521413.1 5.75e-16 1528787 Bacillati Bacillota WP_185334683.1 WP_008134825.1 1.01e-15 1144344 Pseudomonadati Pseudomonadota WP_185334683.1 WP_107894076.1 2.00e-12 1130819 Bacillati Bacillota WP_185334683.1 WP_066083732.1 9.06e-12 220687 Bacillati Bacillota WP_185334683.1 MBO8485404.1 7.61e-09 2840759 Pseudomonadati Bacteroidota WP_185334683.1 WP_211555180.1 2.44e-08 574987 Pseudomonadati Pseudomonadota WP_185334683.1 OAN53756.1 5.60e-08 1285242 Pseudomonadati Pseudomonadota WP_193019742.1 WP_193019742.1 1.34e-124 1773 Bacillati Actinomycetota NXX86929.1 NXX86929.1 0.0 458196 Metazoa Chordata WP_070552687.1 WP_070552687.1 9.63e-278 47715;1715100 Bacillati Bacillota WP_070552687.1 KKQ77718.1 9.60e-87 1618783;1802733;1802746;1802752;1802758 0 0;Candidatus Zambryskiibacteriota XP_004149267.1 XP_004149267.1 0.0 3659 Viridiplantae Streptophyta HIR19825.1 HIR19825.1 1.21e-229 2840902 Bacillati Bacillota NBT94281.1 NBT94281.1 6.80e-131 2026724 Bacillati Chloroflexota NBT94281.1 MCF7895906.1 1.56e-31 2035772 Pseudomonadati Candidatus Omnitrophota NBT94281.1 MCU1411638.1 9.83e-20 1950123 Bacillati Actinomycetota NBT94281.1 MBQ6794463.1 2.30e-16 1969738 Pseudomonadati Bacteroidota NBT94281.1 MBA3609961.1 1.53e-14 2036010 Bacillati Actinomycetota MBE6649515.1 MBE6649515.1 1.75e-265 2485925 Bacillati Bacillota EEE2002201.1 EEE2002201.1 2.93e-110 2048769 Pseudomonadati Pseudomonadota EEE2002201.1 WP_028393295.1 2.16e-10 672;186817;450367;1581030;1581037;1736211;1736396;1736405;1882762;2033488;2033493;2033515;2057910;2762330;2778370;2781732;2819121;2819178;2861286;2938231 Bacillati;Pseudomonadati Pseudomonadota;Bacillota;Actinomycetota GFT96598.1 GFT96598.1 0.0 299642 Metazoa Arthropoda WP_251111556.1 WP_251111556.1 2.86e-224 196816;2950075;2950076 Pseudomonadati Pseudomonadota KAI9193803.1 KAI9193803.1 4.52e-135 4023 Viridiplantae Streptophyta OAQ80483.1 OAQ80483.1 3.55e-242 33203 Fungi Ascomycota MCK4996050.1 MCK4996050.1 6.80e-282 2268204 Methanobacteriati Thermoplasmatota MCK4996050.1 TDR34929.1 9.18e-100 1650 Bacillati Bacillota WP_190461229.1 WP_190461229.1 4.98e-115 2692794 Bacillati Cyanobacteriota WP_083296738.1 WP_083296738.1 1.11e-274 538;539 Pseudomonadati Pseudomonadota WP_083296738.1 MBF0865514.1 3.07e-128 2724927;2724928;2724929;2724930 Pseudomonadati Pseudomonadota WP_083296738.1 WP_057452934.1 2.85e-125 29438;129136 Pseudomonadati Pseudomonadota WP_083296738.1 WP_040532466.1 3.71e-105 283735;1977054 Pseudomonadati Bacteroidota OPL17692.1 OPL17692.1 6.04e-258 1775674 Pseudomonadati 0 WP_248328072.1 WP_248328072.1 1.48e-296 379097 Pseudomonadati Pseudomonadota WP_248328072.1 OYY81277.1 1.20e-30 1970520 Pseudomonadati Pseudomonadota WP_248328072.1 WP_200543170.1 1.37e-07 2769338 Pseudomonadati Pseudomonadota WP_105160947.1 WP_105160947.1 0.0 N/A N/A WP_105160947.1 WP_173040157.1 1.83e-79 1076124 Bacillati Actinomycetota WP_105160947.1 OQA35671.1 4.46e-67 1852840 0 0 WP_105160947.1 MCH5231772.1 2.74e-62 2498093 Pseudomonadati Bacteroidota WP_105160947.1 WP_041710957.1 4.03e-45 1501 Bacillati Bacillota WP_105160947.1 MYD56339.1 1.24e-24 2026787 Pseudomonadati Rhodothermota WP_105160947.1 WP_089095302.1 3.06e-20 346;473426 Pseudomonadati Pseudomonadota WP_105160947.1 WP_281543397.1 4.90e-11 544645 Pseudomonadati Bacteroidota WP_105160947.1 WP_014657023.1 6.79e-10 586;1157951 Pseudomonadati Pseudomonadota WP_105160947.1 WP_088153117.1 4.08e-07 171674 Pseudomonadati Pseudomonadota WP_105160947.1 WP_221265680.1 5.91e-06 N/A N/A WP_105160947.1 THW78755.1 8.53e-06 5580 Fungi Ascomycota HHZ84751.1 HHZ84751.1 6.77e-256 1913989 Pseudomonadati Pseudomonadota HHZ84751.1 WP_265272113.1 3.63e-37 457945 Bacillati Cyanobacteriota HHZ84751.1 WP_267861425.1 1.45e-24 2996790 Pseudomonadati Myxococcota HHZ84751.1 WP_014217999.1 1.87e-18 354356;700598 Pseudomonadati Bacteroidota HHZ84751.1 EXK83554.1 7.06e-13 96318;1089458 Fungi Ascomycota WP_059149453.1 WP_059149453.1 5.24e-100 1883;1912;68280;1188315;1851167;2820288 Bacillati Actinomycetota KAG0047764.1 KAG0047764.1 0.0 979690 Fungi Mortierellomycota CSP94261.1 CSP94261.1 4.48e-197 624 Pseudomonadati Pseudomonadota CSP94261.1 NNE87648.1 7.26e-33 2058390 Pseudomonadati Pseudomonadota WP_249310236.1 WP_249310236.1 4.55e-84 2763671 Bacillati Bacillota XP_025923156.1 XP_025923156.1 0.0 308060 Metazoa Chordata WP_255691273.1 WP_255691273.1 6.99e-312 N/A N/A SDI37994.1 SDI37994.1 2.93e-71 930129 Bacillati Bacillota WP_035109232.1 WP_035109232.1 4.80e-46 1513;1172203 Bacillati Bacillota KAJ6253787.1 KAJ6253787.1 0.0 1746091 0 0 QZU16279.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota QZU16279.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_106735761.1 WP_106735761.1 1.10e-268 562 Pseudomonadati Pseudomonadota WP_106735761.1 WP_004185621.1 4.43e-239 570;573 Pseudomonadati Pseudomonadota MBS8550192.1 MBS8550192.1 8.74e-147 562 Pseudomonadati Pseudomonadota UPA83906.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UPA83906.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_004208647.1 WP_004208647.1 6.35e-177 13690;165695;883163;1912891;2979467 Pseudomonadati Pseudomonadota WP_004208647.1 WP_091733714.1 1.06e-56 1881035 Pseudomonadati Pseudomonadota WP_004208647.1 WP_154541351.1 2.57e-12 165779;2652269;2742993 Bacillati Bacillota WP_053816212.1 WP_053816212.1 0.0 670 Pseudomonadati Pseudomonadota HCI22783.1 HCI22783.1 4.63e-202 1898207 Bacillati Bacillota WP_116701099.1 WP_116701099.1 7.90e-226 2171494 Pseudomonadati Pseudomonadota WP_116701099.1 WP_058635033.1 6.66e-45 401562 Pseudomonadati Pseudomonadota WP_116701099.1 WP_059510827.1 1.24e-42 488732 Pseudomonadati Pseudomonadota WP_116701099.1 WP_251874466.1 2.92e-41 2950604 Bacillati Bacillota WP_116701099.1 WP_234306850.1 1.54e-38 1463845 Bacillati Actinomycetota WP_116701099.1 MBC99785.1 1.79e-33 2026728 Pseudomonadati Bacteroidota YP_009919788.1 YP_009919788.1 6.82e-85 174643;473037;1699426 Fungi Ascomycota WP_004660460.1 WP_004660460.1 0.0 469;348388;1776740 Pseudomonadati Pseudomonadota WP_004727834.1 WP_004727834.1 7.35e-136 29494;675811 Pseudomonadati Pseudomonadota GFX07062.1 GFX07062.1 1.21e-118 2585209 Metazoa Arthropoda NXG47881.1 NXG47881.1 0.0 2585815 Metazoa Chordata NXG47881.1 WP_164588414.1 1.38e-10 1883;73044;2706027 Bacillati Actinomycetota WP_110984669.1 WP_110984669.1 4.09e-260 1764569;2929456 Bacillati Cyanobacteriota WP_050342552.1 WP_050342552.1 4.46e-305 712538 Bacillati Bacillota WP_266708839.1 WP_266708839.1 0.0 2975652 Bacillati Actinomycetota WP_266708839.1 CAE6472910.1 3.99e-39 456999 Fungi Basidiomycota WP_274323930.1 WP_274323930.1 4.17e-77 3026162 Methanobacteriati Methanobacteriota WP_133448963.1 WP_133448963.1 1.63e-57 1389713 Bacillati Actinomycetota WP_044459070.1 WP_044459070.1 3.32e-148 648995;1604021 Pseudomonadati Pseudomonadota MBZ0271896.1 MBZ0271896.1 9.99e-130 1869227 0 0 MBZ0271896.1 MBQ6488280.1 1.13e-12 2060878 Bacillati Bacillota KAF2871612.1 KAF2871612.1 2.43e-68 100035 Fungi Ascomycota OGF51096.1 OGF51096.1 2.89e-77 1817859 0 Candidatus Firestoneibacteriota KAA0015115.1 KAA0015115.1 6.91e-244 1906666;2012522 Methanobacteriati Thermoplasmatota KAA0015115.1 MBU2271834.1 1.54e-28 1913988 Pseudomonadati Pseudomonadota MCD6081740.1 MCD6081740.1 2.60e-131 2052148 0 candidate division WOR-3 WP_074527819.1 WP_074527819.1 0.0 47885 Pseudomonadati Pseudomonadota WP_074527819.1 WP_109267392.1 2.07e-131 470 Pseudomonadati Pseudomonadota WP_074527819.1 KAH8780162.1 9.23e-08 2614600 Fungi Ascomycota WP_108511015.1 WP_108511015.1 1.54e-231 210 Pseudomonadati Campylobacterota WP_108511015.1 MBI2506024.1 3.57e-10 2053570 Pseudomonadati Candidatus Latescibacterota WP_167197999.1 WP_167197999.1 5.55e-50 2716691 Pseudomonadati Pseudomonadota QDH16072.1 QDH16072.1 1.13e-133 2558360 Pseudomonadati Pseudomonadota QDH16072.1 WP_005710284.1 1.94e-35 736;1095743 Pseudomonadati Pseudomonadota NGP45824.1 NGP45824.1 3.92e-174 1398745 Bacillati Bacillota NGP45824.1 WP_113851760.1 1.39e-53 562 Pseudomonadati Pseudomonadota NGP45824.1 WP_282979415.1 1.43e-51 33917 Bacillati Actinomycetota NGP45824.1 MBQ6815353.1 4.62e-28 1898203 Bacillati Bacillota MCB9315714.1 MCB9315714.1 6.03e-143 2760807 Pseudomonadati Bacteroidota MCB9315714.1 WP_254972748.1 1.64e-14 165179 Pseudomonadati Bacteroidota WP_165144904.1 WP_165144904.1 3.17e-211 1406;44249;1683673;1683674 Bacillati Bacillota WP_165144904.1 URJ46333.1 1.07e-24 1406 Bacillati Bacillota GLC62462.1 GLC62462.1 3.50e-123 330485 Viridiplantae Chlorophyta WP_068051662.1 WP_068051662.1 0.0 1834147 Bacillati Actinomycetota WP_068051662.1 WP_098279309.1 5.65e-148 1396 Bacillati Bacillota WP_068051662.1 WP_112119927.1 7.83e-41 1642 Bacillati Bacillota WP_068051662.1 NQW84129.1 6.55e-39 2021368 Pseudomonadati Pseudomonadota WP_068051662.1 WP_254101325.1 9.80e-29 2961944 Pseudomonadati Pseudomonadota WP_068051662.1 MBF2759673.1 9.10e-21 1725326 Pseudomonadati Pseudomonadota KFZ09473.1 KFZ09473.1 2.47e-189 1420915 Fungi Ascomycota MCF8452598.1 MCF8452598.1 3.42e-267 1411316 Pseudomonadati Bacteroidota WP_179243590.1 WP_179243590.1 8.08e-218 343403 Pseudomonadati Bacteroidota WP_179243590.1 WP_257777211.1 5.89e-73 196821;2969303 Pseudomonadati Pseudomonadota UBY01598.1 UBY01598.1 1.24e-55 208893 Orthornavirae Negarnaviricota PBN43802.1 PBN43802.1 0.0 2017595 Pseudomonadati Pseudomonadota PBN43802.1 WP_202659240.1 9.49e-36 2803939 Pseudomonadati Pseudomonadota PBN43802.1 WP_045257206.1 4.03e-34 273678 Bacillati Actinomycetota PBN43802.1 KAJ9293589.1 7.26e-19 264951 Fungi Ascomycota UNP61785.1 UNP61785.1 0.0 11069 Orthornavirae Kitrinoviricota UNP61785.1 AHM93900.1 1.86e-162 11082 Orthornavirae Kitrinoviricota MBI3778926.1 MBI3778926.1 2.41e-155 1913989 Pseudomonadati Pseudomonadota WP_055947144.1 WP_055947144.1 4.70e-136 1736305 Bacillati Actinomycetota EHW4033744.1 EHW4033744.1 1.84e-154 28901 Pseudomonadati Pseudomonadota MCA9004139.1 MCA9004139.1 1.31e-116 2026779 Pseudomonadati Planctomycetota MBM3534697.1 MBM3534697.1 0.0 1913988 Pseudomonadati Pseudomonadota MBM3534697.1 WP_222322625.1 6.42e-18 517719 Pseudomonadati Pseudomonadota MCE2152122.1 MCE2152122.1 4.59e-135 1308 Bacillati Bacillota MCE2152122.1 MBM3701396.1 3.08e-48 2900548 Bacillati Actinomycetota MCE2152122.1 MBT3228703.1 1.26e-08 2026760 Pseudomonadati Fidelibacterota WP_090467430.1 WP_090467430.1 8.11e-158 1881048 Pseudomonadati Bacteroidota EHR8930749.1 EHR8930749.1 2.70e-118 562 Pseudomonadati Pseudomonadota KOR85988.1 KOR85988.1 0.0 1581037 Bacillati Bacillota KOR85988.1 WP_203727943.1 1.09e-33 113563 Bacillati Actinomycetota KOR85988.1 MCD6173453.1 1.40e-33 2022749 Pseudomonadati Campylobacterota KOR85988.1 WP_178999808.1 4.80e-28 141390 Pseudomonadati Pseudomonadota WP_264950959.1 WP_264950959.1 0.0 165179 Pseudomonadati Bacteroidota WP_264950959.1 PKB44918.1 2.21e-14 1798237 Pseudomonadati Bacteroidota WP_238975975.1 WP_238975975.1 0.0 N/A N/A WP_212282141.1 WP_212282141.1 3.85e-57 3697513 Pseudomonadati Pseudomonadota EAQ06730.1 EAQ06730.1 3.39e-193 314232 Pseudomonadati Pseudomonadota WP_236248745.1 WP_236248745.1 6.91e-100 78327 Pseudomonadati Pseudomonadota EFX4914003.1 EFX4914003.1 3.04e-192 623 Pseudomonadati Pseudomonadota EFL6071320.1 EFL6071320.1 2.00e-274 562 Pseudomonadati Pseudomonadota EFL6071320.1 WP_261281372.1 1.53e-33 47917 Pseudomonadati Pseudomonadota MOY08337.1 MOY08337.1 3.18e-08 9544 Metazoa Chordata WP_123363258.1 WP_123363258.1 1.28e-148 587753 Pseudomonadati Pseudomonadota WP_123363258.1 WP_065148066.1 7.34e-60 1766 Bacillati Actinomycetota GIS82389.1 GIS82389.1 1.91e-55 2026734 Bacillati Chloroflexota XP_040342838.1 XP_040342838.1 0.0 1608482 Metazoa Chordata AFA35617.1 AFA35617.1 2.30e-157 77133 0 0 NQJ73193.1 NQJ73193.1 7.81e-182 1307 Bacillati Bacillota XP_026829212.1 XP_026829212.1 0.0 2015173 Metazoa Arthropoda KAI1358894.1 KAI1358894.1 0.0 114810 Fungi Ascomycota WP_024870391.1 WP_024870391.1 1.14e-236 314722 Pseudomonadati Pseudomonadota EAI2381694.1 EAI2381694.1 1.86e-67 197 Pseudomonadati Campylobacterota EAI2381694.1 MBW1731384.1 9.44e-08 2026735 Pseudomonadati Myxococcota WP_167263015.1 WP_167263015.1 1.98e-267 1379154 Bacillati Bacillota WP_167263015.1 MBQ1771956.1 4.77e-85 2044939 Bacillati Bacillota WP_167263015.1 MBC5824559.1 1.12e-51 2052317 0 0 WP_222168304.1 WP_222168304.1 0.0 550 Pseudomonadati Pseudomonadota WP_222168304.1 WP_242685612.1 3.78e-86 2100168 Pseudomonadati Pseudomonadota WP_222168304.1 WP_202291019.1 1.39e-80 82996 Pseudomonadati Pseudomonadota WP_222168304.1 ECD4982842.1 7.35e-76 2565186 Pseudomonadati Pseudomonadota WP_222168304.1 EBS3704194.1 7.35e-76 1192578 Pseudomonadati Pseudomonadota WP_222168304.1 WP_237762402.1 3.35e-72 28901;59201 Pseudomonadati Pseudomonadota WP_221265680.1 WP_221265680.1 3.60e-226 N/A N/A WP_221265680.1 WP_084371009.1 6.35e-44 692418 Pseudomonadati Bacteroidota WP_221265680.1 WP_281543397.1 5.64e-41 544645 Pseudomonadati Bacteroidota WP_221265680.1 WP_152652784.1 1.05e-35 2023717 Pseudomonadati Pseudomonadota WP_221265680.1 MSO30570.1 6.91e-34 1978231 Pseudomonadati Acidobacteriota WP_221265680.1 EHR6291555.1 1.79e-29 28901 Pseudomonadati Pseudomonadota WP_221265680.1 WP_192500494.1 1.94e-25 1897058 Pseudomonadati Bacteroidota WP_221265680.1 WP_250499463.1 1.65e-20 2921743 Pseudomonadati Pseudomonadota WP_221265680.1 WP_132175930.1 2.11e-20 190195 Bacillati Actinomycetota WP_221265680.1 NVM03966.1 2.74e-18 2719382 Promethearchaeati Candidatus Helarchaeota WP_221265680.1 WP_089246429.1 1.94e-16 398843 Bacillati Actinomycetota WP_221265680.1 WP_131166802.1 8.16e-16 1837344 Bacillati Actinomycetota WP_221265680.1 WP_150396769.1 2.05e-15 305 Pseudomonadati Pseudomonadota WP_221265680.1 WP_011512097.1 7.50e-14 912;323097 Pseudomonadati Pseudomonadota WP_221265680.1 WAY96880.1 7.95e-09 615 Pseudomonadati Pseudomonadota WP_221265680.1 KAI9191373.1 8.90e-09 4023 Viridiplantae Streptophyta WP_221265680.1 WP_105160947.1 1.27e-05 N/A N/A WP_087199737.1 WP_087199737.1 0.0 626935;1965616 Bacillati Actinomycetota WP_087199737.1 WP_267918242.1 2.80e-12 N/A N/A HAI0697239.1 HAI0697239.1 0.0 562 Pseudomonadati Pseudomonadota HAI0697239.1 MBP6132529.1 5.32e-239 1905334 Pseudomonadati Pseudomonadota WP_039190453.1 WP_039190453.1 1.08e-311 1577900 Pseudomonadati Pseudomonadota WP_039190453.1 EMS62928.1 2.89e-77 4572 Viridiplantae Streptophyta WP_039190453.1 MBR1628375.1 6.95e-19 1898203 Bacillati Bacillota WP_039190453.1 MBY0286260.1 1.47e-15 2448780 Bacillati Actinomycetota WP_039190453.1 WP_267292626.1 9.07e-10 2873601 Pseudomonadati Bacteroidota WP_268285128.1 WP_268285128.1 2.68e-303 483913 Bacillati Bacillota WP_268285128.1 WP_016809838.1 8.09e-18 571;883119 Pseudomonadati Pseudomonadota WP_223360106.1 WP_223360106.1 2.82e-270 2781978 Bacillati Actinomycetota OUR78726.1 OUR78726.1 7.62e-72 28229 Pseudomonadati Pseudomonadota NIP79453.1 NIP79453.1 5.26e-58 1913989;2026742;2900548 Bacillati;Pseudomonadati Pseudomonadota;Gemmatimonadota;Actinomycetota NIP79453.1 WP_024330540.1 1.31e-17 447471 Pseudomonadati Pseudomonadota XP_008332845.1 XP_008332845.1 0.0 244447 Metazoa Chordata TQD74562.1 TQD74562.1 4.45e-157 106549 Viridiplantae Streptophyta MCL4381067.1 MCL4381067.1 1.14e-91 2823144 Thermoproteati Thermoproteota WP_091276063.1 WP_091276063.1 1.44e-26 568899 Bacillati Bacillota WP_091276063.1 NXE29491.1 1.88e-06 89386 Metazoa Chordata PDM41204.1 PDM41204.1 0.0 153151;2037913;2169582;2603623 Bacillati Bacillota WP_205448866.1 WP_205448866.1 9.43e-270 1491 Bacillati Bacillota TKJ28570.1 TKJ28570.1 7.65e-146 2012489 Bacillati Chloroflexota WP_204037257.1 WP_204037257.1 9.16e-134 502268 Bacillati Actinomycetota WP_204037257.1 MBV8133755.1 4.52e-36 1913988 Pseudomonadati Pseudomonadota WP_204037257.1 MBD7990178.1 4.54e-36 2762228 Pseudomonadati Pseudomonadota TQD99590.1 TQD99590.1 7.24e-130 106549 Viridiplantae Streptophyta WP_180130780.1 WP_180130780.1 6.72e-309 2601057 Pseudomonadati Pseudomonadota WP_254962431.1 WP_254962431.1 3.03e-240 1184720;2018689 Pseudomonadati Pseudomonadota WP_245961518.1 WP_245961518.1 5.28e-33 1655234 Pseudomonadati Pseudomonadota MBN8919778.1 MBN8919778.1 2.82e-221 1909294 Pseudomonadati Pseudomonadota PWL92822.1 PWL92822.1 1.65e-84 1898203 Bacillati Bacillota KFY78659.1 KFY78659.1 0.0 1420912 Fungi Ascomycota WP_079619859.1 WP_079619859.1 3.47e-253 36809;1962118 Bacillati Actinomycetota PLX13828.1 PLX13828.1 5.84e-118 2053303 Pseudomonadati Bacteroidota MBW1714133.1 MBW1714133.1 2.44e-113 2026735 Pseudomonadati Myxococcota ENF92344.1 ENF92344.1 1.00e-228 1116087 Pseudomonadati Pseudomonadota ENF92344.1 WP_117077319.1 1.50e-99 573 Pseudomonadati Pseudomonadota ENF92344.1 WP_240732162.1 3.98e-08 2597769 Pseudomonadati Thermodesulfobacteriota WP_258515841.1 WP_258515841.1 7.41e-58 663 Pseudomonadati Pseudomonadota ECP6736894.1 ECP6736894.1 1.16e-251 197 Pseudomonadati Campylobacterota ECP6736894.1 EFS8130303.1 1.30e-240 195 Pseudomonadati Campylobacterota ECP6736894.1 PJQ02245.1 1.05e-43 32022 Pseudomonadati Campylobacterota ECP6736894.1 EJA9392162.1 3.33e-23 195 Pseudomonadati Campylobacterota ECP6736894.1 EAL1671435.1 1.17e-17 197 Pseudomonadati Campylobacterota ECP6736894.1 WP_181244664.1 3.22e-06 1491 Bacillati Bacillota WP_006034446.1 WP_006034446.1 6.05e-231 58051;78556;2637987 Pseudomonadati Pseudomonadota WP_006034446.1 WP_200047810.1 1.47e-24 57706 Pseudomonadati Pseudomonadota WP_106759541.1 WP_106759541.1 7.38e-300 1524097 Pseudomonadati Pseudomonadota WP_204663166.1 WP_204663166.1 2.17e-174 1008308 Bacillati Bacillota MBJ7292067.1 MBJ7292067.1 1.01e-189 2497619 Bacillati Actinomycetota MBJ7292067.1 MCF8709434.1 4.80e-54 2912611 Pseudomonadati Pseudomonadota WP_086486287.1 WP_086486287.1 6.45e-90 1987165;2611147;3018973 Pseudomonadati Pseudomonadota EHH4366918.1 EHH4366918.1 3.39e-235 562 Pseudomonadati Pseudomonadota WP_282689626.1 WP_282689626.1 1.45e-201 2593676 Bacillati Actinomycetota WP_282689626.1 WP_065073385.1 1.96e-09 339268 Bacillati Actinomycetota KAJ1529594.1 KAJ1529594.1 4.32e-93 439358 Metazoa Arthropoda KAJ1529594.1 AAV84242.1 1.01e-58 179676 Metazoa Arthropoda WP_055337992.1 WP_055337992.1 8.63e-282 305 Pseudomonadati Pseudomonadota WP_055337992.1 WP_019444443.1 1.13e-155 29459 Pseudomonadati Pseudomonadota WP_055337992.1 MBL6847974.1 2.65e-96 1913988 Pseudomonadati Pseudomonadota WP_055337992.1 WP_019585553.1 2.12e-45 309886 Thermotogati Deinococcota WP_055337992.1 MCH8312862.1 4.56e-25 2026769 Pseudomonadati Nitrospinota WP_055337992.1 RYZ40664.1 1.74e-17 2484252 Pseudomonadati Myxococcota XP_040136988.1 XP_040136988.1 0.0 N/A N/A WP_060933343.1 WP_060933343.1 2.76e-80 419005 Pseudomonadati Bacteroidota WP_258380998.1 WP_258380998.1 1.13e-169 N/A N/A MCB1338306.1 MCB1338306.1 2.59e-168 2003363 Pseudomonadati Pseudomonadota WP_038052668.1 WP_038052668.1 1.12e-295 1231241 Thermotogati Thermotogota WP_038052668.1 WP_200198809.1 2.23e-89 2800326 Pseudomonadati Pseudomonadota WP_038052668.1 XP_052534275.1 1.61e-61 109042 Metazoa Chordata WP_116619797.1 WP_116619797.1 2.08e-83 253237 Pseudomonadati Pseudomonadota WP_105526419.1 WP_105526419.1 6.23e-171 1827295;1848683;1848687;1848688;1848689;2609290 Bacillati Actinomycetota WP_129543374.1 WP_129543374.1 8.43e-121 2447890 Pseudomonadati Pseudomonadota MBL8820230.1 MBL8820230.1 7.24e-250 37635 Pseudomonadati Planctomycetota MBL8820230.1 RYE89993.1 2.93e-66 1871070 Pseudomonadati Pseudomonadota XP_004869485.1 XP_004869485.1 1.33e-198 10181 Metazoa Chordata WP_248846761.1 WP_248846761.1 1.57e-38 1639 Bacillati Bacillota MCP5260845.1 MCP5260845.1 0.0 50421 Pseudomonadati Pseudomonadota MCP5260845.1 WP_180196654.1 3.81e-195 2749832 Pseudomonadati Pseudomonadota WDS37366.1 WDS37366.1 0.0 1871049 Pseudomonadati Pseudomonadota WP_238844860.1 WP_238844860.1 3.73e-213 676 Pseudomonadati Pseudomonadota NXY38534.1 NXY38534.1 3.59e-114 932028 Metazoa Chordata NXY38534.1 XP_055254096.1 1.90e-69 68408 Metazoa Chordata WP_263072085.1 WP_263072085.1 9.96e-176 1325689 Bacillati Bacillota MCB1815789.1 MCB1815789.1 2.36e-227 2053538 Pseudomonadati Pseudomonadota MWR41881.1 MWR41881.1 1.80e-189 562 Pseudomonadati Pseudomonadota MWR41881.1 WP_076409454.1 1.37e-54 85698 Pseudomonadati Pseudomonadota MWR41881.1 WP_176354145.1 3.57e-53 2742698 Pseudomonadati Pseudomonadota MWR41881.1 WP_011057593.1 5.15e-53 146786;197221 Bacillati Cyanobacteriota MWR41881.1 WP_140480909.1 8.21e-51 1404367 Pseudomonadati Pseudomonadota MWR41881.1 WP_008470196.1 3.42e-50 1203033;1423758 Bacillati Bacillota MWR41881.1 WP_170725874.1 3.22e-49 562 Pseudomonadati Pseudomonadota MWR41881.1 WP_142133210.1 1.04e-48 2768449 Bacillati Actinomycetota MWR41881.1 WP_258581409.1 2.63e-48 2865837 Pseudomonadati Pseudomonadota MWR41881.1 WP_237907640.1 1.14e-47 192 Pseudomonadati Pseudomonadota MWR41881.1 WP_279984614.1 7.46e-46 909768 Pseudomonadati Pseudomonadota MWR41881.1 HBO4828144.1 8.17e-43 287 Pseudomonadati Pseudomonadota MWR41881.1 WP_077217464.1 5.51e-41 95486 Pseudomonadati Pseudomonadota MWR41881.1 MBC7326981.1 2.12e-38 1869227 0 0 MWR41881.1 WP_072380563.1 4.82e-38 501024 Pseudomonadati Pseudomonadota MWR41881.1 WP_107894076.1 1.18e-37 1130819 Bacillati Bacillota MWR41881.1 RUU66461.1 1.68e-37 2496787 Pseudomonadati Pseudomonadota MWR41881.1 WP_158791585.1 3.60e-35 1641866 Pseudomonadati Acidobacteriota MWR41881.1 WP_227059655.1 1.69e-34 40545 Pseudomonadati Pseudomonadota MWR41881.1 WP_098952357.1 1.30e-33 196821;2018067;2717498 Pseudomonadati Pseudomonadota MWR41881.1 WP_066083732.1 2.37e-33 220687 Bacillati Bacillota MWR41881.1 WP_207918089.1 2.96e-33 185978;2512133;2587092 Bacillati Bacillota MWR41881.1 WP_152652784.1 1.01e-32 2023717 Pseudomonadati Pseudomonadota MWR41881.1 OAN53756.1 1.35e-32 1285242 Pseudomonadati Pseudomonadota MWR41881.1 MXP43753.1 1.09e-31 1689985 Pseudomonadati Pseudomonadota XP_044490862.1 XP_044490862.1 6.18e-203 29780 Viridiplantae Streptophyta MBM3322720.1 MBM3322720.1 7.66e-261 2052148 0 candidate division WOR-3 WP_038440434.1 WP_038440434.1 0.0 727 Pseudomonadati Pseudomonadota WP_038440434.1 WP_060613079.1 4.44e-45 570;573 Pseudomonadati Pseudomonadota WP_038440434.1 WP_195238978.1 4.98e-42 1502 Bacillati Bacillota WP_038440434.1 NFD84694.1 1.86e-38 1491 Bacillati Bacillota WP_038440434.1 WP_011512097.1 1.32e-34 912;323097 Pseudomonadati Pseudomonadota WP_038440434.1 MBQ8297564.1 6.92e-30 41978 Bacillati Bacillota WP_038440434.1 WP_041481207.1 1.02e-29 1719;1161911 Bacillati Actinomycetota WP_038440434.1 WP_247749043.1 4.80e-28 N/A N/A WP_038440434.1 MCH4209672.1 3.23e-15 41200 Bacillati Actinomycetota WP_038440434.1 WP_142931103.1 3.00e-14 2202200 Pseudomonadati Campylobacterota WP_038440434.1 WP_258581409.1 3.19e-14 2865837 Pseudomonadati Pseudomonadota WP_038440434.1 WP_278489123.1 4.62e-14 437897 Bacillati Bacillota WP_038440434.1 WP_098952357.1 7.09e-14 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_038440434.1 WP_072380563.1 7.52e-13 501024 Pseudomonadati Pseudomonadota WP_038440434.1 WP_089095302.1 9.11e-10 346;473426 Pseudomonadati Pseudomonadota WP_038440434.1 WP_150396769.1 2.10e-04 305 Pseudomonadati Pseudomonadota XP_005087540.1 XP_005087540.1 2.54e-224 10036 Metazoa Chordata XP_005087540.1 XP_042531659.1 8.70e-78 105255 Metazoa Chordata XP_005087540.1 XP_054446685.1 9.85e-77 1884717 Metazoa Chordata XP_005087540.1 XP_034290446.1 7.45e-74 94885 Metazoa Chordata XP_005087540.1 XP_012889676.1 1.15e-68 10020 Metazoa Chordata XP_005087540.1 XP_002688837.2 3.05e-63 9913 Metazoa Chordata XP_005087540.1 AAR19565.1 2.03e-47 34828 Metazoa Chordata XP_005087540.1 XP_046298169.1 4.80e-46 9995 Metazoa Chordata PKM16736.1 PKM16736.1 2.81e-90 2013798 Pseudomonadati Pseudomonadota MBG8612140.1 MBG8612140.1 2.53e-273 487 Pseudomonadati Pseudomonadota NLY22703.1 NLY22703.1 0.0 2030927 Pseudomonadati Bacteroidota NLY22703.1 MBL0091585.1 3.61e-78 1903157 Pseudomonadati Pseudomonadota TMH33622.1 TMH33622.1 2.45e-171 1891241 Pseudomonadati Pseudomonadota TEA36401.1 TEA36401.1 4.19e-32 103600 Metazoa Chordata WP_279029857.1 WP_279029857.1 2.83e-223 35833 Pseudomonadati Thermodesulfobacteriota XP_037829017.1 XP_037829017.1 0.0 37003 Metazoa Chordata GBM15324.1 GBM15324.1 0.0 182803 Metazoa Arthropoda WP_216890540.1 WP_216890540.1 4.42e-297 1404 Bacillati Bacillota WP_216890540.1 WP_053743010.1 1.28e-25 1519490 Bacillati Actinomycetota WP_023955328.1 WP_023955328.1 4.89e-248 33882;33883;300019;2002831;2070348;2080744 Bacillati Actinomycetota WP_023955328.1 WP_029317544.1 5.83e-40 1423;935856;935858 Bacillati Bacillota WP_023955328.1 WP_219954954.1 2.09e-20 192812 Pseudomonadati Pseudomonadota WP_023955328.1 WP_101606078.1 1.26e-16 1911175;2618356 Bacillati Actinomycetota WP_023955328.1 MCF6289355.1 1.99e-08 1977087 Pseudomonadati Pseudomonadota EHK9185512.1 EHK9185512.1 2.96e-217 672 Pseudomonadati Pseudomonadota EHK9185512.1 ACA34490.1 6.94e-31 197 Pseudomonadati Campylobacterota WP_236495189.1 WP_236495189.1 1.35e-135 442694 Pseudomonadati Pseudomonadota XP_049236752.1 XP_049236752.1 0.0 181014 Fungi Ascomycota XP_049236752.1 AJU61790.1 1.03e-89 4932;1294308 Fungi Ascomycota XP_049236752.1 KAI0064471.1 1.80e-44 48021 Fungi Basidiomycota XP_049236752.1 KAF8901107.1 6.21e-34 139077 Fungi Basidiomycota XP_049236752.1 MCB1412915.1 1.54e-08 2021379 Pseudomonadati Pseudomonadota MBO6153462.1 MBO6153462.1 7.59e-44 2044939 Bacillati Bacillota EAZ93353.1 EAZ93353.1 1.97e-34 391612 Bacillati Cyanobacteriota TAL78422.1 TAL78422.1 9.83e-205 1979962;2030806 Pseudomonadati Pseudomonadota MBQ9979016.1 MBQ9979016.1 4.02e-250 2044939 Bacillati Bacillota MBQ9979016.1 WP_049105913.1 3.90e-32 95486 Pseudomonadati Pseudomonadota MBQ9979016.1 MCP4914981.1 6.26e-25 2599941 Pseudomonadati Bdellovibrionota MBQ9979016.1 MCH8269832.1 3.03e-16 2026780 Pseudomonadati Planctomycetota WP_232038993.1 WP_232038993.1 0.0 2842456 Pseudomonadati Pseudomonadota WP_232038993.1 WP_195426888.1 1.95e-42 2782182 Pseudomonadati Pseudomonadota WP_232038993.1 XP_050320449.1 9.01e-38 98809 Metazoa Arthropoda WP_232038993.1 WP_061795322.1 1.78e-35 613;61651 Pseudomonadati Pseudomonadota KAF0259695.1 KAF0259695.1 9.66e-144 33013 Bacillati Actinomycetota WP_263011293.1 WP_263011293.1 1.01e-79 N/A N/A WP_153201580.1 WP_153201580.1 1.07e-152 2654244 Pseudomonadati Bacteroidota WP_074667553.1 WP_074667553.1 1.15e-242 44574 Pseudomonadati Pseudomonadota WP_096443068.1 WP_096443068.1 5.84e-234 722731 Bacillati Actinomycetota WP_096443068.1 MCF8709434.1 6.79e-20 2912611 Pseudomonadati Pseudomonadota WP_063378475.1 WP_063378475.1 4.20e-54 43657;1365253 Pseudomonadati Pseudomonadota WP_211627431.1 WP_211627431.1 0.0 2812896 Bacillati Cyanobacteriota WP_152029253.1 WP_152029253.1 6.01e-64 371601 Pseudomonadati Bacteroidota MCR5007903.1 MCR5007903.1 2.08e-140 1969407 Bacillati Bacillota MCR5007903.1 WP_088527814.1 5.82e-55 1743164 Pseudomonadati Pseudomonadota MCR5007903.1 WP_122081718.1 4.55e-40 1516159 Pseudomonadati Pseudomonadota UEX07109.1 UEX07109.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UEX07109.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota WP_172228453.1 WP_172228453.1 5.99e-42 2483404 Pseudomonadati Pseudomonadota XP_054800357.1 XP_054800357.1 0.0 364024 Viridiplantae Streptophyta MCD4805360.1 MCD4805360.1 4.86e-267 2044940 Pseudomonadati Thermodesulfobacteriota MUU11774.1 MUU11774.1 1.72e-191 876091;1945593 Bacillati Bacillota MUU11774.1 MBS4968936.1 1.09e-38 1898203 Bacillati Bacillota MUU11774.1 MBA2554676.1 1.01e-31 1882271 Bacillati Actinomycetota WP_221286480.1 WP_221286480.1 1.32e-196 N/A N/A WP_221286480.1 WP_187094112.1 2.62e-44 2762325 Bacillati Actinomycetota WP_076679691.1 WP_076679691.1 4.98e-92 1280 Bacillati Bacillota QIG46118.1 QIG46118.1 6.45e-251 2712223 Bacillati Actinomycetota WP_171531042.1 WP_171531042.1 1.35e-272 469;1871111 Pseudomonadati Pseudomonadota XP_002430673.1 XP_002430673.1 8.14e-44 121224 Metazoa Arthropoda ANJ20823.1 ANJ20823.1 2.21e-50 1815985 Heunggongvirae Uroviricota NXR14151.1 NXR14151.1 2.70e-197 91796 Metazoa Chordata MBI5003436.1 MBI5003436.1 0.0 2026803 Nanobdellati Candidatus Woesearchaeota MCU2740175.1 MCU2740175.1 1.66e-138 1296536 Pseudomonadati Pseudomonadota WP_203339841.1 WP_203339841.1 3.72e-247 2782551 Bacillati Bacillota WP_203339841.1 NRF69152.1 1.92e-53 2732868 Pseudomonadati Pseudomonadota WP_203339841.1 WP_058504615.1 8.49e-52 45070 Pseudomonadati Pseudomonadota WP_203339841.1 WP_283107263.1 4.64e-48 N/A N/A WP_203339841.1 WP_017718577.1 1.14e-47 331992 Bacillati Cyanobacteriota WP_203339841.1 MBT7163208.1 5.39e-47 2212475 Pseudomonadati Lentisphaerota WP_203339841.1 WP_121975536.1 1.50e-27 2126983 Pseudomonadati Pseudomonadota WP_203339841.1 RYD39969.1 2.44e-25 2026800 Pseudomonadati Verrucomicrobiota WP_203339841.1 EEC9022132.1 7.69e-23 562 Pseudomonadati Pseudomonadota WP_203339841.1 WP_029222463.1 1.70e-21 29497;617147;617148 Pseudomonadati Pseudomonadota XP_052621353.1 XP_052621353.1 0.0 4236 Viridiplantae Streptophyta KAJ4922108.1 KAJ4922108.1 1.61e-314 1090488 Metazoa Chordata KAJ4922108.1 NXM82541.1 4.85e-127 279966 Metazoa Chordata KAJ4922108.1 XP_018957721.2 2.20e-16 7962 Metazoa Chordata MBK6983032.1 MBK6983032.1 2.19e-51 1891241 Pseudomonadati Pseudomonadota MCI9332849.1 MCI9332849.1 1.39e-142 1945593 Bacillati Bacillota WP_057489847.1 WP_057489847.1 1.37e-94 1328 Bacillati Bacillota WP_100146488.1 WP_100146488.1 1.92e-38 1835756;1977908;2626134 Pseudomonadati Pseudomonadota WP_176018545.1 WP_176018545.1 9.21e-275 553 Pseudomonadati Pseudomonadota WP_176018545.1 MCU1514505.1 1.93e-89 1873462 Bacillati Actinomycetota MBI4448201.1 MBI4448201.1 8.44e-142 2026803 Nanobdellati Candidatus Woesearchaeota QGA29503.1 QGA29503.1 0.0 3052230 Orthornavirae Kitrinoviricota QGA29503.1 AFX75916.1 0.0 3052230 Orthornavirae Kitrinoviricota WP_274358594.1 WP_274358594.1 7.12e-144 738 Pseudomonadati Pseudomonadota XP_052375968.1 XP_052375968.1 3.98e-190 8018 Metazoa Chordata WP_137692307.1 WP_137692307.1 0.0 2518115 Methanobacteriati Methanobacteriota WP_137692307.1 MBR0185573.1 2.42e-21 2053624 Thermotogati Synergistota MBS0252047.1 MBS0252047.1 7.44e-201 1977087 Pseudomonadati Pseudomonadota MBM3499926.1 MBM3499926.1 1.01e-193 2033014 Bacillati Armatimonadota NBQ41256.1 NBQ41256.1 1.64e-216 2448780 Bacillati Actinomycetota NBQ41256.1 WP_020913025.1 2.92e-108 225849;404011 Pseudomonadati Pseudomonadota NBQ41256.1 KAF1538674.1 1.21e-104 57240 Metazoa Chordata NBQ41256.1 MBI3461834.1 5.32e-102 2026780 Pseudomonadati Planctomycetota NBQ41256.1 NEQ48723.1 3.29e-97 2607780 Bacillati Cyanobacteriota NBQ41256.1 OCB46767.1 2.60e-86 39693;547163 Bacillati Actinomycetota MBQ6111538.1 MBQ6111538.1 9.58e-51 2053624 Thermotogati Synergistota WP_189646918.1 WP_189646918.1 0.0 46182 Bacillati Actinomycetota WP_189646918.1 WP_116818916.1 9.56e-145 287 Pseudomonadati Pseudomonadota MXX91804.1 MXX91804.1 2.72e-93 2604845;2604851 Pseudomonadati Pseudomonadota WP_059632389.1 WP_059632389.1 9.96e-318 101571 Pseudomonadati Pseudomonadota WP_052379448.1 WP_052379448.1 1.30e-217 1333998 Pseudomonadati Pseudomonadota HCW55486.1 HCW55486.1 1.90e-98 2049044 Bacillati Bacillota WP_260920963.1 WP_260920963.1 6.15e-220 28197 Pseudomonadati Campylobacterota HBS0905846.1 HBS0905846.1 0.0 573 Pseudomonadati Pseudomonadota HBS0905846.1 MCM6312373.1 0.0 573 Pseudomonadati Pseudomonadota HBS0905846.1 HBZ7417361.1 5.65e-201 573 Pseudomonadati Pseudomonadota HBS0905846.1 WP_280015341.1 9.40e-134 2975407 Pseudomonadati Pseudomonadota MAA73247.1 MAA73247.1 1.81e-118 2026789 Pseudomonadati Pseudomonadota KJS09633.1 KJS09633.1 0.0 1629712 Pseudomonadati Pseudomonadota KJS09633.1 WP_185816158.1 1.17e-17 338;2724121;2724122;2724123;2762244 0;Pseudomonadati 0;Pseudomonadota WP_063427392.1 WP_063427392.1 1.90e-241 550;69219 Pseudomonadati Pseudomonadota WP_063427392.1 WP_198907334.1 3.57e-31 90105;2956786 Pseudomonadati Pseudomonadota WP_171251269.1 WP_171251269.1 3.90e-95 470;106654;909768 Pseudomonadati Pseudomonadota MBR6293537.1 MBR6293537.1 2.39e-129 1898203 Bacillati Bacillota MBR6293537.1 MBL1150364.1 3.73e-16 2033014 Bacillati Armatimonadota MBD8963934.1 MBD8963934.1 1.52e-291 1869227 0 0 KAF4998971.1 KAF4998971.1 1.98e-204 86546 Fungi Ascomycota WP_056264272.1 WP_056264272.1 1.62e-189 1736243 Pseudomonadati Pseudomonadota HIE21596.1 HIE21596.1 3.74e-191 2080302 Bacillati Actinomycetota HIE21596.1 MAJ92374.1 1.01e-13 1898112;1986643 Pseudomonadati Pseudomonadota WP_262138576.1 WP_262138576.1 1.76e-161 2035 Bacillati Actinomycetota NPV66369.1 NPV66369.1 2.65e-226 2052143 Bacillati Chloroflexota NPV66369.1 OGR46634.1 8.81e-134 1797926;1797936;2030800 Pseudomonadati Elusimicrobiota MBN4358138.1 MBN4358138.1 2.31e-08 9606 Metazoa Chordata MBM3366565.1 MBM3366565.1 1.04e-158 1891241 Pseudomonadati Pseudomonadota MBM3366565.1 MBQ9976843.1 1.02e-43 2044939 Bacillati Bacillota MBM3366565.1 PWU18232.1 1.57e-41 2053607 0 Candidatus Rokuibacteriota WP_182997113.1 WP_182997113.1 2.86e-116 92759;1307940 Pseudomonadati Pseudomonadota WP_215799033.1 WP_215799033.1 0.0 61015 Bacillati Bacillota MBO7690464.1 MBO7690464.1 0.0 2044939 Bacillati Bacillota MBO7690464.1 WP_122747354.1 9.44e-61 N/A N/A ANN75327.1 ANN75327.1 1.12e-221 602398 Metazoa Arthropoda WP_283525395.1 WP_283525395.1 3.09e-276 3046310 Pseudomonadati Pseudomonadota WP_283525395.1 EGS8470081.1 1.78e-95 195 Pseudomonadati Campylobacterota RVU39726.1 RVU39726.1 2.10e-107 2500179 Pseudomonadati Pseudomonadota WP_129189671.1 WP_129189671.1 0.0 2509455 Bacillati Actinomycetota AJU61790.1 AJU61790.1 0.0 4932;1294308 Fungi Ascomycota AJU61790.1 XP_049236752.1 2.54e-91 181014 Fungi Ascomycota AJU61790.1 EJG1264510.1 8.04e-38 283734 Bacillati Bacillota AJU61790.1 KAF8901107.1 9.37e-31 139077 Fungi Basidiomycota WP_009620393.1 WP_009620393.1 1.33e-205 286;53408;1502784;1862318;1862324;2576834 Pseudomonadati Pseudomonadota WP_009620393.1 WP_077690175.1 8.79e-22 2013;501010 Bacillati Actinomycetota WP_009620393.1 WP_254301195.1 1.26e-11 2953890 Pseudomonadati Pseudomonadota WP_009620393.1 WP_064711955.1 3.42e-10 1138189 Pseudomonadati Pseudomonadota WP_009620393.1 MCI2079698.1 7.01e-07 59823 Pseudomonadati Bacteroidota MCE5327674.1 MCE5327674.1 0.0 2026779 Pseudomonadati Planctomycetota MCE5327674.1 KYG00847.1 3.34e-27 56 Pseudomonadati Myxococcota WP_184846795.1 WP_184846795.1 0.0 643052 Bacillati Actinomycetota CAG5919444.1 CAG5919444.1 0.0 238744 Metazoa Chordata WP_251643117.1 WP_251643117.1 0.0 44249;59845 Bacillati Bacillota XP_013338901.1 XP_013338901.1 4.26e-177 1042127;1043005 Fungi Ascomycota WP_254645866.1 WP_254645866.1 8.66e-152 N/A N/A EFK3891274.1 EFK3891274.1 3.52e-104 562 Pseudomonadati Pseudomonadota HIP46790.1 HIP46790.1 1.05e-122 2268180 Pseudomonadati Campylobacterota HIP46790.1 ACE85434.1 4.18e-26 498211 Pseudomonadati Pseudomonadota WP_271820285.1 WP_271820285.1 8.30e-261 109265 Bacillati Cyanobacteriota WP_271820285.1 MCB9544502.1 2.93e-21 2026763 Pseudomonadati Myxococcota WP_119400337.1 WP_119400337.1 1.71e-99 2211117;2541729 Pseudomonadati Pseudomonadota WP_119400337.1 MAB27215.1 1.08e-28 1916082 Pseudomonadati Pseudomonadota GGK76871.1 GGK76871.1 3.01e-197 66370 Bacillati Actinomycetota WP_161554567.1 WP_161554567.1 6.13e-194 2662143 Pseudomonadati Bacteroidota MBD5394228.1 MBD5394228.1 2.51e-213 1898203 Bacillati Bacillota MBD5394228.1 WP_163042480.1 9.56e-23 2047720 Pseudomonadati Pseudomonadota MBD5394228.1 WP_138572923.1 7.86e-14 2579971 Pseudomonadati Pseudomonadota WP_049595658.1 WP_049595658.1 6.04e-69 562 Pseudomonadati Pseudomonadota KAH8979981.1 KAH8979981.1 5.77e-141 416442 Fungi Basidiomycota RYZ40664.1 RYZ40664.1 7.71e-284 2484252 Pseudomonadati Myxococcota RYZ40664.1 MCH8312862.1 5.31e-128 2026769 Pseudomonadati Nitrospinota RYZ40664.1 WP_019585553.1 1.11e-49 309886 Thermotogati Deinococcota RYZ40664.1 WP_055337992.1 7.80e-17 305 Pseudomonadati Pseudomonadota RYZ40664.1 WP_278361924.1 1.15e-14 1211807 Pseudomonadati Pseudomonadota RYZ40664.1 WP_000576638.1 1.28e-07 470;1310618 Pseudomonadati Pseudomonadota ANP72927.1 ANP72927.1 5.65e-126 670052 Bacillati Actinomycetota ANP72927.1 WP_014286324.1 2.13e-07 911045 Pseudomonadati Pseudomonadota ANP72927.1 WP_048427321.1 4.61e-07 1775910 Pseudomonadati Pseudomonadota ANP72927.1 WP_234080888.1 2.29e-06 334852 Pseudomonadati Pseudomonadota WP_279270002.1 WP_279270002.1 1.74e-169 1520 Bacillati Bacillota KAB2615394.1 KAB2615394.1 3.12e-234 2448454 Viridiplantae Streptophyta NTM88027.1 NTM88027.1 0.0 1352 Bacillati Bacillota HAS6615025.1 HAS6615025.1 1.21e-53 670 Pseudomonadati Pseudomonadota MCR5673014.1 MCR5673014.1 1.90e-86 1898203 Bacillati Bacillota HCA5739398.1 HCA5739398.1 1.08e-170 546 Pseudomonadati Pseudomonadota RAI83609.1 RAI83609.1 4.79e-170 291403 Pseudomonadati Bacteroidota WP_255965801.1 WP_255965801.1 0.0 2965064 Bacillati Actinomycetota WP_255965801.1 WP_257689765.1 1.45e-149 644 Pseudomonadati Pseudomonadota WP_255965801.1 WP_131836551.1 1.28e-94 100 Pseudomonadati Pseudomonadota WP_255965801.1 WP_057201184.1 1.23e-88 1736492 Pseudomonadati Pseudomonadota WP_255965801.1 XP_050320449.1 1.76e-84 98809 Metazoa Arthropoda WP_255965801.1 WP_195426888.1 1.69e-68 2782182 Pseudomonadati Pseudomonadota WP_255965801.1 WP_061795322.1 1.76e-68 613;61651 Pseudomonadati Pseudomonadota WP_255965801.1 WP_205186167.1 2.16e-64 2709306 Pseudomonadati Pseudomonadota WP_010997757.1 WP_010997757.1 0.0 1162;103690;1086822;2055761;2692878;2692880 Bacillati Cyanobacteriota WP_010997757.1 MCL6479991.1 2.51e-09 2052179 Bacillati Bacillota WP_244200682.1 WP_244200682.1 7.24e-252 2116518 Bacillati Actinomycetota WP_244200682.1 NRB18267.1 1.18e-88 1904441 Pseudomonadati Pseudomonadota OTO70739.1 OTO70739.1 1.14e-15 N/A N/A WP_143010918.1 WP_143010918.1 0.0 839;171552;1761884 Pseudomonadati Bacteroidota WP_255375741.1 WP_255375741.1 1.03e-187 1904969 Bacillati Actinomycetota WP_257080809.1 WP_257080809.1 8.28e-130 2639971;2963429;2963430 Pseudomonadati Pseudomonadota GLY24463.1 GLY24463.1 3.51e-233 3032198 Bacillati Actinomycetota GLY24463.1 WP_066083732.1 6.75e-93 220687 Bacillati Bacillota GLY24463.1 MCP5262709.1 3.72e-92 50421 Pseudomonadati Pseudomonadota GLY24463.1 WP_107894076.1 6.59e-91 1130819 Bacillati Bacillota GLY24463.1 WP_131166802.1 2.41e-86 1837344 Bacillati Actinomycetota GLY24463.1 WP_227059655.1 1.05e-76 40545 Pseudomonadati Pseudomonadota GLY24463.1 WP_192324556.1 5.48e-76 34072;2769259 Pseudomonadati Pseudomonadota GLY24463.1 WP_098952357.1 7.39e-66 196821;2018067;2717498 Pseudomonadati Pseudomonadota GLY24463.1 MBU5353226.1 8.99e-61 198119 Bacillati Bacillota GLY24463.1 RUU66461.1 1.48e-56 2496787 Pseudomonadati Pseudomonadota GLY24463.1 MBQ3864274.1 8.75e-55 2044939 Bacillati Bacillota GLY24463.1 QCM13287.1 1.37e-47 358 Pseudomonadati Pseudomonadota GLY24463.1 MBP1876254.1 1.07e-33 106592 Pseudomonadati Pseudomonadota GLY24463.1 MWR41881.1 1.95e-26 562 Pseudomonadati Pseudomonadota GLY24463.1 OAN53756.1 6.10e-25 1285242 Pseudomonadati Pseudomonadota GLY24463.1 WP_174822921.1 2.82e-23 N/A N/A GLY24463.1 MXP43753.1 2.24e-22 1689985 Pseudomonadati Pseudomonadota GLY24463.1 WP_207918089.1 1.16e-19 185978;2512133;2587092 Bacillati Bacillota GLY24463.1 MBT4161918.1 3.74e-19 1913989 Pseudomonadati Pseudomonadota GLY24463.1 WP_150396769.1 1.27e-18 305 Pseudomonadati Pseudomonadota GLY24463.1 WP_158791585.1 2.28e-16 1641866 Pseudomonadati Acidobacteriota GLY24463.1 MBC7326981.1 3.21e-16 1869227 0 0 GLY24463.1 EHH5649593.1 9.80e-16 195 Pseudomonadati Campylobacterota GLY24463.1 WP_060613079.1 1.65e-15 570;573 Pseudomonadati Pseudomonadota GLY24463.1 WP_142931103.1 2.67e-14 2202200 Pseudomonadati Campylobacterota MBR5377733.1 MBR5377733.1 6.34e-155 2030927 Pseudomonadati Bacteroidota WP_247623927.1 WP_247623927.1 4.29e-254 33882 Bacillati Actinomycetota WP_247623927.1 WP_232968558.1 1.01e-75 N/A N/A WP_247623927.1 PAV09171.1 5.35e-56 2193 Methanobacteriati Methanobacteriota WP_018646673.1 WP_018646673.1 0.0 990078 Pseudomonadati Pseudomonadota WP_018646673.1 WP_200543170.1 2.27e-87 2769338 Pseudomonadati Pseudomonadota WP_018646673.1 HAB03480.1 9.05e-83 306 Pseudomonadati Pseudomonadota WP_018646673.1 MBF0143407.1 6.40e-61 2026759 Pseudomonadati Pseudomonadota WP_018646673.1 WP_000484099.1 3.74e-16 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_018646673.1 WP_255266214.1 8.37e-16 37329 Bacillati Actinomycetota WP_018646673.1 HBB7853833.1 1.86e-15 562 Pseudomonadati Pseudomonadota WP_018646673.1 EJF06804.1 6.94e-14 1177931 Pseudomonadati Campylobacterota WP_018646673.1 HCN71343.1 2.00e-13 3040095 0 0 WP_018646673.1 EGR2272270.1 1.09e-11 670 Pseudomonadati Pseudomonadota WP_018646673.1 WP_107169208.1 1.97e-11 2108399 Pseudomonadati Pseudomonadota WP_018646673.1 WP_023050329.1 7.86e-11 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_018646673.1 WP_145544593.1 7.88e-11 419257 Pseudomonadati Pseudomonadota WP_018646673.1 WP_269885397.1 1.69e-10 3388067 Bacillati Bacillota XP_016445639.1 XP_016445639.1 0.0 4097 Viridiplantae Streptophyta XP_016445639.1 XP_047046442.1 2.63e-55 89674 Viridiplantae Streptophyta XP_016445639.1 CAG8726868.1 3.35e-20 144679 Fungi Glomeromycota XP_029698713.1 XP_029698713.1 0.0 31033 Metazoa Chordata MBU5424338.1 MBU5424338.1 1.38e-196 156981 Bacillati Actinomycetota MBU5424338.1 WP_057651690.1 3.89e-25 1746199 Pseudomonadati Pseudomonadota WP_007427566.1 WP_007427566.1 0.0 1046117;1231392 Pseudomonadati Pseudomonadota WP_007427566.1 WP_036471418.1 6.02e-164 47839 Bacillati Actinomycetota WP_111106433.1 WP_111106433.1 5.14e-114 2175648 Bacillati Actinomycetota PDW44028.1 PDW44028.1 0.0 210 Pseudomonadati Campylobacterota XP_013164386.1 XP_013164386.1 4.51e-309 66420 Metazoa Arthropoda MBR3209975.1 MBR3209975.1 6.43e-41 1903720 Bacillati Bacillota WP_006336501.1 WP_006336501.1 1.47e-76 1297570 Pseudomonadati Pseudomonadota HCE77318.1 HCE77318.1 1.90e-200 2026734 Bacillati Chloroflexota WP_015203918.1 WP_015203918.1 0.0 241425;1173022 Bacillati Cyanobacteriota WP_086987611.1 WP_086987611.1 4.72e-92 157076 Bacillati Bacillota KAA6389633.1 KAA6389633.1 0.0 222440 0 Preaxostyla HEB56095.1 HEB56095.1 2.28e-175 1913989 Pseudomonadati Pseudomonadota WP_047323176.1 WP_047323176.1 1.11e-271 244292 Bacillati Actinomycetota MBT6415404.1 MBT6415404.1 1.97e-151 2026719 Pseudomonadati Pseudomonadota MBK3737236.1 MBK3737236.1 0.0 192 Pseudomonadati Pseudomonadota MBK3737236.1 NSW79198.1 2.31e-43 2282152 Bacillati Armatimonadota MBK3737236.1 MBF0233644.1 9.49e-40 2006184 Pseudomonadati Thermodesulfobacteriota MBK3737236.1 WP_211114623.1 9.18e-39 N/A N/A MBK3737236.1 WP_061048002.1 1.15e-37 221822 Pseudomonadati Pseudomonadota MBK3737236.1 WP_086504813.1 1.12e-35 544;546 Pseudomonadati Pseudomonadota MBK3737236.1 CAG0990770.1 1.00e-18 2484252 Pseudomonadati Myxococcota AEH52569.1 AEH52569.1 1.13e-92 941639 Bacillati Bacillota DAK76805.1 DAK76805.1 1.40e-98 38018 0 0 KAJ6490484.1 KAJ6490484.1 0.0 1033282 Fungi Basidiomycota WP_157502995.1 WP_157502995.1 1.41e-251 2668074 Methanobacteriati Methanobacteriota WP_223232292.1 WP_223232292.1 3.06e-216 28253;383750 Pseudomonadati Pseudomonadota KYG00847.1 KYG00847.1 0.0 56 Pseudomonadati Myxococcota KYG00847.1 MCE5327674.1 2.78e-28 2026779 Pseudomonadati Planctomycetota KYG00847.1 WP_086504813.1 2.12e-07 544;546 Pseudomonadati Pseudomonadota XP_033824504.1 XP_033824504.1 0.0 409849 Metazoa Chordata MBQ0048698.1 MBQ0048698.1 1.81e-262 3083128 Pseudomonadati Bacteroidota MBQ0048698.1 WP_065766477.1 1.91e-08 670 Pseudomonadati Pseudomonadota UFA30503.1 UFA30503.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UFA30503.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota RBQ02499.1 RBQ02499.1 1.13e-262 2259170 Pseudomonadati Bacteroidota QCI53355.1 QCI53355.1 4.64e-263 11676 Pararnavirae Artverviricota QCI53355.1 AEO85464.1 1.43e-201 11676 Pararnavirae Artverviricota QCI53355.1 QJX39053.1 2.66e-174 11676 Pararnavirae Artverviricota QCI53355.1 AEJ33395.1 2.83e-47 11723 Pararnavirae Artverviricota WP_074801249.1 WP_074801249.1 4.48e-60 53346 Bacillati Bacillota MBI1210064.1 MBI1210064.1 1.14e-167 1913988 Pseudomonadati Pseudomonadota XP_054446685.1 XP_054446685.1 5.07e-217 1884717 Metazoa Chordata XP_054446685.1 XP_005087540.1 1.94e-76 10036 Metazoa Chordata XP_054446685.1 XP_002688837.2 1.17e-67 9913 Metazoa Chordata XP_054446685.1 XP_034290446.1 2.53e-64 94885 Metazoa Chordata XP_054446685.1 XP_042531659.1 1.55e-62 105255 Metazoa Chordata XP_054446685.1 XP_012889676.1 1.22e-60 10020 Metazoa Chordata XP_054446685.1 AAR19565.1 8.49e-45 34828 Metazoa Chordata XP_054446685.1 XP_049747270.1 7.56e-36 99487 Metazoa Chordata WP_129873796.1 WP_129873796.1 0.0 1246 Bacillati Bacillota WP_087702867.1 WP_087702867.1 0.0 197 Pseudomonadati Campylobacterota GFH27490.1 GFH27490.1 1.09e-230 44745 Viridiplantae Chlorophyta GFH27490.1 WP_147434933.1 1.39e-58 1462923 Thermotogati Thermotogota WP_034563362.1 WP_034563362.1 2.92e-140 37372 Pseudomonadati Campylobacterota KAJ8704128.1 KAJ8704128.1 3.24e-202 271217 Metazoa Arthropoda WP_114861267.1 WP_114861267.1 8.20e-254 192 Pseudomonadati Pseudomonadota WP_114861267.1 WP_138572923.1 5.14e-124 2579971 Pseudomonadati Pseudomonadota WP_224791962.1 WP_224791962.1 0.0 93222 Pseudomonadati Pseudomonadota WP_224791962.1 WP_279840346.1 1.41e-59 2975391 Pseudomonadati Pseudomonadota WP_224791962.1 WP_094840069.1 4.32e-56 1416808 Pseudomonadati Pseudomonadota WP_224791962.1 WP_076595086.1 3.06e-37 1907398 Pseudomonadati Bacteroidota WP_268637051.1 WP_268637051.1 3.78e-100 582475 Bacillati Bacillota XP_028543448.1 XP_028543448.1 0.0 77519 0 Apicomplexa WP_213341058.1 WP_213341058.1 5.78e-69 2579970 Pseudomonadati Pseudomonadota WP_025016984.1 WP_025016984.1 2.70e-303 1358;1360 Bacillati Bacillota WP_170015751.1 WP_170015751.1 7.90e-277 1032243 Pseudomonadati Campylobacterota WP_277479375.1 WP_277479375.1 0.0 1075417 Pseudomonadati Bacteroidota KAA3630074.1 KAA3630074.1 4.19e-73 1977087 Pseudomonadati Pseudomonadota MBD7990178.1 MBD7990178.1 3.28e-148 2762228 Pseudomonadati Pseudomonadota MBD7990178.1 MBV8133755.1 1.05e-75 1913988 Pseudomonadati Pseudomonadota MBD7990178.1 WP_204037257.1 4.89e-39 502268 Bacillati Actinomycetota MBX3011771.1 MBX3011771.1 1.74e-71 2614250 Bacillati Chloroflexota KMZ99658.1 KMZ99658.1 0.0 1035514 0 Apicomplexa XP_001448147.1 XP_001448147.1 4.62e-301 5888 0 Ciliophora WP_107883730.1 WP_107883730.1 3.20e-276 365591 Pseudomonadati Pseudomonadota CFP83382.1 CFP83382.1 2.21e-142 1313 Bacillati Bacillota CFP83382.1 WP_275102754.1 4.34e-58 549 Pseudomonadati Pseudomonadota WP_067636955.1 WP_067636955.1 4.94e-136 163603 Bacillati Actinomycetota KAG6786554.1 KAG6786554.1 2.51e-217 118781 Viridiplantae Streptophyta WP_176349335.1 WP_176349335.1 4.84e-175 2744470 Pseudomonadati Pseudomonadota WP_176349335.1 MBT5488157.1 2.64e-08 2026743 Pseudomonadati Pseudomonadota WP_169984846.1 WP_169984846.1 0.0 2717494 Pseudomonadati Pseudomonadota WP_103124525.1 WP_103124525.1 1.42e-186 246795;1861711 Bacillati Cyanobacteriota MCD3114202.1 MCD3114202.1 2.15e-21 149539 Pseudomonadati Pseudomonadota MBU2478158.1 MBU2478158.1 4.18e-38 1913989 Pseudomonadati Pseudomonadota MBU2478158.1 WP_086353716.1 3.51e-13 1970738 Pseudomonadati Pseudomonadota MBU2478158.1 WP_142590093.1 1.67e-05 1233081 Pseudomonadati Pseudomonadota MBU2478158.1 WP_281675368.1 1.71e-05 1110546 Bacillati Bacillota XP_046463157.1 XP_046463157.1 1.13e-116 6669 Metazoa Arthropoda THY23779.1 THY23779.1 1.23e-204 5580 Fungi Ascomycota KAF6757059.1 KAF6757059.1 3.55e-161 980116 Fungi Basidiomycota WP_003939801.1 WP_003939801.1 1.27e-196 1760;1831;1833;43767;334542;1807790 Bacillati Actinomycetota WP_003939801.1 WP_024498088.1 1.43e-96 2053;89053;396712;1737359 Bacillati Actinomycetota WP_003939801.1 HAV8610731.1 7.40e-31 562 Pseudomonadati Pseudomonadota UJR17665.1 UJR17665.1 1.14e-180 104782 Metazoa Rotifera XP_042666906.1 XP_042666906.1 2.01e-252 9002 Metazoa Chordata RGZ20155.1 RGZ20155.1 3.12e-201 39491 Bacillati Bacillota GIP39269.1 GIP39269.1 1.01e-146 2807195 Bacillati Bacillota EII8712558.1 EII8712558.1 5.93e-75 28901 Pseudomonadati Pseudomonadota KAG2309455.1 KAG2309455.1 0.0 52824 Viridiplantae Streptophyta KAG2309455.1 KAI3849778.1 6.11e-32 357466 Viridiplantae Streptophyta KAG2309455.1 XP_040250218.1 2.50e-29 N/A N/A KAG2309455.1 XP_021765438.1 1.61e-27 63459 Viridiplantae Streptophyta KAG2309455.1 XP_025814622.1 4.73e-25 206008 Viridiplantae Streptophyta TSC89929.1 TSC89929.1 1.71e-41 2017172 0 0 MBB4856459.1 MBB4856459.1 8.11e-146 1774 Bacillati Actinomycetota WP_264934627.1 WP_264934627.1 0.0 375446 Bacillati Actinomycetota WP_264934627.1 WP_187974949.1 4.54e-118 2684405 Bacillati Actinomycetota WP_262832653.1 WP_262832653.1 7.24e-121 562 Pseudomonadati Pseudomonadota WP_029528833.1 WP_029528833.1 0.0 287 Pseudomonadati Pseudomonadota WP_282467912.1 WP_282467912.1 0.0 644 Pseudomonadati Pseudomonadota WP_282467912.1 MBN2192743.1 4.86e-67 2268199 Pseudomonadati Myxococcota TXI82219.1 TXI82219.1 1.03e-50 1873897 Pseudomonadati Pseudomonadota WP_278266677.1 WP_278266677.1 0.0 3039385 Bacillati Actinomycetota WP_278266677.1 MBV8349295.1 2.81e-71 2320850 Bacillati Actinomycetota TNN52570.1 TNN52570.1 9.13e-67 230148 Metazoa Chordata HBN08375.1 HBN08375.1 1.54e-138 2055790 Bacillati Cyanobacteriota SJX71965.1 SJX71965.1 3.63e-229 45351 Metazoa Cnidaria WP_127508273.1 WP_127508273.1 2.64e-136 2486853 Bacillati Actinomycetota MBA3472522.1 MBA3472522.1 5.80e-29 2036010 Bacillati Actinomycetota WP_241420500.1 WP_241420500.1 0.0 338645 Bacillati Bacillota WP_241420500.1 PTQ72351.1 5.40e-88 2135754 Pseudomonadati Pseudomonadota WP_241420500.1 WP_112449552.1 8.96e-81 2099583;2099584;2593676 Bacillati Actinomycetota WP_241420500.1 WP_050274510.1 3.49e-75 1313 Bacillati Bacillota WP_218505696.1 WP_218505696.1 2.29e-170 59204 Pseudomonadati Pseudomonadota WP_226678738.1 WP_226678738.1 1.91e-245 129985 Bacillati Bacillota WP_187029467.1 WP_187029467.1 5.50e-51 1945593;2714358;2763041 Bacillati Bacillota WP_187029467.1 WP_007993424.1 1.76e-09 286;294;1144331;1207075;2070669;2751342 Pseudomonadati Pseudomonadota UUZ81931.1 UUZ81931.1 7.99e-77 2885204 Bacillati Bacillota WP_179032033.1 WP_179032033.1 2.39e-239 172713 Bacillati Bacillota WP_179032033.1 WP_110581055.1 2.80e-89 215221;1307939 Pseudomonadati Pseudomonadota MBQ6875507.1 MBQ6875507.1 1.97e-173 1898203 Bacillati Bacillota WP_101564711.1 WP_101564711.1 1.13e-257 186817;2066053;2760090 Bacillati Bacillota MSU20497.1 MSU20497.1 2.28e-233 2024890 Pseudomonadati Verrucomicrobiota MSU20497.1 MBO4168293.1 3.03e-24 43057 Pseudomonadati Pseudomonadota WP_047914038.1 WP_047914038.1 0.0 1499968 Bacillati Bacillota PWA46560.1 PWA46560.1 1.33e-47 35608 Viridiplantae Streptophyta WP_153219677.1 WP_153219677.1 0.0 28037 Bacillati Bacillota WP_153219677.1 MBQ5338540.1 8.81e-50 2485925 Bacillati Bacillota WP_153219677.1 XP_049153370.1 1.75e-05 103429 Fungi Ascomycota WP_171653853.1 WP_171653853.1 4.18e-121 2654974 Bacillati Bacillota TAM79626.1 TAM79626.1 6.14e-307 1978231 Pseudomonadati Acidobacteriota TAM79626.1 MCL4469743.1 2.47e-124 1913989 Pseudomonadati Pseudomonadota WP_227903033.1 WP_227903033.1 4.55e-85 2886936 Bacillati Actinomycetota WP_047664410.1 WP_047664410.1 2.86e-135 562 Pseudomonadati Pseudomonadota NLB93078.1 NLB93078.1 4.16e-101 2030927 Pseudomonadati Bacteroidota KAI1725697.1 KAI1725697.1 2.24e-307 166010 Metazoa Nematoda MBK8382708.1 MBK8382708.1 2.30e-192 2053306 Pseudomonadati Ignavibacteriota MBK8382708.1 MCK6622141.1 1.97e-19 2268178;2614252 Pseudomonadati Calditrichota WP_208090714.1 WP_208090714.1 3.62e-109 95486 Pseudomonadati Pseudomonadota WP_280658332.1 WP_280658332.1 2.33e-149 680247 Pseudomonadati Pseudomonadota WP_280658332.1 WP_018419316.1 2.81e-34 1822464 Pseudomonadati Pseudomonadota MXI78925.1 MXI78925.1 3.58e-149 562 Pseudomonadati Pseudomonadota MXI78925.1 WP_058738289.1 6.39e-26 230361 Methanobacteriati Methanobacteriota MXI78925.1 WP_024039518.1 1.54e-20 1492;1403941 Bacillati Bacillota MXI78925.1 WP_262452366.1 2.98e-10 2897337 Bacillati Actinomycetota NLO64495.1 NLO64495.1 0.0 1898207 Bacillati Bacillota NLO64495.1 CAH9417069.1 2.35e-34 1908 Bacillati Actinomycetota WP_064711955.1 WP_064711955.1 3.72e-219 1138189 Pseudomonadati Pseudomonadota WP_064711955.1 WP_009620393.1 1.23e-08 286;53408;1502784;1862318;1862324;2576834 Pseudomonadati Pseudomonadota MBM2811997.1 MBM2811997.1 6.07e-189 2026724 Bacillati Chloroflexota RLN36134.1 RLN36134.1 5.66e-306 4540 Viridiplantae Streptophyta RLN36134.1 XP_021765438.1 3.46e-56 63459 Viridiplantae Streptophyta RLN36134.1 XP_019180948.1 5.31e-43 35883 Viridiplantae Streptophyta RLN36134.1 XP_040250218.1 9.64e-38 N/A N/A RLN36134.1 XP_044484513.1 1.15e-29 29780 Viridiplantae Streptophyta WP_119815679.1 WP_119815679.1 0.0 2055893 Methanobacteriati Methanobacteriota WP_119815679.1 MBP8741618.1 3.78e-118 1871049 Pseudomonadati Pseudomonadota WP_119815679.1 WP_025983621.1 9.26e-46 1985254 Pseudomonadati Pseudomonadota WP_119815679.1 OPJ74512.1 2.42e-04 372326 Metazoa Chordata WP_213625822.1 WP_213625822.1 2.78e-111 2678261 Pseudomonadati Pseudomonadota NEP87605.1 NEP87605.1 3.57e-245 2607787 Bacillati Cyanobacteriota EGY4555186.1 EGY4555186.1 1.84e-194 28901 Pseudomonadati Pseudomonadota EGY4555186.1 WP_152046331.1 6.24e-58 2495496 Pseudomonadati Pseudomonadota EGY4555186.1 MCI7704736.1 3.14e-55 1898207 Bacillati Bacillota EGY4555186.1 WP_073936403.1 1.77e-44 1703944;2593676 Bacillati Actinomycetota EGY4555186.1 WP_150461480.1 2.68e-39 2608252 Bacillati Actinomycetota EGY4555186.1 WP_054146239.1 2.90e-32 1690245 Bacillati Actinomycetota EGY4555186.1 WP_184130797.1 7.31e-30 662880 Thermotogati Deinococcota WP_105399038.1 WP_105399038.1 6.85e-54 29488 Pseudomonadati Pseudomonadota WP_251247609.1 WP_251247609.1 3.22e-226 45462 Bacillati Bacillota WP_266842210.1 WP_266842210.1 2.76e-175 2903633 Bacillati Actinomycetota WP_266842210.1 MCC6044083.1 1.71e-54 2184738 Thermoproteati Thermoproteota GMF22075.1 GMF22075.1 0.0 2077276 0 Oomycota GHV04322.1 GHV04322.1 0.0 2026809 Pseudomonadati Campylobacterota WP_074911472.1 WP_074911472.1 0.0 371601 Pseudomonadati Bacteroidota WP_074911472.1 WP_232306300.1 6.91e-107 823 Pseudomonadati Bacteroidota WP_074911472.1 WP_063540919.1 3.61e-26 306;316;2968969 Pseudomonadati Pseudomonadota WP_074911472.1 WP_261733022.1 3.27e-24 2978345 Pseudomonadati Pseudomonadota WP_074911472.1 PSQ73325.1 6.66e-24 1919101 Pseudomonadati Bacteroidota WP_074911472.1 MBE9467362.1 8.82e-22 1898104 Pseudomonadati Bacteroidota WP_074911472.1 MBN1819552.1 5.26e-20 2053594 Pseudomonadati Bacteroidota WP_074911472.1 PKL50735.1 2.94e-18 2013830 0 Candidatus Rifleibacteriota WP_074911472.1 MBN8606766.1 2.85e-17 2282150 Pseudomonadati Pseudomonadota WP_074911472.1 WP_026893585.1 2.45e-15 408753 Bacillati Bacillota WP_074911472.1 WP_101794136.1 2.80e-14 2067450 Pseudomonadati Pseudomonadota WP_074911472.1 WP_196114185.1 5.72e-11 562 Pseudomonadati Pseudomonadota WP_074911472.1 SCH39951.1 4.33e-10 59620 Bacillati Bacillota WP_074911472.1 WP_273418567.1 7.80e-10 81029 Pseudomonadati Pseudomonadota WP_182544916.1 WP_182544916.1 0.0 1000566 Bacillati Actinomycetota WP_182544916.1 CQR41738.1 1.48e-51 554132 Pseudomonadati Pseudomonadota WP_232553043.1 WP_232553043.1 5.10e-272 1134687 Pseudomonadati Pseudomonadota WP_232553043.1 MBK7837454.1 2.74e-34 2711154 Bacillati Candidatus Melainabacteria WP_232553043.1 MBM4836391.1 4.42e-27 670 Pseudomonadati Pseudomonadota TCK28839.1 TCK28839.1 6.01e-145 100 Pseudomonadati Pseudomonadota HCJ9518601.1 HCJ9518601.1 3.80e-109 562 Pseudomonadati Pseudomonadota NUV85209.1 NUV85209.1 0.0 67360;1169747 Bacillati Actinomycetota WP_216418390.1 WP_216418390.1 9.70e-142 2841507 Bacillati Bacillota KAH8394604.1 KAH8394604.1 5.86e-190 88886 Metazoa Arthropoda KAH8394604.1 GAA38267.2 1.52e-24 79923 Metazoa Platyhelminthes KAH8394604.1 XP_011822310.1 4.09e-20 9568 Metazoa Chordata RLT18611.1 RLT18611.1 6.90e-105 2026780 Pseudomonadati Planctomycetota WP_267937098.1 WP_267937098.1 5.31e-132 N/A N/A MBC7977454.1 MBC7977454.1 8.07e-53 2026763 Pseudomonadati Myxococcota WP_257007586.1 WP_257007586.1 1.49e-281 1352 Bacillati Bacillota WP_257007586.1 HAZ0856238.1 1.13e-153 1352 Bacillati Bacillota WP_257007586.1 APT84512.1 4.38e-58 1431546 Bacillati Actinomycetota WP_128690407.1 WP_128690407.1 3.00e-140 141390 Pseudomonadati Pseudomonadota WP_068563945.1 WP_068563945.1 0.0 47312 Bacillati Actinomycetota MBN2775557.1 MBN2775557.1 8.25e-84 2053594 Pseudomonadati Bacteroidota WP_134806596.1 WP_134806596.1 5.53e-18 666 Pseudomonadati Pseudomonadota NRB12392.1 NRB12392.1 1.32e-146 3134679 Methanobacteriati Thermoplasmatota WP_114695256.1 WP_114695256.1 0.0 2283196 Pseudomonadati Pseudomonadota WP_114695256.1 KAA0234643.1 4.25e-35 1978231;2201156;2900548 Bacillati;Pseudomonadati Acidobacteriota;Actinomycetota MBI4300015.1 MBI4300015.1 0.0 2026724 Bacillati Chloroflexota WP_262175203.1 WP_262175203.1 1.78e-100 1399 Bacillati Bacillota WP_262175203.1 WP_067835961.1 1.69e-04 560555 Bacillati Actinomycetota EAG2350674.1 EAG2350674.1 8.62e-88 1639 Bacillati Bacillota EAG2350674.1 WP_194544138.1 1.61e-40 N/A N/A EAG2350674.1 MBQ5584458.1 2.66e-39 2053608 Bacillati Bacillota EAG2350674.1 WP_069156513.1 3.65e-34 1432052 Bacillati Bacillota EAG2350674.1 WP_026893585.1 1.39e-31 408753 Bacillati Bacillota EAG2350674.1 WP_186723788.1 7.98e-31 582 Pseudomonadati Pseudomonadota EAG2350674.1 WP_007708736.1 1.32e-30 333367;518636 Bacillati Bacillota EAG2350674.1 MBP1530348.1 4.16e-30 2049044 Bacillati Bacillota EAG2350674.1 PYP94120.1 1.98e-22 2026742 Pseudomonadati Gemmatimonadota EAG2350674.1 MCL7714424.1 7.29e-22 2871096 Pseudomonadati Pseudomonadota WP_135676778.1 WP_135676778.1 1.75e-30 2023182 Pseudomonadati Spirochaetota QDH52386.1 QDH52386.1 3.14e-193 2586752 Metazoa Nematomorpha QDH52386.1 YP_009109540.1 1.53e-72 242820 Metazoa Chordata MBS4968936.1 MBS4968936.1 6.58e-204 1898203 Bacillati Bacillota MBS4968936.1 MUU11774.1 1.26e-41 876091;1945593 Bacillati Bacillota MBS4968936.1 MBA2554676.1 3.39e-29 1882271 Bacillati Actinomycetota TMJ83338.1 TMJ83338.1 4.04e-154 1913988 Pseudomonadati Pseudomonadota EJS0734484.1 EJS0734484.1 5.09e-248 562 Pseudomonadati Pseudomonadota EJS0734484.1 WP_022748957.1 2.34e-77 140626 Bacillati Bacillota EJS0734484.1 WP_114054641.1 1.43e-28 1883;68209 Bacillati Actinomycetota EGT3575439.1 EGT3575439.1 5.80e-100 35703 Pseudomonadati Pseudomonadota OMO76535.1 OMO76535.1 8.58e-130 210143 Viridiplantae Streptophyta WP_202587913.1 WP_202587913.1 9.34e-78 32008;2759149 Pseudomonadati Pseudomonadota WP_056382861.1 WP_056382861.1 0.0 1736385 Pseudomonadati Pseudomonadota WP_056382861.1 MBX3687043.1 6.58e-97 1898103;2569850 Pseudomonadati Pseudomonadota XP_018594075.2 XP_018594075.2 9.98e-119 113540 Metazoa Chordata WP_077492284.1 WP_077492284.1 2.51e-97 837;28131;171549 Pseudomonadati Bacteroidota GEX99374.1 GEX99374.1 8.97e-217 118510 Viridiplantae Streptophyta MBS13190.1 MBS13190.1 0.0 2026742 Pseudomonadati Gemmatimonadota XP_046837596.1 XP_046837596.1 0.0 7445;202808 Metazoa Arthropoda WP_022723191.1 WP_022723191.1 3.36e-65 95607 Pseudomonadati Pseudomonadota BAO23243.1 BAO23243.1 3.79e-261 11676 Pararnavirae Artverviricota BAO23243.1 ACH90072.1 6.82e-248 11676 Pararnavirae Artverviricota BAO23243.1 BAO11608.1 1.21e-247 11676 Pararnavirae Artverviricota BAO23243.1 AFJ09957.1 3.30e-247 11676 Pararnavirae Artverviricota BAO23243.1 ACY29573.1 1.67e-243 11676 Pararnavirae Artverviricota BAO23243.1 QWY38042.1 7.26e-241 11676 Pararnavirae Artverviricota BAO23243.1 AVA00513.1 4.84e-238 11676 Pararnavirae Artverviricota BAO23243.1 AFV39595.1 8.00e-236 12721 Pararnavirae Artverviricota BAO23243.1 AOW36968.1 8.55e-226 11676 Pararnavirae Artverviricota BAO23243.1 AOW33101.1 1.64e-224 11676 Pararnavirae Artverviricota BAO23243.1 ARR91819.1 1.31e-193 11676 Pararnavirae Artverviricota BAO23243.1 ACV16867.1 1.25e-178 11676 Pararnavirae Artverviricota BAO23243.1 ADB27070.1 9.48e-152 11676 Pararnavirae Artverviricota BAO23243.1 ABJ92889.1 3.84e-54 11676 Pararnavirae Artverviricota WP_105336487.1 WP_105336487.1 4.53e-152 124 Pseudomonadati Planctomycetota MCO4016744.1 MCO4016744.1 0.0 287 Pseudomonadati Pseudomonadota WP_122747354.1 WP_122747354.1 0.0 N/A N/A WP_122747354.1 MBO7690464.1 1.14e-59 2044939 Bacillati Bacillota KAI6203333.1 KAI6203333.1 7.98e-134 269767 Metazoa Nematoda MBO8166298.1 MBO8166298.1 9.35e-80 1955248 Thermotogati Thermotogota OLE87009.1 OLE87009.1 0.0 1803424 Pseudomonadati Acidobacteriota KQM27662.1 KQM27662.1 3.60e-173 1735674;1735678 Pseudomonadati Pseudomonadota MCE2883039.1 MCE2883039.1 2.97e-98 2026779 Pseudomonadati Planctomycetota MCE2883039.1 HBW9511025.1 6.90e-46 573 Pseudomonadati Pseudomonadota MCE2883039.1 PJB11797.1 1.01e-34 1974005 Pseudomonadati Bacteroidota WP_185921121.1 WP_185921121.1 0.0 95486 Pseudomonadati Pseudomonadota WP_185921121.1 WP_023727015.1 2.30e-50 1287285 Pseudomonadati Pseudomonadota WP_185921121.1 WP_259619769.1 2.71e-45 1229154 Bacillati Bacillota WP_185921121.1 RQL72805.1 3.72e-32 48296 Pseudomonadati Pseudomonadota WP_185921121.1 WP_255602293.1 1.29e-28 2835787 Pseudomonadati Pseudomonadota WP_185921121.1 WP_226276978.1 2.37e-26 179879 Pseudomonadati Pseudomonadota WP_185921121.1 WP_197332010.1 2.62e-25 28097;907261 Pseudomonadati Pseudomonadota WP_139649072.1 WP_139649072.1 3.07e-145 555059 Bacillati Actinomycetota KAG7345309.1 KAG7345309.1 9.73e-284 303405 0 Bacillariophyta XP_034481174.1 XP_034481174.1 6.62e-130 198719 Metazoa Arthropoda EFA5447392.1 EFA5447392.1 4.45e-135 562 Pseudomonadati Pseudomonadota MBI3868575.1 MBI3868575.1 4.29e-152 2026799 Pseudomonadati Verrucomicrobiota MBI3868575.1 WP_177995267.1 3.77e-13 2606640 Pseudomonadati Lentisphaerota BBG20955.1 BBG20955.1 0.0 210 Pseudomonadati Campylobacterota BBG20955.1 WP_261665820.1 0.0 N/A N/A BBG20955.1 WP_061278828.1 0.0 173 Pseudomonadati Spirochaetota BBG20955.1 WP_189931865.1 2.54e-294 68272 Bacillati Actinomycetota BBG20955.1 MBQ7389792.1 2.05e-270 2044939 Bacillati Bacillota BBG20955.1 ULU28230.1 8.36e-176 48101 Viridiplantae Streptophyta BBG20955.1 AIR77599.1 5.52e-90 565225 Pseudomonadati Pseudomonadota BBG20955.1 HAJ19792.1 6.72e-21 1898112 Pseudomonadati Pseudomonadota WP_045136250.1 WP_045136250.1 1.15e-52 1597;47714 Bacillati Bacillota MBF0107908.1 MBF0107908.1 0.0 2026759 Pseudomonadati Pseudomonadota MBF0107908.1 KAB2885888.1 2.85e-97 1872424 Pseudomonadati Pseudomonadota MCB9222627.1 MCB9222627.1 4.04e-143 2026728 Pseudomonadati Bacteroidota RYY55682.1 RYY55682.1 0.0 1869212 Pseudomonadati Bacteroidota RYY55682.1 OLA65010.1 1.78e-214 1896965 Pseudomonadati Pseudomonadota WP_264750294.1 WP_264750294.1 0.0 2984028 Pseudomonadati Bacteroidota XP_026100634.1 XP_026100634.1 7.37e-299 7957;101364 Metazoa Chordata XP_026100634.1 KAI9912466.1 5.95e-41 230839 0 Oomycota XP_026100634.1 XP_042622198.1 2.72e-27 7962 Metazoa Chordata XP_026100634.1 NXJ84327.1 9.95e-25 56311 Metazoa Chordata XP_026100634.1 XP_039923984.1 1.40e-21 43150 Metazoa Chordata XP_026100634.1 KAJ7903702.1 1.91e-12 230810 Fungi Basidiomycota PWM49891.1 PWM49891.1 0.0 1879010 Bacillati Bacillota PWM49891.1 WP_258835625.1 2.64e-99 373040 Pseudomonadati Pseudomonadota PWM49891.1 MBP6375542.1 4.51e-98 2818473 Pseudomonadati Pseudomonadota PWM49891.1 MBT4710545.1 1.99e-90 1913988 Pseudomonadati Pseudomonadota PWM49891.1 WP_249505358.1 6.01e-81 3239812 Pseudomonadati Fibrobacterota PWM49891.1 WP_194454339.1 3.55e-32 1325120 Pseudomonadati Pseudomonadota WP_017487366.1 WP_017487366.1 1.26e-50 29427;223967;2282523;2448480;2478916 Pseudomonadati Pseudomonadota WP_034968029.1 WP_034968029.1 1.73e-282 1233951 Pseudomonadati Bacteroidota WP_034968029.1 WP_150731550.1 1.30e-64 294 Pseudomonadati Pseudomonadota OXE30643.1 OXE30643.1 3.13e-76 670 Pseudomonadati Pseudomonadota QDI78883.1 QDI78883.1 0.0 28875 Orthornavirae Duplornaviricota XP_008604006.1 XP_008604006.1 4.58e-72 1156394 0 Oomycota EGT0637761.1 EGT0637761.1 4.79e-131 67827 Pseudomonadati Pseudomonadota WP_135916821.1 WP_135916821.1 1.19e-201 2563960 Pseudomonadati Pseudomonadota WP_135916821.1 PYL83902.1 1.03e-15 2026799 Pseudomonadati Verrucomicrobiota MXW58053.1 MXW58053.1 3.60e-218 2080302 Bacillati Actinomycetota XP_050358545.1 XP_050358545.1 0.0 171585 Metazoa Arthropoda XP_004225259.1 XP_004225259.1 0.0 1120755 0 Apicomplexa TBR44965.1 TBR44965.1 1.42e-181 1902503 Pseudomonadati Pseudomonadota TBR44965.1 MBL6635315.1 8.07e-49 2497619 Bacillati Actinomycetota AQA21753.1 AQA21753.1 9.75e-111 1805827 Bacillati Actinomycetota DAO35860.1 DAO35860.1 5.89e-123 2832643 Heunggongvirae Uroviricota MCB9555407.1 MCB9555407.1 0.0 2026735 Pseudomonadati Myxococcota NOG54385.1 NOG54385.1 0.0 2026780 Pseudomonadati Planctomycetota XP_027894086.1 XP_027894086.1 0.0 32473 Metazoa Chordata OJG95819.1 OJG95819.1 2.33e-247 417368 Bacillati Bacillota OJG95819.1 WP_024410349.1 5.66e-76 1307 Bacillati Bacillota OJG95819.1 KAJ5991093.1 1.78e-30 5083 Fungi Ascomycota OJG95819.1 WP_257107333.1 2.87e-24 2931984 Pseudomonadati Pseudomonadota OJG95819.1 WP_198255508.1 3.09e-21 41899 Pseudomonadati Pseudomonadota GIY33458.1 GIY33458.1 0.0 1538125 Metazoa Arthropoda GIY33458.1 WP_007337172.1 1.08e-07 265606;993516 Pseudomonadati Planctomycetota MCI1663915.1 MCI1663915.1 5.56e-255 327277 Bacillati Actinomycetota MCI1663915.1 WP_069877432.1 7.07e-78 506668 Pseudomonadati Pseudomonadota MCI1663915.1 MBI1797961.1 1.47e-67 2212470 0 Candidatus Eiseniibacteriota WP_142429410.1 WP_142429410.1 1.49e-37 1351 Bacillati Bacillota XP_040114763.1 XP_040114763.1 0.0 59534 Metazoa Chordata WP_129857883.1 WP_129857883.1 8.52e-277 1886 Bacillati Actinomycetota WP_129857883.1 WP_144320971.1 8.50e-17 68270 Bacillati Actinomycetota WP_129857883.1 WP_088644037.1 1.78e-14 1185415 Bacillati Actinomycetota WP_129857883.1 MBP9767803.1 2.65e-04 29523 Pseudomonadati Bacteroidota EAN4724137.1 EAN4724137.1 3.55e-267 28901 Pseudomonadati Pseudomonadota EAN4724137.1 WP_224255409.1 4.57e-254 1134687 Pseudomonadati Pseudomonadota EAN4724137.1 MBT4259674.1 1.38e-99 2024844 Pseudomonadati Nitrospinota EAN4724137.1 XP_018682766.1 2.56e-57 N/A N/A WP_137058869.1 WP_137058869.1 1.88e-152 1405 Bacillati Bacillota WP_278924671.1 WP_278924671.1 3.26e-58 3034152 Pseudomonadati Pseudomonadota XP_033130084.1 XP_033130084.1 1.19e-154 3711 Viridiplantae Streptophyta WP_186939222.1 WP_186939222.1 0.0 2763043 Bacillati Actinomycetota WP_186939222.1 MBR2406030.1 5.00e-67 2044939 Bacillati Bacillota WP_186939222.1 WP_223292749.1 5.79e-18 2798577 Pseudomonadati Spirochaetota WP_186939222.1 MCM1122913.1 2.12e-15 142586 Bacillati Bacillota RZO90007.1 RZO90007.1 8.92e-232 744985 Pseudomonadati Pseudomonadota WP_067908376.1 WP_067908376.1 3.80e-189 115335 Bacillati Actinomycetota XP_010831352.1 XP_010831352.1 0.0 43346 Metazoa Chordata WP_187094112.1 WP_187094112.1 1.63e-207 2762325 Bacillati Actinomycetota WP_187094112.1 WP_221286480.1 3.64e-48 N/A N/A WP_187094112.1 MBO4168293.1 3.15e-13 43057 Pseudomonadati Pseudomonadota WP_176538754.1 WP_176538754.1 5.08e-254 1396 Bacillati Bacillota WP_176538754.1 WP_059267425.1 4.56e-06 208962 Pseudomonadati Pseudomonadota MPT34124.1 MPT34124.1 1.72e-86 239 Pseudomonadati Bacteroidota MBO5205168.1 MBO5205168.1 1.09e-231 59823 Pseudomonadati Bacteroidota MBK8687530.1 MBK8687530.1 1.42e-156 1891241 Pseudomonadati Pseudomonadota MBK8687530.1 MCC6044083.1 8.03e-11 2184738 Thermoproteati Thermoproteota MBK8687530.1 WP_211555180.1 1.06e-04 574987 Pseudomonadati Pseudomonadota WP_228527316.1 WP_228527316.1 4.32e-44 1064518 Pseudomonadati Pseudomonadota ECA9858842.1 ECA9858842.1 1.32e-305 2564479 Pseudomonadati Pseudomonadota ECA9858842.1 MBI4875790.1 3.57e-55 1978231 Pseudomonadati Acidobacteriota MBN9625832.1 MBN9625832.1 1.20e-210 1660086;1872122 Pseudomonadati Pseudomonadota MBN9625832.1 NEX64733.1 2.69e-118 2709383 Pseudomonadati Pseudomonadota MBN9625832.1 GGS66510.1 2.55e-93 46182 Bacillati Actinomycetota MBN9625832.1 WP_002857697.1 1.85e-34 194;197;1365662 Pseudomonadati Campylobacterota WP_276153259.1 WP_276153259.1 4.43e-259 196795 Pseudomonadati Pseudomonadota PCJ60344.1 PCJ60344.1 1.95e-58 1898112 Pseudomonadati Pseudomonadota WP_034004944.1 WP_034004944.1 4.35e-52 287 Pseudomonadati Pseudomonadota XP_007405597.1 XP_007405597.1 8.16e-181 747676 Fungi Basidiomycota WP_241323553.1 WP_241323553.1 7.04e-296 2923428 Pseudomonadati Pseudomonadota WP_030096092.1 WP_030096092.1 0.0 1774 Bacillati Actinomycetota WP_030096092.1 MCK1819907.1 1.38e-159 2929781 Bacillati Actinomycetota WP_030096092.1 WP_034002239.1 1.15e-68 287 Pseudomonadati Pseudomonadota WP_030096092.1 WP_187788315.1 1.50e-65 2614656 Pseudomonadati Pseudomonadota WP_030096092.1 WP_278498266.1 1.80e-58 470934 Pseudomonadati Pseudomonadota WP_149633476.1 WP_149633476.1 1.50e-170 398 Pseudomonadati Pseudomonadota COS78102.1 COS78102.1 2.05e-55 1313 Bacillati Bacillota XP_031145922.1 XP_031145922.1 2.02e-190 283035 Metazoa Chordata KAF1792308.1 KAF1792308.1 0.0 29920 0 Oomycota XP_012206226.1 XP_012206226.1 0.0 695850 0 Oomycota TIX75263.1 TIX75263.1 9.80e-58 1871066 Pseudomonadati Pseudomonadota TNH24208.1 TNH24208.1 3.29e-32 1420891 Bacillati Actinomycetota WP_147434933.1 WP_147434933.1 9.02e-140 1462923 Thermotogati Thermotogota WP_147434933.1 GFH27490.1 1.60e-56 44745 Viridiplantae Chlorophyta WP_091252096.1 WP_091252096.1 3.84e-147 1761746 Bacillati Actinomycetota HJE11106.1 HJE11106.1 0.0 1718 Bacillati Actinomycetota MBQ1306452.1 MBQ1306452.1 5.98e-254 2478483 Bacillati Bacillota MBR5168981.1 MBR5168981.1 4.89e-87 2498093 Pseudomonadati Bacteroidota MBR5168981.1 WP_213753432.1 1.02e-24 2836179 Pseudomonadati Pseudomonadota WP_010865602.1 WP_010865602.1 8.81e-294 56636;272557 Thermoproteati Thermoproteota WP_074028604.1 WP_074028604.1 7.37e-42 1590;337330 Bacillati Bacillota WP_270967954.1 WP_270967954.1 0.0 N/A N/A WP_270967954.1 WP_254101325.1 5.24e-209 2961944 Pseudomonadati Pseudomonadota WP_270967954.1 XP_052525039.1 1.21e-124 109042 Metazoa Chordata WP_270967954.1 MCC5948066.1 5.60e-67 2093808 Bacillati Actinomycetota CAG5083139.1 CAG5083139.1 1.03e-130 34765 Metazoa Chordata WP_121452481.1 WP_121452481.1 9.48e-132 2419843 Bacillati Bacillota MBQ8412219.1 MBQ8412219.1 3.07e-68 1898203 Bacillati Bacillota RYE89993.1 RYE89993.1 4.56e-255 1871070 Pseudomonadati Pseudomonadota RYE89993.1 MBL8820230.1 1.03e-63 37635 Pseudomonadati Planctomycetota RYE89993.1 NEO65312.1 2.27e-24 2607820 Bacillati Cyanobacteriota RYE89993.1 WP_210569664.1 6.91e-22 2812655 Bacillati Actinomycetota WP_160352546.1 WP_160352546.1 7.52e-131 2509718 Pseudomonadati Pseudomonadota MBU2573448.1 MBU2573448.1 0.0 2030800 Pseudomonadati Elusimicrobiota TAG14385.1 TAG14385.1 1.10e-162 2035813 Pseudomonadati Bacteroidota HIS46075.1 HIS46075.1 6.08e-195 2840941 Bacillati Bacillota MBS6779195.1 MBS6779195.1 6.15e-289 1929886 Bacillati Actinomycetota MBS6779195.1 WP_012573472.1 1.47e-38 511435;511995 Pseudomonadati Bacteroidota MBS6779195.1 NJD91181.1 3.00e-27 46610 Pseudomonadati Thermodesulfobacteriota MBS6779195.1 WP_151430057.1 4.41e-22 1796610;1977263 Bacillati Actinomycetota MBP3450714.1 MBP3450714.1 2.02e-105 1898206 Pseudomonadati Spirochaetota WP_259633828.1 WP_259633828.1 1.86e-25 2976331 Pseudomonadati Planctomycetota WP_277084622.1 WP_277084622.1 3.11e-230 2606630 Bacillati Bacillota WP_277084622.1 WP_074825075.1 1.75e-113 82985;1122977 Pseudomonadati Pseudomonadota WP_277084622.1 WP_078429679.1 8.13e-85 427920 Bacillati Bacillota WP_277084622.1 WP_004619799.1 2.07e-81 75;78;1292034 Pseudomonadati Pseudomonadota WP_277084622.1 MCP1651746.1 1.46e-79 46680 Pseudomonadati Pseudomonadota WP_277084622.1 MBA2536487.1 5.07e-75 2900548 Bacillati Actinomycetota WP_277084622.1 EDH4057100.1 3.07e-61 149388 Pseudomonadati Pseudomonadota WP_277084622.1 GAN03156.1 1.60e-60 91626 Fungi Mucoromycota WP_277084622.1 XP_040685867.1 1.67e-58 5066;1073089 Fungi Ascomycota WP_277084622.1 WP_083141943.1 1.39e-50 39692 Bacillati Actinomycetota HBO4828144.1 HBO4828144.1 9.80e-207 287 Pseudomonadati Pseudomonadota HBO4828144.1 WP_077217464.1 7.01e-81 95486 Pseudomonadati Pseudomonadota HBO4828144.1 WP_076409454.1 7.70e-56 85698 Pseudomonadati Pseudomonadota HBO4828144.1 WP_176354145.1 1.19e-48 2742698 Pseudomonadati Pseudomonadota HBO4828144.1 WP_170725874.1 9.27e-42 562 Pseudomonadati Pseudomonadota HBO4828144.1 MWR41881.1 7.33e-41 562 Pseudomonadati Pseudomonadota HBO4828144.1 WP_145468487.1 1.08e-31 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota HBO4828144.1 WP_256546297.1 8.91e-21 1126236 Methanobacteriati Methanobacteriota HBO4828144.1 WP_150396769.1 4.16e-13 305 Pseudomonadati Pseudomonadota HBO4828144.1 WP_142931103.1 2.54e-10 2202200 Pseudomonadati Campylobacterota HBO4828144.1 MBQ8297564.1 6.70e-10 41978 Bacillati Bacillota HBO4828144.1 WP_153844272.1 6.40e-09 28453;2940619 Pseudomonadati Bacteroidota HBO4828144.1 WP_195238978.1 3.17e-07 1502 Bacillati Bacillota HBO4828144.1 KAJ2660037.1 8.52e-06 2789312 Fungi Kickxellomycota CAB3503427.1 CAB3503427.1 0.0 N/A N/A WP_167084302.1 WP_167084302.1 5.52e-109 2609281 Pseudomonadati Pseudomonadota MBK9137892.1 MBK9137892.1 5.03e-302 2026799 Pseudomonadati Verrucomicrobiota WP_086612756.1 WP_086612756.1 4.41e-91 104101 Pseudomonadati Pseudomonadota WP_229319113.1 WP_229319113.1 0.0 67351 Bacillati Actinomycetota WP_229319113.1 WP_247749043.1 4.01e-15 N/A N/A MCI40880.1 MCI40880.1 2.11e-49 97028 Viridiplantae Streptophyta MBU6305288.1 MBU6305288.1 3.06e-98 1891241 Pseudomonadati Pseudomonadota UAS17182.2 UAS17182.2 5.48e-42 283734 Bacillati Bacillota MBN1762539.1 MBN1762539.1 0.0 2268195 Methanobacteriati Methanobacteriota KVN34631.1 KVN34631.1 1.59e-103 1503054 Pseudomonadati Pseudomonadota CAD2189922.1 CAD2189922.1 0.0 N/A N/A KAF5671546.1 KAF5671546.1 0.0 48490 Fungi Ascomycota KAF5671546.1 MBE6688122.1 5.68e-94 2485925 Bacillati Bacillota KAF5671546.1 MBE5737882.1 2.79e-92 1898207 Bacillati Bacillota KAF5671546.1 XP_009147075.2 2.60e-88 3711 Viridiplantae Streptophyta KAF5671546.1 WP_235126772.1 1.39e-80 2909336 Pseudomonadati Bacteroidota KAF5671546.1 WP_278631399.1 2.53e-80 29348 Bacillati Bacillota KAF5671546.1 KAA0114277.1 1.23e-74 1305 Bacillati Bacillota KAF5671546.1 WP_049009918.1 3.62e-37 545 Pseudomonadati Pseudomonadota KAF5671546.1 WP_019100427.1 1.15e-33 394935 Pseudomonadati Pseudomonadota KAF5671546.1 KAJ6994162.1 1.11e-32 444605 Viridiplantae Streptophyta KAF5671546.1 MBY0273331.1 5.93e-17 1913988 Pseudomonadati Pseudomonadota KAF5671546.1 MCE7698179.1 2.52e-11 868131 Methanobacteriati Methanobacteriota CAG8783316.1 CAG8783316.1 2.61e-67 1348616 Fungi Glomeromycota XP_006161615.1 XP_006161615.1 6.32e-130 246437 Metazoa Chordata WP_207472995.1 WP_207472995.1 7.84e-55 2782008 Bacillati Actinomycetota TMG92410.1 TMG92410.1 3.24e-231 1891241 Pseudomonadati Pseudomonadota MBL0091585.1 MBL0091585.1 0.0 1903157 Pseudomonadati Pseudomonadota MBL0091585.1 NLY22703.1 1.34e-80 2030927 Pseudomonadati Bacteroidota EJI8012843.1 EJI8012843.1 0.0 562 Pseudomonadati Pseudomonadota EJI8012843.1 EDF5922784.1 0.0 595 Pseudomonadati Pseudomonadota EJI8012843.1 MBL04873.1 2.45e-04 2026780 Pseudomonadati Planctomycetota 8APN_AM 8APN_AM 2.89e-299 353565 Viridiplantae Chlorophyta WP_073680713.1 WP_073680713.1 4.48e-153 134601;1490483 Bacillati Actinomycetota SQB81123.1 SQB81123.1 2.51e-39 562 Pseudomonadati Pseudomonadota SQB81123.1 KQO44758.1 1.40e-18 1736239 Pseudomonadati Pseudomonadota KAI2569442.1 KAI2569442.1 1.18e-261 9606 Metazoa Chordata WP_049468231.1 WP_049468231.1 2.65e-135 2045451 Pseudomonadati Pseudomonadota WP_074825075.1 WP_074825075.1 1.65e-273 82985;1122977 Pseudomonadati Pseudomonadota WP_074825075.1 WP_078429679.1 1.41e-130 427920 Bacillati Bacillota WP_074825075.1 WP_277084622.1 1.09e-113 2606630 Bacillati Bacillota WP_074825075.1 MCP1651746.1 6.16e-106 46680 Pseudomonadati Pseudomonadota WP_074825075.1 WP_004619799.1 8.72e-105 75;78;1292034 Pseudomonadati Pseudomonadota WP_074825075.1 MBA2536487.1 2.04e-104 2900548 Bacillati Actinomycetota WP_074825075.1 EDH4057100.1 4.51e-93 149388 Pseudomonadati Pseudomonadota WP_074825075.1 GAN03156.1 4.31e-75 91626 Fungi Mucoromycota WP_074825075.1 WP_083141943.1 6.55e-67 39692 Bacillati Actinomycetota WP_074825075.1 XP_040685867.1 2.08e-58 5066;1073089 Fungi Ascomycota WP_074925385.1 WP_074925385.1 6.37e-173 188144;1121869 Pseudomonadati Pseudomonadota CAI2162316.1 CAI2162316.1 0.0 1117311 Fungi Glomeromycota WP_011629477.1 WP_011629477.1 0.0 187272;351052 Pseudomonadati Pseudomonadota WP_001202764.1 WP_001202764.1 0.0 470;2420300 Pseudomonadati Pseudomonadota WP_001202764.1 MBT8607749.1 6.43e-227 2527775 Pseudomonadati Pseudomonadota WP_122031495.1 WP_122031495.1 1.74e-299 2026885 0 Candidatus Bipolaricaulota WP_177995267.1 WP_177995267.1 3.94e-178 2606640 Pseudomonadati Lentisphaerota WP_177995267.1 MBI3868575.1 2.93e-12 2026799 Pseudomonadati Verrucomicrobiota WP_111457087.1 WP_111457087.1 3.35e-185 1813876 Pseudomonadati Pseudomonadota WP_111457087.1 WP_225767809.1 1.43e-08 2866581 Pseudomonadati Pseudomonadota KAA8693182.1 KAA8693182.1 1.08e-77 46678 Pseudomonadati Pseudomonadota MYT92751.1 MYT92751.1 9.05e-60 2690343 Bacillati Actinomycetota XP_043889695.1 XP_043889695.1 0.0 28829 Metazoa Chordata XP_043889695.1 KAJ2660037.1 1.21e-61 2789312 Fungi Kickxellomycota XP_043889695.1 XP_032696462.1 9.64e-60 76717 Metazoa Chordata WP_274549238.1 WP_274549238.1 3.04e-75 2593676 Bacillati Actinomycetota DAZ64401.1 DAZ64401.1 5.11e-220 2832643 Heunggongvirae Uroviricota UBD95131.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UBD95131.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota ESS65152.1 ESS65152.1 8.91e-205 5693;85057;1416333 0 Euglenozoa WP_095451526.1 WP_095451526.1 6.61e-264 550;42895 Pseudomonadati Pseudomonadota XP_040286004.1 XP_040286004.1 0.0 8384 Metazoa Chordata KPX96424.1 KPX96424.1 0.0 129139 Pseudomonadati Pseudomonadota WP_233290946.1 WP_233290946.1 2.86e-293 562 Pseudomonadati Pseudomonadota WP_139552727.1 WP_139552727.1 2.09e-80 562 Pseudomonadati Pseudomonadota WP_139552727.1 CAB5621061.1 2.41e-13 562 Pseudomonadati Pseudomonadota ETO85594.1 ETO85594.1 1.41e-111 1317066 0 Oomycota TWP21248.1 TWP21248.1 1.23e-163 713054 0 Candidatus Saccharimonadota WP_225318916.1 WP_225318916.1 9.87e-63 2303332 Pseudomonadati Pseudomonadota WP_128455839.1 WP_128455839.1 2.10e-65 1851410 Pseudomonadati Pseudomonadota WP_109249144.1 WP_109249144.1 9.35e-176 33962 Bacillati Bacillota WP_272056282.1 WP_272056282.1 7.35e-94 823 Pseudomonadati Bacteroidota ECC0814460.1 ECC0814460.1 0.0 197 Pseudomonadati Campylobacterota RZO46377.1 RZO46377.1 5.42e-237 1977087 Pseudomonadati Pseudomonadota NXB12866.1 NXB12866.1 0.0 254448 Metazoa Chordata WP_203282270.1 WP_203282270.1 0.0 2098 Bacillati Mycoplasmatota WP_083681546.1 WP_083681546.1 5.23e-88 1920190 Pseudomonadati Myxococcota OYZ24246.1 OYZ24246.1 1.01e-281 1970323 Pseudomonadati Bdellovibrionota WP_140889516.1 WP_140889516.1 1.78e-272 2589930 Pseudomonadati Pseudomonadota MBN0056136.1 MBN0056136.1 8.60e-79 287 Pseudomonadati Pseudomonadota CKL52325.1 CKL52325.1 4.21e-58 487 Pseudomonadati Pseudomonadota TIP25924.1 TIP25924.1 1.71e-133 1871066 Pseudomonadati Pseudomonadota WP_173580245.1 WP_173580245.1 4.51e-126 146940 Pseudomonadati Pseudomonadota MBP9134796.1 MBP9134796.1 4.33e-208 2202734 Pseudomonadati Bacteroidota MBP9134796.1 HIP02283.1 1.19e-53 2268180 Pseudomonadati Campylobacterota WP_179321248.1 WP_179321248.1 6.06e-81 2697010 Pseudomonadati Bacteroidota EAA1978353.1 EAA1978353.1 1.88e-99 595;28901;29473;58712;59204;224729;340188;570935;1192846;2564227 Pseudomonadati Pseudomonadota DAZ71054.1 DAZ71054.1 1.13e-279 2832643 Heunggongvirae Uroviricota DAZ71054.1 WP_024330540.1 1.24e-57 447471 Pseudomonadati Pseudomonadota DAZ71054.1 WP_145616262.1 4.02e-43 1543705;3475240 Pseudomonadati Pseudomonadota DAZ71054.1 NNE87648.1 6.93e-39 2058390 Pseudomonadati Pseudomonadota DAZ71054.1 MYE57211.1 6.79e-32 2024894 Bacillati Actinomycetota XP_001275352.1 XP_001275352.1 0.0 344612 Fungi Ascomycota RCX10040.1 RCX10040.1 0.0 1031594 Pseudomonadati Pseudomonadota RCX10040.1 WP_116813830.1 3.52e-39 287 Pseudomonadati Pseudomonadota WP_276263713.1 WP_276263713.1 6.42e-161 68895 Pseudomonadati Pseudomonadota WP_276263713.1 WP_014286324.1 1.21e-14 911045 Pseudomonadati Pseudomonadota ETI31896.1 ETI31896.1 0.0 4792;1317065 0 Oomycota PZW56938.1 PZW56938.1 3.09e-276 1261629;2821122 Pseudomonadati Pseudomonadota PZW56938.1 WP_121252511.1 4.20e-25 166793 Bacillati Actinomycetota VUC33496.1 VUC33496.1 0.0 29856 Fungi Ascomycota WP_279595826.1 WP_279595826.1 0.0 N/A N/A WP_279595826.1 ECC1749556.1 7.44e-33 59204 Pseudomonadati Pseudomonadota WP_216295494.1 WP_216295494.1 3.05e-244 80866 Pseudomonadati Pseudomonadota WP_216295494.1 WP_261668588.1 1.04e-57 82541 Pseudomonadati Pseudomonadota QWC83326.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota QWC83326.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_186556299.1 WP_186556299.1 0.0 286;2745493 Pseudomonadati Pseudomonadota WP_186556299.1 WP_104456122.1 8.46e-98 1636607 Pseudomonadati Pseudomonadota WP_186556299.1 HAZ7424284.1 5.67e-48 562 Pseudomonadati Pseudomonadota WP_186556299.1 HBP5649656.1 5.08e-39 287 Pseudomonadati Pseudomonadota WP_186556299.1 WP_140164964.1 1.53e-32 670 Pseudomonadati Pseudomonadota WP_186556299.1 WP_128786583.1 8.97e-31 2485123 Pseudomonadati Pseudomonadota WP_186556299.1 WP_097514015.1 7.05e-15 562 Pseudomonadati Pseudomonadota XP_036352003.1 XP_036352003.1 3.29e-154 N/A N/A AUW66636.1 AUW66636.1 7.48e-87 2055655 Metazoa Arthropoda XP_021678658.1 XP_021678658.1 0.0 N/A N/A WP_257777211.1 WP_257777211.1 2.74e-227 196821;2969303 Pseudomonadati Pseudomonadota WP_257777211.1 WP_179243590.1 2.44e-72 343403 Pseudomonadati Bacteroidota WP_045332585.1 WP_045332585.1 0.0 158836;354276;1296536 Pseudomonadati Pseudomonadota WP_196396761.1 WP_196396761.1 1.76e-93 2935737 Bacillati Actinomycetota WP_263298010.1 WP_263298010.1 0.0 N/A N/A GFD45028.1 GFD45028.1 6.59e-53 118510 Viridiplantae Streptophyta GFD45028.1 GEX59890.1 1.00e-06 118510 Viridiplantae Streptophyta MBE1549930.1 MBE1549930.1 4.25e-135 2663822 Bacillati Actinomycetota MBE1549930.1 WP_205541900.1 4.92e-09 2108399 Pseudomonadati Pseudomonadota WP_154951203.1 WP_154951203.1 1.06e-220 294;244566 Pseudomonadati Pseudomonadota WP_154951203.1 WP_279008479.1 2.80e-64 29465 Bacillati Bacillota WP_154951203.1 WP_105447015.1 1.20e-39 573;72407 Pseudomonadati Pseudomonadota WP_154951203.1 HAA79725.1 2.49e-36 1873462 Bacillati Actinomycetota WP_154951203.1 WP_002574744.1 3.12e-35 154046;208479;997894;997895 Bacillati Bacillota XP_042646948.1 XP_042646948.1 0.0 56313 Metazoa Chordata WP_148044309.1 WP_148044309.1 9.68e-76 1084421 Pseudomonadati Bacteroidota GEY78623.1 GEY78623.1 1.64e-47 118510 Viridiplantae Streptophyta WP_157767135.1 WP_157767135.1 6.01e-295 2049589 Pseudomonadati Pseudomonadota MBI3668312.1 MBI3668312.1 4.95e-171 1978231 Pseudomonadati Acidobacteriota MBI3668312.1 MBE6900854.1 2.95e-53 2485925 Bacillati Bacillota MBI3668312.1 WP_106587829.1 2.61e-48 517424 Bacillati Bacillota MBI3668312.1 RLD79060.1 2.77e-42 1898104 Pseudomonadati Bacteroidota EDD0587303.1 EDD0587303.1 0.0 90371 Pseudomonadati Pseudomonadota EDD0587303.1 WP_218965839.1 2.92e-43 1196083 Pseudomonadati Pseudomonadota EDD0587303.1 EFN5389376.1 1.24e-22 562 Pseudomonadati Pseudomonadota EDD0587303.1 KDT27382.1 8.79e-22 1444056 Pseudomonadati Pseudomonadota KAI6685811.1 KAI6685811.1 0.0 1042139 Viridiplantae Streptophyta KAI6685811.1 XP_029123601.1 4.86e-287 N/A N/A MBN9383861.1 MBN9383861.1 0.0 1869212 Pseudomonadati Bacteroidota MBN9383861.1 WP_168738097.1 1.13e-107 634771 Pseudomonadati Bacteroidota MBN9383861.1 WP_199673213.1 7.12e-06 1396 Bacillati Bacillota OAL48948.1 OAL48948.1 7.76e-267 765867 Fungi Ascomycota RUS79844.1 RUS79844.1 2.59e-263 188477 Metazoa Mollusca WP_266613108.1 WP_266613108.1 1.54e-164 2593676 Bacillati Actinomycetota HCN7845163.1 HCN7845163.1 2.80e-92 562 Pseudomonadati Pseudomonadota MBR7122964.1 MBR7122964.1 1.21e-226 2485925 Bacillati Bacillota MBR7122964.1 MBD5551606.1 7.14e-47 1898203 Bacillati Bacillota WP_154324327.1 WP_154324327.1 2.58e-75 562 Pseudomonadati Pseudomonadota HCT61068.1 HCT61068.1 3.82e-47 1872119 Pseudomonadati Acidobacteriota MBZ5490509.1 MBZ5490509.1 2.26e-37 2081523 Pseudomonadati Acidobacteriota RZK52568.1 RZK52568.1 1.61e-299 1411316 Pseudomonadati Bacteroidota XP_018661491.1 XP_018661491.1 0.0 398673 Fungi Ascomycota WP_222251196.1 WP_222251196.1 4.74e-73 260552 Pseudomonadati Pseudomonadota RGG06187.1 RGG06187.1 0.0 2293056;2293067;2293068;2293081 Bacillati Bacillota RGG06187.1 MBU6501496.1 1.55e-32 1891238 Pseudomonadati Pseudomonadota PHR72175.1 PHR72175.1 1.78e-221 1925666 Pseudomonadati Bacteroidota PHR72175.1 PSR02572.1 3.87e-123 1919110 Pseudomonadati Bacteroidota PHR72175.1 WP_073201850.1 4.27e-95 1027249 Bacillati Bacillota PHR72175.1 CBI36349.3 5.42e-41 29760 Viridiplantae Streptophyta PHR72175.1 OQA38407.1 6.01e-37 1852787 Pseudomonadati Acidobacteriota PHR72175.1 WP_253808359.1 4.71e-36 69710 Pseudomonadati Spirochaetota MBQ6421794.1 MBQ6421794.1 2.47e-138 2044939 Bacillati Bacillota WP_251290759.1 WP_251290759.1 8.19e-52 N/A N/A MBR4471080.1 MBR4471080.1 8.95e-83 2049044 Bacillati Bacillota MBR4471080.1 TDM00308.1 2.79e-35 1871037 Pseudomonadati Bacteroidota MBR4471080.1 KKP93192.1 3.52e-34 1618782;1618898 0 0 MBR4471080.1 WP_148259014.1 1.88e-29 34094;2047757 Pseudomonadati Chlamydiota MCF2638803.1 MCF2638803.1 3.81e-178 856 Fusobacteriati Fusobacteriota MCF2638803.1 WP_088527814.1 2.76e-05 1743164 Pseudomonadati Pseudomonadota KAJ3519417.1 KAJ3519417.1 0.0 57161 Fungi Ascomycota OCB46767.1 OCB46767.1 2.13e-209 39693;547163 Bacillati Actinomycetota OCB46767.1 WP_020913025.1 7.61e-97 225849;404011 Pseudomonadati Pseudomonadota OCB46767.1 NEQ48723.1 2.41e-95 2607780 Bacillati Cyanobacteriota OCB46767.1 MBI3461834.1 8.31e-92 2026780 Pseudomonadati Planctomycetota OCB46767.1 NBQ41256.1 1.95e-83 2448780 Bacillati Actinomycetota OCB46767.1 KAF1538674.1 1.13e-82 57240 Metazoa Chordata MCD8138445.1 MCD8138445.1 5.07e-85 2026779 Pseudomonadati Planctomycetota WP_263513200.1 WP_263513200.1 2.20e-177 108980 Pseudomonadati Pseudomonadota NWW37631.1 NWW37631.1 7.06e-179 181101 Metazoa Chordata WP_010859888.1 WP_010859888.1 4.40e-254 1421;1285586 Bacillati Bacillota WP_010859888.1 MBT8367246.1 1.07e-09 2026735 Pseudomonadati Myxococcota EFS12202.1 EFS12202.1 3.61e-145 198215 Pseudomonadati Pseudomonadota WP_245836657.1 WP_245836657.1 3.01e-187 436663 Pseudomonadati Pseudomonadota WP_208750182.1 WP_208750182.1 6.84e-237 2017685 Bacillati Actinomycetota WP_069944653.1 WP_069944653.1 0.0 226;28108 Pseudomonadati Pseudomonadota KXK44331.1 KXK44331.1 9.13e-271 1617412 Pseudomonadati Ignavibacteriota WP_190971545.1 WP_190971545.1 0.0 92942;2692906 Bacillati Cyanobacteriota ECB3811761.1 ECB3811761.1 0.0 2024268 Pseudomonadati Pseudomonadota ECB3811761.1 HBE7681505.1 0.0 562 Pseudomonadati Pseudomonadota DAT73027.1 DAT73027.1 0.0 2832643 Heunggongvirae Uroviricota HCT06136.1 HCT06136.1 0.0 306 Pseudomonadati Pseudomonadota HCT06136.1 MBI6149093.1 3.61e-129 615 Pseudomonadati Pseudomonadota HCT06136.1 OFX32653.1 6.46e-113 1797288 Bacillati Armatimonadota HCT06136.1 WP_013632646.1 6.43e-93 976;762903;1117645 Pseudomonadati Bacteroidota HCT06136.1 WP_041591748.1 5.21e-88 51669 Bacillati Bacillota HCT06136.1 WP_074319120.1 8.47e-79 709881 Bacillati Actinomycetota HCT06136.1 SFX27592.1 1.42e-58 1452269 Bacillati Bacillota HCT06136.1 WP_176307440.1 1.55e-24 2718534 Pseudomonadati Bacteroidota HCT06136.1 KAJ6994162.1 9.89e-24 444605 Viridiplantae Streptophyta HCT06136.1 WP_235126772.1 2.68e-14 2909336 Pseudomonadati Bacteroidota HCT06136.1 WP_019100427.1 3.81e-12 394935 Pseudomonadati Pseudomonadota HCT06136.1 WP_049009918.1 9.03e-10 545 Pseudomonadati Pseudomonadota HCT06136.1 KAA0114277.1 1.97e-04 1305 Bacillati Bacillota KAG1677749.1 KAG1677749.1 0.0 1653778 Viridiplantae Chlorophyta CAI3266215.1 CAI3266215.1 3.15e-209 44008 Bacillati Bacillota WP_160923791.1 WP_160923791.1 4.13e-263 47885 Pseudomonadati Pseudomonadota WP_160923791.1 KAB7776415.1 9.73e-114 1591132 Pseudomonadati Pseudomonadota MBQ9635153.1 MBQ9635153.1 7.13e-73 2049052 Bacillati Bacillota WP_185892762.1 WP_185892762.1 7.58e-315 672 Pseudomonadati Pseudomonadota XP_001312457.2 XP_001312457.2 9.11e-211 412133 0 Parabasalia WP_140229785.1 WP_140229785.1 5.86e-191 676 Pseudomonadati Pseudomonadota XP_029003841.1 XP_029003841.1 0.0 158456 Metazoa Chordata MCC1459731.1 MCC1459731.1 1.49e-232 1280 Bacillati Bacillota MCC6386819.1 MCC6386819.1 1.35e-71 2026734 Bacillati Chloroflexota WP_153033981.1 WP_153033981.1 4.63e-238 2653857 Bacillati Actinomycetota MCE2153491.1 MCE2153491.1 2.35e-71 1308 Bacillati Bacillota XP_040937145.1 XP_040937145.1 0.0 3635 Viridiplantae Streptophyta WP_214850425.1 WP_214850425.1 5.79e-295 2751202 Bacillati Bacillota RMF71452.1 RMF71452.1 1.07e-118 2026780 Pseudomonadati Planctomycetota WP_200671006.1 WP_200671006.1 0.0 29427;223967 Pseudomonadati Pseudomonadota WP_200671006.1 MAJ59213.1 4.60e-37 1986661;2026735 0;Pseudomonadati 0;Myxococcota WP_200671006.1 WP_083051706.1 1.08e-24 1963862 Pseudomonadati Spirochaetota WP_263537640.1 WP_263537640.1 1.61e-210 2893553 Pseudomonadati Pseudomonadota WP_088153117.1 WP_088153117.1 8.99e-262 171674 Pseudomonadati Pseudomonadota WP_088153117.1 EHH5649593.1 4.12e-36 195 Pseudomonadati Campylobacterota WP_088153117.1 WP_140480909.1 7.08e-34 1404367 Pseudomonadati Pseudomonadota WP_088153117.1 WP_076409454.1 9.45e-34 85698 Pseudomonadati Pseudomonadota WP_088153117.1 WP_176354145.1 1.31e-31 2742698 Pseudomonadati Pseudomonadota WP_088153117.1 WP_258581409.1 1.60e-29 2865837 Pseudomonadati Pseudomonadota WP_088153117.1 WP_170725874.1 3.51e-29 562 Pseudomonadati Pseudomonadota WP_088153117.1 MBQ9964693.1 2.39e-24 2044939 Bacillati Bacillota WP_088153117.1 MCH1405047.1 3.38e-24 2518612 Bacillati Actinomycetota WP_088153117.1 NNE23115.1 1.14e-23 1909294 Pseudomonadati Pseudomonadota WP_088153117.1 MBQ3864274.1 3.60e-18 2044939 Bacillati Bacillota WP_088153117.1 WP_281543397.1 4.45e-18 544645 Pseudomonadati Bacteroidota WP_088153117.1 WP_206363707.1 6.27e-18 2501515 Pseudomonadati Pseudomonadota WP_088153117.1 WP_150396769.1 2.46e-17 305 Pseudomonadati Pseudomonadota WP_088153117.1 NFD84694.1 4.40e-16 1491 Bacillati Bacillota WP_088153117.1 WP_142931103.1 4.21e-15 2202200 Pseudomonadati Campylobacterota WP_088153117.1 NLW39422.1 5.85e-14 2049431 Bacillati Bacillota WP_088153117.1 EHR6291555.1 1.60e-13 28901 Pseudomonadati Pseudomonadota WP_088153117.1 WP_029347391.1 5.52e-13 68287;1871066;2014805;2496770;2496771 Pseudomonadati Pseudomonadota WP_088153117.1 WP_071876418.1 8.69e-13 332949 Bacillati Bacillota WP_088153117.1 KAI9191373.1 8.01e-12 4023 Viridiplantae Streptophyta WP_088153117.1 WAY96880.1 2.27e-11 615 Pseudomonadati Pseudomonadota WP_088153117.1 KAJ2660037.1 1.54e-09 2789312 Fungi Kickxellomycota WP_088153117.1 MBQ8297564.1 2.59e-09 41978 Bacillati Bacillota WP_088153117.1 NVM03966.1 3.64e-09 2719382 Promethearchaeati Candidatus Helarchaeota HJC40183.1 HJC40183.1 3.81e-236 2838623 Bacillati Bacillota HJC40183.1 KAE8322051.1 4.30e-48 1034303 Fungi Ascomycota HJC40183.1 WP_283277237.1 2.41e-43 3047085 Bacillati Actinomycetota WP_155963450.1 WP_155963450.1 5.11e-315 1917441 Bacillati Bacillota XP_017706045.1 XP_017706045.1 1.87e-230 61621 Metazoa Chordata XP_017706045.1 XP_044902674.1 1.07e-10 9685 Metazoa Chordata XP_017706045.1 EFB15155.1 1.66e-04 9646 Metazoa Chordata KAJ6801625.1 KAJ6801625.1 0.0 29817 Viridiplantae Streptophyta MBS1921425.1 MBS1921425.1 1.09e-84 1898104 Pseudomonadati Bacteroidota MBD5086961.1 MBD5086961.1 9.58e-51 1898207 Bacillati Bacillota NLS70598.1 NLS70598.1 2.55e-165 1419277 Pseudomonadati Pseudomonadota WP_018187484.1 WP_018187484.1 0.0 1761802 Bacillati Actinomycetota WP_018187484.1 WP_270570428.1 5.47e-55 28111 Pseudomonadati Bacteroidota WP_018187484.1 WP_233737742.1 2.48e-36 2907155 Pseudomonadati Pseudomonadota WP_018187484.1 QLP56207.1 2.66e-34 1463165 Pseudomonadati Pseudomonadota MBI4606629.1 MBI4606629.1 2.33e-122 2026780 Pseudomonadati Planctomycetota EAP5059555.1 EAP5059555.1 4.77e-238 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota EAP5059555.1 WP_249991478.1 1.78e-44 747 Pseudomonadati Pseudomonadota EAP5059555.1 EIU6828535.1 5.02e-40 670 Pseudomonadati Pseudomonadota EAP5059555.1 WP_110066977.1 1.87e-29 665099 Bacillati Bacillota EAP5059555.1 WP_097346712.1 9.15e-28 562 Pseudomonadati Pseudomonadota EAP5059555.1 WP_158131988.1 3.05e-27 549 Pseudomonadati Pseudomonadota EAP5059555.1 AHK46784.1 2.36e-25 1416753 Pseudomonadati Pseudomonadota EAP5059555.1 AGL88086.1 1.08e-21 767453 Bacillati Bacillota MXX44250.1 MXX44250.1 1.14e-161 2201156 Bacillati Actinomycetota WP_235060562.1 WP_235060562.1 1.70e-212 2908646 Pseudomonadati Pseudomonadota MBK8752367.1 MBK8752367.1 7.42e-303 2053538 Pseudomonadati Pseudomonadota WP_049697298.1 WP_049697298.1 1.32e-178 2053;122202 Bacillati Actinomycetota WP_049697298.1 WP_259408897.1 6.36e-77 N/A N/A KNE54577.1 KNE54577.1 0.0 578462 Fungi Blastocladiomycota KNE54577.1 KAJ7092692.1 1.35e-58 230806 Fungi Basidiomycota MBS0281612.1 MBS0281612.1 2.16e-106 1977087 Pseudomonadati Pseudomonadota WP_037818847.1 WP_037818847.1 2.46e-263 1447705;2618356 Bacillati Actinomycetota WP_037818847.1 MCM1513138.1 1.03e-74 847 Pseudomonadati Pseudomonadota WP_037818847.1 WP_199673213.1 9.82e-38 1396 Bacillati Bacillota TML70651.1 TML70651.1 9.05e-92 2900548 Bacillati Actinomycetota TML70651.1 WP_133874384.1 5.13e-13 52695 Bacillati Actinomycetota TML70651.1 WP_051669385.1 8.63e-07 360054 Pseudomonadati Acidobacteriota YP_007317140.1 YP_007317140.1 6.65e-228 334885 Metazoa Chordata YP_007317140.1 YP_008379230.1 7.82e-97 30596 Metazoa Chordata YP_007317140.1 QOL09497.1 3.05e-34 206594 Metazoa Chordata YP_007317140.1 EAZ5330394.1 2.48e-15 28901 Pseudomonadati Pseudomonadota YP_007317140.1 WP_243361436.1 2.55e-08 2922866 Pseudomonadati Thermodesulfobacteriota YP_007317140.1 WP_096665911.1 1.03e-06 1977061 Pseudomonadati Pseudomonadota NQZ80525.1 NQZ80525.1 2.20e-103 56799 Pseudomonadati Pseudomonadota WP_061548291.1 WP_061548291.1 0.0 544;546;1779184 Pseudomonadati Pseudomonadota OGU48181.1 OGU48181.1 0.0 1798427 Pseudomonadati Ignavibacteriota OGU48181.1 WP_222018129.1 3.84e-17 2855434 Pseudomonadati Pseudomonadota OGU48181.1 WP_267184195.1 4.08e-14 2996017 Pseudomonadati Pseudomonadota OGU48181.1 WP_119344914.1 4.40e-14 2219058 Pseudomonadati Pseudomonadota OGU48181.1 WP_047594685.1 4.69e-11 286;70775 Pseudomonadati Pseudomonadota OGU48181.1 WP_282423266.1 6.67e-10 3042687 Pseudomonadati Myxococcota OGU48181.1 WP_059812501.1 1.62e-04 292 Pseudomonadati Pseudomonadota TIQ70464.1 TIQ70464.1 1.76e-39 1871066 Pseudomonadati Pseudomonadota WP_010434011.1 WP_010434011.1 0.0 47951;693153 Pseudomonadati Pseudomonadota WP_010434011.1 WP_007356512.1 9.06e-15 272129;1501433 Bacillati Cyanobacteriota WP_010434011.1 WP_076194242.1 6.51e-12 44249;189426 Bacillati Bacillota WP_010434011.1 PSQ73325.1 2.34e-11 1919101 Pseudomonadati Bacteroidota WP_010434011.1 MBQ1868746.1 1.68e-06 2053611;2593411 Bacillati Bacillota NLP00897.1 NLP00897.1 1.11e-109 35828 Pseudomonadati Fibrobacterota TXH38725.1 TXH38725.1 2.71e-106 1898112 Pseudomonadati Pseudomonadota MBN2697970.1 MBN2697970.1 5.05e-246 2030927 Pseudomonadati Bacteroidota CAE5960238.1 CAE5960238.1 3.23e-277 38785 Viridiplantae Streptophyta WP_120171324.1 WP_120171324.1 3.77e-184 1917441 Bacillati Bacillota WP_120171324.1 KPA62791.1 1.20e-35 1307 Bacillati Bacillota WP_252115680.1 WP_252115680.1 3.15e-123 708091 Pseudomonadati Bacteroidota EZA58905.1 EZA58905.1 0.0 2015173 Metazoa Arthropoda EZA58905.1 KAI9362949.1 7.02e-19 2211651 Fungi Chytridiomycota MBL8041865.1 MBL8041865.1 2.76e-284 70125;2052152 0;Pseudomonadati Nitrospirota;Candidatus Nomuraibacteriota WP_135847767.1 WP_135847767.1 1.82e-264 286;2505979 Pseudomonadati Pseudomonadota HIT09367.1 HIT09367.1 3.30e-306 2840868 Bacillati Bacillota HIT09367.1 XP_022824318.1 2.04e-07 69820 Metazoa Arthropoda HIT09367.1 HHJ06374.1 3.66e-06 2052143 Bacillati Chloroflexota HIT09367.1 KAF6257731.1 9.73e-06 2650976 Viridiplantae Chlorophyta HIT09367.1 MBP6786080.1 1.16e-04 2664178 Bacillati Chloroflexota HIT09367.1 WP_029789810.1 1.53e-04 669 Pseudomonadati Pseudomonadota WP_180860911.1 WP_180860911.1 4.01e-123 47770 Bacillati Bacillota EAQ3014137.1 EAQ3014137.1 2.26e-224 28901;58096;192953;192955;436295;486994;1005394 Pseudomonadati Pseudomonadota MCA9799621.1 MCA9799621.1 4.65e-284 2775584 Bacillati Cyanobacteriota WP_278273894.1 WP_278273894.1 3.30e-116 3039116 Bacillati Bacillota WP_261281372.1 WP_261281372.1 9.69e-301 47917 Pseudomonadati Pseudomonadota WP_261281372.1 WP_013970683.1 1.26e-221 286;648;76759;1042876;1435044;1435058 Pseudomonadati Pseudomonadota WP_261281372.1 WP_111113162.1 8.35e-157 40324 Pseudomonadati Pseudomonadota WP_261281372.1 EFL6071320.1 7.37e-30 562 Pseudomonadati Pseudomonadota WP_090178898.1 WP_090178898.1 9.77e-152 702115 Pseudomonadati Pseudomonadota WP_264248212.1 WP_264248212.1 1.51e-40 28450 Pseudomonadati Pseudomonadota WP_264248212.1 MBY7869037.1 1.72e-05 676 Pseudomonadati Pseudomonadota MBQ8743106.1 MBQ8743106.1 1.93e-192 2044939 Bacillati Bacillota EAH4606626.1 EAH4606626.1 6.01e-126 197 Pseudomonadati Campylobacterota HCG2498768.1 HCG2498768.1 5.73e-259 1280 Bacillati Bacillota HBA5291325.1 HBA5291325.1 8.04e-285 562 Pseudomonadati Pseudomonadota MBU0720757.1 MBU0720757.1 3.63e-90 1869227 0 0 WP_225744764.1 WP_225744764.1 1.67e-76 2866583 Bacillati Bacillota WP_053743010.1 WP_053743010.1 4.44e-299 1519490 Bacillati Actinomycetota WP_053743010.1 WP_216890540.1 7.37e-29 1404 Bacillati Bacillota EFJ8748319.1 EFJ8748319.1 8.89e-316 562 Pseudomonadati Pseudomonadota EFJ8748319.1 EHW4468754.1 1.04e-187 224727 Pseudomonadati Pseudomonadota ULU28230.1 ULU28230.1 0.0 48101 Viridiplantae Streptophyta ULU28230.1 WP_189931865.1 1.53e-245 68272 Bacillati Actinomycetota ULU28230.1 MBQ7389792.1 2.41e-222 2044939 Bacillati Bacillota ULU28230.1 BBG20955.1 4.15e-178 210 Pseudomonadati Campylobacterota ULU28230.1 AIR77599.1 9.67e-15 565225 Pseudomonadati Pseudomonadota MBP3421135.1 MBP3421135.1 1.51e-242 1898203 Bacillati Bacillota WP_095310603.1 WP_095310603.1 1.40e-58 182709;372463;2022552 Bacillati Bacillota NBW88664.1 NBW88664.1 5.23e-111 1913989 Pseudomonadati Pseudomonadota XP_010481786.1 XP_010481786.1 5.26e-205 90675 Viridiplantae Streptophyta VDP42962.1 VDP42962.1 1.70e-143 6339 Metazoa Nematoda MBF0362390.1 MBF0362390.1 1.10e-267 2599941 Pseudomonadati Bdellovibrionota WP_230208134.1 WP_230208134.1 1.33e-283 2672569 Bacillati Actinomycetota KAJ8438905.1 KAJ8438905.1 2.11e-106 171969 Viridiplantae Streptophyta WP_093797100.1 WP_093797100.1 1.57e-132 1030533 Bacillati Actinomycetota MCA9871439.1 MCA9871439.1 6.08e-157 2052143 Bacillati Chloroflexota XP_007828375.1 XP_007828375.1 0.0 1229662 Fungi Ascomycota MBL4798178.1 MBL4798178.1 4.53e-248 2024846 Pseudomonadati Pseudomonadota WP_119928822.1 WP_119928822.1 2.48e-115 1070861 Bacillati Actinomycetota XP_054720054.1 XP_054720054.1 1.05e-264 327109 Metazoa Arthropoda WP_211748754.1 WP_211748754.1 1.80e-42 2831522 Bacillati Bacillota MBU0518438.1 MBU0518438.1 4.21e-139 1869227 0 0 NXD58230.1 NXD58230.1 2.19e-297 1196302 Metazoa Chordata MBL4825303.1 MBL4825303.1 2.21e-194 2024889 0 0 HAG54718.1 HAG54718.1 2.32e-74 2900548 Bacillati Actinomycetota WP_047323805.1 WP_047323805.1 2.81e-136 244292 Bacillati Actinomycetota WP_047323805.1 WP_019807556.1 1.62e-81 129922 Bacillati Actinomycetota KAG5639171.1 KAG5639171.1 2.01e-68 117069 Fungi Basidiomycota EJF06804.1 EJF06804.1 8.84e-223 1177931 Pseudomonadati Campylobacterota EJF06804.1 WP_000484099.1 3.30e-30 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota EJF06804.1 MBI5333464.1 1.03e-26 1891238 Pseudomonadati Pseudomonadota EJF06804.1 EGR2272270.1 4.00e-21 670 Pseudomonadati Pseudomonadota EJF06804.1 WP_145544593.1 1.61e-19 419257 Pseudomonadati Pseudomonadota EJF06804.1 MBP1530348.1 2.47e-18 2049044 Bacillati Bacillota EJF06804.1 WP_018646673.1 5.41e-14 990078 Pseudomonadati Pseudomonadota EJF06804.1 WP_212961195.1 9.95e-14 557555 Bacillati Bacillota EJF06804.1 EDN57974.1 9.97e-14 150340 Pseudomonadati Pseudomonadota EJF06804.1 KFX48203.1 1.43e-12 N/A N/A EJF06804.1 MBQ1868746.1 2.90e-11 2053611;2593411 Bacillati Bacillota EJF06804.1 MBT3459335.1 4.33e-10 2026743 Pseudomonadati Pseudomonadota EJF06804.1 PKL50735.1 2.54e-09 2013830 0 Candidatus Rifleibacteriota EJF06804.1 MBF0233644.1 6.81e-06 2006184 Pseudomonadati Thermodesulfobacteriota XP_048961030.1 XP_048961030.1 0.0 286419 Metazoa Chordata XP_014086709.1 XP_014086709.1 5.97e-171 N/A N/A NBO56108.1 NBO56108.1 6.34e-70 2900548 Bacillati Actinomycetota WP_065358803.1 WP_065358803.1 2.03e-236 1334;119602 Bacillati Bacillota WP_179536231.1 WP_179536231.1 2.15e-153 1470178 Bacillati Actinomycetota WP_250499463.1 WP_250499463.1 5.53e-158 2921743 Pseudomonadati Pseudomonadota WP_250499463.1 MCB0243881.1 2.04e-50 2052143 Bacillati Chloroflexota WP_250499463.1 MCC6044083.1 9.85e-45 2184738 Thermoproteati Thermoproteota WP_250499463.1 MCF7808720.1 3.40e-41 2026760 Pseudomonadati Fidelibacterota WP_250499463.1 WP_221265680.1 8.11e-20 N/A N/A WP_250499463.1 WAY96880.1 1.06e-14 615 Pseudomonadati Pseudomonadota WP_250499463.1 MBQ4454347.1 2.24e-11 2044939 Bacillati Bacillota EMF80818.1 EMF80818.1 3.05e-213 1088540 Pseudomonadati Spirochaetota WP_202082228.1 WP_202082228.1 9.15e-146 2803811 Pseudomonadati Pseudomonadota WP_218198734.1 WP_218198734.1 3.22e-120 1894 Bacillati Actinomycetota UJQ14296.1 UJQ14296.1 1.46e-60 2697049 Orthornavirae Pisuviricota WP_281734351.1 WP_281734351.1 4.58e-41 N/A N/A AQA19851.1 AQA19851.1 5.54e-114 930805 Pseudomonadati Pseudomonadota MBT4511102.1 MBT4511102.1 5.08e-106 2026724 Bacillati Chloroflexota EHS0147317.1 EHS0147317.1 6.83e-262 562 Pseudomonadati Pseudomonadota EHS0147317.1 WP_238850425.1 2.28e-128 676 Pseudomonadati Pseudomonadota WP_067032591.1 WP_067032591.1 1.74e-183 1848189 Pseudomonadati Bacteroidota CEZ68761.1 CEZ68761.1 8.68e-121 1773 Bacillati Actinomycetota MBW6187146.1 MBW6187146.1 1.63e-146 287 Pseudomonadati Pseudomonadota XP_052737512.1 XP_052737512.1 4.80e-204 110368 Metazoa Arthropoda RLT25539.1 RLT25539.1 1.35e-137 2026724 Bacillati Chloroflexota MCH8117287.1 MCH8117287.1 8.72e-161 1977087 Pseudomonadati Pseudomonadota MBT5780702.1 MBT5780702.1 1.13e-260 1898112 Pseudomonadati Pseudomonadota MBT5780702.1 WP_182342936.1 3.74e-48 N/A N/A WP_121182262.1 WP_121182262.1 2.69e-313 2183912 Bacillati Actinomycetota WEI27974.1 WEI27974.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WEI27974.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota MBD3769330.1 MBD3769330.1 1.26e-123 1948890 Pseudomonadati Pseudomonadota MBD3769330.1 NLT72898.1 3.80e-50 2026724 Bacillati Chloroflexota MBD3769330.1 NLK90780.1 2.84e-47 1898207 Bacillati Bacillota MBD3769330.1 NLV68328.1 5.24e-45 2202144 Pseudomonadati Spirochaetota WP_114811503.1 WP_114811503.1 0.0 984307 Pseudomonadati Pseudomonadota RZI94009.1 RZI94009.1 6.13e-91 1871043 Pseudomonadati Pseudomonadota RZI94009.1 WP_249351853.1 7.14e-28 2219225 Pseudomonadati Pseudomonadota WP_245838763.1 WP_245838763.1 6.98e-228 228956 Pseudomonadati Bacteroidota MBT6972091.1 MBT6972091.1 0.0 2026739 Methanobacteriati Methanobacteriota MBT6972091.1 MCB5199682.1 2.82e-37 2881335 Pseudomonadati Pseudomonadota MCU1401149.1 MCU1401149.1 1.28e-120 2201156 Bacillati Actinomycetota WP_271406340.1 WP_271406340.1 6.89e-205 447689 Pseudomonadati Bacteroidota WP_130962786.1 WP_130962786.1 2.95e-271 2527939 Pseudomonadati Bacteroidota WP_130962786.1 WP_264144890.1 7.03e-61 930124 Bacillati Bacillota WP_243678753.1 WP_243678753.1 4.59e-124 164451 Thermoproteati Thermoproteota WP_245971990.1 WP_245971990.1 3.09e-158 166793 Bacillati Actinomycetota WP_245971990.1 MCG8687614.1 7.80e-07 2044940 Pseudomonadati Thermodesulfobacteriota VDD35992.1 VDD35992.1 1.46e-32 3712 Viridiplantae Streptophyta MBQ7389792.1 MBQ7389792.1 0.0 2044939 Bacillati Bacillota MBQ7389792.1 WP_189931865.1 0.0 68272 Bacillati Actinomycetota MBQ7389792.1 BBG20955.1 1.74e-267 210 Pseudomonadati Campylobacterota MBQ7389792.1 ULU28230.1 5.83e-218 48101 Viridiplantae Streptophyta MBQ7389792.1 AIR77599.1 1.96e-49 565225 Pseudomonadati Pseudomonadota MBQ7389792.1 HAJ19792.1 1.36e-17 1898112 Pseudomonadati Pseudomonadota WP_281670363.1 WP_281670363.1 2.51e-207 28126 Pseudomonadati Bacteroidota XP_026994537.1 XP_026994537.1 5.92e-202 1234273 Metazoa Chordata XP_047076827.1 XP_047076827.1 0.0 89674 Viridiplantae Streptophyta XP_047076827.1 CAA7056023.1 7.27e-86 1685480 Viridiplantae Streptophyta MBR2684576.1 MBR2684576.1 1.00e-155 2049044 Bacillati Bacillota MBR2684576.1 WP_239606280.1 6.48e-51 1639133 Pseudomonadati Pseudomonadota MBR2684576.1 MBM4374951.1 1.17e-41 2026735 Pseudomonadati Myxococcota WP_113625996.1 WP_113625996.1 0.0 2066479 Pseudomonadati Pseudomonadota MCH8269832.1 MCH8269832.1 1.57e-246 2026780 Pseudomonadati Planctomycetota MCH8269832.1 MBQ9979016.1 1.76e-15 2044939 Bacillati Bacillota MCH8269832.1 MCP4914981.1 1.33e-12 2599941 Pseudomonadati Bdellovibrionota MCH8269832.1 WP_049105913.1 9.10e-10 95486 Pseudomonadati Pseudomonadota AGD93042.1 AGD93042.1 0.0 1235314 Bamfordvirae Nucleocytoviricota KAI4090501.1 KAI4090501.1 1.96e-128 2903223 Fungi Ascomycota NLO81011.1 NLO81011.1 8.49e-145 1926873 Pseudomonadati Pseudomonadota WP_074053577.1 WP_074053577.1 7.59e-276 615 Pseudomonadati Pseudomonadota WP_074053577.1 MCG6912449.1 9.88e-88 2005711 0 0 WP_074053577.1 WP_162119468.1 6.62e-67 379;384;1076926 Pseudomonadati Pseudomonadota OQA35671.1 OQA35671.1 0.0 1852840 0 0 OQA35671.1 MCH5231772.1 1.30e-75 2498093 Pseudomonadati Bacteroidota OQA35671.1 WP_105160947.1 6.27e-67 N/A N/A OQA35671.1 WP_173040157.1 9.80e-47 1076124 Bacillati Actinomycetota OQA35671.1 MYD56339.1 1.16e-42 2026787 Pseudomonadati Rhodothermota OQA35671.1 WP_258581409.1 4.60e-10 2865837 Pseudomonadati Pseudomonadota MBS3065855.1 MBS3065855.1 4.78e-65 2026773 Nanobdellati 0 MBR5562318.1 MBR5562318.1 1.30e-250 2044939 Bacillati Bacillota WP_122440133.1 WP_122440133.1 0.0 33069 Pseudomonadati Pseudomonadota WP_122440133.1 WP_116870479.1 3.01e-66 29497 Pseudomonadati Pseudomonadota WP_122440133.1 MCE2789155.1 1.65e-33 2202734 Pseudomonadati Bacteroidota MBR4038690.1 MBR4038690.1 7.09e-282 2044939 Bacillati Bacillota MBR6141090.1 MBR6141090.1 3.22e-111 2212467 Pseudomonadati Bacteroidota WP_087909023.1 WP_087909023.1 9.94e-293 1743166 Pseudomonadati Pseudomonadota WP_054891276.1 WP_054891276.1 7.53e-133 286;303 Pseudomonadati Pseudomonadota WP_054891276.1 WP_161818832.1 3.70e-41 1978412 Pseudomonadati Bacteroidota WP_061195945.1 WP_061195945.1 1.41e-294 287 Pseudomonadati Pseudomonadota KAH0642104.1 KAH0642104.1 2.69e-108 4113 Viridiplantae Streptophyta WP_164582471.1 WP_164582471.1 4.17e-55 2706027 Bacillati Actinomycetota WP_194621234.1 WP_194621234.1 1.69e-264 497;2785026 Pseudomonadati Pseudomonadota WP_106812746.1 WP_106812746.1 0.0 2079531 Pseudomonadati Bacteroidota WP_106812746.1 MBF1369421.1 7.79e-248 2049046 Pseudomonadati Bacteroidota UPP41269.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UPP41269.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota WP_009714971.1 WP_009714971.1 0.0 457427;998084 Bacillati Actinomycetota WP_009714971.1 QQS09360.1 5.38e-172 2052180 Pseudomonadati Planctomycetota WP_009714971.1 WP_195001047.1 3.25e-125 228599 Bacillati Actinomycetota MTI81752.1 MTI81752.1 2.62e-114 1879010 Bacillati Bacillota KAJ3160366.1 KAJ3160366.1 1.90e-51 1134077 Fungi Chytridiomycota PTX93603.1 PTX93603.1 1.97e-63 2161866 Pseudomonadati Verrucomicrobiota WP_252438898.1 WP_252438898.1 1.03e-248 35703 Pseudomonadati Pseudomonadota WP_252438898.1 WP_014950321.1 5.45e-58 28108;529120 Pseudomonadati Pseudomonadota WP_026002460.1 WP_026002460.1 5.05e-304 121428 Pseudomonadati Pseudomonadota WP_026002460.1 HHC07960.1 1.31e-31 2900548 Bacillati Actinomycetota WP_282322778.1 WP_282322778.1 0.0 287 Pseudomonadati Pseudomonadota WP_282322778.1 WP_096067320.1 0.0 287 Pseudomonadati Pseudomonadota WP_282322778.1 MBT4210917.1 2.99e-106 2026782 Pseudomonadati Pseudomonadota WP_282322778.1 MBL14507.1 3.55e-61 1913989 Pseudomonadati Pseudomonadota WP_085315249.1 WP_085315249.1 3.45e-267 764842 Pseudomonadati Pseudomonadota XP_023529459.1 XP_023529459.1 2.59e-105 3664 Viridiplantae Streptophyta WP_137885208.1 WP_137885208.1 9.46e-120 2502190 Pseudomonadati Pseudomonadota RWW58604.1 RWW58604.1 2.50e-160 4639 Viridiplantae Streptophyta WP_167301289.1 WP_167301289.1 1.24e-286 68569 Pseudomonadati Pseudomonadota WP_167301289.1 WP_245384442.1 1.35e-56 N/A N/A WP_167301289.1 WP_116803659.1 8.94e-05 287 Pseudomonadati Pseudomonadota WP_003748238.1 WP_003748238.1 8.81e-85 1640;702453 Bacillati Bacillota WP_002894198.1 WP_002894198.1 1.98e-58 1305;888825 Bacillati Bacillota EEC70172.1 EEC70172.1 1.02e-159 39946 Viridiplantae Streptophyta EEC70172.1 KAI6705356.1 1.44e-26 1042139 Viridiplantae Streptophyta PNH10535.1 PNH10535.1 1.32e-127 47790 Viridiplantae Chlorophyta WP_109305164.1 WP_109305164.1 2.08e-174 202750 Bacillati Bacillota WP_179050696.1 WP_179050696.1 0.0 2576904 Bacillati Cyanobacteriota MBS0449087.1 MBS0449087.1 9.58e-110 1977087 Pseudomonadati Pseudomonadota CAC10160.1 CAC10160.1 0.0 5833 0 Apicomplexa OHD72009.1 OHD72009.1 1.83e-76 1802196 Pseudomonadati Spirochaetota KAJ0960782.1 KAJ0960782.1 1.74e-235 325984 Viridiplantae Streptophyta OPZ33967.1 OPZ33967.1 2.26e-176 1852921 Bacillati Mycoplasmatota WP_179827767.1 WP_179827767.1 1.39e-209 1260955 Bacillati Actinomycetota WP_131914061.1 WP_131914061.1 2.36e-225 412034 Pseudomonadati Pseudomonadota WP_131914061.1 WP_248676944.1 7.18e-20 198618 Pseudomonadati Pseudomonadota WP_131914061.1 EIX9307167.1 7.36e-20 573 Pseudomonadati Pseudomonadota WP_131914061.1 WP_258613669.1 2.35e-07 2895474 Pseudomonadati Pseudomonadota WP_238126428.1 WP_238126428.1 1.52e-145 40576 Pseudomonadati Pseudomonadota WP_238126428.1 WP_100671858.1 1.78e-69 382;28105 Pseudomonadati Pseudomonadota XP_052288270.1 XP_052288270.1 0.0 2711 Viridiplantae Streptophyta PKP76071.1 PKP76071.1 2.99e-49 2013666 Pseudomonadati Pseudomonadota WP_144841777.1 WP_144841777.1 2.67e-195 573 Pseudomonadati Pseudomonadota WP_144841777.1 WP_029579419.1 8.93e-52 103855;398518 Pseudomonadati Pseudomonadota KFP60608.1 KFP60608.1 5.94e-213 54380 Metazoa Chordata WP_189693187.1 WP_189693187.1 7.35e-84 322009;596707;2801916 Bacillati Actinomycetota WP_189693187.1 WP_125188824.1 1.49e-49 2490848 Bacillati Actinomycetota MCK5302212.1 MCK5302212.1 0.0 2053491 Promethearchaeati Candidatus Thorarchaeota MCK5302212.1 XP_016452348.1 5.76e-45 N/A N/A PJC62958.1 PJC62958.1 3.73e-86 1974002 Pseudomonadati Bacteroidota XP_009308369.1 XP_009308369.1 0.0 71804 0 Euglenozoa XP_047046442.1 XP_047046442.1 0.0 89674 Viridiplantae Streptophyta XP_047046442.1 XP_016445639.1 1.43e-55 4097 Viridiplantae Streptophyta XP_047046442.1 CAG8726868.1 4.60e-50 144679 Fungi Glomeromycota XP_047046442.1 WP_200599363.1 9.81e-07 306;2968969 Pseudomonadati Pseudomonadota WP_262247119.1 WP_262247119.1 2.91e-138 416955 Pseudomonadati Bacteroidota WP_262247119.1 WP_161643844.1 5.69e-50 1932779 Pseudomonadati Bacteroidota KAF6089756.1 KAF6089756.1 0.0 89673 Metazoa Chordata WP_066083732.1 WP_066083732.1 3.43e-245 220687 Bacillati Bacillota WP_066083732.1 WP_107894076.1 1.56e-122 1130819 Bacillati Bacillota WP_066083732.1 GLY24463.1 9.40e-96 3032198 Bacillati Actinomycetota WP_066083732.1 WP_131166802.1 1.80e-91 1837344 Bacillati Actinomycetota WP_066083732.1 MCP5262709.1 1.70e-90 50421 Pseudomonadati Pseudomonadota WP_066083732.1 WP_192324556.1 6.54e-87 34072;2769259 Pseudomonadati Pseudomonadota WP_066083732.1 WP_227059655.1 2.07e-85 40545 Pseudomonadati Pseudomonadota WP_066083732.1 QCM13287.1 1.17e-65 358 Pseudomonadati Pseudomonadota WP_066083732.1 MBU5353226.1 1.17e-57 198119 Bacillati Bacillota WP_066083732.1 WP_226904802.1 1.56e-57 N/A N/A WP_066083732.1 RUU66461.1 3.54e-53 2496787 Pseudomonadati Pseudomonadota WP_066083732.1 MBQ3864274.1 7.06e-53 2044939 Bacillati Bacillota WP_066083732.1 MWR41881.1 1.67e-30 562 Pseudomonadati Pseudomonadota WP_066083732.1 WP_279984614.1 4.36e-29 909768 Pseudomonadati Pseudomonadota WP_066083732.1 MCC6044083.1 5.02e-24 2184738 Thermoproteati Thermoproteota WP_066083732.1 WP_142931103.1 1.31e-21 2202200 Pseudomonadati Campylobacterota WP_066083732.1 WP_076409454.1 8.34e-21 85698 Pseudomonadati Pseudomonadota WP_066083732.1 WP_256546297.1 1.19e-15 1126236 Methanobacteriati Methanobacteriota WP_066083732.1 WP_197521413.1 1.28e-15 1528787 Bacillati Bacillota WP_066083732.1 GBD21053.1 1.75e-15 2035423 0 0 WP_066083732.1 WP_221977168.1 9.92e-14 1076926 Pseudomonadati Pseudomonadota WP_066083732.1 WP_206363707.1 1.54e-13 2501515 Pseudomonadati Pseudomonadota WP_066083732.1 WP_185334683.1 1.87e-12 1640 Bacillati Bacillota WP_066083732.1 WP_211555180.1 7.82e-11 574987 Pseudomonadati Pseudomonadota WP_066083732.1 WP_089246429.1 4.49e-10 398843 Bacillati Actinomycetota WP_150724537.1 WP_150724537.1 1.01e-178 294 Pseudomonadati Pseudomonadota KAI7727618.1 KAI7727618.1 0.0 4212 Viridiplantae Streptophyta KAI7727618.1 MBL8103469.1 5.00e-99 2073117 Bacillati Chloroflexota KAI7727618.1 MBP6786080.1 3.98e-86 2664178 Bacillati Chloroflexota KAI7727618.1 WP_029789810.1 1.09e-83 669 Pseudomonadati Pseudomonadota KAI7727618.1 KAF6257731.1 4.22e-76 2650976 Viridiplantae Chlorophyta KAI7727618.1 WP_136095406.1 1.56e-75 1314 Bacillati Bacillota KAI7727618.1 KPK79043.1 2.58e-48 1703359 Pseudomonadati Gemmatimonadota WP_164107212.1 WP_164107212.1 1.40e-149 613;615;300181 Pseudomonadati Pseudomonadota XP_055928676.1 XP_055928676.1 1.72e-256 94029 Metazoa Arthropoda XP_055928676.1 HIH60710.1 1.18e-18 2591003 Methanobacteriati Thermoplasmatota HIR39763.1 HIR39763.1 3.95e-260 2840751 Bacillati Bacillota MCH1470780.1 MCH1470780.1 2.06e-45 2024851 Pseudomonadati Pseudomonadota XP_035385791.1 XP_035385791.1 0.0 8005 Metazoa Chordata XP_035385791.1 KAF3694195.1 2.12e-149 215402 Metazoa Chordata MBV8954574.1 MBV8954574.1 5.95e-307 1909295 Bacillati Actinomycetota MBE0479857.1 MBE0479857.1 4.66e-287 2026734 Bacillati Chloroflexota MBE0479857.1 MBK7837454.1 2.83e-29 2711154 Bacillati Candidatus Melainabacteria MBE0479857.1 PZN79281.1 9.94e-18 2202197 Pseudomonadati Pseudomonadota WP_152458326.1 WP_152458326.1 1.80e-278 2587853 Pseudomonadati Pseudomonadota WP_152458326.1 WP_122236618.1 5.34e-43 317;264459 Pseudomonadati Pseudomonadota TVR86131.1 TVR86131.1 3.71e-292 2026790 Pseudomonadati Bacteroidota MCF0253735.1 MCF0253735.1 5.99e-103 1980700 Pseudomonadati Pseudomonadota XP_030565673.1 XP_030565673.1 8.14e-298 47314 Metazoa Arthropoda EFV4730429.1 EFV4730429.1 4.72e-142 562 Pseudomonadati Pseudomonadota XP_045807497.1 XP_045807497.1 0.0 57577 Viridiplantae Streptophyta XP_045807497.1 NOU36639.1 8.99e-156 2026752 Pseudomonadati Kiritimatiellota XP_045807497.1 WP_145031602.1 1.72e-151 2527983 Pseudomonadati Planctomycetota WP_179091326.1 WP_179091326.1 0.0 1936242 Pseudomonadati Bacteroidota MCC7351004.1 MCC7351004.1 1.18e-283 2052180 Pseudomonadati Planctomycetota MCC7351004.1 MBP7948257.1 8.96e-56 2026801 Pseudomonadati Verrucomicrobiota WP_158323663.1 WP_158323663.1 7.92e-297 N/A N/A MCI6190072.1 MCI6190072.1 0.0 1506 Bacillati Bacillota MCG67859.1 MCG67859.1 4.83e-08 9606 Metazoa Chordata PWU57639.1 PWU57639.1 6.95e-250 1420897 Bacillati Actinomycetota WP_099100504.1 WP_099100504.1 5.95e-271 1206980 Bacillati Cyanobacteriota WP_099100504.1 WP_202252188.1 1.07e-70 35806 Pseudomonadati Pseudomonadota WP_099100504.1 WP_233230645.1 6.12e-67 1904044 Bacillati Actinomycetota WP_253357977.1 WP_253357977.1 1.39e-72 2909669 Pseudomonadati Pseudomonadota WP_218989306.1 WP_218989306.1 2.70e-211 197 Pseudomonadati Campylobacterota PKO20637.1 PKO20637.1 0.0 2013723 Bacillati Chloroflexota PKO20637.1 MBP7746105.1 5.47e-77 2026778 Pseudomonadati Planctomycetota PKO20637.1 MBR6406611.1 1.69e-69 1898203 Bacillati Bacillota PKO20637.1 HAN2236324.1 4.46e-18 562 Pseudomonadati Pseudomonadota PKO20637.1 WP_125555296.1 1.96e-16 284579 Bacillati Bacillota MBV9159501.1 MBV9159501.1 2.21e-209 2030810 0 Candidatus Kaiseribacteriota XP_032085066.1 XP_032085066.1 1.48e-58 35005 Metazoa Chordata TSA09501.1 TSA09501.1 4.05e-222 1871071 Pseudomonadati Pseudomonadota UHB14670.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UHB14670.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota OFV87204.1 OFV87204.1 5.90e-111 1797174 Pseudomonadati Acidobacteriota MCC6149544.1 MCC6149544.1 7.83e-176 2026780 Pseudomonadati Planctomycetota KAJ7819277.1 KAJ7819277.1 0.0 230810 Fungi Basidiomycota WP_214892570.1 WP_214892570.1 5.80e-299 279826 Bacillati Bacillota WP_214892570.1 GEP01990.1 9.55e-31 944322 Pseudomonadati Pseudomonadota MBG6071015.1 MBG6071015.1 5.07e-138 2787731;2787732 Pseudomonadati Pseudomonadota MBO5908692.1 MBO5908692.1 6.09e-83 2044939 Bacillati Bacillota MBO5908692.1 WP_048370512.1 1.24e-43 1386;1628206 Bacillati Bacillota WP_015154948.1 WP_015154948.1 4.89e-49 54298;251229;388085;869949;1828829;2107689 Bacillati Cyanobacteriota WP_198297627.1 WP_198297627.1 3.08e-148 1416803 Pseudomonadati Pseudomonadota WP_233572281.1 WP_233572281.1 5.41e-301 2485192 Bacillati Actinomycetota WP_101275729.1 WP_101275729.1 6.35e-284 316;578833;1211807 Pseudomonadati Pseudomonadota KKA06871.1 KKA06871.1 4.28e-29 382 Pseudomonadati Pseudomonadota WP_109267392.1 WP_109267392.1 0.0 470 Pseudomonadati Pseudomonadota WP_109267392.1 WP_074527819.1 9.52e-136 47885 Pseudomonadati Pseudomonadota WP_109267392.1 KAH8780162.1 2.89e-11 2614600 Fungi Ascomycota WP_045339064.1 WP_045339064.1 1.36e-254 547;158836;299766;1686400 Pseudomonadati Pseudomonadota WP_094217606.1 WP_094217606.1 0.0 42236 Bacillati Actinomycetota WP_094217606.1 WP_250850661.1 2.13e-04 92644 Bacillati Actinomycetota CBH50084.1 CBH50084.1 9.16e-292 685727 Bacillati Actinomycetota WP_121217628.1 WP_121217628.1 0.0 526216 Pseudomonadati Pseudomonadota WP_085176546.1 WP_085176546.1 0.0 912594 Bacillati Actinomycetota RJU83745.1 RJU83745.1 1.86e-101 2163009 Methanobacteriati Thermoplasmatota WP_210167953.1 WP_210167953.1 8.78e-271 N/A N/A WP_210167953.1 PAW68992.1 1.74e-43 1982319 Pseudomonadati Verrucomicrobiota WP_210167953.1 WP_113767226.1 8.76e-43 293387 Bacillati Bacillota WP_210167953.1 WP_270430070.1 5.24e-37 544645 Pseudomonadati Bacteroidota WP_210167953.1 WP_090419626.1 3.14e-32 547;1566258 Pseudomonadati Pseudomonadota WP_210167953.1 WP_250015522.1 1.56e-31 2653189 Bacillati Cyanobacteriota WP_210167953.1 WP_179156843.1 3.63e-31 2737049 Bacillati Bacillota XP_016339808.1 XP_016339808.1 0.0 1608454 Metazoa Chordata MBL1147659.1 MBL1147659.1 3.20e-156 1977087 Pseudomonadati Pseudomonadota MBC2353926.1 MBC2353926.1 9.09e-137 1643 Bacillati Bacillota MBC2353926.1 WP_003067788.1 1.74e-04 1335;525379 Bacillati Bacillota MCD6302399.1 MCD6302399.1 3.27e-263 2052143 Bacillati Chloroflexota QDG92469.1 QDG92469.1 1.50e-82 2590777 Pseudomonadati Pseudomonadota XP_035778474.1 XP_035778474.1 0.0 7167 Metazoa Arthropoda OME96001.1 OME96001.1 0.0 1451 Bacillati Bacillota OME96001.1 WP_269572442.1 9.26e-31 N/A N/A OME96001.1 WP_156140069.1 2.03e-12 642 Pseudomonadati Pseudomonadota XP_004384112.1 XP_004384112.1 1.18e-181 127582 Metazoa Chordata WP_065073385.1 WP_065073385.1 7.25e-217 339268 Bacillati Actinomycetota WP_065073385.1 WP_142260807.1 1.20e-47 103836 Bacillati Actinomycetota WP_065073385.1 KAJ3193491.1 4.56e-10 109884 Fungi Chytridiomycota WP_065073385.1 WP_282689626.1 5.17e-09 2593676 Bacillati Actinomycetota WP_103263575.1 WP_103263575.1 0.0 283734 Bacillati Bacillota WP_097199932.1 WP_097199932.1 1.22e-317 1884383 Pseudomonadati Pseudomonadota VUT24782.1 VUT24782.1 8.66e-74 2588691 Methanobacteriati Methanobacteriota WP_011062110.1 WP_011062110.1 6.36e-123 286;220664;380021;1124983 Pseudomonadati Pseudomonadota WP_133179454.1 WP_133179454.1 0.0 2546446 Pseudomonadati Pseudomonadota WP_133179454.1 MCB1412915.1 6.06e-202 2021379 Pseudomonadati Pseudomonadota WP_133179454.1 KAK48091.1 1.75e-26 1458357 Pseudomonadati Pseudomonadota WP_133179454.1 WP_049005162.1 3.97e-12 550 Pseudomonadati Pseudomonadota WP_133179454.1 WP_245350945.1 4.00e-10 N/A N/A WP_133179454.1 OKH85141.1 6.48e-09 1490484 Bacillati Actinomycetota XP_027584191.1 XP_027584191.1 1.10e-130 649802 Metazoa Chordata WP_250377942.1 WP_250377942.1 1.41e-101 562 Pseudomonadati Pseudomonadota MCM2455575.1 MCM2455575.1 3.95e-206 2726075 Pseudomonadati Pseudomonadota KAF1787790.1 KAF1787790.1 6.56e-188 29920 0 Oomycota WP_197744369.1 WP_197744369.1 3.42e-157 553981 Pseudomonadati Pseudomonadota WP_197744369.1 MCI9320818.1 2.07e-51 1898203 Bacillati Bacillota WP_197744369.1 WP_079396843.1 1.05e-44 194;197 Pseudomonadati Campylobacterota WP_197744369.1 MBD5153813.1 1.03e-33 1945593 Bacillati Bacillota WP_227329750.1 WP_227329750.1 7.61e-296 287 Pseudomonadati Pseudomonadota WP_227329750.1 WP_211056951.1 2.90e-27 2822682 Pseudomonadati Pseudomonadota CAH0730513.1 CAH0730513.1 6.64e-270 405034 Metazoa Arthropoda CAH0730513.1 HDZ48353.1 9.36e-10 1486246 Pseudomonadati Pseudomonadota WP_124908062.1 WP_124908062.1 1.44e-262 2025310 Pseudomonadati Bacteroidota WP_124908062.1 CDZ81696.1 2.42e-44 1444712 Pseudomonadati Chlamydiota KAJ0798837.1 KAJ0798837.1 7.78e-70 4232 Viridiplantae Streptophyta MCA1595916.1 MCA1595916.1 3.20e-63 2026724 Bacillati Chloroflexota 2VGF_A 2VGF_A 0.0 9606 Metazoa Chordata 2VGF_A WP_164636708.1 4.86e-92 2706108 Bacillati Actinomycetota WP_059923305.1 WP_059923305.1 3.47e-253 1503054 Pseudomonadati Pseudomonadota WP_059923305.1 KDB51534.1 1.05e-47 34103;1286631 Pseudomonadati Pseudomonadota ESK93629.1 ESK93629.1 4.01e-103 1381753 Fungi Basidiomycota KAF5772005.1 KAF5772005.1 3.60e-39 4232 Viridiplantae Streptophyta XP_032707293.1 XP_032707293.1 0.0 76717 Metazoa Chordata WP_160447747.1 WP_160447747.1 3.45e-169 28447;33013 Bacillati Actinomycetota GJM25205.1 GJM25205.1 1.27e-174 2026778 Pseudomonadati Planctomycetota WP_100571198.1 WP_100571198.1 0.0 2020325 Bacillati Actinomycetota XP_028766233.1 XP_028766233.1 0.0 207710 Viridiplantae Streptophyta XP_028766233.1 VAI85984.1 8.25e-84 4567 Viridiplantae Streptophyta XP_028766233.1 XP_010267139.1 1.24e-10 4432 Viridiplantae Streptophyta WP_143356561.1 WP_143356561.1 6.57e-282 562 Pseudomonadati Pseudomonadota RLA95129.1 RLA95129.1 1.46e-249 2026735 Pseudomonadati Myxococcota MBN1854849.1 MBN1854849.1 0.0 2715253 Pseudomonadati Planctomycetota XP_024707996.1 XP_024707996.1 2.40e-66 1392250 Fungi Ascomycota XP_007206475.1 XP_007206475.1 5.02e-198 3760 Viridiplantae Streptophyta XP_007206475.1 WP_010443651.1 3.84e-21 97050;981384 Pseudomonadati Pseudomonadota XP_007206475.1 MBQ9647935.1 8.96e-17 2485925 Bacillati Bacillota WP_101938578.1 WP_101938578.1 6.14e-122 381 Pseudomonadati Pseudomonadota WP_224828628.1 WP_224828628.1 4.51e-213 1849069 Methanobacteriati Methanobacteriota WP_224828628.1 MBL68646.1 8.97e-54 2026801 Pseudomonadati Verrucomicrobiota MBZ5591381.1 MBZ5591381.1 4.56e-275 2081523 Pseudomonadati Acidobacteriota KAI8838875.1 KAI8838875.1 9.15e-225 1907226 Fungi Chytridiomycota KAH7009790.1 KAH7009790.1 5.70e-245 64609 Fungi Ascomycota EQA53083.1 EQA53083.1 3.52e-52 1049970 Pseudomonadati Spirochaetota WP_141952156.1 WP_141952156.1 3.24e-166 1490222 Bacillati Actinomycetota WP_161208527.1 WP_161208527.1 8.71e-130 2593676;2690255 Bacillati Actinomycetota WP_278436726.1 WP_278436726.1 0.0 1796646 Pseudomonadati Bacteroidota XP_005405047.1 XP_005405047.1 0.0 34839 Metazoa Chordata WP_149128675.1 WP_149128675.1 1.72e-83 2599640 Pseudomonadati Pseudomonadota CAF1216529.1 CAF1216529.1 3.65e-82 1234261 Metazoa Rotifera WP_270908912.1 WP_270908912.1 9.22e-296 470 Pseudomonadati Pseudomonadota WP_270908912.1 HAY39979.1 1.83e-69 2049433 Pseudomonadati Thermodesulfobacteriota WP_270908912.1 WP_007270472.1 2.34e-57 254787;1276920 Bacillati Actinomycetota WP_019470943.1 WP_019470943.1 2.78e-148 286;1384061 Pseudomonadati Pseudomonadota WP_023843991.1 WP_023843991.1 0.0 2220;1090322 Methanobacteriati Methanobacteriota UTN87579.1 UTN87579.1 0.0 287 Pseudomonadati Pseudomonadota UTN87579.1 MBR2605819.1 4.10e-137 2044939 Bacillati Bacillota NYI84739.1 NYI84739.1 7.13e-266 1838 Bacillati Actinomycetota WP_181898940.1 WP_181898940.1 0.0 748120 Pseudomonadati Pseudomonadota WP_181898940.1 MBL1272346.1 5.04e-67 1914300 Pseudomonadati Pseudomonadota WP_088526897.1 WP_088526897.1 0.0 1743164 Pseudomonadati Pseudomonadota WP_088526897.1 MBP5709003.1 5.31e-16 2030927 Pseudomonadati Bacteroidota PWC90347.1 PWC90347.1 4.47e-264 652764 Pseudomonadati Pseudomonadota PWC90347.1 HAT8492399.1 1.79e-74 672 Pseudomonadati Pseudomonadota PWC90347.1 MBH2016034.1 9.96e-09 1891238 Pseudomonadati Pseudomonadota PWC90347.1 WP_199942136.1 8.53e-04 1148157 Pseudomonadati Pseudomonadota MSU45888.1 MSU45888.1 1.62e-167 1961806 Pseudomonadati Verrucomicrobiota MBT0668662.1 MBT0668662.1 9.16e-140 1774954 Pseudomonadati Pseudomonadota CAH0727316.1 CAH0727316.1 0.0 405034 Metazoa Arthropoda CAH0727316.1 KAG6471244.1 1.96e-21 94328 Viridiplantae Streptophyta CAH0727316.1 KAJ7545197.1 3.39e-16 34168 Viridiplantae Streptophyta WP_256342227.1 WP_256342227.1 0.0 N/A N/A WP_256342227.1 WP_172281536.1 3.43e-78 2715754 Pseudomonadati Bacteroidota WP_256342227.1 MCI6853747.1 1.48e-72 1879010 Bacillati Bacillota WP_256342227.1 MBI5098096.1 1.94e-21 2026887 Pseudomonadati Nitrospirota MBT4160670.1 MBT4160670.1 1.32e-280 1913989 Pseudomonadati Pseudomonadota MBT4160670.1 WP_043548763.1 4.68e-110 1532557 Pseudomonadati Pseudomonadota MBT4160670.1 WP_122896374.1 8.50e-65 2483800 Bacillati Bacillota MBT4160670.1 WP_168565867.1 2.64e-48 2724528 Pseudomonadati Planctomycetota MBT4160670.1 WP_032677416.1 2.56e-24 1386;1423;227866 Bacillati Bacillota MBT4160670.1 WP_164636240.1 1.97e-23 2269368 Pseudomonadati Pseudomonadota NCA33082.1 NCA33082.1 8.21e-158 1796610 Bacillati Actinomycetota XP_045183397.2 XP_045183397.2 0.0 6596 Metazoa Mollusca WP_279295785.1 WP_279295785.1 1.45e-128 2982496 Pseudomonadati Bacteroidota KAA0234643.1 KAA0234643.1 0.0 1978231;2201156;2900548 Bacillati;Pseudomonadati Acidobacteriota;Actinomycetota KAA0234643.1 WP_271960159.1 4.34e-262 N/A N/A KAA0234643.1 WP_114695256.1 1.65e-33 2283196 Pseudomonadati Pseudomonadota WP_188888464.1 WP_188888464.1 1.17e-156 1737354 Bacillati Bacillota WP_188888464.1 WP_055029966.1 1.67e-17 1481663 Pseudomonadati Pseudomonadota WP_188888464.1 WP_069156513.1 4.30e-10 1432052 Bacillati Bacillota WP_188888464.1 HBG17616.1 7.04e-10 1879010 Bacillati Bacillota WP_188888464.1 MBU7572244.1 6.27e-07 1904254 Pseudomonadati Pseudomonadota WP_188888464.1 MUL75888.1 9.67e-07 2606611 Bacillati Actinomycetota WP_188888464.1 WP_138482356.1 2.34e-06 161398 Pseudomonadati Pseudomonadota WP_188888464.1 KFX48203.1 5.89e-06 N/A N/A WP_188888464.1 TAL20232.1 1.68e-05 1872578 Pseudomonadati Pseudomonadota WP_188888464.1 MBQ1868746.1 1.75e-04 2053611;2593411 Bacillati Bacillota MBS1743426.1 MBS1743426.1 0.0 1898104 Pseudomonadati Bacteroidota EBD4871273.1 EBD4871273.1 1.77e-125 28147;28901;108619;149388;192953;1243583;1967650 Pseudomonadati Pseudomonadota MBO9629596.1 MBO9629596.1 3.85e-89 1870904 Pseudomonadati Pseudomonadota KOR84431.1 KOR84431.1 1.37e-228 1581037 Bacillati Bacillota KOR84431.1 MBT7096516.1 1.56e-35 2026781 0 Candidatus Poribacteria KOR84431.1 WP_059510827.1 7.09e-24 488732 Pseudomonadati Pseudomonadota KOR84431.1 WP_058635033.1 2.86e-23 401562 Pseudomonadati Pseudomonadota MBQ7329863.1 MBQ7329863.1 1.20e-128 2485925 Bacillati Bacillota MBQ7329863.1 MBO5118622.1 2.63e-29 2058474;2682607 Methanobacteriati Methanobacteriota MBQ7329863.1 MBQ7086969.1 9.24e-21 2044939 Bacillati Bacillota WP_132575460.1 WP_132575460.1 2.51e-307 2587074 Pseudomonadati Pseudomonadota WP_132575460.1 WP_153262038.1 5.91e-07 2219224 Bacillati Actinomycetota HAV2020887.1 HAV2020887.1 0.0 545 Pseudomonadati Pseudomonadota WP_152735594.1 WP_152735594.1 6.99e-254 2608082 Pseudomonadati Bacteroidota MBX9878857.1 MBX9878857.1 2.23e-309 2364082 Bacillati Candidatus Melainabacteria WP_037889990.1 WP_037889990.1 2.53e-310 1470557 Bacillati Actinomycetota WP_037889990.1 WP_215152714.1 2.53e-60 2593676;2819180;2819181 Bacillati Actinomycetota MBP7989505.1 MBP7989505.1 7.19e-268 2719315 Bacillati Bacillota WP_203162307.1 WP_203162307.1 2.04e-55 573 Pseudomonadati Pseudomonadota MBF8983114.1 MBF8983114.1 6.37e-92 2789328 Pseudomonadati Bacteroidota XP_054844157.1 XP_054844157.1 0.0 481883 Metazoa Chordata XP_054844157.1 XP_046922164.1 2.28e-124 61384 Metazoa Chordata XP_054844157.1 XP_028717800.1 7.18e-104 10041 Metazoa Chordata XP_054844157.1 ACF74449.1 3.22e-41 53751;308558 Viridiplantae Streptophyta XP_054844157.1 XP_041334537.1 1.52e-32 221976 Metazoa Chordata XP_054844157.1 XP_037327098.1 8.81e-20 N/A N/A XP_048221756.1 XP_048221756.1 0.0 214514 Metazoa Chordata XP_048221756.1 XP_007957752.1 0.0 1230840 Metazoa Chordata WP_104836709.1 WP_104836709.1 4.02e-289 584 Pseudomonadati Pseudomonadota WP_104836709.1 NIF31361.1 3.99e-195 2608346 Pseudomonadati Pseudomonadota WP_077217464.1 WP_077217464.1 6.99e-221 95486 Pseudomonadati Pseudomonadota WP_077217464.1 HBO4828144.1 7.48e-81 287 Pseudomonadati Pseudomonadota WP_077217464.1 WP_076409454.1 6.02e-50 85698 Pseudomonadati Pseudomonadota WP_077217464.1 WP_170725874.1 1.82e-44 562 Pseudomonadati Pseudomonadota WP_077217464.1 WP_176354145.1 1.94e-44 2742698 Pseudomonadati Pseudomonadota WP_077217464.1 MWR41881.1 2.62e-39 562 Pseudomonadati Pseudomonadota WP_077217464.1 MBP1876254.1 6.05e-34 106592 Pseudomonadati Pseudomonadota WP_077217464.1 WP_153844272.1 2.43e-09 28453;2940619 Pseudomonadati Bacteroidota WP_116788607.1 WP_116788607.1 1.27e-64 2294119 Pseudomonadati Bacteroidota WP_002541411.1 WP_002541411.1 0.0 1747;765091 Bacillati Actinomycetota WP_280713773.1 WP_280713773.1 4.25e-231 83655 Pseudomonadati Pseudomonadota WP_147493387.1 WP_147493387.1 2.11e-84 2594473 Pseudomonadati Pseudomonadota WP_182342936.1 WP_182342936.1 2.90e-202 N/A N/A WP_182342936.1 MBT5780702.1 3.67e-48 1898112 Pseudomonadati Pseudomonadota WP_232243969.1 WP_232243969.1 0.0 N/A N/A WP_232243969.1 OYV27796.1 4.56e-84 1970384 Pseudomonadati Pseudomonadota MBN1793755.1 MBN1793755.1 1.63e-133 2035772 Pseudomonadati Candidatus Omnitrophota WP_100378753.1 WP_100378753.1 1.08e-51 1938816 Pseudomonadati Pseudomonadota KAJ3691906.1 KAJ3691906.1 3.02e-306 198213 Viridiplantae Streptophyta WP_036258374.1 WP_036258374.1 0.0 65552 Thermotogati Deinococcota WP_036258374.1 MBQ8297564.1 1.27e-77 41978 Bacillati Bacillota WP_036258374.1 KAJ5168969.1 5.64e-68 189055 Fungi Ascomycota WP_036258374.1 WP_060613079.1 7.96e-65 570;573 Pseudomonadati Pseudomonadota WP_036258374.1 KAI9191373.1 1.14e-46 4023 Viridiplantae Streptophyta WP_036258374.1 WP_222599035.1 1.98e-39 N/A N/A WP_036258374.1 MWR41881.1 3.88e-24 562 Pseudomonadati Pseudomonadota WP_036258374.1 WP_098952357.1 1.52e-15 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_036258374.1 WP_107894076.1 4.14e-13 1130819 Bacillati Bacillota WP_036258374.1 WP_142931103.1 6.11e-12 2202200 Pseudomonadati Campylobacterota QNK62815.1 QNK62815.1 2.45e-226 2762321 Pseudomonadati Bacteroidota MCD7834656.1 MCD7834656.1 0.0 1898203 Bacillati Bacillota MBP7634095.1 MBP7634095.1 7.64e-315 2818468 0 0 XP_019384620.1 XP_019384620.1 0.0 8502 Metazoa Chordata XP_019384620.1 XP_008572610.1 2.32e-86 482537 Metazoa Chordata XP_019384620.1 XP_048216280.1 5.50e-38 214514 Metazoa Chordata XP_019384620.1 XP_022242849.1 7.20e-34 6850 Metazoa Arthropoda XP_019384620.1 KAG1590416.1 8.24e-31 936053 Fungi Mucoromycota XP_019384620.1 XP_029528577.1 1.51e-20 8023 Metazoa Chordata XP_019384620.1 XP_047334060.1 6.07e-20 253017 Viridiplantae Streptophyta XP_019384620.1 XP_043377824.1 1.66e-17 8469 Metazoa Chordata XP_019384620.1 EYU24504.1 1.07e-16 4155 Viridiplantae Streptophyta XP_019384620.1 KAI9912466.1 1.01e-08 230839 0 Oomycota MBT3747969.1 MBT3747969.1 4.07e-225 1898104 Pseudomonadati Bacteroidota MBQ6998144.1 MBQ6998144.1 0.0 2485925 Bacillati Bacillota WP_150930630.1 WP_150930630.1 2.91e-285 2614688 Bacillati Actinomycetota WP_150930630.1 WP_148062134.1 2.86e-28 47850 Bacillati Actinomycetota XP_026120963.1 XP_026120963.1 7.37e-233 7957 Metazoa Chordata WP_126840241.1 WP_126840241.1 1.51e-290 2495593 Pseudomonadati Pseudomonadota HBK0888477.1 HBK0888477.1 1.24e-245 562 Pseudomonadati Pseudomonadota XP_027768392.1 XP_027768392.1 4.29e-178 28526 Viridiplantae Streptophyta WP_192026965.1 WP_192026965.1 6.92e-268 2774142 Bacillati Bacillota KAF0880495.1 KAF0880495.1 2.51e-78 9678 Metazoa Chordata WP_234564275.1 WP_234564275.1 0.0 165179 Pseudomonadati Bacteroidota XP_013982426.1 XP_013982426.1 1.93e-114 8030 Metazoa Chordata EIR3813187.1 EIR3813187.1 1.36e-191 1351 Bacillati Bacillota XP_030620685.1 XP_030620685.1 2.41e-288 29144 Metazoa Chordata XP_030620685.1 XP_048216280.1 7.67e-55 214514 Metazoa Chordata XP_030620685.1 XP_051566275.1 3.37e-51 70543 Metazoa Chordata XP_030620685.1 XP_020321477.1 1.61e-44 8019 Metazoa Chordata XP_030620685.1 XP_046441060.1 2.05e-42 6669 Metazoa Arthropoda XP_030620685.1 XP_029528577.1 2.24e-40 8023 Metazoa Chordata XP_030620685.1 KAG1590416.1 5.61e-40 936053 Fungi Mucoromycota XP_030620685.1 XP_048379117.1 5.26e-35 3053191 Metazoa Chordata XP_030620685.1 PKU40490.1 3.86e-29 1758121 Metazoa Chordata XP_030620685.1 EYU24504.1 1.73e-26 4155 Viridiplantae Streptophyta XP_030620685.1 KAH6984898.1 1.34e-22 2824670 Fungi Ascomycota NHB63634.1 NHB63634.1 5.17e-160 2100168 Pseudomonadati Pseudomonadota KAB4839568.1 KAB4839568.1 0.0 818 Pseudomonadati Bacteroidota KAB4839568.1 OJW81690.1 4.74e-101 1895925 Pseudomonadati Bacteroidota EPB83562.1 EPB83562.1 2.31e-162 1220926 Fungi Mucoromycota WP_079304935.1 WP_079304935.1 3.49e-187 1114970 Pseudomonadati Pseudomonadota WP_079304935.1 WP_159793761.1 1.36e-44 1737568 Pseudomonadati Pseudomonadota EAH7180598.1 EAH7180598.1 4.78e-299 195 Pseudomonadati Campylobacterota WP_127965636.1 WP_127965636.1 1.90e-142 210 Pseudomonadati Campylobacterota MBP3290446.1 MBP3290446.1 1.29e-70 1872444 Pseudomonadati Bacteroidota MBL0848796.1 MBL0848796.1 2.36e-60 2020335 Pseudomonadati Pseudomonadota PLN85696.1 PLN85696.1 0.0 482145 Fungi Ascomycota MBR4316258.1 MBR4316258.1 2.11e-53 1913988 Pseudomonadati Pseudomonadota HBU57020.1 HBU57020.1 1.98e-95 2026742 Pseudomonadati Gemmatimonadota HBU57020.1 WP_209241541.1 1.42e-25 1434886 Bacillati Actinomycetota HBU57020.1 WP_093868643.1 8.66e-21 1250198;2267227;2635139 Pseudomonadati Bacteroidota RMZ53977.1 RMZ53977.1 1.32e-211 3075 Viridiplantae Chlorophyta WP_104739464.1 WP_104739464.1 3.33e-137 1708783 Pseudomonadati Pseudomonadota WP_178999808.1 WP_178999808.1 0.0 141390 Pseudomonadati Pseudomonadota WP_178999808.1 MBS0561514.1 8.42e-67 1977087 Pseudomonadati Pseudomonadota WP_178999808.1 KOR85988.1 8.86e-27 1581037 Bacillati Bacillota WP_178999808.1 MCD6173453.1 9.39e-11 2022749 Pseudomonadati Campylobacterota WP_080539504.1 WP_080539504.1 3.40e-177 672 Pseudomonadati Pseudomonadota WP_271563639.1 WP_271563639.1 8.39e-308 N/A N/A WP_271563639.1 MBW1759047.1 2.84e-14 2026735 Pseudomonadati Myxococcota YP_009901198.1 YP_009901198.1 1.84e-120 2696385;2696452;2851957;2902673 Heunggongvirae Uroviricota WP_139989153.1 WP_139989153.1 8.32e-265 2582921 Pseudomonadati Pseudomonadota WP_139989153.1 WP_187935882.1 2.22e-153 210 Pseudomonadati Campylobacterota WP_240053789.1 WP_240053789.1 1.57e-243 820 Pseudomonadati Bacteroidota WP_240053789.1 MBL6756473.1 2.74e-25 2026780 Pseudomonadati Planctomycetota WP_240053789.1 KXK41164.1 8.00e-22 1617422 Pseudomonadati Bacteroidota WP_240053789.1 PIY74148.1 1.27e-19 1974800 0 Candidatus Portnoyibacteriota WP_240053789.1 WP_278906630.1 1.06e-05 39483 Bacillati Bacillota GFD60763.1 GFD60763.1 8.62e-53 118510 Viridiplantae Streptophyta MBQ48993.1 MBQ48993.1 1.76e-208 2026715 Pseudomonadati Bdellovibrionota RLS53863.1 RLS53863.1 1.90e-159 2026780 Pseudomonadati Planctomycetota MRN26950.1 MRN26950.1 1.90e-56 1115758 Bacillati Bacillota WP_005253785.1 WP_005253785.1 8.20e-255 37919;1129896 Bacillati Actinomycetota WP_059566149.1 WP_059566149.1 0.0 1503054 Pseudomonadati Pseudomonadota OGD88828.1 OGD88828.1 1.95e-160 1797710 0 Candidatus Curtissiibacteriota HDZ72415.1 HDZ72415.1 0.0 182270 Pseudomonadati Pseudomonadota NDI25889.1 NDI25889.1 6.53e-200 2900548 Bacillati Actinomycetota NDI25889.1 WP_033456074.1 3.88e-64 518;1331200 Pseudomonadati Pseudomonadota NDI25889.1 MBT3887354.1 1.78e-62 1898112 Pseudomonadati Pseudomonadota NDI25889.1 OFZ89526.1 6.36e-62 1797477 Pseudomonadati Pseudomonadota NDI25889.1 WP_098923619.1 1.17e-61 1392;1396 Bacillati Bacillota NDI25889.1 WP_267292626.1 2.73e-60 2873601 Pseudomonadati Bacteroidota NDI25889.1 WP_262612393.1 4.15e-51 53344 Bacillati Bacillota NDI25889.1 KAA0555231.1 5.46e-39 57706 Pseudomonadati Pseudomonadota NDI25889.1 KAJ4394429.1 7.69e-30 1191159 Fungi Ascomycota MBL1272346.1 MBL1272346.1 0.0 1914300 Pseudomonadati Pseudomonadota MBL1272346.1 WP_181898940.1 2.31e-70 748120 Pseudomonadati Pseudomonadota XP_013617705.1 XP_013617705.1 1.95e-158 109376 Viridiplantae Streptophyta MBL6635315.1 MBL6635315.1 3.80e-184 2497619 Bacillati Actinomycetota MBL6635315.1 TBR44965.1 4.50e-51 1902503 Pseudomonadati Pseudomonadota MBB6433666.1 MBB6433666.1 2.39e-38 67283 Bacillati Actinomycetota WP_061261925.1 WP_061261925.1 1.69e-284 N/A N/A WP_240207262.1 WP_240207262.1 7.99e-123 2682577 Pseudomonadati Pseudomonadota WP_101662518.1 WP_101662518.1 0.0 2053728 Bacillati Bacillota WP_101662518.1 OMF24356.1 3.79e-119 1920423 Bacillati Bacillota WP_101662518.1 WP_044772468.1 4.66e-73 1307 Bacillati Bacillota WP_101662518.1 HCG88012.1 3.70e-47 28108 Pseudomonadati Pseudomonadota MBT3358747.1 MBT3358747.1 5.62e-191 2026786 Pseudomonadati Pseudomonadota HAL84546.1 HAL84546.1 2.61e-87 2026785 Pseudomonadati Pseudomonadota WP_051686353.1 WP_051686353.1 2.90e-108 1453492 Pseudomonadati Bacteroidota XP_008293954.1 XP_008293954.1 0.0 144197 Metazoa Chordata XP_008293954.1 XP_027026332.2 0.0 1234273 Metazoa Chordata MCB1644245.1 MCB1644245.1 6.53e-183 1891229 Pseudomonadati Pseudomonadota MCB1644245.1 WP_138597401.1 4.44e-24 43655 Pseudomonadati Pseudomonadota MCB1644245.1 MXY99086.1 5.68e-22 2026781 0 Candidatus Poribacteria MCB1644245.1 WP_253646963.1 2.62e-20 321325 Bacillati Actinomycetota MCH7862091.1 MCH7862091.1 3.65e-130 1977087 Pseudomonadati Pseudomonadota NUN10705.1 NUN10705.1 3.69e-49 2651163 Pseudomonadati Ignavibacteriota XP_007761143.1 XP_007761143.1 1.98e-289 1182544 Fungi Ascomycota WP_107551828.1 WP_107551828.1 3.83e-286 1288 Bacillati Bacillota QQO85492.1 QQO85492.1 4.84e-196 38313 Pseudomonadati Pseudomonadota QQO85492.1 WP_263858211.1 2.99e-28 2874699 Bacillati Cyanobacteriota QQO85492.1 WP_199425576.1 7.76e-23 247480 Bacillati Bacillota QQO85492.1 VEA68798.1 1.05e-16 61652 Pseudomonadati Pseudomonadota QQO85492.1 WP_168672621.1 3.18e-10 2719616 Pseudomonadati Bacteroidota MBQ6794463.1 MBQ6794463.1 1.08e-278 1969738 Pseudomonadati Bacteroidota MBQ6794463.1 MBA3609961.1 1.35e-56 2036010 Bacillati Actinomycetota MBQ6794463.1 MCU1411638.1 4.37e-52 1950123 Bacillati Actinomycetota MBQ6794463.1 MCF7895906.1 8.71e-50 2035772 Pseudomonadati Candidatus Omnitrophota MBQ6794463.1 OWZ34415.1 9.73e-46 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota MBQ6794463.1 ELZ16407.1 1.29e-40 1227489 Methanobacteriati Methanobacteriota MBQ6794463.1 WP_160194147.1 4.57e-28 564 Pseudomonadati Pseudomonadota MBQ6794463.1 MCM2356329.1 2.55e-25 1872635 Pseudomonadati Pseudomonadota MBQ6794463.1 NBT94281.1 2.27e-15 2026724 Bacillati Chloroflexota MBK9391165.1 MBK9391165.1 5.88e-76 1898104 Pseudomonadati Bacteroidota WP_111113162.1 WP_111113162.1 8.01e-304 40324 Pseudomonadati Pseudomonadota WP_111113162.1 WP_013970683.1 3.82e-161 286;648;76759;1042876;1435044;1435058 Pseudomonadati Pseudomonadota WP_111113162.1 WP_261281372.1 7.70e-160 47917 Pseudomonadati Pseudomonadota CAD7694243.1 CAD7694243.1 1.00e-275 34880 Metazoa Chordata CAD7694243.1 XP_015665538.2 1.87e-04 103944 Metazoa Chordata HBE26957.1 HBE26957.1 0.0 1932716 Bacillati Chloroflexota MBS7058472.1 MBS7058472.1 2.57e-90 853 Bacillati Bacillota MBT5464676.1 MBT5464676.1 4.85e-267 1913989 Pseudomonadati Pseudomonadota WP_249119039.1 WP_249119039.1 2.22e-185 N/A N/A PSQ73325.1 PSQ73325.1 0.0 1919101 Pseudomonadati Bacteroidota PSQ73325.1 MBN8606766.1 2.74e-40 2282150 Pseudomonadati Pseudomonadota PSQ73325.1 EDN57974.1 1.65e-36 150340 Pseudomonadati Pseudomonadota PSQ73325.1 WP_007356512.1 3.85e-31 272129;1501433 Bacillati Cyanobacteriota PSQ73325.1 WP_261733022.1 7.61e-30 2978345 Pseudomonadati Pseudomonadota PSQ73325.1 MBQ1868746.1 1.94e-28 2053611;2593411 Bacillati Bacillota PSQ73325.1 WP_074911472.1 1.74e-23 371601 Pseudomonadati Bacteroidota PSQ73325.1 WP_063540919.1 4.58e-22 306;316;2968969 Pseudomonadati Pseudomonadota PSQ73325.1 WP_232306300.1 1.26e-20 823 Pseudomonadati Bacteroidota PSQ73325.1 WP_177077803.1 7.43e-15 286;2738831 Pseudomonadati Pseudomonadota PSQ73325.1 MBR6403893.1 2.83e-10 142586 Bacillati Bacillota PSQ73325.1 WP_010434011.1 5.29e-10 47951;693153 Pseudomonadati Pseudomonadota PSQ73325.1 WP_166106360.1 4.44e-09 2703883 Pseudomonadati Pseudomonadota XP_037293573.1 XP_037293573.1 2.08e-216 7130 Metazoa Arthropoda AHM93900.1 AHM93900.1 0.0 11082 Orthornavirae Kitrinoviricota AHM93900.1 UNP61785.1 1.43e-161 11069 Orthornavirae Kitrinoviricota XP_624193.2 XP_624193.2 2.69e-306 7460;88217;200407 Metazoa Arthropoda WP_126678289.1 WP_126678289.1 0.0 2490854 Pseudomonadati Bacteroidota WP_126678289.1 MVA71646.1 9.97e-20 373 Pseudomonadati Pseudomonadota WP_126678289.1 WP_255073759.1 2.42e-19 573 Pseudomonadati Pseudomonadota HBU6715136.1 HBU6715136.1 2.37e-152 615 Pseudomonadati Pseudomonadota KAI5657497.1 KAI5657497.1 2.56e-94 4058 Viridiplantae Streptophyta MBR4371193.1 MBR4371193.1 5.51e-249 2212475 Pseudomonadati Lentisphaerota MBR4371193.1 WP_097830045.1 1.56e-29 1396;86661 Bacillati Bacillota MBR4371193.1 MBM3767188.1 1.71e-29 1978231 Pseudomonadati Acidobacteriota MBR4371193.1 MBR3487460.1 9.76e-29 2044939 Bacillati Bacillota MBR4371193.1 WP_256939523.1 5.43e-15 N/A N/A XP_025786250.1 XP_025786250.1 1.41e-217 9696 Metazoa Chordata HBN0452499.1 HBN0452499.1 1.58e-247 562 Pseudomonadati Pseudomonadota NXW19449.1 NXW19449.1 5.39e-153 321084 Metazoa Chordata WP_153747345.1 WP_153747345.1 7.54e-155 58314 Pseudomonadati Pseudomonadota MXD03405.1 MXD03405.1 1.05e-88 562 Pseudomonadati Pseudomonadota WP_212309145.1 WP_212309145.1 6.07e-283 43992 Pseudomonadati Pseudomonadota NEU29184.1 NEU29184.1 2.05e-180 2681972 0 0 MBQ5754168.1 MBQ5754168.1 1.10e-96 2485925 Bacillati Bacillota MBS1745163.1 MBS1745163.1 4.45e-304 1898104 Pseudomonadati Bacteroidota MBS1745163.1 MCR5574391.1 5.43e-145 2212467 Pseudomonadati Bacteroidota MBQ8003389.1 MBQ8003389.1 3.36e-65 2044939 Bacillati Bacillota GEW80515.1 GEW80515.1 5.12e-253 118510 Viridiplantae Streptophyta HHO76132.1 HHO76132.1 6.58e-236 2026735 Pseudomonadati Myxococcota HHO76132.1 NIM26842.1 5.24e-106 1913989 Pseudomonadati Pseudomonadota MCH2165167.1 MCH2165167.1 4.75e-134 2024839 Pseudomonadati Pseudomonadota KAB0360174.1 KAB0360174.1 7.43e-38 9886;9888 Metazoa Chordata WP_115470986.1 WP_115470986.1 2.03e-240 89061 Bacillati Bacillota WP_115470986.1 MCH2409214.1 2.23e-97 2818507 Pseudomonadati Myxococcota WP_115470986.1 OGG08302.1 1.54e-34 1798376;1798385;1798386;1798389;1798398 0 Candidatus Gottesmaniibacteriota OMJ26529.1 OMJ26529.1 3.49e-155 133412 Fungi Kickxellomycota WP_129770031.1 WP_129770031.1 1.20e-295 1478131 Bacillati Actinomycetota RWK19229.1 RWK19229.1 0.0 1871066 Pseudomonadati Pseudomonadota RWK19229.1 MBU0783111.1 2.74e-12 1913989 Pseudomonadati Pseudomonadota CDX32740.1 CDX32740.1 1.54e-25 408184 Pseudomonadati Pseudomonadota WP_255761006.1 WP_255761006.1 4.38e-110 399 Pseudomonadati Pseudomonadota WP_255352846.1 WP_255352846.1 1.92e-26 1532557 Pseudomonadati Pseudomonadota QLQ30255.1 QLQ30255.1 1.63e-92 1871049 Pseudomonadati Pseudomonadota MCH2065391.1 MCH2065391.1 2.90e-302 2024856 Pseudomonadati Verrucomicrobiota WP_105599976.1 WP_105599976.1 2.67e-91 185978;1848709;2033725;2871175 Bacillati Bacillota WP_105599976.1 WP_062713263.1 2.04e-15 646534 Pseudomonadati Pseudomonadota WP_204650864.1 WP_204650864.1 8.38e-111 745368 Bacillati Bacillota KMZ56706.1 KMZ56706.1 1.09e-316 29655 Viridiplantae Streptophyta TLZ05171.1 TLZ05171.1 0.0 1913989 Pseudomonadati Pseudomonadota TLZ05171.1 WP_138941726.1 6.38e-21 190895 Pseudomonadati Pseudomonadota TLZ05171.1 WP_265896212.1 3.14e-19 2944682 Pseudomonadati Pseudomonadota WP_032373688.1 WP_032373688.1 7.49e-271 1828;1831;85025;1356405;2900548 Bacillati Actinomycetota WP_032373688.1 WP_065517671.1 1.15e-34 1780 Bacillati Actinomycetota WP_032373688.1 WP_065029373.1 1.72e-30 339268 Bacillati Actinomycetota WP_032373688.1 OGO01021.1 2.35e-28 1797628 Bacillati Chloroflexota HBY0139633.1 HBY0139633.1 0.0 573 Pseudomonadati Pseudomonadota WP_122236618.1 WP_122236618.1 1.24e-266 317;264459 Pseudomonadati Pseudomonadota WP_122236618.1 WP_152458326.1 2.70e-43 2587853 Pseudomonadati Pseudomonadota WP_122236618.1 HAQ04103.1 6.27e-24 2024894 Bacillati Actinomycetota WP_194104904.1 WP_194104904.1 0.0 768480 Pseudomonadati Bacteroidota WP_210799437.1 WP_210799437.1 1.25e-66 584;1903414 Pseudomonadati Pseudomonadota WP_066519483.1 WP_066519483.1 2.86e-229 395387 Bacillati Actinomycetota WP_087384365.1 WP_087384365.1 4.87e-289 1965551 Bacillati Bacillota WP_087384365.1 WP_113669955.1 1.27e-73 2259645 Pseudomonadati Pseudomonadota WP_087384365.1 WP_239913672.1 1.58e-68 689 Pseudomonadati Pseudomonadota KFP63770.1 KFP63770.1 8.19e-225 54380 Metazoa Chordata KFP63770.1 WP_253646963.1 3.05e-08 321325 Bacillati Actinomycetota WP_272114414.1 WP_272114414.1 5.24e-286 1263 Bacillati Bacillota WP_050580425.1 WP_050580425.1 0.0 68287;2496706;2496713;2496715;2496719;2496721 Pseudomonadati Pseudomonadota WP_050580425.1 GLR41095.1 0.0 71433 Pseudomonadati Pseudomonadota MBN4326111.1 MBN4326111.1 3.99e-11 9606 Metazoa Chordata MBD8893743.1 MBD8893743.1 0.0 2803841 Pseudomonadati Pseudomonadota MBD8893743.1 NDH21517.1 1.31e-25 1904441 Pseudomonadati Pseudomonadota KAJ6059888.1 KAJ6059888.1 3.15e-46 5083 Fungi Ascomycota WP_063640296.1 WP_063640296.1 0.0 217204 Pseudomonadati Pseudomonadota MBT5488157.1 MBT5488157.1 0.0 2026743 Pseudomonadati Pseudomonadota MBT5488157.1 WP_262406623.1 3.23e-151 N/A N/A MBT5488157.1 WP_281507500.1 4.98e-139 N/A N/A MBT5488157.1 WP_176349335.1 1.63e-07 2744470 Pseudomonadati Pseudomonadota XP_020272228.1 XP_020272228.1 2.16e-248 4686 Viridiplantae Streptophyta XP_053592881.1 XP_053592881.1 0.0 69319 Metazoa Arthropoda XP_053592881.1 WP_194957532.1 2.65e-125 1597;113557 Bacillati Bacillota XP_053592881.1 WP_081224968.1 1.40e-20 1288 Bacillati Bacillota XP_053592881.1 WP_123159424.1 2.16e-14 1301;2293247;2478956;2584682 Bacillati Bacillota XP_053592881.1 SCL13606.1 1.89e-13 47866 Bacillati Actinomycetota XP_053592881.1 MCB9999913.1 1.80e-12 2021371 Pseudomonadati Pseudomonadota XP_053592881.1 MSZ29533.1 7.16e-10 2900548 Bacillati Actinomycetota HCF6759084.1 HCF6759084.1 0.0 287 Pseudomonadati Pseudomonadota HCF6759084.1 PLA74748.1 1.72e-271 2065820 Pseudomonadati Pseudomonadota HCF6759084.1 MBN8536342.1 2.78e-189 2026735 Pseudomonadati Myxococcota HBF53378.1 HBF53378.1 5.11e-105 1871052 Pseudomonadati Pseudomonadota XP_017857703.1 XP_017857703.1 0.0 7263 Metazoa Arthropoda XP_017857703.1 XP_035800909.1 1.60e-20 80972 Metazoa Chordata PIV62444.1 PIV62444.1 3.47e-131 1974843 0 Candidatus Roizmaniibacteriota XP_020788278.1 XP_020788278.1 2.84e-292 150288 Metazoa Chordata WP_280343167.1 WP_280343167.1 1.72e-221 236511 Bacillati Actinomycetota MCC6539403.1 MCC6539403.1 0.0 2026791 Pseudomonadati Acidobacteriota MCC6539403.1 HHJ06374.1 6.87e-04 2052143 Bacillati Chloroflexota CAI5716986.1 CAI5716986.1 0.0 86335 0 Oomycota MCK9371657.1 MCK9371657.1 0.0 2025608 Pseudomonadati Campylobacterota MCK9371657.1 WP_220281278.1 3.96e-14 562 Pseudomonadati Pseudomonadota MBE4717433.1 MBE4717433.1 2.09e-112 2138309 Bacillati Actinomycetota UMM23672.1 UMM23672.1 0.0 6238 Metazoa Nematoda WP_059171534.1 WP_059171534.1 9.44e-207 1679166 Bacillati Bacillota WP_059171534.1 WP_139994336.1 3.84e-79 1033738 Bacillati Bacillota MBF0143407.1 MBF0143407.1 0.0 2026759 Pseudomonadati Pseudomonadota MBF0143407.1 CKF71070.1 2.50e-78 2026186 Bacillati Bacillota MBF0143407.1 WP_200543170.1 1.59e-73 2769338 Pseudomonadati Pseudomonadota MBF0143407.1 HAB03480.1 4.84e-67 306 Pseudomonadati Pseudomonadota MBF0143407.1 WP_018646673.1 9.67e-61 990078 Pseudomonadati Pseudomonadota MBF0143407.1 WP_230171322.1 8.07e-58 2845820 Pseudomonadati Pseudomonadota MBF0143407.1 WP_126679569.1 6.68e-39 287 Pseudomonadati Pseudomonadota XP_009031127.1 XP_009031127.1 3.34e-88 6412 Metazoa Annelida WP_248112338.1 WP_248112338.1 1.41e-298 881260 Pseudomonadati Pseudomonadota WP_012924408.1 WP_012924408.1 3.87e-292 182640;479435 Bacillati Actinomycetota MCD6205878.1 MCD6205878.1 3.46e-191 2026760 Pseudomonadati Fidelibacterota ASL92868.1 ASL92868.1 3.79e-133 615;300181;1261032 Pseudomonadati Pseudomonadota MBU0633142.1 MBU0633142.1 7.47e-109 1869227 0 0 WP_135820337.1 WP_135820337.1 0.0 2528831 Methanobacteriati Methanobacteriota WP_135820337.1 XP_047379458.1 4.98e-28 30640 Metazoa Chordata MBG91959.1 MBG91959.1 7.16e-286 2026724 Bacillati Chloroflexota MBG91959.1 MSZ54974.1 1.37e-92 2900548 Bacillati Actinomycetota MBV2096469.1 MBV2096469.1 0.0 2839976 Pseudomonadati Pseudomonadota MCH8223536.1 MCH8223536.1 1.04e-228 2026724 Bacillati Chloroflexota MOX37967.1 MOX37967.1 1.11e-09 9544 Metazoa Chordata WP_123234331.1 WP_123234331.1 1.81e-191 1542737 Bacillati Actinomycetota WP_062917436.1 WP_062917436.1 2.55e-184 75105 Pseudomonadati Pseudomonadota WP_062917436.1 MYS73268.1 5.77e-36 2690314 Bacillati Actinomycetota WP_062917436.1 WP_013845913.1 1.49e-24 382;693982 Pseudomonadati Pseudomonadota KAJ6728134.1 KAJ6728134.1 3.24e-156 2511006 Viridiplantae Streptophyta KAJ6728134.1 NRB72577.1 4.21e-39 2006849 Pseudomonadati Pseudomonadota WP_264228578.1 WP_264228578.1 0.0 553 Pseudomonadati Pseudomonadota WP_264228578.1 OGA29379.1 6.82e-209 1797489 Pseudomonadati Pseudomonadota WP_264228578.1 HCJ45190.1 2.13e-25 1042 Pseudomonadati Pseudomonadota MCA0453363.1 MCA0453363.1 0.0 2026724;2052143 Bacillati Chloroflexota MBN1275370.1 MBN1275370.1 6.55e-83 2026803 Nanobdellati Candidatus Woesearchaeota MCT8275829.1 MCT8275829.1 0.0 134875 Pseudomonadati Pseudomonadota WP_125251950.1 WP_125251950.1 1.74e-175 998465 Pseudomonadati Pseudomonadota WP_177055611.1 WP_177055611.1 3.91e-70 196821;2738817 Pseudomonadati Pseudomonadota WP_112382897.1 WP_112382897.1 1.37e-230 13687 Pseudomonadati Pseudomonadota WP_229447885.1 WP_229447885.1 4.99e-234 2641084;2762059 Pseudomonadati Pseudomonadota XP_052609093.1 XP_052609093.1 0.0 564181 Metazoa Chordata XP_052609093.1 XP_053174626.1 8.42e-283 13676 Metazoa Chordata XP_052609093.1 KAI4536634.1 1.98e-50 230172 Metazoa Chordata WP_232676102.1 WP_232676102.1 1.88e-164 2870414 Bacillati Actinomycetota SCH22700.1 SCH22700.1 1.34e-288 165186 Bacillati Bacillota WP_073251662.1 WP_073251662.1 8.11e-292 1470563 Pseudomonadati Pseudomonadota KAJ8488862.1 KAJ8488862.1 0.0 34470 Fungi Basidiomycota HAR3824072.1 HAR3824072.1 0.0 1280 Bacillati Bacillota HAR3824072.1 WP_100610557.1 2.35e-147 1699412 Pseudomonadati Bacteroidota HAR3824072.1 WP_180196654.1 4.85e-80 2749832 Pseudomonadati Pseudomonadota HAR3824072.1 WP_099345046.1 3.56e-57 505249 Pseudomonadati Campylobacterota HAR3824072.1 WP_060004157.1 3.17e-44 28095 Pseudomonadati Pseudomonadota GGS66510.1 GGS66510.1 7.80e-212 46182 Bacillati Actinomycetota GGS66510.1 NEX64733.1 1.50e-93 2709383 Pseudomonadati Pseudomonadota GGS66510.1 MBN9625832.1 2.08e-92 1660086;1872122 Pseudomonadati Pseudomonadota GGS66510.1 WP_002857697.1 8.08e-38 194;197;1365662 Pseudomonadati Campylobacterota MSO98652.1 MSO98652.1 2.98e-161 1898112 Pseudomonadati Pseudomonadota XP_008264087.1 XP_008264087.1 0.0 9986 Metazoa Chordata AAR19565.1 AAR19565.1 2.35e-149 34828 Metazoa Chordata AAR19565.1 XP_012889676.1 2.79e-109 10020 Metazoa Chordata AAR19565.1 XP_002688837.2 8.34e-82 9913 Metazoa Chordata AAR19565.1 XP_034290446.1 1.50e-61 94885 Metazoa Chordata AAR19565.1 XP_005087540.1 2.30e-42 10036 Metazoa Chordata AAR19565.1 XP_042531659.1 1.59e-41 105255 Metazoa Chordata AAR19565.1 XP_054446685.1 3.73e-39 1884717 Metazoa Chordata AAR19565.1 XP_049747270.1 3.00e-23 99487 Metazoa Chordata WP_083824265.1 WP_083824265.1 7.37e-178 531813 Pseudomonadati Pseudomonadota NJD91181.1 NJD91181.1 0.0 46610 Pseudomonadati Thermodesulfobacteriota NJD91181.1 WP_012573472.1 0.0 511435;511995 Pseudomonadati Bacteroidota NJD91181.1 WP_070770047.1 0.0 1350;1352 Bacillati Bacillota NJD91181.1 WP_156009076.1 8.90e-297 1917441 Bacillati Bacillota NJD91181.1 MBE6348968.1 1.06e-168 1898206 Pseudomonadati Spirochaetota NJD91181.1 MBS6779195.1 1.93e-27 1929886 Bacillati Actinomycetota MCA8990238.1 MCA8990238.1 6.98e-218 2026779 Pseudomonadati Planctomycetota MCA8990238.1 WP_261362933.1 2.70e-17 N/A N/A WP_031504118.1 WP_031504118.1 5.53e-128 421525;1450526 Pseudomonadati Bacteroidota MBT1821840.1 MBT1821840.1 6.81e-168 158836 Pseudomonadati Pseudomonadota MCL5772337.1 MCL5772337.1 7.48e-104 2900548 Bacillati Actinomycetota VRK55480.1 VRK55480.1 9.68e-98 1313 Bacillati Bacillota VRK55480.1 WP_211746996.1 4.70e-48 2831522 Bacillati Bacillota GFD10569.1 GFD10569.1 4.94e-37 118510 Viridiplantae Streptophyta MBO7366298.1 MBO7366298.1 0.0 2030927 Pseudomonadati Bacteroidota XP_056309872.1 XP_056309872.1 1.47e-139 1142201 Metazoa Chordata HHC07960.1 HHC07960.1 4.03e-292 2900548 Bacillati Actinomycetota HHC07960.1 WP_026002460.1 1.42e-29 121428 Pseudomonadati Pseudomonadota WP_279836660.1 WP_279836660.1 0.0 3040018 Pseudomonadati Pseudomonadota EHA1083554.1 EHA1083554.1 2.30e-144 N/A N/A MBQ2587741.1 MBQ2587741.1 0.0 59823 Pseudomonadati Bacteroidota MBQ2587741.1 MCC7304610.1 9.36e-92 1869227 0 0 MBQ2587741.1 WP_274976404.1 2.28e-55 3061629 Bacillati Actinomycetota XP_011924069.1 XP_011924069.1 0.0 9531 Metazoa Chordata OGD37525.1 OGD37525.1 8.02e-193 1797275 0 Candidatus Aminicenantota CAH9417069.1 CAH9417069.1 0.0 1908 Bacillati Actinomycetota CAH9417069.1 NLO64495.1 1.71e-35 1898207 Bacillati Bacillota WP_061795322.1 WP_061795322.1 0.0 613;61651 Pseudomonadati Pseudomonadota WP_061795322.1 WP_131836551.1 5.17e-107 100 Pseudomonadati Pseudomonadota WP_061795322.1 XP_050320449.1 3.76e-104 98809 Metazoa Arthropoda WP_061795322.1 WP_057201184.1 2.26e-99 1736492 Pseudomonadati Pseudomonadota WP_061795322.1 WP_008959270.1 8.00e-86 550984 Pseudomonadati Pseudomonadota WP_061795322.1 WP_108756325.1 6.60e-80 2072408 Pseudomonadati Pseudomonadota WP_061795322.1 WP_257689765.1 1.34e-79 644 Pseudomonadati Pseudomonadota WP_061795322.1 WP_255965801.1 5.61e-72 2965064 Bacillati Actinomycetota WP_061795322.1 WP_195426888.1 4.37e-58 2782182 Pseudomonadati Pseudomonadota WP_061795322.1 WP_205186167.1 7.76e-54 2709306 Pseudomonadati Pseudomonadota WP_061795322.1 WP_232038993.1 8.29e-41 2842456 Pseudomonadati Pseudomonadota KAE9407684.1 KAE9407684.1 2.18e-158 1447944 Fungi Basidiomycota WP_144929841.1 WP_144929841.1 3.40e-106 196821;2572883;2572884;2572886;2572890;2572894 Pseudomonadati Pseudomonadota ABB86219.1 ABB86219.1 1.51e-52 169388 Fungi Ascomycota ABB86219.1 AGS31853.1 8.84e-22 1350487 Metazoa Arthropoda ABB86219.1 WP_018431719.1 6.21e-07 1822464;2654982;2782701 Pseudomonadati Pseudomonadota WP_207855327.1 WP_207855327.1 2.15e-67 1502841 Pseudomonadati Pseudomonadota MBR4831078.1 MBR4831078.1 0.0 28121 Bacillati Bacillota KAF5705428.1 KAF5705428.1 0.0 1567541 Fungi Ascomycota MQG84887.1 MQG84887.1 5.57e-113 2030829 Bacillati Chloroflexota NUR94205.1 NUR94205.1 6.85e-60 2726072 Bacillati Actinomycetota KAI9087862.1 KAI9087862.1 4.14e-57 880440 Viridiplantae Streptophyta MPC13528.1 MPC13528.1 5.92e-46 210409 Metazoa Arthropoda MBN2660390.1 MBN2660390.1 0.0 2785930 Pseudomonadati Bacteroidota MBK9183427.1 MBK9183427.1 1.75e-238 2053306 Pseudomonadati Ignavibacteriota MBK9183427.1 WP_014407515.1 3.72e-45 1314;798300;1010840 Bacillati Bacillota MBK9183427.1 WP_126136917.1 3.96e-32 379347 Pseudomonadati Pseudomonadota MBK9183427.1 MCQ2612024.1 6.10e-23 2854022 Pseudomonadati Spirochaetota MCO5068575.1 MCO5068575.1 1.89e-304 2212473 Pseudomonadati Kiritimatiellota WP_070545363.1 WP_070545363.1 1.77e-151 1279;28035;1715167;1739359;1739368 Bacillati Bacillota WP_200154298.1 WP_200154298.1 1.40e-131 61644 Pseudomonadati Pseudomonadota OWZ34415.1 OWZ34415.1 0.0 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota OWZ34415.1 MBA3609961.1 3.69e-78 2036010 Bacillati Actinomycetota OWZ34415.1 ELZ16407.1 5.09e-50 1227489 Methanobacteriati Methanobacteriota OWZ34415.1 MBQ6794463.1 2.42e-43 1969738 Pseudomonadati Bacteroidota OWZ34415.1 WP_160194147.1 1.91e-41 564 Pseudomonadati Pseudomonadota OWZ34415.1 WP_254819486.1 7.68e-35 2963091 Pseudomonadati Pseudomonadota OWZ34415.1 MCM2356329.1 2.32e-28 1872635 Pseudomonadati Pseudomonadota EGQ8192442.1 EGQ8192442.1 1.56e-42 670 Pseudomonadati Pseudomonadota CAG7850540.1 CAG7850540.1 7.62e-103 1109443 Fungi Basidiomycota KAJ4213304.1 KAJ4213304.1 0.0 169388 Fungi Ascomycota WP_170235146.1 WP_170235146.1 6.10e-175 29419 Pseudomonadati Campylobacterota MBQ3156222.1 MBQ3156222.1 6.97e-310 2044939 Bacillati Bacillota MBQ3156222.1 HIZ23242.1 2.76e-103 2838488 Bacillati Bacillota WP_056726975.1 WP_056726975.1 6.81e-76 196821;1736585;1736593 Pseudomonadati Pseudomonadota WP_069697901.1 WP_069697901.1 7.02e-255 762845 Bacillati Bacillota WP_069697901.1 WP_138125503.1 6.77e-173 1334 Bacillati Bacillota WP_069697901.1 WP_266179881.1 1.41e-86 2994648 Pseudomonadati Pseudomonadota WP_069697901.1 WP_223413240.1 1.15e-82 573 Pseudomonadati Pseudomonadota WP_069697901.1 EFX2174330.1 3.54e-48 624 Pseudomonadati Pseudomonadota WP_069697901.1 MCP4974199.1 1.10e-07 1220;93060 Bacillati Cyanobacteriota KAJ3469091.1 KAJ3469091.1 1.05e-316 169388 Fungi Ascomycota XP_027201715.1 XP_027201715.1 0.0 N/A N/A MBF1354756.1 MBF1354756.1 2.51e-118 114527 Bacillati Bacillota RNA69827.1 RNA69827.1 3.78e-180 2483800 Bacillati Bacillota WP_054910535.1 WP_054910535.1 9.16e-273 1661050 Pseudomonadati Pseudomonadota MCQ2587557.1 MCQ2587557.1 0.0 166 Pseudomonadati Spirochaetota MCQ2587557.1 EIO1807611.1 9.88e-29 28901 Pseudomonadati Pseudomonadota WP_267829077.1 WP_267829077.1 3.15e-146 2996698 Bacillati Actinomycetota HBK1877356.1 HBK1877356.1 0.0 195 Pseudomonadati Campylobacterota HBK1877356.1 HBX8004802.1 1.53e-19 573 Pseudomonadati Pseudomonadota HBK1877356.1 XP_034264344.1 1.57e-09 94885 Metazoa Chordata HBK1877356.1 XP_003056335.1 1.97e-05 564608 Viridiplantae Chlorophyta HBK1877356.1 WP_219287479.1 6.95e-04 2487934 Pseudomonadati Bacteroidota WP_233689818.1 WP_233689818.1 2.62e-271 2899113 Pseudomonadati Pseudomonadota HAL5964588.1 HAL5964588.1 1.07e-52 562 Pseudomonadati Pseudomonadota XP_002973447.1 XP_002973447.1 2.46e-106 88036 Viridiplantae Streptophyta WP_203727943.1 WP_203727943.1 0.0 113563 Bacillati Actinomycetota WP_203727943.1 KOR85988.1 1.66e-22 1581037 Bacillati Bacillota WP_203727943.1 MBL9135845.1 1.32e-11 2026801 Pseudomonadati Verrucomicrobiota WP_238267528.1 WP_238267528.1 8.02e-70 82633 Pseudomonadati Pseudomonadota WP_238267528.1 MBD9532752.1 1.42e-30 2769280 Pseudomonadati Pseudomonadota WP_238267528.1 RPI95901.1 2.89e-23 2026792 Pseudomonadati Spirochaetota ADJ57888.1 ADJ57888.1 4.55e-275 451678 Metazoa Chordata ADJ57888.1 AXB40829.1 4.98e-200 3018538 Metazoa Chordata ADJ57888.1 UNP33456.1 5.66e-176 1567021 Metazoa Chordata ADJ57888.1 BAI82636.1 1.79e-113 7004 Metazoa Arthropoda ADJ57888.1 QYT38722.1 5.94e-56 2565248 Metazoa Platyhelminthes MBX7122227.1 MBX7122227.1 1.62e-204 2006848 Pseudomonadati Verrucomicrobiota WP_057479385.1 WP_057479385.1 0.0 1736319 Bacillati Actinomycetota WP_057479385.1 WP_013571875.1 1.47e-150 672;914127 Pseudomonadati Pseudomonadota WP_057479385.1 WP_046325749.1 4.24e-123 1218507 Bacillati Bacillota WP_057479385.1 WP_208427233.1 3.28e-47 2065818 Pseudomonadati Rhodothermota EGT3616788.1 EGT3616788.1 1.61e-148 1502 Bacillati Bacillota MBP1550239.1 MBP1550239.1 4.16e-243 2485925 Bacillati Bacillota MBP1550239.1 AUW90066.1 3.01e-09 2055364 Metazoa Arthropoda WP_008470196.1 WP_008470196.1 1.60e-180 1203033;1423758 Bacillati Bacillota WP_008470196.1 WP_142133210.1 1.96e-75 2768449 Bacillati Actinomycetota WP_008470196.1 WP_279984614.1 1.74e-74 909768 Pseudomonadati Pseudomonadota WP_008470196.1 WP_222125851.1 8.85e-73 N/A N/A WP_008470196.1 WP_115992495.1 6.15e-71 1294267 Bacillati Bacillota WP_008470196.1 WP_072380563.1 3.46e-67 501024 Pseudomonadati Pseudomonadota WP_008470196.1 MWR41881.1 2.24e-47 562 Pseudomonadati Pseudomonadota WP_008470196.1 MBT4161918.1 8.48e-33 1913989 Pseudomonadati Pseudomonadota WP_008470196.1 KAJ5168969.1 3.45e-29 189055 Fungi Ascomycota WP_008470196.1 MCP5262709.1 5.50e-28 50421 Pseudomonadati Pseudomonadota WP_008470196.1 WP_071876418.1 7.40e-20 332949 Bacillati Bacillota WP_008470196.1 WP_036816548.1 1.18e-18 1342794 Pseudomonadati Pseudomonadota WP_008470196.1 WAY96880.1 1.55e-17 615 Pseudomonadati Pseudomonadota WP_008470196.1 KAF9974715.1 1.54e-11 1343610 Fungi Mortierellomycota WP_008470196.1 MQF68191.1 3.32e-08 2587838 Bacillati Chloroflexota EHY1237200.1 EHY1237200.1 2.78e-164 562 Pseudomonadati Pseudomonadota WP_063692548.1 WP_063692548.1 2.11e-97 1803665 Pseudomonadati Pseudomonadota WP_058877503.1 WP_058877503.1 4.31e-163 308865;1117645 Pseudomonadati Bacteroidota HBP29295.1 HBP29295.1 4.27e-174 310575 Pseudomonadati Pseudomonadota WP_169872765.1 WP_169872765.1 0.0 296 Pseudomonadati Pseudomonadota MCI7575045.1 MCI7575045.1 6.71e-92 1898207 Bacillati Bacillota HCE7955950.1 HCE7955950.1 0.0 287 Pseudomonadati Pseudomonadota YP_009226675.1 YP_009226675.1 3.25e-37 1698369 Heunggongvirae Uroviricota MBK6290503.1 MBK6290503.1 5.47e-202 2053306;2447898 Pseudomonadati Ignavibacteriota;Candidatus Kapaibacteriota WP_039672911.1 WP_039672911.1 0.0 38301 Bacillati Actinomycetota XP_029439375.1 XP_029439375.1 3.66e-199 194408 Metazoa Chordata XP_029439375.1 ROW03190.1 1.66e-42 1230097 Fungi Ascomycota NJC23639.1 NJC23639.1 1.17e-296 271432 Bacillati Actinomycetota HCZ13020.1 HCZ13020.1 4.80e-46 2053492 Pseudomonadati Pseudomonadota RQD71026.1 RQD71026.1 9.31e-174 2293856 Bacillati Bacillota RQD71026.1 WP_169105698.1 9.61e-36 2725303 Bacillati Bacillota RQD71026.1 WP_063316698.1 4.43e-06 1827;1831;334542;2681985 Bacillati Actinomycetota MBE7174334.1 MBE7174334.1 1.99e-274 1872085 Bacillati Actinomycetota MCF8449868.1 MCF8449868.1 5.00e-181 1869185 Pseudomonadati Bacteroidota MCF8449868.1 WP_165724099.1 1.34e-34 53246 Pseudomonadati Pseudomonadota MCF8449868.1 HBG17616.1 4.53e-12 1879010 Bacillati Bacillota MCF8449868.1 WP_245885601.1 2.74e-08 2607479 Bacillati Actinomycetota MCF8449868.1 WP_007356512.1 9.78e-04 272129;1501433 Bacillati Cyanobacteriota WP_217309755.1 WP_217309755.1 0.0 84112;84998 Bacillati Actinomycetota WP_217309755.1 WP_144384753.1 1.61e-18 2011095 Bacillati Actinomycetota TXG48910.1 TXG48910.1 1.69e-128 1000413 Viridiplantae Streptophyta OMP12204.1 OMP12204.1 5.34e-22 93759 Viridiplantae Streptophyta NET34040.1 NET34040.1 9.87e-64 2607788 Bacillati Cyanobacteriota WP_182308552.1 WP_182308552.1 2.87e-120 1969821 Pseudomonadati Pseudomonadota XP_050785609.1 XP_050785609.1 0.0 286002 Metazoa Chordata WP_145279320.1 WP_145279320.1 1.36e-147 2527974 Pseudomonadati Planctomycetota WP_190728559.1 WP_190728559.1 0.0 2692842 Bacillati Cyanobacteriota WP_043884631.1 WP_043884631.1 8.43e-126 150340 Pseudomonadati Pseudomonadota MCL4835344.1 MCL4835344.1 5.42e-237 2614250 Bacillati Chloroflexota MCL4835344.1 MBQ7949870.1 1.14e-12 1913988 Pseudomonadati Pseudomonadota MCL4835344.1 WP_041488527.1 1.17e-07 64104 Bacillati Bacillota CKR50421.1 CKR50421.1 1.80e-78 1773 Bacillati Actinomycetota KAF6355230.1 KAF6355230.1 2.26e-127 N/A N/A EFP11715.1 EFP11715.1 2.13e-283 31234 Metazoa Nematoda MBN2220243.1 MBN2220243.1 2.58e-161 2053567 Thermotogati Thermotogota XP_001426929.1 XP_001426929.1 4.02e-53 5888 0 Ciliophora WP_004841038.1 WP_004841038.1 3.39e-164 470;1217647 Pseudomonadati Pseudomonadota GFT25780.1 GFT25780.1 3.50e-258 2585209 Metazoa Arthropoda GFT25780.1 GFY15021.1 8.12e-23 2585209 Metazoa Arthropoda WP_108101124.1 WP_108101124.1 1.50e-104 29497 Pseudomonadati Pseudomonadota WP_233494598.1 WP_233494598.1 1.28e-160 2282449 Bacillati Bacillota XP_037174607.1 XP_037174607.1 0.0 1215731 Fungi Ascomycota WP_008314082.1 WP_008314082.1 1.62e-91 1173264 Bacillati Cyanobacteriota ACO35565.1 ACO35565.1 6.57e-184 626559 Metazoa Arthropoda ACO35565.1 AGC97326.1 1.76e-140 1272115 Metazoa Arthropoda ACO35565.1 AAX94106.1 1.90e-134 324009 Metazoa Arthropoda ACO35565.1 AGC74998.1 5.18e-134 1261273 Metazoa Arthropoda ACO35565.1 APC24336.1 3.69e-130 597926 Metazoa Arthropoda XP_035530493.1 XP_035530493.1 6.87e-193 34816 Metazoa Chordata WP_031940100.1 WP_031940100.1 7.66e-188 1323361 Bacillati Actinomycetota WP_031940100.1 WP_013845913.1 2.45e-26 382;693982 Pseudomonadati Pseudomonadota WP_129194092.1 WP_129194092.1 0.0 1351 Bacillati Bacillota NVK17210.1 NVK17210.1 2.05e-156 2052174 Pseudomonadati Pseudomonadota QQS37660.1 QQS37660.1 0.0 2049428 Pseudomonadati Ignavibacteriota XP_012264750.2 XP_012264750.2 4.47e-118 37344 Metazoa Arthropoda MBK7503626.1 MBK7503626.1 1.56e-46 1898104 Pseudomonadati Bacteroidota XP_040086206.1 XP_040086206.1 5.21e-304 59534 Metazoa Chordata HHJ06374.1 HHJ06374.1 0.0 2052143 Bacillati Chloroflexota HHJ06374.1 XP_022824318.1 4.09e-136 69820 Metazoa Arthropoda HHJ06374.1 HIT09367.1 2.64e-05 2840868 Bacillati Bacillota MCH99616.1 MCH99616.1 1.81e-129 97028 Viridiplantae Streptophyta MPY37361.1 MPY37361.1 8.96e-165 1609272 Bacillati Actinomycetota MPY37361.1 WP_169054812.1 6.59e-17 652751;652754;2630922 Pseudomonadati Pseudomonadota MCQ2288428.1 MCQ2288428.1 8.30e-284 2498093 Pseudomonadati Bacteroidota WP_021646634.1 WP_021646634.1 4.25e-229 310300;1321819 Pseudomonadati Bacteroidota WP_021646634.1 WP_063485223.1 4.86e-18 1590 Bacillati Bacillota WP_244811380.1 WP_244811380.1 7.54e-89 N/A N/A EUA22401.1 EUA22401.1 3.49e-67 1299333 Bacillati Actinomycetota WP_074096037.1 WP_074096037.1 1.11e-76 528191 Bacillati Bacillota MBD2210658.1 MBD2210658.1 6.01e-225 2692779;2692905 Bacillati Cyanobacteriota WP_107352122.1 WP_107352122.1 0.0 38313 Pseudomonadati Pseudomonadota WP_107352122.1 KFF47610.1 1.25e-147 1492922 Pseudomonadati Pseudomonadota MCD6156803.1 MCD6156803.1 3.44e-120 2026739 Methanobacteriati Methanobacteriota MCD6156803.1 RLE74569.1 2.56e-56 2250277 Thermoproteati Thermoproteota MCF2656092.1 MCF2656092.1 0.0 84030 Bacillati Bacillota MCF2656092.1 NNC58435.1 5.52e-126 1042 Pseudomonadati Pseudomonadota MCF2656092.1 MCC7304610.1 6.55e-124 1869227 0 0 MCF2656092.1 WP_274976404.1 4.06e-100 3061629 Bacillati Actinomycetota WP_238588402.1 WP_238588402.1 3.35e-179 37332 Bacillati Actinomycetota WP_238588402.1 MCH7812019.1 9.42e-11 2026724 Bacillati Chloroflexota MBR0212985.1 MBR0212985.1 1.79e-166 1913988 Pseudomonadati Pseudomonadota MBR0212985.1 WP_072694527.1 1.66e-04 1911586 Bacillati Bacillota KAI6019239.1 KAI6019239.1 7.11e-168 178872;765257 Fungi Basidiomycota KAI6019239.1 MBL9135845.1 2.54e-37 2026801 Pseudomonadati Verrucomicrobiota WP_223749936.1 WP_223749936.1 0.0 2874602 Pseudomonadati Myxococcota MBX8197149.1 MBX8197149.1 3.12e-190 1280 Bacillati Bacillota MBX8197149.1 WP_104459365.1 7.38e-43 583;584 Pseudomonadati Pseudomonadota MBX8197149.1 WP_238837572.1 1.57e-27 2484912 Pseudomonadati Spirochaetota KAG4074423.1 KAG4074423.1 3.33e-130 1564500 Metazoa Arthropoda WP_139499883.1 WP_139499883.1 0.0 562 Pseudomonadati Pseudomonadota MCD6533325.1 MCD6533325.1 1.00e-188 2954148 0 Candidatus Tharpellota MCD6533325.1 MCF6323317.1 4.53e-33 1913989 Pseudomonadati Pseudomonadota MBO68682.1 MBO68682.1 0.0 2024893 Pseudomonadati Pseudomonadota UIX40308.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UIX40308.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_224586479.1 WP_224586479.1 2.15e-306 2876642 Pseudomonadati Pseudomonadota GBE25682.1 GBE25682.1 2.00e-93 2005725 0 0 MBI3947524.1 MBI3947524.1 0.0 2033014 Bacillati Armatimonadota MBA3031770.1 MBA3031770.1 2.19e-109 1898103;1913989 Pseudomonadati Pseudomonadota MBA3031770.1 MBQ7326660.1 2.01e-37 2044939 Bacillati Bacillota MBU7046308.1 MBU7046308.1 0.0 2747605 Methanobacteriati Methanobacteriota MBU7046308.1 MBP9771519.1 2.95e-40 2053589 Bacillati Minisyncoccota MBU7046308.1 MBR6343266.1 1.08e-18 2652289 Bacillati Bacillota NTZ64221.1 NTZ64221.1 0.0 358 Pseudomonadati Pseudomonadota NTZ64221.1 WP_279059865.1 3.08e-247 35833 Pseudomonadati Thermodesulfobacteriota NTZ64221.1 MCM8621761.1 8.75e-181 2053492 Pseudomonadati Pseudomonadota MBL1120007.1 MBL1120007.1 7.85e-293 2898945 Bacillati Actinomycetota NIF31361.1 NIF31361.1 2.10e-276 2608346 Pseudomonadati Pseudomonadota NIF31361.1 WP_104836709.1 3.52e-191 584 Pseudomonadati Pseudomonadota MCH4209672.1 MCH4209672.1 0.0 41200 Bacillati Actinomycetota MCH4209672.1 KAJ5168969.1 9.57e-18 189055 Fungi Ascomycota MCH4209672.1 WP_038440434.1 4.42e-15 727 Pseudomonadati Pseudomonadota MCH4209672.1 WP_195238978.1 5.44e-15 1502 Bacillati Bacillota MCH4209672.1 MBQ4454347.1 1.03e-14 2044939 Bacillati Bacillota MCH4209672.1 WP_072380563.1 5.32e-14 501024 Pseudomonadati Pseudomonadota MCH4209672.1 KAF9974715.1 1.48e-13 1343610 Fungi Mortierellomycota MCH4209672.1 WAY96880.1 6.24e-13 615 Pseudomonadati Pseudomonadota MCH4209672.1 WP_036816548.1 6.45e-13 1342794 Pseudomonadati Pseudomonadota MCH4209672.1 WP_211555180.1 1.77e-11 574987 Pseudomonadati Pseudomonadota MCH4209672.1 MBQ8297564.1 5.69e-11 41978 Bacillati Bacillota MCH4209672.1 NFD84694.1 2.43e-09 1491 Bacillati Bacillota MCH4209672.1 WP_041481207.1 2.67e-09 1719;1161911 Bacillati Actinomycetota MCH4209672.1 WP_112088864.1 6.09e-09 573 Pseudomonadati Pseudomonadota MCH4209672.1 WP_258581409.1 1.72e-08 2865837 Pseudomonadati Pseudomonadota MCH4209672.1 WP_247749043.1 2.60e-08 N/A N/A MCH4209672.1 WP_089095302.1 2.66e-08 346;473426 Pseudomonadati Pseudomonadota MCH4209672.1 WP_098952357.1 3.26e-07 196821;2018067;2717498 Pseudomonadati Pseudomonadota MCH4209672.1 WP_125260587.1 3.66e-07 2259638 Pseudomonadati Pseudomonadota MCH4209672.1 WP_158347019.1 1.82e-06 59620;2850323 Bacillati Bacillota MCH4209672.1 WP_142931103.1 1.01e-05 2202200 Pseudomonadati Campylobacterota WP_244250846.1 WP_244250846.1 1.03e-134 37928 Bacillati Actinomycetota MCC8072670.1 MCC8072670.1 7.98e-173 1898207 Bacillati Bacillota MCC8072670.1 WP_116773703.1 2.08e-75 2701;2702 Bacillati Actinomycetota WP_261970917.1 WP_261970917.1 0.0 2840188 Pseudomonadati Pseudomonadota WP_261970917.1 PGL69713.1 1.81e-77 2033507 Bacillati Bacillota WP_261970917.1 EFU9196970.1 1.06e-60 562 Pseudomonadati Pseudomonadota UKE84511.1 UKE84511.1 3.34e-71 N/A N/A MCU0251598.1 MCU0251598.1 2.11e-72 2910147 Pseudomonadati Acidobacteriota HAW5846675.1 HAW5846675.1 8.29e-85 562 Pseudomonadati Pseudomonadota HAW5846675.1 CUH97802.1 2.42e-14 1677858 Bacillati Bacillota DAQ84782.1 DAQ84782.1 4.10e-161 2832643 Heunggongvirae Uroviricota WP_084371136.1 WP_084371136.1 1.02e-245 692418 Pseudomonadati Bacteroidota WP_088774527.1 WP_088774527.1 1.38e-37 470 Pseudomonadati Pseudomonadota MBM4075151.1 MBM4075151.1 0.0 2026780 Pseudomonadati Planctomycetota OLA65010.1 OLA65010.1 0.0 1896965 Pseudomonadati Pseudomonadota OLA65010.1 RYY55682.1 2.82e-219 1869212 Pseudomonadati Bacteroidota KAH8277827.1 KAH8277827.1 1.81e-97 2848634 Metazoa Arthropoda MBK9228460.1 MBK9228460.1 2.51e-76 2053306 Pseudomonadati Ignavibacteriota WP_105035243.1 WP_105035243.1 6.53e-149 995037 Bacillati Actinomycetota KAJ6942832.1 KAJ6942832.1 1.16e-55 444605 Viridiplantae Streptophyta WP_189417916.1 WP_189417916.1 1.97e-153 1883;45398;66885 Bacillati Actinomycetota UEC52718.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UEC52718.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota MBQ7293051.1 MBQ7293051.1 4.13e-155 2044939 Bacillati Bacillota WP_159259813.1 WP_159259813.1 0.0 107401 Pseudomonadati Bacteroidota EAH5981648.1 EAH5981648.1 1.00e-174 197 Pseudomonadati Campylobacterota WP_227461668.1 WP_227461668.1 2.19e-170 82633 Pseudomonadati Pseudomonadota AAX49003.1 AAX49003.1 1.01e-60 11676 Pararnavirae Artverviricota AAX49003.1 MCH61727.1 4.61e-38 11676 Pararnavirae Artverviricota CRK93005.1 CRK93005.1 7.87e-50 568069 Metazoa Arthropoda MBM4091591.1 MBM4091591.1 5.42e-158 2026780 Pseudomonadati Planctomycetota WP_282259321.1 WP_282259321.1 0.0 3016094 Bacillati Actinomycetota WP_282259321.1 WP_270506568.1 3.00e-111 1736 Bacillati Bacillota WP_212626688.1 WP_212626688.1 3.55e-303 2815936 Pseudomonadati Pseudomonadota WP_167345377.1 WP_167345377.1 9.00e-107 13687 Pseudomonadati Pseudomonadota NXJ48511.1 NXJ48511.1 0.0 252798 Metazoa Chordata WP_062713263.1 WP_062713263.1 4.32e-99 646534 Pseudomonadati Pseudomonadota WP_062713263.1 WP_105599976.1 2.39e-14 185978;1848709;2033725;2871175 Bacillati Bacillota WP_087437779.1 WP_087437779.1 3.99e-156 1854492 Pseudomonadati Campylobacterota WP_261907733.1 WP_261907733.1 5.28e-158 259059 Bacillati Bacillota RWR83460.1 RWR83460.1 9.10e-69 337451 Viridiplantae Streptophyta WP_126933505.1 WP_126933505.1 1.10e-301 83461;83462;2316715 Pseudomonadati Myxococcota WP_066841281.1 WP_066841281.1 1.77e-289 1763;1776;1834096 Bacillati Actinomycetota WP_066841281.1 BAY23582.1 1.29e-149 1954172 Bacillati Cyanobacteriota WP_066841281.1 WP_271116088.1 3.19e-135 3017783 Pseudomonadati Pseudomonadota WP_066841281.1 MCU0947041.1 1.85e-108 1113 Pseudomonadati Pseudomonadota MCG6912449.1 MCG6912449.1 1.37e-278 2005711 0 0 MCG6912449.1 WP_074053577.1 5.39e-90 615 Pseudomonadati Pseudomonadota MCG6912449.1 WP_195290884.1 1.82e-69 239759 Pseudomonadati Bacteroidota WP_008701575.1 WP_008701575.1 9.32e-260 76859;457405;693991;1204474 Fusobacteriati Fusobacteriota WP_008701575.1 WP_166886913.1 4.78e-130 2607910;2609283 Pseudomonadati Pseudomonadota KAE9450885.1 KAE9450885.1 5.98e-293 262921 Viridiplantae Streptophyta WP_126353423.1 WP_126353423.1 1.62e-193 1597 Bacillati Bacillota WP_159461552.1 WP_159461552.1 1.45e-92 877466;1495650 Bacillati Chloroflexota XP_017354457.1 XP_017354457.1 0.0 2715852 Metazoa Chordata WP_031885024.1 WP_031885024.1 1.43e-231 1280;1413568 Bacillati Bacillota WP_010381982.1 WP_010381982.1 0.0 43658 Pseudomonadati Pseudomonadota WP_217904803.1 WP_217904803.1 3.34e-100 N/A N/A WP_217904803.1 WP_007377599.1 7.05e-14 53246;283699;1720343;1872678 Pseudomonadati Pseudomonadota GJK53752.1 GJK53752.1 3.86e-115 550 Pseudomonadati Pseudomonadota GJK53752.1 WP_004949240.1 1.38e-67 613;82996;682634 Pseudomonadati Pseudomonadota WP_057859275.1 WP_057859275.1 0.0 722472 Pseudomonadati Pseudomonadota WP_057859275.1 WP_086123022.1 2.46e-158 1985169;2610897 Pseudomonadati Pseudomonadota WP_057859275.1 WP_014213241.1 2.67e-64 36814;710685 Bacillati Actinomycetota WP_057859275.1 WP_007577863.1 1.48e-48 1097667 Bacillati Actinomycetota WP_164945946.1 WP_164945946.1 4.01e-244 2724076 Bacillati Bacillota WP_225592933.1 WP_225592933.1 0.0 1766 Bacillati Actinomycetota WP_225592933.1 WP_131284109.1 3.70e-18 2496842 Bacillati Actinomycetota WP_225592933.1 NEB38825.1 7.38e-14 2706074 Bacillati Actinomycetota WP_225592933.1 PIQ07033.1 3.07e-05 1974717 0 Candidatus Nealsoniibacteriota KAF9194863.1 KAF9194863.1 1.88e-127 1897647 Fungi Mortierellomycota UYC71619.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UYC71619.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota XP_007423461.1 XP_007423461.1 0.0 176946 Metazoa Chordata WP_209467194.1 WP_209467194.1 1.42e-275 N/A N/A WP_226688333.1 WP_226688333.1 4.60e-179 97050 Pseudomonadati Pseudomonadota KZS76886.1 KZS76886.1 2.85e-294 1768 Bacillati Actinomycetota WP_055826320.1 WP_055826320.1 1.71e-214 1736373;1736383;2630143 Pseudomonadati Pseudomonadota OGU28904.1 OGU28904.1 1.34e-291 1798421;1798429 Pseudomonadati Ignavibacteriota WP_077320126.1 WP_077320126.1 8.98e-318 84407 Bacillati Bacillota WP_216308000.1 WP_216308000.1 6.94e-249 205328 Bacillati Bacillota MCL7487729.1 MCL7487729.1 7.54e-118 2053307 Pseudomonadati Thermodesulfobacteriota WP_219734411.1 WP_219734411.1 4.32e-288 N/A N/A MBT9793465.1 MBT9793465.1 2.20e-234 2592643 Bacillati Bacillota WP_012913739.1 WP_012913739.1 0.0 2701;553190;2021360;2021361;2026092;2792978 Bacillati Actinomycetota WP_012913739.1 WP_007678833.1 5.34e-133 1073999;1163710 Pseudomonadati Pseudomonadota WP_182986787.1 WP_182986787.1 2.75e-146 1286186 Pseudomonadati Pseudomonadota AXG99930.1 AXG99930.1 6.61e-161 980427 Thermotogati Deinococcota WP_181244664.1 WP_181244664.1 5.87e-239 1491 Bacillati Bacillota WP_181244664.1 EFS8130303.1 2.27e-11 195 Pseudomonadati Campylobacterota WP_181244664.1 EAL1671435.1 4.78e-08 197 Pseudomonadati Campylobacterota WP_181244664.1 EJA9392162.1 2.37e-06 195 Pseudomonadati Campylobacterota WP_181244664.1 ECP6736894.1 4.14e-06 197 Pseudomonadati Campylobacterota WP_181244664.1 PJQ02245.1 1.00e-05 32022 Pseudomonadati Campylobacterota WP_097746315.1 WP_097746315.1 4.01e-75 562 Pseudomonadati Pseudomonadota WP_187788315.1 WP_187788315.1 0.0 2614656 Pseudomonadati Pseudomonadota WP_187788315.1 WP_278498266.1 1.02e-76 470934 Pseudomonadati Pseudomonadota WP_187788315.1 WP_034002239.1 6.52e-74 287 Pseudomonadati Pseudomonadota WP_187788315.1 MCK1819907.1 2.36e-66 2929781 Bacillati Actinomycetota WP_187788315.1 WP_030096092.1 2.08e-64 1774 Bacillati Actinomycetota WP_187788315.1 HAV5500596.1 6.50e-44 470 Pseudomonadati Pseudomonadota KWZ83306.1 KWZ83306.1 0.0 1398 Bacillati Bacillota KWZ83306.1 WP_070955303.1 4.09e-190 1613 Bacillati Bacillota WP_186723788.1 WP_186723788.1 2.20e-176 582 Pseudomonadati Pseudomonadota WP_186723788.1 WP_026893585.1 3.02e-51 408753 Bacillati Bacillota WP_186723788.1 WP_101794136.1 1.17e-44 2067450 Pseudomonadati Pseudomonadota WP_186723788.1 MCL7714424.1 4.07e-44 2871096 Pseudomonadati Pseudomonadota WP_186723788.1 MBP1530348.1 1.02e-42 2049044 Bacillati Bacillota WP_186723788.1 WP_069156513.1 2.91e-42 1432052 Bacillati Bacillota WP_186723788.1 MBQ5584458.1 2.99e-41 2053608 Bacillati Bacillota WP_186723788.1 EAC1232420.1 2.96e-39 195 Pseudomonadati Campylobacterota WP_186723788.1 WP_007708736.1 1.45e-38 333367;518636 Bacillati Bacillota WP_186723788.1 WP_194544138.1 7.78e-38 N/A N/A WP_186723788.1 EAG2350674.1 1.21e-32 1639 Bacillati Bacillota WP_186723788.1 WP_064652354.1 6.24e-32 1825933 Pseudomonadati Pseudomonadota WP_186723788.1 PYP94120.1 2.42e-28 2026742 Pseudomonadati Gemmatimonadota WP_186723788.1 MCH5250214.1 6.12e-08 1898203 Bacillati Bacillota WP_186723788.1 WP_250850661.1 9.40e-06 92644 Bacillati Actinomycetota CAA0813386.1 CAA0813386.1 0.0 68872 Viridiplantae Streptophyta WP_044626129.1 WP_044626129.1 0.0 1382798 Pseudomonadati Bacteroidota MCD4818220.1 MCD4818220.1 4.93e-222 2030808 Pseudomonadati Candidatus Cloacimonadota MCP4570049.1 MCP4570049.1 1.07e-270 2599937 Pseudomonadati 0 ECI3309320.1 ECI3309320.1 0.0 59201 Pseudomonadati Pseudomonadota ECI3309320.1 EFQ4765027.1 0.0 28901;90371 Pseudomonadati Pseudomonadota ECI3309320.1 EEY3543156.1 0.0 562 Pseudomonadati Pseudomonadota ECI3309320.1 EEO7917989.1 0.0 28901 Pseudomonadati Pseudomonadota ECI3309320.1 WP_137512405.1 8.42e-218 562 Pseudomonadati Pseudomonadota ECI3309320.1 EJQ6627878.1 2.48e-202 562 Pseudomonadati Pseudomonadota ECI3309320.1 WP_181865219.1 3.17e-186 562 Pseudomonadati Pseudomonadota ECI3309320.1 WP_154599351.1 1.23e-110 2633465;2675151 Pseudomonadati Pseudomonadota ECI3309320.1 WP_042959984.1 2.36e-47 562 Pseudomonadati Pseudomonadota WP_024404629.1 WP_024404629.1 3.33e-124 N/A N/A WP_024404629.1 WP_172117930.1 4.41e-81 2591147 Pseudomonadati Pseudomonadota WP_024404629.1 WP_228268753.1 4.04e-43 108980 Pseudomonadati Pseudomonadota WP_055863905.1 WP_055863905.1 2.56e-258 1736289 Pseudomonadati Bacteroidota WP_055863905.1 KAJ3918428.1 1.83e-81 5353 Fungi Basidiomycota WP_055863905.1 WP_236939362.1 5.18e-29 562 Pseudomonadati Pseudomonadota WP_116393154.1 WP_116393154.1 6.83e-235 2292771 Pseudomonadati Pseudomonadota WP_116393154.1 WP_184253104.1 6.65e-88 87461 Pseudomonadati Pseudomonadota DAG36852.1 DAG36852.1 3.17e-156 38018 0 0 MBR0212092.1 MBR0212092.1 3.36e-132 1913988 Pseudomonadati Pseudomonadota MBR0212092.1 MCS5505837.1 1.15e-09 138532 Bacillati Actinomycetota WP_258340180.1 WP_258340180.1 0.0 2973084 Bacillati Actinomycetota WP_278906630.1 WP_278906630.1 0.0 39483 Bacillati Bacillota WP_278906630.1 WP_223695792.1 4.08e-08 573 Pseudomonadati Pseudomonadota WP_278906630.1 MBO6554759.1 6.97e-08 1913961;1915402 Pseudomonadati Pseudomonadota WP_278906630.1 KXK41164.1 4.23e-05 1617422 Pseudomonadati Bacteroidota WP_278906630.1 MBL6756473.1 5.60e-05 2026780 Pseudomonadati Planctomycetota WP_278906630.1 PIY74148.1 2.05e-04 1974800 0 Candidatus Portnoyibacteriota WP_278906630.1 WP_240053789.1 3.22e-04 820 Pseudomonadati Bacteroidota WP_032845625.1 WP_032845625.1 7.13e-136 28116;171549;1339286;1891233;2292939;2292944 Pseudomonadati Bacteroidota NBR46296.1 NBR46296.1 0.0 2026799 Pseudomonadati Verrucomicrobiota WP_223746173.1 WP_223746173.1 8.01e-301 2874602 Pseudomonadati Myxococcota KAK48091.1 KAK48091.1 0.0 1458357 Pseudomonadati Pseudomonadota KAK48091.1 WP_133179454.1 1.73e-28 2546446 Pseudomonadati Pseudomonadota KAK48091.1 MCB1412915.1 1.79e-25 2021379 Pseudomonadati Pseudomonadota KAK48091.1 OKH85141.1 1.02e-08 1490484 Bacillati Actinomycetota EHH5649593.1 EHH5649593.1 2.28e-201 195 Pseudomonadati Campylobacterota EHH5649593.1 WP_076409454.1 1.14e-41 85698 Pseudomonadati Pseudomonadota EHH5649593.1 WP_176354145.1 1.50e-37 2742698 Pseudomonadati Pseudomonadota EHH5649593.1 WP_088153117.1 1.62e-37 171674 Pseudomonadati Pseudomonadota EHH5649593.1 WP_109219819.1 1.74e-37 28901;58712 Pseudomonadati Pseudomonadota EHH5649593.1 WP_011057593.1 2.36e-36 146786;197221 Bacillati Cyanobacteriota EHH5649593.1 WP_170725874.1 6.07e-36 562 Pseudomonadati Pseudomonadota EHH5649593.1 WP_140480909.1 4.22e-35 1404367 Pseudomonadati Pseudomonadota EHH5649593.1 NNE23115.1 6.70e-31 1909294 Pseudomonadati Pseudomonadota EHH5649593.1 WP_258581409.1 4.09e-28 2865837 Pseudomonadati Pseudomonadota EHH5649593.1 MCH1405047.1 9.78e-24 2518612 Bacillati Actinomycetota EHH5649593.1 MBQ4383193.1 2.45e-23 1879010 Bacillati Bacillota EHH5649593.1 MBQ3864274.1 3.59e-23 2044939 Bacillati Bacillota EHH5649593.1 MBC7326981.1 1.04e-20 1869227 0 0 EHH5649593.1 WP_158791585.1 9.69e-20 1641866 Pseudomonadati Acidobacteriota EHH5649593.1 OAN53756.1 2.85e-19 1285242 Pseudomonadati Pseudomonadota EHH5649593.1 WP_107894076.1 1.31e-18 1130819 Bacillati Bacillota EHH5649593.1 MCP5262709.1 6.09e-18 50421 Pseudomonadati Pseudomonadota EHH5649593.1 WP_152652784.1 9.55e-18 2023717 Pseudomonadati Pseudomonadota EHH5649593.1 WP_174822921.1 1.25e-17 N/A N/A EHH5649593.1 GLY24463.1 4.01e-17 3032198 Bacillati Actinomycetota EHH5649593.1 MXP43753.1 6.75e-17 1689985 Pseudomonadati Pseudomonadota EHH5649593.1 WP_207918089.1 1.52e-16 185978;2512133;2587092 Bacillati Bacillota EHH5649593.1 WP_192324556.1 2.05e-14 34072;2769259 Pseudomonadati Pseudomonadota EHH5649593.1 WP_227059655.1 2.17e-13 40545 Pseudomonadati Pseudomonadota EIM6243235.1 EIM6243235.1 2.00e-153 562 Pseudomonadati Pseudomonadota KAI1395879.1 KAI1395879.1 0.0 109372 Fungi Ascomycota MCG8030229.1 MCG8030229.1 0.0 2792791 Pseudomonadati Pseudomonadota MCG8030229.1 MBL6706528.1 3.18e-56 2026779 Pseudomonadati Planctomycetota MCG8030229.1 MBN2666786.1 1.54e-54 2030927 Pseudomonadati Bacteroidota WP_221166976.1 WP_221166976.1 0.0 1138194 Pseudomonadati Pseudomonadota WP_161797448.1 WP_161797448.1 1.12e-34 43769 Bacillati Actinomycetota WP_088751843.1 WP_088751843.1 9.10e-114 2014887 Pseudomonadati Pseudomonadota WP_122705662.1 WP_122705662.1 1.22e-173 N/A N/A WP_122705662.1 CAD7578726.1 5.01e-08 61474 Metazoa Arthropoda XP_055289786.1 XP_055289786.1 0.0 68408 Metazoa Chordata RQR66516.1 RQR66516.1 9.07e-306 2184569 Pseudomonadati Pseudomonadota NDC77618.1 NDC77618.1 3.64e-229 2448778 Pseudomonadati Bacteroidota CAC14781.1 CAC14781.1 3.45e-124 45475 Orthornavirae Kitrinoviricota XP_023677472.1 XP_023677472.1 3.22e-102 N/A N/A MBM3993664.1 MBM3993664.1 0.0 2026780 Pseudomonadati Planctomycetota WP_211867837.1 WP_211867837.1 4.22e-186 424799 Pseudomonadati Pseudomonadota WP_211867837.1 WP_204638884.1 1.01e-70 860 Fusobacteriati Fusobacteriota WP_042959984.1 WP_042959984.1 2.29e-68 562 Pseudomonadati Pseudomonadota WP_042959984.1 WP_137512405.1 8.24e-55 562 Pseudomonadati Pseudomonadota WP_042959984.1 EEY3543156.1 5.95e-51 562 Pseudomonadati Pseudomonadota WP_042959984.1 ECI3309320.1 4.52e-47 59201 Pseudomonadati Pseudomonadota WP_042959984.1 EFQ4765027.1 4.68e-47 28901;90371 Pseudomonadati Pseudomonadota WP_042959984.1 EEO7917989.1 3.37e-44 28901 Pseudomonadati Pseudomonadota WP_171549300.1 WP_171549300.1 0.0 1848935 Pseudomonadati Pseudomonadota WP_171549300.1 MCF8269563.1 9.25e-286 2026728 Pseudomonadati Bacteroidota WP_044489505.1 WP_044489505.1 2.05e-238 543;1158459;1646340;2183906;2928706 Pseudomonadati Pseudomonadota WP_044489505.1 WP_082565353.1 9.52e-132 1736471 Pseudomonadati Pseudomonadota WP_044489505.1 MBM6691367.1 1.22e-21 850 Fusobacteriati Fusobacteriota WP_031065317.1 WP_031065317.1 0.0 1883 Bacillati Actinomycetota WP_031065317.1 MBJ7287465.1 1.01e-286 1872085 Bacillati Actinomycetota XP_030368951.1 XP_030368951.1 2.65e-313 7225 Metazoa Arthropoda XP_041173850.1 XP_041173850.1 0.0 48578 Fungi Basidiomycota MST81202.1 MST81202.1 3.62e-233 2606636 Bacillati Bacillota WP_035710346.1 WP_035710346.1 1.43e-232 195105 Pseudomonadati Pseudomonadota WP_035710346.1 WP_049267651.1 2.83e-74 575 Pseudomonadati Pseudomonadota PKO72095.1 PKO72095.1 4.60e-258 2013705 Pseudomonadati Pseudomonadota WP_278839117.1 WP_278839117.1 4.28e-153 61171 Bacillati Bacillota WP_074319120.1 WP_074319120.1 0.0 709881 Bacillati Actinomycetota WP_074319120.1 WP_013632646.1 5.31e-139 976;762903;1117645 Pseudomonadati Bacteroidota WP_074319120.1 OFX32653.1 2.61e-100 1797288 Bacillati Armatimonadota WP_074319120.1 MBI6149093.1 3.29e-82 615 Pseudomonadati Pseudomonadota WP_074319120.1 HCT06136.1 3.67e-72 306 Pseudomonadati Pseudomonadota WP_074319120.1 SFX27592.1 2.08e-57 1452269 Bacillati Bacillota WP_074319120.1 WP_041591748.1 2.94e-54 51669 Bacillati Bacillota WP_074319120.1 MBY0273331.1 1.04e-31 1913988 Pseudomonadati Pseudomonadota WP_074319120.1 WP_176307440.1 4.43e-31 2718534 Pseudomonadati Bacteroidota WP_074319120.1 KAJ6994162.1 2.70e-16 444605 Viridiplantae Streptophyta WP_074319120.1 WP_278631399.1 3.98e-15 29348 Bacillati Bacillota WP_074319120.1 MBE6688122.1 8.31e-14 2485925 Bacillati Bacillota WP_074319120.1 KAA0114277.1 1.11e-13 1305 Bacillati Bacillota WP_074319120.1 XP_009147075.2 4.78e-13 3711 Viridiplantae Streptophyta WP_074319120.1 WP_019100427.1 1.72e-12 394935 Pseudomonadati Pseudomonadota WP_074319120.1 WP_049009918.1 7.88e-11 545 Pseudomonadati Pseudomonadota MAG44064.1 MAG44064.1 9.00e-19 1899355 Pseudomonadati Pseudomonadota MAG44064.1 MBK8070034.1 3.38e-09 2052182 Pseudomonadati Pseudomonadota MAG44064.1 WP_216195748.1 1.08e-07 1855648 Pseudomonadati Pseudomonadota MBV9097303.1 MBV9097303.1 1.36e-120 1909291;2654182 Bacillati Actinomycetota MBV9097303.1 WP_226909596.1 3.64e-16 348442 Bacillati Actinomycetota THU55532.1 THU55532.1 2.01e-143 52838 Viridiplantae Streptophyta THU55532.1 KAF5807084.1 1.11e-36 4232 Viridiplantae Streptophyta NNC77678.1 NNC77678.1 2.79e-128 2026806 Pseudomonadati Pseudomonadota WP_014884217.1 WP_014884217.1 1.39e-99 547;550;208224;1827481;2707174 Pseudomonadati Pseudomonadota WP_266631528.1 WP_266631528.1 1.10e-60 2593676 Bacillati Actinomycetota EEQ7907210.1 EEQ7907210.1 2.45e-131 562 Pseudomonadati Pseudomonadota KAG1799066.1 KAG1799066.1 8.22e-226 48592 Fungi Basidiomycota KAG1799066.1 XP_040250218.1 2.71e-07 N/A N/A CAG8651065.1 CAG8651065.1 5.53e-69 N/A N/A KAJ0414039.1 KAJ0414039.1 0.0 1810906 Fungi Ascomycota WP_231117944.1 WP_231117944.1 4.49e-50 339268 Bacillati Actinomycetota WP_265634479.1 WP_265634479.1 1.57e-213 2608999 Pseudomonadati Pseudomonadota WP_265634479.1 WP_254301195.1 9.42e-17 2953890 Pseudomonadati Pseudomonadota WP_265634479.1 WP_046600280.1 1.09e-13 399;323655 Pseudomonadati Pseudomonadota UGB98301.1 UGB98301.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UGB98301.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota MBQ6815353.1 MBQ6815353.1 1.26e-185 1898203 Bacillati Bacillota MBQ6815353.1 NGP45824.1 6.69e-29 1398745 Bacillati Bacillota MBQ6815353.1 GBC87342.1 3.30e-19 2035407 0 0 WP_276598033.1 WP_276598033.1 5.88e-223 N/A N/A HBM7289758.1 HBM7289758.1 2.50e-107 1496 Bacillati Bacillota MCU0780070.1 MCU0780070.1 0.0 2562705 Pseudomonadati Verrucomicrobiota EIG2935021.1 EIG2935021.1 2.02e-115 562 Pseudomonadati Pseudomonadota WP_257258519.1 WP_257258519.1 0.0 61645 Pseudomonadati Pseudomonadota MBR4705654.1 MBR4705654.1 0.0 2748031 Pseudomonadati Bacteroidota MBR4705654.1 HAR7369715.1 9.25e-36 1280 Bacillati Bacillota MBR4705654.1 EPR30609.1 7.09e-34 1121439 Pseudomonadati Thermodesulfobacteriota MBR4705654.1 MCQ2156413.1 5.03e-29 2030927 Pseudomonadati Bacteroidota MBR4705654.1 WP_132517191.1 8.71e-26 2512149 Pseudomonadati Pseudomonadota WP_057475198.1 WP_057475198.1 3.71e-269 1736319 Bacillati Actinomycetota WP_106587829.1 WP_106587829.1 2.83e-290 517424 Bacillati Bacillota WP_106587829.1 MBE6900854.1 6.41e-147 2485925 Bacillati Bacillota WP_106587829.1 RLD79060.1 2.87e-127 1898104 Pseudomonadati Bacteroidota WP_106587829.1 MBI3668312.1 3.05e-48 1978231 Pseudomonadati Acidobacteriota WP_106587829.1 MCI7610146.1 1.24e-10 1531 Bacillati Bacillota WP_091540071.1 WP_091540071.1 1.77e-246 1550230 Bacillati Actinomycetota WP_091540071.1 WP_029542314.1 2.69e-16 191292 Bacillati Actinomycetota WP_091540071.1 WP_265399898.1 4.15e-15 1897060 Bacillati Actinomycetota WP_091540071.1 WP_050498798.1 3.45e-05 1883;1894;132474;1519473;2203209 Bacillati Actinomycetota MBQ2810184.1 MBQ2810184.1 4.22e-59 2044939 Bacillati Bacillota MBI4382429.1 MBI4382429.1 0.0 2026769 Pseudomonadati Nitrospinota EEJ7112508.1 EEJ7112508.1 5.82e-302 28901 Pseudomonadati Pseudomonadota ODT35081.1 ODT35081.1 5.62e-191 1660105 Pseudomonadati Pseudomonadota MBD9532752.1 MBD9532752.1 1.96e-67 2769280 Pseudomonadati Pseudomonadota MBD9532752.1 WP_238267528.1 6.19e-30 82633 Pseudomonadati Pseudomonadota CFU01724.1 CFU01724.1 1.64e-61 520 Pseudomonadati Pseudomonadota CFU01724.1 WP_203203455.1 2.53e-33 34073 Pseudomonadati Pseudomonadota CFU01724.1 WP_153656540.1 1.85e-28 881260 Pseudomonadati Pseudomonadota MBV9085084.1 MBV9085084.1 4.42e-81 2052142 Pseudomonadati Acidobacteriota MBQ2193282.1 MBQ2193282.1 0.0 59823 Pseudomonadati Bacteroidota WP_096751687.1 WP_096751687.1 9.39e-204 28095;32009 Pseudomonadati Pseudomonadota WP_096751687.1 WP_138785174.1 2.47e-12 419474;2826938 Pseudomonadati Pseudomonadota NVJ47954.1 NVJ47954.1 0.0 2026730 Pseudomonadati Bacteroidota CAF4530116.1 CAF4530116.1 1.63e-17 2762512 Metazoa Rotifera MBO6858759.1 MBO6858759.1 6.98e-273 1936156 Pseudomonadati Pseudomonadota PDH25543.1 PDH25543.1 1.78e-249 2007296 Methanobacteriati Thermoplasmatota QUA05739.1 QUA05739.1 1.28e-148 988006 Metazoa Arthropoda QUA05739.1 ADW49125.1 2.35e-137 1417353 Metazoa Arthropoda QUA05739.1 AFA24308.1 1.16e-135 1097956 Metazoa Arthropoda QUA05739.1 AFA09475.1 3.94e-130 705192 Metazoa Arthropoda QUA05739.1 AVM35379.1 3.65e-128 1770638 Metazoa Arthropoda QUA05739.1 AWS34156.1 6.89e-125 408114 Metazoa Arthropoda QUA05739.1 ADJ35581.1 1.01e-124 876003 Metazoa Annelida QUA05739.1 QUQ06080.1 5.65e-124 1719401 Metazoa Mollusca QUA05739.1 ABQ63546.1 1.00e-119 166263 Metazoa Chordata QUA05739.1 AMA90994.1 2.43e-113 1474269;2542237 Metazoa Arthropoda QUA05739.1 AKT58828.1 2.52e-110 1687857 Metazoa Arthropoda QUA05739.1 AOR13807.1 2.29e-109 1881782 Metazoa Arthropoda QUA05739.1 AOQ89457.1 5.21e-108 1881751 Metazoa Arthropoda QUA05739.1 AAX94106.1 1.23e-106 324009 Metazoa Arthropoda QUA05739.1 AXZ65741.1 6.65e-102 2242446 Metazoa Arthropoda QUA05739.1 UZF38514.1 7.13e-101 2976471 Metazoa Arthropoda QUA05739.1 AGI15931.1 2.25e-97 52396 Metazoa Mollusca QUA05739.1 AKA56406.1 3.88e-96 1622492;1669417;1881785;2088599 Metazoa Arthropoda QUA05739.1 AHH30646.1 3.38e-84 1452501 Metazoa Arthropoda QUA05739.1 ACE88666.1 2.63e-73 13139 Metazoa Arthropoda QUA05739.1 APC24336.1 2.88e-45 597926 Metazoa Arthropoda ROT89752.1 ROT89752.1 3.74e-90 1335613 Bacillati Actinomycetota WP_102848179.1 WP_102848179.1 4.29e-131 57975 Pseudomonadati Pseudomonadota RMO68303.1 RMO68303.1 1.22e-52 251707 Pseudomonadati Pseudomonadota MBN1133474.1 MBN1133474.1 0.0 1945595 Methanobacteriati Methanobacteriota MBN1133474.1 NCS37471.1 5.70e-49 2685953 Bacillati Cyanobacteriota MBN1133474.1 WP_114947928.1 1.01e-21 2078013 Pseudomonadati Pseudomonadota MBN1133474.1 TVO55343.1 1.48e-15 1629404 Pseudomonadati Pseudomonadota WP_054919719.1 WP_054919719.1 0.0 1661053 Pseudomonadati Pseudomonadota WP_014812045.1 WP_014812045.1 6.61e-264 2358;706587 Pseudomonadati Thermodesulfobacteriota WP_014812045.1 XP_023607675.1 5.29e-05 59463 Metazoa Chordata WP_014812045.1 XP_028261945.1 1.20e-04 210632 Metazoa Chordata MCM2350719.1 MCM2350719.1 2.24e-115 2081706 Pseudomonadati Bdellovibrionota GGU95879.1 GGU95879.1 0.0 67318 Bacillati Actinomycetota EDV4701861.1 EDV4701861.1 4.56e-34 149385 Pseudomonadati Pseudomonadota WP_060883568.1 WP_060883568.1 4.04e-67 2746961 Bacillati Actinomycetota NBC28176.1 NBC28176.1 1.27e-228 1898104 Pseudomonadati Bacteroidota WP_219484458.1 WP_219484458.1 0.0 28132 Pseudomonadati Bacteroidota WP_219484458.1 WP_139067457.1 4.35e-217 2058174;2058175;2183747 Pseudomonadati Bacteroidota WP_219484458.1 HBE7681505.1 6.88e-100 562 Pseudomonadati Pseudomonadota WP_219484458.1 WP_209676560.1 9.94e-15 272161 Bacillati Actinomycetota WP_254218450.1 WP_254218450.1 0.0 N/A N/A WP_254218450.1 MBL0967454.1 3.20e-113 1909299 Pseudomonadati Pseudomonadota WP_254218450.1 EEJ0015338.1 6.11e-76 1642 Bacillati Bacillota WP_254218450.1 XP_018282977.1 1.09e-35 879819 Fungi Basidiomycota UBY07556.1 UBY07556.1 0.0 40247 Viridiplantae Streptophyta PAA85122.1 PAA85122.1 1.26e-217 282301 Metazoa Platyhelminthes WP_250740298.1 WP_250740298.1 5.99e-312 361572 Bacillati Actinomycetota XP_029957910.1 XP_029957910.1 2.52e-143 181472 Metazoa Chordata WP_261066330.1 WP_261066330.1 6.39e-215 28037 Bacillati Bacillota EIN6894283.1 EIN6894283.1 6.13e-37 562 Pseudomonadati Pseudomonadota WP_003976137.1 WP_003976137.1 1.66e-255 1883;1916;457428;1415559 Bacillati Actinomycetota WP_003976137.1 WP_138785174.1 3.03e-13 419474;2826938 Pseudomonadati Pseudomonadota CAF9903004.1 CAF9903004.1 8.10e-216 1940652 Fungi Ascomycota WP_028211029.1 WP_028211029.1 2.83e-44 312026 Pseudomonadati Pseudomonadota VTR17913.1 VTR17913.1 0.0 47917 Pseudomonadati Pseudomonadota VTR17913.1 MCH3963123.1 2.10e-06 1506 Bacillati Bacillota WP_155560674.1 WP_155560674.1 1.06e-269 1280 Bacillati Bacillota MCI5849734.1 MCI5849734.1 0.0 2028282 Bacillati Bacillota WP_182221967.1 WP_182221967.1 1.49e-111 196834;2759840;2759842;2759845;2759846 Pseudomonadati Pseudomonadota MBO1682517.1 MBO1682517.1 8.57e-45 29347;1898203 Bacillati Bacillota KAJ5879340.1 KAJ5879340.1 4.23e-298 60172 Fungi Ascomycota MCB1269932.1 MCB1269932.1 8.80e-216 2497627 Bacillati Actinomycetota MBF0266635.1 MBF0266635.1 0.0 1913989 Pseudomonadati Pseudomonadota MBI3145102.1 MBI3145102.1 0.0 1913980 Pseudomonadati Pseudomonadota MBI3145102.1 AAL18389.1 1.25e-199 167729 Viridiplantae Streptophyta MBI3145102.1 KAH9272690.1 1.90e-25 1357716 Fungi Chytridiomycota WP_224911464.1 WP_224911464.1 1.63e-223 538381 Pseudomonadati Pseudomonadota WP_224911464.1 WP_058051508.1 6.36e-53 656 Pseudomonadati Pseudomonadota WP_224911464.1 MBE6257848.1 2.92e-52 59823 Pseudomonadati Bacteroidota WP_224911464.1 XP_046509038.1 5.05e-06 89248 Metazoa Chordata WP_091131895.1 WP_091131895.1 1.62e-300 459526 Pseudomonadati Bacteroidota WP_076569469.1 WP_076569469.1 1.20e-213 908941 Bacillati Bacillota MYM13983.1 MYM13983.1 1.23e-205 1796646 Pseudomonadati Bacteroidota WP_124336611.1 WP_124336611.1 1.61e-281 86192;587753 Pseudomonadati Pseudomonadota OTI63326.1 OTI63326.1 6.44e-249 287 Pseudomonadati Pseudomonadota WP_033456074.1 WP_033456074.1 5.37e-201 518;1331200 Pseudomonadati Pseudomonadota WP_033456074.1 OFZ89526.1 1.60e-143 1797477 Pseudomonadati Pseudomonadota WP_033456074.1 MBT3887354.1 5.55e-113 1898112 Pseudomonadati Pseudomonadota WP_033456074.1 WP_267292626.1 7.81e-106 2873601 Pseudomonadati Bacteroidota WP_033456074.1 WP_098923619.1 1.56e-91 1392;1396 Bacillati Bacillota WP_033456074.1 WP_262612393.1 6.08e-78 53344 Bacillati Bacillota WP_033456074.1 NDI25889.1 2.48e-62 2900548 Bacillati Actinomycetota WP_033456074.1 KAA0555231.1 2.95e-32 57706 Pseudomonadati Pseudomonadota WP_033456074.1 KAJ4394429.1 7.30e-26 1191159 Fungi Ascomycota KAJ0179631.1 KAJ0179631.1 1.86e-33 765133 Metazoa Arthropoda XP_011231611.1 XP_011231611.1 7.40e-223 9646 Metazoa Chordata KAH9773659.1 KAH9773659.1 0.0 2711 Viridiplantae Streptophyta MBG4284514.1 MBG4284514.1 1.52e-248 287 Pseudomonadati Pseudomonadota MBG4284514.1 MBV8815235.1 4.19e-49 2026799 Pseudomonadati Verrucomicrobiota WP_232923125.1 WP_232923125.1 0.0 317 Pseudomonadati Pseudomonadota WP_232923125.1 WP_225927241.1 0.0 N/A N/A QJX39053.1 QJX39053.1 0.0 11676 Pararnavirae Artverviricota QJX39053.1 AEO85464.1 0.0 11676 Pararnavirae Artverviricota QJX39053.1 AAX97169.1 7.07e-176 11676 Pararnavirae Artverviricota QJX39053.1 QCI53355.1 9.94e-176 11676 Pararnavirae Artverviricota QJX39053.1 AEJ33395.1 1.44e-127 11723 Pararnavirae Artverviricota QJX39053.1 ABG88111.1 2.45e-34 11676 Pararnavirae Artverviricota XP_047670625.1 XP_047670625.1 0.0 1234273 Metazoa Chordata HIZ23242.1 HIZ23242.1 2.25e-309 2838488 Bacillati Bacillota HIZ23242.1 MBQ3156222.1 3.15e-102 2044939 Bacillati Bacillota OGP18648.1 OGP18648.1 2.34e-89 1797810;1797818;1797883 0 0 YP_009953780.1 YP_009953780.1 5.79e-36 2517936 Heunggongvirae Uroviricota WP_096420503.1 WP_096420503.1 5.64e-145 279828 Bacillati Actinomycetota AIR72471.1 AIR72471.1 6.35e-74 1549497 Metazoa Chordata WP_145848873.1 WP_145848873.1 4.92e-138 2599297 Pseudomonadati Pseudomonadota MCF7808720.1 MCF7808720.1 3.51e-164 2026760 Pseudomonadati Fidelibacterota MCF7808720.1 WP_215557653.1 1.61e-60 1405 Bacillati Bacillota MCF7808720.1 MCB0243881.1 1.02e-52 2052143 Bacillati Chloroflexota MCF7808720.1 MBT4161918.1 2.07e-50 1913989 Pseudomonadati Pseudomonadota MCF7808720.1 MCC6044083.1 1.88e-47 2184738 Thermoproteati Thermoproteota MCF7808720.1 WP_250499463.1 4.82e-44 2921743 Pseudomonadati Pseudomonadota MCF7808720.1 WP_140480909.1 1.05e-40 1404367 Pseudomonadati Pseudomonadota MCF7808720.1 MBQ4383193.1 1.93e-35 1879010 Bacillati Bacillota MCF7808720.1 WP_142133210.1 2.42e-35 2768449 Bacillati Actinomycetota MCF7808720.1 WP_072380563.1 1.40e-32 501024 Pseudomonadati Pseudomonadota MCF7808720.1 NLW39422.1 7.68e-19 2049431 Bacillati Bacillota MCF7808720.1 WP_041710957.1 9.47e-06 1501 Bacillati Bacillota MCR4780139.1 MCR4780139.1 2.07e-268 2053608 Bacillati Bacillota MCR4780139.1 WP_211746996.1 4.25e-18 2831522 Bacillati Bacillota RUM56169.1 RUM56169.1 2.49e-188 1904862 Pseudomonadati Pseudomonadota RUM56169.1 WP_126376486.1 1.99e-26 241368 Pseudomonadati Thermodesulfobacteriota EXV29885.1 EXV29885.1 1.44e-55 1310931;1310945 Pseudomonadati Pseudomonadota WP_135153154.1 WP_135153154.1 2.90e-236 652876 Bacillati Bacillota WP_192272294.1 WP_192272294.1 3.64e-257 2769295 Pseudomonadati Pseudomonadota WP_192272294.1 WP_212961195.1 2.33e-29 557555 Bacillati Bacillota WP_192272294.1 NIK25817.1 4.33e-16 1450204 Bacillati Bacillota WP_169034890.1 WP_169034890.1 9.06e-138 71237 Bacillati Bacillota MCL2179853.1 MCL2179853.1 0.0 166 Pseudomonadati Spirochaetota WP_261610998.1 WP_261610998.1 1.15e-84 1268;43663 Bacillati Actinomycetota GIW75824.1 GIW75824.1 5.72e-86 2026778 Pseudomonadati Planctomycetota WP_107605937.1 WP_107605937.1 3.80e-193 1286 Bacillati Bacillota WP_204504397.1 WP_204504397.1 5.89e-209 310297 Pseudomonadati Bacteroidota WP_204504397.1 MBP8049567.1 3.36e-29 1955243 Bacillati Bacillota WP_104880153.1 WP_104880153.1 0.0 1590 Bacillati Bacillota WP_192819276.1 WP_192819276.1 5.07e-212 2776706 Thermoproteati Thermoproteota MBP3258987.1 MBP3258987.1 0.0 1903720 Bacillati Bacillota WP_051799949.1 WP_051799949.1 2.02e-96 33876 Bacillati Actinomycetota WP_080069963.1 WP_080069963.1 2.36e-152 28901;90371 Pseudomonadati Pseudomonadota MBM7125960.1 MBM7125960.1 1.21e-179 1920170 Pseudomonadati Pseudomonadota MBM7125960.1 MBU1183407.1 1.43e-41 1977087 Pseudomonadati Pseudomonadota MBM7125960.1 MCF8709434.1 1.55e-31 2912611 Pseudomonadati Pseudomonadota WP_032902824.1 WP_032902824.1 0.0 286;1284404;1802008;1802010;2056867;2664899 Pseudomonadati Pseudomonadota OJZ88794.1 OJZ88794.1 7.86e-46 1137211 Fungi Ascomycota MCA1602026.1 MCA1602026.1 1.25e-149 1978231 Pseudomonadati Acidobacteriota WP_254698006.1 WP_254698006.1 0.0 N/A N/A WP_254698006.1 WP_225579579.1 1.42e-207 N/A N/A WP_254698006.1 OQA38407.1 1.75e-131 1852787 Pseudomonadati Acidobacteriota WP_254698006.1 WP_253808359.1 3.22e-116 69710 Pseudomonadati Spirochaetota WP_254698006.1 PSR02572.1 8.92e-42 1919110 Pseudomonadati Bacteroidota WP_254698006.1 WP_073201850.1 2.76e-39 1027249 Bacillati Bacillota WP_135625684.1 WP_135625684.1 4.59e-158 2484982 Pseudomonadati Spirochaetota MCF6248835.1 MCF6248835.1 0.0 2593537 Pseudomonadati Thermodesulfobacteriota WP_207277556.1 WP_207277556.1 0.0 2789293 Bacillati Bacillota QLL42869.1 QLL42869.1 8.44e-151 60137 Pseudomonadati Pseudomonadota WP_208891791.1 WP_208891791.1 1.92e-290 662;28174;55601 Pseudomonadati Pseudomonadota NPA60307.1 NPA60307.1 7.44e-86 2026809 Pseudomonadati Campylobacterota NUM76802.1 NUM76802.1 3.64e-259 2172550 Pseudomonadati 0 WP_261733022.1 WP_261733022.1 0.0 2978345 Pseudomonadati Pseudomonadota WP_261733022.1 TAL20232.1 8.27e-71 1872578 Pseudomonadati Pseudomonadota WP_261733022.1 HAS8246497.1 7.71e-67 672 Pseudomonadati Pseudomonadota WP_261733022.1 WP_138482356.1 3.52e-59 161398 Pseudomonadati Pseudomonadota WP_261733022.1 WP_007356512.1 3.23e-54 272129;1501433 Bacillati Cyanobacteriota WP_261733022.1 EDN57974.1 9.30e-45 150340 Pseudomonadati Pseudomonadota WP_261733022.1 KFX48203.1 1.50e-43 N/A N/A WP_261733022.1 WP_063540919.1 2.73e-34 306;316;2968969 Pseudomonadati Pseudomonadota WP_261733022.1 SEP77558.1 1.16e-33 1881030 Pseudomonadati Pseudomonadota WP_261733022.1 WP_232306300.1 1.30e-32 823 Pseudomonadati Bacteroidota WP_261733022.1 PSQ73325.1 2.35e-31 1919101 Pseudomonadati Bacteroidota WP_261733022.1 WP_074911472.1 3.69e-25 371601 Pseudomonadati Bacteroidota MCC6153889.1 MCC6153889.1 2.09e-315 2030809 Pseudomonadati Candidatus Hydrogenedentota MAR11490.1 MAR11490.1 1.14e-136 2024826 Pseudomonadati Planctomycetota WP_202390355.1 WP_202390355.1 2.36e-23 1837929 Pseudomonadati Pseudomonadota KFP55735.1 KFP55735.1 1.38e-302 43455 Metazoa Chordata OPZ80214.1 OPZ80214.1 4.40e-189 1866929 0 0 SDP91455.1 SDP91455.1 4.80e-46 930152 Bacillati Bacillota MCA9759546.1 MCA9759546.1 4.60e-177 2212470 0 Candidatus Eiseniibacteriota MCA9759546.1 WP_237907640.1 2.46e-18 192 Pseudomonadati Pseudomonadota XP_042575628.1 XP_042575628.1 5.81e-116 7962 Metazoa Chordata UTM04871.1 UTM04871.1 0.0 12657 Heunggongvirae Peploviricota MBE4386870.1 MBE4386870.1 5.07e-272 670 Pseudomonadati Pseudomonadota MBU1949759.1 MBU1949759.1 1.93e-217 2212470 0 Candidatus Eiseniibacteriota WP_209164465.1 WP_209164465.1 3.39e-235 562 Pseudomonadati Pseudomonadota WP_070172067.1 WP_070172067.1 0.0 1386;1392;2026187;2875730 Bacillati Bacillota WP_070172067.1 WP_014985199.1 1.32e-207 37326;1133849 Bacillati Actinomycetota WP_070172067.1 NXM52897.1 8.81e-118 201329 Metazoa Chordata WP_070172067.1 TMQ05501.1 5.27e-06 2026735 Pseudomonadati Myxococcota MBC9216850.1 MBC9216850.1 1.14e-62 562 Pseudomonadati Pseudomonadota KAF3157345.1 KAF3157345.1 2.99e-69 2813651 Fungi Ascomycota WP_243514657.1 WP_243514657.1 8.90e-256 1705399 Pseudomonadati Bacteroidota WP_264593810.1 WP_264593810.1 0.0 2611147 Pseudomonadati Pseudomonadota WP_264593810.1 MBL7151874.1 3.05e-24 2035772 Pseudomonadati Candidatus Omnitrophota WP_264593810.1 MBQ2719788.1 4.78e-12 2044939 Bacillati Bacillota MCF3649217.1 MCF3649217.1 7.48e-207 2909285 Pseudomonadati Verrucomicrobiota WP_260912062.1 WP_260912062.1 8.87e-64 562 Pseudomonadati Pseudomonadota MBV38818.1 MBV38818.1 8.23e-296 1898112 Pseudomonadati Pseudomonadota CDX26094.1 CDX26094.1 7.23e-227 408180 Pseudomonadati Pseudomonadota CDX26094.1 WP_279008479.1 1.20e-57 29465 Bacillati Bacillota CDX26094.1 KQN49849.1 2.07e-34 1646373;1736223 Pseudomonadati Pseudomonadota CDX26094.1 WP_105447015.1 2.89e-28 573;72407 Pseudomonadati Pseudomonadota CDX26094.1 WP_023828789.1 6.49e-18 325217;1287086 Pseudomonadati Pseudomonadota EPS65972.1 EPS65972.1 2.09e-50 192259 Viridiplantae Streptophyta MCF7845821.1 MCF7845821.1 4.12e-16 2735830 0 Candidatus Peregrinibacteriota MCA9273490.1 MCA9273490.1 2.56e-260 2030824;2052180 Pseudomonadati Planctomycetota WP_165007860.1 WP_165007860.1 2.10e-160 2709394 Bacillati Actinomycetota WP_084119994.1 WP_084119994.1 6.31e-234 280473;758820 Pseudomonadati Bacteroidota WP_084119994.1 HBX8004802.1 6.29e-11 573 Pseudomonadati Pseudomonadota WP_139266533.1 WP_139266533.1 3.15e-82 N/A N/A PHS07087.1 PHS07087.1 0.0 1872118 Pseudomonadati Pseudomonadota CAB4375794.1 CAB4375794.1 3.12e-103 588596 Fungi Glomeromycota QLT57385.1 QLT57385.1 1.51e-77 3052230 Orthornavirae Kitrinoviricota MBL8001378.1 MBL8001378.1 5.70e-94 2021391 Pseudomonadati Bacteroidota KAJ7390332.1 KAJ7390332.1 2.43e-177 174260 Metazoa Cnidaria KIO14952.1 KIO14952.1 6.64e-33 870435 Fungi Basidiomycota QHV87229.1 QHV87229.1 1.36e-319 1476754 Bacillati Actinomycetota WP_281350185.1 WP_281350185.1 1.69e-81 N/A N/A WP_254090314.1 WP_254090314.1 2.04e-173 2782352 Pseudomonadati Bacteroidota WP_100659968.1 WP_100659968.1 7.45e-286 2055940 Bacillati Bacillota QTW92269.1 QTW92269.1 3.77e-277 10371 Heunggongvirae Peploviricota KAJ1419147.1 KAJ1419147.1 8.74e-209 485725 Viridiplantae Streptophyta KAF1839740.1 KAF1839740.1 5.04e-169 184978 Fungi Ascomycota BDY11310.1 BDY11310.1 4.24e-62 59991 Viridiplantae Streptophyta XP_048216280.1 XP_048216280.1 1.34e-305 214514 Metazoa Chordata XP_048216280.1 XP_030620685.1 1.50e-54 29144 Metazoa Chordata XP_048216280.1 XP_046441060.1 1.17e-39 6669 Metazoa Arthropoda XP_048216280.1 XP_020321477.1 1.36e-39 8019 Metazoa Chordata XP_048216280.1 KAG1590416.1 1.03e-37 936053 Fungi Mucoromycota XP_048216280.1 XP_029528577.1 2.18e-37 8023 Metazoa Chordata XP_048216280.1 XP_019384620.1 1.69e-36 8502 Metazoa Chordata XP_048216280.1 XP_051566275.1 3.88e-36 70543 Metazoa Chordata XP_048216280.1 RQM16216.1 2.41e-34 542832 0 Oomycota XP_048216280.1 KAH6984898.1 8.09e-32 2824670 Fungi Ascomycota XP_048216280.1 XP_048379117.1 2.18e-31 3053191 Metazoa Chordata XP_048216280.1 KZT58963.1 9.60e-27 1353952 Fungi Basidiomycota WP_084290175.1 WP_084290175.1 4.47e-82 475255 Pseudomonadati Bacteroidota XP_047379458.1 XP_047379458.1 0.0 30640 Metazoa Chordata XP_047379458.1 WP_135820337.1 7.65e-27 2528831 Methanobacteriati Methanobacteriota YP_009745171.1 YP_009745171.1 6.38e-64 159591 0 Rhodophyta YP_009745171.1 UOA67814.1 9.50e-37 2739904 Viridiplantae Streptophyta WP_276509439.1 WP_276509439.1 1.32e-174 N/A N/A MCQ2612024.1 MCQ2612024.1 6.08e-235 2854022 Pseudomonadati Spirochaetota MCQ2612024.1 WP_014407515.1 9.75e-37 1314;798300;1010840 Bacillati Bacillota MCQ2612024.1 MBK9183427.1 1.84e-25 2053306 Pseudomonadati Ignavibacteriota MCQ2612024.1 WP_126136917.1 1.13e-13 379347 Pseudomonadati Pseudomonadota WP_242719345.1 WP_242719345.1 0.0 2927803 Bacillati Actinomycetota MBU2333720.1 MBU2333720.1 1.73e-296 1913989 Pseudomonadati Pseudomonadota HBF5910189.1 HBF5910189.1 9.47e-93 1496 Bacillati Bacillota WP_070276216.1 WP_070276216.1 0.0 1639 Bacillati Bacillota WP_244305237.1 WP_244305237.1 8.09e-128 81942;1348663 Bacillati Actinomycetota WP_161020167.1 WP_161020167.1 0.0 2692173 Pseudomonadati Pseudomonadota HBZ7417361.1 HBZ7417361.1 9.45e-209 573 Pseudomonadati Pseudomonadota HBZ7417361.1 MCM6312373.1 1.42e-201 573 Pseudomonadati Pseudomonadota HBZ7417361.1 HBS0905846.1 1.16e-200 573 Pseudomonadati Pseudomonadota HBZ7417361.1 WP_280015341.1 4.44e-74 2975407 Pseudomonadati Pseudomonadota MBV8166774.1 MBV8166774.1 7.99e-140 1913988 Pseudomonadati Pseudomonadota WP_013845913.1 WP_013845913.1 4.57e-174 382;693982 Pseudomonadati Pseudomonadota WP_013845913.1 WP_031940100.1 6.55e-25 1323361 Bacillati Actinomycetota WP_013845913.1 WP_062917436.1 2.77e-22 75105 Pseudomonadati Pseudomonadota WP_013845913.1 WP_273849839.1 6.47e-22 614 Pseudomonadati Pseudomonadota WP_013845913.1 MAN53906.1 9.76e-18 2026782 Pseudomonadati Pseudomonadota WP_013845913.1 WP_251593142.1 1.26e-13 1851019 Pseudomonadati Pseudomonadota WP_013845913.1 KAI0154282.1 2.63e-08 2663376 Fungi Ascomycota MCH8147627.1 MCH8147627.1 6.42e-35 2026780 Pseudomonadati Planctomycetota KAF4336989.1 KAF4336989.1 7.43e-185 44412 Fungi Ascomycota KAF4336989.1 WP_112473496.1 1.15e-21 1848900;2593676 Bacillati Actinomycetota WP_104981358.1 WP_104981358.1 1.63e-289 56 Pseudomonadati Myxococcota WP_013102579.1 WP_013102579.1 1.62e-131 1243;136609;762051;979982 Bacillati Bacillota XP_024747977.1 XP_024747977.1 4.36e-149 58853 Fungi Ascomycota NDF13247.1 NDF13247.1 2.34e-65 1977087 Pseudomonadati Pseudomonadota WP_162783004.1 WP_162783004.1 0.0 1351 Bacillati Bacillota ARR91819.1 ARR91819.1 9.39e-212 11676 Pararnavirae Artverviricota ARR91819.1 AFJ09957.1 9.31e-196 11676 Pararnavirae Artverviricota ARR91819.1 BAO11608.1 1.06e-195 11676 Pararnavirae Artverviricota ARR91819.1 BAO23243.1 5.81e-194 11676 Pararnavirae Artverviricota ARR91819.1 ACH90072.1 1.56e-193 11676 Pararnavirae Artverviricota ARR91819.1 ACY29573.1 1.59e-192 11676 Pararnavirae Artverviricota ARR91819.1 AVA00513.1 6.80e-192 11676 Pararnavirae Artverviricota ARR91819.1 QWY38042.1 3.05e-191 11676 Pararnavirae Artverviricota ARR91819.1 AFV39595.1 8.27e-185 12721 Pararnavirae Artverviricota ARR91819.1 AOW33101.1 2.40e-180 11676 Pararnavirae Artverviricota ARR91819.1 AOW36968.1 1.69e-172 11676 Pararnavirae Artverviricota ARR91819.1 ACV16867.1 2.57e-131 11676 Pararnavirae Artverviricota ARR91819.1 ADB27070.1 9.72e-117 11676 Pararnavirae Artverviricota ARR91819.1 ABJ92889.1 3.00e-56 11676 Pararnavirae Artverviricota MCS6948286.1 MCS6948286.1 7.29e-254 2689616 Pseudomonadati Pseudomonadota WP_194235048.1 WP_194235048.1 6.16e-66 414771 Bacillati Bacillota MBO5878101.1 MBO5878101.1 2.88e-91 1872444 Pseudomonadati Bacteroidota WP_063316698.1 WP_063316698.1 2.64e-153 1827;1831;334542;2681985 Bacillati Actinomycetota WP_063316698.1 RQD71026.1 3.38e-05 2293856 Bacillati Bacillota HBC6813009.1 HBC6813009.1 3.50e-134 624 Pseudomonadati Pseudomonadota PKU40490.1 PKU40490.1 1.75e-156 1758121 Metazoa Chordata PKU40490.1 XP_020321477.1 5.73e-59 8019 Metazoa Chordata PKU40490.1 XP_046441060.1 5.19e-58 6669 Metazoa Arthropoda PKU40490.1 XP_030620685.1 1.96e-29 29144 Metazoa Chordata WP_254144300.1 WP_254144300.1 0.0 2949632 Pseudomonadati Pseudomonadota CAD6897702.1 CAD6897702.1 3.03e-33 13291;157183 Fungi Basidiomycota MBC7757407.1 MBC7757407.1 1.38e-193 1411316 Pseudomonadati Bacteroidota TDL20017.1 TDL20017.1 1.06e-286 50990 Fungi Basidiomycota WP_115513761.1 WP_115513761.1 2.03e-154 338 Pseudomonadati Pseudomonadota WP_145031602.1 WP_145031602.1 0.0 2527983 Pseudomonadati Planctomycetota WP_145031602.1 NOU36639.1 4.92e-236 2026752 Pseudomonadati Kiritimatiellota WP_145031602.1 XP_045807497.1 1.23e-151 57577 Viridiplantae Streptophyta REJ18923.1 REJ18923.1 1.95e-107 301148 Bacillati Bacillota MBB3008158.1 MBB3008158.1 0.0 942866 Pseudomonadati Pseudomonadota MBB3008158.1 WP_070714099.1 2.80e-173 724;729;1739452 Pseudomonadati Pseudomonadota MBB3008158.1 PPU99279.1 4.55e-112 56455 Pseudomonadati Pseudomonadota MBB3008158.1 WP_215493005.1 2.41e-92 2811780 Pseudomonadati Bacteroidota EAV4122193.1 EAV4122193.1 3.07e-192 28901 Pseudomonadati Pseudomonadota EAV4122193.1 WP_140843904.1 2.90e-07 325217;2589899;2876641 Pseudomonadati Pseudomonadota WP_246884968.1 WP_246884968.1 0.0 N/A N/A MBP6505074.1 MBP6505074.1 1.80e-278 50421 Pseudomonadati Pseudomonadota MBP6505074.1 CAP00477.1 1.14e-77 509170 Pseudomonadati Pseudomonadota AEL09906.1 AEL09906.1 2.31e-61 1054460 Bacillati Bacillota WP_260467581.1 WP_260467581.1 5.63e-139 28037 Bacillati Bacillota MBE7554905.1 MBE7554905.1 4.45e-237 2073117 Bacillati Chloroflexota MBE7554905.1 WP_047721562.1 2.86e-75 547;550;1812935 Pseudomonadati Pseudomonadota MBE7554905.1 AHG02917.1 1.78e-54 751944 Methanobacteriati Methanobacteriota MBE7554905.1 MBX7055839.1 6.10e-51 2283092 Pseudomonadati Acidobacteriota MBE7554905.1 WP_239280620.1 3.73e-42 2918196 Bacillati Actinomycetota MBE7554905.1 WP_149656427.1 8.66e-40 1784 Bacillati Actinomycetota MBE7554905.1 KQB14740.1 7.42e-37 1061 Pseudomonadati Pseudomonadota MBE7554905.1 KAB2860347.1 5.98e-27 2052143 Bacillati Chloroflexota CAH7718754.1 CAH7718754.1 7.74e-56 N/A N/A CAH7718754.1 XP_055059894.1 1.41e-15 N/A N/A XP_054539312.1 XP_054539312.1 0.0 9598 Metazoa Chordata WP_010443651.1 WP_010443651.1 1.04e-170 97050;981384 Pseudomonadati Pseudomonadota WP_010443651.1 WP_110035452.1 4.19e-55 236511;1210080 Bacillati Actinomycetota WP_010443651.1 WP_108024271.1 2.45e-45 1242148 Bacillati Bacillota WP_010443651.1 WP_273849839.1 2.97e-29 614 Pseudomonadati Pseudomonadota WP_010443651.1 WP_183882442.1 1.62e-26 188932 Pseudomonadati Bacteroidota WP_010443651.1 KAG2346037.1 1.18e-25 48593 Fungi Basidiomycota WP_010443651.1 WP_138597401.1 8.26e-22 43655 Pseudomonadati Pseudomonadota WP_010443651.1 WP_077093245.1 1.77e-21 339268 Bacillati Actinomycetota WP_010443651.1 XP_007206475.1 2.42e-20 3760 Viridiplantae Streptophyta NNK90694.1 NNK90694.1 7.62e-52 2202734 Pseudomonadati Bacteroidota MCI0339177.1 MCI0339177.1 7.35e-185 1978231 Pseudomonadati Acidobacteriota ETP52929.1 ETP52929.1 1.01e-79 1317064 0 Oomycota KAI9354912.1 KAI9354912.1 0.0 64641 Fungi Mucoromycota MBV8846188.1 MBV8846188.1 3.50e-176 2026791 Pseudomonadati Acidobacteriota WP_075555721.1 WP_075555721.1 4.25e-159 1871013 Pseudomonadati Bacteroidota MBR0168732.1 MBR0168732.1 2.01e-221 2053624 Thermotogati Synergistota WP_159020823.1 WP_159020823.1 4.09e-230 1883 Bacillati Actinomycetota ROV93981.1 ROV93981.1 9.59e-196 252740 Fungi Ascomycota WP_160324393.1 WP_160324393.1 2.49e-267 1796610 Bacillati Actinomycetota WP_280604208.1 WP_280604208.1 0.0 29497 Pseudomonadati Pseudomonadota WP_141769780.1 WP_141769780.1 3.39e-73 86661 Bacillati Bacillota XP_022467441.1 XP_022467441.1 5.74e-67 1209926 Fungi Ascomycota KAH6575376.1 KAH6575376.1 0.0 1357716 Fungi Chytridiomycota KAH6575376.1 XP_051566275.1 1.31e-06 70543 Metazoa Chordata RDE30147.1 RDE30147.1 0.0 1426 Bacillati Bacillota RDE30147.1 WP_000877275.1 4.11e-24 1386;1396;334406;405534;526975;718220;1053213;1053214;1053221 Bacillati Bacillota RDE30147.1 WP_111953219.1 3.08e-20 2291 Pseudomonadati Thermodesulfobacteriota MBS07042.1 MBS07042.1 7.48e-305 2024839 Pseudomonadati Pseudomonadota MBR0185573.1 MBR0185573.1 0.0 2053624 Thermotogati Synergistota MBR0185573.1 WP_137692307.1 3.72e-19 2518115 Methanobacteriati Methanobacteriota MBR0185573.1 MSO98652.1 2.07e-04 1898112 Pseudomonadati Pseudomonadota MBR6873642.1 MBR6873642.1 0.0 41978 Bacillati Bacillota KAH8674414.1 KAH8674414.1 1.31e-220 2075069 Fungi Ascomycota KAI5122644.1 KAI5122644.1 0.0 135589 Fungi Basidiomycota KAI5122644.1 WP_015615815.1 2.05e-85 1501;86416 Bacillati Bacillota KAI5122644.1 WP_015919400.1 3.30e-63 2337;309803;1288483 Thermotogati Thermotogota KAI5122644.1 MBL8638832.1 2.13e-61 1913988 Pseudomonadati Pseudomonadota KAI5122644.1 MCJ7548546.1 7.14e-60 2052143 Bacillati Chloroflexota KAI5122644.1 KZV11597.1 6.86e-22 4932 Fungi Ascomycota WP_255657001.1 WP_255657001.1 4.15e-212 N/A N/A WP_255657001.1 WP_190032834.1 3.02e-25 1942 Bacillati Actinomycetota WP_255657001.1 WP_099723413.1 3.18e-24 1914915;1914916;1914917;1914919;1914921;2621730 Bacillati Actinomycetota WP_255657001.1 WP_029579419.1 2.72e-23 103855;398518 Pseudomonadati Pseudomonadota WP_208427233.1 WP_208427233.1 1.60e-226 2065818 Pseudomonadati Rhodothermota WP_208427233.1 WP_046325749.1 2.98e-52 1218507 Bacillati Bacillota WP_208427233.1 WP_013571875.1 1.40e-48 672;914127 Pseudomonadati Pseudomonadota WP_208427233.1 WP_057479385.1 2.11e-46 1736319 Bacillati Actinomycetota MBP1765367.1 MBP1765367.1 0.0 1879010 Bacillati Bacillota MBP1765367.1 WP_014772780.1 1.00e-180 232259;866536 Pseudomonadati Bacteroidota MCJ8744353.1 MCJ8744353.1 0.0 1691987 Metazoa Chordata WP_235697519.1 WP_235697519.1 2.18e-276 1717 Bacillati Actinomycetota WP_203101196.1 WP_203101196.1 4.32e-243 1177169;3020832 Pseudomonadati Pseudomonadota WP_081197627.1 WP_081197627.1 4.61e-233 354355 Pseudomonadati Bacteroidota AGL88086.1 AGL88086.1 8.51e-195 767453 Bacillati Bacillota AGL88086.1 WP_249991478.1 1.35e-34 747 Pseudomonadati Pseudomonadota AGL88086.1 EIU6828535.1 1.84e-29 670 Pseudomonadati Pseudomonadota AGL88086.1 WP_097346712.1 6.08e-29 562 Pseudomonadati Pseudomonadota AGL88086.1 AHK46784.1 3.43e-27 1416753 Pseudomonadati Pseudomonadota AGL88086.1 WP_158131988.1 4.17e-25 549 Pseudomonadati Pseudomonadota AGL88086.1 EAP5059555.1 4.85e-17 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota KAI2507414.1 KAI2507414.1 7.09e-172 210448 0 Bacillariophyta WP_278243902.1 WP_278243902.1 1.57e-267 100886 Bacillati Bacillota WP_278243902.1 WP_081851094.1 2.32e-05 1380355 Pseudomonadati Pseudomonadota WP_195519891.1 WP_195519891.1 4.96e-192 1301;1304;2762567;2762569 Bacillati Bacillota WP_267857086.1 WP_267857086.1 7.27e-274 2996790 Pseudomonadati Myxococcota SDT73851.1 SDT73851.1 7.36e-167 1855352 Bacillati Actinomycetota MCI8905996.1 MCI8905996.1 1.02e-84 42895 Pseudomonadati Pseudomonadota MBE5853476.1 MBE5853476.1 2.33e-122 1898203 Bacillati Bacillota WP_187666598.1 WP_187666598.1 5.62e-189 2767996 Pseudomonadati Bacteroidota RYY73542.1 RYY73542.1 3.37e-281 1913989 Pseudomonadati Pseudomonadota RYY73542.1 MBI1189702.1 1.50e-101 2017440 Pseudomonadati Planctomycetota RYY73542.1 MCK9252526.1 2.61e-96 1898207 Bacillati Bacillota RYY73542.1 EFX2174330.1 2.68e-11 624 Pseudomonadati Pseudomonadota RYY73542.1 WP_223413240.1 5.42e-07 573 Pseudomonadati Pseudomonadota RYY73542.1 WP_266179881.1 9.36e-06 2994648 Pseudomonadati Pseudomonadota MBO7740928.1 MBO7740928.1 1.25e-142 2212475 Pseudomonadati Lentisphaerota EEW1536683.1 EEW1536683.1 0.0 562 Pseudomonadati Pseudomonadota EEW1536683.1 EHZ4862226.1 0.0 2564711 Pseudomonadati Pseudomonadota MBM6691367.1 MBM6691367.1 6.78e-64 850 Fusobacteriati Fusobacteriota MBM6691367.1 WP_044489505.1 1.26e-21 543;1158459;1646340;2183906;2928706 Pseudomonadati Pseudomonadota KAH8103951.1 KAH8103951.1 0.0 1940300 Fungi Basidiomycota CAE8618269.1 CAE8618269.1 0.0 89957 0 0 KAI6823133.1 KAI6823133.1 1.84e-221 91943 Fungi Ascomycota NLU38508.1 NLU38508.1 0.0 2030927 Pseudomonadati Bacteroidota HCE3964987.1 HCE3964987.1 3.34e-47 287 Pseudomonadati Pseudomonadota NBR20456.1 NBR20456.1 2.79e-195 1977087 Pseudomonadati Pseudomonadota TIW64311.1 TIW64311.1 6.08e-29 1871066 Pseudomonadati Pseudomonadota KJS71365.1 KJS71365.1 1.13e-101 1531963 Pseudomonadati Pseudomonadota EFS21643.1 EFS21643.1 2.81e-121 469605 Fusobacteriati Fusobacteriota GHU06330.1 GHU06330.1 0.0 1891241 Pseudomonadati Pseudomonadota UXH94526.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UXH94526.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota EDX9534630.1 EDX9534630.1 8.08e-57 28901 Pseudomonadati Pseudomonadota WP_258143355.1 WP_258143355.1 4.03e-123 562 Pseudomonadati Pseudomonadota WP_248050568.1 WP_248050568.1 2.15e-270 2494701 Pseudomonadati Pseudomonadota DAR19459.1 DAR19459.1 4.84e-75 2832643 Heunggongvirae Uroviricota MBT4710545.1 MBT4710545.1 0.0 1913988 Pseudomonadati Pseudomonadota MBT4710545.1 MBP6375542.1 5.55e-142 2818473 Pseudomonadati Pseudomonadota MBT4710545.1 WP_258835625.1 2.25e-130 373040 Pseudomonadati Pseudomonadota MBT4710545.1 PWM49891.1 8.12e-90 1879010 Bacillati Bacillota MBT4710545.1 WP_249505358.1 7.76e-83 3239812 Pseudomonadati Fibrobacterota WP_232634591.1 WP_232634591.1 0.0 2895523 Pseudomonadati Bacteroidota WP_103961312.1 WP_103961312.1 0.0 1144553 Bacillati Actinomycetota PZP36069.1 PZP36069.1 3.17e-268 72000 Bacillati Actinomycetota MCJ7770831.1 MCJ7770831.1 5.17e-258 2026714 Thermoproteati Candidatus Bathyarchaeota CAG2229172.1 CAG2229172.1 2.49e-165 6550 Metazoa Mollusca MBU1183407.1 MBU1183407.1 2.46e-182 1977087 Pseudomonadati Pseudomonadota MBU1183407.1 MBM7125960.1 9.14e-43 1920170 Pseudomonadati Pseudomonadota PJI44171.1 PJI44171.1 5.14e-38 391 Pseudomonadati Pseudomonadota WP_091735241.1 WP_091735241.1 1.94e-153 582680 Bacillati Actinomycetota WP_091735241.1 WP_176572922.1 3.84e-71 1437453 Bacillati Actinomycetota WP_214524166.1 WP_214524166.1 4.55e-292 2035;138532 Bacillati Actinomycetota VTM75314.1 VTM75314.1 2.94e-247 575 Pseudomonadati Pseudomonadota XP_021694973.1 XP_021694973.1 8.73e-149 7159 Metazoa Arthropoda WP_250464711.1 WP_250464711.1 0.0 2933965 Pseudomonadati Pseudomonadota WP_250464711.1 HAV1793262.1 4.04e-133 299766 Pseudomonadati Pseudomonadota WP_250464711.1 MBY7869037.1 1.10e-25 676 Pseudomonadati Pseudomonadota WP_189524079.1 WP_189524079.1 5.65e-284 2563960 Pseudomonadati Pseudomonadota MBR7675499.1 MBR7675499.1 0.0 299421 Bacillati Actinomycetota XP_013757696.1 XP_013757696.1 0.0 461836 0 0 WP_200198809.1 WP_200198809.1 8.93e-297 2800326 Pseudomonadati Pseudomonadota WP_200198809.1 RIX75659.1 4.04e-157 1675792 Pseudomonadati Pseudomonadota WP_200198809.1 WP_038052668.1 8.58e-83 1231241 Thermotogati Thermotogota WP_200198809.1 XP_052534275.1 2.92e-57 109042 Metazoa Chordata KAF4593247.1 KAF4593247.1 0.0 28995 Fungi Basidiomycota WP_203995341.1 WP_203995341.1 4.01e-245 419825 Bacillati Actinomycetota WP_203995341.1 MBS1208135.1 5.60e-46 1977087 Pseudomonadati Pseudomonadota XP_040614072.1 XP_040614072.1 0.0 10036 Metazoa Chordata XP_040614072.1 KAI9774712.1 2.72e-07 315204 Fungi Ascomycota WP_151465610.1 WP_151465610.1 4.71e-61 2650566 Bacillati Actinomycetota MBD5437993.1 MBD5437993.1 9.67e-233 166 Pseudomonadati Spirochaetota WP_055062962.1 WP_055062962.1 0.0 28026 Bacillati Actinomycetota NEE34914.1 NEE34914.1 2.80e-284 2706094 Bacillati Actinomycetota WP_277627940.1 WP_277627940.1 1.40e-244 N/A N/A XP_049747270.1 XP_049747270.1 1.54e-229 99487 Metazoa Chordata XP_049747270.1 XP_046298169.1 5.74e-118 9995 Metazoa Chordata XP_049747270.1 XP_002688837.2 2.55e-51 9913 Metazoa Chordata XP_049747270.1 XP_012889676.1 1.20e-43 10020 Metazoa Chordata XP_049747270.1 XP_042531659.1 5.88e-41 105255 Metazoa Chordata XP_049747270.1 XP_034290446.1 1.56e-40 94885 Metazoa Chordata XP_049747270.1 XP_054446685.1 1.72e-39 1884717 Metazoa Chordata XP_049747270.1 AAR19565.1 1.50e-27 34828 Metazoa Chordata GJC78212.1 GJC78212.1 0.0 708192 Fungi Ascomycota GJC78212.1 TNE33066.1 2.07e-32 1913988 Pseudomonadati Pseudomonadota WP_259665259.1 WP_259665259.1 5.43e-125 N/A N/A VIP11815.1 VIP11815.1 1.51e-310 2052164 Pseudomonadati Planctomycetota NNJ03433.1 NNJ03433.1 0.0 2729138 Bacillati Actinomycetota WP_251841748.1 WP_251841748.1 2.22e-106 158836 Pseudomonadati Pseudomonadota CAF1124877.1 CAF1124877.1 1.37e-26 433720 Metazoa Rotifera WP_081845076.1 WP_081845076.1 0.0 318425 Bacillati Actinomycetota WP_081845076.1 WP_041302673.1 7.64e-131 N/A N/A WP_081845076.1 WP_220281278.1 3.97e-32 562 Pseudomonadati Pseudomonadota WP_081845076.1 HAL7851047.1 9.64e-26 562 Pseudomonadati Pseudomonadota XP_019256258.1 XP_019256258.1 2.58e-191 49451 Viridiplantae Streptophyta GBM64226.1 GBM64226.1 2.04e-125 182803 Metazoa Arthropoda EJG3313804.1 EJG3313804.1 0.0 195 Pseudomonadati Campylobacterota EJG3313804.1 WP_246003214.1 9.71e-21 228006 Bacillati Actinomycetota EJG3313804.1 XP_052525039.1 6.86e-07 109042 Metazoa Chordata EJG3313804.1 NDJ88951.1 1.45e-06 354243 Bacillati Actinomycetota EJG3313804.1 WP_254101325.1 1.88e-05 2961944 Pseudomonadati Pseudomonadota CAI0451207.1 CAI0451207.1 0.0 586396 Viridiplantae Streptophyta WP_259407579.1 WP_259407579.1 7.33e-153 2865673 Bacillati Actinomycetota WP_259407579.1 MCF7886260.1 6.24e-08 2026760 Pseudomonadati Fidelibacterota KAJ9247365.1 KAJ9247365.1 2.99e-261 264951 Fungi Ascomycota MBE0669914.1 MBE0669914.1 6.73e-224 2073117 Bacillati Chloroflexota MBE0669914.1 MCI4325574.1 1.41e-97 1906666 Methanobacteriati Thermoplasmatota MBE0669914.1 MBC6481257.1 3.53e-79 2653677 Bacillati Cyanobacteriota MBE0669914.1 WP_116803659.1 2.26e-47 287 Pseudomonadati Pseudomonadota MBQ3049129.1 MBQ3049129.1 8.74e-94 2485925 Bacillati Bacillota WP_019585553.1 WP_019585553.1 1.92e-292 309886 Thermotogati Deinococcota WP_019585553.1 UCF78466.1 2.05e-110 2212470 0 Candidatus Eiseniibacteriota WP_019585553.1 WP_145937814.1 2.96e-80 941986 Bacillati Actinomycetota WP_019585553.1 WP_275495439.1 2.39e-64 2593676;3028709 Bacillati Actinomycetota WP_019585553.1 MBL6847974.1 1.50e-59 1913988 Pseudomonadati Pseudomonadota WP_019585553.1 XP_027540421.1 1.03e-57 114329 Metazoa Chordata WP_019585553.1 WP_158057697.1 4.00e-53 2650975 Methanobacteriati Methanobacteriota WP_019585553.1 RYZ40664.1 5.23e-52 2484252 Pseudomonadati Myxococcota WP_019585553.1 WP_055337992.1 2.75e-48 305 Pseudomonadati Pseudomonadota WP_046325749.1 WP_046325749.1 0.0 1218507 Bacillati Bacillota WP_046325749.1 WP_013571875.1 4.07e-131 672;914127 Pseudomonadati Pseudomonadota WP_046325749.1 WP_057479385.1 5.06e-124 1736319 Bacillati Actinomycetota WP_046325749.1 WP_208427233.1 1.56e-53 2065818 Pseudomonadati Rhodothermota WP_104459365.1 WP_104459365.1 4.28e-199 583;584 Pseudomonadati Pseudomonadota WP_104459365.1 MBX8197149.1 7.74e-43 1280 Bacillati Bacillota WP_104459365.1 WP_238837572.1 2.81e-29 2484912 Pseudomonadati Spirochaetota WP_111712808.1 WP_111712808.1 9.80e-124 150055 Bacillati Bacillota OQB06356.1 OQB06356.1 1.13e-30 1866924 0 0 WP_085004337.1 WP_085004337.1 4.14e-66 106370 Bacillati Actinomycetota WP_085004337.1 MBR2359580.1 5.65e-05 2212467 Pseudomonadati Bacteroidota XP_023219850.1 XP_023219850.1 2.29e-117 218467 Metazoa Arthropoda KOV59425.1 KOV59425.1 9.40e-52 1519490 Bacillati Actinomycetota MBB3097508.1 MBB3097508.1 1.94e-199 113559 Bacillati Actinomycetota MBB3097508.1 MBX7055839.1 1.20e-52 2283092 Pseudomonadati Acidobacteriota MBB3097508.1 AHG02917.1 6.57e-40 751944 Methanobacteriati Methanobacteriota MBB3097508.1 WP_047721562.1 5.29e-31 547;550;1812935 Pseudomonadati Pseudomonadota MBB3097508.1 WP_149656427.1 8.21e-27 1784 Bacillati Actinomycetota MBB3097508.1 KAB2860347.1 6.12e-25 2052143 Bacillati Chloroflexota WP_208905085.1 WP_208905085.1 0.0 82996 Pseudomonadati Pseudomonadota PHT33663.1 PHT33663.1 1.60e-124 4072;33114 Viridiplantae Streptophyta EBA3403631.1 EBA3403631.1 8.94e-193 28901 Pseudomonadati Pseudomonadota WP_244380042.1 WP_244380042.1 0.0 81408 Bacillati Bacillota MBD8915742.1 MBD8915742.1 0.0 2014367 Bacillati Bacillota MBD8915742.1 WP_058918927.1 1.73e-46 2747;2126436;2800128 Bacillati Bacillota MBD8915742.1 WP_182080621.1 2.31e-11 2039164 Pseudomonadati Pseudomonadota XP_010808195.1 XP_010808195.1 0.0 9913;30522 Metazoa Chordata WP_177077803.1 WP_177077803.1 8.01e-318 286;2738831 Pseudomonadati Pseudomonadota WP_177077803.1 EDN57974.1 2.09e-19 150340 Pseudomonadati Pseudomonadota WP_177077803.1 PSQ73325.1 2.24e-15 1919101 Pseudomonadati Bacteroidota WP_177077803.1 TMG86695.1 1.80e-04 1891241 Pseudomonadati Pseudomonadota WP_179100660.1 WP_179100660.1 3.38e-42 28450 Pseudomonadati Pseudomonadota WP_048133111.1 WP_048133111.1 6.54e-101 2222;2223;90426;2250255 Methanobacteriati Methanobacteriota WP_092805375.1 WP_092805375.1 0.0 33008 Bacillati Actinomycetota WP_132898842.1 WP_132898842.1 7.94e-196 287 Pseudomonadati Pseudomonadota WP_132898842.1 WP_063338866.1 3.77e-105 196814;1561205;1561206 Pseudomonadati Pseudomonadota WP_156773536.1 WP_156773536.1 2.77e-63 92647 Pseudomonadati Pseudomonadota WP_110713006.1 WP_110713006.1 5.07e-245 40323;40324 Pseudomonadati Pseudomonadota OYV25858.1 OYV25858.1 4.64e-126 1970304 Pseudomonadati Pseudomonadota EHP6050825.1 EHP6050825.1 0.0 562 Pseudomonadati Pseudomonadota EHP6050825.1 MBP3509218.1 3.54e-67 1945593 Bacillati Bacillota EHP6050825.1 MCK9987173.1 5.50e-59 29544 Pseudomonadati Pseudomonadota EHP6050825.1 MBQ2777352.1 1.69e-52 2052179 Bacillati Bacillota EHP6050825.1 NQU26924.1 4.50e-49 2026760 Pseudomonadati Fidelibacterota EHP6050825.1 WP_236939362.1 4.43e-06 562 Pseudomonadati Pseudomonadota KQN49849.1 KQN49849.1 2.32e-222 1646373;1736223 Pseudomonadati Pseudomonadota KQN49849.1 WP_279008479.1 1.90e-44 29465 Bacillati Bacillota KQN49849.1 CDX26094.1 2.85e-32 408180 Pseudomonadati Pseudomonadota WP_233355236.1 WP_233355236.1 6.58e-282 N/A N/A MCI0743675.1 MCI0743675.1 2.10e-58 2052164 Pseudomonadati Planctomycetota NXJ71029.1 NXJ71029.1 0.0 118793 Metazoa Chordata NXJ71029.1 XP_039638319.1 8.77e-24 8168 Metazoa Chordata NXJ71029.1 XP_030131005.3 2.67e-14 N/A N/A EHL4743850.1 EHL4743850.1 0.0 363569 Pseudomonadati Pseudomonadota WP_210022830.1 WP_210022830.1 1.56e-106 185978;2806590;2806596;2817853 Bacillati Bacillota MBY0286260.1 MBY0286260.1 2.86e-294 2448780 Bacillati Actinomycetota MBY0286260.1 WP_098923619.1 2.02e-34 1392;1396 Bacillati Bacillota MBY0286260.1 WP_039190453.1 4.28e-15 1577900 Pseudomonadati Pseudomonadota MBY0286260.1 WP_262612393.1 3.81e-12 53344 Bacillati Bacillota WP_145485057.1 WP_145485057.1 9.32e-235 2593676;2692233 Bacillati Actinomycetota WP_238589724.1 WP_238589724.1 3.02e-36 N/A N/A EAL1671435.1 EAL1671435.1 9.30e-301 197 Pseudomonadati Campylobacterota EAL1671435.1 PJQ02245.1 3.27e-196 32022 Pseudomonadati Campylobacterota EAL1671435.1 EJA9392162.1 3.00e-119 195 Pseudomonadati Campylobacterota EAL1671435.1 EJO8252676.1 1.36e-65 195 Pseudomonadati Campylobacterota EAL1671435.1 EFS8130303.1 8.70e-43 195 Pseudomonadati Campylobacterota EAL1671435.1 ECP6736894.1 5.55e-18 197 Pseudomonadati Campylobacterota EAL1671435.1 WP_181244664.1 5.79e-08 1491 Bacillati Bacillota KKT74736.1 KKT74736.1 5.92e-60 1618876 0 0 WP_143397677.1 WP_143397677.1 4.73e-223 2594266 Pseudomonadati Bacteroidota WP_189806213.1 WP_189806213.1 2.82e-167 67367 Bacillati Actinomycetota EYU25844.1 EYU25844.1 1.68e-180 4155 Viridiplantae Streptophyta WP_086268031.1 WP_086268031.1 1.01e-299 3161138 Pseudomonadati Campylobacterota KAI0064471.1 KAI0064471.1 0.0 48021 Fungi Basidiomycota KAI0064471.1 XP_049236752.1 4.53e-45 181014 Fungi Ascomycota ROP28277.1 ROP28277.1 7.57e-18 56438 Bacillati Actinomycetota RVD87240.1 RVD87240.1 1.95e-121 97331 Fungi Ascomycota MBJ14675.1 MBJ14675.1 1.89e-168 2026739 Methanobacteriati Methanobacteriota PSX20495.1 PSX20495.1 6.62e-48 318456 Pseudomonadati Pseudomonadota ACE88666.1 ACE88666.1 3.74e-102 13139 Metazoa Arthropoda ACE88666.1 AAX94106.1 4.46e-84 324009 Metazoa Arthropoda ACE88666.1 AVM35379.1 2.39e-81 1770638 Metazoa Arthropoda ACE88666.1 ADW49125.1 6.19e-81 1417353 Metazoa Arthropoda ACE88666.1 AFA24308.1 1.05e-79 1097956 Metazoa Arthropoda ACE88666.1 AFA09475.1 1.19e-79 705192 Metazoa Arthropoda ACE88666.1 AHK62764.1 6.66e-78 1470337 Metazoa Arthropoda ACE88666.1 QUQ06080.1 5.10e-77 1719401 Metazoa Mollusca ACE88666.1 AWS34156.1 1.03e-76 408114 Metazoa Arthropoda ACE88666.1 ABQ63546.1 8.12e-76 166263 Metazoa Chordata ACE88666.1 UZF38514.1 6.38e-75 2976471 Metazoa Arthropoda ACE88666.1 QUA05739.1 2.57e-73 988006 Metazoa Arthropoda ACE88666.1 AMA90994.1 3.96e-62 1474269;2542237 Metazoa Arthropoda ACE88666.1 AKT58828.1 4.05e-59 1687857 Metazoa Arthropoda ACE88666.1 AOR13807.1 2.55e-58 1881782 Metazoa Arthropoda ACE88666.1 AGI15931.1 3.53e-55 52396 Metazoa Mollusca ACE88666.1 APC24336.1 3.55e-54 597926 Metazoa Arthropoda ACE88666.1 AXZ65741.1 2.71e-53 2242446 Metazoa Arthropoda ACE88666.1 AOQ89457.1 3.72e-53 1881751 Metazoa Arthropoda ACE88666.1 AHH30646.1 6.10e-51 1452501 Metazoa Arthropoda ACE88666.1 AKA56406.1 1.43e-47 1622492;1669417;1881785;2088599 Metazoa Arthropoda HCL05707.1 HCL05707.1 8.24e-299 1869212 Pseudomonadati Bacteroidota DAK63787.1 DAK63787.1 2.23e-244 38018 0 0 WP_061158136.1 WP_061158136.1 9.22e-276 1777137 Pseudomonadati Pseudomonadota WP_013768652.1 WP_013768652.1 0.0 2350;760192 Pseudomonadati Bacteroidota WP_013768652.1 WP_185218257.1 1.04e-27 1010 Pseudomonadati Bacteroidota WP_013768652.1 MCP4788584.1 4.34e-21 1936112 Pseudomonadati Planctomycetota WP_265593313.1 WP_265593313.1 0.0 1396418 Pseudomonadati Verrucomicrobiota WP_265593313.1 HIM51057.1 2.33e-101 1978231 Pseudomonadati Acidobacteriota XP_010298897.1 XP_010298897.1 5.93e-126 N/A N/A WP_029317544.1 WP_029317544.1 0.0 1423;935856;935858 Bacillati Bacillota WP_029317544.1 WP_101606078.1 7.55e-42 1911175;2618356 Bacillati Actinomycetota WP_029317544.1 WP_023955328.1 1.04e-38 33882;33883;300019;2002831;2070348;2080744 Bacillati Actinomycetota WP_029317544.1 MCF6289355.1 7.47e-38 1977087 Pseudomonadati Pseudomonadota WP_029317544.1 WP_206698867.1 9.15e-38 N/A N/A TXH38262.1 TXH38262.1 2.72e-153 1898112 Pseudomonadati Pseudomonadota TXH38262.1 CAH2899959.1 3.91e-67 1822466 Pseudomonadati Pseudomonadota DAM16636.1 DAM16636.1 2.85e-117 2832643 Heunggongvirae Uroviricota XP_048545356.1 XP_048545356.1 1.35e-247 4572 Viridiplantae Streptophyta WP_208042111.1 WP_208042111.1 8.08e-200 2815212;2900548 Bacillati Actinomycetota WP_208042111.1 WP_239280620.1 5.67e-41 2918196 Bacillati Actinomycetota WP_208042111.1 AHG02917.1 3.53e-33 751944 Methanobacteriati Methanobacteriota WP_208042111.1 MBX7055839.1 3.17e-27 2283092 Pseudomonadati Acidobacteriota WP_026632538.1 WP_026632538.1 3.75e-61 492736 Pseudomonadati Bacteroidota WP_054285415.1 WP_054285415.1 1.11e-92 375574;397456 Pseudomonadati Pseudomonadota WP_280506832.1 WP_280506832.1 4.64e-151 37329 Bacillati Actinomycetota XP_037697134.1 XP_037697134.1 0.0 27675 Metazoa Chordata XP_037697134.1 XP_011782004.1 0.0 336983 Metazoa Chordata WP_190630613.1 WP_190630613.1 1.62e-150 2619626;2692778;2692780 Bacillati Cyanobacteriota WP_190630613.1 NJE80740.1 1.30e-40 2530046 Bacillati Actinomycetota WP_190630613.1 GBE22655.1 8.60e-04 2005724 0 0 MCH1948979.1 MCH1948979.1 4.67e-142 2914161 Bacillati Bacillota WP_006198916.1 WP_006198916.1 7.07e-156 300279;313624;1819295;3028117 Bacillati Cyanobacteriota MBX7161768.1 MBX7161768.1 0.0 2080302 Bacillati Actinomycetota MBX7161768.1 MBV9963051.1 8.22e-11 1969739 Pseudomonadati Bacteroidota CAA2935380.1 CAA2935380.1 5.12e-100 158383 Viridiplantae Streptophyta MCL2712337.1 MCL2712337.1 3.30e-39 2052168 Methanobacteriati Thermoplasmatota PPU99279.1 PPU99279.1 0.0 56455 Pseudomonadati Pseudomonadota PPU99279.1 WP_070714099.1 1.14e-127 724;729;1739452 Pseudomonadati Pseudomonadota PPU99279.1 MBB3008158.1 9.69e-109 942866 Pseudomonadati Pseudomonadota PPU99279.1 WP_215493005.1 2.38e-93 2811780 Pseudomonadati Bacteroidota MBF6594441.1 MBF6594441.1 0.0 2614257 Thermotogati Deinococcota MBT3583534.1 MBT3583534.1 6.95e-307 2026745 Pseudomonadati Bdellovibrionota MBT3583534.1 HCF4435603.1 3.19e-28 287 Pseudomonadati Pseudomonadota WP_020547001.1 WP_020547001.1 6.88e-211 404386;1122611 Bacillati Actinomycetota ECG5012903.1 ECG5012903.1 2.20e-137 149391 Pseudomonadati Pseudomonadota ECG5012903.1 MCI6733811.1 8.95e-30 1898207 Bacillati Bacillota HBA6816094.1 HBA6816094.1 5.67e-37 562 Pseudomonadati Pseudomonadota CAH3167921.1 CAH3167921.1 6.20e-308 46732 Metazoa Cnidaria WP_209090305.1 WP_209090305.1 4.28e-236 358 Pseudomonadati Pseudomonadota WP_209090305.1 WP_137202811.1 1.84e-09 33069 Pseudomonadati Pseudomonadota WP_270310942.1 WP_270310942.1 4.12e-187 881260 Pseudomonadati Pseudomonadota WP_247424115.1 WP_247424115.1 1.69e-169 2782616 Pseudomonadati Pseudomonadota WP_247424115.1 MCA1360809.1 8.83e-74 2793805;2793806 Pseudomonadati Pseudomonadota WP_247424115.1 NLD53371.1 4.62e-17 2030806 Pseudomonadati Pseudomonadota XP_055749319.1 XP_055749319.1 0.0 8038 Metazoa Chordata XP_055749319.1 XP_028567154.1 2.59e-55 N/A N/A WP_130410090.1 WP_130410090.1 8.87e-09 2017482 Pseudomonadati Pseudomonadota CAC9485003.1 CAC9485003.1 1.04e-112 86473 Pseudomonadati Pseudomonadota RYG63745.1 RYG63745.1 1.12e-45 1869227 0 0 KAH6611424.1 KAH6611424.1 0.0 654480 Fungi Ascomycota KAH6611424.1 WP_050210146.1 8.61e-24 1313 Bacillati Bacillota KAH6611424.1 MCA1930442.1 1.72e-23 1869214 Pseudomonadati Pseudomonadota KAH6611424.1 XP_008942036.1 2.07e-11 57421 Metazoa Chordata WP_055029966.1 WP_055029966.1 1.61e-262 1481663 Pseudomonadati Pseudomonadota WP_055029966.1 WP_234002326.1 8.95e-51 499656 Pseudomonadati Pseudomonadota WP_055029966.1 WP_188888464.1 2.04e-17 1737354 Bacillati Bacillota WP_055029966.1 XP_001454078.1 4.80e-04 5888 0 Ciliophora WP_132124768.1 WP_132124768.1 7.58e-173 1213861 Bacillati Actinomycetota HBP5649656.1 HBP5649656.1 0.0 287 Pseudomonadati Pseudomonadota HBP5649656.1 WP_186556299.1 1.92e-38 286;2745493 Pseudomonadati Pseudomonadota HBP5649656.1 WP_128786583.1 1.62e-33 2485123 Pseudomonadati Pseudomonadota MBV8815235.1 MBV8815235.1 9.40e-241 2026799 Pseudomonadati Verrucomicrobiota MBV8815235.1 MBG4284514.1 5.82e-49 287 Pseudomonadati Pseudomonadota WP_132670557.1 WP_132670557.1 8.37e-235 287 Pseudomonadati Pseudomonadota EEZ61636.1 EEZ61636.1 2.42e-115 649764 Bacillati Actinomycetota EEZ61636.1 KPL24525.1 4.56e-34 1703410 Pseudomonadati Planctomycetota WP_135991721.1 WP_135991721.1 3.40e-317 3032872 Bacillati Bacillota NLK90780.1 NLK90780.1 1.30e-121 1898207 Bacillati Bacillota NLK90780.1 NLV68328.1 2.12e-57 2202144 Pseudomonadati Spirochaetota NLK90780.1 NLT72898.1 9.17e-54 2026724 Bacillati Chloroflexota NLK90780.1 MBD3769330.1 5.27e-45 1948890 Pseudomonadati Pseudomonadota MBF8281865.1 MBF8281865.1 0.0 2073117 Bacillati Chloroflexota CAB1434041.1 CAB1434041.1 0.0 8262 Metazoa Chordata WP_012506875.1 WP_012506875.1 3.42e-150 34090;324925 Pseudomonadati Chlorobiota WP_012506875.1 MCB1857105.1 9.20e-52 1913989 Pseudomonadati Pseudomonadota HCE5956952.1 HCE5956952.1 6.43e-176 287 Pseudomonadati Pseudomonadota WP_120259880.1 WP_120259880.1 0.0 1145106 Pseudomonadati Bacteroidota WP_100671858.1 WP_100671858.1 8.81e-143 382;28105 Pseudomonadati Pseudomonadota WP_100671858.1 WP_238126428.1 2.14e-70 40576 Pseudomonadati Pseudomonadota CAB4041173.1 CAB4041173.1 0.0 317549 Metazoa Cnidaria WP_110035452.1 WP_110035452.1 2.02e-167 236511;1210080 Bacillati Actinomycetota WP_110035452.1 WP_010443651.1 1.83e-56 97050;981384 Pseudomonadati Pseudomonadota WP_110035452.1 WP_108024271.1 5.43e-40 1242148 Bacillati Bacillota WP_110035452.1 KAG2346037.1 1.87e-34 48593 Fungi Basidiomycota WP_110035452.1 WP_273849839.1 5.53e-34 614 Pseudomonadati Pseudomonadota WP_110035452.1 WP_057651690.1 8.26e-15 1746199 Pseudomonadati Pseudomonadota WP_196114185.1 WP_196114185.1 1.46e-246 562 Pseudomonadati Pseudomonadota WP_196114185.1 WP_074911472.1 3.53e-12 371601 Pseudomonadati Bacteroidota WP_196114185.1 PYP94120.1 3.12e-11 2026742 Pseudomonadati Gemmatimonadota WP_196114185.1 QYU66920.1 4.82e-08 2819933 Bacillati Cyanobacteriota XP_045323097.1 XP_045323097.1 0.0 46844 Metazoa Chordata MBO5545990.1 MBO5545990.1 4.60e-140 2030927 Pseudomonadati Bacteroidota WP_140643433.1 WP_140643433.1 7.05e-200 325217;2589964;2876625;2876646;2876656 Pseudomonadati Pseudomonadota KVQ00241.1 KVQ00241.1 1.69e-204 101571 Pseudomonadati Pseudomonadota PSB50277.1 PSB50277.1 0.0 2107706 Bacillati Cyanobacteriota TKA61426.1 TKA61426.1 3.10e-298 331657 Fungi Ascomycota WP_018046034.1 WP_018046034.1 0.0 1131813 Pseudomonadati Pseudomonadota WP_199519257.1 WP_199519257.1 2.83e-94 2078569 Bacillati Actinomycetota QEA04360.1 QEA04360.1 5.50e-105 155900 0 0 EJB4327760.1 EJB4327760.1 0.0 562 Pseudomonadati Pseudomonadota WP_243386166.1 WP_243386166.1 1.03e-222 2078952 Bacillati Bacillota WP_196434573.1 WP_196434573.1 1.69e-266 2785785 Pseudomonadati Pseudomonadota WP_196434573.1 MCB9044857.1 1.08e-11 2448779 Pseudomonadati Bacteroidota MBR4407160.1 MBR4407160.1 6.45e-169 2044939 Bacillati Bacillota RMO53691.1 RMO53691.1 2.19e-162 129137 Pseudomonadati Pseudomonadota SPO69561.1 SPO69561.1 4.83e-154 1785161;2078785 Pseudomonadati Pseudomonadota MBR0373962.1 MBR0373962.1 2.81e-178 2049035 Bacillati Bacillota WP_076595086.1 WP_076595086.1 0.0 1907398 Pseudomonadati Bacteroidota WP_076595086.1 WP_224791962.1 4.24e-43 93222 Pseudomonadati Pseudomonadota WP_076595086.1 MBI4806480.1 2.09e-40 885 Pseudomonadati Thermodesulfobacteriota WP_267897383.1 WP_267897383.1 1.54e-27 N/A N/A EDK41087.2 EDK41087.2 0.0 294746 Fungi Ascomycota WP_212217181.1 WP_212217181.1 8.77e-309 1628157 Pseudomonadati Bacteroidota WP_245128022.1 WP_245128022.1 1.89e-284 2932774 Pseudomonadati Bacteroidota MBR4270493.1 MBR4270493.1 2.89e-77 2044939 Bacillati Bacillota WP_150516775.1 WP_150516775.1 1.01e-107 36818 Bacillati Actinomycetota ADP83890.1 ADP83890.1 0.0 298654 Bacillati Actinomycetota ADP83890.1 WP_259858510.1 2.33e-28 53359 Bacillati Actinomycetota ADP83890.1 WP_274755179.1 7.83e-28 283 Pseudomonadati Pseudomonadota ADP83890.1 MBP9767803.1 1.40e-09 29523 Pseudomonadati Bacteroidota WP_274975805.1 WP_274975805.1 2.67e-170 2013;3061629 Bacillati Actinomycetota EFB0579454.1 EFB0579454.1 0.0 195 Pseudomonadati Campylobacterota EFB0579454.1 ECB3502766.1 3.24e-116 913079 Pseudomonadati Pseudomonadota XP_006359699.1 XP_006359699.1 3.17e-288 4113 Viridiplantae Streptophyta XP_006359699.1 KPM41539.1 3.30e-10 78410 Fungi Ascomycota EAX5650801.1 EAX5650801.1 3.67e-179 28901;59201 Pseudomonadati Pseudomonadota EIQ3832535.1 EIQ3832535.1 1.43e-180 N/A N/A MBK7823216.1 MBK7823216.1 1.94e-138 1971211 Bacillati Actinomycetota MBQ7086969.1 MBQ7086969.1 3.05e-134 2044939 Bacillati Bacillota MBQ7086969.1 MBO5118622.1 5.40e-27 2058474;2682607 Methanobacteriati Methanobacteriota MBQ7086969.1 MBQ7329863.1 1.52e-23 2485925 Bacillati Bacillota RZC84346.1 RZC84346.1 3.33e-274 3469 Viridiplantae Streptophyta WP_188402311.1 WP_188402311.1 2.16e-85 182136 Bacillati Bacillota EDN57974.1 EDN57974.1 0.0 150340 Pseudomonadati Pseudomonadota EDN57974.1 KFX48203.1 1.45e-70 N/A N/A EDN57974.1 MCH5250214.1 2.19e-64 1898203 Bacillati Bacillota EDN57974.1 TAL20232.1 1.51e-53 1872578 Pseudomonadati Pseudomonadota EDN57974.1 WP_007356512.1 1.15e-47 272129;1501433 Bacillati Cyanobacteriota EDN57974.1 HAS8246497.1 4.18e-45 672 Pseudomonadati Pseudomonadota EDN57974.1 WP_261733022.1 1.70e-43 2978345 Pseudomonadati Pseudomonadota EDN57974.1 PSQ73325.1 6.20e-36 1919101 Pseudomonadati Bacteroidota EDN57974.1 WP_232306300.1 8.07e-21 823 Pseudomonadati Bacteroidota EDN57974.1 XP_001454078.1 6.35e-20 5888 0 Ciliophora EDN57974.1 WP_177077803.1 6.45e-19 286;2738831 Pseudomonadati Pseudomonadota EDN57974.1 MBQ1868746.1 2.45e-18 2053611;2593411 Bacillati Bacillota EDN57974.1 XP_018042825.1 3.35e-18 1460663 Fungi Ascomycota EDN57974.1 MBP1530348.1 1.95e-17 2049044 Bacillati Bacillota EDN57974.1 EJF06804.1 1.42e-13 1177931 Pseudomonadati Campylobacterota EDN57974.1 MBQ5584458.1 5.06e-10 2053608 Bacillati Bacillota EDN57974.1 WP_069156513.1 8.90e-06 1432052 Bacillati Bacillota MCL4851158.1 MCL4851158.1 2.60e-156 2212468 Pseudomonadati Acidobacteriota MCL4851158.1 WP_115313274.1 1.89e-34 33028 Bacillati Bacillota MCL4851158.1 MSX26960.1 6.83e-30 2900548 Bacillati Actinomycetota MBE7487601.1 MBE7487601.1 6.65e-112 1869227;2035772 0;Pseudomonadati 0;Candidatus Omnitrophota WP_126022479.1 WP_126022479.1 2.21e-94 34072;1775474 Pseudomonadati Pseudomonadota KAG2346037.1 KAG2346037.1 3.61e-186 48593 Fungi Basidiomycota KAG2346037.1 WP_110035452.1 3.44e-32 236511;1210080 Bacillati Actinomycetota KAG2346037.1 WP_010443651.1 7.00e-25 97050;981384 Pseudomonadati Pseudomonadota KAG2346037.1 WP_087085326.1 2.63e-22 363952 Pseudomonadati Pseudomonadota KAG2346037.1 WP_183882442.1 1.87e-20 188932 Pseudomonadati Bacteroidota KAG2346037.1 MCB9680378.1 7.93e-20 1913988 Pseudomonadati Pseudomonadota KAG2346037.1 WP_014605789.1 3.26e-12 553;53335;1095774;1332074 Pseudomonadati Pseudomonadota KAG2346037.1 WP_204942955.1 1.81e-09 709860 Bacillati Actinomycetota MBK6770753.1 MBK6770753.1 1.29e-210 2053306 Pseudomonadati Ignavibacteriota WP_064754910.1 WP_064754910.1 2.79e-282 562 Pseudomonadati Pseudomonadota WP_281507500.1 WP_281507500.1 0.0 N/A N/A WP_281507500.1 WP_262406623.1 0.0 N/A N/A WP_281507500.1 MBT5488157.1 1.84e-141 2026743 Pseudomonadati Pseudomonadota WP_061278828.1 WP_061278828.1 0.0 173 Pseudomonadati Spirochaetota WP_061278828.1 WP_261665820.1 0.0 N/A N/A WP_061278828.1 BBG20955.1 0.0 210 Pseudomonadati Campylobacterota PUZ48934.1 PUZ48934.1 1.22e-130 1504633 Viridiplantae Streptophyta PUZ48934.1 KAG7553039.1 6.26e-04 1240361 Viridiplantae Streptophyta WP_036471418.1 WP_036471418.1 0.0 47839 Bacillati Actinomycetota WP_036471418.1 WP_007427566.1 4.24e-164 1046117;1231392 Pseudomonadati Pseudomonadota MBK9356005.1 MBK9356005.1 1.44e-211 2030927 Pseudomonadati Bacteroidota NOR15507.1 NOR15507.1 6.59e-48 2052149 0 Candidatus Aminicenantota UMF87224.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UMF87224.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota MCK4600250.1 MCK4600250.1 3.03e-95 2306012 0 Candidatus Bipolaricaulota HCE70276.1 HCE70276.1 1.68e-124 1879320 Pseudomonadati Pseudomonadota HCE70276.1 AMS43029.1 3.37e-67 83263;150723 Pseudomonadati Pseudomonadota WP_062723913.1 WP_062723913.1 1.48e-229 661399 Bacillati Actinomycetota MBQ7943218.1 MBQ7943218.1 7.60e-169 1898203 Bacillati Bacillota WP_140264131.1 WP_140264131.1 8.08e-154 670 Pseudomonadati Pseudomonadota WP_140264131.1 WP_102576363.1 1.41e-55 29497 Pseudomonadati Pseudomonadota WP_003333677.1 WP_003333677.1 0.0 1465;1042163;1882945 Bacillati Bacillota WP_170365402.1 WP_170365402.1 5.63e-183 97050 Pseudomonadati Pseudomonadota WP_248214628.1 WP_248214628.1 1.68e-64 1812935 Pseudomonadati Pseudomonadota ENN81602.1 ENN81602.1 0.0 77166 Metazoa Arthropoda WP_175863615.1 WP_175863615.1 3.26e-48 292 Pseudomonadati Pseudomonadota NOU36639.1 NOU36639.1 0.0 2026752 Pseudomonadati Kiritimatiellota NOU36639.1 WP_145031602.1 2.37e-236 2527983 Pseudomonadati Planctomycetota NOU36639.1 XP_045807497.1 1.12e-156 57577 Viridiplantae Streptophyta KAJ5463595.1 KAJ5463595.1 0.0 3003414 Fungi Ascomycota MBZ0263796.1 MBZ0263796.1 5.94e-38 1869227 0 0 XP_047491136.1 XP_047491136.1 0.0 139456 Metazoa Arthropoda MBN1882318.1 MBN1882318.1 2.09e-138 2844909 0 0 MBN1882318.1 WP_028779961.1 6.64e-21 1380363 Pseudomonadati Pseudomonadota MBN1882318.1 MCB0773217.1 7.16e-15 2021391 Pseudomonadati Bacteroidota MBN1882318.1 WP_229055514.1 1.16e-09 N/A N/A MCP3920706.1 MCP3920706.1 0.0 1869227 0 0 WP_159463829.1 WP_159463829.1 0.0 199592 Bacillati Actinomycetota WP_159463829.1 WP_221977168.1 2.68e-31 1076926 Pseudomonadati Pseudomonadota WP_159463829.1 WP_276362074.1 8.29e-28 3034022 Bacillati Actinomycetota WP_159463829.1 WP_076409454.1 3.09e-23 85698 Pseudomonadati Pseudomonadota WP_159463829.1 MBP1876254.1 1.20e-16 106592 Pseudomonadati Pseudomonadota WP_159463829.1 WP_197521413.1 4.53e-07 1528787 Bacillati Bacillota WP_159463829.1 WP_281034490.1 1.93e-06 2496691 Pseudomonadati Pseudomonadota WP_026750608.1 WP_026750608.1 6.24e-56 1267211 Pseudomonadati Bacteroidota EER8306359.1 EER8306359.1 3.22e-224 562 Pseudomonadati Pseudomonadota EER8306359.1 EFL3122059.1 2.34e-37 562 Pseudomonadati Pseudomonadota EER8306359.1 EFI7849450.1 9.41e-36 562 Pseudomonadati Pseudomonadota EER8306359.1 EIH4263652.1 8.27e-34 562 Pseudomonadati Pseudomonadota EER8306359.1 EFL5817307.1 1.73e-09 562 Pseudomonadati Pseudomonadota WP_004619799.1 WP_004619799.1 1.74e-279 75;78;1292034 Pseudomonadati Pseudomonadota WP_004619799.1 MCP1651746.1 8.92e-188 46680 Pseudomonadati Pseudomonadota WP_004619799.1 WP_074825075.1 1.62e-102 82985;1122977 Pseudomonadati Pseudomonadota WP_004619799.1 EDH4057100.1 1.46e-81 149388 Pseudomonadati Pseudomonadota WP_004619799.1 WP_078429679.1 1.33e-80 427920 Bacillati Bacillota WP_004619799.1 WP_277084622.1 7.40e-78 2606630 Bacillati Bacillota WP_004619799.1 MBA2536487.1 4.39e-69 2900548 Bacillati Actinomycetota WP_004619799.1 GAN03156.1 2.87e-63 91626 Fungi Mucoromycota WP_004619799.1 WP_083141943.1 5.88e-63 39692 Bacillati Actinomycetota WP_004619799.1 XP_040685867.1 3.86e-57 5066;1073089 Fungi Ascomycota WP_184698676.1 WP_184698676.1 0.0 1051531 Bacillati Actinomycetota WP_184698676.1 EJH9475741.1 8.88e-171 N/A N/A WP_184698676.1 WP_220281278.1 7.54e-81 562 Pseudomonadati Pseudomonadota WP_010502862.1 WP_010502862.1 2.20e-125 189691 Bacillati Bacillota MBR2359580.1 MBR2359580.1 4.75e-71 2212467 Pseudomonadati Bacteroidota MBR2359580.1 WP_085004337.1 1.14e-04 106370 Bacillati Actinomycetota WP_055449466.1 WP_055449466.1 6.37e-67 339866 Pseudomonadati Pseudomonadota WP_136955567.1 WP_136955567.1 4.43e-233 2571749 Pseudomonadati Pseudomonadota WP_069367753.1 WP_069367753.1 1.39e-203 585;91347;1892896;1898038;1987580 Pseudomonadati Pseudomonadota WP_069367753.1 WP_101936735.1 6.13e-08 381 Pseudomonadati Pseudomonadota WP_110307043.1 WP_110307043.1 3.15e-89 2212651 Pseudomonadati Bacteroidota WP_100173513.1 WP_100173513.1 1.75e-67 1100706 Pseudomonadati Pseudomonadota WP_120370033.1 WP_120370033.1 1.80e-193 1843371 Pseudomonadati Pseudomonadota MCE9577072.1 MCE9577072.1 6.22e-227 2026735 Pseudomonadati Myxococcota MBL4744408.1 MBL4744408.1 0.0 2024830 Pseudomonadati Pseudomonadota MBL4744408.1 WP_110366458.1 3.45e-173 2135644 Pseudomonadati Bacteroidota MBL4744408.1 WP_265225845.1 8.73e-64 95486 Pseudomonadati Pseudomonadota MBL4744408.1 WP_039608285.1 5.38e-62 43657 Pseudomonadati Pseudomonadota MBL4744408.1 WP_133325549.1 1.58e-53 1549640 Pseudomonadati Pseudomonadota MBL4744408.1 TME45086.1 4.03e-52 2026724 Bacillati Chloroflexota MBL4744408.1 MBT8462299.1 6.83e-06 2026742 Pseudomonadati Gemmatimonadota NDD01017.1 NDD01017.1 4.42e-230 1891241 Pseudomonadati Pseudomonadota NDD01017.1 CAI2640540.1 5.32e-19 148814 Bacillati Bacillota MBY0289623.1 MBY0289623.1 4.57e-276 2448780 Bacillati Actinomycetota MBY0289623.1 MCR5335843.1 1.20e-62 2774297 Thermotogati Synergistota MBY0289623.1 WP_167324608.1 6.14e-35 613;615 Pseudomonadati Pseudomonadota MBY0289623.1 WP_224014827.1 5.09e-19 92647 Pseudomonadati Pseudomonadota WP_044453403.1 WP_044453403.1 1.60e-227 656178 Pseudomonadati Pseudomonadota WP_044453403.1 WP_096722254.1 6.84e-134 1912599 Pseudomonadati Pseudomonadota WP_044453403.1 WP_200986363.1 7.81e-09 36746 Pseudomonadati Pseudomonadota WP_044453403.1 WP_241524600.1 3.60e-08 115553 Pseudomonadati Pseudomonadota WP_044453403.1 MBL0087235.1 1.39e-04 1929293 Pseudomonadati Pseudomonadota PYX98855.1 PYX98855.1 9.98e-37 1978231 Pseudomonadati Acidobacteriota WP_253783299.1 WP_253783299.1 1.15e-210 N/A N/A WP_253783299.1 WP_274423713.1 1.31e-44 2906648 Pseudomonadati Pseudomonadota EFV9236312.1 EFV9236312.1 1.84e-37 623 Pseudomonadati Pseudomonadota MCF8210731.1 MCF8210731.1 8.77e-213 50421 Pseudomonadati Pseudomonadota MCF8210731.1 WP_258825945.1 1.08e-158 1886785 Pseudomonadati Pseudomonadota WP_181110053.1 WP_181110053.1 0.0 47885 Pseudomonadati Pseudomonadota WP_251376328.1 WP_251376328.1 1.99e-141 2878915 Bacillati Bacillota MBN1266236.1 MBN1266236.1 0.0 2073117 Bacillati Chloroflexota WP_230078324.1 WP_230078324.1 1.74e-146 N/A N/A WP_029165724.1 WP_029165724.1 1.96e-196 290732 Thermotogati Synergistota WP_234523932.1 WP_234523932.1 7.67e-104 1048 Pseudomonadati Pseudomonadota TKJ47549.1 TKJ47549.1 1.41e-249 2012485 0 Candidatus Aerophobota KUK66960.1 KUK66960.1 1.51e-248 1236046 Thermotogati Thermotogota KUK66960.1 WP_279652328.1 1.11e-23 3038772 Pseudomonadati Bacteroidota KAF2778654.1 KAF2778654.1 0.0 2602736 Bacillati Actinomycetota MBL7183650.1 MBL7183650.1 0.0 2052143 Bacillati Chloroflexota OEL34993.1 OEL34993.1 2.61e-247 888268 Viridiplantae Streptophyta KAG2288705.1 KAG2288705.1 2.42e-41 52824 Viridiplantae Streptophyta WP_196132500.1 WP_196132500.1 2.47e-236 47880 Pseudomonadati Pseudomonadota MBY5764273.1 MBY5764273.1 8.91e-234 384 Pseudomonadati Pseudomonadota MOP14804.1 MOP14804.1 2.66e-13 9606 Metazoa Chordata MCC6757021.1 MCC6757021.1 2.57e-86 1872635 Pseudomonadati Pseudomonadota GMA85510.1 GMA85510.1 9.66e-234 1162965 Bacillati Actinomycetota OAN53756.1 OAN53756.1 3.25e-188 1285242 Pseudomonadati Pseudomonadota OAN53756.1 MXP43753.1 2.42e-131 1689985 Pseudomonadati Pseudomonadota OAN53756.1 WP_174822921.1 5.41e-131 N/A N/A OAN53756.1 MBC7326981.1 8.66e-104 1869227 0 0 OAN53756.1 WP_207918089.1 3.79e-102 185978;2512133;2587092 Bacillati Bacillota OAN53756.1 WP_158791585.1 1.73e-88 1641866 Pseudomonadati Acidobacteriota OAN53756.1 WP_098952357.1 1.09e-32 196821;2018067;2717498 Pseudomonadati Pseudomonadota OAN53756.1 WP_279984614.1 1.25e-32 909768 Pseudomonadati Pseudomonadota OAN53756.1 MWR41881.1 7.06e-32 562 Pseudomonadati Pseudomonadota OAN53756.1 MCP5262709.1 3.28e-30 50421 Pseudomonadati Pseudomonadota OAN53756.1 GLY24463.1 4.88e-28 3032198 Bacillati Actinomycetota OAN53756.1 WP_192324556.1 4.85e-27 34072;2769259 Pseudomonadati Pseudomonadota OAN53756.1 WP_227059655.1 4.86e-27 40545 Pseudomonadati Pseudomonadota OAN53756.1 WP_247749043.1 1.59e-24 N/A N/A OAN53756.1 WP_107894076.1 4.80e-24 1130819 Bacillati Bacillota OAN53756.1 WP_008134825.1 3.22e-22 1144344 Pseudomonadati Pseudomonadota OAN53756.1 WP_276362074.1 2.12e-21 3034022 Bacillati Actinomycetota OAN53756.1 WP_084371009.1 6.08e-21 692418 Pseudomonadati Bacteroidota OAN53756.1 MBQ3864274.1 3.91e-20 2044939 Bacillati Bacillota OAN53756.1 WP_167977039.1 4.96e-20 2604800 Bacillati Actinomycetota OAN53756.1 WP_221977168.1 2.97e-19 1076926 Pseudomonadati Pseudomonadota OAN53756.1 WP_152652784.1 2.99e-19 2023717 Pseudomonadati Pseudomonadota OAN53756.1 WP_071876418.1 1.99e-17 332949 Bacillati Bacillota OAN53756.1 WP_150396769.1 4.11e-12 305 Pseudomonadati Pseudomonadota OAN53756.1 KAF9974715.1 4.42e-10 1343610 Fungi Mortierellomycota HHT66172.1 HHT66172.1 6.60e-82 1898207 Bacillati Bacillota KAI1051942.1 KAI1051942.1 0.0 48484 Fungi Ascomycota KAI1051942.1 MBE3049203.1 6.77e-44 2026714 Thermoproteati Candidatus Bathyarchaeota KAI1051942.1 WP_114947928.1 6.96e-12 2078013 Pseudomonadati Pseudomonadota WP_137202811.1 WP_137202811.1 0.0 33069 Pseudomonadati Pseudomonadota WP_137202811.1 WP_200200480.1 3.13e-41 287 Pseudomonadati Pseudomonadota WP_137202811.1 MBA3614174.1 2.61e-28 2358460 Pseudomonadati Nitrospirota WP_137202811.1 WP_209090305.1 1.46e-09 358 Pseudomonadati Pseudomonadota MCP5262709.1 MCP5262709.1 1.74e-232 50421 Pseudomonadati Pseudomonadota MCP5262709.1 GLY24463.1 5.23e-92 3032198 Bacillati Actinomycetota MCP5262709.1 WP_107894076.1 1.74e-90 1130819 Bacillati Bacillota MCP5262709.1 WP_131166802.1 2.47e-88 1837344 Bacillati Actinomycetota MCP5262709.1 WP_066083732.1 6.00e-88 220687 Bacillati Bacillota MCP5262709.1 WP_192324556.1 4.46e-78 34072;2769259 Pseudomonadati Pseudomonadota MCP5262709.1 WP_227059655.1 4.34e-74 40545 Pseudomonadati Pseudomonadota MCP5262709.1 WP_098952357.1 2.18e-64 196821;2018067;2717498 Pseudomonadati Pseudomonadota MCP5262709.1 MBQ3864274.1 5.08e-60 2044939 Bacillati Bacillota MCP5262709.1 RUU66461.1 1.65e-58 2496787 Pseudomonadati Pseudomonadota MCP5262709.1 MBU5353226.1 8.55e-54 198119 Bacillati Bacillota MCP5262709.1 QCM13287.1 2.94e-53 358 Pseudomonadati Pseudomonadota MCP5262709.1 OAN53756.1 1.15e-27 1285242 Pseudomonadati Pseudomonadota MCP5262709.1 WP_008470196.1 1.38e-26 1203033;1423758 Bacillati Bacillota MCP5262709.1 MBT4161918.1 1.60e-25 1913989 Pseudomonadati Pseudomonadota MCP5262709.1 WP_174822921.1 7.41e-24 N/A N/A MCP5262709.1 MCC6044083.1 2.80e-23 2184738 Thermoproteati Thermoproteota MCP5262709.1 WP_279984614.1 1.66e-22 909768 Pseudomonadati Pseudomonadota MCP5262709.1 MXP43753.1 1.09e-21 1689985 Pseudomonadati Pseudomonadota MCP5262709.1 WP_207918089.1 2.39e-21 185978;2512133;2587092 Bacillati Bacillota MCP5262709.1 MBC7326981.1 7.87e-19 1869227 0 0 MCP5262709.1 WP_256546297.1 2.04e-18 1126236 Methanobacteriati Methanobacteriota MCP5262709.1 WP_211555180.1 2.51e-17 574987 Pseudomonadati Pseudomonadota MCP5262709.1 EHH5649593.1 5.94e-17 195 Pseudomonadati Campylobacterota MCP5262709.1 WP_158791585.1 1.19e-16 1641866 Pseudomonadati Acidobacteriota MBA0617731.1 MBA0617731.1 1.72e-107 34286;34287 Viridiplantae Streptophyta SOE69513.1 SOE69513.1 1.85e-273 1882795 Pseudomonadati Pseudomonadota WP_125770870.1 WP_125770870.1 2.79e-59 2487417 Bacillati Actinomycetota OGD46026.1 OGD46026.1 0.0 1797382 Thermoproteati Candidatus Bathyarchaeota KAG1590416.1 KAG1590416.1 1.15e-292 936053 Fungi Mucoromycota KAG1590416.1 XP_048379117.1 1.46e-85 3053191 Metazoa Chordata KAG1590416.1 RQM16216.1 3.23e-81 542832 0 Oomycota KAG1590416.1 XP_029528577.1 1.03e-80 8023 Metazoa Chordata KAG1590416.1 EYU24504.1 1.50e-65 4155 Viridiplantae Streptophyta KAG1590416.1 NXD84883.1 2.57e-63 342381 Metazoa Chordata KAG1590416.1 XP_046441060.1 9.52e-45 6669 Metazoa Arthropoda KAG1590416.1 XP_020321477.1 1.36e-44 8019 Metazoa Chordata KAG1590416.1 XP_008215352.1 3.53e-43 7425 Metazoa Arthropoda KAG1590416.1 XP_030620685.1 1.00e-40 29144 Metazoa Chordata KAG1590416.1 XP_048216280.1 5.08e-40 214514 Metazoa Chordata KAG1590416.1 XP_019384620.1 7.82e-32 8502 Metazoa Chordata KAG1590416.1 XP_051566275.1 4.36e-27 70543 Metazoa Chordata KAG1590416.1 KAH6984898.1 1.62e-26 2824670 Fungi Ascomycota KAJ7170950.1 KAJ7170950.1 2.12e-282 858877 Fungi Basidiomycota VTD69375.1 VTD69375.1 2.48e-121 1313 Bacillati Bacillota VTD69375.1 WP_195156489.1 2.23e-22 1307 Bacillati Bacillota PIY74148.1 PIY74148.1 0.0 1974800 0 Candidatus Portnoyibacteriota PIY74148.1 MBL6756473.1 7.03e-135 2026780 Pseudomonadati Planctomycetota PIY74148.1 WP_226865765.1 1.63e-78 592978;2883183 0;Bacillati 0;Bacillota PIY74148.1 KXK41164.1 3.98e-73 1617422 Pseudomonadati Bacteroidota PIY74148.1 WP_240053789.1 1.44e-18 820 Pseudomonadati Bacteroidota PIY74148.1 WP_220492852.1 3.31e-06 194690 Pseudomonadati Pseudomonadota PIY74148.1 WP_278906630.1 4.07e-05 39483 Bacillati Bacillota MCR5435766.1 MCR5435766.1 0.0 166 Pseudomonadati Spirochaetota WP_123159424.1 WP_123159424.1 0.0 1301;2293247;2478956;2584682 Bacillati Bacillota WP_123159424.1 WP_081224968.1 0.0 1288 Bacillati Bacillota WP_123159424.1 MCB9999913.1 1.08e-176 2021371 Pseudomonadati Pseudomonadota WP_123159424.1 SCL13606.1 2.56e-39 47866 Bacillati Actinomycetota WP_123159424.1 WP_194957532.1 3.82e-32 1597;113557 Bacillati Bacillota WP_123159424.1 XP_053592881.1 3.74e-16 69319 Metazoa Arthropoda HAQ5294203.1 HAQ5294203.1 0.0 1352 Bacillati Bacillota MCD6306959.1 MCD6306959.1 1.26e-251 2026735 Pseudomonadati Myxococcota MCD6306959.1 WP_275196335.1 1.86e-15 2698826 Pseudomonadati Pseudomonadota QCM13287.1 QCM13287.1 4.25e-195 358 Pseudomonadati Pseudomonadota QCM13287.1 WP_131166802.1 2.24e-65 1837344 Bacillati Actinomycetota QCM13287.1 WP_066083732.1 1.09e-64 220687 Bacillati Bacillota QCM13287.1 WP_192324556.1 4.06e-57 34072;2769259 Pseudomonadati Pseudomonadota QCM13287.1 WP_107894076.1 3.17e-55 1130819 Bacillati Bacillota QCM13287.1 MCP5262709.1 3.24e-54 50421 Pseudomonadati Pseudomonadota QCM13287.1 WP_227059655.1 3.15e-50 40545 Pseudomonadati Pseudomonadota QCM13287.1 GLY24463.1 7.70e-49 3032198 Bacillati Actinomycetota QCM13287.1 WP_098952357.1 8.43e-37 196821;2018067;2717498 Pseudomonadati Pseudomonadota QCM13287.1 WP_142931103.1 4.37e-15 2202200 Pseudomonadati Campylobacterota QCM13287.1 RUU66461.1 1.32e-04 2496787 Pseudomonadati Pseudomonadota MBS0252923.1 MBS0252923.1 3.75e-112 1977087 Pseudomonadati Pseudomonadota WP_252541609.1 WP_252541609.1 4.11e-229 2902486 Bacillati Actinomycetota WP_252541609.1 WP_144384753.1 4.60e-42 2011095 Bacillati Actinomycetota WP_252541609.1 MCO5330244.1 4.06e-17 2497619 Bacillati Actinomycetota WP_062640876.1 WP_062640876.1 1.58e-215 1777142 Pseudomonadati Pseudomonadota WP_062640876.1 MAJ71254.1 8.28e-50 1913989;1916082;1986650 Pseudomonadati Pseudomonadota WP_062640876.1 WP_069083484.1 2.99e-39 1856685 Pseudomonadati Pseudomonadota KOO34710.1 KOO34710.1 5.00e-57 1460289 0 Haptophyta WP_121334391.1 WP_121334391.1 5.23e-302 287 Pseudomonadati Pseudomonadota YP_010462557.1 YP_010462557.1 1.53e-299 1245236;1245541;2041141 Viridiplantae Streptophyta YP_010462557.1 WP_222594143.1 2.75e-84 422442 Bacillati Actinomycetota YP_010462557.1 WP_262043205.1 9.39e-34 562 Pseudomonadati Pseudomonadota MCR5237392.1 MCR5237392.1 2.19e-258 1898203 Bacillati Bacillota WP_015527010.1 WP_015527010.1 1.83e-307 186801;657323;1737424;2860051 Bacillati Bacillota MCB0094774.1 MCB0094774.1 1.23e-120 2614250 Bacillati Chloroflexota WP_251767892.1 WP_251767892.1 1.02e-149 56454;453602 Pseudomonadati Pseudomonadota WP_220742815.1 WP_220742815.1 6.56e-132 501487 Bacillati Bacillota NNE23115.1 NNE23115.1 2.19e-257 1909294 Pseudomonadati Pseudomonadota NNE23115.1 WP_258581409.1 9.72e-56 2865837 Pseudomonadati Pseudomonadota NNE23115.1 WP_237907640.1 2.95e-55 192 Pseudomonadati Pseudomonadota NNE23115.1 WP_011057593.1 4.37e-54 146786;197221 Bacillati Cyanobacteriota NNE23115.1 WP_109219819.1 4.35e-46 28901;58712 Pseudomonadati Pseudomonadota NNE23115.1 WP_088153117.1 3.09e-24 171674 Pseudomonadati Pseudomonadota NNE23115.1 WP_247749043.1 9.93e-16 N/A N/A NNE23115.1 MBQ3864274.1 4.74e-14 2044939 Bacillati Bacillota NNE23115.1 NVM03966.1 1.21e-12 2719382 Promethearchaeati Candidatus Helarchaeota NNE23115.1 KAI7371949.1 6.67e-10 91943 Fungi Ascomycota NNE23115.1 WP_060613079.1 2.30e-09 570;573 Pseudomonadati Pseudomonadota NNE23115.1 KAJ5168969.1 1.42e-08 189055 Fungi Ascomycota NNE23115.1 THW78755.1 6.68e-08 5580 Fungi Ascomycota NNE23115.1 WP_041481207.1 6.43e-07 1719;1161911 Bacillati Actinomycetota WP_238785931.1 WP_238785931.1 0.0 1573719 Pseudomonadati Pseudomonadota MCF3123421.1 MCF3123421.1 2.77e-160 29301 Bacillati Actinomycetota KAJ5976390.1 KAJ5976390.1 4.72e-218 69791 Fungi Ascomycota NPA33962.1 NPA33962.1 0.0 2268192 Pseudomonadati Chlorobiota WP_071563317.1 WP_071563317.1 1.37e-172 2360 Pseudomonadati Pseudomonadota WP_236961032.1 WP_236961032.1 3.40e-64 2202825 Pseudomonadati Pseudomonadota WP_236961032.1 WP_146205473.1 5.02e-14 652751 Pseudomonadati Pseudomonadota AIG14299.1 AIG14299.1 9.07e-164 11676 Pararnavirae Artverviricota AIG14299.1 QJX39570.1 2.26e-128 11676 Pararnavirae Artverviricota AIG14299.1 AAW57761.1 6.47e-114 11676 Pararnavirae Artverviricota KIX64119.1 KIX64119.1 1.45e-180 28450 Pseudomonadati Pseudomonadota WP_063603400.1 WP_063603400.1 4.39e-311 1676683 Pseudomonadati Pseudomonadota WP_063603400.1 EFK2137151.1 9.71e-68 562 Pseudomonadati Pseudomonadota WP_063603400.1 KAA3621416.1 7.37e-09 239 Pseudomonadati Bacteroidota WP_218965839.1 WP_218965839.1 1.61e-235 1196083 Pseudomonadati Pseudomonadota WP_218965839.1 EDD0587303.1 4.81e-46 90371 Pseudomonadati Pseudomonadota WP_173789750.1 WP_173789750.1 5.85e-236 39486 Bacillati Bacillota NXS49052.1 NXS49052.1 3.60e-22 33584 Metazoa Chordata MBL6756473.1 MBL6756473.1 0.0 2026780 Pseudomonadati Planctomycetota MBL6756473.1 PIY74148.1 5.07e-137 1974800 0 Candidatus Portnoyibacteriota MBL6756473.1 KXK41164.1 5.50e-76 1617422 Pseudomonadati Bacteroidota MBL6756473.1 WP_226865765.1 1.29e-73 592978;2883183 0;Bacillati 0;Bacillota MBL6756473.1 WP_240053789.1 1.44e-25 820 Pseudomonadati Bacteroidota MBL6756473.1 WP_278906630.1 6.08e-06 39483 Bacillati Bacillota MBL6756473.1 WP_220492852.1 1.31e-05 194690 Pseudomonadati Pseudomonadota MBL6756473.1 WP_281498184.1 4.57e-05 N/A N/A MBN9390566.1 MBN9390566.1 4.57e-131 1895928;2026724 Bacillati Chloroflexota WP_174048133.1 WP_174048133.1 1.05e-299 358 Pseudomonadati Pseudomonadota EIG7023758.1 EIG7023758.1 8.20e-269 28901 Pseudomonadati Pseudomonadota KAG8015916.1 KAG8015916.1 4.46e-124 N/A N/A KAG8015916.1 HCH0658035.1 1.06e-82 61645 Pseudomonadati Pseudomonadota KAG8015916.1 HCB14820.1 1.88e-07 1913989 Pseudomonadati Pseudomonadota WP_039085559.1 WP_039085559.1 0.0 210 Pseudomonadati Campylobacterota WP_039085559.1 WP_145514932.1 2.20e-123 419257 Pseudomonadati Pseudomonadota WP_224721611.1 WP_224721611.1 2.09e-91 2590547 Bacillati Bacillota VJO49958.1 VJO49958.1 0.0 1313 Bacillati Bacillota VJO49958.1 WP_125555296.1 1.26e-175 284579 Bacillati Bacillota VJO49958.1 WP_253630899.1 1.62e-59 2953808 Bacillati Bacillota VJO49958.1 GAP55147.1 2.62e-21 1588022 Bacillati Actinomycetota VJO49958.1 HAN2236324.1 3.88e-11 562 Pseudomonadati Pseudomonadota MBK7771335.1 MBK7771335.1 7.87e-66 1869227 0 0 SQI90360.1 SQI90360.1 1.32e-20 571 Pseudomonadati Pseudomonadota MCH5250214.1 MCH5250214.1 0.0 1898203 Bacillati Bacillota MCH5250214.1 EDN57974.1 2.50e-64 150340 Pseudomonadati Pseudomonadota MCH5250214.1 KFX48203.1 1.45e-59 N/A N/A MCH5250214.1 WP_138482356.1 4.45e-42 161398 Pseudomonadati Pseudomonadota MCH5250214.1 TAL20232.1 1.08e-35 1872578 Pseudomonadati Pseudomonadota MCH5250214.1 WP_076194242.1 2.92e-26 44249;189426 Bacillati Bacillota MCH5250214.1 WP_257504872.1 5.45e-14 2057793 Bacillati Actinomycetota MCH5250214.1 MCL5028570.1 6.56e-12 1898104 Pseudomonadati Bacteroidota MCH5250214.1 WP_069156513.1 3.48e-09 1432052 Bacillati Bacillota MCH5250214.1 WP_186723788.1 7.42e-07 582 Pseudomonadati Pseudomonadota WP_241468713.1 WP_241468713.1 0.0 562 Pseudomonadati Pseudomonadota WP_241468713.1 STF90731.1 0.0 562 Pseudomonadati Pseudomonadota MCO5248061.1 MCO5248061.1 1.79e-169 2448779 Pseudomonadati Bacteroidota RKT44589.1 RKT44589.1 1.28e-162 69360 Pseudomonadati Pseudomonadota TDM00308.1 TDM00308.1 4.16e-73 1871037 Pseudomonadati Bacteroidota TDM00308.1 MBR4471080.1 4.20e-32 2049044 Bacillati Bacillota TDM00308.1 KKP93192.1 1.46e-27 1618782;1618898 0 0 TDM00308.1 WP_148259014.1 1.41e-20 34094;2047757 Pseudomonadati Chlamydiota MCA6099904.1 MCA6099904.1 0.0 2821406 Pseudomonadati Pseudomonadota MCA6099904.1 WP_089095302.1 2.09e-48 346;473426 Pseudomonadati Pseudomonadota MCA6099904.1 WP_222599035.1 5.76e-10 N/A N/A RKU33385.1 RKU33385.1 2.94e-208 2026781 0 Candidatus Poribacteria KAH7252800.1 KAH7252800.1 1.76e-268 61284 Fungi Ascomycota KAH7252800.1 WP_006027485.1 2.33e-50 430531;441157 Pseudomonadati Pseudomonadota KAH7252800.1 MBO1529847.1 6.05e-16 2818440 Pseudomonadati Pseudomonadota KAH7252800.1 WP_167320363.1 2.49e-06 1428 Bacillati Bacillota EIH6124474.1 EIH6124474.1 3.92e-298 562 Pseudomonadati Pseudomonadota EIH6124474.1 WP_261529150.1 5.94e-07 87883 Pseudomonadati Pseudomonadota MBO8159537.1 MBO8159537.1 1.25e-111 2740820 Bacillati Bacillota WP_151206143.1 WP_151206143.1 0.0 469;28090;2563897;2650964;2953889;2972915 Pseudomonadati Pseudomonadota MBN8912970.1 MBN8912970.1 5.90e-89 1909294 Pseudomonadati Pseudomonadota TOP73014.1 TOP73014.1 8.69e-72 670 Pseudomonadati Pseudomonadota HAV89419.1 HAV89419.1 7.79e-272 306 Pseudomonadati Pseudomonadota WP_056688515.1 WP_056688515.1 3.74e-183 1736460 Bacillati Actinomycetota MBV9654022.1 MBV9654022.1 3.20e-273 1909293 Pseudomonadati Pseudomonadota WP_138572923.1 WP_138572923.1 1.95e-237 2579971 Pseudomonadati Pseudomonadota WP_138572923.1 WP_114861267.1 4.07e-118 192 Pseudomonadati Pseudomonadota WP_138572923.1 MBD5394228.1 5.14e-09 1898203 Bacillati Bacillota MBI2925684.1 MBI2925684.1 3.00e-81 2026799 Pseudomonadati Verrucomicrobiota WP_065519347.1 WP_065519347.1 1.27e-258 570;573 Pseudomonadati Pseudomonadota KAI8690655.1 KAI8690655.1 3.12e-185 2898544 Fungi Ascomycota KAG0363719.1 KAG0363719.1 1.22e-48 64525 Fungi Mortierellomycota XP_031707624.1 XP_031707624.1 0.0 433405 Metazoa Chordata MBT3590949.1 MBT3590949.1 2.47e-104 2026760 Pseudomonadati Fidelibacterota MBU0838658.1 MBU0838658.1 1.31e-231 1913989 Pseudomonadati Pseudomonadota ECB3502766.1 ECB3502766.1 3.32e-143 913079 Pseudomonadati Pseudomonadota ECB3502766.1 EFB0579454.1 4.38e-117 195 Pseudomonadati Campylobacterota WP_270757591.1 WP_270757591.1 8.14e-292 1796635 Bacillati Bacillota WP_270757591.1 MCA1697375.1 8.97e-04 2900548 Bacillati Actinomycetota TLY75477.1 TLY75477.1 2.21e-182 1913989 Pseudomonadati Pseudomonadota TLY75477.1 WP_032004153.1 1.50e-10 48296;909768;1310681 Pseudomonadati Pseudomonadota TLY75477.1 XP_045954854.1 1.68e-09 152316 Fungi Ascomycota WP_125504029.1 WP_125504029.1 8.01e-239 2203203;2203204;2593676 Bacillati Actinomycetota WP_245404560.1 WP_245404560.1 3.84e-65 N/A N/A WP_268140002.1 WP_268140002.1 2.93e-150 N/A N/A HDO82225.1 HDO82225.1 4.14e-185 2250256 Nanobdellati Candidatus Altarchaeota WP_039692015.1 WP_039692015.1 3.53e-193 1778540 Pseudomonadati Pseudomonadota KAH7371872.1 KAH7371872.1 9.66e-186 2138324 Fungi Ascomycota WP_203374052.1 WP_203374052.1 7.82e-96 2810368 Bacillati Actinomycetota WP_185644473.1 WP_185644473.1 2.97e-90 1552123 Bacillati Bacillota MCF8106439.1 MCF8106439.1 1.91e-145 2683721 Pseudomonadati Thermodesulfobacteriota WP_141918410.1 WP_141918410.1 0.0 244735 Bacillati Actinomycetota KAE8802158.1 KAE8802158.1 6.72e-105 4513 Viridiplantae Streptophyta DAM55269.1 DAM55269.1 2.73e-291 2832643 Heunggongvirae Uroviricota EFI7849450.1 EFI7849450.1 6.21e-99 562 Pseudomonadati Pseudomonadota EFI7849450.1 EFL3122059.1 9.41e-63 562 Pseudomonadati Pseudomonadota EFI7849450.1 EIH4263652.1 5.45e-61 562 Pseudomonadati Pseudomonadota EFI7849450.1 EFL5817307.1 3.96e-46 562 Pseudomonadati Pseudomonadota EFI7849450.1 EER8306359.1 5.35e-36 562 Pseudomonadati Pseudomonadota WP_027896470.1 WP_027896470.1 0.0 157784 Pseudomonadati Pseudomonadota MBD3702988.1 MBD3702988.1 1.40e-73 573;72407 Pseudomonadati Pseudomonadota WP_200696402.1 WP_200696402.1 3.51e-195 1883;1931;2800408 Bacillati Actinomycetota WP_200696402.1 WP_204334995.1 3.09e-29 N/A N/A KAH0091028.1 KAH0091028.1 0.0 46634 Fungi Ascomycota WP_215683653.1 WP_215683653.1 1.27e-230 39486 Bacillati Bacillota WP_246003214.1 WP_246003214.1 0.0 228006 Bacillati Actinomycetota WP_246003214.1 PYB13830.1 3.60e-29 615 Pseudomonadati Pseudomonadota WP_246003214.1 EJG3313804.1 5.12e-19 195 Pseudomonadati Campylobacterota WP_246003214.1 MBN9324306.1 3.08e-09 80866 Pseudomonadati Pseudomonadota WP_246003214.1 TMQ04701.1 1.06e-08 2026735 Pseudomonadati Myxococcota WP_246003214.1 MBF2759673.1 4.02e-08 1725326 Pseudomonadati Pseudomonadota WP_246003214.1 MCC5948066.1 4.78e-08 2093808 Bacillati Actinomycetota WP_246003214.1 XP_052525039.1 6.34e-08 109042 Metazoa Chordata WP_246003214.1 WP_254101325.1 1.71e-06 2961944 Pseudomonadati Pseudomonadota OBW66090.1 OBW66090.1 0.0 5580 Fungi Ascomycota XP_049399244.1 XP_049399244.1 1.18e-282 172797 Viridiplantae Streptophyta WP_138051112.1 WP_138051112.1 5.65e-285 2580423 Bacillati Actinomycetota WP_112865547.1 WP_112865547.1 2.74e-140 703 Pseudomonadati Pseudomonadota MCU1506104.1 MCU1506104.1 2.22e-264 1873462 Bacillati Actinomycetota MCU1506104.1 WP_250898423.1 1.74e-175 N/A N/A MCJ8328039.1 MCJ8328039.1 1.24e-198 2268179;2268180 Pseudomonadati Campylobacterota KAF2994395.1 KAF2994395.1 9.95e-148 90978 Fungi Ascomycota WP_266603981.1 WP_266603981.1 7.29e-139 2984495 Bacillati Actinomycetota AAQ88513.1 AAQ88513.1 0.0 9606 Metazoa Chordata WP_217278020.1 WP_217278020.1 9.06e-101 83462 Pseudomonadati Myxococcota WP_065073015.1 WP_065073015.1 2.69e-103 1766 Bacillati Actinomycetota WP_065073015.1 WP_030094039.1 7.67e-68 1771;1774;319705;418031;670516;1460372 Bacillati Actinomycetota MBS7021842.1 MBS7021842.1 4.49e-207 729 Pseudomonadati Pseudomonadota WP_176390098.1 WP_176390098.1 0.0 2745934 Pseudomonadati Pseudomonadota WP_176390098.1 KQO44758.1 2.83e-136 1736239 Pseudomonadati Pseudomonadota WP_089187353.1 WP_089187353.1 1.01e-167 615 Pseudomonadati Pseudomonadota KAE9107042.1 KAE9107042.1 6.64e-84 53985 0 Oomycota WP_084717372.1 WP_084717372.1 1.89e-163 398736 Pseudomonadati Pseudomonadota WP_062263491.1 WP_062263491.1 1.99e-211 1633495 Pseudomonadati Pseudomonadota WP_062263491.1 HIS27960.1 1.46e-58 2840685 Bacillati Bacillota WP_062263491.1 WP_111083956.1 6.66e-58 2;179015;2739016;2783818;2783819 0;Bacillati 0;Actinomycetota KNZ32786.1 KNZ32786.1 0.0 1686064 Pseudomonadati Pseudomonadota WP_277491977.1 WP_277491977.1 3.86e-249 299767 Pseudomonadati Pseudomonadota PWB61544.1 PWB61544.1 3.33e-220 2026735 Pseudomonadati Myxococcota MBF0570872.1 MBF0570872.1 9.36e-104 2035772 Pseudomonadati Candidatus Omnitrophota KAF2725148.1 KAF2725148.1 0.0 1314669 Fungi Ascomycota MCI02510.1 MCI02510.1 3.01e-70 97028 Viridiplantae Streptophyta KAI0095213.1 KAI0095213.1 1.65e-222 378272 Fungi Basidiomycota KAI0095213.1 OLA08565.1 3.65e-12 1897004 Bacillati Bacillota KAI0095213.1 MBP5726154.1 7.84e-11 2044939 Bacillati Bacillota WP_259691170.1 WP_259691170.1 5.44e-266 1590 Bacillati Bacillota EHG9706352.1 EHG9706352.1 3.52e-104 28901 Pseudomonadati Pseudomonadota NIR98474.1 NIR98474.1 5.52e-27 1913989 Pseudomonadati Pseudomonadota WP_073505727.1 WP_073505727.1 6.99e-252 61015 Bacillati Bacillota WP_073505727.1 WP_133874384.1 2.11e-87 52695 Bacillati Actinomycetota WP_073505727.1 WP_164767343.1 2.31e-47 2496733 Pseudomonadati Pseudomonadota RPI21000.1 RPI21000.1 9.14e-249 1978231 Pseudomonadati Acidobacteriota WP_011568153.1 WP_011568153.1 3.94e-179 2434;375451 Pseudomonadati Pseudomonadota MBP8225438.1 MBP8225438.1 5.28e-129 1872122 Pseudomonadati Pseudomonadota WP_148284348.1 WP_148284348.1 1.26e-257 1133546 Bacillati Actinomycetota WP_148284348.1 MCE0539567.1 2.87e-08 84633 Bacillati Actinomycetota WP_138860096.1 WP_138860096.1 1.61e-165 33986 Bacillati Bacillota WP_249423022.1 WP_249423022.1 2.17e-225 N/A N/A MBM3258402.1 MBM3258402.1 5.57e-286 2961651 Bacillati 0 WP_140164964.1 WP_140164964.1 0.0 670 Pseudomonadati Pseudomonadota WP_140164964.1 WP_186556299.1 1.94e-33 286;2745493 Pseudomonadati Pseudomonadota WP_061671893.1 WP_061671893.1 2.77e-170 1890302 Bacillati Bacillota WP_142009293.1 WP_142009293.1 2.55e-99 135621;319939;2768443 Pseudomonadati Pseudomonadota MCR6642262.1 MCR6642262.1 5.41e-177 2231183 Pseudomonadati Bacteroidota MCH8312134.1 MCH8312134.1 6.56e-74 2026769 Pseudomonadati Nitrospinota DAI44238.1 DAI44238.1 5.61e-233 2832643 Heunggongvirae Uroviricota MCU0243120.1 MCU0243120.1 6.72e-313 2793154 Pseudomonadati Acidobacteriota MCU0243120.1 WP_265364885.1 2.94e-04 2991496 Bacillati Actinomycetota MBD5657753.1 MBD5657753.1 2.70e-202 2052317 0 0 XP_023318286.1 XP_023318286.1 0.0 7493 Metazoa Arthropoda EAA8040699.1 EAA8040699.1 0.0 28901;59201;165302 Pseudomonadati Pseudomonadota EAA8040699.1 ECE8916583.1 0.0 90371 Pseudomonadati Pseudomonadota XP_023815606.1 XP_023815606.1 0.0 N/A N/A TYI91467.1 TYI91467.1 2.06e-304 34275 Viridiplantae Streptophyta XP_037327098.1 XP_037327098.1 0.0 N/A N/A XP_037327098.1 NWX34570.1 2.20e-39 366454 Metazoa Chordata XP_037327098.1 XP_054844157.1 2.64e-17 481883 Metazoa Chordata EER8085032.1 EER8085032.1 0.0 562 Pseudomonadati Pseudomonadota MBQ3129991.1 MBQ3129991.1 8.47e-216 2212467 Pseudomonadati Bacteroidota WP_278084771.1 WP_278084771.1 0.0 3016107 Bacillati Actinomycetota WP_278084771.1 VAX76432.1 1.52e-54 138074 Pseudomonadati Pseudomonadota WP_278084771.1 PIQ07033.1 1.40e-46 1974717 0 Candidatus Nealsoniibacteriota WP_278084771.1 MBQ2895174.1 1.86e-15 2485925 Bacillati Bacillota WP_097275324.1 WP_097275324.1 3.03e-302 1938861 Bacillati Actinomycetota WP_179156843.1 WP_179156843.1 4.10e-281 2737049 Bacillati Bacillota WP_179156843.1 WP_250015522.1 4.35e-49 2653189 Bacillati Cyanobacteriota WP_179156843.1 MBW4662439.1 4.80e-38 904376 Bacillati Cyanobacteriota WP_179156843.1 WP_210167953.1 1.41e-31 N/A N/A GIR47037.1 GIR47037.1 0.0 1913988 Pseudomonadati Pseudomonadota GIR47037.1 UDH58358.1 2.75e-155 4424 Viridiplantae Streptophyta GIR47037.1 WP_251758029.1 9.93e-147 2942999 Pseudomonadati Bacteroidota GIR47037.1 MBK3574312.1 4.55e-86 1488395 Bacillati Actinomycetota GIR47037.1 YP_009351723.1 1.80e-65 377994 Metazoa Arthropoda WP_057012309.1 WP_057012309.1 2.59e-199 75588 Pseudomonadati Pseudomonadota WP_057012309.1 TMC92967.1 2.45e-71 2026724 Bacillati Chloroflexota EAA6840433.1 EAA6840433.1 3.59e-214 28142;28901;34042 Pseudomonadati Pseudomonadota MBN1799017.1 MBN1799017.1 5.85e-158 2026792 Pseudomonadati Spirochaetota GBE16035.1 GBE16035.1 2.67e-259 1977087;2005722 0;Pseudomonadati 0;Pseudomonadota GBE16035.1 HBA4333173.1 1.75e-110 562 Pseudomonadati Pseudomonadota MCF0110827.1 MCF0110827.1 1.84e-206 2049044 Bacillati Bacillota WP_141605349.1 WP_141605349.1 1.29e-202 298;47878;136843 Pseudomonadati Pseudomonadota MCL4469743.1 MCL4469743.1 8.66e-285 1913989 Pseudomonadati Pseudomonadota MCL4469743.1 TAM79626.1 4.60e-124 1978231 Pseudomonadati Acidobacteriota HCI4632030.1 HCI4632030.1 9.21e-26 573;1463164;1667327;2590157 Pseudomonadati Pseudomonadota HCI4632030.1 WP_193850569.1 3.88e-14 2782014 Pseudomonadati Pseudomonadota WP_217105914.1 WP_217105914.1 1.81e-262 87883 Pseudomonadati Pseudomonadota KAF3180666.1 KAF3180666.1 0.0 2813651 Fungi Ascomycota WP_160394157.1 WP_160394157.1 1.37e-85 2682849 Bacillati Bacillota MCK4403577.1 MCK4403577.1 6.32e-125 2053527 Pseudomonadati Candidatus Zixiibacteriota MCK4403577.1 NGS95655.1 4.88e-60 1502 Bacillati Bacillota OMP01148.1 OMP01148.1 1.02e-15 93759 Viridiplantae Streptophyta WP_038492378.1 WP_038492378.1 2.33e-132 55508 Pseudomonadati Pseudomonadota MBQ1771956.1 MBQ1771956.1 7.75e-266 2044939 Bacillati Bacillota MBQ1771956.1 WP_167263015.1 5.35e-87 1379154 Bacillati Bacillota MBQ1771956.1 MBC5824559.1 2.98e-65 2052317 0 0 WP_048271612.1 WP_048271612.1 4.05e-314 244366 Pseudomonadati Pseudomonadota WP_259865813.1 WP_259865813.1 3.87e-212 53359 Bacillati Actinomycetota WP_089905939.1 WP_089905939.1 0.0 245187 Pseudomonadati Pseudomonadota WP_089905939.1 WP_260685194.1 3.89e-04 562 Pseudomonadati Pseudomonadota MBO7633581.1 MBO7633581.1 2.79e-81 1898203 Bacillati Bacillota WP_264351023.1 WP_264351023.1 2.29e-132 1328 Bacillati Bacillota KAH9572460.1 KAH9572460.1 0.0 128215 Viridiplantae Streptophyta ASI70574.1 ASI70574.1 7.10e-132 164759 Pseudomonadati Pseudomonadota KAG9043128.1 KAG9043128.1 3.94e-258 2601502 Fungi Basidiomycota WP_123868396.1 WP_123868396.1 2.20e-136 59732;1241978;1609531 Pseudomonadati Bacteroidota EHW0060032.1 EHW0060032.1 3.56e-62 562 Pseudomonadati Pseudomonadota OGG08302.1 OGG08302.1 9.84e-245 1798376;1798385;1798386;1798389;1798398 0 Candidatus Gottesmaniibacteriota OGG08302.1 WP_115470986.1 2.68e-37 89061 Bacillati Bacillota OGG08302.1 WP_152158314.1 1.37e-15 40544;1944635 Pseudomonadati Pseudomonadota CAF4577788.1 CAF4577788.1 2.71e-152 2762511 Metazoa Rotifera HCL36615.1 HCL36615.1 1.94e-254 649756 Bacillati Bacillota UYE49180.1 UYE49180.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 ULB83374.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UYE49180.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WP_204719689.1 WP_204719689.1 8.73e-205 474960 Bacillati Bacillota WP_113851760.1 WP_113851760.1 9.64e-173 562 Pseudomonadati Pseudomonadota WP_113851760.1 NGP45824.1 8.54e-55 1398745 Bacillati Bacillota WP_113851760.1 MCF8193609.1 1.61e-36 2044936 Pseudomonadati Bacteroidota WP_113851760.1 WP_282979415.1 3.11e-36 33917 Bacillati Actinomycetota WP_113851760.1 WP_144002426.1 4.37e-16 68270 Bacillati Actinomycetota MCE5240463.1 MCE5240463.1 5.93e-149 1869227 0 0 MBP9771519.1 MBP9771519.1 0.0 2053589 Bacillati Minisyncoccota MBP9771519.1 MBU7046308.1 1.66e-39 2747605 Methanobacteriati Methanobacteriota MBP9771519.1 MBR6343266.1 6.68e-22 2652289 Bacillati Bacillota MBP9771519.1 WP_010016619.1 1.57e-20 1229756;1607839;3016637 Bacillati Bacillota MBP9771519.1 MBP6400846.1 6.07e-13 1971605 Bacillati Bacillota MCF1439711.1 MCF1439711.1 2.28e-62 50422 Pseudomonadati Pseudomonadota MCF1439711.1 MCH8904788.1 6.41e-19 1898104 Pseudomonadati Bacteroidota MCF1439711.1 WP_280949002.1 8.38e-16 N/A N/A MBQ1653514.1 MBQ1653514.1 3.76e-141 2030927 Pseudomonadati Bacteroidota WP_184094916.1 WP_184094916.1 2.45e-130 433286 Bacillati Bacillota WP_073520930.1 WP_073520930.1 0.0 562 Pseudomonadati Pseudomonadota WP_097089246.1 WP_097089246.1 7.40e-243 196821;1261624;1261626;1261628;1261633 Pseudomonadati Pseudomonadota KAJ3654337.1 KAJ3654337.1 1.35e-96 2755281 Metazoa Arthropoda MBP8613265.1 MBP8613265.1 0.0 3085339 Bacillati Bacillota MBP8613265.1 MCL6479991.1 3.79e-17 2052179 Bacillati Bacillota MBP8613265.1 WP_254363411.1 4.49e-05 2962034 Bacillati Bacillota WP_212663497.1 WP_212663497.1 1.62e-286 155978;2762553 Bacillati Cyanobacteriota WP_212663497.1 WP_274604755.1 2.83e-05 N/A N/A MSU42127.1 MSU42127.1 8.93e-258 2024890 Pseudomonadati Verrucomicrobiota MSU42127.1 WP_253063755.1 1.31e-83 1923877 Bacillati Bacillota NEX64733.1 NEX64733.1 7.26e-219 2709383 Pseudomonadati Pseudomonadota NEX64733.1 MBN9625832.1 5.52e-118 1660086;1872122 Pseudomonadati Pseudomonadota NEX64733.1 GGS66510.1 2.66e-94 46182 Bacillati Actinomycetota XP_054852439.1 XP_054852439.1 2.16e-316 481883 Metazoa Chordata RLE48019.1 RLE48019.1 2.86e-69 2026803 Nanobdellati Candidatus Woesearchaeota WP_217691728.1 WP_217691728.1 0.0 N/A N/A AGA34473.1 AGA34473.1 3.54e-27 1255043 Pseudomonadati Pseudomonadota MCK9908664.1 MCK9908664.1 1.51e-70 2934369 Bacillati Actinomycetota MCU0650575.1 MCU0650575.1 1.51e-211 2026741 Pseudomonadati Gemmatimonadota KAJ5056431.1 KAJ5056431.1 6.47e-84 5016 Fungi Ascomycota PHR24038.1 PHR24038.1 3.97e-285 2030813 Pseudomonadati Thermodesulfobacteriota PHR24038.1 WP_151430057.1 7.20e-61 1796610;1977263 Bacillati Actinomycetota MBU0592078.1 MBU0592078.1 1.81e-89 2250274 Nanobdellati Microcaldota WP_264694478.1 WP_264694478.1 6.89e-69 2942908 Pseudomonadati Pseudomonadota WP_250376457.1 WP_250376457.1 6.30e-169 562 Pseudomonadati Pseudomonadota WP_250376457.1 EFB3581025.1 1.50e-31 562 Pseudomonadati Pseudomonadota WP_250376457.1 CAG0273471.1 1.14e-30 545 Pseudomonadati Pseudomonadota WP_250376457.1 HAP0275886.1 2.60e-20 562 Pseudomonadati Pseudomonadota MBC7326981.1 MBC7326981.1 6.08e-186 1869227 0 0 MBC7326981.1 WP_174822921.1 5.06e-109 N/A N/A MBC7326981.1 MXP43753.1 2.12e-107 1689985 Pseudomonadati Pseudomonadota MBC7326981.1 OAN53756.1 1.71e-103 1285242 Pseudomonadati Pseudomonadota MBC7326981.1 WP_207918089.1 5.62e-98 185978;2512133;2587092 Bacillati Bacillota MBC7326981.1 WP_158791585.1 1.85e-96 1641866 Pseudomonadati Acidobacteriota MBC7326981.1 MWR41881.1 3.99e-38 562 Pseudomonadati Pseudomonadota MBC7326981.1 WP_084371009.1 3.06e-25 692418 Pseudomonadati Bacteroidota MBC7326981.1 WP_107894076.1 4.35e-25 1130819 Bacillati Bacillota MBC7326981.1 WP_152652784.1 8.39e-23 2023717 Pseudomonadati Pseudomonadota MBC7326981.1 EHH5649593.1 1.28e-21 195 Pseudomonadati Campylobacterota MBC7326981.1 MBQ3864274.1 1.42e-21 2044939 Bacillati Bacillota MBC7326981.1 MCP5262709.1 1.94e-21 50421 Pseudomonadati Pseudomonadota MBC7326981.1 WP_192324556.1 4.49e-20 34072;2769259 Pseudomonadati Pseudomonadota MBC7326981.1 WP_227059655.1 1.11e-19 40545 Pseudomonadati Pseudomonadota MBC7326981.1 GLY24463.1 1.76e-19 3032198 Bacillati Actinomycetota MBC7326981.1 WP_276362074.1 1.85e-19 3034022 Bacillati Actinomycetota MBC7326981.1 WP_071876418.1 2.17e-18 332949 Bacillati Bacillota MBC7326981.1 WP_221977168.1 1.24e-16 1076926 Pseudomonadati Pseudomonadota MBC7326981.1 CDZ73727.1 4.76e-14 323655 Pseudomonadati Pseudomonadota MBC7326981.1 WP_167977039.1 6.30e-14 2604800 Bacillati Actinomycetota MBC7326981.1 WP_150396769.1 6.87e-12 305 Pseudomonadati Pseudomonadota MBC7326981.1 KAF9974715.1 3.33e-08 1343610 Fungi Mortierellomycota MBV9550452.1 MBV9550452.1 3.02e-169 1913988 Pseudomonadati Pseudomonadota WP_228938141.1 WP_228938141.1 9.66e-192 2777537 Pseudomonadati Pseudomonadota WP_040301436.1 WP_040301436.1 5.96e-120 1034 Pseudomonadati Pseudomonadota WP_248126409.1 WP_248126409.1 8.69e-303 84109 Bacillati Actinomycetota MQG44163.1 MQG44163.1 1.62e-91 2030829 Bacillati Chloroflexota WP_231149750.1 WP_231149750.1 0.0 1108595 Pseudomonadati Pseudomonadota MBI2621122.1 MBI2621122.1 5.24e-202 2052151 0 Candidatus Levyibacteriota MBI2621122.1 MBT2971737.1 6.61e-42 1968598;2792791 Pseudomonadati Pseudomonadota MBI2621122.1 WP_009197348.1 2.63e-33 649507;1279009 Pseudomonadati Bacteroidota WP_218566587.1 WP_218566587.1 4.23e-121 2339232 Bacillati Actinomycetota MBD20513.1 MBD20513.1 1.05e-37 1898112 Pseudomonadati Pseudomonadota KAH0561149.1 KAH0561149.1 4.56e-298 32391 Metazoa Arthropoda WP_175896721.1 WP_175896721.1 0.0 1207504 Pseudomonadati Pseudomonadota WP_175896721.1 WP_164653811.1 8.76e-63 329406 Pseudomonadati Pseudomonadota WP_175896721.1 WP_272906673.1 7.72e-62 354351 Pseudomonadati Pseudomonadota WP_175896721.1 KNY10996.1 2.22e-58 72556 Pseudomonadati Pseudomonadota WP_175896721.1 WP_271786410.1 1.28e-57 645 Pseudomonadati Pseudomonadota WP_175896721.1 WP_205173112.1 3.41e-57 992288 Bacillati Bacillota WP_175896721.1 WP_124213670.1 5.43e-57 286;287 Pseudomonadati Pseudomonadota WP_175896721.1 MBP7222158.1 1.03e-49 1960295 Bacillati Bacillota WP_175896721.1 WP_278449211.1 1.53e-49 293 Pseudomonadati Pseudomonadota WP_175896721.1 MCH3963123.1 1.12e-17 1506 Bacillati Bacillota RCI04718.1 RCI04718.1 1.18e-261 4846 Fungi Mucoromycota RCI04718.1 MBQ2017527.1 6.69e-20 1913988 Pseudomonadati Pseudomonadota RCI04718.1 WP_161258623.1 1.29e-18 121734 Bacillati Bacillota RCI04718.1 KAG5702777.1 3.67e-04 N/A N/A UBR86455.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UBR86455.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota XP_039202520.1 XP_039202520.1 0.0 88082 Metazoa Chordata WP_235697247.1 WP_235697247.1 3.30e-291 1717 Bacillati Actinomycetota EHQ6376324.1 EHQ6376324.1 2.20e-131 1639 Bacillati Bacillota XP_043890337.1 XP_043890337.1 0.0 28829 Metazoa Chordata WP_228268753.1 WP_228268753.1 1.03e-91 108980 Pseudomonadati Pseudomonadota WP_228268753.1 WP_172117930.1 1.09e-59 2591147 Pseudomonadati Pseudomonadota WP_228268753.1 WP_024404629.1 1.50e-42 N/A N/A WP_046093714.1 WP_046093714.1 4.01e-207 28901 Pseudomonadati Pseudomonadota WP_011513572.1 WP_011513572.1 2.17e-251 330922;335284 Pseudomonadati Pseudomonadota MCI0901122.1 MCI0901122.1 9.40e-170 2026724 Bacillati Chloroflexota SCH39951.1 SCH39951.1 0.0 59620 Bacillati Bacillota SCH39951.1 MBO8233644.1 8.68e-20 2054182;2716489 Bacillati Cyanobacteriota SCH39951.1 KDF42894.1 3.67e-13 208224 Pseudomonadati Pseudomonadota SCH39951.1 WP_074911472.1 1.48e-09 371601 Pseudomonadati Bacteroidota SCH39951.1 GDX36288.1 2.32e-07 1913988 Pseudomonadati Pseudomonadota AYV64277.1 AYV64277.1 7.83e-319 2487988 Viridiplantae Streptophyta AYV64277.1 UFH83377.1 4.18e-137 29709 Viridiplantae Streptophyta AYV64277.1 AFQ97813.1 4.43e-106 76025 Viridiplantae Streptophyta AYV64277.1 UTU41876.1 1.65e-102 66646 Viridiplantae Streptophyta WP_254743169.1 WP_254743169.1 0.0 2962936 Pseudomonadati Pseudomonadota MCB1875218.1 MCB1875218.1 3.02e-238 2026725 Pseudomonadati Pseudomonadota MCB1875218.1 WP_255519487.1 7.01e-26 N/A N/A WP_207128967.1 WP_207128967.1 7.50e-114 2807577 Bacillati Actinomycetota NQT73935.1 NQT73935.1 5.55e-278 2026724 Bacillati Chloroflexota NLI07658.1 NLI07658.1 4.80e-97 2268206 Thermotogati Thermotogota WP_204657011.1 WP_204657011.1 2.13e-37 745368 Bacillati Bacillota CAF1315160.1 CAF1315160.1 1.27e-54 392033 Metazoa Rotifera WP_197079459.1 WP_197079459.1 6.59e-34 1617025 Bacillati Bacillota XP_051777026.1 XP_051777026.1 0.0 27687 Metazoa Chordata WP_244440115.1 WP_244440115.1 4.05e-52 N/A N/A AUN37106.1 AUN37106.1 2.51e-47 77133 0 0 TSA21665.1 TSA21665.1 1.25e-84 1911520 Bacillati Actinomycetota WP_261362933.1 WP_261362933.1 9.12e-210 N/A N/A WP_261362933.1 MCA8990238.1 5.55e-19 2026779 Pseudomonadati Planctomycetota GLJ54837.1 GLJ54837.1 1.34e-178 3369 Viridiplantae Streptophyta KAJ8033891.1 KAJ8033891.1 1.44e-80 206669 Metazoa Echinodermata WP_276974217.1 WP_276974217.1 1.33e-120 370974 Pseudomonadati Bacteroidota WP_123176104.1 WP_123176104.1 2.56e-50 369798 Pseudomonadati Pseudomonadota WP_219324004.1 WP_219324004.1 1.84e-37 2822761 Pseudomonadati Pseudomonadota WP_059678947.1 WP_059678947.1 0.0 1637866 Pseudomonadati Pseudomonadota RJP93937.1 RJP93937.1 2.55e-63 2049433 Pseudomonadati Thermodesulfobacteriota RVW37287.1 RVW37287.1 9.99e-81 29760 Viridiplantae Streptophyta WP_064049628.1 WP_064049628.1 2.77e-315 305;1310165 Pseudomonadati Pseudomonadota WP_156033277.1 WP_156033277.1 1.17e-128 1455061;2026887 Pseudomonadati Nitrospirota WP_230200986.1 WP_230200986.1 0.0 615 Pseudomonadati Pseudomonadota WP_220331155.1 WP_220331155.1 2.59e-208 648995 Pseudomonadati Pseudomonadota WP_074745818.1 WP_074745818.1 1.02e-267 1231 Pseudomonadati Pseudomonadota WP_151949835.1 WP_151949835.1 3.99e-77 28197 Pseudomonadati Campylobacterota MBS3795756.1 MBS3795756.1 3.03e-95 2053491 Promethearchaeati Candidatus Thorarchaeota MCU1460142.1 MCU1460142.1 5.56e-70 2201156 Bacillati Actinomycetota KAJ2188950.1 KAJ2188950.1 0.0 2512260 Fungi Kickxellomycota WP_013632646.1 WP_013632646.1 0.0 976;762903;1117645 Pseudomonadati Bacteroidota WP_013632646.1 WP_074319120.1 2.40e-145 709881 Bacillati Actinomycetota WP_013632646.1 HCT06136.1 1.83e-94 306 Pseudomonadati Pseudomonadota WP_013632646.1 OFX32653.1 5.89e-72 1797288 Bacillati Armatimonadota WP_013632646.1 MBI6149093.1 4.21e-71 615 Pseudomonadati Pseudomonadota WP_013632646.1 MCE7698179.1 1.94e-59 868131 Methanobacteriati Methanobacteriota XP_018754863.1 XP_018754863.1 3.73e-249 334819 Fungi Ascomycota WP_230284916.1 WP_230284916.1 0.0 2745871 Thermotogati Deinococcota WP_230284916.1 RMF68396.1 2.58e-53 2420337 Bacillati Cyanobacteriota WP_230284916.1 WP_193956008.1 7.94e-29 1126;1401878 Bacillati Cyanobacteriota NJM16453.1 NJM16453.1 2.21e-162 2030927 Pseudomonadati Bacteroidota KJZ73525.1 KJZ73525.1 2.17e-141 1043627 Fungi Ascomycota KAJ6336236.1 KAJ6336236.1 4.63e-161 1278906 Viridiplantae Streptophyta KAJ6336236.1 WP_232790853.1 4.67e-06 N/A N/A WP_211114623.1 WP_211114623.1 0.0 N/A N/A WP_211114623.1 MBF0233644.1 4.06e-69 2006184 Pseudomonadati Thermodesulfobacteriota WP_211114623.1 WP_061048002.1 7.98e-62 221822 Pseudomonadati Pseudomonadota WP_211114623.1 WP_086504813.1 6.37e-50 544;546 Pseudomonadati Pseudomonadota WP_211114623.1 NSW79198.1 7.05e-49 2282152 Bacillati Armatimonadota WP_211114623.1 PKL50735.1 6.38e-41 2013830 0 Candidatus Rifleibacteriota WP_211114623.1 MBK3737236.1 5.91e-40 192 Pseudomonadati Pseudomonadota WP_211114623.1 TMG86695.1 8.58e-20 1891241 Pseudomonadati Pseudomonadota WP_211114623.1 WP_063540919.1 1.47e-15 306;316;2968969 Pseudomonadati Pseudomonadota XP_014259138.1 XP_014259138.1 0.0 79782 Metazoa Arthropoda WP_271104848.1 WP_271104848.1 2.60e-49 1351 Bacillati Bacillota MCI7202149.1 MCI7202149.1 7.43e-196 1898207 Bacillati Bacillota MCI7202149.1 SEJ33525.1 1.80e-33 915471 Pseudomonadati Pseudomonadota GAL07990.1 GAL07990.1 1.00e-52 754436 Pseudomonadati Pseudomonadota GAL07990.1 HCH2726488.1 9.57e-26 670 Pseudomonadati Pseudomonadota MBR9906678.1 MBR9906678.1 1.17e-318 1913989 Pseudomonadati Pseudomonadota WP_184699897.1 WP_184699897.1 1.61e-67 83264 Pseudomonadati Pseudomonadota MYX39762.1 MYX39762.1 2.70e-196 2690366 Bacillati Actinomycetota WP_224547797.1 WP_224547797.1 1.35e-147 588496 Pseudomonadati Pseudomonadota MCL2341595.1 MCL2341595.1 1.21e-107 1879010 Bacillati Bacillota XP_011782004.1 XP_011782004.1 0.0 336983 Metazoa Chordata XP_011782004.1 XP_037697134.1 0.0 27675 Metazoa Chordata MBL14507.1 MBL14507.1 0.0 1913989 Pseudomonadati Pseudomonadota MBL14507.1 MBT4210917.1 3.58e-68 2026782 Pseudomonadati Pseudomonadota MBL14507.1 WP_096067320.1 9.05e-62 287 Pseudomonadati Pseudomonadota MBL14507.1 WP_282322778.1 9.05e-62 287 Pseudomonadati Pseudomonadota TMC92967.1 TMC92967.1 1.02e-206 2026724 Bacillati Chloroflexota TMC92967.1 WP_057012309.1 6.80e-69 75588 Pseudomonadati Pseudomonadota OYV27796.1 OYV27796.1 1.81e-232 1970384 Pseudomonadati Pseudomonadota OYV27796.1 WP_232243969.1 3.40e-83 N/A N/A WP_169928520.1 WP_169928520.1 3.52e-283 1391654 Pseudomonadati Myxococcota MCR5335843.1 MCR5335843.1 5.49e-290 2774297 Thermotogati Synergistota MCR5335843.1 MBY0289623.1 2.86e-64 2448780 Bacillati Actinomycetota MUT95175.1 MUT95175.1 7.91e-175 2053618;2485925 Bacillati Bacillota MUT95175.1 OAH97901.1 2.34e-26 421 Pseudomonadati Pseudomonadota WP_039638019.1 WP_039638019.1 1.31e-125 1262452 Bacillati Actinomycetota MBI4599533.1 MBI4599533.1 1.22e-171 2053634 0 Candidatus Uhriibacteriota MBI4599533.1 SFI40936.1 7.49e-77 324952 Bacillati Actinomycetota MCO4478718.1 MCO4478718.1 3.41e-203 150054 Bacillati Bacillota NTW34833.1 NTW34833.1 5.68e-162 2052185 Pseudomonadati Thermodesulfobacteriota WP_116773703.1 WP_116773703.1 2.89e-187 2701;2702 Bacillati Actinomycetota WP_116773703.1 MCC8072670.1 1.14e-75 1898207 Bacillati Bacillota MBK3574312.1 MBK3574312.1 0.0 1488395 Bacillati Actinomycetota MBK3574312.1 WP_251758029.1 1.18e-85 2942999 Pseudomonadati Bacteroidota MBK3574312.1 GIR47037.1 1.95e-83 1913988 Pseudomonadati Pseudomonadota MBK3574312.1 UDH58358.1 5.35e-59 4424 Viridiplantae Streptophyta MBK3574312.1 YP_009351723.1 8.12e-46 377994 Metazoa Arthropoda MBK3574312.1 MCG6876547.1 2.80e-28 1891241 Pseudomonadati Pseudomonadota MBK3574312.1 WP_096665911.1 6.39e-18 1977061 Pseudomonadati Pseudomonadota MBK3574312.1 MBT3784852.1 1.02e-15 1869227 0 0 AYX42557.1 AYX42557.1 5.67e-65 11676 Pararnavirae Artverviricota XP_044019329.1 XP_044019329.1 0.0 684658 Metazoa Arthropoda WP_211056951.1 WP_211056951.1 0.0 2822682 Pseudomonadati Pseudomonadota WP_211056951.1 WP_227329750.1 2.25e-29 287 Pseudomonadati Pseudomonadota WP_099253885.1 WP_099253885.1 6.73e-274 1383844 Methanobacteriati Methanobacteriota WP_145321954.1 WP_145321954.1 5.79e-120 528191 Bacillati Bacillota WP_059433000.1 WP_059433000.1 4.01e-210 198 Pseudomonadati Campylobacterota XP_007208131.1 XP_007208131.1 0.0 3760 Viridiplantae Streptophyta MCT4573170.1 MCT4573170.1 2.31e-103 1428 Bacillati Bacillota MCT4573170.1 MBE9640947.1 4.07e-12 2865933 Pseudomonadati Pseudomonadota XP_047935591.1 XP_047935591.1 0.0 N/A N/A MBQ7930482.1 MBQ7930482.1 1.09e-102 2044939 Bacillati Bacillota WP_132774430.1 WP_132774430.1 0.0 N/A N/A MCC6044083.1 MCC6044083.1 3.40e-213 2184738 Thermoproteati Thermoproteota MCC6044083.1 WP_215557653.1 1.29e-59 1405 Bacillati Bacillota MCC6044083.1 MCB0243881.1 9.15e-56 2052143 Bacillati Chloroflexota MCC6044083.1 WP_266842210.1 3.04e-54 2903633 Bacillati Actinomycetota MCC6044083.1 WP_145468487.1 3.28e-51 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota MCC6044083.1 MBT4161918.1 8.95e-51 1913989 Pseudomonadati Pseudomonadota MCC6044083.1 WP_250499463.1 3.07e-46 2921743 Pseudomonadati Pseudomonadota MCC6044083.1 MCF7808720.1 7.89e-46 2026760 Pseudomonadati Fidelibacterota MCC6044083.1 MBQ4383193.1 1.07e-41 1879010 Bacillati Bacillota MCC6044083.1 MBP1876254.1 4.08e-34 106592 Pseudomonadati Pseudomonadota MCC6044083.1 MCP5262709.1 1.43e-23 50421 Pseudomonadati Pseudomonadota MCC6044083.1 WP_066083732.1 4.38e-23 220687 Bacillati Bacillota MCC6044083.1 WP_107894076.1 4.18e-20 1130819 Bacillati Bacillota MCC6044083.1 WP_131166802.1 3.17e-19 1837344 Bacillati Actinomycetota MCC6044083.1 MBK8687530.1 2.40e-13 1891241 Pseudomonadati Pseudomonadota MCC6044083.1 WP_041710957.1 2.53e-04 1501 Bacillati Bacillota GIS77777.1 GIS77777.1 3.32e-36 2026776 Pseudomonadati Pseudomonadota GIS77777.1 WP_173302040.1 6.52e-06 1220182 Pseudomonadati Bacteroidota MXW24770.1 MXW24770.1 0.0 2026734 Bacillati Chloroflexota EGI35895.1 EGI35895.1 9.40e-205 656443 Pseudomonadati Pseudomonadota YP_009731821.1 YP_009731821.1 2.54e-149 220126 Metazoa Arthropoda YP_009731821.1 QNV11749.1 2.24e-111 516502 Metazoa Arthropoda MBQ7424709.1 MBQ7424709.1 3.02e-57 1898203;1955243 Bacillati Bacillota WP_124977341.1 WP_124977341.1 5.75e-168 1122;1920663;1920664 Bacillati Cyanobacteriota WP_124977341.1 MBD1933857.1 9.26e-56 2692874 Bacillati Cyanobacteriota WP_069156513.1 WP_069156513.1 4.81e-173 1432052 Bacillati Bacillota WP_069156513.1 MBQ5584458.1 1.12e-62 2053608 Bacillati Bacillota WP_069156513.1 WP_194544138.1 7.00e-56 N/A N/A WP_069156513.1 WP_186723788.1 1.02e-42 582 Pseudomonadati Pseudomonadota WP_069156513.1 WP_026893585.1 1.84e-42 408753 Bacillati Bacillota WP_069156513.1 MBP1530348.1 4.32e-40 2049044 Bacillati Bacillota WP_069156513.1 WP_007708736.1 5.65e-40 333367;518636 Bacillati Bacillota WP_069156513.1 WP_101794136.1 1.19e-35 2067450 Pseudomonadati Pseudomonadota WP_069156513.1 EAG2350674.1 2.99e-35 1639 Bacillati Bacillota WP_069156513.1 EAC1232420.1 1.61e-29 195 Pseudomonadati Campylobacterota WP_069156513.1 WP_212961195.1 4.85e-14 557555 Bacillati Bacillota WP_069156513.1 WP_074911472.1 1.23e-13 371601 Pseudomonadati Bacteroidota WP_069156513.1 WP_188888464.1 1.56e-12 1737354 Bacillati Bacillota WP_069156513.1 WP_250850661.1 1.00e-10 92644 Bacillati Actinomycetota WP_069156513.1 MCH5250214.1 2.76e-10 1898203 Bacillati Bacillota WP_069156513.1 PKL50735.1 1.26e-09 2013830 0 Candidatus Rifleibacteriota WP_069156513.1 EDN57974.1 1.97e-06 150340 Pseudomonadati Pseudomonadota MAQ92282.1 MAQ92282.1 0.0 2026787 Pseudomonadati Rhodothermota WP_047721562.1 WP_047721562.1 3.38e-236 547;550;1812935 Pseudomonadati Pseudomonadota WP_047721562.1 MBE7554905.1 1.14e-74 2073117 Bacillati Chloroflexota WP_047721562.1 MBB3097508.1 2.15e-33 113559 Bacillati Actinomycetota WP_047721562.1 WP_149656427.1 5.36e-32 1784 Bacillati Actinomycetota SHG89682.1 SHG89682.1 1.96e-192 1437360 Pseudomonadati Pseudomonadota WP_258450640.1 WP_258450640.1 6.35e-133 286;294;1476791;3029169 Pseudomonadati Pseudomonadota WP_200200480.1 WP_200200480.1 0.0 287 Pseudomonadati Pseudomonadota WP_200200480.1 WP_137202811.1 4.36e-41 33069 Pseudomonadati Pseudomonadota WP_200200480.1 MBA3614174.1 2.68e-38 2358460 Pseudomonadati Nitrospirota WP_262686037.1 WP_262686037.1 0.0 2982185 Bacillati Bacillota KAG9404442.1 KAG9404442.1 1.05e-172 112091 0 Oomycota WP_101701979.1 WP_101701979.1 2.40e-153 2751 Bacillati Bacillota MCF8535784.1 MCF8535784.1 3.81e-129 1969481 Bacillati Actinomycetota EFW50635.1 EFW50635.1 1.16e-66 941429 Pseudomonadati Pseudomonadota EFW50635.1 ABB60900.1 1.39e-20 622;300267;754093 Pseudomonadati Pseudomonadota EFW50635.1 HBY6471839.1 1.12e-06 573 Pseudomonadati Pseudomonadota WP_185031483.1 WP_185031483.1 3.49e-168 46159 Bacillati Actinomycetota WP_185031483.1 WP_026893585.1 1.03e-19 408753 Bacillati Bacillota WP_185031483.1 WP_007708736.1 1.18e-17 333367;518636 Bacillati Bacillota WP_185031483.1 MBQ5584458.1 3.05e-16 2053608 Bacillati Bacillota WP_185031483.1 MBQ2640849.1 1.85e-06 1898203 Bacillati Bacillota MBL0929646.1 MBL0929646.1 3.41e-242 1913988 Pseudomonadati Pseudomonadota WP_162852444.1 WP_162852444.1 3.10e-32 1539049 Pseudomonadati Bacteroidota QTM79632.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota QTM79632.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota ODU51779.1 ODU51779.1 4.29e-204 1660171 Pseudomonadati Pseudomonadota ODU51779.1 MCB1703688.1 2.52e-18 2024834 Pseudomonadati Pseudomonadota KAI1815548.1 KAI1815548.1 0.0 101475 Fungi Ascomycota KAI1815548.1 KXN72221.1 2.99e-32 796925 Fungi Entomophthoromycota WP_098876031.1 WP_098876031.1 1.06e-205 1396 Bacillati Bacillota WP_098876031.1 WP_154333510.1 3.75e-11 2690837 Bacillati Actinomycetota WP_098876031.1 WP_134669716.1 9.25e-11 2618356 Bacillati Actinomycetota NUQ21352.1 NUQ21352.1 1.42e-36 2026741 Pseudomonadati Gemmatimonadota WP_265102281.1 WP_265102281.1 2.03e-191 573 Pseudomonadati Pseudomonadota WP_265102281.1 WP_087759142.1 1.60e-182 573 Pseudomonadati Pseudomonadota MYD56339.1 MYD56339.1 1.16e-248 2026787 Pseudomonadati Rhodothermota MYD56339.1 OQA35671.1 6.43e-43 1852840 0 0 MYD56339.1 WP_105160947.1 6.23e-26 N/A N/A MYD56339.1 WP_041710957.1 1.21e-23 1501 Bacillati Bacillota MYD56339.1 WP_014657023.1 6.29e-15 586;1157951 Pseudomonadati Pseudomonadota MYD56339.1 KAF9974715.1 1.36e-06 1343610 Fungi Mortierellomycota MCE2861656.1 MCE2861656.1 1.14e-198 2006848 Pseudomonadati Verrucomicrobiota MCE2861656.1 MBO7707210.1 1.59e-65 2691551 Pseudomonadati Planctomycetota MBR6441032.1 MBR6441032.1 1.68e-63 2030927 Pseudomonadati Bacteroidota ETB53277.1 ETB53277.1 2.57e-198 1391994 Bacillati Actinomycetota ETB53277.1 WP_073936403.1 2.09e-34 1703944;2593676 Bacillati Actinomycetota ETB53277.1 WP_150461480.1 7.69e-31 2608252 Bacillati Actinomycetota XP_013412367.1 XP_013412367.1 4.80e-167 7574 Metazoa Brachiopoda KAF8820068.1 KAF8820068.1 2.57e-260 476202 0 Apicomplexa WP_083019054.1 WP_083019054.1 0.0 701042 Bacillati Actinomycetota WP_128581955.1 WP_128581955.1 8.01e-96 484 Pseudomonadati Pseudomonadota AMJ52230.1 AMJ52230.1 2.66e-72 77133 0 0 AMJ52230.1 MCE2456387.1 4.77e-23 2026734 Bacillati Chloroflexota OEU77901.1 OEU77901.1 2.58e-193 1869299;1869303 Pseudomonadati Thermodesulfobacteriota OEU77901.1 WP_115357420.1 2.57e-66 53346 Bacillati Bacillota WP_188339236.1 WP_188339236.1 2.67e-122 2768069 Bacillati Actinomycetota WP_188339236.1 WP_171155369.1 8.66e-04 1883;2726118 Bacillati Actinomycetota AAX93012.1 AAX93012.1 0.0 39947 Viridiplantae Streptophyta MBQ2344446.1 MBQ2344446.1 0.0 59823 Pseudomonadati Bacteroidota XP_019000248.1 XP_019000248.1 4.61e-261 1296122 Fungi Basidiomycota WEU87158.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota WEU87158.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_127706998.1 WP_127706998.1 3.21e-276 1932778 Pseudomonadati Bacteroidota KMQ95473.1 KMQ95473.1 1.01e-205 67767 Metazoa Arthropoda WP_119660228.1 WP_119660228.1 3.18e-199 2293569 Bacillati Actinomycetota VVW92857.1 VVW92857.1 8.76e-21 210225 Viridiplantae Streptophyta TDP04522.1 TDP04522.1 1.49e-236 582607 Pseudomonadati Pseudomonadota MCS5639477.1 MCS5639477.1 1.13e-171 2026760 Pseudomonadati Fidelibacterota XP_043280639.1 XP_043280639.1 0.0 32260 Metazoa Arthropoda MBT9597716.1 MBT9597716.1 8.64e-146 60 Pseudomonadati Pseudomonadota KAF3385475.1 KAF3385475.1 1.03e-147 69785 Fungi Ascomycota WP_071081072.1 WP_071081072.1 3.79e-122 543;573 Pseudomonadati Pseudomonadota WP_071081072.1 WP_262114929.1 6.72e-51 299766;1812935 Pseudomonadati Pseudomonadota WP_246239142.1 WP_246239142.1 0.0 35763 Bacillati Actinomycetota WP_246239142.1 WP_138597401.1 3.98e-18 43655 Pseudomonadati Pseudomonadota ERE79785.1 ERE79785.1 0.0 10029 Metazoa Chordata ERE79785.1 RSL59427.1 4.02e-32 1325737 Fungi Ascomycota ERE79785.1 NQR19375.1 1.07e-23 1307 Bacillati Bacillota MBQ7518453.1 MBQ7518453.1 0.0 2030927 Pseudomonadati Bacteroidota MCK5725948.1 MCK5725948.1 0.0 2030882 Pseudomonadati Pseudomonadota MCK5725948.1 MCI9379843.1 9.58e-83 2040332 Bacillati Bacillota STC68550.1 STC68550.1 0.0 35756 Bacillati Actinomycetota STC68550.1 WP_003960394.1 4.01e-170 1901 Bacillati Actinomycetota WP_140468443.1 WP_140468443.1 0.0 1850093 Pseudomonadati Bacteroidota WP_271931007.1 WP_271931007.1 0.0 2995306 Pseudomonadati Myxococcota WP_271931007.1 GIW70618.1 4.46e-28 2026780 Pseudomonadati Planctomycetota WP_271931007.1 WP_281919021.1 9.84e-24 2984338 Bacillati Actinomycetota WP_271931007.1 MBF1128433.1 4.52e-22 218538 Bacillati Bacillota WP_271931007.1 MBD2210269.1 2.28e-17 2692905 Bacillati Cyanobacteriota WP_271931007.1 WP_106546380.1 1.19e-16 869949 Bacillati Cyanobacteriota WP_271931007.1 EYU24504.1 2.64e-13 4155 Viridiplantae Streptophyta WP_271931007.1 KAJ7903702.1 4.16e-13 230810 Fungi Basidiomycota WP_271931007.1 KZT58963.1 3.23e-11 1353952 Fungi Basidiomycota WP_271931007.1 UZO03952.1 1.15e-04 588596 Fungi Glomeromycota WP_058460161.1 WP_058460161.1 4.85e-88 447 Pseudomonadati Pseudomonadota MBQ9736331.1 MBQ9736331.1 3.79e-233 2044939 Bacillati Bacillota XP_043377824.1 XP_043377824.1 0.0 8469 Metazoa Chordata XP_043377824.1 XP_047334060.1 2.24e-47 253017 Viridiplantae Streptophyta XP_043377824.1 KZT58963.1 2.05e-31 1353952 Fungi Basidiomycota XP_043377824.1 XP_046441060.1 8.31e-21 6669 Metazoa Arthropoda XP_043377824.1 RQM16216.1 3.48e-19 542832 0 Oomycota XP_043377824.1 MBP7829117.1 9.64e-18 2212473 Pseudomonadati Kiritimatiellota XP_043377824.1 EYU24504.1 2.34e-16 4155 Viridiplantae Streptophyta XP_043377824.1 XP_019384620.1 3.61e-16 8502 Metazoa Chordata XP_043377824.1 KAJ7903702.1 1.54e-13 230810 Fungi Basidiomycota XP_043377824.1 OKZ85006.1 8.25e-07 1896984 Bacillati Bacillota QID82546.1 QID82546.1 0.0 27292 Fungi Ascomycota XP_039769176.1 XP_039769176.1 0.0 9258 Metazoa Chordata HBH1966141.1 HBH1966141.1 2.43e-49 1496 Bacillati Bacillota WP_189355988.1 WP_189355988.1 1.51e-90 1131567 Pseudomonadati Pseudomonadota XP_014733223.1 XP_014733223.1 3.39e-236 9172 Metazoa Chordata PSR02572.1 PSR02572.1 4.02e-230 1919110 Pseudomonadati Bacteroidota PSR02572.1 PHR72175.1 3.24e-120 1925666 Pseudomonadati Bacteroidota PSR02572.1 WP_073201850.1 3.98e-91 1027249 Bacillati Bacillota PSR02572.1 WP_254698006.1 5.28e-39 N/A N/A PSR02572.1 WP_253808359.1 3.98e-37 69710 Pseudomonadati Spirochaetota PSR02572.1 CBI36349.3 5.98e-34 29760 Viridiplantae Streptophyta PSR02572.1 WP_225579579.1 4.25e-32 N/A N/A WP_058671428.1 WP_058671428.1 1.19e-158 158836;1296536 Pseudomonadati Pseudomonadota WP_283629251.1 WP_283629251.1 6.52e-189 62322 Pseudomonadati Pseudomonadota ECN6431251.1 ECN6431251.1 5.73e-90 108619 Pseudomonadati Pseudomonadota ECN6431251.1 NOT18216.1 1.28e-53 2025307 Pseudomonadati Pseudomonadota ECN6431251.1 WP_021479352.1 1.66e-32 1423 Bacillati Bacillota WP_165462493.1 WP_165462493.1 3.39e-208 1903473 Pseudomonadati Pseudomonadota WP_165462493.1 WP_069341101.1 1.08e-27 1586708 Pseudomonadati Pseudomonadota WP_165462493.1 WP_220664202.1 8.18e-27 2807096 Pseudomonadati Pseudomonadota EFV4293432.1 EFV4293432.1 7.36e-180 197 Pseudomonadati Campylobacterota KAI9878467.1 KAI9878467.1 2.04e-290 318763 Fungi Ascomycota XP_048540820.1 XP_048540820.1 0.0 4572 Viridiplantae Streptophyta XP_048540820.1 XP_028705251.1 1.25e-33 N/A N/A XP_048540820.1 XP_021765438.1 2.40e-20 63459 Viridiplantae Streptophyta XP_048540820.1 XP_040250218.1 4.18e-19 N/A N/A XP_048540820.1 XP_019180948.1 1.03e-17 35883 Viridiplantae Streptophyta XP_048540820.1 MBF1128433.1 5.29e-10 218538 Bacillati Bacillota XP_048540820.1 XP_029528577.1 3.60e-09 8023 Metazoa Chordata XP_048540820.1 UZO03952.1 3.31e-08 588596 Fungi Glomeromycota WP_192558464.1 WP_192558464.1 2.26e-164 2774460 Pseudomonadati Pseudomonadota WP_192558464.1 WP_274915895.1 6.46e-16 2593676 Bacillati Actinomycetota WP_192558464.1 WP_048427321.1 7.38e-09 1775910 Pseudomonadati Pseudomonadota XP_053017968.1 XP_053017968.1 6.51e-79 208348 Fungi Basidiomycota WP_140480909.1 WP_140480909.1 4.67e-266 1404367 Pseudomonadati Pseudomonadota WP_140480909.1 WP_176354145.1 3.18e-91 2742698 Pseudomonadati Pseudomonadota WP_140480909.1 WP_109219819.1 2.95e-82 28901;58712 Pseudomonadati Pseudomonadota WP_140480909.1 WP_170725874.1 3.46e-79 562 Pseudomonadati Pseudomonadota WP_140480909.1 WP_076409454.1 3.12e-77 85698 Pseudomonadati Pseudomonadota WP_140480909.1 WP_258581409.1 1.06e-73 2865837 Pseudomonadati Pseudomonadota WP_140480909.1 WP_237907640.1 1.40e-71 192 Pseudomonadati Pseudomonadota WP_140480909.1 WP_011057593.1 5.37e-71 146786;197221 Bacillati Cyanobacteriota WP_140480909.1 MWR41881.1 9.52e-49 562 Pseudomonadati Pseudomonadota WP_140480909.1 WP_222125851.1 1.25e-41 N/A N/A WP_140480909.1 WP_142133210.1 7.71e-41 2768449 Bacillati Actinomycetota WP_140480909.1 MCF7808720.1 6.53e-40 2026760 Pseudomonadati Fidelibacterota WP_140480909.1 WP_115992495.1 5.98e-38 1294267 Bacillati Bacillota WP_140480909.1 WP_215557653.1 8.90e-37 1405 Bacillati Bacillota WP_140480909.1 EHH5649593.1 3.80e-35 195 Pseudomonadati Campylobacterota WP_140480909.1 WP_088153117.1 9.82e-35 171674 Pseudomonadati Pseudomonadota WP_140480909.1 MBQ4383193.1 1.61e-33 1879010 Bacillati Bacillota WP_140480909.1 MBQ3864274.1 1.47e-24 2044939 Bacillati Bacillota WP_140480909.1 WP_221977168.1 1.05e-18 1076926 Pseudomonadati Pseudomonadota WP_140480909.1 KAF9974715.1 4.72e-11 1343610 Fungi Mortierellomycota EER7236894.1 EER7236894.1 1.71e-146 562 Pseudomonadati Pseudomonadota WP_117700467.1 WP_117700467.1 2.75e-223 821 Pseudomonadati Bacteroidota WP_049471407.1 WP_049471407.1 1.28e-95 40324 Pseudomonadati Pseudomonadota TZC53901.1 TZC53901.1 9.28e-13 562 Pseudomonadati Pseudomonadota NLW23809.1 NLW23809.1 2.61e-289 2044939 Bacillati Bacillota NLW23809.1 GLX88815.1 1.90e-11 296 Pseudomonadati Pseudomonadota XP_003768056.1 XP_003768056.1 5.51e-60 9305 Metazoa Chordata WP_072802511.1 WP_072802511.1 3.66e-185 278209 Bacillati Actinomycetota MBI1736306.1 MBI1736306.1 2.83e-218 2053607 0 Candidatus Rokuibacteriota MBI1736306.1 MBI5966481.1 1.64e-84 2026735 Pseudomonadati Myxococcota MBI1736306.1 WP_276638014.1 3.60e-61 60133 Pseudomonadati Bacteroidota MBI1736306.1 WP_220615956.1 1.72e-58 2864135 Pseudomonadati Bacteroidota MBI1736306.1 WP_067782871.1 1.00e-55 1857645 Bacillati Actinomycetota MBI1736306.1 WP_279399778.1 9.18e-54 N/A N/A MBI1736306.1 MBQ1540263.1 9.53e-35 2026720 0 Candidatus Saccharimonadota MBI1736306.1 HAR4359619.1 7.47e-23 1280 Bacillati Bacillota WP_261610700.1 WP_261610700.1 1.73e-141 43663 Bacillati Actinomycetota MBW2176475.1 MBW2176475.1 2.37e-297 2026735 Pseudomonadati Myxococcota MBW2176475.1 AHG02917.1 3.39e-29 751944 Methanobacteriati Methanobacteriota MBW2176475.1 KQB14740.1 3.55e-21 1061 Pseudomonadati Pseudomonadota WP_221977168.1 WP_221977168.1 5.36e-183 1076926 Pseudomonadati Pseudomonadota WP_221977168.1 WP_008134825.1 2.08e-48 1144344 Pseudomonadati Pseudomonadota WP_221977168.1 WP_276362074.1 2.78e-48 3034022 Bacillati Actinomycetota WP_221977168.1 WP_256546297.1 4.55e-48 1126236 Methanobacteriati Methanobacteriota WP_221977168.1 WP_247429569.1 2.93e-45 2782616 Pseudomonadati Pseudomonadota WP_221977168.1 WP_159463829.1 5.57e-34 199592 Bacillati Actinomycetota WP_221977168.1 WP_176354145.1 4.72e-26 2742698 Pseudomonadati Pseudomonadota WP_221977168.1 WP_076409454.1 1.18e-22 85698 Pseudomonadati Pseudomonadota WP_221977168.1 WP_281543397.1 5.34e-22 544645 Pseudomonadati Bacteroidota WP_221977168.1 WP_167977039.1 1.37e-20 2604800 Bacillati Actinomycetota WP_221977168.1 WP_140480909.1 1.13e-19 1404367 Pseudomonadati Pseudomonadota WP_221977168.1 MXP43753.1 3.12e-19 1689985 Pseudomonadati Pseudomonadota WP_221977168.1 OAN53756.1 4.12e-19 1285242 Pseudomonadati Pseudomonadota WP_221977168.1 WP_170725874.1 3.77e-18 562 Pseudomonadati Pseudomonadota WP_221977168.1 WP_158791585.1 1.30e-17 1641866 Pseudomonadati Acidobacteriota WP_221977168.1 MBC7326981.1 3.30e-16 1869227 0 0 WP_221977168.1 WP_109219819.1 3.82e-16 28901;58712 Pseudomonadati Pseudomonadota WP_221977168.1 MBQ3864274.1 2.43e-15 2044939 Bacillati Bacillota WP_221977168.1 GLY24463.1 2.44e-15 3032198 Bacillati Actinomycetota WP_221977168.1 WP_066083732.1 4.85e-15 220687 Bacillati Bacillota WP_221977168.1 WP_131166802.1 1.21e-12 1837344 Bacillati Actinomycetota WP_221977168.1 WP_107894076.1 4.62e-10 1130819 Bacillati Bacillota AIA18772.1 AIA18772.1 3.67e-111 77133 0 0 AIA18772.1 WP_176958177.1 7.91e-56 2608715 Pseudomonadati Pseudomonadota AIA18772.1 WP_192106836.1 8.37e-42 2571221 Pseudomonadati Pseudomonadota AIA18772.1 WP_278888642.1 6.74e-38 363265 Pseudomonadati Bacteroidota WP_198255508.1 WP_198255508.1 7.35e-234 41899 Pseudomonadati Pseudomonadota WP_198255508.1 WP_257107333.1 1.05e-56 2931984 Pseudomonadati Pseudomonadota WP_198255508.1 OJG95819.1 1.08e-16 417368 Bacillati Bacillota WP_012283464.1 WP_012283464.1 8.91e-91 35701;498761 Bacillati Bacillota WP_027711481.1 WP_027711481.1 1.72e-118 556 Pseudomonadati Pseudomonadota WP_134669716.1 WP_134669716.1 3.33e-222 2618356 Bacillati Actinomycetota WP_134669716.1 WP_046600280.1 1.21e-49 399;323655 Pseudomonadati Pseudomonadota WP_134669716.1 WP_098876031.1 3.33e-10 1396 Bacillati Bacillota WP_134669716.1 WP_154333510.1 4.05e-09 2690837 Bacillati Actinomycetota WP_196938834.1 WP_196938834.1 4.32e-148 2082722 Pseudomonadati Bacteroidota WP_196938834.1 MCF6346354.1 1.34e-27 2039724 Pseudomonadati Pseudomonadota WP_196938834.1 WP_205009067.1 1.51e-26 1349415 Bacillati Bacillota HFC12574.1 HFC12574.1 2.63e-138 2052143 Bacillati Chloroflexota KAB2885888.1 KAB2885888.1 0.0 1872424 Pseudomonadati Pseudomonadota KAB2885888.1 MBF0107908.1 1.53e-94 2026759 Pseudomonadati Pseudomonadota KAB2885888.1 MBC7097666.1 2.54e-62 2306012 0 Candidatus Bipolaricaulota KAB2885888.1 MBA2522987.1 7.15e-20 1909295 Bacillati Actinomycetota WP_270218171.1 WP_270218171.1 1.61e-44 186803 Bacillati Bacillota WP_238769582.1 WP_238769582.1 0.0 2870838 Pseudomonadati Bacteroidota MPC67018.1 MPC67018.1 2.10e-45 210409 Metazoa Arthropoda ACI42798.1 ACI42798.1 5.27e-68 11723 Pararnavirae Artverviricota CZT01546.1 CZT01546.1 9.00e-237 38038;914238 Fungi Ascomycota XP_041334537.1 XP_041334537.1 0.0 221976 Metazoa Chordata XP_041334537.1 XP_054844157.1 1.01e-28 481883 Metazoa Chordata XP_041334537.1 ACF74449.1 8.89e-27 53751;308558 Viridiplantae Streptophyta WP_237523417.1 WP_237523417.1 1.02e-84 1115568 Bacillati Actinomycetota MCR5102838.1 MCR5102838.1 3.19e-140 142586 Bacillati Bacillota MCH9656178.1 MCH9656178.1 0.0 2026780 Pseudomonadati Planctomycetota WP_266095674.1 WP_266095674.1 5.49e-290 29430 Pseudomonadati Pseudomonadota HHW43430.1 HHW43430.1 1.40e-244 41211 Bacillati Bacillota WP_259206442.1 WP_259206442.1 0.0 2970464 Pseudomonadati Pseudomonadota WP_259206442.1 WP_267560498.1 1.74e-68 2997416 Bacillati Actinomycetota WP_259206442.1 WP_132079800.1 1.75e-57 194963 Pseudomonadati Pseudomonadota RKG50564.1 RKG50564.1 0.0 2316735 Pseudomonadati Myxococcota WP_168565867.1 WP_168565867.1 2.21e-286 2724528 Pseudomonadati Planctomycetota WP_168565867.1 WP_122896374.1 2.92e-74 2483800 Bacillati Bacillota WP_168565867.1 WP_043548763.1 1.53e-58 1532557 Pseudomonadati Pseudomonadota WP_168565867.1 MBT4160670.1 2.68e-48 1913989 Pseudomonadati Pseudomonadota WP_168565867.1 WP_164636240.1 1.66e-33 2269368 Pseudomonadati Pseudomonadota WP_168565867.1 WP_094151267.1 1.08e-29 1938672 Pseudomonadati Pseudomonadota WP_168565867.1 WP_145514932.1 5.54e-21 419257 Pseudomonadati Pseudomonadota WP_074087188.1 WP_074087188.1 4.27e-281 1349434 Bacillati Bacillota XP_054020552.1 XP_054020552.1 0.0 118200 Metazoa Chordata WP_245704803.1 WP_245704803.1 1.04e-167 938405 Pseudomonadati Pseudomonadota WP_245704803.1 GDX36288.1 5.54e-32 1913988 Pseudomonadati Pseudomonadota WP_245704803.1 WP_274755179.1 3.52e-21 283 Pseudomonadati Pseudomonadota WP_245704803.1 WP_055132583.1 5.24e-04 1740090 Pseudomonadati Bacteroidota GFB08691.1 GFB08691.1 1.20e-139 118510 Viridiplantae Streptophyta GFB08691.1 GFD16573.1 2.94e-19 118510 Viridiplantae Streptophyta GFB08691.1 GFC18333.1 2.43e-04 118510 Viridiplantae Streptophyta MBT7091597.1 MBT7091597.1 0.0 1898104 Pseudomonadati Bacteroidota XP_045691652.1 XP_045691652.1 2.54e-06 9423 Metazoa Chordata WP_283222342.1 WP_283222342.1 0.0 3043301 Pseudomonadati Pseudomonadota WP_221268711.1 WP_221268711.1 4.69e-169 33010 Bacillati Actinomycetota BAE96300.1 BAE96300.1 4.38e-251 10090 Metazoa Chordata WP_235126772.1 WP_235126772.1 0.0 2909336 Pseudomonadati Bacteroidota WP_235126772.1 WP_278631399.1 6.43e-140 29348 Bacillati Bacillota WP_235126772.1 KAA0114277.1 1.31e-131 1305 Bacillati Bacillota WP_235126772.1 MBE6688122.1 9.39e-130 2485925 Bacillati Bacillota WP_235126772.1 XP_009147075.2 2.88e-113 3711 Viridiplantae Streptophyta WP_235126772.1 MBE5737882.1 2.73e-89 1898207 Bacillati Bacillota WP_235126772.1 KAF5671546.1 6.17e-75 48490 Fungi Ascomycota WP_235126772.1 WP_019100427.1 1.01e-63 394935 Pseudomonadati Pseudomonadota WP_235126772.1 WP_049009918.1 6.10e-62 545 Pseudomonadati Pseudomonadota WP_235126772.1 KAJ6994162.1 5.84e-57 444605 Viridiplantae Streptophyta WP_235126772.1 MBY0273331.1 8.37e-56 1913988 Pseudomonadati Pseudomonadota WP_235126772.1 HCT06136.1 1.06e-14 306 Pseudomonadati Pseudomonadota WP_235126772.1 OFX32653.1 3.41e-13 1797288 Bacillati Armatimonadota WP_235126772.1 MBI6149093.1 2.10e-10 615 Pseudomonadati Pseudomonadota MBA2536487.1 MBA2536487.1 8.76e-269 2900548 Bacillati Actinomycetota MBA2536487.1 WP_078429679.1 4.72e-144 427920 Bacillati Bacillota MBA2536487.1 WP_074825075.1 2.19e-106 82985;1122977 Pseudomonadati Pseudomonadota MBA2536487.1 WP_277084622.1 1.95e-76 2606630 Bacillati Bacillota MBA2536487.1 MCP1651746.1 3.19e-73 46680 Pseudomonadati Pseudomonadota MBA2536487.1 WP_004619799.1 5.68e-73 75;78;1292034 Pseudomonadati Pseudomonadota MBA2536487.1 EDH4057100.1 1.97e-66 149388 Pseudomonadati Pseudomonadota MBA2536487.1 WP_083141943.1 4.28e-61 39692 Bacillati Actinomycetota MBA2536487.1 GAN03156.1 1.71e-59 91626 Fungi Mucoromycota MBA2536487.1 XP_040685867.1 2.30e-41 5066;1073089 Fungi Ascomycota YP_009109540.1 YP_009109540.1 9.80e-200 242820 Metazoa Chordata YP_009109540.1 QDH52386.1 1.43e-75 2586752 Metazoa Nematomorpha MBF11761.1 MBF11761.1 1.57e-222 1871037 Pseudomonadati Bacteroidota MBF1583063.1 MBF1583063.1 0.0 59823 Pseudomonadati Bacteroidota MBF1583063.1 EIJ1046776.1 3.25e-120 562 Pseudomonadati Pseudomonadota PLS78226.1 PLS78226.1 1.97e-100 2026724 Bacillati Chloroflexota MBS0359667.1 MBS0359667.1 1.24e-267 1977087 Pseudomonadati Pseudomonadota WP_230865828.1 WP_230865828.1 6.90e-117 78331 Bacillati Actinomycetota HBL8984898.1 HBL8984898.1 7.49e-211 562 Pseudomonadati Pseudomonadota QLP56207.1 QLP56207.1 0.0 1463165 Pseudomonadati Pseudomonadota QLP56207.1 WP_270570428.1 6.39e-47 28111 Pseudomonadati Bacteroidota QLP56207.1 WP_018187484.1 2.12e-38 1761802 Bacillati Actinomycetota QLP56207.1 SCN76227.1 4.43e-05 5127 Fungi Ascomycota WP_013449879.1 WP_013449879.1 6.60e-199 148813;709032 Pseudomonadati Campylobacterota MBR2605819.1 MBR2605819.1 0.0 2044939 Bacillati Bacillota MBR2605819.1 UTN87579.1 9.61e-136 287 Pseudomonadati Pseudomonadota GLC83712.1 GLC83712.1 3.71e-209 69365 Bacillati Actinomycetota WP_244774495.1 WP_244774495.1 1.42e-117 399320;1129264;2026792;2594474 Bacillati;Pseudomonadati Bacillota;Spirochaetota WP_113913927.1 WP_113913927.1 1.57e-289 1269;1270 Bacillati Actinomycetota WP_231056077.1 WP_231056077.1 0.0 2898585 Pseudomonadati Pseudomonadota MBH1832495.1 MBH1832495.1 0.0 40324 Pseudomonadati Pseudomonadota WP_246165763.1 WP_246165763.1 9.72e-148 2610880 Bacillati Actinomycetota MCH3978367.1 MCH3978367.1 1.52e-209 2774294 Methanobacteriati Thermoplasmatota WP_261665820.1 WP_261665820.1 0.0 N/A N/A WP_261665820.1 BBG20955.1 0.0 210 Pseudomonadati Campylobacterota WP_261665820.1 WP_061278828.1 0.0 173 Pseudomonadati Spirochaetota CAF2148714.1 CAF2148714.1 6.67e-209 392030 Metazoa Rotifera WP_073045763.1 WP_073045763.1 9.23e-86 332095;1121476 Bacillati Bacillota XP_048366669.1 XP_048366669.1 0.0 933632 Metazoa Chordata EEX5979844.1 EEX5979844.1 3.46e-53 562 Pseudomonadati Pseudomonadota MBQ3226584.1 MBQ3226584.1 2.11e-34 2044939 Bacillati Bacillota XP_054484247.1 XP_054484247.1 0.0 N/A N/A QQO98901.1 QQO98901.1 2.84e-55 2801455 Metazoa Arthropoda MCK9213126.1 MCK9213126.1 1.08e-32 50421 Pseudomonadati Pseudomonadota MOO25268.1 MOO25268.1 6.14e-09 9606 Metazoa Chordata KAF6257731.1 KAF6257731.1 0.0 2650976 Viridiplantae Chlorophyta KAF6257731.1 MBP6786080.1 4.85e-280 2664178 Bacillati Chloroflexota KAF6257731.1 WP_029789810.1 5.50e-263 669 Pseudomonadati Pseudomonadota KAF6257731.1 WP_136095406.1 7.24e-171 1314 Bacillati Bacillota KAF6257731.1 MBL8103469.1 6.64e-118 2073117 Bacillati Chloroflexota KAF6257731.1 KAI7727618.1 1.35e-77 4212 Viridiplantae Streptophyta KAF6257731.1 KPK79043.1 2.16e-57 1703359 Pseudomonadati Gemmatimonadota KAF6257731.1 MCH2804017.1 9.90e-18 1639 Bacillati Bacillota KAF6257731.1 HIT09367.1 7.73e-04 2840868 Bacillati Bacillota WP_167827352.1 WP_167827352.1 0.0 1350;37734 Bacillati Bacillota WP_225767809.1 WP_225767809.1 1.23e-94 2866581 Pseudomonadati Pseudomonadota WP_225767809.1 WP_111457087.1 8.17e-10 1813876 Pseudomonadati Pseudomonadota MBC7569412.1 MBC7569412.1 2.37e-184 1899569 Pseudomonadati Bacteroidota WP_218103566.1 WP_218103566.1 2.71e-51 2849866 Bacillati Bacillota SKY52432.1 SKY52432.1 1.73e-85 1185650 Bacillati Actinomycetota MBU4593984.1 MBU4593984.1 1.06e-288 52017;1977087 Pseudomonadati Pseudomonadota;Thermodesulfobacteriota WP_110344369.1 WP_110344369.1 3.31e-61 1597 Bacillati Bacillota WP_022975915.1 WP_022975915.1 0.0 64002 Pseudomonadati Pseudomonadota WP_178020540.1 WP_178020540.1 8.13e-123 44249;225915 Bacillati Bacillota MCK1443663.1 MCK1443663.1 1.12e-165 190045;2782676 Pseudomonadati Pseudomonadota WP_216768648.1 WP_216768648.1 0.0 33964 Bacillati Bacillota WP_216768648.1 RZU98823.1 9.14e-147 531306 Pseudomonadati Pseudomonadota WP_216768648.1 MBW3588078.1 7.71e-141 2900548 Bacillati Actinomycetota WP_019823189.1 WP_019823189.1 9.51e-149 662;296199;1191300;2778641;2908539 Pseudomonadati Pseudomonadota MCH2409214.1 MCH2409214.1 1.57e-247 2818507 Pseudomonadati Myxococcota MCH2409214.1 WP_115470986.1 5.50e-98 89061 Bacillati Bacillota WP_154333510.1 WP_154333510.1 7.56e-223 2690837 Bacillati Actinomycetota WP_154333510.1 MBQ9299122.1 4.16e-25 2044939 Bacillati Bacillota WP_154333510.1 WP_098876031.1 5.51e-11 1396 Bacillati Bacillota WP_154333510.1 WP_134669716.1 1.25e-09 2618356 Bacillati Actinomycetota WP_154333510.1 WP_230796143.1 1.32e-07 555512;1407019 0;Pseudomonadati 0;Pseudomonadota MBD2210269.1 MBD2210269.1 0.0 2692905 Bacillati Cyanobacteriota MBD2210269.1 WP_106546380.1 1.86e-199 869949 Bacillati Cyanobacteriota MBD2210269.1 MBF1128433.1 1.68e-32 218538 Bacillati Bacillota MBD2210269.1 WP_012236017.1 1.62e-24 56;448385 Pseudomonadati Myxococcota MBD2210269.1 WP_271931007.1 2.17e-17 2995306 Pseudomonadati Myxococcota MBD2210269.1 XP_021765438.1 3.50e-16 63459 Viridiplantae Streptophyta MBD2210269.1 KZT58963.1 2.00e-14 1353952 Fungi Basidiomycota MBD2210269.1 OKZ85006.1 6.86e-14 1896984 Bacillati Bacillota MBD2210269.1 XP_025814622.1 7.53e-14 206008 Viridiplantae Streptophyta MBD2210269.1 XP_048379117.1 1.22e-09 3053191 Metazoa Chordata MBD2210269.1 UZO03952.1 7.28e-06 588596 Fungi Glomeromycota WP_210352796.1 WP_210352796.1 0.0 2044855 Pseudomonadati Bacteroidota WP_210569664.1 WP_210569664.1 0.0 2812655 Bacillati Actinomycetota WP_210569664.1 WP_200287444.1 3.03e-62 1086;1188247 Pseudomonadati Pseudomonadota WP_210569664.1 RYE89993.1 8.91e-24 1871070 Pseudomonadati Pseudomonadota WP_280015341.1 WP_280015341.1 0.0 2975407 Pseudomonadati Pseudomonadota WP_280015341.1 MCM6312373.1 4.39e-135 573 Pseudomonadati Pseudomonadota WP_280015341.1 HBS0905846.1 4.39e-135 573 Pseudomonadati Pseudomonadota WP_280015341.1 HBZ7417361.1 1.54e-75 573 Pseudomonadati Pseudomonadota NCO19736.1 NCO19736.1 7.66e-171 1913989 Pseudomonadati Pseudomonadota NCO19736.1 WP_167239634.1 7.34e-75 2609280 Pseudomonadati Pseudomonadota NCO19736.1 WP_212799263.1 1.27e-06 2678257 Pseudomonadati Pseudomonadota VTR69884.1 VTR69884.1 1.34e-286 90730 Pseudomonadati Thermodesulfobacteriota VTR69884.1 GBC84792.1 2.47e-60 2035406 0 0 WP_158347019.1 WP_158347019.1 0.0 59620;2850323 Bacillati Bacillota WP_158347019.1 WP_125260587.1 2.34e-179 2259638 Pseudomonadati Pseudomonadota WP_158347019.1 MCD6199266.1 1.27e-149 2026735 Pseudomonadati Myxococcota WP_158347019.1 MBU22120.1 4.28e-149 1978231 Pseudomonadati Acidobacteriota WP_158347019.1 MBO8485404.1 7.78e-147 2840759 Pseudomonadati Bacteroidota WP_158347019.1 WP_253620872.1 1.21e-22 2957802 Bacillati Bacillota WP_158347019.1 WP_276362074.1 1.79e-07 3034022 Bacillati Actinomycetota WP_158347019.1 WP_256546297.1 3.68e-07 1126236 Methanobacteriati Methanobacteriota WP_158347019.1 MCH4209672.1 2.44e-06 41200 Bacillati Actinomycetota WP_158347019.1 WP_215557653.1 1.07e-05 1405 Bacillati Bacillota WP_172281536.1 WP_172281536.1 0.0 2715754 Pseudomonadati Bacteroidota WP_172281536.1 MCI6853747.1 1.78e-90 1879010 Bacillati Bacillota WP_172281536.1 WP_256342227.1 6.87e-82 N/A N/A WP_172281536.1 MCQ2831428.1 3.69e-60 210 Pseudomonadati Campylobacterota WP_172281536.1 WP_093868643.1 1.36e-12 1250198;2267227;2635139 Pseudomonadati Bacteroidota WP_248827332.1 WP_248827332.1 1.54e-77 61015 Bacillati Bacillota EHX0204875.1 EHX0204875.1 3.76e-74 562 Pseudomonadati Pseudomonadota XP_055165408.1 XP_055165408.1 1.78e-251 34880 Metazoa Chordata WP_257544752.1 WP_257544752.1 5.65e-116 2801029 Bacillati Actinomycetota DAV98325.1 DAV98325.1 1.83e-54 2832643 Heunggongvirae Uroviricota WP_181537449.1 WP_181537449.1 1.37e-175 575178 Bacillati Bacillota WP_055542300.1 WP_055542300.1 1.61e-100 42238 Bacillati Actinomycetota WP_108719223.1 WP_108719223.1 2.84e-102 676201;947525;2026762 Bacillati Actinomycetota WP_108719223.1 WP_075347218.1 3.48e-55 1301;1915004 Bacillati Bacillota NNF43866.1 NNF43866.1 2.59e-241 2052180 Pseudomonadati Planctomycetota NNF43866.1 MBC8384723.1 4.92e-70 2030808 Pseudomonadati Candidatus Cloacimonadota NNF43866.1 MCM8792278.1 4.45e-63 2035772 Pseudomonadati Candidatus Omnitrophota WP_153009295.1 WP_153009295.1 1.35e-07 1405 Bacillati Bacillota WP_227405228.1 WP_227405228.1 1.81e-166 2832500 Pseudomonadati Pseudomonadota WP_227405228.1 TVU87390.1 9.75e-146 664683 Pseudomonadati Pseudomonadota ESU92681.1 ESU92681.1 0.0 1115828 Bacillati Bacillota OJT07575.1 OJT07575.1 0.0 154538 Fungi Basidiomycota WP_187974949.1 WP_187974949.1 0.0 2684405 Bacillati Actinomycetota WP_187974949.1 WP_264934627.1 4.67e-121 375446 Bacillati Actinomycetota XP_041287579.1 XP_041287579.1 1.14e-238 1912936 Fungi Basidiomycota WP_281305524.1 WP_281305524.1 1.67e-161 3041620 Bacillati Actinomycetota EFP02123.1 EFP02123.1 1.86e-119 31234 Metazoa Nematoda EAH8250412.1 EAH8250412.1 3.62e-72 197 Pseudomonadati Campylobacterota WP_197332010.1 WP_197332010.1 0.0 28097;907261 Pseudomonadati Pseudomonadota WP_197332010.1 WP_255602293.1 1.10e-77 2835787 Pseudomonadati Pseudomonadota WP_197332010.1 WP_226276978.1 6.54e-70 179879 Pseudomonadati Pseudomonadota WP_197332010.1 RQL72805.1 7.17e-56 48296 Pseudomonadati Pseudomonadota WP_197332010.1 WP_185921121.1 6.13e-35 95486 Pseudomonadati Pseudomonadota MBI5212085.1 MBI5212085.1 1.60e-19 2026887 Pseudomonadati Nitrospirota MBB4747289.1 MBB4747289.1 8.15e-97 113568 Bacillati Actinomycetota MBQ6275073.1 MBQ6275073.1 0.0 2485925 Bacillati Bacillota MBQ6275073.1 WP_194543596.1 8.67e-72 1906272 Bacillati Bacillota MBQ6275073.1 PYK96819.1 1.45e-67 2026799 Pseudomonadati Verrucomicrobiota WP_212720030.1 WP_212720030.1 0.0 202772 Pseudomonadati Pseudomonadota WP_079835571.1 WP_079835571.1 3.88e-272 28901;59203 Pseudomonadati Pseudomonadota WP_079835571.1 WP_050704913.1 1.16e-46 286;1478142;2866626 Pseudomonadati Pseudomonadota WP_079835571.1 WP_212269268.1 7.58e-14 2631580;2807665;2807667 Pseudomonadati Pseudomonadota CUU64509.1 CUU64509.1 2.80e-192 223347 Shotokuvirae Cressdnaviricota XP_031095384.1 XP_031095384.1 1.34e-267 35885 Viridiplantae Streptophyta NNK86663.1 NNK86663.1 3.28e-193 1871037 Pseudomonadati Bacteroidota ORT47413.1 ORT47413.1 2.11e-138 683318 Bacillati Actinomycetota WP_275102754.1 WP_275102754.1 1.94e-311 549 Pseudomonadati Pseudomonadota WP_275102754.1 CFP83382.1 9.26e-58 1313 Bacillati Bacillota XP_026109466.1 XP_026109466.1 0.0 7957 Metazoa Chordata WP_279046072.1 WP_279046072.1 8.01e-146 35833 Pseudomonadati Thermodesulfobacteriota WP_031150487.1 WP_031150487.1 2.23e-57 1883;67385 Bacillati Actinomycetota QXN67839.1 QXN67839.1 7.68e-144 2852115 Heunggongvirae Uroviricota MBI2682423.1 MBI2682423.1 0.0 2282142 Pseudomonadati Acidobacteriota MBI2682423.1 KAE8322051.1 4.78e-37 1034303 Fungi Ascomycota MBI2682423.1 WP_283277237.1 1.60e-11 3047085 Bacillati Actinomycetota MBL4581517.1 MBL4581517.1 0.0 1913989 Pseudomonadati Pseudomonadota MBL4581517.1 MBT4210917.1 1.27e-19 2026782 Pseudomonadati Pseudomonadota TMH88670.1 TMH88670.1 6.51e-53 1891241 Pseudomonadati Pseudomonadota GLZ61196.1 GLZ61196.1 1.00e-147 3032209 Bacillati Actinomycetota WP_202116891.1 WP_202116891.1 6.75e-88 562 Pseudomonadati Pseudomonadota CAG2201344.1 CAG2201344.1 0.0 6550 Metazoa Mollusca NOX27817.1 NOX27817.1 2.61e-205 1913989 Pseudomonadati Pseudomonadota WP_220524718.1 WP_220524718.1 1.24e-200 197 Pseudomonadati Campylobacterota WP_220524718.1 WP_236777269.1 3.34e-39 358 Pseudomonadati Pseudomonadota EBN6490838.1 EBN6490838.1 2.02e-177 28901 Pseudomonadati Pseudomonadota HBR1104065.1 HBR1104065.1 0.0 573 Pseudomonadati Pseudomonadota HBR1104065.1 WP_234538829.1 5.20e-45 943815 Bacillati Actinomycetota WP_015183653.1 WP_015183653.1 1.35e-77 1173027;2886352 Bacillati Cyanobacteriota GFP71094.1 GFP71094.1 1.26e-313 4932 Fungi Ascomycota XP_041648869.1 XP_041648869.1 2.07e-215 241271 Metazoa Chordata MCM1168016.1 MCM1168016.1 6.63e-210 41978 Bacillati Bacillota HAC8926176.1 HAC8926176.1 5.81e-104 28901 Pseudomonadati Pseudomonadota WP_012236017.1 WP_012236017.1 0.0 56;448385 Pseudomonadati Myxococcota WP_012236017.1 MBD2210269.1 5.36e-23 2692905 Bacillati Cyanobacteriota WP_012236017.1 NXD84883.1 2.08e-17 342381 Metazoa Chordata WP_012236017.1 GIV84289.1 2.01e-09 2838777 Bacillati Chloroflexota MBP1530348.1 MBP1530348.1 1.14e-160 2049044 Bacillati Bacillota MBP1530348.1 WP_026893585.1 1.48e-75 408753 Bacillati Bacillota MBP1530348.1 MBQ5584458.1 9.58e-47 2053608 Bacillati Bacillota MBP1530348.1 WP_007708736.1 3.82e-43 333367;518636 Bacillati Bacillota MBP1530348.1 MCL7714424.1 2.03e-42 2871096 Pseudomonadati Pseudomonadota MBP1530348.1 WP_186723788.1 2.66e-42 582 Pseudomonadati Pseudomonadota MBP1530348.1 WP_069156513.1 3.21e-39 1432052 Bacillati Bacillota MBP1530348.1 WP_194544138.1 1.14e-38 N/A N/A MBP1530348.1 WP_101794136.1 3.72e-33 2067450 Pseudomonadati Pseudomonadota MBP1530348.1 EAG2350674.1 9.08e-31 1639 Bacillati Bacillota MBP1530348.1 EAC1232420.1 7.96e-30 195 Pseudomonadati Campylobacterota MBP1530348.1 WP_064652354.1 8.33e-25 1825933 Pseudomonadati Pseudomonadota MBP1530348.1 EDN57974.1 3.56e-19 150340 Pseudomonadati Pseudomonadota MBP1530348.1 EJF06804.1 6.72e-19 1177931 Pseudomonadati Campylobacterota MBP1530348.1 WP_212961195.1 1.15e-16 557555 Bacillati Bacillota MBP1530348.1 QYU66920.1 9.38e-13 2819933 Bacillati Cyanobacteriota MBP1530348.1 PKL50735.1 4.57e-12 2013830 0 Candidatus Rifleibacteriota MBP1530348.1 MBQ1868746.1 4.56e-11 2053611;2593411 Bacillati Bacillota MBP1530348.1 WP_138482356.1 1.31e-09 161398 Pseudomonadati Pseudomonadota MBP1530348.1 KFX48203.1 4.88e-08 N/A N/A WP_213638963.1 WP_213638963.1 8.99e-239 1424203 Pseudomonadati Pseudomonadota MCH2804017.1 MCH2804017.1 1.41e-52 1639 Bacillati Bacillota MCH2804017.1 WP_136095406.1 1.28e-29 1314 Bacillati Bacillota MCH2804017.1 WP_029789810.1 1.66e-26 669 Pseudomonadati Pseudomonadota MCH2804017.1 MBP6786080.1 1.29e-24 2664178 Bacillati Chloroflexota MCH2804017.1 KAF6257731.1 4.57e-19 2650976 Viridiplantae Chlorophyta WP_059978677.1 WP_059978677.1 6.10e-191 1503055 Pseudomonadati Pseudomonadota WP_025591525.1 WP_025591525.1 7.70e-94 358;1183429 Pseudomonadati Pseudomonadota WP_025591525.1 TLY59051.1 1.71e-14 1913989 Pseudomonadati Pseudomonadota KAI5289156.1 KAI5289156.1 1.32e-278 51564 Fungi Ascomycota WP_205930861.1 WP_205930861.1 3.63e-50 384 Pseudomonadati Pseudomonadota WP_108078099.1 WP_108078099.1 5.16e-232 303 Pseudomonadati Pseudomonadota MBO4168293.1 MBO4168293.1 1.48e-171 43057 Pseudomonadati Pseudomonadota MBO4168293.1 MSU20497.1 5.45e-21 2024890 Pseudomonadati Verrucomicrobiota MBO4168293.1 WP_187094112.1 2.31e-12 2762325 Bacillati Actinomycetota XP_045966569.1 XP_045966569.1 0.0 1174673 Fungi Ascomycota WP_159793761.1 WP_159793761.1 3.53e-198 1737568 Pseudomonadati Pseudomonadota WP_159793761.1 WP_079304935.1 2.13e-43 1114970 Pseudomonadati Pseudomonadota MBJ7265026.1 MBJ7265026.1 2.01e-85 2030806 Pseudomonadati Pseudomonadota WAX10255.1 WAX10255.1 2.20e-103 2968608 Heunggongvirae Uroviricota WP_246832833.1 WP_246832833.1 5.36e-302 1470575 Pseudomonadati Pseudomonadota WP_246832833.1 HAZ7424284.1 9.76e-10 562 Pseudomonadati Pseudomonadota MCR5574391.1 MCR5574391.1 9.48e-292 2212467 Pseudomonadati Bacteroidota MCR5574391.1 MBS1745163.1 1.05e-144 1898104 Pseudomonadati Bacteroidota WP_266169258.1 WP_266169258.1 0.0 2992127 Pseudomonadati Pseudomonadota MBK8423602.1 MBK8423602.1 0.0 2030800 Pseudomonadati Elusimicrobiota WP_185116294.1 WP_185116294.1 1.12e-139 1735672 Pseudomonadati Bacteroidota WP_185116294.1 HBV8273101.1 1.36e-08 573 Pseudomonadati Pseudomonadota WP_135180648.1 WP_135180648.1 1.05e-160 584 Pseudomonadati Pseudomonadota MCA9634778.1 MCA9634778.1 5.59e-112 2026763 Pseudomonadati Myxococcota WP_094151267.1 WP_094151267.1 0.0 1938672 Pseudomonadati Pseudomonadota WP_094151267.1 WP_164636240.1 3.76e-66 2269368 Pseudomonadati Pseudomonadota WP_094151267.1 WP_122896374.1 4.93e-34 2483800 Bacillati Bacillota WP_094151267.1 WP_168565867.1 3.29e-29 2724528 Pseudomonadati Planctomycetota WP_094151267.1 WP_032677416.1 2.39e-13 1386;1423;227866 Bacillati Bacillota MBI41622.1 MBI41622.1 1.82e-181 2026757 Pseudomonadati Spirochaetota NDD35992.1 NDD35992.1 4.33e-40 2044941 Pseudomonadati Bacteroidota WP_059432031.1 WP_059432031.1 2.89e-126 198;91352 Pseudomonadati Campylobacterota EAH3295886.1 EAH3295886.1 1.53e-52 1639 Bacillati Bacillota XP_005678593.1 XP_005678593.1 5.96e-215 9925 Metazoa Chordata NQX99425.1 NQX99425.1 3.93e-166 2021391 Pseudomonadati Bacteroidota NQX99425.1 CAD6270987.1 4.61e-55 422564 Viridiplantae Streptophyta XP_025430606.1 XP_025430606.1 0.0 1450539 Fungi Ascomycota WP_000484099.1 WP_000484099.1 2.61e-268 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_000484099.1 EJF06804.1 5.33e-29 1177931 Pseudomonadati Campylobacterota WP_000484099.1 WP_145544593.1 1.15e-23 419257 Pseudomonadati Pseudomonadota WP_000484099.1 MBI5333464.1 9.02e-22 1891238 Pseudomonadati Pseudomonadota WP_000484099.1 HAB03480.1 4.10e-21 306 Pseudomonadati Pseudomonadota WP_000484099.1 WP_107169208.1 1.48e-20 2108399 Pseudomonadati Pseudomonadota WP_000484099.1 WP_269885397.1 4.09e-20 3388067 Bacillati Bacillota WP_000484099.1 MBK6870374.1 4.90e-19 2487580 Bacillati Actinomycetota WP_000484099.1 WP_230171322.1 3.51e-17 2845820 Pseudomonadati Pseudomonadota WP_000484099.1 WP_018646673.1 1.10e-15 990078 Pseudomonadati Pseudomonadota WP_000484099.1 EGR2272270.1 4.01e-15 670 Pseudomonadati Pseudomonadota WP_000484099.1 WP_029222917.1 2.40e-13 662;1191324 Pseudomonadati Pseudomonadota WP_000484099.1 WP_255266214.1 1.85e-12 37329 Bacillati Actinomycetota WP_000484099.1 WP_023050329.1 3.90e-12 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_000484099.1 MBT3459335.1 8.49e-10 2026743 Pseudomonadati Pseudomonadota WP_204618903.1 WP_204618903.1 0.0 626935 Bacillati Actinomycetota WP_204618903.1 MBO7728038.1 3.29e-152 2485925 Bacillati Bacillota MBK7140969.1 MBK7140969.1 0.0 1869227 0 0 WP_100537786.1 WP_100537786.1 0.0 44249;2059268 Bacillati Bacillota NLI35930.1 NLI35930.1 2.80e-76 2030927 Pseudomonadati Bacteroidota WP_173283317.1 WP_173283317.1 2.57e-233 N/A N/A WP_173283317.1 MBI2528438.1 4.17e-111 2053607 0 Candidatus Rokuibacteriota WP_173283317.1 KFF47610.1 1.14e-07 1492922 Pseudomonadati Pseudomonadota HAB28525.1 HAB28525.1 2.09e-185 1137281 Pseudomonadati Bacteroidota WP_157113211.1 WP_157113211.1 9.94e-261 630921 Pseudomonadati Pseudomonadota MBQ1897904.1 MBQ1897904.1 4.79e-233 41978 Bacillati Bacillota MBQ1897904.1 MBQ1405588.1 6.30e-102 2485925 Bacillati Bacillota MCU0622952.1 MCU0622952.1 9.00e-124 2026741 Pseudomonadati Gemmatimonadota MBI5438416.1 MBI5438416.1 1.12e-82 2026761 Pseudomonadati Pseudomonadota MBI5438416.1 MCS2900418.1 9.48e-39 818 Pseudomonadati Bacteroidota MBI5438416.1 MBI3448467.1 1.20e-37 1978231 Pseudomonadati Acidobacteriota MBI5438416.1 WP_255435582.1 4.81e-37 N/A N/A WP_202067358.1 WP_202067358.1 2.78e-164 2787713 Bacillati Bacillota WP_274771680.1 WP_274771680.1 5.31e-195 1382803 Pseudomonadati Pseudomonadota WP_167605087.1 WP_167605087.1 5.98e-108 2696285 Pseudomonadati Bacteroidota MBP6311895.1 MBP6311895.1 0.0 2021391 Pseudomonadati Bacteroidota MCK1819907.1 MCK1819907.1 0.0 2929781 Bacillati Actinomycetota MCK1819907.1 WP_030096092.1 1.15e-153 1774 Bacillati Actinomycetota MCK1819907.1 WP_187788315.1 2.35e-62 2614656 Pseudomonadati Pseudomonadota MCK1819907.1 WP_278498266.1 1.79e-53 470934 Pseudomonadati Pseudomonadota MCK1819907.1 MCD6064856.1 7.02e-17 2307286 Pseudomonadati Bacteroidota HAP0275886.1 HAP0275886.1 2.79e-163 562 Pseudomonadati Pseudomonadota HAP0275886.1 WP_250376457.1 4.76e-21 562 Pseudomonadati Pseudomonadota MCE2873365.1 MCE2873365.1 0.0 2006849 Pseudomonadati Pseudomonadota MCE2873365.1 MXW19700.1 1.44e-97 1913989 Pseudomonadati Pseudomonadota MCE2873365.1 HAJ30683.1 2.27e-23 1913989 Pseudomonadati Pseudomonadota MCE2873365.1 MBX9747080.1 3.86e-13 2026748 Pseudomonadati Pseudomonadota EFQ5532992.1 EFQ5532992.1 4.22e-80 562 Pseudomonadati Pseudomonadota MCA9734355.1 MCA9734355.1 2.76e-177 2172550;2599930 Pseudomonadati 0;Deferribacterota WP_281760414.1 WP_281760414.1 3.48e-166 2973072 Pseudomonadati Thermodesulfobacteriota WP_281760414.1 MBH8634352.1 1.96e-29 287 Pseudomonadati Pseudomonadota NWR36449.1 NWR36449.1 0.0 495162 Metazoa Chordata NWR36449.1 MCH8479059.1 2.24e-44 1979961 Pseudomonadati Pseudomonadota WP_033631967.1 WP_033631967.1 1.33e-237 613;615;458197;1449981 Pseudomonadati Pseudomonadota ESS67695.1 ESS67695.1 0.0 1416333 0 Euglenozoa MOP71390.1 MOP71390.1 1.40e-09 9606 Metazoa Chordata WP_163889187.1 WP_163889187.1 1.98e-206 659824 Bacillati Actinomycetota WP_230633440.1 WP_230633440.1 3.38e-70 286 Pseudomonadati Pseudomonadota WP_255187010.1 WP_255187010.1 0.0 2963939 Pseudomonadati Pseudomonadota WP_255187010.1 WP_195397250.1 4.39e-162 2787120 Bacillati Bacillota WP_255187010.1 MBQ2017527.1 1.15e-51 1913988 Pseudomonadati Pseudomonadota WP_255187010.1 WP_161258623.1 1.09e-50 121734 Bacillati Bacillota MBX9648850.1 MBX9648850.1 3.33e-96 2021379 Pseudomonadati Pseudomonadota WP_006728805.1 WP_006728805.1 5.59e-151 147266;1156935 Pseudomonadati Pseudomonadota WP_230699958.1 WP_230699958.1 0.0 2897330 Pseudomonadati Bacteroidota MBE6890073.1 MBE6890073.1 0.0 2485925 Bacillati Bacillota NET00292.1 NET00292.1 7.40e-198 2607814 Bacillati Cyanobacteriota NET00292.1 WP_087918330.1 1.69e-77 414771 Bacillati Bacillota NET00292.1 WP_175395805.1 1.58e-64 44249;248903 Bacillati Bacillota WP_189761921.1 WP_189761921.1 0.0 67384 Bacillati Actinomycetota WP_249893756.1 WP_249893756.1 2.45e-295 2872648 Pseudomonadati Pseudomonadota WP_249893756.1 WP_082500294.1 1.62e-32 1736322 Bacillati Actinomycetota WP_086504813.1 WP_086504813.1 0.0 544;546 Pseudomonadati Pseudomonadota WP_086504813.1 WP_061048002.1 2.86e-54 221822 Pseudomonadati Pseudomonadota WP_086504813.1 WP_211114623.1 1.31e-47 N/A N/A WP_086504813.1 NSW79198.1 2.33e-45 2282152 Bacillati Armatimonadota WP_086504813.1 MBK3737236.1 7.09e-36 192 Pseudomonadati Pseudomonadota WP_086504813.1 KYG00847.1 1.50e-06 56 Pseudomonadati Myxococcota MCH6549687.1 MCH6549687.1 1.75e-22 1977087 Pseudomonadati Pseudomonadota TYJ03004.1 TYJ03004.1 0.0 34275 Viridiplantae Streptophyta NXO69257.1 NXO69257.1 5.95e-175 161653 Metazoa Chordata OFZ89526.1 OFZ89526.1 3.41e-272 1797477 Pseudomonadati Pseudomonadota OFZ89526.1 WP_033456074.1 3.44e-145 518;1331200 Pseudomonadati Pseudomonadota OFZ89526.1 WP_267292626.1 1.02e-117 2873601 Pseudomonadati Bacteroidota OFZ89526.1 WP_098923619.1 4.55e-112 1392;1396 Bacillati Bacillota OFZ89526.1 MBT3887354.1 4.86e-111 1898112 Pseudomonadati Pseudomonadota OFZ89526.1 WP_262612393.1 1.38e-82 53344 Bacillati Bacillota OFZ89526.1 NDI25889.1 3.00e-63 2900548 Bacillati Actinomycetota OFZ89526.1 KAA0555231.1 1.25e-40 57706 Pseudomonadati Pseudomonadota OFZ89526.1 KAJ4394429.1 2.41e-30 1191159 Fungi Ascomycota MBL7790458.1 MBL7790458.1 9.82e-115 2448779 Pseudomonadati Bacteroidota MBF0278962.1 MBF0278962.1 9.56e-30 2024889 0 0 WP_151519865.1 WP_151519865.1 3.00e-189 1820614 Pseudomonadati Pseudomonadota WP_175939838.1 WP_175939838.1 5.80e-66 2646786;2814653 Pseudomonadati Pseudomonadota WP_114688413.1 WP_114688413.1 6.67e-246 2283317 Pseudomonadati Pseudomonadota WP_114688413.1 WP_063434200.1 2.71e-75 562;208224 Pseudomonadati Pseudomonadota TIC14313.1 TIC14313.1 0.0 1708541 Fungi Basidiomycota OTX04318.1 OTX04318.1 1.29e-87 180887 Bacillati Bacillota WP_248415755.1 WP_248415755.1 1.09e-125 210 Pseudomonadati Campylobacterota GFV11951.1 GFV11951.1 1.93e-63 2585209 Metazoa Arthropoda WP_088031849.1 WP_088031849.1 2.08e-220 86661;339658 Bacillati Bacillota XP_053193947.1 XP_053193947.1 0.0 13676 Metazoa Chordata XP_053193947.1 ELR45644.1 0.0 72004 Metazoa Chordata MBR6343266.1 MBR6343266.1 4.85e-215 2652289 Bacillati Bacillota MBR6343266.1 MBP9771519.1 1.37e-21 2053589 Bacillati Minisyncoccota MBR6343266.1 MBU7046308.1 3.33e-18 2747605 Methanobacteriati Methanobacteriota WP_232103437.1 WP_232103437.1 6.86e-154 2527971 Pseudomonadati Planctomycetota WP_265275480.1 WP_265275480.1 2.61e-84 457945 Bacillati Cyanobacteriota EIO1807611.1 EIO1807611.1 0.0 28901 Pseudomonadati Pseudomonadota EIO1807611.1 MBU6501496.1 1.27e-67 1891238 Pseudomonadati Pseudomonadota EIO1807611.1 MCQ2587557.1 6.82e-27 166 Pseudomonadati Spirochaetota NUT29294.1 NUT29294.1 0.0 1931 Bacillati Actinomycetota MBR3785149.1 MBR3785149.1 4.75e-91 1879010 Bacillati Bacillota MBR3785149.1 CCZ55979.1 3.28e-26 1262772 Bacillati Bacillota MBI3290135.1 MBI3290135.1 9.99e-81 2093373 0 Candidatus Microgenomatota WP_060115800.1 WP_060115800.1 1.21e-193 101571 Pseudomonadati Pseudomonadota WP_138482356.1 WP_138482356.1 0.0 161398 Pseudomonadati Pseudomonadota WP_138482356.1 WP_261733022.1 6.39e-58 2978345 Pseudomonadati Pseudomonadota WP_138482356.1 TAL20232.1 1.02e-54 1872578 Pseudomonadati Pseudomonadota WP_138482356.1 WP_007356512.1 2.25e-54 272129;1501433 Bacillati Cyanobacteriota WP_138482356.1 KFX48203.1 9.26e-51 N/A N/A WP_138482356.1 MBQ1868746.1 1.58e-47 2053611;2593411 Bacillati Bacillota WP_138482356.1 MCH5250214.1 1.88e-42 1898203 Bacillati Bacillota WP_138482356.1 WP_200037957.1 5.57e-36 95486 Pseudomonadati Pseudomonadota WP_138482356.1 MBN8606766.1 8.00e-36 2282150 Pseudomonadati Pseudomonadota WP_138482356.1 WP_232306300.1 5.07e-35 823 Pseudomonadati Bacteroidota WP_138482356.1 SEP77558.1 2.98e-32 1881030 Pseudomonadati Pseudomonadota WP_138482356.1 PKL50735.1 1.85e-24 2013830 0 Candidatus Rifleibacteriota WP_138482356.1 MBN1819552.1 2.44e-17 2053594 Pseudomonadati Bacteroidota WP_138482356.1 MBP1530348.1 2.15e-09 2049044 Bacillati Bacillota WP_138482356.1 WP_188888464.1 8.73e-07 1737354 Bacillati Bacillota WP_138482356.1 HBG17616.1 1.02e-05 1879010 Bacillati Bacillota WP_263727326.1 WP_263727326.1 4.02e-293 2911618 Pseudomonadati Campylobacterota WP_072274035.1 WP_072274035.1 1.96e-106 1478;450367;2675229 Bacillati Bacillota MBT4210917.1 MBT4210917.1 0.0 2026782 Pseudomonadati Pseudomonadota MBT4210917.1 WP_096067320.1 3.30e-107 287 Pseudomonadati Pseudomonadota MBT4210917.1 WP_282322778.1 1.79e-106 287 Pseudomonadati Pseudomonadota MBT4210917.1 MBL14507.1 1.69e-68 1913989 Pseudomonadati Pseudomonadota MBT4210917.1 MBL4581517.1 1.04e-20 1913989 Pseudomonadati Pseudomonadota XP_018439942.1 XP_018439942.1 1.59e-225 N/A N/A XP_045702922.1 XP_045702922.1 5.04e-259 9423 Metazoa Chordata XP_045702922.1 ROW03190.1 1.23e-05 1230097 Fungi Ascomycota WP_063485223.1 WP_063485223.1 8.00e-283 1590 Bacillati Bacillota WP_063485223.1 WP_021646634.1 1.06e-15 310300;1321819 Pseudomonadati Bacteroidota WP_149236326.1 WP_149236326.1 4.12e-187 210 Pseudomonadati Campylobacterota KIJ42589.1 KIJ42589.1 5.40e-137 990650 Fungi Basidiomycota BAI82636.1 BAI82636.1 4.51e-155 7004 Metazoa Arthropoda BAI82636.1 UNP33456.1 4.48e-115 1567021 Metazoa Chordata BAI82636.1 ADJ57888.1 1.17e-112 451678 Metazoa Chordata BAI82636.1 AXB40829.1 7.09e-106 3018538 Metazoa Chordata BAI82636.1 QYT38722.1 5.86e-49 2565248 Metazoa Platyhelminthes WP_232189573.1 WP_232189573.1 6.64e-24 2873699 Bacillati Bacillota MBZ0168159.1 MBZ0168159.1 1.84e-64 2211376 0 Candidatus Methylomirabilota NWG72028.1 NWG72028.1 1.70e-63 2510335 Pseudomonadati Pseudomonadota WP_136035264.1 WP_136035264.1 7.01e-144 2305440 Bacillati Actinomycetota EAP3700350.1 EAP3700350.1 7.03e-63 28901 Pseudomonadati Pseudomonadota WP_251074290.1 WP_251074290.1 0.0 N/A N/A WP_251074290.1 CDZ81696.1 7.11e-107 1444712 Pseudomonadati Chlamydiota WP_251074290.1 EAJ4016142.1 3.87e-46 197 Pseudomonadati Campylobacterota EXZ64635.1 EXZ64635.1 3.97e-153 1339298;1339314 Pseudomonadati Bacteroidota CCE01062.1 CCE01062.1 2.79e-49 551936 Pseudomonadati Pseudomonadota WP_278800290.1 WP_278800290.1 2.01e-92 671266 Bacillati Actinomycetota BAB28876.1 BAB28876.1 1.73e-101 10090 Metazoa Chordata KAJ1633120.1 KAJ1633120.1 3.19e-134 483367 0 Haptophyta WP_090221424.1 WP_090221424.1 0.0 46679 Pseudomonadati Pseudomonadota KAF6315484.1 KAF6315484.1 4.25e-169 N/A N/A GEZ33207.1 GEZ33207.1 1.46e-198 118510 Viridiplantae Streptophyta TWU17869.1 TWU17869.1 3.98e-63 2714739 Pseudomonadati Planctomycetota MBM3767188.1 MBM3767188.1 1.61e-299 1978231 Pseudomonadati Acidobacteriota MBM3767188.1 WP_256939523.1 5.90e-40 N/A N/A MBM3767188.1 WP_097830045.1 3.27e-38 1396;86661 Bacillati Bacillota MBM3767188.1 MBR4371193.1 6.59e-33 2212475 Pseudomonadati Lentisphaerota WP_061364641.1 WP_061364641.1 0.0 1313 Bacillati Bacillota VPT01298.1 VPT01298.1 0.0 1313 Bacillati Bacillota WP_225764381.1 WP_225764381.1 1.31e-90 2866595 Pseudomonadati Pseudomonadota UGY43725.1 UGY43725.1 4.12e-283 2697049 Orthornavirae Pisuviricota UGY43725.1 UYE59123.1 7.71e-211 2697049 Orthornavirae Pisuviricota UGY43725.1 UBA80202.1 6.03e-168 2697049 Orthornavirae Pisuviricota XP_018042825.1 XP_018042825.1 0.0 1460663 Fungi Ascomycota XP_018042825.1 EDN57974.1 8.47e-18 150340 Pseudomonadati Pseudomonadota XP_018042825.1 TAL20232.1 1.90e-10 1872578 Pseudomonadati Pseudomonadota XP_018042825.1 WP_083453642.1 2.46e-05 1185843 Pseudomonadati Thermodesulfobacteriota WP_090770466.1 WP_090770466.1 1.27e-232 390242 Pseudomonadati Bacteroidota WP_090770466.1 MCB0447740.1 3.97e-10 2018083 Pseudomonadati Bacteroidota QXI91160.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota QXI91160.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota UYV38309.1 UYV38309.1 1.18e-200 2978344 Pseudomonadati Pseudomonadota WP_061517937.1 WP_061517937.1 2.82e-245 52133 Pseudomonadati Pseudomonadota WP_190531886.1 WP_190531886.1 0.0 2632864;2692817 Bacillati Cyanobacteriota WP_130382900.1 WP_130382900.1 1.31e-151 82995 Pseudomonadati Pseudomonadota AKT58828.1 AKT58828.1 1.45e-132 1687857 Metazoa Arthropoda AKT58828.1 QUA05739.1 9.41e-110 988006 Metazoa Arthropoda AKT58828.1 QUQ06080.1 1.20e-109 1719401 Metazoa Mollusca AKT58828.1 AVM35379.1 2.03e-109 1770638 Metazoa Arthropoda AKT58828.1 ADW49125.1 1.50e-108 1417353 Metazoa Arthropoda AKT58828.1 AMA90994.1 5.35e-108 1474269;2542237 Metazoa Arthropoda AKT58828.1 ABQ63546.1 1.11e-107 166263 Metazoa Chordata AKT58828.1 ADJ35581.1 3.94e-106 876003 Metazoa Annelida AKT58828.1 AFA24308.1 4.25e-106 1097956 Metazoa Arthropoda AKT58828.1 AWS34156.1 7.32e-104 408114 Metazoa Arthropoda AKT58828.1 AFA09475.1 1.30e-103 705192 Metazoa Arthropoda AKT58828.1 AXZ65741.1 8.40e-103 2242446 Metazoa Arthropoda AKT58828.1 AOQ89457.1 9.02e-100 1881751 Metazoa Arthropoda AKT58828.1 AHK62764.1 2.24e-96 1470337 Metazoa Arthropoda AKT58828.1 AOR13807.1 3.42e-95 1881782 Metazoa Arthropoda AKT58828.1 AKA56406.1 7.36e-92 1622492;1669417;1881785;2088599 Metazoa Arthropoda AKT58828.1 AAX94106.1 5.18e-90 324009 Metazoa Arthropoda AKT58828.1 UZF38514.1 9.38e-83 2976471 Metazoa Arthropoda AKT58828.1 AGI15931.1 1.54e-81 52396 Metazoa Mollusca AKT58828.1 AHH30646.1 1.76e-77 1452501 Metazoa Arthropoda AKT58828.1 ACE88666.1 6.25e-58 13139 Metazoa Arthropoda AKT58828.1 APC24336.1 3.47e-29 597926 Metazoa Arthropoda XP_049578625.1 XP_049578625.1 0.0 N/A N/A MCB1208284.1 MCB1208284.1 2.48e-261 2026800;2026801 Pseudomonadati Verrucomicrobiota MCB1208284.1 WP_052922907.1 1.48e-60 562 Pseudomonadati Pseudomonadota WP_000685022.1 WP_000685022.1 1.18e-298 562;1001989 Pseudomonadati Pseudomonadota WP_105979700.1 WP_105979700.1 3.15e-204 1286 Bacillati Bacillota MBQ8238565.1 MBQ8238565.1 1.54e-104 2485925 Bacillati Bacillota MBQ9299122.1 MBQ9299122.1 3.22e-226 2044939 Bacillati Bacillota MBQ9299122.1 WP_154333510.1 7.75e-24 2690837 Bacillati Actinomycetota MBQ9299122.1 WP_190032834.1 1.95e-11 1942 Bacillati Actinomycetota MBQ9299122.1 WP_268678783.1 7.42e-06 1676683 Pseudomonadati Pseudomonadota MBQ9299122.1 WP_273138110.1 4.23e-05 114527 Bacillati Bacillota MBR5879017.1 MBR5879017.1 7.46e-76 1872421 Pseudomonadati Verrucomicrobiota MCS6903464.1 MCS6903464.1 1.39e-100 2306012 0 Candidatus Bipolaricaulota WP_011063740.1 WP_011063740.1 5.64e-100 286;220664;380021;1862317;1862323 Pseudomonadati Pseudomonadota EGV97757.1 EGV97757.1 2.65e-52 10029 Metazoa Chordata WP_102477257.1 WP_102477257.1 0.0 1880838 Pseudomonadati Pseudomonadota WP_102477257.1 WP_086711488.1 0.0 296199 Pseudomonadati Pseudomonadota WP_102477257.1 WP_097641037.1 0.0 28141;413496;2715229 Pseudomonadati Pseudomonadota WP_102477257.1 RWX51021.1 3.59e-190 1859130 Pseudomonadati Thermodesulfobacteriota WP_204942955.1 WP_204942955.1 9.26e-192 709860 Bacillati Actinomycetota WP_204942955.1 KAG2346037.1 1.37e-09 48593 Fungi Basidiomycota WP_204942955.1 WP_077093245.1 1.98e-06 339268 Bacillati Actinomycetota WP_015133641.1 WP_015133641.1 0.0 111781 Bacillati Cyanobacteriota WP_015133641.1 OKZ85006.1 1.72e-13 1896984 Bacillati Bacillota MCD6425313.1 MCD6425313.1 6.49e-89 2073117 Bacillati Chloroflexota UTT93350.1 UTT93350.1 1.54e-259 120017 Fungi Basidiomycota MCR5602468.1 MCR5602468.1 3.83e-155 1898203 Bacillati Bacillota OGR18938.1 OGR18938.1 2.27e-188 1797913 Pseudomonadati Thermodesulfobacteriota MBI5677341.1 MBI5677341.1 1.73e-67 2026780 Pseudomonadati Planctomycetota WP_029267497.1 WP_029267497.1 2.21e-173 698769 Bacillati Bacillota MCI4325574.1 MCI4325574.1 1.14e-240 1906666 Methanobacteriati Thermoplasmatota MCI4325574.1 MBE0669914.1 1.49e-97 2073117 Bacillati Chloroflexota MCI4325574.1 MBC6481257.1 1.10e-92 2653677 Bacillati Cyanobacteriota MCI4325574.1 HCP62665.1 3.65e-06 2900548 Bacillati Actinomycetota STW12454.1 STW12454.1 1.66e-109 39831 Pseudomonadati Pseudomonadota MBE6306819.1 MBE6306819.1 5.82e-279 2030927 Pseudomonadati Bacteroidota MBE6306819.1 CAG0929351.1 6.57e-71 2497639 Bacillati Chloroflexota NLB51443.1 NLB51443.1 5.52e-50 2093811 Bacillati Bacillota UKS51372.1 UKS51372.1 3.15e-97 5833 0 Apicomplexa MCI7352812.1 MCI7352812.1 8.16e-122 123820 Pseudomonadati Pseudomonadota WP_259847195.1 WP_259847195.1 5.64e-205 498199 Bacillati Actinomycetota WP_259847195.1 WP_251593142.1 3.13e-07 1851019 Pseudomonadati Pseudomonadota WP_192049367.1 WP_192049367.1 3.93e-98 2609279;2775276;2775300 Pseudomonadati Pseudomonadota WP_039294206.1 WP_039294206.1 5.03e-60 29471 Pseudomonadati Pseudomonadota DAD32814.1 DAD32814.1 6.38e-243 4432 Viridiplantae Streptophyta XP_027924147.1 XP_027924147.1 0.0 3917 Viridiplantae Streptophyta XP_027924147.1 WP_075190302.1 1.52e-70 1772333 Pseudomonadati Pseudomonadota WP_161359378.1 WP_161359378.1 1.14e-198 2690260 Bacillati Actinomycetota WP_196351635.1 WP_196351635.1 1.44e-18 N/A N/A WP_196351635.1 WP_274676460.1 3.18e-13 N/A N/A WP_100521084.1 WP_100521084.1 6.49e-167 36809 Bacillati Actinomycetota AQU86570.1 AQU86570.1 6.45e-272 265960;1307937 Pseudomonadati Pseudomonadota KAI0643035.1 KAI0643035.1 5.62e-318 526243 Fungi Basidiomycota OHB35500.1 OHB35500.1 6.35e-264 1801947 Pseudomonadati Planctomycetota OHB35500.1 WP_095061089.1 1.89e-34 1386;1390;492670 Bacillati Bacillota WP_014605789.1 WP_014605789.1 1.67e-180 553;53335;1095774;1332074 Pseudomonadati Pseudomonadota WP_014605789.1 WP_183882442.1 2.30e-21 188932 Pseudomonadati Bacteroidota WP_014605789.1 KAG2346037.1 1.17e-15 48593 Fungi Basidiomycota WP_014605789.1 WP_281054160.1 4.33e-14 136468 Pseudomonadati Pseudomonadota WP_014605789.1 WP_060347438.1 1.03e-13 1503055 Pseudomonadati Pseudomonadota WP_154907134.1 WP_154907134.1 2.24e-113 294;219574 Pseudomonadati Pseudomonadota WP_228944212.1 WP_228944212.1 3.08e-62 339 Pseudomonadati Pseudomonadota WP_136134536.1 WP_136134536.1 0.0 586;587 Pseudomonadati Pseudomonadota WP_136134536.1 NLG67042.1 3.88e-05 2900548 Bacillati Actinomycetota ECL7245291.1 ECL7245291.1 5.93e-105 197 Pseudomonadati Campylobacterota ECL7245291.1 PJC48296.1 8.14e-36 1974737 Pseudomonadati Candidatus Omnitrophota MBC2704089.1 MBC2704089.1 0.0 2593537 Pseudomonadati Thermodesulfobacteriota MBC2704089.1 NDH21517.1 8.20e-44 1904441 Pseudomonadati Pseudomonadota MBH0193692.1 MBH0193692.1 0.0 70125 Pseudomonadati Nitrospirota EJK2981647.1 EJK2981647.1 1.75e-175 195 Pseudomonadati Campylobacterota EJK2981647.1 ACA34490.1 8.90e-08 197 Pseudomonadati Campylobacterota WP_213646387.1 WP_213646387.1 1.25e-246 1401 Bacillati Bacillota WP_213646387.1 AQY75504.1 3.99e-12 4911 Fungi Ascomycota WP_103313256.1 WP_103313256.1 2.56e-88 2054903 Thermotogati Deinococcota EZX24376.1 EZX24376.1 6.95e-173 1413510 Bacillati Bacillota KAJ3327837.1 KAJ3327837.1 1.02e-129 2724214 Fungi Chytridiomycota KAJ2660037.1 KAJ2660037.1 0.0 2789312 Fungi Kickxellomycota KAJ2660037.1 KAF9974715.1 3.95e-191 1343610 Fungi Mortierellomycota KAJ2660037.1 XP_043889695.1 4.79e-63 28829 Metazoa Chordata KAJ2660037.1 XP_032696462.1 5.42e-52 76717 Metazoa Chordata KAJ2660037.1 MBQ8297564.1 3.35e-36 41978 Bacillati Bacillota KAJ2660037.1 WP_195238978.1 3.34e-35 1502 Bacillati Bacillota KAJ2660037.1 KAJ5168969.1 1.71e-30 189055 Fungi Ascomycota KAJ2660037.1 KAI7371949.1 2.55e-30 91943 Fungi Ascomycota KAJ2660037.1 KAI9191373.1 3.96e-28 4023 Viridiplantae Streptophyta KAJ2660037.1 WP_247749043.1 3.13e-22 N/A N/A KAJ2660037.1 NFD84694.1 1.82e-18 1491 Bacillati Bacillota KAJ2660037.1 WAY96880.1 2.26e-15 615 Pseudomonadati Pseudomonadota KAJ2660037.1 NVM03966.1 1.08e-13 2719382 Promethearchaeati Candidatus Helarchaeota KAJ2660037.1 WP_088153117.1 1.23e-10 171674 Pseudomonadati Pseudomonadota KAJ2660037.1 WP_142931103.1 2.17e-09 2202200 Pseudomonadati Campylobacterota KAJ2660037.1 WP_145468487.1 1.68e-06 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota KAJ2660037.1 HBO4828144.1 3.56e-06 287 Pseudomonadati Pseudomonadota MAJ71254.1 MAJ71254.1 1.66e-228 1913989;1916082;1986650 Pseudomonadati Pseudomonadota MAJ71254.1 WP_062640876.1 2.63e-48 1777142 Pseudomonadati Pseudomonadota MAJ71254.1 WP_254301195.1 7.82e-06 2953890 Pseudomonadati Pseudomonadota MAJ71254.1 WP_248676944.1 1.86e-04 198618 Pseudomonadati Pseudomonadota MBI1424129.1 MBI1424129.1 1.40e-309 1913989 Pseudomonadati Pseudomonadota MBI1424129.1 WP_099912534.1 1.38e-146 1206336 Pseudomonadati Pseudomonadota MCA9450479.1 MCA9450479.1 8.58e-69 2035772 Pseudomonadati Candidatus Omnitrophota MCC8042769.1 MCC8042769.1 3.36e-137 2485925 Bacillati Bacillota XP_041178038.1 XP_041178038.1 2.86e-48 48578 Fungi Basidiomycota NBW79235.1 NBW79235.1 2.50e-304 1891241 Pseudomonadati Pseudomonadota NBW79235.1 NMO74192.1 6.24e-16 553239 Pseudomonadati Pseudomonadota WP_030323867.1 WP_030323867.1 1.32e-190 1883;67304;2512164 Bacillati Actinomycetota WP_033135619.1 WP_033135619.1 1.44e-195 1543375 Pseudomonadati Pseudomonadota WP_033135619.1 WP_127741063.1 1.47e-14 1979270 Pseudomonadati Pseudomonadota MCA1442501.1 MCA1442501.1 1.09e-108 2794006 Pseudomonadati Pseudomonadota KAI5251673.1 KAI5251673.1 2.25e-129 1042127 Fungi Ascomycota EBT2494165.1 EBT2494165.1 1.20e-149 28901 Pseudomonadati Pseudomonadota MBR5121093.1 MBR5121093.1 4.07e-170 2485925 Bacillati Bacillota NWJ08205.1 NWJ08205.1 5.36e-230 48396 Metazoa Chordata WP_162959321.1 WP_162959321.1 1.25e-64 479978 Bacillati Actinomycetota WP_278498266.1 WP_278498266.1 0.0 470934 Pseudomonadati Pseudomonadota WP_278498266.1 WP_034002239.1 1.09e-89 287 Pseudomonadati Pseudomonadota WP_278498266.1 WP_187788315.1 5.32e-78 2614656 Pseudomonadati Pseudomonadota WP_278498266.1 MCK1819907.1 1.18e-58 2929781 Bacillati Actinomycetota WP_278498266.1 WP_030096092.1 3.65e-58 1774 Bacillati Actinomycetota WP_257479708.1 WP_257479708.1 1.63e-307 214853 Bacillati Bacillota MBQ3867797.1 MBQ3867797.1 0.0 2044939 Bacillati Bacillota WP_111496981.1 WP_111496981.1 0.0 2201898 Pseudomonadati Pseudomonadota STF90731.1 STF90731.1 0.0 562 Pseudomonadati Pseudomonadota STF90731.1 WP_241468713.1 0.0 562 Pseudomonadati Pseudomonadota WP_212448448.1 WP_212448448.1 5.07e-56 2829500 Pseudomonadati Pseudomonadota WP_147738784.1 WP_147738784.1 2.67e-161 29522 Pseudomonadati Spirochaetota PZT91770.1 PZT91770.1 1.13e-63 84139 Bacillati Actinomycetota EAM9790494.1 EAM9790494.1 6.59e-297 28901;179997;459283 Pseudomonadati Pseudomonadota XP_013404023.1 XP_013404023.1 1.60e-227 7574 Metazoa Brachiopoda WP_107485636.1 WP_107485636.1 0.0 1945643 Bacillati Actinomycetota WP_107485636.1 SCK25073.1 6.11e-81 1100824 Bacillati Actinomycetota MBE1289959.1 MBE1289959.1 4.55e-41 1904441;2792614;2792615;2792616;2792617;2792618;2792626;2899152 Pseudomonadati Pseudomonadota MBE1289959.1 KVK44743.1 4.39e-23 477195;1336742;1336743 Pseudomonadati Pseudomonadota WP_143660971.1 WP_143660971.1 1.09e-249 1828052 Bacillati Actinomycetota MCB2112291.1 MCB2112291.1 7.46e-287 2510335 Pseudomonadati Pseudomonadota KLA07975.1 KLA07975.1 3.76e-172 1396 Bacillati Bacillota WP_014504812.1 WP_014504812.1 0.0 347;129394;383407;1458476 Pseudomonadati Pseudomonadota WP_014504812.1 WP_068156215.1 3.38e-319 120959 Bacillati Actinomycetota KAF5807084.1 KAF5807084.1 2.46e-187 4232 Viridiplantae Streptophyta KAF5807084.1 THU55532.1 9.69e-37 52838 Viridiplantae Streptophyta WP_060004157.1 WP_060004157.1 0.0 28095 Pseudomonadati Pseudomonadota WP_060004157.1 WP_100610557.1 5.50e-52 1699412 Pseudomonadati Bacteroidota WP_060004157.1 HAR3824072.1 1.61e-41 1280 Bacillati Bacillota WP_204334995.1 WP_204334995.1 2.39e-186 N/A N/A WP_204334995.1 WP_200696402.1 7.02e-31 1883;1931;2800408 Bacillati Actinomycetota WP_217736698.1 WP_217736698.1 4.71e-221 2;371601 0;Pseudomonadati 0;Bacteroidota WP_217736698.1 WP_151856261.1 1.11e-29 820 Pseudomonadati Bacteroidota WP_270430070.1 WP_270430070.1 2.26e-276 544645 Pseudomonadati Bacteroidota WP_270430070.1 MBW4662439.1 1.89e-100 904376 Bacillati Cyanobacteriota WP_270430070.1 WP_250015522.1 2.00e-38 2653189 Bacillati Cyanobacteriota WP_270430070.1 WP_064802002.1 7.91e-36 190721 Pseudomonadati Pseudomonadota WP_270430070.1 WP_210167953.1 5.28e-35 N/A N/A KAF8153477.1 KAF8153477.1 7.48e-87 1314675 Fungi Basidiomycota MCI0648031.1 MCI0648031.1 6.06e-129 2026724 Bacillati Chloroflexota XP_041922209.1 XP_041922209.1 7.73e-240 34773 Metazoa Chordata XP_041922209.1 NWY11222.1 8.30e-14 39617 Metazoa Chordata WP_115180843.1 WP_115180843.1 0.0 729 Pseudomonadati Pseudomonadota EFG7579667.1 EFG7579667.1 1.54e-255 562 Pseudomonadati Pseudomonadota WP_069341101.1 WP_069341101.1 7.95e-202 1586708 Pseudomonadati Pseudomonadota WP_069341101.1 MCP4329804.1 5.73e-49 1913988 Pseudomonadati Pseudomonadota WP_069341101.1 WP_165462493.1 1.98e-25 1903473 Pseudomonadati Pseudomonadota WP_069341101.1 WP_123237441.1 6.99e-23 2676064 Pseudomonadati Pseudomonadota WP_210949324.1 WP_210949324.1 2.04e-165 1812935 Pseudomonadati Pseudomonadota WP_210949324.1 EIR8916606.1 4.57e-62 N/A N/A MBT3459335.1 MBT3459335.1 3.80e-196 2026743 Pseudomonadati Pseudomonadota MBT3459335.1 WP_269885397.1 2.12e-16 3388067 Bacillati Bacillota MBT3459335.1 MBI5333464.1 1.14e-10 1891238 Pseudomonadati Pseudomonadota MBT3459335.1 WP_000484099.1 3.53e-10 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota MBT3459335.1 EJF06804.1 1.71e-09 1177931 Pseudomonadati Campylobacterota MBT3459335.1 WP_145544593.1 1.11e-07 419257 Pseudomonadati Pseudomonadota MBT3459335.1 WP_023050329.1 5.11e-07 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota MBT3459335.1 WP_107169208.1 9.26e-07 2108399 Pseudomonadati Pseudomonadota MBT3459335.1 WP_255266214.1 1.96e-06 37329 Bacillati Actinomycetota MBT3459335.1 EGR2272270.1 2.17e-06 670 Pseudomonadati Pseudomonadota MBT3459335.1 WP_242961281.1 6.54e-04 1520 Bacillati Bacillota WP_129832000.1 WP_129832000.1 3.87e-294 2511995 Pseudomonadati Pseudomonadota MBF0233644.1 MBF0233644.1 0.0 2006184 Pseudomonadati Thermodesulfobacteriota MBF0233644.1 WP_061048002.1 2.77e-79 221822 Pseudomonadati Pseudomonadota MBF0233644.1 NSW79198.1 3.25e-71 2282152 Bacillati Armatimonadota MBF0233644.1 WP_211114623.1 7.69e-70 N/A N/A MBF0233644.1 PKL50735.1 1.46e-54 2013830 0 Candidatus Rifleibacteriota MBF0233644.1 MBK3737236.1 4.12e-41 192 Pseudomonadati Pseudomonadota MBF0233644.1 WP_212961195.1 3.48e-13 557555 Bacillati Bacillota MBF0233644.1 EJF06804.1 3.83e-05 1177931 Pseudomonadati Campylobacterota WP_094375360.1 WP_094375360.1 7.57e-142 2015515 Bacillati Actinomycetota WP_248415167.1 WP_248415167.1 6.31e-299 210 Pseudomonadati Campylobacterota MBV8174008.1 MBV8174008.1 5.32e-294 2026799 Pseudomonadati Verrucomicrobiota MBV8174008.1 CAF3478760.1 1.41e-51 2762511 Metazoa Rotifera MBV8174008.1 WP_201685349.1 1.14e-37 2801330 Pseudomonadati Pseudomonadota MBV8174008.1 KFD50394.1 1.17e-34 68888 Metazoa Nematoda WP_186748347.1 WP_186748347.1 3.40e-57 286;2745509 Pseudomonadati Pseudomonadota BCL31621.1 BCL31621.1 1.00e-74 47760 Bacillati Actinomycetota GDZ43403.1 GDZ43403.1 1.19e-193 2569512 Bacillati Actinomycetota UFH83377.1 UFH83377.1 0.0 29709 Viridiplantae Streptophyta UFH83377.1 AYV64277.1 2.86e-136 2487988 Viridiplantae Streptophyta UFH83377.1 AFQ97813.1 1.47e-95 76025 Viridiplantae Streptophyta UFH83377.1 UTU41876.1 1.46e-91 66646 Viridiplantae Streptophyta UFH83377.1 AVO23223.1 3.98e-18 46100;525241 Viridiplantae Streptophyta NJO91920.1 NJO91920.1 1.81e-60 2448782 Bacillati Chloroflexota AKA56406.1 AKA56406.1 1.06e-135 1622492;1669417;1881785;2088599 Metazoa Arthropoda AKA56406.1 QUA05739.1 8.44e-95 988006 Metazoa Arthropoda AKA56406.1 AVM35379.1 1.05e-93 1770638 Metazoa Arthropoda AKA56406.1 AOR13807.1 1.23e-93 1881782 Metazoa Arthropoda AKA56406.1 AMA90994.1 1.69e-93 1474269;2542237 Metazoa Arthropoda AKA56406.1 AWS34156.1 4.12e-92 408114 Metazoa Arthropoda AKA56406.1 ADW49125.1 1.28e-91 1417353 Metazoa Arthropoda AKA56406.1 AKT58828.1 8.64e-91 1687857 Metazoa Arthropoda AKA56406.1 ADJ35581.1 5.74e-90 876003 Metazoa Annelida AKA56406.1 AFA24308.1 8.84e-90 1097956 Metazoa Arthropoda AKA56406.1 AOQ89457.1 1.79e-88 1881751 Metazoa Arthropoda AKA56406.1 AHK62764.1 7.98e-88 1470337 Metazoa Arthropoda AKA56406.1 QUQ06080.1 6.09e-87 1719401 Metazoa Mollusca AKA56406.1 AFA09475.1 8.92e-86 705192 Metazoa Arthropoda AKA56406.1 UZF38514.1 2.04e-82 2976471 Metazoa Arthropoda AKA56406.1 AXZ65741.1 3.33e-77 2242446 Metazoa Arthropoda AKA56406.1 AAX94106.1 3.89e-76 324009 Metazoa Arthropoda AKA56406.1 AHH30646.1 5.14e-75 1452501 Metazoa Arthropoda AKA56406.1 AGI15931.1 1.14e-74 52396 Metazoa Mollusca AKA56406.1 ACE88666.1 1.10e-46 13139 Metazoa Arthropoda MBC99785.1 MBC99785.1 6.41e-220 2026728 Pseudomonadati Bacteroidota MBC99785.1 WP_251874466.1 1.38e-40 2950604 Bacillati Bacillota MBC99785.1 WP_059510827.1 1.56e-35 488732 Pseudomonadati Pseudomonadota MBC99785.1 WP_116701099.1 9.46e-34 2171494 Pseudomonadati Pseudomonadota MBC99785.1 WP_058635033.1 2.76e-31 401562 Pseudomonadati Pseudomonadota WP_213741880.1 WP_213741880.1 1.30e-160 2720082 Pseudomonadati Pseudomonadota WP_213741880.1 EAA7679439.1 2.98e-76 28901;59201;59205;1242080;1967583;2577535 Pseudomonadati Pseudomonadota MBK8012537.1 MBK8012537.1 0.0 2026735 Pseudomonadati Myxococcota MBK8012537.1 WP_076194242.1 1.41e-17 44249;189426 Bacillati Bacillota WP_205994446.1 WP_205994446.1 1.67e-316 2703892 Pseudomonadati Pseudomonadota WP_145465857.1 WP_145465857.1 1.63e-68 135620;1899355;1913989;1975553;2597518;2742965 Pseudomonadati Pseudomonadota OGZ08419.1 OGZ08419.1 3.94e-258 1798660;1798665 0 Candidatus Lloydiibacteriota WP_231879606.1 WP_231879606.1 5.10e-148 363952 Pseudomonadati Pseudomonadota WP_253195963.1 WP_253195963.1 2.84e-192 2840371 Bacillati Bacillota WP_253195963.1 MBQ8156531.1 1.11e-30 2026720 0 Candidatus Saccharimonadota WP_253195963.1 WP_057732191.1 7.32e-30 267633;1423753 Bacillati Bacillota ACT50261.1 ACT50261.1 1.75e-158 582744 Pseudomonadati Pseudomonadota WP_098613056.1 WP_098613056.1 1.81e-85 1396 Bacillati Bacillota KAF6751692.1 KAF6751692.1 0.0 980116 Fungi Basidiomycota HDI11217.1 HDI11217.1 7.05e-158 2053493 0 Candidatus Bipolaricaulota HDI11217.1 EGS7320029.1 1.16e-30 197 Pseudomonadati Campylobacterota KAI9233655.1 KAI9233655.1 8.39e-164 64523 Fungi Mortierellomycota WP_258038067.1 WP_258038067.1 0.0 2593676 Bacillati Actinomycetota WP_022957608.1 WP_022957608.1 4.28e-139 630749;2024860 Pseudomonadati Pseudomonadota KAG7812337.1 KAG7812337.1 0.0 870730 Fungi Ascomycota NLF10573.1 NLF10573.1 1.61e-44 2024896 Bacillati Chloroflexota WP_132572234.1 WP_132572234.1 1.04e-177 304 Pseudomonadati Pseudomonadota WP_271457636.1 WP_271457636.1 3.66e-269 2963956 Pseudomonadati Pseudomonadota WP_271457636.1 WP_109219430.1 4.84e-244 28901;58712 Pseudomonadati Pseudomonadota KUO65278.1 KUO65278.1 4.76e-144 1734397 Pseudomonadati Bacteroidota KUO65278.1 WP_157476287.1 2.43e-57 2676868 Pseudomonadati Bacteroidota WP_142636409.1 WP_142636409.1 1.89e-194 686389 Pseudomonadati Pseudomonadota MCU1514505.1 MCU1514505.1 1.79e-274 1873462 Bacillati Actinomycetota MCU1514505.1 WP_176018545.1 7.61e-89 553 Pseudomonadati Pseudomonadota MBQ7769568.1 MBQ7769568.1 1.22e-18 2044939 Bacillati Bacillota WP_032587385.1 WP_032587385.1 0.0 197 Pseudomonadati Campylobacterota WP_032587385.1 WP_143823896.1 9.57e-04 1496 Bacillati Bacillota MCS6907720.1 MCS6907720.1 1.25e-290 2073117 Bacillati Chloroflexota WP_022385641.1 WP_022385641.1 6.16e-98 815;1262740;2939419 Pseudomonadati Bacteroidota WP_028779961.1 WP_028779961.1 3.74e-118 1380363 Pseudomonadati Pseudomonadota WP_028779961.1 MBN1882318.1 1.61e-20 2844909 0 0 WP_028779961.1 WP_229055514.1 5.24e-11 N/A N/A WP_028779961.1 MCB0773217.1 1.47e-08 2021391 Pseudomonadati Bacteroidota WP_282171596.1 WP_282171596.1 2.67e-298 1399 Bacillati Bacillota WP_282171596.1 WP_068462781.1 1.20e-156 192421 Bacillati Bacillota MBP6361937.1 MBP6361937.1 3.65e-142 1874826 Pseudomonadati Pseudomonadota MBP6361937.1 MCB9662416.1 4.04e-05 2510337 Pseudomonadati Myxococcota WP_279984614.1 WP_279984614.1 7.99e-192 909768 Pseudomonadati Pseudomonadota WP_279984614.1 WP_142133210.1 2.37e-77 2768449 Bacillati Actinomycetota WP_279984614.1 WP_115992495.1 7.02e-76 1294267 Bacillati Bacillota WP_279984614.1 WP_008470196.1 2.27e-75 1203033;1423758 Bacillati Bacillota WP_279984614.1 WP_222125851.1 1.29e-70 N/A N/A WP_279984614.1 WP_072380563.1 6.74e-68 501024 Pseudomonadati Pseudomonadota WP_279984614.1 MWR41881.1 2.29e-44 562 Pseudomonadati Pseudomonadota WP_279984614.1 MBT4161918.1 1.22e-36 1913989 Pseudomonadati Pseudomonadota WP_279984614.1 OAN53756.1 3.73e-31 1285242 Pseudomonadati Pseudomonadota WP_279984614.1 WP_066083732.1 6.56e-30 220687 Bacillati Bacillota WP_279984614.1 MXP43753.1 9.25e-27 1689985 Pseudomonadati Pseudomonadota WP_279984614.1 WP_167977039.1 1.01e-26 2604800 Bacillati Actinomycetota WP_279984614.1 WP_098952357.1 1.98e-26 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_279984614.1 MBR7834804.1 1.84e-25 1508375 Bacillati Actinomycetota WP_279984614.1 WP_158791585.1 2.11e-25 1641866 Pseudomonadati Acidobacteriota WP_279984614.1 WP_192324556.1 5.57e-25 34072;2769259 Pseudomonadati Pseudomonadota WP_279984614.1 MCP5262709.1 7.31e-24 50421 Pseudomonadati Pseudomonadota WP_279984614.1 MBQ3864274.1 1.30e-21 2044939 Bacillati Bacillota WP_279984614.1 WP_192500494.1 3.52e-21 1897058 Pseudomonadati Bacteroidota WP_279984614.1 KAF9974715.1 2.36e-16 1343610 Fungi Mortierellomycota WP_083349422.1 WP_083349422.1 5.03e-309 198618 Pseudomonadati Pseudomonadota WP_083349422.1 MBL4853947.1 2.36e-137 2030823 Pseudomonadati Pseudomonadota WP_083349422.1 WP_000576638.1 1.52e-05 470;1310618 Pseudomonadati Pseudomonadota TMK27100.1 TMK27100.1 0.0 2900548 Bacillati Actinomycetota TMK27100.1 KAF1017786.1 9.29e-60 28095 Pseudomonadati Pseudomonadota TPX78184.1 TPX78184.1 0.0 246404 Fungi Chytridiomycota WP_182336829.1 WP_182336829.1 2.58e-133 2666183 Pseudomonadati Pseudomonadota MBJ7506254.1 MBJ7506254.1 0.0 2518620 Bacillati Actinomycetota MBJ7506254.1 WP_023840997.1 1.98e-123 1854;106370;1352929;1745381 Bacillati Actinomycetota MBJ7506254.1 WP_002615101.1 2.99e-70 41;378806 Pseudomonadati Myxococcota VVB00125.1 VVB00125.1 9.80e-144 586526 Viridiplantae Streptophyta HBJ80371.1 HBJ80371.1 1.69e-303 2033661 Thermotogati Thermotogota HAG0018107.1 HAG0018107.1 3.81e-40 28901 Pseudomonadati Pseudomonadota WP_054136413.1 WP_054136413.1 2.56e-228 150203;1523416;1842535 Pseudomonadati Pseudomonadota UVI10561.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UVI10561.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_165773198.1 WP_165773198.1 1.06e-37 1405 Bacillati Bacillota MCP4329804.1 MCP4329804.1 0.0 1913988 Pseudomonadati Pseudomonadota MCP4329804.1 WP_069341101.1 3.27e-50 1586708 Pseudomonadati Pseudomonadota MCP4329804.1 WP_097108993.1 6.50e-38 714899 Pseudomonadati Pseudomonadota MCP4329804.1 WP_008134825.1 2.91e-34 1144344 Pseudomonadati Pseudomonadota MCP4329804.1 MCA3389197.1 4.42e-31 1869190 Pseudomonadati Pseudomonadota PSJ26816.1 PSJ26816.1 0.0 35764 Bacillati Actinomycetota MBM3990268.1 MBM3990268.1 1.32e-232 2026780 Pseudomonadati Planctomycetota MCK7479919.1 MCK7479919.1 5.01e-126 1499966 0 Candidatus Moduliflexota CYB93821.1 CYB93821.1 6.92e-83 1280 Bacillati Bacillota MBD5361948.1 MBD5361948.1 1.16e-249 29523 Pseudomonadati Bacteroidota MBN2341313.1 MBN2341313.1 3.07e-144 2026735 Pseudomonadati Myxococcota WP_202167283.1 WP_202167283.1 3.76e-297 210 Pseudomonadati Campylobacterota WP_130670507.1 WP_130670507.1 5.26e-288 379;384 Pseudomonadati Pseudomonadota WP_130670507.1 WP_224014827.1 2.77e-136 92647 Pseudomonadati Pseudomonadota WP_130670507.1 WP_271272236.1 8.85e-94 2895352 Pseudomonadati Pseudomonadota WP_130670507.1 TVP67793.1 1.92e-85 2480211 Bacillati Cyanobacteriota WP_130670507.1 MCB0793211.1 3.25e-82 2021391 Pseudomonadati Bacteroidota WP_130670507.1 EMD83093.1 2.66e-65 1234595 Pseudomonadati Pseudomonadota PIQ75822.1 PIQ75822.1 7.65e-95 1974782;1974789;1974794 0 Candidatus Peregrinibacteriota TSA38195.1 TSA38195.1 3.72e-37 2049046 Pseudomonadati Bacteroidota WP_090879207.1 WP_090879207.1 1.96e-31 1855340;1945880;2624428 Pseudomonadati Pseudomonadota WP_225601911.1 WP_225601911.1 0.0 N/A N/A WP_189534272.1 WP_189534272.1 1.67e-103 66904 Bacillati Actinomycetota KXU92672.1 KXU92672.1 5.03e-204 1399969 Pseudomonadati Pseudomonadota MBR6069896.1 MBR6069896.1 0.0 41978 Bacillati Bacillota WP_234080888.1 WP_234080888.1 5.70e-160 334852 Pseudomonadati Pseudomonadota WP_234080888.1 WP_048427321.1 1.44e-14 1775910 Pseudomonadati Pseudomonadota WP_234080888.1 WP_014286324.1 3.91e-11 911045 Pseudomonadati Pseudomonadota WP_234080888.1 ANP72927.1 1.27e-05 670052 Bacillati Actinomycetota WP_234080888.1 WP_103294927.1 2.87e-04 29384 Bacillati Bacillota HIS55495.1 HIS55495.1 1.20e-207 2840823 Bacillati Bacillota WP_227594049.1 WP_227594049.1 3.19e-296 204475;745368 Bacillati Bacillota WP_148062134.1 WP_148062134.1 8.15e-251 47850 Bacillati Actinomycetota WP_148062134.1 WP_150930630.1 5.73e-31 2614688 Bacillati Actinomycetota WP_024217747.1 WP_024217747.1 8.44e-50 562 Pseudomonadati Pseudomonadota UCP77012.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UCP77012.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota KAJ4828317.1 KAJ4828317.1 1.01e-235 218843 Viridiplantae Streptophyta KKP40103.1 KKP40103.1 1.43e-91 1619061 0 Candidatus Peregrinibacteriota WP_087364392.1 WP_087364392.1 2.02e-134 1965581 Bacillati Bacillota WP_087364392.1 MBR2088606.1 1.31e-25 2485925 Bacillati Bacillota ADJ35581.1 ADJ35581.1 1.54e-153 876003 Metazoa Annelida ADJ35581.1 QUQ06080.1 1.32e-131 1719401 Metazoa Mollusca ADJ35581.1 ADW49125.1 2.61e-127 1417353 Metazoa Arthropoda ADJ35581.1 AVM35379.1 1.18e-126 1770638 Metazoa Arthropoda ADJ35581.1 AFA24308.1 1.56e-126 1097956 Metazoa Arthropoda ADJ35581.1 QUA05739.1 3.67e-125 988006 Metazoa Arthropoda ADJ35581.1 AFA09475.1 1.36e-123 705192 Metazoa Arthropoda ADJ35581.1 AWS34156.1 5.23e-122 408114 Metazoa Arthropoda ADJ35581.1 ABQ63546.1 5.88e-121 166263 Metazoa Chordata ADJ35581.1 AHK62764.1 4.19e-117 1470337 Metazoa Arthropoda ADJ35581.1 AKT58828.1 3.82e-107 1687857 Metazoa Arthropoda ADJ35581.1 AMA90994.1 4.10e-107 1474269;2542237 Metazoa Arthropoda ADJ35581.1 AAX94106.1 3.38e-106 324009 Metazoa Arthropoda ADJ35581.1 UZF38514.1 7.57e-105 2976471 Metazoa Arthropoda ADJ35581.1 AOR13807.1 3.31e-104 1881782 Metazoa Arthropoda ADJ35581.1 AOQ89457.1 1.13e-97 1881751 Metazoa Arthropoda ADJ35581.1 AGI15931.1 8.78e-97 52396 Metazoa Mollusca ADJ35581.1 AXZ65741.1 1.93e-96 2242446 Metazoa Arthropoda ADJ35581.1 AKA56406.1 1.36e-91 1622492;1669417;1881785;2088599 Metazoa Arthropoda ADJ35581.1 AHH30646.1 3.54e-81 1452501 Metazoa Arthropoda ADJ35581.1 ACE88666.1 1.38e-77 13139 Metazoa Arthropoda MCL2184308.1 MCL2184308.1 1.07e-271 166 Pseudomonadati Spirochaetota PYL80520.1 PYL80520.1 6.70e-137 2026799 Pseudomonadati Verrucomicrobiota WP_077722411.1 WP_077722411.1 1.76e-195 1386;492670 Bacillati Bacillota PZS09564.1 PZS09564.1 0.0 1909295 Bacillati Actinomycetota PZS09564.1 WP_250822302.1 1.37e-80 375288;2949650 Pseudomonadati Bacteroidota WP_209366475.1 WP_209366475.1 3.67e-117 2729421 Bacillati Bacillota WP_155387753.1 WP_155387753.1 1.27e-153 1617086 Bacillati Actinomycetota XP_008942036.1 XP_008942036.1 0.0 57421 Metazoa Chordata XP_008942036.1 KAH6611424.1 2.38e-12 654480 Fungi Ascomycota MBS1208135.1 MBS1208135.1 4.19e-249 1977087 Pseudomonadati Pseudomonadota MBS1208135.1 WP_203995341.1 4.81e-48 419825 Bacillati Actinomycetota XP_011699286.1 XP_011699286.1 1.64e-145 64793 Metazoa Arthropoda MBK6580699.1 MBK6580699.1 3.45e-216 2026735;2510337 Pseudomonadati Myxococcota XP_025996498.1 XP_025996498.1 0.0 13686 Metazoa Arthropoda WP_050825696.1 WP_050825696.1 1.01e-188 210 Pseudomonadati Campylobacterota WGP70063.1 WGP70063.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WGP70063.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota KAG5478439.1 KAG5478439.1 0.0 2249476 0 Euglenozoa KAG5713212.1 KAG5713212.1 0.0 N/A N/A GJP86697.1 GJP86697.1 0.0 2790670 Viridiplantae Streptophyta EAJ4016142.1 EAJ4016142.1 5.40e-200 197 Pseudomonadati Campylobacterota EAJ4016142.1 WP_251074290.1 1.64e-46 N/A N/A AUP48118.1 AUP48118.1 0.0 2072096 Orthornavirae Negarnaviricota AUP48118.1 AAX35861.1 0.0 311702 Orthornavirae Negarnaviricota WP_163205944.1 WP_163205944.1 2.30e-206 1485;1491;1509 Bacillati Bacillota KAG0196869.1 KAG0196869.1 4.48e-242 1896187 Fungi Mortierellomycota KFD50394.1 KFD50394.1 0.0 68888 Metazoa Nematoda KFD50394.1 CAF3478760.1 5.01e-44 2762511 Metazoa Rotifera KFD50394.1 MBV8174008.1 5.34e-35 2026799 Pseudomonadati Verrucomicrobiota HCB0607732.1 HCB0607732.1 1.25e-55 573 Pseudomonadati Pseudomonadota MBW2147570.1 MBW2147570.1 0.0 2026735 Pseudomonadati Myxococcota XP_017076166.2 XP_017076166.2 4.19e-214 29029 Metazoa Arthropoda XP_017076166.2 GAA38267.2 1.90e-14 79923 Metazoa Platyhelminthes WP_187918914.1 WP_187918914.1 0.0 210 Pseudomonadati Campylobacterota WP_187918914.1 WP_011739125.1 5.66e-84 1809;362242 Bacillati Actinomycetota WP_187918914.1 WP_028046854.1 8.07e-29 1380354 Bacillati Actinomycetota WP_187918914.1 NWT28302.1 4.38e-07 98964;142471 Metazoa Chordata MYJ01754.1 MYJ01754.1 6.70e-143 2026724 Bacillati Chloroflexota MYJ01754.1 WP_065029373.1 1.15e-43 339268 Bacillati Actinomycetota MYJ01754.1 WP_065517671.1 7.52e-36 1780 Bacillati Actinomycetota NXA78151.1 NXA78151.1 0.0 74200 Metazoa Chordata WP_196764971.1 WP_196764971.1 3.63e-50 13373 Pseudomonadati Pseudomonadota WP_197035361.1 WP_197035361.1 9.14e-216 218284;2968985 Bacillati Bacillota SDB07816.1 SDB07816.1 8.75e-89 1520817 Bacillati Bacillota CAH2042052.1 CAH2042052.1 0.0 110791 Metazoa Arthropoda WP_077832600.1 WP_077832600.1 5.30e-69 36839;1121310 Bacillati Bacillota USN98129.1 USN98129.1 4.65e-83 2026777 Pseudomonadati Planctomycetota MBD3373279.1 MBD3373279.1 0.0 2250272 0 Candidatus Coatesiibacteriota WP_233824378.1 WP_233824378.1 0.0 2907303 Pseudomonadati Bacteroidota WP_204723735.1 WP_204723735.1 7.18e-243 571 Pseudomonadati Pseudomonadota MCU1518316.1 MCU1518316.1 5.27e-132 1934409 Bacillati Actinomycetota Q8XJN8.1 Q8XJN8.1 9.66e-170 1502;1542;195102;451752;451754;451756;451757;488537;742739;883064 Bacillati Bacillota Q8XJN8.1 MBE6142085.1 1.52e-32 2049044 Bacillati Bacillota Q8XJN8.1 CDN40573.1 4.81e-26 572419 Bacillati Mycoplasmatota Q8XJN8.1 NLR72952.1 1.57e-22 2726187 Pseudomonadati Pseudomonadota WP_216090438.1 WP_216090438.1 1.18e-163 286;47883;550727;2558872 Pseudomonadati Pseudomonadota WP_237070319.1 WP_237070319.1 1.81e-263 2571159 Pseudomonadati Pseudomonadota XP_024252803.1 XP_024252803.1 1.10e-243 74940 Metazoa Chordata XP_024252803.1 NXT80179.1 7.63e-09 2585822 Metazoa Chordata QYT38722.1 QYT38722.1 9.04e-198 2565248 Metazoa Platyhelminthes QYT38722.1 ADJ57888.1 1.55e-56 451678 Metazoa Chordata QYT38722.1 UNP33456.1 6.20e-56 1567021 Metazoa Chordata QYT38722.1 AXB40829.1 8.49e-56 3018538 Metazoa Chordata QYT38722.1 BAI82636.1 4.74e-50 7004 Metazoa Arthropoda MBT3899069.1 MBT3899069.1 5.10e-142 1913989 Pseudomonadati Pseudomonadota WP_182711301.1 WP_182711301.1 0.0 2760932 Pseudomonadati Pseudomonadota WP_182711301.1 WP_173302040.1 4.06e-12 1220182 Pseudomonadati Bacteroidota WP_157589094.1 WP_157589094.1 1.12e-69 2682092 Pseudomonadati Bacteroidota MBQ6692395.1 MBQ6692395.1 8.69e-203 2044939 Bacillati Bacillota WP_076409454.1 WP_076409454.1 3.46e-251 85698 Pseudomonadati Pseudomonadota WP_076409454.1 WP_109219819.1 4.03e-94 28901;58712 Pseudomonadati Pseudomonadota WP_076409454.1 WP_176354145.1 8.44e-86 2742698 Pseudomonadati Pseudomonadota WP_076409454.1 WP_170725874.1 6.98e-85 562 Pseudomonadati Pseudomonadota WP_076409454.1 WP_140480909.1 1.05e-77 1404367 Pseudomonadati Pseudomonadota WP_076409454.1 WP_237907640.1 2.69e-75 192 Pseudomonadati Pseudomonadota WP_076409454.1 WP_258581409.1 1.22e-69 2865837 Pseudomonadati Pseudomonadota WP_076409454.1 WP_011057593.1 5.02e-69 146786;197221 Bacillati Cyanobacteriota WP_076409454.1 HBO4828144.1 6.71e-56 287 Pseudomonadati Pseudomonadota WP_076409454.1 MWR41881.1 7.78e-53 562 Pseudomonadati Pseudomonadota WP_076409454.1 WP_077217464.1 6.93e-50 95486 Pseudomonadati Pseudomonadota WP_076409454.1 EHH5649593.1 6.90e-42 195 Pseudomonadati Campylobacterota WP_076409454.1 MBQ4383193.1 1.72e-37 1879010 Bacillati Bacillota WP_076409454.1 WP_088153117.1 4.60e-36 171674 Pseudomonadati Pseudomonadota WP_076409454.1 MBQ3864274.1 4.83e-36 2044939 Bacillati Bacillota WP_076409454.1 MBU5353226.1 1.89e-34 198119 Bacillati Bacillota WP_076409454.1 MCH1405047.1 2.66e-32 2518612 Bacillati Actinomycetota WP_076409454.1 WP_192324556.1 2.92e-32 34072;2769259 Pseudomonadati Pseudomonadota WP_076409454.1 WP_206363707.1 6.32e-28 2501515 Pseudomonadati Pseudomonadota WP_076409454.1 WP_098952357.1 8.28e-27 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_076409454.1 WP_159463829.1 6.01e-26 199592 Bacillati Actinomycetota WP_076409454.1 WP_131166802.1 1.86e-24 1837344 Bacillati Actinomycetota WP_076409454.1 WP_221977168.1 4.13e-22 1076926 Pseudomonadati Pseudomonadota WP_076409454.1 WP_066083732.1 1.81e-21 220687 Bacillati Bacillota WP_076409454.1 KAF9974715.1 1.28e-13 1343610 Fungi Mortierellomycota RPI95901.1 RPI95901.1 1.21e-89 2026792 Pseudomonadati Spirochaetota RPI95901.1 WP_238267528.1 3.10e-24 82633 Pseudomonadati Pseudomonadota MBW7892865.1 MBW7892865.1 8.35e-102 1869212 Pseudomonadati Bacteroidota XP_013005546.1 XP_013005546.1 0.0 N/A N/A XP_013005546.1 EHR6291555.1 1.84e-10 28901 Pseudomonadati Pseudomonadota XP_013005546.1 RLN50561.1 6.27e-10 325452 0 Oomycota XP_013005546.1 WP_192500494.1 1.32e-09 1897058 Pseudomonadati Bacteroidota XP_013005546.1 WP_132175930.1 1.53e-07 190195 Bacillati Actinomycetota WP_133325549.1 WP_133325549.1 0.0 1549640 Pseudomonadati Pseudomonadota WP_133325549.1 WP_039608285.1 2.52e-177 43657 Pseudomonadati Pseudomonadota WP_133325549.1 WP_096647361.1 2.41e-80 1973478 Bacillati Cyanobacteriota WP_133325549.1 WP_265225845.1 1.36e-61 95486 Pseudomonadati Pseudomonadota WP_133325549.1 WP_154963182.1 1.32e-45 2058152 Pseudomonadati Pseudomonadota WP_133325549.1 MBL4744408.1 4.29e-45 2024830 Pseudomonadati Pseudomonadota WP_133325549.1 WP_172616972.1 1.14e-42 2583211 Pseudomonadati Bacteroidota WP_133325549.1 TME45086.1 2.32e-35 2026724 Bacillati Chloroflexota WP_133325549.1 KKQ50904.1 1.91e-24 1618941 0 0 MBQ3498542.1 MBQ3498542.1 1.31e-319 2044939 Bacillati Bacillota WP_085648136.1 WP_085648136.1 0.0 196821 Pseudomonadati Pseudomonadota WP_092226977.1 WP_092226977.1 4.70e-88 1855318 Pseudomonadati Pseudomonadota MBS1713296.1 MBS1713296.1 1.12e-311 2033014 Bacillati Armatimonadota MBF2073911.1 MBF2073911.1 1.91e-119 2774344 Bacillati Cyanobacteriota WP_272062680.1 WP_272062680.1 0.0 3021720 Bacillati Cyanobacteriota TYI23342.1 TYI23342.1 2.78e-87 34277 Viridiplantae Streptophyta WP_251438464.1 WP_251438464.1 8.87e-96 51671;2609290;2900548 Bacillati Actinomycetota KIE57707.1 KIE57707.1 3.16e-105 1202785 Pseudomonadati Verrucomicrobiota WP_208562420.1 WP_208562420.1 1.07e-97 1307 Bacillati Bacillota WP_158799804.1 WP_158799804.1 1.79e-319 1641871 Pseudomonadati Bacteroidota WP_089274238.1 WP_089274238.1 9.62e-227 147047 Pseudomonadati Thermodesulfobacteriota MCK9252526.1 MCK9252526.1 1.47e-297 1898207 Bacillati Bacillota MCK9252526.1 RYY73542.1 2.63e-99 1913989 Pseudomonadati Pseudomonadota MCK9252526.1 MBI1189702.1 2.75e-91 2017440 Pseudomonadati Planctomycetota MCK9252526.1 MCH8293010.1 1.76e-08 2026781 0 Candidatus Poribacteria WP_265225845.1 WP_265225845.1 0.0 95486 Pseudomonadati Pseudomonadota WP_265225845.1 WP_039608285.1 2.43e-87 43657 Pseudomonadati Pseudomonadota WP_265225845.1 WP_096647361.1 1.29e-79 1973478 Bacillati Cyanobacteriota WP_265225845.1 WP_110366458.1 3.61e-67 2135644 Pseudomonadati Bacteroidota WP_265225845.1 WP_133325549.1 2.09e-66 1549640 Pseudomonadati Pseudomonadota WP_265225845.1 MBL4744408.1 4.08e-60 2024830 Pseudomonadati Pseudomonadota WP_265225845.1 TME45086.1 7.32e-58 2026724 Bacillati Chloroflexota WP_265225845.1 WP_154963182.1 1.01e-39 2058152 Pseudomonadati Pseudomonadota WP_265225845.1 MBT8462299.1 3.95e-11 2026742 Pseudomonadati Gemmatimonadota GIU76508.1 GIU76508.1 0.0 2212468 Pseudomonadati Acidobacteriota POM61486.1 POM61486.1 3.18e-160 4796 0 Oomycota HAA79725.1 HAA79725.1 1.91e-156 1873462 Bacillati Actinomycetota HAA79725.1 WP_154951203.1 8.71e-32 294;244566 Pseudomonadati Pseudomonadota HAA79725.1 WP_105447015.1 5.19e-28 573;72407 Pseudomonadati Pseudomonadota HAA79725.1 WP_002574744.1 6.19e-26 154046;208479;997894;997895 Bacillati Bacillota WP_261529150.1 WP_261529150.1 0.0 87883 Pseudomonadati Pseudomonadota WP_261529150.1 EIH6124474.1 2.80e-05 562 Pseudomonadati Pseudomonadota WP_249438391.1 WP_249438391.1 2.22e-92 562 Pseudomonadati Pseudomonadota KQC11686.1 KQC11686.1 2.79e-238 1735325 Pseudomonadati Thermodesulfobacteriota WP_265364885.1 WP_265364885.1 0.0 2991496 Bacillati Actinomycetota NFE66003.1 NFE66003.1 2.62e-19 1509 Bacillati Bacillota WP_162529103.1 WP_162529103.1 3.39e-89 2606610 Bacillati Actinomycetota WP_216537974.1 WP_216537974.1 3.26e-96 2841529;2845385 Bacillati Bacillota WP_107668606.1 WP_107668606.1 3.27e-195 N/A N/A XP_027547584.1 XP_027547584.1 3.43e-313 114329 Metazoa Chordata SKC89544.1 SKC89544.1 0.0 688867 Pseudomonadati Bacteroidota WP_168694891.1 WP_168694891.1 7.69e-303 1166;315271 Bacillati Cyanobacteriota EAC1232420.1 EAC1232420.1 2.20e-159 195 Pseudomonadati Campylobacterota EAC1232420.1 WP_026893585.1 4.00e-38 408753 Bacillati Bacillota EAC1232420.1 WP_186723788.1 9.44e-37 582 Pseudomonadati Pseudomonadota EAC1232420.1 PYP94120.1 1.35e-34 2026742 Pseudomonadati Gemmatimonadota EAC1232420.1 WP_064652354.1 1.92e-28 1825933 Pseudomonadati Pseudomonadota EAC1232420.1 MBP1530348.1 6.66e-28 2049044 Bacillati Bacillota EAC1232420.1 WP_069156513.1 1.87e-26 1432052 Bacillati Bacillota EAC1232420.1 MBQ5584458.1 2.46e-26 2053608 Bacillati Bacillota EAC1232420.1 WP_007708736.1 5.11e-25 333367;518636 Bacillati Bacillota EAC1232420.1 WP_101794136.1 9.78e-20 2067450 Pseudomonadati Pseudomonadota AFN42320.1 AFN42320.1 2.46e-105 141825 Metazoa Chordata MBM3210814.1 MBM3210814.1 2.12e-172 2026781 0 Candidatus Poribacteria EHA1403784.1 EHA1403784.1 0.0 28901 Pseudomonadati Pseudomonadota EHA1403784.1 WP_070664995.1 1.67e-14 2049;29317;1739395 Bacillati Actinomycetota NWT13315.1 NWT13315.1 2.31e-167 34956 Metazoa Chordata GGB39876.1 GGB39876.1 0.0 1827502 Bacillati Bacillota GGB39876.1 WP_222637261.1 0.0 1280 Bacillati Bacillota GGB39876.1 ECJ9372216.1 0.0 1642 Bacillati Bacillota MBT3283529.1 MBT3283529.1 1.44e-288 2026714 Thermoproteati Candidatus Bathyarchaeota WP_215356761.1 WP_215356761.1 3.96e-37 50421;2029855 Pseudomonadati Pseudomonadota MYD98720.1 MYD98720.1 2.72e-71 1913989 Pseudomonadati Pseudomonadota PHH91422.1 PHH91422.1 6.77e-86 2004951 Fungi Ascomycota ECL3553101.1 ECL3553101.1 1.96e-66 197 Pseudomonadati Campylobacterota WP_177525402.1 WP_177525402.1 0.0 2528642 Pseudomonadati Pseudomonadota WP_177525402.1 NLB38271.1 1.43e-20 1898207 Bacillati Bacillota WP_177525402.1 WP_278643529.1 7.63e-20 1263 Bacillati Bacillota WP_177525402.1 WP_224045636.1 2.48e-17 753 Pseudomonadati Pseudomonadota CAG9334863.1 CAG9334863.1 8.76e-290 1481888 0 Ciliophora WP_183806671.1 WP_183806671.1 1.93e-222 N/A N/A WP_166773323.1 WP_166773323.1 1.52e-122 56448 Pseudomonadati Pseudomonadota WP_175580162.1 WP_175580162.1 8.71e-37 2480627 Bacillati Bacillota ECH4355821.1 ECH4355821.1 1.40e-247 28901 Pseudomonadati Pseudomonadota WP_232835221.1 WP_232835221.1 5.44e-162 2488639 Pseudomonadati Pseudomonadota KLL12075.1 KLL12075.1 7.96e-205 1562887 Bacillati Actinomycetota MCC6486159.1 MCC6486159.1 0.0 2030809 Pseudomonadati Candidatus Hydrogenedentota NJK67049.1 NJK67049.1 0.0 2720482 Bacillati Cyanobacteriota NJK67049.1 MBF2036494.1 8.69e-39 2747813 Bacillati Cyanobacteriota NJK67049.1 XP_046441060.1 1.29e-09 6669 Metazoa Arthropoda NJK67049.1 KAJ7903702.1 1.09e-08 230810 Fungi Basidiomycota WP_016809838.1 WP_016809838.1 3.92e-256 571;883119 Pseudomonadati Pseudomonadota WP_016809838.1 AQY75504.1 4.92e-42 4911 Fungi Ascomycota WP_016809838.1 XP_047466965.1 1.19e-25 48193 Metazoa Chordata WP_016809838.1 WP_268285128.1 4.57e-19 483913 Bacillati Bacillota WP_016809838.1 MBO1529847.1 7.48e-16 2818440 Pseudomonadati Pseudomonadota WP_238320463.1 WP_238320463.1 2.01e-57 83986 Methanobacteriati Methanobacteriota OTA29349.1 OTA29349.1 0.0 1157616 Fungi Ascomycota OYX89137.1 OYX89137.1 2.74e-69 1970331 Pseudomonadati Pseudomonadota WP_253571813.1 WP_253571813.1 1.63e-267 375 Pseudomonadati Pseudomonadota WP_263847269.1 WP_263847269.1 8.38e-304 2851012 Pseudomonadati Pseudomonadota WP_263847269.1 WP_247893884.1 1.62e-72 2800326 Pseudomonadati Pseudomonadota XP_045284515.1 XP_045284515.1 1.42e-79 447093 Fungi Ascomycota WP_014213241.1 WP_014213241.1 0.0 36814;710685 Bacillati Actinomycetota WP_014213241.1 WP_007577863.1 6.49e-124 1097667 Bacillati Actinomycetota WP_014213241.1 WP_086123022.1 1.59e-73 1985169;2610897 Pseudomonadati Pseudomonadota WP_014213241.1 WP_057859275.1 2.60e-62 722472 Pseudomonadati Pseudomonadota WP_044344333.1 WP_044344333.1 0.0 86176 Pseudomonadati Pseudomonadota MCU1400721.1 MCU1400721.1 3.06e-289 2201156 Bacillati Actinomycetota WP_084128119.1 WP_084128119.1 1.25e-191 39650 Pseudomonadati Pseudomonadota WP_084128119.1 GHT89622.1 9.36e-40 1891241 Pseudomonadati Pseudomonadota MBR5447513.1 MBR5447513.1 0.0 2044939 Bacillati Bacillota OUX43364.1 OUX43364.1 8.32e-35 1986659 0 0 MBK0846266.1 MBK0846266.1 0.0 941322 Pseudomonadati Pseudomonadota MBK0846266.1 WP_212961195.1 5.03e-31 557555 Bacillati Bacillota MBK0846266.1 NIK25817.1 3.42e-23 1450204 Bacillati Bacillota WP_169253344.1 WP_169253344.1 1.22e-298 2725563 Bacillati Actinomycetota TCV06956.1 TCV06956.1 1.58e-59 160434 Pseudomonadati Pseudomonadota HBW2970848.1 HBW2970848.1 7.27e-293 573 Pseudomonadati Pseudomonadota WP_092775107.1 WP_092775107.1 1.13e-141 155974 Bacillati Actinomycetota WP_259895494.1 WP_259895494.1 2.22e-243 2649579;2916181;2916182 Bacillati Actinomycetota PQN15048.1 PQN15048.1 2.92e-199 623 Pseudomonadati Pseudomonadota TAL20232.1 TAL20232.1 0.0 1872578 Pseudomonadati Pseudomonadota TAL20232.1 WP_261733022.1 6.31e-69 2978345 Pseudomonadati Pseudomonadota TAL20232.1 HAS8246497.1 2.59e-66 672 Pseudomonadati Pseudomonadota TAL20232.1 KFX48203.1 1.85e-61 N/A N/A TAL20232.1 WP_007356512.1 9.72e-59 272129;1501433 Bacillati Cyanobacteriota TAL20232.1 EDN57974.1 3.59e-54 150340 Pseudomonadati Pseudomonadota TAL20232.1 WP_138482356.1 8.25e-54 161398 Pseudomonadati Pseudomonadota TAL20232.1 MBQ1868746.1 2.50e-53 2053611;2593411 Bacillati Bacillota TAL20232.1 MBN8606766.1 6.16e-38 2282150 Pseudomonadati Pseudomonadota TAL20232.1 WP_232306300.1 4.37e-37 823 Pseudomonadati Bacteroidota TAL20232.1 MCH5250214.1 5.58e-36 1898203 Bacillati Bacillota TAL20232.1 WP_257504872.1 1.18e-18 2057793 Bacillati Actinomycetota TAL20232.1 XP_018042825.1 1.55e-09 1460663 Fungi Ascomycota TAL20232.1 WP_188888464.1 2.55e-05 1737354 Bacillati Bacillota KAG2356287.1 KAG2356287.1 4.83e-35 5383 Fungi Basidiomycota XP_040082341.1 XP_040082341.1 1.98e-156 59534 Metazoa Chordata MCL1491976.1 MCL1491976.1 5.96e-272 2938918 Bacillati Cyanobacteriota MBR2109594.1 MBR2109594.1 7.10e-33 41978 Bacillati Bacillota QWD35723.1 QWD35723.1 0.0 2527775 Pseudomonadati Pseudomonadota NQR19375.1 NQR19375.1 8.04e-318 1307 Bacillati Bacillota NQR19375.1 RSL59427.1 1.04e-56 1325737 Fungi Ascomycota NQR19375.1 GEU53557.1 1.43e-53 118510 Viridiplantae Streptophyta NQR19375.1 CZT45482.1 8.50e-50 38038 Fungi Ascomycota NQR19375.1 ERE79785.1 9.15e-25 10029 Metazoa Chordata NQR19375.1 MAF07216.1 1.45e-10 1913989;2024893 Pseudomonadati Pseudomonadota MBP3518143.1 MBP3518143.1 0.0 1869337 Pseudomonadati Bacteroidota MBP3518143.1 WP_146272353.1 1.11e-96 2599294 Pseudomonadati Bacteroidota MBP3518143.1 WP_259301651.1 1.20e-92 310297 Pseudomonadati Bacteroidota MBP3518143.1 WP_214826002.1 2.47e-79 2819143 Pseudomonadati Bacteroidota MBP3518143.1 WP_278843343.1 1.42e-63 386414 Pseudomonadati Bacteroidota MBP3518143.1 MCB9353584.1 4.06e-39 2760807 Pseudomonadati Bacteroidota MBL4910304.1 MBL4910304.1 2.34e-56 1916082 Pseudomonadati Pseudomonadota MBQ1404818.1 MBQ1404818.1 0.0 2485925 Bacillati Bacillota MBQ1404818.1 WP_088008362.1 2.94e-71 1917864 Bacillati Bacillota WP_091032200.1 WP_091032200.1 4.11e-299 82380 Bacillati Actinomycetota AAX97169.1 AAX97169.1 3.43e-244 11676 Pararnavirae Artverviricota AAX97169.1 AEO85464.1 5.40e-193 11676 Pararnavirae Artverviricota AAX97169.1 QJX39053.1 8.75e-178 11676 Pararnavirae Artverviricota AAX97169.1 AEJ33395.1 1.42e-58 11723 Pararnavirae Artverviricota WP_238486267.1 WP_238486267.1 1.44e-51 287 Pseudomonadati Pseudomonadota EIW7596561.1 EIW7596561.1 0.0 2564157 Pseudomonadati Pseudomonadota EIW7596561.1 EBW1672033.1 0.0 192954 Pseudomonadati Pseudomonadota EIW7596561.1 WP_109341768.1 2.16e-12 95486 Pseudomonadati Pseudomonadota WP_115357420.1 WP_115357420.1 5.39e-194 53346 Bacillati Bacillota WP_115357420.1 OEU77901.1 1.69e-64 1869299;1869303 Pseudomonadati Thermodesulfobacteriota MCH9784543.1 MCH9784543.1 8.39e-86 1913989 Pseudomonadati Pseudomonadota MCD4206375.1 MCD4206375.1 3.04e-44 562 Pseudomonadati Pseudomonadota MBK8100495.1 MBK8100495.1 7.40e-182 2026780 Pseudomonadati Planctomycetota EAJ8453921.1 EAJ8453921.1 4.03e-62 195 Pseudomonadati Campylobacterota MBK9653437.1 MBK9653437.1 1.44e-124 1898104 Pseudomonadati Bacteroidota MBI2528438.1 MBI2528438.1 2.90e-237 2053607 0 Candidatus Rokuibacteriota MBI2528438.1 WP_173283317.1 4.05e-109 N/A N/A MBI2528438.1 KFF47610.1 1.69e-08 1492922 Pseudomonadati Pseudomonadota MCA1360809.1 MCA1360809.1 3.46e-193 2793805;2793806 Pseudomonadati Pseudomonadota MCA1360809.1 WP_247424115.1 1.73e-74 2782616 Pseudomonadati Pseudomonadota MCA1360809.1 NLD53371.1 2.26e-14 2030806 Pseudomonadati Pseudomonadota MBK9974619.1 MBK9974619.1 5.62e-192 2026780 Pseudomonadati Planctomycetota PBI27870.1 PBI27870.1 3.40e-59 1496 Bacillati Bacillota KAJ1535693.1 KAJ1535693.1 8.33e-246 4932 Fungi Ascomycota MBE9640947.1 MBE9640947.1 0.0 2865933 Pseudomonadati Pseudomonadota MBE9640947.1 KAF6802222.1 1.19e-22 2175907 Fungi Ascomycota MBE9640947.1 MCT4573170.1 3.61e-11 1428 Bacillati Bacillota MBQ6107527.1 MBQ6107527.1 0.0 2691551 Pseudomonadati Planctomycetota TMG86695.1 TMG86695.1 1.02e-206 1891241 Pseudomonadati Pseudomonadota TMG86695.1 WP_083453642.1 7.94e-37 1185843 Pseudomonadati Thermodesulfobacteriota TMG86695.1 WP_061048002.1 5.28e-26 221822 Pseudomonadati Pseudomonadota TMG86695.1 CAG0990770.1 7.02e-23 2484252 Pseudomonadati Myxococcota TMG86695.1 WP_211114623.1 1.54e-21 N/A N/A TMG86695.1 WP_166106360.1 1.98e-12 2703883 Pseudomonadati Pseudomonadota TMG86695.1 WP_256212307.1 3.07e-09 N/A N/A TMG86695.1 TVR41840.1 1.23e-07 2044936 Pseudomonadati Bacteroidota TMG86695.1 WP_177077803.1 1.14e-04 286;2738831 Pseudomonadati Pseudomonadota XP_030131005.3 XP_030131005.3 0.0 N/A N/A XP_030131005.3 XP_039638319.1 1.49e-65 8168 Metazoa Chordata XP_030131005.3 NXJ71029.1 1.46e-14 118793 Metazoa Chordata MCL6644735.1 MCL6644735.1 0.0 2026734 Bacillati Chloroflexota XP_040499486.1 XP_040499486.1 6.08e-232 9643;29073 Metazoa Chordata XP_043577599.1 XP_043577599.1 0.0 396416 Metazoa Arthropoda XP_002107991.1 XP_002107991.1 0.0 10228 Metazoa Placozoa HAJ30683.1 HAJ30683.1 0.0 1913989 Pseudomonadati Pseudomonadota HAJ30683.1 MBX9747080.1 1.10e-25 2026748 Pseudomonadati Pseudomonadota HAJ30683.1 MXW19700.1 3.20e-25 1913989 Pseudomonadati Pseudomonadota HAJ30683.1 MCE2873365.1 7.56e-25 2006849 Pseudomonadati Pseudomonadota HAJ30683.1 WP_267184195.1 2.04e-04 2996017 Pseudomonadati Pseudomonadota QNV11749.1 QNV11749.1 2.55e-154 516502 Metazoa Arthropoda QNV11749.1 YP_009731821.1 2.75e-112 220126 Metazoa Arthropoda BAD29386.1 BAD29386.1 5.20e-59 39947 Viridiplantae Streptophyta MCL5999032.1 MCL5999032.1 4.66e-66 2026724 Bacillati Chloroflexota WP_032407714.1 WP_032407714.1 6.83e-302 1828 Bacillati Actinomycetota WP_032407714.1 CAI2795006.1 1.47e-28 216595 Pseudomonadati Pseudomonadota MBQ1540263.1 MBQ1540263.1 4.87e-211 2026720 0 Candidatus Saccharimonadota MBQ1540263.1 MBI1736306.1 1.52e-37 2053607 0 Candidatus Rokuibacteriota MBQ1540263.1 MBI5966481.1 1.06e-36 2026735 Pseudomonadati Myxococcota MBQ1540263.1 WP_276638014.1 1.30e-35 60133 Pseudomonadati Bacteroidota MBQ1540263.1 WP_220615956.1 1.91e-32 2864135 Pseudomonadati Bacteroidota MBQ1540263.1 WP_067782871.1 2.72e-26 1857645 Bacillati Actinomycetota MBQ1540263.1 HAR4359619.1 2.74e-21 1280 Bacillati Bacillota KAH0956195.1 KAH0956195.1 0.0 213866 Metazoa Arthropoda NNM19111.1 NNM19111.1 1.50e-120 1912138 Pseudomonadati Bacteroidota MBL0087235.1 MBL0087235.1 3.58e-216 1929293 Pseudomonadati Pseudomonadota MBL0087235.1 WP_066708699.1 3.94e-144 80879 Pseudomonadati Pseudomonadota MBL0087235.1 WP_044453403.1 3.12e-05 656178 Pseudomonadati Pseudomonadota WP_110808154.1 WP_110808154.1 2.64e-144 82115;2135648;2135649;2135652;2715133 Pseudomonadati Pseudomonadota WP_110808154.1 WP_041580422.1 1.70e-45 666686 Bacillati Bacillota WP_110808154.1 MBG9445742.1 1.06e-34 1399 Bacillati Bacillota WP_110808154.1 WP_209434296.1 2.17e-33 2821355 Pseudomonadati Pseudomonadota WP_110808154.1 WP_012568269.1 2.25e-20 34018;414684 Pseudomonadati Pseudomonadota WP_110808154.1 WP_224458015.1 3.93e-19 2874628 Pseudomonadati Pseudomonadota MBX9947011.1 MBX9947011.1 6.33e-189 1929291 Pseudomonadati Pseudomonadota WP_218022068.1 WP_218022068.1 1.31e-160 37330 Bacillati Actinomycetota MBK8142594.1 MBK8142594.1 2.44e-228 1869212 Pseudomonadati Bacteroidota EFG7698437.1 EFG7698437.1 4.46e-211 562 Pseudomonadati Pseudomonadota EFG7698437.1 WP_282985289.1 5.01e-50 413497 Pseudomonadati Pseudomonadota EFG7698437.1 WP_277264109.1 5.84e-39 584 Pseudomonadati Pseudomonadota XP_047113196.1 XP_047113196.1 0.0 274613 Metazoa Arthropoda XP_047113196.1 TNE33066.1 1.22e-33 1913988 Pseudomonadati Pseudomonadota GFX26854.1 GFX26854.1 2.83e-63 2585209 Metazoa Arthropoda WP_283640148.1 WP_283640148.1 0.0 369791 Pseudomonadati Bacteroidota MBR1866691.1 MBR1866691.1 1.70e-142 1898203 Bacillati Bacillota MCB1329842.1 MCB1329842.1 2.65e-111 2003363 Pseudomonadati Pseudomonadota WP_189671415.1 WP_189671415.1 6.21e-138 2035533 Bacillati Actinomycetota MBN1187923.1 MBN1187923.1 0.0 2030927 Pseudomonadati Bacteroidota XP_036700879.1 XP_036700879.1 1.43e-138 9771 Metazoa Chordata MBV9252674.1 MBV9252674.1 8.14e-218 2900548 Bacillati Actinomycetota MBV9252674.1 MBK7906023.1 2.20e-33 2026742 Pseudomonadati Gemmatimonadota MCC5948066.1 MCC5948066.1 0.0 2093808 Bacillati Actinomycetota MCC5948066.1 WP_254101325.1 8.27e-63 2961944 Pseudomonadati Pseudomonadota MCC5948066.1 WP_270967954.1 4.78e-62 N/A N/A MCC5948066.1 XP_052525039.1 1.39e-38 109042 Metazoa Chordata MCC5948066.1 WP_148836004.1 5.76e-15 2478959 Bacillati Actinomycetota MCC5948066.1 WP_246003214.1 1.30e-08 228006 Bacillati Actinomycetota MCC5948066.1 RLB66027.1 1.09e-04 2026735 Pseudomonadati Myxococcota WP_176623291.1 WP_176623291.1 0.0 2587021 Pseudomonadati Bacteroidota WP_023828789.1 WP_023828789.1 1.32e-279 325217;1287086 Pseudomonadati Pseudomonadota WP_023828789.1 WP_105447015.1 9.18e-50 573;72407 Pseudomonadati Pseudomonadota WP_023828789.1 WP_279008479.1 2.63e-32 29465 Bacillati Bacillota WP_023828789.1 CDX26094.1 3.02e-26 408180 Pseudomonadati Pseudomonadota BAR90558.1 BAR90558.1 5.48e-209 42062 Metazoa Arthropoda WP_256527700.1 WP_256527700.1 8.52e-277 N/A N/A PQM52169.1 PQM52169.1 5.57e-80 1795032 Bacillati Actinomycetota OBB22832.1 OBB22832.1 7.62e-40 43304 Bacillati Actinomycetota KAI1138495.1 KAI1138495.1 2.72e-156 2614586 Fungi Ascomycota KAF1947782.1 KAF1947782.1 3.98e-114 706981 Fungi Ascomycota OGO62636.1 OGO62636.1 0.0 1797669 Bacillati Chloroflexota UBL45068.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UBL45068.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota RYQ91928.1 RYQ91928.1 5.58e-313 3818 Viridiplantae Streptophyta MBM6667216.1 MBM6667216.1 8.02e-207 84030 Bacillati Bacillota WP_108494191.1 WP_108494191.1 2.49e-103 2135723 Bacillati Actinomycetota WP_108494191.1 WP_134106059.1 5.84e-63 2512112 Bacillati Actinomycetota PWA78445.1 PWA78445.1 0.0 35608 Viridiplantae Streptophyta WP_011057593.1 WP_011057593.1 1.38e-261 146786;197221 Bacillati Cyanobacteriota WP_011057593.1 WP_237907640.1 3.55e-95 192 Pseudomonadati Pseudomonadota WP_011057593.1 WP_258581409.1 4.15e-76 2865837 Pseudomonadati Pseudomonadota WP_011057593.1 WP_140480909.1 1.03e-70 1404367 Pseudomonadati Pseudomonadota WP_011057593.1 WP_109219819.1 1.04e-69 28901;58712 Pseudomonadati Pseudomonadota WP_011057593.1 WP_076409454.1 2.87e-68 85698 Pseudomonadati Pseudomonadota WP_011057593.1 WP_176354145.1 1.02e-67 2742698 Pseudomonadati Pseudomonadota WP_011057593.1 WP_170725874.1 9.94e-66 562 Pseudomonadati Pseudomonadota WP_011057593.1 NNE23115.1 1.58e-54 1909294 Pseudomonadati Pseudomonadota WP_011057593.1 MWR41881.1 1.63e-50 562 Pseudomonadati Pseudomonadota WP_011057593.1 EHH5649593.1 1.52e-35 195 Pseudomonadati Campylobacterota WP_011057593.1 MBQ4383193.1 5.35e-27 1879010 Bacillati Bacillota WP_011057593.1 WP_153844272.1 1.62e-10 28453;2940619 Pseudomonadati Bacteroidota WP_083249539.1 WP_083249539.1 1.51e-34 192421 Bacillati Bacillota EAL3378245.1 EAL3378245.1 0.0 195 Pseudomonadati Campylobacterota KMT17181.1 KMT17181.1 0.0 3555 Viridiplantae Streptophyta WP_208557144.1 WP_208557144.1 1.68e-155 1386;1390;1423;483913 Bacillati Bacillota KAJ2141250.1 KAJ2141250.1 3.43e-184 2663899;2790277 Fungi Kickxellomycota MBQ7587638.1 MBQ7587638.1 7.92e-161 1898203 Bacillati Bacillota MBQ7587638.1 HIZ10317.1 1.91e-60 2838503 Bacillati Bacillota MBQ7587638.1 WP_007556065.1 7.99e-59 309120;888062 Bacillati Bacillota MBQ7587638.1 WP_268276024.1 1.53e-24 483913 Bacillati Bacillota OKX80212.1 OKX80212.1 7.23e-221 1718 Bacillati Actinomycetota OKX80212.1 WP_015699100.1 6.72e-06 34038;745277 Pseudomonadati Pseudomonadota WP_238850425.1 WP_238850425.1 1.41e-251 676 Pseudomonadati Pseudomonadota WP_238850425.1 EHS0147317.1 1.38e-124 562 Pseudomonadati Pseudomonadota MBJ4904885.1 MBJ4904885.1 1.38e-41 399587 Pseudomonadati Pseudomonadota XP_055296131.1 XP_055296131.1 8.34e-112 263140 Metazoa Arthropoda XP_055296131.1 KAF2999697.1 1.78e-04 90978 Fungi Ascomycota WP_098923619.1 WP_098923619.1 4.50e-287 1392;1396 Bacillati Bacillota WP_098923619.1 WP_262612393.1 4.86e-123 53344 Bacillati Bacillota WP_098923619.1 OFZ89526.1 3.72e-108 1797477 Pseudomonadati Pseudomonadota WP_098923619.1 WP_267292626.1 1.33e-105 2873601 Pseudomonadati Bacteroidota WP_098923619.1 MBT3887354.1 1.34e-96 1898112 Pseudomonadati Pseudomonadota WP_098923619.1 WP_033456074.1 3.45e-93 518;1331200 Pseudomonadati Pseudomonadota WP_098923619.1 NDI25889.1 7.20e-60 2900548 Bacillati Actinomycetota WP_098923619.1 KAA0555231.1 4.90e-56 57706 Pseudomonadati Pseudomonadota WP_098923619.1 MBY0286260.1 9.45e-33 2448780 Bacillati Actinomycetota WP_260479645.1 WP_260479645.1 3.99e-37 621 Pseudomonadati Pseudomonadota WP_089563581.1 WP_089563581.1 0.0 562 Pseudomonadati Pseudomonadota XP_010263869.1 XP_010263869.1 0.0 4432 Viridiplantae Streptophyta XP_010263869.1 TYG55675.1 1.39e-97 34276 Viridiplantae Streptophyta XP_010263869.1 KAI9181093.1 2.30e-58 4023 Viridiplantae Streptophyta WP_079722145.1 WP_079722145.1 0.0 241145 Pseudomonadati Bacteroidota WP_079722145.1 WP_070334369.1 4.53e-33 287 Pseudomonadati Pseudomonadota MBQ9329940.1 MBQ9329940.1 1.34e-270 1945593 Bacillati Bacillota MCB9082534.1 MCB9082534.1 6.16e-89 2760807 Pseudomonadati Bacteroidota WP_058918927.1 WP_058918927.1 0.0 2747;2126436;2800128 Bacillati Bacillota WP_058918927.1 MBD8915742.1 9.85e-47 2014367 Bacillati Bacillota WP_058918927.1 AOJ74168.1 2.24e-37 101571 Pseudomonadati Pseudomonadota WP_058918927.1 WP_182080621.1 1.45e-19 2039164 Pseudomonadati Pseudomonadota MCP1651746.1 MCP1651746.1 1.34e-285 46680 Pseudomonadati Pseudomonadota MCP1651746.1 WP_004619799.1 5.48e-189 75;78;1292034 Pseudomonadati Pseudomonadota MCP1651746.1 WP_074825075.1 1.02e-104 82985;1122977 Pseudomonadati Pseudomonadota MCP1651746.1 EDH4057100.1 3.73e-95 149388 Pseudomonadati Pseudomonadota MCP1651746.1 WP_078429679.1 1.04e-77 427920 Bacillati Bacillota MCP1651746.1 WP_277084622.1 6.62e-77 2606630 Bacillati Bacillota MCP1651746.1 GAN03156.1 2.10e-72 91626 Fungi Mucoromycota MCP1651746.1 WP_083141943.1 9.07e-71 39692 Bacillati Actinomycetota MCP1651746.1 MBA2536487.1 1.61e-70 2900548 Bacillati Actinomycetota MCP1651746.1 XP_040685867.1 5.65e-63 5066;1073089 Fungi Ascomycota WP_217309155.1 WP_217309155.1 4.08e-95 1333528 Bacillati Actinomycetota WP_247879744.1 WP_247879744.1 1.42e-87 709813;2630922 Pseudomonadati Pseudomonadota WP_182050463.1 WP_182050463.1 2.26e-49 2758440 Bacillati Actinomycetota WP_271418863.1 WP_271418863.1 4.10e-252 3016342 Bacillati Actinomycetota PDX57421.1 PDX57421.1 2.60e-209 3435293 Bacillati Bacillota WP_268551200.1 WP_268551200.1 1.78e-251 72361 Bacillati Bacillota MBO5962796.1 MBO5962796.1 0.0 1872444 Pseudomonadati Bacteroidota MBO5962796.1 MAH35553.1 1.64e-24 2026801 Pseudomonadati Verrucomicrobiota WP_128604954.1 WP_128604954.1 9.47e-307 196821;1805930 Pseudomonadati Pseudomonadota WP_188167525.1 WP_188167525.1 7.82e-136 2770592 Pseudomonadati Bacteroidota MBQ7208271.1 MBQ7208271.1 2.36e-76 2053569 Pseudomonadati Lentisphaerota PIF02276.1 PIF02276.1 4.87e-130 1965318 Pseudomonadati Bacteroidota MCM1504065.1 MCM1504065.1 8.87e-254 1918611 Pseudomonadati Bacteroidota WP_265258498.1 WP_265258498.1 1.72e-69 1110389 Pseudomonadati Pseudomonadota XP_015665538.2 XP_015665538.2 1.33e-170 103944 Metazoa Chordata XP_015665538.2 CAD7694243.1 2.20e-04 34880 Metazoa Chordata WP_208405463.1 WP_208405463.1 6.59e-144 N/A N/A MBS5124634.1 MBS5124634.1 6.09e-105 1506 Bacillati Bacillota XP_037020921.2 XP_037020921.2 0.0 9417 Metazoa Chordata WP_268422715.1 WP_268422715.1 4.87e-29 561879 Bacillati Bacillota WP_113928814.1 WP_113928814.1 2.04e-35 N/A N/A MCI0601354.1 MCI0601354.1 9.86e-34 1978229 Pseudomonadati Pseudomonadota MSV72798.1 MSV72798.1 2.75e-254 2900548 Bacillati Actinomycetota WP_048886461.1 WP_048886461.1 3.81e-237 1648404 Pseudomonadati Pseudomonadota WP_119328079.1 WP_119328079.1 1.28e-127 2219059 Pseudomonadati Pseudomonadota WP_119328079.1 WP_158161316.1 1.17e-50 N/A N/A WP_119328079.1 MBQ3420014.1 2.73e-25 2049044 Bacillati Bacillota WP_119328079.1 NNF05378.1 1.70e-17 2212470 0 Candidatus Eiseniibacteriota WP_253793201.1 WP_253793201.1 5.45e-110 58354 Bacillati Actinomycetota MBO5118622.1 MBO5118622.1 1.52e-120 2058474;2682607 Methanobacteriati Methanobacteriota MBO5118622.1 MBQ7329863.1 6.51e-30 2485925 Bacillati Bacillota MBO5118622.1 MBQ7086969.1 3.10e-25 2044939 Bacillati Bacillota MBI3461834.1 MBI3461834.1 1.14e-205 2026780 Pseudomonadati Planctomycetota MBI3461834.1 WP_020913025.1 2.40e-130 225849;404011 Pseudomonadati Pseudomonadota MBI3461834.1 KAF1538674.1 3.61e-115 57240 Metazoa Chordata MBI3461834.1 NEQ48723.1 1.37e-112 2607780 Bacillati Cyanobacteriota MBI3461834.1 NBQ41256.1 7.98e-99 2448780 Bacillati Actinomycetota MBI3461834.1 OCB46767.1 2.31e-91 39693;547163 Bacillati Actinomycetota MBV8110278.1 MBV8110278.1 3.12e-113 1909294 Pseudomonadati Pseudomonadota WP_258219484.1 WP_258219484.1 0.0 244366 Pseudomonadati Pseudomonadota KAH7858561.1 KAH7858561.1 3.99e-187 229202 Viridiplantae Streptophyta MBB7523286.1 MBB7523286.1 0.0 562 Pseudomonadati Pseudomonadota MBB7523286.1 NPM18735.1 9.43e-31 562 Pseudomonadati Pseudomonadota MBB7523286.1 EFG4747393.1 1.39e-21 562 Pseudomonadati Pseudomonadota WP_184039851.1 WP_184039851.1 1.26e-133 869719 Pseudomonadati Pseudomonadota XP_053914187.1 XP_053914187.1 3.53e-262 55661 Metazoa Chordata MAW35414.1 MAW35414.1 2.30e-88 1898112;1913988;1986862 Pseudomonadati Pseudomonadota WP_139553477.1 WP_139553477.1 2.37e-153 48003 Bacillati Mycoplasmatota NOU20958.1 NOU20958.1 1.95e-63 2518622 Pseudomonadati Pseudomonadota WP_096221151.1 WP_096221151.1 2.07e-210 286;287 Pseudomonadati Pseudomonadota WP_217853533.1 WP_217853533.1 0.0 2842357 Pseudomonadati Pseudomonadota ATQ57711.1 ATQ57711.1 3.53e-206 147645 Pseudomonadati Pseudomonadota CAH1431027.1 CAH1431027.1 3.39e-262 75947 Viridiplantae Streptophyta WP_250822302.1 WP_250822302.1 0.0 375288;2949650 Pseudomonadati Bacteroidota WP_250822302.1 PZS09564.1 6.84e-78 1909295 Bacillati Actinomycetota WP_160194147.1 WP_160194147.1 0.0 564 Pseudomonadati Pseudomonadota WP_160194147.1 MCM2356329.1 9.80e-74 1872635 Pseudomonadati Pseudomonadota WP_160194147.1 OWZ34415.1 2.44e-42 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota WP_160194147.1 MBA3609961.1 3.77e-41 2036010 Bacillati Actinomycetota WP_160194147.1 WP_254819486.1 1.57e-30 2963091 Pseudomonadati Pseudomonadota WP_160194147.1 MBQ6794463.1 6.46e-27 1969738 Pseudomonadati Bacteroidota EAI0195789.1 EAI0195789.1 1.71e-248 197 Pseudomonadati Campylobacterota XP_054357454.1 XP_054357454.1 1.18e-202 9600 Metazoa Chordata CAI9280851.1 CAI9280851.1 2.41e-208 75948 Viridiplantae Streptophyta WP_278329032.1 WP_278329032.1 4.19e-28 3038079 Pseudomonadati Pseudomonadota MBL0183169.1 MBL0183169.1 5.67e-150 1869212 Pseudomonadati Bacteroidota WP_025983621.1 WP_025983621.1 4.51e-136 1985254 Pseudomonadati Pseudomonadota WP_025983621.1 MBP8741618.1 2.33e-90 1871049 Pseudomonadati Pseudomonadota WP_025983621.1 WP_119815679.1 2.46e-43 2055893 Methanobacteriati Methanobacteriota WP_025983621.1 MBS1587439.1 9.10e-20 1898104 Pseudomonadati Bacteroidota TMG37032.1 TMG37032.1 8.65e-83 2026724 Bacillati Chloroflexota WP_171469099.1 WP_171469099.1 1.01e-189 2774151 Pseudomonadati Planctomycetota WP_250898423.1 WP_250898423.1 1.57e-268 N/A N/A WP_250898423.1 MCU1506104.1 3.40e-173 1873462 Bacillati Actinomycetota SFI40936.1 SFI40936.1 1.67e-184 324952 Bacillati Actinomycetota SFI40936.1 MBI4599533.1 6.85e-78 2053634 0 Candidatus Uhriibacteriota SFI40936.1 WP_017123457.1 4.45e-06 117681;707248 Pseudomonadati Pseudomonadota XP_023426040.1 XP_023426040.1 0.0 1279085 Fungi Ascomycota KAI3473816.1 KAI3473816.1 0.0 586722 Viridiplantae Streptophyta KAI3473816.1 EFC81578.1 1.38e-83 102897;269536;683308;1745382 Bacillati Actinomycetota KAI3473816.1 TEY22245.1 5.94e-71 2498129 Pseudomonadati Campylobacterota KAI3473816.1 WP_087222948.1 2.64e-13 1965603;2838484 Bacillati Bacillota KAI3473816.1 PAA76673.1 1.61e-11 282301 Metazoa Platyhelminthes KAI3473816.1 EUJ18213.1 5.56e-08 1265818 Bacillati Bacillota WP_033776418.1 WP_033776418.1 2.51e-138 210 Pseudomonadati Campylobacterota NLD51718.1 NLD51718.1 3.22e-163 1898207 Bacillati Bacillota MCK5694897.1 MCK5694897.1 1.43e-114 2030927 Pseudomonadati Bacteroidota XP_018682766.1 XP_018682766.1 4.86e-268 N/A N/A XP_018682766.1 EAN4724137.1 1.02e-56 28901 Pseudomonadati Pseudomonadota XP_018682766.1 WP_224255409.1 2.18e-55 1134687 Pseudomonadati Pseudomonadota XP_018682766.1 MBT4259674.1 3.90e-55 2024844 Pseudomonadati Nitrospinota HHY51372.1 HHY51372.1 1.27e-182 1913988 Pseudomonadati Pseudomonadota HHY51372.1 MCH2591601.1 8.88e-73 2024890 Pseudomonadati Verrucomicrobiota HHY51372.1 WP_016340583.1 1.11e-54 216945;1276229 Bacillati Mycoplasmatota WP_026497435.1 WP_026497435.1 0.0 1280681 Bacillati Bacillota WP_026497435.1 WP_116073910.1 6.15e-225 1404 Bacillati Bacillota WP_026497435.1 XP_006376427.2 2.26e-37 3694 Viridiplantae Streptophyta WP_036077718.1 WP_036077718.1 8.78e-146 400634;1294264;1628207;2072025;2115968;2943493 Bacillati Bacillota WP_036077718.1 WP_143387569.1 7.96e-46 2594432 Pseudomonadati Bacteroidota WP_031132573.1 WP_031132573.1 2.23e-50 1883;284040 Bacillati Actinomycetota WP_031132573.1 WP_012084538.1 2.10e-18 131568;266940 Bacillati Actinomycetota EEO7917989.1 EEO7917989.1 0.0 28901 Pseudomonadati Pseudomonadota EEO7917989.1 EFQ4765027.1 0.0 28901;90371 Pseudomonadati Pseudomonadota EEO7917989.1 EEY3543156.1 0.0 562 Pseudomonadati Pseudomonadota EEO7917989.1 ECI3309320.1 0.0 59201 Pseudomonadati Pseudomonadota EEO7917989.1 WP_137512405.1 6.81e-202 562 Pseudomonadati Pseudomonadota EEO7917989.1 EJQ6627878.1 9.84e-156 562 Pseudomonadati Pseudomonadota EEO7917989.1 WP_181865219.1 5.25e-147 562 Pseudomonadati Pseudomonadota EEO7917989.1 WP_154599351.1 5.61e-111 2633465;2675151 Pseudomonadati Pseudomonadota EEO7917989.1 WP_042959984.1 3.11e-44 562 Pseudomonadati Pseudomonadota EEO7917989.1 EEV0504409.1 1.01e-42 562 Pseudomonadati Pseudomonadota MCI8828397.1 MCI8828397.1 9.08e-244 2053608 Bacillati Bacillota WP_218804454.1 WP_218804454.1 7.37e-82 1463165 Pseudomonadati Pseudomonadota XP_032873419.1 XP_032873419.1 3.05e-214 386614 Metazoa Chordata TVO55343.1 TVO55343.1 0.0 1629404 Pseudomonadati Pseudomonadota TVO55343.1 WP_114947928.1 5.16e-111 2078013 Pseudomonadati Pseudomonadota TVO55343.1 MBN1133474.1 2.27e-15 1945595 Methanobacteriati Methanobacteriota TVO55343.1 MBE3049203.1 5.04e-09 2026714 Thermoproteati Candidatus Bathyarchaeota NIR46571.1 NIR46571.1 2.60e-104 2026742 Pseudomonadati Gemmatimonadota MBC2695466.1 MBC2695466.1 0.0 2049433 Pseudomonadati Thermodesulfobacteriota MBP9134320.1 MBP9134320.1 1.10e-240 2202734 Pseudomonadati Bacteroidota MBM4010536.1 MBM4010536.1 3.88e-42 2026780 Pseudomonadati Planctomycetota NBB83031.1 NBB83031.1 4.14e-240 1913988 Pseudomonadati Pseudomonadota GBN69281.1 GBN69281.1 4.26e-73 182803 Metazoa Arthropoda KAF2637112.1 KAF2637112.1 0.0 1395130 Fungi Ascomycota WP_132898733.1 WP_132898733.1 6.21e-273 N/A N/A NJI17449.1 NJI17449.1 4.08e-115 654 Pseudomonadati Pseudomonadota UZO53924.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UZO53924.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_284053701.1 WP_284053701.1 1.28e-209 2826939 Pseudomonadati Pseudomonadota TMI36513.1 TMI36513.1 1.05e-101 2026714 Thermoproteati Candidatus Bathyarchaeota WP_266784861.1 WP_266784861.1 9.23e-278 2593676 Bacillati Actinomycetota WP_266784861.1 WP_203771012.1 1.29e-24 113561 Bacillati Actinomycetota MCP4144501.1 MCP4144501.1 3.00e-134 1869227 0 0 MCH9693433.1 MCH9693433.1 1.32e-110 1913989 Pseudomonadati Pseudomonadota WP_160421767.1 WP_160421767.1 6.01e-137 738 Pseudomonadati Pseudomonadota WP_160421767.1 QNF21522.1 4.86e-22 644 Pseudomonadati Pseudomonadota MBN9560624.1 MBN9560624.1 1.21e-159 1913988 Pseudomonadati Pseudomonadota WP_226387626.1 WP_226387626.1 5.25e-209 2779358 Pseudomonadati Bacteroidota WP_172394656.1 WP_172394656.1 8.65e-180 2737006 Pseudomonadati Bacteroidota WP_036671656.1 WP_036671656.1 9.38e-199 1226754 Bacillati Bacillota MCJ7686803.1 MCJ7686803.1 0.0 2049433 Pseudomonadati Thermodesulfobacteriota MCJ7686803.1 GBU10433.1 1.78e-06 2049044 Bacillati Bacillota WP_106817586.1 WP_106817586.1 1.24e-145 2058291 Bacillati Actinomycetota WEK50023.1 WEK50023.1 4.09e-127 3121367 Pseudomonadati Pseudomonadota WEK50023.1 PDX17128.1 6.21e-49 210 Pseudomonadati Campylobacterota WEK50023.1 WP_175630617.1 1.23e-37 85831 Pseudomonadati Bacteroidota MBI5333464.1 MBI5333464.1 4.37e-273 1891238 Pseudomonadati Pseudomonadota MBI5333464.1 WP_269885397.1 1.50e-24 3388067 Bacillati Bacillota MBI5333464.1 WP_145544593.1 4.69e-24 419257 Pseudomonadati Pseudomonadota MBI5333464.1 EJF06804.1 5.49e-24 1177931 Pseudomonadati Campylobacterota MBI5333464.1 HAB03480.1 4.00e-22 306 Pseudomonadati Pseudomonadota MBI5333464.1 EGR2272270.1 5.68e-22 670 Pseudomonadati Pseudomonadota MBI5333464.1 MBK6870374.1 1.41e-21 2487580 Bacillati Actinomycetota MBI5333464.1 WP_000484099.1 2.03e-20 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota MBI5333464.1 WP_255266214.1 6.33e-19 37329 Bacillati Actinomycetota MBI5333464.1 WP_107169208.1 3.25e-18 2108399 Pseudomonadati Pseudomonadota MBI5333464.1 WP_029222917.1 8.96e-15 662;1191324 Pseudomonadati Pseudomonadota MBI5333464.1 HBB7853833.1 9.04e-15 562 Pseudomonadati Pseudomonadota MBI5333464.1 WP_230171322.1 1.05e-14 2845820 Pseudomonadati Pseudomonadota MBI5333464.1 HCN71343.1 2.12e-12 3040095 0 0 MBI5333464.1 WP_023050329.1 2.53e-11 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota MBI5333464.1 MBT3459335.1 3.89e-10 2026743 Pseudomonadati Pseudomonadota MCA2691876.1 MCA2691876.1 1.16e-61 2771147;2771162 Bacillati Cyanobacteriota WP_003067788.1 WP_003067788.1 1.80e-230 1335;525379 Bacillati Bacillota WP_003067788.1 WP_245086788.1 1.80e-21 210 Pseudomonadati Campylobacterota WP_003067788.1 MBC2353926.1 2.79e-04 1643 Bacillati Bacillota XP_045615378.1 XP_045615378.1 0.0 6728 Metazoa Arthropoda WP_007678833.1 WP_007678833.1 0.0 1073999;1163710 Pseudomonadati Pseudomonadota WP_007678833.1 WP_012913739.1 2.32e-134 2701;553190;2021360;2021361;2026092;2792978 Bacillati Actinomycetota AFC90328.1 AFC90328.1 6.84e-194 134453 Viridiplantae Streptophyta EOH70952.1 EOH70952.1 1.35e-182 1354;768486 Bacillati Bacillota WP_107387431.1 WP_107387431.1 5.21e-84 29378 Bacillati Bacillota WP_274976404.1 WP_274976404.1 0.0 3061629 Bacillati Actinomycetota WP_274976404.1 MCF2656092.1 2.47e-98 84030 Bacillati Bacillota WP_274976404.1 NNC58435.1 4.21e-92 1042 Pseudomonadati Pseudomonadota WP_274976404.1 MCC7304610.1 9.29e-84 1869227 0 0 WP_274976404.1 MBQ2587741.1 6.99e-54 59823 Pseudomonadati Bacteroidota WP_274976404.1 MBN2427654.1 4.50e-13 2026735 Pseudomonadati Myxococcota WP_274976404.1 MBP6400846.1 1.39e-12 1971605 Bacillati Bacillota WP_214130944.1 WP_214130944.1 5.92e-35 2836180 Pseudomonadati Pseudomonadota WP_131166802.1 WP_131166802.1 2.01e-251 1837344 Bacillati Actinomycetota WP_131166802.1 WP_066083732.1 5.67e-93 220687 Bacillati Bacillota WP_131166802.1 MCP5262709.1 1.25e-91 50421 Pseudomonadati Pseudomonadota WP_131166802.1 GLY24463.1 2.15e-90 3032198 Bacillati Actinomycetota WP_131166802.1 WP_107894076.1 6.70e-84 1130819 Bacillati Bacillota WP_131166802.1 WP_227059655.1 1.51e-78 40545 Pseudomonadati Pseudomonadota WP_131166802.1 WP_192324556.1 8.44e-77 34072;2769259 Pseudomonadati Pseudomonadota WP_131166802.1 QCM13287.1 1.22e-66 358 Pseudomonadati Pseudomonadota WP_131166802.1 MBQ3864274.1 3.35e-59 2044939 Bacillati Bacillota WP_131166802.1 RUU66461.1 3.79e-54 2496787 Pseudomonadati Pseudomonadota WP_131166802.1 MBU5353226.1 1.53e-52 198119 Bacillati Bacillota WP_131166802.1 WP_076409454.1 2.51e-24 85698 Pseudomonadati Pseudomonadota WP_131166802.1 MCC6044083.1 3.88e-20 2184738 Thermoproteati Thermoproteota WP_131166802.1 WP_221265680.1 2.99e-17 N/A N/A WP_131166802.1 WP_142931103.1 2.16e-16 2202200 Pseudomonadati Campylobacterota WP_131166802.1 WP_173040157.1 1.52e-15 1076124 Bacillati Actinomycetota WP_131166802.1 WP_206363707.1 8.73e-14 2501515 Pseudomonadati Pseudomonadota WP_131166802.1 WP_089246429.1 1.10e-12 398843 Bacillati Actinomycetota WP_131166802.1 WP_211555180.1 1.56e-12 574987 Pseudomonadati Pseudomonadota WP_131166802.1 WP_221977168.1 1.31e-11 1076926 Pseudomonadati Pseudomonadota WP_131166802.1 WP_192500494.1 1.19e-08 1897058 Pseudomonadati Bacteroidota WP_131166802.1 WP_089095302.1 7.53e-05 346;473426 Pseudomonadati Pseudomonadota HBE02941.1 HBE02941.1 6.78e-163 2053615 Pseudomonadati Spirochaetota AFU58940.1 AFU58940.1 2.74e-99 1237085 Thermoproteati Nitrososphaerota MBW0108125.1 MBW0108125.1 0.0 2792013 Bacillati Actinomycetota WP_281163474.1 WP_281163474.1 4.19e-307 1463165 Pseudomonadati Pseudomonadota WP_008860295.1 WP_008860295.1 9.03e-192 487173;742743 Bacillati Bacillota XP_044366249.1 XP_044366249.1 0.0 4565;4567 Viridiplantae Streptophyta XP_044366249.1 XP_045702922.1 2.89e-04 9423 Metazoa Chordata MQA03337.1 MQA03337.1 9.78e-111 2604148 Bacillati Actinomycetota MQA03337.1 MCB1505913.1 3.39e-63 2015799 Pseudomonadati Pseudomonadota MCH3963123.1 MCH3963123.1 0.0 1506 Bacillati Bacillota MCH3963123.1 WP_271786410.1 2.10e-22 645 Pseudomonadati Pseudomonadota MCH3963123.1 WP_175896721.1 1.42e-19 1207504 Pseudomonadati Pseudomonadota MCH3963123.1 VTR17913.1 2.64e-06 47917 Pseudomonadati Pseudomonadota WP_260776178.1 WP_260776178.1 1.86e-169 28901;1160739 Pseudomonadati Pseudomonadota WP_195689481.1 WP_195689481.1 2.00e-144 2783858 Pseudomonadati Pseudomonadota WP_195689481.1 WP_104082941.1 1.22e-37 2045016 Bacillati Actinomycetota XP_051954746.1 XP_051954746.1 1.21e-253 154827 Metazoa Chordata MCB9662416.1 MCB9662416.1 1.07e-139 2510337 Pseudomonadati Myxococcota MCB9662416.1 MBP6361937.1 1.27e-04 1874826 Pseudomonadati Pseudomonadota UJR03683.1 UJR03683.1 4.20e-53 2697049 Orthornavirae Pisuviricota UJR03683.1 UHH56899.1 9.78e-21 2697049 Orthornavirae Pisuviricota OLD52228.1 OLD52228.1 2.24e-246 1805070;2026724 Bacillati Chloroflexota MBS2033149.1 MBS2033149.1 1.35e-143 2026735 Pseudomonadati Myxococcota XP_030892138.1 XP_030892138.1 0.0 N/A N/A WP_105447015.1 WP_105447015.1 1.34e-268 573;72407 Pseudomonadati Pseudomonadota WP_105447015.1 WP_279008479.1 1.10e-52 29465 Bacillati Bacillota WP_105447015.1 WP_023828789.1 8.26e-51 325217;1287086 Pseudomonadati Pseudomonadota WP_105447015.1 WP_154951203.1 2.49e-43 294;244566 Pseudomonadati Pseudomonadota WP_105447015.1 CDX26094.1 4.12e-38 408180 Pseudomonadati Pseudomonadota WP_105447015.1 WP_002574744.1 5.31e-34 154046;208479;997894;997895 Bacillati Bacillota WP_105447015.1 HAA79725.1 3.30e-30 1873462 Bacillati Actinomycetota SHG12942.1 SHG12942.1 0.0 687;1123492 Pseudomonadati Pseudomonadota SHG12942.1 HCH0658035.1 8.63e-64 61645 Pseudomonadati Pseudomonadota XP_018575520.1 XP_018575520.1 0.0 217634 Metazoa Arthropoda WP_050210146.1 WP_050210146.1 0.0 1313 Bacillati Bacillota WP_050210146.1 MCA1930442.1 2.38e-50 1869214 Pseudomonadati Pseudomonadota WP_050210146.1 KAH6611424.1 9.46e-22 654480 Fungi Ascomycota WP_059191156.1 WP_059191156.1 1.47e-223 1890 Bacillati Actinomycetota WP_014942931.1 WP_014942931.1 0.0 1763;1138383;1232724 Bacillati Actinomycetota WP_014942931.1 EJH9475741.1 1.04e-24 N/A N/A KAE8834307.1 KAE8834307.1 4.43e-179 97479 Fungi Ascomycota MCI5825153.1 MCI5825153.1 4.40e-255 72409 Bacillati Actinomycetota EJA9392162.1 EJA9392162.1 1.34e-200 195 Pseudomonadati Campylobacterota EJA9392162.1 PJQ02245.1 5.46e-174 32022 Pseudomonadati Campylobacterota EJA9392162.1 EAL1671435.1 3.03e-116 197 Pseudomonadati Campylobacterota EJA9392162.1 EFS8130303.1 8.25e-47 195 Pseudomonadati Campylobacterota EJA9392162.1 ECP6736894.1 2.46e-22 197 Pseudomonadati Campylobacterota EJA9392162.1 WP_181244664.1 1.07e-06 1491 Bacillati Bacillota MCI6629070.1 MCI6629070.1 4.05e-85 2030927 Pseudomonadati Bacteroidota MCI6629070.1 MBT2573851.1 3.82e-21 2819119;2819132;2819169 Bacillati;Pseudomonadati Pseudomonadota;Bacillota WP_114539302.1 WP_114539302.1 1.05e-262 394340;446660 Bacillati Actinomycetota OOP55008.1 OOP55008.1 9.69e-46 1004156 Pseudomonadati Planctomycetota MBU6376428.1 MBU6376428.1 1.93e-220 2053517 Pseudomonadati Bdellovibrionota XP_050375343.1 XP_050375343.1 0.0 57926 Viridiplantae Streptophyta WP_216743397.1 WP_216743397.1 9.76e-208 2849095 Pseudomonadati Pseudomonadota NEO63080.1 NEO63080.1 1.77e-268 2607820 Bacillati Cyanobacteriota NEO63080.1 KAH8969015.1 2.39e-89 53036 Viridiplantae Streptophyta NEO63080.1 PZR90627.1 1.43e-78 3127016 Bacillati Candidatus Dormiibacterota NEO63080.1 WP_247072383.1 4.80e-78 1664069 Bacillati Bacillota WP_123207952.1 WP_123207952.1 3.29e-134 498718 Bacillati Actinomycetota WP_180874312.1 WP_180874312.1 2.30e-56 40324;995085 Pseudomonadati Pseudomonadota WP_085535344.1 WP_085535344.1 4.80e-179 1673718 Pseudomonadati Bacteroidota XP_025698866.1 XP_025698866.1 8.94e-231 3818 Viridiplantae Streptophyta XP_025698866.1 MBI2691306.1 4.31e-05 1909295 Bacillati Actinomycetota CAG1853776.1 CAG1853776.1 0.0 214687 Viridiplantae Streptophyta WP_132517191.1 WP_132517191.1 0.0 2512149 Pseudomonadati Pseudomonadota WP_132517191.1 HAR7369715.1 2.49e-97 1280 Bacillati Bacillota WP_132517191.1 EPR30609.1 1.56e-96 1121439 Pseudomonadati Thermodesulfobacteriota WP_132517191.1 MCQ2156413.1 3.44e-51 2030927 Pseudomonadati Bacteroidota WP_132517191.1 MBR4705654.1 7.04e-23 2748031 Pseudomonadati Bacteroidota WP_166370521.1 WP_166370521.1 9.73e-201 2686346 Pseudomonadati Pseudomonadota WP_189145586.1 WP_189145586.1 4.10e-109 1500077 Bacillati Actinomycetota MBE2253919.1 MBE2253919.1 2.26e-86 1929279 Pseudomonadati Myxococcota XP_016284980.1 XP_016284980.1 4.24e-266 N/A N/A WP_109813103.1 WP_109813103.1 1.73e-40 2072018 Pseudomonadati Pseudomonadota WP_184253104.1 WP_184253104.1 3.48e-225 87461 Pseudomonadati Pseudomonadota WP_184253104.1 WP_116393154.1 1.27e-87 2292771 Pseudomonadati Pseudomonadota BCB83133.1 BCB83133.1 3.27e-68 624315 Bacillati Actinomycetota OBU40353.1 OBU40353.1 1.03e-124 659 Pseudomonadati Pseudomonadota WP_024947943.1 WP_024947943.1 7.67e-199 286;287;1495066 Pseudomonadati Pseudomonadota WP_230424277.1 WP_230424277.1 0.0 1750517 Bacillati Actinomycetota WP_230424277.1 WP_257633067.1 6.97e-138 92644;459658 Bacillati Actinomycetota WP_187047047.1 WP_187047047.1 1.17e-296 2762563 Bacillati Bacillota WP_187047047.1 HAW53859.1 4.13e-13 87 Pseudomonadati Pseudomonadota WP_077646570.1 WP_077646570.1 0.0 1909445 Pseudomonadati Pseudomonadota KQO71000.1 KQO71000.1 0.0 1736245 Pseudomonadati Pseudomonadota KQO71000.1 WP_020424556.1 0.0 2864180 Bacillati Bacillota WP_058807138.1 WP_058807138.1 7.84e-150 1759074;1759075;2614943 Pseudomonadati Pseudomonadota XP_033551505.1 XP_033551505.1 0.0 673940 Fungi Ascomycota XP_033551505.1 KAG8816705.1 2.23e-34 2600214 Fungi Basidiomycota RZK87475.1 RZK87475.1 3.22e-53 1411316 Pseudomonadati Bacteroidota WP_115287442.1 WP_115287442.1 6.78e-64 28903 Bacillati Mycoplasmatota KAJ8398543.1 KAJ8398543.1 4.74e-109 143900 Metazoa Chordata WP_204434340.1 WP_204434340.1 4.56e-224 264637 Bacillati Mycoplasmatota KAF2670900.1 KAF2670900.1 6.46e-154 703497 Fungi Ascomycota RLS24356.1 RLS24356.1 2.37e-174 2026780 Pseudomonadati Planctomycetota KQB14740.1 KQB14740.1 3.56e-206 1061 Pseudomonadati Pseudomonadota KQB14740.1 MBE7554905.1 1.09e-31 2073117 Bacillati Chloroflexota KQB14740.1 WP_239280620.1 1.09e-27 2918196 Bacillati Actinomycetota KQB14740.1 MBW2176475.1 5.97e-20 2026735 Pseudomonadati Myxococcota WP_063880179.1 WP_063880179.1 2.96e-140 53335;574096 Pseudomonadati Pseudomonadota WP_064652354.1 WP_064652354.1 2.18e-168 1825933 Pseudomonadati Pseudomonadota WP_064652354.1 WP_186723788.1 2.63e-30 582 Pseudomonadati Pseudomonadota WP_064652354.1 MBQ5584458.1 6.03e-30 2053608 Bacillati Bacillota WP_064652354.1 WP_026893585.1 1.38e-29 408753 Bacillati Bacillota WP_064652354.1 EAC1232420.1 2.72e-29 195 Pseudomonadati Campylobacterota WP_064652354.1 WP_101794136.1 2.46e-27 2067450 Pseudomonadati Pseudomonadota WP_064652354.1 MBP1530348.1 9.50e-24 2049044 Bacillati Bacillota WP_064652354.1 WP_007708736.1 1.22e-16 333367;518636 Bacillati Bacillota WP_064652354.1 QYU66920.1 2.67e-05 2819933 Bacillati Cyanobacteriota WP_064652354.1 MPZ95749.1 1.30e-04 2015801 Bacillati Actinomycetota XP_024010268.1 XP_024010268.1 5.61e-156 72664 Viridiplantae Streptophyta YP_009252784.1 YP_009252784.1 1.46e-46 36881 Viridiplantae Chlorophyta MCF6346354.1 MCF6346354.1 8.11e-146 2039724 Pseudomonadati Pseudomonadota MCF6346354.1 WP_196938834.1 3.64e-27 2082722 Pseudomonadati Bacteroidota MCF6346354.1 WP_205009067.1 9.29e-27 1349415 Bacillati Bacillota MCF6346354.1 MBQ9456987.1 3.03e-12 1903720 Bacillati Bacillota EAF4791746.1 EAF4791746.1 7.58e-128 1639 Bacillati Bacillota OBJ23133.1 OBJ23133.1 6.23e-254 339268 Bacillati Actinomycetota YP_004564419.1 YP_004564419.1 6.38e-42 176616 Viridiplantae Streptophyta WP_230519716.1 WP_230519716.1 0.0 N/A N/A WP_230519716.1 GGT63801.1 2.30e-179 46158 Bacillati Actinomycetota WP_230519716.1 MBQ3380675.1 9.22e-66 2485925 Bacillati Bacillota WP_039806668.1 WP_039806668.1 1.29e-241 353 Pseudomonadati Pseudomonadota WP_039806668.1 WP_252122124.1 3.58e-71 N/A N/A WP_039806668.1 WP_234521407.1 4.83e-62 38313 Pseudomonadati Pseudomonadota MAJ59213.1 MAJ59213.1 0.0 1986661;2026735 0;Pseudomonadati 0;Myxococcota MAJ59213.1 WP_200671006.1 1.83e-37 29427;223967 Pseudomonadati Pseudomonadota MAJ59213.1 WP_083051706.1 2.54e-34 1963862 Pseudomonadati Spirochaetota CAD8186381.1 CAD8186381.1 1.56e-264 43138 0 Ciliophora MBB1804587.1 MBB1804587.1 1.19e-08 9606 Metazoa Chordata WP_236513170.1 WP_236513170.1 4.97e-44 442694 Pseudomonadati Pseudomonadota MBK9065949.1 MBK9065949.1 1.33e-120 2026742 Pseudomonadati Gemmatimonadota MCD8051495.1 MCD8051495.1 4.46e-102 1898207 Bacillati Bacillota XP_010311338.1 XP_010311338.1 1.10e-128 100784 Metazoa Chordata YP_010317795.1 YP_010317795.1 1.60e-183 93837 0 0 WP_283947944.1 WP_283947944.1 0.0 N/A N/A WP_124519303.1 WP_124519303.1 2.61e-214 1503054 Pseudomonadati Pseudomonadota WP_110663263.1 WP_110663263.1 1.42e-141 286;77298 Pseudomonadati Pseudomonadota KAF2317565.1 KAF2317565.1 4.92e-294 3981 Viridiplantae Streptophyta KAF2317565.1 WP_163042480.1 5.03e-40 2047720 Pseudomonadati Pseudomonadota RDH15740.1 RDH15740.1 5.76e-262 5061;1353008 Fungi Ascomycota WP_154599351.1 WP_154599351.1 0.0 2633465;2675151 Pseudomonadati Pseudomonadota WP_154599351.1 EEO7917989.1 1.18e-106 28901 Pseudomonadati Pseudomonadota WP_154599351.1 ECI3309320.1 6.74e-104 59201 Pseudomonadati Pseudomonadota WP_154599351.1 EFQ4765027.1 1.31e-103 28901;90371 Pseudomonadati Pseudomonadota WP_154599351.1 EEY3543156.1 3.53e-103 562 Pseudomonadati Pseudomonadota MBK8904706.1 MBK8904706.1 4.75e-294 3140689 Bacillati Chloroflexota OEU68709.1 OEU68709.1 0.0 1869308 Pseudomonadati Thermodesulfobacteriota HAW53859.1 HAW53859.1 1.38e-195 87 Pseudomonadati Pseudomonadota HAW53859.1 WP_187047047.1 2.56e-14 2762563 Bacillati Bacillota NP_001395973.1 NP_001395973.1 1.26e-112 4530;39946;39947 Viridiplantae Streptophyta WP_096719144.1 WP_096719144.1 1.84e-215 1912599 Pseudomonadati Pseudomonadota WP_006327457.1 WP_006327457.1 1.37e-228 82996;1206776 Pseudomonadati Pseudomonadota WP_006327457.1 MBR3040588.1 3.08e-04 1898203 Bacillati Bacillota WP_081607935.1 WP_081607935.1 0.0 1131552 Pseudomonadati Pseudomonadota XP_022745130.1 XP_022745130.1 1.92e-126 66656 Viridiplantae Streptophyta XP_022745130.1 XP_043718329.1 1.92e-27 54955 Viridiplantae Streptophyta XP_022745130.1 XP_048228476.1 3.81e-16 3988 Viridiplantae Streptophyta MCC6596976.1 MCC6596976.1 1.03e-104 2052182 Pseudomonadati Pseudomonadota MCL2337464.1 MCL2337464.1 2.63e-84 1879010 Bacillati Bacillota MCA9667429.1 MCA9667429.1 8.87e-254 2026763 Pseudomonadati Myxococcota WP_264379403.1 WP_264379403.1 0.0 1423 Bacillati Bacillota WP_108706918.1 WP_108706918.1 5.37e-230 1827580 Bacillati Actinomycetota WP_108706918.1 WP_061880815.1 8.25e-19 374;43992;2755406 Pseudomonadati Pseudomonadota MCO4825170.1 MCO4825170.1 1.34e-270 1872504 Pseudomonadati Pseudomonadota MCG8687614.1 MCG8687614.1 5.53e-86 2044940 Pseudomonadati Thermodesulfobacteriota MCG8687614.1 RZM24348.1 3.81e-18 28214 Pseudomonadati Pseudomonadota MCG8687614.1 WP_234123871.1 3.47e-10 1393 Bacillati Bacillota MCG8687614.1 WP_245971990.1 5.49e-06 166793 Bacillati Actinomycetota MCG8687614.1 WP_100540054.1 4.26e-04 1385;2059268 Bacillati Bacillota KAI4536634.1 KAI4536634.1 0.0 230172 Metazoa Chordata KAI4536634.1 XP_052609093.1 6.89e-49 564181 Metazoa Chordata KAI4536634.1 XP_053174626.1 7.71e-43 13676 Metazoa Chordata WP_109807231.1 WP_109807231.1 3.13e-150 2676234 Pseudomonadati Pseudomonadota WP_101272247.1 WP_101272247.1 1.64e-290 2054919 Pseudomonadati Pseudomonadota WP_101272247.1 WP_180230190.1 4.49e-72 186817 Bacillati Bacillota MBT2573851.1 MBT2573851.1 1.54e-71 2819119;2819132;2819169 Bacillati;Pseudomonadati Pseudomonadota;Bacillota MBT2573851.1 MCI6629070.1 4.56e-21 2030927 Pseudomonadati Bacteroidota MBT2573851.1 WP_054621512.1 3.45e-17 1735038 Pseudomonadati Pseudomonadota KAJ2336672.1 KAJ2336672.1 0.0 2663903 Fungi Kickxellomycota XP_021098423.1 XP_021098423.1 1.28e-236 10181 Metazoa Chordata MCP4641540.1 MCP4641540.1 0.0 1869227 0 0 MCP4641540.1 MCH8293010.1 6.73e-07 2026781 0 Candidatus Poribacteria MBN1977789.1 MBN1977789.1 0.0 2052143 Bacillati Chloroflexota OIT39507.1 OIT39507.1 2.40e-254 49451 Viridiplantae Streptophyta WP_022748957.1 WP_022748957.1 1.94e-256 140626 Bacillati Bacillota WP_022748957.1 EJS0734484.1 1.26e-80 562 Pseudomonadati Pseudomonadota WP_022748957.1 WP_114054641.1 2.51e-31 1883;68209 Bacillati Actinomycetota MBA4289549.1 MBA4289549.1 1.88e-66 306;1914538 Pseudomonadati Pseudomonadota MBD58399.1 MBD58399.1 0.0 53249 Pseudomonadati Pseudomonadota MBD58399.1 WP_224419934.1 2.28e-137 390637 Pseudomonadati Pseudomonadota WP_171396840.1 WP_171396840.1 2.03e-298 249586 Bacillati Actinomycetota WP_064060986.1 WP_064060986.1 0.0 103816 Bacillati Actinomycetota WP_064060986.1 HBR1243745.1 6.33e-64 1463164 Pseudomonadati Pseudomonadota MCH4268493.1 MCH4268493.1 9.85e-306 1871086 Pseudomonadati Pseudomonadota GFY83906.1 GFY83906.1 3.15e-92 165716 Viridiplantae Streptophyta WP_132558606.1 WP_132558606.1 3.25e-240 50338 Pseudomonadati Pseudomonadota WP_164300700.1 WP_164300700.1 1.19e-190 2706073 Bacillati Actinomycetota XP_016071528.1 XP_016071528.1 4.98e-298 291302 Metazoa Chordata WP_143662806.1 WP_143662806.1 5.59e-136 1883 Bacillati Actinomycetota WP_234538829.1 WP_234538829.1 0.0 943815 Bacillati Actinomycetota WP_234538829.1 HBR1104065.1 3.29e-40 573 Pseudomonadati Pseudomonadota MBK7529683.1 MBK7529683.1 6.28e-235 1903157 Pseudomonadati Pseudomonadota MBK7529683.1 GBD99233.1 5.12e-27 2005715;2005728;2026887 0;Pseudomonadati 0;Nitrospirota WP_007683719.1 WP_007683719.1 1.46e-59 165695;322611;332055;428994;861109;1346790 Pseudomonadati Pseudomonadota WP_007683719.1 WP_137974759.1 8.67e-27 196821;2769303 Pseudomonadati Pseudomonadota WP_067782871.1 WP_067782871.1 2.76e-228 1857645 Bacillati Actinomycetota WP_067782871.1 WP_279399778.1 4.28e-126 N/A N/A WP_067782871.1 MBI1736306.1 7.42e-62 2053607 0 Candidatus Rokuibacteriota WP_067782871.1 MBI5966481.1 3.62e-59 2026735 Pseudomonadati Myxococcota WP_067782871.1 WP_220615956.1 1.62e-45 2864135 Pseudomonadati Bacteroidota WP_067782871.1 WP_276638014.1 1.04e-41 60133 Pseudomonadati Bacteroidota WP_067782871.1 MBJ7531026.1 3.34e-36 35761 Bacillati Actinomycetota WP_067782871.1 MBQ1540263.1 1.06e-27 2026720 0 Candidatus Saccharimonadota WP_067782871.1 HAR4359619.1 9.03e-21 1280 Bacillati Bacillota HIR66791.1 HIR66791.1 1.11e-245 2840744 Bacillati Bacillota XP_027540421.1 XP_027540421.1 1.33e-303 114329 Metazoa Chordata XP_027540421.1 WP_019585553.1 1.80e-59 309886 Thermotogati Deinococcota XP_027540421.1 WP_019444443.1 3.29e-45 29459 Pseudomonadati Pseudomonadota XP_027540421.1 MBL4853947.1 1.95e-36 2030823 Pseudomonadati Pseudomonadota WP_194544138.1 WP_194544138.1 1.05e-176 N/A N/A WP_194544138.1 MBQ5584458.1 3.65e-58 2053608 Bacillati Bacillota WP_194544138.1 WP_069156513.1 3.63e-56 1432052 Bacillati Bacillota WP_194544138.1 WP_026893585.1 3.49e-45 408753 Bacillati Bacillota WP_194544138.1 EAG2350674.1 1.91e-41 1639 Bacillati Bacillota WP_194544138.1 MBP1530348.1 4.03e-40 2049044 Bacillati Bacillota WP_194544138.1 WP_186723788.1 1.01e-38 582 Pseudomonadati Pseudomonadota WP_194544138.1 WP_007708736.1 5.07e-33 333367;518636 Bacillati Bacillota WP_194544138.1 MCL7714424.1 5.23e-32 2871096 Pseudomonadati Pseudomonadota MBY0273331.1 MBY0273331.1 0.0 1913988 Pseudomonadati Pseudomonadota MBY0273331.1 KAJ6994162.1 1.46e-119 444605 Viridiplantae Streptophyta MBY0273331.1 WP_049009918.1 8.26e-59 545 Pseudomonadati Pseudomonadota MBY0273331.1 WP_278631399.1 2.63e-58 29348 Bacillati Bacillota MBY0273331.1 WP_235126772.1 4.03e-56 2909336 Pseudomonadati Bacteroidota MBY0273331.1 MBE6688122.1 2.00e-55 2485925 Bacillati Bacillota MBY0273331.1 WP_019100427.1 1.59e-53 394935 Pseudomonadati Pseudomonadota MBY0273331.1 WP_074319120.1 9.30e-37 709881 Bacillati Actinomycetota MBY0273331.1 OFX32653.1 1.64e-33 1797288 Bacillati Armatimonadota MBY0273331.1 KAA0114277.1 5.35e-33 1305 Bacillati Bacillota MBY0273331.1 WP_041591748.1 2.99e-32 51669 Bacillati Bacillota MBY0273331.1 MBE5737882.1 1.35e-30 1898207 Bacillati Bacillota MBY0273331.1 XP_009147075.2 3.70e-20 3711 Viridiplantae Streptophyta MBY0273331.1 KAF5671546.1 6.54e-15 48490 Fungi Ascomycota MBY0273331.1 WP_176307440.1 1.68e-12 2718534 Pseudomonadati Bacteroidota WP_263205390.1 WP_263205390.1 2.32e-201 3447509 Bacillati Actinomycetota WP_024410349.1 WP_024410349.1 2.03e-235 1307 Bacillati Bacillota WP_024410349.1 OJG95819.1 3.87e-73 417368 Bacillati Bacillota MBQ9146327.1 MBQ9146327.1 9.35e-178 2049048 Pseudomonadati Bacteroidota MBC8266069.1 MBC8266069.1 3.65e-281 2021391 Pseudomonadati Bacteroidota MBL7705960.1 MBL7705960.1 5.97e-134 1869185 Pseudomonadati Bacteroidota MBL7705960.1 KEP75282.1 3.69e-66 1504156 Bacillati Actinomycetota KAG0597131.1 KAG0597131.1 1.85e-102 3225 Viridiplantae Streptophyta WP_164706884.1 WP_164706884.1 3.99e-78 33069 Pseudomonadati Pseudomonadota WP_090874869.1 WP_090874869.1 2.02e-255 665467 Pseudomonadati Pseudomonadota WP_028781258.1 WP_028781258.1 4.81e-192 22;38313;50422 Pseudomonadati Pseudomonadota MBT3931813.1 MBT3931813.1 1.64e-150 1898112 Pseudomonadati Pseudomonadota MBT3931813.1 WP_096277301.1 2.07e-31 2745;2024405;2487701 0;Pseudomonadati 0;Pseudomonadota WP_235903398.1 WP_235903398.1 3.05e-141 2606636 Bacillati Bacillota MBR0144760.1 MBR0144760.1 5.01e-262 2044939 Bacillati Bacillota MBR0144760.1 MBQ7693256.1 3.20e-84 2485925 Bacillati Bacillota QPX63240.1 QPX63240.1 0.0 2780167;2794362;2794363;2794376;2794377 Heunggongvirae Uroviricota XP_050578957.1 XP_050578957.1 0.0 309941 Metazoa Arthropoda XP_050578957.1 MBL04873.1 2.75e-06 2026780 Pseudomonadati Planctomycetota MBK5104727.1 MBK5104727.1 3.22e-172 1891238 Pseudomonadati Pseudomonadota MBK5104727.1 WP_251874466.1 4.17e-47 2950604 Bacillati Bacillota MBK5104727.1 WP_058635033.1 1.54e-39 401562 Pseudomonadati Pseudomonadota CAD7234202.1 CAD7234202.1 1.30e-74 163714 Metazoa Arthropoda PZR72038.1 PZR72038.1 7.12e-176 2201154 Pseudomonadati Verrucomicrobiota KAG1302368.1 KAG1302368.1 2.66e-52 64495 Fungi Mucoromycota WP_101574454.1 WP_101574454.1 1.50e-58 1965356;2614124 Bacillati Actinomycetota PWI72242.1 PWI72242.1 0.0 33203 Fungi Ascomycota PWI72242.1 KAJ5060329.1 9.68e-52 5016 Fungi Ascomycota PWI72242.1 KAG9084682.1 2.56e-50 2600201 Fungi Basidiomycota PWI72242.1 XP_028717800.1 1.50e-40 10041 Metazoa Chordata PWI72242.1 XP_046922164.1 3.43e-24 61384 Metazoa Chordata UZY22531.1 UZY22531.1 1.22e-256 11676 Pararnavirae Artverviricota UZY22531.1 AFV39595.1 3.95e-246 12721 Pararnavirae Artverviricota AMC51858.1 AMC51858.1 6.20e-85 33892;1400873;1400883;1400935;1400941;1417008;1417011;1417013;1417019;1417026;1417027;1417028 Bacillati Actinomycetota WP_072519951.1 WP_072519951.1 2.63e-86 1280 Bacillati Bacillota WP_240226434.1 WP_240226434.1 3.13e-90 2918453 Pseudomonadati Bacteroidota WP_261695383.1 WP_261695383.1 4.90e-85 1453544;2976241 Pseudomonadati Pseudomonadota WP_261695383.1 WP_208947654.1 3.83e-12 80867 Pseudomonadati Pseudomonadota WP_137974759.1 WP_137974759.1 4.72e-60 196821;2769303 Pseudomonadati Pseudomonadota WP_137974759.1 WP_007683719.1 2.57e-28 165695;322611;332055;428994;861109;1346790 Pseudomonadati Pseudomonadota XP_047856915.1 XP_047856915.1 4.60e-111 327061 Fungi Ascomycota EYC35406.1 EYC35406.1 1.72e-112 53326 Metazoa Nematoda WP_256304635.1 WP_256304635.1 0.0 1673721 Bacillati Bacillota EPS43711.1 EPS43711.1 0.0 1284197 Fungi Ascomycota EPS43711.1 XP_009403500.1 1.05e-22 N/A N/A WP_033611379.1 WP_033611379.1 3.82e-239 1590;60520 Bacillati Bacillota MSE05949.1 MSE05949.1 3.49e-183 1624 Bacillati Bacillota MBA4269667.1 MBA4269667.1 0.0 409 Pseudomonadati Pseudomonadota WP_132448671.1 WP_132448671.1 1.36e-90 2135649 Pseudomonadati Pseudomonadota BBI69300.1 BBI69300.1 1.79e-312 2517899 Pseudomonadati Pseudomonadota BBI69300.1 WP_000576638.1 1.20e-107 470;1310618 Pseudomonadati Pseudomonadota WP_011313080.1 WP_011313080.1 1.57e-214 36861;292415 Pseudomonadati Pseudomonadota WP_011313080.1 WP_150071802.1 3.11e-80 2234087 Pseudomonadati Thermodesulfobacteriota EBG8325683.1 EBG8325683.1 4.86e-114 28901;192953 Pseudomonadati Pseudomonadota WP_139918144.1 WP_139918144.1 2.06e-243 83462 Pseudomonadati Myxococcota NIP96332.1 NIP96332.1 1.39e-238 2562705 Pseudomonadati Verrucomicrobiota WGP98278.1 WGP98278.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota WGP98278.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_190797347.1 WP_190797347.1 8.42e-42 2692810 Bacillati Cyanobacteriota WP_068647811.1 WP_068647811.1 1.82e-87 1775636 Pseudomonadati Pseudomonadota WP_201413968.1 WP_201413968.1 3.10e-84 2777475 Pseudomonadati Pseudomonadota WP_269082627.1 WP_269082627.1 1.15e-21 1736345 Pseudomonadati Pseudomonadota OQR96432.1 OQR96432.1 8.06e-176 74557 0 Oomycota MCA9916937.1 MCA9916937.1 0.0 2073117 Bacillati Chloroflexota GIC06559.1 GIC06559.1 0.0 666 Pseudomonadati Pseudomonadota GIC06559.1 WP_008045531.1 9.47e-173 1144336 Pseudomonadati Pseudomonadota GIC06559.1 NUQ31250.1 2.19e-16 2728912 Bacillati Actinomycetota WP_256588339.1 WP_256588339.1 6.48e-107 2009042 Pseudomonadati Pseudomonadota WP_209511935.1 WP_209511935.1 5.65e-116 913099 Bacillati Bacillota WP_169872418.1 WP_169872418.1 1.13e-159 219574 Pseudomonadati Pseudomonadota MSZ29533.1 MSZ29533.1 0.0 2900548 Bacillati Actinomycetota MSZ29533.1 MCL6457358.1 2.76e-266 1978774 Bacillati Bacillota MSZ29533.1 WP_081224968.1 1.43e-90 1288 Bacillati Bacillota MSZ29533.1 SCL13606.1 5.70e-42 47866 Bacillati Actinomycetota MSZ29533.1 WP_194957532.1 7.18e-16 1597;113557 Bacillati Bacillota MSZ29533.1 XP_053592881.1 1.22e-12 69319 Metazoa Arthropoda MSZ29533.1 WP_233286789.1 1.22e-04 N/A N/A EJW7579374.1 EJW7579374.1 7.22e-193 562 Pseudomonadati Pseudomonadota EJW7579374.1 EIH4263652.1 2.39e-155 562 Pseudomonadati Pseudomonadota EJW7579374.1 EFN5389376.1 8.40e-145 562 Pseudomonadati Pseudomonadota EJW7579374.1 KDT27382.1 2.56e-135 1444056 Pseudomonadati Pseudomonadota EJW7579374.1 HAN0352225.1 3.16e-128 562 Pseudomonadati Pseudomonadota EJW7579374.1 EFL5817307.1 2.23e-126 562 Pseudomonadati Pseudomonadota MBM3780037.1 MBM3780037.1 9.29e-88 2080302 Bacillati Actinomycetota WP_130537043.1 WP_130537043.1 2.85e-253 2267253 Pseudomonadati Pseudomonadota WP_129553552.1 WP_129553552.1 2.05e-211 2493676 Pseudomonadati Pseudomonadota WP_129553552.1 TAH42824.1 2.58e-55 1898104 Pseudomonadati Bacteroidota SDI97994.1 SDI97994.1 8.50e-70 930129 Bacillati Bacillota OQY55840.1 OQY55840.1 1.94e-103 1972444 Pseudomonadati Thermodesulfobacteriota WP_006761119.1 WP_006761119.1 1.21e-53 152480;396597 Pseudomonadati Pseudomonadota WP_132579575.1 WP_132579575.1 9.36e-48 627131 Pseudomonadati Pseudomonadota WP_132579575.1 WP_109124355.1 1.68e-06 2126991 Pseudomonadati Pseudomonadota WP_220073286.1 WP_220073286.1 0.0 2864203 Pseudomonadati Pseudomonadota XP_055198731.1 XP_055198731.1 3.07e-159 34880 Metazoa Chordata MBQ8417539.1 MBQ8417539.1 9.41e-155 2049039 Bacillati Bacillota MBQ8417539.1 WP_242161393.1 2.44e-62 86661 Bacillati Bacillota MBQ8417539.1 MBI5405531.1 4.09e-36 2030810 0 Candidatus Kaiseribacteriota KAJ1449837.1 KAJ1449837.1 0.0 483370 0 0 WP_000576638.1 WP_000576638.1 0.0 470;1310618 Pseudomonadati Pseudomonadota WP_000576638.1 WP_184601943.1 1.60e-228 2723086 Pseudomonadati Pseudomonadota WP_000576638.1 BBI69300.1 9.92e-110 2517899 Pseudomonadati Pseudomonadota WP_000576638.1 MBL6847974.1 1.92e-18 1913988 Pseudomonadati Pseudomonadota WP_000576638.1 RYZ40664.1 2.86e-08 2484252 Pseudomonadati Myxococcota WP_000576638.1 WP_083349422.1 4.99e-04 198618 Pseudomonadati Pseudomonadota MYS48845.1 MYS48845.1 4.41e-156 2690317 Bacillati Actinomycetota XP_022120389.2 XP_022120389.2 6.79e-126 64459 Metazoa Arthropoda WP_199936433.1 WP_199936433.1 0.0 106648 Pseudomonadati Pseudomonadota WP_095556548.1 WP_095556548.1 7.41e-301 2029117 Pseudomonadati Pseudomonadota WP_095556548.1 MBO0691049.1 2.35e-29 2052315 Bacillati Candidatus Dormiibacterota NLN79518.1 NLN79518.1 3.26e-72 2033014 Bacillati Armatimonadota WP_139032727.1 WP_139032727.1 0.0 1386;1428 Bacillati Bacillota WP_139032727.1 WP_149397594.1 6.54e-100 2597356 Pseudomonadati Pseudomonadota WP_029364876.1 WP_029364876.1 7.00e-148 562 Pseudomonadati Pseudomonadota WP_029364876.1 WP_271268402.1 2.15e-96 2926470 Pseudomonadati Pseudomonadota HIG96475.1 HIG96475.1 1.38e-201 2026803 Nanobdellati Candidatus Woesearchaeota XP_012066326.1 XP_012066326.1 6.06e-106 180498 Viridiplantae Streptophyta WP_274604755.1 WP_274604755.1 1.16e-172 N/A N/A WP_274604755.1 WP_212663497.1 1.83e-05 155978;2762553 Bacillati Cyanobacteriota MBL0280791.1 MBL0280791.1 0.0 1898104 Pseudomonadati Bacteroidota XP_024081758.1 XP_024081758.1 0.0 79782 Metazoa Arthropoda KFK25655.1 KFK25655.1 1.13e-182 50452 Viridiplantae Streptophyta WP_176572922.1 WP_176572922.1 9.98e-151 1437453 Bacillati Actinomycetota WP_176572922.1 WP_091735241.1 6.23e-70 582680 Bacillati Actinomycetota XP_039286754.1 XP_039286754.1 1.44e-178 108931 Metazoa Arthropoda XP_039286754.1 XP_024696459.1 9.88e-10 1392248 Fungi Ascomycota MBK7906023.1 MBK7906023.1 8.47e-292 2026742 Pseudomonadati Gemmatimonadota MBK7906023.1 MBV9252674.1 5.36e-30 2900548 Bacillati Actinomycetota MCP4742086.1 MCP4742086.1 2.00e-164 1911520 Bacillati Actinomycetota WGY84075.1 WGY84075.1 0.0 1440121 0 Parabasalia RMG09135.1 RMG09135.1 9.74e-119 2026780 Pseudomonadati Planctomycetota XP_016192053.1 XP_016192053.1 1.11e-213 3818;130454 Viridiplantae Streptophyta RZJ10574.1 RZJ10574.1 6.05e-177 1872122 Pseudomonadati Pseudomonadota MBQ6246919.1 MBQ6246919.1 4.15e-266 2212473 Pseudomonadati Kiritimatiellota MBE5709430.1 MBE5709430.1 6.77e-178 1945593 Bacillati Bacillota MBQ8297564.1 MBQ8297564.1 0.0 41978 Bacillati Bacillota MBQ8297564.1 NFD84694.1 4.94e-98 1491 Bacillati Bacillota MBQ8297564.1 MBQ4454347.1 1.33e-76 2044939 Bacillati Bacillota MBQ8297564.1 WP_195368055.1 4.52e-73 410072 Bacillati Bacillota MBQ8297564.1 WP_036258374.1 1.20e-70 65552 Thermotogati Deinococcota MBQ8297564.1 WP_195238978.1 1.11e-55 1502 Bacillati Bacillota MBQ8297564.1 KAI9191373.1 6.04e-48 4023 Viridiplantae Streptophyta MBQ8297564.1 MBT3459617.1 9.36e-48 2026743 Pseudomonadati Pseudomonadota MBQ8297564.1 KAJ2660037.1 2.34e-34 2789312 Fungi Kickxellomycota MBQ8297564.1 KAF9974715.1 2.68e-34 1343610 Fungi Mortierellomycota MBQ8297564.1 WP_247749043.1 1.98e-33 N/A N/A MBQ8297564.1 WP_222599035.1 1.46e-31 N/A N/A MBQ8297564.1 WP_038440434.1 2.83e-30 727 Pseudomonadati Pseudomonadota MBQ8297564.1 WP_041481207.1 4.28e-29 1719;1161911 Bacillati Actinomycetota MBQ8297564.1 MWR41881.1 4.97e-20 562 Pseudomonadati Pseudomonadota MBQ8297564.1 WP_278489123.1 4.39e-18 437897 Bacillati Bacillota MBQ8297564.1 WP_237907640.1 6.46e-17 192 Pseudomonadati Pseudomonadota MBQ8297564.1 WP_142133210.1 2.40e-16 2768449 Bacillati Actinomycetota MBQ8297564.1 WP_258581409.1 1.32e-14 2865837 Pseudomonadati Pseudomonadota MBQ8297564.1 WP_072380563.1 1.66e-13 501024 Pseudomonadati Pseudomonadota MBQ8297564.1 WP_192324556.1 1.14e-12 34072;2769259 Pseudomonadati Pseudomonadota MBQ8297564.1 WP_145468487.1 1.57e-11 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota MBQ8297564.1 MCH4209672.1 5.44e-11 41200 Bacillati Actinomycetota MBQ8297564.1 RUU66461.1 1.36e-10 2496787 Pseudomonadati Pseudomonadota MBQ8297564.1 HBO4828144.1 1.36e-09 287 Pseudomonadati Pseudomonadota WP_039930315.1 WP_039930315.1 2.44e-145 1632 Bacillati Bacillota KAF1039360.1 KAF1039360.1 8.22e-295 92645 Pseudomonadati Pseudomonadota KAF1039360.1 WP_109993532.1 1.37e-33 2183911 Pseudomonadati Pseudomonadota WP_222952672.1 WP_222952672.1 1.39e-242 2873383 Bacillati Actinomycetota WP_222952672.1 WP_021500824.1 3.17e-17 562;1081891 Pseudomonadati Pseudomonadota WP_091759775.1 WP_091759775.1 1.80e-312 191770 Bacillati Bacillota WP_219486374.1 WP_219486374.1 5.65e-239 2857527 Pseudomonadati Bacteroidota WP_055091847.1 WP_055091847.1 3.91e-166 350893 Pseudomonadati Bacteroidota WP_238837572.1 WP_238837572.1 1.83e-200 2484912 Pseudomonadati Spirochaetota WP_238837572.1 WP_104459365.1 2.50e-31 583;584 Pseudomonadati Pseudomonadota WP_238837572.1 MBX8197149.1 2.90e-29 1280 Bacillati Bacillota EHK3702610.1 EHK3702610.1 1.05e-74 562 Pseudomonadati Pseudomonadota EFV8345964.1 EFV8345964.1 5.85e-165 624 Pseudomonadati Pseudomonadota MBB2134936.1 MBB2134936.1 2.86e-16 9606 Metazoa Chordata WP_162485939.1 WP_162485939.1 2.51e-138 1536648 Bacillati Chloroflexota KFF47610.1 KFF47610.1 7.02e-311 1492922 Pseudomonadati Pseudomonadota KFF47610.1 WP_107352122.1 1.08e-143 38313 Pseudomonadati Pseudomonadota KFF47610.1 MBI2528438.1 7.02e-08 2053607 0 Candidatus Rokuibacteriota KFF47610.1 WP_173283317.1 1.16e-06 N/A N/A HBC7850765.1 HBC7850765.1 5.37e-134 562 Pseudomonadati Pseudomonadota WP_026729912.1 WP_026729912.1 6.82e-158 281361 Pseudomonadati Bacteroidota MBU2837240.1 MBU2837240.1 2.02e-100 930 Pseudomonadati Pseudomonadota MCH5231772.1 MCH5231772.1 0.0 2498093 Pseudomonadati Bacteroidota MCH5231772.1 OQA35671.1 2.59e-79 1852840 0 0 MCH5231772.1 WP_089095302.1 9.92e-61 346;473426 Pseudomonadati Pseudomonadota MCH5231772.1 WP_173040157.1 9.97e-42 1076124 Bacillati Actinomycetota MCH5231772.1 WP_041710957.1 3.91e-36 1501 Bacillati Bacillota MCH5231772.1 WP_132175930.1 2.21e-13 190195 Bacillati Actinomycetota MCH5231772.1 MCB0243881.1 1.57e-05 2052143 Bacillati Chloroflexota MCE1200518.1 MCE1200518.1 1.70e-143 2044936 Pseudomonadati Bacteroidota CAA9338705.1 CAA9338705.1 1.07e-251 253824 Bacillati Actinomycetota XP_011822310.1 XP_011822310.1 1.31e-219 9568 Metazoa Chordata XP_011822310.1 GAA38267.2 7.12e-45 79923 Metazoa Platyhelminthes XP_011822310.1 KAH8394604.1 8.86e-21 88886 Metazoa Arthropoda MBE6491651.1 MBE6491651.1 7.32e-143 66852 Methanobacteriati Methanobacteriota WP_255632456.1 WP_255632456.1 2.28e-101 1813 Bacillati Actinomycetota WP_120851940.1 WP_120851940.1 1.61e-177 210 Pseudomonadati Campylobacterota WP_230269925.1 WP_230269925.1 1.26e-135 2745870 Thermotogati Deinococcota QBL97920.1 QBL97920.1 0.0 2546569 Heunggongvirae Uroviricota KAJ3865263.1 KAJ3865263.1 0.0 42442 Fungi Basidiomycota NDJ88951.1 NDJ88951.1 0.0 354243 Bacillati Actinomycetota NDJ88951.1 RLB66027.1 8.15e-45 2026735 Pseudomonadati Myxococcota NDJ88951.1 WP_112119927.1 1.75e-26 1642 Bacillati Bacillota NDJ88951.1 HBN9628875.1 4.66e-24 287 Pseudomonadati Pseudomonadota NDJ88951.1 XP_052525039.1 1.22e-18 109042 Metazoa Chordata NDJ88951.1 WP_254101325.1 3.06e-15 2961944 Pseudomonadati Pseudomonadota NDJ88951.1 EJG3313804.1 5.10e-06 195 Pseudomonadati Campylobacterota MBQ2085260.1 MBQ2085260.1 8.57e-102 2485925 Bacillati Bacillota KAH3670308.1 KAH3670308.1 4.63e-144 1378264 Fungi Ascomycota WP_013611731.1 WP_013611731.1 3.94e-106 171549;709991;1263090;1897010;1965233 Pseudomonadati Bacteroidota SFX27592.1 SFX27592.1 0.0 1452269 Bacillati Bacillota SFX27592.1 OFX32653.1 3.94e-75 1797288 Bacillati Armatimonadota SFX27592.1 WP_074319120.1 4.68e-69 709881 Bacillati Actinomycetota SFX27592.1 HCT06136.1 1.36e-62 306 Pseudomonadati Pseudomonadota SFX27592.1 WP_041591748.1 9.15e-58 51669 Bacillati Bacillota SFX27592.1 MBI6149093.1 2.45e-57 615 Pseudomonadati Pseudomonadota SFX27592.1 WP_278631399.1 1.55e-10 29348 Bacillati Bacillota KAJ1918571.1 KAJ1918571.1 7.96e-166 417184 Fungi Kickxellomycota WP_190728164.1 WP_190728164.1 3.13e-55 2593658;2593659;2692842;2815407;2825974 Bacillati Cyanobacteriota MCD1648821.1 MCD1648821.1 1.06e-79 1033846;1849167;1849169 Pseudomonadati Pseudomonadota WP_002318774.1 WP_002318774.1 0.0 1352;645663 Bacillati Bacillota GDX50632.1 GDX50632.1 7.13e-192 1898104 Pseudomonadati Bacteroidota GDX50632.1 MCB0558738.1 3.07e-74 1940289;2760807 Pseudomonadati Bacteroidota PZR90627.1 PZR90627.1 7.27e-252 3127016 Bacillati Candidatus Dormiibacterota PZR90627.1 NEO63080.1 3.32e-73 2607820 Bacillati Cyanobacteriota PZR90627.1 KAH8969015.1 2.23e-53 53036 Viridiplantae Streptophyta PZR90627.1 WP_247072383.1 7.65e-48 1664069 Bacillati Bacillota MCM1122913.1 MCM1122913.1 1.00e-47 142586 Bacillati Bacillota MCM1122913.1 WP_223292749.1 1.30e-18 2798577 Pseudomonadati Spirochaetota MCM1122913.1 WP_186939222.1 4.66e-16 2763043 Bacillati Actinomycetota WP_154963182.1 WP_154963182.1 0.0 2058152 Pseudomonadati Pseudomonadota WP_154963182.1 WP_172616972.1 6.45e-109 2583211 Pseudomonadati Bacteroidota WP_154963182.1 WP_039608285.1 3.87e-65 43657 Pseudomonadati Pseudomonadota WP_154963182.1 WP_133325549.1 1.33e-51 1549640 Pseudomonadati Pseudomonadota WP_154963182.1 WP_096647361.1 3.24e-41 1973478 Bacillati Cyanobacteriota WP_154963182.1 WP_265225845.1 4.52e-41 95486 Pseudomonadati Pseudomonadota UKU68032.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UKU68032.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota NUP45658.1 NUP45658.1 9.66e-160 1931 Bacillati Actinomycetota WP_041591748.1 WP_041591748.1 0.0 51669 Bacillati Bacillota WP_041591748.1 OFX32653.1 1.85e-98 1797288 Bacillati Armatimonadota WP_041591748.1 HCT06136.1 2.22e-90 306 Pseudomonadati Pseudomonadota WP_041591748.1 MBI6149093.1 9.05e-88 615 Pseudomonadati Pseudomonadota WP_041591748.1 WP_074319120.1 1.50e-62 709881 Bacillati Actinomycetota WP_041591748.1 SFX27592.1 1.14e-53 1452269 Bacillati Bacillota WP_041591748.1 MBY0273331.1 1.92e-34 1913988 Pseudomonadati Pseudomonadota WP_041591748.1 WP_176307440.1 2.96e-22 2718534 Pseudomonadati Bacteroidota WP_041591748.1 WP_278631399.1 1.32e-12 29348 Bacillati Bacillota WP_041591748.1 WP_019100427.1 8.37e-11 394935 Pseudomonadati Pseudomonadota WP_041591748.1 MBE5737882.1 1.88e-10 1898207 Bacillati Bacillota EED8954498.1 EED8954498.1 0.0 108619 Pseudomonadati Pseudomonadota EED8954498.1 CRZ84703.1 1.18e-49 666 Pseudomonadati Pseudomonadota MBU0638288.1 MBU0638288.1 0.0 2026780 Pseudomonadati Planctomycetota XP_023618023.1 XP_023618023.1 0.0 59463 Metazoa Chordata KAJ7901288.1 KAJ7901288.1 1.08e-176 230808 Fungi Basidiomycota WP_005969797.1 WP_005969797.1 3.97e-70 55208;1175631 Pseudomonadati Pseudomonadota WP_168976500.1 WP_168976500.1 0.0 1391 Bacillati Bacillota WP_061213510.1 WP_061213510.1 0.0 863 Bacillati Bacillota TLZ56659.1 TLZ56659.1 2.98e-142 2026739 Methanobacteriati Methanobacteriota ROW17242.1 ROW17242.1 0.0 1230097 Fungi Ascomycota XP_030111227.1 XP_030111227.1 0.0 10090 Metazoa Chordata XP_030111227.1 WP_088008362.1 3.69e-103 1917864 Bacillati Bacillota WP_254860001.1 WP_254860001.1 7.69e-95 1046043 Methanobacteriati Methanobacteriota WP_147757699.1 WP_147757699.1 1.31e-253 29522 Pseudomonadati Spirochaetota WP_147757699.1 ADT83844.1 2.04e-13 391623 Methanobacteriati Methanobacteriota WP_149786838.1 WP_149786838.1 1.44e-135 391948 Pseudomonadati Pseudomonadota WP_149786838.1 NPV11463.1 9.81e-17 2053306 Pseudomonadati Ignavibacteriota WP_149786838.1 WP_193275955.1 9.69e-13 670;1435358 Pseudomonadati Pseudomonadota WP_149786838.1 MBU2178615.1 3.69e-11 1913989 Pseudomonadati Pseudomonadota MBQ7514694.1 MBQ7514694.1 6.12e-150 2047426 Bacillati Bacillota KAJ8599810.1 KAJ8599810.1 0.0 2483200 0 0 WP_015919400.1 WP_015919400.1 0.0 2337;309803;1288483 Thermotogati Thermotogota WP_015919400.1 WP_015615815.1 9.44e-187 1501;86416 Bacillati Bacillota WP_015919400.1 MCJ7548546.1 2.26e-153 2052143 Bacillati Chloroflexota WP_015919400.1 MBL8638832.1 5.45e-141 1913988 Pseudomonadati Pseudomonadota WP_015919400.1 KAI5122644.1 6.15e-59 135589 Fungi Basidiomycota WP_015919400.1 KZV11597.1 4.43e-46 4932 Fungi Ascomycota ADT83844.1 ADT83844.1 1.04e-315 391623 Methanobacteriati Methanobacteriota ADT83844.1 WP_147757699.1 2.58e-13 29522 Pseudomonadati Spirochaetota CQR43717.1 CQR43717.1 8.34e-39 554132 Pseudomonadati Pseudomonadota AZT92937.1 AZT92937.1 1.69e-85 273384 Bacillati Actinomycetota MCG8609391.1 MCG8609391.1 2.57e-82 1891229 Pseudomonadati Pseudomonadota WP_143435921.1 WP_143435921.1 2.62e-93 1985169 Pseudomonadati Pseudomonadota WP_143435921.1 WP_139484744.1 6.42e-08 2511166 Pseudomonadati Pseudomonadota KAI5237214.1 KAI5237214.1 1.08e-66 143292 Metazoa Chordata KAI4790364.1 KAI4790364.1 0.0 36190 Metazoa Chordata WP_090149712.1 WP_090149712.1 0.0 2798040 Bacillati Actinomycetota WP_090149712.1 WP_227317406.1 3.98e-76 158484 Pseudomonadati Pseudomonadota KAI7428497.1 KAI7428497.1 0.0 91943 Fungi Ascomycota KAI7428497.1 KAE8322051.1 1.19e-47 1034303 Fungi Ascomycota WP_023840997.1 WP_023840997.1 0.0 1854;106370;1352929;1745381 Bacillati Actinomycetota WP_023840997.1 MBJ7506254.1 4.01e-124 2518620 Bacillati Actinomycetota WP_023840997.1 WP_002615101.1 9.93e-67 41;378806 Pseudomonadati Myxococcota MCL5016798.1 MCL5016798.1 0.0 2077140 Nanobdellati Candidatus Parvarchaeota HJC43196.1 HJC43196.1 1.13e-78 2838671 Bacillati Bacillota XP_033115746.1 XP_033115746.1 2.67e-264 1529436 Metazoa Echinodermata MCA9828892.1 MCA9828892.1 6.79e-230 2026734 Bacillati Chloroflexota KAE9534034.1 KAE9534034.1 9.86e-308 307491 Metazoa Arthropoda WP_099723413.1 WP_099723413.1 2.06e-209 1914915;1914916;1914917;1914919;1914921;2621730 Bacillati Actinomycetota WP_099723413.1 WP_255657001.1 3.07e-28 N/A N/A MCR4805905.1 MCR4805905.1 1.19e-167 2044939 Bacillati Bacillota MXV83649.1 MXV83649.1 4.35e-151 2026781 0 Candidatus Poribacteria WP_129502220.1 WP_129502220.1 0.0 197482 Pseudomonadati Campylobacterota VDL88157.1 VDL88157.1 2.23e-65 70667 Metazoa Platyhelminthes MCA1930442.1 MCA1930442.1 6.04e-190 1869214 Pseudomonadati Pseudomonadota MCA1930442.1 WP_050210146.1 2.07e-52 1313 Bacillati Bacillota MCA1930442.1 KAH6611424.1 1.33e-22 654480 Fungi Ascomycota WP_205833587.1 WP_205833587.1 1.45e-212 2813779 Pseudomonadati Pseudomonadota WP_205833587.1 TQJ11194.1 8.81e-30 236068 Bacillati Actinomycetota XP_028540875.1 XP_028540875.1 0.0 880535 0 Apicomplexa WP_004127832.1 WP_004127832.1 1.47e-60 2701;2702;698957;2026099;2914925;3383031 Bacillati Actinomycetota MBX6373297.1 MBX6373297.1 2.91e-302 1909293 Pseudomonadati Pseudomonadota KAI1294496.1 KAI1294496.1 1.48e-92 743302 Fungi Ascomycota MBA2742690.1 MBA2742690.1 3.64e-38 2900548 Bacillati Actinomycetota PJB11797.1 PJB11797.1 1.15e-141 1974005 Pseudomonadati Bacteroidota PJB11797.1 HBW9511025.1 5.03e-56 573 Pseudomonadati Pseudomonadota PJB11797.1 MCE2883039.1 1.99e-34 2026779 Pseudomonadati Planctomycetota OWZ15943.1 OWZ15943.1 1.33e-87 4795 0 Oomycota KAJ0788155.1 KAJ0788155.1 9.32e-57 4232 Viridiplantae Streptophyta KAJ3641143.1 KAJ3641143.1 0.0 2755281 Metazoa Arthropoda OSS44110.1 OSS44110.1 0.0 105696 Fungi Ascomycota XP_003878446.1 XP_003878446.1 9.56e-135 929439 0 Euglenozoa ONK59585.1 ONK59585.1 0.0 4686 Viridiplantae Streptophyta MBQ7856432.1 MBQ7856432.1 7.04e-314 1872444 Pseudomonadati Bacteroidota MBQ7856432.1 WP_156061037.1 7.89e-72 853 Bacillati Bacillota KAJ9220763.1 KAJ9220763.1 6.66e-166 264951 Fungi Ascomycota WP_102296123.1 WP_102296123.1 8.07e-155 1528773 Pseudomonadati Pseudomonadota WP_228062638.1 WP_228062638.1 0.0 2781024 Pseudomonadati Pseudomonadota WP_228062638.1 WP_034473228.1 0.0 N/A N/A RBQ75851.1 RBQ75851.1 0.0 117187 Fungi Ascomycota WP_247498151.1 WP_247498151.1 9.47e-151 2782624 Pseudomonadati Pseudomonadota WP_247498151.1 WP_092156886.1 7.61e-60 378404 Pseudomonadati Pseudomonadota WP_247498151.1 XP_032812066.1 2.46e-17 7757 Metazoa Chordata WP_258835625.1 WP_258835625.1 0.0 373040 Pseudomonadati Pseudomonadota WP_258835625.1 MBP6375542.1 3.79e-222 2818473 Pseudomonadati Pseudomonadota WP_258835625.1 MBT4710545.1 1.26e-129 1913988 Pseudomonadati Pseudomonadota WP_258835625.1 PWM49891.1 1.20e-97 1879010 Bacillati Bacillota WP_258835625.1 WP_249505358.1 1.58e-94 3239812 Pseudomonadati Fibrobacterota WP_258835625.1 GER04731.1 8.00e-45 1236968 Pseudomonadati Pseudomonadota RCV36353.1 RCV36353.1 0.0 4555 Viridiplantae Streptophyta RCV36353.1 MCB5199682.1 4.81e-07 2881335 Pseudomonadati Pseudomonadota WP_002264996.1 WP_002264996.1 1.79e-159 1306;1309;857141;857144;857151 Bacillati Bacillota WP_002264996.1 XP_023607675.1 3.78e-16 59463 Metazoa Chordata WP_002264996.1 XP_028261945.1 5.02e-16 210632 Metazoa Chordata WP_125091196.1 WP_125091196.1 9.05e-219 2492662 Bacillati Actinomycetota WP_272906673.1 WP_272906673.1 0.0 354351 Pseudomonadati Pseudomonadota WP_272906673.1 WP_278449211.1 2.75e-85 293 Pseudomonadati Pseudomonadota WP_272906673.1 WP_124213670.1 1.74e-84 286;287 Pseudomonadati Pseudomonadota WP_272906673.1 WP_164653811.1 2.23e-78 329406 Pseudomonadati Pseudomonadota WP_272906673.1 WP_205173112.1 2.91e-66 992288 Bacillati Bacillota WP_272906673.1 WP_175896721.1 1.81e-65 1207504 Pseudomonadati Pseudomonadota WP_272906673.1 KNY10996.1 8.19e-62 72556 Pseudomonadati Pseudomonadota WP_272906673.1 WP_271786410.1 5.18e-60 645 Pseudomonadati Pseudomonadota WP_272906673.1 MBP7222158.1 2.24e-57 1960295 Bacillati Bacillota WP_272906673.1 MBM3222384.1 3.01e-08 2528274 Pseudomonadati Candidatus Tectimicrobiota WP_272906673.1 WP_232306300.1 1.60e-07 823 Pseudomonadati Bacteroidota WP_272906673.1 WP_007708736.1 1.07e-05 333367;518636 Bacillati Bacillota WP_272906673.1 MBQ5584458.1 6.16e-05 2053608 Bacillati Bacillota WP_239280620.1 WP_239280620.1 1.02e-218 2918196 Bacillati Actinomycetota WP_239280620.1 AHG02917.1 1.47e-51 751944 Methanobacteriati Methanobacteriota WP_239280620.1 MBX7055839.1 2.07e-46 2283092 Pseudomonadati Acidobacteriota WP_239280620.1 MBE7554905.1 3.75e-41 2073117 Bacillati Chloroflexota WP_239280620.1 WP_208042111.1 4.41e-40 2815212;2900548 Bacillati Actinomycetota WP_239280620.1 WP_149656427.1 5.30e-33 1784 Bacillati Actinomycetota WP_239280620.1 KQB14740.1 1.53e-31 1061 Pseudomonadati Pseudomonadota WP_239280620.1 KAB2860347.1 2.71e-22 2052143 Bacillati Chloroflexota MCE2456387.1 MCE2456387.1 1.47e-316 2026734 Bacillati Chloroflexota MCE2456387.1 AMJ52230.1 5.38e-23 77133 0 0 KAH0455857.1 KAH0455857.1 0.0 161865 Viridiplantae Streptophyta KAH0455857.1 XP_020425985.1 1.74e-12 3760 Viridiplantae Streptophyta MBO7602558.1 MBO7602558.1 8.33e-263 2212467 Pseudomonadati Bacteroidota MBA3364572.1 MBA3364572.1 2.11e-130 2900548 Bacillati Actinomycetota MBA3364572.1 ORV24296.1 4.65e-13 1796 Bacillati Actinomycetota KAF6037074.1 KAF6037074.1 9.50e-115 10212 Metazoa Bryozoa EJD6083724.1 EJD6083724.1 2.25e-76 587;183417 Pseudomonadati Pseudomonadota XP_053603972.1 XP_053603972.1 0.0 58824 Metazoa Arthropoda WP_168987397.1 WP_168987397.1 3.15e-123 666964 Pseudomonadati Pseudomonadota WP_087514544.1 WP_087514544.1 8.66e-78 562 Pseudomonadati Pseudomonadota MBL4661703.1 MBL4661703.1 3.17e-105 2024895 Pseudomonadati Pseudomonadota WP_157447226.1 WP_157447226.1 3.51e-162 1172192 Pseudomonadati Pseudomonadota KAE9687153.1 KAE9687153.1 1.53e-80 2665391 Pseudomonadati Pseudomonadota HED33315.1 HED33315.1 3.77e-259 1913989 Pseudomonadati Pseudomonadota WP_000446844.1 WP_000446844.1 2.10e-225 1386;180843;526989;527019;527030;1053223 Bacillati Bacillota WP_168945101.1 WP_168945101.1 0.0 1612203 Bacillati Actinomycetota WP_168945101.1 WP_064962354.1 3.19e-15 1406 Bacillati Bacillota TIW69825.1 TIW69825.1 1.94e-70 1871066 Pseudomonadati Pseudomonadota WP_143823896.1 WP_143823896.1 0.0 1496 Bacillati Bacillota WP_143823896.1 WP_032587385.1 7.81e-05 197 Pseudomonadati Campylobacterota XP_031104936.1 XP_031104936.1 0.0 35885 Viridiplantae Streptophyta WP_258228246.1 WP_258228246.1 7.15e-145 2967132 Pseudomonadati Bacteroidota WP_258228246.1 MBH8634352.1 7.13e-17 287 Pseudomonadati Pseudomonadota WP_183883741.1 WP_183883741.1 5.41e-39 188932 Pseudomonadati Bacteroidota EHG9421715.1 EHG9421715.1 0.0 1639 Bacillati Bacillota OMH80233.1 OMH80233.1 0.0 1213189 Fungi Kickxellomycota WP_041302673.1 WP_041302673.1 0.0 N/A N/A WP_041302673.1 WP_081845076.1 4.68e-128 318425 Bacillati Actinomycetota MCE8014926.1 MCE8014926.1 3.50e-201 2731555 Pseudomonadati Pseudomonadota WP_173267071.1 WP_173267071.1 2.44e-169 2582653 Bacillati Bacillota KAF5344437.1 KAF5344437.1 0.0 201217 Fungi Basidiomycota WP_190457829.1 WP_190457829.1 5.34e-172 2692794 Bacillati Cyanobacteriota MBX3242409.1 MBX3242409.1 8.95e-183 1869212 Pseudomonadati Bacteroidota MBL9113742.1 MBL9113742.1 6.24e-295 2026800 Pseudomonadati Verrucomicrobiota XP_007828713.1 XP_007828713.1 2.99e-169 1229662 Fungi Ascomycota HIZ96099.1 HIZ96099.1 1.02e-284 2838640 Bacillati Bacillota HIZ96099.1 WP_238869695.1 5.91e-99 562 Pseudomonadati Pseudomonadota KAI6857291.1 KAI6857291.1 7.03e-277 91943 Fungi Ascomycota XP_007077310.1 XP_007077310.1 5.37e-132 9694 Metazoa Chordata WP_123470196.1 WP_123470196.1 1.19e-146 2485153 Bacillati Actinomycetota WP_123470196.1 WP_255657767.1 1.91e-09 2876565 Bacillati Actinomycetota WP_008292946.1 WP_008292946.1 0.0 314285;393662 Pseudomonadati Pseudomonadota WP_008292946.1 MBX7220138.1 6.74e-06 2052146 Pseudomonadati Acidobacteriota WP_140476737.1 WP_140476737.1 0.0 210 Pseudomonadati Campylobacterota CAI9301549.1 CAI9301549.1 6.52e-313 75948 Viridiplantae Streptophyta MUN40768.1 MUN40768.1 2.31e-305 2678616 Bacillati Actinomycetota WP_114605464.1 WP_114605464.1 0.0 1547898 Methanobacteriati Methanobacteriota WP_114605464.1 MCQ2791623.1 1.11e-103 210 Pseudomonadati Campylobacterota WP_072380563.1 WP_072380563.1 2.01e-171 501024 Pseudomonadati Pseudomonadota WP_072380563.1 WP_115992495.1 2.70e-78 1294267 Bacillati Bacillota WP_072380563.1 WP_008470196.1 7.36e-69 1203033;1423758 Bacillati Bacillota WP_072380563.1 WP_222125851.1 1.74e-68 N/A N/A WP_072380563.1 WP_279984614.1 3.12e-68 909768 Pseudomonadati Pseudomonadota WP_072380563.1 WP_142133210.1 3.14e-62 2768449 Bacillati Actinomycetota WP_072380563.1 WP_258581409.1 1.90e-38 2865837 Pseudomonadati Pseudomonadota WP_072380563.1 MWR41881.1 2.44e-37 562 Pseudomonadati Pseudomonadota WP_072380563.1 MCF7808720.1 1.49e-32 2026760 Pseudomonadati Fidelibacterota WP_072380563.1 WP_098952357.1 3.12e-30 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_072380563.1 MBU5353226.1 9.54e-30 198119 Bacillati Bacillota WP_072380563.1 WP_207918089.1 8.84e-28 185978;2512133;2587092 Bacillati Bacillota WP_072380563.1 RUU66461.1 2.02e-27 2496787 Pseudomonadati Pseudomonadota WP_072380563.1 WP_145468487.1 5.65e-27 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_072380563.1 WP_227059655.1 2.18e-24 40545 Pseudomonadati Pseudomonadota WP_072380563.1 WP_071876418.1 5.74e-23 332949 Bacillati Bacillota WP_072380563.1 WP_008056683.1 7.49e-20 2596745;2759955 Bacillati Cyanobacteriota WP_072380563.1 MBQ8297564.1 2.61e-15 41978 Bacillati Bacillota WP_072380563.1 MCH4209672.1 4.84e-15 41200 Bacillati Actinomycetota WP_072380563.1 WAY96880.1 1.82e-14 615 Pseudomonadati Pseudomonadota WP_072380563.1 WP_038440434.1 9.61e-14 727 Pseudomonadati Pseudomonadota WP_072380563.1 WP_041481207.1 2.03e-11 1719;1161911 Bacillati Actinomycetota CBI36349.3 CBI36349.3 4.95e-313 29760 Viridiplantae Streptophyta CBI36349.3 WP_253808359.1 2.44e-64 69710 Pseudomonadati Spirochaetota CBI36349.3 WP_225579579.1 5.02e-62 N/A N/A CBI36349.3 PHR72175.1 7.37e-41 1925666 Pseudomonadati Bacteroidota CBI36349.3 PSR02572.1 5.73e-37 1919110 Pseudomonadati Bacteroidota CBI36349.3 WP_073201850.1 1.80e-32 1027249 Bacillati Bacillota WP_046278045.1 WP_046278045.1 5.24e-100 1118279;1637645 Bacillati Cyanobacteriota WP_046278045.1 MCD6419504.1 2.72e-23 2268202 Thermotogati Synergistota WP_059376966.1 WP_059376966.1 6.64e-67 220714 Bacillati Bacillota KAG5276208.1 KAG5276208.1 0.0 278164 Metazoa Chordata CDQ50939.1 CDQ50939.1 4.02e-86 55601 Pseudomonadati Pseudomonadota OOF77949.1 OOF77949.1 0.0 1796644 Pseudomonadati Pseudomonadota MCO2595964.1 MCO2595964.1 9.47e-101 287 Pseudomonadati Pseudomonadota WP_279150283.1 WP_279150283.1 0.0 1796646 Pseudomonadati Bacteroidota MBV8133755.1 MBV8133755.1 1.28e-156 1913988 Pseudomonadati Pseudomonadota MBV8133755.1 MBD7990178.1 1.83e-74 2762228 Pseudomonadati Pseudomonadota MBV8133755.1 WP_204037257.1 1.04e-38 502268 Bacillati Actinomycetota WP_074642620.1 WP_074642620.1 6.74e-226 163 Pseudomonadati Spirochaetota MCI0677710.1 MCI0677710.1 1.29e-213 2900548 Bacillati Actinomycetota MCI0677710.1 PWU18232.1 1.27e-77 2053607 0 Candidatus Rokuibacteriota MCI0677710.1 MBQ9976843.1 2.15e-61 2044939 Bacillati Bacillota WP_078429679.1 WP_078429679.1 9.30e-280 427920 Bacillati Bacillota WP_078429679.1 MBA2536487.1 1.20e-144 2900548 Bacillati Actinomycetota WP_078429679.1 WP_074825075.1 1.07e-132 82985;1122977 Pseudomonadati Pseudomonadota WP_078429679.1 WP_277084622.1 2.24e-86 2606630 Bacillati Bacillota WP_078429679.1 WP_004619799.1 8.42e-85 75;78;1292034 Pseudomonadati Pseudomonadota WP_078429679.1 MCP1651746.1 7.34e-81 46680 Pseudomonadati Pseudomonadota WP_078429679.1 EDH4057100.1 1.18e-59 149388 Pseudomonadati Pseudomonadota WP_078429679.1 WP_083141943.1 7.43e-57 39692 Bacillati Actinomycetota WP_078429679.1 XP_040685867.1 3.31e-56 5066;1073089 Fungi Ascomycota KAG7534354.1 KAG7534354.1 0.0 1240361 Viridiplantae Streptophyta EFE9598678.1 EFE9598678.1 9.92e-316 562 Pseudomonadati Pseudomonadota WP_183662448.1 WP_183662448.1 1.04e-156 65515 Bacillati Actinomycetota WP_214826002.1 WP_214826002.1 0.0 2819143 Pseudomonadati Bacteroidota WP_214826002.1 WP_146272353.1 5.17e-99 2599294 Pseudomonadati Bacteroidota WP_214826002.1 MBP3518143.1 2.12e-81 1869337 Pseudomonadati Bacteroidota WP_214826002.1 WP_278843343.1 8.01e-71 386414 Pseudomonadati Bacteroidota WP_214826002.1 WP_259301651.1 2.01e-53 310297 Pseudomonadati Bacteroidota WP_214826002.1 MCB9353584.1 3.22e-44 2760807 Pseudomonadati Bacteroidota MBR0198895.1 MBR0198895.1 2.41e-288 2485925 Bacillati Bacillota WP_068241828.1 WP_068241828.1 1.31e-316 1768241 Pseudomonadati Pseudomonadota MBS7623663.1 MBS7623663.1 1.99e-215 2026714 Thermoproteati Candidatus Bathyarchaeota MBS7623663.1 HAG61063.1 8.60e-58 1667 Bacillati Actinomycetota ABJ92889.1 ABJ92889.1 3.21e-68 11676 Pararnavirae Artverviricota ABJ92889.1 ACH90072.1 3.78e-57 11676 Pararnavirae Artverviricota ABJ92889.1 AFJ09957.1 4.10e-57 11676 Pararnavirae Artverviricota ABJ92889.1 AVA00513.1 7.68e-57 11676 Pararnavirae Artverviricota ABJ92889.1 ARR91819.1 9.38e-57 11676 Pararnavirae Artverviricota ABJ92889.1 BAO11608.1 1.53e-56 11676 Pararnavirae Artverviricota ABJ92889.1 QWY38042.1 1.88e-55 11676 Pararnavirae Artverviricota ABJ92889.1 BAO23243.1 1.08e-54 11676 Pararnavirae Artverviricota ABJ92889.1 ACY29573.1 1.59e-54 11676 Pararnavirae Artverviricota ABJ92889.1 AFV39595.1 1.73e-53 12721 Pararnavirae Artverviricota ABJ92889.1 AOW33101.1 2.31e-48 11676 Pararnavirae Artverviricota ABJ92889.1 AOW36968.1 7.34e-47 11676 Pararnavirae Artverviricota WP_029222917.1 WP_029222917.1 0.0 662;1191324 Pseudomonadati Pseudomonadota WP_029222917.1 WP_230171322.1 1.54e-19 2845820 Pseudomonadati Pseudomonadota WP_029222917.1 EGR2272270.1 2.74e-19 670 Pseudomonadati Pseudomonadota WP_029222917.1 MBK6870374.1 1.02e-16 2487580 Bacillati Actinomycetota WP_029222917.1 MBI5333464.1 1.45e-16 1891238 Pseudomonadati Pseudomonadota WP_029222917.1 WP_000484099.1 2.34e-14 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_029222917.1 WP_107169208.1 1.28e-11 2108399 Pseudomonadati Pseudomonadota WP_220778039.1 WP_220778039.1 0.0 365590 Pseudomonadati Pseudomonadota WP_220778039.1 WP_056082173.1 5.66e-189 1736361 Pseudomonadati Bacteroidota GJP56269.1 GJP56269.1 0.0 2019903 Viridiplantae Streptophyta NCS93910.1 NCS93910.1 4.72e-47 178 Pseudomonadati Spirochaetota HIZ21956.1 HIZ21956.1 1.83e-271 2838488 Bacillati Bacillota WP_095173689.1 WP_095173689.1 4.49e-243 572511 Bacillati Bacillota XP_012504886.1 XP_012504886.1 0.0 379532 Metazoa Chordata OJT13672.1 OJT13672.1 5.92e-307 154538 Fungi Basidiomycota XP_039870427.1 XP_039870427.1 4.81e-235 43689 Metazoa Chordata WP_228281474.1 WP_228281474.1 7.64e-87 2653852 Bacillati Actinomycetota WP_228281474.1 WP_124583682.1 1.98e-24 32008;488447;2703898 Pseudomonadati Pseudomonadota WP_127202744.1 WP_127202744.1 1.06e-288 487 Pseudomonadati Pseudomonadota WP_140214184.1 WP_140214184.1 3.24e-101 670 Pseudomonadati Pseudomonadota WP_282791351.1 WP_282791351.1 2.09e-226 3044571 Bacillati Actinomycetota WP_200652460.1 WP_200652460.1 0.0 1324617;1822464 Pseudomonadati Pseudomonadota WP_129825188.1 WP_129825188.1 5.20e-67 1886 Bacillati Actinomycetota MBX5450151.1 MBX5450151.1 1.26e-292 1968838 Bacillati Chloroflexota WP_081851094.1 WP_081851094.1 9.76e-304 1380355 Pseudomonadati Pseudomonadota WP_081851094.1 WP_278243902.1 3.61e-06 100886 Bacillati Bacillota MRR30429.1 MRR30429.1 1.14e-57 1869227 0 0 WP_125849054.1 WP_125849054.1 3.02e-100 379;574561 Pseudomonadati Pseudomonadota WP_244631495.1 WP_244631495.1 1.61e-261 2712894 Pseudomonadati Pseudomonadota ADB27070.1 ADB27070.1 4.68e-159 11676 Pararnavirae Artverviricota ADB27070.1 ACV16867.1 5.62e-154 11676 Pararnavirae Artverviricota ADB27070.1 AFJ09957.1 2.41e-153 11676 Pararnavirae Artverviricota ADB27070.1 BAO23243.1 4.09e-152 11676 Pararnavirae Artverviricota ADB27070.1 ACH90072.1 1.21e-150 11676 Pararnavirae Artverviricota ADB27070.1 BAO11608.1 2.38e-150 11676 Pararnavirae Artverviricota ADB27070.1 QWY38042.1 2.28e-148 11676 Pararnavirae Artverviricota ADB27070.1 ACY29573.1 1.73e-146 11676 Pararnavirae Artverviricota ADB27070.1 AOW36968.1 1.67e-144 11676 Pararnavirae Artverviricota ADB27070.1 AFV39595.1 1.08e-141 12721 Pararnavirae Artverviricota ADB27070.1 AVA00513.1 6.50e-141 11676 Pararnavirae Artverviricota ADB27070.1 AOW33101.1 4.23e-139 11676 Pararnavirae Artverviricota ADB27070.1 ARR91819.1 6.65e-117 11676 Pararnavirae Artverviricota WP_222323558.1 WP_222323558.1 2.48e-168 384 Pseudomonadati Pseudomonadota VVC36036.1 VVC36036.1 8.14e-57 506608 Metazoa Arthropoda MBL6607133.1 MBL6607133.1 6.96e-251 1871037 Pseudomonadati Bacteroidota DAO54200.1 DAO54200.1 2.01e-34 2832643 Heunggongvirae Uroviricota PGL69713.1 PGL69713.1 0.0 2033507 Bacillati Bacillota PGL69713.1 EFU9196970.1 1.79e-103 562 Pseudomonadati Pseudomonadota PGL69713.1 WP_261970917.1 7.73e-87 2840188 Pseudomonadati Pseudomonadota XP_036914921.1 XP_036914921.1 0.0 192404 Metazoa Chordata XP_036914921.1 XP_051566275.1 2.38e-17 70543 Metazoa Chordata XP_036914921.1 XP_043494069.1 7.22e-04 30207 Metazoa Arthropoda MBP8718427.1 MBP8718427.1 2.89e-182 2053509 Pseudomonadati Atribacterota MBP8718427.1 MBT3179978.1 1.13e-22 2026760 Pseudomonadati Fidelibacterota MBP8718427.1 BBL73457.1 8.55e-21 1760988 Pseudomonadati Pseudomonadota MBP8718427.1 WP_278416415.1 1.62e-06 N/A N/A MBP8718427.1 WP_038580218.1 5.24e-06 1781;1131442 Bacillati Actinomycetota QWG36045.1 QWG36045.1 1.62e-284 1405 Bacillati Bacillota WP_110066977.1 WP_110066977.1 2.96e-213 665099 Bacillati Bacillota WP_110066977.1 EIU6828535.1 3.69e-51 670 Pseudomonadati Pseudomonadota WP_110066977.1 WP_249991478.1 2.01e-35 747 Pseudomonadati Pseudomonadota WP_110066977.1 EAP5059555.1 6.74e-31 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota WP_110066977.1 PPR79666.1 2.42e-29 2013066 Pseudomonadati Pseudomonadota KAF2570897.1 KAF2570897.1 9.87e-49 69181 Viridiplantae Streptophyta MCK4236496.1 MCK4236496.1 7.95e-112 2774603 0 Candidatus Krumholzibacteriota XP_041912709.1 XP_041912709.1 0.0 34773 Metazoa Chordata WP_026564934.1 WP_026564934.1 7.55e-132 1449046 Bacillati Bacillota WP_026564934.1 WP_158934128.1 9.62e-17 1641860 Pseudomonadati Pseudomonadota WP_121953554.1 WP_121953554.1 3.14e-148 888435 Pseudomonadati Pseudomonadota WP_169877562.1 WP_169877562.1 4.42e-47 219574 Pseudomonadati Pseudomonadota GFU30764.1 GFU30764.1 1.24e-56 299642 Metazoa Arthropoda WP_231496029.1 WP_231496029.1 4.78e-280 1454010 Bacillati Actinomycetota EJE2345556.1 EJE2345556.1 0.0 28144 Pseudomonadati Pseudomonadota WP_260821709.1 WP_260821709.1 6.27e-297 28147;28901 Pseudomonadati Pseudomonadota KWD88427.1 KWD88427.1 4.11e-43 101571 Pseudomonadati Pseudomonadota XP_022824318.1 XP_022824318.1 0.0 69820 Metazoa Arthropoda XP_022824318.1 HHJ06374.1 3.85e-135 2052143 Bacillati Chloroflexota XP_022824318.1 HIT09367.1 4.37e-06 2840868 Bacillati Bacillota MCB0405579.1 MCB0405579.1 5.44e-62 2053517 Pseudomonadati Bdellovibrionota WP_159117211.1 WP_159117211.1 5.22e-169 2480800;2480805;2614992 Pseudomonadati Bacteroidota;Pseudomonadota WP_159117211.1 WP_265775712.1 1.72e-49 654 Pseudomonadati Pseudomonadota EFX2174330.1 EFX2174330.1 1.83e-241 624 Pseudomonadati Pseudomonadota EFX2174330.1 WP_266179881.1 2.32e-58 2994648 Pseudomonadati Pseudomonadota EFX2174330.1 WP_223413240.1 6.48e-58 573 Pseudomonadati Pseudomonadota EFX2174330.1 WP_069697901.1 2.87e-50 762845 Bacillati Bacillota EFX2174330.1 WP_138125503.1 6.43e-49 1334 Bacillati Bacillota EFX2174330.1 MCP4974199.1 1.15e-12 1220;93060 Bacillati Cyanobacteriota EFX2174330.1 RYY73542.1 7.00e-12 1913989 Pseudomonadati Pseudomonadota EFX2174330.1 MBI1189702.1 3.81e-11 2017440 Pseudomonadati Planctomycetota EFX2174330.1 MCH8293010.1 1.13e-09 2026781 0 Candidatus Poribacteria EFX2174330.1 WP_218036247.1 1.93e-06 N/A N/A WP_065029373.1 WP_065029373.1 9.89e-294 339268 Bacillati Actinomycetota WP_065029373.1 WP_065517671.1 2.57e-49 1780 Bacillati Actinomycetota WP_065029373.1 MYJ01754.1 1.87e-41 2026724 Bacillati Chloroflexota WP_065029373.1 OGO01021.1 2.35e-40 1797628 Bacillati Chloroflexota WP_065029373.1 WP_032373688.1 4.64e-29 1828;1831;85025;1356405;2900548 Bacillati Actinomycetota PPR79666.1 PPR79666.1 1.38e-220 2013066 Pseudomonadati Pseudomonadota PPR79666.1 WP_249991478.1 5.42e-45 747 Pseudomonadati Pseudomonadota PPR79666.1 AHK46784.1 3.69e-33 1416753 Pseudomonadati Pseudomonadota PPR79666.1 EIU6828535.1 1.45e-31 670 Pseudomonadati Pseudomonadota PPR79666.1 WP_158131988.1 5.10e-27 549 Pseudomonadati Pseudomonadota PPR79666.1 WP_097346712.1 7.68e-26 562 Pseudomonadati Pseudomonadota PPR79666.1 WP_110066977.1 3.98e-25 665099 Bacillati Bacillota MBN2020480.1 MBN2020480.1 5.95e-177 2813034 Pseudomonadati Planctomycetota WP_268678783.1 WP_268678783.1 7.73e-206 1676683 Pseudomonadati Pseudomonadota WP_268678783.1 NED83450.1 1.27e-15 2706029 Bacillati Actinomycetota WP_268678783.1 MBQ9299122.1 3.83e-06 2044939 Bacillati Bacillota WP_082780476.1 WP_082780476.1 2.62e-73 2742;1389223 Pseudomonadati Pseudomonadota EGS8470081.1 EGS8470081.1 9.84e-290 195 Pseudomonadati Campylobacterota EGS8470081.1 WP_283525395.1 3.58e-98 3046310 Pseudomonadati Pseudomonadota AAM52216.1 AAM52216.1 0.0 10090 Metazoa Chordata PYP75467.1 PYP75467.1 5.52e-65 2026742 Pseudomonadati Gemmatimonadota MBW4662439.1 MBW4662439.1 3.96e-282 904376 Bacillati Cyanobacteriota MBW4662439.1 WP_270430070.1 6.20e-102 544645 Pseudomonadati Bacteroidota MBW4662439.1 WP_090419626.1 7.13e-72 547;1566258 Pseudomonadati Pseudomonadota MBW4662439.1 WP_113767226.1 4.92e-58 293387 Bacillati Bacillota MBW4662439.1 WP_064802002.1 2.39e-56 190721 Pseudomonadati Pseudomonadota MBW4662439.1 WP_250015522.1 8.06e-51 2653189 Bacillati Cyanobacteriota MBW4662439.1 WP_179156843.1 1.86e-38 2737049 Bacillati Bacillota KAI9522339.1 KAI9522339.1 0.0 100907 Metazoa Chordata WP_120851171.1 WP_120851171.1 0.0 210 Pseudomonadati Campylobacterota WP_235274869.1 WP_235274869.1 7.53e-217 2635139;2908884;2908919;2917761 Pseudomonadati Bacteroidota WP_101000040.1 WP_101000040.1 5.14e-225 210 Pseudomonadati Campylobacterota WP_250676265.1 WP_250676265.1 1.78e-150 1352;357441 Bacillati Bacillota WP_002857697.1 WP_002857697.1 3.88e-217 194;197;1365662 Pseudomonadati Campylobacterota WP_002857697.1 GGS66510.1 2.46e-36 46182 Bacillati Actinomycetota WP_002857697.1 MBN9625832.1 1.44e-33 1660086;1872122 Pseudomonadati Pseudomonadota WP_067835961.1 WP_067835961.1 2.88e-175 560555 Bacillati Actinomycetota WP_067835961.1 WP_262175203.1 6.12e-05 1399 Bacillati Bacillota WP_153853838.1 WP_153853838.1 9.04e-86 1351 Bacillati Bacillota OAO15975.1 OAO15975.1 0.0 478820 0 0 HAJ19792.1 HAJ19792.1 1.81e-59 1898112 Pseudomonadati Pseudomonadota HAJ19792.1 WP_189931865.1 1.89e-24 68272 Bacillati Actinomycetota HAJ19792.1 BBG20955.1 1.50e-22 210 Pseudomonadati Campylobacterota HAJ19792.1 MBQ7389792.1 4.02e-20 2044939 Bacillati Bacillota MBN2427654.1 MBN2427654.1 0.0 2026735 Pseudomonadati Myxococcota MBN2427654.1 MBP6400846.1 4.28e-77 1971605 Bacillati Bacillota MBN2427654.1 WP_010016619.1 7.47e-31 1229756;1607839;3016637 Bacillati Bacillota MBN2427654.1 WP_274976404.1 2.43e-15 3061629 Bacillati Actinomycetota EEZ9625188.1 EEZ9625188.1 1.27e-232 562;2184072 Pseudomonadati Pseudomonadota XP_046907253.1 XP_046907253.1 0.0 137520 Metazoa Chordata XP_046907253.1 XP_051536923.1 2.24e-43 70543 Metazoa Chordata XP_046907253.1 KAI5618353.1 3.35e-34 30991 Metazoa Chordata WP_255519487.1 WP_255519487.1 1.83e-242 N/A N/A WP_255519487.1 MBN1566249.1 1.82e-56 1978231 Pseudomonadati Acidobacteriota WP_255519487.1 MCB1875218.1 4.83e-24 2026725 Pseudomonadati Pseudomonadota MBQ3724833.1 MBQ3724833.1 0.0 2485925 Bacillati Bacillota MBQ3724833.1 MBI0103662.1 1.87e-194 2750990 Pseudomonadati Pseudomonadota MBQ3724833.1 NLZ92879.1 1.99e-09 1879010 Bacillati Bacillota MCH7568487.1 MCH7568487.1 2.47e-122 2026764 Nanobdellati Nanobdellota WP_260264417.1 WP_260264417.1 1.12e-178 1584 Bacillati Bacillota EAC1801539.1 EAC1801539.1 2.67e-173 195 Pseudomonadati Campylobacterota XP_020425985.1 XP_020425985.1 0.0 3760 Viridiplantae Streptophyta XP_020425985.1 KAH0455857.1 6.33e-14 161865 Viridiplantae Streptophyta KAA1094631.1 KAA1094631.1 1.71e-220 56615 Fungi Basidiomycota QSZ25555.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota QSZ25555.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota HAA59914.1 HAA59914.1 3.46e-98 2026779 Pseudomonadati Planctomycetota PTI43160.1 PTI43160.1 3.83e-56 1288 Bacillati Bacillota WP_128942179.1 WP_128942179.1 7.10e-201 1325107 Pseudomonadati Pseudomonadota WP_261996416.1 WP_261996416.1 2.76e-228 N/A N/A HCM9096811.1 HCM9096811.1 3.42e-116 299766 Pseudomonadati Pseudomonadota HCM9096811.1 WP_063505693.1 1.31e-66 1042;335929;1822222;1822227;1822249;1930536 Pseudomonadati Pseudomonadota HCM9096811.1 MCI6491833.1 2.69e-37 59823 Pseudomonadati Bacteroidota WP_264218405.1 WP_264218405.1 1.01e-180 2986930 Bacillati Bacillota MBQ5584458.1 MBQ5584458.1 4.28e-170 2053608 Bacillati Bacillota MBQ5584458.1 WP_069156513.1 7.82e-63 1432052 Bacillati Bacillota MBQ5584458.1 WP_194544138.1 6.94e-58 N/A N/A MBQ5584458.1 WP_026893585.1 4.09e-52 408753 Bacillati Bacillota MBQ5584458.1 MBP1530348.1 6.29e-48 2049044 Bacillati Bacillota MBQ5584458.1 WP_007708736.1 1.87e-43 333367;518636 Bacillati Bacillota MBQ5584458.1 WP_186723788.1 7.29e-42 582 Pseudomonadati Pseudomonadota MBQ5584458.1 WP_101794136.1 1.92e-40 2067450 Pseudomonadati Pseudomonadota MBQ5584458.1 EAG2350674.1 3.00e-40 1639 Bacillati Bacillota MBQ5584458.1 PYP94120.1 5.86e-39 2026742 Pseudomonadati Gemmatimonadota MBQ5584458.1 MCL7714424.1 1.45e-35 2871096 Pseudomonadati Pseudomonadota MBQ5584458.1 WP_064652354.1 2.52e-32 1825933 Pseudomonadati Pseudomonadota MBQ5584458.1 EAC1232420.1 1.48e-29 195 Pseudomonadati Campylobacterota MBQ5584458.1 WP_232306300.1 4.19e-20 823 Pseudomonadati Bacteroidota MBQ5584458.1 WP_185031483.1 4.28e-18 46159 Bacillati Actinomycetota MBQ5584458.1 EDN57974.1 5.56e-12 150340 Pseudomonadati Pseudomonadota MBQ5584458.1 WP_007356512.1 7.67e-12 272129;1501433 Bacillati Cyanobacteriota MBQ5584458.1 PKL50735.1 3.11e-08 2013830 0 Candidatus Rifleibacteriota MBQ5584458.1 MPZ95749.1 3.08e-07 2015801 Bacillati Actinomycetota MBQ5584458.1 WP_272906673.1 1.58e-06 354351 Pseudomonadati Pseudomonadota MBQ5584458.1 WP_250850661.1 2.92e-05 92644 Bacillati Actinomycetota WP_050837451.1 WP_050837451.1 9.88e-172 520 Pseudomonadati Pseudomonadota WP_261802249.1 WP_261802249.1 3.99e-265 N/A N/A WP_261802249.1 WP_191131110.1 2.39e-07 2692911 Bacillati Cyanobacteriota WP_222599035.1 WP_222599035.1 0.0 N/A N/A WP_222599035.1 NFD84694.1 8.30e-39 1491 Bacillati Bacillota WP_222599035.1 MBT3459617.1 4.18e-38 2026743 Pseudomonadati Pseudomonadota WP_222599035.1 WP_036258374.1 2.97e-37 65552 Thermotogati Deinococcota WP_222599035.1 MBQ8297564.1 1.34e-31 41978 Bacillati Bacillota WP_222599035.1 WP_089095302.1 1.24e-19 346;473426 Pseudomonadati Pseudomonadota WP_222599035.1 WP_278489123.1 7.22e-19 437897 Bacillati Bacillota WP_222599035.1 WP_247429569.1 1.81e-17 2782616 Pseudomonadati Pseudomonadota WP_222599035.1 WP_237907640.1 2.78e-17 192 Pseudomonadati Pseudomonadota WP_222599035.1 EHR6291555.1 2.22e-10 28901 Pseudomonadati Pseudomonadota WP_222599035.1 MCA6099904.1 1.39e-09 2821406 Pseudomonadati Pseudomonadota WP_222599035.1 WP_153844272.1 1.15e-07 28453;2940619 Pseudomonadati Bacteroidota KAI7371949.1 KAI7371949.1 0.0 91943 Fungi Ascomycota KAI7371949.1 KAJ5168969.1 5.86e-307 189055 Fungi Ascomycota KAI7371949.1 MBQ4454347.1 9.91e-72 2044939 Bacillati Bacillota KAI7371949.1 WP_060613079.1 2.29e-70 570;573 Pseudomonadati Pseudomonadota KAI7371949.1 WP_195238978.1 5.54e-61 1502 Bacillati Bacillota KAI7371949.1 WP_011512097.1 3.67e-54 912;323097 Pseudomonadati Pseudomonadota KAI7371949.1 MBQ8297564.1 1.59e-51 41978 Bacillati Bacillota KAI7371949.1 WAY96880.1 3.86e-39 615 Pseudomonadati Pseudomonadota KAI7371949.1 WP_247749043.1 4.69e-34 N/A N/A KAI7371949.1 KAJ2660037.1 5.29e-31 2789312 Fungi Kickxellomycota KAI7371949.1 WP_036816548.1 4.82e-13 1342794 Pseudomonadati Pseudomonadota KAI7371949.1 NNE23115.1 1.90e-11 1909294 Pseudomonadati Pseudomonadota XP_034729382.1 XP_034729382.1 5.68e-243 417921 Metazoa Chordata ARS36073.1 ARS36073.1 8.34e-39 323450 Pseudomonadati Bacteroidota MBW3244368.1 MBW3244368.1 2.89e-195 2860824 Pseudomonadati Pseudomonadota HCD14621.1 HCD14621.1 3.15e-209 50422 Pseudomonadati Pseudomonadota HCD14621.1 WP_135306871.1 7.02e-73 2293833 Pseudomonadati Pseudomonadota HCD14621.1 QEC74319.1 3.26e-31 496057 Pseudomonadati Bacteroidota XP_045954854.1 XP_045954854.1 0.0 152316 Fungi Ascomycota WP_116803659.1 WP_116803659.1 8.10e-215 287 Pseudomonadati Pseudomonadota WP_116803659.1 MBE0669914.1 1.55e-47 2073117 Bacillati Chloroflexota WP_116803659.1 MBC6481257.1 5.70e-34 2653677 Bacillati Cyanobacteriota WP_116803659.1 WP_167301289.1 5.12e-08 68569 Pseudomonadati Pseudomonadota MBU22120.1 MBU22120.1 0.0 1978231 Pseudomonadati Acidobacteriota MBU22120.1 WP_125260587.1 9.76e-285 2259638 Pseudomonadati Pseudomonadota MBU22120.1 MBO8485404.1 1.17e-159 2840759 Pseudomonadati Bacteroidota MBU22120.1 WP_158347019.1 1.03e-148 59620;2850323 Bacillati Bacillota MBU22120.1 MCD6199266.1 2.87e-131 2026735 Pseudomonadati Myxococcota MBU22120.1 WP_276362074.1 7.05e-08 3034022 Bacillati Actinomycetota MBU22120.1 WP_256546297.1 1.11e-06 1126236 Methanobacteriati Methanobacteriota EAE1668788.1 EAE1668788.1 5.92e-268 1639 Bacillati Bacillota WP_223489404.1 WP_223489404.1 2.07e-211 79883 Bacillati Bacillota WP_260320705.1 WP_260320705.1 1.13e-279 2849641 Pseudomonadati Campylobacterota WP_260320705.1 MBV8508112.1 6.18e-79 1909293;1913988 Pseudomonadati Pseudomonadota WP_164636708.1 WP_164636708.1 0.0 2706108 Bacillati Actinomycetota WP_164636708.1 2VGF_A 1.83e-94 9606 Metazoa Chordata XP_036201052.1 XP_036201052.1 0.0 51298 Metazoa Chordata NGY89703.1 NGY89703.1 1.90e-72 1404 Bacillati Bacillota TRZ64304.1 TRZ64304.1 3.93e-314 1898103 Pseudomonadati Pseudomonadota TRZ64304.1 WP_113544184.1 6.19e-102 384 Pseudomonadati Pseudomonadota TRZ64304.1 WP_130528929.1 4.58e-88 28197 Pseudomonadati Campylobacterota TRZ64304.1 MAF07216.1 9.29e-45 1913989;2024893 Pseudomonadati Pseudomonadota CAG8457419.1 CAG8457419.1 0.0 1117310 Fungi Glomeromycota WP_108879099.1 WP_108879099.1 3.33e-117 2173169 Pseudomonadati Bacteroidota WP_033105884.1 WP_033105884.1 1.65e-253 33882 Bacillati Actinomycetota WP_134885491.1 WP_134885491.1 0.0 562 Pseudomonadati Pseudomonadota WP_134885491.1 WP_061905238.1 1.52e-73 43263 Pseudomonadati Pseudomonadota WP_134885491.1 HBY86896.1 1.54e-48 56799 Pseudomonadati Pseudomonadota WP_134885491.1 NNL66378.1 4.14e-13 2026763 Pseudomonadati Myxococcota XP_026433405.1 XP_026433405.1 5.50e-248 3469 Viridiplantae Streptophyta WP_049771622.1 WP_049771622.1 2.20e-81 278994 Bacillati Bacillota HIR95098.1 HIR95098.1 0.0 2840736 Pseudomonadati Bacteroidota KAF8288686.1 KAF8288686.1 0.0 5693 0 Euglenozoa MXE70911.1 MXE70911.1 2.01e-56 562 Pseudomonadati Pseudomonadota XP_054030025.1 XP_054030025.1 5.09e-217 118200 Metazoa Chordata MCR5093499.1 MCR5093499.1 5.79e-61 1898203 Bacillati Bacillota KFO63955.1 KFO63955.1 5.63e-49 85066 Metazoa Chordata KFO63955.1 MCQ2059483.1 5.85e-17 2212467 Pseudomonadati Bacteroidota AVA00513.1 AVA00513.1 8.29e-263 11676 Pararnavirae Artverviricota AVA00513.1 BAO11608.1 8.67e-240 11676 Pararnavirae Artverviricota AVA00513.1 AFJ09957.1 4.73e-239 11676 Pararnavirae Artverviricota AVA00513.1 ACY29573.1 1.06e-238 11676 Pararnavirae Artverviricota AVA00513.1 ACH90072.1 3.28e-238 11676 Pararnavirae Artverviricota AVA00513.1 BAO23243.1 4.78e-238 11676 Pararnavirae Artverviricota AVA00513.1 QWY38042.1 6.88e-238 11676 Pararnavirae Artverviricota AVA00513.1 AFV39595.1 3.25e-231 12721 Pararnavirae Artverviricota AVA00513.1 AOW33101.1 7.53e-229 11676 Pararnavirae Artverviricota AVA00513.1 AOW36968.1 2.66e-228 11676 Pararnavirae Artverviricota AVA00513.1 ARR91819.1 7.51e-192 11676 Pararnavirae Artverviricota AVA00513.1 ACV16867.1 2.39e-168 11676 Pararnavirae Artverviricota AVA00513.1 ADB27070.1 3.00e-140 11676 Pararnavirae Artverviricota AVA00513.1 ABJ92889.1 1.92e-56 11676 Pararnavirae Artverviricota KAJ2074960.1 KAJ2074960.1 2.94e-51 2663912 Fungi Kickxellomycota WP_281094896.1 WP_281094896.1 0.0 1488331 Bacillati Bacillota KJY45691.1 KJY45691.1 8.44e-50 1609134 Bacillati Actinomycetota GFR70582.1 GFR70582.1 6.52e-05 1093978 Metazoa Mollusca KAG6025013.1 KAG6025013.1 7.77e-268 2559230 Fungi Ascomycota NAZ85407.1 NAZ85407.1 1.64e-112 2696566 Bacillati Actinomycetota WP_278960438.1 WP_278960438.1 3.52e-33 303541 Bacillati Bacillota WP_032884901.1 WP_032884901.1 4.40e-182 1470593 Pseudomonadati Pseudomonadota WP_032884901.1 WP_250824310.1 4.47e-65 1599 Bacillati Bacillota WP_018916691.1 WP_018916691.1 8.94e-281 1121960 Pseudomonadati Pseudomonadota WP_050274510.1 WP_050274510.1 0.0 1313 Bacillati Bacillota WP_050274510.1 WP_112449552.1 3.49e-89 2099583;2099584;2593676 Bacillati Actinomycetota WP_050274510.1 WP_241420500.1 3.53e-74 338645 Bacillati Bacillota WP_050274510.1 PTQ72351.1 1.51e-61 2135754 Pseudomonadati Pseudomonadota NEB38825.1 NEB38825.1 0.0 2706074 Bacillati Actinomycetota NEB38825.1 WP_131284109.1 3.23e-78 2496842 Bacillati Actinomycetota NEB38825.1 OHA02323.1 1.11e-36 1802272 0 Candidatus Sungiibacteriota NEB38825.1 WP_196051328.1 2.06e-20 1492 Bacillati Bacillota NEB38825.1 PIQ07033.1 8.03e-19 1974717 0 Candidatus Nealsoniibacteriota NEB38825.1 WP_225592933.1 8.83e-16 1766 Bacillati Actinomycetota MCU0925088.1 MCU0925088.1 2.78e-134 1904254 Pseudomonadati Pseudomonadota MCU0925088.1 MBN2689333.1 2.29e-26 1913989 Pseudomonadati Pseudomonadota WP_067041261.1 WP_067041261.1 7.12e-158 710705 Bacillati Actinomycetota WP_166106360.1 WP_166106360.1 0.0 2703883 Pseudomonadati Pseudomonadota WP_166106360.1 TMG86695.1 2.29e-09 1891241 Pseudomonadati Pseudomonadota WP_166106360.1 WP_283842967.1 2.61e-07 N/A N/A WP_166106360.1 PSQ73325.1 9.03e-07 1919101 Pseudomonadati Bacteroidota WP_166106360.1 TVR41840.1 9.68e-07 2044936 Pseudomonadati Bacteroidota WP_139994336.1 WP_139994336.1 5.70e-209 1033738 Bacillati Bacillota WP_139994336.1 WP_059171534.1 2.20e-78 1679166 Bacillati Bacillota WP_232939508.1 WP_232939508.1 2.73e-64 33987 Bacillati Bacillota WP_182039401.1 WP_182039401.1 9.60e-279 663 Pseudomonadati Pseudomonadota WP_182039401.1 WP_019182526.1 9.35e-86 40323;1904944;3027225 Pseudomonadati Pseudomonadota THB74636.1 THB74636.1 0.0 2049433 Pseudomonadati Thermodesulfobacteriota PIO49166.1 PIO49166.1 4.82e-196 2033588 Pseudomonadati Chlorobiota WP_046625651.1 WP_046625651.1 0.0 399;323656;1525371 Pseudomonadati Pseudomonadota WP_046625651.1 KAF9463056.1 6.40e-77 64659 Fungi Basidiomycota WP_046625651.1 MCU1518283.1 2.91e-68 1934409 Bacillati Actinomycetota WP_046625651.1 WP_236525681.1 2.05e-53 562 Pseudomonadati Pseudomonadota MBU1707539.1 MBU1707539.1 5.90e-82 1869227 0 0 ADW49125.1 ADW49125.1 4.13e-149 1417353 Metazoa Arthropoda ADW49125.1 AFA24308.1 4.41e-142 1097956 Metazoa Arthropoda ADW49125.1 AFA09475.1 1.56e-138 705192 Metazoa Arthropoda ADW49125.1 QUA05739.1 8.17e-138 988006 Metazoa Arthropoda ADW49125.1 AVM35379.1 4.17e-136 1770638 Metazoa Arthropoda ADW49125.1 AWS34156.1 5.94e-128 408114 Metazoa Arthropoda ADW49125.1 ADJ35581.1 1.24e-127 876003 Metazoa Annelida ADW49125.1 QUQ06080.1 2.82e-126 1719401 Metazoa Mollusca ADW49125.1 ABQ63546.1 4.50e-125 166263 Metazoa Chordata ADW49125.1 AAX94106.1 1.72e-116 324009 Metazoa Arthropoda ADW49125.1 AHK62764.1 4.84e-116 1470337 Metazoa Arthropoda ADW49125.1 AOR13807.1 2.81e-112 1881782 Metazoa Arthropoda ADW49125.1 AKT58828.1 9.84e-110 1687857 Metazoa Arthropoda ADW49125.1 AMA90994.1 6.09e-109 1474269;2542237 Metazoa Arthropoda ADW49125.1 UZF38514.1 1.95e-107 2976471 Metazoa Arthropoda ADW49125.1 AOQ89457.1 4.57e-104 1881751 Metazoa Arthropoda ADW49125.1 AXZ65741.1 1.43e-98 2242446 Metazoa Arthropoda ADW49125.1 AGI15931.1 1.53e-97 52396 Metazoa Mollusca ADW49125.1 AKA56406.1 2.05e-93 1622492;1669417;1881785;2088599 Metazoa Arthropoda ADW49125.1 AHH30646.1 4.62e-84 1452501 Metazoa Arthropoda ADW49125.1 ACE88666.1 4.44e-81 13139 Metazoa Arthropoda ADW49125.1 APC24336.1 3.97e-49 597926 Metazoa Arthropoda MBR2564295.1 MBR2564295.1 8.91e-258 58172 Bacillati Bacillota CAB0034103.1 CAB0034103.1 0.0 86971 Metazoa Arthropoda WP_047594685.1 WP_047594685.1 0.0 286;70775 Pseudomonadati Pseudomonadota WP_047594685.1 WP_119344914.1 3.70e-83 2219058 Pseudomonadati Pseudomonadota WP_047594685.1 KAA1286543.1 1.27e-20 511 Pseudomonadati Pseudomonadota WP_047594685.1 OGU48181.1 1.30e-10 1798427 Pseudomonadati Ignavibacteriota WP_004762412.1 WP_004762412.1 0.0 1144664 Pseudomonadati Pseudomonadota MBW0445137.1 MBW0445137.1 7.86e-140 252970 Pseudomonadati Pseudomonadota WP_062300449.1 WP_062300449.1 0.0 1914963 Pseudomonadati Bacteroidota WP_062300449.1 WP_044772468.1 6.00e-31 1307 Bacillati Bacillota VAH04400.1 VAH04400.1 0.0 4567 Viridiplantae Streptophyta WP_010251888.1 WP_010251888.1 3.37e-233 1183151 Pseudomonadati Bacteroidota PTE76569.1 PTE76569.1 1.31e-36 29378;29385;246432 Bacillati Bacillota WP_213753432.1 WP_213753432.1 1.23e-84 2836179 Pseudomonadati Pseudomonadota WP_213753432.1 MBR5168981.1 1.05e-26 2498093 Pseudomonadati Bacteroidota WP_174822921.1 WP_174822921.1 8.32e-189 N/A N/A WP_174822921.1 MXP43753.1 9.74e-137 1689985 Pseudomonadati Pseudomonadota WP_174822921.1 OAN53756.1 2.27e-132 1285242 Pseudomonadati Pseudomonadota WP_174822921.1 MBC7326981.1 1.53e-110 1869227 0 0 WP_174822921.1 WP_207918089.1 3.34e-109 185978;2512133;2587092 Bacillati Bacillota WP_174822921.1 WP_158791585.1 4.11e-98 1641866 Pseudomonadati Acidobacteriota WP_174822921.1 MWR41881.1 3.62e-30 562 Pseudomonadati Pseudomonadota WP_174822921.1 MCP5262709.1 1.60e-27 50421 Pseudomonadati Pseudomonadota WP_174822921.1 GLY24463.1 8.58e-27 3032198 Bacillati Actinomycetota WP_174822921.1 WP_227059655.1 9.25e-24 40545 Pseudomonadati Pseudomonadota WP_174822921.1 WP_152652784.1 3.23e-23 2023717 Pseudomonadati Pseudomonadota WP_174822921.1 WP_192324556.1 1.94e-22 34072;2769259 Pseudomonadati Pseudomonadota WP_174822921.1 WP_107894076.1 7.43e-21 1130819 Bacillati Bacillota WP_174822921.1 WP_084371009.1 3.87e-20 692418 Pseudomonadati Bacteroidota WP_174822921.1 MCB0243881.1 1.49e-19 2052143 Bacillati Chloroflexota WP_174822921.1 EHH5649593.1 1.68e-19 195 Pseudomonadati Campylobacterota WP_174822921.1 WP_276362074.1 6.68e-18 3034022 Bacillati Actinomycetota WP_174822921.1 WP_071876418.1 7.51e-15 332949 Bacillati Bacillota WP_174822921.1 WP_150396769.1 2.58e-09 305 Pseudomonadati Pseudomonadota WP_174822921.1 KAF9974715.1 1.08e-07 1343610 Fungi Mortierellomycota MBM4292280.1 MBM4292280.1 4.46e-173 2026735 Pseudomonadati Myxococcota MBP5405476.1 MBP5405476.1 2.60e-49 2044939 Bacillati Bacillota KAJ7413400.1 KAJ7413400.1 0.0 1566151 Metazoa Chordata UJS94137.1 UJS94137.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UJS94137.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota OUV52596.1 OUV52596.1 9.50e-154 1986615 Bacillati Actinomycetota MBE0500203.1 MBE0500203.1 4.55e-139 2099678 Pseudomonadati Thermodesulfobacteriota MBE0500203.1 WP_100161462.1 2.13e-25 2029104 Pseudomonadati Pseudomonadota MBE0500203.1 BAV52815.1 2.33e-19 381 Pseudomonadati Pseudomonadota EER6968786.1 EER6968786.1 1.33e-79 562 Pseudomonadati Pseudomonadota EER6968786.1 WP_001531669.1 9.02e-64 562;2067430 Pseudomonadati Pseudomonadota EER6968786.1 WP_089566156.1 7.26e-21 562 Pseudomonadati Pseudomonadota XP_023840445.1 XP_023840445.1 0.0 N/A N/A WP_279826355.1 WP_279826355.1 5.34e-224 225991 Pseudomonadati Pseudomonadota WP_279826355.1 MBB2902420.1 5.75e-64 131568 Bacillati Actinomycetota MCK6542200.1 MCK6542200.1 2.29e-146 1869227 0 0 WP_017166220.1 WP_017166220.1 8.02e-303 1985254 Pseudomonadati Pseudomonadota WP_017166220.1 WP_126547421.1 1.01e-57 287 Pseudomonadati Pseudomonadota WP_017166220.1 MBN8831519.1 5.76e-15 1978525 Pseudomonadati Pseudomonadota XP_033530744.1 XP_033530744.1 1.43e-51 1392243 Fungi Ascomycota WP_070999907.1 WP_070999907.1 5.94e-270 407;2817858;2817859 Pseudomonadati Pseudomonadota WP_232790853.1 WP_232790853.1 0.0 N/A N/A WP_232790853.1 WP_270570428.1 1.36e-28 28111 Pseudomonadati Bacteroidota WP_232790853.1 KAJ6336236.1 2.61e-04 1278906 Viridiplantae Streptophyta KAJ7966218.1 KAJ7966218.1 0.0 32244 Viridiplantae Streptophyta URE29467.1 URE29467.1 4.10e-162 320322 Viridiplantae Streptophyta THB72442.1 THB72442.1 1.24e-243 2049433 Pseudomonadati Thermodesulfobacteriota THB72442.1 UOK61174.1 9.99e-04 2928702 Bacillati Bacillota KAJ3286973.1 KAJ3286973.1 8.85e-90 2735257 Fungi Chytridiomycota PIQ07033.1 PIQ07033.1 0.0 1974717 0 Candidatus Nealsoniibacteriota PIQ07033.1 OHA02323.1 3.06e-113 1802272 0 Candidatus Sungiibacteriota PIQ07033.1 WP_278084771.1 1.08e-45 3016107 Bacillati Actinomycetota PIQ07033.1 VAX76432.1 2.22e-39 138074 Pseudomonadati Pseudomonadota PIQ07033.1 NEB38825.1 6.21e-22 2706074 Bacillati Actinomycetota PIQ07033.1 WP_131284109.1 2.74e-19 2496842 Bacillati Actinomycetota PIQ07033.1 OMF24356.1 2.00e-16 1920423 Bacillati Bacillota PIQ07033.1 WP_225592933.1 1.64e-09 1766 Bacillati Actinomycetota WP_218036247.1 WP_218036247.1 1.21e-220 N/A N/A WP_218036247.1 MCH8293010.1 1.23e-10 2026781 0 Candidatus Poribacteria WP_218036247.1 MBI1189702.1 6.29e-07 2017440 Pseudomonadati Planctomycetota WP_218036247.1 MCP4974199.1 1.51e-06 1220;93060 Bacillati Cyanobacteriota WP_218036247.1 EFX2174330.1 7.66e-06 624 Pseudomonadati Pseudomonadota EBS3704194.1 EBS3704194.1 0.0 1192578 Pseudomonadati Pseudomonadota EBS3704194.1 ECD4982842.1 0.0 2565186 Pseudomonadati Pseudomonadota EBS3704194.1 WP_202291019.1 1.02e-318 82996 Pseudomonadati Pseudomonadota EBS3704194.1 WP_242685612.1 3.95e-299 2100168 Pseudomonadati Pseudomonadota EBS3704194.1 WP_237762402.1 1.00e-131 28901;59201 Pseudomonadati Pseudomonadota EBS3704194.1 WP_222168304.1 2.97e-76 550 Pseudomonadati Pseudomonadota WP_230324968.1 WP_230324968.1 1.72e-62 823;171549 Pseudomonadati Bacteroidota HCI08118.1 HCI08118.1 7.79e-156 1903071 Pseudomonadati Pseudomonadota MBQ4454347.1 MBQ4454347.1 0.0 2044939 Bacillati Bacillota MBQ4454347.1 WP_195368055.1 5.10e-198 410072 Bacillati Bacillota MBQ4454347.1 WP_060613079.1 1.24e-87 570;573 Pseudomonadati Pseudomonadota MBQ4454347.1 MBQ8297564.1 1.23e-78 41978 Bacillati Bacillota MBQ4454347.1 KAJ5168969.1 3.48e-77 189055 Fungi Ascomycota MBQ4454347.1 NFD84694.1 4.20e-70 1491 Bacillati Bacillota MBQ4454347.1 KAI7371949.1 4.77e-69 91943 Fungi Ascomycota MBQ4454347.1 KAI9191373.1 1.36e-55 4023 Viridiplantae Streptophyta MBQ4454347.1 WAY96880.1 2.74e-38 615 Pseudomonadati Pseudomonadota MBQ4454347.1 WP_278489123.1 7.42e-19 437897 Bacillati Bacillota MBQ4454347.1 MCH4209672.1 4.60e-16 41200 Bacillati Actinomycetota WP_162445525.1 WP_162445525.1 1.97e-265 2704465 Pseudomonadati Bacteroidota WP_168414869.1 WP_168414869.1 4.55e-45 756892 Pseudomonadati Pseudomonadota WP_005921846.1 WP_005921846.1 0.0 1254;1306952 Bacillati Bacillota WP_094876339.1 WP_094876339.1 0.0 185978;1986223 Bacillati Bacillota MCC2649654.1 MCC2649654.1 1.64e-43 2169593 Thermoproteati Nitrososphaerota MCC2649654.1 WP_257689765.1 3.57e-08 644 Pseudomonadati Pseudomonadota MCC2649654.1 WP_108756325.1 4.92e-05 2072408 Pseudomonadati Pseudomonadota XP_050861105.1 XP_050861105.1 1.53e-266 7454 Metazoa Arthropoda HAF6482379.1 HAF6482379.1 0.0 28901 Pseudomonadati Pseudomonadota WP_035064005.1 WP_035064005.1 0.0 42252 Pseudomonadati Thermodesulfobacteriota WP_035064005.1 MBT6563471.1 1.25e-157 2268189 Pseudomonadati Planctomycetota WP_035064005.1 WP_255895909.1 5.74e-58 2940935 Pseudomonadati Pseudomonadota WP_070188258.1 WP_070188258.1 0.0 1866905;2545267 Bacillati Actinomycetota WP_070188258.1 WP_122013538.1 4.74e-60 N/A N/A WP_070188258.1 WP_232180661.1 1.59e-47 1296 Bacillati Bacillota KAG9223390.1 KAG9223390.1 0.0 5321 Fungi Basidiomycota MBQ5629560.1 MBQ5629560.1 5.24e-167 41978 Bacillati Bacillota WP_096231334.1 WP_096231334.1 7.98e-174 1550240 Bacillati Bacillota WP_060393952.1 WP_060393952.1 3.60e-109 3064349 Pseudomonadati Pseudomonadota XP_045099932.1 XP_045099932.1 4.72e-66 6238 Metazoa Nematoda MCU0236787.1 MCU0236787.1 1.90e-31 1978231 Pseudomonadati Acidobacteriota MCK9987173.1 MCK9987173.1 0.0 29544 Pseudomonadati Pseudomonadota MCK9987173.1 NQU26924.1 9.21e-61 2026760 Pseudomonadati Fidelibacterota MCK9987173.1 MBP3509218.1 1.59e-58 1945593 Bacillati Bacillota MCK9987173.1 EHP6050825.1 9.03e-58 562 Pseudomonadati Pseudomonadota MCK9987173.1 MBQ2777352.1 5.04e-56 2052179 Bacillati Bacillota MBO8466917.1 MBO8466917.1 3.86e-295 2840764 Pseudomonadati Bacteroidota MBB8005642.1 MBB8005642.1 9.80e-72 562 Pseudomonadati Pseudomonadota WP_265279605.1 WP_265279605.1 4.27e-261 287 Pseudomonadati Pseudomonadota WP_236355782.1 WP_236355782.1 0.0 2893890 Pseudomonadati Pseudomonadota WP_236355782.1 NDH41984.1 6.55e-144 1913989 Pseudomonadati Pseudomonadota EEW4501628.1 EEW4501628.1 0.0 562 Pseudomonadati Pseudomonadota EGO6711073.1 EGO6711073.1 8.35e-102 562 Pseudomonadati Pseudomonadota EYC39616.1 EYC39616.1 3.01e-128 53326 Metazoa Nematoda EAQ6361894.1 EAQ6361894.1 3.63e-145 28147;28901 Pseudomonadati Pseudomonadota KAJ0452418.1 KAJ0452418.1 0.0 4232 Viridiplantae Streptophyta WP_079277665.1 WP_079277665.1 5.48e-269 1703937 Bacillati Actinomycetota WP_080337214.1 WP_080337214.1 2.45e-58 543;158836;208224;1296536 Pseudomonadati Pseudomonadota WP_080337214.1 WP_220674761.1 2.54e-42 573;3390273 Pseudomonadati Pseudomonadota WP_248562494.1 WP_248562494.1 5.48e-212 2934712 Bacillati Bacillota WP_248562494.1 WP_084371009.1 6.60e-23 692418 Pseudomonadati Bacteroidota WP_248562494.1 WP_281543397.1 1.43e-17 544645 Pseudomonadati Bacteroidota WP_248562494.1 WP_132175930.1 3.86e-13 190195 Bacillati Actinomycetota WP_248562494.1 WP_109219819.1 1.35e-09 28901;58712 Pseudomonadati Pseudomonadota WP_062756220.1 WP_062756220.1 4.46e-102 153151;1223503 Bacillati Bacillota XP_051536923.1 XP_051536923.1 0.0 70543 Metazoa Chordata XP_051536923.1 XP_046907253.1 3.32e-48 137520 Metazoa Chordata KAG6471244.1 KAG6471244.1 4.45e-217 94328 Viridiplantae Streptophyta KAG6471244.1 KAJ7545197.1 1.35e-28 34168 Viridiplantae Streptophyta KAG6471244.1 CAH0727316.1 1.29e-21 405034 Metazoa Arthropoda WP_258613669.1 WP_258613669.1 1.95e-229 2895474 Pseudomonadati Pseudomonadota WP_258613669.1 WP_241524600.1 2.18e-43 115553 Pseudomonadati Pseudomonadota WP_258613669.1 WP_200629424.1 1.80e-07 74829 Pseudomonadati Pseudomonadota WP_258613669.1 WP_131914061.1 7.54e-07 412034 Pseudomonadati Pseudomonadota MBN3324024.1 MBN3324024.1 0.0 7917 Metazoa Chordata MBN3324024.1 XP_025046235.1 1.96e-21 N/A N/A MCD8106539.1 MCD8106539.1 3.14e-187 2485925 Bacillati Bacillota RQM07044.1 RQM07044.1 2.49e-95 2487125 Fungi Ascomycota MBN2666786.1 MBN2666786.1 6.57e-282 2030927 Pseudomonadati Bacteroidota MBN2666786.1 MBL6706528.1 9.21e-75 2026779 Pseudomonadati Planctomycetota MBN2666786.1 MCG8030229.1 6.25e-54 2792791 Pseudomonadati Pseudomonadota MBN2666786.1 WP_056610248.1 7.97e-21 1736501 Pseudomonadati Pseudomonadota WP_008959270.1 WP_008959270.1 0.0 550984 Pseudomonadati Pseudomonadota WP_008959270.1 WP_131836551.1 2.17e-106 100 Pseudomonadati Pseudomonadota WP_008959270.1 XP_050320449.1 8.42e-90 98809 Metazoa Arthropoda WP_008959270.1 WP_057201184.1 8.65e-86 1736492 Pseudomonadati Pseudomonadota WP_008959270.1 WP_061795322.1 4.19e-81 613;61651 Pseudomonadati Pseudomonadota WP_008959270.1 WP_257689765.1 1.64e-78 644 Pseudomonadati Pseudomonadota WP_008959270.1 WP_108756325.1 2.01e-56 2072408 Pseudomonadati Pseudomonadota WP_108365493.1 WP_108365493.1 1.21e-75 1977910 Pseudomonadati Pseudomonadota WP_108365493.1 MBN2762177.1 5.69e-49 2030927 Pseudomonadati Bacteroidota AGC74998.1 AGC74998.1 1.14e-153 1261273 Metazoa Arthropoda AGC74998.1 AGC97326.1 2.10e-132 1272115 Metazoa Arthropoda AGC74998.1 ACO35565.1 4.25e-132 626559 Metazoa Arthropoda AGC74998.1 AAX94106.1 9.07e-123 324009 Metazoa Arthropoda AGC74998.1 APC24336.1 7.97e-115 597926 Metazoa Arthropoda MBQ9679177.1 MBQ9679177.1 0.0 41978 Bacillati Bacillota MBQ9679177.1 MCL2204087.1 5.84e-302 2660712 Bacillati Bacillota MBQ9679177.1 CAI9595211.1 9.95e-174 386267 Metazoa Chordata MBQ9679177.1 WP_081224968.1 2.87e-76 1288 Bacillati Bacillota MBQ9679177.1 MCL6457358.1 2.46e-65 1978774 Bacillati Bacillota MBQ9679177.1 MBK6751737.1 2.95e-38 1978231 Pseudomonadati Acidobacteriota MBQ9679177.1 MCB9999913.1 1.46e-17 2021371 Pseudomonadati Pseudomonadota MBQ9679177.1 WP_233286789.1 2.47e-12 N/A N/A KAF7985745.1 KAF7985745.1 0.0 2748771 Fungi Basidiomycota EJR4237259.1 EJR4237259.1 0.0 562 Pseudomonadati Pseudomonadota WP_269885397.1 WP_269885397.1 1.54e-188 3388067 Bacillati Bacillota WP_269885397.1 MBI5333464.1 1.60e-26 1891238 Pseudomonadati Pseudomonadota WP_269885397.1 EGR2272270.1 3.32e-26 670 Pseudomonadati Pseudomonadota WP_269885397.1 WP_145544593.1 5.86e-26 419257 Pseudomonadati Pseudomonadota WP_269885397.1 WP_000484099.1 2.19e-20 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_269885397.1 WP_023050329.1 3.61e-20 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_269885397.1 WP_107169208.1 9.87e-20 2108399 Pseudomonadati Pseudomonadota WP_269885397.1 MBT3459335.1 2.85e-16 2026743 Pseudomonadati Pseudomonadota WP_269885397.1 WP_215262079.1 3.55e-16 562 Pseudomonadati Pseudomonadota WP_269885397.1 HCN71343.1 9.21e-12 3040095 0 0 WP_269885397.1 WP_255266214.1 1.19e-11 37329 Bacillati Actinomycetota WP_269885397.1 WP_018646673.1 1.16e-10 990078 Pseudomonadati Pseudomonadota AWX41049.1 AWX41049.1 1.06e-155 10967 Orthornavirae Duplornaviricota PYQ07964.1 PYQ07964.1 4.18e-79 1978231 Pseudomonadati Acidobacteriota WP_166725305.1 WP_166725305.1 1.31e-225 2608331 Pseudomonadati Pseudomonadota WP_166725305.1 WP_217101611.1 1.85e-193 87883 Pseudomonadati Pseudomonadota WP_166725305.1 WP_213750918.1 8.27e-69 61645;354276 Pseudomonadati Pseudomonadota WP_166725305.1 HHH37178.1 7.00e-26 2026809 Pseudomonadati Campylobacterota HAG62657.1 HAG62657.1 0.0 1871328 Bacillati Actinomycetota HAG62657.1 WP_037548932.1 6.32e-142 1472720 Bacillati Bacillota HAG62657.1 KAJ5112313.1 3.63e-86 1131581 Fungi Ascomycota HAG62657.1 WP_169940736.1 9.64e-86 95301 Pseudomonadati Pseudomonadota EFF4884300.1 EFF4884300.1 0.0 562 Pseudomonadati Pseudomonadota MCJ8729721.1 MCJ8729721.1 2.48e-70 1691987 Metazoa Chordata WP_132944465.1 WP_132944465.1 2.32e-81 2512169 Bacillati Bacillota KAF4018288.1 KAF4018288.1 0.0 84702 Metazoa Chordata WP_267586803.1 WP_267586803.1 3.23e-185 561879 Bacillati Bacillota XP_053257159.1 XP_053257159.1 0.0 65483 Metazoa Chordata XP_053257159.1 NP_001375225.1 0.0 9606 Metazoa Chordata WP_076451668.1 WP_076451668.1 0.0 551459 Pseudomonadati Bacteroidota WP_026591533.1 WP_026591533.1 4.32e-113 1340430 Bacillati Bacillota SKA28887.1 SKA28887.1 0.0 1122192 Bacillati Actinomycetota GFA35713.1 GFA35713.1 0.0 118510 Viridiplantae Streptophyta WP_054435236.1 WP_054435236.1 1.84e-211 1684385 Pseudomonadati Pseudomonadota WP_054435236.1 WP_145643501.1 3.36e-116 528178 Pseudomonadati Pseudomonadota WP_054435236.1 KLR59865.1 1.60e-60 1641811 Bacillati Actinomycetota WP_269572442.1 WP_269572442.1 0.0 N/A N/A WP_269572442.1 WP_128786583.1 3.62e-72 2485123 Pseudomonadati Pseudomonadota WP_269572442.1 WP_025739406.1 1.42e-53 1510206 Pseudomonadati Pseudomonadota WP_269572442.1 WP_104456122.1 5.57e-33 1636607 Pseudomonadati Pseudomonadota WP_269572442.1 OME96001.1 1.54e-29 1451 Bacillati Bacillota WP_269572442.1 WP_271340374.1 7.96e-20 N/A N/A WP_269572442.1 WP_156140069.1 2.53e-10 642 Pseudomonadati Pseudomonadota WP_263177763.1 WP_263177763.1 9.12e-54 40323;40324 Pseudomonadati Pseudomonadota MCP5114939.1 MCP5114939.1 1.77e-33 1869227 0 0 TKX51930.1 TKX51930.1 1.06e-40 2518119 Methanobacteriati Methanobacteriota MBI1328179.1 MBI1328179.1 5.29e-119 1913988 Pseudomonadati Pseudomonadota WP_111479522.1 WP_111479522.1 1.14e-263 2211146 Pseudomonadati Bacteroidota WP_111479522.1 ERO62343.1 7.40e-70 2614538 Pseudomonadati Pseudomonadota MBU6237646.1 MBU6237646.1 5.70e-129 2026780 Pseudomonadati Planctomycetota WP_276638014.1 WP_276638014.1 5.75e-277 60133 Pseudomonadati Bacteroidota WP_276638014.1 WP_220615956.1 1.49e-117 2864135 Pseudomonadati Bacteroidota WP_276638014.1 MBI5966481.1 9.34e-76 2026735 Pseudomonadati Myxococcota WP_276638014.1 MBI1736306.1 1.44e-68 2053607 0 Candidatus Rokuibacteriota WP_276638014.1 WP_067782871.1 5.64e-44 1857645 Bacillati Actinomycetota WP_276638014.1 MBQ1540263.1 1.04e-38 2026720 0 Candidatus Saccharimonadota XP_028705251.1 XP_028705251.1 0.0 N/A N/A XP_028705251.1 XP_048540820.1 2.01e-34 4572 Viridiplantae Streptophyta XP_028705251.1 XP_021765438.1 9.18e-28 63459 Viridiplantae Streptophyta XP_039308535.1 XP_039308535.1 0.0 13686 Metazoa Arthropoda MBO5932171.1 MBO5932171.1 3.67e-79 2212467 Pseudomonadati Bacteroidota MCF1432737.1 MCF1432737.1 8.27e-259 373;3025782 Pseudomonadati Pseudomonadota KAI6705356.1 KAI6705356.1 1.87e-226 1042139 Viridiplantae Streptophyta KAI6705356.1 EEC70172.1 2.12e-25 39946 Viridiplantae Streptophyta GLR41095.1 GLR41095.1 0.0 71433 Pseudomonadati Pseudomonadota GLR41095.1 WP_050580425.1 0.0 68287;2496706;2496713;2496715;2496719;2496721 Pseudomonadati Pseudomonadota MBU4440546.1 MBU4440546.1 4.24e-136 1872094;1879010 Bacillati Bacillota MBU4440546.1 WP_276533217.1 1.61e-18 N/A N/A MCI5497968.1 MCI5497968.1 1.84e-60 1898207 Bacillati Bacillota KAF3016851.1 KAF3016851.1 6.35e-147 2572875 Fungi Ascomycota MBZ0167657.1 MBZ0167657.1 2.19e-146 2035772 Pseudomonadati Candidatus Omnitrophota WP_201297008.1 WP_201297008.1 7.20e-61 2497861 Pseudomonadati Pseudomonadota WP_003245665.1 WP_003245665.1 1.47e-108 1423;79881;86029;224308;935854;935856;935858;935859;936156;1136873;1204342;1221328;1227747;1232554;1267547;1290773;1302650;1340494;1404258;1415167;1437006;1453990;1574141;1679166;1837130;2807190 Bacillati Bacillota MBQ8460137.1 MBQ8460137.1 8.28e-47 1869227 0 0 WP_188412405.1 WP_188412405.1 0.0 1908240 Pseudomonadati Bacteroidota MBK7412786.1 MBK7412786.1 1.94e-275 2053306 Pseudomonadati Ignavibacteriota MBK7412786.1 NWV65193.1 6.89e-20 720584 Metazoa Chordata WP_259858510.1 WP_259858510.1 6.03e-313 53359 Bacillati Actinomycetota WP_259858510.1 WP_144320971.1 4.01e-57 68270 Bacillati Actinomycetota WP_259858510.1 WP_274755179.1 1.70e-33 283 Pseudomonadati Pseudomonadota WP_259858510.1 ADP83890.1 4.33e-31 298654 Bacillati Actinomycetota WP_259858510.1 MBS1636088.1 2.36e-18 1898104 Pseudomonadati Bacteroidota KAG9339452.1 KAG9339452.1 3.66e-93 121402 Metazoa Chordata WP_195473821.1 WP_195473821.1 1.01e-143 375288 Pseudomonadati Bacteroidota WP_195473821.1 MCB9527501.1 3.10e-29 2026763 Pseudomonadati Myxococcota WP_115748516.1 WP_115748516.1 7.00e-222 1229152 Bacillati Bacillota WP_115748516.1 MBA2687082.1 2.43e-04 2026741 Pseudomonadati Gemmatimonadota KAJ4013743.1 KAJ4013743.1 1.01e-60 2494466 Fungi Ascomycota MBC7406653.1 MBC7406653.1 4.14e-78 2053589 Bacillati Minisyncoccota EFB15155.1 EFB15155.1 1.85e-232 9646 Metazoa Chordata EFB15155.1 XP_044902674.1 1.87e-10 9685 Metazoa Chordata PYX81094.1 PYX81094.1 0.0 1978231 Pseudomonadati Acidobacteriota WP_163095201.1 WP_163095201.1 1.71e-145 2026190 Bacillati Bacillota MBQ1271561.1 MBQ1271561.1 2.29e-197 2044939 Bacillati Bacillota WP_136193451.1 WP_136193451.1 1.53e-224 2560010 Bacillati Actinomycetota WP_136193451.1 OWA15278.1 8.53e-26 1982764 Bacillati Actinomycetota WP_268311115.1 WP_268311115.1 2.29e-78 1925021 Bacillati Bacillota WP_255991635.1 WP_255991635.1 4.94e-93 2961951 Pseudomonadati Pseudomonadota GAT48029.1 GAT48029.1 4.09e-281 658473 Fungi Basidiomycota NVO57457.1 NVO57457.1 2.28e-134 2747601 Pseudomonadati Pseudomonadota WP_070720871.1 WP_070720871.1 0.0 1739459 Pseudomonadati Bacteroidota WP_063274718.1 WP_063274718.1 2.07e-96 129921;227715 Bacillati Actinomycetota WP_202100641.1 WP_202100641.1 3.73e-216 28901;59201;286780;2564887;2572709 Pseudomonadati Pseudomonadota TWW80208.1 TWW80208.1 5.94e-79 433684 Metazoa Chordata XP_011760839.1 XP_011760839.1 6.00e-113 N/A N/A KAJ2823714.1 KAJ2823714.1 1.31e-86 327750 Fungi Kickxellomycota HAO77415.1 HAO77415.1 2.30e-285 2052186 Pseudomonadati Verrucomicrobiota XP_052496526.1 XP_052496526.1 0.0 37181 Metazoa Chordata NLH91916.1 NLH91916.1 1.31e-276 1872650 Bacillati Actinomycetota NLH91916.1 WP_047203279.1 2.62e-60 1386;1408;561879;1706732;1889774 Bacillati Bacillota MBV9352198.1 MBV9352198.1 0.0 1785 Bacillati Actinomycetota MBP1602824.1 MBP1602824.1 7.36e-302 1978231 Pseudomonadati Acidobacteriota ODT35417.1 ODT35417.1 8.40e-127 1660118;1895836 Pseudomonadati Bacteroidota WP_104684232.1 WP_104684232.1 0.0 286;321 Pseudomonadati Pseudomonadota KFQ97446.1 KFQ97446.1 2.33e-47 30419 Metazoa Chordata CAH1278847.1 CAH1278847.1 0.0 107213 Metazoa Arthropoda WP_114947547.1 WP_114947547.1 3.38e-235 2078013 Pseudomonadati Pseudomonadota WP_114947547.1 WP_261668588.1 2.09e-81 82541 Pseudomonadati Pseudomonadota WP_114947547.1 WP_145739766.1 2.35e-75 34072;2496117 Pseudomonadati Pseudomonadota WP_090419626.1 WP_090419626.1 2.83e-271 547;1566258 Pseudomonadati Pseudomonadota WP_090419626.1 MBW4662439.1 5.76e-70 904376 Bacillati Cyanobacteriota WP_090419626.1 WP_250015522.1 1.53e-31 2653189 Bacillati Cyanobacteriota WP_090419626.1 WP_210167953.1 4.03e-30 N/A N/A MBQ3573680.1 MBQ3573680.1 6.41e-180 2044939 Bacillati Bacillota KAJ4394429.1 KAJ4394429.1 0.0 1191159 Fungi Ascomycota KAJ4394429.1 KAA0555231.1 7.14e-38 57706 Pseudomonadati Pseudomonadota KAJ4394429.1 WP_267292626.1 4.61e-32 2873601 Pseudomonadati Bacteroidota KAJ4394429.1 OFZ89526.1 2.47e-31 1797477 Pseudomonadati Pseudomonadota KAJ4394429.1 NDI25889.1 5.73e-31 2900548 Bacillati Actinomycetota KAJ4394429.1 WP_033456074.1 5.72e-30 518;1331200 Pseudomonadati Pseudomonadota KAJ4394429.1 MBT3887354.1 1.67e-26 1898112 Pseudomonadati Pseudomonadota KAJ4394429.1 WP_262612393.1 1.77e-25 53344 Bacillati Bacillota KAG2343201.1 KAG2343201.1 1.29e-198 48593 Fungi Basidiomycota MCS2900418.1 MCS2900418.1 3.84e-85 818 Pseudomonadati Bacteroidota MCS2900418.1 MBI3448467.1 7.35e-40 1978231 Pseudomonadati Acidobacteriota MCS2900418.1 MBI5438416.1 4.86e-39 2026761 Pseudomonadati Pseudomonadota MCS2900418.1 WP_255435582.1 2.14e-34 N/A N/A WP_253349177.1 WP_253349177.1 2.24e-174 450367 Bacillati Bacillota EED0743056.1 EED0743056.1 7.22e-101 562 Pseudomonadati Pseudomonadota WP_030383398.1 WP_030383398.1 8.21e-286 2593676 Bacillati Actinomycetota MBR2088606.1 MBR2088606.1 3.62e-109 2485925 Bacillati Bacillota MBR2088606.1 WP_087364392.1 8.89e-25 1965581 Bacillati Bacillota MAN53906.1 MAN53906.1 2.57e-203 2026782 Pseudomonadati Pseudomonadota MAN53906.1 WP_013845913.1 9.37e-20 382;693982 Pseudomonadati Pseudomonadota WP_173119692.1 WP_173119692.1 1.00e-73 2732868 Pseudomonadati Pseudomonadota OJW76341.1 OJW76341.1 1.75e-64 1895854 Pseudomonadati Bacteroidota WP_121538494.1 WP_121538494.1 2.29e-182 2237;2282135 Methanobacteriati Methanobacteriota XP_039322713.1 XP_039322713.1 4.62e-189 27679 Metazoa Chordata XP_039322713.1 WP_280443824.1 1.64e-42 37326 Bacillati Actinomycetota EDU63556.1 EDU63556.1 1.78e-32 344610;1115997;1115998;1116004;1116010;1116014;1116021;1116027;1116089;1116090;1116091;1116092;1116093;1116094;1116096;1116097;1116098;1116099;1116100;1116101;1116102;1125646;1331061;1331062;1444090;1444115;1444278 Pseudomonadati Pseudomonadota EDQ8124076.1 EDQ8124076.1 0.0 340188 Pseudomonadati Pseudomonadota WP_142931103.1 WP_142931103.1 0.0 2202200 Pseudomonadati Campylobacterota WP_142931103.1 WP_192324556.1 1.38e-48 34072;2769259 Pseudomonadati Pseudomonadota WP_142931103.1 WP_227059655.1 3.44e-43 40545 Pseudomonadati Pseudomonadota WP_142931103.1 WP_071876418.1 8.15e-31 332949 Bacillati Bacillota WP_142931103.1 WP_107894076.1 7.62e-25 1130819 Bacillati Bacillota WP_142931103.1 WP_066083732.1 1.36e-21 220687 Bacillati Bacillota WP_142931103.1 WP_278489123.1 3.23e-20 437897 Bacillati Bacillota WP_142931103.1 WP_098952357.1 5.77e-20 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_142931103.1 GLY24463.1 8.46e-16 3032198 Bacillati Actinomycetota WP_142931103.1 QCM13287.1 9.11e-16 358 Pseudomonadati Pseudomonadota WP_142931103.1 WP_131166802.1 1.30e-15 1837344 Bacillati Actinomycetota WP_142931103.1 WP_145468487.1 2.56e-15 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_142931103.1 WP_258581409.1 3.83e-15 2865837 Pseudomonadati Pseudomonadota WP_142931103.1 WP_195238978.1 9.43e-15 1502 Bacillati Bacillota WP_142931103.1 MBO5162475.1 1.19e-14 1898203 Bacillati Bacillota WP_142931103.1 WP_088153117.1 9.70e-13 171674 Pseudomonadati Pseudomonadota WP_142931103.1 KAI9191373.1 3.43e-11 4023 Viridiplantae Streptophyta WP_142931103.1 WP_089095302.1 3.87e-11 346;473426 Pseudomonadati Pseudomonadota WP_142931103.1 WP_038440434.1 4.86e-11 727 Pseudomonadati Pseudomonadota WP_142931103.1 NLW39422.1 5.91e-11 2049431 Bacillati Bacillota WP_142931103.1 WP_041481207.1 8.15e-11 1719;1161911 Bacillati Actinomycetota WP_142931103.1 WP_008056683.1 1.78e-10 2596745;2759955 Bacillati Cyanobacteriota WP_142931103.1 WP_150396769.1 5.59e-10 305 Pseudomonadati Pseudomonadota WP_142931103.1 WP_060613079.1 4.27e-09 570;573 Pseudomonadati Pseudomonadota WP_142931103.1 WP_036258374.1 5.57e-09 65552 Thermotogati Deinococcota WP_047203279.1 WP_047203279.1 0.0 1386;1408;561879;1706732;1889774 Bacillati Bacillota WP_047203279.1 NLH91916.1 6.53e-60 1872650 Bacillati Actinomycetota KAH0130274.1 KAH0130274.1 2.14e-313 46634 Fungi Ascomycota DAQ89956.1 DAQ89956.1 4.76e-139 2832643 Heunggongvirae Uroviricota NWH38694.1 NWH38694.1 0.0 39621;667144 Metazoa Chordata NWH38694.1 XP_052337646.1 2.87e-17 8018 Metazoa Chordata NWH38694.1 XP_051216225.1 3.09e-17 4522 Viridiplantae Streptophyta NWH38694.1 KAI4882225.1 6.21e-15 148989 Metazoa Chordata WP_071877135.1 WP_071877135.1 5.83e-51 332949 Bacillati Bacillota MBC7935646.1 MBC7935646.1 2.13e-158 1940288 Pseudomonadati Bacteroidota MCA9664716.1 MCA9664716.1 0.0 2026763 Pseudomonadati Myxococcota CCD14225.1 CCD14225.1 2.27e-166 1068625 0 Euglenozoa KAE9611124.1 KAE9611124.1 1.09e-65 3870 Viridiplantae Streptophyta KRL72956.1 KRL72956.1 0.0 1423787 Bacillati Bacillota RHP79651.1 RHP79651.1 8.00e-53 2292348 Bacillati Bacillota MSZ96355.1 MSZ96355.1 4.24e-172 2900548 Bacillati Actinomycetota MCB0501525.1 MCB0501525.1 0.0 1898104 Pseudomonadati Bacteroidota CAI2640540.1 CAI2640540.1 4.73e-251 148814 Bacillati Bacillota CAI2640540.1 NDD01017.1 6.20e-17 1891241 Pseudomonadati Pseudomonadota XP_018906655.1 XP_018906655.1 0.0 N/A N/A STI83942.1 STI83942.1 4.10e-51 562 Pseudomonadati Pseudomonadota MBI4806480.1 MBI4806480.1 0.0 885 Pseudomonadati Thermodesulfobacteriota MBI4806480.1 WP_094840069.1 7.70e-85 1416808 Pseudomonadati Pseudomonadota MBI4806480.1 WP_279840346.1 2.18e-77 2975391 Pseudomonadati Pseudomonadota MBI4806480.1 WP_076595086.1 8.57e-37 1907398 Pseudomonadati Bacteroidota XP_022851607.1 XP_022851607.1 4.13e-197 158386 Viridiplantae Streptophyta OKZ85006.1 OKZ85006.1 0.0 1896984 Bacillati Bacillota OKZ85006.1 MBD2210269.1 1.06e-14 2692905 Bacillati Cyanobacteriota OKZ85006.1 WP_015133641.1 4.49e-14 111781 Bacillati Cyanobacteriota OKZ85006.1 XP_043377824.1 2.74e-07 8469 Metazoa Chordata NLI10446.1 NLI10446.1 0.0 2030800 Pseudomonadati Elusimicrobiota WP_249681227.1 WP_249681227.1 8.59e-149 N/A N/A POS85366.1 POS85366.1 0.0 225359 Fungi Ascomycota POS85366.1 XP_040253449.1 8.57e-04 200361 Viridiplantae Streptophyta WP_079908511.1 WP_079908511.1 2.72e-71 44249;2663821 Bacillati Bacillota MCF6390562.1 MCF6390562.1 9.01e-203 2911369 Bacillati Actinomycetota WP_127953526.1 WP_127953526.1 0.0 210 Pseudomonadati Campylobacterota SFQ01701.1 SFQ01701.1 8.98e-175 112413 Bacillati Actinomycetota MBO5336885.1 MBO5336885.1 0.0 1898203 Bacillati Bacillota MBO5336885.1 OCR38384.1 3.17e-41 817 Pseudomonadati Bacteroidota HCG9411603.1 HCG9411603.1 3.36e-175 670 Pseudomonadati Pseudomonadota HCG9411603.1 WP_017171503.1 8.62e-29 338;1985254;2821275 Pseudomonadati Pseudomonadota QUM20585.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota QUM20585.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota AAF62532.1 AAF62532.1 0.0 228582 Orthornavirae Pisuviricota CDS15483.1 CDS15483.1 3.22e-142 6210 Metazoa Platyhelminthes MCQ2831693.1 MCQ2831693.1 0.0 210 Pseudomonadati Campylobacterota MCQ2831693.1 RUM68418.1 1.23e-110 2053622 Pseudomonadati Campylobacterota MCQ2578417.1 MCQ2578417.1 8.15e-102 166 Pseudomonadati Spirochaetota WP_107894076.1 WP_107894076.1 1.06e-239 1130819 Bacillati Bacillota WP_107894076.1 WP_066083732.1 7.06e-121 220687 Bacillati Bacillota WP_107894076.1 GLY24463.1 1.44e-92 3032198 Bacillati Actinomycetota WP_107894076.1 MCP5262709.1 7.71e-92 50421 Pseudomonadati Pseudomonadota WP_107894076.1 WP_131166802.1 3.29e-81 1837344 Bacillati Actinomycetota WP_107894076.1 WP_227059655.1 7.22e-78 40545 Pseudomonadati Pseudomonadota WP_107894076.1 WP_192324556.1 1.56e-75 34072;2769259 Pseudomonadati Pseudomonadota WP_107894076.1 WP_098952357.1 1.89e-63 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_107894076.1 MBQ3864274.1 2.94e-56 2044939 Bacillati Bacillota WP_107894076.1 WP_226904802.1 5.12e-56 N/A N/A WP_107894076.1 MBU5353226.1 3.04e-55 198119 Bacillati Bacillota WP_107894076.1 QCM13287.1 4.09e-54 358 Pseudomonadati Pseudomonadota WP_107894076.1 RUU66461.1 6.22e-51 2496787 Pseudomonadati Pseudomonadota WP_107894076.1 MWR41881.1 4.62e-34 562 Pseudomonadati Pseudomonadota WP_107894076.1 MBP1876254.1 2.12e-32 106592 Pseudomonadati Pseudomonadota WP_107894076.1 MCB0243881.1 2.97e-24 2052143 Bacillati Chloroflexota WP_107894076.1 WP_142931103.1 3.36e-24 2202200 Pseudomonadati Campylobacterota WP_107894076.1 WP_278489123.1 6.19e-22 437897 Bacillati Bacillota WP_107894076.1 MBC7326981.1 7.15e-22 1869227 0 0 WP_107894076.1 OAN53756.1 5.39e-21 1285242 Pseudomonadati Pseudomonadota WP_107894076.1 MCC6044083.1 5.98e-20 2184738 Thermoproteati Thermoproteota WP_107894076.1 WP_207918089.1 7.93e-19 185978;2512133;2587092 Bacillati Bacillota WP_107894076.1 WP_174822921.1 1.96e-17 N/A N/A WP_107894076.1 MXP43753.1 4.08e-17 1689985 Pseudomonadati Pseudomonadota WP_107894076.1 EHH5649593.1 8.40e-17 195 Pseudomonadati Campylobacterota WP_237962375.1 WP_237962375.1 0.0 28197 Pseudomonadati Campylobacterota WP_237962375.1 WP_146176256.1 2.78e-25 453584 Pseudomonadati Pseudomonadota WP_237962375.1 HAZ7424284.1 1.41e-20 562 Pseudomonadati Pseudomonadota WP_237962375.1 EIZ9235425.1 9.78e-18 28141 Pseudomonadati Pseudomonadota WP_237962375.1 WP_097514015.1 1.10e-17 562 Pseudomonadati Pseudomonadota WP_237962375.1 WP_104456122.1 3.41e-14 1636607 Pseudomonadati Pseudomonadota WP_237962375.1 WP_269572442.1 2.10e-13 N/A N/A WP_237962375.1 WP_025739406.1 1.05e-11 1510206 Pseudomonadati Pseudomonadota WP_237962375.1 WP_271340374.1 6.93e-11 N/A N/A WP_237962375.1 WP_128786583.1 9.47e-11 2485123 Pseudomonadati Pseudomonadota WP_237962375.1 WP_156140069.1 3.96e-10 642 Pseudomonadati Pseudomonadota WP_237962375.1 MCI8311254.1 5.72e-10 1898203 Bacillati Bacillota KAH8980086.1 KAH8980086.1 6.18e-231 416442 Fungi Basidiomycota WP_205541900.1 WP_205541900.1 1.83e-305 2108399 Pseudomonadati Pseudomonadota WP_205541900.1 MBE1549930.1 9.14e-10 2663822 Bacillati Actinomycetota WP_205541900.1 WP_152190814.1 1.20e-09 860221 Bacillati Actinomycetota MCF7917901.1 MCF7917901.1 2.84e-107 2044595 0 Candidatus Altimarinota MBQ7693256.1 MBQ7693256.1 2.44e-223 2485925 Bacillati Bacillota MBQ7693256.1 MBR0144760.1 2.58e-87 2044939 Bacillati Bacillota WP_085451092.1 WP_085451092.1 8.37e-123 155322 Bacillati Bacillota WP_054059514.1 WP_054059514.1 2.06e-156 53407 Pseudomonadati Pseudomonadota WP_054059514.1 WP_142114448.1 1.68e-22 2587160 Pseudomonadati Pseudomonadota OMH39194.1 OMH39194.1 3.96e-182 1897630 Pseudomonadati Pseudomonadota WP_265245651.1 WP_265245651.1 1.10e-89 N/A N/A HHT71325.1 HHT71325.1 2.80e-240 1879010 Bacillati Bacillota WP_266882648.1 WP_266882648.1 3.75e-137 2903804 Bacillati Actinomycetota WP_058002390.1 WP_058002390.1 2.36e-114 38875;1914540;2837504 Bacillati Bacillota WP_149771049.1 WP_149771049.1 2.07e-77 1678900;2585211 Bacillati Actinomycetota MBQ9456987.1 MBQ9456987.1 4.86e-143 1903720 Bacillati Bacillota MBQ9456987.1 MCF6346354.1 6.01e-13 2039724 Pseudomonadati Pseudomonadota WP_245384442.1 WP_245384442.1 8.80e-292 N/A N/A WP_245384442.1 WP_167301289.1 1.15e-58 68569 Pseudomonadati Pseudomonadota ATN35154.1 ATN35154.1 1.38e-81 N/A N/A MHQ93786.1 MHQ93786.1 0.0 562 Pseudomonadati Pseudomonadota XP_023589550.1 XP_023589550.1 0.0 127582 Metazoa Chordata XP_023589550.1 CZT45482.1 8.55e-152 38038 Fungi Ascomycota XP_023589550.1 RSL59427.1 1.73e-64 1325737 Fungi Ascomycota XP_023589550.1 MBA0549662.1 8.91e-58 34289 Viridiplantae Streptophyta XP_023589550.1 GEU53557.1 7.45e-54 118510 Viridiplantae Streptophyta XP_023589550.1 XP_055095726.1 2.99e-24 9590 Metazoa Chordata MBO5287652.1 MBO5287652.1 3.04e-142 2044939 Bacillati Bacillota WP_040009751.1 WP_040009751.1 1.33e-99 653937 Pseudomonadati Pseudomonadota WP_197201326.1 WP_197201326.1 3.26e-301 1399 Bacillati Bacillota WP_015314674.1 WP_015314674.1 6.04e-182 68287;754035;2876630;2876635;2876636;2876649 Pseudomonadati Pseudomonadota CAG8151748.1 CAG8151748.1 2.94e-121 1612424 Fungi Ascomycota WP_202269095.1 WP_202269095.1 1.27e-25 1355374;2808963 Pseudomonadati Campylobacterota WP_248403399.1 WP_248403399.1 1.70e-45 831 Bacillati Bacillota EWZ28924.1 EWZ28924.1 0.0 660027 Fungi Ascomycota WP_139573954.1 WP_139573954.1 1.04e-141 1712871 Bacillati Actinomycetota WP_138838620.1 WP_138838620.1 1.27e-63 2583815 Pseudomonadati Bacteroidota CAH1454680.1 CAH1454680.1 5.50e-96 75947 Viridiplantae Streptophyta MBR4964110.1 MBR4964110.1 4.22e-253 1872444 Pseudomonadati Bacteroidota WP_246303703.1 WP_246303703.1 1.20e-222 286438 Bacillati Actinomycetota WP_135287436.1 WP_135287436.1 2.86e-311 2293832 Pseudomonadati Pseudomonadota WP_135287436.1 OTN76164.1 1.26e-128 1834191 Bacillati Bacillota OYY81277.1 OYY81277.1 1.01e-200 1970520 Pseudomonadati Pseudomonadota OYY81277.1 WP_248328072.1 1.13e-31 379097 Pseudomonadati Pseudomonadota AWY63092.1 AWY63092.1 8.85e-141 3052230 Orthornavirae Kitrinoviricota WP_061583028.1 WP_061583028.1 8.01e-153 1302 Bacillati Bacillota WP_259695835.1 WP_259695835.1 1.86e-68 584;1903414 Pseudomonadati Pseudomonadota WP_044328211.1 WP_044328211.1 1.05e-180 670;35703 Pseudomonadati Pseudomonadota WP_044328211.1 MCE7733397.1 4.40e-06 2026747 Promethearchaeati Candidatus Heimdallarchaeota NXC48933.1 NXC48933.1 5.27e-92 1118817 Metazoa Chordata MCP4974199.1 MCP4974199.1 6.48e-277 1220;93060 Bacillati Cyanobacteriota MCP4974199.1 MBI1189702.1 9.51e-12 2017440 Pseudomonadati Planctomycetota MCP4974199.1 EFX2174330.1 1.85e-11 624 Pseudomonadati Pseudomonadota MCP4974199.1 MCH8293010.1 2.05e-09 2026781 0 Candidatus Poribacteria MCP4974199.1 WP_069697901.1 5.05e-08 762845 Bacillati Bacillota MCP4974199.1 WP_218036247.1 1.38e-07 N/A N/A KAG4104878.1 KAG4104878.1 1.18e-193 1754190;2767002 Fungi Neocallimastigomycota KKQ77718.1 KKQ77718.1 2.31e-266 1618783;1802733;1802746;1802752;1802758 0 0;Candidatus Zambryskiibacteriota KKQ77718.1 WP_070552687.1 2.54e-89 47715;1715100 Bacillati Bacillota PSK49415.1 PSK49415.1 0.0 40998 Fungi Ascomycota WP_224255409.1 WP_224255409.1 1.02e-266 1134687 Pseudomonadati Pseudomonadota WP_224255409.1 EAN4724137.1 3.22e-254 28901 Pseudomonadati Pseudomonadota WP_224255409.1 MBT4259674.1 2.54e-97 2024844 Pseudomonadati Nitrospinota WP_224255409.1 XP_018682766.1 2.78e-56 N/A N/A WP_063415362.1 WP_063415362.1 4.28e-133 1219;1801623 Bacillati Cyanobacteriota WP_247740288.1 WP_247740288.1 4.80e-150 2688777 Pseudomonadati Pseudomonadota MBV9168199.1 MBV9168199.1 1.97e-145 1909295 Bacillati Actinomycetota KAJ6994162.1 KAJ6994162.1 0.0 444605 Viridiplantae Streptophyta KAJ6994162.1 MBY0273331.1 5.58e-130 1913988 Pseudomonadati Pseudomonadota KAJ6994162.1 MBE6688122.1 1.61e-73 2485925 Bacillati Bacillota KAJ6994162.1 KAA0114277.1 1.62e-68 1305 Bacillati Bacillota KAJ6994162.1 WP_049009918.1 1.10e-67 545 Pseudomonadati Pseudomonadota KAJ6994162.1 WP_235126772.1 1.51e-65 2909336 Pseudomonadati Bacteroidota KAJ6994162.1 WP_278631399.1 1.38e-64 29348 Bacillati Bacillota KAJ6994162.1 WP_019100427.1 2.66e-61 394935 Pseudomonadati Pseudomonadota KAJ6994162.1 MBE5737882.1 9.95e-38 1898207 Bacillati Bacillota KAJ6994162.1 KAF5671546.1 8.50e-36 48490 Fungi Ascomycota KAJ6994162.1 HCT06136.1 3.78e-30 306 Pseudomonadati Pseudomonadota KAJ6994162.1 MBI6149093.1 6.31e-28 615 Pseudomonadati Pseudomonadota KAJ6994162.1 WP_074319120.1 5.52e-27 709881 Bacillati Actinomycetota KAJ6994162.1 XP_009147075.2 7.06e-27 3711 Viridiplantae Streptophyta KAJ6994162.1 OFX32653.1 3.46e-25 1797288 Bacillati Armatimonadota KAJ6994162.1 WP_176307440.1 1.30e-05 2718534 Pseudomonadati Bacteroidota MBA0549662.1 MBA0549662.1 1.82e-285 34289 Viridiplantae Streptophyta MBA0549662.1 XP_023589550.1 1.51e-58 127582 Metazoa Chordata MBA0549662.1 RSL59427.1 1.66e-57 1325737 Fungi Ascomycota MBA0549662.1 CZT45482.1 2.19e-53 38038 Fungi Ascomycota QVX70521.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota QVX70521.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_247406571.1 WP_247406571.1 9.87e-87 2915812 Pseudomonadati Pseudomonadota QBR70480.1 QBR70480.1 6.15e-57 1978229 Pseudomonadati Pseudomonadota GGY65584.1 GGY65584.1 0.0 1237077 Pseudomonadati Pseudomonadota WP_149651004.1 WP_149651004.1 2.65e-88 2970906 Pseudomonadati Pseudomonadota WP_152046331.1 WP_152046331.1 3.70e-190 2495496 Pseudomonadati Pseudomonadota WP_152046331.1 EGY4555186.1 5.15e-53 28901 Pseudomonadati Pseudomonadota WP_152046331.1 MCI7704736.1 1.86e-51 1898207 Bacillati Bacillota WP_152046331.1 WP_184130797.1 1.04e-38 662880 Thermotogati Deinococcota WP_223843725.1 WP_223843725.1 0.0 1653831 Pseudomonadati Bacteroidota MBA3914538.1 MBA3914538.1 2.59e-96 2282142 Pseudomonadati Acidobacteriota WP_268645109.1 WP_268645109.1 5.64e-85 2835867 Bacillati Actinomycetota EFU85163.1 EFU85163.1 1.73e-280 525377 Bacillati Bacillota EFU85163.1 WP_239881445.1 3.24e-103 2681496 Pseudomonadati Pseudomonadota MBI4966856.1 MBI4966856.1 3.54e-27 2026786 Pseudomonadati Pseudomonadota MBI4966856.1 MCB1065733.1 1.81e-19 2499141 Pseudomonadati Verrucomicrobiota MBP1327478.1 MBP1327478.1 8.29e-201 662960 Bacillati Actinomycetota MBP1327478.1 WP_281562017.1 1.42e-28 3015149 Bacillati Actinomycetota OLO59787.1 OLO59787.1 0.0 544580 Bacillati Actinomycetota PWY99603.1 PWY99603.1 2.80e-196 1882483 Fungi Basidiomycota MBP8960789.1 MBP8960789.1 1.57e-144 2052139 0 0 MBP8960789.1 NOT95054.1 9.41e-10 70125 Pseudomonadati Nitrospirota WP_102529905.1 WP_102529905.1 4.26e-167 196818;1880836;2885093 Pseudomonadati Pseudomonadota WP_273418567.1 WP_273418567.1 1.27e-107 81029 Pseudomonadati Pseudomonadota WP_273418567.1 WP_061048002.1 1.64e-10 221822 Pseudomonadati Pseudomonadota WP_273418567.1 WP_074911472.1 3.20e-10 371601 Pseudomonadati Bacteroidota WP_251835880.1 WP_251835880.1 0.0 2763075 Pseudomonadati Pseudomonadota MBL7151874.1 MBL7151874.1 0.0 2035772 Pseudomonadati Candidatus Omnitrophota MBL7151874.1 MCC6251785.1 3.04e-91 2044936 Pseudomonadati Bacteroidota MBL7151874.1 WP_264593810.1 1.36e-23 2611147 Pseudomonadati Pseudomonadota MBL7151874.1 NWT28302.1 1.65e-13 98964;142471 Metazoa Chordata HJE10580.1 HJE10580.1 6.45e-310 1718 Bacillati Actinomycetota HJE10580.1 EBU9231875.1 1.43e-140 2564837 Pseudomonadati Pseudomonadota HJE10580.1 WP_244349102.1 5.53e-31 32053;2813851 Bacillati Cyanobacteriota WP_271202339.1 WP_271202339.1 2.11e-157 1437816 Pseudomonadati Pseudomonadota MBP1746912.1 MBP1746912.1 0.0 2026735 Pseudomonadati Myxococcota MBP1746912.1 MCA0387421.1 5.71e-20 1898104 Pseudomonadati Bacteroidota MBP1746912.1 KKT55671.1 5.79e-05 1618930;2053562 0 0;Candidatus Jacksoniibacteriota WP_181865219.1 WP_181865219.1 5.81e-229 562 Pseudomonadati Pseudomonadota WP_181865219.1 EEY3543156.1 2.87e-215 562 Pseudomonadati Pseudomonadota WP_181865219.1 ECI3309320.1 1.08e-186 59201 Pseudomonadati Pseudomonadota WP_181865219.1 EFQ4765027.1 2.71e-186 28901;90371 Pseudomonadati Pseudomonadota WP_181865219.1 EJQ6627878.1 2.26e-178 562 Pseudomonadati Pseudomonadota WP_181865219.1 EEO7917989.1 3.65e-148 28901 Pseudomonadati Pseudomonadota WP_181865219.1 WP_137512405.1 5.16e-32 562 Pseudomonadati Pseudomonadota MCF4165308.1 MCF4165308.1 1.59e-82 2911065 Pseudomonadati Pseudomonadota WP_086536228.1 WP_086536228.1 1.30e-248 417102 Bacillati Actinomycetota MBT8422994.1 MBT8422994.1 1.63e-81 1913989 Pseudomonadati Pseudomonadota WP_232947168.1 WP_232947168.1 0.0 299767 Pseudomonadati Pseudomonadota WP_245248603.1 WP_245248603.1 1.17e-83 N/A N/A XP_056420557.1 XP_056420557.1 8.54e-121 327740 Metazoa Chordata NEP46602.1 NEP46602.1 6.11e-95 2607802 Bacillati Cyanobacteriota KAI5750574.1 KAI5750574.1 0.0 121845 Metazoa Arthropoda XP_046618542.1 XP_046618542.1 0.0 2961670 Metazoa Arthropoda MBX2992548.1 MBX2992548.1 5.81e-229 1898104 Pseudomonadati Bacteroidota GDX41819.1 GDX41819.1 4.62e-173 1898104 Pseudomonadati Bacteroidota MCI9050290.1 MCI9050290.1 1.62e-87 2137881 Bacillati Bacillota MBE6344311.1 MBE6344311.1 1.74e-182 1898206 Pseudomonadati Spirochaetota WP_001495833.1 WP_001495833.1 5.18e-42 562;1005550 Pseudomonadati Pseudomonadota WP_001495833.1 EEE4210954.1 6.27e-21 596;28901 Pseudomonadati Pseudomonadota MBQ3420014.1 MBQ3420014.1 1.38e-139 2049044 Bacillati Bacillota MBQ3420014.1 WP_119328079.1 6.12e-28 2219059 Pseudomonadati Pseudomonadota MBQ3420014.1 NNF05378.1 2.46e-26 2212470 0 Candidatus Eiseniibacteriota MBQ3420014.1 WP_158161316.1 1.03e-21 N/A N/A MCP4716728.1 MCP4716728.1 4.22e-108 2026735 Pseudomonadati Myxococcota WP_141098672.1 WP_141098672.1 2.88e-172 487698 Pseudomonadati Pseudomonadota WP_096561808.1 WP_096561808.1 2.62e-37 N/A N/A WP_146780046.1 WP_146780046.1 0.0 496057 Pseudomonadati Bacteroidota WP_251223476.1 WP_251223476.1 1.13e-150 1653776 Bacillati Bacillota GGR71723.1 GGR71723.1 7.62e-296 66871 Bacillati Actinomycetota XP_031122780.1 XP_031122780.1 0.0 35885 Viridiplantae Streptophyta WP_003303823.1 WP_003303823.1 1.32e-309 316;578833;1212548 Pseudomonadati Pseudomonadota MCL2808632.1 MCL2808632.1 1.68e-172 166 Pseudomonadati Spirochaetota WP_058504615.1 WP_058504615.1 0.0 45070 Pseudomonadati Pseudomonadota WP_058504615.1 WP_283107263.1 2.07e-97 N/A N/A WP_058504615.1 WP_017718577.1 4.20e-90 331992 Bacillati Cyanobacteriota WP_058504615.1 NRF69152.1 6.23e-83 2732868 Pseudomonadati Pseudomonadota WP_058504615.1 MBT7163208.1 1.39e-57 2212475 Pseudomonadati Lentisphaerota WP_058504615.1 WP_203339841.1 3.83e-49 2782551 Bacillati Bacillota WP_058504615.1 WP_121975536.1 2.88e-31 2126983 Pseudomonadati Pseudomonadota WP_058504615.1 EEC9022132.1 1.91e-30 562 Pseudomonadati Pseudomonadota WP_058504615.1 RYD39969.1 4.67e-27 2026800 Pseudomonadati Verrucomicrobiota WP_030720866.1 WP_030720866.1 2.03e-67 1463841 Bacillati Actinomycetota XP_047978269.1 XP_047978269.1 0.0 49212 Viridiplantae Streptophyta XP_047978269.1 XP_044485440.1 1.76e-113 29780 Viridiplantae Streptophyta MCR5498557.1 MCR5498557.1 9.79e-110 2748031 Pseudomonadati Bacteroidota WP_230359455.1 WP_230359455.1 2.40e-171 1827;334542;3031999 Bacillati Actinomycetota MBX2942005.1 MBX2942005.1 8.74e-94 2099675 Pseudomonadati Bacteroidota WP_024953993.1 WP_024953993.1 1.52e-139 57666 Pseudomonadati Campylobacterota WP_107020819.1 WP_107020819.1 2.66e-257 2109333 Bacillati Actinomycetota WP_240755700.1 WP_240755700.1 0.0 715784 Bacillati Actinomycetota WP_240755700.1 WP_031876812.1 4.63e-07 1280;1410867 Bacillati Bacillota OAX39412.1 OAX39412.1 6.49e-254 1314800 Fungi Basidiomycota OAX39412.1 WP_257107333.1 1.26e-11 2931984 Pseudomonadati Pseudomonadota MBV8195826.1 MBV8195826.1 1.48e-192 2052315 Bacillati Candidatus Dormiibacterota MBF0987109.1 MBF0987109.1 0.0 1898207 Bacillati Bacillota WP_125625723.1 WP_125625723.1 8.25e-235 2203201;2560025;2593676 Bacillati Actinomycetota WP_125625723.1 WP_015699100.1 3.25e-15 34038;745277 Pseudomonadati Pseudomonadota WGQ72821.1 WGQ72821.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UGB98301.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota WGQ72821.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota WP_083951119.1 WP_083951119.1 7.19e-93 115335 Bacillati Actinomycetota MBO4859232.1 MBO4859232.1 7.97e-128 166 Pseudomonadati Spirochaetota MCI8350609.1 MCI8350609.1 1.81e-234 2485925 Bacillati Bacillota MCI8350609.1 WP_095648367.1 1.29e-07 137658 Pseudomonadati Pseudomonadota MBI5966481.1 MBI5966481.1 1.95e-231 2026735 Pseudomonadati Myxococcota MBI5966481.1 MBI1736306.1 6.55e-87 2053607 0 Candidatus Rokuibacteriota MBI5966481.1 WP_220615956.1 2.05e-70 2864135 Pseudomonadati Bacteroidota MBI5966481.1 WP_276638014.1 2.90e-70 60133 Pseudomonadati Bacteroidota MBI5966481.1 WP_067782871.1 1.31e-56 1857645 Bacillati Actinomycetota MBI5966481.1 WP_279399778.1 3.94e-44 N/A N/A MBI5966481.1 MBQ1540263.1 6.51e-35 2026720 0 Candidatus Saccharimonadota MBI5966481.1 HAR4359619.1 1.92e-26 1280 Bacillati Bacillota HJD49103.1 HJD49103.1 1.27e-204 2838531 Bacillati Actinomycetota PYT05517.1 PYT05517.1 3.64e-93 1978231 Pseudomonadati Acidobacteriota QIC18874.1 QIC18874.1 2.83e-217 147802 Bacillati Bacillota QIC18874.1 WP_132175930.1 1.21e-60 190195 Bacillati Actinomycetota QIC18874.1 WP_152652784.1 3.75e-25 2023717 Pseudomonadati Pseudomonadota QIC18874.1 RLN50561.1 8.87e-24 325452 0 Oomycota QIC18874.1 WP_221265680.1 7.48e-21 N/A N/A MBQ9047503.1 MBQ9047503.1 1.08e-175 2060878 Bacillati Bacillota CAG0990770.1 CAG0990770.1 4.25e-190 2484252 Pseudomonadati Myxococcota CAG0990770.1 TMG86695.1 8.90e-22 1891241 Pseudomonadati Pseudomonadota CAG0990770.1 MBK3737236.1 8.08e-21 192 Pseudomonadati Pseudomonadota CAG0990770.1 WP_253463694.1 9.79e-07 28092 Pseudomonadati Pseudomonadota MBO6078463.1 MBO6078463.1 0.0 2212467 Pseudomonadati Bacteroidota MBO6078463.1 WP_259770126.1 4.46e-60 28038 Bacillati Bacillota WP_243890777.1 WP_243890777.1 0.0 N/A N/A WP_243890777.1 WP_062791926.1 1.55e-57 82996 Pseudomonadati Pseudomonadota WP_255073759.1 WP_255073759.1 0.0 573 Pseudomonadati Pseudomonadota WP_255073759.1 MBK6509184.1 1.26e-141 1932666 Pseudomonadati Pseudomonadota WP_255073759.1 MVA71646.1 5.70e-117 373 Pseudomonadati Pseudomonadota WP_255073759.1 WP_126678289.1 1.31e-17 2490854 Pseudomonadati Bacteroidota VWM24802.1 VWM24802.1 6.80e-120 147207 Bacillati Actinomycetota MCD0485423.1 MCD0485423.1 0.0 2896847 Bacillati Actinomycetota WP_113120276.1 WP_113120276.1 1.47e-103 46913;191302 Pseudomonadati Pseudomonadota WP_113120276.1 PKL40887.1 1.64e-43 2013832 Pseudomonadati Spirochaetota OSX70183.1 OSX70183.1 2.40e-78 2786 0 Rhodophyta WP_256212307.1 WP_256212307.1 2.75e-133 N/A N/A WP_256212307.1 TMG86695.1 2.31e-08 1891241 Pseudomonadati Pseudomonadota WP_256212307.1 MCH5250214.1 1.51e-07 1898203 Bacillati Bacillota WP_256212307.1 PKL50735.1 6.94e-07 2013830 0 Candidatus Rifleibacteriota WP_283099644.1 WP_283099644.1 6.70e-96 N/A N/A KAJ3501609.1 KAJ3501609.1 1.22e-258 84603 Fungi Basidiomycota KAG9084682.1 KAG9084682.1 0.0 2600201 Fungi Basidiomycota KAG9084682.1 KAJ5060329.1 2.56e-75 5016 Fungi Ascomycota KAG9084682.1 PWI72242.1 5.85e-51 33203 Fungi Ascomycota ECZ1075286.1 ECZ1075286.1 9.36e-48 28901 Pseudomonadati Pseudomonadota WP_022619009.1 WP_022619009.1 5.62e-173 1496 Bacillati Bacillota WP_022619009.1 WP_167977039.1 2.94e-30 2604800 Bacillati Actinomycetota WP_022619009.1 WP_071876418.1 6.04e-21 332949 Bacillati Bacillota WP_022619009.1 MBP1876254.1 6.10e-20 106592 Pseudomonadati Pseudomonadota WP_022619009.1 RUU66461.1 1.31e-16 2496787 Pseudomonadati Pseudomonadota WP_022619009.1 WP_256546297.1 1.37e-15 1126236 Methanobacteriati Methanobacteriota WP_053236900.1 WP_053236900.1 0.0 927083 Pseudomonadati Myxococcota WP_089566156.1 WP_089566156.1 3.46e-174 562 Pseudomonadati Pseudomonadota WP_089566156.1 EER6968786.1 3.16e-21 562 Pseudomonadati Pseudomonadota WP_089566156.1 WP_001531669.1 1.72e-19 562;2067430 Pseudomonadati Pseudomonadota GFV68115.1 GFV68115.1 2.41e-168 2585209 Metazoa Arthropoda GFV68115.1 GFV58109.1 4.18e-10 2585209 Metazoa Arthropoda XP_039923984.1 XP_039923984.1 0.0 43150 Metazoa Chordata XP_039923984.1 NXJ84327.1 0.0 56311 Metazoa Chordata XP_039923984.1 XP_042622198.1 3.46e-50 7962 Metazoa Chordata XP_039923984.1 KAG5815829.1 8.63e-38 221167 Fungi Ascomycota XP_039923984.1 XP_026100634.1 2.11e-22 7957;101364 Metazoa Chordata XP_039923984.1 XP_051566275.1 1.21e-15 70543 Metazoa Chordata XP_039923984.1 KAI9912466.1 9.32e-15 230839 0 Oomycota XP_039923984.1 XP_011889539.1 8.44e-10 9531 Metazoa Chordata XP_039923984.1 GIW70618.1 1.08e-05 2026780 Pseudomonadati Planctomycetota WP_206760453.1 WP_206760453.1 2.02e-110 N/A N/A MBP3534615.1 MBP3534615.1 2.30e-264 2498093 Pseudomonadati Bacteroidota CAH1398908.1 CAH1398908.1 1.32e-104 85310 Metazoa Arthropoda KAI8373711.1 KAI8373711.1 7.06e-44 4850 Fungi Mucoromycota XP_007121961.1 XP_007121961.1 2.66e-147 9755 Metazoa Chordata ABY20040.1 ABY20040.1 3.15e-92 1360 Bacillati Bacillota XP_053218984.1 XP_053218984.1 0.0 65483 Metazoa Chordata KAJ0483518.1 KAJ0483518.1 8.73e-48 4232 Viridiplantae Streptophyta KAJ0483518.1 ROW03190.1 2.59e-09 1230097 Fungi Ascomycota MBP5538497.1 MBP5538497.1 0.0 2030927 Pseudomonadati Bacteroidota MBP5538497.1 ESL04748.1 1.67e-96 592026 Bacillati Bacillota WP_007270472.1 WP_007270472.1 8.31e-282 254787;1276920 Bacillati Actinomycetota WP_007270472.1 WP_270908912.1 8.15e-53 470 Pseudomonadati Pseudomonadota MCH1598717.1 MCH1598717.1 3.43e-245 1891229 Pseudomonadati Pseudomonadota MCE2791243.1 MCE2791243.1 2.02e-256 2024826 Pseudomonadati Planctomycetota PUB18616.1 PUB18616.1 7.47e-53 1286148 Pseudomonadati Pseudomonadota MBG6287041.1 MBG6287041.1 8.59e-181 46680 Pseudomonadati Pseudomonadota MBG6287041.1 WP_042650033.1 1.55e-31 642;648;651 Pseudomonadati Pseudomonadota MBG6287041.1 MCJ7630170.1 2.71e-05 2910168 Pseudomonadati Gemmatimonadota KAH9956814.1 KAH9956814.1 0.0 71967 Fungi Basidiomycota WP_030094039.1 WP_030094039.1 4.56e-107 1771;1774;319705;418031;670516;1460372 Bacillati Actinomycetota WP_030094039.1 WP_065073015.1 4.62e-67 1766 Bacillati Actinomycetota KAF1017786.1 KAF1017786.1 0.0 28095 Pseudomonadati Pseudomonadota KAF1017786.1 TMK27100.1 2.23e-63 2900548 Bacillati Actinomycetota NGZ99312.1 NGZ99312.1 1.72e-69 2039811 Pseudomonadati Nitrospirota MBL1816365.1 MBL1816365.1 9.11e-73 573 Pseudomonadati Pseudomonadota TMQ05501.1 TMQ05501.1 6.07e-41 2026735 Pseudomonadati Myxococcota TMQ05501.1 WP_070172067.1 1.85e-07 1386;1392;2026187;2875730 Bacillati Bacillota MBN8894000.1 MBN8894000.1 0.0 1883446;1895822 Pseudomonadati Pseudomonadota MBN8894000.1 WP_199673213.1 2.24e-05 1396 Bacillati Bacillota RRH78400.1 RRH78400.1 2.39e-86 2488730 Pseudomonadati Pseudomonadota WP_228824605.1 WP_228824605.1 5.62e-140 N/A N/A WP_228824605.1 MCH2678216.1 2.84e-12 1913988 Pseudomonadati Pseudomonadota ECU3870451.1 ECU3870451.1 0.0 28901;108619 Pseudomonadati Pseudomonadota ECU3870451.1 EFE8261313.1 1.52e-100 562 Pseudomonadati Pseudomonadota KAG0031507.1 KAG0031507.1 1.92e-110 979688 Fungi Mortierellomycota KAG0031507.1 TYG81953.1 3.05e-43 34276 Viridiplantae Streptophyta KAG0031507.1 ESR55765.1 1.56e-12 85681 Viridiplantae Streptophyta TMJ88229.1 TMJ88229.1 3.55e-90 1913988 Pseudomonadati Pseudomonadota WP_143169250.1 WP_143169250.1 7.16e-266 N/A N/A WP_143169250.1 AWW49543.1 9.78e-91 2527775 Pseudomonadati Pseudomonadota AEN92745.1 AEN92745.1 1.28e-115 336960 Orthornavirae Pisuviricota RSL41043.1 RSL41043.1 0.0 1325737 Fungi Ascomycota WP_235620461.1 WP_235620461.1 1.88e-11 N/A N/A AGV54449.1 AGV54449.1 0.0 3885 Viridiplantae Streptophyta AGV54449.1 KAJ2160981.1 2.96e-52 2663883 Fungi Kickxellomycota WP_124691753.1 WP_124691753.1 0.0 2488560;2626614 Pseudomonadati Pseudomonadota KPM41539.1 KPM41539.1 0.0 78410 Fungi Ascomycota KPM41539.1 XP_006359699.1 4.95e-10 4113 Viridiplantae Streptophyta KPM41539.1 XP_048796933.1 1.05e-05 64668 Metazoa Chordata MBX5327472.1 MBX5327472.1 3.04e-44 2735513 Thermoproteati Candidatus Bathyarchaeota QTD03487.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QTD03487.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WP_266535309.1 WP_266535309.1 2.34e-51 2975865 Bacillati Actinomycetota WP_010016619.1 WP_010016619.1 0.0 1229756;1607839;3016637 Bacillati Bacillota WP_010016619.1 MBO5098538.1 2.26e-28 2044939 Bacillati Bacillota WP_010016619.1 MBN2427654.1 1.08e-27 2026735 Pseudomonadati Myxococcota WP_010016619.1 MBP6400846.1 1.73e-23 1971605 Bacillati Bacillota WP_010016619.1 NNC58435.1 4.03e-23 1042 Pseudomonadati Pseudomonadota WP_010016619.1 MBP9771519.1 1.43e-19 2053589 Bacillati Minisyncoccota WP_010016619.1 MCC7304610.1 1.59e-17 1869227 0 0 WP_039789871.1 WP_039789871.1 1.96e-148 863372 Pseudomonadati Pseudomonadota MCP2519657.1 MCP2519657.1 1.59e-312 2950077;2950079;2950080;2950082;2950084;2950086 0 Candidatus Aminicenantota MCP2519657.1 MBR2609817.1 9.85e-119 885 Pseudomonadati Thermodesulfobacteriota MCP2519657.1 MCI5191941.1 4.37e-84 2202844 Pseudomonadati Thermodesulfobacteriota MBA3609961.1 MBA3609961.1 0.0 2036010 Bacillati Actinomycetota MBA3609961.1 OWZ34415.1 9.61e-78 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota MBA3609961.1 ELZ16407.1 3.99e-69 1227489 Methanobacteriati Methanobacteriota MBA3609961.1 MBQ6794463.1 4.71e-55 1969738 Pseudomonadati Bacteroidota MBA3609961.1 MCU1411638.1 6.96e-53 1950123 Bacillati Actinomycetota MBA3609961.1 MCF7895906.1 8.00e-46 2035772 Pseudomonadati Candidatus Omnitrophota MBA3609961.1 WP_160194147.1 2.00e-40 564 Pseudomonadati Pseudomonadota MBA3609961.1 WP_254819486.1 3.34e-40 2963091 Pseudomonadati Pseudomonadota MBA3609961.1 MCM2356329.1 2.57e-30 1872635 Pseudomonadati Pseudomonadota MBA3609961.1 NBT94281.1 2.39e-13 2026724 Bacillati Chloroflexota MCL7398932.1 MCL7398932.1 0.0 2978054 Thermoproteati Nitrososphaerota MCL7398932.1 MCE5280144.1 8.79e-55 2026779 Pseudomonadati Planctomycetota MCU0269282.1 MCU0269282.1 1.59e-253 2201156 Bacillati Actinomycetota WP_200543170.1 WP_200543170.1 0.0 2769338 Pseudomonadati Pseudomonadota WP_200543170.1 WP_230171322.1 1.06e-102 2845820 Pseudomonadati Pseudomonadota WP_200543170.1 CKF71070.1 1.29e-102 2026186 Bacillati Bacillota WP_200543170.1 WP_018646673.1 2.97e-85 990078 Pseudomonadati Pseudomonadota WP_200543170.1 MBF0143407.1 6.61e-73 2026759 Pseudomonadati Pseudomonadota WP_200543170.1 HCN71343.1 1.27e-24 3040095 0 0 WP_200543170.1 WP_145544593.1 4.76e-20 419257 Pseudomonadati Pseudomonadota WP_200543170.1 WP_242961281.1 2.27e-15 1520 Bacillati Bacillota WP_200543170.1 WP_248328072.1 1.72e-07 379097 Pseudomonadati Pseudomonadota MBF2036494.1 MBF2036494.1 1.01e-297 2747813 Bacillati Cyanobacteriota MBF2036494.1 NJK67049.1 2.29e-39 2720482 Bacillati Cyanobacteriota MBF2036494.1 KZT58963.1 5.76e-08 1353952 Fungi Basidiomycota XP_052337646.1 XP_052337646.1 0.0 8018 Metazoa Chordata XP_052337646.1 XP_051216225.1 3.72e-89 4522 Viridiplantae Streptophyta XP_052337646.1 NWH38694.1 1.18e-16 39621;667144 Metazoa Chordata WP_201700143.1 WP_201700143.1 2.94e-105 1081782 Pseudomonadati Pseudomonadota MBE35268.1 MBE35268.1 0.0 2006848 Pseudomonadati Verrucomicrobiota MYI74371.1 MYI74371.1 4.92e-69 1978231 Pseudomonadati Acidobacteriota WP_280941535.1 WP_280941535.1 2.36e-200 398257 Pseudomonadati Pseudomonadota KAJ0963891.1 KAJ0963891.1 0.0 325984 Viridiplantae Streptophyta KAJ0963891.1 XP_021741676.1 4.00e-46 63459 Viridiplantae Streptophyta WP_238068046.1 WP_238068046.1 2.54e-186 2790955 Pseudomonadati Pseudomonadota UDK40309.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UDK40309.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_271340374.1 WP_271340374.1 0.0 N/A N/A WP_271340374.1 WP_104456122.1 4.06e-16 1636607 Pseudomonadati Pseudomonadota WP_271340374.1 WP_269572442.1 8.41e-16 N/A N/A WP_271340374.1 WP_128786583.1 4.73e-15 2485123 Pseudomonadati Pseudomonadota WP_271340374.1 WP_025739406.1 1.35e-13 1510206 Pseudomonadati Pseudomonadota WP_271340374.1 WP_237962375.1 6.18e-10 28197 Pseudomonadati Campylobacterota WP_271340374.1 WP_156140069.1 1.32e-09 642 Pseudomonadati Pseudomonadota WP_271340374.1 MCI8311254.1 2.58e-09 1898203 Bacillati Bacillota WP_019045265.1 WP_019045265.1 2.75e-103 1824;1110697 Bacillati Actinomycetota ECX3143969.1 ECX3143969.1 1.71e-18 28901;149539 Pseudomonadati Pseudomonadota MSR47408.1 MSR47408.1 2.73e-46 2026780 Pseudomonadati Planctomycetota WP_247915795.1 WP_247915795.1 6.47e-254 1304 Bacillati Bacillota WP_247915795.1 WP_166960135.1 1.48e-44 1565536 Pseudomonadati Bacteroidota WP_118757260.1 WP_118757260.1 1.20e-218 2292203 Bacillati Bacillota NPA74709.1 NPA74709.1 6.17e-209 2026739 Methanobacteriati Methanobacteriota WP_083062905.1 WP_083062905.1 0.0 425468;1265311 Bacillati Actinomycetota WP_083062905.1 MBR0160695.1 2.36e-99 2485925 Bacillati Bacillota WP_083062905.1 WP_027951454.1 1.43e-54 52229 Pseudomonadati Bacteroidota WP_231768584.1 WP_231768584.1 2.91e-206 2899220 Pseudomonadati Pseudomonadota WP_231768584.1 WP_136027195.1 8.21e-41 244366 Pseudomonadati Pseudomonadota WP_254819486.1 WP_254819486.1 0.0 2963091 Pseudomonadati Pseudomonadota WP_254819486.1 MBA3609961.1 7.01e-42 2036010 Bacillati Actinomycetota WP_254819486.1 OWZ34415.1 4.28e-36 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota WP_254819486.1 WP_160194147.1 2.56e-31 564 Pseudomonadati Pseudomonadota WP_254819486.1 ELZ16407.1 5.19e-29 1227489 Methanobacteriati Methanobacteriota EFB3581025.1 EFB3581025.1 1.67e-172 562 Pseudomonadati Pseudomonadota EFB3581025.1 CAG0273471.1 2.65e-71 545 Pseudomonadati Pseudomonadota EFB3581025.1 WP_250376457.1 1.10e-31 562 Pseudomonadati Pseudomonadota WP_209834627.1 WP_209834627.1 0.0 106654 Pseudomonadati Pseudomonadota WP_116235933.1 WP_116235933.1 1.15e-218 680125 Pseudomonadati Pseudomonadota WP_103640433.1 WP_103640433.1 9.76e-84 199 Pseudomonadati Campylobacterota NOZ81161.1 NOZ81161.1 3.74e-197 2599936 Nanobdellati 0 NLL42224.1 NLL42224.1 4.45e-207 1879010 Bacillati Bacillota YP_010101702.1 YP_010101702.1 8.50e-70 2517927;2599846 Heunggongvirae Uroviricota XP_044655078.1 XP_044655078.1 1.34e-246 84275 Fungi Ascomycota MCS3353511.1 MCS3353511.1 3.00e-93 818 Pseudomonadati Bacteroidota MBQ1183295.1 MBQ1183295.1 1.08e-67 2044939 Bacillati Bacillota XP_040549882.1 XP_040549882.1 3.40e-188 9031 Metazoa Chordata WP_146661090.1 WP_146661090.1 9.28e-188 215803 Pseudomonadati Myxococcota RYO44776.1 RYO44776.1 0.0 156630 Fungi Ascomycota RYO44776.1 MBF8294570.1 5.27e-68 1898104 Pseudomonadati Bacteroidota RYO44776.1 MCL1888839.1 1.14e-30 2599938 Pseudomonadati Kiritimatiellota RYO44776.1 MBQ5493788.1 3.43e-13 59823 Pseudomonadati Bacteroidota NQY65348.1 NQY65348.1 2.79e-49 1916082 Pseudomonadati Pseudomonadota MBC8384723.1 MBC8384723.1 7.04e-256 2030808 Pseudomonadati Candidatus Cloacimonadota MBC8384723.1 MCM8792278.1 1.11e-89 2035772 Pseudomonadati Candidatus Omnitrophota MBC8384723.1 NNF43866.1 1.66e-71 2052180 Pseudomonadati Planctomycetota WP_233927803.1 WP_233927803.1 2.52e-217 676 Pseudomonadati Pseudomonadota EBR8320535.1 EBR8320535.1 0.0 108619 Pseudomonadati Pseudomonadota MCB1452120.1 MCB1452120.1 2.18e-32 1913961;2021378 Pseudomonadati Pseudomonadota MCK4540455.1 MCK4540455.1 5.16e-108 2762014 0 Candidatus Parcubacteria WP_002951147.1 WP_002951147.1 6.62e-177 1073569;1073570 Bacillati Bacillota WP_171832914.1 WP_171832914.1 7.69e-136 1484109;1909293 Pseudomonadati Pseudomonadota WP_171832914.1 WP_159220133.1 8.87e-59 573 Pseudomonadati Pseudomonadota RTG88278.1 RTG88278.1 3.55e-177 6184 Metazoa Platyhelminthes MCI9173074.1 MCI9173074.1 5.18e-300 2498093 Pseudomonadati Bacteroidota WP_232968558.1 WP_232968558.1 7.86e-224 N/A N/A WP_232968558.1 WP_247623927.1 7.92e-76 33882 Bacillati Actinomycetota WP_232968558.1 PAV09171.1 4.87e-56 2193 Methanobacteriati Methanobacteriota WP_255895909.1 WP_255895909.1 4.35e-291 2940935 Pseudomonadati Pseudomonadota WP_255895909.1 WP_035064005.1 7.12e-57 42252 Pseudomonadati Thermodesulfobacteriota WP_255895909.1 MBT6563471.1 3.93e-49 2268189 Pseudomonadati Planctomycetota HAS9516566.1 HAS9516566.1 1.87e-258 90371 Pseudomonadati Pseudomonadota KAI4297075.1 KAI4297075.1 0.0 167791 Viridiplantae Streptophyta BAW23943.1 BAW23943.1 1.71e-88 303 Pseudomonadati Pseudomonadota WP_182232449.1 WP_182232449.1 7.10e-182 2759824 Pseudomonadati Pseudomonadota MBT3329129.1 MBT3329129.1 2.98e-311 2024843 Thermoproteati Nitrososphaerota WP_112978543.1 WP_112978543.1 8.06e-68 358 Pseudomonadati Pseudomonadota WP_275397725.1 WP_275397725.1 7.51e-119 544 Pseudomonadati Pseudomonadota NVJ87065.1 NVJ87065.1 8.02e-89 1872435 Pseudomonadati Bacteroidota WP_271569319.1 WP_271569319.1 3.59e-291 1630837 Pseudomonadati Pseudomonadota EWT02607.1 EWT02607.1 5.80e-228 1386089 Bacillati Actinomycetota WP_001884703.1 WP_001884703.1 2.78e-233 662;666;593586;1481663 Pseudomonadati Pseudomonadota WP_231483373.1 WP_231483373.1 9.52e-217 2638842 Pseudomonadati Pseudomonadota KAH9316303.1 KAH9316303.1 2.74e-54 29808 Viridiplantae Streptophyta WP_226909596.1 WP_226909596.1 0.0 348442 Bacillati Actinomycetota WP_226909596.1 MBV9097303.1 1.99e-16 1909291;2654182 Bacillati Actinomycetota WP_281054160.1 WP_281054160.1 1.55e-183 136468 Pseudomonadati Pseudomonadota WP_281054160.1 WP_042650033.1 1.34e-33 642;648;651 Pseudomonadati Pseudomonadota WP_281054160.1 WP_087085326.1 5.30e-30 363952 Pseudomonadati Pseudomonadota WP_281054160.1 WP_060347438.1 1.72e-27 1503055 Pseudomonadati Pseudomonadota WP_281054160.1 WP_057651690.1 1.77e-23 1746199 Pseudomonadati Pseudomonadota WP_281054160.1 WP_014605789.1 8.30e-14 553;53335;1095774;1332074 Pseudomonadati Pseudomonadota QEP12732.1 QEP12732.1 6.88e-75 9606 Metazoa Chordata MBF8300261.1 MBF8300261.1 0.0 1978231 Pseudomonadati Acidobacteriota WP_088557458.1 WP_088557458.1 1.14e-216 1761794 Pseudomonadati Pseudomonadota OCN18427.1 OCN18427.1 1.22e-105 615 Pseudomonadati Pseudomonadota UQV46285.1 UQV46285.1 2.46e-278 29581 Pseudomonadati Pseudomonadota WP_223326327.1 WP_223326327.1 1.79e-99 1303 Bacillati Bacillota WP_274192231.1 WP_274192231.1 2.09e-180 663606 Bacillati Actinomycetota HCN8461219.1 HCN8461219.1 5.65e-63 562 Pseudomonadati Pseudomonadota HCN8461219.1 GLX88815.1 7.83e-38 296 Pseudomonadati Pseudomonadota HCN8461219.1 WP_210226425.1 2.16e-29 2823902 Pseudomonadati Pseudomonadota WP_217101611.1 WP_217101611.1 4.96e-230 87883 Pseudomonadati Pseudomonadota WP_217101611.1 WP_166725305.1 1.42e-197 2608331 Pseudomonadati Pseudomonadota WP_217101611.1 WP_213750918.1 1.15e-71 61645;354276 Pseudomonadati Pseudomonadota WP_217101611.1 HHH37178.1 2.62e-26 2026809 Pseudomonadati Campylobacterota WP_130477570.1 WP_130477570.1 9.26e-188 2510978 Bacillati Actinomycetota WP_130477570.1 WP_144002426.1 3.49e-78 68270 Bacillati Actinomycetota MBN2090897.1 MBN2090897.1 0.0 2172550 Pseudomonadati 0 AVJ74934.1 AVJ74934.1 4.12e-235 562 Pseudomonadati Pseudomonadota WP_103294927.1 WP_103294927.1 5.59e-159 29384 Bacillati Bacillota OGO01021.1 OGO01021.1 6.46e-294 1797628 Bacillati Chloroflexota OGO01021.1 WP_065517671.1 2.86e-51 1780 Bacillati Actinomycetota OGO01021.1 WP_065029373.1 1.68e-42 339268 Bacillati Actinomycetota OGO01021.1 WP_032373688.1 3.83e-29 1828;1831;85025;1356405;2900548 Bacillati Actinomycetota WP_100610557.1 WP_100610557.1 0.0 1699412 Pseudomonadati Bacteroidota WP_100610557.1 HAR3824072.1 6.50e-147 1280 Bacillati Bacillota WP_100610557.1 WP_099345046.1 7.94e-61 505249 Pseudomonadati Campylobacterota WP_100610557.1 WP_060004157.1 8.46e-55 28095 Pseudomonadati Pseudomonadota MCD4768021.1 MCD4768021.1 6.01e-35 2250255 Methanobacteriati Methanobacteriota WP_129895541.1 WP_129895541.1 0.0 1690;1694 Bacillati Actinomycetota XP_016211170.1 XP_016211170.1 0.0 253628 Fungi Ascomycota EIO3984852.1 EIO3984852.1 1.33e-99 672 Pseudomonadati Pseudomonadota CDL67554.1 CDL67554.1 1.31e-48 1440578 Viridiplantae Streptophyta HHY02707.1 HHY02707.1 5.27e-104 267 Pseudomonadati Pseudomonadota CAD6270987.1 CAD6270987.1 3.97e-203 422564 Viridiplantae Streptophyta CAD6270987.1 NQX99425.1 5.62e-54 2021391 Pseudomonadati Bacteroidota WP_160149429.1 WP_160149429.1 3.14e-149 2605694 Pseudomonadati Planctomycetota WP_257358148.1 WP_257358148.1 3.24e-128 2745510 Pseudomonadati Pseudomonadota WP_194266302.1 WP_194266302.1 8.54e-94 2570193 Pseudomonadati Pseudomonadota WP_058738289.1 WP_058738289.1 4.74e-311 230361 Methanobacteriati Methanobacteriota WP_058738289.1 WP_024039518.1 3.69e-51 1492;1403941 Bacillati Bacillota WP_058738289.1 WP_262452366.1 8.24e-25 2897337 Bacillati Actinomycetota WP_058738289.1 MXI78925.1 6.44e-24 562 Pseudomonadati Pseudomonadota WP_188948933.1 WP_188948933.1 7.37e-53 37930 Bacillati Actinomycetota WP_205188895.1 WP_205188895.1 0.0 2291674 Bacillati Bacillota WP_116691934.1 WP_116691934.1 9.59e-71 2702 Bacillati Actinomycetota WP_273597572.1 WP_273597572.1 7.74e-154 2987526 Pseudomonadati Pseudomonadota WP_198465579.1 WP_198465579.1 0.0 2795027 Pseudomonadati Bacteroidota KAI0008979.1 KAI0008979.1 1.57e-245 2614610 Fungi Ascomycota OIV35259.1 OIV35259.1 1.12e-146 1428644 Bacillati Actinomycetota EIQ2008784.1 EIQ2008784.1 3.99e-149 562 Pseudomonadati Pseudomonadota AST39768.1 AST39768.1 1.82e-73 3052230 Orthornavirae Kitrinoviricota AST39768.1 MOY95459.1 6.89e-51 3052230 Orthornavirae Kitrinoviricota AST39768.1 MOY61908.1 3.62e-44 3052230 Orthornavirae Kitrinoviricota AST39768.1 AMA13662.1 1.17e-41 3052230 Orthornavirae Kitrinoviricota MBP8846809.1 MBP8846809.1 0.0 1869337 Pseudomonadati Bacteroidota WP_054895058.1 WP_054895058.1 2.42e-64 286;303;2767450 Pseudomonadati Pseudomonadota CAH1250835.1 CAH1250835.1 0.0 7740 Metazoa Chordata CAH1250835.1 KAI5128402.1 6.34e-04 143292 Metazoa Chordata WP_200599363.1 WP_200599363.1 0.0 306;2968969 Pseudomonadati Pseudomonadota WP_200599363.1 HCI3868538.1 1.30e-145 287 Pseudomonadati Pseudomonadota WP_200599363.1 XP_047046442.1 7.86e-07 89674 Viridiplantae Streptophyta WP_200599363.1 CAG8726868.1 4.04e-06 144679 Fungi Glomeromycota KRM25387.1 KRM25387.1 1.53e-56 89059;1423716 Bacillati Bacillota WP_150146969.1 WP_150146969.1 1.40e-128 210 Pseudomonadati Campylobacterota XP_032275630.1 XP_032275630.1 8.90e-147 9720 Metazoa Chordata KDT27382.1 KDT27382.1 0.0 1444056 Pseudomonadati Pseudomonadota KDT27382.1 EFN5389376.1 0.0 562 Pseudomonadati Pseudomonadota KDT27382.1 HAN0352225.1 1.91e-241 562 Pseudomonadati Pseudomonadota KDT27382.1 EIH4263652.1 1.63e-156 562 Pseudomonadati Pseudomonadota KDT27382.1 EJW7579374.1 2.42e-135 562 Pseudomonadati Pseudomonadota KDT27382.1 EFL5817307.1 1.92e-110 562 Pseudomonadati Pseudomonadota KDT27382.1 EDD0587303.1 4.49e-21 90371 Pseudomonadati Pseudomonadota WP_064802002.1 WP_064802002.1 3.92e-301 190721 Pseudomonadati Pseudomonadota WP_064802002.1 MBW4662439.1 6.55e-56 904376 Bacillati Cyanobacteriota WP_064802002.1 WP_250015522.1 2.74e-42 2653189 Bacillati Cyanobacteriota WP_064802002.1 WP_270430070.1 8.38e-38 544645 Pseudomonadati Bacteroidota WP_064802002.1 PAW68992.1 2.94e-37 1982319 Pseudomonadati Verrucomicrobiota HCH8663031.1 HCH8663031.1 0.0 28901 Pseudomonadati Pseudomonadota HCH8663031.1 WP_220281278.1 4.95e-269 562 Pseudomonadati Pseudomonadota HCH8663031.1 HAL7851047.1 2.12e-219 562 Pseudomonadati Pseudomonadota HCH8663031.1 EJH9475741.1 1.01e-77 N/A N/A HCH8663031.1 WP_265822109.1 5.94e-33 46201 Pseudomonadati Deferribacterota HCH8663031.1 EFT8991253.1 2.56e-05 28901 Pseudomonadati Pseudomonadota MBL04873.1 MBL04873.1 0.0 2026780 Pseudomonadati Planctomycetota MBL04873.1 EDF5922784.1 2.21e-09 595 Pseudomonadati Pseudomonadota MBL04873.1 XP_050578957.1 1.70e-06 309941 Metazoa Arthropoda MBL04873.1 EJI8012843.1 5.17e-04 562 Pseudomonadati Pseudomonadota OGW26817.1 OGW26817.1 1.32e-96 1801697;1801700;2049046 Pseudomonadati Bacteroidota;Nitrospirota OGU26820.1 OGU26820.1 5.60e-178 1798418;1798425;1798427 Pseudomonadati Ignavibacteriota WP_094590349.1 WP_094590349.1 8.06e-80 2170428;2823743;2823744;2823745 Bacillati Cyanobacteriota NOR80888.1 NOR80888.1 1.42e-293 2020875 Pseudomonadati Pseudomonadota NOR80888.1 WP_177420403.1 7.08e-53 205975 Pseudomonadati Pseudomonadota MBB4616026.1 MBB4616026.1 8.62e-163 237611 Pseudomonadati Pseudomonadota XP_016252004.1 XP_016252004.1 8.82e-312 569365 Fungi Ascomycota WP_217297942.1 WP_217297942.1 2.94e-75 853 Bacillati Bacillota MBE1296527.1 MBE1296527.1 0.0 1904441 Pseudomonadati Pseudomonadota MCI7428666.1 MCI7428666.1 6.34e-39 66852 Methanobacteriati Methanobacteriota KAJ3308761.1 KAJ3308761.1 1.19e-287 2724207 Fungi Chytridiomycota KAJ3308761.1 WP_082565353.1 1.75e-22 1736471 Pseudomonadati Pseudomonadota WP_063055719.1 WP_063055719.1 0.0 53431 Bacillati Actinomycetota MCB0773217.1 MCB0773217.1 3.77e-135 2021391 Pseudomonadati Bacteroidota MCB0773217.1 MBN1882318.1 9.60e-16 2844909 0 0 MCB0773217.1 WP_028779961.1 3.40e-10 1380363 Pseudomonadati Pseudomonadota MBR6403893.1 MBR6403893.1 2.87e-295 142586 Bacillati Bacillota MBR6403893.1 MBO8233644.1 2.40e-09 2054182;2716489 Bacillati Cyanobacteriota MBR6403893.1 PSQ73325.1 3.00e-09 1919101 Pseudomonadati Bacteroidota MBR6403893.1 WP_274755179.1 4.34e-07 283 Pseudomonadati Pseudomonadota MBR6403893.1 KDF42894.1 8.35e-07 208224 Pseudomonadati Pseudomonadota MBR6403893.1 WP_283842967.1 9.16e-07 N/A N/A MBR6403893.1 MBN1819552.1 1.19e-06 2053594 Pseudomonadati Bacteroidota MBR6403893.1 WP_166106360.1 1.76e-04 2703883 Pseudomonadati Pseudomonadota DAC17040.1 DAC17040.1 0.0 2163009 Methanobacteriati Thermoplasmatota PMP70922.1 PMP70922.1 0.0 1495039;2060323 Thermotogati Thermotogota NDB23390.1 NDB23390.1 2.94e-142 2030806 Pseudomonadati Pseudomonadota MCL4849599.1 MCL4849599.1 8.84e-274 1978231 Pseudomonadati Acidobacteriota EIA4708990.1 EIA4708990.1 0.0 666 Pseudomonadati Pseudomonadota WP_130858156.1 WP_130858156.1 9.05e-241 376469;2592345 Pseudomonadati Bacteroidota KAI3849778.1 KAI3849778.1 0.0 357466 Viridiplantae Streptophyta KAI3849778.1 XP_021765438.1 2.29e-45 63459 Viridiplantae Streptophyta KAI3849778.1 XP_019180948.1 8.39e-43 35883 Viridiplantae Streptophyta KAI3849778.1 XP_025814622.1 3.69e-39 206008 Viridiplantae Streptophyta KAI3849778.1 KAG2309455.1 1.18e-34 52824 Viridiplantae Streptophyta KAI3849778.1 XP_044484513.1 6.46e-33 29780 Viridiplantae Streptophyta KAI3849778.1 XP_046441060.1 6.00e-15 6669 Metazoa Arthropoda KAI3849778.1 XP_020321477.1 3.48e-13 8019 Metazoa Chordata KAI3849778.1 KAJ7903702.1 4.71e-06 230810 Fungi Basidiomycota HIS27960.1 HIS27960.1 1.11e-217 2840685 Bacillati Bacillota HIS27960.1 WP_111083956.1 4.02e-65 2;179015;2739016;2783818;2783819 0;Bacillati 0;Actinomycetota HIS27960.1 WP_062263491.1 5.27e-56 1633495 Pseudomonadati Pseudomonadota WP_202165152.1 WP_202165152.1 1.39e-240 210 Pseudomonadati Campylobacterota WP_281675368.1 WP_281675368.1 0.0 1110546 Bacillati Bacillota WP_281675368.1 WP_086353716.1 6.32e-45 1970738 Pseudomonadati Pseudomonadota WP_281675368.1 MBI0103662.1 3.07e-11 2750990 Pseudomonadati Pseudomonadota WP_281675368.1 MBU2478158.1 9.15e-05 1913989 Pseudomonadati Pseudomonadota MBR4451941.1 MBR4451941.1 3.66e-187 2044939 Bacillati Bacillota MBR4451941.1 MCR4818155.1 6.90e-59 2699746 Thermotogati Synergistota MBS6326441.1 MBS6326441.1 8.17e-220 1926307 Bacillati Bacillota KAB2647529.1 KAB2647529.1 4.89e-217 2026799 Pseudomonadati Verrucomicrobiota KAB2647529.1 KAB2860347.1 5.93e-28 2052143 Bacillati Chloroflexota MYS73268.1 MYS73268.1 2.18e-190 2690314 Bacillati Actinomycetota MYS73268.1 WP_062917436.1 1.02e-32 75105 Pseudomonadati Pseudomonadota MYS73268.1 WP_077093245.1 6.19e-07 339268 Bacillati Actinomycetota WP_051789242.1 WP_051789242.1 2.24e-246 570277;1027273 Pseudomonadati Pseudomonadota WP_051789242.1 WP_130237435.1 1.49e-30 2478969;2478976;2608889 Pseudomonadati Pseudomonadota XP_039509588.1 XP_039509588.1 3.57e-246 90988 Metazoa Chordata WP_039337636.1 WP_039337636.1 2.37e-173 48936 Pseudomonadati Pseudomonadota XP_042622198.1 XP_042622198.1 0.0 7962 Metazoa Chordata XP_042622198.1 NXJ84327.1 6.96e-51 56311 Metazoa Chordata XP_042622198.1 KAG5815829.1 7.15e-50 221167 Fungi Ascomycota XP_042622198.1 XP_039923984.1 2.62e-48 43150 Metazoa Chordata XP_042622198.1 XP_026100634.1 3.59e-27 7957;101364 Metazoa Chordata XP_042622198.1 XP_025814622.1 1.07e-06 206008 Viridiplantae Streptophyta XP_042622198.1 XP_021765438.1 4.28e-04 63459 Viridiplantae Streptophyta WP_248721304.1 WP_248721304.1 3.30e-214 2935858 Pseudomonadati Pseudomonadota WP_248721304.1 WP_200986363.1 4.60e-18 36746 Pseudomonadati Pseudomonadota WP_248721304.1 WP_012339795.1 1.45e-09 87882;95486;406425 Pseudomonadati Pseudomonadota KAF6360286.1 KAF6360286.1 0.0 N/A N/A WP_226865765.1 WP_226865765.1 0.0 592978;2883183 0;Bacillati 0;Bacillota WP_226865765.1 PIY74148.1 6.47e-76 1974800 0 Candidatus Portnoyibacteriota WP_226865765.1 MBL6756473.1 2.54e-69 2026780 Pseudomonadati Planctomycetota WP_226865765.1 KXK41164.1 9.24e-44 1617422 Pseudomonadati Bacteroidota WP_226865765.1 MBO6554759.1 1.11e-31 1913961;1915402 Pseudomonadati Pseudomonadota WP_226865765.1 WP_281498184.1 1.13e-05 N/A N/A WP_099061260.1 WP_099061260.1 3.20e-63 1571470 Pseudomonadati Pseudomonadota HCI94645.1 HCI94645.1 4.90e-315 142586 Bacillati Bacillota HCI94645.1 PFQ70995.1 1.99e-54 1428 Bacillati Bacillota WP_279374958.1 WP_279374958.1 0.0 3039153 Pseudomonadati Pseudomonadota CAA9391925.1 CAA9391925.1 4.46e-12 904978 Bacillati Actinomycetota MCJ7733050.1 MCJ7733050.1 9.43e-167 2073117 Bacillati Chloroflexota WP_244450453.1 WP_244450453.1 0.0 223390 Pseudomonadati Pseudomonadota WP_176366948.1 WP_176366948.1 1.26e-227 2782701 Pseudomonadati Pseudomonadota WP_194430615.1 WP_194430615.1 1.29e-80 122277;1150613 Pseudomonadati Pseudomonadota KAG7164393.1 KAG7164393.1 1.91e-42 6706 Metazoa Arthropoda WP_058935081.1 WP_058935081.1 1.44e-98 76731 Pseudomonadati Pseudomonadota WP_058935081.1 WP_051963813.1 5.01e-15 392413 Thermotogati Deinococcota WP_278428737.1 WP_278428737.1 7.77e-307 911092 Bacillati Bacillota RZC11235.1 RZC11235.1 1.50e-198 3848 Viridiplantae Streptophyta RZC11235.1 XP_017428875.1 4.16e-14 3914;157739 Viridiplantae Streptophyta WP_074737802.1 WP_074737802.1 1.84e-291 985054 Pseudomonadati Pseudomonadota KAF3069499.1 KAF3069499.1 0.0 1567552 Fungi Ascomycota PBK65192.1 PBK65192.1 5.44e-170 1076256 Fungi Basidiomycota WP_017908092.1 WP_017908092.1 9.49e-216 1591174 Pseudomonadati Pseudomonadota WP_208504450.1 WP_208504450.1 0.0 2820289 Bacillati Actinomycetota WP_208504450.1 MCE1252202.1 3.82e-163 2052143 Bacillati Chloroflexota WP_029542314.1 WP_029542314.1 4.35e-218 191292 Bacillati Actinomycetota WP_029542314.1 WP_265399898.1 2.99e-29 1897060 Bacillati Actinomycetota WP_029542314.1 WP_091540071.1 1.76e-14 1550230 Bacillati Actinomycetota GLB35420.1 GLB35420.1 9.88e-80 47721 Fungi Basidiomycota EFC67761.1 EFC67761.1 4.63e-34 575615 Pseudomonadati Bacteroidota XP_040250218.1 XP_040250218.1 0.0 N/A N/A XP_040250218.1 XP_019180948.1 4.17e-54 35883 Viridiplantae Streptophyta XP_040250218.1 RLN36134.1 8.49e-39 4540 Viridiplantae Streptophyta XP_040250218.1 XP_021765438.1 1.50e-38 63459 Viridiplantae Streptophyta XP_040250218.1 XP_025814622.1 1.29e-35 206008 Viridiplantae Streptophyta XP_040250218.1 KAG2309455.1 2.45e-31 52824 Viridiplantae Streptophyta XP_040250218.1 XP_044484513.1 1.56e-30 29780 Viridiplantae Streptophyta XP_040250218.1 XP_048540820.1 1.02e-19 4572 Viridiplantae Streptophyta XP_040250218.1 RIB10989.1 1.56e-11 44941 Fungi Glomeromycota XP_040250218.1 KAG1799066.1 2.23e-08 48592 Fungi Basidiomycota XP_047249348.1 XP_047249348.1 2.18e-259 4072 Viridiplantae Streptophyta MYT98825.1 MYT98825.1 2.12e-155 1115568;2690337 Bacillati Actinomycetota HAN73743.1 HAN73743.1 4.53e-271 2055759 Bacillati Cyanobacteriota WP_015615815.1 WP_015615815.1 0.0 1501;86416 Bacillati Bacillota WP_015615815.1 WP_015919400.1 2.33e-188 2337;309803;1288483 Thermotogati Thermotogota WP_015615815.1 MCJ7548546.1 4.01e-172 2052143 Bacillati Chloroflexota WP_015615815.1 MBL8638832.1 7.44e-161 1913988 Pseudomonadati Pseudomonadota WP_015615815.1 KAI5122644.1 4.28e-82 135589 Fungi Basidiomycota WP_015615815.1 KZV11597.1 1.24e-42 4932 Fungi Ascomycota MBP6785762.1 MBP6785762.1 1.13e-31 2026801 Pseudomonadati Verrucomicrobiota UVD42744.1 UVD42744.1 1.64e-83 2972387 Heunggongvirae Uroviricota KAH3699581.1 KAH3699581.1 8.93e-72 45954 Metazoa Mollusca HEU25100.1 HEU25100.1 0.0 1495039 Thermotogati Thermotogota APT84512.1 APT84512.1 0.0 1431546 Bacillati Actinomycetota APT84512.1 WP_257007586.1 1.32e-58 1352 Bacillati Bacillota TXB56523.1 TXB56523.1 6.74e-51 1564516 Pseudomonadati Bacteroidota WP_112449552.1 WP_112449552.1 0.0 2099583;2099584;2593676 Bacillati Actinomycetota WP_112449552.1 WP_050274510.1 3.13e-91 1313 Bacillati Bacillota WP_112449552.1 WP_241420500.1 4.63e-81 338645 Bacillati Bacillota WP_112449552.1 PTQ72351.1 5.16e-77 2135754 Pseudomonadati Pseudomonadota XP_044710778.1 XP_044710778.1 1.01e-263 36050 Fungi Ascomycota WP_038615177.1 WP_038615177.1 8.78e-102 286;237609 Pseudomonadati Pseudomonadota KAF9248384.1 KAF9248384.1 8.02e-170 1328756 Fungi Basidiomycota EDQ8633181.1 EDQ8633181.1 8.13e-62 28901 Pseudomonadati Pseudomonadota NDE73311.1 NDE73311.1 8.45e-177 1891241 Pseudomonadati Pseudomonadota THW78755.1 THW78755.1 0.0 5580 Fungi Ascomycota THW78755.1 RLN50561.1 3.05e-50 325452 0 Oomycota THW78755.1 WP_192500494.1 1.47e-27 1897058 Pseudomonadati Bacteroidota THW78755.1 WP_152652784.1 3.09e-24 2023717 Pseudomonadati Pseudomonadota THW78755.1 NLW39422.1 6.83e-24 2049431 Bacillati Bacillota THW78755.1 WP_281543397.1 3.42e-23 544645 Pseudomonadati Bacteroidota THW78755.1 EHR6291555.1 6.63e-19 28901 Pseudomonadati Pseudomonadota THW78755.1 MWR41881.1 3.02e-17 562 Pseudomonadati Pseudomonadota THW78755.1 WP_008056683.1 9.82e-16 2596745;2759955 Bacillati Cyanobacteriota THW78755.1 GBD21053.1 2.62e-13 2035423 0 0 THW78755.1 WP_088153117.1 3.76e-10 171674 Pseudomonadati Pseudomonadota THW78755.1 NNE23115.1 3.27e-09 1909294 Pseudomonadati Pseudomonadota THW78755.1 WP_105160947.1 2.45e-06 N/A N/A MAD76787.1 MAD76787.1 2.73e-319 1869214 Pseudomonadati Pseudomonadota MCI6853747.1 MCI6853747.1 0.0 1879010 Bacillati Bacillota MCI6853747.1 WP_172281536.1 5.44e-93 2715754 Pseudomonadati Bacteroidota MCI6853747.1 WP_256342227.1 1.83e-79 N/A N/A WP_280443824.1 WP_280443824.1 4.79e-195 37326 Bacillati Actinomycetota WP_280443824.1 XP_039322713.1 1.24e-42 27679 Metazoa Chordata WP_280443824.1 WP_063302373.1 7.67e-07 1735583 Pseudomonadati Pseudomonadota CEP26668.1 CEP26668.1 1.31e-137 66712 Bacillati Actinomycetota OTN76164.1 OTN76164.1 3.93e-296 1834191 Bacillati Bacillota OTN76164.1 WP_135287436.1 3.95e-127 2293832 Pseudomonadati Pseudomonadota WP_035431971.1 WP_035431971.1 8.55e-65 1287474;1872650;2767353 Bacillati Actinomycetota WP_109835637.1 WP_109835637.1 1.53e-223 1247513 Pseudomonadati Pseudomonadota MBR3487460.1 MBR3487460.1 1.63e-285 2044939 Bacillati Bacillota MBR3487460.1 WP_097830045.1 1.66e-52 1396;86661 Bacillati Bacillota MBR3487460.1 MBR4371193.1 1.76e-30 2212475 Pseudomonadati Lentisphaerota MBR3487460.1 WP_256939523.1 4.44e-26 N/A N/A WP_023322253.1 WP_023322253.1 5.07e-111 570;573;244366;2267618 Pseudomonadati Pseudomonadota WP_023322253.1 MCP5208043.1 3.35e-44 2048971 Pseudomonadati Pseudomonadota WP_023322253.1 WP_096765790.1 2.47e-32 1196083 Pseudomonadati Pseudomonadota MBP7829117.1 MBP7829117.1 0.0 2212473 Pseudomonadati Kiritimatiellota MBP7829117.1 GIW70618.1 5.50e-47 2026780 Pseudomonadati Planctomycetota MBP7829117.1 WP_281919021.1 7.07e-35 2984338 Bacillati Actinomycetota MBP7829117.1 XP_043377824.1 8.99e-19 8469 Metazoa Chordata MBP7829117.1 XP_044484513.1 2.18e-09 29780 Viridiplantae Streptophyta MBP7829117.1 XP_033679940.1 2.05e-07 390896 Fungi Ascomycota NXJ84327.1 NXJ84327.1 0.0 56311 Metazoa Chordata NXJ84327.1 XP_039923984.1 0.0 43150 Metazoa Chordata NXJ84327.1 XP_042622198.1 6.81e-53 7962 Metazoa Chordata NXJ84327.1 KAG5815829.1 7.86e-42 221167 Fungi Ascomycota NXJ84327.1 XP_026100634.1 2.67e-25 7957;101364 Metazoa Chordata NXJ84327.1 XP_051566275.1 2.13e-15 70543 Metazoa Chordata NXJ84327.1 KAI9912466.1 5.35e-14 230839 0 Oomycota NXJ84327.1 XP_011889539.1 8.63e-10 9531 Metazoa Chordata NXJ84327.1 GIW70618.1 1.66e-06 2026780 Pseudomonadati Planctomycetota WP_025599976.1 WP_025599976.1 2.19e-316 944435 Pseudomonadati Pseudomonadota WP_025599976.1 GLV83862.1 1.18e-20 58340 Bacillati Actinomycetota WP_025599976.1 WP_205996060.1 2.74e-04 2703892 Pseudomonadati Pseudomonadota MBC8378821.1 MBC8378821.1 0.0 2026780 Pseudomonadati Planctomycetota WP_235908972.1 WP_235908972.1 1.91e-97 2605748 Pseudomonadati Planctomycetota WP_240083300.1 WP_240083300.1 2.84e-57 191373;947009;1811694;1811696 Bacillati Bacillota AHH30646.1 AHH30646.1 2.40e-117 1452501 Metazoa Arthropoda AHH30646.1 AVM35379.1 1.25e-85 1770638 Metazoa Arthropoda AHH30646.1 AMA90994.1 2.87e-85 1474269;2542237 Metazoa Arthropoda AHH30646.1 QUA05739.1 3.34e-85 988006 Metazoa Arthropoda AHH30646.1 ADW49125.1 1.31e-84 1417353 Metazoa Arthropoda AHH30646.1 AFA24308.1 1.92e-84 1097956 Metazoa Arthropoda AHH30646.1 AFA09475.1 2.16e-84 705192 Metazoa Arthropoda AHH30646.1 AWS34156.1 2.42e-84 408114 Metazoa Arthropoda AHH30646.1 AOR13807.1 2.82e-83 1881782 Metazoa Arthropoda AHH30646.1 ABQ63546.1 6.35e-82 166263 Metazoa Chordata AHH30646.1 QUQ06080.1 9.32e-82 1719401 Metazoa Mollusca AHH30646.1 ADJ35581.1 1.37e-81 876003 Metazoa Annelida AHH30646.1 AAX94106.1 1.24e-80 324009 Metazoa Arthropoda AHH30646.1 AKT58828.1 6.59e-79 1687857 Metazoa Arthropoda AHH30646.1 UZF38514.1 9.47e-79 2976471 Metazoa Arthropoda AHH30646.1 AOQ89457.1 1.02e-78 1881751 Metazoa Arthropoda AHH30646.1 AXZ65741.1 4.28e-78 2242446 Metazoa Arthropoda AHH30646.1 AKA56406.1 9.48e-77 1622492;1669417;1881785;2088599 Metazoa Arthropoda AHH30646.1 ACE88666.1 2.50e-51 13139 Metazoa Arthropoda AHH30646.1 APC24336.1 5.71e-32 597926 Metazoa Arthropoda KAI9888532.1 KAI9888532.1 0.0 2939405 Fungi Ascomycota KAF5898047.1 KAF5898047.1 7.42e-74 1594786 Metazoa Chordata WP_048168883.1 WP_048168883.1 0.0 1483600 Methanobacteriati Methanobacteriota ARS39112.1 ARS39112.1 6.04e-49 1986952 Pseudomonadati Bacteroidota MCK9405607.1 MCK9405607.1 7.15e-191 90426 Methanobacteriati Methanobacteriota NP_001169133.1 NP_001169133.1 9.76e-81 4577 Viridiplantae Streptophyta RWQ68821.1 RWQ68821.1 2.46e-48 1871066 Pseudomonadati Pseudomonadota RVE76210.1 RVE76210.1 0.0 123683 Metazoa Chordata RVE76210.1 NXE30976.1 4.13e-57 89386 Metazoa Chordata WP_215615491.1 WP_215615491.1 4.32e-174 2840469 Pseudomonadati Pseudomonadota WP_215615491.1 WP_128788759.1 5.17e-61 1883 Bacillati Actinomycetota WP_215615491.1 OGO39675.1 8.84e-61 1797650 Bacillati Chloroflexota NVM03966.1 NVM03966.1 7.95e-232 2719382 Promethearchaeati Candidatus Helarchaeota NVM03966.1 NLW39422.1 9.22e-59 2049431 Bacillati Bacillota NVM03966.1 EHR6291555.1 8.94e-36 28901 Pseudomonadati Pseudomonadota NVM03966.1 WP_152652784.1 5.12e-34 2023717 Pseudomonadati Pseudomonadota NVM03966.1 WP_084371009.1 9.35e-34 692418 Pseudomonadati Bacteroidota NVM03966.1 WP_132175930.1 1.21e-31 190195 Bacillati Actinomycetota NVM03966.1 RLN50561.1 2.28e-26 325452 0 Oomycota NVM03966.1 MSO30570.1 8.25e-23 1978231 Pseudomonadati Acidobacteriota NVM03966.1 MBP1876254.1 8.85e-23 106592 Pseudomonadati Pseudomonadota NVM03966.1 WP_221265680.1 6.39e-20 N/A N/A NVM03966.1 WP_071876418.1 5.11e-19 332949 Bacillati Bacillota NVM03966.1 WAY96880.1 8.70e-18 615 Pseudomonadati Pseudomonadota NVM03966.1 MBQ3864274.1 7.97e-17 2044939 Bacillati Bacillota NVM03966.1 KAJ2660037.1 4.09e-14 2789312 Fungi Kickxellomycota NVM03966.1 NNE23115.1 5.63e-14 1909294 Pseudomonadati Pseudomonadota NVM03966.1 WP_142931103.1 4.95e-11 2202200 Pseudomonadati Campylobacterota NVM03966.1 WP_088153117.1 2.30e-10 171674 Pseudomonadati Pseudomonadota NVM03966.1 WP_150396769.1 1.66e-08 305 Pseudomonadati Pseudomonadota NVM03966.1 WP_089246429.1 1.59e-06 398843 Bacillati Actinomycetota NVM03966.1 WP_041481207.1 2.08e-05 1719;1161911 Bacillati Actinomycetota MCK9363077.1 MCK9363077.1 1.89e-305 2928017 Pseudomonadati Thermodesulfobacteriota WP_230898856.1 WP_230898856.1 2.33e-127 1883;1854574;2930259 Bacillati Actinomycetota EFG6535742.1 EFG6535742.1 0.0 562 Pseudomonadati Pseudomonadota WP_236525681.1 WP_236525681.1 0.0 562 Pseudomonadati Pseudomonadota WP_236525681.1 WP_046625651.1 3.48e-57 399;323656;1525371 Pseudomonadati Pseudomonadota WP_236525681.1 MCU1518283.1 4.31e-56 1934409 Bacillati Actinomycetota WP_039386062.1 WP_039386062.1 6.85e-50 1478174 Pseudomonadati Chlamydiota UCF78466.1 UCF78466.1 5.12e-274 2212470 0 Candidatus Eiseniibacteriota UCF78466.1 WP_145937814.1 1.56e-113 941986 Bacillati Actinomycetota UCF78466.1 WP_019585553.1 4.41e-109 309886 Thermotogati Deinococcota UCF78466.1 WP_275495439.1 1.40e-77 2593676;3028709 Bacillati Actinomycetota UCF78466.1 WP_158057697.1 3.53e-68 2650975 Methanobacteriati Methanobacteriota UCF78466.1 MCH8312862.1 3.49e-57 2026769 Pseudomonadati Nitrospinota UCF78466.1 MBL6847974.1 1.30e-52 1913988 Pseudomonadati Pseudomonadota MCL5970005.1 MCL5970005.1 1.96e-236 2052139 0 0 WP_139484744.1 WP_139484744.1 1.40e-79 2511166 Pseudomonadati Pseudomonadota WP_139484744.1 WP_143435921.1 3.02e-07 1985169 Pseudomonadati Pseudomonadota WP_007853416.1 WP_007853416.1 0.0 1144317 Pseudomonadati Pseudomonadota WP_007853416.1 GIR09622.1 9.61e-104 1913988 Pseudomonadati Pseudomonadota WP_007853416.1 NCV89943.1 4.66e-85 1891241 Pseudomonadati Pseudomonadota MCI6704618.1 MCI6704618.1 1.02e-110 2049044 Bacillati Bacillota WP_119938117.1 WP_119938117.1 2.33e-211 2494702 Pseudomonadati Pseudomonadota WP_119938117.1 WP_101936735.1 1.38e-12 381 Pseudomonadati Pseudomonadota WP_229408570.1 WP_229408570.1 6.36e-240 1598 Bacillati Bacillota MCI6995250.1 MCI6995250.1 1.39e-239 142586 Bacillati Bacillota KAH9162276.1 KAH9162276.1 1.79e-91 111137 Fungi Basidiomycota THY09373.1 THY09373.1 3.07e-164 5580 Fungi Ascomycota MBA4060735.1 MBA4060735.1 5.40e-20 2068623 Pseudomonadati Pseudomonadota WP_035847413.1 WP_035847413.1 1.49e-186 58347 Bacillati Actinomycetota MCQ2473581.1 MCQ2473581.1 1.02e-216 2775029 Bacillati Bacillota MBN4382193.1 MBN4382193.1 8.82e-21 9606 Metazoa Chordata WP_029789810.1 WP_029789810.1 0.0 669 Pseudomonadati Pseudomonadota WP_029789810.1 MBP6786080.1 0.0 2664178 Bacillati Chloroflexota WP_029789810.1 KAF6257731.1 1.07e-259 2650976 Viridiplantae Chlorophyta WP_029789810.1 WP_136095406.1 8.68e-194 1314 Bacillati Bacillota WP_029789810.1 MBL8103469.1 2.16e-141 2073117 Bacillati Chloroflexota WP_029789810.1 KAI7727618.1 1.43e-83 4212 Viridiplantae Streptophyta WP_029789810.1 KPK79043.1 4.53e-62 1703359 Pseudomonadati Gemmatimonadota WP_029789810.1 MCH2804017.1 7.06e-26 1639 Bacillati Bacillota MCI9436439.1 MCI9436439.1 3.32e-89 1898203 Bacillati Bacillota WP_237106527.1 WP_237106527.1 2.48e-234 2570319 Bacillati Actinomycetota WP_235029016.1 WP_235029016.1 6.90e-88 2104 Bacillati Mycoplasmatota WP_115946316.1 WP_115946316.1 0.0 301 Pseudomonadati Pseudomonadota WP_115946316.1 WP_175076961.1 1.13e-115 1386;1664069 Bacillati Bacillota WP_115946316.1 WP_113620603.1 4.37e-103 853 Bacillati Bacillota KLR59865.1 KLR59865.1 5.26e-202 1641811 Bacillati Actinomycetota KLR59865.1 WP_054435236.1 1.06e-60 1684385 Pseudomonadati Pseudomonadota KLR59865.1 WP_145643501.1 7.86e-51 528178 Pseudomonadati Pseudomonadota WP_227550239.1 WP_227550239.1 0.0 28453;1862316;2940619 Pseudomonadati Bacteroidota WP_227550239.1 WP_162428520.1 9.15e-13 2694930 Pseudomonadati Bacteroidota ABO71806.1 ABO71806.1 6.46e-80 8030 Metazoa Chordata RXW21184.1 RXW21184.1 1.68e-147 2316362 Fungi Basidiomycota NMC86773.1 NMC86773.1 6.80e-160 2024896 Bacillati Chloroflexota KAI5749163.1 KAI5749163.1 1.00e-206 121845 Metazoa Arthropoda RLF82422.1 RLF82422.1 2.05e-214 2250254 Methanobacteriati Methanobacteriota WP_277309438.1 WP_277309438.1 1.10e-92 3031114 Bacillati Actinomycetota WP_107891604.1 WP_107891604.1 1.25e-89 365340 Pseudomonadati Pseudomonadota MCG62561.1 MCG62561.1 2.34e-11 9606 Metazoa Chordata EFO2078189.1 EFO2078189.1 3.38e-168 2234099 Pseudomonadati Pseudomonadota WP_159583277.1 WP_159583277.1 1.54e-184 254785 Bacillati Bacillota WP_107324026.1 WP_107324026.1 1.88e-35 33049;1185920;2053554 0;Pseudomonadati Pseudomonadota;Candidatus Falkowiibacteriota WP_169571417.1 WP_169571417.1 1.46e-215 2728834 Pseudomonadati Pseudomonadota WP_181198956.1 WP_181198956.1 0.0 564 Pseudomonadati Pseudomonadota WP_095317440.1 WP_095317440.1 1.23e-283 79880 Bacillati Bacillota MBF66593.1 MBF66593.1 0.0 1913989 Pseudomonadati Pseudomonadota TLY59051.1 TLY59051.1 3.34e-77 1913989 Pseudomonadati Pseudomonadota TLY59051.1 WP_025591525.1 6.89e-15 358;1183429 Pseudomonadati Pseudomonadota CCZ42971.1 CCZ42971.1 3.42e-25 1262773 Bacillati Bacillota MBF2983383.1 MBF2983383.1 1.04e-172 287 Pseudomonadati Pseudomonadota AEF32461.1 AEF32461.1 3.01e-197 121479 Viridiplantae Streptophyta HCC04630.1 HCC04630.1 9.47e-145 1898207 Bacillati Bacillota QTZ27226.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota QTZ27226.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota KAI9164099.1 KAI9164099.1 0.0 1859967 Fungi Ascomycota XP_042112981.1 XP_042112981.1 2.20e-249 9940 Metazoa Chordata WP_007577863.1 WP_007577863.1 0.0 1097667 Bacillati Actinomycetota WP_007577863.1 WP_014213241.1 7.41e-129 36814;710685 Bacillati Actinomycetota WP_007577863.1 WP_057859275.1 4.23e-52 722472 Pseudomonadati Pseudomonadota WP_056082173.1 WP_056082173.1 0.0 1736361 Pseudomonadati Bacteroidota WP_056082173.1 WP_220778039.1 6.12e-185 365590 Pseudomonadati Pseudomonadota MBA2687082.1 MBA2687082.1 1.58e-247 2026741 Pseudomonadati Gemmatimonadota MBA2687082.1 HBX8004802.1 6.48e-13 573 Pseudomonadati Pseudomonadota MBA2687082.1 WP_115748516.1 8.90e-06 1229152 Bacillati Bacillota EGQ7676658.1 EGQ7676658.1 3.75e-179 670 Pseudomonadati Pseudomonadota KAG1662457.1 KAG1662457.1 9.99e-110 1653778 Viridiplantae Chlorophyta UAW00545.1 UAW00545.1 3.08e-276 442302 Orthornavirae Pisuviricota PYP50915.1 PYP50915.1 5.10e-121 2026742 Pseudomonadati Gemmatimonadota YP_009351723.1 YP_009351723.1 0.0 377994 Metazoa Arthropoda YP_009351723.1 GIR47037.1 6.83e-56 1913988 Pseudomonadati Pseudomonadota YP_009351723.1 WP_251758029.1 6.45e-50 2942999 Pseudomonadati Bacteroidota YP_009351723.1 UDH58358.1 1.69e-45 4424 Viridiplantae Streptophyta YP_009351723.1 MBK3574312.1 1.00e-39 1488395 Bacillati Actinomycetota KAJ6471610.1 KAJ6471610.1 9.00e-264 1033281 Fungi Basidiomycota CAH8478102.1 CAH8478102.1 5.70e-127 6188 Metazoa Platyhelminthes MCA3441055.1 MCA3441055.1 0.0 1062 Pseudomonadati Pseudomonadota NYF16576.1 NYF16576.1 6.03e-257 2723068 Bacillati Actinomycetota XP_046290611.1 XP_046290611.1 3.30e-211 9995 Metazoa Chordata WP_052403276.1 WP_052403276.1 9.17e-108 1034943 Pseudomonadati Pseudomonadota QFE31818.1 QFE31818.1 0.0 907714 Metazoa Chordata KAI7728447.1 KAI7728447.1 5.94e-38 4212 Viridiplantae Streptophyta MCC2111968.1 MCC2111968.1 1.06e-286 1909294 Pseudomonadati Pseudomonadota MCC2111968.1 WP_150277740.1 6.26e-106 1323744 Pseudomonadati Pseudomonadota KAJ7029618.1 KAJ7029618.1 1.04e-141 1745969 Fungi Basidiomycota NLM06991.1 NLM06991.1 0.0 2049431 Bacillati Bacillota WP_148259014.1 WP_148259014.1 7.03e-81 34094;2047757 Pseudomonadati Chlamydiota WP_148259014.1 MBR4471080.1 1.55e-28 2049044 Bacillati Bacillota WP_148259014.1 TDM00308.1 1.61e-22 1871037 Pseudomonadati Bacteroidota WP_223329113.1 WP_223329113.1 2.49e-149 1303 Bacillati Bacillota WP_223329113.1 OGR49074.1 4.35e-66 1797921;1797930;1797938;2030800 Pseudomonadati Elusimicrobiota MBW2495039.1 MBW2495039.1 2.02e-128 2026735 Pseudomonadati Myxococcota WP_091423297.1 WP_091423297.1 0.0 1798225 Pseudomonadati Bacteroidota WP_091423297.1 WP_196051328.1 1.84e-32 1492 Bacillati Bacillota WP_091423297.1 WP_098642363.1 1.42e-23 1890302 Bacillati Bacillota CUP44403.1 CUP44403.1 7.84e-64 371601 Pseudomonadati Bacteroidota RLD52647.1 RLD52647.1 4.34e-113 1898104 Pseudomonadati Bacteroidota ANN23072.1 ANN23072.1 2.77e-121 77133 0 0 GKU14775.1 GKU14775.1 1.29e-121 179993 Fungi Ascomycota MBQ3380675.1 MBQ3380675.1 1.37e-178 2485925 Bacillati Bacillota MBQ3380675.1 GGT63801.1 3.15e-68 46158 Bacillati Actinomycetota MBQ3380675.1 WP_230519716.1 7.45e-67 N/A N/A AHK46784.1 AHK46784.1 1.46e-222 1416753 Pseudomonadati Pseudomonadota AHK46784.1 WP_158131988.1 1.40e-35 549 Pseudomonadati Pseudomonadota AHK46784.1 PPR79666.1 4.70e-35 2013066 Pseudomonadati Pseudomonadota AHK46784.1 WP_097346712.1 4.39e-32 562 Pseudomonadati Pseudomonadota AHK46784.1 AGL88086.1 1.94e-30 767453 Bacillati Bacillota AHK46784.1 EAP5059555.1 1.98e-24 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota WP_064047563.1 WP_064047563.1 6.65e-305 590;57741;149391;2564502;2564592 Pseudomonadati Pseudomonadota RKX20462.1 RKX20462.1 0.0 2053527 Pseudomonadati Candidatus Zixiibacteriota RKX20462.1 WP_146272353.1 7.23e-07 2599294 Pseudomonadati Bacteroidota XP_028028252.1 XP_028028252.1 1.76e-266 7092 Metazoa Arthropoda WP_045257206.1 WP_045257206.1 2.56e-229 273678 Bacillati Actinomycetota WP_045257206.1 WP_202659240.1 2.69e-68 2803939 Pseudomonadati Pseudomonadota WP_045257206.1 KAJ9293589.1 9.43e-61 264951 Fungi Ascomycota WP_045257206.1 PBN43802.1 3.94e-36 2017595 Pseudomonadati Pseudomonadota WP_063441918.1 WP_063441918.1 2.70e-285 1455 Bacillati Bacillota WP_063441918.1 HBX1528262.1 3.91e-10 573 Pseudomonadati Pseudomonadota DAK92403.1 DAK92403.1 2.22e-240 2832643 Heunggongvirae Uroviricota RYD39969.1 RYD39969.1 3.76e-224 2026800 Pseudomonadati Verrucomicrobiota RYD39969.1 WP_121975536.1 1.15e-80 2126983 Pseudomonadati Pseudomonadota RYD39969.1 WP_029222463.1 1.81e-64 29497;617147;617148 Pseudomonadati Pseudomonadota RYD39969.1 WP_283107263.1 1.65e-31 N/A N/A RYD39969.1 WP_058504615.1 2.71e-30 45070 Pseudomonadati Pseudomonadota RYD39969.1 WP_017718577.1 1.25e-27 331992 Bacillati Cyanobacteriota RYD39969.1 WP_203339841.1 4.26e-26 2782551 Bacillati Bacillota RYD39969.1 NRF69152.1 6.19e-24 2732868 Pseudomonadati Pseudomonadota RYD39969.1 MBT7163208.1 3.38e-20 2212475 Pseudomonadati Lentisphaerota WP_127947155.1 WP_127947155.1 4.83e-179 2487352 Bacillati Actinomycetota WP_004949240.1 WP_004949240.1 4.55e-144 613;82996;682634 Pseudomonadati Pseudomonadota WP_004949240.1 GJK53752.1 7.22e-67 550 Pseudomonadati Pseudomonadota ACE76975.1 ACE76975.1 0.0 121759 Fungi Ascomycota TNE33066.1 TNE33066.1 0.0 1913988 Pseudomonadati Pseudomonadota TNE33066.1 XP_047113196.1 3.42e-34 274613 Metazoa Arthropoda TNE33066.1 GJC78212.1 1.73e-30 708192 Fungi Ascomycota EGT2204415.1 EGT2204415.1 2.79e-282 1496 Bacillati Bacillota PCI52029.1 PCI52029.1 1.07e-148 1913988 Pseudomonadati Pseudomonadota VAH82675.1 VAH82675.1 0.0 4567 Viridiplantae Streptophyta OPJ74512.1 OPJ74512.1 0.0 372326 Metazoa Chordata OPJ74512.1 WP_119815679.1 1.75e-04 2055893 Methanobacteriati Methanobacteriota EIM4841263.1 EIM4841263.1 0.0 562 Pseudomonadati Pseudomonadota EIM4841263.1 EER9391136.1 5.43e-22 562;1165939 Pseudomonadati Pseudomonadota OBG32114.1 OBG32114.1 1.24e-93 1834143 Bacillati Actinomycetota WP_027951454.1 WP_027951454.1 1.60e-262 52229 Pseudomonadati Bacteroidota WP_027951454.1 MBR0160695.1 4.16e-84 2485925 Bacillati Bacillota WP_027951454.1 WP_083062905.1 1.03e-57 425468;1265311 Bacillati Actinomycetota WP_027951454.1 MCL4333886.1 4.17e-09 2806419 Methanobacteriati Thermoplasmatota CAE8591613.1 CAE8591613.1 5.59e-102 89957 0 0 HAR4306776.1 HAR4306776.1 1.68e-300 1280 Bacillati Bacillota HAR4306776.1 WP_072989136.1 1.36e-137 271157 Pseudomonadati Bacteroidota HAR4306776.1 WP_192202944.1 1.42e-65 2645906;2769284 Pseudomonadati Pseudomonadota HAR4306776.1 WP_266170214.1 1.30e-34 2992127 Pseudomonadati Pseudomonadota WP_225700676.1 WP_225700676.1 2.17e-231 818 Pseudomonadati Bacteroidota KAH0673584.1 KAH0673584.1 3.47e-311 4113 Viridiplantae Streptophyta MBX3687043.1 MBX3687043.1 1.55e-315 1898103;2569850 Pseudomonadati Pseudomonadota MBX3687043.1 WP_056382861.1 8.42e-91 1736385 Pseudomonadati Pseudomonadota MBX3687043.1 WP_144320971.1 2.05e-15 68270 Bacillati Actinomycetota MBX3687043.1 WP_149911652.1 4.73e-12 544;546 Pseudomonadati Pseudomonadota WP_282363731.1 WP_282363731.1 1.43e-160 2991433 Pseudomonadati Pseudomonadota WP_252100317.1 WP_252100317.1 6.42e-307 562 Pseudomonadati Pseudomonadota EYU24504.1 EYU24504.1 0.0 4155 Viridiplantae Streptophyta EYU24504.1 KAG1590416.1 1.68e-64 936053 Fungi Mucoromycota EYU24504.1 RQM16216.1 5.77e-63 542832 0 Oomycota EYU24504.1 XP_048379117.1 3.02e-46 3053191 Metazoa Chordata EYU24504.1 KAJ7903702.1 6.16e-41 230810 Fungi Basidiomycota EYU24504.1 XP_046441060.1 1.56e-27 6669 Metazoa Arthropoda EYU24504.1 XP_030620685.1 9.76e-27 29144 Metazoa Chordata EYU24504.1 XP_019384620.1 1.19e-16 8502 Metazoa Chordata EYU24504.1 XP_043377824.1 5.50e-16 8469 Metazoa Chordata EYU24504.1 GIW70618.1 4.34e-14 2026780 Pseudomonadati Planctomycetota EYU24504.1 WP_271931007.1 2.14e-13 2995306 Pseudomonadati Myxococcota EYU24504.1 KAH6984898.1 1.47e-12 2824670 Fungi Ascomycota EYU24504.1 WP_281919021.1 5.39e-09 2984338 Bacillati Actinomycetota MAF21094.1 MAF21094.1 7.12e-131 2024856 Pseudomonadati Verrucomicrobiota MBQ7949870.1 MBQ7949870.1 1.03e-222 1913988 Pseudomonadati Pseudomonadota MBQ7949870.1 WP_041488527.1 2.63e-19 64104 Bacillati Bacillota MBQ7949870.1 MCL4835344.1 6.22e-15 2614250 Bacillati Chloroflexota XP_034010279.1 XP_034010279.1 0.0 5481 Fungi Ascomycota MCI7705732.1 MCI7705732.1 1.92e-46 1869337 Pseudomonadati Bacteroidota PJC48296.1 PJC48296.1 7.43e-303 1974737 Pseudomonadati Candidatus Omnitrophota PJC48296.1 ECL7245291.1 3.30e-34 197 Pseudomonadati Campylobacterota WP_256939523.1 WP_256939523.1 7.49e-269 N/A N/A WP_256939523.1 MBM3767188.1 4.99e-35 1978231 Pseudomonadati Acidobacteriota WP_256939523.1 WP_097830045.1 3.42e-30 1396;86661 Bacillati Bacillota WP_256939523.1 MBR3487460.1 3.92e-23 2044939 Bacillati Bacillota WP_256939523.1 MBR4371193.1 1.56e-13 2212475 Pseudomonadati Lentisphaerota WP_051669385.1 WP_051669385.1 2.45e-255 360054 Pseudomonadati Acidobacteriota WP_051669385.1 WP_133874384.1 5.89e-22 52695 Bacillati Actinomycetota WP_051669385.1 TML70651.1 1.61e-06 2900548 Bacillati Actinomycetota MBY7817199.1 MBY7817199.1 2.38e-236 676 Pseudomonadati Pseudomonadota MBY7817199.1 WP_101936735.1 7.59e-28 381 Pseudomonadati Pseudomonadota WP_035624729.1 WP_035624729.1 1.68e-77 65786 Pseudomonadati Pseudomonadota XP_028717800.1 XP_028717800.1 0.0 10041 Metazoa Chordata XP_028717800.1 XP_054844157.1 4.27e-102 481883 Metazoa Chordata XP_028717800.1 XP_046922164.1 5.33e-89 61384 Metazoa Chordata XP_028717800.1 ACF74449.1 2.40e-42 53751;308558 Viridiplantae Streptophyta XP_028717800.1 PWI72242.1 2.45e-39 33203 Fungi Ascomycota MBN2027958.1 MBN2027958.1 6.73e-314 2900548 Bacillati Actinomycetota OYU48266.1 OYU48266.1 6.13e-149 2015577 Pseudomonadati Pseudomonadota MBM3222384.1 MBM3222384.1 2.21e-142 2528274 Pseudomonadati Candidatus Tectimicrobiota MBM3222384.1 WP_272906673.1 4.27e-08 354351 Pseudomonadati Pseudomonadota HAG61063.1 HAG61063.1 9.91e-219 1667 Bacillati Actinomycetota HAG61063.1 MBS7623663.1 1.24e-57 2026714 Thermoproteati Candidatus Bathyarchaeota MCK4826606.1 MCK4826606.1 1.30e-119 1869227 0 0 XP_043479276.1 XP_043479276.1 0.0 63436 Metazoa Arthropoda XP_043479276.1 NP_001257623.1 2.08e-115 10116 Metazoa Chordata RDJ60584.1 RDJ60584.1 1.20e-103 470 Pseudomonadati Pseudomonadota XP_016415707.1 XP_016415707.1 2.67e-187 307959 Metazoa Chordata PIT51662.1 PIT51662.1 1.16e-109 2946699 Pseudomonadati Pseudomonadota WP_153401532.1 WP_153401532.1 6.07e-188 1672701 Bacillati Bacillota WP_198721977.1 WP_198721977.1 3.24e-218 317 Pseudomonadati Pseudomonadota MBI2153585.1 MBI2153585.1 8.35e-78 2053607 0 Candidatus Rokuibacteriota WP_088008362.1 WP_088008362.1 0.0 1917864 Bacillati Bacillota WP_088008362.1 XP_030111227.1 1.44e-103 10090 Metazoa Chordata WP_088008362.1 MBQ1404818.1 4.01e-71 2485925 Bacillati Bacillota WP_088008362.1 NWZ25026.1 1.44e-46 75869 Metazoa Chordata HCD1810260.1 HCD1810260.1 1.80e-146 1280 Bacillati Bacillota HCD1810260.1 WP_154097642.1 4.54e-09 2033 Bacillati Actinomycetota WP_238935592.1 WP_238935592.1 0.0 60894 Bacillati Actinomycetota WP_212517614.1 WP_212517614.1 1.47e-126 2828514 Bacillati Actinomycetota QYU66920.1 QYU66920.1 3.89e-91 2819933 Bacillati Cyanobacteriota QYU66920.1 WP_278449211.1 1.94e-48 293 Pseudomonadati Pseudomonadota QYU66920.1 MBP1530348.1 1.09e-12 2049044 Bacillati Bacillota QYU66920.1 PYP94120.1 3.19e-11 2026742 Pseudomonadati Gemmatimonadota QYU66920.1 WP_101794136.1 2.44e-09 2067450 Pseudomonadati Pseudomonadota QYU66920.1 WP_196114185.1 1.22e-07 562 Pseudomonadati Pseudomonadota QYU66920.1 WP_064652354.1 2.74e-05 1825933 Pseudomonadati Pseudomonadota WP_271619988.1 WP_271619988.1 0.0 1325099 Pseudomonadati Pseudomonadota WP_237066347.1 WP_237066347.1 8.92e-230 2904249 Pseudomonadati Pseudomonadota MBX3184110.1 MBX3184110.1 4.62e-171 2268199 Pseudomonadati Myxococcota KAJ9293589.1 KAJ9293589.1 1.14e-196 264951 Fungi Ascomycota KAJ9293589.1 WP_045257206.1 3.17e-60 273678 Bacillati Actinomycetota KAJ9293589.1 WP_202659240.1 5.03e-38 2803939 Pseudomonadati Pseudomonadota KAJ9293589.1 PBN43802.1 1.90e-20 2017595 Pseudomonadati Pseudomonadota CCK15435.1 CCK15435.1 1.01e-72 1074000 Pseudomonadati Pseudomonadota CCK15435.1 WP_087085326.1 6.54e-11 363952 Pseudomonadati Pseudomonadota WP_116314221.1 WP_116314221.1 1.18e-241 106589;164546 Pseudomonadati Pseudomonadota ATB18092.1 ATB18092.1 4.84e-167 65467 Orthornavirae Kitrinoviricota MBE9483558.1 MBE9483558.1 8.54e-64 1898104;2030927 Pseudomonadati Bacteroidota WP_216083845.1 WP_216083845.1 4.44e-180 483937 Bacillati Bacillota WP_218801637.1 WP_218801637.1 0.0 1463165 Pseudomonadati Pseudomonadota GMH77683.1 GMH77683.1 8.84e-293 1714387 0 0 WP_020530816.1 WP_020530816.1 0.0 70993 Pseudomonadati Bacteroidota WP_020530816.1 MBK7937165.1 6.43e-52 2760807 Pseudomonadati Bacteroidota WP_068080190.1 WP_068080190.1 3.97e-238 1834128 Bacillati Actinomycetota XP_046922164.1 XP_046922164.1 0.0 61384 Metazoa Chordata XP_046922164.1 XP_054844157.1 3.62e-122 481883 Metazoa Chordata XP_046922164.1 XP_028717800.1 6.88e-89 10041 Metazoa Chordata XP_046922164.1 ACF74449.1 1.77e-28 53751;308558 Viridiplantae Streptophyta XP_046922164.1 KAJ5060329.1 4.74e-26 5016 Fungi Ascomycota XP_046922164.1 PWI72242.1 7.60e-23 33203 Fungi Ascomycota XP_016265944.1 XP_016265944.1 0.0 215243 Fungi Ascomycota WP_077533069.1 WP_077533069.1 6.87e-84 1852384 Bacillati Bacillota WP_077533069.1 MCQ2539410.1 4.58e-28 1872090 Bacillati Bacillota QXO05584.1 QXO05584.1 2.47e-124 1795545 Viridiplantae Streptophyta MYB21565.1 MYB21565.1 5.77e-83 2026724 Bacillati Chloroflexota XP_005553416.1 XP_005553416.1 3.57e-248 9541 Metazoa Chordata WP_035473288.1 WP_035473288.1 6.29e-300 171550;1501391 Pseudomonadati Bacteroidota WP_035473288.1 AMW35569.1 1.02e-19 1549855 Pseudomonadati Pseudomonadota MBQ4383193.1 MBQ4383193.1 4.98e-163 1879010 Bacillati Bacillota MBQ4383193.1 MCC6044083.1 2.34e-44 2184738 Thermoproteati Thermoproteota MBQ4383193.1 MBT4161918.1 7.85e-44 1913989 Pseudomonadati Pseudomonadota MBQ4383193.1 WP_076409454.1 1.48e-38 85698 Pseudomonadati Pseudomonadota MBQ4383193.1 MCF7808720.1 1.73e-36 2026760 Pseudomonadati Fidelibacterota MBQ4383193.1 WP_140480909.1 4.92e-35 1404367 Pseudomonadati Pseudomonadota MBQ4383193.1 WP_170725874.1 1.73e-30 562 Pseudomonadati Pseudomonadota MBQ4383193.1 WP_011057593.1 4.71e-29 146786;197221 Bacillati Cyanobacteriota MBQ4383193.1 WP_222125851.1 1.97e-26 N/A N/A MBQ4383193.1 EHH5649593.1 5.00e-25 195 Pseudomonadati Campylobacterota MBQ4383193.1 WP_150396769.1 1.34e-17 305 Pseudomonadati Pseudomonadota MBQ4383193.1 WP_041710957.1 9.24e-06 1501 Bacillati Bacillota RMZ75246.1 RMZ75246.1 0.0 2249420 Fungi Ascomycota CAF4338983.1 CAF4338983.1 8.60e-72 433720 Metazoa Rotifera OGL48105.1 OGL48105.1 7.60e-277 1817878 0 Candidatus Schekmaniibacteriota WP_232540662.1 WP_232540662.1 6.58e-180 28031 Bacillati Bacillota MBE3116889.1 MBE3116889.1 4.00e-125 2026714 Thermoproteati Candidatus Bathyarchaeota KAI8964031.1 KAI8964031.1 0.0 2614575 Fungi Ascomycota WP_099345046.1 WP_099345046.1 0.0 505249 Pseudomonadati Campylobacterota WP_099345046.1 WP_100610557.1 7.90e-61 1699412 Pseudomonadati Bacteroidota WP_099345046.1 HAR3824072.1 6.45e-56 1280 Bacillati Bacillota EKK02300.1 EKK02300.1 7.08e-44 993517 Pseudomonadati Planctomycetota MCU0947041.1 MCU0947041.1 2.48e-303 1113 Pseudomonadati Pseudomonadota MCU0947041.1 WP_271116088.1 1.58e-113 3017783 Pseudomonadati Pseudomonadota MCU0947041.1 WP_066841281.1 3.62e-111 1763;1776;1834096 Bacillati Actinomycetota MCU0947041.1 BAY23582.1 1.62e-109 1954172 Bacillati Cyanobacteriota KAA3459801.1 KAA3459801.1 1.13e-165 47621 Viridiplantae Streptophyta KAA3459801.1 XP_027172582.1 4.14e-10 49369 Viridiplantae Streptophyta MBT2214695.1 MBT2214695.1 0.0 1917889 Bacillati Bacillota MBT2214695.1 WP_101025682.1 2.23e-74 216816 Bacillati Actinomycetota AUU37591.1 AUU37591.1 4.19e-120 584;1125693 Pseudomonadati Pseudomonadota PYJ65046.1 PYJ65046.1 1.06e-109 2026799 Pseudomonadati Verrucomicrobiota WP_067783946.1 WP_067783946.1 0.0 1856865 Bacillati Actinomycetota WP_167320363.1 WP_167320363.1 3.12e-233 1428 Bacillati Bacillota WP_167320363.1 WP_257107333.1 5.48e-26 2931984 Pseudomonadati Pseudomonadota WP_167320363.1 WP_164585387.1 1.25e-14 2706027 Bacillati Actinomycetota WP_167320363.1 KAH7252800.1 3.83e-04 61284 Fungi Ascomycota EPZ93706.1 EPZ93706.1 3.00e-181 1355531 Pseudomonadati Campylobacterota WP_040988594.1 WP_040988594.1 1.24e-155 1461322 Pseudomonadati Pseudomonadota WP_040988594.1 WP_070054132.1 1.84e-81 1311 Bacillati Bacillota XP_043079005.1 XP_043079005.1 0.0 1606681 Metazoa Chordata WP_183181890.1 WP_183181890.1 3.50e-300 2587012 Pseudomonadati Pseudomonadota WP_140334279.1 WP_140334279.1 1.76e-210 670 Pseudomonadati Pseudomonadota BDY12064.1 BDY12064.1 1.56e-24 2993563 Pseudomonadati Campylobacterota XP_046018872.1 XP_046018872.1 1.47e-207 1682393 Fungi Ascomycota XP_043718329.1 XP_043718329.1 2.29e-302 54955 Viridiplantae Streptophyta XP_043718329.1 XP_048228476.1 2.48e-84 3988 Viridiplantae Streptophyta XP_043718329.1 XP_022745130.1 6.27e-26 66656 Viridiplantae Streptophyta MBS7393837.1 MBS7393837.1 6.84e-139 2030927;2498093 Pseudomonadati Bacteroidota MCR4683986.1 MCR4683986.1 5.83e-39 1898203 Bacillati Bacillota MBN1819552.1 MBN1819552.1 0.0 2053594 Pseudomonadati Bacteroidota MBN1819552.1 MBE9467362.1 1.36e-20 1898104 Pseudomonadati Bacteroidota MBN1819552.1 WP_232306300.1 2.35e-20 823 Pseudomonadati Bacteroidota MBN1819552.1 WP_074911472.1 5.33e-20 371601 Pseudomonadati Bacteroidota MBN1819552.1 WP_138482356.1 1.18e-17 161398 Pseudomonadati Pseudomonadota MBN1819552.1 MBN8606766.1 1.38e-16 2282150 Pseudomonadati Pseudomonadota MBN1819552.1 NSW79198.1 3.61e-09 2282152 Bacillati Armatimonadota MBN1819552.1 MBR6403893.1 4.24e-08 142586 Bacillati Bacillota WP_269026738.1 WP_269026738.1 2.61e-72 645;29491 Pseudomonadati Pseudomonadota WP_041580422.1 WP_041580422.1 1.16e-136 666686 Bacillati Bacillota WP_041580422.1 MBG9445742.1 1.36e-46 1399 Bacillati Bacillota WP_041580422.1 WP_110808154.1 1.18e-45 82115;2135648;2135649;2135652;2715133 Pseudomonadati Pseudomonadota WP_041580422.1 MCO5064371.1 7.72e-29 1913961 Pseudomonadati Pseudomonadota KAG5994228.1 KAG5994228.1 0.0 1294630 Fungi Ascomycota KAG5994228.1 XP_030087828.2 2.05e-66 9135 Metazoa Chordata WP_172616972.1 WP_172616972.1 0.0 2583211 Pseudomonadati Bacteroidota WP_172616972.1 WP_154963182.1 2.10e-104 2058152 Pseudomonadati Pseudomonadota WP_172616972.1 WP_039608285.1 7.69e-58 43657 Pseudomonadati Pseudomonadota WP_172616972.1 WP_133325549.1 4.12e-44 1549640 Pseudomonadati Pseudomonadota WP_172616972.1 KKQ50904.1 8.43e-40 1618941 0 0 WP_172616972.1 TME45086.1 4.27e-17 2026724 Bacillati Chloroflexota WP_026600741.1 WP_026600741.1 1.43e-299 1168169 Pseudomonadati Pseudomonadota MCH3756135.1 MCH3756135.1 5.72e-63 195 Pseudomonadati Campylobacterota WP_097641037.1 WP_097641037.1 0.0 28141;413496;2715229 Pseudomonadati Pseudomonadota WP_097641037.1 WP_086711488.1 0.0 296199 Pseudomonadati Pseudomonadota WP_097641037.1 WP_102477257.1 0.0 1880838 Pseudomonadati Pseudomonadota WP_097641037.1 RWX51021.1 3.97e-210 1859130 Pseudomonadati Thermodesulfobacteriota HAT6420703.1 HAT6420703.1 1.22e-194 43770 Bacillati Actinomycetota MBL8770704.1 MBL8770704.1 4.91e-108 1871053 Pseudomonadati Pseudomonadota WP_148058234.1 WP_148058234.1 3.62e-121 2485102 Bacillati Actinomycetota XP_021113256.1 XP_021113256.1 0.0 10181 Metazoa Chordata XP_009403500.1 XP_009403500.1 0.0 N/A N/A XP_009403500.1 EPS43711.1 5.39e-21 1284197 Fungi Ascomycota WP_148836004.1 WP_148836004.1 0.0 2478959 Bacillati Actinomycetota WP_148836004.1 MBP6544771.1 9.77e-51 1903157 Pseudomonadati Pseudomonadota WP_148836004.1 HBN9628875.1 3.07e-28 287 Pseudomonadati Pseudomonadota WP_148836004.1 XP_052525039.1 1.36e-21 109042 Metazoa Chordata WP_148836004.1 MCC5948066.1 4.43e-15 2093808 Bacillati Actinomycetota WP_148836004.1 MCL4144983.1 2.29e-08 82763 Metazoa Arthropoda MBI5405531.1 MBI5405531.1 6.33e-156 2030810 0 Candidatus Kaiseribacteriota MBI5405531.1 WP_242161393.1 4.82e-42 86661 Bacillati Bacillota MBI5405531.1 MBQ8417539.1 4.03e-33 2049039 Bacillati Bacillota NXH52939.1 NXH52939.1 8.41e-207 237438 Metazoa Chordata MCJ7594907.1 MCJ7594907.1 4.62e-187 2044940 Pseudomonadati Thermodesulfobacteriota MCJ7594907.1 WP_117920451.1 4.11e-86 2292367 Bacillati Bacillota MCJ7594907.1 KKT55671.1 1.36e-74 1618930;2053562 0 0;Candidatus Jacksoniibacteriota MCJ7594907.1 WP_086280341.1 5.02e-72 3161138 Pseudomonadati Campylobacterota NP_494967.1 NP_494967.1 1.38e-52 6239 Metazoa Nematoda WP_167509077.1 WP_167509077.1 6.48e-118 371601 Pseudomonadati Bacteroidota MBN2132609.1 MBN2132609.1 0.0 2813034 Pseudomonadati Planctomycetota XP_039638319.1 XP_039638319.1 0.0 8168 Metazoa Chordata XP_039638319.1 XP_030131005.3 8.70e-66 N/A N/A XP_039638319.1 NXJ71029.1 1.12e-24 118793 Metazoa Chordata MBG83645.1 MBG83645.1 1.13e-257 2026778 Pseudomonadati Planctomycetota MBG83645.1 MCH6550914.1 9.60e-68 2026780 Pseudomonadati Planctomycetota WP_071844175.1 WP_071844175.1 2.83e-48 635;667120;1650654;1821960 Pseudomonadati Pseudomonadota WP_221323620.1 WP_221323620.1 1.33e-131 2836373 Bacillati Actinomycetota CAA7056023.1 CAA7056023.1 0.0 1685480 Viridiplantae Streptophyta CAA7056023.1 XP_047076827.1 1.18e-87 89674 Viridiplantae Streptophyta MBK6594401.1 MBK6594401.1 1.73e-130 1891238 Pseudomonadati Pseudomonadota WP_251309955.1 WP_251309955.1 2.38e-70 2942298 Pseudomonadati Pseudomonadota MCP4907131.1 MCP4907131.1 1.45e-308 1869227 0 0 MCP4907131.1 MBP2355331.1 9.86e-46 416017 Bacillati Actinomycetota MCL7977512.1 MCL7977512.1 1.64e-43 2026742 Pseudomonadati Gemmatimonadota WP_156485294.1 WP_156485294.1 1.38e-31 1801629 Bacillati Cyanobacteriota XP_009839123.1 XP_009839123.1 0.0 112090 0 Oomycota GHU76743.1 GHU76743.1 0.0 2044939 Bacillati Bacillota KAJ2820567.1 KAJ2820567.1 8.96e-131 327750 Fungi Kickxellomycota MCL7714424.1 MCL7714424.1 2.90e-167 2871096 Pseudomonadati Pseudomonadota MCL7714424.1 WP_186723788.1 2.76e-44 582 Pseudomonadati Pseudomonadota MCL7714424.1 MBP1530348.1 5.29e-43 2049044 Bacillati Bacillota MCL7714424.1 WP_007708736.1 1.10e-41 333367;518636 Bacillati Bacillota MCL7714424.1 WP_101794136.1 2.54e-40 2067450 Pseudomonadati Pseudomonadota MCL7714424.1 MBQ5584458.1 5.63e-35 2053608 Bacillati Bacillota MCL7714424.1 WP_194544138.1 1.37e-31 N/A N/A MCL7714424.1 EAG2350674.1 4.36e-23 1639 Bacillati Bacillota MCL7714424.1 WP_124213670.1 1.57e-13 286;287 Pseudomonadati Pseudomonadota HBR4968137.1 HBR4968137.1 5.46e-197 573 Pseudomonadati Pseudomonadota HBR4968137.1 HET19548.1 1.98e-07 2026725 Pseudomonadati Pseudomonadota XP_024635273.1 XP_024635273.1 1.23e-176 3880 Viridiplantae Streptophyta WP_136864777.1 WP_136864777.1 1.12e-224 2569539 Pseudomonadati Pseudomonadota WP_052822157.1 WP_052822157.1 0.0 1685;1365962;2569520;2569523 Bacillati Actinomycetota WP_052822157.1 WP_039764622.1 4.91e-15 294 Pseudomonadati Pseudomonadota WP_194217236.1 WP_194217236.1 5.26e-73 1710 Bacillati Actinomycetota EGI4396582.1 EGI4396582.1 0.0 562 Pseudomonadati Pseudomonadota WP_226480428.1 WP_226480428.1 5.34e-200 2878679 Methanobacteriati Methanobacteriota WP_130628329.1 WP_130628329.1 1.81e-71 53458 Bacillati Actinomycetota MBR1729873.1 MBR1729873.1 5.95e-223 2652289 Bacillati Bacillota WP_086041969.1 WP_086041969.1 2.93e-127 1855823 Bacillati Bacillota GHT89622.1 GHT89622.1 1.43e-191 1891241 Pseudomonadati Pseudomonadota GHT89622.1 WP_084128119.1 1.01e-37 39650 Pseudomonadati Pseudomonadota WP_116306280.1 WP_116306280.1 3.00e-111 32016;2802295 Pseudomonadati Thermodesulfobacteriota XP_010547631.1 XP_010547631.1 1.18e-193 28532 Viridiplantae Streptophyta XP_006576743.1 XP_006576743.1 0.0 3847 Viridiplantae Streptophyta WP_235358277.1 WP_235358277.1 3.27e-175 N/A N/A WP_098798564.1 WP_098798564.1 1.30e-269 2033502 Bacillati Bacillota WP_098798564.1 CIY68995.1 6.61e-82 1313 Bacillati Bacillota MBO6087363.1 MBO6087363.1 0.0 1869227 0 0 WP_229253501.1 WP_229253501.1 9.39e-171 32062 Thermotogati Deinococcota WP_229253501.1 WP_034853447.1 1.27e-30 716925;716928 Pseudomonadati Pseudomonadota MBK8986217.1 MBK8986217.1 2.83e-40 3140690 Bacillati Chloroflexota MBB7170543.1 MBB7170543.1 1.33e-33 562 Pseudomonadati Pseudomonadota WP_239108544.1 WP_239108544.1 4.12e-175 564413 Bacillati Actinomycetota WP_166737616.1 WP_166737616.1 3.53e-173 287 Pseudomonadati Pseudomonadota OLA08565.1 OLA08565.1 1.89e-176 1897004 Bacillati Bacillota OLA08565.1 MBP5726154.1 3.49e-91 2044939 Bacillati Bacillota OLA08565.1 KAI0095213.1 6.32e-13 378272 Fungi Basidiomycota KAE8908303.1 KAE8908303.1 0.0 53985 0 Oomycota KAE8908303.1 ABK94958.1 1.30e-46 3694 Viridiplantae Streptophyta WP_204462572.1 WP_204462572.1 4.28e-115 33878 Bacillati Actinomycetota OJU33055.1 OJU33055.1 3.56e-311 1895817 Pseudomonadati Pseudomonadota MCU0521352.1 MCU0521352.1 0.0 2052143 Bacillati Chloroflexota KAG5775718.1 KAG5775718.1 8.43e-214 221167 Fungi Ascomycota WP_182273896.1 WP_182273896.1 2.20e-51 547;550;539813;2742669 Pseudomonadati Pseudomonadota PIQ22394.1 PIQ22394.1 2.37e-303 1973956 Pseudomonadati Bacteroidota WP_053767117.1 WP_053767117.1 8.33e-172 271 Thermotogati Deinococcota EDN4899961.1 EDN4899961.1 2.03e-153 59201;913079 Pseudomonadati Pseudomonadota WP_252845183.1 WP_252845183.1 1.18e-191 478114 Bacillati Actinomycetota WP_270610708.1 WP_270610708.1 1.81e-165 1737424 Bacillati Bacillota WP_202859343.1 WP_202859343.1 1.00e-256 2494733 Pseudomonadati Bacteroidota 4G4S_F 4G4S_F 4.79e-169 559292 Fungi Ascomycota MCK7495745.1 MCK7495745.1 4.52e-142 1871071 Pseudomonadati Pseudomonadota XP_017412204.1 XP_017412204.1 0.0 3914;157739 Viridiplantae Streptophyta WP_037318352.1 WP_037318352.1 0.0 1250278 Pseudomonadati Bacteroidota EFH7886278.1 EFH7886278.1 1.57e-122 562;573 Pseudomonadati Pseudomonadota EFH7886278.1 EET4886479.1 1.57e-71 562 Pseudomonadati Pseudomonadota TGQ73293.1 TGQ73293.1 9.24e-107 1871066;2500525;2563900;2563905;2563914 0;Pseudomonadati 0;Pseudomonadota ETL94002.1 ETL94002.1 2.26e-319 4792 0 Oomycota WP_014793632.1 WP_014793632.1 1.80e-211 36854;756499 Bacillati Bacillota WP_182158016.1 WP_182158016.1 0.0 1134687 Pseudomonadati Pseudomonadota XP_044998617.1 XP_044998617.1 4.68e-244 51337 Metazoa Chordata MBQ9647935.1 MBQ9647935.1 4.79e-187 2485925 Bacillati Bacillota MBQ9647935.1 WP_042650033.1 2.64e-19 642;648;651 Pseudomonadati Pseudomonadota MBQ9647935.1 XP_007206475.1 2.42e-17 3760 Viridiplantae Streptophyta MBQ9647935.1 MBN3744368.1 3.07e-09 2703898 Pseudomonadati Pseudomonadota WP_232202741.1 WP_232202741.1 8.24e-139 N/A N/A WP_051027110.1 WP_051027110.1 1.73e-255 228599 Bacillati Actinomycetota UHK01047.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UHK01047.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota CAG8560118.1 CAG8560118.1 7.33e-108 144538 Fungi Glomeromycota HCF2977864.1 HCF2977864.1 9.01e-266 287 Pseudomonadati Pseudomonadota ESE83270.1 ESE83270.1 1.84e-170 1173950 Pseudomonadati Pseudomonadota MCD58157.1 MCD58157.1 5.36e-13 9606 Metazoa Chordata CAD5221127.1 CAD5221127.1 0.0 465554 Metazoa Nematoda MBE7218062.1 MBE7218062.1 1.76e-214 78 Pseudomonadati Pseudomonadota XP_036378433.1 XP_036378433.1 0.0 118141 Metazoa Chordata TPV93333.1 TPV93333.1 3.57e-290 1979545 Pseudomonadati Myxococcota TPV93333.1 HIV94128.1 9.60e-35 2838757 Bacillati Bacillota WP_213750918.1 WP_213750918.1 1.05e-176 61645;354276 Pseudomonadati Pseudomonadota WP_213750918.1 WP_217101611.1 1.39e-71 87883 Pseudomonadati Pseudomonadota WP_213750918.1 WP_166725305.1 5.56e-71 2608331 Pseudomonadati Pseudomonadota WP_213750918.1 HHH37178.1 2.48e-19 2026809 Pseudomonadati Campylobacterota MBT5019052.1 MBT5019052.1 9.18e-133 2608787 Pseudomonadati Planctomycetota WP_172323533.1 WP_172323533.1 1.04e-35 2738447 Bacillati Actinomycetota TRZ74764.1 TRZ74764.1 5.83e-259 1898104 Pseudomonadati Bacteroidota RBA14522.1 RBA14522.1 0.0 948311 Fungi Ascomycota EGO95442.1 EGO95442.1 5.21e-238 1043206 Pseudomonadati Pseudomonadota MAS03180.1 MAS03180.1 1.95e-63 1872419 Pseudomonadati Pseudomonadota WP_269358925.1 WP_269358925.1 0.0 346;86040 Pseudomonadati Pseudomonadota KAI1570405.1 KAI1570405.1 1.58e-89 45151 Fungi Ascomycota WP_091733714.1 WP_091733714.1 1.82e-180 1881035 Pseudomonadati Pseudomonadota WP_091733714.1 WP_004208647.1 1.09e-56 13690;165695;883163;1912891;2979467 Pseudomonadati Pseudomonadota NBY29827.1 NBY29827.1 8.17e-106 2035813 Pseudomonadati Bacteroidota WP_122873240.1 WP_122873240.1 1.17e-314 194 Pseudomonadati Campylobacterota WP_122873240.1 CAA0126222.1 5.26e-59 930805 Pseudomonadati Pseudomonadota WP_122873240.1 WP_205443952.1 2.39e-56 2055955 Pseudomonadati Pseudomonadota WP_122873240.1 MBO7597869.1 4.43e-19 2030927 Pseudomonadati Bacteroidota RUY13648.1 RUY13648.1 6.21e-18 2496737 Pseudomonadati Pseudomonadota WP_021346398.1 WP_021346398.1 1.87e-116 1117645;1355388 Pseudomonadati Bacteroidota PQP77439.1 PQP77439.1 6.94e-38 N/A N/A KAF5437455.1 KAF5437455.1 6.08e-26 3386247 Methanobacteriati Methanobacteriota AVR90781.1 AVR90781.1 2.39e-188 1351;1158622;1158637;1169251;1169252;1169254;1169280;1169281;1169282;1169283;1169310;1320322;1391486 Bacillati Bacillota WP_172117930.1 WP_172117930.1 5.16e-142 2591147 Pseudomonadati Pseudomonadota WP_172117930.1 WP_024404629.1 9.40e-83 N/A N/A WP_172117930.1 WP_228268753.1 3.61e-61 108980 Pseudomonadati Pseudomonadota WP_152638733.1 WP_152638733.1 0.0 523742 Pseudomonadati Pseudomonadota MCH7644438.1 MCH7644438.1 4.80e-70 2026763 Pseudomonadati Myxococcota WP_272053002.1 WP_272053002.1 6.31e-305 823 Pseudomonadati Bacteroidota MBI9043002.1 MBI9043002.1 1.31e-231 2024896 Bacillati Chloroflexota MBI9043002.1 MCE2505556.1 1.22e-55 2202732 Thermoproteati Nitrososphaerota WP_276533217.1 WP_276533217.1 0.0 N/A N/A WP_276533217.1 WP_175692337.1 3.94e-132 152480 Pseudomonadati Pseudomonadota WP_276533217.1 MBU4440546.1 2.86e-20 1872094;1879010 Bacillati Bacillota KGS11954.1 KGS11954.1 0.0 53409 Pseudomonadati Pseudomonadota NIK25817.1 NIK25817.1 0.0 1450204 Bacillati Bacillota NIK25817.1 WP_083180153.1 6.41e-27 1462996 Bacillati Bacillota NIK25817.1 WP_212961195.1 7.21e-26 557555 Bacillati Bacillota NIK25817.1 MBK0846266.1 6.81e-24 941322 Pseudomonadati Pseudomonadota NIK25817.1 WP_192272294.1 9.81e-17 2769295 Pseudomonadati Pseudomonadota WP_012917492.1 WP_012917492.1 1.14e-301 29447;380358 Pseudomonadati Pseudomonadota MCB0689733.1 MCB0689733.1 1.04e-137 2202734 Pseudomonadati Bacteroidota MBL6807531.1 MBL6807531.1 3.63e-257 1891229 Pseudomonadati Pseudomonadota KAJ4458169.1 KAJ4458169.1 6.69e-106 342808 0 Preaxostyla WP_007556065.1 WP_007556065.1 3.23e-160 309120;888062 Bacillati Bacillota WP_007556065.1 MBQ7587638.1 3.21e-58 1898203 Bacillati Bacillota WP_007556065.1 HIZ10317.1 3.31e-53 2838503 Bacillati Bacillota MBQ9964693.1 MBQ9964693.1 1.12e-131 2044939 Bacillati Bacillota MBQ9964693.1 WP_088153117.1 2.35e-27 171674 Pseudomonadati Pseudomonadota MBQ9964693.1 WP_258581409.1 1.45e-22 2865837 Pseudomonadati Pseudomonadota MBQ9964693.1 WP_211555180.1 5.08e-17 574987 Pseudomonadati Pseudomonadota MBQ9964693.1 WP_167977039.1 6.49e-17 2604800 Bacillati Actinomycetota MBQ9964693.1 WP_281543397.1 6.43e-14 544645 Pseudomonadati Bacteroidota MBQ9964693.1 WAY96880.1 1.07e-12 615 Pseudomonadati Pseudomonadota MBQ9964693.1 WP_112088864.1 8.12e-12 573 Pseudomonadati Pseudomonadota MBQ9964693.1 EHR6291555.1 9.43e-11 28901 Pseudomonadati Pseudomonadota MBQ9964693.1 WP_089095302.1 7.50e-08 346;473426 Pseudomonadati Pseudomonadota MBQ9964693.1 WP_089246429.1 1.59e-05 398843 Bacillati Actinomycetota MBQ9964693.1 WP_153844272.1 5.18e-05 28453;2940619 Pseudomonadati Bacteroidota MBQ9964693.1 WP_150396769.1 1.28e-04 305 Pseudomonadati Pseudomonadota EGO4094244.1 EGO4094244.1 6.53e-58 562 Pseudomonadati Pseudomonadota MCI5916932.1 MCI5916932.1 0.0 2030927 Pseudomonadati Bacteroidota MCI5916932.1 WP_249084213.1 1.72e-122 1841864 Pseudomonadati Bacteroidota WP_239606280.1 WP_239606280.1 8.57e-151 1639133 Pseudomonadati Pseudomonadota WP_239606280.1 MBR2684576.1 1.45e-49 2049044 Bacillati Bacillota WP_239606280.1 MBM4374951.1 1.05e-38 2026735 Pseudomonadati Myxococcota MSO45354.1 MSO45354.1 1.37e-281 1978231 Pseudomonadati Acidobacteriota NP_001019860.1 NP_001019860.1 4.22e-154 9860;9874;9913;9915;30521;30522;43346;68408;72004;89462;1574408;3082113;3119969 Metazoa Chordata GFB98697.1 GFB98697.1 8.13e-79 118510 Viridiplantae Streptophyta CAB3403040.1 CAB3403040.1 3.70e-268 2654633 Metazoa Nematoda WP_276594570.1 WP_276594570.1 4.73e-220 N/A N/A MBP6132529.1 MBP6132529.1 0.0 1905334 Pseudomonadati Pseudomonadota MBP6132529.1 HAI0697239.1 3.91e-236 562 Pseudomonadati Pseudomonadota KAB2088711.1 KAB2088711.1 1.10e-265 3634 Viridiplantae Streptophyta RRY46070.1 RRY46070.1 5.44e-43 573 Pseudomonadati Pseudomonadota XP_006591276.1 XP_006591276.1 1.89e-237 3847;3848 Viridiplantae Streptophyta WP_054621512.1 WP_054621512.1 2.54e-75 1735038 Pseudomonadati Pseudomonadota WP_054621512.1 MBT2573851.1 1.52e-18 2819119;2819132;2819169 Bacillati;Pseudomonadati Pseudomonadota;Bacillota KAI5076688.1 KAI5076688.1 0.0 13818 Viridiplantae Streptophyta KAI5076688.1 WP_053342583.1 1.20e-64 1485;1491 Bacillati Bacillota WP_260879442.1 WP_260879442.1 1.01e-202 28197 Pseudomonadati Campylobacterota KAG7202115.1 KAG7202115.1 3.80e-196 860918 Metazoa Arthropoda KAI5128402.1 KAI5128402.1 2.48e-104 143292 Metazoa Chordata KAI5128402.1 CAH1250835.1 6.13e-04 7740 Metazoa Chordata MBR6417349.1 MBR6417349.1 8.50e-99 2030927 Pseudomonadati Bacteroidota MBR6417349.1 WP_279184953.1 4.98e-11 146476 Pseudomonadati Pseudomonadota WP_267448957.1 WP_267448957.1 1.08e-148 1639133 Pseudomonadati Pseudomonadota MBR2718156.1 MBR2718156.1 1.24e-112 2044939 Bacillati Bacillota DAU97140.1 DAU97140.1 8.65e-105 2832643 Heunggongvirae Uroviricota NWV65193.1 NWV65193.1 0.0 720584 Metazoa Chordata NWV65193.1 MBK7412786.1 6.99e-20 2053306 Pseudomonadati Ignavibacteriota UJW35797.1 UJW35797.1 1.76e-140 2912058 Bacillati Actinomycetota UJW35797.1 WP_171155369.1 3.20e-10 1883;2726118 Bacillati Actinomycetota UJW35797.1 WP_062336768.1 3.67e-08 564415 Bacillati Actinomycetota MCE7733397.1 MCE7733397.1 3.92e-153 2026747 Promethearchaeati Candidatus Heimdallarchaeota MCE7733397.1 WP_044328211.1 9.04e-07 670;35703 Pseudomonadati Pseudomonadota MCE7733397.1 XP_001681736.1 5.85e-04 347515 0 Euglenozoa EEI62381.1 EEI62381.1 1.24e-201 548478 Bacillati Actinomycetota CAG0929351.1 CAG0929351.1 8.61e-234 2497639 Bacillati Chloroflexota CAG0929351.1 MBE6306819.1 1.57e-73 2030927 Pseudomonadati Bacteroidota AAX94106.1 AAX94106.1 1.42e-312 324009 Metazoa Arthropoda AAX94106.1 APC24336.1 4.44e-188 597926 Metazoa Arthropoda AAX94106.1 AGC97326.1 1.29e-138 1272115 Metazoa Arthropoda AAX94106.1 ACO35565.1 4.63e-134 626559 Metazoa Arthropoda AAX94106.1 AGC74998.1 7.83e-124 1261273 Metazoa Arthropoda AAX94106.1 AVM35379.1 6.36e-120 1770638 Metazoa Arthropoda AAX94106.1 ADW49125.1 2.48e-116 1417353 Metazoa Arthropoda AAX94106.1 AFA09475.1 1.63e-115 705192 Metazoa Arthropoda AAX94106.1 AFA24308.1 8.38e-115 1097956 Metazoa Arthropoda AAX94106.1 AWS34156.1 1.74e-113 408114 Metazoa Arthropoda AAX94106.1 QUQ06080.1 4.26e-109 1719401 Metazoa Mollusca AAX94106.1 AHK62764.1 1.84e-108 1470337 Metazoa Arthropoda AAX94106.1 QUA05739.1 3.10e-107 988006 Metazoa Arthropoda AAX94106.1 ADJ35581.1 4.68e-106 876003 Metazoa Annelida AAX94106.1 UZF38514.1 7.69e-96 2976471 Metazoa Arthropoda AAX94106.1 AMA90994.1 1.29e-94 1474269;2542237 Metazoa Arthropoda AAX94106.1 AOR13807.1 4.31e-93 1881782 Metazoa Arthropoda AAX94106.1 AKT58828.1 5.03e-91 1687857 Metazoa Arthropoda AAX94106.1 AOQ89457.1 3.97e-88 1881751 Metazoa Arthropoda AAX94106.1 AXZ65741.1 4.67e-87 2242446 Metazoa Arthropoda AAX94106.1 ACE88666.1 4.65e-84 13139 Metazoa Arthropoda AAX94106.1 AHH30646.1 2.22e-80 1452501 Metazoa Arthropoda AAX94106.1 AGI15931.1 1.43e-79 52396 Metazoa Mollusca EFC4417017.1 EFC4417017.1 1.51e-146 562 Pseudomonadati Pseudomonadota MCL2109536.1 MCL2109536.1 1.60e-79 2485925 Bacillati Bacillota SEJ33525.1 SEJ33525.1 6.37e-241 915471 Pseudomonadati Pseudomonadota SEJ33525.1 MCI7202149.1 6.33e-32 1898207 Bacillati Bacillota BAQ58714.1 BAQ58714.1 0.0 1627999 Orthornavirae Negarnaviricota MBT4239116.1 MBT4239116.1 0.0 1899355 Pseudomonadati Pseudomonadota WP_224458015.1 WP_224458015.1 3.99e-265 2874628 Pseudomonadati Pseudomonadota WP_224458015.1 WP_012568269.1 5.66e-124 34018;414684 Pseudomonadati Pseudomonadota WP_224458015.1 WP_110808154.1 3.20e-18 82115;2135648;2135649;2135652;2715133 Pseudomonadati Pseudomonadota WP_224458015.1 MBG9445742.1 9.60e-17 1399 Bacillati Bacillota HBP6650873.1 HBP6650873.1 0.0 287 Pseudomonadati Pseudomonadota HBP6650873.1 WP_243269836.1 9.51e-120 286 Pseudomonadati Pseudomonadota WP_097382902.1 WP_097382902.1 4.54e-222 13690 Pseudomonadati Pseudomonadota WP_097382902.1 WP_046778966.1 7.44e-64 1883;285574;1648182 Bacillati Actinomycetota XP_014155165.1 XP_014155165.1 2.51e-51 667725 0 0 WP_026661995.1 WP_026661995.1 1.57e-205 43305 Bacillati Bacillota NPM18735.1 NPM18735.1 1.54e-187 562 Pseudomonadati Pseudomonadota NPM18735.1 EFG4747393.1 8.96e-166 562 Pseudomonadati Pseudomonadota NPM18735.1 MBB7523286.1 3.30e-30 562 Pseudomonadati Pseudomonadota MBW8078285.1 MBW8078285.1 4.14e-303 2052161 Pseudomonadati Pseudomonadota WP_144002426.1 WP_144002426.1 1.09e-194 68270 Bacillati Actinomycetota WP_144002426.1 WP_130477570.1 1.79e-78 2510978 Bacillati Actinomycetota WP_144002426.1 WP_113851760.1 6.80e-16 562 Pseudomonadati Pseudomonadota WP_144002426.1 MCF8193609.1 2.86e-14 2044936 Pseudomonadati Bacteroidota KAJ9499981.1 KAJ9499981.1 1.33e-239 348802 Fungi Ascomycota MBI5799565.1 MBI5799565.1 7.10e-52 2026799 Pseudomonadati Verrucomicrobiota MBT8367246.1 MBT8367246.1 1.69e-242 2026735 Pseudomonadati Myxococcota MBT8367246.1 WP_010859888.1 2.48e-09 1421;1285586 Bacillati Bacillota WP_243131659.1 WP_243131659.1 1.22e-29 58137;1121431 Bacillati Bacillota WP_226536872.1 WP_226536872.1 5.08e-66 1610490 Bacillati Bacillota XP_035254397.1 XP_035254397.1 0.0 7936 Metazoa Chordata NOY97419.1 NOY97419.1 0.0 2268192 Pseudomonadati Chlorobiota NOY97419.1 HDC92778.1 4.31e-98 2053493 0 Candidatus Bipolaricaulota NOY97419.1 WP_278982769.1 1.44e-39 40545 Pseudomonadati Pseudomonadota NOY97419.1 WP_015167170.1 2.92e-28 1173263;3687901 Bacillati Cyanobacteriota NOY97419.1 WP_270453521.1 3.52e-27 2778430 Bacillati Bacillota TLX84297.1 TLX84297.1 1.98e-91 2026795 Thermoproteati Nitrososphaerota TBV99016.1 TBV99016.1 2.87e-80 353 Pseudomonadati Pseudomonadota GBO23274.1 GBO23274.1 6.90e-81 182803 Metazoa Arthropoda OPZ52024.1 OPZ52024.1 2.18e-43 1866933 0 0 MBN3744368.1 MBN3744368.1 1.37e-194 2703898 Pseudomonadati Pseudomonadota MBN3744368.1 WP_057651690.1 1.16e-12 1746199 Pseudomonadati Pseudomonadota MBN3744368.1 MBQ9647935.1 3.55e-08 2485925 Bacillati Bacillota HCE5900341.1 HCE5900341.1 8.53e-98 287 Pseudomonadati Pseudomonadota HCE5900341.1 HBU4069332.1 8.16e-86 573 Pseudomonadati Pseudomonadota HCY01371.1 HCY01371.1 1.89e-108 2030927 Pseudomonadati Bacteroidota WP_194454339.1 WP_194454339.1 0.0 1325120 Pseudomonadati Pseudomonadota WP_194454339.1 MBP6375542.1 3.39e-47 2818473 Pseudomonadati Pseudomonadota WP_194454339.1 WP_249505358.1 2.85e-39 3239812 Pseudomonadati Fibrobacterota WP_194454339.1 PWM49891.1 6.01e-31 1879010 Bacillati Bacillota WP_194454339.1 GER04731.1 1.46e-22 1236968 Pseudomonadati Pseudomonadota WP_159220133.1 WP_159220133.1 2.12e-138 573 Pseudomonadati Pseudomonadota WP_159220133.1 WP_171832914.1 1.79e-58 1484109;1909293 Pseudomonadati Pseudomonadota WP_016083913.1 WP_016083913.1 3.41e-202 1396;1053170;1053173;1053175;1053176 Bacillati Bacillota UPB00876.1 UPB00876.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UPB00876.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota MBR2864610.1 MBR2864610.1 4.91e-139 2026720 0 Candidatus Saccharimonadota KAF2420586.1 KAF2420586.1 7.00e-59 1048955 Fungi Ascomycota PIR02665.1 PIR02665.1 8.93e-55 1974713 0 Candidatus Nealsoniibacteriota MCQ2295302.1 MCQ2295302.1 1.79e-55 2030927 Pseudomonadati Bacteroidota WP_189342802.1 WP_189342802.1 3.97e-49 2496658 Pseudomonadati Pseudomonadota ADQ02892.1 ADQ02892.1 6.76e-56 1682;216816;548480;565040;890402;1205679;1300227 Bacillati Actinomycetota KAI8504475.1 KAI8504475.1 0.0 7741 Metazoa Chordata KAI8504475.1 XP_028567154.1 1.13e-42 N/A N/A WP_167248335.1 WP_167248335.1 4.56e-39 2608324 Pseudomonadati Pseudomonadota MCG8010344.1 MCG8010344.1 8.22e-295 2792787 Pseudomonadati Pseudomonadota YP_009296428.1 YP_009296428.1 1.52e-118 202687 0 Rhodophyta EJQ6627878.1 EJQ6627878.1 6.14e-267 562 Pseudomonadati Pseudomonadota EJQ6627878.1 EEY3543156.1 2.64e-250 562 Pseudomonadati Pseudomonadota EJQ6627878.1 ECI3309320.1 1.62e-201 59201 Pseudomonadati Pseudomonadota EJQ6627878.1 EFQ4765027.1 4.20e-201 28901;90371 Pseudomonadati Pseudomonadota EJQ6627878.1 WP_181865219.1 1.15e-179 562 Pseudomonadati Pseudomonadota EJQ6627878.1 EEO7917989.1 7.44e-158 28901 Pseudomonadati Pseudomonadota MAV59409.1 MAV59409.1 9.57e-90 2026760 Pseudomonadati Fidelibacterota QBM89760.1 QBM89760.1 2.21e-113 2163413 Fungi Ascomycota XP_039523839.1 XP_039523839.1 2.63e-144 90988 Metazoa Chordata XP_016446524.1 XP_016446524.1 0.0 4097 Viridiplantae Streptophyta KAF8011165.1 KAF8011165.1 0.0 360336 Viridiplantae Streptophyta WP_065517671.1 WP_065517671.1 2.82e-288 1780 Bacillati Actinomycetota WP_065517671.1 WP_065029373.1 5.34e-48 339268 Bacillati Actinomycetota WP_065517671.1 OGO01021.1 1.24e-47 1797628 Bacillati Chloroflexota WP_065517671.1 MYJ01754.1 4.28e-34 2026724 Bacillati Chloroflexota WP_065517671.1 WP_032373688.1 1.22e-32 1828;1831;85025;1356405;2900548 Bacillati Actinomycetota NXD84883.1 NXD84883.1 0.0 342381 Metazoa Chordata NXD84883.1 KAG1590416.1 2.75e-62 936053 Fungi Mucoromycota NXD84883.1 XP_029528577.1 5.93e-57 8023 Metazoa Chordata NXD84883.1 WP_012236017.1 2.19e-18 56;448385 Pseudomonadati Myxococcota NXD84883.1 XP_011889539.1 2.11e-13 9531 Metazoa Chordata KAI7091816.1 KAI7091816.1 2.42e-64 91943 Fungi Ascomycota WP_061836762.1 WP_061836762.1 1.03e-119 959 Pseudomonadati Bdellovibrionota WP_190357222.1 WP_190357222.1 1.80e-50 1125;2692901;2945101 Bacillati Cyanobacteriota WP_002162515.1 WP_002162515.1 7.87e-50 666;1095657 Pseudomonadati Pseudomonadota QUL97857.1 QUL97857.1 6.99e-31 3085328 Bacillati Bacillota MBO7137251.1 MBO7137251.1 0.0 2212467 Pseudomonadati Bacteroidota WP_171675609.1 WP_171675609.1 2.96e-224 60450 Bacillati Actinomycetota WP_031972379.1 WP_031972379.1 0.0 1311018 Pseudomonadati Pseudomonadota WP_023698577.1 WP_023698577.1 1.42e-80 325217;1287270;1287276;1287277;1287280;1287322 Pseudomonadati Pseudomonadota UJA07681.1 UJA07681.1 0.0 42684 Bacillati Actinomycetota HBQ3247549.1 HBQ3247549.1 1.33e-184 573 Pseudomonadati Pseudomonadota WP_055132583.1 WP_055132583.1 0.0 1740090 Pseudomonadati Bacteroidota WP_055132583.1 WP_245704803.1 5.10e-05 938405 Pseudomonadati Pseudomonadota MBI3118824.1 MBI3118824.1 7.78e-51 2030809 Pseudomonadati Candidatus Hydrogenedentota WP_267184195.1 WP_267184195.1 0.0 2996017 Pseudomonadati Pseudomonadota WP_267184195.1 WP_222018129.1 9.38e-34 2855434 Pseudomonadati Pseudomonadota WP_267184195.1 WP_282423266.1 1.46e-12 3042687 Pseudomonadati Myxococcota WP_267184195.1 OGU48181.1 5.27e-11 1798427 Pseudomonadati Ignavibacteriota WP_267184195.1 MCI6324393.1 4.48e-09 2030927 Pseudomonadati Bacteroidota WP_267184195.1 MBX9747080.1 7.61e-06 2026748 Pseudomonadati Pseudomonadota WP_267184195.1 HAJ30683.1 2.76e-04 1913989 Pseudomonadati Pseudomonadota KAJ7369304.1 KAJ7369304.1 0.0 174260 Metazoa Cnidaria KAJ7369304.1 MCI6965979.1 6.88e-37 1869227 0 0 KAJ7369304.1 WP_114054641.1 3.07e-11 1883;68209 Bacillati Actinomycetota WP_014558374.1 WP_014558374.1 0.0 683846;1163730 Thermoproteati Thermoproteota WP_257788220.1 WP_257788220.1 3.18e-161 N/A N/A XP_018492447.1 XP_018492447.1 0.0 3726 Viridiplantae Streptophyta MBA3614174.1 MBA3614174.1 0.0 2358460 Pseudomonadati Nitrospirota MBA3614174.1 WP_200200480.1 1.07e-40 287 Pseudomonadati Pseudomonadota MBA3614174.1 WP_137202811.1 1.26e-28 33069 Pseudomonadati Pseudomonadota MBA3614174.1 OYZ89234.1 1.32e-05 1970547 Pseudomonadati Pseudomonadota HBE3137209.1 HBE3137209.1 1.13e-177 562 Pseudomonadati Pseudomonadota MVA71646.1 MVA71646.1 0.0 373 Pseudomonadati Pseudomonadota MVA71646.1 MBK6509184.1 7.07e-116 1932666 Pseudomonadati Pseudomonadota MVA71646.1 WP_255073759.1 1.70e-115 573 Pseudomonadati Pseudomonadota MVA71646.1 WP_126678289.1 1.31e-18 2490854 Pseudomonadati Bacteroidota WP_129006924.1 WP_129006924.1 1.16e-135 2044508 Pseudomonadati Campylobacterota XP_004034642.1 XP_004034642.1 4.07e-296 5932 0 Ciliophora ESL04748.1 ESL04748.1 0.0 592026 Bacillati Bacillota ESL04748.1 MBP5538497.1 5.77e-94 2030927 Pseudomonadati Bacteroidota WP_278449211.1 WP_278449211.1 0.0 293 Pseudomonadati Pseudomonadota WP_278449211.1 WP_272906673.1 4.89e-82 354351 Pseudomonadati Pseudomonadota WP_278449211.1 WP_164653811.1 1.22e-76 329406 Pseudomonadati Pseudomonadota WP_278449211.1 WP_124213670.1 4.47e-66 286;287 Pseudomonadati Pseudomonadota WP_278449211.1 WP_175896721.1 1.53e-51 1207504 Pseudomonadati Pseudomonadota WP_278449211.1 MBP7222158.1 1.82e-48 1960295 Bacillati Bacillota WP_278449211.1 QYU66920.1 1.34e-47 2819933 Bacillati Cyanobacteriota WP_278449211.1 WP_205173112.1 4.21e-36 992288 Bacillati Bacillota WP_278449211.1 PYP94120.1 3.02e-11 2026742 Pseudomonadati Gemmatimonadota WP_278449211.1 MBX9709025.1 2.32e-08 1978230 Pseudomonadati Pseudomonadota WP_080864663.1 WP_080864663.1 5.20e-64 362;1183400;2137760 Pseudomonadati Pseudomonadota KAG9317532.1 KAG9317532.1 0.0 1914213 Fungi Basidiomycota PTB82632.1 PTB82632.1 2.35e-115 624146 Pseudomonadati Pseudomonadota KAF9101968.1 KAF9101968.1 0.0 1896188 Fungi Mortierellomycota NDE10255.1 NDE10255.1 8.74e-63 2448778 Pseudomonadati Bacteroidota MCH7882583.1 MCH7882583.1 8.51e-222 1977087 Pseudomonadati Pseudomonadota MBH2908027.1 MBH2908027.1 0.0 615 Pseudomonadati Pseudomonadota WP_131734175.1 WP_131734175.1 7.04e-187 175628 Bacillati Actinomycetota WP_131734175.1 MCQ2424848.1 1.39e-35 1898203 Bacillati Bacillota WP_071455957.1 WP_071455957.1 1.43e-243 2737;519472;2292077 Bacillati Bacillota WP_071455957.1 WP_152465448.1 1.23e-26 2587855 Pseudomonadati Pseudomonadota EEH16378.1 EEH16378.1 0.0 482561 Fungi Ascomycota EEH16378.1 CAC9886154.1 1.88e-05 5580 Fungi Ascomycota WP_015645305.1 WP_015645305.1 3.00e-260 210;1311573;1321938;1321941 Pseudomonadati Campylobacterota HAL0497824.1 HAL0497824.1 1.04e-207 562 Pseudomonadati Pseudomonadota HAL0497824.1 EFI9255255.1 1.39e-07 562 Pseudomonadati Pseudomonadota WP_055394972.1 WP_055394972.1 0.0 12916;12917 Pseudomonadati Pseudomonadota MBQ6611319.1 MBQ6611319.1 1.75e-66 2485925 Bacillati Bacillota WP_231837445.1 WP_231837445.1 1.97e-92 1349 Bacillati Bacillota XP_048775453.1 XP_048775453.1 0.0 37623 Metazoa Mollusca WP_161275011.1 WP_161275011.1 7.06e-204 2584625 Bacillati Bacillota WP_262114929.1 WP_262114929.1 9.29e-129 299766;1812935 Pseudomonadati Pseudomonadota WP_262114929.1 WP_071081072.1 3.65e-53 543;573 Pseudomonadati Pseudomonadota KAI4882225.1 KAI4882225.1 0.0 148989 Metazoa Chordata KAI4882225.1 NWH38694.1 6.20e-16 39621;667144 Metazoa Chordata MBC9954836.1 MBC9954836.1 1.43e-115 2770547 Bacillati Actinomycetota WP_119512617.1 WP_119512617.1 3.70e-212 2306995 Pseudomonadati Pseudomonadota WP_024986590.1 WP_024986590.1 6.40e-114 816;85831 Pseudomonadati Bacteroidota WP_217950418.1 WP_217950418.1 4.30e-264 46124 Bacillati Bacillota MCM1513138.1 MCM1513138.1 3.24e-280 847 Pseudomonadati Pseudomonadota MCM1513138.1 WP_037818847.1 1.23e-76 1447705;2618356 Bacillati Actinomycetota MCM1513138.1 WP_199673213.1 1.07e-47 1396 Bacillati Bacillota MCM1513138.1 MBN9383861.1 9.97e-12 1869212 Pseudomonadati Bacteroidota WP_107723967.1 WP_107723967.1 0.0 482 Pseudomonadati Pseudomonadota WP_107723967.1 KTC18574.1 2.04e-100 1198318 Pseudomonadati Pseudomonadota WP_159896041.1 WP_159896041.1 2.51e-158 485751 Pseudomonadati Pseudomonadota WP_159896041.1 MBI1382466.1 4.92e-22 2026779 Pseudomonadati Planctomycetota WP_195397250.1 WP_195397250.1 0.0 2787120 Bacillati Bacillota WP_195397250.1 WP_255187010.1 6.17e-159 2963939 Pseudomonadati Pseudomonadota WP_195397250.1 WP_161258623.1 2.20e-46 121734 Bacillati Bacillota WP_195397250.1 MBQ2017527.1 3.97e-41 1913988 Pseudomonadati Pseudomonadota DAP26351.1 DAP26351.1 1.70e-34 2832643 Heunggongvirae Uroviricota WP_089370623.1 WP_089370623.1 0.0 1627892 Pseudomonadati Bacteroidota MBQ1765196.1 MBQ1765196.1 5.31e-132 1872589 Pseudomonadati Pseudomonadota WP_171183333.1 WP_171183333.1 9.31e-105 2625375;2683018;2683019;2683020;2683021 Pseudomonadati Pseudomonadota MCJ1326389.1 MCJ1326389.1 1.03e-241 209281 Fungi Ascomycota WP_237171174.1 WP_237171174.1 2.17e-173 43767 Bacillati Actinomycetota WP_005710284.1 WP_005710284.1 1.13e-116 736;1095743 Pseudomonadati Pseudomonadota WP_005710284.1 QDH16072.1 4.86e-35 2558360 Pseudomonadati Pseudomonadota EAV2673163.1 EAV2673163.1 7.49e-80 28901 Pseudomonadati Pseudomonadota WP_162313773.1 WP_162313773.1 1.29e-242 377616 Pseudomonadati Pseudomonadota MCL7030477.1 MCL7030477.1 1.08e-127 74823 Viridiplantae Streptophyta WP_194933787.1 WP_194933787.1 1.99e-146 2730425 Pseudomonadati Pseudomonadota WP_249868607.1 WP_249868607.1 1.22e-232 2908207 Pseudomonadati Pseudomonadota MBT7096516.1 MBT7096516.1 5.15e-138 2026781 0 Candidatus Poribacteria MBT7096516.1 KOR84431.1 1.21e-36 1581037 Bacillati Bacillota WP_116870479.1 WP_116870479.1 0.0 29497 Pseudomonadati Pseudomonadota WP_116870479.1 WP_122440133.1 4.33e-73 33069 Pseudomonadati Pseudomonadota WP_116870479.1 MCE2789155.1 1.79e-39 2202734 Pseudomonadati Bacteroidota WP_176307440.1 WP_176307440.1 0.0 2718534 Pseudomonadati Bacteroidota WP_176307440.1 WP_074319120.1 7.27e-35 709881 Bacillati Actinomycetota WP_176307440.1 HCT06136.1 2.36e-25 306 Pseudomonadati Pseudomonadota WP_176307440.1 WP_041591748.1 3.58e-22 51669 Bacillati Bacillota WP_176307440.1 MBY0273331.1 6.36e-14 1913988 Pseudomonadati Pseudomonadota WP_176307440.1 WP_278631399.1 9.34e-05 29348 Bacillati Bacillota WP_176307440.1 KAJ6994162.1 3.73e-04 444605 Viridiplantae Streptophyta WP_176307440.1 WP_019100427.1 8.38e-04 394935 Pseudomonadati Pseudomonadota WP_182023956.1 WP_182023956.1 7.37e-166 670;672;717610 Pseudomonadati Pseudomonadota CAF1059395.1 CAF1059395.1 0.0 392033 Metazoa Rotifera WP_262612393.1 WP_262612393.1 3.88e-245 53344 Bacillati Bacillota WP_262612393.1 WP_098923619.1 3.79e-125 1392;1396 Bacillati Bacillota WP_262612393.1 WP_267292626.1 3.80e-87 2873601 Pseudomonadati Bacteroidota WP_262612393.1 MBT3887354.1 2.42e-81 1898112 Pseudomonadati Pseudomonadota WP_262612393.1 OFZ89526.1 2.65e-79 1797477 Pseudomonadati Pseudomonadota WP_262612393.1 WP_033456074.1 1.56e-78 518;1331200 Pseudomonadati Pseudomonadota WP_262612393.1 NDI25889.1 1.77e-49 2900548 Bacillati Actinomycetota WP_262612393.1 KAA0555231.1 1.35e-33 57706 Pseudomonadati Pseudomonadota WP_262612393.1 KAJ4394429.1 2.51e-22 1191159 Fungi Ascomycota WP_262612393.1 MBY0286260.1 1.24e-13 2448780 Bacillati Actinomycetota WP_232306300.1 WP_232306300.1 0.0 823 Pseudomonadati Bacteroidota WP_232306300.1 WP_074911472.1 9.90e-101 371601 Pseudomonadati Bacteroidota WP_232306300.1 TAL20232.1 1.30e-35 1872578 Pseudomonadati Pseudomonadota WP_232306300.1 WP_138482356.1 5.89e-32 161398 Pseudomonadati Pseudomonadota WP_232306300.1 WP_261733022.1 6.60e-31 2978345 Pseudomonadati Pseudomonadota WP_232306300.1 HAS8246497.1 1.28e-29 672 Pseudomonadati Pseudomonadota WP_232306300.1 WP_063540919.1 1.24e-23 306;316;2968969 Pseudomonadati Pseudomonadota WP_232306300.1 WP_007708736.1 6.41e-21 333367;518636 Bacillati Bacillota WP_232306300.1 EDN57974.1 3.09e-20 150340 Pseudomonadati Pseudomonadota WP_232306300.1 PSQ73325.1 7.86e-20 1919101 Pseudomonadati Bacteroidota WP_232306300.1 MBN1819552.1 5.28e-19 2053594 Pseudomonadati Bacteroidota WP_232306300.1 MBQ5584458.1 2.09e-18 2053608 Bacillati Bacillota WP_232306300.1 XP_001454078.1 1.21e-16 5888 0 Ciliophora WP_232306300.1 WP_254972748.1 9.07e-14 165179 Pseudomonadati Bacteroidota WP_232306300.1 PYP94120.1 1.56e-13 2026742 Pseudomonadati Gemmatimonadota WP_232306300.1 WP_272906673.1 1.99e-07 354351 Pseudomonadati Pseudomonadota WP_232306300.1 HBG17616.1 9.91e-06 1879010 Bacillati Bacillota CAB5621061.1 CAB5621061.1 4.00e-154 562 Pseudomonadati Pseudomonadota CAB5621061.1 WP_139552727.1 4.49e-13 562 Pseudomonadati Pseudomonadota WP_150071802.1 WP_150071802.1 4.37e-220 2234087 Pseudomonadati Thermodesulfobacteriota WP_150071802.1 WP_011313080.1 3.38e-82 36861;292415 Pseudomonadati Pseudomonadota WP_250934260.1 WP_250934260.1 8.80e-187 33951;52694;1899015 Bacillati Bacillota WP_250934260.1 MBQ1564907.1 4.65e-86 2044939 Bacillati Bacillota KAJ9397508.1 KAJ9397508.1 4.80e-234 264951 Fungi Ascomycota WP_223655776.1 WP_223655776.1 7.03e-255 2830842 Pseudomonadati Pseudomonadota GFY73571.1 GFY73571.1 9.21e-107 2747483 Metazoa Arthropoda QMV44496.1 QMV44496.1 9.09e-116 2598458 Bacillati Bacillota RLN50561.1 RLN50561.1 0.0 325452 0 Oomycota RLN50561.1 THW78755.1 8.03e-54 5580 Fungi Ascomycota RLN50561.1 WP_192500494.1 2.65e-40 1897058 Pseudomonadati Bacteroidota RLN50561.1 WP_084371009.1 1.41e-34 692418 Pseudomonadati Bacteroidota RLN50561.1 EHR6291555.1 5.89e-33 28901 Pseudomonadati Pseudomonadota RLN50561.1 NLW39422.1 4.55e-30 2049431 Bacillati Bacillota RLN50561.1 WP_132175930.1 4.49e-27 190195 Bacillati Actinomycetota RLN50561.1 NVM03966.1 5.44e-26 2719382 Promethearchaeati Candidatus Helarchaeota RLN50561.1 MSO30570.1 1.02e-24 1978231 Pseudomonadati Acidobacteriota RLN50561.1 QIC18874.1 3.01e-23 147802 Bacillati Bacillota RLN50561.1 MWR41881.1 3.40e-23 562 Pseudomonadati Pseudomonadota RLN50561.1 XP_013005546.1 4.86e-10 N/A N/A RLN50561.1 KAI9191373.1 5.10e-09 4023 Viridiplantae Streptophyta RLN50561.1 WP_089095302.1 3.96e-06 346;473426 Pseudomonadati Pseudomonadota WP_042632177.1 WP_042632177.1 1.69e-146 210 Pseudomonadati Campylobacterota XP_046509038.1 XP_046509038.1 0.0 89248 Metazoa Chordata XP_046509038.1 WP_058051508.1 2.99e-10 656 Pseudomonadati Pseudomonadota XP_046509038.1 MBE6257848.1 3.12e-08 59823 Pseudomonadati Bacteroidota XP_046509038.1 WP_224911464.1 7.40e-07 538381 Pseudomonadati Pseudomonadota KAG7034489.1 KAG7034489.1 1.46e-81 1094858 Viridiplantae Streptophyta MBL7809501.1 MBL7809501.1 5.72e-276 2202734 Pseudomonadati Bacteroidota WP_277531229.1 WP_277531229.1 1.23e-66 1457232 Bacillati Bacillota WP_140985543.1 WP_140985543.1 1.33e-166 2565365 Pseudomonadati Pseudomonadota WP_190032834.1 WP_190032834.1 5.90e-212 1942 Bacillati Actinomycetota WP_190032834.1 WP_077690175.1 4.49e-26 2013;501010 Bacillati Actinomycetota WP_190032834.1 WP_255657001.1 1.54e-24 N/A N/A WP_190032834.1 MBQ9299122.1 1.12e-10 2044939 Bacillati Bacillota CEM11561.1 CEM11561.1 2.66e-295 1169539 0 0 WP_028393295.1 WP_028393295.1 3.10e-43 672;186817;450367;1581030;1581037;1736211;1736396;1736405;1882762;2033488;2033493;2033515;2057910;2762330;2778370;2781732;2819121;2819178;2861286;2938231 Bacillati;Pseudomonadati Pseudomonadota;Bacillota;Actinomycetota WP_028393295.1 EEE2002201.1 1.99e-09 2048769 Pseudomonadati Pseudomonadota OJV54207.1 OJV54207.1 1.34e-39 1895923 Pseudomonadati Bacteroidota WP_157553964.1 WP_157553964.1 0.0 564415 Bacillati Actinomycetota WP_139067457.1 WP_139067457.1 0.0 2058174;2058175;2183747 Pseudomonadati Bacteroidota WP_139067457.1 WP_219484458.1 2.19e-211 28132 Pseudomonadati Bacteroidota WP_139067457.1 HBE7681505.1 7.99e-101 562 Pseudomonadati Pseudomonadota WP_139067457.1 WP_209676560.1 5.63e-13 272161 Bacillati Actinomycetota MBK7384228.1 MBK7384228.1 1.56e-28 2021391 Pseudomonadati Bacteroidota WP_094840069.1 WP_094840069.1 0.0 1416808 Pseudomonadati Pseudomonadota WP_094840069.1 WP_279840346.1 1.24e-91 2975391 Pseudomonadati Pseudomonadota WP_094840069.1 MBI4806480.1 1.01e-77 885 Pseudomonadati Thermodesulfobacteriota WP_094840069.1 WP_212054759.1 1.24e-67 152480 Pseudomonadati Pseudomonadota WP_094840069.1 WP_224791962.1 9.21e-54 93222 Pseudomonadati Pseudomonadota WP_094840069.1 WP_283557067.1 1.64e-51 1506334 Pseudomonadati Pseudomonadota HIH60710.1 HIH60710.1 4.10e-184 2591003 Methanobacteriati Thermoplasmatota HIH60710.1 XP_055928676.1 1.24e-18 94029 Metazoa Arthropoda MCB1191718.1 MCB1191718.1 1.94e-276 2026757 Pseudomonadati Spirochaetota WP_087465911.1 WP_087465911.1 1.02e-245 1987723 Pseudomonadati Pseudomonadota UGA79226.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UGA79226.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota NWI70572.1 NWI70572.1 2.19e-258 135184 Metazoa Chordata NWI70572.1 XP_041032211.1 8.56e-15 13397 Metazoa Chordata AMT69763.1 AMT69763.1 1.51e-52 83262 Bacillati Actinomycetota MBD3627516.1 MBD3627516.1 0.0 1966343 Pseudomonadati Bacteroidota KST94193.1 KST94193.1 1.64e-27 1360 Bacillati Bacillota WP_166960135.1 WP_166960135.1 1.06e-270 1565536 Pseudomonadati Bacteroidota WP_166960135.1 WP_247915795.1 3.17e-44 1304 Bacillati Bacillota CAE7938465.1 CAE7938465.1 2.41e-76 1628268 0 0 WP_278665106.1 WP_278665106.1 3.14e-315 1686 Bacillati Actinomycetota MBI2083107.1 MBI2083107.1 1.16e-184 2026735 Pseudomonadati Myxococcota KAG8833708.1 KAG8833708.1 1.78e-136 2600215 Fungi Basidiomycota WP_068059894.1 WP_068059894.1 2.41e-163 1834147 Bacillati Actinomycetota WP_145616262.1 WP_145616262.1 0.0 1543705;3475240 Pseudomonadati Pseudomonadota WP_145616262.1 NNE87648.1 1.85e-173 2058390 Pseudomonadati Pseudomonadota WP_145616262.1 WP_024330540.1 6.08e-75 447471 Pseudomonadati Pseudomonadota WP_145616262.1 MYE57211.1 9.00e-64 2024894 Bacillati Actinomycetota WP_145616262.1 DAZ71054.1 9.76e-44 2832643 Heunggongvirae Uroviricota PBJ84576.1 PBJ84576.1 0.0 2032565 Pseudomonadati Pseudomonadota PBJ84576.1 MCS7028162.1 2.24e-07 2044936 Pseudomonadati Bacteroidota WP_164581131.1 WP_164581131.1 0.0 384 Pseudomonadati Pseudomonadota MBJ4905015.1 MBJ4905015.1 1.88e-109 399587 Pseudomonadati Pseudomonadota WP_232441874.1 WP_232441874.1 1.12e-256 87882;2880219 Pseudomonadati Pseudomonadota MCH8874789.1 MCH8874789.1 1.73e-85 2172550 Pseudomonadati 0 MBL7689759.1 MBL7689759.1 4.09e-73 2026715 Pseudomonadati Bdellovibrionota WP_014950321.1 WP_014950321.1 3.90e-223 28108;529120 Pseudomonadati Pseudomonadota WP_014950321.1 WP_252438898.1 2.82e-60 35703 Pseudomonadati Pseudomonadota EAS0616219.1 EAS0616219.1 8.95e-197 2564335 Pseudomonadati Pseudomonadota GIP40757.1 GIP40757.1 5.51e-99 2807195 Bacillati Bacillota WP_070334369.1 WP_070334369.1 0.0 287 Pseudomonadati Pseudomonadota WP_070334369.1 WP_079722145.1 1.30e-33 241145 Pseudomonadati Bacteroidota WP_132528552.1 WP_132528552.1 2.69e-22 2512149 Pseudomonadati Pseudomonadota XP_015055542.1 XP_015055542.1 0.0 28526 Viridiplantae Streptophyta XP_015055542.1 XP_021898889.1 1.13e-101 3649 Viridiplantae Streptophyta MBX9709025.1 MBX9709025.1 2.72e-84 1978230 Pseudomonadati Pseudomonadota MBX9709025.1 WP_278449211.1 5.34e-08 293 Pseudomonadati Pseudomonadota KAH7420042.1 KAH7420042.1 7.49e-207 2138324 Fungi Ascomycota WP_158309540.1 WP_158309540.1 5.16e-31 60894 Bacillati Actinomycetota GFR08784.1 GFR08784.1 9.12e-109 2740835 Metazoa Arthropoda KAF9974715.1 KAF9974715.1 0.0 1343610 Fungi Mortierellomycota KAF9974715.1 KAJ2660037.1 3.30e-188 2789312 Fungi Kickxellomycota KAF9974715.1 MBQ8297564.1 8.45e-34 41978 Bacillati Bacillota KAF9974715.1 KAI9191373.1 1.31e-21 4023 Viridiplantae Streptophyta KAF9974715.1 WAY96880.1 9.28e-19 615 Pseudomonadati Pseudomonadota KAF9974715.1 WP_279984614.1 7.27e-15 909768 Pseudomonadati Pseudomonadota KAF9974715.1 WP_152652784.1 1.33e-14 2023717 Pseudomonadati Pseudomonadota KAF9974715.1 MCH4209672.1 2.80e-14 41200 Bacillati Actinomycetota KAF9974715.1 WP_076409454.1 2.80e-13 85698 Pseudomonadati Pseudomonadota KAF9974715.1 WP_158791585.1 2.34e-12 1641866 Pseudomonadati Acidobacteriota KAF9974715.1 WP_176354145.1 5.76e-12 2742698 Pseudomonadati Pseudomonadota KAF9974715.1 WP_140480909.1 7.62e-12 1404367 Pseudomonadati Pseudomonadota KAF9974715.1 WP_281543397.1 1.31e-10 544645 Pseudomonadati Bacteroidota KAF9974715.1 WP_008470196.1 2.71e-10 1203033;1423758 Bacillati Bacillota KAF9974715.1 OAN53756.1 3.11e-09 1285242 Pseudomonadati Pseudomonadota KAF9974715.1 WP_150396769.1 7.66e-09 305 Pseudomonadati Pseudomonadota KAF9974715.1 MBT4161918.1 1.26e-08 1913989 Pseudomonadati Pseudomonadota KAF9974715.1 WP_207918089.1 1.68e-08 185978;2512133;2587092 Bacillati Bacillota KAF9974715.1 MXP43753.1 2.49e-08 1689985 Pseudomonadati Pseudomonadota KAF9974715.1 MBC7326981.1 3.08e-08 1869227 0 0 KAF9974715.1 WP_088153117.1 3.76e-08 171674 Pseudomonadati Pseudomonadota KAF9974715.1 MCP5262709.1 5.30e-08 50421 Pseudomonadati Pseudomonadota KAF9974715.1 WP_174822921.1 3.21e-07 N/A N/A KAF9974715.1 MYD56339.1 1.73e-06 2026787 Pseudomonadati Rhodothermota KAF9974715.1 EHH5649593.1 1.80e-06 195 Pseudomonadati Campylobacterota MBM3701396.1 MBM3701396.1 5.24e-144 2900548 Bacillati Actinomycetota MBM3701396.1 MCE2152122.1 5.05e-45 1308 Bacillati Bacillota HCP62665.1 HCP62665.1 5.96e-19 2900548 Bacillati Actinomycetota HCP62665.1 MCI4325574.1 4.98e-07 1906666 Methanobacteriati Thermoplasmatota MCR4368335.1 MCR4368335.1 5.81e-73 1906665 0 0 NKB40192.1 NKB40192.1 2.81e-205 1967498 Bacillati Actinomycetota NKB40192.1 WP_042648904.1 2.43e-63 642;647;651;948519 Pseudomonadati Pseudomonadota NKB40192.1 MBK8326393.1 1.52e-58 1889775 Pseudomonadati Pseudomonadota NKB40192.1 WP_086236254.1 1.25e-57 3161138 Pseudomonadati Campylobacterota CAF4882469.1 CAF4882469.1 1.97e-49 392030 Metazoa Rotifera NED83450.1 NED83450.1 2.06e-215 2706029 Bacillati Actinomycetota NED83450.1 WP_029579419.1 1.99e-21 103855;398518 Pseudomonadati Pseudomonadota NED83450.1 WP_096722254.1 9.01e-19 1912599 Pseudomonadati Pseudomonadota NED83450.1 WP_268678783.1 1.14e-12 1676683 Pseudomonadati Pseudomonadota BBL73457.1 BBL73457.1 0.0 1760988 Pseudomonadati Pseudomonadota BBL73457.1 MBT3179978.1 4.00e-120 2026760 Pseudomonadati Fidelibacterota BBL73457.1 WP_038580218.1 1.36e-18 1781;1131442 Bacillati Actinomycetota BBL73457.1 MBP8718427.1 3.39e-18 2053509 Pseudomonadati Atribacterota MBA2522987.1 MBA2522987.1 7.55e-102 1909295 Bacillati Actinomycetota MBA2522987.1 MBC7097666.1 1.41e-35 2306012 0 Candidatus Bipolaricaulota MBA2522987.1 KAB2885888.1 8.07e-21 1872424 Pseudomonadati Pseudomonadota WP_271771839.1 WP_271771839.1 2.12e-303 N/A N/A EFA7535944.1 EFA7535944.1 5.45e-51 562 Pseudomonadati Pseudomonadota WP_055759832.1 WP_055759832.1 4.10e-298 1736354 Bacillati Actinomycetota WP_055759832.1 MCS6996891.1 8.44e-42 2906524 Pseudomonadati Pseudomonadota MBR5510068.1 MBR5510068.1 7.23e-311 1898203 Bacillati Bacillota MBR2648677.1 MBR2648677.1 8.07e-244 1869212;1917865 Pseudomonadati Bacteroidota MCR4426439.1 MCR4426439.1 8.89e-277 1879010 Bacillati Bacillota MCI8272365.1 MCI8272365.1 3.98e-131 2049044 Bacillati Bacillota MCI8272365.1 MBR5140322.1 1.32e-20 2044939 Bacillati Bacillota XP_023482372.1 XP_023482372.1 0.0 9796 Metazoa Chordata MBT6563471.1 MBT6563471.1 0.0 2268189 Pseudomonadati Planctomycetota MBT6563471.1 WP_035064005.1 1.14e-155 42252 Pseudomonadati Thermodesulfobacteriota MBT6563471.1 WP_255895909.1 6.36e-49 2940935 Pseudomonadati Pseudomonadota KAI8393114.1 KAI8393114.1 4.46e-239 5478 Fungi Ascomycota WP_067680410.1 WP_067680410.1 1.20e-67 1822240 Pseudomonadati Pseudomonadota WP_233292564.1 WP_233292564.1 2.57e-262 2765360 Pseudomonadati Pseudomonadota WP_049327990.1 WP_049327990.1 0.0 43675 Bacillati Actinomycetota WP_049327990.1 WP_066046987.1 1.42e-157 28446;991789 Bacillati Bacillota WP_279961109.1 WP_279961109.1 2.75e-296 196816 Pseudomonadati Pseudomonadota WP_279961109.1 WP_188200635.1 8.56e-103 244366 Pseudomonadati Pseudomonadota KAH7576347.1 KAH7576347.1 0.0 99658 Viridiplantae Streptophyta KAI1260235.1 KAI1260235.1 1.96e-205 2614591 Fungi Ascomycota CAD0200323.1 CAD0200323.1 2.51e-203 689277 Metazoa Arthropoda MBO5874131.1 MBO5874131.1 1.59e-82 2049048 Pseudomonadati Bacteroidota KZV16312.1 KZV16312.1 1.56e-46 472368 Viridiplantae Streptophyta CAF5136964.1 CAF5136964.1 1.27e-163 392030 Metazoa Rotifera WP_251593142.1 WP_251593142.1 1.36e-182 1851019 Pseudomonadati Pseudomonadota WP_251593142.1 WP_042650033.1 3.86e-22 642;648;651 Pseudomonadati Pseudomonadota WP_251593142.1 WP_013845913.1 4.14e-15 382;693982 Pseudomonadati Pseudomonadota WP_251593142.1 WP_259847195.1 5.50e-10 498199 Bacillati Actinomycetota UJT06733.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UJT06733.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_070306574.1 WP_070306574.1 1.98e-136 197 Pseudomonadati Campylobacterota XP_036098045.1 XP_036098045.1 7.75e-102 27622 Metazoa Chordata OGR46634.1 OGR46634.1 2.76e-226 1797926;1797936;2030800 Pseudomonadati Elusimicrobiota OGR46634.1 NPV66369.1 3.73e-135 2052143 Bacillati Chloroflexota NXM52897.1 NXM52897.1 0.0 201329 Metazoa Chordata NXM52897.1 WP_070172067.1 9.86e-121 1386;1392;2026187;2875730 Bacillati Bacillota NXM52897.1 WP_014985199.1 2.40e-104 37326;1133849 Bacillati Actinomycetota NWT80859.1 NWT80859.1 6.81e-165 28713 Metazoa Chordata NWT80859.1 XP_009464764.1 1.01e-11 128390 Metazoa Chordata WP_269828627.1 WP_269828627.1 6.97e-41 2792015 Pseudomonadati Pseudomonadota TWT41731.1 TWT41731.1 0.0 2528034 Pseudomonadati Planctomycetota RMY79307.1 RMY79307.1 0.0 91943 Fungi Ascomycota KAF7818313.1 KAF7818313.1 0.0 362788 Viridiplantae Streptophyta WP_045125019.1 WP_045125019.1 4.45e-255 48296 Pseudomonadati Pseudomonadota WP_045125019.1 WP_001537381.1 1.53e-46 562;1181747 Pseudomonadati Pseudomonadota WP_045125019.1 MBS1222269.1 6.42e-33 1977087 Pseudomonadati Pseudomonadota WP_045125019.1 WP_247392216.1 1.08e-31 1310165 Pseudomonadati Pseudomonadota KOS38468.1 KOS38468.1 6.89e-127 229535 Fungi Ascomycota KOS38468.1 KAJ3544539.1 2.64e-05 57161 Fungi Ascomycota NUQ31250.1 NUQ31250.1 9.07e-245 2728912 Bacillati Actinomycetota NUQ31250.1 WP_008045531.1 1.99e-15 1144336 Pseudomonadati Pseudomonadota NUQ31250.1 GIC06559.1 6.23e-15 666 Pseudomonadati Pseudomonadota MCF7626618.1 MCF7626618.1 0.0 2911883 Bacillati Bacillota MCH5207665.1 MCH5207665.1 1.13e-171 2485925 Bacillati Bacillota MCH5207665.1 WP_064779756.1 2.55e-10 168934;393657;1912094 Pseudomonadati Pseudomonadota MCH5207665.1 WP_124978582.1 1.36e-07 1122;1920663;1920664 Bacillati Cyanobacteriota KAF3356825.1 KAF3356825.1 0.0 27337;100787;1027910 Fungi Ascomycota CJB10156.1 CJB10156.1 1.81e-82 1313 Bacillati Bacillota RYE23003.1 RYE23003.1 8.52e-224 2044944 Pseudomonadati Bacteroidota MBR0338720.1 MBR0338720.1 1.63e-147 1872444 Pseudomonadati Bacteroidota MBF1375496.1 MBF1375496.1 0.0 1924944 Pseudomonadati Bacteroidota KAJ8358812.1 KAJ8358812.1 0.0 118154 Metazoa Chordata MBQ8641985.1 MBQ8641985.1 4.63e-72 2044939 Bacillati Bacillota XP_051592778.1 XP_051592778.1 2.00e-234 1187938 Fungi Ascomycota CAB1415528.1 CAB1415528.1 7.24e-73 8262 Metazoa Chordata WP_168166755.1 WP_168166755.1 1.49e-172 1739319 Pseudomonadati Bacteroidota WP_168166755.1 WP_281498184.1 4.41e-04 N/A N/A WP_007993424.1 WP_007993424.1 1.73e-53 286;294;1144331;1207075;2070669;2751342 Pseudomonadati Pseudomonadota WP_007993424.1 WP_187029467.1 2.15e-10 1945593;2714358;2763041 Bacillati Bacillota MCM3872453.1 MCM3872453.1 7.47e-57 2283092 Pseudomonadati Acidobacteriota WP_098279309.1 WP_098279309.1 0.0 1396 Bacillati Bacillota WP_098279309.1 WP_068051662.1 2.30e-144 1834147 Bacillati Actinomycetota WP_098279309.1 TMQ04701.1 3.26e-17 2026735 Pseudomonadati Myxococcota AXB40829.1 AXB40829.1 8.33e-264 3018538 Metazoa Chordata AXB40829.1 ADJ57888.1 2.49e-202 451678 Metazoa Chordata AXB40829.1 UNP33456.1 4.03e-170 1567021 Metazoa Chordata AXB40829.1 BAI82636.1 1.82e-107 7004 Metazoa Arthropoda AXB40829.1 QYT38722.1 5.64e-56 2565248 Metazoa Platyhelminthes XP_021507806.1 XP_021507806.1 0.0 N/A N/A XP_021507806.1 XP_005573423.1 0.0 9541 Metazoa Chordata XP_021507806.1 XP_048264533.1 0.0 30195 Metazoa Arthropoda XP_021507806.1 XP_042771424.1 1.36e-85 9689 Metazoa Chordata WP_092081374.1 WP_092081374.1 0.0 1419277 Pseudomonadati Pseudomonadota WP_092081374.1 WP_231355705.1 8.19e-315 2899078 Pseudomonadati Pseudomonadota WP_092081374.1 PJJ44766.1 2.06e-285 257984 Bacillati Actinomycetota WP_092081374.1 WP_206581849.1 1.72e-184 33953 Bacillati Bacillota WP_092081374.1 NLZ92879.1 4.05e-09 1879010 Bacillati Bacillota WP_014772780.1 WP_014772780.1 0.0 232259;866536 Pseudomonadati Bacteroidota WP_014772780.1 MBP1765367.1 5.96e-180 1879010 Bacillati Bacillota WP_065766477.1 WP_065766477.1 0.0 670 Pseudomonadati Pseudomonadota WP_065766477.1 MBQ0048698.1 8.29e-09 3083128 Pseudomonadati Bacteroidota AVO23223.1 AVO23223.1 4.80e-46 46100;525241 Viridiplantae Streptophyta AVO23223.1 UFH83377.1 8.09e-20 29709 Viridiplantae Streptophyta WP_251231146.1 WP_251231146.1 2.25e-157 2941323 Bacillati Actinomycetota MBC7140825.1 MBC7140825.1 1.83e-74 1904441 Pseudomonadati Pseudomonadota WP_090378310.1 WP_090378310.1 0.0 1095778 Methanobacteriati Methanobacteriota XP_013258388.1 XP_013258388.1 0.0 1182545 Fungi Ascomycota XP_013258388.1 CAF3478760.1 2.63e-155 2762511 Metazoa Rotifera WP_192106836.1 WP_192106836.1 8.77e-214 2571221 Pseudomonadati Pseudomonadota WP_192106836.1 WP_176958177.1 2.89e-81 2608715 Pseudomonadati Pseudomonadota WP_192106836.1 WP_278888642.1 1.03e-54 363265 Pseudomonadati Bacteroidota WP_192106836.1 AIA18772.1 2.22e-41 77133 0 0 EIX9307167.1 EIX9307167.1 7.51e-218 573 Pseudomonadati Pseudomonadota EIX9307167.1 WP_230796143.1 8.74e-50 555512;1407019 0;Pseudomonadati 0;Pseudomonadota EIX9307167.1 WP_131914061.1 6.74e-19 412034 Pseudomonadati Pseudomonadota NJL74459.1 NJL74459.1 5.15e-115 2202734 Pseudomonadati Bacteroidota USR14792.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota USR14792.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota WP_274124432.1 WP_274124432.1 5.48e-217 3027943 Pseudomonadati Pseudomonadota XP_008080365.1 XP_008080365.1 0.0 1116229 Fungi Ascomycota XP_008080365.1 WP_257691625.1 3.49e-158 654 Pseudomonadati Pseudomonadota MCR5546513.1 MCR5546513.1 2.00e-293 1898203 Bacillati Bacillota WP_206548446.1 WP_206548446.1 0.0 28211;204799;379347;889300;2859077 Pseudomonadati Pseudomonadota WP_206548446.1 NOY97419.1 1.06e-19 2268192 Pseudomonadati Chlorobiota YP_009340709.1 YP_009340709.1 1.74e-163 481883 Metazoa Chordata YP_009340709.1 AWQ28479.1 2.40e-87 204919 Metazoa Arthropoda HEC61404.1 HEC61404.1 1.98e-104 1869227 0 0 NWU63809.1 NWU63809.1 2.01e-275 2585816 Metazoa Chordata MBU2720902.1 MBU2720902.1 7.31e-314 1232575 Pseudomonadati Pseudomonadota MBI2666778.1 MBI2666778.1 4.05e-52 2026803 Nanobdellati Candidatus Woesearchaeota WP_154503573.1 WP_154503573.1 0.0 210 Pseudomonadati Campylobacterota WP_154503573.1 MCQ2617452.1 3.58e-16 210 Pseudomonadati Campylobacterota MCH61727.1 MCH61727.1 3.64e-94 11676 Pararnavirae Artverviricota MCH61727.1 AAX49003.1 4.82e-38 11676 Pararnavirae Artverviricota WP_035102910.1 WP_035102910.1 2.49e-197 1502724 Pseudomonadati Pseudomonadota WP_035102910.1 WP_233281725.1 1.23e-28 N/A N/A WP_035102910.1 MCO5064371.1 1.20e-12 1913961 Pseudomonadati Pseudomonadota MBR4902600.1 MBR4902600.1 1.07e-317 2212475 Pseudomonadati Lentisphaerota HAB03480.1 HAB03480.1 0.0 306 Pseudomonadati Pseudomonadota HAB03480.1 CKF71070.1 2.43e-103 2026186 Bacillati Bacillota HAB03480.1 WP_230171322.1 5.62e-98 2845820 Pseudomonadati Pseudomonadota HAB03480.1 WP_018646673.1 4.08e-83 990078 Pseudomonadati Pseudomonadota HAB03480.1 MBF0143407.1 1.13e-67 2026759 Pseudomonadati Pseudomonadota HAB03480.1 WP_126679569.1 3.23e-65 287 Pseudomonadati Pseudomonadota HAB03480.1 WP_159812831.1 5.41e-35 2681406 Pseudomonadati Pseudomonadota HAB03480.1 HCN71343.1 2.01e-26 3040095 0 0 HAB03480.1 MBI5333464.1 1.02e-23 1891238 Pseudomonadati Pseudomonadota HAB03480.1 WP_000484099.1 1.55e-21 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota HAB03480.1 WP_145544593.1 3.97e-18 419257 Pseudomonadati Pseudomonadota HAB03480.1 WP_107169208.1 4.15e-16 2108399 Pseudomonadati Pseudomonadota HAB03480.1 WP_078732502.1 7.45e-12 294 Pseudomonadati Pseudomonadota WP_193655704.1 WP_193655704.1 5.84e-181 2026186 Bacillati Bacillota WP_032677416.1 WP_032677416.1 0.0 1386;1423;227866 Bacillati Bacillota WP_032677416.1 MBT4160670.1 5.70e-22 1913989 Pseudomonadati Pseudomonadota WP_032677416.1 WP_094151267.1 1.93e-12 1938672 Pseudomonadati Pseudomonadota MCS6996891.1 MCS6996891.1 2.11e-278 2906524 Pseudomonadati Pseudomonadota MCS6996891.1 WP_055759832.1 1.93e-47 1736354 Bacillati Actinomycetota MCS6996891.1 WP_041723747.1 2.52e-42 359;1841655 Pseudomonadati Pseudomonadota MCS6996891.1 MBF0357294.1 1.48e-35 2026759 Pseudomonadati Pseudomonadota EHZ4862226.1 EHZ4862226.1 0.0 2564711 Pseudomonadati Pseudomonadota EHZ4862226.1 EEW1536683.1 0.0 562 Pseudomonadati Pseudomonadota WP_159812831.1 WP_159812831.1 1.03e-289 2681406 Pseudomonadati Pseudomonadota WP_159812831.1 CKF71070.1 5.70e-34 2026186 Bacillati Bacillota WP_159812831.1 HAB03480.1 2.47e-33 306 Pseudomonadati Pseudomonadota WP_159812831.1 HCN71343.1 3.08e-28 3040095 0 0 WP_159812831.1 WP_230171322.1 3.05e-25 2845820 Pseudomonadati Pseudomonadota WP_159812831.1 WP_126679569.1 9.27e-23 287 Pseudomonadati Pseudomonadota WP_159812831.1 GHI39478.1 1.34e-16 67381 Bacillati Actinomycetota MBP5726154.1 MBP5726154.1 4.64e-177 2044939 Bacillati Bacillota MBP5726154.1 OLA08565.1 2.00e-90 1897004 Bacillati Bacillota MBP5726154.1 KAI0095213.1 6.39e-11 378272 Fungi Basidiomycota MCE1252202.1 MCE1252202.1 0.0 2052143 Bacillati Chloroflexota MCE1252202.1 WP_208504450.1 1.17e-177 2820289 Bacillati Actinomycetota MCE1252202.1 WP_087759142.1 1.24e-06 573 Pseudomonadati Pseudomonadota WP_069083484.1 WP_069083484.1 6.16e-216 1856685 Pseudomonadati Pseudomonadota WP_069083484.1 WP_062640876.1 2.44e-37 1777142 Pseudomonadati Pseudomonadota WP_158687193.1 WP_158687193.1 2.45e-34 1883;1176198 Bacillati Actinomycetota WP_265775712.1 WP_265775712.1 1.39e-155 654 Pseudomonadati Pseudomonadota WP_265775712.1 WP_159117211.1 4.47e-49 2480800;2480805;2614992 Pseudomonadati Bacteroidota;Pseudomonadota KAG4938299.1 KAG4938299.1 1.06e-189 3847 Viridiplantae Streptophyta MCK6622141.1 MCK6622141.1 0.0 2268178;2614252 Pseudomonadati Calditrichota MCK6622141.1 MBK8382708.1 1.70e-18 2053306 Pseudomonadati Ignavibacteriota UQT49937.1 UQT49937.1 8.52e-38 292800 Bacillati Bacillota XP_049766603.1 XP_049766603.1 2.44e-298 274614;2023355 Metazoa Arthropoda WP_180076776.1 WP_180076776.1 1.14e-145 2601176 Pseudomonadati Pseudomonadota MCH2675159.1 MCH2675159.1 1.06e-155 2026734 Bacillati Chloroflexota WP_067123247.1 WP_067123247.1 1.19e-286 67386 Bacillati Actinomycetota WP_184601943.1 WP_184601943.1 0.0 2723086 Pseudomonadati Pseudomonadota WP_184601943.1 WP_000576638.1 5.91e-226 470;1310618 Pseudomonadati Pseudomonadota MCK5309055.1 MCK5309055.1 0.0 1906666 Methanobacteriati Thermoplasmatota EIJ1046776.1 EIJ1046776.1 0.0 562 Pseudomonadati Pseudomonadota EIJ1046776.1 MBF1583063.1 3.26e-120 59823 Pseudomonadati Bacteroidota XP_044919701.1 XP_044919701.1 0.0 9669 Metazoa Chordata GIV84289.1 GIV84289.1 2.38e-166 2838777 Bacillati Chloroflexota GIV84289.1 WP_012236017.1 5.82e-14 56;448385 Pseudomonadati Myxococcota MCB0346442.1 MCB0346442.1 1.94e-50 2053517 Pseudomonadati Bdellovibrionota MBQ2465495.1 MBQ2465495.1 2.38e-299 166 Pseudomonadati Spirochaetota AHN95135.1 AHN95135.1 2.48e-91 9544 Metazoa Chordata UOA67814.1 UOA67814.1 6.31e-65 2739904 Viridiplantae Streptophyta UOA67814.1 YP_009745171.1 2.78e-36 159591 0 Rhodophyta XP_030087828.2 XP_030087828.2 0.0 9135 Metazoa Chordata XP_030087828.2 KAG5994228.1 1.13e-67 1294630 Fungi Ascomycota MBR5943268.1 MBR5943268.1 6.80e-120 2044939 Bacillati Bacillota TND09120.1 TND09120.1 1.65e-75 1898104 Pseudomonadati Bacteroidota WP_017549704.1 WP_017549704.1 3.11e-164 558170 Bacillati Bacillota WP_225225222.1 WP_225225222.1 2.77e-142 N/A N/A WP_016360879.1 WP_016360879.1 0.0 194924;563192 Pseudomonadati Thermodesulfobacteriota WP_278489123.1 WP_278489123.1 4.82e-202 437897 Bacillati Bacillota WP_278489123.1 WP_197521413.1 3.72e-36 1528787 Bacillati Bacillota WP_278489123.1 WP_109219819.1 2.75e-31 28901;58712 Pseudomonadati Pseudomonadota WP_278489123.1 WP_237907640.1 1.01e-27 192 Pseudomonadati Pseudomonadota WP_278489123.1 WP_215557653.1 5.26e-26 1405 Bacillati Bacillota WP_278489123.1 WP_060613079.1 5.85e-25 570;573 Pseudomonadati Pseudomonadota WP_278489123.1 WP_152652784.1 4.38e-24 2023717 Pseudomonadati Pseudomonadota WP_278489123.1 WP_107894076.1 2.14e-23 1130819 Bacillati Bacillota WP_278489123.1 EHR6291555.1 1.03e-22 28901 Pseudomonadati Pseudomonadota WP_278489123.1 MBT3459617.1 1.35e-22 2026743 Pseudomonadati Pseudomonadota WP_278489123.1 WP_247749043.1 8.85e-22 N/A N/A WP_278489123.1 WP_142931103.1 1.93e-20 2202200 Pseudomonadati Campylobacterota WP_278489123.1 WP_222599035.1 5.30e-19 N/A N/A WP_278489123.1 MBQ8297564.1 6.50e-19 41978 Bacillati Bacillota WP_278489123.1 NFD84694.1 6.00e-18 1491 Bacillati Bacillota WP_278489123.1 MBQ4454347.1 3.22e-17 2044939 Bacillati Bacillota WP_278489123.1 WP_036258374.1 6.80e-15 65552 Thermotogati Deinococcota WP_278489123.1 WP_038440434.1 4.07e-14 727 Pseudomonadati Pseudomonadota NQY08093.1 NQY08093.1 7.07e-33 2021391 Pseudomonadati Bacteroidota MBS3611729.1 MBS3611729.1 1.78e-71 1280 Bacillati Bacillota MCP4111938.1 MCP4111938.1 1.62e-48 2049433 Pseudomonadati Thermodesulfobacteriota WP_000989932.1 WP_000989932.1 1.50e-136 1313;1386;1396;1409;180850;1330043 Bacillati Bacillota WP_225123293.1 WP_225123293.1 6.18e-156 292800 Bacillati Bacillota MBM3947147.1 MBM3947147.1 1.41e-60 2030829 Bacillati Chloroflexota WP_072694527.1 WP_072694527.1 5.76e-275 1911586 Bacillati Bacillota WP_072694527.1 MBR0212985.1 1.46e-04 1913988 Pseudomonadati Pseudomonadota EFE8261313.1 EFE8261313.1 0.0 562 Pseudomonadati Pseudomonadota EFE8261313.1 ECU3870451.1 9.08e-100 28901;108619 Pseudomonadati Pseudomonadota KIR59352.1 KIR59352.1 8.33e-301 N/A N/A KAJ5238469.1 KAJ5238469.1 0.0 63820 Fungi Ascomycota OGR49074.1 OGR49074.1 8.01e-146 1797921;1797930;1797938;2030800 Pseudomonadati Elusimicrobiota OGR49074.1 WP_223329113.1 3.29e-63 1303 Bacillati Bacillota CAG0273471.1 CAG0273471.1 7.39e-148 545 Pseudomonadati Pseudomonadota CAG0273471.1 EFB3581025.1 1.08e-69 562 Pseudomonadati Pseudomonadota CAG0273471.1 WP_250376457.1 2.20e-29 562 Pseudomonadati Pseudomonadota MBB1053783.1 MBB1053783.1 4.51e-136 1630633 Bacillati Actinomycetota WP_018160716.1 WP_018160716.1 3.71e-154 359359 Bacillati Actinomycetota MBC7426139.1 MBC7426139.1 8.39e-106 2044936 Pseudomonadati Bacteroidota WP_264507413.1 WP_264507413.1 2.64e-44 1097465 Pseudomonadati Pseudomonadota MBP1312051.1 MBP1312051.1 1.58e-74 1406;2806565 Bacillati Bacillota VAI85984.1 VAI85984.1 0.0 4567 Viridiplantae Streptophyta VAI85984.1 XP_028766233.1 4.32e-83 207710 Viridiplantae Streptophyta WP_270570428.1 WP_270570428.1 0.0 28111 Pseudomonadati Bacteroidota WP_270570428.1 WP_018187484.1 6.37e-64 1761802 Bacillati Actinomycetota WP_270570428.1 WP_233737742.1 5.26e-62 2907155 Pseudomonadati Pseudomonadota WP_270570428.1 QLP56207.1 5.26e-52 1463165 Pseudomonadati Pseudomonadota WP_270570428.1 WP_232790853.1 7.06e-32 N/A N/A QIX02502.1 QIX02502.1 1.87e-181 286661 Fungi Ascomycota RKF23984.1 RKF23984.1 7.39e-182 1894969 Bacillati Actinomycetota KAJ0024505.1 KAJ0024505.1 9.49e-85 434235 Viridiplantae Streptophyta DAP78583.1 DAP78583.1 1.48e-185 2832643 Heunggongvirae Uroviricota XP_054751877.1 XP_054751877.1 0.0 7653 Metazoa Echinodermata XP_054751877.1 XP_035812514.1 3.72e-222 80972 Metazoa Chordata KAG5001697.1 KAG5001697.1 1.01e-191 3847;3848 Viridiplantae Streptophyta WP_282969582.1 WP_282969582.1 1.82e-181 28183 Pseudomonadati Spirochaetota GFV58109.1 GFV58109.1 1.87e-76 2585209 Metazoa Arthropoda GFV58109.1 GFV68115.1 1.97e-10 2585209 Metazoa Arthropoda WP_098137943.1 WP_098137943.1 1.21e-225 1396;1428;86661 Bacillati Bacillota WP_105371864.1 WP_105371864.1 1.53e-174 67774 Pseudomonadati Pseudomonadota QJA13926.1 QJA13926.1 1.18e-31 56004 Viridiplantae Chlorophyta HCN70936.1 HCN70936.1 1.21e-257 3040095 0 0 WP_099639594.1 WP_099639594.1 9.80e-88 2048245 Bacillati Bacillota WP_096647361.1 WP_096647361.1 0.0 1973478 Bacillati Cyanobacteriota WP_096647361.1 WP_039608285.1 7.16e-97 43657 Pseudomonadati Pseudomonadota WP_096647361.1 WP_133325549.1 5.26e-86 1549640 Pseudomonadati Pseudomonadota WP_096647361.1 WP_265225845.1 3.15e-79 95486 Pseudomonadati Pseudomonadota WP_096647361.1 WP_154963182.1 5.35e-40 2058152 Pseudomonadati Pseudomonadota WP_096647361.1 MBT8462299.1 4.71e-15 2026742 Pseudomonadati Gemmatimonadota KAH7160752.1 KAH7160752.1 0.0 307937 Fungi Ascomycota CAA2616064.1 CAA2616064.1 1.84e-98 51605 Viridiplantae Streptophyta WP_013571875.1 WP_013571875.1 0.0 672;914127 Pseudomonadati Pseudomonadota WP_013571875.1 WP_057479385.1 6.40e-152 1736319 Bacillati Actinomycetota WP_013571875.1 WP_046325749.1 3.01e-131 1218507 Bacillati Bacillota WP_013571875.1 WP_208427233.1 7.85e-50 2065818 Pseudomonadati Rhodothermota THZ10219.1 THZ10219.1 8.30e-120 5580 Fungi Ascomycota WP_273946616.1 WP_273946616.1 3.58e-271 1245 Bacillati Bacillota MCI7704736.1 MCI7704736.1 4.36e-194 1898207 Bacillati Bacillota MCI7704736.1 WP_152046331.1 3.86e-54 2495496 Pseudomonadati Pseudomonadota MCI7704736.1 WP_184130797.1 6.20e-53 662880 Thermotogati Deinococcota MCI7704736.1 EGY4555186.1 1.06e-52 28901 Pseudomonadati Pseudomonadota MCI7704736.1 WP_150461480.1 1.04e-48 2608252 Bacillati Actinomycetota MCI7704736.1 WP_073936403.1 1.91e-40 1703944;2593676 Bacillati Actinomycetota WP_063505693.1 WP_063505693.1 8.80e-112 1042;335929;1822222;1822227;1822249;1930536 Pseudomonadati Pseudomonadota WP_063505693.1 HCM9096811.1 5.17e-66 299766 Pseudomonadati Pseudomonadota WP_063505693.1 MCI6491833.1 5.16e-36 59823 Pseudomonadati Bacteroidota OQP53277.1 OQP53277.1 5.53e-50 354356 Pseudomonadati Bacteroidota KAJ7660540.1 KAJ7660540.1 4.31e-120 1033263 Fungi Basidiomycota XP_049776195.1 XP_049776195.1 0.0 274614 Metazoa Arthropoda WP_235374454.1 WP_235374454.1 0.0 294 Pseudomonadati Pseudomonadota MBU4557481.1 MBU4557481.1 1.97e-156 2900548 Bacillati Actinomycetota WP_152718850.1 WP_152718850.1 0.0 480 Pseudomonadati Pseudomonadota CCD45280.1 CCD45280.1 0.0 999810 Fungi Ascomycota MCB2198743.1 MCB2198743.1 3.85e-290 1869227 0 0 WP_032993387.1 WP_032993387.1 0.0 413503 Pseudomonadati Pseudomonadota WP_208665977.1 WP_208665977.1 0.0 86265 Pseudomonadati Pseudomonadota WP_208665977.1 WP_274910452.1 1.82e-84 3029060 Pseudomonadati Pseudomonadota WP_104329329.1 WP_104329329.1 3.06e-246 2080521 Bacillati Actinomycetota WP_252264110.1 WP_252264110.1 9.32e-138 909656 Pseudomonadati Bacteroidota WP_252264110.1 ACA34490.1 1.42e-34 197 Pseudomonadati Campylobacterota UCF22071.1 UCF22071.1 1.35e-269 54061 Pseudomonadati Pseudomonadota WP_276234417.1 WP_276234417.1 0.0 303 Pseudomonadati Pseudomonadota WP_210363492.1 WP_210363492.1 4.66e-207 N/A N/A HJC81763.1 HJC81763.1 0.0 2838461 Bacillati Bacillota HJC81763.1 WP_131055803.1 1.58e-109 575 Pseudomonadati Pseudomonadota MBQ9697149.1 MBQ9697149.1 1.41e-250 2049052 Bacillati Bacillota MBQ9697149.1 WP_236777269.1 1.49e-21 358 Pseudomonadati Pseudomonadota WP_135952734.1 WP_135952734.1 4.60e-320 671267 Pseudomonadati Bacteroidota WP_135952734.1 WP_250703775.1 3.85e-16 817 Pseudomonadati Bacteroidota WP_121369366.1 WP_121369366.1 3.14e-102 287 Pseudomonadati Pseudomonadota RHQ28634.1 RHQ28634.1 0.0 2293008 Bacillati Bacillota XP_052906513.1 XP_052906513.1 3.46e-218 1328300 Fungi Ascomycota ONM12286.1 ONM12286.1 2.34e-249 4577 Viridiplantae Streptophyta RIK81456.1 RIK81456.1 0.0 2026780 Pseudomonadati Planctomycetota AFP41217.1 AFP41217.1 1.80e-120 246196 Bacillati Actinomycetota SQC43367.1 SQC43367.1 2.60e-63 573 Pseudomonadati Pseudomonadota ACY29573.1 ACY29573.1 0.0 11676 Pararnavirae Artverviricota ACY29573.1 AFV39595.1 1.75e-300 12721 Pararnavirae Artverviricota ACY29573.1 AFJ09957.1 6.65e-294 11676 Pararnavirae Artverviricota ACY29573.1 QWY38042.1 1.55e-282 11676 Pararnavirae Artverviricota ACY29573.1 ACH90072.1 2.92e-250 11676 Pararnavirae Artverviricota ACY29573.1 BAO23243.1 1.05e-243 11676 Pararnavirae Artverviricota ACY29573.1 BAO11608.1 1.83e-243 11676 Pararnavirae Artverviricota ACY29573.1 AVA00513.1 3.36e-239 11676 Pararnavirae Artverviricota ACY29573.1 AOW36968.1 6.08e-229 11676 Pararnavirae Artverviricota ACY29573.1 AOW33101.1 1.35e-226 11676 Pararnavirae Artverviricota ACY29573.1 ACV16867.1 4.42e-214 11676 Pararnavirae Artverviricota ACY29573.1 ARR91819.1 2.25e-192 11676 Pararnavirae Artverviricota ACY29573.1 ADB27070.1 2.53e-146 11676 Pararnavirae Artverviricota ACY29573.1 ABJ92889.1 1.01e-53 11676 Pararnavirae Artverviricota WP_096277301.1 WP_096277301.1 0.0 2745;2024405;2487701 0;Pseudomonadati 0;Pseudomonadota WP_096277301.1 WP_160762600.1 5.76e-48 2691042 Pseudomonadati Pseudomonadota WP_096277301.1 MBW7885425.1 1.61e-47 2614250 Bacillati Chloroflexota WP_096277301.1 MBT3931813.1 1.69e-29 1898112 Pseudomonadati Pseudomonadota MCD8323718.1 MCD8323718.1 2.28e-182 1898207 Bacillati Bacillota MBE6889650.1 MBE6889650.1 1.21e-155 2485925 Bacillati Bacillota WP_099922565.1 WP_099922565.1 2.99e-198 68239 Bacillati Actinomycetota WP_102140144.1 WP_102140144.1 1.07e-212 586;587;2027290 Pseudomonadati Pseudomonadota MCB0174630.1 MCB0174630.1 0.0 2052143;2073117 Bacillati Chloroflexota MCB0174630.1 MCE0539567.1 1.44e-18 84633 Bacillati Actinomycetota XP_021727484.1 XP_021727484.1 8.78e-247 63459 Viridiplantae Streptophyta XP_021727484.1 KAJ1283197.1 6.27e-63 158149 Viridiplantae Streptophyta MBR1383934.1 MBR1383934.1 4.44e-167 41978 Bacillati Bacillota MCF8391604.1 MCF8391604.1 0.0 2030927 Pseudomonadati Bacteroidota MCF8391604.1 WP_244349102.1 1.59e-126 32053;2813851 Bacillati Cyanobacteriota XP_033082621.1 XP_033082621.1 2.03e-233 54180 Metazoa Chordata SHM84371.1 SHM84371.1 0.0 839 Pseudomonadati Bacteroidota KAB2860347.1 KAB2860347.1 1.49e-76 2052143 Bacillati Chloroflexota KAB2860347.1 AHG02917.1 1.31e-29 751944 Methanobacteriati Methanobacteriota KAB2860347.1 MBX7055839.1 6.36e-28 2283092 Pseudomonadati Acidobacteriota KAB2860347.1 KAB2647529.1 1.23e-27 2026799 Pseudomonadati Verrucomicrobiota KAB2860347.1 MBE7554905.1 2.98e-26 2073117 Bacillati Chloroflexota KAB2860347.1 MBB3097508.1 4.72e-25 113559 Bacillati Actinomycetota KAB2860347.1 WP_149656427.1 1.95e-23 1784 Bacillati Actinomycetota KAB2860347.1 WP_239280620.1 2.62e-23 2918196 Bacillati Actinomycetota KAH9439214.1 KAH9439214.1 0.0 318829 Fungi Ascomycota CAA9477187.1 CAA9477187.1 1.87e-39 1162706 Bacillati Actinomycetota TMQ35121.1 TMQ35121.1 7.30e-42 2026780 Pseudomonadati Planctomycetota MBV8739832.1 MBV8739832.1 3.97e-49 1913988 Pseudomonadati Pseudomonadota WP_165801127.1 WP_165801127.1 3.79e-61 197 Pseudomonadati Campylobacterota WP_114947928.1 WP_114947928.1 0.0 2078013 Pseudomonadati Pseudomonadota WP_114947928.1 TVO55343.1 1.50e-112 1629404 Pseudomonadati Pseudomonadota WP_114947928.1 NCS37471.1 2.63e-26 2685953 Bacillati Cyanobacteriota WP_114947928.1 MBN1133474.1 3.40e-22 1945595 Methanobacteriati Methanobacteriota WP_114947928.1 WP_108596398.1 3.29e-09 2080742 Bacillati Actinomycetota WP_114947928.1 KAI1051942.1 5.46e-07 48484 Fungi Ascomycota CAE6513018.1 CAE6513018.1 0.0 456999 Fungi Basidiomycota WP_279059865.1 WP_279059865.1 0.0 35833 Pseudomonadati Thermodesulfobacteriota WP_279059865.1 NTZ64221.1 3.32e-246 358 Pseudomonadati Pseudomonadota WP_279059865.1 MCM8621761.1 1.69e-149 2053492 Pseudomonadati Pseudomonadota WP_010299410.1 WP_010299410.1 2.56e-37 1465809 Bacillati Bacillota MXS72767.1 MXS72767.1 0.0 2692426 Pseudomonadati Bacteroidota MXS72767.1 WP_129053209.1 2.98e-95 394559 Pseudomonadati Bacteroidota MCI9320818.1 MCI9320818.1 7.76e-152 1898203 Bacillati Bacillota MCI9320818.1 WP_079396843.1 8.14e-54 194;197 Pseudomonadati Campylobacterota MCI9320818.1 MBD5153813.1 2.61e-53 1945593 Bacillati Bacillota MCI9320818.1 WP_197744369.1 3.56e-52 553981 Pseudomonadati Pseudomonadota MBK6509184.1 MBK6509184.1 0.0 1932666 Pseudomonadati Pseudomonadota MBK6509184.1 WP_255073759.1 3.79e-140 573 Pseudomonadati Pseudomonadota MBK6509184.1 MVA71646.1 1.25e-116 373 Pseudomonadati Pseudomonadota HAW15717.1 HAW15717.1 0.0 1898207 Bacillati Bacillota QGZ94761.1 QGZ94761.1 2.85e-137 2686094 Pseudomonadati Pseudomonadota WP_031876812.1 WP_031876812.1 1.28e-284 1280;1410867 Bacillati Bacillota WP_031876812.1 WP_240755700.1 8.47e-09 715784 Bacillati Actinomycetota CAI2192293.1 CAI2192293.1 1.03e-248 1117311 Fungi Glomeromycota QQR61334.1 QQR61334.1 1.41e-138 2053634 0 Candidatus Uhriibacteriota CAH3164498.1 CAH3164498.1 1.86e-223 46732 Metazoa Cnidaria WP_131506707.1 WP_131506707.1 0.0 2213021 Pseudomonadati Bacteroidota WP_229055514.1 WP_229055514.1 1.13e-115 N/A N/A WP_229055514.1 WP_028779961.1 3.58e-11 1380363 Pseudomonadati Pseudomonadota WP_229055514.1 MBN1882318.1 5.04e-10 2844909 0 0 NLB38271.1 NLB38271.1 3.12e-172 1898207 Bacillati Bacillota NLB38271.1 WP_278643529.1 2.69e-39 1263 Bacillati Bacillota NLB38271.1 WP_224045636.1 1.15e-24 753 Pseudomonadati Pseudomonadota NLB38271.1 WP_177525402.1 4.45e-20 2528642 Pseudomonadati Pseudomonadota WP_070443635.1 WP_070443635.1 3.51e-174 1290;1581077 Bacillati Bacillota WP_070443635.1 WP_210473185.1 4.53e-38 246167 Pseudomonadati Pseudomonadota WP_015957503.1 WP_015957503.1 0.0 1491;498213 Bacillati Bacillota WP_117183207.1 WP_117183207.1 4.82e-304 36746 Pseudomonadati Pseudomonadota WP_117183207.1 WP_223565913.1 2.44e-129 2862677 Pseudomonadati Pseudomonadota WP_199911565.1 WP_199911565.1 0.0 2047966 Pseudomonadati Pseudomonadota SON95852.1 SON95852.1 1.89e-47 317013;366649 Pseudomonadati Pseudomonadota AAV77137.1 AAV77137.1 4.58e-277 28901;54388;59201;90370;90371;149539;224729;295319;363568;497977;554290;941189;1072568;1072570;1243588;1967657;2813057;2819731;2819732 Pseudomonadati Pseudomonadota MBU7572244.1 MBU7572244.1 1.87e-116 1904254 Pseudomonadati Pseudomonadota MBU7572244.1 WP_188888464.1 8.29e-07 1737354 Bacillati Bacillota WP_110005820.1 WP_110005820.1 4.93e-107 1137989 Bacillati Actinomycetota XP_021713690.1 XP_021713690.1 5.69e-308 63459 Viridiplantae Streptophyta OGH56711.1 OGH56711.1 2.28e-259 1817869;1817870 0 Candidatus Lindowiibacteriota MBX7055839.1 MBX7055839.1 2.85e-227 2283092 Pseudomonadati Acidobacteriota MBX7055839.1 AHG02917.1 2.55e-70 751944 Methanobacteriati Methanobacteriota MBX7055839.1 MBB3097508.1 5.13e-59 113559 Bacillati Actinomycetota MBX7055839.1 MBE7554905.1 4.98e-53 2073117 Bacillati Chloroflexota MBX7055839.1 WP_239280620.1 8.42e-50 2918196 Bacillati Actinomycetota MBX7055839.1 WP_149656427.1 5.23e-37 1784 Bacillati Actinomycetota MBX7055839.1 WP_208042111.1 9.09e-31 2815212;2900548 Bacillati Actinomycetota MBX7055839.1 KAB2860347.1 8.61e-29 2052143 Bacillati Chloroflexota WP_011965948.1 WP_011965948.1 9.50e-115 823;435591 Pseudomonadati Bacteroidota WP_240469694.1 WP_240469694.1 1.37e-318 2678657 Pseudomonadati Bacteroidota WP_240469694.1 BBC91732.1 3.46e-06 1928 Bacillati Actinomycetota MBQ4570877.1 MBQ4570877.1 0.0 1903720 Bacillati Bacillota XP_007323069.1 XP_007323069.1 1.40e-139 578457;936435 Fungi Basidiomycota WP_126255586.1 WP_126255586.1 1.62e-137 2341115 Pseudomonadati Pseudomonadota MBF6603381.1 MBF6603381.1 4.26e-231 1902408 Pseudomonadati Pseudomonadota MBA3289554.1 MBA3289554.1 1.08e-56 2080302 Bacillati Actinomycetota WP_212377792.1 WP_212377792.1 4.94e-97 2731219 Bacillati Bacillota KAJ0239815.1 KAJ0239815.1 1.53e-297 71354 Viridiplantae Streptophyta KFP59321.1 KFP59321.1 0.0 54380 Metazoa Chordata MCA9949067.1 MCA9949067.1 1.24e-107 2073117 Bacillati Chloroflexota WP_229048323.1 WP_229048323.1 0.0 651561 Pseudomonadati Bacteroidota VAX76432.1 VAX76432.1 0.0 138074 Pseudomonadati Pseudomonadota VAX76432.1 WP_278084771.1 2.62e-56 3016107 Bacillati Actinomycetota VAX76432.1 PIQ07033.1 4.87e-42 1974717 0 Candidatus Nealsoniibacteriota VAX76432.1 WP_131284109.1 1.54e-17 2496842 Bacillati Actinomycetota VAX76432.1 MBQ2895174.1 2.08e-11 2485925 Bacillati Bacillota WP_138447205.1 WP_138447205.1 8.08e-125 135487 Bacillati Actinomycetota PJC69268.1 PJC69268.1 8.35e-162 1975076 0 candidate division WWE3 WP_094207656.1 WP_094207656.1 1.33e-177 1260 Bacillati Bacillota XP_032812066.1 XP_032812066.1 6.85e-182 7757 Metazoa Chordata XP_032812066.1 WP_092156886.1 3.90e-26 378404 Pseudomonadati Pseudomonadota XP_032812066.1 WP_247498151.1 2.94e-17 2782624 Pseudomonadati Pseudomonadota MBP3509218.1 MBP3509218.1 0.0 1945593 Bacillati Bacillota MBP3509218.1 MBQ2777352.1 4.23e-250 2052179 Bacillati Bacillota MBP3509218.1 NQU26924.1 4.61e-66 2026760 Pseudomonadati Fidelibacterota MBP3509218.1 EHP6050825.1 1.08e-61 562 Pseudomonadati Pseudomonadota MBP3509218.1 MCK9987173.1 5.01e-54 29544 Pseudomonadati Pseudomonadota MBP3509218.1 OQC16336.1 9.14e-11 1852880 Bacillati Bacillota XP_005720745.1 XP_005720745.1 3.62e-255 303518 Metazoa Chordata WP_138289979.1 WP_138289979.1 0.0 1502 Bacillati Bacillota WP_138289979.1 WP_274285032.1 5.91e-156 663604 Bacillati Actinomycetota KAJ6676972.1 KAJ6676972.1 0.0 40686 Viridiplantae Streptophyta WP_175692337.1 WP_175692337.1 2.90e-262 152480 Pseudomonadati Pseudomonadota WP_175692337.1 WP_276533217.1 8.12e-133 N/A N/A MBT6370142.1 MBT6370142.1 9.56e-135 2026795 Thermoproteati Nitrososphaerota KVK44743.1 KVK44743.1 1.89e-39 477195;1336742;1336743 Pseudomonadati Pseudomonadota KVK44743.1 MBE1289959.1 2.11e-23 1904441;2792614;2792615;2792616;2792617;2792618;2792626;2899152 Pseudomonadati Pseudomonadota WP_271960159.1 WP_271960159.1 0.0 N/A N/A WP_271960159.1 KAA0234643.1 1.61e-268 1978231;2201156;2900548 Bacillati;Pseudomonadati Acidobacteriota;Actinomycetota WP_072974645.1 WP_072974645.1 8.31e-175 29534 Pseudomonadati Bacteroidota WP_071809692.1 WP_071809692.1 2.66e-105 56427;56438 Bacillati Actinomycetota EGR0469058.1 EGR0469058.1 8.11e-112 666 Pseudomonadati Pseudomonadota WP_199497249.1 WP_199497249.1 2.98e-161 210 Pseudomonadati Campylobacterota WP_012964108.1 WP_012964108.1 8.65e-179 940;608538 Pseudomonadati Aquificota WP_012964108.1 AWQ28479.1 2.61e-26 204919 Metazoa Arthropoda WP_109900609.1 WP_109900609.1 0.0 1873;1420897 Bacillati Actinomycetota MBU6501496.1 MBU6501496.1 0.0 1891238 Pseudomonadati Pseudomonadota MBU6501496.1 EIO1807611.1 3.02e-61 28901 Pseudomonadati Pseudomonadota MBU6501496.1 RGG06187.1 2.91e-24 2293056;2293067;2293068;2293081 Bacillati Bacillota CAD7420625.1 CAD7420625.1 1.98e-126 170557 Metazoa Arthropoda XP_055449440.1 XP_055449440.1 0.0 48139 Metazoa Chordata GAP70049.1 GAP70049.1 1.09e-196 1688776 Pseudomonadati Bacteroidota GAP70049.1 MCM1185292.1 1.60e-82 1506;2028282;2049031 Bacillati Bacillota WP_070770047.1 WP_070770047.1 0.0 1350;1352 Bacillati Bacillota WP_070770047.1 WP_156009076.1 0.0 1917441 Bacillati Bacillota WP_070770047.1 WP_012573472.1 0.0 511435;511995 Pseudomonadati Bacteroidota WP_070770047.1 NJD91181.1 0.0 46610 Pseudomonadati Thermodesulfobacteriota WP_070770047.1 MBE6348968.1 5.72e-180 1898206 Pseudomonadati Spirochaetota MBK8529220.1 MBK8529220.1 6.38e-122 50259 Pseudomonadati Pseudomonadota WP_239984652.1 WP_239984652.1 8.97e-125 1940529 Bacillati Bacillota MBR0417215.1 MBR0417215.1 3.37e-131 1879010 Bacillati Bacillota XP_048264533.1 XP_048264533.1 0.0 30195 Metazoa Arthropoda XP_048264533.1 XP_005573423.1 0.0 9541 Metazoa Chordata XP_048264533.1 XP_021507806.1 0.0 N/A N/A XP_048264533.1 XP_042771424.1 2.44e-95 9689 Metazoa Chordata MCD8297279.1 MCD8297279.1 0.0 59823 Pseudomonadati Bacteroidota MCD8297279.1 WP_237034910.1 1.45e-14 43263 Pseudomonadati Pseudomonadota MCD8297279.1 WP_052125494.1 1.90e-14 22;260364 Pseudomonadati Pseudomonadota XP_033559743.1 XP_033559743.1 1.24e-170 301207 Fungi Ascomycota MBE6139600.1 MBE6139600.1 0.0 1879010 Bacillati Bacillota MBE6139600.1 MCL2039304.1 1.76e-36 1898104 Pseudomonadati Bacteroidota MBE6139600.1 SCX00186.1 2.34e-23 1200751 Bacillati Bacillota MBE6139600.1 WP_131001993.1 4.78e-22 2528245 Pseudomonadati Pseudomonadota AEF02257.1 AEF02257.1 5.23e-88 715451 Pseudomonadati Pseudomonadota MCL7045034.1 MCL7045034.1 3.68e-100 74823 Viridiplantae Streptophyta XP_019019020.1 XP_019019020.1 0.0 763406 Fungi Ascomycota WP_213520007.1 WP_213520007.1 3.44e-216 429341 Bacillati Bacillota WP_213520007.1 QUL58516.1 1.18e-54 1873425 Bacillati Bacillota XP_039699416.1 XP_039699416.1 9.59e-277 143291 Metazoa Chordata WP_112530108.1 WP_112530108.1 8.06e-209 N/A N/A XP_045648298.1 XP_045648298.1 8.53e-225 9643 Metazoa Chordata WP_143281017.1 WP_143281017.1 3.71e-109 95486 Pseudomonadati Pseudomonadota WP_143281017.1 WP_007404414.1 3.61e-51 13687;13689;28214;1007104 Pseudomonadati Pseudomonadota RYH76248.1 RYH76248.1 1.38e-199 2510794 Pseudomonadati Bacteroidota AGB19176.1 AGB19176.1 5.40e-161 698948 Bacillati Bacillota KUI47647.1 KUI47647.1 3.10e-51 1772287 Bacillati Actinomycetota NWV34805.1 NWV34805.1 0.0 266360 Metazoa Chordata KEP75282.1 KEP75282.1 5.50e-136 1504156 Bacillati Actinomycetota KEP75282.1 MBL7705960.1 1.31e-66 1869185 Pseudomonadati Bacteroidota WP_266441326.1 WP_266441326.1 0.0 1920 Bacillati Actinomycetota WP_266727676.1 WP_266727676.1 0.0 2975678 Bacillati Actinomycetota WP_266727676.1 MBN2399180.1 4.08e-114 2052149 0 Candidatus Aminicenantota PPU96251.1 PPU96251.1 3.32e-47 56455 Pseudomonadati Pseudomonadota WP_258598016.1 WP_258598016.1 6.85e-237 196821;2895477;2895488 Pseudomonadati Pseudomonadota WP_107021410.1 WP_107021410.1 3.21e-165 2109333 Bacillati Actinomycetota MBQ8064675.1 MBQ8064675.1 5.71e-182 59823 Pseudomonadati Bacteroidota WP_087299666.1 WP_087299666.1 4.89e-152 169435 Bacillati Bacillota WP_134667128.1 WP_134667128.1 6.48e-49 1813 Bacillati Actinomycetota MBI4875790.1 MBI4875790.1 1.70e-318 1978231 Pseudomonadati Acidobacteriota MBI4875790.1 ECA9858842.1 2.30e-57 2564479 Pseudomonadati Pseudomonadota WP_196222422.1 WP_196222422.1 1.62e-143 N/A N/A MBT3564223.1 MBT3564223.1 0.0 1913989 Pseudomonadati Pseudomonadota SBS78954.1 SBS78954.1 9.23e-75 171292 Bacillati Actinomycetota MBN2371430.1 MBN2371430.1 3.77e-277 2793154 Pseudomonadati Acidobacteriota WP_219287479.1 WP_219287479.1 5.31e-220 2487934 Pseudomonadati Bacteroidota WP_219287479.1 HBX8004802.1 1.89e-05 573 Pseudomonadati Pseudomonadota WP_175630420.1 WP_175630420.1 5.18e-112 816 Pseudomonadati Bacteroidota HAA51207.1 HAA51207.1 4.44e-261 2026779 Pseudomonadati Planctomycetota XP_001681736.1 XP_001681736.1 1.27e-259 347515 0 Euglenozoa WP_282575598.1 WP_282575598.1 8.38e-157 1324261 Bacillati Actinomycetota WP_252418399.1 WP_252418399.1 6.52e-163 2944807 Bacillati Actinomycetota UYE59123.1 UYE59123.1 2.08e-226 2697049 Orthornavirae Pisuviricota UYE59123.1 UGY43725.1 1.54e-210 2697049 Orthornavirae Pisuviricota UYE59123.1 UBA80202.1 2.91e-165 2697049 Orthornavirae Pisuviricota MCO5330244.1 MCO5330244.1 2.07e-276 2497619 Bacillati Actinomycetota MCO5330244.1 WP_252541609.1 1.06e-16 2902486 Bacillati Actinomycetota KAI7478392.1 KAI7478392.1 3.56e-107 91943 Fungi Ascomycota WP_065888604.1 WP_065888604.1 4.44e-180 570;573 Pseudomonadati Pseudomonadota WP_065888604.1 WP_099529629.1 1.11e-46 40324 Pseudomonadati Pseudomonadota WP_277412281.1 WP_277412281.1 3.81e-178 1920 Bacillati Actinomycetota MBR6382124.1 MBR6382124.1 4.61e-123 1898203 Bacillati Bacillota EER9391136.1 EER9391136.1 6.35e-206 562;1165939 Pseudomonadati Pseudomonadota EER9391136.1 EIM4841263.1 1.58e-15 562 Pseudomonadati Pseudomonadota WP_086711488.1 WP_086711488.1 0.0 296199 Pseudomonadati Pseudomonadota WP_086711488.1 WP_097641037.1 0.0 28141;413496;2715229 Pseudomonadati Pseudomonadota WP_086711488.1 WP_102477257.1 0.0 1880838 Pseudomonadati Pseudomonadota WP_086711488.1 RWX51021.1 2.95e-198 1859130 Pseudomonadati Thermodesulfobacteriota WP_064962354.1 WP_064962354.1 0.0 1406 Bacillati Bacillota WP_064962354.1 WP_168945101.1 3.12e-17 1612203 Bacillati Actinomycetota MAD47294.1 MAD47294.1 0.0 1899355 Pseudomonadati Pseudomonadota MAD47294.1 WP_274885772.1 3.41e-90 669 Pseudomonadati Pseudomonadota NRJ54907.1 NRJ54907.1 3.55e-175 90370 Pseudomonadati Pseudomonadota NRJ54907.1 MCB3018266.1 2.77e-170 573 Pseudomonadati Pseudomonadota WP_062336768.1 WP_062336768.1 1.71e-122 564415 Bacillati Actinomycetota WP_062336768.1 UJW35797.1 5.73e-07 2912058 Bacillati Actinomycetota KAF9035758.1 KAF9035758.1 2.67e-298 330517 Fungi Basidiomycota MSW56406.1 MSW56406.1 1.82e-41 2900548 Bacillati Actinomycetota MCC6537716.1 MCC6537716.1 3.69e-117 2026791 Pseudomonadati Acidobacteriota WP_277778661.1 WP_277778661.1 2.06e-82 N/A N/A WP_262615610.1 WP_262615610.1 3.05e-211 29378 Bacillati Bacillota WP_135771669.1 WP_135771669.1 1.93e-315 2484911 Pseudomonadati Spirochaetota CDX53829.1 CDX53829.1 7.09e-197 69974 Pseudomonadati Pseudomonadota TXH71851.1 TXH71851.1 5.72e-23 1926873 Pseudomonadati Pseudomonadota XP_055095726.1 XP_055095726.1 0.0 9590 Metazoa Chordata XP_055095726.1 RSL59427.1 9.72e-42 1325737 Fungi Ascomycota XP_055095726.1 CZT45482.1 1.07e-25 38038 Fungi Ascomycota XP_055095726.1 XP_023589550.1 5.15e-24 127582 Metazoa Chordata XP_055095726.1 GEU53557.1 6.65e-24 118510 Viridiplantae Streptophyta WP_209402264.1 WP_209402264.1 2.30e-177 2787625 Pseudomonadati Bacteroidota MBK6277277.1 MBK6277277.1 2.88e-122 1913989 Pseudomonadati Pseudomonadota WP_064229784.1 WP_064229784.1 5.91e-158 2742;1033846;1849167;1849169;2799283;2799284 Pseudomonadati Pseudomonadota WP_271272236.1 WP_271272236.1 1.06e-291 2895352 Pseudomonadati Pseudomonadota WP_271272236.1 WP_224014827.1 2.67e-105 92647 Pseudomonadati Pseudomonadota WP_271272236.1 WP_130670507.1 1.50e-97 379;384 Pseudomonadati Pseudomonadota WP_271272236.1 TVP67793.1 3.12e-87 2480211 Bacillati Cyanobacteriota WP_271272236.1 MCB0793211.1 1.15e-61 2021391 Pseudomonadati Bacteroidota WP_271272236.1 EMD83093.1 1.95e-46 1234595 Pseudomonadati Pseudomonadota EGQ64116.1 EGQ64116.1 1.08e-171 872330 Pseudomonadati Pseudomonadota WP_271145842.1 WP_271145842.1 5.39e-189 3015997 Pseudomonadati Pseudomonadota WP_176051587.1 WP_176051587.1 3.91e-231 2676293 Pseudomonadati Pseudomonadota WP_176051587.1 MBS9779527.1 1.64e-89 1889775 Pseudomonadati Pseudomonadota WP_076519206.1 WP_076519206.1 0.0 1881016 Pseudomonadati Pseudomonadota KAI9912466.1 KAI9912466.1 5.59e-281 230839 0 Oomycota KAI9912466.1 XP_026100634.1 3.63e-42 7957;101364 Metazoa Chordata KAI9912466.1 KAG5815829.1 3.18e-18 221167 Fungi Ascomycota KAI9912466.1 XP_039923984.1 5.17e-15 43150 Metazoa Chordata KAI9912466.1 NXJ84327.1 2.19e-14 56311 Metazoa Chordata KAI9912466.1 XP_046441060.1 1.45e-12 6669 Metazoa Arthropoda KAI9912466.1 XP_019384620.1 5.44e-09 8502 Metazoa Chordata KAI9912466.1 XP_047334060.1 8.84e-09 253017 Viridiplantae Streptophyta WP_165687160.1 WP_165687160.1 3.84e-266 1883;332589 Bacillati Actinomycetota WP_064600084.1 WP_064600084.1 4.46e-78 1691903 Pseudomonadati Pseudomonadota MBE6702431.1 MBE6702431.1 1.65e-84 2485925 Bacillati Bacillota MCR4890737.1 MCR4890737.1 1.06e-287 1898203 Bacillati Bacillota WP_046778966.1 WP_046778966.1 1.25e-222 1883;285574;1648182 Bacillati Actinomycetota WP_046778966.1 WP_097382902.1 1.88e-61 13690 Pseudomonadati Pseudomonadota WP_255401854.1 WP_255401854.1 1.27e-180 562 Pseudomonadati Pseudomonadota WP_226831475.1 WP_226831475.1 5.81e-33 930 Pseudomonadati Pseudomonadota MBP7746105.1 MBP7746105.1 0.0 2026778 Pseudomonadati Planctomycetota MBP7746105.1 PKO20637.1 4.81e-79 2013723 Bacillati Chloroflexota MBP7746105.1 MBR6406611.1 9.63e-57 1898203 Bacillati Bacillota MBP7746105.1 WP_275700896.1 3.91e-22 3031239 Bacillati Actinomycetota MBP7746105.1 HAN2236324.1 3.61e-17 562 Pseudomonadati Pseudomonadota MBP7746105.1 WP_125555296.1 2.48e-12 284579 Bacillati Bacillota MBP7746105.1 WP_120452154.1 2.02e-04 53335;2364647 Pseudomonadati Pseudomonadota NCS37471.1 NCS37471.1 0.0 2685953 Bacillati Cyanobacteriota NCS37471.1 MBN1133474.1 1.04e-51 1945595 Methanobacteriati Methanobacteriota NCS37471.1 WP_114947928.1 2.58e-28 2078013 Pseudomonadati Pseudomonadota XP_047790709.1 XP_047790709.1 3.17e-292 326644 Fungi Ascomycota WP_250427403.1 WP_250427403.1 3.95e-260 1343895 Pseudomonadati Bacteroidota SCX00186.1 SCX00186.1 6.00e-231 1200751 Bacillati Bacillota SCX00186.1 MCL2039304.1 3.00e-27 1898104 Pseudomonadati Bacteroidota SCX00186.1 MBE6139600.1 4.54e-23 1879010 Bacillati Bacillota SCX00186.1 WP_131001993.1 4.37e-13 2528245 Pseudomonadati Pseudomonadota MCI8393530.1 MCI8393530.1 4.11e-140 2044939 Bacillati Bacillota GHT88678.1 GHT88678.1 0.0 1891241 Pseudomonadati Pseudomonadota MCP4788584.1 MCP4788584.1 0.0 1936112 Pseudomonadati Planctomycetota MCP4788584.1 WP_185218257.1 1.48e-52 1010 Pseudomonadati Bacteroidota MCP4788584.1 WP_013768652.1 3.99e-21 2350;760192 Pseudomonadati Bacteroidota MCA9900904.1 MCA9900904.1 1.56e-97 2073117;2614247 Bacillati Chloroflexota AEJ33395.1 AEJ33395.1 0.0 11723 Pararnavirae Artverviricota AEJ33395.1 AEO85464.1 8.40e-138 11676 Pararnavirae Artverviricota AEJ33395.1 QJX39053.1 1.99e-128 11676 Pararnavirae Artverviricota AEJ33395.1 AAX97169.1 7.05e-58 11676 Pararnavirae Artverviricota AEJ33395.1 QCI53355.1 2.62e-49 11676 Pararnavirae Artverviricota WP_093172109.1 WP_093172109.1 7.67e-109 504805 Bacillati Actinomycetota NCB77646.1 NCB77646.1 7.56e-314 2499140 Bacillati Bacillota WP_098515742.1 WP_098515742.1 6.39e-209 1428 Bacillati Bacillota WP_098515742.1 WP_019616094.1 3.85e-09 444922 Pseudomonadati Pseudomonadota WP_098515742.1 WP_208909738.1 1.49e-08 1580;2953880 Bacillati Bacillota WP_098515742.1 WP_238874073.1 9.81e-04 85698 Pseudomonadati Pseudomonadota XP_048796933.1 XP_048796933.1 0.0 64668 Metazoa Chordata XP_048796933.1 KPM41539.1 1.53e-04 78410 Fungi Ascomycota MBR4275022.1 MBR4275022.1 0.0 1903720 Bacillati Bacillota XP_020736247.1 XP_020736247.1 1.43e-52 9874 Metazoa Chordata XP_039660068.1 XP_039660068.1 0.0 8168 Metazoa Chordata KAJ2633851.1 KAJ2633851.1 0.0 2761390 Fungi Kickxellomycota KAJ2633851.1 WP_238717267.1 1.06e-53 1307 Bacillati Bacillota WP_066708699.1 WP_066708699.1 8.43e-215 80879 Pseudomonadati Pseudomonadota WP_066708699.1 MBL0087235.1 5.59e-144 1929293 Pseudomonadati Pseudomonadota WP_066708699.1 WP_096722254.1 8.80e-09 1912599 Pseudomonadati Pseudomonadota MBW4485777.1 MBW4485777.1 4.38e-111 337900 Bacillati Cyanobacteriota WP_103963736.1 WP_103963736.1 1.05e-235 1144553 Bacillati Actinomycetota MBR4838026.1 MBR4838026.1 9.20e-165 2030927 Pseudomonadati Bacteroidota XP_009147075.2 XP_009147075.2 0.0 3711 Viridiplantae Streptophyta XP_009147075.2 MBE6688122.1 6.33e-157 2485925 Bacillati Bacillota XP_009147075.2 KAA0114277.1 8.02e-141 1305 Bacillati Bacillota XP_009147075.2 WP_278631399.1 7.53e-134 29348 Bacillati Bacillota XP_009147075.2 WP_235126772.1 2.04e-122 2909336 Pseudomonadati Bacteroidota XP_009147075.2 KAF5671546.1 4.55e-90 48490 Fungi Ascomycota XP_009147075.2 MBE5737882.1 3.17e-81 1898207 Bacillati Bacillota XP_009147075.2 WP_019100427.1 1.02e-45 394935 Pseudomonadati Pseudomonadota XP_009147075.2 WP_049009918.1 1.41e-38 545 Pseudomonadati Pseudomonadota XP_009147075.2 KAJ6994162.1 4.44e-26 444605 Viridiplantae Streptophyta XP_009147075.2 MBY0273331.1 3.64e-24 1913988 Pseudomonadati Pseudomonadota XP_009147075.2 WP_074319120.1 1.52e-16 709881 Bacillati Actinomycetota MBQ69096.1 MBQ69096.1 1.50e-206 2026720 0 Candidatus Saccharimonadota MBR7027046.1 MBR7027046.1 4.71e-43 2030927 Pseudomonadati Bacteroidota WP_062689758.1 WP_062689758.1 2.36e-197 1590 Bacillati Bacillota MBE6812365.1 MBE6812365.1 2.46e-227 2485925 Bacillati Bacillota NWX34570.1 NWX34570.1 0.0 366454 Metazoa Chordata NWX34570.1 XP_037327098.1 7.77e-42 N/A N/A MBM7494038.1 MBM7494038.1 1.27e-70 709860 Bacillati Actinomycetota WP_273138110.1 WP_273138110.1 2.81e-209 114527 Bacillati Bacillota WP_273138110.1 MBQ9299122.1 3.93e-05 2044939 Bacillati Bacillota MCG6876547.1 MCG6876547.1 0.0 1891241 Pseudomonadati Pseudomonadota MCG6876547.1 WP_251758029.1 3.53e-34 2942999 Pseudomonadati Bacteroidota MCG6876547.1 MBK3574312.1 5.31e-28 1488395 Bacillati Actinomycetota WP_151856261.1 WP_151856261.1 9.40e-222 820 Pseudomonadati Bacteroidota WP_151856261.1 WP_217736698.1 3.16e-29 2;371601 0;Pseudomonadati 0;Bacteroidota XP_001454078.1 XP_001454078.1 0.0 5888 0 Ciliophora XP_001454078.1 WP_007356512.1 6.60e-27 272129;1501433 Bacillati Cyanobacteriota XP_001454078.1 WP_076194242.1 9.18e-19 44249;189426 Bacillati Bacillota XP_001454078.1 EDN57974.1 1.05e-18 150340 Pseudomonadati Pseudomonadota XP_001454078.1 KFX48203.1 3.44e-18 N/A N/A XP_001454078.1 WP_232306300.1 2.44e-17 823 Pseudomonadati Bacteroidota XP_001454078.1 WP_257504872.1 3.76e-06 2057793 Bacillati Actinomycetota XP_001454078.1 WP_055029966.1 6.04e-04 1481663 Pseudomonadati Pseudomonadota KZD01260.1 KZD01260.1 2.48e-126 220697;355591;1912094 Pseudomonadati Pseudomonadota MBI0103662.1 MBI0103662.1 0.0 2750990 Pseudomonadati Pseudomonadota MBI0103662.1 MBQ3724833.1 3.40e-189 2485925 Bacillati Bacillota MBI0103662.1 WP_193436854.1 4.17e-15 3402707 Thermoproteati Thermoproteota MBI0103662.1 NLZ92879.1 1.16e-12 1879010 Bacillati Bacillota MBI0103662.1 WP_281675368.1 1.50e-11 1110546 Bacillati Bacillota MCC5806595.1 MCC5806595.1 0.0 2026772 Pseudomonadati Verrucomicrobiota RLE74569.1 RLE74569.1 2.05e-147 2250277 Thermoproteati Thermoproteota RLE74569.1 MCD6156803.1 2.56e-55 2026739 Methanobacteriati Methanobacteriota WP_096665911.1 WP_096665911.1 0.0 1977061 Pseudomonadati Pseudomonadota WP_096665911.1 WP_243361436.1 8.11e-101 2922866 Pseudomonadati Thermodesulfobacteriota WP_096665911.1 MBT3784852.1 2.48e-21 1869227 0 0 WP_096665911.1 MBK3574312.1 1.17e-19 1488395 Bacillati Actinomycetota WP_096665911.1 EAZ5330394.1 1.32e-19 28901 Pseudomonadati Pseudomonadota WP_096665911.1 YP_008379230.1 2.09e-09 30596 Metazoa Chordata WP_096665911.1 YP_007317140.1 2.06e-08 334885 Metazoa Chordata KAG5313265.1 KAG5313265.1 0.0 230686 Metazoa Arthropoda CAF5110230.1 CAF5110230.1 9.23e-86 392030 Metazoa Rotifera MBD5168133.1 MBD5168133.1 1.86e-67 218 Pseudomonadati Campylobacterota QNU41032.1 QNU41032.1 0.0 4565;32630 0;Viridiplantae 0;Streptophyta WP_190594466.1 WP_190594466.1 7.62e-40 2692772;2692841 Bacillati Cyanobacteriota UWG74403.1 UWG74403.1 0.0 38018 0 0 UWG74403.1 XP_004466702.1 4.29e-42 9361 Metazoa Chordata UWG74403.1 EAJ4317745.1 2.36e-38 28080 Pseudomonadati Campylobacterota WP_015275782.1 WP_015275782.1 1.30e-79 135621;644801;1883453;2013803;2013805;3022791 Pseudomonadati Pseudomonadota CCO02790.1 CCO02790.1 1.84e-114 9606 Metazoa Chordata VVC94919.1 VVC94919.1 2.98e-297 189913 Metazoa Arthropoda WP_147958553.1 WP_147958553.1 2.56e-279 1828244;2593676 Bacillati Actinomycetota MBD5306941.1 MBD5306941.1 0.0 29523 Pseudomonadati Bacteroidota MBD5306941.1 WP_250295751.1 7.55e-305 931100 Pseudomonadati Pseudomonadota GMH49846.1 GMH49846.1 0.0 1714386 0 0 NJP33277.1 NJP33277.1 1.67e-202 2720024 Bacillati Actinomycetota WP_227059655.1 WP_227059655.1 0.0 40545 Pseudomonadati Pseudomonadota WP_227059655.1 WP_192324556.1 1.26e-247 34072;2769259 Pseudomonadati Pseudomonadota WP_227059655.1 RUU66461.1 3.05e-109 2496787 Pseudomonadati Pseudomonadota WP_227059655.1 WP_066083732.1 2.29e-83 220687 Bacillati Bacillota WP_227059655.1 MBU5353226.1 5.82e-78 198119 Bacillati Bacillota WP_227059655.1 WP_107894076.1 5.36e-77 1130819 Bacillati Bacillota WP_227059655.1 GLY24463.1 1.54e-75 3032198 Bacillati Actinomycetota WP_227059655.1 WP_131166802.1 1.72e-75 1837344 Bacillati Actinomycetota WP_227059655.1 MCP5262709.1 8.90e-73 50421 Pseudomonadati Pseudomonadota WP_227059655.1 WP_226904802.1 3.76e-70 N/A N/A WP_227059655.1 WP_098952357.1 1.96e-69 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_227059655.1 MBQ3864274.1 5.86e-69 2044939 Bacillati Bacillota WP_227059655.1 QCM13287.1 3.62e-49 358 Pseudomonadati Pseudomonadota WP_227059655.1 WP_142931103.1 1.93e-44 2202200 Pseudomonadati Campylobacterota WP_227059655.1 MBP1876254.1 4.05e-39 106592 Pseudomonadati Pseudomonadota WP_227059655.1 MWR41881.1 4.62e-30 562 Pseudomonadati Pseudomonadota WP_227059655.1 WP_176354145.1 3.48e-29 2742698 Pseudomonadati Pseudomonadota WP_227059655.1 WP_150396769.1 4.85e-29 305 Pseudomonadati Pseudomonadota WP_227059655.1 WP_170725874.1 1.03e-27 562 Pseudomonadati Pseudomonadota WP_227059655.1 OAN53756.1 9.89e-24 1285242 Pseudomonadati Pseudomonadota WP_227059655.1 WP_072380563.1 1.60e-22 501024 Pseudomonadati Pseudomonadota WP_227059655.1 WP_258581409.1 2.68e-22 2865837 Pseudomonadati Pseudomonadota WP_227059655.1 WP_174822921.1 2.80e-19 N/A N/A WP_227059655.1 WP_197521413.1 1.76e-16 1528787 Bacillati Bacillota WP_227059655.1 MXP43753.1 1.78e-16 1689985 Pseudomonadati Pseudomonadota MBN4261164.1 MBN4261164.1 8.05e-06 9606 Metazoa Chordata KHO46355.1 KHO46355.1 2.41e-156 1579366 0 0 QDT09879.1 QDT09879.1 1.18e-78 1930275 Pseudomonadati Planctomycetota QDT09879.1 WP_139448115.1 1.16e-32 2586642 Pseudomonadati Thermodesulfobacteriota EXK83554.1 EXK83554.1 4.79e-260 96318;1089458 Fungi Ascomycota EXK83554.1 WP_014217999.1 1.60e-32 354356;700598 Pseudomonadati Bacteroidota EXK83554.1 HHZ84751.1 1.49e-14 1913989 Pseudomonadati Pseudomonadota MAO00220.1 MAO00220.1 1.32e-80 1486281 Pseudomonadati Pseudomonadota MAO00220.1 WP_011531028.1 4.80e-25 68909;319795 Thermotogati Deinococcota MBK7557264.1 MBK7557264.1 3.21e-178 1869212 Pseudomonadati Bacteroidota MCH5225744.1 MCH5225744.1 9.73e-106 2498093 Pseudomonadati Bacteroidota MBP7222158.1 MBP7222158.1 1.36e-226 1960295 Bacillati Bacillota MBP7222158.1 WP_205173112.1 1.13e-56 992288 Bacillati Bacillota MBP7222158.1 WP_124213670.1 3.52e-56 286;287 Pseudomonadati Pseudomonadota MBP7222158.1 WP_272906673.1 6.76e-54 354351 Pseudomonadati Pseudomonadota MBP7222158.1 WP_271786410.1 7.23e-52 645 Pseudomonadati Pseudomonadota MBP7222158.1 WP_175896721.1 2.49e-51 1207504 Pseudomonadati Pseudomonadota MBP7222158.1 WP_278449211.1 1.73e-48 293 Pseudomonadati Pseudomonadota WP_257939681.1 WP_257939681.1 1.12e-313 2937417 Pseudomonadati Bacteroidota KAI8972608.1 KAI8972608.1 8.15e-197 571087 Fungi Basidiomycota WP_253630899.1 WP_253630899.1 0.0 2953808 Bacillati Bacillota WP_253630899.1 WP_125555296.1 8.50e-61 284579 Bacillati Bacillota WP_253630899.1 VJO49958.1 3.07e-59 1313 Bacillati Bacillota WP_253630899.1 HAN2236324.1 1.79e-17 562 Pseudomonadati Pseudomonadota WP_167581056.1 WP_167581056.1 0.0 2609562 Bacillati Actinomycetota WP_209095964.1 WP_209095964.1 1.41e-249 1529117 Bacillati Bacillota WP_058561589.1 WP_058561589.1 3.11e-154 1348393 Pseudomonadati Pseudomonadota MCA9255001.1 MCA9255001.1 2.09e-253 2052180 Pseudomonadati Planctomycetota WP_204287739.1 WP_204287739.1 1.48e-163 1427754 Bacillati Actinomycetota WP_065148066.1 WP_065148066.1 3.68e-185 1766 Bacillati Actinomycetota WP_065148066.1 WP_123363258.1 7.31e-61 587753 Pseudomonadati Pseudomonadota WP_098191572.1 WP_098191572.1 0.0 1890302 Bacillati Bacillota WP_098191572.1 PIR55147.1 1.98e-04 1974784 0 Candidatus Peregrinibacteriota URJ46333.1 URJ46333.1 2.49e-199 1406 Bacillati Bacillota URJ46333.1 WP_087222948.1 1.19e-29 1965603;2838484 Bacillati Bacillota URJ46333.1 WP_165144904.1 1.40e-24 1406;44249;1683673;1683674 Bacillati Bacillota HDZ48353.1 HDZ48353.1 6.76e-227 1486246 Pseudomonadati Pseudomonadota HDZ48353.1 CAH0730513.1 6.37e-09 405034 Metazoa Arthropoda HDZ48353.1 MCR9147539.1 1.47e-06 1904441 Pseudomonadati Pseudomonadota WP_271243471.1 WP_271243471.1 7.76e-268 562 Pseudomonadati Pseudomonadota WP_271243471.1 WP_110358640.1 4.28e-211 28901 Pseudomonadati Pseudomonadota WP_166360839.1 WP_166360839.1 2.13e-193 2609961 Pseudomonadati Pseudomonadota WP_137144119.1 WP_137144119.1 2.02e-183 2562314 Bacillati Actinomycetota WP_137144119.1 MCH7812019.1 7.50e-30 2026724 Bacillati Chloroflexota MBW4512449.1 MBW4512449.1 2.19e-39 1049028 Bacillati Cyanobacteriota GJD18679.1 GJD18679.1 1.13e-278 448371 Bacillati Cyanobacteriota WP_099912534.1 WP_099912534.1 1.91e-305 1206336 Pseudomonadati Pseudomonadota WP_099912534.1 MBI1424129.1 1.72e-142 1913989 Pseudomonadati Pseudomonadota WP_179915466.1 WP_179915466.1 4.73e-147 28256;186761 Pseudomonadati Pseudomonadota MCL1962319.1 MCL1962319.1 3.56e-72 2049043 Pseudomonadati Thermodesulfobacteriota GKN74270.1 GKN74270.1 1.26e-170 573 Pseudomonadati Pseudomonadota WP_106777349.1 WP_106777349.1 9.43e-79 215200 Bacillati Bacillota QUE11983.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota QUE11983.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota NQT76827.1 NQT76827.1 1.53e-121 1898104 Pseudomonadati Bacteroidota WP_274910452.1 WP_274910452.1 0.0 3029060 Pseudomonadati Pseudomonadota WP_274910452.1 WP_208665977.1 2.34e-84 86265 Pseudomonadati Pseudomonadota WP_208884269.1 WP_208884269.1 5.25e-143 1883;1577075 Bacillati Actinomycetota AIR77599.1 AIR77599.1 0.0 565225 Pseudomonadati Pseudomonadota AIR77599.1 BBG20955.1 4.62e-91 210 Pseudomonadati Campylobacterota AIR77599.1 MBQ7389792.1 9.59e-52 2044939 Bacillati Bacillota AIR77599.1 WP_189931865.1 1.20e-37 68272 Bacillati Actinomycetota AIR77599.1 ULU28230.1 1.30e-15 48101 Viridiplantae Streptophyta XP_049178823.1 XP_049178823.1 1.92e-110 497107 Fungi Ascomycota WP_050657700.1 WP_050657700.1 2.50e-190 584787 Pseudomonadati Pseudomonadota WP_173991185.1 WP_173991185.1 0.0 358 Pseudomonadati Pseudomonadota WP_173991185.1 KAF9419545.1 4.89e-95 979699 Fungi Mortierellomycota OJW72254.1 OJW72254.1 0.0 1895716 Pseudomonadati Bacteroidota EFG1511687.1 EFG1511687.1 1.33e-182 562 Pseudomonadati Pseudomonadota KAF2864190.1 KAF2864190.1 0.0 1314780 Fungi Ascomycota KAA1446899.1 KAA1446899.1 3.60e-75 562 Pseudomonadati Pseudomonadota KAA1446899.1 WP_277108398.1 9.96e-60 562 Pseudomonadati Pseudomonadota KPU83403.1 KPU83403.1 1.62e-109 1527299 Pseudomonadati Pseudomonadota WP_279687934.1 WP_279687934.1 3.01e-301 3040602 Pseudomonadati Pseudomonadota WP_279687934.1 WP_259407579.1 8.59e-04 2865673 Bacillati Actinomycetota MCS5932532.1 MCS5932532.1 1.64e-97 72407 Pseudomonadati Pseudomonadota WP_106546380.1 WP_106546380.1 0.0 869949 Bacillati Cyanobacteriota WP_106546380.1 MBD2210269.1 2.79e-196 2692905 Bacillati Cyanobacteriota WP_106546380.1 MBF1128433.1 7.41e-34 218538 Bacillati Bacillota WP_106546380.1 XP_021765438.1 1.73e-20 63459 Viridiplantae Streptophyta WP_106546380.1 WP_271931007.1 1.94e-16 2995306 Pseudomonadati Myxococcota WP_106546380.1 KZT58963.1 2.33e-13 1353952 Fungi Basidiomycota WP_106546380.1 XP_048379117.1 8.95e-10 3053191 Metazoa Chordata WP_106546380.1 UZO03952.1 4.01e-06 588596 Fungi Glomeromycota WP_106546380.1 RIB10989.1 6.59e-04 44941 Fungi Glomeromycota WP_231085688.1 WP_231085688.1 2.02e-278 2755382 Bacillati Actinomycetota WP_033131454.1 WP_033131454.1 9.22e-98 642;2923420 Pseudomonadati Pseudomonadota WP_164228299.1 WP_164228299.1 1.22e-33 1329 Bacillati Bacillota WP_249510290.1 WP_249510290.1 0.0 28450 Pseudomonadati Pseudomonadota CAF0807478.1 CAF0807478.1 3.60e-274 392033 Metazoa Rotifera WP_119344914.1 WP_119344914.1 0.0 2219058 Pseudomonadati Pseudomonadota WP_119344914.1 WP_047594685.1 7.94e-78 286;70775 Pseudomonadati Pseudomonadota WP_119344914.1 OGU48181.1 8.91e-12 1798427 Pseudomonadati Ignavibacteriota WP_119344914.1 MCC6600438.1 9.36e-07 2026728 Pseudomonadati Bacteroidota WP_020497701.1 WP_020497701.1 2.79e-101 508770 Bacillati Actinomycetota WP_242685612.1 WP_242685612.1 0.0 2100168 Pseudomonadati Pseudomonadota WP_242685612.1 WP_202291019.1 0.0 82996 Pseudomonadati Pseudomonadota WP_242685612.1 ECD4982842.1 2.39e-300 2565186 Pseudomonadati Pseudomonadota WP_242685612.1 EBS3704194.1 6.79e-300 1192578 Pseudomonadati Pseudomonadota WP_242685612.1 WP_237762402.1 8.26e-141 28901;59201 Pseudomonadati Pseudomonadota WP_242685612.1 WP_222168304.1 1.02e-85 550 Pseudomonadati Pseudomonadota UNP33456.1 UNP33456.1 6.57e-235 1567021 Metazoa Chordata UNP33456.1 ADJ57888.1 1.70e-176 451678 Metazoa Chordata UNP33456.1 AXB40829.1 1.69e-168 3018538 Metazoa Chordata UNP33456.1 BAI82636.1 8.31e-116 7004 Metazoa Arthropoda UNP33456.1 QYT38722.1 4.08e-55 2565248 Metazoa Platyhelminthes KAE8355151.1 KAE8355151.1 0.0 138285 Fungi Ascomycota KAE8355151.1 EJG1264510.1 3.82e-34 283734 Bacillati Bacillota KAE8355151.1 XP_023028205.1 7.44e-16 N/A N/A WP_026718622.1 WP_026718622.1 3.12e-181 271155 Pseudomonadati Bacteroidota XP_028939562.1 XP_028939562.1 8.62e-261 279965 Metazoa Chordata NRB18267.1 NRB18267.1 5.97e-253 1904441 Pseudomonadati Pseudomonadota NRB18267.1 WP_244200682.1 5.25e-90 2116518 Bacillati Actinomycetota WP_041710957.1 WP_041710957.1 0.0 1501 Bacillati Bacillota WP_041710957.1 WP_105160947.1 1.03e-45 N/A N/A WP_041710957.1 WP_089095302.1 2.37e-41 346;473426 Pseudomonadati Pseudomonadota WP_041710957.1 MCH5231772.1 5.34e-34 2498093 Pseudomonadati Bacteroidota WP_041710957.1 WP_173040157.1 3.09e-32 1076124 Bacillati Actinomycetota WP_041710957.1 WP_112088864.1 1.63e-27 573 Pseudomonadati Pseudomonadota WP_041710957.1 MYD56339.1 2.89e-22 2026787 Pseudomonadati Rhodothermota WP_041710957.1 WP_071876418.1 2.96e-12 332949 Bacillati Bacillota WP_041710957.1 WP_152652784.1 2.75e-09 2023717 Pseudomonadati Pseudomonadota WP_041710957.1 MCF7808720.1 1.55e-07 2026760 Pseudomonadati Fidelibacterota WP_041710957.1 MBQ4383193.1 2.04e-07 1879010 Bacillati Bacillota WP_041710957.1 WP_089246429.1 2.35e-06 398843 Bacillati Actinomycetota WP_041710957.1 WP_281543397.1 3.31e-06 544645 Pseudomonadati Bacteroidota WP_041710957.1 MCC6044083.1 4.84e-06 2184738 Thermoproteati Thermoproteota WP_041710957.1 WP_107894076.1 6.75e-06 1130819 Bacillati Bacillota WP_041710957.1 MBT4161918.1 6.99e-06 1913989 Pseudomonadati Pseudomonadota WP_041710957.1 EHR6291555.1 3.94e-05 28901 Pseudomonadati Pseudomonadota WP_041710957.1 WP_066083732.1 5.00e-05 220687 Bacillati Bacillota WP_041710957.1 WP_150396769.1 3.44e-04 305 Pseudomonadati Pseudomonadota WP_164942207.1 WP_164942207.1 2.11e-101 1855823 Bacillati Bacillota WP_169394925.1 WP_169394925.1 3.67e-215 75289 Bacillati Actinomycetota WP_200037957.1 WP_200037957.1 0.0 95486 Pseudomonadati Pseudomonadota WP_200037957.1 MBQ1868746.1 3.14e-41 2053611;2593411 Bacillati Bacillota WP_200037957.1 WP_138482356.1 4.56e-35 161398 Pseudomonadati Pseudomonadota WP_200037957.1 WP_212961195.1 7.48e-34 557555 Bacillati Bacillota WP_200037957.1 WP_007356512.1 4.76e-31 272129;1501433 Bacillati Cyanobacteriota WP_200037957.1 WP_076194242.1 2.21e-27 44249;189426 Bacillati Bacillota WP_200037957.1 KFX48203.1 2.57e-26 N/A N/A WP_200037957.1 WP_249930443.1 1.85e-14 579507 Pseudomonadati Pseudomonadota WP_200037957.1 HAV2038468.1 3.27e-10 562 Pseudomonadati Pseudomonadota AUW90066.1 AUW90066.1 5.70e-124 2055364 Metazoa Arthropoda AUW90066.1 MBP1550239.1 6.11e-10 2485925 Bacillati Bacillota MBE0362647.1 MBE0362647.1 1.38e-69 1315306 Pseudomonadati Pseudomonadota EET4312562.1 EET4312562.1 0.0 562 Pseudomonadati Pseudomonadota EET4312562.1 MCB9490987.1 2.72e-60 2026734 Bacillati Chloroflexota WP_179444023.1 WP_179444023.1 7.35e-185 1347891 Bacillati Actinomycetota CAH8385548.1 CAH8385548.1 1.52e-52 29727 Viridiplantae Streptophyta XP_046441060.1 XP_046441060.1 0.0 6669 Metazoa Arthropoda XP_046441060.1 XP_020321477.1 7.34e-230 8019 Metazoa Chordata XP_046441060.1 PKU40490.1 5.17e-56 1758121 Metazoa Chordata XP_046441060.1 KAG1590416.1 8.44e-43 936053 Fungi Mucoromycota XP_046441060.1 XP_030620685.1 4.79e-41 29144 Metazoa Chordata XP_046441060.1 XP_048216280.1 1.48e-38 214514 Metazoa Chordata XP_046441060.1 XP_029528577.1 9.00e-38 8023 Metazoa Chordata XP_046441060.1 XP_048379117.1 2.08e-33 3053191 Metazoa Chordata XP_046441060.1 KAJ7903702.1 5.63e-30 230810 Fungi Basidiomycota XP_046441060.1 XP_006969978.1 5.00e-25 431241;1344414 Fungi Ascomycota XP_046441060.1 EYU24504.1 5.12e-25 4155 Viridiplantae Streptophyta XP_046441060.1 XP_047334060.1 8.38e-25 253017 Viridiplantae Streptophyta XP_046441060.1 MBF1128433.1 2.47e-24 218538 Bacillati Bacillota XP_046441060.1 KRX90811.1 1.24e-23 6337 Metazoa Nematoda XP_046441060.1 KZT58963.1 4.80e-22 1353952 Fungi Basidiomycota XP_046441060.1 XP_043377824.1 3.74e-20 8469 Metazoa Chordata XP_046441060.1 KAI3849778.1 6.77e-13 357466 Viridiplantae Streptophyta XP_046441060.1 KAI9912466.1 1.05e-11 230839 0 Oomycota XP_046441060.1 NJK67049.1 4.42e-10 2720482 Bacillati Cyanobacteriota CAH9078713.1 CAH9078713.1 1.26e-182 186058 Viridiplantae Streptophyta WP_268012811.1 WP_268012811.1 3.26e-78 1134687 Pseudomonadati Pseudomonadota PIY03328.1 PIY03328.1 7.32e-46 1973919 Pseudomonadati Bacteroidota HIA35646.1 HIA35646.1 0.0 2021391 Pseudomonadati Bacteroidota HIA35646.1 WP_218014032.1 2.89e-22 687525 Pseudomonadati Pseudomonadota TFV00908.1 TFV00908.1 4.64e-109 293386 Bacillati Bacillota TFV00908.1 CQR41738.1 2.49e-36 554132 Pseudomonadati Pseudomonadota WP_103216576.1 WP_103216576.1 3.30e-288 2067553 Pseudomonadati Bdellovibrionota MBG9445742.1 MBG9445742.1 4.24e-144 1399 Bacillati Bacillota MBG9445742.1 WP_041580422.1 8.53e-48 666686 Bacillati Bacillota MBG9445742.1 WP_110808154.1 5.26e-35 82115;2135648;2135649;2135652;2715133 Pseudomonadati Pseudomonadota MBG9445742.1 MCO5064371.1 1.38e-30 1913961 Pseudomonadati Pseudomonadota MBG9445742.1 WP_012568269.1 2.66e-19 34018;414684 Pseudomonadati Pseudomonadota MBG9445742.1 WP_224458015.1 3.34e-18 2874628 Pseudomonadati Pseudomonadota MBG9445742.1 WP_209434296.1 1.16e-17 2821355 Pseudomonadati Pseudomonadota XP_037827647.1 XP_037827647.1 0.0 13632 Metazoa Arthropoda XP_037827647.1 KAF0292372.1 3.56e-06 1232801 Metazoa Arthropoda WP_073312722.1 WP_073312722.1 1.08e-256 570521 Pseudomonadati Bacteroidota MAR88726.1 MAR88726.1 1.33e-149 1898112 Pseudomonadati Pseudomonadota MBM4836391.1 MBM4836391.1 4.63e-282 670 Pseudomonadati Pseudomonadota MBM4836391.1 MBK7837454.1 2.69e-55 2711154 Bacillati Candidatus Melainabacteria MBM4836391.1 WP_063417119.1 8.78e-45 573 Pseudomonadati Pseudomonadota MBM4836391.1 WP_232553043.1 8.60e-27 1134687 Pseudomonadati Pseudomonadota KAF0756529.1 KAF0756529.1 2.14e-155 112090 0 Oomycota WP_056610248.1 WP_056610248.1 0.0 1736501 Pseudomonadati Pseudomonadota WP_056610248.1 MBL6706528.1 6.67e-22 2026779 Pseudomonadati Planctomycetota WP_056610248.1 MBN2666786.1 3.75e-19 2030927 Pseudomonadati Bacteroidota MBU2271834.1 MBU2271834.1 1.80e-229 1913988 Pseudomonadati Pseudomonadota MBU2271834.1 KAA0015115.1 3.80e-27 1906666;2012522 Methanobacteriati Thermoplasmatota CEH30391.1 CEH30391.1 0.0 47500 Bacillati Bacillota WP_162756046.1 WP_162756046.1 0.0 562 Pseudomonadati Pseudomonadota WP_271629396.1 WP_271629396.1 5.50e-252 3019889 Bacillati Bacillota EBU9231875.1 EBU9231875.1 1.16e-310 2564837 Pseudomonadati Pseudomonadota EBU9231875.1 HJE10580.1 1.63e-139 1718 Bacillati Actinomycetota WP_169053012.1 WP_169053012.1 2.75e-127 562 Pseudomonadati Pseudomonadota WP_223695792.1 WP_223695792.1 0.0 573 Pseudomonadati Pseudomonadota WP_223695792.1 WP_278906630.1 2.64e-12 39483 Bacillati Bacillota WP_092696504.1 WP_092696504.1 3.76e-136 12916;592050 Pseudomonadati Pseudomonadota WP_014814721.1 WP_014814721.1 2.49e-317 1800;710421 Bacillati Actinomycetota KAG2712649.1 KAG2712649.1 0.0 32201 Viridiplantae Streptophyta WP_045961551.1 WP_045961551.1 1.20e-136 43662;53246 Pseudomonadati Pseudomonadota WP_166690114.1 WP_166690114.1 7.62e-52 362 Pseudomonadati Pseudomonadota MBQ8778157.1 MBQ8778157.1 7.23e-291 1872444 Pseudomonadati Bacteroidota NVK26228.1 NVK26228.1 0.0 1913989 Pseudomonadati Pseudomonadota NVK26228.1 WP_043343784.1 5.64e-71 68895 Pseudomonadati Pseudomonadota MBR5140322.1 MBR5140322.1 5.21e-112 2044939 Bacillati Bacillota MBR5140322.1 MCI8272365.1 1.23e-19 2049044 Bacillati Bacillota WP_275196335.1 WP_275196335.1 2.99e-230 2698826 Pseudomonadati Pseudomonadota WP_275196335.1 MCD6306959.1 3.97e-13 2026735 Pseudomonadati Myxococcota WP_078747788.1 WP_078747788.1 1.13e-68 1773 Bacillati Actinomycetota GAA38267.2 GAA38267.2 0.0 79923 Metazoa Platyhelminthes GAA38267.2 XP_011822310.1 4.59e-45 9568 Metazoa Chordata GAA38267.2 KAH8394604.1 2.39e-25 88886 Metazoa Arthropoda GAA38267.2 XP_017076166.2 2.00e-13 29029 Metazoa Arthropoda WP_169999893.1 WP_169999893.1 1.18e-170 1705720 Pseudomonadati Campylobacterota MCI5668237.1 MCI5668237.1 2.23e-269 2485925 Bacillati Bacillota MCD6173453.1 MCD6173453.1 2.76e-204 2022749 Pseudomonadati Campylobacterota MCD6173453.1 KOR85988.1 2.57e-28 1581037 Bacillati Bacillota MCD6173453.1 WP_178999808.1 1.13e-11 141390 Pseudomonadati Pseudomonadota EFS8130303.1 EFS8130303.1 0.0 195 Pseudomonadati Campylobacterota EFS8130303.1 ECP6736894.1 6.22e-241 197 Pseudomonadati Campylobacterota EFS8130303.1 PJQ02245.1 4.75e-69 32022 Pseudomonadati Campylobacterota EFS8130303.1 EJA9392162.1 2.50e-49 195 Pseudomonadati Campylobacterota EFS8130303.1 EAL1671435.1 5.24e-42 197 Pseudomonadati Campylobacterota EFS8130303.1 WP_181244664.1 5.76e-11 1491 Bacillati Bacillota WP_145141753.1 WP_145141753.1 1.13e-230 481743 Bacillati Bacillota MCE7698179.1 MCE7698179.1 1.85e-272 868131 Methanobacteriati Methanobacteriota MCE7698179.1 WP_013632646.1 9.13e-59 976;762903;1117645 Pseudomonadati Bacteroidota MCE7698179.1 OFX32653.1 3.78e-48 1797288 Bacillati Armatimonadota MCE7698179.1 WP_278631399.1 1.46e-24 29348 Bacillati Bacillota MCE7698179.1 KAF5671546.1 1.05e-11 48490 Fungi Ascomycota WP_149397594.1 WP_149397594.1 0.0 2597356 Pseudomonadati Pseudomonadota WP_149397594.1 WP_139032727.1 1.36e-102 1386;1428 Bacillati Bacillota XP_020949431.1 XP_020949431.1 3.14e-70 9823 Metazoa Chordata WP_254406115.1 WP_254406115.1 1.71e-227 N/A N/A MBB2072367.1 MBB2072367.1 6.14e-09 9606 Metazoa Chordata WP_194546214.1 WP_194546214.1 4.16e-117 1886 Bacillati Actinomycetota WP_267353308.1 WP_267353308.1 9.62e-85 2817991 Pseudomonadati Pseudomonadota XP_029860665.1 XP_029860665.1 0.0 223781 Metazoa Chordata WP_137264191.1 WP_137264191.1 1.53e-294 2575867 Pseudomonadati Bacteroidota WP_227413069.1 WP_227413069.1 3.15e-82 2779590 Pseudomonadati Pseudomonadota MBU2643279.1 MBU2643279.1 3.01e-182 1869227 0 0 WP_021391773.1 WP_021391773.1 6.84e-301 1496;1151312 Bacillati Bacillota MCH7812019.1 MCH7812019.1 0.0 2026724 Bacillati Chloroflexota MCH7812019.1 WP_137144119.1 2.34e-28 2562314 Bacillati Actinomycetota MCH7812019.1 WP_238588402.1 1.78e-09 37332 Bacillati Actinomycetota WP_059812501.1 WP_059812501.1 0.0 292 Pseudomonadati Pseudomonadota WP_059812501.1 WP_254467474.1 3.26e-40 303 Pseudomonadati Pseudomonadota WP_059812501.1 WP_222018129.1 2.31e-04 2855434 Pseudomonadati Pseudomonadota WP_059812501.1 OGU48181.1 3.09e-04 1798427 Pseudomonadati Ignavibacteriota WP_059812501.1 WP_267184195.1 9.14e-04 2996017 Pseudomonadati Pseudomonadota MBQ3958696.1 MBQ3958696.1 3.04e-208 2212467 Pseudomonadati Bacteroidota WP_017034258.1 WP_017034258.1 1.37e-38 662;723171;1187845;1187847;1187848;1860091 Pseudomonadati Pseudomonadota WP_257733866.1 WP_257733866.1 2.57e-165 85413;2969304 Pseudomonadati Pseudomonadota HBR2011202.1 HBR2011202.1 1.32e-301 573 Pseudomonadati Pseudomonadota WP_053594912.1 WP_053594912.1 1.73e-96 400634;2590012 Bacillati Bacillota DAS28513.1 DAS28513.1 3.90e-29 2832643 Heunggongvirae Uroviricota WP_075938258.1 WP_075938258.1 3.87e-143 2216012 Methanobacteriati Methanobacteriota CAD6215318.1 CAD6215318.1 2.98e-127 422564 Viridiplantae Streptophyta KAH9898930.1 KAH9898930.1 2.15e-67 2614609 Fungi Ascomycota WP_151434014.1 WP_151434014.1 1.91e-218 583;584;1921565 Pseudomonadati Pseudomonadota WP_151434014.1 WP_099711363.1 6.52e-29 237;29533;2035198 Pseudomonadati Bacteroidota MBK7764469.1 MBK7764469.1 3.61e-65 1898104 Pseudomonadati Bacteroidota WP_271786410.1 WP_271786410.1 1.85e-248 645 Pseudomonadati Pseudomonadota WP_271786410.1 WP_164653811.1 8.73e-60 329406 Pseudomonadati Pseudomonadota WP_271786410.1 WP_175896721.1 1.18e-59 1207504 Pseudomonadati Pseudomonadota WP_271786410.1 WP_272906673.1 3.15e-57 354351 Pseudomonadati Pseudomonadota WP_271786410.1 WP_205173112.1 4.41e-57 992288 Bacillati Bacillota WP_271786410.1 KNY10996.1 2.28e-54 72556 Pseudomonadati Pseudomonadota WP_271786410.1 MBP7222158.1 7.17e-53 1960295 Bacillati Bacillota WP_271786410.1 MCH3963123.1 4.38e-22 1506 Bacillati Bacillota NXV43694.1 NXV43694.1 6.39e-59 13746 Metazoa Chordata XP_002688837.2 XP_002688837.2 2.69e-211 9913 Metazoa Chordata XP_002688837.2 XP_012889676.1 1.26e-120 10020 Metazoa Chordata XP_002688837.2 AAR19565.1 1.90e-85 34828 Metazoa Chordata XP_002688837.2 XP_034290446.1 4.62e-76 94885 Metazoa Chordata XP_002688837.2 XP_042531659.1 2.91e-68 105255 Metazoa Chordata XP_002688837.2 XP_054446685.1 1.84e-66 1884717 Metazoa Chordata XP_002688837.2 XP_005087540.1 9.37e-62 10036 Metazoa Chordata XP_002688837.2 XP_049747270.1 4.99e-47 99487 Metazoa Chordata XP_002688837.2 XP_046298169.1 3.27e-44 9995 Metazoa Chordata MCH8328754.1 MCH8328754.1 5.82e-172 2026760 Pseudomonadati Fidelibacterota MCH8328754.1 WP_127979673.1 1.35e-59 33945 Bacillati Bacillota WP_256153163.1 WP_256153163.1 2.58e-58 2965275 Bacillati Bacillota MBS0394142.1 MBS0394142.1 6.03e-256 1977087 Pseudomonadati Pseudomonadota MCS7028162.1 MCS7028162.1 0.0 2044936 Pseudomonadati Bacteroidota MCS7028162.1 PBJ84576.1 1.73e-07 2032565 Pseudomonadati Pseudomonadota WP_255602293.1 WP_255602293.1 0.0 2835787 Pseudomonadati Pseudomonadota WP_255602293.1 WP_226276978.1 1.19e-107 179879 Pseudomonadati Pseudomonadota WP_255602293.1 WP_197332010.1 4.77e-81 28097;907261 Pseudomonadati Pseudomonadota WP_255602293.1 WP_185921121.1 1.67e-41 95486 Pseudomonadati Pseudomonadota WP_255602293.1 KAG8816705.1 5.78e-30 2600214 Fungi Basidiomycota WP_255602293.1 MCB1412915.1 2.83e-06 2021379 Pseudomonadati Pseudomonadota WP_255602293.1 MBV8506574.1 6.33e-04 1913988 Pseudomonadati Pseudomonadota KAJ0315765.1 KAJ0315765.1 0.0 2664923 Fungi Ascomycota WP_237526657.1 WP_237526657.1 1.47e-127 N/A N/A WP_213162342.1 WP_213162342.1 1.51e-142 2593653 Pseudomonadati Pseudomonadota XP_033573598.1 XP_033573598.1 8.57e-241 574789 Fungi Ascomycota WP_058258401.1 WP_058258401.1 2.58e-299 1679721 Bacillati Bacillota WP_187935882.1 WP_187935882.1 7.60e-255 210 Pseudomonadati Campylobacterota WP_187935882.1 WP_139989153.1 7.27e-152 2582921 Pseudomonadati Pseudomonadota MCM8621761.1 MCM8621761.1 0.0 2053492 Pseudomonadati Pseudomonadota MCM8621761.1 NTZ64221.1 1.53e-182 358 Pseudomonadati Pseudomonadota MCM8621761.1 WP_279059865.1 1.55e-153 35833 Pseudomonadati Thermodesulfobacteriota WP_146809086.1 WP_146809086.1 5.44e-43 55079;267746 Bacillati Bacillota KAF3694195.1 KAF3694195.1 0.0 215402 Metazoa Chordata KAF3694195.1 XP_035385791.1 6.59e-148 8005 Metazoa Chordata WP_276247412.1 WP_276247412.1 2.42e-58 2622732 Methanobacteriati Methanobacteriota GKN64987.1 GKN64987.1 4.99e-80 573 Pseudomonadati Pseudomonadota PTX11617.1 PTX11617.1 0.0 34087 Pseudomonadati Bacteroidota WP_045070942.1 WP_045070942.1 0.0 553611 Pseudomonadati Pseudomonadota WP_015873926.1 WP_015873926.1 3.71e-269 138072;572265 Pseudomonadati Pseudomonadota EJA2215897.1 EJA2215897.1 5.86e-173 N/A N/A KAF2888908.1 KAF2888908.1 5.16e-108 2038154 Metazoa Arthropoda NWU56530.1 NWU56530.1 0.0 458190 Metazoa Chordata WP_210028065.1 WP_210028065.1 2.50e-113 570936 Bacillati Actinomycetota WP_211746996.1 WP_211746996.1 6.34e-263 2831522 Bacillati Bacillota WP_211746996.1 VRK55480.1 9.76e-47 1313 Bacillati Bacillota WP_211746996.1 MCR4780139.1 5.05e-16 2053608 Bacillati Bacillota XP_040023426.1 XP_040023426.1 3.65e-234 69293 Metazoa Chordata AXC70826.1 AXC70826.1 2.31e-36 28901;59204;1192842 Pseudomonadati Pseudomonadota MBR6853793.1 MBR6853793.1 0.0 35828 Pseudomonadati Fibrobacterota WP_153262038.1 WP_153262038.1 0.0 2219224 Bacillati Actinomycetota WP_153262038.1 WP_132575460.1 4.88e-07 2587074 Pseudomonadati Pseudomonadota MCA4896083.1 MCA4896083.1 5.30e-273 2053541 Pseudomonadati Bacteroidota PZW62518.1 PZW62518.1 1.11e-83 1261629 Pseudomonadati Pseudomonadota ROR98276.1 ROR98276.1 2.50e-102 577 Pseudomonadati Pseudomonadota XP_025769677.1 XP_025769677.1 9.40e-227 9696 Metazoa Chordata WP_016669239.1 WP_016669239.1 8.35e-169 671222;1203605 Bacillati Actinomycetota MCB1271755.1 MCB1271755.1 1.82e-127 2497627 Bacillati Actinomycetota AFV39595.1 AFV39595.1 0.0 12721 Pararnavirae Artverviricota AFV39595.1 ACY29573.1 1.32e-298 11676 Pararnavirae Artverviricota AFV39595.1 QWY38042.1 9.95e-284 11676 Pararnavirae Artverviricota AFV39595.1 AFJ09957.1 8.65e-281 11676 Pararnavirae Artverviricota AFV39595.1 UZY22531.1 2.03e-246 11676 Pararnavirae Artverviricota AFV39595.1 ACH90072.1 1.15e-243 11676 Pararnavirae Artverviricota AFV39595.1 BAO23243.1 5.33e-234 11676 Pararnavirae Artverviricota AFV39595.1 BAO11608.1 4.21e-232 11676 Pararnavirae Artverviricota AFV39595.1 AVA00513.1 1.09e-229 11676 Pararnavirae Artverviricota AFV39595.1 AOW36968.1 6.10e-222 11676 Pararnavirae Artverviricota AFV39595.1 AOW33101.1 6.37e-220 11676 Pararnavirae Artverviricota AFV39595.1 ACV16867.1 1.42e-202 11676 Pararnavirae Artverviricota AFV39595.1 ARR91819.1 3.03e-183 11676 Pararnavirae Artverviricota AFV39595.1 ADB27070.1 3.10e-139 11676 Pararnavirae Artverviricota AFV39595.1 ABJ92889.1 1.32e-52 11676 Pararnavirae Artverviricota WP_123749269.1 WP_123749269.1 2.76e-94 286 Pseudomonadati Pseudomonadota EFX79048.1 EFX79048.1 0.0 6669 Metazoa Arthropoda NNE87648.1 NNE87648.1 0.0 2058390 Pseudomonadati Pseudomonadota NNE87648.1 WP_145616262.1 9.75e-176 1543705;3475240 Pseudomonadati Pseudomonadota NNE87648.1 WP_024330540.1 1.69e-85 447471 Pseudomonadati Pseudomonadota NNE87648.1 MYE57211.1 2.28e-55 2024894 Bacillati Actinomycetota NNE87648.1 DAZ71054.1 3.31e-40 2832643 Heunggongvirae Uroviricota NNE87648.1 CSP94261.1 4.68e-32 624 Pseudomonadati Pseudomonadota PZO34543.1 PZO34543.1 1.81e-182 268115 Bacillati Cyanobacteriota VDK55583.1 VDK55583.1 1.80e-171 71465 Metazoa Nematoda XP_023822602.1 XP_023822602.1 1.06e-148 2691554 Metazoa Chordata WP_126376486.1 WP_126376486.1 9.86e-212 241368 Pseudomonadati Thermodesulfobacteriota WP_126376486.1 RUM56169.1 4.47e-25 1904862 Pseudomonadati Pseudomonadota MBT4259311.1 MBT4259311.1 3.80e-303 2024844 Pseudomonadati Nitrospinota WP_069580620.1 WP_069580620.1 3.25e-280 2148 Bacillati Mycoplasmatota MBR4681128.1 MBR4681128.1 3.11e-121 35828 Pseudomonadati Fibrobacterota WP_128788759.1 WP_128788759.1 2.43e-161 1883 Bacillati Actinomycetota WP_128788759.1 OGO39675.1 1.99e-69 1797650 Bacillati Chloroflexota WP_128788759.1 WP_215615491.1 1.34e-60 2840469 Pseudomonadati Pseudomonadota KAJ1174213.1 KAJ1174213.1 5.23e-159 8319 Metazoa Chordata MBO8485404.1 MBO8485404.1 0.0 2840759 Pseudomonadati Bacteroidota MBO8485404.1 MBU22120.1 1.62e-157 1978231 Pseudomonadati Acidobacteriota MBO8485404.1 WP_125260587.1 7.10e-155 2259638 Pseudomonadati Pseudomonadota MBO8485404.1 WP_158347019.1 1.02e-143 59620;2850323 Bacillati Bacillota MBO8485404.1 MCD6199266.1 2.39e-113 2026735 Pseudomonadati Myxococcota MBO8485404.1 WP_253620872.1 9.73e-18 2957802 Bacillati Bacillota MBO8485404.1 WP_185334683.1 1.94e-10 1640 Bacillati Bacillota MBO8485404.1 WP_256546297.1 5.01e-08 1126236 Methanobacteriati Methanobacteriota WP_228961807.1 WP_228961807.1 1.95e-279 338;56463 Pseudomonadati Pseudomonadota WP_228961807.1 WP_244349102.1 4.94e-33 32053;2813851 Bacillati Cyanobacteriota WP_141772753.1 WP_141772753.1 8.56e-257 1780 Bacillati Actinomycetota MBL8169415.1 MBL8169415.1 0.0 1978231 Pseudomonadati Acidobacteriota MBL8169415.1 WP_055486904.1 2.01e-11 1286821 Bacillati Actinomycetota WP_278088590.1 WP_278088590.1 3.43e-290 450367 Bacillati Bacillota WP_278088590.1 RLA59280.1 1.75e-97 2026809 Pseudomonadati Campylobacterota WP_278088590.1 MCK5265770.1 1.07e-63 2053491 Promethearchaeati Candidatus Thorarchaeota WP_278088590.1 WP_094880233.1 4.35e-38 2022527 Pseudomonadati Bacteroidota CDG57236.1 CDG57236.1 1.53e-140 1367491 Pseudomonadati Campylobacterota MBP2329018.1 MBP2329018.1 1.38e-234 1365924 Bacillati Actinomycetota SOD38512.1 SOD38512.1 2.71e-220 1938870 Pseudomonadati Pseudomonadota WP_161967657.1 WP_161967657.1 0.0 1908690 Pseudomonadati Planctomycetota WP_007287952.1 WP_007287952.1 0.0 261299;445973 Bacillati Bacillota WP_115992495.1 WP_115992495.1 1.42e-172 1294267 Bacillati Bacillota WP_115992495.1 WP_142133210.1 2.42e-85 2768449 Bacillati Actinomycetota WP_115992495.1 WP_222125851.1 2.54e-81 N/A N/A WP_115992495.1 WP_072380563.1 4.44e-77 501024 Pseudomonadati Pseudomonadota WP_115992495.1 WP_279984614.1 1.32e-75 909768 Pseudomonadati Pseudomonadota WP_115992495.1 WP_008470196.1 1.50e-71 1203033;1423758 Bacillati Bacillota WP_115992495.1 WP_258581409.1 3.35e-41 2865837 Pseudomonadati Pseudomonadota WP_115992495.1 WP_140480909.1 7.87e-38 1404367 Pseudomonadati Pseudomonadota WP_115992495.1 WP_071876418.1 7.68e-19 332949 Bacillati Bacillota WP_115992495.1 WP_089095302.1 1.38e-16 346;473426 Pseudomonadati Pseudomonadota WP_090297373.1 WP_090297373.1 1.88e-164 1520801 Bacillati Bacillota WP_086280341.1 WP_086280341.1 0.0 3161138 Pseudomonadati Campylobacterota WP_086280341.1 WP_117920451.1 6.79e-104 2292367 Bacillati Bacillota WP_086280341.1 KKT55671.1 4.61e-95 1618930;2053562 0 0;Candidatus Jacksoniibacteriota WP_086280341.1 MCJ7594907.1 2.45e-70 2044940 Pseudomonadati Thermodesulfobacteriota WP_084578893.1 WP_084578893.1 2.27e-296 330920 Pseudomonadati Pseudomonadota XP_010918378.1 XP_010918378.1 8.19e-208 N/A N/A KRX15989.1 KRX15989.1 0.0 6336 Metazoa Nematoda KRX15989.1 BBQ86561.1 1.58e-15 2675710;2675711 Pseudomonadati Pseudomonadota KAF9095505.1 KAF9095505.1 0.0 1896188 Fungi Mortierellomycota XP_012889676.1 XP_012889676.1 3.05e-216 10020 Metazoa Chordata XP_012889676.1 XP_002688837.2 1.54e-121 9913 Metazoa Chordata XP_012889676.1 AAR19565.1 1.30e-114 34828 Metazoa Chordata XP_012889676.1 XP_034290446.1 1.04e-95 94885 Metazoa Chordata XP_012889676.1 XP_042531659.1 2.15e-70 105255 Metazoa Chordata XP_012889676.1 XP_005087540.1 1.58e-68 10036 Metazoa Chordata XP_012889676.1 XP_054446685.1 1.20e-60 1884717 Metazoa Chordata XP_012889676.1 XP_049747270.1 1.53e-39 99487 Metazoa Chordata SFF07309.1 SFF07309.1 3.55e-241 684063 Bacillati Bacillota SFF07309.1 WP_265272113.1 2.33e-64 457945 Bacillati Cyanobacteriota SFF07309.1 MBN9534694.1 1.97e-59 1913988 Pseudomonadati Pseudomonadota MCP4913426.1 MCP4913426.1 2.12e-169 2599941 Pseudomonadati Bdellovibrionota RGX77898.1 RGX77898.1 1.73e-314 2292325 Bacillati Actinomycetota MBE6142085.1 MBE6142085.1 1.25e-151 2049044 Bacillati Bacillota MBE6142085.1 Q8XJN8.1 1.83e-29 1502;1542;195102;451752;451754;451756;451757;488537;742739;883064 Bacillati Bacillota MBE6142085.1 WP_167196601.1 1.21e-19 2716691 Pseudomonadati Pseudomonadota MBE6142085.1 NLR72952.1 2.55e-17 2726187 Pseudomonadati Pseudomonadota MBE6142085.1 CDN40573.1 1.90e-16 572419 Bacillati Mycoplasmatota KAF9145485.1 KAF9145485.1 0.0 64567 Fungi Mortierellomycota MCO5569846.1 MCO5569846.1 6.62e-155 2759587 Viridiplantae Streptophyta MUL75888.1 MUL75888.1 0.0 2606611 Bacillati Actinomycetota MUL75888.1 WP_188888464.1 4.98e-06 1737354 Bacillati Bacillota WP_097108993.1 WP_097108993.1 1.60e-230 714899 Pseudomonadati Pseudomonadota WP_097108993.1 MCA3389197.1 4.12e-51 1869190 Pseudomonadati Pseudomonadota WP_097108993.1 WP_008134825.1 1.40e-48 1144344 Pseudomonadati Pseudomonadota WP_097108993.1 MCP4329804.1 7.11e-39 1913988 Pseudomonadati Pseudomonadota MBC7097666.1 MBC7097666.1 0.0 2306012 0 Candidatus Bipolaricaulota MBC7097666.1 KAB2885888.1 5.42e-65 1872424 Pseudomonadati Pseudomonadota MBC7097666.1 MBA2522987.1 8.16e-36 1909295 Bacillati Actinomycetota KAJ6888161.1 KAJ6888161.1 2.61e-68 444605 Viridiplantae Streptophyta WP_236939362.1 WP_236939362.1 0.0 562 Pseudomonadati Pseudomonadota WP_236939362.1 WP_055863905.1 4.50e-28 1736289 Pseudomonadati Bacteroidota WP_236939362.1 EHP6050825.1 4.06e-05 562 Pseudomonadati Pseudomonadota KAJ7092692.1 KAJ7092692.1 1.10e-263 230806 Fungi Basidiomycota KAJ7092692.1 KNE54577.1 1.17e-58 578462 Fungi Blastocladiomycota KAJ7092692.1 XP_037916999.1 4.31e-13 343691 Metazoa Arthropoda WP_040330177.1 WP_040330177.1 4.46e-220 47920 Pseudomonadati Pseudomonadota WP_001537381.1 WP_001537381.1 0.0 562;1181747 Pseudomonadati Pseudomonadota WP_001537381.1 WP_187642449.1 6.54e-112 562 Pseudomonadati Pseudomonadota WP_001537381.1 WP_243269836.1 5.62e-74 286 Pseudomonadati Pseudomonadota WP_001537381.1 WP_247392216.1 4.36e-48 1310165 Pseudomonadati Pseudomonadota WP_001537381.1 WP_045125019.1 1.96e-46 48296 Pseudomonadati Pseudomonadota WP_001537381.1 MBS1222269.1 4.11e-33 1977087 Pseudomonadati Pseudomonadota WP_001537381.1 WP_230822898.1 8.37e-25 630;33060 Pseudomonadati Pseudomonadota MBL6727407.1 MBL6727407.1 2.82e-125 1891241;2030816 Pseudomonadati Pseudomonadota WP_054541705.1 WP_054541705.1 0.0 29497 Pseudomonadati Pseudomonadota WP_279085497.1 WP_279085497.1 1.03e-120 85831 Pseudomonadati Bacteroidota MCB9510871.1 MCB9510871.1 2.24e-120 2599930 Pseudomonadati Deferribacterota WP_095128211.1 WP_095128211.1 2.02e-228 2009179 Pseudomonadati Pseudomonadota WP_095128211.1 WP_059510827.1 2.40e-32 488732 Pseudomonadati Pseudomonadota MBE0660081.1 MBE0660081.1 2.17e-142 2212468 Pseudomonadati Acidobacteriota WP_219286064.1 WP_219286064.1 4.52e-306 2487934 Pseudomonadati Bacteroidota WP_218057064.1 WP_218057064.1 1.10e-111 N/A N/A WP_131971174.1 WP_131971174.1 1.68e-191 292800;649753 Bacillati Bacillota MBL8777518.1 MBL8777518.1 1.82e-282 2201156 Bacillati Actinomycetota ABK94958.1 ABK94958.1 2.95e-273 3694 Viridiplantae Streptophyta ABK94958.1 KAE8908303.1 7.00e-49 53985 0 Oomycota WP_199308568.1 WP_199308568.1 8.03e-319 N/A N/A WP_199308568.1 MCG8377291.1 2.56e-34 2723030 Pseudomonadati Chlorobiota APC24336.1 APC24336.1 4.60e-279 597926 Metazoa Arthropoda APC24336.1 AAX94106.1 3.03e-185 324009 Metazoa Arthropoda APC24336.1 ACO35565.1 3.22e-129 626559 Metazoa Arthropoda APC24336.1 AGC97326.1 5.44e-118 1272115 Metazoa Arthropoda APC24336.1 AGC74998.1 2.45e-115 1261273 Metazoa Arthropoda APC24336.1 ACE88666.1 5.70e-52 13139 Metazoa Arthropoda APC24336.1 AHK62764.1 4.87e-49 1470337 Metazoa Arthropoda APC24336.1 UZF38514.1 6.18e-49 2976471 Metazoa Arthropoda APC24336.1 AFA09475.1 2.35e-48 705192 Metazoa Arthropoda APC24336.1 AWS34156.1 2.53e-48 408114 Metazoa Arthropoda APC24336.1 AFA24308.1 5.72e-48 1097956 Metazoa Arthropoda APC24336.1 ADW49125.1 4.29e-47 1417353 Metazoa Arthropoda APC24336.1 AVM35379.1 6.59e-47 1770638 Metazoa Arthropoda APC24336.1 QUA05739.1 5.57e-44 988006 Metazoa Arthropoda APC24336.1 QUQ06080.1 1.88e-43 1719401 Metazoa Mollusca APC24336.1 ABQ63546.1 2.57e-43 166263 Metazoa Chordata APC24336.1 AGI15931.1 9.61e-38 52396 Metazoa Mollusca APC24336.1 AMA90994.1 1.29e-32 1474269;2542237 Metazoa Arthropoda APC24336.1 AHH30646.1 1.31e-30 1452501 Metazoa Arthropoda APC24336.1 AOQ89457.1 1.07e-28 1881751 Metazoa Arthropoda APC24336.1 AKT58828.1 2.53e-28 1687857 Metazoa Arthropoda APC24336.1 AXZ65741.1 5.62e-26 2242446 Metazoa Arthropoda WP_199713305.1 WP_199713305.1 4.40e-84 2794587 Bacillati Bacillota WP_172585284.1 WP_172585284.1 2.73e-291 1601 Bacillati Bacillota WP_094590818.1 WP_094590818.1 0.0 1480728 Methanobacteriati Methanobacteriota XP_032204694.1 XP_032204694.1 1.15e-215 36723 Metazoa Chordata KAJ3382075.1 KAJ3382075.1 5.88e-66 4814 Fungi Chytridiomycota WP_116143250.1 WP_116143250.1 6.58e-205 1938805 Pseudomonadati Pseudomonadota OQB67688.1 OQB67688.1 0.0 1852909 Pseudomonadati Spirochaetota KAI1055415.1 KAI1055415.1 1.30e-273 48484;948311 Fungi Ascomycota KAI1055415.1 XP_030976676.1 7.32e-82 148305 Fungi Ascomycota WP_018083176.1 WP_018083176.1 3.02e-265 347481;1121022 Pseudomonadati Pseudomonadota WP_055153579.1 WP_055153579.1 0.0 1506;39482 Bacillati Bacillota WP_055153579.1 WP_112119927.1 5.66e-35 1642 Bacillati Bacillota WP_055153579.1 MBP6544771.1 7.37e-31 1903157 Pseudomonadati Pseudomonadota WP_055153579.1 WP_140372075.1 1.59e-13 670 Pseudomonadati Pseudomonadota WP_065640612.1 WP_065640612.1 1.68e-86 668 Pseudomonadati Pseudomonadota KAG2753283.1 KAG2753283.1 2.36e-138 1400700 Fungi Basidiomycota WP_071280632.1 WP_071280632.1 8.52e-59 1906740;2593676 Bacillati Actinomycetota WP_213775833.1 WP_213775833.1 1.24e-210 2719793 Pseudomonadati Pseudomonadota WP_213775833.1 WP_222163701.1 1.12e-58 2859082;2859083 Pseudomonadati Pseudomonadota MBG4760275.1 MBG4760275.1 7.94e-279 287 Pseudomonadati Pseudomonadota KAF9432903.1 KAF9432903.1 0.0 979673 Fungi Mortierellomycota WP_245407141.1 WP_245407141.1 8.19e-106 2626047 Bacillati Cyanobacteriota XP_006814105.1 XP_006814105.1 0.0 N/A N/A WP_228201287.1 WP_228201287.1 2.07e-75 470 Pseudomonadati Pseudomonadota KAH8780162.1 KAH8780162.1 0.0 2614600 Fungi Ascomycota KAH8780162.1 WP_109267392.1 5.53e-11 470 Pseudomonadati Pseudomonadota KAH8780162.1 WP_074527819.1 1.45e-08 47885 Pseudomonadati Pseudomonadota WP_196146635.1 WP_196146635.1 0.0 1288410 Pseudomonadati Pseudomonadota DAH49916.1 DAH49916.1 2.06e-30 38018 0 0 WP_237034910.1 WP_237034910.1 0.0 43263 Pseudomonadati Pseudomonadota WP_237034910.1 WP_052125494.1 1.89e-248 22;260364 Pseudomonadati Pseudomonadota WP_237034910.1 MCD8297279.1 9.21e-15 59823 Pseudomonadati Bacteroidota XP_010676925.2 XP_010676925.2 8.66e-226 3555 Viridiplantae Streptophyta WP_086353716.1 WP_086353716.1 3.09e-226 1970738 Pseudomonadati Pseudomonadota WP_086353716.1 WP_142590093.1 2.57e-95 1233081 Pseudomonadati Pseudomonadota WP_086353716.1 WP_281675368.1 1.72e-46 1110546 Bacillati Bacillota WP_086353716.1 MBU2478158.1 3.77e-14 1913989 Pseudomonadati Pseudomonadota WP_102576363.1 WP_102576363.1 4.69e-152 29497 Pseudomonadati Pseudomonadota WP_102576363.1 WP_140264131.1 2.80e-55 670 Pseudomonadati Pseudomonadota WP_080508033.1 WP_080508033.1 0.0 360054 Pseudomonadati Acidobacteriota WP_080508033.1 MCA3282362.1 2.31e-12 1869190 Pseudomonadati Pseudomonadota WP_052922907.1 WP_052922907.1 0.0 562 Pseudomonadati Pseudomonadota WP_052922907.1 MCB1208284.1 2.86e-59 2026800;2026801 Pseudomonadati Verrucomicrobiota WP_010409355.1 WP_010409355.1 1.71e-80 29506;293084;1049790 Pseudomonadati Spirochaetota XP_008674211.1 XP_008674211.1 6.30e-168 4577 Viridiplantae Streptophyta RGT06351.1 RGT06351.1 1.85e-62 2292207;2292219;2292220;2292313 Bacillati Actinomycetota NIM26842.1 NIM26842.1 4.97e-231 1913989 Pseudomonadati Pseudomonadota NIM26842.1 HHO76132.1 8.52e-105 2026735 Pseudomonadati Myxococcota AMA13662.1 AMA13662.1 5.88e-134 3052230 Orthornavirae Kitrinoviricota AMA13662.1 MOY95459.1 9.30e-50 3052230 Orthornavirae Kitrinoviricota AMA13662.1 AST39768.1 4.17e-41 3052230 Orthornavirae Kitrinoviricota AMA13662.1 MOY61908.1 1.98e-34 3052230 Orthornavirae Kitrinoviricota AFP82159.1 AFP82159.1 1.72e-296 493391 Viridiplantae Streptophyta AFP82159.1 BAD88428.1 8.40e-276 203830 Viridiplantae Streptophyta AFP82159.1 USR37329.1 1.93e-103 714473 Viridiplantae Streptophyta MBQ2990925.1 MBQ2990925.1 0.0 2044939 Bacillati Bacillota KQP70604.1 KQP70604.1 0.0 1736323 Bacillati Actinomycetota MCH1407713.1 MCH1407713.1 1.30e-272 2026801 Pseudomonadati Verrucomicrobiota HAR7369715.1 HAR7369715.1 0.0 1280 Bacillati Bacillota HAR7369715.1 EPR30609.1 6.41e-114 1121439 Pseudomonadati Thermodesulfobacteriota HAR7369715.1 WP_132517191.1 1.83e-96 2512149 Pseudomonadati Pseudomonadota HAR7369715.1 MCQ2156413.1 4.14e-64 2030927 Pseudomonadati Bacteroidota HAR7369715.1 MBR4705654.1 8.32e-34 2748031 Pseudomonadati Bacteroidota HAC44255.1 HAC44255.1 0.0 454155 Pseudomonadati Bacteroidota NBS93427.1 NBS93427.1 6.77e-109 1891241 Pseudomonadati Pseudomonadota WP_067101053.1 WP_067101053.1 1.87e-231 1834089 Bacillati Actinomycetota XP_005111944.2 XP_005111944.2 0.0 6500 Metazoa Mollusca WP_108210605.1 WP_108210605.1 0.0 1649266 Pseudomonadati Bacteroidota WP_108210605.1 GBD99233.1 1.42e-40 2005715;2005728;2026887 0;Pseudomonadati 0;Nitrospirota MOP62942.1 MOP62942.1 2.84e-12 9606 Metazoa Chordata WP_262073613.1 WP_262073613.1 8.15e-223 2980555 Pseudomonadati Pseudomonadota KAH9744176.1 KAH9744176.1 0.0 2711 Viridiplantae Streptophyta AFX75916.1 AFX75916.1 0.0 3052230 Orthornavirae Kitrinoviricota AFX75916.1 QGA29503.1 0.0 3052230 Orthornavirae Kitrinoviricota WP_166638495.1 WP_166638495.1 7.42e-34 196869;2512115 Pseudomonadati Bacteroidota KAI4867710.1 KAI4867710.1 7.05e-278 110542 Fungi Ascomycota WP_083180153.1 WP_083180153.1 0.0 1462996 Bacillati Bacillota WP_083180153.1 NIK25817.1 1.49e-27 1450204 Bacillati Bacillota WP_083180153.1 WP_212961195.1 4.19e-23 557555 Bacillati Bacillota MCM2356329.1 MCM2356329.1 3.31e-214 1872635 Pseudomonadati Pseudomonadota MCM2356329.1 WP_160194147.1 3.62e-70 564 Pseudomonadati Pseudomonadota MCM2356329.1 MBA3609961.1 1.49e-28 2036010 Bacillati Actinomycetota MCM2356329.1 OWZ34415.1 1.05e-25 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota MCM2356329.1 MBQ6794463.1 6.23e-23 1969738 Pseudomonadati Bacteroidota WP_270233472.1 WP_270233472.1 1.24e-242 1363 Bacillati Bacillota XP_033306318.1 XP_033306318.1 0.0 103933 Metazoa Arthropoda XP_033306318.1 NXL14598.1 1.70e-73 298831 Metazoa Chordata WP_209377953.1 WP_209377953.1 5.20e-129 2820812 Pseudomonadati Pseudomonadota WP_209377953.1 MCB0919686.1 3.56e-19 2900548 Bacillati Actinomycetota XP_019180948.1 XP_019180948.1 0.0 35883 Viridiplantae Streptophyta XP_019180948.1 XP_040250218.1 1.86e-52 N/A N/A XP_019180948.1 XP_021765438.1 1.17e-42 63459 Viridiplantae Streptophyta XP_019180948.1 RLN36134.1 1.05e-41 4540 Viridiplantae Streptophyta XP_019180948.1 KAI3849778.1 5.36e-41 357466 Viridiplantae Streptophyta XP_019180948.1 XP_025814622.1 6.00e-28 206008 Viridiplantae Streptophyta XP_019180948.1 XP_044484513.1 4.18e-24 29780 Viridiplantae Streptophyta XP_019180948.1 XP_048540820.1 9.57e-18 4572 Viridiplantae Streptophyta XP_019180948.1 KZT58963.1 2.47e-15 1353952 Fungi Basidiomycota CAH0023967.1 CAH0023967.1 8.72e-243 160324 Fungi Ascomycota WP_019444443.1 WP_019444443.1 3.13e-234 29459 Pseudomonadati Pseudomonadota WP_019444443.1 WP_055337992.1 3.31e-156 305 Pseudomonadati Pseudomonadota WP_019444443.1 MBL6847974.1 1.06e-86 1913988 Pseudomonadati Pseudomonadota WP_019444443.1 XP_027540421.1 2.02e-43 114329 Metazoa Chordata WP_019444443.1 MBL4853947.1 7.59e-30 2030823 Pseudomonadati Pseudomonadota MBL1320270.1 MBL1320270.1 1.47e-227 2024840 Pseudomonadati Pseudomonadota MBL1320270.1 WP_198095175.1 3.96e-85 2794021 Pseudomonadati Pseudomonadota GEW47215.1 GEW47215.1 7.73e-207 118510 Viridiplantae Streptophyta KAI4518191.1 KAI4518191.1 0.0 1314666 Fungi Basidiomycota WP_162206844.1 WP_162206844.1 5.29e-271 22;2705014 Pseudomonadati Pseudomonadota WP_113544184.1 WP_113544184.1 0.0 384 Pseudomonadati Pseudomonadota WP_113544184.1 WP_130528929.1 9.21e-139 28197 Pseudomonadati Campylobacterota WP_113544184.1 TRZ64304.1 4.43e-104 1898103 Pseudomonadati Pseudomonadota WP_113544184.1 MAF07216.1 1.79e-61 1913989;2024893 Pseudomonadati Pseudomonadota WP_014985199.1 WP_014985199.1 0.0 37326;1133849 Bacillati Actinomycetota WP_014985199.1 WP_070172067.1 1.70e-211 1386;1392;2026187;2875730 Bacillati Bacillota WP_014985199.1 NXM52897.1 2.92e-106 201329 Metazoa Chordata XP_030725309.1 XP_030725309.1 6.04e-258 N/A N/A WP_192880951.1 WP_192880951.1 0.0 N/A N/A WP_192880951.1 MBQ6717580.1 1.75e-27 2044939 Bacillati Bacillota MBT8607749.1 MBT8607749.1 0.0 2527775 Pseudomonadati Pseudomonadota MBT8607749.1 WP_001202764.1 3.28e-222 470;2420300 Pseudomonadati Pseudomonadota NGL48818.1 NGL48818.1 7.59e-24 1280 Bacillati Bacillota WP_162929259.1 WP_162929259.1 6.09e-74 2259644 Bacillati Actinomycetota NLV68328.1 NLV68328.1 8.16e-125 2202144 Pseudomonadati Spirochaetota NLV68328.1 NLK90780.1 9.14e-59 1898207 Bacillati Bacillota NLV68328.1 NLT72898.1 9.14e-59 2026724 Bacillati Chloroflexota NLV68328.1 MBD3769330.1 4.24e-44 1948890 Pseudomonadati Pseudomonadota WP_075013026.1 WP_075013026.1 2.78e-299 1861 Bacillati Actinomycetota USK34290.1 USK34290.1 3.84e-93 2884833 Bacillati Bacillota NLE01480.1 NLE01480.1 8.01e-318 35828 Pseudomonadati Fibrobacterota WP_189931865.1 WP_189931865.1 0.0 68272 Bacillati Actinomycetota WP_189931865.1 MBQ7389792.1 0.0 2044939 Bacillati Bacillota WP_189931865.1 BBG20955.1 3.84e-294 210 Pseudomonadati Campylobacterota WP_189931865.1 ULU28230.1 2.59e-244 48101 Viridiplantae Streptophyta WP_189931865.1 AIR77599.1 1.03e-36 565225 Pseudomonadati Pseudomonadota WP_189931865.1 HAJ19792.1 4.64e-23 1898112 Pseudomonadati Pseudomonadota MCK5466482.1 MCK5466482.1 3.27e-207 2762014 0 Candidatus Parcubacteria WP_166047848.1 WP_166047848.1 2.33e-128 2714953 Pseudomonadati Pseudomonadota KAI2467201.1 KAI2467201.1 7.99e-282 326617 Fungi Ascomycota WP_272952826.1 WP_272952826.1 7.89e-175 N/A N/A AGB20654.1 AGB20654.1 5.66e-164 212767 Bacillati Actinomycetota MBQ6868443.1 MBQ6868443.1 7.23e-137 2044939 Bacillati Bacillota NER20127.1 NER20127.1 1.65e-222 2607763;2607766;2607769 Bacillati Cyanobacteriota WP_269061021.1 WP_269061021.1 4.92e-181 N/A N/A MCE2789155.1 MCE2789155.1 0.0 2202734 Pseudomonadati Bacteroidota MCE2789155.1 WP_116870479.1 2.52e-39 29497 Pseudomonadati Pseudomonadota MCE2789155.1 WP_122440133.1 3.10e-33 33069 Pseudomonadati Pseudomonadota MBR6875525.1 MBR6875525.1 3.12e-287 2030927 Pseudomonadati Bacteroidota HAO16792.1 HAO16792.1 3.06e-102 28108 Pseudomonadati Pseudomonadota XP_039325768.1 XP_039325768.1 0.0 N/A N/A WP_180230190.1 WP_180230190.1 1.16e-249 186817 Bacillati Bacillota WP_180230190.1 WP_101272247.1 7.70e-72 2054919 Pseudomonadati Pseudomonadota WP_230796143.1 WP_230796143.1 1.02e-214 555512;1407019 0;Pseudomonadati 0;Pseudomonadota WP_230796143.1 EIX9307167.1 2.05e-47 573 Pseudomonadati Pseudomonadota WP_230796143.1 WP_077690175.1 1.15e-11 2013;501010 Bacillati Actinomycetota WP_230796143.1 WP_154333510.1 1.79e-06 2690837 Bacillati Actinomycetota WP_059639348.1 WP_059639348.1 5.41e-236 32008;179879;2015350;2879630 Pseudomonadati Pseudomonadota WP_225579579.1 WP_225579579.1 0.0 N/A N/A WP_225579579.1 WP_254698006.1 1.06e-209 N/A N/A WP_225579579.1 OQA38407.1 2.40e-136 1852787 Pseudomonadati Acidobacteriota WP_225579579.1 WP_253808359.1 5.79e-119 69710 Pseudomonadati Spirochaetota WP_225579579.1 CBI36349.3 1.61e-62 29760 Viridiplantae Streptophyta WP_225579579.1 WP_073201850.1 2.74e-40 1027249 Bacillati Bacillota WP_225579579.1 PSR02572.1 1.06e-33 1919110 Pseudomonadati Bacteroidota GBN39940.1 GBN39940.1 1.49e-318 182803 Metazoa Arthropoda MXQ53321.1 MXQ53321.1 3.77e-256 2690964 Bacillati Bacillota MXQ53321.1 WP_114368818.1 1.67e-27 1031537 Pseudomonadati Planctomycetota WP_100449703.1 WP_100449703.1 6.67e-289 40323;40324 Pseudomonadati Pseudomonadota XP_052751399.1 XP_052751399.1 2.44e-276 7137 Metazoa Arthropoda WP_066786685.1 WP_066786685.1 0.0 1707952 Bacillati Chloroflexota WP_117077319.1 WP_117077319.1 4.27e-124 573 Pseudomonadati Pseudomonadota WP_117077319.1 ENF92344.1 3.43e-101 1116087 Pseudomonadati Pseudomonadota WP_249084213.1 WP_249084213.1 0.0 1841864 Pseudomonadati Bacteroidota WP_249084213.1 MCI5916932.1 6.16e-121 2030927 Pseudomonadati Bacteroidota WP_131096443.1 WP_131096443.1 0.0 1667327;3390273 Pseudomonadati Pseudomonadota WP_131096443.1 MBE3671043.1 7.51e-223 29495 Pseudomonadati Pseudomonadota WP_131096443.1 WP_049066482.1 2.80e-129 1530123 Pseudomonadati Pseudomonadota KAI6080770.1 KAI6080770.1 2.60e-12 110542 Fungi Ascomycota WP_017691736.1 WP_017691736.1 0.0 1257080 Bacillati Bacillota WP_005632191.1 WP_005632191.1 3.52e-153 726;1028803 Pseudomonadati Pseudomonadota WP_084873045.1 WP_084873045.1 2.46e-157 55209 Pseudomonadati Pseudomonadota WP_195290884.1 WP_195290884.1 2.39e-318 239759 Pseudomonadati Bacteroidota WP_195290884.1 WP_162119468.1 9.16e-69 379;384;1076926 Pseudomonadati Pseudomonadota WP_195290884.1 MCG6912449.1 2.26e-68 2005711 0 0 WP_280336340.1 WP_280336340.1 1.66e-55 480035 Bacillati Actinomycetota CAD2182685.1 CAD2182685.1 2.09e-138 N/A N/A HBT5919638.1 HBT5919638.1 5.96e-32 573 Pseudomonadati Pseudomonadota XP_021765438.1 XP_021765438.1 0.0 63459 Viridiplantae Streptophyta XP_021765438.1 RLN36134.1 1.05e-55 4540 Viridiplantae Streptophyta XP_021765438.1 XP_019180948.1 3.56e-43 35883 Viridiplantae Streptophyta XP_021765438.1 KAI3849778.1 1.07e-42 357466 Viridiplantae Streptophyta XP_021765438.1 XP_040250218.1 2.30e-37 N/A N/A XP_021765438.1 XP_025814622.1 1.75e-34 206008 Viridiplantae Streptophyta XP_021765438.1 XP_044484513.1 3.86e-34 29780 Viridiplantae Streptophyta XP_021765438.1 KAG2309455.1 2.38e-28 52824 Viridiplantae Streptophyta XP_021765438.1 XP_028705251.1 1.64e-27 N/A N/A XP_021765438.1 XP_048540820.1 4.75e-20 4572 Viridiplantae Streptophyta XP_021765438.1 WP_106546380.1 5.46e-20 869949 Bacillati Cyanobacteriota XP_021765438.1 MBF1128433.1 4.98e-17 218538 Bacillati Bacillota XP_021765438.1 MBD2210269.1 1.07e-15 2692905 Bacillati Cyanobacteriota WP_093486522.1 WP_093486522.1 4.29e-263 1881024;1881025;1938842;2593676 Bacillati Actinomycetota QLY80081.1 QLY80081.1 3.42e-288 36845 Bacillati Bacillota QLY80081.1 WP_065076975.1 5.72e-48 217158;1353534 Bacillati Bacillota WP_006224372.1 WP_006224372.1 1.32e-198 222;470868 Pseudomonadati Pseudomonadota WP_023727015.1 WP_023727015.1 0.0 1287285 Pseudomonadati Pseudomonadota WP_023727015.1 WP_185921121.1 1.82e-53 95486 Pseudomonadati Pseudomonadota WP_023727015.1 BBC91732.1 1.27e-42 1928 Bacillati Actinomycetota WP_023727015.1 RQL72805.1 1.88e-26 48296 Pseudomonadati Pseudomonadota KAF8917914.1 KAF8917914.1 1.55e-318 139077 Fungi Basidiomycota KAF8917914.1 XP_031942702.1 2.30e-52 1506151 Fungi Ascomycota WP_037184031.1 WP_037184031.1 7.56e-63 192944;2739441 Bacillati Actinomycetota MBM4261824.1 MBM4261824.1 7.56e-277 2026735 Pseudomonadati Myxococcota WP_085680475.1 WP_085680475.1 3.56e-198 1598 Bacillati Bacillota EFI9255255.1 EFI9255255.1 1.47e-211 562 Pseudomonadati Pseudomonadota EFI9255255.1 HAL0497824.1 7.77e-06 562 Pseudomonadati Pseudomonadota WP_070475600.1 WP_070475600.1 0.0 1304;1715086;2608887 Bacillati Bacillota WP_275405902.1 WP_275405902.1 0.0 2593676 Bacillati Actinomycetota GIW30304.1 GIW30304.1 0.0 1955249 Thermotogati Deinococcota GIW30304.1 WP_243361436.1 1.80e-55 2922866 Pseudomonadati Thermodesulfobacteriota TVY78526.1 TVY78526.1 0.0 602035 Fungi Ascomycota WP_273827584.1 WP_273827584.1 1.89e-188 587 Pseudomonadati Pseudomonadota XP_047245969.1 XP_047245969.1 6.87e-177 208333 Metazoa Chordata XP_007957752.1 XP_007957752.1 0.0 1230840 Metazoa Chordata XP_007957752.1 XP_048221756.1 0.0 214514 Metazoa Chordata WP_272896519.1 WP_272896519.1 7.37e-30 2608897 Bacillati Actinomycetota KAI1368854.1 KAI1368854.1 1.20e-204 114810 Fungi Ascomycota STW09510.1 STW09510.1 8.76e-152 2058152 Pseudomonadati Pseudomonadota WP_264790310.1 WP_264790310.1 1.16e-272 2864201 Pseudomonadati Bacteroidota WP_029091796.1 WP_029091796.1 3.57e-145 2756;1121126 Bacillati Bacillota WP_237142885.1 WP_237142885.1 1.36e-59 28901 Pseudomonadati Pseudomonadota EFL44656.1 EFL44656.1 0.0 866774 Bacillati Actinomycetota RJF99999.1 RJF99999.1 7.04e-232 2320863 Pseudomonadati Pseudomonadota MBM4059513.1 MBM4059513.1 0.0 2026780 Pseudomonadati Planctomycetota MCP3657241.1 MCP3657241.1 1.13e-105 1890675 Pseudomonadati Pseudomonadota WP_203021165.1 WP_203021165.1 6.89e-204 379;1368430 Pseudomonadati Pseudomonadota WP_203021165.1 GGK29005.1 3.20e-15 690164 Pseudomonadati Pseudomonadota WP_089095302.1 WP_089095302.1 0.0 346;473426 Pseudomonadati Pseudomonadota WP_089095302.1 WP_173040157.1 5.47e-81 1076124 Bacillati Actinomycetota WP_089095302.1 MCH5231772.1 1.54e-58 2498093 Pseudomonadati Bacteroidota WP_089095302.1 MCA6099904.1 7.22e-49 2821406 Pseudomonadati Pseudomonadota WP_089095302.1 WP_041710957.1 6.76e-41 1501 Bacillati Bacillota WP_089095302.1 WP_105160947.1 4.32e-21 N/A N/A WP_089095302.1 WP_222599035.1 3.62e-20 N/A N/A WP_089095302.1 WP_089246429.1 1.16e-18 398843 Bacillati Actinomycetota WP_089095302.1 WP_195238978.1 7.59e-18 1502 Bacillati Bacillota WP_089095302.1 WP_115992495.1 4.24e-17 1294267 Bacillati Bacillota WP_089095302.1 MBO5162475.1 5.49e-16 1898203 Bacillati Bacillota WP_089095302.1 CDZ73727.1 3.45e-14 323655 Pseudomonadati Pseudomonadota WP_089095302.1 WP_150396769.1 6.91e-14 305 Pseudomonadati Pseudomonadota WP_089095302.1 GBD21053.1 3.77e-13 2035423 0 0 WP_089095302.1 WP_142931103.1 4.37e-13 2202200 Pseudomonadati Campylobacterota WP_089095302.1 MBQ9964693.1 5.44e-13 2044939 Bacillati Bacillota WP_089095302.1 WP_145468487.1 9.70e-12 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_089095302.1 WP_071876418.1 1.12e-11 332949 Bacillati Bacillota WP_089095302.1 WP_247749043.1 4.81e-11 N/A N/A WP_089095302.1 WP_107894076.1 8.82e-10 1130819 Bacillati Bacillota WP_089095302.1 WP_038440434.1 1.30e-09 727 Pseudomonadati Pseudomonadota WP_089095302.1 MCH4209672.1 9.21e-09 41200 Bacillati Actinomycetota WP_089095302.1 WP_192324556.1 3.73e-08 34072;2769259 Pseudomonadati Pseudomonadota WP_089095302.1 WP_227059655.1 1.96e-07 40545 Pseudomonadati Pseudomonadota WP_089095302.1 RLN50561.1 7.62e-07 325452 0 Oomycota WP_233230645.1 WP_233230645.1 2.46e-278 1904044 Bacillati Actinomycetota WP_233230645.1 WP_099100504.1 1.06e-64 1206980 Bacillati Cyanobacteriota WP_233230645.1 WP_202252188.1 2.27e-31 35806 Pseudomonadati Pseudomonadota WP_004960861.1 WP_004960861.1 0.0 40215;1217664 Pseudomonadati Pseudomonadota WP_004960861.1 EET4886479.1 4.31e-95 562 Pseudomonadati Pseudomonadota WP_230009938.1 WP_230009938.1 3.26e-156 2821115 Bacillati Actinomycetota WP_230009938.1 WP_134064782.1 5.29e-40 404941 Bacillati Actinomycetota WP_034709917.1 WP_034709917.1 0.0 445961 Pseudomonadati Bacteroidota CTM60173.1 CTM60173.1 6.56e-41 1313 Bacillati Bacillota WP_039608285.1 WP_039608285.1 0.0 43657 Pseudomonadati Pseudomonadota WP_039608285.1 WP_133325549.1 4.08e-184 1549640 Pseudomonadati Pseudomonadota WP_039608285.1 WP_096647361.1 3.74e-97 1973478 Bacillati Cyanobacteriota WP_039608285.1 WP_265225845.1 3.19e-87 95486 Pseudomonadati Pseudomonadota WP_039608285.1 WP_110366458.1 1.34e-65 2135644 Pseudomonadati Bacteroidota WP_039608285.1 WP_154963182.1 1.42e-62 2058152 Pseudomonadati Pseudomonadota WP_039608285.1 WP_172616972.1 5.52e-61 2583211 Pseudomonadati Bacteroidota WP_039608285.1 MBL4744408.1 3.18e-59 2024830 Pseudomonadati Pseudomonadota WP_039608285.1 TME45086.1 1.18e-43 2026724 Bacillati Chloroflexota WP_039608285.1 KKQ50904.1 6.15e-43 1618941 0 0 SPC33634.1 SPC33634.1 2.03e-104 2058097 Thermoproteati Nitrososphaerota WP_259287153.1 WP_259287153.1 4.05e-97 2974027 Bacillati Actinomycetota MRB85170.1 MRB85170.1 4.73e-30 1428 Bacillati Bacillota MCD6544917.1 MCD6544917.1 3.03e-264 1871037 Pseudomonadati Bacteroidota MBK4335994.1 MBK4335994.1 2.05e-211 158836 Pseudomonadati Pseudomonadota MBA0628892.1 MBA0628892.1 2.08e-216 34287 Viridiplantae Streptophyta WP_281459228.1 WP_281459228.1 0.0 N/A N/A CAD7578726.1 CAD7578726.1 2.57e-168 61474 Metazoa Arthropoda CAD7578726.1 WP_122705662.1 6.64e-08 N/A N/A SOD38336.1 SOD38336.1 1.35e-292 1938870 Pseudomonadati Pseudomonadota TYG55675.1 TYG55675.1 0.0 34276 Viridiplantae Streptophyta TYG55675.1 XP_010263869.1 1.27e-99 4432 Viridiplantae Streptophyta TYG55675.1 KAI9181093.1 1.55e-46 4023 Viridiplantae Streptophyta WP_094953410.1 WP_094953410.1 1.73e-130 286;1702250 Pseudomonadati Pseudomonadota WP_108324249.1 WP_108324249.1 1.58e-108 1835766;1835769;2626134 Pseudomonadati Pseudomonadota WP_195238978.1 WP_195238978.1 0.0 1502 Bacillati Bacillota WP_195238978.1 WP_195368055.1 9.34e-67 410072 Bacillati Bacillota WP_195238978.1 NFD84694.1 6.42e-60 1491 Bacillati Bacillota WP_195238978.1 KAI7371949.1 1.05e-55 91943 Fungi Ascomycota WP_195238978.1 MBQ8297564.1 2.46e-54 41978 Bacillati Bacillota WP_195238978.1 WP_011512097.1 3.70e-47 912;323097 Pseudomonadati Pseudomonadota WP_195238978.1 KAI9191373.1 8.25e-45 4023 Viridiplantae Streptophyta WP_195238978.1 WP_038440434.1 9.55e-41 727 Pseudomonadati Pseudomonadota WP_195238978.1 WP_247749043.1 2.31e-35 N/A N/A WP_195238978.1 KAJ2660037.1 1.08e-33 2789312 Fungi Kickxellomycota WP_195238978.1 WP_041481207.1 1.71e-27 1719;1161911 Bacillati Actinomycetota WP_195238978.1 WP_071876418.1 1.92e-19 332949 Bacillati Bacillota WP_195238978.1 WP_089095302.1 2.21e-18 346;473426 Pseudomonadati Pseudomonadota WP_195238978.1 MCB0243881.1 5.38e-18 2052143 Bacillati Chloroflexota WP_195238978.1 WP_098952357.1 1.49e-17 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_195238978.1 WP_145468487.1 1.03e-15 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_195238978.1 MCH4209672.1 1.26e-15 41200 Bacillati Actinomycetota WP_195238978.1 WP_142931103.1 6.30e-15 2202200 Pseudomonadati Campylobacterota WP_195238978.1 WP_150396769.1 2.64e-09 305 Pseudomonadati Pseudomonadota WP_195238978.1 MBO5162475.1 9.38e-08 1898203 Bacillati Bacillota WP_195238978.1 HBO4828144.1 1.95e-07 287 Pseudomonadati Pseudomonadota WP_195238978.1 WP_089246429.1 3.82e-07 398843 Bacillati Actinomycetota KAG7283570.1 KAG7283570.1 3.27e-239 163118 Metazoa Chordata WP_280427578.1 WP_280427578.1 5.51e-133 37326 Bacillati Actinomycetota WP_223292749.1 WP_223292749.1 9.88e-58 2798577 Pseudomonadati Spirochaetota WP_223292749.1 MCM1122913.1 1.85e-19 142586 Bacillati Bacillota WP_223292749.1 WP_186939222.1 2.28e-19 2763043 Bacillati Actinomycetota WP_244355613.1 WP_244355613.1 0.0 2893468 Pseudomonadati Pseudomonadota CAG9435424.1 CAG9435424.1 4.40e-51 126385 Pseudomonadati Pseudomonadota ECE8916583.1 ECE8916583.1 0.0 90371 Pseudomonadati Pseudomonadota ECE8916583.1 EAA8040699.1 0.0 28901;59201;165302 Pseudomonadati Pseudomonadota MCP3654032.1 MCP3654032.1 8.29e-281 1890675 Pseudomonadati Pseudomonadota XP_036163171.1 XP_036163171.1 0.0 51298 Metazoa Chordata KYP14137.1 KYP14137.1 0.0 1812911 Pseudomonadati Bacteroidota KAF5321974.1 KAF5321974.1 0.0 2480587 Fungi Basidiomycota MCD8523842.1 MCD8523842.1 4.25e-168 2497634 Pseudomonadati Pseudomonadota RVU05718.1 RVU05718.1 3.82e-268 1908524 Pseudomonadati Pseudomonadota RVU05718.1 WP_139665379.1 6.00e-13 287 Pseudomonadati Pseudomonadota WP_096671147.1 WP_096671147.1 5.31e-107 2638319 Pseudomonadati Pseudomonadota WP_265822109.1 WP_265822109.1 0.0 46201 Pseudomonadati Deferribacterota WP_265822109.1 WP_220281278.1 3.57e-51 562 Pseudomonadati Pseudomonadota WP_265822109.1 HCH8663031.1 6.47e-38 28901 Pseudomonadati Pseudomonadota WP_265822109.1 EFT8991253.1 1.28e-26 28901 Pseudomonadati Pseudomonadota WP_173081441.1 WP_173081441.1 8.76e-102 2730080 Pseudomonadati Thermodesulfobacteriota EMD82508.1 EMD82508.1 3.60e-32 1234595 Pseudomonadati Pseudomonadota WP_022710297.1 WP_022710297.1 6.92e-268 1201036 Pseudomonadati Pseudomonadota MBT3784852.1 MBT3784852.1 0.0 1869227 0 0 MBT3784852.1 WP_243361436.1 1.84e-30 2922866 Pseudomonadati Thermodesulfobacteriota MBT3784852.1 WP_251758029.1 1.81e-28 2942999 Pseudomonadati Bacteroidota MBT3784852.1 WP_096665911.1 6.75e-25 1977061 Pseudomonadati Pseudomonadota MBT3784852.1 MBK3574312.1 3.80e-20 1488395 Bacillati Actinomycetota MBT3784852.1 UDH58358.1 1.47e-14 4424 Viridiplantae Streptophyta MBT3784852.1 YP_007317140.1 5.87e-06 334885 Metazoa Chordata WP_059267425.1 WP_059267425.1 1.12e-273 208962 Pseudomonadati Pseudomonadota WP_059267425.1 WP_176538754.1 1.24e-10 1396 Bacillati Bacillota WP_138583465.1 WP_138583465.1 6.08e-170 2066523 Pseudomonadati Pseudomonadota OEC37898.1 OEC37898.1 0.0 1843691 Pseudomonadati Pseudomonadota OEC37898.1 MCL4467776.1 3.24e-10 2026735 Pseudomonadati Myxococcota MBI2416798.1 MBI2416798.1 1.89e-117 2049428 Pseudomonadati Ignavibacteriota MBI2416798.1 WP_260685194.1 1.36e-14 562 Pseudomonadati Pseudomonadota MBI2416798.1 ECK9821833.1 1.82e-11 197 Pseudomonadati Campylobacterota MBI2416798.1 WP_223806191.1 1.05e-07 2483363 Pseudomonadati Pseudomonadota WP_276256752.1 WP_276256752.1 1.03e-99 3034020 Methanobacteriati Methanobacteriota WP_154541351.1 WP_154541351.1 4.33e-209 165779;2652269;2742993 Bacillati Bacillota WP_154541351.1 WP_004208647.1 6.84e-11 13690;165695;883163;1912891;2979467 Pseudomonadati Pseudomonadota NXL14598.1 NXL14598.1 0.0 298831 Metazoa Chordata NXL14598.1 XP_033306318.1 5.87e-78 103933 Metazoa Arthropoda RUM68418.1 RUM68418.1 0.0 2053622 Pseudomonadati Campylobacterota RUM68418.1 MCQ2831693.1 3.96e-112 210 Pseudomonadati Campylobacterota NAB09037.1 NAB09037.1 1.43e-201 53345 Bacillati Bacillota WP_152652784.1 WP_152652784.1 6.95e-219 2023717 Pseudomonadati Pseudomonadota WP_152652784.1 EHR6291555.1 1.48e-60 28901 Pseudomonadati Pseudomonadota WP_152652784.1 WP_192500494.1 4.31e-57 1897058 Pseudomonadati Bacteroidota WP_152652784.1 NLW39422.1 8.81e-47 2049431 Bacillati Bacillota WP_152652784.1 WP_221265680.1 3.63e-36 N/A N/A WP_152652784.1 WP_084371009.1 3.45e-34 692418 Pseudomonadati Bacteroidota WP_152652784.1 NVM03966.1 9.76e-33 2719382 Promethearchaeati Candidatus Helarchaeota WP_152652784.1 WP_281543397.1 2.12e-30 544645 Pseudomonadati Bacteroidota WP_152652784.1 WP_132175930.1 2.38e-30 190195 Bacillati Actinomycetota WP_152652784.1 MWR41881.1 4.75e-30 562 Pseudomonadati Pseudomonadota WP_152652784.1 QIC18874.1 2.64e-24 147802 Bacillati Bacillota WP_152652784.1 WP_158791585.1 1.92e-23 1641866 Pseudomonadati Acidobacteriota WP_152652784.1 THW78755.1 2.22e-23 5580 Fungi Ascomycota WP_152652784.1 WP_278489123.1 2.42e-23 437897 Bacillati Bacillota WP_152652784.1 MXP43753.1 3.12e-22 1689985 Pseudomonadati Pseudomonadota WP_152652784.1 MBC7326981.1 9.90e-22 1869227 0 0 WP_152652784.1 WP_174822921.1 7.02e-21 N/A N/A WP_152652784.1 WP_185334683.1 3.42e-20 1640 Bacillati Bacillota WP_152652784.1 WP_071876418.1 1.66e-19 332949 Bacillati Bacillota WP_152652784.1 WP_150396769.1 2.84e-19 305 Pseudomonadati Pseudomonadota WP_152652784.1 WP_207918089.1 6.01e-19 185978;2512133;2587092 Bacillati Bacillota WP_152652784.1 MBQ3864274.1 4.08e-18 2044939 Bacillati Bacillota WP_152652784.1 OAN53756.1 6.24e-18 1285242 Pseudomonadati Pseudomonadota WP_152652784.1 EHH5649593.1 3.50e-17 195 Pseudomonadati Campylobacterota WP_152652784.1 WP_247749043.1 2.46e-14 N/A N/A MCH7618159.1 MCH7618159.1 1.84e-104 2026760 Pseudomonadati Fidelibacterota WP_166652585.1 WP_166652585.1 0.0 1339210 Pseudomonadati Pseudomonadota QPH00767.1 QPH00767.1 0.0 877507 Fungi Ascomycota HCN71343.1 HCN71343.1 5.74e-93 3040095 0 0 HCN71343.1 CKF71070.1 2.40e-32 2026186 Bacillati Bacillota HCN71343.1 WP_159812831.1 9.78e-30 2681406 Pseudomonadati Pseudomonadota HCN71343.1 HAB03480.1 9.58e-28 306 Pseudomonadati Pseudomonadota HCN71343.1 WP_200543170.1 9.60e-26 2769338 Pseudomonadati Pseudomonadota HCN71343.1 GHI39478.1 1.51e-25 67381 Bacillati Actinomycetota HCN71343.1 WP_126679569.1 2.86e-19 287 Pseudomonadati Pseudomonadota HCN71343.1 WP_230171322.1 1.01e-18 2845820 Pseudomonadati Pseudomonadota HCN71343.1 EGR2272270.1 4.57e-18 670 Pseudomonadati Pseudomonadota HCN71343.1 WP_018646673.1 1.49e-14 990078 Pseudomonadati Pseudomonadota HCN71343.1 MBI5333464.1 3.20e-14 1891238 Pseudomonadati Pseudomonadota HCN71343.1 WP_269885397.1 1.25e-12 3388067 Bacillati Bacillota MBN8536342.1 MBN8536342.1 0.0 2026735 Pseudomonadati Myxococcota MBN8536342.1 HCF6759084.1 5.34e-187 287 Pseudomonadati Pseudomonadota MBN8536342.1 PLA74748.1 4.07e-176 2065820 Pseudomonadati Pseudomonadota WP_083453642.1 WP_083453642.1 0.0 1185843 Pseudomonadati Thermodesulfobacteriota WP_083453642.1 TMG86695.1 3.54e-34 1891241 Pseudomonadati Pseudomonadota EDF8564338.1 EDF8564338.1 1.18e-190 195 Pseudomonadati Campylobacterota GEP01990.1 GEP01990.1 8.97e-299 944322 Pseudomonadati Pseudomonadota GEP01990.1 WP_214892570.1 1.02e-30 279826 Bacillati Bacillota NP_177230.1 NP_177230.1 0.0 3702;45249 Viridiplantae Streptophyta WP_206913767.1 WP_206913767.1 2.35e-120 2815338 Pseudomonadati Pseudomonadota UOK61174.1 UOK61174.1 2.18e-296 2928702 Bacillati Bacillota UOK61174.1 HBG17616.1 1.08e-13 1879010 Bacillati Bacillota WP_033677965.1 WP_033677965.1 4.03e-98 28037;2866998 Bacillati Bacillota MBF1231925.1 MBF1231925.1 1.62e-160 139208 Bacillati Actinomycetota MBQ1196899.1 MBQ1196899.1 0.0 2044939 Bacillati Bacillota MBQ1196899.1 MCH8904788.1 1.19e-69 1898104 Pseudomonadati Bacteroidota MBQ1196899.1 WP_280949002.1 3.00e-62 N/A N/A WP_189254710.1 WP_189254710.1 1.39e-104 N/A N/A XP_022371551.1 XP_022371551.1 0.0 391180 Metazoa Chordata PLX13980.1 PLX13980.1 5.93e-220 2053303 Pseudomonadati Bacteroidota CAH9132908.1 CAH9132908.1 3.71e-87 186058 Viridiplantae Streptophyta HHU23657.1 HHU23657.1 1.02e-205 1898209 Bacillati Mycoplasmatota PAV59276.1 PAV59276.1 1.53e-43 2018661 Metazoa Nematoda WP_233281725.1 WP_233281725.1 1.95e-144 N/A N/A WP_233281725.1 WP_035102910.1 2.22e-25 1502724 Pseudomonadati Pseudomonadota MCA9869097.1 MCA9869097.1 0.0 2052143 Bacillati Chloroflexota MBI1189702.1 MBI1189702.1 3.53e-262 2017440 Pseudomonadati Planctomycetota MBI1189702.1 RYY73542.1 9.17e-100 1913989 Pseudomonadati Pseudomonadota MBI1189702.1 MCK9252526.1 8.15e-87 1898207 Bacillati Bacillota MBI1189702.1 MCP4974199.1 2.23e-11 1220;93060 Bacillati Cyanobacteriota MBI1189702.1 MCH8293010.1 1.11e-09 2026781 0 Candidatus Poribacteria MBI1189702.1 EFX2174330.1 1.42e-09 624 Pseudomonadati Pseudomonadota MBI1189702.1 WP_218036247.1 3.18e-07 N/A N/A QOL09497.1 QOL09497.1 3.33e-127 206594 Metazoa Chordata QOL09497.1 YP_008379230.1 1.66e-36 30596 Metazoa Chordata QOL09497.1 YP_007317140.1 2.01e-33 334885 Metazoa Chordata CAI4531609.1 CAI4531609.1 7.12e-65 4932 Fungi Ascomycota WP_012084538.1 WP_012084538.1 1.01e-38 131568;266940 Bacillati Actinomycetota WP_012084538.1 WP_031132573.1 8.64e-20 1883;284040 Bacillati Actinomycetota MBS1587439.1 MBS1587439.1 0.0 1898104 Pseudomonadati Bacteroidota MBS1587439.1 MBP8741618.1 7.17e-50 1871049 Pseudomonadati Pseudomonadota MBS1587439.1 WP_025983621.1 1.09e-21 1985254 Pseudomonadati Pseudomonadota WP_109832405.1 WP_109832405.1 1.24e-211 1821036 Pseudomonadati Bacteroidota NDH41984.1 NDH41984.1 4.65e-305 1913989 Pseudomonadati Pseudomonadota NDH41984.1 WP_236355782.1 1.41e-145 2893890 Pseudomonadati Pseudomonadota EFX84833.1 EFX84833.1 0.0 6669 Metazoa Arthropoda WP_024498088.1 WP_024498088.1 4.18e-200 2053;89053;396712;1737359 Bacillati Actinomycetota WP_024498088.1 WP_003939801.1 5.51e-97 1760;1831;1833;43767;334542;1807790 Bacillati Actinomycetota WP_024498088.1 HAV8610731.1 1.35e-20 562 Pseudomonadati Pseudomonadota WP_130201530.1 WP_130201530.1 2.55e-297 672 Pseudomonadati Pseudomonadota MBO5098538.1 MBO5098538.1 9.73e-55 2044939 Bacillati Bacillota MBO5098538.1 WP_010016619.1 1.38e-27 1229756;1607839;3016637 Bacillati Bacillota KAF5115699.1 KAF5115699.1 8.11e-58 1173061 Fungi Ascomycota KAJ5249775.1 KAJ5249775.1 0.0 5076 Fungi Ascomycota SED04027.1 SED04027.1 4.24e-143 1855348 Bacillati Actinomycetota SED04027.1 MCB9527501.1 1.02e-35 2026763 Pseudomonadati Myxococcota RLA59280.1 RLA59280.1 3.13e-302 2026809 Pseudomonadati Campylobacterota RLA59280.1 WP_278088590.1 5.84e-96 450367 Bacillati Bacillota MAL04956.1 MAL04956.1 6.81e-42 2026785 Pseudomonadati Pseudomonadota XP_032283352.1 XP_032283352.1 0.0 9720 Metazoa Chordata XP_048583328.1 XP_048583328.1 1.45e-156 45351 Metazoa Cnidaria MBL7752135.1 MBL7752135.1 6.17e-98 1869212;2448779 Pseudomonadati Bacteroidota WP_254301195.1 WP_254301195.1 8.45e-218 2953890 Pseudomonadati Pseudomonadota WP_254301195.1 WP_265634479.1 2.39e-16 2608999 Pseudomonadati Pseudomonadota WP_254301195.1 WP_009620393.1 4.28e-11 286;53408;1502784;1862318;1862324;2576834 Pseudomonadati Pseudomonadota WP_254301195.1 WP_077690175.1 1.03e-07 2013;501010 Bacillati Actinomycetota WP_254301195.1 MCI2079698.1 3.18e-06 59823 Pseudomonadati Bacteroidota WP_254301195.1 MAJ71254.1 1.81e-04 1913989;1916082;1986650 Pseudomonadati Pseudomonadota WP_027723927.1 WP_027723927.1 1.10e-285 340097 Bacillati Bacillota AOQ89457.1 AOQ89457.1 1.20e-127 1881751 Metazoa Arthropoda AOQ89457.1 QUA05739.1 2.66e-107 988006 Metazoa Arthropoda AOQ89457.1 AVM35379.1 5.47e-105 1770638 Metazoa Arthropoda AOQ89457.1 AMA90994.1 1.24e-104 1474269;2542237 Metazoa Arthropoda AOQ89457.1 AFA24308.1 4.87e-103 1097956 Metazoa Arthropoda AOQ89457.1 ADW49125.1 1.35e-102 1417353 Metazoa Arthropoda AOQ89457.1 AWS34156.1 2.40e-100 408114 Metazoa Arthropoda AOQ89457.1 AKT58828.1 7.09e-99 1687857 Metazoa Arthropoda AOQ89457.1 AFA09475.1 2.34e-97 705192 Metazoa Arthropoda AOQ89457.1 QUQ06080.1 3.77e-97 1719401 Metazoa Mollusca AOQ89457.1 ADJ35581.1 2.25e-96 876003 Metazoa Annelida AOQ89457.1 ABQ63546.1 3.46e-95 166263 Metazoa Chordata AOQ89457.1 AXZ65741.1 5.08e-95 2242446 Metazoa Arthropoda AOQ89457.1 AOR13807.1 7.52e-90 1881782 Metazoa Arthropoda AOQ89457.1 AKA56406.1 1.20e-88 1622492;1669417;1881785;2088599 Metazoa Arthropoda AOQ89457.1 AAX94106.1 1.57e-86 324009 Metazoa Arthropoda AOQ89457.1 UZF38514.1 3.24e-81 2976471 Metazoa Arthropoda AOQ89457.1 AHH30646.1 3.03e-76 1452501 Metazoa Arthropoda AOQ89457.1 AGI15931.1 6.75e-76 52396 Metazoa Mollusca AOQ89457.1 ACE88666.1 1.93e-52 13139 Metazoa Arthropoda AOQ89457.1 APC24336.1 3.72e-30 597926 Metazoa Arthropoda WP_280550159.1 WP_280550159.1 9.30e-232 28171 Pseudomonadati Pseudomonadota WP_263549390.1 WP_263549390.1 2.63e-78 2983765 Bacillati Actinomycetota MBR4127938.1 MBR4127938.1 1.70e-63 2212467 Pseudomonadati Bacteroidota MBR4127938.1 SDW64481.1 3.86e-34 1077285 Pseudomonadati Bacteroidota KAJ2160675.1 KAJ2160675.1 1.26e-110 2663890 Fungi Kickxellomycota WP_165149223.1 WP_165149223.1 1.87e-258 2707173 Pseudomonadati Bacteroidota WP_154427248.1 WP_154427248.1 0.0 210 Pseudomonadati Campylobacterota XP_003056335.1 XP_003056335.1 0.0 564608 Viridiplantae Chlorophyta XP_003056335.1 XP_034264344.1 9.75e-44 94885 Metazoa Chordata XP_003056335.1 HBX8004802.1 9.17e-08 573 Pseudomonadati Pseudomonadota XP_003056335.1 HBK1877356.1 6.64e-06 195 Pseudomonadati Campylobacterota MIX29656.1 MIX29656.1 3.66e-197 260680 Pseudomonadati Pseudomonadota SCN76227.1 SCN76227.1 0.0 5127 Fungi Ascomycota SCN76227.1 XP_027422845.1 2.51e-31 30522 Metazoa Chordata SCN76227.1 QLP56207.1 2.66e-06 1463165 Pseudomonadati Pseudomonadota WP_042211112.1 WP_042211112.1 5.05e-243 160799 Bacillati Bacillota WP_170834655.1 WP_170834655.1 1.22e-29 426128 Bacillati Bacillota MBS5796435.1 MBS5796435.1 0.0 163665 Pseudomonadati Bacteroidota WP_235959345.1 WP_235959345.1 0.0 N/A N/A HHX25519.1 HHX25519.1 2.90e-103 1879010 Bacillati Bacillota WP_199690327.1 WP_199690327.1 6.72e-253 86661;2794592 Bacillati Bacillota WP_195694458.1 WP_195694458.1 6.75e-277 1404 Bacillati Bacillota PTT91340.1 PTT91340.1 6.86e-31 2056842 Pseudomonadati Pseudomonadota MBQ1405588.1 MBQ1405588.1 1.93e-223 2485925 Bacillati Bacillota MBQ1405588.1 MBQ1897904.1 1.23e-101 41978 Bacillati Bacillota KFV95086.1 KFV95086.1 0.0 30455 Metazoa Chordata WP_187027854.1 WP_187027854.1 2.25e-253 1945593;2714358;2763041 Bacillati Bacillota NDU77367.1 NDU77367.1 1.25e-93 2126066 Bacillati Actinomycetota XP_029370816.1 XP_029370816.1 3.81e-295 173247 Metazoa Chordata PYX86466.1 PYX86466.1 7.29e-196 1978231 Pseudomonadati Acidobacteriota MBN9117024.1 MBN9117024.1 2.74e-52 1883445 Pseudomonadati Pseudomonadota AXZ65741.1 AXZ65741.1 1.21e-132 2242446 Metazoa Arthropoda AXZ65741.1 AMA90994.1 4.71e-107 1474269;2542237 Metazoa Arthropoda AXZ65741.1 QUQ06080.1 5.81e-106 1719401 Metazoa Mollusca AXZ65741.1 ABQ63546.1 2.28e-105 166263 Metazoa Chordata AXZ65741.1 AKT58828.1 1.71e-104 1687857 Metazoa Arthropoda AXZ65741.1 AVM35379.1 2.32e-104 1770638 Metazoa Arthropoda AXZ65741.1 QUA05739.1 4.36e-104 988006 Metazoa Arthropoda AXZ65741.1 AFA24308.1 6.87e-101 1097956 Metazoa Arthropoda AXZ65741.1 AWS34156.1 2.50e-100 408114 Metazoa Arthropoda AXZ65741.1 ADW49125.1 7.72e-100 1417353 Metazoa Arthropoda AXZ65741.1 ADJ35581.1 4.95e-98 876003 Metazoa Annelida AXZ65741.1 AOQ89457.1 1.87e-97 1881751 Metazoa Arthropoda AXZ65741.1 AFA09475.1 4.91e-97 705192 Metazoa Arthropoda AXZ65741.1 AAX94106.1 3.59e-88 324009 Metazoa Arthropoda AXZ65741.1 AOR13807.1 2.35e-84 1881782 Metazoa Arthropoda AXZ65741.1 AKA56406.1 4.11e-80 1622492;1669417;1881785;2088599 Metazoa Arthropoda AXZ65741.1 UZF38514.1 7.85e-80 2976471 Metazoa Arthropoda AXZ65741.1 AHH30646.1 1.64e-78 1452501 Metazoa Arthropoda AXZ65741.1 AGI15931.1 4.67e-74 52396 Metazoa Mollusca AXZ65741.1 ACE88666.1 1.50e-54 13139 Metazoa Arthropoda AXZ65741.1 APC24336.1 2.02e-28 597926 Metazoa Arthropoda WP_132175930.1 WP_132175930.1 6.35e-239 190195 Bacillati Actinomycetota WP_132175930.1 QIC18874.1 2.37e-61 147802 Bacillati Bacillota WP_132175930.1 WP_084371009.1 4.43e-34 692418 Pseudomonadati Bacteroidota WP_132175930.1 WP_152652784.1 1.82e-32 2023717 Pseudomonadati Pseudomonadota WP_132175930.1 NVM03966.1 3.34e-32 2719382 Promethearchaeati Candidatus Helarchaeota WP_132175930.1 EHR6291555.1 4.12e-32 28901 Pseudomonadati Pseudomonadota WP_132175930.1 WP_192500494.1 1.67e-28 1897058 Pseudomonadati Bacteroidota WP_132175930.1 RLN50561.1 3.20e-28 325452 0 Oomycota WP_132175930.1 WP_071876418.1 1.83e-25 332949 Bacillati Bacillota WP_132175930.1 WP_221265680.1 1.58e-24 N/A N/A WP_132175930.1 MSO30570.1 4.18e-24 1978231 Pseudomonadati Acidobacteriota WP_132175930.1 WP_131166802.1 1.04e-16 1837344 Bacillati Actinomycetota WP_132175930.1 WP_248562494.1 3.94e-14 2934712 Bacillati Bacillota WP_132175930.1 MCH5231772.1 7.61e-14 2498093 Pseudomonadati Bacteroidota WP_132175930.1 XP_013005546.1 8.36e-09 N/A N/A WP_055411085.1 WP_055411085.1 4.81e-237 1453349 Pseudomonadati Bacteroidota CAE6438319.1 CAE6438319.1 1.09e-265 456999 Fungi Basidiomycota WP_009257967.1 WP_009257967.1 0.0 186801;658087;1898207;2291990;2302959;2485925 Bacillati Bacillota WP_009257967.1 MCJ2136558.1 1.53e-16 2836624 Pseudomonadati Pseudomonadota WP_009257967.1 QQH27121.1 2.53e-08 28903 Bacillati Mycoplasmatota XP_021377602.1 XP_021377602.1 0.0 6573 Metazoa Mollusca KJV99157.1 KJV99157.1 9.09e-211 1359174 Pseudomonadati Pseudomonadota EHR73697.1 EHR73697.1 0.0 864051 Pseudomonadati Pseudomonadota MBQ2688679.1 MBQ2688679.1 1.89e-288 2060878 Bacillati Bacillota CAF4001745.1 CAF4001745.1 4.40e-47 2762511 Metazoa Rotifera WP_264144890.1 WP_264144890.1 3.88e-271 930124 Bacillati Bacillota WP_264144890.1 WP_130962786.1 3.55e-61 2527939 Pseudomonadati Bacteroidota NEO77458.1 NEO77458.1 1.92e-80 2607821 Bacillati Cyanobacteriota GBD21712.1 GBD21712.1 1.70e-125 2035423 0 0 WP_138405018.1 WP_138405018.1 0.0 87458 Bacillati Bacillota XP_025425233.1 XP_025425233.1 1.31e-112 143950 Metazoa Arthropoda WP_043343784.1 WP_043343784.1 0.0 68895 Pseudomonadati Pseudomonadota WP_043343784.1 NVK26228.1 1.42e-73 1913989 Pseudomonadati Pseudomonadota MBN3879913.1 MBN3879913.1 2.74e-56 2815394 Bacillati Cyanobacteriota XP_020282545.1 XP_020282545.1 4.55e-195 219809 Metazoa Arthropoda WP_093361010.1 WP_093361010.1 3.64e-98 441112 Pseudomonadati Pseudomonadota XP_034262050.1 XP_034262050.1 6.15e-160 N/A N/A OWZ21453.1 OWZ21453.1 1.09e-317 4795 0 Oomycota WP_140204528.1 WP_140204528.1 9.67e-131 670 Pseudomonadati Pseudomonadota WP_140204528.1 MBP6728875.1 3.98e-05 2497627 Bacillati Actinomycetota WP_206254325.1 WP_206254325.1 3.96e-81 2811415 Pseudomonadati Pseudomonadota WP_278843343.1 WP_278843343.1 0.0 386414 Pseudomonadati Bacteroidota WP_278843343.1 WP_214826002.1 6.67e-71 2819143 Pseudomonadati Bacteroidota WP_278843343.1 WP_146272353.1 7.68e-71 2599294 Pseudomonadati Bacteroidota WP_278843343.1 MBP3518143.1 1.29e-66 1869337 Pseudomonadati Bacteroidota WP_278843343.1 WP_259301651.1 8.79e-48 310297 Pseudomonadati Bacteroidota WP_278843343.1 MCB9353584.1 2.45e-46 2760807 Pseudomonadati Bacteroidota MBL4542294.1 MBL4542294.1 5.01e-73 1904441 Pseudomonadati Pseudomonadota GCE99025.1 GCE99025.1 6.50e-229 42258 Fungi Ascomycota MCL2537505.1 MCL2537505.1 1.75e-109 2052159 Bacillati Actinomycetota XP_049847771.1 XP_049847771.1 2.99e-163 7010 Metazoa Arthropoda MCC7321896.1 MCC7321896.1 2.46e-166 2509153 Pseudomonadati Pseudomonadota MCE5280144.1 MCE5280144.1 0.0 2026779 Pseudomonadati Planctomycetota MCE5280144.1 MCL7398932.1 8.70e-55 2978054 Thermoproteati Nitrososphaerota MBX3615544.1 MBX3615544.1 1.04e-315 42353 Pseudomonadati Pseudomonadota XP_047443619.1 XP_047443619.1 1.85e-185 48193 Metazoa Chordata GBU10433.1 GBU10433.1 0.0 2049044 Bacillati Bacillota GBU10433.1 MCJ7686803.1 2.06e-06 2049433 Pseudomonadati Thermodesulfobacteriota ECG5731039.1 ECG5731039.1 5.39e-191 48409 Pseudomonadati Pseudomonadota KAI4261063.1 KAI4261063.1 1.29e-74 2903220 Fungi Ascomycota RME91291.1 RME91291.1 0.0 2030809 Pseudomonadati Candidatus Hydrogenedentota KAF8902954.1 KAF8902954.1 3.14e-301 109634 Fungi Basidiomycota WP_128492049.1 WP_128492049.1 5.19e-315 1350;1352 Bacillati Bacillota WP_128492049.1 OLB27154.1 2.00e-16 1803463;1805007 0;Pseudomonadati 0;Acidobacteriota NXJ09179.1 NXJ09179.1 7.93e-130 886794 Metazoa Chordata MBM3211208.1 MBM3211208.1 5.69e-244 2026781 0 Candidatus Poribacteria XP_037269637.1 XP_037269637.1 0.0 6941 Metazoa Arthropoda WP_266300278.1 WP_266300278.1 8.04e-49 2903573 Bacillati Actinomycetota MBT3283615.1 MBT3283615.1 2.72e-248 2026714 Thermoproteati Candidatus Bathyarchaeota HBB8861935.1 HBB8861935.1 3.21e-38 562 Pseudomonadati Pseudomonadota MBP1762081.1 MBP1762081.1 1.84e-146 1879010 Bacillati Bacillota ESW62330.1 ESW62330.1 8.23e-115 1408890 Pseudomonadati Pseudomonadota WP_139216328.1 WP_139216328.1 1.09e-74 2593676 Bacillati Actinomycetota XP_031159380.1 XP_031159380.1 0.0 283035 Metazoa Chordata WP_145549645.1 WP_145549645.1 0.0 631 Pseudomonadati Pseudomonadota MCB0396773.1 MCB0396773.1 0.0 2021391 Pseudomonadati Bacteroidota WP_040532466.1 WP_040532466.1 2.82e-268 283735;1977054 Pseudomonadati Bacteroidota WP_040532466.1 MBF0865514.1 2.33e-120 2724927;2724928;2724929;2724930 Pseudomonadati Pseudomonadota WP_040532466.1 WP_057452934.1 2.14e-117 29438;129136 Pseudomonadati Pseudomonadota WP_040532466.1 WP_083296738.1 3.71e-105 538;539 Pseudomonadati Pseudomonadota XP_042399294.1 XP_042399294.1 0.0 94328 Viridiplantae Streptophyta MBS1222269.1 MBS1222269.1 1.99e-122 1977087 Pseudomonadati Pseudomonadota MBS1222269.1 WP_247392216.1 1.77e-49 1310165 Pseudomonadati Pseudomonadota MBS1222269.1 WP_186153646.1 2.23e-42 28095 Pseudomonadati Pseudomonadota MBS1222269.1 WP_243269836.1 9.63e-39 286 Pseudomonadati Pseudomonadota MBS1222269.1 WP_001537381.1 3.48e-34 562;1181747 Pseudomonadati Pseudomonadota MBS1222269.1 WP_045125019.1 6.13e-33 48296 Pseudomonadati Pseudomonadota MCR5249229.1 MCR5249229.1 2.41e-243 1898203 Bacillati Bacillota EOX98511.1 EOX98511.1 1.51e-36 3641 Viridiplantae Streptophyta WP_263871176.1 WP_263871176.1 6.70e-181 487 Pseudomonadati Pseudomonadota XP_015675072.1 XP_015675072.1 3.16e-250 103944 Metazoa Chordata WP_221874538.1 WP_221874538.1 3.90e-108 1643336 Bacillati Bacillota WP_221874538.1 WP_063477675.1 1.35e-22 59843 Bacillati Bacillota WP_147728825.1 WP_147728825.1 1.59e-318 2603888;2603889;2603892;2603895;2615210;2836556 Pseudomonadati Pseudomonadota EWA78047.1 EWA78047.1 3.05e-52 1411568 Bacillati Bacillota WP_137499306.1 WP_137499306.1 1.19e-146 562 Pseudomonadati Pseudomonadota WP_254467474.1 WP_254467474.1 0.0 303 Pseudomonadati Pseudomonadota WP_254467474.1 MBO1518138.1 7.40e-48 2818389 Pseudomonadati Pseudomonadota WP_254467474.1 WP_059812501.1 2.64e-39 292 Pseudomonadati Pseudomonadota WP_254467474.1 KAA1286543.1 3.61e-33 511 Pseudomonadati Pseudomonadota WP_254467474.1 MBX9747080.1 7.47e-06 2026748 Pseudomonadati Pseudomonadota WP_254467474.1 WP_222018129.1 2.78e-05 2855434 Pseudomonadati Pseudomonadota WP_209241541.1 WP_209241541.1 0.0 1434886 Bacillati Actinomycetota WP_209241541.1 EIC7331684.1 4.28e-79 28901 Pseudomonadati Pseudomonadota WP_209241541.1 WP_093868643.1 9.09e-62 1250198;2267227;2635139 Pseudomonadati Bacteroidota WP_209241541.1 HBU57020.1 4.54e-24 2026742 Pseudomonadati Gemmatimonadota CAI4270029.1 CAI4270029.1 0.0 4932 Fungi Ascomycota KAI5947122.1 KAI5947122.1 0.0 9974 Metazoa Chordata XP_051382515.1 XP_051382515.1 0.0 90255 Fungi Mucoromycota MCS7125979.1 MCS7125979.1 3.05e-52 2528703 Thermoproteati Nitrososphaerota MXP43753.1 MXP43753.1 3.66e-191 1689985 Pseudomonadati Pseudomonadota MXP43753.1 WP_174822921.1 1.16e-135 N/A N/A MXP43753.1 OAN53756.1 1.21e-131 1285242 Pseudomonadati Pseudomonadota MXP43753.1 WP_207918089.1 4.87e-113 185978;2512133;2587092 Bacillati Bacillota MXP43753.1 MBC7326981.1 7.67e-108 1869227 0 0 MXP43753.1 WP_158791585.1 8.75e-97 1641866 Pseudomonadati Acidobacteriota MXP43753.1 MWR41881.1 4.12e-31 562 Pseudomonadati Pseudomonadota MXP43753.1 WP_279984614.1 6.33e-28 909768 Pseudomonadati Pseudomonadota MXP43753.1 GLY24463.1 1.01e-25 3032198 Bacillati Actinomycetota MXP43753.1 WP_098952357.1 4.89e-25 196821;2018067;2717498 Pseudomonadati Pseudomonadota MXP43753.1 WP_192324556.1 5.18e-25 34072;2769259 Pseudomonadati Pseudomonadota MXP43753.1 MCP5262709.1 9.67e-25 50421 Pseudomonadati Pseudomonadota MXP43753.1 WP_152652784.1 5.33e-24 2023717 Pseudomonadati Pseudomonadota MXP43753.1 WP_084371009.1 3.40e-21 692418 Pseudomonadati Bacteroidota MXP43753.1 MBQ3864274.1 1.59e-20 2044939 Bacillati Bacillota MXP43753.1 WP_107894076.1 4.25e-20 1130819 Bacillati Bacillota MXP43753.1 WP_227059655.1 5.36e-20 40545 Pseudomonadati Pseudomonadota MXP43753.1 WP_247749043.1 7.13e-20 N/A N/A MXP43753.1 WP_221977168.1 8.58e-20 1076926 Pseudomonadati Pseudomonadota MXP43753.1 WP_167977039.1 6.85e-18 2604800 Bacillati Actinomycetota MXP43753.1 WP_276362074.1 9.91e-17 3034022 Bacillati Actinomycetota MXP43753.1 WP_071876418.1 2.34e-16 332949 Bacillati Bacillota MXP43753.1 WP_150396769.1 1.11e-10 305 Pseudomonadati Pseudomonadota MXP43753.1 KAF9974715.1 2.06e-08 1343610 Fungi Mortierellomycota MXP43753.1 WP_153844272.1 1.70e-05 28453;2940619 Pseudomonadati Bacteroidota MBD9700330.1 MBD9700330.1 9.97e-112 2775421 Bacillati Actinomycetota WP_072184911.1 WP_072184911.1 3.01e-319 562 Pseudomonadati Pseudomonadota MBI1992098.1 MBI1992098.1 2.91e-107 2035772 Pseudomonadati Candidatus Omnitrophota OBC01194.1 OBC01194.1 0.0 1834109 Bacillati Actinomycetota WP_203304418.1 WP_203304418.1 0.0 296 Pseudomonadati Pseudomonadota WP_145254095.1 WP_145254095.1 1.02e-145 2572895 Pseudomonadati Pseudomonadota NLV89229.1 NLV89229.1 7.86e-184 2049431 Bacillati Bacillota MCQ8893008.1 MCQ8893008.1 9.94e-53 2495426;2593994 Thermoproteati Thermoproteota WP_221968558.1 WP_221968558.1 2.07e-91 379;384;1076926 Pseudomonadati Pseudomonadota MBA2782760.1 MBA2782760.1 1.57e-242 2740537 Bacillati Actinomycetota WP_232465954.1 WP_232465954.1 0.0 101571 Pseudomonadati Pseudomonadota WP_164588414.1 WP_164588414.1 0.0 1883;73044;2706027 Bacillati Actinomycetota WP_164588414.1 NXG47881.1 1.44e-07 2585815 Metazoa Chordata MBO4522510.1 MBO4522510.1 2.42e-135 2052684 Methanobacteriati Methanobacteriota WP_206762159.1 WP_206762159.1 0.0 N/A N/A MBR7152669.1 MBR7152669.1 1.51e-119 2517205 Methanobacteriati Thermoplasmatota MBR7152669.1 WP_259568097.1 1.41e-32 1574161 Pseudomonadati Pseudomonadota KAF0721509.1 KAF0721509.1 2.46e-168 112090 0 Oomycota WP_241695219.1 WP_241695219.1 5.56e-78 253839 Bacillati Actinomycetota XP_036174925.1 XP_036174925.1 0.0 51298 Metazoa Chordata WP_236387036.1 WP_236387036.1 0.0 104663 Pseudomonadati Bacteroidota WP_236387036.1 WP_006799194.1 0.0 156974;742766 Pseudomonadati Bacteroidota WP_236387036.1 WP_131751929.1 2.91e-114 28113 Pseudomonadati Bacteroidota WP_165356608.1 WP_165356608.1 3.62e-55 1892855 Pseudomonadati Pseudomonadota PFQ70995.1 PFQ70995.1 3.71e-290 1428 Bacillati Bacillota PFQ70995.1 HCI94645.1 1.15e-51 142586 Bacillati Bacillota MYE57211.1 MYE57211.1 1.07e-156 2024894 Bacillati Actinomycetota MYE57211.1 WP_145616262.1 8.19e-67 1543705;3475240 Pseudomonadati Pseudomonadota MYE57211.1 NNE87648.1 2.18e-58 2058390 Pseudomonadati Pseudomonadota MYE57211.1 WP_024330540.1 1.20e-44 447471 Pseudomonadati Pseudomonadota MYE57211.1 DAZ71054.1 6.21e-36 2832643 Heunggongvirae Uroviricota WP_008132112.1 WP_008132112.1 0.0 1144344 Pseudomonadati Pseudomonadota XP_022789336.1 XP_022789336.1 1.34e-306 50429 Metazoa Cnidaria WP_264695257.1 WP_264695257.1 0.0 476 Pseudomonadati Pseudomonadota WP_219954954.1 WP_219954954.1 4.25e-297 192812 Pseudomonadati Pseudomonadota WP_219954954.1 EAA7679439.1 1.89e-33 28901;59201;59205;1242080;1967583;2577535 Pseudomonadati Pseudomonadota WP_219954954.1 WP_206698867.1 2.00e-19 N/A N/A WP_219954954.1 WP_023955328.1 5.35e-14 33882;33883;300019;2002831;2070348;2080744 Bacillati Actinomycetota AAR06568.1 AAR06568.1 1.42e-273 5855 0 Apicomplexa WP_043239074.1 WP_043239074.1 5.20e-194 1502851 Pseudomonadati Pseudomonadota KAB2838176.1 KAB2838176.1 1.50e-153 1891238 Pseudomonadati Pseudomonadota KAB2838176.1 WP_236777269.1 5.27e-05 358 Pseudomonadati Pseudomonadota MBS1617120.1 MBS1617120.1 2.32e-123 1898104 Pseudomonadati Bacteroidota WP_129629290.1 WP_129629290.1 4.96e-257 2510645 Pseudomonadati Pseudomonadota KRN01502.1 KRN01502.1 5.75e-88 1423830 Bacillati Bacillota ACF74449.1 ACF74449.1 0.0 53751;308558 Viridiplantae Streptophyta ACF74449.1 XP_028717800.1 8.91e-42 10041 Metazoa Chordata ACF74449.1 XP_054844157.1 1.97e-39 481883 Metazoa Chordata ACF74449.1 XP_041334537.1 7.58e-29 221976 Metazoa Chordata ACF74449.1 XP_046922164.1 1.47e-28 61384 Metazoa Chordata WP_088527814.1 WP_088527814.1 3.09e-135 1743164 Pseudomonadati Pseudomonadota WP_088527814.1 MCR5007903.1 8.03e-55 1969407 Bacillati Bacillota WP_088527814.1 WP_122081718.1 5.33e-43 1516159 Pseudomonadati Pseudomonadota WP_088527814.1 WP_239881445.1 1.05e-13 2681496 Pseudomonadati Pseudomonadota WP_088527814.1 MCF2638803.1 2.92e-05 856 Fusobacteriati Fusobacteriota WP_258825945.1 WP_258825945.1 8.06e-209 1886785 Pseudomonadati Pseudomonadota WP_258825945.1 MCF8210731.1 2.07e-156 50421 Pseudomonadati Pseudomonadota WP_008045531.1 WP_008045531.1 0.0 1144336 Pseudomonadati Pseudomonadota WP_008045531.1 GIC06559.1 2.45e-170 666 Pseudomonadati Pseudomonadota WP_008045531.1 NUQ31250.1 7.22e-17 2728912 Bacillati Actinomycetota WP_045064390.1 WP_045064390.1 6.31e-75 553611 Pseudomonadati Pseudomonadota MCU1589779.1 MCU1589779.1 0.0 1909291 Bacillati Actinomycetota XP_049224720.1 XP_049224720.1 0.0 297637 Fungi Ascomycota MBQ0033687.1 MBQ0033687.1 2.11e-302 3083061 Pseudomonadati Bacteroidota MBP3425637.1 MBP3425637.1 1.18e-243 2049048 Pseudomonadati Bacteroidota MCR5285329.1 MCR5285329.1 0.0 166 Pseudomonadati Spirochaetota XP_020103231.1 XP_020103231.1 1.50e-303 4615 Viridiplantae Streptophyta XP_020103231.1 MCS6830908.1 4.89e-67 1869227 0 0 XP_020103231.1 CAB0780497.1 1.22e-66 1717 Bacillati Actinomycetota XP_020103231.1 NCW99628.1 5.15e-26 1891241 Pseudomonadati Pseudomonadota WP_258394058.1 WP_258394058.1 9.54e-222 40324 Pseudomonadati Pseudomonadota WP_196823726.1 WP_196823726.1 2.84e-31 1190508 Bacillati Actinomycetota WP_162334308.1 WP_162334308.1 3.39e-97 2703787 Pseudomonadati Bacteroidota WP_020394619.1 WP_020394619.1 0.0 125614 Pseudomonadati Pseudomonadota TMH05674.1 TMH05674.1 6.32e-163 1891241 Pseudomonadati Pseudomonadota TMH05674.1 WP_277690767.1 5.63e-44 3036944 Pseudomonadati Pseudomonadota WP_112116848.1 WP_112116848.1 0.0 2115968 Bacillati Bacillota HCH2726488.1 HCH2726488.1 0.0 670 Pseudomonadati Pseudomonadota HCH2726488.1 GAL07990.1 4.45e-25 754436 Pseudomonadati Pseudomonadota MBK6833697.1 MBK6833697.1 0.0 1898104 Pseudomonadati Bacteroidota XP_025975121.1 XP_025975121.1 3.40e-139 N/A N/A WP_103270848.1 WP_103270848.1 3.12e-188 2;470 0;Pseudomonadati 0;Pseudomonadota WP_103270848.1 MCD5879085.1 3.51e-37 573 Pseudomonadati Pseudomonadota WP_103270848.1 MCP4774001.1 3.37e-29 2026779 Pseudomonadati Planctomycetota WP_103270848.1 WP_201520784.1 4.80e-29 2770504 Bacillati Actinomycetota NXS05193.1 NXS05193.1 1.48e-53 98144 Metazoa Chordata MBC6481257.1 MBC6481257.1 0.0 2653677 Bacillati Cyanobacteriota MBC6481257.1 MCI4325574.1 1.73e-94 1906666 Methanobacteriati Thermoplasmatota MBC6481257.1 MBE0669914.1 5.98e-81 2073117 Bacillati Chloroflexota MBC6481257.1 WP_116803659.1 1.78e-35 287 Pseudomonadati Pseudomonadota KAE9963299.1 KAE9963299.1 0.0 5025 Fungi Ascomycota WP_048771567.1 WP_048771567.1 1.96e-194 1711 Bacillati Actinomycetota WP_237560484.1 WP_237560484.1 3.83e-170 1457250 Methanobacteriati Methanobacteriota KAG6786301.1 KAG6786301.1 2.87e-193 118781 Viridiplantae Streptophyta OIQ39557.1 OIQ39557.1 0.0 1860090 Pseudomonadati Pseudomonadota WP_190063487.1 WP_190063487.1 3.50e-48 51201 Bacillati Actinomycetota WP_006075792.1 WP_006075792.1 6.44e-146 62319;1227455 Methanobacteriati Methanobacteriota XP_051120762.1 XP_051120762.1 2.52e-125 175694 Viridiplantae Streptophyta MRB06557.1 MRB06557.1 1.81e-93 1428 Bacillati Bacillota WP_136085111.1 WP_136085111.1 4.07e-36 1314 Bacillati Bacillota CAF3446016.1 CAF3446016.1 0.0 5518 Fungi Ascomycota MBZ5699012.1 MBZ5699012.1 3.17e-95 2081523 Pseudomonadati Acidobacteriota MBZ5699012.1 WP_190772838.1 1.15e-24 2650499;2692800;2692814 Bacillati Cyanobacteriota GEX59890.1 GEX59890.1 0.0 118510 Viridiplantae Streptophyta GEX59890.1 GFD45028.1 8.62e-07 118510 Viridiplantae Streptophyta WP_130523666.1 WP_130523666.1 4.60e-298 2480810 Pseudomonadati Pseudomonadota MCB0447703.1 MCB0447703.1 1.13e-140 2018083 Pseudomonadati Bacteroidota WAR09170.1 WAR09170.1 8.31e-96 6604 Metazoa Mollusca KAA0009614.1 KAA0009614.1 0.0 1906666 Methanobacteriati Thermoplasmatota MBI6809448.1 MBI6809448.1 1.56e-183 317 Pseudomonadati Pseudomonadota WP_123226257.1 WP_123226257.1 7.82e-113 661483 Bacillati Actinomycetota KAF9308882.1 KAF9308882.1 1.79e-58 310910 Fungi Mortierellomycota WP_058635033.1 WP_058635033.1 6.07e-235 401562 Pseudomonadati Pseudomonadota WP_058635033.1 WP_251874466.1 2.08e-111 2950604 Bacillati Bacillota WP_058635033.1 WP_059510827.1 3.50e-53 488732 Pseudomonadati Pseudomonadota WP_058635033.1 WP_234306850.1 2.73e-51 1463845 Bacillati Actinomycetota WP_058635033.1 WP_116701099.1 3.85e-44 2171494 Pseudomonadati Pseudomonadota WP_058635033.1 MBK5104727.1 5.32e-40 1891238 Pseudomonadati Pseudomonadota WP_058635033.1 WP_012724915.1 2.32e-36 136843;216595;2810293 Pseudomonadati Pseudomonadota WP_058635033.1 MBC99785.1 1.07e-30 2026728 Pseudomonadati Bacteroidota WP_058635033.1 KOR84431.1 7.83e-23 1581037 Bacillati Bacillota KAG2929087.1 KAG2929087.1 3.34e-120 29920 0 Oomycota ODU23539.1 ODU23539.1 6.16e-40 1660142 Pseudomonadati Pseudomonadota WP_186229980.1 WP_186229980.1 0.0 28095 Pseudomonadati Pseudomonadota KAJ7545197.1 KAJ7545197.1 5.43e-265 34168 Viridiplantae Streptophyta KAJ7545197.1 KAG6471244.1 2.83e-29 94328 Viridiplantae Streptophyta KAJ7545197.1 CAH0727316.1 1.27e-17 405034 Metazoa Arthropoda KKT55671.1 KKT55671.1 0.0 1618930;2053562 0 0;Candidatus Jacksoniibacteriota KKT55671.1 WP_117920451.1 6.20e-128 2292367 Bacillati Bacillota KKT55671.1 WP_086280341.1 3.67e-94 3161138 Pseudomonadati Campylobacterota KKT55671.1 MCJ7594907.1 2.50e-73 2044940 Pseudomonadati Thermodesulfobacteriota KKT55671.1 MBP1746912.1 1.40e-05 2026735 Pseudomonadati Myxococcota XP_043494069.1 XP_043494069.1 0.0 30207 Metazoa Arthropoda XP_043494069.1 XP_056429915.1 2.33e-68 327740 Metazoa Chordata XP_043494069.1 XP_036914921.1 4.31e-04 192404 Metazoa Chordata XP_035812514.1 XP_035812514.1 0.0 80972 Metazoa Chordata XP_035812514.1 XP_054751877.1 3.47e-217 7653 Metazoa Echinodermata HIX59898.1 HIX59898.1 4.80e-179 2838490 Bacillati Bacillota MBL0273084.1 MBL0273084.1 3.23e-228 1869212 Pseudomonadati Bacteroidota WP_077066366.1 WP_077066366.1 1.24e-128 1505 Bacillati Bacillota WP_001531669.1 WP_001531669.1 0.0 562;2067430 Pseudomonadati Pseudomonadota WP_001531669.1 EER6968786.1 4.57e-63 562 Pseudomonadati Pseudomonadota WP_001531669.1 WP_089566156.1 7.09e-18 562 Pseudomonadati Pseudomonadota MSX26960.1 MSX26960.1 5.63e-170 2900548 Bacillati Actinomycetota MSX26960.1 MCL4851158.1 2.69e-30 2212468 Pseudomonadati Acidobacteriota RCK62276.1 RCK62276.1 1.08e-52 5486 Fungi Ascomycota XP_023957144.1 XP_023957144.1 1.52e-180 N/A N/A XP_023957144.1 XP_036437421.1 3.12e-42 42526 Metazoa Chordata WP_262014488.1 WP_262014488.1 5.44e-178 1873 Bacillati Actinomycetota NOZ88085.1 NOZ88085.1 4.55e-139 2026735 Pseudomonadati Myxococcota XP_051216225.1 XP_051216225.1 0.0 4522 Viridiplantae Streptophyta XP_051216225.1 XP_052337646.1 3.07e-93 8018 Metazoa Chordata XP_051216225.1 NWH38694.1 5.22e-16 39621;667144 Metazoa Chordata MBO1089156.1 MBO1089156.1 4.25e-230 1354 Bacillati Bacillota GIW56314.1 GIW56314.1 1.76e-47 2026770 Pseudomonadati Nitrospirota PXL39359.1 PXL39359.1 1.06e-40 244366 Pseudomonadati Pseudomonadota WP_073277800.1 WP_073277800.1 7.57e-253 494016 Pseudomonadati Pseudomonadota PPS91010.1 PPS91010.1 6.24e-66 1940758 Bacillati Actinomycetota WP_253808359.1 WP_253808359.1 1.20e-305 69710 Pseudomonadati Spirochaetota WP_253808359.1 OQA38407.1 2.31e-127 1852787 Pseudomonadati Acidobacteriota WP_253808359.1 WP_225579579.1 2.18e-117 N/A N/A WP_253808359.1 WP_254698006.1 4.75e-117 N/A N/A WP_253808359.1 CBI36349.3 1.36e-63 29760 Viridiplantae Streptophyta WP_253808359.1 WP_073201850.1 4.52e-43 1027249 Bacillati Bacillota WP_253808359.1 PSR02572.1 1.92e-39 1919110 Pseudomonadati Bacteroidota WP_253808359.1 PHR72175.1 1.26e-35 1925666 Pseudomonadati Bacteroidota WP_140347789.1 WP_140347789.1 0.0 670 Pseudomonadati Pseudomonadota EFT9578334.1 EFT9578334.1 1.65e-223 N/A N/A MCE4613707.1 MCE4613707.1 2.74e-51 2480821 Thermoproteati Thermoproteota ERI49901.1 ERI49901.1 0.0 1386078 Pseudomonadati Pseudomonadota HIN08122.1 HIN08122.1 8.63e-261 2163009 Methanobacteriati Thermoplasmatota OQW79047.1 OQW79047.1 1.52e-248 1978762 Pseudomonadati Pseudomonadota WP_086502876.1 WP_086502876.1 0.0 57028 Pseudomonadati Bacteroidota KAG6788279.1 KAG6788279.1 0.0 118781 Viridiplantae Streptophyta KAG6788279.1 PON87355.1 2.38e-36 63057 Viridiplantae Streptophyta XP_021898889.1 XP_021898889.1 0.0 3649 Viridiplantae Streptophyta XP_021898889.1 XP_015055542.1 1.13e-107 28526 Viridiplantae Streptophyta NWR48904.1 NWR48904.1 1.73e-257 13245 Metazoa Chordata QJX39570.1 QJX39570.1 9.86e-164 11676 Pararnavirae Artverviricota QJX39570.1 AAW57761.1 5.77e-131 11676 Pararnavirae Artverviricota QJX39570.1 AIG14299.1 1.08e-128 11676 Pararnavirae Artverviricota WP_206096314.1 WP_206096314.1 5.11e-250 46240 Bacillati Bacillota WP_206096314.1 WP_006697084.1 1.37e-140 135083;702437 Bacillati Bacillota EIH4263652.1 EIH4263652.1 0.0 562 Pseudomonadati Pseudomonadota EIH4263652.1 EFL5817307.1 1.34e-251 562 Pseudomonadati Pseudomonadota EIH4263652.1 EFN5389376.1 2.78e-230 562 Pseudomonadati Pseudomonadota EIH4263652.1 KDT27382.1 3.87e-155 1444056 Pseudomonadati Pseudomonadota EIH4263652.1 EJW7579374.1 2.73e-154 562 Pseudomonadati Pseudomonadota EIH4263652.1 EFL3122059.1 1.55e-135 562 Pseudomonadati Pseudomonadota EIH4263652.1 HAN0352225.1 1.43e-121 562 Pseudomonadati Pseudomonadota EIH4263652.1 EFI7849450.1 7.22e-60 562 Pseudomonadati Pseudomonadota EIH4263652.1 EER8306359.1 8.63e-34 562 Pseudomonadati Pseudomonadota MBT5285153.1 MBT5285153.1 2.82e-125 2026739 Methanobacteriati Methanobacteriota CDC61696.1 CDC61696.1 0.0 1262804 Bacillati Bacillota MCO4570690.1 MCO4570690.1 8.07e-142 150054 Bacillati Bacillota KAF8141928.1 KAF8141928.1 2.01e-253 36056 Fungi Basidiomycota KAF8141928.1 XP_047781705.1 8.03e-39 34475 Fungi Basidiomycota KAF8141928.1 MBA0681195.1 1.73e-10 34290 Viridiplantae Streptophyta TJW13192.1 TJW13192.1 2.15e-86 485 Pseudomonadati Pseudomonadota MCB0793211.1 MCB0793211.1 1.31e-294 2021391 Pseudomonadati Bacteroidota MCB0793211.1 WP_130670507.1 5.93e-86 379;384 Pseudomonadati Pseudomonadota MCB0793211.1 TVP67793.1 2.63e-83 2480211 Bacillati Cyanobacteriota MCB0793211.1 WP_224014827.1 2.83e-82 92647 Pseudomonadati Pseudomonadota MCB0793211.1 WP_271272236.1 8.49e-62 2895352 Pseudomonadati Pseudomonadota WP_005629113.1 WP_005629113.1 6.06e-175 726;1028802 Pseudomonadati Pseudomonadota WP_083639049.1 WP_083639049.1 2.24e-70 1925762 Pseudomonadati Bacteroidota WP_083639049.1 MCP4697618.1 5.81e-05 1913989 Pseudomonadati Pseudomonadota WP_169054812.1 WP_169054812.1 8.24e-165 652751;652754;2630922 Pseudomonadati Pseudomonadota WP_169054812.1 MPY37361.1 2.99e-16 1609272 Bacillati Actinomycetota WP_169054812.1 WP_274915895.1 1.09e-05 2593676 Bacillati Actinomycetota MBR1706273.1 MBR1706273.1 0.0 2030927 Pseudomonadati Bacteroidota EST37880.1 EST37880.1 8.28e-232 1380770 Bacillati Actinomycetota WP_106936446.1 WP_106936446.1 7.34e-281 663243;2126319;2811425 Pseudomonadati Pseudomonadota WP_214777175.1 WP_214777175.1 0.0 2751272 Bacillati Bacillota WP_092857087.1 WP_092857087.1 1.80e-189 1114924 Pseudomonadati Pseudomonadota RAH10573.1 RAH10573.1 5.90e-97 1986696;2026739 Methanobacteriati Methanobacteriota XP_048732732.1 XP_048732732.1 1.10e-111 37623 Metazoa Mollusca HFC54342.1 HFC54342.1 1.31e-144 1913989 Pseudomonadati Pseudomonadota WP_025739406.1 WP_025739406.1 0.0 1510206 Pseudomonadati Pseudomonadota WP_025739406.1 WP_269572442.1 2.87e-53 N/A N/A WP_025739406.1 WP_128786583.1 9.13e-41 2485123 Pseudomonadati Pseudomonadota WP_025739406.1 WP_104456122.1 1.97e-31 1636607 Pseudomonadati Pseudomonadota WP_025739406.1 WP_271340374.1 1.67e-15 N/A N/A WP_025739406.1 WP_156140069.1 4.46e-12 642 Pseudomonadati Pseudomonadota WP_025739406.1 MCI8311254.1 1.98e-08 1898203 Bacillati Bacillota WP_116813830.1 WP_116813830.1 5.30e-292 287 Pseudomonadati Pseudomonadota WP_116813830.1 RCX10040.1 6.79e-49 1031594 Pseudomonadati Pseudomonadota WP_128505522.1 WP_128505522.1 0.0 2293571 Bacillati Actinomycetota MCB9943168.1 MCB9943168.1 2.05e-80 2448052 Pseudomonadati Pseudomonadota WP_190822868.1 WP_190822868.1 6.35e-198 333966 Bacillati Actinomycetota WP_258007507.1 WP_258007507.1 2.34e-142 317 Pseudomonadati Pseudomonadota TVR41840.1 TVR41840.1 0.0 2044936 Pseudomonadati Bacteroidota TVR41840.1 WP_212961195.1 2.02e-12 557555 Bacillati Bacillota TVR41840.1 MBO8233644.1 4.49e-09 2054182;2716489 Bacillati Cyanobacteriota TVR41840.1 WP_166106360.1 1.87e-08 2703883 Pseudomonadati Pseudomonadota TVR41840.1 KDF42894.1 7.07e-08 208224 Pseudomonadati Pseudomonadota TVR41840.1 TMG86695.1 1.22e-07 1891241 Pseudomonadati Pseudomonadota WP_283181662.1 WP_283181662.1 5.85e-150 286 Pseudomonadati Pseudomonadota CAC9886154.1 CAC9886154.1 0.0 5580 Fungi Ascomycota CAC9886154.1 EEH16378.1 1.09e-04 482561 Fungi Ascomycota WP_047943571.1 WP_047943571.1 6.26e-179 1397 Bacillati Bacillota MBO2482901.1 MBO2482901.1 3.25e-38 N/A N/A WP_261668588.1 WP_261668588.1 1.26e-226 82541 Pseudomonadati Pseudomonadota WP_261668588.1 WP_114947547.1 7.19e-82 2078013 Pseudomonadati Pseudomonadota WP_261668588.1 WP_145739766.1 5.73e-74 34072;2496117 Pseudomonadati Pseudomonadota WP_261668588.1 WP_216295494.1 3.29e-55 80866 Pseudomonadati Pseudomonadota XP_047422702.1 XP_047422702.1 0.0 30640 Metazoa Chordata MBE6688122.1 MBE6688122.1 0.0 2485925 Bacillati Bacillota MBE6688122.1 KAA0114277.1 3.48e-240 1305 Bacillati Bacillota MBE6688122.1 WP_278631399.1 9.00e-180 29348 Bacillati Bacillota MBE6688122.1 XP_009147075.2 1.13e-146 3711 Viridiplantae Streptophyta MBE6688122.1 WP_235126772.1 3.66e-129 2909336 Pseudomonadati Bacteroidota MBE6688122.1 MBE5737882.1 7.16e-113 1898207 Bacillati Bacillota MBE6688122.1 KAF5671546.1 1.01e-85 48490 Fungi Ascomycota MBE6688122.1 WP_019100427.1 6.07e-82 394935 Pseudomonadati Pseudomonadota MBE6688122.1 WP_049009918.1 2.98e-80 545 Pseudomonadati Pseudomonadota MBE6688122.1 KAJ6994162.1 1.85e-64 444605 Viridiplantae Streptophyta MBE6688122.1 MBY0273331.1 4.20e-55 1913988 Pseudomonadati Pseudomonadota MBE6688122.1 WP_074319120.1 7.81e-17 709881 Bacillati Actinomycetota MBE6688122.1 MBI6149093.1 1.39e-11 615 Pseudomonadati Pseudomonadota KAJ3490879.1 KAJ3490879.1 4.03e-312 2056292 Fungi Basidiomycota WP_227317406.1 WP_227317406.1 0.0 158484 Pseudomonadati Pseudomonadota WP_227317406.1 WP_090149712.1 6.98e-77 2798040 Bacillati Actinomycetota MCB0488436.1 MCB0488436.1 4.75e-224 2099675 Pseudomonadati Bacteroidota MCD6430924.1 MCD6430924.1 2.22e-194 2954160 0 Candidatus Tharpellota MCI0654225.1 MCI0654225.1 3.45e-119 1933926 Pseudomonadati Pseudomonadota WP_271515333.1 WP_271515333.1 0.0 N/A N/A WP_207334372.1 WP_207334372.1 1.37e-181 2817059 Pseudomonadati Bacteroidota NYK82134.1 NYK82134.1 2.64e-44 90371 Pseudomonadati Pseudomonadota RTE72268.1 RTE72268.1 2.60e-287 1147111 Fungi Ascomycota WP_232703726.1 WP_232703726.1 0.0 2902797 Pseudomonadati Bacteroidota WP_184066976.1 WP_184066976.1 2.55e-133 2615204;2723093 Pseudomonadati Pseudomonadota WP_184066976.1 WP_242018727.1 4.28e-57 1220600 Pseudomonadati Pseudomonadota WP_257689765.1 WP_257689765.1 0.0 644 Pseudomonadati Pseudomonadota WP_257689765.1 WP_255965801.1 1.90e-147 2965064 Bacillati Actinomycetota WP_257689765.1 WP_057201184.1 9.93e-99 1736492 Pseudomonadati Pseudomonadota WP_257689765.1 XP_050320449.1 1.22e-96 98809 Metazoa Arthropoda WP_257689765.1 WP_131836551.1 9.03e-96 100 Pseudomonadati Pseudomonadota WP_257689765.1 WP_108756325.1 9.02e-86 2072408 Pseudomonadati Pseudomonadota WP_257689765.1 WP_008959270.1 1.64e-78 550984 Pseudomonadati Pseudomonadota WP_257689765.1 WP_195426888.1 5.45e-77 2782182 Pseudomonadati Pseudomonadota WP_257689765.1 WP_061795322.1 9.41e-75 613;61651 Pseudomonadati Pseudomonadota WP_257689765.1 WP_205186167.1 6.40e-64 2709306 Pseudomonadati Pseudomonadota WP_257689765.1 WP_100461895.1 2.32e-61 40324;2045214 Pseudomonadati Pseudomonadota WP_257689765.1 WP_022389025.1 2.71e-41 40520;1263107 Bacillati Bacillota WP_257689765.1 MCC2649654.1 6.75e-07 2169593 Thermoproteati Nitrososphaerota MBU0791683.1 MBU0791683.1 0.0 1913989 Pseudomonadati Pseudomonadota WP_182711428.1 WP_182711428.1 1.28e-242 2760932 Pseudomonadati Pseudomonadota TKW18680.1 TKW18680.1 0.0 4556 Viridiplantae Streptophyta WP_240111183.1 WP_240111183.1 5.69e-160 2791990 Bacillati Actinomycetota NED75586.1 NED75586.1 8.98e-166 2706119 Bacillati Actinomycetota MBR0615264.1 MBR0615264.1 1.02e-206 561879 Bacillati Bacillota ETO34949.1 ETO34949.1 9.78e-134 46433 0 Foraminifera KAF5411244.1 KAF5411244.1 1.22e-44 3386293 Methanobacteriati Methanobacteriota WP_017878759.1 WP_017878759.1 6.24e-277 2610881 Pseudomonadati Pseudomonadota TEY22245.1 TEY22245.1 4.88e-135 2498129 Pseudomonadati Campylobacterota TEY22245.1 KAI3473816.1 2.23e-71 586722 Viridiplantae Streptophyta WP_023780537.1 WP_023780537.1 4.91e-292 1287233 Pseudomonadati Pseudomonadota WP_077376172.1 WP_077376172.1 0.0 1945862 Pseudomonadati Bacteroidota WP_231355705.1 WP_231355705.1 0.0 2899078 Pseudomonadati Pseudomonadota WP_231355705.1 WP_092081374.1 1.42e-315 1419277 Pseudomonadati Pseudomonadota WP_231355705.1 PJJ44766.1 5.66e-268 257984 Bacillati Actinomycetota WP_231355705.1 WP_206581849.1 5.43e-190 33953 Bacillati Bacillota WP_231355705.1 NLZ92879.1 2.84e-11 1879010 Bacillati Bacillota GIW70618.1 GIW70618.1 0.0 2026780 Pseudomonadati Planctomycetota GIW70618.1 MBP7829117.1 2.15e-43 2212473 Pseudomonadati Kiritimatiellota GIW70618.1 WP_281919021.1 2.26e-38 2984338 Bacillati Actinomycetota GIW70618.1 WP_271931007.1 5.83e-24 2995306 Pseudomonadati Myxococcota GIW70618.1 KAJ7903702.1 4.88e-12 230810 Fungi Basidiomycota GIW70618.1 EYU24504.1 1.19e-11 4155 Viridiplantae Streptophyta GIW70618.1 KAH6984898.1 8.28e-09 2824670 Fungi Ascomycota GIW70618.1 XP_048409145.1 2.14e-07 3053191 Metazoa Chordata GIW70618.1 NXJ84327.1 1.52e-04 56311 Metazoa Chordata GIW70618.1 XP_039923984.1 4.49e-04 43150 Metazoa Chordata KAF1538674.1 KAF1538674.1 1.05e-235 57240 Metazoa Chordata KAF1538674.1 WP_020913025.1 4.97e-132 225849;404011 Pseudomonadati Pseudomonadota KAF1538674.1 MBI3461834.1 1.04e-117 2026780 Pseudomonadati Planctomycetota KAF1538674.1 NBQ41256.1 1.06e-103 2448780 Bacillati Actinomycetota KAF1538674.1 NEQ48723.1 1.63e-103 2607780 Bacillati Cyanobacteriota KAF1538674.1 OCB46767.1 2.65e-84 39693;547163 Bacillati Actinomycetota QFY03744.1 QFY03744.1 0.0 1396 Bacillati Bacillota MBA8666914.1 MBA8666914.1 6.43e-104 2759495 Pseudomonadati Pseudomonadota KAJ8938828.1 KAJ8938828.1 3.54e-84 1586634 Metazoa Arthropoda WP_149660939.1 WP_149660939.1 2.58e-92 286;2597351;2730845;2730846 Pseudomonadati Pseudomonadota WP_262404887.1 WP_262404887.1 7.74e-51 N/A N/A OJH36051.1 OJH36051.1 9.27e-229 83449 Pseudomonadati Myxococcota KAF9463056.1 KAF9463056.1 0.0 64659 Fungi Basidiomycota KAF9463056.1 MCU1518283.1 4.41e-100 1934409 Bacillati Actinomycetota KAF9463056.1 WP_046625651.1 9.20e-76 399;323656;1525371 Pseudomonadati Pseudomonadota MCJ8273875.1 MCJ8273875.1 1.56e-185 1929414 Pseudomonadati Pseudomonadota XP_045701611.1 XP_045701611.1 0.0 9423 Metazoa Chordata WP_267782507.1 WP_267782507.1 0.0 2994971 Bacillati Actinomycetota MCP5198054.1 MCP5198054.1 9.31e-105 1913989 Pseudomonadati Pseudomonadota EOS29826.1 EOS29826.1 3.25e-193 397287 Bacillati Bacillota NLC30933.1 NLC30933.1 4.90e-85 2045217 0 Candidatus Moraniibacteriota WP_003960394.1 WP_003960394.1 0.0 1901 Bacillati Actinomycetota WP_003960394.1 STC68550.1 2.58e-168 35756 Bacillati Actinomycetota WP_218348303.1 WP_218348303.1 9.72e-148 2856337 Bacillati Bacillota WP_148727848.1 WP_148727848.1 4.13e-98 171549;310300 Pseudomonadati Bacteroidota TVS18044.1 TVS18044.1 8.95e-122 1913989 Pseudomonadati Pseudomonadota WP_018934053.1 WP_018934053.1 5.52e-46 393087 Bacillati Bacillota MBV00212.1 MBV00212.1 0.0 1898112 Pseudomonadati Pseudomonadota MBV00212.1 EAH8201998.1 4.65e-137 201 Pseudomonadati Campylobacterota MBV00212.1 MBG6814041.1 4.97e-127 287 Pseudomonadati Pseudomonadota MBV00212.1 WP_021479352.1 3.27e-120 1423 Bacillati Bacillota MBV00212.1 MCF8269563.1 8.58e-04 2026728 Pseudomonadati Bacteroidota XP_047781705.1 XP_047781705.1 4.82e-286 34475 Fungi Basidiomycota XP_047781705.1 KAF8141928.1 9.86e-39 36056 Fungi Basidiomycota XP_047781705.1 MBA0681195.1 2.59e-10 34290 Viridiplantae Streptophyta MBQ7286305.1 MBQ7286305.1 1.43e-118 2137880 Bacillati Candidatus Melainabacteria MBQ4426944.1 MBQ4426944.1 4.58e-97 2485925 Bacillati Bacillota OKO87070.1 OKO87070.1 6.89e-305 1680155 Pseudomonadati Pseudomonadota WP_259408897.1 WP_259408897.1 9.21e-177 N/A N/A WP_259408897.1 WP_049697298.1 7.44e-76 2053;122202 Bacillati Actinomycetota WP_259408897.1 RAL39799.1 1.16e-28 267555 Viridiplantae Streptophyta KAF5116816.1 KAF5116816.1 2.62e-226 1173061 Fungi Ascomycota MBN1246547.1 MBN1246547.1 0.0 2052143 Bacillati Chloroflexota MBR6946428.1 MBR6946428.1 1.20e-29 2498093 Pseudomonadati Bacteroidota WP_097574091.1 WP_097574091.1 1.95e-96 2037900 Pseudomonadati Pseudomonadota WP_097574091.1 WP_244356123.1 7.00e-24 2893468 Pseudomonadati Pseudomonadota MCF8145043.1 MCF8145043.1 0.0 2026735 Pseudomonadati Myxococcota WP_159796041.1 WP_159796041.1 1.98e-244 2692623 Bacillati Actinomycetota KAG8816705.1 KAG8816705.1 1.23e-170 2600214 Fungi Basidiomycota KAG8816705.1 XP_033551505.1 1.41e-36 673940 Fungi Ascomycota KAG8816705.1 WP_226276978.1 7.02e-29 179879 Pseudomonadati Pseudomonadota KAG8816705.1 WP_255602293.1 3.93e-28 2835787 Pseudomonadati Pseudomonadota KAG8816705.1 BBC91732.1 1.71e-26 1928 Bacillati Actinomycetota MBA3497606.1 MBA3497606.1 4.32e-202 2448054 Pseudomonadati Gemmatimonadota AHJ84873.1 AHJ84873.1 1.79e-189 10359 Heunggongvirae Peploviricota MCA9738196.1 MCA9738196.1 0.0 2026742 Pseudomonadati Gemmatimonadota KAJ0689199.1 KAJ0689199.1 1.35e-105 4232 Viridiplantae Streptophyta ERB66459.1 ERB66459.1 1.49e-259 1384040 Pseudomonadati Pseudomonadota MBL6710595.1 MBL6710595.1 5.18e-231 2026779;2026780;2715253 Pseudomonadati Planctomycetota MCH1932562.1 MCH1932562.1 1.92e-55 2914042 Pseudomonadati Pseudomonadota XP_055331916.1 XP_055331916.1 0.0 2943436 Metazoa Tardigrada MCH1405047.1 MCH1405047.1 1.31e-111 2518612 Bacillati Actinomycetota MCH1405047.1 WP_076409454.1 1.79e-31 85698 Pseudomonadati Pseudomonadota MCH1405047.1 WP_170725874.1 7.87e-31 562 Pseudomonadati Pseudomonadota MCH1405047.1 WP_109219819.1 2.95e-28 28901;58712 Pseudomonadati Pseudomonadota MCH1405047.1 WP_088153117.1 3.85e-24 171674 Pseudomonadati Pseudomonadota MCH1405047.1 EHH5649593.1 5.49e-23 195 Pseudomonadati Campylobacterota KAF7869901.1 KAF7869901.1 1.32e-257 38492 Fungi Ascomycota WP_220674761.1 WP_220674761.1 3.61e-60 573;3390273 Pseudomonadati Pseudomonadota WP_220674761.1 WP_080337214.1 6.24e-43 543;158836;208224;1296536 Pseudomonadati Pseudomonadota KAH7489251.1 KAH7489251.1 5.88e-245 N/A N/A XP_032499984.1 XP_032499984.1 0.0 42100 Metazoa Chordata WP_261369297.1 WP_261369297.1 1.44e-27 33060 Pseudomonadati Pseudomonadota WP_283842967.1 WP_283842967.1 0.0 N/A N/A WP_283842967.1 WP_166106360.1 2.26e-11 2703883 Pseudomonadati Pseudomonadota MBT3932996.1 MBT3932996.1 2.52e-218 1898104 Pseudomonadati Bacteroidota WP_148565498.1 WP_148565498.1 2.66e-62 52693;132932 Bacillati Bacillota WP_097485790.1 WP_097485790.1 2.33e-308 562 Pseudomonadati Pseudomonadota HCI3868538.1 HCI3868538.1 1.34e-203 287 Pseudomonadati Pseudomonadota HCI3868538.1 WP_200599363.1 4.30e-145 306;2968969 Pseudomonadati Pseudomonadota WP_119403424.1 WP_119403424.1 4.50e-202 2305467 Pseudomonadati Pseudomonadota WP_119403424.1 MCB1471508.1 9.11e-70 2026785 Pseudomonadati Pseudomonadota WP_004994904.1 WP_004994904.1 6.94e-54 33926;35772;180978;420408;1123738;1163385 Bacillati Mycoplasmatota MBU0624735.1 MBU0624735.1 9.20e-182 2052139 0 0 WP_266814553.1 WP_266814553.1 5.45e-185 2903864 Bacillati Actinomycetota MBQ4411698.1 MBQ4411698.1 0.0 2774294 Methanobacteriati Thermoplasmatota KYF44507.1 KYF44507.1 0.0 1074872 0 Apicomplexa MCL2788588.1 MCL2788588.1 2.69e-47 2026762 Bacillati Actinomycetota WP_262155701.1 WP_262155701.1 7.56e-83 196821;2971619;2971620 Pseudomonadati Pseudomonadota KAF5548980.1 KAF5548980.1 9.80e-207 42672 Fungi Ascomycota KAH7262805.1 KAH7262805.1 9.63e-60 61284 Fungi Ascomycota WP_183063711.1 WP_183063711.1 2.88e-298 28901 Pseudomonadati Pseudomonadota WP_212810521.1 WP_212810521.1 0.0 2678260 Pseudomonadati Pseudomonadota MBR8744763.1 MBR8744763.1 1.55e-126 2259865 Bacillati Actinomycetota WP_120452154.1 WP_120452154.1 0.0 53335;2364647 Pseudomonadati Pseudomonadota WP_120452154.1 MBP7746105.1 1.23e-05 2026778 Pseudomonadati Planctomycetota NTU53989.1 NTU53989.1 1.31e-293 2067991 Pseudomonadati Chlorobiota GHU61839.1 GHU61839.1 3.80e-185 2053615 Pseudomonadati Spirochaetota MBS1744667.1 MBS1744667.1 0.0 1898104 Pseudomonadati Bacteroidota MBU03734.1 MBU03734.1 4.00e-267 2026739 Methanobacteriati Methanobacteriota WP_105386412.1 WP_105386412.1 9.02e-204 528178 Pseudomonadati Pseudomonadota MBR2406030.1 MBR2406030.1 0.0 2044939 Bacillati Bacillota MBR2406030.1 WP_186939222.1 2.95e-67 2763043 Bacillati Actinomycetota WP_131776591.1 WP_131776591.1 0.0 343510 Pseudomonadati Pseudomonadota MCL2039304.1 MCL2039304.1 4.72e-203 1898104 Pseudomonadati Bacteroidota MCL2039304.1 MBE6139600.1 4.48e-36 1879010 Bacillati Bacillota MCL2039304.1 WP_131001993.1 7.52e-34 2528245 Pseudomonadati Pseudomonadota MCL2039304.1 SCX00186.1 2.67e-26 1200751 Bacillati Bacillota WP_196974466.1 WP_196974466.1 4.47e-240 1717;1720349;1806053 Bacillati Actinomycetota WP_184130797.1 WP_184130797.1 9.45e-268 662880 Thermotogati Deinococcota WP_184130797.1 MCI7704736.1 1.11e-52 1898207 Bacillati Bacillota WP_184130797.1 WP_152046331.1 3.35e-40 2495496 Pseudomonadati Pseudomonadota WP_184130797.1 EGY4555186.1 6.42e-29 28901 Pseudomonadati Pseudomonadota MCS5505837.1 MCS5505837.1 1.07e-125 138532 Bacillati Actinomycetota MCS5505837.1 MBR0212092.1 1.39e-07 1913988 Pseudomonadati Pseudomonadota WP_062865604.1 WP_062865604.1 1.52e-138 562 Pseudomonadati Pseudomonadota WP_188895946.1 WP_188895946.1 1.21e-53 1716077 Bacillati Actinomycetota KFG62183.1 KFG62183.1 0.0 935652 0 Apicomplexa SCL13606.1 SCL13606.1 0.0 47866 Bacillati Actinomycetota SCL13606.1 MCL2204087.1 1.62e-59 2660712 Bacillati Bacillota SCL13606.1 CAI9595211.1 1.54e-52 386267 Metazoa Chordata SCL13606.1 WP_081224968.1 9.45e-45 1288 Bacillati Bacillota SCL13606.1 WP_123159424.1 5.04e-37 1301;2293247;2478956;2584682 Bacillati Bacillota SCL13606.1 MSZ29533.1 1.41e-36 2900548 Bacillati Actinomycetota SCL13606.1 MCB9999913.1 2.41e-19 2021371 Pseudomonadati Pseudomonadota SCL13606.1 WP_194957532.1 2.60e-19 1597;113557 Bacillati Bacillota SCL13606.1 XP_053592881.1 4.83e-14 69319 Metazoa Arthropoda MAJ56944.1 MAJ56944.1 2.14e-94 1986805;2024849 Pseudomonadati Pseudomonadota RYP71249.1 RYP71249.1 1.04e-231 2211642 Fungi Ascomycota MBQ3470868.1 MBQ3470868.1 1.71e-41 2044939 Bacillati Bacillota WP_234897981.1 WP_234897981.1 1.76e-200 N/A N/A WP_117751014.1 WP_117751014.1 0.0 1628085;2292003;2292197;2292199;2292301;3085642 Bacillati Bacillota WP_117751014.1 WP_099219937.1 5.39e-55 1115568;2593676;2690337 Bacillati Actinomycetota WP_160410225.1 WP_160410225.1 8.07e-120 2683234 Pseudomonadati Pseudomonadota WP_173040157.1 WP_173040157.1 0.0 1076124 Bacillati Actinomycetota WP_173040157.1 WP_089095302.1 3.41e-83 346;473426 Pseudomonadati Pseudomonadota WP_173040157.1 WP_105160947.1 4.43e-81 N/A N/A WP_173040157.1 OQA35671.1 2.36e-49 1852840 0 0 WP_173040157.1 MCH5231772.1 2.05e-41 2498093 Pseudomonadati Bacteroidota WP_173040157.1 WP_041710957.1 1.67e-33 1501 Bacillati Bacillota WP_173040157.1 MBT4161918.1 3.27e-18 1913989 Pseudomonadati Pseudomonadota WP_173040157.1 WP_131166802.1 3.42e-16 1837344 Bacillati Actinomycetota WP_173040157.1 WP_192324556.1 1.43e-14 34072;2769259 Pseudomonadati Pseudomonadota WP_173040157.1 WP_145468487.1 8.18e-13 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_173040157.1 CAI8213472.1 8.25e-13 2026739 Methanobacteriati Methanobacteriota WP_173040157.1 WP_071876418.1 1.53e-09 332949 Bacillati Bacillota WP_173040157.1 WP_256546297.1 2.38e-09 1126236 Methanobacteriati Methanobacteriota WP_173040157.1 WP_153844272.1 3.22e-09 28453;2940619 Pseudomonadati Bacteroidota WP_173040157.1 WP_008056683.1 4.12e-06 2596745;2759955 Bacillati Cyanobacteriota MBE3595273.1 MBE3595273.1 8.61e-300 2163959 Bacillati Bacillota UTW67325.1 UTW67325.1 4.19e-219 2829673 0 0 RIX75659.1 RIX75659.1 0.0 1675792 Pseudomonadati Pseudomonadota RIX75659.1 WP_200198809.1 4.88e-161 2800326 Pseudomonadati Pseudomonadota RIX75659.1 XP_052534275.1 1.10e-47 109042 Metazoa Chordata MBL0255244.1 MBL0255244.1 3.62e-227 1869212 Pseudomonadati Bacteroidota EMK19049.1 EMK19049.1 0.0 1240688 Pseudomonadati Spirochaetota THB74514.1 THB74514.1 7.92e-229 2049433 Pseudomonadati Thermodesulfobacteriota AWD47640.1 AWD47640.1 5.13e-145 11676 Pararnavirae Artverviricota MCR4818155.1 MCR4818155.1 1.49e-181 2699746 Thermotogati Synergistota MCR4818155.1 MBR4451941.1 1.33e-58 2044939 Bacillati Bacillota WP_018717981.1 WP_018717981.1 0.0 2369 Pseudomonadati Pseudomonadota UTU41876.1 UTU41876.1 3.98e-194 66646 Viridiplantae Streptophyta UTU41876.1 AFQ97813.1 5.52e-112 76025 Viridiplantae Streptophyta UTU41876.1 AYV64277.1 4.39e-104 2487988 Viridiplantae Streptophyta UTU41876.1 UFH83377.1 1.86e-92 29709 Viridiplantae Streptophyta MCE2907393.1 MCE2907393.1 5.51e-175 2030806 Pseudomonadati Pseudomonadota WP_251174936.1 WP_251174936.1 3.42e-12 665099 Bacillati Bacillota WP_202925384.1 WP_202925384.1 2.25e-249 2703789 Pseudomonadati Bacteroidota WP_202925384.1 MBO1529847.1 4.60e-50 2818440 Pseudomonadati Pseudomonadota WP_202925384.1 XP_047466965.1 4.19e-13 48193 Metazoa Chordata CAI0990105.1 CAI0990105.1 0.0 615 Pseudomonadati Pseudomonadota WP_140660563.1 WP_140660563.1 3.30e-102 325217;2589923;2876623;2876630;2876632;2876660 Pseudomonadati Pseudomonadota WP_277410236.1 WP_277410236.1 3.89e-275 1920 Bacillati Actinomycetota MCP5558243.1 MCP5558243.1 5.47e-307 2026800 Pseudomonadati Verrucomicrobiota MCP5558243.1 WP_121252511.1 1.52e-05 166793 Bacillati Actinomycetota CAD7419184.1 CAD7419184.1 1.19e-263 61476 Metazoa Arthropoda CAD7419184.1 XP_042465169.1 3.28e-21 94328 Viridiplantae Streptophyta WP_189609880.1 WP_189609880.1 3.62e-254 516702 Pseudomonadati Pseudomonadota MBQ8283265.1 MBQ8283265.1 0.0 2049036 Pseudomonadati Bacteroidota WP_173904515.1 WP_173904515.1 3.37e-113 40520 Bacillati Bacillota XP_032696462.1 XP_032696462.1 0.0 76717 Metazoa Chordata XP_032696462.1 XP_043889695.1 1.64e-60 28829 Metazoa Chordata XP_032696462.1 KAJ2660037.1 5.45e-51 2789312 Fungi Kickxellomycota XP_044484513.1 XP_044484513.1 0.0 29780 Viridiplantae Streptophyta XP_044484513.1 XP_021765438.1 3.16e-35 63459 Viridiplantae Streptophyta XP_044484513.1 KAI3849778.1 3.00e-31 357466 Viridiplantae Streptophyta XP_044484513.1 XP_040250218.1 4.53e-30 N/A N/A XP_044484513.1 RLN36134.1 3.66e-29 4540 Viridiplantae Streptophyta XP_044484513.1 XP_019180948.1 5.39e-24 35883 Viridiplantae Streptophyta XP_044484513.1 XP_025814622.1 4.06e-23 206008 Viridiplantae Streptophyta XP_044484513.1 XP_029528577.1 7.14e-10 8023 Metazoa Chordata XP_044484513.1 MBP7829117.1 3.29e-09 2212473 Pseudomonadati Kiritimatiellota XP_027476133.1 XP_027476133.1 1.10e-219 9704 Metazoa Chordata WP_189592858.1 WP_189592858.1 1.48e-318 67324 Bacillati Actinomycetota WP_166225641.1 WP_166225641.1 5.58e-297 2715164 Pseudomonadati Pseudomonadota WP_166225641.1 WP_251874466.1 1.65e-35 2950604 Bacillati Bacillota WP_166225641.1 WP_012724915.1 8.99e-27 136843;216595;2810293 Pseudomonadati Pseudomonadota WP_266312166.1 WP_266312166.1 0.0 67352 Bacillati Actinomycetota WP_147766978.1 WP_147766978.1 3.08e-78 2591822 Pseudomonadati Bacteroidota WP_239815372.1 WP_239815372.1 8.69e-212 1452 Bacillati Bacillota PSP85445.1 PSP85445.1 2.60e-83 1919165 Methanobacteriati Methanobacteriota WP_065809357.1 WP_065809357.1 0.0 573 Pseudomonadati Pseudomonadota WP_065809357.1 HIU98185.1 1.53e-27 2840893 Bacillati Bacillota WP_205177065.1 WP_205177065.1 1.90e-43 1740721 Bacillati Bacillota MCG3730919.1 MCG3730919.1 5.33e-253 675 Pseudomonadati Pseudomonadota WP_166886913.1 WP_166886913.1 6.49e-254 2607910;2609283 Pseudomonadati Pseudomonadota WP_166886913.1 WP_008701575.1 2.20e-128 76859;457405;693991;1204474 Fusobacteriati Fusobacteriota WP_166886913.1 PAV09171.1 3.43e-06 2193 Methanobacteriati Methanobacteriota CPY79168.1 CPY79168.1 1.41e-251 36809 Bacillati Actinomycetota MBT5578634.1 MBT5578634.1 0.0 2026782 Pseudomonadati Pseudomonadota WP_126669182.1 WP_126669182.1 5.26e-163 2497879 Pseudomonadati Pseudomonadota WP_005165186.1 WP_005165186.1 3.75e-175 36819;1238180 Bacillati Actinomycetota AUN31249.1 AUN31249.1 1.15e-129 1612173 Pseudomonadati Pseudomonadota WP_279123632.1 WP_279123632.1 2.76e-256 61171 Bacillati Bacillota WP_279123632.1 MBM4374951.1 4.63e-05 2026735 Pseudomonadati Myxococcota MCM2341063.1 MCM2341063.1 1.91e-212 50421 Pseudomonadati Pseudomonadota MCM2341063.1 WP_111627730.1 4.99e-34 643671 Pseudomonadati Bacteroidota MPT31245.1 MPT31245.1 7.13e-150 1871047 Pseudomonadati Bacteroidota ETD72983.1 ETD72983.1 4.25e-41 1414851 Pseudomonadati Pseudomonadota UEC68750.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UEC68750.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota MCP4488771.1 MCP4488771.1 4.19e-91 1913989 Pseudomonadati Pseudomonadota SDW64481.1 SDW64481.1 1.16e-84 1077285 Pseudomonadati Bacteroidota SDW64481.1 MBR4127938.1 2.55e-34 2212467 Pseudomonadati Bacteroidota MBT8462299.1 MBT8462299.1 1.72e-164 2026742 Pseudomonadati Gemmatimonadota MBT8462299.1 KKQ50904.1 4.18e-19 1618941 0 0 MBT8462299.1 WP_096647361.1 4.34e-16 1973478 Bacillati Cyanobacteriota MBT8462299.1 WP_265225845.1 6.50e-12 95486 Pseudomonadati Pseudomonadota MBT8462299.1 MBL4744408.1 1.51e-07 2024830 Pseudomonadati Pseudomonadota MBR2488648.1 MBR2488648.1 0.0 2212473 Pseudomonadati Kiritimatiellota WP_240030709.1 WP_240030709.1 0.0 486 Pseudomonadati Pseudomonadota WP_250146767.1 WP_250146767.1 2.60e-35 562 Pseudomonadati Pseudomonadota WP_186153646.1 WP_186153646.1 9.14e-173 28095 Pseudomonadati Pseudomonadota WP_186153646.1 WP_247392216.1 8.74e-57 1310165 Pseudomonadati Pseudomonadota WP_186153646.1 WP_243269836.1 2.20e-46 286 Pseudomonadati Pseudomonadota WP_186153646.1 MBS1222269.1 1.25e-40 1977087 Pseudomonadati Pseudomonadota CZR69713.1 CZR69713.1 0.0 576137 Fungi Ascomycota XP_039854086.1 XP_039854086.1 0.0 38727 Viridiplantae Streptophyta MCU1437293.1 MCU1437293.1 0.0 2546198 Bacillati Actinomycetota XP_015523373.1 XP_015523373.1 4.26e-167 441921 Metazoa Arthropoda DAO22062.1 DAO22062.1 5.62e-35 2832643 Heunggongvirae Uroviricota MBR1628375.1 MBR1628375.1 2.55e-228 1898203 Bacillati Bacillota MBR1628375.1 WP_108098468.1 2.89e-34 2135754 Pseudomonadati Pseudomonadota MBR1628375.1 WP_039190453.1 9.25e-21 1577900 Pseudomonadati Pseudomonadota MCK5056842.1 MCK5056842.1 5.42e-284 2052149 0 Candidatus Aminicenantota MCK5056842.1 WP_163496825.1 3.16e-47 2708301 Pseudomonadati Pseudomonadota MCK5056842.1 MSZ54974.1 1.09e-44 2900548 Bacillati Actinomycetota WP_274481161.1 WP_274481161.1 1.25e-71 263;119857 Pseudomonadati Pseudomonadota XP_697509.2 XP_697509.2 0.0 7955 Metazoa Chordata WP_139764340.1 WP_139764340.1 1.44e-90 28901 Pseudomonadati Pseudomonadota WP_139764340.1 WP_008056683.1 2.54e-08 2596745;2759955 Bacillati Cyanobacteriota WP_139764340.1 MBT3459617.1 3.13e-05 2026743 Pseudomonadati Pseudomonadota MBQ3864274.1 MBQ3864274.1 3.15e-240 2044939 Bacillati Bacillota MBQ3864274.1 WP_192324556.1 1.60e-83 34072;2769259 Pseudomonadati Pseudomonadota MBQ3864274.1 RUU66461.1 1.51e-79 2496787 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_226904802.1 5.81e-74 N/A N/A MBQ3864274.1 WP_098952357.1 7.23e-72 196821;2018067;2717498 Pseudomonadati Pseudomonadota MBQ3864274.1 MBU5353226.1 1.61e-70 198119 Bacillati Bacillota MBQ3864274.1 WP_227059655.1 3.05e-69 40545 Pseudomonadati Pseudomonadota MBQ3864274.1 MCP5262709.1 2.56e-60 50421 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_131166802.1 1.08e-56 1837344 Bacillati Actinomycetota MBQ3864274.1 WP_107894076.1 2.08e-56 1130819 Bacillati Bacillota MBQ3864274.1 GLY24463.1 7.95e-56 3032198 Bacillati Actinomycetota MBQ3864274.1 WP_066083732.1 2.07e-51 220687 Bacillati Bacillota MBQ3864274.1 MWR41881.1 2.56e-38 562 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_076409454.1 2.41e-34 85698 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_176354145.1 6.64e-31 2742698 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_109219819.1 1.44e-24 28901;58712 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_140480909.1 3.07e-23 1404367 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_258581409.1 1.07e-22 2865837 Pseudomonadati Pseudomonadota MBQ3864274.1 EHH5649593.1 2.73e-22 195 Pseudomonadati Campylobacterota MBQ3864274.1 WP_256546297.1 3.37e-20 1126236 Methanobacteriati Methanobacteriota MBQ3864274.1 WP_279984614.1 7.47e-20 909768 Pseudomonadati Pseudomonadota MBQ3864274.1 WP_167977039.1 2.09e-19 2604800 Bacillati Actinomycetota MBQ3864274.1 MBC7326981.1 5.81e-19 1869227 0 0 MBQ3864274.1 WP_152652784.1 2.31e-18 2023717 Pseudomonadati Pseudomonadota MBQ3864274.1 MXP43753.1 6.04e-18 1689985 Pseudomonadati Pseudomonadota WP_132882604.1 WP_132882604.1 2.20e-204 13687;2485112 Pseudomonadati Pseudomonadota WP_200316392.1 WP_200316392.1 3.24e-72 2795031 Bacillati Actinomycetota WP_241908014.1 WP_241908014.1 8.48e-83 136468 Pseudomonadati Pseudomonadota MCL7403925.1 MCL7403925.1 6.30e-197 2978060 Thermoproteati Nitrososphaerota MCJ7548546.1 MCJ7548546.1 0.0 2052143 Bacillati Chloroflexota MCJ7548546.1 WP_015615815.1 3.48e-178 1501;86416 Bacillati Bacillota MCJ7548546.1 WP_015919400.1 1.00e-160 2337;309803;1288483 Thermotogati Thermotogota MCJ7548546.1 MBL8638832.1 4.60e-138 1913988 Pseudomonadati Pseudomonadota MCJ7548546.1 KAI5122644.1 3.24e-63 135589 Fungi Basidiomycota MCJ7548546.1 KZV11597.1 4.29e-39 4932 Fungi Ascomycota KAF9116737.1 KAF9116737.1 1.29e-286 1896178 Fungi Mortierellomycota NLG67042.1 NLG67042.1 0.0 2900548 Bacillati Actinomycetota NLG67042.1 WP_218014032.1 2.78e-33 687525 Pseudomonadati Pseudomonadota NLG67042.1 WP_136134536.1 1.16e-04 586;587 Pseudomonadati Pseudomonadota XP_002873995.1 XP_002873995.1 0.0 59689;81972 Viridiplantae Streptophyta XP_002873995.1 KAG7602925.1 0.0 3702;1240361 Viridiplantae Streptophyta XP_002873995.1 KAI8118081.1 1.47e-41 7375 Metazoa Arthropoda HIA56122.1 HIA56122.1 1.42e-92 2035771 Pseudomonadati Pseudomonadota MBP6049275.1 MBP6049275.1 1.99e-119 2448779 Pseudomonadati Bacteroidota HAY39979.1 HAY39979.1 7.83e-292 2049433 Pseudomonadati Thermodesulfobacteriota HAY39979.1 WP_270908912.1 4.23e-71 470 Pseudomonadati Pseudomonadota WP_105188257.1 WP_105188257.1 1.94e-298 2077100 Pseudomonadati Pseudomonadota MCH2430466.1 MCH2430466.1 1.52e-143 2201156 Bacillati Actinomycetota MBI2152769.1 MBI2152769.1 1.05e-183 2053607 0 Candidatus Rokuibacteriota WP_211231677.1 WP_211231677.1 6.58e-143 219182 Pseudomonadati Pseudomonadota WP_269048359.1 WP_269048359.1 1.65e-120 2787635 Bacillati Actinomycetota WP_195553161.1 WP_195553161.1 6.66e-133 28111 Pseudomonadati Bacteroidota MBL1417270.1 MBL1417270.1 1.00e-133 78556 Pseudomonadati Pseudomonadota XP_019741907.1 XP_019741907.1 1.81e-134 109280 Metazoa Chordata AJF60049.1 AJF60049.1 9.51e-78 1579370 0 0 RJF98482.1 RJF98482.1 3.47e-57 2320863 Pseudomonadati Pseudomonadota GDX36288.1 GDX36288.1 9.56e-293 1913988 Pseudomonadati Pseudomonadota GDX36288.1 WP_245704803.1 6.65e-34 938405 Pseudomonadati Pseudomonadota GDX36288.1 WP_253463694.1 5.62e-27 28092 Pseudomonadati Pseudomonadota GDX36288.1 WP_274755179.1 2.66e-23 283 Pseudomonadati Pseudomonadota GDX36288.1 SCH39951.1 3.42e-07 59620 Bacillati Bacillota MCF7786316.1 MCF7786316.1 1.74e-195 1965333 Pseudomonadati Verrucomicrobiota KAJ8059477.1 KAJ8059477.1 1.71e-72 352851 Fungi Ascomycota MBI3948044.1 MBI3948044.1 7.68e-99 2033014 Bacillati Armatimonadota MBM4386043.1 MBM4386043.1 2.46e-44 2026735 Pseudomonadati Myxococcota KAI2062789.1 KAI2062789.1 2.36e-104 1387563 Fungi Ascomycota QEP29574.1 QEP29574.1 1.19e-22 2601638 Heunggongvirae Uroviricota MBT4920854.1 MBT4920854.1 4.88e-104 2026739 Methanobacteriati Methanobacteriota KAH8333868.1 KAH8333868.1 0.0 30033 Metazoa Arthropoda NLN95163.1 NLN95163.1 3.40e-59 2030927 Pseudomonadati Bacteroidota MBI1386726.1 MBI1386726.1 0.0 1909294 Pseudomonadati Pseudomonadota MBI1386726.1 WP_171519907.1 1.37e-28 555315 Pseudomonadati Pseudomonadota WP_021500824.1 WP_021500824.1 3.42e-243 562;1081891 Pseudomonadati Pseudomonadota WP_021500824.1 WP_222952672.1 1.03e-24 2873383 Bacillati Actinomycetota NP_001257623.1 NP_001257623.1 0.0 10116 Metazoa Chordata NP_001257623.1 XP_043479276.1 1.03e-113 63436 Metazoa Arthropoda NP_001257623.1 KAJ3986273.1 3.05e-21 2804962 Fungi Basidiomycota NP_001257623.1 NXT44414.1 4.34e-21 37079 Metazoa Chordata WP_200780455.1 WP_200780455.1 0.0 571 Pseudomonadati Pseudomonadota KAE9803106.1 KAE9803106.1 8.78e-126 562;623 Pseudomonadati Pseudomonadota NEQ48723.1 NEQ48723.1 2.39e-205 2607780 Bacillati Cyanobacteriota NEQ48723.1 WP_020913025.1 1.96e-116 225849;404011 Pseudomonadati Pseudomonadota NEQ48723.1 MBI3461834.1 7.15e-115 2026780 Pseudomonadati Planctomycetota NEQ48723.1 KAF1538674.1 2.95e-103 57240 Metazoa Chordata NEQ48723.1 OCB46767.1 1.01e-96 39693;547163 Bacillati Actinomycetota NEQ48723.1 NBQ41256.1 5.21e-96 2448780 Bacillati Actinomycetota WP_283179095.1 WP_283179095.1 7.33e-108 3040672 Pseudomonadati Pseudomonadota WP_265896212.1 WP_265896212.1 0.0 2944682 Pseudomonadati Pseudomonadota WP_265896212.1 WP_138941726.1 1.35e-118 190895 Pseudomonadati Pseudomonadota WP_265896212.1 TLZ05171.1 2.32e-19 1913989 Pseudomonadati Pseudomonadota EDA9915590.1 EDA9915590.1 5.90e-205 90371 Pseudomonadati Pseudomonadota TIU74829.1 TIU74829.1 4.04e-187 1871066 Pseudomonadati Pseudomonadota NLA37038.1 NLA37038.1 6.62e-135 2900548 Bacillati Actinomycetota XP_025606354.1 XP_025606354.1 0.0 N/A N/A WP_100161462.1 WP_100161462.1 4.57e-131 2029104 Pseudomonadati Pseudomonadota WP_100161462.1 MBE0500203.1 1.87e-26 2099678 Pseudomonadati Thermodesulfobacteriota EAL7285322.1 EAL7285322.1 4.85e-197 197 Pseudomonadati Campylobacterota OAV67199.1 OAV67199.1 5.41e-36 1633200;1633203 Pseudomonadati Bacteroidota MCI6491833.1 MCI6491833.1 1.39e-110 59823 Pseudomonadati Bacteroidota MCI6491833.1 HCM9096811.1 8.61e-36 299766 Pseudomonadati Pseudomonadota MCI6491833.1 WP_063505693.1 6.00e-35 1042;335929;1822222;1822227;1822249;1930536 Pseudomonadati Pseudomonadota KAF7644169.1 KAF7644169.1 0.0 670423 Metazoa Chordata WP_046234935.1 WP_046234935.1 2.79e-261 684063 Bacillati Bacillota WP_046234935.1 HBG7982863.1 5.60e-67 1496 Bacillati Bacillota MBQ8156531.1 MBQ8156531.1 2.16e-189 2026720 0 Candidatus Saccharimonadota MBQ8156531.1 WP_057732191.1 1.81e-41 267633;1423753 Bacillati Bacillota MBQ8156531.1 WP_253195963.1 4.13e-30 2840371 Bacillati Bacillota WP_137607852.1 WP_137607852.1 2.64e-293 2559916 Bacillati Bacillota WP_277858638.1 WP_277858638.1 0.0 3030827 Pseudomonadati Planctomycetota WP_011512097.1 WP_011512097.1 0.0 912;323097 Pseudomonadati Pseudomonadota WP_011512097.1 WP_060613079.1 3.48e-61 570;573 Pseudomonadati Pseudomonadota WP_011512097.1 KAJ5168969.1 3.19e-60 189055 Fungi Ascomycota WP_011512097.1 MBT3459617.1 7.70e-55 2026743 Pseudomonadati Pseudomonadota WP_011512097.1 KAI7371949.1 1.32e-51 91943 Fungi Ascomycota WP_011512097.1 WP_247749043.1 1.04e-48 N/A N/A WP_011512097.1 WP_195238978.1 3.43e-48 1502 Bacillati Bacillota WP_011512097.1 WP_038440434.1 5.47e-35 727 Pseudomonadati Pseudomonadota WP_011512097.1 WAY96880.1 1.59e-33 615 Pseudomonadati Pseudomonadota WP_011512097.1 WP_192324556.1 1.60e-21 34072;2769259 Pseudomonadati Pseudomonadota WP_011512097.1 WP_221265680.1 1.76e-14 N/A N/A WP_118155356.1 WP_118155356.1 0.0 165179 Pseudomonadati Bacteroidota NPV11463.1 NPV11463.1 1.62e-145 2053306 Pseudomonadati Ignavibacteriota NPV11463.1 WP_149786838.1 6.97e-19 391948 Pseudomonadati Pseudomonadota NPV11463.1 MBU2178615.1 1.18e-13 1913989 Pseudomonadati Pseudomonadota NPV11463.1 WP_193275955.1 1.38e-13 670;1435358 Pseudomonadati Pseudomonadota MCE0539567.1 MCE0539567.1 4.92e-264 84633 Bacillati Actinomycetota MCE0539567.1 MCB0174630.1 1.20e-16 2052143;2073117 Bacillati Chloroflexota MCE0539567.1 WP_148284348.1 2.36e-08 1133546 Bacillati Actinomycetota WP_146646172.1 WP_146646172.1 2.08e-223 1391654 Pseudomonadati Myxococcota MBQ3906581.1 MBQ3906581.1 5.08e-319 1898203 Bacillati Bacillota WP_060137083.1 WP_060137083.1 9.19e-144 1503055 Pseudomonadati Pseudomonadota XP_047334060.1 XP_047334060.1 0.0 253017 Viridiplantae Streptophyta XP_047334060.1 XP_043377824.1 1.62e-48 8469 Metazoa Chordata XP_047334060.1 XP_046441060.1 1.06e-26 6669 Metazoa Arthropoda XP_047334060.1 XP_020321477.1 2.70e-25 8019 Metazoa Chordata XP_047334060.1 XP_019384620.1 4.75e-20 8502 Metazoa Chordata XP_047334060.1 KAI9912466.1 1.28e-08 230839 0 Oomycota AWW49543.1 AWW49543.1 5.07e-270 2527775 Pseudomonadati Pseudomonadota AWW49543.1 WP_143169250.1 1.15e-86 N/A N/A WP_130528929.1 WP_130528929.1 0.0 28197 Pseudomonadati Campylobacterota WP_130528929.1 WP_113544184.1 1.16e-135 384 Pseudomonadati Pseudomonadota WP_130528929.1 TRZ64304.1 3.84e-86 1898103 Pseudomonadati Pseudomonadota WP_130528929.1 MAF07216.1 6.16e-59 1913989;2024893 Pseudomonadati Pseudomonadota EIC6151294.1 EIC6151294.1 9.72e-300 28901 Pseudomonadati Pseudomonadota MCE2507101.1 MCE2507101.1 8.63e-162 2202732 Thermoproteati Nitrososphaerota WP_271268402.1 WP_271268402.1 0.0 2926470 Pseudomonadati Pseudomonadota WP_271268402.1 WP_029364876.1 3.58e-96 562 Pseudomonadati Pseudomonadota MBO6554759.1 MBO6554759.1 0.0 1913961;1915402 Pseudomonadati Pseudomonadota MBO6554759.1 WP_226865765.1 3.75e-35 592978;2883183 0;Bacillati 0;Bacillota MBO6554759.1 WP_278906630.1 1.30e-09 39483 Bacillati Bacillota MBO6554759.1 HID24809.1 3.42e-07 2026779 Pseudomonadati Planctomycetota WP_168738097.1 WP_168738097.1 0.0 634771 Pseudomonadati Bacteroidota WP_168738097.1 MBN9383861.1 3.59e-103 1869212 Pseudomonadati Bacteroidota MBO4925134.1 MBO4925134.1 2.93e-145 2044939 Bacillati Bacillota WP_258700041.1 WP_258700041.1 1.12e-68 196821;2895473 Pseudomonadati Pseudomonadota XP_029728184.1 XP_029728184.1 8.81e-310 N/A N/A WP_263620371.1 WP_263620371.1 2.63e-223 311180 Pseudomonadati Pseudomonadota HAI83337.1 HAI83337.1 2.04e-103 1869212 Pseudomonadati Bacteroidota WP_250015522.1 WP_250015522.1 6.66e-291 2653189 Bacillati Cyanobacteriota WP_250015522.1 PAW68992.1 6.97e-63 1982319 Pseudomonadati Verrucomicrobiota WP_250015522.1 MBW4662439.1 1.63e-49 904376 Bacillati Cyanobacteriota WP_250015522.1 WP_179156843.1 3.49e-47 2737049 Bacillati Bacillota WP_250015522.1 WP_064802002.1 1.44e-40 190721 Pseudomonadati Pseudomonadota WP_250015522.1 WP_270430070.1 2.05e-39 544645 Pseudomonadati Bacteroidota WP_250015522.1 WP_090419626.1 2.31e-32 547;1566258 Pseudomonadati Pseudomonadota WP_250015522.1 WP_210167953.1 1.13e-30 N/A N/A MCC6600438.1 MCC6600438.1 0.0 2026728 Pseudomonadati Bacteroidota MCC6600438.1 WP_119344914.1 8.91e-07 2219058 Pseudomonadati Pseudomonadota MBR3944831.1 MBR3944831.1 0.0 1872421 Pseudomonadati Verrucomicrobiota MBQ6224848.1 MBQ6224848.1 0.0 2212467 Pseudomonadati Bacteroidota AHK62764.1 AHK62764.1 4.45e-158 1470337 Metazoa Arthropoda AHK62764.1 AVM35379.1 2.63e-121 1770638 Metazoa Arthropoda AHK62764.1 QUQ06080.1 1.49e-119 1719401 Metazoa Mollusca AHK62764.1 AWS34156.1 9.99e-118 408114 Metazoa Arthropoda AHK62764.1 ADJ35581.1 1.03e-117 876003 Metazoa Annelida AHK62764.1 ADW49125.1 1.77e-116 1417353 Metazoa Arthropoda AHK62764.1 AFA24308.1 1.06e-115 1097956 Metazoa Arthropoda AHK62764.1 ABQ63546.1 8.77e-114 166263 Metazoa Chordata AHK62764.1 AFA09475.1 1.60e-113 705192 Metazoa Arthropoda AHK62764.1 QUA05739.1 1.18e-112 988006 Metazoa Arthropoda AHK62764.1 AAX94106.1 6.66e-109 324009 Metazoa Arthropoda AHK62764.1 AOR13807.1 2.82e-103 1881782 Metazoa Arthropoda AHK62764.1 AMA90994.1 7.80e-103 1474269;2542237 Metazoa Arthropoda AHK62764.1 UZF38514.1 8.27e-100 2976471 Metazoa Arthropoda AHK62764.1 AKT58828.1 5.39e-98 1687857 Metazoa Arthropoda AHK62764.1 AOQ89457.1 3.90e-96 1881751 Metazoa Arthropoda AHK62764.1 AXZ65741.1 4.04e-96 2242446 Metazoa Arthropoda AHK62764.1 AGI15931.1 5.25e-96 52396 Metazoa Mollusca AHK62764.1 AKA56406.1 3.30e-90 1622492;1669417;1881785;2088599 Metazoa Arthropoda AHK62764.1 AHH30646.1 1.29e-81 1452501 Metazoa Arthropoda AHK62764.1 ACE88666.1 2.49e-78 13139 Metazoa Arthropoda AHK62764.1 APC24336.1 1.20e-51 597926 Metazoa Arthropoda KAG6815834.1 KAG6815834.1 1.75e-264 2724996 Fungi Basidiomycota MBS1237631.1 MBS1237631.1 4.96e-183 2026735 Pseudomonadati Myxococcota MBC8287102.1 MBC8287102.1 7.84e-110 2026769;2358456 Pseudomonadati Nitrospinota WP_147710924.1 WP_147710924.1 1.88e-186 2603893 Pseudomonadati Pseudomonadota WP_147098622.1 WP_147098622.1 4.44e-167 1926625 Pseudomonadati Bacteroidota OPJ85369.1 OPJ85369.1 7.48e-78 372326 Metazoa Chordata AOM87821.1 AOM87821.1 2.89e-234 470 Pseudomonadati Pseudomonadota EFI9116993.1 EFI9116993.1 7.29e-86 562 Pseudomonadati Pseudomonadota WP_133874384.1 WP_133874384.1 4.11e-235 52695 Bacillati Actinomycetota WP_133874384.1 WP_073505727.1 1.65e-86 61015 Bacillati Bacillota WP_133874384.1 WP_164767343.1 6.33e-41 2496733 Pseudomonadati Pseudomonadota WP_133874384.1 WP_051669385.1 2.65e-21 360054 Pseudomonadati Acidobacteriota WP_133874384.1 TML70651.1 3.71e-14 2900548 Bacillati Actinomycetota MBP6873711.1 MBP6873711.1 1.88e-186 2044939 Bacillati Bacillota WP_236578309.1 WP_236578309.1 3.13e-167 1932 Bacillati Actinomycetota MCS6997039.1 MCS6997039.1 8.45e-293 2906524 Pseudomonadati Pseudomonadota WP_222322625.1 WP_222322625.1 0.0 517719 Pseudomonadati Pseudomonadota WP_222322625.1 WP_218014032.1 2.43e-25 687525 Pseudomonadati Pseudomonadota WP_222322625.1 MBM3534697.1 7.06e-21 1913988 Pseudomonadati Pseudomonadota WP_232235954.1 WP_232235954.1 3.96e-133 N/A N/A OBF96065.1 OBF96065.1 3.32e-249 875328 Bacillati Actinomycetota HAC47786.1 HAC47786.1 2.13e-104 1903071 Pseudomonadati Pseudomonadota PYV42293.1 PYV42293.1 5.12e-171 1978231 Pseudomonadati Acidobacteriota WP_186372554.1 WP_186372554.1 5.14e-313 33889 Bacillati Actinomycetota MBK7761530.1 MBK7761530.1 1.10e-144 2026735 Pseudomonadati Myxococcota WP_099692467.1 WP_099692467.1 2.28e-91 2048253 Bacillati Bacillota WP_227414037.1 WP_227414037.1 1.99e-48 2779583 Pseudomonadati Pseudomonadota OLC60889.1 OLC60889.1 1.95e-102 1805361 0 Candidatus Rokuibacteriota MCM8792278.1 MCM8792278.1 3.90e-225 2035772 Pseudomonadati Candidatus Omnitrophota MCM8792278.1 MBC8384723.1 4.48e-88 2030808 Pseudomonadati Candidatus Cloacimonadota MCM8792278.1 NNF43866.1 1.17e-62 2052180 Pseudomonadati Planctomycetota CAI9728293.1 CAI9728293.1 1.72e-62 6645 Metazoa Mollusca KAG8587293.1 KAG8587293.1 0.0 76066 Metazoa Chordata MOY95459.1 MOY95459.1 8.69e-72 3052230 Orthornavirae Kitrinoviricota MOY95459.1 AST39768.1 1.62e-49 3052230 Orthornavirae Kitrinoviricota MOY95459.1 AMA13662.1 6.05e-49 3052230 Orthornavirae Kitrinoviricota MOY95459.1 MOY61908.1 4.70e-40 3052230 Orthornavirae Kitrinoviricota GGK29005.1 GGK29005.1 4.25e-199 690164 Pseudomonadati Pseudomonadota GGK29005.1 WP_203021165.1 2.71e-10 379;1368430 Pseudomonadati Pseudomonadota MCQ2641798.1 MCQ2641798.1 2.78e-235 210 Pseudomonadati Campylobacterota MCD5879085.1 MCD5879085.1 1.32e-134 573 Pseudomonadati Pseudomonadota MCD5879085.1 WP_103270848.1 1.24e-37 2;470 0;Pseudomonadati 0;Pseudomonadota HDQ08114.1 HDQ08114.1 3.46e-218 90427 Methanobacteriati Methanobacteriota XP_052062472.1 XP_052062472.1 2.49e-171 6549 Metazoa Mollusca MCB1594269.1 MCB1594269.1 1.56e-111 2006849 Pseudomonadati Pseudomonadota WP_089820066.1 WP_089820066.1 2.08e-120 631455 Pseudomonadati Bacteroidota WP_089820066.1 WP_196074572.1 2.06e-36 469;470 Pseudomonadati Pseudomonadota WP_174736260.1 WP_174736260.1 1.75e-99 469;1530123 Pseudomonadati Pseudomonadota WP_245086788.1 WP_245086788.1 9.36e-237 210 Pseudomonadati Campylobacterota WP_245086788.1 WP_003067788.1 1.34e-21 1335;525379 Bacillati Bacillota WP_132993058.1 WP_132993058.1 3.39e-284 2597659 Bacillati Actinomycetota WP_262152891.1 WP_262152891.1 1.08e-51 562 Pseudomonadati Pseudomonadota MBA2391527.1 MBA2391527.1 0.0 2740538 Bacillati Chloroflexota HCG88012.1 HCG88012.1 0.0 28108 Pseudomonadati Pseudomonadota HCG88012.1 WP_101662518.1 3.21e-49 2053728 Bacillati Bacillota HCG88012.1 WP_044772468.1 1.25e-43 1307 Bacillati Bacillota HCG88012.1 OMF24356.1 8.66e-42 1920423 Bacillati Bacillota HCG88012.1 KAG0922869.1 3.67e-27 64495 Fungi Mucoromycota HCG88012.1 OHA02323.1 2.65e-11 1802272 0 Candidatus Sungiibacteriota KAF5949235.1 KAF5949235.1 6.32e-98 4442 Viridiplantae Streptophyta WP_026861651.1 WP_026861651.1 2.12e-236 431675 Pseudomonadati Pseudomonadota WP_075011186.1 WP_075011186.1 4.36e-117 40;41;83460 Pseudomonadati Myxococcota WP_205336461.1 WP_205336461.1 2.40e-166 2811422 Pseudomonadati Pseudomonadota POC21689.1 POC21689.1 2.27e-73 672 Pseudomonadati Pseudomonadota WP_017172025.1 WP_017172025.1 3.43e-263 1985254 Pseudomonadati Pseudomonadota WP_157783106.1 WP_157783106.1 5.84e-141 317 Pseudomonadati Pseudomonadota MBH39527.1 MBH39527.1 5.03e-56 2026724 Bacillati Chloroflexota MBH39527.1 WP_228049692.1 3.02e-11 N/A N/A MBP0444593.1 MBP0444593.1 2.89e-27 2820812 Pseudomonadati Pseudomonadota XP_040637648.1 XP_040637648.1 3.25e-270 1388766 Fungi Ascomycota CUQ45908.1 CUQ45908.1 5.14e-83 29363 Bacillati Bacillota KAB1930676.1 KAB1930676.1 0.0 1458665 Bacillati Actinomycetota WP_063393100.1 WP_063393100.1 0.0 105219 Pseudomonadati Pseudomonadota XP_053174626.1 XP_053174626.1 0.0 13676 Metazoa Chordata XP_053174626.1 XP_052609093.1 2.66e-279 564181 Metazoa Chordata XP_053174626.1 KAI4536634.1 8.32e-40 230172 Metazoa Chordata MBY7869037.1 MBY7869037.1 0.0 676 Pseudomonadati Pseudomonadota MBY7869037.1 WP_047430984.1 1.02e-219 1561068 Pseudomonadati Pseudomonadota MBY7869037.1 HAV1793262.1 1.86e-29 299766 Pseudomonadati Pseudomonadota MBY7869037.1 WP_250464711.1 5.40e-27 2933965 Pseudomonadati Pseudomonadota MBY7869037.1 WP_264248212.1 5.17e-05 28450 Pseudomonadati Pseudomonadota MXW19700.1 MXW19700.1 0.0 1913989 Pseudomonadati Pseudomonadota MXW19700.1 MCE2873365.1 1.03e-99 2006849 Pseudomonadati Pseudomonadota MXW19700.1 HAJ30683.1 5.41e-24 1913989 Pseudomonadati Pseudomonadota MXW19700.1 MBX9747080.1 1.11e-12 2026748 Pseudomonadati Pseudomonadota XP_006969978.1 XP_006969978.1 1.71e-247 431241;1344414 Fungi Ascomycota XP_006969978.1 XP_020321477.1 2.46e-28 8019 Metazoa Chordata XP_006969978.1 XP_046441060.1 1.73e-26 6669 Metazoa Arthropoda XP_006969978.1 WP_223752944.1 5.05e-07 N/A N/A WP_249991478.1 WP_249991478.1 4.35e-224 747 Pseudomonadati Pseudomonadota WP_249991478.1 EIU6828535.1 9.96e-45 670 Pseudomonadati Pseudomonadota WP_249991478.1 PPR79666.1 7.86e-44 2013066 Pseudomonadati Pseudomonadota WP_249991478.1 EAP5059555.1 1.42e-40 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota WP_249991478.1 AGL88086.1 1.41e-36 767453 Bacillati Bacillota WP_249991478.1 WP_110066977.1 1.07e-30 665099 Bacillati Bacillota WP_249991478.1 WP_097346712.1 2.38e-24 562 Pseudomonadati Pseudomonadota WP_249991478.1 WP_158131988.1 7.87e-24 549 Pseudomonadati Pseudomonadota WP_077989166.1 WP_077989166.1 1.57e-267 1535245;2613769 Pseudomonadati Pseudomonadota WP_238286377.1 WP_238286377.1 0.0 1544861 Pseudomonadati Pseudomonadota MBQ6476844.1 MBQ6476844.1 1.28e-92 1903720 Bacillati Bacillota OCT99299.1 OCT99299.1 5.18e-150 8355 Metazoa Chordata WP_131252095.1 WP_131252095.1 1.16e-292 1428 Bacillati Bacillota HBC43327.1 HBC43327.1 4.82e-97 1153 Bacillati Cyanobacteriota HBC43327.1 TDJ69718.1 3.23e-39 1977087 Pseudomonadati Pseudomonadota MBP7794228.1 MBP7794228.1 2.11e-130 2819258 0 Candidatus Aminicenantota MBT4259674.1 MBT4259674.1 1.16e-252 2024844 Pseudomonadati Nitrospinota MBT4259674.1 EAN4724137.1 4.26e-98 28901 Pseudomonadati Pseudomonadota MBT4259674.1 WP_224255409.1 7.82e-96 1134687 Pseudomonadati Pseudomonadota MBT4259674.1 XP_018682766.1 8.61e-48 N/A N/A MCP5487798.1 MCP5487798.1 2.14e-57 2026799 Pseudomonadati Verrucomicrobiota XP_052321142.1 XP_052321142.1 2.65e-159 8018 Metazoa Chordata HAJ13960.1 HAJ13960.1 7.91e-114 1871071 Pseudomonadati Pseudomonadota HAJ13960.1 WP_135028221.1 2.79e-07 384602 Bacillati Actinomycetota KTC18574.1 KTC18574.1 0.0 1198318 Pseudomonadati Pseudomonadota KTC18574.1 WP_107723967.1 5.13e-102 482 Pseudomonadati Pseudomonadota MSX81993.1 MSX81993.1 0.0 2900548 Bacillati Actinomycetota WP_172892835.1 WP_172892835.1 1.64e-89 N/A N/A RMP47417.1 RMP47417.1 9.35e-264 53707 Pseudomonadati Pseudomonadota WP_076195104.1 WP_076195104.1 5.54e-228 1834154 Bacillati Actinomycetota WP_278448552.1 WP_278448552.1 6.01e-64 54736 Pseudomonadati Pseudomonadota MBU1163645.1 MBU1163645.1 4.67e-148 1977087 Pseudomonadati Pseudomonadota WP_178943877.1 WP_178943877.1 0.0 N/A N/A WP_100963785.1 WP_100963785.1 6.96e-103 2065382 Pseudomonadati Pseudomonadota WP_048427321.1 WP_048427321.1 2.64e-152 1775910 Pseudomonadati Pseudomonadota WP_048427321.1 WP_014286324.1 8.19e-20 911045 Pseudomonadati Pseudomonadota WP_048427321.1 WP_234080888.1 1.02e-15 334852 Pseudomonadati Pseudomonadota WP_048427321.1 WP_192558464.1 1.48e-07 2774460 Pseudomonadati Pseudomonadota WP_048427321.1 ANP72927.1 2.44e-06 670052 Bacillati Actinomycetota WP_007337172.1 WP_007337172.1 1.05e-98 265606;993516 Pseudomonadati Planctomycetota WP_007337172.1 ROW03190.1 3.81e-10 1230097 Fungi Ascomycota WP_007337172.1 GIY33458.1 1.34e-07 1538125 Metazoa Arthropoda WP_283107263.1 WP_283107263.1 0.0 N/A N/A WP_283107263.1 WP_017718577.1 1.83e-99 331992 Bacillati Cyanobacteriota WP_283107263.1 NRF69152.1 1.46e-98 2732868 Pseudomonadati Pseudomonadota WP_283107263.1 WP_058504615.1 3.79e-98 45070 Pseudomonadati Pseudomonadota WP_283107263.1 MBT7163208.1 1.12e-62 2212475 Pseudomonadati Lentisphaerota WP_283107263.1 WP_203339841.1 1.45e-45 2782551 Bacillati Bacillota WP_283107263.1 RYD39969.1 3.36e-29 2026800 Pseudomonadati Verrucomicrobiota WP_283107263.1 WP_121975536.1 1.43e-28 2126983 Pseudomonadati Pseudomonadota WP_283107263.1 EEC9022132.1 4.48e-27 562 Pseudomonadati Pseudomonadota WP_283107263.1 WP_029222463.1 1.17e-18 29497;617147;617148 Pseudomonadati Pseudomonadota WP_268276024.1 WP_268276024.1 8.42e-60 483913 Bacillati Bacillota WP_268276024.1 MBQ7587638.1 6.10e-25 1898203 Bacillati Bacillota WP_268276024.1 HIZ10317.1 3.89e-23 2838503 Bacillati Bacillota UCH34204.1 UCH34204.1 5.37e-105 2033014 Bacillati Armatimonadota WP_100461895.1 WP_100461895.1 0.0 40324;2045214 Pseudomonadati Pseudomonadota WP_100461895.1 WP_057201184.1 3.07e-69 1736492 Pseudomonadati Pseudomonadota WP_100461895.1 WP_257689765.1 1.59e-63 644 Pseudomonadati Pseudomonadota WP_100461895.1 MBO7941816.1 3.52e-61 486010 Bacillati Actinomycetota WP_100461895.1 WP_033603452.1 3.29e-20 210 Pseudomonadati Campylobacterota NNE21990.1 NNE21990.1 0.0 1909294 Pseudomonadati Pseudomonadota CAG1014836.1 CAG1014836.1 2.32e-118 2030806 Pseudomonadati Pseudomonadota HEY60602.1 HEY60602.1 1.14e-87 2052143 Bacillati Chloroflexota MBL6847974.1 MBL6847974.1 2.70e-286 1913988 Pseudomonadati Pseudomonadota MBL6847974.1 WP_055337992.1 2.95e-98 305 Pseudomonadati Pseudomonadota MBL6847974.1 WP_019444443.1 1.59e-87 29459 Pseudomonadati Pseudomonadota MBL6847974.1 WP_019585553.1 2.20e-58 309886 Thermotogati Deinococcota MBL6847974.1 UCF78466.1 5.16e-52 2212470 0 Candidatus Eiseniibacteriota MBL6847974.1 MCH8312862.1 2.73e-31 2026769 Pseudomonadati Nitrospinota MBL6847974.1 WP_000576638.1 6.91e-18 470;1310618 Pseudomonadati Pseudomonadota MBW2293111.1 MBW2293111.1 1.75e-65 2026735 Pseudomonadati Myxococcota WP_035154071.1 WP_035154071.1 3.95e-93 1337936 Bacillati Cyanobacteriota WP_015167170.1 WP_015167170.1 0.0 1173263;3687901 Bacillati Cyanobacteriota WP_015167170.1 WP_270453521.1 9.10e-62 2778430 Bacillati Bacillota WP_015167170.1 HDC92778.1 2.15e-44 2053493 0 Candidatus Bipolaricaulota WP_015167170.1 NOY97419.1 1.65e-29 2268192 Pseudomonadati Chlorobiota WP_015167170.1 WP_278982769.1 2.97e-26 40545 Pseudomonadati Pseudomonadota XP_032818145.1 XP_032818145.1 5.90e-146 7757 Metazoa Chordata WP_107851562.1 WP_107851562.1 2.58e-116 2059724 Pseudomonadati Pseudomonadota KAH8969015.1 KAH8969015.1 0.0 53036 Viridiplantae Streptophyta KAH8969015.1 NEO63080.1 4.41e-89 2607820 Bacillati Cyanobacteriota KAH8969015.1 WP_247072383.1 2.35e-66 1664069 Bacillati Bacillota KAH8969015.1 PZR90627.1 4.72e-58 3127016 Bacillati Candidatus Dormiibacterota PIT67883.1 PIT67883.1 2.42e-74 85701 Pseudomonadati Pseudomonadota MCT7963129.1 MCT7963129.1 6.25e-43 2953684;2976350 Bacillati Cyanobacteriota NWG07731.1 NWG07731.1 1.37e-89 2026724 Bacillati Chloroflexota MAX51409.1 MAX51409.1 5.00e-114 2024840 Pseudomonadati Pseudomonadota SPZ45747.1 SPZ45747.1 7.30e-311 703 Pseudomonadati Pseudomonadota MCL4144983.1 MCL4144983.1 4.33e-62 82763 Metazoa Arthropoda MCL4144983.1 TMQ04701.1 1.52e-08 2026735 Pseudomonadati Myxococcota MCL4144983.1 WP_167959909.1 1.31e-07 2715212 Pseudomonadati Bacteroidota MCL4144983.1 WP_200941876.1 1.81e-07 N/A N/A NBS68005.1 NBS68005.1 3.93e-63 1869227 0 0 MBP6400846.1 MBP6400846.1 4.56e-138 1971605 Bacillati Bacillota MBP6400846.1 MBN2427654.1 9.58e-78 2026735 Pseudomonadati Myxococcota MBP6400846.1 WP_010016619.1 7.01e-26 1229756;1607839;3016637 Bacillati Bacillota MBP6400846.1 WP_274976404.1 1.42e-15 3061629 Bacillati Actinomycetota MBP6400846.1 MBP9771519.1 6.80e-14 2053589 Bacillati Minisyncoccota MBQ1990346.1 MBQ1990346.1 1.97e-176 2049048 Pseudomonadati Bacteroidota XP_039284787.1 XP_039284787.1 5.73e-102 108931 Metazoa Arthropoda MBA4865741.1 MBA4865741.1 2.26e-193 2758039 Bacillati Actinomycetota WP_070955303.1 WP_070955303.1 0.0 1613 Bacillati Bacillota WP_070955303.1 KWZ83306.1 1.21e-189 1398 Bacillati Bacillota XP_018957721.2 XP_018957721.2 0.0 7962 Metazoa Chordata XP_018957721.2 KAJ4922108.1 1.38e-16 1090488 Metazoa Chordata WP_042648904.1 WP_042648904.1 2.58e-192 642;647;651;948519 Pseudomonadati Pseudomonadota WP_042648904.1 MBK8326393.1 5.57e-91 1889775 Pseudomonadati Pseudomonadota WP_042648904.1 WP_086236254.1 9.98e-69 3161138 Pseudomonadati Campylobacterota WP_042648904.1 NKB40192.1 2.57e-62 1967498 Bacillati Actinomycetota PIR97932.1 PIR97932.1 1.37e-68 1974540 0 Candidatus Colwelliibacteriota XP_041378246.1 XP_041378246.1 1.67e-231 1735272 Metazoa Mollusca WP_034002239.1 WP_034002239.1 0.0 287 Pseudomonadati Pseudomonadota WP_034002239.1 WP_278498266.1 2.38e-84 470934 Pseudomonadati Pseudomonadota WP_034002239.1 WP_187788315.1 1.78e-70 2614656 Pseudomonadati Pseudomonadota WP_034002239.1 WP_030096092.1 1.56e-63 1774 Bacillati Actinomycetota WP_034002239.1 HAV5500596.1 5.44e-55 470 Pseudomonadati Pseudomonadota KAF9922452.1 KAF9922452.1 0.0 979765 Fungi Mortierellomycota EDH4057100.1 EDH4057100.1 3.64e-279 149388 Pseudomonadati Pseudomonadota EDH4057100.1 MCP1651746.1 1.55e-99 46680 Pseudomonadati Pseudomonadota EDH4057100.1 WP_074825075.1 6.20e-96 82985;1122977 Pseudomonadati Pseudomonadota EDH4057100.1 WP_004619799.1 8.08e-87 75;78;1292034 Pseudomonadati Pseudomonadota EDH4057100.1 GAN03156.1 9.35e-76 91626 Fungi Mucoromycota EDH4057100.1 MBA2536487.1 2.56e-67 2900548 Bacillati Actinomycetota EDH4057100.1 XP_040685867.1 2.48e-63 5066;1073089 Fungi Ascomycota EDH4057100.1 WP_277084622.1 6.19e-63 2606630 Bacillati Bacillota EDH4057100.1 WP_083141943.1 1.72e-61 39692 Bacillati Actinomycetota EDH4057100.1 WP_078429679.1 7.65e-61 427920 Bacillati Bacillota WP_018431719.1 WP_018431719.1 6.02e-313 1822464;2654982;2782701 Pseudomonadati Pseudomonadota WP_018431719.1 AGS31853.1 4.75e-23 1350487 Metazoa Arthropoda WP_018431719.1 ABB86219.1 3.62e-06 169388 Fungi Ascomycota WP_152190814.1 WP_152190814.1 1.26e-123 860221 Bacillati Actinomycetota WP_152190814.1 WP_205541900.1 2.38e-09 2108399 Pseudomonadati Pseudomonadota WP_233284074.1 WP_233284074.1 1.79e-94 43767 Bacillati Actinomycetota MBO9514898.1 MBO9514898.1 6.60e-196 1871043 Pseudomonadati Pseudomonadota MCH6550914.1 MCH6550914.1 5.70e-247 2026780 Pseudomonadati Planctomycetota MCH6550914.1 MBG83645.1 3.22e-65 2026778 Pseudomonadati Planctomycetota MOO35077.1 MOO35077.1 3.28e-08 9606 Metazoa Chordata WP_156140069.1 WP_156140069.1 0.0 642 Pseudomonadati Pseudomonadota WP_156140069.1 WP_104456122.1 1.38e-17 1636607 Pseudomonadati Pseudomonadota WP_156140069.1 WP_128786583.1 1.56e-15 2485123 Pseudomonadati Pseudomonadota WP_156140069.1 WP_025739406.1 1.33e-13 1510206 Pseudomonadati Pseudomonadota WP_156140069.1 WP_269572442.1 2.19e-13 N/A N/A WP_156140069.1 WP_271340374.1 6.64e-13 N/A N/A WP_156140069.1 MCI8311254.1 1.41e-06 1898203 Bacillati Bacillota WP_200629424.1 WP_200629424.1 1.27e-232 74829 Pseudomonadati Pseudomonadota WP_200629424.1 WP_258613669.1 1.37e-07 2895474 Pseudomonadati Pseudomonadota KAI9565065.1 KAI9565065.1 3.04e-149 1820382 Metazoa Arthropoda MBN2399180.1 MBN2399180.1 0.0 2052149 0 Candidatus Aminicenantota MBN2399180.1 WP_266727676.1 4.21e-113 2975678 Bacillati Actinomycetota WP_091227077.1 WP_091227077.1 1.84e-32 861269 Bacillati Actinomycetota WP_218795152.1 WP_218795152.1 6.65e-75 562 Pseudomonadati Pseudomonadota MBK6411085.1 MBK6411085.1 2.57e-150 2021391 Pseudomonadati Bacteroidota NQW84129.1 NQW84129.1 0.0 2021368 Pseudomonadati Pseudomonadota NQW84129.1 WP_068051662.1 8.07e-38 1834147 Bacillati Actinomycetota NQW84129.1 WP_254101325.1 8.96e-18 2961944 Pseudomonadati Pseudomonadota NQW84129.1 MBF2759673.1 4.34e-10 1725326 Pseudomonadati Pseudomonadota MBW7837788.1 MBW7837788.1 2.36e-166 1978525 Pseudomonadati Pseudomonadota MCK4337579.1 MCK4337579.1 1.40e-86 2052149 0 Candidatus Aminicenantota WP_087686007.1 WP_087686007.1 4.13e-197 197 Pseudomonadati Campylobacterota EAR7791084.1 EAR7791084.1 1.47e-316 28901 Pseudomonadati Pseudomonadota KAG7278336.1 KAG7278336.1 5.14e-74 163118 Metazoa Chordata WP_200669895.1 WP_200669895.1 1.27e-282 29378 Bacillati Bacillota WP_272925939.1 WP_272925939.1 2.01e-92 N/A N/A GJM01403.1 GJM01403.1 0.0 2033133 Pseudomonadati Pseudomonadota TNN49994.1 TNN49994.1 3.24e-66 230148 Metazoa Chordata KAI5724218.1 KAI5724218.1 1.97e-263 121845 Metazoa Arthropoda ECG2575758.1 ECG2575758.1 0.0 358771 Pseudomonadati Pseudomonadota WP_043548763.1 WP_043548763.1 5.84e-302 1532557 Pseudomonadati Pseudomonadota WP_043548763.1 MBT4160670.1 1.01e-109 1913989 Pseudomonadati Pseudomonadota WP_043548763.1 WP_122896374.1 3.44e-62 2483800 Bacillati Bacillota WP_043548763.1 WP_168565867.1 4.53e-58 2724528 Pseudomonadati Planctomycetota EDF9697826.1 EDF9697826.1 7.06e-134 192955 Pseudomonadati Pseudomonadota WP_028046854.1 WP_028046854.1 0.0 1380354 Bacillati Actinomycetota WP_028046854.1 WP_011739125.1 2.47e-44 1809;362242 Bacillati Actinomycetota WP_028046854.1 WP_187918914.1 8.88e-29 210 Pseudomonadati Campylobacterota AYX54788.1 AYX54788.1 1.30e-40 11676 Pararnavirae Artverviricota WP_198907334.1 WP_198907334.1 1.64e-245 90105;2956786 Pseudomonadati Pseudomonadota WP_198907334.1 WP_063427392.1 1.35e-30 550;69219 Pseudomonadati Pseudomonadota WP_198907334.1 MBQ1311177.1 2.93e-27 1955243 Bacillati Bacillota WP_218203447.1 WP_218203447.1 6.45e-114 1894 Bacillati Actinomycetota GJH02859.1 GJH02859.1 2.69e-188 311230 Pseudomonadati Pseudomonadota WP_149651389.1 WP_149651389.1 9.72e-82 2970906 Pseudomonadati Pseudomonadota QIE41101.1 QIE41101.1 3.52e-110 2745590 Pseudomonadati Pseudomonadota RLB79053.1 RLB79053.1 0.0 2026735 Pseudomonadati Myxococcota EAD1341741.1 EAD1341741.1 0.0 1639 Bacillati Bacillota MBN9324306.1 MBN9324306.1 2.97e-108 80866 Pseudomonadati Pseudomonadota MBN9324306.1 WP_246003214.1 1.73e-08 228006 Bacillati Actinomycetota MCO5064371.1 MCO5064371.1 1.26e-188 1913961 Pseudomonadati Pseudomonadota MCO5064371.1 MBG9445742.1 5.54e-33 1399 Bacillati Bacillota MCO5064371.1 WP_041580422.1 4.14e-32 666686 Bacillati Bacillota MCO5064371.1 WP_012568269.1 7.69e-20 34018;414684 Pseudomonadati Pseudomonadota MCO5064371.1 WP_035102910.1 2.62e-11 1502724 Pseudomonadati Pseudomonadota WP_184718542.1 WP_184718542.1 3.51e-122 1706840 Bacillati Actinomycetota WP_189700210.1 WP_189700210.1 9.07e-122 42881 Bacillati Actinomycetota WP_067799544.1 WP_067799544.1 2.39e-133 95162 Bacillati Actinomycetota WP_089269927.1 WP_089269927.1 9.76e-196 1608407 Pseudomonadati Pseudomonadota WP_089269927.1 GLI99474.1 7.83e-27 3018973 Pseudomonadati Pseudomonadota WP_089269927.1 OWA15278.1 6.55e-17 1982764 Bacillati Actinomycetota TQJ11194.1 TQJ11194.1 4.14e-239 236068 Bacillati Actinomycetota TQJ11194.1 WP_205833587.1 9.04e-33 2813779 Pseudomonadati Pseudomonadota EFL5817307.1 EFL5817307.1 3.32e-265 562 Pseudomonadati Pseudomonadota EFL5817307.1 EIH4263652.1 3.84e-252 562 Pseudomonadati Pseudomonadota EFL5817307.1 EFN5389376.1 3.33e-185 562 Pseudomonadati Pseudomonadota EFL5817307.1 EJW7579374.1 1.47e-125 562 Pseudomonadati Pseudomonadota EFL5817307.1 KDT27382.1 1.80e-109 1444056 Pseudomonadati Pseudomonadota EFL5817307.1 EFL3122059.1 1.44e-104 562 Pseudomonadati Pseudomonadota EFL5817307.1 HAN0352225.1 5.07e-87 562 Pseudomonadati Pseudomonadota EFL5817307.1 EFI7849450.1 3.06e-45 562 Pseudomonadati Pseudomonadota EFL5817307.1 EER8306359.1 8.70e-10 562 Pseudomonadati Pseudomonadota WP_272770862.1 WP_272770862.1 2.11e-135 2984199 Pseudomonadati Pseudomonadota WP_024525698.1 WP_024525698.1 0.0 1580 Bacillati Bacillota MBT8283357.1 MBT8283357.1 1.45e-244 2020856 Pseudomonadati Bacteroidota KPA62791.1 KPA62791.1 8.87e-43 1307 Bacillati Bacillota KPA62791.1 WP_120171324.1 3.20e-36 1917441 Bacillati Bacillota WP_236270941.1 WP_236270941.1 8.24e-41 654 Pseudomonadati Pseudomonadota UBA80202.1 UBA80202.1 2.76e-171 2697049 Orthornavirae Pisuviricota UBA80202.1 UGY43725.1 4.25e-168 2697049 Orthornavirae Pisuviricota UBA80202.1 UYE59123.1 2.93e-165 2697049 Orthornavirae Pisuviricota MBQ4557037.1 MBQ4557037.1 0.0 2044939 Bacillati Bacillota XP_003073356.1 XP_003073356.1 0.0 58839;876142 Fungi Microsporidia WP_062950599.1 WP_062950599.1 1.33e-197 168935 Pseudomonadati Pseudomonadota WP_160680844.1 WP_160680844.1 1.57e-50 2698831 Bacillati Bacillota WP_052271161.1 WP_052271161.1 0.0 1690502 Pseudomonadati Pseudomonadota XP_038788914.1 XP_038788914.1 1.39e-195 1187904 Fungi Ascomycota WP_277108398.1 WP_277108398.1 0.0 562 Pseudomonadati Pseudomonadota WP_277108398.1 KAA1446899.1 7.06e-59 562 Pseudomonadati Pseudomonadota WP_244311009.1 WP_244311009.1 1.10e-308 699041 Bacillati Actinomycetota WP_244311009.1 WP_280938002.1 1.40e-170 1480694 Pseudomonadati Spirochaetota WP_244311009.1 CAH1968295.1 1.21e-25 200917 Metazoa Arthropoda WP_244311009.1 MBO0787136.1 1.27e-11 2900548 Bacillati Actinomycetota MBK9059381.1 MBK9059381.1 1.64e-118 2021391 Pseudomonadati Bacteroidota EKX78645.1 EKX78645.1 4.27e-58 1491;1232188;1302425 Bacillati Bacillota WP_020913025.1 WP_020913025.1 4.00e-209 225849;404011 Pseudomonadati Pseudomonadota WP_020913025.1 MBI3461834.1 2.05e-131 2026780 Pseudomonadati Planctomycetota WP_020913025.1 KAF1538674.1 1.05e-130 57240 Metazoa Chordata WP_020913025.1 NEQ48723.1 2.27e-115 2607780 Bacillati Cyanobacteriota WP_020913025.1 NBQ41256.1 5.37e-106 2448780 Bacillati Actinomycetota WP_020913025.1 OCB46767.1 1.29e-97 39693;547163 Bacillati Actinomycetota WP_281295215.1 WP_281295215.1 0.0 2954237 Bacillati Actinomycetota WP_056438721.1 WP_056438721.1 4.51e-219 1736465;1736547;2648921 Pseudomonadati Pseudomonadota WP_274182085.1 WP_274182085.1 1.24e-157 196024 Pseudomonadati Pseudomonadota MBO9999515.1 MBO9999515.1 0.0 2821504 Bacillati Cyanobacteriota EIC9579770.1 EIC9579770.1 1.79e-295 149539 Pseudomonadati Pseudomonadota EPR30609.1 EPR30609.1 4.01e-305 1121439 Pseudomonadati Thermodesulfobacteriota EPR30609.1 HAR7369715.1 1.20e-113 1280 Bacillati Bacillota EPR30609.1 WP_132517191.1 5.40e-96 2512149 Pseudomonadati Pseudomonadota EPR30609.1 MCQ2156413.1 4.30e-62 2030927 Pseudomonadati Bacteroidota EPR30609.1 MBR4705654.1 5.91e-32 2748031 Pseudomonadati Bacteroidota MZT63759.1 MZT63759.1 5.94e-64 418240 Bacillati Bacillota MCP3872510.1 MCP3872510.1 2.53e-219 2049433 Pseudomonadati Thermodesulfobacteriota MCP3872510.1 WP_208823465.1 4.22e-88 1497615 Pseudomonadati Pseudomonadota MCI7433635.1 MCI7433635.1 1.15e-107 59823 Pseudomonadati Bacteroidota WP_098035768.1 WP_098035768.1 1.67e-232 2042035;2042036;2620435 Bacillati Bacillota WP_181693616.1 WP_181693616.1 3.02e-19 64187 Pseudomonadati Pseudomonadota WP_261589216.1 WP_261589216.1 3.15e-50 N/A N/A GFD62658.1 GFD62658.1 3.36e-35 118510 Viridiplantae Streptophyta BAK08426.1 BAK08426.1 0.0 35085 0 Apicomplexa WP_131977297.1 WP_131977297.1 3.05e-211 2530374 Bacillati Actinomycetota KAI8633010.1 KAI8633010.1 7.42e-115 2614592 Fungi Ascomycota PQE21401.1 PQE21401.1 0.0 2070414 Fungi Ascomycota WP_262917761.1 WP_262917761.1 3.23e-169 N/A N/A NNF58653.1 NNF58653.1 1.39e-142 2026787 Pseudomonadati Rhodothermota NNF58653.1 KOV87872.1 5.10e-46 1519490 Bacillati Actinomycetota MBR9756324.1 MBR9756324.1 1.86e-142 1913989;2758724 Pseudomonadati Pseudomonadota WP_269633767.1 WP_269633767.1 4.02e-270 2976697 Pseudomonadati Pseudomonadota WP_269633767.1 RKT82586.1 7.07e-15 455193 Bacillati Actinomycetota WP_269633767.1 WP_124213670.1 4.43e-10 286;287 Pseudomonadati Pseudomonadota WP_268315162.1 WP_268315162.1 1.48e-181 1925021 Bacillati Bacillota MBN6104449.1 MBN6104449.1 2.36e-127 2810351 Pseudomonadati Pseudomonadota EJJ5352541.1 EJJ5352541.1 9.17e-132 28901 Pseudomonadati Pseudomonadota MBO5696496.1 MBO5696496.1 2.55e-87 1913988 Pseudomonadati Pseudomonadota HHV35141.1 HHV35141.1 1.96e-69 2093811 Bacillati Bacillota XP_017428875.1 XP_017428875.1 4.06e-253 3914;157739 Viridiplantae Streptophyta XP_017428875.1 RZC11235.1 1.16e-14 3848 Viridiplantae Streptophyta SQP19075.1 SQP19075.1 8.46e-42 562 Pseudomonadati Pseudomonadota HAX2015273.1 HAX2015273.1 1.81e-117 562 Pseudomonadati Pseudomonadota WP_088349221.1 WP_088349221.1 3.43e-211 1396 Bacillati Bacillota WP_088349221.1 WP_124978582.1 2.00e-08 1122;1920663;1920664 Bacillati Cyanobacteriota KDQ61317.1 KDQ61317.1 0.0 933084 Fungi Basidiomycota MBQ6004917.1 MBQ6004917.1 3.89e-35 2652289 Bacillati Bacillota MCH9651907.1 MCH9651907.1 6.36e-50 2026735 Pseudomonadati Myxococcota WP_105248459.1 WP_105248459.1 1.90e-239 287 Pseudomonadati Pseudomonadota WP_121285867.1 WP_121285867.1 1.15e-288 287 Pseudomonadati Pseudomonadota WP_125684427.1 WP_125684427.1 7.38e-86 1813;2203198 Bacillati Actinomycetota WP_205215113.1 WP_205215113.1 1.56e-186 1804986 Bacillati Actinomycetota WP_268371125.1 WP_268371125.1 5.18e-26 1452 Bacillati Bacillota EFH5292178.1 EFH5292178.1 0.0 562 Pseudomonadati Pseudomonadota MBR6130424.1 MBR6130424.1 8.70e-194 2030927 Pseudomonadati Bacteroidota EEY3543156.1 EEY3543156.1 0.0 562 Pseudomonadati Pseudomonadota EEY3543156.1 EFQ4765027.1 0.0 28901;90371 Pseudomonadati Pseudomonadota EEY3543156.1 ECI3309320.1 0.0 59201 Pseudomonadati Pseudomonadota EEY3543156.1 EEO7917989.1 0.0 28901 Pseudomonadati Pseudomonadota EEY3543156.1 WP_137512405.1 4.51e-263 562 Pseudomonadati Pseudomonadota EEY3543156.1 EJQ6627878.1 8.54e-249 562 Pseudomonadati Pseudomonadota EEY3543156.1 WP_181865219.1 4.84e-215 562 Pseudomonadati Pseudomonadota EEY3543156.1 WP_154599351.1 1.04e-106 2633465;2675151 Pseudomonadati Pseudomonadota EEY3543156.1 EEV0504409.1 8.59e-71 562 Pseudomonadati Pseudomonadota EEY3543156.1 WP_042959984.1 2.37e-50 562 Pseudomonadati Pseudomonadota RMY06144.1 RMY06144.1 0.0 91943 Fungi Ascomycota WP_034853447.1 WP_034853447.1 3.87e-249 716925;716928 Pseudomonadati Pseudomonadota WP_034853447.1 WP_229253501.1 6.69e-31 32062 Thermotogati Deinococcota WP_270578305.1 WP_270578305.1 9.00e-120 35841 Bacillati Bacillota CAG0978995.1 CAG0978995.1 1.68e-124 2052143 Bacillati Chloroflexota WP_124843803.1 WP_124843803.1 2.92e-266 292 Pseudomonadati Pseudomonadota UOU30556.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UOU30556.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota XP_035366182.1 XP_035366182.1 2.36e-177 45133 Fungi Ascomycota PPS22991.1 PPS22991.1 1.27e-232 84378 Pseudomonadati Spirochaetota WP_141892995.1 WP_141892995.1 1.36e-290 1263636 Bacillati Actinomycetota EEP92076.1 EEP92076.1 6.79e-297 527012 Pseudomonadati Pseudomonadota MBA2447626.1 MBA2447626.1 6.38e-145 2026724 Bacillati Chloroflexota XP_047044137.1 XP_047044137.1 0.0 89674 Viridiplantae Streptophyta MBQ9764712.1 MBQ9764712.1 2.88e-47 1898203 Bacillati Bacillota WP_249769997.1 WP_249769997.1 0.0 2038343 Bacillati Actinomycetota WP_225405726.1 WP_225405726.1 8.77e-211 2872309 Bacillati Actinomycetota WP_207285306.1 WP_207285306.1 0.0 2751316 Pseudomonadati Pseudomonadota XP_031931709.1 XP_031931709.1 0.0 61420;1825620 Fungi Ascomycota BCU97455.1 BCU97455.1 5.83e-51 2832643 Heunggongvirae Uroviricota WP_169537597.1 WP_169537597.1 7.26e-313 72557 Pseudomonadati Pseudomonadota WP_192906080.1 WP_192906080.1 3.44e-49 573 Pseudomonadati Pseudomonadota MCI5211411.1 MCI5211411.1 7.53e-75 2249222 Pseudomonadati Thermodesulfobacteriota HDC92778.1 HDC92778.1 3.52e-318 2053493 0 Candidatus Bipolaricaulota HDC92778.1 NOY97419.1 1.93e-90 2268192 Pseudomonadati Chlorobiota HDC92778.1 WP_015167170.1 3.37e-38 1173263;3687901 Bacillati Cyanobacteriota HDC92778.1 WP_270453521.1 2.39e-33 2778430 Bacillati Bacillota WP_145745914.1 WP_145745914.1 7.94e-107 34072;2496117 Pseudomonadati Pseudomonadota WP_259999572.1 WP_259999572.1 7.90e-255 2867023 Pseudomonadati Pseudomonadota WP_259999572.1 NEO89073.1 1.68e-24 2607837 Bacillati Cyanobacteriota MBO7559822.1 MBO7559822.1 1.55e-29 1913988 Pseudomonadati Pseudomonadota MCH2044272.1 MCH2044272.1 1.61e-172 2202734 Pseudomonadati Bacteroidota WAX22144.1 WAX22144.1 3.87e-126 3003735 Heunggongvirae Uroviricota TMH79857.1 TMH79857.1 3.51e-186 1891241 Pseudomonadati Pseudomonadota RLN04523.1 RLN04523.1 7.99e-171 4540 Viridiplantae Streptophyta MCJ6180240.1 MCJ6180240.1 4.16e-244 573 Pseudomonadati Pseudomonadota MCJ6180240.1 WP_014206161.1 1.17e-67 48296;871585 Pseudomonadati Pseudomonadota TAM59961.1 TAM59961.1 7.48e-142 1883446 Pseudomonadati Pseudomonadota KAJ5544544.1 KAJ5544544.1 0.0 2086405 Fungi Ascomycota MBN4384494.1 MBN4384494.1 6.27e-12 9606 Metazoa Chordata HBN9628875.1 HBN9628875.1 0.0 287 Pseudomonadati Pseudomonadota HBN9628875.1 PYB13830.1 7.77e-83 615 Pseudomonadati Pseudomonadota HBN9628875.1 WP_148836004.1 2.97e-27 2478959 Bacillati Actinomycetota HBN9628875.1 NDJ88951.1 2.78e-21 354243 Bacillati Actinomycetota MCG3136245.1 MCG3136245.1 2.32e-114 2026778 Pseudomonadati Planctomycetota WP_160776805.1 WP_160776805.1 1.89e-174 2692190 Pseudomonadati Pseudomonadota KAI8594425.1 KAI8594425.1 5.73e-48 979620 Fungi Mortierellomycota WP_049005162.1 WP_049005162.1 6.21e-292 550 Pseudomonadati Pseudomonadota WP_049005162.1 WP_245350945.1 3.30e-62 N/A N/A WP_049005162.1 OKH85141.1 5.56e-59 1490484 Bacillati Actinomycetota WP_049005162.1 WP_279293890.1 3.78e-53 N/A N/A WP_049005162.1 WP_133179454.1 3.21e-10 2546446 Pseudomonadati Pseudomonadota WP_049005162.1 MCB1412915.1 7.46e-10 2021379 Pseudomonadati Pseudomonadota WP_254415125.1 WP_254415125.1 0.0 2962858 Bacillati Bacillota XP_017674008.1 XP_017674008.1 0.0 321398 Metazoa Chordata XP_017674008.1 Q9GKS6.1 1.83e-179 9541 Metazoa Chordata EAQ3230686.1 EAQ3230686.1 2.16e-215 28901 Pseudomonadati Pseudomonadota MCI5937295.1 MCI5937295.1 2.14e-44 142586 Bacillati Bacillota WP_127808836.1 WP_127808836.1 0.0 2493681 Pseudomonadati Pseudomonadota MBS3028587.1 MBS3028587.1 2.31e-304 2529119;2704414;2704415;2704416 Bacillati Cyanobacteriota MCQ2831428.1 MCQ2831428.1 0.0 210 Pseudomonadati Campylobacterota MCQ2831428.1 WP_172281536.1 1.00e-57 2715754 Pseudomonadati Bacteroidota MCQ2831428.1 MBI5098096.1 6.77e-07 2026887 Pseudomonadati Nitrospirota MCQ2831428.1 WP_006305873.1 2.08e-06 82203;888060 Bacillati Bacillota WP_233387703.1 WP_233387703.1 6.02e-37 2646786;2906764;2906765 Pseudomonadati Pseudomonadota WP_255193900.1 WP_255193900.1 3.67e-301 2963433 Methanobacteriati Methanobacteriota WP_218429656.1 WP_218429656.1 1.12e-142 2854766 Pseudomonadati Pseudomonadota WP_183267399.1 WP_183267399.1 5.35e-170 1303579 Pseudomonadati Pseudomonadota WP_150951972.1 WP_150951972.1 6.80e-253 N/A N/A MCK5265770.1 MCK5265770.1 8.32e-284 2053491 Promethearchaeati Candidatus Thorarchaeota MCK5265770.1 WP_278088590.1 2.10e-63 450367 Bacillati Bacillota MCK5265770.1 WP_144099812.1 8.39e-28 88431;189330 Bacillati Bacillota MCK5265770.1 MCJ7486393.1 6.19e-27 2052149 0 Candidatus Aminicenantota NEE13244.1 NEE13244.1 1.49e-181 2706086 Bacillati Actinomycetota MBN1491997.1 MBN1491997.1 2.27e-73 2026778 Pseudomonadati Planctomycetota WP_109367919.1 WP_109367919.1 6.04e-92 2448455;2487907;2736662;2826938;3045175;3045176 Pseudomonadati Pseudomonadota EEM48070.1 EEM48070.1 5.54e-114 527027 Bacillati Bacillota WP_250295751.1 WP_250295751.1 0.0 931100 Pseudomonadati Pseudomonadota WP_250295751.1 MBD5306941.1 1.74e-303 29523 Pseudomonadati Bacteroidota MBX3123235.1 MBX3123235.1 1.61e-298 70125 Pseudomonadati Nitrospirota WP_225440164.1 WP_225440164.1 6.82e-317 2267691 Bacillati Actinomycetota WP_283953184.1 WP_283953184.1 3.47e-126 3047874 Bacillati Bacillota PCI03623.1 PCI03623.1 1.60e-187 2026807 Pseudomonadati Pseudomonadota KAF2592864.1 KAF2592864.1 4.28e-162 69181 Viridiplantae Streptophyta WP_032004153.1 WP_032004153.1 8.33e-196 48296;909768;1310681 Pseudomonadati Pseudomonadota WP_032004153.1 TLY75477.1 2.58e-09 1913989 Pseudomonadati Pseudomonadota PKL38269.1 PKL38269.1 2.39e-173 2013829 0 Candidatus Rifleibacteriota MBO7728038.1 MBO7728038.1 0.0 2485925 Bacillati Bacillota MBO7728038.1 WP_204618903.1 2.90e-150 626935 Bacillati Actinomycetota WP_232584446.1 WP_232584446.1 1.83e-203 2023717 Pseudomonadati Pseudomonadota WP_044680588.1 WP_044680588.1 4.65e-239 1307 Bacillati Bacillota XP_046578103.1 XP_046578103.1 0.0 36100 Metazoa Mollusca WP_147313907.1 WP_147313907.1 1.96e-188 2291815 Pseudomonadati Bacteroidota WP_219459964.1 WP_219459964.1 2.29e-260 2665663 Bacillati Actinomycetota XP_044707369.1 XP_044707369.1 1.13e-256 36050 Fungi Ascomycota HBT3283900.1 HBT3283900.1 0.0 548 Pseudomonadati Pseudomonadota HBT3283900.1 WP_279652328.1 1.21e-97 3038772 Pseudomonadati Bacteroidota TCC36519.1 TCC36519.1 4.82e-139 1572660 Bacillati Actinomycetota WP_152465448.1 WP_152465448.1 2.35e-233 2587855 Pseudomonadati Pseudomonadota WP_152465448.1 WP_071455957.1 3.61e-29 2737;519472;2292077 Bacillati Bacillota MBD9190508.1 MBD9190508.1 1.23e-66 100886 Bacillati Bacillota WP_074980016.1 WP_074980016.1 8.88e-47 286;53408;2928708 Pseudomonadati Pseudomonadota WP_171780287.1 WP_171780287.1 1.31e-36 1520 Bacillati Bacillota HBS5718813.1 HBS5718813.1 2.25e-75 548 Pseudomonadati Pseudomonadota XP_035731890.1 XP_035731890.1 0.0 7446 Metazoa Arthropoda PTQ42746.1 PTQ42746.1 0.0 3197;1480154 Viridiplantae Streptophyta KWO58748.1 KWO58748.1 1.85e-62 101571 Pseudomonadati Pseudomonadota WP_213357559.1 WP_213357559.1 2.30e-115 2681469 Pseudomonadati Chlamydiota WP_065138043.1 WP_065138043.1 4.56e-107 1790 Bacillati Actinomycetota WP_065138043.1 WP_186282298.1 6.71e-69 2759956 Bacillati Actinomycetota XP_047095132.1 XP_047095132.1 3.78e-280 89674 Viridiplantae Streptophyta WP_108098468.1 WP_108098468.1 6.31e-234 2135754 Pseudomonadati Pseudomonadota WP_108098468.1 MBR1628375.1 2.99e-34 1898203 Bacillati Bacillota WP_108596398.1 WP_108596398.1 1.52e-291 2080742 Bacillati Actinomycetota WP_108596398.1 WP_114947928.1 1.25e-08 2078013 Pseudomonadati Pseudomonadota WP_169940736.1 WP_169940736.1 0.0 95301 Pseudomonadati Pseudomonadota WP_169940736.1 HAG62657.1 1.04e-87 1871328 Bacillati Actinomycetota WP_169940736.1 WP_037548932.1 4.11e-72 1472720 Bacillati Bacillota WP_169940736.1 KAJ5112313.1 7.74e-50 1131581 Fungi Ascomycota WP_130229163.1 WP_130229163.1 4.37e-219 1571195 Pseudomonadati Pseudomonadota WP_203962627.1 WP_203962627.1 1.44e-98 227318 Bacillati Actinomycetota ATI48360.1 ATI48360.1 1.04e-58 670 Pseudomonadati Pseudomonadota WP_239881445.1 WP_239881445.1 1.40e-289 2681496 Pseudomonadati Pseudomonadota WP_239881445.1 EFU85163.1 1.53e-101 525377 Bacillati Bacillota WP_239881445.1 WP_088527814.1 2.52e-14 1743164 Pseudomonadati Pseudomonadota MBP7096418.1 MBP7096418.1 6.35e-304 2053615 Pseudomonadati Spirochaetota GFD44438.1 GFD44438.1 6.23e-65 118510 Viridiplantae Streptophyta KAG3014872.1 KAG3014872.1 0.0 29920 0 Oomycota MBN9534694.1 MBN9534694.1 2.35e-224 1913988 Pseudomonadati Pseudomonadota MBN9534694.1 SFF07309.1 1.49e-58 684063 Bacillati Bacillota MBN9534694.1 WP_265272113.1 4.52e-57 457945 Bacillati Cyanobacteriota BAD88428.1 BAD88428.1 0.0 203830 Viridiplantae Streptophyta BAD88428.1 AFP82159.1 1.19e-276 493391 Viridiplantae Streptophyta BAD88428.1 USR37329.1 7.57e-126 714473 Viridiplantae Streptophyta RTZ57973.1 RTZ57973.1 0.0 1913989 Pseudomonadati Pseudomonadota MCP5208043.1 MCP5208043.1 4.19e-109 2048971 Pseudomonadati Pseudomonadota MCP5208043.1 WP_023322253.1 1.34e-43 570;573;244366;2267618 Pseudomonadati Pseudomonadota MCP5208043.1 WP_096765790.1 6.23e-35 1196083 Pseudomonadati Pseudomonadota WP_127741063.1 WP_127741063.1 2.57e-183 1979270 Pseudomonadati Pseudomonadota WP_127741063.1 WP_033135619.1 7.00e-14 1543375 Pseudomonadati Pseudomonadota WP_127741063.1 WP_085935883.1 1.41e-09 225324 Pseudomonadati Pseudomonadota WP_025722435.1 WP_025722435.1 7.24e-116 1406 Bacillati Bacillota BDO44729.1 BDO44729.1 0.0 210 Pseudomonadati Campylobacterota EHY7905316.1 EHY7905316.1 7.73e-124 562 Pseudomonadati Pseudomonadota PWU96467.1 PWU96467.1 0.0 5693 0 Euglenozoa WP_256855996.1 WP_256855996.1 1.85e-98 178606 Pseudomonadati Nitrospirota WP_070714099.1 WP_070714099.1 0.0 724;729;1739452 Pseudomonadati Pseudomonadota WP_070714099.1 MBB3008158.1 3.10e-170 942866 Pseudomonadati Pseudomonadota WP_070714099.1 PPU99279.1 1.38e-128 56455 Pseudomonadati Pseudomonadota WP_070714099.1 WP_215493005.1 4.06e-107 2811780 Pseudomonadati Bacteroidota CAB4155648.1 CAB4155648.1 2.01e-72 2100421 Heunggongvirae Uroviricota MBT2971737.1 MBT2971737.1 3.15e-197 1968598;2792791 Pseudomonadati Pseudomonadota MBT2971737.1 WP_009197348.1 6.96e-46 649507;1279009 Pseudomonadati Bacteroidota MBT2971737.1 MBI2621122.1 8.89e-42 2052151 0 Candidatus Levyibacteriota WP_146176256.1 WP_146176256.1 1.45e-243 453584 Pseudomonadati Pseudomonadota WP_146176256.1 WP_237962375.1 4.98e-28 28197 Pseudomonadati Campylobacterota MCH7694635.1 MCH7694635.1 3.62e-50 1977087 Pseudomonadati Pseudomonadota MCH8819771.1 MCH8819771.1 0.0 1978231 Pseudomonadati Acidobacteriota WP_154756783.1 WP_154756783.1 6.76e-84 664692 Bacillati Actinomycetota WP_142419176.1 WP_142419176.1 2.65e-101 1559 Bacillati Bacillota WP_094313715.1 WP_094313715.1 1.09e-173 543;548;573 Pseudomonadati Pseudomonadota WP_094313715.1 MCH6132484.1 1.12e-114 28901 Pseudomonadati Pseudomonadota MBP3287665.1 MBP3287665.1 4.98e-110 2498093 Pseudomonadati Bacteroidota MBO7941816.1 MBO7941816.1 2.65e-88 486010 Bacillati Actinomycetota MBO7941816.1 WP_100461895.1 5.06e-61 40324;2045214 Pseudomonadati Pseudomonadota MBO7941816.1 WP_033603452.1 7.46e-04 210 Pseudomonadati Campylobacterota WP_041488527.1 WP_041488527.1 7.74e-43 64104 Bacillati Bacillota WP_041488527.1 MBQ7949870.1 5.46e-20 1913988 Pseudomonadati Pseudomonadota WP_041488527.1 MCL4835344.1 2.50e-09 2614250 Bacillati Chloroflexota WP_041488527.1 WP_240406805.1 9.53e-05 N/A N/A OUW40900.1 OUW40900.1 5.20e-192 1986594 Bacillati Cyanobacteriota WP_251758029.1 WP_251758029.1 0.0 2942999 Pseudomonadati Bacteroidota WP_251758029.1 GIR47037.1 1.40e-149 1913988 Pseudomonadati Pseudomonadota WP_251758029.1 UDH58358.1 2.35e-102 4424 Viridiplantae Streptophyta WP_251758029.1 MBK3574312.1 6.74e-90 1488395 Bacillati Actinomycetota WP_251758029.1 YP_009351723.1 1.13e-58 377994 Metazoa Arthropoda WP_251758029.1 MCG6876547.1 8.51e-38 1891241 Pseudomonadati Pseudomonadota WP_251758029.1 MBT3784852.1 4.52e-25 1869227 0 0 MBP7140479.1 MBP7140479.1 3.05e-147 2006848 Pseudomonadati Verrucomicrobiota WP_161180930.1 WP_161180930.1 2.25e-148 2690292 Bacillati Actinomycetota HAS08893.1 HAS08893.1 2.12e-91 2900548 Bacillati Actinomycetota WP_232025538.1 WP_232025538.1 3.93e-257 1883;1915 Bacillati Actinomycetota QLB53288.1 QLB53288.1 0.0 1305 Bacillati Bacillota WP_109665156.1 WP_109665156.1 5.72e-139 2201895 Pseudomonadati Bacteroidota NWI67355.1 NWI67355.1 2.56e-89 135184 Metazoa Chordata WP_157957173.1 WP_157957173.1 4.18e-136 598;28901;48409;59201;192954;1173569;2152925;2564436;2564788;2565184;2976893 Pseudomonadati Pseudomonadota XP_005402208.1 XP_005402208.1 0.0 34839 Metazoa Chordata VFC12725.1 VFC12725.1 6.87e-38 1496 Bacillati Bacillota XP_011889539.1 XP_011889539.1 0.0 9531 Metazoa Chordata XP_011889539.1 RQM16216.1 2.62e-25 542832 0 Oomycota XP_011889539.1 KAH6984898.1 2.27e-24 2824670 Fungi Ascomycota XP_011889539.1 NXD84883.1 4.65e-13 342381 Metazoa Chordata XP_011889539.1 NXJ84327.1 8.67e-10 56311 Metazoa Chordata XP_011889539.1 KAG5815829.1 9.74e-10 221167 Fungi Ascomycota XP_011889539.1 XP_039923984.1 1.95e-09 43150 Metazoa Chordata WP_241812465.1 WP_241812465.1 0.0 2736666 Pseudomonadati Pseudomonadota WP_241812465.1 MCF6148530.1 8.30e-93 2996012 Pseudomonadati Planctomycetota ERJ58959.1 ERJ58959.1 1.07e-40 1346330 Pseudomonadati Bacteroidota MWC28217.1 MWC28217.1 8.04e-30 2682849 Bacillati Bacillota WP_200244355.1 WP_200244355.1 3.44e-125 2800328 Pseudomonadati Bacteroidota WP_181452264.1 WP_181452264.1 9.36e-87 531312 Pseudomonadati Pseudomonadota MXY99086.1 MXY99086.1 2.36e-167 2026781 0 Candidatus Poribacteria MXY99086.1 MCB1644245.1 2.73e-22 1891229 Pseudomonadati Pseudomonadota MXY99086.1 WP_077093245.1 3.95e-18 339268 Bacillati Actinomycetota MXY99086.1 XP_028635853.1 5.36e-15 491861 Metazoa Chordata PVD36313.1 PVD36313.1 0.0 400727 Metazoa Mollusca WP_104082941.1 WP_104082941.1 1.11e-140 2045016 Bacillati Actinomycetota WP_104082941.1 WP_195689481.1 6.05e-38 2783858 Pseudomonadati Pseudomonadota MBF22348.1 MBF22348.1 5.33e-206 3040095 0 0 WP_057718391.1 WP_057718391.1 3.28e-156 508451;1423809 Bacillati Bacillota CUQ63902.1 CUQ63902.1 7.91e-54 165179 Pseudomonadati Bacteroidota OKH79147.1 OKH79147.1 7.16e-148 1490484 Bacillati Actinomycetota OKH79147.1 WP_129712947.1 1.67e-41 2034769 Pseudomonadati Pseudomonadota MBO4855552.1 MBO4855552.1 5.53e-251 2026720 0 Candidatus Saccharimonadota TKY54154.1 TKY54154.1 0.0 455371 Viridiplantae Streptophyta WP_269217061.1 WP_269217061.1 7.64e-19 N/A N/A WP_110552514.1 WP_110552514.1 8.02e-170 429133 Bacillati Actinomycetota MCC6608271.1 MCC6608271.1 6.07e-299 1891238 Pseudomonadati Pseudomonadota RPI37384.1 RPI37384.1 6.47e-98 2485498 Methanobacteriati Methanobacteriota MCO5319342.1 MCO5319342.1 3.86e-106 2497627 Bacillati Actinomycetota SDS88477.1 SDS88477.1 3.42e-47 1421430 Pseudomonadati Pseudomonadota ART90939.1 ART90939.1 1.04e-295 70958 Viridiplantae Streptophyta MBT5873300.1 MBT5873300.1 4.70e-72 2053570 Pseudomonadati Candidatus Latescibacterota WP_111953219.1 WP_111953219.1 0.0 2291 Pseudomonadati Thermodesulfobacteriota WP_111953219.1 RDE30147.1 5.11e-19 1426 Bacillati Bacillota VVV80071.1 VVV80071.1 2.73e-26 210225 Viridiplantae Streptophyta XP_031168963.1 XP_031168963.1 0.0 283035 Metazoa Chordata WP_225923723.1 WP_225923723.1 1.06e-87 2842350 Pseudomonadati Pseudomonadota GFX14753.1 GFX14753.1 2.67e-281 2585209 Metazoa Arthropoda QVD87869.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota QVD87869.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota WP_135028221.1 WP_135028221.1 1.52e-183 384602 Bacillati Actinomycetota WP_135028221.1 HAJ13960.1 1.07e-08 1871071 Pseudomonadati Pseudomonadota WP_135028221.1 WP_056611679.1 8.02e-07 44249;1736398;1850517;2905648 Bacillati Bacillota XP_047250014.1 XP_047250014.1 5.06e-123 4072 Viridiplantae Streptophyta WP_234521407.1 WP_234521407.1 5.29e-248 38313 Pseudomonadati Pseudomonadota WP_234521407.1 WP_039806668.1 1.05e-60 353 Pseudomonadati Pseudomonadota WP_234521407.1 WP_252122124.1 2.31e-46 N/A N/A WP_274718192.1 WP_274718192.1 0.0 1307 Bacillati Bacillota MBQ6488280.1 MBQ6488280.1 1.74e-132 2060878 Bacillati Bacillota MBQ6488280.1 MBZ0271896.1 7.80e-14 1869227 0 0 WP_282641071.1 WP_282641071.1 6.41e-91 280 Pseudomonadati Pseudomonadota MCL1888839.1 MCL1888839.1 0.0 2599938 Pseudomonadati Kiritimatiellota MCL1888839.1 MBF8294570.1 7.05e-45 1898104 Pseudomonadati Bacteroidota MCL1888839.1 RYO44776.1 6.13e-28 156630 Fungi Ascomycota MCL1888839.1 MBQ5493788.1 1.17e-20 59823 Pseudomonadati Bacteroidota HCH0658035.1 HCH0658035.1 0.0 61645 Pseudomonadati Pseudomonadota HCH0658035.1 KAG8015916.1 4.10e-85 N/A N/A HCH0658035.1 SHG12942.1 1.69e-69 687;1123492 Pseudomonadati Pseudomonadota HCH0658035.1 HCB14820.1 8.32e-32 1913989 Pseudomonadati Pseudomonadota WP_024465855.1 WP_024465855.1 8.04e-74 409322 Pseudomonadati Spirochaetota XP_011040987.1 XP_011040987.1 1.01e-315 75702 Viridiplantae Streptophyta WP_182503633.1 WP_182503633.1 0.0 1501239 Bacillati Bacillota XP_026193030.1 XP_026193030.1 5.95e-129 88456 0 Apicomplexa XP_052525039.1 XP_052525039.1 0.0 109042 Metazoa Chordata XP_052525039.1 WP_270967954.1 3.77e-123 N/A N/A XP_052525039.1 WP_254101325.1 9.29e-114 2961944 Pseudomonadati Pseudomonadota XP_052525039.1 MCC5948066.1 7.89e-42 2093808 Bacillati Actinomycetota XP_052525039.1 WP_112119927.1 5.91e-24 1642 Bacillati Bacillota XP_052525039.1 WP_148836004.1 4.31e-22 2478959 Bacillati Actinomycetota XP_052525039.1 NDJ88951.1 4.57e-18 354243 Bacillati Actinomycetota XP_052525039.1 WP_246003214.1 3.05e-08 228006 Bacillati Actinomycetota XP_052525039.1 PYB13830.1 2.98e-07 615 Pseudomonadati Pseudomonadota XP_052525039.1 TMQ04701.1 6.62e-06 2026735 Pseudomonadati Myxococcota XP_052525039.1 EJG3313804.1 6.68e-06 195 Pseudomonadati Campylobacterota WP_102461582.1 WP_102461582.1 1.08e-228 47951 Pseudomonadati Pseudomonadota WP_102461582.1 WP_149911652.1 8.55e-36 544;546 Pseudomonadati Pseudomonadota NLD53371.1 NLD53371.1 4.09e-164 2030806 Pseudomonadati Pseudomonadota NLD53371.1 WP_247424115.1 4.38e-19 2782616 Pseudomonadati Pseudomonadota NLD53371.1 MCA1360809.1 1.57e-16 2793805;2793806 Pseudomonadati Pseudomonadota OHB76863.1 OHB76863.1 1.02e-55 1801968 Pseudomonadati Planctomycetota PON87355.1 PON87355.1 4.86e-85 63057 Viridiplantae Streptophyta PON87355.1 KAG6788279.1 1.01e-37 118781 Viridiplantae Streptophyta EIR8916606.1 EIR8916606.1 1.06e-131 N/A N/A EIR8916606.1 WP_210949324.1 7.14e-62 1812935 Pseudomonadati Pseudomonadota MBQ7987638.1 MBQ7987638.1 1.42e-96 2212467 Pseudomonadati Bacteroidota MCH7923992.1 MCH7923992.1 0.0 2026780 Pseudomonadati Planctomycetota WP_234738658.1 WP_234738658.1 0.0 1280 Bacillati Bacillota KAF8953894.1 KAF8953894.1 4.04e-310 1897645 Fungi Mortierellomycota WP_035556611.1 WP_035556611.1 2.39e-190 119060 Pseudomonadati Pseudomonadota KAF7261528.1 KAF7261528.1 5.12e-115 34504;59628 Metazoa Platyhelminthes PHU06236.1 PHU06236.1 2.38e-233 80379 Viridiplantae Streptophyta MBS0194197.1 MBS0194197.1 1.10e-197 1977087 Pseudomonadati Pseudomonadota WP_249505358.1 WP_249505358.1 0.0 3239812 Pseudomonadati Fibrobacterota WP_249505358.1 MBP6375542.1 4.67e-94 2818473 Pseudomonadati Pseudomonadota WP_249505358.1 WP_258835625.1 1.35e-92 373040 Pseudomonadati Pseudomonadota WP_249505358.1 MBT4710545.1 3.55e-80 1913988 Pseudomonadati Pseudomonadota WP_249505358.1 PWM49891.1 3.11e-77 1879010 Bacillati Bacillota WP_249505358.1 WP_194454339.1 7.49e-39 1325120 Pseudomonadati Pseudomonadota WP_114368818.1 WP_114368818.1 5.07e-310 1031537 Pseudomonadati Planctomycetota WP_114368818.1 MXQ53321.1 1.96e-27 2690964 Bacillati Bacillota WP_118754559.1 WP_118754559.1 9.56e-96 2292203 Bacillati Bacillota KAI6772462.1 KAI6772462.1 1.36e-231 40199 Fungi Ascomycota XP_048189479.1 XP_048189479.1 5.62e-164 214514 Metazoa Chordata XP_048189479.1 MBR4375795.1 1.46e-14 2026792;2053615 Pseudomonadati Spirochaetota MBO5360769.1 MBO5360769.1 2.25e-129 2044939 Bacillati Bacillota XP_043732582.1 XP_043732582.1 7.73e-286 9860;46360;84702 Metazoa Chordata TVQ11450.1 TVQ11450.1 1.46e-247 2480213 Bacillati Cyanobacteriota WP_087222948.1 WP_087222948.1 9.77e-200 1965603;2838484 Bacillati Bacillota WP_087222948.1 URJ46333.1 8.41e-30 1406 Bacillati Bacillota WP_087222948.1 KAI3473816.1 9.25e-11 586722 Viridiplantae Streptophyta XP_025063182.1 XP_025063182.1 8.13e-107 38654 Metazoa Chordata WP_113669955.1 WP_113669955.1 5.13e-264 2259645 Pseudomonadati Pseudomonadota WP_113669955.1 WP_239913672.1 5.74e-75 689 Pseudomonadati Pseudomonadota WP_113669955.1 WP_087384365.1 2.63e-68 1965551 Bacillati Bacillota WP_113669955.1 NCV89943.1 3.15e-15 1891241 Pseudomonadati Pseudomonadota WP_137740674.1 WP_137740674.1 0.0 2485124 Pseudomonadati Pseudomonadota KAJ7349597.1 KAJ7349597.1 0.0 1033008 Fungi Basidiomycota MBQ4874411.1 MBQ4874411.1 6.30e-152 561879 Bacillati Bacillota WP_021479352.1 WP_021479352.1 0.0 1423 Bacillati Bacillota WP_021479352.1 MBV00212.1 1.38e-123 1898112 Pseudomonadati Pseudomonadota WP_021479352.1 EAH8201998.1 9.03e-123 201 Pseudomonadati Campylobacterota WP_021479352.1 MBG6814041.1 3.56e-106 287 Pseudomonadati Pseudomonadota WP_021479352.1 NOT18216.1 2.98e-102 2025307 Pseudomonadati Pseudomonadota WP_021479352.1 ECN6431251.1 5.40e-31 108619 Pseudomonadati Pseudomonadota GLG98414.1 GLG98414.1 0.0 6999 Metazoa Arthropoda MCB0786882.1 MCB0786882.1 1.05e-128 2021391 Pseudomonadati Bacteroidota XP_030313316.1 XP_030313316.1 0.0 9244 Metazoa Chordata MBM4374951.1 MBM4374951.1 3.38e-150 2026735 Pseudomonadati Myxococcota MBM4374951.1 MBR2684576.1 2.24e-41 2049044 Bacillati Bacillota MBM4374951.1 WP_239606280.1 3.26e-40 1639133 Pseudomonadati Pseudomonadota MBM4374951.1 WP_279123632.1 2.87e-05 61171 Bacillati Bacillota HII98403.1 HII98403.1 2.49e-125 2052170 Methanobacteriati Methanobacteriota MCA9288779.1 MCA9288779.1 6.60e-195 2052180 Pseudomonadati Planctomycetota XP_046270414.1 XP_046270414.1 0.0 75038 Metazoa Chordata WP_157475717.1 WP_157475717.1 2.75e-119 102897 Bacillati Actinomycetota MCQ2791623.1 MCQ2791623.1 0.0 210 Pseudomonadati Campylobacterota MCQ2791623.1 WP_114605464.1 1.72e-108 1547898 Methanobacteriati Methanobacteriota MCE3270046.1 MCE3270046.1 8.47e-50 1917967 Pseudomonadati Pseudomonadota WP_036816548.1 WP_036816548.1 2.17e-174 1342794 Pseudomonadati Pseudomonadota WP_036816548.1 WP_008470196.1 3.22e-19 1203033;1423758 Bacillati Bacillota WP_036816548.1 WP_008056683.1 5.01e-17 2596745;2759955 Bacillati Cyanobacteriota WP_036816548.1 KAJ5168969.1 8.18e-15 189055 Fungi Ascomycota WP_036816548.1 MCH4209672.1 2.71e-13 41200 Bacillati Actinomycetota WP_036816548.1 MBT3459617.1 3.02e-13 2026743 Pseudomonadati Pseudomonadota WP_036816548.1 WAY96880.1 2.48e-12 615 Pseudomonadati Pseudomonadota WP_036816548.1 KAI7371949.1 6.07e-12 91943 Fungi Ascomycota QBJ07451.1 QBJ07451.1 3.23e-193 34038 Pseudomonadati Pseudomonadota WP_252681452.1 WP_252681452.1 7.34e-171 2953896 Pseudomonadati Pseudomonadota PYR37153.1 PYR37153.1 0.0 1978231 Pseudomonadati Acidobacteriota MBT6184820.1 MBT6184820.1 3.22e-86 1891241 Pseudomonadati Pseudomonadota MBX3649353.1 MBX3649353.1 3.15e-118 1898103 Pseudomonadati Pseudomonadota HBM3973915.1 HBM3973915.1 1.45e-145 1642 Bacillati Bacillota RWX51021.1 RWX51021.1 0.0 1859130 Pseudomonadati Thermodesulfobacteriota RWX51021.1 WP_097641037.1 2.61e-207 28141;413496;2715229 Pseudomonadati Pseudomonadota RWX51021.1 WP_086711488.1 2.41e-196 296199 Pseudomonadati Pseudomonadota RWX51021.1 WP_102477257.1 1.19e-187 1880838 Pseudomonadati Pseudomonadota KAJ1923473.1 KAJ1923473.1 0.0 78921 Fungi Kickxellomycota WP_221246517.1 WP_221246517.1 2.29e-319 N/A N/A MXZ69365.1 MXZ69365.1 1.75e-93 2080302 Bacillati Actinomycetota GGU82495.1 GGU82495.1 1.53e-116 67258 Bacillati Actinomycetota WP_279996009.1 WP_279996009.1 4.02e-212 217203 Pseudomonadati Pseudomonadota WP_149755470.1 WP_149755470.1 1.79e-133 936889 Pseudomonadati Pseudomonadota HCW85392.1 HCW85392.1 1.13e-260 1904441 Pseudomonadati Pseudomonadota HCW85392.1 WP_043158522.1 3.67e-84 287 Pseudomonadati Pseudomonadota PLW21337.1 PLW21337.1 0.0 200324 Fungi Basidiomycota WP_201312397.1 WP_201312397.1 1.17e-118 645466;2838461 Bacillati Bacillota MBU1557098.1 MBU1557098.1 5.79e-265 1913989 Pseudomonadati Pseudomonadota TOF36258.1 TOF36258.1 4.03e-57 670 Pseudomonadati Pseudomonadota WP_055228170.1 WP_055228170.1 2.46e-199 1150298 Bacillati Bacillota WP_055228170.1 CAH0143531.1 9.62e-07 450367 Bacillati Bacillota CCX82620.1 CCX82620.1 0.0 1262895 Bacillati Bacillota CCX82620.1 XP_051566275.1 2.52e-08 70543 Metazoa Chordata CCX82620.1 KAI3849778.1 2.70e-04 357466 Viridiplantae Streptophyta NDV26630.1 NDV26630.1 1.23e-158 2593641 Pseudomonadati Thermodesulfobacteriota KAG8195189.1 KAG8195189.1 4.59e-170 931172 Metazoa Arthropoda MBZ5631081.1 MBZ5631081.1 1.08e-27 2081523 Pseudomonadati Acidobacteriota KAF4465142.1 KAF4465142.1 5.94e-88 57161;1237068 Fungi Ascomycota WHA30314.1 WHA30314.1 1.21e-57 3043500 Metazoa Chordata WP_239463733.1 WP_239463733.1 0.0 N/A N/A WP_093271293.1 WP_093271293.1 1.30e-190 1884358 Bacillati Bacillota WP_241524600.1 WP_241524600.1 1.16e-252 115553 Pseudomonadati Pseudomonadota WP_241524600.1 WP_258613669.1 3.79e-41 2895474 Pseudomonadati Pseudomonadota WP_241524600.1 WP_096722254.1 3.77e-07 1912599 Pseudomonadati Pseudomonadota WP_241524600.1 WP_044453403.1 1.65e-06 656178 Pseudomonadati Pseudomonadota WP_241524600.1 WP_200986363.1 3.85e-04 36746 Pseudomonadati Pseudomonadota XP_044188718.1 XP_044188718.1 0.0 8236 Metazoa Chordata HAS1030591.1 HAS1030591.1 6.54e-88 550 Pseudomonadati Pseudomonadota WP_255329483.1 WP_255329483.1 4.62e-282 2922394 Pseudomonadati Pseudomonadota MCU0490050.1 MCU0490050.1 4.37e-162 2562117 Bacillati Chloroflexota MCU0490050.1 WP_017123457.1 2.00e-60 117681;707248 Pseudomonadati Pseudomonadota MCU0490050.1 WP_064068643.1 1.13e-04 1883;1971 Bacillati Actinomycetota MCP4309405.1 MCP4309405.1 1.28e-282 1869227 0 0 MBR5775979.1 MBR5775979.1 7.29e-81 2212467 Pseudomonadati Bacteroidota EDT4006401.1 EDT4006401.1 1.08e-100 58097 Pseudomonadati Pseudomonadota MCH8312862.1 MCH8312862.1 2.70e-265 2026769 Pseudomonadati Nitrospinota MCH8312862.1 RYZ40664.1 9.14e-131 2484252 Pseudomonadati Myxococcota MCH8312862.1 UCF78466.1 1.20e-57 2212470 0 Candidatus Eiseniibacteriota MCH8312862.1 WP_145937814.1 1.67e-55 941986 Bacillati Actinomycetota MCH8312862.1 WP_158057697.1 9.31e-33 2650975 Methanobacteriati Methanobacteriota MCH8312862.1 MBL6847974.1 9.93e-33 1913988 Pseudomonadati Pseudomonadota MCH8312862.1 WP_055337992.1 2.90e-28 305 Pseudomonadati Pseudomonadota MCH8312862.1 WP_278361924.1 2.29e-07 1211807 Pseudomonadati Pseudomonadota MBR5342912.1 MBR5342912.1 1.28e-263 2485925 Bacillati Bacillota NIR99268.1 NIR99268.1 6.16e-30 1913989 Pseudomonadati Pseudomonadota WP_280876395.1 WP_280876395.1 5.22e-146 67350 Bacillati Actinomycetota MBO4309439.1 MBO4309439.1 3.63e-108 1898203 Bacillati Bacillota WP_136241334.1 WP_136241334.1 9.28e-216 2563104 Bacillati Actinomycetota TWL42136.1 TWL42136.1 7.06e-68 1648923 Bacillati Bacillota XP_029075794.1 XP_029075794.1 0.0 40151 Metazoa Chordata WP_053034526.1 WP_053034526.1 1.34e-89 666 Pseudomonadati Pseudomonadota EIN7713189.1 EIN7713189.1 2.33e-145 28901 Pseudomonadati Pseudomonadota WP_161061319.1 WP_161061319.1 1.17e-99 2690315 Bacillati Actinomycetota WP_161061319.1 WP_226360036.1 6.28e-43 2846760 Bacillati Actinomycetota WP_161061319.1 WP_004957233.1 4.90e-38 613;618;667129 Pseudomonadati Pseudomonadota KAH8057076.1 KAH8057076.1 8.09e-160 44056 0 0 WP_223752944.1 WP_223752944.1 0.0 N/A N/A WP_223752944.1 XP_006969978.1 8.78e-06 431241;1344414 Fungi Ascomycota MCT6212844.1 MCT6212844.1 1.29e-286 562 Pseudomonadati Pseudomonadota MCT6212844.1 MBG6268407.1 3.72e-13 287 Pseudomonadati Pseudomonadota GHL33785.1 GHL33785.1 2.13e-127 562 Pseudomonadati Pseudomonadota VDL79744.1 VDL79744.1 2.32e-133 27835 Metazoa Nematoda HBA4333173.1 HBA4333173.1 2.42e-247 562 Pseudomonadati Pseudomonadota HBA4333173.1 GBE16035.1 4.74e-110 1977087;2005722 0;Pseudomonadati 0;Pseudomonadota MBR4170715.1 MBR4170715.1 1.32e-18 2212473 Pseudomonadati Kiritimatiellota WP_138597401.1 WP_138597401.1 7.33e-174 43655 Pseudomonadati Pseudomonadota WP_138597401.1 MCB1644245.1 1.09e-25 1891229 Pseudomonadati Pseudomonadota WP_138597401.1 WP_010443651.1 1.58e-23 97050;981384 Pseudomonadati Pseudomonadota WP_138597401.1 WP_246239142.1 3.39e-19 35763 Bacillati Actinomycetota WP_138597401.1 WP_060347438.1 8.98e-11 1503055 Pseudomonadati Pseudomonadota XP_017569355.1 XP_017569355.1 0.0 42514 Metazoa Chordata RQL72805.1 RQL72805.1 0.0 48296 Pseudomonadati Pseudomonadota RQL72805.1 WP_226276978.1 2.05e-81 179879 Pseudomonadati Pseudomonadota RQL72805.1 WP_197332010.1 6.95e-58 28097;907261 Pseudomonadati Pseudomonadota RQL72805.1 WP_185921121.1 2.95e-42 95486 Pseudomonadati Pseudomonadota RQL72805.1 BBC91732.1 1.39e-34 1928 Bacillati Actinomycetota RQL72805.1 WP_023727015.1 3.24e-32 1287285 Pseudomonadati Pseudomonadota WP_100498040.1 WP_100498040.1 2.74e-255 2035835 Bacillati Actinomycetota XP_047387430.1 XP_047387430.1 0.0 30640 Metazoa Chordata WP_023050329.1 WP_023050329.1 1.19e-229 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_023050329.1 WP_269885397.1 1.16e-16 3388067 Bacillati Bacillota WP_023050329.1 WP_107169208.1 1.01e-14 2108399 Pseudomonadati Pseudomonadota WP_023050329.1 WP_145544593.1 5.29e-12 419257 Pseudomonadati Pseudomonadota WP_023050329.1 WP_000484099.1 2.18e-10 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_023050329.1 MBI5333464.1 1.74e-09 1891238 Pseudomonadati Pseudomonadota WP_023050329.1 EGR2272270.1 7.66e-09 670 Pseudomonadati Pseudomonadota WP_023050329.1 WP_018646673.1 1.13e-08 990078 Pseudomonadati Pseudomonadota WP_023050329.1 WP_255266214.1 5.92e-06 37329 Bacillati Actinomycetota WP_023050329.1 MBT3459335.1 6.66e-06 2026743 Pseudomonadati Pseudomonadota PYP94120.1 PYP94120.1 8.60e-166 2026742 Pseudomonadati Gemmatimonadota PYP94120.1 WP_026893585.1 6.11e-49 408753 Bacillati Bacillota PYP94120.1 MBQ5584458.1 1.65e-38 2053608 Bacillati Bacillota PYP94120.1 EAC1232420.1 1.05e-37 195 Pseudomonadati Campylobacterota PYP94120.1 WP_101794136.1 1.22e-34 2067450 Pseudomonadati Pseudomonadota PYP94120.1 WP_186723788.1 1.68e-28 582 Pseudomonadati Pseudomonadota PYP94120.1 EAG2350674.1 4.32e-24 1639 Bacillati Bacillota PYP94120.1 WP_232306300.1 2.11e-16 823 Pseudomonadati Bacteroidota PYP94120.1 WP_278449211.1 1.65e-13 293 Pseudomonadati Pseudomonadota PYP94120.1 QYU66920.1 1.54e-12 2819933 Bacillati Cyanobacteriota PYP94120.1 WP_196114185.1 1.17e-11 562 Pseudomonadati Pseudomonadota EDV6147146.1 EDV6147146.1 0.0 41514 Pseudomonadati Pseudomonadota WP_101164019.1 WP_101164019.1 7.53e-249 2058300 Pseudomonadati Pseudomonadota MBQ2777352.1 MBQ2777352.1 0.0 2052179 Bacillati Bacillota MBQ2777352.1 MBP3509218.1 1.57e-252 1945593 Bacillati Bacillota MBQ2777352.1 NQU26924.1 4.96e-63 2026760 Pseudomonadati Fidelibacterota MBQ2777352.1 MCK9987173.1 1.22e-53 29544 Pseudomonadati Pseudomonadota MBQ2777352.1 EHP6050825.1 2.70e-48 562 Pseudomonadati Pseudomonadota MBQ2777352.1 OQC16336.1 1.19e-13 1852880 Bacillati Bacillota MSX50368.1 MSX50368.1 2.20e-201 2900548 Bacillati Actinomycetota KAI0815695.1 KAI0815695.1 0.0 2663374 Fungi Ascomycota WP_123653117.1 WP_123653117.1 8.07e-162 257496;2485104;2485178;2485181 Bacillati Actinomycetota WP_123653117.1 SFB29161.1 2.03e-25 1855288 Bacillati Bacillota WP_123653117.1 GFR82011.1 5.34e-23 1093978 Metazoa Mollusca WP_025579907.1 WP_025579907.1 0.0 40520;41978;418240;572511;1121115 Bacillati Bacillota WP_066476002.1 WP_066476002.1 3.43e-41 85413;406341 Pseudomonadati Pseudomonadota WP_066476002.1 MBA2651112.1 6.03e-12 2740535 Pseudomonadati Pseudomonadota WP_081224968.1 WP_081224968.1 0.0 1288 Bacillati Bacillota WP_081224968.1 WP_123159424.1 0.0 1301;2293247;2478956;2584682 Bacillati Bacillota WP_081224968.1 MCB9999913.1 1.98e-206 2021371 Pseudomonadati Pseudomonadota WP_081224968.1 MCL6457358.1 4.97e-108 1978774 Bacillati Bacillota WP_081224968.1 MSZ29533.1 1.15e-85 2900548 Bacillati Actinomycetota WP_081224968.1 MBQ9679177.1 7.39e-73 41978 Bacillati Bacillota WP_081224968.1 SCL13606.1 1.75e-45 47866 Bacillati Actinomycetota WP_081224968.1 CAI9595211.1 2.66e-45 386267 Metazoa Chordata WP_081224968.1 WP_194957532.1 1.21e-32 1597;113557 Bacillati Bacillota WP_081224968.1 XP_053592881.1 1.22e-21 69319 Metazoa Arthropoda WP_168672621.1 WP_168672621.1 9.72e-188 2719616 Pseudomonadati Bacteroidota WP_168672621.1 QQO85492.1 4.94e-11 38313 Pseudomonadati Pseudomonadota WP_202730319.1 WP_202730319.1 5.42e-283 85698 Pseudomonadati Pseudomonadota MBG5741623.1 MBG5741623.1 1.16e-272 287 Pseudomonadati Pseudomonadota KRF62093.1 KRF62093.1 3.40e-92 1736405 Bacillati Bacillota WP_246995487.1 WP_246995487.1 3.80e-104 1053547 Bacillati Actinomycetota MCF7895906.1 MCF7895906.1 5.09e-248 2035772 Pseudomonadati Candidatus Omnitrophota MCF7895906.1 MBQ6794463.1 2.04e-50 1969738 Pseudomonadati Bacteroidota MCF7895906.1 MCU1411638.1 2.64e-50 1950123 Bacillati Actinomycetota MCF7895906.1 MBA3609961.1 2.15e-47 2036010 Bacillati Actinomycetota MCF7895906.1 ELZ16407.1 1.95e-36 1227489 Methanobacteriati Methanobacteriota MCF7895906.1 NBT94281.1 5.72e-31 2026724 Bacillati Chloroflexota MCB4366171.1 MCB4366171.1 2.56e-98 65656 Pseudomonadati Pseudomonadota MCI6020178.1 MCI6020178.1 4.73e-47 384638 Bacillati Bacillota WP_029347391.1 WP_029347391.1 2.46e-181 68287;1871066;2014805;2496770;2496771 Pseudomonadati Pseudomonadota WP_029347391.1 WP_206363707.1 3.27e-52 2501515 Pseudomonadati Pseudomonadota WP_029347391.1 WP_150396769.1 3.77e-33 305 Pseudomonadati Pseudomonadota WP_029347391.1 WP_185334683.1 9.38e-33 1640 Bacillati Bacillota WP_029347391.1 WP_247749043.1 2.78e-19 N/A N/A WP_029347391.1 WP_088153117.1 3.97e-15 171674 Pseudomonadati Pseudomonadota MBQ7739147.1 MBQ7739147.1 4.63e-262 2049043 Pseudomonadati Thermodesulfobacteriota MBQ7739147.1 WP_006004624.1 8.87e-173 872;885;901;411464 Pseudomonadati Thermodesulfobacteriota XP_029528577.1 XP_029528577.1 7.83e-274 8023 Metazoa Chordata XP_029528577.1 RQM16216.1 2.93e-91 542832 0 Oomycota XP_029528577.1 KAG1590416.1 6.70e-78 936053 Fungi Mucoromycota XP_029528577.1 NXD84883.1 1.08e-55 342381 Metazoa Chordata XP_029528577.1 XP_048379117.1 1.98e-52 3053191 Metazoa Chordata XP_029528577.1 XP_008215352.1 3.70e-46 7425 Metazoa Arthropoda XP_029528577.1 XP_030620685.1 1.92e-39 29144 Metazoa Chordata XP_029528577.1 XP_046441060.1 5.06e-38 6669 Metazoa Arthropoda XP_029528577.1 XP_048216280.1 2.59e-37 214514 Metazoa Chordata XP_029528577.1 KAH6984898.1 4.59e-25 2824670 Fungi Ascomycota XP_029528577.1 KZT58963.1 3.71e-21 1353952 Fungi Basidiomycota XP_029528577.1 XP_019384620.1 1.44e-20 8502 Metazoa Chordata XP_029528577.1 XP_044484513.1 6.09e-09 29780 Viridiplantae Streptophyta XP_029528577.1 XP_048540820.1 3.67e-08 4572 Viridiplantae Streptophyta MCP4697618.1 MCP4697618.1 0.0 1913989 Pseudomonadati Pseudomonadota MCP4697618.1 WP_083639049.1 6.88e-04 1925762 Pseudomonadati Bacteroidota MCF6323317.1 MCF6323317.1 1.10e-206 1913989 Pseudomonadati Pseudomonadota MCF6323317.1 MCD6533325.1 7.20e-37 2954148 0 Candidatus Tharpellota MCF6323317.1 WP_101844355.1 1.89e-34 2045014 Bacillati Bacillota WP_136027195.1 WP_136027195.1 4.59e-187 244366 Pseudomonadati Pseudomonadota WP_136027195.1 WP_231768584.1 2.72e-41 2899220 Pseudomonadati Pseudomonadota WP_216395189.1 WP_216395189.1 0.0 N/A N/A NBU29208.1 NBU29208.1 2.48e-99 1978230 Pseudomonadati Pseudomonadota WP_116073910.1 WP_116073910.1 0.0 1404 Bacillati Bacillota WP_116073910.1 WP_026497435.1 1.33e-220 1280681 Bacillati Bacillota WP_116073910.1 XP_006376427.2 1.15e-42 3694 Viridiplantae Streptophyta XP_027063577.1 XP_027063577.1 6.28e-95 13443 Viridiplantae Streptophyta WP_175715079.1 WP_175715079.1 3.98e-58 152480 Pseudomonadati Pseudomonadota WP_034146623.1 WP_034146623.1 2.63e-249 286;294 Pseudomonadati Pseudomonadota WP_237414093.1 WP_237414093.1 2.04e-103 1219382 Pseudomonadati Pseudomonadota EEW7484806.1 EEW7484806.1 3.76e-110 562 Pseudomonadati Pseudomonadota EEW7484806.1 MBX5702633.1 1.41e-56 287 Pseudomonadati Pseudomonadota EEW7484806.1 NCC17292.1 1.30e-27 2044939 Bacillati Bacillota WP_225118260.1 WP_225118260.1 0.0 2793821 Pseudomonadati Pseudomonadota WP_225118260.1 WP_273418567.1 9.65e-19 81029 Pseudomonadati Pseudomonadota WP_225118260.1 WP_076194242.1 7.34e-08 44249;189426 Bacillati Bacillota WP_225118260.1 WP_274755179.1 3.61e-07 283 Pseudomonadati Pseudomonadota XP_056429915.1 XP_056429915.1 0.0 327740 Metazoa Chordata XP_056429915.1 XP_043494069.1 1.47e-72 30207 Metazoa Arthropoda WP_049882603.1 WP_049882603.1 0.0 1280;1398016 Bacillati Bacillota MCR9147539.1 MCR9147539.1 8.95e-184 1904441 Pseudomonadati Pseudomonadota MCR9147539.1 HDZ48353.1 2.91e-06 1486246 Pseudomonadati Pseudomonadota WP_081612908.1 WP_081612908.1 2.59e-191 78 Pseudomonadati Pseudomonadota WP_149493237.1 WP_149493237.1 3.64e-196 2597353 Pseudomonadati Pseudomonadota MBO9347542.1 MBO9347542.1 6.03e-298 1904827 Bacillati Chloroflexota WP_078336203.1 WP_078336203.1 0.0 948102 Bacillati Actinomycetota XP_012676239.1 XP_012676239.1 4.42e-230 7950 Metazoa Chordata OGN55943.1 OGN55943.1 1.77e-138 1797598;1797602;1797607;1797608;1797610 Pseudomonadati Chlamydiota VEH65358.1 VEH65358.1 2.56e-27 758 Pseudomonadati Pseudomonadota UNI03201.1 UNI03201.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UNI03201.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota XP_008997370.1 XP_008997370.1 4.00e-91 9483 Metazoa Chordata XP_018358059.1 XP_018358059.1 1.48e-300 471704 Metazoa Arthropoda MWD28632.1 MWD28632.1 2.57e-232 2541728 Pseudomonadati Pseudomonadota MCF6148530.1 MCF6148530.1 0.0 2996012 Pseudomonadati Planctomycetota MCF6148530.1 WP_241812465.1 6.26e-92 2736666 Pseudomonadati Pseudomonadota RSL59427.1 RSL59427.1 0.0 1325737 Fungi Ascomycota RSL59427.1 CZT45482.1 2.13e-70 38038 Fungi Ascomycota RSL59427.1 XP_023589550.1 7.32e-66 127582 Metazoa Chordata RSL59427.1 GEU53557.1 1.26e-65 118510 Viridiplantae Streptophyta RSL59427.1 MBA0549662.1 3.86e-58 34289 Viridiplantae Streptophyta RSL59427.1 NQR19375.1 5.59e-58 1307 Bacillati Bacillota RSL59427.1 XP_055095726.1 3.53e-44 9590 Metazoa Chordata RSL59427.1 ERE79785.1 1.10e-34 10029 Metazoa Chordata MBW8896250.1 MBW8896250.1 1.32e-171 1978231 Pseudomonadati Acidobacteriota MBW8896250.1 MCS7015141.1 9.73e-14 2838789 Pseudomonadati Planctomycetota VGP03367.1 VGP03367.1 0.0 1463164 Pseudomonadati Pseudomonadota GAX21055.1 GAX21055.1 2.90e-167 1519565 0 Bacillariophyta MBF0248932.1 MBF0248932.1 4.58e-41 1913988 Pseudomonadati Pseudomonadota MBF0248932.1 MBU4432787.1 1.68e-08 1913988 Pseudomonadati Pseudomonadota XP_056374717.1 XP_056374717.1 0.0 327740 Metazoa Chordata MBM3921745.1 MBM3921745.1 4.13e-183 1978525 Pseudomonadati Pseudomonadota MBL8834799.1 MBL8834799.1 0.0 1913988 Pseudomonadati Pseudomonadota WP_089608892.1 WP_089608892.1 0.0 51515 Bacillati Bacillota WP_089608892.1 OGD85943.1 5.51e-33 1797727;1797745 0 Candidatus Curtissiibacteriota MCA0387421.1 MCA0387421.1 1.23e-237 1898104 Pseudomonadati Bacteroidota MCA0387421.1 MBP1746912.1 5.03e-20 2026735 Pseudomonadati Myxococcota WP_183433527.1 WP_183433527.1 9.21e-179 2587065 Pseudomonadati Pseudomonadota WP_049682576.1 WP_049682576.1 3.50e-140 1679170 Bacillati Bacillota EHL1725675.1 EHL1725675.1 2.66e-156 28901 Pseudomonadati Pseudomonadota EFQ4765027.1 EFQ4765027.1 0.0 28901;90371 Pseudomonadati Pseudomonadota EFQ4765027.1 ECI3309320.1 0.0 59201 Pseudomonadati Pseudomonadota EFQ4765027.1 EEY3543156.1 0.0 562 Pseudomonadati Pseudomonadota EFQ4765027.1 EEO7917989.1 0.0 28901 Pseudomonadati Pseudomonadota EFQ4765027.1 WP_137512405.1 2.33e-217 562 Pseudomonadati Pseudomonadota EFQ4765027.1 EJQ6627878.1 6.66e-202 562 Pseudomonadati Pseudomonadota EFQ4765027.1 WP_181865219.1 8.23e-186 562 Pseudomonadati Pseudomonadota EFQ4765027.1 WP_154599351.1 2.57e-110 2633465;2675151 Pseudomonadati Pseudomonadota EFQ4765027.1 WP_042959984.1 2.56e-47 562 Pseudomonadati Pseudomonadota EFQ4765027.1 EEV0504409.1 7.84e-16 562 Pseudomonadati Pseudomonadota WP_027489832.1 WP_027489832.1 1.83e-235 75309;666685 Pseudomonadati Pseudomonadota WP_226904802.1 WP_226904802.1 2.96e-251 N/A N/A WP_226904802.1 RUU66461.1 1.52e-79 2496787 Pseudomonadati Pseudomonadota WP_226904802.1 WP_098952357.1 4.48e-76 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_226904802.1 MBQ3864274.1 1.38e-75 2044939 Bacillati Bacillota WP_226904802.1 WP_192324556.1 2.23e-74 34072;2769259 Pseudomonadati Pseudomonadota WP_226904802.1 MBU5353226.1 3.52e-72 198119 Bacillati Bacillota WP_226904802.1 WP_227059655.1 5.41e-71 40545 Pseudomonadati Pseudomonadota WP_226904802.1 WP_107894076.1 2.50e-57 1130819 Bacillati Bacillota WP_226904802.1 WP_066083732.1 4.47e-57 220687 Bacillati Bacillota WP_226904802.1 WP_109219819.1 1.67e-31 28901;58712 Pseudomonadati Pseudomonadota WP_226904802.1 WP_071876418.1 2.86e-20 332949 Bacillati Bacillota WP_226904802.1 WP_276362074.1 6.29e-20 3034022 Bacillati Actinomycetota WP_226904802.1 WP_041481207.1 1.03e-05 1719;1161911 Bacillati Actinomycetota KFX48203.1 KFX48203.1 0.0 N/A N/A KFX48203.1 EDN57974.1 1.73e-70 150340 Pseudomonadati Pseudomonadota KFX48203.1 TAL20232.1 3.11e-60 1872578 Pseudomonadati Pseudomonadota KFX48203.1 MCH5250214.1 2.06e-58 1898203 Bacillati Bacillota KFX48203.1 WP_138482356.1 3.99e-49 161398 Pseudomonadati Pseudomonadota KFX48203.1 WP_007356512.1 6.74e-45 272129;1501433 Bacillati Cyanobacteriota KFX48203.1 WP_261733022.1 1.79e-41 2978345 Pseudomonadati Pseudomonadota KFX48203.1 MBQ1868746.1 1.16e-40 2053611;2593411 Bacillati Bacillota KFX48203.1 WP_076194242.1 2.08e-32 44249;189426 Bacillati Bacillota KFX48203.1 MBN8606766.1 1.20e-30 2282150 Pseudomonadati Pseudomonadota KFX48203.1 WP_200037957.1 2.39e-24 95486 Pseudomonadati Pseudomonadota KFX48203.1 XP_001454078.1 1.58e-17 5888 0 Ciliophora KFX48203.1 EJF06804.1 1.05e-11 1177931 Pseudomonadati Campylobacterota KFX48203.1 WP_212961195.1 2.57e-07 557555 Bacillati Bacillota KFX48203.1 MBP1530348.1 5.06e-07 2049044 Bacillati Bacillota KFX48203.1 WP_188888464.1 1.83e-05 1737354 Bacillati Bacillota WP_232719809.1 WP_232719809.1 4.38e-255 250 Pseudomonadati Bacteroidota WP_110581055.1 WP_110581055.1 3.46e-224 215221;1307939 Pseudomonadati Pseudomonadota WP_110581055.1 WP_179032033.1 2.66e-89 172713 Bacillati Bacillota WP_027004648.1 WP_027004648.1 4.63e-318 191495 Bacillati Actinomycetota OGO39675.1 OGO39675.1 1.84e-159 1797650 Bacillati Chloroflexota OGO39675.1 WP_128788759.1 1.66e-68 1883 Bacillati Actinomycetota OGO39675.1 WP_215615491.1 2.70e-59 2840469 Pseudomonadati Pseudomonadota RZN15559.1 RZN15559.1 1.29e-130 2250255 Methanobacteriati Methanobacteriota MCH8479059.1 MCH8479059.1 0.0 1979961 Pseudomonadati Pseudomonadota MCH8479059.1 NWR36449.1 2.78e-40 495162 Metazoa Chordata WP_224419934.1 WP_224419934.1 0.0 390637 Pseudomonadati Pseudomonadota WP_224419934.1 MBD58399.1 2.53e-142 53249 Pseudomonadati Pseudomonadota KAJ3544539.1 KAJ3544539.1 0.0 57161 Fungi Ascomycota KAJ3544539.1 KOS38468.1 7.93e-04 229535 Fungi Ascomycota MBP7023394.1 MBP7023394.1 6.59e-109 2030927 Pseudomonadati Bacteroidota AFA24308.1 AFA24308.1 6.33e-149 1097956 Metazoa Arthropoda AFA24308.1 ADW49125.1 4.43e-142 1417353 Metazoa Arthropoda AFA24308.1 QUA05739.1 4.04e-136 988006 Metazoa Arthropoda AFA24308.1 AFA09475.1 1.28e-135 705192 Metazoa Arthropoda AFA24308.1 AVM35379.1 1.19e-133 1770638 Metazoa Arthropoda AFA24308.1 ADJ35581.1 7.46e-127 876003 Metazoa Annelida AFA24308.1 QUQ06080.1 2.06e-126 1719401 Metazoa Mollusca AFA24308.1 AWS34156.1 6.89e-125 408114 Metazoa Arthropoda AFA24308.1 ABQ63546.1 1.34e-124 166263 Metazoa Chordata AFA24308.1 AHK62764.1 2.91e-115 1470337 Metazoa Arthropoda AFA24308.1 AAX94106.1 5.84e-115 324009 Metazoa Arthropoda AFA24308.1 AMA90994.1 2.32e-111 1474269;2542237 Metazoa Arthropoda AFA24308.1 AOR13807.1 9.31e-109 1881782 Metazoa Arthropoda AFA24308.1 AKT58828.1 2.80e-107 1687857 Metazoa Arthropoda AFA24308.1 UZF38514.1 2.75e-105 2976471 Metazoa Arthropoda AFA24308.1 AOQ89457.1 1.66e-104 1881751 Metazoa Arthropoda AFA24308.1 AXZ65741.1 1.28e-99 2242446 Metazoa Arthropoda AFA24308.1 AGI15931.1 5.55e-98 52396 Metazoa Mollusca AFA24308.1 AKA56406.1 1.42e-91 1622492;1669417;1881785;2088599 Metazoa Arthropoda AFA24308.1 AHH30646.1 6.81e-84 1452501 Metazoa Arthropoda AFA24308.1 ACE88666.1 7.60e-80 13139 Metazoa Arthropoda AFA24308.1 APC24336.1 7.46e-50 597926 Metazoa Arthropoda TDB69252.1 TDB69252.1 6.88e-240 2070510 Pseudomonadati Bacteroidota WP_125093116.1 WP_125093116.1 0.0 2492662 Bacillati Actinomycetota WP_042650033.1 WP_042650033.1 1.47e-170 642;648;651 Pseudomonadati Pseudomonadota WP_042650033.1 WP_087085326.1 1.33e-38 363952 Pseudomonadati Pseudomonadota WP_042650033.1 WP_281054160.1 2.28e-30 136468 Pseudomonadati Pseudomonadota WP_042650033.1 MBG6287041.1 1.23e-29 46680 Pseudomonadati Pseudomonadota WP_042650033.1 WP_183882442.1 5.79e-25 188932 Pseudomonadati Bacteroidota WP_042650033.1 WP_251593142.1 7.06e-22 1851019 Pseudomonadati Pseudomonadota WP_042650033.1 WP_262401812.1 4.87e-17 1904961 Bacillati Actinomycetota WP_042650033.1 MBQ9647935.1 2.20e-16 2485925 Bacillati Bacillota WP_042650033.1 WP_063302373.1 8.38e-10 1735583 Pseudomonadati Pseudomonadota HDZ79728.1 HDZ79728.1 1.68e-86 1907202 Pseudomonadati Pseudomonadota VAI76478.1 VAI76478.1 0.0 4567 Viridiplantae Streptophyta KAF3789931.1 KAF3789931.1 1.23e-116 419125 Viridiplantae Streptophyta XP_011775823.1 XP_011775823.1 1.69e-65 679716 0 Euglenozoa WP_256314628.1 WP_256314628.1 5.46e-199 84109 Bacillati Actinomycetota WP_275700142.1 WP_275700142.1 3.89e-35 2908000 Pseudomonadati Pseudomonadota MBQ7792117.1 MBQ7792117.1 3.55e-68 2044939 Bacillati Bacillota MCK3776214.1 MCK3776214.1 2.05e-172 1214071 Pseudomonadati Pseudomonadota GAW04005.1 GAW04005.1 0.0 5353 Fungi Basidiomycota XP_016849932.1 XP_016849932.1 0.0 28377 Metazoa Chordata WP_163496825.1 WP_163496825.1 5.07e-289 2708301 Pseudomonadati Pseudomonadota WP_163496825.1 MCK5056842.1 1.65e-47 2052149 0 Candidatus Aminicenantota KAF2999697.1 KAF2999697.1 0.0 90978 Fungi Ascomycota KAF2999697.1 XP_055296131.1 5.36e-04 263140 Metazoa Arthropoda EXB75938.1 EXB75938.1 2.79e-161 981085 Viridiplantae Streptophyta NLT72898.1 NLT72898.1 5.75e-125 2026724 Bacillati Chloroflexota NLT72898.1 NLV68328.1 9.76e-61 2202144 Pseudomonadati Spirochaetota NLT72898.1 NLK90780.1 4.25e-57 1898207 Bacillati Bacillota NLT72898.1 MBD3769330.1 3.33e-51 1948890 Pseudomonadati Pseudomonadota WP_265907929.1 WP_265907929.1 1.75e-284 244366 Pseudomonadati Pseudomonadota AML78558.1 AML78558.1 0.0 690536 Viridiplantae Streptophyta WP_043919642.1 WP_043919642.1 3.73e-145 935700 Pseudomonadati Pseudomonadota MBE6455882.1 MBE6455882.1 4.13e-239 1913988 Pseudomonadati Pseudomonadota MBE6455882.1 KXZ65002.1 4.02e-18 52133 Pseudomonadati Pseudomonadota MBE6455882.1 MBR6417349.1 4.47e-04 2030927 Pseudomonadati Bacteroidota MBK8805244.1 MBK8805244.1 4.54e-272 2030927 Pseudomonadati Bacteroidota MCI4494966.1 MCI4494966.1 3.38e-46 562 Pseudomonadati Pseudomonadota CAH8302172.1 CAH8302172.1 3.06e-138 29727 Viridiplantae Streptophyta TPR01788.1 TPR01788.1 4.32e-287 5061;105351 Fungi Ascomycota UHH56899.1 UHH56899.1 2.82e-23 2697049 Orthornavirae Pisuviricota UHH56899.1 UJR03683.1 1.95e-20 2697049 Orthornavirae Pisuviricota MBI5835246.1 MBI5835246.1 0.0 2033014 Bacillati Armatimonadota HIR73384.1 HIR73384.1 1.30e-213 2840733 Pseudomonadati Bacteroidota NTU59162.1 NTU59162.1 7.33e-174 2067991 Pseudomonadati Chlorobiota HIO39972.1 HIO39972.1 9.14e-215 2026760 Pseudomonadati Fidelibacterota MBW2003542.1 MBW2003542.1 5.70e-24 2026735 Pseudomonadati Myxococcota MBN1566249.1 MBN1566249.1 3.72e-247 1978231 Pseudomonadati Acidobacteriota MBN1566249.1 WP_255519487.1 2.05e-55 N/A N/A MBN1566249.1 MBO1529847.1 1.14e-32 2818440 Pseudomonadati Pseudomonadota MBN1566249.1 WP_164585387.1 7.24e-30 2706027 Bacillati Actinomycetota XP_024910805.1 XP_024910805.1 0.0 244447 Metazoa Chordata XP_008531547.1 XP_008531547.1 0.0 9798 Metazoa Chordata NP_001375225.1 NP_001375225.1 0.0 9606 Metazoa Chordata NP_001375225.1 XP_053257159.1 0.0 65483 Metazoa Chordata KNE87310.1 KNE87310.1 7.66e-114 1165861 Fungi Basidiomycota MAT55784.1 MAT55784.1 8.06e-80 1898104;2026790 Pseudomonadati Bacteroidota WP_256825141.1 WP_256825141.1 1.90e-97 287 Pseudomonadati Pseudomonadota WP_200287444.1 WP_200287444.1 0.0 1086;1188247 Pseudomonadati Pseudomonadota WP_200287444.1 WP_210569664.1 3.25e-61 2812655 Bacillati Actinomycetota MBW1759047.1 MBW1759047.1 2.38e-235 2026735 Pseudomonadati Myxococcota MBW1759047.1 WP_271563639.1 9.85e-14 N/A N/A WP_101936735.1 WP_101936735.1 8.28e-233 381 Pseudomonadati Pseudomonadota WP_101936735.1 WP_210212399.1 1.01e-57 325217 Pseudomonadati Pseudomonadota WP_101936735.1 MBY7817199.1 3.94e-30 676 Pseudomonadati Pseudomonadota WP_101936735.1 WP_119938117.1 4.34e-11 2494702 Pseudomonadati Pseudomonadota WP_101936735.1 WP_069367753.1 2.18e-08 585;91347;1892896;1898038;1987580 Pseudomonadati Pseudomonadota EAE5693959.1 EAE5693959.1 2.80e-119 1639 Bacillati Bacillota EHQ4925811.1 EHQ4925811.1 4.61e-117 197 Pseudomonadati Campylobacterota WP_055143902.1 WP_055143902.1 1.39e-99 1605367 Pseudomonadati Bacteroidota MCL2259531.1 MCL2259531.1 9.13e-58 1934914 Pseudomonadati Myxococcota USW54809.1 USW54809.1 6.17e-218 215465 Fungi Ascomycota WP_109103107.1 WP_109103107.1 6.04e-97 1396 Bacillati Bacillota MCJ7630170.1 MCJ7630170.1 1.08e-39 2910168 Pseudomonadati Gemmatimonadota MCJ7630170.1 WP_057651690.1 1.09e-06 1746199 Pseudomonadati Pseudomonadota MCJ7630170.1 MBG6287041.1 1.33e-05 46680 Pseudomonadati Pseudomonadota MBR3543702.1 MBR3543702.1 0.0 166 Pseudomonadati Spirochaetota KAH7333078.1 KAH7333078.1 1.31e-164 2042821 Fungi Ascomycota KAA0785577.1 KAA0785577.1 9.73e-184 1890302;2217820 Bacillati Bacillota KAA0785577.1 EAG5222239.1 3.94e-88 1639 Bacillati Bacillota KAA0785577.1 WP_216576398.1 1.63e-59 2841515 Bacillati Bacillota WP_191097707.1 WP_191097707.1 5.10e-142 2772252 Bacillati Bacillota WP_270933235.1 WP_270933235.1 3.99e-266 2766473 Pseudomonadati Pseudomonadota MBO4823235.1 MBO4823235.1 1.64e-72 2044939 Bacillati Bacillota XP_028368138.1 XP_028368138.1 0.0 89673 Metazoa Chordata BBM58963.1 BBM58963.1 3.86e-137 554406 Fusobacteriati Fusobacteriota NXE29491.1 NXE29491.1 2.97e-38 89386 Metazoa Chordata NXE29491.1 WP_091276063.1 1.03e-07 568899 Bacillati Bacillota MBQ7135263.1 MBQ7135263.1 0.0 205 Pseudomonadati Campylobacterota KAF3668984.1 KAF3668984.1 3.35e-92 4072 Viridiplantae Streptophyta NQU12192.1 NQU12192.1 2.00e-137 1869227 0 0 WP_247359483.1 WP_247359483.1 5.08e-247 2631580;2782612;2782673;2782678 Pseudomonadati Pseudomonadota WP_160762600.1 WP_160762600.1 0.0 2691042 Pseudomonadati Pseudomonadota WP_160762600.1 WP_096277301.1 3.01e-49 2745;2024405;2487701 0;Pseudomonadati 0;Pseudomonadota VVA34975.1 VVA34975.1 1.95e-158 3755 Viridiplantae Streptophyta WP_062791926.1 WP_062791926.1 0.0 82996 Pseudomonadati Pseudomonadota WP_062791926.1 WP_243890777.1 2.95e-55 N/A N/A EBW1672033.1 EBW1672033.1 0.0 192954 Pseudomonadati Pseudomonadota EBW1672033.1 EIW7596561.1 0.0 2564157 Pseudomonadati Pseudomonadota MBP7948257.1 MBP7948257.1 2.50e-288 2026801 Pseudomonadati Verrucomicrobiota MBP7948257.1 MCC7351004.1 6.49e-56 2052180 Pseudomonadati Planctomycetota MBQ2895174.1 MBQ2895174.1 0.0 2485925 Bacillati Bacillota MBQ2895174.1 WP_278084771.1 1.11e-14 3016107 Bacillati Actinomycetota MBQ2895174.1 OHA02323.1 1.05e-12 1802272 0 Candidatus Sungiibacteriota MBQ2895174.1 VAX76432.1 5.39e-11 138074 Pseudomonadati Pseudomonadota KAJ2681556.1 KAJ2681556.1 8.68e-320 2663902 Fungi Kickxellomycota MCB0919686.1 MCB0919686.1 2.80e-122 2900548 Bacillati Actinomycetota MCB0919686.1 WP_209377953.1 1.02e-17 2820812 Pseudomonadati Pseudomonadota MBL0967454.1 MBL0967454.1 2.80e-239 1909299 Pseudomonadati Pseudomonadota MBL0967454.1 WP_254218450.1 2.86e-116 N/A N/A MBL0967454.1 EEJ0015338.1 4.62e-69 1642 Bacillati Bacillota MBL0967454.1 AAL18389.1 4.94e-36 167729 Viridiplantae Streptophyta MBK6016805.1 MBK6016805.1 1.50e-59 1488384 Bacillati Actinomycetota HAT8492399.1 HAT8492399.1 9.33e-261 672 Pseudomonadati Pseudomonadota HAT8492399.1 PWC90347.1 4.99e-77 652764 Pseudomonadati Pseudomonadota HAT8492399.1 WP_095648367.1 2.06e-24 137658 Pseudomonadati Pseudomonadota WP_226831873.1 WP_226831873.1 4.57e-305 N/A N/A WP_145765032.1 WP_145765032.1 1.69e-150 887462 Bacillati Actinomycetota EFN6096987.1 EFN6096987.1 1.27e-74 562 Pseudomonadati Pseudomonadota WP_245437884.1 WP_245437884.1 2.16e-106 325217 Pseudomonadati Pseudomonadota MBP3694442.1 MBP3694442.1 7.19e-311 2691551 Pseudomonadati Planctomycetota KKP93192.1 KKP93192.1 5.57e-85 1618782;1618898 0 0 KKP93192.1 MBR4471080.1 8.39e-31 2049044 Bacillati Bacillota KKP93192.1 TDM00308.1 3.32e-27 1871037 Pseudomonadati Bacteroidota WP_031101924.1 WP_031101924.1 0.0 2593676 Bacillati Actinomycetota WP_150277740.1 WP_150277740.1 7.99e-282 1323744 Pseudomonadati Pseudomonadota WP_150277740.1 MCC2111968.1 2.64e-107 1909294 Pseudomonadati Pseudomonadota XP_005100439.2 XP_005100439.2 0.0 6500 Metazoa Mollusca GER25411.1 GER25411.1 3.29e-79 4170 Viridiplantae Streptophyta XP_004697524.1 XP_004697524.1 1.30e-247 9371 Metazoa Chordata MBE6787267.1 MBE6787267.1 5.33e-131 2485925 Bacillati Bacillota MBE6787267.1 MCH2678216.1 8.64e-24 1913988 Pseudomonadati Pseudomonadota WP_057732191.1 WP_057732191.1 5.60e-202 267633;1423753 Bacillati Bacillota WP_057732191.1 MBQ8156531.1 1.60e-43 2026720 0 Candidatus Saccharimonadota WP_057732191.1 WP_253195963.1 1.91e-31 2840371 Bacillati Bacillota MCF6194916.1 MCF6194916.1 7.05e-318 2026751 Pseudomonadati Pseudomonadota WP_226866106.1 WP_226866106.1 7.99e-320 592978;2883183 0;Bacillati 0;Bacillota NGQ14502.1 NGQ14502.1 3.13e-66 1280 Bacillati Bacillota MBQ7713804.1 MBQ7713804.1 1.19e-38 2485925 Bacillati Bacillota WP_079712214.1 WP_079712214.1 1.06e-207 447422 Pseudomonadati Bacteroidota KAI8478671.1 KAI8478671.1 1.83e-74 7741 Metazoa Chordata MBQ2559410.1 MBQ2559410.1 1.14e-316 35828 Pseudomonadati Fibrobacterota WP_072851907.1 WP_072851907.1 1.09e-60 160404;1121323 Bacillati Bacillota WP_211555180.1 WP_211555180.1 7.32e-163 574987 Pseudomonadati Pseudomonadota WP_211555180.1 MWR41881.1 3.42e-26 562 Pseudomonadati Pseudomonadota WP_211555180.1 MCP5262709.1 1.51e-19 50421 Pseudomonadati Pseudomonadota WP_211555180.1 WP_206363707.1 9.67e-17 2501515 Pseudomonadati Pseudomonadota WP_211555180.1 WP_276362074.1 1.52e-16 3034022 Bacillati Actinomycetota WP_211555180.1 MBQ9964693.1 2.39e-16 2044939 Bacillati Bacillota WP_211555180.1 WP_247749043.1 6.06e-16 N/A N/A WP_211555180.1 WP_192324556.1 6.13e-16 34072;2769259 Pseudomonadati Pseudomonadota WP_211555180.1 WP_227059655.1 2.06e-15 40545 Pseudomonadati Pseudomonadota WP_211555180.1 WP_150396769.1 8.67e-15 305 Pseudomonadati Pseudomonadota WP_211555180.1 WP_131166802.1 1.44e-14 1837344 Bacillati Actinomycetota WP_211555180.1 WAY96880.1 1.46e-14 615 Pseudomonadati Pseudomonadota WP_211555180.1 GLY24463.1 6.24e-14 3032198 Bacillati Actinomycetota WP_211555180.1 MCH4209672.1 1.53e-12 41200 Bacillati Actinomycetota WP_211555180.1 WP_066083732.1 3.53e-12 220687 Bacillati Bacillota WP_211555180.1 WP_107894076.1 6.26e-12 1130819 Bacillati Bacillota WP_211555180.1 WP_185334683.1 4.22e-10 1640 Bacillati Bacillota WP_211555180.1 MBK8687530.1 5.94e-08 1891241 Pseudomonadati Pseudomonadota MCG0239154.1 MCG0239154.1 0.0 1879010 Bacillati Bacillota WP_249839557.1 WP_249839557.1 6.81e-259 1470261 Bacillati Actinomycetota MBI2200351.1 MBI2200351.1 5.10e-130 2033014 Bacillati Armatimonadota CAC5421833.1 CAC5421833.1 1.37e-112 42192 Metazoa Mollusca MBI1418116.1 MBI1418116.1 1.12e-274 2211665 Pseudomonadati Pseudomonadota WP_236663175.1 WP_236663175.1 1.44e-158 N/A N/A WP_236663175.1 MCB1857105.1 1.80e-27 1913989 Pseudomonadati Pseudomonadota MBQ7152318.1 MBQ7152318.1 7.47e-210 2044939 Bacillati Bacillota WP_136470377.1 WP_136470377.1 2.38e-236 1459967 Pseudomonadati Pseudomonadota WP_002682757.1 WP_002682757.1 2.20e-317 158;999432 Pseudomonadati Spirochaetota XP_025486240.1 XP_025486240.1 0.0 1448315 Fungi Ascomycota PAW68992.1 PAW68992.1 7.69e-303 1982319 Pseudomonadati Verrucomicrobiota PAW68992.1 WP_250015522.1 1.69e-60 2653189 Bacillati Cyanobacteriota PAW68992.1 WP_210167953.1 2.82e-40 N/A N/A PAW68992.1 WP_064802002.1 5.15e-33 190721 Pseudomonadati Pseudomonadota MCL6479991.1 MCL6479991.1 1.13e-259 2052179 Bacillati Bacillota MCL6479991.1 MBP8613265.1 2.62e-18 3085339 Bacillati Bacillota MCL6479991.1 WP_010997757.1 6.68e-10 1162;103690;1086822;2055761;2692878;2692880 Bacillati Cyanobacteriota WP_250850661.1 WP_250850661.1 8.94e-137 92644 Bacillati Actinomycetota WP_250850661.1 WP_069156513.1 1.53e-07 1432052 Bacillati Bacillota WP_250850661.1 WP_186723788.1 6.61e-05 582 Pseudomonadati Pseudomonadota WP_250850661.1 HBG17616.1 5.61e-04 1879010 Bacillati Bacillota WP_282139373.1 WP_282139373.1 1.82e-204 2675230 Bacillati Bacillota PYK96819.1 PYK96819.1 2.04e-168 2026799 Pseudomonadati Verrucomicrobiota PYK96819.1 WP_194543596.1 4.15e-84 1906272 Bacillati Bacillota PYK96819.1 MBQ6275073.1 4.97e-69 2485925 Bacillati Bacillota WP_266179881.1 WP_266179881.1 1.73e-258 2994648 Pseudomonadati Pseudomonadota WP_266179881.1 WP_223413240.1 3.79e-221 573 Pseudomonadati Pseudomonadota WP_266179881.1 WP_138125503.1 2.09e-89 1334 Bacillati Bacillota WP_266179881.1 WP_069697901.1 2.23e-88 762845 Bacillati Bacillota WP_266179881.1 EFX2174330.1 1.95e-57 624 Pseudomonadati Pseudomonadota WP_266179881.1 RYY73542.1 6.38e-06 1913989 Pseudomonadati Pseudomonadota WP_266179881.1 CDE36962.1 2.56e-04 1262889 Bacillati Bacillota XP_033980738.1 XP_033980738.1 0.0 40690 Metazoa Chordata WP_028330468.1 WP_028330468.1 4.14e-66 84379 Pseudomonadati Spirochaetota GGT63801.1 GGT63801.1 0.0 46158 Bacillati Actinomycetota GGT63801.1 WP_230519716.1 5.26e-182 N/A N/A GGT63801.1 MBQ3380675.1 8.14e-69 2485925 Bacillati Bacillota WP_048428121.1 WP_048428121.1 7.17e-129 407;409;1775910;2738439 Pseudomonadati Pseudomonadota WP_157749445.1 WP_157749445.1 0.0 1907575 Bacillati Actinomycetota KAF9450340.1 KAF9450340.1 8.84e-224 1400762 Fungi Basidiomycota RHI25825.1 RHI25825.1 2.99e-45 39491;2832643 Bacillati;Heunggongvirae Bacillota;Uroviricota PYO04262.1 PYO04262.1 0.0 2053607 0 Candidatus Rokuibacteriota MZQ82908.1 MZQ82908.1 1.87e-193 2606219 Bacillati Bacillota WP_278416415.1 WP_278416415.1 0.0 N/A N/A WP_278416415.1 WP_038580218.1 1.39e-154 1781;1131442 Bacillati Actinomycetota WP_278416415.1 MBP8718427.1 1.29e-06 2053509 Pseudomonadati Atribacterota MCP5940157.1 MCP5940157.1 1.84e-53 573 Pseudomonadati Pseudomonadota WP_046233091.1 WP_046233091.1 6.85e-89 684063 Bacillati Bacillota WP_099711966.1 WP_099711966.1 2.42e-271 2035198 Pseudomonadati Bacteroidota WP_228364598.1 WP_228364598.1 2.47e-100 2886376 Pseudomonadati Pseudomonadota KAF3190632.1 KAF3190632.1 7.97e-93 2813651 Fungi Ascomycota GAP55147.1 GAP55147.1 1.06e-65 1588022 Bacillati Actinomycetota GAP55147.1 VJO49958.1 1.17e-22 1313 Bacillati Bacillota WP_117920451.1 WP_117920451.1 0.0 2292367 Bacillati Bacillota WP_117920451.1 KKT55671.1 2.22e-128 1618930;2053562 0 0;Candidatus Jacksoniibacteriota WP_117920451.1 WP_086280341.1 2.14e-102 3161138 Pseudomonadati Campylobacterota WP_117920451.1 MCJ7594907.1 2.15e-84 2044940 Pseudomonadati Thermodesulfobacteriota URN93064.1 URN93064.1 9.33e-183 2994561 Bacillati Bacillota XP_048379117.1 XP_048379117.1 0.0 3053191 Metazoa Chordata XP_048379117.1 KAG1590416.1 2.77e-82 936053 Fungi Mucoromycota XP_048379117.1 RQM16216.1 3.81e-54 542832 0 Oomycota XP_048379117.1 XP_029528577.1 1.61e-52 8023 Metazoa Chordata XP_048379117.1 EYU24504.1 2.69e-45 4155 Viridiplantae Streptophyta XP_048379117.1 XP_030620685.1 2.46e-34 29144 Metazoa Chordata XP_048379117.1 XP_046441060.1 3.18e-34 6669 Metazoa Arthropoda XP_048379117.1 XP_020321477.1 3.75e-34 8019 Metazoa Chordata XP_048379117.1 XP_048216280.1 2.17e-31 214514 Metazoa Chordata XP_048379117.1 KAH6984898.1 2.93e-22 2824670 Fungi Ascomycota XP_048379117.1 MBF1128433.1 1.57e-13 218538 Bacillati Bacillota XP_048379117.1 MBD2210269.1 4.09e-09 2692905 Bacillati Cyanobacteriota XP_048379117.1 WP_106546380.1 9.30e-09 869949 Bacillati Cyanobacteriota WP_215829554.1 WP_215829554.1 4.03e-118 2772457 Bacillati Bacillota HIS66173.1 HIS66173.1 4.89e-49 2840927 Bacillati Bacillota WP_068579097.1 WP_068579097.1 7.21e-214 54262 Methanobacteriati Methanobacteriota WP_138524404.1 WP_138524404.1 4.74e-170 286;2571105 Pseudomonadati Pseudomonadota WP_207040866.1 WP_207040866.1 0.0 2816034 Pseudomonadati Pseudomonadota XP_023744527.1 XP_023744527.1 1.52e-137 4236 Viridiplantae Streptophyta WP_149746544.1 WP_149746544.1 2.71e-157 1907414 Pseudomonadati Pseudomonadota WP_149746544.1 MBU4432787.1 1.85e-39 1913988 Pseudomonadati Pseudomonadota XP_031942702.1 XP_031942702.1 0.0 1506151 Fungi Ascomycota XP_031942702.1 KAF8917914.1 1.89e-53 139077 Fungi Basidiomycota WP_231208164.1 WP_231208164.1 4.69e-97 210 Pseudomonadati Campylobacterota MCF8184263.1 MCF8184263.1 1.98e-36 2029855 Pseudomonadati Pseudomonadota OGK67013.1 OGK67013.1 1.71e-58 1802082;1802084;1802088;1802090;1802092;1802094 0 Candidatus Roizmaniibacteriota MCB9002045.1 MCB9002045.1 0.0 2030927 Pseudomonadati Bacteroidota KAG5628805.1 KAG5628805.1 5.01e-301 4109 Viridiplantae Streptophyta WP_075347218.1 WP_075347218.1 1.16e-106 1301;1915004 Bacillati Bacillota WP_075347218.1 WP_108719223.1 1.29e-57 676201;947525;2026762 Bacillati Actinomycetota HAV5500596.1 HAV5500596.1 0.0 470 Pseudomonadati Pseudomonadota HAV5500596.1 WP_034002239.1 5.23e-55 287 Pseudomonadati Pseudomonadota HAV5500596.1 WP_187788315.1 9.14e-42 2614656 Pseudomonadati Pseudomonadota WP_197903834.1 WP_197903834.1 1.50e-160 2766967 Pseudomonadati Pseudomonadota MBV8349295.1 MBV8349295.1 2.34e-274 2320850 Bacillati Actinomycetota MBV8349295.1 WP_278266677.1 8.52e-75 3039385 Bacillati Actinomycetota EBY9237686.1 EBY9237686.1 1.29e-210 192955 Pseudomonadati Pseudomonadota MBR7834804.1 MBR7834804.1 1.35e-177 1508375 Bacillati Actinomycetota MBR7834804.1 WP_276362074.1 5.44e-42 3034022 Bacillati Actinomycetota MBR7834804.1 WP_279984614.1 6.87e-21 909768 Pseudomonadati Pseudomonadota MBR7834804.1 CDZ73727.1 2.62e-09 323655 Pseudomonadati Pseudomonadota MBR7834804.1 WP_125260587.1 1.13e-05 2259638 Pseudomonadati Pseudomonadota WP_000877275.1 WP_000877275.1 0.0 1386;1396;334406;405534;526975;718220;1053213;1053214;1053221 Bacillati Bacillota WP_000877275.1 RDE30147.1 4.29e-25 1426 Bacillati Bacillota MBA8802464.1 MBA8802464.1 3.24e-133 661491 Bacillati Actinomycetota RPH43036.1 RPH43036.1 9.27e-112 2053307 Pseudomonadati Thermodesulfobacteriota PKL50735.1 PKL50735.1 0.0 2013830 0 Candidatus Rifleibacteriota PKL50735.1 MBF0233644.1 3.11e-57 2006184 Pseudomonadati Thermodesulfobacteriota PKL50735.1 WP_211114623.1 2.22e-43 N/A N/A PKL50735.1 WP_138482356.1 8.83e-24 161398 Pseudomonadati Pseudomonadota PKL50735.1 WP_074911472.1 5.52e-18 371601 Pseudomonadati Bacteroidota PKL50735.1 MBP1530348.1 2.71e-12 2049044 Bacillati Bacillota PKL50735.1 WP_069156513.1 2.38e-09 1432052 Bacillati Bacillota PKL50735.1 EJF06804.1 2.80e-09 1177931 Pseudomonadati Campylobacterota PKL50735.1 MBQ5584458.1 1.08e-07 2053608 Bacillati Bacillota PKL50735.1 WP_256212307.1 3.25e-05 N/A N/A ECJ9372216.1 ECJ9372216.1 0.0 1642 Bacillati Bacillota ECJ9372216.1 GGB39876.1 0.0 1827502 Bacillati Bacillota ECJ9372216.1 WP_222637261.1 0.0 1280 Bacillati Bacillota MCB9044857.1 MCB9044857.1 7.99e-303 2448779 Pseudomonadati Bacteroidota MCB9044857.1 WP_196434573.1 3.79e-11 2785785 Pseudomonadati Pseudomonadota CAD1480611.1 CAD1480611.1 2.32e-199 395501 Metazoa Arthropoda UXX67934.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota UXX67934.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota MBR4318777.1 MBR4318777.1 4.52e-58 2485925 Bacillati Bacillota WP_189253472.1 WP_189253472.1 5.36e-229 103732 Bacillati Actinomycetota XP_001964912.1 XP_001964912.1 2.82e-141 7217 Metazoa Arthropoda WP_006895514.1 WP_006895514.1 8.74e-208 2053;173559;1223544;1437876;2059875 Bacillati Actinomycetota XP_047161348.1 XP_047161348.1 1.54e-257 87088 Viridiplantae Streptophyta GFZ13182.1 GFZ13182.1 3.03e-285 165716 Viridiplantae Streptophyta MCD4741867.1 MCD4741867.1 8.60e-233 2049433 Pseudomonadati Thermodesulfobacteriota WP_012105291.1 WP_012105291.1 9.46e-68 633;349747;502800;748672;1649845 Pseudomonadati Pseudomonadota WP_151428268.1 WP_151428268.1 3.22e-75 615 Pseudomonadati Pseudomonadota MBG4742902.1 MBG4742902.1 2.74e-145 287 Pseudomonadati Pseudomonadota WP_199425576.1 WP_199425576.1 4.13e-197 247480 Bacillati Bacillota WP_199425576.1 WP_263858211.1 1.42e-42 2874699 Bacillati Cyanobacteriota WP_199425576.1 QQO85492.1 5.74e-22 38313 Pseudomonadati Pseudomonadota WP_199425576.1 WP_279838136.1 6.79e-13 N/A N/A KAA0555231.1 KAA0555231.1 0.0 57706 Pseudomonadati Pseudomonadota KAA0555231.1 WP_098923619.1 9.31e-65 1392;1396 Bacillati Bacillota KAA0555231.1 OFZ89526.1 1.78e-43 1797477 Pseudomonadati Pseudomonadota KAA0555231.1 KAJ4394429.1 4.40e-42 1191159 Fungi Ascomycota KAA0555231.1 NDI25889.1 1.05e-41 2900548 Bacillati Actinomycetota KAA0555231.1 WP_262612393.1 5.53e-38 53344 Bacillati Bacillota KAA0555231.1 MBT3887354.1 1.14e-37 1898112 Pseudomonadati Pseudomonadota KAA0555231.1 WP_033456074.1 5.82e-37 518;1331200 Pseudomonadati Pseudomonadota WP_250703775.1 WP_250703775.1 2.31e-304 817 Pseudomonadati Bacteroidota WP_250703775.1 WP_135952734.1 8.42e-18 671267 Pseudomonadati Bacteroidota WP_190024728.1 WP_190024728.1 5.64e-50 66424 Bacillati Actinomycetota EJH9475741.1 EJH9475741.1 0.0 N/A N/A EJH9475741.1 WP_184698676.1 2.86e-172 1051531 Bacillati Actinomycetota EJH9475741.1 WP_220281278.1 1.35e-93 562 Pseudomonadati Pseudomonadota EJH9475741.1 HCH8663031.1 7.55e-80 28901 Pseudomonadati Pseudomonadota EJH9475741.1 HAL7851047.1 1.02e-72 562 Pseudomonadati Pseudomonadota EJH9475741.1 WP_014942931.1 5.82e-25 1763;1138383;1232724 Bacillati Actinomycetota ACE85434.1 ACE85434.1 8.34e-112 498211 Pseudomonadati Pseudomonadota ACE85434.1 HIP46790.1 1.31e-26 2268180 Pseudomonadati Campylobacterota ACE85434.1 EBL5661155.1 5.48e-06 149539 Pseudomonadati Pseudomonadota HAF83917.1 HAF83917.1 8.48e-95 820 Pseudomonadati Bacteroidota WP_058354136.1 WP_058354136.1 3.33e-141 290052 Bacillati Bacillota MCH2591601.1 MCH2591601.1 3.36e-174 2024890 Pseudomonadati Verrucomicrobiota MCH2591601.1 HHY51372.1 5.61e-71 1913988 Pseudomonadati Pseudomonadota MCH2591601.1 WP_016340583.1 2.14e-55 216945;1276229 Bacillati Mycoplasmatota EJV3581946.1 EJV3581946.1 1.07e-90 562 Pseudomonadati Pseudomonadota WP_160893107.1 WP_160893107.1 6.15e-62 1679449;2692189;2841273 Pseudomonadati Pseudomonadota WP_058051508.1 WP_058051508.1 4.28e-242 656 Pseudomonadati Pseudomonadota WP_058051508.1 MBE6257848.1 8.44e-66 59823 Pseudomonadati Bacteroidota WP_058051508.1 WP_224911464.1 4.83e-53 538381 Pseudomonadati Pseudomonadota WP_058051508.1 XP_046509038.1 1.27e-09 89248 Metazoa Chordata WP_090991509.1 WP_090991509.1 2.23e-81 414048 Pseudomonadati Bacteroidota UDH58358.1 UDH58358.1 0.0 4424 Viridiplantae Streptophyta UDH58358.1 GIR47037.1 4.03e-161 1913988 Pseudomonadati Pseudomonadota UDH58358.1 WP_251758029.1 2.00e-105 2942999 Pseudomonadati Bacteroidota UDH58358.1 MBK3574312.1 1.32e-63 1488395 Bacillati Actinomycetota UDH58358.1 YP_009351723.1 2.57e-56 377994 Metazoa Arthropoda UDH58358.1 MBT3784852.1 7.43e-12 1869227 0 0 WP_192533765.1 WP_192533765.1 1.04e-152 1220600 Pseudomonadati Pseudomonadota MBR5151349.1 MBR5151349.1 3.84e-66 2735568 Pseudomonadati Elusimicrobiota UHM53165.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UHM53165.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota WP_007747506.1 WP_007747506.1 0.0 338188;483215 Pseudomonadati Bacteroidota WP_007747506.1 WP_149886053.1 8.54e-29 239759;328814;1872444 Pseudomonadati Bacteroidota MBN4480386.1 MBN4480386.1 2.00e-10 9606 Metazoa Chordata WP_073952834.1 WP_073952834.1 0.0 864058 Bacillati Actinomycetota WP_247749043.1 WP_247749043.1 0.0 N/A N/A WP_247749043.1 WP_060613079.1 1.97e-50 570;573 Pseudomonadati Pseudomonadota WP_247749043.1 WP_011512097.1 1.14e-49 912;323097 Pseudomonadati Pseudomonadota WP_247749043.1 KAJ5168969.1 2.07e-37 189055 Fungi Ascomycota WP_247749043.1 WP_195238978.1 1.35e-36 1502 Bacillati Bacillota WP_247749043.1 MBQ8297564.1 1.27e-35 41978 Bacillati Bacillota WP_247749043.1 NFD84694.1 4.99e-35 1491 Bacillati Bacillota WP_247749043.1 KAI7371949.1 1.24e-33 91943 Fungi Ascomycota WP_247749043.1 KAI9191373.1 6.32e-33 4023 Viridiplantae Streptophyta WP_247749043.1 WAY96880.1 5.52e-32 615 Pseudomonadati Pseudomonadota WP_247749043.1 WP_038440434.1 8.71e-29 727 Pseudomonadati Pseudomonadota WP_247749043.1 OAN53756.1 6.81e-24 1285242 Pseudomonadati Pseudomonadota WP_247749043.1 WP_278489123.1 1.68e-22 437897 Bacillati Bacillota WP_247749043.1 KAJ2660037.1 2.13e-22 2789312 Fungi Kickxellomycota WP_247749043.1 WP_098952357.1 2.15e-20 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_247749043.1 WP_229319113.1 9.80e-20 67351 Bacillati Actinomycetota WP_247749043.1 MXP43753.1 2.22e-19 1689985 Pseudomonadati Pseudomonadota WP_247749043.1 WP_192324556.1 2.66e-19 34072;2769259 Pseudomonadati Pseudomonadota WP_247749043.1 WP_089246429.1 6.00e-19 398843 Bacillati Actinomycetota WP_247749043.1 WP_029347391.1 1.63e-18 68287;1871066;2014805;2496770;2496771 Pseudomonadati Pseudomonadota WP_247749043.1 WP_192500494.1 1.54e-17 1897058 Pseudomonadati Bacteroidota WP_247749043.1 NNE23115.1 3.79e-17 1909294 Pseudomonadati Pseudomonadota WP_247749043.1 WP_227059655.1 1.27e-16 40545 Pseudomonadati Pseudomonadota WP_247749043.1 WP_041481207.1 5.79e-16 1719;1161911 Bacillati Actinomycetota WP_247749043.1 WP_152652784.1 1.89e-15 2023717 Pseudomonadati Pseudomonadota WP_131001993.1 WP_131001993.1 4.63e-215 2528245 Pseudomonadati Pseudomonadota WP_131001993.1 MCL2039304.1 1.83e-37 1898104 Pseudomonadati Bacteroidota WP_131001993.1 MBE6139600.1 4.94e-25 1879010 Bacillati Bacillota WP_131001993.1 SCX00186.1 2.09e-14 1200751 Bacillati Bacillota MBQ2865526.1 MBQ2865526.1 1.27e-132 2044939 Bacillati Bacillota CCZ48101.1 CCZ48101.1 4.05e-252 1262746 Pseudomonadati Bacteroidota WP_088644037.1 WP_088644037.1 0.0 1185415 Bacillati Actinomycetota WP_088644037.1 WP_129857883.1 1.99e-16 1886 Bacillati Actinomycetota WP_088644037.1 MBO8233644.1 3.42e-06 2054182;2716489 Bacillati Cyanobacteriota WP_088644037.1 MBR6403893.1 2.45e-04 142586 Bacillati Bacillota KAI8569196.1 KAI8569196.1 1.11e-207 49168 Viridiplantae Streptophyta KAI8569196.1 TEA36026.1 9.86e-97 103600 Metazoa Chordata RLB66027.1 RLB66027.1 0.0 2026735 Pseudomonadati Myxococcota RLB66027.1 WP_167959909.1 5.87e-54 2715212 Pseudomonadati Bacteroidota RLB66027.1 NDJ88951.1 1.04e-40 354243 Bacillati Actinomycetota RLB66027.1 WP_112119927.1 6.51e-35 1642 Bacillati Bacillota RLB66027.1 WP_254101325.1 3.75e-24 2961944 Pseudomonadati Pseudomonadota RLB66027.1 WP_200941876.1 7.42e-13 N/A N/A RLB66027.1 PYB13830.1 6.56e-10 615 Pseudomonadati Pseudomonadota RLB66027.1 MCC5948066.1 5.02e-05 2093808 Bacillati Actinomycetota WP_030245666.1 WP_030245666.1 1.21e-120 1883;67380;68233;1783515;2838015 Bacillati Actinomycetota NCY12679.1 NCY12679.1 1.39e-266 2030806 Pseudomonadati Pseudomonadota WP_277588386.1 WP_277588386.1 0.0 587753 Pseudomonadati Pseudomonadota WP_191131110.1 WP_191131110.1 7.88e-255 2692911 Bacillati Cyanobacteriota WP_191131110.1 WP_232306300.1 1.36e-08 823 Pseudomonadati Bacteroidota WP_191131110.1 WP_261802249.1 7.43e-07 N/A N/A XP_031903815.1 XP_031903815.1 2.05e-200 209559 Fungi Ascomycota WP_230340254.1 WP_230340254.1 1.21e-192 2809020 Pseudomonadati Pseudomonadota WP_234278623.1 WP_234278623.1 5.15e-256 N/A N/A MCH9811988.1 MCH9811988.1 0.0 1869227 0 0 WP_097346712.1 WP_097346712.1 0.0 562 Pseudomonadati Pseudomonadota WP_097346712.1 WP_158131988.1 7.76e-300 549 Pseudomonadati Pseudomonadota WP_097346712.1 AGL88086.1 7.47e-31 767453 Bacillati Bacillota WP_097346712.1 AHK46784.1 1.43e-30 1416753 Pseudomonadati Pseudomonadota WP_097346712.1 EIU6828535.1 7.89e-29 670 Pseudomonadati Pseudomonadota WP_097346712.1 EAP5059555.1 4.59e-26 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota WP_097346712.1 PPR79666.1 8.20e-26 2013066 Pseudomonadati Pseudomonadota WP_097346712.1 WP_249991478.1 2.35e-25 747 Pseudomonadati Pseudomonadota MCB9527501.1 MCB9527501.1 9.19e-109 2026763 Pseudomonadati Myxococcota MCB9527501.1 SED04027.1 1.57e-34 1855348 Bacillati Actinomycetota MCB9527501.1 WP_195473821.1 9.48e-28 375288 Pseudomonadati Bacteroidota QQE66073.1 QQE66073.1 1.10e-63 1115757 Bacillati Cyanobacteriota WP_123608797.1 WP_123608797.1 1.81e-192 1329262 Bacillati Bacillota WP_161258623.1 WP_161258623.1 0.0 121734 Bacillati Bacillota WP_161258623.1 WP_255187010.1 4.84e-50 2963939 Pseudomonadati Pseudomonadota WP_161258623.1 WP_195397250.1 1.09e-46 2787120 Bacillati Bacillota WP_161258623.1 MBQ2017527.1 4.84e-20 1913988 Pseudomonadati Pseudomonadota WP_161258623.1 RCI04718.1 2.73e-18 4846 Fungi Mucoromycota OAD54734.1 OAD54734.1 0.0 516756 Metazoa Arthropoda PIW09420.1 PIW09420.1 0.0 1973953 Pseudomonadati Pseudomonadota KKU20154.1 KKU20154.1 7.45e-89 1619069;1802143 0 Candidatus Saccharimonadota MCF7871960.1 MCF7871960.1 1.11e-134 2026803 Nanobdellati Candidatus Woesearchaeota MCF7871960.1 KAF4306879.1 1.96e-35 55169 Fungi Ascomycota WP_230693348.1 WP_230693348.1 1.89e-77 2897327 Pseudomonadati Bacteroidota WP_230693348.1 OYU97658.1 1.52e-49 2015582 Pseudomonadati Bacteroidota WP_238874073.1 WP_238874073.1 2.34e-251 85698 Pseudomonadati Pseudomonadota WP_238874073.1 WP_098515742.1 3.84e-04 1428 Bacillati Bacillota XP_014030939.2 XP_014030939.2 0.0 N/A N/A XP_014030939.2 XP_022242849.1 1.06e-15 6850 Metazoa Arthropoda MBN8497621.1 MBN8497621.1 3.64e-189 2053492 Pseudomonadati Pseudomonadota HBR1243745.1 HBR1243745.1 0.0 1463164 Pseudomonadati Pseudomonadota HBR1243745.1 WP_064060986.1 2.26e-63 103816 Bacillati Actinomycetota UFM00670.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UFM02602.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UBL45068.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota UFM00670.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota ONC03263.1 ONC03263.1 3.44e-21 28450 Pseudomonadati Pseudomonadota VHX55998.1 VHX55998.1 1.31e-27 1496 Bacillati Bacillota WP_189355971.1 WP_189355971.1 0.0 1131567 Pseudomonadati Pseudomonadota NWW81056.1 NWW81056.1 1.03e-54 47695 Metazoa Chordata WP_173213591.1 WP_173213591.1 1.83e-209 2608887 Bacillati Bacillota WP_232180661.1 WP_232180661.1 0.0 1296 Bacillati Bacillota WP_232180661.1 WP_122013538.1 9.58e-82 N/A N/A WP_232180661.1 WP_070188258.1 2.08e-47 1866905;2545267 Bacillati Actinomycetota TVP67793.1 TVP67793.1 6.11e-307 2480211 Bacillati Cyanobacteriota TVP67793.1 WP_224014827.1 3.36e-94 92647 Pseudomonadati Pseudomonadota TVP67793.1 WP_130670507.1 5.55e-88 379;384 Pseudomonadati Pseudomonadota TVP67793.1 WP_271272236.1 7.30e-86 2895352 Pseudomonadati Pseudomonadota TVP67793.1 MCB0793211.1 5.90e-82 2021391 Pseudomonadati Bacteroidota TVP67793.1 EMD83093.1 2.75e-63 1234595 Pseudomonadati Pseudomonadota WP_065881511.1 WP_065881511.1 3.16e-212 196821;1844094;1844096 Pseudomonadati Pseudomonadota WP_274285032.1 WP_274285032.1 7.04e-319 663604 Bacillati Actinomycetota WP_274285032.1 WP_138289979.1 5.64e-146 1502 Bacillati Bacillota NDH21517.1 NDH21517.1 4.76e-180 1904441 Pseudomonadati Pseudomonadota NDH21517.1 MBC2704089.1 1.75e-43 2593537 Pseudomonadati Thermodesulfobacteriota NDH21517.1 MBD8893743.1 5.96e-26 2803841 Pseudomonadati Pseudomonadota PTB82517.1 PTB82517.1 2.35e-141 754476 Pseudomonadati Pseudomonadota KAA0114277.1 KAA0114277.1 0.0 1305 Bacillati Bacillota KAA0114277.1 MBE6688122.1 2.77e-245 2485925 Bacillati Bacillota KAA0114277.1 WP_278631399.1 3.94e-166 29348 Bacillati Bacillota KAA0114277.1 WP_235126772.1 7.91e-136 2909336 Pseudomonadati Bacteroidota KAA0114277.1 XP_009147075.2 1.04e-135 3711 Viridiplantae Streptophyta KAA0114277.1 MBE5737882.1 4.09e-111 1898207 Bacillati Bacillota KAA0114277.1 KAF5671546.1 9.90e-74 48490 Fungi Ascomycota KAA0114277.1 WP_049009918.1 4.59e-73 545 Pseudomonadati Pseudomonadota KAA0114277.1 WP_019100427.1 2.69e-64 394935 Pseudomonadati Pseudomonadota KAA0114277.1 KAJ6994162.1 3.60e-64 444605 Viridiplantae Streptophyta KAA0114277.1 MBY0273331.1 1.03e-36 1913988 Pseudomonadati Pseudomonadota KAA0114277.1 WP_074319120.1 3.26e-16 709881 Bacillati Actinomycetota KAA0114277.1 MBI6149093.1 1.46e-11 615 Pseudomonadati Pseudomonadota KAA0114277.1 HCT06136.1 1.43e-04 306 Pseudomonadati Pseudomonadota WP_280691874.1 WP_280691874.1 3.47e-221 2633591 Bacillati Actinomycetota ETO00561.1 ETO00561.1 2.49e-55 46433 0 Foraminifera WP_248222673.1 WP_248222673.1 0.0 2497436 Pseudomonadati Pseudomonadota WP_105466370.1 WP_105466370.1 4.66e-66 562 Pseudomonadati Pseudomonadota KIY45866.1 KIY45866.1 1.35e-211 1128425 Fungi Basidiomycota MBJ6738874.1 MBJ6738874.1 6.70e-96 197 Pseudomonadati Campylobacterota PJQ02245.1 PJQ02245.1 0.0 32022 Pseudomonadati Campylobacterota PJQ02245.1 EAL1671435.1 4.92e-194 197 Pseudomonadati Campylobacterota PJQ02245.1 EJA9392162.1 1.64e-174 195 Pseudomonadati Campylobacterota PJQ02245.1 EFS8130303.1 4.91e-67 195 Pseudomonadati Campylobacterota PJQ02245.1 ECP6736894.1 4.82e-42 197 Pseudomonadati Campylobacterota PJQ02245.1 EJO8252676.1 3.28e-39 195 Pseudomonadati Campylobacterota PJQ02245.1 WP_181244664.1 1.48e-05 1491 Bacillati Bacillota WP_072932559.1 WP_072932559.1 0.0 1434701 Pseudomonadati Bacteroidota WP_182072700.1 WP_182072700.1 3.39e-191 492670 Bacillati Bacillota MCG7868091.1 MCG7868091.1 0.0 1655433;1968599;2792791 Pseudomonadati Pseudomonadota MCL2931045.1 MCL2931045.1 3.96e-49 2917419 Bacillati Cyanobacteriota UKI46111.1 UKI46111.1 9.59e-147 821 Pseudomonadati Bacteroidota MCR5635645.1 MCR5635645.1 6.84e-182 1898207 Bacillati Bacillota WP_061905238.1 WP_061905238.1 0.0 43263 Pseudomonadati Pseudomonadota WP_061905238.1 HBY86896.1 2.76e-140 56799 Pseudomonadati Pseudomonadota WP_061905238.1 WP_134885491.1 4.95e-70 562 Pseudomonadati Pseudomonadota WP_152835594.1 WP_152835594.1 1.13e-154 2490493 Pseudomonadati Pseudomonadota BAY23582.1 BAY23582.1 0.0 1954172 Bacillati Cyanobacteriota BAY23582.1 WP_066841281.1 2.08e-149 1763;1776;1834096 Bacillati Actinomycetota BAY23582.1 WP_271116088.1 3.50e-120 3017783 Pseudomonadati Pseudomonadota BAY23582.1 MCU0947041.1 3.27e-107 1113 Pseudomonadati Pseudomonadota WP_218685492.1 WP_218685492.1 0.0 106592 Pseudomonadati Pseudomonadota KAE8354616.1 KAE8354616.1 0.0 138285 Fungi Ascomycota RRJ17109.1 RRJ17109.1 3.05e-153 979627 Bacillati Bacillota WP_189232804.1 WP_189232804.1 2.06e-206 67297 Bacillati Actinomycetota WP_156009076.1 WP_156009076.1 0.0 1917441 Bacillati Bacillota WP_156009076.1 WP_070770047.1 0.0 1350;1352 Bacillati Bacillota WP_156009076.1 WP_012573472.1 0.0 511435;511995 Pseudomonadati Bacteroidota WP_156009076.1 NJD91181.1 2.39e-303 46610 Pseudomonadati Thermodesulfobacteriota WP_156009076.1 MBE6348968.1 2.83e-165 1898206 Pseudomonadati Spirochaetota XP_030718790.1 XP_030718790.1 1.89e-181 N/A N/A WP_153276888.1 WP_153276888.1 1.87e-92 1314 Bacillati Bacillota WP_153276888.1 WP_054377321.1 3.25e-16 1313 Bacillati Bacillota WP_082500294.1 WP_082500294.1 7.78e-306 1736322 Bacillati Actinomycetota WP_082500294.1 WP_249893756.1 3.70e-30 2872648 Pseudomonadati Pseudomonadota MCG5061674.1 MCG5061674.1 0.0 2824556 Bacillati Cyanobacteriota MCB1857105.1 MCB1857105.1 2.79e-146 1913989 Pseudomonadati Pseudomonadota MCB1857105.1 WP_012506875.1 1.50e-50 34090;324925 Pseudomonadati Chlorobiota MCB1857105.1 WP_236663175.1 2.41e-27 N/A N/A WP_069748396.1 WP_069748396.1 4.13e-202 95485 Pseudomonadati Pseudomonadota KAH8986285.1 KAH8986285.1 1.08e-124 416441 Fungi Basidiomycota AJV50090.1 AJV50090.1 4.19e-125 4932;1294305;1294317;1294340;1294372 Fungi Ascomycota KPL24525.1 KPL24525.1 9.42e-103 1703410 Pseudomonadati Planctomycetota KPL24525.1 EEZ61636.1 2.34e-33 649764 Bacillati Actinomycetota EDO26407.1 EDO26407.1 2.78e-07 45351 Metazoa Cnidaria TEB04530.1 TEB04530.1 3.99e-16 78350 Bacillati Bacillota KFR16735.1 KFR16735.1 0.0 30419 Metazoa Chordata WP_194957532.1 WP_194957532.1 0.0 1597;113557 Bacillati Bacillota WP_194957532.1 XP_053592881.1 4.19e-127 69319 Metazoa Arthropoda WP_194957532.1 WP_081224968.1 2.61e-33 1288 Bacillati Bacillota WP_194957532.1 WP_123159424.1 8.17e-33 1301;2293247;2478956;2584682 Bacillati Bacillota WP_194957532.1 MCL6457358.1 4.27e-24 1978774 Bacillati Bacillota WP_194957532.1 SCL13606.1 8.58e-21 47866 Bacillati Actinomycetota WP_194957532.1 MSZ29533.1 8.52e-15 2900548 Bacillati Actinomycetota KAE8322051.1 KAE8322051.1 9.18e-252 1034303 Fungi Ascomycota KAE8322051.1 WP_283277237.1 7.19e-56 3047085 Bacillati Actinomycetota KAE8322051.1 KAI7428497.1 3.25e-47 91943 Fungi Ascomycota KAE8322051.1 HJC40183.1 5.41e-46 2838623 Bacillati Bacillota KAE8322051.1 MBI2682423.1 6.14e-34 2282142 Pseudomonadati Acidobacteriota KAG8246189.1 KAG8246189.1 5.98e-256 197043 Metazoa Arthropoda WP_262401812.1 WP_262401812.1 3.78e-110 1904961 Bacillati Actinomycetota WP_262401812.1 WP_042650033.1 1.61e-15 642;648;651 Pseudomonadati Pseudomonadota ACH90072.1 ACH90072.1 2.94e-295 11676 Pararnavirae Artverviricota ACH90072.1 AFJ09957.1 1.06e-255 11676 Pararnavirae Artverviricota ACH90072.1 ACY29573.1 8.89e-251 11676 Pararnavirae Artverviricota ACH90072.1 BAO23243.1 1.31e-248 11676 Pararnavirae Artverviricota ACH90072.1 QWY38042.1 3.84e-248 11676 Pararnavirae Artverviricota ACH90072.1 AFV39595.1 1.18e-246 12721 Pararnavirae Artverviricota ACH90072.1 BAO11608.1 1.26e-245 11676 Pararnavirae Artverviricota ACH90072.1 AVA00513.1 6.37e-239 11676 Pararnavirae Artverviricota ACH90072.1 AOW36968.1 7.71e-234 11676 Pararnavirae Artverviricota ACH90072.1 AOW33101.1 1.83e-226 11676 Pararnavirae Artverviricota ACH90072.1 ARR91819.1 6.76e-194 11676 Pararnavirae Artverviricota ACH90072.1 ACV16867.1 5.19e-185 11676 Pararnavirae Artverviricota ACH90072.1 ADB27070.1 1.09e-150 11676 Pararnavirae Artverviricota ACH90072.1 ABJ92889.1 2.11e-56 11676 Pararnavirae Artverviricota XP_032734223.1 XP_032734223.1 0.0 76717 Metazoa Chordata ROW07476.1 ROW07476.1 0.0 1230097 Fungi Ascomycota WP_242908489.1 WP_242908489.1 3.94e-203 2927128 Pseudomonadati Pseudomonadota WP_071489953.1 WP_071489953.1 5.75e-252 169669 Pseudomonadati Pseudomonadota WP_071489953.1 EDX1137207.1 2.17e-169 28901 Pseudomonadati Pseudomonadota KRZ86866.1 KRZ86866.1 4.25e-49 92180 Metazoa Nematoda BBN52434.1 BBN52434.1 3.29e-203 86192 Pseudomonadati Pseudomonadota HIU98185.1 HIU98185.1 0.0 2840893 Bacillati Bacillota HIU98185.1 WP_065809357.1 3.69e-28 573 Pseudomonadati Pseudomonadota BAO11608.1 BAO11608.1 4.79e-262 11676 Pararnavirae Artverviricota BAO11608.1 AFJ09957.1 8.42e-249 11676 Pararnavirae Artverviricota BAO11608.1 BAO23243.1 1.70e-247 11676 Pararnavirae Artverviricota BAO11608.1 ACH90072.1 9.20e-245 11676 Pararnavirae Artverviricota BAO11608.1 ACY29573.1 8.22e-243 11676 Pararnavirae Artverviricota BAO11608.1 QWY38042.1 1.07e-241 11676 Pararnavirae Artverviricota BAO11608.1 AVA00513.1 1.23e-239 11676 Pararnavirae Artverviricota BAO11608.1 AFV39595.1 1.77e-233 12721 Pararnavirae Artverviricota BAO11608.1 AOW36968.1 7.28e-226 11676 Pararnavirae Artverviricota BAO11608.1 AOW33101.1 8.41e-226 11676 Pararnavirae Artverviricota BAO11608.1 ARR91819.1 4.76e-195 11676 Pararnavirae Artverviricota BAO11608.1 ACV16867.1 6.82e-175 11676 Pararnavirae Artverviricota BAO11608.1 ADB27070.1 1.56e-149 11676 Pararnavirae Artverviricota BAO11608.1 ABJ92889.1 5.42e-56 11676 Pararnavirae Artverviricota WP_160748510.1 WP_160748510.1 1.05e-259 2692211 Pseudomonadati Bacteroidota RYP44998.1 RYP44998.1 0.0 1081914 Fungi Ascomycota MCF6289355.1 MCF6289355.1 5.59e-195 1977087 Pseudomonadati Pseudomonadota MCF6289355.1 WP_101606078.1 1.21e-45 1911175;2618356 Bacillati Actinomycetota MCF6289355.1 WP_029317544.1 3.26e-39 1423;935856;935858 Bacillati Bacillota MCF6289355.1 MBE6713534.1 1.95e-24 2485925 Bacillati Bacillota MCF6289355.1 WP_023955328.1 1.58e-08 33882;33883;300019;2002831;2070348;2080744 Bacillati Actinomycetota NLI85305.1 NLI85305.1 2.66e-312 1977903 Bacillati Actinomycetota KAH8586608.1 KAH8586608.1 0.0 1954211 Fungi Ascomycota NLY70754.1 NLY70754.1 2.66e-78 1898207 Bacillati Bacillota EJP8326510.1 EJP8326510.1 0.0 562 Pseudomonadati Pseudomonadota WP_247447489.1 WP_247447489.1 1.74e-244 2782663 Pseudomonadati Pseudomonadota WP_224115114.1 WP_224115114.1 1.70e-95 2716883 Pseudomonadati Bacteroidota WP_236685314.1 WP_236685314.1 0.0 N/A N/A MBI1382466.1 MBI1382466.1 2.53e-142 2026779 Pseudomonadati Planctomycetota MBI1382466.1 WP_159896041.1 4.70e-18 485751 Pseudomonadati Pseudomonadota WP_283277237.1 WP_283277237.1 1.28e-261 3047085 Bacillati Actinomycetota WP_283277237.1 KAE8322051.1 2.19e-54 1034303 Fungi Ascomycota WP_283277237.1 HJC40183.1 1.09e-41 2838623 Bacillati Bacillota WP_283277237.1 MBI2682423.1 3.94e-11 2282142 Pseudomonadati Acidobacteriota WP_230702007.1 WP_230702007.1 0.0 2897330 Pseudomonadati Bacteroidota WP_245657543.1 WP_245657543.1 4.12e-262 688067 Bacillati Actinomycetota WP_245657543.1 WP_150194162.1 1.33e-29 66428 Bacillati Actinomycetota CAF2595159.1 CAF2595159.1 4.18e-211 2762512 Metazoa Rotifera WP_256082840.1 WP_256082840.1 4.93e-153 1737066 Bacillati Actinomycetota EPN58803.1 EPN58803.1 4.72e-105 1194404 Pseudomonadati Pseudomonadota MBQ6414464.1 MBQ6414464.1 0.0 2026720 0 Candidatus Saccharimonadota VSL28096.1 VSL28096.1 3.54e-240 1313 Bacillati Bacillota WP_032936131.1 WP_032936131.1 3.10e-184 1040987 Pseudomonadati Pseudomonadota MBP3623608.1 MBP3623608.1 3.52e-318 2485925 Bacillati Bacillota WP_164674633.1 WP_164674633.1 6.54e-148 818 Pseudomonadati Bacteroidota WP_168044369.1 WP_168044369.1 0.0 535904 Pseudomonadati Pseudomonadota WP_168044369.1 WP_171519907.1 5.35e-26 555315 Pseudomonadati Pseudomonadota WP_188200635.1 WP_188200635.1 5.88e-306 244366 Pseudomonadati Pseudomonadota WP_188200635.1 WP_279961109.1 1.78e-99 196816 Pseudomonadati Pseudomonadota MBM3303016.1 MBM3303016.1 9.46e-206 2026735 Pseudomonadati Myxococcota WP_255164512.1 WP_255164512.1 1.59e-250 1775880 Bacillati Actinomycetota NCX40317.1 NCX40317.1 1.35e-148 2030806 Pseudomonadati Pseudomonadota EIU6828535.1 EIU6828535.1 5.95e-223 670 Pseudomonadati Pseudomonadota EIU6828535.1 WP_110066977.1 1.76e-47 665099 Bacillati Bacillota EIU6828535.1 WP_249991478.1 6.04e-47 747 Pseudomonadati Pseudomonadota EIU6828535.1 EAP5059555.1 6.76e-38 28144;28901;2161663;2511819;2564507 Pseudomonadati Pseudomonadota EIU6828535.1 WP_158131988.1 4.76e-37 549 Pseudomonadati Pseudomonadota EIU6828535.1 PPR79666.1 9.86e-33 2013066 Pseudomonadati Pseudomonadota EIU6828535.1 AGL88086.1 1.02e-31 767453 Bacillati Bacillota EIU6828535.1 WP_097346712.1 1.55e-29 562 Pseudomonadati Pseudomonadota WP_109125398.1 WP_109125398.1 4.34e-216 2126991 Pseudomonadati Pseudomonadota MBG6436126.1 MBG6436126.1 2.18e-129 287 Pseudomonadati Pseudomonadota MBG6436126.1 MBL1150364.1 6.49e-11 2033014 Bacillati Armatimonadota ELR45644.1 ELR45644.1 0.0 72004 Metazoa Chordata ELR45644.1 XP_053193947.1 0.0 13676 Metazoa Chordata GEW91653.1 GEW91653.1 3.25e-74 118510 Viridiplantae Streptophyta RCN27214.1 RCN27214.1 8.46e-115 29170 Metazoa Nematoda WP_054108586.1 WP_054108586.1 7.34e-258 1523425 Pseudomonadati Pseudomonadota WP_129326500.1 WP_129326500.1 5.37e-126 1303 Bacillati Bacillota TVR26043.1 TVR26043.1 5.10e-148 2053516 Pseudomonadati Balneolota KAA1286543.1 KAA1286543.1 0.0 511 Pseudomonadati Pseudomonadota KAA1286543.1 WP_254467474.1 9.14e-38 303 Pseudomonadati Pseudomonadota KAA1286543.1 MBO1518138.1 1.67e-22 2818389 Pseudomonadati Pseudomonadota KAA1286543.1 WP_047594685.1 9.85e-19 286;70775 Pseudomonadati Pseudomonadota WP_129053744.1 WP_129053744.1 2.27e-276 394559 Pseudomonadati Bacteroidota KON47367.1 KON47367.1 1.93e-222 314344 Pseudomonadati Pseudomonadota PIP74303.1 PIP74303.1 0.0 1974627;1974628;1974633 0 Candidatus Levyibacteriota WP_283162015.1 WP_283162015.1 7.51e-124 28901 Pseudomonadati Pseudomonadota WP_070412310.1 WP_070412310.1 0.0 86185 Pseudomonadati Pseudomonadota KAG8520114.1 KAG8520114.1 0.0 202257 Metazoa Chordata EGR2264783.1 EGR2264783.1 2.83e-290 670 Pseudomonadati Pseudomonadota SSC70273.1 SSC70273.1 1.92e-27 3137154 Pseudomonadati Pseudomonadota MCA3708721.1 MCA3708721.1 1.27e-258 1871053 Pseudomonadati Pseudomonadota YP_010258034.1 YP_010258034.1 8.33e-238 359823 Viridiplantae Streptophyta WP_012568269.1 WP_012568269.1 1.74e-259 34018;414684 Pseudomonadati Pseudomonadota WP_012568269.1 WP_224458015.1 1.50e-121 2874628 Pseudomonadati Pseudomonadota WP_012568269.1 WP_110808154.1 8.07e-22 82115;2135648;2135649;2135652;2715133 Pseudomonadati Pseudomonadota WP_012568269.1 MBG9445742.1 2.39e-19 1399 Bacillati Bacillota WP_012568269.1 MCO5064371.1 2.33e-18 1913961 Pseudomonadati Pseudomonadota WP_057837626.1 WP_057837626.1 1.01e-142 280332 Pseudomonadati Pseudomonadota WP_102511913.1 WP_102511913.1 3.43e-307 29497 Pseudomonadati Pseudomonadota KAJ3918428.1 KAJ3918428.1 1.58e-310 5353 Fungi Basidiomycota KAJ3918428.1 WP_055863905.1 1.22e-80 1736289 Pseudomonadati Bacteroidota KAJ3918428.1 OQC16336.1 5.21e-06 1852880 Bacillati Bacillota CBH36599.1 CBH36599.1 3.44e-82 115547 0 0 WP_028684940.1 WP_028684940.1 1.82e-153 N/A N/A OJW81690.1 OJW81690.1 0.0 1895925 Pseudomonadati Bacteroidota OJW81690.1 KAB4839568.1 1.95e-100 818 Pseudomonadati Bacteroidota WP_278643529.1 WP_278643529.1 2.45e-224 1263 Bacillati Bacillota WP_278643529.1 WP_224045636.1 1.27e-44 753 Pseudomonadati Pseudomonadota WP_278643529.1 NLB38271.1 6.12e-40 1898207 Bacillati Bacillota WP_278643529.1 WP_177525402.1 3.54e-20 2528642 Pseudomonadati Pseudomonadota MBR5966198.1 MBR5966198.1 1.41e-222 166 Pseudomonadati Spirochaetota PSN12224.1 PSN12224.1 6.33e-188 2107699;2107702 Bacillati Cyanobacteriota MBO5857838.1 MBO5857838.1 2.09e-113 2044939 Bacillati Bacillota MBO5857838.1 MBQ3321785.1 4.06e-17 1879010 Bacillati Bacillota HJD11223.1 HJD11223.1 0.0 2838729 Pseudomonadati Bacteroidota WP_045591686.1 WP_045591686.1 8.41e-204 672 Pseudomonadati Pseudomonadota WP_131751929.1 WP_131751929.1 0.0 28113 Pseudomonadati Bacteroidota WP_131751929.1 WP_236387036.1 1.12e-113 104663 Pseudomonadati Bacteroidota WP_131751929.1 WP_006799194.1 1.96e-107 156974;742766 Pseudomonadati Bacteroidota WP_257012936.1 WP_257012936.1 2.72e-269 28131 Pseudomonadati Bacteroidota WP_242859101.1 WP_242859101.1 7.80e-294 33043 Bacillati Bacillota PUZ69802.1 PUZ69802.1 7.98e-57 1504633 Viridiplantae Streptophyta WP_129712947.1 WP_129712947.1 7.04e-135 2034769 Pseudomonadati Pseudomonadota WP_129712947.1 OKH79147.1 4.67e-43 1490484 Bacillati Actinomycetota MBT3039312.1 MBT3039312.1 6.96e-49 2792791;2839976 Pseudomonadati Pseudomonadota NXX47445.1 NXX47445.1 3.83e-199 240729 Metazoa Chordata MCP3684079.1 MCP3684079.1 0.0 1869227 0 0 MCH7797911.1 MCH7797911.1 5.00e-33 2026780 Pseudomonadati Planctomycetota WP_242439424.1 WP_242439424.1 6.44e-291 46680 Pseudomonadati Pseudomonadota WP_068462781.1 WP_068462781.1 1.67e-297 192421 Bacillati Bacillota WP_068462781.1 WP_282171596.1 1.20e-156 1399 Bacillati Bacillota KAI9181093.1 KAI9181093.1 0.0 4023 Viridiplantae Streptophyta KAI9181093.1 XP_010263869.1 2.79e-62 4432 Viridiplantae Streptophyta KAI9181093.1 TYG55675.1 4.24e-48 34276 Viridiplantae Streptophyta KAI9181093.1 WP_052232835.1 8.30e-04 1505652;2963284 Bacillati Bacillota MAZ13301.1 MAZ13301.1 0.0 2026801 Pseudomonadati Verrucomicrobiota MAZ13301.1 MAH35553.1 1.38e-211 2026801 Pseudomonadati Verrucomicrobiota OZB16321.1 OZB16321.1 0.0 1970395 Pseudomonadati Pseudomonadota KAJ2335352.1 KAJ2335352.1 9.52e-308 2663896 Fungi Kickxellomycota MCG8513288.1 MCG8513288.1 9.63e-231 2094029 Bacillati Bacillota MCL6517734.1 MCL6517734.1 2.20e-83 61169 Bacillati Bacillota WP_207999384.1 WP_207999384.1 7.82e-105 179879 Pseudomonadati Pseudomonadota WP_018419316.1 WP_018419316.1 1.34e-153 1822464 Pseudomonadati Pseudomonadota WP_018419316.1 WP_280658332.1 3.27e-33 680247 Pseudomonadati Pseudomonadota MCJ2110312.1 MCJ2110312.1 5.83e-186 2836561 Pseudomonadati Pseudomonadota MCJ2110312.1 WP_078732502.1 2.43e-103 294 Pseudomonadati Pseudomonadota MCS6830908.1 MCS6830908.1 5.63e-263 1869227 0 0 MCS6830908.1 CAB0780497.1 6.32e-74 1717 Bacillati Actinomycetota MCS6830908.1 XP_020103231.1 3.20e-70 4615 Viridiplantae Streptophyta WP_149819987.1 WP_149819987.1 1.99e-44 1638099 Pseudomonadati Pseudomonadota HAT4052191.1 HAT4052191.1 2.51e-118 546 Pseudomonadati Pseudomonadota WP_094400414.1 WP_094400414.1 1.40e-207 2024223 Pseudomonadati Bacteroidota CAF1109260.1 CAF1109260.1 1.20e-135 392033 Metazoa Rotifera GAU87713.1 GAU87713.1 1.11e-214 947166 Metazoa Tardigrada YP_008593487.1 YP_008593487.1 7.18e-40 1219345 Metazoa Chordata HAV1793262.1 HAV1793262.1 0.0 299766 Pseudomonadati Pseudomonadota HAV1793262.1 WP_250464711.1 3.84e-136 2933965 Pseudomonadati Pseudomonadota HAV1793262.1 MBY7869037.1 8.83e-29 676 Pseudomonadati Pseudomonadota BCW36351.1 BCW36351.1 0.0 2830990 Bacillati Actinomycetota WP_188125540.1 WP_188125540.1 3.89e-104 113568 Bacillati Actinomycetota MBK5261536.1 MBK5261536.1 4.23e-82 1904861 Bacillati Bacillota MCL6457358.1 MCL6457358.1 0.0 1978774 Bacillati Bacillota MCL6457358.1 MSZ29533.1 3.43e-264 2900548 Bacillati Actinomycetota MCL6457358.1 WP_081224968.1 1.53e-111 1288 Bacillati Bacillota MCL6457358.1 MBQ9679177.1 1.54e-65 41978 Bacillati Bacillota MCL6457358.1 WP_194957532.1 8.71e-26 1597;113557 Bacillati Bacillota MCL6457358.1 WP_233286789.1 1.35e-05 N/A N/A WP_229343766.1 WP_229343766.1 4.74e-293 66888 Bacillati Actinomycetota WP_029579419.1 WP_029579419.1 3.68e-209 103855;398518 Pseudomonadati Pseudomonadota WP_029579419.1 WP_144841777.1 1.74e-52 573 Pseudomonadati Pseudomonadota WP_029579419.1 WP_255657001.1 3.94e-25 N/A N/A WP_029579419.1 NED83450.1 1.55e-23 2706029 Bacillati Actinomycetota KAJ3738999.1 KAJ3738999.1 9.44e-129 2804958;2804962 Fungi Basidiomycota MCG8377291.1 MCG8377291.1 3.97e-105 2723030 Pseudomonadati Chlorobiota MCG8377291.1 WP_199308568.1 1.75e-32 N/A N/A WP_175093485.1 WP_175093485.1 4.44e-146 2743612 Pseudomonadati Pseudomonadota XP_043971649.1 XP_043971649.1 0.0 33528 Metazoa Chordata XP_043971649.1 VFV20999.1 5.44e-92 191816 Metazoa Chordata WP_023355490.1 WP_023355490.1 8.52e-165 43997;592026 Bacillati Bacillota WP_023355490.1 MCQ2539410.1 6.56e-06 1872090 Bacillati Bacillota MBQ8348910.1 MBQ8348910.1 9.64e-83 41978 Bacillati Bacillota MBQ8348910.1 MBZ0302078.1 4.92e-18 2052143 Bacillati Chloroflexota NQT29221.1 NQT29221.1 4.91e-222 2575572 Bacillati 0 NQT29221.1 WP_064068643.1 2.32e-68 1883;1971 Bacillati Actinomycetota XP_046808501.1 XP_046808501.1 0.0 7375 Metazoa Arthropoda ANN69912.1 ANN69912.1 1.86e-254 463025 Pseudomonadati Pseudomonadota XP_042989918.1 XP_042989918.1 0.0 32201 Viridiplantae Streptophyta WP_265272113.1 WP_265272113.1 2.87e-255 457945 Bacillati Cyanobacteriota WP_265272113.1 SFF07309.1 7.79e-63 684063 Bacillati Bacillota WP_265272113.1 MBN9534694.1 5.05e-57 1913988 Pseudomonadati Pseudomonadota WP_265272113.1 WP_267861425.1 1.20e-55 2996790 Pseudomonadati Myxococcota WP_265272113.1 HHZ84751.1 5.23e-36 1913989 Pseudomonadati Pseudomonadota WP_265272113.1 WP_014217999.1 3.46e-34 354356;700598 Pseudomonadati Bacteroidota WP_265272113.1 MCB1103648.1 9.77e-23 1985742;2006848 Pseudomonadati Verrucomicrobiota WP_265272113.1 WP_062517857.1 9.36e-10 1638980 Bacillati Actinomycetota WP_127859415.1 WP_127859415.1 8.10e-153 325217;1871066;2500527;2563908;2563929;2563930 0;Pseudomonadati 0;Pseudomonadota WP_045183792.1 WP_045183792.1 3.69e-100 172045 Pseudomonadati Bacteroidota WP_045183792.1 MCF3649178.1 5.35e-28 2909285 Pseudomonadati Verrucomicrobiota NCA08360.1 NCA08360.1 4.57e-204 2026762 Bacillati Actinomycetota WP_274423713.1 WP_274423713.1 5.14e-197 2906648 Pseudomonadati Pseudomonadota WP_274423713.1 WP_253783299.1 3.03e-42 N/A N/A SYZ65887.1 SYZ65887.1 5.35e-85 420245 0 Euglenozoa WP_077583480.1 WP_077583480.1 0.0 758 Pseudomonadati Pseudomonadota WP_077583480.1 WP_031822363.1 7.73e-171 670 Pseudomonadati Pseudomonadota MBS7632436.1 MBS7632436.1 9.60e-139 2026714 Thermoproteati Candidatus Bathyarchaeota WP_095061089.1 WP_095061089.1 1.34e-209 1386;1390;492670 Bacillati Bacillota WP_095061089.1 OHB35500.1 2.08e-34 1801947 Pseudomonadati Planctomycetota WP_140843904.1 WP_140843904.1 1.31e-225 325217;2589899;2876641 Pseudomonadati Pseudomonadota WP_140843904.1 WP_104462564.1 4.44e-35 2055894 Pseudomonadati Pseudomonadota WP_140843904.1 EAV4122193.1 1.24e-09 28901 Pseudomonadati Pseudomonadota RVG63469.1 RVG63469.1 1.39e-37 382 Pseudomonadati Pseudomonadota WP_262452366.1 WP_262452366.1 6.09e-318 2897337 Bacillati Actinomycetota WP_262452366.1 WP_024039518.1 1.37e-60 1492;1403941 Bacillati Bacillota WP_262452366.1 WP_058738289.1 1.02e-25 230361 Methanobacteriati Methanobacteriota WP_262452366.1 MXI78925.1 3.35e-08 562 Pseudomonadati Pseudomonadota MBC7494677.1 MBC7494677.1 0.0 239 Pseudomonadati Bacteroidota WP_012724915.1 WP_012724915.1 3.66e-236 136843;216595;2810293 Pseudomonadati Pseudomonadota WP_012724915.1 WP_234306850.1 7.09e-37 1463845 Bacillati Actinomycetota WP_012724915.1 WP_058635033.1 1.19e-36 401562 Pseudomonadati Pseudomonadota WP_012724915.1 WP_251874466.1 5.90e-35 2950604 Bacillati Bacillota WP_012724915.1 WP_166225641.1 2.34e-25 2715164 Pseudomonadati Pseudomonadota WP_270453521.1 WP_270453521.1 8.71e-286 2778430 Bacillati Bacillota WP_270453521.1 WP_015167170.1 6.16e-62 1173263;3687901 Bacillati Cyanobacteriota WP_270453521.1 HDC92778.1 2.00e-38 2053493 0 Candidatus Bipolaricaulota WP_270453521.1 NOY97419.1 5.36e-28 2268192 Pseudomonadati Chlorobiota NJS16994.1 NJS16994.1 1.17e-108 2720415 Bacillati Cyanobacteriota HDH03041.1 HDH03041.1 1.99e-119 2900548 Bacillati Actinomycetota WP_117579611.1 WP_117579611.1 1.42e-63 592978;2293162;2293173;2293222;2293223;2293227;2293239;2293240 Bacillati Bacillota MBQ5493788.1 MBQ5493788.1 6.69e-106 59823 Pseudomonadati Bacteroidota MBQ5493788.1 MBF8294570.1 2.52e-24 1898104 Pseudomonadati Bacteroidota MBQ5493788.1 MCL1888839.1 7.01e-22 2599938 Pseudomonadati Kiritimatiellota MBQ5493788.1 RYO44776.1 5.20e-13 156630 Fungi Ascomycota GAV98814.1 GAV98814.1 4.91e-272 5353 Fungi Basidiomycota WP_085935883.1 WP_085935883.1 7.70e-193 225324 Pseudomonadati Pseudomonadota WP_085935883.1 HBO3907473.1 2.36e-13 287 Pseudomonadati Pseudomonadota WP_085935883.1 WP_127741063.1 7.23e-08 1979270 Pseudomonadati Pseudomonadota MBD3418876.1 MBD3418876.1 3.56e-72 2663014 Pseudomonadati Fibrobacterota WP_166476065.1 WP_166476065.1 5.52e-250 1404367 Pseudomonadati Pseudomonadota WP_166476065.1 TNF89271.1 6.86e-13 1913989 Pseudomonadati Pseudomonadota WP_166476065.1 MBL6625757.1 1.33e-12 1913988 Pseudomonadati Pseudomonadota CAH0542131.1 CAH0542131.1 3.64e-94 2485925 Bacillati Bacillota XP_019244033.1 XP_019244033.1 1.51e-103 49451 Viridiplantae Streptophyta WP_050704913.1 WP_050704913.1 4.79e-237 286;1478142;2866626 Pseudomonadati Pseudomonadota WP_050704913.1 WP_079835571.1 3.16e-44 28901;59203 Pseudomonadati Pseudomonadota MCI1709954.1 MCI1709954.1 1.93e-115 2041042 Pseudomonadati Pseudomonadota WP_165637167.1 WP_165637167.1 4.35e-126 1761772 Pseudomonadati Pseudomonadota PPQ98220.1 PPQ98220.1 8.27e-14 231916 Fungi Basidiomycota MBQ1746349.1 MBQ1746349.1 3.12e-192 2498093 Pseudomonadati Bacteroidota WP_267979634.1 WP_267979634.1 1.14e-177 469;3045147 Pseudomonadati Pseudomonadota WP_267979634.1 MBQ3459675.1 5.55e-72 2060878 Bacillati Bacillota KAH0679671.1 KAH0679671.1 6.17e-67 4113 Viridiplantae Streptophyta KAJ6549303.1 KAJ6549303.1 0.0 1033282 Fungi Basidiomycota PAA76673.1 PAA76673.1 2.62e-248 282301 Metazoa Platyhelminthes PAA76673.1 KAI3473816.1 5.63e-14 586722 Viridiplantae Streptophyta PAA76673.1 EFC81578.1 6.18e-12 102897;269536;683308;1745382 Bacillati Actinomycetota NXJ67438.1 NXJ67438.1 0.0 118793 Metazoa Chordata NXJ67438.1 XP_023028205.1 1.04e-14 N/A N/A MCF8269563.1 MCF8269563.1 0.0 2026728 Pseudomonadati Bacteroidota MCF8269563.1 WP_171549300.1 3.67e-288 1848935 Pseudomonadati Pseudomonadota MCF8269563.1 MBV00212.1 5.56e-06 1898112 Pseudomonadati Pseudomonadota MBS4273564.1 MBS4273564.1 8.45e-91 562;216592 Pseudomonadati Pseudomonadota MBS0561514.1 MBS0561514.1 0.0 1977087 Pseudomonadati Pseudomonadota MBS0561514.1 WP_178999808.1 3.15e-68 141390 Pseudomonadati Pseudomonadota AWQ28479.1 AWQ28479.1 2.56e-161 204919 Metazoa Arthropoda AWQ28479.1 YP_009340709.1 1.47e-88 481883 Metazoa Chordata AWQ28479.1 WP_012964108.1 2.75e-24 940;608538 Pseudomonadati Aquificota XP_007459185.1 XP_007459185.1 1.46e-218 118797 Metazoa Chordata WP_004213189.1 WP_004213189.1 1.78e-147 13690;883163 Pseudomonadati Pseudomonadota MCQ0092735.1 MCQ0092735.1 9.23e-128 2583806 Pseudomonadati Pseudomonadota WP_175630617.1 WP_175630617.1 7.12e-126 85831 Pseudomonadati Bacteroidota WP_175630617.1 WEK50023.1 2.40e-37 3121367 Pseudomonadati Pseudomonadota UBN63752.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UBN63752.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_143405880.1 WP_143405880.1 1.26e-79 3435293 Bacillati Bacillota XP_031459457.1 XP_031459457.1 0.0 9054 Metazoa Chordata WP_260685194.1 WP_260685194.1 1.06e-61 562 Pseudomonadati Pseudomonadota WP_260685194.1 MBI2416798.1 3.79e-15 2049428 Pseudomonadati Ignavibacteriota WP_260685194.1 WP_089905939.1 3.85e-05 245187 Pseudomonadati Pseudomonadota WP_088784550.1 WP_088784550.1 0.0 1313 Bacillati Bacillota WP_088784550.1 WP_044772468.1 4.21e-36 1307 Bacillati Bacillota MCS7142809.1 MCS7142809.1 1.38e-232 2528703 Thermoproteati Nitrososphaerota WP_278780043.1 WP_278780043.1 1.36e-112 100886 Bacillati Bacillota WP_246925475.1 WP_246925475.1 2.09e-90 2631580;2908926;2908927 Pseudomonadati Pseudomonadota XP_026936565.1 XP_026936565.1 0.0 3371155 Metazoa Chordata WP_234002326.1 WP_234002326.1 1.74e-259 499656 Pseudomonadati Pseudomonadota WP_234002326.1 WP_055029966.1 8.62e-51 1481663 Pseudomonadati Pseudomonadota MCA9916811.1 MCA9916811.1 8.29e-94 2073117 Bacillati Chloroflexota MBL7763785.1 MBL7763785.1 3.44e-247 1869212 Pseudomonadati Bacteroidota XP_028567154.1 XP_028567154.1 0.0 N/A N/A XP_028567154.1 XP_055749319.1 3.29e-56 8038 Metazoa Chordata XP_028567154.1 KAI8504475.1 8.11e-43 7741 Metazoa Chordata MAT61701.1 MAT61701.1 3.36e-65 2026762 Bacillati Actinomycetota CAH2316765.1 CAH2316765.1 0.0 61616 Metazoa Chordata NIQ16008.1 NIQ16008.1 3.45e-84 2080303 Pseudomonadati Thermodesulfobacteriota MBP33715.1 MBP33715.1 3.01e-199 409 Pseudomonadati Pseudomonadota WP_199942136.1 WP_199942136.1 4.22e-231 1148157 Pseudomonadati Pseudomonadota OCT51367.1 OCT51367.1 5.16e-315 86049 Fungi Ascomycota GLX98417.1 GLX98417.1 1.12e-45 3032195 Bacillati Actinomycetota TNF89271.1 TNF89271.1 2.81e-307 1913989 Pseudomonadati Pseudomonadota TNF89271.1 WP_166476065.1 6.14e-13 1404367 Pseudomonadati Pseudomonadota MCB9353584.1 MCB9353584.1 0.0 2760807 Pseudomonadati Bacteroidota MCB9353584.1 WP_146272353.1 1.95e-53 2599294 Pseudomonadati Bacteroidota MCB9353584.1 WP_278843343.1 7.19e-46 386414 Pseudomonadati Bacteroidota MCB9353584.1 WP_214826002.1 2.11e-45 2819143 Pseudomonadati Bacteroidota MCB9353584.1 MBP3518143.1 4.33e-40 1869337 Pseudomonadati Bacteroidota MCI6965979.1 MCI6965979.1 1.63e-242 1869227 0 0 MCI6965979.1 KAJ7369304.1 1.58e-37 174260 Metazoa Cnidaria MCI6965979.1 WP_114054641.1 9.08e-28 1883;68209 Bacillati Actinomycetota HIP02283.1 HIP02283.1 1.80e-192 2268180 Pseudomonadati Campylobacterota HIP02283.1 MBP9134796.1 1.83e-52 2202734 Pseudomonadati Bacteroidota WP_073936403.1 WP_073936403.1 3.44e-223 1703944;2593676 Bacillati Actinomycetota WP_073936403.1 EGY4555186.1 4.64e-41 28901 Pseudomonadati Pseudomonadota WP_073936403.1 MCI7704736.1 1.61e-39 1898207 Bacillati Bacillota WP_073936403.1 ETB53277.1 3.55e-32 1391994 Bacillati Actinomycetota WP_167263972.1 WP_167263972.1 3.43e-268 43665 Bacillati Actinomycetota KKB97741.1 KKB97741.1 2.87e-96 342002 Bacillati Actinomycetota WP_046600280.1 WP_046600280.1 5.70e-215 399;323655 Pseudomonadati Pseudomonadota WP_046600280.1 WP_134669716.1 2.78e-47 2618356 Bacillati Actinomycetota WP_046600280.1 WP_133340757.1 2.15e-39 321662 Pseudomonadati Pseudomonadota WP_046600280.1 WP_243977667.1 2.30e-34 691 Pseudomonadati Pseudomonadota WP_046600280.1 WP_265634479.1 3.17e-16 2608999 Pseudomonadati Pseudomonadota WP_046600280.1 WP_096722254.1 1.47e-13 1912599 Pseudomonadati Pseudomonadota WP_091740622.1 WP_091740622.1 1.72e-251 582680 Bacillati Actinomycetota MBE7370368.1 MBE7370368.1 1.12e-274 322601 Bacillati Actinomycetota WP_006799194.1 WP_006799194.1 0.0 156974;742766 Pseudomonadati Bacteroidota WP_006799194.1 WP_236387036.1 0.0 104663 Pseudomonadati Bacteroidota WP_006799194.1 WP_131751929.1 7.79e-107 28113 Pseudomonadati Bacteroidota WP_227173776.1 WP_227173776.1 3.25e-45 2742;994319;1891229;2817656 Pseudomonadati Pseudomonadota VEC90219.1 VEC90219.1 9.36e-48 59201 Pseudomonadati Pseudomonadota MCB2654556.1 MCB2654556.1 2.47e-52 1639 Bacillati Bacillota XP_008373570.1 XP_008373570.1 4.16e-151 3750;106549 Viridiplantae Streptophyta TWW58526.1 TWW58526.1 2.99e-90 433684 Metazoa Chordata WP_209378200.1 WP_209378200.1 5.23e-171 2820812 Pseudomonadati Pseudomonadota MBU6307538.1 MBU6307538.1 4.17e-42 1898104 Pseudomonadati Bacteroidota WP_061048002.1 WP_061048002.1 0.0 221822 Pseudomonadati Pseudomonadota WP_061048002.1 MBF0233644.1 5.61e-80 2006184 Pseudomonadati Thermodesulfobacteriota WP_061048002.1 NSW79198.1 1.61e-67 2282152 Bacillati Armatimonadota WP_061048002.1 WP_211114623.1 3.02e-62 N/A N/A WP_061048002.1 WP_086504813.1 1.78e-57 544;546 Pseudomonadati Pseudomonadota WP_061048002.1 MBK3737236.1 1.66e-39 192 Pseudomonadati Pseudomonadota WP_061048002.1 TMG86695.1 4.73e-25 1891241 Pseudomonadati Pseudomonadota WP_061048002.1 SEP77558.1 8.46e-17 1881030 Pseudomonadati Pseudomonadota WP_273159410.1 WP_273159410.1 1.07e-61 596085 Pseudomonadati Bacteroidota KAJ2160981.1 KAJ2160981.1 1.98e-318 2663883 Fungi Kickxellomycota KAJ2160981.1 AGV54449.1 4.32e-53 3885 Viridiplantae Streptophyta MCQ2424848.1 MCQ2424848.1 8.16e-164 1898203 Bacillati Bacillota MCQ2424848.1 WP_131734175.1 1.36e-34 175628 Bacillati Actinomycetota MBQ7754763.1 MBQ7754763.1 7.54e-118 2044939 Bacillati Bacillota WP_140730472.1 WP_140730472.1 2.12e-171 2589959 Pseudomonadati Pseudomonadota MBI3617399.1 MBI3617399.1 2.96e-140 2035772 Pseudomonadati Candidatus Omnitrophota MBP0955672.1 MBP0955672.1 2.00e-132 2485925 Bacillati Bacillota WP_145468487.1 WP_145468487.1 2.99e-160 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_145468487.1 MBT4161918.1 1.77e-72 1913989 Pseudomonadati Pseudomonadota WP_145468487.1 MCB0243881.1 5.17e-58 2052143 Bacillati Chloroflexota WP_145468487.1 MCC6044083.1 3.38e-51 2184738 Thermoproteati Thermoproteota WP_145468487.1 WP_142133210.1 2.14e-32 2768449 Bacillati Actinomycetota WP_145468487.1 WP_109219819.1 2.36e-32 28901;58712 Pseudomonadati Pseudomonadota WP_145468487.1 HBO4828144.1 2.54e-30 287 Pseudomonadati Pseudomonadota WP_145468487.1 WP_258581409.1 4.09e-29 2865837 Pseudomonadati Pseudomonadota WP_145468487.1 WP_072380563.1 1.13e-24 501024 Pseudomonadati Pseudomonadota WP_145468487.1 WP_142931103.1 1.28e-17 2202200 Pseudomonadati Campylobacterota WP_145468487.1 WP_071876418.1 2.45e-15 332949 Bacillati Bacillota WP_145468487.1 WP_195238978.1 5.47e-14 1502 Bacillati Bacillota WP_145468487.1 WP_173040157.1 3.82e-11 1076124 Bacillati Actinomycetota WP_145468487.1 MBQ8297564.1 3.05e-10 41978 Bacillati Bacillota WP_145468487.1 WP_089095302.1 5.70e-10 346;473426 Pseudomonadati Pseudomonadota WP_145468487.1 WP_192500494.1 1.13e-07 1897058 Pseudomonadati Bacteroidota WP_145468487.1 KAJ2660037.1 1.51e-05 2789312 Fungi Kickxellomycota MCC8146707.1 MCC8146707.1 0.0 2030927 Pseudomonadati Bacteroidota WP_038580218.1 WP_038580218.1 0.0 1781;1131442 Bacillati Actinomycetota WP_038580218.1 WP_278416415.1 1.17e-153 N/A N/A WP_038580218.1 BBL73457.1 1.02e-15 1760988 Pseudomonadati Pseudomonadota WP_038580218.1 MBP8718427.1 6.05e-05 2053509 Pseudomonadati Atribacterota XP_051566275.1 XP_051566275.1 0.0 70543 Metazoa Chordata XP_051566275.1 XP_030620685.1 1.27e-48 29144 Metazoa Chordata XP_051566275.1 XP_048216280.1 6.89e-35 214514 Metazoa Chordata XP_051566275.1 KAG1590416.1 1.26e-23 936053 Fungi Mucoromycota XP_051566275.1 MBF1128433.1 5.07e-17 218538 Bacillati Bacillota XP_051566275.1 KZT58963.1 1.35e-15 1353952 Fungi Basidiomycota XP_051566275.1 XP_036914921.1 4.18e-15 192404 Metazoa Chordata XP_051566275.1 XP_039923984.1 1.93e-14 43150 Metazoa Chordata XP_051566275.1 NXJ84327.1 5.72e-14 56311 Metazoa Chordata XP_051566275.1 CCX82620.1 8.11e-09 1262895 Bacillati Bacillota XP_051566275.1 KAH6575376.1 3.71e-06 1357716 Fungi Chytridiomycota KAI3927707.1 KAI3927707.1 3.08e-80 357465 Viridiplantae Streptophyta VVW57803.1 VVW57803.1 1.57e-35 210225 Viridiplantae Streptophyta WP_118944732.1 WP_118944732.1 0.0 28118 Pseudomonadati Bacteroidota WP_118944732.1 WP_250323911.1 6.13e-15 N/A N/A ULA23837.2 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota ULA23837.2 UHM53165.1 0.0 2697049 Orthornavirae Pisuviricota MBJ7287465.1 MBJ7287465.1 0.0 1872085 Bacillati Actinomycetota MBJ7287465.1 WP_031065317.1 3.65e-296 1883 Bacillati Actinomycetota WP_266103637.1 WP_266103637.1 5.45e-102 N/A N/A WP_266103637.1 WP_219989626.1 9.07e-43 158836 Pseudomonadati Pseudomonadota HAZ0856238.1 HAZ0856238.1 8.30e-167 1352 Bacillati Bacillota HAZ0856238.1 WP_257007586.1 2.35e-154 1352 Bacillati Bacillota MCJ9712781.1 MCJ9712781.1 4.76e-229 103855 Pseudomonadati Pseudomonadota WP_235360343.1 WP_235360343.1 2.07e-50 301301 Bacillati Bacillota WP_257769388.1 WP_257769388.1 3.68e-190 1862145 Pseudomonadati Pseudomonadota PYQ18715.1 PYQ18715.1 2.32e-129 1978231 Pseudomonadati Acidobacteriota KXK57030.1 KXK57030.1 3.25e-122 1619898 Pseudomonadati Chlorobiota SDH24188.1 SDH24188.1 1.09e-22 2913614 Pseudomonadati Bacteroidota MCU1518283.1 MCU1518283.1 0.0 1934409 Bacillati Actinomycetota MCU1518283.1 KAF9463056.1 1.85e-99 64659 Fungi Basidiomycota MCU1518283.1 WP_046625651.1 1.17e-66 399;323656;1525371 Pseudomonadati Pseudomonadota MCU1518283.1 WP_236525681.1 2.35e-51 562 Pseudomonadati Pseudomonadota XP_027705828.1 XP_027705828.1 0.0 29139 Metazoa Chordata WP_256561903.1 WP_256561903.1 5.54e-124 N/A N/A WP_141990951.1 WP_141990951.1 3.44e-215 193384 Bacillati Actinomycetota MBQ7326660.1 MBQ7326660.1 6.03e-112 2044939 Bacillati Bacillota MBQ7326660.1 MBA3031770.1 8.80e-39 1898103;1913989 Pseudomonadati Pseudomonadota WP_139448115.1 WP_139448115.1 1.32e-75 2586642 Pseudomonadati Thermodesulfobacteriota WP_139448115.1 QDT09879.1 9.44e-32 1930275 Pseudomonadati Planctomycetota KAJ5112313.1 KAJ5112313.1 0.0 1131581 Fungi Ascomycota KAJ5112313.1 HAG62657.1 1.18e-84 1871328 Bacillati Actinomycetota KAJ5112313.1 WP_037548932.1 8.26e-63 1472720 Bacillati Bacillota KAJ5112313.1 WP_169940736.1 1.15e-46 95301 Pseudomonadati Pseudomonadota OWY66639.1 OWY66639.1 1.82e-285 1503470 Bacillati Cyanobacteriota PLU16997.1 PLU16997.1 5.15e-205 110321 Pseudomonadati Pseudomonadota PLU16997.1 WP_024270964.1 3.30e-18 1410620;1870904;2527671;2643062 Pseudomonadati Pseudomonadota VST16928.1 VST16928.1 1.28e-73 1313 Bacillati Bacillota WP_195001047.1 WP_195001047.1 0.0 228599 Bacillati Actinomycetota WP_195001047.1 WP_009714971.1 2.05e-122 457427;998084 Bacillati Actinomycetota WP_195001047.1 QQS09360.1 1.56e-115 2052180 Pseudomonadati Planctomycetota WP_136536828.1 WP_136536828.1 2.85e-222 2570927 Bacillati Actinomycetota WP_012716944.1 WP_012716944.1 1.36e-255 43080;419942 Thermoproteati Thermoproteota UCE84061.1 UCE84061.1 1.08e-32 2026735 Pseudomonadati Myxococcota WP_142673401.1 WP_142673401.1 7.09e-171 573;28901 Pseudomonadati Pseudomonadota WP_247072383.1 WP_247072383.1 5.45e-266 1664069 Bacillati Bacillota WP_247072383.1 NEO63080.1 1.31e-77 2607820 Bacillati Cyanobacteriota WP_247072383.1 KAH8969015.1 4.81e-66 53036 Viridiplantae Streptophyta WP_247072383.1 PZR90627.1 6.00e-52 3127016 Bacillati Candidatus Dormiibacterota XP_055059894.1 XP_055059894.1 4.66e-306 N/A N/A XP_055059894.1 CAH7718754.1 1.71e-14 N/A N/A KAF9682501.1 KAF9682501.1 3.20e-108 1413687 Viridiplantae Streptophyta WP_157104028.1 WP_157104028.1 1.32e-109 261477 Bacillati Actinomycetota WP_000158727.1 WP_000158727.1 1.53e-141 1301;28037 Bacillati Bacillota WP_140641625.1 WP_140641625.1 1.50e-52 2589895 Pseudomonadati Pseudomonadota WP_234882652.1 WP_234882652.1 9.38e-44 N/A N/A WP_145739766.1 WP_145739766.1 1.32e-235 34072;2496117 Pseudomonadati Pseudomonadota WP_145739766.1 WP_114947547.1 1.20e-75 2078013 Pseudomonadati Pseudomonadota WP_145739766.1 WP_261668588.1 1.20e-73 82541 Pseudomonadati Pseudomonadota WP_109219430.1 WP_109219430.1 7.89e-264 28901;58712 Pseudomonadati Pseudomonadota WP_109219430.1 WP_271457636.1 1.93e-243 2963956 Pseudomonadati Pseudomonadota MCR5069553.1 MCR5069553.1 4.60e-320 59823 Pseudomonadati Bacteroidota WP_153844272.1 WP_153844272.1 0.0 28453;2940619 Pseudomonadati Bacteroidota WP_153844272.1 WP_167977039.1 3.61e-18 2604800 Bacillati Actinomycetota WP_153844272.1 WP_281543397.1 2.33e-13 544645 Pseudomonadati Bacteroidota WP_153844272.1 WP_011057593.1 3.00e-12 146786;197221 Bacillati Cyanobacteriota WP_153844272.1 WP_084371009.1 5.14e-11 692418 Pseudomonadati Bacteroidota WP_153844272.1 OAN53756.1 4.80e-10 1285242 Pseudomonadati Pseudomonadota WP_153844272.1 HBO4828144.1 8.06e-10 287 Pseudomonadati Pseudomonadota WP_153844272.1 WP_173040157.1 1.15e-09 1076124 Bacillati Actinomycetota WP_153844272.1 MBQ3864274.1 3.37e-09 2044939 Bacillati Bacillota WP_153844272.1 WP_077217464.1 5.27e-09 95486 Pseudomonadati Pseudomonadota WP_153844272.1 WP_222599035.1 1.52e-08 N/A N/A WP_153844272.1 WP_158791585.1 2.06e-08 1641866 Pseudomonadati Acidobacteriota WP_153844272.1 MXP43753.1 7.55e-06 1689985 Pseudomonadati Pseudomonadota WP_153844272.1 MBQ9964693.1 4.18e-05 2044939 Bacillati Bacillota WP_044772468.1 WP_044772468.1 0.0 1307 Bacillati Bacillota WP_044772468.1 WP_101662518.1 2.35e-70 2053728 Bacillati Bacillota WP_044772468.1 HCG88012.1 8.01e-41 28108 Pseudomonadati Pseudomonadota WP_044772468.1 WP_088784550.1 6.43e-35 1313 Bacillati Bacillota WP_044772468.1 WP_062300449.1 4.85e-29 1914963 Pseudomonadati Bacteroidota RIB10989.1 RIB10989.1 7.90e-143 44941 Fungi Glomeromycota RIB10989.1 KZT58963.1 4.18e-12 1353952 Fungi Basidiomycota RIB10989.1 XP_040250218.1 4.40e-11 N/A N/A RIB10989.1 MBF1128433.1 9.75e-06 218538 Bacillati Bacillota RIB10989.1 WP_106546380.1 1.01e-04 869949 Bacillati Cyanobacteriota WP_223874734.1 WP_223874734.1 3.09e-158 1050199 Bacillati Actinomycetota RKP53954.1 RKP53954.1 1.56e-55 2419778 Bacillati Bacillota WP_144660168.1 WP_144660168.1 0.0 2026188 Bacillati Bacillota WP_071468711.1 WP_071468711.1 4.80e-46 121820;121821;441209;1188254 Pseudomonadati Pseudomonadota WP_036392442.1 WP_036392442.1 0.0 1768 Bacillati Actinomycetota WP_221802218.1 WP_221802218.1 8.76e-79 1174501 Bacillati Bacillota WP_250239427.1 WP_250239427.1 0.0 666;1236 Pseudomonadati Pseudomonadota WP_129681113.1 WP_129681113.1 1.15e-132 2510646 Pseudomonadati Pseudomonadota NGX49271.1 NGX49271.1 0.0 2705072 Pseudomonadati Chlamydiota PYL83902.1 PYL83902.1 0.0 2026799 Pseudomonadati Verrucomicrobiota PYL83902.1 WP_135916821.1 2.63e-15 2563960 Pseudomonadati Pseudomonadota WP_123262559.1 WP_123262559.1 1.39e-214 192389 Pseudomonadati Bacteroidota OOX90626.1 OOX90626.1 3.52e-185 195 Pseudomonadati Campylobacterota MBO5037501.1 MBO5037501.1 3.12e-89 2044939 Bacillati Bacillota THW19323.1 THW19323.1 0.0 5580 Fungi Ascomycota TBR12235.1 TBR12235.1 3.78e-23 1914450 Pseudomonadati Pseudomonadota WP_256695454.1 WP_256695454.1 4.96e-34 1654 Bacillati Actinomycetota MBR1786128.1 MBR1786128.1 3.54e-27 2748031 Pseudomonadati Bacteroidota NQZ11975.1 NQZ11975.1 0.0 1872429 Pseudomonadati Pseudomonadota NQZ11975.1 PYB13830.1 1.90e-139 615 Pseudomonadati Pseudomonadota NQZ11975.1 WP_192202944.1 1.77e-16 2645906;2769284 Pseudomonadati Pseudomonadota GEY63590.1 GEY63590.1 2.94e-77 118510 Viridiplantae Streptophyta MCF2604604.1 MCF2604604.1 2.96e-219 823 Pseudomonadati Bacteroidota KAF5197921.1 KAF5197921.1 1.79e-60 46969 Viridiplantae Streptophyta CAI8519318.1 CAI8519318.1 2.12e-191 N/A N/A KAF2218229.1 KAF2218229.1 4.33e-103 302913 Fungi Ascomycota WP_079473139.1 WP_079473139.1 1.32e-277 393003 Pseudomonadati Bacteroidota NLX43212.1 NLX43212.1 4.20e-134 2026724 Bacillati Chloroflexota MBH0176532.1 MBH0176532.1 1.17e-86 70125 Pseudomonadati Nitrospirota UPU53169.1 UPU53169.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UYC71619.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UHB14670.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UIX40308.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UDK40309.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 USL51576.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 QUE11983.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UGX22439.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UBN63752.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 QUM20585.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UZH89542.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 QVX70521.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 QXI91160.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UUS71569.1 0.0 2697049 Orthornavirae Pisuviricota UPU53169.1 UHK01047.1 0.0 2697049 Orthornavirae Pisuviricota WP_154489617.1 WP_154489617.1 8.43e-126 210 Pseudomonadati Campylobacterota NET38287.1 NET38287.1 0.0 2607788 Bacillati Cyanobacteriota NET38287.1 WP_186101535.1 2.37e-224 28095 Pseudomonadati Pseudomonadota AGI15931.1 AGI15931.1 3.56e-152 52396 Metazoa Mollusca AGI15931.1 AVM35379.1 1.29e-101 1770638 Metazoa Arthropoda AGI15931.1 QUQ06080.1 1.53e-101 1719401 Metazoa Mollusca AGI15931.1 AFA24308.1 4.88e-101 1097956 Metazoa Arthropoda AGI15931.1 QUA05739.1 9.83e-101 988006 Metazoa Arthropoda AGI15931.1 ADW49125.1 1.35e-100 1417353 Metazoa Arthropoda AGI15931.1 ADJ35581.1 3.70e-100 876003 Metazoa Annelida AGI15931.1 AHK62764.1 1.27e-98 1470337 Metazoa Arthropoda AGI15931.1 AFA09475.1 4.93e-97 705192 Metazoa Arthropoda AGI15931.1 AWS34156.1 7.54e-95 408114 Metazoa Arthropoda AGI15931.1 ABQ63546.1 2.08e-94 166263 Metazoa Chordata AGI15931.1 AOR13807.1 2.88e-92 1881782 Metazoa Arthropoda AGI15931.1 UZF38514.1 7.92e-87 2976471 Metazoa Arthropoda AGI15931.1 AKT58828.1 1.28e-85 1687857 Metazoa Arthropoda AGI15931.1 AMA90994.1 1.37e-85 1474269;2542237 Metazoa Arthropoda AGI15931.1 AAX94106.1 7.58e-82 324009 Metazoa Arthropoda AGI15931.1 AOQ89457.1 5.87e-80 1881751 Metazoa Arthropoda AGI15931.1 AKA56406.1 4.70e-79 1622492;1669417;1881785;2088599 Metazoa Arthropoda AGI15931.1 AXZ65741.1 2.20e-75 2242446 Metazoa Arthropoda AGI15931.1 AHH30646.1 2.38e-73 1452501 Metazoa Arthropoda AGI15931.1 ACE88666.1 2.15e-56 13139 Metazoa Arthropoda AGI15931.1 APC24336.1 2.37e-40 597926 Metazoa Arthropoda MBI3214161.1 MBI3214161.1 0.0 1785 Bacillati Actinomycetota WP_057201184.1 WP_057201184.1 0.0 1736492 Pseudomonadati Pseudomonadota WP_057201184.1 WP_131836551.1 1.83e-125 100 Pseudomonadati Pseudomonadota WP_057201184.1 XP_050320449.1 1.41e-110 98809 Metazoa Arthropoda WP_057201184.1 WP_257689765.1 5.11e-102 644 Pseudomonadati Pseudomonadota WP_057201184.1 WP_061795322.1 1.34e-97 613;61651 Pseudomonadati Pseudomonadota WP_057201184.1 WP_108756325.1 4.81e-92 2072408 Pseudomonadati Pseudomonadota WP_057201184.1 WP_255965801.1 4.01e-90 2965064 Bacillati Actinomycetota WP_057201184.1 WP_008959270.1 1.30e-88 550984 Pseudomonadati Pseudomonadota WP_057201184.1 WP_205186167.1 1.96e-75 2709306 Pseudomonadati Pseudomonadota WP_057201184.1 WP_195426888.1 1.26e-73 2782182 Pseudomonadati Pseudomonadota WP_057201184.1 WP_100461895.1 2.81e-70 40324;2045214 Pseudomonadati Pseudomonadota WP_057201184.1 WP_022389025.1 1.33e-28 40520;1263107 Bacillati Bacillota WP_223040576.1 WP_223040576.1 2.79e-194 41170 Bacillati Bacillota WP_221711878.1 WP_221711878.1 5.12e-77 1387165 Pseudomonadati Pseudomonadota MBM5817467.1 MBM5817467.1 4.95e-66 2775555 Bacillati Cyanobacteriota EHC2895895.1 EHC2895895.1 4.76e-119 562 Pseudomonadati Pseudomonadota EHC2895895.1 HCI3789247.1 2.10e-37 562 Pseudomonadati Pseudomonadota MCT7710903.1 MCT7710903.1 5.83e-161 147802 Bacillati Bacillota URQ55824.1 URQ55824.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 WEU87158.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 QSZ25555.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UBP50947.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UBD95131.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UEC52718.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 QZU16279.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UBR86455.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 WHE12941.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UGA79226.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UAQ80067.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UVI10561.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UJT06733.1 0.0 2697049 Orthornavirae Pisuviricota URQ55824.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota KAI5804476.1 KAI5804476.1 5.16e-87 49969 Fungi Ascomycota WP_108106595.1 WP_108106595.1 2.65e-121 2161748 Pseudomonadati Pseudomonadota EFC81578.1 EFC81578.1 1.95e-233 102897;269536;683308;1745382 Bacillati Actinomycetota EFC81578.1 KAI3473816.1 3.10e-84 586722 Viridiplantae Streptophyta EFC81578.1 PAA76673.1 8.47e-11 282301 Metazoa Platyhelminthes MBL0081532.1 MBL0081532.1 0.0 2202734 Pseudomonadati Bacteroidota MCI0524605.1 MCI0524605.1 1.80e-78 1978231 Pseudomonadati Acidobacteriota WP_200001451.1 WP_200001451.1 1.76e-207 546 Pseudomonadati Pseudomonadota GBN34629.1 GBN34629.1 3.50e-134 182803 Metazoa Arthropoda WP_104456122.1 WP_104456122.1 0.0 1636607 Pseudomonadati Pseudomonadota WP_104456122.1 WP_186556299.1 2.23e-94 286;2745493 Pseudomonadati Pseudomonadota WP_104456122.1 HAZ7424284.1 1.76e-51 562 Pseudomonadati Pseudomonadota WP_104456122.1 WP_128786583.1 1.19e-34 2485123 Pseudomonadati Pseudomonadota WP_104456122.1 WP_269572442.1 2.19e-32 N/A N/A WP_104456122.1 WP_025739406.1 7.53e-30 1510206 Pseudomonadati Pseudomonadota WP_104456122.1 WP_271340374.1 4.71e-16 N/A N/A WP_104456122.1 WP_156140069.1 1.02e-12 642 Pseudomonadati Pseudomonadota WP_104456122.1 MCI8311254.1 1.93e-08 1898203 Bacillati Bacillota XP_039048844.1 XP_039048844.1 4.35e-93 106335 Viridiplantae Streptophyta WP_034944635.1 WP_034944635.1 1.70e-147 796334 Pseudomonadati Pseudomonadota CAG32719.1 CAG32719.1 7.17e-98 9031 Metazoa Chordata KMN52907.1 KMN52907.1 1.97e-151 1628209 Bacillati Bacillota WP_199673213.1 WP_199673213.1 1.59e-275 1396 Bacillati Bacillota WP_199673213.1 MCM1513138.1 1.14e-52 847 Pseudomonadati Pseudomonadota WP_199673213.1 WP_037818847.1 4.77e-44 1447705;2618356 Bacillati Actinomycetota WP_199673213.1 MBN9383861.1 1.17e-06 1869212 Pseudomonadati Bacteroidota WP_199673213.1 MBN8894000.1 8.21e-05 1883446;1895822 Pseudomonadati Pseudomonadota MCI6147609.1 MCI6147609.1 2.50e-147 1965294 Bacillati Actinomycetota XP_042771424.1 XP_042771424.1 0.0 9689 Metazoa Chordata XP_042771424.1 XP_005573423.1 5.08e-107 9541 Metazoa Chordata XP_042771424.1 XP_048264533.1 2.65e-97 30195 Metazoa Arthropoda XP_042771424.1 XP_021507806.1 3.43e-94 N/A N/A WP_212054759.1 WP_212054759.1 0.0 152480 Pseudomonadati Pseudomonadota WP_212054759.1 WP_094840069.1 9.28e-66 1416808 Pseudomonadati Pseudomonadota WP_124978582.1 WP_124978582.1 0.0 1122;1920663;1920664 Bacillati Cyanobacteriota WP_124978582.1 WP_064779756.1 4.54e-36 168934;393657;1912094 Pseudomonadati Pseudomonadota WP_124978582.1 WP_010905191.1 3.06e-19 1357;272622;272623;684738;1234877;1399116 Bacillati Bacillota WP_124978582.1 WP_088349221.1 7.69e-08 1396 Bacillati Bacillota WP_124978582.1 MCH5207665.1 6.55e-07 2485925 Bacillati Bacillota KAE8683921.1 KAE8683921.1 0.0 106335 Viridiplantae Streptophyta OAV63675.1 OAV63675.1 4.24e-131 1633202 Pseudomonadati Bacteroidota PYB13830.1 PYB13830.1 0.0 615 Pseudomonadati Pseudomonadota PYB13830.1 NQZ11975.1 1.02e-133 1872429 Pseudomonadati Pseudomonadota PYB13830.1 HBN9628875.1 1.57e-85 287 Pseudomonadati Pseudomonadota PYB13830.1 WP_246003214.1 1.15e-31 228006 Bacillati Actinomycetota PYB13830.1 WP_112119927.1 2.17e-13 1642 Bacillati Bacillota PYB13830.1 RLB66027.1 7.76e-10 2026735 Pseudomonadati Myxococcota PYB13830.1 WP_254101325.1 3.58e-09 2961944 Pseudomonadati Pseudomonadota PYB13830.1 MBF2759673.1 2.40e-07 1725326 Pseudomonadati Pseudomonadota PYB13830.1 XP_052525039.1 7.37e-06 109042 Metazoa Chordata WP_007377599.1 WP_007377599.1 9.43e-89 53246;283699;1720343;1872678 Pseudomonadati Pseudomonadota WP_007377599.1 WP_217904803.1 7.58e-12 N/A N/A WP_007377599.1 WP_208947654.1 6.40e-10 80867 Pseudomonadati Pseudomonadota WP_187447871.1 WP_187447871.1 1.05e-299 1904459 Pseudomonadati Pseudomonadota WP_175766180.1 WP_175766180.1 2.73e-219 152480 Pseudomonadati Pseudomonadota WP_072989136.1 WP_072989136.1 3.06e-309 271157 Pseudomonadati Bacteroidota WP_072989136.1 HAR4306776.1 5.97e-139 1280 Bacillati Bacillota WP_072989136.1 WP_192202944.1 6.62e-68 2645906;2769284 Pseudomonadati Pseudomonadota WP_072989136.1 WP_266170214.1 2.16e-39 2992127 Pseudomonadati Pseudomonadota TMB80853.1 TMB80853.1 7.29e-81 2026724 Bacillati Chloroflexota WP_277264109.1 WP_277264109.1 0.0 584 Pseudomonadati Pseudomonadota WP_277264109.1 WP_282985289.1 2.40e-80 413497 Pseudomonadati Pseudomonadota WP_277264109.1 EFG7698437.1 3.55e-40 562 Pseudomonadati Pseudomonadota KAE8876596.1 KAE8876596.1 0.0 53985 0 Oomycota KZW99196.1 KZW99196.1 0.0 43657 Pseudomonadati Pseudomonadota MCC6136677.1 MCC6136677.1 4.22e-31 1913989;2651161 Pseudomonadati Pseudomonadota MCI5191941.1 MCI5191941.1 0.0 2202844 Pseudomonadati Thermodesulfobacteriota MCI5191941.1 MCP2519657.1 2.43e-84 2950077;2950079;2950080;2950082;2950084;2950086 0 Candidatus Aminicenantota MCI5191941.1 WP_203325777.1 1.57e-05 1173586 Pseudomonadati Pseudomonadota HBW9511025.1 HBW9511025.1 2.15e-146 573 Pseudomonadati Pseudomonadota HBW9511025.1 PJB11797.1 1.90e-58 1974005 Pseudomonadati Bacteroidota HBW9511025.1 MCE2883039.1 1.28e-48 2026779 Pseudomonadati Planctomycetota PIP52537.1 PIP52537.1 9.36e-263 1974498 0 Candidatus Beckwithiibacteriota MAS51861.1 MAS51861.1 6.61e-120 2021391 Pseudomonadati Bacteroidota MCF8193609.1 MCF8193609.1 1.49e-191 2044936 Pseudomonadati Bacteroidota MCF8193609.1 WP_113851760.1 6.29e-37 562 Pseudomonadati Pseudomonadota MCF8193609.1 WP_144002426.1 1.07e-14 68270 Bacillati Actinomycetota WP_135705208.1 WP_135705208.1 6.87e-101 96344 Pseudomonadati Pseudomonadota WP_171155369.1 WP_171155369.1 1.18e-150 1883;2726118 Bacillati Actinomycetota WP_171155369.1 UJW35797.1 4.72e-10 2912058 Bacillati Actinomycetota WP_171155369.1 WP_188339236.1 2.74e-05 2768069 Bacillati Actinomycetota ELZ16407.1 ELZ16407.1 0.0 1227489 Methanobacteriati Methanobacteriota ELZ16407.1 MBA3609961.1 7.46e-70 2036010 Bacillati Actinomycetota ELZ16407.1 OWZ34415.1 1.30e-50 5207;1230056;1230059;1230061;1230062;1230063;1230065;1230066;1230072;1230077;1230080;1230081;1295829;1295833;1295835;1295838;1295839;1295840;1295841 Fungi Basidiomycota ELZ16407.1 MBQ6794463.1 8.12e-40 1969738 Pseudomonadati Bacteroidota ELZ16407.1 MCF7895906.1 6.97e-36 2035772 Pseudomonadati Candidatus Omnitrophota ELZ16407.1 WP_254819486.1 2.41e-28 2963091 Pseudomonadati Pseudomonadota WP_073070755.1 WP_073070755.1 5.75e-137 268141;1920490 Bacillati Cyanobacteriota SVJ73127.1 SVJ73127.1 2.43e-223 573 Pseudomonadati Pseudomonadota WP_253463694.1 WP_253463694.1 1.91e-304 28092 Pseudomonadati Pseudomonadota WP_253463694.1 GDX36288.1 5.00e-28 1913988 Pseudomonadati Pseudomonadota WP_253463694.1 KDF42894.1 2.69e-11 208224 Pseudomonadati Pseudomonadota WP_253463694.1 CAG0990770.1 1.55e-07 2484252 Pseudomonadati Myxococcota UCJ00318.1 UCJ00318.1 0.0 33760 Orthornavirae Kitrinoviricota HAR4359619.1 HAR4359619.1 2.13e-200 1280 Bacillati Bacillota HAR4359619.1 MBI5966481.1 1.64e-27 2026735 Pseudomonadati Myxococcota HAR4359619.1 MBI1736306.1 5.01e-27 2053607 0 Candidatus Rokuibacteriota HAR4359619.1 WP_279399778.1 1.82e-24 N/A N/A HAR4359619.1 WP_220615956.1 9.48e-23 2864135 Pseudomonadati Bacteroidota HAR4359619.1 MBQ1540263.1 1.38e-22 2026720 0 Candidatus Saccharimonadota HAR4359619.1 WP_067782871.1 8.08e-21 1857645 Bacillati Actinomycetota MCB1471508.1 MCB1471508.1 1.31e-222 2026785 Pseudomonadati Pseudomonadota MCB1471508.1 WP_119403424.1 1.75e-70 2305467 Pseudomonadati Pseudomonadota KKQ50904.1 KKQ50904.1 0.0 1618941 0 0 KKQ50904.1 WP_039608285.1 2.22e-43 43657 Pseudomonadati Pseudomonadota KKQ50904.1 WP_172616972.1 1.58e-42 2583211 Pseudomonadati Bacteroidota KKQ50904.1 WP_133325549.1 8.57e-29 1549640 Pseudomonadati Pseudomonadota KKQ50904.1 TME45086.1 6.71e-23 2026724 Bacillati Chloroflexota KKQ50904.1 MBT8462299.1 1.02e-16 2026742 Pseudomonadati Gemmatimonadota XP_034577512.1 XP_034577512.1 0.0 4556 Viridiplantae Streptophyta CDN40573.1 CDN40573.1 0.0 572419 Bacillati Mycoplasmatota CDN40573.1 Q8XJN8.1 5.75e-24 1502;1542;195102;451752;451754;451756;451757;488537;742739;883064 Bacillati Bacillota CDN40573.1 MBE6142085.1 1.37e-17 2049044 Bacillati Bacillota HAN0352225.1 HAN0352225.1 0.0 562 Pseudomonadati Pseudomonadota HAN0352225.1 KDT27382.1 8.29e-240 1444056 Pseudomonadati Pseudomonadota HAN0352225.1 EFN5389376.1 6.40e-237 562 Pseudomonadati Pseudomonadota HAN0352225.1 EJW7579374.1 1.11e-127 562 Pseudomonadati Pseudomonadota HAN0352225.1 EIH4263652.1 2.81e-123 562 Pseudomonadati Pseudomonadota HAN0352225.1 EFL5817307.1 9.78e-88 562 Pseudomonadati Pseudomonadota MBQ7354351.1 MBQ7354351.1 1.03e-252 2044939 Bacillati Bacillota PQN90025.1 PQN90025.1 7.36e-09 622 Pseudomonadati Pseudomonadota WP_153656540.1 WP_153656540.1 0.0 881260 Pseudomonadati Pseudomonadota WP_153656540.1 WP_203203455.1 1.51e-319 34073 Pseudomonadati Pseudomonadota WP_153656540.1 CFU01724.1 9.97e-27 520 Pseudomonadati Pseudomonadota ABL14307.1 ABL14307.1 1.38e-187 11047 Orthornavirae Pisuviricota MCI0559521.1 MCI0559521.1 0.0 1971748 Thermoproteati Nitrososphaerota MCC2110934.1 MCC2110934.1 7.45e-54 1909294 Pseudomonadati Pseudomonadota HBO1212818.1 HBO1212818.1 9.78e-242 287 Pseudomonadati Pseudomonadota WP_003176097.1 WP_003176097.1 1.22e-196 286;658644;746360;2813360;2853449 Pseudomonadati Pseudomonadota EEJ3660224.1 EEJ3660224.1 5.39e-84 28901;90371 Pseudomonadati Pseudomonadota YP_009550556.1 YP_009550556.1 0.0 2506144 0 0 WP_262088989.1 WP_262088989.1 1.95e-178 714 Pseudomonadati Pseudomonadota WP_146205473.1 WP_146205473.1 6.78e-35 652751 Pseudomonadati Pseudomonadota WP_146205473.1 WP_236961032.1 8.92e-14 2202825 Pseudomonadati Pseudomonadota WP_010875413.1 WP_010875413.1 2.40e-138 380;394 Pseudomonadati Pseudomonadota HET19548.1 HET19548.1 2.12e-28 2026725 Pseudomonadati Pseudomonadota HET19548.1 HBR4968137.1 4.48e-07 573 Pseudomonadati Pseudomonadota GFS24540.1 GFS24540.1 4.83e-18 1093978 Metazoa Mollusca WP_189862922.1 WP_189862922.1 7.18e-74 68255 Bacillati Actinomycetota WP_174742261.1 WP_174742261.1 1.33e-168 1530123 Pseudomonadati Pseudomonadota MBJ9849823.1 MBJ9849823.1 1.33e-316 546 Pseudomonadati Pseudomonadota MCF8113477.1 MCF8113477.1 4.46e-188 2049434 Pseudomonadati Thermodesulfobacteriota MAH35553.1 MAH35553.1 0.0 2026801 Pseudomonadati Verrucomicrobiota MAH35553.1 MAZ13301.1 1.50e-210 2026801 Pseudomonadati Verrucomicrobiota MAH35553.1 MBO5962796.1 4.27e-24 1872444 Pseudomonadati Bacteroidota WP_276357708.1 WP_276357708.1 1.03e-59 3027471 Bacillati Bacillota KAJ7618075.1 KAJ7618075.1 1.44e-210 1738132 Fungi Basidiomycota WP_192324556.1 WP_192324556.1 0.0 34072;2769259 Pseudomonadati Pseudomonadota WP_192324556.1 WP_227059655.1 8.86e-248 40545 Pseudomonadati Pseudomonadota WP_192324556.1 RUU66461.1 5.36e-125 2496787 Pseudomonadati Pseudomonadota WP_192324556.1 WP_066083732.1 7.25e-85 220687 Bacillati Bacillota WP_192324556.1 MBQ3864274.1 1.55e-83 2044939 Bacillati Bacillota WP_192324556.1 MCP5262709.1 3.10e-78 50421 Pseudomonadati Pseudomonadota WP_192324556.1 GLY24463.1 3.79e-76 3032198 Bacillati Actinomycetota WP_192324556.1 WP_107894076.1 1.08e-75 1130819 Bacillati Bacillota WP_192324556.1 MBU5353226.1 3.49e-75 198119 Bacillati Bacillota WP_192324556.1 WP_131166802.1 1.25e-74 1837344 Bacillati Actinomycetota WP_192324556.1 WP_098952357.1 3.83e-74 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_192324556.1 WP_226904802.1 3.04e-73 N/A N/A WP_192324556.1 QCM13287.1 6.61e-56 358 Pseudomonadati Pseudomonadota WP_192324556.1 WP_142931103.1 1.46e-50 2202200 Pseudomonadati Campylobacterota WP_192324556.1 MBP1876254.1 1.15e-36 106592 Pseudomonadati Pseudomonadota WP_192324556.1 WP_076409454.1 3.31e-31 85698 Pseudomonadati Pseudomonadota WP_192324556.1 WP_109219819.1 2.54e-30 28901;58712 Pseudomonadati Pseudomonadota WP_192324556.1 MWR41881.1 1.16e-29 562 Pseudomonadati Pseudomonadota WP_192324556.1 WP_170725874.1 5.56e-28 562 Pseudomonadati Pseudomonadota WP_192324556.1 WP_150396769.1 1.69e-25 305 Pseudomonadati Pseudomonadota WP_192324556.1 OAN53756.1 8.54e-25 1285242 Pseudomonadati Pseudomonadota WP_192324556.1 WP_279984614.1 1.51e-23 909768 Pseudomonadati Pseudomonadota WP_192324556.1 MXP43753.1 6.50e-23 1689985 Pseudomonadati Pseudomonadota WP_192324556.1 WP_011512097.1 3.75e-20 912;323097 Pseudomonadati Pseudomonadota WP_192324556.1 WP_258581409.1 5.41e-20 2865837 Pseudomonadati Pseudomonadota MBV8927738.1 MBV8927738.1 1.25e-55 2448780 Bacillati Actinomycetota GKW22999.1 GKW22999.1 5.21e-154 555 Pseudomonadati Pseudomonadota WP_146272353.1 WP_146272353.1 0.0 2599294 Pseudomonadati Bacteroidota WP_146272353.1 MBP3518143.1 9.08e-95 1869337 Pseudomonadati Bacteroidota WP_146272353.1 WP_214826002.1 2.09e-93 2819143 Pseudomonadati Bacteroidota WP_146272353.1 WP_278843343.1 4.07e-67 386414 Pseudomonadati Bacteroidota WP_146272353.1 MCB9353584.1 9.36e-50 2760807 Pseudomonadati Bacteroidota WP_146272353.1 WP_259301651.1 4.96e-48 310297 Pseudomonadati Bacteroidota WP_146272353.1 RKX20462.1 6.15e-06 2053527 Pseudomonadati Candidatus Zixiibacteriota WP_219133024.1 WP_219133024.1 7.38e-97 1365365 Pseudomonadati Pseudomonadota TMQ14810.1 TMQ14810.1 9.28e-81 2026735 Pseudomonadati Myxococcota CAB0780497.1 CAB0780497.1 3.60e-273 1717 Bacillati Actinomycetota CAB0780497.1 MCS6830908.1 8.50e-71 1869227 0 0 CAB0780497.1 XP_020103231.1 1.43e-66 4615 Viridiplantae Streptophyta CAB0780497.1 NCW99628.1 3.62e-44 1891241 Pseudomonadati Pseudomonadota WP_279268272.1 WP_279268272.1 0.0 57706 Pseudomonadati Pseudomonadota WP_201454235.1 WP_201454235.1 1.80e-35 N/A N/A WP_107169208.1 WP_107169208.1 3.62e-255 2108399 Pseudomonadati Pseudomonadota WP_107169208.1 WP_000484099.1 4.23e-21 590;54388;149539;216597;496065;497977;550537;568708;1176488;1299275;2814671 Pseudomonadati Pseudomonadota WP_107169208.1 MBI5333464.1 2.36e-20 1891238 Pseudomonadati Pseudomonadota WP_107169208.1 WP_269885397.1 5.12e-20 3388067 Bacillati Bacillota WP_107169208.1 EGR2272270.1 1.01e-19 670 Pseudomonadati Pseudomonadota WP_107169208.1 WP_145544593.1 2.60e-19 419257 Pseudomonadati Pseudomonadota WP_107169208.1 WP_255266214.1 3.56e-18 37329 Bacillati Actinomycetota WP_107169208.1 WP_230171322.1 7.37e-18 2845820 Pseudomonadati Pseudomonadota WP_107169208.1 MBK6870374.1 1.08e-17 2487580 Bacillati Actinomycetota WP_107169208.1 WP_023050329.1 1.41e-17 180162;188913;1319815;2759680 Fusobacteriati Fusobacteriota WP_107169208.1 HAB03480.1 4.27e-17 306 Pseudomonadati Pseudomonadota WP_107169208.1 WP_018646673.1 7.44e-12 990078 Pseudomonadati Pseudomonadota WP_107169208.1 WP_029222917.1 1.68e-11 662;1191324 Pseudomonadati Pseudomonadota WP_107169208.1 MBT3459335.1 2.83e-07 2026743 Pseudomonadati Pseudomonadota WP_258315721.1 WP_258315721.1 7.69e-136 244366 Pseudomonadati Pseudomonadota MBQ0056002.1 MBQ0056002.1 9.19e-45 3083093 Thermotogati Synergistota EMS62928.1 EMS62928.1 2.41e-286 4572 Viridiplantae Streptophyta EMS62928.1 WP_039190453.1 1.30e-77 1577900 Pseudomonadati Pseudomonadota MBK6276192.1 MBK6276192.1 4.23e-278 2026790 Pseudomonadati Bacteroidota RLS80176.1 RLS80176.1 3.51e-100 2026780 Pseudomonadati Planctomycetota MAU73077.1 MAU73077.1 2.82e-244 1871037 Pseudomonadati Bacteroidota XP_046801602.1 XP_046801602.1 0.0 7375 Metazoa Arthropoda WP_231783900.1 WP_231783900.1 1.01e-103 68;69 Pseudomonadati Pseudomonadota MCJ1706109.1 MCJ1706109.1 0.0 2929476 Bacillati Actinomycetota WP_076788335.1 WP_076788335.1 2.13e-289 119060;1761774;2841841;2841842 Pseudomonadati Pseudomonadota MCR5830520.1 MCR5830520.1 0.0 1898203 Bacillati Bacillota MBB3050407.1 MBB3050407.1 3.99e-53 1470180 Bacillati Actinomycetota MBB3050407.1 WP_267292626.1 3.82e-09 2873601 Pseudomonadati Bacteroidota MCH7900379.1 MCH7900379.1 8.46e-147 1978231 Pseudomonadati Acidobacteriota WP_209434296.1 WP_209434296.1 1.20e-160 2821355 Pseudomonadati Pseudomonadota WP_209434296.1 WP_110808154.1 3.37e-33 82115;2135648;2135649;2135652;2715133 Pseudomonadati Pseudomonadota WP_209434296.1 MBG9445742.1 1.79e-17 1399 Bacillati Bacillota WP_011531028.1 WP_011531028.1 1.79e-83 68909;319795 Thermotogati Deinococcota WP_011531028.1 MAO00220.1 3.21e-28 1486281 Pseudomonadati Pseudomonadota NVM16230.1 NVM16230.1 5.63e-128 2053489 Promethearchaeati Promethearchaeota NVM16230.1 XP_018089046.1 2.54e-08 8355 Metazoa Chordata EGQ64187.1 EGQ64187.1 2.73e-26 872330 Pseudomonadati Pseudomonadota NCC17292.1 NCC17292.1 3.85e-292 2044939 Bacillati Bacillota NCC17292.1 EEW7484806.1 4.76e-25 562 Pseudomonadati Pseudomonadota HAV8610731.1 HAV8610731.1 0.0 562 Pseudomonadati Pseudomonadota HAV8610731.1 WP_003939801.1 3.11e-31 1760;1831;1833;43767;334542;1807790 Bacillati Actinomycetota HAV8610731.1 WP_024498088.1 1.78e-20 2053;89053;396712;1737359 Bacillati Actinomycetota KAJ4533602.1 KAJ4533602.1 1.67e-90 5970 Fungi Ascomycota KAG7462827.1 KAG7462827.1 0.0 7932 Metazoa Chordata BBF42184.1 BBF42184.1 4.48e-197 2093742 Bacillati Bacillota PWU18232.1 PWU18232.1 7.88e-226 2053607 0 Candidatus Rokuibacteriota PWU18232.1 MCI0677710.1 4.14e-79 2900548 Bacillati Actinomycetota PWU18232.1 MBQ9976843.1 2.61e-63 2044939 Bacillati Bacillota PWU18232.1 MBM3366565.1 5.16e-39 1891241 Pseudomonadati Pseudomonadota MBV8660698.1 MBV8660698.1 2.54e-91 2030827 0 0 WP_164904950.1 WP_164904950.1 3.64e-35 1904 Bacillati Actinomycetota MBQ2317532.1 MBQ2317532.1 3.15e-101 1898203 Bacillati Bacillota WP_215557653.1 WP_215557653.1 2.37e-187 1405 Bacillati Bacillota WP_215557653.1 MCC6044083.1 4.27e-62 2184738 Thermoproteati Thermoproteota WP_215557653.1 MCF7808720.1 4.58e-61 2026760 Pseudomonadati Fidelibacterota WP_215557653.1 WP_142133210.1 3.45e-45 2768449 Bacillati Actinomycetota WP_215557653.1 WP_140480909.1 4.33e-38 1404367 Pseudomonadati Pseudomonadota WP_215557653.1 WP_278489123.1 3.42e-27 437897 Bacillati Bacillota WP_215557653.1 WP_158347019.1 4.63e-06 59620;2850323 Bacillati Bacillota MBQ2346567.1 MBQ2346567.1 1.01e-203 2212473 Pseudomonadati Kiritimatiellota WP_138785174.1 WP_138785174.1 2.21e-195 419474;2826938 Pseudomonadati Pseudomonadota WP_138785174.1 WP_003976137.1 1.04e-12 1883;1916;457428;1415559 Bacillati Actinomycetota WP_138785174.1 WP_096751687.1 5.88e-12 28095;32009 Pseudomonadati Pseudomonadota HCK66187.1 HCK66187.1 1.05e-237 2052143 Bacillati Chloroflexota MBO7492856.1 MBO7492856.1 5.34e-136 2030927 Pseudomonadati Bacteroidota WP_138125503.1 WP_138125503.1 1.42e-255 1334 Bacillati Bacillota WP_138125503.1 WP_069697901.1 3.92e-172 762845 Bacillati Bacillota WP_138125503.1 WP_266179881.1 1.07e-86 2994648 Pseudomonadati Pseudomonadota WP_138125503.1 WP_223413240.1 4.93e-82 573 Pseudomonadati Pseudomonadota WP_138125503.1 EFX2174330.1 8.48e-46 624 Pseudomonadati Pseudomonadota PKU92481.1 PKU92481.1 1.14e-200 1690 Bacillati Actinomycetota MOM40962.1 MOM40962.1 1.67e-14 9606 Metazoa Chordata WP_205443952.1 WP_205443952.1 3.18e-289 2055955 Pseudomonadati Pseudomonadota WP_205443952.1 CAA0126222.1 4.92e-116 930805 Pseudomonadati Pseudomonadota WP_205443952.1 WP_122873240.1 6.76e-54 194 Pseudomonadati Campylobacterota WP_205443952.1 MBO7597869.1 2.59e-27 2030927 Pseudomonadati Bacteroidota WP_064038193.1 WP_064038193.1 3.13e-59 421 Pseudomonadati Pseudomonadota MCS6937099.1 MCS6937099.1 2.71e-55 2306012 0 Candidatus Bipolaricaulota KAF9171043.1 KAF9171043.1 8.44e-136 1896179;1896180 Fungi Mortierellomycota WP_239913672.1 WP_239913672.1 9.28e-281 689 Pseudomonadati Pseudomonadota WP_239913672.1 WP_113669955.1 2.80e-79 2259645 Pseudomonadati Pseudomonadota WP_239913672.1 WP_087384365.1 9.12e-67 1965551 Bacillati Bacillota WP_239913672.1 NCV89943.1 5.86e-27 1891241 Pseudomonadati Pseudomonadota WP_214186529.1 WP_214186529.1 1.35e-75 40983 Pseudomonadati Thermodesulfobacteriota ABD26457.1 ABD26457.1 2.04e-67 48935;279238 Pseudomonadati Pseudomonadota ABD26457.1 WP_147833981.1 9.63e-08 1149773 Pseudomonadati Pseudomonadota MCH2598227.1 MCH2598227.1 0.0 2715253 Pseudomonadati Planctomycetota WP_009025642.1 WP_009025642.1 4.28e-300 566679 Pseudomonadati Pseudomonadota WP_009025642.1 WP_281462881.1 2.05e-35 3043872 Pseudomonadati Pseudomonadota MCB0330656.1 MCB0330656.1 4.66e-120 2053517 Pseudomonadati Bdellovibrionota WP_029189383.1 WP_029189383.1 1.48e-312 47951;1136164 Pseudomonadati Pseudomonadota WP_222163701.1 WP_222163701.1 1.46e-221 2859082;2859083 Pseudomonadati Pseudomonadota WP_222163701.1 WP_213775833.1 4.18e-59 2719793 Pseudomonadati Pseudomonadota PIP86899.1 PIP86899.1 0.0 1974529 0 Candidatus Campbelliibacteriota WP_082884485.1 WP_082884485.1 0.0 217204 Pseudomonadati Pseudomonadota MCB1376795.1 MCB1376795.1 1.47e-138 1913988 Pseudomonadati Pseudomonadota WP_134262365.1 WP_134262365.1 0.0 562 Pseudomonadati Pseudomonadota OQC16336.1 OQC16336.1 0.0 1852880 Bacillati Bacillota OQC16336.1 MBQ2777352.1 1.13e-13 2052179 Bacillati Bacillota OQC16336.1 MBP3509218.1 2.17e-11 1945593 Bacillati Bacillota OQC16336.1 KAJ3918428.1 1.94e-07 5353 Fungi Basidiomycota WP_144099812.1 WP_144099812.1 4.52e-293 88431;189330 Bacillati Bacillota WP_144099812.1 MCK5265770.1 4.09e-27 2053491 Promethearchaeati Candidatus Thorarchaeota WP_160346534.1 WP_160346534.1 3.43e-269 580026 Bacillati Actinomycetota WP_108756325.1 WP_108756325.1 0.0 2072408 Pseudomonadati Pseudomonadota WP_108756325.1 WP_057201184.1 1.50e-86 1736492 Pseudomonadati Pseudomonadota WP_108756325.1 WP_257689765.1 3.76e-84 644 Pseudomonadati Pseudomonadota WP_108756325.1 WP_131836551.1 1.41e-82 100 Pseudomonadati Pseudomonadota WP_108756325.1 XP_050320449.1 8.00e-74 98809 Metazoa Arthropoda WP_108756325.1 WP_061795322.1 1.03e-72 613;61651 Pseudomonadati Pseudomonadota WP_108756325.1 WP_195426888.1 1.09e-56 2782182 Pseudomonadati Pseudomonadota WP_108756325.1 WP_008959270.1 1.07e-53 550984 Pseudomonadati Pseudomonadota WP_108756325.1 WP_205186167.1 8.17e-49 2709306 Pseudomonadati Pseudomonadota MBQ9907360.1 MBQ9907360.1 1.18e-191 2485925 Bacillati Bacillota EHK6691416.1 EHK6691416.1 4.77e-297 623 Pseudomonadati Pseudomonadota MQM04273.1 MQM04273.1 1.46e-54 4460 Viridiplantae Streptophyta KAJ6491222.1 KAJ6491222.1 7.58e-276 1033282 Fungi Basidiomycota WP_235565772.1 WP_235565772.1 7.33e-103 1736559 Pseudomonadati Pseudomonadota XP_049147251.1 XP_049147251.1 1.32e-298 145971 Fungi Ascomycota WP_242161393.1 WP_242161393.1 1.69e-159 86661 Bacillati Bacillota WP_242161393.1 MBQ8417539.1 4.35e-63 2049039 Bacillati Bacillota WP_242161393.1 MBI5405531.1 3.36e-45 2030810 0 Candidatus Kaiseribacteriota WP_283557067.1 WP_283557067.1 0.0 1506334 Pseudomonadati Pseudomonadota WP_283557067.1 WP_094840069.1 2.09e-52 1416808 Pseudomonadati Pseudomonadota WP_283557067.1 WP_279840346.1 4.76e-42 2975391 Pseudomonadati Pseudomonadota URP80785.1 URP80785.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 ULA23837.2 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UKU68032.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 ULB83374.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UOU30556.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UXH94526.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UIR12670.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UKN67998.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 QXR94354.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 QTD03487.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UPP41269.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 QTM79632.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UEC68750.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UFM00670.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 USR14792.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UXX67934.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UPA83906.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UZO53924.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 QTZ27226.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UMF87224.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UVB16817.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 QVD87869.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UCP72061.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 QWC83326.1 0.0 2697049 Orthornavirae Pisuviricota URP80785.1 UCP77012.1 0.0 2697049 Orthornavirae Pisuviricota WP_193850569.1 WP_193850569.1 6.96e-140 2782014 Pseudomonadati Pseudomonadota WP_193850569.1 HCI4632030.1 9.40e-14 573;1463164;1667327;2590157 Pseudomonadati Pseudomonadota AKU96165.1 AKU96165.1 6.90e-81 1391654 Pseudomonadati Myxococcota WP_147135386.1 WP_147135386.1 3.18e-308 356145;1210091 Bacillati Actinomycetota WP_147135386.1 OLB27154.1 2.86e-82 1803463;1805007 0;Pseudomonadati 0;Acidobacteriota WP_250798057.1 WP_250798057.1 1.49e-178 709888 Bacillati Actinomycetota WP_112088864.1 WP_112088864.1 0.0 573 Pseudomonadati Pseudomonadota WP_112088864.1 WP_041710957.1 3.97e-26 1501 Bacillati Bacillota WP_112088864.1 MBQ9964693.1 3.66e-10 2044939 Bacillati Bacillota WP_112088864.1 MCH4209672.1 9.50e-09 41200 Bacillati Actinomycetota WP_112088864.1 WAY96880.1 1.20e-08 615 Pseudomonadati Pseudomonadota WP_112088864.1 WP_258581409.1 1.77e-06 2865837 Pseudomonadati Pseudomonadota WP_112088864.1 CDZ73727.1 4.53e-06 323655 Pseudomonadati Pseudomonadota WP_112088864.1 EHR6291555.1 7.18e-06 28901 Pseudomonadati Pseudomonadota WP_112088864.1 WP_008056683.1 8.09e-06 2596745;2759955 Bacillati Cyanobacteriota MBQ9976843.1 MBQ9976843.1 1.36e-225 2044939 Bacillati Bacillota MBQ9976843.1 PWU18232.1 1.60e-67 2053607 0 Candidatus Rokuibacteriota MBQ9976843.1 MCI0677710.1 1.74e-66 2900548 Bacillati Actinomycetota MBQ9976843.1 MBM3366565.1 1.39e-43 1891241 Pseudomonadati Pseudomonadota TMF32236.1 TMF32236.1 9.45e-244 2026724 Bacillati Chloroflexota TMF32236.1 MAJ92374.1 2.29e-62 1898112;1986643 Pseudomonadati Pseudomonadota SDO77973.1 SDO77973.1 1.92e-100 1761904 Bacillati Actinomycetota WP_197521413.1 WP_197521413.1 9.73e-201 1528787 Bacillati Bacillota WP_197521413.1 WP_278489123.1 5.18e-36 437897 Bacillati Bacillota WP_197521413.1 WP_071876418.1 8.27e-26 332949 Bacillati Bacillota WP_197521413.1 WP_227059655.1 1.61e-18 40545 Pseudomonadati Pseudomonadota WP_197521413.1 MWR41881.1 1.67e-17 562 Pseudomonadati Pseudomonadota WP_197521413.1 WP_185334683.1 1.04e-15 1640 Bacillati Bacillota WP_197521413.1 WP_066083732.1 1.45e-15 220687 Bacillati Bacillota WP_197521413.1 WP_256546297.1 1.87e-14 1126236 Methanobacteriati Methanobacteriota WP_197521413.1 WP_107894076.1 1.34e-13 1130819 Bacillati Bacillota WP_197521413.1 CDZ73727.1 1.77e-13 323655 Pseudomonadati Pseudomonadota WP_197521413.1 WP_159463829.1 2.14e-08 199592 Bacillati Actinomycetota HBO3907473.1 HBO3907473.1 3.48e-227 287 Pseudomonadati Pseudomonadota HBO3907473.1 WP_085935883.1 2.03e-15 225324 Pseudomonadati Pseudomonadota WP_200567098.1 WP_200567098.1 1.07e-270 1324617;2793076 Pseudomonadati Pseudomonadota WP_005392478.1 WP_005392478.1 3.35e-255 662;50719;1231058 Pseudomonadati Pseudomonadota WP_005392478.1 GLV83862.1 1.23e-09 58340 Bacillati Actinomycetota WP_209106433.1 WP_209106433.1 6.07e-191 1219;2054182;2716489 Bacillati Cyanobacteriota XP_048593444.1 XP_048593444.1 6.36e-194 3708 Viridiplantae Streptophyta EFC33499.1 EFC33499.1 1.36e-114 683083 Pseudomonadati Campylobacterota HIV94128.1 HIV94128.1 3.31e-247 2838757 Bacillati Bacillota HIV94128.1 TPV93333.1 1.09e-31 1979545 Pseudomonadati Myxococcota MBK8637870.1 MBK8637870.1 0.0 2049432 Pseudomonadati Pseudomonadota RXK40695.1 RXK40695.1 0.0 5217 Fungi Basidiomycota EFG7308611.1 EFG7308611.1 8.93e-52 562 Pseudomonadati Pseudomonadota WP_202220633.1 WP_202220633.1 1.04e-257 2720165 Bacillati Cyanobacteriota MCA1697375.1 MCA1697375.1 1.51e-244 2900548 Bacillati Actinomycetota MCA1697375.1 WP_270757591.1 1.06e-05 1796635 Bacillati Bacillota KAG0237649.1 KAG0237649.1 0.0 90253 Fungi Mortierellomycota KAG0237649.1 EJG1264510.1 1.32e-19 283734 Bacillati Bacillota MYS55468.1 MYS55468.1 1.97e-306 2690317 Bacillati Actinomycetota MYS55468.1 WP_195269918.1 2.72e-05 2787097 Bacillati Bacillota WP_188867472.1 WP_188867472.1 1.72e-102 1825787 Pseudomonadati Pseudomonadota WP_233286789.1 WP_233286789.1 0.0 N/A N/A WP_233286789.1 MBQ9679177.1 7.26e-12 41978 Bacillati Bacillota WP_233286789.1 MCL6457358.1 6.67e-06 1978774 Bacillati Bacillota WP_233286789.1 MCL2204087.1 1.72e-04 2660712 Bacillati Bacillota WP_233286789.1 MSZ29533.1 1.77e-04 2900548 Bacillati Actinomycetota WP_233286789.1 CAI9595211.1 9.07e-04 386267 Metazoa Chordata WP_034473228.1 WP_034473228.1 0.0 N/A N/A WP_034473228.1 WP_228062638.1 0.0 2781024 Pseudomonadati Pseudomonadota WP_145937814.1 WP_145937814.1 1.22e-280 941986 Bacillati Actinomycetota WP_145937814.1 UCF78466.1 4.53e-113 2212470 0 Candidatus Eiseniibacteriota WP_145937814.1 WP_019585553.1 2.49e-78 309886 Thermotogati Deinococcota WP_145937814.1 WP_275495439.1 1.71e-58 2593676;3028709 Bacillati Actinomycetota WP_145937814.1 MCH8312862.1 1.46e-53 2026769 Pseudomonadati Nitrospinota WP_145937814.1 WP_278361924.1 8.80e-29 1211807 Pseudomonadati Pseudomonadota WP_145937814.1 MBL4853947.1 8.53e-13 2030823 Pseudomonadati Pseudomonadota WP_110236450.1 WP_110236450.1 8.94e-137 573;244366 Pseudomonadati Pseudomonadota MBG0749417.1 MBG0749417.1 2.35e-33 1150613 Pseudomonadati Pseudomonadota MBW7885425.1 MBW7885425.1 0.0 2614250 Bacillati Chloroflexota MBW7885425.1 WP_096277301.1 3.16e-45 2745;2024405;2487701 0;Pseudomonadati 0;Pseudomonadota WP_020424556.1 WP_020424556.1 0.0 2864180 Bacillati Bacillota WP_020424556.1 KQO71000.1 0.0 1736245 Pseudomonadati Pseudomonadota WP_094570475.1 WP_094570475.1 5.05e-159 1234841 Pseudomonadati Bacteroidota WP_109128643.1 WP_109128643.1 9.92e-275 739 Pseudomonadati Pseudomonadota AGS31853.1 AGS31853.1 9.03e-97 1350487 Metazoa Arthropoda AGS31853.1 WP_018431719.1 2.84e-23 1822464;2654982;2782701 Pseudomonadati Pseudomonadota AGS31853.1 ABB86219.1 4.62e-21 169388 Fungi Ascomycota MBK7190470.1 MBK7190470.1 2.31e-40 1869227 0 0 WP_256569498.1 WP_256569498.1 1.59e-251 N/A N/A WP_092203677.1 WP_092203677.1 3.31e-112 196821;1566236;1566240;1566243;1566244 Pseudomonadati Pseudomonadota ELB87175.1 ELB87175.1 3.51e-193 1195242 Bacillati Actinomycetota WP_011185207.1 WP_011185207.1 1.81e-237 1575;59736;281090 Bacillati Actinomycetota WP_158104363.1 WP_158104363.1 0.0 218822 Bacillati Actinomycetota CAB1315112.1 CAB1315112.1 4.72e-150 861768 Metazoa Chordata WP_278579814.1 WP_278579814.1 1.08e-147 172042 Bacillati Actinomycetota WP_158791585.1 WP_158791585.1 4.28e-185 1641866 Pseudomonadati Acidobacteriota WP_158791585.1 WP_207918089.1 2.11e-97 185978;2512133;2587092 Bacillati Bacillota WP_158791585.1 MBC7326981.1 1.30e-96 1869227 0 0 WP_158791585.1 WP_174822921.1 1.34e-96 N/A N/A WP_158791585.1 MXP43753.1 2.40e-96 1689985 Pseudomonadati Pseudomonadota WP_158791585.1 OAN53756.1 1.68e-88 1285242 Pseudomonadati Pseudomonadota WP_158791585.1 MWR41881.1 6.71e-35 562 Pseudomonadati Pseudomonadota WP_158791585.1 WP_279984614.1 1.00e-26 909768 Pseudomonadati Pseudomonadota WP_158791585.1 WP_152652784.1 5.91e-25 2023717 Pseudomonadati Pseudomonadota WP_158791585.1 WP_192324556.1 2.34e-20 34072;2769259 Pseudomonadati Pseudomonadota WP_158791585.1 WP_098952357.1 4.50e-20 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_158791585.1 WP_084371009.1 6.93e-20 692418 Pseudomonadati Bacteroidota WP_158791585.1 GLY24463.1 2.32e-19 3032198 Bacillati Actinomycetota WP_158791585.1 MCP5262709.1 4.30e-19 50421 Pseudomonadati Pseudomonadota WP_158791585.1 WP_227059655.1 2.20e-18 40545 Pseudomonadati Pseudomonadota WP_158791585.1 MBQ3864274.1 4.00e-18 2044939 Bacillati Bacillota WP_158791585.1 WP_276362074.1 6.32e-18 3034022 Bacillati Actinomycetota WP_158791585.1 WP_221977168.1 9.11e-18 1076926 Pseudomonadati Pseudomonadota WP_158791585.1 WP_071876418.1 1.73e-17 332949 Bacillati Bacillota WP_158791585.1 WP_167977039.1 5.46e-17 2604800 Bacillati Actinomycetota WP_158791585.1 WP_107894076.1 6.19e-16 1130819 Bacillati Bacillota WP_158791585.1 WP_150396769.1 5.61e-14 305 Pseudomonadati Pseudomonadota WP_158791585.1 KAF9974715.1 2.59e-12 1343610 Fungi Mortierellomycota WP_158791585.1 CDZ73727.1 1.07e-08 323655 Pseudomonadati Pseudomonadota WP_158791585.1 WP_153844272.1 1.42e-08 28453;2940619 Pseudomonadati Bacteroidota WP_167977039.1 WP_167977039.1 1.26e-176 2604800 Bacillati Actinomycetota WP_167977039.1 WP_022619009.1 6.53e-29 1496 Bacillati Bacillota WP_167977039.1 WP_279984614.1 1.86e-26 909768 Pseudomonadati Pseudomonadota WP_167977039.1 WP_276362074.1 3.33e-23 3034022 Bacillati Actinomycetota WP_167977039.1 WP_098952357.1 2.39e-21 196821;2018067;2717498 Pseudomonadati Pseudomonadota WP_167977039.1 MBQ3864274.1 8.98e-21 2044939 Bacillati Bacillota WP_167977039.1 WP_221977168.1 1.29e-19 1076926 Pseudomonadati Pseudomonadota WP_167977039.1 OAN53756.1 6.48e-19 1285242 Pseudomonadati Pseudomonadota WP_167977039.1 MWR41881.1 1.93e-18 562 Pseudomonadati Pseudomonadota WP_167977039.1 WP_153844272.1 4.56e-18 28453;2940619 Pseudomonadati Bacteroidota WP_167977039.1 WP_192324556.1 7.04e-18 34072;2769259 Pseudomonadati Pseudomonadota WP_167977039.1 MXP43753.1 8.57e-17 1689985 Pseudomonadati Pseudomonadota WP_167977039.1 MBO5162475.1 2.36e-16 1898203 Bacillati Bacillota WP_167977039.1 WP_158791585.1 2.70e-16 1641866 Pseudomonadati Acidobacteriota WP_167977039.1 MBQ9964693.1 3.20e-15 2044939 Bacillati Bacillota WP_167977039.1 MBC7326981.1 1.59e-13 1869227 0 0 WP_110431153.1 WP_110431153.1 0.0 727 Pseudomonadati Pseudomonadota WP_177084516.1 WP_177084516.1 1.56e-189 196821;2726976;2726977 Pseudomonadati Pseudomonadota RZL08229.1 RZL08229.1 5.44e-242 1898978 Pseudomonadati Bacteroidota KAF6750975.1 KAF6750975.1 1.56e-288 980116 Fungi Basidiomycota WP_086123022.1 WP_086123022.1 0.0 1985169;2610897 Pseudomonadati Pseudomonadota WP_086123022.1 WP_057859275.1 1.22e-158 722472 Pseudomonadati Pseudomonadota WP_086123022.1 WP_014213241.1 5.59e-76 36814;710685 Bacillati Actinomycetota MSO18531.1 MSO18531.1 7.04e-170 2080302;2900548 Bacillati Actinomycetota NWW43432.1 NWW43432.1 1.10e-203 227192 Metazoa Chordata CAF2048201.1 CAF2048201.1 1.27e-98 3708;3711 Viridiplantae Streptophyta NWT28302.1 NWT28302.1 0.0 98964;142471 Metazoa Chordata NWT28302.1 MBQ2719788.1 4.07e-74 2044939 Bacillati Bacillota NWT28302.1 MBL7151874.1 9.37e-15 2035772 Pseudomonadati Candidatus Omnitrophota NWT28302.1 WP_187918914.1 3.30e-07 210 Pseudomonadati Campylobacterota WP_121183454.1 WP_121183454.1 1.24e-47 2183912 Bacillati Actinomycetota AFJ09957.1 AFJ09957.1 9.90e-313 11676 Pararnavirae Artverviricota AFJ09957.1 ACY29573.1 1.27e-293 11676 Pararnavirae Artverviricota AFJ09957.1 QWY38042.1 1.11e-283 11676 Pararnavirae Artverviricota AFJ09957.1 AFV39595.1 3.11e-282 12721 Pararnavirae Artverviricota AFJ09957.1 ACH90072.1 9.44e-255 11676 Pararnavirae Artverviricota AFJ09957.1 BAO11608.1 5.08e-249 11676 Pararnavirae Artverviricota AFJ09957.1 BAO23243.1 5.65e-247 11676 Pararnavirae Artverviricota AFJ09957.1 AVA00513.1 4.06e-239 11676 Pararnavirae Artverviricota AFJ09957.1 AOW36968.1 1.49e-228 11676 Pararnavirae Artverviricota AFJ09957.1 AOW33101.1 1.57e-224 11676 Pararnavirae Artverviricota AFJ09957.1 ACV16867.1 4.19e-218 11676 Pararnavirae Artverviricota AFJ09957.1 ARR91819.1 6.22e-196 11676 Pararnavirae Artverviricota AFJ09957.1 ADB27070.1 5.48e-152 11676 Pararnavirae Artverviricota AFJ09957.1 ABJ92889.1 6.30e-57 11676 Pararnavirae Artverviricota XP_009177739.1 XP_009177739.1 2.57e-175 6198 Metazoa Platyhelminthes NXE30976.1 NXE30976.1 4.48e-241 89386 Metazoa Chordata NXE30976.1 RVE76210.1 4.67e-58 123683 Metazoa Chordata WP_152884059.1 WP_152884059.1 1.00e-177 2654636 Pseudomonadati Pseudomonadota MBO1518138.1 MBO1518138.1 0.0 2818389 Pseudomonadati Pseudomonadota MBO1518138.1 WP_254467474.1 6.82e-51 303 Pseudomonadati Pseudomonadota MBO1518138.1 KAA1286543.1 1.15e-21 511 Pseudomonadati Pseudomonadota MBO1518138.1 MBX9747080.1 6.25e-05 2026748 Pseudomonadati Pseudomonadota WP_209676560.1 WP_209676560.1 0.0 272161 Bacillati Actinomycetota WP_209676560.1 HBE7681505.1 6.65e-14 562 Pseudomonadati Pseudomonadota WP_209676560.1 WP_219484458.1 4.70e-13 28132 Pseudomonadati Bacteroidota WP_209676560.1 WP_139067457.1 7.03e-12 2058174;2058175;2183747 Pseudomonadati Bacteroidota XP_027131078.1 XP_027131078.1 0.0 215358 Metazoa Chordata EDQ9505691.1 EDQ9505691.1 1.45e-82 59201 Pseudomonadati Pseudomonadota KAG0922869.1 KAG0922869.1 2.37e-90 64495 Fungi Mucoromycota KAG0922869.1 HCG88012.1 7.55e-28 28108 Pseudomonadati Pseudomonadota KAG0922869.1 WP_135279859.1 9.50e-15 562 Pseudomonadati Pseudomonadota OXA48312.1 OXA48312.1 2.58e-111 158441 Metazoa Arthropoda PAV09171.1 PAV09171.1 1.00e-229 2193 Methanobacteriati Methanobacteriota PAV09171.1 WP_247623927.1 1.01e-57 33882 Bacillati Actinomycetota PAV09171.1 WP_232968558.1 1.60e-57 N/A N/A PAV09171.1 WP_166886913.1 1.28e-08 2607910;2609283 Pseudomonadati Pseudomonadota DAM73724.1 DAM73724.1 8.29e-51 2832643 Heunggongvirae Uroviricota XP_028655184.1 XP_028655184.1 0.0 27687 Metazoa Chordata XP_028655184.1 XP_014018893.1 0.0 8030 Metazoa Chordata MBN2762177.1 MBN2762177.1 1.01e-66 2030927 Pseudomonadati Bacteroidota MBN2762177.1 WP_108365493.1 2.07e-48 1977910 Pseudomonadati Pseudomonadota NCV73474.1 NCV73474.1 4.93e-107 2900548 Bacillati Actinomycetota WP_128316318.1 WP_128316318.1 8.06e-243 1463164;1463165 Pseudomonadati Pseudomonadota MCR4310565.1 MCR4310565.1 3.38e-280 2026735 Pseudomonadati Myxococcota MCR4310565.1 WP_204638884.1 1.67e-15 860 Fusobacteriati Fusobacteriota WP_119963696.1 WP_119963696.1 0.0 1927833 Pseudomonadati Pseudomonadota WP_221520465.1 WP_221520465.1 1.18e-34 N/A N/A MCI8311254.1 MCI8311254.1 0.0 1898203 Bacillati Bacillota MCI8311254.1 WP_237962375.1 1.25e-10 28197 Pseudomonadati Campylobacterota MCI8311254.1 WP_271340374.1 2.28e-09 N/A N/A MCI8311254.1 WP_269572442.1 3.98e-09 N/A N/A MCI8311254.1 WP_104456122.1 4.48e-08 1636607 Pseudomonadati Pseudomonadota MCI8311254.1 WP_025739406.1 4.98e-08 1510206 Pseudomonadati Pseudomonadota MCI8311254.1 WP_128786583.1 2.61e-07 2485123 Pseudomonadati Pseudomonadota MCI8311254.1 WP_156140069.1 4.29e-06 642 Pseudomonadati Pseudomonadota GIR70810.1 GIR70810.1 5.69e-95 2026743 Pseudomonadati Pseudomonadota WP_014286324.1 WP_014286324.1 3.13e-125 911045 Pseudomonadati Pseudomonadota WP_014286324.1 WP_048427321.1 1.01e-23 1775910 Pseudomonadati Pseudomonadota WP_014286324.1 WP_276263713.1 1.73e-17 68895 Pseudomonadati Pseudomonadota WP_014286324.1 WP_234080888.1 6.49e-15 334852 Pseudomonadati Pseudomonadota WP_014286324.1 ANP72927.1 7.93e-08 670052 Bacillati Actinomycetota MCH7911399.1 MCH7911399.1 6.61e-52 2030809 Pseudomonadati Candidatus Hydrogenedentota WP_165019025.1 WP_165019025.1 3.98e-241 2710882 Pseudomonadati Pseudomonadota TMQ04701.1 TMQ04701.1 0.0 2026735 Pseudomonadati Myxococcota TMQ04701.1 WP_200941876.1 1.52e-30 N/A N/A TMQ04701.1 WP_167959909.1 1.05e-20 2715212 Pseudomonadati Bacteroidota TMQ04701.1 WP_112119927.1 2.04e-20 1642 Bacillati Bacillota TMQ04701.1 WP_098279309.1 9.69e-16 1396 Bacillati Bacillota TMQ04701.1 MCL4144983.1 1.82e-08 82763 Metazoa Arthropoda TMQ04701.1 MBF2759673.1 5.96e-08 1725326 Pseudomonadati Pseudomonadota TMQ04701.1 WP_246003214.1 7.95e-07 228006 Bacillati Actinomycetota TMQ04701.1 XP_052525039.1 5.00e-05 109042 Metazoa Chordata MBR6023659.1 MBR6023659.1 1.55e-103 66852 Methanobacteriati Methanobacteriota WP_077603924.1 WP_077603924.1 3.05e-61 582851 Bacillati Bacillota WP_156061037.1 WP_156061037.1 3.44e-319 853 Bacillati Bacillota WP_156061037.1 MBQ7856432.1 1.08e-72 1872444 Pseudomonadati Bacteroidota WP_220737010.1 WP_220737010.1 8.32e-125 2815913 Pseudomonadati Pseudomonadota NXC43906.1 NXC43906.1 7.48e-269 1118817 Metazoa Chordata EJL0691474.1 EJL0691474.1 3.22e-122 28901 Pseudomonadati Pseudomonadota WP_277513241.1 WP_277513241.1 4.41e-166 2042057 Pseudomonadati Pseudomonadota EET1847662.1 EET1847662.1 1.17e-65 562;28901;192955 Pseudomonadati Pseudomonadota WP_233575804.1 WP_233575804.1 0.0 2320863 Pseudomonadati Pseudomonadota MSO30570.1 MSO30570.1 2.80e-242 1978231 Pseudomonadati Acidobacteriota MSO30570.1 WP_221265680.1 1.91e-36 N/A N/A MSO30570.1 WP_084371009.1 2.43e-34 692418 Pseudomonadati Bacteroidota MSO30570.1 EHR6291555.1 5.45e-29 28901 Pseudomonadati Pseudomonadota MSO30570.1 WP_192500494.1 1.60e-26 1897058 Pseudomonadati Bacteroidota MSO30570.1 RLN50561.1 1.72e-26 325452 0 Oomycota MSO30570.1 NVM03966.1 5.16e-24 2719382 Promethearchaeati Candidatus Helarchaeota MSO30570.1 WP_132175930.1 6.05e-24 190195 Bacillati Actinomycetota MSO30570.1 NLW39422.1 4.16e-23 2049431 Bacillati Bacillota MSO30570.1 XP_013005546.1 4.22e-04 N/A N/A WP_065076975.1 WP_065076975.1 2.36e-311 217158;1353534 Bacillati Bacillota WP_065076975.1 QLY80081.1 1.62e-46 36845 Bacillati Bacillota WP_037252487.1 WP_037252487.1 1.25e-56 2030 Bacillati Actinomycetota MBP1672140.1 MBP1672140.1 1.40e-86 1898104 Pseudomonadati Bacteroidota OGZ43278.1 OGZ43278.1 7.16e-199 1802114;1802118 0 Candidatus Ryaniibacteriota WP_125691986.1 WP_125691986.1 6.14e-75 2486023 Bacillati Bacillota MBP8298997.1 MBP8298997.1 3.66e-86 2026780 Pseudomonadati Planctomycetota WP_183832569.1 WP_183832569.1 6.53e-106 69278;89772;2918753 Pseudomonadati Pseudomonadota WP_167959909.1 WP_167959909.1 0.0 2715212 Pseudomonadati Bacteroidota WP_167959909.1 MBP6544771.1 1.01e-62 1903157 Pseudomonadati Pseudomonadota WP_167959909.1 RLB66027.1 2.34e-59 2026735 Pseudomonadati Myxococcota WP_167959909.1 WP_112119927.1 1.45e-43 1642 Bacillati Bacillota WP_167959909.1 WP_200941876.1 2.99e-31 N/A N/A WP_167959909.1 MBF2759673.1 6.41e-27 1725326 Pseudomonadati Pseudomonadota WP_167959909.1 TMQ04701.1 6.40e-23 2026735 Pseudomonadati Myxococcota WP_167959909.1 WP_214516916.1 9.92e-18 1773 Bacillati Actinomycetota WP_167959909.1 MCL4144983.1 1.07e-06 82763 Metazoa Arthropoda WP_166544121.1 WP_166544121.1 3.39e-263 2320852 Bacillati Bacillota XP_014018893.1 XP_014018893.1 0.0 8030 Metazoa Chordata XP_014018893.1 XP_028655184.1 0.0 27687 Metazoa Chordata KAI8889105.1 KAI8889105.1 6.82e-166 1314798 Fungi Mucoromycota WP_158057697.1 WP_158057697.1 3.27e-285 2650975 Methanobacteriati Methanobacteriota WP_158057697.1 UCF78466.1 6.48e-69 2212470 0 Candidatus Eiseniibacteriota WP_158057697.1 WP_019585553.1 3.84e-53 309886 Thermotogati Deinococcota WP_158057697.1 MCH8312862.1 2.63e-32 2026769 Pseudomonadati Nitrospinota WP_158057697.1 WP_070999907.1 5.48e-05 407;2817858;2817859 Pseudomonadati Pseudomonadota XP_018089046.1 XP_018089046.1 8.00e-161 8355 Metazoa Chordata XP_018089046.1 NVM16230.1 1.24e-08 2053489 Promethearchaeati Promethearchaeota WP_279399778.1 WP_279399778.1 2.65e-227 N/A N/A WP_279399778.1 WP_067782871.1 1.00e-124 1857645 Bacillati Actinomycetota WP_279399778.1 MBI1736306.1 1.54e-58 2053607 0 Candidatus Rokuibacteriota WP_279399778.1 MBI5966481.1 6.42e-46 2026735 Pseudomonadati Myxococcota WP_279399778.1 WP_220615956.1 2.87e-42 2864135 Pseudomonadati Bacteroidota WP_279399778.1 MBJ7531026.1 1.34e-39 35761 Bacillati Actinomycetota WP_279399778.1 HAR4359619.1 2.83e-24 1280 Bacillati Bacillota NEP82600.1 NEP82600.1 1.29e-35 2607804 Bacillati Cyanobacteriota KAA3621416.1 KAA3621416.1 0.0 239 Pseudomonadati Bacteroidota KAA3621416.1 WP_063603400.1 1.99e-10 1676683 Pseudomonadati Pseudomonadota KZV11597.1 KZV11597.1 0.0 4932 Fungi Ascomycota KZV11597.1 WP_015919400.1 5.87e-49 2337;309803;1288483 Thermotogati Thermotogota KZV11597.1 WP_015615815.1 1.69e-43 1501;86416 Bacillati Bacillota KZV11597.1 MCJ7548546.1 2.83e-36 2052143 Bacillati Chloroflexota KZV11597.1 MBL8638832.1 6.12e-29 1913988 Pseudomonadati Pseudomonadota KZV11597.1 KAI5122644.1 8.23e-22 135589 Fungi Basidiomycota PYS18397.1 PYS18397.1 1.50e-82 1978231 Pseudomonadati Acidobacteriota EPF53206.1 EPF53206.1 5.17e-50 487;1145177;1190573 Pseudomonadati Pseudomonadota MBP9706914.1 MBP9706914.1 1.76e-153 2687297 Pseudomonadati Bdellovibrionota WP_263858211.1 WP_263858211.1 3.49e-184 2874699 Bacillati Cyanobacteriota WP_263858211.1 WP_199425576.1 6.29e-44 247480 Bacillati Bacillota WP_263858211.1 QQO85492.1 1.09e-28 38313 Pseudomonadati Pseudomonadota GFR82011.1 GFR82011.1 1.20e-140 1093978 Metazoa Mollusca GFR82011.1 SFB29161.1 2.52e-50 1855288 Bacillati Bacillota GFR82011.1 HAT4171334.1 1.39e-44 1502 Bacillati Bacillota GFR82011.1 WP_123653117.1 1.19e-24 257496;2485104;2485178;2485181 Bacillati Actinomycetota NXT44414.1 NXT44414.1 0.0 37079 Metazoa Chordata NXT44414.1 NP_001257623.1 3.81e-21 10116 Metazoa Chordata XP_024185556.1 XP_024185556.1 2.24e-141 74649 Viridiplantae Streptophyta WP_251843011.1 WP_251843011.1 0.0 1351 Bacillati Bacillota MCG2809664.1 MCG2809664.1 2.29e-57 2053593 0 Candidatus Portnoyibacteriota WP_049427769.1 WP_049427769.1 0.0 29388 Bacillati Bacillota AIL29843.1 AIL29843.1 1.18e-19 1384298 Metazoa Arthropoda XP_051304311.1 XP_051304311.1 0.0 232088 Fungi Ascomycota WP_087997173.1 WP_087997173.1 4.00e-120 180856 Bacillati Bacillota RZU98823.1 RZU98823.1 0.0 531306 Pseudomonadati Pseudomonadota RZU98823.1 MBW3588078.1 1.08e-240 2900548 Bacillati Actinomycetota RZU98823.1 WP_216768648.1 9.67e-147 33964 Bacillati Bacillota WP_077690175.1 WP_077690175.1 2.98e-228 2013;501010 Bacillati Actinomycetota WP_077690175.1 WP_190032834.1 1.28e-25 1942 Bacillati Actinomycetota WP_077690175.1 WP_009620393.1 8.99e-21 286;53408;1502784;1862318;1862324;2576834 Pseudomonadati Pseudomonadota WP_077690175.1 MCI2079698.1 3.13e-14 59823 Pseudomonadati Bacteroidota WP_077690175.1 WP_230796143.1 5.40e-11 555512;1407019 0;Pseudomonadati 0;Pseudomonadota WP_077690175.1 WP_254301195.1 1.09e-07 2953890 Pseudomonadati Pseudomonadota RQM16216.1 RQM16216.1 0.0 542832 0 Oomycota RQM16216.1 XP_029528577.1 1.19e-91 8023 Metazoa Chordata RQM16216.1 KAG1590416.1 9.44e-80 936053 Fungi Mucoromycota RQM16216.1 EYU24504.1 5.32e-62 4155 Viridiplantae Streptophyta RQM16216.1 XP_048379117.1 2.82e-54 3053191 Metazoa Chordata RQM16216.1 XP_008215352.1 5.46e-45 7425 Metazoa Arthropoda RQM16216.1 XP_048216280.1 3.01e-35 214514 Metazoa Chordata RQM16216.1 XP_011889539.1 1.16e-24 9531 Metazoa Chordata RQM16216.1 XP_043377824.1 1.87e-18 8469 Metazoa Chordata MCF7886260.1 MCF7886260.1 1.05e-129 2026760 Pseudomonadati Fidelibacterota MCF7886260.1 WP_259407579.1 2.18e-09 2865673 Bacillati Actinomycetota WP_268695178.1 WP_268695178.1 9.27e-49 N/A N/A WP_062024872.1 WP_062024872.1 2.69e-163 67304 Bacillati Actinomycetota ABB60900.1 ABB60900.1 2.65e-97 622;300267;754093 Pseudomonadati Pseudomonadota ABB60900.1 EFW50635.1 5.80e-22 941429 Pseudomonadati Pseudomonadota WP_258581409.1 WP_258581409.1 1.19e-263 2865837 Pseudomonadati Pseudomonadota WP_258581409.1 WP_237907640.1 1.09e-88 192 Pseudomonadati Pseudomonadota WP_258581409.1 WP_011057593.1 1.21e-78 146786;197221 Bacillati Cyanobacteriota WP_258581409.1 WP_109219819.1 7.05e-77 28901;58712 Pseudomonadati Pseudomonadota WP_258581409.1 WP_140480909.1 4.30e-76 1404367 Pseudomonadati Pseudomonadota WP_258581409.1 WP_076409454.1 2.31e-70 85698 Pseudomonadati Pseudomonadota WP_258581409.1 WP_176354145.1 1.30e-68 2742698 Pseudomonadati Pseudomonadota WP_258581409.1 WP_170725874.1 7.70e-65 562 Pseudomonadati Pseudomonadota WP_258581409.1 NNE23115.1 6.09e-58 1909294 Pseudomonadati Pseudomonadota WP_258581409.1 MWR41881.1 1.41e-47 562 Pseudomonadati Pseudomonadota WP_258581409.1 WP_142133210.1 3.82e-46 2768449 Bacillati Actinomycetota WP_258581409.1 WP_115992495.1 1.21e-42 1294267 Bacillati Bacillota WP_258581409.1 WP_072380563.1 5.28e-39 501024 Pseudomonadati Pseudomonadota WP_258581409.1 RUU66461.1 7.41e-33 2496787 Pseudomonadati Pseudomonadota WP_258581409.1 MBU5353226.1 5.49e-32 198119 Bacillati Bacillota WP_258581409.1 WP_145468487.1 8.78e-32 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota WP_258581409.1 WP_088153117.1 1.25e-31 171674 Pseudomonadati Pseudomonadota WP_258581409.1 EHH5649593.1 3.78e-29 195 Pseudomonadati Campylobacterota WP_258581409.1 MBQ3864274.1 2.14e-25 2044939 Bacillati Bacillota WP_258581409.1 WP_227059655.1 1.82e-24 40545 Pseudomonadati Pseudomonadota WP_258581409.1 WP_192324556.1 5.13e-22 34072;2769259 Pseudomonadati Pseudomonadota WP_258581409.1 MBQ9964693.1 7.64e-22 2044939 Bacillati Bacillota WP_258581409.1 WP_142931103.1 1.36e-19 2202200 Pseudomonadati Campylobacterota WP_258581409.1 MBQ8297564.1 1.45e-16 41978 Bacillati Bacillota WP_258581409.1 WP_038440434.1 3.56e-15 727 Pseudomonadati Pseudomonadota WP_208179928.1 WP_208179928.1 1.06e-48 110321 Pseudomonadati Pseudomonadota EIO4105067.1 EIO4105067.1 5.21e-111 672 Pseudomonadati Pseudomonadota KAJ2306899.1 KAJ2306899.1 8.35e-244 2789345 Fungi Kickxellomycota ESR55765.1 ESR55765.1 4.44e-60 85681 Viridiplantae Streptophyta ESR55765.1 TYG81953.1 2.99e-46 34276 Viridiplantae Streptophyta ESR55765.1 KAG0031507.1 1.82e-12 979688 Fungi Mortierellomycota WP_002574744.1 WP_002574744.1 5.92e-224 154046;208479;997894;997895 Bacillati Bacillota WP_002574744.1 WP_105447015.1 2.31e-33 573;72407 Pseudomonadati Pseudomonadota WP_002574744.1 WP_154951203.1 6.54e-33 294;244566 Pseudomonadati Pseudomonadota WP_002574744.1 HAA79725.1 1.68e-26 1873462 Bacillati Actinomycetota MBT4161918.1 MBT4161918.1 3.93e-160 1913989 Pseudomonadati Pseudomonadota MBT4161918.1 WP_145468487.1 9.39e-75 135620;2597518;2742965;2881055 Pseudomonadati Pseudomonadota MBT4161918.1 MCB0243881.1 8.79e-59 2052143 Bacillati Chloroflexota MBT4161918.1 MCC6044083.1 7.40e-53 2184738 Thermoproteati Thermoproteota MBT4161918.1 MCF7808720.1 1.03e-50 2026760 Pseudomonadati Fidelibacterota MBT4161918.1 MBQ4383193.1 1.11e-43 1879010 Bacillati Bacillota MBT4161918.1 WP_279984614.1 1.91e-37 909768 Pseudomonadati Pseudomonadota MBT4161918.1 WP_008470196.1 7.08e-34 1203033;1423758 Bacillati Bacillota MBT4161918.1 MBQ3864274.1 1.09e-28 2044939 Bacillati Bacillota MBT4161918.1 MCP5262709.1 5.64e-28 50421 Pseudomonadati Pseudomonadota MBT4161918.1 GLY24463.1 1.51e-21 3032198 Bacillati Actinomycetota MBT4161918.1 WP_256546297.1 7.25e-20 1126236 Methanobacteriati Methanobacteriota MBT4161918.1 WP_173040157.1 2.29e-18 1076124 Bacillati Actinomycetota MBT4161918.1 KAF9974715.1 3.56e-10 1343610 Fungi Mortierellomycota MBT4161918.1 WP_041710957.1 3.84e-06 1501 Bacillati Bacillota XP_025385377.1 XP_025385377.1 1.10e-175 1448314 Fungi Ascomycota MCA9453963.1 MCA9453963.1 4.66e-192 70125;2026770 Pseudomonadati Nitrospirota KAF3210067.1 KAF3210067.1 1.77e-144 2813651 Fungi Ascomycota MCD4721788.1 MCD4721788.1 4.23e-113 2593537 Pseudomonadati Thermodesulfobacteriota WP_201685349.1 WP_201685349.1 0.0 2801330 Pseudomonadati Pseudomonadota WP_201685349.1 MBV8174008.1 1.21e-36 2026799 Pseudomonadati Verrucomicrobiota WP_259301651.1 WP_259301651.1 0.0 310297 Pseudomonadati Bacteroidota WP_259301651.1 MBP3518143.1 4.56e-93 1869337 Pseudomonadati Bacteroidota WP_259301651.1 WP_214826002.1 9.17e-53 2819143 Pseudomonadati Bacteroidota WP_259301651.1 WP_146272353.1 1.00e-49 2599294 Pseudomonadati Bacteroidota WP_259301651.1 WP_278843343.1 6.89e-45 386414 Pseudomonadati Bacteroidota CAG8531755.1 CAG8531755.1 3.42e-25 N/A N/A WP_220615956.1 WP_220615956.1 1.15e-267 2864135 Pseudomonadati Bacteroidota WP_220615956.1 WP_276638014.1 1.18e-111 60133 Pseudomonadati Bacteroidota WP_220615956.1 MBI5966481.1 2.94e-71 2026735 Pseudomonadati Myxococcota WP_220615956.1 MBI1736306.1 3.82e-62 2053607 0 Candidatus Rokuibacteriota WP_220615956.1 WP_067782871.1 5.64e-44 1857645 Bacillati Actinomycetota WP_220615956.1 WP_279399778.1 1.81e-41 N/A N/A WP_220615956.1 MBQ1540263.1 1.22e-32 2026720 0 Candidatus Saccharimonadota WP_220615956.1 HAR4359619.1 3.27e-22 1280 Bacillati Bacillota MCJ2136558.1 MCJ2136558.1 2.00e-273 2836624 Pseudomonadati Pseudomonadota MCJ2136558.1 WP_009257967.1 1.31e-17 186801;658087;1898207;2291990;2302959;2485925 Bacillati Bacillota WP_063256613.1 WP_063256613.1 1.01e-194 1776083 Bacillati Actinomycetota WP_221868756.1 WP_221868756.1 2.77e-313 1393 Bacillati Bacillota NXU45820.1 NXU45820.1 0.0 626378 Metazoa Chordata CAH7752048.1 CAH7752048.1 1.06e-48 N/A N/A MBQ7631188.1 MBQ7631188.1 4.51e-309 2748031 Pseudomonadati Bacteroidota KAI4475370.1 KAI4475370.1 1.93e-151 27506 Metazoa Arthropoda MBK7837454.1 MBK7837454.1 3.09e-224 2711154 Bacillati Candidatus Melainabacteria MBK7837454.1 MBM4836391.1 2.52e-57 670 Pseudomonadati Pseudomonadota MBK7837454.1 WP_063417119.1 3.28e-41 573 Pseudomonadati Pseudomonadota MBK7837454.1 WP_232553043.1 3.05e-36 1134687 Pseudomonadati Pseudomonadota MBK7837454.1 MBE0479857.1 8.30e-29 2026734 Bacillati Chloroflexota KDB51534.1 KDB51534.1 6.39e-243 34103;1286631 Pseudomonadati Pseudomonadota KDB51534.1 WP_059923305.1 8.77e-45 1503054 Pseudomonadati Pseudomonadota bbuchfink-diamond-6dc5717/src/test/blastx-nanopore-fna.out000066400000000000000000002266611523407312000236070ustar00rootroot00000000000000SRR14011045.19422 WP_061905238.1 56.3 71 29 2 12057 12266 144 213 2.56e-14 78.6 SRR14011045.19422 HBY86896.1 55.7 70 29 2 12060 12266 144 212 5.81e-14 75.9 SRR14011045.56631 KRL72956.1 53.5 43 20 0 1103 975 287 329 5.83e-06 47.0 SRR14011045.12611 WP_253808359.1 60.8 120 46 1 9140 9499 179 297 1.23e-35 142 SRR14011045.12611 OQA38407.1 54.7 128 55 2 9122 9499 179 305 1.90e-33 136 SRR14011045.12611 WP_254698006.1 61.5 117 44 1 9149 9499 177 292 2.35e-33 137 SRR14011045.12611 WP_225579579.1 56.7 127 49 2 9119 9499 186 306 7.26e-33 136 SRR14011045.12611 MBK8070034.1 36.0 275 147 11 20348 19578 2 265 6.52e-25 107 SRR14011045.12611 WP_032587385.1 41.3 150 87 1 482 33 8 156 3.77e-23 107 SRR14011045.12611 SFI40936.1 56.6 53 23 0 18972 18814 116 168 7.39e-11 65.1 SRR14011045.12611 NDE73311.1 27.3 220 124 7 8220 7615 62 263 4.79e-10 62.8 SRR14011045.12611 WP_216195748.1 53.8 39 18 0 20283 20167 25 63 3.77e-05 48.1 SRR14011045.12611 WP_085680475.1 38.6 57 34 1 14750 14583 180 236 6.80e-05 47.0 SRR14011045.58703 WP_011490055.1 50.8 59 26 1 7348 7172 195 250 2.16e-10 63.2 SRR14011045.58703 TSA21665.1 84.4 32 5 0 5090 4995 1 32 3.61e-10 58.9 SRR14011045.79171 WP_205009067.1 48.1 129 67 0 2606 2220 1 129 1.97e-28 114 SRR14011045.79171 EAJ4016142.1 52.0 100 44 4 1702 1412 47 145 1.66e-15 79.0 SRR14011045.79171 WP_058918927.1 41.3 121 64 3 14399 14746 328 446 4.67e-13 73.6 SRR14011045.79171 CDZ81696.1 40.2 117 57 6 1732 1409 54 166 1.47e-12 70.9 SRR14011045.79171 WP_251074290.1 35.1 114 67 4 1732 1409 67 179 1.08e-08 59.7 SRR14011045.79171 MCF6346354.1 35.7 112 63 3 2561 2241 16 123 7.88e-06 48.5 SRR14011045.79171 WP_196938834.1 42.2 45 26 0 2460 2326 55 99 2.93e-04 43.9 SRR14011045.22482 WP_029789810.1 35.6 233 135 2 986 297 531 751 9.15e-26 114 SRR14011045.22482 MBP6786080.1 40.8 169 97 1 899 402 564 732 6.30e-25 111 SRR14011045.22482 WP_136095406.1 33.3 228 144 5 1049 381 398 622 6.07e-19 92.0 SRR14011045.22482 KAF6257731.1 31.9 238 153 4 998 294 528 759 1.88e-17 87.4 SRR14011045.22482 MBL8103469.1 66.2 65 20 1 1491 1303 304 368 3.39e-17 85.1 SRR14011045.22482 KAI7727618.1 64.9 57 20 0 1473 1303 280 336 1.43e-15 81.3 SRR14011045.22482 MCH2804017.1 70.0 30 9 0 815 726 10 39 1.80e-07 48.9 SRR14011045.22482 KPK79043.1 43.1 72 36 2 1491 1282 288 356 6.00e-06 49.7 SRR14011045.81345 WP_255187010.1 69.1 136 42 0 5188 5595 172 307 8.16e-47 181 SRR14011045.81345 MCC8072670.1 39.5 233 103 5 32533 33168 5 220 3.27e-41 153 SRR14011045.81345 WP_195397250.1 54.0 137 62 1 5188 5595 184 320 5.20e-37 150 SRR14011045.81345 WP_116773703.1 37.0 219 129 3 32539 33168 7 225 1.67e-36 140 SRR14011045.81345 HHT71325.1 38.0 255 138 8 24881 25612 2 247 8.57e-34 135 SRR14011045.81345 KAI3473816.1 38.9 229 135 3 20342 21022 224 449 1.64e-32 135 SRR14011045.81345 NGS95655.1 40.8 147 86 1 4120 4557 32 178 4.48e-29 116 SRR14011045.81345 WP_195238978.1 26.6 512 296 14 28871 30286 5 476 6.04e-27 120 SRR14011045.81345 WP_012913739.1 43.4 143 62 3 14498 14896 193 326 9.70e-25 110 SRR14011045.81345 TEY22245.1 35.7 196 120 2 20339 20926 5 194 3.93e-23 99.8 SRR14011045.81345 MCK4403577.1 38.6 145 88 1 4117 4548 30 174 1.00e-21 95.1 SRR14011045.81345 EFC81578.1 33.0 218 143 1 20351 21004 41 255 1.30e-21 99.0 SRR14011045.81345 WP_007678833.1 25.5 427 287 9 13936 15159 4 418 4.55e-20 96.3 SRR14011045.81345 NFD84694.1 39.2 102 61 1 30399 30704 554 654 5.68e-14 78.6 SRR14011045.81345 WP_161258623.1 40.0 115 64 2 5254 5595 346 456 1.26e-13 77.0 SRR14011045.81345 MBQ2017527.1 49.2 65 33 0 5254 5448 185 249 8.12e-13 71.2 SRR14011045.81345 KAI7371949.1 40.0 85 48 1 30393 30638 677 761 4.89e-10 65.9 SRR14011045.81345 NLL64488.1 45.8 59 31 1 16696 16869 75 133 8.46e-07 52.0 SRR14011045.81345 WP_205188895.1 31.0 113 64 4 2890 3192 43 153 1.88e-06 53.5 SRR14011045.81345 WP_247749043.1 30.5 82 55 1 30730 30969 503 584 3.46e-05 49.7 SRR14011045.81345 KAF9974715.1 36.6 82 50 1 30730 30969 1246 1327 5.73e-05 49.3 SRR14011045.81345 MBQ3864274.1 37.1 62 35 1 30730 30903 163 224 4.49e-04 45.4 SRR14011045.3387 KAA0114277.1 54.3 657 289 5 14043 15989 238 891 4.25e-182 586 SRR14011045.3387 MBE6688122.1 36.4 665 387 12 14049 15992 220 865 1.70e-92 323 SRR14011045.3387 WP_278631399.1 31.6 662 403 13 14049 15986 205 832 6.28e-60 224 SRR14011045.3387 WP_235126772.1 27.6 674 436 11 14049 15980 200 851 9.95e-51 196 SRR14011045.3387 WP_122705662.1 44.8 252 108 7 6091 6798 3 239 2.85e-46 167 SRR14011045.3387 XP_009147075.2 28.0 640 377 14 14049 15719 336 974 1.09e-40 166 SRR14011045.3387 MBE5737882.1 25.6 683 420 17 14049 15995 218 846 3.40e-34 144 SRR14011045.3387 WP_211555180.1 39.4 137 82 1 19203 19610 30 166 6.57e-24 102 SRR14011045.3387 KAF5671546.1 24.5 660 410 18 14220 15989 452 1093 1.31e-21 103 SRR14011045.3387 OGG08302.1 34.1 170 103 4 18288 18782 73 238 2.76e-17 85.9 SRR14011045.3387 CAD7578726.1 48.7 76 38 1 6846 7073 70 144 6.98e-17 82.4 SRR14011045.3387 KAI3473816.1 35.1 131 85 0 11443 11051 4 134 1.10e-14 79.7 SRR14011045.3387 WP_183495065.1 35.1 111 70 2 12714 12385 10 119 3.21e-13 74.3 SRR14011045.3387 WP_067908376.1 53.8 78 35 1 7901 8131 165 242 4.01e-13 72.0 SRR14011045.3387 WP_019100427.1 20.9 535 345 13 14049 15563 260 746 5.22e-13 75.1 SRR14011045.3387 WP_049009918.1 21.2 519 361 10 14049 15563 258 742 1.33e-11 70.5 SRR14011045.3387 MSX26960.1 40.0 70 41 1 20959 20750 155 223 2.51e-09 60.1 SRR14011045.3387 KAJ6994162.1 25.4 185 125 4 14049 14585 212 389 1.52e-08 60.5 SRR14011045.3387 WP_115470986.1 53.8 39 18 0 18666 18782 217 255 2.54e-07 55.5 SRR14011045.3387 WP_071876418.1 29.7 145 86 5 19203 19610 32 169 9.00e-07 54.3 SRR14011045.3387 WP_143405880.1 65.0 40 14 0 1689 1808 1 40 1.60e-06 49.3 SRR14011045.3387 MBY0273331.1 32.8 134 84 4 14046 14441 176 305 3.14e-06 52.8 SRR14011045.3387 WP_152158314.1 63.6 33 12 0 18687 18785 103 135 7.09e-06 49.3 SRR14011045.3387 MBQ9964693.1 30.3 132 68 4 19215 19607 32 140 4.52e-05 46.6 SRR14011045.3387 URJ46333.1 53.2 47 22 0 10794 10654 224 270 4.57e-05 47.8 SRR14011045.3387 WP_074319120.1 63.2 38 13 1 15234 15347 627 663 8.00e-05 48.1 SRR14011045.3387 CQR41738.1 39.6 53 32 0 21676 21834 42 94 3.31e-04 45.8 SRR14011045.10150 MCI1663915.1 50.8 179 78 2 7104 7610 36 214 3.15e-49 179 SRR14011045.10150 SED04027.1 49.7 145 65 4 859 1281 3 143 5.21e-28 114 SRR14011045.10150 MBP6132529.1 33.8 266 143 7 8149 8940 45 279 5.54e-23 107 SRR14011045.10150 HAI0697239.1 33.9 221 124 6 8299 8946 78 281 7.27e-23 107 SRR14011045.10150 WP_069877432.1 41.7 163 82 7 7143 7610 54 210 2.77e-22 101 SRR14011045.10150 MCB9527501.1 33.6 143 87 5 859 1281 2 138 2.05e-13 71.6 SRR14011045.10150 WP_195473821.1 32.7 147 86 4 859 1281 23 162 9.44e-10 60.8 SRR14011045.10150 MBQ6815353.1 39.4 71 42 1 2957 3169 129 198 1.79e-07 55.1 SRR14011045.10150 MBP6544771.1 43.5 62 35 0 12741 12926 59 120 2.23e-07 56.2 SRR14011045.10150 PDX17128.1 55.8 52 18 2 14498 14638 44 95 6.48e-07 51.6 SRR14011045.10150 WP_139448115.1 36.2 69 44 0 2094 2300 44 112 2.70e-06 48.5 SRR14011045.10150 WP_185496123.1 49.1 55 28 0 15697 15861 216 270 3.02e-04 46.2 SRR14011045.10150 WEK50023.1 40.8 49 29 0 14632 14778 101 149 4.51e-04 43.5 SRR14011045.4233 OMF24356.1 40.9 66 38 1 271 77 87 152 9.17e-08 53.5 SRR14011045.4233 WP_088784550.1 50.0 56 27 1 271 107 132 187 2.34e-07 52.4 SRR14011045.4233 WP_135279859.1 44.4 63 30 2 268 89 221 281 3.65e-06 48.5 SRR14011045.33336 WP_050274510.1 48.1 239 112 6 9510 8818 54 288 3.12e-48 180 SRR14011045.33336 WP_106587829.1 31.8 245 162 5 4863 4132 158 398 2.08e-25 111 SRR14011045.33336 WP_013632646.1 41.4 140 80 1 1018 599 450 587 2.43e-24 111 SRR14011045.33336 WP_132898842.1 31.8 192 129 2 7474 6902 1 191 2.34e-23 102 SRR14011045.33336 MBE6900854.1 35.0 237 148 5 4863 4159 152 384 1.65e-22 102 SRR14011045.33336 WP_063338866.1 33.5 182 119 2 7432 6890 82 262 8.93e-21 96.3 SRR14011045.33336 WP_074319120.1 48.5 97 44 1 314 24 632 722 1.62e-19 95.9 SRR14011045.33336 MCR5007903.1 38.2 110 64 3 8093 7773 81 189 8.18e-19 86.7 SRR14011045.33336 RLD79060.1 77.2 57 12 1 5113 4943 79 134 2.81e-17 86.7 SRR14011045.33336 MBI6149093.1 54.8 62 28 0 302 117 664 725 1.04e-11 70.5 SRR14011045.33336 WP_041591748.1 47.1 85 34 1 302 48 534 607 1.85e-10 66.2 SRR14011045.33336 WP_122081718.1 64.3 42 15 0 8193 8068 53 94 2.05e-09 59.7 SRR14011045.33336 OFX32653.1 46.4 69 36 1 311 108 511 579 3.66e-09 62.0 SRR14011045.33336 HCT06136.1 44.0 75 41 1 323 102 640 714 3.96e-09 62.0 SRR14011045.33336 XP_009147075.2 60.0 50 19 1 308 162 819 868 6.97e-08 58.2 SRR14011045.33336 WP_241420500.1 26.3 224 138 6 9411 8815 101 322 7.79e-08 57.4 SRR14011045.33336 KAF5671546.1 39.6 91 50 2 308 39 852 938 1.22e-07 57.4 SRR14011045.33336 WP_253349177.1 55.6 45 20 0 6508 6374 54 98 1.42e-07 55.1 SRR14011045.33336 KAJ6994162.1 44.6 65 36 0 302 108 587 651 1.48e-07 57.0 SRR14011045.33336 SFX27592.1 36.1 97 60 1 314 24 581 675 2.94e-07 55.8 SRR14011045.33336 WP_019100427.1 57.8 45 19 0 311 177 643 687 3.29e-07 55.8 SRR14011045.33336 KAA0114277.1 38.7 75 45 1 314 93 644 718 4.32e-07 55.5 SRR14011045.33336 WP_088527814.1 51.2 43 21 0 8196 8068 47 89 4.49e-07 52.4 SRR14011045.33336 MBY0273331.1 45.5 55 30 0 311 147 523 577 1.57e-06 53.5 SRR14011045.33336 WP_049009918.1 39.2 97 53 3 299 24 643 738 1.65e-06 53.5 SRR14011045.33336 MCI7610146.1 59.0 39 15 1 5273 5160 14 52 5.89e-06 45.4 SRR14011045.33336 MBE6688122.1 50.0 48 23 1 302 162 616 663 1.09e-05 50.8 SRR14011045.33336 WP_176307440.1 30.0 100 68 1 314 21 676 775 2.70e-04 46.2 SRR14011045.33336 MBI3668312.1 47.2 53 26 2 4305 4147 193 243 3.18e-04 44.7 SRR14011045.30862 WP_162783004.1 24.1 361 215 9 3148 4194 197 510 6.84e-14 75.1 SRR14011045.82909 MBE6139600.1 41.9 93 49 2 5496 5759 619 711 5.00e-13 74.3 SRR14011045.82909 MCB0080507.1 60.7 56 22 0 4634 4801 1 56 5.54e-12 63.9 SRR14011045.82909 MCL2039304.1 40.2 92 48 2 5496 5753 173 263 5.14e-11 65.9 SRR14011045.82909 SCX00186.1 32.2 90 60 1 5493 5762 202 290 1.14e-09 62.0 SRR14011045.82909 WP_131001993.1 41.6 77 44 1 5496 5726 173 248 3.17e-09 60.5 SRR14011045.54013 MBT8607749.1 41.4 145 84 1 2247 1813 12 155 5.50e-27 118 SRR14011045.54013 WP_001202764.1 38.4 146 89 1 2244 1807 13 157 1.36e-22 104 SRR14011045.54013 NLU38508.1 33.5 161 99 3 14026 13565 33 192 2.01e-15 82.4 SRR14011045.54013 HCW55486.1 52.7 74 31 3 2475 2684 1 74 3.47e-13 68.6 SRR14011045.54013 HBR1104065.1 57.4 54 23 0 6406 6567 88 141 7.48e-08 57.4 SRR14011045.54013 NRJ54907.1 31.1 148 99 3 10214 9777 96 242 2.45e-05 48.1 SRR14011045.54013 MCB3018266.1 30.9 149 99 3 10214 9777 96 243 5.84e-05 47.0 SRR14011045.54013 OMF24356.1 35.1 74 46 1 4069 4290 352 423 1.26e-04 47.0 SRR14011045.38594 WP_070714099.1 54.8 124 49 4 17834 17469 114 232 6.51e-31 129 SRR14011045.38594 MBB3008158.1 50.0 124 58 3 17834 17469 99 220 3.51e-28 120 SRR14011045.38594 PPU99279.1 50.8 124 53 4 17834 17469 118 235 7.06e-26 114 SRR14011045.38594 WP_282979415.1 40.4 151 90 0 16179 15727 172 322 7.42e-23 102 SRR14011045.38594 WP_090879207.1 53.2 47 22 0 1726 1586 1 47 2.32e-10 57.8 SRR14011045.38594 MBQ5584458.1 47.4 57 30 0 20200 20030 25 81 2.41e-08 57.0 SRR14011045.38594 NGP45824.1 34.2 76 49 1 15960 15733 168 242 3.11e-07 53.9 SRR14011045.38594 WP_215493005.1 29.7 148 83 5 17467 17081 251 396 7.23e-07 54.3 SRR14011045.38594 WP_007708736.1 44.3 61 31 1 20203 20030 24 84 1.51e-06 51.6 SRR14011045.38594 WP_069156513.1 40.8 49 29 0 20173 20027 36 84 3.92e-05 47.4 SRR14011045.38594 EAC1232420.1 42.0 50 28 1 20179 20030 32 80 2.73e-04 44.7 SRR14011045.38594 WP_037310167.1 65.7 35 12 0 3415 3311 46 80 4.29e-04 44.7 SRR14011045.38594 MCL7714424.1 40.7 59 32 1 20197 20030 27 85 5.15e-04 43.9 SRR14011045.57175 OGG08302.1 33.4 350 204 7 6002 7027 4 332 3.04e-42 159 SRR14011045.57175 WP_281507500.1 50.0 188 82 5 766 1308 152 334 5.11e-40 162 SRR14011045.57175 WP_262406623.1 47.5 181 92 3 772 1308 154 333 1.44e-38 157 SRR14011045.57175 NGS95655.1 41.7 151 79 4 5838 5389 35 177 9.31e-25 103 SRR14011045.57175 WP_215557653.1 38.9 149 78 5 7311 7736 84 226 7.72e-19 88.6 SRR14011045.57175 MCF7808720.1 35.3 150 88 3 7305 7739 85 230 3.31e-18 85.9 SRR14011045.57175 MCK4403577.1 38.2 131 77 3 5784 5395 47 174 5.12e-17 80.9 SRR14011045.57175 MCC6044083.1 40.0 105 61 2 7413 7724 118 221 1.33e-15 80.1 SRR14011045.57175 MCH2409214.1 33.9 186 113 8 6506 7045 170 351 9.73e-15 78.2 SRR14011045.57175 MBT3583534.1 45.3 117 59 3 10705 11043 222 337 6.21e-14 76.6 SRR14011045.57175 WP_049327990.1 51.3 78 34 3 20015 20239 253 329 1.11e-13 75.9 SRR14011045.57175 WP_066046987.1 51.4 72 34 1 20024 20239 268 338 6.03e-13 73.6 SRR14011045.57175 MBQ4383193.1 36.4 110 66 3 7416 7736 117 225 1.07e-12 69.7 SRR14011045.57175 MBT4161918.1 40.7 86 49 1 7440 7691 130 215 3.57e-12 68.2 SRR14011045.57175 WP_115470986.1 30.3 188 120 7 6497 7042 172 354 1.33e-11 68.6 SRR14011045.57175 HCF4435603.1 38.1 113 68 2 10705 11040 415 526 2.67e-11 68.9 SRR14011045.57175 WP_145468487.1 35.2 91 57 1 7425 7691 125 215 4.02e-11 65.1 SRR14011045.57175 MBT5488157.1 24.3 334 203 9 1304 2176 33 359 3.68e-08 58.5 SRR14011045.57175 WP_004699236.1 71.4 35 10 0 5276 5380 413 447 7.97e-07 53.9 SRR14011045.57175 WP_041710957.1 36.0 89 51 3 7491 7754 98 181 9.41e-07 53.9 SRR14011045.10936 OGA29379.1 37.3 475 247 10 2411 3754 117 567 6.32e-66 236 SRR14011045.10936 WP_264228578.1 45.4 251 134 3 3020 3772 326 573 3.11e-55 205 SRR14011045.10936 WP_121975536.1 74.2 97 25 0 15978 15688 115 211 1.52e-37 145 SRR14011045.10936 MBO4522510.1 55.0 131 57 2 25867 26253 4 134 4.00e-36 136 SRR14011045.10936 AMW35569.1 53.2 111 52 0 10098 9766 37 147 2.62e-32 133 SRR14011045.10936 RYD39969.1 62.2 98 37 0 15981 15688 123 220 1.33e-30 124 SRR14011045.10936 WP_180130780.1 58.7 109 44 1 1429 1755 304 411 8.73e-27 116 SRR14011045.10936 WP_029222463.1 45.2 126 69 0 16065 15688 84 209 1.20e-24 108 SRR14011045.10936 WP_283107263.1 44.0 100 50 3 15984 15688 301 395 8.48e-16 83.6 SRR14011045.10936 WP_031972379.1 53.4 73 34 0 12594 12376 417 489 1.77e-14 79.7 SRR14011045.10936 WP_203339841.1 40.4 94 53 1 15972 15691 133 223 3.42e-14 76.6 SRR14011045.10936 MBT7163208.1 45.5 88 44 2 15951 15688 325 408 4.91e-13 74.7 SRR14011045.10936 WP_058504615.1 46.7 90 42 3 15957 15691 318 402 6.25e-13 74.3 SRR14011045.10936 NRF69152.1 43.0 107 52 4 16008 15691 256 354 9.64e-13 73.6 SRR14011045.10936 WP_017718577.1 42.6 101 54 2 15984 15682 357 453 1.70e-12 73.2 SRR14011045.10936 HCJ45190.1 53.3 45 21 0 3548 3682 21 65 2.37e-11 61.2 SRR14011045.10936 EEC9022132.1 34.3 102 52 3 15972 15700 223 320 1.02e-05 50.8 SRR14011045.21357 WP_020403159.1 38.5 156 94 2 3132 2668 62 216 2.04e-24 108 SRR14011045.21357 NRB18267.1 53.2 94 42 2 8431 8150 46 137 2.15e-22 100 SRR14011045.21357 WP_244200682.1 44.0 100 49 3 8434 8150 35 132 1.93e-19 91.3 SRR14011045.54671 WP_267861425.1 35.5 138 76 4 1345 1755 10 135 1.93e-09 59.3 SRR14011045.54671 MBE0577924.1 45.9 37 20 0 916 1026 13 49 1.24e-05 45.1 SRR14011045.29170 NLK90780.1 37.1 97 53 4 9464 9192 32 126 4.96e-10 60.1 SRR14011045.29170 NLV68328.1 33.0 97 57 4 9464 9192 32 126 1.67e-09 58.5 SRR14011045.29170 NLT72898.1 34.1 82 50 3 9464 9225 32 111 8.59e-08 53.5 SRR14011045.29170 MCD6205878.1 34.5 84 51 3 7253 7011 135 217 2.82e-06 50.4 SRR14011045.29170 MBT8607749.1 45.5 44 24 0 6293 6162 32 75 3.05e-05 48.1 SRR14011045.29170 MBD3769330.1 31.4 70 47 1 9410 9201 50 118 1.55e-04 43.9 SRR14011045.78078 WP_123159424.1 46.1 851 423 14 24126 21622 1 831 2.42e-167 543 SRR14011045.78078 WP_081224968.1 27.3 847 571 18 24102 21622 8 829 5.71e-64 238 SRR14011045.78078 WP_076409454.1 37.0 181 110 2 10811 10269 4 180 9.36e-28 117 SRR14011045.78078 MCB9999913.1 37.7 175 107 2 22410 21886 700 872 5.90e-26 117 SRR14011045.78078 WP_109219819.1 37.1 175 104 4 10781 10260 27 196 3.94e-23 104 SRR14011045.78078 WP_176354145.1 37.9 169 100 3 10754 10251 24 188 6.72e-22 100 SRR14011045.78078 WP_170725874.1 34.1 182 116 2 10808 10263 5 182 9.68e-22 99.4 SRR14011045.78078 WP_140480909.1 35.9 167 101 4 10766 10269 28 189 2.16e-21 99.0 SRR14011045.78078 WP_215557653.1 33.9 183 111 3 10814 10290 2 182 5.96e-19 89.4 SRR14011045.78078 SFB29161.1 53.5 86 40 0 9740 9483 118 203 5.94e-16 84.0 SRR14011045.78078 MBQ3864274.1 36.0 175 103 5 10763 10260 36 208 2.21e-15 80.1 SRR14011045.78078 MBQ4454347.1 32.3 195 122 5 10817 10254 336 527 5.01e-15 81.3 SRR14011045.78078 WP_211555180.1 31.4 188 122 3 10811 10263 1 186 5.34e-15 77.0 SRR14011045.78078 EHH5649593.1 34.1 170 96 4 10757 10263 20 178 1.20e-13 74.3 SRR14011045.78078 HAT4171334.1 43.0 86 49 0 9740 9483 119 204 2.16e-11 69.3 SRR14011045.78078 WP_278489123.1 27.5 200 136 6 10847 10260 1 195 9.06e-11 65.5 SRR14011045.78078 EHR6291555.1 27.8 176 112 4 10775 10266 19 185 1.27e-10 67.0 SRR14011045.78078 WP_167977039.1 27.1 181 117 5 10772 10251 18 190 4.67e-10 62.8 SRR14011045.78078 RLN50561.1 26.4 159 114 2 10772 10296 1507 1662 6.14e-10 65.5 SRR14011045.78078 GFR82011.1 45.5 66 31 1 9934 9752 53 118 6.27e-08 55.8 SRR14011045.59239 WP_122705662.1 34.9 235 142 6 1211 522 3 231 1.98e-22 98.2 SRR14011045.59239 WP_071877135.1 65.0 60 21 0 16096 15917 7 66 9.45e-22 90.5 SRR14011045.59239 CAD7578726.1 48.2 85 43 1 449 198 72 156 1.38e-17 84.0 SRR14011045.59239 WP_201454235.1 71.7 53 14 1 16732 16577 1 53 5.87e-17 76.3 SRR14011045.59239 KRX15989.1 30.5 226 141 6 13232 13864 5 229 2.70e-14 77.8 SRR14011045.59239 WP_199673213.1 36.8 152 72 4 10295 9870 254 391 2.40e-11 67.8 SRR14011045.59239 MCM1513138.1 35.1 151 74 4 10292 9870 274 410 2.88e-08 58.2 SRR14011045.59239 MCB1065733.1 64.7 34 12 0 195 94 11 44 5.59e-08 51.2 SRR14011045.59239 WP_037818847.1 33.1 151 75 5 10292 9870 266 400 7.83e-07 53.5 SRR14011045.59239 MCB0243881.1 56.5 46 19 1 11451 11317 154 199 1.43e-06 51.2 SRR14011045.59239 WP_215557653.1 53.3 45 20 1 11451 11320 152 196 1.58e-04 45.4 SRR14011045.59239 MBI4966856.1 65.2 23 8 0 159 91 1 23 3.90e-04 39.7 SRR14011045.51107 WP_205009067.1 64.6 99 35 0 5078 4782 1 99 1.03e-33 130 SRR14011045.51107 MCL2204087.1 32.8 320 172 11 21875 22768 274 572 4.50e-31 134 SRR14011045.51107 MBQ9679177.1 32.0 341 170 12 21875 22765 272 594 1.40e-28 125 SRR14011045.51107 WP_058918927.1 38.3 180 104 4 16173 16709 286 459 9.33e-26 113 SRR14011045.51107 CAI9595211.1 27.7 314 182 10 21875 22717 370 671 2.22e-18 92.8 SRR14011045.51107 EAJ4016142.1 46.9 113 59 1 4222 3887 11 123 9.10e-18 86.3 SRR14011045.51107 CDZ81696.1 41.4 99 57 1 4252 3959 18 116 6.32e-17 84.7 SRR14011045.51107 WP_251074290.1 60.9 69 27 0 4225 4019 40 108 7.93e-17 86.3 SRR14011045.51107 WP_124908062.1 43.4 113 62 2 4219 3887 43 155 2.12e-14 77.4 SRR14011045.51107 MCF6346354.1 44.2 86 46 1 5033 4782 16 101 5.76e-13 70.1 SRR14011045.51107 WP_196938834.1 43.4 83 47 0 5030 4782 22 104 9.82e-12 66.6 SRR14011045.51107 MBK6751737.1 31.8 107 59 3 22894 23175 1 106 4.10e-09 60.5 SRR14011045.51107 MCL6457358.1 48.1 54 28 0 22556 22717 566 619 1.03e-07 57.8 SRR14011045.51107 AOJ74168.1 27.3 187 119 6 16158 16688 266 445 5.82e-07 54.7 SRR14011045.51107 PCI52029.1 26.4 91 64 2 19762 20028 106 195 1.28e-04 45.4 SRR14011045.30995 WP_013571875.1 63.8 434 152 4 6683 5391 51 482 5.12e-169 530 SRR14011045.30995 WP_231355705.1 37.7 687 380 13 19474 17483 27 688 5.08e-96 330 SRR14011045.30995 WP_057479385.1 41.2 420 234 7 6668 5427 64 476 1.01e-87 296 SRR14011045.30995 WP_092081374.1 33.0 675 428 6 19471 17483 29 691 8.73e-77 273 SRR14011045.30995 WP_046325749.1 36.4 420 246 7 6671 5433 52 457 5.65e-73 252 SRR14011045.30995 PJJ44766.1 31.3 683 427 12 19471 17483 65 725 8.44e-67 244 SRR14011045.30995 NNC58435.1 50.5 212 104 1 22908 22273 464 674 9.38e-55 205 SRR14011045.30995 EIJ1046776.1 70.2 124 37 0 4016 4387 70 193 2.82e-50 187 SRR14011045.30995 MCC7304610.1 46.7 214 111 3 22908 22270 464 675 2.17e-48 186 SRR14011045.30995 MBP8196496.1 30.4 619 328 19 16450 14780 209 786 9.80e-46 179 SRR14011045.30995 MCF2656092.1 46.0 215 111 4 22908 22273 452 664 2.34e-45 177 SRR14011045.30995 WP_043940504.1 33.0 358 205 10 16480 15470 224 567 1.08e-35 146 SRR14011045.30995 WP_206581849.1 29.8 463 281 12 19474 18140 27 463 1.74e-34 144 SRR14011045.30995 HAN66834.1 34.6 350 201 12 16459 15476 231 574 1.98e-32 136 SRR14011045.30995 WP_208427233.1 43.5 170 88 4 6668 6165 49 212 4.11e-30 122 SRR14011045.30995 MBF1583063.1 50.0 116 58 0 4010 4357 67 182 1.44e-27 119 SRR14011045.30995 CAD7578726.1 46.5 99 53 0 21396 21100 67 165 2.44e-24 103 SRR14011045.30995 WP_122705662.1 83.6 55 9 0 21829 21665 104 158 6.73e-22 97.1 SRR14011045.30995 MBV8349295.1 58.3 72 29 1 10249 10037 198 269 4.55e-19 91.7 SRR14011045.30995 MBI4966856.1 82.2 45 8 0 21089 20955 1 45 7.13e-18 79.0 SRR14011045.30995 WP_278266677.1 33.3 183 97 4 10255 9743 166 335 2.06e-16 84.7 SRR14011045.30995 WP_150253061.1 30.0 223 146 6 16162 15521 364 585 2.23e-15 82.4 SRR14011045.30995 MCB1065733.1 73.9 46 12 0 21092 20955 22 67 2.28e-14 69.7 SRR14011045.30995 MCJ8273875.1 47.5 61 32 0 11392 11210 44 104 4.92e-12 68.2 SRR14011045.30995 NLZ92879.1 50.0 44 22 0 17617 17486 2 45 6.13e-06 47.8 SRR14011045.30995 WP_183832569.1 38.5 78 45 1 19742 19966 25 102 3.56e-05 46.2 SRR14011045.37207 MBQ9979016.1 35.2 287 110 4 11906 11157 107 354 3.37e-29 122 SRR14011045.37207 OQB67688.1 25.9 371 262 7 20711 19629 168 535 2.84e-24 110 SRR14011045.37207 WP_017718577.1 39.3 183 97 4 4524 3988 432 604 3.96e-22 104 SRR14011045.37207 WP_121975536.1 32.1 268 156 8 3762 3004 1 257 8.24e-21 96.7 SRR14011045.37207 NRF69152.1 33.3 177 91 4 4512 3988 340 491 2.14e-19 94.7 SRR14011045.37207 WP_058504615.1 35.8 176 86 5 4512 3988 388 537 1.09e-18 92.8 SRR14011045.37207 WP_283107263.1 36.6 153 74 3 4512 4054 380 509 1.78e-17 89.0 SRR14011045.37207 MBT7163208.1 31.9 160 83 2 4512 4036 393 527 3.52e-15 81.6 SRR14011045.37207 WP_003960394.1 47.1 85 42 3 15516 15268 9 92 3.99e-15 81.6 SRR14011045.37207 WP_203339841.1 52.9 68 32 0 4512 4309 209 276 1.44e-14 77.8 SRR14011045.37207 RYD39969.1 33.1 175 96 6 3408 2926 127 294 1.73e-12 70.9 SRR14011045.37207 WP_074745818.1 37.8 90 56 0 1803 1534 307 396 2.86e-10 65.1 SRR14011045.37207 WP_029222463.1 32.3 161 82 5 3393 2959 121 270 3.86e-08 58.2 SRR14011045.37207 MCB0243881.1 35.7 84 54 0 24052 24303 63 146 4.72e-08 56.2 SRR14011045.37207 MCC6044083.1 35.3 85 55 0 24049 24303 60 144 6.46e-07 53.9 SRR14011045.37207 MCP4914981.1 68.8 32 10 0 11757 11662 182 213 1.99e-06 51.2 SRR14011045.37207 STC68550.1 35.2 108 62 5 14977 14669 203 307 7.84e-05 48.1 SRR14011045.37207 MCH8269832.1 69.0 29 9 0 11754 11668 188 216 1.22e-04 47.0 SRR14011045.37207 WP_049105913.1 60.6 33 13 0 11760 11662 297 329 2.17e-04 46.2 SRR14011045.15253 RGZ20155.1 33.6 235 128 7 30709 30065 1 227 3.72e-22 99.8 SRR14011045.15253 WP_008470196.1 35.2 196 123 3 34485 35066 51 244 5.40e-20 92.4 SRR14011045.15253 MBE3595273.1 44.4 124 68 1 25122 24754 179 302 1.15e-18 91.7 SRR14011045.15253 WP_222125851.1 45.8 96 51 1 34782 35066 146 241 1.04e-15 79.7 SRR14011045.15253 WP_115992495.1 42.7 96 54 1 34782 35066 147 242 1.34e-13 73.6 SRR14011045.15253 WP_142133210.1 43.4 106 57 2 34752 35066 142 245 6.30e-13 71.6 SRR14011045.15253 WP_072380563.1 41.5 82 46 1 34755 35000 137 216 6.36e-12 68.6 SRR14011045.15253 WP_077320126.1 57.1 56 22 2 25899 25732 358 411 1.25e-08 60.5 SRR14011045.15253 HAR4306776.1 37.2 86 51 2 2126 1875 10 94 4.70e-08 58.5 SRR14011045.15253 YP_010317795.1 25.1 215 146 5 27739 27110 11 215 3.26e-05 48.5 SRR14011045.15253 MBP1876254.1 34.2 73 47 1 34782 34997 146 218 1.65e-04 47.0 SRR14011045.15253 NLW39422.1 33.8 71 47 0 34785 34997 158 228 6.20e-04 45.1 SRR14011045.15253 WP_223326327.1 79.2 24 5 0 6496 6425 30 53 9.20e-04 42.4 SRR14011045.36150 MBI2528438.1 58.8 51 21 0 222 374 31 81 2.21e-15 70.9 SRR14011045.36150 WP_173283317.1 62.0 50 19 0 225 374 27 76 5.27e-15 69.7 SRR14011045.36150 QID82546.1 60.0 25 10 0 285 359 353 377 9.25e-05 40.4 SRR14011045.36150 WP_107352122.1 36.1 61 34 1 216 398 35 90 2.70e-04 38.9 SRR14011045.36150 KFF47610.1 34.9 43 28 0 270 398 48 90 6.60e-04 37.7 SRR14011045.31033 WP_122705662.1 68.0 122 31 2 340 687 120 239 3.00e-47 159 SRR14011045.31033 CAD7578726.1 37.6 141 53 2 418 840 1 106 2.32e-23 95.9 SRR14011045.31033 MCB1065733.1 78.3 46 10 0 968 1105 3 48 6.29e-18 75.9 SRR14011045.70789 NNC58435.1 84.1 63 10 0 381 193 5 67 8.58e-25 110 SRR14011045.70789 PAZ00503.1 55.4 92 41 0 1418 1143 7 98 1.04e-23 95.9 SRR14011045.70789 MCC7304610.1 71.9 64 18 0 384 193 8 71 6.48e-22 101 SRR14011045.66885 WP_107723967.1 37.8 320 172 14 24786 23878 236 545 3.54e-31 132 SRR14011045.66885 EPF53206.1 95.6 45 2 0 30165 30031 20 64 2.82e-21 90.1 SRR14011045.66885 WP_253808359.1 37.7 154 93 3 10152 9694 102 253 5.85e-18 89.7 SRR14011045.66885 WP_254698006.1 32.7 168 106 4 10191 9703 80 245 5.70e-14 77.8 SRR14011045.66885 WP_225579579.1 34.7 176 98 7 10191 9694 94 262 2.25e-13 75.9 SRR14011045.66885 OQA38407.1 34.0 159 102 3 10176 9703 102 258 2.14e-12 72.4 SRR14011045.66885 WP_032587385.1 33.8 145 92 3 18541 18966 13 156 1.19e-10 67.4 SRR14011045.66885 WP_085680475.1 44.3 61 30 1 3902 4084 35 91 1.45e-07 55.5 SRR14011045.38414 WP_028046854.1 43.9 310 162 3 16522 17433 58 361 3.54e-65 231 SRR14011045.38414 WP_282979415.1 49.7 145 68 4 3550 3131 6 150 1.27e-24 107 SRR14011045.38414 WP_025983621.1 42.3 142 69 4 28625 29011 1 142 6.25e-20 90.5 SRR14011045.38414 MBP8741618.1 37.2 239 99 8 28637 29266 3 219 1.08e-17 90.5 SRR14011045.38414 WP_070714099.1 33.7 104 58 2 4953 4642 37 129 3.80e-11 68.6 SRR14011045.38414 PPU99279.1 33.6 149 75 5 5064 4639 3 134 6.89e-11 67.8 SRR14011045.38414 NJE80740.1 30.5 177 121 2 11298 11828 23 197 8.13e-11 64.3 SRR14011045.38414 MCL7714424.1 31.4 140 91 2 7162 6749 1 137 3.04e-10 63.2 SRR14011045.38414 WP_007708736.1 35.1 131 83 1 7159 6773 1 131 3.14e-10 63.2 SRR14011045.38414 MBQ5584458.1 30.5 131 89 1 6951 6565 69 199 3.14e-10 63.2 SRR14011045.38414 WP_185031483.1 44.3 61 34 0 6747 6565 136 196 3.50e-10 63.2 SRR14011045.38414 WP_074053577.1 32.8 180 102 6 10931 10395 23 184 6.00e-10 64.3 SRR14011045.38414 WP_076194242.1 42.0 81 46 1 7559 7317 349 428 3.26e-09 62.4 SRR14011045.38414 MBO8233644.1 36.6 82 51 1 7559 7317 265 346 7.36e-09 60.8 SRR14011045.38414 WP_069156513.1 29.0 145 87 4 7156 6749 3 140 5.18e-08 56.6 SRR14011045.38414 WP_190630613.1 30.2 189 117 6 11292 11834 20 201 1.64e-07 54.7 SRR14011045.38414 WP_186723788.1 31.1 132 78 2 7150 6773 8 132 4.35e-07 53.9 SRR14011045.38414 MCG6912449.1 33.3 93 61 1 10395 10120 182 274 1.12e-06 53.9 SRR14011045.38414 PYP94120.1 27.5 138 86 2 6936 6541 74 203 2.35e-06 51.6 SRR14011045.38414 WP_119815679.1 33.3 120 58 3 29724 30080 299 397 5.10e-05 49.3 SRR14011045.38414 EAC1232420.1 26.7 131 94 2 7159 6767 1 129 9.67e-05 46.6 SRR14011045.38414 WP_011739125.1 52.9 34 16 0 17083 17184 220 253 2.49e-04 46.6 SRR14011045.38414 MBQ6815353.1 38.5 52 31 1 2769 2614 218 268 5.85e-04 44.7 SRR14011045.38414 WP_195290884.1 27.3 165 101 4 10874 10386 52 199 7.26e-04 45.1 SRR14011045.38414 WP_187918914.1 25.2 151 99 4 16990 17430 194 334 7.46e-04 45.1 SRR14011045.57703 HCN8461219.1 51.4 35 17 0 207 103 10 44 8.72e-05 39.3 SRR14011045.57703 WP_210226425.1 36.8 57 36 0 207 37 11 67 1.86e-04 40.8 SRR14011045.57703 GLX88815.1 44.3 61 30 3 207 31 11 69 7.83e-04 38.9 SRR14011045.81053 WP_223326327.1 74.2 120 31 0 5379 5738 1 120 4.47e-51 176 SRR14011045.81053 WP_072989136.1 48.3 120 62 0 9847 10206 1 120 7.35e-29 120 SRR14011045.81053 HAR4306776.1 40.2 122 73 0 9859 10224 6 127 2.47e-20 95.1 SRR14011045.81053 WP_110035452.1 53.7 67 29 1 9629 9823 170 236 2.32e-14 73.9 SRR14011045.81053 WP_278982769.1 28.2 202 125 4 4265 3669 2 186 1.97e-13 73.9 SRR14011045.81053 WP_042650033.1 49.3 71 34 1 9617 9823 179 249 3.11e-13 70.9 SRR14011045.81053 WP_226741138.1 25.3 194 141 3 8161 8730 2 195 7.36e-06 49.3 SRR14011045.81053 WP_192202944.1 31.8 110 70 2 9853 10176 1 107 7.44e-06 49.7 SRR14011045.81053 MBM7125960.1 26.6 173 124 3 4737 5255 85 254 3.93e-05 46.6 SRR14011045.81053 WP_153033981.1 43.1 51 28 1 6228 6377 139 189 1.75e-04 45.1 SRR14011045.39333 MBR3968535.1 54.7 150 67 1 12684 13130 34 183 5.38e-41 154 SRR14011045.39333 WP_073505727.1 42.9 189 100 3 16829 17383 145 329 1.15e-38 148 SRR14011045.39333 WP_133874384.1 46.3 149 80 0 16919 17365 174 322 2.42e-33 132 SRR14011045.39333 PGL69713.1 55.0 120 54 0 10161 9802 359 478 4.68e-31 131 SRR14011045.39333 EFU9196970.1 47.9 119 62 0 10161 9805 470 588 2.03e-24 112 SRR14011045.39333 WP_164767343.1 37.1 151 93 2 16895 17344 7 156 8.01e-20 89.7 SRR14011045.39333 UCF87976.1 35.6 149 94 2 12684 13127 39 186 2.29e-17 84.3 SRR14011045.39333 WP_261970917.1 55.6 54 24 0 10325 10164 309 362 3.75e-10 65.1 SRR14011045.39333 WP_250295751.1 30.5 141 81 4 10161 9784 688 826 2.62e-09 62.8 SRR14011045.39333 WP_205448866.1 37.0 92 50 3 16389 16640 1 92 6.60e-07 53.9 SRR14011045.39333 MBD5306941.1 33.6 116 67 3 10161 9838 698 811 9.97e-07 54.3 SRR14011045.39333 WP_195689481.1 40.0 50 28 1 669 526 89 138 4.67e-05 46.6 SRR14011045.6908 WP_159801197.1 52.5 59 28 0 16680 16504 45 103 7.29e-15 72.4 SRR14011045.38173 WP_185496123.1 49.4 79 39 1 1763 1996 196 274 2.79e-10 63.9 SRR14011045.11594 WP_046234935.1 37.1 167 99 3 20038 19544 17 179 1.71e-17 86.7 SRR14011045.11594 WP_033611379.1 34.7 147 81 5 9261 9677 117 256 1.40e-14 77.4 SRR14011045.32104 WP_081224968.1 38.0 395 227 5 15537 14383 31 417 1.64e-65 242 SRR14011045.32104 MBP6786080.1 36.1 518 317 5 24681 23158 182 695 3.63e-65 240 SRR14011045.32104 WP_029789810.1 33.6 565 363 6 24831 23158 132 691 1.40e-63 235 SRR14011045.32104 KAF6257731.1 33.8 518 326 5 24681 23158 181 691 2.92e-54 207 SRR14011045.32104 WP_123159424.1 36.9 379 212 9 14320 13229 438 804 8.67e-50 194 SRR14011045.32104 WP_136095406.1 29.9 532 258 10 24681 23158 140 580 5.52e-45 177 SRR14011045.32104 MBT5488157.1 38.3 295 148 3 11483 10701 44 338 1.86e-37 151 SRR14011045.32104 MBQ8297564.1 38.6 223 135 2 5317 4652 349 570 4.01e-37 150 SRR14011045.32104 WP_262406623.1 36.6 309 148 3 11483 10701 344 652 5.73e-35 146 SRR14011045.32104 WP_195368055.1 31.0 329 210 7 5620 4664 250 571 1.00e-34 142 SRR14011045.32104 WP_060613079.1 36.6 238 118 4 5317 4655 358 579 1.97e-34 142 SRR14011045.32104 MBL8103469.1 44.4 178 92 2 24831 24307 137 310 6.01e-34 138 SRR14011045.32104 WP_281507500.1 36.0 308 149 3 11483 10704 345 652 5.44e-33 140 SRR14011045.32104 MCB9999913.1 27.4 445 266 10 15537 14371 45 488 6.17e-33 140 SRR14011045.32104 MBT3459617.1 34.1 229 140 3 5314 4646 1 224 2.25e-30 121 SRR14011045.32104 NFD84694.1 33.3 231 152 2 5326 4637 535 764 1.14e-29 129 SRR14011045.32104 WP_011512097.1 33.2 235 143 4 5326 4643 357 584 8.59e-27 118 SRR14011045.32104 OLA08565.1 57.3 103 40 3 7088 6786 11 111 5.69e-26 108 SRR14011045.32104 KAI9191373.1 45.3 139 75 1 3511 3098 432 570 1.30e-25 116 SRR14011045.32104 MBP5726154.1 51.0 102 47 3 7088 6789 11 111 1.43e-25 107 SRR14011045.32104 KPK79043.1 51.6 124 58 2 24678 24307 173 294 3.55e-25 114 SRR14011045.32104 MBQ4454347.1 41.4 140 81 1 3511 3095 375 514 1.74e-24 111 SRR14011045.32104 WP_038440434.1 28.6 231 164 1 5326 4634 347 576 2.26e-24 110 SRR14011045.32104 KAI7727618.1 64.6 82 29 0 24299 24054 283 364 1.05e-23 110 SRR14011045.32104 WP_195238978.1 41.5 135 78 1 3511 3110 520 654 1.75e-23 108 SRR14011045.32104 WP_247749043.1 28.6 234 146 4 5317 4655 373 598 3.71e-21 100 SRR14011045.32104 MCH2804017.1 58.0 69 29 0 23463 23257 11 79 4.60e-21 89.4 SRR14011045.32104 MCL6457358.1 23.2 392 280 9 15537 14395 21 402 2.65e-17 89.4 SRR14011045.32104 WP_109219819.1 26.8 220 142 6 5323 4688 30 238 1.15e-12 72.4 SRR14011045.32104 NVM03966.1 25.8 244 145 9 5317 4634 37 260 9.54e-11 65.9 SRR14011045.32104 MSZ29533.1 44.7 76 42 0 14008 13781 548 623 6.49e-10 65.1 SRR14011045.32104 WP_011057593.1 35.4 96 59 2 4987 4709 123 218 1.63e-09 62.4 SRR14011045.32104 EHH5649593.1 24.4 234 156 6 5326 4634 14 229 3.20e-08 57.8 SRR14011045.32104 WP_142931103.1 24.9 221 138 6 5335 4718 266 473 4.09e-08 58.5 SRR14011045.32104 WP_194957532.1 33.0 115 66 4 14086 13775 487 601 1.49e-06 53.9 SRR14011045.32104 WP_088153117.1 31.3 96 61 3 4987 4712 121 215 1.99e-06 52.8 SRR14011045.32104 MCP5262709.1 26.1 218 141 7 5317 4712 20 233 2.71e-05 48.9 SRR14011045.79736 WP_006027485.1 41.1 275 155 4 18720 17908 59 330 2.49e-57 203 SRR14011045.79736 WP_164585387.1 36.6 276 167 4 18720 17908 59 331 3.06e-47 174 SRR14011045.79736 NNE87648.1 38.0 221 122 7 6383 5724 94 300 1.61e-33 137 SRR14011045.79736 WP_145616262.1 37.9 206 116 6 6380 5763 95 288 6.32e-31 129 SRR14011045.79736 WP_280938002.1 29.1 354 206 9 4563 3574 76 408 6.35e-31 128 SRR14011045.79736 WP_268714943.1 73.7 99 25 1 16272 15979 42 140 6.38e-31 126 SRR14011045.79736 WP_244311009.1 64.6 82 29 0 4370 4125 139 220 6.53e-30 125 SRR14011045.79736 WP_060613079.1 30.3 284 178 7 9975 9154 307 580 1.87e-28 124 SRR14011045.79736 MBQ4454347.1 30.2 288 190 6 9975 9130 302 584 4.22e-26 116 SRR14011045.79736 WP_195238978.1 30.7 283 171 6 9966 9157 450 720 5.23e-26 117 SRR14011045.79736 WP_011512097.1 30.9 285 164 7 9951 9151 313 582 3.88e-23 107 SRR14011045.79736 WP_031876812.1 27.4 332 213 7 8033 7068 46 359 2.08e-18 90.5 SRR14011045.79736 NFD84694.1 27.6 279 176 7 9951 9157 492 758 6.84e-18 91.3 SRR14011045.79736 KAJ5168969.1 28.7 261 176 6 9963 9199 473 729 1.07e-16 87.4 SRR14011045.79736 NIP79453.1 52.1 73 34 1 6221 6003 15 86 5.31e-16 75.5 SRR14011045.79736 MYE57211.1 71.4 42 12 0 6666 6541 5 46 1.55e-14 75.1 SRR14011045.79736 KAI9191373.1 25.2 270 175 5 9951 9157 365 612 1.02e-13 77.8 SRR14011045.79736 KAI7371949.1 27.3 267 172 9 9963 9199 617 873 2.42e-13 76.6 SRR14011045.79736 WP_187047047.1 49.2 63 32 0 27358 27546 328 390 6.87e-12 70.5 SRR14011045.79736 WP_203339841.1 54.2 59 26 1 16698 16525 206 264 5.85e-09 60.8 SRR14011045.79736 WAY96880.1 28.8 198 118 7 9804 9241 10 194 6.24e-09 58.5 SRR14011045.79736 CAH1968295.1 35.7 84 49 1 4370 4134 10 93 3.47e-07 55.1 SRR14011045.79736 DAZ71054.1 51.0 51 25 0 6669 6517 34 84 6.18e-07 54.7 SRR14011045.79736 MWR41881.1 23.3 215 143 6 9804 9196 49 253 5.82e-06 50.8 SRR14011045.79736 WP_195368055.1 33.7 92 60 1 9694 9419 396 486 6.27e-06 52.0 SRR14011045.79736 NRF69152.1 44.1 59 32 1 16698 16525 337 395 3.99e-05 49.3 SRR14011045.79736 MBT7163208.1 41.8 55 31 1 16701 16540 389 443 7.31e-05 48.5 SRR14011045.79736 MBQ8297564.1 20.5 283 204 7 12613 11798 5 277 9.54e-05 48.1 SRR14011045.79736 WP_091276063.1 62.5 32 12 0 3405 3310 3 34 2.98e-04 40.8 SRR14011045.79736 WP_278489123.1 19.3 243 173 5 9888 9193 5 235 6.27e-04 44.7 SRR14011045.79736 WP_072380563.1 20.3 217 150 5 9804 9193 22 228 6.65e-04 44.3 SRR14011045.27726 WP_115992495.1 60.7 112 39 1 3909 4244 129 235 2.04e-35 134 SRR14011045.27726 WP_008470196.1 53.8 117 54 0 3909 4259 131 247 6.65e-34 130 SRR14011045.27726 WP_222125851.1 57.5 113 48 0 3909 4247 128 240 2.26e-32 125 SRR14011045.27726 WP_142133210.1 55.2 116 52 0 3909 4256 132 247 6.45e-32 124 SRR14011045.27726 WP_072380563.1 54.6 97 44 0 3909 4199 126 222 3.02e-28 114 SRR14011045.27726 MBG9445742.1 62.3 61 21 1 3116 3292 79 139 1.15e-12 67.8 SRR14011045.27726 NLW39422.1 35.1 94 61 0 3906 4187 138 231 5.66e-11 64.7 SRR14011045.27726 WP_071876418.1 31.0 100 69 0 3912 4211 417 516 8.85e-10 62.0 SRR14011045.27726 WP_247749043.1 36.0 89 55 2 3948 4214 499 585 2.51e-08 57.4 SRR14011045.27726 MCO5064371.1 41.7 72 40 1 3083 3292 121 192 3.46e-08 55.5 SRR14011045.27726 WP_008134825.1 37.8 82 50 1 3951 4196 748 828 6.66e-08 56.2 SRR14011045.27726 MCF7808720.1 33.0 94 61 2 3912 4190 134 226 9.96e-07 50.4 SRR14011045.27726 WP_150396769.1 31.1 103 65 1 3933 4241 410 506 1.81e-06 51.2 SRR14011045.27726 MBQ9964693.1 39.2 74 42 2 3906 4124 99 170 2.46e-06 48.5 SRR14011045.27726 WP_038440434.1 33.0 100 65 2 3897 4196 453 550 2.96e-05 47.4 SRR14011045.27726 WP_279984614.1 52.6 38 18 0 3746 3859 84 121 7.75e-05 45.1 SRR14011045.58185 WP_155963450.1 43.8 80 43 1 11843 12082 63 140 3.79e-13 74.3 SRR14011045.65750 WP_281507500.1 31.6 544 331 12 4970 3414 41 568 3.62e-37 153 SRR14011045.65750 WP_262406623.1 30.0 533 353 9 4970 3414 41 567 3.48e-36 150 SRR14011045.65750 MBT5488157.1 36.4 236 118 4 4085 3414 38 253 2.11e-23 107 SRR14011045.65750 MCH2409214.1 40.6 128 75 1 1866 1483 156 282 1.21e-16 84.0 SRR14011045.65750 WP_122920202.1 28.0 200 131 4 1267 674 12 200 8.14e-14 74.3 SRR14011045.65750 WP_115470986.1 30.6 160 58 3 1875 1474 158 290 4.14e-12 70.1 SRR14011045.65750 OGG08302.1 24.2 236 145 5 2336 1650 6 214 4.47e-10 63.5 SRR14011045.65750 MBP8049567.1 34.6 104 65 2 991 689 80 183 2.01e-09 60.8 SRR14011045.17266 KAA0114277.1 38.7 452 247 10 17481 18779 476 916 5.51e-65 241 SRR14011045.17266 MBE6688122.1 32.2 453 263 11 17481 18758 447 882 2.93e-41 167 SRR14011045.17266 WP_278631399.1 28.3 441 277 10 17481 18758 435 851 1.71e-36 151 SRR14011045.17266 MBP1530348.1 34.3 166 104 4 4388 3894 1 162 3.55e-24 103 SRR14011045.17266 XP_009147075.2 38.4 172 104 2 17667 18182 711 880 7.63e-24 111 SRR14011045.17266 WP_235126772.1 29.8 312 184 9 17670 18551 508 802 3.43e-22 105 SRR14011045.17266 WP_026893585.1 32.3 164 109 2 4379 3891 5 167 1.71e-21 95.9 SRR14011045.17266 WP_194544138.1 33.5 170 104 4 4379 3894 13 181 1.84e-17 84.7 SRR14011045.17266 KAF5671546.1 35.1 174 110 3 17664 18182 742 913 2.23e-17 90.1 SRR14011045.17266 WP_069156513.1 33.5 170 102 5 4379 3894 5 171 3.78e-17 83.6 SRR14011045.17266 EAG2350674.1 38.8 103 61 2 4379 4074 5 106 4.33e-17 80.1 SRR14011045.17266 MCL7714424.1 32.3 164 107 3 4379 3897 5 167 5.52e-13 71.2 SRR14011045.17266 WP_076194242.1 24.6 244 154 6 25637 26335 217 441 7.87e-13 73.9 SRR14011045.17266 WP_049009918.1 39.5 119 67 1 16352 16693 107 225 2.06e-12 73.6 SRR14011045.17266 WP_176970092.1 49.4 87 32 2 11239 11481 69 149 5.49e-12 69.7 SRR14011045.17266 WP_087222948.1 41.7 84 48 1 21924 22175 178 260 9.76e-10 62.4 SRR14011045.17266 WP_019100427.1 31.9 144 83 5 16304 16693 75 217 2.34e-09 63.5 SRR14011045.17266 URJ46333.1 41.0 78 46 0 21957 22190 189 266 8.09e-08 56.6 SRR14011045.17266 KAJ6994162.1 58.1 43 18 0 16565 16693 150 192 2.33e-07 57.0 SRR14011045.17266 MBQ5584458.1 41.1 56 33 0 23933 24100 10 65 7.52e-06 50.1 SRR14011045.17266 WP_249930443.1 36.4 77 39 2 4379 4179 415 491 1.22e-04 47.8 SRR14011045.17266 WP_074911472.1 41.2 51 29 1 23933 24085 1062 1111 8.08e-04 45.4 SRR14011045.17266 WP_210569664.1 53.3 45 17 2 10384 10506 279 323 9.69e-04 44.7 SRR14011045.45273 WP_238717267.1 37.9 338 200 5 3569 4564 261 594 1.13e-40 162 SRR14011045.45273 WP_116803659.1 52.5 101 41 3 23978 23697 106 206 5.01e-24 105 SRR14011045.45273 WP_015615815.1 40.2 127 74 1 56 430 434 560 3.87e-19 95.1 SRR14011045.45273 WP_282171596.1 33.7 181 93 5 6635 7135 60 227 9.58e-11 66.6 SRR14011045.45273 WP_068462781.1 26.5 249 125 4 6635 7303 60 276 2.55e-08 58.9 SRR14011045.45273 WP_015919400.1 62.8 43 16 0 591 719 592 634 4.22e-08 58.9 SRR14011045.45273 MCJ7548546.1 58.1 43 18 0 591 719 631 673 7.91e-07 54.7 SRR14011045.45273 MBL8638832.1 51.2 43 21 0 591 719 691 733 2.24e-05 50.1 SRR14011045.42329 MBO4522510.1 43.6 101 55 2 20367 20669 64 162 5.92e-16 78.6 SRR14011045.42329 WP_064292413.1 37.4 115 63 5 13159 13491 3 112 6.98e-12 64.3 SRR14011045.42329 WP_012506875.1 50.8 59 29 0 11346 11170 139 197 8.07e-11 63.9 SRR14011045.81762 WP_091276063.1 70.5 44 12 1 3574 3705 3 45 5.43e-10 56.2 SRR14011045.81762 GGT63801.1 46.7 75 37 2 2670 2452 355 428 7.70e-10 63.9 SRR14011045.81762 WP_230519716.1 44.7 76 37 4 2670 2452 253 326 5.39e-08 57.8 SRR14011045.22279 MBP6786080.1 51.7 89 41 2 15331 15594 247 334 8.92e-23 106 SRR14011045.22279 WP_029789810.1 52.8 89 40 2 15331 15594 246 333 3.43e-22 104 SRR14011045.22279 MBL8103469.1 56.2 89 37 2 15331 15594 251 338 4.48e-22 101 SRR14011045.22279 KAF6257731.1 51.7 89 41 2 15331 15594 246 333 1.44e-21 102 SRR14011045.22279 WP_136095406.1 29.3 317 184 7 15331 16200 205 508 3.04e-20 97.8 SRR14011045.22279 KAI7727618.1 27.2 276 155 6 15331 16152 663 894 2.15e-16 85.5 SRR14011045.22279 KPK79043.1 48.3 87 43 2 15334 15594 238 322 2.34e-16 85.1 SRR14011045.22279 MCR5069553.1 44.1 68 38 0 9702 9905 151 218 3.35e-10 64.3 SRR14011045.42608 WP_230208134.1 43.4 106 56 3 24686 24375 42 145 1.40e-11 69.7 SRR14011045.42608 WP_090879207.1 51.0 49 24 0 10509 10655 1 49 4.17e-10 57.8 SRR14011045.42608 MBI5477481.1 44.4 63 29 2 10780 10962 3 61 4.87e-09 55.1 SRR14011045.42608 WP_169356007.1 50.0 52 22 1 16186 16043 241 292 6.18e-08 58.2 SRR14011045.42608 WP_037310167.1 31.3 134 74 3 8804 9169 46 173 4.70e-07 54.7 SRR14011045.42608 NRB72577.1 51.1 47 19 1 16177 16037 244 286 9.37e-06 51.2 SRR14011045.69034 MBS1744667.1 31.3 176 105 5 9999 10490 96 267 1.33e-15 80.9 SRR14011045.69034 MBA3609961.1 47.8 46 24 0 10314 10451 220 265 3.15e-07 54.3 SRR14011045.77716 EAG5222239.1 36.3 135 86 0 7955 7551 15 149 5.54e-21 94.7 SRR14011045.77716 WP_216576398.1 32.6 135 90 1 7955 7551 15 148 3.18e-13 72.0 SRR14011045.77716 XP_020103231.1 32.3 130 86 2 8869 8480 207 334 3.95e-09 61.6 SRR14011045.77716 WP_075347218.1 71.4 35 9 1 24266 24162 105 138 3.82e-06 48.9 SRR14011045.57429 WP_049327990.1 40.1 142 77 4 596 1015 57 192 6.18e-20 89.4 SRR14011045.57429 WP_066046987.1 48.9 45 21 1 454 588 12 54 2.29e-08 53.9 SRR14011045.79766 WP_006027485.1 36.6 268 165 4 16023 16817 1 266 5.80e-35 138 SRR14011045.79766 WP_268714943.1 41.6 245 134 5 18584 19300 29 270 1.53e-32 130 SRR14011045.79766 WP_164585387.1 30.9 269 180 3 16023 16817 1 267 7.61e-26 111 SRR14011045.79766 WP_203339841.1 50.6 87 43 0 18150 18410 190 276 4.75e-17 85.1 SRR14011045.79766 MBT7163208.1 42.5 87 50 0 18150 18410 374 460 1.07e-13 76.6 SRR14011045.79766 NRF69152.1 42.5 87 50 0 18150 18410 321 407 4.78e-13 74.3 SRR14011045.79766 WP_187047047.1 49.2 63 32 0 7578 7390 328 390 6.12e-12 70.1 SRR14011045.79766 WP_017718577.1 39.3 84 51 0 18159 18410 420 503 5.05e-11 68.2 SRR14011045.79766 WP_058504615.1 38.7 75 46 0 18150 18374 369 443 1.16e-09 63.5 SRR14011045.79766 WP_074801249.1 37.5 72 44 1 19575 19787 20 91 3.83e-07 50.1 SRR14011045.11511 RQL72805.1 38.2 377 205 9 17103 16021 60 424 1.07e-58 213 SRR14011045.11511 WP_135287436.1 43.3 284 157 4 22932 22087 126 407 8.31e-50 184 SRR14011045.11511 WP_255602293.1 30.1 392 244 8 17109 15997 66 448 1.02e-39 157 SRR14011045.11511 WP_226276978.1 28.4 384 251 7 17109 16000 57 430 4.65e-36 145 SRR14011045.11511 OTN76164.1 32.3 325 181 10 22998 22084 91 396 9.71e-35 140 SRR14011045.11511 WP_018419316.1 48.8 123 61 2 25326 24961 53 174 1.28e-30 121 SRR14011045.11511 WP_100610557.1 32.2 295 163 8 26427 27254 72 348 2.09e-25 114 SRR14011045.11511 WP_197332010.1 26.8 403 242 12 17103 15982 57 435 8.91e-25 111 SRR14011045.11511 BAY23582.1 46.4 140 56 3 1427 1807 310 443 2.22e-21 100 SRR14011045.11511 WP_271116088.1 47.5 141 68 4 736 1149 31 168 3.49e-21 99.0 SRR14011045.11511 WP_280658332.1 36.7 128 78 2 25323 24946 42 168 1.40e-20 92.4 SRR14011045.11511 WP_066841281.1 42.5 160 77 5 712 1149 23 181 2.27e-19 93.6 SRR14011045.11511 WP_097641037.1 47.2 89 46 1 32102 31839 731 819 7.39e-16 84.7 SRR14011045.11511 MCU0947041.1 39.7 136 65 5 1433 1807 276 405 3.09e-13 74.7 SRR14011045.11511 KAE9687153.1 69.8 43 13 0 27998 28126 2 44 1.28e-12 67.0 SRR14011045.11511 HAR3824072.1 35.8 81 52 0 27509 27751 442 522 2.31e-07 56.6 SRR14011045.34953 WP_125260587.1 41.7 144 72 4 21185 20775 393 531 1.50e-19 96.3 SRR14011045.34953 WP_159801197.1 50.0 68 34 0 18352 18149 9 76 5.48e-16 75.9 SRR14011045.34953 WP_073505727.1 29.0 210 118 6 19295 18717 56 251 2.38e-15 79.7 SRR14011045.34953 MBU22120.1 39.7 141 73 4 21173 20772 432 567 7.76e-15 80.9 SRR14011045.34953 WP_133874384.1 29.8 198 129 4 19289 18717 56 250 2.23e-14 76.6 SRR14011045.34953 WP_158347019.1 52.5 59 28 0 20767 20591 427 485 2.04e-10 66.2 SRR14011045.34953 MCD6199266.1 43.1 72 41 0 20767 20552 433 504 3.53e-10 65.5 SRR14011045.34953 WP_164767343.1 39.8 93 39 3 18962 18717 5 91 7.40e-09 57.8 SRR14011045.34953 MBO8485404.1 45.6 57 31 0 20764 20594 775 831 2.69e-08 59.3 SRR14011045.34953 EGS7320029.1 27.3 183 124 5 585 55 54 233 8.31e-07 52.4 SRR14011045.9690 WP_266179881.1 39.1 64 39 0 2596 2405 52 115 2.29e-08 58.5 SRR14011045.9690 WP_223413240.1 34.6 78 51 0 2638 2405 38 115 6.76e-07 53.9 SRR14011045.9690 EFX2174330.1 36.3 80 50 1 2644 2408 34 113 1.40e-06 52.8 SRR14011045.9690 KJV99157.1 27.1 129 86 3 14192 14578 2 122 1.52e-05 49.3 SRR14011045.31818 MBQ7389792.1 42.2 180 91 4 19222 19737 517 691 4.26e-28 125 SRR14011045.31818 WP_189931865.1 41.3 179 93 5 19222 19737 430 603 2.85e-24 112 SRR14011045.31818 BBG20955.1 35.2 176 107 3 19222 19737 533 705 8.86e-22 104 SRR14011045.31818 MCC7304610.1 26.9 498 316 11 26648 28057 105 582 1.39e-21 102 SRR14011045.31818 NNC58435.1 24.8 614 400 14 26648 28384 104 690 4.42e-19 94.7 SRR14011045.31818 ULU28230.1 60.0 60 23 1 20490 20666 807 866 1.71e-17 90.1 SRR14011045.31818 WP_130528929.1 30.6 209 137 5 2578 3192 444 648 2.78e-15 82.8 SRR14011045.31818 WP_261665820.1 69.6 56 17 0 22756 22923 400 455 3.24e-15 82.8 SRR14011045.31818 WP_061278828.1 63.0 54 20 0 22759 22920 390 443 7.91e-12 71.6 SRR14011045.31818 WP_113544184.1 34.5 116 73 3 2851 3192 674 788 1.10e-10 67.8 SRR14011045.31818 TRZ64304.1 50.0 64 30 2 3010 3198 1 63 3.08e-08 58.9 SRR14011045.31818 AIR77599.1 67.6 37 12 0 18375 18485 106 142 7.20e-08 57.8 SRR14011045.31818 MBS07042.1 54.3 46 21 0 15129 15266 167 212 6.48e-07 54.7 SRR14011045.31818 MCF2656092.1 26.3 190 134 2 27830 28384 492 680 1.16e-06 54.3 SRR14011045.31818 WP_274976404.1 37.1 97 40 2 27830 28057 553 649 3.09e-05 49.7 SRR14011045.59442 AAL18389.1 65.2 164 57 0 5261 4770 156 319 3.50e-55 197 SRR14011045.59442 WP_143405880.1 86.2 109 14 1 3830 3504 14 121 4.36e-52 177 SRR14011045.59442 MBI3145102.1 40.1 334 165 10 5536 4595 134 452 1.26e-50 186 SRR14011045.59442 WP_122705662.1 76.5 81 19 0 2212 1970 46 126 6.44e-33 127 SRR14011045.59442 WP_067908376.1 48.9 135 67 2 574 176 121 255 3.36e-27 111 SRR14011045.59442 XP_018282977.1 71.2 73 21 0 7443 7225 362 434 1.08e-20 97.1 SRR14011045.59442 MCB1065733.1 68.8 48 15 0 1362 1219 1 48 1.73e-16 74.3 SRR14011045.59442 CAD7578726.1 31.1 161 96 6 1683 1219 42 193 5.11e-14 72.4 SRR14011045.59442 AGS31853.1 48.1 79 34 1 2200 1985 17 95 3.36e-13 67.4 SRR14011045.59442 MBI4966856.1 61.5 26 10 0 1296 1219 1 26 9.07e-05 40.4 SRR14011045.80081 WP_031876812.1 49.2 189 82 3 8211 8753 112 294 4.33e-41 157 SRR14011045.80081 WP_145616262.1 40.5 190 99 3 9467 10036 6 181 4.53e-31 129 SRR14011045.80081 NNE87648.1 38.0 187 101 3 9467 10027 6 177 2.13e-27 118 SRR14011045.80081 MYE57211.1 38.5 192 98 6 9461 10036 5 176 2.53e-27 111 SRR14011045.80081 DAZ71054.1 32.0 203 124 4 9458 10036 34 232 1.01e-14 78.2 SRR14011045.80081 WP_015615815.1 40.2 102 58 3 787 1083 63 164 6.24e-13 74.3 SRR14011045.80081 WP_195238978.1 25.1 334 214 8 5747 6697 406 720 7.33e-13 73.9 SRR14011045.80081 MCF2638803.1 39.4 94 54 2 7114 7389 37 129 4.03e-12 68.2 SRR14011045.80081 MBL8638832.1 52.2 69 27 2 2515 2703 726 794 9.82e-12 70.5 SRR14011045.80081 MCJ7548546.1 60.0 50 20 0 2515 2664 666 715 9.59e-11 67.0 SRR14011045.80081 WP_015919400.1 31.3 99 67 1 766 1059 51 149 1.76e-10 66.2 SRR14011045.80081 MBQ8297564.1 37.5 80 49 1 6052 6291 353 431 5.47e-10 64.3 SRR14011045.80081 KAI9191373.1 34.9 129 63 3 6299 6679 497 606 1.60e-09 63.2 SRR14011045.80081 NFD84694.1 35.9 103 65 1 3642 3947 320 422 2.58e-09 62.4 SRR14011045.80081 NIP79453.1 67.7 31 10 0 10033 10125 56 86 9.00e-07 48.5 SRR14011045.80081 KAI5122644.1 45.6 57 31 0 2515 2685 1055 1111 3.39e-06 52.4 SRR14011045.59797 BBG20955.1 61.7 47 14 1 5983 5843 1815 1857 2.54e-09 61.2 SRR14011045.59797 WP_061278828.1 66.0 47 12 1 5983 5843 415 457 5.14e-09 60.1 SRR14011045.59797 WP_261665820.1 61.7 47 14 1 5983 5843 426 468 5.14e-09 60.1 SRR14011045.59797 NNC58435.1 51.1 47 23 0 1317 1177 346 392 3.14e-07 53.9 SRR14011045.3524 WP_001202764.1 35.0 466 286 8 21039 22403 64 523 2.09e-54 201 SRR14011045.3524 MBT8607749.1 31.6 465 302 8 21039 22403 64 522 9.58e-44 170 SRR14011045.3524 WP_011313080.1 47.2 180 91 3 16418 16948 125 303 2.10e-34 135 SRR14011045.3524 WP_122705662.1 38.3 240 135 4 25127 24438 3 239 9.12e-31 122 SRR14011045.3524 WP_150071802.1 38.7 181 108 3 16418 16954 122 301 2.53e-25 108 SRR14011045.3524 CAD7578726.1 38.8 139 48 3 24653 24240 20 122 1.21e-21 96.3 SRR14011045.3524 MBI4966856.1 80.0 35 7 0 24102 23998 1 35 9.90e-12 61.6 SRR14011045.3524 MCB1065733.1 77.8 36 8 0 24105 23998 22 57 1.58e-10 58.9 SRR14011045.3524 WP_188888464.1 21.7 217 149 2 13142 12552 2 217 3.96e-06 50.4 SRR14011045.3524 WP_236961032.1 47.6 42 22 0 12677 12552 42 83 6.30e-05 43.9 SRR14011045.3524 WP_007683719.1 69.6 23 7 0 4044 4112 50 72 4.61e-04 41.2 SRR14011045.13924 OQB67688.1 28.4 391 231 10 9870 10967 2 368 7.31e-21 98.2 SRR14011045.13924 OEU77901.1 40.0 160 93 3 5775 6251 7 164 2.02e-18 86.7 SRR14011045.13924 WP_070188258.1 42.5 127 67 4 7771 8139 1 125 2.78e-11 67.8 SRR14011045.13924 WP_122013538.1 30.8 130 87 2 7771 8160 1 127 1.93e-08 58.5 SRR14011045.13924 WP_070509780.1 22.8 294 200 7 4534 5379 34 312 4.17e-06 50.4 SRR14011045.13924 WP_232180661.1 26.2 130 92 1 7771 8160 1 126 3.96e-05 47.8 SRR14011045.69293 WP_125504029.1 60.0 50 20 0 1190 1041 194 243 2.18e-10 63.5 SRR14011045.69293 WP_099639594.1 26.8 82 59 1 2668 2423 40 120 6.84e-07 49.3 SRR14011045.3617 WP_155963450.1 52.3 44 21 0 4040 4171 2 45 1.05e-07 56.6 SRR14011045.33447 NFD84694.1 33.4 365 224 8 11044 12120 413 764 2.17e-35 146 SRR14011045.33447 WP_068462781.1 32.7 251 157 2 1652 2392 111 353 3.08e-25 110 SRR14011045.33447 MBQ8297564.1 52.9 102 48 0 11797 12102 468 569 1.05e-22 105 SRR14011045.33447 WP_282171596.1 30.4 257 165 4 1637 2392 106 353 1.92e-22 102 SRR14011045.33447 WP_195238978.1 45.8 96 52 0 11818 12105 626 721 4.92e-16 84.3 SRR14011045.33447 WP_038440434.1 38.6 101 62 0 11818 12120 475 575 1.55e-13 75.9 SRR14011045.33447 MBQ4454347.1 35.6 104 65 1 11818 12123 481 584 2.70e-13 75.1 SRR14011045.33447 WP_196764971.1 60.9 46 18 0 5744 5607 16 61 4.53e-12 63.2 SRR14011045.33447 KAJ2660037.1 35.4 82 53 0 11818 12063 1950 2031 2.41e-10 66.2 SRR14011045.33447 WP_060613079.1 39.1 92 47 2 13578 13853 500 582 6.71e-09 60.8 SRR14011045.33447 WP_011512097.1 42.6 68 39 0 13141 13344 345 412 1.54e-08 59.7 SRR14011045.33447 KAF9974715.1 32.9 82 55 0 11818 12063 1247 1328 2.82e-08 59.3 SRR14011045.33447 KAI9191373.1 37.5 72 43 1 13138 13347 394 465 1.26e-07 57.0 SRR14011045.33447 KAJ5168969.1 41.4 70 39 1 13147 13350 507 576 2.07e-07 56.2 SRR14011045.33447 WAY96880.1 39.1 64 39 0 13180 13371 2 65 2.40e-07 53.1 SRR14011045.33447 KAI7371949.1 41.2 68 38 1 13147 13344 651 718 1.93e-06 53.1 SRR14011045.33447 WP_258581409.1 32.9 82 52 1 11824 12060 140 221 2.73e-04 45.4 SRR14011045.33447 EHR6291555.1 38.5 52 32 0 13177 13332 19 70 6.23e-04 44.7 SRR14011045.39057 WP_225579579.1 30.5 239 152 6 12397 11702 71 302 1.83e-16 85.1 SRR14011045.39057 WP_254698006.1 29.3 242 157 6 12406 11702 54 288 3.22e-16 84.3 SRR14011045.39057 OQA38407.1 31.1 254 162 7 12442 11702 54 301 2.14e-15 81.3 SRR14011045.39057 WP_253808359.1 23.5 388 228 10 12590 11526 1 352 5.85e-10 63.9 SRR14011045.39057 SFI40936.1 37.1 105 66 0 1999 2313 38 142 6.43e-10 62.0 SRR14011045.39057 WP_085680475.1 24.3 173 129 2 6122 6637 74 245 4.15e-05 47.4 SRR14011045.73799 MBP6786080.1 28.3 718 412 9 4620 6500 154 859 3.11e-67 247 SRR14011045.73799 WP_029789810.1 29.8 704 393 11 4644 6485 161 853 3.58e-67 247 SRR14011045.73799 WP_136095406.1 31.5 625 382 11 4638 6428 118 724 6.50e-65 238 SRR14011045.73799 KAF6257731.1 29.8 705 393 12 4611 6440 152 849 5.19e-60 226 SRR14011045.73799 WP_061905238.1 32.2 516 288 9 31859 33292 22 513 7.13e-54 202 SRR14011045.73799 WP_075347218.1 87.0 100 13 0 20602 20901 49 148 1.64e-48 171 SRR14011045.73799 MBL8103469.1 51.0 157 75 2 4641 5108 165 320 1.28e-37 149 SRR14011045.73799 MBQ3724833.1 34.2 313 192 7 9853 10776 137 440 1.18e-35 148 SRR14011045.73799 WP_134885491.1 27.8 490 270 13 31859 33208 8 453 1.26e-35 145 SRR14011045.73799 MBB3008158.1 59.4 106 39 2 14008 14316 143 247 6.19e-34 138 SRR14011045.73799 NGP45824.1 49.0 149 74 2 17413 17856 41 188 1.21e-33 132 SRR14011045.73799 WP_070714099.1 31.8 324 156 8 14014 14865 160 458 2.54e-33 137 SRR14011045.73799 MBI0103662.1 29.5 376 263 2 10317 11438 280 655 4.09e-33 140 SRR14011045.73799 PPU99279.1 31.4 318 144 9 14059 14865 178 470 3.85e-29 124 SRR14011045.73799 HBY86896.1 26.9 383 189 8 31862 32854 23 366 5.91e-28 119 SRR14011045.73799 WP_108719223.1 54.5 101 46 0 20596 20898 45 145 4.03e-27 109 SRR14011045.73799 WP_215493005.1 31.7 306 169 9 14053 14862 189 490 9.53e-27 117 SRR14011045.73799 KPK79043.1 42.3 156 88 2 4641 5108 151 304 3.99e-24 111 SRR14011045.73799 WP_113851760.1 37.3 150 92 1 17434 17883 48 195 2.21e-22 99.4 SRR14011045.73799 KAI7727618.1 44.5 119 66 0 4641 4997 164 282 6.72e-21 101 SRR14011045.73799 NNL66378.1 34.8 135 63 3 31847 32176 1 135 1.35e-14 73.6 SRR14011045.73799 NCV73474.1 57.1 70 29 1 21116 21322 91 160 8.42e-14 72.0 SRR14011045.73799 MBK8070034.1 65.4 52 18 0 1758 1913 2 53 6.59e-10 63.5 SRR14011045.73799 MCH2804017.1 54.7 53 23 1 5642 5797 2 54 4.53e-09 55.8 SRR14011045.73799 EAG5222239.1 56.8 37 16 0 35330 35440 30 66 2.68e-05 48.9 SRR14011045.73799 MBQ7930482.1 32.0 97 52 3 3353 3069 5 89 5.15e-04 43.5 SRR14011045.44086 WP_238717267.1 41.0 371 163 7 8930 7905 302 645 1.68e-53 200 SRR14011045.44086 WP_199308568.1 67.6 71 23 0 17959 17747 236 306 1.23e-19 94.4 SRR14011045.44086 WP_015615815.1 28.3 318 169 9 12401 11547 493 784 1.41e-19 96.3 SRR14011045.44086 MBL8638832.1 28.9 304 192 8 12401 11535 567 861 1.53e-19 96.3 SRR14011045.44086 WP_015919400.1 27.4 303 200 8 12401 11532 473 768 5.18e-15 81.3 SRR14011045.44086 MCG8377291.1 39.5 76 45 1 17625 17401 57 132 6.68e-10 59.7 SRR14011045.44086 WP_068462781.1 35.7 126 73 2 5594 5217 190 307 1.11e-07 56.6 SRR14011045.44086 MCJ7548546.1 25.9 239 169 3 12710 12012 405 641 1.28e-07 57.0 SRR14011045.80266 WP_238717267.1 65.1 301 93 3 16957 16073 68 362 3.35e-109 363 SRR14011045.80266 KAJ2633851.1 31.1 315 189 9 16957 16079 70 378 2.46e-24 111 SRR14011045.80266 WP_282171596.1 61.0 41 16 0 13458 13336 11 51 2.77e-07 55.1 SRR14011045.80266 WP_068462781.1 70.6 34 10 0 13458 13357 11 44 2.77e-07 55.1 SRR14011045.29298 MCH2409214.1 70.0 30 9 0 103 192 214 243 3.08e-06 46.6 SRR14011045.29298 WP_115470986.1 66.7 33 11 0 103 201 219 251 5.49e-06 45.8 SRR14011045.10734 WP_105160947.1 22.5 497 363 9 11834 13306 18 498 8.03e-19 93.2 SRR14011045.10734 OQA35671.1 28.3 173 118 2 12800 13306 331 501 2.65e-16 85.1 SRR14011045.10734 WP_041710957.1 28.2 170 118 1 12797 13306 297 462 2.84e-13 75.1 SRR14011045.10734 MCL2354882.1 50.0 64 32 0 10320 10129 262 325 4.52e-13 73.6 SRR14011045.10734 WP_089095302.1 25.1 175 124 2 12800 13306 323 496 3.84e-12 71.6 SRR14011045.10734 MYD56339.1 55.2 58 26 0 13136 13309 128 185 1.26e-11 68.6 SRR14011045.10734 WP_279984614.1 43.5 62 34 1 12797 12982 17 77 8.31e-08 55.8 SRR14011045.10734 MCH5231772.1 43.3 60 34 0 13127 13306 157 216 8.32e-08 57.4 SRR14011045.10734 WP_089246429.1 39.0 59 31 1 12797 12973 12 65 1.69e-04 46.6 SRR14011045.10734 WP_112088864.1 48.8 41 21 0 13184 13306 167 207 6.76e-04 44.7 SRR14011045.10734 WP_192324556.1 33.9 56 37 0 12818 12985 344 399 7.19e-04 44.7 SRR14011045.51044 KAI3473816.1 39.7 174 97 5 5746 5237 322 491 2.57e-24 110 SRR14011045.51044 EFC81578.1 37.4 171 103 4 5746 5237 136 303 2.73e-20 94.7 SRR14011045.51044 TRZ64304.1 40.4 171 95 5 23765 23262 32 198 1.21e-18 91.7 SRR14011045.51044 HHT71325.1 48.1 77 38 2 616 389 164 239 1.45e-14 77.8 SRR14011045.51044 NGS95655.1 50.0 56 28 0 18812 18645 124 179 2.18e-13 70.9 SRR14011045.51044 TEY22245.1 50.6 81 35 3 5746 5507 104 180 5.59e-13 70.1 SRR14011045.51044 WP_113544184.1 32.6 175 103 4 23765 23262 759 925 8.39e-13 74.7 SRR14011045.51044 WP_255187010.1 85.0 40 5 1 17727 17608 270 308 2.32e-10 66.2 SRR14011045.51044 MCK4403577.1 50.0 52 26 0 18812 18657 123 174 1.09e-09 60.1 SRR14011045.51044 WP_195397250.1 26.8 298 201 5 17896 17030 225 514 3.08e-08 59.3 SRR14011045.51044 WP_130528929.1 28.4 197 130 7 24351 23776 427 617 8.42e-06 51.6 SRR14011045.43050 MBQ2344446.1 49.5 103 49 2 4032 3724 82 181 7.39e-17 86.3 SRR14011045.43050 WP_113120276.1 33.6 146 79 3 6652 7062 5 141 6.36e-16 76.6 SRR14011045.43050 PKL40887.1 33.6 143 80 6 6652 7059 7 141 4.52e-15 74.3 SRR14011045.43050 MBQ7949870.1 33.6 128 75 3 6144 5773 150 271 9.94e-12 68.2 SRR14011045.43050 WP_132898733.1 40.0 70 37 1 1597 1791 175 244 3.54e-07 54.7 SRR14011045.43050 WP_041488527.1 63.6 33 12 0 5871 5773 1 33 3.36e-06 46.2 SRR14011045.71839 WP_011490055.1 50.4 113 55 1 21516 21181 70 182 6.07e-24 104 SRR14011045.71839 WP_116073910.1 35.7 196 110 4 29555 28971 10 190 1.75e-20 99.8 SRR14011045.71839 MBQ1183295.1 45.6 103 45 2 23693 23403 6 103 7.23e-18 81.3 SRR14011045.71839 MCI5937295.1 54.5 66 30 0 18818 18621 1 66 1.57e-14 70.5 SRR14011045.71839 MCS2900418.1 62.3 61 22 1 11444 11265 38 98 3.21e-14 71.6 SRR14011045.71839 MBI5438416.1 56.7 60 26 0 11444 11265 37 96 5.34e-14 70.9 SRR14011045.71839 WP_255435582.1 58.1 62 25 1 11447 11265 18 79 2.93e-13 68.2 SRR14011045.71839 YP_009745171.1 61.0 41 16 0 20680 20558 41 81 9.93e-13 66.2 SRR14011045.71839 UOA67814.1 54.5 44 20 0 20680 20549 41 84 1.44e-12 65.9 SRR14011045.71839 WP_026497435.1 36.8 117 74 0 27480 27130 728 844 2.36e-12 73.2 SRR14011045.71839 MBQ1583517.1 38.0 100 60 2 10385 10086 127 224 2.44e-12 70.9 SRR14011045.71839 KEP75282.1 53.2 62 27 2 17505 17320 120 179 3.06e-11 65.1 SRR14011045.71839 MCC6386819.1 59.1 44 18 0 18074 17943 31 74 1.35e-09 57.8 SRR14011045.71839 MBR0338720.1 26.6 173 113 2 23208 22717 36 203 2.62e-09 59.7 SRR14011045.71839 WP_187047047.1 28.0 175 115 5 1102 1602 209 380 2.79e-08 58.9 SRR14011045.71839 MBI3448467.1 45.9 61 32 1 11444 11265 37 97 1.00e-07 53.1 SRR14011045.71839 MSQ41299.1 65.6 32 11 0 19220 19125 101 132 6.75e-06 48.1 SRR14011045.71839 WP_021646634.1 30.7 176 96 7 1114 1605 136 297 1.59e-05 49.7 SRR14011045.71839 HAW53859.1 28.3 166 82 7 1111 1587 115 250 3.98e-05 48.1 SRR14011045.71839 TSA21665.1 44.4 63 33 1 18438 18256 51 113 5.01e-04 42.4 SRR14011045.57682 HCN8461219.1 50.0 34 17 0 1612 1511 11 44 4.11e-04 38.1 SRR14011045.58273 EPR30609.1 40.0 140 76 2 3695 3285 278 412 3.94e-22 101 SRR14011045.58273 WP_132517191.1 52.0 100 30 1 3521 3276 381 480 1.66e-20 97.4 SRR14011045.58273 HAR7369715.1 40.4 161 71 4 3698 3276 296 451 1.26e-19 94.4 SRR14011045.58273 WP_076194242.1 28.2 220 154 2 2549 1893 237 453 8.98e-18 88.6 SRR14011045.58273 MCH8904788.1 57.5 73 31 0 5722 5504 131 203 1.91e-16 85.1 SRR14011045.58273 MBQ1196899.1 61.2 67 26 0 5722 5522 128 194 7.78e-16 83.2 SRR14011045.58273 MCQ2156413.1 37.0 146 79 4 3698 3285 160 300 3.83e-14 75.9 SRR14011045.58273 TAL20232.1 24.3 230 159 5 2552 1890 230 453 7.24e-10 63.9 SRR14011045.58273 WP_280949002.1 27.4 168 120 1 5859 5356 96 261 7.49e-10 63.9 SRR14011045.58273 MBR4705654.1 50.0 44 21 1 3521 3390 348 390 4.19e-05 48.1 SRR14011045.58273 MCF1439711.1 58.1 31 13 0 6007 5915 22 52 2.52e-04 41.6 SRR14011045.11194 WP_138471989.1 64.7 68 23 1 3444 3241 235 301 1.07e-19 92.4 SRR14011045.51720 MBP1530348.1 26.5 200 140 4 519 1112 25 219 2.65e-14 73.9 SRR14011045.51720 WP_194544138.1 28.8 191 123 3 507 1043 30 219 1.80e-13 72.0 SRR14011045.51720 EAG2350674.1 38.6 70 42 1 552 761 38 106 5.17e-10 58.9 SRR14011045.51720 WP_187047047.1 25.4 185 116 4 9959 9444 184 359 6.80e-10 63.2 SRR14011045.51720 WP_101794136.1 45.9 61 32 1 582 764 70 129 1.88e-07 54.3 SRR14011045.51720 WP_021646634.1 28.6 147 87 4 9872 9456 136 272 1.07e-04 46.2 SRR14011045.51720 WP_063485223.1 32.1 140 89 3 9860 9444 218 352 1.81e-04 45.8 SRR14011045.57676 WP_085680475.1 43.7 87 47 2 2002 2259 137 222 2.73e-13 68.9 SRR14011045.63508 WP_222125851.1 49.6 117 57 2 9430 9777 125 240 3.63e-25 105 SRR14011045.63508 WP_010016619.1 30.0 237 164 1 1506 2210 350 586 1.82e-22 103 SRR14011045.63508 WP_072380563.1 47.1 104 53 2 9433 9741 124 226 7.45e-22 96.3 SRR14011045.63508 OAN53756.1 34.2 114 68 3 9433 9759 136 247 9.57e-10 60.8 SRR14011045.63508 MXP43753.1 33.3 108 65 3 9433 9741 139 244 7.75e-09 58.2 SRR14011045.63508 WP_008470196.1 43.9 57 31 1 9083 9250 9 65 1.24e-08 57.4 SRR14011045.63508 WP_074319120.1 50.0 58 27 2 4499 4669 617 673 4.87e-07 54.3 SRR14011045.63508 WP_158791585.1 59.1 44 17 1 9478 9606 148 191 7.51e-07 52.0 SRR14011045.63508 WP_279984614.1 41.1 56 32 1 9083 9247 9 64 8.45e-07 52.0 SRR14011045.63508 WP_142133210.1 42.9 56 31 1 9083 9247 10 65 9.95e-07 51.6 SRR14011045.63508 MBC7326981.1 35.7 98 59 3 9481 9771 151 245 1.02e-06 51.6 SRR14011045.63508 WP_013632646.1 35.6 90 48 2 3124 3366 193 281 1.93e-06 52.4 SRR14011045.63508 WP_041591748.1 53.6 56 24 2 4499 4663 515 569 2.33e-06 52.0 SRR14011045.63508 WP_221977168.1 32.7 101 65 2 9427 9726 141 239 3.45e-06 50.1 SRR14011045.63508 WP_167977039.1 32.4 105 62 4 9433 9735 123 222 4.22e-06 49.7 SRR14011045.63508 MBI6149093.1 49.1 55 27 1 4499 4663 646 699 4.30e-06 51.2 SRR14011045.63508 WP_041580422.1 53.1 49 19 1 8685 8831 84 128 1.70e-05 47.4 SRR14011045.63508 MBG9445742.1 67.7 31 10 0 8736 8828 97 127 1.00e-04 45.1 SRR14011045.63508 WP_019100427.1 48.2 56 27 2 4499 4663 627 681 3.42e-04 45.1 SRR14011045.50191 MCB3018266.1 59.0 78 32 0 15177 15410 9 86 8.87e-23 101 SRR14011045.50191 NRJ54907.1 57.7 78 33 0 15177 15410 9 86 3.96e-22 99.4 SRR14011045.50191 WP_063417119.1 24.4 590 394 18 45230 43542 139 703 1.61e-18 94.0 SRR14011045.50191 WP_147434933.1 39.1 151 77 4 42217 41786 52 194 4.68e-17 82.8 SRR14011045.50191 GFH27490.1 30.3 178 93 6 42741 42220 6 156 1.41e-13 75.1 SRR14011045.50191 MBM4836391.1 42.9 98 55 1 43802 43512 172 269 1.28e-12 73.2 SRR14011045.50191 WP_101662518.1 27.3 289 169 13 40044 39220 207 468 2.05e-11 70.5 SRR14011045.50191 MBX8197149.1 46.3 54 28 1 9092 8931 78 130 7.90e-05 47.8 SRR14011045.50191 MBK7837454.1 26.4 216 129 9 43990 43400 89 293 9.65e-04 44.7 SRR14011045.38043 WP_157580311.1 28.1 281 113 14 10121 10807 18 261 1.52e-09 60.5 SRR14011045.38043 WP_182986787.1 65.6 32 11 0 7804 7709 165 196 7.79e-06 48.5 SRR14011045.14742 MCA1589644.1 49.6 141 70 1 18855 19274 546 686 2.29e-31 134 SRR14011045.14742 WP_024330540.1 60.6 94 33 3 16785 16504 166 255 3.79e-23 106 SRR14011045.14742 DAZ71054.1 43.8 105 50 4 16803 16504 196 296 3.64e-16 83.6 SRR14011045.14742 MYE57211.1 51.6 62 30 0 17275 17090 5 66 1.46e-13 72.4 SRR14011045.14742 NNE87648.1 56.3 64 28 0 17281 17090 2 65 1.61e-13 76.3 SRR14011045.14742 WP_145616262.1 56.3 64 28 0 17281 17090 2 65 1.64e-13 76.3 SRR14011045.14742 MCC8146707.1 30.9 194 115 6 27359 27910 11 195 9.75e-07 54.7 SRR14011045.14742 RYE89993.1 33.6 116 62 4 25876 26190 152 263 1.67e-05 50.1 SRR14011045.14742 NNK90694.1 54.5 33 15 0 22644 22742 19 51 1.63e-04 42.7 SRR14011045.14742 NEO65312.1 36.5 85 49 3 25939 26187 361 442 8.91e-04 45.1 SRR14011045.71177 XP_034290446.1 45.7 94 51 0 2454 2735 176 269 1.02e-15 80.1 SRR14011045.71177 XP_042531659.1 40.4 99 59 0 2445 2741 171 269 1.33e-12 70.5 SRR14011045.71177 XP_054446685.1 37.9 95 57 2 2445 2726 169 262 5.95e-09 59.3 SRR14011045.82046 WP_001202764.1 30.0 494 280 6 7017 5650 104 569 1.72e-48 184 SRR14011045.82046 MBT8607749.1 28.7 478 306 7 7017 5650 104 568 2.63e-38 153 SRR14011045.82046 WP_044772468.1 37.0 246 133 5 8452 9162 120 352 8.67e-31 132 SRR14011045.82046 PJC48296.1 58.4 113 47 0 454 116 164 276 3.09e-29 123 SRR14011045.82046 WP_101662518.1 32.1 237 146 4 8455 9150 128 354 3.28e-24 110 SRR14011045.82046 HCG88012.1 38.5 135 83 0 8449 8853 115 249 1.06e-20 99.4 SRR14011045.82046 NLU38508.1 51.2 82 40 0 17933 17688 677 758 1.34e-19 96.3 SRR14011045.82046 WP_165144904.1 26.4 292 199 3 20104 20958 1 283 1.36e-19 91.7 SRR14011045.82046 MCB3018266.1 51.1 94 42 3 16209 15931 24 114 3.96e-16 80.9 SRR14011045.82046 NRJ54907.1 50.0 94 43 3 16209 15931 24 114 1.74e-15 79.0 SRR14011045.82046 WP_088784550.1 33.3 141 80 3 8455 8835 176 316 1.94e-13 76.3 SRR14011045.82046 WP_135279859.1 33.6 137 87 2 8452 8850 263 399 3.40e-13 75.5 SRR14011045.82046 HCW55486.1 52.9 51 24 0 7778 7930 88 138 1.25e-11 64.3 SRR14011045.82046 OMF24356.1 35.6 104 65 1 9137 9448 352 453 1.11e-08 60.5 SRR14011045.82046 HBR1104065.1 41.3 75 44 0 12318 12542 146 220 1.74e-08 59.7 SRR14011045.82046 CQR41738.1 30.4 112 72 2 4152 3832 31 141 1.46e-05 50.1 SRR14011045.82046 WP_251438464.1 57.1 28 12 0 21051 21134 25 52 1.83e-04 43.5 SRR14011045.5683 GEU53557.1 32.1 193 122 2 12575 13129 107 298 3.19e-21 100 SRR14011045.5683 WP_000158727.1 36.8 190 86 5 15188 15706 19 191 4.01e-20 90.5 SRR14011045.5683 MBA0549662.1 32.4 204 125 4 12575 13162 31 229 1.11e-19 94.0 SRR14011045.5683 NQR19375.1 28.9 218 145 5 12587 13210 16 233 1.38e-15 82.0 SRR14011045.5683 WP_120171324.1 60.8 79 28 3 14751 14978 128 206 1.90e-14 75.9 SRR14011045.5683 KPA62791.1 67.3 49 15 1 14383 14526 1 49 1.11e-12 65.1 SRR14011045.5683 MBQ4383193.1 49.1 53 27 0 17738 17896 133 185 6.57e-07 52.8 SRR14011045.5683 MBT4161918.1 55.8 43 19 0 17768 17896 147 189 2.14e-06 51.2 SRR14011045.5683 MCF7808720.1 50.0 44 22 0 17765 17896 146 189 1.28e-05 48.9 SRR14011045.5683 MCC6044083.1 50.0 44 22 0 17765 17896 143 186 2.95e-04 45.4 SRR14011045.33509 KAF9463056.1 26.5 555 334 9 20470 21975 32 565 4.19e-39 155 SRR14011045.33509 WP_132882604.1 56.0 100 44 0 19478 19179 175 274 2.86e-25 108 SRR14011045.33509 MCU1518283.1 29.5 315 180 9 20470 21333 36 335 1.10e-24 112 SRR14011045.33509 WP_015615815.1 27.4 431 278 10 3325 2096 313 729 4.27e-24 111 SRR14011045.33509 MBL8638832.1 27.2 349 206 9 3052 2096 472 802 1.86e-17 89.7 SRR14011045.33509 WP_015919400.1 28.7 268 128 8 2806 2096 467 702 2.46e-12 72.8 SRR14011045.33509 KAI5122644.1 31.3 160 102 3 2563 2096 976 1131 8.63e-10 64.7 SRR14011045.33509 MCJ7548546.1 27.7 231 118 7 2782 2165 513 719 3.49e-09 62.4 SRR14011045.33509 WP_083180153.1 31.1 106 66 2 11118 10813 393 495 1.26e-06 53.9 SRR14011045.33509 WP_196764971.1 59.4 32 13 0 15609 15704 16 47 5.20e-05 43.5 SRR14011045.33509 MBT2573851.1 44.7 38 21 0 22824 22711 4 41 3.77e-04 42.0 SRR14011045.59394 WP_122705662.1 38.8 170 88 4 1461 976 71 232 2.13e-22 96.7 SRR14011045.59394 NVJ87065.1 39.8 108 32 1 2331 2107 1 108 1.18e-19 84.7 SRR14011045.59394 CAD7578726.1 37.8 111 67 2 879 550 84 193 3.25e-18 84.3 SRR14011045.59394 MCB1065733.1 72.9 48 13 0 693 550 1 48 1.50e-17 77.0 SRR14011045.59394 MBI4966856.1 76.9 26 6 0 627 550 1 26 6.26e-07 46.2 SRR14011045.11443 WP_271116088.1 42.6 289 132 7 5113 5934 1 270 1.18e-49 182 SRR14011045.11443 BAY23582.1 36.5 375 189 9 5116 6144 36 393 4.02e-46 174 SRR14011045.11443 WP_066841281.1 42.8 292 135 9 5125 5934 6 287 5.53e-43 163 SRR14011045.11443 WP_135287436.1 33.7 362 227 7 26390 25326 76 431 2.50e-38 150 SRR14011045.11443 RQL72805.1 57.7 130 55 0 20575 20186 10 139 9.93e-36 144 SRR14011045.11443 MCU0947041.1 37.0 297 154 7 5116 5940 3 288 8.13e-35 139 SRR14011045.11443 WP_255602293.1 41.5 118 69 0 20539 20186 30 147 1.52e-20 98.6 SRR14011045.11443 WP_197332010.1 39.3 122 74 0 20551 20186 15 136 9.96e-16 83.2 SRR14011045.11443 WP_280658332.1 37.7 69 43 0 28612 28406 48 116 1.52e-10 63.2 SRR14011045.11443 WP_018419316.1 38.9 72 43 1 28618 28406 58 129 3.34e-10 62.4 SRR14011045.11443 RNA69827.1 28.0 250 157 11 27367 26666 9 251 2.54e-05 48.5 SRR14011045.51789 WP_116803659.1 50.3 149 70 1 8270 8704 1 149 3.42e-35 137 SRR14011045.51789 MBL8103469.1 54.8 93 38 3 2838 2566 203 293 1.86e-19 94.0 SRR14011045.51789 MBP6786080.1 53.8 93 39 3 2838 2566 199 289 8.13e-18 90.5 SRR14011045.51789 KAF6257731.1 55.4 92 37 3 2838 2569 198 287 1.46e-17 89.7 SRR14011045.51789 WP_136095406.1 29.0 231 147 1 2479 1838 275 505 3.67e-17 88.2 SRR14011045.51789 WP_029789810.1 47.0 100 37 3 2838 2563 198 289 7.05e-17 87.4 SRR14011045.51789 KAI7727618.1 53.6 84 34 2 2838 2593 202 282 4.26e-15 81.6 SRR14011045.51789 MBE0669914.1 32.0 169 80 5 8252 8704 9 160 2.88e-11 67.0 SRR14011045.51789 MBC6481257.1 27.9 172 99 6 8228 8695 1 163 6.55e-10 63.9 SRR14011045.51789 MBK8070034.1 54.5 66 30 0 5836 5639 24 89 7.68e-10 62.4 SRR14011045.51789 KPK79043.1 44.4 90 48 2 2838 2569 189 276 1.66e-09 63.2 SRR14011045.51789 MCI4325574.1 28.6 161 97 4 8252 8704 13 165 1.90e-09 61.6 SRR14011045.51789 MBQ7930482.1 37.9 66 41 0 4283 4480 2 67 1.95e-08 55.5 SRR14011045.51789 MCH2804017.1 59.5 37 15 0 1948 1838 2 38 6.96e-08 51.6 SRR14011045.51789 MCD6597402.1 40.8 49 26 1 7066 7203 7 55 9.75e-04 42.7 SRR14011045.49089 WP_255187010.1 78.5 93 19 1 11031 11306 200 292 5.32e-35 143 SRR14011045.49089 WP_195397250.1 67.0 94 29 2 11031 11306 212 305 2.28e-28 122 SRR14011045.49089 MBQ2017527.1 54.2 59 26 1 11031 11204 191 249 2.54e-12 68.6 SRR14011045.49089 WP_161258623.1 60.0 35 14 0 11288 11392 436 470 6.66e-05 47.4 SRR14011045.76018 MBD5558909.1 51.5 103 48 2 11889 11587 86 188 3.35e-24 101 SRR14011045.76018 MBQ3104376.1 56.1 57 24 1 13761 13591 57 112 6.62e-11 61.2 SRR14011045.6257 WP_073201850.1 33.8 317 198 6 11038 11964 16 328 4.44e-41 156 SRR14011045.6257 PHR72175.1 28.9 311 203 7 11041 11940 9 312 3.57e-23 103 SRR14011045.6257 WP_031065317.1 36.7 150 92 3 8005 8448 970 1118 5.75e-17 89.0 SRR14011045.6257 PSR02572.1 26.1 310 199 7 11080 11958 49 345 4.06e-16 83.2 SRR14011045.6257 MBJ7287465.1 36.1 133 82 3 8056 8448 989 1120 2.83e-14 80.1 SRR14011045.6257 WP_164636708.1 50.0 74 37 0 28384 28163 2 75 1.44e-10 67.0 SRR14011045.6257 WP_253808359.1 25.7 276 190 6 11143 11952 28 294 2.73e-09 62.8 SRR14011045.6257 PJC48296.1 24.6 187 140 1 38222 37662 90 275 5.41e-08 58.5 SRR14011045.6257 2VGF_A 50.0 52 26 0 28384 28229 40 91 6.84e-08 58.5 SRR14011045.6257 PIY74148.1 28.7 122 82 2 24366 24016 36 157 5.95e-06 52.4 SRR14011045.6257 EAG2350674.1 46.7 45 23 1 644 775 58 102 6.50e-05 45.4 SRR14011045.6257 WP_186723788.1 43.1 65 35 2 644 835 61 124 9.93e-05 47.0 SRR14011045.6257 EAC1232420.1 54.5 44 19 1 647 775 57 100 1.14e-04 46.6 SRR14011045.6257 WP_064652354.1 47.7 44 21 1 650 775 59 102 4.30e-04 45.1 SRR14011045.21506 WP_101662518.1 51.9 52 25 0 2103 1948 418 469 4.87e-09 58.2 SRR14011045.66386 WP_282979415.1 50.6 265 117 4 5733 4954 67 322 3.33e-62 215 SRR14011045.66386 PPU99279.1 36.9 195 110 4 7126 6551 95 279 4.96e-26 113 SRR14011045.66386 MBB3008158.1 56.8 95 35 3 6826 6557 168 261 9.49e-23 103 SRR14011045.66386 WP_070714099.1 54.8 93 40 2 6772 6497 201 292 1.09e-22 103 SRR14011045.66386 WP_215493005.1 50.5 93 43 2 6826 6557 199 291 6.03e-21 98.2 SRR14011045.66386 WP_113851760.1 36.0 150 95 1 5406 4957 95 243 2.01e-20 92.0 SRR14011045.66386 MBQ5584458.1 67.6 37 12 0 9300 9190 66 102 2.18e-09 59.3 SRR14011045.66386 WP_186723788.1 63.2 38 14 0 9303 9190 69 106 2.61e-08 56.2 SRR14011045.66386 EAG2350674.1 57.9 38 16 0 9303 9190 66 103 1.40e-07 51.6 SRR14011045.66386 MBQ6815353.1 22.6 159 98 2 5403 4963 120 265 3.72e-06 50.1 SRR14011045.66386 WP_069156513.1 50.0 38 19 0 9303 9190 67 104 2.12e-05 47.4 SRR14011045.66386 WP_007708736.1 66.7 30 10 0 9279 9190 76 105 2.76e-05 47.0 SRR14011045.66386 WP_194544138.1 51.4 37 18 0 9300 9190 75 111 5.48e-05 46.2 SRR14011045.66386 MCL7714424.1 60.5 38 15 0 9303 9190 69 106 1.55e-04 44.7 SRR14011045.66386 EAC1232420.1 47.4 38 20 0 9303 9190 64 101 3.53e-04 43.5 SRR14011045.66386 WP_064652354.1 56.4 39 16 1 9303 9190 65 103 9.68e-04 42.4 SRR14011045.9858 WP_182986787.1 41.1 124 71 2 8055 7687 17 139 1.57e-19 88.6 SRR14011045.9858 WP_157580311.1 30.2 205 105 6 9914 10444 18 212 4.73e-12 67.8 SRR14011045.9858 WP_123966251.1 30.6 196 116 7 9884 10444 185 369 3.72e-10 63.5 SRR14011045.52613 EAH8201998.1 34.4 378 232 8 4435 3320 73 440 8.45e-50 184 SRR14011045.52613 MCF8210731.1 52.9 172 79 2 2843 2331 110 280 3.19e-46 169 SRR14011045.52613 WP_258825945.1 51.2 172 82 2 2843 2331 110 280 4.33e-46 168 SRR14011045.52613 MBV00212.1 32.8 396 233 6 4432 3293 73 451 4.57e-46 178 SRR14011045.52613 WP_107894076.1 57.8 135 56 1 20762 20358 97 230 4.64e-40 152 SRR14011045.52613 WP_021479352.1 30.4 385 238 8 4423 3320 81 452 1.60e-38 158 SRR14011045.52613 WP_227059655.1 58.4 137 55 2 20762 20355 115 250 4.59e-36 147 SRR14011045.52613 WP_192324556.1 57.0 135 57 1 20762 20358 111 244 1.42e-35 145 SRR14011045.52613 MCP5262709.1 52.2 136 64 1 20762 20355 92 226 2.50e-35 138 SRR14011045.52613 WP_131166802.1 54.4 136 61 1 20762 20355 98 232 3.73e-35 138 SRR14011045.52613 GLY24463.1 49.6 135 67 1 20762 20358 96 229 1.36e-33 133 SRR14011045.52613 WP_110035452.1 36.5 222 130 2 7582 6920 6 217 7.60e-33 128 SRR14011045.52613 WP_066083732.1 51.9 135 64 1 20762 20358 99 232 1.43e-32 130 SRR14011045.52613 MBG6814041.1 33.1 296 182 7 4432 3566 79 365 2.33e-31 128 SRR14011045.52613 WP_179032033.1 56.5 115 49 1 2286 1945 63 177 8.61e-29 119 SRR14011045.52613 WP_223326327.1 79.5 73 15 0 11242 11024 16 88 1.15e-28 113 SRR14011045.52613 HAR4306776.1 32.4 256 148 4 6708 5980 35 278 1.66e-27 117 SRR14011045.52613 WP_042650033.1 31.2 231 156 2 7588 6905 5 235 3.89e-25 106 SRR14011045.52613 WP_010443651.1 38.9 149 90 1 7363 6920 72 220 1.06e-24 105 SRR14011045.52613 WP_072989136.1 30.2 245 168 2 6708 5983 34 278 1.19e-23 106 SRR14011045.52613 WP_110581055.1 42.5 134 60 3 2316 1945 51 177 5.77e-21 96.3 SRR14011045.52613 QCM13287.1 39.3 135 81 1 20759 20355 99 232 7.13e-21 95.1 SRR14011045.52613 WP_278982769.1 31.8 258 135 8 12432 13169 11 239 8.86e-17 85.5 SRR14011045.52613 MWR41881.1 42.6 108 58 2 20684 20361 135 238 1.68e-15 79.0 SRR14011045.52613 RUU66461.1 37.6 93 57 1 19441 19166 258 350 6.14e-09 60.5 SRR14011045.52613 WP_142931103.1 28.6 133 88 4 20759 20361 77 202 9.97e-08 57.0 SRR14011045.52613 WP_251593142.1 24.3 247 161 5 7600 6920 1 241 1.14e-06 52.4 SRR14011045.52613 MCC6044083.1 36.2 105 61 4 20684 20370 114 212 1.24e-06 52.8 SRR14011045.52613 MAN53906.1 26.4 110 80 1 7354 7028 83 192 1.43e-05 49.3 SRR14011045.52613 CDZ73727.1 31.5 108 70 2 20684 20361 95 198 1.07e-04 46.2 SRR14011045.52613 WP_103216576.1 47.5 40 21 0 1000 1119 248 287 2.65e-04 45.8 SRR14011045.52613 WP_259847195.1 26.1 188 133 4 7594 7046 4 190 3.16e-04 45.1 SRR14011045.52613 MCF8269563.1 32.5 77 51 1 4381 4151 646 721 7.88e-04 44.7 SRR14011045.70134 MBQ8958073.1 40.0 70 33 3 7829 8038 159 219 3.23e-05 48.1 SRR14011045.23852 WP_031876812.1 59.7 139 55 1 21290 20877 177 315 3.37e-45 169 SRR14011045.23852 NNE87648.1 40.6 160 90 4 19863 19384 153 307 6.79e-26 114 SRR14011045.23852 WP_145616262.1 37.8 156 92 4 19860 19393 155 305 3.16e-22 102 SRR14011045.23852 MCF2638803.1 40.6 101 57 2 22607 22311 30 129 6.15e-16 79.7 SRR14011045.23852 WP_195238978.1 28.1 121 87 0 23214 22852 600 720 2.16e-06 53.1 SRR14011045.23852 WP_024330540.1 41.2 85 44 2 20135 19884 78 157 4.63e-05 48.5 SRR14011045.51095 WP_255187010.1 43.8 322 143 5 14437 13547 201 509 1.31e-60 221 SRR14011045.51095 WP_195397250.1 40.8 287 158 6 14437 13601 213 495 1.38e-48 185 SRR14011045.51095 NGS95655.1 45.9 172 89 2 15641 15138 7 178 4.79e-43 155 SRR14011045.51095 MCK4403577.1 42.0 169 94 2 15641 15147 6 174 3.33e-34 130 SRR14011045.51095 KAI3473816.1 31.1 267 174 4 2696 1917 203 466 2.41e-26 116 SRR14011045.51095 WP_161258623.1 42.3 175 91 4 14437 13925 353 521 1.15e-23 108 SRR14011045.51095 WP_205188895.1 33.5 206 121 4 16900 16328 10 214 7.50e-19 92.4 SRR14011045.51095 TEY22245.1 53.4 73 33 1 2648 2430 1 72 1.35e-16 80.5 SRR14011045.51095 EFC81578.1 27.3 275 186 5 2717 1917 10 278 1.09e-15 80.9 SRR14011045.51095 WP_113544184.1 36.4 107 47 4 20599 20309 638 733 2.84e-08 59.7 SRR14011045.51095 WP_130528929.1 40.8 103 48 4 20599 20309 500 595 4.65e-08 58.9 SRR14011045.51095 KAI2467201.1 43.9 57 32 0 23359 23189 309 365 6.24e-06 51.2 SRR14011045.51095 MBQ2017527.1 48.3 58 29 1 14437 14267 192 249 6.85e-06 50.1 SRR14011045.14311 WP_107723967.1 37.5 445 206 18 6182 7378 164 582 5.05e-42 164 SRR14011045.14311 WP_032587385.1 34.4 291 176 8 11493 10645 368 651 1.19e-23 108 SRR14011045.40059 WP_025579907.1 59.2 71 29 0 28949 28737 64 134 1.94e-15 83.6 SRR14011045.40059 WP_049427769.1 32.5 151 91 4 15769 16194 59 207 1.48e-10 67.4 SRR14011045.40059 PKO20637.1 57.5 40 16 1 29513 29397 327 366 7.58e-05 48.5 SRR14011045.40059 MBT5488157.1 81.0 21 4 0 4861 4799 560 580 1.46e-04 47.8 SRR14011045.40059 NLF87571.1 31.6 79 51 1 20327 20100 12 90 6.84e-04 42.7 SRR14011045.35838 WP_024410349.1 85.4 48 7 0 10183 10040 146 193 4.74e-15 79.0 SRR14011045.9545 BBC91732.1 38.0 100 60 1 16429 16722 36 135 1.25e-09 63.2 SRR14011045.9545 WP_240469694.1 36.4 66 42 0 16426 16623 53 118 3.62e-04 45.4 SRR14011045.17610 WP_186723788.1 35.3 136 87 1 2871 3278 93 227 1.30e-20 92.0 SRR14011045.17610 MBP1530348.1 26.3 232 145 5 2616 3281 4 219 2.47e-19 87.8 SRR14011045.17610 WP_069156513.1 30.8 234 151 5 2604 3281 1 231 3.15e-17 82.0 SRR14011045.17610 WP_194544138.1 35.6 118 68 1 2883 3212 102 219 1.92e-15 77.0 SRR14011045.17610 WP_101794136.1 31.7 142 85 3 2877 3269 114 254 1.83e-12 68.6 SRR14011045.17610 WP_144320971.1 30.8 120 81 1 3958 4317 400 517 7.22e-08 56.2 SRR14011045.17610 EAC1232420.1 26.5 136 93 5 2877 3275 90 221 5.56e-06 48.5 SRR14011045.78111 WP_123159424.1 35.9 677 403 7 13331 11349 240 901 4.10e-82 293 SRR14011045.78111 WP_010905191.1 57.0 186 70 5 23794 23252 86 266 1.65e-49 178 SRR14011045.78111 WP_081224968.1 61.6 146 56 0 12851 12414 401 546 1.10e-46 184 SRR14011045.78111 WP_052822157.1 36.6 153 88 3 23131 22682 16 162 1.46e-17 88.6 SRR14011045.78111 MCB9999913.1 40.2 92 50 3 12722 12450 564 651 2.78e-12 72.8 SRR14011045.78111 MWR41881.1 30.4 194 108 8 662 126 62 243 5.37e-09 59.7 SRR14011045.4653 GLH03554.1 54.5 33 15 0 172 74 3 35 1.78e-04 42.0 SRR14011045.18687 MBN1799017.1 45.3 192 100 2 1377 808 8 196 8.83e-45 161 SRR14011045.18687 MBT2971737.1 35.6 163 102 2 4571 4089 88 249 1.42e-20 93.2 SRR14011045.18687 WP_009197348.1 37.6 157 94 4 4562 4098 101 255 5.77e-19 88.6 SRR14011045.18687 MCG3730919.1 30.4 148 88 5 1816 1400 209 350 1.09e-09 62.0 bbuchfink-diamond-6dc5717/src/test/blastx-nanopore.out000066400000000000000000002266611523407312000230450ustar00rootroot00000000000000SRR14011045.19422 WP_061905238.1 56.3 71 29 2 12057 12266 144 213 2.56e-14 78.6 SRR14011045.19422 HBY86896.1 55.7 70 29 2 12060 12266 144 212 5.81e-14 75.9 SRR14011045.56631 KRL72956.1 53.5 43 20 0 1103 975 287 329 5.83e-06 47.0 SRR14011045.12611 WP_253808359.1 60.8 120 46 1 9140 9499 179 297 1.23e-35 142 SRR14011045.12611 OQA38407.1 54.7 128 55 2 9122 9499 179 305 1.90e-33 136 SRR14011045.12611 WP_254698006.1 61.5 117 44 1 9149 9499 177 292 2.35e-33 137 SRR14011045.12611 WP_225579579.1 56.7 127 49 2 9119 9499 186 306 7.26e-33 136 SRR14011045.12611 MBK8070034.1 36.0 275 147 11 20348 19578 2 265 6.52e-25 107 SRR14011045.12611 WP_032587385.1 41.3 150 87 1 482 33 8 156 3.77e-23 107 SRR14011045.12611 SFI40936.1 56.6 53 23 0 18972 18814 116 168 7.39e-11 65.1 SRR14011045.12611 NDE73311.1 27.3 220 124 7 8220 7615 62 263 4.79e-10 62.8 SRR14011045.12611 WP_216195748.1 53.8 39 18 0 20283 20167 25 63 3.77e-05 48.1 SRR14011045.12611 WP_085680475.1 38.6 57 34 1 14750 14583 180 236 6.80e-05 47.0 SRR14011045.58703 WP_011490055.1 50.8 59 26 1 7348 7172 195 250 2.16e-10 63.2 SRR14011045.58703 TSA21665.1 84.4 32 5 0 5090 4995 1 32 3.61e-10 58.9 SRR14011045.79171 WP_205009067.1 48.1 129 67 0 2606 2220 1 129 1.97e-28 114 SRR14011045.79171 EAJ4016142.1 52.0 100 44 4 1702 1412 47 145 1.66e-15 79.0 SRR14011045.79171 WP_058918927.1 41.3 121 64 3 14399 14746 328 446 4.67e-13 73.6 SRR14011045.79171 CDZ81696.1 40.2 117 57 6 1732 1409 54 166 1.47e-12 70.9 SRR14011045.79171 WP_251074290.1 35.1 114 67 4 1732 1409 67 179 1.08e-08 59.7 SRR14011045.79171 MCF6346354.1 35.7 112 63 3 2561 2241 16 123 7.88e-06 48.5 SRR14011045.79171 WP_196938834.1 42.2 45 26 0 2460 2326 55 99 2.93e-04 43.9 SRR14011045.22482 WP_029789810.1 35.6 233 135 2 986 297 531 751 9.15e-26 114 SRR14011045.22482 MBP6786080.1 40.8 169 97 1 899 402 564 732 6.30e-25 111 SRR14011045.22482 WP_136095406.1 33.3 228 144 5 1049 381 398 622 6.07e-19 92.0 SRR14011045.22482 KAF6257731.1 31.9 238 153 4 998 294 528 759 1.88e-17 87.4 SRR14011045.22482 MBL8103469.1 66.2 65 20 1 1491 1303 304 368 3.39e-17 85.1 SRR14011045.22482 KAI7727618.1 64.9 57 20 0 1473 1303 280 336 1.43e-15 81.3 SRR14011045.22482 MCH2804017.1 70.0 30 9 0 815 726 10 39 1.80e-07 48.9 SRR14011045.22482 KPK79043.1 43.1 72 36 2 1491 1282 288 356 6.00e-06 49.7 SRR14011045.81345 WP_255187010.1 69.1 136 42 0 5188 5595 172 307 8.16e-47 181 SRR14011045.81345 MCC8072670.1 39.5 233 103 5 32533 33168 5 220 3.27e-41 153 SRR14011045.81345 WP_195397250.1 54.0 137 62 1 5188 5595 184 320 5.20e-37 150 SRR14011045.81345 WP_116773703.1 37.0 219 129 3 32539 33168 7 225 1.67e-36 140 SRR14011045.81345 HHT71325.1 38.0 255 138 8 24881 25612 2 247 8.57e-34 135 SRR14011045.81345 KAI3473816.1 38.9 229 135 3 20342 21022 224 449 1.64e-32 135 SRR14011045.81345 NGS95655.1 40.8 147 86 1 4120 4557 32 178 4.48e-29 116 SRR14011045.81345 WP_195238978.1 26.6 512 296 14 28871 30286 5 476 6.04e-27 120 SRR14011045.81345 WP_012913739.1 43.4 143 62 3 14498 14896 193 326 9.70e-25 110 SRR14011045.81345 TEY22245.1 35.7 196 120 2 20339 20926 5 194 3.93e-23 99.8 SRR14011045.81345 MCK4403577.1 38.6 145 88 1 4117 4548 30 174 1.00e-21 95.1 SRR14011045.81345 EFC81578.1 33.0 218 143 1 20351 21004 41 255 1.30e-21 99.0 SRR14011045.81345 WP_007678833.1 25.5 427 287 9 13936 15159 4 418 4.55e-20 96.3 SRR14011045.81345 NFD84694.1 39.2 102 61 1 30399 30704 554 654 5.68e-14 78.6 SRR14011045.81345 WP_161258623.1 40.0 115 64 2 5254 5595 346 456 1.26e-13 77.0 SRR14011045.81345 MBQ2017527.1 49.2 65 33 0 5254 5448 185 249 8.12e-13 71.2 SRR14011045.81345 KAI7371949.1 40.0 85 48 1 30393 30638 677 761 4.89e-10 65.9 SRR14011045.81345 NLL64488.1 45.8 59 31 1 16696 16869 75 133 8.46e-07 52.0 SRR14011045.81345 WP_205188895.1 31.0 113 64 4 2890 3192 43 153 1.88e-06 53.5 SRR14011045.81345 WP_247749043.1 30.5 82 55 1 30730 30969 503 584 3.46e-05 49.7 SRR14011045.81345 KAF9974715.1 36.6 82 50 1 30730 30969 1246 1327 5.73e-05 49.3 SRR14011045.81345 MBQ3864274.1 37.1 62 35 1 30730 30903 163 224 4.49e-04 45.4 SRR14011045.3387 KAA0114277.1 54.3 657 289 5 14043 15989 238 891 4.25e-182 586 SRR14011045.3387 MBE6688122.1 36.4 665 387 12 14049 15992 220 865 1.70e-92 323 SRR14011045.3387 WP_278631399.1 31.6 662 403 13 14049 15986 205 832 6.28e-60 224 SRR14011045.3387 WP_235126772.1 27.6 674 436 11 14049 15980 200 851 9.95e-51 196 SRR14011045.3387 WP_122705662.1 44.8 252 108 7 6091 6798 3 239 2.85e-46 167 SRR14011045.3387 XP_009147075.2 28.0 640 377 14 14049 15719 336 974 1.09e-40 166 SRR14011045.3387 MBE5737882.1 25.6 683 420 17 14049 15995 218 846 3.40e-34 144 SRR14011045.3387 WP_211555180.1 39.4 137 82 1 19203 19610 30 166 6.57e-24 102 SRR14011045.3387 KAF5671546.1 24.5 660 410 18 14220 15989 452 1093 1.31e-21 103 SRR14011045.3387 OGG08302.1 34.1 170 103 4 18288 18782 73 238 2.76e-17 85.9 SRR14011045.3387 CAD7578726.1 48.7 76 38 1 6846 7073 70 144 6.98e-17 82.4 SRR14011045.3387 KAI3473816.1 35.1 131 85 0 11443 11051 4 134 1.10e-14 79.7 SRR14011045.3387 WP_183495065.1 35.1 111 70 2 12714 12385 10 119 3.21e-13 74.3 SRR14011045.3387 WP_067908376.1 53.8 78 35 1 7901 8131 165 242 4.01e-13 72.0 SRR14011045.3387 WP_019100427.1 20.9 535 345 13 14049 15563 260 746 5.22e-13 75.1 SRR14011045.3387 WP_049009918.1 21.2 519 361 10 14049 15563 258 742 1.33e-11 70.5 SRR14011045.3387 MSX26960.1 40.0 70 41 1 20959 20750 155 223 2.51e-09 60.1 SRR14011045.3387 KAJ6994162.1 25.4 185 125 4 14049 14585 212 389 1.52e-08 60.5 SRR14011045.3387 WP_115470986.1 53.8 39 18 0 18666 18782 217 255 2.54e-07 55.5 SRR14011045.3387 WP_071876418.1 29.7 145 86 5 19203 19610 32 169 9.00e-07 54.3 SRR14011045.3387 WP_143405880.1 65.0 40 14 0 1689 1808 1 40 1.60e-06 49.3 SRR14011045.3387 MBY0273331.1 32.8 134 84 4 14046 14441 176 305 3.14e-06 52.8 SRR14011045.3387 WP_152158314.1 63.6 33 12 0 18687 18785 103 135 7.09e-06 49.3 SRR14011045.3387 MBQ9964693.1 30.3 132 68 4 19215 19607 32 140 4.52e-05 46.6 SRR14011045.3387 URJ46333.1 53.2 47 22 0 10794 10654 224 270 4.57e-05 47.8 SRR14011045.3387 WP_074319120.1 63.2 38 13 1 15234 15347 627 663 8.00e-05 48.1 SRR14011045.3387 CQR41738.1 39.6 53 32 0 21676 21834 42 94 3.31e-04 45.8 SRR14011045.10150 MCI1663915.1 50.8 179 78 2 7104 7610 36 214 3.15e-49 179 SRR14011045.10150 SED04027.1 49.7 145 65 4 859 1281 3 143 5.21e-28 114 SRR14011045.10150 MBP6132529.1 33.8 266 143 7 8149 8940 45 279 5.54e-23 107 SRR14011045.10150 HAI0697239.1 33.9 221 124 6 8299 8946 78 281 7.27e-23 107 SRR14011045.10150 WP_069877432.1 41.7 163 82 7 7143 7610 54 210 2.77e-22 101 SRR14011045.10150 MCB9527501.1 33.6 143 87 5 859 1281 2 138 2.05e-13 71.6 SRR14011045.10150 WP_195473821.1 32.7 147 86 4 859 1281 23 162 9.44e-10 60.8 SRR14011045.10150 MBQ6815353.1 39.4 71 42 1 2957 3169 129 198 1.79e-07 55.1 SRR14011045.10150 MBP6544771.1 43.5 62 35 0 12741 12926 59 120 2.23e-07 56.2 SRR14011045.10150 PDX17128.1 55.8 52 18 2 14498 14638 44 95 6.48e-07 51.6 SRR14011045.10150 WP_139448115.1 36.2 69 44 0 2094 2300 44 112 2.70e-06 48.5 SRR14011045.10150 WP_185496123.1 49.1 55 28 0 15697 15861 216 270 3.02e-04 46.2 SRR14011045.10150 WEK50023.1 40.8 49 29 0 14632 14778 101 149 4.51e-04 43.5 SRR14011045.4233 OMF24356.1 40.9 66 38 1 271 77 87 152 9.17e-08 53.5 SRR14011045.4233 WP_088784550.1 50.0 56 27 1 271 107 132 187 2.34e-07 52.4 SRR14011045.4233 WP_135279859.1 44.4 63 30 2 268 89 221 281 3.65e-06 48.5 SRR14011045.33336 WP_050274510.1 48.1 239 112 6 9510 8818 54 288 3.12e-48 180 SRR14011045.33336 WP_106587829.1 31.8 245 162 5 4863 4132 158 398 2.08e-25 111 SRR14011045.33336 WP_013632646.1 41.4 140 80 1 1018 599 450 587 2.43e-24 111 SRR14011045.33336 WP_132898842.1 31.8 192 129 2 7474 6902 1 191 2.34e-23 102 SRR14011045.33336 MBE6900854.1 35.0 237 148 5 4863 4159 152 384 1.65e-22 102 SRR14011045.33336 WP_063338866.1 33.5 182 119 2 7432 6890 82 262 8.93e-21 96.3 SRR14011045.33336 WP_074319120.1 48.5 97 44 1 314 24 632 722 1.62e-19 95.9 SRR14011045.33336 MCR5007903.1 38.2 110 64 3 8093 7773 81 189 8.18e-19 86.7 SRR14011045.33336 RLD79060.1 77.2 57 12 1 5113 4943 79 134 2.81e-17 86.7 SRR14011045.33336 MBI6149093.1 54.8 62 28 0 302 117 664 725 1.04e-11 70.5 SRR14011045.33336 WP_041591748.1 47.1 85 34 1 302 48 534 607 1.85e-10 66.2 SRR14011045.33336 WP_122081718.1 64.3 42 15 0 8193 8068 53 94 2.05e-09 59.7 SRR14011045.33336 OFX32653.1 46.4 69 36 1 311 108 511 579 3.66e-09 62.0 SRR14011045.33336 HCT06136.1 44.0 75 41 1 323 102 640 714 3.96e-09 62.0 SRR14011045.33336 XP_009147075.2 60.0 50 19 1 308 162 819 868 6.97e-08 58.2 SRR14011045.33336 WP_241420500.1 26.3 224 138 6 9411 8815 101 322 7.79e-08 57.4 SRR14011045.33336 KAF5671546.1 39.6 91 50 2 308 39 852 938 1.22e-07 57.4 SRR14011045.33336 WP_253349177.1 55.6 45 20 0 6508 6374 54 98 1.42e-07 55.1 SRR14011045.33336 KAJ6994162.1 44.6 65 36 0 302 108 587 651 1.48e-07 57.0 SRR14011045.33336 SFX27592.1 36.1 97 60 1 314 24 581 675 2.94e-07 55.8 SRR14011045.33336 WP_019100427.1 57.8 45 19 0 311 177 643 687 3.29e-07 55.8 SRR14011045.33336 KAA0114277.1 38.7 75 45 1 314 93 644 718 4.32e-07 55.5 SRR14011045.33336 WP_088527814.1 51.2 43 21 0 8196 8068 47 89 4.49e-07 52.4 SRR14011045.33336 MBY0273331.1 45.5 55 30 0 311 147 523 577 1.57e-06 53.5 SRR14011045.33336 WP_049009918.1 39.2 97 53 3 299 24 643 738 1.65e-06 53.5 SRR14011045.33336 MCI7610146.1 59.0 39 15 1 5273 5160 14 52 5.89e-06 45.4 SRR14011045.33336 MBE6688122.1 50.0 48 23 1 302 162 616 663 1.09e-05 50.8 SRR14011045.33336 WP_176307440.1 30.0 100 68 1 314 21 676 775 2.70e-04 46.2 SRR14011045.33336 MBI3668312.1 47.2 53 26 2 4305 4147 193 243 3.18e-04 44.7 SRR14011045.30862 WP_162783004.1 24.1 361 215 9 3148 4194 197 510 6.84e-14 75.1 SRR14011045.82909 MBE6139600.1 41.9 93 49 2 5496 5759 619 711 5.00e-13 74.3 SRR14011045.82909 MCB0080507.1 60.7 56 22 0 4634 4801 1 56 5.54e-12 63.9 SRR14011045.82909 MCL2039304.1 40.2 92 48 2 5496 5753 173 263 5.14e-11 65.9 SRR14011045.82909 SCX00186.1 32.2 90 60 1 5493 5762 202 290 1.14e-09 62.0 SRR14011045.82909 WP_131001993.1 41.6 77 44 1 5496 5726 173 248 3.17e-09 60.5 SRR14011045.54013 MBT8607749.1 41.4 145 84 1 2247 1813 12 155 5.50e-27 118 SRR14011045.54013 WP_001202764.1 38.4 146 89 1 2244 1807 13 157 1.36e-22 104 SRR14011045.54013 NLU38508.1 33.5 161 99 3 14026 13565 33 192 2.01e-15 82.4 SRR14011045.54013 HCW55486.1 52.7 74 31 3 2475 2684 1 74 3.47e-13 68.6 SRR14011045.54013 HBR1104065.1 57.4 54 23 0 6406 6567 88 141 7.48e-08 57.4 SRR14011045.54013 NRJ54907.1 31.1 148 99 3 10214 9777 96 242 2.45e-05 48.1 SRR14011045.54013 MCB3018266.1 30.9 149 99 3 10214 9777 96 243 5.84e-05 47.0 SRR14011045.54013 OMF24356.1 35.1 74 46 1 4069 4290 352 423 1.26e-04 47.0 SRR14011045.38594 WP_070714099.1 54.8 124 49 4 17834 17469 114 232 6.51e-31 129 SRR14011045.38594 MBB3008158.1 50.0 124 58 3 17834 17469 99 220 3.51e-28 120 SRR14011045.38594 PPU99279.1 50.8 124 53 4 17834 17469 118 235 7.06e-26 114 SRR14011045.38594 WP_282979415.1 40.4 151 90 0 16179 15727 172 322 7.42e-23 102 SRR14011045.38594 WP_090879207.1 53.2 47 22 0 1726 1586 1 47 2.32e-10 57.8 SRR14011045.38594 MBQ5584458.1 47.4 57 30 0 20200 20030 25 81 2.41e-08 57.0 SRR14011045.38594 NGP45824.1 34.2 76 49 1 15960 15733 168 242 3.11e-07 53.9 SRR14011045.38594 WP_215493005.1 29.7 148 83 5 17467 17081 251 396 7.23e-07 54.3 SRR14011045.38594 WP_007708736.1 44.3 61 31 1 20203 20030 24 84 1.51e-06 51.6 SRR14011045.38594 WP_069156513.1 40.8 49 29 0 20173 20027 36 84 3.92e-05 47.4 SRR14011045.38594 EAC1232420.1 42.0 50 28 1 20179 20030 32 80 2.73e-04 44.7 SRR14011045.38594 WP_037310167.1 65.7 35 12 0 3415 3311 46 80 4.29e-04 44.7 SRR14011045.38594 MCL7714424.1 40.7 59 32 1 20197 20030 27 85 5.15e-04 43.9 SRR14011045.57175 OGG08302.1 33.4 350 204 7 6002 7027 4 332 3.04e-42 159 SRR14011045.57175 WP_281507500.1 50.0 188 82 5 766 1308 152 334 5.11e-40 162 SRR14011045.57175 WP_262406623.1 47.5 181 92 3 772 1308 154 333 1.44e-38 157 SRR14011045.57175 NGS95655.1 41.7 151 79 4 5838 5389 35 177 9.31e-25 103 SRR14011045.57175 WP_215557653.1 38.9 149 78 5 7311 7736 84 226 7.72e-19 88.6 SRR14011045.57175 MCF7808720.1 35.3 150 88 3 7305 7739 85 230 3.31e-18 85.9 SRR14011045.57175 MCK4403577.1 38.2 131 77 3 5784 5395 47 174 5.12e-17 80.9 SRR14011045.57175 MCC6044083.1 40.0 105 61 2 7413 7724 118 221 1.33e-15 80.1 SRR14011045.57175 MCH2409214.1 33.9 186 113 8 6506 7045 170 351 9.73e-15 78.2 SRR14011045.57175 MBT3583534.1 45.3 117 59 3 10705 11043 222 337 6.21e-14 76.6 SRR14011045.57175 WP_049327990.1 51.3 78 34 3 20015 20239 253 329 1.11e-13 75.9 SRR14011045.57175 WP_066046987.1 51.4 72 34 1 20024 20239 268 338 6.03e-13 73.6 SRR14011045.57175 MBQ4383193.1 36.4 110 66 3 7416 7736 117 225 1.07e-12 69.7 SRR14011045.57175 MBT4161918.1 40.7 86 49 1 7440 7691 130 215 3.57e-12 68.2 SRR14011045.57175 WP_115470986.1 30.3 188 120 7 6497 7042 172 354 1.33e-11 68.6 SRR14011045.57175 HCF4435603.1 38.1 113 68 2 10705 11040 415 526 2.67e-11 68.9 SRR14011045.57175 WP_145468487.1 35.2 91 57 1 7425 7691 125 215 4.02e-11 65.1 SRR14011045.57175 MBT5488157.1 24.3 334 203 9 1304 2176 33 359 3.68e-08 58.5 SRR14011045.57175 WP_004699236.1 71.4 35 10 0 5276 5380 413 447 7.97e-07 53.9 SRR14011045.57175 WP_041710957.1 36.0 89 51 3 7491 7754 98 181 9.41e-07 53.9 SRR14011045.10936 OGA29379.1 37.3 475 247 10 2411 3754 117 567 6.32e-66 236 SRR14011045.10936 WP_264228578.1 45.4 251 134 3 3020 3772 326 573 3.11e-55 205 SRR14011045.10936 WP_121975536.1 74.2 97 25 0 15978 15688 115 211 1.52e-37 145 SRR14011045.10936 MBO4522510.1 55.0 131 57 2 25867 26253 4 134 4.00e-36 136 SRR14011045.10936 AMW35569.1 53.2 111 52 0 10098 9766 37 147 2.62e-32 133 SRR14011045.10936 RYD39969.1 62.2 98 37 0 15981 15688 123 220 1.33e-30 124 SRR14011045.10936 WP_180130780.1 58.7 109 44 1 1429 1755 304 411 8.73e-27 116 SRR14011045.10936 WP_029222463.1 45.2 126 69 0 16065 15688 84 209 1.20e-24 108 SRR14011045.10936 WP_283107263.1 44.0 100 50 3 15984 15688 301 395 8.48e-16 83.6 SRR14011045.10936 WP_031972379.1 53.4 73 34 0 12594 12376 417 489 1.77e-14 79.7 SRR14011045.10936 WP_203339841.1 40.4 94 53 1 15972 15691 133 223 3.42e-14 76.6 SRR14011045.10936 MBT7163208.1 45.5 88 44 2 15951 15688 325 408 4.91e-13 74.7 SRR14011045.10936 WP_058504615.1 46.7 90 42 3 15957 15691 318 402 6.25e-13 74.3 SRR14011045.10936 NRF69152.1 43.0 107 52 4 16008 15691 256 354 9.64e-13 73.6 SRR14011045.10936 WP_017718577.1 42.6 101 54 2 15984 15682 357 453 1.70e-12 73.2 SRR14011045.10936 HCJ45190.1 53.3 45 21 0 3548 3682 21 65 2.37e-11 61.2 SRR14011045.10936 EEC9022132.1 34.3 102 52 3 15972 15700 223 320 1.02e-05 50.8 SRR14011045.21357 WP_020403159.1 38.5 156 94 2 3132 2668 62 216 2.04e-24 108 SRR14011045.21357 NRB18267.1 53.2 94 42 2 8431 8150 46 137 2.15e-22 100 SRR14011045.21357 WP_244200682.1 44.0 100 49 3 8434 8150 35 132 1.93e-19 91.3 SRR14011045.54671 WP_267861425.1 35.5 138 76 4 1345 1755 10 135 1.93e-09 59.3 SRR14011045.54671 MBE0577924.1 45.9 37 20 0 916 1026 13 49 1.24e-05 45.1 SRR14011045.29170 NLK90780.1 37.1 97 53 4 9464 9192 32 126 4.96e-10 60.1 SRR14011045.29170 NLV68328.1 33.0 97 57 4 9464 9192 32 126 1.67e-09 58.5 SRR14011045.29170 NLT72898.1 34.1 82 50 3 9464 9225 32 111 8.59e-08 53.5 SRR14011045.29170 MCD6205878.1 34.5 84 51 3 7253 7011 135 217 2.82e-06 50.4 SRR14011045.29170 MBT8607749.1 45.5 44 24 0 6293 6162 32 75 3.05e-05 48.1 SRR14011045.29170 MBD3769330.1 31.4 70 47 1 9410 9201 50 118 1.55e-04 43.9 SRR14011045.78078 WP_123159424.1 46.1 851 423 14 24126 21622 1 831 2.42e-167 543 SRR14011045.78078 WP_081224968.1 27.3 847 571 18 24102 21622 8 829 5.71e-64 238 SRR14011045.78078 WP_076409454.1 37.0 181 110 2 10811 10269 4 180 9.36e-28 117 SRR14011045.78078 MCB9999913.1 37.7 175 107 2 22410 21886 700 872 5.90e-26 117 SRR14011045.78078 WP_109219819.1 37.1 175 104 4 10781 10260 27 196 3.94e-23 104 SRR14011045.78078 WP_176354145.1 37.9 169 100 3 10754 10251 24 188 6.72e-22 100 SRR14011045.78078 WP_170725874.1 34.1 182 116 2 10808 10263 5 182 9.68e-22 99.4 SRR14011045.78078 WP_140480909.1 35.9 167 101 4 10766 10269 28 189 2.16e-21 99.0 SRR14011045.78078 WP_215557653.1 33.9 183 111 3 10814 10290 2 182 5.96e-19 89.4 SRR14011045.78078 SFB29161.1 53.5 86 40 0 9740 9483 118 203 5.94e-16 84.0 SRR14011045.78078 MBQ3864274.1 36.0 175 103 5 10763 10260 36 208 2.21e-15 80.1 SRR14011045.78078 MBQ4454347.1 32.3 195 122 5 10817 10254 336 527 5.01e-15 81.3 SRR14011045.78078 WP_211555180.1 31.4 188 122 3 10811 10263 1 186 5.34e-15 77.0 SRR14011045.78078 EHH5649593.1 34.1 170 96 4 10757 10263 20 178 1.20e-13 74.3 SRR14011045.78078 HAT4171334.1 43.0 86 49 0 9740 9483 119 204 2.16e-11 69.3 SRR14011045.78078 WP_278489123.1 27.5 200 136 6 10847 10260 1 195 9.06e-11 65.5 SRR14011045.78078 EHR6291555.1 27.8 176 112 4 10775 10266 19 185 1.27e-10 67.0 SRR14011045.78078 WP_167977039.1 27.1 181 117 5 10772 10251 18 190 4.67e-10 62.8 SRR14011045.78078 RLN50561.1 26.4 159 114 2 10772 10296 1507 1662 6.14e-10 65.5 SRR14011045.78078 GFR82011.1 45.5 66 31 1 9934 9752 53 118 6.27e-08 55.8 SRR14011045.59239 WP_122705662.1 34.9 235 142 6 1211 522 3 231 1.98e-22 98.2 SRR14011045.59239 WP_071877135.1 65.0 60 21 0 16096 15917 7 66 9.45e-22 90.5 SRR14011045.59239 CAD7578726.1 48.2 85 43 1 449 198 72 156 1.38e-17 84.0 SRR14011045.59239 WP_201454235.1 71.7 53 14 1 16732 16577 1 53 5.87e-17 76.3 SRR14011045.59239 KRX15989.1 30.5 226 141 6 13232 13864 5 229 2.70e-14 77.8 SRR14011045.59239 WP_199673213.1 36.8 152 72 4 10295 9870 254 391 2.40e-11 67.8 SRR14011045.59239 MCM1513138.1 35.1 151 74 4 10292 9870 274 410 2.88e-08 58.2 SRR14011045.59239 MCB1065733.1 64.7 34 12 0 195 94 11 44 5.59e-08 51.2 SRR14011045.59239 WP_037818847.1 33.1 151 75 5 10292 9870 266 400 7.83e-07 53.5 SRR14011045.59239 MCB0243881.1 56.5 46 19 1 11451 11317 154 199 1.43e-06 51.2 SRR14011045.59239 WP_215557653.1 53.3 45 20 1 11451 11320 152 196 1.58e-04 45.4 SRR14011045.59239 MBI4966856.1 65.2 23 8 0 159 91 1 23 3.90e-04 39.7 SRR14011045.51107 WP_205009067.1 64.6 99 35 0 5078 4782 1 99 1.03e-33 130 SRR14011045.51107 MCL2204087.1 32.8 320 172 11 21875 22768 274 572 4.50e-31 134 SRR14011045.51107 MBQ9679177.1 32.0 341 170 12 21875 22765 272 594 1.40e-28 125 SRR14011045.51107 WP_058918927.1 38.3 180 104 4 16173 16709 286 459 9.33e-26 113 SRR14011045.51107 CAI9595211.1 27.7 314 182 10 21875 22717 370 671 2.22e-18 92.8 SRR14011045.51107 EAJ4016142.1 46.9 113 59 1 4222 3887 11 123 9.10e-18 86.3 SRR14011045.51107 CDZ81696.1 41.4 99 57 1 4252 3959 18 116 6.32e-17 84.7 SRR14011045.51107 WP_251074290.1 60.9 69 27 0 4225 4019 40 108 7.93e-17 86.3 SRR14011045.51107 WP_124908062.1 43.4 113 62 2 4219 3887 43 155 2.12e-14 77.4 SRR14011045.51107 MCF6346354.1 44.2 86 46 1 5033 4782 16 101 5.76e-13 70.1 SRR14011045.51107 WP_196938834.1 43.4 83 47 0 5030 4782 22 104 9.82e-12 66.6 SRR14011045.51107 MBK6751737.1 31.8 107 59 3 22894 23175 1 106 4.10e-09 60.5 SRR14011045.51107 MCL6457358.1 48.1 54 28 0 22556 22717 566 619 1.03e-07 57.8 SRR14011045.51107 AOJ74168.1 27.3 187 119 6 16158 16688 266 445 5.82e-07 54.7 SRR14011045.51107 PCI52029.1 26.4 91 64 2 19762 20028 106 195 1.28e-04 45.4 SRR14011045.30995 WP_013571875.1 63.8 434 152 4 6683 5391 51 482 5.12e-169 530 SRR14011045.30995 WP_231355705.1 37.7 687 380 13 19474 17483 27 688 5.08e-96 330 SRR14011045.30995 WP_057479385.1 41.2 420 234 7 6668 5427 64 476 1.01e-87 296 SRR14011045.30995 WP_092081374.1 33.0 675 428 6 19471 17483 29 691 8.73e-77 273 SRR14011045.30995 WP_046325749.1 36.4 420 246 7 6671 5433 52 457 5.65e-73 252 SRR14011045.30995 PJJ44766.1 31.3 683 427 12 19471 17483 65 725 8.44e-67 244 SRR14011045.30995 NNC58435.1 50.5 212 104 1 22908 22273 464 674 9.38e-55 205 SRR14011045.30995 EIJ1046776.1 70.2 124 37 0 4016 4387 70 193 2.82e-50 187 SRR14011045.30995 MCC7304610.1 46.7 214 111 3 22908 22270 464 675 2.17e-48 186 SRR14011045.30995 MBP8196496.1 30.4 619 328 19 16450 14780 209 786 9.80e-46 179 SRR14011045.30995 MCF2656092.1 46.0 215 111 4 22908 22273 452 664 2.34e-45 177 SRR14011045.30995 WP_043940504.1 33.0 358 205 10 16480 15470 224 567 1.08e-35 146 SRR14011045.30995 WP_206581849.1 29.8 463 281 12 19474 18140 27 463 1.74e-34 144 SRR14011045.30995 HAN66834.1 34.6 350 201 12 16459 15476 231 574 1.98e-32 136 SRR14011045.30995 WP_208427233.1 43.5 170 88 4 6668 6165 49 212 4.11e-30 122 SRR14011045.30995 MBF1583063.1 50.0 116 58 0 4010 4357 67 182 1.44e-27 119 SRR14011045.30995 CAD7578726.1 46.5 99 53 0 21396 21100 67 165 2.44e-24 103 SRR14011045.30995 WP_122705662.1 83.6 55 9 0 21829 21665 104 158 6.73e-22 97.1 SRR14011045.30995 MBV8349295.1 58.3 72 29 1 10249 10037 198 269 4.55e-19 91.7 SRR14011045.30995 MBI4966856.1 82.2 45 8 0 21089 20955 1 45 7.13e-18 79.0 SRR14011045.30995 WP_278266677.1 33.3 183 97 4 10255 9743 166 335 2.06e-16 84.7 SRR14011045.30995 WP_150253061.1 30.0 223 146 6 16162 15521 364 585 2.23e-15 82.4 SRR14011045.30995 MCB1065733.1 73.9 46 12 0 21092 20955 22 67 2.28e-14 69.7 SRR14011045.30995 MCJ8273875.1 47.5 61 32 0 11392 11210 44 104 4.92e-12 68.2 SRR14011045.30995 NLZ92879.1 50.0 44 22 0 17617 17486 2 45 6.13e-06 47.8 SRR14011045.30995 WP_183832569.1 38.5 78 45 1 19742 19966 25 102 3.56e-05 46.2 SRR14011045.37207 MBQ9979016.1 35.2 287 110 4 11906 11157 107 354 3.37e-29 122 SRR14011045.37207 OQB67688.1 25.9 371 262 7 20711 19629 168 535 2.84e-24 110 SRR14011045.37207 WP_017718577.1 39.3 183 97 4 4524 3988 432 604 3.96e-22 104 SRR14011045.37207 WP_121975536.1 32.1 268 156 8 3762 3004 1 257 8.24e-21 96.7 SRR14011045.37207 NRF69152.1 33.3 177 91 4 4512 3988 340 491 2.14e-19 94.7 SRR14011045.37207 WP_058504615.1 35.8 176 86 5 4512 3988 388 537 1.09e-18 92.8 SRR14011045.37207 WP_283107263.1 36.6 153 74 3 4512 4054 380 509 1.78e-17 89.0 SRR14011045.37207 MBT7163208.1 31.9 160 83 2 4512 4036 393 527 3.52e-15 81.6 SRR14011045.37207 WP_003960394.1 47.1 85 42 3 15516 15268 9 92 3.99e-15 81.6 SRR14011045.37207 WP_203339841.1 52.9 68 32 0 4512 4309 209 276 1.44e-14 77.8 SRR14011045.37207 RYD39969.1 33.1 175 96 6 3408 2926 127 294 1.73e-12 70.9 SRR14011045.37207 WP_074745818.1 37.8 90 56 0 1803 1534 307 396 2.86e-10 65.1 SRR14011045.37207 WP_029222463.1 32.3 161 82 5 3393 2959 121 270 3.86e-08 58.2 SRR14011045.37207 MCB0243881.1 35.7 84 54 0 24052 24303 63 146 4.72e-08 56.2 SRR14011045.37207 MCC6044083.1 35.3 85 55 0 24049 24303 60 144 6.46e-07 53.9 SRR14011045.37207 MCP4914981.1 68.8 32 10 0 11757 11662 182 213 1.99e-06 51.2 SRR14011045.37207 STC68550.1 35.2 108 62 5 14977 14669 203 307 7.84e-05 48.1 SRR14011045.37207 MCH8269832.1 69.0 29 9 0 11754 11668 188 216 1.22e-04 47.0 SRR14011045.37207 WP_049105913.1 60.6 33 13 0 11760 11662 297 329 2.17e-04 46.2 SRR14011045.15253 RGZ20155.1 33.6 235 128 7 30709 30065 1 227 3.72e-22 99.8 SRR14011045.15253 WP_008470196.1 35.2 196 123 3 34485 35066 51 244 5.40e-20 92.4 SRR14011045.15253 MBE3595273.1 44.4 124 68 1 25122 24754 179 302 1.15e-18 91.7 SRR14011045.15253 WP_222125851.1 45.8 96 51 1 34782 35066 146 241 1.04e-15 79.7 SRR14011045.15253 WP_115992495.1 42.7 96 54 1 34782 35066 147 242 1.34e-13 73.6 SRR14011045.15253 WP_142133210.1 43.4 106 57 2 34752 35066 142 245 6.30e-13 71.6 SRR14011045.15253 WP_072380563.1 41.5 82 46 1 34755 35000 137 216 6.36e-12 68.6 SRR14011045.15253 WP_077320126.1 57.1 56 22 2 25899 25732 358 411 1.25e-08 60.5 SRR14011045.15253 HAR4306776.1 37.2 86 51 2 2126 1875 10 94 4.70e-08 58.5 SRR14011045.15253 YP_010317795.1 25.1 215 146 5 27739 27110 11 215 3.26e-05 48.5 SRR14011045.15253 MBP1876254.1 34.2 73 47 1 34782 34997 146 218 1.65e-04 47.0 SRR14011045.15253 NLW39422.1 33.8 71 47 0 34785 34997 158 228 6.20e-04 45.1 SRR14011045.15253 WP_223326327.1 79.2 24 5 0 6496 6425 30 53 9.20e-04 42.4 SRR14011045.36150 MBI2528438.1 58.8 51 21 0 222 374 31 81 2.21e-15 70.9 SRR14011045.36150 WP_173283317.1 62.0 50 19 0 225 374 27 76 5.27e-15 69.7 SRR14011045.36150 QID82546.1 60.0 25 10 0 285 359 353 377 9.25e-05 40.4 SRR14011045.36150 WP_107352122.1 36.1 61 34 1 216 398 35 90 2.70e-04 38.9 SRR14011045.36150 KFF47610.1 34.9 43 28 0 270 398 48 90 6.60e-04 37.7 SRR14011045.31033 WP_122705662.1 68.0 122 31 2 340 687 120 239 3.00e-47 159 SRR14011045.31033 CAD7578726.1 37.6 141 53 2 418 840 1 106 2.32e-23 95.9 SRR14011045.31033 MCB1065733.1 78.3 46 10 0 968 1105 3 48 6.29e-18 75.9 SRR14011045.70789 NNC58435.1 84.1 63 10 0 381 193 5 67 8.58e-25 110 SRR14011045.70789 PAZ00503.1 55.4 92 41 0 1418 1143 7 98 1.04e-23 95.9 SRR14011045.70789 MCC7304610.1 71.9 64 18 0 384 193 8 71 6.48e-22 101 SRR14011045.66885 WP_107723967.1 37.8 320 172 14 24786 23878 236 545 3.54e-31 132 SRR14011045.66885 EPF53206.1 95.6 45 2 0 30165 30031 20 64 2.82e-21 90.1 SRR14011045.66885 WP_253808359.1 37.7 154 93 3 10152 9694 102 253 5.85e-18 89.7 SRR14011045.66885 WP_254698006.1 32.7 168 106 4 10191 9703 80 245 5.70e-14 77.8 SRR14011045.66885 WP_225579579.1 34.7 176 98 7 10191 9694 94 262 2.25e-13 75.9 SRR14011045.66885 OQA38407.1 34.0 159 102 3 10176 9703 102 258 2.14e-12 72.4 SRR14011045.66885 WP_032587385.1 33.8 145 92 3 18541 18966 13 156 1.19e-10 67.4 SRR14011045.66885 WP_085680475.1 44.3 61 30 1 3902 4084 35 91 1.45e-07 55.5 SRR14011045.38414 WP_028046854.1 43.9 310 162 3 16522 17433 58 361 3.54e-65 231 SRR14011045.38414 WP_282979415.1 49.7 145 68 4 3550 3131 6 150 1.27e-24 107 SRR14011045.38414 WP_025983621.1 42.3 142 69 4 28625 29011 1 142 6.25e-20 90.5 SRR14011045.38414 MBP8741618.1 37.2 239 99 8 28637 29266 3 219 1.08e-17 90.5 SRR14011045.38414 WP_070714099.1 33.7 104 58 2 4953 4642 37 129 3.80e-11 68.6 SRR14011045.38414 PPU99279.1 33.6 149 75 5 5064 4639 3 134 6.89e-11 67.8 SRR14011045.38414 NJE80740.1 30.5 177 121 2 11298 11828 23 197 8.13e-11 64.3 SRR14011045.38414 MCL7714424.1 31.4 140 91 2 7162 6749 1 137 3.04e-10 63.2 SRR14011045.38414 WP_007708736.1 35.1 131 83 1 7159 6773 1 131 3.14e-10 63.2 SRR14011045.38414 MBQ5584458.1 30.5 131 89 1 6951 6565 69 199 3.14e-10 63.2 SRR14011045.38414 WP_185031483.1 44.3 61 34 0 6747 6565 136 196 3.50e-10 63.2 SRR14011045.38414 WP_074053577.1 32.8 180 102 6 10931 10395 23 184 6.00e-10 64.3 SRR14011045.38414 WP_076194242.1 42.0 81 46 1 7559 7317 349 428 3.26e-09 62.4 SRR14011045.38414 MBO8233644.1 36.6 82 51 1 7559 7317 265 346 7.36e-09 60.8 SRR14011045.38414 WP_069156513.1 29.0 145 87 4 7156 6749 3 140 5.18e-08 56.6 SRR14011045.38414 WP_190630613.1 30.2 189 117 6 11292 11834 20 201 1.64e-07 54.7 SRR14011045.38414 WP_186723788.1 31.1 132 78 2 7150 6773 8 132 4.35e-07 53.9 SRR14011045.38414 MCG6912449.1 33.3 93 61 1 10395 10120 182 274 1.12e-06 53.9 SRR14011045.38414 PYP94120.1 27.5 138 86 2 6936 6541 74 203 2.35e-06 51.6 SRR14011045.38414 WP_119815679.1 33.3 120 58 3 29724 30080 299 397 5.10e-05 49.3 SRR14011045.38414 EAC1232420.1 26.7 131 94 2 7159 6767 1 129 9.67e-05 46.6 SRR14011045.38414 WP_011739125.1 52.9 34 16 0 17083 17184 220 253 2.49e-04 46.6 SRR14011045.38414 MBQ6815353.1 38.5 52 31 1 2769 2614 218 268 5.85e-04 44.7 SRR14011045.38414 WP_195290884.1 27.3 165 101 4 10874 10386 52 199 7.26e-04 45.1 SRR14011045.38414 WP_187918914.1 25.2 151 99 4 16990 17430 194 334 7.46e-04 45.1 SRR14011045.57703 HCN8461219.1 51.4 35 17 0 207 103 10 44 8.72e-05 39.3 SRR14011045.57703 WP_210226425.1 36.8 57 36 0 207 37 11 67 1.86e-04 40.8 SRR14011045.57703 GLX88815.1 44.3 61 30 3 207 31 11 69 7.83e-04 38.9 SRR14011045.81053 WP_223326327.1 74.2 120 31 0 5379 5738 1 120 4.47e-51 176 SRR14011045.81053 WP_072989136.1 48.3 120 62 0 9847 10206 1 120 7.35e-29 120 SRR14011045.81053 HAR4306776.1 40.2 122 73 0 9859 10224 6 127 2.47e-20 95.1 SRR14011045.81053 WP_110035452.1 53.7 67 29 1 9629 9823 170 236 2.32e-14 73.9 SRR14011045.81053 WP_278982769.1 28.2 202 125 4 4265 3669 2 186 1.97e-13 73.9 SRR14011045.81053 WP_042650033.1 49.3 71 34 1 9617 9823 179 249 3.11e-13 70.9 SRR14011045.81053 WP_226741138.1 25.3 194 141 3 8161 8730 2 195 7.36e-06 49.3 SRR14011045.81053 WP_192202944.1 31.8 110 70 2 9853 10176 1 107 7.44e-06 49.7 SRR14011045.81053 MBM7125960.1 26.6 173 124 3 4737 5255 85 254 3.93e-05 46.6 SRR14011045.81053 WP_153033981.1 43.1 51 28 1 6228 6377 139 189 1.75e-04 45.1 SRR14011045.39333 MBR3968535.1 54.7 150 67 1 12684 13130 34 183 5.38e-41 154 SRR14011045.39333 WP_073505727.1 42.9 189 100 3 16829 17383 145 329 1.15e-38 148 SRR14011045.39333 WP_133874384.1 46.3 149 80 0 16919 17365 174 322 2.42e-33 132 SRR14011045.39333 PGL69713.1 55.0 120 54 0 10161 9802 359 478 4.68e-31 131 SRR14011045.39333 EFU9196970.1 47.9 119 62 0 10161 9805 470 588 2.03e-24 112 SRR14011045.39333 WP_164767343.1 37.1 151 93 2 16895 17344 7 156 8.01e-20 89.7 SRR14011045.39333 UCF87976.1 35.6 149 94 2 12684 13127 39 186 2.29e-17 84.3 SRR14011045.39333 WP_261970917.1 55.6 54 24 0 10325 10164 309 362 3.75e-10 65.1 SRR14011045.39333 WP_250295751.1 30.5 141 81 4 10161 9784 688 826 2.62e-09 62.8 SRR14011045.39333 WP_205448866.1 37.0 92 50 3 16389 16640 1 92 6.60e-07 53.9 SRR14011045.39333 MBD5306941.1 33.6 116 67 3 10161 9838 698 811 9.97e-07 54.3 SRR14011045.39333 WP_195689481.1 40.0 50 28 1 669 526 89 138 4.67e-05 46.6 SRR14011045.6908 WP_159801197.1 52.5 59 28 0 16680 16504 45 103 7.29e-15 72.4 SRR14011045.38173 WP_185496123.1 49.4 79 39 1 1763 1996 196 274 2.79e-10 63.9 SRR14011045.11594 WP_046234935.1 37.1 167 99 3 20038 19544 17 179 1.71e-17 86.7 SRR14011045.11594 WP_033611379.1 34.7 147 81 5 9261 9677 117 256 1.40e-14 77.4 SRR14011045.32104 WP_081224968.1 38.0 395 227 5 15537 14383 31 417 1.64e-65 242 SRR14011045.32104 MBP6786080.1 36.1 518 317 5 24681 23158 182 695 3.63e-65 240 SRR14011045.32104 WP_029789810.1 33.6 565 363 6 24831 23158 132 691 1.40e-63 235 SRR14011045.32104 KAF6257731.1 33.8 518 326 5 24681 23158 181 691 2.92e-54 207 SRR14011045.32104 WP_123159424.1 36.9 379 212 9 14320 13229 438 804 8.67e-50 194 SRR14011045.32104 WP_136095406.1 29.9 532 258 10 24681 23158 140 580 5.52e-45 177 SRR14011045.32104 MBT5488157.1 38.3 295 148 3 11483 10701 44 338 1.86e-37 151 SRR14011045.32104 MBQ8297564.1 38.6 223 135 2 5317 4652 349 570 4.01e-37 150 SRR14011045.32104 WP_262406623.1 36.6 309 148 3 11483 10701 344 652 5.73e-35 146 SRR14011045.32104 WP_195368055.1 31.0 329 210 7 5620 4664 250 571 1.00e-34 142 SRR14011045.32104 WP_060613079.1 36.6 238 118 4 5317 4655 358 579 1.97e-34 142 SRR14011045.32104 MBL8103469.1 44.4 178 92 2 24831 24307 137 310 6.01e-34 138 SRR14011045.32104 WP_281507500.1 36.0 308 149 3 11483 10704 345 652 5.44e-33 140 SRR14011045.32104 MCB9999913.1 27.4 445 266 10 15537 14371 45 488 6.17e-33 140 SRR14011045.32104 MBT3459617.1 34.1 229 140 3 5314 4646 1 224 2.25e-30 121 SRR14011045.32104 NFD84694.1 33.3 231 152 2 5326 4637 535 764 1.14e-29 129 SRR14011045.32104 WP_011512097.1 33.2 235 143 4 5326 4643 357 584 8.59e-27 118 SRR14011045.32104 OLA08565.1 57.3 103 40 3 7088 6786 11 111 5.69e-26 108 SRR14011045.32104 KAI9191373.1 45.3 139 75 1 3511 3098 432 570 1.30e-25 116 SRR14011045.32104 MBP5726154.1 51.0 102 47 3 7088 6789 11 111 1.43e-25 107 SRR14011045.32104 KPK79043.1 51.6 124 58 2 24678 24307 173 294 3.55e-25 114 SRR14011045.32104 MBQ4454347.1 41.4 140 81 1 3511 3095 375 514 1.74e-24 111 SRR14011045.32104 WP_038440434.1 28.6 231 164 1 5326 4634 347 576 2.26e-24 110 SRR14011045.32104 KAI7727618.1 64.6 82 29 0 24299 24054 283 364 1.05e-23 110 SRR14011045.32104 WP_195238978.1 41.5 135 78 1 3511 3110 520 654 1.75e-23 108 SRR14011045.32104 WP_247749043.1 28.6 234 146 4 5317 4655 373 598 3.71e-21 100 SRR14011045.32104 MCH2804017.1 58.0 69 29 0 23463 23257 11 79 4.60e-21 89.4 SRR14011045.32104 MCL6457358.1 23.2 392 280 9 15537 14395 21 402 2.65e-17 89.4 SRR14011045.32104 WP_109219819.1 26.8 220 142 6 5323 4688 30 238 1.15e-12 72.4 SRR14011045.32104 NVM03966.1 25.8 244 145 9 5317 4634 37 260 9.54e-11 65.9 SRR14011045.32104 MSZ29533.1 44.7 76 42 0 14008 13781 548 623 6.49e-10 65.1 SRR14011045.32104 WP_011057593.1 35.4 96 59 2 4987 4709 123 218 1.63e-09 62.4 SRR14011045.32104 EHH5649593.1 24.4 234 156 6 5326 4634 14 229 3.20e-08 57.8 SRR14011045.32104 WP_142931103.1 24.9 221 138 6 5335 4718 266 473 4.09e-08 58.5 SRR14011045.32104 WP_194957532.1 33.0 115 66 4 14086 13775 487 601 1.49e-06 53.9 SRR14011045.32104 WP_088153117.1 31.3 96 61 3 4987 4712 121 215 1.99e-06 52.8 SRR14011045.32104 MCP5262709.1 26.1 218 141 7 5317 4712 20 233 2.71e-05 48.9 SRR14011045.79736 WP_006027485.1 41.1 275 155 4 18720 17908 59 330 2.49e-57 203 SRR14011045.79736 WP_164585387.1 36.6 276 167 4 18720 17908 59 331 3.06e-47 174 SRR14011045.79736 NNE87648.1 38.0 221 122 7 6383 5724 94 300 1.61e-33 137 SRR14011045.79736 WP_145616262.1 37.9 206 116 6 6380 5763 95 288 6.32e-31 129 SRR14011045.79736 WP_280938002.1 29.1 354 206 9 4563 3574 76 408 6.35e-31 128 SRR14011045.79736 WP_268714943.1 73.7 99 25 1 16272 15979 42 140 6.38e-31 126 SRR14011045.79736 WP_244311009.1 64.6 82 29 0 4370 4125 139 220 6.53e-30 125 SRR14011045.79736 WP_060613079.1 30.3 284 178 7 9975 9154 307 580 1.87e-28 124 SRR14011045.79736 MBQ4454347.1 30.2 288 190 6 9975 9130 302 584 4.22e-26 116 SRR14011045.79736 WP_195238978.1 30.7 283 171 6 9966 9157 450 720 5.23e-26 117 SRR14011045.79736 WP_011512097.1 30.9 285 164 7 9951 9151 313 582 3.88e-23 107 SRR14011045.79736 WP_031876812.1 27.4 332 213 7 8033 7068 46 359 2.08e-18 90.5 SRR14011045.79736 NFD84694.1 27.6 279 176 7 9951 9157 492 758 6.84e-18 91.3 SRR14011045.79736 KAJ5168969.1 28.7 261 176 6 9963 9199 473 729 1.07e-16 87.4 SRR14011045.79736 NIP79453.1 52.1 73 34 1 6221 6003 15 86 5.31e-16 75.5 SRR14011045.79736 MYE57211.1 71.4 42 12 0 6666 6541 5 46 1.55e-14 75.1 SRR14011045.79736 KAI9191373.1 25.2 270 175 5 9951 9157 365 612 1.02e-13 77.8 SRR14011045.79736 KAI7371949.1 27.3 267 172 9 9963 9199 617 873 2.42e-13 76.6 SRR14011045.79736 WP_187047047.1 49.2 63 32 0 27358 27546 328 390 6.87e-12 70.5 SRR14011045.79736 WP_203339841.1 54.2 59 26 1 16698 16525 206 264 5.85e-09 60.8 SRR14011045.79736 WAY96880.1 28.8 198 118 7 9804 9241 10 194 6.24e-09 58.5 SRR14011045.79736 CAH1968295.1 35.7 84 49 1 4370 4134 10 93 3.47e-07 55.1 SRR14011045.79736 DAZ71054.1 51.0 51 25 0 6669 6517 34 84 6.18e-07 54.7 SRR14011045.79736 MWR41881.1 23.3 215 143 6 9804 9196 49 253 5.82e-06 50.8 SRR14011045.79736 WP_195368055.1 33.7 92 60 1 9694 9419 396 486 6.27e-06 52.0 SRR14011045.79736 NRF69152.1 44.1 59 32 1 16698 16525 337 395 3.99e-05 49.3 SRR14011045.79736 MBT7163208.1 41.8 55 31 1 16701 16540 389 443 7.31e-05 48.5 SRR14011045.79736 MBQ8297564.1 20.5 283 204 7 12613 11798 5 277 9.54e-05 48.1 SRR14011045.79736 WP_091276063.1 62.5 32 12 0 3405 3310 3 34 2.98e-04 40.8 SRR14011045.79736 WP_278489123.1 19.3 243 173 5 9888 9193 5 235 6.27e-04 44.7 SRR14011045.79736 WP_072380563.1 20.3 217 150 5 9804 9193 22 228 6.65e-04 44.3 SRR14011045.27726 WP_115992495.1 60.7 112 39 1 3909 4244 129 235 2.04e-35 134 SRR14011045.27726 WP_008470196.1 53.8 117 54 0 3909 4259 131 247 6.65e-34 130 SRR14011045.27726 WP_222125851.1 57.5 113 48 0 3909 4247 128 240 2.26e-32 125 SRR14011045.27726 WP_142133210.1 55.2 116 52 0 3909 4256 132 247 6.45e-32 124 SRR14011045.27726 WP_072380563.1 54.6 97 44 0 3909 4199 126 222 3.02e-28 114 SRR14011045.27726 MBG9445742.1 62.3 61 21 1 3116 3292 79 139 1.15e-12 67.8 SRR14011045.27726 NLW39422.1 35.1 94 61 0 3906 4187 138 231 5.66e-11 64.7 SRR14011045.27726 WP_071876418.1 31.0 100 69 0 3912 4211 417 516 8.85e-10 62.0 SRR14011045.27726 WP_247749043.1 36.0 89 55 2 3948 4214 499 585 2.51e-08 57.4 SRR14011045.27726 MCO5064371.1 41.7 72 40 1 3083 3292 121 192 3.46e-08 55.5 SRR14011045.27726 WP_008134825.1 37.8 82 50 1 3951 4196 748 828 6.66e-08 56.2 SRR14011045.27726 MCF7808720.1 33.0 94 61 2 3912 4190 134 226 9.96e-07 50.4 SRR14011045.27726 WP_150396769.1 31.1 103 65 1 3933 4241 410 506 1.81e-06 51.2 SRR14011045.27726 MBQ9964693.1 39.2 74 42 2 3906 4124 99 170 2.46e-06 48.5 SRR14011045.27726 WP_038440434.1 33.0 100 65 2 3897 4196 453 550 2.96e-05 47.4 SRR14011045.27726 WP_279984614.1 52.6 38 18 0 3746 3859 84 121 7.75e-05 45.1 SRR14011045.58185 WP_155963450.1 43.8 80 43 1 11843 12082 63 140 3.79e-13 74.3 SRR14011045.65750 WP_281507500.1 31.6 544 331 12 4970 3414 41 568 3.62e-37 153 SRR14011045.65750 WP_262406623.1 30.0 533 353 9 4970 3414 41 567 3.48e-36 150 SRR14011045.65750 MBT5488157.1 36.4 236 118 4 4085 3414 38 253 2.11e-23 107 SRR14011045.65750 MCH2409214.1 40.6 128 75 1 1866 1483 156 282 1.21e-16 84.0 SRR14011045.65750 WP_122920202.1 28.0 200 131 4 1267 674 12 200 8.14e-14 74.3 SRR14011045.65750 WP_115470986.1 30.6 160 58 3 1875 1474 158 290 4.14e-12 70.1 SRR14011045.65750 OGG08302.1 24.2 236 145 5 2336 1650 6 214 4.47e-10 63.5 SRR14011045.65750 MBP8049567.1 34.6 104 65 2 991 689 80 183 2.01e-09 60.8 SRR14011045.17266 KAA0114277.1 38.7 452 247 10 17481 18779 476 916 5.51e-65 241 SRR14011045.17266 MBE6688122.1 32.2 453 263 11 17481 18758 447 882 2.93e-41 167 SRR14011045.17266 WP_278631399.1 28.3 441 277 10 17481 18758 435 851 1.71e-36 151 SRR14011045.17266 MBP1530348.1 34.3 166 104 4 4388 3894 1 162 3.55e-24 103 SRR14011045.17266 XP_009147075.2 38.4 172 104 2 17667 18182 711 880 7.63e-24 111 SRR14011045.17266 WP_235126772.1 29.8 312 184 9 17670 18551 508 802 3.43e-22 105 SRR14011045.17266 WP_026893585.1 32.3 164 109 2 4379 3891 5 167 1.71e-21 95.9 SRR14011045.17266 WP_194544138.1 33.5 170 104 4 4379 3894 13 181 1.84e-17 84.7 SRR14011045.17266 KAF5671546.1 35.1 174 110 3 17664 18182 742 913 2.23e-17 90.1 SRR14011045.17266 WP_069156513.1 33.5 170 102 5 4379 3894 5 171 3.78e-17 83.6 SRR14011045.17266 EAG2350674.1 38.8 103 61 2 4379 4074 5 106 4.33e-17 80.1 SRR14011045.17266 MCL7714424.1 32.3 164 107 3 4379 3897 5 167 5.52e-13 71.2 SRR14011045.17266 WP_076194242.1 24.6 244 154 6 25637 26335 217 441 7.87e-13 73.9 SRR14011045.17266 WP_049009918.1 39.5 119 67 1 16352 16693 107 225 2.06e-12 73.6 SRR14011045.17266 WP_176970092.1 49.4 87 32 2 11239 11481 69 149 5.49e-12 69.7 SRR14011045.17266 WP_087222948.1 41.7 84 48 1 21924 22175 178 260 9.76e-10 62.4 SRR14011045.17266 WP_019100427.1 31.9 144 83 5 16304 16693 75 217 2.34e-09 63.5 SRR14011045.17266 URJ46333.1 41.0 78 46 0 21957 22190 189 266 8.09e-08 56.6 SRR14011045.17266 KAJ6994162.1 58.1 43 18 0 16565 16693 150 192 2.33e-07 57.0 SRR14011045.17266 MBQ5584458.1 41.1 56 33 0 23933 24100 10 65 7.52e-06 50.1 SRR14011045.17266 WP_249930443.1 36.4 77 39 2 4379 4179 415 491 1.22e-04 47.8 SRR14011045.17266 WP_074911472.1 41.2 51 29 1 23933 24085 1062 1111 8.08e-04 45.4 SRR14011045.17266 WP_210569664.1 53.3 45 17 2 10384 10506 279 323 9.69e-04 44.7 SRR14011045.45273 WP_238717267.1 37.9 338 200 5 3569 4564 261 594 1.13e-40 162 SRR14011045.45273 WP_116803659.1 52.5 101 41 3 23978 23697 106 206 5.01e-24 105 SRR14011045.45273 WP_015615815.1 40.2 127 74 1 56 430 434 560 3.87e-19 95.1 SRR14011045.45273 WP_282171596.1 33.7 181 93 5 6635 7135 60 227 9.58e-11 66.6 SRR14011045.45273 WP_068462781.1 26.5 249 125 4 6635 7303 60 276 2.55e-08 58.9 SRR14011045.45273 WP_015919400.1 62.8 43 16 0 591 719 592 634 4.22e-08 58.9 SRR14011045.45273 MCJ7548546.1 58.1 43 18 0 591 719 631 673 7.91e-07 54.7 SRR14011045.45273 MBL8638832.1 51.2 43 21 0 591 719 691 733 2.24e-05 50.1 SRR14011045.42329 MBO4522510.1 43.6 101 55 2 20367 20669 64 162 5.92e-16 78.6 SRR14011045.42329 WP_064292413.1 37.4 115 63 5 13159 13491 3 112 6.98e-12 64.3 SRR14011045.42329 WP_012506875.1 50.8 59 29 0 11346 11170 139 197 8.07e-11 63.9 SRR14011045.81762 WP_091276063.1 70.5 44 12 1 3574 3705 3 45 5.43e-10 56.2 SRR14011045.81762 GGT63801.1 46.7 75 37 2 2670 2452 355 428 7.70e-10 63.9 SRR14011045.81762 WP_230519716.1 44.7 76 37 4 2670 2452 253 326 5.39e-08 57.8 SRR14011045.22279 MBP6786080.1 51.7 89 41 2 15331 15594 247 334 8.92e-23 106 SRR14011045.22279 WP_029789810.1 52.8 89 40 2 15331 15594 246 333 3.43e-22 104 SRR14011045.22279 MBL8103469.1 56.2 89 37 2 15331 15594 251 338 4.48e-22 101 SRR14011045.22279 KAF6257731.1 51.7 89 41 2 15331 15594 246 333 1.44e-21 102 SRR14011045.22279 WP_136095406.1 29.3 317 184 7 15331 16200 205 508 3.04e-20 97.8 SRR14011045.22279 KAI7727618.1 27.2 276 155 6 15331 16152 663 894 2.15e-16 85.5 SRR14011045.22279 KPK79043.1 48.3 87 43 2 15334 15594 238 322 2.34e-16 85.1 SRR14011045.22279 MCR5069553.1 44.1 68 38 0 9702 9905 151 218 3.35e-10 64.3 SRR14011045.42608 WP_230208134.1 43.4 106 56 3 24686 24375 42 145 1.40e-11 69.7 SRR14011045.42608 WP_090879207.1 51.0 49 24 0 10509 10655 1 49 4.17e-10 57.8 SRR14011045.42608 MBI5477481.1 44.4 63 29 2 10780 10962 3 61 4.87e-09 55.1 SRR14011045.42608 WP_169356007.1 50.0 52 22 1 16186 16043 241 292 6.18e-08 58.2 SRR14011045.42608 WP_037310167.1 31.3 134 74 3 8804 9169 46 173 4.70e-07 54.7 SRR14011045.42608 NRB72577.1 51.1 47 19 1 16177 16037 244 286 9.37e-06 51.2 SRR14011045.69034 MBS1744667.1 31.3 176 105 5 9999 10490 96 267 1.33e-15 80.9 SRR14011045.69034 MBA3609961.1 47.8 46 24 0 10314 10451 220 265 3.15e-07 54.3 SRR14011045.77716 EAG5222239.1 36.3 135 86 0 7955 7551 15 149 5.54e-21 94.7 SRR14011045.77716 WP_216576398.1 32.6 135 90 1 7955 7551 15 148 3.18e-13 72.0 SRR14011045.77716 XP_020103231.1 32.3 130 86 2 8869 8480 207 334 3.95e-09 61.6 SRR14011045.77716 WP_075347218.1 71.4 35 9 1 24266 24162 105 138 3.82e-06 48.9 SRR14011045.57429 WP_049327990.1 40.1 142 77 4 596 1015 57 192 6.18e-20 89.4 SRR14011045.57429 WP_066046987.1 48.9 45 21 1 454 588 12 54 2.29e-08 53.9 SRR14011045.79766 WP_006027485.1 36.6 268 165 4 16023 16817 1 266 5.80e-35 138 SRR14011045.79766 WP_268714943.1 41.6 245 134 5 18584 19300 29 270 1.53e-32 130 SRR14011045.79766 WP_164585387.1 30.9 269 180 3 16023 16817 1 267 7.61e-26 111 SRR14011045.79766 WP_203339841.1 50.6 87 43 0 18150 18410 190 276 4.75e-17 85.1 SRR14011045.79766 MBT7163208.1 42.5 87 50 0 18150 18410 374 460 1.07e-13 76.6 SRR14011045.79766 NRF69152.1 42.5 87 50 0 18150 18410 321 407 4.78e-13 74.3 SRR14011045.79766 WP_187047047.1 49.2 63 32 0 7578 7390 328 390 6.12e-12 70.1 SRR14011045.79766 WP_017718577.1 39.3 84 51 0 18159 18410 420 503 5.05e-11 68.2 SRR14011045.79766 WP_058504615.1 38.7 75 46 0 18150 18374 369 443 1.16e-09 63.5 SRR14011045.79766 WP_074801249.1 37.5 72 44 1 19575 19787 20 91 3.83e-07 50.1 SRR14011045.11511 RQL72805.1 38.2 377 205 9 17103 16021 60 424 1.07e-58 213 SRR14011045.11511 WP_135287436.1 43.3 284 157 4 22932 22087 126 407 8.31e-50 184 SRR14011045.11511 WP_255602293.1 30.1 392 244 8 17109 15997 66 448 1.02e-39 157 SRR14011045.11511 WP_226276978.1 28.4 384 251 7 17109 16000 57 430 4.65e-36 145 SRR14011045.11511 OTN76164.1 32.3 325 181 10 22998 22084 91 396 9.71e-35 140 SRR14011045.11511 WP_018419316.1 48.8 123 61 2 25326 24961 53 174 1.28e-30 121 SRR14011045.11511 WP_100610557.1 32.2 295 163 8 26427 27254 72 348 2.09e-25 114 SRR14011045.11511 WP_197332010.1 26.8 403 242 12 17103 15982 57 435 8.91e-25 111 SRR14011045.11511 BAY23582.1 46.4 140 56 3 1427 1807 310 443 2.22e-21 100 SRR14011045.11511 WP_271116088.1 47.5 141 68 4 736 1149 31 168 3.49e-21 99.0 SRR14011045.11511 WP_280658332.1 36.7 128 78 2 25323 24946 42 168 1.40e-20 92.4 SRR14011045.11511 WP_066841281.1 42.5 160 77 5 712 1149 23 181 2.27e-19 93.6 SRR14011045.11511 WP_097641037.1 47.2 89 46 1 32102 31839 731 819 7.39e-16 84.7 SRR14011045.11511 MCU0947041.1 39.7 136 65 5 1433 1807 276 405 3.09e-13 74.7 SRR14011045.11511 KAE9687153.1 69.8 43 13 0 27998 28126 2 44 1.28e-12 67.0 SRR14011045.11511 HAR3824072.1 35.8 81 52 0 27509 27751 442 522 2.31e-07 56.6 SRR14011045.34953 WP_125260587.1 41.7 144 72 4 21185 20775 393 531 1.50e-19 96.3 SRR14011045.34953 WP_159801197.1 50.0 68 34 0 18352 18149 9 76 5.48e-16 75.9 SRR14011045.34953 WP_073505727.1 29.0 210 118 6 19295 18717 56 251 2.38e-15 79.7 SRR14011045.34953 MBU22120.1 39.7 141 73 4 21173 20772 432 567 7.76e-15 80.9 SRR14011045.34953 WP_133874384.1 29.8 198 129 4 19289 18717 56 250 2.23e-14 76.6 SRR14011045.34953 WP_158347019.1 52.5 59 28 0 20767 20591 427 485 2.04e-10 66.2 SRR14011045.34953 MCD6199266.1 43.1 72 41 0 20767 20552 433 504 3.53e-10 65.5 SRR14011045.34953 WP_164767343.1 39.8 93 39 3 18962 18717 5 91 7.40e-09 57.8 SRR14011045.34953 MBO8485404.1 45.6 57 31 0 20764 20594 775 831 2.69e-08 59.3 SRR14011045.34953 EGS7320029.1 27.3 183 124 5 585 55 54 233 8.31e-07 52.4 SRR14011045.9690 WP_266179881.1 39.1 64 39 0 2596 2405 52 115 2.29e-08 58.5 SRR14011045.9690 WP_223413240.1 34.6 78 51 0 2638 2405 38 115 6.76e-07 53.9 SRR14011045.9690 EFX2174330.1 36.3 80 50 1 2644 2408 34 113 1.40e-06 52.8 SRR14011045.9690 KJV99157.1 27.1 129 86 3 14192 14578 2 122 1.52e-05 49.3 SRR14011045.31818 MBQ7389792.1 42.2 180 91 4 19222 19737 517 691 4.26e-28 125 SRR14011045.31818 WP_189931865.1 41.3 179 93 5 19222 19737 430 603 2.85e-24 112 SRR14011045.31818 BBG20955.1 35.2 176 107 3 19222 19737 533 705 8.86e-22 104 SRR14011045.31818 MCC7304610.1 26.9 498 316 11 26648 28057 105 582 1.39e-21 102 SRR14011045.31818 NNC58435.1 24.8 614 400 14 26648 28384 104 690 4.42e-19 94.7 SRR14011045.31818 ULU28230.1 60.0 60 23 1 20490 20666 807 866 1.71e-17 90.1 SRR14011045.31818 WP_130528929.1 30.6 209 137 5 2578 3192 444 648 2.78e-15 82.8 SRR14011045.31818 WP_261665820.1 69.6 56 17 0 22756 22923 400 455 3.24e-15 82.8 SRR14011045.31818 WP_061278828.1 63.0 54 20 0 22759 22920 390 443 7.91e-12 71.6 SRR14011045.31818 WP_113544184.1 34.5 116 73 3 2851 3192 674 788 1.10e-10 67.8 SRR14011045.31818 TRZ64304.1 50.0 64 30 2 3010 3198 1 63 3.08e-08 58.9 SRR14011045.31818 AIR77599.1 67.6 37 12 0 18375 18485 106 142 7.20e-08 57.8 SRR14011045.31818 MBS07042.1 54.3 46 21 0 15129 15266 167 212 6.48e-07 54.7 SRR14011045.31818 MCF2656092.1 26.3 190 134 2 27830 28384 492 680 1.16e-06 54.3 SRR14011045.31818 WP_274976404.1 37.1 97 40 2 27830 28057 553 649 3.09e-05 49.7 SRR14011045.59442 AAL18389.1 65.2 164 57 0 5261 4770 156 319 3.50e-55 197 SRR14011045.59442 WP_143405880.1 86.2 109 14 1 3830 3504 14 121 4.36e-52 177 SRR14011045.59442 MBI3145102.1 40.1 334 165 10 5536 4595 134 452 1.26e-50 186 SRR14011045.59442 WP_122705662.1 76.5 81 19 0 2212 1970 46 126 6.44e-33 127 SRR14011045.59442 WP_067908376.1 48.9 135 67 2 574 176 121 255 3.36e-27 111 SRR14011045.59442 XP_018282977.1 71.2 73 21 0 7443 7225 362 434 1.08e-20 97.1 SRR14011045.59442 MCB1065733.1 68.8 48 15 0 1362 1219 1 48 1.73e-16 74.3 SRR14011045.59442 CAD7578726.1 31.1 161 96 6 1683 1219 42 193 5.11e-14 72.4 SRR14011045.59442 AGS31853.1 48.1 79 34 1 2200 1985 17 95 3.36e-13 67.4 SRR14011045.59442 MBI4966856.1 61.5 26 10 0 1296 1219 1 26 9.07e-05 40.4 SRR14011045.80081 WP_031876812.1 49.2 189 82 3 8211 8753 112 294 4.33e-41 157 SRR14011045.80081 WP_145616262.1 40.5 190 99 3 9467 10036 6 181 4.53e-31 129 SRR14011045.80081 NNE87648.1 38.0 187 101 3 9467 10027 6 177 2.13e-27 118 SRR14011045.80081 MYE57211.1 38.5 192 98 6 9461 10036 5 176 2.53e-27 111 SRR14011045.80081 DAZ71054.1 32.0 203 124 4 9458 10036 34 232 1.01e-14 78.2 SRR14011045.80081 WP_015615815.1 40.2 102 58 3 787 1083 63 164 6.24e-13 74.3 SRR14011045.80081 WP_195238978.1 25.1 334 214 8 5747 6697 406 720 7.33e-13 73.9 SRR14011045.80081 MCF2638803.1 39.4 94 54 2 7114 7389 37 129 4.03e-12 68.2 SRR14011045.80081 MBL8638832.1 52.2 69 27 2 2515 2703 726 794 9.82e-12 70.5 SRR14011045.80081 MCJ7548546.1 60.0 50 20 0 2515 2664 666 715 9.59e-11 67.0 SRR14011045.80081 WP_015919400.1 31.3 99 67 1 766 1059 51 149 1.76e-10 66.2 SRR14011045.80081 MBQ8297564.1 37.5 80 49 1 6052 6291 353 431 5.47e-10 64.3 SRR14011045.80081 KAI9191373.1 34.9 129 63 3 6299 6679 497 606 1.60e-09 63.2 SRR14011045.80081 NFD84694.1 35.9 103 65 1 3642 3947 320 422 2.58e-09 62.4 SRR14011045.80081 NIP79453.1 67.7 31 10 0 10033 10125 56 86 9.00e-07 48.5 SRR14011045.80081 KAI5122644.1 45.6 57 31 0 2515 2685 1055 1111 3.39e-06 52.4 SRR14011045.59797 BBG20955.1 61.7 47 14 1 5983 5843 1815 1857 2.54e-09 61.2 SRR14011045.59797 WP_061278828.1 66.0 47 12 1 5983 5843 415 457 5.14e-09 60.1 SRR14011045.59797 WP_261665820.1 61.7 47 14 1 5983 5843 426 468 5.14e-09 60.1 SRR14011045.59797 NNC58435.1 51.1 47 23 0 1317 1177 346 392 3.14e-07 53.9 SRR14011045.3524 WP_001202764.1 35.0 466 286 8 21039 22403 64 523 2.09e-54 201 SRR14011045.3524 MBT8607749.1 31.6 465 302 8 21039 22403 64 522 9.58e-44 170 SRR14011045.3524 WP_011313080.1 47.2 180 91 3 16418 16948 125 303 2.10e-34 135 SRR14011045.3524 WP_122705662.1 38.3 240 135 4 25127 24438 3 239 9.12e-31 122 SRR14011045.3524 WP_150071802.1 38.7 181 108 3 16418 16954 122 301 2.53e-25 108 SRR14011045.3524 CAD7578726.1 38.8 139 48 3 24653 24240 20 122 1.21e-21 96.3 SRR14011045.3524 MBI4966856.1 80.0 35 7 0 24102 23998 1 35 9.90e-12 61.6 SRR14011045.3524 MCB1065733.1 77.8 36 8 0 24105 23998 22 57 1.58e-10 58.9 SRR14011045.3524 WP_188888464.1 21.7 217 149 2 13142 12552 2 217 3.96e-06 50.4 SRR14011045.3524 WP_236961032.1 47.6 42 22 0 12677 12552 42 83 6.30e-05 43.9 SRR14011045.3524 WP_007683719.1 69.6 23 7 0 4044 4112 50 72 4.61e-04 41.2 SRR14011045.13924 OQB67688.1 28.4 391 231 10 9870 10967 2 368 7.31e-21 98.2 SRR14011045.13924 OEU77901.1 40.0 160 93 3 5775 6251 7 164 2.02e-18 86.7 SRR14011045.13924 WP_070188258.1 42.5 127 67 4 7771 8139 1 125 2.78e-11 67.8 SRR14011045.13924 WP_122013538.1 30.8 130 87 2 7771 8160 1 127 1.93e-08 58.5 SRR14011045.13924 WP_070509780.1 22.8 294 200 7 4534 5379 34 312 4.17e-06 50.4 SRR14011045.13924 WP_232180661.1 26.2 130 92 1 7771 8160 1 126 3.96e-05 47.8 SRR14011045.69293 WP_125504029.1 60.0 50 20 0 1190 1041 194 243 2.18e-10 63.5 SRR14011045.69293 WP_099639594.1 26.8 82 59 1 2668 2423 40 120 6.84e-07 49.3 SRR14011045.3617 WP_155963450.1 52.3 44 21 0 4040 4171 2 45 1.05e-07 56.6 SRR14011045.33447 NFD84694.1 33.4 365 224 8 11044 12120 413 764 2.17e-35 146 SRR14011045.33447 WP_068462781.1 32.7 251 157 2 1652 2392 111 353 3.08e-25 110 SRR14011045.33447 MBQ8297564.1 52.9 102 48 0 11797 12102 468 569 1.05e-22 105 SRR14011045.33447 WP_282171596.1 30.4 257 165 4 1637 2392 106 353 1.92e-22 102 SRR14011045.33447 WP_195238978.1 45.8 96 52 0 11818 12105 626 721 4.92e-16 84.3 SRR14011045.33447 WP_038440434.1 38.6 101 62 0 11818 12120 475 575 1.55e-13 75.9 SRR14011045.33447 MBQ4454347.1 35.6 104 65 1 11818 12123 481 584 2.70e-13 75.1 SRR14011045.33447 WP_196764971.1 60.9 46 18 0 5744 5607 16 61 4.53e-12 63.2 SRR14011045.33447 KAJ2660037.1 35.4 82 53 0 11818 12063 1950 2031 2.41e-10 66.2 SRR14011045.33447 WP_060613079.1 39.1 92 47 2 13578 13853 500 582 6.71e-09 60.8 SRR14011045.33447 WP_011512097.1 42.6 68 39 0 13141 13344 345 412 1.54e-08 59.7 SRR14011045.33447 KAF9974715.1 32.9 82 55 0 11818 12063 1247 1328 2.82e-08 59.3 SRR14011045.33447 KAI9191373.1 37.5 72 43 1 13138 13347 394 465 1.26e-07 57.0 SRR14011045.33447 KAJ5168969.1 41.4 70 39 1 13147 13350 507 576 2.07e-07 56.2 SRR14011045.33447 WAY96880.1 39.1 64 39 0 13180 13371 2 65 2.40e-07 53.1 SRR14011045.33447 KAI7371949.1 41.2 68 38 1 13147 13344 651 718 1.93e-06 53.1 SRR14011045.33447 WP_258581409.1 32.9 82 52 1 11824 12060 140 221 2.73e-04 45.4 SRR14011045.33447 EHR6291555.1 38.5 52 32 0 13177 13332 19 70 6.23e-04 44.7 SRR14011045.39057 WP_225579579.1 30.5 239 152 6 12397 11702 71 302 1.83e-16 85.1 SRR14011045.39057 WP_254698006.1 29.3 242 157 6 12406 11702 54 288 3.22e-16 84.3 SRR14011045.39057 OQA38407.1 31.1 254 162 7 12442 11702 54 301 2.14e-15 81.3 SRR14011045.39057 WP_253808359.1 23.5 388 228 10 12590 11526 1 352 5.85e-10 63.9 SRR14011045.39057 SFI40936.1 37.1 105 66 0 1999 2313 38 142 6.43e-10 62.0 SRR14011045.39057 WP_085680475.1 24.3 173 129 2 6122 6637 74 245 4.15e-05 47.4 SRR14011045.73799 MBP6786080.1 28.3 718 412 9 4620 6500 154 859 3.11e-67 247 SRR14011045.73799 WP_029789810.1 29.8 704 393 11 4644 6485 161 853 3.58e-67 247 SRR14011045.73799 WP_136095406.1 31.5 625 382 11 4638 6428 118 724 6.50e-65 238 SRR14011045.73799 KAF6257731.1 29.8 705 393 12 4611 6440 152 849 5.19e-60 226 SRR14011045.73799 WP_061905238.1 32.2 516 288 9 31859 33292 22 513 7.13e-54 202 SRR14011045.73799 WP_075347218.1 87.0 100 13 0 20602 20901 49 148 1.64e-48 171 SRR14011045.73799 MBL8103469.1 51.0 157 75 2 4641 5108 165 320 1.28e-37 149 SRR14011045.73799 MBQ3724833.1 34.2 313 192 7 9853 10776 137 440 1.18e-35 148 SRR14011045.73799 WP_134885491.1 27.8 490 270 13 31859 33208 8 453 1.26e-35 145 SRR14011045.73799 MBB3008158.1 59.4 106 39 2 14008 14316 143 247 6.19e-34 138 SRR14011045.73799 NGP45824.1 49.0 149 74 2 17413 17856 41 188 1.21e-33 132 SRR14011045.73799 WP_070714099.1 31.8 324 156 8 14014 14865 160 458 2.54e-33 137 SRR14011045.73799 MBI0103662.1 29.5 376 263 2 10317 11438 280 655 4.09e-33 140 SRR14011045.73799 PPU99279.1 31.4 318 144 9 14059 14865 178 470 3.85e-29 124 SRR14011045.73799 HBY86896.1 26.9 383 189 8 31862 32854 23 366 5.91e-28 119 SRR14011045.73799 WP_108719223.1 54.5 101 46 0 20596 20898 45 145 4.03e-27 109 SRR14011045.73799 WP_215493005.1 31.7 306 169 9 14053 14862 189 490 9.53e-27 117 SRR14011045.73799 KPK79043.1 42.3 156 88 2 4641 5108 151 304 3.99e-24 111 SRR14011045.73799 WP_113851760.1 37.3 150 92 1 17434 17883 48 195 2.21e-22 99.4 SRR14011045.73799 KAI7727618.1 44.5 119 66 0 4641 4997 164 282 6.72e-21 101 SRR14011045.73799 NNL66378.1 34.8 135 63 3 31847 32176 1 135 1.35e-14 73.6 SRR14011045.73799 NCV73474.1 57.1 70 29 1 21116 21322 91 160 8.42e-14 72.0 SRR14011045.73799 MBK8070034.1 65.4 52 18 0 1758 1913 2 53 6.59e-10 63.5 SRR14011045.73799 MCH2804017.1 54.7 53 23 1 5642 5797 2 54 4.53e-09 55.8 SRR14011045.73799 EAG5222239.1 56.8 37 16 0 35330 35440 30 66 2.68e-05 48.9 SRR14011045.73799 MBQ7930482.1 32.0 97 52 3 3353 3069 5 89 5.15e-04 43.5 SRR14011045.44086 WP_238717267.1 41.0 371 163 7 8930 7905 302 645 1.68e-53 200 SRR14011045.44086 WP_199308568.1 67.6 71 23 0 17959 17747 236 306 1.23e-19 94.4 SRR14011045.44086 WP_015615815.1 28.3 318 169 9 12401 11547 493 784 1.41e-19 96.3 SRR14011045.44086 MBL8638832.1 28.9 304 192 8 12401 11535 567 861 1.53e-19 96.3 SRR14011045.44086 WP_015919400.1 27.4 303 200 8 12401 11532 473 768 5.18e-15 81.3 SRR14011045.44086 MCG8377291.1 39.5 76 45 1 17625 17401 57 132 6.68e-10 59.7 SRR14011045.44086 WP_068462781.1 35.7 126 73 2 5594 5217 190 307 1.11e-07 56.6 SRR14011045.44086 MCJ7548546.1 25.9 239 169 3 12710 12012 405 641 1.28e-07 57.0 SRR14011045.80266 WP_238717267.1 65.1 301 93 3 16957 16073 68 362 3.35e-109 363 SRR14011045.80266 KAJ2633851.1 31.1 315 189 9 16957 16079 70 378 2.46e-24 111 SRR14011045.80266 WP_282171596.1 61.0 41 16 0 13458 13336 11 51 2.77e-07 55.1 SRR14011045.80266 WP_068462781.1 70.6 34 10 0 13458 13357 11 44 2.77e-07 55.1 SRR14011045.29298 MCH2409214.1 70.0 30 9 0 103 192 214 243 3.08e-06 46.6 SRR14011045.29298 WP_115470986.1 66.7 33 11 0 103 201 219 251 5.49e-06 45.8 SRR14011045.10734 WP_105160947.1 22.5 497 363 9 11834 13306 18 498 8.03e-19 93.2 SRR14011045.10734 OQA35671.1 28.3 173 118 2 12800 13306 331 501 2.65e-16 85.1 SRR14011045.10734 WP_041710957.1 28.2 170 118 1 12797 13306 297 462 2.84e-13 75.1 SRR14011045.10734 MCL2354882.1 50.0 64 32 0 10320 10129 262 325 4.52e-13 73.6 SRR14011045.10734 WP_089095302.1 25.1 175 124 2 12800 13306 323 496 3.84e-12 71.6 SRR14011045.10734 MYD56339.1 55.2 58 26 0 13136 13309 128 185 1.26e-11 68.6 SRR14011045.10734 WP_279984614.1 43.5 62 34 1 12797 12982 17 77 8.31e-08 55.8 SRR14011045.10734 MCH5231772.1 43.3 60 34 0 13127 13306 157 216 8.32e-08 57.4 SRR14011045.10734 WP_089246429.1 39.0 59 31 1 12797 12973 12 65 1.69e-04 46.6 SRR14011045.10734 WP_112088864.1 48.8 41 21 0 13184 13306 167 207 6.76e-04 44.7 SRR14011045.10734 WP_192324556.1 33.9 56 37 0 12818 12985 344 399 7.19e-04 44.7 SRR14011045.51044 KAI3473816.1 39.7 174 97 5 5746 5237 322 491 2.57e-24 110 SRR14011045.51044 EFC81578.1 37.4 171 103 4 5746 5237 136 303 2.73e-20 94.7 SRR14011045.51044 TRZ64304.1 40.4 171 95 5 23765 23262 32 198 1.21e-18 91.7 SRR14011045.51044 HHT71325.1 48.1 77 38 2 616 389 164 239 1.45e-14 77.8 SRR14011045.51044 NGS95655.1 50.0 56 28 0 18812 18645 124 179 2.18e-13 70.9 SRR14011045.51044 TEY22245.1 50.6 81 35 3 5746 5507 104 180 5.59e-13 70.1 SRR14011045.51044 WP_113544184.1 32.6 175 103 4 23765 23262 759 925 8.39e-13 74.7 SRR14011045.51044 WP_255187010.1 85.0 40 5 1 17727 17608 270 308 2.32e-10 66.2 SRR14011045.51044 MCK4403577.1 50.0 52 26 0 18812 18657 123 174 1.09e-09 60.1 SRR14011045.51044 WP_195397250.1 26.8 298 201 5 17896 17030 225 514 3.08e-08 59.3 SRR14011045.51044 WP_130528929.1 28.4 197 130 7 24351 23776 427 617 8.42e-06 51.6 SRR14011045.43050 MBQ2344446.1 49.5 103 49 2 4032 3724 82 181 7.39e-17 86.3 SRR14011045.43050 WP_113120276.1 33.6 146 79 3 6652 7062 5 141 6.36e-16 76.6 SRR14011045.43050 PKL40887.1 33.6 143 80 6 6652 7059 7 141 4.52e-15 74.3 SRR14011045.43050 MBQ7949870.1 33.6 128 75 3 6144 5773 150 271 9.94e-12 68.2 SRR14011045.43050 WP_132898733.1 40.0 70 37 1 1597 1791 175 244 3.54e-07 54.7 SRR14011045.43050 WP_041488527.1 63.6 33 12 0 5871 5773 1 33 3.36e-06 46.2 SRR14011045.71839 WP_011490055.1 50.4 113 55 1 21516 21181 70 182 6.07e-24 104 SRR14011045.71839 WP_116073910.1 35.7 196 110 4 29555 28971 10 190 1.75e-20 99.8 SRR14011045.71839 MBQ1183295.1 45.6 103 45 2 23693 23403 6 103 7.23e-18 81.3 SRR14011045.71839 MCI5937295.1 54.5 66 30 0 18818 18621 1 66 1.57e-14 70.5 SRR14011045.71839 MCS2900418.1 62.3 61 22 1 11444 11265 38 98 3.21e-14 71.6 SRR14011045.71839 MBI5438416.1 56.7 60 26 0 11444 11265 37 96 5.34e-14 70.9 SRR14011045.71839 WP_255435582.1 58.1 62 25 1 11447 11265 18 79 2.93e-13 68.2 SRR14011045.71839 YP_009745171.1 61.0 41 16 0 20680 20558 41 81 9.93e-13 66.2 SRR14011045.71839 UOA67814.1 54.5 44 20 0 20680 20549 41 84 1.44e-12 65.9 SRR14011045.71839 WP_026497435.1 36.8 117 74 0 27480 27130 728 844 2.36e-12 73.2 SRR14011045.71839 MBQ1583517.1 38.0 100 60 2 10385 10086 127 224 2.44e-12 70.9 SRR14011045.71839 KEP75282.1 53.2 62 27 2 17505 17320 120 179 3.06e-11 65.1 SRR14011045.71839 MCC6386819.1 59.1 44 18 0 18074 17943 31 74 1.35e-09 57.8 SRR14011045.71839 MBR0338720.1 26.6 173 113 2 23208 22717 36 203 2.62e-09 59.7 SRR14011045.71839 WP_187047047.1 28.0 175 115 5 1102 1602 209 380 2.79e-08 58.9 SRR14011045.71839 MBI3448467.1 45.9 61 32 1 11444 11265 37 97 1.00e-07 53.1 SRR14011045.71839 MSQ41299.1 65.6 32 11 0 19220 19125 101 132 6.75e-06 48.1 SRR14011045.71839 WP_021646634.1 30.7 176 96 7 1114 1605 136 297 1.59e-05 49.7 SRR14011045.71839 HAW53859.1 28.3 166 82 7 1111 1587 115 250 3.98e-05 48.1 SRR14011045.71839 TSA21665.1 44.4 63 33 1 18438 18256 51 113 5.01e-04 42.4 SRR14011045.57682 HCN8461219.1 50.0 34 17 0 1612 1511 11 44 4.11e-04 38.1 SRR14011045.58273 EPR30609.1 40.0 140 76 2 3695 3285 278 412 3.94e-22 101 SRR14011045.58273 WP_132517191.1 52.0 100 30 1 3521 3276 381 480 1.66e-20 97.4 SRR14011045.58273 HAR7369715.1 40.4 161 71 4 3698 3276 296 451 1.26e-19 94.4 SRR14011045.58273 WP_076194242.1 28.2 220 154 2 2549 1893 237 453 8.98e-18 88.6 SRR14011045.58273 MCH8904788.1 57.5 73 31 0 5722 5504 131 203 1.91e-16 85.1 SRR14011045.58273 MBQ1196899.1 61.2 67 26 0 5722 5522 128 194 7.78e-16 83.2 SRR14011045.58273 MCQ2156413.1 37.0 146 79 4 3698 3285 160 300 3.83e-14 75.9 SRR14011045.58273 TAL20232.1 24.3 230 159 5 2552 1890 230 453 7.24e-10 63.9 SRR14011045.58273 WP_280949002.1 27.4 168 120 1 5859 5356 96 261 7.49e-10 63.9 SRR14011045.58273 MBR4705654.1 50.0 44 21 1 3521 3390 348 390 4.19e-05 48.1 SRR14011045.58273 MCF1439711.1 58.1 31 13 0 6007 5915 22 52 2.52e-04 41.6 SRR14011045.11194 WP_138471989.1 64.7 68 23 1 3444 3241 235 301 1.07e-19 92.4 SRR14011045.51720 MBP1530348.1 26.5 200 140 4 519 1112 25 219 2.65e-14 73.9 SRR14011045.51720 WP_194544138.1 28.8 191 123 3 507 1043 30 219 1.80e-13 72.0 SRR14011045.51720 EAG2350674.1 38.6 70 42 1 552 761 38 106 5.17e-10 58.9 SRR14011045.51720 WP_187047047.1 25.4 185 116 4 9959 9444 184 359 6.80e-10 63.2 SRR14011045.51720 WP_101794136.1 45.9 61 32 1 582 764 70 129 1.88e-07 54.3 SRR14011045.51720 WP_021646634.1 28.6 147 87 4 9872 9456 136 272 1.07e-04 46.2 SRR14011045.51720 WP_063485223.1 32.1 140 89 3 9860 9444 218 352 1.81e-04 45.8 SRR14011045.57676 WP_085680475.1 43.7 87 47 2 2002 2259 137 222 2.73e-13 68.9 SRR14011045.63508 WP_222125851.1 49.6 117 57 2 9430 9777 125 240 3.63e-25 105 SRR14011045.63508 WP_010016619.1 30.0 237 164 1 1506 2210 350 586 1.82e-22 103 SRR14011045.63508 WP_072380563.1 47.1 104 53 2 9433 9741 124 226 7.45e-22 96.3 SRR14011045.63508 OAN53756.1 34.2 114 68 3 9433 9759 136 247 9.57e-10 60.8 SRR14011045.63508 MXP43753.1 33.3 108 65 3 9433 9741 139 244 7.75e-09 58.2 SRR14011045.63508 WP_008470196.1 43.9 57 31 1 9083 9250 9 65 1.24e-08 57.4 SRR14011045.63508 WP_074319120.1 50.0 58 27 2 4499 4669 617 673 4.87e-07 54.3 SRR14011045.63508 WP_158791585.1 59.1 44 17 1 9478 9606 148 191 7.51e-07 52.0 SRR14011045.63508 WP_279984614.1 41.1 56 32 1 9083 9247 9 64 8.45e-07 52.0 SRR14011045.63508 WP_142133210.1 42.9 56 31 1 9083 9247 10 65 9.95e-07 51.6 SRR14011045.63508 MBC7326981.1 35.7 98 59 3 9481 9771 151 245 1.02e-06 51.6 SRR14011045.63508 WP_013632646.1 35.6 90 48 2 3124 3366 193 281 1.93e-06 52.4 SRR14011045.63508 WP_041591748.1 53.6 56 24 2 4499 4663 515 569 2.33e-06 52.0 SRR14011045.63508 WP_221977168.1 32.7 101 65 2 9427 9726 141 239 3.45e-06 50.1 SRR14011045.63508 WP_167977039.1 32.4 105 62 4 9433 9735 123 222 4.22e-06 49.7 SRR14011045.63508 MBI6149093.1 49.1 55 27 1 4499 4663 646 699 4.30e-06 51.2 SRR14011045.63508 WP_041580422.1 53.1 49 19 1 8685 8831 84 128 1.70e-05 47.4 SRR14011045.63508 MBG9445742.1 67.7 31 10 0 8736 8828 97 127 1.00e-04 45.1 SRR14011045.63508 WP_019100427.1 48.2 56 27 2 4499 4663 627 681 3.42e-04 45.1 SRR14011045.50191 MCB3018266.1 59.0 78 32 0 15177 15410 9 86 8.87e-23 101 SRR14011045.50191 NRJ54907.1 57.7 78 33 0 15177 15410 9 86 3.96e-22 99.4 SRR14011045.50191 WP_063417119.1 24.4 590 394 18 45230 43542 139 703 1.61e-18 94.0 SRR14011045.50191 WP_147434933.1 39.1 151 77 4 42217 41786 52 194 4.68e-17 82.8 SRR14011045.50191 GFH27490.1 30.3 178 93 6 42741 42220 6 156 1.41e-13 75.1 SRR14011045.50191 MBM4836391.1 42.9 98 55 1 43802 43512 172 269 1.28e-12 73.2 SRR14011045.50191 WP_101662518.1 27.3 289 169 13 40044 39220 207 468 2.05e-11 70.5 SRR14011045.50191 MBX8197149.1 46.3 54 28 1 9092 8931 78 130 7.90e-05 47.8 SRR14011045.50191 MBK7837454.1 26.4 216 129 9 43990 43400 89 293 9.65e-04 44.7 SRR14011045.38043 WP_157580311.1 28.1 281 113 14 10121 10807 18 261 1.52e-09 60.5 SRR14011045.38043 WP_182986787.1 65.6 32 11 0 7804 7709 165 196 7.79e-06 48.5 SRR14011045.14742 MCA1589644.1 49.6 141 70 1 18855 19274 546 686 2.29e-31 134 SRR14011045.14742 WP_024330540.1 60.6 94 33 3 16785 16504 166 255 3.79e-23 106 SRR14011045.14742 DAZ71054.1 43.8 105 50 4 16803 16504 196 296 3.64e-16 83.6 SRR14011045.14742 MYE57211.1 51.6 62 30 0 17275 17090 5 66 1.46e-13 72.4 SRR14011045.14742 NNE87648.1 56.3 64 28 0 17281 17090 2 65 1.61e-13 76.3 SRR14011045.14742 WP_145616262.1 56.3 64 28 0 17281 17090 2 65 1.64e-13 76.3 SRR14011045.14742 MCC8146707.1 30.9 194 115 6 27359 27910 11 195 9.75e-07 54.7 SRR14011045.14742 RYE89993.1 33.6 116 62 4 25876 26190 152 263 1.67e-05 50.1 SRR14011045.14742 NNK90694.1 54.5 33 15 0 22644 22742 19 51 1.63e-04 42.7 SRR14011045.14742 NEO65312.1 36.5 85 49 3 25939 26187 361 442 8.91e-04 45.1 SRR14011045.71177 XP_034290446.1 45.7 94 51 0 2454 2735 176 269 1.02e-15 80.1 SRR14011045.71177 XP_042531659.1 40.4 99 59 0 2445 2741 171 269 1.33e-12 70.5 SRR14011045.71177 XP_054446685.1 37.9 95 57 2 2445 2726 169 262 5.95e-09 59.3 SRR14011045.82046 WP_001202764.1 30.0 494 280 6 7017 5650 104 569 1.72e-48 184 SRR14011045.82046 MBT8607749.1 28.7 478 306 7 7017 5650 104 568 2.63e-38 153 SRR14011045.82046 WP_044772468.1 37.0 246 133 5 8452 9162 120 352 8.67e-31 132 SRR14011045.82046 PJC48296.1 58.4 113 47 0 454 116 164 276 3.09e-29 123 SRR14011045.82046 WP_101662518.1 32.1 237 146 4 8455 9150 128 354 3.28e-24 110 SRR14011045.82046 HCG88012.1 38.5 135 83 0 8449 8853 115 249 1.06e-20 99.4 SRR14011045.82046 NLU38508.1 51.2 82 40 0 17933 17688 677 758 1.34e-19 96.3 SRR14011045.82046 WP_165144904.1 26.4 292 199 3 20104 20958 1 283 1.36e-19 91.7 SRR14011045.82046 MCB3018266.1 51.1 94 42 3 16209 15931 24 114 3.96e-16 80.9 SRR14011045.82046 NRJ54907.1 50.0 94 43 3 16209 15931 24 114 1.74e-15 79.0 SRR14011045.82046 WP_088784550.1 33.3 141 80 3 8455 8835 176 316 1.94e-13 76.3 SRR14011045.82046 WP_135279859.1 33.6 137 87 2 8452 8850 263 399 3.40e-13 75.5 SRR14011045.82046 HCW55486.1 52.9 51 24 0 7778 7930 88 138 1.25e-11 64.3 SRR14011045.82046 OMF24356.1 35.6 104 65 1 9137 9448 352 453 1.11e-08 60.5 SRR14011045.82046 HBR1104065.1 41.3 75 44 0 12318 12542 146 220 1.74e-08 59.7 SRR14011045.82046 CQR41738.1 30.4 112 72 2 4152 3832 31 141 1.46e-05 50.1 SRR14011045.82046 WP_251438464.1 57.1 28 12 0 21051 21134 25 52 1.83e-04 43.5 SRR14011045.5683 GEU53557.1 32.1 193 122 2 12575 13129 107 298 3.19e-21 100 SRR14011045.5683 WP_000158727.1 36.8 190 86 5 15188 15706 19 191 4.01e-20 90.5 SRR14011045.5683 MBA0549662.1 32.4 204 125 4 12575 13162 31 229 1.11e-19 94.0 SRR14011045.5683 NQR19375.1 28.9 218 145 5 12587 13210 16 233 1.38e-15 82.0 SRR14011045.5683 WP_120171324.1 60.8 79 28 3 14751 14978 128 206 1.90e-14 75.9 SRR14011045.5683 KPA62791.1 67.3 49 15 1 14383 14526 1 49 1.11e-12 65.1 SRR14011045.5683 MBQ4383193.1 49.1 53 27 0 17738 17896 133 185 6.57e-07 52.8 SRR14011045.5683 MBT4161918.1 55.8 43 19 0 17768 17896 147 189 2.14e-06 51.2 SRR14011045.5683 MCF7808720.1 50.0 44 22 0 17765 17896 146 189 1.28e-05 48.9 SRR14011045.5683 MCC6044083.1 50.0 44 22 0 17765 17896 143 186 2.95e-04 45.4 SRR14011045.33509 KAF9463056.1 26.5 555 334 9 20470 21975 32 565 4.19e-39 155 SRR14011045.33509 WP_132882604.1 56.0 100 44 0 19478 19179 175 274 2.86e-25 108 SRR14011045.33509 MCU1518283.1 29.5 315 180 9 20470 21333 36 335 1.10e-24 112 SRR14011045.33509 WP_015615815.1 27.4 431 278 10 3325 2096 313 729 4.27e-24 111 SRR14011045.33509 MBL8638832.1 27.2 349 206 9 3052 2096 472 802 1.86e-17 89.7 SRR14011045.33509 WP_015919400.1 28.7 268 128 8 2806 2096 467 702 2.46e-12 72.8 SRR14011045.33509 KAI5122644.1 31.3 160 102 3 2563 2096 976 1131 8.63e-10 64.7 SRR14011045.33509 MCJ7548546.1 27.7 231 118 7 2782 2165 513 719 3.49e-09 62.4 SRR14011045.33509 WP_083180153.1 31.1 106 66 2 11118 10813 393 495 1.26e-06 53.9 SRR14011045.33509 WP_196764971.1 59.4 32 13 0 15609 15704 16 47 5.20e-05 43.5 SRR14011045.33509 MBT2573851.1 44.7 38 21 0 22824 22711 4 41 3.77e-04 42.0 SRR14011045.59394 WP_122705662.1 38.8 170 88 4 1461 976 71 232 2.13e-22 96.7 SRR14011045.59394 NVJ87065.1 39.8 108 32 1 2331 2107 1 108 1.18e-19 84.7 SRR14011045.59394 CAD7578726.1 37.8 111 67 2 879 550 84 193 3.25e-18 84.3 SRR14011045.59394 MCB1065733.1 72.9 48 13 0 693 550 1 48 1.50e-17 77.0 SRR14011045.59394 MBI4966856.1 76.9 26 6 0 627 550 1 26 6.26e-07 46.2 SRR14011045.11443 WP_271116088.1 42.6 289 132 7 5113 5934 1 270 1.18e-49 182 SRR14011045.11443 BAY23582.1 36.5 375 189 9 5116 6144 36 393 4.02e-46 174 SRR14011045.11443 WP_066841281.1 42.8 292 135 9 5125 5934 6 287 5.53e-43 163 SRR14011045.11443 WP_135287436.1 33.7 362 227 7 26390 25326 76 431 2.50e-38 150 SRR14011045.11443 RQL72805.1 57.7 130 55 0 20575 20186 10 139 9.93e-36 144 SRR14011045.11443 MCU0947041.1 37.0 297 154 7 5116 5940 3 288 8.13e-35 139 SRR14011045.11443 WP_255602293.1 41.5 118 69 0 20539 20186 30 147 1.52e-20 98.6 SRR14011045.11443 WP_197332010.1 39.3 122 74 0 20551 20186 15 136 9.96e-16 83.2 SRR14011045.11443 WP_280658332.1 37.7 69 43 0 28612 28406 48 116 1.52e-10 63.2 SRR14011045.11443 WP_018419316.1 38.9 72 43 1 28618 28406 58 129 3.34e-10 62.4 SRR14011045.11443 RNA69827.1 28.0 250 157 11 27367 26666 9 251 2.54e-05 48.5 SRR14011045.51789 WP_116803659.1 50.3 149 70 1 8270 8704 1 149 3.42e-35 137 SRR14011045.51789 MBL8103469.1 54.8 93 38 3 2838 2566 203 293 1.86e-19 94.0 SRR14011045.51789 MBP6786080.1 53.8 93 39 3 2838 2566 199 289 8.13e-18 90.5 SRR14011045.51789 KAF6257731.1 55.4 92 37 3 2838 2569 198 287 1.46e-17 89.7 SRR14011045.51789 WP_136095406.1 29.0 231 147 1 2479 1838 275 505 3.67e-17 88.2 SRR14011045.51789 WP_029789810.1 47.0 100 37 3 2838 2563 198 289 7.05e-17 87.4 SRR14011045.51789 KAI7727618.1 53.6 84 34 2 2838 2593 202 282 4.26e-15 81.6 SRR14011045.51789 MBE0669914.1 32.0 169 80 5 8252 8704 9 160 2.88e-11 67.0 SRR14011045.51789 MBC6481257.1 27.9 172 99 6 8228 8695 1 163 6.55e-10 63.9 SRR14011045.51789 MBK8070034.1 54.5 66 30 0 5836 5639 24 89 7.68e-10 62.4 SRR14011045.51789 KPK79043.1 44.4 90 48 2 2838 2569 189 276 1.66e-09 63.2 SRR14011045.51789 MCI4325574.1 28.6 161 97 4 8252 8704 13 165 1.90e-09 61.6 SRR14011045.51789 MBQ7930482.1 37.9 66 41 0 4283 4480 2 67 1.95e-08 55.5 SRR14011045.51789 MCH2804017.1 59.5 37 15 0 1948 1838 2 38 6.96e-08 51.6 SRR14011045.51789 MCD6597402.1 40.8 49 26 1 7066 7203 7 55 9.75e-04 42.7 SRR14011045.49089 WP_255187010.1 78.5 93 19 1 11031 11306 200 292 5.32e-35 143 SRR14011045.49089 WP_195397250.1 67.0 94 29 2 11031 11306 212 305 2.28e-28 122 SRR14011045.49089 MBQ2017527.1 54.2 59 26 1 11031 11204 191 249 2.54e-12 68.6 SRR14011045.49089 WP_161258623.1 60.0 35 14 0 11288 11392 436 470 6.66e-05 47.4 SRR14011045.76018 MBD5558909.1 51.5 103 48 2 11889 11587 86 188 3.35e-24 101 SRR14011045.76018 MBQ3104376.1 56.1 57 24 1 13761 13591 57 112 6.62e-11 61.2 SRR14011045.6257 WP_073201850.1 33.8 317 198 6 11038 11964 16 328 4.44e-41 156 SRR14011045.6257 PHR72175.1 28.9 311 203 7 11041 11940 9 312 3.57e-23 103 SRR14011045.6257 WP_031065317.1 36.7 150 92 3 8005 8448 970 1118 5.75e-17 89.0 SRR14011045.6257 PSR02572.1 26.1 310 199 7 11080 11958 49 345 4.06e-16 83.2 SRR14011045.6257 MBJ7287465.1 36.1 133 82 3 8056 8448 989 1120 2.83e-14 80.1 SRR14011045.6257 WP_164636708.1 50.0 74 37 0 28384 28163 2 75 1.44e-10 67.0 SRR14011045.6257 WP_253808359.1 25.7 276 190 6 11143 11952 28 294 2.73e-09 62.8 SRR14011045.6257 PJC48296.1 24.6 187 140 1 38222 37662 90 275 5.41e-08 58.5 SRR14011045.6257 2VGF_A 50.0 52 26 0 28384 28229 40 91 6.84e-08 58.5 SRR14011045.6257 PIY74148.1 28.7 122 82 2 24366 24016 36 157 5.95e-06 52.4 SRR14011045.6257 EAG2350674.1 46.7 45 23 1 644 775 58 102 6.50e-05 45.4 SRR14011045.6257 WP_186723788.1 43.1 65 35 2 644 835 61 124 9.93e-05 47.0 SRR14011045.6257 EAC1232420.1 54.5 44 19 1 647 775 57 100 1.14e-04 46.6 SRR14011045.6257 WP_064652354.1 47.7 44 21 1 650 775 59 102 4.30e-04 45.1 SRR14011045.21506 WP_101662518.1 51.9 52 25 0 2103 1948 418 469 4.87e-09 58.2 SRR14011045.66386 WP_282979415.1 50.6 265 117 4 5733 4954 67 322 3.33e-62 215 SRR14011045.66386 PPU99279.1 36.9 195 110 4 7126 6551 95 279 4.96e-26 113 SRR14011045.66386 MBB3008158.1 56.8 95 35 3 6826 6557 168 261 9.49e-23 103 SRR14011045.66386 WP_070714099.1 54.8 93 40 2 6772 6497 201 292 1.09e-22 103 SRR14011045.66386 WP_215493005.1 50.5 93 43 2 6826 6557 199 291 6.03e-21 98.2 SRR14011045.66386 WP_113851760.1 36.0 150 95 1 5406 4957 95 243 2.01e-20 92.0 SRR14011045.66386 MBQ5584458.1 67.6 37 12 0 9300 9190 66 102 2.18e-09 59.3 SRR14011045.66386 WP_186723788.1 63.2 38 14 0 9303 9190 69 106 2.61e-08 56.2 SRR14011045.66386 EAG2350674.1 57.9 38 16 0 9303 9190 66 103 1.40e-07 51.6 SRR14011045.66386 MBQ6815353.1 22.6 159 98 2 5403 4963 120 265 3.72e-06 50.1 SRR14011045.66386 WP_069156513.1 50.0 38 19 0 9303 9190 67 104 2.12e-05 47.4 SRR14011045.66386 WP_007708736.1 66.7 30 10 0 9279 9190 76 105 2.76e-05 47.0 SRR14011045.66386 WP_194544138.1 51.4 37 18 0 9300 9190 75 111 5.48e-05 46.2 SRR14011045.66386 MCL7714424.1 60.5 38 15 0 9303 9190 69 106 1.55e-04 44.7 SRR14011045.66386 EAC1232420.1 47.4 38 20 0 9303 9190 64 101 3.53e-04 43.5 SRR14011045.66386 WP_064652354.1 56.4 39 16 1 9303 9190 65 103 9.68e-04 42.4 SRR14011045.9858 WP_182986787.1 41.1 124 71 2 8055 7687 17 139 1.57e-19 88.6 SRR14011045.9858 WP_157580311.1 30.2 205 105 6 9914 10444 18 212 4.73e-12 67.8 SRR14011045.9858 WP_123966251.1 30.6 196 116 7 9884 10444 185 369 3.72e-10 63.5 SRR14011045.52613 EAH8201998.1 34.4 378 232 8 4435 3320 73 440 8.45e-50 184 SRR14011045.52613 MCF8210731.1 52.9 172 79 2 2843 2331 110 280 3.19e-46 169 SRR14011045.52613 WP_258825945.1 51.2 172 82 2 2843 2331 110 280 4.33e-46 168 SRR14011045.52613 MBV00212.1 32.8 396 233 6 4432 3293 73 451 4.57e-46 178 SRR14011045.52613 WP_107894076.1 57.8 135 56 1 20762 20358 97 230 4.64e-40 152 SRR14011045.52613 WP_021479352.1 30.4 385 238 8 4423 3320 81 452 1.60e-38 158 SRR14011045.52613 WP_227059655.1 58.4 137 55 2 20762 20355 115 250 4.59e-36 147 SRR14011045.52613 WP_192324556.1 57.0 135 57 1 20762 20358 111 244 1.42e-35 145 SRR14011045.52613 MCP5262709.1 52.2 136 64 1 20762 20355 92 226 2.50e-35 138 SRR14011045.52613 WP_131166802.1 54.4 136 61 1 20762 20355 98 232 3.73e-35 138 SRR14011045.52613 GLY24463.1 49.6 135 67 1 20762 20358 96 229 1.36e-33 133 SRR14011045.52613 WP_110035452.1 36.5 222 130 2 7582 6920 6 217 7.60e-33 128 SRR14011045.52613 WP_066083732.1 51.9 135 64 1 20762 20358 99 232 1.43e-32 130 SRR14011045.52613 MBG6814041.1 33.1 296 182 7 4432 3566 79 365 2.33e-31 128 SRR14011045.52613 WP_179032033.1 56.5 115 49 1 2286 1945 63 177 8.61e-29 119 SRR14011045.52613 WP_223326327.1 79.5 73 15 0 11242 11024 16 88 1.15e-28 113 SRR14011045.52613 HAR4306776.1 32.4 256 148 4 6708 5980 35 278 1.66e-27 117 SRR14011045.52613 WP_042650033.1 31.2 231 156 2 7588 6905 5 235 3.89e-25 106 SRR14011045.52613 WP_010443651.1 38.9 149 90 1 7363 6920 72 220 1.06e-24 105 SRR14011045.52613 WP_072989136.1 30.2 245 168 2 6708 5983 34 278 1.19e-23 106 SRR14011045.52613 WP_110581055.1 42.5 134 60 3 2316 1945 51 177 5.77e-21 96.3 SRR14011045.52613 QCM13287.1 39.3 135 81 1 20759 20355 99 232 7.13e-21 95.1 SRR14011045.52613 WP_278982769.1 31.8 258 135 8 12432 13169 11 239 8.86e-17 85.5 SRR14011045.52613 MWR41881.1 42.6 108 58 2 20684 20361 135 238 1.68e-15 79.0 SRR14011045.52613 RUU66461.1 37.6 93 57 1 19441 19166 258 350 6.14e-09 60.5 SRR14011045.52613 WP_142931103.1 28.6 133 88 4 20759 20361 77 202 9.97e-08 57.0 SRR14011045.52613 WP_251593142.1 24.3 247 161 5 7600 6920 1 241 1.14e-06 52.4 SRR14011045.52613 MCC6044083.1 36.2 105 61 4 20684 20370 114 212 1.24e-06 52.8 SRR14011045.52613 MAN53906.1 26.4 110 80 1 7354 7028 83 192 1.43e-05 49.3 SRR14011045.52613 CDZ73727.1 31.5 108 70 2 20684 20361 95 198 1.07e-04 46.2 SRR14011045.52613 WP_103216576.1 47.5 40 21 0 1000 1119 248 287 2.65e-04 45.8 SRR14011045.52613 WP_259847195.1 26.1 188 133 4 7594 7046 4 190 3.16e-04 45.1 SRR14011045.52613 MCF8269563.1 32.5 77 51 1 4381 4151 646 721 7.88e-04 44.7 SRR14011045.70134 MBQ8958073.1 40.0 70 33 3 7829 8038 159 219 3.23e-05 48.1 SRR14011045.23852 WP_031876812.1 59.7 139 55 1 21290 20877 177 315 3.37e-45 169 SRR14011045.23852 NNE87648.1 40.6 160 90 4 19863 19384 153 307 6.79e-26 114 SRR14011045.23852 WP_145616262.1 37.8 156 92 4 19860 19393 155 305 3.16e-22 102 SRR14011045.23852 MCF2638803.1 40.6 101 57 2 22607 22311 30 129 6.15e-16 79.7 SRR14011045.23852 WP_195238978.1 28.1 121 87 0 23214 22852 600 720 2.16e-06 53.1 SRR14011045.23852 WP_024330540.1 41.2 85 44 2 20135 19884 78 157 4.63e-05 48.5 SRR14011045.51095 WP_255187010.1 43.8 322 143 5 14437 13547 201 509 1.31e-60 221 SRR14011045.51095 WP_195397250.1 40.8 287 158 6 14437 13601 213 495 1.38e-48 185 SRR14011045.51095 NGS95655.1 45.9 172 89 2 15641 15138 7 178 4.79e-43 155 SRR14011045.51095 MCK4403577.1 42.0 169 94 2 15641 15147 6 174 3.33e-34 130 SRR14011045.51095 KAI3473816.1 31.1 267 174 4 2696 1917 203 466 2.41e-26 116 SRR14011045.51095 WP_161258623.1 42.3 175 91 4 14437 13925 353 521 1.15e-23 108 SRR14011045.51095 WP_205188895.1 33.5 206 121 4 16900 16328 10 214 7.50e-19 92.4 SRR14011045.51095 TEY22245.1 53.4 73 33 1 2648 2430 1 72 1.35e-16 80.5 SRR14011045.51095 EFC81578.1 27.3 275 186 5 2717 1917 10 278 1.09e-15 80.9 SRR14011045.51095 WP_113544184.1 36.4 107 47 4 20599 20309 638 733 2.84e-08 59.7 SRR14011045.51095 WP_130528929.1 40.8 103 48 4 20599 20309 500 595 4.65e-08 58.9 SRR14011045.51095 KAI2467201.1 43.9 57 32 0 23359 23189 309 365 6.24e-06 51.2 SRR14011045.51095 MBQ2017527.1 48.3 58 29 1 14437 14267 192 249 6.85e-06 50.1 SRR14011045.14311 WP_107723967.1 37.5 445 206 18 6182 7378 164 582 5.05e-42 164 SRR14011045.14311 WP_032587385.1 34.4 291 176 8 11493 10645 368 651 1.19e-23 108 SRR14011045.40059 WP_025579907.1 59.2 71 29 0 28949 28737 64 134 1.94e-15 83.6 SRR14011045.40059 WP_049427769.1 32.5 151 91 4 15769 16194 59 207 1.48e-10 67.4 SRR14011045.40059 PKO20637.1 57.5 40 16 1 29513 29397 327 366 7.58e-05 48.5 SRR14011045.40059 MBT5488157.1 81.0 21 4 0 4861 4799 560 580 1.46e-04 47.8 SRR14011045.40059 NLF87571.1 31.6 79 51 1 20327 20100 12 90 6.84e-04 42.7 SRR14011045.35838 WP_024410349.1 85.4 48 7 0 10183 10040 146 193 4.74e-15 79.0 SRR14011045.9545 BBC91732.1 38.0 100 60 1 16429 16722 36 135 1.25e-09 63.2 SRR14011045.9545 WP_240469694.1 36.4 66 42 0 16426 16623 53 118 3.62e-04 45.4 SRR14011045.17610 WP_186723788.1 35.3 136 87 1 2871 3278 93 227 1.30e-20 92.0 SRR14011045.17610 MBP1530348.1 26.3 232 145 5 2616 3281 4 219 2.47e-19 87.8 SRR14011045.17610 WP_069156513.1 30.8 234 151 5 2604 3281 1 231 3.15e-17 82.0 SRR14011045.17610 WP_194544138.1 35.6 118 68 1 2883 3212 102 219 1.92e-15 77.0 SRR14011045.17610 WP_101794136.1 31.7 142 85 3 2877 3269 114 254 1.83e-12 68.6 SRR14011045.17610 WP_144320971.1 30.8 120 81 1 3958 4317 400 517 7.22e-08 56.2 SRR14011045.17610 EAC1232420.1 26.5 136 93 5 2877 3275 90 221 5.56e-06 48.5 SRR14011045.78111 WP_123159424.1 35.9 677 403 7 13331 11349 240 901 4.10e-82 293 SRR14011045.78111 WP_010905191.1 57.0 186 70 5 23794 23252 86 266 1.65e-49 178 SRR14011045.78111 WP_081224968.1 61.6 146 56 0 12851 12414 401 546 1.10e-46 184 SRR14011045.78111 WP_052822157.1 36.6 153 88 3 23131 22682 16 162 1.46e-17 88.6 SRR14011045.78111 MCB9999913.1 40.2 92 50 3 12722 12450 564 651 2.78e-12 72.8 SRR14011045.78111 MWR41881.1 30.4 194 108 8 662 126 62 243 5.37e-09 59.7 SRR14011045.4653 GLH03554.1 54.5 33 15 0 172 74 3 35 1.78e-04 42.0 SRR14011045.18687 MBN1799017.1 45.3 192 100 2 1377 808 8 196 8.83e-45 161 SRR14011045.18687 MBT2971737.1 35.6 163 102 2 4571 4089 88 249 1.42e-20 93.2 SRR14011045.18687 WP_009197348.1 37.6 157 94 4 4562 4098 101 255 5.77e-19 88.6 SRR14011045.18687 MCG3730919.1 30.4 148 88 5 1816 1400 209 350 1.09e-09 62.0 bbuchfink-diamond-6dc5717/src/test/data.dmnd000066400000000000000000000010641523407312000207410ustar00rootroot00000000000000mî¤øJĢĒ0ėb%ŨS>5qĒgĶčē˙                                                                                     ˙d1ivsa4`Ēbbuchfink-diamond-6dc5717/src/test/data.faa000066400000000000000000003100601523407312000205450ustar00rootroot00000000000000>d2dc3a_ eelseaerkavqamwarlyancedvgvailvrffvnfpsakqyfsqfkhmedplemerspqlrkhacrvmgalntvvenl hdpdkvssvlalvgkahalkhkvepvyfkilsgvilevvaeefasdfppetqrawaklrgliyshvtaaykevgwvqqvp nattppatlpss >d1x9fc_ hehccseedhrivqkqwdilwrdtesskikigfgrllltklakdipevndlfkrvdiehaegpkfsahalrilngldlai nllddppaldaaldhlahqhevregvqkahfkkfgeilatglpqvlddydalawksclkgiltkissrl >d3g46a_ psvydaaaqltadvkkdlrdswkvigsdkkgngvalmttlfadnqetigyfkrlgdvsqgmandklrghsitlmyalqnf idqldnpddlvcvvekfavnhitrkisaaefgkingpikkvlasknfgdkyanawaklvavvqaal >d1cg5b_ vklsedqehyikgvwkdvdhkqitakalervfvvypwttrlfsklqglfsandigvqqhadkvqralgeaiddlkkvein fqnlsgkhqeigvdtqnfkllgqtfmvelalhykktfrpkehaaaykffrlvaealssnyh >d1gcvb_ vhwtqeerdeisktfqgtdmktvvtqaldrmfkvypwtnryfqkrtdfrssihagivvgalqdavkhmddvktlfkdlsk khaddlhvdpgsfhlltdciivelaylrkdcftphiqgiwdkffevvidaiskqyh >d2zs0a_ vcnrleqilvktqwaqsygeaenraafsrdlfselfniqgssralfsgvgvddmnsaaftahclrvtgalnrlisqldqq atinadlahlagqhasrnldasnfaamgqavmsvvpthldcfnqhawgecyeriasgisg >d2cqka1 avstedlkeclkkqlefcfsrenlskdlylisqmdsdqfipiwtvanmeeikklttdpdlilevlrsspmvqvdekgekv rpshkrci >d1s29a1 mplssenkqklqkqvefyfsdvnvqrdiflkgkmaenaegfvsletlltfkrvnsvttdvkevveairpseklvlsedgl mvrrrdplp >d3bpva_ iplkgllsiilrshrvfigrelghlnltdaqvacllrihrepgikqdelatffhvdkgtiartlrrleesgfiereqdpe nrrryilevtrrgeeiiplilkveerwedllfrdftederklfrkmcrrlaeeavrm >d5eria1 iktldsnilrevgtlsravnsindikykelklqkgqftfltricenpginlvelsnmlkvdkatttkaiqklikagyvdk kqdkfdkrgynltptdkslevyeliieeenrsieicfdnftdeekqvvtkllekmsknvenewfkvk >d2jzya_ maatvctiadmtvdmvrrtvirsgkkihltgkeyvllelllqrtgevlprslisslvwnmnfdsdtnvidvavrrlrski dddfepklihtvrgagyvleiree >d4ixaa_ meqlefdglvlknlsktltinnieipmrikefellwylasregevisksellekvwgydyyedantvnvhihrireklek hdflpytittvwglgykfersr >d1hbka_ hmaqvfeecvsfinglprtinlpnelkldlykyykqstigncnikepsahkyidrkkyeawksvenlnredaqkryvdiv seifpywqd >d2cb8a_ sqaefekaaeevrhlktkpsdeemlfiyghykqatvgdinterpgmldftgkakwdawnelkgtskedamkayinkveel kkkygi >d1pfva1 vvnlasrnagfinkrfdgvlaseladpqlyktftdaaevigeawesrefgkavreimaladlanryvdeqapwvvakqeg rdadlqaicsmginlfrvlmtylkpvlpklteraeaflnteltwdgiqqpllghkvnpfkalynridmrqvealveaske ev >d4qrea2 landlgnlvnrtismvnkyfdgelpayqgplheldeemeamaletvksytesmeslqfsvalstvwkfisrtnkyidett pwvlakddsqkdmlgnvmahlveniryaavllrpflthapkeifeqlninnpqfmefssleqygvltesimvtgqpkpif p >d2d5ba1 laddlgnlvqrtramlfrfaegripepvageelaegtglagrlrplvrelkfhvaleeamayvkalnryinekkpwelfk kepeearavlyrvveglriasilltpampdkmaelrralglkeevrleeaerwglaeprpipeeapvlfpkk >d4nyxa_ kkifkpeelrqalmptlealyrqdpeslpfrqpvdpqllgipdyfdivknpmdlstikrkldtgqyqepwqyvddvwlmf nnawlynrktsrvykfcsklaevfeqeidpvmqslg >d3ljwa_ gsspaylkeileqlleaivvatnpsgrliselfqklpskvqypdyyaiikepidlktiaqriqngsyksihamakdidll aknaktynepgsqvfkdansikkifymkkaeiehhema >d3uv4a1 dddqvafsfildnivtqkmmavpdswpfhhpvnkkfvpdyykvivnpmdletirkniskhkyqsresflddvnlilansv kyngpesqytktaqeivnvcyqtlteydehltqlekdictake >d4nxja1 ydeieelksknevltnllnkliafdkkriflypvnvqlvpdylnvikepmdfttmkqklqnfkyksfqefekdvlliinn cytyndpstiyykfaedietyykklnikiqtkymnih >d1nkpe_ rahhnalerkrrdhikdsfhslrdsvpslqgekasraqildkateyiqymrrknhthqqdiddlkrqnalleqqvralgg c >d1an4a1 dekrraqhneverrrrdkinnwivqlskiipdssmestksgqskggilskasdyiqelrqsnhr >d1v2aa1 kdpkvrsvvnqrlffdigtlykriidvihlvmkkeqpsdeqmeklkgaldlleqfvterayaaadhltvadicllgtvta lnwlkhdlepfphirawlervraempdyeefskqvaddtlayvas >d2gsqa1 ldgktslekyrvdeitetlqdifndvvkikfapeaakeavqqnyeksckrlapflegllvsngggdgffvgnsmtladlh cyvalevplkhtpellkdcpkivalrkrvaecpkiaaylkkrpvrdf >d1yq1a2 agktpeeeawvdavhdlfkdflaefkkfaaerrsgksaeevekfrsefflparntyfnilnglleksnsgfligsditfa dlvvvdnlltlknyglfdeseftklaalrekvnsypgikeyiakrpv >d5b7ca2 gfhgrnnmemarvdfisdcfydilddymrmyfdgncrmmfqrsrdtssssekrmrfqetcrrilpfmertlemysggsqy fmgdqmtmadmmcycalenplmeepsmlssypklmalrnrvmnhskmssylqrrcrtef >d4q5fa2 agktpmeeaqvdsifdqfkdfmaelrpcfrvlagfeegdkekvlkevavpardkhlpllekflaksgseymvgksvtwad lvitdslasweslipdflsghlqlkkyiehvrelpnikkwiaerpktpy >d3ay8a2 kdlqkravvnqrlyfdsaslyvkiraicfpilflgeteikqslkddlnstlsflnqflektkwvaadhptiadtsiyasm ssilavgwdissfpniqrwikdclllpgapenedgartfgdavkknikq >d4ddja_ slpcdickdvvtaagdmlkdnateeeilvylektcdwlpkpnmsasckeivdsylpvildiikgemsrpgevcsalnlce >d3bqpa_ dggfcevckklvgyldrnleknstkqeilaalekgcsflpdpyqkqcdqfvaeyepvlieilvevmdpsfvclkigacps >d4gria2 dyhkldffnsyyirekkdedlfnlllpffqkkgyvskpstleenqklkllipliksrikklsdalnmtkffyedikswnl deflsrkktakevcsilelikpilegfekrsseendkifydfaesngfklgeillpiriaalgskvspplfdslkligks kvferiklaqeflrin >d3afha2 dyqklewvngkhmrridledlkrefiewakyagkeipsvderyfsetlricrekvntlsqlydimypfmnddyeyekdyv ekflkreeaervleeakkafkdlnswnmeeiektlrdlsekglaskkvvfqlirgavtgklvtpglfetievlgkertlk rlertlqflkk >d5vcca_ shglfkklgipgptplpflgnilsyhkgfcmfdmechkkygkvwgfydgqqpvlaitdpdmiktvlvkecysvftnrrpf gpvgfmksaisiaedeewkrlrsllsptftsgklkemvpiiaqygdvlvrnlrreaetgkpvtlkdvfgaysmdvitsts fgvnidslnnpqdpfventkkllrfdfldpfflsitvfpflipilevlnicvfprevtnflrksvkrmkesrledtqkhr vdflqlmidsqnsketeshkalsdlelvaqsiififagyettssvlsfimyelathpdvqqklqeeidavlpnkapptyd tvlqmeyldmvvnetlrlfpiamrlervckkdveingmfipkgvvvmipsyalhrdpkywtepekflperfskknkdnid pyiytpfgsgprncigmrfalmnmklalirvlqnfsfkpcketqiplklslggllqpekpvvlkvesr >d3oo3a_ lplphqrlrldpvpefeelqkagplheydtepgmdgrkqwlvtghdevrailadherfssmrpvddeadrallpgilqay dppdhtrlrrtvapaysarrmerlrprieeiveeclddfesvgapvdfvrhaawpipayiaceflgvprddqaelsrmir esresrlprqrtlsglgivnytkrltsgkrrdpgdgmigvivrehgaeisdeelaglaegnlimaaeqmaaqlavavlll vthpdqmallrekpelidsateevlrhasiveapaprvaladvrmagrdihagdvltcsmlatnrapgdrfditrekath mafghgihhcigaplarlqlrvalpavvgrfpslrlavpeedlrfkpgrpapfaveelplew >d4uyma1 ktppvvfhwfpfigstisygidpykfffdcrakygdiftfillgkkttvylgtkgndfilngklrdvcaeevysplttpv fgrhvvydcpnaklmeqkkfvkygltsdalrsyvplitdevesfvknspafqghkgvfdvcktiaeitiytasrslqgke vrskfdstfaelyhnldmgfapinfmlpwaplphnrkrdaaqrkltetymeiikarrqagskkdsedmvwnlmscvykng tpvpdeeiahmmiallmagqhsssstaswivlrlatrpdimeelyqeqirvlgsdlppltydnlqkldlhakviketlrl hapihsiiravknpmavdgtsyviptshnvlsspgvtarseehfpnplewnphrwdeniaasaeddekvdygyglvskgt nspylpfgagrhrcigeqfaylqlgtitavlvrlfrfrnlpgvdgipdtdysslfskplgrsfvefekr >d4yt3a_ viavkeitrfktrteefspyawckrmlendpvsyhegtdtwnvfkyedvkrvlsdykhfssvrkrttisvgtdseegsvp ekiqitesdppdhrkrrsllaaaftprslqnwepriqeiadeligqmdggteidivaslasplpiivmadlmgvpskdrl lfkkwvdtlflpfdrekqeevdklkqvaakeyyqylypivvqkrlnpaddiisdllksevdgemftddevvrttmlilga gvettshllansfysllyddkevyqelhenldlvpqaveemlrfrfnlikldrtvkedndllgvelkegdsvvvwmsaan mdeemfedpftlnihrpnnkkhltfgngphfclgaplarleakialtaflkkfkhieavpsfqleenltdsatgqtltsl plkasrm >d4rm4a_ dayhpfpwyesmrkdapvsfdeenqvwsvflyddvkkvvgdkelfsscmpqqtssignsiinmdppkhtkirsvvnkaft prvmkqwepriqeitdeliqkfqgrsefdlvhdfsyplpvivisellgvpsahmeqfkawsdllvstpkdkseeaekafl eerdkceeelaaffagiieekrnkpeqdiisilveaeetgeklsgeelipfctlllvagnetttnlisnamysiletpgv yeelrshpelmpqaveealrfrapapvlrriakrdteigghlikegdmvlafvasanrdeakfdrphmfdirrhpnphia fghgihfclgaplarleanialtslisafphmecvsitpiensviyglksfrvkm >d3buja1 tafdptdadvrrdpypsyhwllrhdpvhrgahrvwyvsrfadvravlgderfartgirrfwtdlvgpgllaeivgdiilf qdepdhgrlrgvvgpafspsalrrlepviagtvddllrpalargamdvvdelayplalravlgllglpaadwgavgrwsr dvgrtldrgasaedmrrghaaiaefadyveralarrrreggedllalmldahdrglmsrneivstvvtfiftghetvasq vgnavlsllahpdqldllrrrpdllaqaveeclrydpsvqsntrqldvdvelrgrrlrrddvvvvlagaanrdprrydrp ddfdierdpvpsmsfgagmryclgsylartqlraavaalarlpglrlgcasdalayqprtmfrglaslpiaftpgg >d2xkra_ apdvdladgnfyasrearaayrwmranqpvfrdrnglaaastyqavidaerqpelfsnaggirpdqpalpmmidmddpah llrrklvnagftrkrvkdkeasiaalcdtlidavcergecdfvrdlaaplpmavigdmlgvrpeqrdmflrwsddlvtfl sshvsqedfqitmdafaayndftratiaarradptddlvsvlvssevdgerlsddelvmetlliliggdettrhtlsggt eqllrnrdqwdllqrdpsllpgaieemlrwtapvknmcrvltadtefhgtalcagekmmllfesanfdeavfcepekfdv qrnpnshlafgfgthfclgnqlarlelslmtervlrrlpdlrlvaddsvlplrpanfvsglesmpvvftpspplg >d5tl8a1 pprvpnlipyvgsfvsfaknpvqfiidnskkygdvftatilgkemtflnhpkildtffkatdnelslrdvyrfmrpvfgt gvvydadstermmeqvkfvssglttarfrvfvdifedeiahkvkelgpegtvdvaelmadliiftasrcllgdevrqyls eknlgklyhdiddgisplsffypslpapkrdkarkavgeifqelldkrreehkkhperlldeskmdvvdhlltqkykdgq eltdvhrigiliaglfagqhtssitsswtlmnvisnkkvlekvrkeqeeimgsdkvldydkvmkmdyleacmkealrmyp plimimrmarkpreceqyiipkgnilvvspsvagrctdtytnpdvfdperlterkehekfkygavpfgagrhkcigenfa llqvksiisillryfdmeyigkipdpsytslvvgpspptrmryklrkq >d4j6ca_ cphsdtltidpmitdlagetsrlraagpltridllgvpalavtghtlarqlltdtrlvkdinawslwqsgtvtrqwplig midvdrsmftvdgpehrrlrikttqaltrrrldalkptieryvaellddleragadgavvdlksvfayplpmrvisalmg vpsedqeqlltwykaffsiltpqderlrvidemhgyftemvrrktaepgddltsaliyatdgetplteeevignlqalva aghettvsliltavrallshpeqlrlvrdgeigwetaieetlrwdgpvihllmrfatedidlgdaviprgegvvmsyrai grditvhgadaddfditrataarhisfghgphicpgaalarleaaialpalftrfphlhpalpldqipnlpvltqndlsh fpihlgr >d4ep6a_ aasidrelvpwsdpefrnnpypwyrrlqqdhpvhkledgtylvsryadvshfaklpimsvepgwadagpwavasdtalgs dpphhtvlrrqtnkwftpklvdgwvrttrelvgdlldgveagqviearrdlavvpthvtmarvlqlpeddadavmeamfe amlmqsaepadgdvdraavafgylsarvaemledkrvnpgdgladslldaarageiteseaiatilvfyavghmaigyli asgielfarrpevftafrndesaraaiinemvrmdppqlsflrfptedveiggvlieagspirfmigaanrdpevfddpd vfdhtrppaasrnlsfglgphscagqiisraeattvfavlaeryerielaeeptvahndfarryrklpivls >d5hiwa1 mlprknlfsftskdpsafgihlaaaarehsvyfdeglgvpvvlrgadvvavlrdsetfstrtydtgimkgalvtlggeah trmrrlfnavlsprvisryeeatvtpvarrvverlvrkeraelfddfaismpmgvtsalfglpeeriaendalirkmirs vvmpqdpvvvaegrsahaameaqlreiaerevahpsdtllgeiaraivaeglggveacegvvltlilgsyettswmlanl lvallahpdamnqlrqqpsllpqaieestrwcssaagivrfvereatiggetlaagtilylsliarhydeeiyprpetfd ihrrpvgmlnfggglhycvgaplarmearvgvslllerfpalradptvqptfstaprgaaafgpdqipallv >d3rwla_ qsaaatmpldsidvsipelfyndsvgeyfkrlrkddpvhycadsafgpywsitkyndimhvdtnhdifssdagyggiiid dgiqkggdggldlpnfiamdrprhdeqrkavspivapanlaalegtirervsktldglpvgeefdwvdrvsieittqmla tlfdfpfeerrkltrwsdvttaapgggvveswdqrktellecaayfqvlwnervnkdpgndlismlahspatrnmtpeey lgnvlllivggndttrnsmtggvlalhknpdqfaklkanpalvetmvpeiirwqtplahmrrtaiadselggktirkgdk vvmwyysgnrddevidrpeefiidrprprqhlsfgfgihrcvgnrlaemqlrilweeiltrfsrievmaepervrsnfvr gyakmmvrvha >d1f7ca_ aqldsigfsiikkcihavetrgineqglyrivgvnsrvqkllsilmdpktateteteicaeweiktitsalktylrmlpg plmmyqfqrsfikaaklenqesrvseihslvhrlpeknrqmlhllmnhlakvadnhkqnlmtvanlgvvfgptllrpqee tvaaimdikfqnivieilienhekifntvpe >d5c5sa1 pgvepghfgvcvdsltsdkasvpivlekllehvemhglyteglyrksgaanrtrelrqalqtdpaavklenfpihaitgv lkqwlrelpeplmtfaqygdflravelpekqeqlaaiyavlehlpeanhnslerlifhlvkvalledvnrmspgalaiif apcllrcpdnsdpltsmkdvlkittcvemlikeqmrkykvkmeeisqle >d5irca1 wesnyfgvplttvvtpekpipifiercieyieatglstegiyrvsgnksemeslqrqfdqdhnldlaekdftvntvagam ksffselpdplvpysmqidlveahkindreqklhalkevlkkfpkenhevfkyvishlnrvshnnkvnlmtsenlsicfw ptlmrpdfssmdaltatrsyqtiielfiqqcpfffynr >d1g2na_ aavqelsierllemeslvadpseefqflrvgpdsnvppkfrapvsslcqignkqiaalvvwardiphfsqlemedqilli kgswnelllfaiawrsmeflteerdgvdgtgnrttsppqlmclmpgmtlhrnsalqagvgqifdrvlselslkmrtlrvd qaeyvalkaiillnpdvkglknrqevevlrekmflcldeycrrsrsseegrfaalllrlpalrsislksfehlfffhlva dtsiagyirdalrnha >d4pf3a_ tpspvmvleniepeivyagydsskpdtaenllstlnrlagkqmiqvvkwakvlpgfknlpledqitliqyswmsllsfal swrsykhtnsqflyfapdlvfneekmhqsamyelcqgmhqislqfvrlqltfeeytimkvllllstipkdglksqaafee mrtnyikelrkmvtkcpnnsgqswqrfyqltklldsmhdlvsdllefcfytfreshalkvefpamlveiisdqlpkvesg nvkplyfhr >d2e2ra_ kpynkivshllvaepekiyampdptvpdsdikalttlcdladrelvviigwakhipgfstlsladqmsllqsawmeilil gvvyrslsfedelvyaddyimdedqsklaglldlnnailqlvkkyksmklekeefvtlkaialansdsmhiedveavqkl qdvlhealqdyeagqhmedprragkmlmtlpllrqtstkavqhfyniklegkvpmhklflemleakvc >d2xhsa1 plrvspmirefvqsiddrewqtqlfallqkqtynqvevdlfelmckvldqnlfsqvdwarntvffkdlkvddqmkllqhs wsdmlvldhlhhrihnglpdetqlnngqvfnlmslgllgvpqlgdyfnelqnklqdlkfdmgdyvcmkflillnpsvrgi vnrktvseghdnvqaalldytltcypsvndkfrglvnilpeihamavrgedhlytkhcagsaptqtllmemlhakrk >d3g08a2 qekpvawlssvpssahghrqlvchvsgfypkpvwvmwmrgdqeqqgthrgdflpnadetwylqatldveageeaglacrv khsslggqdiilyw >d1ie5a1 kdiqvivnvppsvrarqstmnatanlsqsvtlacdadgfpeptmtwtkdgepieqedneekysfnydgseliikkvdksd eaeyiciaenkageqdatihlkvfak >d1fhga_ aeekphvkpyftktildmevvegsaarfdckvegypdpevmwfkddnpvkesrhfqidydeegncsltisevcgdddaky tckavnslgeatctaellvetm >d3p73a2 rrvqpevrvwgkeadgiltlschahgfyprpitiswmkdgmvrdqetrwggivpnsdgtyhasaaidvlpedgdkywcrv ehaslpqpglfswepq >d3puca1 pisskpvivtglqdttvssdsvakfavkatgeprptaiwtkdgkaitqggkyklsedkggffleihktdtsdsglytctv knsagsvsssckltika >d2xy1a1 paismpqksfnataergeemtfscrasgspepaiswfrngklieenekyilkgsnteltvrniinsdggpyvcratnkag edekqaflqvfv >d2xy1a2 qphiiqlknettyengqvtlvcdaegepipeitwkravdgftftegdksldgrievkgqhgssslhikdvklsdsgrydc eaasrigghqksmyldie >d2rika1 amappffdlkpvsvdlalgesgtfkchvtgtapikitwakdnreirpggnykmtlventatltvlkvtkgdagqytcyas nvagkdscsaqlgvq >d1x5aa1 aeslsglslklvkkeprqleltwagsrprnpggnlsyelhvlnqdeewhqmvleprvlltklqpdttyivrvrtltplgp gpfspdhefrtspp >d1fnfa2 vppptdlrftnigpdtmrvtwapppsidltnflvryspvkneedvaelsispsdnavvltnllpgteyvvsvssvyeqhe stplrgrqktg >d4lpva1 mlpapknlvvsevtedslrlswtapdaafdsfmiqyqesekvgeainltvpgsersydltglkpgteytvsiygvlvvhk ltfplsaeftt >d2edya1 psgfpqnlhvtglttsttelawdppvlaerngriisytvvfrdinsqqelqnittdtrftltglkpdttydikvrawtsk gsgplspsiqsrtmpv >d1tjxa1 eklgdicfslryvptagkltvvileaknlkkmdvgglsdpyvkihlmqngkrlkkkkttikkntlnpyynesfsfevpfe qiqkvqvvvtvldydkigkndaigkvfvgynstgaelrhwsdmlanprrpiaqwhtlqveeevdamlav >d2b3ra1 gavklsvsyrngtlfimvmhikdlvtedgadpnpyvktyllpdthktskrktkisrktrnptfnemlvysgysketlrqr elqlsvlsaeslrenfflggitlplkdfnlsketvkwyqlta >d1ckaa_ aeyvralfdfngndeedlpfkkgdilrirdkpeeqwwnaedsegkrgmipvpyveky >d1u5sa1 qgsrvlhvvqtlypfssvteeelnfekgetmeviekpendpewwkcknargqvglvpknyvvvlsdgpalh >d4j9fa_ mendpnlfvalydfvasgdntlsitkgeklrvlgynhngewceaqtkngqgwvpsnyitpvn >d2dnua1 eekyvtvqpytsqskdeigfekgvtvevirknlegwwyirylgkegwapasylkkakd >d2ct4a1 ghcvaiyhfegssegtismaegedlslmeedkgdgwtrvrrkeggegyvptsylrvt >d2egca1 nlkdvyvsiadyegdeetagfqegvsmevlernpngwwycqildgvkpfkgwvpsnylekkn >d1v6ba1 mfspeqiagkdvrllrikkegsldlaleggvdspvgkvvvsavyeggaaerhggvvkgdeimaingkivtdytlaeaeaa lqkawnqggdwidlvvavcppkeyddeltff >d1um1a1 yvftvelergpsglgmglidgmhthlgapglyiqtllpgspaaadgrlslgdrilevngssllglgylravdlirhggkk mrflvaksdvetakkih >d1uf1a1 gdrrstlhllqggdekkvnlvlgdgrslgltirggaeyglgiyitgvdpgseaegsglkvgdqilevngrsflnilhdea vrllkssrhliltvkdvgrlpharttvdetkwiass >d1ueqa1 lftrdasqlkgtflsttlkksnmgfgftiiggdepdeflqvksvipdgpaaqdgkmetgdvivyinevcvlghthadvvk lfqsvpigqsvnlvlcrgyplpfdpedpans >d1x6da1 atlkqldgihvtilhkeegaglgfslaggadlenkvitvhrvfpnglasqegtiqkgnevlsingkslkgtthhdalail rqareprqavivtrkltpeampdlns >d3sfja_ tavvqrveihklrqgenlilgfsigggidqdpsqnpfsedktdkgiyvtrvseggpaeiaglqigdkimqvngwdmtmvt hdqarkrltkrseevvrllvtrq >d2q9va1 eqdiflwrketgfgfrilggnepgepiyighivplgaadtdgrlrsgdelisvdgtpvigkshqlvvqlmqqaakqghvn ltvr >d2koha1 dgtrefltfevplndsgsaglgvsvkgnrskenhadlgifvksiinggaaskdgrlrvndqliavngesllgkanqeame tlrrsmstegnkrgmiqlivarrisrcne >d1rg8a1 fnlppgnykkpkllycsngghflrilpdgtvdgtrdrsdqhiqlqlsaesvgevyikstetgqylamdtdgllygsqtpn eeclflerleenhyntyiskkhaeknwfvglkkngsckrgprthygqkailflplpv >d1q1ua_ pqlkgivtrlfsqqgyflqmhpdgtidgtkdensdytlfnlipvglrvvaiqgvkaslyvamngegylyssdvftpeckf kesvfenyyviysstlyrqqesgrawflglnkegqimkgnrvkktkpsshfvpkpiev >d1autc_ lidgkmtrrgdspwqvvlldskkklacgavlihpswvltaahcmdeskkllvrlgeydlrrwekweldldikevfvhpny sksttdndiallhlaqpatlsqtivpiclpdsglaerelnqagqetlvtgwgyhssrekeakrnrtfvlnfikipvvphn ecsevmsnmvsenmlcagilgdrqdacegdsggpmvasfhgtwflvglvswgegcgllhnygvytkvsryldwihghird >d1ij7a_ viggtnaspgefpwqlsqqrqsgswshscgasllsstsalsashcvdgvlpnnirviaglwqqsdtsgtqtanvdsytmh enygagtasysndiailhlatsislggniqaavlpannnndyagttcvisgwgrtdgtnnlpdilqkssipvittaqcta amvgvgganiwdnhicvqdpagntgacngdsggplncpdggtrvvgvtswvvssglgaclpdypsvytrvsaylgwigdn s >d1yc0a_ acgrrhkkrtflrpriiggssslpgshpwlaaiyigdsfcagslvhtcwvvsaahcfshspprdsvsvvlgqhffnrttd vtqtfgiekyipytlysvfnpsdhdlvlirlkkkgdrcatrsqfvqpiclpepgstfpaghkcqiagwghldenvsgyss slrealvplvadhkcsspevygadispnmlcagyfdcksdacqgdsggplacekngvaylygiiswgdgcgrlhkpgvyt rvanyvdwindrir >d4dgja_ ivggsdakegawpwvvglyyddrllcgaslvssdwlvsaahcvygrnlepskwtailglhmksnltspqtvprlideivi nphynrrrkdndiammhlefkvnytdyiqpislpeenqvfppgrncsiagwgtvvyqgttadilqeadvpllsnercqqq mpeynitenmicagyeeggidscqgdsggplmcqennrwflagvtsfgyecalpnrpgvyarvsrftewiqsflh >d2oq5a_ ivggteveegewpwqaslqwdgshrcgatlinatwlvsaahcfttyknparwtasfgvtikpskmkrglrriivhekykh pshdydislaelsspvpytnavhrvclpdasyefqpgdvmfvtgfgalkndgysqnhlrqaqvtlidattcnepqaynda itprmlcagslegktdacqgdsggplvssdardiwylagivswgdecakpnkpgvytrvtalrdwitsktgi >d1ym0a_ ivggiearpyefpwqvsvrrkssdshfcggsiindrwvvcaahcmqgeapalvslvvgehdssaastvrqthdvdsifvn enydpatlendvsviktavaitfdinvgpicapdpandyvyrksqcsgwgtinsggvccpavlryvtlnittnafcdavy tsdtiyddmicatdntgmtdrdscqgdsggplsvkdgsgifslvgivswgigcasgypgvysrvgfhagwitdtitnn >d3fsna_ sqvehpaggykklfetveelsspltahvtgriplwltgsllrcgpglfevgsepfyhlfdgqallhkfdfkeghvtyhrr firtdayvramtekrivitefgtcafpdpcknifsrffsyfrgvevtdnalvniypvgedyyactetnfitkvnpetlet ikqvdlcnyvsvngatahphiendgtvynigncfgknfsiaynivkipplqadkedpiskseivvqfpcsdrfkpsyvhs fgltpnyivfvetpvkinlfkflsswslwganymdcfesnetmgvwlhiadkkrkkyinnkyrtspfnlfhhintyedhe flivdlccwkgfefvynylylanlrenweevkknarkapqpevrryvlplnidkadtgknlvtlpnttatailcsdetiw lepevlfsgprqafefpqinyqkyggkpytyayglglnhfvpdrlcklnvktketwvwqepdsypsepifvshpdaleed dgvvlsvvvspgagqkpayllilnakdlsevaraeveinipvtfhglfkks >d4ou9a_ psqrsyspqdwlrgyqsqpqewdywvedvegsippdlqgtlyrngpglleigdrplkhpfdgdgmvtafkfpgdgrvhfq skfvrtqgyveeqkagkmiyrgvfgsqpaggwlktifdlrlkniantnitywgdrllalweggqphrlepsnlatigldd lggilaegqplsahpridpastfdggqpcyvtfsiksslsstltlleldpqgkllrqktetfpgfafihdfaitphyaif lqnnvtlnglpylfglrgagecvqfhpdkpaqiilvprdggeikripvqagfvfhhanafeengkiildsicynslpqvd tdgdfrstnfdnldpgqlwrftidpaaatvekqlmvsrccefpvvhpqqvgrpyryvymgaahhstgnaplqailkvdle sgtetlrsfaphgfagepifvprpggvaeddgwllcliykadlhrselvildaqditapaiatlklkhhipyplhgswaq t >d1ezga_ qctggadctsctgactgcgncpnavtctnsqhcvkantctgstdcntaqtctnskdcfeantctdstncykatactnssg cp >d1oiha_ leldvhpvagrigaeirgvklspdldaatveaiqaalvrhkviffrgqthlddqsqegfakllgepvahptvpvvdgtry llqldgaqgqranswhtdvtfveaypkasilrsvvapasggdtvwantaaayqelpeplreladklwavhsneydyaslk pdidpaklerhrkvftstvyetehpvvrvhpisgeralqlghfvkrikgysladsqhlfavlqghvtrlentvrwrweag dvaiwdnratqhyavddygtqprivrrvtlagevpvgvdgqlsrttrk >d3pvja_ ltitplspalgaqisgvdisrdisaeerdaieqallqhqvlflrdqpinpeqqarfaarfgdlhihpiypnvpdtpqvlv ldtavtdvrdnavwhtdvtflptpalgavlsakqlpayggdtlwasgiaafealsaplremldgltathdftksfplerf gttpqdlarweatrrnnpplshpvvrthpvsgrkalfvnegfttrinelselesdallrllfahatrpefsirwrwqend vafwdnrvtqhfavddyrpnrrvmhratilgdapf >d1f7da_ miiegdgildkrsedagydllaakeihllpgevkviptgvklmlpkgywgliigkssigskgldvlggvidegyrgeigv iminvsrksitlmerqkiaqliilpckhevleqgkvvm >d1sixa1 msttlaivrldpglplpsrahdgdagvdlysaedvelapgrralvrtgvavavpfgmvglvhprsglatrvglsivnspg tidagyrgeikvalinldpaapivvhrgdriaqllvqrvelvelvevssfdeaglastsrgdgg >d1ml9a_ qlpisivnreddaflnpnfrfidhsiigknvpvadqsfrvgcscasdeecmystcqcldemapdsdeeadpytrkkrfay ysqgakkgllrdrvlqsqepiyechqgcacskdcpnrvvergrtvplqifrtkdrgwgvkcpvnikrgqfvdrylgeiit seeadrrraestiarrkdvylfaldkfsdpdsldpllagqplevdgeymsgptrfinhscdpnmaifarvgdhadkhihd lalfaikdipkgteltfdyvngltglesdahdpskisemtkclc >d3hnaa1 nsqvwsalqmskalqdsapdrpspverivsrdiargyeripipcvnavdsepcpsnykyvsqncvtspmnidrnithlqy cvciddcsssncmcgqlsmrcwydkdgrllpefnmaepplifecnhacscwrncrnrvvqnglrarlqlyrtrdmgwgvr slqdippgtfvceyvgelisdseadvreedsylfdldnkdgevycidarfygnvsrfinhhcepnlvpvrvfmahqdlrf priaffstrlieageqlgfdygerfwdikgklfscrcgspkcrhs >d2l2fa_ mgnfhessnniwledghilhaecgngegdyvestldldyyignddgsfswggenfsgsasnitldiegddnipvlraeln pmdgdpveanvnlserigndcgtlifla >d2jzka_ msyadssrnavltnggrtlraecrnadgnwvtseldldtcignpngflgwgmqnfshssedikleeggrkltcrpktvdg gfrerqgidlnriqnvngrlvfq >g1qqp.1 sgntgsiinnyymqqyqnsmdtqlgndaisggsnegstdttsthttntqnndwfsklassafsglfgallaXdkkteett lledrilttrnghttsttqssvgvtygyataedfvsgpntsgletrvvqaerffkthlfdwvtsdsfgrchllelptdhk gvygsltdsyaymrngwdvevtavgnqfnggcllvamvpelcsiqkrelyqltlfphqfinprtnmtahitvpfvgvnry dqykvhkpwtlvvmvvapltvntegapqikvyaniaptnvhvagefpske >g1aym.1 gaqvsrqnvgthstqnmvsngsslnyfninyfkdaassgasrldXsdriiqitrgdstitsqdvanavvgygvwphyltp qdataidkptqpdtssnrfytldskmwnstskgwwwklpdalkdmgifgenmfyhflgrsgytvhvqcnaskfhqgtllv vmipehqlatvnkgnvnagykythpgeagrevgtqvenekqpsddnwlnfdgtllgnllifphqfinlrsnnsatlivpy vnavpmdsmvrhnnwslviipvcqlqsnnisnivpitvsispmcaefsgaraktvvq >d4igha_ derfyaehlmptlqglldpesahrlavrftslgllprarfqdsdmlevrvlghkfrnpvgiaagfdkhgeavdglykmgf gfveigsvtpkpqegnprprvfrlpedqavinrygfnshglsvvehrlrarqqkqakltedglplgvnlgknktsvdaae dyaegvrvlgpladylvvnvsspntaglrslqgkaelrrlltkvlqerdglrrvhrpavlvkiapdltsqdkediasvvk elgidglivtnttvsrpaglqgalrsetgglsgkplrdlstqtiremyaltqgrvpiigvggvssgqdalekiragaslv qlytaltfwgppvvgkvkreleallkeqgfggvtdaigadhrr >d6b8sa1 yplvkkylfsldaedahekvckilrtlskssflcslihsqwgyknpkleneilglnfpnplglaagfdknasmlraliaf gfgyleagtltneaqvgnerprlfrhieeeslqnamgfnnygavlgarsfnrfapyktpiginlgknkhieqahaledyk avlnqclnigdyytfnlsspntpnlrdlqnkafvnelfcmakemthkplflkiapdleiddmleivnsaieagahgiiat nttidkslvfapkemgglsgkcltkksrevfkelakaffnksvlvsvggisdakeayerikmgasllqiysafiyngpnl cqnilkdlvkllqkdgflsvkeaiga >d2ebna_ ttkaniklfsftevndtnplnnlnftlknsgkplvdmvvlfsaninydaandkvfvsnnpnvqhlltnrakylkplqdkg ikvilsilgnhdrsgianlstarakafaqelkntcdlynldgvffddeysayqtpppsgfvtpsnnaaarlayetkqamp nklvtvyvysrtssfptavdgvnagsyvdyaihdyggsydlatnypglaksgmvmssqefnqgryataqalrnivtkgyg ghmifamdpnrsnftsgqlpalkliakelygdelvysntpyskdw >d1edta_ kqgptsvayvevnnnsmlnvgkytladgggnafdvavifaaninydtgtktaylhfnenvqrvldnavtqirplqqqgik vllsvlgnhqgagfanfpsqqaasafakqlsdavakygldgvdfddeyaeygnngtaqpndssfvhlvtalranmpdkii slynigpaasrlsyggvdvsdkfdyawnpyygtwqvpgialpkaqlspaaveigrtsrstvadlarrtvdegygvyltyn ldggdrtadvsaftrelygseavrt >d4aqla2 pglvdthihasqysfagssidlpllewltkytfpaehrfqnidfaeevytrvvrrtlkngtttacyfatihtdsslllad itdkfgqrafvgkvcmdlndtfpeyketteesiketerfvsemlqknysrvkpivtprfslscsetlmgelgniaktrdl hiqshisenrdeveavknlypsyknytsvydknnlltnktvmahgcylsaeelnvfhergasiahcpnsnlslssgflnv levlkhevkiglgtdvaggysysmldairravmvsnillinkvneksltlkevfrlatlggsqalgldgeign >d2paja2 pawvnthhhlfqsllkgepagldatltpwlaatpyrfralfderrfrlaariglielarsgcatvadhnyvyypgmpfds sailfeeaeklglrfvllrggatqtrqleadlptalrpetldayvadierlaaryhdaspramrrvvmapttvlysispr emretaavarrlglrmhshlsetvgyqdsaysmygkspvafcgehdwlgsdvwyahlvkvdadeiallaqtgtgvahcpq sngrlgsgicpvremadagvpvsigvdgaasneaadmisevhmtwlaqrarlgmlaqpayrggsfeggagaasiaevihw gtaggarvmgldevgk >d2vhla2 gmidihihggygadtmdasfstldimssrlpeegttsflattitqehgnisqalvnarewkaaeessllgaellgihleg pfvspkragaqpkewirpsdvelfkkwqqeagglikivtlapeedqhfelirhlkdesiiasmghtdadsallsdaakag ashmthlynamspfhhrepgvigtalahdgfvteliadgihshplaaklaflakgssklilitdsmrakglkdgvyefgg qsvtvrgrtallsdgtlagsilkmnegarhmreftncswtdianitsenaakqlgifdrkg >d1o12a2 gfvdphihgvvgadtmncdfsemeeflysqgvttflattvstslekmkeilrkardyilenpstsllgvhlegpyiskek kgahsekhirppserelseidspakmltfapeiesselllrlvkrdivlsaghsiatfeefmkfykegvkrithfpnglk plhhreigitgaglllddvklelicdgvhlsremvklvykvkkangivlvtdsisaaglkdgtttlgdlvvkvkdgvprl edgtlagstlffsqavknfrkftgcsitelakvssynscvelglddrg >d4hcha2 yrdkvlaygsimcgdelegglatpedygrfaetlvkrgykgiklhtwmppvswapdvkmdlkacaavreavgpdirlmid afhwysrtdalalgrgleklgfdwieepmdeqslssykwlsdnldipvvgpesaagkhwhraewikagacdilrtgvndv ggitpalktmhlaeafgmecevhgntamnlhvvaatkncrwyergllhpfleyddghdylkslsdpmdrdgfvhvpdrpg lgedidftfidnnrvr >d4hpna2 rwresvrayatgsfkrdnvdrvsdnasemaerraegfhackikigfgveedlrviaavreaigpdmrlmidanhgytvte aitlgdraagfgidwfeepvvpeqldayarvragqpipvaggetwhgrygmwqalsagavdilqpdlcgcggfseiqkia tlatlhgvrivphvwgtgvqiaaalqfmaamtpdpvrvnpiepimefdrthnpfrqavlrepleavngvvtipdgpglgi einrdaltefrmpdp >d4kema2 vaddgvwvyaaggyyypgkdvkalqdemrsyrdrgyrvvkmkiggaplaedlrridavlevvgsgdnlcvdangrfdidt aiaygealkpyglfwyeeagdpldyalqaelakhydrpmatgenlfshqdarnlirhggmrpdrdwlqfdcalsyglvey lrtldmlkengwssrrvvphgghqmslniaaglhlggnesypdvfkpfcgfadgiavedgrvrlpdlpgvgfeakselfa tmsgllgtr >d2p8ba2 ryheefpvthvlsiadpenmaeeaasmiqkgyqsfkmkvgtnvkedvkrieavrervgndiairvdvnqgwknsantlta lrslghlnidwieqpviaddidamahirsktdlplmideglkssremrqiikleaadkvniklmkcggiypavklahqae magiecqvgsmvessvassagfhvafskkiitsveltgplkftkdignlhydvpfirlnekpglgieinedtlqeltvfq divr >d1yb1a_ rrksvtgeivlitgaghgigrltayefaklksklvlwdinkhgleetaakckglgakvhtfvvdcsnrediyssakkvka eigdvsilvnnagvvytsdlfatqdpqiektfevnvlahfwttkaflpamtknnhghivtvasaaghvsvpfllaycssk faavgfhktltdelaalqitgvkttclcpnfvntgfiknpstslgptlepeevvnrlmhgilteqkmifipssiaflttl eril >d1fmca_ mfnsdnlrldgkcaiitgagagigkeiaitfatagasvvvsdinadaanhvvdeiqqlggqafacrcditseqelsalad faisklgkvdilvnnaggggpkpfdmpmadfrrayelnvfsffhlsqlvapemekngggviltitsmaaenkninmtsya sskaaashlvrnmafdlgeknirvngiapgailtdalksvitpeieqkmlqhtpirrlgqpqdianaalflcspaaswvs gqiltvsgggvqeln >d1uzma1 akppfvsrsvlvtggnrgiglaiaqrlaadghkvavthrgsgapkglfgvevdvtdsdavdraftaveehqgpvevlvsn aglsadaflmrmteekfekvinanltgafrvaqrasrsmqrnkfgrmifigsvsglwgignqanyaaskagvigmarsia relskanvtanvvapgyidtdmtralderiqqgalqfipakrvgtpaevagvvsflasedasyisgavipvdggmgm >d1r66a_ mrllvtggagfigshfvrqllagaypdvpadevivldsltyagnranlapvdadprlrfvhgdirdagllarelrgvdai vhfaaeshvdrsiagasvftetnvqgtqtllqcavdagvgrvvhvstdevygsidsgswtessplepnspyaaskagsdl varayhrtygldvritrccnnygpyqhpekliplfvtnlldggtlplygdganvrewvhtddhcrgialvlaggrageiy higggleltnreltgilldslgadwssvrkvadrkghdlrysldggkierelgyrpqvsfadglartvrwyrenrgwwep lk >d1geea_ mykdlegkvvvitgsstglgksmairfatekakvvvnyrskedeansvleeikkvggeaiavkgdvtvesdvinlvqsai kefgkldvminnaglenpvsshemslsdwnkvidtnltgaflgsreaikyfvendikgtvinmssvhekipwplfvhyaa skggmklmtetlaleyapkgirvnnigpgaintpinaekfadpeqradvesmipmgyigepeeiaavaawlasseasyvt gitlfadggmtlypsfqagrg >d1xkqa_ prfsnktviitgssngigrttailfaqeganvtitgrsserleetrqiilksgvsekqvnsvvadvttedgqdqiinstl kqfgkidvlvnnagaaipdafgttgtdqgidiyhktlklnlqaviemtkkvkphlvaskgeivnvssivagpqaqpdfly yaiakaaldqytrstaidlakfgirvnsvspgmvetgftnamgmpdqasqkfynfmashkecipigaagkpehianiilf ladrnlsfyilgqsivadggtslvmgtqahdv >d1gega_ kkvalvtgagqgigkaialrlvkdgfavaiadyndatakavaseinqagghavavkvdvsdrdqvfaaveqarktlggfd vivnnagvapstpiesitpeivdkvyninvkgviwgiqaaveafkkeghggkiinacsqaghvgnpelavyssskfavrg ltqtaardlaplgitvngycpgivktpmwaeidrqvseaagkplgygtaefakritlgrlsepedvaacvsylaspdsdy mtgqsllidggmvfn >d1gy8a_ shmrvlvcggagyigshfvrallrdtnhsvvivdslvgthgksdhvetrenvarklqqsdgpkppwadryaalevgdvrn edflngvftrhgpidavvhmcaflavgesvrdplkyydnnvvgilrllqamllhkcdkiifsssaaifgnptmgsvstna epidinakkspespygeskliaermirdcaeaygikgiclryfnacgahedgdigehyqgsthlipiilgrvmsdiapdq rltihedastdkrmpifgtdyptpdgtcvrdyvhvcdlasahilaldyveklgpndkskyfsvfnlgtsrgysvreviev arkttghpipvrecgrregdpaylvaasdkarevlgwkpkydtleaimetswkfqrthpngya >d1zema1 kkfngkvclvtgaggniglatalrlaeegtaialldmnrealekaeasvrekgvearsyvcdvtseeavigtvdsvvrdf gkidflfnnagyqgafapvqdypsddfarvltinvtgafhvlkavsrqmitqnygrivntasmagvkgppnmaaygtskg aiialtetaaldlapynirvnaispgymgpgfmwerqvelqakvgsqyfstdpkvvaqqmigsvpmrrygdineipgvva fllgddssfmtgvnlpiagg >d5en4a_ gtryagkvvvvtgggrgigagivrafvnsgarvvicdkdesggraleqelpgavfilcdvtqeddvktlvsetirrfgrl dcvvnnaghhpppqrpeetsaqgfrqllelnllgtytltklalpylrksqgnvinisslvgaigqaqavpyvatkgavta mtkalaldespygvrvncispgniwtplweelaalmpdpratiregmlaqplgrmgqpaevgaaavflaseanfctgiel lvtggaelgyg >d3zv4a_ mkltgevalitggasglgralvdrfvaegarvavldksaerlrelevahggnavgvvgdvrslqdqkraaerclaafgki dtlipnagiwdystaladlpedkidaafddifhvnvkgyihavkaclpalvssrgsvvftisnagfypngggplytatkh avvglvrqmafelaphvrvngvapggmntdlrgpsslglseqsissvpladmlksvlpigrmpaleeytgayvffatrgd slpatgallnydggmgvrgfltaaggadlpeklni >d3l6ea1 ghiivtgagsglgraltiglverghqvsmmgrryqrlqqqelllgnavigivadlahhedvdvafaaavewgglpelvlh cagtgefgpvgvytaeqirrvmesnlvstilvaqqtvrligerggvlanvlssaaqvgkaneslycaskwgmrgfleslr aelkdsplrlvnlypsgirsefwdntdhvdpsgfmtpedaaaymldalearsschvtdlfigrn >d4imra1 mrletifglrgrtalvtgssrgigaaiaeglagagahvilhgvkpgstaavqqriiasggtaqelagdlseagagtdlie raeaiapvdilvinasaqinatlsaltpndlafqlavnlgstvdmlqsalpkmvarkwgrvvsigsinqlrpksvvtaya atkaaqhnliqsqardfagdnvllntlapglvdtdrnadrraqdpegwdeyvrtlnwmgragrpeemvgaalflaseacs fmtgetifltggy >d4nima_ gqlkgkiavitgstqglgaatarlfaergaqglvicgrsaekgraqaagleelgakavfvqvdlenvedcrrivaeadra fgrldilvnaagltdrgtildtspelfdrlfavntrapffliqeaiklfrrdrvegaivnvssmssmggqpfiaaycask galdtltrnvaysvlrnrirvnslnigwmasdgedriqreyhgapanwleeavktqpfgrlldpakvaraiaflaseesg lmtgaivnfdqsvwgaydgsphpekpl >d4trra_ msnlngktavvtgaasgigkeialelakagaavaiadlnqdganavadeinkaggkaigvamdvtneeavntgidkvaea fgsvdilvsnagiqivnpienysfadwkkmqaihvdgaflttkaalkhmykddrggvviymgsvhsheasplksayvtak hgllglarvlakegakhnvrshvvcpgfvrtplvdkqipeqakelgiseeevikkvmlgntvdgvfttvqdvaqtvlfls afpsaaltgqsfivshgwfmq >d5unla_ tasdllkpydglrvlvtggasgiglaiadafaecgarvhvcdasqaaiaaladrpsraaigatladvsdraavervfadv aatlggldvlvnnagiagptggideidpaqweqtvainlnaqfefarravpllreskhggaiialssvagrlgyayrtpy aatkwavvglvkslaielgplgirvnaiqpgivrgprirrviearaqqlgigydemeqrylerislrrmtepaeiaatal flcspgghgitgqaisvcgnvevl >d5jlaa_ asaefngaiavvtgagsgigracaellsrsganvivadrdieaatrvaratggktlvldvgedasvtaaanevrarygva dvlvncagvlqrtlppgelaqrewdvvsridlrgtylccaafgapmadrrrgsivniasvagmrsgplhaygpakagvis ltetlagewgpkgvrvncvspgftqtpalergftthtlkadvlrdaaalghivsaneiaeavvflaserasaitgvnlpv dagyliagswaaygglrre >d4zd6a_ ngrlagkrvlltnadaymgeatvqvfeeegaeviadhtdltkvgaaeevveraghidvlvanfavdahfgvtvletdeel wqtayetivhplhricravlpqfyernkgkivvygsaaamryqegalaystarfaqrgyvtalgpeaarhnvnvnfiaqh wtqnkeyfwperiatdefkedmarrvplgrlataredallalflasdesdfivgksiefdggwat >d2fwmx_ mdfsgknvwvtgagkgigyatalafveagakvtgfdqaftqeqypfatevmdvadaaqvaqvcqrllaeterldalvnaa gilrmgatdqlskedwqqtfavnvggafnlfqqtmnqfrrqrggaivtvasdaahtprigmsaygaskaalkslalsvgl elagsgvrcnvvspgstdtdmqrtlwvsddaeeqrirgfgeqfklgiplgkiarpqeiantilflasdlashitlqdivv dggstlga >d3awda_ mymeklrldnrvaivtggaqniglacvtalaeagarviiadldeamatkavedlrmeghdvssvvmdvtntesvqnavrs vheqegrvdilvacagicisevkaedmtdgqwlkqvdinlngmfrscqavgrimleqkqgvivaigsmsglivnrpqqqa aynaskagvhqyirslaaewaphgiranavaptyiettltrfgmekpelydawiagtpmgrvgqpdevasvvqflasdaa slmtgaivnvdagftvw >d5o30a_ nrpvalitmatgyvgpalartmadrgfdlvlhgtagdgtmvgveesfdsqiadlakrgadvltisdvdlttrtgnqsmie rvlerfgrldsaclvtglivtgkfldmtddqwakvkatnldmvfhglqavlppmvaagagqcvvftsatggrpdpmvsiy ggtragangivravgleharhgvqvnaigtnymdfpgflkasradgdperramieaqvplrrlgtmdelssvtaglldgs nrfqtgqffdfsggwga >d3tzqa_ aelenkvaiitgacggigletsrvlaragarvvladlpetdlagaaasvgrgavhhvvdltnevsvralidftidtfgrl divdnnaahsdpadmlvtqmtvdvwddtftvnargtmlmckyaiprlisagggaivnissatahaaydmstayactkaai etltryvatqygrhgvrcnaiapglvrtprlevglpqpivdifathhlagrigepheiaelvcflasdraafitgqviaa dsgllahlpglpqirasvael >d3o38a_ nlseapkeidghgllkgkvvlvtaaagtgigsttarrallegadvvisdyherrlgetrdqladlglgrveavvcdvtst eavdalitqtvekagrldvlvnnaglggqtpvvdmtdeewdrvlnvtltsvmratraalryfrgvdhggvivnnasvlgw raqhsqshyaaakagvmaltrcsaieavefgvrinavspsiarhkflektssselldrlasdeafgraaepwevaatiaf lasdyssymtgevvsvssqra >d2b4qa_ mhpyfslagrialvtggsrgigqmiaqglleagarvficardaeacadtatrlsaygdcqaipadlsseagarrlaqalg elsarldilvnnagtswgaalesypvsgwekvmqlnvtsvfsciqqllpllrrsasaenparvinigsvagisamgeqay aygpskaalhqlsrmlakelvgehinvnviapgrfpsrmtrhiandpqaleadsasipmgrwgrpeemaalaislagtag aymtgnvipidggfhl >d4bmna1 myrllnktavitggnsgiglatakrfvaegayvfivgrrrkeleqaaaeigrnvtavkadvtkledldrlyaivreqrgs idvlfansgaieqktleeitpehydrtfdvnvrgliftvqkalpllrdggsviltssvagvlglqahdtysaakaavrsl artwttelkgrsirvnavspgaidtpiienqvstqeeadelrakfaaatplgrvgrpeelaaavlflasddssyvagiel fvdggltqv >d3un1a1 mrnqqkvvvitgasqgigaglvrayrdrnyrvvatsrsikpsadpdihtvagdiskpetadrivregierfgridslvnn agvflakpfvemtqedydhnlgvnvagffhitqraaaemlkqgsghivsittslvdqpmvgmpsalasltkgglnavtrs lamefsrsgvrvnavspgviktpmhpaethstlaglhpvgrmgeirdvvdavlylehagfitgeilhvdggqnagrw >d3uxya_ fegkvalvtgaaggiggavvtalraagarvavadravagiaadlhlpgdlreaayadglpgavaaglgrldivvnnagvi srgritettdadwslslgvnveapfricraaiplmaaagggaivnvascwglrpgpghalycltkaalasltqcmgmdha pqgirinavcpnevntpmlrtgfakrgfdpdravaelgrtvplgriaepediadvvlflasdaarylcgslvevnggkav a >d4zrma_ mnilvtggagfigshvvdkliengygvivvdnlssgkvenlnrnalfyeqsiedeemmerifslhrpeyvfhlaaqasva isvrepardaktniigslvlleksikygvkkfifsstggaiygenvkvfptpeteiphpispygiakystemyleffare yglkytvlryanvygprqdpygeagvvaiftermlrgeevhifgdgeyvrdyvyvddvvranllamekgdnevfnigtgr gttvnqlfkllkeitgydkepvykpprkgdvrksildytkakeklgwepkvsleeglkltveyfrktl >d3guya1 ivitgassglgaelaklydaegkatyltgrsesklstvtnclsnnvgyrardlashqeveqlfeqldsipstvvhsagsg yfgllqeqdpeqiqtliennlssainvlrelvkrykdqpvnvvmimstaaqqpkaqestycavkwavkgliesvrlelkg kpmkiiavypggmatefwetsgksldtssfmsaedaalmihgalanigngyvsditvnr >d1fl2a1 aydvlivgsgpagaaaaiysarkgirtglmgerfggqildtvdienyisvpktegqklagalkvhvdeydvdvidsqsas klipaavegglhqietasgavlkarsiivatgakXlpntnwlegavernrmgeiiidakcetnvkgvfaagdcttvpykq iiiatgegakaslsafdylirtkta >d1ojta1 gsadaeydvvvlgggpggysaafaaadeglkvaiveryktlggvclnvgcipskallhnaavidevrhlaangikypepe ldidmlraykdgvvsrltgglagmaksrkvdviqgdgqfldphhlevsltagdayeqaaptgekkivafknciiaagsrX apngklisaekagvavtdrgfievdkqmrtnvphiyaigdivgqpmlahkavheghvaaencaghkayfd >d1mo9a1 kvwnarndhltinqwatrideileapdggeviynvdendpreydaifigggaagrfgsaylramggrqlivdrwpflggs cphnacvphhlfsdcaaelmlartfsgqywfpdmtekvvgikevvdlfragrngphgimnfqskeqlnleyilncpakvi dnhtveaagkvfkaknlilavgagpgtldvpXeqprsaelakilgldlgpkgevlvneylqtsvpnvyavgdliggpmem fkarksgcyaarnvmgekisyt >d1trba1 gttkhskllilgsgpagytaavyaaranlqpvlitgmekggqlttttevenwpgdpndltgpllmermhehatkfeteii fdhinkvdlqnrpfrlngdngeytcdaliiatgasaryXhspntaifegqlelengyikvqsgihgnatqtsipgvfaag dvmdhiyrqaitsagtgcmaaldaeryldgl >d2f3oa_ drieklikkvskparlsvercrlytesmkqtegepmiirqakalkhvlenipiqildselivgtmlpnppgaiifpegvg lriineldslpnretnrlmvdeedakvlreeiapywqrktieafafplmpdimqilytgsvfvlteiagishvavnypyl lrrgfrwfleeserriraleesgvyegekysfyqaakivseavinyglrysklaeelaesedgerreellkiaeicrkvp aekpetfweavqfvwlvqsalhqenyeqaismgridqylypffkkdigegrinrelafdilanlwiktneivpafdslle qyfsgqatnqavtiggcdiygndatneltylmlevtdrlrlrqpnvhvrinkgspesflkrlaeaissgcnnlalffdda avkalknaevddrdalnyttdgcveiapfgnsftssdaalinvakaleyalnegvdlqfgyefgaktekpkfledllekl reqvshivklvvrgsnvlsyanaevkptpllslcvedcfekgvdvsrggarynftgiqavgiadvgdslvaiegalnagy smddiveacrknfvgyeklhklllqspkygndddaadkytkmvlewyceevnrhrnfrggkfaagcypmttnvgfgffts alpsgrksgeplnpgvspstgmdregvtavinsasklsyenlpngasltinlssdvlgekgdaviealikssmelgvmhv qfnilkedllrkaqqepekyrwllvrvagwsayfvelsrpvqeevirriscri >d5fava1 gipdgptprhvklkenflkqvpsitvqravaitkiakenpglpkpllraktfryccetaplviqdhelivgspngaprag afspevawrwlqdeldtigsrpqdpfyiseedkkvlreevfpfwqnksvdefcegqyreadlwemsgesfvsdcsyhavn gggdsnpgydvilmkkgmldiqrearekleqldyanpedidkiyfyksvietaegvmiyarrlsayaaelaaretdprrk aelqkisevnarvpahapsnfweaiqavwtvesllvveenqtgmsigrvdqymypfyradidsgrlteyeafdlagcmlv kmsemmwitsegaskffagyqpfvnmcvggvtreghdatndltymlmdavrhvriyqptlatrvhnkspqkylkkivdvi rsgmgfpavhfddahikmmlakgvsiedardyclmgcvqpqksgrlyqwtstgytqwpicielvlnhgvplwygkkvtpd mgdlsqydtyekfeaavkeqirwitkntsvatvisqrahrelapkplmslmyegcmesgrdvsaggamynfgpgvvwsgl atyvdsmaaikklvyddrkytlaqlnealkadfagydqiladclaapkygndddyadmiaadlvhftetehrkyktlysv lshgtlsisnntpfgqllgasangrrawmplsdgisptqgadykgptaiiksvskmandnmnigmvhnfklmsglldtpe genglitlirtacmlgngemqfnyldnellldaqkhpekyrdlvvrvagysaffvelckdvqdeiisrtmlhgf >d1xkua_ gpvcpfrcqchlrvvqcsdlglekvpkdlppdtalldlqnnkiteikdgdfknlknlhtlilinnkiskispgafaplvk lerlylsknqlkelpekmpktlqelrvheneitkvrksvfnglnqmivvelgtnplkssgiengafqgmkklsyiriadt nittipqglppsltelhldgnkitkvdaaslkglnnlaklglsfnsisavdngslantphlrelhlnnnklvkvpgglad hkyiqvvylhnnnisaigsndfcppgyntkkasysgvslfsnpvqyweiqpstfrcvyvraavql >d4xsqa_ cpsackctvslygemvvacggmglteipediphravylvlkdnnitkitsysfkglrnlqgidlsnnkinhissaalrhl ghlddidlsrneltsvseklfdfpissakaqgrrffvylannpwgcdcrmawlaqelaggsktfgdrhmecatpaalagr glseipqtsfvctg >d2f6qa1 gfetlvvtsedgitkimfnrpkkknaintemyheimralkaaskddsiitvltgngdyyssgndltnftdippggveeka knnavllrefvgcfidfpkpliavvngpavgisvtllglfdavyasdratfhtpfshlgqspegcssytfpkimspakat emlifgkkltageacaqglvtevfpdstfqkevwtrlkafaklppnalriskevirkrereklhavnaeecnvlqgrwls dectn >d3peaa_ mlkflsvrvedhiavatlnhapanamssqvmhdvtelidqvekddnirvvvihgegrffsagadikeftsvteakqatel aqlgqvtfervekcskpviaaihgaalggglefamschmrfatesaklglpeltlglipgfagtqrlpryvgkakacemm ltstpitgaealkwglvngvfaeetflddtlkvakqiagkspataravlellqttksshyyegvqreaqifgevftsedg regvaaflekrkpsfsg >d4kd6a_ dvlfsnhgrvavitlnrperlnawttpmretiidalerfnrdpevaaiimtgagnrafsagqdlseahdfdgeravawvk ewqryytalrslskplvmalngtaagsafqvallgdirvghpgvrmgqpeinagiasttgpwimnamlgmsrtieltltg rlmeaeechriglihhlvdedkvfdkaleiatelaakppvamrldkqrfremtepgfidcieageri >d4k2na1 msdviqlvregaiatvtlnrpdrmnalnlpmwrglaeafetisadrsihvvilrgagtkafapgadieefdtlranaeqa kaydlvmrkaldtvracpqpviaaiwgpcvggglelacccdirlsaksgkfgvpinkisvvmaypelaqirrvagpaaal eillegrimdadeaaakrlvnrvveddamdaevaatakriaagaplanrwhkafiarlddptpvseaeldecyrfldtkd yaeglaafrakrkpvftae >d3moya_ ttyttiatsrpvagvglirldrpdalnalnqtleaevldaardfdadleigaivvtgserafaagadiaemvtltphqar ernllsgwdsltqvrkpivaavagyalgggcelamlcdlviaadtarfgqpeitlgilpglggtqrltravgkakamdlc ltgrsltaeeaervglvsrivpaadlldealavaqriarmsrpagravkdaineaferplsagmryerdafyamfdthdq tegmtaflekrtpeftdr >d4jyla1 mlveierrgdaslivlsrpeklnainlemladladqfskaekedtrvivitgygknfsagadinmlasfdpasaysfrlk mnsiaqrirksdkpviallkgysmggglelaesadiriamsdavigqpessiginagaggnvilpklvgrgsaaylamsg kklnaqeamalglvdevvddeakawkiiddickkpkktlqfikrainssydmglesamdqealyfsllftdpevldalsk wrk >d1a04a2 epatilliddhpmlrtgvkqlismapditvvgeasngeqgielaesldpdlilldlnmpgmngletldklrekslsgriv vfsvsnheedvvtalkrgadgyllkdmepedllkalhqaaagemvlsealtpvlaasl >d1k68a_ ahkkiflvednkadirliqealanstvphevvtvrdgmeamaylrqegeyanasrpdlilldlnlpkkdgrevlaeiksd ptlkripvvvlstsineddifhsydlhvncyitksanlsqlfqivkgieefwlstatlps >d1qkka1 psvflidddrdlrkamqqtlelagftvssfasatealaglsadfagivisdirmpgmdglalfrkilaldpdlpmilvtg hgdipmavqaiqdgaydfiakpfaadrlvqsarraeekrrlvmenrslrraaeaasegl >d3ltea_ krilvvdddqamaaaiervlkrdhwqveiahngfdagiklstfepaimtldlsmpkldgldvirslrqnkvanqpkilvv sgldkaklqqavtegaddylekpfdndalldrihdlvn >d5t3ya_ mirtilaiddsatmrallhatlaqagyevtvaadgeagfdlaattaydlvltdqnmprksgleliaalrqlsayadtpil vlttegsdafkaaardagatgwiekpidpgvlvelvatlsepaan >d3t6ka_ kphtllivddddtvaemlelvlrgagyevrraasgeealqqiyknlpdalicdvllpgidgytlckrvrqhpltktlpil mltaqgdisakiagfeagandylakpfepqelvyrvknilar >d3w9sa_ kilvieddalllqglilamqsegyvcdgvstaheaalslasnhyslivldlglpdedglhflsrmrrekmtqpvliltar dtledrisgldtgaddylvkpfaleelnarirallr >d3c3ma1 ytilvvddspmivdvfvtmlerggyrpitafsgeeclealnatppdlvlldimmepmdgwetleriktdpatrdipvlml takpltpeeaneygsyiedyilkptthhqlyeaiehvlarr >d3crna1 krilivdddtaildstkqilefegyeveiaatageglakieneffnlalfdiklpdmegtellekahklrpgmkkimvtg yaslensvfslnagadayimkpvnprdllekikekldeqek >d3n53a1 kkiliidqqdfsrielknfldseylviesknekealeqidhhhpdlvildmdiigenspnlclklkrskglknvplillf ssehkeaivnglhsgaddyltkpfnrndllsrieihlrtqnyysdl >d2arka1 mgkvlviydtrtgntkkmaelvaegarslegtevrlkhvdeatkedvlwadglavgsptnmglvswkmkrffddvlgdlw geidgkiacafsssggwgggnevacmsiltmlmnfgflvfgvtdyvgkkftlhygavvageprseeekeacrrlgrrlae wvaifvdgrkellekirkdparfv >d3zhoa_ akvlvlyysmyghietmaravaegaskvdgaevvvkrvpetmppqlfekaggktqtapvatpqeladydaiifgtptrfg nmsgqmrtfldqtgglwasgalygklasvfsstgtgggqeqtitstwttlahhgmvivpigyaaqelfdvsqvrggtpyg attiaggdgsrqpsqeelsiaryqgeyvaglavklng >d4oxxa_ mnalilygtetgnaeacattisqvladtvdtkvhdladmtpramldsgadlivfatatygegefagggaaffetlretkp dlsglrfavfglgdsyyttfnqagataatilaslggtqvgdtarhdtssgddpaataaewareiltalatpav >d2m6sa_ maeigifvgtmygnsllvaeeaeailtaqghkatvfedpelsdwlpyqdkyvlvvtsttgqgdlpdsivplfqgikdslg fqpnlrygvialgdssyvnfcnggkqfdallqeqsaqrvgemllidasenpepetesnpwvehwgtlls >d1yzfa1 mrkivlfgdsitagyldeavspvlvdlvkrdiaamgleevavinagmpgdttedglkrlnkevliekpdevviffganda sldrnitvatfrenletmiheigsekvilitppyadsgrrperpqtrikelvkvaqevgaahnlpvidlykamtvypgtd eflqadglhfsqvgyellgalivreikgrlkpkqa >d3rjta1 miepgsklvmvgdsitdcgrahpvgeaprgglgngyvalvdahlqvlhpdwrirvvnvgtsgntvadvarrweddvmalq pdyvslmigvndvwrqfdmplvverhvgideyrdtlrhlvattkprvremfllspfylepnrsdpmrktvdayieamrdv aasehvpfvdvqaefdrllahlntwvlapdrvhpylnghlviarafltavgvl >d4iyja_ sdaqkqdwgnlkryaeankelvrkgkqkdrvvfmgnsitegwvandaaffedngyvgrgiggqtsshfllrfredvikla palvvinagtndiaenagayneeytfgnivsmvelarankikviltsvlpaaafgwnpsvkdapqkimqlnarirkyaqe nkipyvdyysemvegdnkalnssytrdgvhptlegykvmealikkaidkvl >d4rsha_ ntkvvaigdsftfgypgntenswpavlgqtsqievvnkglksqtaqdlysrfdadvlaekpgrviifvgngdaikevple tfqqhikamvekaesnhiipilalplpytgvqntikefrewessyakeknilvldfatvlmdadnvylegllskeanyps kegyklmgeyasrvl >d2rk3a_ askralvilakgaeemetvipvdvmrragikvtvaglagkdpvqcsrdvvicpdasledakkegpydvvvlpggnlgaqn lsesaavkeilkeqenrkgliaticagptallaheigfgskvtthplakdkmmngghytysenrvekdgliltsrgpgts fefalaivealngkevaaqvkaplvlk >d4gdha_ vkvclfvadgtdeiefsapwgifkraeipidsvyvgenkdrlvkmsrdvemyanrsykeipsaddfakqydiaiipgggl gaktlsttpfvqqvvkefykkpnkwigmicagtltaktsglpnkqitghpsvrgqleeggykyldqpvvleenlitsqgp gtamlfglklleqvaskdkynavykslsmp >d1pfva2 akkilvtcalpyangsihlghmlehiqadvwvryqrmrghevnficaddahgtpimlkaqqlgitpeqmigemsqehqtd fagfnisydnyhsthseenrqlseliysrlkengfiknrtisqlydpekgmflpdrfXvvsgatpvmrdsehfffdlpsf semlqawtrsgalqeqvankmqewfesglqqwdisrdapyfgfeipnapgkyfyvwldapigymgsfknlcdkrgdsvsf deywkkdstaelyhfigkdivyfhslfwpamlegsnfrkpsnlfvhgyvtvngakmsksrgtfikastwlnhfdadslry yytaklssriddidlnledfvqrvnadivnk >d1ivsa4 mdlpkaydpksvepkwaekwaknpfvanpksgkppfvifmpppnvtgslhmghaldnslqdalirykrmrgfeavwlpgt dhagiatqvvverlllkegktrhdlgrekflervwqwkeesggtilkqlkrlgasadwsreaftmdekrsravryafsry yheglayraprlvnwcprcettlsdleveXtcsrcgtpieyaifpqwwlrmrplaeevlkglrrgdiafvperwkkvnmd wlenvkdwnisrqlwwghqipawycedcqavnvprperyledptsceacgsprlkrdedvfdtwfssalwplstlgwpee tedlkafypgdvlvtgydilflwvsrmevsgyhfmgerpfktvllhglvldekgqkmskskgnvidplemverygadalr faliylatggqdirldlrwlemarnf >d1k92a1 ttilkhlpvgqrigiafsggldtsaallwmrqkgavpyaytanlgqpdeedydaiprrameygaenarlidcrkqlvaeg iaaiqcgafhnttggltyfnttplgravtgtmlvaamkedgvniwgdgstykgndierfyryglltnaelqiykpwldtd fidelggrhemsefmiacgfdykmsvek >d1vl2a1 kekvvlaysggldtsvilkwlcekgfdviayvanvgqkddfvaikekalktgaskvyvedlrrefvtdyiftallgnamy egryllgtaiarpliakrqveiaekegaqyvahgatgkgndqvrfeltyaalnpnlkvispwkdpeflakfkgrtdliny amekgipi >d1efva1 qstlviaehandslapitlntitaatrlggevsclvagtkcdkvaqdlckvagiakvlvaqhdvykgllpeeltplilat qkqfnythicagasafgknllprvaaklevapisdiiaikspdtfvrtiyagnalctvkcdekvkvfsvrgtsfdaaats ggsassekasstspveisewldqkltks >d1efpa1 avlllgevtngalnrdatakavaavkalgdvtvlcagasakaaaeeaakiagvakvlvaedalyghrlaeptaalivgla gdyshiaapattdaknvmprvaalldvmvlsdvsaildadtferpiyagnaiqvvkskdakkvftirtasfdaageggta pvtetaaaadpglsswvadevae >d1np7a2 mkhvpptvlvwfrndlrlhdheplhralksglaitavycydprqfaqthqgfaktgpwrsnflqqsvqnlaeslqkvgnk llvttglpeqvipqiakqinaktiyyhrevtqeeldvernlvkqltilgieakgywgstlchpedlpfsiqdlpdlftkf rkdiekkkisirpcffapsqllpspnikleltapppeffpqinf >d1dnpa2 tthlvwfrqdlrlhdnlalaaacrnssarvlalyiatprqwathnmsprqaelinaqlnglqialaekgipllfrevddf vasveivkqvcaensvthlfynyqyevnerardveveralrnvvcegfddsvilppgavmtgnhemykvftpfknawlkr lregmpecvaapkvrssgsiepspsitlnyprqsfdtahf >d2ihta1 vadgwqkaadqaaallaeakhpvlvvgaaairsgavpairalaerlnipvittyiakgvlpvghelnygavtgymdgiln fpalqtmfapvdlvltvgydyaedlrpsmwqkgiekktvrisptvnpiprvyrpdvdvvtdvlafvehfetatasfgakq rhdieplrariaeflad >d4fega2 yasansyqtpllpepdvqavtrltqtllaaerpliyygigarkagkeleqlsktlkiplmstypakgivadrypaylgsa nrvaqkpanealaqadvvlfvgnnypfaevskafkntryflqididpaklgkrhktdiavladaqktlaailaqvseres tpwwqanlanvknwraylasled >d1viaa_ knivfigfmgsgkstlaralakdldlvfldsdflieqkfnqkvseifeqkrenffreqeqkmadffsscekaciatgggf vnvsnlekagfciylkadfeylkkrldkdeiskrplfydeikakklynerlskyeqkanfilnienknidellseikkvi k >d2iyva2 apkavlvglpgsgkstigrrlakalgvglldtdvaieqrtgrsiadifatdgeqefrrieedvvraaladhdgvlslggg avtspgvraalaghtvvyleisaaegvrrtggntvrpllagpdraekyralmakraplyrrvatmrvdtnrrnpgavvrh ilsrlqvpspseaat >d1m7ga_ stnitfhasaltrsertelrnqrgltiwltglsasgkstlavelehqlvrdrrvhayrldgdnirfglnkdlgfseadrn enirriaevaklfadsnsiaitsfispyrkdrdtarqlhevatpgeetglpfvevyvdvpvevaeqrdpkglykkaregv ikeftgisapyeapanpevhvknyelpvqdavkqiidyldtkgylpak >d3seaa_ qsksrkiailgyrsvgkssltiqfvegqfvdsadptientftklitvngqeyhlqlvdtagqdeysifpqtysidingyi lvysvtsiksfevikvihgklldmvgkvqipimlvgnkkdlhmervisyeegkalaeswnaaflessakenqtavdvfrr iileaek >d3q72a_ svykvlllgapgvgksalarifggvedgpeaeaaghtydrsivvdgeeaslmvydiweqdggrwlpghcmamgdayvivy svtdkgsfekaselrvqlrrarqtddvpiilvgnksdlvrsrevsvdegracavvfdckfietsaalhhnvqalfegvvr qirlrr >d1oxxk2 mvriivknvskvfkkgkvvaldnvniniengerfgilgpsgagkttfmriiagldvpstgelyfddrlvasngklivppe drkigmvfqtwalypnltafeniafpltnmkmskeeirkrveevakildihhvlnhfprelsgaqqqrvalaralvkdps lllldepfsnldarmrdsaralvkevqsrlgvtllvvshdpadifaiadrvgvlvkgklvqvgkpedlydnpvsiqvasl ig >d1g6ha_ tmeilrtenivkyfgefkaldgvsisvnkgdvtliigpngsgkstlinvitgflkadegrvyfenkditnkepaelyhyg ivrtfqtpqplkemtvlenlligeicpgesplnslfykkwipkeeemvekafkileflklshlydrkagelsggqmklve igralmtnpkmivmdepiagvapglahdifnhvlelkakgitfliiehrldivlnyidhlyvmfngqiiaegrgeeeikn vlsdpkvveiyige >d1m8pa3 pratqgftifltgymnsgkdaiaralqvtlnqqggrsvslllgdtvrhelsselgftredrhtniqriafvateltraga aviaapiapyeesrkfardavsqagsfflvhvatplehceqsdkrgiyaaarrgeikgftgvddpyetpekadlvvdfsk qsvrsivheiilvlesqgflerq >d1t6na_ sgfrdfllkpellraivdcgfehpsevqhecipqailgmdvlcqaksgmgktavfvlatlqqlepvtgqvsvlvmchtre lafqiskeyerfskympnvkvavffgglsikkdeevlkkncphivvgtpgrilalarnkslnlkhikhfildecdkmleq ldmrrdvqeifrmtphekqvmmfsatlskeirpvcrkfmqdpmeifv >d3peya1 aksfdelglapellkgiyamkfqkpskiqeralplllhnpprnmiaqsqsgtgktaafsltmltrvnpedaspqaiclap srelarqtlevvqemgkftkitsqlivpdsfeknkqinaqvivgtpgtvldlmrrklmqlqkikifvldeadnmldqqgl gdqcirvkrflpkdtqlvlfsatfadavrqyakkiv >d5nt7b_ vkqtiyevnkyakrsklieilseqadgtivfvetkrgadflasflsekefpttsihgdrlqsqreqalrdfkngsmkvli atsvasrgldiknikhvinydmpskiddyvhrigrtgrvgnngratsffdpekdraiaadlvkilegsgqtvpdflrtc >d4hzia_ nsllslekisykptgktildsvsfeiktnehcvllgrngagkstlvnliygmiwatsgtirlfqetygeiaiqdlrkrig ildssqqensiqrkltvkdtiltglfhtigyyrdpspeeetktlqilkdsdllskkdqlyntlssgekkkilflrsivne pdflimdepcssldltaredflgflkeyhskkkftslyithrpeeipdfyskavllkegkvihfgpieecfteknledly diplqvqrientwsvipkq >d2yoga_ dkkkgkfivfegldrsgkstqskllveylknnnvevkhlyfpnretgigqiiskylkmensmsnetihllfsanrwehmn eikslllkgiwvvcdryaysgvayssgalnlnktwcmnpdqglikpdvvfylnvppnyaqnrsdygeeiyekvetqkkiy etykhfahedywinidatrkiedihndivkevtkikvepeefnflws >d4hlca_ safitfegpegsgkttvinevyhrlvkdydvimtrepggvptgeeirkivlegndmdirteamlfaasrrehlvlkvipa lkegkvvlcdryidsslayqgyargigveevralnefainglypdltiylnvsaevgreriiknsrdqnrldqedlkfhe kviegyqeiihnesqrfksvnadqplenvvedtyqtiikyle >d2z0ma2 glanvehkfvhvkddwrskvqalrenkdkgvivfvrtrnrvaklvrlfdnaielrgdlpqsvrnrnidafregeydmlit tdvasrgldiplvekvinfdapqdlrtyihrigrtgrmgrkgeaitfilneywlekevk >d4q7ka_ nfsvkpgslvavlgetgsgkstlmnliprlidpergrvevdeldvrtvklkdlrghisavpqetvlfsgtikenlkwgre datddeiveaakiaqihdfiislpegydsrverggrnfsggqkqrlsiaralvkkpkvlilddctssvdpitekrildgl krytkgcttfiitqkiptalladkilvlhegkvagfgthkellehckpyreiyesqfg >d1lara2 srfisanlpcnkfknrlvnimpyeltrvclqpirgvegsdyinasfldgyrqqkayiatqgplaestedfwrmlwehnst iivmltklremgrekchqywpaersaryqyfvvdpmaeynmpqyilrefkvtdardgqsrtirqfqftdwpeqgvpktge gfidfigqvhktkeqfgqdgpitvhcsagvgrtgvfitlsivlermryegvvdmfqtvktlrtqrpamvqtedqyqlcyr aaleylgsf >d2i1ya_ tghmilaymedhlrnrdrlakewqalcayqaepntcataqgegnikknrhpdflpydhariklkvesspsrsdyinaspi iehdprmpayiatqgplshtiadfwqmvwesgctvivmltplvedgvkqcdrywpdegaslyhvyevnlvsehiwcedfl vrsfylknvqtqetrtltqfhflswpaegtpastrplldfrrkvnkcyrgrscpiivhcsdgagrtgtyilidmvlnrma kgvkeidiaatlehvrdqrpglvrskdqfefaltavaeevnailkal >d1f9ma_ meaivgkvtevnkdtfwpivkaagdkpvvldmftqwcgpckamapkyeklaeeyldviflkldcnqenktlakelgirvv ptfkilkensvvgevtgakydklleaiqaars >d2b5ea1 vksqeifenqdssvfqlvgknhdeivndpkkdvlvlyyapwcghckrlaptyqeladtyanatsdvliakldhtendvrg vviegyptivlypggkksesvvyqgsrsldslfdfikenghfdvdgkalyeeaqekaaee >d1st9a_ egsdapnfvledtngkrielsdlkgkgvflnfwgtwcepckkefpymanqykhfksqgveivavnvgeskiavhnfmksy gvnfpvvldtdrqvldaydvsplpttflinpegkvvkvvtgtmtesmihdymnlikp >d3erwa_ pavpavflmktiegedisipnkgqktilhfwtswcppckkelpqfqsfydahpsdsvklvtvnlvnseqnqqvvedfika nkltfpivldskgelmkeyhiitiptsfllnekgeiektkigpmtaeqlkewte >d4k9za_ askllpgqpaidfemldvegnvkhladfkgkviyidlwatwcgpciqespafealgkkyvgkdivflpvstdtttkpwlr yldghkkeltqyhsndvalkeswaimyiprfilidkdfnivnayaprpsseeigtlidsvl >d3hdca1 apgkaesdaplvrtgalapnfklptlsgenkslaqyrgkivlvnfwaswcpycrdempsmdrlvksfpkgdlvvlavnve krfpekyrrapvsfnflsdatgqvqqryganrlpdtfivdrkgiirqrvtggiewdapkvvsylksl >d6bkva1 mshyielteenfestikkgvalvdfwapwcgpckmlspvidelaseyqgkakickvntdeqeelsakfgirsiptllftk dgevvhqlvgvqtkvalkeqlnkll >d2wz9a_ aaveevgsagqfeellrlkaksllvvhfwapwapqcaqmnevmaelakelpqvsfvkleaegvpevsekyeissvptflf fknsqkidrldgahapeltkkvqrhassgsflpsakvkvd >d3hz4a_ ngssiiefedmtwsqqvedskkpvvvmfyspacpyckamepyfeeyakeygssavfgriniatnpwtaekygvqgtptfk ffchgrpvweqvgqiypsilknavrdmlqhgeecirkstp >d2e0qa_ vihldsknfdsflasheiavvdfwaewcapclilapiieelaedypqvgfgklnsdenpdiaarygvmslptviffkdge pvdeiigavpreeieiriknllge >d2r5na3 rteeqlaniarggyvlkdcagqpelifiatgsevelavaayekltaegvkarvvsmpstdafdkqdaayresvlpkavta rvaveagiadywykyvglngaivgmttfgesapaellfeefgftvdnvvakakell >d4c7va3 piskekvfdgvekggyvvqgaeneadgiliatgsevglalkakeelqkkgkdvivvslpswerfeaqseeykntvippel kkrmtieagttygwakyagdhgvmigidefgmsapsdivlrelgmsvenivdkyle >d2h06a2 ewrnctivspdaggakrvtsiadrlnvdfalihkerkkanevdrmvlvgdvkdrvailvddmadtcgtichaadkllsag atrvyailthgifsgpaisrinnacfeavvvtntipqedkmkhcskiqvidismilaeairrthngesvsylf >d5mp7a2 dedmvvvspdsgrvrvaekwadslggvplafihktrdplvpnqvksnrvvgdvkgktciltddmidtggtiagavnllre dgakdviiaathgvlsdpapqrlaecgarevivtntlpitedkrfpqltvlsiapllantiravfeng >d1wzna1 myelytllaeyydtiyrrriervkaeidfveeifkedakrevrrvldlacgtgiptlelaergyevvgldlheemlrvar rkakernlkieflqgdvleiafknefdavtmffstimyfdeedlrklfskvaealkpggvfitdfpcwfyggrdgpvvwn eqkgeeklvimdwrevepavqklrfkrlvqilrpngevkaflvddelniytprevrllaekyfekvkiygnlkrelspnd mrywivgiaks >d5h02a_ npievresdgytneyvsgfvdkwdelidwesraesegdtiinilkergvkkvldvatgtgfnsvrllqagfdvvsadgsa emlvkafdnardhgylmrtvqadwrwmnkdihdkfdaivclgnsfthlfdegdrrkalaefyallkhdgvllldqrnyda ilddgysskhahyycgdtvsvypehvdeglarfkyefsdgsvynlnmfplrkdytrqllhevgfqeintlgdfketyked epdfflhvaekn >d4zwva1 miplfkvavsptaldrvaevfasgylgqgprvaefesalaarlgnprvvsvhsgtsglclalrlldapeerdevlstplt featnwailadgrritwvdvdpatltmdlddlerkispatraiivvhwtgypvdldrlagildraerehgfrpaviedca hawgasyrgvplgshgnmcvfsfqalkhltcgdgglltlpgdelheramlrrfygidrtadrlrgaydvaewglkwhmtd lnaaiglanletvdeqlrlhrenaafydkeltgvpglellqrspdregsfyvydvkvddrpafhrkmeaagimaglvsrr ndehscvahlrtslpgldsvydrmvslpvgwwlteqdrehvvatirsgw >d3nx3a_ qshiiptykrfdivlekgqgvylfddkakkyldfssgigvcalgynhakfnakikaqvdkllhtsnlyyneniaaaaknl akasalervfftnsgtesiegamktarkyafnkgvkggqfiafkhsfhgrtlgalsltanekyqkpfkplisgvkfakyn dissveklvnektcaiilesvqgegginpankdfykalrklcdekdilliadeiqcgmgrsgkffayehaqilpdimtsa kalgcglsvgafvinqkvasnsleagdhgstyggnplvcagvnavfeifkeekilenvnkltpyleqsldelinefdfck krkglgfmqglsldksvkvakviqkcqenallliscgendlrflpplilqkehidemseklrkalksf >d3gjua1 mlnqsnelnawdrdhffhpsthmgthargesptrimaggegvtvwdnngrksidafaglycvnvgygrqkiadaiatqak nlayyhayvghgteasitlakmiidrapkgmsrvyfglsgsdanetnikliwyynnvlgrpekkkiisrwrgyhgsgvmt gsltgldlfhnafdlprapvlhteapyyfrrtdrsmseeqfsqhcadkleemilaegpetiaafigepilgtggivpppa gywekiqavlkkydvllvadevvtgfgrlgtmfgsdhygikpdlitiakgltsayaplsgvivadrvwqvlvqgsdklgs lghgwtysahpicvaagvanlelidemdlvtnagetgayfraelakavgghknvgevrgdgmlaavefvadkddrvffda sqkigpqvatalaasgvigrampqgdilgfapplcltreqadivvsktadavksvfa >d3nu8a_ miefidlknqqarikdkidagiqrvlrhgqyilgpevteledrladfvgakyciscangtdalqivqmalgvgpgdevit pgftyvataetvallgakpvyvdidprtynldpqlleaaitprtkaiipvslygqcadfdainaiaskygipviedaaqs fgasykgkrscnlstvactsffpskplgcygdggaiftnddelatairqiarhgqdrryhhirvgvnsrldtlqaaillp kleifeeeialrqkvaaeydlslkqvgigtpfievnnisvyaqytvrmdnresvqaslkaagvptavhypiplnkqpava dekaklpvgdkaatqvmslpmhpyldtasikiicaalt >d1uk8a_ nleigksilaagvltnyhdvgegqpvilihgsgpgvsayanwrltipalskfyrviapdmvgfgftdrpenynyskdswv dhiigimdaleiekahivgnafggglaiatalryservdrmvlmgaagtrfdvteglnavwgytpsienmrnlldifayd rslvtdelarlryeasiqpgfqesfssmfpeprqrwidalassdediktlpnetliihgredqvvplssslrlgelidra qlhvfgrcghwtqieqtdrfnrlvveffnea >d4jnca1 shgyvtvkprvrlhfvelgsgpavclchgfpeswyswryqipalaqagyrvlamdmkgygessappeieeycmevlckem vtfldklglsqavfighdwggmlvwymalfypervravaslntpfipanpnmsplesikanpvfdyqlyfqepgvaeael eqnlsrtfkslfrasdesvlsmhkvceagglfvnspeepslsrmvteeeiqfyvqqfkksgfrgplnwyrnmernwkwac kslgrkilipalmvtaekdfvlvpqmsqhmedwiphlkrghiedcghwtqmdkptevnqilikwldsdarn >d4inza_ skqyinvngvnlhyiskgqgelmlflhgfpdfshiwrhqidefsndfhtvaldlrgynlsekpsglesyeidvlvedirq vieglgyssctlvvhdwgagigwtfayrypeyvqkliafngphpytfmrelrtnknqqkaseyakwfqkqevqdymerdn fsglrklvidpgvkkgyltaddvqaymnswengsvlsmlsyyrnlkifteedlrrkslfpleeevlnipvqiiwgnqdpt fmpenldgieeyvpnisvhrlaeashapqhekpqevnnvmwnflnk >d5esra1 mdvlrtpderfegladwsfaphytevtdadgtalrihhvdegpkdqrpillmhgepswaylyrkviaelvakghrvvapd lvgfgrsdkpakrtdytyerhvawmsawleqndlkdivlfcqdwggliglrlvaafperfsavvvsntglpigvgksegf eawlnfsqntpelpvgfilnggtardlsdaersaydapfpdesykegarifpalvpitpehasveenkaawavletfdkp fvtafsdadpitrggeamflarvpgtknvahttlkgghfvqedspveiaalldglvaglpqa >d3kxpa_ hfisrrvdigritlnvrekgsgplmlffhgitsnsavfeplmirlsdrfttiavdqrghglsdkpetgyeandyaddiag lirtlarghailvghslgarnsvtaaakypdlvrsvvaidftpyietealdalearvnagsqlfedikaveaylagrypn ipadairiraesgyqpvdgglrplassaamaqtarglrsdlvpayrdvtkpvlivrgessklvsaaalaktsrlrpdlpv vvvpgadhyvnevspeitlkaitnfida >d5w8oa_ gelgivdigaltlesgavidnvqiaverwgelspsrdnvvvvlhaltgdshvagpagpnyptpgwwdgvvgpgaaidtrr wcaiatnvlggcrgstgpgslhpdgkawgsrfpavtvrdqvradlaalnamgihqvaavvggsmggaralewvighpetv raglilavgaratadqigtqstqvaaikadpnwqngdyygtglkpdvglqiarrfahltyrgeveldtrfgnapqddenp llggryavesyleyqgrklvdrfdagtyvtltdslsshdvgrgrggveaalrscevpvvvggftsdrlyplrlqeelael mpgcrglnvvesiyghdgflieteavgklirqtlelas >d3r40a_ ladlfpgfgsewintssgrifarvggdgppllllhgfpqthvmwhrvapklaerfkvivadlpgygwsdmpesdeqhtpy tkramakqlieameqlghvhfalaghnrgarvsyrlaldspgrlsklavldilptyeywqrmnrayalkiyhwsflaqpa plpenllggdpdfyvkaklaswtragdlsafdpravehyriafadpmrrhvmcedyragayadfehdkidveagnkipvp mlalwgasgiaqsaatpldvwrkwasdvqgapiesghflpeeapdqtaealvrffsa >d3vvma_ mrefippasrfielpdgfamrrggalygariayetfgslnaardnavlvltalsgdahaasrpddptpgwweamvgpgkp vdtdlwhvicvnslgsckgstgpastdprtgepyrlsfpelsiediadaaahtvralgisrlacvvgasmggmsalalla rhpelarthislsgavhalpfsiavrslqreairsdpgwlqghydegegprrgmltarklgmmtyrsaqewdcrfgrtri gerrradqgrfgpefevesyldfhaqrfadrfdpnsylylshamdqfdlgdgggggggapgalsrmrveralvmgartdi lfplsqqqeiadglsaggadvsflpvdtpaghdaflvdierfgppvakflaiva >d1v19a_ mlevvtageplvalvpqepghlrgkrllevyvggaevnvavalarlgvkvgfvgrvgedelgamveerlraegvdlthfr rapgftglylreylplgqgrvfyyrkgsagsalapgafdpdylegvrflhlsgitpalspearafslwameeakrrgvrv sldvnyrqtlwspeeargfleralpgvdllflseeeaellfgrveealralsapevvlkrgakgawafvdgrrvegsafa veavdpvgagdafaagylagavwglpveerlrlanllgasvaasrgdhegapyredlevllk >d1ub0a_ mrvaltiagsdsgggagvqadlkvffrfgvygtsaltlvtaqntlgvqrvhllppevvyaqiesvaqdfplhaaktgalg daaiveavaeavrrfgvrplvvdpvmvaksgdpllakeaaaalkerlfpladlvtpnrleaeallgrpirtlkeaeeaak allalgpkavllkgghlegeeavdllatrggvlrfsaprvhtrnthgtgctlsaaiaallakgrplaeavaeakayltra lktapslghghgpldhwa >d3pl2a_ sthevlaigrlgvdiyplqsgvgladvqsfgkylggsaanvsvaaarhghnsallsrvgndpfgeyllaelerlgvdnqy vatdqtfktpvtfceifppddfplyfyrepkapdlniesadvslddvreadilwftltgfseepsrgthreilttranrr htifdldyrpmfwespeeatkqaewalqhstvavgnkeeceiavgeteperagrallergvelaivkqgpkgvmamtkde tvevppffvdvinglgagdafggalchgllsewplekvlrfantagalvasrlecstampttdeveasln >d3ktna1 kiaafgevmlrftppeylmleqteqlrmnfvgtgvnllanlahfqletalitklpanrlgeagkaalrklgisdqwvgek gdhigsffaemgygirptqvtyqnrhqsafgiseakdydfeaflaevdmvhicgislsltektrdaalilaqkahayqkk vcfdfnyrpslntansalfmrqqyerilpycdivfgsrrdlvellgfipredlegeaqeteliqrfmsqynlewfagttr shsqnqnylsgylytqneyqqsekrpllnldrigagdayaagilygysqnwslekavtfatvngvlahtiqgdiplttvk qvnhvlehpnidlir >d3ikha1 rvyvtgnitvdetwsipdipkkgasihgvkvsqdiggkganqaiilsrcgietrliaatgndsngawirqqikneplmll pdghfnqhsdtsiilnsadgdnaiitttaaadtfsldemiphmadavagdillqqgnfsldktralfqyarsrgmttvfn pspvnpdfchlwplidiavvneseaellqpygvktlvitqgaagawlvqegqrqfcpavpaealdttgagdtflavmlas allrgvapdalalahasraaaitvsrrgtlsafpgsrelaallt >d4c5ka1 alkkvltiagsdtsagagmqadlktfqeldtygmvaltaivtmdkdtwshdvtplpmdvfekqletalsigpdaiktgml gteeiikragevyeasnaqyfvvdpvmvckgedevlnpgnteamikyllpkatvvtpnlfeagqlsglgklnsiedmkka atiifdkgaqhviikggkaldqdksydlyydgqtfyqlttdmfqqsynhgagctfaaattaylangkspkeavisakafv asaikngwkmndfvgpvdhgaynriehidvevtev >d3ry7a_ tnkvvilgstnvdqfltveryaqpgetlhveeaqkafgggkganqaiatarmqadttfitkigtdgvadfiledfkvahi dtsyiiktaeaktgqafitvnaegqntiyvygganmtmtpedvinakdaiinadfvvaqlevpipaiisafeiakahgvt tvlnpapakalpnellslidiivpneteaellsgikvtneqsmkdnanyflsigiktvlitlgkqgtyfatknqsqhiea ykvnaidttaagdtfigafvsrlnksqdnladaidfgnkassltvqkhgaqasiplleevnqv >d2j6la_ tllinqpqyawlkelglreenegvyngswggrgevittycpannepiarvrqasvadyeetvkkareawkiwadipapkr geivrqigdalrekiqvlgslvslemgkilvegvgevqeyvdicdyavglsrmiggpilpsersghalieqwnpvglvgi itafnfpvavygwnnaiamicgnvclwkgapttslisvavtkiiakvlednklpgaicsltcggadigtamakdervnll sftgstqvgkqvglmvqerfgrsllelggnnaiiafedadlslvvpsalfaavgtagqrcttarrlfihesihdevvnrl kkayaqirvgnpwdpnvlygplhtkqavsmflgaveeakkeggtvvyggkvmdrpgnyveptivtglghdasiahtetfa pilyvfkfqneeevfawnnevkqglsssiftkdlgrifrwlgpkgsdcgivnvniptsgaeiggafggekhtgggresgs dawkqymrrstctinys >d4jz6a1 mktklfinnawidssdqqtferkhpvssevmtesanatvtdaikaaqaaeeafktwkdvgpserrrlllkvadvmesktp kfievmamevgasalwagfnvhasanvfreaaslatqiqgetiptdkaetlsmtlrqpvgpilsivpwngtavlaaraia yplvcgntvvfkgsefspathalitqcvqeaglpagvlnylnsspdrspeiadalisakeirrinftgstrvgsiiaqka aqhlkrcllelggksplivlddadinaavkaavfgsflfqgqicmsterlvvdekiadefvarfvekterlsvgdpcltg dciigpmvspnsgeringlfkdaidkgakvvcggmaqgavmpatildhvksdmriydeetfgpitvvirckgeaeairia ndsvyglssgvfgrdinralrvgmsieygcvhingstvqneaqapyggtkntgygrfdgravideftelkwltiepfeqq ypf >d4i3ta_ rhepmriagrlvdtddrvevrypwndtvvgtvpagraehareafaiaaayqpkltryerqkillataealaarkeeisdv itlelgiskadslyevgrafdvftlagqmcirddgeifscdltphgkarkiftmrepltaisaitpfnhplnmvahkvap aiatnncvvvkpteltpmtallladilyeaglppemlsvvtgwpadigmemitnphvdlvtftgsvpvgkliaanahykr qvlelggndpliilndlsdddlaraadlavagatknsgqrctavkrilcqesvadrfvplvlerakrlrfgdpmdrstdl gtvihekaaalfeervmraaeegadilyhpgrsgallppivvdrvphqsdlvleetfgpiipivrvpddddatitlsnst afglssgvctndyrrmqkyiaglkvgtvniwevpgyriemspfggikdsgngykegvieamksftnvktfslpw >d3otia1 lfvsspgighlfpliqlawgfrtaghdvliavaehadraaaaglevvdvapdysavkvfeqvakdnprfaetvatrpaid leewgvqiaavnrplvdgtmalvddyrpdlvvyeqgatvgllaadragvpavqrnqsawrtrgmhrsiasfltdlmdkhq vslpepvatiesfppsllleaepegwfmrwvpygggavlgdrlppvparpevaitmgtielqafgigavepiiaaagevd adfvlalgdldisplgtlprnvravgwtplhtllrtctavvhhggggtvmtaidagipqllapdprdqfqhtareavsrr giglvstsdkvdadllrrligdeslrtaarevreemvalptpaetvrriveris >d3otga1 mrvlfaslgthghtypllplataaraaghevtfatgegfagtlrklgfepvatgmpvfdgflaalrirfdtdspegltpe qlselpqivfgrvipqrvfdelqpvierlrpdlvvqeisnygaglaalkagiptichgvgrdtpddltrsieeevrglaq rlgldlppgridgfgnpfidifppslqepefrarprrhelrpvpfaeqgdlpawlssrdtarplvyltlgtssggtvevl raaidglagldadvlvasgpsldvsglgevpanvrleswvpqaallphvdlvvhhggsgttlgalgagvpqlsfpwagds fanaqavaqagagdhllpdnispdsvsgaakrllaeesyragaravaaeiaampgpdevvrllpgfas >d2rg7a_ aerivvaggslteliyamgagervvgvdettsyppetaklphigywkqlssegilslrpdsvitwqdagpqivldqlraq kvnvvtlprvpatleqmyanirqlaktlqvpeqgdalvtqinqrlervqqnvaakkapvkamfilsaggsapqvagkgsv adailslagaenvathqqyksysaesliaanpevivvtsqmvdgdinrlrsiagithtaawknqriitvdqnlilgmgpr iadvveslhqqlwpq >d5khlb1 rivsagsavtelilalgaeqqlvavdvtsevpsslnlptvgyhrrlaaeglltlepthligsdemgpdtalqqlrssgiq vnvinsdstpqglltridqiaqithteqhaqklkenvqqqinalqakrpekpkkvlflllhegraanvagsdtvpdtiig ligahnpaspsitsykplsmesmiemqpdmvlvsgrsleklggadavlnavpmlaatpagqnknivaidghalvgglglk slqeaqriqtllyp >d2o20a_ rtttvgvilptitstyfaaitrgvddiasmykynmilansdndvekeekvletflskqvdgivymgssldekirtslkns rtpvvlvgtidgdkeipsvnidyhlaayqstkklidsgnkkiayimgslkdventermvgyqealleaniefdenlvfeg nysyeqgkalaerllergatsavvshdtvavgllsammdkgvkvpedfeiisganspitqytyptltsvnqplydlgava mrlltklmlkedveqnqlvldheifsrrstk >d1dbqa_ ksigllatsseaayfaeiieavekncfqkgytlilgnawnnlekqraylsmmaqkrvdgllvmcseypepllamleeyrh ipmvvmdwgeakadftdavidnafeggymagrylierghreigvipgplerntgagrlagfmkameeamikvpeswivqg dfepesgyramqqilsqphrptavfcggdimamgalcaademglrvpqdvsligydnvrnaryftpalttihqpkdslge tafnmlldrivnkreepqsievhprlierrsvadgpfrdyrr >d3c3ka1 ktgmllvmvsnianpfcaavvkgiektaekngyrillcntesdlarsrscltllsgkmvdgvitmdalselpelqniiga fpwvqcaeydplstvssvsiddvaaseyvvdqlvksgkkrialinhdlayqyaqhresgylnrlkfhgldysrisyaenl dymagklatfsllksavkpdaifaisdvlaagaiqaltesglsipqdvavvgfdgvdisqitvpalttvqqpseqigmka vsllleqihsdvlaktvhhllpwkfvrrqss >d4rxta1 aevtipiivkdttsfywqivlagarkagkdlgvkvpelgaqaetdvngqisilenavagkpaaivisptefkalgkpvde aaksvpiigidsgadskafksflttdntqggriaadglaaaikamtgkeegdvviitntpgagsleqrrtgfldqvktky pglkvvadkyadgqattglnimtdlitanpkivgvfasnlimaqgvgqaiaenklsdkvkvigfdsddktlgflksgaia glvvqdpyrmgydgiktalavskgekveanvdtganlvtkanmsdpkiealin >d5dkva1 enkkfrialipglttdafyitmhkgaeaaaaaigaqiifqgapdfnpvtqvpvldaviakkpdailiaptdttqlvqplk kaadagipmitvdtfigtgdyqtgagdgdfplsyiasdnvlggeiaarslalaigdkgkvyvsnvkpgvsttdqreqgfk semakhpgitvletqfndndankaasqlqavyarnpdlagvfganlfsglgsangvqqagqsgtikvvafdapgsvvdnl ksglidfaiaqhpaeigyygvisayahltgqsiptkigtgftvinksnvtdpavarfiyae >d3ctpa_ sktiglmvpnisnpffnqmasvieeyaknkgytlflcntdddkekektylevlqshrvagiiasrsqcedeyanidipvv afenhildniitissdnynggrmafdhlyekgcrkilhikgpevfeatelrykgfldgarakdleidfiefqhdfqvkml eedinsmkdivnydgifvfndiaaatvmralkkrgvsipqevqiigfdnsfigellypslttinqpiealaytiiellik iingegvliedyimevklierettis >d3tb6a_ nktigvlttyisdyifpsiirgiesylseqgysmlltstnnnpdnerrglenllsqhidgliveptksalqtpnigyyln lekngipfaminasyaelaapsftlddvkggmmaaehllslghthmmgifkaddtqgvkrmngfiqahrerelfpspdmi vtftteekeskllekvkatleknskhmptailcyndeialkvidmlremdlkvpedmsivgyddshfaqisevkltsvkh pksvlgkaaakyvidclehkkpkqedvifepeliirqsarkln >d3h5oa1 rtvlvlipslantvfletltgietvldaagyqmlignshydagqelqllraylqhrpdgvlitglshaepferilsqhal pvvymmdladdgrccvgfsqedagaaitrhllsrgkrrigflgaqldervmkrldgyraaldaadcrdaglewldpqpss mqmgadmldralaerpdcdalfccnddlaigalarsqqlgiavperlaiagfndlqpaawctpplttvatprrdigvhaa kallqlidgeepasrradlgfrlmlrrss >d3brsa_ qyymicipkvlddssdfwsvlvegaqmaakeyeiklefmapekeedylvqnelieeaikrkpdvillaaadyektydaak eikdagiklividsgmkqdiaditvatdniqagirigavtknlvrksgkigvisfvknsktamdreeglkiglsddsnki eaiyycdsnydkaydgtvelltkypdisvmvglnqysatgaaraikdmsleakvklvcidssmeqiqyleegifeamvvq kpfnigylgvekalkllkkeyvpkqldsgcalitkd >d4rk4a_ tgnigvlvsrvtnpffaglfdaierelhahgyqvmitqtyddpeaeerflkqlksreldgvilasveapdrvmavakafp grvvvvnadvqipgatslvlphyqatrdaldylfnqghrrfayvsggtisgahhgqsrtqafldfmqahqllvaqdllfg qihtakegqavgkqlaslapnvrpdavftnsdevavgvidsllaadvkvpddiavmgyddqpfapfakiplttvhqpvas maaaathellkglgrqvaqdtqptlhlslkirqsa >d3k9ca_ rllgvvfelqqpfhgdlveqiyaaatrrgydvmlsavapsraekvavqalmrerceaaillgtrfdtdelgaladrvpal vvarasglpgvgavrgddvagitlavdhltelghrniahidgadapggadrragflaamdrhglsasatvvtggtteteg aegmhtllemptpptavvafndrcatgvldllvrsgrdvpadisvvgyddsrlariphvqmttisqdathmaeaavdgal aqisgdkavdlvlaphlvrrattgpvah >d3e3ma1 gfvglllpslnnlhfaqtaqsltdvleqgglqlllgytayspereeqlvetmlrrrpeamvlsydghteqtirllqrasi piveiwekpahpightvgfsneraaydmtnallargfrkivflgekdddwtrgaarragfkramreaglnpdqeirlgap plsiedgvaaaelilqeypdtdcifcvsdmpafgllsrlksigvavpeqvsvvgfgnfevsrfaspeistvrvdpiaigr etgslilrlldpkqrspqtaqhitlppvlefrpslkn >d1elja_ mkieegkvviwhamqpnelevfqslaeeymalcpeveivfeqkpnledalkaaiptgqgpdlfiwahdwigkfaeaglle pideyvtedllnefapmaqdamqykghyyalpfaaetvaiiynkemvseppktfdemkaimekyydpanekygiawpina yfisaiaqafggyyfddkteqpgldkpetiegfkfffteiwpymaptgdyntqqsiflegrapmmvngpwsindvkkagi nfgvvplppiikdgkeywprpyggvkliyfaagiknkdaawkfakwlttseesiktlalelgyipvltkvlddpeikndp viygfgqavqhaylmpkspkmsavwggvdgaineilqdpqnadiegilkkyqqeilnnmq >d1pb7a_ trlkivtihqepfvyvkptmsdgtckeeftvngdpvkkvictgpndtspgsprhtvpqccygfcidlliklartmnftye vhlvadgkfgtqervnnsnkkewngmmgellsgqadmivapltinneraqyiefskpfkyqgltilvkkgtritgindpr lrnpsdkfiyatvkqssvdiyfrrqvelstmyrhmekhnyesaaeaiqavrdnklhafiwdsavlefeasqkcdlvttge lffrsgfgigmrkdspwkqnvslsilkshengfmedldktwvryqecds >d1xt8a1 lnsldkikqngvvrigvfgdkppfgyvdekgnnqgydialakriakelfgdenkvqfvlveaanrveflksnkvdiilan ftqtpqraeqvdfcspymkvalgvavpkdsnitsvedlkdktlllnkgttadayftqnypniktlkydqntetfaalmdk rgdalshdntllfawvkdhpdfkmgikelgnkdviapavkkgdkelkefidnliiklgqeqffhkaydetlkahfgddvk addvvieg >d2xwva1 adydlkfgmnagtssneykaaemfakevkeksqgkieislypssqlgddramlkqlkdgsldftfaesarfqlfypeaav falpyvisnynvaqkalfdtefgkdlikkmdkdlgvtllsqayngtrqttsnrainsiadmkglklrvpnaatnlayaky vgasptpmafsevylalqtnavdgqenplaavqaqkfyevqkflamtnhilndqlylvsnetykelpedlqkvvkdaaen aakyhtklfvdgekdlvtffekqgvkithpdlvpfkesmkpyyaefvkqtgqkgesalkqieainp >d4euoa_ dlvfsswggttqdaqkaawaekfmvetginvlqdgptdygklkamveangvtwdvvdvegdyaaqagpkgllekldfsvi dktkldprfvtdysvgsfyysfvigcnvdsvsacpkswadlfdtakfpgkrtfykwsapgvieaalladgvtadklypld ldrafkkldtiksdiiwwsggaqsqqliasaeapfgsvwngrmtaleqsgvkvetswaqnitaadslvvpkgtknkdaam kfialatsaqaqadmatatgyapvniesaklmdpkiakslpdqqtesqvnadmnywaqhrdeigerwyawqak >d5l9sa_ meqrvviattggtyekalreawfepftkatgikvvtvsgtdaekrakvtamvqtgnvtwdlyldgeiqagsdahfaited lsdfcmqfinstdlladsctrggaklqststllayklnengsnpqtwadmwdlakfpgarsfpnfddpwrvlaaalladg vpreklfpldvdrafrkldelrdsvqvwwrtgdqsvqafrndeyrvgqiwltrakalkaegykigwsydgaflvgdrial vrgapnrenalkliefwlrnpaaqakacetlsctppsqkaisqmssearatlpsaadvenriivpdaqwinanmgmlvqr wnswir >d4n91a_ ktiirvghnqsqnhpthlgllafeeyvedklgdkydiqvypsellgsqidmvqltqtgainicvasnailetfndvweif nlpylfasseayhhvmddpeivkpifestreggfegvtwldagsrsfytkdkpvnspedlsglkirvqqsptnvrmmdll gssaspmgfgevytalqsgiidgaennemsltdnghgevckyysydmhqmvpdivianyswleglpeedrkvfdegfkvl nevqrkewkvavdkakekasemgvefiypdqkpfvdavapltkevlerndklapfydaiqkyneeypa >d3delb1 ekfivgtnatyppfefvdkrgevvgfdidlareisnklgktldvrefsfdalilnlkqhridavitgmsitpsrlkeilm ipyygeeikhlvlvfkgenkhplpltqyrsvavqtgtyqeaylqslsevhirsfdstlevlmevmhgkspvavlepsiaq vvlkdfpalstatidlpedqwvlgygigvasdrpalalkieaavqeirkegvlaeleqkwglnn >d4ng7a1 ikaadvhpqgypnvvavqkmgeklkqqtdgkleikvfpggvlgdekqmieqaqigaidmirvsmapvaailpdievftlp yvfrdedhmhkiidgdigksigdkltnnpksrlvflgwmdsgtrnlitknpvekpedlhgmkirvqgspvaldtlkdmga nsvamgvsevfsgmqtgvidgaennpptfvahnympvaknytlsghfitpemllyskvkwdkltadeqqkiltlareaqf eqrklwdaynqealakmkaggvqfheidkayfvkatepvraqygekhqalmkaiadvq >d5eyfa_ edilerskstneiiwgvkydtrlfgmmdiesrtvqgfdvdiakaitkkilgdngktefvevtsktripllkngnidaiia tmtitderkkqvdfsdvyfdagqallvkkgsqiksvddlnasttvlavkgstsaanirqhapdakilelenyaeaftalq sgqgdamttdnaillgiadenpeyelvggtftnepygiainkgqenflkavnqaleemhadgtydkiyqkwfpnetegkv e >d4pbqa_ ktiiklghynsdihpshialqeyfkktienetnhkyeirlypnnqlggedqivnglrngtieagitglllqnvdpifgvw ewpylfkdnqeakkvlespiankigqkmekygikllaygmngfrvissnkklekfddfkglrlrvplnslfvdwakamni npqsmplsevftaleqkvidgqenpymlikdsglyevqkyiiqsnhifspgllqislktwnkipkedqiifekaaklyqe kewelaiktelevkdylakhgneiivpseafkndmvnaskvlydsfykkydwakdvvqkineak >d2ylna_ aisgslierinnkgtvtvgtegtyapftyhdkdgkltgydvevtravaeklgvkvefketqwdsmmaglkagrfdvvanq vgltsperqatfdksepyswsgavlvahndsniksiadikgvktaqsltsnygekakaagaqlvpvdglaqsltlieqkr adatlndelavldylkknpnagvkivwsapadekvgsglivnkgndeavakfstainelkadgtlkklgeqffgkdisvq >d4kcda_ nklhlrvvtliehpfvftrevddeglcpagqlcldpmtndssmldrlfsslhssndtvpikfkkccygycidlleqlaed mnfdfdlyivgdgkygawknghwtglvgdllsgtanmavtsfsintarsqvidftspffstslgilvrtrgtelsgihdp klhhpsqgfrfgtvressaedyvrqsfpemheymrrynvpatpdgvqylkndpekldafimdkalldyevsidadckllt vgkpfaiegygiglppnspltsniselisqykshgfmdvlhdkwykvvpc >d4c0ra1 ktvtlatvgttnpfsyekkgkltgydievakevfkasdkydvkyqktewtsifsgldsdkyqigannisytkerankyly snptasnplvlvvpkdsdiksyndiaghstqvvqgnttvpmlqkfnknhennqvklnftsedlahqirnvsdgkydfkif ekisaetiikeqgldnlkvidlpsdqkpyvyfifaqdqkdlqkfvnkrlkklyengtleklskkylggsylpdkkdm >d4eqba_ sqklviynwgdyidpelltqfteetgiqvqyetfdsneamytkikqggttydiaipseyminkmkdedllvpldyskieg ienigpeflnqsfdpgnkfsipyfwgtlgivynetmvdeapehwddlwkleyknsimlfdgarevlglglnslgyslnsk dpqqleetvdklykltpnikaivademkgymiqnnvaigvtfsgeasqmleknenlryvvpteasnlwfdnmvipktvkn qdsayafinfmlkpenalqnaeyvgystpnlpakellpeetkedkafypdvetmkhlevyekfdhkwtgkysdlflqfkm yrk >d4i62a_ ieaikskgklvvalnpdfapfeyqkvvdgknqivgsdielakaiatelgvelelspmsfdnvlasvqsgkadlaisgvsk tderskvfdfstpyytaknklivkksdlatyqsvndlaqkkvgaqkgsiqetmakdllqnsslvslpkngnlitdlksgq vdavifeepvakgfvennpdlaiadlnfekeqddsyavamkkdskelkeavdktiqklkesgeldkliedafkasiek >d1u0ma1 atlcrpsvsvpehvitmeetlelarrrhtdhpqlplalrlientgvrtrhivqpiedtlehpgfedrnkvyereaksrvp aviqralddaellatdidviiyvsctgfmmpsltawlinemgfdsttrqipiaqlgcaaggaainrahdfctaypeanal ivacefcslcyqptdlgvgsllcnglfgdgiaaavvrgrg >d4b0na1 kdeqtvypviagmaignpqyrctqnealavaskcpglesikpvleriygnsrigsryfavpdftpgraakgdplfypadg syqvpvdvrldkfkekavplvsdvarraikeaglnvedisklvvvsstgflgpgldceliknlgltrsvdrtligfmgca aamngfrnandyvtanpgkyalmicvelssvhttfddnindailhaifadgcaaavlkgarksecpkgtl >d2z3ga_ plsqeestlieratatinsipisedysvasaalssdgriftgvnvyhftggpcaelvvlgtaaaaaagnltcivaignen rgilspcgrcrqvlldlhpgikaivkdsdgqptavgirellps >d3ijfx_ dvdwnmlrgnatqaaagayvpysrfavgaaalvddgrvvtgcnvenvsygltlcaecavvcalhstgggrllalacvdgh gsvlmpcgrcrqvllehggsellidhpvrprrlgdllpdafgl >d1rkqa1 aikliaidmdgtlllpdhtispavknaiaaarargvnvvlttgrpyagvhnylkelhmeqpgdycityngalvqkaadgs tvaqtalsyddyrfleklsrevgshfhaldrttlytanrdisyytvhesfvatiplvfceaekmdpntqflkvmmidepa ildqaiaripqevkekytvlksapyfleildkrvnkgtgvksladvlgikpeeimaigdqendiamieyagvgvavdnai psvkevanfvtksnledgvafaiekyvln >d2b30a1 veealkgadiklllidfdgtlfvdkdikvpsenidaikeaiekgymvsictgrskvgilsafgeenlkkmnfygmpgvyi ngtivydqigytlldetietdvyaelisylveknlvnqtifhrgesnyvtednkyadflqkmysenrsiiirhnemlkyr tmnklmivldpsesktvignlkqkfknkltifttynghaevtklghdkytginyllkhynisndqvlvvgdaendiamls nfkysfavanatdsakshakcvlpvshregavayllkkvfdlk >d2hf2a_ lsvkvivtdmdgtflndaktynqprfmaqyqelkkrgikfvvasnnqyyqlisffpelkdeisfvaengalvyehgkqlf hgeltrhesrivigellkdkqlnfvacglqsayvsenapeafvalmakhyhrlkpvkdyqeiddvlfkfslnlpdeqipl vidklhvaldgimkpvtsgfgfidliipglhkangisrllkrwdlspqnvvaigdsgndaemlkmarysfamgnaaenik qiaryatddnnhegalnviqavldntspfn >d4dw8a_ kyklivldldgtltnskkeissrnretliriqeqgirlvlasgrptygivplanelrmnefggfilsynggeiinweske mmyenvlpnevvpvlyecartnhlsiltydgaeivtensldpyvqkeaflnkmairetndfltditlpvakclivgdagk lipveselcirlqgkinvfrsepyflelvpqgidkalslsvllenigmtreeviaigdgyndlsmikfagmgvamgnaqe pvkkaadyitltndedgvaeaierif >d3l5ka1 maappqpvthlifdmdgllldterlysvvfqeicnrydkkyswdvkslvmgkkaleaaqiiidvlqlpmskeelveesqt klkevfptaalmpgaekliihlrkhgipfalatssrsasfdmktsrhkeffslfshivlgddpevqhgkpdpdiflacak rfspppamekclvfedapngveaalaagmqvvmvpdgnlsrdlttkatlvlnslqdfqpelfglpsye >d4uasa_ mieailfdvdgtlaeteelhrrafnetfaalgvdwfwdreeyrelltttggkeriarflrhqkgdpaplpiadihrakte rfvalmaegeialrpgiadliaeakragirlavatttslpnvealcracfghpareifdviaagdmvaekkpspdiyrla lreldvpperavaledslnglraakgaglrcivspgfytrheefagadrlldsfaelgglagldl >d2w43a_ miilafdifgtvldtstviqefrnkqleytwlltimgkyvefeeitkitlryilkvrgeeskfdeelnkwknlkayedtk ylkeiseiaevyalsngsinevkqhlerngllryfkgifsaesvkeykpspkvykyfldsigakeaflvssnafdvigak nagmrsifvnrkntivdpiggkpdvivndfkelyewilryk >d4uava_ tlpsallfdcdgvlvdtekdghrisfndtfkerdlnvtwdvdlygellkigggkermtayfnkvgwpekapkdeaerkef iaglhkqktelfmvliekkllplrpgvaklvdqaltngvkvavcstsnekavsaivscllgperaekikifagdvvpkkk pdpaiynlaaetlgvdpskcvvvedsaiglaaakaagmtcivtksgytadedfenadavfdcigdppeerfdlafcgsll rkqfvs >d4ygra1 mkavlfdidgtilteeplimlflpqvydklsrklgiskdearerflseilgrrdsydwhdwnfffklfdldlkyeeller yphklqvypdtiptlewlrdtgyklgivtsgpkyqrlklkltglldyfdvvitrddvnaikpepkiflytierlgvepge avmvgdslsqdvygaksvgmtavwinrngdrgynmadyeirtlyelrkilgger >d3bbda1 tyniilaksalelipeeiknkirksrvykydildsnyhykameklkdkemrgrpdiihisllnildspinhekklniyih tyddkvlkinpetrlprnyfrflgvmekvlkgernhlikmeektledllneinakkiaimtktgklthpkllkeydtfii ggfpygklkinkekvfgdikeisiynkglmawtvcgiicyslsf >d3o7ba_ mgsafvfleaslelipqkirghpavradairrgkrpekillddskhhtamkslefrekrgrpdivhqcllllldsplrdf evyvhtlngeiiwvnretrlprnynrfvglmeklfeerritagdttliefkdvglrdivrgrdvllfrekggrfefsell dgdvavcigafphgdffeetlrelgefkevslgtesytslyvtsrvlceyervrah >d3d3ha_ qkrfyvsidkipehvinafvatedrnfwhhfgidpvaivraaivnyragrivqggstitqqlaknlfltrertlerkike allaikiertfdkkkimelylnqiylgsgaygveaaaqvyfgkhvwelsldeaallaalpkapakynpfyhperalqrrn lvlkrmleegyitpeqyeeavnk >d2olua1 klqdpipakiydkngelvktldngqrhehvnlkdvpksmkdavlatednrfyehgaldykrlfgaigknltggfgsegas tltqqvvkdaflsqhksigrkaqeaylsyrleqeyskddifqvylnkiyysdgvtgikaaakyyfnkdlkdlnlaeeayl aglpqvpnnyniydhpkaaedrkntvlylmhyhkritdkqwedakkidlkanlvnrtpeerqnid >d2v94a1 meikitevkenkligrkeiyfeiyhpgeptpsrkdvkgklvamldlnpettviqyirsyfgsykskgyakyyydkdrmly iepeyilirdgii >d2g1da1 mdliikekrdnpilkrkeikyvlkfdssrtpsreeikeliakhegvdkelvivdnnkqltgkheiegytkiyadkpsaml yepdyelirnglkqkeak >d1wm3a_ hinlkvagqdgsvvqfkikrhtplsklmkaycerqglsmrqirfrfdgqpinetdtpaqlemededtidvfq >d3a4ra1 qelrlrvqgkekhqmleislspdsplkvlmshyeeamglsghklsfffdgtklsgkelpadlglesgdlievwg >d3ec9a1 mrtpyqivadhyaasdrhdpaammadiapaiewtemagfpcagtyrsadeivrnvfrrlgeewdgytfkldalhdagdtv igvgrysgtyrrtgksfecrvahvwrvdagkivhfeqftdtllvaqamqp >d3grda_ mpkanleiirstyegsassnakhlaealsekvewteaegfpyggtyigveaimenvfsrlgsewndykasvnmyhevsgk dviiaegmysgvykdtgksfeaefvhvwqlengkivkfkqyvdshlvreamks >d1k5na2 gshsmryfhtsvsrpgrgeprfitvgyvddtlfvrfdsdaaspreeprapwieqegpeywdretqickakaqtdredlrt llryynqseagshtlqnmygcdvgpdgrllrgyhqhaydgkdyialnedlsswtaadtaaqitqrkweaarvaeqlrayl egecvewlrrylengketlqr >d1de4a2 rshslhylfmgaseqdlglslfealgyvddqlfvfydhesrrveprtpwvssrissqmwlqlsqslkgwdhmftvdfwti menhnhskeshtlqvilgcemqednstegywkygydgqdhlefcpdtldwraaeprawptklewerhkirarqnrayler dcpaqlqqllelgrgvld >d3qy3a1 qllhtahipvrwgdmdsyghvnntlyfqyleearvawfetlgidlegaaegpvvlqslhtylkpvvhpatvvvelyagrl gtsslvlehrlhtledpqgtygeghcklvwvrhaenrstpvpdsiraaia >d2cyea1 megfpvrvrvdvrfrdldplghvnnavflsymelariryfqrispdwleeghfvvarmevdylrpillgdevfvgvrtvg lgrsslrmehlvtangesaakglgvlvwleggrpaplpeaireriralegrp >d1j4wa1 idvpiprfavgivigrngemikkiqndagvriqfkpddgttperiaqitgppdraqhaaeiitdllrsvq >d2ctma1 rivgeleqmvsedvpldhrvhariigargkairkimdefkvdirfpqsgapdpncvtvtglpenveeaidhilnleeeyl a >d1viga_ inrmdyveinidhkfhrhligksganinrikdqykvsvrippdseksnliriegdpqgvqqakrellelas >d1jpma2 mkiirietsriavpltkpfktalrtvytaesvivritydsgavgwgeapptlvitgdsmdsiesaihhvlkpallgksla gyeailhdiqhlltgnmsakaavemalydgwaqmcglplyqmlgg >d4k8ga1 mkitaarviitcpgrnfvtlkietdqgvygigdatlngrelsvvaylqehvapcligmdprriediwqyvyrgaywrrgp vtmraiaavdmalwdikakmagmplyqllgg >d3fvda1 ritrltvfhldlplakpywlsggrlkfdrldstylridtdegvtgwgegcpwghsylpahgpglragiatlaphllgldp rsldhvnrvmdlqlpghsyvkspidmacwdilgqvaglplwqllgg >d5olca1 kikkiepyvishkldtpfyfsqwqydtrkicivkitlddgtygwgegygpaaviksgidfftpfllgkeaighevlwqem yrrsmdyarsgvlqaaisaidvalwdikgkllnlpvsvllgg >d1p1la_ mhnfiyitapsleeaeriakrllekklaacvnifpiksffwwegkieaatefamivktrsekfaevrdevkamhsyttpc icaipierglkefldwidetve >d2nuha_ sdvylifstcpdlpsaeiisrvlvqerlaacvtqlpgavstyrwqgkiettqeiqlliktnavhvnaaitrlcalhpyrl peaiavqvsvglpeyltwinteid >d1l3ka1 kepeqlrklfigglsfettdeslrshfeqwgtltdcvvmrdpntkrsrgfgfvtyatveevdaamnarphkvdgrvvepk ravs >d2dnza1 lyvgslhfnitedmlrgifepfgkidnivlmkdsdtgrskgygfitfsdsecarraleqlngfelagrpmrvghvterld gg >d3uwta2 laeearafnriyvasvhqdlsdddiksvfeafgkiksctlardpttgkhkgygfieyekaqssqdavssmnlfdlggqyl rvgkavtppmplltpa >d5x3ya1 kkifvgglsvnttvedvkhyfeqfgkvddamlmfdkttnrhrgfgfvtfesedivekvceihfheinnkmveckkaqpke vmsptgsargrs >d2j0wa3 lalvaligndlskacgvgkevfgvlepfnirmicygasshnlcflvpgedaeqvvqklhsnlfe >d2cdqa3 raiislignvqhsslilerafhvlytkgvnvqmisqgaskvnisfivneaeaegcvqalhksffesgdlselliq >d3r5ga_ etqrkkltvffsdirgftelseeleaealtdllnnylnemskialkyggtidkfvgdcvmvffgdpstqgakkdavaavs mgiamrkhmkvlrqqwraqgitkpleirmgintgyctvgnfgadtrmdytiigrevnlasrlesaseageilishetysl ikdvimcrdkgqiavkgfsrpvqiyqvvdsrrdlg >d3mr7a1 errlcailaadmagysrlmernetdvlnrqklyrrelidpaiaqaggqivkttgdgmlarfdtaqaalrcaleiqqamqq reedtprkeriqyriginigdivledgdifgdavnvaarleaisepgaicvsdivhqitqdrvsepftdlglqkvknitr pirvwqwvpda >d4qmea2 dlavtedyfttmsgrnvkiefytteadkpkvgfaveslknamkwdetrfgleydldifmvvavgdfnmgamenkglnifn tkfvladsrtatdtdfegiesvvgheyfhnwtgnrvtcrdwfqlslkegltvfrdqefsgdrasravrrienirllrqhq fpedagptahpvrpasyeemnnfytmtvyekgaevvrmyhtllgeegfqkgmklyfqrhdgqavtcddfraamadangin ldqfalwysq >d4fkea2 qsvnetaqngvliriwarpnaiaeghgmyalnvtgpilnffanhyntsyplpksdqialpdfnagamenwglvtyrenal lfdpqsssisnkervvtviahelahqwfgnlvtlawwndlwlnegfasyveylgadhaeptwnlkdlivpgdvyrvmavd alasshplttpaeevntpaqisemfdsisyskgasvirmlsnfltedlfkeglasylhafayqnttyldlwehlqkavda qtsirlpdtvraimdrwtlqmg >d1m4ia_ mhtqvhtarlvhtadldsetrqdirqmvtgafagdftetdwehtlggmhaliwhhgaiiahaaviqrrliyrgnalrcgy vegvavradwrgqrlvsalldaveqvmrgayqlgalsssararrlyasrgwlpwhgptsvlaptgpvrtpdddgtvfvlp idisldtsaelmcdwragdvw >d5us1a1 mgieyrslhtsqltlsekealydlliegfegdfshddfahtlggmhvmafdqqklvghvaiiqrhmaldntpisvgyvea mvveqsyrrqgigrqlmlqtnkiiascyqlgllsasddgqklyhsvgwqiwkgklfelkqgsyirsieeeggvmgwkadg evdftaslycdfrggdqw >d1vcda_ melgaggvvfnakrevlllrdrmgfwvfpkghpepgesleeaavrevweetgvraevllplyptryvnpkgverevhwfl mrgegaprleegmtgagwfspeearallafpedlgllevalerlpl >d1hzta1 lhlafsswlfnakgqllvtrralskkawpgvwtnsvcghpqlgesnedavirrcryelgveitppesiypdfryratdps givenevcpvfaarttsalqinddevmdyqwcdladvlhgidatpwafspwmvmqatnrearkrlsaftqlk >d1jcua_ mlirkitrknpspdvleeaisvmegggiviyptdtiyglgvnaldedavrrlfrvkgrsphkpvsicvscvdeiprfsrp sgdamelmerilpgpytvvlernelipdvitggssrvgirvpddeicrriaarfpvtatsanisgkppsprleeivrdld avdlvldagdcldmepstvidltvnpprvlrrgkgpldpvllrgagdv >d1hrua_ nnlqrdaiaaaidvlneerviaypteavfgvgcdpdsetavmrllelkqrpvdkgliliaanyeqlkpyiddtmltdvqr etifsrwpgpvtfvfpapattprwltgrfdslavrvtdhplvvalcqaygkplvstsanlsglppcrtvdevraqfgaaf pvvpgetggrlnpseirdaltgelfr >d3mi9a_ vecpfcdevskyeklakigqgtfgevfkarhrktgqkvalkkvlmenekegfpitalreikilqllkhenvvnlieicrt kaspynrckgsiylvfdfcehdlagllsnvlvkftlseikrvmqmllnglyyihrnkilhrdmkaanvlitrdgvlklad fglarafslaknsqpnrytnrvvtlwyrppelllgerdygppidlwgagcimaemwtrspimqgnteqhqlalisqlcgs itpevwpnvdnyelyeklelvkgqkrkvkdrlkayvrdpyaldlidkllvldpaqridsddalnhdffwsdpmpsdlkgm lsthltsmfeylapprr >d3poza_ qallrilketefkkikvlgsgafgtvykglwipegekvkipvaikelreatspkankeildeayvmasvdnphvcrllgi cltstvqlitqlmpfgclldyvrehkdnigsqyllnwcvqiakgmnyledrrlvhrdlaarnvlvktpqhvkitdfglak llgaeekeyhaeggkvpikwmalesilhriythqsdvwsygvtvwelmtfgskpydgipaseissilekgerlpqppict idvymimvkcwmidadsrpkfreliiefskmardpqrylviqgdermhlpsptdsnfyralmdeedmddvvdadeyl >d4i4ea_ dyeiqrerielgrcigegqfgdvhqgiymspenpalavaiktcknctsdsvrekflqealtmrqfdhphivkligviten pvwiimelctlgelrsflqvrkysldlaslilyayqlstalayleskrfvhrdiaarnvlvssndcvklgdfglsrymed styykaskgklpikwmapesinfrrftsasdvwmfgvcmweilmhgvkpfqgvknndvigriengerlpmppncpptlys lmtkcwaydpsrrprftelkaqlstileeekaq >d1ad5a3 kpqkpwekdaweipreslklekklgagqfgevwmatynkhtkvavktmkpgsmsveaflaeanvmktlqhdklvklhavv tkepiyiitefmakgslldflksdegskqplpklidfsaqiaegmafieqrnyihrdlraanilvsaslvckiadfglar vgakfpikwtapeainfgsftiksdvwsfgillmeivtygripypgmsnpeviralergyrmprpencpeelynimmrcw knrpeerptfeyiqsvlddfytatesqyqqqp >d3f66a_ hidlsalnpelvqavqhvvigpsslivhfnevigrghfgcvyhgtlldndgkkihcavkslnritdigevsqfltegiim kdfshpnvlsllgiclrsegsplvvlpymkhgdlrnfirnethnptvkdligfglqvakgmkylaskkfvhrdlaarncm ldekftvkvadfglardmydkeyysvhnktgaklpvkwmaleslqtqkfttksdvwsfgvllwelmtrgappypdvntfd itvyllqgrrllqpeycpdplyevmlkcwhpkaemrpsfselvsrisaifstfigehy >d3wara_ sgpvpsrarvytdvnthrpreywdyeshvvewgnqddyqlvrklgrgkysevfeainitnnekvvvkilkpvkkkkikre ikilenlrggpniitladivkdpvsrtpalvfehvnntdfkqlyqtltdydirfymyeilkaldychsmgimhrdvkphn vmidhehrklrlidwglaefyhpgqeynvrvasryfkgpellvdyqmydysldmwslgcmlasmifrkepffhghdnydq lvriakvlgtedlydyidkynieldprfndilgrhsrkrwerfvhsenqhlvspealdfldkllrydhqsrltareameh pyfytvvkdqarmg >d1koba_ indydkfyediwkkyvpqpvevkqgsvydyydileelgsgafgvvhrcvekatgrvfvakfintpypldkytvkneisim nqlhhpklinlhdafedkyemvlileflsggelfdriaaedykmseaevinymrqaceglkhmhehsivhldikpenimc etkkassvkiidfglatklnpdeivkvttataefaapeivdrepvgfytdmwaigvlgyvllsglspfageddletlqnv krcdwefdedafssvspeakdfiknllqkeprkrltvhdalehpwlkgdhsnltsripssrynkirqkikekyadwpapq paigrianfsslrkhrpqeyqiydsyfdrkea >d2yexa_ avpfvedwdlvqtlgegaygevqlavnrvteeavavkivdmkravdcpenikkeicinkmlnhenvvkfyghrregniqy lfleycsggelfdriepdigmpepdaqrffhqlmagvvylhgigithrdikpenlllderdnlkisdfglatvfrynnre rllnkmcgtlpyvapellkrrefhaepvdvwscgivltamlagelpwdqpsdscqeysdwkekktylnpwkkidsaplal lhkilvenpsaritipdikkdrwynkplk >d2xrwa1 srskrdnnfysveigdstftvlkryqnlkpigsgaqgivcaaydailernvaikklsrpfqnqthakrayrelvlmkcvn hkniigllnvftpqksleefqdvyivmelmdanlcqviqmeldhermsyllyqmlcgikhlhsagiihrdlkpsnivvks dctlkildfglartagtsfmmtpyvvtryyrapevilgmgykenvdiwsvgcimgemikggvlfpgtdhidqwnkvieql gtpcpefmkklqptvrtyvenrpkyagysfeklfpdvlfpadsehnklkasqardllskmlvidaskrisvdealqhpyi nvwydpseaeapppkipdkqlderehtieewkeliykevmdle >d2w5aa1 sraedyevlytigtgsygrcqkirrksdgkilvwkeldygsmteaekqmlvsevnllrelkhpnivryydriidrtnttl yivmeyceggdlasvitkgtkerqyldeefvlrvmtqltlalkechrrsdgghtvlhrdlkpanvfldgkqnvklgdfgl arilnhdtsfaktfvgtpyymspeqmnrmsyneksdiwslgcllyelcalmppftafsqkelagkiregkfrripyrysd elneiitrmlnlkdyhrpsveeilenpli >d4c2va_ kftiddfdigrplgkgkfgnvylarekqnkfimalkvlfksqlekegvehqlrreieiqshlrhpnilrmynyfhdrkri ylmlefaprgelykelqkhgrfdeqrsatfmeeladalhycherkvihrdikpenllmgykgelkiadfgwsvhapslrr rtmcgtldylppemiegkthdekvdlwcagvlcyeflvgmppfdspshtethrrivnvdlkfppflsdgskdliskllry hppqrlplkgvmehpwvkansrrvlppvyqs >d2b9ha_ mpkrivynissdfqlksllgegaygvvcsathkptgeivaikkiepfdkplfalrtlreikilkhfkheniitifniqrp dsfenfnevyiiqelmqtdlhrvistqmlsddhiqyfiyqtlravkvlhgsnvihrdlkpsnllinsncdlkvcdfglar iidesaadnseptgqqsgmvefvatrwyrapevmltsakysramdvwscgcilaelflrrpifpgrdyrhqlllifgiig tphsdndlrciesprareyikslpmypaaplekmfprvnpkgidllqrmlvfdpakritakealehpylqtyhdpndepe gepippsffefdhykealttkdlkkliwneifs >d3oz6a_ drhvlrkyelvkklgkgaygivwksidrrtgevvavkkifdafqnstdaqrtfreimiltelsghenivnllnvlradnd rdvylvfdymetdlhaviranilepvhkqyvvyqlikvikylhsggllhrdmkpsnillnaechvkvadfglsrsfvnir rvtnniplsinentenfdddqpiltdyvatrwyrapeillgstkytkgidmwslgcilgeilcgkpifpgsstmnqleri igvidfpsnedvesiqspfaktmieslkekveirqsnkrdiftkwknlllkinpkadcneealdlldkllqfnpnkrisa ndalkhpfvsifhnpneepncdhiitipindnvkhsiddyrnlvyseisrrkrelisn >d4nfna_ dilpanyvvkdrwkvlkkiggggfgeiyeamdlltrenvalkvesaqqpkqvlkmevavlkklqgkdhvcrfigcgrnek fnyvvmqlqgrnladlrrsqprgtftlsttlrlgkqilesieaihsvgflhrdikpsnfamgrlpstyrkcymldfglar qytnttgdvrpprnvagfrgtvryasvnahknremgrhddlwslfymlvefavgqlpwrkikdkeqvgmikekyehrmll khmpsefhlfldhiasldyftkpdyqlimsvfensmkergiaeneafdwekag >d4at5a1 dtfvqhikrhnivlkrelgegafgkvflaecynlcpeqdkilvavktlkdasdnarkdfhreaelltnlqhehivkfygv cvegdplimvfeymkhgdlnkflrahgpdavlmaegnppteltqsqmlhiaqqiaagmvylasqhfvhrdlatrnclvge nllvkigdfgmsrdvystdyyrvgghtmlpirwmppesimyrkfttesdvwslgvvlweiftygkqpwyqlsnnevieci tqgrvlqrprtcpqevyelmlgcwqrephmrknikgihtllqnlakaspvyldilg >d3lxpa_ dptvfhkrylkkirdlgeghfgkvslycydptndgtgemvavkalkadagpqhrsgwkqeidilrtlyhehiikykgcce dagaaslqlvmeyvplgslrdylprhsiglaqlllfaqqicegmaylhaqhyihrdlaarnvlldndrlvkigdfglaka vpegheyyrvredgdspvfwyapeclkeykfyyasdvwsfgvtlyellthcdssqspptkfleligiaqgqmtvlrltel lergerlprpdkcpaevyhlmkncweteasfrptfenlipilktvhekyqg >d4itja_ nvikmkssdflesaeldsggfgkvslafhrtqglmimktvykgpnciehnealleeakmmnrlrhsrvvkllgviieegk yslvmeymekgnlmhvlkaemstplsvkgriileiiegmaylhgkgvihkdlkpenilvdndfhikiadlglasfkmwsk lnneehnelrevdgtakknggtlyymapehlndvnakpteksdvysfavvlwaifankepyenaiaeqqlimaiksgnrp dvdditeycpreiislmklcweanpearptfpgieekfrpfylsqle >d4wnoa_ tetvgkfefsrkdlighgafavvfkgrhraahdlevavkcinkknlaksqtllgkeikilkelkhenivalydfqemans vylvmeycnggdladylhamrtlsedtirlflqqiagamrllhskgiihrdlkpqnillsnpagrranpnsirvkiadfg farylqsnmmaatlcgspmymapevimsqhydgkadlwsigtivyqcltgkapfqasspqdlrlfyeknktlvptipret saplrqlllallqrnhkdrmdfdeffhhpflda >d3fe3a_ qphignyrllktigkgnfakvklarhiltgrevaikiidktqlnptslqklfrevrimkilnhpnivklfevietektly limeyasggevfdylvahgrmkekearskfrqivsavqychqkrivhrdlkaenllldadmnikiadfgfsneftvggkl dafcgappyaapelfqgkkydgpevdvwslgvilytlvsgslpfdgqnlkelrervlrgkyripfymstdcenllkrflv lnpikrgtleqimkdrwinagheedelkpfvepeldisdqkridimvgmgysqeeiqeslskmkydeitatylllgr >d5jzja_ evseegfqipatiterykvgrtigdgnfavvkecverstareyalkiikkskcrgkehmiqnevsilrrvkhpnivllie emdvptelylvmelvkggdlfdaitstnkyterdasgmlynlasaikylhslnivhrdikpenllvyehqdgskslklgd fglativdgplytvcgtptyvapeiiaetgyglkvdiwaagvityillcgfppfrgsgddqevlfdqilmgqvdfpspyw dnvsdsakelitmmllvdvdqrfsavqvlehpwvn >d2i6la_ gfdlgsrymdlkplgcggnglvfsavdndcdkrvaikkivltdpqsvkhalreikiirrldhdnivkvfeilgpsgsqlt ddvgsltelnsvyivqeymetdlanvleqgplleeharlfmyqllrglkyihsanvlhrdlkpanlfintedlvlkigdf glarimdphyshkghlseglvtkwyrsprlllspnnytkaidmwaagcifaemltgktlfagaheleqmqlilesipvvh eedrqellsvipvyirndmtephkpltqllpgisreavdfleqiltfspmdrltaeealshpymsiysf >d3coka1 atcigekiedfkvgnllgkgsfagvyraesihtglevaikmidkkamykagmvqrvqnevkihcqlkhpsilelynyfed snyvylvlemchngemnrylknrvkpfsenearhfmhqiitgmlylhshgilhrdltlsnllltrnmnikiadfglatql kmphekhytlcgtpnyispeiatrsahglesdvwslgcmfytlligrppfdtdtvkntlnkvvladyempsflsieakdl ihqllrrnpadrlslssvldhpfms >d3dlsa_ aveleglaacegeysqkystmsplgsgafgfvwtavdkeknkevvvkfikkekvledcwiedpklgkvtleiailsrveh aniikvldifenqgffqlvmekhgsgldlfafidrhprldeplasyifrqlvsavgylrlkdiihrdikdeniviaedft iklidfgsaaylergklfytfcgtieycapevlmgnpyrgpelemwslgvtlytlvfeenpfceleetveaaihppylvs kelmslvsgllqpvperrttleklvtdpwvtqpvnladytweevf >d4yfia_ ekadilllraglpshfhlqlseiefheiigsgsfgkvykgrcrnkivaikryrantycsksdvdmfcrevsilcqlnhpc viqfvgaclndpsqfaivtqyisggslfsllheqkrildlqskliiavdvakgmeylhnltqpiihrdlnshnillyedg havvadfgesrflqsldednmtkqpgnlrwmapevftqctrytikadvfsyalclweiltgeipfahlkpaaadmdmayh hirppigysipkpissllirgwnacpegrpefsevvmkleeclcni >d3uc3a_ ldmpimhdsdrydfvkdigsgnfgvarlmrdkltkelvavkyiergaaidenvqreiinhrslrhpnivrfkeviltpth laiimeyasggelyericnagrfsedearfffqqllsgvsychsmqichrdlklentlldgspaprlkicdfgyskssvl hsqpkstvgtpayiapevllrqeydgkiadvwscgvtlyvmlvgaypfedpeeprdyrktiqrilsvkysipddirispe cchlisrifvadpatrisipeikthswflknlpadlmnesntgsqfqepeqpmqsldtimqiiseatip >d3bdwa_ dccscqekwvgyrcncyfisseqktwnesrhlcasqkssllqlqntdeldfmsssqqfywiglsyseehtawlwengsal sqylfpsfetfntknciaynpngnaldescedknryickqqli >d1wmza_ nqcptdweaegdhcyrffntlttwenahhecvsyscstlnvrsdlvsvhsaaeqayvfnywrgidsqagqlwiglydkyn egdfiwtdgskvgytkwaggqpdnwnnaedygqfrhteggawndnsaaaqakymckltfe >d1ypqa1 csapcpqdwiwhgencylfssgsfnweksqekclsldakllkinstadldfiqqaisyssfpfwmglsrrnpsypwlwed gsplmphlfrvrgavsqtypsgtcayiqrgavyaencilaafsicqkkanl >d2h2tb_ cntcpekwinfqrkcyyfgkgtkqwvharyacddmegqlvsihspeeqdfltkrashtgswiglrnldlkgefiwvdgsh vdysnwapgeptsrsqsedcvmmrgsgrwndafcdrklgawvcdrlatc >d2yhfa_ mcpkdwefyqarcfflstsesswnesrdfckgkgstlaivntpeklkflqditdaekyfigliyhreekrwrwinnsvfn gnvtnqnqnfncatigltktfdaascdisyrricekna >d3m9za_ lecpqdwlshrdkcfhvsqvsntweeglvdcdgkgatlmliqdqeelrflldsikekynsfwiglrytlpdmnwkwings tlnsdvlkitgdtendscaaisgdkvtfescnsdnrwicqkely >d3f8la_ irqplgmgsyteaakaqglsagrilvawsdltadevlagvlgvdvgapvlqlervlttdgvrvglettklpaqrypglre tfdheaslyaeirsrgiaftrtvdtidtalpdareaallgadartpmfllnrvsydqddvaieqrrslyrgdrmtftavm ha >d4zsia1 kvsqalqltsytedmraqgleptsqlldigyitaddrlagllditaggrvlrierlrmangepmaietthlsakrfpalr rslvkytslytalaevydvhlaeaeetietslatpreagllgtdvglpmlmlsrhsqdrtgqpvewvrsvyrgdrykfva rlkrp >d1txoa_ lvlryaarsdrglvrannedsvyagarllaladgmgghaagevasqlviaalahldddepggdllakldaavragnsaia aqvemepdlegmgttltailfagnrlglvhigdsrgyllrdgeltqitkddtfvqtlvdegritpeeahshpqrslimra ltgheveptltmrearagdryllcsdglsdpvsdetilealqipevaesahrlielalrgggpdnvtvvvadleh >d2j82a_ mdvagltdcglirksnqdafyidekhqrffivadgmgghaggeeasrlavdhirqylethledlqhdpvtllrqaflaan haiveqqrqnsaradmgttavvilldekgdrawcahvgdsriyrwrkdqlqqitsdhtwiaqavqlgsltieqarqhpwr hvlsqclgredlsqidiqpidlepgdrlllcsdglteeltddvisiylsepnvqkaaaalvdaakthggrdnvtvvvisv >g2vt1.1 ieilseqtksdirnsklvvmnXpthiaigiyfnpeiapapfislietnqcalavrkyanevgiptvrdvklarklyktht kysfvdfehldevlrlivwleqv >g3bzy.1 sgslannikkstvivknXpthiaiclyyklgetplplvietgkdakalqiiklaelydipviediplarsldknihkgqy itedffepvaqliriaidldy >d1k9oi_ getdlqkilresndqftaqmfsevvkanpgqnvvlsafsvlpplgqlalasvgeshdellralalpndnvtkdvfadlnr gvravkgvdlkmaskiyvakglelnddfaavsrdvfgsevqnvdfvksveaagainkwvedqtnnriknlvdpdaldett rsvlvnaiyfkgswkdkfvkertmdrdfhvskdktikvptmigkkdvryadvpeldakmiemsyegdqasmiiilpnqvd gitaleqklkdpkalsraeerlynteveitlpkfkietttdlkevlsnmnikklftpgaarlenllktkesltvdaaiqk afievneegaeaaaanafgivpkslilypevhidrpfyfelkidgipmfngkviep >d3kcgi_ spvdictakprdipmnpmciyrspekkatedegseqkipeatnrrvwelskansrfattfyqhladskndndniflspls istafamtklgacndtlqqlmevfkfdtisektsdqihfffaklncrlyrkankasklvsanrlfgdksltfnetyqdis elvygaklqpldfkenaeqsraainkwvsnktegritdvipseaineltvlvlvntiyfkglwkskfspentrkelfyka dgescsasmmyqegkfryrrvaegtqvlelpfkgdditmvlilpkpekslakvekeltpevlqewldeleemmlvvhmpr friedgfslkeqlqdmglvdlfspeksklpgivaegrddlyvsdafhkaflevneegseaaastavviagrslnpnrvtf kanrpflvfirevplntiifmgrvanpcv >d1wz9a_ mdalqlansafavdlfkqlcekeplgnvlfspiclstslslaqvgakgdtaneigqvlhfenvkdvpfgfqtvtsdvnkl ssfyslklikrlyvdkslnlstefisstkrpyakeletvdfkdkleetkgqinnsikdltdghfeniladnsvndqtkil vvnaayfvgkwmkkfpesetkecpfrlnktdtkpvqmmnmeatfcmgnidsinckiielpfqnkhlsmfillpkdvedes tglekiekqlnseslsqwtnpstmanakvklsipkfkvekmidpkaclenlglkhifsedtsdfsgmsetkgvalsnvih kvcleitedggdsievpgarilqhkdelnadhpfiyiirhnktrniiffgkfcsp >d3pzfa_ gpfqgqrqnefdlmfvkeifknhnsnvvlspfsvkilltliyeasdtsfgnavsntkrelssviqndnidhtrsyykqll esaqqdnkdydlniatnffvddfievinkyqqianthyhamlekvsysnptqtaatinnwvsehtngrlreivtpdsleg avitlvnviyfkglwtypfpevannvkpfygtrgkptnaqymeqngqfyydnsadlgaqilrlpyrgnklamyfilpnpd ntvnqvldrinsaslhqalwymeenevnvtlpkfkfdfseqlneplqqvgireifsqnaslpllargrgardevrvsrif qkagitinelgseayaateiqlvnkfggdgvqifnanrpfiffiedetlgtmlfagkienpvf >d4x30a_ atlykmssinadfafnlyrrftvetpdkniffspvsisaalvmlsfgaccstqteivetlgfnltdtpmveiqhgfqhli cslnfpkkelelqignalfigkhlkplakflndvktlyetevfstdfsnisaakqeinshvemqtkgkvvgliqdlkpnt imvlvnyihfkaqwanpfdpsktedsssflidktttvqvpmmhqmeqyyhlvdmelnctvlqmdysknalalfvlpkegq mesveaamssktlkkwnrllqkgwvdlfvpkfsisatydlgatllkmgiqhaysenadfsgltednglklsnaahkavlh igekgteaaavpevelsdqpentflhpiiqidrsfmllilerstrsilflgkvvnpte >d5ncsa1 ekiekdnafafdllqttrkhvteanvfisplsvsmalnmtlngaagvtademktalretgytmedineyshslreallkv dpsttigmansiwykqgelvkepfilanrthydaevkavdfsspatlpaingwcaqktndkitkildyipgnafmylina vyfkgiwvtqfkksdtkrapfrkadgttqevnmmaqkstfgyttdeccqylemdygnkafsmivmlpnegqttrdvieql dnkhwsmiikgirptqvslrmprfkteckyglekkilpemgmnvpftetadfpgitdaaifisrvihktfvqvdeegtea aavtavemvktsspsttpinfhinkpfvfairekstgvilfigeigevke >d3le2a1 mdvresislqnqvsmnlakhvittvsqnsnvifspasinvvlsiiaagsagatkdqilsflkfsstdqlnsfsseivsav ladgsanggpklsvangawidkslsfkpsfkqlledsykaasnqadfqskaveviaevnswaeketnglitevlpegsad smtklifanalyfkgtwnekfdesltqegefhlldgnkvtapfmtskkkqyvsaydgfkvlglpylqgqdkrqfsmyfyl pdannglsdlldkivstpgfldnhiprrqvkvrefkipkfkfsfgfdasnvlkglgltspfsgeegltemvespemgknl cvsnifhkacievneegteaaaasagviklrgllmeedeidfvadhpfllvvtenitgvvlfigqvvdplh >d3ozqa1 edatlqefpnavnsftpsvykevlktekanflvspfsaatllalaqsgcrgdtaeeirqvlhfvgdrekaegavkevlsk ltneeytlhtankiyvktnfsvreefqkiavevygaqsenvdfsekndaaklmnawveeqtqhkiqnlvdpeilnnltrv vlinalyfnakwlvpfppfhtrksdfhksakevvqvdtmyldeqyfnyyechhldakllelpfkggasltivlsnqiegl vsleskikrsflphnltkqlvnvalpkfkiestvdfkkvlkklgvkkafgdeadlsgiagekgdlvisnivqksfidvse egveaaaatyipvilpemalpdspkqfivdhpfifyikvkgmilfagrvttln >d3ii9a1 aatfhwddpllldqqladdermvrdaahayaqgklaprvteafrhettdaaifremgeigllgptipeqyggpgldyvsy gliarevervdsgyrsmmsvqsslvmvpifefgsdaqkekylpklatgewigcfgltepnhgsdpgsmvtrarkvpggys lsgskmwitnspiadvfvvwakldedgrdeirgfilekgckglsapaihgkvglrasitgeivldeafvpeenilphvkg >d5jsca1 eldlhsalawpffeprhrelaagieawcranlahedhedvdatcrrlvrelgaagwlkygvggvaygghgdtidtravcl lretlakhsgladfalamqglgsgaislggtheqktrylprvangtaiaafalsepeagsdvaamtlsaredgdayvldg dktwisnggiadfyvvfartgeapgargisafvvdadtpgleiaeridviaphplarlhfagarvprsqmlgap >d3r44a1 mknigwmlrqratvsprlqayvepstdvrmtyaqmnalanrcadvltalgiakgdrvallmpnsvefcclfygaaklgav avpintrlaapevsfilsdsgskvviygapsapvidairaqadppgtvtdwigadslaerlrsaaadepavecggddnlf imytsgttghpkgvvhthesvhsaasswastidvryrdrlllplpmfhvaalttvifsamrgvtlismpqfdatkvwsli veervciggavpailnfmrqvpefaeldapdfryfitggapmpealikiyaaknievvqgyaltescgggtlllsedalr kagsagratmftdvavrgddgvirehgegevviksdillkeywnrpeatrdafdngwfrtgdigeiddegylyikdrlkd miisggenvypaeiesviigvpgvsevaviglpdekwgeiaaaivvadqnevseqqiveycgtrlaryklpkkvifaeai prnptgkilktvlreqysatvp >d5upta1 qhttigdvlrehrrshpgrtalvdgpvrltwpelddrvnrlagslaasgigrgdrimwlgqnsfrvyeliaaagklgamv cvgywrwappemefalrdfdphlvvwqhqeihetvartrealgsddtarwlrhdsapqdpdgyeaflaaggladpdldid pdspvlvlytaamsgrqcgsllshtnliamataaawlgdidhttaflnsgpmfhignhqfwgmptllmagknvivrrvva eevrdllvaeecthaflmpptvaeivrlnrdtghdlsrlratvaphlwegmattdtsrftrsgaaagrgygqtelsgfav taayggpaagnagrpgpgltvrvldtagrecavgeageicargtvvhrgywnrdevnahrfrsgwwhttdlgrrepdgsl tflgtttrmlksaaenifpaevencieqhpavreaavigvpntrwaqdvkavvvlepdagvseqeiidhcrpriasykkp ksvafaaalprtvsgardydaldkeyggggyp >EPQ09146.1 MEWKILPIHLLLLLSVFLIQQVSSQDVSSCAGRCGEGYSRDTPCNCDYNCQLYMECCPDFKKFCTVELSCKGRCSESFER GRECDCDNQCKKYGKCCPDYDDFCEVHSPTSPPSSKAAPPPAGARQPIKSTTKRSPKPTDKKTTKKVIESEEITEEHSVS ENQESSSSSSSSSSSIRKIKSSKNSAANKELKKKPKVKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPTPDTPTTQ STKVTTTSKVTTVTTVSPKPSPSPKPETSKDTSSTASKEKTVETKETSKTTKETSASTSEKTTSAPTSPETPPTTSEAST PATTMEPPTPPENPAGSTPEFPVDPTPKAPEGTKSETTTTLKDKTTEKGTHTTTEITTATSTSTTKETATPKEDKTTESQ TSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDKTTESQTIKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPT PDTPTTQSTKVTTTSKVTTVTTVSPKPSPSPKPETSKDTSSTASKEKTVETKETSKTTKETSASTSEKTTSGKETRSAEK TSKDLEATSVSVKTTTEAETTTTSLTPTTPQTPSPTTTTKEPTTTPKKPEPTTPKKPEPTTPKKPAPTSPETPPTTSEAS TPATTMEPPTPPENPAGSTPEFPVDPTPKAPEGTKSETTTTLKDKTTEKGTHTTTEITTATSTSTTKETATPKEDKTTES QTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDKTTESQTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDK TTESQTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTPTEDKTTESQTSTTKQVTSTTTKDTTSAKVTPKETTPAPEVTA ATKKTTTTEETTNTSEDTVTTSKVTTAKSPKPTKAPQMPTTTKKPNTTPKVTKPKPTPSPPKTTTSTVPTMNPASSEEDL LQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLIIPGADFTVRGSDQGIGVNPMLSDETNLCNGRSVD GLTTLANGTLVAFRGHYFWMLNPLSPPSPPRRITEVWGIPSPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQI VKGFGGLNGKILAALSIPKYKERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQVRRLRFERAIGSQT HTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLPNTRKPDGYDYYAFSRDQAYNLNVPSRTARAVTTPS GKTLSNVWYNCP >NP_001121181.2 MAWKTLPIYLLLLLSVFVIQQVSSQDLSSCAGRCGEGYSRDATCNCDYNCQHYMECCPDFKRVCTAELSCKGRCFESFER GRECDCDAQCKKYDKCCPDYESFCAEVKDNKKNRTKKKPTPKPPVVDEAGSGLDNGDFKVTTPDTSTTQHNKVSTSPKIT TAKPINPRPSLPPNSDTSKETSLTVNKETTVETKETTTTNKQTSTDGKEKTTSAKETQSIEKTSAKDLAPTSKVLAKPTP KAETTTKGPALTTPKEPTPTTPKEPASTTPKEPTPTTIKSAPTTPKEPAPTTTKSAPTTPKEPAPTTTKEPAPTTPKEPA PTTTKEPAPTTTKSAPTTPKEPAPTTPKKPAPTTPKEPAPTTPKEPTPTTPKEPAPTTKEPAPTTPKEPAPTAPKKPAPT TPKEPAPTTPKEPAPTTTKEPSPTTPKEPAPTTTKSAPTTTKEPAPTTTKSAPTTPKEPSPTTTKEPAPTTPKEPAPTTP KKPAPTTPKEPAPTTPKEPAPTTTKKPAPTTPKEPAPTTPKETAPTTPKKLTPTTPEKLAPTTPEKPAPTTPEELAPTTP EEPTPTTPEEPAPTTPKAAAPNTPKEPAPTTPKEPAPTTPKEPAPTTPKETAPTTPKGTAPTTLKEPAPTTPKKPAPKEL APTTTKEPTSTTSDKPAPTTPKGTAPTTPKEPAPTTPKEPAPTTPKGTAPTTLKEPAPTTPKKPAPKELAPTTTKGPTST TSDKPAPTTPKETAPTTPKEPAPTTPKKPAPTTPETPPPTTSEVSTPTTTKEPTTIHKSPDESTPELSAEPTPKALENSP KEPGVPTTKTPAATKPEMTTTAKDKTTERDLRTTPETTTAAPKMTKETATTTEKTTESKITATTTQVTSTTTQDTTPFKI TTLKTTTLAPKVTTTKKTITTTEIMNKPEETAKPKDRATNSKATTPKPQKPTKAPKKPTSTKKPKTMPRVRKPKTTPTPR KMTSTMPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHVFMPEVTPDMDYLPRVPNQGI IINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWMLSPFSPPSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKD SQYWRFTNDIKDAGYPKPIFKGFGGLTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVY GETTQVRRRRFERAIGPSQTHTIRIQYSPARLAYQDKGVLHNEVKVSILWRGLPNVVTSAISLPNIRKPDGYDYYAFSKD QYYNIDVPSRTARAITTRSGQTLSKVWYNCP >XP_026225122.1 MADNLLDVGPPTAKRPKLNSPLSGSDGPDLVSLFDLENDLPDELIPNGDLGMGMSSNGGPGGGGPGLNSIVPDAAAKHKQ LSELLRPGSSTNLGSCLNSASPQQGGMVGSQLSAVLGKSPLGQGSPSHQSPQAQKAGVAAGQGNGSAAMAFNQVMLNSGQ GQGVMGQTGQVMNGALGPAGRGRPGPGMQYQSQGMQGTQVGAGPGVGGSVLAETLTQGGPQLGAHNSMNAQQAGNLNKMG MSGAPFGQQYGQAGVQQMGAAGVNAQQVQNKTREVLSNNLPQFPAELKGAGSVPNMSQMQQQVASVGMVAGAGGVSAGPT ADPEKRKLIQQQLVLLLHAHKCQRREQANGEVRACTLPHCRTMKNVLNHMTHCQAGKSCQVPHCASSRQIISHWKNCTRH DCPVCLPLKNASDKRSQQPMLSSPVAGLQNTISTVGPGQSSATTINSAATHIDPSSMQRAYAALGLPYGNQSPAQVQGQG PGQQNPQGPQHQQMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSLNSQLMPDGSVAGGMGNLPAATPLSATGV RKAWHEHVTQDLRTHLVHKLVQAIFPTPDPAALKDRRMENLVAYARKVEGDMYESANSRDEYYHFLAEKIYKIQKELEEK RRSRLQKQPGIMGTAGPQQPGMAQPNAMGPGQAVRPPNGPVPMPNLPNQMMNRMQVPQGINQFNPMAMQNAQMSQAPMGA RAPSPMNHPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTANQGQFLPQGQFPAAAGGTINVNSGLGQPITQTAV TQQPQNSNLSMNALGSLGSQLSCGPTAQPSLGTTPPPNTSVGLQQQQQQQQQQQHQQHQQQQQQQQQQQQQQQQQQQQQQ QQQQQQQQQLQPHHAPNQAPMPPQPSTPASTGGPSSTPTHIPSSLTGPPSLTPPDPQPLTPLQPQPEPPSQMQQPTSVQA QHPSTPMSQAAASIDNRVPTPGSVAEMNSQQALPDMSSTEVKTEVKDEEDDTNSGKKQTDVKMEQDDDTKPPLVKKEVPE VAEPKQEPMETEEKKPEIKAESKEAEESGANSTSTSASQNRKKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLL GIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLGYCC GRKFEFSPQTLCCYGKQLCTISRDGTYYSYQNSSPKYGLIADRYHFCEKCFNEIQGNSVTLGDDPAQPQTMISKDQFEKK KNDMLDSEPFVECKDCGRKMHQICVLHYDVIWPSGFVCDNCLKKSGKTRKENKFSAKRLQSTRLGTYIEDRVNKYLKRQN HPEAGEVFVRVVASSDKTVEVKPGMKSRFVESGEMVESFPYRTKALFAFEEIDGVDVCFFGMHVQEYGSECPFPNTRRVY ISYLDSIHFFKPRLLRTAVYHEILIGYLEYVKKLGYVTGHIWACPPSEGDDYIFHCHPPDQKIPKPKRLQEWYRKMLDKA FAERIIHDYKDIFKQATEDRLTSAYELPYFEGDFWPNVLEESIKELEQEEEERKKEENTASSEITEGTHADSKNAKKKNN KKTNKNKSSVSRANKKKPGMPNVANDLSQKLYATMEKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLTL ARDKHWEFSSLRRCKWSTMCMLVELHNQGQDRFVYTCNECKHHVETRWHCTVCEDYDLCINCYNIKGHEHQMVKWGLGLD DDSNSQGGEASKSPQESRRLSIQRCIQSLVHACQCRNANCSLPSCQKMKRVVQHTKGCKRKTNGGCPVCKQLIALCCYHA KHCQENKCPVPFCLNIKHKLRQQQLQHRLQQAQMMRRRMATMAGRGMPLPSPPTSAAPDTPNSLQQPNTPQTPQPLPNQP QQQQPPNPANIAQSFPNNGRSSQPPTPVPPVTPGKPGPQSSPQQSPMSNMPHQQQPQPPQQQQQQQQQPLLAALKVAKQI EMVAKAKQQHQQQNYPMNGMPMNHPRMMGPMQSQMQMMQGPRGPQVMQAMQQGQWSPQGHQQQVPPQQGPMVPQQAQGTP MTQQGQLMQRPMMPQQPGLQMPGVMPPQGPSQQSMTPQQGMTPQQQNMPRGIPGNIAPNALQDLLRTLKSPSSPQQQQQV LNILKSNPQLMAAFIKQRTAKYQANQPQQQQQTQQQNPQAMLGSQAGMQAMAAMANQVPRPGMAPQQQPPQQAVPQGMAP MGPQGQMMNAAQNGNPQLYRRQQIFRMQQMQQQQQQQQQQQQGGMPQGHSQFPPQLPGSASYSQIRMQQQMAMQGGGGPM GQHPPTSQMGQPGMGMEVSQSVAQQRFLQQQQMLKQQMGSPAQANSMSPQPHMLQGQPQGGAHLPGQTMANTLGNQVRSP APVQSPRPPSQQPPHSSPSPRIQPQPSPQHGTLHSSSPHPSLGGPMEQGHIGTPEQSAMLPQLNTPNRGALSNDMGMVSD MTGDTLEKFVEGL >XP_015783916.1 MSSLERGETMASSSSSASPTCTVSTSFSVVGSSGAGNMTSGVGGGNGMPGSGPPPNKRIKLSDSTDSLPGPSDSQLWELE SNLPDELASAPSSSSNAPSAYDSLTNNGSLLATNVTLINSNIPMSHIGISSSANVVNTTSVTSNVTSLPPPSQLQTQQTP QQQPNPQQQQTSLPAQNHQQLSQLLQAKTQSPNVSVQQQKLIPTTIQPQMIGGMVPGSRPVLQNQLRYTNPPNIQQQPPQ QQQTHMQLLSPQYMPHQNFGSSLYSDNQKQQQVQQPQQQPGQARMPQQQGPFRYTPPPSSQSLNQPGPQLLQAQPQNSPQ AVGQLTSAPQSNQPGHSSEAEKRKLIQQQLVLLLHAHKCQRREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTGCTAGKQ CNVSHCASSRQIISHWKNCTRPDCPVCLPLKQASDRRQQQQQVATLLLNQPLPNPQQAQIPNSQLPNAQTPQPQSQPQPP PPTQFSQQPQNVDFQKAYIALGLPFNNPSSTSPPSGQITGRIPGFPPITDQLLDPRQAKDWHTSVPMELRNHLVQKIVQA IIPTPDPSTFKDSRMVTFIGYARKVEGDMYEKANSREEYYHLLAEKIYKMQKELEDKRQKRKEQKAAAAQNSGQDVNALQ INPNQINANRPPQQMLAQQPLQPQTPNAGPPTPQSISQQQPTQPPRPRLNLSGAPPNVSLQSPSRFPSQSNQLPPGSYFI SPPGPQAQATSQIQIRSNSNGNFITNSNTGNTLQGMLQQQPTTPQPLTSTATPPPPRCASVPTSTPQALTNQTLQSHQNR MSRDEIESSMPTPQPSLQNTSQPTQQPGQQSMVDLQNQQQLSRPPSQMQPIEQQVVIKSEPIDDVLSTSSLSSTTNGITS SSVVKQEAVSTCDDSIPSLMKMETSVSTVSNSIKPEVKKEESEDSISTTTDQKPINSVSTPCEKSEIDVKQPITTTSTPS AISSTISKSTSGPRQRKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRKLDTGQ YQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFEQEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTIPRDAK YMNYQNRITYCLKCFQEIPGDTVTIGDGLGPDNTVSGTQTIPKNQFVECKNDHIDLEPFVECKECARKLHQICVLHIDQI WPEGFVCDGCLKAKGKKKKENKFSAKRLPQSKLGSYIENRVNTFLRKKETGAGEVSIRVVSSSEKIVEVKSLMKQKYAFK YNEPGNELPSTFPYRAKALFAFEDFNGVDVCFFGMHVQEYGSDAGPPNSRRVYIAYLDSVHFFSPKQYRTAVYHEILLGY LDYTKQLGYTMAHIWACPPSEGDDYIFHCHPPEQKIPKPKRLQEWYKKMLDKGIIERIVLDYKDILKQASEDGLKSATDL PYFEGDFWPNVIEESIKEIEMELQKQQIQSSQKITPLIMPPAEPSTPQQDSIFNNSGNPTDDESMDTMSECGDKADGNCS KPSDILSLNSKNSNSKDGCNNQIKQQKKSGGSKKSNKKQKQRKNNVHSRHKSGSNQLAVVQTNSSLQWEQELTNKIYQTM EKHKEVFFVIRLHSTQSAASLPPINDPDQSLNCDLMDGRDAFLTMAREKHYEFSTLRRAKFSTMALLYELHNSGNGGFVY TCNKCKRHVVETRYHCTECDDFDLCVTCYNSEGHNHKMEKLGFGDLVGGVDGDGAVAGAVVAGGSGELDNHGDGTSGSTV TSPGESRRLSIQRCIQSLVHACQCRDANCRLPSCHKMKRVVQHAKSCKRKTNQSGPPMSQGGGATGCPICKQLIALCCYH AKHCNEQKCPVPYCLNIKHKLRQQQLQQKLQQHQILRRRIATMTSISQSAQPAAQTHDYSPSPVQTPQQHYMKPATVTPP PVGALQAVQQVQAAVARQQQQQQHQPPPQPKVMSQQNPYGKGKPMIPYQQQSVPQGSQPQPPRPHMGMQPHPPQQQQMHP QQLLQQQQQKQRMLLAQQQQQQQQQQQQQQQQQQQQQAQQQQQQQQQQPPQPQQQLQSQPMPQQIQMQQVQPGQIIQANN QQWYQQPQPPQQSRYIRVPQNIPMASAANTQPGGKPTQMMSQQQPQVLRQQMPVSSGVQIPQQVMQGMGEQQTRQAQKMS IPQQFQMQGQQMNQSGSGGVSTQSQSQQPMNNVMQQLITMLKSPSSQSQQQQVIHILQSNPKLMAAFLKQRSATHQNQGQ NQAQNQIFQQINANPQQPQQGPSPQQQQQVQQQQVQQQQQQQVQQQQVQQQVQQQVQQQQVQQQQQQQQQQQQQQMQPQQ QQIQQQQLQQQQAPQQQQLQMQQVQPGQHIQTGNQQWYQQPQPPQQTRFVRVPQNIPMASSPNTQPGGKPQQMMSQQTQQ QVLRQQLNN >XP_020640612.1 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFHTMQDMLDDELGRLELNEEDS SKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERAILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTV QGLRTSIDQLELLEDTCGFRLQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDTLREL LLEERDAWKDRQRRACIGDTCDTSLGQLETWFTAHAEDLFHLLQFLHIMEALPQKLTYKGDPLTVQLPQLKNRLQEQIVF LLKSAFVVESQPCMPFPNRRPLVLKTSQKFSVRVRLLVKLLDRNHSAEVKIEIDRDAADFGGFRRFNILPSNTKTLTMDN PQVQELVCDFKHIMLKEQKSSGSGKGGKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTSTLPVVIVSNPNQMSPAWA SILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTERNLNSEQLKMLGEKLCGSSVVAESTITWNQFSKELTTA NVSFWAWMDGIILLIREHLLELWKNGLIMGFVSRKRERHLLKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAV EPYTKDDLKILSLPDIIRDYHILAEENIPENPFHYLYPDIDRDEAFGPYYSERQEDLSEHRKYLKRRLIRVSHPRS >RXM37273.1 MTQWKQVQHLEIKFLEQVDHFYDDNFPMEIRQFLADWIENQDWDTASNSESMATVLFHNLLSQLEEQCSQEKMFLQRHNL KRIKQQTEVKYRANPLHMAGVISNCLREERRIIATSCMLEQPNVNKFDNCLFRYIMGFVSKETERALLKEKEPGTFLLRF SESHLGGITFTWVDQSENGEVKFNSVEPYTKSRLTALPFADIIRDYKVIVDRNVPENPLKLLYPGIPKDEAFGKHYNSQP STGARSSPLATQRQCFYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQDWELAATNDSLATLRFHDLL SQLDDQYSRFTLENNFLMQHNIRKIKRNLQVHFQEDPIQMAMIICSCLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKE LDYSVRDIKNRVQETEQRIKSLEDLQDEHDFKYKTLQSREHESSGTTPIEIRREEIIIRNMFIELNMKREENVNEKSFWL WIEGILELIKRHLLALWNDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTWVEMSHNDEPQFHAVEPYTKK ELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAFGKYYSRPTEPSEPMDVDNDKRSNGYMRTELISISEVLQSP ENLCPMSPDEYGELQRFINPAEINTVVCQVQSS >XP_001389757.2 MAAPPVRQWGVTPPISTVLPTPDELAANDDLITELKVQNNFESPAETERSLWAQRRAIYSNIVGFPGGVAWAMLVARVCQ LYPQATGSVIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMKVWNPKIYHGDRFHLMPIITPAYPSMCATHNVSMSTKAVIL RELQRGGDIVDKIFLKQLRWEDLFARHTFFTKDYKYYLSITASSRTKEAESVWSGLVESKIRHLVGALDRKATIAIAHPF PKGFERVHRVSSEEEIEAVKTGSTKYQDKGTKTETTDEMKDAAHQAAAQNGAENTDVAAAENKPVDDTHVMYTTTYYIGL ELKPLEPGASRSLDISTDAQIFKSTCTSWPGYQPGINDLAITHVRNFDLPEDVFQPGETRPTRPKKKIIKKAEISGQKRN IESLDDPSHPAAKRQVPSNGIANTAMPA >XP_030993825.1 MPSERQYGVTPPLSTQLPSEDQKQAADALLQELHSQGTFESAAETAKRYEVLASIQAIADAFVRQVAQEKEPDNPTLIKD ARARVFTYGSFRLGVYGPGSDIDTLVVAPRYVTRVEYFKYFPDLLRKMSPPGAITELAAVEDAFVPIIKFEYSGISIDLI FSRIATLKQLPGEKDWNLKDSNLLRGLDEAELRSVNGTRVTDEIVDLVPEQKTFRDALRAVKLWAQRKAIYANIMGFPGG VAWAMMVARVCQLYPKATSAVIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYKGDGFHLMPIITPAYPSMCAT FNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHTFFTQDYKYYISVIASSTDKEAHVKWAGFVESKVRLLVQGL ERHQSIVLARPFNKGYERTNMCASPEGVEEVKNGSLAYVVKKEEGEAIKAEATNGNGTQAKTEVKADSTSEAKTEVKPEV KTEDVPLNVKPEDGADAAVKLEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLLCPCPGWISQDGFLNISPSTE AKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRNFTLPDDVFEAGEVKPTKPVKKRNVPATAQAANAANSKKRT ASEEQNNPPKRQQTTVAAG >d3d1ka_ slsdkdkaavralwskigkssdaigndalsrmivvypqtkiyfshwpdvtpgspnikahgkkvmggialavskiddlktg lmelseqhayklrvdpsnfkilnhcilvvistmfpkeftpeahvsldkflsgvalalaeryr >d4esaa_ slsdkdkaavkllwskiskssdaigndalsrmivvypqtktyfahwpdlspgsphvkahgktvmggialavskiddlrag lldlseqhayklrvdpanfkilshcilvvismmfpkeftpeahvsldkflsgvslalseryr >d1v4wa_ ttlsdkdkstvkalwgkisksadaigadalgrmlavypqtktyfshwpdmspgsgpvkahgkkvmggvalavskiddltt glgdlselhafkmrvdpsnfkilshcilvvvakmfpkeftpdahvsldkflasvalalaeryr >d3bj1a_ slsskdkdavkalwgkiadkaeeigadalgrmlavypqtktyfshwkdlspgsapvnkhgktimgglvdavasiddlnag llalselhaftlrvdpanfkilshcilvqlavkfpkdftpevhlsydkffsavaralaekyr >d4g7hd_ kevrkvrialaspekirswsygevekpetinyrtlkperdglfderifgpikdyecacgkykrqrfegkvcercgvevtk sivrryrmghielatpaahiwfvkdvpskigtlldlsateleqvlyfskyivldpkgailngvpvekrqlltdeeyrelr ygkqetyplppgvdalvkdgeevvkgqelapgvvsrldgvalyrfprrvrveyvkkeraglrlplaawvekeaykpgeil aelpepylfraeeegvvelkeleegaflvlrredepvatyflpvgmtplvvhgeivekgqplaeakgllrmprqvraaqv eaeeegetvyltlflewtepkdyrvqphmnvvvpegarveagdkivaaidpeeeviaeaegvvhlhepasilvvkarvyp feddvevstgdrvapgdvladggkvksdvygrvevdlvrnvvrvvesydidarmgaeaiqqllkeldlealekelleemk hpsrarrakarkrlevvrafldsgnrpewmileavpvlppdlrpmvqvdggrfatsdlndlyrrlinrnnrlkkllaqga peiiirnekrmlqeavdalldngrrgapvtnpgsdrplrsltdilsgkqgrfrqnllgkrvdysgrsvivvgpqlklhqc glpkrmalelfkpfllkkmeekgiapnvkaarrmlerqrdikdevwdaleevihgkvvllnraptlhrlgiqafqpvlve gqsiqlhplvceafnadfdgdqmavhvplssfaqaeariqmlsahnllspasgeplakpsrdiilglyyitqvrkekkga glefatpeealaahergevalnapikvagretsvgrlkyvfanpdeallavahgivdlqdvvtvrymgkrletspgrilf arivaeavedekvaweliqldvpqeknslkdlvyqaflrlgmektarlldalkyygftfsttsgitigiddavipeekkq yleeadrkllqieqayemgfltdrerydqilqlwtettekvtqavfknfeenypfnplyvmaqsgargnpqqirqlcglr glmqkpsgetfevpvrssfregltvleyfisshgarkggadtalrtadsgyltrklvdvtheivvreadcgttnyisvpl fqpdevtrslrlrkradieaglygrvlarevevlgvrleegrylsmddvhllikaaeageiqevpvrspltcqtrygvcq kcygydlsmarpvsigeavgivaaqsigepgtqltmrtfhtggvagaaditqglprvielfearrpkakaviseidgvvr ieeteeklsvfvesegfskeyklpkearllvkdgdyveagqpltrgaidphqlleakgpeaverylveeiqkvyraqgvk lhdkhieivvrqmmkyvevtdpgdsrllegqvlekwdvealnerliaegktpvawkpllmgvtksalstkswlsaasfqn tthvlteaaiagkkdeliglkenvilgrlipagtgsdfvrftqvvdqktlkaieearkea >d1twfa_ vgqqyssaplrtvkevqfglfspeevraisvakirfpetmdetqtrakigglndprlgsidrnlkcqtcqegmnecpghf ghidlakpvfhvgfiakikkvcecvcmhcgkllldehnelmrqalaikdskkrfaaiwtlcktkmvcetdvpseddptql vsrggcgntqptirkdglklvgswkkdratgdadepelrvlsteeilnifkhisvkdftslgfnevfsrpewmiltclpv ppppvrpsisfnesqrgeddltfkladilkanisletlehngaphhaieeaesllqfhvatymdndiagqpqalqksgrp vksirarlkgkegrirgnlmgkrvdfsartvisgdpnleldqvgvpksiaktltypevvtpynidrltqlvrngpnehpg akyvirdsgdridlryskragdiqlqygwkverhimdndpvlfnrqpslhkmsmmahrvkvipystfrlnlsvtspynad fdgdemnlhvpqseetraelsqlcavplqivspqsnkpcmgivqdtlcgirkltlrdtfieldqvlnmlywvpdwdgvip tpaiikpkplwsgkqilsvaipngihlqrfdegttllspkdngmliidgqiifgvvekktvgssngglihvvtrekgpqv caklfgniqkvvnfwllhngfstgigdtiadgptmreitetiaeakkkvldvtkeaqanlltakhgmtlresfednvvrf lneardkagrlaevnlkdlnnvkqmvmagskgsfiniaqmsacvgqqsvegkriafgfvdrtlphfskddyspeskgfve nsylrgltpqefffhamggreglidtavktaetgyiqrrlvkaledimvhydnttrnslgnviqfiygedgmdaahiekq sldtiggsdaafekryrvdllntdhtldpsllesgseilgdlklqvlldeeykqlvkdrkflrevfvdgeanwplpvnir riiqnaqqtfhidhtkpsdltikdivlgvkdlqenllvlrgkneiiqnaqrdavtlfccllrsrlatrrvlqeyrltkqa fdwvlsnieaqflrsvvhpgemvgvlaaqsigepatqmtlntfhfagvaskkvtsgvprlkeilnvaknmktpsltvyle pghaadqeqaklirsaiehttlksvtiaseiyydpdprstvipedeeiiqlhfslldeeaeqsfdqqspwllrleldraa mndkdltmgqvgerikqtfkndlfviwsedndekliircrvvrpksldaeteaeedhmlkkientmlenitlrgvenier vvmmkydrkvpsptgeyvkepewvletdgvnlsevmtvpgidptriytnsfidimevlgieagraalykevynviasdgs yvnyrhmallvdvmttqggltsvtrhgfnrsntgalmrcsfeetveilfeagasaelddcrgvsenvilgqmapigtgaf dvmideeslbbuchfink-diamond-6dc5717/src/test/deepclust-multiblock.out000066400000000000000000010155701523407312000240600ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 EHX4537433.1 EHX4537433.1 WP_133518962.1 WP_133518962.1 XP_015036367.2 XP_015036367.2 PAA16140.1 PAA16140.1 GLZ33620.1 GLZ33620.1 XP_039555956.1 XP_039555956.1 MBO7734838.1 MBO7734838.1 WP_206363707.1 WP_206363707.1 XP_007207923.1 XP_007207923.1 XP_051956784.1 XP_051956784.1 OGK79387.1 OGK79387.1 WP_025531131.1 WP_025531131.1 MBQ1311177.1 MBQ1311177.1 WP_268714943.1 WP_268714943.1 TME45086.1 TME45086.1 VDK71801.1 VDK71801.1 EGI67351.1 EGI67351.1 XP_021846694.1 XP_021846694.1 WP_224792367.1 WP_224792367.1 OIO24646.1 OIO24646.1 XP_004466702.1 XP_004466702.1 WP_053342583.1 WP_053342583.1 EMD83093.1 EMD83093.1 EJT84792.1 EJT84792.1 WP_077010214.1 WP_077010214.1 HAN2236324.1 HAN2236324.1 HBZ0881431.1 HBZ0881431.1 MBU0883769.1 MBU0883769.1 MBD5551606.1 MBD5551606.1 MCB9999913.1 MCB9999913.1 WP_007356512.1 WP_007356512.1 CAH8368929.1 CAH8368929.1 WP_220664202.1 WP_220664202.1 PRQ70658.1 PRQ70658.1 WP_127607693.1 WP_127607693.1 NEO89073.1 NEO89073.1 SHX72876.1 SHX72876.1 EAT3027009.1 EAT3027009.1 WP_161818832.1 WP_161818832.1 MBQ5338540.1 MBQ5338540.1 MBW1825233.1 MBW1825233.1 MBQ0119857.1 MBQ0119857.1 WP_152158314.1 WP_152158314.1 XP_027422845.1 XP_027422845.1 UVD88834.1 UVD88834.1 XP_028733567.1 XP_028733567.1 KAF8533701.1 KAF8533701.1 XP_031270756.1 XP_031270756.1 WP_255266214.1 WP_255266214.1 KRX90811.1 KRX90811.1 MBN4200190.1 MBN4200190.1 WP_114054641.1 WP_114054641.1 ERV81283.1 ERV81283.1 WP_104462564.1 WP_104462564.1 WP_061239294.1 WP_061239294.1 WP_050238626.1 WP_050238626.1 HIH01984.1 HIH01984.1 EGC4236544.1 EGC4236544.1 WP_250258169.1 WP_250258169.1 WP_242961281.1 WP_242961281.1 WP_045385114.1 WP_045385114.1 WP_233987225.1 WP_233987225.1 KAF8901107.1 KAF8901107.1 MBI5413544.1 MBI5413544.1 WP_245770707.1 WP_245770707.1 MYU10132.1 MYU10132.1 GER04731.1 GER04731.1 MCC8048325.1 MCC8048325.1 WP_141361908.1 WP_141361908.1 XP_039261378.1 XP_039261378.1 MBO1529847.1 MBO1529847.1 MBR3162388.1 MBR3162388.1 MBX9747080.1 MBX9747080.1 MBR3056759.1 MBR3056759.1 XP_046337982.1 XP_046337982.1 RVW27732.1 RVW27732.1 ACU21193.1 ACU21193.1 WP_223975418.1 WP_223975418.1 HAV2038468.1 HAV2038468.1 RBH73006.1 RBH73006.1 MBL1150364.1 MBL1150364.1 EAA7679439.1 EAA7679439.1 EAA7679439.1 WP_213741880.1 GLX88815.1 GLX88815.1 GLX88815.1 WP_210226425.1 GLX88815.1 HCN8461219.1 MCE2395269.1 MCE2395269.1 WP_281543397.1 WP_281543397.1 GHI39478.1 GHI39478.1 WP_234749042.1 WP_234749042.1 WP_281674273.1 WP_281674273.1 MBO0734013.1 MBO0734013.1 RPG10933.1 RPG10933.1 WP_122576107.1 WP_122576107.1 WAX08241.1 WAX08241.1 WP_255734230.1 WP_255734230.1 KZS73167.1 KZS73167.1 PYM79331.1 PYM79331.1 XP_015253450.1 XP_015253450.1 YP_008379230.1 YP_008379230.1 KOU48934.1 KOU48934.1 MCK4671080.1 MCK4671080.1 WP_097830045.1 WP_097830045.1 WP_143957119.1 WP_143957119.1 RZB31430.1 RZB31430.1 OLC29722.1 OLC29722.1 MBF1369421.1 MBF1369421.1 HBU4069332.1 HBU4069332.1 HBU4069332.1 HCE5900341.1 MCK4027136.1 MCK4027136.1 GBF67295.1 GBF67295.1 MBS6439950.1 MBS6439950.1 MCE2394956.1 MCE2394956.1 WP_275149613.1 WP_275149613.1 XP_009132605.1 XP_009132605.1 WP_017065630.1 WP_017065630.1 WP_134064782.1 WP_134064782.1 WP_031764117.1 WP_031764117.1 KAH7111090.1 KAH7111090.1 KAF3601053.1 KAF3601053.1 XP_056097092.1 XP_056097092.1 WP_202659240.1 WP_202659240.1 EEI68160.1 EEI68160.1 WP_249240542.1 WP_249240542.1 GIX80479.1 GIX80479.1 XP_054464105.1 XP_054464105.1 WP_031739936.1 WP_031739936.1 XP_052068338.1 XP_052068338.1 CAI9830983.1 CAI9830983.1 WP_150194162.1 WP_150194162.1 TIL25499.1 TIL25499.1 KMK70211.1 KMK70211.1 MBL7906248.1 MBL7906248.1 WP_199537626.1 WP_199537626.1 WP_255657767.1 WP_255657767.1 XP_008572610.1 XP_008572610.1 EGS7320029.1 EGS7320029.1 EHD1462244.1 EHD1462244.1 WP_105794890.1 WP_105794890.1 KAJ4753967.1 KAJ4753967.1 XP_007512765.1 XP_007512765.1 EFU9196970.1 EFU9196970.1 WP_133662298.1 WP_133662298.1 WP_156164841.1 WP_156164841.1 XP_040774166.1 XP_040774166.1 XP_010489688.1 XP_010489688.1 WP_116818916.1 WP_116818916.1 WP_234306850.1 WP_234306850.1 ECO0852462.1 ECO0852462.1 MBC8149950.1 MBC8149950.1 GBC84792.1 GBC84792.1 OLE88521.1 OLE88521.1 BAV52815.1 BAV52815.1 NXT80179.1 NXT80179.1 WP_200941876.1 WP_200941876.1 WP_146310544.1 WP_146310544.1 KAJ4994524.1 KAJ4994524.1 NQU26924.1 NQU26924.1 KKQ17530.1 KKQ17530.1 WP_262043205.1 WP_262043205.1 WP_092054000.1 WP_092054000.1 KAH7904576.1 KAH7904576.1 MBO7707210.1 MBO7707210.1 KAF5967767.1 KAF5967767.1 WP_052991486.1 WP_052991486.1 ORB86003.1 ORB86003.1 WP_219866541.1 WP_219866541.1 MBA0681195.1 MBA0681195.1 CKF71070.1 CKF71070.1 CKF71070.1 HCN71343.1 WP_078732502.1 WP_078732502.1 WP_078732502.1 MCJ2110312.1 WP_079688138.1 WP_079688138.1 MCE2498961.1 MCE2498961.1 RUX64007.1 RUX64007.1 CRZ84703.1 CRZ84703.1 MBT3222043.1 MBT3222043.1 WP_273849839.1 WP_273849839.1 WP_025260862.1 WP_025260862.1 HCI3789247.1 HCI3789247.1 AMW35569.1 AMW35569.1 WP_067225239.1 WP_067225239.1 PTQ72351.1 PTQ72351.1 EFG1785427.1 EFG1785427.1 XP_025268496.1 XP_025268496.1 OGE84663.1 OGE84663.1 MBH2016034.1 MBH2016034.1 GEY28869.1 GEY28869.1 Q9GKS6.1 Q9GKS6.1 WP_247392216.1 WP_247392216.1 WP_218790267.1 WP_218790267.1 WP_258570851.1 WP_258570851.1 WP_025399520.1 WP_025399520.1 KAG1839801.1 KAG1839801.1 WP_151427539.1 WP_151427539.1 EEC9966669.1 EEC9966669.1 UOZ97514.1 UOZ97514.1 WP_006305873.1 WP_006305873.1 MBO7120934.1 MBO7120934.1 NVO14071.1 NVO14071.1 MBP8196496.1 MBP8196496.1 WP_281034490.1 WP_281034490.1 GMH74815.1 GMH74815.1 WP_243220715.1 WP_243220715.1 KAJ4794342.1 KAJ4794342.1 WP_062821347.1 WP_062821347.1 EBP8848134.1 EBP8848134.1 MBI5683150.1 MBI5683150.1 WP_262394687.1 WP_262394687.1 HCE7036204.1 HCE7036204.1 GJP50541.1 GJP50541.1 UAQ80067.1 UKN67998.1 UAQ80067.1 ULB83374.1 UAQ80067.1 UAQ80067.1 UAQ80067.1 UJJ97602.1 UAQ80067.1 UVB16817.1 UAQ80067.1 UJV88611.1 UAQ80067.1 UCP72061.1 UAQ80067.1 QRX02582.1 UAQ80067.1 WHE12941.1 UAQ80067.1 UFM02602.1 UAQ80067.1 UMA88644.1 UAQ80067.1 UIR12670.1 UAQ80067.1 QXR94354.1 UAQ80067.1 WAS49087.1 UAQ80067.1 UBP50947.1 UAQ80067.1 QZU16279.1 UAQ80067.1 UPA83906.1 UAQ80067.1 UEX07109.1 UAQ80067.1 UFA30503.1 UAQ80067.1 UBD95131.1 UAQ80067.1 QWC83326.1 UAQ80067.1 WEI27974.1 UAQ80067.1 UPP41269.1 UAQ80067.1 UEC52718.1 UAQ80067.1 UGB98301.1 UAQ80067.1 UXH94526.1 UAQ80067.1 UMF87224.1 UAQ80067.1 UYE49180.1 UAQ80067.1 UBR86455.1 UAQ80067.1 QTM79632.1 UAQ80067.1 WEU87158.1 UAQ80067.1 UVI10561.1 UAQ80067.1 UCP77012.1 UAQ80067.1 WGP70063.1 UAQ80067.1 UBL45068.1 UAQ80067.1 UZO53924.1 UAQ80067.1 WGP98278.1 UAQ80067.1 UKU68032.1 UAQ80067.1 QSZ25555.1 UAQ80067.1 UJS94137.1 UAQ80067.1 WGQ72821.1 UAQ80067.1 QTD03487.1 UAQ80067.1 QTZ27226.1 UAQ80067.1 UPB00876.1 UAQ80067.1 UGA79226.1 UAQ80067.1 UJT06733.1 UAQ80067.1 USR14792.1 UAQ80067.1 UEC68750.1 UAQ80067.1 UOU30556.1 UAQ80067.1 QVD87869.1 UAQ80067.1 UNI03201.1 UAQ80067.1 UXX67934.1 UAQ80067.1 UHM53165.1 UAQ80067.1 UFM00670.1 UAQ80067.1 ULA23837.2 UAQ80067.1 URQ55824.1 UAQ80067.1 URP80785.1 MBL02020.1 MBL02020.1 WP_278361924.1 WP_278361924.1 WP_061121232.1 WP_061121232.1 WP_237480153.1 WP_237480153.1 WP_058093348.1 WP_058093348.1 MAI76755.1 MAI76755.1 WP_235074910.1 WP_235074910.1 WP_183882442.1 WP_183882442.1 AMS43029.1 AMS43029.1 AMS43029.1 HCE70276.1 WP_274400640.1 WP_274400640.1 WP_283129754.1 WP_283129754.1 MCJ7574591.1 MCJ7574591.1 WP_216195748.1 WP_216195748.1 WP_180047249.1 WP_180047249.1 KAF5693711.1 KAF5693711.1 MCF0245553.1 MCF0245553.1 EFX7948152.1 EFX7948152.1 NCW17563.1 NCW17563.1 KGQ91714.1 KGQ91714.1 MBW1731384.1 MBW1731384.1 WP_090340093.1 WP_090340093.1 WP_095963788.1 WP_095963788.1 WP_051773451.1 WP_051773451.1 WDF47893.1 WDF47893.1 WP_079458535.1 WP_079458535.1 MCB0395607.1 MCB0395607.1 WP_105462017.1 WP_105462017.1 MCI0441261.1 MCI0441261.1 WP_268428026.1 WP_268428026.1 WP_257882322.1 WP_257882322.1 MCI2079698.1 MCI2079698.1 WP_203201698.1 WP_203201698.1 WP_089867971.1 WP_089867971.1 MBO8233644.1 MBO8233644.1 UVY40774.1 UVY40774.1 NLZ92879.1 NLZ92879.1 MBC8192126.1 MBC8192126.1 GDY00464.1 GDY00464.1 MBQ1564907.1 MBQ1564907.1 MBQ1564907.1 WP_250934260.1 WP_075653737.1 WP_075653737.1 TJW17418.1 TJW17418.1 NEK79366.1 NEK79366.1 MBI2506024.1 MBI2506024.1 PIU18101.1 PIU18101.1 CAH2014332.1 CAH2014332.1 NBX99292.1 NBX99292.1 WP_254566347.1 WP_254566347.1 WP_108024271.1 WP_108024271.1 XP_032206552.1 XP_032206552.1 EEY8067912.1 EEY8067912.1 RYP28707.1 RYP28707.1 CAG7600102.1 CAG7600102.1 KAF6036899.1 KAF6036899.1 WP_038233489.1 WP_038233489.1 WP_260810007.1 WP_260810007.1 XP_030976676.1 XP_030976676.1 KAI9082639.1 KAI9082639.1 MCC7230466.1 MCC7230466.1 WP_190890574.1 WP_190890574.1 KAG6242063.1 KAG6242063.1 MBM3933481.1 MBM3933481.1 WP_115313274.1 WP_115313274.1 WP_166199813.1 WP_166199813.1 WP_009803198.1 WP_009803198.1 WP_166389238.1 WP_166389238.1 WP_214921910.1 WP_214921910.1 BDT03353.1 BDT03353.1 KAG9273239.1 KAG9273239.1 KAH9897695.1 KAH9897695.1 RXM36450.1 RXM36450.1 WP_119380110.1 WP_119380110.1 KAI9362949.1 KAI9362949.1 XP_024427063.2 XP_024427063.2 MCS7281253.1 MCS7281253.1 WP_014036593.1 WP_014036593.1 WP_272150417.1 WP_272150417.1 WP_226863423.1 WP_226863423.1 KAI5358731.1 KAI5358731.1 WP_242320225.1 WP_242320225.1 MSZ54974.1 MSZ54974.1 NRB72577.1 NRB72577.1 KAJ1832792.1 KAJ1832792.1 WP_007162313.1 WP_007162313.1 OJD14960.1 OJD14960.1 XP_025094492.1 XP_025094492.1 HFC49641.1 HFC49641.1 WP_125257517.1 WP_125257517.1 KRL50971.1 KRL50971.1 WP_270429919.1 WP_270429919.1 KAJ1924652.1 KAJ1924652.1 XP_043876828.1 XP_043876828.1 WP_150396769.1 WP_150396769.1 WP_239393343.1 WP_239393343.1 MCH8996551.1 MCH8996551.1 XP_032956783.1 XP_032956783.1 WP_162060842.1 WP_162060842.1 MBF06337.1 MBF06337.1 MCC5885453.1 MCC5885453.1 KPK46604.1 KPK46604.1 WP_185928545.1 WP_185928545.1 KAI8118081.1 KAI8118081.1 MBI2691306.1 MBI2691306.1 MCE9521167.1 MCE9521167.1 WP_167196601.1 WP_167196601.1 WP_180298529.1 WP_180298529.1 WAY96880.1 WAY96880.1 NQW24640.1 NQW24640.1 WP_174261300.1 WP_174261300.1 WP_194481458.1 WP_194481458.1 MCD8020507.1 MCD8020507.1 MBF2027262.1 MBF2027262.1 EGN0346558.1 EGN0346558.1 MBB1654724.1 MBB1654724.1 CIY68995.1 CIY68995.1 VGM95377.1 VGM95377.1 WP_229710081.1 WP_229710081.1 ECK9821833.1 ECK9821833.1 KGO32348.1 KGO32348.1 BAF39771.1 BAF39771.1 WP_190772838.1 WP_190772838.1 WP_246966510.1 WP_246966510.1 WP_052125494.1 WP_052125494.1 NBR42698.1 NBR42698.1 XP_007007273.1 XP_007007273.1 NXP66683.1 NXP66683.1 AWI66342.1 AWI66342.1 RUA32032.1 RUA32032.1 EHY2137407.1 EHY2137407.1 UZO03952.1 UZO03952.1 MBX9718818.1 MBX9718818.1 MCU1411638.1 MCU1411638.1 MBW4439448.1 MBW4439448.1 KAI9530097.1 KAI9530097.1 NSW79198.1 NSW79198.1 WP_163042480.1 WP_163042480.1 NXY58604.1 NXY58604.1 MBS5721782.1 MBS5721782.1 KAG6055499.1 KAG6055499.1 XP_019459237.1 XP_019459237.1 NJE80740.1 NJE80740.1 WP_153870478.1 WP_153870478.1 MBP6015992.1 MBP6015992.1 WP_185218257.1 WP_185218257.1 MBZ0302078.1 MBZ0302078.1 MBE56502.1 MBE56502.1 MBY8116888.1 MBY8116888.1 WP_026974351.1 WP_026974351.1 HAB35737.1 HAB35737.1 WP_183491762.1 WP_183491762.1 CAF1218540.1 CAF1218540.1 HBO5091502.1 HBO5091502.1 WP_142480892.1 WP_142480892.1 UCF86936.1 UCF86936.1 KAI0494562.1 KAI0494562.1 MBR3040588.1 MBR3040588.1 WP_253057132.1 WP_253057132.1 DAT68911.1 DAT68911.1 MCJ7486393.1 MCJ7486393.1 WP_259173727.1 WP_259173727.1 XP_039550146.1 XP_039550146.1 WP_025917677.1 WP_025917677.1 WP_120012998.1 WP_120012998.1 XP_007378490.1 XP_007378490.1 HAZ7424284.1 HAZ7424284.1 WP_210832037.1 WP_210832037.1 WP_044318929.1 WP_044318929.1 EPY77985.1 EPY77985.1 MBQ6717580.1 MBQ6717580.1 MCI5582667.1 MCI5582667.1 KAH7819128.1 KAH7819128.1 WP_072176998.1 WP_072176998.1 MBN2408678.1 MBN2408678.1 WP_124583682.1 WP_124583682.1 XP_055364111.1 XP_055364111.1 KAH7671712.1 KAH7671712.1 MCC6251785.1 MCC6251785.1 WP_161548226.1 WP_161548226.1 PWA40393.1 PWA40393.1 WP_024957561.1 WP_024957561.1 XP_026202203.1 XP_026202203.1 XP_049917061.1 XP_049917061.1 WP_121975536.1 WP_121975536.1 WP_065763488.1 WP_065763488.1 VEA68798.1 VEA68798.1 XP_020704071.1 XP_020704071.1 PWU01878.1 PWU01878.1 KAI9244788.1 KAI9244788.1 WP_140465756.1 WP_140465756.1 MUT95740.1 MUT95740.1 WP_165185356.1 WP_165185356.1 WP_097942517.1 WP_097942517.1 WP_071558608.1 WP_071558608.1 WP_171312884.1 WP_171312884.1 WP_172272319.1 WP_172272319.1 WP_206698867.1 WP_206698867.1 XP_015918471.2 XP_015918471.2 NOT03931.1 NOT03931.1 WP_122081718.1 WP_122081718.1 XP_023664563.1 XP_023664563.1 MCI6056265.1 MCI6056265.1 XP_043867713.1 XP_043867713.1 MCI6733811.1 MCI6733811.1 MCI6733811.1 WP_139387589.1 WP_200441331.1 WP_200441331.1 OQD63521.1 OQD63521.1 XP_041032211.1 XP_041032211.1 WP_250323911.1 WP_250323911.1 XP_045908845.1 XP_045908845.1 WP_024330540.1 WP_024330540.1 OLB04871.1 OLB04871.1 MCB1103648.1 MCB1103648.1 WP_008056683.1 WP_008056683.1 UCF69744.1 UCF69744.1 WP_061554953.1 WP_061554953.1 KAF1884135.1 KAF1884135.1 WP_271489102.1 WP_271489102.1 EIC7331684.1 EIC7331684.1 YP_009703532.1 YP_009703532.1 OYR82937.1 OYR82937.1 MCB1431703.1 MCB1431703.1 PHJ25428.1 PHJ25428.1 MCL2354882.1 MCL2354882.1 WP_009197348.1 WP_009197348.1 KAH8830836.1 KAH8830836.1 UWQ95440.1 UWQ95440.1 WP_059534878.1 WP_059534878.1 WP_059534878.1 HBO82804.1 MCB9490987.1 MCB9490987.1 ECG5348412.1 ECG5348412.1 MBP8039875.1 MBP8039875.1 NOY27702.1 NOY27702.1 OGM15869.1 OGM15869.1 AAA50346.1 AAA50346.1 WP_212799263.1 WP_212799263.1 AKF94945.1 AKF94945.1 MCS7249985.1 MCS7249985.1 WP_154377822.1 WP_154377822.1 KAA0177341.1 KAA0177341.1 MCQ4833490.1 MCQ4833490.1 MBF0221393.1 MBF0221393.1 CUQ74728.1 CUQ74728.1 TYJ28824.1 TYJ28824.1 MCP4196081.1 MCP4196081.1 MBD5426059.1 MBD5426059.1 WP_094880233.1 WP_094880233.1 KAJ1466945.1 KAJ1466945.1 RHP78675.1 RHP78675.1 WP_084523054.1 WP_084523054.1 XP_051312901.1 XP_051312901.1 MCC0650618.1 MCC0650618.1 WP_070931219.1 WP_070931219.1 MBE6457252.1 MBE6457252.1 EDD2777448.1 EDD2777448.1 WP_228705204.1 WP_228705204.1 TVQ27286.1 TVQ27286.1 CAF1538990.1 CAF1538990.1 MBJ9940918.1 MBJ9940918.1 MBL1405656.1 MBL1405656.1 WP_002896703.1 WP_002896703.1 RKH80454.1 RKH80454.1 RWC01310.1 RWC01310.1 CCZ55979.1 CCZ55979.1 KZC14685.1 KZC14685.1 WP_096201219.1 WP_096201219.1 WP_206023254.1 WP_206023254.1 KAJ3986273.1 KAJ3986273.1 WP_230766143.1 WP_230766143.1 WP_282423266.1 WP_282423266.1 MBN4303450.1 MBN4303450.1 WP_193956008.1 WP_193956008.1 HCB14820.1 HCB14820.1 XP_040382927.1 XP_040382927.1 NIR36035.1 NIR36035.1 MBP8741618.1 MBP8741618.1 MBP8741618.1 WP_025983621.1 WP_094107226.1 WP_094107226.1 BDP97621.1 BDP97621.1 WP_142260807.1 WP_142260807.1 MBN1157556.1 MBN1157556.1 NCR29367.1 NCR29367.1 MCE2505556.1 MCE2505556.1 WP_039102441.1 WP_039102441.1 WP_118445081.1 WP_118445081.1 WP_124983255.1 WP_124983255.1 MBQ2432233.1 MBQ2432233.1 WP_205009067.1 WP_205009067.1 WP_111627730.1 WP_111627730.1 MBS0463004.1 MBS0463004.1 MOW13079.1 MOW13079.1 WP_097698856.1 WP_097698856.1 WP_254638680.1 WP_254638680.1 XP_028327800.1 XP_028327800.1 GES47013.1 GES47013.1 MBI5098096.1 MBI5098096.1 RNF14763.1 RNF14763.1 KAF3493633.1 KAF3493633.1 WP_174567215.1 WP_174567215.1 KAI5402274.1 KAI5402274.1 WP_189129312.1 WP_189129312.1 MBK6342078.1 MBK6342078.1 WP_267292626.1 WP_267292626.1 DAW46080.1 DAW46080.1 WP_138941726.1 WP_138941726.1 WP_113767226.1 WP_113767226.1 KAF4728781.1 KAF4728781.1 WP_060551745.1 WP_060551745.1 WP_267918242.1 WP_267918242.1 SCL72461.1 SCL72461.1 WP_226276978.1 WP_226276978.1 WP_247893884.1 WP_247893884.1 XP_041854783.1 XP_041854783.1 RHX96716.1 RHX96716.1 WP_127737066.1 WP_127737066.1 MBN2689333.1 MBN2689333.1 WP_162119468.1 WP_162119468.1 WP_150171631.1 WP_150171631.1 WP_002615101.1 WP_002615101.1 WP_278982769.1 WP_278982769.1 KAH9272690.1 KAH9272690.1 WP_208947654.1 WP_208947654.1 KAF2590612.1 KAF2590612.1 WP_014785013.1 WP_014785013.1 EBF5808819.1 EBF5808819.1 WP_254400636.1 WP_254400636.1 MBR3156871.1 MBR3156871.1 XP_021741676.1 XP_021741676.1 WP_001329193.1 WP_001329193.1 MBO6057326.1 MBO6057326.1 MBW1848151.1 MBW1848151.1 KAG5815829.1 KAG5815829.1 WP_135279859.1 WP_135279859.1 MCJ1311962.1 MCJ1311962.1 WP_092424818.1 WP_092424818.1 XP_047289230.1 XP_047289230.1 WP_257691625.1 WP_257691625.1 KGI55490.1 KGI55490.1 WP_138438236.1 WP_138438236.1 KPK79043.1 KPK79043.1 OIT02720.1 OIT02720.1 WP_224365716.1 WP_224365716.1 MBK6724754.1 MBK6724754.1 NXB44255.1 NXB44255.1 WP_226232337.1 WP_226232337.1 EEE4210954.1 EEE4210954.1 EEE4210954.1 WP_001495833.1 RLE02911.1 RLE02911.1 WP_171334399.1 WP_171334399.1 WP_064779756.1 WP_064779756.1 WP_033603452.1 WP_033603452.1 EEC9022132.1 EEC9022132.1 XP_047408935.1 XP_047408935.1 WP_179136748.1 WP_179136748.1 WP_195269918.1 WP_195269918.1 KAG0881289.1 KAG0881289.1 MBN1756127.1 MBN1756127.1 WP_150731550.1 WP_150731550.1 KAF6802222.1 KAF6802222.1 WP_255517101.1 WP_255517101.1 MCK5244187.1 MCK5244187.1 WP_197710405.1 WP_197710405.1 WP_100540054.1 WP_100540054.1 TXT57728.1 TXT57728.1 MBT5378964.1 MBT5378964.1 MBU1113346.1 MBU1113346.1 WP_194499183.1 WP_194499183.1 WP_093868643.1 WP_093868643.1 KAI0308946.1 KAI0308946.1 WP_073388870.1 WP_073388870.1 WP_027388460.1 WP_027388460.1 NCW99628.1 NCW99628.1 WP_210726445.1 WP_210726445.1 WP_015699100.1 WP_015699100.1 MBY9080345.1 MBY9080345.1 WP_093295436.1 WP_093295436.1 XP_008215352.1 XP_008215352.1 MBO8197404.1 MBO8197404.1 UCC96225.1 UCC96225.1 MBV8508112.1 MBV8508112.1 THH04310.1 THH04310.1 MBL7795363.1 MBL7795363.1 EDT7412775.1 EDT7412775.1 MBU6492563.1 MBU6492563.1 MBR3700964.1 MBR3700964.1 WP_064613675.1 WP_064613675.1 XP_031540112.1 XP_031540112.1 NOT95054.1 NOT95054.1 WP_164724930.1 WP_164724930.1 WP_263833039.1 WP_263833039.1 MCO6480516.1 MCO6480516.1 MBD5558909.1 MBD5558909.1 NLW39422.1 NLW39422.1 WP_257633067.1 WP_257633067.1 MCU0422147.1 MCU0422147.1 XP_042343617.1 XP_042343617.1 WP_176958177.1 WP_176958177.1 WP_176958177.1 AIA18772.1 KAJ2277403.1 KAJ2277403.1 OJV98239.1 OJV98239.1 MBS1410118.1 MBS1410118.1 HBC3664605.1 HBC3664605.1 KAG5959692.1 KAG5959692.1 WP_138471989.1 WP_138471989.1 MBL7722360.1 MBL7722360.1 KAF4995643.1 KAF4995643.1 KAJ5614194.1 KAJ5614194.1 WP_251116163.1 WP_251116163.1 MBS1909834.1 MBS1909834.1 KAI4951926.1 KAI4951926.1 MBS0323691.1 MBS0323691.1 EDS6425957.1 EDS6425957.1 WP_205996060.1 WP_205996060.1 MBW7898988.1 MBW7898988.1 WP_111206393.1 WP_111206393.1 MSW04208.1 MSW04208.1 WP_057651690.1 WP_057651690.1 WP_032918432.1 WP_032918432.1 MOR90002.1 MOR90002.1 WP_096527630.1 WP_096527630.1 XP_014362268.2 XP_014362268.2 GFY15021.1 GFY15021.1 MBV9888347.1 MBV9888347.1 MBE9467362.1 MBE9467362.1 WP_037310167.1 WP_037310167.1 WP_244292824.1 WP_244292824.1 MBI5162857.1 MBI5162857.1 WP_236345246.1 WP_236345246.1 WP_212226535.1 WP_212226535.1 MAJ92374.1 MAJ92374.1 WP_257504872.1 WP_257504872.1 MBK7087525.1 MBK7087525.1 EFT8991253.1 EFT8991253.1 MBY0434949.1 MBY0434949.1 MBB2902420.1 MBB2902420.1 KAG8379083.1 KAG8379083.1 HBV8273101.1 HBV8273101.1 KAI5005557.1 KAI5005557.1 MBT7135637.1 MBT7135637.1 WP_011490055.1 WP_011490055.1 XP_021299958.1 XP_021299958.1 XP_033668161.1 XP_033668161.1 WP_059510827.1 WP_059510827.1 WP_056611679.1 WP_056611679.1 HAT6344274.1 HAT6344274.1 EHU4169843.1 EHU4169843.1 XP_024696459.1 XP_024696459.1 CDZ73727.1 CDZ73727.1 KAG9509822.1 KAG9509822.1 TWK83191.1 TWK83191.1 WP_176700057.1 WP_176700057.1 WP_141400768.1 WP_141400768.1 MBS07362.1 MBS07362.1 WP_027780629.1 WP_027780629.1 WP_097514015.1 WP_097514015.1 WP_208099194.1 WP_208099194.1 XP_025777939.1 XP_025777939.1 MBL6625757.1 MBL6625757.1 KAH7548383.1 KAH7548383.1 WP_271250528.1 WP_271250528.1 WP_197888162.1 WP_197888162.1 XP_033991852.1 XP_033991852.1 HAF54287.1 HAF54287.1 WP_167613923.1 WP_167613923.1 MPZ45416.1 MPZ45416.1 WP_067019348.1 WP_067019348.1 MBO5601840.1 MBO5601840.1 MBU6248241.1 MBU6248241.1 WP_165682932.1 WP_165682932.1 WP_143020066.1 WP_143020066.1 WP_238972864.1 WP_238972864.1 WP_260325674.1 WP_260325674.1 MCC7417019.1 MCC7417019.1 MCI8430709.1 MCI8430709.1 XP_030622007.1 XP_030622007.1 WP_053695461.1 WP_053695461.1 XP_029196159.1 XP_029196159.1 WP_049009918.1 WP_019100427.1 WP_049009918.1 WP_049009918.1 OTA99890.1 OTA99890.1 KPP66050.1 KPP66050.1 QDF59120.1 QDF59120.1 MPC98265.1 MPC98265.1 BBC91732.1 BBC91732.1 XP_040685867.1 XP_040685867.1 EDQ0183574.1 EDQ0183574.1 WP_072476944.1 WP_072476944.1 MBR3327931.1 MBR3327931.1 ACU61622.1 ACU61622.1 EFM1979785.1 EFM1979785.1 WP_029005116.1 WP_029005116.1 HCF98070.1 HCF98070.1 WP_280541983.1 WP_213827928.1 WP_280541983.1 WP_280541983.1 KEH41285.1 KEH41285.1 ORV68006.1 ORV68006.1 HCA7191507.1 HCA7191507.1 WP_111083956.1 WP_111083956.1 XP_044551221.1 XP_044551221.1 MCK9592859.1 MCK9592859.1 WP_076194242.1 WP_076194242.1 MBI2147080.1 MBI2147080.1 WP_068964936.1 WP_068964936.1 WP_259619769.1 WP_259619769.1 KAF4306879.1 KAF4306879.1 WP_017171503.1 WP_017171503.1 WP_022389025.1 WP_022389025.1 WP_010462366.1 WP_010462366.1 KXN72221.1 KXN72221.1 TFE29608.1 TFE29608.1 KAJ4310611.1 KAJ4310611.1 MBT3309449.1 MBT3309449.1 WP_128950282.1 WP_128950282.1 WP_187335130.1 WP_187335130.1 WP_014217999.1 WP_014217999.1 WP_173302040.1 WP_173302040.1 KAJ8911168.1 KAJ8911168.1 EGC1082389.1 EGC1082389.1 GBE22655.1 GBE22655.1 WP_233227509.1 WP_233227509.1 XP_006114890.1 XP_006114890.1 CAI9595211.1 CAI9595211.1 WP_108109984.1 WP_108109984.1 MBX2936516.1 MBX2936516.1 WP_218623326.1 WP_218623326.1 XP_050255036.1 XP_050255036.1 WP_278264086.1 WP_278264086.1 WP_243977667.1 WP_243977667.1 KAF4611166.1 KAF4611166.1 WP_215493005.1 WP_215493005.1 MBK8070034.1 MBK8070034.1 MBK8070034.1 MAG44064.1 KCN41050.1 KCN41050.1 MCP5750602.1 MCP5750602.1 MBP7130798.1 MBP7130798.1 XP_033679940.1 XP_033679940.1 WP_283922158.1 WP_283922158.1 WP_133251971.1 WP_133251971.1 WP_267714175.1 WP_267714175.1 WP_135306871.1 WP_135306871.1 MBE5737882.1 MBE5737882.1 MSL30063.1 MSL30063.1 WP_046302954.1 WP_046302954.1 WP_050926421.1 WP_050926421.1 GAO25539.1 GAO25539.1 WP_165894367.1 WP_165894367.1 WP_018858575.1 WP_018858575.1 HBB7853833.1 HBB7853833.1 QGT50941.1 QGT50941.1 KAJ5748900.1 KAJ5748900.1 WP_073432751.1 WP_073432751.1 KAG5702777.1 KAG5702777.1 WP_036488090.1 WP_036488090.1 OAA61066.1 OAA61066.1 MCI0877007.1 MCI0877007.1 GLI99474.1 GLI99474.1 MCB1065733.1 MCB1065733.1 MCB1065733.1 MBI4966856.1 XP_056041627.1 XP_056041627.1 WP_225902036.1 WP_225902036.1 KXH55701.1 KXH55701.1 WP_258930666.1 WP_258930666.1 WP_037548932.1 WP_037548932.1 MBM3160744.1 MBM3160744.1 VAI84247.1 VAI84247.1 AAX29823.1 AAX29823.1 OZV86646.1 OZV86646.1 WP_007708736.1 WP_007708736.1 MBT7163208.1 MBT7163208.1 WP_210734217.1 WP_210734217.1 WP_211296720.1 WP_211296720.1 MBO0787136.1 MBO0787136.1 MOK24130.1 MOK24130.1 WP_070509780.1 WP_070509780.1 XP_027172582.1 XP_027172582.1 AQY75504.1 AQY75504.1 MCL4333886.1 MCL4333886.1 KAF9419545.1 KAF9419545.1 WP_019296707.1 WP_019296707.1 EAZ5330394.1 EAZ5330394.1 WP_251450535.1 WP_251450535.1 WP_245456681.1 WP_245456681.1 WP_063503202.1 WP_063503202.1 WP_214279799.1 WP_214279799.1 MBT4680312.1 MBT4680312.1 WP_222465269.1 WP_222465269.1 WP_157580311.1 WP_157580311.1 WP_265399898.1 WP_265399898.1 WP_258941688.1 WP_258941688.1 OAH97901.1 OAH97901.1 MCH8821589.1 MCH8821589.1 XP_038144206.1 XP_038144206.1 WP_236905832.1 WP_236905832.1 WP_124213670.1 WP_124213670.1 WP_000391618.1 WP_000391618.1 XP_048688918.1 XP_048688918.1 XP_018381815.1 XP_018381815.1 HAJ6883934.1 HAJ6883934.1 WP_259823591.1 WP_259823591.1 EBL5661155.1 EBL5661155.1 WP_268394364.1 WP_268394364.1 WP_107106807.1 WP_107106807.1 WP_250824310.1 WP_250824310.1 WP_067144449.1 WP_067144449.1 MBD5174823.1 MBD5174823.1 NEP75465.1 NEP75465.1 WP_247326555.1 WP_247326555.1 AAM31096.1 AAM31096.1 MCH2098905.1 MCH2098905.1 WP_143387569.1 WP_143387569.1 MCU1579718.1 MCU1579718.1 MBE8222136.1 MBE8222136.1 RYD06084.1 RYD06084.1 XP_039387169.1 XP_039387169.1 WP_092015539.1 WP_092015539.1 WP_236777269.1 WP_236777269.1 NLX21103.1 NLX21103.1 WP_281498184.1 WP_281498184.1 WP_099711363.1 WP_099711363.1 WP_127202722.1 WP_127202722.1 XP_027728774.1 XP_027728774.1 MBL9135845.1 MBL9135845.1 XP_049133140.1 XP_049133140.1 MBP5665134.1 MBP5665134.1 QRN83137.1 QRN83137.1 CAE6472910.1 CAE6472910.1 MBX6384685.1 MBX6384685.1 AZV79909.1 AZV79909.1 MCK5187010.1 MCK5187010.1 WP_142037733.1 WP_142037733.1 KAJ7821411.1 KAJ7821411.1 KAH7980918.1 KAH7980918.1 BBQ86561.1 BBQ86561.1 XP_006689993.1 XP_006689993.1 WP_009475234.1 WP_009475234.1 MCK5175373.1 MCK5175373.1 WP_039095635.1 WP_039095635.1 MCM0593547.1 MCM0593547.1 RWZ64791.1 RWZ64791.1 MBX7220138.1 MBX7220138.1 KAG2053605.1 KAG2053605.1 NXV13419.1 NXV13419.1 WP_114094371.1 WP_114094371.1 EDF0432725.1 EDF0432725.1 MCA1589644.1 MCA1589644.1 KAI9774712.1 KAI9774712.1 TAM11363.1 TAM11363.1 WP_281462881.1 WP_281462881.1 KAJ5168969.1 KAJ5168969.1 NNM97518.1 NNM97518.1 KJS37244.1 KJS37244.1 WP_099529629.1 WP_099529629.1 RZJ01256.1 RZJ01256.1 HHH37178.1 HHH37178.1 XP_025046235.1 XP_025046235.1 WP_274885772.1 WP_274885772.1 WP_252384350.1 WP_252384350.1 CQR41738.1 CQR41738.1 MBC7879491.1 MBC7879491.1 MBS3963684.1 MBS3963684.1 HET19539.1 HET19539.1 EGM3572601.1 EGM3572601.1 MBI4678329.1 MBI4678329.1 RME29710.1 RME29710.1 MBT3228703.1 MBT3228703.1 WP_086136661.1 WP_086136661.1 GJE89625.1 GJE89625.1 WP_267911890.1 WP_267911890.1 WP_164636240.1 WP_164636240.1 WP_055406376.1 WP_055406376.1 MBP6544771.1 MBP6544771.1 GCB60913.1 GCB60913.1 MCB9680378.1 MCB9680378.1 KAI3679517.1 KAI3679517.1 MBU0598391.1 MBU0598391.1 WP_118925030.1 WP_118925030.1 MSP81668.1 MSP81668.1 SFB29161.1 SFB29161.1 WP_204638884.1 WP_204638884.1 WP_226741138.1 WP_226741138.1 ACU52521.1 ACU52521.1 EAF4311303.1 EAF4311303.1 PIR98590.1 PIR98590.1 RLV89158.1 RLV89158.1 RMG03831.1 RMG03831.1 MBA2496669.1 MBA2496669.1 WP_127979673.1 WP_127979673.1 WP_101025682.1 WP_101025682.1 MBL68646.1 MBL68646.1 WP_027600082.1 WP_027600082.1 WP_183298005.1 WP_183298005.1 NLL64488.1 NLL64488.1 XP_021682448.1 XP_021682448.1 WP_158303127.1 WP_158303127.1 MBI1797961.1 MBI1797961.1 WP_259568097.1 WP_259568097.1 HCD4651973.1 HCD4651973.1 WP_109124355.1 WP_109124355.1 MCK9579519.1 MCK9579519.1 WP_252122124.1 WP_252122124.1 WP_031912375.1 WP_031912375.1 WP_102687017.1 WP_102687017.1 OWA15278.1 OWA15278.1 KAG7153436.1 KAG7153436.1 EAI4228870.1 EAI4228870.1 VDP10889.1 VDP10889.1 WP_188340499.1 WP_188340499.1 MCL0086045.1 MCL0086045.1 WP_192500494.1 WP_192500494.1 WP_142114448.1 WP_142114448.1 MBI1884116.1 MBI1884116.1 KAJ0250772.1 KAJ0250772.1 HBN08959.1 HBN08959.1 QEC74319.1 QEC74319.1 KAJ7903702.1 KAJ7903702.1 RXN11474.1 RXN11474.1 MCJ7468405.1 MCJ7468405.1 ECI0838809.1 ECI0838809.1 EJA1208030.1 EJA1208030.1 KAJ7494177.1 KAJ7494177.1 MCH2663613.1 MCH2663613.1 WP_157476287.1 WP_157476287.1 WP_149911652.1 WP_149911652.1 HBF6683624.1 HBF6683624.1 WP_175740884.1 WP_175740884.1 MCP1831263.1 MCP1831263.1 WP_012785155.1 WP_012785155.1 RYD69609.1 RYD69609.1 MBF3543544.1 MBF3543544.1 NXN86496.1 NXN86496.1 WP_107194058.1 WP_107194058.1 EFO2269166.1 EFO2269166.1 WP_271569604.1 WP_271569604.1 KAG9297605.1 KAG9297605.1 KAG9291817.1 KAG9291817.1 WP_103478303.1 WP_103478303.1 WP_159081190.1 WP_159081190.1 PHU26875.1 PHU26875.1 PMD26514.1 PMD26514.1 WP_106281081.1 WP_106281081.1 MBP5531704.1 MBP5531704.1 WP_203325777.1 WP_203325777.1 WP_261402515.1 WP_261402515.1 HHO42668.1 HHO42668.1 WP_049480885.1 WP_049480885.1 KAI5618353.1 KAI5618353.1 WP_117292786.1 WP_117292786.1 WP_127595852.1 WP_127595852.1 XP_043406427.1 XP_043406427.1 NNL66378.1 NNL66378.1 GBM10107.1 GBM10107.1 MBF8294570.1 MBF8294570.1 WP_120358183.1 WP_120358183.1 KAJ8673388.1 KAJ8673388.1 NWY89495.1 NWY89495.1 RLI44152.1 RLI44152.1 WP_251057605.1 WP_251057605.1 HHD92264.1 HHD92264.1 ETK88527.1 ETK88527.1 XP_033323208.1 XP_033323208.1 HEY66416.1 HEY66416.1 MCB2073222.1 MCB2073222.1 HCL9643688.1 HCL9643688.1 KAI9631590.1 KAI9631590.1 WP_203891666.1 WP_203891666.1 PMH44474.1 PMH44474.1 WP_280892754.1 WP_280892754.1 WP_209898688.1 WP_209898688.1 NOQ32749.1 NOQ32749.1 WP_260444899.1 WP_260444899.1 WP_157435775.1 WP_157435775.1 WP_254398103.1 WP_254398103.1 GBF98204.1 GBF98204.1 MBS4056461.1 MBS4056461.1 WP_176533080.1 WP_176533080.1 XP_026180907.1 XP_026180907.1 WP_074781633.1 WP_074781633.1 WP_117338721.1 WP_117338721.1 MBT4014425.1 MBT4014425.1 NUR77767.1 NUR77767.1 KAI0987017.1 KAI0987017.1 MBI1874593.1 MBI1874593.1 EBF8124084.1 EBF8124084.1 WP_097794281.1 WP_097794281.1 WP_130237435.1 WP_130237435.1 NEP09993.1 NEP09993.1 WP_254833504.1 WP_254833504.1 HBO7852577.1 HBO7852577.1 MAQ88009.1 MAQ88009.1 WP_256546297.1 WP_256546297.1 WP_108335718.1 WP_108335718.1 MBH8634352.1 MBH8634352.1 ECI4825602.1 ECI4825602.1 WP_070060651.1 WP_070060651.1 NDH20019.1 NDH20019.1 WP_224774708.1 WP_224774708.1 WP_236373897.1 WP_236373897.1 WP_011739125.1 WP_011739125.1 XP_044902674.1 XP_044902674.1 HBE7681505.1 HBE7681505.1 HBE7681505.1 ECB3811761.1 KAI5383356.1 KAI5383356.1 MBU0720484.1 MBU0720484.1 QEG42388.1 QEG42388.1 HCD3539350.1 HCD3539350.1 EET4886479.1 EET4886479.1 EET4886479.1 EFH7886278.1 WP_120463061.1 WP_120463061.1 HCS32205.1 HCS32205.1 ODM89149.1 ODM89149.1 ETI39029.1 ETI39029.1 WP_235292752.1 WP_235292752.1 WP_133499669.1 WP_133499669.1 WP_232839144.1 WP_232839144.1 KAF7255154.1 KAF7255154.1 MBP8049567.1 MBP8049567.1 WP_224314556.1 WP_224314556.1 WP_240904022.1 WP_240904022.1 WP_139489874.1 WP_139489874.1 WP_246442701.1 WP_246442701.1 WP_254033437.1 WP_254033437.1 OHA02323.1 OHA02323.1 WP_121252511.1 WP_121252511.1 WP_242254186.1 WP_242254186.1 OFX32653.1 OFX32653.1 KAI9191373.1 KAI9191373.1 MBP9713953.1 MBP9713953.1 WP_098502057.1 WP_098502057.1 WP_243269836.1 WP_243269836.1 MCK5068303.1 MCK5068303.1 WP_135110180.1 WP_135110180.1 WP_215638040.1 WP_215638040.1 OFZ34164.1 OFZ34164.1 HAQ04103.1 HAQ04103.1 HIG02706.1 HIG02706.1 HBS5629917.1 HBS5629917.1 MBO9310472.1 MBO9310472.1 MBO4463486.1 MBO4463486.1 WP_230210113.1 WP_230210113.1 EEV0504409.1 EEV0504409.1 NCV89943.1 NCV89943.1 GFS02759.1 GFS02759.1 XP_025814622.1 XP_025814622.1 OFZ82064.1 OFZ82064.1 WP_096765790.1 WP_096765790.1 MCL2206583.1 MCL2206583.1 MCI8806686.1 MCI8806686.1 MBI4773680.1 MBI4773680.1 MCK4320383.1 MCK4320383.1 WP_052016305.1 WP_052016305.1 QDT53250.1 QDT53250.1 MCG7858617.1 MCG7858617.1 TNF43597.1 TNF43597.1 MBO7597869.1 MBO7597869.1 WP_218401824.1 WP_218401824.1 WP_228618531.1 WP_228618531.1 MCK6520984.1 MCK6520984.1 WP_232018041.1 WP_232018041.1 WP_089092961.1 WP_089092961.1 MCI6324393.1 MCI6324393.1 MBR4563510.1 MBR4563510.1 XP_029371967.1 XP_029371967.1 ACA34490.1 ACA34490.1 KAG3000577.1 KAG3000577.1 MBI0841908.1 MBI0841908.1 MCL5061987.1 MCL5061987.1 EHR6291555.1 EHR6291555.1 WP_023685930.1 WP_023685930.1 WP_261952390.1 WP_261952390.1 WP_135059887.1 WP_135059887.1 XP_008902753.1 XP_008902753.1 WP_118283063.1 WP_118283063.1 WP_007635864.1 WP_007635864.1 WP_223101678.1 WP_223101678.1 WP_140372075.1 WP_140372075.1 SDP58856.1 SDP58856.1 AAO64374.1 AAO64374.1 KAI2867803.1 KAI2867803.1 NNE58254.1 NNE58254.1 WP_092396407.1 WP_092396407.1 CAF4033986.1 CAF4033986.1 KAH7290269.1 KAH7290269.1 PZN79281.1 PZN79281.1 CAD8042782.1 CAD8042782.1 WP_083051706.1 WP_083051706.1 WP_242531680.1 WP_242531680.1 XP_028635853.1 XP_028635853.1 XP_028635853.1 WP_063302373.1 MCB5199682.1 MCB5199682.1 MBI4905271.1 MBI4905271.1 WP_181797223.1 WP_181797223.1 WP_109219819.1 WP_109219819.1 WP_109219819.1 WP_076409454.1 WP_101606078.1 WP_101606078.1 MBD5153813.1 MBD5153813.1 MBR2770999.1 MBR2770999.1 WP_240406805.1 WP_240406805.1 XP_036266973.1 XP_036266973.1 WP_104333814.1 WP_104333814.1 WP_087759142.1 WP_087759142.1 WP_087759142.1 WP_265102281.1 GLH03554.1 GLH03554.1 MBW6524271.1 MBW6524271.1 MBK8955603.1 MBK8955603.1 ERO62343.1 ERO62343.1 KNZ61865.1 KNZ61865.1 KKT69527.1 KKT69527.1 XP_045788843.1 XP_045788843.1 CEP11827.1 CEP11827.1 MCS7015141.1 MCS7015141.1 WP_276507912.1 WP_276507912.1 WP_240732162.1 WP_240732162.1 XP_027061846.1 XP_027061846.1 MBV8380961.1 MBV8380961.1 WP_136095406.1 WP_136095406.1 WP_136095406.1 MCH2804017.1 WP_210212399.1 WP_210212399.1 EIK8394933.1 EIK8394933.1 WP_137255610.1 WP_137255610.1 WP_222256467.1 WP_222256467.1 WP_029080824.1 WP_029080824.1 WP_174951329.1 WP_174951329.1 MBO0691049.1 MBO0691049.1 MCU0423654.1 MCU0423654.1 WP_239588825.1 WP_239588825.1 WP_120575284.1 WP_120575284.1 WP_200162023.1 WP_200162023.1 WP_216576398.1 WP_216576398.1 PKI91935.1 PKI91935.1 SMS09381.1 SMS09381.1 WP_146207192.1 WP_146207192.1 WP_132336079.1 WP_132336079.1 XP_022816306.1 XP_022816306.1 WP_247429569.1 WP_247429569.1 SFW06215.1 SFW06215.1 WP_211254406.1 WP_211254406.1 EJU2993617.1 EJU2993617.1 UXE63572.1 UXE63572.1 WP_196954680.1 WP_196954680.1 RYP53376.1 RYP53376.1 WP_153811865.1 WP_153811865.1 WP_236689647.1 WP_236689647.1 MSQ41299.1 MSQ41299.1 WP_124548640.1 WP_124548640.1 WP_274773199.1 WP_274773199.1 WP_200156222.1 WP_200156222.1 KJF42781.1 KJF42781.1 WP_149069943.1 WP_149069943.1 EHW5693237.1 EHW5693237.1 KAJ5060329.1 KAJ5060329.1 WP_013133580.1 WP_013133580.1 WP_261132050.1 WP_261132050.1 MBQ4139225.1 MBQ4139225.1 KAJ6827980.1 KAJ6827980.1 MBQ2444858.1 MBQ2444858.1 MBO4463451.1 MBO4463451.1 MCB0447740.1 MCB0447740.1 XP_016452348.1 XP_016452348.1 WP_063417119.1 WP_063417119.1 KAF1483258.1 KAF1483258.1 ROW03190.1 ROW03190.1 WP_241566677.1 WP_241566677.1 WP_233178716.1 WP_233178716.1 WP_215152714.1 WP_215152714.1 MBO5433620.1 MBO5433620.1 XP_040967143.1 XP_040967143.1 WP_278781114.1 WP_278781114.1 XP_014204645.1 XP_014204645.1 WP_275765493.1 WP_275765493.1 WP_136332629.1 WP_136332629.1 OFI40104.1 OFI40104.1 HBA9856909.1 HBA9856909.1 WP_012147640.1 WP_012147640.1 WP_045121741.1 WP_045121741.1 CZT45482.1 CZT45482.1 MCD6247767.1 MCD6247767.1 MBL0720829.1 MBL0720829.1 WP_281562017.1 WP_281562017.1 MBF1128433.1 MBF1128433.1 WP_045308192.1 EHD1229023.1 WP_045308192.1 WP_045308192.1 AAZ67085.1 AAZ67085.1 WP_154454910.1 WP_154454910.1 WP_274915895.1 WP_274915895.1 OHX54041.1 OHX54041.1 XP_022216402.2 XP_022216402.2 WP_165724099.1 WP_165724099.1 MBN8606766.1 MBN8606766.1 KAJ7773233.1 KAJ7773233.1 MCQ2156413.1 MCQ2156413.1 WP_089246429.1 WP_089246429.1 VDO63589.1 VDO63589.1 WP_098642363.1 WP_098642363.1 WP_070709792.1 WP_070709792.1 MCI0750124.1 MCI0750124.1 MBR6483218.1 MBR6483218.1 MCA8947870.1 MCA8947870.1 WP_244356123.1 WP_244356123.1 HBJ0687394.1 HBJ0687394.1 MBQ2719788.1 MBQ2719788.1 GFD16573.1 GFD16573.1 MBS4051699.1 MBS4051699.1 MBT4867863.1 MBT4867863.1 WP_211354231.1 WP_211354231.1 NMO74192.1 NMO74192.1 TEA36026.1 TEA36026.1 TEA36026.1 KAI8569196.1 WP_205173112.1 WP_205173112.1 CEL11538.1 CEL11538.1 XP_018282977.1 XP_018282977.1 KJS39335.1 KJS39335.1 WP_276369440.1 WP_276369440.1 GGN43478.1 GGN43478.1 WP_049599782.1 WP_049599782.1 MBE6348968.1 MBE6348968.1 WP_004699236.1 WP_004699236.1 NOT18216.1 NOT18216.1 NOT18216.1 ECN6431251.1 VEL25898.1 VEL25898.1 MBI5809191.1 MBI5809191.1 WP_064441345.1 WP_064441345.1 WP_163968309.1 WP_163968309.1 CVV42982.1 CVV42982.1 CVV42982.1 CEY44168.1 WP_142725797.1 WP_142725797.1 WP_189821229.1 WP_189821229.1 NWY11222.1 NWY11222.1 WP_169605852.1 WP_169605852.1 WP_100081012.1 WP_100081012.1 WP_014407515.1 WP_014407515.1 MBE6713534.1 MBE6713534.1 MCP4293344.1 MCP4293344.1 WP_251586805.1 WP_251586805.1 WP_154557671.1 WP_154557671.1 NXK93169.1 NXK93169.1 WP_120653510.1 WP_120653510.1 WP_083053697.1 WP_083053697.1 WP_262890005.1 WP_262890005.1 WP_129053209.1 WP_129053209.1 MCB0080507.1 MCB0080507.1 CAG8634459.1 CAG8634459.1 WP_244349102.1 WP_244349102.1 WP_137652803.1 WP_137652803.1 MBD8931956.1 MBD8931956.1 WP_237973393.1 WP_237973393.1 WP_061356765.1 WP_061356765.1 WP_073201850.1 WP_073201850.1 MBF1224416.1 MBF1224416.1 WP_165438496.1 WP_165438496.1 MBC8203931.1 MBC8203931.1 WP_227085212.1 WP_227085212.1 WP_034327214.1 WP_034327214.1 MAC18593.1 MAC18593.1 NOY92382.1 NOY92382.1 MBW2071526.1 MBW2071526.1 MBP8762091.1 MBP8762091.1 GEV03352.1 GEV03352.1 WP_183483256.1 WP_183483256.1 WP_196074572.1 WP_196074572.1 WP_107033910.1 WP_107033910.1 MBR5482150.1 MBR5482150.1 HAP8698574.1 HAP8698574.1 WP_041723747.1 WP_041723747.1 ECY0969635.1 ECY0969635.1 HBX8004802.1 HBX8004802.1 WP_180748367.1 WP_180748367.1 WFQ78449.1 WFQ78449.1 TMD19778.1 TMD19778.1 GGC93399.1 GGC93399.1 EUJ18213.1 EUJ18213.1 WP_022347710.1 WP_022347710.1 MBE3121179.1 MBE3121179.1 XP_022005570.1 XP_022005570.1 WP_216244265.1 WP_216244265.1 WP_193275955.1 WP_193275955.1 EDQ2752402.1 EDQ2752402.1 WP_124996221.1 WP_124996221.1 MBR6406611.1 MBR6406611.1 MBS6066499.1 MBS6066499.1 XP_029123601.1 XP_029123601.1 TNE39473.1 TNE39473.1 MCI8760428.1 MCI8760428.1 XP_031982117.1 XP_031982117.1 MBT3401245.1 MBT3401245.1 HCF4435603.1 HCF4435603.1 MCF7955924.1 MCF7955924.1 WP_237762402.1 WP_237762402.1 WP_149886053.1 WP_149886053.1 WP_109850746.1 WP_109850746.1 XP_026175731.1 XP_026175731.1 MCI0684678.1 MCI0684678.1 MAH46576.1 MAH46576.1 MBS4052605.1 MBS4052605.1 YP_010013434.1 YP_010013434.1 WP_049105913.1 WP_049105913.1 MCQ2543220.1 MCQ2543220.1 GCE22918.1 GCE22918.1 WP_077093245.1 WP_077093245.1 CCX33905.1 CCX33905.1 WP_124989189.1 WP_124989189.1 EEL0394597.1 EEL0394597.1 WP_238717267.1 WP_238717267.1 KAJ5991093.1 KAJ5991093.1 RCN27560.1 RCN27560.1 MBQ3742794.1 MBQ3742794.1 HBM7970352.1 HBM7970352.1 WP_067035785.1 WP_067035785.1 SEP77558.1 SEP77558.1 MBS6296676.1 MBS6296676.1 MCM4298717.1 MCM4298717.1 WP_106627677.1 WP_106627677.1 KAJ1958754.1 KAJ1958754.1 WP_149230790.1 WP_149230790.1 NLI68303.1 NLI68303.1 KAB1283136.1 KAB1283136.1 NLZ91447.1 NLZ91447.1 MBE7001547.1 MBE7001547.1 WP_019843633.1 WP_019843633.1 XP_028702799.1 XP_028702799.1 MBU4432787.1 MBU4432787.1 WP_225239495.1 WP_225239495.1 GAM38698.1 GAM38698.1 WP_069647812.1 WP_069647812.1 WP_100524661.1 WP_100524661.1 WP_068798537.1 WP_068798537.1 WP_170382009.1 WP_170382009.1 AXI09756.1 AXI09756.1 WP_158161316.1 WP_158161316.1 HBQ61597.1 HBQ61597.1 KAG9648608.1 KAG9648608.1 EFV3192858.1 EFV3192858.1 WP_006027485.1 WP_164585387.1 WP_006027485.1 WP_006027485.1 WP_282014297.1 WP_282014297.1 CAC9512212.1 CAC9512212.1 WP_247315376.1 WP_247315376.1 MBB1664612.1 MBB1664612.1 WP_159801197.1 WP_159801197.1 HBY6471839.1 HBY6471839.1 WP_125260587.1 WP_125260587.1 WP_131836551.1 WP_131836551.1 MCH5281797.1 MCH5281797.1 WP_249351853.1 WP_249351853.1 WP_249351853.1 RZI94009.1 QXV60806.1 QXV60806.1 MBU1949725.1 MBU1949725.1 WP_163911025.1 WP_163911025.1 WP_103186018.1 WP_103186018.1 XP_050828762.1 XP_050828762.1 WP_195426888.1 WP_195426888.1 ASV44386.1 ASV44386.1 MCI8395767.1 MCI8395767.1 WP_085524223.1 WP_085524223.1 WP_093727561.1 WP_093727561.1 TCJ90160.1 TCJ90160.1 EKD82894.1 EKD82894.1 WP_242018727.1 WP_242018727.1 SIS29303.1 SIS29303.1 XP_048228476.1 XP_048228476.1 MCH8904788.1 MCH8904788.1 MCH8904788.1 MCF1439711.1 WP_234970720.1 WP_234970720.1 MBQ8958073.1 MBQ8958073.1 WP_204806484.1 WP_204806484.1 WP_087711902.1 WP_087711902.1 WP_203562037.1 WP_203562037.1 MCQ2617452.1 MCQ2617452.1 WP_201520784.1 WP_201520784.1 WP_185496123.1 WP_185496123.1 MBR3968535.1 MBR3968535.1 NDE79167.1 NDE79167.1 MCS6915397.1 MCS6915397.1 MBB4243944.1 MBB4243944.1 MCB1072350.1 MCB1072350.1 NJP20283.1 NJP20283.1 MCB0342695.1 MCB0342695.1 MBI9015564.1 MBI9015564.1 WP_186214732.1 WP_186214732.1 WP_055486904.1 WP_055486904.1 KAJ9212931.1 KAJ9212931.1 WP_262510814.1 WP_262510814.1 KAI6876782.1 KAI6876782.1 WP_164166542.1 WP_164166542.1 WP_024039518.1 WP_024039518.1 MBP9926316.1 MBP9926316.1 NLF87571.1 NLF87571.1 WP_033667247.1 WP_033667247.1 WP_005582143.1 WP_005582143.1 WP_074121838.1 WP_074121838.1 XP_036400802.1 XP_036400802.1 XP_022242849.1 XP_022242849.1 WP_136055013.1 WP_136055013.1 OAL01167.1 OAL01167.1 QUL58516.1 QUL58516.1 MBO7265633.1 MBO7265633.1 WP_258699485.1 WP_258699485.1 WP_048222205.1 WP_048222205.1 MBJ08097.1 MBJ08097.1 XP_054805378.1 XP_054805378.1 WP_024270964.1 WP_024270964.1 WP_204224003.1 WP_204224003.1 PIE36668.1 PIE36668.1 HDK38158.1 HDK38158.1 GAF66133.1 GAF66133.1 WP_087085326.1 WP_087085326.1 EKY24506.1 EKY24506.1 WP_015138129.1 WP_015138129.1 EFA5158712.1 EFA5158712.1 CUX17903.1 CUX17903.1 WP_176462507.1 WP_176462507.1 WP_048370512.1 WP_048370512.1 WP_048370512.1 MBO5908692.1 XP_031360469.1 XP_031360469.1 WP_186101535.1 WP_186101535.1 WP_197052899.1 WP_197052899.1 KAG2061513.1 KAG2061513.1 WP_249930443.1 WP_249930443.1 KAB7776415.1 KAB7776415.1 KAG6208320.1 KAG6208320.1 KAF8844043.1 KAF8844043.1 WP_014657023.1 WP_014657023.1 WP_013017739.1 WP_013017739.1 WP_012456188.1 WP_012456188.1 MBI5477481.1 MBI5477481.1 WP_018996200.1 WP_018996200.1 WP_235104528.1 WP_235104528.1 WP_207517291.1 WP_207517291.1 AMB21424.1 AMB21424.1 MBI3058450.1 MBI3058450.1 CPW15624.1 CPW15624.1 WP_220281278.1 HAL7851047.1 WP_220281278.1 WP_220281278.1 WP_220281278.1 HCH8663031.1 MCK4862399.1 MCK4862399.1 HBP5520355.1 HBP5520355.1 WP_230171322.1 WP_230171322.1 WP_127958949.1 WP_127958949.1 KAJ2127656.1 KAJ2127656.1 RDU38945.1 RDU38945.1 WP_275700896.1 WP_275700896.1 MCO4653091.1 MCO4653091.1 NHW60074.1 NHW60074.1 OQY98020.1 OQY98020.1 NVK06315.1 NVK06315.1 WP_001203076.1 WP_001203076.1 WP_248055680.1 WP_248055680.1 PWI17876.1 PWI17876.1 MCD6199266.1 MCD6199266.1 WP_275889644.1 WP_275889644.1 MBR4375795.1 MBR4375795.1 HCD1639688.1 HCD1639688.1 MCQ2150528.1 MCQ2150528.1 CAI2795006.1 CAI2795006.1 AHG02917.1 AHG02917.1 AHG02917.1 KAB2860347.1 MBQ6038336.1 MBQ6038336.1 WP_279293890.1 WP_279293890.1 QNW05614.1 QNW05614.1 MBQ1868746.1 MBQ1868746.1 EED80871.1 EED80871.1 WP_083944445.1 WP_083944445.1 DAS51312.1 DAS51312.1 EGH2885952.1 EGH2885952.1 MCP4417814.1 MCP4417814.1 WP_230700203.1 WP_230700203.1 XP_020469382.1 XP_020469382.1 MBR5475092.1 MBR5475092.1 NQD93247.1 NQD93247.1 MBW0490175.1 MBW0490175.1 MBT5105952.1 MBT5105952.1 KAJ5673421.1 KAJ5673421.1 GBC87342.1 GBC87342.1 WP_097242040.1 WP_097242040.1 WP_126547421.1 WP_126547421.1 WP_093699720.1 WP_093699720.1 WP_145544593.1 WP_145544593.1 WP_203771012.1 WP_203771012.1 HBS26035.1 HBS26035.1 WP_263867815.1 WP_263867815.1 WP_002803816.1 WP_002803816.1 WP_205186167.1 WP_205186167.1 NEQ77371.1 NEQ77371.1 MBQ1823017.1 MBQ1823017.1 XP_020476240.1 XP_020476240.1 AYV78736.1 AYV78736.1 MCI54718.1 MCI54718.1 WP_062003339.1 WP_062003339.1 WP_258236293.1 WP_258236293.1 HIZ10317.1 HIZ10317.1 MBK7750076.1 MBK7750076.1 WP_149406163.1 WP_149406163.1 WP_160354134.1 WP_160354134.1 WP_073017683.1 WP_073017683.1 MBO6826978.1 MBO6826978.1 WP_237025736.1 WP_237025736.1 AAZ73234.1 AAZ73234.1 WP_167324608.1 WP_167324608.1 MBF7068745.1 MBF7068745.1 WP_002598431.1 WP_002598431.1 XP_010216383.1 XP_010216383.1 WP_238741277.1 WP_238741277.1 WP_175395805.1 WP_087918330.1 WP_175395805.1 WP_175395805.1 WP_125933644.1 WP_125933644.1 MBR4207675.1 MBR4207675.1 MXZ96777.1 MXZ96777.1 MBU0783111.1 MBU0783111.1 WP_231587592.1 WP_231587592.1 ORV24296.1 ORV24296.1 WP_130617254.1 WP_130617254.1 SNS96357.1 SNS96357.1 AAM89588.1 AAM89588.1 WP_146943319.1 WP_146943319.1 MBK7076265.1 MBK7076265.1 XP_054023409.1 XP_054023409.1 WP_116073604.1 WP_116073604.1 WP_162428520.1 WP_162428520.1 GJQ31858.1 GJQ31858.1 WP_249866435.1 WP_249866435.1 CDE57470.1 CDE57470.1 EEY6110619.1 EEY6110619.1 WP_071876418.1 WP_071876418.1 BCJ09783.1 BCJ09783.1 WP_151615076.1 WP_151615076.1 QAA77085.1 QAA77085.1 WP_013384884.1 WP_013384884.1 CAF1284994.1 CAF1284994.1 ORY38386.1 ORY38386.1 GLO13544.1 GLO13544.1 CAI9173470.1 CAI9173470.1 PHI20455.1 PHI20455.1 MCA3282362.1 MCA3282362.1 MBE6211131.1 MBE6211131.1 WP_126136917.1 WP_126136917.1 MCS7352192.1 MCS7352192.1 MBT5102369.1 MBT5102369.1 GIY87976.1 GIY87976.1 KHC51086.1 KHC51086.1 XP_048190726.1 XP_048190726.1 KAI3869934.1 KAI3869934.1 NEO65312.1 NEO65312.1 WP_183555556.1 WP_183555556.1 TAH42824.1 TAH42824.1 XP_034617399.1 XP_034617399.1 NJD87536.1 NJD87536.1 MBK8449583.1 MBK8449583.1 WP_062308724.1 WP_062308724.1 MBQ9754467.1 MBQ9754467.1 WP_278278068.1 WP_278278068.1 WP_195180108.1 WP_195180108.1 UKZ95812.1 UKZ95812.1 WP_088086543.1 WP_088086543.1 WP_110180126.1 WP_110180126.1 WP_129639177.1 WP_129639177.1 CAG9815058.1 CAG9815058.1 WP_237150901.1 WP_237150901.1 MCE9516778.1 MCE9516778.1 KFU90592.1 KFU90592.1 MBX3707511.1 MBX3707511.1 KKU62290.1 KKU62290.1 MBK5571697.1 MBK5571697.1 WP_176282182.1 WP_176282182.1 XP_038766703.1 XP_038766703.1 WP_276078981.1 WP_276078981.1 NXM82541.1 NXM82541.1 KAG1843883.1 KAG1843883.1 KAJ4375381.1 KAJ4375381.1 WP_001977095.1 WP_001977095.1 XP_052534275.1 XP_052534275.1 KXZ65002.1 KXZ65002.1 WP_279840346.1 WP_279840346.1 WP_056329268.1 WP_056329268.1 MBX3400476.1 MBX3400476.1 WP_128786583.1 WP_128786583.1 MBV8060578.1 MBV8060578.1 XP_003035978.1 XP_003035978.1 XP_039406663.1 XP_039406663.1 HBG17616.1 HBG17616.1 WP_277324932.1 WP_277324932.1 XP_037916999.1 XP_037916999.1 PBP26446.1 PBP26446.1 MBS3742576.1 MBS3742576.1 WP_150253061.1 WP_150253061.1 WP_273302807.1 WP_273302807.1 PKM59746.1 PKM59746.1 MBW0517832.1 MBW0517832.1 GLV83862.1 GLV83862.1 YP_009017695.1 YP_009017695.1 XP_003875641.1 XP_003875641.1 NRF69152.1 NRF69152.1 MCH2678216.1 MCH2678216.1 WP_278390468.1 WP_278390468.1 WP_130514498.1 WP_130514498.1 WP_275865201.1 WP_275865201.1 XP_031258584.1 XP_031258584.1 WP_248676944.1 WP_248676944.1 KAJ2272836.1 KAJ2272836.1 XP_017754998.1 XP_017754998.1 HBO0131372.1 HBO0131372.1 XP_035800909.1 XP_035800909.1 WP_222878685.1 WP_222878685.1 MCD8548598.1 MCD8548598.1 MBK6756051.1 MBK6756051.1 WP_021117716.1 WP_021117716.1 EEJ0015338.1 EEJ0015338.1 NDD52781.1 NDD52781.1 HBT3241107.1 HBT3241107.1 MCS5664414.1 MCS5664414.1 WP_091054162.1 WP_091054162.1 WP_016340583.1 WP_016340583.1 WP_281733574.1 WP_281733574.1 HCI6016418.1 HCI6016418.1 KAI6876023.1 KAI6876023.1 EIP7986019.1 EIP7986019.1 RWW57209.1 RWW57209.1 XP_025220530.1 XP_025220530.1 WP_234466695.1 WP_234466695.1 KAI0154282.1 KAI0154282.1 WP_266771233.1 WP_266771233.1 MCK5360090.1 MCK5360090.1 KAH0848936.1 KAH0848936.1 MBP2236311.1 MBP2236311.1 MCD6482094.1 MCD6482094.1 XP_041715299.2 XP_041715299.2 OMF24356.1 OMF24356.1 WP_215262079.1 WP_215262079.1 PWA60456.1 PWA60456.1 WP_103025967.1 WP_103025967.1 WP_019092761.1 WP_019092761.1 WP_033744100.1 WP_033744100.1 WP_054998585.1 WP_054998585.1 MBK6870374.1 MBK6870374.1 WP_108820366.1 WP_108820366.1 WP_152569558.1 WP_152569558.1 WP_175083644.1 WP_175083644.1 CAD8183695.1 CAD8183695.1 HCD1954593.1 HCD1954593.1 MBX5702633.1 MBX5702633.1 MBX5702633.1 EEW7484806.1 HBM93052.1 HBM93052.1 WP_281919021.1 WP_281919021.1 MBQ3726282.1 MBQ3726282.1 WP_066678157.1 WP_066678157.1 WP_025209636.1 WP_025209636.1 WP_276362074.1 WP_276362074.1 HEM46184.1 HEM46184.1 MBI2651826.1 MBI2651826.1 WP_046631173.1 WP_046631173.1 WP_143210733.1 WP_143210733.1 KAE9373439.1 KAE9373439.1 TDB49724.1 TDB49724.1 KNY10996.1 KNY10996.1 WP_089322445.1 WP_089322445.1 WP_145514932.1 WP_145514932.1 CAD8073566.1 CAD8073566.1 WP_101794136.1 WP_101794136.1 EEF30376.1 EEF30376.1 RKK88308.1 RKK88308.1 WP_252809941.1 WP_252809941.1 WP_270506568.1 WP_270506568.1 EKD39302.1 EKD39302.1 WP_185816158.1 WP_185816158.1 WP_275495439.1 WP_275495439.1 WP_123237441.1 WP_123237441.1 CAD8089828.1 CAD8089828.1 CAH0143531.1 CAH0143531.1 WP_147833981.1 WP_147833981.1 QLL10545.1 QLL10545.1 WP_111625343.1 WP_111625343.1 TDZ21558.1 TDZ21558.1 WP_169079632.1 WP_169079632.1 WP_099949840.1 KPQ18226.1 WP_099949840.1 WP_099949840.1 WP_188506850.1 WP_188506850.1 TQD79640.1 TQD79640.1 WP_095648367.1 WP_095648367.1 HBB9152465.1 HBB9152465.1 HAD16081.1 HAD16081.1 WP_060879438.1 WP_060879438.1 MBQ1583517.1 MBQ1583517.1 WP_166737936.1 WP_166737936.1 XP_044786537.1 XP_044786537.1 KAG7243800.1 KAG7243800.1 MBN8831519.1 MBN8831519.1 WP_131827568.1 WP_131827568.1 XP_023194678.1 XP_023194678.1 MBR5392328.1 MBR5392328.1 NDH19650.1 NDH19650.1 MCA9786884.1 MCA9786884.1 WP_140706444.1 WP_140706444.1 WP_230834693.1 WP_230834693.1 CAH2408238.1 CAH2408238.1 WP_279652328.1 WP_279652328.1 XP_016482688.1 XP_016482688.1 WP_122377077.1 WP_122377077.1 EFW22388.1 EFW22388.1 WP_059048359.1 WP_059048359.1 KAJ8530820.1 KAJ8530820.1 MBK6751737.1 MBK6751737.1 WP_237907640.1 WP_237907640.1 WP_098626931.1 WP_098626931.1 WP_017900964.1 WP_017900964.1 KIH61449.1 KIH61449.1 DAS51696.1 DAS51696.1 MBQ2198584.1 MBQ2198584.1 WP_091629500.1 WP_091629500.1 WP_065450627.1 WP_065450627.1 WP_067487176.1 WP_067487176.1 GBN84473.1 GBN84473.1 MBE6257848.1 MBE6257848.1 MCP5281008.1 MCP5281008.1 WP_070310045.1 WP_070310045.1 WP_182080621.1 WP_182080621.1 WP_266170214.1 WP_266170214.1 MBP6854588.1 MBP6854588.1 WP_275364603.1 WP_275364603.1 WP_131609232.1 WP_131609232.1 WP_278888642.1 WP_278888642.1 WP_213413035.1 WP_213413035.1 WP_198140600.1 WP_198140600.1 CAF1441577.1 CAF1441577.1 WP_149656427.1 WP_149656427.1 EFV9058489.1 EFV9058489.1 CAH1968295.1 CAH1968295.1 MCK5224664.1 MCK5224664.1 WP_233737742.1 WP_233737742.1 HAX5007168.1 HAX5007168.1 WP_113620603.1 WP_113620603.1 NND17855.1 NND17855.1 XP_041823288.1 XP_041823288.1 KIA87593.1 KIA87593.1 WP_177209229.1 WP_177209229.1 KAH7714125.1 KAH7714125.1 WP_125553257.1 WP_125553257.1 MBJ7531026.1 MBJ7531026.1 VIF85598.1 VIF85598.1 KAH9082671.1 KAH9082671.1 WP_192202944.1 WP_192202944.1 WP_243361436.1 WP_243361436.1 RAL39799.1 RAL39799.1 VDM37090.1 VDM37090.1 WP_185892671.1 WP_215391030.1 WP_185892671.1 HBD3580067.1 WP_185892671.1 WP_185892671.1 WP_129703040.1 WP_129703040.1 WP_132079800.1 WP_132079800.1 EAG8834195.1 EAG8834195.1 WP_210473185.1 WP_210473185.1 WP_183495065.1 WP_183495065.1 WP_171519907.1 WP_171519907.1 KAI1498309.1 KAI1498309.1 WP_222532997.1 WP_222532997.1 WP_063007015.1 WP_063007015.1 CAG8726868.1 CAG8726868.1 WP_044229656.1 WP_044229656.1 WP_079396843.1 WP_079396843.1 WP_201618498.1 WP_201618498.1 WP_054377321.1 WP_054377321.1 KAH8074532.1 KAH8074532.1 HIG56173.1 HIG56173.1 XP_018062972.1 XP_018062972.1 WP_170725874.1 WP_170725874.1 MBK9009608.1 MBK9009608.1 WP_122013538.1 WP_122013538.1 XP_023607675.1 XP_028261945.1 XP_023607675.1 XP_023607675.1 EJJ0661731.1 EJJ0661731.1 KAJ5985703.1 KAJ5985703.1 WP_151430057.1 WP_151430057.1 KAE8933980.1 KAE8933980.1 MBU3899877.1 MBU3899877.1 VQC01530.1 VQC01530.1 WP_086520229.1 WP_086520229.1 MCP4204994.1 MCP4204994.1 NWZ25026.1 NWZ25026.1 WP_101844355.1 WP_101844355.1 GAK23860.1 GAK23860.1 WP_143320175.1 WP_143320175.1 2VYZ_A 2VYZ_A WP_051325724.1 WP_051325724.1 MBC5824559.1 MBC5824559.1 MBF0357294.1 MBF0357294.1 WP_097902424.1 WP_097902424.1 GBD21053.1 GBD21053.1 WP_268737299.1 WP_268737299.1 WP_194365392.1 WP_194365392.1 XP_039612537.1 XP_039612537.1 RMP03152.1 RMP03152.1 WP_018159095.1 WP_018159095.1 WP_011147179.1 WP_011147179.1 WP_265889043.1 WP_265889043.1 EAJ3842941.1 EAJ3842941.1 WP_134660892.1 WP_134660892.1 MCI1641075.1 MCI1641075.1 WP_014206161.1 WP_014206161.1 CAA0126222.1 CAA0126222.1 KAF0292372.1 KAF0292372.1 MBI5007102.1 MBI5007102.1 MBU2178615.1 MBU2178615.1 WP_008134825.1 WP_008134825.1 WP_049267651.1 WP_049267651.1 WP_199097566.1 WP_199097566.1 MBB4862510.1 MBB4862510.1 WP_029222463.1 WP_029222463.1 MCM1185292.1 MCM1185292.1 MCM1185292.1 GAP70049.1 MBI6149093.1 MBI6149093.1 EAG2878363.1 EAG2878363.1 WP_202269758.1 WP_202269758.1 XP_007043916.2 XP_007043916.2 WP_260402970.1 WP_260402970.1 WP_122896374.1 WP_122896374.1 KAJ7197949.1 KAJ7197949.1 WP_096851915.1 WP_096851915.1 WP_060613079.1 MBT3459617.1 WP_060613079.1 WP_060613079.1 XP_021776778.1 XP_021776778.1 WP_200650920.1 WP_200650920.1 WP_267560498.1 WP_267560498.1 AGQ38940.1 AGQ38940.1 WP_108677987.1 WP_108677987.1 HBS1873186.1 OZZ34426.1 HBS1873186.1 HBS1873186.1 EPB66139.1 EPB66139.1 XP_013957138.1 XP_013957138.1 WP_087214971.1 WP_087214971.1 MPZ95749.1 MPZ95749.1 WP_050658900.1 WP_050658900.1 CAD1480127.1 CAD1480127.1 OKZ56768.1 OKZ56768.1 RBR02939.1 RBR02939.1 WP_164653811.1 WP_164653811.1 GEU53557.1 GEU53557.1 WP_274755179.1 WP_274755179.1 WP_003642885.1 WP_003642885.1 WP_222018129.1 WP_222018129.1 KAJ8608448.1 KAJ8608448.1 WP_063477675.1 WP_063477675.1 PPE01392.1 PPE01392.1 MBE8398245.1 MBE8398245.1 XP_044006408.1 XP_044006408.1 WP_218283561.1 WP_218283561.1 OKH85141.1 OKH85141.1 XP_022457077.1 XP_022457077.1 WP_162500151.1 WP_162500151.1 XP_050030289.1 XP_050030289.1 MBV9229016.1 MBV9229016.1 EDL37908.1 EDL37908.1 WP_208909738.1 WP_208909738.1 MBK6659833.1 MBK6659833.1 WP_251511058.1 WP_251511058.1 MCA2619319.1 MCA2619319.1 WP_260365401.1 WP_260365401.1 WP_238869695.1 WP_238869695.1 WP_113156891.1 WP_113156891.1 AFG64821.1 AFG64821.1 MBN8458701.1 MBN8458701.1 CDD38815.1 CDD38815.1 WP_139665379.1 WP_139665379.1 WP_214516916.1 WP_214516916.1 XP_007311010.1 XP_007311010.1 NLW10703.1 NLW10703.1 CAI6348765.1 CAI6348765.1 MBA0553791.1 MBA0553791.1 MCI5711730.1 MCI5711730.1 XP_039985286.1 XP_039985286.1 WP_253646963.1 WP_253646963.1 KAJ8525108.1 KAJ8525108.1 XP_048409145.1 XP_048409145.1 WP_093752330.1 WP_093752330.1 MBV8506574.1 MBV8506574.1 WP_063434200.1 WP_063434200.1 WP_222594143.1 WP_222594143.1 WP_200162643.1 WP_200162643.1 WP_194312569.1 WP_194312569.1 OCR38384.1 OCR38384.1 WP_245823513.1 WP_245823513.1 WP_109993532.1 WP_109993532.1 HIR98957.1 HIR98957.1 CAG5150301.1 CAG5150301.1 WP_231784956.1 WP_231784956.1 WP_171486859.1 WP_171486859.1 MAF07216.1 MAF07216.1 KAJ1492758.1 KAJ1492758.1 OYZ89234.1 OYZ89234.1 WP_063706594.1 WP_063706594.1 KZT58963.1 KZT58963.1 WP_137783451.1 WP_137783451.1 KAJ7469048.1 KAJ7469048.1 WP_064292413.1 WP_064292413.1 WP_226800426.1 WP_226800426.1 WP_228049692.1 WP_228049692.1 RYU57897.1 RYU57897.1 UCF87976.1 UCF87976.1 AQR57668.1 AQR57668.1 WP_045323370.1 WP_045323370.1 MBD9057797.1 MBD9057797.1 WP_158934128.1 WP_158934128.1 QHO28611.1 QHO28611.1 CAH2238127.1 CAH2238127.1 WP_017718577.1 WP_017718577.1 RLG01914.1 RLG01914.1 XP_031974225.1 XP_031974225.1 WP_267861425.1 WP_267861425.1 MCD0163384.1 MCD0163384.1 NDF46396.1 NDF46396.1 WP_141134618.1 WP_141134618.1 RKT82586.1 RKT82586.1 WP_131284109.1 WP_131284109.1 PYS39036.1 PYS39036.1 MBS1636088.1 MBS1636088.1 WP_272889997.1 WP_272889997.1 MBR4734761.1 MBR4734761.1 XP_015239306.1 XP_015239306.1 WP_010048070.1 WP_010048070.1 GFV41582.1 GFV41582.1 KAG1464501.1 KAG1464501.1 QDK31721.1 QDK31721.1 KIJ40064.1 KIJ40064.1 WP_282979415.1 WP_282979415.1 EIZ9235425.1 EIZ9235425.1 MCA1959605.1 MCA1959605.1 MBL6706528.1 MBL6706528.1 KAJ7726226.1 KAJ7726226.1 WP_039764622.1 WP_039764622.1 RLS46433.1 RLS46433.1 WP_279008479.1 WP_279008479.1 QQH27121.1 QQH27121.1 XP_003040019.1 XP_003040019.1 MCF6767132.1 MCF6767132.1 HAF12758.1 HAF12758.1 KAH9403806.1 KAH9403806.1 MBK7636756.1 MBK7636756.1 KAJ6236901.1 KAJ6236901.1 XP_033541489.1 XP_033541489.1 PPC85417.1 PPC85417.1 WP_004751198.1 WP_004751198.1 MBQ2640849.1 MBQ2640849.1 WP_245885601.1 WP_245885601.1 MBE0607625.1 MBE0607625.1 WP_144384753.1 WP_144384753.1 AOJ74168.1 AOJ74168.1 RCN52028.1 RCN52028.1 WP_122383566.1 WP_122383566.1 WP_139627894.1 WP_139627894.1 WP_012517468.1 WP_012517468.1 WP_249312942.1 WP_249312942.1 WP_145756500.1 WP_145756500.1 CAH1111016.1 CAH1111016.1 OFJ58224.1 OFJ58224.1 WP_091978272.1 WP_091978272.1 WP_226208117.1 WP_226208117.1 TGL93452.1 TGL93452.1 QNM59064.1 QNM59064.1 WP_248087248.1 WP_248087248.1 MBK7937165.1 MBK7937165.1 XP_050320449.1 XP_050320449.1 WP_203164019.1 WP_203164019.1 WP_269268099.1 WP_269268099.1 PKB44918.1 PKB44918.1 MBW6484923.1 MBW6484923.1 WP_105585532.1 WP_105585532.1 XP_017476002.1 XP_017476002.1 WP_122047024.1 WP_122047024.1 WP_253063755.1 WP_253063755.1 NEB02235.1 NEB02235.1 SOE22515.1 SOE22515.1 WP_012339795.1 WP_012339795.1 MBP2355331.1 MBP2355331.1 MBP7061284.1 MBP7061284.1 NLL47071.1 NLL47071.1 EJG1264510.1 EJG1264510.1 MCD6597402.1 MCD6597402.1 KAH6984898.1 KAH6984898.1 WP_141817398.1 WP_141817398.1 KAJ5220196.1 KAJ5220196.1 WP_095981693.1 WP_095981693.1 WP_253352066.1 WP_253352066.1 GFT52874.1 GFT52874.1 CDE36962.1 CDE36962.1 XP_011272275.1 XP_011272275.1 WP_023319464.1 WP_023319464.1 MCJ1318822.1 MCJ1318822.1 WP_054146239.1 WP_054146239.1 WP_102273603.1 WP_102273603.1 MCT7046027.1 MCT7046027.1 MCE1309955.1 MCE1309955.1 KAH9016734.1 KAH9016734.1 MBG6268407.1 MBG6268407.1 MQF68191.1 MQF68191.1 WP_046925025.1 WP_046925025.1 WP_041119847.1 WP_041119847.1 WP_020226160.1 WP_020226160.1 MBL7732834.1 MBL7732834.1 WP_267248697.1 WP_267248697.1 XP_019381256.1 XP_019381256.1 WP_230822898.1 WP_230822898.1 UJW31884.1 UJW31884.1 KAF0554084.1 KAF0554084.1 WP_234280079.1 WP_234280079.1 WP_033365653.1 WP_033365653.1 WP_019182526.1 WP_019182526.1 XP_009464764.1 XP_009464764.1 OFY34840.1 OFY34840.1 KAG7131021.1 KAG7131021.1 WP_246735792.1 WP_246735792.1 NWV63665.1 NWV63665.1 EBS5850541.1 EBS5850541.1 WP_108137685.1 WP_108137685.1 WP_060347438.1 WP_060347438.1 WP_213973719.1 WP_213973719.1 WP_259005392.1 WP_259005392.1 EJV0278763.1 EJV0278763.1 MBN3769952.1 MBN3769952.1 MCH5163858.1 MCH5163858.1 MBP6972346.1 MBP6972346.1 MBV9963051.1 MBV9963051.1 HCT31040.1 HCT31040.1 WP_106136481.1 WP_106136481.1 WP_098092873.1 WP_098092873.1 WP_198730235.1 WP_198730235.1 XP_016611986.1 XP_016611986.1 WP_230800902.1 WP_230800902.1 MZP65343.1 MZP65343.1 MBD1815385.1 MBD1815385.1 XP_003048468.1 XP_003048468.1 WP_217413389.1 WP_217413389.1 EDJ6414383.1 EDJ6414383.1 WP_019616094.1 WP_019616094.1 MCB1141657.1 MCB1141657.1 WP_025427984.1 WP_025427984.1 TNN34207.1 TNN34207.1 AUQ33312.1 AUQ33312.1 MCP4914981.1 MCP4914981.1 WP_260986135.1 WP_260986135.1 WP_206581849.1 WP_206581849.1 XP_055989820.1 XP_055989820.1 HIM51057.1 HIM51057.1 RZD53001.1 RZD53001.1 MBQ7978512.1 MBQ7978512.1 MPC84742.1 MPC84742.1 OFX35756.1 OFX35756.1 HAS28932.1 HAS28932.1 WP_193436854.1 WP_193436854.1 WP_257107333.1 WP_257107333.1 WP_010905191.1 WP_010905191.1 WP_253620872.1 WP_253620872.1 WP_098097765.1 WP_098097765.1 EFK2137151.1 EFK2137151.1 WP_169577965.1 WP_169577965.1 WP_004957233.1 WP_226360036.1 WP_004957233.1 WP_004957233.1 QNF21522.1 QNF21522.1 EJQ2687561.1 EJQ2687561.1 CDA87281.1 CDA87281.1 MBO5946342.1 MBO5946342.1 MBQ8711066.1 MBQ8711066.1 NIW25441.1 NIW25441.1 WP_135949574.1 WP_135949574.1 XP_048633428.1 XP_048633428.1 KAI6047342.1 KAI6047342.1 MBR0160695.1 MBR0160695.1 MVZ66986.1 MVZ66986.1 MBF2759673.1 MBF2759673.1 MBQ3104376.1 MBQ3104376.1 NCN26743.1 NCN26743.1 WP_089109701.1 WP_089109701.1 GBL21590.1 GBL21590.1 HAB9632401.1 HAB9632401.1 WP_026002076.1 WP_026002076.1 WP_198095175.1 WP_198095175.1 AHH33963.1 AHH33963.1 XP_043014885.1 XP_043014885.1 WP_069877432.1 WP_069877432.1 TEB32912.1 TEB32912.1 EDP2695460.1 EDP2695460.1 XP_035216353.1 XP_035216353.1 WP_137773782.1 WP_137773782.1 XP_036437421.1 XP_036437421.1 XP_023028205.1 XP_023028205.1 MAT93460.1 MAT93460.1 XP_040253449.1 XP_040253449.1 NOZ55740.1 NOZ55740.1 EBY6522830.1 EBY6522830.1 WP_148545383.1 WP_148545383.1 OLB27154.1 OLB27154.1 WP_265735210.1 WP_265735210.1 XP_042465169.1 XP_042465169.1 GLW31455.1 GLW31455.1 WP_185740810.1 WP_185740810.1 MBP6728875.1 MBP6728875.1 MBT1322465.1 MBT1322465.1 MCD6064856.1 MCD6064856.1 MBN1558293.1 MBN1558293.1 ANI90891.1 ANI90891.1 VFV20999.1 VFV20999.1 TMO21331.1 TMO21331.1 HIE16764.1 HIE16764.1 WP_202252188.1 WP_202252188.1 KAF1788175.1 KAF1788175.1 WP_048611692.1 WP_048611692.1 WP_144320971.1 WP_144320971.1 WP_049066482.1 WP_049066482.1 PQK14494.1 PQK14494.1 XP_009535872.1 XP_009535872.1 MBR3005965.1 MBR3005965.1 RZM24348.1 RZM24348.1 XP_001840824.2 XP_001840824.2 WP_007404414.1 WP_007404414.1 WP_007404414.1 WP_143281017.1 ECP3866152.1 ECP3866152.1 WP_232745899.1 WP_232745899.1 WP_175076961.1 WP_175076961.1 WP_120115041.1 WP_120115041.1 UUZ63036.1 UUZ63036.1 WP_268579666.1 WP_268579666.1 KAF3628212.1 KAF3628212.1 XP_024888572.1 XP_024888572.1 MBL8638832.1 MBL8638832.1 MBS0261058.1 MBS0261058.1 WP_213449477.1 WP_213449477.1 WP_245350945.1 WP_245350945.1 XP_037539096.1 XP_037539096.1 WP_214893447.1 WP_214893447.1 KAG7462864.1 KAG7462864.1 HAT9095998.1 HAT9095998.1 ORY76548.1 ORY76548.1 HCB1767023.1 HCB1767023.1 WP_118359022.1 WP_118359022.1 TXK73489.1 TXK73489.1 XP_030079323.1 XP_030079323.1 TOE90752.1 TOE90752.1 MCI8895019.1 MCI8895019.1 GHP52484.1 GHP52484.1 XP_034264344.1 XP_034264344.1 WP_002449605.1 WP_002449605.1 KAE9445077.1 KAE9445077.1 MBE0577924.1 MBE0577924.1 EIT2901672.1 EIT2901672.1 WP_128272295.1 WP_128272295.1 XP_044485440.1 XP_044485440.1 WP_268123036.1 WP_268123036.1 WP_118205888.1 WP_118205888.1 WP_052232835.1 WP_052232835.1 OGY30120.1 OGY30120.1 AGO18338.1 AGO18338.1 MBQ2017527.1 MBQ2017527.1 WP_282985289.1 WP_282985289.1 WP_017123457.1 WP_017123457.1 WP_112473496.1 WP_112473496.1 KAF0905729.1 KAF0905729.1 WP_270677687.1 WP_270677687.1 WP_037451816.1 WP_037451816.1 XP_013231239.1 XP_013231239.1 KAB0382747.1 KAB0382747.1 CAP00477.1 CAP00477.1 WP_254972748.1 WP_254972748.1 WP_250182896.1 WP_250182896.1 MCK9338853.1 MCK9338853.1 SEP73001.1 SEP73001.1 EFA5132122.1 EFA5132122.1 PIR55147.1 PIR55147.1 WP_246612751.1 WP_246612751.1 XP_026320625.1 KAJ8763828.1 XP_026320625.1 XP_026320625.1 PWM57416.1 PWM57416.1 WP_208910104.1 WP_208910104.1 XP_021874514.1 XP_021874514.1 KAJ1619151.1 KAJ1619151.1 KDF42894.1 KDF42894.1 MCL5028570.1 MCL5028570.1 MBE6835980.1 MBE6835980.1 WP_162782234.1 WP_162782234.1 OWK14769.1 OWK14769.1 WP_013572974.1 WP_013572974.1 WP_074791539.1 WP_074791539.1 MCQ2059483.1 MCQ2059483.1 MBA3725210.1 MBA3725210.1 OGH18708.1 OGH18708.1 KAI9022896.1 KAI9022896.1 MBO0657491.1 MBO0657491.1 XP_004647050.1 XP_004647050.1 MCI93591.1 MCI93591.1 XP_049153370.1 XP_049153370.1 HBL3458524.1 HBL3458524.1 NLR72952.1 NLR72952.1 RLB75920.1 RLB75920.1 MCH8293010.1 MCH8293010.1 TFV53637.1 TFV53637.1 KAI9597310.1 KAI9597310.1 MCF8709434.1 MCF8709434.1 QGP90243.1 QGP90243.1 MBE42757.1 MBE42757.1 EFG8800866.1 EFG8800866.1 WP_233987432.1 WP_233987432.1 KAJ3193491.1 KAJ3193491.1 WP_259770126.1 WP_259770126.1 XP_049406314.1 XP_049406314.1 WP_200478262.1 WP_200478262.1 WP_112308968.1 WP_112308968.1 WP_051963813.1 WP_051963813.1 GIR09622.1 GIR09622.1 WP_216207121.1 WP_216207121.1 GBD99233.1 GBD99233.1 MBA3038663.1 MBA3038663.1 WP_280949002.1 WP_280949002.1 XP_010267139.1 XP_010267139.1 XP_020321477.1 XP_020321477.1 MBO4748034.1 MBO4748034.1 MCB1383119.1 MCB1383119.1 MCB1703688.1 MCB1703688.1 WP_039286629.1 WP_039286629.1 CAF1139697.1 CAF1139697.1 CEG83499.1 CEG83499.1 WP_106361175.1 WP_106361175.1 WP_083141943.1 WP_083141943.1 WP_269672356.1 WP_269672356.1 RKZ09955.1 RKZ09955.1 NFD84694.1 NFD84694.1 WP_022677205.1 WP_022677205.1 ARD43281.1 ARD43281.1 WP_133340757.1 WP_133340757.1 XP_047599047.1 XP_047599047.1 WP_008346835.1 WP_008346835.1 OGS12612.1 OGS12612.1 WP_063540919.1 WP_063540919.1 WP_063637985.1 WP_063637985.1 ENH52105.1 ENH52105.1 HBX1528262.1 HBX1528262.1 OLP01091.1 OLP01091.1 MBL7855430.1 MBL7855430.1 MBR0046728.1 MBR0046728.1 WP_150461480.1 WP_150461480.1 MBQ8989682.1 MBQ8989682.1 XP_014802175.1 XP_014802175.1 WP_006685582.1 WP_006685582.1 WP_217452155.1 WP_217452155.1 NLU55538.1 NLU55538.1 XP_018994437.1 XP_018994437.1 MBI2114665.1 MBI2114665.1 PAZ00503.1 PAZ00503.1 SIR93298.1 SIR93298.1 WP_200986363.1 WP_200986363.1 WP_247623347.1 WP_247623347.1 TDJ69718.1 TDJ69718.1 TDJ69718.1 HBC43327.1 MCB9820569.1 MCB9820569.1 WP_142051038.1 WP_142051038.1 KAJ2593889.1 KAJ2593889.1 WP_219798185.1 WP_219798185.1 XP_002777379.1 XP_002777379.1 MAG40972.1 MAG40972.1 WP_084371009.1 WP_084371009.1 MCA1836835.1 MCA1836835.1 TSA47082.1 TSA47082.1 WP_212961195.1 WP_212961195.1 WP_228273696.1 WP_228273696.1 MBU2510560.1 MBU2510560.1 ECA8969615.1 ECA8969615.1 KAF5192947.1 KAF5192947.1 RYG22587.1 RYG22587.1 RYY39456.1 RYY39456.1 KAJ3920833.1 KAJ3920833.1 EFO3858608.1 EFO3858608.1 WP_032037025.1 WP_032037025.1 EJC8518717.1 EJC8518717.1 WP_056747799.1 WP_056747799.1 MBP9767803.1 MBP9767803.1 MBR2609817.1 MBR2609817.1 WP_105738432.1 WP_105738432.1 MBR1803321.1 MBR1803321.1 KXK41164.1 KXK41164.1 MSV89973.1 MSV89973.1 WP_212269268.1 WP_212269268.1 MBQ8356560.1 MBQ8356560.1 KAF4755575.1 KAF4755575.1 WP_039983362.1 WP_039983362.1 HJF55539.1 HJF55539.1 MBN2192743.1 HAM57133.1 MBN2192743.1 MBN2192743.1 WP_141624088.1 WP_141624088.1 WP_211429491.1 WP_211429491.1 MCL4467776.1 MCL4467776.1 NRA95518.1 NRA95518.1 WP_279184953.1 WP_279184953.1 KAI1377204.1 KAI1377204.1 WP_086236254.1 WP_086236254.1 MCF3649178.1 MCF3649178.1 XP_053501940.1 XP_053501940.1 MCI9379843.1 MCI9379843.1 EIA1623697.1 EIA1623697.1 CAF4687378.1 CAF4687378.1 CAH8313346.1 CAH8313346.1 MBN9169301.1 MBN9169301.1 KAG8539342.1 KAG8539342.1 WP_259864893.1 WP_259864893.1 MBF9039534.1 MBF9039534.1 MCB0672512.1 MCB0672512.1 MBI4878028.1 MBI4878028.1 MBP1876254.1 MBP1876254.1 EBC1613035.1 EBC1613035.1 WP_052386686.1 WP_052386686.1 WP_068000887.1 WP_068000887.1 WP_257384536.1 WP_257384536.1 WP_254363411.1 WP_254363411.1 MCA3389197.1 MCA3389197.1 MCK9538307.1 MCK9538307.1 WP_013712491.1 WP_013712491.1 MBQ7809358.1 MBQ7809358.1 WP_187642449.1 WP_187642449.1 WP_036824351.1 WP_036824351.1 XP_042531659.1 XP_042531659.1 WP_092802679.1 WP_092802679.1 NMG18956.1 NMG18956.1 WP_058997548.1 WP_058997548.1 MCO7639728.1 MCO7639728.1 PBK84789.1 PBK84789.1 KAI9244300.1 KAI9244300.1 WP_265332308.1 WP_265332308.1 WP_224045636.1 WP_224045636.1 WP_049043948.1 WP_049043948.1 WP_068780709.1 WP_068780709.1 WP_247334239.1 WP_247334239.1 WP_265966242.1 WP_265966242.1 MBS7604783.1 MBS7604783.1 MCD6419504.1 MCD6419504.1 MCI2155109.1 MCI2155109.1 WP_013559898.1 WP_013559898.1 CKQ42697.1 CKQ42697.1 MCE4566367.1 MCE4566367.1 MCL6540381.1 MCL6540381.1 MBK8168045.1 MBK8168045.1 EAG5429682.1 EAG5429682.1 WP_038239756.1 WP_038239756.1 WP_017633897.1 WP_017633897.1 WP_050498798.1 WP_050498798.1 GFW26598.1 GFW26598.1 TNI18971.1 TNI18971.1 WP_278631399.1 WP_278631399.1 WP_043940504.1 HAN66834.1 WP_043940504.1 WP_043940504.1 HAS8246497.1 HAS8246497.1 WP_176970092.1 WP_176970092.1 MBP6375542.1 MBP6375542.1 MBP6375542.1 MBT4710545.1 MBP6375542.1 WP_258835625.1 MBC7309192.1 MBC7309192.1 MCS6948817.1 MCS6948817.1 HAQ9752200.1 HAQ9752200.1 XP_007978456.1 XP_007978456.1 EGS7961067.1 EGS7961067.1 MBO5162475.1 MBO5162475.1 KAI8723523.1 KAI8723523.1 MCB0840321.1 MCB0840321.1 WP_257880947.1 WP_257880947.1 KAG1144813.1 KAG1144813.1 EAJ4317745.1 EAJ4317745.1 WP_098952357.1 MBU5353226.1 WP_098952357.1 WP_098952357.1 XP_016469741.1 XP_016469741.1 XP_036130723.1 XP_036130723.1 WP_169105698.1 WP_169105698.1 WP_154097642.1 WP_154097642.1 WP_135194320.1 WP_135194320.1 MSR12783.1 MSR12783.1 XP_003502921.1 XP_003502921.1 WP_210356206.1 WP_210356206.1 SCK25073.1 SCK25073.1 MCI7610146.1 MCI7610146.1 GFC18333.1 GFC18333.1 WP_020403159.1 WP_020403159.1 WP_169356007.1 WP_169356007.1 MCJ2541369.1 MCJ2541369.1 WP_277690767.1 WP_277690767.1 KAJ1283197.1 KAJ1283197.1 WP_199711823.1 WP_199711823.1 WP_076799287.1 WP_076799287.1 KOV87872.1 KOV87872.1 WP_043158522.1 WP_043158522.1 WP_099219937.1 WP_099219937.1 WP_041481207.1 WP_041481207.1 CAH2899959.1 CAH2899959.1 CAH2899959.1 TXH38262.1 SED94327.1 SED94327.1 WP_015484594.1 WP_015484594.1 CAI8213472.1 CAI8213472.1 XP_056050985.1 XP_056050985.1 WP_109341768.1 WP_109341768.1 MAB27215.1 MAB27215.1 KAJ1022640.1 KAJ1022640.1 WP_112119927.1 WP_112119927.1 NNF05378.1 NNF05378.1 WP_062517857.1 WP_062517857.1 MBO5721020.1 MBO5721020.1 EFD7787626.1 EFD7787626.1 WP_161643844.1 WP_161643844.1 WDA54585.1 WDA54585.1 WP_020560972.1 WP_020560972.1 WP_096202154.1 WP_096202154.1 MBQ3976808.1 MBQ3976808.1 XP_018561118.1 XP_018561118.1 WP_002655233.1 WP_002655233.1 MCL2033989.1 MCL2033989.1 WP_198297747.1 WP_198297747.1 VDR39692.1 VDR39692.1 WP_131055803.1 WP_131055803.1 WP_249557352.1 WP_249557352.1 WP_070428178.1 WP_070428178.1 WP_137732205.1 WP_137732205.1 WP_201490320.1 WP_201490320.1 WP_036973950.1 WP_036973950.1 KNA07336.1 KNA07336.1 KAG3033979.1 KAG3033979.1 NRB78924.1 NRB78924.1 PNJ24551.1 PNJ24551.1 WP_027369743.1 WP_027369743.1 EBU6207141.1 EBU6207141.1 WP_244028884.1 WP_244028884.1 OGD85943.1 OGD85943.1 XP_049486383.1 XP_049486383.1 WP_119088635.1 WP_119088635.1 XP_055254096.1 XP_055254096.1 WP_241133221.1 WP_241133221.1 WP_225781432.1 WP_225781432.1 MBQ3321785.1 MBQ3321785.1 RMF68396.1 RMF68396.1 WP_177420403.1 WP_177420403.1 MBX7048921.1 MBX7048921.1 GAN03156.1 GAN03156.1 ETZ74096.1 ETZ74096.1 MCC7304610.1 NNC58435.1 MCC7304610.1 MCC7304610.1 WP_075190302.1 WP_075190302.1 TLX83379.1 TLX83379.1 MBA2554676.1 MBA2554676.1 WP_239517986.1 WP_239517986.1 CDL84920.1 CDL84920.1 WP_122920202.1 WP_122920202.1 HID24809.1 HID24809.1 MBW6512602.1 MBW6512602.1 MBD3641221.1 MBD3641221.1 WP_070723361.1 MBQ8462807.1 WP_070723361.1 WP_070723361.1 TDR34929.1 TDR34929.1 QQC21553.1 QQC21553.1 MCQ2539410.1 MCQ2539410.1 WP_187843135.1 WP_187843135.1 WP_126679569.1 WP_126679569.1 WP_001804449.1 WP_001804449.1 MCP4774001.1 MCP4774001.1 WP_218014032.1 WP_218014032.1 MBT3179978.1 MBT3179978.1 WP_220492852.1 WP_220492852.1 WP_063338866.1 WP_063338866.1 WP_063338866.1 WP_132898842.1 WP_262406623.1 WP_262406623.1 WP_262406623.1 MBT5488157.1 WP_262406623.1 WP_281507500.1 WP_110366458.1 WP_110366458.1 PAF30375.1 PAF30375.1 WP_180034620.1 WP_241105826.1 WP_180034620.1 WP_180034620.1 GFA01557.1 GFA01557.1 MBV5323933.1 MBV5323933.1 EHH49716.1 EHH49716.1 WP_064068643.1 WP_064068643.1 KAI9713296.1 KAI9713296.1 KAG7197246.1 KAG7197246.1 HAT4171334.1 HAT4171334.1 WP_148803392.1 WP_148803392.1 KAJ0864938.1 KAJ0864938.1 WP_282035981.1 WP_282035981.1 MCO6473319.1 MCO6473319.1 XP_006376427.2 XP_006376427.2 UPT73080.1 UPT73080.1 EGR2272270.1 EGR2272270.1 WP_079091847.1 WP_079091847.1 KAG7553039.1 KAG7553039.1 CUH97802.1 CUH97802.1 WP_106697451.1 WP_106697451.1 WP_200047810.1 WP_200047810.1 WP_097273626.1 WP_097273626.1 WP_223806191.1 WP_223806191.1 XP_052459928.1 XP_052459928.1 WP_282393050.1 WP_282393050.1 KAF9021604.1 KAF9021604.1 WP_190492354.1 WP_190492354.1 RZU50905.1 RZU50905.1 WP_004647440.1 WP_004647440.1 WP_196051328.1 WP_196051328.1 WP_122709004.1 WP_122709004.1 WP_231022353.1 WP_231022353.1 WP_279838136.1 WP_279838136.1 GGY15265.1 GGY15265.1 MBE0512446.1 MBE0512446.1 WP_270310372.1 WP_270310372.1 WP_009881125.1 WP_009881125.1 MCB9642437.1 MCB9642437.1 WP_061880815.1 WP_061880815.1 KAI3416446.1 KAI3416446.1 WP_015602159.1 WP_015602159.1 XP_040238549.2 XP_040238549.2 MBN8715319.1 MBN8715319.1 WP_123966251.1 WP_123966251.1 MBA2544012.1 MBA2544012.1 WP_234123871.1 WP_234123871.1 MCB0243881.1 MCB0243881.1 KDR18051.1 KDR18051.1 WP_253495381.1 WP_253495381.1 EFN5389376.1 EFL3122059.1 EFN5389376.1 EFN5389376.1 EFN5389376.1 EJW7579374.1 EFN5389376.1 EIH4263652.1 EFN5389376.1 EFL5817307.1 MCI0529127.1 MCI0529127.1 WP_050163955.1 WP_050163955.1 XP_001275602.1 XP_001275602.1 MBS9779527.1 MBS9779527.1 WP_149040698.1 WP_149040698.1 MBI5294613.1 MBI5294613.1 KAG5560933.1 KAG5560933.1 WP_070664995.1 WP_070664995.1 KAJ3564783.1 KAJ3564783.1 KDZ18439.1 KDZ18439.1 WP_160877220.1 WP_160877220.1 XP_047466965.1 XP_047466965.1 WP_186480556.1 WP_186480556.1 WP_185334683.1 WP_185334683.1 WP_193019742.1 WP_193019742.1 NXX86929.1 NXX86929.1 WP_070552687.1 WP_070552687.1 XP_004149267.1 XP_004149267.1 HIR19825.1 HIR19825.1 NBT94281.1 NBT94281.1 MBE6649515.1 MBE6649515.1 EEE2002201.1 EEE2002201.1 GFT96598.1 GFT96598.1 WP_251111556.1 WP_251111556.1 KAI9193803.1 KAI9193803.1 OAQ80483.1 OAQ80483.1 MCK4996050.1 MCK4996050.1 WP_190461229.1 WP_190461229.1 OPL17692.1 OPL17692.1 WP_248328072.1 WP_248328072.1 WP_105160947.1 WP_105160947.1 HHZ84751.1 HHZ84751.1 WP_059149453.1 WP_059149453.1 KAG0047764.1 KAG0047764.1 CSP94261.1 CSP94261.1 WP_249310236.1 WP_249310236.1 XP_025923156.1 XP_025923156.1 WP_255691273.1 WP_255691273.1 SDI37994.1 SDI37994.1 WP_035109232.1 WP_035109232.1 KAJ6253787.1 KAJ6253787.1 WP_106735761.1 WP_004185621.1 WP_106735761.1 WP_106735761.1 MBS8550192.1 MBS8550192.1 WP_004208647.1 WP_004208647.1 WP_053816212.1 WP_053816212.1 HCI22783.1 HCI22783.1 WP_116701099.1 WP_116701099.1 YP_009919788.1 YP_009919788.1 WP_004660460.1 WP_004660460.1 WP_004727834.1 WP_004727834.1 GFX07062.1 GFX07062.1 NXG47881.1 NXG47881.1 WP_110984669.1 WP_110984669.1 WP_050342552.1 WP_050342552.1 WP_266708839.1 WP_266708839.1 WP_274323930.1 WP_274323930.1 WP_133448963.1 WP_133448963.1 WP_044459070.1 WP_044459070.1 MBZ0271896.1 MBZ0271896.1 KAF2871612.1 KAF2871612.1 OGF51096.1 OGF51096.1 KAA0015115.1 KAA0015115.1 MCD6081740.1 MCD6081740.1 WP_074527819.1 WP_074527819.1 WP_108511015.1 WP_108511015.1 WP_167197999.1 WP_167197999.1 QDH16072.1 QDH16072.1 NGP45824.1 NGP45824.1 MCB9315714.1 MCB9315714.1 WP_165144904.1 WP_165144904.1 GLC62462.1 GLC62462.1 WP_068051662.1 WP_068051662.1 KFZ09473.1 KFZ09473.1 MCF8452598.1 MCF8452598.1 WP_179243590.1 WP_179243590.1 UBY01598.1 UBY01598.1 PBN43802.1 PBN43802.1 MBI3778926.1 MBI3778926.1 WP_055947144.1 WP_055947144.1 EHW4033744.1 EHW4033744.1 MCA9004139.1 MCA9004139.1 MBM3534697.1 MBM3534697.1 MCE2152122.1 MCE2152122.1 WP_090467430.1 WP_090467430.1 EHR8930749.1 EHR8930749.1 KOR85988.1 KOR85988.1 WP_264950959.1 WP_264950959.1 WP_238975975.1 WP_238975975.1 WP_212282141.1 WP_212282141.1 EAQ06730.1 EAQ06730.1 WP_236248745.1 WP_236248745.1 EFX4914003.1 EFX4914003.1 EFL6071320.1 EFL6071320.1 MOY08337.1 MOY08337.1 GIS82389.1 GIS82389.1 XP_040342838.1 XP_040342838.1 AFA35617.1 AFA35617.1 NQJ73193.1 NQJ73193.1 XP_026829212.1 XP_026829212.1 KAI1358894.1 KAI1358894.1 WP_024870391.1 WP_024870391.1 EAI2381694.1 EAI2381694.1 WP_167263015.1 WP_167263015.1 WP_222168304.1 WP_222168304.1 WP_221265680.1 WP_221265680.1 WP_087199737.1 WP_087199737.1 HAI0697239.1 HAI0697239.1 WP_039190453.1 WP_039190453.1 WP_268285128.1 WP_268285128.1 WP_223360106.1 WP_223360106.1 OUR78726.1 OUR78726.1 NIP79453.1 NIP79453.1 XP_008332845.1 XP_008332845.1 TQD74562.1 TQD74562.1 MCL4381067.1 MCL4381067.1 WP_091276063.1 WP_091276063.1 PDM41204.1 PDM41204.1 WP_205448866.1 WP_205448866.1 TKJ28570.1 TKJ28570.1 WP_204037257.1 WP_204037257.1 TQD99590.1 TQD99590.1 WP_180130780.1 WP_180130780.1 WP_254962431.1 WP_254962431.1 WP_245961518.1 WP_245961518.1 MBN8919778.1 MBN8919778.1 PWL92822.1 PWL92822.1 KFY78659.1 KFY78659.1 WP_079619859.1 WP_079619859.1 PLX13828.1 PLX13828.1 MBW1714133.1 MBW1714133.1 ENF92344.1 ENF92344.1 ENF92344.1 WP_117077319.1 WP_258515841.1 WP_258515841.1 WP_006034446.1 WP_006034446.1 WP_106759541.1 WP_106759541.1 WP_204663166.1 WP_204663166.1 MBJ7292067.1 MBJ7292067.1 WP_086486287.1 WP_086486287.1 EHH4366918.1 EHH4366918.1 WP_282689626.1 WP_282689626.1 KAJ1529594.1 AAV84242.1 KAJ1529594.1 KAJ1529594.1 XP_040136988.1 XP_040136988.1 WP_060933343.1 WP_060933343.1 WP_258380998.1 WP_258380998.1 MCB1338306.1 MCB1338306.1 WP_038052668.1 WP_038052668.1 WP_116619797.1 WP_116619797.1 WP_105526419.1 WP_105526419.1 WP_129543374.1 WP_129543374.1 MBL8820230.1 MBL8820230.1 XP_004869485.1 XP_004869485.1 WP_248846761.1 WP_248846761.1 MCP5260845.1 WP_180196654.1 MCP5260845.1 MCP5260845.1 WDS37366.1 WDS37366.1 WP_238844860.1 WP_238844860.1 NXY38534.1 NXY38534.1 WP_263072085.1 WP_263072085.1 MCB1815789.1 MCB1815789.1 MWR41881.1 MWR41881.1 XP_044490862.1 XP_044490862.1 MBM3322720.1 MBM3322720.1 WP_038440434.1 WP_038440434.1 XP_005087540.1 XP_005087540.1 PKM16736.1 PKM16736.1 MBG8612140.1 MBG8612140.1 NLY22703.1 NLY22703.1 TMH33622.1 TMH33622.1 TEA36401.1 TEA36401.1 WP_279029857.1 WP_279029857.1 XP_037829017.1 XP_037829017.1 GBM15324.1 GBM15324.1 WP_216890540.1 WP_216890540.1 WP_023955328.1 WP_023955328.1 EHK9185512.1 EHK9185512.1 WP_236495189.1 WP_236495189.1 XP_049236752.1 XP_049236752.1 MBO6153462.1 MBO6153462.1 EAZ93353.1 EAZ93353.1 TAL78422.1 TAL78422.1 MBQ9979016.1 MBQ9979016.1 WP_232038993.1 WP_232038993.1 KAF0259695.1 KAF0259695.1 WP_263011293.1 WP_263011293.1 WP_153201580.1 WP_153201580.1 WP_074667553.1 WP_074667553.1 WP_096443068.1 WP_096443068.1 WP_063378475.1 WP_063378475.1 WP_211627431.1 WP_211627431.1 WP_152029253.1 WP_152029253.1 WP_172228453.1 WP_172228453.1 XP_054800357.1 XP_054800357.1 MCD4805360.1 MCD4805360.1 MUU11774.1 MUU11774.1 WP_221286480.1 WP_221286480.1 WP_076679691.1 WP_076679691.1 QIG46118.1 QIG46118.1 WP_171531042.1 WP_171531042.1 XP_002430673.1 XP_002430673.1 ANJ20823.1 ANJ20823.1 NXR14151.1 NXR14151.1 MBI5003436.1 MBI5003436.1 MCU2740175.1 MCU2740175.1 WP_203339841.1 WP_203339841.1 XP_052621353.1 XP_052621353.1 KAJ4922108.1 KAJ4922108.1 MBK6983032.1 MBK6983032.1 MCI9332849.1 MCI9332849.1 WP_057489847.1 WP_057489847.1 WP_100146488.1 WP_100146488.1 WP_176018545.1 WP_176018545.1 MBI4448201.1 MBI4448201.1 WP_274358594.1 WP_274358594.1 XP_052375968.1 XP_052375968.1 WP_137692307.1 WP_137692307.1 MBS0252047.1 MBS0252047.1 MBM3499926.1 MBM3499926.1 MBQ6111538.1 MBQ6111538.1 WP_189646918.1 WP_189646918.1 MXX91804.1 MXX91804.1 WP_059632389.1 WP_059632389.1 WP_052379448.1 WP_052379448.1 HCW55486.1 HCW55486.1 WP_260920963.1 WP_260920963.1 HBS0905846.1 MCM6312373.1 HBS0905846.1 HBS0905846.1 HBS0905846.1 HBZ7417361.1 MAA73247.1 MAA73247.1 KJS09633.1 KJS09633.1 WP_063427392.1 WP_063427392.1 WP_171251269.1 WP_171251269.1 MBR6293537.1 MBR6293537.1 MBD8963934.1 MBD8963934.1 KAF4998971.1 KAF4998971.1 WP_056264272.1 WP_056264272.1 HIE21596.1 HIE21596.1 WP_262138576.1 WP_262138576.1 MBN4358138.1 MBN4358138.1 MBM3366565.1 MBM3366565.1 WP_182997113.1 WP_182997113.1 WP_215799033.1 WP_215799033.1 MBO7690464.1 MBO7690464.1 ANN75327.1 ANN75327.1 WP_283525395.1 WP_283525395.1 RVU39726.1 RVU39726.1 WP_129189671.1 WP_129189671.1 AJU61790.1 AJU61790.1 WP_009620393.1 WP_009620393.1 MCE5327674.1 MCE5327674.1 WP_184846795.1 WP_184846795.1 CAG5919444.1 CAG5919444.1 WP_251643117.1 WP_251643117.1 XP_013338901.1 XP_013338901.1 WP_254645866.1 WP_254645866.1 EFK3891274.1 EFK3891274.1 HIP46790.1 HIP46790.1 WP_271820285.1 MCB9544502.1 WP_271820285.1 WP_271820285.1 WP_119400337.1 WP_119400337.1 GGK76871.1 GGK76871.1 WP_161554567.1 WP_161554567.1 MBD5394228.1 MBD5394228.1 WP_049595658.1 WP_049595658.1 KAH8979981.1 KAH8979981.1 ANP72927.1 ANP72927.1 WP_279270002.1 WP_279270002.1 KAB2615394.1 KAB2615394.1 NTM88027.1 NTM88027.1 HAS6615025.1 HAS6615025.1 MCR5673014.1 MCR5673014.1 HCA5739398.1 HCA5739398.1 RAI83609.1 RAI83609.1 WP_255965801.1 WP_255965801.1 WP_255965801.1 MCC2649654.1 WP_010997757.1 WP_010997757.1 WP_244200682.1 WP_244200682.1 OTO70739.1 OTO70739.1 WP_143010918.1 WP_143010918.1 WP_255375741.1 WP_255375741.1 WP_257080809.1 WP_257080809.1 MBR5377733.1 MBR5377733.1 WP_247623927.1 WP_247623927.1 WP_018646673.1 WP_018646673.1 XP_016445639.1 XP_016445639.1 XP_029698713.1 XP_029698713.1 MBU5424338.1 MBU5424338.1 WP_111106433.1 WP_111106433.1 PDW44028.1 PDW44028.1 XP_013164386.1 XP_013164386.1 MBR3209975.1 MBR3209975.1 WP_006336501.1 WP_006336501.1 HCE77318.1 HCE77318.1 WP_015203918.1 WP_015203918.1 WP_086987611.1 WP_086987611.1 KAA6389633.1 KAA6389633.1 HEB56095.1 HEB56095.1 WP_047323176.1 WP_047323176.1 MBT6415404.1 MBT6415404.1 MBK3737236.1 MBK3737236.1 AEH52569.1 AEH52569.1 DAK76805.1 DAK76805.1 KAJ6490484.1 KAJ6490484.1 WP_157502995.1 WP_157502995.1 WP_223232292.1 WP_223232292.1 KYG00847.1 KYG00847.1 XP_033824504.1 XP_033824504.1 MBQ0048698.1 MBQ0048698.1 RBQ02499.1 RBQ02499.1 WP_074801249.1 WP_074801249.1 MBI1210064.1 MBI1210064.1 XP_054446685.1 XP_054446685.1 WP_129873796.1 WP_129873796.1 WP_087702867.1 WP_087702867.1 GFH27490.1 GFH27490.1 WP_034563362.1 WP_034563362.1 KAJ8704128.1 KAJ8704128.1 WP_224791962.1 WP_224791962.1 WP_268637051.1 WP_268637051.1 XP_028543448.1 XP_028543448.1 WP_213341058.1 WP_213341058.1 WP_025016984.1 WP_025016984.1 WP_170015751.1 WP_170015751.1 WP_277479375.1 WP_277479375.1 KAA3630074.1 KAA3630074.1 MBX3011771.1 MBX3011771.1 KMZ99658.1 KMZ99658.1 XP_001448147.1 XP_001448147.1 WP_107883730.1 WP_107883730.1 WP_067636955.1 WP_067636955.1 KAG6786554.1 KAG6786554.1 WP_176349335.1 WP_176349335.1 WP_169984846.1 WP_169984846.1 WP_103124525.1 WP_103124525.1 MCD3114202.1 MCD3114202.1 XP_046463157.1 XP_046463157.1 THY23779.1 THY23779.1 KAF6757059.1 KAF6757059.1 UJR17665.1 UJR17665.1 XP_042666906.1 XP_042666906.1 RGZ20155.1 RGZ20155.1 GIP39269.1 GIP39269.1 EII8712558.1 EII8712558.1 KAG2309455.1 KAG2309455.1 TSC89929.1 TSC89929.1 MBB4856459.1 MBB4856459.1 WP_264934627.1 WP_264934627.1 WP_262832653.1 WP_262832653.1 WP_029528833.1 WP_029528833.1 WP_282467912.1 WP_282467912.1 TXI82219.1 TXI82219.1 WP_278266677.1 WP_278266677.1 TNN52570.1 TNN52570.1 HBN08375.1 HBN08375.1 SJX71965.1 SJX71965.1 WP_127508273.1 WP_127508273.1 MBA3472522.1 MBA3472522.1 WP_241420500.1 WP_241420500.1 WP_218505696.1 WP_218505696.1 WP_226678738.1 WP_226678738.1 WP_187029467.1 WP_187029467.1 UUZ81931.1 UUZ81931.1 MBQ6875507.1 MBQ6875507.1 WP_101564711.1 WP_101564711.1 MSU20497.1 MSU20497.1 WP_047914038.1 WP_047914038.1 PWA46560.1 PWA46560.1 WP_153219677.1 WP_153219677.1 WP_171653853.1 WP_171653853.1 WP_227903033.1 WP_227903033.1 WP_047664410.1 WP_047664410.1 NLB93078.1 NLB93078.1 KAI1725697.1 KAI1725697.1 MBK8382708.1 MBK8382708.1 WP_208090714.1 WP_208090714.1 WP_280658332.1 WP_280658332.1 MXI78925.1 MXI78925.1 NLO64495.1 NLO64495.1 WP_064711955.1 WP_064711955.1 MBM2811997.1 MBM2811997.1 RLN36134.1 RLN36134.1 WP_119815679.1 WP_119815679.1 WP_213625822.1 WP_213625822.1 NEP87605.1 NEP87605.1 EGY4555186.1 EGY4555186.1 WP_105399038.1 WP_105399038.1 WP_251247609.1 WP_251247609.1 WP_266842210.1 WP_266842210.1 GMF22075.1 GMF22075.1 GHV04322.1 GHV04322.1 WP_074911472.1 WP_074911472.1 WP_182544916.1 WP_182544916.1 WP_232553043.1 WP_232553043.1 TCK28839.1 TCK28839.1 HCJ9518601.1 HCJ9518601.1 NUV85209.1 NUV85209.1 WP_216418390.1 WP_216418390.1 KAH8394604.1 KAH8394604.1 RLT18611.1 RLT18611.1 WP_267937098.1 WP_267937098.1 MBC7977454.1 MBC7977454.1 WP_257007586.1 WP_257007586.1 WP_257007586.1 HAZ0856238.1 WP_128690407.1 WP_128690407.1 WP_068563945.1 WP_068563945.1 MBN2775557.1 MBN2775557.1 WP_134806596.1 WP_134806596.1 NRB12392.1 NRB12392.1 WP_114695256.1 WP_114695256.1 MBI4300015.1 MBI4300015.1 WP_262175203.1 WP_262175203.1 WP_135676778.1 WP_135676778.1 QDH52386.1 QDH52386.1 MBS4968936.1 MBS4968936.1 TMJ83338.1 TMJ83338.1 EJS0734484.1 EJS0734484.1 EGT3575439.1 EGT3575439.1 OMO76535.1 OMO76535.1 WP_202587913.1 WP_202587913.1 WP_056382861.1 WP_056382861.1 XP_018594075.2 XP_018594075.2 WP_077492284.1 WP_077492284.1 GEX99374.1 GEX99374.1 MBS13190.1 MBS13190.1 XP_046837596.1 XP_046837596.1 WP_022723191.1 WP_022723191.1 WP_105336487.1 WP_105336487.1 MCO4016744.1 MCO4016744.1 WP_122747354.1 WP_122747354.1 KAI6203333.1 KAI6203333.1 MBO8166298.1 MBO8166298.1 OLE87009.1 OLE87009.1 KQM27662.1 KQM27662.1 WP_185921121.1 WP_185921121.1 WP_139649072.1 WP_139649072.1 KAG7345309.1 KAG7345309.1 XP_034481174.1 XP_034481174.1 EFA5447392.1 EFA5447392.1 MBI3868575.1 MBI3868575.1 BBG20955.1 BBG20955.1 WP_045136250.1 WP_045136250.1 MBF0107908.1 MBF0107908.1 MCB9222627.1 MCB9222627.1 RYY55682.1 RYY55682.1 WP_264750294.1 WP_264750294.1 XP_026100634.1 XP_026100634.1 PWM49891.1 PWM49891.1 WP_017487366.1 WP_017487366.1 WP_034968029.1 WP_034968029.1 OXE30643.1 OXE30643.1 QDI78883.1 QDI78883.1 XP_008604006.1 XP_008604006.1 EGT0637761.1 EGT0637761.1 WP_135916821.1 WP_135916821.1 MXW58053.1 MXW58053.1 XP_050358545.1 XP_050358545.1 XP_004225259.1 XP_004225259.1 TBR44965.1 TBR44965.1 AQA21753.1 AQA21753.1 DAO35860.1 DAO35860.1 MCB9555407.1 MCB9555407.1 NOG54385.1 NOG54385.1 XP_027894086.1 XP_027894086.1 OJG95819.1 OJG95819.1 GIY33458.1 GIY33458.1 MCI1663915.1 MCI1663915.1 WP_142429410.1 WP_142429410.1 XP_040114763.1 XP_040114763.1 WP_129857883.1 WP_129857883.1 WP_137058869.1 WP_137058869.1 WP_278924671.1 WP_278924671.1 XP_033130084.1 XP_033130084.1 WP_186939222.1 WP_186939222.1 WP_186939222.1 MCM1122913.1 WP_186939222.1 WP_223292749.1 RZO90007.1 RZO90007.1 WP_067908376.1 WP_067908376.1 XP_010831352.1 XP_010831352.1 WP_187094112.1 WP_187094112.1 WP_176538754.1 WP_176538754.1 MPT34124.1 MPT34124.1 MBO5205168.1 MBO5205168.1 MBK8687530.1 MBK8687530.1 WP_228527316.1 WP_228527316.1 ECA9858842.1 ECA9858842.1 WP_276153259.1 WP_276153259.1 PCJ60344.1 PCJ60344.1 WP_034004944.1 WP_034004944.1 XP_007405597.1 XP_007405597.1 WP_241323553.1 WP_241323553.1 WP_030096092.1 WP_030096092.1 WP_149633476.1 WP_149633476.1 COS78102.1 COS78102.1 XP_031145922.1 XP_031145922.1 KAF1792308.1 KAF1792308.1 XP_012206226.1 XP_012206226.1 TIX75263.1 TIX75263.1 TNH24208.1 TNH24208.1 WP_147434933.1 WP_147434933.1 WP_091252096.1 WP_091252096.1 HJE11106.1 HJE11106.1 MBQ1306452.1 MBQ1306452.1 MBR5168981.1 MBR5168981.1 WP_010865602.1 WP_010865602.1 WP_074028604.1 WP_074028604.1 WP_270967954.1 WP_254101325.1 WP_270967954.1 WP_270967954.1 CAG5083139.1 CAG5083139.1 WP_121452481.1 WP_121452481.1 MBQ8412219.1 MBQ8412219.1 RYE89993.1 RYE89993.1 WP_160352546.1 WP_160352546.1 MBU2573448.1 MBU2573448.1 TAG14385.1 TAG14385.1 HIS46075.1 HIS46075.1 MBS6779195.1 MBS6779195.1 MBP3450714.1 MBP3450714.1 WP_259633828.1 WP_259633828.1 CAB3503427.1 CAB3503427.1 WP_167084302.1 WP_167084302.1 MBK9137892.1 MBK9137892.1 WP_086612756.1 WP_086612756.1 WP_229319113.1 WP_229319113.1 MCI40880.1 MCI40880.1 MBU6305288.1 MBU6305288.1 UAS17182.2 UAS17182.2 MBN1762539.1 MBN1762539.1 KVN34631.1 KVN34631.1 CAD2189922.1 CAD2189922.1 KAF5671546.1 KAF5671546.1 CAG8783316.1 CAG8783316.1 XP_006161615.1 XP_006161615.1 WP_207472995.1 WP_207472995.1 TMG92410.1 TMG92410.1 MBL0091585.1 MBL0091585.1 EJI8012843.1 EDF5922784.1 EJI8012843.1 EJI8012843.1 8APN_AM 8APN_AM WP_073680713.1 WP_073680713.1 SQB81123.1 SQB81123.1 KAI2569442.1 KAI2569442.1 WP_049468231.1 WP_049468231.1 WP_074825075.1 WP_277084622.1 WP_074825075.1 WP_074825075.1 WP_074825075.1 MBA2536487.1 WP_074825075.1 WP_078429679.1 WP_074925385.1 WP_074925385.1 CAI2162316.1 CAI2162316.1 WP_011629477.1 WP_011629477.1 WP_122031495.1 WP_122031495.1 WP_177995267.1 WP_177995267.1 WP_111457087.1 WP_111457087.1 KAA8693182.1 KAA8693182.1 MYT92751.1 MYT92751.1 XP_043889695.1 XP_043889695.1 WP_274549238.1 WP_274549238.1 DAZ64401.1 DAZ64401.1 ESS65152.1 ESS65152.1 WP_095451526.1 WP_095451526.1 XP_040286004.1 XP_040286004.1 KPX96424.1 KPX96424.1 WP_233290946.1 WP_233290946.1 WP_139552727.1 WP_139552727.1 ETO85594.1 ETO85594.1 TWP21248.1 TWP21248.1 WP_225318916.1 WP_225318916.1 WP_128455839.1 WP_128455839.1 WP_109249144.1 WP_109249144.1 WP_272056282.1 WP_272056282.1 ECC0814460.1 ECC0814460.1 RZO46377.1 RZO46377.1 NXB12866.1 NXB12866.1 WP_203282270.1 WP_203282270.1 WP_083681546.1 WP_083681546.1 OYZ24246.1 OYZ24246.1 WP_140889516.1 WP_140889516.1 MBN0056136.1 MBN0056136.1 CKL52325.1 CKL52325.1 TIP25924.1 TIP25924.1 WP_173580245.1 WP_173580245.1 MBP9134796.1 MBP9134796.1 WP_179321248.1 WP_179321248.1 EAA1978353.1 EAA1978353.1 DAZ71054.1 DAZ71054.1 XP_001275352.1 XP_001275352.1 RCX10040.1 RCX10040.1 WP_276263713.1 WP_276263713.1 ETI31896.1 ETI31896.1 PZW56938.1 PZW56938.1 VUC33496.1 VUC33496.1 WP_279595826.1 ECC1749556.1 WP_279595826.1 WP_279595826.1 WP_216295494.1 WP_216295494.1 WP_186556299.1 WP_186556299.1 XP_036352003.1 XP_036352003.1 AUW66636.1 AUW66636.1 XP_021678658.1 XP_021678658.1 WP_257777211.1 WP_257777211.1 WP_045332585.1 WP_045332585.1 WP_196396761.1 WP_196396761.1 WP_263298010.1 WP_263298010.1 GFD45028.1 GFD45028.1 MBE1549930.1 MBE1549930.1 WP_154951203.1 WP_154951203.1 XP_042646948.1 XP_042646948.1 WP_148044309.1 WP_148044309.1 GEY78623.1 GEY78623.1 WP_157767135.1 WP_157767135.1 MBI3668312.1 MBI3668312.1 EDD0587303.1 EDD0587303.1 KAI6685811.1 KAI6685811.1 MBN9383861.1 MBN9383861.1 OAL48948.1 OAL48948.1 RUS79844.1 RUS79844.1 WP_266613108.1 WP_266613108.1 HCN7845163.1 HCN7845163.1 MBR7122964.1 MBR7122964.1 WP_154324327.1 WP_154324327.1 HCT61068.1 HCT61068.1 MBZ5490509.1 MBZ5490509.1 RZK52568.1 RZK52568.1 XP_018661491.1 XP_018661491.1 WP_222251196.1 WP_222251196.1 RGG06187.1 RGG06187.1 MBQ6421794.1 MBQ6421794.1 WP_251290759.1 WP_251290759.1 MCF2638803.1 MCF2638803.1 KAJ3519417.1 KAJ3519417.1 MCD8138445.1 MCD8138445.1 WP_263513200.1 WP_263513200.1 NWW37631.1 NWW37631.1 WP_010859888.1 WP_010859888.1 EFS12202.1 EFS12202.1 WP_245836657.1 WP_245836657.1 WP_208750182.1 WP_208750182.1 WP_069944653.1 WP_069944653.1 KXK44331.1 KXK44331.1 WP_190971545.1 WP_190971545.1 DAT73027.1 DAT73027.1 HCT06136.1 HCT06136.1 KAG1677749.1 KAG1677749.1 CAI3266215.1 CAI3266215.1 WP_160923791.1 WP_160923791.1 MBQ9635153.1 MBQ9635153.1 WP_185892762.1 WP_185892762.1 XP_001312457.2 XP_001312457.2 WP_140229785.1 WP_140229785.1 XP_029003841.1 XP_029003841.1 MCC1459731.1 MCC1459731.1 MCC6386819.1 MCC6386819.1 WP_153033981.1 WP_153033981.1 MCE2153491.1 MCE2153491.1 XP_040937145.1 XP_040937145.1 WP_214850425.1 WP_214850425.1 RMF71452.1 RMF71452.1 WP_200671006.1 WP_200671006.1 WP_263537640.1 WP_263537640.1 WP_088153117.1 WP_088153117.1 HJC40183.1 HJC40183.1 WP_155963450.1 WP_155963450.1 XP_017706045.1 XP_017706045.1 KAJ6801625.1 KAJ6801625.1 MBS1921425.1 MBS1921425.1 MBD5086961.1 MBD5086961.1 NLS70598.1 NLS70598.1 WP_018187484.1 WP_018187484.1 MBI4606629.1 MBI4606629.1 EAP5059555.1 EAP5059555.1 MXX44250.1 MXX44250.1 WP_235060562.1 WP_235060562.1 MBK8752367.1 MBK8752367.1 WP_049697298.1 WP_049697298.1 KNE54577.1 KNE54577.1 MBS0281612.1 MBS0281612.1 WP_037818847.1 WP_037818847.1 TML70651.1 TML70651.1 YP_007317140.1 YP_007317140.1 NQZ80525.1 NQZ80525.1 WP_061548291.1 WP_061548291.1 OGU48181.1 OGU48181.1 TIQ70464.1 TIQ70464.1 WP_010434011.1 WP_010434011.1 NLP00897.1 NLP00897.1 TXH38725.1 TXH38725.1 MBN2697970.1 MBN2697970.1 CAE5960238.1 CAE5960238.1 WP_120171324.1 WP_120171324.1 WP_120171324.1 KPA62791.1 WP_252115680.1 WP_252115680.1 EZA58905.1 EZA58905.1 MBL8041865.1 MBL8041865.1 WP_135847767.1 WP_135847767.1 HIT09367.1 HIT09367.1 WP_180860911.1 WP_180860911.1 EAQ3014137.1 EAQ3014137.1 MCA9799621.1 MCA9799621.1 WP_278273894.1 WP_278273894.1 WP_090178898.1 WP_090178898.1 WP_264248212.1 WP_264248212.1 MBQ8743106.1 MBQ8743106.1 EAH4606626.1 EAH4606626.1 HCG2498768.1 HCG2498768.1 HBA5291325.1 HBA5291325.1 MBU0720757.1 MBU0720757.1 WP_225744764.1 WP_225744764.1 WP_053743010.1 WP_053743010.1 EFJ8748319.1 EHW4468754.1 EFJ8748319.1 EFJ8748319.1 ULU28230.1 ULU28230.1 MBP3421135.1 MBP3421135.1 WP_095310603.1 WP_095310603.1 NBW88664.1 NBW88664.1 XP_010481786.1 XP_010481786.1 VDP42962.1 VDP42962.1 MBF0362390.1 MBF0362390.1 WP_230208134.1 WP_230208134.1 KAJ8438905.1 KAJ8438905.1 WP_093797100.1 WP_093797100.1 MCA9871439.1 MCA9871439.1 XP_007828375.1 XP_007828375.1 MBL4798178.1 MBL4798178.1 WP_119928822.1 WP_119928822.1 XP_054720054.1 XP_054720054.1 WP_211748754.1 WP_211748754.1 MBU0518438.1 MBU0518438.1 NXD58230.1 NXD58230.1 MBL4825303.1 MBL4825303.1 HAG54718.1 HAG54718.1 WP_047323805.1 WP_019807556.1 WP_047323805.1 WP_047323805.1 KAG5639171.1 KAG5639171.1 EJF06804.1 EJF06804.1 XP_048961030.1 XP_048961030.1 XP_014086709.1 XP_014086709.1 NBO56108.1 NBO56108.1 WP_065358803.1 WP_065358803.1 WP_179536231.1 WP_179536231.1 WP_250499463.1 WP_250499463.1 EMF80818.1 EMF80818.1 WP_202082228.1 WP_202082228.1 WP_218198734.1 WP_218198734.1 UJQ14296.1 UJQ14296.1 WP_281734351.1 WP_281734351.1 AQA19851.1 AQA19851.1 MBT4511102.1 MBT4511102.1 EHS0147317.1 EHS0147317.1 EHS0147317.1 WP_238850425.1 WP_067032591.1 WP_067032591.1 CEZ68761.1 CEZ68761.1 MBW6187146.1 MBW6187146.1 XP_052737512.1 XP_052737512.1 RLT25539.1 RLT25539.1 MCH8117287.1 MCH8117287.1 MBT5780702.1 MBT5780702.1 WP_121182262.1 WP_121182262.1 WP_114811503.1 WP_114811503.1 WP_245838763.1 WP_245838763.1 MBT6972091.1 MBT6972091.1 MCU1401149.1 MCU1401149.1 WP_271406340.1 WP_271406340.1 WP_130962786.1 WP_130962786.1 WP_243678753.1 WP_243678753.1 WP_245971990.1 WP_245971990.1 VDD35992.1 VDD35992.1 WP_281670363.1 WP_281670363.1 XP_026994537.1 XP_026994537.1 XP_047076827.1 XP_047076827.1 MBR2684576.1 MBR2684576.1 WP_113625996.1 WP_113625996.1 MCH8269832.1 MCH8269832.1 AGD93042.1 AGD93042.1 KAI4090501.1 KAI4090501.1 NLO81011.1 NLO81011.1 WP_074053577.1 WP_074053577.1 OQA35671.1 OQA35671.1 MBS3065855.1 MBS3065855.1 MBR5562318.1 MBR5562318.1 WP_122440133.1 WP_122440133.1 MBR4038690.1 MBR4038690.1 MBR6141090.1 MBR6141090.1 WP_087909023.1 WP_087909023.1 WP_054891276.1 WP_054891276.1 WP_061195945.1 WP_061195945.1 KAH0642104.1 KAH0642104.1 WP_164582471.1 WP_164582471.1 WP_194621234.1 WP_194621234.1 WP_106812746.1 WP_106812746.1 WP_009714971.1 QQS09360.1 WP_009714971.1 WP_009714971.1 MTI81752.1 MTI81752.1 KAJ3160366.1 KAJ3160366.1 PTX93603.1 PTX93603.1 WP_252438898.1 WP_252438898.1 WP_026002460.1 WP_026002460.1 WP_282322778.1 WP_096067320.1 WP_282322778.1 WP_282322778.1 WP_085315249.1 WP_085315249.1 XP_023529459.1 XP_023529459.1 WP_137885208.1 WP_137885208.1 RWW58604.1 RWW58604.1 WP_167301289.1 WP_167301289.1 WP_003748238.1 WP_003748238.1 WP_002894198.1 WP_002894198.1 EEC70172.1 EEC70172.1 PNH10535.1 PNH10535.1 WP_109305164.1 WP_109305164.1 WP_179050696.1 WP_179050696.1 MBS0449087.1 MBS0449087.1 CAC10160.1 CAC10160.1 OHD72009.1 OHD72009.1 KAJ0960782.1 KAJ0960782.1 OPZ33967.1 OPZ33967.1 WP_179827767.1 WP_179827767.1 WP_131914061.1 WP_131914061.1 XP_052288270.1 XP_052288270.1 PKP76071.1 PKP76071.1 WP_144841777.1 WP_144841777.1 KFP60608.1 KFP60608.1 WP_189693187.1 WP_125188824.1 WP_189693187.1 WP_189693187.1 MCK5302212.1 MCK5302212.1 PJC62958.1 PJC62958.1 XP_009308369.1 XP_009308369.1 XP_047046442.1 XP_047046442.1 WP_262247119.1 WP_262247119.1 KAF6089756.1 KAF6089756.1 WP_150724537.1 WP_150724537.1 KAI7727618.1 KAI7727618.1 WP_164107212.1 WP_164107212.1 XP_055928676.1 XP_055928676.1 HIR39763.1 HIR39763.1 MCH1470780.1 MCH1470780.1 XP_035385791.1 XP_035385791.1 MBV8954574.1 MBV8954574.1 MBE0479857.1 MBE0479857.1 WP_152458326.1 WP_152458326.1 TVR86131.1 TVR86131.1 MCF0253735.1 MCF0253735.1 XP_030565673.1 XP_030565673.1 EFV4730429.1 EFV4730429.1 XP_045807497.1 XP_045807497.1 XP_045807497.1 WP_145031602.1 XP_045807497.1 NOU36639.1 WP_179091326.1 WP_179091326.1 MCC7351004.1 MCC7351004.1 WP_158323663.1 WP_158323663.1 MCI6190072.1 MCI6190072.1 MCG67859.1 MCG67859.1 PWU57639.1 PWU57639.1 WP_099100504.1 WP_099100504.1 WP_253357977.1 WP_253357977.1 WP_218989306.1 WP_218989306.1 PKO20637.1 PKO20637.1 MBV9159501.1 MBV9159501.1 XP_032085066.1 XP_032085066.1 TSA09501.1 TSA09501.1 OFV87204.1 OFV87204.1 MCC6149544.1 MCC6149544.1 KAJ7819277.1 KAJ7819277.1 WP_214892570.1 WP_214892570.1 MBG6071015.1 MBG6071015.1 WP_015154948.1 WP_015154948.1 WP_198297627.1 WP_198297627.1 WP_233572281.1 WP_233572281.1 WP_101275729.1 WP_101275729.1 KKA06871.1 KKA06871.1 WP_109267392.1 WP_109267392.1 WP_045339064.1 WP_045339064.1 WP_094217606.1 WP_094217606.1 CBH50084.1 CBH50084.1 WP_121217628.1 WP_121217628.1 WP_085176546.1 WP_085176546.1 RJU83745.1 RJU83745.1 WP_210167953.1 WP_210167953.1 XP_016339808.1 XP_016339808.1 MBL1147659.1 MBL1147659.1 MBC2353926.1 MBC2353926.1 MCD6302399.1 MCD6302399.1 QDG92469.1 QDG92469.1 XP_035778474.1 XP_035778474.1 OME96001.1 OME96001.1 XP_004384112.1 XP_004384112.1 WP_065073385.1 WP_065073385.1 WP_103263575.1 WP_103263575.1 WP_097199932.1 WP_097199932.1 VUT24782.1 VUT24782.1 WP_011062110.1 WP_011062110.1 WP_133179454.1 MCB1412915.1 WP_133179454.1 WP_133179454.1 XP_027584191.1 XP_027584191.1 WP_250377942.1 WP_250377942.1 MCM2455575.1 MCM2455575.1 KAF1787790.1 KAF1787790.1 WP_197744369.1 WP_197744369.1 WP_227329750.1 WP_227329750.1 CAH0730513.1 CAH0730513.1 WP_124908062.1 WP_124908062.1 KAJ0798837.1 KAJ0798837.1 MCA1595916.1 MCA1595916.1 2VGF_A 2VGF_A WP_059923305.1 WP_059923305.1 ESK93629.1 ESK93629.1 KAF5772005.1 KAF5772005.1 XP_032707293.1 XP_032707293.1 WP_160447747.1 WP_160447747.1 GJM25205.1 GJM25205.1 WP_100571198.1 WP_100571198.1 XP_028766233.1 XP_028766233.1 WP_143356561.1 WP_143356561.1 RLA95129.1 RLA95129.1 MBN1854849.1 MBN1854849.1 XP_024707996.1 XP_024707996.1 XP_007206475.1 XP_007206475.1 WP_101938578.1 WP_101938578.1 WP_224828628.1 WP_224828628.1 MBZ5591381.1 MBZ5591381.1 KAI8838875.1 KAI8838875.1 KAH7009790.1 KAH7009790.1 EQA53083.1 EQA53083.1 WP_141952156.1 WP_141952156.1 WP_161208527.1 WP_161208527.1 WP_278436726.1 WP_278436726.1 XP_005405047.1 XP_005405047.1 WP_149128675.1 WP_149128675.1 CAF1216529.1 CAF1216529.1 WP_270908912.1 WP_270908912.1 WP_019470943.1 WP_019470943.1 WP_023843991.1 WP_023843991.1 UTN87579.1 UTN87579.1 NYI84739.1 NYI84739.1 WP_181898940.1 WP_181898940.1 WP_088526897.1 MBP5709003.1 WP_088526897.1 WP_088526897.1 PWC90347.1 PWC90347.1 MSU45888.1 MSU45888.1 MBT0668662.1 MBT0668662.1 CAH0727316.1 CAH0727316.1 WP_256342227.1 WP_256342227.1 NCA33082.1 NCA33082.1 XP_045183397.2 XP_045183397.2 WP_279295785.1 WP_279295785.1 KAA0234643.1 KAA0234643.1 WP_188888464.1 WP_188888464.1 MBS1743426.1 MBS1743426.1 EBD4871273.1 EBD4871273.1 MBO9629596.1 MBO9629596.1 KOR84431.1 KOR84431.1 MBQ7329863.1 MBQ7329863.1 WP_132575460.1 WP_132575460.1 HAV2020887.1 HAV2020887.1 WP_152735594.1 WP_152735594.1 MBX9878857.1 MBX9878857.1 WP_037889990.1 WP_037889990.1 MBP7989505.1 MBP7989505.1 WP_203162307.1 WP_203162307.1 MBF8983114.1 MBF8983114.1 XP_054844157.1 XP_054844157.1 WP_077217464.1 HBO4828144.1 WP_077217464.1 WP_077217464.1 WP_116788607.1 WP_116788607.1 WP_002541411.1 WP_002541411.1 WP_280713773.1 WP_280713773.1 WP_147493387.1 WP_147493387.1 WP_182342936.1 WP_182342936.1 WP_232243969.1 WP_232243969.1 MBN1793755.1 MBN1793755.1 WP_100378753.1 WP_100378753.1 KAJ3691906.1 KAJ3691906.1 WP_036258374.1 WP_036258374.1 QNK62815.1 QNK62815.1 MCD7834656.1 MCD7834656.1 MBP7634095.1 MBP7634095.1 XP_019384620.1 XP_019384620.1 MBT3747969.1 MBT3747969.1 MBQ6998144.1 MBQ6998144.1 WP_150930630.1 WP_150930630.1 XP_026120963.1 XP_026120963.1 WP_126840241.1 WP_126840241.1 HBK0888477.1 HBK0888477.1 XP_027768392.1 XP_027768392.1 WP_192026965.1 WP_192026965.1 WP_192026965.1 EWA78047.1 KAF0880495.1 KAF0880495.1 WP_234564275.1 WP_234564275.1 XP_013982426.1 XP_013982426.1 EIR3813187.1 EIR3813187.1 XP_030620685.1 XP_030620685.1 NHB63634.1 NHB63634.1 KAB4839568.1 KAB4839568.1 EPB83562.1 EPB83562.1 WP_079304935.1 WP_079304935.1 EAH7180598.1 EAH7180598.1 WP_127965636.1 WP_127965636.1 MBP3290446.1 MBP3290446.1 MBL0848796.1 MBL0848796.1 PLN85696.1 PLN85696.1 MBR4316258.1 MBR4316258.1 HBU57020.1 HBU57020.1 RMZ53977.1 RMZ53977.1 WP_104739464.1 WP_104739464.1 WP_178999808.1 WP_178999808.1 WP_080539504.1 WP_080539504.1 WP_271563639.1 WP_271563639.1 YP_009901198.1 YP_009901198.1 WP_240053789.1 WP_240053789.1 GFD60763.1 GFD60763.1 MBQ48993.1 MBQ48993.1 RLS53863.1 RLS53863.1 MRN26950.1 MRN26950.1 WP_005253785.1 WP_005253785.1 WP_059566149.1 WP_059566149.1 OGD88828.1 OGD88828.1 HDZ72415.1 HDZ72415.1 NDI25889.1 NDI25889.1 MBL1272346.1 MBL1272346.1 XP_013617705.1 XP_013617705.1 MBL6635315.1 MBL6635315.1 MBB6433666.1 MBB6433666.1 WP_061261925.1 WP_061261925.1 WP_240207262.1 WP_240207262.1 WP_101662518.1 WP_101662518.1 MBT3358747.1 MBT3358747.1 HAL84546.1 HAL84546.1 WP_051686353.1 WP_051686353.1 XP_008293954.1 XP_027026332.2 XP_008293954.1 XP_008293954.1 MCB1644245.1 MCB1644245.1 MCH7862091.1 MCH7862091.1 NUN10705.1 NUN10705.1 XP_007761143.1 XP_007761143.1 WP_107551828.1 WP_107551828.1 QQO85492.1 QQO85492.1 MBQ6794463.1 MBQ6794463.1 MBK9391165.1 MBK9391165.1 WP_111113162.1 WP_013970683.1 WP_111113162.1 WP_261281372.1 WP_111113162.1 WP_111113162.1 CAD7694243.1 CAD7694243.1 HBE26957.1 HBE26957.1 MBS7058472.1 MBS7058472.1 MBT5464676.1 MBT5464676.1 WP_249119039.1 WP_249119039.1 PSQ73325.1 PSQ73325.1 XP_037293573.1 XP_037293573.1 AHM93900.1 UNP61785.1 AHM93900.1 AHM93900.1 XP_624193.2 XP_624193.2 WP_126678289.1 WP_126678289.1 HBU6715136.1 HBU6715136.1 KAI5657497.1 KAI5657497.1 MBR4371193.1 MBR4371193.1 XP_025786250.1 XP_025786250.1 HBN0452499.1 HBN0452499.1 NXW19449.1 NXW19449.1 WP_153747345.1 WP_153747345.1 MXD03405.1 MXD03405.1 WP_212309145.1 WP_212309145.1 NEU29184.1 NEU29184.1 MBQ5754168.1 MBQ5754168.1 MBQ8003389.1 MBQ8003389.1 GEW80515.1 GEW80515.1 MCH2165167.1 MCH2165167.1 KAB0360174.1 KAB0360174.1 WP_115470986.1 WP_115470986.1 OMJ26529.1 OMJ26529.1 WP_129770031.1 WP_129770031.1 RWK19229.1 RWK19229.1 CDX32740.1 CDX32740.1 WP_255761006.1 WP_255761006.1 WP_255352846.1 WP_255352846.1 QLQ30255.1 QLQ30255.1 MCH2065391.1 MCH2065391.1 WP_105599976.1 WP_105599976.1 WP_204650864.1 WP_204650864.1 KMZ56706.1 KMZ56706.1 TLZ05171.1 TLZ05171.1 WP_032373688.1 WP_032373688.1 HBY0139633.1 HBY0139633.1 WP_122236618.1 WP_122236618.1 WP_194104904.1 WP_194104904.1 WP_210799437.1 WP_210799437.1 WP_066519483.1 WP_066519483.1 WP_087384365.1 WP_087384365.1 KFP63770.1 KFP63770.1 WP_272114414.1 WP_272114414.1 MBN4326111.1 MBN4326111.1 MBD8893743.1 MBD8893743.1 KAJ6059888.1 KAJ6059888.1 WP_063640296.1 WP_063640296.1 XP_020272228.1 XP_020272228.1 XP_053592881.1 XP_053592881.1 HCF6759084.1 PLA74748.1 HCF6759084.1 HCF6759084.1 HCF6759084.1 MBN8536342.1 HBF53378.1 HBF53378.1 XP_017857703.1 XP_017857703.1 PIV62444.1 PIV62444.1 XP_020788278.1 XP_020788278.1 WP_280343167.1 WP_280343167.1 MCC6539403.1 MCC6539403.1 CAI5716986.1 CAI5716986.1 MCK9371657.1 MCK9371657.1 MBE4717433.1 MBE4717433.1 UMM23672.1 UMM23672.1 WP_059171534.1 WP_059171534.1 MBF0143407.1 MBF0143407.1 XP_009031127.1 XP_009031127.1 WP_248112338.1 WP_248112338.1 WP_012924408.1 WP_012924408.1 MCD6205878.1 MCD6205878.1 ASL92868.1 ASL92868.1 MBU0633142.1 MBU0633142.1 WP_135820337.1 WP_135820337.1 MBG91959.1 MBG91959.1 MBV2096469.1 MBV2096469.1 MCH8223536.1 MCH8223536.1 MOX37967.1 MOX37967.1 WP_123234331.1 WP_123234331.1 WP_062917436.1 WP_062917436.1 KAJ6728134.1 KAJ6728134.1 WP_264228578.1 OGA29379.1 WP_264228578.1 HCJ45190.1 WP_264228578.1 WP_264228578.1 MCA0453363.1 MCA0453363.1 MBN1275370.1 MBN1275370.1 MCT8275829.1 MCT8275829.1 WP_125251950.1 WP_125251950.1 WP_177055611.1 WP_177055611.1 WP_112382897.1 WP_112382897.1 WP_229447885.1 WP_229447885.1 WP_232676102.1 WP_232676102.1 SCH22700.1 SCH22700.1 WP_073251662.1 WP_073251662.1 KAJ8488862.1 KAJ8488862.1 HAR3824072.1 HAR3824072.1 MSO98652.1 MSO98652.1 XP_008264087.1 XP_008264087.1 WP_083824265.1 WP_083824265.1 MCA8990238.1 MCA8990238.1 WP_031504118.1 WP_031504118.1 MBT1821840.1 MBT1821840.1 MCL5772337.1 MCL5772337.1 GFD10569.1 GFD10569.1 MBO7366298.1 MBO7366298.1 XP_056309872.1 XP_056309872.1 HHC07960.1 HHC07960.1 WP_279836660.1 WP_279836660.1 EHA1083554.1 EHA1083554.1 MBQ2587741.1 MBQ2587741.1 XP_011924069.1 XP_011924069.1 OGD37525.1 OGD37525.1 CAH9417069.1 CAH9417069.1 WP_061795322.1 WP_061795322.1 KAE9407684.1 KAE9407684.1 WP_144929841.1 WP_144929841.1 ABB86219.1 ABB86219.1 WP_207855327.1 WP_207855327.1 MBR4831078.1 MBR4831078.1 KAF5705428.1 KAF5705428.1 MQG84887.1 MQG84887.1 NUR94205.1 NUR94205.1 KAI9087862.1 KAI9087862.1 MPC13528.1 MPC13528.1 MBN2660390.1 MBN2660390.1 MBK9183427.1 MBK9183427.1 MCO5068575.1 MCO5068575.1 WP_070545363.1 WP_070545363.1 WP_200154298.1 WP_200154298.1 OWZ34415.1 OWZ34415.1 EGQ8192442.1 EGQ8192442.1 CAG7850540.1 CAG7850540.1 KAJ4213304.1 KAJ4213304.1 WP_170235146.1 WP_170235146.1 MBQ3156222.1 MBQ3156222.1 WP_056726975.1 WP_056726975.1 KAJ3469091.1 KAJ3469091.1 XP_027201715.1 XP_027201715.1 MBF1354756.1 MBF1354756.1 RNA69827.1 RNA69827.1 WP_054910535.1 WP_054910535.1 MCQ2587557.1 MCQ2587557.1 WP_267829077.1 WP_267829077.1 HBK1877356.1 HBK1877356.1 WP_233689818.1 WP_233689818.1 HAL5964588.1 HAL5964588.1 XP_002973447.1 XP_002973447.1 WP_203727943.1 WP_203727943.1 WP_238267528.1 WP_238267528.1 MBX7122227.1 MBX7122227.1 EGT3616788.1 EGT3616788.1 MBP1550239.1 MBP1550239.1 WP_008470196.1 WP_142133210.1 WP_008470196.1 WP_222125851.1 WP_008470196.1 WP_008470196.1 WP_008470196.1 WP_279984614.1 WP_008470196.1 WP_115992495.1 EHY1237200.1 EHY1237200.1 WP_063692548.1 WP_063692548.1 WP_058877503.1 WP_058877503.1 HBP29295.1 HBP29295.1 WP_169872765.1 WP_169872765.1 MCI7575045.1 MCI7575045.1 HCE7955950.1 HCE7955950.1 YP_009226675.1 YP_009226675.1 MBK6290503.1 MBK6290503.1 WP_039672911.1 WP_039672911.1 XP_029439375.1 XP_029439375.1 NJC23639.1 NJC23639.1 HCZ13020.1 HCZ13020.1 RQD71026.1 RQD71026.1 MBE7174334.1 MBE7174334.1 MCF8449868.1 MCF8449868.1 WP_217309755.1 WP_217309755.1 TXG48910.1 TXG48910.1 OMP12204.1 OMP12204.1 NET34040.1 NET34040.1 WP_182308552.1 WP_182308552.1 XP_050785609.1 XP_050785609.1 WP_145279320.1 WP_145279320.1 WP_190728559.1 WP_190728559.1 WP_043884631.1 WP_043884631.1 MCL4835344.1 MCL4835344.1 CKR50421.1 CKR50421.1 KAF6355230.1 KAF6355230.1 EFP11715.1 EFP11715.1 MBN2220243.1 MBN2220243.1 XP_001426929.1 XP_001426929.1 WP_004841038.1 WP_004841038.1 GFT25780.1 GFT25780.1 WP_108101124.1 WP_108101124.1 WP_233494598.1 WP_233494598.1 XP_037174607.1 XP_037174607.1 WP_008314082.1 WP_008314082.1 XP_035530493.1 XP_035530493.1 WP_031940100.1 WP_031940100.1 WP_129194092.1 WP_129194092.1 NVK17210.1 NVK17210.1 QQS37660.1 QQS37660.1 XP_012264750.2 XP_012264750.2 MBK7503626.1 MBK7503626.1 XP_040086206.1 XP_040086206.1 HHJ06374.1 HHJ06374.1 MCH99616.1 MCH99616.1 MPY37361.1 MPY37361.1 MCQ2288428.1 MCQ2288428.1 WP_021646634.1 WP_021646634.1 WP_244811380.1 WP_244811380.1 EUA22401.1 EUA22401.1 WP_074096037.1 WP_074096037.1 MBD2210658.1 MBD2210658.1 MCF2656092.1 MCF2656092.1 WP_238588402.1 WP_238588402.1 MBR0212985.1 MBR0212985.1 KAI6019239.1 KAI6019239.1 WP_223749936.1 WP_223749936.1 MBX8197149.1 MBX8197149.1 KAG4074423.1 KAG4074423.1 WP_139499883.1 WP_139499883.1 MCD6533325.1 MCD6533325.1 MBO68682.1 MBO68682.1 WP_224586479.1 WP_224586479.1 GBE25682.1 GBE25682.1 MBI3947524.1 MBI3947524.1 MBA3031770.1 MBA3031770.1 MBU7046308.1 MBU7046308.1 NTZ64221.1 NTZ64221.1 MBL1120007.1 MBL1120007.1 NIF31361.1 WP_104836709.1 NIF31361.1 NIF31361.1 MCH4209672.1 MCH4209672.1 WP_244250846.1 WP_244250846.1 WP_261970917.1 WP_261970917.1 UKE84511.1 UKE84511.1 MCU0251598.1 MCU0251598.1 HAW5846675.1 HAW5846675.1 DAQ84782.1 DAQ84782.1 WP_084371136.1 WP_084371136.1 WP_088774527.1 WP_088774527.1 MBM4075151.1 MBM4075151.1 OLA65010.1 OLA65010.1 KAH8277827.1 KAH8277827.1 MBK9228460.1 MBK9228460.1 WP_105035243.1 WP_105035243.1 KAJ6942832.1 KAJ6942832.1 WP_189417916.1 WP_189417916.1 MBQ7293051.1 MBQ7293051.1 WP_159259813.1 WP_159259813.1 EAH5981648.1 EAH5981648.1 WP_227461668.1 WP_227461668.1 AAX49003.1 AAX49003.1 CRK93005.1 CRK93005.1 MBM4091591.1 MBM4091591.1 WP_282259321.1 WP_282259321.1 WP_212626688.1 WP_212626688.1 WP_167345377.1 WP_167345377.1 NXJ48511.1 NXJ48511.1 WP_062713263.1 WP_062713263.1 WP_087437779.1 WP_087437779.1 WP_261907733.1 WP_261907733.1 RWR83460.1 RWR83460.1 WP_126933505.1 WP_126933505.1 MCG6912449.1 MCG6912449.1 WP_008701575.1 WP_008701575.1 WP_008701575.1 WP_166886913.1 KAE9450885.1 KAE9450885.1 WP_126353423.1 WP_126353423.1 WP_159461552.1 WP_159461552.1 XP_017354457.1 XP_017354457.1 WP_031885024.1 WP_031885024.1 WP_010381982.1 WP_010381982.1 WP_217904803.1 WP_217904803.1 WP_057859275.1 WP_057859275.1 WP_164945946.1 WP_164945946.1 WP_225592933.1 WP_225592933.1 KAF9194863.1 KAF9194863.1 XP_007423461.1 XP_007423461.1 WP_209467194.1 WP_209467194.1 WP_226688333.1 WP_226688333.1 KZS76886.1 KZS76886.1 WP_055826320.1 WP_055826320.1 OGU28904.1 OGU28904.1 WP_077320126.1 WP_077320126.1 WP_216308000.1 WP_216308000.1 MCL7487729.1 MCL7487729.1 WP_219734411.1 WP_219734411.1 MBT9793465.1 MBT9793465.1 WP_182986787.1 WP_182986787.1 AXG99930.1 AXG99930.1 WP_181244664.1 WP_181244664.1 WP_097746315.1 WP_097746315.1 WP_187788315.1 WP_187788315.1 WP_186723788.1 WP_186723788.1 CAA0813386.1 CAA0813386.1 WP_044626129.1 WP_044626129.1 MCD4818220.1 MCD4818220.1 MCP4570049.1 MCP4570049.1 WP_055863905.1 WP_055863905.1 WP_116393154.1 WP_116393154.1 DAG36852.1 DAG36852.1 MBR0212092.1 MBR0212092.1 WP_258340180.1 WP_258340180.1 WP_278906630.1 WP_278906630.1 WP_032845625.1 WP_032845625.1 NBR46296.1 NBR46296.1 WP_223746173.1 WP_223746173.1 KAK48091.1 KAK48091.1 EHH5649593.1 EHH5649593.1 EIM6243235.1 EIM6243235.1 KAI1395879.1 KAI1395879.1 MCG8030229.1 MCG8030229.1 WP_221166976.1 WP_221166976.1 WP_161797448.1 WP_161797448.1 WP_088751843.1 WP_088751843.1 WP_122705662.1 WP_122705662.1 XP_055289786.1 XP_055289786.1 RQR66516.1 RQR66516.1 NDC77618.1 NDC77618.1 CAC14781.1 CAC14781.1 XP_023677472.1 XP_023677472.1 MBM3993664.1 MBM3993664.1 WP_211867837.1 WP_211867837.1 WP_171549300.1 WP_171549300.1 WP_171549300.1 MCF8269563.1 WP_044489505.1 WP_082565353.1 WP_044489505.1 WP_044489505.1 WP_044489505.1 MBM6691367.1 WP_031065317.1 WP_031065317.1 XP_030368951.1 XP_030368951.1 XP_041173850.1 XP_041173850.1 MST81202.1 MST81202.1 WP_035710346.1 WP_035710346.1 PKO72095.1 PKO72095.1 WP_278839117.1 WP_278839117.1 WP_074319120.1 WP_074319120.1 MBV9097303.1 MBV9097303.1 THU55532.1 THU55532.1 NNC77678.1 NNC77678.1 WP_014884217.1 WP_014884217.1 WP_266631528.1 WP_266631528.1 EEQ7907210.1 EEQ7907210.1 KAG1799066.1 KAG1799066.1 CAG8651065.1 CAG8651065.1 KAJ0414039.1 KAJ0414039.1 WP_231117944.1 WP_231117944.1 WP_265634479.1 WP_265634479.1 MBQ6815353.1 MBQ6815353.1 WP_276598033.1 WP_276598033.1 HBM7289758.1 HBM7289758.1 MCU0780070.1 MCU0780070.1 EIG2935021.1 EIG2935021.1 WP_257258519.1 WP_257258519.1 MBR4705654.1 MBR4705654.1 WP_057475198.1 WP_057475198.1 WP_106587829.1 RLD79060.1 WP_106587829.1 MBE6900854.1 WP_106587829.1 WP_106587829.1 WP_091540071.1 WP_091540071.1 MBQ2810184.1 MBQ2810184.1 MBI4382429.1 MBI4382429.1 EEJ7112508.1 EEJ7112508.1 ODT35081.1 ODT35081.1 MBD9532752.1 MBD9532752.1 MBV9085084.1 MBV9085084.1 MBQ2193282.1 MBQ2193282.1 WP_096751687.1 WP_096751687.1 NVJ47954.1 NVJ47954.1 CAF4530116.1 CAF4530116.1 MBO6858759.1 MBO6858759.1 PDH25543.1 PDH25543.1 ROT89752.1 ROT89752.1 WP_102848179.1 WP_102848179.1 RMO68303.1 RMO68303.1 MBN1133474.1 MBN1133474.1 WP_054919719.1 WP_054919719.1 WP_014812045.1 WP_014812045.1 MCM2350719.1 MCM2350719.1 GGU95879.1 GGU95879.1 EDV4701861.1 EDV4701861.1 WP_060883568.1 WP_060883568.1 NBC28176.1 NBC28176.1 WP_219484458.1 WP_219484458.1 WP_254218450.1 WP_254218450.1 WP_254218450.1 MBL0967454.1 UBY07556.1 UBY07556.1 PAA85122.1 PAA85122.1 WP_250740298.1 WP_250740298.1 XP_029957910.1 XP_029957910.1 WP_261066330.1 WP_261066330.1 EIN6894283.1 EIN6894283.1 WP_003976137.1 WP_003976137.1 CAF9903004.1 CAF9903004.1 WP_028211029.1 WP_028211029.1 VTR17913.1 VTR17913.1 WP_155560674.1 WP_155560674.1 MCI5849734.1 MCI5849734.1 WP_182221967.1 WP_182221967.1 MBO1682517.1 MBO1682517.1 KAJ5879340.1 KAJ5879340.1 MCB1269932.1 MCB1269932.1 MBF0266635.1 MBF0266635.1 MBI3145102.1 AAL18389.1 MBI3145102.1 MBI3145102.1 WP_224911464.1 WP_224911464.1 WP_091131895.1 WP_091131895.1 WP_076569469.1 WP_076569469.1 MYM13983.1 MYM13983.1 WP_124336611.1 WP_124336611.1 OTI63326.1 OTI63326.1 KAJ0179631.1 KAJ0179631.1 XP_011231611.1 XP_011231611.1 KAH9773659.1 KAH9773659.1 MBG4284514.1 MBG4284514.1 WP_232923125.1 WP_225927241.1 WP_232923125.1 WP_232923125.1 QJX39053.1 AEO85464.1 QJX39053.1 ABG88111.1 QJX39053.1 QCI53355.1 QJX39053.1 QJX39053.1 QJX39053.1 AAX97169.1 XP_047670625.1 XP_047670625.1 HIZ23242.1 HIZ23242.1 OGP18648.1 OGP18648.1 YP_009953780.1 YP_009953780.1 WP_096420503.1 WP_096420503.1 AIR72471.1 AIR72471.1 WP_145848873.1 WP_145848873.1 MCF7808720.1 MCF7808720.1 MCR4780139.1 MCR4780139.1 RUM56169.1 RUM56169.1 EXV29885.1 EXV29885.1 WP_135153154.1 WP_135153154.1 WP_192272294.1 WP_192272294.1 WP_169034890.1 WP_169034890.1 MCL2179853.1 MCL2179853.1 WP_261610998.1 WP_261610998.1 GIW75824.1 GIW75824.1 WP_107605937.1 WP_107605937.1 WP_204504397.1 WP_204504397.1 WP_104880153.1 WP_104880153.1 WP_192819276.1 WP_192819276.1 MBP3258987.1 MBP3258987.1 WP_051799949.1 WP_051799949.1 WP_080069963.1 WP_080069963.1 MBM7125960.1 MBM7125960.1 WP_032902824.1 WP_032902824.1 OJZ88794.1 OJZ88794.1 MCA1602026.1 MCA1602026.1 WP_254698006.1 WP_254698006.1 WP_135625684.1 WP_135625684.1 MCF6248835.1 MCF6248835.1 WP_207277556.1 WP_207277556.1 QLL42869.1 QLL42869.1 WP_208891791.1 WP_208891791.1 NPA60307.1 NPA60307.1 NUM76802.1 NUM76802.1 WP_261733022.1 WP_261733022.1 MCC6153889.1 MCC6153889.1 MAR11490.1 MAR11490.1 WP_202390355.1 WP_202390355.1 KFP55735.1 KFP55735.1 OPZ80214.1 OPZ80214.1 SDP91455.1 SDP91455.1 MCA9759546.1 MCA9759546.1 XP_042575628.1 XP_042575628.1 UTM04871.1 UTM04871.1 MBE4386870.1 MBE4386870.1 MBU1949759.1 MBU1949759.1 WP_209164465.1 WP_209164465.1 MBC9216850.1 MBC9216850.1 KAF3157345.1 KAF3157345.1 WP_243514657.1 WP_243514657.1 WP_264593810.1 WP_264593810.1 MCF3649217.1 MCF3649217.1 WP_260912062.1 WP_260912062.1 MBV38818.1 MBV38818.1 CDX26094.1 CDX26094.1 EPS65972.1 EPS65972.1 MCF7845821.1 MCF7845821.1 MCA9273490.1 MCA9273490.1 WP_165007860.1 WP_165007860.1 WP_084119994.1 WP_084119994.1 WP_139266533.1 WP_139266533.1 PHS07087.1 PHS07087.1 CAB4375794.1 CAB4375794.1 QLT57385.1 QLT57385.1 MBL8001378.1 MBL8001378.1 KAJ7390332.1 KAJ7390332.1 KIO14952.1 KIO14952.1 QHV87229.1 QHV87229.1 WP_281350185.1 WP_281350185.1 WP_254090314.1 WP_254090314.1 WP_100659968.1 WP_100659968.1 QTW92269.1 QTW92269.1 KAJ1419147.1 KAJ1419147.1 KAF1839740.1 KAF1839740.1 BDY11310.1 BDY11310.1 XP_048216280.1 XP_048216280.1 WP_084290175.1 WP_084290175.1 XP_047379458.1 XP_047379458.1 WP_276509439.1 WP_276509439.1 MCQ2612024.1 MCQ2612024.1 WP_242719345.1 WP_242719345.1 MBU2333720.1 MBU2333720.1 HBF5910189.1 HBF5910189.1 WP_070276216.1 WP_070276216.1 WP_244305237.1 WP_244305237.1 WP_161020167.1 WP_161020167.1 MBV8166774.1 MBV8166774.1 WP_013845913.1 WP_013845913.1 MCH8147627.1 MCH8147627.1 KAF4336989.1 KAF4336989.1 WP_104981358.1 WP_104981358.1 WP_013102579.1 WP_013102579.1 XP_024747977.1 XP_024747977.1 NDF13247.1 NDF13247.1 WP_162783004.1 WP_162783004.1 MCS6948286.1 MCS6948286.1 WP_194235048.1 WP_194235048.1 MBO5878101.1 MBO5878101.1 WP_063316698.1 WP_063316698.1 HBC6813009.1 HBC6813009.1 WP_254144300.1 WP_254144300.1 CAD6897702.1 CAD6897702.1 MBC7757407.1 MBC7757407.1 TDL20017.1 TDL20017.1 WP_115513761.1 WP_115513761.1 REJ18923.1 REJ18923.1 EAV4122193.1 EAV4122193.1 WP_246884968.1 WP_246884968.1 MBP6505074.1 MBP6505074.1 AEL09906.1 AEL09906.1 WP_260467581.1 WP_260467581.1 MBE7554905.1 MBE7554905.1 CAH7718754.1 CAH7718754.1 XP_054539312.1 XP_054539312.1 WP_010443651.1 WP_010443651.1 NNK90694.1 NNK90694.1 MCI0339177.1 MCI0339177.1 ETP52929.1 ETP52929.1 KAI9354912.1 KAI9354912.1 MBV8846188.1 MBV8846188.1 WP_075555721.1 WP_075555721.1 MBR0168732.1 MBR0168732.1 WP_159020823.1 WP_159020823.1 ROV93981.1 ROV93981.1 WP_160324393.1 WP_160324393.1 WP_280604208.1 WP_280604208.1 WP_141769780.1 WP_141769780.1 XP_022467441.1 XP_022467441.1 KAH6575376.1 KAH6575376.1 RDE30147.1 RDE30147.1 MBS07042.1 MBS07042.1 MBR0185573.1 MBR0185573.1 MBR6873642.1 MBR6873642.1 KAH8674414.1 KAH8674414.1 KAI5122644.1 KAI5122644.1 WP_255657001.1 WP_255657001.1 WP_208427233.1 WP_208427233.1 MCJ8744353.1 MCJ8744353.1 WP_235697519.1 WP_235697519.1 WP_203101196.1 WP_203101196.1 WP_081197627.1 WP_081197627.1 AGL88086.1 AGL88086.1 KAI2507414.1 KAI2507414.1 WP_278243902.1 WP_278243902.1 WP_195519891.1 WP_195519891.1 WP_267857086.1 WP_267857086.1 SDT73851.1 SDT73851.1 MCI8905996.1 MCI8905996.1 MBE5853476.1 MBE5853476.1 WP_187666598.1 WP_187666598.1 RYY73542.1 RYY73542.1 MBO7740928.1 MBO7740928.1 KAH8103951.1 KAH8103951.1 CAE8618269.1 CAE8618269.1 KAI6823133.1 KAI6823133.1 NLU38508.1 NLU38508.1 HCE3964987.1 HCE3964987.1 NBR20456.1 NBR20456.1 TIW64311.1 TIW64311.1 KJS71365.1 KJS71365.1 EFS21643.1 EFS21643.1 GHU06330.1 GHU06330.1 EDX9534630.1 EDX9534630.1 WP_258143355.1 WP_258143355.1 WP_248050568.1 WP_248050568.1 DAR19459.1 DAR19459.1 WP_232634591.1 WP_232634591.1 WP_103961312.1 WP_103961312.1 PZP36069.1 PZP36069.1 MCJ7770831.1 MCJ7770831.1 CAG2229172.1 CAG2229172.1 MBU1183407.1 MBU1183407.1 PJI44171.1 PJI44171.1 WP_091735241.1 WP_091735241.1 WP_214524166.1 WP_214524166.1 VTM75314.1 VTM75314.1 XP_021694973.1 XP_021694973.1 WP_250464711.1 WP_250464711.1 WP_189524079.1 WP_189524079.1 MBR7675499.1 MBR7675499.1 XP_013757696.1 XP_013757696.1 KAF4593247.1 KAF4593247.1 WP_203995341.1 WP_203995341.1 XP_040614072.1 XP_040614072.1 WP_151465610.1 WP_151465610.1 MBD5437993.1 MBD5437993.1 WP_055062962.1 WP_055062962.1 NEE34914.1 NEE34914.1 WP_277627940.1 WP_277627940.1 XP_049747270.1 XP_046298169.1 XP_049747270.1 XP_049747270.1 GJC78212.1 GJC78212.1 WP_259665259.1 WP_259665259.1 VIP11815.1 VIP11815.1 NNJ03433.1 NNJ03433.1 WP_251841748.1 WP_251841748.1 CAF1124877.1 CAF1124877.1 WP_081845076.1 WP_081845076.1 XP_019256258.1 XP_019256258.1 GBM64226.1 GBM64226.1 EJG3313804.1 EJG3313804.1 CAI0451207.1 CAI0451207.1 WP_259407579.1 WP_259407579.1 KAJ9247365.1 KAJ9247365.1 MBE0669914.1 MBE0669914.1 MBQ3049129.1 MBQ3049129.1 WP_046325749.1 WP_046325749.1 WP_104459365.1 WP_104459365.1 WP_111712808.1 WP_111712808.1 OQB06356.1 OQB06356.1 WP_085004337.1 WP_085004337.1 XP_023219850.1 XP_023219850.1 KOV59425.1 KOV59425.1 MBB3097508.1 MBB3097508.1 WP_208905085.1 WP_208905085.1 PHT33663.1 PHT33663.1 EBA3403631.1 EBA3403631.1 WP_244380042.1 WP_244380042.1 MBD8915742.1 MBD8915742.1 XP_010808195.1 XP_010808195.1 WP_177077803.1 WP_177077803.1 WP_179100660.1 WP_179100660.1 WP_048133111.1 WP_048133111.1 WP_092805375.1 WP_092805375.1 WP_156773536.1 WP_156773536.1 WP_110713006.1 WP_110713006.1 OYV25858.1 OYV25858.1 EHP6050825.1 EHP6050825.1 KQN49849.1 KQN49849.1 WP_233355236.1 WP_233355236.1 MCI0743675.1 MCI0743675.1 NXJ71029.1 NXJ71029.1 EHL4743850.1 EHL4743850.1 WP_210022830.1 WP_210022830.1 MBY0286260.1 MBY0286260.1 WP_145485057.1 WP_145485057.1 WP_238589724.1 WP_238589724.1 KKT74736.1 KKT74736.1 WP_143397677.1 WP_143397677.1 WP_189806213.1 WP_189806213.1 EYU25844.1 EYU25844.1 WP_086268031.1 WP_086268031.1 KAI0064471.1 KAI0064471.1 ROP28277.1 ROP28277.1 RVD87240.1 RVD87240.1 MBJ14675.1 MBJ14675.1 PSX20495.1 PSX20495.1 HCL05707.1 HCL05707.1 DAK63787.1 DAK63787.1 WP_061158136.1 WP_061158136.1 WP_013768652.1 WP_013768652.1 WP_265593313.1 WP_265593313.1 XP_010298897.1 XP_010298897.1 WP_029317544.1 WP_029317544.1 DAM16636.1 DAM16636.1 XP_048545356.1 XP_048545356.1 WP_208042111.1 WP_208042111.1 WP_026632538.1 WP_026632538.1 WP_054285415.1 WP_054285415.1 WP_280506832.1 WP_280506832.1 WP_190630613.1 WP_190630613.1 MCH1948979.1 MCH1948979.1 WP_006198916.1 WP_006198916.1 MBX7161768.1 MBX7161768.1 CAA2935380.1 CAA2935380.1 MCL2712337.1 MCL2712337.1 PPU99279.1 PPU99279.1 MBF6594441.1 MBF6594441.1 MBT3583534.1 MBT3583534.1 WP_020547001.1 WP_020547001.1 ECG5012903.1 ECG5012903.1 HBA6816094.1 HBA6816094.1 CAH3167921.1 CAH3167921.1 WP_209090305.1 WP_209090305.1 WP_270310942.1 WP_270310942.1 XP_055749319.1 XP_055749319.1 CAC9485003.1 CAC9485003.1 RYG63745.1 RYG63745.1 KAH6611424.1 KAH6611424.1 WP_055029966.1 WP_055029966.1 WP_132124768.1 WP_132124768.1 HBP5649656.1 HBP5649656.1 MBV8815235.1 MBV8815235.1 WP_132670557.1 WP_132670557.1 EEZ61636.1 EEZ61636.1 WP_135991721.1 WP_135991721.1 MBF8281865.1 MBF8281865.1 CAB1434041.1 CAB1434041.1 WP_012506875.1 WP_012506875.1 HCE5956952.1 HCE5956952.1 WP_120259880.1 WP_120259880.1 WP_100671858.1 WP_238126428.1 WP_100671858.1 WP_100671858.1 CAB4041173.1 CAB4041173.1 WP_110035452.1 WP_110035452.1 WP_196114185.1 WP_196114185.1 XP_045323097.1 XP_045323097.1 MBO5545990.1 MBO5545990.1 WP_140643433.1 WP_140643433.1 KVQ00241.1 KVQ00241.1 PSB50277.1 PSB50277.1 TKA61426.1 TKA61426.1 WP_018046034.1 WP_018046034.1 WP_199519257.1 WP_199519257.1 QEA04360.1 QEA04360.1 EJB4327760.1 EJB4327760.1 WP_243386166.1 WP_243386166.1 WP_196434573.1 WP_196434573.1 MBR4407160.1 MBR4407160.1 RMO53691.1 RMO53691.1 SPO69561.1 SPO69561.1 MBR0373962.1 MBR0373962.1 WP_076595086.1 WP_076595086.1 WP_267897383.1 WP_267897383.1 EDK41087.2 EDK41087.2 WP_212217181.1 WP_212217181.1 WP_245128022.1 WP_245128022.1 MBR4270493.1 MBR4270493.1 WP_150516775.1 WP_150516775.1 ADP83890.1 ADP83890.1 WP_274975805.1 WP_274975805.1 EFB0579454.1 EFB0579454.1 EFB0579454.1 ECB3502766.1 XP_006359699.1 XP_006359699.1 EAX5650801.1 EAX5650801.1 EIQ3832535.1 EIQ3832535.1 MBK7823216.1 MBK7823216.1 MBQ7086969.1 MBQ7086969.1 RZC84346.1 RZC84346.1 WP_188402311.1 WP_188402311.1 EDN57974.1 EDN57974.1 MCL4851158.1 MCL4851158.1 MBE7487601.1 MBE7487601.1 WP_126022479.1 WP_126022479.1 KAG2346037.1 KAG2346037.1 MBK6770753.1 MBK6770753.1 WP_064754910.1 WP_064754910.1 PUZ48934.1 PUZ48934.1 WP_036471418.1 WP_007427566.1 WP_036471418.1 WP_036471418.1 MBK9356005.1 MBK9356005.1 NOR15507.1 NOR15507.1 MCK4600250.1 MCK4600250.1 WP_062723913.1 WP_062723913.1 MBQ7943218.1 MBQ7943218.1 WP_140264131.1 WP_140264131.1 WP_003333677.1 WP_003333677.1 WP_170365402.1 WP_170365402.1 WP_248214628.1 WP_248214628.1 ENN81602.1 ENN81602.1 WP_175863615.1 WP_175863615.1 KAJ5463595.1 KAJ5463595.1 MBZ0263796.1 MBZ0263796.1 XP_047491136.1 XP_047491136.1 MBN1882318.1 MBN1882318.1 MCP3920706.1 MCP3920706.1 WP_159463829.1 WP_159463829.1 WP_026750608.1 WP_026750608.1 EER8306359.1 EER8306359.1 WP_184698676.1 WP_184698676.1 WP_010502862.1 WP_010502862.1 MBR2359580.1 MBR2359580.1 WP_055449466.1 WP_055449466.1 WP_136955567.1 WP_136955567.1 WP_069367753.1 WP_069367753.1 WP_110307043.1 WP_110307043.1 WP_100173513.1 WP_100173513.1 WP_120370033.1 WP_120370033.1 MCE9577072.1 MCE9577072.1 MBL4744408.1 MBL4744408.1 NDD01017.1 NDD01017.1 MBY0289623.1 MBY0289623.1 WP_044453403.1 WP_096722254.1 WP_044453403.1 WP_044453403.1 PYX98855.1 PYX98855.1 WP_253783299.1 WP_253783299.1 EFV9236312.1 EFV9236312.1 WP_181110053.1 WP_181110053.1 WP_251376328.1 WP_251376328.1 MBN1266236.1 MBN1266236.1 WP_230078324.1 WP_230078324.1 WP_029165724.1 WP_029165724.1 WP_234523932.1 WP_234523932.1 TKJ47549.1 TKJ47549.1 KUK66960.1 KUK66960.1 KAF2778654.1 KAF2778654.1 MBL7183650.1 MBL7183650.1 OEL34993.1 OEL34993.1 KAG2288705.1 KAG2288705.1 WP_196132500.1 WP_196132500.1 MBY5764273.1 MBY5764273.1 MOP14804.1 MOP14804.1 MCC6757021.1 MCC6757021.1 GMA85510.1 GMA85510.1 HHT66172.1 HHT66172.1 KAI1051942.1 MBE3049203.1 KAI1051942.1 KAI1051942.1 WP_137202811.1 WP_137202811.1 MBA0617731.1 MBA0617731.1 SOE69513.1 SOE69513.1 WP_125770870.1 WP_125770870.1 OGD46026.1 OGD46026.1 KAG1590416.1 KAG1590416.1 KAJ7170950.1 KAJ7170950.1 VTD69375.1 WP_195156489.1 VTD69375.1 VTD69375.1 PIY74148.1 PIY74148.1 MCR5435766.1 MCR5435766.1 HAQ5294203.1 HAQ5294203.1 MCD6306959.1 MCD6306959.1 QCM13287.1 QCM13287.1 MBS0252923.1 MBS0252923.1 WP_252541609.1 WP_252541609.1 WP_062640876.1 WP_062640876.1 KOO34710.1 KOO34710.1 WP_121334391.1 WP_121334391.1 YP_010462557.1 YP_010462557.1 MCR5237392.1 MCR5237392.1 WP_015527010.1 WP_015527010.1 MCB0094774.1 MCB0094774.1 WP_251767892.1 WP_251767892.1 WP_220742815.1 WP_220742815.1 NNE23115.1 NNE23115.1 WP_238785931.1 WP_238785931.1 MCF3123421.1 MCF3123421.1 KAJ5976390.1 KAJ5976390.1 NPA33962.1 NPA33962.1 WP_071563317.1 WP_071563317.1 WP_236961032.1 WP_236961032.1 KIX64119.1 KIX64119.1 WP_063603400.1 WP_063603400.1 WP_218965839.1 WP_218965839.1 WP_173789750.1 WP_173789750.1 NXS49052.1 NXS49052.1 MBL6756473.1 MBL6756473.1 MBN9390566.1 MBN9390566.1 WP_174048133.1 WP_174048133.1 EIG7023758.1 EIG7023758.1 WP_039085559.1 WP_039085559.1 WP_224721611.1 WP_224721611.1 VJO49958.1 WP_125555296.1 VJO49958.1 VJO49958.1 MBK7771335.1 MBK7771335.1 SQI90360.1 SQI90360.1 MCH5250214.1 MCH5250214.1 WP_241468713.1 WP_241468713.1 WP_241468713.1 STF90731.1 MCO5248061.1 MCO5248061.1 RKT44589.1 RKT44589.1 TDM00308.1 MBR4471080.1 TDM00308.1 TDM00308.1 MCA6099904.1 MCA6099904.1 RKU33385.1 RKU33385.1 KAH7252800.1 KAH7252800.1 EIH6124474.1 EIH6124474.1 MBO8159537.1 MBO8159537.1 WP_151206143.1 WP_151206143.1 MBN8912970.1 MBN8912970.1 TOP73014.1 TOP73014.1 HAV89419.1 HAV89419.1 WP_056688515.1 WP_056688515.1 MBV9654022.1 MBV9654022.1 WP_138572923.1 WP_114861267.1 WP_138572923.1 WP_138572923.1 MBI2925684.1 MBI2925684.1 WP_065519347.1 WP_065519347.1 KAI8690655.1 KAI8690655.1 KAG0363719.1 KAG0363719.1 XP_031707624.1 XP_031707624.1 MBT3590949.1 MBT3590949.1 MBU0838658.1 MBU0838658.1 WP_270757591.1 WP_270757591.1 TLY75477.1 TLY75477.1 WP_125504029.1 WP_125504029.1 WP_245404560.1 WP_245404560.1 WP_268140002.1 WP_268140002.1 HDO82225.1 HDO82225.1 WP_039692015.1 WP_039692015.1 KAH7371872.1 KAH7371872.1 WP_203374052.1 WP_203374052.1 WP_185644473.1 WP_185644473.1 MCF8106439.1 MCF8106439.1 WP_141918410.1 WP_141918410.1 KAE8802158.1 KAE8802158.1 DAM55269.1 DAM55269.1 EFI7849450.1 EFI7849450.1 WP_027896470.1 WP_027896470.1 MBD3702988.1 MBD3702988.1 WP_200696402.1 WP_200696402.1 KAH0091028.1 KAH0091028.1 WP_215683653.1 WP_215683653.1 WP_246003214.1 WP_246003214.1 OBW66090.1 OBW66090.1 XP_049399244.1 XP_049399244.1 WP_138051112.1 WP_138051112.1 WP_112865547.1 WP_112865547.1 MCJ8328039.1 MCJ8328039.1 KAF2994395.1 KAF2994395.1 WP_266603981.1 WP_266603981.1 AAQ88513.1 AAQ88513.1 WP_217278020.1 WP_217278020.1 MBS7021842.1 MBS7021842.1 WP_176390098.1 KQO44758.1 WP_176390098.1 WP_176390098.1 WP_089187353.1 WP_089187353.1 KAE9107042.1 KAE9107042.1 WP_084717372.1 WP_084717372.1 WP_062263491.1 WP_062263491.1 KNZ32786.1 KNZ32786.1 WP_277491977.1 WP_277491977.1 PWB61544.1 PWB61544.1 MBF0570872.1 MBF0570872.1 KAF2725148.1 KAF2725148.1 MCI02510.1 MCI02510.1 KAI0095213.1 KAI0095213.1 WP_259691170.1 WP_259691170.1 EHG9706352.1 EHG9706352.1 NIR98474.1 NIR98474.1 WP_073505727.1 WP_164767343.1 WP_073505727.1 WP_073505727.1 RPI21000.1 RPI21000.1 WP_011568153.1 WP_011568153.1 MBP8225438.1 MBP8225438.1 WP_148284348.1 WP_148284348.1 WP_138860096.1 WP_138860096.1 WP_249423022.1 WP_249423022.1 MBM3258402.1 MBM3258402.1 WP_140164964.1 WP_140164964.1 WP_061671893.1 WP_061671893.1 WP_142009293.1 WP_142009293.1 MCR6642262.1 MCR6642262.1 MCH8312134.1 MCH8312134.1 DAI44238.1 DAI44238.1 MCU0243120.1 MCU0243120.1 MBD5657753.1 MBD5657753.1 XP_023318286.1 XP_023318286.1 XP_023815606.1 XP_023815606.1 TYI91467.1 TYI91467.1 XP_037327098.1 XP_037327098.1 EER8085032.1 EER8085032.1 MBQ3129991.1 MBQ3129991.1 WP_278084771.1 WP_278084771.1 WP_097275324.1 WP_097275324.1 WP_179156843.1 WP_179156843.1 GIR47037.1 GIR47037.1 WP_057012309.1 WP_057012309.1 EAA6840433.1 EAA6840433.1 MBN1799017.1 MBN1799017.1 MCF0110827.1 MCF0110827.1 WP_141605349.1 WP_141605349.1 MCL4469743.1 TAM79626.1 MCL4469743.1 MCL4469743.1 WP_217105914.1 WP_217105914.1 KAF3180666.1 KAF3180666.1 WP_160394157.1 WP_160394157.1 MCK4403577.1 NGS95655.1 MCK4403577.1 MCK4403577.1 OMP01148.1 OMP01148.1 WP_038492378.1 WP_038492378.1 MBQ1771956.1 MBQ1771956.1 WP_048271612.1 WP_048271612.1 WP_259865813.1 WP_259865813.1 WP_089905939.1 WP_089905939.1 MBO7633581.1 MBO7633581.1 WP_264351023.1 WP_264351023.1 KAH9572460.1 KAH9572460.1 ASI70574.1 ASI70574.1 KAG9043128.1 KAG9043128.1 WP_123868396.1 WP_123868396.1 EHW0060032.1 EHW0060032.1 OGG08302.1 OGG08302.1 CAF4577788.1 CAF4577788.1 HCL36615.1 HCL36615.1 WP_204719689.1 WP_204719689.1 WP_113851760.1 WP_113851760.1 MCE5240463.1 MCE5240463.1 MBP9771519.1 MBP9771519.1 MBQ1653514.1 MBQ1653514.1 WP_184094916.1 WP_184094916.1 WP_073520930.1 WP_073520930.1 WP_097089246.1 WP_097089246.1 KAJ3654337.1 KAJ3654337.1 MBP8613265.1 MBP8613265.1 WP_212663497.1 WP_212663497.1 MSU42127.1 MSU42127.1 NEX64733.1 MBN9625832.1 NEX64733.1 GGS66510.1 NEX64733.1 NEX64733.1 XP_054852439.1 XP_054852439.1 RLE48019.1 RLE48019.1 WP_217691728.1 WP_217691728.1 AGA34473.1 AGA34473.1 MCK9908664.1 MCK9908664.1 MCU0650575.1 MCU0650575.1 KAJ5056431.1 KAJ5056431.1 PHR24038.1 PHR24038.1 MBU0592078.1 MBU0592078.1 WP_264694478.1 WP_264694478.1 WP_250376457.1 WP_250376457.1 MBV9550452.1 MBV9550452.1 WP_228938141.1 WP_228938141.1 WP_040301436.1 WP_040301436.1 WP_248126409.1 WP_248126409.1 MQG44163.1 MQG44163.1 WP_231149750.1 WP_231149750.1 MBI2621122.1 MBI2621122.1 WP_218566587.1 WP_218566587.1 MBD20513.1 MBD20513.1 KAH0561149.1 KAH0561149.1 WP_175896721.1 WP_175896721.1 RCI04718.1 RCI04718.1 XP_039202520.1 XP_039202520.1 WP_235697247.1 WP_235697247.1 EHQ6376324.1 EHQ6376324.1 XP_043890337.1 XP_043890337.1 WP_046093714.1 WP_046093714.1 WP_011513572.1 WP_011513572.1 MCI0901122.1 MCI0901122.1 SCH39951.1 SCH39951.1 WP_254743169.1 WP_254743169.1 MCB1875218.1 MCB1875218.1 WP_207128967.1 WP_207128967.1 NQT73935.1 NQT73935.1 NLI07658.1 NLI07658.1 WP_204657011.1 WP_204657011.1 CAF1315160.1 CAF1315160.1 WP_197079459.1 WP_197079459.1 XP_051777026.1 XP_051777026.1 WP_244440115.1 WP_244440115.1 AUN37106.1 AUN37106.1 TSA21665.1 TSA21665.1 WP_261362933.1 WP_261362933.1 GLJ54837.1 GLJ54837.1 KAJ8033891.1 KAJ8033891.1 WP_276974217.1 WP_276974217.1 WP_123176104.1 WP_123176104.1 WP_219324004.1 WP_219324004.1 WP_059678947.1 WP_059678947.1 RJP93937.1 RJP93937.1 RVW37287.1 RVW37287.1 WP_064049628.1 WP_064049628.1 WP_156033277.1 WP_156033277.1 WP_230200986.1 WP_230200986.1 WP_220331155.1 WP_220331155.1 WP_074745818.1 WP_074745818.1 WP_151949835.1 WP_151949835.1 MBS3795756.1 MBS3795756.1 MCU1460142.1 MCU1460142.1 KAJ2188950.1 KAJ2188950.1 WP_013632646.1 WP_013632646.1 XP_018754863.1 XP_018754863.1 WP_230284916.1 WP_230284916.1 NJM16453.1 NJM16453.1 KJZ73525.1 KJZ73525.1 KAJ6336236.1 KAJ6336236.1 WP_211114623.1 WP_211114623.1 XP_014259138.1 XP_014259138.1 WP_271104848.1 WP_271104848.1 MCI7202149.1 MCI7202149.1 MBR9906678.1 MBR9906678.1 WP_184699897.1 WP_184699897.1 MYX39762.1 MYX39762.1 WP_224547797.1 WP_224547797.1 MCL2341595.1 MCL2341595.1 XP_011782004.1 XP_037697134.1 XP_011782004.1 XP_011782004.1 MBL14507.1 MBL14507.1 TMC92967.1 TMC92967.1 OYV27796.1 OYV27796.1 WP_169928520.1 WP_169928520.1 MCR5335843.1 MCR5335843.1 MUT95175.1 MUT95175.1 WP_039638019.1 WP_039638019.1 MCO4478718.1 MCO4478718.1 NTW34833.1 NTW34833.1 WP_116773703.1 MCC8072670.1 WP_116773703.1 WP_116773703.1 MBK3574312.1 MBK3574312.1 AYX42557.1 AYX42557.1 XP_044019329.1 XP_044019329.1 WP_211056951.1 WP_211056951.1 WP_099253885.1 WP_099253885.1 WP_145321954.1 WP_145321954.1 WP_059433000.1 WP_059433000.1 XP_007208131.1 XP_007208131.1 MCT4573170.1 MCT4573170.1 XP_047935591.1 XP_047935591.1 MBQ7930482.1 MBQ7930482.1 WP_132774430.1 WP_132774430.1 MCC6044083.1 MCC6044083.1 GIS77777.1 GIS77777.1 MXW24770.1 MXW24770.1 EGI35895.1 EGI35895.1 MBQ7424709.1 MBQ7424709.1 WP_124977341.1 MBD1933857.1 WP_124977341.1 WP_124977341.1 WP_069156513.1 WP_069156513.1 MAQ92282.1 MAQ92282.1 WP_047721562.1 WP_047721562.1 SHG89682.1 SHG89682.1 WP_258450640.1 WP_258450640.1 WP_200200480.1 WP_200200480.1 WP_262686037.1 WP_262686037.1 KAG9404442.1 KAG9404442.1 WP_101701979.1 WP_101701979.1 MCF8535784.1 MCF8535784.1 EFW50635.1 EFW50635.1 WP_185031483.1 WP_185031483.1 MBL0929646.1 MBL0929646.1 WP_162852444.1 WP_162852444.1 ODU51779.1 ODU51779.1 KAI1815548.1 KAI1815548.1 WP_098876031.1 WP_098876031.1 NUQ21352.1 NUQ21352.1 MYD56339.1 MYD56339.1 MCE2861656.1 MCE2861656.1 MBR6441032.1 MBR6441032.1 ETB53277.1 ETB53277.1 XP_013412367.1 XP_013412367.1 KAF8820068.1 KAF8820068.1 WP_083019054.1 WP_083019054.1 WP_128581955.1 WP_128581955.1 AMJ52230.1 AMJ52230.1 OEU77901.1 OEU77901.1 WP_188339236.1 WP_188339236.1 AAX93012.1 AAX93012.1 MBQ2344446.1 MBQ2344446.1 XP_019000248.1 XP_019000248.1 WP_127706998.1 WP_127706998.1 KMQ95473.1 KMQ95473.1 WP_119660228.1 WP_119660228.1 VVW92857.1 VVW92857.1 TDP04522.1 TDP04522.1 MCS5639477.1 MCS5639477.1 XP_043280639.1 XP_043280639.1 MBT9597716.1 MBT9597716.1 KAF3385475.1 KAF3385475.1 WP_246239142.1 WP_246239142.1 ERE79785.1 ERE79785.1 MBQ7518453.1 MBQ7518453.1 MCK5725948.1 MCK5725948.1 STC68550.1 STC68550.1 WP_140468443.1 WP_140468443.1 WP_271931007.1 WP_271931007.1 WP_058460161.1 WP_058460161.1 MBQ9736331.1 MBQ9736331.1 XP_043377824.1 XP_043377824.1 QID82546.1 QID82546.1 XP_039769176.1 XP_039769176.1 HBH1966141.1 HBH1966141.1 WP_189355988.1 WP_189355988.1 XP_014733223.1 XP_014733223.1 PSR02572.1 PHR72175.1 PSR02572.1 PSR02572.1 WP_058671428.1 WP_058671428.1 WP_283629251.1 WP_283629251.1 WP_165462493.1 WP_165462493.1 EFV4293432.1 EFV4293432.1 KAI9878467.1 KAI9878467.1 XP_048540820.1 XP_048540820.1 WP_192558464.1 WP_192558464.1 XP_053017968.1 XP_053017968.1 WP_140480909.1 WP_176354145.1 WP_140480909.1 WP_140480909.1 KAH3876125.1 KAH3876125.1 EER7236894.1 EER7236894.1 WP_117700467.1 WP_117700467.1 WP_049471407.1 WP_049471407.1 TZC53901.1 TZC53901.1 NLW23809.1 NLW23809.1 XP_003768056.1 XP_003768056.1 WP_072802511.1 WP_072802511.1 WP_261610700.1 WP_261610700.1 MBW2176475.1 MBW2176475.1 WP_221977168.1 WP_221977168.1 WP_198255508.1 WP_198255508.1 WP_012283464.1 WP_012283464.1 WP_027711481.1 WP_027711481.1 WP_134669716.1 WP_134669716.1 WP_196938834.1 WP_196938834.1 HFC12574.1 HFC12574.1 KAB2885888.1 KAB2885888.1 WP_270218171.1 WP_270218171.1 WP_238769582.1 WP_238769582.1 MPC67018.1 MPC67018.1 ACI42798.1 ACI42798.1 CZT01546.1 CZT01546.1 XP_041334537.1 XP_041334537.1 WP_237523417.1 WP_237523417.1 MCR5102838.1 MCR5102838.1 MCH9656178.1 MCH9656178.1 WP_266095674.1 WP_266095674.1 HHW43430.1 HHW43430.1 WP_259206442.1 WP_259206442.1 RKG50564.1 RKG50564.1 WP_168565867.1 WP_168565867.1 WP_074087188.1 WP_074087188.1 XP_054020552.1 XP_054020552.1 WP_245704803.1 WP_245704803.1 GFB08691.1 GFB08691.1 MBT7091597.1 MBT7091597.1 XP_045691652.1 XP_045691652.1 WP_283222342.1 WP_283222342.1 WP_221268711.1 WP_221268711.1 BAE96300.1 BAE96300.1 WP_235126772.1 WP_235126772.1 YP_009109540.1 YP_009109540.1 MBF11761.1 MBF11761.1 MBF1583063.1 MBF1583063.1 PLS78226.1 PLS78226.1 MBS0359667.1 MBS0359667.1 WP_230865828.1 WP_230865828.1 HBL8984898.1 HBL8984898.1 QLP56207.1 QLP56207.1 WP_013449879.1 WP_013449879.1 MBR2605819.1 MBR2605819.1 GLC83712.1 GLC83712.1 WP_244774495.1 WP_244774495.1 WP_113913927.1 WP_113913927.1 WP_231056077.1 WP_231056077.1 MBH1832495.1 MBH1832495.1 WP_246165763.1 WP_246165763.1 MCH3978367.1 MCH3978367.1 WP_261665820.1 WP_061278828.1 WP_261665820.1 WP_261665820.1 CAF2148714.1 CAF2148714.1 WP_073045763.1 WP_073045763.1 XP_048366669.1 XP_048366669.1 EEX5979844.1 EEX5979844.1 MBQ3226584.1 MBQ3226584.1 XP_054484247.1 XP_054484247.1 QQO98901.1 QQO98901.1 MCK9213126.1 MCK9213126.1 MOO25268.1 MOO25268.1 KAF6257731.1 MBL8103469.1 KAF6257731.1 MBP6786080.1 KAF6257731.1 KAF6257731.1 KAF6257731.1 WP_029789810.1 WP_167827352.1 WP_167827352.1 WP_225767809.1 WP_225767809.1 MBC7569412.1 MBC7569412.1 WP_218103566.1 WP_218103566.1 SKY52432.1 SKY52432.1 MBU4593984.1 MBU4593984.1 WP_110344369.1 WP_110344369.1 WP_022975915.1 WP_022975915.1 WP_178020540.1 WP_178020540.1 MCK1443663.1 MCK1443663.1 WP_216768648.1 WP_216768648.1 WP_019823189.1 WP_019823189.1 MCH2409214.1 MCH2409214.1 WP_154333510.1 WP_154333510.1 WP_210352796.1 WP_210352796.1 WP_210569664.1 WP_210569664.1 WP_280015341.1 WP_280015341.1 NCO19736.1 WP_167239634.1 NCO19736.1 NCO19736.1 VTR69884.1 VTR69884.1 WP_158347019.1 WP_158347019.1 WP_172281536.1 WP_172281536.1 WP_248827332.1 WP_248827332.1 EHX0204875.1 EHX0204875.1 XP_055165408.1 XP_055165408.1 WP_257544752.1 WP_257544752.1 DAV98325.1 DAV98325.1 WP_181537449.1 WP_181537449.1 WP_055542300.1 WP_055542300.1 NNF43866.1 NNF43866.1 WP_153009295.1 WP_153009295.1 WP_227405228.1 TVU87390.1 WP_227405228.1 WP_227405228.1 ESU92681.1 ESU92681.1 OJT07575.1 OJT07575.1 WP_187974949.1 WP_187974949.1 XP_041287579.1 XP_041287579.1 WP_281305524.1 WP_281305524.1 EFP02123.1 EFP02123.1 EAH8250412.1 EAH8250412.1 WP_197332010.1 WP_197332010.1 MBI5212085.1 MBI5212085.1 MBB4747289.1 MBB4747289.1 MBQ6275073.1 WP_194543596.1 MBQ6275073.1 MBQ6275073.1 MBQ6275073.1 PYK96819.1 MOM22963.1 MOM22963.1 WP_212720030.1 WP_212720030.1 WP_079835571.1 WP_079835571.1 CUU64509.1 CUU64509.1 XP_031095384.1 XP_031095384.1 NNK86663.1 NNK86663.1 ORT47413.1 ORT47413.1 WP_275102754.1 CFP83382.1 WP_275102754.1 WP_275102754.1 XP_026109466.1 XP_026109466.1 WP_279046072.1 WP_279046072.1 WP_031150487.1 WP_031150487.1 QXN67839.1 QXN67839.1 MBI2682423.1 MBI2682423.1 MBL4581517.1 MBL4581517.1 TMH88670.1 TMH88670.1 GLZ61196.1 GLZ61196.1 WP_202116891.1 WP_202116891.1 CAG2201344.1 CAG2201344.1 NOX27817.1 NOX27817.1 WP_220524718.1 WP_220524718.1 EBN6490838.1 EBN6490838.1 HBR1104065.1 HBR1104065.1 WP_015183653.1 WP_015183653.1 GFP71094.1 GFP71094.1 XP_041648869.1 XP_041648869.1 MCM1168016.1 MCM1168016.1 HAC8926176.1 HAC8926176.1 WP_012236017.1 WP_012236017.1 MBP1530348.1 WP_026893585.1 MBP1530348.1 MBP1530348.1 WP_213638963.1 WP_213638963.1 WP_059978677.1 WP_059978677.1 WP_025591525.1 WP_025591525.1 KAI5289156.1 KAI5289156.1 WP_205930861.1 WP_205930861.1 WP_108078099.1 WP_108078099.1 MBO4168293.1 MBO4168293.1 XP_045966569.1 XP_045966569.1 WP_159793761.1 WP_159793761.1 MBJ7265026.1 MBJ7265026.1 WAX10255.1 WAX10255.1 WP_246832833.1 WP_246832833.1 MCR5574391.1 MBS1745163.1 MCR5574391.1 MCR5574391.1 WP_266169258.1 WP_266169258.1 MBK8423602.1 MBK8423602.1 WP_185116294.1 WP_185116294.1 WP_135180648.1 WP_135180648.1 MCA9634778.1 MCA9634778.1 WP_094151267.1 WP_094151267.1 MBI41622.1 MBI41622.1 NDD35992.1 NDD35992.1 WP_059432031.1 WP_059432031.1 EAH3295886.1 EAH3295886.1 XP_005678593.1 XP_005678593.1 NQX99425.1 NQX99425.1 XP_025430606.1 XP_025430606.1 WP_000484099.1 WP_000484099.1 MBK7140969.1 MBK7140969.1 WP_100537786.1 WP_100537786.1 NLI35930.1 NLI35930.1 HAB28525.1 HAB28525.1 WP_157113211.1 WP_157113211.1 MCU0622952.1 MCU0622952.1 WP_202067358.1 WP_202067358.1 WP_274771680.1 WP_274771680.1 WP_167605087.1 WP_167605087.1 MBP6311895.1 MBP6311895.1 MCK1819907.1 MCK1819907.1 HAP0275886.1 HAP0275886.1 MCE2873365.1 MCE2873365.1 EFQ5532992.1 EFQ5532992.1 MCA9734355.1 MCA9734355.1 WP_281760414.1 WP_281760414.1 NWR36449.1 NWR36449.1 WP_033631967.1 WP_033631967.1 ESS67695.1 ESS67695.1 MOP71390.1 MOP71390.1 WP_163889187.1 WP_163889187.1 WP_230633440.1 WP_230633440.1 WP_255187010.1 WP_255187010.1 MBX9648850.1 MBX9648850.1 WP_006728805.1 WP_006728805.1 WP_230699958.1 WP_230699958.1 MBE6890073.1 MBE6890073.1 NET00292.1 NET00292.1 WP_189761921.1 WP_189761921.1 WP_249893756.1 WP_249893756.1 WP_086504813.1 WP_086504813.1 MCH6549687.1 MCH6549687.1 TYJ03004.1 TYJ03004.1 NXO69257.1 NXO69257.1 OFZ89526.1 MBT3887354.1 OFZ89526.1 WP_033456074.1 OFZ89526.1 OFZ89526.1 MBL7790458.1 MBL7790458.1 MBF0278962.1 MBF0278962.1 WP_151519865.1 WP_151519865.1 WP_175939838.1 WP_175939838.1 WP_114688413.1 WP_114688413.1 TIC14313.1 TIC14313.1 OTX04318.1 OTX04318.1 WP_248415755.1 WP_248415755.1 GFV11951.1 GFV11951.1 WP_088031849.1 WP_088031849.1 XP_053193947.1 XP_053193947.1 MBR6343266.1 MBR6343266.1 WP_232103437.1 WP_232103437.1 WP_265275480.1 WP_265275480.1 EIO1807611.1 EIO1807611.1 NUT29294.1 NUT29294.1 MBR3785149.1 MBR3785149.1 MBI3290135.1 MBI3290135.1 WP_060115800.1 WP_060115800.1 WP_138482356.1 WP_138482356.1 WP_263727326.1 WP_263727326.1 WP_072274035.1 WP_072274035.1 MBT4210917.1 MBT4210917.1 XP_018439942.1 XP_018439942.1 XP_045702922.1 XP_045702922.1 WP_063485223.1 WP_063485223.1 WP_149236326.1 WP_149236326.1 KIJ42589.1 KIJ42589.1 WP_232189573.1 WP_232189573.1 MBZ0168159.1 MBZ0168159.1 NWG72028.1 NWG72028.1 WP_136035264.1 WP_136035264.1 EAP3700350.1 EAP3700350.1 WP_251074290.1 CDZ81696.1 WP_251074290.1 WP_251074290.1 EXZ64635.1 EXZ64635.1 CCE01062.1 CCE01062.1 WP_278800290.1 WP_278800290.1 BAB28876.1 BAB28876.1 KAJ1633120.1 KAJ1633120.1 WP_090221424.1 WP_090221424.1 KAF6315484.1 KAF6315484.1 GEZ33207.1 GEZ33207.1 TWU17869.1 TWU17869.1 MBM3767188.1 MBM3767188.1 WP_061364641.1 WP_061364641.1 VPT01298.1 VPT01298.1 WP_225764381.1 WP_225764381.1 XP_018042825.1 XP_018042825.1 WP_090770466.1 WP_090770466.1 UYV38309.1 UYV38309.1 WP_061517937.1 WP_061517937.1 WP_190531886.1 WP_190531886.1 WP_130382900.1 WP_130382900.1 XP_049578625.1 XP_049578625.1 MCB1208284.1 MCB1208284.1 WP_000685022.1 WP_000685022.1 WP_105979700.1 WP_105979700.1 MBQ8238565.1 MBQ8238565.1 MBQ9299122.1 MBQ9299122.1 MBR5879017.1 MBR5879017.1 MCS6903464.1 MCS6903464.1 WP_011063740.1 WP_011063740.1 EGV97757.1 EGV97757.1 WP_204942955.1 WP_204942955.1 WP_015133641.1 WP_015133641.1 MCD6425313.1 MCD6425313.1 UTT93350.1 UTT93350.1 MCR5602468.1 MCR5602468.1 OGR18938.1 OGR18938.1 MBI5677341.1 MBI5677341.1 WP_029267497.1 WP_029267497.1 STW12454.1 STW12454.1 MBE6306819.1 MBE6306819.1 NLB51443.1 NLB51443.1 UKS51372.1 UKS51372.1 MCI7352812.1 MCI7352812.1 WP_259847195.1 WP_259847195.1 WP_192049367.1 WP_192049367.1 WP_039294206.1 WP_039294206.1 DAD32814.1 DAD32814.1 XP_027924147.1 XP_027924147.1 WP_161359378.1 WP_161359378.1 WP_196351635.1 WP_274676460.1 WP_196351635.1 WP_196351635.1 WP_100521084.1 WP_100521084.1 AQU86570.1 AQU86570.1 KAI0643035.1 KAI0643035.1 OHB35500.1 OHB35500.1 WP_014605789.1 WP_014605789.1 WP_154907134.1 WP_154907134.1 WP_228944212.1 WP_228944212.1 WP_136134536.1 WP_136134536.1 MBC2704089.1 MBC2704089.1 MBH0193692.1 MBH0193692.1 EJK2981647.1 EJK2981647.1 WP_213646387.1 WP_213646387.1 WP_103313256.1 WP_103313256.1 EZX24376.1 EZX24376.1 KAJ3327837.1 KAJ3327837.1 KAJ2660037.1 KAJ2660037.1 MAJ71254.1 MAJ71254.1 MCA9450479.1 MCA9450479.1 MCC8042769.1 MCC8042769.1 XP_041178038.1 XP_041178038.1 NBW79235.1 NBW79235.1 WP_030323867.1 WP_030323867.1 WP_033135619.1 WP_033135619.1 MCA1442501.1 MCA1442501.1 KAI5251673.1 KAI5251673.1 EBT2494165.1 EBT2494165.1 MBR5121093.1 MBR5121093.1 NWJ08205.1 NWJ08205.1 WP_162959321.1 WP_162959321.1 WP_278498266.1 WP_278498266.1 WP_257479708.1 WP_257479708.1 MBQ3867797.1 MBQ3867797.1 WP_111496981.1 WP_111496981.1 WP_212448448.1 WP_212448448.1 WP_147738784.1 WP_147738784.1 PZT91770.1 PZT91770.1 EAM9790494.1 EAM9790494.1 XP_013404023.1 XP_013404023.1 WP_107485636.1 WP_107485636.1 WP_143660971.1 WP_143660971.1 MCB2112291.1 MCB2112291.1 KLA07975.1 KLA07975.1 WP_014504812.1 WP_068156215.1 WP_014504812.1 WP_014504812.1 KAF5807084.1 KAF5807084.1 WP_060004157.1 WP_060004157.1 WP_204334995.1 WP_204334995.1 WP_217736698.1 WP_217736698.1 WP_270430070.1 WP_270430070.1 KAF8153477.1 KAF8153477.1 MCI0648031.1 MCI0648031.1 XP_041922209.1 XP_041922209.1 WP_115180843.1 WP_115180843.1 EFG7579667.1 EFG7579667.1 WP_069341101.1 WP_069341101.1 WP_210949324.1 WP_210949324.1 WP_210949324.1 EIR8916606.1 MBT3459335.1 MBT3459335.1 WP_129832000.1 WP_129832000.1 MBF0233644.1 MBF0233644.1 WP_094375360.1 WP_094375360.1 WP_248415167.1 WP_248415167.1 MBV8174008.1 MBV8174008.1 WP_186748347.1 WP_186748347.1 BCL31621.1 BCL31621.1 GDZ43403.1 GDZ43403.1 UFH83377.1 AFQ97813.1 UFH83377.1 AYV64277.1 UFH83377.1 UFH83377.1 UFH83377.1 UTU41876.1 NJO91920.1 NJO91920.1 MBC99785.1 MBC99785.1 MBK8012537.1 MBK8012537.1 WP_205994446.1 WP_205994446.1 WP_145465857.1 WP_145465857.1 OGZ08419.1 OGZ08419.1 WP_231879606.1 WP_231879606.1 WP_253195963.1 WP_253195963.1 ACT50261.1 ACT50261.1 WP_098613056.1 WP_098613056.1 KAF6751692.1 KAF6751692.1 HDI11217.1 HDI11217.1 KAI9233655.1 KAI9233655.1 WP_258038067.1 WP_258038067.1 WP_022957608.1 WP_022957608.1 KAG7812337.1 KAG7812337.1 NLF10573.1 NLF10573.1 WP_132572234.1 WP_132572234.1 KUO65278.1 KUO65278.1 WP_142636409.1 WP_142636409.1 MCU1514505.1 MCU1514505.1 MBQ7769568.1 MBQ7769568.1 WP_032587385.1 WP_032587385.1 MCS6907720.1 MCS6907720.1 WP_022385641.1 WP_022385641.1 WP_028779961.1 WP_028779961.1 MBP6361937.1 MBP6361937.1 WP_083349422.1 MBL4853947.1 WP_083349422.1 WP_083349422.1 TMK27100.1 TMK27100.1 TPX78184.1 TPX78184.1 WP_182336829.1 WP_182336829.1 MBJ7506254.1 MBJ7506254.1 VVB00125.1 VVB00125.1 HBJ80371.1 HBJ80371.1 HAG0018107.1 HAG0018107.1 WP_054136413.1 WP_054136413.1 WP_165773198.1 WP_165773198.1 MCP4329804.1 MCP4329804.1 PSJ26816.1 PSJ26816.1 MBM3990268.1 MBM3990268.1 MCK7479919.1 MCK7479919.1 CYB93821.1 CYB93821.1 MBD5361948.1 MBD5361948.1 MBN2341313.1 MBN2341313.1 WP_202167283.1 WP_202167283.1 WP_130670507.1 WP_224014827.1 WP_130670507.1 WP_130670507.1 PIQ75822.1 PIQ75822.1 TSA38195.1 TSA38195.1 WP_090879207.1 WP_090879207.1 WP_225601911.1 WP_225601911.1 WP_189534272.1 WP_189534272.1 KXU92672.1 KXU92672.1 MBR6069896.1 MBR6069896.1 WP_234080888.1 WP_234080888.1 HIS55495.1 HIS55495.1 WP_227594049.1 WP_227594049.1 WP_148062134.1 WP_148062134.1 WP_024217747.1 WP_024217747.1 KAJ4828317.1 KAJ4828317.1 KKP40103.1 KKP40103.1 WP_087364392.1 WP_087364392.1 MCL2184308.1 MCL2184308.1 PYL80520.1 PYL80520.1 WP_077722411.1 WP_077722411.1 PZS09564.1 PZS09564.1 WP_209366475.1 WP_209366475.1 WP_155387753.1 WP_155387753.1 XP_008942036.1 XP_008942036.1 MBS1208135.1 MBS1208135.1 XP_011699286.1 XP_011699286.1 MBK6580699.1 MBK6580699.1 XP_025996498.1 XP_025996498.1 WP_050825696.1 WP_050825696.1 KAG5478439.1 KAG5478439.1 KAG5713212.1 KAG5713212.1 GJP86697.1 GJP86697.1 EAJ4016142.1 EAJ4016142.1 AUP48118.1 AAX35861.1 AUP48118.1 AUP48118.1 WP_163205944.1 WP_163205944.1 KAG0196869.1 KAG0196869.1 KFD50394.1 KFD50394.1 HCB0607732.1 HCB0607732.1 MBW2147570.1 MBW2147570.1 XP_017076166.2 XP_017076166.2 WP_187918914.1 WP_187918914.1 MBB1667778.1 MBB1667778.1 MYJ01754.1 MYJ01754.1 NXA78151.1 NXA78151.1 WP_196764971.1 WP_196764971.1 WP_197035361.1 WP_197035361.1 SDB07816.1 SDB07816.1 CAH2042052.1 CAH2042052.1 WP_077832600.1 WP_077832600.1 USN98129.1 USN98129.1 MBD3373279.1 MBD3373279.1 WP_233824378.1 WP_233824378.1 WP_204723735.1 WP_204723735.1 MCU1518316.1 MCU1518316.1 Q8XJN8.1 Q8XJN8.1 WP_216090438.1 WP_216090438.1 WP_237070319.1 WP_237070319.1 XP_024252803.1 XP_024252803.1 QYT38722.1 QYT38722.1 MBT3899069.1 MBT3899069.1 WP_182711301.1 WP_182711301.1 WP_157589094.1 WP_157589094.1 MBQ6692395.1 MBQ6692395.1 RPI95901.1 RPI95901.1 MBW7892865.1 MBW7892865.1 XP_013005546.1 XP_013005546.1 WP_133325549.1 WP_133325549.1 MBQ3498542.1 MBQ3498542.1 WP_085648136.1 WP_085648136.1 WP_092226977.1 WP_092226977.1 MBS1713296.1 MBS1713296.1 MBF2073911.1 MBF2073911.1 WP_272062680.1 WP_272062680.1 TYI23342.1 TYI23342.1 WP_251438464.1 WP_251438464.1 KIE57707.1 KIE57707.1 WP_208562420.1 WP_208562420.1 WP_158799804.1 WP_158799804.1 WP_089274238.1 WP_089274238.1 MCK9252526.1 MCK9252526.1 WP_265225845.1 WP_265225845.1 GIU76508.1 GIU76508.1 POM61486.1 POM61486.1 HAA79725.1 HAA79725.1 WP_261529150.1 WP_261529150.1 WP_249438391.1 WP_249438391.1 KQC11686.1 KQC11686.1 WP_265364885.1 WP_265364885.1 NFE66003.1 NFE66003.1 WP_162529103.1 WP_162529103.1 WP_216537974.1 WP_216537974.1 WP_107668606.1 WP_107668606.1 XP_027547584.1 XP_027547584.1 SKC89544.1 SKC89544.1 WP_168694891.1 WP_168694891.1 EAC1232420.1 EAC1232420.1 AFN42320.1 AFN42320.1 MBM3210814.1 MBM3210814.1 EHA1403784.1 EHA1403784.1 NWT13315.1 NWT13315.1 MBT3283529.1 MBT3283529.1 WP_215356761.1 WP_215356761.1 MYD98720.1 MYD98720.1 PHH91422.1 PHH91422.1 ECL3553101.1 ECL3553101.1 WP_177525402.1 WP_177525402.1 CAG9334863.1 CAG9334863.1 WP_183806671.1 WP_183806671.1 WP_166773323.1 WP_166773323.1 WP_175580162.1 WP_175580162.1 ECH4355821.1 ECH4355821.1 WP_232835221.1 WP_232835221.1 KLL12075.1 KLL12075.1 MCC6486159.1 MCC6486159.1 NJK67049.1 NJK67049.1 WP_016809838.1 WP_016809838.1 WP_238320463.1 WP_238320463.1 OTA29349.1 OTA29349.1 OYX89137.1 OYX89137.1 WP_253571813.1 WP_253571813.1 WP_263847269.1 WP_263847269.1 XP_045284515.1 XP_045284515.1 WP_014213241.1 WP_014213241.1 WP_044344333.1 WP_044344333.1 MCU1400721.1 MCU1400721.1 WP_084128119.1 WP_084128119.1 MBR5447513.1 MBR5447513.1 OUX43364.1 OUX43364.1 MBK0846266.1 MBK0846266.1 WP_169253344.1 WP_169253344.1 TCV06956.1 TCV06956.1 HBW2970848.1 HBW2970848.1 WP_092775107.1 WP_092775107.1 WP_259895494.1 WP_259895494.1 PQN15048.1 PQN15048.1 TAL20232.1 TAL20232.1 KAG2356287.1 KAG2356287.1 XP_040082341.1 XP_040082341.1 MCL1491976.1 MCL1491976.1 MBR2109594.1 MBR2109594.1 QWD35723.1 QWD35723.1 NQR19375.1 NQR19375.1 MBP3518143.1 MBP3518143.1 MBL4910304.1 MBL4910304.1 MBQ1404818.1 MBQ1404818.1 WP_091032200.1 WP_091032200.1 WP_238486267.1 WP_238486267.1 EIW7596561.1 EIW7596561.1 EIW7596561.1 EBW1672033.1 WP_115357420.1 WP_115357420.1 MCH9784543.1 MCH9784543.1 MCD4206375.1 MCD4206375.1 MBK8100495.1 MBK8100495.1 EAJ8453921.1 EAJ8453921.1 MBK9653437.1 MBK9653437.1 MBI2528438.1 WP_173283317.1 MBI2528438.1 MBI2528438.1 MCA1360809.1 WP_247424115.1 MCA1360809.1 MCA1360809.1 MBK9974619.1 MBK9974619.1 PBI27870.1 PBI27870.1 KAJ1535693.1 KAJ1535693.1 MBE9640947.1 MBE9640947.1 MBQ6107527.1 MBQ6107527.1 TMG86695.1 TMG86695.1 XP_030131005.3 XP_030131005.3 MCL6644735.1 MCL6644735.1 XP_040499486.1 XP_040499486.1 XP_043577599.1 XP_043577599.1 XP_002107991.1 XP_002107991.1 HAJ30683.1 HAJ30683.1 QNV11749.1 YP_009731821.1 QNV11749.1 QNV11749.1 BAD29386.1 BAD29386.1 MCL5999032.1 MCL5999032.1 WP_032407714.1 WP_032407714.1 MBQ1540263.1 MBQ1540263.1 KAH0956195.1 KAH0956195.1 NNM19111.1 NNM19111.1 WP_110808154.1 WP_110808154.1 MBX9947011.1 MBX9947011.1 WP_218022068.1 WP_218022068.1 MBK8142594.1 MBK8142594.1 EFG7698437.1 EFG7698437.1 XP_047113196.1 XP_047113196.1 GFX26854.1 GFX26854.1 WP_283640148.1 WP_283640148.1 MBR1866691.1 MBR1866691.1 MCB1329842.1 MCB1329842.1 WP_189671415.1 WP_189671415.1 MBN1187923.1 MBN1187923.1 XP_036700879.1 XP_036700879.1 MBV9252674.1 MBV9252674.1 MCC5948066.1 MCC5948066.1 WP_176623291.1 WP_176623291.1 WP_023828789.1 WP_023828789.1 BAR90558.1 BAR90558.1 WP_256527700.1 WP_256527700.1 PQM52169.1 PQM52169.1 OBB22832.1 OBB22832.1 KAI1138495.1 KAI1138495.1 KAF1947782.1 KAF1947782.1 OGO62636.1 OGO62636.1 RYQ91928.1 RYQ91928.1 MBM6667216.1 MBM6667216.1 WP_108494191.1 WP_134106059.1 WP_108494191.1 WP_108494191.1 PWA78445.1 PWA78445.1 WP_011057593.1 WP_011057593.1 WP_083249539.1 WP_083249539.1 EAL3378245.1 EAL3378245.1 KMT17181.1 KMT17181.1 WP_208557144.1 WP_208557144.1 KAJ2141250.1 KAJ2141250.1 MBQ7587638.1 MBQ7587638.1 MBQ7587638.1 WP_268276024.1 OKX80212.1 OKX80212.1 MBJ4904885.1 MBJ4904885.1 XP_055296131.1 XP_055296131.1 WP_260479645.1 WP_260479645.1 WP_089563581.1 WP_089563581.1 XP_010263869.1 XP_010263869.1 WP_079722145.1 WP_079722145.1 MBQ9329940.1 MBQ9329940.1 MCB9082534.1 MCB9082534.1 WP_058918927.1 WP_058918927.1 MCP1651746.1 WP_004619799.1 MCP1651746.1 MCP1651746.1 WP_217309155.1 WP_217309155.1 WP_247879744.1 WP_247879744.1 WP_182050463.1 WP_182050463.1 WP_271418863.1 WP_271418863.1 PDX57421.1 PDX57421.1 WP_268551200.1 WP_268551200.1 MBO5962796.1 MBO5962796.1 WP_128604954.1 WP_128604954.1 WP_188167525.1 WP_188167525.1 MBQ7208271.1 MBQ7208271.1 PIF02276.1 PIF02276.1 MCM1504065.1 MCM1504065.1 WP_265258498.1 WP_265258498.1 XP_015665538.2 XP_015665538.2 WP_208405463.1 WP_208405463.1 MBS5124634.1 MBS5124634.1 XP_037020921.2 XP_037020921.2 WP_268422715.1 WP_268422715.1 WP_113928814.1 WP_113928814.1 MCI0601354.1 MCI0601354.1 MSV72798.1 MSV72798.1 WP_048886461.1 WP_048886461.1 WP_119328079.1 WP_119328079.1 WP_253793201.1 WP_253793201.1 MBO5118622.1 MBO5118622.1 MBV8110278.1 MBV8110278.1 WP_258219484.1 WP_258219484.1 KAH7858561.1 KAH7858561.1 MBB7523286.1 MBB7523286.1 WP_184039851.1 WP_184039851.1 XP_053914187.1 XP_053914187.1 MAW35414.1 MAW35414.1 WP_139553477.1 WP_139553477.1 CAG8793492.1 CAG8793492.1 NOU20958.1 NOU20958.1 WP_096221151.1 WP_096221151.1 WP_217853533.1 WP_217853533.1 ATQ57711.1 ATQ57711.1 CAH1431027.1 CAH1431027.1 WP_250822302.1 WP_250822302.1 WP_160194147.1 WP_160194147.1 EAI0195789.1 EAI0195789.1 XP_054357454.1 XP_054357454.1 CAI9280851.1 CAI9280851.1 WP_278329032.1 WP_278329032.1 MBL0183169.1 MBL0183169.1 TMG37032.1 TMG37032.1 WP_171469099.1 WP_171469099.1 WP_250898423.1 MCU1506104.1 WP_250898423.1 WP_250898423.1 SFI40936.1 MBI4599533.1 SFI40936.1 SFI40936.1 XP_023426040.1 XP_023426040.1 KAI3473816.1 KAI3473816.1 KAI3473816.1 TEY22245.1 KAI3473816.1 EFC81578.1 WP_033776418.1 WP_033776418.1 NLD51718.1 NLD51718.1 MCK5694897.1 MCK5694897.1 XP_018682766.1 XP_018682766.1 WP_026497435.1 WP_026497435.1 WP_036077718.1 WP_036077718.1 WP_031132573.1 WP_031132573.1 MCI8828397.1 MCI8828397.1 WP_218804454.1 WP_218804454.1 XP_032873419.1 XP_032873419.1 TVO55343.1 TVO55343.1 NIR46571.1 NIR46571.1 MBC2695466.1 MBC2695466.1 MBP9134320.1 MBP9134320.1 MBM4010536.1 MBM4010536.1 NBB83031.1 NBB83031.1 GBN69281.1 GBN69281.1 KAF2637112.1 KAF2637112.1 WP_132898733.1 WP_132898733.1 NJI17449.1 NJI17449.1 WP_284053701.1 WP_284053701.1 TMI36513.1 TMI36513.1 WP_266784861.1 WP_266784861.1 MCP4144501.1 MCP4144501.1 MCH9693433.1 MCH9693433.1 WP_160421767.1 WP_160421767.1 MBN9560624.1 MBN9560624.1 WP_226387626.1 WP_226387626.1 WP_172394656.1 WP_172394656.1 WP_036671656.1 WP_036671656.1 MCJ7686803.1 MCJ7686803.1 WP_106817586.1 WP_106817586.1 WEK50023.1 PDX17128.1 WEK50023.1 WEK50023.1 MBI5333464.1 MBI5333464.1 MCA2691876.1 MCA2691876.1 WP_003067788.1 WP_003067788.1 XP_045615378.1 XP_045615378.1 WP_007678833.1 WP_012913739.1 WP_007678833.1 WP_007678833.1 AFC90328.1 AFC90328.1 EOH70952.1 EOH70952.1 WP_107387431.1 WP_107387431.1 WP_274976404.1 WP_274976404.1 WP_214130944.1 WP_214130944.1 WP_131166802.1 WP_131166802.1 HBE02941.1 HBE02941.1 AFU58940.1 AFU58940.1 MBW0108125.1 MBW0108125.1 WP_281163474.1 WP_281163474.1 WP_008860295.1 WP_008860295.1 XP_044366249.1 XP_044366249.1 MQA03337.1 MCB1505913.1 MQA03337.1 MQA03337.1 MCH3963123.1 MCH3963123.1 WP_260776178.1 WP_260776178.1 WP_195689481.1 WP_195689481.1 XP_051954746.1 XP_051954746.1 MCB9662416.1 MCB9662416.1 UJR03683.1 UJR03683.1 OLD52228.1 OLD52228.1 MBS2033149.1 MBS2033149.1 XP_030892138.1 XP_030892138.1 WP_105447015.1 WP_105447015.1 SHG12942.1 SHG12942.1 XP_018575520.1 XP_018575520.1 WP_050210146.1 WP_050210146.1 WP_059191156.1 WP_059191156.1 WP_014942931.1 WP_014942931.1 KAE8834307.1 KAE8834307.1 MCI5825153.1 MCI5825153.1 MCI6629070.1 MCI6629070.1 WP_114539302.1 WP_114539302.1 OOP55008.1 OOP55008.1 MBU6376428.1 MBU6376428.1 XP_050375343.1 XP_050375343.1 WP_216743397.1 WP_216743397.1 NEO63080.1 NEO63080.1 WP_123207952.1 WP_123207952.1 WP_180874312.1 WP_180874312.1 WP_085535344.1 WP_085535344.1 XP_025698866.1 XP_025698866.1 CAG1853776.1 CAG1853776.1 WP_132517191.1 WP_132517191.1 WP_166370521.1 WP_166370521.1 WP_189145586.1 WP_189145586.1 MBE2253919.1 MBE2253919.1 XP_016284980.1 XP_016284980.1 WP_109813103.1 WP_109813103.1 WP_184253104.1 WP_184253104.1 BCB83133.1 BCB83133.1 OBU40353.1 OBU40353.1 WP_024947943.1 WP_024947943.1 WP_230424277.1 WP_230424277.1 WP_187047047.1 WP_187047047.1 WP_077646570.1 WP_077646570.1 WP_058807138.1 WP_058807138.1 XP_033551505.1 XP_033551505.1 RZK87475.1 RZK87475.1 WP_115287442.1 WP_115287442.1 KAJ8398543.1 KAJ8398543.1 WP_204434340.1 WP_204434340.1 KAF2670900.1 KAF2670900.1 RLS24356.1 RLS24356.1 KQB14740.1 KQB14740.1 WP_063880179.1 WP_063880179.1 WP_064652354.1 WP_064652354.1 XP_024010268.1 XP_024010268.1 YP_009252784.1 YP_009252784.1 MCF6346354.1 MCF6346354.1 EAF4791746.1 EAF4791746.1 OBJ23133.1 OBJ23133.1 YP_004564419.1 YP_004564419.1 WP_230519716.1 WP_230519716.1 WP_039806668.1 WP_039806668.1 MAJ59213.1 MAJ59213.1 CAD8186381.1 CAD8186381.1 MBB1804587.1 MBB1804587.1 WP_236513170.1 WP_236513170.1 MBK9065949.1 MBK9065949.1 MCD8051495.1 MCD8051495.1 XP_010311338.1 XP_010311338.1 YP_010317795.1 YP_010317795.1 WP_283947944.1 WP_283947944.1 WP_124519303.1 WP_124519303.1 WP_110663263.1 WP_110663263.1 KAF2317565.1 KAF2317565.1 RDH15740.1 RDH15740.1 WP_154599351.1 WP_154599351.1 MBK8904706.1 MBK8904706.1 OEU68709.1 OEU68709.1 HAW53859.1 HAW53859.1 NP_001395973.1 NP_001395973.1 WP_096719144.1 WP_096719144.1 WP_006327457.1 WP_006327457.1 WP_081607935.1 WP_081607935.1 XP_022745130.1 XP_022745130.1 MCC6596976.1 MCC6596976.1 MCL2337464.1 MCL2337464.1 MCA9667429.1 MCA9667429.1 WP_264379403.1 WP_264379403.1 WP_108706918.1 WP_108706918.1 MCO4825170.1 MCO4825170.1 MCG8687614.1 MCG8687614.1 KAI4536634.1 KAI4536634.1 WP_109807231.1 WP_109807231.1 WP_101272247.1 WP_101272247.1 MBT2573851.1 MBT2573851.1 KAJ2336672.1 KAJ2336672.1 XP_021098423.1 XP_021098423.1 MCP4641540.1 MCP4641540.1 MBN1977789.1 MBN1977789.1 OIT39507.1 OIT39507.1 WP_022748957.1 WP_022748957.1 MBA4289549.1 MBA4289549.1 MBD58399.1 MBD58399.1 WP_171396840.1 WP_171396840.1 WP_064060986.1 WP_064060986.1 MCH4268493.1 MCH4268493.1 GFY83906.1 GFY83906.1 WP_132558606.1 WP_132558606.1 WP_164300700.1 WP_164300700.1 XP_016071528.1 XP_016071528.1 WP_143662806.1 WP_143662806.1 WP_234538829.1 WP_234538829.1 MBK7529683.1 MBK7529683.1 HIR66791.1 HIR66791.1 XP_027540421.1 XP_027540421.1 WP_194544138.1 WP_194544138.1 MBY0273331.1 MBY0273331.1 WP_263205390.1 WP_263205390.1 WP_024410349.1 WP_024410349.1 MBQ9146327.1 MBQ9146327.1 MBC8266069.1 MBC8266069.1 KAG0597131.1 KAG0597131.1 WP_164706884.1 WP_164706884.1 WP_090874869.1 WP_090874869.1 WP_028781258.1 WP_028781258.1 MBT3931813.1 MBT3931813.1 WP_235903398.1 WP_235903398.1 MBR0144760.1 MBR0144760.1 QPX63240.1 QPX63240.1 XP_050578957.1 XP_050578957.1 MBK5104727.1 MBK5104727.1 CAD7234202.1 CAD7234202.1 PZR72038.1 PZR72038.1 KAG1302368.1 KAG1302368.1 WP_101574454.1 WP_101574454.1 PWI72242.1 PWI72242.1 AMC51858.1 AMC51858.1 WP_072519951.1 WP_072519951.1 WP_240226434.1 WP_240226434.1 WP_261695383.1 WP_261695383.1 WP_137974759.1 WP_007683719.1 WP_137974759.1 WP_137974759.1 XP_047856915.1 XP_047856915.1 EYC35406.1 EYC35406.1 WP_256304635.1 WP_256304635.1 EPS43711.1 EPS43711.1 WP_033611379.1 WP_033611379.1 MSE05949.1 MSE05949.1 MBA4269667.1 MBA4269667.1 WP_132448671.1 WP_132448671.1 BBI69300.1 BBI69300.1 WP_011313080.1 WP_011313080.1 EBG8325683.1 EBG8325683.1 WP_139918144.1 WP_139918144.1 NIP96332.1 NIP96332.1 WP_190797347.1 WP_190797347.1 WP_068647811.1 WP_068647811.1 WP_201413968.1 WP_201413968.1 WP_269082627.1 WP_269082627.1 OQR96432.1 OQR96432.1 MCA9916937.1 MCA9916937.1 GIC06559.1 GIC06559.1 WP_256588339.1 WP_256588339.1 WP_209511935.1 WP_209511935.1 WP_169872418.1 WP_169872418.1 MSZ29533.1 MSZ29533.1 MBM3780037.1 MBM3780037.1 WP_130537043.1 WP_130537043.1 WP_129553552.1 WP_129553552.1 SDI97994.1 SDI97994.1 OQY55840.1 OQY55840.1 WP_006761119.1 WP_006761119.1 WP_132579575.1 WP_132579575.1 WP_220073286.1 WP_220073286.1 XP_055198731.1 XP_055198731.1 KAJ1449837.1 KAJ1449837.1 WP_000576638.1 WP_000576638.1 MYS48845.1 MYS48845.1 XP_022120389.2 XP_022120389.2 WP_199936433.1 WP_199936433.1 WP_095556548.1 WP_095556548.1 NLN79518.1 NLN79518.1 WP_139032727.1 WP_139032727.1 HIG96475.1 HIG96475.1 XP_012066326.1 XP_012066326.1 WP_274604755.1 WP_274604755.1 MBL0280791.1 MBL0280791.1 XP_024081758.1 XP_024081758.1 KFK25655.1 KFK25655.1 WP_176572922.1 WP_176572922.1 XP_039286754.1 XP_039286754.1 MBK7906023.1 MBK7906023.1 MCP4742086.1 MCP4742086.1 WGY84075.1 WGY84075.1 RMG09135.1 RMG09135.1 XP_016192053.1 XP_016192053.1 RZJ10574.1 RZJ10574.1 MBQ6246919.1 MBQ6246919.1 MBE5709430.1 MBE5709430.1 MBQ8297564.1 MBQ8297564.1 WP_039930315.1 WP_039930315.1 KAF1039360.1 KAF1039360.1 WP_222952672.1 WP_222952672.1 WP_091759775.1 WP_091759775.1 WP_219486374.1 WP_219486374.1 WP_055091847.1 WP_055091847.1 WP_238837572.1 WP_238837572.1 EHK3702610.1 EHK3702610.1 EFV8345964.1 EFV8345964.1 MBB2134936.1 MBB2134936.1 WP_162485939.1 WP_162485939.1 KFF47610.1 WP_107352122.1 KFF47610.1 KFF47610.1 HBC7850765.1 HBC7850765.1 WP_026729912.1 WP_026729912.1 MBU2837240.1 MBU2837240.1 MCH5231772.1 MCH5231772.1 MCE1200518.1 MCE1200518.1 CAA9338705.1 CAA9338705.1 XP_011822310.1 XP_011822310.1 MBE6491651.1 MBE6491651.1 WP_255632456.1 WP_255632456.1 WP_120851940.1 WP_120851940.1 WP_230269925.1 WP_230269925.1 QBL97920.1 QBL97920.1 KAJ3865263.1 KAJ3865263.1 NDJ88951.1 NDJ88951.1 MBQ2085260.1 MBQ2085260.1 KAH3670308.1 KAH3670308.1 WP_013611731.1 WP_013611731.1 SFX27592.1 SFX27592.1 KAJ1918571.1 KAJ1918571.1 WP_190728164.1 WP_190728164.1 MCD1648821.1 MCD1648821.1 WP_002318774.1 WP_002318774.1 GDX50632.1 MCB0558738.1 GDX50632.1 GDX50632.1 PZR90627.1 PZR90627.1 WP_154963182.1 WP_154963182.1 NUP45658.1 NUP45658.1 WP_041591748.1 WP_041591748.1 EED8954498.1 EED8954498.1 MBU0638288.1 MBU0638288.1 XP_023618023.1 XP_023618023.1 KAJ7901288.1 KAJ7901288.1 WP_005969797.1 WP_005969797.1 WP_168976500.1 WP_168976500.1 WP_061213510.1 WP_061213510.1 TLZ56659.1 TLZ56659.1 ROW17242.1 ROW17242.1 XP_030111227.1 XP_030111227.1 WP_254860001.1 WP_254860001.1 WP_147757699.1 WP_147757699.1 WP_149786838.1 WP_149786838.1 MBQ7514694.1 MBQ7514694.1 KAJ8599810.1 KAJ8599810.1 WP_015919400.1 WP_015919400.1 ADT83844.1 ADT83844.1 CQR43717.1 CQR43717.1 AZT92937.1 AZT92937.1 MCG8609391.1 MCG8609391.1 WP_143435921.1 WP_143435921.1 KAI5237214.1 KAI5237214.1 KAI4790364.1 KAI4790364.1 WP_090149712.1 WP_090149712.1 KAI7428497.1 KAI7428497.1 WP_023840997.1 WP_023840997.1 MCL5016798.1 MCL5016798.1 HJC43196.1 HJC43196.1 XP_033115746.1 XP_033115746.1 MCA9828892.1 MCA9828892.1 KAE9534034.1 KAE9534034.1 WP_099723413.1 WP_099723413.1 MCR4805905.1 MCR4805905.1 MXV83649.1 MXV83649.1 WP_129502220.1 WP_129502220.1 VDL88157.1 VDL88157.1 MCA1930442.1 MCA1930442.1 WP_205833587.1 WP_205833587.1 XP_028540875.1 XP_028540875.1 WP_004127832.1 WP_004127832.1 MBX6373297.1 MBX6373297.1 KAI1294496.1 KAI1294496.1 MBA2742690.1 MBA2742690.1 OWZ15943.1 OWZ15943.1 KAJ0788155.1 KAJ0788155.1 KAJ3641143.1 KAJ3641143.1 OSS44110.1 OSS44110.1 XP_003878446.1 XP_003878446.1 ONK59585.1 ONK59585.1 MBQ7856432.1 MBQ7856432.1 KAJ9220763.1 KAJ9220763.1 WP_102296123.1 WP_102296123.1 WP_228062638.1 WP_228062638.1 RBQ75851.1 RBQ75851.1 WP_247498151.1 WP_092156886.1 WP_247498151.1 WP_247498151.1 RCV36353.1 RCV36353.1 WP_002264996.1 WP_002264996.1 WP_125091196.1 WP_125091196.1 WP_272906673.1 WP_272906673.1 WP_239280620.1 WP_239280620.1 MCE2456387.1 MCE2456387.1 KAH0455857.1 KAH0455857.1 MBO7602558.1 MBO7602558.1 MBA3364572.1 MBA3364572.1 KAF6037074.1 KAF6037074.1 EJD6083724.1 EJD6083724.1 XP_053603972.1 XP_053603972.1 WP_168987397.1 WP_168987397.1 WP_087514544.1 WP_087514544.1 MBL4661703.1 MBL4661703.1 WP_157447226.1 WP_157447226.1 KAE9687153.1 KAE9687153.1 HED33315.1 HED33315.1 WP_000446844.1 WP_000446844.1 WP_168945101.1 WP_168945101.1 TIW69825.1 TIW69825.1 WP_143823896.1 WP_143823896.1 XP_031104936.1 XP_031104936.1 WP_258228246.1 WP_258228246.1 WP_183883741.1 WP_183883741.1 EHG9421715.1 EHG9421715.1 OMH80233.1 OMH80233.1 WP_041302673.1 WP_041302673.1 MCE8014926.1 MCE8014926.1 WP_173267071.1 WP_173267071.1 KAF5344437.1 KAF5344437.1 WP_190457829.1 WP_190457829.1 MBX3242409.1 MBX3242409.1 MBL9113742.1 MBL9113742.1 XP_007828713.1 XP_007828713.1 HIZ96099.1 HIZ96099.1 KAI6857291.1 KAI6857291.1 XP_007077310.1 XP_007077310.1 WP_123470196.1 WP_123470196.1 WP_008292946.1 WP_008292946.1 WP_140476737.1 WP_140476737.1 CAI9301549.1 CAI9301549.1 MUN40768.1 MUN40768.1 WP_114605464.1 WP_114605464.1 WP_072380563.1 WP_072380563.1 CBI36349.3 CBI36349.3 WP_046278045.1 WP_046278045.1 WP_059376966.1 WP_059376966.1 KAG5276208.1 KAG5276208.1 CDQ50939.1 CDQ50939.1 OOF77949.1 OOF77949.1 MCO2595964.1 MCO2595964.1 WP_279150283.1 WP_279150283.1 MBV8133755.1 MBD7990178.1 MBV8133755.1 MBV8133755.1 WP_074642620.1 WP_074642620.1 MCI0677710.1 MCI0677710.1 KAG7534354.1 KAG7534354.1 EFE9598678.1 EFE9598678.1 WP_183662448.1 WP_183662448.1 WP_214826002.1 WP_214826002.1 MBR0198895.1 MBR0198895.1 WP_068241828.1 WP_068241828.1 MBS7623663.1 MBS7623663.1 WP_029222917.1 WP_029222917.1 WP_220778039.1 WP_220778039.1 GJP56269.1 GJP56269.1 NCS93910.1 NCS93910.1 HIZ21956.1 HIZ21956.1 WP_095173689.1 WP_095173689.1 XP_012504886.1 XP_012504886.1 OJT13672.1 OJT13672.1 XP_039870427.1 XP_039870427.1 WP_228281474.1 WP_228281474.1 WP_127202744.1 WP_127202744.1 WP_140214184.1 WP_140214184.1 WP_282791351.1 WP_282791351.1 WP_200652460.1 WP_200652460.1 WP_129825188.1 WP_129825188.1 MBX5450151.1 MBX5450151.1 WP_081851094.1 WP_081851094.1 MRR30429.1 MRR30429.1 WP_125849054.1 WP_125849054.1 WP_244631495.1 WP_244631495.1 WP_222323558.1 WP_222323558.1 VVC36036.1 VVC36036.1 MBL6607133.1 MBL6607133.1 DAO54200.1 DAO54200.1 PGL69713.1 PGL69713.1 XP_036914921.1 XP_036914921.1 MBP8718427.1 MBP8718427.1 QWG36045.1 QWG36045.1 WP_110066977.1 WP_110066977.1 KAF2570897.1 KAF2570897.1 MCK4236496.1 MCK4236496.1 XP_041912709.1 XP_041912709.1 WP_026564934.1 WP_026564934.1 WP_121953554.1 WP_121953554.1 WP_169877562.1 WP_169877562.1 GFU30764.1 GFU30764.1 WP_231496029.1 WP_231496029.1 EJE2345556.1 EJE2345556.1 WP_260821709.1 WP_260821709.1 KWD88427.1 KWD88427.1 XP_022824318.1 XP_022824318.1 MCB0405579.1 MCB0405579.1 WP_159117211.1 WP_159117211.1 EFX2174330.1 EFX2174330.1 WP_065029373.1 WP_065029373.1 PPR79666.1 PPR79666.1 MBN2020480.1 MBN2020480.1 WP_268678783.1 WP_268678783.1 WP_082780476.1 WP_082780476.1 EGS8470081.1 EGS8470081.1 AAM52216.1 AAM52216.1 PYP75467.1 PYP75467.1 MBW4662439.1 MBW4662439.1 KAI9522339.1 KAI9522339.1 WP_120851171.1 WP_120851171.1 WP_235274869.1 WP_235274869.1 WP_101000040.1 WP_101000040.1 WP_250676265.1 WP_250676265.1 WP_002857697.1 WP_002857697.1 WP_067835961.1 WP_067835961.1 WP_153853838.1 WP_153853838.1 OAO15975.1 OAO15975.1 MBN2427654.1 MBN2427654.1 MBN2427654.1 MBP6400846.1 EEZ9625188.1 EEZ9625188.1 XP_046907253.1 XP_046907253.1 WP_255519487.1 WP_255519487.1 MBQ3724833.1 MBQ3724833.1 MCH7568487.1 MCH7568487.1 WP_260264417.1 WP_260264417.1 EAC1801539.1 EAC1801539.1 XP_020425985.1 XP_020425985.1 KAA1094631.1 KAA1094631.1 HAA59914.1 HAA59914.1 PTI43160.1 PTI43160.1 WP_128942179.1 WP_128942179.1 WP_261996416.1 WP_261996416.1 WP_264218405.1 WP_264218405.1 MBQ5584458.1 EAG2350674.1 MBQ5584458.1 MBQ5584458.1 WP_050837451.1 WP_050837451.1 WP_261802249.1 WP_261802249.1 WP_222599035.1 WP_222599035.1 KAI7371949.1 KAI7371949.1 XP_034729382.1 XP_034729382.1 ARS36073.1 ARS36073.1 MBW3244368.1 MBW3244368.1 HCD14621.1 HCD14621.1 XP_045954854.1 XP_045954854.1 WP_116803659.1 WP_116803659.1 MBU22120.1 MBU22120.1 EAE1668788.1 EAE1668788.1 WP_223489404.1 WP_223489404.1 WP_260320705.1 WP_260320705.1 WP_164636708.1 WP_164636708.1 XP_036201052.1 XP_036201052.1 NGY89703.1 NGY89703.1 TRZ64304.1 TRZ64304.1 CAG8457419.1 CAG8457419.1 WP_108879099.1 WP_108879099.1 WP_033105884.1 WP_033105884.1 WP_134885491.1 WP_134885491.1 XP_026433405.1 XP_026433405.1 WP_049771622.1 WP_049771622.1 HIR95098.1 HIR95098.1 KAF8288686.1 KAF8288686.1 MXE70911.1 MXE70911.1 XP_054030025.1 XP_054030025.1 MCR5093499.1 MCR5093499.1 KFO63955.1 KFO63955.1 KAJ2074960.1 KAJ2074960.1 WP_281094896.1 WP_281094896.1 KJY45691.1 KJY45691.1 GFR70582.1 GFR70582.1 KAG6025013.1 KAG6025013.1 NAZ85407.1 NAZ85407.1 WP_278960438.1 WP_278960438.1 WP_032884901.1 WP_032884901.1 WP_018916691.1 WP_018916691.1 WP_050274510.1 WP_050274510.1 NEB38825.1 NEB38825.1 MCU0925088.1 MCU0925088.1 WP_067041261.1 WP_067041261.1 WP_166106360.1 WP_166106360.1 WP_139994336.1 WP_139994336.1 WP_232939508.1 WP_232939508.1 WP_182039401.1 WP_182039401.1 THB74636.1 THB74636.1 PIO49166.1 PIO49166.1 WP_046625651.1 WP_046625651.1 MBU1707539.1 MBU1707539.1 MBR2564295.1 MBR2564295.1 CAB0034103.1 CAB0034103.1 WP_047594685.1 WP_047594685.1 WP_004762412.1 WP_004762412.1 MBW0445137.1 MBW0445137.1 WP_062300449.1 WP_062300449.1 VAH04400.1 VAH04400.1 WP_010251888.1 WP_010251888.1 PTE76569.1 PTE76569.1 WP_213753432.1 WP_213753432.1 MBM4292280.1 MBM4292280.1 MBP5405476.1 MBP5405476.1 KAJ7413400.1 KAJ7413400.1 OUV52596.1 OUV52596.1 MBE0500203.1 MBE0500203.1 EER6968786.1 EER6968786.1 XP_023840445.1 XP_023840445.1 WP_279826355.1 WP_279826355.1 MCK6542200.1 MCK6542200.1 WP_017166220.1 WP_017166220.1 XP_033530744.1 XP_033530744.1 WP_070999907.1 WP_070999907.1 WP_232790853.1 WP_232790853.1 KAJ7966218.1 KAJ7966218.1 URE29467.1 URE29467.1 THB72442.1 THB72442.1 KAJ3286973.1 KAJ3286973.1 PIQ07033.1 PIQ07033.1 WP_218036247.1 WP_218036247.1 WP_230324968.1 WP_230324968.1 HCI08118.1 HCI08118.1 MBQ4454347.1 WP_195368055.1 MBQ4454347.1 MBQ4454347.1 WP_162445525.1 WP_162445525.1 WP_168414869.1 WP_168414869.1 WP_005921846.1 WP_005921846.1 WP_094876339.1 WP_094876339.1 XP_050861105.1 XP_050861105.1 HAF6482379.1 HAF6482379.1 WP_070188258.1 WP_070188258.1 KAG9223390.1 KAG9223390.1 MBQ5629560.1 MBQ5629560.1 WP_096231334.1 WP_096231334.1 WP_060393952.1 WP_060393952.1 XP_045099932.1 XP_045099932.1 MCU0236787.1 MCU0236787.1 MCK9987173.1 MCK9987173.1 MBO8466917.1 MBO8466917.1 MBB8005642.1 MBB8005642.1 WP_265279605.1 WP_265279605.1 WP_236355782.1 WP_236355782.1 WP_236355782.1 NDH41984.1 EEW4501628.1 EEW4501628.1 EGO6711073.1 EGO6711073.1 EYC39616.1 EYC39616.1 EAQ6361894.1 EAQ6361894.1 KAJ0452418.1 KAJ0452418.1 WP_079277665.1 WP_079277665.1 WP_248562494.1 WP_248562494.1 WP_062756220.1 WP_062756220.1 XP_051536923.1 XP_051536923.1 KAG6471244.1 KAG6471244.1 WP_258613669.1 WP_258613669.1 MBN3324024.1 MBN3324024.1 MCD8106539.1 MCD8106539.1 RQM07044.1 RQM07044.1 MBN2666786.1 MBN2666786.1 WP_008959270.1 WP_008959270.1 MBQ9679177.1 MCL2204087.1 MBQ9679177.1 MBQ9679177.1 KAF7985745.1 KAF7985745.1 EJR4237259.1 EJR4237259.1 WP_269885397.1 WP_269885397.1 AWX41049.1 AWX41049.1 PYQ07964.1 PYQ07964.1 HAG62657.1 HAG62657.1 EFF4884300.1 EFF4884300.1 MCJ8729721.1 MCJ8729721.1 WP_132944465.1 WP_132944465.1 KAF4018288.1 KAF4018288.1 WP_267586803.1 WP_267586803.1 WP_076451668.1 WP_076451668.1 WP_026591533.1 WP_026591533.1 SKA28887.1 SKA28887.1 GFA35713.1 GFA35713.1 WP_054435236.1 WP_145643501.1 WP_054435236.1 WP_054435236.1 WP_269572442.1 WP_269572442.1 WP_263177763.1 WP_263177763.1 MCP5114939.1 MCP5114939.1 TKX51930.1 TKX51930.1 MBI1328179.1 MBI1328179.1 WP_111479522.1 WP_111479522.1 MBU6237646.1 MBU6237646.1 XP_028705251.1 XP_028705251.1 XP_039308535.1 XP_039308535.1 MBO5932171.1 MBO5932171.1 MCF1432737.1 MCF1432737.1 KAI6705356.1 KAI6705356.1 GLR41095.1 WP_050580425.1 GLR41095.1 GLR41095.1 MBU4440546.1 MBU4440546.1 MCI5497968.1 MCI5497968.1 KAF3016851.1 KAF3016851.1 MBZ0167657.1 MBZ0167657.1 WP_201297008.1 WP_201297008.1 WP_003245665.1 WP_003245665.1 MBQ8460137.1 MBQ8460137.1 WP_188412405.1 WP_188412405.1 MBK7412786.1 MBK7412786.1 WP_259858510.1 WP_259858510.1 KAG9339452.1 KAG9339452.1 WP_195473821.1 WP_195473821.1 WP_115748516.1 WP_115748516.1 KAJ4013743.1 KAJ4013743.1 MBC7406653.1 MBC7406653.1 EFB15155.1 EFB15155.1 PYX81094.1 PYX81094.1 WP_163095201.1 WP_163095201.1 MBQ1271561.1 MBQ1271561.1 WP_136193451.1 WP_136193451.1 WP_268311115.1 WP_268311115.1 WP_255991635.1 WP_255991635.1 GAT48029.1 GAT48029.1 NVO57457.1 NVO57457.1 WP_070720871.1 WP_070720871.1 WP_063274718.1 WP_063274718.1 WP_202100641.1 WP_202100641.1 TWW80208.1 TWW80208.1 XP_011760839.1 XP_011760839.1 KAJ2823714.1 KAJ2823714.1 HAO77415.1 HAO77415.1 XP_052496526.1 XP_052496526.1 NLH91916.1 NLH91916.1 MBV9352198.1 MBV9352198.1 MBP1602824.1 MBP1602824.1 ODT35417.1 ODT35417.1 WP_104684232.1 WP_104684232.1 KFQ97446.1 KFQ97446.1 CAH1278847.1 CAH1278847.1 WP_114947547.1 WP_114947547.1 WP_090419626.1 WP_090419626.1 MBQ3573680.1 MBQ3573680.1 KAJ4394429.1 KAJ4394429.1 KAG2343201.1 KAG2343201.1 WP_251989158.1 WP_251989158.1 MCS2900418.1 WP_255435582.1 MCS2900418.1 MBI3448467.1 MCS2900418.1 MBI5438416.1 MCS2900418.1 MCS2900418.1 WP_253349177.1 WP_253349177.1 EED0743056.1 EED0743056.1 WP_030383398.1 WP_030383398.1 MBR2088606.1 MBR2088606.1 MAN53906.1 MAN53906.1 WP_173119692.1 WP_173119692.1 OJW76341.1 OJW76341.1 WP_121538494.1 WP_121538494.1 XP_039322713.1 XP_039322713.1 MBB1728438.1 MBB1728438.1 EDU63556.1 EDU63556.1 EDQ8124076.1 EDQ8124076.1 WP_142931103.1 WP_142931103.1 WP_047203279.1 WP_047203279.1 KAH0130274.1 KAH0130274.1 DAQ89956.1 DAQ89956.1 NWH38694.1 NWH38694.1 WP_071877135.1 WP_071877135.1 MBC7935646.1 MBC7935646.1 MCA9664716.1 MCA9664716.1 CCD14225.1 CCD14225.1 KAE9611124.1 KAE9611124.1 KRL72956.1 KRL72956.1 RHP79651.1 RHP79651.1 MSZ96355.1 MSZ96355.1 MCB0501525.1 MCB0501525.1 CAI2640540.1 CAI2640540.1 XP_018906655.1 XP_018906655.1 STI83942.1 STI83942.1 MBI4806480.1 MBI4806480.1 XP_022851607.1 XP_022851607.1 OKZ85006.1 OKZ85006.1 NLI10446.1 NLI10446.1 WP_249681227.1 WP_249681227.1 POS85366.1 POS85366.1 WP_079908511.1 WP_079908511.1 MCF6390562.1 MCF6390562.1 WP_127953526.1 WP_127953526.1 SFQ01701.1 SFQ01701.1 MBO5336885.1 MBO5336885.1 HCG9411603.1 HCG9411603.1 AAF62532.1 AAF62532.1 CDS15483.1 CDS15483.1 MCQ2831693.1 MCQ2831693.1 MCQ2578417.1 MCQ2578417.1 WP_107894076.1 GLY24463.1 WP_107894076.1 WP_066083732.1 WP_107894076.1 MCP5262709.1 WP_107894076.1 WP_107894076.1 WP_237962375.1 WP_237962375.1 KAH8980086.1 KAH8980086.1 WP_205541900.1 WP_205541900.1 MCF7917901.1 MCF7917901.1 MBQ7693256.1 MBQ7693256.1 WP_085451092.1 WP_085451092.1 WP_054059514.1 WP_054059514.1 OMH39194.1 OMH39194.1 WP_265245651.1 WP_265245651.1 HHT71325.1 HHT71325.1 WP_266882648.1 WP_266882648.1 WP_058002390.1 WP_058002390.1 WP_149771049.1 WP_149771049.1 MBQ9456987.1 MBQ9456987.1 WP_245384442.1 WP_245384442.1 ATN35154.1 ATN35154.1 MHQ93786.1 MHQ93786.1 XP_023589550.1 XP_023589550.1 MBO5287652.1 MBO5287652.1 WP_040009751.1 WP_040009751.1 WP_197201326.1 WP_197201326.1 WP_015314674.1 WP_015314674.1 CAG8151748.1 CAG8151748.1 WP_202269095.1 WP_202269095.1 WP_248403399.1 WP_248403399.1 EWZ28924.1 EWZ28924.1 WP_139573954.1 WP_139573954.1 WP_138838620.1 WP_138838620.1 CAH1454680.1 CAH1454680.1 MBR4964110.1 MBR4964110.1 WP_246303703.1 WP_246303703.1 WP_135287436.1 WP_135287436.1 OYY81277.1 OYY81277.1 AWY63092.1 AWY63092.1 WP_061583028.1 WP_061583028.1 WP_259695835.1 WP_259695835.1 WP_044328211.1 WP_044328211.1 NXC48933.1 NXC48933.1 MCP4974199.1 MCP4974199.1 KAG4104878.1 KAG4104878.1 KKQ77718.1 KKQ77718.1 PSK49415.1 PSK49415.1 WP_224255409.1 EAN4724137.1 WP_224255409.1 WP_224255409.1 WP_063415362.1 WP_063415362.1 WP_247740288.1 WP_247740288.1 MBV9168199.1 MBV9168199.1 KAJ6994162.1 KAJ6994162.1 MBA0549662.1 MBA0549662.1 QVX70521.1 UZH89542.1 QVX70521.1 UUS71569.1 QVX70521.1 USL51576.1 QVX70521.1 UGX22439.1 QVX70521.1 UHB14670.1 QVX70521.1 UIX40308.1 QVX70521.1 UYC71619.1 QVX70521.1 QXI91160.1 QVX70521.1 QUM20585.1 QVX70521.1 QVX70521.1 QVX70521.1 UDK40309.1 QVX70521.1 UHK01047.1 QVX70521.1 QUE11983.1 QVX70521.1 UBN63752.1 QVX70521.1 UPU53169.1 WP_247406571.1 WP_247406571.1 QBR70480.1 QBR70480.1 GGY65584.1 GGY65584.1 WP_149651004.1 WP_149651004.1 WP_152046331.1 WP_152046331.1 WP_223843725.1 WP_223843725.1 MBA3914538.1 MBA3914538.1 WP_268645109.1 WP_268645109.1 EFU85163.1 EFU85163.1 MBP1327478.1 MBP1327478.1 OLO59787.1 OLO59787.1 PWY99603.1 PWY99603.1 MBP8960789.1 MBP8960789.1 WP_102529905.1 WP_102529905.1 WP_273418567.1 WP_273418567.1 WP_251835880.1 WP_251835880.1 MBL7151874.1 MBL7151874.1 WP_271202339.1 WP_271202339.1 MBP1746912.1 MBP1746912.1 MCF4165308.1 MCF4165308.1 WP_086536228.1 WP_086536228.1 MBT8422994.1 MBT8422994.1 WP_232947168.1 WP_232947168.1 WP_245248603.1 WP_245248603.1 XP_056420557.1 XP_056420557.1 NEP46602.1 NEP46602.1 KAI5750574.1 KAI5750574.1 XP_046618542.1 XP_046618542.1 MBX2992548.1 MBX2992548.1 GDX41819.1 GDX41819.1 MCI9050290.1 MCI9050290.1 MBE6344311.1 MBE6344311.1 MBQ3420014.1 MBQ3420014.1 MCP4716728.1 MCP4716728.1 WP_141098672.1 WP_141098672.1 WP_096561808.1 WP_096561808.1 WP_146780046.1 WP_146780046.1 WP_251223476.1 WP_251223476.1 GGR71723.1 GGR71723.1 XP_031122780.1 XP_031122780.1 WP_003303823.1 WP_003303823.1 MCL2808632.1 MCL2808632.1 WP_058504615.1 WP_058504615.1 WP_030720866.1 WP_030720866.1 XP_047978269.1 XP_047978269.1 MCR5498557.1 MCR5498557.1 WP_230359455.1 WP_230359455.1 MBX2942005.1 MBX2942005.1 WP_024953993.1 WP_024953993.1 WP_107020819.1 WP_107020819.1 WP_240755700.1 WP_240755700.1 OAX39412.1 OAX39412.1 MBV8195826.1 MBV8195826.1 MBF0987109.1 MBF0987109.1 WP_125625723.1 WP_125625723.1 WP_083951119.1 WP_083951119.1 MBO4859232.1 MBO4859232.1 MCI8350609.1 MCI8350609.1 MBI5966481.1 MBI1736306.1 MBI5966481.1 MBI5966481.1 HJD49103.1 HJD49103.1 PYT05517.1 PYT05517.1 QIC18874.1 QIC18874.1 MBQ9047503.1 MBQ9047503.1 CAG0990770.1 CAG0990770.1 MBO6078463.1 MBO6078463.1 WP_243890777.1 WP_243890777.1 WP_255073759.1 WP_255073759.1 VWM24802.1 VWM24802.1 MCD0485423.1 MCD0485423.1 WP_113120276.1 PKL40887.1 WP_113120276.1 WP_113120276.1 OSX70183.1 OSX70183.1 WP_256212307.1 WP_256212307.1 WP_283099644.1 WP_283099644.1 KAJ3501609.1 KAJ3501609.1 KAG9084682.1 KAG9084682.1 ECZ1075286.1 ECZ1075286.1 WP_022619009.1 WP_022619009.1 WP_053236900.1 WP_053236900.1 WP_089566156.1 WP_089566156.1 GFV68115.1 GFV68115.1 XP_039923984.1 XP_039923984.1 WP_206760453.1 WP_206760453.1 MBP3534615.1 MBP3534615.1 CAH1398908.1 CAH1398908.1 KAI8373711.1 KAI8373711.1 XP_007121961.1 XP_007121961.1 ABY20040.1 ABY20040.1 XP_053218984.1 XP_053218984.1 KAJ0483518.1 KAJ0483518.1 MBP5538497.1 MBP5538497.1 WP_007270472.1 WP_007270472.1 MCH1598717.1 MCH1598717.1 MCE2791243.1 MCE2791243.1 PUB18616.1 PUB18616.1 MBG6287041.1 MBG6287041.1 KAH9956814.1 KAH9956814.1 WP_030094039.1 WP_065073015.1 WP_030094039.1 WP_030094039.1 KAF1017786.1 KAF1017786.1 NGZ99312.1 NGZ99312.1 MBL1816365.1 MBL1816365.1 TMQ05501.1 TMQ05501.1 MBN8894000.1 MBN8894000.1 RRH78400.1 RRH78400.1 WP_228824605.1 WP_228824605.1 ECU3870451.1 ECU3870451.1 KAG0031507.1 TYG81953.1 KAG0031507.1 KAG0031507.1 KAG0031507.1 ESR55765.1 TMJ88229.1 TMJ88229.1 WP_143169250.1 WP_143169250.1 AEN92745.1 AEN92745.1 RSL41043.1 RSL41043.1 WP_235620461.1 WP_235620461.1 AGV54449.1 AGV54449.1 WP_124691753.1 WP_124691753.1 KPM41539.1 KPM41539.1 MBX5327472.1 MBX5327472.1 WP_266535309.1 WP_266535309.1 WP_010016619.1 WP_010016619.1 WP_010016619.1 MBO5098538.1 WP_039789871.1 WP_039789871.1 MCP2519657.1 MCP2519657.1 MBA3609961.1 MBA3609961.1 MCL7398932.1 MCL7398932.1 MCU0269282.1 MCU0269282.1 WP_200543170.1 WP_200543170.1 MBF2036494.1 MBF2036494.1 XP_052337646.1 XP_052337646.1 WP_201700143.1 WP_201700143.1 MBE35268.1 MBE35268.1 MYI74371.1 MYI74371.1 WP_280941535.1 WP_280941535.1 KAJ0963891.1 KAJ0963891.1 WP_238068046.1 WP_238068046.1 WP_271340374.1 WP_271340374.1 WP_019045265.1 WP_019045265.1 ECX3143969.1 ECX3143969.1 MSR47408.1 MSR47408.1 WP_247915795.1 WP_247915795.1 WP_118757260.1 WP_118757260.1 NPA74709.1 NPA74709.1 WP_083062905.1 WP_083062905.1 WP_231768584.1 WP_231768584.1 WP_254819486.1 WP_254819486.1 WP_209834627.1 WP_209834627.1 WP_116235933.1 WP_116235933.1 WP_103640433.1 WP_103640433.1 NOZ81161.1 NOZ81161.1 NLL42224.1 NLL42224.1 YP_010101702.1 YP_010101702.1 XP_044655078.1 XP_044655078.1 MCS3353511.1 MCS3353511.1 MBQ1183295.1 MBQ1183295.1 XP_040549882.1 XP_040549882.1 WP_146661090.1 WP_146661090.1 RYO44776.1 RYO44776.1 NQY65348.1 NQY65348.1 MBC8384723.1 MBC8384723.1 WP_233927803.1 WP_233927803.1 EBR8320535.1 EBR8320535.1 MCB1452120.1 MCB1452120.1 MCK4540455.1 MCK4540455.1 WP_002951147.1 WP_002951147.1 RTG88278.1 RTG88278.1 MCI9173074.1 MCI9173074.1 WP_232968558.1 WP_232968558.1 WP_255895909.1 WP_255895909.1 HAS9516566.1 HAS9516566.1 KAI4297075.1 KAI4297075.1 BAW23943.1 BAW23943.1 WP_182232449.1 WP_182232449.1 MBT3329129.1 MBT3329129.1 WP_112978543.1 WP_112978543.1 WP_275397725.1 WP_275397725.1 NVJ87065.1 NVJ87065.1 WP_271569319.1 WP_271569319.1 EWT02607.1 EWT02607.1 WP_001884703.1 WP_001884703.1 WP_231483373.1 WP_231483373.1 KAH9316303.1 KAH9316303.1 WP_226909596.1 WP_226909596.1 WP_281054160.1 WP_281054160.1 QEP12732.1 QEP12732.1 MBF8300261.1 MBF8300261.1 WP_088557458.1 WP_088557458.1 OCN18427.1 OCN18427.1 UQV46285.1 UQV46285.1 WP_223326327.1 WP_223326327.1 WP_274192231.1 WP_274192231.1 WP_217101611.1 WP_166725305.1 WP_217101611.1 WP_217101611.1 WP_130477570.1 WP_130477570.1 MBN2090897.1 MBN2090897.1 AVJ74934.1 AVJ74934.1 WP_103294927.1 WP_103294927.1 OGO01021.1 OGO01021.1 WP_100610557.1 WP_100610557.1 MCD4768021.1 MCD4768021.1 WP_129895541.1 WP_129895541.1 XP_016211170.1 XP_016211170.1 EIO3984852.1 EIO3984852.1 CDL67554.1 CDL67554.1 HHY02707.1 HHY02707.1 CAD6270987.1 CAD6270987.1 WP_160149429.1 WP_160149429.1 WP_257358148.1 WP_257358148.1 WP_194266302.1 WP_194266302.1 WP_058738289.1 WP_058738289.1 WP_188948933.1 WP_188948933.1 WP_205188895.1 WP_205188895.1 WP_116691934.1 WP_116691934.1 WP_273597572.1 WP_273597572.1 WP_198465579.1 WP_198465579.1 KAI0008979.1 KAI0008979.1 OIV35259.1 OIV35259.1 EIQ2008784.1 EIQ2008784.1 MBP8846809.1 MBP8846809.1 WP_054895058.1 WP_054895058.1 CAH1250835.1 CAH1250835.1 WP_200599363.1 WP_200599363.1 WP_200599363.1 HCI3868538.1 KRM25387.1 KRM25387.1 WP_150146969.1 WP_150146969.1 XP_032275630.1 XP_032275630.1 KDT27382.1 KDT27382.1 KDT27382.1 HAN0352225.1 WP_064802002.1 WP_064802002.1 MBL04873.1 MBL04873.1 OGW26817.1 OGW26817.1 OGU26820.1 OGU26820.1 WP_094590349.1 WP_094590349.1 NOR80888.1 NOR80888.1 MBB4616026.1 MBB4616026.1 XP_016252004.1 XP_016252004.1 WP_217297942.1 WP_217297942.1 MBE1296527.1 MBE1296527.1 MCI7428666.1 MCI7428666.1 KAJ3308761.1 KAJ3308761.1 WP_063055719.1 WP_063055719.1 MCB0773217.1 MCB0773217.1 MBR6403893.1 MBR6403893.1 DAC17040.1 DAC17040.1 PMP70922.1 PMP70922.1 NDB23390.1 NDB23390.1 MCL4849599.1 MCL4849599.1 EIA4708990.1 EIA4708990.1 WP_130858156.1 WP_130858156.1 KAI3849778.1 KAI3849778.1 HIS27960.1 HIS27960.1 WP_202165152.1 WP_202165152.1 WP_281675368.1 WP_281675368.1 MBR4451941.1 MBR4451941.1 MBS6326441.1 MBS6326441.1 KAB2647529.1 KAB2647529.1 MYS73268.1 MYS73268.1 WP_051789242.1 WP_051789242.1 XP_039509588.1 XP_039509588.1 WP_039337636.1 WP_039337636.1 XP_042622198.1 XP_042622198.1 WP_248721304.1 WP_248721304.1 KAF6360286.1 KAF6360286.1 WP_226865765.1 WP_226865765.1 WP_099061260.1 WP_099061260.1 HCI94645.1 HCI94645.1 WP_279374958.1 WP_279374958.1 CAA9391925.1 CAA9391925.1 MCJ7733050.1 MCJ7733050.1 WP_244450453.1 WP_244450453.1 WP_176366948.1 WP_176366948.1 WP_194430615.1 WP_194430615.1 KAG7164393.1 KAG7164393.1 WP_058935081.1 WP_058935081.1 WP_278428737.1 WP_278428737.1 RZC11235.1 RZC11235.1 WP_074737802.1 WP_074737802.1 KAF3069499.1 KAF3069499.1 PBK65192.1 PBK65192.1 WP_017908092.1 WP_017908092.1 WP_208504450.1 WP_208504450.1 WP_029542314.1 WP_029542314.1 GLB35420.1 GLB35420.1 EFC67761.1 EFC67761.1 XP_040250218.1 XP_040250218.1 XP_047249348.1 XP_047249348.1 MYT98825.1 MYT98825.1 HAN73743.1 HAN73743.1 WP_015615815.1 WP_015615815.1 MBP6785762.1 MBP6785762.1 UVD42744.1 UVD42744.1 KAH3699581.1 KAH3699581.1 HEU25100.1 HEU25100.1 APT84512.1 APT84512.1 TXB56523.1 TXB56523.1 WP_112449552.1 WP_112449552.1 XP_044710778.1 XP_044710778.1 WP_038615177.1 WP_038615177.1 KAF9248384.1 KAF9248384.1 EDQ8633181.1 EDQ8633181.1 NDE73311.1 NDE73311.1 THW78755.1 THW78755.1 MAD76787.1 MAD76787.1 MCI6853747.1 MCI6853747.1 WP_280443824.1 WP_280443824.1 CEP26668.1 CEP26668.1 OTN76164.1 OTN76164.1 WP_035431971.1 WP_035431971.1 WP_109835637.1 WP_109835637.1 MBR3487460.1 MBR3487460.1 MBP7829117.1 MBP7829117.1 NXJ84327.1 NXJ84327.1 WP_025599976.1 WP_025599976.1 MBC8378821.1 MBC8378821.1 WP_235908972.1 WP_235908972.1 WP_240083300.1 WP_240083300.1 KAI9888532.1 KAI9888532.1 KAF5898047.1 KAF5898047.1 WP_048168883.1 WP_048168883.1 ARS39112.1 ARS39112.1 MCK9405607.1 MCK9405607.1 NP_001169133.1 NP_001169133.1 RWQ68821.1 RWQ68821.1 RVE76210.1 RVE76210.1 NVM03966.1 NVM03966.1 MCK9363077.1 MCK9363077.1 WP_230898856.1 WP_230898856.1 EFG6535742.1 EFG6535742.1 WP_236525681.1 WP_236525681.1 WP_039386062.1 WP_039386062.1 UCF78466.1 WP_019585553.1 UCF78466.1 UCF78466.1 UCF78466.1 WP_145937814.1 MCL5970005.1 MCL5970005.1 WP_139484744.1 WP_139484744.1 WP_007853416.1 WP_007853416.1 MCI6704618.1 MCI6704618.1 WP_119938117.1 WP_119938117.1 WP_229408570.1 WP_229408570.1 MCI6995250.1 MCI6995250.1 KAH9162276.1 KAH9162276.1 THY09373.1 THY09373.1 MBA4060735.1 MBA4060735.1 WP_035847413.1 WP_035847413.1 MCQ2473581.1 MCQ2473581.1 MBN4382193.1 MBN4382193.1 MCI9436439.1 MCI9436439.1 WP_237106527.1 WP_237106527.1 WP_235029016.1 WP_235029016.1 WP_115946316.1 WP_115946316.1 KLR59865.1 KLR59865.1 WP_227550239.1 WP_227550239.1 ABO71806.1 ABO71806.1 RXW21184.1 RXW21184.1 NMC86773.1 NMC86773.1 KAI5749163.1 KAI5749163.1 RLF82422.1 RLF82422.1 WP_277309438.1 WP_277309438.1 WP_107891604.1 WP_107891604.1 MCG62561.1 MCG62561.1 EFO2078189.1 EFO2078189.1 WP_159583277.1 WP_159583277.1 WP_107324026.1 WP_107324026.1 WP_169571417.1 WP_169571417.1 WP_181198956.1 WP_181198956.1 WP_095317440.1 WP_095317440.1 MBF66593.1 MBF66593.1 TLY59051.1 TLY59051.1 CCZ42971.1 CCZ42971.1 MBF2983383.1 MBF2983383.1 AEF32461.1 AEF32461.1 HCC04630.1 HCC04630.1 KAI9164099.1 KAI9164099.1 XP_042112981.1 XP_042112981.1 WP_007577863.1 WP_007577863.1 WP_056082173.1 WP_056082173.1 MBA2687082.1 MBA2687082.1 EGQ7676658.1 EGQ7676658.1 KAG1662457.1 KAG1662457.1 UAW00545.1 UAW00545.1 PYP50915.1 PYP50915.1 YP_009351723.1 YP_009351723.1 KAJ6471610.1 KAJ6471610.1 CAH8478102.1 CAH8478102.1 MCA3441055.1 MCA3441055.1 NYF16576.1 NYF16576.1 XP_046290611.1 XP_046290611.1 WP_052403276.1 WP_052403276.1 QFE31818.1 QFE31818.1 KAI7728447.1 KAI7728447.1 MCC2111968.1 MCC2111968.1 KAJ7029618.1 KAJ7029618.1 NLM06991.1 NLM06991.1 WP_148259014.1 WP_148259014.1 MBW2495039.1 MBW2495039.1 WP_091423297.1 WP_091423297.1 CUP44403.1 CUP44403.1 RLD52647.1 RLD52647.1 ANN23072.1 ANN23072.1 GKU14775.1 GKU14775.1 MBQ3380675.1 MBQ3380675.1 AHK46784.1 AHK46784.1 WP_064047563.1 WP_064047563.1 RKX20462.1 RKX20462.1 XP_028028252.1 XP_028028252.1 WP_045257206.1 WP_045257206.1 WP_063441918.1 WP_063441918.1 DAK92403.1 DAK92403.1 RYD39969.1 RYD39969.1 WP_127947155.1 WP_127947155.1 WP_004949240.1 GJK53752.1 WP_004949240.1 WP_004949240.1 ACE76975.1 ACE76975.1 TNE33066.1 TNE33066.1 EGT2204415.1 EGT2204415.1 PCI52029.1 PCI52029.1 VAH82675.1 VAH82675.1 OPJ74512.1 OPJ74512.1 EIM4841263.1 EIM4841263.1 OBG32114.1 OBG32114.1 WP_027951454.1 WP_027951454.1 CAE8591613.1 CAE8591613.1 WP_225700676.1 WP_225700676.1 KAH0673584.1 KAH0673584.1 MBX3687043.1 MBX3687043.1 WP_282363731.1 WP_282363731.1 WP_252100317.1 WP_252100317.1 EYU24504.1 EYU24504.1 MAF21094.1 MAF21094.1 MBQ7949870.1 MBQ7949870.1 MBQ7949870.1 WP_041488527.1 XP_034010279.1 XP_034010279.1 MCI7705732.1 MCI7705732.1 PJC48296.1 ECL7245291.1 PJC48296.1 PJC48296.1 WP_256939523.1 WP_256939523.1 WP_051669385.1 WP_051669385.1 MBY7817199.1 MBY7817199.1 WP_035624729.1 WP_035624729.1 XP_028717800.1 XP_028717800.1 MBN2027958.1 MBN2027958.1 OYU48266.1 OYU48266.1 MBM3222384.1 MBM3222384.1 HAG61063.1 HAG61063.1 MCK4826606.1 MCK4826606.1 XP_043479276.1 XP_043479276.1 RDJ60584.1 RDJ60584.1 XP_016415707.1 XP_016415707.1 PIT51662.1 PIT51662.1 WP_153401532.1 WP_153401532.1 WP_198721977.1 WP_198721977.1 MBI2153585.1 MBI2153585.1 WP_088008362.1 WP_088008362.1 HCD1810260.1 HCD1810260.1 WP_238935592.1 WP_238935592.1 WP_212517614.1 WP_212517614.1 WP_271619988.1 WP_271619988.1 WP_237066347.1 WP_237066347.1 MBX3184110.1 MBX3184110.1 KAJ9293589.1 KAJ9293589.1 CCK15435.1 CCK15435.1 WP_116314221.1 WP_116314221.1 ATB18092.1 ATB18092.1 MBE9483558.1 MBE9483558.1 WP_216083845.1 WP_216083845.1 WP_218801637.1 WP_218801637.1 GMH77683.1 GMH77683.1 WP_020530816.1 WP_020530816.1 WP_068080190.1 WP_068080190.1 XP_046922164.1 XP_046922164.1 XP_016265944.1 XP_016265944.1 WP_077533069.1 WP_077533069.1 QXO05584.1 QXO05584.1 MYB21565.1 MYB21565.1 XP_005553416.1 XP_005553416.1 WP_035473288.1 WP_035473288.1 MBQ4383193.1 MBQ4383193.1 RMZ75246.1 RMZ75246.1 CAF4338983.1 CAF4338983.1 OGL48105.1 OGL48105.1 WP_232540662.1 WP_232540662.1 MBE3116889.1 MBE3116889.1 KAI8964031.1 KAI8964031.1 WP_099345046.1 WP_099345046.1 EKK02300.1 EKK02300.1 MCU0947041.1 MCU0947041.1 KAA3459801.1 KAA3459801.1 MBT2214695.1 MBT2214695.1 AUU37591.1 AUU37591.1 PYJ65046.1 PYJ65046.1 WP_067783946.1 WP_067783946.1 WP_167320363.1 WP_167320363.1 EPZ93706.1 EPZ93706.1 WP_040988594.1 WP_070054132.1 WP_040988594.1 WP_040988594.1 XP_043079005.1 XP_043079005.1 WP_183181890.1 WP_183181890.1 WP_140334279.1 WP_140334279.1 BDY12064.1 BDY12064.1 XP_046018872.1 XP_046018872.1 XP_043718329.1 XP_043718329.1 MBS7393837.1 MBS7393837.1 MCR4683986.1 MCR4683986.1 MBN1819552.1 MBN1819552.1 WP_269026738.1 WP_269026738.1 WP_041580422.1 WP_041580422.1 KAG5994228.1 KAG5994228.1 WP_172616972.1 WP_172616972.1 WP_026600741.1 WP_026600741.1 MCH3756135.1 MCH3756135.1 WP_097641037.1 WP_102477257.1 WP_097641037.1 WP_097641037.1 WP_097641037.1 WP_086711488.1 WP_097641037.1 RWX51021.1 HAT6420703.1 HAT6420703.1 MBL8770704.1 MBL8770704.1 WP_148058234.1 WP_148058234.1 XP_021113256.1 XP_021113256.1 XP_009403500.1 XP_009403500.1 WP_148836004.1 WP_148836004.1 MBI5405531.1 MBI5405531.1 NXH52939.1 NXH52939.1 NP_494967.1 NP_494967.1 WP_167509077.1 WP_167509077.1 MBN2132609.1 MBN2132609.1 XP_039638319.1 XP_039638319.1 MBG83645.1 MBG83645.1 WP_071844175.1 WP_071844175.1 WP_221323620.1 WP_221323620.1 CAA7056023.1 CAA7056023.1 MBK6594401.1 MBK6594401.1 WP_251309955.1 WP_251309955.1 MCP4907131.1 MCP4907131.1 MCL7977512.1 MCL7977512.1 WP_156485294.1 WP_156485294.1 XP_009839123.1 XP_009839123.1 GHU76743.1 GHU76743.1 KAJ2820567.1 KAJ2820567.1 MCL7714424.1 MCL7714424.1 HBR4968137.1 HBR4968137.1 XP_024635273.1 XP_024635273.1 WP_136864777.1 WP_136864777.1 WP_052822157.1 WP_052822157.1 WP_194217236.1 WP_194217236.1 EGI4396582.1 EGI4396582.1 WP_226480428.1 WP_226480428.1 WP_130628329.1 WP_130628329.1 MBR1729873.1 MBR1729873.1 WP_086041969.1 WP_086041969.1 GHT89622.1 GHT89622.1 WP_116306280.1 WP_116306280.1 XP_010547631.1 XP_010547631.1 XP_006576743.1 XP_006576743.1 WP_235358277.1 WP_235358277.1 WP_098798564.1 WP_098798564.1 MBO6087363.1 MBO6087363.1 WP_229253501.1 WP_229253501.1 MBK8986217.1 MBK8986217.1 MBB7170543.1 MBB7170543.1 WP_239108544.1 WP_239108544.1 WP_166737616.1 WP_166737616.1 KAE8908303.1 KAE8908303.1 WP_204462572.1 WP_204462572.1 OJU33055.1 OJU33055.1 MCU0521352.1 MCU0521352.1 KAG5775718.1 KAG5775718.1 WP_182273896.1 WP_182273896.1 PIQ22394.1 PIQ22394.1 WP_053767117.1 WP_053767117.1 EDN4899961.1 EDN4899961.1 WP_252845183.1 WP_252845183.1 WP_270610708.1 WP_270610708.1 WP_202859343.1 WP_202859343.1 4G4S_F 4G4S_F MCK7495745.1 MCK7495745.1 XP_017412204.1 XP_017412204.1 WP_037318352.1 WP_037318352.1 TGQ73293.1 TGQ73293.1 ETL94002.1 ETL94002.1 WP_014793632.1 WP_014793632.1 WP_182158016.1 WP_182158016.1 XP_044998617.1 XP_044998617.1 MBQ9647935.1 MBQ9647935.1 WP_232202741.1 WP_232202741.1 WP_051027110.1 WP_051027110.1 CAG8560118.1 CAG8560118.1 HCF2977864.1 HCF2977864.1 ESE83270.1 ESE83270.1 MCD58157.1 MCD58157.1 CAD5221127.1 CAD5221127.1 MBE7218062.1 MBE7218062.1 XP_036378433.1 XP_036378433.1 TPV93333.1 TPV93333.1 WP_213750918.1 WP_213750918.1 MBT5019052.1 MBT5019052.1 WP_172323533.1 WP_172323533.1 TRZ74764.1 TRZ74764.1 RBA14522.1 RBA14522.1 EGO95442.1 EGO95442.1 MAS03180.1 MAS03180.1 WP_269358925.1 WP_269358925.1 KAI1570405.1 KAI1570405.1 WP_091733714.1 WP_091733714.1 NBY29827.1 NBY29827.1 WP_122873240.1 WP_122873240.1 RUY13648.1 RUY13648.1 WP_021346398.1 WP_021346398.1 PQP77439.1 PQP77439.1 KAF5437455.1 KAF5437455.1 AVR90781.1 AVR90781.1 WP_172117930.1 WP_024404629.1 WP_172117930.1 WP_228268753.1 WP_172117930.1 WP_172117930.1 WP_152638733.1 WP_152638733.1 MCH7644438.1 MCH7644438.1 WP_272053002.1 WP_272053002.1 MBI9043002.1 MBI9043002.1 WP_276533217.1 WP_276533217.1 WP_276533217.1 WP_175692337.1 KGS11954.1 KGS11954.1 NIK25817.1 NIK25817.1 WP_012917492.1 WP_012917492.1 MCB0689733.1 MCB0689733.1 MBL6807531.1 MBL6807531.1 KAJ4458169.1 KAJ4458169.1 WP_007556065.1 WP_007556065.1 MBQ9964693.1 MBQ9964693.1 EGO4094244.1 EGO4094244.1 MCI5916932.1 MCI5916932.1 WP_239606280.1 WP_239606280.1 MSO45354.1 MSO45354.1 NP_001019860.1 NP_001019860.1 GFB98697.1 GFB98697.1 CAB3403040.1 CAB3403040.1 WP_276594570.1 WP_276594570.1 MBP6132529.1 MBP6132529.1 KAB2088711.1 KAB2088711.1 RRY46070.1 RRY46070.1 XP_006591276.1 XP_006591276.1 WP_054621512.1 WP_054621512.1 KAI5076688.1 KAI5076688.1 WP_260879442.1 WP_260879442.1 KAG7202115.1 KAG7202115.1 KAI5128402.1 KAI5128402.1 MBR6417349.1 MBR6417349.1 WP_267448957.1 WP_267448957.1 MBR2718156.1 MBR2718156.1 DAU97140.1 DAU97140.1 NWV65193.1 NWV65193.1 UJW35797.1 UJW35797.1 MCE7733397.1 MCE7733397.1 EEI62381.1 EEI62381.1 CAG0929351.1 CAG0929351.1 AAX94106.1 AMA90994.1 AAX94106.1 AFA09475.1 AAX94106.1 QUQ06080.1 AAX94106.1 AGC97326.1 AAX94106.1 AOR13807.1 AAX94106.1 AVM35379.1 AAX94106.1 AWS34156.1 AAX94106.1 UZF38514.1 AAX94106.1 ACO35565.1 AAX94106.1 QUA05739.1 AAX94106.1 ACE88666.1 AAX94106.1 AKA56406.1 AAX94106.1 ADJ35581.1 AAX94106.1 ADW49125.1 AAX94106.1 AGC74998.1 AAX94106.1 AHH30646.1 AAX94106.1 AAX94106.1 AAX94106.1 APC24336.1 AAX94106.1 AHK62764.1 AAX94106.1 AFA24308.1 AAX94106.1 AGI15931.1 EFC4417017.1 EFC4417017.1 MCL2109536.1 MCL2109536.1 SEJ33525.1 SEJ33525.1 BAQ58714.1 BAQ58714.1 MBT4239116.1 MBT4239116.1 HBP6650873.1 HBP6650873.1 WP_097382902.1 WP_097382902.1 XP_014155165.1 XP_014155165.1 WP_026661995.1 WP_026661995.1 NPM18735.1 EFG4747393.1 NPM18735.1 NPM18735.1 MBW8078285.1 MBW8078285.1 WP_144002426.1 WP_144002426.1 KAJ9499981.1 KAJ9499981.1 MBI5799565.1 MBI5799565.1 MBT8367246.1 MBT8367246.1 WP_243131659.1 WP_243131659.1 WP_226536872.1 WP_226536872.1 XP_035254397.1 XP_035254397.1 NOY97419.1 NOY97419.1 TLX84297.1 TLX84297.1 TBV99016.1 TBV99016.1 GBO23274.1 GBO23274.1 OPZ52024.1 OPZ52024.1 MBN3744368.1 MBN3744368.1 HCY01371.1 HCY01371.1 WP_194454339.1 WP_194454339.1 WP_159220133.1 WP_171832914.1 WP_159220133.1 WP_159220133.1 WP_016083913.1 WP_016083913.1 MBR2864610.1 MBR2864610.1 KAF2420586.1 KAF2420586.1 PIR02665.1 PIR02665.1 MCQ2295302.1 MCQ2295302.1 WP_189342802.1 WP_189342802.1 ADQ02892.1 ADQ02892.1 KAI8504475.1 KAI8504475.1 WP_167248335.1 WP_167248335.1 MCG8010344.1 MCG8010344.1 YP_009296428.1 YP_009296428.1 MAV59409.1 MAV59409.1 QBM89760.1 QBM89760.1 XP_039523839.1 XP_039523839.1 XP_016446524.1 XP_016446524.1 KAF8011165.1 KAF8011165.1 WP_065517671.1 WP_065517671.1 NXD84883.1 NXD84883.1 KAI7091816.1 KAI7091816.1 WP_061836762.1 WP_061836762.1 WP_190357222.1 WP_190357222.1 WP_002162515.1 WP_002162515.1 QUL97857.1 QUL97857.1 MBO7137251.1 MBO7137251.1 WP_171675609.1 WP_171675609.1 WP_031972379.1 WP_031972379.1 WP_023698577.1 WP_023698577.1 UJA07681.1 UJA07681.1 HBQ3247549.1 HBQ3247549.1 WP_055132583.1 WP_055132583.1 MBI3118824.1 MBI3118824.1 WP_267184195.1 WP_267184195.1 KAJ7369304.1 KAJ7369304.1 WP_014558374.1 WP_014558374.1 WP_257788220.1 WP_257788220.1 XP_018492447.1 XP_018492447.1 MBA3614174.1 MBA3614174.1 HBE3137209.1 HBE3137209.1 MVA71646.1 MVA71646.1 WP_129006924.1 WP_129006924.1 XP_004034642.1 XP_004034642.1 ESL04748.1 ESL04748.1 WP_278449211.1 QYU66920.1 WP_278449211.1 WP_278449211.1 WP_080864663.1 WP_080864663.1 KAG9317532.1 KAG9317532.1 PTB82632.1 PTB82632.1 KAF9101968.1 KAF9101968.1 NDE10255.1 NDE10255.1 MCH7882583.1 MCH7882583.1 MBH2908027.1 MBH2908027.1 WP_131734175.1 WP_131734175.1 WP_071455957.1 WP_071455957.1 EEH16378.1 EEH16378.1 WP_015645305.1 WP_015645305.1 HAL0497824.1 HAL0497824.1 WP_055394972.1 WP_055394972.1 MBQ6611319.1 MBQ6611319.1 WP_231837445.1 WP_231837445.1 XP_048775453.1 XP_048775453.1 WP_161275011.1 WP_161275011.1 WP_262114929.1 WP_071081072.1 WP_262114929.1 WP_262114929.1 KAI4882225.1 KAI4882225.1 MBC9954836.1 MBC9954836.1 WP_119512617.1 WP_119512617.1 WP_024986590.1 WP_024986590.1 WP_217950418.1 WP_217950418.1 MCM1513138.1 MCM1513138.1 WP_107723967.1 WP_107723967.1 WP_159896041.1 WP_159896041.1 WP_195397250.1 WP_195397250.1 DAP26351.1 DAP26351.1 WP_089370623.1 WP_089370623.1 MBQ1765196.1 MBQ1765196.1 WP_171183333.1 WP_171183333.1 MCJ1326389.1 MCJ1326389.1 WP_237171174.1 WP_237171174.1 WP_005710284.1 WP_005710284.1 EAV2673163.1 EAV2673163.1 WP_162313773.1 WP_162313773.1 MCL7030477.1 MCL7030477.1 WP_194933787.1 WP_194933787.1 WP_249868607.1 WP_249868607.1 MBT7096516.1 MBT7096516.1 WP_116870479.1 WP_116870479.1 WP_176307440.1 WP_176307440.1 WP_182023956.1 WP_182023956.1 CAF1059395.1 CAF1059395.1 WP_262612393.1 WP_098923619.1 WP_262612393.1 WP_262612393.1 WP_232306300.1 WP_232306300.1 CAB5621061.1 CAB5621061.1 WP_150071802.1 WP_150071802.1 KAJ9397508.1 KAJ9397508.1 WP_223655776.1 WP_223655776.1 GFY73571.1 GFY73571.1 QMV44496.1 QMV44496.1 RLN50561.1 RLN50561.1 WP_042632177.1 WP_042632177.1 XP_046509038.1 XP_046509038.1 KAG7034489.1 KAG7034489.1 MBL7809501.1 MBL7809501.1 WP_277531229.1 WP_277531229.1 WP_140985543.1 WP_140985543.1 WP_190032834.1 WP_190032834.1 CEM11561.1 CEM11561.1 OJV54207.1 OJV54207.1 WP_157553964.1 WP_157553964.1 WP_139067457.1 WP_139067457.1 MBK7384228.1 MBK7384228.1 WP_094840069.1 WP_094840069.1 HIH60710.1 HIH60710.1 MCB1191718.1 MCB1191718.1 WP_087465911.1 WP_087465911.1 NWI70572.1 NWI70572.1 AMT69763.1 AMT69763.1 MBD3627516.1 MBD3627516.1 KST94193.1 KST94193.1 WP_166960135.1 WP_166960135.1 CAE7938465.1 CAE7938465.1 WP_278665106.1 WP_278665106.1 MBI2083107.1 MBI2083107.1 KAG8833708.1 KAG8833708.1 WP_068059894.1 WP_068059894.1 WP_145616262.1 WP_145616262.1 WP_145616262.1 NNE87648.1 WP_145616262.1 MYE57211.1 PBJ84576.1 PBJ84576.1 WP_164581131.1 WP_164581131.1 MBJ4905015.1 MBJ4905015.1 WP_232441874.1 WP_232441874.1 MCH8874789.1 MCH8874789.1 MBL7689759.1 MBL7689759.1 WP_014950321.1 WP_014950321.1 EAS0616219.1 EAS0616219.1 GIP40757.1 GIP40757.1 WP_070334369.1 WP_070334369.1 WP_132528552.1 WP_132528552.1 XP_015055542.1 XP_015055542.1 MBX9709025.1 MBX9709025.1 KAH7420042.1 KAH7420042.1 WP_158309540.1 WP_158309540.1 GFR08784.1 GFR08784.1 KAF9974715.1 KAF9974715.1 MBM3701396.1 MBM3701396.1 HCP62665.1 HCP62665.1 MCR4368335.1 MCR4368335.1 NKB40192.1 NKB40192.1 CAF4882469.1 CAF4882469.1 NED83450.1 NED83450.1 BBL73457.1 BBL73457.1 WP_271771839.1 WP_271771839.1 EFA7535944.1 EFA7535944.1 WP_055759832.1 WP_055759832.1 MBR5510068.1 MBR5510068.1 MBR2648677.1 MBR2648677.1 MCR4426439.1 MCR4426439.1 MCI8272365.1 MCI8272365.1 XP_023482372.1 XP_023482372.1 MBT6563471.1 WP_035064005.1 MBT6563471.1 MBT6563471.1 KAI8393114.1 KAI8393114.1 WP_067680410.1 WP_067680410.1 WP_233292564.1 WP_233292564.1 WP_049327990.1 WP_066046987.1 WP_049327990.1 WP_049327990.1 WP_279961109.1 WP_279961109.1 KAH7576347.1 KAH7576347.1 KAI1260235.1 KAI1260235.1 CAD0200323.1 CAD0200323.1 MBO5874131.1 MBO5874131.1 KZV16312.1 KZV16312.1 CAF5136964.1 CAF5136964.1 WP_251593142.1 WP_251593142.1 WP_176749474.1 WP_176749474.1 WP_070306574.1 WP_070306574.1 XP_036098045.1 XP_036098045.1 OGR46634.1 NPV66369.1 OGR46634.1 OGR46634.1 NXM52897.1 NXM52897.1 NWT80859.1 NWT80859.1 WP_269828627.1 WP_269828627.1 TWT41731.1 TWT41731.1 RMY79307.1 RMY79307.1 KAF7818313.1 KAF7818313.1 WP_045125019.1 WP_045125019.1 KOS38468.1 KOS38468.1 NUQ31250.1 NUQ31250.1 MCF7626618.1 MCF7626618.1 MCH5207665.1 MCH5207665.1 KAF3356825.1 KAF3356825.1 CJB10156.1 CJB10156.1 RYE23003.1 RYE23003.1 MBR0338720.1 MBR0338720.1 MBF1375496.1 MBF1375496.1 KAJ8358812.1 KAJ8358812.1 MBQ8641985.1 MBQ8641985.1 XP_051592778.1 XP_051592778.1 CAB1415528.1 CAB1415528.1 WP_168166755.1 WP_168166755.1 WP_007993424.1 WP_007993424.1 MCM3872453.1 MCM3872453.1 WP_098279309.1 WP_098279309.1 XP_021507806.1 XP_005573423.1 XP_021507806.1 XP_021507806.1 WP_014772780.1 MBP1765367.1 WP_014772780.1 WP_014772780.1 WP_065766477.1 WP_065766477.1 AVO23223.1 AVO23223.1 MCA50524.1 MCA50524.1 WP_251231146.1 WP_251231146.1 MBC7140825.1 MBC7140825.1 WP_090378310.1 WP_090378310.1 XP_013258388.1 CAF3478760.1 XP_013258388.1 XP_013258388.1 WP_192106836.1 WP_192106836.1 EIX9307167.1 EIX9307167.1 NJL74459.1 NJL74459.1 WP_274124432.1 WP_274124432.1 XP_008080365.1 XP_008080365.1 MCR5546513.1 MCR5546513.1 WP_206548446.1 WP_206548446.1 HEC61404.1 HEC61404.1 NWU63809.1 NWU63809.1 MBU2720902.1 MBU2720902.1 MBI2666778.1 MBI2666778.1 WP_154503573.1 WP_154503573.1 MCH61727.1 MCH61727.1 WP_035102910.1 WP_035102910.1 MBR4902600.1 MBR4902600.1 HAB03480.1 HAB03480.1 WP_193655704.1 WP_193655704.1 WP_032677416.1 WP_032677416.1 MCS6996891.1 MCS6996891.1 EHZ4862226.1 EEW1536683.1 EHZ4862226.1 EHZ4862226.1 WP_159812831.1 WP_159812831.1 MBP5726154.1 OLA08565.1 MBP5726154.1 MBP5726154.1 MCE1252202.1 MCE1252202.1 WP_069083484.1 WP_069083484.1 WP_158687193.1 WP_158687193.1 WP_265775712.1 WP_265775712.1 KAG4938299.1 KAG4938299.1 MCK6622141.1 MCK6622141.1 UQT49937.1 UQT49937.1 XP_049766603.1 XP_049766603.1 WP_180076776.1 WP_180076776.1 MCH2675159.1 MCH2675159.1 WP_067123247.1 WP_067123247.1 WP_184601943.1 WP_184601943.1 MCK5309055.1 MCK5309055.1 EIJ1046776.1 EIJ1046776.1 XP_044919701.1 XP_044919701.1 GIV84289.1 GIV84289.1 MCB0346442.1 MCB0346442.1 MBQ2465495.1 MBQ2465495.1 AHN95135.1 AHN95135.1 UOA67814.1 YP_009745171.1 UOA67814.1 UOA67814.1 XP_030087828.2 XP_030087828.2 MBR5943268.1 MBR5943268.1 TND09120.1 TND09120.1 WP_017549704.1 WP_017549704.1 WP_225225222.1 WP_225225222.1 WP_016360879.1 WP_016360879.1 WP_278489123.1 WP_278489123.1 NQY08093.1 NQY08093.1 MBS3611729.1 MBS3611729.1 MCP4111938.1 MCP4111938.1 WP_000989932.1 WP_000989932.1 WP_225123293.1 WP_225123293.1 MBM3947147.1 MBM3947147.1 WP_072694527.1 WP_072694527.1 EFE8261313.1 EFE8261313.1 KIR59352.1 KIR59352.1 KAJ5238469.1 KAJ5238469.1 OGR49074.1 WP_223329113.1 OGR49074.1 OGR49074.1 CAG0273471.1 EFB3581025.1 CAG0273471.1 CAG0273471.1 MBB1053783.1 MBB1053783.1 WP_018160716.1 WP_018160716.1 MBC7426139.1 MBC7426139.1 WP_264507413.1 WP_264507413.1 MBP1312051.1 MBP1312051.1 VAI85984.1 VAI85984.1 WP_270570428.1 WP_270570428.1 QIX02502.1 QIX02502.1 RKF23984.1 RKF23984.1 KAJ0024505.1 KAJ0024505.1 DAP78583.1 DAP78583.1 KAG5001697.1 KAG5001697.1 WP_282969582.1 WP_282969582.1 GFV58109.1 GFV58109.1 WP_098137943.1 WP_098137943.1 WP_105371864.1 WP_105371864.1 QJA13926.1 QJA13926.1 HCN70936.1 HCN70936.1 WP_099639594.1 WP_099639594.1 WP_096647361.1 WP_096647361.1 KAH7160752.1 KAH7160752.1 CAA2616064.1 CAA2616064.1 WP_013571875.1 WP_057479385.1 WP_013571875.1 WP_013571875.1 THZ10219.1 THZ10219.1 WP_273946616.1 WP_273946616.1 MCI7704736.1 MCI7704736.1 WP_063505693.1 HCM9096811.1 WP_063505693.1 WP_063505693.1 OQP53277.1 OQP53277.1 KAJ7660540.1 KAJ7660540.1 XP_049776195.1 XP_049776195.1 WP_235374454.1 WP_235374454.1 MBU4557481.1 MBU4557481.1 WP_152718850.1 WP_152718850.1 CCD45280.1 CCD45280.1 MCB2198743.1 MCB2198743.1 WP_032993387.1 WP_032993387.1 WP_208665977.1 WP_208665977.1 WP_104329329.1 WP_104329329.1 WP_252264110.1 WP_252264110.1 UCF22071.1 UCF22071.1 WP_276234417.1 WP_276234417.1 WP_210363492.1 WP_210363492.1 HJC81763.1 HJC81763.1 MBQ9697149.1 MBQ9697149.1 WP_135952734.1 WP_135952734.1 WP_121369366.1 WP_121369366.1 RHQ28634.1 RHQ28634.1 XP_052906513.1 XP_052906513.1 ONM12286.1 ONM12286.1 RIK81456.1 RIK81456.1 AFP41217.1 AFP41217.1 SQC43367.1 SQC43367.1 WP_096277301.1 WP_096277301.1 MCD8323718.1 MCD8323718.1 MBE6889650.1 MBE6889650.1 WP_099922565.1 WP_099922565.1 WP_102140144.1 WP_102140144.1 MCB0174630.1 MCB0174630.1 XP_021727484.1 XP_021727484.1 MBR1383934.1 MBR1383934.1 MCF8391604.1 MCF8391604.1 XP_033082621.1 XP_033082621.1 SHM84371.1 SHM84371.1 KAH9439214.1 KAH9439214.1 CAA9477187.1 CAA9477187.1 TMQ35121.1 TMQ35121.1 MBV8739832.1 MBV8739832.1 WP_165801127.1 WP_165801127.1 WP_114947928.1 WP_114947928.1 CAE6513018.1 CAE6513018.1 WP_279059865.1 WP_279059865.1 WP_010299410.1 WP_010299410.1 MXS72767.1 MXS72767.1 MCI9320818.1 MCI9320818.1 MBK6509184.1 MBK6509184.1 HAW15717.1 HAW15717.1 QGZ94761.1 QGZ94761.1 WP_031876812.1 WP_031876812.1 CAI2192293.1 CAI2192293.1 QQR61334.1 QQR61334.1 CAH3164498.1 CAH3164498.1 WP_131506707.1 WP_131506707.1 WP_229055514.1 WP_229055514.1 NLB38271.1 NLB38271.1 WP_070443635.1 WP_070443635.1 WP_015957503.1 WP_015957503.1 WP_117183207.1 WP_223565913.1 WP_117183207.1 WP_117183207.1 WP_199911565.1 WP_199911565.1 SON95852.1 SON95852.1 AAV77137.1 AAV77137.1 MBU7572244.1 MBU7572244.1 WP_110005820.1 WP_110005820.1 XP_021713690.1 XP_021713690.1 OGH56711.1 OGH56711.1 MBX7055839.1 MBX7055839.1 WP_011965948.1 WP_011965948.1 WP_240469694.1 WP_240469694.1 MBQ4570877.1 MBQ4570877.1 XP_007323069.1 XP_007323069.1 WP_126255586.1 WP_126255586.1 MBF6603381.1 MBF6603381.1 MBA3289554.1 MBA3289554.1 WP_212377792.1 WP_212377792.1 KAJ0239815.1 KAJ0239815.1 KFP59321.1 KFP59321.1 MCA9949067.1 MCA9949067.1 WP_229048323.1 WP_229048323.1 VAX76432.1 VAX76432.1 WP_138447205.1 WP_138447205.1 PJC69268.1 PJC69268.1 WP_094207656.1 WP_094207656.1 XP_032812066.1 XP_032812066.1 XP_005720745.1 XP_005720745.1 WP_138289979.1 WP_138289979.1 WP_138289979.1 WP_274285032.1 KAJ6676972.1 KAJ6676972.1 MBT6370142.1 MBT6370142.1 KVK44743.1 MBE1289959.1 KVK44743.1 KVK44743.1 WP_271960159.1 WP_271960159.1 WP_072974645.1 WP_072974645.1 WP_071809692.1 WP_071809692.1 EGR0469058.1 EGR0469058.1 WP_199497249.1 WP_199497249.1 WP_012964108.1 WP_012964108.1 WP_109900609.1 WP_109900609.1 MBU6501496.1 MBU6501496.1 CAD7420625.1 CAD7420625.1 XP_055449440.1 XP_055449440.1 WP_070770047.1 WP_012573472.1 WP_070770047.1 NJD91181.1 WP_070770047.1 WP_070770047.1 WP_070770047.1 WP_156009076.1 MBK8529220.1 MBK8529220.1 WP_239984652.1 WP_239984652.1 MBR0417215.1 MBR0417215.1 XP_048264533.1 XP_048264533.1 MCD8297279.1 MCD8297279.1 XP_033559743.1 XP_033559743.1 MBE6139600.1 MBE6139600.1 AEF02257.1 AEF02257.1 MCL7045034.1 MCL7045034.1 XP_019019020.1 XP_019019020.1 WP_213520007.1 WP_213520007.1 XP_039699416.1 XP_039699416.1 WP_112530108.1 WP_112530108.1 XP_045648298.1 XP_045648298.1 RYH76248.1 RYH76248.1 AGB19176.1 AGB19176.1 KUI47647.1 KUI47647.1 NWV34805.1 NWV34805.1 KEP75282.1 MBL7705960.1 KEP75282.1 KEP75282.1 WP_266441326.1 WP_266441326.1 WP_266727676.1 WP_266727676.1 PPU96251.1 PPU96251.1 WP_258598016.1 WP_258598016.1 WP_107021410.1 WP_107021410.1 MBQ8064675.1 MBQ8064675.1 WP_087299666.1 WP_087299666.1 WP_134667128.1 WP_134667128.1 MBI4875790.1 MBI4875790.1 WP_196222422.1 WP_196222422.1 MBT3564223.1 MBT3564223.1 SBS78954.1 SBS78954.1 MBN2371430.1 MBN2371430.1 WP_219287479.1 WP_219287479.1 WP_175630420.1 WP_175630420.1 HAA51207.1 HAA51207.1 XP_001681736.1 XP_001681736.1 WP_282575598.1 WP_282575598.1 WP_252418399.1 WP_252418399.1 UYE59123.1 UGY43725.1 UYE59123.1 UYE59123.1 MCO5330244.1 MCO5330244.1 KAI7478392.1 KAI7478392.1 WP_065888604.1 WP_065888604.1 WP_277412281.1 WP_277412281.1 MBR6382124.1 MBR6382124.1 EER9391136.1 EER9391136.1 WP_064962354.1 WP_064962354.1 MAD47294.1 MAD47294.1 NRJ54907.1 MCB3018266.1 NRJ54907.1 NRJ54907.1 WP_062336768.1 WP_062336768.1 KAF9035758.1 KAF9035758.1 MSW56406.1 MSW56406.1 MCC6537716.1 MCC6537716.1 WP_277778661.1 WP_277778661.1 WP_262615610.1 WP_262615610.1 WP_135771669.1 WP_135771669.1 CDX53829.1 CDX53829.1 TXH71851.1 TXH71851.1 XP_055095726.1 XP_055095726.1 WP_209402264.1 WP_209402264.1 MBK6277277.1 MBK6277277.1 WP_064229784.1 WP_064229784.1 WP_271272236.1 WP_271272236.1 EGQ64116.1 EGQ64116.1 WP_271145842.1 WP_271145842.1 WP_176051587.1 WP_176051587.1 WP_076519206.1 WP_076519206.1 KAI9912466.1 KAI9912466.1 WP_165687160.1 WP_165687160.1 WP_064600084.1 WP_064600084.1 MBE6702431.1 MBE6702431.1 MCR4890737.1 MCR4890737.1 WP_046778966.1 WP_046778966.1 WP_255401854.1 WP_255401854.1 WP_226831475.1 WP_226831475.1 MBP7746105.1 MBP7746105.1 NCS37471.1 NCS37471.1 XP_047790709.1 XP_047790709.1 WP_250427403.1 WP_250427403.1 SCX00186.1 SCX00186.1 MCI8393530.1 MCI8393530.1 GHT88678.1 GHT88678.1 MCP4788584.1 MCP4788584.1 MCA9900904.1 MCA9900904.1 AEJ33395.1 AEJ33395.1 WP_093172109.1 WP_093172109.1 NCB77646.1 NCB77646.1 WP_098515742.1 WP_098515742.1 XP_048796933.1 XP_048796933.1 MBR4275022.1 MBR4275022.1 XP_020736247.1 XP_020736247.1 XP_039660068.1 XP_039660068.1 KAJ2633851.1 KAJ2633851.1 WP_066708699.1 MBL0087235.1 WP_066708699.1 WP_066708699.1 MBW4485777.1 MBW4485777.1 WP_103963736.1 WP_103963736.1 MBR4838026.1 MBR4838026.1 XP_009147075.2 XP_009147075.2 MBQ69096.1 MBQ69096.1 MBR7027046.1 MBR7027046.1 WP_062689758.1 WP_062689758.1 MBE6812365.1 MBE6812365.1 NWX34570.1 NWX34570.1 MBM7494038.1 MBM7494038.1 WP_273138110.1 WP_273138110.1 MCG6876547.1 MCG6876547.1 WP_151856261.1 WP_151856261.1 XP_001454078.1 XP_001454078.1 KZD01260.1 KZD01260.1 MBI0103662.1 MBI0103662.1 MCC5806595.1 MCC5806595.1 RLE74569.1 MCD6156803.1 RLE74569.1 RLE74569.1 WP_096665911.1 WP_096665911.1 KAG5313265.1 KAG5313265.1 CAF5110230.1 CAF5110230.1 MBD5168133.1 MBD5168133.1 QNU41032.1 QNU41032.1 WP_190594466.1 WP_190594466.1 UWG74403.1 UWG74403.1 WP_015275782.1 WP_015275782.1 CCO02790.1 CCO02790.1 VVC94919.1 VVC94919.1 WP_147958553.1 WP_147958553.1 GMH49846.1 GMH49846.1 NJP33277.1 NJP33277.1 MBN4261164.1 MBN4261164.1 KHO46355.1 KHO46355.1 EXK83554.1 EXK83554.1 MAO00220.1 MAO00220.1 MBK7557264.1 MBK7557264.1 MCH5225744.1 MCH5225744.1 MBP7222158.1 MBP7222158.1 WP_257939681.1 WP_257939681.1 KAI8972608.1 KAI8972608.1 WP_253630899.1 WP_253630899.1 WP_167581056.1 WP_167581056.1 WP_209095964.1 WP_209095964.1 WP_058561589.1 WP_058561589.1 MCA9255001.1 MCA9255001.1 WP_204287739.1 WP_204287739.1 WP_065148066.1 WP_123363258.1 WP_065148066.1 WP_065148066.1 WP_098191572.1 WP_098191572.1 URJ46333.1 URJ46333.1 HDZ48353.1 HDZ48353.1 WP_271243471.1 WP_110358640.1 WP_271243471.1 WP_271243471.1 WP_166360839.1 WP_166360839.1 WP_137144119.1 WP_137144119.1 MBW4512449.1 MBW4512449.1 GJD18679.1 GJD18679.1 WP_099912534.1 MBI1424129.1 WP_099912534.1 WP_099912534.1 WP_179915466.1 WP_179915466.1 MCL1962319.1 MCL1962319.1 GKN74270.1 GKN74270.1 WP_106777349.1 WP_106777349.1 NQT76827.1 NQT76827.1 WP_274910452.1 WP_274910452.1 WP_208884269.1 WP_208884269.1 AIR77599.1 AIR77599.1 XP_049178823.1 XP_049178823.1 WP_050657700.1 WP_050657700.1 WP_173991185.1 WP_173991185.1 OJW72254.1 OJW72254.1 EFG1511687.1 EFG1511687.1 KAF2864190.1 KAF2864190.1 KPU83403.1 KPU83403.1 WP_279687934.1 WP_279687934.1 MCS5932532.1 MCS5932532.1 WP_106546380.1 MBD2210269.1 WP_106546380.1 WP_106546380.1 WP_231085688.1 WP_231085688.1 WP_033131454.1 WP_033131454.1 WP_164228299.1 WP_164228299.1 WP_249510290.1 WP_249510290.1 CAF0807478.1 CAF0807478.1 WP_119344914.1 WP_119344914.1 WP_020497701.1 WP_020497701.1 WP_242685612.1 ECD4982842.1 WP_242685612.1 WP_202291019.1 WP_242685612.1 EBS3704194.1 WP_242685612.1 WP_242685612.1 UNP33456.1 ADJ57888.1 UNP33456.1 BAI82636.1 UNP33456.1 AXB40829.1 UNP33456.1 UNP33456.1 KAE8355151.1 KAE8355151.1 WP_026718622.1 WP_026718622.1 XP_028939562.1 XP_028939562.1 NRB18267.1 NRB18267.1 WP_041710957.1 WP_041710957.1 WP_164942207.1 WP_164942207.1 WP_169394925.1 WP_169394925.1 WP_200037957.1 WP_200037957.1 AUW90066.1 AUW90066.1 MBE0362647.1 MBE0362647.1 EET4312562.1 EET4312562.1 WP_179444023.1 WP_179444023.1 CAH8385548.1 CAH8385548.1 XP_046441060.1 PKU40490.1 XP_046441060.1 XP_046441060.1 CAH9078713.1 CAH9078713.1 WP_268012811.1 WP_268012811.1 PIY03328.1 PIY03328.1 HIA35646.1 HIA35646.1 TFV00908.1 TFV00908.1 WP_103216576.1 WP_103216576.1 MBG9445742.1 MBG9445742.1 XP_037827647.1 XP_037827647.1 WP_073312722.1 WP_073312722.1 MAR88726.1 MAR88726.1 MBM4836391.1 MBM4836391.1 KAF0756529.1 KAF0756529.1 WP_056610248.1 WP_056610248.1 MBU2271834.1 MBU2271834.1 CEH30391.1 CEH30391.1 WP_162756046.1 WP_162756046.1 WP_271629396.1 WP_271629396.1 EBU9231875.1 HJE10580.1 EBU9231875.1 EBU9231875.1 WP_169053012.1 WP_169053012.1 WP_223695792.1 WP_223695792.1 WP_092696504.1 WP_092696504.1 WP_014814721.1 WP_014814721.1 KAG2712649.1 KAG2712649.1 WP_045961551.1 WP_045961551.1 WP_166690114.1 WP_166690114.1 MBQ8778157.1 MBQ8778157.1 NVK26228.1 NVK26228.1 MBR5140322.1 MBR5140322.1 WP_275196335.1 WP_275196335.1 WP_078747788.1 WP_078747788.1 GAA38267.2 GAA38267.2 WP_169999893.1 WP_169999893.1 MCI5668237.1 MCI5668237.1 MCD6173453.1 MCD6173453.1 EFS8130303.1 ECP6736894.1 EFS8130303.1 EFS8130303.1 WP_145141753.1 WP_145141753.1 MCE7698179.1 MCE7698179.1 WP_149397594.1 WP_149397594.1 XP_020949431.1 XP_020949431.1 WP_254406115.1 WP_254406115.1 MBB2072367.1 MBB2072367.1 WP_194546214.1 WP_194546214.1 WP_267353308.1 WP_267353308.1 XP_029860665.1 XP_029860665.1 WP_137264191.1 WP_137264191.1 WP_227413069.1 WP_227413069.1 MBU2643279.1 MBU2643279.1 WP_021391773.1 WP_021391773.1 MCH7812019.1 MCH7812019.1 WP_059812501.1 WP_059812501.1 MBQ3958696.1 MBQ3958696.1 WP_017034258.1 WP_017034258.1 WP_257733866.1 WP_257733866.1 HBR2011202.1 HBR2011202.1 WP_053594912.1 WP_053594912.1 DAS28513.1 DAS28513.1 WP_075938258.1 WP_075938258.1 CAD6215318.1 CAD6215318.1 KAH9898930.1 KAH9898930.1 WP_151434014.1 WP_151434014.1 MBK7764469.1 MBK7764469.1 WP_271786410.1 WP_271786410.1 NXV43694.1 NXV43694.1 MCH8328754.1 MCH8328754.1 WP_256153163.1 WP_256153163.1 MBS0394142.1 MBS0394142.1 MCS7028162.1 MCS7028162.1 WP_255602293.1 WP_255602293.1 KAJ0315765.1 KAJ0315765.1 WP_237526657.1 WP_237526657.1 WP_213162342.1 WP_213162342.1 XP_033573598.1 XP_033573598.1 WP_058258401.1 WP_058258401.1 WP_187935882.1 WP_139989153.1 WP_187935882.1 WP_187935882.1 MCM8621761.1 MCM8621761.1 WP_146809086.1 WP_146809086.1 KAF3694195.1 KAF3694195.1 WP_276247412.1 WP_276247412.1 GKN64987.1 GKN64987.1 PTX11617.1 PTX11617.1 WP_045070942.1 WP_045070942.1 WP_015873926.1 WP_015873926.1 EJA2215897.1 EJA2215897.1 KAF2888908.1 KAF2888908.1 NWU56530.1 NWU56530.1 WP_210028065.1 WP_210028065.1 WP_211746996.1 VRK55480.1 WP_211746996.1 WP_211746996.1 XP_040023426.1 XP_040023426.1 AXC70826.1 AXC70826.1 MBR6853793.1 MBR6853793.1 WP_153262038.1 WP_153262038.1 MCA4896083.1 MCA4896083.1 PZW62518.1 PZW62518.1 ROR98276.1 ROR98276.1 XP_025769677.1 XP_025769677.1 WP_016669239.1 WP_016669239.1 MCB1271755.1 MCB1271755.1 AFV39595.1 AOW33101.1 AFV39595.1 AOW36968.1 AFV39595.1 QWY38042.1 AFV39595.1 ACV16867.1 AFV39595.1 BAO23243.1 AFV39595.1 ARR91819.1 AFV39595.1 UZY22531.1 AFV39595.1 ABJ92889.1 AFV39595.1 ADB27070.1 AFV39595.1 AVA00513.1 AFV39595.1 ACY29573.1 AFV39595.1 AFV39595.1 AFV39595.1 ACH90072.1 AFV39595.1 BAO11608.1 AFV39595.1 AFJ09957.1 WP_123749269.1 WP_123749269.1 EFX79048.1 EFX79048.1 PZO34543.1 PZO34543.1 VDK55583.1 VDK55583.1 XP_023822602.1 XP_023822602.1 WP_126376486.1 WP_126376486.1 MBT4259311.1 MBT4259311.1 WP_069580620.1 WP_069580620.1 MBR4681128.1 MBR4681128.1 KAJ1174213.1 KAJ1174213.1 MBO8485404.1 MBO8485404.1 WP_228961807.1 WP_228961807.1 WP_141772753.1 WP_141772753.1 MBL8169415.1 MBL8169415.1 WP_278088590.1 WP_278088590.1 CDG57236.1 CDG57236.1 MBP2329018.1 MBP2329018.1 SOD38512.1 SOD38512.1 WP_161967657.1 WP_161967657.1 WP_007287952.1 WP_007287952.1 WP_090297373.1 WP_090297373.1 WP_086280341.1 WP_086280341.1 WP_084578893.1 WP_084578893.1 XP_010918378.1 XP_010918378.1 KRX15989.1 KRX15989.1 KAF9095505.1 KAF9095505.1 XP_012889676.1 XP_034290446.1 XP_012889676.1 AAR19565.1 XP_012889676.1 XP_002688837.2 XP_012889676.1 XP_012889676.1 SFF07309.1 SFF07309.1 MCP4913426.1 MCP4913426.1 RGX77898.1 RGX77898.1 MBE6142085.1 MBE6142085.1 KAF9145485.1 KAF9145485.1 MCO5569846.1 MCO5569846.1 MUL75888.1 MUL75888.1 WP_097108993.1 WP_097108993.1 MBC7097666.1 MBA2522987.1 MBC7097666.1 MBC7097666.1 KAJ6888161.1 KAJ6888161.1 WP_236939362.1 WP_236939362.1 KAJ7092692.1 KAJ7092692.1 WP_040330177.1 WP_040330177.1 WP_001537381.1 WP_001537381.1 MBL6727407.1 MBL6727407.1 WP_054541705.1 WP_054541705.1 WP_279085497.1 WP_279085497.1 MCB9510871.1 MCB9510871.1 WP_095128211.1 WP_095128211.1 MBE0660081.1 MBE0660081.1 WP_219286064.1 WP_219286064.1 WP_218057064.1 WP_218057064.1 WP_131971174.1 WP_131971174.1 MBL8777518.1 MBL8777518.1 ABK94958.1 ABK94958.1 WP_199308568.1 WP_199308568.1 WP_199713305.1 WP_199713305.1 WP_172585284.1 WP_172585284.1 WP_094590818.1 WP_094590818.1 XP_032204694.1 XP_032204694.1 KAJ3382075.1 KAJ3382075.1 WP_116143250.1 WP_116143250.1 OQB67688.1 OQB67688.1 KAI1055415.1 KAI1055415.1 WP_018083176.1 WP_018083176.1 WP_055153579.1 WP_055153579.1 WP_065640612.1 WP_065640612.1 KAG2753283.1 KAG2753283.1 WP_071280632.1 WP_071280632.1 WP_213775833.1 WP_213775833.1 MBG4760275.1 MBG4760275.1 KAF9432903.1 KAF9432903.1 WP_245407141.1 WP_245407141.1 XP_006814105.1 XP_006814105.1 WP_228201287.1 WP_228201287.1 KAH8780162.1 KAH8780162.1 WP_196146635.1 WP_196146635.1 DAH49916.1 DAH49916.1 WP_237034910.1 WP_237034910.1 XP_010676925.2 XP_010676925.2 WP_086353716.1 WP_142590093.1 WP_086353716.1 MBU2478158.1 WP_086353716.1 WP_086353716.1 WP_102576363.1 WP_102576363.1 WP_080508033.1 WP_080508033.1 WP_052922907.1 WP_052922907.1 WP_010409355.1 WP_010409355.1 XP_008674211.1 XP_008674211.1 RGT06351.1 RGT06351.1 NIM26842.1 HHO76132.1 NIM26842.1 NIM26842.1 AMA13662.1 MOY61908.1 AMA13662.1 AST39768.1 AMA13662.1 AMA13662.1 AMA13662.1 MOY95459.1 MBQ2990925.1 MBQ2990925.1 KQP70604.1 KQP70604.1 MCH1407713.1 MCH1407713.1 HAR7369715.1 HAR7369715.1 HAC44255.1 HAC44255.1 NBS93427.1 NBS93427.1 WP_067101053.1 WP_067101053.1 XP_005111944.2 XP_005111944.2 WP_108210605.1 WP_108210605.1 MOP62942.1 MOP62942.1 WP_262073613.1 WP_262073613.1 KAH9744176.1 KAH9744176.1 AFX75916.1 QGA29503.1 AFX75916.1 AFX75916.1 WP_166638495.1 WP_166638495.1 KAI4867710.1 KAI4867710.1 WP_083180153.1 WP_083180153.1 MCM2356329.1 MCM2356329.1 WP_270233472.1 WP_270233472.1 XP_033306318.1 XP_033306318.1 WP_209377953.1 WP_209377953.1 XP_019180948.1 XP_019180948.1 CAH0023967.1 CAH0023967.1 WP_019444443.1 WP_055337992.1 WP_019444443.1 WP_019444443.1 MBL1320270.1 MBL1320270.1 GEW47215.1 GEW47215.1 KAI4518191.1 KAI4518191.1 WP_162206844.1 WP_162206844.1 WP_113544184.1 WP_113544184.1 WP_014985199.1 WP_070172067.1 WP_014985199.1 WP_014985199.1 XP_030725309.1 XP_030725309.1 WP_192880951.1 WP_192880951.1 MBT8607749.1 WP_001202764.1 MBT8607749.1 MBT8607749.1 NGL48818.1 NGL48818.1 WP_162929259.1 WP_162929259.1 WP_075013026.1 WP_075013026.1 USK34290.1 USK34290.1 NLE01480.1 NLE01480.1 WP_189931865.1 MBQ7389792.1 WP_189931865.1 HAJ19792.1 WP_189931865.1 WP_189931865.1 MCK5466482.1 MCK5466482.1 WP_166047848.1 WP_166047848.1 KAI2467201.1 KAI2467201.1 WP_272952826.1 WP_272952826.1 AGB20654.1 AGB20654.1 MBQ6868443.1 MBQ6868443.1 NER20127.1 NER20127.1 WP_269061021.1 WP_269061021.1 MCE2789155.1 MCE2789155.1 MBR6875525.1 MBR6875525.1 HAO16792.1 HAO16792.1 XP_039325768.1 XP_039325768.1 WP_180230190.1 WP_180230190.1 WP_230796143.1 WP_230796143.1 WP_059639348.1 WP_059639348.1 WP_225579579.1 OQA38407.1 WP_225579579.1 WP_225579579.1 GBN39940.1 GBN39940.1 MXQ53321.1 MXQ53321.1 WP_100449703.1 WP_100449703.1 XP_052751399.1 XP_052751399.1 WP_066786685.1 WP_066786685.1 WP_249084213.1 WP_249084213.1 WP_131096443.1 MBE3671043.1 WP_131096443.1 WP_131096443.1 KAI6080770.1 KAI6080770.1 WP_017691736.1 WP_017691736.1 WP_005632191.1 WP_005632191.1 WP_084873045.1 WP_084873045.1 WP_195290884.1 WP_195290884.1 WP_280336340.1 WP_280336340.1 CAD2182685.1 CAD2182685.1 HBT5919638.1 HBT5919638.1 XP_021765438.1 XP_021765438.1 WP_093486522.1 WP_093486522.1 QLY80081.1 QLY80081.1 WP_006224372.1 WP_006224372.1 WP_023727015.1 WP_023727015.1 KAF8917914.1 KAF8917914.1 WP_037184031.1 WP_037184031.1 MBM4261824.1 MBM4261824.1 WP_085680475.1 WP_085680475.1 EFI9255255.1 EFI9255255.1 WP_070475600.1 WP_070475600.1 WP_275405902.1 WP_275405902.1 GIW30304.1 GIW30304.1 TVY78526.1 TVY78526.1 WP_273827584.1 WP_273827584.1 XP_047245969.1 XP_047245969.1 XP_007957752.1 XP_048221756.1 XP_007957752.1 XP_007957752.1 WP_272896519.1 WP_272896519.1 KAI1368854.1 KAI1368854.1 STW09510.1 STW09510.1 WP_264790310.1 WP_264790310.1 WP_029091796.1 WP_029091796.1 WP_237142885.1 WP_237142885.1 EFL44656.1 EFL44656.1 RJF99999.1 RJF99999.1 MBM4059513.1 MBM4059513.1 MCP3657241.1 MCP3657241.1 WP_203021165.1 WP_203021165.1 WP_089095302.1 WP_089095302.1 WP_233230645.1 WP_233230645.1 WP_004960861.1 WP_004960861.1 WP_230009938.1 WP_230009938.1 WP_034709917.1 WP_034709917.1 CTM60173.1 CTM60173.1 WP_039608285.1 WP_039608285.1 SPC33634.1 SPC33634.1 WP_259287153.1 WP_259287153.1 MRB85170.1 MRB85170.1 MCD6544917.1 MCD6544917.1 MBK4335994.1 MBK4335994.1 MBA0628892.1 MBA0628892.1 WP_281459228.1 WP_281459228.1 CAD7578726.1 CAD7578726.1 SOD38336.1 SOD38336.1 TYG55675.1 TYG55675.1 WP_094953410.1 WP_094953410.1 WP_108324249.1 WP_108324249.1 WP_195238978.1 WP_195238978.1 KAG7283570.1 KAG7283570.1 WP_280427578.1 WP_280427578.1 WP_244355613.1 WP_244355613.1 CAG9435424.1 CAG9435424.1 ECE8916583.1 EAA8040699.1 ECE8916583.1 ECE8916583.1 MCP3654032.1 MCP3654032.1 XP_036163171.1 XP_036163171.1 KYP14137.1 KYP14137.1 KAF5321974.1 KAF5321974.1 MCD8523842.1 MCD8523842.1 RVU05718.1 RVU05718.1 WP_096671147.1 WP_096671147.1 WP_265822109.1 WP_265822109.1 WP_173081441.1 WP_173081441.1 EMD82508.1 EMD82508.1 WP_022710297.1 WP_022710297.1 MBT3784852.1 MBT3784852.1 WP_059267425.1 WP_059267425.1 WP_138583465.1 WP_138583465.1 OEC37898.1 OEC37898.1 MBI2416798.1 MBI2416798.1 WP_276256752.1 WP_276256752.1 WP_154541351.1 WP_154541351.1 NXL14598.1 NXL14598.1 RUM68418.1 RUM68418.1 NAB09037.1 NAB09037.1 WP_152652784.1 WP_152652784.1 MCH7618159.1 MCH7618159.1 WP_166652585.1 WP_166652585.1 QPH00767.1 QPH00767.1 WP_083453642.1 WP_083453642.1 EDF8564338.1 EDF8564338.1 GEP01990.1 GEP01990.1 NP_177230.1 NP_177230.1 WP_206913767.1 WP_206913767.1 UOK61174.1 UOK61174.1 WP_033677965.1 WP_033677965.1 MBF1231925.1 MBF1231925.1 MBQ1196899.1 MBQ1196899.1 WP_189254710.1 WP_189254710.1 XP_022371551.1 XP_022371551.1 PLX13980.1 PLX13980.1 CAH9132908.1 CAH9132908.1 HHU23657.1 HHU23657.1 PAV59276.1 PAV59276.1 WP_233281725.1 WP_233281725.1 MCA9869097.1 MCA9869097.1 MBI1189702.1 MBI1189702.1 QOL09497.1 QOL09497.1 CAI4531609.1 CAI4531609.1 WP_012084538.1 WP_012084538.1 MBS1587439.1 MBS1587439.1 WP_109832405.1 WP_109832405.1 EFX84833.1 EFX84833.1 WP_024498088.1 WP_003939801.1 WP_024498088.1 WP_024498088.1 WP_130201530.1 WP_130201530.1 KAF5115699.1 KAF5115699.1 KAJ5249775.1 KAJ5249775.1 SED04027.1 SED04027.1 RLA59280.1 RLA59280.1 MAL04956.1 MAL04956.1 XP_032283352.1 XP_032283352.1 XP_048583328.1 XP_048583328.1 MBL7752135.1 MBL7752135.1 WP_254301195.1 WP_254301195.1 WP_027723927.1 WP_027723927.1 WP_280550159.1 WP_280550159.1 WP_263549390.1 WP_263549390.1 KAJ2160675.1 KAJ2160675.1 WP_165149223.1 WP_165149223.1 WP_154427248.1 WP_154427248.1 XP_003056335.1 XP_003056335.1 MIX29656.1 MIX29656.1 SCN76227.1 SCN76227.1 WP_042211112.1 WP_042211112.1 WP_170834655.1 WP_170834655.1 MBS5796435.1 MBS5796435.1 WP_235959345.1 WP_235959345.1 HHX25519.1 HHX25519.1 WP_199690327.1 WP_199690327.1 WP_195694458.1 WP_195694458.1 PTT91340.1 PTT91340.1 MBQ1405588.1 MBQ1897904.1 MBQ1405588.1 MBQ1405588.1 KFV95086.1 KFV95086.1 WP_187027854.1 WP_187027854.1 NDU77367.1 NDU77367.1 XP_029370816.1 XP_029370816.1 PYX86466.1 PYX86466.1 MBN9117024.1 MBN9117024.1 AXZ65741.1 ABQ63546.1 AXZ65741.1 AKT58828.1 AXZ65741.1 AOQ89457.1 AXZ65741.1 AXZ65741.1 WP_132175930.1 WP_132175930.1 WP_055411085.1 WP_055411085.1 CAE6438319.1 CAE6438319.1 WP_009257967.1 WP_009257967.1 XP_021377602.1 XP_021377602.1 KJV99157.1 KJV99157.1 EHR73697.1 EHR73697.1 MBQ2688679.1 MBQ2688679.1 CAF4001745.1 CAF4001745.1 WP_264144890.1 WP_264144890.1 NEO77458.1 NEO77458.1 GBD21712.1 GBD21712.1 WP_138405018.1 WP_138405018.1 XP_025425233.1 XP_025425233.1 WP_043343784.1 WP_043343784.1 MBN3879913.1 MBN3879913.1 XP_020282545.1 XP_020282545.1 WP_093361010.1 WP_093361010.1 XP_034262050.1 XP_034262050.1 OWZ21453.1 OWZ21453.1 WP_140204528.1 WP_140204528.1 WP_206254325.1 WP_206254325.1 WP_278843343.1 WP_278843343.1 MBL4542294.1 MBL4542294.1 GCE99025.1 GCE99025.1 MCL2537505.1 MCL2537505.1 XP_049847771.1 XP_049847771.1 MCC7321896.1 MCC7321896.1 MCE5280144.1 MCE5280144.1 MBX3615544.1 MBX3615544.1 XP_047443619.1 XP_047443619.1 GBU10433.1 GBU10433.1 ECG5731039.1 ECG5731039.1 KAI4261063.1 KAI4261063.1 RME91291.1 RME91291.1 KAF8902954.1 KAF8902954.1 WP_128492049.1 WP_128492049.1 NXJ09179.1 NXJ09179.1 MBM3211208.1 MBM3211208.1 XP_037269637.1 XP_037269637.1 WP_266300278.1 WP_266300278.1 MBT3283615.1 MBT3283615.1 HBB8861935.1 HBB8861935.1 MBP1762081.1 MBP1762081.1 ESW62330.1 ESW62330.1 WP_139216328.1 WP_139216328.1 XP_031159380.1 XP_031159380.1 WP_145549645.1 WP_145549645.1 MCB0396773.1 MCB0396773.1 WP_040532466.1 WP_057452934.1 WP_040532466.1 MBF0865514.1 WP_040532466.1 WP_083296738.1 WP_040532466.1 WP_040532466.1 XP_042399294.1 XP_042399294.1 MBS1222269.1 MBS1222269.1 MCR5249229.1 MCR5249229.1 EOX98511.1 EOX98511.1 WP_263871176.1 WP_263871176.1 XP_015675072.1 XP_015675072.1 WP_221874538.1 WP_221874538.1 WP_147728825.1 WP_147728825.1 WP_137499306.1 WP_137499306.1 WP_254467474.1 WP_254467474.1 WP_209241541.1 WP_209241541.1 CAI4270029.1 CAI4270029.1 KAI5947122.1 KAI5947122.1 XP_051382515.1 XP_051382515.1 MCS7125979.1 MCS7125979.1 MXP43753.1 WP_207918089.1 MXP43753.1 OAN53756.1 MXP43753.1 MBC7326981.1 MXP43753.1 WP_174822921.1 MXP43753.1 MXP43753.1 MXP43753.1 WP_158791585.1 MBD9700330.1 MBD9700330.1 WP_072184911.1 WP_072184911.1 MBI1992098.1 MBI1992098.1 OBC01194.1 OBC01194.1 WP_203304418.1 WP_203304418.1 WP_145254095.1 WP_145254095.1 NLV89229.1 NLV89229.1 MCQ8893008.1 MCQ8893008.1 WP_221968558.1 WP_221968558.1 MBA2782760.1 MBA2782760.1 WP_232465954.1 WP_232465954.1 WP_164588414.1 WP_164588414.1 MBO4522510.1 MBO4522510.1 WP_206762159.1 WP_206762159.1 MBR7152669.1 MBR7152669.1 KAF0721509.1 KAF0721509.1 WP_241695219.1 WP_241695219.1 XP_036174925.1 XP_036174925.1 WP_165356608.1 WP_165356608.1 PFQ70995.1 PFQ70995.1 WP_008132112.1 WP_008132112.1 XP_022789336.1 XP_022789336.1 WP_264695257.1 WP_264695257.1 WP_219954954.1 WP_219954954.1 AAR06568.1 AAR06568.1 WP_043239074.1 WP_043239074.1 KAB2838176.1 KAB2838176.1 MBS1617120.1 MBS1617120.1 WP_129629290.1 WP_129629290.1 KRN01502.1 KRN01502.1 ACF74449.1 ACF74449.1 WP_088527814.1 MCR5007903.1 WP_088527814.1 WP_088527814.1 WP_258825945.1 MCF8210731.1 WP_258825945.1 WP_258825945.1 WP_008045531.1 WP_008045531.1 WP_045064390.1 WP_045064390.1 MCU1589779.1 MCU1589779.1 XP_049224720.1 XP_049224720.1 MBQ0033687.1 MBQ0033687.1 MBP3425637.1 MBP3425637.1 MCR5285329.1 MCR5285329.1 XP_020103231.1 XP_020103231.1 WP_258394058.1 WP_258394058.1 WP_196823726.1 WP_196823726.1 WP_162334308.1 WP_162334308.1 WP_020394619.1 WP_020394619.1 TMH05674.1 TMH05674.1 WP_112116848.1 WP_112116848.1 HCH2726488.1 GAL07990.1 HCH2726488.1 HCH2726488.1 MBK6833697.1 MBK6833697.1 XP_025975121.1 XP_025975121.1 WP_103270848.1 WP_103270848.1 NXS05193.1 NXS05193.1 MBC6481257.1 MCI4325574.1 MBC6481257.1 MBC6481257.1 KAE9963299.1 KAE9963299.1 WP_048771567.1 WP_048771567.1 WP_237560484.1 WP_237560484.1 KAG6786301.1 KAG6786301.1 OIQ39557.1 OIQ39557.1 WP_190063487.1 WP_190063487.1 WP_006075792.1 WP_006075792.1 XP_051120762.1 XP_051120762.1 MRB06557.1 MRB06557.1 WP_136085111.1 WP_136085111.1 CAF3446016.1 CAF3446016.1 MBZ5699012.1 MBZ5699012.1 GEX59890.1 GEX59890.1 WP_130523666.1 WP_130523666.1 MCB0447703.1 MCB0447703.1 WAR09170.1 WAR09170.1 KAA0009614.1 KAA0009614.1 MBI6809448.1 MBI6809448.1 WP_123226257.1 WP_123226257.1 KAF9308882.1 KAF9308882.1 WP_058635033.1 WP_251874466.1 WP_058635033.1 WP_058635033.1 KAG2929087.1 KAG2929087.1 ODU23539.1 ODU23539.1 WP_186229980.1 WP_186229980.1 KAJ7545197.1 KAJ7545197.1 KKT55671.1 KKT55671.1 XP_043494069.1 XP_043494069.1 XP_035812514.1 XP_054751877.1 XP_035812514.1 XP_035812514.1 HIX59898.1 HIX59898.1 MBL0273084.1 MBL0273084.1 WP_077066366.1 WP_077066366.1 WP_001531669.1 WP_001531669.1 MSX26960.1 MSX26960.1 RCK62276.1 RCK62276.1 XP_023957144.1 XP_023957144.1 WP_262014488.1 WP_262014488.1 NOZ88085.1 NOZ88085.1 XP_051216225.1 XP_051216225.1 MBO1089156.1 MBO1089156.1 GIW56314.1 GIW56314.1 PXL39359.1 PXL39359.1 WP_073277800.1 WP_073277800.1 PPS91010.1 PPS91010.1 WP_253808359.1 WP_253808359.1 WP_140347789.1 WP_140347789.1 EFT9578334.1 EFT9578334.1 MCE4613707.1 MCE4613707.1 ERI49901.1 ERI49901.1 HIN08122.1 HIN08122.1 OQW79047.1 OQW79047.1 WP_086502876.1 WP_086502876.1 KAG6788279.1 KAG6788279.1 KAG6788279.1 PON87355.1 XP_021898889.1 XP_021898889.1 NWR48904.1 NWR48904.1 QJX39570.1 AAW57761.1 QJX39570.1 AIG14299.1 QJX39570.1 QJX39570.1 WP_206096314.1 WP_006697084.1 WP_206096314.1 WP_206096314.1 MBT5285153.1 MBT5285153.1 CDC61696.1 CDC61696.1 MCO4570690.1 MCO4570690.1 KAF8141928.1 KAF8141928.1 TJW13192.1 TJW13192.1 MCB0793211.1 MCB0793211.1 WP_005629113.1 WP_005629113.1 WP_083639049.1 WP_083639049.1 WP_169054812.1 WP_169054812.1 MBR1706273.1 MBR1706273.1 EST37880.1 EST37880.1 WP_106936446.1 WP_106936446.1 WP_214777175.1 WP_214777175.1 WP_092857087.1 WP_092857087.1 RAH10573.1 RAH10573.1 XP_048732732.1 XP_048732732.1 HFC54342.1 HFC54342.1 WP_025739406.1 WP_025739406.1 WP_116813830.1 WP_116813830.1 WP_128505522.1 WP_128505522.1 MCB9943168.1 MCB9943168.1 WP_190822868.1 WP_190822868.1 WP_258007507.1 WP_258007507.1 TVR41840.1 TVR41840.1 WP_283181662.1 WP_283181662.1 CAC9886154.1 CAC9886154.1 WP_047943571.1 WP_047943571.1 MBO2482901.1 MBO2482901.1 WP_261668588.1 WP_261668588.1 XP_047422702.1 XP_047422702.1 KAJ3490879.1 KAJ3490879.1 WP_227317406.1 WP_227317406.1 MCB0488436.1 MCB0488436.1 MCD6430924.1 MCD6430924.1 MCI0654225.1 MCI0654225.1 WP_271515333.1 WP_271515333.1 WP_207334372.1 WP_207334372.1 NYK82134.1 NYK82134.1 RTE72268.1 RTE72268.1 WP_232703726.1 WP_232703726.1 WP_184066976.1 WP_184066976.1 WP_257689765.1 WP_257689765.1 MBU0791683.1 MBU0791683.1 WP_182711428.1 WP_182711428.1 TKW18680.1 TKW18680.1 WP_240111183.1 WP_240111183.1 NED75586.1 NED75586.1 MBR0615264.1 MBR0615264.1 ETO34949.1 ETO34949.1 KAF5411244.1 KAF5411244.1 WP_017878759.1 WP_017878759.1 WP_023780537.1 WP_023780537.1 WP_077376172.1 WP_077376172.1 WP_231355705.1 PJJ44766.1 WP_231355705.1 WP_092081374.1 WP_231355705.1 WP_231355705.1 GIW70618.1 GIW70618.1 QFY03744.1 QFY03744.1 MBA8666914.1 MBA8666914.1 KAJ8938828.1 KAJ8938828.1 WP_149660939.1 WP_149660939.1 WP_262404887.1 WP_262404887.1 OJH36051.1 OJH36051.1 KAF9463056.1 KAF9463056.1 MCJ8273875.1 MCJ8273875.1 XP_045701611.1 XP_045701611.1 WP_267782507.1 WP_267782507.1 MCP5198054.1 MCP5198054.1 EOS29826.1 EOS29826.1 NLC30933.1 NLC30933.1 WP_003960394.1 WP_003960394.1 WP_218348303.1 WP_218348303.1 WP_148727848.1 WP_148727848.1 TVS18044.1 TVS18044.1 WP_018934053.1 WP_018934053.1 MBV00212.1 EAH8201998.1 MBV00212.1 MBG6814041.1 MBV00212.1 MBV00212.1 XP_047781705.1 XP_047781705.1 MBQ7286305.1 MBQ7286305.1 MBQ4426944.1 MBQ4426944.1 OKO87070.1 OKO87070.1 WP_259408897.1 WP_259408897.1 KAF5116816.1 KAF5116816.1 MBN1246547.1 MBN1246547.1 MBR6946428.1 MBR6946428.1 WP_097574091.1 WP_097574091.1 MCF8145043.1 MCF8145043.1 WP_159796041.1 WP_159796041.1 KAG8816705.1 KAG8816705.1 MBA3497606.1 MBA3497606.1 AHJ84873.1 AHJ84873.1 MCA9738196.1 MCA9738196.1 KAJ0689199.1 KAJ0689199.1 ERB66459.1 ERB66459.1 MBL6710595.1 MBL6710595.1 MCH1932562.1 MCH1932562.1 XP_055331916.1 XP_055331916.1 MCH1405047.1 MCH1405047.1 KAF7869901.1 KAF7869901.1 WP_220674761.1 WP_080337214.1 WP_220674761.1 WP_220674761.1 KAH7489251.1 KAH7489251.1 XP_032499984.1 XP_032499984.1 WP_261369297.1 WP_261369297.1 WP_283842967.1 WP_283842967.1 MBT3932996.1 MBT3932996.1 WP_148565498.1 WP_148565498.1 WP_097485790.1 WP_097485790.1 WP_119403424.1 WP_119403424.1 WP_004994904.1 WP_004994904.1 MBU0624735.1 MBU0624735.1 WP_266814553.1 WP_266814553.1 MBQ4411698.1 MBQ4411698.1 KYF44507.1 KYF44507.1 MCL2788588.1 MCL2788588.1 WP_262155701.1 WP_262155701.1 KAF5548980.1 KAF5548980.1 KAH7262805.1 KAH7262805.1 WP_183063711.1 WP_183063711.1 WP_212810521.1 WP_212810521.1 MBR8744763.1 MBR8744763.1 WP_120452154.1 WP_120452154.1 NTU53989.1 NTU53989.1 GHU61839.1 GHU61839.1 MBS1744667.1 MBS1744667.1 MBU03734.1 MBU03734.1 WP_105386412.1 WP_105386412.1 MBR2406030.1 MBR2406030.1 WP_131776591.1 WP_131776591.1 MCL2039304.1 MCL2039304.1 WP_196974466.1 WP_196974466.1 WP_184130797.1 WP_184130797.1 MCS5505837.1 MCS5505837.1 WP_062865604.1 WP_062865604.1 WP_188895946.1 WP_188895946.1 KFG62183.1 KFG62183.1 SCL13606.1 SCL13606.1 MAJ56944.1 MAJ56944.1 RYP71249.1 RYP71249.1 MBQ3470868.1 MBQ3470868.1 WP_234897981.1 WP_234897981.1 WP_117751014.1 WP_117751014.1 WP_160410225.1 WP_160410225.1 WP_173040157.1 WP_173040157.1 MBE3595273.1 MBE3595273.1 UTW67325.1 UTW67325.1 RIX75659.1 WP_200198809.1 RIX75659.1 RIX75659.1 MBL0255244.1 MBL0255244.1 EMK19049.1 EMK19049.1 THB74514.1 THB74514.1 AWD47640.1 AWD47640.1 MCR4818155.1 MCR4818155.1 WP_018717981.1 WP_018717981.1 MCE2907393.1 MCE2907393.1 WP_251174936.1 WP_251174936.1 WP_202925384.1 WP_202925384.1 CAI0990105.1 CAI0990105.1 WP_140660563.1 WP_140660563.1 WP_277410236.1 WP_277410236.1 MCP5558243.1 MCP5558243.1 CAD7419184.1 CAD7419184.1 WP_189609880.1 WP_189609880.1 MBQ8283265.1 MBQ8283265.1 WP_173904515.1 WP_173904515.1 XP_032696462.1 XP_032696462.1 XP_044484513.1 XP_044484513.1 XP_027476133.1 XP_027476133.1 WP_189592858.1 WP_189592858.1 WP_166225641.1 WP_166225641.1 WP_266312166.1 WP_266312166.1 WP_147766978.1 WP_147766978.1 WP_239815372.1 WP_239815372.1 PSP85445.1 PSP85445.1 WP_065809357.1 WP_065809357.1 WP_205177065.1 WP_205177065.1 MCG3730919.1 MCG3730919.1 CPY79168.1 CPY79168.1 MBT5578634.1 MBT5578634.1 WP_126669182.1 WP_126669182.1 WP_005165186.1 WP_005165186.1 AUN31249.1 AUN31249.1 WP_279123632.1 WP_279123632.1 MCM2341063.1 MCM2341063.1 MPT31245.1 MPT31245.1 ETD72983.1 ETD72983.1 MCP4488771.1 MCP4488771.1 SDW64481.1 MBR4127938.1 SDW64481.1 SDW64481.1 MBT8462299.1 MBT8462299.1 MBR2488648.1 MBR2488648.1 WP_240030709.1 WP_240030709.1 WP_250146767.1 WP_250146767.1 WP_186153646.1 WP_186153646.1 CZR69713.1 CZR69713.1 XP_039854086.1 XP_039854086.1 MCU1437293.1 MCU1437293.1 XP_015523373.1 XP_015523373.1 DAO22062.1 DAO22062.1 MBR1628375.1 MBR1628375.1 MCK5056842.1 MCK5056842.1 WP_274481161.1 WP_274481161.1 XP_697509.2 XP_697509.2 WP_139764340.1 WP_139764340.1 WP_132882604.1 WP_132882604.1 WP_200316392.1 WP_200316392.1 WP_241908014.1 WP_241908014.1 MCL7403925.1 MCL7403925.1 MCJ7548546.1 MCJ7548546.1 KAF9116737.1 KAF9116737.1 NLG67042.1 NLG67042.1 XP_002873995.1 KAG7602925.1 XP_002873995.1 XP_002873995.1 HIA56122.1 HIA56122.1 MBP6049275.1 MBP6049275.1 HAY39979.1 HAY39979.1 WP_105188257.1 WP_105188257.1 MCH2430466.1 MCH2430466.1 MBI2152769.1 MBI2152769.1 WP_211231677.1 WP_211231677.1 WP_269048359.1 WP_269048359.1 WP_195553161.1 WP_195553161.1 MBL1417270.1 MBL1417270.1 XP_019741907.1 XP_019741907.1 AJF60049.1 AJF60049.1 EHD2267589.1 EHD2267589.1 RJF98482.1 RJF98482.1 GDX36288.1 GDX36288.1 MCF7786316.1 MCF7786316.1 KAJ8059477.1 KAJ8059477.1 MBI3948044.1 MBI3948044.1 MBM4386043.1 MBM4386043.1 KAI2062789.1 KAI2062789.1 QEP29574.1 QEP29574.1 MBT4920854.1 MBT4920854.1 KAH8333868.1 KAH8333868.1 NLN95163.1 NLN95163.1 MBI1386726.1 MBI1386726.1 WP_021500824.1 WP_021500824.1 NP_001257623.1 NP_001257623.1 WP_200780455.1 WP_200780455.1 KAE9803106.1 KAE9803106.1 WP_283179095.1 WP_283179095.1 WP_265896212.1 WP_265896212.1 EDA9915590.1 EDA9915590.1 TIU74829.1 TIU74829.1 NLA37038.1 NLA37038.1 XP_025606354.1 XP_025606354.1 WP_100161462.1 WP_100161462.1 EAL7285322.1 EAL7285322.1 OAV67199.1 OAV67199.1 MCI6491833.1 MCI6491833.1 KAF7644169.1 KAF7644169.1 WP_046234935.1 HBG7982863.1 WP_046234935.1 WP_046234935.1 MBQ8156531.1 MBQ8156531.1 WP_137607852.1 WP_137607852.1 WP_277858638.1 WP_277858638.1 WP_011512097.1 WP_011512097.1 WP_118155356.1 WP_118155356.1 NPV11463.1 NPV11463.1 MCE0539567.1 MCE0539567.1 WP_146646172.1 WP_146646172.1 MBQ3906581.1 MBQ3906581.1 WP_060137083.1 WP_060137083.1 XP_047334060.1 XP_047334060.1 AWW49543.1 AWW49543.1 WP_130528929.1 WP_130528929.1 EIC6151294.1 EIC6151294.1 MCE2507101.1 MCE2507101.1 WP_271268402.1 WP_029364876.1 WP_271268402.1 WP_271268402.1 MBO6554759.1 MBO6554759.1 WP_168738097.1 WP_168738097.1 MBO4925134.1 MBO4925134.1 WP_258700041.1 WP_028393295.1 WP_258700041.1 WP_258700041.1 XP_029728184.1 XP_029728184.1 WP_263620371.1 WP_263620371.1 HAI83337.1 HAI83337.1 WP_250015522.1 WP_250015522.1 MCC6600438.1 MCC6600438.1 MBR3944831.1 MBR3944831.1 MBQ6224848.1 MBQ6224848.1 KAG6815834.1 KAG6815834.1 MBS1237631.1 MBS1237631.1 MBC8287102.1 MBC8287102.1 WP_147710924.1 WP_147710924.1 WP_147098622.1 WP_147098622.1 OPJ85369.1 OPJ85369.1 AOM87821.1 AOM87821.1 EFI9116993.1 EFI9116993.1 WP_133874384.1 WP_133874384.1 MBP6873711.1 MBP6873711.1 WP_236578309.1 WP_236578309.1 MCS6997039.1 MCS6997039.1 WP_222322625.1 WP_222322625.1 WP_232235954.1 WP_232235954.1 OBF96065.1 OBF96065.1 HAC47786.1 HAC47786.1 PYV42293.1 PYV42293.1 WP_186372554.1 WP_186372554.1 MBK7761530.1 MBK7761530.1 WP_099692467.1 WP_099692467.1 WP_227414037.1 WP_227414037.1 OLC60889.1 OLC60889.1 MCM8792278.1 MCM8792278.1 CAI9728293.1 CAI9728293.1 KAG8587293.1 KAG8587293.1 GGK29005.1 GGK29005.1 MCQ2641798.1 MCQ2641798.1 MCD5879085.1 MCD5879085.1 HDQ08114.1 HDQ08114.1 XP_052062472.1 XP_052062472.1 MCB1594269.1 MCB1594269.1 WP_089820066.1 WP_089820066.1 WP_174736260.1 WP_174736260.1 WP_245086788.1 WP_245086788.1 WP_132993058.1 WP_132993058.1 WP_262152891.1 WP_262152891.1 MBA2391527.1 MBA2391527.1 HCG88012.1 HCG88012.1 HCG88012.1 KAG0922869.1 KAF5949235.1 KAF5949235.1 WP_026861651.1 WP_026861651.1 WP_075011186.1 WP_075011186.1 WP_205336461.1 WP_205336461.1 POC21689.1 POC21689.1 WP_017172025.1 WP_017172025.1 WP_157783106.1 WP_157783106.1 MBH39527.1 MBH39527.1 MBP0444593.1 MBP0444593.1 XP_040637648.1 XP_040637648.1 CUQ45908.1 CUQ45908.1 KAB1930676.1 KAB1930676.1 WP_063393100.1 WP_063393100.1 XP_053174626.1 XP_052609093.1 XP_053174626.1 XP_053174626.1 MBY7869037.1 WP_047430984.1 MBY7869037.1 MBY7869037.1 MXW19700.1 MXW19700.1 XP_006969978.1 XP_006969978.1 WP_249991478.1 WP_249991478.1 WP_077989166.1 WP_077989166.1 WP_238286377.1 WP_238286377.1 MBQ6476844.1 MBQ6476844.1 OCT99299.1 OCT99299.1 WP_131252095.1 WP_131252095.1 MBP7794228.1 MBP7794228.1 MBT4259674.1 MBT4259674.1 MCP5487798.1 MCP5487798.1 XP_052321142.1 XP_052321142.1 HAJ13960.1 HAJ13960.1 KTC18574.1 KTC18574.1 MSX81993.1 MSX81993.1 WP_172892835.1 WP_172892835.1 RMP47417.1 RMP47417.1 WP_076195104.1 WP_076195104.1 WP_278448552.1 WP_278448552.1 MBU1163645.1 MBU1163645.1 WP_178943877.1 WP_178943877.1 WP_100963785.1 WP_100963785.1 WP_048427321.1 WP_048427321.1 WP_007337172.1 WP_007337172.1 WP_283107263.1 WP_283107263.1 UCH34204.1 UCH34204.1 WP_100461895.1 WP_100461895.1 WP_100461895.1 MBO7941816.1 NNE21990.1 NNE21990.1 CAG1014836.1 CAG1014836.1 HEY60602.1 HEY60602.1 MBL6847974.1 MBL6847974.1 MBW2293111.1 MBW2293111.1 WP_035154071.1 WP_035154071.1 WP_015167170.1 WP_015167170.1 XP_032818145.1 XP_032818145.1 WP_107851562.1 WP_107851562.1 KAH8969015.1 KAH8969015.1 PIT67883.1 PIT67883.1 MCT7963129.1 MCT7963129.1 NWG07731.1 NWG07731.1 MAX51409.1 MAX51409.1 SPZ45747.1 SPZ45747.1 MCL4144983.1 MCL4144983.1 NBS68005.1 NBS68005.1 MBQ1990346.1 MBQ1990346.1 XP_039284787.1 XP_039284787.1 MBA4865741.1 MBA4865741.1 WP_070955303.1 KWZ83306.1 WP_070955303.1 WP_070955303.1 XP_018957721.2 XP_018957721.2 WP_042648904.1 MBK8326393.1 WP_042648904.1 WP_042648904.1 PIR97932.1 PIR97932.1 XP_041378246.1 XP_041378246.1 WP_034002239.1 WP_034002239.1 KAF9922452.1 KAF9922452.1 EDH4057100.1 EDH4057100.1 WP_018431719.1 WP_018431719.1 WP_152190814.1 WP_152190814.1 WP_233284074.1 WP_233284074.1 MBO9514898.1 MBO9514898.1 MCH6550914.1 MCH6550914.1 MOO35077.1 MOO35077.1 WP_156140069.1 WP_156140069.1 WP_200629424.1 WP_200629424.1 KAI9565065.1 KAI9565065.1 MBN2399180.1 MBN2399180.1 WP_091227077.1 WP_091227077.1 WP_218795152.1 WP_218795152.1 MBK6411085.1 MBK6411085.1 NQW84129.1 NQW84129.1 MBW7837788.1 MBW7837788.1 MCK4337579.1 MCK4337579.1 WP_087686007.1 WP_087686007.1 EAR7791084.1 EAR7791084.1 KAG7278336.1 KAG7278336.1 WP_200669895.1 WP_200669895.1 WP_272925939.1 WP_272925939.1 GJM01403.1 GJM01403.1 TNN49994.1 TNN49994.1 KAI5724218.1 KAI5724218.1 ECG2575758.1 ECG2575758.1 WP_043548763.1 MBT4160670.1 WP_043548763.1 WP_043548763.1 EDF9697826.1 EDF9697826.1 WP_028046854.1 WP_028046854.1 AYX54788.1 AYX54788.1 WP_198907334.1 WP_198907334.1 WP_218203447.1 WP_218203447.1 GJH02859.1 GJH02859.1 WP_149651389.1 WP_149651389.1 QIE41101.1 QIE41101.1 RLB79053.1 RLB79053.1 EAD1341741.1 EAD1341741.1 MBN9324306.1 MBN9324306.1 MCO5064371.1 MCO5064371.1 WP_184718542.1 WP_184718542.1 WP_189700210.1 WP_189700210.1 WP_067799544.1 WP_067799544.1 WP_089269927.1 WP_089269927.1 TQJ11194.1 TQJ11194.1 WP_272770862.1 WP_272770862.1 WP_024525698.1 WP_024525698.1 MBT8283357.1 MBT8283357.1 WP_236270941.1 WP_236270941.1 UBA80202.1 UBA80202.1 MBQ4557037.1 MBQ4557037.1 XP_003073356.1 XP_003073356.1 WP_062950599.1 WP_062950599.1 WP_160680844.1 WP_160680844.1 WP_052271161.1 WP_052271161.1 XP_038788914.1 XP_038788914.1 WP_277108398.1 KAA1446899.1 WP_277108398.1 WP_277108398.1 WP_244311009.1 WP_280938002.1 WP_244311009.1 WP_244311009.1 MBK9059381.1 MBK9059381.1 EKX78645.1 EKX78645.1 WP_020913025.1 NBQ41256.1 WP_020913025.1 OCB46767.1 WP_020913025.1 MBI3461834.1 WP_020913025.1 KAF1538674.1 WP_020913025.1 NEQ48723.1 WP_020913025.1 WP_020913025.1 WP_281295215.1 WP_281295215.1 WP_056438721.1 WP_056438721.1 WP_274182085.1 WP_274182085.1 MBO9999515.1 MBO9999515.1 EIC9579770.1 EIC9579770.1 EPR30609.1 EPR30609.1 MZT63759.1 MZT63759.1 MCP3872510.1 WP_208823465.1 MCP3872510.1 MCP3872510.1 MCI7433635.1 MCI7433635.1 WP_098035768.1 WP_098035768.1 WP_181693616.1 WP_181693616.1 WP_261589216.1 WP_261589216.1 GFD62658.1 GFD62658.1 BAK08426.1 BAK08426.1 WP_131977297.1 WP_131977297.1 KAI8633010.1 KAI8633010.1 PQE21401.1 PQE21401.1 WP_262917761.1 WP_262917761.1 NNF58653.1 NNF58653.1 MBR9756324.1 MBR9756324.1 WP_269633767.1 WP_269633767.1 WP_268315162.1 WP_268315162.1 MBN6104449.1 MBN6104449.1 EJJ5352541.1 EJJ5352541.1 MBO5696496.1 MBO5696496.1 HHV35141.1 HHV35141.1 XP_017428875.1 XP_017428875.1 SQP19075.1 SQP19075.1 HAX2015273.1 HAX2015273.1 WP_088349221.1 WP_088349221.1 KDQ61317.1 KDQ61317.1 MBQ6004917.1 MBQ6004917.1 MCH9651907.1 MCH9651907.1 WP_105248459.1 WP_105248459.1 WP_121285867.1 WP_121285867.1 WP_125684427.1 WP_125684427.1 WP_205215113.1 WP_205215113.1 WP_268371125.1 WP_268371125.1 EFH5292178.1 EFH5292178.1 MBR6130424.1 MBR6130424.1 EEY3543156.1 WP_137512405.1 EEY3543156.1 ECI3309320.1 EEY3543156.1 WP_042959984.1 EEY3543156.1 EEO7917989.1 EEY3543156.1 WP_181865219.1 EEY3543156.1 EJQ6627878.1 EEY3543156.1 EEY3543156.1 EEY3543156.1 EFQ4765027.1 RMY06144.1 RMY06144.1 WP_034853447.1 WP_034853447.1 WP_270578305.1 WP_270578305.1 CAG0978995.1 CAG0978995.1 WP_124843803.1 WP_124843803.1 XP_035366182.1 XP_035366182.1 PPS22991.1 PPS22991.1 WP_141892995.1 WP_141892995.1 EEP92076.1 EEP92076.1 MBA2447626.1 MBA2447626.1 XP_047044137.1 XP_047044137.1 MBQ9764712.1 MBQ9764712.1 WP_249769997.1 WP_249769997.1 WP_225405726.1 WP_225405726.1 WP_207285306.1 WP_207285306.1 XP_031931709.1 XP_031931709.1 BCU97455.1 BCU97455.1 WP_169537597.1 WP_169537597.1 WP_192906080.1 WP_192906080.1 MCI5211411.1 MCI5211411.1 HDC92778.1 HDC92778.1 WP_145745914.1 WP_145745914.1 WP_259999572.1 WP_259999572.1 MBO7559822.1 MBO7559822.1 MCH2044272.1 MCH2044272.1 WAX22144.1 WAX22144.1 TMH79857.1 TMH79857.1 RLN04523.1 RLN04523.1 MCJ6180240.1 MCJ6180240.1 TAM59961.1 TAM59961.1 KAJ5544544.1 KAJ5544544.1 MBN4384494.1 MBN4384494.1 HBN9628875.1 HBN9628875.1 MCG3136245.1 MCG3136245.1 WP_160776805.1 WP_160776805.1 KAI8594425.1 KAI8594425.1 WP_049005162.1 WP_049005162.1 WP_254415125.1 WP_254415125.1 XP_017674008.1 XP_017674008.1 EAQ3230686.1 EAQ3230686.1 MCI5937295.1 MCI5937295.1 WP_127808836.1 WP_127808836.1 MBS3028587.1 MBS3028587.1 MCQ2831428.1 MCQ2831428.1 WP_233387703.1 WP_233387703.1 WP_255193900.1 WP_255193900.1 WP_218429656.1 WP_218429656.1 WP_183267399.1 WP_183267399.1 WP_150951972.1 WP_150951972.1 MCK5265770.1 MCK5265770.1 NEE13244.1 NEE13244.1 MBN1491997.1 MBN1491997.1 WP_109367919.1 WP_109367919.1 EEM48070.1 EEM48070.1 WP_250295751.1 MBD5306941.1 WP_250295751.1 WP_250295751.1 MBX3123235.1 MBX3123235.1 WP_225440164.1 WP_225440164.1 WP_283953184.1 WP_283953184.1 PCI03623.1 PCI03623.1 KAF2592864.1 KAF2592864.1 WP_032004153.1 WP_032004153.1 PKL38269.1 PKL38269.1 MBO7728038.1 WP_204618903.1 MBO7728038.1 MBO7728038.1 WP_232584446.1 WP_232584446.1 WP_044680588.1 WP_044680588.1 XP_046578103.1 XP_046578103.1 WP_147313907.1 WP_147313907.1 WP_219459964.1 WP_219459964.1 XP_044707369.1 XP_044707369.1 HBT3283900.1 HBT3283900.1 TCC36519.1 TCC36519.1 WP_152465448.1 WP_152465448.1 MBD9190508.1 MBD9190508.1 WP_074980016.1 WP_074980016.1 WP_171780287.1 WP_171780287.1 HBS5718813.1 HBS5718813.1 XP_035731890.1 XP_035731890.1 PTQ42746.1 PTQ42746.1 KWO58748.1 KWO58748.1 WP_213357559.1 WP_213357559.1 WP_065138043.1 WP_186282298.1 WP_065138043.1 WP_065138043.1 XP_047095132.1 XP_047095132.1 WP_108098468.1 WP_108098468.1 WP_108596398.1 WP_108596398.1 WP_169940736.1 WP_169940736.1 WP_130229163.1 WP_130229163.1 WP_203962627.1 WP_203962627.1 ATI48360.1 ATI48360.1 WP_239881445.1 WP_239881445.1 MBP7096418.1 MBP7096418.1 GFD44438.1 GFD44438.1 KAG3014872.1 KAG3014872.1 MBN9534694.1 MBN9534694.1 BAD88428.1 USR37329.1 BAD88428.1 AFP82159.1 BAD88428.1 BAD88428.1 RTZ57973.1 RTZ57973.1 MCP5208043.1 WP_023322253.1 MCP5208043.1 MCP5208043.1 WP_127741063.1 WP_127741063.1 WP_025722435.1 WP_025722435.1 BDO44729.1 BDO44729.1 EHY7905316.1 EHY7905316.1 PWU96467.1 PWU96467.1 WP_256855996.1 WP_256855996.1 WP_070714099.1 MBB3008158.1 WP_070714099.1 WP_070714099.1 CAB4155648.1 CAB4155648.1 MBT2971737.1 MBT2971737.1 WP_146176256.1 WP_146176256.1 MCH7694635.1 MCH7694635.1 MCH8819771.1 MCH8819771.1 WP_154756783.1 WP_154756783.1 WP_142419176.1 WP_142419176.1 WP_094313715.1 MCH6132484.1 WP_094313715.1 WP_094313715.1 MBP3287665.1 MBP3287665.1 OUW40900.1 OUW40900.1 WP_251758029.1 WP_251758029.1 MBP7140479.1 MBP7140479.1 WP_161180930.1 WP_161180930.1 HAS08893.1 HAS08893.1 WP_232025538.1 WP_232025538.1 QLB53288.1 QLB53288.1 WP_109665156.1 WP_109665156.1 NWI67355.1 NWI67355.1 WP_157957173.1 WP_157957173.1 XP_005402208.1 XP_005402208.1 VFC12725.1 VFC12725.1 XP_011889539.1 XP_011889539.1 WP_241812465.1 WP_241812465.1 ERJ58959.1 ERJ58959.1 MWC28217.1 MWC28217.1 WP_200244355.1 WP_200244355.1 WP_181452264.1 WP_181452264.1 MXY99086.1 MXY99086.1 PVD36313.1 PVD36313.1 WP_104082941.1 WP_104082941.1 MBF22348.1 MBF22348.1 WP_057718391.1 WP_057718391.1 CUQ63902.1 CUQ63902.1 OKH79147.1 OKH79147.1 MBO4855552.1 MBO4855552.1 TKY54154.1 TKY54154.1 WP_269217061.1 WP_269217061.1 WP_110552514.1 WP_110552514.1 MCC6608271.1 MCC6608271.1 RPI37384.1 RPI37384.1 MCO5319342.1 MCO5319342.1 SDS88477.1 SDS88477.1 ART90939.1 ART90939.1 MBT5873300.1 MBT5873300.1 WP_111953219.1 WP_111953219.1 VVV80071.1 VVV80071.1 XP_031168963.1 XP_031168963.1 WP_225923723.1 WP_225923723.1 GFX14753.1 GFX14753.1 WP_135028221.1 WP_135028221.1 XP_047250014.1 XP_047250014.1 WP_234521407.1 WP_234521407.1 WP_274718192.1 WP_274718192.1 MBQ6488280.1 MBQ6488280.1 WP_282641071.1 WP_282641071.1 MCL1888839.1 MCL1888839.1 HCH0658035.1 KAG8015916.1 HCH0658035.1 HCH0658035.1 WP_024465855.1 WP_024465855.1 XP_011040987.1 XP_011040987.1 WP_182503633.1 WP_182503633.1 XP_026193030.1 XP_026193030.1 XP_052525039.1 XP_052525039.1 WP_102461582.1 WP_102461582.1 NLD53371.1 NLD53371.1 OHB76863.1 OHB76863.1 MBQ7987638.1 MBQ7987638.1 MCH7923992.1 MCH7923992.1 WP_234738658.1 WP_234738658.1 KAF8953894.1 KAF8953894.1 WP_035556611.1 WP_035556611.1 KAF7261528.1 KAF7261528.1 PHU06236.1 PHU06236.1 MBS0194197.1 MBS0194197.1 WP_249505358.1 WP_249505358.1 WP_114368818.1 WP_114368818.1 WP_118754559.1 WP_118754559.1 KAI6772462.1 KAI6772462.1 XP_048189479.1 XP_048189479.1 MBO5360769.1 MBO5360769.1 XP_043732582.1 XP_043732582.1 TVQ11450.1 TVQ11450.1 WP_087222948.1 WP_087222948.1 XP_025063182.1 XP_025063182.1 WP_113669955.1 WP_113669955.1 WP_137740674.1 WP_137740674.1 KAJ7349597.1 KAJ7349597.1 MBQ4874411.1 MBQ4874411.1 WP_021479352.1 WP_021479352.1 GLG98414.1 GLG98414.1 MCB0786882.1 MCB0786882.1 XP_030313316.1 XP_030313316.1 MBM4374951.1 MBM4374951.1 HII98403.1 HII98403.1 MCA9288779.1 MCA9288779.1 XP_046270414.1 XP_046270414.1 WP_157475717.1 WP_157475717.1 MCQ2791623.1 MCQ2791623.1 MCE3270046.1 MCE3270046.1 WP_036816548.1 WP_036816548.1 QBJ07451.1 QBJ07451.1 WP_252681452.1 WP_252681452.1 PYR37153.1 PYR37153.1 MBT6184820.1 MBT6184820.1 MBX3649353.1 MBX3649353.1 HBM3973915.1 HBM3973915.1 KAJ1923473.1 KAJ1923473.1 WP_221246517.1 WP_221246517.1 MXZ69365.1 MXZ69365.1 GGU82495.1 GGU82495.1 WP_279996009.1 WP_279996009.1 WP_149755470.1 WP_149755470.1 HCW85392.1 HCW85392.1 PLW21337.1 PLW21337.1 WP_201312397.1 WP_201312397.1 MBU1557098.1 MBU1557098.1 TOF36258.1 TOF36258.1 WP_055228170.1 WP_055228170.1 CCX82620.1 CCX82620.1 NDV26630.1 NDV26630.1 KAG8195189.1 KAG8195189.1 MBZ5631081.1 MBZ5631081.1 KAF4465142.1 KAF4465142.1 WHA30314.1 WHA30314.1 WP_239463733.1 WP_239463733.1 WP_093271293.1 WP_093271293.1 WP_241524600.1 WP_241524600.1 XP_044188718.1 XP_044188718.1 HAS1030591.1 HAS1030591.1 WP_255329483.1 WP_255329483.1 MCU0490050.1 MCU0490050.1 MCP4309405.1 MCP4309405.1 MBR5775979.1 MBR5775979.1 EDT4006401.1 EDT4006401.1 MCH8312862.1 RYZ40664.1 MCH8312862.1 MCH8312862.1 MBR5342912.1 MBR5342912.1 NIR99268.1 NIR99268.1 WP_280876395.1 WP_280876395.1 MBO4309439.1 MBO4309439.1 WP_136241334.1 WP_136241334.1 TWL42136.1 TWL42136.1 XP_029075794.1 XP_029075794.1 WP_053034526.1 WP_053034526.1 EIN7713189.1 EIN7713189.1 WP_161061319.1 WP_161061319.1 KAH8057076.1 KAH8057076.1 WP_223752944.1 WP_223752944.1 MCT6212844.1 MCT6212844.1 GHL33785.1 GHL33785.1 VDL79744.1 VDL79744.1 HBA4333173.1 GBE16035.1 HBA4333173.1 HBA4333173.1 MBR4170715.1 MBR4170715.1 WP_138597401.1 WP_138597401.1 XP_017569355.1 XP_017569355.1 RQL72805.1 RQL72805.1 WP_100498040.1 WP_100498040.1 XP_047387430.1 XP_047387430.1 WP_023050329.1 WP_023050329.1 PYP94120.1 PYP94120.1 EDV6147146.1 EDV6147146.1 WP_101164019.1 WP_101164019.1 MBQ2777352.1 MBP3509218.1 MBQ2777352.1 MBQ2777352.1 MSX50368.1 MSX50368.1 KAI0815695.1 KAI0815695.1 WP_123653117.1 WP_123653117.1 WP_025579907.1 WP_025579907.1 WP_066476002.1 MBA2651112.1 WP_066476002.1 WP_130410090.1 WP_066476002.1 WP_066476002.1 WP_081224968.1 WP_123159424.1 WP_081224968.1 WP_081224968.1 WP_168672621.1 WP_168672621.1 WP_202730319.1 WP_202730319.1 MBG5741623.1 MBG5741623.1 KRF62093.1 KRF62093.1 WP_246995487.1 WP_246995487.1 MCF7895906.1 MCF7895906.1 MCB4366171.1 MCB4366171.1 MCI6020178.1 MCI6020178.1 WP_029347391.1 WP_029347391.1 MBQ7739147.1 WP_006004624.1 MBQ7739147.1 MBQ7739147.1 MCP4697618.1 MCP4697618.1 MCF6323317.1 MCF6323317.1 WP_136027195.1 WP_136027195.1 WP_216395189.1 WP_216395189.1 NBU29208.1 NBU29208.1 WP_116073910.1 WP_116073910.1 XP_027063577.1 XP_027063577.1 WP_175715079.1 WP_175715079.1 WP_034146623.1 WP_034146623.1 WP_237414093.1 WP_237414093.1 WP_225118260.1 WP_225118260.1 XP_056429915.1 XP_056429915.1 WP_049882603.1 WP_049882603.1 MCR9147539.1 MCR9147539.1 WP_081612908.1 WP_081612908.1 WP_149493237.1 WP_149493237.1 MBO9347542.1 MBO9347542.1 WP_078336203.1 WP_078336203.1 XP_012676239.1 XP_012676239.1 OGN55943.1 OGN55943.1 VEH65358.1 VEH65358.1 XP_008997370.1 XP_008997370.1 XP_018358059.1 XP_018358059.1 MWD28632.1 MWD28632.1 MCF6148530.1 MCF6148530.1 RSL59427.1 RSL59427.1 MBW8896250.1 MBW8896250.1 VGP03367.1 VGP03367.1 GAX21055.1 GAX21055.1 XP_056374717.1 XP_056374717.1 MBM3921745.1 MBM3921745.1 MBL8834799.1 MBL8834799.1 WP_089608892.1 WP_089608892.1 MCA0387421.1 MCA0387421.1 WP_183433527.1 WP_183433527.1 WP_049682576.1 WP_049682576.1 EHL1725675.1 EHL1725675.1 WP_027489832.1 WP_027489832.1 WP_226904802.1 WP_226904802.1 KFX48203.1 KFX48203.1 WP_232719809.1 WP_232719809.1 WP_110581055.1 WP_179032033.1 WP_110581055.1 WP_110581055.1 WP_027004648.1 WP_027004648.1 OGO39675.1 WP_215615491.1 OGO39675.1 WP_128788759.1 OGO39675.1 OGO39675.1 RZN15559.1 RZN15559.1 MCH8479059.1 MCH8479059.1 WP_224419934.1 WP_224419934.1 KAJ3544539.1 KAJ3544539.1 MBP7023394.1 MBP7023394.1 TDB69252.1 TDB69252.1 WP_125093116.1 WP_125093116.1 WP_042650033.1 WP_042650033.1 HDZ79728.1 HDZ79728.1 VAI76478.1 VAI76478.1 KAF3789931.1 KAF3789931.1 XP_011775823.1 XP_011775823.1 WP_256314628.1 WP_256314628.1 WP_275700142.1 WP_275700142.1 MBQ7792117.1 MBQ7792117.1 MCK3776214.1 MCK3776214.1 GAW04005.1 GAW04005.1 XP_016849932.1 XP_016849932.1 WP_163496825.1 WP_163496825.1 KAF2999697.1 KAF2999697.1 EXB75938.1 EXB75938.1 NLT72898.1 MBD3769330.1 NLT72898.1 NLK90780.1 NLT72898.1 NLV68328.1 NLT72898.1 NLT72898.1 WP_265907929.1 WP_265907929.1 AML78558.1 AML78558.1 WP_043919642.1 WP_043919642.1 MBE6455882.1 MBE6455882.1 MBK8805244.1 MBK8805244.1 MCI4494966.1 MCI4494966.1 CAH8302172.1 CAH8302172.1 TPR01788.1 TPR01788.1 UHH56899.1 UHH56899.1 MBI5835246.1 MBI5835246.1 HIR73384.1 HIR73384.1 NTU59162.1 NTU59162.1 HIO39972.1 HIO39972.1 MBW2003542.1 MBW2003542.1 MBN1566249.1 MBN1566249.1 XP_024910805.1 XP_024910805.1 XP_008531547.1 XP_008531547.1 NP_001375225.1 XP_053257159.1 NP_001375225.1 NP_001375225.1 KNE87310.1 KNE87310.1 MAT55784.1 MAT55784.1 WP_256825141.1 WP_256825141.1 WP_200287444.1 WP_200287444.1 MBW1759047.1 MBW1759047.1 WP_101936735.1 WP_101936735.1 EAE5693959.1 EAE5693959.1 EHQ4925811.1 EHQ4925811.1 WP_055143902.1 WP_055143902.1 MCL2259531.1 MCL2259531.1 USW54809.1 USW54809.1 WP_109103107.1 WP_109103107.1 MCJ7630170.1 MCJ7630170.1 MBR3543702.1 MBR3543702.1 KAH7333078.1 KAH7333078.1 KAA0785577.1 EAG5222239.1 KAA0785577.1 KAA0785577.1 WP_191097707.1 WP_191097707.1 WP_270933235.1 WP_270933235.1 MBO4823235.1 MBO4823235.1 XP_028368138.1 XP_028368138.1 BBM58963.1 BBM58963.1 NXE29491.1 NXE29491.1 MBQ7135263.1 MBQ7135263.1 KAF3668984.1 KAF3668984.1 NQU12192.1 NQU12192.1 WP_247359483.1 WP_247359483.1 WP_160762600.1 WP_160762600.1 VVA34975.1 VVA34975.1 WP_062791926.1 WP_062791926.1 MBP7948257.1 MBP7948257.1 MBQ2895174.1 MBQ2895174.1 KAJ2681556.1 KAJ2681556.1 MCB0919686.1 MCB0919686.1 MBK6016805.1 MBK6016805.1 HAT8492399.1 HAT8492399.1 WP_226831873.1 WP_226831873.1 WP_145765032.1 WP_145765032.1 EFN6096987.1 EFN6096987.1 WP_245437884.1 WP_245437884.1 MBP3694442.1 MBP3694442.1 KKP93192.1 KKP93192.1 WP_031101924.1 WP_031101924.1 WP_150277740.1 WP_150277740.1 XP_005100439.2 XP_005100439.2 GER25411.1 GER25411.1 XP_004697524.1 XP_004697524.1 MBE6787267.1 MBE6787267.1 WP_057732191.1 WP_057732191.1 MCF6194916.1 MCF6194916.1 WP_226866106.1 WP_226866106.1 NGQ14502.1 NGQ14502.1 MBQ7713804.1 MBQ7713804.1 WP_079712214.1 WP_079712214.1 KAI8478671.1 KAI8478671.1 MBQ2559410.1 MBQ2559410.1 WP_072851907.1 WP_072851907.1 WP_211555180.1 WP_211555180.1 MCG0239154.1 MCG0239154.1 WP_249839557.1 WP_249839557.1 MBI2200351.1 MBI2200351.1 CAC5421833.1 CAC5421833.1 MBI1418116.1 MBI1418116.1 WP_236663175.1 WP_236663175.1 MBQ7152318.1 MBQ7152318.1 WP_136470377.1 WP_136470377.1 WP_002682757.1 WP_002682757.1 XP_025486240.1 XP_025486240.1 PAW68992.1 PAW68992.1 MCL6479991.1 MCL6479991.1 WP_250850661.1 WP_250850661.1 WP_282139373.1 WP_282139373.1 WP_266179881.1 WP_223413240.1 WP_266179881.1 WP_266179881.1 XP_033980738.1 XP_033980738.1 WP_028330468.1 WP_028330468.1 GGT63801.1 GGT63801.1 WP_048428121.1 WP_048428121.1 WP_157749445.1 WP_157749445.1 KAF9450340.1 KAF9450340.1 RHI25825.1 RHI25825.1 PYO04262.1 PYO04262.1 MZQ82908.1 MZQ82908.1 WP_278416415.1 WP_278416415.1 MCP5940157.1 MCP5940157.1 WP_046233091.1 WP_046233091.1 WP_099711966.1 WP_099711966.1 WP_228364598.1 WP_228364598.1 KAF3190632.1 KAF3190632.1 GAP55147.1 GAP55147.1 WP_117920451.1 MCJ7594907.1 WP_117920451.1 WP_117920451.1 URN93064.1 URN93064.1 XP_048379117.1 XP_048379117.1 WP_215829554.1 WP_215829554.1 HIS66173.1 HIS66173.1 WP_068579097.1 WP_068579097.1 WP_138524404.1 WP_138524404.1 WP_207040866.1 WP_207040866.1 XP_023744527.1 XP_023744527.1 WP_149746544.1 MBF0248932.1 WP_149746544.1 WP_149746544.1 XP_031942702.1 XP_031942702.1 WP_231208164.1 WP_231208164.1 MCF8184263.1 MCF8184263.1 OGK67013.1 OGK67013.1 MCB9002045.1 MCB9002045.1 KAG5628805.1 KAG5628805.1 WP_075347218.1 WP_108719223.1 WP_075347218.1 WP_075347218.1 HAV5500596.1 HAV5500596.1 WP_197903834.1 WP_197903834.1 MBV8349295.1 MBV8349295.1 EBY9237686.1 EBY9237686.1 MBR7834804.1 MBR7834804.1 WP_000877275.1 WP_000877275.1 MBA8802464.1 MBA8802464.1 RPH43036.1 RPH43036.1 PKL50735.1 PKL50735.1 ECJ9372216.1 WP_222637261.1 ECJ9372216.1 GGB39876.1 ECJ9372216.1 ECJ9372216.1 MCB9044857.1 MCB9044857.1 CAD1480611.1 CAD1480611.1 MBR4318777.1 MBR4318777.1 WP_189253472.1 WP_189253472.1 XP_001964912.1 XP_001964912.1 WP_006895514.1 WP_006895514.1 XP_047161348.1 XP_047161348.1 GFZ13182.1 GFZ13182.1 MCD4741867.1 MCD4741867.1 WP_012105291.1 WP_012105291.1 WP_151428268.1 WP_151428268.1 MBG4742902.1 MBG4742902.1 WP_199425576.1 WP_199425576.1 KAA0555231.1 KAA0555231.1 WP_250703775.1 WP_250703775.1 WP_190024728.1 WP_190024728.1 EJH9475741.1 EJH9475741.1 ACE85434.1 ACE85434.1 HAF83917.1 HAF83917.1 WP_058354136.1 WP_058354136.1 MCH2591601.1 HHY51372.1 MCH2591601.1 MCH2591601.1 EJV3581946.1 EJV3581946.1 WP_160893107.1 WP_160893107.1 WP_058051508.1 WP_058051508.1 WP_090991509.1 WP_090991509.1 UDH58358.1 UDH58358.1 WP_192533765.1 WP_192533765.1 MBR5151349.1 MBR5151349.1 WP_007747506.1 WP_007747506.1 MBN4480386.1 MBN4480386.1 WP_073952834.1 WP_073952834.1 WP_247749043.1 WP_247749043.1 WP_131001993.1 WP_131001993.1 MBQ2865526.1 MBQ2865526.1 CCZ48101.1 CCZ48101.1 WP_088644037.1 WP_088644037.1 RLB66027.1 RLB66027.1 WP_030245666.1 WP_030245666.1 NCY12679.1 NCY12679.1 WP_277588386.1 WP_277588386.1 WP_191131110.1 WP_191131110.1 XP_031903815.1 XP_031903815.1 WP_230340254.1 WP_230340254.1 WP_234278623.1 WP_234278623.1 MCH9811988.1 MCH9811988.1 WP_097346712.1 WP_158131988.1 WP_097346712.1 WP_097346712.1 MCB9527501.1 MCB9527501.1 QQE66073.1 QQE66073.1 WP_123608797.1 WP_123608797.1 WP_161258623.1 WP_161258623.1 OAD54734.1 OAD54734.1 PIW09420.1 PIW09420.1 KKU20154.1 KKU20154.1 MCF7871960.1 MCF7871960.1 WP_230693348.1 OYU97658.1 WP_230693348.1 WP_230693348.1 WP_238874073.1 WP_238874073.1 XP_014030939.2 XP_014030939.2 MBN8497621.1 MBN8497621.1 HBR1243745.1 HBR1243745.1 ONC03263.1 ONC03263.1 VHX55998.1 VHX55998.1 WP_189355971.1 WP_189355971.1 NWW81056.1 NWW81056.1 WP_173213591.1 WP_173213591.1 WP_232180661.1 WP_232180661.1 TVP67793.1 TVP67793.1 WP_065881511.1 WP_065881511.1 NDH21517.1 NDH21517.1 PTB82517.1 PTB82517.1 KAA0114277.1 MBE6688122.1 KAA0114277.1 KAA0114277.1 WP_280691874.1 WP_280691874.1 ETO00561.1 ETO00561.1 WP_248222673.1 WP_248222673.1 WP_105466370.1 WP_105466370.1 KIY45866.1 KIY45866.1 MBJ6738874.1 MBJ6738874.1 PJQ02245.1 EJO8252676.1 PJQ02245.1 EAL1671435.1 PJQ02245.1 EJA9392162.1 PJQ02245.1 PJQ02245.1 WP_072932559.1 WP_072932559.1 WP_182072700.1 WP_182072700.1 MCG7868091.1 MCG7868091.1 MCL2931045.1 MCL2931045.1 UKI46111.1 UKI46111.1 MCR5635645.1 MCR5635645.1 WP_061905238.1 HBY86896.1 WP_061905238.1 WP_061905238.1 WP_152835594.1 WP_152835594.1 BAY23582.1 WP_271116088.1 BAY23582.1 WP_066841281.1 BAY23582.1 BAY23582.1 WP_218685492.1 WP_218685492.1 KAE8354616.1 KAE8354616.1 RRJ17109.1 RRJ17109.1 WP_189232804.1 WP_189232804.1 XP_030718790.1 XP_030718790.1 WP_153276888.1 WP_153276888.1 WP_082500294.1 WP_082500294.1 MCG5061674.1 MCG5061674.1 MCB1857105.1 MCB1857105.1 WP_069748396.1 WP_069748396.1 KAH8986285.1 KAH8986285.1 AJV50090.1 AJV50090.1 KPL24525.1 KPL24525.1 EDO26407.1 EDO26407.1 TEB04530.1 TEB04530.1 KFR16735.1 KFR16735.1 WP_194957532.1 WP_194957532.1 KAE8322051.1 KAE8322051.1 KAG8246189.1 KAG8246189.1 WP_262401812.1 WP_262401812.1 XP_032734223.1 XP_032734223.1 ROW07476.1 ROW07476.1 WP_242908489.1 WP_242908489.1 WP_071489953.1 EDX1137207.1 WP_071489953.1 WP_071489953.1 KRZ86866.1 KRZ86866.1 BBN52434.1 BBN52434.1 HIU98185.1 HIU98185.1 WP_160748510.1 WP_160748510.1 RYP44998.1 RYP44998.1 MCF6289355.1 MCF6289355.1 NLI85305.1 NLI85305.1 KAH8586608.1 KAH8586608.1 NLY70754.1 NLY70754.1 EJP8326510.1 EJP8326510.1 WP_247447489.1 WP_247447489.1 WP_224115114.1 WP_224115114.1 WP_236685314.1 WP_236685314.1 MBI1382466.1 MBI1382466.1 WP_283277237.1 WP_283277237.1 WP_230702007.1 WP_230702007.1 WP_245657543.1 WP_245657543.1 CAF2595159.1 CAF2595159.1 WP_256082840.1 WP_256082840.1 EPN58803.1 EPN58803.1 MBQ6414464.1 MBQ6414464.1 VSL28096.1 VSL28096.1 WP_032936131.1 WP_032936131.1 MBP3623608.1 MBP3623608.1 WP_164674633.1 WP_164674633.1 WP_168044369.1 WP_168044369.1 WP_188200635.1 WP_188200635.1 MBM3303016.1 MBM3303016.1 WP_255164512.1 WP_255164512.1 NCX40317.1 NCX40317.1 EIU6828535.1 EIU6828535.1 WP_109125398.1 WP_109125398.1 MBG6436126.1 MBG6436126.1 ELR45644.1 ELR45644.1 GEW91653.1 GEW91653.1 RCN27214.1 RCN27214.1 WP_054108586.1 WP_054108586.1 WP_129326500.1 WP_129326500.1 TVR26043.1 TVR26043.1 KAA1286543.1 KAA1286543.1 WP_129053744.1 WP_129053744.1 KON47367.1 KON47367.1 PIP74303.1 PIP74303.1 WP_283162015.1 WP_283162015.1 WP_070412310.1 WP_070412310.1 KAG8520114.1 KAG8520114.1 EGR2264783.1 EGR2264783.1 SSC70273.1 SSC70273.1 MCA3708721.1 MCA3708721.1 YP_010258034.1 YP_010258034.1 WP_012568269.1 WP_224458015.1 WP_012568269.1 WP_012568269.1 WP_057837626.1 WP_057837626.1 WP_102511913.1 WP_102511913.1 KAJ3918428.1 KAJ3918428.1 CBH36599.1 CBH36599.1 WP_028684940.1 WP_028684940.1 OJW81690.1 OJW81690.1 WP_278643529.1 WP_278643529.1 MBR5966198.1 MBR5966198.1 PSN12224.1 PSN12224.1 MBO5857838.1 MBO5857838.1 HJD11223.1 HJD11223.1 WP_045591686.1 WP_045591686.1 WP_131751929.1 WP_131751929.1 WP_257012936.1 WP_257012936.1 WP_242859101.1 WP_242859101.1 PUZ69802.1 PUZ69802.1 WP_129712947.1 WP_129712947.1 MBT3039312.1 MBT3039312.1 NXX47445.1 NXX47445.1 MCP3684079.1 MCP3684079.1 MCH7797911.1 MCH7797911.1 WP_242439424.1 WP_242439424.1 WP_068462781.1 WP_282171596.1 WP_068462781.1 WP_068462781.1 KAI9181093.1 KAI9181093.1 OZB16321.1 OZB16321.1 KAJ2335352.1 KAJ2335352.1 MCG8513288.1 MCG8513288.1 MCL6517734.1 MCL6517734.1 WP_207999384.1 WP_207999384.1 WP_018419316.1 WP_018419316.1 MCS6830908.1 MCS6830908.1 WP_149819987.1 WP_149819987.1 HAT4052191.1 HAT4052191.1 WP_094400414.1 WP_094400414.1 CAF1109260.1 CAF1109260.1 GAU87713.1 GAU87713.1 YP_008593487.1 YP_008593487.1 HAV1793262.1 HAV1793262.1 BCW36351.1 BCW36351.1 WP_188125540.1 WP_188125540.1 MBK5261536.1 MBK5261536.1 MCL6457358.1 MCL6457358.1 WP_229343766.1 WP_229343766.1 WP_029579419.1 WP_029579419.1 KAJ3738999.1 KAJ3738999.1 MCG8377291.1 MCG8377291.1 WP_175093485.1 WP_175093485.1 XP_043971649.1 XP_043971649.1 WP_023355490.1 WP_023355490.1 MBQ8348910.1 MBQ8348910.1 NQT29221.1 NQT29221.1 XP_046808501.1 XP_046808501.1 ANN69912.1 ANN69912.1 XP_042989918.1 XP_042989918.1 WP_265272113.1 WP_265272113.1 WP_127859415.1 WP_127859415.1 WP_045183792.1 WP_045183792.1 NCA08360.1 NCA08360.1 WP_274423713.1 WP_274423713.1 SYZ65887.1 SYZ65887.1 WP_077583480.1 WP_031822363.1 WP_077583480.1 WP_077583480.1 MBS7632436.1 MBS7632436.1 WP_095061089.1 WP_095061089.1 WP_140843904.1 WP_140843904.1 RVG63469.1 RVG63469.1 WP_262452366.1 WP_262452366.1 MBC7494677.1 MBC7494677.1 WP_012724915.1 WP_012724915.1 WP_270453521.1 WP_270453521.1 NJS16994.1 NJS16994.1 HDH03041.1 HDH03041.1 WP_117579611.1 WP_117579611.1 MBQ5493788.1 MBQ5493788.1 GAV98814.1 GAV98814.1 WP_085935883.1 WP_085935883.1 MBD3418876.1 MBD3418876.1 WP_166476065.1 WP_166476065.1 CAH0542131.1 CAH0542131.1 XP_019244033.1 XP_019244033.1 WP_050704913.1 WP_050704913.1 MCI1709954.1 MCI1709954.1 WP_165637167.1 WP_165637167.1 PPQ98220.1 PPQ98220.1 MBQ1746349.1 MBQ1746349.1 WP_267979634.1 MBQ3459675.1 WP_267979634.1 WP_267979634.1 KAH0679671.1 KAH0679671.1 KAJ6549303.1 KAJ6549303.1 PAA76673.1 PAA76673.1 NXJ67438.1 NXJ67438.1 MBS4273564.1 MBS4273564.1 MBS0561514.1 MBS0561514.1 AWQ28479.1 YP_009340709.1 AWQ28479.1 AWQ28479.1 XP_007459185.1 XP_007459185.1 WP_004213189.1 WP_004213189.1 MCQ0092735.1 MCQ0092735.1 WP_175630617.1 WP_175630617.1 WP_143405880.1 WP_143405880.1 XP_031459457.1 XP_031459457.1 WP_260685194.1 WP_260685194.1 WP_088784550.1 WP_088784550.1 MCS7142809.1 MCS7142809.1 WP_278780043.1 WP_278780043.1 WP_246925475.1 WP_246925475.1 XP_026936565.1 XP_026936565.1 WP_234002326.1 WP_234002326.1 MCA9916811.1 MCA9916811.1 MBL7763785.1 MBL7763785.1 XP_028567154.1 XP_028567154.1 MAT61701.1 MAT61701.1 CAH2316765.1 CAH2316765.1 NIQ16008.1 NIQ16008.1 MBP33715.1 MBP33715.1 WP_199942136.1 WP_199942136.1 OCT51367.1 OCT51367.1 GLX98417.1 GLX98417.1 TNF89271.1 TNF89271.1 MCB9353584.1 MCB9353584.1 MCI6965979.1 MCI6965979.1 HIP02283.1 HIP02283.1 WP_073936403.1 WP_073936403.1 WP_167263972.1 WP_167263972.1 KKB97741.1 KKB97741.1 WP_046600280.1 WP_046600280.1 WP_091740622.1 WP_091740622.1 MBE7370368.1 MBE7370368.1 WP_006799194.1 WP_236387036.1 WP_006799194.1 WP_006799194.1 WP_227173776.1 WP_227173776.1 VEC90219.1 VEC90219.1 MCB2654556.1 MCB2654556.1 XP_008373570.1 XP_008373570.1 TWW58526.1 TWW58526.1 WP_209378200.1 WP_209378200.1 MBU6307538.1 MBU6307538.1 WP_061048002.1 WP_061048002.1 WP_273159410.1 WP_273159410.1 KAJ2160981.1 KAJ2160981.1 MCQ2424848.1 MCQ2424848.1 MBQ7754763.1 MBQ7754763.1 WP_140730472.1 WP_140730472.1 MBI3617399.1 MBI3617399.1 MBP0955672.1 MBP0955672.1 MCC8146707.1 MCC8146707.1 WP_038580218.1 WP_038580218.1 XP_051566275.1 XP_051566275.1 KAI3927707.1 KAI3927707.1 VVW57803.1 VVW57803.1 WP_118944732.1 WP_118944732.1 MBJ7287465.1 MBJ7287465.1 WP_266103637.1 WP_219989626.1 WP_266103637.1 WP_266103637.1 MCJ9712781.1 MCJ9712781.1 WP_235360343.1 WP_235360343.1 WP_257769388.1 WP_257769388.1 PYQ18715.1 PYQ18715.1 KXK57030.1 KXK57030.1 SDH24188.1 SDH24188.1 MCU1518283.1 MCU1518283.1 XP_027705828.1 XP_027705828.1 WP_256561903.1 WP_256561903.1 WP_141990951.1 WP_141990951.1 MBQ7326660.1 MBQ7326660.1 WP_139448115.1 QDT09879.1 WP_139448115.1 WP_139448115.1 KAJ5112313.1 KAJ5112313.1 OWY66639.1 OWY66639.1 PLU16997.1 PLU16997.1 VST16928.1 VST16928.1 WP_195001047.1 WP_195001047.1 WP_136536828.1 WP_136536828.1 WP_012716944.1 WP_012716944.1 UCE84061.1 UCE84061.1 WP_142673401.1 WP_142673401.1 WP_247072383.1 WP_247072383.1 XP_055059894.1 XP_055059894.1 KAF9682501.1 KAF9682501.1 WP_157104028.1 WP_157104028.1 WP_000158727.1 WP_000158727.1 WP_140641625.1 WP_140641625.1 WP_234882652.1 WP_234882652.1 WP_145739766.1 WP_145739766.1 WP_109219430.1 WP_271457636.1 WP_109219430.1 WP_109219430.1 MCR5069553.1 MCR5069553.1 WP_153844272.1 WP_153844272.1 WP_044772468.1 WP_044772468.1 RIB10989.1 RIB10989.1 WP_223874734.1 WP_223874734.1 RKP53954.1 RKP53954.1 WP_144660168.1 WP_144660168.1 WP_071468711.1 WP_071468711.1 WP_036392442.1 WP_036392442.1 WP_221802218.1 WP_221802218.1 WP_250239427.1 WP_250239427.1 WP_129681113.1 WP_129681113.1 NGX49271.1 NGX49271.1 PYL83902.1 PYL83902.1 WP_123262559.1 WP_123262559.1 OOX90626.1 OOX90626.1 MBO5037501.1 MBO5037501.1 THW19323.1 THW19323.1 TBR12235.1 TBR12235.1 WP_256695454.1 WP_256695454.1 MBR1786128.1 MBR1786128.1 GEY63590.1 GEY63590.1 MCF2604604.1 MCF2604604.1 KAF5197921.1 KAF5197921.1 CAI8519318.1 CAI8519318.1 KAF2218229.1 KAF2218229.1 WP_079473139.1 WP_079473139.1 NLX43212.1 NLX43212.1 MBH0176532.1 MBH0176532.1 WP_154489617.1 WP_154489617.1 NET38287.1 NET38287.1 MBI3214161.1 MBI3214161.1 WP_057201184.1 WP_057201184.1 WP_223040576.1 WP_223040576.1 WP_221711878.1 WP_221711878.1 MBM5817467.1 MBM5817467.1 EHC2895895.1 EHC2895895.1 MCT7710903.1 MCT7710903.1 KAI5804476.1 KAI5804476.1 WP_108106595.1 WP_108106595.1 MBL0081532.1 MBL0081532.1 MCI0524605.1 MCI0524605.1 WP_200001451.1 WP_200001451.1 GBN34629.1 GBN34629.1 WP_104456122.1 WP_104456122.1 XP_039048844.1 XP_039048844.1 WP_034944635.1 WP_034944635.1 CAG32719.1 CAG32719.1 KMN52907.1 KMN52907.1 WP_199673213.1 WP_199673213.1 MCI6147609.1 MCI6147609.1 XP_042771424.1 XP_042771424.1 WP_212054759.1 WP_212054759.1 WP_124978582.1 WP_124978582.1 KAE8683921.1 KAE8683921.1 OAV63675.1 OAV63675.1 PYB13830.1 NQZ11975.1 PYB13830.1 PYB13830.1 WP_007377599.1 WP_007377599.1 WP_187447871.1 WP_187447871.1 WP_175766180.1 WP_175766180.1 WP_072989136.1 HAR4306776.1 WP_072989136.1 WP_072989136.1 TMB80853.1 TMB80853.1 WP_277264109.1 WP_277264109.1 KAE8876596.1 KAE8876596.1 KZW99196.1 KZW99196.1 MCC6136677.1 MCC6136677.1 MCI5191941.1 MCI5191941.1 HBW9511025.1 MCE2883039.1 HBW9511025.1 PJB11797.1 HBW9511025.1 HBW9511025.1 PIP52537.1 PIP52537.1 MAS51861.1 MAS51861.1 MCF8193609.1 MCF8193609.1 WP_135705208.1 WP_135705208.1 WP_171155369.1 WP_171155369.1 ELZ16407.1 ELZ16407.1 WP_073070755.1 WP_073070755.1 SVJ73127.1 SVJ73127.1 WP_253463694.1 WP_253463694.1 UCJ00318.1 UCJ00318.1 HAR4359619.1 HAR4359619.1 MCB1471508.1 MCB1471508.1 KKQ50904.1 KKQ50904.1 XP_034577512.1 XP_034577512.1 CDN40573.1 CDN40573.1 MBQ7354351.1 MBQ7354351.1 PQN90025.1 PQN90025.1 WP_153656540.1 WP_203203455.1 WP_153656540.1 CFU01724.1 WP_153656540.1 WP_153656540.1 ABL14307.1 ABL14307.1 MCI0559521.1 MCI0559521.1 MCC2110934.1 MCC2110934.1 HBO1212818.1 HBO1212818.1 WP_003176097.1 WP_003176097.1 EEJ3660224.1 EEJ3660224.1 YP_009550556.1 YP_009550556.1 WP_262088989.1 WP_262088989.1 WP_146205473.1 WP_146205473.1 WP_010875413.1 WP_010875413.1 HET19548.1 HET19548.1 GFS24540.1 GFS24540.1 WP_189862922.1 WP_189862922.1 WP_174742261.1 WP_174742261.1 MBJ9849823.1 MBJ9849823.1 MCF8113477.1 MCF8113477.1 MAH35553.1 MAZ13301.1 MAH35553.1 MAH35553.1 WP_276357708.1 WP_276357708.1 KAJ7618075.1 KAJ7618075.1 WP_192324556.1 RUU66461.1 WP_192324556.1 WP_227059655.1 WP_192324556.1 MBQ3864274.1 WP_192324556.1 WP_192324556.1 MBV8927738.1 MBV8927738.1 GKW22999.1 GKW22999.1 WP_146272353.1 WP_146272353.1 WP_219133024.1 WP_219133024.1 TMQ14810.1 TMQ14810.1 CAB0780497.1 CAB0780497.1 WP_279268272.1 WP_279268272.1 WP_201454235.1 WP_201454235.1 WP_107169208.1 WP_107169208.1 WP_258315721.1 WP_258315721.1 MBQ0056002.1 MBQ0056002.1 EMS62928.1 EMS62928.1 MBK6276192.1 MBK6276192.1 RLS80176.1 RLS80176.1 MAU73077.1 MAU73077.1 XP_046801602.1 XP_046801602.1 WP_231783900.1 WP_231783900.1 MCJ1706109.1 MCJ1706109.1 WP_076788335.1 WP_076788335.1 MCR5830520.1 MCR5830520.1 MBB3050407.1 MBB3050407.1 MCH7900379.1 MCH7900379.1 WP_209434296.1 WP_209434296.1 WP_011531028.1 WP_011531028.1 NVM16230.1 NVM16230.1 EGQ64187.1 EGQ64187.1 NCC17292.1 NCC17292.1 HAV8610731.1 HAV8610731.1 KAJ4533602.1 KAJ4533602.1 KAG7462827.1 KAG7462827.1 BBF42184.1 BBF42184.1 PWU18232.1 PWU18232.1 MBV8660698.1 MBV8660698.1 WP_164904950.1 WP_164904950.1 MBQ2317532.1 MBQ2317532.1 WP_215557653.1 WP_215557653.1 MBQ2346567.1 MBQ2346567.1 WP_138785174.1 WP_138785174.1 HCK66187.1 HCK66187.1 MBO7492856.1 MBO7492856.1 WP_138125503.1 WP_069697901.1 WP_138125503.1 WP_138125503.1 PKU92481.1 PKU92481.1 MOM40962.1 MOM40962.1 WP_205443952.1 WP_205443952.1 WP_064038193.1 WP_064038193.1 MCS6937099.1 MCS6937099.1 KAF9171043.1 KAF9171043.1 WP_239913672.1 WP_239913672.1 WP_214186529.1 WP_214186529.1 ABD26457.1 ABD26457.1 MCH2598227.1 MCH2598227.1 WP_009025642.1 WP_009025642.1 MCB0330656.1 MCB0330656.1 WP_029189383.1 WP_029189383.1 WP_222163701.1 WP_222163701.1 PIP86899.1 PIP86899.1 WP_082884485.1 WP_082884485.1 MCB1376795.1 MCB1376795.1 WP_134262365.1 WP_134262365.1 OQC16336.1 OQC16336.1 WP_144099812.1 WP_144099812.1 WP_160346534.1 WP_160346534.1 WP_108756325.1 WP_108756325.1 MBQ9907360.1 MBQ9907360.1 EHK6691416.1 EHK6691416.1 MQM04273.1 MQM04273.1 KAJ6491222.1 KAJ6491222.1 WP_235565772.1 WP_235565772.1 XP_049147251.1 XP_049147251.1 WP_242161393.1 MBQ8417539.1 WP_242161393.1 WP_242161393.1 WP_283557067.1 WP_283557067.1 WP_193850569.1 HCI4632030.1 WP_193850569.1 WP_193850569.1 AKU96165.1 AKU96165.1 WP_147135386.1 WP_147135386.1 WP_250798057.1 WP_250798057.1 WP_112088864.1 WP_112088864.1 MBQ9976843.1 MBQ9976843.1 TMF32236.1 TMF32236.1 SDO77973.1 SDO77973.1 WP_197521413.1 WP_197521413.1 HBO3907473.1 HBO3907473.1 WP_200567098.1 WP_200567098.1 WP_005392478.1 WP_005392478.1 WP_209106433.1 WP_209106433.1 XP_048593444.1 XP_048593444.1 EFC33499.1 EFC33499.1 HIV94128.1 HIV94128.1 MBK8637870.1 MBK8637870.1 RXK40695.1 RXK40695.1 EFG7308611.1 EFG7308611.1 WP_202220633.1 WP_202220633.1 MCA1697375.1 MCA1697375.1 KAG0237649.1 KAG0237649.1 MYS55468.1 MYS55468.1 WP_188867472.1 WP_188867472.1 WP_233286789.1 WP_233286789.1 WP_034473228.1 WP_034473228.1 WP_110236450.1 WP_110236450.1 MBG0749417.1 MBG0749417.1 MBW7885425.1 MBW7885425.1 WP_020424556.1 KQO71000.1 WP_020424556.1 WP_020424556.1 WP_094570475.1 WP_094570475.1 WP_109128643.1 WP_109128643.1 AGS31853.1 AGS31853.1 MBK7190470.1 MBK7190470.1 WP_256569498.1 WP_256569498.1 WP_092203677.1 WP_092203677.1 ELB87175.1 ELB87175.1 WP_011185207.1 WP_011185207.1 WP_158104363.1 WP_158104363.1 CAB1315112.1 CAB1315112.1 WP_278579814.1 WP_278579814.1 WP_167977039.1 WP_167977039.1 WP_110431153.1 WP_110431153.1 WP_177084516.1 WP_177084516.1 RZL08229.1 RZL08229.1 KAF6750975.1 KAF6750975.1 WP_086123022.1 WP_086123022.1 MSO18531.1 MSO18531.1 NWW43432.1 NWW43432.1 CAF2048201.1 CAF2048201.1 NWT28302.1 NWT28302.1 WP_121183454.1 WP_121183454.1 XP_009177739.1 XP_009177739.1 NXE30976.1 NXE30976.1 WP_152884059.1 WP_152884059.1 MBO1518138.1 MBO1518138.1 WP_209676560.1 WP_209676560.1 XP_027131078.1 XP_027131078.1 EDQ9505691.1 EDQ9505691.1 OXA48312.1 OXA48312.1 PAV09171.1 PAV09171.1 DAM73724.1 DAM73724.1 MBN2762177.1 WP_108365493.1 MBN2762177.1 MBN2762177.1 NCV73474.1 NCV73474.1 WP_128316318.1 WP_128316318.1 MCR4310565.1 MCR4310565.1 WP_119963696.1 WP_119963696.1 WP_221520465.1 WP_221520465.1 MCI8311254.1 MCI8311254.1 GIR70810.1 GIR70810.1 WP_014286324.1 WP_014286324.1 MCH7911399.1 MCH7911399.1 WP_165019025.1 WP_165019025.1 TMQ04701.1 TMQ04701.1 MBR6023659.1 MBR6023659.1 WP_077603924.1 WP_077603924.1 WP_156061037.1 WP_156061037.1 WP_220737010.1 WP_220737010.1 NXC43906.1 NXC43906.1 EJL0691474.1 EJL0691474.1 WP_277513241.1 WP_277513241.1 EET1847662.1 EET1847662.1 WP_233575804.1 WP_233575804.1 MSO30570.1 MSO30570.1 WP_065076975.1 WP_065076975.1 WP_037252487.1 WP_037252487.1 MBP1672140.1 MBP1672140.1 OGZ43278.1 OGZ43278.1 WP_125691986.1 WP_125691986.1 MBP8298997.1 MBP8298997.1 WP_183832569.1 WP_183832569.1 WP_167959909.1 WP_167959909.1 WP_166544121.1 WP_166544121.1 XP_014018893.1 XP_028655184.1 XP_014018893.1 XP_014018893.1 KAI8889105.1 KAI8889105.1 WP_158057697.1 WP_158057697.1 XP_018089046.1 XP_018089046.1 WP_279399778.1 WP_067782871.1 WP_279399778.1 WP_279399778.1 NEP82600.1 NEP82600.1 KAA3621416.1 KAA3621416.1 KZV11597.1 KZV11597.1 PYS18397.1 PYS18397.1 EPF53206.1 EPF53206.1 MBP9706914.1 MBP9706914.1 WP_263858211.1 WP_263858211.1 GFR82011.1 GFR82011.1 NXT44414.1 NXT44414.1 XP_024185556.1 XP_024185556.1 WP_251843011.1 WP_251843011.1 MCG2809664.1 MCG2809664.1 WP_049427769.1 WP_049427769.1 AIL29843.1 AIL29843.1 XP_051304311.1 XP_051304311.1 WP_087997173.1 WP_087997173.1 RZU98823.1 MBW3588078.1 RZU98823.1 RZU98823.1 WP_077690175.1 WP_077690175.1 RQM16216.1 XP_029528577.1 RQM16216.1 RQM16216.1 MCF7886260.1 MCF7886260.1 WP_268695178.1 WP_268695178.1 WP_062024872.1 WP_062024872.1 ABB60900.1 ABB60900.1 WP_258581409.1 WP_258581409.1 WP_208179928.1 WP_208179928.1 EIO4105067.1 EIO4105067.1 KAJ2306899.1 KAJ2306899.1 WP_002574744.1 WP_002574744.1 MBT4161918.1 WP_145468487.1 MBT4161918.1 MBT4161918.1 XP_025385377.1 XP_025385377.1 MCA9453963.1 MCA9453963.1 KAF3210067.1 KAF3210067.1 MCD4721788.1 MCD4721788.1 WP_201685349.1 WP_201685349.1 WP_259301651.1 WP_259301651.1 CAG8531755.1 CAG8531755.1 WP_220615956.1 WP_276638014.1 WP_220615956.1 WP_220615956.1 MCJ2136558.1 MCJ2136558.1 WP_063256613.1 WP_063256613.1 WP_221868756.1 WP_221868756.1 NXU45820.1 NXU45820.1 CAH7752048.1 CAH7752048.1 MBQ7631188.1 MBQ7631188.1 KAI4475370.1 KAI4475370.1 MBK7837454.1 MBK7837454.1 KDB51534.1 KDB51534.1 bbuchfink-diamond-6dc5717/src/test/deepclust.out000066400000000000000000010157721523407312000217210ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 EHX4537433.1 EHX4537433.1 WP_133518962.1 WP_133518962.1 XP_015036367.2 XP_015036367.2 PAA16140.1 PAA16140.1 GLZ33620.1 GLZ33620.1 XP_039555956.1 XP_039555956.1 MBO7734838.1 MBO7734838.1 XP_007207923.1 XP_007207923.1 XP_051956784.1 XP_051956784.1 OGK79387.1 OGK79387.1 WP_025531131.1 WP_025531131.1 WP_268714943.1 WP_268714943.1 VDK71801.1 VDK71801.1 EGI67351.1 EGI67351.1 XP_021846694.1 XP_021846694.1 WP_224792367.1 WP_224792367.1 OIO24646.1 OIO24646.1 XP_004466702.1 XP_004466702.1 XP_004466702.1 EAJ4317745.1 XP_004466702.1 UWG74403.1 EJT84792.1 EJT84792.1 HAN2236324.1 HAN2236324.1 HBZ0881431.1 HBZ0881431.1 MBD5551606.1 MBD5551606.1 MBD5551606.1 MBR7122964.1 WP_007356512.1 WP_007356512.1 CAH8368929.1 CAH8368929.1 PRQ70658.1 PRQ70658.1 WP_127607693.1 WP_127607693.1 NEO89073.1 NEO89073.1 SHX72876.1 SHX72876.1 EAT3027009.1 EAT3027009.1 MBQ5338540.1 MBQ5338540.1 MBW1825233.1 MBW1825233.1 MBQ0119857.1 MBQ0119857.1 UVD88834.1 UVD88834.1 XP_028733567.1 XP_028733567.1 KAF8533701.1 KAF8533701.1 XP_031270756.1 XP_031270756.1 WP_255266214.1 WP_255266214.1 KRX90811.1 KRX90811.1 KRX90811.1 XP_030620685.1 KRX90811.1 KAI9912466.1 MBN4200190.1 MBN4200190.1 ERV81283.1 ERV81283.1 WP_104462564.1 WP_104462564.1 WP_061239294.1 WP_061239294.1 WP_050238626.1 WP_050238626.1 HIH01984.1 HIH01984.1 WP_250258169.1 WP_250258169.1 WP_242961281.1 WP_242961281.1 WP_233987225.1 WP_233987225.1 MBI5413544.1 MBI5413544.1 WP_245770707.1 WP_245770707.1 MYU10132.1 MYU10132.1 MCC8048325.1 MCC8048325.1 MCC8048325.1 MCC6153889.1 WP_141361908.1 WP_141361908.1 XP_039261378.1 XP_039261378.1 MBR3162388.1 MBR3162388.1 MBR3056759.1 MBR3056759.1 XP_046337982.1 WP_045385114.1 XP_046337982.1 XP_046337982.1 ACU21193.1 ACU21193.1 WP_223975418.1 WP_223975418.1 HAV2038468.1 HAV2038468.1 RBH73006.1 RBH73006.1 EAA7679439.1 EAA7679439.1 EAA7679439.1 WP_213741880.1 GLX88815.1 GLX88815.1 GLX88815.1 WP_210226425.1 GLX88815.1 MBR0212985.1 GLX88815.1 HCN8461219.1 WP_234749042.1 WP_234749042.1 WP_281674273.1 WP_281674273.1 MBO0734013.1 MBO0734013.1 RPG10933.1 RPG10933.1 WP_122576107.1 WP_122576107.1 WAX08241.1 WAX08241.1 WP_255734230.1 WP_255734230.1 PYM79331.1 PYM79331.1 XP_015253450.1 XP_015253450.1 KOU48934.1 KOU48934.1 MCK4671080.1 MCK4671080.1 RZB31430.1 RZB31430.1 OLC29722.1 OLC29722.1 HBU4069332.1 HBU4069332.1 HBU4069332.1 HCE5900341.1 MCK4027136.1 MCK4027136.1 GBF67295.1 GBF67295.1 MCE2394956.1 MCE2394956.1 WP_275149613.1 WP_275149613.1 XP_009132605.1 XP_009132605.1 WP_017065630.1 WP_017065630.1 WP_031764117.1 WP_031764117.1 KAH7111090.1 KAH7111090.1 KAH7111090.1 CEG83499.1 KAF3601053.1 KAF3601053.1 XP_056097092.1 XP_056097092.1 EEI68160.1 EEI68160.1 WP_249240542.1 WP_249240542.1 GIX80479.1 GIX80479.1 XP_054464105.1 XP_054464105.1 WP_031739936.1 WP_031739936.1 XP_052068338.1 XP_052068338.1 CAI9830983.1 CAI9830983.1 WP_150194162.1 WP_150194162.1 WP_150194162.1 WP_245657543.1 TIL25499.1 TIL25499.1 MBL7906248.1 MBL7906248.1 WP_199537626.1 WP_199537626.1 EHD1462244.1 EHD1462244.1 WP_105794890.1 WP_105794890.1 WP_105794890.1 WP_035556611.1 KAJ4753967.1 KAJ4753967.1 XP_007512765.1 XP_007512765.1 EFU9196970.1 EFU9196970.1 EFU9196970.1 WP_261970917.1 EFU9196970.1 PGL69713.1 WP_133662298.1 WP_133662298.1 WP_156164841.1 WP_156164841.1 XP_040774166.1 XP_040774166.1 XP_010489688.1 XP_010489688.1 ECO0852462.1 ECO0852462.1 MBC8149950.1 MBC8149950.1 OLE88521.1 OLE88521.1 BAV52815.1 BAV52815.1 NXT80179.1 NXT80179.1 WP_146310544.1 WP_146310544.1 KAJ4994524.1 KAJ4994524.1 NQU26924.1 NQU26924.1 NQU26924.1 MCK9987173.1 KKQ17530.1 KKQ17530.1 WP_262043205.1 WP_262043205.1 WP_262043205.1 WP_222594143.1 WP_262043205.1 YP_010462557.1 KAH7904576.1 KAH7904576.1 KAF5967767.1 KAF5967767.1 WP_052991486.1 WP_052991486.1 ORB86003.1 ORB86003.1 WP_219866541.1 WP_219866541.1 MBA0681195.1 MBA0681195.1 CKF71070.1 GHI39478.1 CKF71070.1 CKF71070.1 CKF71070.1 WP_023050329.1 WP_078732502.1 WP_078732502.1 WP_078732502.1 MCJ2110312.1 WP_079688138.1 WP_079688138.1 MCE2498961.1 MCE2498961.1 RUX64007.1 RUX64007.1 CRZ84703.1 CRZ84703.1 MBT3222043.1 MBT3222043.1 WP_025260862.1 WP_025260862.1 WP_067225239.1 WP_067225239.1 EFG1785427.1 EFG1785427.1 XP_025268496.1 XP_025268496.1 OGE84663.1 OGE84663.1 MBH2016034.1 MBH2016034.1 GEY28869.1 GEY28869.1 Q9GKS6.1 Q9GKS6.1 WP_258570851.1 WP_258570851.1 WP_025399520.1 WP_025399520.1 KAG1839801.1 KAG1839801.1 WP_151427539.1 WP_151427539.1 EEC9966669.1 EEC9966669.1 UOZ97514.1 UOZ97514.1 MBO7120934.1 MBO7120934.1 NVO14071.1 NVO14071.1 GMH74815.1 GMH74815.1 WP_243220715.1 WP_243220715.1 KAJ4794342.1 KAJ4794342.1 WP_062821347.1 WP_062821347.1 EBP8848134.1 EBP8848134.1 WP_262394687.1 WP_262394687.1 HCE7036204.1 HCE7036204.1 GJP50541.1 GJP50541.1 UAQ80067.1 UKN67998.1 UAQ80067.1 ULB83374.1 UAQ80067.1 UAQ80067.1 UAQ80067.1 UJJ97602.1 UAQ80067.1 UVB16817.1 UAQ80067.1 UJV88611.1 UAQ80067.1 UCP72061.1 UAQ80067.1 QRX02582.1 UAQ80067.1 WHE12941.1 UAQ80067.1 UFM02602.1 UAQ80067.1 UMA88644.1 UAQ80067.1 UIR12670.1 UAQ80067.1 QXR94354.1 UAQ80067.1 WAS49087.1 UAQ80067.1 UBP50947.1 UAQ80067.1 QZU16279.1 UAQ80067.1 UPA83906.1 UAQ80067.1 UEX07109.1 UAQ80067.1 UFA30503.1 UAQ80067.1 UBD95131.1 UAQ80067.1 QWC83326.1 UAQ80067.1 WEI27974.1 UAQ80067.1 UPP41269.1 UAQ80067.1 UEC52718.1 UAQ80067.1 UGB98301.1 UAQ80067.1 UXH94526.1 UAQ80067.1 UMF87224.1 UAQ80067.1 UYE49180.1 UAQ80067.1 UBR86455.1 UAQ80067.1 QTM79632.1 UAQ80067.1 WEU87158.1 UAQ80067.1 UVI10561.1 UAQ80067.1 UCP77012.1 UAQ80067.1 WGP70063.1 UAQ80067.1 UBL45068.1 UAQ80067.1 UZO53924.1 UAQ80067.1 WGP98278.1 UAQ80067.1 UKU68032.1 UAQ80067.1 QSZ25555.1 UAQ80067.1 UJS94137.1 UAQ80067.1 WGQ72821.1 UAQ80067.1 QTD03487.1 UAQ80067.1 QTZ27226.1 UAQ80067.1 UPB00876.1 UAQ80067.1 UGA79226.1 UAQ80067.1 UJT06733.1 UAQ80067.1 USR14792.1 UAQ80067.1 UEC68750.1 UAQ80067.1 UOU30556.1 UAQ80067.1 QVD87869.1 UAQ80067.1 UNI03201.1 UAQ80067.1 UXX67934.1 UAQ80067.1 UHM53165.1 UAQ80067.1 UFM00670.1 UAQ80067.1 ULA23837.2 UAQ80067.1 URQ55824.1 UAQ80067.1 URP80785.1 WP_278361924.1 WP_278361924.1 WP_237480153.1 WP_237480153.1 WP_235074910.1 WP_235074910.1 AMS43029.1 AMS43029.1 AMS43029.1 HCE70276.1 WP_274400640.1 WP_274400640.1 WP_283129754.1 WP_283129754.1 MCJ7574591.1 MCJ7574591.1 WP_180047249.1 WP_180047249.1 KAF5693711.1 KAF5693711.1 MCF0245553.1 MCF0245553.1 MCF0245553.1 WP_056611679.1 EFX7948152.1 EFX7948152.1 NCW17563.1 NCW17563.1 KGQ91714.1 KGQ91714.1 MBW1731384.1 MBW1731384.1 WP_090340093.1 WP_090340093.1 WP_095963788.1 WP_095963788.1 WP_051773451.1 WP_051773451.1 WDF47893.1 WDF47893.1 WP_079458535.1 WP_079458535.1 MCB0395607.1 MCB0395607.1 WP_105462017.1 WP_105462017.1 MCI0441261.1 MCI0441261.1 WP_268428026.1 WP_268428026.1 WP_089867971.1 WP_089867971.1 MBO8233644.1 MBO8233644.1 UVY40774.1 UVY40774.1 NLZ92879.1 NLZ92879.1 MBC8192126.1 MBC8192126.1 GDY00464.1 GDY00464.1 MBQ1564907.1 MBQ1564907.1 MBQ1564907.1 WP_250934260.1 TJW17418.1 TJW17418.1 NEK79366.1 NEK79366.1 PIU18101.1 PIU18101.1 NBX99292.1 NBX99292.1 WP_254566347.1 WP_254566347.1 XP_032206552.1 XP_032206552.1 EEY8067912.1 EEY8067912.1 RYP28707.1 RYP28707.1 CAG7600102.1 CAG7600102.1 KAF6036899.1 KAF6036899.1 WP_038233489.1 WP_038233489.1 WP_260810007.1 WP_260810007.1 KAI9082639.1 KAI9082639.1 MCC7230466.1 MCC7230466.1 WP_190890574.1 WP_190890574.1 KAG6242063.1 KAG6242063.1 MBM3933481.1 MBM3933481.1 WP_166199813.1 WP_166199813.1 WP_009803198.1 WP_009803198.1 WP_166389238.1 WP_166389238.1 WP_214921910.1 WP_214921910.1 BDT03353.1 BDT03353.1 KAG9273239.1 KAG9273239.1 KAH9897695.1 KAH9897695.1 RXM36450.1 RXM36450.1 WP_119380110.1 WP_119380110.1 KAI9362949.1 KAI9362949.1 XP_024427063.2 XP_024427063.2 MCS7281253.1 MCS7281253.1 WP_014036593.1 WP_014036593.1 WP_272150417.1 WP_272150417.1 WP_226863423.1 WP_226863423.1 KAI5358731.1 KAI5358731.1 KAJ1832792.1 KAJ1832792.1 WP_007162313.1 WP_007162313.1 OJD14960.1 OJD14960.1 XP_025094492.1 XP_025094492.1 HFC49641.1 HFC49641.1 HFC49641.1 MBU0783111.1 WP_125257517.1 WP_125257517.1 KRL50971.1 KRL50971.1 WP_270429919.1 WP_270429919.1 KAJ1924652.1 KAJ1924652.1 XP_043876828.1 XP_043876828.1 WP_239393343.1 WP_239393343.1 MCH8996551.1 MCH8996551.1 XP_032956783.1 XP_032956783.1 WP_162060842.1 WP_162060842.1 MBF06337.1 MBF06337.1 KPK46604.1 KPK46604.1 WP_185928545.1 WP_185928545.1 MBI2691306.1 MBI2691306.1 MCE9521167.1 MCE9521167.1 WP_180298529.1 WP_180298529.1 NQW24640.1 NQW24640.1 WP_174261300.1 WP_174261300.1 MCD8020507.1 MCD8020507.1 MBF2027262.1 MBF2027262.1 EGN0346558.1 EGN0346558.1 MBB1654724.1 MBB1654724.1 VGM95377.1 VGM95377.1 WP_229710081.1 WP_229710081.1 ECK9821833.1 ECK9821833.1 ECK9821833.1 WP_260685194.1 KGO32348.1 KGO32348.1 BAF39771.1 BAF39771.1 WP_246966510.1 WP_246966510.1 NBR42698.1 NBR42698.1 XP_007007273.1 XP_007007273.1 NXP66683.1 NXP66683.1 AWI66342.1 AWI66342.1 RUA32032.1 RUA32032.1 EHY2137407.1 EHY2137407.1 UZO03952.1 UZO03952.1 MBW4439448.1 MBW4439448.1 KAI9530097.1 KAI9530097.1 WP_163042480.1 WP_163042480.1 NXY58604.1 NXY58604.1 MBS5721782.1 MBS5721782.1 KAG6055499.1 KAG6055499.1 XP_019459237.1 XP_019459237.1 WP_153870478.1 WP_153870478.1 MBP6015992.1 MBP6015992.1 MBZ0302078.1 MBZ0302078.1 MBE56502.1 MBE56502.1 MBY8116888.1 MBY8116888.1 HAB35737.1 HAB35737.1 HAB35737.1 KAI2867803.1 CAF1218540.1 CAF1218540.1 HBO5091502.1 HBO5091502.1 WP_142480892.1 WP_142480892.1 UCF86936.1 UCF86936.1 KAI0494562.1 KAI0494562.1 MBR3040588.1 MBR3040588.1 WP_253057132.1 WP_253057132.1 DAT68911.1 DAT68911.1 WP_259173727.1 WP_259173727.1 XP_039550146.1 XP_039550146.1 WP_025917677.1 WP_025917677.1 WP_219989626.1 WP_219989626.1 WP_219989626.1 KVN34631.1 WP_219989626.1 WP_266103637.1 WP_120012998.1 WP_120012998.1 XP_007378490.1 XP_007378490.1 WP_210832037.1 WP_210832037.1 WP_044318929.1 WP_044318929.1 EPY77985.1 EPY77985.1 MBQ6717580.1 MBQ6717580.1 MCI5582667.1 MCI5582667.1 KAH7819128.1 KAH7819128.1 WP_072176998.1 WP_072176998.1 MBN2408678.1 MBN2408678.1 XP_055364111.1 XP_055364111.1 KAH7671712.1 KAH7671712.1 WP_161548226.1 WP_161548226.1 PWA40393.1 PWA40393.1 WP_024957561.1 WP_024957561.1 XP_026202203.1 XP_026202203.1 XP_049917061.1 XP_049917061.1 WP_121975536.1 WP_121975536.1 WP_121975536.1 RMP03152.1 WP_121975536.1 WP_029222463.1 WP_121975536.1 RYD39969.1 WP_065763488.1 WP_065763488.1 XP_020704071.1 XP_020704071.1 PWU01878.1 PWU01878.1 KAI9244788.1 KAI9244788.1 WP_140465756.1 WP_140465756.1 MUT95740.1 MUT95740.1 WP_165185356.1 WP_165185356.1 WP_097942517.1 WP_097942517.1 WP_071558608.1 WP_071558608.1 WP_171312884.1 WP_171312884.1 WP_172272319.1 WP_172272319.1 XP_015918471.2 XP_015918471.2 MCI6056265.1 MCI6056265.1 XP_043867713.1 XP_043867713.1 MCI6733811.1 MCI6733811.1 MCI6733811.1 WP_139387589.1 MCI6733811.1 ECG5012903.1 WP_200441331.1 WP_200441331.1 OQD63521.1 OQD63521.1 XP_045908845.1 XP_045908845.1 OLB04871.1 OLB04871.1 WP_008056683.1 WAY96880.1 WP_008056683.1 WP_008056683.1 KAF1884135.1 KAF1884135.1 WP_271489102.1 WP_271489102.1 YP_009703532.1 YP_009703532.1 OYR82937.1 OYR82937.1 MCB1431703.1 MCB1431703.1 PHJ25428.1 PHJ25428.1 MCL2354882.1 MCL2354882.1 KAH8830836.1 KAH8830836.1 WP_059534878.1 WP_059534878.1 WP_059534878.1 HBO82804.1 ECG5348412.1 ECG5348412.1 MBP8039875.1 MBP8039875.1 NOY27702.1 NOY27702.1 OGM15869.1 OGM15869.1 AAA50346.1 AAA50346.1 WP_212799263.1 WP_212799263.1 AKF94945.1 AKF94945.1 MCS7249985.1 MCS7249985.1 WP_154377822.1 WP_154377822.1 KAA0177341.1 KAA0177341.1 MCQ4833490.1 MCQ4833490.1 MBF0221393.1 MBF0221393.1 CUQ74728.1 CUQ74728.1 TYJ28824.1 TYJ28824.1 MCP4196081.1 MCP4196081.1 MBD5426059.1 MBD5426059.1 WP_094880233.1 WP_094880233.1 KAJ1466945.1 KAJ1466945.1 RHP78675.1 RHP78675.1 MCC0650618.1 MCC0650618.1 WP_070931219.1 WP_070931219.1 MBE6457252.1 MBE6457252.1 EDD2777448.1 EDD2777448.1 WP_228705204.1 WP_228705204.1 CAF1538990.1 CAF1538990.1 MBJ9940918.1 MBJ9940918.1 MBL1405656.1 MBL1405656.1 WP_002896703.1 WP_002896703.1 RKH80454.1 RKH80454.1 RWC01310.1 RWC01310.1 KZC14685.1 KZC14685.1 WP_096201219.1 WP_096201219.1 WP_096201219.1 WP_114695256.1 WP_206023254.1 WP_206023254.1 KAJ3986273.1 KAJ3986273.1 WP_230766143.1 WP_230766143.1 WP_282423266.1 WP_282423266.1 MBN4303450.1 MBN4303450.1 HCB14820.1 HCB14820.1 XP_040382927.1 XP_040382927.1 NIR36035.1 NIR36035.1 WP_094107226.1 WP_094107226.1 BDP97621.1 BDP97621.1 WP_142260807.1 WP_142260807.1 MBN1157556.1 MBN1157556.1 NCR29367.1 NCR29367.1 MCE2505556.1 MCE2505556.1 MCE2505556.1 MBI9043002.1 WP_039102441.1 WP_039102441.1 WP_039102441.1 HBM7970352.1 WP_118445081.1 WP_118445081.1 WP_124983255.1 WP_124983255.1 MBQ2432233.1 MBQ2432233.1 WP_164585387.1 WP_164585387.1 WP_164585387.1 AQY75504.1 WP_164585387.1 WP_006027485.1 WP_164585387.1 EFA5132122.1 WP_164585387.1 XP_047466965.1 WP_164585387.1 WP_268285128.1 WP_164585387.1 KAH7252800.1 WP_164585387.1 MCB1875218.1 WP_164585387.1 WP_213646387.1 WP_164585387.1 WP_016809838.1 WP_164585387.1 WP_255519487.1 WP_164585387.1 WP_167320363.1 WP_164585387.1 MBN1566249.1 WP_205009067.1 WP_205009067.1 WP_111627730.1 WP_111627730.1 WP_111627730.1 WP_018996200.1 MBS0463004.1 MBS0463004.1 MOW13079.1 MOW13079.1 WP_097698856.1 WP_097698856.1 WP_254638680.1 WP_254638680.1 XP_028327800.1 XP_028327800.1 GES47013.1 GES47013.1 MBI5098096.1 MBU0883769.1 MBI5098096.1 MBI5098096.1 RNF14763.1 RNF14763.1 KAF3493633.1 KAF3493633.1 KAI5402274.1 KAI5402274.1 MBK6342078.1 MBK6342078.1 DAW46080.1 DAW46080.1 WP_113767226.1 WP_113767226.1 WP_113767226.1 WP_210167953.1 KAF4728781.1 KAF4728781.1 WP_060551745.1 WP_060551745.1 SCL72461.1 SCL72461.1 XP_041854783.1 XP_041854783.1 RHX96716.1 RHX96716.1 WP_127737066.1 WP_127737066.1 WP_150171631.1 WP_150171631.1 WP_002615101.1 WP_002615101.1 WP_208947654.1 WP_208947654.1 KAF2590612.1 KAF2590612.1 WP_014785013.1 WP_014785013.1 EBF5808819.1 EBF5808819.1 MBR3156871.1 MBR3156871.1 XP_021741676.1 XP_021741676.1 WP_001329193.1 WP_001329193.1 MBO6057326.1 MBO6057326.1 MBW1848151.1 MBW1848151.1 KAG5815829.1 KAG5815829.1 WP_135279859.1 WP_135279859.1 WP_135279859.1 HCG88012.1 WP_135279859.1 KAG0922869.1 MCJ1311962.1 MCJ1311962.1 WP_092424818.1 WP_092424818.1 XP_047289230.1 XP_047289230.1 KGI55490.1 KGI55490.1 WP_138438236.1 WP_138438236.1 KPK79043.1 KPK79043.1 OIT02720.1 OIT02720.1 WP_224365716.1 WP_224365716.1 MBK6724754.1 MBK6724754.1 NXB44255.1 NXB44255.1 WP_226232337.1 WP_226232337.1 EEE4210954.1 EEE4210954.1 EEE4210954.1 WP_001495833.1 RLE02911.1 RLE02911.1 WP_171334399.1 WP_171334399.1 WP_064779756.1 EGC4236544.1 WP_064779756.1 WP_064779756.1 WP_033603452.1 WP_033603452.1 WP_033603452.1 RBR02939.1 WP_033603452.1 MBO7941816.1 EEC9022132.1 EEC9022132.1 XP_047408935.1 XP_047408935.1 WP_179136748.1 WP_179136748.1 WP_195269918.1 WP_195269918.1 KAG0881289.1 KAG0881289.1 MBN1756127.1 MBN1756127.1 WP_255517101.1 WP_255517101.1 MCK5244187.1 MCK5244187.1 WP_197710405.1 WP_197710405.1 WP_100540054.1 WP_100540054.1 TXT57728.1 TXT57728.1 MBT5378964.1 MBT5378964.1 MBU1113346.1 MBU1113346.1 WP_194499183.1 WP_194499183.1 KAI0308946.1 KAI0308946.1 WP_027388460.1 WP_027388460.1 WP_210726445.1 WP_210726445.1 MBY9080345.1 MBY9080345.1 XP_008215352.1 XP_008215352.1 MBO8197404.1 MBO8197404.1 UCC96225.1 UCC96225.1 THH04310.1 THH04310.1 MBL7795363.1 MBL7795363.1 EDT7412775.1 EDT7412775.1 MBU6492563.1 MBU6492563.1 MBR3700964.1 MBR3700964.1 WP_064613675.1 WP_064613675.1 XP_031540112.1 XP_031540112.1 NOT95054.1 NOT95054.1 WP_263833039.1 WP_263833039.1 MCO6480516.1 MCO6480516.1 MCO6480516.1 WP_242531680.1 XP_042343617.1 XP_042343617.1 WP_176958177.1 WP_176958177.1 WP_176958177.1 WP_278888642.1 WP_176958177.1 AIA18772.1 WP_176958177.1 WP_192106836.1 KAJ2277403.1 KAJ2277403.1 OJV98239.1 OJV98239.1 MBS1410118.1 MBS1410118.1 HBC3664605.1 HBC3664605.1 KAG5959692.1 KAG5959692.1 WP_138471989.1 WP_138471989.1 MBL7722360.1 MBL7722360.1 KAF4995643.1 KAF4995643.1 KAJ5614194.1 KAJ5614194.1 WP_251116163.1 WP_251116163.1 MBS1909834.1 MBS1909834.1 MBS0323691.1 MBS0323691.1 EDS6425957.1 EDS6425957.1 WP_205996060.1 WP_205996060.1 MBW7898988.1 MBW7898988.1 WP_111206393.1 WP_111206393.1 MSW04208.1 MSW04208.1 MSW04208.1 MCF8535784.1 WP_032918432.1 WP_032918432.1 MOR90002.1 MOR90002.1 WP_096527630.1 WP_096527630.1 XP_014362268.2 XP_014362268.2 GFY15021.1 GFY15021.1 MBV9888347.1 MBV9888347.1 MBE9467362.1 MBE9467362.1 MBE9467362.1 GGY65584.1 WP_037310167.1 WP_037310167.1 MBI5162857.1 MBI5162857.1 WP_236345246.1 WP_236345246.1 WP_212226535.1 WP_212226535.1 WP_257504872.1 WP_257504872.1 MBK7087525.1 MBK7087525.1 EFT8991253.1 EFT8991253.1 MBY0434949.1 MBY0434949.1 KAG8379083.1 KAG8379083.1 HBV8273101.1 HBV8273101.1 KAI5005557.1 KAI5005557.1 MBT7135637.1 MBT7135637.1 WP_011490055.1 WP_011490055.1 XP_021299958.1 XP_021299958.1 WP_059510827.1 WP_234306850.1 WP_059510827.1 WP_059510827.1 WP_059510827.1 WP_251874466.1 WP_059510827.1 WP_116701099.1 WP_059510827.1 KOR84431.1 WP_059510827.1 MBC99785.1 WP_059510827.1 WP_058635033.1 HAT6344274.1 HAT6344274.1 EHU4169843.1 EHU4169843.1 XP_024696459.1 XP_024696459.1 KAG9509822.1 KAG9509822.1 TWK83191.1 TWK83191.1 WP_176700057.1 WP_176700057.1 WP_141400768.1 WP_141400768.1 MBS07362.1 MBS07362.1 WP_027780629.1 WP_027780629.1 WP_097514015.1 WP_097514015.1 WP_208099194.1 WP_208099194.1 XP_025777939.1 XP_025777939.1 KAH7548383.1 KAH7548383.1 WP_271250528.1 WP_271250528.1 WP_197888162.1 WP_197888162.1 XP_033991852.1 XP_033991852.1 HAF54287.1 HAF54287.1 MPZ45416.1 MPZ45416.1 WP_067019348.1 WP_067019348.1 MBU6248241.1 MBU6248241.1 WP_165682932.1 WP_165682932.1 WP_143020066.1 WP_143020066.1 WP_143020066.1 MCQ2539410.1 WP_143020066.1 WP_003748238.1 WP_143020066.1 WP_077533069.1 WP_238972864.1 WP_238972864.1 WP_260325674.1 WP_260325674.1 MCC7417019.1 MCC7417019.1 MCI8430709.1 MCI8430709.1 XP_030622007.1 XP_030622007.1 XP_029196159.1 XP_029196159.1 OTA99890.1 OTA99890.1 KPP66050.1 KPP66050.1 QDF59120.1 QDF59120.1 MPC98265.1 MPC98265.1 EDQ0183574.1 EDQ0183574.1 MBR3327931.1 MBR3327931.1 ACU61622.1 ACU61622.1 EFM1979785.1 EFM1979785.1 WP_029005116.1 WP_029005116.1 HCF98070.1 HCF98070.1 WP_280541983.1 WP_213827928.1 WP_280541983.1 WP_280541983.1 KEH41285.1 KEH41285.1 ORV68006.1 ORV68006.1 HCA7191507.1 HCA7191507.1 XP_044551221.1 XP_044551221.1 MCK9592859.1 MCK9592859.1 WP_076194242.1 WP_076194242.1 WP_076194242.1 KDF42894.1 MBI2147080.1 MBI2147080.1 WP_068964936.1 WP_068964936.1 KAF4306879.1 KAF4306879.1 KAF4306879.1 MCF7871960.1 WP_010462366.1 WP_010462366.1 TFE29608.1 TFE29608.1 KAJ4310611.1 KAJ4310611.1 MBT3309449.1 MBT3309449.1 WP_187335130.1 WP_187335130.1 KAJ8911168.1 KAJ8911168.1 EGC1082389.1 EGC1082389.1 GBE22655.1 GBE22655.1 WP_233227509.1 WP_233227509.1 XP_006114890.1 XP_006114890.1 CAI9595211.1 MCL2204087.1 CAI9595211.1 CAI9595211.1 CAI9595211.1 MBK6751737.1 CAI9595211.1 MBQ9679177.1 WP_108109984.1 WP_108109984.1 MBX2936516.1 MBX2936516.1 WP_218623326.1 WP_218623326.1 XP_050255036.1 XP_050255036.1 WP_278264086.1 WP_278264086.1 KAF4611166.1 KAF4611166.1 MBK8070034.1 WP_216195748.1 MBK8070034.1 MBK8070034.1 MBK8070034.1 MAG44064.1 MCP5750602.1 MCP5750602.1 MBP7130798.1 MBP7130798.1 XP_033679940.1 XP_033679940.1 WP_283922158.1 WP_283922158.1 WP_133251971.1 WP_133251971.1 WP_267714175.1 WP_267714175.1 MSL30063.1 MSL30063.1 WP_046302954.1 WP_046302954.1 WP_050926421.1 WP_050926421.1 GAO25539.1 GAO25539.1 WP_165894367.1 WP_165894367.1 WP_018858575.1 WP_018858575.1 HBB7853833.1 HBB7853833.1 QGT50941.1 QGT50941.1 KAJ5748900.1 KAJ5748900.1 WP_073432751.1 WP_073432751.1 KAG5702777.1 KAG5702777.1 WP_036488090.1 WP_036488090.1 OAA61066.1 OAA61066.1 XP_056041627.1 XP_056041627.1 WP_225902036.1 WP_225902036.1 KXH55701.1 KXH55701.1 WP_258930666.1 WP_258930666.1 MBM3160744.1 MBM3160744.1 VAI84247.1 VAI84247.1 AAX29823.1 AAX29823.1 OZV86646.1 OZV86646.1 MBT7163208.1 MBT7163208.1 WP_210734217.1 WP_210734217.1 WP_211296720.1 WP_211296720.1 MBO0787136.1 MBO0787136.1 MOK24130.1 MOK24130.1 WP_070509780.1 WP_070509780.1 WP_070509780.1 WP_008346835.1 XP_027172582.1 XP_027172582.1 MCL4333886.1 MCL4333886.1 WP_019296707.1 WP_019296707.1 EAZ5330394.1 EAZ5330394.1 WP_251450535.1 WP_251450535.1 WP_251450535.1 XP_048732732.1 WP_245456681.1 WP_245456681.1 WP_063503202.1 WP_063503202.1 WP_214279799.1 WP_214279799.1 MBT4680312.1 MBT4680312.1 WP_222465269.1 WP_222465269.1 MCH8821589.1 MCH8821589.1 XP_038144206.1 XP_038144206.1 WP_236905832.1 WP_236905832.1 WP_000391618.1 WP_000391618.1 XP_048688918.1 XP_048688918.1 XP_018381815.1 XP_018381815.1 HAJ6883934.1 HAJ6883934.1 WP_259823591.1 WP_259823591.1 EBL5661155.1 EBL5661155.1 WP_107106807.1 WP_107106807.1 WP_067144449.1 WP_067144449.1 MBD5174823.1 MBD5174823.1 NEP75465.1 NEP75465.1 NEP75465.1 WP_082780476.1 NEP75465.1 HBS5718813.1 WP_247326555.1 WP_247326555.1 AAM31096.1 AAM31096.1 MCH2098905.1 MCH2098905.1 MCU1579718.1 MCU1579718.1 MBE8222136.1 MBE8222136.1 RYD06084.1 RYD06084.1 XP_039387169.1 XP_039387169.1 NLX21103.1 NLX21103.1 WP_281498184.1 WP_281498184.1 WP_099711363.1 WP_099711363.1 WP_099711363.1 WP_151434014.1 WP_099711363.1 HDQ08114.1 WP_127202722.1 WP_127202722.1 XP_027728774.1 XP_027728774.1 XP_049133140.1 XP_049133140.1 MBP5665134.1 MBP5665134.1 QRN83137.1 QRN83137.1 MBX6384685.1 MBX6384685.1 AZV79909.1 AZV79909.1 MCK5187010.1 MCK5187010.1 KAJ7821411.1 KAJ7821411.1 KAH7980918.1 KAH7980918.1 BBQ86561.1 BBQ86561.1 XP_006689993.1 XP_006689993.1 WP_009475234.1 WP_009475234.1 MCK5175373.1 MCK5175373.1 WP_039095635.1 WP_039095635.1 MCM0593547.1 MCM0593547.1 RWZ64791.1 RWZ64791.1 KAG2053605.1 KAG2053605.1 NXV13419.1 NXV13419.1 WP_114094371.1 WP_114094371.1 EDF0432725.1 EDF0432725.1 MCA1589644.1 MCA1589644.1 KAI9774712.1 KAI9774712.1 TAM11363.1 TAM11363.1 KAJ5168969.1 KAJ5168969.1 KAJ5168969.1 WP_060613079.1 KAJ5168969.1 WP_229319113.1 KAJ5168969.1 WP_036258374.1 NNM97518.1 NNM97518.1 KJS37244.1 WP_128950282.1 KJS37244.1 KJS37244.1 HHH37178.1 HHH37178.1 WP_252384350.1 WP_252384350.1 CQR41738.1 CQR41738.1 CQR41738.1 TFV00908.1 MBC7879491.1 MBC7879491.1 MBS3963684.1 MBS3963684.1 MBS3963684.1 NOQ32749.1 EGM3572601.1 EGM3572601.1 MBI4678329.1 MBI4678329.1 RME29710.1 RME29710.1 MBT3228703.1 MBT3228703.1 GJE89625.1 GJE89625.1 WP_267911890.1 WP_267911890.1 GCB60913.1 GCB60913.1 MCB9680378.1 MCB9680378.1 KAI3679517.1 KAI3679517.1 MBU0598391.1 MBU0598391.1 WP_118925030.1 WP_118925030.1 MSP81668.1 MSP81668.1 WP_226741138.1 WP_226741138.1 ACU52521.1 ACU52521.1 EAF4311303.1 EAF4311303.1 PIR98590.1 PIR98590.1 RLV89158.1 RLV89158.1 RMG03831.1 RMG03831.1 MBA2496669.1 MBA2496669.1 WP_101025682.1 WP_101025682.1 WP_027600082.1 WP_027600082.1 WP_183298005.1 WP_183298005.1 XP_021682448.1 XP_021682448.1 WP_158303127.1 WP_158303127.1 HCD4651973.1 HCD4651973.1 WP_109124355.1 WP_109124355.1 WP_031912375.1 WP_031912375.1 WP_102687017.1 WP_102687017.1 OWA15278.1 GLI99474.1 OWA15278.1 OWA15278.1 KAG7153436.1 KAG7153436.1 EAI4228870.1 EAI4228870.1 VDP10889.1 VDP10889.1 WP_188340499.1 WP_188340499.1 MCL0086045.1 MCL0086045.1 WP_142114448.1 WP_142114448.1 WP_142114448.1 WP_129703040.1 WP_142114448.1 WP_054059514.1 MBI1884116.1 MBI1884116.1 KAJ0250772.1 KAJ0250772.1 HBN08959.1 HBN08959.1 KAJ7903702.1 KAJ7903702.1 RXN11474.1 RXN11474.1 MCJ7468405.1 MCJ7468405.1 ECI0838809.1 ECI0838809.1 EJA1208030.1 EJA1208030.1 KAJ7494177.1 KAJ7494177.1 MCH2663613.1 MCH2663613.1 WP_175740884.1 WP_175740884.1 MCP1831263.1 MCP1831263.1 WP_012785155.1 WP_012785155.1 RYD69609.1 RYD69609.1 MBF3543544.1 MBF3543544.1 NXN86496.1 NXN86496.1 WP_107194058.1 WP_107194058.1 WP_271569604.1 WP_271569604.1 KAG9297605.1 KAG9297605.1 KAG9291817.1 KAG9291817.1 WP_103478303.1 WP_103478303.1 WP_159081190.1 WP_159081190.1 PHU26875.1 PHU26875.1 PMD26514.1 PMD26514.1 WP_106281081.1 WP_106281081.1 MBP5531704.1 MBP5531704.1 WP_203325777.1 WP_203325777.1 WP_261402515.1 WP_261402515.1 WP_049480885.1 WP_049480885.1 KAI5618353.1 KAI5618353.1 WP_117292786.1 WP_117292786.1 WP_127595852.1 WP_127595852.1 XP_043406427.1 XP_043406427.1 GBM10107.1 GBM10107.1 KAJ8673388.1 KAJ8673388.1 NWY89495.1 NWY89495.1 RLI44152.1 RLI44152.1 WP_251057605.1 WP_251057605.1 HHD92264.1 HHD92264.1 ETK88527.1 ETK88527.1 XP_033323208.1 XP_033323208.1 HEY66416.1 HEY66416.1 MCB2073222.1 MCB2073222.1 HCL9643688.1 HCL9643688.1 KAI9631590.1 KAI9631590.1 WP_203891666.1 WP_203891666.1 PMH44474.1 PMH44474.1 PMH44474.1 WP_005629113.1 WP_280892754.1 WP_280892754.1 WP_209898688.1 WP_209898688.1 WP_260444899.1 WP_260444899.1 WP_157435775.1 WP_157435775.1 WP_254398103.1 WP_254398103.1 GBF98204.1 GBF98204.1 MBS4056461.1 MBS4056461.1 WP_176533080.1 WP_176533080.1 XP_026180907.1 XP_026180907.1 WP_074781633.1 WP_074781633.1 WP_117338721.1 WP_117338721.1 MBT4014425.1 MBT4014425.1 NUR77767.1 NUR77767.1 KAI0987017.1 KAI0987017.1 MBI1874593.1 MBI1874593.1 EBF8124084.1 EBF8124084.1 WP_097794281.1 WP_097794281.1 WP_254833504.1 WP_254833504.1 HBO7852577.1 HBO7852577.1 MAQ88009.1 MAQ88009.1 WP_108335718.1 WP_108335718.1 MBH8634352.1 MBH8634352.1 ECI4825602.1 ECI4825602.1 WP_070060651.1 WP_070060651.1 WP_224774708.1 WP_224774708.1 WP_236373897.1 WP_236373897.1 HBE7681505.1 HBE7681505.1 HBE7681505.1 ECB3811761.1 KAI5383356.1 KAI5383356.1 MBU0720484.1 MBU0720484.1 QEG42388.1 QEG42388.1 HCD3539350.1 HCD3539350.1 HCS32205.1 HCS32205.1 ODM89149.1 ODM89149.1 ETI39029.1 ETI39029.1 WP_235292752.1 WP_235292752.1 WP_133499669.1 WP_133499669.1 WP_232839144.1 WP_232839144.1 KAF7255154.1 KAF7255154.1 WP_224314556.1 WP_224314556.1 WP_240904022.1 WP_240904022.1 WP_139489874.1 WP_139489874.1 WP_246442701.1 WP_246442701.1 WP_254033437.1 WP_254033437.1 WP_121252511.1 WP_121252511.1 WP_242254186.1 WP_242254186.1 KAI9191373.1 KAI9191373.1 MBP9713953.1 MBP9713953.1 WP_098502057.1 WP_098502057.1 WP_243269836.1 WP_247392216.1 WP_243269836.1 WP_243269836.1 WP_243269836.1 MBS1222269.1 WP_135110180.1 WP_135110180.1 OFZ34164.1 OFZ34164.1 HAQ04103.1 HAQ04103.1 HIG02706.1 HIG02706.1 HBS5629917.1 HBS5629917.1 MBO9310472.1 MBO9310472.1 MBO4463486.1 MBO4463486.1 WP_230210113.1 WP_230210113.1 EEV0504409.1 EEV0504409.1 OFZ82064.1 OFZ82064.1 MCL2206583.1 MCL2206583.1 MCI8806686.1 MCI8806686.1 MCK4320383.1 MCK4320383.1 WP_052016305.1 WP_052016305.1 QDT53250.1 QDT53250.1 MCG7858617.1 WP_093295436.1 MCG7858617.1 MCG7858617.1 TNF43597.1 TNF43597.1 WP_218401824.1 WP_218401824.1 WP_228618531.1 WP_228618531.1 MCK6520984.1 MCK6520984.1 WP_232018041.1 WP_232018041.1 WP_089092961.1 WP_089092961.1 MCI6324393.1 MCI6324393.1 ACA34490.1 ACA34490.1 ACA34490.1 EHK9185512.1 KAG3000577.1 KAG3000577.1 MBI0841908.1 MBI0841908.1 MCL5061987.1 MCL5061987.1 WP_023685930.1 WP_023685930.1 WP_261952390.1 WP_261952390.1 WP_135059887.1 WP_135059887.1 XP_008902753.1 XP_008902753.1 WP_118283063.1 WP_086136661.1 WP_118283063.1 WP_118283063.1 WP_007635864.1 WP_007635864.1 WP_223101678.1 WP_223101678.1 WP_140372075.1 WP_200941876.1 WP_140372075.1 MBP6544771.1 WP_140372075.1 WP_140372075.1 WP_140372075.1 WP_148836004.1 WP_140372075.1 WP_055153579.1 WP_140372075.1 MCL4144983.1 WP_140372075.1 RLB66027.1 WP_140372075.1 WP_167959909.1 AAO64374.1 AAO64374.1 NNE58254.1 NNE58254.1 WP_092396407.1 WP_092396407.1 CAF4033986.1 CAF4033986.1 KAH7290269.1 KAH7290269.1 CAD8042782.1 CAD8042782.1 WP_083051706.1 WP_083051706.1 XP_028635853.1 XP_028635853.1 XP_028635853.1 WP_063302373.1 XP_028635853.1 MCJ7630170.1 MBI4905271.1 MBI4905271.1 WP_181797223.1 WP_181797223.1 WP_109219819.1 WP_176354145.1 WP_109219819.1 WP_109219819.1 WP_109219819.1 WP_170725874.1 WP_109219819.1 MWR41881.1 WP_109219819.1 WP_140480909.1 WP_109219819.1 WP_076409454.1 WP_109219819.1 MBQ9964693.1 WP_109219819.1 MCH1405047.1 WP_101606078.1 WP_101606078.1 WP_101606078.1 MCF6289355.1 MBR2770999.1 MBR2770999.1 WP_240406805.1 WP_240406805.1 XP_036266973.1 XP_036266973.1 GLH03554.1 GLH03554.1 GLH03554.1 RLG01914.1 KNZ61865.1 KNZ61865.1 KKT69527.1 KKT69527.1 CEP11827.1 CEP11827.1 MCS7015141.1 MCS7015141.1 MCS7015141.1 MBW8896250.1 WP_276507912.1 WP_276507912.1 WP_240732162.1 WP_240732162.1 MBV8380961.1 MBV8380961.1 EIK8394933.1 EIK8394933.1 WP_137255610.1 WP_137255610.1 WP_029080824.1 WP_029080824.1 MCU0423654.1 MCU0423654.1 WP_239588825.1 WP_239588825.1 WP_120575284.1 WP_120575284.1 WP_200162023.1 WP_200162023.1 PKI91935.1 PKI91935.1 SMS09381.1 SMS09381.1 SMS09381.1 MCR5546513.1 WP_146207192.1 WP_146207192.1 WP_132336079.1 WP_132336079.1 XP_022816306.1 XP_022816306.1 SFW06215.1 SFW06215.1 WP_211254406.1 WP_211254406.1 EJU2993617.1 EJU2993617.1 UXE63572.1 UXE63572.1 WP_196954680.1 WP_196954680.1 RYP53376.1 RYP53376.1 WP_236689647.1 WP_236689647.1 MSQ41299.1 MSQ41299.1 WP_124548640.1 WP_203201698.1 WP_124548640.1 WP_258941688.1 WP_124548640.1 WP_124548640.1 WP_274773199.1 WP_274773199.1 WP_200156222.1 WP_200156222.1 KJF42781.1 KJF42781.1 WP_149069943.1 WP_149069943.1 EHW5693237.1 EHW5693237.1 WP_013133580.1 WP_013133580.1 KAJ6827980.1 KAJ6827980.1 MBQ2444858.1 MBQ2444858.1 MBO4463451.1 MBO4463451.1 MCB0447740.1 MCB0447740.1 WP_063417119.1 WP_063417119.1 WP_063417119.1 MBE0479857.1 WP_063417119.1 WP_135180648.1 WP_063417119.1 MBM4836391.1 WP_063417119.1 MBK7837454.1 KAF1483258.1 KAF1483258.1 ROW03190.1 ROW03190.1 ROW03190.1 KAJ0483518.1 WP_241566677.1 WP_241566677.1 WP_233178716.1 WP_233178716.1 MBO5433620.1 MBO5433620.1 XP_040967143.1 XP_040967143.1 WP_278781114.1 WP_278781114.1 XP_014204645.1 XP_014204645.1 WP_275765493.1 WP_275765493.1 OFI40104.1 OFI40104.1 HBA9856909.1 HBA9856909.1 WP_012147640.1 WP_012147640.1 CZT45482.1 CZT45482.1 MCD6247767.1 MCD6247767.1 MBL0720829.1 MBL0720829.1 WP_281562017.1 WP_281562017.1 WP_281562017.1 MBP1327478.1 MBF1128433.1 MBF1128433.1 WP_045308192.1 EHD1229023.1 WP_045308192.1 WP_045308192.1 AAZ67085.1 AAZ67085.1 WP_154454910.1 WP_154454910.1 OHX54041.1 OHX54041.1 XP_022216402.2 XP_022216402.2 MBN8606766.1 MBN8606766.1 KAJ7773233.1 KAJ7773233.1 VDO63589.1 VDO63589.1 WP_098642363.1 WP_098642363.1 WP_070709792.1 WP_070709792.1 MCI0750124.1 MCI0750124.1 MBR6483218.1 MBR6483218.1 MCA8947870.1 MCA8947870.1 WP_244356123.1 WP_244356123.1 HBJ0687394.1 HBJ0687394.1 GFD16573.1 GFD16573.1 MBT4867863.1 MBT4867863.1 WP_211354231.1 WP_211354231.1 TEA36026.1 TEA36026.1 TEA36026.1 KAI8569196.1 WP_205173112.1 WP_205173112.1 WP_205173112.1 MBP7222158.1 WP_205173112.1 WP_271786410.1 CEL11538.1 CEL11538.1 XP_018282977.1 KAH9272690.1 XP_018282977.1 XP_018282977.1 XP_018282977.1 AAL18389.1 XP_018282977.1 MBI3145102.1 KJS39335.1 KJS39335.1 GGN43478.1 GGN43478.1 WP_049599782.1 WP_049599782.1 WP_004699236.1 WP_006305873.1 WP_004699236.1 WP_004699236.1 VEL25898.1 VEL25898.1 MBI5809191.1 MBI5809191.1 WP_064441345.1 WP_064441345.1 WP_163968309.1 WP_163968309.1 CVV42982.1 CVV42982.1 CVV42982.1 CEY44168.1 WP_142725797.1 WP_142725797.1 WP_189821229.1 WP_189821229.1 NWY11222.1 NWY11222.1 WP_169605852.1 WP_169605852.1 WP_100081012.1 WP_100081012.1 MBE6713534.1 WP_206698867.1 MBE6713534.1 MBE6713534.1 MBE6713534.1 WP_023955328.1 MBE6713534.1 WP_029317544.1 MBE6713534.1 WP_219954954.1 MCP4293344.1 MCP4293344.1 WP_251586805.1 WP_251586805.1 WP_154557671.1 WP_154557671.1 NXK93169.1 NXK93169.1 WP_120653510.1 WP_120653510.1 WP_083053697.1 WP_083053697.1 WP_262890005.1 WP_262890005.1 CAG8634459.1 CAG8634459.1 WP_137652803.1 WP_137652803.1 WP_137652803.1 CAC9485003.1 MBD8931956.1 MBD8931956.1 WP_237973393.1 WP_237973393.1 WP_061356765.1 WP_061356765.1 WP_165438496.1 WP_165438496.1 MBC8203931.1 MBC8203931.1 WP_034327214.1 WP_034327214.1 MAC18593.1 MAC18593.1 NOY92382.1 NOY92382.1 MBW2071526.1 MBW2071526.1 MBP8762091.1 MBP8762091.1 GEV03352.1 GEV03352.1 WP_183483256.1 WP_183483256.1 WP_107033910.1 WP_107033910.1 HAP8698574.1 HAP8698574.1 ECY0969635.1 ECY0969635.1 HBX8004802.1 HBX8004802.1 WP_180748367.1 WP_180748367.1 WFQ78449.1 WFQ78449.1 TMD19778.1 TMD19778.1 GGC93399.1 GGC93399.1 WP_022347710.1 WP_022347710.1 MBE3121179.1 MBE3121179.1 XP_022005570.1 XP_022005570.1 WP_193275955.1 WP_193275955.1 WP_193275955.1 MBU2178615.1 EDQ2752402.1 EDQ2752402.1 WP_124996221.1 WP_124996221.1 XP_029123601.1 XP_029123601.1 XP_029123601.1 KAI6685811.1 MCI8760428.1 MCI8760428.1 XP_031982117.1 XP_031982117.1 HCF4435603.1 HCF4435603.1 MCF7955924.1 MCF7955924.1 WP_109850746.1 WP_109850746.1 XP_026175731.1 XP_026175731.1 MCI0684678.1 MCI0684678.1 MAH46576.1 MAH46576.1 MBS4052605.1 MBS4052605.1 YP_010013434.1 YP_010013434.1 WP_049105913.1 WP_049105913.1 MCQ2543220.1 MCQ2543220.1 GCE22918.1 GCE22918.1 WP_077093245.1 WP_077093245.1 CCX33905.1 CCX33905.1 WP_124989189.1 WP_124989189.1 EEL0394597.1 EEL0394597.1 WP_238717267.1 WP_238717267.1 RCN27560.1 RCN27560.1 MBQ3742794.1 MBQ3742794.1 WP_067035785.1 WP_067035785.1 SEP77558.1 SEP77558.1 MBS6296676.1 MBS6296676.1 MCM4298717.1 MCM4298717.1 KAJ1958754.1 KAJ1958754.1 WP_149230790.1 WP_149230790.1 NLI68303.1 NLI68303.1 KAB1283136.1 KAB1283136.1 NLZ91447.1 NLZ91447.1 MBE7001547.1 MBE7001547.1 WP_019843633.1 WP_019843633.1 XP_028702799.1 XP_028702799.1 GAM38698.1 GAM38698.1 WP_069647812.1 WP_069647812.1 WP_100524661.1 WP_100524661.1 WP_068798537.1 WP_068798537.1 WP_170382009.1 WP_170382009.1 AXI09756.1 AXI09756.1 HBQ61597.1 HBQ61597.1 KAG9648608.1 KAG9648608.1 EFV3192858.1 EFV3192858.1 WP_282014297.1 WP_282014297.1 CAC9512212.1 CAC9512212.1 WP_247315376.1 WP_247315376.1 MBB1664612.1 MBB1664612.1 WP_159801197.1 WP_159801197.1 HBY6471839.1 HBY6471839.1 MCH5281797.1 MCH5281797.1 QXV60806.1 QXV60806.1 MBU1949725.1 MBU1949725.1 WP_163911025.1 WP_163911025.1 WP_103186018.1 WP_103186018.1 XP_050828762.1 XP_050828762.1 ASV44386.1 ASV44386.1 WP_085524223.1 WP_085524223.1 WP_093727561.1 WP_093727561.1 TCJ90160.1 TCJ90160.1 EKD82894.1 EKD82894.1 WP_242018727.1 WP_242018727.1 SIS29303.1 SIS29303.1 MCH8904788.1 MCH8904788.1 WP_234970720.1 WP_234970720.1 MBQ8958073.1 MBQ8958073.1 WP_204806484.1 WP_204806484.1 WP_087711902.1 WP_087711902.1 WP_203562037.1 WP_203562037.1 WP_185496123.1 WP_185496123.1 MBR3968535.1 MBR3968535.1 NDE79167.1 NDE79167.1 MCS6915397.1 MCS6915397.1 MBB4243944.1 MBB4243944.1 MCB1072350.1 MCB1072350.1 NJP20283.1 NJP20283.1 MBI9015564.1 MBI9015564.1 WP_186214732.1 WP_186214732.1 WP_055486904.1 WP_055486904.1 KAJ9212931.1 KAJ9212931.1 WP_262510814.1 WP_262510814.1 KAI6876782.1 KAI6876782.1 WP_164166542.1 WP_164166542.1 WP_024039518.1 WP_024039518.1 WP_024039518.1 MXI78925.1 WP_024039518.1 WP_058738289.1 WP_024039518.1 WP_262452366.1 MBP9926316.1 MBP9926316.1 NLF87571.1 NLF87571.1 WP_033667247.1 WP_033667247.1 WP_005582143.1 WP_005582143.1 WP_074121838.1 WP_074121838.1 XP_022242849.1 XP_022242849.1 WP_136055013.1 WP_136055013.1 OAL01167.1 OAL01167.1 MBO7265633.1 MBO7265633.1 WP_258699485.1 WP_258699485.1 WP_048222205.1 WP_048222205.1 MBJ08097.1 MBJ08097.1 XP_054805378.1 XP_054805378.1 WP_204224003.1 WP_204224003.1 PIE36668.1 PIE36668.1 HDK38158.1 HDK38158.1 WP_015138129.1 WP_015138129.1 EFA5158712.1 EFA5158712.1 CUX17903.1 MCC5885453.1 CUX17903.1 CUX17903.1 WP_176462507.1 WP_176462507.1 WP_048370512.1 WP_048370512.1 WP_048370512.1 MBO5908692.1 XP_031360469.1 XP_031360469.1 WP_197052899.1 WP_197052899.1 WP_197052899.1 WP_236961032.1 KAG2061513.1 KAG2061513.1 WP_249930443.1 WP_249930443.1 KAG6208320.1 KAG6208320.1 KAF8844043.1 KAF8844043.1 WP_013017739.1 WP_013017739.1 WP_012456188.1 WP_012456188.1 MBI5477481.1 MBI5477481.1 WP_235104528.1 WP_235104528.1 WP_207517291.1 WP_207517291.1 AMB21424.1 AMB21424.1 MBI3058450.1 MBI3058450.1 MBI3058450.1 MBP3421135.1 CPW15624.1 CPW15624.1 MCK4862399.1 MCK4862399.1 HBP5520355.1 HBP5520355.1 WP_230171322.1 WP_230171322.1 WP_230171322.1 WP_000685022.1 WP_127958949.1 WP_127958949.1 KAJ2127656.1 KAJ2127656.1 RDU38945.1 RDU38945.1 MCO4653091.1 MCO4653091.1 NHW60074.1 NHW60074.1 OQY98020.1 OQY98020.1 NVK06315.1 NVK06315.1 WP_001203076.1 WP_001203076.1 WP_248055680.1 WP_248055680.1 PWI17876.1 PWI17876.1 WP_275889644.1 WP_275889644.1 HCD1639688.1 HCD1639688.1 MCQ2150528.1 MCQ2150528.1 CAI2795006.1 CAI2795006.1 CAI2795006.1 NEB02235.1 CAI2795006.1 WP_032407714.1 QNW05614.1 QNW05614.1 MBQ1868746.1 MBQ1868746.1 EED80871.1 EED80871.1 WP_083944445.1 WP_083944445.1 DAS51312.1 DAS51312.1 EGH2885952.1 EGH2885952.1 EGH2885952.1 WP_260821709.1 MCP4417814.1 MCP4417814.1 WP_230700203.1 WP_230700203.1 MBR5475092.1 MBR5475092.1 NQD93247.1 NQD93247.1 MBW0490175.1 MBW0490175.1 MBT5105952.1 MBT5105952.1 GBC87342.1 GBC87342.1 WP_097242040.1 MBD5558909.1 WP_097242040.1 WP_097242040.1 WP_126547421.1 WP_126547421.1 WP_126547421.1 WP_017166220.1 WP_093699720.1 WP_093699720.1 WP_145544593.1 WP_145544593.1 WP_145544593.1 WP_269885397.1 WP_203771012.1 WP_203771012.1 HBS26035.1 HBS26035.1 WP_263867815.1 WP_263867815.1 WP_002803816.1 WP_002803816.1 NEQ77371.1 NEQ77371.1 MBQ1823017.1 MBQ1823017.1 XP_020476240.1 XP_020476240.1 AYV78736.1 AYV78736.1 MCI54718.1 MCI54718.1 WP_062003339.1 WP_062003339.1 MBK7750076.1 MBK7750076.1 WP_160354134.1 WP_160354134.1 WP_073017683.1 WP_073017683.1 MBO6826978.1 MBO6826978.1 WP_237025736.1 WP_237025736.1 WP_167324608.1 WP_167324608.1 MBF7068745.1 MBF7068745.1 WP_002598431.1 WP_002598431.1 XP_010216383.1 XP_010216383.1 WP_238741277.1 WP_238741277.1 WP_125933644.1 WP_125933644.1 MBR4207675.1 MBR4207675.1 MXZ96777.1 MXZ96777.1 WP_231587592.1 WP_231587592.1 WP_130617254.1 WP_130617254.1 SNS96357.1 SNS96357.1 AAM89588.1 AAM89588.1 WP_146943319.1 WP_146943319.1 MBK7076265.1 MBK7076265.1 XP_054023409.1 XP_054023409.1 WP_116073604.1 WP_116073604.1 WP_162428520.1 WP_162428520.1 GJQ31858.1 GJQ31858.1 WP_249866435.1 WP_058093348.1 WP_249866435.1 WP_249866435.1 CDE57470.1 CDE57470.1 EEY6110619.1 EEY6110619.1 BCJ09783.1 BCJ09783.1 WP_151615076.1 WP_151615076.1 QAA77085.1 QAA77085.1 WP_013384884.1 WP_013384884.1 CAF1284994.1 CAF1284994.1 ORY38386.1 ORY38386.1 CAI9173470.1 CAI9173470.1 PHI20455.1 PHI20455.1 MCA3282362.1 MCA3282362.1 MBE6211131.1 MBE6211131.1 MCS7352192.1 MCS7352192.1 MBT5102369.1 MBT5102369.1 GIY87976.1 GIY87976.1 KHC51086.1 KHC51086.1 XP_048190726.1 XP_048190726.1 KAI3869934.1 KAI3869934.1 NEO65312.1 NEO65312.1 NEO65312.1 MBL8820230.1 NEO65312.1 RYE89993.1 WP_183555556.1 WP_183555556.1 XP_034617399.1 XP_034617399.1 NJD87536.1 NJD87536.1 MBK8449583.1 MBK8449583.1 MBQ9754467.1 MBQ9754467.1 WP_278278068.1 WP_278278068.1 WP_195180108.1 WP_195180108.1 WP_195180108.1 WP_256153163.1 UKZ95812.1 UKZ95812.1 WP_110180126.1 WP_110180126.1 WP_129639177.1 WP_129639177.1 CAG9815058.1 CAG9815058.1 PJJ44766.1 PJJ44766.1 PJJ44766.1 WP_206581849.1 PJJ44766.1 WP_092081374.1 PJJ44766.1 WP_231355705.1 WP_237150901.1 WP_237150901.1 MCE9516778.1 MCE9516778.1 KFU90592.1 KFU90592.1 MBX3707511.1 MBX3707511.1 KKU62290.1 KKU62290.1 MBK5571697.1 MBK5571697.1 WP_176282182.1 WP_176282182.1 XP_038766703.1 XP_038766703.1 WP_276078981.1 WP_276078981.1 WP_276078981.1 MCH8117287.1 KAG1843883.1 KAG1843883.1 KAJ4375381.1 KAJ4375381.1 WP_001977095.1 WP_001977095.1 KXZ65002.1 KXZ65002.1 WP_056329268.1 WP_056329268.1 MBX3400476.1 MBX3400476.1 MBV8060578.1 MBV8060578.1 XP_003035978.1 XP_003035978.1 XP_039406663.1 XP_039406663.1 HBG17616.1 HBG17616.1 WP_277324932.1 WP_057452934.1 WP_277324932.1 WP_277324932.1 WP_277324932.1 MBF0865514.1 WP_277324932.1 WP_083296738.1 WP_277324932.1 WP_040532466.1 XP_037916999.1 XP_037916999.1 PBP26446.1 PBP26446.1 MBS3742576.1 MBS3742576.1 WP_273302807.1 WP_273302807.1 PKM59746.1 PKM59746.1 YP_009017695.1 YP_009017695.1 XP_003875641.1 XP_003875641.1 WP_278390468.1 WP_278390468.1 WP_130514498.1 WP_130514498.1 WP_275865201.1 WP_275865201.1 XP_031258584.1 XP_031258584.1 KAJ2272836.1 KAJ2272836.1 HBO0131372.1 HBO0131372.1 XP_035800909.1 XP_035800909.1 WP_222878685.1 WP_222878685.1 MCD8548598.1 MCD8548598.1 MBK6756051.1 MBK6756051.1 WP_021117716.1 WP_021117716.1 NDD52781.1 NDD52781.1 HBT3241107.1 HBT3241107.1 MCS5664414.1 MCS5664414.1 WP_091054162.1 WP_091054162.1 WP_281733574.1 WP_281733574.1 HCI6016418.1 HCI6016418.1 KAI6876023.1 KAI6876023.1 EIP7986019.1 EIP7986019.1 RWW57209.1 RWW57209.1 XP_025220530.1 XP_025220530.1 WP_234466695.1 WP_234466695.1 WP_266771233.1 WP_266771233.1 KAH0848936.1 KAH0848936.1 MBP2236311.1 MBP2236311.1 MBP6786080.1 MBL8103469.1 MBP6786080.1 WP_136095406.1 MBP6786080.1 MBP6786080.1 MBP6786080.1 KAF6257731.1 MBP6786080.1 MCH2804017.1 MBP6786080.1 WP_029789810.1 MCD6482094.1 WP_077010214.1 MCD6482094.1 MCD6482094.1 XP_041715299.2 XP_041715299.2 WP_215262079.1 WP_215262079.1 PWA60456.1 PWA60456.1 WP_103025967.1 WP_103025967.1 WP_019092761.1 WP_019092761.1 WP_019092761.1 WP_199713305.1 WP_033744100.1 WP_033744100.1 WP_054998585.1 EFO2269166.1 WP_054998585.1 WP_054998585.1 MBK6870374.1 MBK6870374.1 WP_108820366.1 WP_108820366.1 WP_152569558.1 WP_152569558.1 WP_175083644.1 WP_175083644.1 CAD8183695.1 CAD8183695.1 HCD1954593.1 HCD1954593.1 HBM93052.1 HBM93052.1 WP_281919021.1 WP_281919021.1 WP_066678157.1 WP_066678157.1 WP_025209636.1 WP_025209636.1 HEM46184.1 HEM46184.1 WP_046631173.1 WP_046631173.1 WP_143210733.1 WP_143210733.1 KAE9373439.1 KAE9373439.1 WP_089322445.1 WP_089322445.1 CAD8073566.1 CAD8073566.1 EEF30376.1 EEF30376.1 RKK88308.1 RKK88308.1 WP_252809941.1 UWQ95440.1 WP_252809941.1 WP_252809941.1 WP_252809941.1 WP_102848179.1 EKD39302.1 EKD39302.1 WP_185816158.1 WP_185816158.1 CAD8089828.1 CAD8089828.1 WP_147833981.1 WP_147833981.1 WP_111625343.1 WP_111625343.1 WP_111625343.1 MBU2510560.1 TDZ21558.1 TDZ21558.1 WP_169079632.1 WP_169079632.1 WP_099949840.1 KPQ18226.1 WP_099949840.1 WP_099949840.1 WP_188506850.1 WP_188506850.1 TQD79640.1 TQD79640.1 WP_095648367.1 WP_095648367.1 HBB9152465.1 HBB9152465.1 WP_060879438.1 WP_060879438.1 MBQ1583517.1 MBQ1583517.1 WP_166737936.1 WP_166737936.1 XP_044786537.1 XP_044786537.1 KAG7243800.1 KAG7243800.1 MBN8831519.1 MBN8831519.1 WP_131827568.1 WP_131827568.1 XP_023194678.1 XP_023194678.1 MBR5392328.1 MBR5392328.1 NDH19650.1 NDH19650.1 MCA9786884.1 MCA9786884.1 WP_230834693.1 WP_230834693.1 CAH2408238.1 CAH2408238.1 XP_016482688.1 XP_016482688.1 WP_122377077.1 WP_122377077.1 EFW22388.1 EFW22388.1 WP_059048359.1 WP_059048359.1 KAJ8530820.1 KAJ8530820.1 WP_098626931.1 WP_098626931.1 WP_017900964.1 WP_017900964.1 KIH61449.1 KIH61449.1 DAS51696.1 DAS51696.1 MBQ2198584.1 MBQ2198584.1 WP_091629500.1 WP_091629500.1 WP_065450627.1 WP_065450627.1 WP_065450627.1 WP_047323176.1 WP_067487176.1 WP_067487176.1 GBN84473.1 GBN84473.1 MCP5281008.1 MCP5281008.1 WP_070310045.1 WP_070310045.1 WP_070310045.1 WP_130962786.1 WP_070310045.1 WP_264144890.1 WP_266170214.1 WP_266170214.1 MBP6854588.1 MBP6854588.1 WP_275364603.1 WP_275364603.1 WP_131609232.1 WP_131609232.1 WP_213413035.1 WP_213413035.1 WP_198140600.1 WP_198140600.1 CAF1441577.1 CAF1441577.1 EFV9058489.1 EFV9058489.1 MCK5224664.1 MCK5224664.1 HAX5007168.1 HAX5007168.1 NND17855.1 NND17855.1 XP_041823288.1 XP_041823288.1 KIA87593.1 KIA87593.1 WP_177209229.1 WP_177209229.1 KAH7714125.1 KAH7714125.1 WP_125553257.1 WP_125553257.1 VIF85598.1 VIF85598.1 KAH9082671.1 KAH9082671.1 RAL39799.1 RAL39799.1 RAL39799.1 WP_049697298.1 RAL39799.1 WP_259408897.1 VDM37090.1 VDM37090.1 WP_185892671.1 WP_215391030.1 WP_185892671.1 HBD3580067.1 WP_185892671.1 WP_185892671.1 EAG8834195.1 EAG8834195.1 WP_210473185.1 WP_210473185.1 WP_210473185.1 GDX41819.1 WP_183495065.1 WP_183495065.1 KAI1498309.1 KAI1498309.1 WP_222532997.1 WP_222532997.1 WP_063007015.1 WP_063007015.1 WP_044229656.1 WP_044229656.1 WP_201618498.1 WP_201618498.1 KAH8074532.1 KAH8074532.1 XP_018062972.1 XP_018062972.1 MBK9009608.1 MBK9009608.1 WP_122013538.1 WP_122013538.1 WP_122013538.1 WP_070188258.1 WP_122013538.1 WP_232180661.1 XP_023607675.1 XP_028261945.1 XP_023607675.1 XP_023607675.1 EJJ0661731.1 EJJ0661731.1 KAJ5985703.1 KAJ5985703.1 KAE8933980.1 KAE8933980.1 MBU3899877.1 MBU3899877.1 VQC01530.1 VQC01530.1 WP_086520229.1 WP_086520229.1 WP_086520229.1 MCJ7733050.1 MCP4204994.1 MCP4204994.1 NWZ25026.1 NWZ25026.1 GAK23860.1 GAK23860.1 WP_143320175.1 WP_143320175.1 2VYZ_A 2VYZ_A WP_051325724.1 WP_051325724.1 MBF0357294.1 MBF0357294.1 WP_097902424.1 WP_097902424.1 WP_268737299.1 WP_268737299.1 WP_194365392.1 WP_194365392.1 XP_039612537.1 XP_039612537.1 WP_018159095.1 WP_018159095.1 WP_018159095.1 WP_159117211.1 WP_018159095.1 WP_265775712.1 WP_011147179.1 WP_011147179.1 WP_265889043.1 WP_222256467.1 WP_265889043.1 WP_265889043.1 EAJ3842941.1 WP_258236293.1 EAJ3842941.1 EAJ3842941.1 WP_134660892.1 WP_134660892.1 MCI1641075.1 MCI1641075.1 KAF0292372.1 KAF0292372.1 MBI5007102.1 MBI5007102.1 WP_008134825.1 WP_206363707.1 WP_008134825.1 WP_150396769.1 WP_008134825.1 RUU66461.1 WP_008134825.1 WP_256546297.1 WP_008134825.1 EHR6291555.1 WP_008134825.1 WP_247429569.1 WP_008134825.1 WP_089246429.1 WP_008134825.1 WP_071876418.1 WP_008134825.1 WP_276362074.1 WP_008134825.1 GBD21053.1 WP_008134825.1 WP_008134825.1 WP_008134825.1 MBU5353226.1 WP_008134825.1 MBO5162475.1 WP_008134825.1 WP_185334683.1 WP_008134825.1 GLY24463.1 WP_008134825.1 WP_008470196.1 WP_008134825.1 WP_159463829.1 WP_008134825.1 QCM13287.1 WP_008134825.1 WP_221977168.1 WP_008134825.1 WP_142931103.1 WP_008134825.1 WP_227059655.1 WP_008134825.1 WP_139764340.1 WP_008134825.1 MBQ3864274.1 WP_008134825.1 WP_153844272.1 WP_008134825.1 WP_192324556.1 WP_008134825.1 WP_112088864.1 WP_008134825.1 WP_167977039.1 WP_199097566.1 WP_199097566.1 MBB4862510.1 MBB4862510.1 MCM1185292.1 MCM1185292.1 MCM1185292.1 GAP70049.1 EAG2878363.1 EAG2878363.1 WP_202269758.1 WP_202269758.1 XP_007043916.2 XP_007043916.2 WP_260402970.1 WP_260402970.1 KAJ7197949.1 KAJ7197949.1 WP_096851915.1 WP_096851915.1 XP_021776778.1 XP_021776778.1 AGQ38940.1 AGQ38940.1 WP_108677987.1 WP_108677987.1 HBS1873186.1 OZZ34426.1 HBS1873186.1 HBS1873186.1 EPB66139.1 EPB66139.1 XP_013957138.1 XP_013957138.1 WP_087214971.1 WP_087214971.1 MPZ95749.1 WP_165724099.1 MPZ95749.1 MPZ95749.1 MPZ95749.1 MCF8449868.1 WP_050658900.1 WP_050658900.1 CAD1480127.1 CAD1480127.1 OKZ56768.1 OKZ56768.1 GEU53557.1 GEU53557.1 GEU53557.1 NQR19375.1 WP_274755179.1 WP_274755179.1 KAJ8608448.1 KAJ8608448.1 WP_063477675.1 WP_063477675.1 WP_063477675.1 WP_221874538.1 PPE01392.1 PPE01392.1 MBE8398245.1 MBE8398245.1 XP_044006408.1 XP_044006408.1 WP_218283561.1 WP_218283561.1 XP_022457077.1 XP_022457077.1 WP_162500151.1 WP_162500151.1 XP_050030289.1 XP_050030289.1 MBV9229016.1 MBV9229016.1 EDL37908.1 EDL37908.1 WP_251511058.1 WP_251511058.1 MCA2619319.1 MCA2619319.1 WP_260365401.1 WP_260365401.1 AFG64821.1 AFG64821.1 MBN8458701.1 MBN8458701.1 CDD38815.1 CDD38815.1 WP_139665379.1 WP_139665379.1 XP_007311010.1 XP_007311010.1 XP_007311010.1 PWB61544.1 NLW10703.1 NLW10703.1 CAI6348765.1 CAI6348765.1 MBA0553791.1 MBA0553791.1 MCI5711730.1 MCI5711730.1 XP_039985286.1 XP_039985286.1 KAJ8525108.1 KAJ8525108.1 XP_048409145.1 XP_048409145.1 WP_093752330.1 WP_093752330.1 WP_194312569.1 WP_194312569.1 WP_245823513.1 WP_245823513.1 HIR98957.1 HIR98957.1 CAG5150301.1 CAG5150301.1 WP_231784956.1 WP_231784956.1 WP_171486859.1 WP_171486859.1 MAF07216.1 MAF07216.1 KAJ1492758.1 KAJ1492758.1 OYZ89234.1 OYZ89234.1 WP_063706594.1 WP_063706594.1 KZT58963.1 KZT58963.1 WP_137783451.1 WP_137783451.1 KAJ7469048.1 KAJ7469048.1 WP_064292413.1 WP_064292413.1 WP_064292413.1 MCL2109536.1 WP_226800426.1 WP_174951329.1 WP_226800426.1 WP_226800426.1 RYU57897.1 RYU57897.1 AQR57668.1 AQR57668.1 WP_045323370.1 WP_045323370.1 MBD9057797.1 MBD9057797.1 QHO28611.1 QHO28611.1 CAH2238127.1 CAH2238127.1 XP_031974225.1 XP_031974225.1 MCD0163384.1 MCD0163384.1 NDF46396.1 NDF46396.1 WP_141134618.1 WP_141134618.1 RKT82586.1 RKT82586.1 PYS39036.1 MCK5068303.1 PYS39036.1 PYS39036.1 WP_272889997.1 WP_272889997.1 MBR4734761.1 MBR4734761.1 XP_015239306.1 XP_015239306.1 WP_010048070.1 WP_010048070.1 GFV41582.1 GFV41582.1 KAG1464501.1 KAG1464501.1 QDK31721.1 QDK31721.1 KIJ40064.1 KIJ40064.1 WP_282979415.1 WP_282979415.1 EIZ9235425.1 EIZ9235425.1 MCA1959605.1 MCA1959605.1 MBL6706528.1 MBL02020.1 MBL6706528.1 MBL6706528.1 MBL6706528.1 MBN2666786.1 MBL6706528.1 WP_056610248.1 KAJ7726226.1 KAJ7726226.1 RLS46433.1 RLS46433.1 QQH27121.1 QQH27121.1 XP_003040019.1 XP_003040019.1 MCF6767132.1 MCF6767132.1 HAF12758.1 HAF12758.1 KAH9403806.1 KAH9403806.1 MBK7636756.1 MBK7636756.1 KAJ6236901.1 KAJ6236901.1 XP_033541489.1 XP_033541489.1 PPC85417.1 PPC85417.1 WP_004751198.1 WP_004751198.1 MBE0607625.1 MBE0607625.1 RCN52028.1 RCN52028.1 WP_122383566.1 WP_122383566.1 WP_139627894.1 WP_139627894.1 WP_012517468.1 WP_012517468.1 WP_249312942.1 WP_249312942.1 WP_145756500.1 WP_145756500.1 CAH1111016.1 CAH1111016.1 OFJ58224.1 OFJ58224.1 WP_091978272.1 WP_091978272.1 WP_226208117.1 WP_226208117.1 TGL93452.1 TGL93452.1 QNM59064.1 QNM59064.1 WP_203164019.1 WP_203164019.1 WP_269268099.1 WP_269268099.1 PKB44918.1 PKB44918.1 MBW6484923.1 MBW6484923.1 WP_105585532.1 WP_105585532.1 XP_017476002.1 XP_029371967.1 XP_017476002.1 XP_017476002.1 SOE22515.1 SOE22515.1 WP_012339795.1 WP_012339795.1 WP_012339795.1 WP_096719144.1 NLL47071.1 NLL47071.1 MCD6597402.1 MCD6597402.1 KAH6984898.1 KAH6984898.1 KAJ5220196.1 KAJ5220196.1 WP_095981693.1 WP_095981693.1 WP_253352066.1 WP_253352066.1 GFT52874.1 GFT52874.1 CDE36962.1 CDE36962.1 XP_011272275.1 XP_011272275.1 WP_023319464.1 WP_023319464.1 MCJ1318822.1 MCJ1318822.1 WP_102273603.1 WP_102273603.1 MCT7046027.1 MCT7046027.1 MCE1309955.1 MCE1309955.1 KAH9016734.1 KAH9016734.1 KAH9016734.1 NQY08093.1 KAH9016734.1 KAJ7349597.1 MQF68191.1 MQF68191.1 WP_046925025.1 WP_046925025.1 WP_041119847.1 WP_041119847.1 WP_020226160.1 WP_020226160.1 MBL7732834.1 MBL7732834.1 WP_267248697.1 WP_267248697.1 XP_019381256.1 XP_019381256.1 WP_230822898.1 WP_230822898.1 KAF0554084.1 KAF0554084.1 WP_033365653.1 WP_033365653.1 XP_009464764.1 XP_009464764.1 OFY34840.1 MCU0422147.1 OFY34840.1 OFY34840.1 OFY34840.1 NRB78924.1 KAG7131021.1 KAG7131021.1 WP_246735792.1 WP_246735792.1 NWV63665.1 NWV63665.1 EBS5850541.1 EBS5850541.1 WP_108137685.1 WP_108137685.1 WP_213973719.1 WP_213973719.1 WP_259005392.1 NCV89943.1 WP_259005392.1 WP_259005392.1 WP_259005392.1 GIR09622.1 WP_259005392.1 WP_087384365.1 WP_259005392.1 WP_007853416.1 WP_259005392.1 WP_113669955.1 WP_259005392.1 WP_239913672.1 MBN3769952.1 MBN3769952.1 MCH5163858.1 MCH5163858.1 MBP6972346.1 MBP6972346.1 HCT31040.1 HCT31040.1 WP_098092873.1 WP_098092873.1 WP_198730235.1 WP_198730235.1 XP_016611986.1 XP_016611986.1 WP_230800902.1 WP_230800902.1 MZP65343.1 MZP65343.1 MBD1815385.1 MBD1815385.1 XP_003048468.1 XP_003048468.1 WP_217413389.1 WP_217413389.1 EDJ6414383.1 EDJ6414383.1 MCB1141657.1 MCB1141657.1 WP_025427984.1 WP_025427984.1 TNN34207.1 TNN34207.1 AUQ33312.1 AUQ33312.1 MCP4914981.1 MCP4914981.1 WP_260986135.1 WP_260986135.1 XP_055989820.1 XP_055989820.1 HIM51057.1 HIM51057.1 MBQ7978512.1 MBQ7978512.1 MPC84742.1 MPC84742.1 HAS28932.1 HAS28932.1 WP_253620872.1 WP_253620872.1 WP_098097765.1 WP_098097765.1 WP_169577965.1 WP_169577965.1 QNF21522.1 QNF21522.1 QNF21522.1 WP_160421767.1 CDA87281.1 CDA87281.1 MBO5946342.1 MBO5946342.1 MBQ8711066.1 MBQ8711066.1 NIW25441.1 NIW25441.1 WP_135949574.1 WP_135949574.1 XP_048633428.1 XP_048633428.1 KAI6047342.1 KAI6047342.1 MBF2759673.1 WP_214516916.1 MBF2759673.1 MBF2759673.1 MBF2759673.1 WP_068051662.1 MBF2759673.1 WP_098279309.1 MBQ3104376.1 MBQ3104376.1 NCN26743.1 NCN26743.1 GBL21590.1 GBL21590.1 HAB9632401.1 HAB9632401.1 WP_026002076.1 WP_026002076.1 AHH33963.1 AHH33963.1 XP_043014885.1 XP_043014885.1 TEB32912.1 TEB32912.1 EDP2695460.1 EDP2695460.1 XP_035216353.1 XP_035216353.1 WP_137773782.1 WP_137773782.1 XP_036437421.1 XP_036437421.1 XP_036437421.1 NXS49052.1 XP_036437421.1 XP_023957144.1 MAT93460.1 MAT93460.1 XP_040253449.1 XP_040253449.1 NOZ55740.1 NOZ55740.1 WP_148545383.1 WP_148545383.1 OLB27154.1 OLB27154.1 OLB27154.1 WP_128492049.1 OLB27154.1 WP_147135386.1 WP_265735210.1 WP_164724930.1 WP_265735210.1 WP_265735210.1 XP_042465169.1 XP_042465169.1 GLW31455.1 GLW31455.1 WP_185740810.1 WP_185740810.1 MBP6728875.1 MBP6728875.1 MBP6728875.1 GGU82495.1 MBT1322465.1 MBT1322465.1 MBN1558293.1 MBN1558293.1 ANI90891.1 ANI90891.1 VFV20999.1 VFV20999.1 TMO21331.1 TMO21331.1 HIE16764.1 HIE16764.1 WP_202252188.1 WP_202252188.1 KAF1788175.1 KAF1788175.1 WP_048611692.1 WP_048611692.1 WP_144320971.1 WP_144320971.1 PQK14494.1 PQK14494.1 XP_009535872.1 XP_009535872.1 MBR3005965.1 MBR3005965.1 RZM24348.1 RZM24348.1 XP_001840824.2 XP_001840824.2 ECP3866152.1 ECP3866152.1 WP_232745899.1 WP_232745899.1 WP_120115041.1 WP_120115041.1 UUZ63036.1 UUZ63036.1 WP_268579666.1 WP_268579666.1 KAF3628212.1 KAF3628212.1 XP_024888572.1 XP_024888572.1 MBS0261058.1 MBS0261058.1 WP_213449477.1 WP_149406163.1 WP_213449477.1 WP_213449477.1 XP_037539096.1 XP_037539096.1 KAG7462864.1 KAG7462864.1 HAT9095998.1 HAT9095998.1 ORY76548.1 ORY76548.1 HCB1767023.1 HCB1767023.1 WP_118359022.1 WP_118359022.1 TXK73489.1 TXK73489.1 XP_030079323.1 XP_030079323.1 TOE90752.1 TOE90752.1 MCI8895019.1 MCI8895019.1 GHP52484.1 GHP52484.1 XP_034264344.1 XP_034264344.1 WP_002449605.1 WP_002449605.1 KAE9445077.1 KAE9445077.1 MBE0577924.1 TDB49724.1 MBE0577924.1 MBE0577924.1 EIT2901672.1 EIT2901672.1 WP_128272295.1 WP_128272295.1 WP_268123036.1 WP_268123036.1 WP_118205888.1 WP_118205888.1 WP_052232835.1 WP_052232835.1 OGY30120.1 OGY30120.1 WP_017123457.1 WP_017123457.1 WP_017123457.1 MCU0490050.1 WP_017123457.1 NJS16994.1 KAF0905729.1 KAF0905729.1 WP_270677687.1 WP_270677687.1 WP_037451816.1 WP_037451816.1 XP_013231239.1 XP_013231239.1 WP_254972748.1 WP_254972748.1 WP_250182896.1 WP_250182896.1 MCK9338853.1 MCK9338853.1 SEP73001.1 SEP73001.1 PIR55147.1 PIR55147.1 WP_246612751.1 WP_246612751.1 XP_026320625.1 KAJ8763828.1 XP_026320625.1 XP_026320625.1 PWM57416.1 PWM57416.1 WP_208910104.1 WP_208910104.1 XP_021874514.1 XP_021874514.1 KAJ1619151.1 KAJ1619151.1 MCL5028570.1 MCL5028570.1 MCL5028570.1 QYU66920.1 MBE6835980.1 WP_248087248.1 MBE6835980.1 MBE6835980.1 WP_162782234.1 WP_162782234.1 WP_162782234.1 RCI04718.1 OWK14769.1 OWK14769.1 WP_013572974.1 WP_013572974.1 WP_074791539.1 WP_074791539.1 MCQ2059483.1 MCQ2059483.1 MCQ2059483.1 KFO63955.1 MBA3725210.1 MBA3725210.1 OGH18708.1 OGH18708.1 KAI9022896.1 KAI9022896.1 MBO0657491.1 MBO0657491.1 XP_004647050.1 XP_004647050.1 MCI93591.1 MCI93591.1 XP_049153370.1 WP_142037733.1 XP_049153370.1 XP_049153370.1 HBL3458524.1 GAF66133.1 HBL3458524.1 HBL3458524.1 NLR72952.1 WP_167196601.1 NLR72952.1 NLR72952.1 RLB75920.1 RLB75920.1 TFV53637.1 TFV53637.1 KAI9597310.1 KAI9597310.1 QGP90243.1 QGP90243.1 MBE42757.1 MBE42757.1 EFG8800866.1 EFG8800866.1 WP_233987432.1 WP_233987432.1 KAJ3193491.1 KAJ3193491.1 XP_049406314.1 XP_049406314.1 WP_200478262.1 WP_200478262.1 WP_112308968.1 WP_112308968.1 WP_051963813.1 WP_051963813.1 WP_216207121.1 WP_216207121.1 MBA3038663.1 MBA3038663.1 WP_280949002.1 WP_280949002.1 WP_280949002.1 MCF1439711.1 XP_010267139.1 XP_010267139.1 MBO4748034.1 MBO4748034.1 MCB1383119.1 MCB1383119.1 MCB1703688.1 MCB1703688.1 WP_039286629.1 WP_039286629.1 CAF1139697.1 CAF1139697.1 WP_106361175.1 WP_106361175.1 WP_269672356.1 WP_269672356.1 RKZ09955.1 RKZ09955.1 NFD84694.1 MBT3459617.1 NFD84694.1 NFD84694.1 NFD84694.1 WP_038440434.1 NFD84694.1 MBQ8297564.1 NFD84694.1 MBQ4454347.1 WP_022677205.1 WP_022677205.1 ARD43281.1 ARD43281.1 XP_047599047.1 XP_047599047.1 OGS12612.1 OGS12612.1 WP_063540919.1 WP_063540919.1 WP_063637985.1 WP_063637985.1 ENH52105.1 ENH52105.1 HBX1528262.1 HBX1528262.1 OLP01091.1 OLP01091.1 MBL7855430.1 MBL7855430.1 MBR0046728.1 MBR0046728.1 MBQ8989682.1 MBQ8989682.1 XP_014802175.1 XP_014802175.1 WP_006685582.1 WP_006685582.1 NLU55538.1 NLU55538.1 XP_018994437.1 XP_018994437.1 PAZ00503.1 PAZ00503.1 SIR93298.1 SIR93298.1 WP_247623347.1 WP_247623347.1 MCB9820569.1 MCB9820569.1 WP_142051038.1 WP_142051038.1 KAJ2593889.1 XP_033668161.1 KAJ2593889.1 KAJ2593889.1 WP_219798185.1 WP_219798185.1 XP_002777379.1 XP_002777379.1 MAG40972.1 MAG40972.1 MCA1836835.1 MCA1836835.1 TSA47082.1 TSA47082.1 WP_212961195.1 WP_212961195.1 WP_228273696.1 WP_228273696.1 ECA8969615.1 ECA8969615.1 KAF5192947.1 KAF5192947.1 RYG22587.1 RYG22587.1 RYY39456.1 RYY39456.1 KAJ3920833.1 KAJ3920833.1 EFO3858608.1 EFO3858608.1 WP_032037025.1 WP_032037025.1 EJC8518717.1 EJC8518717.1 WP_056747799.1 WP_056747799.1 MBP9767803.1 MBP9767803.1 WP_105738432.1 WP_061554953.1 WP_105738432.1 WP_105738432.1 MBR1803321.1 MBR1803321.1 MSV89973.1 MSV89973.1 MBQ8356560.1 MBQ8356560.1 KAF4755575.1 KAF4755575.1 HJF55539.1 HJF55539.1 MBN2192743.1 HAM57133.1 MBN2192743.1 MBN2192743.1 WP_141624088.1 WP_141624088.1 WP_211429491.1 WP_211429491.1 NRA95518.1 NRA95518.1 WP_279184953.1 WP_279184953.1 WP_279184953.1 MBR6417349.1 KAI1377204.1 KAI1377204.1 MCF3649178.1 MCF3649178.1 XP_053501940.1 XP_053501940.1 EIA1623697.1 EIA1623697.1 CAF4687378.1 CAF4687378.1 CAH8313346.1 CAH8313346.1 MBN9169301.1 MBN9169301.1 KAG8539342.1 KAG8539342.1 WP_259864893.1 WP_259864893.1 MBF9039534.1 MBF9039534.1 MCB0672512.1 MCB0672512.1 MBI4878028.1 MBI4878028.1 MBP1876254.1 WP_281034490.1 MBP1876254.1 WP_207918089.1 MBP1876254.1 MBP1876254.1 MBP1876254.1 OAN53756.1 MBP1876254.1 MBC7326981.1 MBP1876254.1 WP_174822921.1 MBP1876254.1 WP_022619009.1 MBP1876254.1 MBQ4383193.1 MBP1876254.1 MXP43753.1 MBP1876254.1 WP_158791585.1 EBC1613035.1 EBC1613035.1 WP_052386686.1 WP_052386686.1 WP_068000887.1 WP_068000887.1 WP_257384536.1 WP_257384536.1 WP_254363411.1 WP_254363411.1 MCK9538307.1 MCK9538307.1 MBQ7809358.1 MBQ7809358.1 WP_187642449.1 WP_187642449.1 WP_036824351.1 WP_036824351.1 WP_092802679.1 WP_092802679.1 NMG18956.1 NMG18956.1 WP_058997548.1 WP_058997548.1 MCO7639728.1 MCO7639728.1 PBK84789.1 PBK84789.1 KAI9244300.1 KAI9244300.1 WP_049043948.1 WP_049043948.1 WP_068780709.1 WP_068780709.1 WP_247334239.1 WP_247334239.1 WP_265966242.1 WP_265966242.1 MBS7604783.1 MBS7604783.1 MCI2155109.1 MCI2155109.1 WP_013559898.1 WP_013559898.1 CKQ42697.1 CKQ42697.1 MCE4566367.1 MCE4566367.1 MCL6540381.1 MCL6540381.1 MBK8168045.1 MBK8168045.1 EAG5429682.1 EAG5429682.1 WP_038239756.1 WP_038239756.1 WP_017633897.1 WP_017633897.1 WP_050498798.1 WP_141817398.1 WP_050498798.1 WP_050498798.1 GFW26598.1 GFW26598.1 TNI18971.1 TNI18971.1 WP_043940504.1 MBP8196496.1 WP_043940504.1 WP_150253061.1 WP_043940504.1 HAN66834.1 WP_043940504.1 WP_043940504.1 HAS8246497.1 HAS8246497.1 WP_176970092.1 WP_176970092.1 MBC7309192.1 MBC7309192.1 MCS6948817.1 MCS6948817.1 HAQ9752200.1 HAQ9752200.1 XP_007978456.1 XP_007978456.1 EGS7961067.1 EGS7961067.1 KAI8723523.1 KAI8723523.1 MCB0840321.1 MCB0840321.1 WP_257880947.1 WP_257880947.1 KAG1144813.1 KAG1144813.1 XP_016469741.1 XP_016469741.1 XP_036130723.1 XP_036130723.1 WP_169105698.1 WP_169105698.1 WP_169105698.1 RQD71026.1 WP_169105698.1 WP_063316698.1 WP_154097642.1 WP_154097642.1 WP_154097642.1 HCD1810260.1 WP_135194320.1 WP_135194320.1 MSR12783.1 MSR12783.1 XP_003502921.1 XP_003502921.1 WP_210356206.1 WP_210356206.1 GFC18333.1 GFC18333.1 WP_020403159.1 WP_020403159.1 WP_169356007.1 NRB72577.1 WP_169356007.1 WP_169356007.1 WP_169356007.1 KAJ6728134.1 MCJ2541369.1 MCJ2541369.1 WP_199711823.1 WP_199711823.1 WP_076799287.1 WP_076799287.1 WP_041481207.1 WP_041481207.1 CAH2899959.1 CAH2899959.1 CAH2899959.1 TXH38262.1 SED94327.1 SED94327.1 WP_015484594.1 WP_015484594.1 XP_056050985.1 XP_056050985.1 WP_109341768.1 WP_109341768.1 KAJ1022640.1 KAJ1022640.1 MBO5721020.1 MBO5721020.1 EFD7787626.1 EFD7787626.1 WDA54585.1 WDA54585.1 WP_020560972.1 WP_020560972.1 WP_096202154.1 WP_096202154.1 MBQ3976808.1 MBQ3976808.1 XP_018561118.1 XP_018561118.1 WP_002655233.1 WP_002655233.1 MCL2033989.1 MCL2033989.1 VDR39692.1 VDR39692.1 WP_249557352.1 WP_249557352.1 WP_070428178.1 WP_070428178.1 WP_137732205.1 WP_137732205.1 WP_201490320.1 WP_201490320.1 WP_036973950.1 WP_036973950.1 KNA07336.1 KNA07336.1 KAG3033979.1 KAG3033979.1 PNJ24551.1 PNJ24551.1 WP_027369743.1 WP_027369743.1 EBU6207141.1 EBU6207141.1 WP_244028884.1 WP_244028884.1 XP_049486383.1 XP_049486383.1 WP_119088635.1 WP_119088635.1 XP_055254096.1 XP_055254096.1 WP_241133221.1 WP_241133221.1 MBX7048921.1 MBX7048921.1 ETZ74096.1 ETZ74096.1 TLX83379.1 TLX83379.1 CDL84920.1 CDL84920.1 WP_122920202.1 MBP8049567.1 WP_122920202.1 CAH0143531.1 WP_122920202.1 WP_122920202.1 WP_122920202.1 WP_204504397.1 HID24809.1 HID24809.1 MBW6512602.1 MBW6512602.1 MBD3641221.1 MBD3641221.1 WP_070723361.1 MBQ8462807.1 WP_070723361.1 WP_070723361.1 QQC21553.1 QQC21553.1 WP_187843135.1 WP_187843135.1 WP_126679569.1 WP_126679569.1 WP_126679569.1 EJF06804.1 MCP4774001.1 WP_201520784.1 MCP4774001.1 MCP4774001.1 MCP4774001.1 WP_103270848.1 WP_220492852.1 WP_220492852.1 WP_110366458.1 TME45086.1 WP_110366458.1 WP_110366458.1 WP_110366458.1 MBL4744408.1 WP_110366458.1 WP_133325549.1 WP_110366458.1 WP_265225845.1 WP_110366458.1 WP_154963182.1 WP_110366458.1 WP_172616972.1 WP_110366458.1 WP_096647361.1 WP_110366458.1 WP_039608285.1 WP_110366458.1 MBT8462299.1 WP_110366458.1 KKQ50904.1 PAF30375.1 PAF30375.1 WP_180034620.1 MBI4773680.1 WP_180034620.1 WP_241105826.1 WP_180034620.1 WP_063338866.1 WP_180034620.1 WP_180034620.1 WP_180034620.1 WP_132898842.1 GFA01557.1 GFA01557.1 MBV5323933.1 MBV5323933.1 EHH49716.1 EHH49716.1 KAI9713296.1 KAI9713296.1 KAG7197246.1 KAG7197246.1 HAT4171334.1 SFB29161.1 HAT4171334.1 HAT4171334.1 HAT4171334.1 WP_123653117.1 HAT4171334.1 GFR82011.1 WP_148803392.1 WP_148803392.1 KAJ0864938.1 KAJ0864938.1 WP_282035981.1 WP_282035981.1 MCO6473319.1 MCO6473319.1 XP_006376427.2 XP_006376427.2 UPT73080.1 UPT73080.1 EGR2272270.1 EGR2272270.1 WP_079091847.1 WP_079091847.1 KAG7553039.1 KAG7553039.1 WP_106697451.1 WP_106697451.1 WP_097273626.1 WP_097273626.1 WP_223806191.1 WP_223806191.1 XP_052459928.1 XP_052459928.1 WP_282393050.1 WP_282393050.1 KAF9021604.1 KAF9021604.1 WP_190492354.1 WP_190492354.1 RZU50905.1 RZU50905.1 WP_004647440.1 WP_004647440.1 WP_196051328.1 WP_196051328.1 WP_196051328.1 WP_091423297.1 GGY15265.1 GGY15265.1 MBE0512446.1 MBE0512446.1 WP_270310372.1 WP_270310372.1 WP_009881125.1 WP_009881125.1 MCB9642437.1 MCB9642437.1 WP_061880815.1 WP_061880815.1 KAI3416446.1 KAI3416446.1 WP_015602159.1 WP_015602159.1 XP_040238549.2 XP_040238549.2 MBN8715319.1 WP_200650920.1 MBN8715319.1 MBN8715319.1 WP_123966251.1 WP_157580311.1 WP_123966251.1 WP_123966251.1 MBA2544012.1 MBA2544012.1 KDR18051.1 KDR18051.1 WP_253495381.1 WP_253495381.1 MCI0529127.1 MCI0529127.1 WP_050163955.1 NLL64488.1 WP_050163955.1 WP_050163955.1 XP_001275602.1 XP_001275602.1 MBI5294613.1 MBI5294613.1 KAG5560933.1 KAG5560933.1 WP_070664995.1 WP_070664995.1 KAJ3564783.1 WP_082565353.1 KAJ3564783.1 KAJ3564783.1 KAJ3564783.1 WP_044489505.1 KAJ3564783.1 MBM6691367.1 KDZ18439.1 KDZ18439.1 WP_160877220.1 HIG56173.1 WP_160877220.1 WP_160877220.1 WP_186480556.1 WP_186480556.1 WP_193019742.1 WP_193019742.1 NXX86929.1 NXX86929.1 XP_004149267.1 XP_004149267.1 HIR19825.1 HIR19825.1 MBE6649515.1 MBE6649515.1 EEE2002201.1 EEE2002201.1 GFT96598.1 GFT96598.1 WP_251111556.1 WP_251111556.1 KAI9193803.1 KAI9193803.1 OAQ80483.1 OAQ80483.1 MCK4996050.1 TDR34929.1 MCK4996050.1 MCK4996050.1 WP_190461229.1 WP_190461229.1 OPL17692.1 OPL17692.1 WP_248328072.1 WP_248328072.1 WP_248328072.1 OYY81277.1 WP_059149453.1 WP_059149453.1 KAG0047764.1 KAG0047764.1 CSP94261.1 CSP94261.1 WP_249310236.1 WP_249310236.1 WP_249310236.1 EFN6096987.1 XP_025923156.1 XP_025923156.1 WP_255691273.1 WP_255691273.1 SDI37994.1 SDI37994.1 WP_035109232.1 WP_035109232.1 KAJ6253787.1 KAJ6253787.1 WP_106735761.1 WP_004185621.1 WP_106735761.1 WP_106735761.1 WP_106735761.1 MBQ8417539.1 WP_106735761.1 MBI5405531.1 WP_106735761.1 WP_242161393.1 MBS8550192.1 MBS8550192.1 WP_053816212.1 WP_053816212.1 YP_009919788.1 YP_009919788.1 WP_004660460.1 WP_004660460.1 WP_004727834.1 WP_004727834.1 GFX07062.1 GFX07062.1 NXG47881.1 NXG47881.1 WP_110984669.1 WP_110984669.1 WP_050342552.1 WP_050342552.1 WP_050342552.1 WP_280691874.1 WP_266708839.1 CAE6472910.1 WP_266708839.1 WP_266708839.1 WP_274323930.1 WP_274323930.1 WP_133448963.1 WP_133448963.1 WP_044459070.1 WP_044459070.1 MBZ0271896.1 MBZ0271896.1 KAF2871612.1 KAF2871612.1 OGF51096.1 OGF51096.1 MCD6081740.1 MCD6081740.1 WP_108511015.1 WP_108511015.1 WP_167197999.1 WP_167197999.1 QDH16072.1 QDH16072.1 MCB9315714.1 MCB9315714.1 GLC62462.1 GLC62462.1 KFZ09473.1 KFZ09473.1 MCF8452598.1 MCF8452598.1 UBY01598.1 UBY01598.1 PBN43802.1 WP_202659240.1 PBN43802.1 PBN43802.1 PBN43802.1 WP_045257206.1 PBN43802.1 KAJ9293589.1 MBI3778926.1 MBI3778926.1 WP_055947144.1 WP_055947144.1 EHW4033744.1 EHW4033744.1 MCA9004139.1 MCA9004139.1 MBM3534697.1 WP_218014032.1 MBM3534697.1 MBM3534697.1 MBM3534697.1 WP_092805375.1 MBM3534697.1 EHA1403784.1 MBM3534697.1 NLG67042.1 MBM3534697.1 WP_222322625.1 WP_090467430.1 WP_090467430.1 EHR8930749.1 EHR8930749.1 WP_264950959.1 WP_264950959.1 WP_238975975.1 WP_238975975.1 WP_238975975.1 MCC2110934.1 WP_212282141.1 WP_212282141.1 EAQ06730.1 EAQ06730.1 WP_236248745.1 WP_236248745.1 EFX4914003.1 EFX4914003.1 MOY08337.1 MOY08337.1 GIS82389.1 GIS82389.1 XP_040342838.1 XP_040342838.1 AFA35617.1 AFA35617.1 NQJ73193.1 NQJ73193.1 XP_026829212.1 XP_026829212.1 KAI1358894.1 KAI1358894.1 WP_024870391.1 WP_092054000.1 WP_024870391.1 WP_024870391.1 EAI2381694.1 EAI2381694.1 WP_221265680.1 WP_281543397.1 WP_221265680.1 WP_084371009.1 WP_221265680.1 MCB0243881.1 WP_221265680.1 WP_221265680.1 WP_221265680.1 WP_250499463.1 WP_221265680.1 MCF7808720.1 WP_221265680.1 MCA9759546.1 WP_087199737.1 WP_267918242.1 WP_087199737.1 WP_087199737.1 WP_039190453.1 WP_039190453.1 WP_223360106.1 WP_223360106.1 OUR78726.1 OUR78726.1 XP_008332845.1 XP_008332845.1 TQD74562.1 TQD74562.1 MCL4381067.1 MCL4381067.1 PDM41204.1 PDM41204.1 TKJ28570.1 TKJ28570.1 TQD99590.1 TQD99590.1 WP_180130780.1 WP_180130780.1 WP_254962431.1 WP_254962431.1 WP_245961518.1 WP_245961518.1 MBN8919778.1 MBN8919778.1 PWL92822.1 PWL92822.1 KFY78659.1 KFY78659.1 WP_079619859.1 WP_079619859.1 PLX13828.1 PLX13828.1 MBW1714133.1 MBW1714133.1 ENF92344.1 ENF92344.1 ENF92344.1 WP_080069963.1 ENF92344.1 WP_117077319.1 WP_258515841.1 WP_258515841.1 WP_006034446.1 WP_006034446.1 WP_106759541.1 WP_106759541.1 WP_204663166.1 WP_204663166.1 MBJ7292067.1 MCF8709434.1 MBJ7292067.1 MBJ7292067.1 MBJ7292067.1 WP_056688515.1 WP_086486287.1 WP_086486287.1 EHH4366918.1 EHH4366918.1 EHH4366918.1 WP_009620393.1 WP_282689626.1 WP_282689626.1 KAJ1529594.1 AAV84242.1 KAJ1529594.1 KAJ1529594.1 XP_040136988.1 XP_040136988.1 WP_060933343.1 WP_060933343.1 WP_258380998.1 WP_258380998.1 MCB1338306.1 MCB1338306.1 WP_038052668.1 XP_052534275.1 WP_038052668.1 WP_038052668.1 WP_038052668.1 WP_200198809.1 WP_038052668.1 RIX75659.1 WP_116619797.1 WP_116619797.1 WP_105526419.1 WP_105526419.1 WP_129543374.1 WP_129543374.1 XP_004869485.1 XP_004869485.1 WP_248846761.1 WP_248846761.1 MCP5260845.1 KAJ5673421.1 MCP5260845.1 GLO13544.1 MCP5260845.1 WP_180196654.1 MCP5260845.1 MCP5260845.1 MCP5260845.1 HAR3824072.1 MCP5260845.1 WP_060004157.1 MCP5260845.1 WP_100610557.1 MCP5260845.1 WP_099345046.1 WDS37366.1 KCN41050.1 WDS37366.1 WDS37366.1 WP_238844860.1 EKY24506.1 WP_238844860.1 WP_238844860.1 NXY38534.1 NXY38534.1 MCB1815789.1 MCB1815789.1 XP_044490862.1 XP_044490862.1 MBM3322720.1 MBM3322720.1 PKM16736.1 PKM16736.1 MBG8612140.1 MBG8612140.1 NLY22703.1 NLY22703.1 TMH33622.1 TMH33622.1 TEA36401.1 TEA36401.1 WP_279029857.1 WP_279029857.1 XP_037829017.1 XP_037829017.1 GBM15324.1 GBM15324.1 WP_236495189.1 WP_236495189.1 XP_049236752.1 KAF8901107.1 XP_049236752.1 XP_049236752.1 XP_049236752.1 AJU61790.1 XP_049236752.1 KAI0064471.1 MBO6153462.1 MBO6153462.1 EAZ93353.1 EAZ93353.1 TAL78422.1 TAL78422.1 MBQ9979016.1 MBQ9979016.1 MBQ9979016.1 MBR2718156.1 MBQ9979016.1 WP_131734175.1 MBQ9979016.1 MCQ2424848.1 KAF0259695.1 KAF0259695.1 WP_263011293.1 WP_263011293.1 WP_153201580.1 WP_153201580.1 WP_074667553.1 MBI2506024.1 WP_074667553.1 WP_074667553.1 WP_096443068.1 WP_096443068.1 WP_096443068.1 WP_251767892.1 WP_063378475.1 WP_063378475.1 WP_211627431.1 WP_211627431.1 WP_152029253.1 WP_152029253.1 WP_172228453.1 WP_172228453.1 XP_054800357.1 XP_054800357.1 MCD4805360.1 MCD4805360.1 WP_076679691.1 WP_076679691.1 QIG46118.1 QIG46118.1 WP_171531042.1 WP_171531042.1 ANJ20823.1 ANJ20823.1 NXR14151.1 NXR14151.1 MBI5003436.1 MBI5003436.1 MCU2740175.1 MCU2740175.1 XP_052621353.1 XP_052621353.1 KAJ4922108.1 NXM82541.1 KAJ4922108.1 KAJ4922108.1 MBK6983032.1 MBK6983032.1 MCI9332849.1 MCI9332849.1 WP_057489847.1 WP_057489847.1 WP_100146488.1 WP_100146488.1 MBI4448201.1 MBI4448201.1 WP_274358594.1 WP_274358594.1 XP_052375968.1 XP_052375968.1 WP_137692307.1 WP_137692307.1 MBS0252047.1 MBS0252047.1 MBM3499926.1 MBM3499926.1 MBQ6111538.1 MBQ6111538.1 WP_189646918.1 WP_116818916.1 WP_189646918.1 WP_189646918.1 MXX91804.1 MXX91804.1 WP_059632389.1 WP_061121232.1 WP_059632389.1 CIY68995.1 WP_059632389.1 WP_059632389.1 WP_059632389.1 WP_169253344.1 WP_059632389.1 WP_098798564.1 WP_059632389.1 WP_084578893.1 HCW55486.1 HCW55486.1 WP_260920963.1 WP_260920963.1 MAA73247.1 MAA73247.1 KJS09633.1 KJS09633.1 WP_171251269.1 WP_171251269.1 KAF4998971.1 KAF4998971.1 WP_056264272.1 WP_056264272.1 HIE21596.1 HIE21596.1 WP_262138576.1 WP_262138576.1 MBN4358138.1 MBN4358138.1 WP_182997113.1 WP_182997113.1 WP_215799033.1 WP_215799033.1 MBO7690464.1 MBO7690464.1 MBO7690464.1 WP_122747354.1 ANN75327.1 ANN75327.1 RVU39726.1 RVU39726.1 WP_129189671.1 WP_129189671.1 MCE5327674.1 MCE5327674.1 WP_184846795.1 WP_184846795.1 CAG5919444.1 CAG5919444.1 WP_251643117.1 WP_251643117.1 XP_013338901.1 XP_013338901.1 WP_254645866.1 WP_254645866.1 EFK3891274.1 EFK3891274.1 WP_271820285.1 MCB9544502.1 WP_271820285.1 WP_271820285.1 GGK76871.1 GGK76871.1 WP_161554567.1 WP_161554567.1 WP_049595658.1 WP_049595658.1 KAH8979981.1 KAH8979981.1 ANP72927.1 ANP72927.1 WP_279270002.1 WP_279270002.1 KAB2615394.1 KAB2615394.1 NTM88027.1 NTM88027.1 HAS6615025.1 HAS6615025.1 MCR5673014.1 MCR5673014.1 HCA5739398.1 HCA5739398.1 RAI83609.1 RAI83609.1 RAI83609.1 WP_109665156.1 WP_010997757.1 WP_010997757.1 OTO70739.1 OTO70739.1 WP_143010918.1 WP_143010918.1 WP_255375741.1 WP_255375741.1 MBR5377733.1 MBR5377733.1 WP_247623927.1 WP_247623927.1 WP_247623927.1 WP_232968558.1 WP_247623927.1 PAV09171.1 WP_018646673.1 WP_018646673.1 XP_029698713.1 XP_029698713.1 WP_111106433.1 WP_111106433.1 PDW44028.1 PDW44028.1 XP_013164386.1 XP_013164386.1 MBR3209975.1 MBR3209975.1 WP_006336501.1 WP_006336501.1 HCE77318.1 HCE77318.1 WP_015203918.1 WP_015203918.1 WP_086987611.1 WP_086987611.1 KAA6389633.1 KAA6389633.1 MBT6415404.1 MBT6415404.1 MBK3737236.1 MBK3737236.1 AEH52569.1 AEH52569.1 DAK76805.1 DAK76805.1 KAJ6490484.1 KAJ6490484.1 WP_157502995.1 WP_157502995.1 KYG00847.1 KYG00847.1 XP_033824504.1 XP_033824504.1 MBQ0048698.1 MBQ0048698.1 RBQ02499.1 RBQ02499.1 WP_074801249.1 WP_074801249.1 MBI1210064.1 MBI1210064.1 XP_054446685.1 XP_046298169.1 XP_054446685.1 XP_034290446.1 XP_054446685.1 XP_042531659.1 XP_054446685.1 XP_005087540.1 XP_054446685.1 XP_054446685.1 XP_054446685.1 AAR19565.1 XP_054446685.1 XP_049747270.1 XP_054446685.1 XP_002688837.2 XP_054446685.1 XP_012889676.1 WP_129873796.1 WP_129873796.1 WP_087702867.1 WP_087702867.1 GFH27490.1 GFH27490.1 GFH27490.1 WP_147434933.1 WP_034563362.1 WP_034563362.1 KAJ8704128.1 KAJ8704128.1 XP_028543448.1 XP_028543448.1 WP_213341058.1 WP_213341058.1 WP_025016984.1 WP_025016984.1 WP_170015751.1 WP_170015751.1 WP_277479375.1 WP_277479375.1 KAA3630074.1 KAA3630074.1 MBX3011771.1 MBX3011771.1 KMZ99658.1 KMZ99658.1 XP_001448147.1 XP_001448147.1 WP_107883730.1 WP_134064782.1 WP_107883730.1 WP_107883730.1 WP_067636955.1 WP_067636955.1 KAG6786554.1 KAG6786554.1 WP_176349335.1 WP_176349335.1 WP_103124525.1 WP_103124525.1 MCD3114202.1 MCD3114202.1 MBU2478158.1 MBU2478158.1 XP_046463157.1 XP_046463157.1 THY23779.1 THY23779.1 KAF6757059.1 KAF6757059.1 UJR17665.1 UJR17665.1 XP_042666906.1 XP_042666906.1 RGZ20155.1 RGZ20155.1 GIP39269.1 GIP39269.1 EII8712558.1 EII8712558.1 TSC89929.1 TSC89929.1 MBB4856459.1 MBB4856459.1 WP_262832653.1 WP_262832653.1 WP_029528833.1 WP_029528833.1 WP_282467912.1 WP_282467912.1 TXI82219.1 TXI82219.1 WP_278266677.1 WP_278266677.1 WP_278266677.1 MBV8349295.1 TNN52570.1 TNN52570.1 HBN08375.1 HBN08375.1 SJX71965.1 SJX71965.1 WP_127508273.1 WP_127508273.1 MBA3472522.1 MBA3472522.1 WP_218505696.1 WP_218505696.1 WP_226678738.1 WP_226678738.1 WP_187029467.1 WP_187029467.1 UUZ81931.1 UUZ81931.1 MBQ6875507.1 MBQ6875507.1 WP_101564711.1 WP_101564711.1 MSU20497.1 WP_221286480.1 MSU20497.1 MSU20497.1 MSU20497.1 WP_187094112.1 MSU20497.1 MBO4168293.1 WP_047914038.1 WP_047914038.1 PWA46560.1 PWA46560.1 WP_153219677.1 WP_153219677.1 WP_171653853.1 WP_171653853.1 WP_227903033.1 WP_227903033.1 WP_047664410.1 WP_047664410.1 NLB93078.1 NLB93078.1 KAI1725697.1 KAI1725697.1 MBK8382708.1 MBK8382708.1 WP_208090714.1 WP_208090714.1 WP_280658332.1 WP_280658332.1 NLO64495.1 NLO64495.1 RLN36134.1 RLN36134.1 WP_213625822.1 WP_213625822.1 NEP87605.1 NEP87605.1 WP_105399038.1 WP_105399038.1 WP_251247609.1 WP_251247609.1 GMF22075.1 GMF22075.1 GHV04322.1 GHV04322.1 WP_182544916.1 MCK5360090.1 WP_182544916.1 WP_182544916.1 WP_232553043.1 PZN79281.1 WP_232553043.1 WP_232553043.1 TCK28839.1 TCK28839.1 NUV85209.1 NUV85209.1 WP_216418390.1 WP_216418390.1 RLT18611.1 RLT18611.1 WP_267937098.1 WP_267937098.1 MBC7977454.1 MBC7977454.1 WP_128690407.1 WP_128690407.1 WP_068563945.1 WP_068563945.1 WP_134806596.1 WP_134806596.1 NRB12392.1 NRB12392.1 MBI4300015.1 MBI4300015.1 WP_135676778.1 WP_135676778.1 MBS4968936.1 MBA2554676.1 MBS4968936.1 MUU11774.1 MBS4968936.1 MBS4968936.1 MBS4968936.1 WP_135625684.1 MBS4968936.1 NUQ31250.1 TMJ83338.1 TMJ83338.1 OMO76535.1 OMO76535.1 WP_202587913.1 WP_202587913.1 XP_018594075.2 XP_018594075.2 WP_077492284.1 WP_077492284.1 GEX99374.1 GEX99374.1 XP_046837596.1 XP_046837596.1 WP_022723191.1 WP_022723191.1 WP_105336487.1 WP_105336487.1 MCO4016744.1 MCO4016744.1 KAI6203333.1 KAI6203333.1 MBO8166298.1 MBN2775557.1 MBO8166298.1 MBO8166298.1 OLE87009.1 OLE87009.1 KQM27662.1 KQM27662.1 WP_139649072.1 WP_139649072.1 KAG7345309.1 KAG7345309.1 XP_034481174.1 XP_034481174.1 EFA5447392.1 EFA5447392.1 MBI3868575.1 MBI3868575.1 BBG20955.1 BBG20955.1 BBG20955.1 ULU28230.1 BBG20955.1 MBQ7389792.1 BBG20955.1 WP_061278828.1 BBG20955.1 WP_261665820.1 BBG20955.1 HAJ19792.1 BBG20955.1 AIR77599.1 BBG20955.1 WP_189931865.1 WP_045136250.1 WP_045136250.1 MCB9222627.1 MCB9222627.1 WP_264750294.1 WP_264750294.1 XP_026100634.1 XP_026100634.1 WP_017487366.1 WP_017487366.1 WP_034968029.1 WP_150731550.1 WP_034968029.1 WP_034968029.1 OXE30643.1 OXE30643.1 QDI78883.1 QDI78883.1 XP_008604006.1 XP_008604006.1 WP_135916821.1 WP_135916821.1 MXW58053.1 MXW58053.1 XP_050358545.1 XP_050358545.1 XP_004225259.1 XP_004225259.1 AQA21753.1 AQA21753.1 DAO35860.1 DAO35860.1 MCB9555407.1 MCB9555407.1 NOG54385.1 NOG54385.1 XP_027894086.1 XP_027894086.1 GIY33458.1 GIY33458.1 MCI1663915.1 MBI1797961.1 MCI1663915.1 WP_069877432.1 MCI1663915.1 MCI1663915.1 WP_142429410.1 WP_142429410.1 XP_040114763.1 XP_040114763.1 XP_040114763.1 KAH8333868.1 WP_129857883.1 WP_129857883.1 WP_137058869.1 WP_137058869.1 WP_278924671.1 WP_278924671.1 XP_033130084.1 XP_033130084.1 WP_186939222.1 WP_186939222.1 WP_186939222.1 MCM1122913.1 WP_186939222.1 WP_223292749.1 WP_186939222.1 MBR2406030.1 RZO90007.1 RZO90007.1 WP_067908376.1 WP_067908376.1 XP_010831352.1 XP_010831352.1 MPT34124.1 MPT34124.1 MBO5205168.1 MBO5205168.1 MBK8687530.1 MBK8687530.1 WP_228527316.1 WP_228527316.1 WP_276153259.1 WP_276153259.1 PCJ60344.1 PCJ60344.1 WP_034004944.1 WP_034004944.1 XP_007405597.1 XP_007405597.1 WP_241323553.1 WP_241323553.1 WP_149633476.1 WP_149633476.1 COS78102.1 COS78102.1 XP_031145922.1 XP_031145922.1 KAF1792308.1 XP_027061846.1 KAF1792308.1 KAF1792308.1 XP_012206226.1 XP_012206226.1 TIX75263.1 TIX75263.1 TNH24208.1 TNH24208.1 WP_091252096.1 WP_091252096.1 HJE11106.1 HJE11106.1 MBQ1306452.1 MBQ1306452.1 WP_010865602.1 WP_010865602.1 WP_074028604.1 WP_074028604.1 CAG5083139.1 CAG5083139.1 WP_121452481.1 WP_121452481.1 MBQ8412219.1 MBQ8412219.1 WP_160352546.1 WP_160352546.1 MBU2573448.1 MBU2573448.1 TAG14385.1 TAG14385.1 HIS46075.1 HIS46075.1 MBP3450714.1 MBP3450714.1 WP_259633828.1 WP_259633828.1 CAB3503427.1 CAB3503427.1 WP_167084302.1 WP_167084302.1 MBK9137892.1 MBK9137892.1 MCI40880.1 MCI40880.1 MBU6305288.1 MBU6305288.1 UAS17182.2 UAS17182.2 MBN1762539.1 MBN1762539.1 MBN1762539.1 HBJ80371.1 MBN1762539.1 WP_088349221.1 CAD2189922.1 CAD2189922.1 KAF5671546.1 WP_019100427.1 KAF5671546.1 WP_049009918.1 KAF5671546.1 MBE5737882.1 KAF5671546.1 WP_278631399.1 KAF5671546.1 KAF5671546.1 KAF5671546.1 WP_235126772.1 KAF5671546.1 XP_009147075.2 KAF5671546.1 MBE6688122.1 KAF5671546.1 KAA0114277.1 CAG8783316.1 CAG8783316.1 XP_006161615.1 XP_006161615.1 WP_207472995.1 WP_207472995.1 TMG92410.1 TMG92410.1 MBL0091585.1 MBL0091585.1 EJI8012843.1 EDF5922784.1 EJI8012843.1 MBD8963934.1 EJI8012843.1 EJI8012843.1 8APN_AM 8APN_AM WP_073680713.1 WP_073680713.1 KAI2569442.1 KAI2569442.1 WP_049468231.1 WP_049468231.1 WP_074825075.1 XP_040685867.1 WP_074825075.1 WP_083141943.1 WP_074825075.1 GAN03156.1 WP_074825075.1 WP_277084622.1 WP_074825075.1 WP_074825075.1 WP_074825075.1 WP_004619799.1 WP_074825075.1 MBA2536487.1 WP_074825075.1 MCP1651746.1 WP_074825075.1 WP_078429679.1 WP_074825075.1 EDH4057100.1 WP_074925385.1 WP_074925385.1 CAI2162316.1 CAI2162316.1 WP_011629477.1 WP_011629477.1 WP_122031495.1 WP_122031495.1 WP_177995267.1 WP_177995267.1 WP_111457087.1 WP_111457087.1 WP_111457087.1 WP_225767809.1 KAA8693182.1 KAA8693182.1 MYT92751.1 MYT92751.1 XP_043889695.1 XP_043889695.1 WP_274549238.1 WP_274549238.1 DAZ64401.1 DAZ64401.1 ESS65152.1 ESS65152.1 WP_095451526.1 WP_095451526.1 XP_040286004.1 XP_040286004.1 KPX96424.1 KPX96424.1 KPX96424.1 WP_142419176.1 WP_233290946.1 WP_233290946.1 WP_139552727.1 WP_139552727.1 ETO85594.1 ETO85594.1 TWP21248.1 TWP21248.1 WP_225318916.1 WP_225318916.1 WP_128455839.1 WP_128455839.1 WP_109249144.1 WP_109249144.1 WP_272056282.1 WP_272056282.1 ECC0814460.1 ECC0814460.1 RZO46377.1 RZO46377.1 NXB12866.1 NXB12866.1 WP_203282270.1 WP_203282270.1 WP_083681546.1 WP_083681546.1 OYZ24246.1 OYZ24246.1 CKL52325.1 CKL52325.1 TIP25924.1 TIP25924.1 WP_173580245.1 WP_173580245.1 WP_179321248.1 WP_179321248.1 EAA1978353.1 EAA1978353.1 XP_001275352.1 XP_001275352.1 RCX10040.1 RCX10040.1 RCX10040.1 WP_116813830.1 WP_276263713.1 WP_274915895.1 WP_276263713.1 WP_276263713.1 WP_276263713.1 WP_192558464.1 WP_276263713.1 WP_123470196.1 WP_276263713.1 WP_103294927.1 WP_276263713.1 WP_017549704.1 WP_276263713.1 WP_023355490.1 WP_276263713.1 WP_014286324.1 ETI31896.1 ETI31896.1 VUC33496.1 VUC33496.1 WP_279595826.1 XP_023664563.1 WP_279595826.1 ECC1749556.1 WP_279595826.1 WP_279595826.1 WP_279595826.1 MBR1628375.1 WP_279595826.1 WP_108098468.1 XP_036352003.1 XP_036352003.1 AUW66636.1 AUW66636.1 XP_021678658.1 XP_021678658.1 WP_257777211.1 WP_179243590.1 WP_257777211.1 WP_257777211.1 WP_045332585.1 WP_045332585.1 WP_263298010.1 WP_263298010.1 GFD45028.1 GFD45028.1 MBE1549930.1 MBE1549930.1 XP_042646948.1 XP_042646948.1 WP_148044309.1 WP_148044309.1 GEY78623.1 GEY78623.1 WP_157767135.1 WP_157767135.1 MBI3668312.1 MBI3668312.1 EDD0587303.1 EFL3122059.1 EDD0587303.1 EFN5389376.1 EDD0587303.1 EDD0587303.1 EDD0587303.1 EJW7579374.1 EDD0587303.1 EIH4263652.1 EDD0587303.1 EFL5817307.1 OAL48948.1 OAL48948.1 RUS79844.1 RUS79844.1 WP_266613108.1 WP_266613108.1 HCN7845163.1 HCN7845163.1 WP_154324327.1 WP_154324327.1 HCT61068.1 HCT61068.1 MBZ5490509.1 MBZ5490509.1 RZK52568.1 RZK52568.1 XP_018661491.1 XP_018661491.1 WP_222251196.1 WP_222251196.1 MBQ6421794.1 MBQ6421794.1 WP_251290759.1 WP_251290759.1 MCF2638803.1 MCF2638803.1 KAJ3519417.1 KAJ3519417.1 MCD8138445.1 MCD8138445.1 WP_263513200.1 WP_263513200.1 NWW37631.1 NWW37631.1 EFS12202.1 EFS12202.1 WP_245836657.1 WP_245836657.1 WP_208750182.1 WP_208750182.1 WP_069944653.1 WP_069944653.1 KXK44331.1 GLV83862.1 KXK44331.1 KXK44331.1 WP_190971545.1 WP_190971545.1 DAT73027.1 DAT73027.1 HCT06136.1 OFX32653.1 HCT06136.1 MBI6149093.1 HCT06136.1 HCT06136.1 HCT06136.1 WP_041591748.1 HCT06136.1 MCE7698179.1 KAG1677749.1 KAG1677749.1 CAI3266215.1 CAI3266215.1 WP_160923791.1 KAB7776415.1 WP_160923791.1 WP_160923791.1 MBQ9635153.1 MBQ9635153.1 XP_001312457.2 XP_001312457.2 WP_140229785.1 WP_140229785.1 XP_029003841.1 XP_029003841.1 MCC1459731.1 MCC1459731.1 MCC6386819.1 MCC6386819.1 WP_153033981.1 WP_140889516.1 WP_153033981.1 WP_153033981.1 MCE2153491.1 MCE2153491.1 XP_040937145.1 XP_040937145.1 WP_214850425.1 WP_214850425.1 RMF71452.1 RMF71452.1 WP_200671006.1 WP_200671006.1 WP_263537640.1 TVQ27286.1 WP_263537640.1 WP_263537640.1 WP_088153117.1 WP_088153117.1 WP_155963450.1 WP_155963450.1 XP_017706045.1 XP_044902674.1 XP_017706045.1 KAB0382747.1 XP_017706045.1 XP_017706045.1 KAJ6801625.1 RVW27732.1 KAJ6801625.1 KAJ6801625.1 KAJ6801625.1 XP_026433405.1 MBS1921425.1 MBS1921425.1 MBD5086961.1 MBD5086961.1 NLS70598.1 NLS70598.1 MXX44250.1 MXX44250.1 MBK8752367.1 MBK8752367.1 KNE54577.1 KNE54577.1 KNE54577.1 KAJ7092692.1 MBS0281612.1 MBS0281612.1 YP_007317140.1 YP_008379230.1 YP_007317140.1 YP_007317140.1 YP_007317140.1 QOL09497.1 NQZ80525.1 NQZ80525.1 WP_061548291.1 WP_061548291.1 TIQ70464.1 TIQ70464.1 WP_010434011.1 WP_010434011.1 NLP00897.1 NLP00897.1 TXH38725.1 TXH38725.1 CAE5960238.1 CAE5960238.1 WP_120171324.1 WP_120171324.1 WP_120171324.1 KPA62791.1 WP_252115680.1 WP_252115680.1 EZA58905.1 EZA58905.1 MBL8041865.1 MBL8041865.1 WP_135847767.1 WP_135847767.1 HIT09367.1 HIT09367.1 WP_180860911.1 WP_180860911.1 EAQ3014137.1 EAQ3014137.1 MCA9799621.1 MCA9799621.1 WP_278273894.1 WP_278273894.1 WP_090178898.1 WP_090178898.1 WP_090178898.1 NNC77678.1 WP_264248212.1 WP_264248212.1 MBQ8743106.1 MBQ8743106.1 EAH4606626.1 EAH4606626.1 MBU0720757.1 MBU0720757.1 WP_225744764.1 WP_225744764.1 WP_053743010.1 WP_216890540.1 WP_053743010.1 WP_053743010.1 WP_095310603.1 WP_095310603.1 NBW88664.1 NBW88664.1 XP_010481786.1 XP_010481786.1 VDP42962.1 VDP42962.1 MBF0362390.1 MBF0362390.1 WP_230208134.1 WP_230208134.1 KAJ8438905.1 KAJ8438905.1 WP_093797100.1 WP_093797100.1 MCA9871439.1 MCA9871439.1 XP_007828375.1 MBO0691049.1 XP_007828375.1 XP_007828375.1 XP_007828375.1 WP_095556548.1 MBL4798178.1 MBL4798178.1 WP_119928822.1 WP_119928822.1 XP_054720054.1 XP_054720054.1 WP_211748754.1 WP_211748754.1 MBU0518438.1 MBU0518438.1 NXD58230.1 NXD58230.1 MBL4825303.1 MBL4825303.1 HAG54718.1 HAG54718.1 WP_047323805.1 WP_019807556.1 WP_047323805.1 WP_047323805.1 KAG5639171.1 KAG5639171.1 XP_048961030.1 XP_048961030.1 XP_014086709.1 XP_014086709.1 NBO56108.1 NBO56108.1 WP_065358803.1 WP_065358803.1 WP_179536231.1 WP_179536231.1 EMF80818.1 EMF80818.1 WP_202082228.1 WP_202082228.1 WP_218198734.1 WP_218198734.1 UJQ14296.1 UJQ14296.1 WP_281734351.1 WP_281734351.1 AQA19851.1 AQA19851.1 MBT4511102.1 MBT4511102.1 MBT4511102.1 MCL5772337.1 CEZ68761.1 CEZ68761.1 MBW6187146.1 MBW6187146.1 XP_052737512.1 XP_020469382.1 XP_052737512.1 XP_052737512.1 RLT25539.1 RLT25539.1 MBT5780702.1 MBT5780702.1 WP_121182262.1 WP_121182262.1 WP_114811503.1 WP_114811503.1 WP_245838763.1 WP_245838763.1 MBT6972091.1 MCB5199682.1 MBT6972091.1 MBT6972091.1 MBT6972091.1 RCV36353.1 MCU1401149.1 MCU1401149.1 WP_271406340.1 WP_271406340.1 WP_243678753.1 WP_243678753.1 WP_245971990.1 WP_245971990.1 VDD35992.1 VDD35992.1 WP_281670363.1 WP_281670363.1 XP_026994537.1 XP_026994537.1 WP_113625996.1 WP_113625996.1 MCH8269832.1 MCH8269832.1 AGD93042.1 AGD93042.1 KAI4090501.1 KAI4090501.1 NLO81011.1 NLO81011.1 MBS3065855.1 MBS3065855.1 MBR5562318.1 MBR5562318.1 MBR4038690.1 MBR4038690.1 MBR6141090.1 MBR6141090.1 WP_087909023.1 WP_087909023.1 WP_061195945.1 WP_061195945.1 KAH0642104.1 KAH0642104.1 WP_164582471.1 WP_164582471.1 WP_194621234.1 MCK9579519.1 WP_194621234.1 WP_194621234.1 WP_106812746.1 MBF1369421.1 WP_106812746.1 WP_106812746.1 MTI81752.1 MTI81752.1 KAJ3160366.1 KAJ3160366.1 PTX93603.1 PTX93603.1 WP_026002460.1 WP_026002460.1 WP_085315249.1 WP_085315249.1 XP_023529459.1 XP_023529459.1 WP_137885208.1 WP_137885208.1 RWW58604.1 RWW58604.1 WP_002894198.1 WP_002894198.1 EEC70172.1 EEC70172.1 PNH10535.1 PNH10535.1 WP_179050696.1 WP_179050696.1 MBS0449087.1 MBS0449087.1 CAC10160.1 CAC10160.1 OHD72009.1 OHD72009.1 OPZ33967.1 OPZ33967.1 WP_179827767.1 WP_179827767.1 PKP76071.1 PKP76071.1 KFP60608.1 KFP60608.1 WP_189693187.1 WP_125188824.1 WP_189693187.1 WP_189693187.1 MCK5302212.1 XP_016452348.1 MCK5302212.1 TDJ69718.1 MCK5302212.1 MCK5302212.1 MCK5302212.1 HBC43327.1 PJC62958.1 PJC62958.1 XP_009308369.1 XP_009308369.1 WP_262247119.1 WP_161643844.1 WP_262247119.1 WP_262247119.1 KAF6089756.1 KAF6089756.1 KAI7727618.1 KAI7727618.1 WP_164107212.1 WP_164107212.1 XP_055928676.1 XP_055928676.1 HIR39763.1 HIR39763.1 MCH1470780.1 MCH1470780.1 MBV8954574.1 MBV8954574.1 TVR86131.1 TVR86131.1 MCF0253735.1 MCF0253735.1 XP_030565673.1 XP_030565673.1 EFV4730429.1 EFV4730429.1 XP_045807497.1 XP_045807497.1 XP_045807497.1 WP_145031602.1 XP_045807497.1 NOU36639.1 WP_179091326.1 WP_179091326.1 WP_158323663.1 WP_158323663.1 MCI6190072.1 MCI6190072.1 MCG67859.1 MCG67859.1 PWU57639.1 PWU57639.1 WP_253357977.1 WP_253357977.1 WP_218989306.1 WP_218989306.1 MBV9159501.1 MBV9159501.1 XP_032085066.1 XP_032085066.1 TSA09501.1 TSA09501.1 OFV87204.1 OFV87204.1 MCC6149544.1 MCC6149544.1 KAJ7819277.1 KAJ7819277.1 WP_214892570.1 WP_214892570.1 MBG6071015.1 MBG6071015.1 WP_015154948.1 WP_015154948.1 WP_198297627.1 WP_198297627.1 WP_101275729.1 WP_101275729.1 KKA06871.1 KKA06871.1 WP_109267392.1 WP_074527819.1 WP_109267392.1 WP_109267392.1 WP_094217606.1 WP_094217606.1 CBH50084.1 CBH50084.1 WP_121217628.1 WP_121217628.1 WP_085176546.1 WP_085176546.1 XP_016339808.1 XP_016339808.1 MBL1147659.1 MBL1147659.1 MBC2353926.1 MBC2353926.1 MCD6302399.1 MCD6302399.1 QDG92469.1 QDG92469.1 XP_035778474.1 XP_035778474.1 XP_004384112.1 XP_004384112.1 WP_065073385.1 WP_065073385.1 WP_103263575.1 WP_103263575.1 WP_097199932.1 WP_097199932.1 VUT24782.1 VUT24782.1 WP_011062110.1 WP_011062110.1 XP_027584191.1 XP_027584191.1 WP_250377942.1 WP_250377942.1 MCM2455575.1 MCM2455575.1 KAF1787790.1 KAF1787790.1 WP_227329750.1 WP_227329750.1 CAH0730513.1 CAH0730513.1 KAJ0798837.1 KAJ0798837.1 MCA1595916.1 MCA1595916.1 ESK93629.1 ESK93629.1 KAF5772005.1 KAF5772005.1 XP_032707293.1 XP_032707293.1 WP_160447747.1 WP_160447747.1 WP_100571198.1 WP_100571198.1 XP_028766233.1 XP_028766233.1 WP_143356561.1 WP_143356561.1 RLA95129.1 RLA95129.1 MBN1854849.1 MBN1854849.1 XP_024707996.1 XP_024707996.1 WP_101938578.1 WP_101938578.1 KAI8838875.1 KAI8838875.1 KAH7009790.1 KAH7009790.1 EQA53083.1 EQA53083.1 WP_141952156.1 WP_141952156.1 WP_161208527.1 WP_161208527.1 WP_278436726.1 WP_278436726.1 XP_005405047.1 XP_005405047.1 WP_149128675.1 WP_149128675.1 CAF1216529.1 CAF1216529.1 WP_019470943.1 WP_019470943.1 WP_023843991.1 WP_023843991.1 NYI84739.1 NYI84739.1 WP_088526897.1 MBP5709003.1 WP_088526897.1 WP_088526897.1 WP_088526897.1 MBT3931813.1 MSU45888.1 MSU45888.1 MBT0668662.1 MBT0668662.1 CAH0727316.1 CAH0727316.1 NCA33082.1 NCA33082.1 XP_045183397.2 XP_045183397.2 WP_279295785.1 WP_279295785.1 MBS1743426.1 MBS1743426.1 EBD4871273.1 EBD4871273.1 MBO9629596.1 MBO9629596.1 WP_132575460.1 WP_132575460.1 HAV2020887.1 HAV2020887.1 WP_152735594.1 WP_152735594.1 MBX9878857.1 MBX9878857.1 WP_037889990.1 WP_215152714.1 WP_037889990.1 MBP2355331.1 WP_037889990.1 WP_037889990.1 WP_037889990.1 MCP4907131.1 WP_203162307.1 WP_203162307.1 MBF8983114.1 MBF8983114.1 WP_116788607.1 WP_116788607.1 WP_002541411.1 WP_002541411.1 WP_280713773.1 WP_280713773.1 WP_147493387.1 WP_147493387.1 WP_182342936.1 WP_182342936.1 WP_232243969.1 MBK6659833.1 WP_232243969.1 WP_232243969.1 WP_232243969.1 OYV27796.1 MBN1793755.1 MBN1793755.1 WP_100378753.1 WP_100378753.1 KAJ3691906.1 KAJ3691906.1 QNK62815.1 QNK62815.1 MCD7834656.1 MCD7834656.1 MBP7634095.1 MBP7634095.1 XP_019384620.1 MBL1150364.1 XP_019384620.1 XP_008572610.1 XP_019384620.1 MBR6293537.1 XP_019384620.1 XP_019384620.1 MBT3747969.1 MBT3747969.1 MBQ6998144.1 MBQ6998144.1 WP_150930630.1 WP_150930630.1 XP_026120963.1 XP_026120963.1 WP_126840241.1 MBZ5591381.1 WP_126840241.1 WP_126840241.1 HBK0888477.1 HBK0888477.1 XP_027768392.1 XP_027768392.1 WP_192026965.1 WP_192026965.1 WP_192026965.1 EWA78047.1 KAF0880495.1 KAF0880495.1 WP_234564275.1 WP_234564275.1 XP_013982426.1 XP_013982426.1 EIR3813187.1 EIR3813187.1 NHB63634.1 NHB63634.1 EPB83562.1 EPB83562.1 EAH7180598.1 EAH7180598.1 WP_127965636.1 WP_127965636.1 MBP3290446.1 MBP3290446.1 MBL0848796.1 MBL0848796.1 PLN85696.1 PLN85696.1 MBR4316258.1 MBR4316258.1 RMZ53977.1 RMZ53977.1 WP_104739464.1 WP_104739464.1 WP_080539504.1 WP_080539504.1 WP_271563639.1 WP_271563639.1 YP_009901198.1 YP_009901198.1 GFD60763.1 GFD60763.1 MBQ48993.1 MBQ48993.1 RLS53863.1 RLS53863.1 MRN26950.1 MRN26950.1 WP_005253785.1 WP_005253785.1 WP_059566149.1 WP_059566149.1 OGD88828.1 OGD88828.1 HDZ72415.1 HDZ72415.1 MBL1272346.1 WP_181898940.1 MBL1272346.1 MBL1272346.1 XP_013617705.1 XP_013617705.1 MBL6635315.1 TBR44965.1 MBL6635315.1 MBL6635315.1 MBB6433666.1 MBB6433666.1 WP_061261925.1 WP_061261925.1 WP_240207262.1 WP_240207262.1 MBT3358747.1 MBT3358747.1 HAL84546.1 HAL84546.1 WP_051686353.1 WP_051686353.1 XP_008293954.1 XP_027026332.2 XP_008293954.1 XP_008293954.1 MCH7862091.1 MCH7862091.1 NUN10705.1 NUN10705.1 XP_007761143.1 XP_007761143.1 WP_107551828.1 WP_107551828.1 MBK9391165.1 MBK9391165.1 WP_111113162.1 WP_013970683.1 WP_111113162.1 EFL6071320.1 WP_111113162.1 WP_261281372.1 WP_111113162.1 WP_111113162.1 CAD7694243.1 CAD7694243.1 HBE26957.1 HBE26957.1 MBS7058472.1 MBS7058472.1 MBT5464676.1 MBT5464676.1 WP_249119039.1 WP_249119039.1 PSQ73325.1 PSQ73325.1 XP_037293573.1 XP_037293573.1 AHM93900.1 UNP61785.1 AHM93900.1 AHM93900.1 XP_624193.2 XP_624193.2 WP_126678289.1 WP_126678289.1 HBU6715136.1 HBU6715136.1 XP_025786250.1 XP_025786250.1 HBN0452499.1 HBN0452499.1 NXW19449.1 NXW19449.1 WP_153747345.1 WP_153747345.1 MXD03405.1 MXD03405.1 WP_212309145.1 WP_212309145.1 NEU29184.1 NEU29184.1 MBQ5754168.1 MBQ5754168.1 MBQ8003389.1 MBQ8003389.1 GEW80515.1 GEW80515.1 MCH2165167.1 MCH2165167.1 KAB0360174.1 KAB0360174.1 WP_115470986.1 WP_115470986.1 OMJ26529.1 OMJ26529.1 WP_129770031.1 WP_129770031.1 RWK19229.1 WP_113156891.1 RWK19229.1 RWK19229.1 CDX32740.1 CDX32740.1 WP_255761006.1 WP_255761006.1 WP_255352846.1 WP_255352846.1 QLQ30255.1 WP_013712491.1 QLQ30255.1 QLQ30255.1 MCH2065391.1 MCH2065391.1 WP_204650864.1 WP_204650864.1 KMZ56706.1 KMZ56706.1 TLZ05171.1 TLZ05171.1 HBY0139633.1 HBY0139633.1 WP_122236618.1 WP_152458326.1 WP_122236618.1 WP_122236618.1 WP_194104904.1 WP_194104904.1 WP_210799437.1 WP_210799437.1 WP_066519483.1 WP_066519483.1 KFP63770.1 WP_273849839.1 KFP63770.1 WP_183882442.1 KFP63770.1 WP_108024271.1 KFP63770.1 WP_057651690.1 KFP63770.1 GFS02759.1 KFP63770.1 WP_087085326.1 KFP63770.1 KAI0154282.1 KFP63770.1 WP_253646963.1 KFP63770.1 WP_060347438.1 KFP63770.1 WP_106136481.1 KFP63770.1 MBU5424338.1 KFP63770.1 XP_007206475.1 KFP63770.1 MCB1644245.1 KFP63770.1 KFP63770.1 KFP63770.1 WP_013845913.1 KFP63770.1 WP_010443651.1 KFP63770.1 WP_110035452.1 KFP63770.1 KAG2346037.1 KFP63770.1 WP_259847195.1 KFP63770.1 WP_014605789.1 KFP63770.1 MAN53906.1 KFP63770.1 WP_015314674.1 KFP63770.1 MBG6287041.1 KFP63770.1 WP_281054160.1 KFP63770.1 MYS73268.1 KFP63770.1 CCK15435.1 KFP63770.1 MBQ9647935.1 KFP63770.1 MBN3744368.1 KFP63770.1 WP_251593142.1 KFP63770.1 MXY99086.1 KFP63770.1 WP_138597401.1 KFP63770.1 WP_042650033.1 KFP63770.1 WP_262401812.1 WP_272114414.1 WP_272114414.1 MBN4326111.1 MBN4326111.1 MBD8893743.1 MBD8893743.1 KAJ6059888.1 KAJ6059888.1 WP_063640296.1 WP_122709004.1 WP_063640296.1 WP_063640296.1 XP_020272228.1 XP_020272228.1 XP_053592881.1 XP_053592881.1 XP_053592881.1 WP_194957532.1 HCF6759084.1 PLA74748.1 HCF6759084.1 HCF6759084.1 HCF6759084.1 MBN8536342.1 HBF53378.1 HBF53378.1 XP_017857703.1 XP_017857703.1 PIV62444.1 PIV62444.1 XP_020788278.1 XP_020788278.1 WP_280343167.1 WP_280343167.1 MCC6539403.1 MCC6539403.1 CAI5716986.1 CAI5716986.1 MBE4717433.1 MBE4717433.1 UMM23672.1 UMM23672.1 MBF0143407.1 MBF0143407.1 XP_009031127.1 XP_009031127.1 WP_248112338.1 WP_248112338.1 WP_012924408.1 WP_012924408.1 MCD6205878.1 MCD6205878.1 ASL92868.1 ASL92868.1 MBU0633142.1 MBU0633142.1 WP_135820337.1 WP_135820337.1 MBG91959.1 MSZ54974.1 MBG91959.1 MBG91959.1 MBV2096469.1 MBV2096469.1 MCH8223536.1 MCH8223536.1 MOX37967.1 MOX37967.1 WP_123234331.1 WP_123234331.1 WP_062917436.1 WP_062917436.1 WP_264228578.1 OGA29379.1 WP_264228578.1 HCJ45190.1 WP_264228578.1 WP_264228578.1 MCA0453363.1 MCA0453363.1 MCA0453363.1 WP_141772753.1 MBN1275370.1 MBN1275370.1 MCT8275829.1 MCT8275829.1 WP_125251950.1 WP_125251950.1 WP_177055611.1 WP_177055611.1 WP_112382897.1 WP_112382897.1 WP_229447885.1 WP_229447885.1 WP_229447885.1 WP_098876031.1 WP_229447885.1 WP_268678783.1 WP_229447885.1 WP_140334279.1 SCH22700.1 SCH22700.1 KAJ8488862.1 KAJ8488862.1 MSO98652.1 MSO98652.1 XP_008264087.1 XP_008264087.1 WP_083824265.1 WP_083824265.1 MCA8990238.1 MCA8990238.1 WP_031504118.1 WP_031504118.1 MBT1821840.1 MBT1821840.1 GFD10569.1 GFD10569.1 MBO7366298.1 MBO7366298.1 XP_056309872.1 XP_056309872.1 HHC07960.1 HHC07960.1 WP_279836660.1 WP_216244265.1 WP_279836660.1 WP_279836660.1 WP_279836660.1 WP_090378310.1 EHA1083554.1 EHA1083554.1 XP_011924069.1 XP_011924069.1 CAH9417069.1 CAH9417069.1 KAE9407684.1 KAE9407684.1 WP_144929841.1 WP_144929841.1 WP_207855327.1 WP_207855327.1 MBR4831078.1 MBR4831078.1 KAF5705428.1 KAF5705428.1 MQG84887.1 MQG84887.1 MQG84887.1 MBW4485777.1 NUR94205.1 NUR94205.1 KAI9087862.1 KAI9087862.1 MPC13528.1 MPC13528.1 MBN2660390.1 MVZ66986.1 MBN2660390.1 MBN2660390.1 WP_070545363.1 WP_070545363.1 WP_200154298.1 WP_200154298.1 EGQ8192442.1 EGQ8192442.1 CAG7850540.1 CAG7850540.1 KAJ4213304.1 KAJ4213304.1 WP_170235146.1 WP_170235146.1 WP_056726975.1 WP_056726975.1 KAJ3469091.1 KAJ3469091.1 XP_027201715.1 XP_027201715.1 MBF1354756.1 MBF1354756.1 RNA69827.1 RNA69827.1 WP_054910535.1 WP_054910535.1 WP_267829077.1 WP_267829077.1 HBK1877356.1 HBK1877356.1 WP_233689818.1 WP_233689818.1 HAL5964588.1 HAL5964588.1 XP_002973447.1 XP_002973447.1 WP_203727943.1 MBL9135845.1 WP_203727943.1 WP_203727943.1 WP_203727943.1 KAI6019239.1 MBX7122227.1 MBX7122227.1 EGT3616788.1 EGT3616788.1 MBP1550239.1 MBP1550239.1 EHY1237200.1 EHY1237200.1 WP_063692548.1 WP_063692548.1 WP_058877503.1 WP_058877503.1 HBP29295.1 HBP29295.1 WP_169872765.1 WP_169872765.1 HCE7955950.1 HCE7955950.1 YP_009226675.1 YP_009226675.1 MBK6290503.1 MBK6290503.1 WP_039672911.1 WP_039672911.1 XP_029439375.1 XP_029439375.1 HCZ13020.1 HCZ13020.1 MBE7174334.1 MBE7174334.1 WP_217309755.1 WP_217309755.1 TXG48910.1 TXG48910.1 OMP12204.1 OMP12204.1 NET34040.1 NET34040.1 WP_182308552.1 WP_182308552.1 XP_050785609.1 XP_050785609.1 WP_145279320.1 WP_145279320.1 WP_190728559.1 WP_190728559.1 WP_043884631.1 WP_043884631.1 CKR50421.1 CKR50421.1 KAF6355230.1 KAF6355230.1 EFP11715.1 EFP11715.1 MBN2220243.1 MBN2220243.1 XP_001426929.1 XP_001426929.1 WP_004841038.1 WP_004841038.1 GFT25780.1 GFT25780.1 WP_108101124.1 WP_108101124.1 WP_233494598.1 WP_233494598.1 XP_037174607.1 XP_037174607.1 WP_008314082.1 WP_008314082.1 XP_035530493.1 XP_035530493.1 WP_031940100.1 WP_031940100.1 WP_129194092.1 WP_129194092.1 NVK17210.1 NVK17210.1 QQS37660.1 QQS37660.1 XP_012264750.2 XP_012264750.2 MBK7503626.1 MBK7503626.1 XP_040086206.1 XP_040086206.1 MCH99616.1 MCH99616.1 MCQ2288428.1 MCQ2288428.1 EUA22401.1 EUA22401.1 MBD2210658.1 MBD2210658.1 WP_238588402.1 WP_238588402.1 WP_223749936.1 WP_223749936.1 MBX8197149.1 MBX8197149.1 MBX8197149.1 WP_104459365.1 MBX8197149.1 WP_238837572.1 KAG4074423.1 KAG4074423.1 WP_139499883.1 WP_139499883.1 MCD6533325.1 WP_101844355.1 MCD6533325.1 MCD6533325.1 MCD6533325.1 MCF6323317.1 MBO68682.1 KMK70211.1 MBO68682.1 MBO68682.1 WP_224586479.1 WP_224586479.1 GBE25682.1 GBE25682.1 MBI3947524.1 MBI3947524.1 MBU7046308.1 MBU7046308.1 MBL1120007.1 MBL1120007.1 MCH4209672.1 MCH4209672.1 WP_244250846.1 WP_244250846.1 UKE84511.1 UKE84511.1 MCU0251598.1 MCU0251598.1 DAQ84782.1 DAQ84782.1 WP_088774527.1 WP_088774527.1 MBM4075151.1 MBM4075151.1 OLA65010.1 RYY55682.1 OLA65010.1 OLA65010.1 KAH8277827.1 KAH8277827.1 MBK9228460.1 MBK9228460.1 WP_105035243.1 WP_105035243.1 KAJ6942832.1 KAJ6942832.1 WP_159259813.1 WP_159259813.1 EAH5981648.1 EAH5981648.1 WP_227461668.1 WP_227461668.1 AAX49003.1 AAX49003.1 CRK93005.1 CRK93005.1 WP_282259321.1 WP_270506568.1 WP_282259321.1 WP_282259321.1 WP_212626688.1 WP_212626688.1 NXJ48511.1 MCE2395269.1 NXJ48511.1 WP_075653737.1 NXJ48511.1 NXJ48511.1 WP_062713263.1 WP_105599976.1 WP_062713263.1 WP_062713263.1 WP_062713263.1 WP_238486267.1 WP_087437779.1 WP_087437779.1 WP_261907733.1 WP_261907733.1 RWR83460.1 RWR83460.1 WP_126933505.1 WP_126933505.1 MCG6912449.1 WP_162119468.1 MCG6912449.1 AAZ73234.1 MCG6912449.1 WP_074053577.1 MCG6912449.1 MCG6912449.1 MCG6912449.1 WP_195290884.1 KAE9450885.1 KAE9450885.1 WP_126353423.1 WP_126353423.1 WP_159461552.1 WP_159461552.1 XP_017354457.1 XP_017354457.1 WP_031885024.1 WP_031885024.1 WP_010381982.1 WP_010381982.1 WP_164945946.1 WP_164945946.1 WP_225592933.1 WP_225592933.1 KAF9194863.1 KAF9194863.1 XP_007423461.1 XP_007423461.1 WP_226688333.1 WP_226688333.1 KZS76886.1 KZS76886.1 WP_055826320.1 WP_055826320.1 OGU28904.1 OGU28904.1 WP_216308000.1 WP_216308000.1 MCL7487729.1 WP_120463061.1 MCL7487729.1 MCL7487729.1 MCL7487729.1 WP_209366475.1 WP_219734411.1 WP_219734411.1 MBT9793465.1 WP_055406376.1 MBT9793465.1 MBT9793465.1 WP_182986787.1 WP_182986787.1 AXG99930.1 AXG99930.1 WP_181244664.1 WP_181244664.1 WP_097746315.1 WP_097746315.1 CAA0813386.1 CAA0813386.1 WP_044626129.1 WP_044626129.1 MCD4818220.1 MCD4818220.1 DAG36852.1 DAG36852.1 MBR0212092.1 MBR0212092.1 WP_258340180.1 WP_258340180.1 WP_278906630.1 WP_278906630.1 WP_032845625.1 WP_032845625.1 NBR46296.1 NBR46296.1 WP_223746173.1 WP_223746173.1 KAK48091.1 MCB1412915.1 KAK48091.1 WP_149040698.1 KAK48091.1 WP_133179454.1 KAK48091.1 KAK48091.1 KAK48091.1 KAG0237649.1 EHH5649593.1 EHH5649593.1 EIM6243235.1 EIM6243235.1 KAI1395879.1 KAI1395879.1 MCG8030229.1 MCG8030229.1 WP_221166976.1 WP_221166976.1 WP_161797448.1 WP_161797448.1 WP_088751843.1 WP_088751843.1 XP_055289786.1 XP_055289786.1 RQR66516.1 RQR66516.1 NDC77618.1 EJQ2687561.1 NDC77618.1 NDC77618.1 NDC77618.1 MBU6376428.1 CAC14781.1 CAC14781.1 XP_023677472.1 XP_023677472.1 MBM3993664.1 MBM3993664.1 WP_171549300.1 WP_171549300.1 WP_171549300.1 MCF8269563.1 XP_030368951.1 XP_030368951.1 XP_041173850.1 XP_041173850.1 MST81202.1 MST81202.1 WP_035710346.1 WP_049267651.1 WP_035710346.1 WP_035710346.1 PKO72095.1 PKO72095.1 WP_278839117.1 WP_278839117.1 WP_074319120.1 WP_074319120.1 WP_074319120.1 WP_013632646.1 WP_074319120.1 WP_176307440.1 THU55532.1 THU55532.1 WP_014884217.1 WP_014884217.1 WP_266631528.1 WP_266631528.1 EEQ7907210.1 EEQ7907210.1 CAG8651065.1 CAG8651065.1 KAJ0414039.1 KAJ0414039.1 WP_231117944.1 WP_231117944.1 WP_265634479.1 WP_136332629.1 WP_265634479.1 WP_265634479.1 WP_265634479.1 WP_254301195.1 WP_265634479.1 WP_200629424.1 MBQ6815353.1 MBQ6815353.1 WP_276598033.1 WP_276598033.1 HBM7289758.1 HBM7289758.1 MCU0780070.1 MCU0780070.1 EIG2935021.1 EIG2935021.1 WP_257258519.1 WP_257258519.1 MBR4705654.1 MBR4705654.1 WP_057475198.1 WP_057475198.1 WP_091540071.1 WP_091540071.1 MBQ2810184.1 MBQ2810184.1 MBI4382429.1 MBI4382429.1 EEJ7112508.1 EEJ7112508.1 ODT35081.1 ODT35081.1 MBD9532752.1 MBD9532752.1 MBV9085084.1 MBV9085084.1 MBQ2193282.1 MBQ2193282.1 NVJ47954.1 NVJ47954.1 CAF4530116.1 CAF4530116.1 ROT89752.1 ROT89752.1 RMO68303.1 RMO68303.1 MBN1133474.1 MBN1133474.1 WP_014812045.1 WP_014812045.1 MCM2350719.1 MCM2350719.1 EDV4701861.1 EDV4701861.1 NBC28176.1 NBC28176.1 WP_254218450.1 EEJ0015338.1 WP_254218450.1 WP_254218450.1 WP_254218450.1 MBL0967454.1 UBY07556.1 UBY07556.1 PAA85122.1 PAA85122.1 WP_250740298.1 WP_250740298.1 XP_029957910.1 XP_029957910.1 WP_261066330.1 WP_261066330.1 EIN6894283.1 EIN6894283.1 WP_003976137.1 WP_096751687.1 WP_003976137.1 WP_003976137.1 WP_003976137.1 WP_138785174.1 CAF9903004.1 CAF9903004.1 WP_028211029.1 WP_028211029.1 VTR17913.1 VTR17913.1 WP_182221967.1 WP_182221967.1 MBO1682517.1 MBO1682517.1 KAJ5879340.1 KAJ5879340.1 MCB1269932.1 MCB1269932.1 MBF0266635.1 MBF0266635.1 WP_091131895.1 WP_091131895.1 WP_076569469.1 WP_076569469.1 MYM13983.1 MYM13983.1 WP_124336611.1 WP_124336611.1 OTI63326.1 OTI63326.1 KAJ0179631.1 KAJ0179631.1 XP_011231611.1 XP_011231611.1 KAH9773659.1 KAH9773659.1 WP_232923125.1 WP_225927241.1 WP_232923125.1 WP_232923125.1 QJX39053.1 AEO85464.1 QJX39053.1 ABG88111.1 QJX39053.1 QCI53355.1 QJX39053.1 QJX39053.1 QJX39053.1 AAX97169.1 QJX39053.1 AEJ33395.1 XP_047670625.1 XP_047670625.1 HIZ23242.1 MBQ3156222.1 HIZ23242.1 HIZ23242.1 YP_009953780.1 YP_009953780.1 WP_096420503.1 WP_096420503.1 AIR72471.1 AIR72471.1 WP_145848873.1 WP_145848873.1 MCR4780139.1 MCR4780139.1 EXV29885.1 EXV29885.1 WP_135153154.1 WP_135153154.1 WP_192272294.1 WP_192272294.1 WP_169034890.1 WP_169034890.1 MCL2179853.1 MCL2179853.1 WP_261610998.1 WP_261610998.1 GIW75824.1 GIW75824.1 WP_107605937.1 WP_107605937.1 WP_104880153.1 WP_104880153.1 WP_192819276.1 WP_192819276.1 MBP3258987.1 MBP3258987.1 WP_051799949.1 WP_051799949.1 WP_032902824.1 WP_032902824.1 OJZ88794.1 OJZ88794.1 MCA1602026.1 MCA1602026.1 WP_254698006.1 WP_073201850.1 WP_254698006.1 OQA38407.1 WP_254698006.1 PHR72175.1 WP_254698006.1 WP_254698006.1 WP_254698006.1 PSR02572.1 WP_254698006.1 CBI36349.3 WP_254698006.1 WP_225579579.1 WP_254698006.1 WP_253808359.1 MCF6248835.1 MCF6248835.1 WP_207277556.1 WP_207277556.1 QLL42869.1 QLL42869.1 WP_208891791.1 WP_208891791.1 NPA60307.1 NPA60307.1 NUM76802.1 NUM76802.1 WP_261733022.1 WP_261733022.1 WP_261733022.1 WP_177077803.1 MAR11490.1 MAR11490.1 WP_202390355.1 WP_202390355.1 KFP55735.1 KFP55735.1 OPZ80214.1 OPZ80214.1 SDP91455.1 SDP91455.1 XP_042575628.1 XP_042575628.1 UTM04871.1 UTM04871.1 MBE4386870.1 MBE4386870.1 MBU1949759.1 MBU1949759.1 WP_209164465.1 WP_209164465.1 KAF3157345.1 MAI76755.1 KAF3157345.1 KAF3157345.1 KAF3157345.1 WP_007683719.1 KAF3157345.1 WP_137974759.1 WP_243514657.1 WP_243514657.1 MCF3649217.1 MCF3649217.1 WP_260912062.1 WP_260912062.1 MBV38818.1 MBV38818.1 CDX26094.1 WP_279008479.1 CDX26094.1 WP_154951203.1 CDX26094.1 CDX26094.1 CDX26094.1 KQN49849.1 CDX26094.1 HAA79725.1 CDX26094.1 WP_023828789.1 CDX26094.1 WP_105447015.1 CDX26094.1 TIU74829.1 CDX26094.1 WP_002574744.1 EPS65972.1 EPS65972.1 MCF7845821.1 MCF7845821.1 MCA9273490.1 MCA9273490.1 WP_165007860.1 WP_165007860.1 WP_084119994.1 WP_084119994.1 WP_139266533.1 WP_139266533.1 PHS07087.1 PHS07087.1 CAB4375794.1 CAB4375794.1 QLT57385.1 QLT57385.1 MBL8001378.1 MBL8001378.1 KAJ7390332.1 KAJ7390332.1 KIO14952.1 KIO14952.1 QHV87229.1 QHV87229.1 WP_281350185.1 WP_084523054.1 WP_281350185.1 WP_281350185.1 WP_254090314.1 WP_254090314.1 WP_100659968.1 WP_100659968.1 QTW92269.1 QTW92269.1 KAJ1419147.1 KAJ1419147.1 KAF1839740.1 KAF1839740.1 KAF1839740.1 PCI52029.1 BDY11310.1 BDY11310.1 XP_048216280.1 XP_048216280.1 WP_084290175.1 WP_084290175.1 XP_047379458.1 XP_047379458.1 WP_276509439.1 WP_276509439.1 MCQ2612024.1 WP_014407515.1 MCQ2612024.1 WP_126136917.1 MCQ2612024.1 MBK9183427.1 MCQ2612024.1 MCQ2612024.1 WP_242719345.1 WP_242719345.1 MBU2333720.1 MBU2333720.1 HBF5910189.1 HBF5910189.1 WP_070276216.1 WP_070276216.1 WP_244305237.1 WP_244305237.1 MBV8166774.1 MBV8166774.1 MCH8147627.1 MCH8147627.1 KAF4336989.1 WP_112473496.1 KAF4336989.1 KAF4336989.1 WP_013102579.1 WP_013102579.1 XP_024747977.1 XP_024747977.1 NDF13247.1 NDF13247.1 WP_162783004.1 MCP4570049.1 WP_162783004.1 WP_162783004.1 MCS6948286.1 MCS6948286.1 WP_194235048.1 WP_194235048.1 MBO5878101.1 MBO5878101.1 HBC6813009.1 HBC6813009.1 WP_254144300.1 WP_254144300.1 CAD6897702.1 CAD6897702.1 MBC7757407.1 MBC7757407.1 TDL20017.1 TDL20017.1 WP_115513761.1 WP_115513761.1 REJ18923.1 REJ18923.1 EAV4122193.1 EAV4122193.1 WP_246884968.1 WP_246884968.1 AEL09906.1 AEL09906.1 WP_260467581.1 WP_260467581.1 CAH7718754.1 CAH7718754.1 XP_054539312.1 HHO42668.1 XP_054539312.1 MCB0342695.1 XP_054539312.1 XP_054539312.1 NNK90694.1 NNK90694.1 MCI0339177.1 MCI0339177.1 ETP52929.1 ETP52929.1 KAI9354912.1 KAI9354912.1 MBV8846188.1 MBV8846188.1 WP_075555721.1 WP_075555721.1 MBR0168732.1 MBR0168732.1 WP_159020823.1 WP_159020823.1 ROV93981.1 ROV93981.1 WP_160324393.1 WP_160324393.1 WP_280604208.1 WP_280604208.1 WP_141769780.1 WP_141769780.1 XP_022467441.1 XP_022467441.1 KAH6575376.1 KAH6575376.1 RDE30147.1 RDE30147.1 MBS07042.1 MBS07042.1 MBR0185573.1 MCM6312373.1 MBR0185573.1 HBS0905846.1 MBR0185573.1 HBZ7417361.1 MBR0185573.1 MBR0185573.1 MBR0185573.1 WP_280015341.1 MBR6873642.1 MBR6873642.1 KAH8674414.1 KAH8674414.1 KAI5122644.1 MBL8638832.1 KAI5122644.1 KAI5122644.1 KAI5122644.1 WP_015919400.1 KAI5122644.1 WP_015615815.1 KAI5122644.1 MCJ7548546.1 MCJ8744353.1 MCJ8744353.1 WP_235697519.1 WP_235697519.1 WP_203101196.1 WP_203101196.1 WP_081197627.1 WP_081197627.1 KAI2507414.1 KAI2507414.1 WP_278243902.1 WP_278243902.1 WP_195519891.1 WP_263072085.1 WP_195519891.1 WP_195519891.1 WP_267857086.1 WP_267857086.1 SDT73851.1 SDT73851.1 MCI8905996.1 MCI8905996.1 MBE5853476.1 MBE5853476.1 WP_187666598.1 WP_187666598.1 MBO7740928.1 MBO7740928.1 KAH8103951.1 KAH8103951.1 CAE8618269.1 CAE8618269.1 KAI6823133.1 KAI6823133.1 NLU38508.1 NLU38508.1 HCE3964987.1 HCE3964987.1 NBR20456.1 NBR20456.1 TIW64311.1 TIW64311.1 EFS21643.1 EFS21643.1 GHU06330.1 GHU06330.1 EDX9534630.1 EDX9534630.1 WP_258143355.1 WP_258143355.1 WP_248050568.1 WP_248050568.1 DAR19459.1 DAR19459.1 WP_232634591.1 WP_232634591.1 WP_103961312.1 GGU95879.1 WP_103961312.1 WP_103961312.1 PZP36069.1 PZP36069.1 MCJ7770831.1 MCJ7770831.1 CAG2229172.1 CAG2229172.1 PJI44171.1 PJI44171.1 VTM75314.1 VTM75314.1 XP_021694973.1 XP_021694973.1 WP_250464711.1 WP_250464711.1 WP_250464711.1 HAV1793262.1 WP_189524079.1 WP_209467194.1 WP_189524079.1 WP_189524079.1 MBR7675499.1 MBR7675499.1 XP_013757696.1 XP_013757696.1 KAF4593247.1 KAF4593247.1 XP_040614072.1 XP_040614072.1 WP_151465610.1 WP_151465610.1 MBD5437993.1 MBD5437993.1 WP_055062962.1 WP_055062962.1 NEE34914.1 NEE34914.1 WP_277627940.1 WP_277627940.1 GJC78212.1 XP_017754998.1 GJC78212.1 GJC78212.1 GJC78212.1 XP_047113196.1 GJC78212.1 TNE33066.1 VIP11815.1 VIP11815.1 NNJ03433.1 NNJ03433.1 CAF1124877.1 CAF1124877.1 XP_019256258.1 XP_019256258.1 GBM64226.1 GBM64226.1 CAI0451207.1 CAI0451207.1 WP_259407579.1 WP_259407579.1 WP_259407579.1 WP_099639594.1 WP_259407579.1 MCF7886260.1 KAJ9247365.1 KAJ9247365.1 MBQ3049129.1 MBQ3049129.1 WP_046325749.1 WP_057479385.1 WP_046325749.1 WP_208427233.1 WP_046325749.1 WP_046325749.1 WP_046325749.1 WP_013571875.1 WP_111712808.1 WP_111712808.1 OQB06356.1 OQB06356.1 XP_023219850.1 XP_023219850.1 KOV59425.1 KOV59425.1 WP_208905085.1 WP_208905085.1 PHT33663.1 PHT33663.1 EBA3403631.1 EBA3403631.1 WP_244380042.1 WP_244380042.1 MBD8915742.1 WP_182080621.1 MBD8915742.1 AOJ74168.1 MBD8915742.1 MBD8915742.1 MBD8915742.1 WP_058918927.1 XP_010808195.1 XP_010808195.1 WP_179100660.1 WP_179100660.1 WP_048133111.1 WP_048133111.1 WP_156773536.1 WP_156773536.1 WP_110713006.1 WP_110713006.1 OYV25858.1 OYV25858.1 EHP6050825.1 EHP6050825.1 WP_233355236.1 MBC5824559.1 WP_233355236.1 WP_167263015.1 WP_233355236.1 WP_233355236.1 WP_233355236.1 MBQ1771956.1 MCI0743675.1 MCI0743675.1 EHL4743850.1 EHL4743850.1 WP_210022830.1 WP_210022830.1 WP_145485057.1 WP_145485057.1 WP_238589724.1 WP_238589724.1 KKT74736.1 KKT74736.1 WP_143397677.1 WP_143397677.1 WP_189806213.1 WP_189806213.1 EYU25844.1 EYU25844.1 WP_086268031.1 WP_086268031.1 ROP28277.1 ROP28277.1 RVD87240.1 RVD87240.1 MBJ14675.1 MBJ14675.1 PSX20495.1 PSX20495.1 HCL05707.1 HCL05707.1 DAK63787.1 DAK63787.1 WP_061158136.1 WP_061158136.1 WP_265593313.1 WP_265593313.1 XP_010298897.1 XP_010298897.1 DAM16636.1 DAM16636.1 XP_048545356.1 XP_048545356.1 WP_026632538.1 WP_026632538.1 WP_054285415.1 WP_054285415.1 WP_280506832.1 WP_280506832.1 MCH1948979.1 MCH1948979.1 MBX7161768.1 MBV9963051.1 MBX7161768.1 MBX7161768.1 CAA2935380.1 CAA2935380.1 MBF6594441.1 MBF6594441.1 MBT3583534.1 MBT3583534.1 WP_020547001.1 WP_054146239.1 WP_020547001.1 WP_150461480.1 WP_020547001.1 EGY4555186.1 WP_020547001.1 WP_020547001.1 WP_020547001.1 WP_152046331.1 WP_020547001.1 MCI7704736.1 HBA6816094.1 HBA6816094.1 CAH3167921.1 CAH3167921.1 WP_209090305.1 WP_209090305.1 WP_270310942.1 WP_270310942.1 XP_055749319.1 XP_055749319.1 RYG63745.1 RYG63745.1 KAH6611424.1 KAH6611424.1 HBP5649656.1 HBP5649656.1 WP_132670557.1 WP_132670557.1 WP_135991721.1 WP_135991721.1 MBF8281865.1 MBF8281865.1 CAB1434041.1 CAB1434041.1 HCE5956952.1 HCE5956952.1 WP_120259880.1 WP_120259880.1 WP_100671858.1 WP_238126428.1 WP_100671858.1 WP_100671858.1 CAB4041173.1 CAB4041173.1 WP_196114185.1 WP_245885601.1 WP_196114185.1 WP_196114185.1 XP_045323097.1 XP_045323097.1 MBO5545990.1 MBO5545990.1 PSB50277.1 PSB50277.1 TKA61426.1 TKA61426.1 WP_018046034.1 WP_018046034.1 WP_199519257.1 WP_199519257.1 QEA04360.1 QEA04360.1 EJB4327760.1 EJB4327760.1 WP_243386166.1 WP_243386166.1 WP_196434573.1 MBO6858759.1 WP_196434573.1 WP_196434573.1 MBR4407160.1 MBR4407160.1 RMO53691.1 RMO53691.1 SPO69561.1 SPO69561.1 MBR0373962.1 MBR0373962.1 WP_267897383.1 WP_267897383.1 EDK41087.2 EDK41087.2 WP_212217181.1 WP_212217181.1 WP_245128022.1 WP_245128022.1 MBR4270493.1 MBR4270493.1 WP_150516775.1 WP_150516775.1 ADP83890.1 ADP83890.1 WP_274975805.1 WP_274975805.1 EFB0579454.1 EFB0579454.1 EFB0579454.1 ECB3502766.1 XP_006359699.1 XP_006359699.1 EAX5650801.1 EAX5650801.1 EIQ3832535.1 EIQ3832535.1 MBK7823216.1 MBK7823216.1 RZC84346.1 RZC84346.1 WP_188402311.1 WP_188402311.1 EDN57974.1 EDN57974.1 MBE7487601.1 MBE7487601.1 WP_126022479.1 WP_126022479.1 MBK6770753.1 MBK6770753.1 WP_064754910.1 WP_064754910.1 WP_281507500.1 WP_262406623.1 WP_281507500.1 MBT5488157.1 WP_281507500.1 WP_281507500.1 PUZ48934.1 PUZ48934.1 WP_036471418.1 WP_007427566.1 WP_036471418.1 WP_036471418.1 MBK9356005.1 MBK9356005.1 NOR15507.1 NOR15507.1 MCK4600250.1 MCK4600250.1 WP_062723913.1 WP_062723913.1 MBQ7943218.1 MBQ7943218.1 WP_003333677.1 WP_003333677.1 WP_170365402.1 MBW6524271.1 WP_170365402.1 WP_170365402.1 WP_248214628.1 WP_248214628.1 ENN81602.1 ENN81602.1 WP_175863615.1 WP_175863615.1 KAJ5463595.1 KAJ5463595.1 MBZ0263796.1 MBZ0263796.1 XP_047491136.1 XP_047491136.1 MBN1882318.1 MBN1882318.1 MCP3920706.1 MCP3920706.1 WP_026750608.1 WP_026750608.1 EER8306359.1 EER8306359.1 WP_010502862.1 WP_010502862.1 MBR2359580.1 MBR2359580.1 WP_136955567.1 WP_136955567.1 WP_069367753.1 WP_069367753.1 WP_110307043.1 WP_110307043.1 WP_100173513.1 WP_100173513.1 WP_120370033.1 WP_120370033.1 PYX98855.1 PYX98855.1 EFV9236312.1 EFV9236312.1 WP_181110053.1 WP_181110053.1 WP_251376328.1 WP_251376328.1 MBN1266236.1 MBN1266236.1 WP_230078324.1 WP_230078324.1 WP_029165724.1 WP_029165724.1 WP_234523932.1 WP_234523932.1 TKJ47549.1 TKJ47549.1 KUK66960.1 KUK66960.1 KAF2778654.1 KAF2778654.1 MBL7183650.1 MBL7183650.1 OEL34993.1 OEL34993.1 KAG2288705.1 KAG2288705.1 WP_196132500.1 WP_196132500.1 MBY5764273.1 MBY5764273.1 MOP14804.1 MOP14804.1 MCC6757021.1 MCC6757021.1 GMA85510.1 GMA85510.1 HHT66172.1 HHT66172.1 KAI1051942.1 MBE3049203.1 KAI1051942.1 KAI1051942.1 WP_137202811.1 WP_137202811.1 MBA0617731.1 MBA0617731.1 WP_125770870.1 WP_125770870.1 OGD46026.1 OGD46026.1 KAG1590416.1 KAG1590416.1 KAJ7170950.1 KAJ7170950.1 VTD69375.1 WP_195156489.1 VTD69375.1 VTD69375.1 MCR5435766.1 MCR5435766.1 HAQ5294203.1 HAQ5294203.1 MCD6306959.1 WP_010859888.1 MCD6306959.1 MCD6306959.1 MCD6306959.1 WP_275196335.1 MBS0252923.1 MBS0252923.1 WP_252541609.1 WP_144384753.1 WP_252541609.1 WP_252541609.1 KOO34710.1 KOO34710.1 WP_121334391.1 WP_121334391.1 MCR5237392.1 MCR5237392.1 WP_015527010.1 WP_015527010.1 WP_220742815.1 WP_220742815.1 WP_238785931.1 WP_238785931.1 MCF3123421.1 MCF3123421.1 KAJ5976390.1 KAJ5976390.1 NPA33962.1 NPA33962.1 WP_071563317.1 WP_071563317.1 KIX64119.1 KIX64119.1 WP_063603400.1 EFK2137151.1 WP_063603400.1 WP_063603400.1 WP_218965839.1 WP_218965839.1 WP_173789750.1 WP_173789750.1 MBN9390566.1 MBN9390566.1 WP_174048133.1 WP_174048133.1 WP_039085559.1 WP_145514932.1 WP_039085559.1 WP_039085559.1 WP_224721611.1 WP_224721611.1 MBK7771335.1 MBK7771335.1 SQI90360.1 SQI90360.1 MCH5250214.1 MCH5250214.1 MCO5248061.1 MCO5248061.1 RKT44589.1 RKT44589.1 RKU33385.1 RKU33385.1 EIH6124474.1 EIH6124474.1 MBO8159537.1 MBO8159537.1 WP_151206143.1 WP_151206143.1 MBN8912970.1 MBN8912970.1 TOP73014.1 TOP73014.1 HAV89419.1 HAV89419.1 MBV9654022.1 MBV9654022.1 WP_138572923.1 MBD5394228.1 WP_138572923.1 WP_114861267.1 WP_138572923.1 WP_138572923.1 MBI2925684.1 MBI2925684.1 WP_065519347.1 WP_065519347.1 KAI8690655.1 KAI8690655.1 KAG0363719.1 KAG0363719.1 XP_031707624.1 XP_031707624.1 MBT3590949.1 MBT3590949.1 MBU0838658.1 MBU0838658.1 WP_270757591.1 WP_270757591.1 TLY75477.1 TLY75477.1 WP_245404560.1 WP_245404560.1 WP_268140002.1 WP_268140002.1 HDO82225.1 HDO82225.1 WP_039692015.1 WP_039692015.1 KAH7371872.1 KAH7371872.1 WP_203374052.1 WP_203374052.1 WP_185644473.1 WP_185644473.1 MCF8106439.1 MCF8106439.1 WP_141918410.1 WP_141918410.1 KAE8802158.1 KAE8802158.1 DAM55269.1 DAM55269.1 EFI7849450.1 EFI7849450.1 WP_027896470.1 WP_027896470.1 MBD3702988.1 MBD3702988.1 WP_200696402.1 WP_200696402.1 KAH0091028.1 KAH0091028.1 WP_215683653.1 WP_215683653.1 OBW66090.1 OBW66090.1 XP_049399244.1 XP_049399244.1 WP_138051112.1 WP_138051112.1 WP_112865547.1 WP_112865547.1 MCJ8328039.1 MCJ8328039.1 KAF2994395.1 KAF2994395.1 WP_266603981.1 WP_266603981.1 AAQ88513.1 AAQ88513.1 WP_217278020.1 WP_217278020.1 MBS7021842.1 MBS7021842.1 WP_176390098.1 KQO44758.1 WP_176390098.1 SQB81123.1 WP_176390098.1 WP_176390098.1 KAE9107042.1 KAE9107042.1 WP_084717372.1 WP_084717372.1 KNZ32786.1 KNZ32786.1 WP_277491977.1 WP_277491977.1 MBF0570872.1 MBF0570872.1 KAF2725148.1 KAF2725148.1 MCI02510.1 MCI02510.1 WP_259691170.1 WP_259691170.1 EHG9706352.1 EHG9706352.1 NIR98474.1 NIR98474.1 RPI21000.1 RPI21000.1 WP_011568153.1 WP_011568153.1 MBP8225438.1 MBP8225438.1 WP_148284348.1 WP_148284348.1 WP_138860096.1 WP_138860096.1 WP_249423022.1 WP_249423022.1 MBM3258402.1 MBM3258402.1 WP_061671893.1 MBM4091591.1 WP_061671893.1 WP_061671893.1 WP_142009293.1 WP_142009293.1 MCR6642262.1 MCR6642262.1 MCH8312134.1 MCH8312134.1 DAI44238.1 DAI44238.1 MCU0243120.1 MCU0243120.1 MBD5657753.1 MBD5657753.1 XP_023318286.1 XP_023318286.1 XP_023815606.1 XP_023815606.1 TYI91467.1 TYI91467.1 EER8085032.1 EER8085032.1 MBQ3129991.1 MBQ3129991.1 WP_278084771.1 OHA02323.1 WP_278084771.1 WP_278084771.1 WP_278084771.1 PIQ07033.1 WP_278084771.1 VAX76432.1 WP_097275324.1 MBK8955603.1 WP_097275324.1 QLL10545.1 WP_097275324.1 EJV0278763.1 WP_097275324.1 WP_097275324.1 EAA6840433.1 EAA6840433.1 MBN1799017.1 MBN1799017.1 MCF0110827.1 MCF0110827.1 WP_141605349.1 WP_141605349.1 MCL4469743.1 TAM79626.1 MCL4469743.1 MCL4469743.1 WP_217105914.1 WP_217105914.1 KAF3180666.1 KAF3180666.1 WP_160394157.1 WP_160394157.1 MCK4403577.1 NGS95655.1 MCK4403577.1 MCK4403577.1 OMP01148.1 OMP01148.1 WP_038492378.1 WP_038492378.1 WP_048271612.1 WP_048271612.1 WP_089905939.1 WP_089905939.1 MBO7633581.1 MBO7633581.1 WP_264351023.1 WP_264351023.1 KAH9572460.1 KAH9572460.1 ASI70574.1 ASI70574.1 KAG9043128.1 KAG9043128.1 WP_123868396.1 WP_123868396.1 EHW0060032.1 EHW0060032.1 CAF4577788.1 CAF4577788.1 HCL36615.1 HCL36615.1 WP_204719689.1 WP_204719689.1 MCE5240463.1 MCE5240463.1 MBP9771519.1 MBP9771519.1 MBQ1653514.1 MBQ1653514.1 WP_184094916.1 MCI8395767.1 WP_184094916.1 WP_184094916.1 WP_097089246.1 WP_097089246.1 KAJ3654337.1 KAJ3654337.1 MBP8613265.1 MBP8613265.1 WP_212663497.1 WP_212663497.1 MSU42127.1 WP_253063755.1 MSU42127.1 MSU42127.1 XP_054852439.1 XP_054852439.1 RLE48019.1 RLE48019.1 WP_217691728.1 WP_217691728.1 AGA34473.1 AGA34473.1 MCK9908664.1 MCK9908664.1 MCU0650575.1 MCU0650575.1 KAJ5056431.1 KAJ5056431.1 MBU0592078.1 MBU0592078.1 WP_264694478.1 WP_264694478.1 MBV9550452.1 MBV9550452.1 WP_040301436.1 WP_040301436.1 WP_248126409.1 WP_248126409.1 MQG44163.1 MQG44163.1 WP_231149750.1 WP_231149750.1 WP_218566587.1 WP_218566587.1 MBD20513.1 MBD20513.1 KAH0561149.1 KAH0561149.1 WP_175896721.1 WP_175896721.1 XP_039202520.1 XP_039202520.1 WP_235697247.1 WP_235697247.1 EHQ6376324.1 EHQ6376324.1 XP_043890337.1 XP_043890337.1 WP_046093714.1 WP_046093714.1 WP_011513572.1 WP_011513572.1 MCI0901122.1 MCI0901122.1 SCH39951.1 SCH39951.1 WP_254743169.1 WP_254743169.1 WP_207128967.1 WP_207128967.1 NQT73935.1 NQT73935.1 NLI07658.1 NLI07658.1 WP_204657011.1 WP_204657011.1 CAF1315160.1 CAF1315160.1 WP_197079459.1 WP_197079459.1 XP_051777026.1 XP_051777026.1 WP_244440115.1 WP_244440115.1 AUN37106.1 AUN37106.1 TSA21665.1 TSA21665.1 WP_261362933.1 WP_261362933.1 GLJ54837.1 GLJ54837.1 KAJ8033891.1 KAJ8033891.1 WP_276974217.1 WP_276974217.1 WP_123176104.1 WP_123176104.1 WP_219324004.1 WP_219324004.1 WP_059678947.1 HAD16081.1 WP_059678947.1 WP_059678947.1 RJP93937.1 RJP93937.1 RVW37287.1 RVW37287.1 WP_064049628.1 CAH2014332.1 WP_064049628.1 KAI8118081.1 WP_064049628.1 KAG7602925.1 WP_064049628.1 WP_064049628.1 WP_064049628.1 XP_002873995.1 WP_230200986.1 WP_230200986.1 WP_220331155.1 WP_220331155.1 WP_074745818.1 WP_074745818.1 WP_151949835.1 WP_151949835.1 MBS3795756.1 MBS3795756.1 KAJ2188950.1 KAJ2188950.1 XP_018754863.1 XP_018754863.1 WP_230284916.1 WP_193956008.1 WP_230284916.1 RMF68396.1 WP_230284916.1 WP_230284916.1 NJM16453.1 NJM16453.1 KJZ73525.1 KJZ73525.1 KAJ6336236.1 KAJ6336236.1 WP_211114623.1 WP_211114623.1 XP_014259138.1 XP_014259138.1 WP_271104848.1 WP_271104848.1 MBR9906678.1 MBR9906678.1 WP_184699897.1 WP_184699897.1 MYX39762.1 MYX39762.1 WP_224547797.1 WP_224547797.1 MCL2341595.1 MCL2341595.1 XP_011782004.1 XP_037697134.1 XP_011782004.1 XP_011782004.1 TMC92967.1 WP_057012309.1 TMC92967.1 TMC92967.1 WP_169928520.1 WP_169928520.1 MCR5335843.1 MBY0289623.1 MCR5335843.1 MCR5335843.1 MUT95175.1 OAH97901.1 MUT95175.1 MUT95175.1 WP_039638019.1 WP_039638019.1 MCO4478718.1 MCO4478718.1 NTW34833.1 NTW34833.1 WP_116773703.1 MCC8072670.1 WP_116773703.1 WP_116773703.1 AYX42557.1 AYX42557.1 XP_044019329.1 XP_044019329.1 WP_211056951.1 WP_211056951.1 WP_099253885.1 WP_099253885.1 WP_145321954.1 WP_145321954.1 WP_059433000.1 WP_059433000.1 XP_007208131.1 XP_007208131.1 XP_047935591.1 XP_047935591.1 MBQ7930482.1 MBQ7930482.1 WP_132774430.1 WP_132774430.1 MCC6044083.1 CAI8213472.1 MCC6044083.1 WP_266842210.1 MCC6044083.1 MCC6044083.1 MCC6044083.1 WP_145468487.1 MCC6044083.1 WP_215557653.1 MCC6044083.1 MBT4161918.1 GIS77777.1 GIS77777.1 MXW24770.1 MXW24770.1 MBQ7424709.1 MBQ7424709.1 WP_124977341.1 MBD1933857.1 WP_124977341.1 WP_124977341.1 MAQ92282.1 MAQ92282.1 SHG89682.1 SHG89682.1 WP_258450640.1 WP_258450640.1 WP_200200480.1 WP_200200480.1 WP_262686037.1 WP_262686037.1 WP_262686037.1 HBL8984898.1 KAG9404442.1 KAG9404442.1 WP_101701979.1 WP_101701979.1 WP_185031483.1 MBQ2640849.1 WP_185031483.1 WP_185031483.1 MBL0929646.1 MBL0929646.1 WP_162852444.1 WP_162852444.1 ODU51779.1 ODU51779.1 KAI1815548.1 KXN72221.1 KAI1815548.1 KAI1815548.1 NUQ21352.1 NUQ21352.1 MYD56339.1 MYD56339.1 MCE2861656.1 MBO7707210.1 MCE2861656.1 MCE2861656.1 MBR6441032.1 MBR6441032.1 XP_013412367.1 XP_013412367.1 KAF8820068.1 KAF8820068.1 WP_083019054.1 WP_189129312.1 WP_083019054.1 WP_083019054.1 WP_128581955.1 WP_128581955.1 WP_188339236.1 WP_188339236.1 AAX93012.1 AAX93012.1 MBQ2344446.1 MBQ2344446.1 XP_019000248.1 XP_019000248.1 WP_127706998.1 WP_127706998.1 KMQ95473.1 KMQ95473.1 WP_119660228.1 WP_119660228.1 TDP04522.1 TDP04522.1 XP_043280639.1 XP_043280639.1 KAF3385475.1 KAF3385475.1 WP_246239142.1 WP_246239142.1 WP_246239142.1 RLS24356.1 ERE79785.1 ERE79785.1 MBQ7518453.1 MBQ7518453.1 MCK5725948.1 MCI9379843.1 MCK5725948.1 MCK5725948.1 WP_140468443.1 WP_140468443.1 WP_271931007.1 WP_271931007.1 WP_058460161.1 WP_058460161.1 MBQ9736331.1 MBQ9736331.1 XP_043377824.1 XP_043377824.1 QID82546.1 QID82546.1 XP_039769176.1 XP_039769176.1 HBH1966141.1 HBH1966141.1 WP_189355988.1 WP_189355988.1 XP_014733223.1 XP_014733223.1 WP_058671428.1 WP_058671428.1 WP_283629251.1 WP_283629251.1 EFV4293432.1 EFV4293432.1 KAI9878467.1 KAI9878467.1 XP_048540820.1 XP_048540820.1 XP_053017968.1 XP_053017968.1 KAH3876125.1 KAH3876125.1 EER7236894.1 EER7236894.1 WP_117700467.1 WP_117700467.1 WP_049471407.1 WP_049471407.1 TZC53901.1 TZC53901.1 NLW23809.1 NLW23809.1 XP_003768056.1 XP_003768056.1 WP_072802511.1 WP_072802511.1 WP_261610700.1 WP_261610700.1 MBW2176475.1 AHG02917.1 MBW2176475.1 WP_149656427.1 MBW2176475.1 MBE7554905.1 MBW2176475.1 MBB3097508.1 MBW2176475.1 WP_208042111.1 MBW2176475.1 WP_047721562.1 MBW2176475.1 MBW2176475.1 MBW2176475.1 KQB14740.1 MBW2176475.1 WP_239280620.1 MBW2176475.1 KAB2647529.1 MBW2176475.1 KAB2860347.1 MBW2176475.1 MBX7055839.1 WP_012283464.1 WP_012283464.1 WP_027711481.1 WP_027711481.1 WP_196938834.1 WP_196938834.1 HFC12574.1 HFC12574.1 KAB2885888.1 MBF0107908.1 KAB2885888.1 KAB2885888.1 KAB2885888.1 MBA2522987.1 KAB2885888.1 MBC7097666.1 WP_270218171.1 WP_270218171.1 WP_238769582.1 WP_238769582.1 MPC67018.1 MPC67018.1 ACI42798.1 ACI42798.1 CZT01546.1 CZT01546.1 WP_237523417.1 WP_237523417.1 MCR5102838.1 MCR5102838.1 MCH9656178.1 MCH9656178.1 WP_266095674.1 WP_266095674.1 WP_259206442.1 WP_132079800.1 WP_259206442.1 WP_267560498.1 WP_259206442.1 WP_259206442.1 RKG50564.1 RKG50564.1 WP_074087188.1 WP_074087188.1 XP_054020552.1 XP_054020552.1 GFB08691.1 GFB08691.1 XP_045691652.1 XP_045691652.1 WP_283222342.1 WP_283222342.1 WP_221268711.1 WP_221268711.1 BAE96300.1 BAE96300.1 YP_009109540.1 QDH52386.1 YP_009109540.1 YP_009109540.1 MBF11761.1 MBF11761.1 PLS78226.1 PLS78226.1 WP_230865828.1 WP_230865828.1 WP_013449879.1 WP_013449879.1 MBR2605819.1 UTN87579.1 MBR2605819.1 MBR2605819.1 GLC83712.1 GLC83712.1 WP_244774495.1 WP_244774495.1 WP_113913927.1 WP_113913927.1 WP_231056077.1 WP_231056077.1 MBH1832495.1 MBH1832495.1 WP_246165763.1 WP_246165763.1 CAF2148714.1 CAF2148714.1 WP_073045763.1 WP_073045763.1 XP_048366669.1 XP_048366669.1 EEX5979844.1 EEX5979844.1 MBQ3226584.1 MBQ3226584.1 XP_054484247.1 XP_045788843.1 XP_054484247.1 XP_054484247.1 MCK9213126.1 MCK9213126.1 MOO25268.1 MOO25268.1 WP_167827352.1 WP_167827352.1 MBC7569412.1 MBC7569412.1 WP_218103566.1 WP_218103566.1 SKY52432.1 SKY52432.1 MBU4593984.1 MBU4593984.1 WP_110344369.1 WP_110344369.1 MCK1443663.1 MCK1443663.1 WP_019823189.1 WP_019823189.1 MCH2409214.1 WP_152158314.1 MCH2409214.1 OGG08302.1 MCH2409214.1 MCH2409214.1 WP_154333510.1 WP_154333510.1 WP_210352796.1 WP_210352796.1 NCO19736.1 WP_167239634.1 NCO19736.1 NCO19736.1 VTR69884.1 GBC84792.1 VTR69884.1 VTR69884.1 WP_172281536.1 WP_256342227.1 WP_172281536.1 WP_172281536.1 WP_172281536.1 MCI6853747.1 WP_172281536.1 MCQ2831428.1 WP_248827332.1 WP_248827332.1 EHX0204875.1 EHX0204875.1 XP_055165408.1 XP_055165408.1 WP_257544752.1 WP_257544752.1 DAV98325.1 DAV98325.1 WP_181537449.1 HBF6683624.1 WP_181537449.1 WP_181537449.1 WP_055542300.1 WP_055542300.1 WP_153009295.1 WP_153009295.1 WP_227405228.1 TVU87390.1 WP_227405228.1 WP_227405228.1 ESU92681.1 ESU92681.1 OJT07575.1 OJT07575.1 WP_187974949.1 WP_264934627.1 WP_187974949.1 WP_187974949.1 XP_041287579.1 XP_041287579.1 WP_281305524.1 WP_281305524.1 EFP02123.1 EFP02123.1 EAH8250412.1 EAH8250412.1 MBI5212085.1 MBI5212085.1 MBB4747289.1 MBB4747289.1 MBQ6275073.1 WP_194543596.1 MBQ6275073.1 MBQ6275073.1 MBQ6275073.1 MBS7393837.1 MBQ6275073.1 PYK96819.1 MOM22963.1 MOM22963.1 WP_212720030.1 WP_212720030.1 WP_079835571.1 WP_212269268.1 WP_079835571.1 WP_079835571.1 WP_079835571.1 WP_050704913.1 CUU64509.1 CUU64509.1 XP_031095384.1 XP_031095384.1 NNK86663.1 NNK86663.1 ORT47413.1 ORT47413.1 WP_275102754.1 CFP83382.1 WP_275102754.1 WP_275102754.1 XP_026109466.1 XP_026109466.1 WP_279046072.1 WP_279046072.1 WP_031150487.1 WP_031150487.1 QXN67839.1 QXN67839.1 MBL4581517.1 MBL4581517.1 TMH88670.1 TMH88670.1 GLZ61196.1 GLZ61196.1 WP_202116891.1 WP_202116891.1 CAG2201344.1 CAG2201344.1 NOX27817.1 NOX27817.1 EBN6490838.1 EBN6490838.1 HBR1104065.1 HBR1104065.1 WP_015183653.1 WP_015183653.1 GFP71094.1 GFP71094.1 XP_041648869.1 XP_041648869.1 MCM1168016.1 MCM1168016.1 HAC8926176.1 HAC8926176.1 WP_012236017.1 WP_012236017.1 WP_213638963.1 WP_213638963.1 WP_059978677.1 WP_059978677.1 WP_025591525.1 NEP09993.1 WP_025591525.1 WP_025591525.1 KAI5289156.1 KAI5289156.1 WP_205930861.1 WP_205930861.1 WP_108078099.1 WP_108078099.1 XP_045966569.1 MBW0517832.1 XP_045966569.1 XP_045966569.1 WP_159793761.1 WP_079304935.1 WP_159793761.1 WP_159793761.1 MBJ7265026.1 MBJ7265026.1 WAX10255.1 WAX10255.1 MCR5574391.1 MBS1745163.1 MCR5574391.1 MCR5574391.1 WP_266169258.1 MBS13190.1 WP_266169258.1 WP_266169258.1 MBK8423602.1 MBK8423602.1 WP_185116294.1 WP_185116294.1 MCA9634778.1 MCA9634778.1 WP_094151267.1 WP_164636240.1 WP_094151267.1 WP_122896374.1 WP_094151267.1 WP_168565867.1 WP_094151267.1 WP_094151267.1 MBI41622.1 MBI41622.1 NDD35992.1 NDD35992.1 WP_059432031.1 WP_059432031.1 EAH3295886.1 EAH3295886.1 XP_005678593.1 XP_005678593.1 XP_025430606.1 XP_025430606.1 WP_000484099.1 WP_000484099.1 MBK7140969.1 MCI5849734.1 MBK7140969.1 MBK7140969.1 NLI35930.1 NLI35930.1 WP_157113211.1 WP_157113211.1 MCU0622952.1 MCU0622952.1 WP_202067358.1 WP_202067358.1 WP_274771680.1 WP_274771680.1 WP_167605087.1 MBI4606629.1 WP_167605087.1 WP_167605087.1 WP_167605087.1 WP_269048359.1 MBP6311895.1 MBP6311895.1 MCE2873365.1 MCE2873365.1 MCE2873365.1 MXW19700.1 EFQ5532992.1 EFQ5532992.1 MCA9734355.1 MCA9734355.1 WP_281760414.1 WP_281760414.1 NWR36449.1 NWR36449.1 NWR36449.1 MCH8479059.1 WP_033631967.1 WP_033631967.1 ESS67695.1 ESS67695.1 MOP71390.1 MOP71390.1 WP_163889187.1 WP_163889187.1 WP_230633440.1 WP_230633440.1 WP_255187010.1 MBQ2017527.1 WP_255187010.1 WP_255187010.1 WP_255187010.1 WP_195397250.1 MBX9648850.1 MBX9648850.1 WP_006728805.1 WP_006728805.1 WP_230699958.1 WP_230699958.1 MBE6890073.1 WP_021646634.1 MBE6890073.1 MBE6890073.1 MBE6890073.1 WP_187047047.1 NET00292.1 WP_087918330.1 NET00292.1 WP_175395805.1 NET00292.1 NET00292.1 WP_189761921.1 WP_189761921.1 WP_249893756.1 WP_249893756.1 WP_086504813.1 WP_086504813.1 MCH6549687.1 MCH6549687.1 TYJ03004.1 TYJ03004.1 NXO69257.1 NXO69257.1 MBF0278962.1 MBF0278962.1 WP_151519865.1 WP_151519865.1 WP_175939838.1 WP_175939838.1 WP_114688413.1 WP_063434200.1 WP_114688413.1 WP_114688413.1 TIC14313.1 TIC14313.1 OTX04318.1 OTX04318.1 WP_248415755.1 WP_248415755.1 GFV11951.1 GFV11951.1 MBR6343266.1 MBR6343266.1 WP_232103437.1 WP_232103437.1 WP_265275480.1 WP_265275480.1 NUT29294.1 NUT29294.1 MBR3785149.1 CCZ55979.1 MBR3785149.1 MBR3785149.1 MBI3290135.1 MBI3290135.1 WP_060115800.1 WP_060115800.1 WP_138482356.1 WP_138482356.1 WP_263727326.1 WP_263727326.1 WP_072274035.1 WP_072274035.1 WP_072274035.1 TBV99016.1 MBT4210917.1 WP_096067320.1 MBT4210917.1 WP_282322778.1 MBT4210917.1 MBL14507.1 MBT4210917.1 MBT4210917.1 XP_018439942.1 XP_018439942.1 XP_045702922.1 XP_045702922.1 WP_063485223.1 WP_063485223.1 WP_149236326.1 WP_149236326.1 KIJ42589.1 KIJ42589.1 WP_232189573.1 WP_232189573.1 MBZ0168159.1 MBZ0168159.1 NWG72028.1 NWG72028.1 WP_136035264.1 WP_136035264.1 EAP3700350.1 EAP3700350.1 WP_251074290.1 CDZ81696.1 WP_251074290.1 WP_124908062.1 WP_251074290.1 WP_251074290.1 WP_251074290.1 EAJ4016142.1 EXZ64635.1 EXZ64635.1 CCE01062.1 CCE01062.1 WP_278800290.1 WP_278800290.1 BAB28876.1 BAB28876.1 KAJ1633120.1 KAJ1633120.1 KAF6315484.1 KAF6315484.1 GEZ33207.1 GEZ33207.1 TWU17869.1 TWU17869.1 WP_061364641.1 WP_061364641.1 VPT01298.1 VPT01298.1 WP_225764381.1 WP_225764381.1 XP_018042825.1 XP_018042825.1 WP_090770466.1 WP_090770466.1 WP_061517937.1 WP_061517937.1 WP_190531886.1 WP_190531886.1 WP_130382900.1 WP_130382900.1 XP_049578625.1 XP_049578625.1 WP_105979700.1 WP_105979700.1 MBQ8238565.1 MBQ8238565.1 MBQ9299122.1 MBQ9299122.1 MBQ9299122.1 TCV06956.1 MBR5879017.1 MBR5879017.1 MCS6903464.1 MCS6903464.1 WP_011063740.1 WP_011063740.1 EGV97757.1 EGV97757.1 WP_204942955.1 WP_204942955.1 WP_015133641.1 WP_015133641.1 MCD6425313.1 MCD6425313.1 UTT93350.1 UTT93350.1 MCR5602468.1 MCR5602468.1 OGR18938.1 OGR18938.1 MBI5677341.1 MBI5677341.1 WP_029267497.1 WP_029267497.1 STW12454.1 STW12454.1 MBE6306819.1 RLD79060.1 MBE6306819.1 MBE6900854.1 MBE6306819.1 MCI7610146.1 MBE6306819.1 WP_106587829.1 MBE6306819.1 MBE6306819.1 MBE6306819.1 CAG0929351.1 NLB51443.1 NLB51443.1 UKS51372.1 UKS51372.1 MCI7352812.1 MCI7352812.1 WP_192049367.1 WP_192049367.1 WP_039294206.1 WP_039294206.1 DAD32814.1 DAD32814.1 XP_027924147.1 WP_075190302.1 XP_027924147.1 XP_027924147.1 WP_161359378.1 WP_161359378.1 WP_196351635.1 WP_274676460.1 WP_196351635.1 WP_196351635.1 WP_100521084.1 WP_100521084.1 AQU86570.1 AQU86570.1 KAI0643035.1 KAI0643035.1 WP_154907134.1 WP_154907134.1 WP_228944212.1 WP_228944212.1 WP_136134536.1 WP_136134536.1 MBC2704089.1 MBC2704089.1 MBC2704089.1 NDH21517.1 MBH0193692.1 MBH0193692.1 EJK2981647.1 EJK2981647.1 WP_103313256.1 WP_103313256.1 EZX24376.1 EZX24376.1 KAJ3327837.1 KAJ3327837.1 KAJ2660037.1 KAJ2660037.1 KAJ2660037.1 KAF9974715.1 MAJ71254.1 WP_062640876.1 MAJ71254.1 MAJ71254.1 MAJ71254.1 WP_069083484.1 MAJ71254.1 WP_065881511.1 MCA9450479.1 MCA9450479.1 MCC8042769.1 WP_254400636.1 MCC8042769.1 MCC8042769.1 XP_041178038.1 XP_041178038.1 NBW79235.1 WP_045121741.1 NBW79235.1 NMO74192.1 NBW79235.1 NBW79235.1 WP_030323867.1 WP_030323867.1 WP_033135619.1 WP_033135619.1 MCA1442501.1 MCA1442501.1 KAI5251673.1 KAI5251673.1 MBR5121093.1 MBR5121093.1 NWJ08205.1 NWJ08205.1 WP_162959321.1 WP_162959321.1 WP_278498266.1 WP_030096092.1 WP_278498266.1 WP_187788315.1 WP_278498266.1 MCK1819907.1 WP_278498266.1 WP_278498266.1 WP_278498266.1 WP_034002239.1 WP_257479708.1 WP_257479708.1 MBQ3867797.1 MBQ3867797.1 WP_111496981.1 WP_111496981.1 WP_212448448.1 WP_212448448.1 PZT91770.1 PZT91770.1 EAM9790494.1 WP_055449466.1 EAM9790494.1 EAM9790494.1 XP_013404023.1 XP_013404023.1 WP_107485636.1 SCK25073.1 WP_107485636.1 WP_107485636.1 WP_143660971.1 WP_143660971.1 MCB2112291.1 HET19539.1 MCB2112291.1 PZW56938.1 MCB2112291.1 WP_233572281.1 MCB2112291.1 MCB2112291.1 KLA07975.1 KLA07975.1 WP_014504812.1 WP_068156215.1 WP_014504812.1 WP_014504812.1 KAF5807084.1 KAF5807084.1 WP_204334995.1 WP_204334995.1 WP_217736698.1 WP_217736698.1 KAF8153477.1 KAF8153477.1 MCI0648031.1 MCI0648031.1 XP_041922209.1 XP_041922209.1 WP_115180843.1 WP_115180843.1 EFG7579667.1 EFG7579667.1 WP_210949324.1 WP_210949324.1 WP_210949324.1 EIR8916606.1 MBT3459335.1 MBT3459335.1 WP_129832000.1 WP_129832000.1 MBF0233644.1 MBF0233644.1 WP_094375360.1 WP_094375360.1 WP_248415167.1 WP_248415167.1 WP_186748347.1 WP_186748347.1 BCL31621.1 BCL31621.1 GDZ43403.1 RZD53001.1 GDZ43403.1 GDZ43403.1 UFH83377.1 AFQ97813.1 UFH83377.1 AYV64277.1 UFH83377.1 UFH83377.1 UFH83377.1 AVO23223.1 UFH83377.1 UTU41876.1 MBK8012537.1 MBK8012537.1 WP_205994446.1 WP_205994446.1 WP_145465857.1 WP_145465857.1 OGZ08419.1 OGZ08419.1 WP_231879606.1 WP_231879606.1 WP_253195963.1 WP_253195963.1 ACT50261.1 ACT50261.1 WP_098613056.1 WP_098613056.1 KAF6751692.1 KAF6751692.1 HDI11217.1 EGS7320029.1 HDI11217.1 HDI11217.1 KAI9233655.1 KAI9233655.1 WP_258038067.1 WP_258038067.1 WP_022957608.1 WP_022957608.1 KAG7812337.1 KAG7812337.1 NLF10573.1 NLF10573.1 WP_132572234.1 WP_132572234.1 KUO65278.1 WP_157476287.1 KUO65278.1 KUO65278.1 WP_142636409.1 WP_142636409.1 MCU1514505.1 WP_176018545.1 MCU1514505.1 MCU1514505.1 MBQ7769568.1 MBQ7769568.1 WP_032587385.1 WP_032587385.1 MCS6907720.1 MCS6907720.1 WP_022385641.1 WP_022385641.1 MBP6361937.1 MBP6361937.1 TPX78184.1 TPX78184.1 WP_182336829.1 WP_182336829.1 VVB00125.1 VVB00125.1 HAG0018107.1 HAG0018107.1 WP_054136413.1 WP_054136413.1 WP_165773198.1 WP_165773198.1 MCP4329804.1 WP_220664202.1 MCP4329804.1 WP_123237441.1 MCP4329804.1 MCA3389197.1 MCP4329804.1 WP_165462493.1 MCP4329804.1 WP_069341101.1 MCP4329804.1 MCP4329804.1 MCP4329804.1 WP_097108993.1 PSJ26816.1 PSJ26816.1 MBM3990268.1 MBM3990268.1 MCK7479919.1 MCK7479919.1 CYB93821.1 CYB93821.1 MBD5361948.1 MBD5361948.1 MBN2341313.1 MBN2341313.1 WP_202167283.1 WP_202167283.1 PIQ75822.1 PIQ75822.1 TSA38195.1 TSA38195.1 WP_090879207.1 WP_090879207.1 WP_225601911.1 WP_225601911.1 WP_189534272.1 WP_189534272.1 KXU92672.1 KXU92672.1 MBR6069896.1 RZJ01256.1 MBR6069896.1 MBN2697970.1 MBR6069896.1 MBR6069896.1 WP_234080888.1 MPY37361.1 WP_234080888.1 WP_234080888.1 WP_234080888.1 WP_048427321.1 HIS55495.1 HIS55495.1 WP_227594049.1 WP_227594049.1 WP_148062134.1 WP_148062134.1 WP_024217747.1 WP_024217747.1 KAJ4828317.1 KAJ4828317.1 KKP40103.1 KKP40103.1 PYL80520.1 PYL80520.1 WP_077722411.1 WP_077722411.1 WP_155387753.1 WP_155387753.1 XP_008942036.1 XP_008942036.1 MBS1208135.1 WP_203995341.1 MBS1208135.1 MBS1208135.1 XP_011699286.1 XP_011699286.1 MBK6580699.1 MBK6580699.1 XP_025996498.1 XP_025996498.1 WP_050825696.1 WP_050825696.1 KAG5478439.1 KAG5478439.1 KAG5713212.1 KAG5713212.1 GJP86697.1 GJP86697.1 AUP48118.1 AAX35861.1 AUP48118.1 AUP48118.1 WP_163205944.1 WP_163205944.1 KAG0196869.1 KAG0196869.1 KFD50394.1 KFD50394.1 HCB0607732.1 HCB0607732.1 MBW2147570.1 MBW2147570.1 XP_017076166.2 XP_017076166.2 MBB1667778.1 MBB1667778.1 NXA78151.1 NXA78151.1 WP_196764971.1 WP_196764971.1 WP_197035361.1 WP_197035361.1 SDB07816.1 SDB07816.1 CAH2042052.1 CAH2042052.1 WP_077832600.1 WP_077832600.1 USN98129.1 USN98129.1 MBD3373279.1 MBD3373279.1 WP_233824378.1 WP_233824378.1 WP_204723735.1 WP_204723735.1 MCU1518316.1 MCU1518316.1 WP_216090438.1 WP_216090438.1 WP_237070319.1 WP_237070319.1 XP_024252803.1 XP_024252803.1 MBT3899069.1 MBT3899069.1 WP_182711301.1 WP_173302040.1 WP_182711301.1 WP_182711301.1 WP_157589094.1 WP_157589094.1 MBQ6692395.1 MBQ6692395.1 RPI95901.1 WP_238267528.1 RPI95901.1 RPI95901.1 MBW7892865.1 MBW7892865.1 XP_013005546.1 XP_013005546.1 XP_013005546.1 QIC18874.1 XP_013005546.1 WP_132175930.1 MBQ3498542.1 CAP00477.1 MBQ3498542.1 MBP6505074.1 MBQ3498542.1 MBQ3498542.1 WP_085648136.1 WP_085648136.1 WP_092226977.1 WP_092226977.1 MBS1713296.1 MBS1713296.1 MBF2073911.1 MBF2073911.1 WP_272062680.1 WP_272062680.1 TYI23342.1 TYI23342.1 WP_251438464.1 WP_251438464.1 WP_208562420.1 WP_208562420.1 WP_158799804.1 WP_158799804.1 WP_089274238.1 WP_089274238.1 GIU76508.1 GIU76508.1 POM61486.1 POM61486.1 WP_261529150.1 WP_261529150.1 WP_249438391.1 WP_249438391.1 KQC11686.1 KQC11686.1 WP_265364885.1 WP_100537786.1 WP_265364885.1 WP_265364885.1 NFE66003.1 NFE66003.1 WP_162529103.1 WP_162529103.1 WP_216537974.1 WP_216537974.1 WP_107668606.1 WP_232676102.1 WP_107668606.1 WP_107668606.1 XP_027547584.1 XP_027547584.1 SKC89544.1 SKC89544.1 WP_168694891.1 WP_168694891.1 MBM3210814.1 MBM3210814.1 NWT13315.1 NWT13315.1 MBT3283529.1 MBT3283529.1 WP_215356761.1 WP_215356761.1 MYD98720.1 MYD98720.1 PHH91422.1 PHH91422.1 ECL3553101.1 ECL3553101.1 WP_177525402.1 WP_224045636.1 WP_177525402.1 WP_177525402.1 CAG9334863.1 CAG9334863.1 WP_183806671.1 WP_183806671.1 WP_166773323.1 WP_166773323.1 WP_175580162.1 WP_175580162.1 ECH4355821.1 ECH4355821.1 WP_232835221.1 WP_232835221.1 KLL12075.1 KLL12075.1 MCC6486159.1 MCC6486159.1 NJK67049.1 NJK67049.1 WP_238320463.1 WP_238320463.1 OTA29349.1 OTA29349.1 OYX89137.1 OYX89137.1 WP_263847269.1 WP_247893884.1 WP_263847269.1 WP_263847269.1 XP_045284515.1 XP_045284515.1 WP_044344333.1 WP_044344333.1 MCU1400721.1 MCU1400721.1 WP_084128119.1 WP_084128119.1 MBR5447513.1 MBR5447513.1 OUX43364.1 OUX43364.1 MBK0846266.1 MBK0846266.1 HBW2970848.1 HBW2970848.1 WP_092775107.1 WP_092775107.1 WP_259895494.1 WP_259895494.1 PQN15048.1 PQN15048.1 TAL20232.1 WP_217452155.1 TAL20232.1 TAL20232.1 KAG2356287.1 KAG2356287.1 XP_040082341.1 XP_040082341.1 MCL1491976.1 MCL1491976.1 MBR2109594.1 MBR2109594.1 QWD35723.1 QWD35723.1 MBL4910304.1 MBL4910304.1 WP_091032200.1 WP_091032200.1 EIW7596561.1 EIW7596561.1 EIW7596561.1 EBW1672033.1 WP_115357420.1 OEU77901.1 WP_115357420.1 WP_115357420.1 MCH9784543.1 MCH9784543.1 MCD4206375.1 MCD4206375.1 MBK8100495.1 MBK8100495.1 EAJ8453921.1 EAJ8453921.1 MBK9653437.1 MBK9653437.1 MBI2528438.1 WP_173283317.1 MBI2528438.1 MBI2528438.1 MCA1360809.1 WP_247424115.1 MCA1360809.1 MCA1360809.1 MBK9974619.1 MBK9974619.1 PBI27870.1 PBI27870.1 KAJ1535693.1 KAJ1535693.1 MBE9640947.1 KAF6802222.1 MBE9640947.1 MCT4573170.1 MBE9640947.1 MBE9640947.1 MBQ6107527.1 MBQ6107527.1 XP_030131005.3 XP_030131005.3 MCL6644735.1 WP_073251662.1 MCL6644735.1 NDD01017.1 MCL6644735.1 MCL6644735.1 MCL6644735.1 CAI2640540.1 MCL6644735.1 PYR37153.1 XP_040499486.1 XP_040499486.1 XP_043577599.1 XP_043577599.1 XP_002107991.1 XP_002107991.1 HAJ30683.1 MBX9747080.1 HAJ30683.1 HAJ30683.1 QNV11749.1 YP_009731821.1 QNV11749.1 AFN42320.1 QNV11749.1 QNV11749.1 BAD29386.1 BAD29386.1 MCL5999032.1 MCL5999032.1 MBQ1540263.1 MBQ7293051.1 MBQ1540263.1 MBQ1540263.1 KAH0956195.1 KAH0956195.1 NNM19111.1 NNM19111.1 MBX9947011.1 MBX9947011.1 WP_218022068.1 WP_218022068.1 MBK8142594.1 MBK8142594.1 GFX26854.1 GFX26854.1 WP_283640148.1 WP_283640148.1 MBR1866691.1 WP_087364392.1 MBR1866691.1 MBR1866691.1 MCB1329842.1 MCB1329842.1 WP_189671415.1 WP_189671415.1 MBN1187923.1 MBN1187923.1 XP_036700879.1 XP_036700879.1 MBV9252674.1 MBV9252674.1 WP_176623291.1 WP_176623291.1 BAR90558.1 BAR90558.1 WP_256527700.1 WP_256527700.1 PQM52169.1 PQM52169.1 OBB22832.1 OBB22832.1 KAI1138495.1 KAI1138495.1 OGO62636.1 OGO62636.1 OGO62636.1 EAI0195789.1 RYQ91928.1 RYQ91928.1 WP_108494191.1 WP_134106059.1 WP_108494191.1 WP_108494191.1 PWA78445.1 PWA78445.1 WP_083249539.1 WP_083249539.1 EAL3378245.1 EAL3378245.1 KMT17181.1 KMT17181.1 WP_208557144.1 WP_208557144.1 KAJ2141250.1 UCF87976.1 KAJ2141250.1 KAJ2141250.1 MBQ7587638.1 MBQ7587638.1 WP_238850425.1 EHS0147317.1 WP_238850425.1 WP_238850425.1 XP_055296131.1 XP_055296131.1 WP_260479645.1 WP_260479645.1 WP_089563581.1 WP_089563581.1 WP_089563581.1 WP_039930315.1 WP_089563581.1 WP_032004153.1 XP_010263869.1 XP_010263869.1 MBQ9329940.1 MBQ9329940.1 MCB9082534.1 MCB9082534.1 WP_217309155.1 WP_217309155.1 WP_247879744.1 WP_247879744.1 WP_182050463.1 WP_182050463.1 WP_271418863.1 WP_155560674.1 WP_271418863.1 WP_271418863.1 PDX57421.1 PDX57421.1 WP_268551200.1 WP_268551200.1 MBO5962796.1 MBO5962796.1 WP_128604954.1 WP_128604954.1 WP_188167525.1 WP_188167525.1 MBQ7208271.1 MBQ7208271.1 PIF02276.1 PIF02276.1 MCM1504065.1 MCL2184308.1 MCM1504065.1 MCM1504065.1 WP_265258498.1 WP_265258498.1 XP_015665538.2 XP_015665538.2 WP_208405463.1 WP_208405463.1 MBS5124634.1 MBS5124634.1 XP_037020921.2 XP_037020921.2 WP_268422715.1 WP_268422715.1 WP_113928814.1 WP_113928814.1 MCI0601354.1 MCI0601354.1 MSV72798.1 MSV72798.1 WP_048886461.1 WP_048886461.1 WP_253793201.1 WP_253793201.1 MBV8110278.1 MBV8110278.1 WP_258219484.1 WP_258219484.1 KAH7858561.1 KAH7858561.1 MBB7523286.1 MBB7523286.1 WP_184039851.1 WP_184039851.1 XP_053914187.1 XP_053914187.1 MAW35414.1 MAW35414.1 WP_139553477.1 WP_139553477.1 CAG8793492.1 CAG8793492.1 NOU20958.1 NOU20958.1 WP_096221151.1 WP_096221151.1 WP_217853533.1 WP_217853533.1 ATQ57711.1 WP_198297747.1 ATQ57711.1 ATQ57711.1 CAH1431027.1 CAH1431027.1 WP_250822302.1 PZS09564.1 WP_250822302.1 WP_250822302.1 XP_054357454.1 XP_054357454.1 CAI9280851.1 CAI9280851.1 WP_278329032.1 WP_278329032.1 MBL0183169.1 MBL0183169.1 TMG37032.1 TMG37032.1 WP_171469099.1 WP_171469099.1 SFI40936.1 MBI4599533.1 SFI40936.1 SFI40936.1 XP_023426040.1 XP_023426040.1 KAI3473816.1 EUJ18213.1 KAI3473816.1 WP_165144904.1 KAI3473816.1 KAI3473816.1 KAI3473816.1 WP_008860295.1 KAI3473816.1 WP_153401532.1 KAI3473816.1 URJ46333.1 KAI3473816.1 TEY22245.1 KAI3473816.1 WP_087222948.1 KAI3473816.1 PAA76673.1 KAI3473816.1 EFC81578.1 NLD51718.1 NLD51718.1 MCK5694897.1 MCK5694897.1 XP_018682766.1 EAN4724137.1 XP_018682766.1 XP_018682766.1 XP_018682766.1 WP_224255409.1 XP_018682766.1 MBT4259674.1 WP_036077718.1 WP_143387569.1 WP_036077718.1 WP_036077718.1 WP_031132573.1 WP_031132573.1 MCI8828397.1 MCI8828397.1 WP_218804454.1 WP_218804454.1 XP_032873419.1 QQO98901.1 XP_032873419.1 XP_032873419.1 NIR46571.1 NIR46571.1 MBC2695466.1 MBC2695466.1 MBP9134320.1 MBP9134320.1 MBM4010536.1 MBM4010536.1 NBB83031.1 NBB83031.1 GBN69281.1 GBN69281.1 KAF2637112.1 KAF2637112.1 WP_132898733.1 WP_257882322.1 WP_132898733.1 WP_132898733.1 NJI17449.1 NJI17449.1 WP_284053701.1 WP_007404414.1 WP_284053701.1 WP_284053701.1 WP_284053701.1 WP_143281017.1 WP_266784861.1 WP_266784861.1 MCP4144501.1 MCP4144501.1 MCH9693433.1 MCH9693433.1 MBN9560624.1 MBN9560624.1 WP_226387626.1 WP_226387626.1 WP_172394656.1 WP_172394656.1 WP_036671656.1 WP_036671656.1 MCJ7686803.1 MCJ7686803.1 WP_106817586.1 WP_106817586.1 MBI5333464.1 MBI5333464.1 MCA2691876.1 MCA2691876.1 WP_003067788.1 WP_003067788.1 XP_045615378.1 XP_045615378.1 WP_007678833.1 WP_012913739.1 WP_007678833.1 WP_007678833.1 EOH70952.1 EOH70952.1 WP_107387431.1 WP_107387431.1 WP_274976404.1 NNC58435.1 WP_274976404.1 MCC7304610.1 WP_274976404.1 MBQ2587741.1 WP_274976404.1 MCF2656092.1 WP_274976404.1 WP_274976404.1 WP_214130944.1 WP_214130944.1 WP_131166802.1 WP_098952357.1 WP_131166802.1 WP_066083732.1 WP_131166802.1 MCP5262709.1 WP_131166802.1 WP_131166802.1 WP_131166802.1 WP_107894076.1 WP_131166802.1 WP_036816548.1 WP_131166802.1 WP_226904802.1 AFU58940.1 AFU58940.1 MBW0108125.1 MBW0108125.1 WP_281163474.1 WP_281163474.1 XP_044366249.1 XP_044366249.1 MQA03337.1 MCB1505913.1 MQA03337.1 MQA03337.1 MCH3963123.1 MCH3963123.1 WP_260776178.1 WP_260776178.1 XP_051954746.1 XP_051954746.1 MCB9662416.1 MCB9662416.1 UJR03683.1 UJR03683.1 MBS2033149.1 MBS2033149.1 XP_030892138.1 XP_030892138.1 XP_018575520.1 XP_018575520.1 WP_050210146.1 WP_050210146.1 WP_050210146.1 MCA1930442.1 WP_059191156.1 WP_059191156.1 KAE8834307.1 KAE8834307.1 MCI5825153.1 MCI5825153.1 WP_114539302.1 WP_114539302.1 WP_114539302.1 MBQ2085260.1 OOP55008.1 OOP55008.1 XP_050375343.1 XP_050375343.1 WP_216743397.1 WP_216743397.1 WP_123207952.1 WP_033776418.1 WP_123207952.1 WP_123207952.1 WP_180874312.1 WP_180874312.1 WP_085535344.1 WP_085535344.1 XP_025698866.1 VEA68798.1 XP_025698866.1 WP_279838136.1 XP_025698866.1 QQO85492.1 XP_025698866.1 XP_025698866.1 XP_025698866.1 WP_127741063.1 XP_025698866.1 WP_168672621.1 XP_025698866.1 WP_199425576.1 XP_025698866.1 WP_263858211.1 CAG1853776.1 CAG1853776.1 WP_166370521.1 WP_166370521.1 WP_189145586.1 WP_189145586.1 MBE2253919.1 MBE2253919.1 XP_016284980.1 XP_016284980.1 WP_109813103.1 WP_109813103.1 WP_184253104.1 WP_116393154.1 WP_184253104.1 WP_184253104.1 BCB83133.1 BCB83133.1 OBU40353.1 MBL7790458.1 OBU40353.1 OBU40353.1 WP_024947943.1 WP_024947943.1 WP_230424277.1 WP_257633067.1 WP_230424277.1 WP_230424277.1 WP_077646570.1 WP_077646570.1 WP_058807138.1 WP_058807138.1 RZK87475.1 RZK87475.1 WP_115287442.1 WP_115287442.1 KAJ8398543.1 KAJ8398543.1 WP_204434340.1 WP_204434340.1 KAF2670900.1 KAF2670900.1 WP_063880179.1 WP_063880179.1 XP_024010268.1 XP_024010268.1 YP_009252784.1 MCL2712337.1 YP_009252784.1 YP_009252784.1 YP_009252784.1 MCE3270046.1 EAF4791746.1 EAF4791746.1 OBJ23133.1 OBJ23133.1 YP_004564419.1 YP_004564419.1 WP_039806668.1 WP_252122124.1 WP_039806668.1 WP_039806668.1 WP_039806668.1 WP_234521407.1 MAJ59213.1 MAJ59213.1 CAD8186381.1 CAD8186381.1 MBB1804587.1 MBB1804587.1 WP_236513170.1 WP_236513170.1 MBK9065949.1 MBK9065949.1 MCD8051495.1 MCD8051495.1 XP_010311338.1 XP_010311338.1 WP_283947944.1 WP_283947944.1 WP_124519303.1 WP_124519303.1 WP_110663263.1 WP_110663263.1 KAF2317565.1 KAF2317565.1 RDH15740.1 RDH15740.1 MBK8904706.1 MBK8904706.1 OEU68709.1 OEU68709.1 NP_001395973.1 NP_001395973.1 WP_006327457.1 WP_006327457.1 WP_081607935.1 WP_081607935.1 MCC6596976.1 MCC6596976.1 MCL2337464.1 MCL2337464.1 MCA9667429.1 MCA9667429.1 WP_264379403.1 WP_264379403.1 WP_108706918.1 QUL58516.1 WP_108706918.1 UYV38309.1 WP_108706918.1 WP_108706918.1 WP_108706918.1 WP_213520007.1 WP_108706918.1 WP_136536828.1 MCO4825170.1 MCO4825170.1 MCG8687614.1 WP_234123871.1 MCG8687614.1 MCG8687614.1 KAI4536634.1 KAI4536634.1 WP_109807231.1 WP_109807231.1 KAJ2336672.1 KAJ2336672.1 XP_021098423.1 XP_021098423.1 MBN1977789.1 MBN1977789.1 MBN1977789.1 MBA2447626.1 OIT39507.1 OIT39507.1 WP_022748957.1 WP_114054641.1 WP_022748957.1 EJS0734484.1 WP_022748957.1 WP_022748957.1 MBA4289549.1 MBA4289549.1 WP_171396840.1 WP_171396840.1 WP_064060986.1 WP_064060986.1 MCH4268493.1 MCH4268493.1 GFY83906.1 GFY83906.1 WP_164300700.1 WP_164300700.1 XP_016071528.1 XP_016071528.1 WP_143662806.1 WP_143662806.1 WP_234538829.1 WP_234538829.1 MBK7529683.1 MBK7529683.1 HIR66791.1 HIR66791.1 WP_263205390.1 WP_263205390.1 WP_024410349.1 KAJ5991093.1 WP_024410349.1 WP_257107333.1 WP_024410349.1 OJG95819.1 WP_024410349.1 WP_198255508.1 WP_024410349.1 WP_024410349.1 MBQ9146327.1 MBQ9146327.1 MBC8266069.1 MBC8266069.1 KAG0597131.1 KAG0597131.1 WP_164706884.1 WP_164706884.1 WP_090874869.1 WP_090874869.1 WP_028781258.1 WP_028781258.1 WP_235903398.1 WP_235903398.1 QPX63240.1 QPX63240.1 XP_050578957.1 XP_050578957.1 CAD7234202.1 CAD7234202.1 PZR72038.1 PZR72038.1 KAG1302368.1 KAG1302368.1 WP_101574454.1 WP_101574454.1 PWI72242.1 KAJ5060329.1 PWI72242.1 XP_054844157.1 PWI72242.1 XP_037327098.1 PWI72242.1 XP_041334537.1 PWI72242.1 PWI72242.1 PWI72242.1 KAG9084682.1 PWI72242.1 XP_028717800.1 PWI72242.1 XP_046922164.1 PWI72242.1 ACF74449.1 AMC51858.1 AMC51858.1 WP_072519951.1 WP_072519951.1 WP_240226434.1 WP_240226434.1 WP_261695383.1 WP_261695383.1 XP_047856915.1 XP_047856915.1 EYC35406.1 EYC35406.1 WP_256304635.1 WP_256304635.1 WP_033611379.1 WP_033611379.1 MSE05949.1 MSE05949.1 MBA4269667.1 MBA4269667.1 WP_132448671.1 WP_132448671.1 BBI69300.1 BBI69300.1 EBG8325683.1 EBG8325683.1 WP_139918144.1 WP_139918144.1 NIP96332.1 NIP96332.1 WP_190797347.1 WP_190797347.1 WP_068647811.1 WP_068647811.1 WP_201413968.1 WP_201413968.1 WP_269082627.1 WP_269082627.1 OQR96432.1 OQR96432.1 MCA9916937.1 MCA9916937.1 WP_256588339.1 WP_256588339.1 WP_209511935.1 WP_209511935.1 WP_169872418.1 WP_169872418.1 MBM3780037.1 MBM3780037.1 WP_130537043.1 WP_130537043.1 WP_129553552.1 TAH42824.1 WP_129553552.1 WP_129553552.1 SDI97994.1 SDI97994.1 OQY55840.1 OQY55840.1 WP_006761119.1 WP_006761119.1 WP_132579575.1 WP_132579575.1 WP_220073286.1 WP_220073286.1 XP_055198731.1 XP_055198731.1 KAJ1449837.1 KAJ1449837.1 MYS48845.1 MYS48845.1 XP_022120389.2 XP_022120389.2 WP_199936433.1 WP_199936433.1 NLN79518.1 NLN79518.1 HIG96475.1 HIG96475.1 XP_012066326.1 XP_012066326.1 WP_274604755.1 WP_274604755.1 MBL0280791.1 MBL0280791.1 XP_024081758.1 XP_024081758.1 KFK25655.1 KFK25655.1 WP_176572922.1 WP_091735241.1 WP_176572922.1 WP_176572922.1 XP_039286754.1 XP_039286754.1 MBK7906023.1 MBK7906023.1 MCP4742086.1 MCP4742086.1 WGY84075.1 WGY84075.1 RMG09135.1 RMG09135.1 XP_016192053.1 XP_016192053.1 RZJ10574.1 RZJ10574.1 MBQ6246919.1 MBQ6246919.1 MBE5709430.1 MBE5709430.1 KAF1039360.1 WP_109993532.1 KAF1039360.1 KAF1039360.1 WP_222952672.1 WP_222952672.1 WP_091759775.1 WP_091759775.1 WP_219486374.1 WP_219486374.1 WP_055091847.1 WP_055091847.1 EHK3702610.1 EHK3702610.1 EFV8345964.1 EFV8345964.1 MBB2134936.1 MBB2134936.1 WP_162485939.1 WP_162485939.1 KFF47610.1 WP_107352122.1 KFF47610.1 KFF47610.1 HBC7850765.1 HBC7850765.1 WP_026729912.1 WP_026729912.1 MBU2837240.1 MBU2837240.1 CAA9338705.1 CAA9338705.1 MBE6491651.1 MBE6491651.1 WP_255632456.1 WP_255632456.1 WP_230269925.1 WP_230269925.1 QBL97920.1 QBL97920.1 KAJ3865263.1 KAJ3865263.1 KAH3670308.1 KAH3670308.1 WP_013611731.1 WP_013611731.1 SFX27592.1 SFX27592.1 KAJ1918571.1 KAJ1918571.1 WP_190728164.1 WP_190728164.1 MCD1648821.1 MCD1648821.1 WP_002318774.1 WP_002318774.1 GDX50632.1 MCB0558738.1 GDX50632.1 WP_120851940.1 GDX50632.1 GDX50632.1 NUP45658.1 NUP45658.1 EED8954498.1 EED8954498.1 MBU0638288.1 MBU0638288.1 XP_023618023.1 XP_023618023.1 KAJ7901288.1 KAJ7901288.1 WP_005969797.1 WP_005969797.1 WP_168976500.1 WP_168976500.1 WP_061213510.1 WP_061213510.1 TLZ56659.1 TLZ56659.1 WP_254860001.1 WP_254860001.1 WP_147757699.1 WP_147757699.1 MBQ7514694.1 MBQ7514694.1 KAJ8599810.1 KAJ8599810.1 ADT83844.1 ADT83844.1 CQR43717.1 CQR43717.1 AZT92937.1 AZT92937.1 MCG8609391.1 MCG8609391.1 WP_143435921.1 WP_143435921.1 KAI5237214.1 KAI5237214.1 KAI4790364.1 KAI4790364.1 KAI7428497.1 HJC40183.1 KAI7428497.1 MBI2682423.1 KAI7428497.1 KAI7428497.1 KAI7428497.1 MCK9363077.1 KAI7428497.1 KAE8322051.1 KAI7428497.1 WP_283277237.1 WP_023840997.1 MBJ7506254.1 WP_023840997.1 WP_023840997.1 MCL5016798.1 MCL5016798.1 HJC43196.1 HJC43196.1 MCA9828892.1 MCA9828892.1 KAE9534034.1 KAE9534034.1 MCR4805905.1 MCR4805905.1 MXV83649.1 MXV83649.1 WP_129502220.1 WP_129502220.1 VDL88157.1 VDL88157.1 WP_205833587.1 WP_205833587.1 XP_028540875.1 XP_028540875.1 WP_004127832.1 WP_004127832.1 KAI1294496.1 KAI1294496.1 MBA2742690.1 MBA2742690.1 OWZ15943.1 OWZ15943.1 KAJ0788155.1 KAJ0788155.1 KAJ3641143.1 KAJ3641143.1 OSS44110.1 OSS44110.1 XP_003878446.1 XP_003878446.1 ONK59585.1 ONK59585.1 ONK59585.1 XP_055449440.1 KAJ9220763.1 KAJ9220763.1 WP_102296123.1 WP_102296123.1 RBQ75851.1 RBQ75851.1 WP_247498151.1 WP_092156886.1 WP_247498151.1 WP_247498151.1 WP_002264996.1 WP_002264996.1 WP_125091196.1 WP_125091196.1 WP_272906673.1 WP_124213670.1 WP_272906673.1 KNY10996.1 WP_272906673.1 WP_164653811.1 WP_272906673.1 WP_272906673.1 WP_272906673.1 WP_278449211.1 MCE2456387.1 AMJ52230.1 MCE2456387.1 MCE2456387.1 KAH0455857.1 KAH0455857.1 MBO7602558.1 MBG4284514.1 MBO7602558.1 MBV8815235.1 MBO7602558.1 MBO7602558.1 MBA3364572.1 ORV24296.1 MBA3364572.1 MBA3364572.1 KAF6037074.1 KAF6037074.1 EJD6083724.1 EJD6083724.1 XP_053603972.1 XP_053603972.1 WP_168987397.1 WP_168987397.1 WP_087514544.1 WP_087514544.1 MBL4661703.1 MBL4661703.1 WP_157447226.1 WP_157447226.1 KAE9687153.1 KAE9687153.1 HED33315.1 HED33315.1 WP_168945101.1 WP_168945101.1 TIW69825.1 TIW69825.1 WP_143823896.1 WP_143823896.1 XP_031104936.1 XP_031104936.1 WP_258228246.1 WP_258228246.1 WP_183883741.1 WP_183883741.1 EHG9421715.1 EHG9421715.1 OMH80233.1 OMH80233.1 WP_041302673.1 WP_081845076.1 WP_041302673.1 WP_041302673.1 MCE8014926.1 MCE8014926.1 WP_173267071.1 WP_173267071.1 KAF5344437.1 KAF5344437.1 WP_190457829.1 WP_193436854.1 WP_190457829.1 WP_190457829.1 MBL9113742.1 MBL9113742.1 XP_007828713.1 XP_007828713.1 HIZ96099.1 WP_238869695.1 HIZ96099.1 HIZ96099.1 KAI6857291.1 KAI6857291.1 XP_007077310.1 XP_007077310.1 WP_008292946.1 MBX7220138.1 WP_008292946.1 WP_008292946.1 WP_140476737.1 MCQ2617452.1 WP_140476737.1 WP_140476737.1 CAI9301549.1 CAI9301549.1 MUN40768.1 AMW35569.1 MUN40768.1 MUN40768.1 WP_046278045.1 MCD6419504.1 WP_046278045.1 WP_046278045.1 WP_059376966.1 WP_059376966.1 KAG5276208.1 KAG5276208.1 CDQ50939.1 CDQ50939.1 OOF77949.1 OOF77949.1 MCO2595964.1 MCO2595964.1 WP_279150283.1 WP_279150283.1 MBV8133755.1 WP_204037257.1 MBV8133755.1 MBD7990178.1 MBV8133755.1 MBV8133755.1 WP_074642620.1 WP_074642620.1 KAG7534354.1 KAG7534354.1 EFE9598678.1 EFE9598678.1 WP_183662448.1 WP_183662448.1 MBR0198895.1 MBR0198895.1 WP_068241828.1 WP_068241828.1 WP_029222917.1 WP_029222917.1 GJP56269.1 GJP56269.1 NCS93910.1 NCS93910.1 HIZ21956.1 HIZ21956.1 WP_095173689.1 WP_095173689.1 XP_012504886.1 XP_012504886.1 OJT13672.1 OJT13672.1 XP_039870427.1 XP_039870427.1 WP_127202744.1 WP_127202744.1 WP_140214184.1 WP_140214184.1 WP_282791351.1 WP_282791351.1 WP_200652460.1 WP_200652460.1 WP_129825188.1 WP_129825188.1 MBX5450151.1 MBX5450151.1 WP_081851094.1 WP_081851094.1 MRR30429.1 MRR30429.1 WP_125849054.1 WP_125849054.1 WP_244631495.1 WP_244631495.1 WP_222323558.1 WP_222323558.1 VVC36036.1 VVC36036.1 DAO54200.1 DAO54200.1 XP_036914921.1 XP_036914921.1 QWG36045.1 QWG36045.1 KAF2570897.1 KAF2570897.1 MCK4236496.1 MCK4236496.1 XP_041912709.1 XP_036400802.1 XP_041912709.1 XP_041912709.1 WP_026564934.1 WP_158934128.1 WP_026564934.1 WP_026564934.1 WP_121953554.1 WP_121953554.1 WP_169877562.1 WP_169877562.1 GFU30764.1 GFU30764.1 WP_231496029.1 WP_231496029.1 EJE2345556.1 EJE2345556.1 KWD88427.1 KWD88427.1 XP_022824318.1 HHJ06374.1 XP_022824318.1 XP_022824318.1 MCB0405579.1 MCB0405579.1 MBN2020480.1 MBN2020480.1 EGS8470081.1 WP_283525395.1 EGS8470081.1 WP_032373688.1 EGS8470081.1 MYJ01754.1 EGS8470081.1 MBX6373297.1 EGS8470081.1 WP_065029373.1 EGS8470081.1 EGS8470081.1 EGS8470081.1 OGO01021.1 EGS8470081.1 WP_065517671.1 AAM52216.1 AAM52216.1 PYP75467.1 PYP75467.1 KAI9522339.1 KAI9522339.1 WP_120851171.1 WP_120851171.1 WP_235274869.1 WP_235274869.1 WP_101000040.1 WP_101000040.1 WP_250676265.1 WP_250676265.1 WP_002857697.1 MBN9625832.1 WP_002857697.1 GGS66510.1 WP_002857697.1 NEX64733.1 WP_002857697.1 WP_002857697.1 WP_067835961.1 WP_262175203.1 WP_067835961.1 WP_067835961.1 WP_067835961.1 WP_188867472.1 WP_153853838.1 WP_153853838.1 OAO15975.1 OAO15975.1 MBN2427654.1 WP_122705662.1 MBN2427654.1 MBN2427654.1 MBN2427654.1 MBP6400846.1 EEZ9625188.1 EEZ9625188.1 MCH7568487.1 MCH7568487.1 WP_260264417.1 WP_260264417.1 EAC1801539.1 EAC1801539.1 XP_020425985.1 XP_020425985.1 KAA1094631.1 KAA1094631.1 HAA59914.1 HAA59914.1 PTI43160.1 PTI43160.1 WP_128942179.1 WP_128942179.1 WP_261996416.1 WP_261996416.1 WP_264218405.1 WP_039983362.1 WP_264218405.1 HEB56095.1 WP_264218405.1 WP_006198916.1 WP_264218405.1 MCE1200518.1 WP_264218405.1 WP_264218405.1 MBQ5584458.1 WP_007708736.1 MBQ5584458.1 WP_026893585.1 MBQ5584458.1 WP_101794136.1 MBQ5584458.1 EAG2350674.1 MBQ5584458.1 WP_188888464.1 MBQ5584458.1 WP_186723788.1 MBQ5584458.1 WP_069156513.1 MBQ5584458.1 MBP1530348.1 MBQ5584458.1 EAC1232420.1 MBQ5584458.1 WP_064652354.1 MBQ5584458.1 WP_194544138.1 MBQ5584458.1 MBQ5584458.1 MBQ5584458.1 MCL7714424.1 MBQ5584458.1 PYP94120.1 WP_050837451.1 WP_050837451.1 WP_261802249.1 WP_261802249.1 WP_222599035.1 WP_222599035.1 KAI7371949.1 KAI7371949.1 XP_034729382.1 XP_034729382.1 ARS36073.1 ARS36073.1 MBW3244368.1 MBW3244368.1 XP_045954854.1 XP_045954854.1 EAE1668788.1 EAE1668788.1 WP_223489404.1 WP_223489404.1 WP_260320705.1 MBV8508112.1 WP_260320705.1 WP_260320705.1 WP_164636708.1 2VGF_A WP_164636708.1 WP_164636708.1 WP_164636708.1 CAE8591613.1 XP_036201052.1 XP_036201052.1 NGY89703.1 NGY89703.1 CAG8457419.1 CAG8457419.1 WP_108879099.1 WP_108879099.1 WP_033105884.1 MBL6625757.1 WP_033105884.1 WP_033105884.1 WP_049771622.1 WP_049771622.1 HIR95098.1 HIR95098.1 KAF8288686.1 KAF8288686.1 MXE70911.1 MXE70911.1 XP_054030025.1 XP_054030025.1 MCR5093499.1 MCR5093499.1 KAJ2074960.1 KAJ2074960.1 WP_281094896.1 WP_281094896.1 KJY45691.1 KJY45691.1 GFR70582.1 GFR70582.1 KAG6025013.1 KAG6025013.1 NAZ85407.1 NAZ85407.1 WP_278960438.1 WP_278960438.1 WP_032884901.1 WP_250824310.1 WP_032884901.1 WP_032884901.1 WP_018916691.1 WP_018916691.1 NEB38825.1 WP_131284109.1 NEB38825.1 NEB38825.1 MCU0925088.1 MBN2689333.1 MCU0925088.1 MCU0925088.1 WP_067041261.1 WP_067041261.1 WP_166106360.1 WP_166106360.1 WP_232939508.1 WP_232939508.1 WP_182039401.1 WP_019182526.1 WP_182039401.1 WP_182039401.1 THB74636.1 THB74636.1 PIO49166.1 PIO49166.1 MBU1707539.1 MBU1707539.1 MBR2564295.1 MBR2564295.1 CAB0034103.1 CAB0034103.1 WP_004762412.1 WP_004762412.1 MBW0445137.1 WP_214893447.1 MBW0445137.1 EGT0637761.1 MBW0445137.1 MBW0445137.1 WP_062300449.1 WP_062300449.1 VAH04400.1 VAH04400.1 WP_010251888.1 WP_010251888.1 PTE76569.1 PTE76569.1 WP_213753432.1 MBR5168981.1 WP_213753432.1 WP_213753432.1 MBM4292280.1 MBM4292280.1 MBP5405476.1 MBP5405476.1 KAJ7413400.1 KAJ7413400.1 OUV52596.1 OUV52596.1 MBE0500203.1 MBE0500203.1 EER6968786.1 EER6968786.1 XP_023840445.1 XP_023840445.1 WP_279826355.1 MBB2902420.1 WP_279826355.1 WP_279826355.1 MCK6542200.1 MCK6542200.1 XP_033530744.1 XP_033530744.1 WP_070999907.1 WP_070999907.1 KAJ7966218.1 KAJ7966218.1 URE29467.1 URE29467.1 KAJ3286973.1 KAJ3286973.1 WP_218036247.1 WP_218036247.1 EBS3704194.1 WP_237762402.1 EBS3704194.1 ECD4982842.1 EBS3704194.1 WP_202291019.1 EBS3704194.1 WP_222168304.1 EBS3704194.1 EBS3704194.1 EBS3704194.1 WP_242685612.1 WP_230324968.1 WP_230324968.1 HCI08118.1 HCI08118.1 WP_162445525.1 WP_162445525.1 WP_168414869.1 WP_168414869.1 WP_005921846.1 WP_005921846.1 WP_094876339.1 WP_094876339.1 XP_050861105.1 XP_050861105.1 HAF6482379.1 HAF6482379.1 KAG9223390.1 KAG9223390.1 MBQ5629560.1 MBQ5629560.1 WP_096231334.1 WP_096231334.1 WP_060393952.1 WP_060393952.1 XP_045099932.1 XP_045099932.1 MCU0236787.1 MCU0236787.1 MBO8466917.1 MBO8466917.1 MBB8005642.1 MBB8005642.1 WP_265279605.1 WP_265279605.1 WP_236355782.1 WP_236355782.1 WP_236355782.1 NDH41984.1 EEW4501628.1 MBC9216850.1 EEW4501628.1 EEW4501628.1 EGO6711073.1 EGO6711073.1 EYC39616.1 EYC39616.1 EAQ6361894.1 EAQ6361894.1 KAJ0452418.1 KAJ0452418.1 WP_079277665.1 WP_092015539.1 WP_079277665.1 OGD37525.1 WP_079277665.1 WP_079277665.1 WP_079277665.1 MCA3708721.1 WP_248562494.1 WP_248562494.1 WP_248562494.1 MCL2537505.1 WP_062756220.1 WP_062756220.1 XP_051536923.1 XP_046907253.1 XP_051536923.1 XP_051536923.1 KAG6471244.1 KAG6471244.1 WP_258613669.1 WP_258613669.1 MBN3324024.1 XP_025046235.1 MBN3324024.1 MBN3324024.1 MCD8106539.1 MCD8106539.1 RQM07044.1 RQM07044.1 KAF7985745.1 KAF7985745.1 EJR4237259.1 EJR4237259.1 AWX41049.1 AWX41049.1 PYQ07964.1 PYQ07964.1 EFF4884300.1 EFF4884300.1 MCJ8729721.1 MCJ8729721.1 WP_132944465.1 WP_132944465.1 KAF4018288.1 KAF4018288.1 WP_267586803.1 WP_267586803.1 WP_076451668.1 WP_076451668.1 WP_026591533.1 WP_026591533.1 SKA28887.1 SKA28887.1 GFA35713.1 GFA35713.1 WP_269572442.1 WP_128786583.1 WP_269572442.1 OME96001.1 WP_269572442.1 WP_269572442.1 WP_263177763.1 WP_263177763.1 MCP5114939.1 MCP5114939.1 TKX51930.1 TKX51930.1 MBI1328179.1 MBI1328179.1 WP_111479522.1 ERO62343.1 WP_111479522.1 WP_111479522.1 MBU6237646.1 MBU6237646.1 XP_028705251.1 WP_074096037.1 XP_028705251.1 XP_028705251.1 XP_039308535.1 XP_039308535.1 MBO5932171.1 MBO5932171.1 MCF1432737.1 MCF1432737.1 KAI6705356.1 KAI6705356.1 GLR41095.1 WP_050580425.1 GLR41095.1 GLR41095.1 MBU4440546.1 MBU4440546.1 MCI5497968.1 MCI5497968.1 KAF3016851.1 KAF3016851.1 MBZ0167657.1 MBZ0167657.1 WP_201297008.1 WP_201297008.1 WP_003245665.1 WP_003245665.1 MBQ8460137.1 MBQ8460137.1 WP_188412405.1 WP_188412405.1 MBK7412786.1 MBK7412786.1 WP_259858510.1 WP_259858510.1 KAG9339452.1 KAG9339452.1 WP_195473821.1 WP_195473821.1 WP_115748516.1 NJO91920.1 WP_115748516.1 WP_115748516.1 KAJ4013743.1 KAJ4013743.1 MBC7406653.1 MBC7406653.1 EFB15155.1 EFB15155.1 PYX81094.1 PYX81094.1 PYX81094.1 WP_146780046.1 WP_163095201.1 WP_163095201.1 MBQ1271561.1 WP_062308724.1 MBQ1271561.1 MBQ1271561.1 WP_268311115.1 WP_268311115.1 WP_255991635.1 WP_255991635.1 GAT48029.1 GAT48029.1 NVO57457.1 NVO57457.1 WP_070720871.1 WP_070720871.1 WP_063274718.1 WP_063274718.1 WP_202100641.1 WP_202100641.1 TWW80208.1 TWW80208.1 XP_011760839.1 XP_011760839.1 KAJ2823714.1 KAJ2823714.1 HAO77415.1 WP_183491762.1 HAO77415.1 WP_276369440.1 HAO77415.1 MCH8293010.1 HAO77415.1 HAO77415.1 XP_052496526.1 XP_052496526.1 MBV9352198.1 MBV9352198.1 MBP1602824.1 MBP1602824.1 ODT35417.1 ODT35417.1 WP_104684232.1 WP_104684232.1 KFQ97446.1 KFQ97446.1 CAH1278847.1 CAH1278847.1 MBQ3573680.1 MBQ3573680.1 KAG2343201.1 KAG2343201.1 WP_251989158.1 WP_251989158.1 MCS2900418.1 WP_255435582.1 MCS2900418.1 MBI3448467.1 MCS2900418.1 MBI5438416.1 MCS2900418.1 MCS2900418.1 WP_253349177.1 WP_253349177.1 EED0743056.1 EED0743056.1 WP_030383398.1 WP_030383398.1 MBR2088606.1 MBR2088606.1 WP_173119692.1 WP_173119692.1 OJW76341.1 OJW76341.1 WP_121538494.1 WP_121538494.1 MBB1728438.1 MBB1728438.1 EDU63556.1 EDU63556.1 EDQ8124076.1 EDQ8124076.1 WP_047203279.1 NLH91916.1 WP_047203279.1 WP_047203279.1 KAH0130274.1 KAH0130274.1 DAQ89956.1 DAQ89956.1 WP_071877135.1 WP_071877135.1 MBC7935646.1 MBC7935646.1 MCA9664716.1 MCA9664716.1 CCD14225.1 CCD14225.1 KAE9611124.1 KAE9611124.1 KRL72956.1 KRL72956.1 RHP79651.1 RHP79651.1 MSZ96355.1 MSZ96355.1 MCB0501525.1 MCB0501525.1 XP_018906655.1 XP_018906655.1 STI83942.1 STI83942.1 OKZ85006.1 OKZ85006.1 NLI10446.1 NLI10446.1 POS85366.1 POS85366.1 WP_079908511.1 WP_079908511.1 MCF6390562.1 MCF6390562.1 WP_127953526.1 WP_127953526.1 SFQ01701.1 SFQ01701.1 MBO5336885.1 OCR38384.1 MBO5336885.1 MBO5336885.1 HCG9411603.1 WP_218790267.1 HCG9411603.1 WP_017171503.1 HCG9411603.1 HCG9411603.1 AAF62532.1 AAF62532.1 CDS15483.1 CDS15483.1 MCQ2578417.1 MCQ2578417.1 WP_237962375.1 WP_237962375.1 KAH8980086.1 KAH8980086.1 WP_205541900.1 WP_205541900.1 MCF7917901.1 MCF7917901.1 WP_085451092.1 WP_085451092.1 OMH39194.1 OMH39194.1 WP_265245651.1 WP_265245651.1 HHT71325.1 HHT71325.1 HHT71325.1 MCB1594269.1 WP_266882648.1 WP_266882648.1 WP_058002390.1 WP_058002390.1 WP_149771049.1 WP_149771049.1 MBQ9456987.1 MCF6346354.1 MBQ9456987.1 MBQ9456987.1 WP_245384442.1 WP_167301289.1 WP_245384442.1 WP_245384442.1 ATN35154.1 ATN35154.1 MHQ93786.1 WP_239517986.1 MHQ93786.1 MHQ93786.1 XP_023589550.1 XP_023589550.1 MBO5287652.1 MBO5287652.1 WP_040009751.1 WP_040009751.1 WP_197201326.1 WP_197201326.1 CAG8151748.1 CAG8151748.1 WP_202269095.1 WP_202269095.1 WP_248403399.1 WP_248403399.1 EWZ28924.1 EWZ28924.1 WP_139573954.1 WP_139573954.1 WP_138838620.1 WP_138838620.1 CAH1454680.1 CAH1454680.1 MBR4964110.1 MBR4964110.1 WP_246303703.1 WP_246303703.1 AWY63092.1 AWY63092.1 WP_061583028.1 WP_061583028.1 WP_259695835.1 WP_259695835.1 WP_044328211.1 WP_044328211.1 NXC48933.1 NXC48933.1 MCP4974199.1 MCP4974199.1 KAG4104878.1 KAG4104878.1 KKQ77718.1 WP_070552687.1 KKQ77718.1 KKQ77718.1 PSK49415.1 PSK49415.1 WP_063415362.1 WP_063415362.1 WP_247740288.1 WP_247740288.1 MBV9168199.1 MBV9168199.1 KAJ6994162.1 MBY0273331.1 KAJ6994162.1 KAJ6994162.1 QVX70521.1 UZH89542.1 QVX70521.1 UUS71569.1 QVX70521.1 USL51576.1 QVX70521.1 UGX22439.1 QVX70521.1 UHB14670.1 QVX70521.1 UIX40308.1 QVX70521.1 UYC71619.1 QVX70521.1 QXI91160.1 QVX70521.1 QUM20585.1 QVX70521.1 QVX70521.1 QVX70521.1 UDK40309.1 QVX70521.1 UHK01047.1 QVX70521.1 QUE11983.1 QVX70521.1 UBN63752.1 QVX70521.1 UPU53169.1 WP_247406571.1 WP_247406571.1 QBR70480.1 QBR70480.1 WP_149651004.1 WP_149651004.1 WP_223843725.1 MCL4467776.1 WP_223843725.1 WP_223843725.1 MBA3914538.1 MBA3914538.1 WP_268645109.1 WP_268645109.1 OLO59787.1 OLO59787.1 PWY99603.1 PWY99603.1 MBP8960789.1 MBP8960789.1 WP_102529905.1 WP_102529905.1 WP_251835880.1 WP_251835880.1 WP_271202339.1 WP_271202339.1 MBP1746912.1 WP_164767343.1 MBP1746912.1 WP_205448866.1 MBP1746912.1 TML70651.1 MBP1746912.1 WP_073505727.1 MBP1746912.1 MBP1746912.1 MBP1746912.1 WP_051669385.1 MBP1746912.1 MBS0394142.1 MBP1746912.1 WP_133874384.1 MBP1746912.1 MCA0387421.1 MCF4165308.1 MCF4165308.1 WP_086536228.1 WP_086536228.1 MBT8422994.1 MBT8422994.1 WP_232947168.1 WP_232947168.1 WP_245248603.1 WP_245248603.1 XP_056420557.1 XP_056420557.1 NEP46602.1 NEP46602.1 KAI5750574.1 KAI5750574.1 XP_046618542.1 XP_046618542.1 MBX2992548.1 MBX2992548.1 MCI9050290.1 MCI9050290.1 MBE6344311.1 MBE6344311.1 MBQ3420014.1 WP_158161316.1 MBQ3420014.1 NNF05378.1 MBQ3420014.1 WP_119328079.1 MBQ3420014.1 MBQ3420014.1 MCP4716728.1 MCP4716728.1 WP_141098672.1 WP_141098672.1 WP_096561808.1 WP_096561808.1 WP_251223476.1 WP_251223476.1 GGR71723.1 GGR71723.1 XP_031122780.1 XP_031122780.1 WP_003303823.1 WP_003303823.1 MCL2808632.1 MCL2808632.1 WP_030720866.1 WP_030720866.1 XP_047978269.1 XP_044485440.1 XP_047978269.1 XP_047978269.1 MCR5498557.1 MCR5498557.1 WP_230359455.1 WP_230359455.1 MBX2942005.1 MBX2942005.1 WP_024953993.1 WP_024953993.1 WP_107020819.1 WP_107020819.1 WP_240755700.1 WP_240755700.1 OAX39412.1 OAX39412.1 MBV8195826.1 MBI5683150.1 MBV8195826.1 WP_261132050.1 MBV8195826.1 MBV8195826.1 MBF0987109.1 MBF0987109.1 WP_083951119.1 WP_083951119.1 MBO4859232.1 MBO4859232.1 MCI8350609.1 WP_242320225.1 MCI8350609.1 MCI8350609.1 HJD49103.1 HJD49103.1 PYT05517.1 PYT05517.1 MBQ9047503.1 WP_143957119.1 MBQ9047503.1 WP_089187353.1 MBQ9047503.1 MBQ9047503.1 MBO6078463.1 WP_259770126.1 MBO6078463.1 MBO6078463.1 VWM24802.1 VWM24802.1 MCD0485423.1 MCD0485423.1 WP_113120276.1 PKL40887.1 WP_113120276.1 WP_113120276.1 OSX70183.1 OSX70183.1 WP_283099644.1 WP_283099644.1 KAJ3501609.1 KAJ3501609.1 ECZ1075286.1 ECZ1075286.1 WP_053236900.1 WP_053236900.1 WP_089566156.1 WP_089566156.1 GFV68115.1 GFV68115.1 WP_206760453.1 WP_259665259.1 WP_206760453.1 WP_206760453.1 MBP3534615.1 MBP3534615.1 CAH1398908.1 CAH1398908.1 KAI8373711.1 KAI8373711.1 XP_007121961.1 XP_007121961.1 ABY20040.1 ABY20040.1 XP_053218984.1 XP_053218984.1 MCH1598717.1 MCH1598717.1 MCE2791243.1 MCE2791243.1 PUB18616.1 PUB18616.1 KAH9956814.1 KAH9956814.1 WP_030094039.1 WP_065073015.1 WP_030094039.1 WP_030094039.1 KAF1017786.1 TMK27100.1 KAF1017786.1 KAF1017786.1 NGZ99312.1 MCU1460142.1 NGZ99312.1 NGZ99312.1 MBL1816365.1 MBL1816365.1 TMQ05501.1 TMQ05501.1 MBN8894000.1 MBN8894000.1 RRH78400.1 RRH78400.1 ECU3870451.1 ECU3870451.1 KAG0031507.1 TYG81953.1 KAG0031507.1 KAF1947782.1 KAG0031507.1 KAG0031507.1 KAG0031507.1 ESR55765.1 TMJ88229.1 TMJ88229.1 AEN92745.1 AEN92745.1 RSL41043.1 RSL41043.1 WP_235620461.1 WP_235620461.1 AGV54449.1 AGV54449.1 WP_124691753.1 WP_124691753.1 KPM41539.1 KPM41539.1 MBX5327472.1 MBX5327472.1 WP_266535309.1 WP_266535309.1 WP_010016619.1 WP_010016619.1 WP_010016619.1 MBO5098538.1 WP_039789871.1 WP_039789871.1 MCL7398932.1 MCL7398932.1 MCU0269282.1 MCU0269282.1 MBF2036494.1 MBF2036494.1 XP_052337646.1 XP_052337646.1 WP_201700143.1 WP_201700143.1 MBE35268.1 MBE35268.1 MYI74371.1 MYI74371.1 WP_280941535.1 WP_280941535.1 KAJ0963891.1 KAJ0963891.1 WP_238068046.1 WP_238068046.1 WP_271340374.1 WP_271340374.1 WP_019045265.1 WP_019045265.1 ECX3143969.1 ECX3143969.1 MSR47408.1 MSR47408.1 WP_118757260.1 WP_118757260.1 NPA74709.1 NPA74709.1 WP_083062905.1 MBR0160695.1 WP_083062905.1 WP_083062905.1 WP_083062905.1 WP_027951454.1 WP_254819486.1 MCU1411638.1 WP_254819486.1 NBT94281.1 WP_254819486.1 MBQ6794463.1 WP_254819486.1 OWZ34415.1 WP_254819486.1 WP_160194147.1 WP_254819486.1 MBA3609961.1 WP_254819486.1 WP_254819486.1 WP_254819486.1 MCM2356329.1 WP_254819486.1 MCF7895906.1 WP_254819486.1 ELZ16407.1 WP_209834627.1 WP_209834627.1 WP_116235933.1 WP_116235933.1 WP_103640433.1 WP_103640433.1 NOZ81161.1 NOZ81161.1 NLL42224.1 NLL42224.1 YP_010101702.1 YP_010101702.1 XP_044655078.1 XP_044655078.1 MCS3353511.1 MCS3353511.1 MBQ1183295.1 MBP7061284.1 MBQ1183295.1 MBQ1183295.1 XP_040549882.1 XP_040549882.1 WP_146661090.1 WP_146661090.1 NQY65348.1 NQY65348.1 WP_233927803.1 WP_194481458.1 WP_233927803.1 WP_124583682.1 WP_233927803.1 TNE39473.1 WP_233927803.1 WP_228281474.1 WP_233927803.1 WP_233927803.1 WP_233927803.1 WP_272925939.1 EBR8320535.1 EBR8320535.1 MCB1452120.1 MCB1452120.1 MCK4540455.1 MCK4540455.1 WP_002951147.1 WP_002951147.1 RTG88278.1 RTG88278.1 MCI9173074.1 MCI9173074.1 HAS9516566.1 HAS9516566.1 KAI4297075.1 KAI4297075.1 BAW23943.1 BAW23943.1 WP_182232449.1 GJM25205.1 WP_182232449.1 WP_182232449.1 MBT3329129.1 MBT3329129.1 WP_112978543.1 WP_112978543.1 WP_275397725.1 WP_275397725.1 NVJ87065.1 NVJ87065.1 WP_271569319.1 WP_271569319.1 EWT02607.1 EWT02607.1 WP_231483373.1 WP_231483373.1 KAH9316303.1 KAH9316303.1 WP_226909596.1 MBV9097303.1 WP_226909596.1 WP_226909596.1 QEP12732.1 QEP12732.1 MBF8300261.1 MBF8300261.1 WP_088557458.1 WP_088557458.1 OCN18427.1 MBJ4904885.1 OCN18427.1 OCN18427.1 UQV46285.1 UQV46285.1 WP_223326327.1 MBS6066499.1 WP_223326327.1 WP_223326327.1 WP_274192231.1 WP_274192231.1 WP_217101611.1 WP_166725305.1 WP_217101611.1 WP_217101611.1 WP_217101611.1 WP_213750918.1 MBN2090897.1 MBN2090897.1 AVJ74934.1 AVJ74934.1 MCD4768021.1 MCD4768021.1 WP_129895541.1 WP_129895541.1 XP_016211170.1 XP_016211170.1 EIO3984852.1 EIO3984852.1 CDL67554.1 CDL67554.1 HHY02707.1 HHY02707.1 CAD6270987.1 NQX99425.1 CAD6270987.1 CAD6270987.1 WP_160149429.1 WP_160149429.1 WP_257358148.1 WP_257358148.1 WP_194266302.1 WP_194266302.1 WP_188948933.1 WP_188948933.1 WP_205188895.1 WP_205188895.1 WP_116691934.1 WP_116691934.1 WP_273597572.1 WP_273597572.1 WP_198465579.1 WP_198465579.1 KAI0008979.1 KAI0008979.1 OIV35259.1 OIV35259.1 EIQ2008784.1 EIQ2008784.1 MBP8846809.1 MBP8846809.1 WP_054895058.1 WP_054895058.1 CAH1250835.1 CAH1250835.1 WP_200599363.1 CAG8726868.1 WP_200599363.1 XP_016445639.1 WP_200599363.1 XP_047046442.1 WP_200599363.1 WP_200599363.1 WP_200599363.1 HCI3868538.1 KRM25387.1 KRM25387.1 WP_150146969.1 NJE80740.1 WP_150146969.1 WP_190630613.1 WP_150146969.1 WP_150146969.1 XP_032275630.1 XP_032275630.1 KDT27382.1 KDT27382.1 KDT27382.1 HAN0352225.1 WP_064802002.1 WP_179156843.1 WP_064802002.1 WP_270430070.1 WP_064802002.1 MBW4662439.1 WP_064802002.1 WP_090419626.1 WP_064802002.1 WP_064802002.1 WP_064802002.1 WP_250015522.1 WP_064802002.1 PAW68992.1 MBL04873.1 MBL04873.1 OGW26817.1 OGW26817.1 OGU26820.1 OGU26820.1 WP_094590349.1 WP_094590349.1 NOR80888.1 WP_177420403.1 NOR80888.1 NOR80888.1 MBB4616026.1 MBB4616026.1 XP_016252004.1 XP_016252004.1 WP_217297942.1 WP_217297942.1 MBE1296527.1 MBE1296527.1 MCI7428666.1 MCI7428666.1 KAJ3308761.1 KAJ3308761.1 WP_063055719.1 WP_063055719.1 MCB0773217.1 WP_028779961.1 MCB0773217.1 MCB0773217.1 MCB0773217.1 WP_229055514.1 MBR6403893.1 WP_149911652.1 MBR6403893.1 MBR6403893.1 MBR6403893.1 WP_102461582.1 DAC17040.1 DAC17040.1 PMP70922.1 PMP70922.1 NDB23390.1 NDB23390.1 MCL4849599.1 MCL4849599.1 EIA4708990.1 EIA4708990.1 WP_130858156.1 WP_130858156.1 KAI3849778.1 KAI3849778.1 HIS27960.1 WP_111083956.1 HIS27960.1 WP_062263491.1 HIS27960.1 HIS27960.1 WP_202165152.1 WP_202165152.1 WP_281675368.1 WP_142590093.1 WP_281675368.1 WP_281675368.1 WP_281675368.1 WP_086353716.1 MBS6326441.1 MBS6326441.1 WP_051789242.1 WP_130237435.1 WP_051789242.1 WP_051789242.1 XP_039509588.1 XP_039509588.1 WP_039337636.1 WP_039337636.1 XP_042622198.1 XP_042622198.1 WP_248721304.1 MCI2079698.1 WP_248721304.1 WP_096722254.1 WP_248721304.1 WP_248676944.1 WP_248721304.1 WP_200986363.1 WP_248721304.1 WP_235060562.1 WP_248721304.1 WP_131914061.1 WP_248721304.1 WP_044453403.1 WP_248721304.1 WP_248721304.1 WP_248721304.1 NED83450.1 WP_248721304.1 WP_241524600.1 KAF6360286.1 KAF6360286.1 WP_099061260.1 WP_099061260.1 WP_279374958.1 WP_279374958.1 CAA9391925.1 CAA9391925.1 WP_244450453.1 WP_244450453.1 WP_176366948.1 WP_176366948.1 WP_194430615.1 WP_194430615.1 KAG7164393.1 KAG7164393.1 WP_278428737.1 WP_278428737.1 WP_074737802.1 WP_074737802.1 KAF3069499.1 KAF3069499.1 PBK65192.1 PBK65192.1 WP_017908092.1 WP_017908092.1 WP_029542314.1 WP_265399898.1 WP_029542314.1 WP_029542314.1 GLB35420.1 GLB35420.1 EFC67761.1 EFC67761.1 XP_040250218.1 KAG1799066.1 XP_040250218.1 XP_040250218.1 XP_040250218.1 RIB10989.1 XP_047249348.1 XP_047249348.1 MYT98825.1 MYT98825.1 HAN73743.1 HAN73743.1 MBP6785762.1 MBP6785762.1 UVD42744.1 UVD42744.1 KAH3699581.1 KAH3699581.1 HEU25100.1 HEU25100.1 APT84512.1 WP_257007586.1 APT84512.1 APT84512.1 APT84512.1 HAZ0856238.1 TXB56523.1 TXB56523.1 WP_112449552.1 PTQ72351.1 WP_112449552.1 WP_241420500.1 WP_112449552.1 WP_050274510.1 WP_112449552.1 WP_112449552.1 XP_044710778.1 XP_044710778.1 WP_038615177.1 WP_038615177.1 KAF9248384.1 KAF9248384.1 EDQ8633181.1 EDQ8633181.1 NDE73311.1 NDE73311.1 THW78755.1 THW78755.1 MAD76787.1 MAD76787.1 WP_280443824.1 XP_039322713.1 WP_280443824.1 WP_280443824.1 CEP26668.1 CEP26668.1 OTN76164.1 WP_135287436.1 OTN76164.1 OTN76164.1 WP_109835637.1 WP_109835637.1 MBP7829117.1 MBP7829117.1 NXJ84327.1 XP_039923984.1 NXJ84327.1 NXJ84327.1 WP_025599976.1 WP_025599976.1 MBC8378821.1 MBC8378821.1 WP_235908972.1 WP_235908972.1 WP_240083300.1 WP_240083300.1 KAI9888532.1 KAI9888532.1 KAF5898047.1 KAF5898047.1 WP_048168883.1 WP_048168883.1 ARS39112.1 ARS39112.1 MCK9405607.1 MCK9405607.1 NP_001169133.1 NP_001169133.1 RWQ68821.1 RWQ68821.1 RVE76210.1 RVE76210.1 RVE76210.1 NXE30976.1 WP_215615491.1 WP_215615491.1 WP_215615491.1 WP_128788759.1 WP_215615491.1 OGO39675.1 WP_230898856.1 WP_230898856.1 EFG6535742.1 EFG6535742.1 WP_039386062.1 WP_039386062.1 MCL5970005.1 MCL5970005.1 WP_139484744.1 WP_139484744.1 MCI6704618.1 MCI6704618.1 WP_119938117.1 WP_119938117.1 WP_229408570.1 WP_229408570.1 MCI6995250.1 MCI6995250.1 KAH9162276.1 KAH9162276.1 THY09373.1 THY09373.1 MBA4060735.1 MBA4060735.1 WP_035847413.1 WP_035847413.1 MCQ2473581.1 MCQ2473581.1 MBN4382193.1 MBN4382193.1 MCI9436439.1 MCI9436439.1 WP_237106527.1 WP_237106527.1 WP_235029016.1 WP_235029016.1 WP_115946316.1 WP_113620603.1 WP_115946316.1 WP_175076961.1 WP_115946316.1 WP_115946316.1 ABO71806.1 ABO71806.1 RXW21184.1 RXW21184.1 NMC86773.1 NMC86773.1 KAI5749163.1 KAI5749163.1 RLF82422.1 RLF82422.1 WP_277309438.1 WP_277309438.1 WP_107891604.1 WP_107891604.1 MCG62561.1 MCG62561.1 EFO2078189.1 EFO2078189.1 WP_159583277.1 WP_159583277.1 WP_107324026.1 WP_107324026.1 WP_169571417.1 WP_169571417.1 WP_181198956.1 WP_181198956.1 WP_095317440.1 WP_095317440.1 MBF66593.1 MBF66593.1 TLY59051.1 TLY59051.1 CCZ42971.1 CCZ42971.1 MBF2983383.1 MBF2983383.1 AEF32461.1 AEF32461.1 HCC04630.1 HCC04630.1 KAI9164099.1 MBT7091597.1 KAI9164099.1 KAI9164099.1 XP_042112981.1 XP_042112981.1 WP_056082173.1 WP_220778039.1 WP_056082173.1 WP_056082173.1 MBA2687082.1 MBA2687082.1 EGQ7676658.1 EGQ7676658.1 KAG1662457.1 KAG1662457.1 UAW00545.1 UAW00545.1 PYP50915.1 OGP18648.1 PYP50915.1 PYP50915.1 YP_009351723.1 YP_009351723.1 KAJ6471610.1 KAJ6471610.1 CAH8478102.1 CAH8478102.1 MCA3441055.1 MCA3441055.1 NYF16576.1 PDH25543.1 NYF16576.1 NYF16576.1 XP_046290611.1 XP_046290611.1 WP_052403276.1 WP_052403276.1 QFE31818.1 QFE31818.1 KAI7728447.1 KAI7728447.1 KAJ7029618.1 KAJ7029618.1 NLM06991.1 NLM06991.1 MBW2495039.1 MBW2495039.1 CUP44403.1 CUP44403.1 RLD52647.1 RLD52647.1 ANN23072.1 ANN23072.1 GKU14775.1 GKU14775.1 WP_064047563.1 WP_064047563.1 RKX20462.1 RKX20462.1 XP_028028252.1 XP_028028252.1 WP_063441918.1 WP_063441918.1 DAK92403.1 DAK92403.1 WP_127947155.1 WP_127947155.1 WP_004949240.1 GJK53752.1 WP_004949240.1 WP_004949240.1 ACE76975.1 ACE76975.1 EGT2204415.1 EGT2204415.1 VAH82675.1 VAH82675.1 OPJ74512.1 OPJ74512.1 EIM4841263.1 EIM4841263.1 EIM4841263.1 EER9391136.1 OBG32114.1 OBG32114.1 WP_225700676.1 WP_225700676.1 KAH0673584.1 KAH0673584.1 MBX3687043.1 WP_056382861.1 MBX3687043.1 MBX3687043.1 WP_282363731.1 WP_282363731.1 WP_252100317.1 WP_252100317.1 EYU24504.1 EYU24504.1 MAF21094.1 MAF21094.1 MBQ7949870.1 MCL4835344.1 MBQ7949870.1 MBQ7949870.1 MBQ7949870.1 WP_041488527.1 MBQ7949870.1 MCA1697375.1 XP_034010279.1 XP_034010279.1 MCI7705732.1 MCI7705732.1 PJC48296.1 ECL7245291.1 PJC48296.1 PJC48296.1 WP_256939523.1 WP_097830045.1 WP_256939523.1 MBR4371193.1 WP_256939523.1 MBM3767188.1 WP_256939523.1 MBR3487460.1 WP_256939523.1 WP_256939523.1 WP_035624729.1 WP_035624729.1 MBN2027958.1 MBN2027958.1 OYU48266.1 OYU48266.1 MBM3222384.1 MBM3222384.1 HAG61063.1 MBS7623663.1 HAG61063.1 HAG61063.1 MCK4826606.1 MCK4826606.1 XP_043479276.1 XP_043479276.1 RDJ60584.1 RDJ60584.1 XP_016415707.1 XP_016415707.1 PIT51662.1 PIT51662.1 WP_198721977.1 WP_198721977.1 MBI2153585.1 MBI2153585.1 WP_088008362.1 MBQ1404818.1 WP_088008362.1 XP_030111227.1 WP_088008362.1 WP_088008362.1 WP_238935592.1 WP_238935592.1 WP_212517614.1 WP_212517614.1 WP_271619988.1 WP_271619988.1 WP_237066347.1 WP_237066347.1 MBX3184110.1 MBX3184110.1 WP_116314221.1 WP_116314221.1 ATB18092.1 ATB18092.1 MBE9483558.1 MBE9483558.1 WP_216083845.1 WP_216083845.1 WP_218801637.1 BBC91732.1 WP_218801637.1 WP_259619769.1 WP_218801637.1 WP_218801637.1 GMH77683.1 GMH77683.1 WP_020530816.1 MBK7937165.1 WP_020530816.1 WP_020530816.1 WP_068080190.1 WP_068080190.1 QXO05584.1 QXO05584.1 MYB21565.1 MYB21565.1 XP_005553416.1 XP_005553416.1 WP_035473288.1 WP_035473288.1 RMZ75246.1 RMZ75246.1 CAF4338983.1 CAF4338983.1 OGL48105.1 OGL48105.1 WP_232540662.1 WP_232540662.1 MBE3116889.1 MBE3116889.1 KAI8964031.1 KAI8964031.1 EKK02300.1 EKK02300.1 KAA3459801.1 KAA3459801.1 MBT2214695.1 MBT2214695.1 AUU37591.1 AUU37591.1 PYJ65046.1 PYJ65046.1 WP_067783946.1 WP_067783946.1 EPZ93706.1 EPZ93706.1 WP_040988594.1 WP_070054132.1 WP_040988594.1 WP_040988594.1 XP_043079005.1 XP_043079005.1 WP_183181890.1 WP_183181890.1 BDY12064.1 BDY12064.1 XP_046018872.1 XP_046018872.1 XP_043718329.1 XP_048228476.1 XP_043718329.1 XP_022745130.1 XP_043718329.1 XP_043718329.1 MCR4683986.1 MCR4683986.1 MBN1819552.1 MBN1819552.1 WP_269026738.1 WP_269026738.1 KAG5994228.1 KAG5994228.1 WP_026600741.1 WP_026600741.1 MCH3756135.1 MCH3756135.1 WP_097641037.1 WP_102477257.1 WP_097641037.1 WP_097641037.1 WP_097641037.1 WP_086711488.1 WP_097641037.1 RWX51021.1 HAT6420703.1 HAT6420703.1 WP_148058234.1 WP_148058234.1 XP_021113256.1 XP_021113256.1 XP_009403500.1 EPS43711.1 XP_009403500.1 XP_009403500.1 NXH52939.1 NXH52939.1 NP_494967.1 NP_494967.1 WP_167509077.1 WP_167509077.1 MBN2132609.1 MBN2132609.1 XP_039638319.1 NXJ71029.1 XP_039638319.1 XP_039638319.1 WP_221323620.1 WP_221323620.1 CAA7056023.1 XP_047076827.1 CAA7056023.1 CAA7056023.1 MBK6594401.1 MBK6594401.1 MCL7977512.1 MCL7977512.1 WP_156485294.1 WP_156485294.1 XP_009839123.1 XP_009839123.1 GHU76743.1 GHU76743.1 KAJ2820567.1 KAJ2820567.1 HBR4968137.1 HBR4968137.1 HBR4968137.1 HET19548.1 XP_024635273.1 XP_024635273.1 WP_136864777.1 WP_136864777.1 WP_052822157.1 WP_039764622.1 WP_052822157.1 WP_052822157.1 WP_194217236.1 WP_194217236.1 EGI4396582.1 EGI4396582.1 WP_226480428.1 WP_226480428.1 WP_130628329.1 WP_130628329.1 MBR1729873.1 MBR1729873.1 WP_086041969.1 WP_086041969.1 GHT89622.1 GHT89622.1 WP_116306280.1 WP_116306280.1 XP_010547631.1 XP_010547631.1 XP_006576743.1 XP_006576743.1 WP_235358277.1 WP_235358277.1 MBO6087363.1 MBO6087363.1 WP_229253501.1 WP_229253501.1 MBK8986217.1 MBK8986217.1 MBB7170543.1 MBB7170543.1 WP_239108544.1 WP_239108544.1 WP_166737616.1 WP_166737616.1 KAE8908303.1 KAE8908303.1 KAE8908303.1 MCH7882583.1 KAE8908303.1 ABK94958.1 WP_204462572.1 WP_204462572.1 OJU33055.1 OJU33055.1 MCU0521352.1 MCU0521352.1 KAG5775718.1 KAG5775718.1 WP_182273896.1 WP_182273896.1 PIQ22394.1 PIQ22394.1 WP_053767117.1 WP_053767117.1 EDN4899961.1 EDN4899961.1 WP_252845183.1 WP_252845183.1 WP_270610708.1 WP_270610708.1 WP_202859343.1 WP_202859343.1 4G4S_F 4G4S_F MCK7495745.1 MCK7495745.1 XP_017412204.1 AFC90328.1 XP_017412204.1 XP_017412204.1 WP_037318352.1 MCP4641540.1 WP_037318352.1 WP_037318352.1 TGQ73293.1 TGQ73293.1 ETL94002.1 ETL94002.1 WP_014793632.1 WP_014793632.1 WP_182158016.1 WP_182158016.1 XP_044998617.1 XP_044998617.1 WP_232202741.1 WP_232202741.1 CAG8560118.1 CAG8560118.1 HCF2977864.1 HCF2977864.1 ESE83270.1 ESE83270.1 MCD58157.1 MCD58157.1 CAD5221127.1 CAD5221127.1 MBE7218062.1 MBE7218062.1 XP_036378433.1 XP_036378433.1 MBT5019052.1 MBT5019052.1 WP_172323533.1 WP_172323533.1 TRZ74764.1 TRZ74764.1 RBA14522.1 RBA14522.1 EGO95442.1 EGO95442.1 MAS03180.1 MAS03180.1 WP_269358925.1 WP_269358925.1 KAI1570405.1 KAI1570405.1 WP_091733714.1 WP_004208647.1 WP_091733714.1 WP_091733714.1 NBY29827.1 NBY29827.1 RUY13648.1 RUY13648.1 WP_021346398.1 WP_021346398.1 PQP77439.1 PQP77439.1 KAF5437455.1 KAF5437455.1 AVR90781.1 AVR90781.1 WP_172117930.1 WP_024404629.1 WP_172117930.1 WP_228268753.1 WP_172117930.1 WP_172117930.1 WP_152638733.1 WP_152638733.1 MCH7644438.1 MCH7644438.1 WP_272053002.1 WP_272053002.1 WP_276533217.1 WP_276533217.1 WP_276533217.1 WP_175692337.1 KGS11954.1 KGS11954.1 NIK25817.1 NIK25817.1 WP_012917492.1 WP_012917492.1 MCB0689733.1 MCB0689733.1 MBL6807531.1 MBL6807531.1 KAJ4458169.1 KAJ4458169.1 WP_007556065.1 HIZ10317.1 WP_007556065.1 WP_007556065.1 WP_007556065.1 WP_268276024.1 EGO4094244.1 EGO4094244.1 MSO45354.1 MSO45354.1 NP_001019860.1 NP_001019860.1 GFB98697.1 GFB98697.1 CAB3403040.1 MBO5601840.1 CAB3403040.1 WP_125504029.1 CAB3403040.1 CAB3403040.1 WP_276594570.1 WP_276594570.1 MBP6132529.1 HAI0697239.1 MBP6132529.1 MBP6132529.1 KAB2088711.1 KAB2088711.1 RRY46070.1 RRY46070.1 XP_006591276.1 XP_006591276.1 WP_054621512.1 MCI6629070.1 WP_054621512.1 MBT2573851.1 WP_054621512.1 WP_054621512.1 KAI5076688.1 WP_053342583.1 KAI5076688.1 KAI5076688.1 WP_260879442.1 WP_260879442.1 KAG7202115.1 KAG7202115.1 KAI5128402.1 KAI5128402.1 WP_267448957.1 WP_267448957.1 DAU97140.1 DAU97140.1 NWV65193.1 NWV65193.1 UJW35797.1 UJW35797.1 MCE7733397.1 MCE7733397.1 EEI62381.1 EEI62381.1 AAX94106.1 AMA90994.1 AAX94106.1 AFA09475.1 AAX94106.1 QUQ06080.1 AAX94106.1 AGC97326.1 AAX94106.1 AOR13807.1 AAX94106.1 AVM35379.1 AAX94106.1 AWS34156.1 AAX94106.1 UZF38514.1 AAX94106.1 ACO35565.1 AAX94106.1 QUA05739.1 AAX94106.1 ACE88666.1 AAX94106.1 AKA56406.1 AAX94106.1 ADJ35581.1 AAX94106.1 ADW49125.1 AAX94106.1 AGC74998.1 AAX94106.1 AHH30646.1 AAX94106.1 AAX94106.1 AAX94106.1 APC24336.1 AAX94106.1 AHK62764.1 AAX94106.1 AFA24308.1 AAX94106.1 AGI15931.1 EFC4417017.1 EFC4417017.1 SEJ33525.1 MCI7202149.1 SEJ33525.1 SEJ33525.1 BAQ58714.1 BAQ58714.1 MBT4239116.1 MBT4239116.1 HBP6650873.1 HBP6650873.1 XP_014155165.1 XP_014155165.1 NPM18735.1 EFG4747393.1 NPM18735.1 NPM18735.1 MBW8078285.1 MBW8078285.1 WP_144002426.1 WP_130477570.1 WP_144002426.1 WP_144002426.1 KAJ9499981.1 KAJ9499981.1 MBI5799565.1 MBI5799565.1 MBT8367246.1 MBT8367246.1 WP_243131659.1 WP_243131659.1 WP_226536872.1 WP_226536872.1 XP_035254397.1 XP_035254397.1 NOY97419.1 WP_278982769.1 NOY97419.1 NOY97419.1 NOY97419.1 WP_206548446.1 NOY97419.1 HDC92778.1 TLX84297.1 TLX84297.1 GBO23274.1 GBO23274.1 OPZ52024.1 OPZ52024.1 HCY01371.1 WP_251841748.1 HCY01371.1 HCY01371.1 WP_159220133.1 WP_171832914.1 WP_159220133.1 WP_159220133.1 WP_016083913.1 WP_016083913.1 MBR2864610.1 MBR2864610.1 KAF2420586.1 KAF2420586.1 PIR02665.1 PIR02665.1 MCQ2295302.1 MCQ2295302.1 WP_189342802.1 WP_189342802.1 ADQ02892.1 ADQ02892.1 KAI8504475.1 KAI8504475.1 WP_167248335.1 WP_167248335.1 MCG8010344.1 MCG8010344.1 YP_009296428.1 YP_009296428.1 MAV59409.1 MAV59409.1 QBM89760.1 QBM89760.1 XP_039523839.1 XP_039523839.1 XP_016446524.1 XP_016446524.1 KAF8011165.1 KAF8011165.1 NXD84883.1 NXD84883.1 KAI7091816.1 KAI7091816.1 WP_061836762.1 WP_061836762.1 WP_190357222.1 WP_190357222.1 WP_002162515.1 WP_002162515.1 QUL97857.1 QUL97857.1 MBO7137251.1 MBO7137251.1 WP_171675609.1 WP_171675609.1 WP_031972379.1 WP_031972379.1 WP_023698577.1 WP_023698577.1 UJA07681.1 UJA07681.1 HBQ3247549.1 HBQ3247549.1 WP_055132583.1 WP_055132583.1 MBI3118824.1 MBI3118824.1 KAJ7369304.1 KAJ7369304.1 KAJ7369304.1 MCI6965979.1 WP_014558374.1 WP_014558374.1 WP_257788220.1 WP_257788220.1 XP_018492447.1 XP_018492447.1 MBA3614174.1 MBA3614174.1 HBE3137209.1 HBE3137209.1 WP_129006924.1 WP_129006924.1 XP_004034642.1 XP_004034642.1 ESL04748.1 MBP5538497.1 ESL04748.1 ESL04748.1 WP_080864663.1 WP_080864663.1 KAG9317532.1 KAG9317532.1 PTB82632.1 PTB82632.1 KAF9101968.1 KAF9101968.1 NDE10255.1 NDE10255.1 MBH2908027.1 MBH2908027.1 EEH16378.1 EEH16378.1 WP_015645305.1 WP_015645305.1 HAL0497824.1 HAL0497824.1 WP_055394972.1 WP_055394972.1 MBQ6611319.1 MBQ6611319.1 WP_231837445.1 WP_231837445.1 XP_048775453.1 XP_048775453.1 WP_161275011.1 WP_161275011.1 WP_262114929.1 WP_071081072.1 WP_262114929.1 WP_262114929.1 KAI4882225.1 NWH38694.1 KAI4882225.1 KAI4882225.1 MBC9954836.1 MBC9954836.1 WP_119512617.1 WP_119512617.1 WP_024986590.1 WP_024986590.1 WP_217950418.1 WP_217950418.1 WP_159896041.1 WP_159896041.1 DAP26351.1 DAP26351.1 WP_089370623.1 WP_089370623.1 MBQ1765196.1 MBQ1765196.1 WP_171183333.1 WP_171183333.1 MCJ1326389.1 MCJ1326389.1 WP_237171174.1 WP_237171174.1 WP_005710284.1 WP_005710284.1 EAV2673163.1 EAV2673163.1 WP_162313773.1 WP_162313773.1 MCL7030477.1 MCL7030477.1 WP_194933787.1 WP_194933787.1 WP_249868607.1 WP_249868607.1 WP_182023956.1 WP_182023956.1 CAF1059395.1 CAF1059395.1 WP_232306300.1 WP_074911472.1 WP_232306300.1 WP_232306300.1 WP_232306300.1 MBU7572244.1 CAB5621061.1 CAB5621061.1 WP_150071802.1 WP_011313080.1 WP_150071802.1 WP_150071802.1 KAJ9397508.1 KAJ9397508.1 WP_223655776.1 WP_223655776.1 GFY73571.1 GFY73571.1 QMV44496.1 QMV44496.1 RLN50561.1 NLW39422.1 RLN50561.1 WP_192500494.1 RLN50561.1 WP_279984614.1 RLN50561.1 NVM03966.1 RLN50561.1 RLN50561.1 RLN50561.1 WP_152652784.1 RLN50561.1 MSO30570.1 WP_042632177.1 WP_042632177.1 XP_046509038.1 XP_046509038.1 KAG7034489.1 KAG7034489.1 MBL7809501.1 MBL7809501.1 WP_277531229.1 WP_277531229.1 WP_140985543.1 WP_140985543.1 WP_190032834.1 WP_255657001.1 WP_190032834.1 WP_099723413.1 WP_190032834.1 WP_190032834.1 CEM11561.1 CEM11561.1 OJV54207.1 OJV54207.1 WP_157553964.1 WP_157553964.1 WP_139067457.1 WP_219484458.1 WP_139067457.1 WP_139067457.1 MBK7384228.1 MBK7384228.1 WP_094840069.1 WP_279840346.1 WP_094840069.1 WP_224791962.1 WP_094840069.1 WP_076595086.1 WP_094840069.1 MBI4806480.1 WP_094840069.1 WP_094840069.1 WP_094840069.1 WP_212054759.1 WP_094840069.1 WP_283557067.1 HIH60710.1 HIH60710.1 MCB1191718.1 MCB1191718.1 WP_087465911.1 WP_087465911.1 NWI70572.1 XP_041032211.1 NWI70572.1 NWI70572.1 AMT69763.1 AMT69763.1 MBD3627516.1 MBD3627516.1 KST94193.1 KST94193.1 WP_166960135.1 WP_247915795.1 WP_166960135.1 WP_166960135.1 CAE7938465.1 CAE7938465.1 WP_278665106.1 WP_278665106.1 MBI2083107.1 MBI2083107.1 KAG8833708.1 KAG8833708.1 WP_068059894.1 WP_068059894.1 WP_145616262.1 WP_024330540.1 WP_145616262.1 NIP79453.1 WP_145616262.1 DAZ71054.1 WP_145616262.1 WP_145616262.1 WP_145616262.1 NNE87648.1 WP_145616262.1 MYE57211.1 PBJ84576.1 PBJ84576.1 WP_164581131.1 WP_164581131.1 MBJ4905015.1 MBJ4905015.1 WP_232441874.1 WP_232441874.1 MBL7689759.1 MBL7689759.1 WP_014950321.1 WP_252438898.1 WP_014950321.1 WP_014950321.1 EAS0616219.1 EAS0616219.1 GIP40757.1 GIP40757.1 WP_070334369.1 WP_079722145.1 WP_070334369.1 WP_070334369.1 WP_132528552.1 WP_132528552.1 MBX9709025.1 MBX9709025.1 KAH7420042.1 KAH7420042.1 WP_158309540.1 WP_158309540.1 GFR08784.1 GFR08784.1 MBM3701396.1 MCE2152122.1 MBM3701396.1 MBM3701396.1 MCR4368335.1 MCR4368335.1 CAF4882469.1 CAF4882469.1 WP_271771839.1 WP_271771839.1 EFA7535944.1 EFA7535944.1 WP_055759832.1 WP_041723747.1 WP_055759832.1 WP_055759832.1 MBR5510068.1 MBR5510068.1 MBR2648677.1 MBR2648677.1 MCR4426439.1 MCR4426439.1 XP_023482372.1 XP_023482372.1 MBT6563471.1 WP_035064005.1 MBT6563471.1 WP_255895909.1 MBT6563471.1 MBT6563471.1 KAI8393114.1 KAI8393114.1 WP_067680410.1 WP_067680410.1 WP_233292564.1 WP_233292564.1 WP_049327990.1 WP_066046987.1 WP_049327990.1 WP_049327990.1 KAH7576347.1 KAH7576347.1 KAI1260235.1 KAI1260235.1 MBO5874131.1 MBO5874131.1 KZV16312.1 KZV16312.1 CAF5136964.1 CAF5136964.1 WP_176749474.1 WP_176749474.1 WP_070306574.1 WP_070306574.1 XP_036098045.1 XP_036098045.1 OGR46634.1 NPV66369.1 OGR46634.1 OGR46634.1 NWT80859.1 NWT80859.1 WP_269828627.1 WP_269828627.1 TWT41731.1 TWT41731.1 RMY79307.1 RMY79307.1 KAF7818313.1 HAB28525.1 KAF7818313.1 KAF7818313.1 KOS38468.1 KOS38468.1 MCF7626618.1 MCF7626618.1 KAF3356825.1 KAF3356825.1 CJB10156.1 CJB10156.1 RYE23003.1 RYE23003.1 MBR0338720.1 WP_189417916.1 MBR0338720.1 MBR0338720.1 MBF1375496.1 MBF1375496.1 KAJ8358812.1 KAJ8358812.1 MBQ8641985.1 MBQ8641985.1 XP_051592778.1 XP_051592778.1 CAB1415528.1 CAB1415528.1 WP_168166755.1 WP_168166755.1 WP_007993424.1 WP_007993424.1 MCM3872453.1 MCM3872453.1 WP_014772780.1 MBP1765367.1 WP_014772780.1 WP_014772780.1 WP_065766477.1 WP_065766477.1 MCA50524.1 MCA50524.1 WP_251231146.1 WP_251231146.1 MBC7140825.1 MBC7140825.1 XP_013258388.1 CAF3478760.1 XP_013258388.1 XP_013258388.1 NJL74459.1 NJL74459.1 WP_274124432.1 WP_274124432.1 XP_008080365.1 WP_257691625.1 XP_008080365.1 XP_008080365.1 HEC61404.1 HEC61404.1 NWU63809.1 NWU63809.1 MBU2720902.1 MBU2720902.1 MBI2666778.1 MBI2666778.1 WP_154503573.1 WP_154503573.1 MCH61727.1 MCH61727.1 WP_035102910.1 WP_035102910.1 MBR4902600.1 MBR4902600.1 HAB03480.1 WP_200543170.1 HAB03480.1 HAB03480.1 WP_193655704.1 WP_193655704.1 WP_032677416.1 WP_032677416.1 MCS6996891.1 MCS6996891.1 EHZ4862226.1 EEW1536683.1 EHZ4862226.1 EHZ4862226.1 WP_159812831.1 WP_159812831.1 WP_159812831.1 HCN71343.1 MBP5726154.1 KAI0095213.1 MBP5726154.1 OLA08565.1 MBP5726154.1 MBP5726154.1 MCE1252202.1 WP_208504450.1 MCE1252202.1 MCE1252202.1 WP_158687193.1 WP_158687193.1 KAG4938299.1 KAG4938299.1 MCK6622141.1 MCK6622141.1 UQT49937.1 UQT49937.1 XP_049766603.1 XP_049766603.1 WP_180076776.1 WP_180076776.1 MCH2675159.1 MCH2675159.1 WP_067123247.1 WP_067123247.1 WP_184601943.1 MBL4853947.1 WP_184601943.1 WP_275495439.1 WP_184601943.1 WP_055337992.1 WP_184601943.1 RYZ40664.1 WP_184601943.1 WP_019585553.1 WP_184601943.1 WP_083349422.1 WP_184601943.1 XP_027540421.1 WP_184601943.1 WP_000576638.1 WP_184601943.1 UCF78466.1 WP_184601943.1 WP_184601943.1 WP_184601943.1 WP_019444443.1 WP_184601943.1 MBL6847974.1 WP_184601943.1 MCH8312862.1 WP_184601943.1 WP_145937814.1 WP_184601943.1 WP_158057697.1 MCK5309055.1 MCK5309055.1 EIJ1046776.1 MBF1583063.1 EIJ1046776.1 EIJ1046776.1 XP_044919701.1 XP_044919701.1 GIV84289.1 GIV84289.1 MCB0346442.1 MCB0346442.1 MBQ2465495.1 MBQ2465495.1 AHN95135.1 AHN95135.1 UOA67814.1 YP_009745171.1 UOA67814.1 UOA67814.1 XP_030087828.2 XP_030087828.2 MBR5943268.1 MBR5943268.1 TND09120.1 TND09120.1 WP_225225222.1 WP_225225222.1 WP_016360879.1 WP_016360879.1 MBS3611729.1 MBS3611729.1 MCP4111938.1 MCP4111938.1 WP_000989932.1 WP_000989932.1 WP_225123293.1 WP_225123293.1 MBM3947147.1 MBM3947147.1 WP_072694527.1 WP_072694527.1 EFE8261313.1 EFE8261313.1 KIR59352.1 KIR59352.1 KAJ5238469.1 KAJ5238469.1 OGR49074.1 WP_223329113.1 OGR49074.1 OGR49074.1 CAG0273471.1 WP_250376457.1 CAG0273471.1 HAP0275886.1 CAG0273471.1 EFB3581025.1 CAG0273471.1 CAG0273471.1 MBB1053783.1 MBB1053783.1 WP_018160716.1 WP_018160716.1 MBC7426139.1 MBC7426139.1 WP_264507413.1 WP_264507413.1 MBP1312051.1 MBP1312051.1 VAI85984.1 VAI85984.1 QIX02502.1 QIX02502.1 RKF23984.1 RKF23984.1 KAJ0024505.1 KAJ0024505.1 DAP78583.1 DAP78583.1 KAG5001697.1 KAG5001697.1 WP_282969582.1 WP_282969582.1 GFV58109.1 GFV58109.1 WP_098137943.1 WP_098137943.1 WP_105371864.1 WP_105371864.1 QJA13926.1 QJA13926.1 HCN70936.1 WP_253571813.1 HCN70936.1 HCN70936.1 KAH7160752.1 KAH7160752.1 CAA2616064.1 CAA2616064.1 THZ10219.1 THZ10219.1 WP_273946616.1 WP_273946616.1 OQP53277.1 OQP53277.1 KAJ7660540.1 KAJ7660540.1 XP_049776195.1 XP_049776195.1 WP_235374454.1 EBT2494165.1 WP_235374454.1 WP_235374454.1 MBU4557481.1 MBU4557481.1 WP_152718850.1 WP_152718850.1 CCD45280.1 CCD45280.1 MCB2198743.1 MCB2198743.1 WP_032993387.1 WP_265332308.1 WP_032993387.1 WP_032993387.1 WP_032993387.1 MBQ2317532.1 WP_104329329.1 MBL68646.1 WP_104329329.1 WP_224828628.1 WP_104329329.1 WP_104329329.1 WP_252264110.1 WP_252264110.1 UCF22071.1 MBI2651826.1 UCF22071.1 UCF22071.1 UCF22071.1 MCK5466482.1 WP_276234417.1 WP_276234417.1 WP_210363492.1 WP_210363492.1 HJC81763.1 WP_131055803.1 HJC81763.1 HJC81763.1 WP_121369366.1 WP_121369366.1 RHQ28634.1 RHQ28634.1 XP_052906513.1 XP_052906513.1 ONM12286.1 ONM12286.1 RIK81456.1 RIK81456.1 AFP41217.1 AFP41217.1 SQC43367.1 SQC43367.1 MCD8323718.1 WP_089109701.1 MCD8323718.1 MCD8323718.1 MBE6889650.1 MBE6889650.1 WP_099922565.1 WP_099922565.1 WP_102140144.1 WP_102140144.1 MCB0174630.1 MCB0174630.1 XP_021727484.1 KAJ1283197.1 XP_021727484.1 KAI5657497.1 XP_021727484.1 XP_021727484.1 MBR1383934.1 MBR1383934.1 MCF8391604.1 WP_244349102.1 MCF8391604.1 HJE10580.1 MCF8391604.1 MCF8391604.1 MCF8391604.1 EBU9231875.1 MCF8391604.1 WP_228961807.1 XP_033082621.1 XP_033082621.1 SHM84371.1 SHM84371.1 KAH9439214.1 KAH9439214.1 CAA9477187.1 CAA9477187.1 TMQ35121.1 TMQ35121.1 MBV8739832.1 MBV8739832.1 WP_165801127.1 WP_165801127.1 CAE6513018.1 CAE6513018.1 WP_010299410.1 WP_010299410.1 MXS72767.1 WP_129053209.1 MXS72767.1 MXS72767.1 MCI9320818.1 MBD5153813.1 MCI9320818.1 WP_079396843.1 MCI9320818.1 WP_197744369.1 MCI9320818.1 MCI9320818.1 MBK6509184.1 WP_255073759.1 MBK6509184.1 MVA71646.1 MBK6509184.1 MBK6509184.1 HAW15717.1 HAW15717.1 QGZ94761.1 QGZ94761.1 WP_031876812.1 WP_031876812.1 CAI2192293.1 CAI2192293.1 QQR61334.1 QQR61334.1 CAH3164498.1 CAH3164498.1 WP_131506707.1 WP_131506707.1 WP_070443635.1 WP_070443635.1 WP_015957503.1 WP_015957503.1 WP_117183207.1 WP_223565913.1 WP_117183207.1 WP_117183207.1 WP_199911565.1 WP_199911565.1 SON95852.1 SON95852.1 AAV77137.1 EGT3575439.1 AAV77137.1 AAV77137.1 WP_110005820.1 WP_196396761.1 WP_110005820.1 WP_110005820.1 XP_021713690.1 XP_021713690.1 OGH56711.1 OGH56711.1 WP_011965948.1 WP_011965948.1 WP_240469694.1 WP_240469694.1 WP_240469694.1 MCJ9712781.1 MBQ4570877.1 MBQ4570877.1 XP_007323069.1 XP_007323069.1 WP_126255586.1 WP_126255586.1 MBF6603381.1 MBF6603381.1 MBA3289554.1 MBA3289554.1 WP_212377792.1 WP_212377792.1 KAJ0239815.1 KAJ0239815.1 KFP59321.1 KFP59321.1 MCA9949067.1 MCA9949067.1 WP_229048323.1 WP_229048323.1 WP_138447205.1 WP_138447205.1 PJC69268.1 PJC69268.1 WP_094207656.1 WP_094207656.1 XP_032812066.1 XP_032812066.1 XP_005720745.1 XP_005720745.1 WP_138289979.1 WP_138289979.1 WP_138289979.1 WP_274285032.1 KAJ6676972.1 KAJ6676972.1 MBT6370142.1 MBT6370142.1 KVK44743.1 MBE1289959.1 KVK44743.1 KVK44743.1 WP_271960159.1 KAA0234643.1 WP_271960159.1 WP_271960159.1 WP_072974645.1 WP_072974645.1 WP_071809692.1 WP_071809692.1 EGR0469058.1 EGR0469058.1 WP_199497249.1 WP_199497249.1 WP_109900609.1 WP_109900609.1 MBU6501496.1 RGG06187.1 MBU6501496.1 MCQ2587557.1 MBU6501496.1 EIO1807611.1 MBU6501496.1 MBU6501496.1 CAD7420625.1 CAD7420625.1 WP_070770047.1 MBE6348968.1 WP_070770047.1 WP_151430057.1 WP_070770047.1 WP_012573472.1 WP_070770047.1 MBS6779195.1 WP_070770047.1 NJD91181.1 WP_070770047.1 PHR24038.1 WP_070770047.1 WP_070770047.1 WP_070770047.1 WP_156009076.1 WP_070770047.1 NLX43212.1 MBK8529220.1 MBK8529220.1 WP_239984652.1 WP_073388870.1 WP_239984652.1 WP_239984652.1 MBR0417215.1 MBR0417215.1 MCD8297279.1 MCD8297279.1 XP_033559743.1 XP_033559743.1 MBE6139600.1 MCB0080507.1 MBE6139600.1 MBE6139600.1 MBE6139600.1 SCX00186.1 MBE6139600.1 MCL2039304.1 MBE6139600.1 WP_131001993.1 AEF02257.1 AEF02257.1 MCL7045034.1 MCL7045034.1 XP_019019020.1 XP_019019020.1 XP_039699416.1 XP_039699416.1 WP_112530108.1 WP_112530108.1 XP_045648298.1 XP_045648298.1 RYH76248.1 RYH76248.1 AGB19176.1 AGB19176.1 KUI47647.1 KUI47647.1 NWV34805.1 NWV34805.1 KEP75282.1 MBL7705960.1 KEP75282.1 KEP75282.1 WP_266441326.1 WP_266441326.1 PPU96251.1 PPU96251.1 WP_258598016.1 WP_258598016.1 WP_107021410.1 WP_107021410.1 MBQ8064675.1 MBQ8064675.1 WP_087299666.1 WP_087299666.1 WP_134667128.1 WP_134667128.1 MBI4875790.1 ECA9858842.1 MBI4875790.1 MBI4875790.1 WP_196222422.1 MBX9718818.1 WP_196222422.1 OFX35756.1 WP_196222422.1 MCI7575045.1 WP_196222422.1 WP_196222422.1 MBT3564223.1 MBT3564223.1 SBS78954.1 SBS78954.1 MBN2371430.1 MBN2371430.1 WP_219287479.1 WP_219287479.1 WP_175630420.1 WP_175630420.1 HAA51207.1 HAA51207.1 XP_001681736.1 XP_001681736.1 WP_282575598.1 WP_282575598.1 WP_252418399.1 WP_252418399.1 UYE59123.1 UGY43725.1 UYE59123.1 UYE59123.1 MCO5330244.1 MCO5330244.1 KAI7478392.1 KAI7478392.1 WP_065888604.1 WP_099529629.1 WP_065888604.1 WP_065888604.1 WP_277412281.1 WP_277412281.1 MBR6382124.1 MBR6382124.1 WP_064962354.1 WP_064962354.1 MAD47294.1 WP_274885772.1 MAD47294.1 MAD47294.1 NRJ54907.1 MCB3018266.1 NRJ54907.1 NRJ54907.1 WP_062336768.1 WP_062336768.1 KAF9035758.1 KAF9035758.1 MSW56406.1 MSW56406.1 MCC6537716.1 MCC6537716.1 WP_277778661.1 WP_277778661.1 WP_262615610.1 WP_000446844.1 WP_262615610.1 WP_262615610.1 WP_135771669.1 WP_135771669.1 CDX53829.1 CDX53829.1 TXH71851.1 TXH71851.1 XP_055095726.1 XP_055095726.1 WP_209402264.1 WP_209402264.1 MBK6277277.1 MBK6277277.1 WP_064229784.1 WP_064229784.1 EGQ64116.1 EGQ64116.1 WP_271145842.1 WP_271145842.1 WP_176051587.1 MBS9779527.1 WP_176051587.1 WP_176051587.1 WP_076519206.1 WP_076519206.1 WP_165687160.1 WP_165687160.1 WP_064600084.1 WP_064600084.1 MBE6702431.1 MBE6702431.1 MCR4890737.1 MCR4890737.1 WP_046778966.1 WP_097382902.1 WP_046778966.1 WP_046778966.1 WP_255401854.1 WP_255401854.1 WP_226831475.1 WP_226831475.1 MBP7746105.1 WP_125555296.1 MBP7746105.1 MBR6406611.1 MBP7746105.1 WP_275700896.1 MBP7746105.1 PKO20637.1 MBP7746105.1 VJO49958.1 MBP7746105.1 MBP7746105.1 MBP7746105.1 WP_253630899.1 NCS37471.1 TVO55343.1 NCS37471.1 WP_114947928.1 NCS37471.1 NCS37471.1 XP_047790709.1 XP_047790709.1 WP_250427403.1 YP_009340709.1 WP_250427403.1 WP_012964108.1 WP_250427403.1 WP_250427403.1 WP_250427403.1 AWQ28479.1 MCI8393530.1 MCI8393530.1 GHT88678.1 GHT88678.1 MCP4788584.1 WP_185218257.1 MCP4788584.1 WP_013768652.1 MCP4788584.1 ROW17242.1 MCP4788584.1 MCP4788584.1 MCA9900904.1 MCA9900904.1 WP_093172109.1 WP_093172109.1 NCB77646.1 NCB77646.1 XP_048796933.1 XP_048796933.1 MBR4275022.1 MBR4275022.1 XP_020736247.1 XP_020736247.1 XP_039660068.1 XP_039660068.1 KAJ2633851.1 KAJ2633851.1 WP_066708699.1 MBL0087235.1 WP_066708699.1 WP_066708699.1 WP_103963736.1 WP_053695461.1 WP_103963736.1 WP_072476944.1 WP_103963736.1 WP_103963736.1 MBQ69096.1 MBQ69096.1 MBR7027046.1 MBR7027046.1 WP_062689758.1 WP_062689758.1 MBE6812365.1 MBE6812365.1 NWX34570.1 NWX34570.1 MBM7494038.1 MBM7494038.1 WP_273138110.1 WP_273138110.1 MCG6876547.1 MCG6876547.1 WP_151856261.1 WP_151856261.1 XP_001454078.1 XP_001454078.1 KZD01260.1 KZD01260.1 MBI0103662.1 MBQ3724833.1 MBI0103662.1 MBI0103662.1 MCC5806595.1 MCC5806595.1 RLE74569.1 MCD6156803.1 RLE74569.1 RLE74569.1 KAG5313265.1 KAG5313265.1 CAF5110230.1 CAF5110230.1 MBD5168133.1 MBD5168133.1 QNU41032.1 XP_052288270.1 QNU41032.1 QNU41032.1 WP_190594466.1 WP_190594466.1 WP_015275782.1 WP_015275782.1 CCO02790.1 CCO02790.1 VVC94919.1 VVC94919.1 WP_147958553.1 WP_147958553.1 GMH49846.1 GMH49846.1 NJP33277.1 NJP33277.1 MBN4261164.1 MBN4261164.1 KHO46355.1 KHO46355.1 MCH5225744.1 MCH5225744.1 WP_257939681.1 WP_257939681.1 KAI8972608.1 KAI8972608.1 WP_167581056.1 WP_167581056.1 WP_209095964.1 WP_209095964.1 WP_058561589.1 WP_255657767.1 WP_058561589.1 WP_058561589.1 WP_058561589.1 WP_169054812.1 MCA9255001.1 MCA9255001.1 WP_204287739.1 WP_204287739.1 WP_065148066.1 WP_123363258.1 WP_065148066.1 WP_065148066.1 WP_098191572.1 WP_098191572.1 HDZ48353.1 HDZ48353.1 WP_271243471.1 WP_110358640.1 WP_271243471.1 WP_271243471.1 WP_166360839.1 WP_166360839.1 WP_137144119.1 WP_137144119.1 MBW4512449.1 MBW4512449.1 GJD18679.1 GJD18679.1 WP_099912534.1 MBI1424129.1 WP_099912534.1 WP_099912534.1 WP_179915466.1 WP_179915466.1 MCL1962319.1 MCL1962319.1 GKN74270.1 GKN74270.1 WP_106777349.1 WP_106777349.1 NQT76827.1 NQT76827.1 WP_274910452.1 WP_208665977.1 WP_274910452.1 WP_274910452.1 WP_208884269.1 WP_208884269.1 XP_049178823.1 XP_049178823.1 WP_050657700.1 WP_050657700.1 WP_173991185.1 KAF9419545.1 WP_173991185.1 WP_173991185.1 OJW72254.1 OJW72254.1 EFG1511687.1 EFG1511687.1 KAF2864190.1 KAF2864190.1 KPU83403.1 KPU83403.1 WP_279687934.1 WP_279687934.1 MCS5932532.1 MCS5932532.1 WP_106546380.1 MBD2210269.1 WP_106546380.1 WP_106546380.1 WP_231085688.1 WP_231085688.1 WP_033131454.1 WP_033131454.1 WP_164228299.1 WP_164228299.1 WP_249510290.1 WP_249510290.1 CAF0807478.1 CAF0807478.1 WP_020497701.1 WP_020497701.1 UNP33456.1 ADJ57888.1 UNP33456.1 BAI82636.1 UNP33456.1 QYT38722.1 UNP33456.1 AXB40829.1 UNP33456.1 UNP33456.1 KAE8355151.1 EJG1264510.1 KAE8355151.1 XP_023028205.1 KAE8355151.1 KAE8355151.1 WP_026718622.1 WP_026718622.1 XP_028939562.1 XP_028939562.1 NRB18267.1 WP_244200682.1 NRB18267.1 NRB18267.1 WP_041710957.1 CDZ73727.1 WP_041710957.1 WP_014657023.1 WP_041710957.1 WP_142133210.1 WP_041710957.1 WP_222125851.1 WP_041710957.1 WP_105160947.1 WP_041710957.1 HBO4828144.1 WP_041710957.1 OQA35671.1 WP_041710957.1 WP_077217464.1 WP_041710957.1 MCA6099904.1 WP_041710957.1 MCH5231772.1 WP_041710957.1 WP_072380563.1 WP_041710957.1 WP_041710957.1 WP_041710957.1 WP_115992495.1 WP_041710957.1 WP_089095302.1 WP_041710957.1 WP_173040157.1 WP_164942207.1 WP_164942207.1 WP_169394925.1 WP_169394925.1 WP_200037957.1 WP_161818832.1 WP_200037957.1 WP_054891276.1 WP_200037957.1 WP_200037957.1 AUW90066.1 AUW90066.1 MBE0362647.1 MBE0362647.1 EET4312562.1 MCB9490987.1 EET4312562.1 EET4312562.1 WP_179444023.1 WP_179444023.1 CAH8385548.1 CAH8385548.1 XP_046441060.1 XP_020321477.1 XP_046441060.1 PKU40490.1 XP_046441060.1 XP_046441060.1 CAH9078713.1 CAH9078713.1 WP_268012811.1 WP_268012811.1 PIY03328.1 PIY03328.1 HIA35646.1 HIA35646.1 WP_103216576.1 WP_103216576.1 XP_037827647.1 XP_037827647.1 WP_073312722.1 WP_073312722.1 MAR88726.1 MAR88726.1 KAF0756529.1 KAF0756529.1 MBU2271834.1 KAA0015115.1 MBU2271834.1 MBU2271834.1 CEH30391.1 CEH30391.1 WP_162756046.1 WP_162756046.1 WP_271629396.1 WP_271629396.1 WP_169053012.1 WP_169053012.1 WP_223695792.1 WP_223695792.1 WP_092696504.1 WP_092696504.1 WP_014814721.1 WP_014814721.1 KAG2712649.1 KAG2712649.1 WP_045961551.1 WP_045961551.1 WP_166690114.1 WP_166690114.1 MBR5140322.1 MCI8272365.1 MBR5140322.1 MBR5140322.1 WP_078747788.1 WP_078747788.1 GAA38267.2 KAH8394604.1 GAA38267.2 XP_011822310.1 GAA38267.2 CAD0200323.1 GAA38267.2 GAA38267.2 WP_169999893.1 WP_169999893.1 MCI5668237.1 MCI5668237.1 MCI5668237.1 WP_272896519.1 WP_145141753.1 WP_145141753.1 WP_149397594.1 WP_139032727.1 WP_149397594.1 WP_149397594.1 XP_020949431.1 XP_020949431.1 WP_254406115.1 WP_254406115.1 MBB2072367.1 MBB2072367.1 WP_194546214.1 WP_194546214.1 WP_267353308.1 WP_267353308.1 XP_029860665.1 XP_029860665.1 WP_137264191.1 WP_137264191.1 WP_227413069.1 WP_227413069.1 MBU2643279.1 MBU2643279.1 WP_021391773.1 WP_021391773.1 MCH7812019.1 MCH7812019.1 MBQ3958696.1 MBQ3958696.1 WP_017034258.1 WP_017034258.1 WP_257733866.1 WP_257733866.1 HBR2011202.1 HAW53859.1 HBR2011202.1 HBR2011202.1 WP_053594912.1 WP_053594912.1 DAS28513.1 DAS28513.1 WP_075938258.1 WP_075938258.1 CAD6215318.1 CAD6215318.1 KAH9898930.1 KAH9898930.1 MBK7764469.1 MBK7764469.1 NXV43694.1 NXV43694.1 MCH8328754.1 WP_127979673.1 MCH8328754.1 MCH8328754.1 MCS7028162.1 MCS7028162.1 WP_255602293.1 WP_226276978.1 WP_255602293.1 WP_197332010.1 WP_255602293.1 WP_255602293.1 WP_255602293.1 RQL72805.1 KAJ0315765.1 KAJ0315765.1 WP_237526657.1 WP_237526657.1 WP_213162342.1 WP_213162342.1 XP_033573598.1 XP_033573598.1 WP_058258401.1 WP_058258401.1 WP_187935882.1 WP_139989153.1 WP_187935882.1 WP_187935882.1 MCM8621761.1 NTZ64221.1 MCM8621761.1 WP_279059865.1 MCM8621761.1 MCM8621761.1 WP_146809086.1 WP_146809086.1 KAF3694195.1 XP_035385791.1 KAF3694195.1 KAF3694195.1 WP_276247412.1 WP_276247412.1 GKN64987.1 GKN64987.1 PTX11617.1 PTX11617.1 WP_045070942.1 WP_045070942.1 WP_015873926.1 EGI35895.1 WP_015873926.1 WP_015873926.1 EJA2215897.1 EJA2215897.1 KAF2888908.1 KAF2888908.1 NWU56530.1 NWU56530.1 WP_210028065.1 WP_210028065.1 WP_211746996.1 VRK55480.1 WP_211746996.1 WP_211746996.1 XP_040023426.1 XP_040023426.1 AXC70826.1 AXC70826.1 MBR6853793.1 MBR6853793.1 WP_153262038.1 WP_153262038.1 PZW62518.1 PZW62518.1 ROR98276.1 ROR98276.1 XP_025769677.1 XP_025769677.1 WP_016669239.1 WP_016669239.1 MCB1271755.1 MCB1271755.1 AFV39595.1 AOW33101.1 AFV39595.1 AOW36968.1 AFV39595.1 QWY38042.1 AFV39595.1 ACV16867.1 AFV39595.1 BAO23243.1 AFV39595.1 ARR91819.1 AFV39595.1 UZY22531.1 AFV39595.1 ABJ92889.1 AFV39595.1 ADB27070.1 AFV39595.1 AVA00513.1 AFV39595.1 ACY29573.1 AFV39595.1 AFV39595.1 AFV39595.1 ACH90072.1 AFV39595.1 BAO11608.1 AFV39595.1 AFJ09957.1 WP_123749269.1 WP_086612756.1 WP_123749269.1 WP_123749269.1 EFX79048.1 EFX79048.1 PZO34543.1 WP_153811865.1 PZO34543.1 WP_150724537.1 PZO34543.1 PZO34543.1 VDK55583.1 VDK55583.1 XP_023822602.1 XP_023822602.1 WP_126376486.1 EBY6522830.1 WP_126376486.1 RUM56169.1 WP_126376486.1 KVQ00241.1 WP_126376486.1 WP_228938141.1 WP_126376486.1 WP_126376486.1 MBT4259311.1 MBT4259311.1 WP_069580620.1 WP_069580620.1 MBR4681128.1 MBR4681128.1 KAJ1174213.1 KAJ1174213.1 MBO8485404.1 WP_125260587.1 MBO8485404.1 MCD6199266.1 MBO8485404.1 WP_158347019.1 MBO8485404.1 MBU22120.1 MBO8485404.1 MBO8485404.1 MBL8169415.1 MBL8169415.1 CDG57236.1 CDG57236.1 SOD38512.1 SOD38512.1 WP_161967657.1 WP_161967657.1 WP_007287952.1 WP_007287952.1 WP_090297373.1 WP_090297373.1 XP_010918378.1 XP_010918378.1 KRX15989.1 WP_225239495.1 KRX15989.1 KRX15989.1 KAF9095505.1 KAF9095505.1 MCP4913426.1 MCP4913426.1 RGX77898.1 RGX77898.1 KAF9145485.1 KAF9145485.1 MCO5569846.1 MCO5569846.1 MUL75888.1 MUL75888.1 KAJ6888161.1 KAJ6888161.1 WP_236939362.1 WP_236939362.1 WP_040330177.1 WP_040330177.1 WP_001537381.1 WP_045125019.1 WP_001537381.1 WP_001537381.1 WP_001537381.1 WP_186153646.1 MBL6727407.1 MBL6727407.1 WP_054541705.1 WP_001804449.1 WP_054541705.1 WP_054541705.1 MCB9510871.1 MCB9510871.1 WP_095128211.1 MBT7096516.1 WP_095128211.1 WP_095128211.1 MBE0660081.1 MBE0660081.1 WP_219286064.1 WP_219286064.1 WP_218057064.1 WP_218057064.1 WP_131971174.1 WP_131971174.1 MBL8777518.1 MBL8777518.1 WP_199308568.1 WP_199308568.1 WP_199308568.1 MCG8377291.1 WP_172585284.1 WP_172585284.1 WP_094590818.1 WP_094590818.1 XP_032204694.1 WP_249681227.1 XP_032204694.1 XP_032204694.1 KAJ3382075.1 KAJ3382075.1 WP_116143250.1 WP_147738784.1 WP_116143250.1 HBE02941.1 WP_116143250.1 WP_116143250.1 OQB67688.1 OQB67688.1 KAI1055415.1 XP_030976676.1 KAI1055415.1 KAI1055415.1 WP_018083176.1 WP_018083176.1 WP_065640612.1 WP_065640612.1 KAG2753283.1 KAG2753283.1 WP_071280632.1 WP_071280632.1 MBG4760275.1 MBG4760275.1 KAF9432903.1 KAF9432903.1 WP_245407141.1 WP_245407141.1 XP_006814105.1 XP_006814105.1 WP_228201287.1 WP_228201287.1 KAH8780162.1 KAH8780162.1 WP_196146635.1 OLD52228.1 WP_196146635.1 WP_196146635.1 DAH49916.1 DAH49916.1 WP_237034910.1 WP_052125494.1 WP_237034910.1 WP_237034910.1 XP_010676925.2 XP_010676925.2 WP_102576363.1 WP_140264131.1 WP_102576363.1 WP_102576363.1 WP_080508033.1 WP_080508033.1 WP_052922907.1 MBI2114665.1 WP_052922907.1 MCB1208284.1 WP_052922907.1 WP_052922907.1 WP_010409355.1 WP_010409355.1 XP_008674211.1 XP_008674211.1 RGT06351.1 RGT06351.1 NIM26842.1 HHO76132.1 NIM26842.1 NIM26842.1 AMA13662.1 MOY61908.1 AMA13662.1 AST39768.1 AMA13662.1 AMA13662.1 AMA13662.1 MOY95459.1 MBQ2990925.1 MBQ2990925.1 KQP70604.1 KQP70604.1 MCH1407713.1 MCH1407713.1 HAC44255.1 HAC44255.1 NBS93427.1 NBS93427.1 WP_067101053.1 WP_067101053.1 XP_005111944.2 XP_005111944.2 WP_108210605.1 GBD99233.1 WP_108210605.1 WP_108210605.1 MOP62942.1 MOP62942.1 WP_262073613.1 WP_262073613.1 KAH9744176.1 KAH9744176.1 AFX75916.1 QGA29503.1 AFX75916.1 AFX75916.1 WP_166638495.1 WP_166638495.1 KAI4867710.1 KAI4867710.1 WP_083180153.1 WP_083180153.1 WP_270233472.1 WP_270233472.1 WP_209377953.1 WP_209377953.1 WP_209377953.1 MCB0919686.1 XP_019180948.1 XP_025814622.1 XP_019180948.1 KAG2309455.1 XP_019180948.1 XP_019180948.1 CAH0023967.1 MBT3401245.1 CAH0023967.1 CAH0023967.1 MBL1320270.1 WP_174567215.1 MBL1320270.1 WP_198095175.1 MBL1320270.1 MBL1320270.1 GEW47215.1 GEW47215.1 KAI4518191.1 KAI4518191.1 WP_162206844.1 WP_162206844.1 WP_014985199.1 WP_070172067.1 WP_014985199.1 NXM52897.1 WP_014985199.1 WP_014985199.1 XP_030725309.1 XP_030725309.1 WP_192880951.1 WP_192880951.1 MBT8607749.1 WP_001202764.1 MBT8607749.1 MBT8607749.1 NGL48818.1 NGL48818.1 WP_162929259.1 WP_162929259.1 NLV68328.1 MBD3769330.1 NLV68328.1 NLK90780.1 NLV68328.1 NLV68328.1 NLV68328.1 NLT72898.1 WP_075013026.1 WP_075013026.1 USK34290.1 USK34290.1 NLE01480.1 NLE01480.1 WP_166047848.1 WP_166047848.1 KAI2467201.1 KAI2467201.1 WP_272952826.1 WP_272952826.1 AGB20654.1 AGB20654.1 MBQ6868443.1 MBQ6868443.1 NER20127.1 NER20127.1 WP_269061021.1 WP_269061021.1 MCE2789155.1 WP_122440133.1 MCE2789155.1 WP_116870479.1 MCE2789155.1 MCE2789155.1 HAO16792.1 HAO16792.1 XP_039325768.1 XP_039325768.1 WP_180230190.1 WP_101272247.1 WP_180230190.1 WP_180230190.1 WP_230796143.1 EIX9307167.1 WP_230796143.1 WP_230796143.1 WP_059639348.1 WP_059639348.1 GBN39940.1 GBN39940.1 MXQ53321.1 MXQ53321.1 WP_100449703.1 WP_100449703.1 XP_052751399.1 XP_052751399.1 WP_066786685.1 WP_066786685.1 WP_249084213.1 MCI5916932.1 WP_249084213.1 WP_249084213.1 WP_131096443.1 MBE3671043.1 WP_131096443.1 WP_049066482.1 WP_131096443.1 WP_131096443.1 KAI6080770.1 KAI6080770.1 WP_017691736.1 WP_017691736.1 WP_005632191.1 WP_005632191.1 WP_084873045.1 WP_084873045.1 WP_280336340.1 WP_280336340.1 CAD2182685.1 CAD2182685.1 HBT5919638.1 HBT5919638.1 XP_021765438.1 XP_021765438.1 WP_093486522.1 WP_093486522.1 QLY80081.1 QLY80081.1 WP_006224372.1 WP_006224372.1 WP_023727015.1 WP_185921121.1 WP_023727015.1 NJC23639.1 WP_023727015.1 XP_033551505.1 WP_023727015.1 WP_023727015.1 WP_023727015.1 QFY03744.1 WP_023727015.1 KAG8816705.1 WP_023727015.1 WP_221868756.1 KAF8917914.1 KAF8917914.1 WP_037184031.1 WP_037184031.1 MBM4261824.1 MBM4261824.1 WP_085680475.1 WP_145643501.1 WP_085680475.1 WP_054435236.1 WP_085680475.1 KLR59865.1 WP_085680475.1 WP_085680475.1 EFI9255255.1 EFI9255255.1 WP_070475600.1 WP_070475600.1 WP_275405902.1 WP_275405902.1 TVY78526.1 TVY78526.1 WP_273827584.1 WP_273827584.1 XP_047245969.1 XP_047245969.1 XP_007957752.1 XP_048221756.1 XP_007957752.1 XP_007957752.1 KAI1368854.1 KAI1368854.1 STW09510.1 STW09510.1 WP_264790310.1 WP_264790310.1 WP_029091796.1 WP_029091796.1 WP_237142885.1 WP_237142885.1 EFL44656.1 EFL44656.1 RJF99999.1 RJF99999.1 MBM4059513.1 MBM4059513.1 MCP3657241.1 MCP3657241.1 WP_233230645.1 WP_099100504.1 WP_233230645.1 WP_233230645.1 WP_004960861.1 EET4886479.1 WP_004960861.1 MCO5068575.1 WP_004960861.1 EFH7886278.1 WP_004960861.1 WP_004960861.1 WP_230009938.1 WP_230009938.1 WP_034709917.1 WP_227550239.1 WP_034709917.1 WP_034709917.1 CTM60173.1 CTM60173.1 SPC33634.1 SPC33634.1 WP_259287153.1 WP_259287153.1 MRB85170.1 MRB85170.1 MCD6544917.1 MCD6544917.1 MBK4335994.1 MBK4335994.1 MBA0628892.1 MBA0628892.1 WP_281459228.1 WP_281459228.1 CAD7578726.1 MCB1065733.1 CAD7578726.1 MBI4966856.1 CAD7578726.1 CAD7578726.1 SOD38336.1 SOD38336.1 TYG55675.1 TYG55675.1 WP_094953410.1 WP_094953410.1 WP_108324249.1 WP_108324249.1 WP_195238978.1 WP_195368055.1 WP_195238978.1 YP_010317795.1 WP_195238978.1 WP_195238978.1 WP_195238978.1 WP_011512097.1 WP_195238978.1 WP_029347391.1 WP_195238978.1 WP_211555180.1 WP_195238978.1 WP_247749043.1 KAG7283570.1 KAG7283570.1 WP_280427578.1 WP_280427578.1 WP_244355613.1 WP_244355613.1 CAG9435424.1 CAG9435424.1 ECE8916583.1 EAA8040699.1 ECE8916583.1 ECE8916583.1 MCP3654032.1 MCP3654032.1 XP_036163171.1 XP_036163171.1 KYP14137.1 KYP14137.1 KAF5321974.1 KAF5321974.1 MCD8523842.1 MCD8523842.1 WP_096671147.1 WP_096671147.1 WP_173081441.1 WP_173081441.1 EMD82508.1 EMD82508.1 WP_022710297.1 WP_022710297.1 MBT3784852.1 MBT3784852.1 WP_059267425.1 WP_176538754.1 WP_059267425.1 HCG2498768.1 WP_059267425.1 WP_059267425.1 WP_059267425.1 WP_129053744.1 WP_138583465.1 WP_138583465.1 OEC37898.1 OEC37898.1 MBI2416798.1 MBI2416798.1 WP_276256752.1 KIE57707.1 WP_276256752.1 WP_276256752.1 WP_154541351.1 WP_154541351.1 NXL14598.1 XP_033306318.1 NXL14598.1 NXL14598.1 RUM68418.1 MCQ2831693.1 RUM68418.1 RUM68418.1 NAB09037.1 NAB09037.1 MCH7618159.1 WP_244811380.1 MCH7618159.1 MCH7618159.1 WP_166652585.1 WP_166652585.1 QPH00767.1 QPH00767.1 WP_083453642.1 TMG86695.1 WP_083453642.1 CAG0990770.1 WP_083453642.1 WP_256212307.1 WP_083453642.1 WP_083453642.1 EDF8564338.1 EDF8564338.1 GEP01990.1 GEP01990.1 NP_177230.1 NP_177230.1 WP_206913767.1 WP_206913767.1 UOK61174.1 UOK61174.1 WP_033677965.1 WP_033677965.1 MBF1231925.1 MBF1231925.1 MBQ1196899.1 MBQ1196899.1 WP_189254710.1 WP_189254710.1 XP_022371551.1 XP_022371551.1 PLX13980.1 PLX13980.1 CAH9132908.1 CAH9132908.1 PAV59276.1 PAV59276.1 MCA9869097.1 MCA9869097.1 MBI1189702.1 RYY73542.1 MBI1189702.1 MCK9252526.1 MBI1189702.1 MBI1189702.1 CAI4531609.1 CAI4531609.1 WP_012084538.1 WP_012084538.1 MBS1587439.1 MBP8741618.1 MBS1587439.1 WP_119815679.1 MBS1587439.1 WP_025983621.1 MBS1587439.1 MBS1587439.1 WP_109832405.1 WP_109832405.1 EFX84833.1 EFX84833.1 WP_024498088.1 WP_003939801.1 WP_024498088.1 WP_024498088.1 WP_130201530.1 WP_130201530.1 KAF5115699.1 KAF5115699.1 KAJ5249775.1 KAJ5249775.1 SED04027.1 SED04027.1 MAL04956.1 MAL04956.1 XP_032283352.1 XP_032283352.1 XP_048583328.1 XP_048583328.1 MBL7752135.1 MBL7752135.1 WP_027723927.1 WP_027723927.1 WP_280550159.1 WP_280550159.1 WP_263549390.1 WP_263549390.1 KAJ2160675.1 KAJ2160675.1 WP_165149223.1 WP_165149223.1 WP_154427248.1 WP_154427248.1 XP_003056335.1 XP_003056335.1 MIX29656.1 MIX29656.1 SCN76227.1 XP_027422845.1 SCN76227.1 WP_233737742.1 SCN76227.1 WP_018187484.1 SCN76227.1 QLP56207.1 SCN76227.1 WP_232790853.1 SCN76227.1 WP_270570428.1 SCN76227.1 SCN76227.1 WP_042211112.1 WP_042211112.1 WP_170834655.1 WP_170834655.1 MBS5796435.1 MBS5796435.1 WP_235959345.1 WP_235959345.1 HHX25519.1 UCF69744.1 HHX25519.1 HHX25519.1 WP_199690327.1 WP_199690327.1 WP_195694458.1 WP_195694458.1 PTT91340.1 PTT91340.1 MBQ1405588.1 MBQ1897904.1 MBQ1405588.1 MBQ1405588.1 KFV95086.1 KFV95086.1 WP_187027854.1 WP_187027854.1 NDU77367.1 NDU77367.1 XP_029370816.1 XP_029370816.1 PYX86466.1 PYX86466.1 MBN9117024.1 MBN9117024.1 AXZ65741.1 ABQ63546.1 AXZ65741.1 AKT58828.1 AXZ65741.1 AOQ89457.1 AXZ65741.1 AXZ65741.1 CAE6438319.1 CAE6438319.1 WP_009257967.1 WP_009257967.1 WP_009257967.1 MCJ2136558.1 XP_021377602.1 XP_021377602.1 KJV99157.1 KJV99157.1 EHR73697.1 EHR73697.1 MBQ2688679.1 MBQ2688679.1 CAF4001745.1 CAF4001745.1 NEO77458.1 NEO77458.1 GBD21712.1 GBD21712.1 WP_138405018.1 WP_138405018.1 XP_025425233.1 XP_025425233.1 WP_043343784.1 NVK26228.1 WP_043343784.1 WP_043343784.1 MBN3879913.1 MBN3879913.1 XP_020282545.1 XP_020282545.1 WP_093361010.1 WP_093361010.1 XP_034262050.1 XP_034262050.1 OWZ21453.1 OWZ21453.1 WP_140204528.1 WP_140204528.1 WP_206254325.1 WP_206254325.1 WP_278843343.1 MBP3518143.1 WP_278843343.1 WP_214826002.1 WP_278843343.1 WP_278843343.1 WP_278843343.1 MCB9353584.1 WP_278843343.1 WP_146272353.1 WP_278843343.1 WP_259301651.1 MBL4542294.1 MBL4542294.1 GCE99025.1 GCE99025.1 XP_049847771.1 XP_049847771.1 MCC7321896.1 MCC7321896.1 MCE5280144.1 MBR6875525.1 MCE5280144.1 MCE5280144.1 MBX3615544.1 MBX3615544.1 XP_047443619.1 XP_047443619.1 GBU10433.1 GBU10433.1 ECG5731039.1 HHU23657.1 ECG5731039.1 ECG5731039.1 KAI4261063.1 KAI4261063.1 RME91291.1 RME91291.1 KAF8902954.1 KAF8902954.1 NXJ09179.1 NXJ09179.1 MBM3211208.1 MBM3211208.1 XP_037269637.1 XP_037269637.1 WP_266300278.1 WP_266300278.1 MBT3283615.1 MBT3283615.1 HBB8861935.1 HBB8861935.1 MBP1762081.1 MBP1762081.1 ESW62330.1 ESW62330.1 WP_139216328.1 WP_139216328.1 XP_031159380.1 XP_031159380.1 WP_145549645.1 WP_145549645.1 MCB0396773.1 MCB0396773.1 XP_042399294.1 XP_042399294.1 MCR5249229.1 MCR5249229.1 EOX98511.1 EOX98511.1 WP_263871176.1 WP_263871176.1 XP_015675072.1 XP_033115746.1 XP_015675072.1 XP_015675072.1 XP_015675072.1 NWW43432.1 WP_147728825.1 WP_169984846.1 WP_147728825.1 WP_147728825.1 WP_137499306.1 WP_137499306.1 WP_254467474.1 WP_090221424.1 WP_254467474.1 WP_059812501.1 WP_254467474.1 WP_254467474.1 WP_254467474.1 KAA1286543.1 WP_254467474.1 MBO1518138.1 WP_209241541.1 EIC7331684.1 WP_209241541.1 WP_093868643.1 WP_209241541.1 HBU57020.1 WP_209241541.1 WP_209241541.1 CAI4270029.1 CAI4270029.1 KAI5947122.1 KAI5947122.1 XP_051382515.1 XP_051382515.1 MCS7125979.1 MCS7125979.1 MBD9700330.1 MBD9700330.1 WP_072184911.1 WP_072184911.1 MBI1992098.1 MBI1992098.1 OBC01194.1 OBC01194.1 WP_203304418.1 WP_203304418.1 WP_145254095.1 WP_145254095.1 NLV89229.1 NLV89229.1 MCQ8893008.1 MCQ8893008.1 WP_221968558.1 WP_058935081.1 WP_221968558.1 WP_221968558.1 MBA2782760.1 MBA2782760.1 WP_232465954.1 WP_232465954.1 WP_164588414.1 WP_164588414.1 MBO4522510.1 MBO4522510.1 WP_206762159.1 WP_206762159.1 KAF0721509.1 KAF0721509.1 WP_241695219.1 WP_241695219.1 XP_036174925.1 XP_036174925.1 WP_165356608.1 WP_165356608.1 PFQ70995.1 HCI94645.1 PFQ70995.1 PFQ70995.1 WP_008132112.1 WP_008132112.1 XP_022789336.1 XP_022789336.1 WP_264695257.1 WP_264695257.1 AAR06568.1 AAR06568.1 WP_043239074.1 WP_043239074.1 KAB2838176.1 KAB2838176.1 MBS1617120.1 MBS1617120.1 WP_129629290.1 MCI0877007.1 WP_129629290.1 WP_129629290.1 KRN01502.1 KRN01502.1 WP_258825945.1 MCF8210731.1 WP_258825945.1 WP_258825945.1 WP_008045531.1 GIC06559.1 WP_008045531.1 WP_008045531.1 WP_045064390.1 WP_045064390.1 MCU1589779.1 MCU1589779.1 XP_049224720.1 XP_049224720.1 MBQ0033687.1 MBQ0033687.1 MBP3425637.1 MBP3425637.1 MCR5285329.1 MCR5285329.1 XP_020103231.1 NCW99628.1 XP_020103231.1 XP_002430673.1 XP_020103231.1 XP_020103231.1 XP_020103231.1 MCS6830908.1 XP_020103231.1 CAB0780497.1 WP_258394058.1 WP_258394058.1 WP_196823726.1 WP_196823726.1 WP_162334308.1 WP_162334308.1 WP_020394619.1 WP_020394619.1 TMH05674.1 WP_277690767.1 TMH05674.1 TMH05674.1 WP_112116848.1 WP_112116848.1 HCH2726488.1 WP_249351853.1 HCH2726488.1 RZI94009.1 HCH2726488.1 GAL07990.1 HCH2726488.1 MBR4838026.1 HCH2726488.1 HCH2726488.1 MBK6833697.1 MBK6833697.1 XP_025975121.1 XP_025975121.1 NXS05193.1 NXS05193.1 MBC6481257.1 MBE0669914.1 MBC6481257.1 MCI4325574.1 MBC6481257.1 WP_116803659.1 MBC6481257.1 HCP62665.1 MBC6481257.1 MBC6481257.1 KAE9963299.1 KAE9963299.1 WP_048771567.1 WP_048771567.1 WP_237560484.1 WP_237560484.1 KAG6786301.1 KAG6786301.1 OIQ39557.1 MBL8770704.1 OIQ39557.1 OIQ39557.1 WP_190063487.1 WP_190063487.1 WP_006075792.1 WP_006075792.1 XP_051120762.1 XP_051120762.1 MRB06557.1 MRB06557.1 WP_136085111.1 WP_136085111.1 CAF3446016.1 CAF3446016.1 MBZ5699012.1 WP_190772838.1 MBZ5699012.1 MBZ5699012.1 GEX59890.1 GEX59890.1 WP_130523666.1 WP_130523666.1 MCB0447703.1 MCB0447703.1 WAR09170.1 WAR09170.1 KAA0009614.1 KAA0009614.1 MBI6809448.1 MBI6809448.1 WP_123226257.1 WP_123226257.1 KAF9308882.1 KAF9308882.1 KAG2929087.1 KAG2929087.1 ODU23539.1 ODU23539.1 WP_186229980.1 WP_186229980.1 KAJ7545197.1 KAJ7545197.1 XP_043494069.1 XP_043494069.1 XP_043494069.1 XP_056429915.1 XP_035812514.1 XP_054751877.1 XP_035812514.1 XP_035812514.1 MBL0273084.1 NOT03931.1 MBL0273084.1 MBL0273084.1 WP_077066366.1 WP_077066366.1 WP_001531669.1 WP_001531669.1 MSX26960.1 WP_115313274.1 MSX26960.1 MCL4851158.1 MSX26960.1 MSX26960.1 RCK62276.1 RCK62276.1 WP_262014488.1 WP_262014488.1 NOZ88085.1 NOZ88085.1 XP_051216225.1 XP_051216225.1 MBO1089156.1 MBO1089156.1 GIW56314.1 GIW56314.1 PXL39359.1 PXL39359.1 WP_073277800.1 WP_073277800.1 PPS91010.1 PPS91010.1 WP_140347789.1 WP_140347789.1 EFT9578334.1 EFT9578334.1 MCE4613707.1 MCE4613707.1 ERI49901.1 ERI49901.1 HIN08122.1 HIN08122.1 OQW79047.1 OQW79047.1 KAG6788279.1 KAG6788279.1 KAG6788279.1 PON87355.1 XP_021898889.1 KAJ0960782.1 XP_021898889.1 XP_015055542.1 XP_021898889.1 XP_021898889.1 NWR48904.1 NWR48904.1 QJX39570.1 AAW57761.1 QJX39570.1 AIG14299.1 QJX39570.1 QJX39570.1 WP_206096314.1 WP_006697084.1 WP_206096314.1 WP_206096314.1 MBT5285153.1 MBT5285153.1 CDC61696.1 CDC61696.1 MCO4570690.1 MCO4570690.1 KAF8141928.1 KAF8141928.1 TJW13192.1 TJW13192.1 WP_083639049.1 WP_083639049.1 MBR1706273.1 MBR1706273.1 EST37880.1 EST37880.1 WP_106936446.1 WP_106936446.1 WP_214777175.1 WP_214777175.1 WP_092857087.1 MBM7125960.1 WP_092857087.1 MBU1183407.1 WP_092857087.1 WP_132124768.1 WP_092857087.1 WP_092857087.1 RAH10573.1 MAB27215.1 RAH10573.1 WP_119400337.1 RAH10573.1 RAH10573.1 HFC54342.1 HFC54342.1 WP_025739406.1 WP_140164964.1 WP_025739406.1 WP_025739406.1 WP_128505522.1 WP_128505522.1 MCB9943168.1 MCB9943168.1 WP_190822868.1 WP_190822868.1 TVR41840.1 TVR41840.1 CAC9886154.1 CAC9886154.1 WP_047943571.1 WP_047943571.1 MBO2482901.1 MBO2482901.1 XP_047422702.1 XP_047422702.1 KAJ3490879.1 KAJ3490879.1 WP_227317406.1 WP_090149712.1 WP_227317406.1 WP_227317406.1 MCB0488436.1 MCB0488436.1 MCD6430924.1 MCD6430924.1 MCI0654225.1 MCI0654225.1 WP_271515333.1 MBF1224416.1 WP_271515333.1 WP_271515333.1 WP_207334372.1 WP_207334372.1 NYK82134.1 NYK82134.1 RTE72268.1 RTE72268.1 WP_232703726.1 WP_232703726.1 WP_184066976.1 WP_184066976.1 WP_257689765.1 WP_022389025.1 WP_257689765.1 WP_131836551.1 WP_257689765.1 WP_195426888.1 WP_257689765.1 WP_205186167.1 WP_257689765.1 XP_050320449.1 WP_257689765.1 WP_232038993.1 WP_257689765.1 WP_255965801.1 WP_257689765.1 WP_061795322.1 WP_257689765.1 MCC2649654.1 WP_257689765.1 WP_008959270.1 WP_257689765.1 WP_257689765.1 WP_257689765.1 WP_100461895.1 WP_257689765.1 WP_057201184.1 WP_257689765.1 WP_108756325.1 MBU0791683.1 MBU0791683.1 WP_182711428.1 WP_182711428.1 TKW18680.1 TKW18680.1 WP_240111183.1 WP_240111183.1 NED75586.1 NED75586.1 MBR0615264.1 MBR0615264.1 ETO34949.1 ETO34949.1 KAF5411244.1 KAF5411244.1 WP_017878759.1 WP_017878759.1 WP_023780537.1 WP_023780537.1 WP_077376172.1 WP_077376172.1 GIW70618.1 GIW70618.1 MBA8666914.1 MBA8666914.1 KAJ8938828.1 KAJ8938828.1 WP_149660939.1 WP_149660939.1 OJH36051.1 OJH36051.1 MCJ8273875.1 MCJ8273875.1 XP_045701611.1 XP_045701611.1 WP_267782507.1 WP_267782507.1 MCP5198054.1 MCP5198054.1 EOS29826.1 EOS29826.1 WP_003960394.1 STC68550.1 WP_003960394.1 WP_003960394.1 WP_218348303.1 WP_218348303.1 WP_148727848.1 WP_148727848.1 TVS18044.1 TVS18044.1 WP_018934053.1 WP_018934053.1 MBV00212.1 EAH8201998.1 MBV00212.1 MBG6814041.1 MBV00212.1 MBV00212.1 XP_047781705.1 XP_047781705.1 MBQ7286305.1 MBQ7286305.1 MBQ4426944.1 MBQ4426944.1 OKO87070.1 WP_268394364.1 OKO87070.1 OKO87070.1 KAF5116816.1 KAF5116816.1 MBN1246547.1 MBN1246547.1 MBR6946428.1 MBR6946428.1 WP_097574091.1 WP_097574091.1 MCF8145043.1 MCF8145043.1 WP_159796041.1 WP_159796041.1 MBA3497606.1 WP_088031849.1 MBA3497606.1 MBA3497606.1 AHJ84873.1 AHJ84873.1 MCA9738196.1 MCA9738196.1 KAJ0689199.1 KAJ0689199.1 ERB66459.1 ERB66459.1 MBL6710595.1 MBL6710595.1 MCH1932562.1 MCH1932562.1 XP_055331916.1 XP_055331916.1 KAF7869901.1 KAF7869901.1 WP_220674761.1 WP_080337214.1 WP_220674761.1 WP_220674761.1 KAH7489251.1 KAH7489251.1 XP_032499984.1 XP_032499984.1 WP_261369297.1 WP_261369297.1 WP_283842967.1 WP_283842967.1 MBT3932996.1 MBT3932996.1 WP_148565498.1 WP_251309955.1 WP_148565498.1 WP_148565498.1 WP_097485790.1 WP_097485790.1 WP_004994904.1 WP_004994904.1 MBU0624735.1 MBU0624735.1 WP_266814553.1 WP_266814553.1 MBQ4411698.1 MBQ4411698.1 KYF44507.1 KYF44507.1 MCL2788588.1 MCL2788588.1 WP_262155701.1 WP_262155701.1 KAF5548980.1 KAF5548980.1 KAH7262805.1 KAH7262805.1 WP_183063711.1 WP_183063711.1 WP_212810521.1 WP_212810521.1 MBR8744763.1 MBR8744763.1 WP_120452154.1 WP_120452154.1 NTU53989.1 NTU53989.1 GHU61839.1 NGP45824.1 GHU61839.1 WP_113851760.1 GHU61839.1 GHU61839.1 GHU61839.1 MCF8193609.1 MBS1744667.1 MBS1744667.1 MBU03734.1 MBU03734.1 WP_105386412.1 WP_105386412.1 WP_131776591.1 WP_131776591.1 WP_196974466.1 WP_196974466.1 WP_184130797.1 WP_184130797.1 MCS5505837.1 MCS5505837.1 WP_062865604.1 WP_062865604.1 WP_188895946.1 WP_188895946.1 KFG62183.1 KFG62183.1 MAJ56944.1 MAJ56944.1 RYP71249.1 RYP71249.1 MBQ3470868.1 MBQ3470868.1 WP_234897981.1 WP_234897981.1 WP_117751014.1 MBS6439950.1 WP_117751014.1 WP_099219937.1 WP_117751014.1 WP_117751014.1 WP_160410225.1 WP_160410225.1 MBE3595273.1 MBQ3321785.1 MBE3595273.1 MBE3595273.1 MBE3595273.1 MBO5857838.1 UTW67325.1 UTW67325.1 MBL0255244.1 MBL0255244.1 EMK19049.1 EMK19049.1 THB74514.1 THB74514.1 AWD47640.1 AWD47640.1 MCR4818155.1 WP_200162643.1 MCR4818155.1 MBR4451941.1 MCR4818155.1 MCR4818155.1 WP_018717981.1 WP_018717981.1 MCE2907393.1 MCE2907393.1 WP_251174936.1 WP_251174936.1 WP_202925384.1 MBO1529847.1 WP_202925384.1 WP_202925384.1 CAI0990105.1 CAI0990105.1 WP_140660563.1 WP_140660563.1 WP_277410236.1 WP_277410236.1 MCP5558243.1 MCP5558243.1 CAD7419184.1 CAD7419184.1 WP_189609880.1 WP_189609880.1 MBQ8283265.1 MBQ8283265.1 WP_173904515.1 WP_173904515.1 XP_032696462.1 XP_032696462.1 XP_044484513.1 XP_044484513.1 XP_027476133.1 XP_027476133.1 WP_189592858.1 WP_189592858.1 WP_166225641.1 NDH20019.1 WP_166225641.1 MBK5104727.1 WP_166225641.1 WP_166225641.1 WP_266312166.1 WP_266312166.1 WP_147766978.1 WP_147766978.1 PSP85445.1 PSP85445.1 WP_205177065.1 WP_205177065.1 MCG3730919.1 MCG3730919.1 WP_166886913.1 WP_008701575.1 WP_166886913.1 WP_166886913.1 CPY79168.1 CPY79168.1 MBT5578634.1 MBT5578634.1 WP_126669182.1 WP_126669182.1 WP_005165186.1 WP_005165186.1 AUN31249.1 AUN31249.1 WP_279123632.1 WP_279123632.1 MCM2341063.1 MCM2341063.1 MPT31245.1 MBS4051699.1 MPT31245.1 MPT31245.1 ETD72983.1 ETD72983.1 MCP4488771.1 MCP4488771.1 SDW64481.1 MBR4127938.1 SDW64481.1 SDW64481.1 MBR2488648.1 MBR2488648.1 WP_240030709.1 WP_240030709.1 WP_250146767.1 WP_250146767.1 CZR69713.1 CZR69713.1 XP_039854086.1 XP_039854086.1 MCU1437293.1 MCU1437293.1 XP_015523373.1 XP_015523373.1 DAO22062.1 DAO22062.1 XP_697509.2 XP_697509.2 WP_132882604.1 WP_132882604.1 WP_200316392.1 WP_200316392.1 WP_241908014.1 WP_241908014.1 MCL7403925.1 MCL7403925.1 KAF9116737.1 KAF9116737.1 HIA56122.1 HIA56122.1 MBP6049275.1 MBP6049275.1 HAY39979.1 WP_270908912.1 HAY39979.1 WP_022975915.1 HAY39979.1 WP_007270472.1 HAY39979.1 HAY39979.1 WP_105188257.1 WP_105188257.1 MCH2430466.1 MCH2430466.1 MBI2152769.1 MCH5207665.1 MBI2152769.1 MBI2152769.1 WP_211231677.1 WP_211231677.1 WP_195553161.1 WP_195553161.1 MBL1417270.1 MBL1417270.1 XP_019741907.1 XP_019741907.1 AJF60049.1 AJF60049.1 EHD2267589.1 EHD2267589.1 RJF98482.1 RJF98482.1 GDX36288.1 WP_245704803.1 GDX36288.1 GDX36288.1 MCF7786316.1 MCF7786316.1 KAJ8059477.1 KAJ8059477.1 MBI3948044.1 MBI3948044.1 MBM4386043.1 MBM4386043.1 KAI2062789.1 KAI2062789.1 QEP29574.1 QEP29574.1 MBT4920854.1 UJW31884.1 MBT4920854.1 MBT4920854.1 NLN95163.1 NLN95163.1 MBI1386726.1 WP_171519907.1 MBI1386726.1 WP_104981358.1 MBI1386726.1 MBI1386726.1 WP_021500824.1 WP_021500824.1 NP_001257623.1 NP_001257623.1 WP_200780455.1 WP_200780455.1 KAE9803106.1 KAE9803106.1 WP_265896212.1 WP_138941726.1 WP_265896212.1 WP_265896212.1 EDA9915590.1 EDA9915590.1 NLA37038.1 NLA37038.1 XP_025606354.1 XP_025606354.1 WP_100161462.1 WP_100161462.1 EAL7285322.1 EAL7285322.1 OAV67199.1 OAV67199.1 MCI6491833.1 HCM9096811.1 MCI6491833.1 WP_063505693.1 MCI6491833.1 MCI6491833.1 KAF7644169.1 KAF7644169.1 WP_046234935.1 HBG7982863.1 WP_046234935.1 WP_046234935.1 MBQ8156531.1 MBQ8156531.1 WP_137607852.1 WP_137607852.1 WP_277858638.1 WP_277858638.1 WP_118155356.1 WP_118155356.1 NPV11463.1 WP_149786838.1 NPV11463.1 NPV11463.1 MCE0539567.1 MCE0539567.1 WP_146646172.1 WP_146646172.1 MBQ3906581.1 MBQ3906581.1 WP_060137083.1 WP_060137083.1 XP_047334060.1 XP_047334060.1 AWW49543.1 WP_143169250.1 AWW49543.1 AWW49543.1 WP_130528929.1 TRZ64304.1 WP_130528929.1 WP_113544184.1 WP_130528929.1 WP_130528929.1 EIC6151294.1 HBA5291325.1 EIC6151294.1 EIC6151294.1 MCE2507101.1 MCE2507101.1 WP_271268402.1 WP_029364876.1 WP_271268402.1 WP_271268402.1 MBO6554759.1 KXK41164.1 MBO6554759.1 WP_240053789.1 MBO6554759.1 PIY74148.1 MBO6554759.1 MBL6756473.1 MBO6554759.1 WP_226865765.1 MBO6554759.1 MBO6554759.1 WP_168738097.1 MBN9383861.1 WP_168738097.1 WP_168738097.1 MBO4925134.1 MBO4925134.1 WP_258700041.1 WP_071844175.1 WP_258700041.1 WP_028393295.1 WP_258700041.1 WP_258700041.1 WP_258700041.1 WP_071468711.1 XP_029728184.1 XP_029728184.1 WP_263620371.1 WP_001884703.1 WP_263620371.1 WP_263620371.1 HAI83337.1 HAI83337.1 MCC6600438.1 WP_222018129.1 MCC6600438.1 OGU48181.1 MCC6600438.1 WP_267184195.1 MCC6600438.1 MCC6600438.1 MBR3944831.1 MBR3944831.1 MBQ6224848.1 MBQ6224848.1 KAG6815834.1 KAG6815834.1 MBS1237631.1 WP_109305164.1 MBS1237631.1 MBS1237631.1 MBC8287102.1 MBC8287102.1 WP_147710924.1 WP_147710924.1 WP_147098622.1 WP_147098622.1 OPJ85369.1 OPJ85369.1 AOM87821.1 AOM87821.1 EFI9116993.1 EFI9116993.1 MBP6873711.1 MBP6873711.1 WP_236578309.1 WP_236578309.1 MCS6997039.1 MCS6997039.1 WP_232235954.1 WP_232235954.1 OBF96065.1 OBF96065.1 HAC47786.1 HAC47786.1 PYV42293.1 PYV42293.1 WP_186372554.1 WP_186372554.1 MBK7761530.1 MBK7761530.1 WP_099692467.1 WP_099692467.1 WP_227414037.1 WP_227414037.1 OLC60889.1 OLC60889.1 MCM8792278.1 NNF43866.1 MCM8792278.1 MBC8384723.1 MCM8792278.1 MCM8792278.1 CAI9728293.1 CAI9728293.1 KAG8587293.1 KAG8587293.1 GGK29005.1 WP_203021165.1 GGK29005.1 GGK29005.1 MCQ2641798.1 MCQ2641798.1 MCD5879085.1 MCD5879085.1 XP_052062472.1 XP_052062472.1 WP_089820066.1 SDP58856.1 WP_089820066.1 WP_196074572.1 WP_089820066.1 WP_279085497.1 WP_089820066.1 WP_089820066.1 WP_174736260.1 WP_268637051.1 WP_174736260.1 WP_174736260.1 WP_245086788.1 WP_245086788.1 WP_132993058.1 WP_132993058.1 WP_262152891.1 WP_262152891.1 MBA2391527.1 MBA2391527.1 KAF5949235.1 KAF5949235.1 WP_026861651.1 WP_026661995.1 WP_026861651.1 MBP2329018.1 WP_026861651.1 WP_026861651.1 WP_075011186.1 KJS71365.1 WP_075011186.1 WP_075011186.1 WP_205336461.1 XP_051312901.1 WP_205336461.1 WP_205336461.1 POC21689.1 POC21689.1 WP_017172025.1 WP_120358183.1 WP_017172025.1 WP_017172025.1 WP_157783106.1 WP_157783106.1 MBH39527.1 WP_228049692.1 MBH39527.1 MBH39527.1 MBP0444593.1 MBP0444593.1 XP_040637648.1 XP_040637648.1 CUQ45908.1 CUQ45908.1 KAB1930676.1 KAB1930676.1 WP_063393100.1 WP_063393100.1 XP_053174626.1 XP_052609093.1 XP_053174626.1 XP_053174626.1 MBY7869037.1 WP_047430984.1 MBY7869037.1 MBQ4139225.1 MBY7869037.1 MBY7869037.1 XP_006969978.1 XP_006969978.1 WP_077989166.1 WP_077989166.1 WP_238286377.1 WP_238286377.1 MBQ6476844.1 WP_167345377.1 MBQ6476844.1 MBQ6476844.1 OCT99299.1 OCT99299.1 WP_131252095.1 WP_131252095.1 MBP7794228.1 MBP7794228.1 MCP5487798.1 MCP5487798.1 XP_052321142.1 XP_052321142.1 HAJ13960.1 NLC30933.1 HAJ13960.1 HAJ13960.1 KTC18574.1 WP_026974351.1 KTC18574.1 WP_107723967.1 KTC18574.1 KTC18574.1 MSX81993.1 MSX81993.1 WP_172892835.1 WP_172892835.1 RMP47417.1 RMP47417.1 WP_076195104.1 WP_076195104.1 WP_278448552.1 WP_278448552.1 MBU1163645.1 MBU1163645.1 WP_178943877.1 WP_178943877.1 WP_100963785.1 WP_100963785.1 WP_007337172.1 WP_007337172.1 WP_283107263.1 NRF69152.1 WP_283107263.1 WP_017718577.1 WP_283107263.1 WP_203339841.1 WP_283107263.1 WP_058504615.1 WP_283107263.1 WP_283107263.1 UCH34204.1 UCH34204.1 NNE21990.1 NNE21990.1 CAG1014836.1 CAG1014836.1 HEY60602.1 HEY60602.1 MBW2293111.1 MBW2293111.1 WP_035154071.1 WP_035154071.1 WP_015167170.1 WP_015167170.1 WP_015167170.1 WP_270453521.1 XP_032818145.1 XP_032818145.1 WP_107851562.1 WP_107851562.1 KAH8969015.1 NEO63080.1 KAH8969015.1 PZR90627.1 KAH8969015.1 KAH8969015.1 KAH8969015.1 WP_247072383.1 PIT67883.1 PIT67883.1 MCT7963129.1 MCT7963129.1 NWG07731.1 NWG07731.1 MAX51409.1 MAX51409.1 SPZ45747.1 SPZ45747.1 NBS68005.1 NBS68005.1 MBQ1990346.1 MBQ1990346.1 XP_039284787.1 XP_039284787.1 MBA4865741.1 MBA4865741.1 WP_070955303.1 KWZ83306.1 WP_070955303.1 WP_070955303.1 XP_018957721.2 XP_018957721.2 WP_042648904.1 MBK8326393.1 WP_042648904.1 WP_086236254.1 WP_042648904.1 NKB40192.1 WP_042648904.1 WP_042648904.1 PIR97932.1 PIR97932.1 XP_041378246.1 XP_041378246.1 KAF9922452.1 KAF9922452.1 WP_018431719.1 ABB86219.1 WP_018431719.1 WP_018431719.1 WP_018431719.1 AGS31853.1 WP_152190814.1 WP_152190814.1 WP_233284074.1 WP_233284074.1 MBO9514898.1 MBO9514898.1 MCH6550914.1 MBG83645.1 MCH6550914.1 MCH6550914.1 MOO35077.1 MOO35077.1 WP_156140069.1 WP_156140069.1 KAI9565065.1 KAI9565065.1 MBN2399180.1 WP_266727676.1 MBN2399180.1 MBN2399180.1 WP_091227077.1 WP_091227077.1 WP_218795152.1 WP_218795152.1 MBK6411085.1 MBK6411085.1 MBW7837788.1 MBW7837788.1 MCK4337579.1 MCK4337579.1 WP_087686007.1 WP_087686007.1 EAR7791084.1 EAR7791084.1 KAG7278336.1 KAG7278336.1 WP_200669895.1 WP_060883568.1 WP_200669895.1 WP_200669895.1 WP_200669895.1 KAH8586608.1 GJM01403.1 GJM01403.1 TNN49994.1 TNN49994.1 KAI5724218.1 KAI5724218.1 ECG2575758.1 ECG2575758.1 WP_043548763.1 MBT4160670.1 WP_043548763.1 WP_043548763.1 EDF9697826.1 EDF9697826.1 WP_028046854.1 MCC6251785.1 WP_028046854.1 WP_011739125.1 WP_028046854.1 WP_264593810.1 WP_028046854.1 WP_187918914.1 WP_028046854.1 MBL7151874.1 WP_028046854.1 WP_028046854.1 AYX54788.1 AYX54788.1 WP_198907334.1 MBQ1311177.1 WP_198907334.1 WP_015699100.1 WP_198907334.1 WP_208909738.1 WP_198907334.1 WP_019616094.1 WP_198907334.1 WP_063427392.1 WP_198907334.1 OKX80212.1 WP_198907334.1 WP_125625723.1 WP_198907334.1 WP_098515742.1 WP_198907334.1 WP_055411085.1 WP_198907334.1 WP_198907334.1 WP_218203447.1 WP_218203447.1 GJH02859.1 GJH02859.1 WP_149651389.1 WP_149651389.1 QIE41101.1 QIE41101.1 RLB79053.1 RLB79053.1 EAD1341741.1 EAD1341741.1 MBN9324306.1 MCB0094774.1 MBN9324306.1 MBN9324306.1 WP_184718542.1 WP_184718542.1 WP_189700210.1 WP_189700210.1 WP_067799544.1 WP_067799544.1 WP_089269927.1 WP_136193451.1 WP_089269927.1 WP_089269927.1 TQJ11194.1 TQJ11194.1 WP_272770862.1 WP_272770862.1 WP_024525698.1 WP_024525698.1 MBT8283357.1 MBT8283357.1 WP_236270941.1 WP_236270941.1 UBA80202.1 UBA80202.1 MBQ4557037.1 MBQ4557037.1 XP_003073356.1 XP_022851607.1 XP_003073356.1 XP_003073356.1 WP_062950599.1 WP_062950599.1 WP_160680844.1 WP_160680844.1 WP_052271161.1 WP_052271161.1 XP_038788914.1 XP_038788914.1 WP_277108398.1 KAA1446899.1 WP_277108398.1 WP_277108398.1 MBK9059381.1 MBK9059381.1 EKX78645.1 EKX78645.1 WP_020913025.1 NBQ41256.1 WP_020913025.1 OCB46767.1 WP_020913025.1 MBI3461834.1 WP_020913025.1 KAF1538674.1 WP_020913025.1 NEQ48723.1 WP_020913025.1 WP_020913025.1 WP_281295215.1 WP_281295215.1 WP_056438721.1 WP_056438721.1 WP_274182085.1 WP_274182085.1 MBO9999515.1 MBO9999515.1 EIC9579770.1 EIC9579770.1 EPR30609.1 MCQ2156413.1 EPR30609.1 WP_132517191.1 EPR30609.1 HAR7369715.1 EPR30609.1 EPR30609.1 MZT63759.1 MZT63759.1 MCP3872510.1 WP_208823465.1 MCP3872510.1 MCP3872510.1 MCI7433635.1 MCI7433635.1 WP_098035768.1 WP_098035768.1 WP_181693616.1 WP_181693616.1 WP_261589216.1 WP_261589216.1 GFD62658.1 GFD62658.1 BAK08426.1 BAK08426.1 WP_131977297.1 WP_131977297.1 KAI8633010.1 KAI8633010.1 PQE21401.1 PQE21401.1 WP_262917761.1 WP_104333814.1 WP_262917761.1 MBR5482150.1 WP_262917761.1 WP_283179095.1 WP_262917761.1 WP_262917761.1 NNF58653.1 KOV87872.1 NNF58653.1 NNF58653.1 MBR9756324.1 MBR9756324.1 WP_268315162.1 WP_268315162.1 MBN6104449.1 MBN6104449.1 EJJ5352541.1 EJJ5352541.1 MBO5696496.1 MBO5696496.1 HHV35141.1 HHV35141.1 XP_017428875.1 AGO18338.1 XP_017428875.1 RZC11235.1 XP_017428875.1 XP_017428875.1 SQP19075.1 SQP19075.1 HAX2015273.1 HAX2015273.1 KDQ61317.1 KDQ61317.1 MBQ6004917.1 MBQ6004917.1 MCH9651907.1 MCH9651907.1 WP_105248459.1 WP_105248459.1 WP_121285867.1 WP_121285867.1 WP_125684427.1 WP_125684427.1 WP_205215113.1 WP_205215113.1 WP_268371125.1 WP_268371125.1 EFH5292178.1 EFH5292178.1 MBR6130424.1 MBR6130424.1 EEY3543156.1 WP_137512405.1 EEY3543156.1 ECI3309320.1 EEY3543156.1 WP_042959984.1 EEY3543156.1 EEO7917989.1 EEY3543156.1 WP_154599351.1 EEY3543156.1 WP_181865219.1 EEY3543156.1 EJQ6627878.1 EEY3543156.1 EEY3543156.1 EEY3543156.1 EFQ4765027.1 RMY06144.1 RMY06144.1 WP_034853447.1 WP_034853447.1 WP_270578305.1 WP_270578305.1 CAG0978995.1 CAG0978995.1 WP_124843803.1 WP_124843803.1 XP_035366182.1 XP_035366182.1 PPS22991.1 PPS22991.1 WP_141892995.1 WP_141892995.1 EEP92076.1 SOE69513.1 EEP92076.1 EEP92076.1 XP_047044137.1 XP_047044137.1 MBQ9764712.1 MBQ9764712.1 WP_249769997.1 WP_249769997.1 WP_225405726.1 WP_225405726.1 WP_207285306.1 WP_207285306.1 XP_031931709.1 XP_031931709.1 BCU97455.1 BCU97455.1 WP_169537597.1 WP_169537597.1 WP_192906080.1 WP_192906080.1 MCI5211411.1 MCI5211411.1 WP_145745914.1 WP_145745914.1 WP_259999572.1 WP_259999572.1 MBO7559822.1 MBO7559822.1 MCH2044272.1 MCH2044272.1 WAX22144.1 WAX22144.1 TMH79857.1 TMH79857.1 RLN04523.1 RLN04523.1 MCJ6180240.1 WP_014206161.1 MCJ6180240.1 MCJ6180240.1 TAM59961.1 TAM59961.1 KAJ5544544.1 KAJ5544544.1 MBN4384494.1 MBN4384494.1 HBN9628875.1 MBN0056136.1 HBN9628875.1 HBN9628875.1 MCG3136245.1 MCG3136245.1 WP_160776805.1 WP_160776805.1 KAI8594425.1 KAI8594425.1 WP_049005162.1 WP_279293890.1 WP_049005162.1 OKH85141.1 WP_049005162.1 MBV8506574.1 WP_049005162.1 WP_245350945.1 WP_049005162.1 WP_049005162.1 WP_254415125.1 WP_254415125.1 XP_017674008.1 XP_017674008.1 EAQ3230686.1 EAQ3230686.1 MCI5937295.1 MCI5937295.1 WP_127808836.1 WP_127808836.1 MBS3028587.1 MBS3028587.1 WP_233387703.1 WP_233387703.1 WP_255193900.1 WP_255193900.1 WP_218429656.1 VVW92857.1 WP_218429656.1 WP_218429656.1 WP_183267399.1 HCJ9518601.1 WP_183267399.1 MBX3242409.1 WP_183267399.1 WP_183267399.1 MCK5265770.1 MCJ7486393.1 MCK5265770.1 WP_215638040.1 MCK5265770.1 WP_280938002.1 MCK5265770.1 CAH1968295.1 MCK5265770.1 MCU1506104.1 MCK5265770.1 WP_250898423.1 MCK5265770.1 WP_278088590.1 MCK5265770.1 RLA59280.1 MCK5265770.1 WP_244311009.1 MCK5265770.1 MCK5265770.1 MCK5265770.1 WP_144099812.1 NEE13244.1 NEE13244.1 MBN1491997.1 MBN1491997.1 WP_109367919.1 WP_109367919.1 EEM48070.1 EEM48070.1 WP_250295751.1 MBD5306941.1 WP_250295751.1 WP_250295751.1 MBX3123235.1 MBX3123235.1 WP_225440164.1 WP_225440164.1 WP_283953184.1 MBQ7329863.1 WP_283953184.1 MBQ7086969.1 WP_283953184.1 MBO5118622.1 WP_283953184.1 WP_283953184.1 PCI03623.1 PCI03623.1 KAF2592864.1 KAF2592864.1 PKL38269.1 PKL38269.1 MBO7728038.1 WP_204618903.1 MBO7728038.1 MBO7728038.1 WP_232584446.1 WP_232584446.1 WP_044680588.1 WP_044680588.1 XP_046578103.1 XP_046578103.1 WP_147313907.1 WP_147313907.1 WP_219459964.1 WP_219459964.1 XP_044707369.1 XP_044707369.1 HBT3283900.1 WP_279652328.1 HBT3283900.1 HBT3283900.1 TCC36519.1 TCC36519.1 WP_152465448.1 WP_225781432.1 WP_152465448.1 WP_071455957.1 WP_152465448.1 WP_152465448.1 MBD9190508.1 MBD9190508.1 WP_074980016.1 WP_074980016.1 WP_171780287.1 WP_171780287.1 XP_035731890.1 XP_035731890.1 PTQ42746.1 PTQ42746.1 KWO58748.1 KWO58748.1 WP_213357559.1 WP_213357559.1 WP_065138043.1 WP_186282298.1 WP_065138043.1 TMI36513.1 WP_065138043.1 WP_065138043.1 XP_047095132.1 XP_047095132.1 WP_108596398.1 WP_108596398.1 WP_130229163.1 WP_130229163.1 WP_203962627.1 WP_203962627.1 ATI48360.1 ATI48360.1 WP_239881445.1 WP_122081718.1 WP_239881445.1 MCR5007903.1 WP_239881445.1 EFU85163.1 WP_239881445.1 WP_088527814.1 WP_239881445.1 WP_239881445.1 MBP7096418.1 MBP7096418.1 GFD44438.1 GFD44438.1 KAG3014872.1 KAG3014872.1 BAD88428.1 USR37329.1 BAD88428.1 AFP82159.1 BAD88428.1 BAD88428.1 RTZ57973.1 RTZ57973.1 MCP5208043.1 WP_096765790.1 MCP5208043.1 WP_023322253.1 MCP5208043.1 MCP5208043.1 WP_025722435.1 WP_025722435.1 BDO44729.1 BDO44729.1 EHY7905316.1 EHY7905316.1 PWU96467.1 PWU96467.1 WP_256855996.1 WP_256855996.1 WP_070714099.1 WP_215493005.1 WP_070714099.1 MBB3008158.1 WP_070714099.1 PPU99279.1 WP_070714099.1 WP_070714099.1 CAB4155648.1 CAB4155648.1 MBT2971737.1 WP_009197348.1 MBT2971737.1 MBI2621122.1 MBT2971737.1 MBT2971737.1 WP_146176256.1 WP_146176256.1 MCH7694635.1 MCH7694635.1 MCH8819771.1 MCH8819771.1 WP_154756783.1 WP_154756783.1 WP_094313715.1 MCH6132484.1 WP_094313715.1 WP_094313715.1 MBP3287665.1 MBP3287665.1 OUW40900.1 OUW40900.1 WP_251758029.1 WP_243361436.1 WP_251758029.1 GIR47037.1 WP_251758029.1 MBK3574312.1 WP_251758029.1 WP_096665911.1 WP_251758029.1 GIW30304.1 WP_251758029.1 WP_251758029.1 WP_251758029.1 UDH58358.1 MBP7140479.1 MBP7140479.1 WP_161180930.1 WP_161180930.1 HAS08893.1 HAS08893.1 WP_232025538.1 WP_232025538.1 QLB53288.1 QLB53288.1 NWI67355.1 NWI67355.1 WP_157957173.1 WP_157957173.1 XP_005402208.1 XP_005402208.1 VFC12725.1 VFC12725.1 XP_011889539.1 XP_011889539.1 WP_241812465.1 WP_241812465.1 WP_241812465.1 MCF6148530.1 ERJ58959.1 ERJ58959.1 MWC28217.1 MWC28217.1 WP_200244355.1 WP_167613923.1 WP_200244355.1 WP_140706444.1 WP_200244355.1 WP_178020540.1 WP_200244355.1 WP_200244355.1 WP_181452264.1 WP_181452264.1 PVD36313.1 PVD36313.1 WP_104082941.1 WP_195689481.1 WP_104082941.1 WP_104082941.1 MBF22348.1 MBF22348.1 WP_057718391.1 WP_057718391.1 CUQ63902.1 CUQ63902.1 MBO4855552.1 MBO4855552.1 TKY54154.1 TKY54154.1 WP_269217061.1 WP_269217061.1 WP_110552514.1 WP_110552514.1 RPI37384.1 RPI37384.1 MCO5319342.1 MCO5319342.1 SDS88477.1 SDS88477.1 ART90939.1 ART90939.1 MBT5873300.1 MBT5873300.1 WP_111953219.1 WP_111953219.1 VVV80071.1 VVV80071.1 XP_031168963.1 XP_031168963.1 WP_225923723.1 WP_225923723.1 GFX14753.1 GFX14753.1 WP_135028221.1 WP_135028221.1 XP_047250014.1 XP_047250014.1 WP_274718192.1 WP_274718192.1 MBQ6488280.1 MBQ6488280.1 WP_282641071.1 WP_282641071.1 MCL1888839.1 MBF8294570.1 MCL1888839.1 WP_161020167.1 MCL1888839.1 RYO44776.1 MCL1888839.1 MCL1888839.1 MCL1888839.1 MBQ5493788.1 HCH0658035.1 KAG8015916.1 HCH0658035.1 SHG12942.1 HCH0658035.1 WP_274481161.1 HCH0658035.1 HCH0658035.1 WP_024465855.1 WP_085004337.1 WP_024465855.1 WP_024465855.1 XP_011040987.1 MCS5639477.1 XP_011040987.1 XP_011040987.1 WP_182503633.1 WP_182503633.1 XP_026193030.1 XP_026193030.1 NLD53371.1 NLD53371.1 OHB76863.1 OHB76863.1 MBQ7987638.1 MBQ7987638.1 MCH7923992.1 MCH7923992.1 WP_234738658.1 WP_234738658.1 KAF8953894.1 KAF8953894.1 KAF7261528.1 KAF7261528.1 PHU06236.1 PHU06236.1 MBS0194197.1 MBS0194197.1 WP_249505358.1 GER04731.1 WP_249505358.1 MBP6375542.1 WP_249505358.1 WP_231022353.1 WP_249505358.1 PWM49891.1 WP_249505358.1 MBT4710545.1 WP_249505358.1 WP_258835625.1 WP_249505358.1 WP_194454339.1 WP_249505358.1 WP_249505358.1 WP_114368818.1 EHW4468754.1 WP_114368818.1 EFJ8748319.1 WP_114368818.1 WP_114368818.1 WP_118754559.1 WP_118754559.1 KAI6772462.1 KAI6772462.1 XP_048189479.1 MBR4375795.1 XP_048189479.1 XP_048189479.1 MBO5360769.1 MBO5360769.1 XP_043732582.1 XP_043732582.1 TVQ11450.1 TVQ11450.1 XP_025063182.1 XP_025063182.1 WP_137740674.1 WP_137740674.1 MBQ4874411.1 MBQ4874411.1 WP_021479352.1 NOT18216.1 WP_021479352.1 ECN6431251.1 WP_021479352.1 WP_021479352.1 GLG98414.1 GLG98414.1 MCB0786882.1 MCB0786882.1 XP_030313316.1 XP_030313316.1 MBM4374951.1 MBR2684576.1 MBM4374951.1 WP_239606280.1 MBM4374951.1 MBM4374951.1 HII98403.1 HII98403.1 MCA9288779.1 MCA9288779.1 XP_046270414.1 XP_046270414.1 WP_157475717.1 WP_035431971.1 WP_157475717.1 WP_157475717.1 MCQ2791623.1 WP_114605464.1 MCQ2791623.1 MCQ2791623.1 QBJ07451.1 QBJ07451.1 WP_252681452.1 WP_252681452.1 MBT6184820.1 MBT6184820.1 MBX3649353.1 MBX3649353.1 HBM3973915.1 HBM3973915.1 KAJ1923473.1 KAJ1923473.1 WP_221246517.1 WP_221246517.1 MXZ69365.1 MXZ69365.1 WP_279996009.1 WP_279996009.1 WP_149755470.1 WP_149755470.1 HCW85392.1 WP_043158522.1 HCW85392.1 WP_104836709.1 HCW85392.1 NIF31361.1 HCW85392.1 HCW85392.1 PLW21337.1 PLW21337.1 WP_201312397.1 WP_201312397.1 MBU1557098.1 MBU1557098.1 TOF36258.1 TOF36258.1 WP_055228170.1 WP_055228170.1 CCX82620.1 CCX82620.1 NDV26630.1 NDV26630.1 KAG8195189.1 KAG8195189.1 MBZ5631081.1 MBZ5631081.1 KAF4465142.1 KAF4465142.1 WHA30314.1 WHA30314.1 WP_239463733.1 WP_239463733.1 WP_093271293.1 WP_093271293.1 XP_044188718.1 XP_044188718.1 HAS1030591.1 HAS1030591.1 WP_255329483.1 WP_255329483.1 MCP4309405.1 MCP4309405.1 MBR5775979.1 MBR5775979.1 EDT4006401.1 EDT4006401.1 MBR5342912.1 MBR5342912.1 NIR99268.1 NIR99268.1 WP_280876395.1 WP_280876395.1 MBO4309439.1 MBO4309439.1 WP_136241334.1 MBQ6038336.1 WP_136241334.1 WP_239815372.1 WP_136241334.1 WP_136241334.1 TWL42136.1 TWL42136.1 XP_029075794.1 XP_029075794.1 WP_053034526.1 WP_053034526.1 EIN7713189.1 EIN7713189.1 WP_161061319.1 WP_226360036.1 WP_161061319.1 WP_004957233.1 WP_161061319.1 WP_161061319.1 KAH8057076.1 KAH8057076.1 WP_223752944.1 WP_223752944.1 MCT6212844.1 MBG6268407.1 MCT6212844.1 MCT6212844.1 GHL33785.1 GHL33785.1 VDL79744.1 VDL79744.1 HBA4333173.1 GBE16035.1 HBA4333173.1 HBA4333173.1 MBR4170715.1 MBR4170715.1 XP_017569355.1 XP_017569355.1 WP_100498040.1 WP_100498040.1 XP_047387430.1 XP_047387430.1 EDV6147146.1 EIG7023758.1 EDV6147146.1 EDV6147146.1 WP_101164019.1 WP_101164019.1 MBQ2777352.1 MBP3509218.1 MBQ2777352.1 MBQ2777352.1 MSX50368.1 MSX50368.1 KAI0815695.1 KAI0815695.1 WP_025579907.1 WP_025579907.1 WP_066476002.1 MBA2651112.1 WP_066476002.1 WP_234280079.1 WP_066476002.1 WP_130410090.1 WP_066476002.1 WP_066476002.1 WP_202730319.1 WP_202730319.1 MBG5741623.1 MBG5741623.1 KRF62093.1 KRF62093.1 WP_246995487.1 WP_246995487.1 MCB4366171.1 MAO00220.1 MCB4366171.1 MCB4366171.1 MCB4366171.1 WP_011531028.1 MCI6020178.1 MCI6020178.1 MBQ7739147.1 WP_006004624.1 MBQ7739147.1 MBQ7739147.1 MCP4697618.1 MCP4697618.1 WP_136027195.1 WP_231768584.1 WP_136027195.1 WP_136027195.1 WP_216395189.1 WP_216395189.1 NBU29208.1 NBU29208.1 WP_116073910.1 WP_026497435.1 WP_116073910.1 WP_116073910.1 XP_027063577.1 XP_027063577.1 WP_175715079.1 WP_175715079.1 WP_034146623.1 MCA4896083.1 WP_034146623.1 WP_034146623.1 WP_237414093.1 WP_237414093.1 WP_225118260.1 WP_225118260.1 WP_049882603.1 WP_049882603.1 MCR9147539.1 MCR9147539.1 WP_081612908.1 WP_081612908.1 WP_149493237.1 WP_149493237.1 MBO9347542.1 WP_077320126.1 MBO9347542.1 MBO9347542.1 WP_078336203.1 WP_078336203.1 XP_012676239.1 XP_012676239.1 OGN55943.1 OGN55943.1 VEH65358.1 VEH65358.1 XP_008997370.1 XP_008997370.1 XP_018358059.1 XP_018358059.1 MWD28632.1 MWD28632.1 RSL59427.1 MBA0549662.1 RSL59427.1 RSL59427.1 VGP03367.1 VGP03367.1 GAX21055.1 GAX21055.1 XP_056374717.1 XP_056374717.1 MBM3921745.1 HIX59898.1 MBM3921745.1 MBM3921745.1 MBL8834799.1 MBQ3726282.1 MBL8834799.1 MBL8834799.1 WP_089608892.1 OGD85943.1 WP_089608892.1 WP_089608892.1 WP_183433527.1 WP_183433527.1 WP_049682576.1 WP_049682576.1 EHL1725675.1 EHL1725675.1 WP_027489832.1 WP_027489832.1 KFX48203.1 MBS1636088.1 KFX48203.1 KFX48203.1 WP_232719809.1 WP_232719809.1 WP_110581055.1 WP_179032033.1 WP_110581055.1 WP_110581055.1 WP_027004648.1 WP_027004648.1 RZN15559.1 RZN15559.1 WP_224419934.1 MBD58399.1 WP_224419934.1 WP_224419934.1 KAJ3544539.1 XP_016265944.1 KAJ3544539.1 KAJ3544539.1 MBP7023394.1 MBP7023394.1 TDB69252.1 TDB69252.1 HDZ79728.1 HDZ79728.1 VAI76478.1 VAI76478.1 KAF3789931.1 KAF3789931.1 XP_011775823.1 XP_011775823.1 WP_256314628.1 WP_256314628.1 WP_275700142.1 WP_275700142.1 MBQ7792117.1 MBQ7792117.1 MCK3776214.1 MCK3776214.1 GAW04005.1 GAW04005.1 XP_016849932.1 XP_016849932.1 WP_163496825.1 MCK5056842.1 WP_163496825.1 WP_163496825.1 KAF2999697.1 KAF2999697.1 EXB75938.1 EXB75938.1 WP_265907929.1 WP_265907929.1 AML78558.1 AML78558.1 WP_043919642.1 WP_043919642.1 MBE6455882.1 MBE6455882.1 MBK8805244.1 MBK8805244.1 MCI4494966.1 MCI4494966.1 CAH8302172.1 CAH8302172.1 TPR01788.1 TPR01788.1 UHH56899.1 UHH56899.1 MBI5835246.1 MBI5835246.1 HIR73384.1 HIR73384.1 NTU59162.1 NTU59162.1 HIO39972.1 HIO39972.1 MBW2003542.1 MBW2003542.1 XP_024910805.1 XP_024910805.1 XP_008531547.1 XP_008531547.1 NP_001375225.1 XP_053257159.1 NP_001375225.1 NP_001375225.1 KNE87310.1 KNE87310.1 MAT55784.1 MAT55784.1 WP_256825141.1 WP_256825141.1 WP_200287444.1 WP_210569664.1 WP_200287444.1 WP_200287444.1 MBW1759047.1 MBW1759047.1 WP_101936735.1 WP_210212399.1 WP_101936735.1 WP_200047810.1 WP_101936735.1 WP_223232292.1 WP_101936735.1 THB72442.1 WP_101936735.1 MBY7817199.1 WP_101936735.1 WP_101936735.1 EAE5693959.1 EAE5693959.1 EHQ4925811.1 EHQ4925811.1 WP_055143902.1 WP_055143902.1 MCL2259531.1 MCL2259531.1 USW54809.1 USW54809.1 WP_109103107.1 WP_109103107.1 MBR3543702.1 MBR3543702.1 KAH7333078.1 KAH7333078.1 KAA0785577.1 EAG5222239.1 KAA0785577.1 WP_216576398.1 KAA0785577.1 WP_067032591.1 KAA0785577.1 KAA0785577.1 WP_191097707.1 WP_191097707.1 WP_270933235.1 WP_270933235.1 MBO4823235.1 MBO4823235.1 XP_028368138.1 XP_028368138.1 BBM58963.1 BBM58963.1 NXE29491.1 WP_091276063.1 NXE29491.1 NXE29491.1 MBQ7135263.1 MBQ7135263.1 KAF3668984.1 KAF3668984.1 NQU12192.1 NQU12192.1 WP_247359483.1 WP_247359483.1 VVA34975.1 VVA34975.1 WP_062791926.1 WP_243890777.1 WP_062791926.1 WP_062791926.1 MBP7948257.1 MCC7351004.1 MBP7948257.1 MBP7948257.1 MBQ2895174.1 MBQ2895174.1 KAJ2681556.1 KAJ2681556.1 MBK6016805.1 MBK6016805.1 HAT8492399.1 WP_236777269.1 HAT8492399.1 WP_045339064.1 HAT8492399.1 PWC90347.1 HAT8492399.1 MBS0359667.1 HAT8492399.1 WP_220524718.1 HAT8492399.1 WP_132558606.1 HAT8492399.1 MBQ9697149.1 HAT8492399.1 RVU05718.1 HAT8492399.1 WP_150951972.1 HAT8492399.1 HAT8492399.1 WP_226831873.1 WP_226831873.1 WP_145765032.1 WP_145765032.1 WP_245437884.1 WP_245437884.1 MBP3694442.1 MBP3694442.1 KKP93192.1 MBR4471080.1 KKP93192.1 TDM00308.1 KKP93192.1 WP_148259014.1 KKP93192.1 KKP93192.1 WP_031101924.1 WP_031101924.1 WP_150277740.1 MCC2111968.1 WP_150277740.1 WP_150277740.1 XP_005100439.2 XP_005100439.2 GER25411.1 GER25411.1 XP_004697524.1 XP_004697524.1 MBE6787267.1 MCH2678216.1 MBE6787267.1 WP_228824605.1 MBE6787267.1 MBE6787267.1 WP_057732191.1 WP_057732191.1 MCF6194916.1 MCF6194916.1 WP_226866106.1 WP_226866106.1 NGQ14502.1 NGQ14502.1 MBQ7713804.1 MBQ7713804.1 WP_079712214.1 WP_079712214.1 KAI8478671.1 KAI8478671.1 MBQ2559410.1 MBQ2559410.1 WP_072851907.1 WP_072851907.1 MCG0239154.1 MCG0239154.1 WP_249839557.1 WP_051027110.1 WP_249839557.1 WP_249839557.1 MBI2200351.1 MBI2200351.1 CAC5421833.1 CAC5421833.1 MBI1418116.1 MBI1418116.1 MBQ7152318.1 MBQ7152318.1 WP_136470377.1 WP_136470377.1 WP_002682757.1 WP_002682757.1 XP_025486240.1 XP_025486240.1 MCL6479991.1 MCL6479991.1 WP_250850661.1 WP_250850661.1 WP_282139373.1 WP_282139373.1 XP_033980738.1 XP_033980738.1 WP_028330468.1 WP_028330468.1 GGT63801.1 WP_230519716.1 GGT63801.1 MBQ3380675.1 GGT63801.1 GGT63801.1 WP_048428121.1 WP_048428121.1 WP_157749445.1 WP_157749445.1 KAF9450340.1 KAF9450340.1 RHI25825.1 RHI25825.1 PYO04262.1 PYO04262.1 MZQ82908.1 MZQ82908.1 MCP5940157.1 MCP5940157.1 WP_046233091.1 WP_046233091.1 WP_099711966.1 WP_099711966.1 WP_228364598.1 WP_228364598.1 KAF3190632.1 KAF3190632.1 GAP55147.1 GAP55147.1 WP_117920451.1 MCJ7594907.1 WP_117920451.1 WP_086280341.1 WP_117920451.1 KKT55671.1 WP_117920451.1 WP_117920451.1 URN93064.1 MBM2811997.1 URN93064.1 URN93064.1 XP_048379117.1 XP_048379117.1 WP_215829554.1 WP_215829554.1 HIS66173.1 HIS66173.1 WP_068579097.1 MBR0144760.1 WP_068579097.1 MBQ7693256.1 WP_068579097.1 WP_068579097.1 WP_138524404.1 WP_138524404.1 WP_207040866.1 WP_086502876.1 WP_207040866.1 WP_207040866.1 XP_023744527.1 XP_023744527.1 WP_149746544.1 MBU4432787.1 WP_149746544.1 MBF0248932.1 WP_149746544.1 WP_149746544.1 XP_031942702.1 XP_031942702.1 WP_231208164.1 WP_231208164.1 MCF8184263.1 MCF8184263.1 OGK67013.1 OGK67013.1 MCB9002045.1 MCB9002045.1 KAG5628805.1 KAG5628805.1 WP_075347218.1 WP_108719223.1 WP_075347218.1 WP_075347218.1 HAV5500596.1 MCD6064856.1 HAV5500596.1 HAV5500596.1 WP_197903834.1 WP_197903834.1 EBY9237686.1 EBY9237686.1 WP_000877275.1 WP_000877275.1 MBA8802464.1 MBA8802464.1 RPH43036.1 WP_257080809.1 RPH43036.1 RPH43036.1 PKL50735.1 PKL50735.1 ECJ9372216.1 WP_222637261.1 ECJ9372216.1 HAL7851047.1 ECJ9372216.1 WP_220281278.1 ECJ9372216.1 MCK9371657.1 ECJ9372216.1 WP_184698676.1 ECJ9372216.1 GGB39876.1 ECJ9372216.1 WP_014942931.1 ECJ9372216.1 HCH8663031.1 ECJ9372216.1 WP_265822109.1 ECJ9372216.1 WP_125093116.1 ECJ9372216.1 ECJ9372216.1 ECJ9372216.1 EJH9475741.1 MCB9044857.1 MCB9044857.1 CAD1480611.1 CAD1480611.1 MBR4318777.1 MBR4318777.1 WP_189253472.1 WP_189253472.1 XP_001964912.1 XP_001964912.1 WP_006895514.1 WP_006895514.1 XP_047161348.1 XP_047161348.1 GFZ13182.1 OHB35500.1 GFZ13182.1 GFZ13182.1 GFZ13182.1 WP_095061089.1 MCD4741867.1 MCD4741867.1 WP_012105291.1 WP_012105291.1 WP_151428268.1 WP_151428268.1 MBG4742902.1 MBG4742902.1 KAA0555231.1 WP_267292626.1 KAA0555231.1 MBT3887354.1 KAA0555231.1 NDI25889.1 KAA0555231.1 WP_033456074.1 KAA0555231.1 MBY0286260.1 KAA0555231.1 OFZ89526.1 KAA0555231.1 WP_098923619.1 KAA0555231.1 KAJ4394429.1 KAA0555231.1 WP_262612393.1 KAA0555231.1 KAA0555231.1 WP_250703775.1 WP_135952734.1 WP_250703775.1 MBQ8778157.1 WP_250703775.1 WP_250703775.1 WP_190024728.1 WP_190024728.1 ACE85434.1 HIP46790.1 ACE85434.1 ACE85434.1 HAF83917.1 HAF83917.1 WP_058354136.1 WP_058354136.1 MCH2591601.1 WP_016340583.1 MCH2591601.1 HHY51372.1 MCH2591601.1 MCH2591601.1 EJV3581946.1 EJV3581946.1 WP_160893107.1 WP_160893107.1 WP_058051508.1 MBE6257848.1 WP_058051508.1 WP_224911464.1 WP_058051508.1 WP_058051508.1 WP_090991509.1 WP_090991509.1 WP_192533765.1 WP_192533765.1 MBR5151349.1 MBR5151349.1 WP_007747506.1 WP_149886053.1 WP_007747506.1 WP_007747506.1 MBN4480386.1 MBN4480386.1 WP_073952834.1 WP_073952834.1 MBQ2865526.1 MBQ2865526.1 CCZ48101.1 CCZ48101.1 WP_088644037.1 WP_088644037.1 WP_030245666.1 WP_030245666.1 NCY12679.1 NCY12679.1 WP_277588386.1 WP_277588386.1 WP_191131110.1 WP_269633767.1 WP_191131110.1 WP_191131110.1 XP_031903815.1 XP_031903815.1 WP_230340254.1 WP_003642885.1 WP_230340254.1 HCI22783.1 WP_230340254.1 WP_140643433.1 WP_230340254.1 MBM6667216.1 WP_230340254.1 WP_230340254.1 WP_234278623.1 WP_234278623.1 MCH9811988.1 MCH9811988.1 WP_097346712.1 WP_158131988.1 WP_097346712.1 EAP5059555.1 WP_097346712.1 AGL88086.1 WP_097346712.1 MCH3978367.1 WP_097346712.1 WP_110066977.1 WP_097346712.1 PPR79666.1 WP_097346712.1 AHK46784.1 WP_097346712.1 WP_249991478.1 WP_097346712.1 WP_097346712.1 WP_097346712.1 EIU6828535.1 MCB9527501.1 MCB9527501.1 QQE66073.1 QQE66073.1 WP_123608797.1 WP_123608797.1 WP_123608797.1 WP_257769388.1 WP_161258623.1 WP_161258623.1 OAD54734.1 OAD54734.1 PIW09420.1 PIW09420.1 KKU20154.1 KKU20154.1 WP_230693348.1 OYU97658.1 WP_230693348.1 WP_230693348.1 WP_238874073.1 WP_084371136.1 WP_238874073.1 WP_238874073.1 XP_014030939.2 XP_014030939.2 MBN8497621.1 MBN8497621.1 HBR1243745.1 HBR1243745.1 ONC03263.1 ONC03263.1 VHX55998.1 VHX55998.1 WP_189355971.1 WP_189355971.1 NWW81056.1 NWW81056.1 WP_173213591.1 WP_173213591.1 TVP67793.1 EMD83093.1 TVP67793.1 WP_224014827.1 TVP67793.1 WP_130670507.1 TVP67793.1 WP_271272236.1 TVP67793.1 MCB0793211.1 TVP67793.1 TVP67793.1 PTB82517.1 PTB82517.1 ETO00561.1 ETO00561.1 WP_248222673.1 WP_248222673.1 WP_105466370.1 WP_105466370.1 KIY45866.1 KIY45866.1 MBJ6738874.1 MBJ6738874.1 PJQ02245.1 EJO8252676.1 PJQ02245.1 ECP6736894.1 PJQ02245.1 EAL1671435.1 PJQ02245.1 EJA9392162.1 PJQ02245.1 EFS8130303.1 PJQ02245.1 PJQ02245.1 WP_072932559.1 WP_072932559.1 WP_182072700.1 WP_182072700.1 MCG7868091.1 MCG7868091.1 MCL2931045.1 MCL2931045.1 UKI46111.1 UKI46111.1 MCR5635645.1 MCR5635645.1 WP_061905238.1 HBY86896.1 WP_061905238.1 NNL66378.1 WP_061905238.1 WP_134885491.1 WP_061905238.1 WP_061905238.1 WP_152835594.1 WP_152835594.1 BAY23582.1 WP_271116088.1 BAY23582.1 WP_066841281.1 BAY23582.1 MCU0947041.1 BAY23582.1 BAY23582.1 WP_218685492.1 WP_218685492.1 KAE8354616.1 KAE8354616.1 RRJ17109.1 RRJ17109.1 WP_189232804.1 WP_189232804.1 XP_030718790.1 XP_030718790.1 WP_153276888.1 WP_153276888.1 WP_082500294.1 WP_082500294.1 MCG5061674.1 MCG5061674.1 MCB1857105.1 WP_012506875.1 MCB1857105.1 WP_236663175.1 MCB1857105.1 MCB1857105.1 WP_069748396.1 WP_069748396.1 KAH8986285.1 KAH8986285.1 AJV50090.1 AJV50090.1 KPL24525.1 RJU83745.1 KPL24525.1 EEZ61636.1 KPL24525.1 KPL24525.1 EDO26407.1 EDO26407.1 TEB04530.1 TEB04530.1 KFR16735.1 KFR16735.1 KAG8246189.1 KAG8246189.1 XP_032734223.1 XP_032734223.1 ROW07476.1 ROW07476.1 WP_242908489.1 WP_242908489.1 WP_071489953.1 EDX1137207.1 WP_071489953.1 WP_071489953.1 KRZ86866.1 KRZ86866.1 BBN52434.1 BBN52434.1 HIU98185.1 WP_087759142.1 HIU98185.1 WP_265102281.1 HIU98185.1 WP_065809357.1 HIU98185.1 HIU98185.1 WP_160748510.1 WP_160748510.1 RYP44998.1 RYP44998.1 NLI85305.1 NLI85305.1 NLY70754.1 NLY70754.1 EJP8326510.1 EJP8326510.1 WP_247447489.1 WP_247447489.1 WP_224115114.1 WP_224115114.1 WP_236685314.1 WP_236685314.1 MBI1382466.1 MBI1382466.1 WP_230702007.1 WP_088086543.1 WP_230702007.1 WP_230702007.1 CAF2595159.1 CAF2595159.1 WP_256082840.1 WP_256082840.1 EPN58803.1 EPN58803.1 MBQ6414464.1 MBQ6414464.1 VSL28096.1 VSL28096.1 WP_032936131.1 WP_032936131.1 MBP3623608.1 MBP3623608.1 WP_164674633.1 WP_164674633.1 WP_168044369.1 WP_168044369.1 WP_188200635.1 WP_279961109.1 WP_188200635.1 WP_188200635.1 MBM3303016.1 WP_135306871.1 MBM3303016.1 QEC74319.1 MBM3303016.1 HCD14621.1 MBM3303016.1 MBM3303016.1 WP_255164512.1 WP_255164512.1 NCX40317.1 NCX40317.1 WP_109125398.1 WP_109125398.1 MBG6436126.1 MBG6436126.1 ELR45644.1 XP_053193947.1 ELR45644.1 ELR45644.1 GEW91653.1 GEW91653.1 RCN27214.1 RCN27214.1 WP_054108586.1 WP_054108586.1 WP_129326500.1 WP_129326500.1 TVR26043.1 TVR26043.1 KON47367.1 KON47367.1 PIP74303.1 PIP74303.1 WP_283162015.1 WP_283162015.1 WP_070412310.1 WP_047594685.1 WP_070412310.1 WP_119344914.1 WP_070412310.1 WP_070412310.1 KAG8520114.1 KAG8520114.1 EGR2264783.1 EGR2264783.1 SSC70273.1 SSC70273.1 YP_010258034.1 YP_010258034.1 WP_012568269.1 WP_110808154.1 WP_012568269.1 WP_041580422.1 WP_012568269.1 WP_224458015.1 WP_012568269.1 MBG9445742.1 WP_012568269.1 WP_233281725.1 WP_012568269.1 MCO5064371.1 WP_012568269.1 WP_012568269.1 WP_057837626.1 WP_057837626.1 WP_102511913.1 WP_185892762.1 WP_102511913.1 WP_102511913.1 CBH36599.1 CBH36599.1 WP_028684940.1 WP_028684940.1 OJW81690.1 KAB4839568.1 OJW81690.1 OJW81690.1 WP_278643529.1 NLB38271.1 WP_278643529.1 WP_278643529.1 MBR5966198.1 MBR5966198.1 PSN12224.1 PSN12224.1 HJD11223.1 HJD11223.1 WP_045591686.1 WP_045591686.1 WP_131751929.1 WP_131751929.1 WP_257012936.1 WP_257012936.1 WP_242859101.1 WP_242859101.1 PUZ69802.1 PUZ69802.1 WP_129712947.1 OKH79147.1 WP_129712947.1 WP_129712947.1 MBT3039312.1 MBT3039312.1 NXX47445.1 NXX47445.1 MCP3684079.1 MCP3684079.1 MCH7797911.1 MCH7797911.1 WP_242439424.1 WP_242439424.1 WP_068462781.1 WP_282171596.1 WP_068462781.1 WP_068462781.1 KAI9181093.1 KAI9181093.1 OZB16321.1 OZB16321.1 KAJ2335352.1 KAJ2335352.1 MCG8513288.1 HHW43430.1 MCG8513288.1 MCG8513288.1 MCL6517734.1 MCL6517734.1 WP_207999384.1 WP_207999384.1 WP_018419316.1 WP_018419316.1 WP_149819987.1 WP_149819987.1 HAT4052191.1 HAT4052191.1 WP_094400414.1 WP_094400414.1 CAF1109260.1 CAF1109260.1 GAU87713.1 GAU87713.1 YP_008593487.1 YP_008593487.1 BCW36351.1 BCW36351.1 MBK5261536.1 MBK5261536.1 MCL6457358.1 MCB9999913.1 MCL6457358.1 WP_123159424.1 MCL6457358.1 MSZ29533.1 MCL6457358.1 SCL13606.1 MCL6457358.1 WP_081224968.1 MCL6457358.1 MCL6457358.1 WP_229343766.1 WP_229343766.1 KAJ3738999.1 KAJ3738999.1 WP_175093485.1 WP_175093485.1 XP_043971649.1 XP_043971649.1 MBQ8348910.1 MBQ8348910.1 NQT29221.1 WP_064068643.1 NQT29221.1 NQT29221.1 XP_046808501.1 XP_046808501.1 ANN69912.1 ANN69912.1 XP_042989918.1 XP_042989918.1 WP_265272113.1 MCB1103648.1 WP_265272113.1 KAI4951926.1 WP_265272113.1 WP_014217999.1 WP_265272113.1 WP_267861425.1 WP_265272113.1 WP_062517857.1 WP_265272113.1 HHZ84751.1 WP_265272113.1 EXK83554.1 WP_265272113.1 SFF07309.1 WP_265272113.1 WP_262404887.1 WP_265272113.1 MBN9534694.1 WP_265272113.1 WP_265272113.1 WP_127859415.1 WP_127859415.1 WP_045183792.1 WP_045183792.1 NCA08360.1 NCA08360.1 WP_274423713.1 WP_253783299.1 WP_274423713.1 WP_274423713.1 SYZ65887.1 SYZ65887.1 WP_077583480.1 WP_031822363.1 WP_077583480.1 WP_077583480.1 MBS7632436.1 MBS7632436.1 WP_140843904.1 WP_140843904.1 RVG63469.1 RVG63469.1 MBC7494677.1 MBC7494677.1 WP_012724915.1 WP_012724915.1 HDH03041.1 HDH03041.1 WP_117579611.1 WP_117579611.1 GAV98814.1 GAV98814.1 MBD3418876.1 MBD3418876.1 WP_166476065.1 WP_166476065.1 CAH0542131.1 CAH0542131.1 XP_019244033.1 XP_019244033.1 MCI1709954.1 MCI1709954.1 WP_165637167.1 WP_165637167.1 PPQ98220.1 PPQ98220.1 MBQ1746349.1 MBQ1746349.1 WP_267979634.1 MBQ3459675.1 WP_267979634.1 WP_267979634.1 KAH0679671.1 KAH0679671.1 KAJ6549303.1 KAJ6549303.1 NXJ67438.1 NXJ67438.1 MBS4273564.1 MBS4273564.1 MBS0561514.1 KOR85988.1 MBS0561514.1 WP_178999808.1 MBS0561514.1 MCD6173453.1 MBS0561514.1 MBS0561514.1 XP_007459185.1 XP_007459185.1 WP_004213189.1 WP_004213189.1 MCQ0092735.1 MCQ0092735.1 WP_175630617.1 PDX17128.1 WP_175630617.1 WEK50023.1 WP_175630617.1 WP_175630617.1 WP_143405880.1 WP_143405880.1 XP_031459457.1 XP_031459457.1 WP_088784550.1 OMF24356.1 WP_088784550.1 WP_101662518.1 WP_088784550.1 WP_088784550.1 WP_088784550.1 WP_044772468.1 MCS7142809.1 MCS7142809.1 WP_278780043.1 WP_278780043.1 WP_246925475.1 WP_246925475.1 XP_026936565.1 XP_026936565.1 WP_234002326.1 WP_055029966.1 WP_234002326.1 WP_234002326.1 MCA9916811.1 MCA9916811.1 MBL7763785.1 MBL7763785.1 XP_028567154.1 XP_028567154.1 MAT61701.1 MAT61701.1 CAH2316765.1 CAH2316765.1 NIQ16008.1 NIQ16008.1 MBP33715.1 MBP33715.1 WP_199942136.1 WP_199942136.1 OCT51367.1 OCT51367.1 GLX98417.1 GLX98417.1 TNF89271.1 TNF89271.1 HIP02283.1 MBP9134796.1 HIP02283.1 HIP02283.1 WP_073936403.1 ETB53277.1 WP_073936403.1 WP_073936403.1 WP_167263972.1 WP_167263972.1 KKB97741.1 KKB97741.1 WP_046600280.1 WP_243977667.1 WP_046600280.1 WP_133340757.1 WP_046600280.1 WP_052379448.1 WP_046600280.1 WP_064711955.1 WP_046600280.1 WP_134669716.1 WP_046600280.1 WP_046600280.1 WP_091740622.1 MBL6607133.1 WP_091740622.1 WP_188125540.1 WP_091740622.1 WP_091740622.1 MBE7370368.1 MBE7370368.1 WP_006799194.1 WP_236387036.1 WP_006799194.1 WP_006799194.1 WP_227173776.1 WP_227173776.1 VEC90219.1 VEC90219.1 MCB2654556.1 MCB2654556.1 XP_008373570.1 XP_008373570.1 TWW58526.1 TWW58526.1 WP_209378200.1 WP_209378200.1 MBU6307538.1 MBU6307538.1 WP_061048002.1 NSW79198.1 WP_061048002.1 WP_273418567.1 WP_061048002.1 WP_061048002.1 WP_273159410.1 WP_273159410.1 KAJ2160981.1 KAJ2160981.1 MBQ7754763.1 MBQ7754763.1 WP_140730472.1 WP_140730472.1 MBI3617399.1 MBI3617399.1 MBP0955672.1 MBP0955672.1 MCC8146707.1 MCC8146707.1 WP_038580218.1 MBT3179978.1 WP_038580218.1 MBP8718427.1 WP_038580218.1 BBL73457.1 WP_038580218.1 WP_278416415.1 WP_038580218.1 WP_038580218.1 XP_051566275.1 XP_051566275.1 KAI3927707.1 KAI3927707.1 VVW57803.1 VVW57803.1 WP_118944732.1 WP_250323911.1 WP_118944732.1 WP_118944732.1 MBJ7287465.1 WP_031065317.1 MBJ7287465.1 MBJ7287465.1 WP_235360343.1 WP_235360343.1 PYQ18715.1 PYQ18715.1 KXK57030.1 KXK57030.1 SDH24188.1 SDH24188.1 MCU1518283.1 WP_046625651.1 MCU1518283.1 WP_236525681.1 MCU1518283.1 KAF9463056.1 MCU1518283.1 MCU1518283.1 XP_027705828.1 XP_027705828.1 WP_256561903.1 WP_256561903.1 WP_141990951.1 WP_141990951.1 MBQ7326660.1 MBA3031770.1 MBQ7326660.1 MBQ7326660.1 WP_139448115.1 QDT09879.1 WP_139448115.1 WP_139448115.1 KAJ5112313.1 WP_037548932.1 KAJ5112313.1 HAG62657.1 KAJ5112313.1 WP_169940736.1 KAJ5112313.1 KAJ5112313.1 OWY66639.1 OWY66639.1 PLU16997.1 WP_024270964.1 PLU16997.1 PLU16997.1 VST16928.1 VST16928.1 WP_195001047.1 QQS09360.1 WP_195001047.1 WP_009714971.1 WP_195001047.1 MBT9597716.1 WP_195001047.1 WP_195001047.1 WP_012716944.1 WP_012716944.1 UCE84061.1 UCE84061.1 WP_142673401.1 WP_142673401.1 XP_055059894.1 XP_055059894.1 KAF9682501.1 KAF9682501.1 WP_157104028.1 WP_157104028.1 WP_000158727.1 WP_000158727.1 WP_140641625.1 WP_140641625.1 WP_234882652.1 WP_234882652.1 WP_145739766.1 WP_216295494.1 WP_145739766.1 WP_114947547.1 WP_145739766.1 WP_261668588.1 WP_145739766.1 WP_145739766.1 WP_109219430.1 WP_214524166.1 WP_109219430.1 WP_271457636.1 WP_109219430.1 WP_109219430.1 MCR5069553.1 MBR4563510.1 MCR5069553.1 WP_054919719.1 MCR5069553.1 MCR5069553.1 WP_223874734.1 WP_223874734.1 RKP53954.1 RKP53954.1 WP_144660168.1 WP_073520930.1 WP_144660168.1 WP_144660168.1 WP_036392442.1 WP_156033277.1 WP_036392442.1 WP_036392442.1 WP_221802218.1 WP_221802218.1 WP_250239427.1 WP_250239427.1 WP_129681113.1 WP_129681113.1 NGX49271.1 NGX49271.1 PYL83902.1 PYL83902.1 WP_123262559.1 WP_123262559.1 OOX90626.1 OOX90626.1 MBO5037501.1 MBO5037501.1 THW19323.1 THW19323.1 TBR12235.1 TBR12235.1 WP_256695454.1 WP_256695454.1 MBR1786128.1 MBR1786128.1 GEY63590.1 GEY63590.1 MCF2604604.1 MCF2604604.1 KAF5197921.1 KAF5197921.1 CAI8519318.1 CAI8519318.1 KAF2218229.1 KAF2218229.1 WP_079473139.1 WP_079473139.1 MBH0176532.1 MBH0176532.1 WP_154489617.1 WP_154489617.1 NET38287.1 WP_186101535.1 NET38287.1 NET38287.1 MBI3214161.1 MBI3214161.1 WP_223040576.1 WP_223040576.1 WP_221711878.1 WP_221711878.1 MBM5817467.1 MBM5817467.1 EHC2895895.1 HCI3789247.1 EHC2895895.1 EHC2895895.1 MCT7710903.1 MCT7710903.1 KAI5804476.1 KAI5804476.1 WP_108106595.1 WP_108106595.1 MBL0081532.1 MBL0081532.1 MCI0524605.1 MCI0524605.1 WP_200001451.1 WP_200001451.1 GBN34629.1 GBN34629.1 WP_104456122.1 HAZ7424284.1 WP_104456122.1 WP_186556299.1 WP_104456122.1 WP_246832833.1 WP_104456122.1 WP_104456122.1 XP_039048844.1 XP_039048844.1 WP_034944635.1 WP_034944635.1 CAG32719.1 CAG32719.1 KMN52907.1 KMN52907.1 WP_199673213.1 WP_037818847.1 WP_199673213.1 MCM1513138.1 WP_199673213.1 WP_199673213.1 MCI6147609.1 MCI6147609.1 XP_042771424.1 XP_005573423.1 XP_042771424.1 XP_021507806.1 XP_042771424.1 XP_048264533.1 XP_042771424.1 XP_042771424.1 WP_124978582.1 WP_010905191.1 WP_124978582.1 MCE9577072.1 WP_124978582.1 WP_124978582.1 KAE8683921.1 KAE8683921.1 OAV63675.1 OAV63675.1 PYB13830.1 WP_254101325.1 PYB13830.1 WP_112119927.1 PYB13830.1 WP_270967954.1 PYB13830.1 EJG3313804.1 PYB13830.1 WP_246003214.1 PYB13830.1 MCC5948066.1 PYB13830.1 NDJ88951.1 PYB13830.1 WP_258007507.1 PYB13830.1 NQW84129.1 PYB13830.1 XP_052525039.1 PYB13830.1 NQZ11975.1 PYB13830.1 PYB13830.1 WP_007377599.1 WP_217904803.1 WP_007377599.1 WP_007377599.1 WP_187447871.1 WP_187447871.1 WP_175766180.1 WP_175766180.1 WP_072989136.1 WP_192202944.1 WP_072989136.1 HAR4306776.1 WP_072989136.1 MCC6608271.1 WP_072989136.1 WP_072989136.1 TMB80853.1 TMB80853.1 WP_277264109.1 WP_282985289.1 WP_277264109.1 EFG7698437.1 WP_277264109.1 WP_277264109.1 KAE8876596.1 KAE8876596.1 KZW99196.1 KZW99196.1 MCC6136677.1 MCC6136677.1 MCI5191941.1 WP_259568097.1 MCI5191941.1 MBR2609817.1 MCI5191941.1 MCP2519657.1 MCI5191941.1 MBR7152669.1 MCI5191941.1 MCI5191941.1 HBW9511025.1 MCE2883039.1 HBW9511025.1 PJB11797.1 HBW9511025.1 HBW9511025.1 PIP52537.1 PIP52537.1 MAS51861.1 MAS51861.1 WP_135705208.1 WP_135705208.1 WP_171155369.1 WP_171155369.1 WP_073070755.1 WP_073070755.1 SVJ73127.1 SVJ73127.1 WP_253463694.1 WP_253463694.1 UCJ00318.1 UCJ00318.1 MCB1471508.1 WP_119403424.1 MCB1471508.1 MCB1471508.1 XP_034577512.1 XP_034577512.1 CDN40573.1 Q8XJN8.1 CDN40573.1 MBE6142085.1 CDN40573.1 CDN40573.1 MBQ7354351.1 MBQ7354351.1 PQN90025.1 PQN90025.1 WP_153656540.1 WP_203203455.1 WP_153656540.1 CFU01724.1 WP_153656540.1 WP_153656540.1 ABL14307.1 ABL14307.1 MCI0559521.1 MCI0559521.1 HBO1212818.1 HBO1212818.1 WP_003176097.1 MBK7557264.1 WP_003176097.1 WP_003176097.1 EEJ3660224.1 EEJ3660224.1 YP_009550556.1 YP_009550556.1 WP_262088989.1 WP_262088989.1 WP_146205473.1 WP_146205473.1 WP_010875413.1 WP_010875413.1 GFS24540.1 GFS24540.1 WP_189862922.1 WP_189862922.1 WP_174742261.1 WP_174742261.1 MBJ9849823.1 MBJ9849823.1 MCF8113477.1 MCF8113477.1 MAH35553.1 MAZ13301.1 MAH35553.1 MAH35553.1 WP_276357708.1 WP_276357708.1 KAJ7618075.1 KAJ7618075.1 MBV8927738.1 MBV8927738.1 GKW22999.1 WP_283181662.1 GKW22999.1 GKW22999.1 WP_219133024.1 MCH8874789.1 WP_219133024.1 WP_219133024.1 TMQ14810.1 TMQ14810.1 WP_279268272.1 WP_279268272.1 WP_201454235.1 WP_201454235.1 WP_107169208.1 WP_107169208.1 WP_258315721.1 WP_258315721.1 MBQ0056002.1 MBQ0056002.1 EMS62928.1 EMS62928.1 MBK6276192.1 MBK6276192.1 RLS80176.1 RLS80176.1 MAU73077.1 KZS73167.1 MAU73077.1 WP_244292824.1 MAU73077.1 MAU73077.1 XP_046801602.1 XP_046801602.1 WP_231783900.1 WP_231783900.1 MCJ1706109.1 MCJ1706109.1 WP_076788335.1 WP_076788335.1 MCR5830520.1 MCR5830520.1 MBB3050407.1 MBB3050407.1 MCH7900379.1 MCH7900379.1 WP_209434296.1 WP_209434296.1 EGQ64187.1 EGQ64187.1 NCC17292.1 MBX5702633.1 NCC17292.1 WP_054377321.1 NCC17292.1 CUH97802.1 NCC17292.1 HAW5846675.1 NCC17292.1 EEW7484806.1 NCC17292.1 NCC17292.1 NCC17292.1 EJL0691474.1 HAV8610731.1 HAV8610731.1 KAJ4533602.1 KAJ4533602.1 KAG7462827.1 KAG7462827.1 BBF42184.1 BBF42184.1 MBV8660698.1 MBV8660698.1 WP_164904950.1 WP_164904950.1 MBQ2346567.1 MBQ2346567.1 HCK66187.1 HCK66187.1 MBO7492856.1 MBO7492856.1 WP_138125503.1 WP_223413240.1 WP_138125503.1 WP_069697901.1 WP_138125503.1 EFX2174330.1 WP_138125503.1 WP_266179881.1 WP_138125503.1 WP_138125503.1 PKU92481.1 PKU92481.1 MOM40962.1 MOM40962.1 WP_205443952.1 MBO7597869.1 WP_205443952.1 CAA0126222.1 WP_205443952.1 WP_122873240.1 WP_205443952.1 WP_205443952.1 WP_064038193.1 WP_064038193.1 MCS6937099.1 MCS6937099.1 KAF9171043.1 KAF9171043.1 WP_214186529.1 WP_214186529.1 ABD26457.1 ABD26457.1 MCH2598227.1 MCH2598227.1 WP_009025642.1 WP_281462881.1 WP_009025642.1 WP_009025642.1 MCB0330656.1 MCB0330656.1 WP_029189383.1 WP_029189383.1 WP_222163701.1 WP_213775833.1 WP_222163701.1 WP_222163701.1 PIP86899.1 PIP86899.1 WP_082884485.1 WP_082884485.1 MCB1376795.1 MCB1376795.1 WP_134262365.1 WP_134262365.1 OQC16336.1 WP_055863905.1 OQC16336.1 KAJ3918428.1 OQC16336.1 OQC16336.1 WP_160346534.1 WP_160346534.1 MBQ9907360.1 MBQ9907360.1 EHK6691416.1 EHK6691416.1 MQM04273.1 MQM04273.1 KAJ6491222.1 KAJ6491222.1 WP_235565772.1 WP_235565772.1 XP_049147251.1 XP_049147251.1 WP_193850569.1 HCI4632030.1 WP_193850569.1 WP_193850569.1 AKU96165.1 AKU96165.1 WP_250798057.1 WP_250798057.1 MBQ9976843.1 MBM3366565.1 MBQ9976843.1 MCI0677710.1 MBQ9976843.1 PWU18232.1 MBQ9976843.1 MBQ9976843.1 TMF32236.1 MAJ92374.1 TMF32236.1 TMF32236.1 SDO77973.1 SDO77973.1 WP_197521413.1 WP_278489123.1 WP_197521413.1 MBR7834804.1 WP_197521413.1 WP_197521413.1 HBO3907473.1 WP_059171534.1 HBO3907473.1 WP_259865813.1 HBO3907473.1 WP_139994336.1 HBO3907473.1 WP_085935883.1 HBO3907473.1 HBO3907473.1 WP_200567098.1 WP_200567098.1 WP_005392478.1 WP_005392478.1 WP_209106433.1 WP_209106433.1 XP_048593444.1 XP_048593444.1 EFC33499.1 EFC33499.1 HIV94128.1 TPV93333.1 HIV94128.1 HIV94128.1 MBK8637870.1 MBK8637870.1 RXK40695.1 RXK40695.1 EFG7308611.1 EFG7308611.1 WP_202220633.1 WP_202220633.1 MYS55468.1 MYS55468.1 WP_233286789.1 WP_233286789.1 WP_034473228.1 WP_241468713.1 WP_034473228.1 STF90731.1 WP_034473228.1 WP_228062638.1 WP_034473228.1 WP_034473228.1 WP_110236450.1 WP_110236450.1 MBG0749417.1 MBG0749417.1 MBW7885425.1 WP_096277301.1 MBW7885425.1 WP_160762600.1 MBW7885425.1 MBW7885425.1 WP_020424556.1 KQO71000.1 WP_020424556.1 WP_020424556.1 WP_094570475.1 WP_094570475.1 WP_109128643.1 WP_109128643.1 MBK7190470.1 MBK7190470.1 WP_256569498.1 WP_256569498.1 WP_092203677.1 WP_092203677.1 ELB87175.1 ELB87175.1 WP_011185207.1 WP_011185207.1 WP_158104363.1 WP_158104363.1 CAB1315112.1 CAB1315112.1 WP_278579814.1 WP_278579814.1 WP_110431153.1 WP_110431153.1 WP_177084516.1 WP_177084516.1 RZL08229.1 RZL08229.1 KAF6750975.1 KAF6750975.1 WP_086123022.1 WP_057859275.1 WP_086123022.1 WP_014213241.1 WP_086123022.1 WP_007577863.1 WP_086123022.1 WP_086123022.1 MSO18531.1 MSO18531.1 CAF2048201.1 CAF2048201.1 NWT28302.1 MBQ2719788.1 NWT28302.1 NWT28302.1 WP_121183454.1 WP_121183454.1 XP_009177739.1 XP_009177739.1 WP_152884059.1 WP_152884059.1 WP_209676560.1 WP_209676560.1 XP_027131078.1 XP_027131078.1 EDQ9505691.1 EDQ9505691.1 OXA48312.1 OXA48312.1 DAM73724.1 DAM73724.1 MBN2762177.1 WP_108365493.1 MBN2762177.1 MBN2762177.1 NCV73474.1 NCV73474.1 WP_128316318.1 WP_128316318.1 MCR4310565.1 WP_204638884.1 MCR4310565.1 WP_211867837.1 MCR4310565.1 MCR4310565.1 WP_119963696.1 WP_119963696.1 WP_221520465.1 WP_221520465.1 MCI8311254.1 MCI8311254.1 GIR70810.1 GIR70810.1 MCH7911399.1 MCH7911399.1 WP_165019025.1 WP_165019025.1 TMQ04701.1 TMQ04701.1 MBR6023659.1 MBR6023659.1 WP_077603924.1 WP_077603924.1 WP_156061037.1 MBQ7856432.1 WP_156061037.1 WP_156061037.1 WP_220737010.1 WP_220737010.1 NXC43906.1 NXC43906.1 WP_277513241.1 WP_277513241.1 EET1847662.1 EET1847662.1 WP_233575804.1 WP_233575804.1 WP_065076975.1 WP_065076975.1 WP_037252487.1 WP_037252487.1 MBP1672140.1 MBP1672140.1 OGZ43278.1 OGZ43278.1 WP_125691986.1 WP_125691986.1 MBP8298997.1 MBP8298997.1 WP_183832569.1 WP_183832569.1 WP_166544121.1 WP_166544121.1 XP_014018893.1 XP_028655184.1 XP_014018893.1 XP_014018893.1 KAI8889105.1 KAI8889105.1 XP_018089046.1 NVM16230.1 XP_018089046.1 XP_018089046.1 NEP82600.1 NEP82600.1 KAA3621416.1 WP_227085212.1 KAA3621416.1 WP_106627677.1 KAA3621416.1 WP_122047024.1 KAA3621416.1 KAA3621416.1 KZV11597.1 KZV11597.1 PYS18397.1 PYS18397.1 EPF53206.1 EPF53206.1 MBP9706914.1 MBP9706914.1 NXT44414.1 NXT44414.1 XP_024185556.1 XP_024185556.1 WP_251843011.1 WP_251843011.1 MCG2809664.1 MCG2809664.1 WP_049427769.1 WP_049427769.1 AIL29843.1 AIL29843.1 XP_051304311.1 XP_051304311.1 WP_087997173.1 WP_087997173.1 RZU98823.1 MBW3588078.1 RZU98823.1 MBP7989505.1 RZU98823.1 WP_216768648.1 RZU98823.1 RZU98823.1 WP_077690175.1 WP_144841777.1 WP_077690175.1 WP_029579419.1 WP_077690175.1 WP_077690175.1 RQM16216.1 XP_029528577.1 RQM16216.1 RQM16216.1 WP_268695178.1 WP_268695178.1 WP_062024872.1 WP_062024872.1 ABB60900.1 EFW50635.1 ABB60900.1 ABB60900.1 WP_258581409.1 WP_237907640.1 WP_258581409.1 NNE23115.1 WP_258581409.1 WP_011057593.1 WP_258581409.1 WP_258581409.1 WP_208179928.1 WP_208179928.1 EIO4105067.1 EIO4105067.1 KAJ2306899.1 KAJ2306899.1 XP_025385377.1 XP_025385377.1 MCA9453963.1 MCA9453963.1 KAF3210067.1 KAF3210067.1 MCD4721788.1 MCD4721788.1 WP_201685349.1 MBV8174008.1 WP_201685349.1 WP_201685349.1 CAG8531755.1 CAG8531755.1 WP_220615956.1 MBJ7531026.1 WP_220615956.1 MBI1736306.1 WP_220615956.1 WP_067782871.1 WP_220615956.1 WP_276638014.1 WP_220615956.1 MBI5966481.1 WP_220615956.1 HAR4359619.1 WP_220615956.1 WP_279399778.1 WP_220615956.1 WP_220615956.1 WP_063256613.1 WP_063256613.1 NXU45820.1 NXU45820.1 CAH7752048.1 CAH7752048.1 MBQ7631188.1 MBQ7631188.1 KAI4475370.1 KAI4475370.1 KDB51534.1 WP_059923305.1 KDB51534.1 KDB51534.1 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-blocked.out000066400000000000000000001171171523407312000252000ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 36.0 75 40 1 209 283 215 281 5.10e-08 46.6 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 36.1 72 38 1 218 281 212 283 3.91e-08 47.0 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 28.7 237 126 8 1 200 3 233 8.67e-16 70.9 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d3coka1 29.4 262 143 10 14 267 17 244 1.33e-21 87.0 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d3oz6a_ 29.4 262 143 10 17 244 14 267 1.01e-19 81.3 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 615 31 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 591 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-blosum50.out000066400000000000000000001172021523407312000252360ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 8.58e-116 318 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 1.46e-102 283 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 4.89e-96 266 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 1.56e-93 259 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 1.83e-20 74.4 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 1.96e-95 264 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 1.86e-21 77.0 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 6.99e-95 263 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.61e-57 165 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 1.25e-54 157 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 2.39e-89 249 d5eria1 d5eria1 100 147 0 0 1 147 1 147 1.74e-92 257 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 1.07e-64 184 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 1.01e-67 191 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 6.57e-61 173 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 1.37e-55 160 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 3.74e-107 295 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.24e-106 294 d4qrea2 d2d5ba1 29.2 161 103 6 1 161 1 150 2.89e-12 54.1 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.15e-99 275 d2d5ba1 d4qrea2 31.0 129 81 4 1 121 1 129 5.66e-12 53.3 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 8.77e-81 225 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 1.46e-68 215 d4nyxa_ XP_015783916.1 80.2 116 23 0 1 116 976 1091 3.00e-58 186 d4nyxa_ d4nxja1 34.1 85 53 2 30 114 30 111 1.14e-13 55.8 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 5.82e-11 48.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.46e-74 210 d3ljwa_ d4nyxa_ 29.4 102 69 2 4 105 6 104 1.25e-10 48.0 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 9.27e-10 48.0 d3ljwa_ XP_015783916.1 30.4 69 48 0 37 105 1011 1079 3.57e-09 46.3 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 3.10e-83 232 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 1.09e-75 213 d4nxja1 d4nyxa_ 34.1 85 53 2 30 111 30 114 1.89e-13 55.2 d4nxja1 XP_026225122.1 32.6 86 55 2 12 94 1092 1177 1.49e-10 50.2 d4nxja1 XP_015783916.1 27.9 104 71 3 12 111 986 1089 4.35e-09 46.0 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 3.34e-51 148 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 5.67e-38 114 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 7.67e-84 234 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.45e-84 235 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 1.08e-81 228 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.49e-97 269 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 2.95e-87 243 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 2.95e-87 243 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 3.39e-55 158 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.75e-56 160 d4gria2 d4gria2 100 176 0 0 1 176 1 176 1.40e-114 315 d3afha2 d3afha2 100 171 0 0 1 171 1 171 9.15e-110 303 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 869 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 3.27e-263 706 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 1.74e-41 141 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 3.95e-41 140 d3oo3a_ d4j6ca_ 30.8 373 230 8 15 363 19 387 2.55e-37 130 d3oo3a_ d4yt3a_ 26.7 363 238 11 25 363 26 384 1.10e-28 107 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 883 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 1.92e-80 247 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 7.88e-273 732 d4yt3a_ d4rm4a_ 41.5 376 202 5 17 388 3 364 3.75e-84 252 d4yt3a_ d3oo3a_ 26.5 373 246 11 16 384 15 363 1.48e-28 107 d4yt3a_ d5hiwa1 26.8 358 237 8 32 383 31 369 2.76e-25 98.4 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 6.37e-257 690 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 2.10e-84 253 d4rm4a_ d3oo3a_ 30.9 363 216 11 5 352 12 354 2.39e-41 140 d4rm4a_ d5hiwa1 26.9 364 252 7 14 371 27 382 3.24e-40 138 d4rm4a_ d4j6ca_ 34.0 306 182 6 56 352 84 378 2.00e-38 133 d3buja1 d3buja1 100 396 0 0 1 396 1 396 3.94e-275 737 d3buja1 d3oo3a_ 31.5 381 228 12 10 378 8 367 3.74e-43 146 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 8.69e-29 108 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 1.65e-273 733 d2xkra_ d3rwla_ 29.8 319 215 5 69 384 93 405 2.37e-41 142 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 9.87e-308 824 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 1.34e-79 244 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 7.28e-281 753 d4j6ca_ d3oo3a_ 30.8 390 236 10 2 387 4 363 1.78e-41 142 d4j6ca_ d4rm4a_ 33.7 306 183 6 84 378 56 352 6.65e-41 140 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 1.68e-30 112 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 7.44e-270 724 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 1.68e-260 700 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 1.01e-40 139 d5hiwa1 d4yt3a_ 26.8 358 237 8 31 369 32 383 3.36e-26 100 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 7.13e-291 778 d3rwla_ d2xkra_ 30.4 322 213 6 93 407 69 386 1.54e-43 147 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 2.05e-122 336 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 2.73e-140 382 d5irca1 d5irca1 100 198 0 0 1 198 1 198 3.23e-134 366 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.64e-172 466 d1g2na_ d4pf3a_ 28.0 168 103 3 24 190 12 162 9.51e-16 67.2 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 7.13e-169 458 d4pf3a_ d1g2na_ 25.5 216 140 4 12 210 24 235 1.52e-14 63.9 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 9.08e-150 408 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 2.97e-165 448 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 2.98e-70 197 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 1.00e-67 192 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.80e-70 198 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 7.65e-73 204 d3puca1 d3puca1 100 97 0 0 1 97 1 97 3.73e-59 169 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 4.84e-62 176 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.98e-67 189 d2rika1 d2rika1 100 95 0 0 1 95 1 95 5.93e-63 179 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 2.61e-63 180 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 4.38e-60 171 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 5.43e-58 166 d2edya1 d2edya1 100 96 0 0 1 96 1 96 2.24e-62 178 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 4.99e-100 276 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 7.25e-78 218 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 3.87e-39 116 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 3.73e-48 140 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 1.53e-42 125 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 2.42e-38 114 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 4.28e-11 46.0 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 1.74e-37 112 d2egca1 d2egca1 100 62 0 0 1 62 1 62 1.56e-43 128 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 9.78e-11 45.2 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 1.98e-73 206 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 1.11e-62 178 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 1.00e-74 210 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 2.66e-75 211 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.51e-15 59.7 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 1.29e-67 191 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.81e-66 187 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 1.24e-56 162 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 6.92e-16 60.2 d2koha1 d2koha1 100 109 0 0 1 109 1 109 3.39e-68 193 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 2.18e-97 269 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 1.66e-93 259 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 4.37e-174 470 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.85e-166 451 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.03e-38 126 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.25e-191 516 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 8.65e-174 469 d4dgja_ d2oq5a_ 39.3 234 134 4 1 232 1 228 2.47e-59 179 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 2.99e-169 457 d2oq5a_ d4dgja_ 39.3 234 134 4 1 228 1 232 8.57e-59 178 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 1.61e-169 458 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 6.52e-41 132 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1014 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 939 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.02e-14 55.8 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 8.73e-200 539 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 3.80e-59 181 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 2.41e-192 519 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.69e-58 179 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 3.20e-75 211 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 8.84e-94 260 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 9.79e-206 553 d1ml9a_ d3hnaa1 28.5 260 148 5 1 259 39 261 7.78e-32 111 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 1.26e-214 576 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 4.93e-30 106 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 1.68e-74 209 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 3.26e-72 203 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 3.05e-192 520 g1qqp.1 g1aym.1 34.2 76 49 1 209 284 215 289 1.55e-07 44.7 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 6.28e-204 550 g1aym.1 g1qqp.1 34.2 76 49 1 215 289 209 284 6.76e-08 45.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 2.20e-245 660 d4igha_ d6b8sa1 37.7 316 178 6 46 359 48 346 7.53e-57 180 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 3.35e-235 632 d6b8sa1 d4igha_ 37.7 316 178 6 48 346 46 359 1.18e-56 179 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 1.63e-190 515 d2ebna_ d1edta_ 32.7 272 165 6 10 277 8 265 1.26e-38 128 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 2.49e-177 480 d1edta_ d2ebna_ 33.0 270 163 6 8 263 10 275 1.17e-38 128 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 9.07e-207 558 d2paja2 d2paja2 100 336 0 0 1 336 1 336 2.62e-231 622 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 5.96e-201 543 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.90e-55 171 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 1.57e-191 518 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 5.13e-57 177 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.32e-190 512 d4hcha2 d4hpna2 34.4 209 123 6 57 255 48 252 2.72e-29 103 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 1.37e-180 488 d4hpna2 d4hcha2 34.9 209 122 7 48 252 57 255 2.45e-28 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 7.83e-25 91.4 d4kema2 d4kema2 100 249 0 0 1 249 1 249 9.00e-180 485 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.54e-160 436 d2p8ba2 d4hpna2 28.5 228 148 5 21 236 26 250 1.98e-22 85.0 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 2.66e-162 441 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.34e-167 455 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 5.48e-36 120 d1fmca_ d1gega_ 32.5 252 158 4 12 251 2 253 2.28e-30 106 d1fmca_ d4bmna1 31.5 251 161 5 8 252 3 248 1.74e-26 95.9 d1fmca_ d4trra_ 28.3 254 169 3 9 249 4 257 1.94e-23 88.1 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 8.16e-153 416 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 7.65e-29 101 d1uzma1 d1geea_ 30.7 244 152 5 8 235 8 250 1.47e-24 90.6 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 9.43e-228 612 d1r66a_ d4zrma_ 32.1 321 197 9 1 314 1 307 2.48e-39 132 d1r66a_ d1gy8a_ 28.4 236 128 7 1 200 3 233 1.57e-13 63.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 2.12e-170 462 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 4.72e-37 123 d1geea_ d4bmna1 34.0 256 155 5 1 251 1 247 9.57e-35 117 d1geea_ d1xkqa_ 32.3 269 165 7 5 258 3 269 1.12e-33 115 d1geea_ d3o38a_ 33.5 239 155 4 5 241 15 251 6.20e-30 105 d1geea_ d5jlaa_ 30.0 260 172 6 4 261 4 255 1.83e-28 101 d1geea_ d3uxya_ 28.0 250 162 5 5 249 1 237 3.10e-27 97.8 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 2.18e-26 96.2 d1geea_ d1uzma1 31.3 246 152 6 8 252 8 237 6.85e-26 94.2 d1geea_ d3un1a1 28.0 246 157 5 6 249 4 231 3.36e-24 89.8 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 1.81e-176 479 d1xkqa_ d1geea_ 32.7 266 162 7 6 269 8 258 9.11e-34 115 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 6.55e-30 105 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 2.27e-168 457 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 1.13e-34 117 d1gega_ d1fmca_ 32.5 252 158 4 2 253 12 251 1.20e-31 109 d1gega_ d5jlaa_ 32.4 253 155 7 3 254 9 246 1.82e-21 82.8 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 3.37e-273 731 d1gy8a_ d1r66a_ 24.9 374 208 12 3 370 1 307 1.06e-16 72.8 d1zema1 d1zema1 100 260 0 0 1 260 1 260 4.33e-171 464 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 2.89e-168 456 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 8.92e-29 102 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 1.95e-182 494 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 7.10e-14 62.2 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.18e-150 410 d3l6ea1 d5jlaa_ 24.7 174 126 4 4 175 11 181 8.01e-04 32.7 d4imra1 d4imra1 100 253 0 0 1 253 1 253 6.19e-162 440 d4imra1 d4nima_ 26.8 246 172 5 9 247 3 247 2.89e-13 60.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 2.84e-177 480 d4nima_ d1geea_ 30.0 243 163 4 3 244 5 241 2.23e-26 96.2 d4nima_ d3o38a_ 30.0 250 166 4 1 248 13 255 1.87e-21 83.1 d4nima_ d3uxya_ 29.4 248 162 4 3 250 1 235 2.39e-20 79.7 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 1.16e-16 69.7 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 1.90e-15 66.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 2.36e-152 417 d4trra_ d1fmca_ 28.3 254 169 3 4 257 9 249 1.56e-23 88.4 d4trra_ d3uxya_ 27.8 255 165 4 4 257 1 237 7.71e-19 75.6 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 5.45e-158 431 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 1.27e-32 112 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 3.88e-169 459 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 1.89e-30 106 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 9.01e-27 97.0 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 5.03e-22 84.2 d5jlaa_ d1gega_ 32.4 253 155 7 9 246 3 254 2.03e-20 80.0 d5jlaa_ d2fwmx_ 31.7 249 154 5 4 243 2 243 2.31e-20 79.7 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 1.26e-150 410 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 4.46e-162 440 d2fwmx_ d3uxya_ 34.0 244 157 2 3 246 1 240 1.57e-31 108 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 5.75e-20 78.6 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 2.05e-169 460 d3awda_ d3uxya_ 36.5 255 141 8 8 256 1 240 7.95e-33 112 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 2.28e-174 472 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 7.68e-171 463 d3tzqa_ d3uxya_ 36.0 247 142 4 3 243 1 237 3.85e-32 110 d3tzqa_ d3un1a1 29.2 243 154 7 4 243 4 231 2.55e-20 79.5 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 3.22e-166 452 d3o38a_ d1geea_ 33.5 239 155 4 15 251 5 241 5.61e-29 102 d3o38a_ d3uxya_ 32.4 253 151 5 15 261 1 239 1.96e-25 93.1 d3o38a_ d4nima_ 30.1 249 165 4 13 254 1 247 1.99e-20 80.3 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 3.02e-18 73.9 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 2.47e-169 459 d2b4qa_ d1uzma1 34.0 247 146 5 10 256 8 237 3.60e-28 100 d2b4qa_ d4bmna1 31.4 255 160 6 5 254 2 246 2.53e-27 98.1 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 2.00e-157 429 d4bmna1 d1geea_ 32.9 255 159 4 1 247 1 251 7.13e-35 117 d4bmna1 d2b4qa_ 31.4 255 160 6 2 246 5 254 1.44e-29 103 d4bmna1 d1fmca_ 31.5 251 161 5 3 248 8 252 5.57e-28 99.8 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 1.29e-23 88.4 d4bmna1 d3un1a1 29.8 248 153 4 2 245 1 231 4.25e-22 83.9 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 9.09e-158 429 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 7.29e-32 109 d3un1a1 d1geea_ 28.2 245 156 5 6 232 8 250 1.47e-24 90.6 d3un1a1 d4bmna1 30.0 247 152 4 2 231 3 245 5.15e-22 83.6 d3un1a1 d3tzqa_ 29.2 243 154 7 4 231 4 243 1.02e-21 83.1 d3un1a1 d3o38a_ 28.2 241 153 6 6 228 18 256 4.08e-19 76.1 d3un1a1 d4nima_ 28.5 249 149 8 6 229 6 250 6.45e-17 70.3 d3un1a1 d3zv4a_ 25.5 259 162 7 1 232 1 255 6.03e-15 65.0 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.47e-160 435 d3uxya_ d3awda_ 36.5 255 141 8 1 240 8 256 3.28e-32 110 d3uxya_ d3tzqa_ 36.0 247 142 4 1 237 3 243 1.56e-31 108 d3uxya_ d2fwmx_ 34.3 242 155 2 1 238 3 244 1.96e-31 108 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 6.01e-30 104 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 1.69e-29 103 d3uxya_ d1geea_ 28.4 250 161 4 1 237 5 249 1.81e-25 93.1 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 1.81e-25 93.1 d3uxya_ d4nima_ 29.4 248 162 4 1 235 3 250 6.10e-19 75.8 d3uxya_ d4trra_ 28.5 256 162 6 1 237 4 257 1.85e-18 74.4 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 2.26e-205 554 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 1.76e-36 125 d3guya1 d3guya1 100 219 0 0 1 219 1 219 3.22e-141 386 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 3.45e-117 322 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 1.48e-154 420 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 8.96e-187 504 d1trba1 d1trba1 100 191 0 0 1 191 1 191 6.41e-128 350 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1392 d2f3oa_ d5fava1 33.4 767 495 9 16 768 24 788 2.83e-127 386 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1486 d5fava1 d2f3oa_ 33.2 779 501 10 15 788 4 768 2.67e-129 391 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 5.72e-176 480 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.49e-99 277 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.83e-165 449 d2f6qa1 d3moya_ 28.4 215 145 4 4 215 4 212 2.16e-16 68.9 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 4.48e-170 461 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.83e-46 147 d3peaa_ d4k2na1 31.1 251 166 5 10 256 10 257 6.92e-30 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 2.11e-156 425 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 9.25e-174 471 d4k2na1 d3peaa_ 31.1 251 166 5 10 257 10 256 3.51e-28 100 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 7.44e-167 453 d3moya_ d3peaa_ 38.6 233 140 2 27 256 24 256 9.34e-44 140 d3moya_ d2f6qa1 27.9 215 148 3 14 222 12 225 7.38e-16 67.5 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.70e-156 426 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 2.44e-87 244 d1a04a2 d3crna1 28.9 114 79 2 5 118 3 114 5.07e-11 49.7 d1a04a2 d3n53a1 34.8 112 66 4 5 113 3 110 5.53e-11 49.7 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 8.30e-91 252 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 4.32e-87 243 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 9.18e-77 215 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 6.52e-76 214 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 4.64e-81 227 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 8.04e-15 59.1 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 1.63e-73 207 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 1.20e-80 225 d3crna1 d3crna1 100 121 0 0 1 121 1 121 2.99e-75 212 d3crna1 d1a04a2 29.5 112 77 2 3 112 5 116 4.06e-10 47.2 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 1.71e-82 230 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 7.81e-14 56.6 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 2.21e-10 48.0 d2arka1 d2arka1 100 184 0 0 1 184 1 184 6.61e-127 347 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 1.27e-129 355 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 5.69e-94 261 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 3.07e-101 279 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.02e-128 351 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 1.59e-150 409 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 1.42e-139 381 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 8.26e-117 321 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 4.27e-121 332 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 3.77e-130 355 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 3.03e-250 671 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 1.57e-315 842 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 9.52e-132 359 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 2.85e-112 309 d1efva1 d1efva1 100 188 0 0 1 188 1 188 4.27e-118 325 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 9.55e-30 100 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 1.47e-107 298 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.68e-27 94.2 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 4.48e-143 389 d1np7a2 d1dnpa2 27.6 196 120 7 7 189 2 188 5.67e-10 49.7 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 3.92e-137 374 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.78e-09 48.3 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.59e-116 320 d4fega2 d4fega2 100 183 0 0 1 183 1 183 1.45e-118 326 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 8.70e-102 282 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 7.28e-111 306 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 8.51e-137 374 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 2.26e-104 289 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 2.51e-112 309 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 2.82e-159 433 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.21e-170 462 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.15e-119 328 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 7.02e-143 389 d3peya1 d3peya1 100 196 0 0 1 196 1 196 5.46e-129 353 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.35e-104 289 d5nt7b_ d2z0ma2 41.9 117 62 2 14 129 17 128 2.79e-22 79.7 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 4.32e-174 472 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.88e-142 386 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 6.82e-133 363 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 4.88e-93 258 d2z0ma2 d5nt7b_ 42.2 116 61 2 17 127 14 128 1.09e-21 78.1 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 2.07e-147 401 d1lara2 d1lara2 100 249 0 0 1 249 1 249 1.81e-176 477 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 1.81e-51 161 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 1.20e-205 553 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 1.34e-52 164 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.01e-74 210 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 8.82e-94 260 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.62e-95 264 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 4.40e-91 253 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.37e-99 275 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 2.73e-12 53.6 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 7.74e-103 283 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 3.64e-12 53.3 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.63e-69 196 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 7.42e-25 83.6 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.85e-78 219 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 1.27e-86 240 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.59e-71 201 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 1.25e-25 85.6 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 7.49e-86 240 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 2.20e-88 246 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.21e-102 282 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 5.79e-98 271 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 3.02e-170 461 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 2.34e-11 55.0 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 1.75e-177 480 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 7.66e-13 59.1 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 3.77e-263 705 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 2.19e-261 702 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 3.74e-317 848 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.98e-241 648 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 3.63e-188 508 d1uk8a_ d5esra1 26.9 119 80 4 10 123 29 145 8.81e-08 45.2 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 2.11e-228 613 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 1.03e-201 543 d5esra1 d5esra1 100 302 0 0 1 302 1 302 8.60e-215 578 d5esra1 d1uk8a_ 25.0 148 101 6 29 173 10 150 1.13e-08 48.0 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 8.17e-176 477 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 2.21e-249 669 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 3.79e-216 581 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 7.85e-258 692 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 1.10e-202 547 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 2.59e-165 449 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 1.53e-37 125 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 2.94e-211 569 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 1.78e-228 615 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 5.29e-189 511 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 3.30e-183 496 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 9.00e-40 131 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 3.29e-191 518 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 923 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 876 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 866 d3otia1 d3otia1 100 374 0 0 1 374 1 374 2.61e-254 683 d3otia1 d3otga1 31.9 386 236 10 1 367 4 381 3.56e-36 127 d3otga1 d3otga1 100 388 0 0 1 388 1 388 6.72e-266 713 d3otga1 d3otia1 33.1 390 226 13 4 381 1 367 1.22e-35 125 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 9.71e-165 448 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 5.02e-161 438 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 1.52e-171 466 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 1.20e-197 533 d1dbqa_ d3tb6a_ 27.4 281 192 7 1 272 2 279 5.77e-30 106 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.02e-176 479 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 3.24e-30 106 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 1.52e-186 506 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 3.15e-195 528 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 4.32e-176 477 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 5.74e-31 108 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 7.11e-20 79.2 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 1.01e-186 505 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.37e-28 100 d3tb6a_ d1dbqa_ 27.4 281 192 7 2 279 1 272 2.50e-27 99.5 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 8.01e-19 76.4 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 1.80e-185 501 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.51e-179 486 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 1.45e-180 489 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 1.89e-26 97.0 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 2.25e-175 475 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 8.97e-188 507 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 7.27e-271 725 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 4.75e-204 550 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 3.13e-57 177 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 4.97e-167 453 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.82e-198 536 d2xwva1 d4ng7a1 25.8 287 206 3 20 304 16 297 6.94e-29 104 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.41e-216 582 d4euoa_ d5l9sa_ 31.5 321 207 10 2 310 5 324 1.68e-41 138 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 2.09e-228 614 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 2.44e-42 140 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 3.54e-214 577 d4n91a_ d4ng7a1 29.2 301 206 5 4 300 1 298 3.89e-42 139 d4n91a_ d4pbqa_ 27.5 309 212 8 1 304 1 302 2.67e-34 118 d3delb1 d3delb1 100 224 0 0 1 224 1 224 6.69e-148 403 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 1.07e-201 544 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 6.66e-40 133 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 1.25e-29 106 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 9.17e-158 429 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 2.88e-205 554 d4pbqa_ d4n91a_ 27.5 309 212 8 1 302 1 304 1.16e-31 112 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.40e-156 426 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 2.53e-207 558 d4kcda_ d1pb7a_ 34.9 298 169 8 5 290 3 287 1.41e-56 175 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 1.41e-154 421 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 7.03e-223 600 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.84e-148 405 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 1.42e-137 375 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 7.55e-159 431 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.65e-78 219 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 1.17e-85 238 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 3.10e-175 475 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 1.97e-33 114 d1rkqa1 d2b30a1 25.2 270 195 5 2 265 10 278 8.51e-14 62.5 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 9.71e-185 500 d2b30a1 d1rkqa1 25.2 270 195 5 10 278 2 265 8.95e-14 62.5 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 5.07e-183 495 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 5.56e-176 477 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 2.31e-35 119 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.71e-155 422 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 2.82e-152 414 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 2.17e-130 357 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 7.07e-166 450 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 1.21e-146 399 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 6.29e-135 369 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 9.79e-28 97.0 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 1.09e-147 402 d3o7ba_ d3bbda1 31.7 208 124 5 6 208 5 199 2.52e-29 101 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 1.94e-120 330 d2olua1 d2olua1 100 225 0 0 1 225 1 225 4.49e-150 408 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 2.31e-60 172 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 8.66e-60 171 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 1.07e-46 136 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 1.23e-47 139 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 9.59e-92 254 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.09e-88 247 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 7.01e-127 347 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 1.31e-129 353 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 5.55e-90 250 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 4.99e-91 252 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 1.96e-44 130 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 7.43e-53 152 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 1.61e-44 131 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 5.60e-81 227 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 5.92e-77 215 d4k8ga1 d3fvda1 34.3 102 47 3 20 111 35 126 3.82e-12 51.9 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 3.54e-93 257 d3fvda1 d4k8ga1 34.3 102 47 3 35 126 20 111 9.14e-12 51.1 d5olca1 d5olca1 100 122 0 0 1 122 1 122 6.47e-85 236 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 4.80e-69 195 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.93e-68 193 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 2.65e-56 161 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 1.81e-18 66.4 d1l3ka1 d2dnza1 38.6 57 35 0 9 65 1 57 2.60e-12 50.5 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 6.48e-56 160 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 9.28e-13 51.6 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.77e-63 180 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 1.02e-60 173 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 4.10e-17 63.0 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 4.83e-43 127 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 2.68e-45 133 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 8.68e-130 355 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 2.80e-114 314 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 1.47e-175 475 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 6.25e-182 492 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 1.97e-127 348 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 7.13e-125 341 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.15e-87 242 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.73e-05 35.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 5.52e-108 297 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 3.98e-06 37.1 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 9.66e-143 389 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 2.79e-128 350 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 1.80e-234 630 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 4.25e-44 146 d3mi9a_ d2i6la_ 34.7 311 183 9 7 307 3 303 3.95e-40 135 d3mi9a_ d3fe3a_ 27.9 219 139 4 9 224 4 206 2.57e-22 87.8 d3mi9a_ d3lxpa_ 26.4 239 151 8 13 242 11 233 1.08e-14 66.1 d3mi9a_ d1ad5a3 27.4 208 120 7 17 221 23 202 1.52e-10 53.8 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 3.50e-221 595 d3poza_ d4i4ea_ 38.7 256 155 2 16 271 13 266 7.80e-63 192 d3poza_ d3f66a_ 40.1 262 148 4 16 271 31 289 3.44e-59 183 d3poza_ d3lxpa_ 35.3 278 160 6 6 265 4 279 4.42e-46 149 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.17e-44 143 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 2.40e-43 142 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 4.61e-193 521 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.11e-62 191 d4i4ea_ d3f66a_ 35.6 264 165 2 9 267 27 290 7.63e-60 183 d4i4ea_ d1ad5a3 39.6 273 148 5 2 273 11 267 6.20e-59 180 d4i4ea_ d4at5a1 39.5 266 144 5 4 253 7 271 5.11e-58 179 d4i4ea_ d3lxpa_ 35.7 286 160 8 4 268 5 287 4.26e-48 153 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 6.58e-189 510 d1ad5a3 d4i4ea_ 39.6 273 148 5 11 267 2 273 1.02e-58 180 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.61e-51 162 d1ad5a3 d3f66a_ 33.6 262 150 6 24 263 33 292 6.25e-48 153 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 1.96e-43 142 d1ad5a3 d3mi9a_ 27.4 208 120 7 23 202 17 221 5.71e-12 57.7 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 1.03e-211 570 d3f66a_ d4i4ea_ 35.6 264 165 2 27 290 9 267 3.93e-60 184 d3f66a_ d3poza_ 40.1 262 148 4 31 289 16 271 1.19e-59 184 d3f66a_ d4at5a1 39.8 259 136 7 33 276 18 271 1.42e-58 181 d3f66a_ d1ad5a3 32.7 266 157 5 27 291 18 262 1.97e-48 154 d3f66a_ d3lxpa_ 33.6 280 165 7 33 295 16 291 3.58e-43 141 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 3.43e-238 639 d3wara_ d2b9ha_ 30.5 308 187 11 37 325 12 311 6.41e-35 122 d3wara_ d3oz6a_ 29.3 324 187 11 38 322 8 328 1.09e-33 119 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 1.04e-29 107 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 4.93e-246 660 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 3.44e-43 142 d1koba_ d3fe3a_ 29.3 263 176 6 31 290 7 262 2.25e-31 112 d1koba_ d2xrwa1 23.8 244 180 4 26 265 20 261 6.15e-18 76.4 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 2.74e-193 521 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 2.62e-253 680 d2xrwa1 d2b9ha_ 36.2 359 197 9 19 359 7 351 9.22e-65 200 d2xrwa1 d3oz6a_ 33.6 372 207 9 21 359 4 368 4.78e-61 191 d2xrwa1 d2i6la_ 31.6 320 190 7 19 323 2 307 1.58e-51 165 d2xrwa1 d3fe3a_ 28.6 273 167 7 25 277 7 271 7.81e-27 100 d2xrwa1 d1koba_ 23.8 244 180 4 20 261 26 265 1.73e-19 80.9 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 6.66e-187 505 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 6.32e-33 113 d2w5aa1 d4wnoa_ 29.7 269 166 7 12 269 15 271 9.92e-33 113 d2w5aa1 d2b9ha_ 29.5 227 128 9 5 214 12 223 2.01e-21 84.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 3.20e-194 523 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.44e-57 174 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 2.57e-248 666 d2b9ha_ d3oz6a_ 38.6 373 193 10 8 351 3 368 2.00e-76 231 d2b9ha_ d2xrwa1 36.2 359 197 9 7 351 19 359 4.25e-65 201 d2b9ha_ d2i6la_ 36.4 316 181 5 7 312 2 307 2.51e-62 193 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 2.00e-46 152 d2b9ha_ d3wara_ 30.5 311 183 12 12 311 37 325 2.91e-36 125 d2b9ha_ d2w5aa1 29.5 227 128 9 12 223 5 214 1.35e-20 82.5 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 3.72e-258 693 d3oz6a_ d2b9ha_ 39.1 368 188 10 8 368 13 351 1.24e-75 229 d3oz6a_ d2xrwa1 33.6 372 207 9 4 368 21 359 1.05e-60 191 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 4.04e-46 151 d3oz6a_ d3wara_ 29.3 324 187 11 8 328 38 322 1.42e-34 122 d3oz6a_ d3coka1 29.5 258 148 10 14 267 17 244 3.44e-19 78.9 d3oz6a_ d3uc3a_ 28.1 228 136 5 3 228 7 208 1.15e-12 60.8 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 3.74e-204 550 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.18e-212 572 d4at5a1 d3f66a_ 39.8 259 136 7 18 271 33 276 6.31e-58 179 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 1.94e-57 177 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 2.24e-51 162 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 2.24e-43 142 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 8.29e-212 569 d3lxpa_ d4i4ea_ 36.3 281 155 10 14 291 13 272 2.29e-49 156 d3lxpa_ d3poza_ 35.3 278 160 6 4 279 6 265 3.41e-47 152 d3lxpa_ d3f66a_ 33.6 280 165 7 16 291 33 295 6.18e-44 143 d3lxpa_ d3mi9a_ 26.4 239 151 8 11 233 13 242 9.85e-16 68.9 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 3.66e-198 534 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 5.23e-187 505 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 1.49e-35 120 d4wnoa_ d2w5aa1 29.7 269 166 7 15 271 12 269 1.06e-30 107 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 1.44e-215 581 d3fe3a_ d3uc3a_ 40.5 259 143 5 7 257 12 267 1.92e-53 169 d3fe3a_ d3dlsa_ 35.1 259 155 4 7 258 18 270 3.07e-43 142 d3fe3a_ d1koba_ 28.9 263 177 5 7 262 31 290 1.25e-31 113 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 3.75e-25 95.9 d3fe3a_ d3mi9a_ 25.7 261 173 5 4 246 9 266 1.51e-22 88.4 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 2.31e-19 79.2 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 3.67e-188 508 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 1.28e-43 143 d5jzja_ d4wnoa_ 32.2 261 166 5 23 275 15 272 4.38e-36 122 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 3.27e-31 109 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 9.77e-211 568 d2i6la_ d2b9ha_ 36.4 316 181 5 2 307 7 312 7.22e-61 189 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.89e-49 159 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 3.85e-45 149 d2i6la_ d3mi9a_ 34.7 308 181 9 6 303 10 307 6.51e-41 137 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 4.08e-29 105 d2i6la_ d3fe3a_ 28.1 249 153 7 8 249 7 236 7.14e-19 77.8 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.05e-183 494 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 9.68e-58 177 d3coka1 d3uc3a_ 30.9 256 162 7 17 263 18 267 2.31e-32 112 d3coka1 d3oz6a_ 29.5 258 148 10 17 244 14 267 5.93e-18 75.0 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 2.44e-197 532 d3dlsa_ d3fe3a_ 35.4 260 155 4 17 270 6 258 8.66e-45 146 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 5.01e-204 549 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 2.38e-216 582 d3uc3a_ d3fe3a_ 40.5 259 143 5 12 267 7 257 5.74e-55 173 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 8.76e-34 116 d3uc3a_ d3oz6a_ 28.6 224 132 5 11 208 7 228 9.44e-13 60.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 9.62e-89 246 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 2.03e-15 60.5 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 5.04e-104 286 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.88e-96 266 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 3.90e-101 278 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 6.48e-85 236 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 1.30e-17 66.1 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 4.89e-90 249 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 9.88e-105 289 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 5.84e-107 295 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 7.01e-152 414 d1txoa_ d2j82a_ 38.9 234 128 6 9 230 7 237 1.49e-35 118 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 6.01e-165 447 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 6.41e-38 124 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.71e-65 186 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 2.46e-64 183 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 1.14e-245 661 d1k9oi_ d3ozqa1 34.7 369 220 9 14 373 13 369 3.76e-58 184 d1k9oi_ d3kcgi_ 30.6 382 248 11 9 376 49 427 5.10e-46 154 d1k9oi_ d3le2a1 28.1 370 247 9 24 376 22 389 1.53e-33 120 d1k9oi_ d5ncsa1 27.3 373 254 10 11 375 4 367 4.74e-29 107 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 2.29e-288 773 d3kcgi_ d3pzfa_ 33.4 371 226 10 68 427 21 381 5.30e-53 173 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 4.79e-48 160 d3kcgi_ d1k9oi_ 30.6 382 248 11 49 427 9 376 1.21e-45 153 d3kcgi_ d3ozqa1 29.4 385 250 11 46 426 5 371 3.00e-43 147 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 6.42e-40 138 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 5.84e-253 680 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 8.62e-41 139 d1wz9a_ d3le2a1 27.2 368 241 11 27 375 30 389 3.30e-32 116 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 7.00e-260 698 d3pzfa_ d3kcgi_ 33.4 371 226 10 21 381 68 427 2.90e-53 173 d3pzfa_ d3le2a1 26.4 390 263 10 8 382 10 390 1.72e-36 128 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 1.56e-253 681 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 5.05e-250 672 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.03e-40 140 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 1.73e-33 120 d5ncsa1 d3ozqa1 28.2 355 230 13 23 365 28 369 1.11e-32 117 d5ncsa1 d1k9oi_ 27.3 373 254 10 4 367 11 375 4.40e-30 110 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 3.08e-256 689 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.67e-46 156 d3le2a1 d3pzfa_ 26.5 389 262 10 10 389 8 381 2.09e-34 122 d3le2a1 d1k9oi_ 28.7 362 239 9 30 389 32 376 1.07e-32 118 d3le2a1 d1wz9a_ 27.2 368 241 11 30 389 27 375 1.81e-31 114 d3le2a1 d5ncsa1 27.5 363 235 12 30 386 25 365 3.40e-31 113 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 1.21e-245 661 d3ozqa1 d1k9oi_ 34.7 369 220 9 13 369 14 373 1.77e-58 185 d3ozqa1 d3kcgi_ 29.5 383 248 11 5 369 46 424 2.05e-43 147 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 4.14e-41 140 d3ozqa1 d5ncsa1 28.2 355 230 13 28 369 23 365 1.21e-31 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 2.32e-168 456 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 7.95e-161 436 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 918 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 974 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1070 EPQ09146.1 NP_001121181.2 73.6 348 89 3 947 1292 965 1311 1.53e-156 489 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 930 NP_001121181.2 EPQ09146.1 73.6 348 89 3 965 1311 947 1292 2.00e-158 494 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 3788 XP_026225122.1 XP_015783916.1 46.5 1696 629 37 318 1882 335 1883 0.0 1093 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 3.91e-67 215 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 3.17e-09 50.2 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.36e-09 49.4 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3631 XP_015783916.1 XP_026225122.1 47.6 1695 613 42 335 1883 318 1882 0.0 1077 XP_015783916.1 d4nyxa_ 80.2 116 23 0 976 1091 1 116 6.24e-57 186 XP_015783916.1 d3ljwa_ 30.4 69 48 0 1011 1079 37 105 4.65e-08 46.9 XP_015783916.1 d4nxja1 27.9 104 71 3 986 1089 12 111 1.40e-07 45.5 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1308 XP_020640612.1 RXM37273.1 27.0 699 408 19 1 691 1 605 5.99e-50 176 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1242 RXM37273.1 XP_020640612.1 26.8 728 423 21 1 634 1 712 1.12e-49 175 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 1.89e-294 788 XP_001389757.2 XP_030993825.1 44.9 421 169 8 29 387 202 621 5.83e-95 288 XP_030993825.1 XP_030993825.1 100 659 0 0 1 659 1 659 0.0 1140 XP_030993825.1 XP_001389757.2 44.7 421 170 8 202 621 29 387 1.42e-97 296 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 7.78e-94 260 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 6.32e-84 235 d3d1ka_ d1v4wa_ 78.2 142 31 0 1 142 2 143 2.56e-76 216 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 3.80e-61 178 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 2.14e-93 259 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 1.35e-83 234 d4esaa_ d1v4wa_ 78.2 142 31 0 1 142 2 143 3.23e-75 213 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 6.61e-63 182 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 1.09e-94 262 d1v4wa_ d3d1ka_ 78.2 142 31 0 2 143 1 142 2.00e-76 216 d1v4wa_ d4esaa_ 78.2 142 31 0 2 143 1 142 1.18e-75 214 d1v4wa_ d3bj1a_ 70.4 142 42 0 2 143 1 142 3.51e-67 193 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 1.00e-93 260 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 4.49e-67 193 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 3.09e-63 183 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.80e-61 178 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2676 d4g7hd_ d1twfa_ 24.8 670 429 14 500 1121 223 865 8.66e-42 161 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2650 d1twfa_ d4g7hd_ 25.3 655 414 14 222 849 499 1105 4.96e-41 158 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-comp-based-stats-0.out000066400000000000000000003460331523407312000271010ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 1.06e-126 347 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 2.13e-19 73.9 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 8.93e-18 69.7 d2dc3a_ d1v4wa_ 31.3 128 80 2 3 130 3 122 1.80e-17 68.9 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 9.55e-17 67.0 d2dc3a_ d3g46a_ 24.1 141 100 3 2 142 9 142 1.18e-08 45.4 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 1.92e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.95e-15 62.4 d1x9fc_ d4esaa_ 26.2 107 70 2 6 112 3 100 1.66e-05 36.2 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 1.93e-105 291 d3g46a_ d2dc3a_ 24.1 141 100 3 9 142 2 142 9.98e-09 45.4 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 1.81e-103 286 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 1.73e-21 78.2 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 3.80e-18 69.7 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 1.24e-103 286 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 1.67e-21 78.2 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 4.80e-21 77.0 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.65e-18 70.5 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.32e-18 70.1 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 2.61e-17 67.4 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 1.37e-60 173 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.47e-10 47.0 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 1.45e-98 273 d3bpva_ d5eria1 30.6 108 75 0 25 132 30 137 1.48e-17 68.2 d5eria1 d5eria1 100 147 0 0 1 147 1 147 2.95e-105 291 d5eria1 d3bpva_ 30.6 108 75 0 30 137 25 132 1.59e-17 68.2 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 2.53e-72 204 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 9.16e-13 53.5 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 3.92e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 8.99e-13 53.5 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 2.64e-67 190 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 4.42e-12 50.8 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 5.66e-63 179 d2cb8a_ d1hbka_ 33.3 60 40 0 21 80 24 83 4.27e-12 50.8 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 8.20e-117 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 3.43e-10 49.7 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 2.45e-06 38.9 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 9.24e-118 323 d4qrea2 d2d5ba1 27.7 159 97 4 1 159 1 141 2.74e-14 60.5 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 3.41e-10 49.7 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 9.41e-109 300 d2d5ba1 d4qrea2 27.7 159 97 4 1 141 1 159 2.59e-14 60.5 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 2.30e-06 38.9 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.18e-87 244 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 1.69e-74 233 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 2.53e-70 221 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 6.13e-15 60.1 d4nyxa_ d4nxja1 33.0 103 63 3 7 106 5 104 1.07e-14 59.3 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 5.16e-12 52.4 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ljwa_ d4nxja1 37.4 107 61 3 11 113 4 108 2.58e-16 63.5 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 5.09e-14 57.8 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 5.25e-12 52.4 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 6.49e-12 54.7 d3ljwa_ XP_026225122.1 35.1 77 47 1 37 113 1117 1190 1.65e-11 53.5 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 3.72e-92 256 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.07e-16 64.7 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 6.50e-15 60.1 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 5.31e-14 57.8 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 1.62e-12 56.6 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 7.64e-12 54.7 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 3.01e-86 240 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 1.02e-16 64.7 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 2.56e-16 63.5 d4nxja1 d4nyxa_ 33.0 103 63 3 5 104 7 106 1.08e-14 59.3 d4nxja1 XP_015783916.1 30.2 96 64 2 12 104 986 1081 4.60e-12 55.1 d4nxja1 XP_026225122.1 30.4 102 65 3 5 103 1088 1186 8.57e-12 54.3 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 4.30e-58 166 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 2.66e-10 45.4 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 5.84e-44 129 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 2.10e-10 45.4 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.02e-90 252 d1v2aa1 d3ay8a2 32.7 101 66 1 1 99 1 101 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 8.65e-93 258 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 1.83e-26 90.5 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 5.86e-91 253 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 5.80e-23 81.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 5.64e-106 292 d5b7ca2 d2gsqa1 33.1 136 80 1 4 139 3 127 2.00e-26 90.5 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 5.17e-95 263 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 5.89e-23 81.3 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 8.59e-94 260 d3ay8a2 d1v2aa1 32.7 101 66 1 1 101 1 99 1.71e-15 62.0 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 9.81e-59 168 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 1.23e-13 54.3 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 3.42e-59 169 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 1.23e-13 54.3 d4gria2 d4gria2 100 176 0 0 1 176 1 176 7.12e-127 348 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 1.05e-11 54.3 d3afha2 d3afha2 100 171 0 0 1 171 1 171 2.32e-125 343 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 1.02e-11 54.3 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 944 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 2.43e-25 101 d5vcca_ d4uyma1 23.2 452 293 16 17 438 11 438 2.65e-17 77.4 d5vcca_ d3buja1 22.9 358 178 9 90 428 78 356 2.54e-13 64.7 d5vcca_ d4rm4a_ 24.6 207 124 3 234 440 180 354 4.13e-13 63.9 d5vcca_ d4yt3a_ 22.2 418 244 13 23 435 32 373 3.42e-12 61.2 d5vcca_ d2xkra_ 25.5 192 111 4 242 433 197 356 5.19e-09 51.2 d5vcca_ d4j6ca_ 21.8 386 234 14 56 435 52 375 9.36e-09 50.4 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 3.26e-285 765 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.52e-45 154 d3oo3a_ d3buja1 31.1 380 231 10 8 367 10 378 3.29e-45 154 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 8.27e-42 145 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 6.17e-32 118 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 2.01e-28 108 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 3.50e-25 99.4 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 1.44e-24 97.8 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 961 d4uyma1 d5tl8a1 34.6 465 265 11 3 458 1 435 1.88e-83 258 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 2.65e-17 77.4 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 2.92e-04 36.2 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 8.29e-303 812 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 7.06e-94 281 d4yt3a_ d2xkra_ 34.0 300 196 2 80 379 67 364 9.02e-52 172 d4yt3a_ d3buja1 28.8 361 245 8 13 371 11 361 7.91e-38 135 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 3.58e-36 130 d4yt3a_ d4j6ca_ 29.7 350 221 10 50 386 49 386 2.20e-34 125 d4yt3a_ d3oo3a_ 26.8 354 229 12 36 384 35 363 6.57e-32 118 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 4.27e-29 110 d4yt3a_ d5hiwa1 27.8 360 231 10 32 383 31 369 1.34e-27 106 d4yt3a_ d5vcca_ 22.2 418 244 13 32 373 23 435 2.98e-12 61.2 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 2.46e-281 755 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 6.50e-94 281 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 6.07e-61 195 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 6.02e-51 169 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 7.14e-46 156 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 1.49e-45 154 d4rm4a_ d4j6ca_ 34.0 306 182 6 56 352 84 378 2.62e-42 146 d4rm4a_ d5hiwa1 27.7 339 238 5 14 350 27 360 3.81e-42 145 d4rm4a_ d4ep6a_ 24.4 357 256 6 4 353 19 368 1.59e-31 117 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 3.31e-13 63.9 d3buja1 d3buja1 100 396 0 0 1 396 1 396 5.97e-295 791 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 6.36e-51 169 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 3.99e-49 165 d3buja1 d3oo3a_ 31.1 380 231 10 10 378 8 367 3.42e-45 154 d3buja1 d4yt3a_ 28.8 361 245 8 11 361 13 371 7.70e-38 135 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 1.77e-32 120 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 3.36e-32 119 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 6.63e-30 113 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.45e-29 111 d3buja1 d5vcca_ 22.9 358 178 9 78 356 90 428 2.15e-13 64.7 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 5.52e-295 791 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 6.39e-61 195 d2xkra_ d4yt3a_ 34.0 300 196 2 67 364 80 379 8.75e-52 172 d2xkra_ d3buja1 30.6 386 255 6 15 390 12 394 3.98e-49 165 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 1.19e-42 148 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 1.63e-31 117 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 2.08e-28 108 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 2.83e-28 108 d2xkra_ d4ep6a_ 23.3 373 278 4 21 389 24 392 1.42e-24 97.8 d2xkra_ d5vcca_ 25.5 192 111 4 197 356 242 433 4.38e-09 51.2 d2xkra_ d4uyma1 22.0 255 148 7 179 386 209 459 2.46e-04 36.2 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 899 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 1.79e-83 258 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 2.33e-25 101 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 4.11e-303 813 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 2.84e-42 146 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 8.81e-42 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 2.20e-34 125 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 6.81e-30 113 d4j6ca_ d3rwla_ 29.7 300 194 8 87 378 95 385 2.12e-29 112 d4j6ca_ d4ep6a_ 29.8 319 195 10 92 399 81 381 1.10e-28 109 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 2.91e-28 108 d4j6ca_ d5vcca_ 21.8 386 234 14 52 375 56 435 8.14e-09 50.4 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.20e-292 785 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.75e-32 120 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.66e-31 117 d4ep6a_ d4yt3a_ 25.3 367 250 10 19 368 18 377 4.12e-29 110 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 1.06e-28 109 d4ep6a_ d2xkra_ 23.3 373 278 4 24 392 21 389 1.41e-24 97.8 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 5.85e-284 763 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 3.99e-42 145 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 3.33e-32 119 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 1.62e-31 117 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 1.29e-27 106 d5hiwa1 d3oo3a_ 27.3 362 214 11 47 388 47 379 3.59e-25 99.4 d5hiwa1 d3rwla_ 25.8 329 227 7 64 380 80 403 2.12e-22 91.7 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 2.42e-313 839 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 7.83e-46 156 d3rwla_ d2xkra_ 29.2 319 221 3 93 407 69 386 1.24e-42 148 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 3.62e-36 130 d3rwla_ d4j6ca_ 29.7 300 194 8 95 385 87 378 2.14e-29 112 d3rwla_ d3buja1 29.2 274 191 3 100 372 82 353 2.54e-29 111 d3rwla_ d3oo3a_ 24.9 377 245 13 29 395 16 364 1.55e-24 97.8 d3rwla_ d5hiwa1 25.8 329 227 7 80 403 64 380 2.22e-22 91.7 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 2.34e-137 375 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 1.62e-28 99.8 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 5.57e-24 88.2 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 4.48e-153 417 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 4.94e-29 101 d5c5sa1 d1f7ca_ 29.3 184 123 2 25 203 10 191 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 5.10e-149 405 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 4.68e-29 101 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 1.68e-28 99.8 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 1.67e-185 503 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 7.43e-25 92.8 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 1.64e-18 75.9 d1g2na_ d4pf3a_ 26.4 216 138 5 24 235 12 210 2.36e-16 70.1 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 1.38e-185 502 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 9.33e-21 81.6 d4pf3a_ d1g2na_ 26.4 216 138 5 12 210 24 235 2.29e-16 70.1 d4pf3a_ d2xhsa1 21.0 176 121 4 30 198 39 203 1.40e-05 38.5 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 4.27e-165 449 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 6.61e-25 92.8 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 8.54e-21 81.6 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.38e-179 486 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.34e-05 38.5 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 2.10e-73 206 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 4.53e-15 58.9 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.76e-77 216 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 1.13e-20 73.6 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 2.38e-09 44.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 1.42e-77 217 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 5.83e-12 51.2 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 4.35e-76 213 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 4.62e-15 58.9 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.97e-69 195 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 8.70e-10 45.4 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 1.34e-66 189 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 9.79e-21 73.6 d2xy1a1 d3puca1 34.4 61 38 1 22 80 25 85 4.73e-08 40.8 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 1.63e-72 204 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.20e-09 44.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 1.04e-69 197 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 5.43e-12 51.2 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 8.52e-10 45.4 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 9.66e-70 197 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 1.03e-10 47.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 7.21e-66 187 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 1.06e-11 50.1 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 4.89e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 7.87e-70 197 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 1.05e-10 47.8 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 1.84e-109 301 d1tjxa1 d2b3ra1 27.5 91 64 2 17 106 12 101 1.03e-08 44.7 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 9.16e-88 244 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 8.43e-09 44.7 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.72e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 2.24e-11 47.4 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 2.79e-11 47.4 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 4.37e-08 39.3 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 1.29e-46 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 1.85e-42 125 d2dnua1 d2egca1 35.6 59 33 2 1 55 3 60 3.30e-12 49.3 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.87e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 4.04e-08 38.9 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 35.6 59 33 2 3 60 1 55 3.53e-12 49.3 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 4.94e-80 224 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.16e-10 47.0 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 7.60e-05 33.1 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 9.90e-69 194 d1um1a1 d2koha1 31.9 69 46 1 8 75 15 83 3.18e-09 44.3 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 2.08e-07 39.7 d1um1a1 d2q9va1 31.1 74 48 2 7 80 6 76 2.36e-07 38.9 d1um1a1 d1ueqa1 29.0 69 46 1 7 75 18 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 1.82e-82 231 d1uf1a1 d3sfja_ 35.4 82 40 2 23 91 15 96 1.62e-10 48.1 d1uf1a1 d1um1a1 43.1 65 33 2 22 85 14 75 2.48e-07 39.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 2.25e-06 37.4 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 1.47e-81 228 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 8.41e-15 58.5 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 2.39e-05 34.3 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 2.14e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.06e-73 206 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 1.44e-10 48.1 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 1.36e-60 173 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 6.37e-15 58.5 d2q9va1 d2koha1 32.1 81 46 2 12 83 20 100 5.88e-09 43.1 d2q9va1 d1x6da1 25.7 74 54 1 12 84 21 94 6.09e-08 40.4 d2q9va1 d1um1a1 31.1 74 48 2 6 76 7 80 2.04e-07 38.9 d2koha1 d2koha1 100 109 0 0 1 109 1 109 1.13e-75 213 d2koha1 d1um1a1 31.9 69 46 1 15 83 8 75 3.57e-09 44.3 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 4.25e-09 44.3 d2koha1 d2q9va1 32.1 81 46 2 20 100 12 83 7.63e-09 43.1 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 2.11e-06 37.4 d2koha1 d1v6ba1 28.6 63 42 1 39 101 38 97 7.46e-05 33.1 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.98e-105 290 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 2.85e-22 80.1 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 1.69e-102 283 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 2.87e-22 80.1 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 1.69e-186 504 d1autc_ d1yc0a_ 34.8 256 133 8 1 239 16 254 5.71e-45 145 d1autc_ d4dgja_ 31.6 244 151 6 1 238 1 234 1.25e-38 128 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 4.98e-37 124 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 1.21e-31 110 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.52e-24 91.3 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 3.68e-186 503 d1ij7a_ d1ym0a_ 35.9 245 139 10 1 239 1 233 3.72e-42 137 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 3.93e-37 124 d1ij7a_ d1yc0a_ 30.0 247 154 10 1 239 16 251 3.14e-26 96.7 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.11e-24 92.0 d1ij7a_ d1autc_ 30.0 250 146 10 1 237 1 234 2.54e-24 91.3 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 2.41e-202 545 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 4.26e-47 150 d1yc0a_ d1autc_ 34.8 256 133 8 16 254 1 239 6.04e-45 145 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 3.82e-44 143 d1yc0a_ d1ym0a_ 33.6 250 139 11 16 253 1 235 2.00e-34 118 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 3.31e-26 96.7 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 3.83e-185 500 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 1.13e-58 179 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 3.94e-47 150 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 1.22e-38 128 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 3.84e-37 124 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 5.35e-32 111 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 2.40e-182 493 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 1.11e-58 179 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 3.49e-44 143 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 4.82e-37 124 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 5.28e-31 108 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 1.07e-24 92.0 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 2.40e-185 501 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 3.67e-42 137 d1ym0a_ d1yc0a_ 33.6 250 139 11 1 235 16 253 1.87e-34 118 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 5.42e-32 111 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.20e-31 110 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 5.42e-31 108 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1113 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 2.57e-30 117 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1006 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 2.33e-30 117 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 3.93e-18 65.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 3.87e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 2.03e-61 190 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 1.94e-61 190 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 3.65e-83 233 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 4.67e-16 63.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 1.26e-100 279 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 5.70e-16 63.5 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 6.21e-220 592 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 1.84e-32 115 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.91e-228 613 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.85e-32 115 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 1.43e-82 230 d2l2fa_ d2jzka_ 38.1 105 60 2 3 106 2 102 1.70e-14 58.2 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.53e-77 217 d2jzka_ d2l2fa_ 38.1 105 60 2 2 102 3 106 1.62e-14 58.2 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 4.91e-220 593 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 4.57e-14 64.7 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 5.78e-227 611 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 4.68e-14 64.7 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 8.02e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 9.36e-61 193 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 7.32e-257 691 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 8.92e-61 193 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 2.42e-213 575 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 2.27e-43 143 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 1.23e-196 531 d1edta_ d2ebna_ 33.9 271 159 7 8 263 10 275 2.11e-43 143 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 1.32e-231 624 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.23e-14 67.0 d2paja2 d2paja2 100 336 0 0 1 336 1 336 2.53e-252 678 d2paja2 d4aqla2 23.6 343 223 12 1 335 1 312 1.32e-14 67.0 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.08e-222 600 d2vhla2 d1o12a2 38.3 300 171 5 1 299 1 287 8.00e-62 192 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 1.69e-210 568 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 7.65e-62 192 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 5.68e-202 544 d4hcha2 d4hpna2 35.5 200 115 6 57 246 48 243 8.42e-28 101 d4hcha2 d2p8ba2 26.6 233 147 5 21 246 14 229 5.30e-21 82.8 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.59e-193 522 d4hpna2 d4hcha2 35.5 200 115 6 48 243 57 246 8.39e-28 101 d4hpna2 d2p8ba2 29.1 227 146 5 26 249 21 235 2.72e-23 89.0 d4hpna2 d4kema2 27.1 247 154 7 4 241 4 233 3.15e-13 61.2 d4kema2 d4kema2 100 249 0 0 1 249 1 249 7.73e-192 518 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 3.08e-13 61.2 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.94e-08 46.2 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 3.24e-177 481 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 2.61e-23 89.0 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 5.05e-21 82.8 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 3.86e-08 46.2 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 1.67e-179 486 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 2.30e-28 102 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 3.94e-25 94.0 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 1.71e-18 75.9 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 2.00e-15 67.4 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.17e-15 67.4 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 4.20e-15 66.2 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 7.99e-15 65.9 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 1.38e-14 65.1 d1yb1a_ d3zv4a_ 29.5 207 129 8 5 205 3 198 5.30e-14 63.5 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 1.93e-12 58.9 d1yb1a_ d2fwmx_ 25.7 261 147 7 6 244 4 239 1.49e-11 56.2 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 3.10e-05 37.4 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 3.64e-184 499 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 6.19e-40 133 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 3.61e-38 128 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 3.07e-36 123 d1fmca_ d1gega_ 31.7 252 160 3 12 251 2 253 7.37e-36 122 d1fmca_ d5en4a_ 32.8 250 153 8 8 249 3 245 1.42e-34 119 d1fmca_ d3tzqa_ 32.7 245 157 3 9 249 3 243 3.52e-34 118 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 1.32e-32 114 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 5.94e-32 112 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 2.25e-30 108 d1fmca_ d4bmna1 31.1 251 162 5 8 252 3 248 3.40e-30 107 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 7.71e-30 107 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 1.48e-28 102 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 1.94e-27 100 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 2.16e-27 99.8 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 8.93e-27 98.2 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 9.05e-25 93.6 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 2.42e-24 92.0 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 1.19e-23 90.1 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 6.63e-21 82.8 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.79e-18 75.9 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.77e-168 457 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 2.56e-39 130 d1uzma1 d4bmna1 32.0 244 150 3 6 235 5 246 5.84e-39 129 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 2.00e-33 115 d1uzma1 d2b4qa_ 34.8 244 142 5 8 234 10 253 5.66e-33 114 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 1.22e-32 113 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 5.67e-29 103 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 8.48e-29 103 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 9.86e-28 100 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 2.00e-27 99.8 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 2.26e-27 99.8 d1uzma1 d5unla_ 29.3 256 155 5 4 235 8 261 3.60e-23 88.6 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 4.67e-23 87.8 d1uzma1 d4trra_ 28.0 257 155 5 8 237 7 260 1.78e-22 86.7 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 2.90e-22 85.9 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 2.33e-19 78.2 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 3.88e-19 77.8 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 4.33e-19 77.4 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 1.27e-18 76.3 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 3.56e-245 659 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 2.00e-40 137 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.18e-18 78.6 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 3.79e-189 512 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 6.14e-43 140 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 1.62e-40 134 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 6.34e-40 133 d1geea_ d4bmna1 34.0 256 155 5 1 251 1 247 1.17e-38 129 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.12e-37 127 d1geea_ d4trra_ 31.2 260 160 6 4 249 3 257 2.40e-37 126 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.60e-33 116 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 6.36e-32 112 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.17e-31 111 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 4.89e-31 110 d1geea_ d5jlaa_ 30.0 260 172 6 4 261 4 255 1.79e-30 108 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 4.64e-30 107 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.58e-29 106 d1geea_ d1uzma1 31.0 242 150 5 10 250 10 235 6.24e-29 103 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.35e-27 100 d1geea_ d3un1a1 27.6 243 158 4 8 249 6 231 2.48e-27 99.8 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 6.24e-26 96.3 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 9.71e-25 93.2 d1geea_ d5unla_ 27.9 262 172 5 1 250 5 261 3.04e-21 84.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.43e-20 81.3 d1geea_ d5o30a_ 25.5 212 153 4 42 249 44 254 6.24e-18 74.7 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 2.06e-12 58.9 d1geea_ d4zd6a_ 20.5 249 164 5 5 249 4 222 9.49e-08 45.1 d1geea_ d3guya1 24.9 189 123 6 10 193 1 175 1.89e-05 38.1 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 3.51e-195 528 d1xkqa_ d1geea_ 32.7 266 162 7 6 269 8 258 1.17e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.15e-33 117 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 8.40e-32 112 d1xkqa_ d3tzqa_ 33.9 257 151 9 5 260 5 243 6.42e-31 110 d1xkqa_ d3o38a_ 33.2 253 150 8 6 255 18 254 2.45e-30 108 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 8.22e-30 107 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.11e-25 95.9 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 2.43e-24 92.0 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 9.49e-24 90.9 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 1.29e-23 90.5 d1xkqa_ d3uxya_ 27.7 267 160 9 3 263 1 240 2.61e-22 86.7 d1xkqa_ d4nima_ 29.9 254 145 10 2 242 2 235 7.48e-21 83.2 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 3.03e-20 81.3 d1xkqa_ d4trra_ 27.4 208 142 4 4 210 5 204 5.25e-17 72.4 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 1.40e-16 71.2 d1xkqa_ d1yb1a_ 29.5 200 127 7 4 198 6 196 8.90e-15 65.9 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 8.02e-10 51.6 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 2.30e-08 47.0 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 6.29e-185 501 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.04e-48 155 d1gega_ d4bmna1 37.5 256 139 7 2 252 7 246 4.87e-43 140 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 1.58e-40 134 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.18e-37 126 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.78e-37 126 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 7.37e-36 122 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 1.19e-35 122 d1gega_ d1uzma1 32.5 249 143 5 5 252 11 235 2.15e-33 115 d1gega_ d3uxya_ 34.4 250 148 5 2 251 4 237 3.78e-31 109 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 6.66e-31 109 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 2.40e-28 102 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.41e-28 102 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 3.99e-25 94.0 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.27e-24 92.8 d1gega_ d5jlaa_ 32.4 250 153 7 3 251 9 243 1.84e-24 92.4 d1gega_ d3zv4a_ 31.0 261 159 9 2 252 6 255 3.37e-24 92.0 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 4.69e-23 88.6 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 6.18e-23 88.2 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 2.36e-20 80.9 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 2.66e-14 63.9 d1gega_ d4zd6a_ 24.3 255 149 8 2 251 7 222 1.60e-10 53.1 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.58e-07 44.3 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 3.57e-294 788 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 1.66e-37 131 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 2.59e-18 78.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 3.51e-189 512 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 3.68e-38 128 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 2.83e-37 126 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.28e-36 124 d1zema1 d4trra_ 29.8 258 175 4 4 260 5 257 4.94e-36 123 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 1.08e-35 122 d1zema1 d1uzma1 30.6 258 151 5 3 260 5 234 1.34e-32 113 d1zema1 d1geea_ 30.3 264 163 7 1 260 3 249 6.34e-32 112 d1zema1 d1xkqa_ 30.0 267 171 7 2 260 2 260 8.03e-32 112 d1zema1 d3o38a_ 30.3 251 156 5 5 252 17 251 8.88e-32 112 d1zema1 d5jlaa_ 30.1 259 162 4 2 260 4 243 1.75e-30 108 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 3.01e-28 102 d1zema1 d3uxya_ 28.8 260 160 5 3 260 1 237 1.00e-26 98.2 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 1.89e-26 97.8 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 1.69e-23 90.1 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 6.24e-22 85.5 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 2.59e-20 81.3 d1zema1 d3un1a1 27.1 262 148 9 6 260 6 231 6.89e-20 79.7 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 7.57e-20 80.1 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 1.32e-184 500 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 5.90e-43 140 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.04e-35 122 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.40e-34 119 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 1.65e-32 114 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 1.95e-32 113 d5en4a_ d3tzqa_ 34.4 244 149 7 7 245 6 243 9.83e-32 111 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 2.91e-31 110 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 6.11e-31 108 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 4.50e-30 107 d5en4a_ d5jlaa_ 31.6 244 160 5 4 245 5 243 7.46e-30 106 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 9.92e-30 105 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.48e-27 100 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 3.27e-26 97.1 d5en4a_ d3zv4a_ 30.9 256 161 6 3 245 2 254 4.23e-26 97.1 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 3.07e-22 85.9 d5en4a_ d4imra1 28.5 249 162 6 6 245 11 252 3.60e-18 75.1 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 4.13e-200 541 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.32e-32 114 d3zv4a_ d5en4a_ 30.9 256 161 6 2 254 3 245 4.64e-26 97.1 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 9.76e-25 93.6 d3zv4a_ d1gega_ 31.0 261 159 9 6 255 2 252 3.63e-24 92.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 2.77e-22 86.7 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.33e-20 82.4 d3zv4a_ d4nima_ 30.2 285 164 13 2 272 2 265 2.86e-20 81.6 d3zv4a_ d1geea_ 28.4 268 155 11 3 255 5 250 3.61e-20 81.3 d3zv4a_ d3awda_ 28.3 269 163 10 1 257 6 256 2.34e-19 79.0 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 4.50e-19 77.8 d3zv4a_ d4trra_ 30.4 217 128 8 3 204 4 212 4.70e-19 78.2 d3zv4a_ d5unla_ 33.5 191 113 6 9 194 15 196 1.27e-18 77.0 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 7.51e-17 71.6 d3zv4a_ d1yb1a_ 29.5 207 129 8 3 198 5 205 5.97e-14 63.5 d3zv4a_ d3guya1 23.8 206 148 3 9 213 2 199 1.34e-10 53.5 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 1.58e-09 50.4 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 5.20e-164 446 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 9.29e-43 138 d3l6ea1 d4bmna1 26.9 182 132 1 4 185 10 190 4.84e-16 68.6 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 2.34e-14 63.9 d3l6ea1 d2fwmx_ 27.8 169 114 4 2 169 7 168 1.13e-09 50.4 d3l6ea1 d3zv4a_ 24.1 203 140 5 4 200 9 203 1.29e-09 50.4 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 1.82e-08 47.0 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 1.90e-08 47.0 d3l6ea1 d1yb1a_ 21.8 165 125 2 3 163 10 174 2.84e-05 37.4 d3l6ea1 d5jlaa_ 24.8 165 108 4 4 154 11 173 2.30e-04 34.7 d4imra1 d4imra1 100 253 0 0 1 253 1 253 2.02e-180 489 d4imra1 d2b4qa_ 36.0 253 153 6 7 253 5 254 2.12e-34 118 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 1.05e-27 100 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.44e-25 95.1 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 9.41e-25 93.2 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 1.70e-24 92.4 d4imra1 d1fmca_ 29.4 245 168 4 9 252 9 249 1.18e-23 90.1 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 6.13e-23 88.2 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 6.71e-22 85.5 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 2.40e-20 81.3 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.82e-20 81.3 d4imra1 d5en4a_ 29.4 248 161 6 11 252 6 245 3.63e-18 75.1 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.03e-16 70.5 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.30e-15 68.2 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 5.91e-15 66.2 d4imra1 d5o30a_ 23.8 252 179 6 14 253 5 255 6.13e-13 60.5 d4imra1 d4zd6a_ 25.4 224 158 5 34 253 5 223 1.54e-12 58.9 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 2.48e-11 55.8 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 2.29e-193 523 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 6.98e-31 109 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 4.79e-30 107 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 1.25e-29 106 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 1.62e-29 106 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 1.62e-29 106 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 1.01e-24 93.2 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 1.28e-24 93.2 d4nima_ d1zema1 27.3 253 172 5 2 244 2 252 1.74e-23 90.1 d4nima_ d3uxya_ 30.7 254 143 7 4 247 2 232 4.59e-23 88.6 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 8.34e-23 88.2 d4nima_ d1xkqa_ 29.9 254 145 10 2 235 2 242 7.35e-21 83.2 d4nima_ d3zv4a_ 29.9 281 170 12 2 265 2 272 2.78e-20 81.6 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 3.13e-20 81.3 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 5.34e-19 77.8 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 7.57e-19 77.4 d4nima_ d3un1a1 28.9 253 143 9 6 250 6 229 1.04e-18 76.6 d4nima_ d1uzma1 24.8 246 157 5 9 250 11 232 1.43e-18 76.3 d4nima_ d5unla_ 26.3 251 173 6 5 248 11 256 1.78e-16 70.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 2.14e-16 70.5 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 2.38e-15 67.4 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 2.89e-11 55.5 d4nima_ d3guya1 23.8 185 130 5 9 192 2 176 9.52e-08 45.1 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.27e-187 508 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 2.08e-48 155 d4trra_ d1geea_ 31.2 260 160 6 3 257 4 249 2.40e-37 126 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 3.14e-36 123 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 4.96e-36 123 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 3.51e-30 107 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 9.19e-30 106 d4trra_ d3o38a_ 29.9 254 165 3 4 255 15 257 1.40e-29 106 d4trra_ d3tzqa_ 29.1 261 162 6 2 257 1 243 3.81e-29 105 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 8.33e-27 99.0 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 4.22e-25 94.0 d4trra_ d3uxya_ 28.9 253 161 5 6 257 3 237 5.62e-24 90.9 d4trra_ d1uzma1 28.0 257 155 5 7 260 8 237 1.96e-22 86.7 d4trra_ d4bmna1 28.8 257 171 4 1 257 1 245 2.39e-21 84.0 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 2.48e-20 81.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 3.06e-20 81.3 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.46e-19 78.2 d4trra_ d1xkqa_ 27.4 208 142 4 5 204 4 210 5.04e-17 72.4 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 2.12e-08 47.0 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 2.39e-173 473 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 2.25e-37 126 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 1.63e-32 113 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 2.05e-32 113 d5unla_ d1fmca_ 31.7 252 157 4 10 259 10 248 6.15e-32 112 d5unla_ d4bmna1 30.8 247 161 4 15 261 10 246 1.75e-27 100 d5unla_ d4trra_ 29.4 252 172 4 10 257 5 254 8.43e-27 99.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 1.66e-25 95.5 d5unla_ d3o38a_ 29.9 251 161 4 11 257 17 256 3.21e-25 94.7 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 1.12e-23 90.5 d5unla_ d1uzma1 29.3 256 155 5 8 261 4 235 4.01e-23 88.6 d5unla_ d2fwmx_ 30.3 261 151 6 9 259 3 242 4.87e-22 85.9 d5unla_ d1geea_ 27.9 262 172 5 5 261 1 250 3.08e-21 84.0 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 7.69e-20 80.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 3.78e-19 78.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.22e-18 77.0 d5unla_ d1xkqa_ 28.9 263 169 7 14 264 8 264 1.36e-16 71.2 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 1.76e-16 70.9 d5unla_ d4imra1 27.1 251 171 7 11 259 11 251 1.36e-15 68.2 d5unla_ d1yb1a_ 27.3 194 130 5 7 193 3 192 1.50e-14 65.1 d5unla_ d3un1a1 24.7 186 127 5 14 196 8 183 1.44e-10 53.5 d5unla_ d3guya1 20.8 178 134 2 14 191 1 171 7.57e-10 51.2 d5unla_ d5o30a_ 22.5 160 117 2 100 259 101 253 7.00e-06 39.7 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 8.94e-187 506 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 2.26e-40 134 d5jlaa_ d3uxya_ 34.3 248 151 4 5 247 1 241 1.16e-35 121 d5jlaa_ d3tzqa_ 32.0 247 162 4 3 245 1 245 4.65e-31 110 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 1.74e-30 108 d5jlaa_ d1geea_ 30.0 260 172 6 4 255 4 261 1.78e-30 108 d5jlaa_ d4trra_ 31.2 260 162 6 3 246 2 260 3.48e-30 107 d5jlaa_ d5en4a_ 31.6 244 160 5 5 243 4 245 7.69e-30 106 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.47e-26 95.9 d5jlaa_ d1gega_ 32.4 250 153 7 9 243 3 251 1.87e-24 92.4 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 6.14e-24 90.9 d5jlaa_ d3o38a_ 34.0 238 145 7 7 235 17 251 7.71e-23 88.2 d5jlaa_ d1fmca_ 27.0 244 168 6 6 243 10 249 6.73e-21 82.8 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.26e-20 82.4 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 3.71e-19 78.2 d5jlaa_ d1uzma1 28.7 247 159 5 1 243 1 234 4.73e-19 77.4 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 7.34e-19 77.4 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 3.28e-18 75.1 d5jlaa_ d1yb1a_ 27.8 198 133 5 7 195 7 203 2.12e-15 67.4 d5jlaa_ d4imra1 28.1 249 162 7 7 244 11 253 6.05e-15 66.2 d5jlaa_ d1xkqa_ 26.7 273 168 10 5 251 3 269 3.46e-14 64.3 d5jlaa_ d3l6ea1 24.8 165 108 4 11 173 4 154 2.66e-04 34.7 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 2.04e-166 452 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 3.51e-18 74.3 d4zd6a_ d5o30a_ 26.4 254 143 5 10 223 6 255 3.93e-16 68.9 d4zd6a_ d4bmna1 26.6 248 149 6 3 222 3 245 4.21e-14 63.2 d4zd6a_ d4imra1 25.4 224 158 5 5 223 34 253 1.37e-12 58.9 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 2.43e-11 55.5 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 1.42e-10 53.1 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 8.18e-08 45.1 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.32e-178 484 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 3.33e-35 120 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 5.28e-31 109 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 8.87e-29 103 d2fwmx_ d1fmca_ 28.4 250 157 5 5 243 11 249 1.89e-27 100 d2fwmx_ d1geea_ 28.0 257 165 4 2 246 4 252 5.93e-26 96.3 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-25 95.9 d2fwmx_ d1gega_ 28.7 251 157 7 10 243 6 251 3.88e-25 94.0 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 7.81e-25 93.2 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 9.34e-25 93.2 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 5.88e-24 90.9 d2fwmx_ d2b4qa_ 28.7 254 159 6 4 243 8 253 2.90e-23 89.0 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 8.47e-23 87.8 d2fwmx_ d5unla_ 30.3 261 151 6 3 242 9 259 4.57e-22 85.9 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.95e-22 85.5 d2fwmx_ d4trra_ 27.5 262 163 6 2 243 3 257 1.45e-18 76.3 d2fwmx_ d3o38a_ 28.8 243 151 6 5 234 17 250 7.21e-18 74.3 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.52e-11 56.2 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 1.25e-09 50.4 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.43e-186 504 d3awda_ d5jlaa_ 34.6 246 152 4 12 256 9 246 2.24e-40 134 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 2.77e-39 130 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 1.01e-36 124 d3awda_ d1zema1 31.4 261 163 2 7 253 2 260 2.25e-36 124 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 2.62e-35 120 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 3.72e-34 118 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 1.80e-33 116 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.33e-32 114 d3awda_ d1geea_ 29.6 253 171 5 8 257 5 253 1.15e-31 111 d3awda_ d3o38a_ 32.5 252 155 6 8 252 15 258 6.47e-30 107 d3awda_ d4trra_ 31.0 258 164 5 8 254 4 258 9.04e-30 106 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 3.27e-26 96.7 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 8.09e-25 93.2 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.28e-24 92.8 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.72e-24 92.4 d3awda_ d1xkqa_ 29.5 264 164 9 7 253 2 260 8.96e-24 90.9 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 1.09e-23 90.5 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.45e-20 81.3 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 2.18e-19 79.0 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 5.14e-19 77.8 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 2.78e-189 512 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 7.23e-23 87.8 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 2.45e-20 81.3 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 2.56e-20 81.3 d5o30a_ d1geea_ 25.5 212 153 4 44 254 42 249 6.14e-18 74.7 d5o30a_ d3un1a1 26.6 259 154 8 4 257 7 234 8.33e-18 73.9 d5o30a_ d4zd6a_ 26.4 254 143 5 6 255 10 223 4.49e-16 68.9 d5o30a_ d3tzqa_ 27.9 262 153 7 4 254 7 243 1.83e-15 67.8 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 6.23e-13 60.5 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.68e-13 60.5 d5o30a_ d1xkqa_ 22.2 261 182 8 6 254 9 260 7.58e-10 51.6 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 6.81e-06 39.7 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 3.79e-189 512 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 3.75e-38 128 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 7.13e-36 122 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 3.61e-34 118 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 3.78e-34 118 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 1.29e-32 114 d3tzqa_ d5en4a_ 34.4 244 149 7 6 243 7 245 1.02e-31 111 d3tzqa_ d5jlaa_ 32.0 247 162 4 1 245 3 245 4.68e-31 110 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 4.89e-31 110 d3tzqa_ d1xkqa_ 33.9 257 151 9 5 243 5 260 6.16e-31 110 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 1.58e-29 106 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 3.81e-29 105 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 3.49e-28 102 d3tzqa_ d5unla_ 30.0 243 157 5 9 239 15 256 1.64e-25 95.5 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 3.74e-24 91.3 d3tzqa_ d2fwmx_ 29.1 251 160 4 2 243 2 243 8.91e-23 87.8 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 6.93e-22 85.5 d3tzqa_ d1uzma1 26.7 240 165 4 5 244 7 235 2.57e-19 78.2 d3tzqa_ d5o30a_ 27.9 262 153 7 7 243 4 254 1.86e-15 67.8 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.22e-185 503 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 7.13e-36 122 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.22e-35 122 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 1.60e-33 116 d3o38a_ d4bmna1 34.7 242 145 5 15 251 4 237 4.98e-32 112 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 8.91e-32 112 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 6.16e-31 109 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 2.30e-30 108 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.35e-30 108 d3o38a_ d3awda_ 32.5 252 155 6 15 258 8 252 6.57e-30 107 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 1.40e-29 106 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 2.48e-27 99.8 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.41e-26 97.1 d3o38a_ d5unla_ 29.9 251 161 4 17 256 11 257 3.17e-25 94.7 d3o38a_ d4nima_ 29.6 250 167 4 13 255 1 248 1.25e-24 93.2 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 7.77e-23 88.2 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 5.25e-22 85.9 d3o38a_ d3un1a1 28.1 242 152 6 18 256 6 228 1.94e-21 84.0 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 7.59e-18 74.3 d3o38a_ d5o30a_ 26.3 251 171 7 19 257 4 252 6.78e-13 60.5 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 2.56e-11 55.8 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 1.18e-185 503 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 2.15e-34 118 d2b4qa_ d3awda_ 31.5 251 165 4 7 254 8 254 1.79e-33 116 d2b4qa_ d1uzma1 34.8 244 142 5 10 253 8 234 6.11e-33 114 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 1.59e-32 113 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.33e-27 100 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.51e-27 100 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.78e-26 97.4 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 1.86e-26 97.8 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 2.43e-24 92.0 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 1.22e-23 90.5 d2b4qa_ d2fwmx_ 28.7 254 159 6 8 253 4 243 2.99e-23 89.0 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 4.71e-23 88.6 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 8.00e-23 88.2 d2b4qa_ d3o38a_ 27.5 247 171 5 7 250 15 256 5.15e-22 85.9 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 2.64e-174 474 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 4.76e-43 140 d4bmna1 d1uzma1 32.0 244 150 3 5 246 6 235 6.14e-39 129 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.12e-38 129 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 2.54e-35 120 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.05e-33 117 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 1.19e-32 114 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.23e-32 114 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.55e-32 113 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 4.75e-32 112 d4bmna1 d5en4a_ 31.8 245 163 4 3 245 3 245 2.89e-31 110 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 5.30e-31 109 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 3.32e-30 107 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.17e-29 106 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 5.07e-29 103 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 2.88e-28 102 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 1.65e-27 100 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 8.15e-26 95.9 d4bmna1 d4imra1 27.2 254 169 5 1 245 6 252 1.41e-25 95.1 d4bmna1 d3un1a1 29.9 244 148 6 7 245 6 231 2.06e-24 91.7 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.28e-21 84.0 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 1.38e-16 70.1 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 5.38e-16 68.6 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.66e-14 63.2 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 2.03e-172 468 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.43e-35 119 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 5.77e-31 108 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.37e-28 102 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.26e-27 99.8 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.02e-26 96.7 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 1.96e-24 91.7 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.12e-24 92.0 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 3.39e-24 91.3 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 1.76e-21 84.0 d3un1a1 d1gega_ 28.1 256 150 7 5 231 1 251 2.19e-20 80.9 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.28e-20 79.7 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 9.20e-19 76.6 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.00e-18 75.1 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.68e-18 73.9 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 6.47e-17 71.6 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 1.29e-10 53.5 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 1.74e-175 476 d3uxya_ d3tzqa_ 36.0 247 140 5 2 237 4 243 3.46e-38 128 d3uxya_ d3awda_ 36.6 254 140 8 2 240 9 256 9.49e-37 124 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.08e-35 121 d3uxya_ d2fwmx_ 34.5 249 149 4 1 240 3 246 3.24e-35 120 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 3.49e-35 119 d3uxya_ d5unla_ 32.9 255 156 4 1 240 9 263 1.48e-32 113 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.57e-31 109 d3uxya_ d3o38a_ 32.5 252 150 5 2 239 16 261 5.69e-31 109 d3uxya_ d1geea_ 29.1 251 156 5 2 237 6 249 4.29e-30 107 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 9.52e-30 105 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 4.91e-29 103 d3uxya_ d1fmca_ 29.1 247 157 5 2 237 10 249 8.44e-27 98.2 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 9.30e-27 98.2 d3uxya_ d2b4qa_ 29.6 250 156 6 3 237 9 253 1.68e-26 97.4 d3uxya_ d4trra_ 29.5 258 153 6 3 237 6 257 5.19e-24 90.9 d3uxya_ d4nima_ 30.7 254 143 7 2 232 4 247 4.15e-23 88.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 4.74e-23 87.8 d3uxya_ d5o30a_ 27.7 256 157 6 5 237 4 254 6.78e-23 87.8 d3uxya_ d1xkqa_ 27.7 267 160 9 1 240 3 263 2.31e-22 86.7 d3uxya_ d3zv4a_ 27.1 255 167 6 3 240 5 257 2.42e-22 86.7 d3uxya_ d4zd6a_ 27.5 244 145 6 3 239 6 224 3.76e-18 74.3 d3uxya_ d1yb1a_ 27.7 213 134 5 3 197 7 217 4.15e-15 66.2 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 1.42e-228 616 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 1.91e-40 137 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 1.34e-37 131 d3guya1 d3guya1 100 219 0 0 1 219 1 219 1.05e-156 427 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 9.08e-43 138 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 1.22e-16 70.1 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 1.07e-10 53.5 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 6.28e-10 51.2 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 7.81e-08 45.1 d3guya1 d1gega_ 20.0 220 157 4 2 205 5 221 1.36e-07 44.3 d3guya1 d1geea_ 24.9 189 123 6 1 175 10 193 1.58e-05 38.1 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.53e-130 358 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 3.22e-18 72.4 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 2.21e-06 40.0 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 3.80e-169 459 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 2.58e-17 72.4 d1ojta1 d1fl2a1 22.8 202 107 7 7 205 2 157 2.74e-06 40.0 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 1.24e-199 539 d1mo9a1 d1ojta1 27.4 241 131 10 42 258 6 226 2.94e-17 72.4 d1trba1 d1trba1 100 191 0 0 1 191 1 191 3.09e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 3.33e-18 72.4 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1531 d2f3oa_ d5fava1 33.5 783 494 11 4 768 15 788 5.57e-135 413 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1620 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 5.72e-135 413 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.00e-192 524 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 6.84e-09 48.1 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 7.81e-105 292 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 3.90e-09 48.1 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.14e-182 494 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 5.82e-22 85.1 d2f6qa1 d4k2na1 27.2 217 154 3 3 217 3 217 7.01e-19 77.0 d2f6qa1 d3moya_ 27.6 225 154 3 4 225 4 222 6.15e-17 71.6 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.80e-185 503 d3peaa_ d3moya_ 38.3 235 138 2 24 256 27 256 3.97e-48 154 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 2.27e-30 108 d3peaa_ d4jyla1 30.6 216 145 3 24 239 23 233 3.14e-30 107 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 1.01e-167 455 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 2.76e-30 107 d4kd6a_ d4k2na1 28.3 212 147 3 8 215 11 221 8.92e-27 97.8 d4kd6a_ d4jyla1 27.3 216 151 4 2 216 3 213 3.74e-24 90.5 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 1.88e-188 510 d4k2na1 d3moya_ 33.9 248 155 5 13 257 15 256 1.24e-35 122 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.29e-30 108 d4k2na1 d4kd6a_ 28.3 212 147 3 11 221 8 215 1.02e-26 97.8 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 7.68e-25 93.2 d4k2na1 d2f6qa1 27.2 217 154 3 3 217 3 217 7.41e-19 77.0 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 2.27e-184 500 d3moya_ d3peaa_ 38.3 235 138 2 27 256 24 256 3.99e-48 154 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 1.23e-35 122 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 2.87e-32 112 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 3.13e-30 107 d3moya_ d2f6qa1 27.6 225 154 3 4 222 4 225 6.48e-17 71.6 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.31e-171 466 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 2.70e-32 112 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 2.97e-30 107 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.21e-25 93.2 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.00e-24 90.5 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 5.77e-22 85.1 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 1.75e-95 265 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 7.81e-12 52.8 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.84e-11 51.6 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 2.47e-11 51.2 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 7.49e-11 50.1 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 5.89e-09 45.1 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 5.60e-08 42.7 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 7.68e-100 276 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 1.93e-12 54.3 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 5.68e-08 42.7 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 1.24e-06 38.9 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.33e-95 266 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 6.30e-18 68.6 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 2.78e-10 48.5 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 117 81 3 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.8 118 77 3 1 115 1 114 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 4.59e-05 34.3 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 7.75e-86 240 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 4.57e-17 65.9 d5t3ya_ d1k68a_ 23.4 128 89 2 3 121 3 130 1.11e-06 38.9 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 2.63e-87 243 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 2.56e-21 76.6 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 2.03e-19 71.6 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.5 116 76 0 4 119 4 119 4.46e-17 65.9 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 8.10e-17 65.1 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 2.19e-14 58.9 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.44e-13 56.6 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 5.20e-09 45.1 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 3.54e-80 225 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 1.93e-19 71.6 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 3.06e-12 53.1 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 3.67e-12 52.8 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 2.08e-11 51.2 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 5.12e-89 248 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.54e-21 76.6 d3c3ma1 d1k68a_ 33.8 80 53 0 38 117 49 128 1.67e-12 54.3 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.87e-09 46.2 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 1.48e-08 43.5 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 1.65e-06 38.1 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.36e-84 236 d3crna1 d3t6ka_ 30.2 116 79 1 3 116 5 120 8.03e-17 65.1 d3crna1 d3ltea_ 28.8 118 77 3 1 114 1 115 8.37e-12 52.0 d3crna1 d1a04a2 27.2 114 81 1 3 114 5 118 6.57e-11 50.1 d3crna1 d3c3ma1 30.8 117 77 2 3 116 3 118 1.48e-08 43.5 d3crna1 d3n53a1 28.7 122 82 3 1 119 1 120 4.35e-08 42.4 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 5.44e-91 253 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 2.26e-14 58.9 d3n53a1 d3w9sa_ 30.5 118 79 2 2 118 1 116 3.33e-12 53.1 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 7.13e-12 52.8 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 7.33e-11 49.7 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 4.53e-08 42.4 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 1.71e-06 38.1 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.77e-137 375 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.80e-18 73.2 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 1.77e-144 394 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 1.93e-18 73.2 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 1.23e-109 302 d4oxxa_ d2m6sa_ 24.5 98 74 0 52 149 52 149 2.31e-08 44.3 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 2.25e-08 44.3 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 7.01e-09 47.4 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 2.06e-160 436 d3rjta1 d1yzfa1 24.1 166 106 6 7 171 3 149 7.66e-09 47.4 d3rjta1 d4rsha_ 29.7 91 48 3 6 96 2 76 2.74e-04 33.9 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 5.44e-155 422 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 2.30e-127 349 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 2.25e-04 33.9 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 3.21e-133 365 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 3.05e-20 77.8 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 9.57e-141 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 3.09e-20 77.8 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 6.14e-272 729 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 1.02e-08 49.7 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 21.8 377 210 14 43 401 11 320 1.23e-08 49.7 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 8.55e-143 389 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 7.95e-24 86.7 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 4.18e-122 335 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 7.11e-24 86.7 d1efva1 d1efva1 100 188 0 0 1 188 1 188 5.98e-134 367 d1efva1 d1efpa1 38.2 186 112 2 2 187 1 183 2.42e-36 119 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 1.41e-125 345 d1efpa1 d1efva1 38.2 186 112 2 1 183 2 187 2.36e-36 119 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 2.24e-155 422 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 6.54e-11 53.1 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 2.94e-149 406 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 6.41e-11 53.1 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 4.63e-128 351 d2ihta1 d4fega2 29.5 95 60 3 7 101 18 105 2.87e-06 39.3 d4fega2 d4fega2 100 183 0 0 1 183 1 183 3.93e-132 362 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 2.97e-06 39.3 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 8.88e-116 318 d1viaa_ d2iyva2 28.5 151 100 3 4 148 5 153 4.20e-12 55.1 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 8.64e-123 337 d2iyva2 d1viaa_ 28.5 151 100 3 5 153 4 148 4.57e-12 55.1 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 1.39e-151 413 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 3.86e-31 106 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 7.21e-118 324 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 1.73e-18 72.0 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 8.46e-121 332 d3q72a_ d3seaa_ 32.3 158 104 2 4 159 6 162 1.72e-18 72.0 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 1.04e-172 469 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 27.2 239 150 7 16 236 15 247 1.87e-20 81.3 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 4.39e-16 68.6 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 8.63e-187 506 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 9.18e-26 95.5 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 1.71e-15 67.8 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 1.91e-15 67.0 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.87e-130 357 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 3.40e-31 106 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 2.71e-153 417 d1t6na_ d3peya1 31.2 202 125 4 3 199 4 196 6.26e-29 101 d3peya1 d3peya1 100 196 0 0 1 196 1 196 5.07e-139 380 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 5.92e-29 101 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 7.33e-114 313 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 3.68e-23 83.2 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 6.84e-191 516 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 2.00e-20 81.3 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.74e-15 67.8 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 8.76e-159 431 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 9.45e-147 400 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 4.29e-101 280 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 3.22e-23 83.2 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 5.01e-159 432 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 1.34e-16 70.1 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 3.96e-16 68.6 d4q7ka_ d1g6ha_ 26.6 237 148 7 1 218 24 253 1.64e-15 67.0 d1lara2 d1lara2 100 249 0 0 1 249 1 249 9.03e-191 515 d1lara2 d2i1ya_ 38.7 235 137 5 14 244 47 278 9.98e-54 169 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 8.18e-222 597 d2i1ya_ d1lara2 38.7 235 137 5 47 278 14 244 1.15e-53 169 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 3.20e-81 227 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 5.54e-14 57.0 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 7.80e-10 46.6 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 5.85e-104 287 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 4.33e-08 42.7 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 1.75e-07 40.8 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 9.41e-104 286 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.28e-25 88.6 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.43e-19 72.4 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.84e-10 48.9 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 3.44e-100 277 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 1.25e-25 88.6 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 2.41e-14 59.7 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.13e-106 294 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 1.72e-11 52.4 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 2.92e-10 48.9 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 1.28e-07 41.2 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 5.41e-07 39.7 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 3.20e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 3.68e-19 72.4 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 2.64e-14 59.7 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.79e-11 52.4 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 2.94e-76 214 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 3.22e-27 90.5 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 1.38e-12 53.5 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 6.39e-10 46.6 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 9.56e-08 41.2 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 1.32e-07 40.8 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 4.40e-85 238 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 4.50e-18 67.8 d2wz9a_ d6bkva1 32.9 82 54 1 21 101 18 99 1.58e-12 53.5 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 2.54e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 1.55e-12 53.5 d3hz4a_ d6bkva1 27.4 106 75 1 3 108 2 105 7.30e-10 46.6 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 8.36e-10 46.6 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 3.71e-08 42.7 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 2.73e-76 214 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 3.19e-27 90.5 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.34e-12 53.5 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 1.51e-95 265 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 1.71e-31 103 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 7.77e-98 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 1.71e-31 103 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 7.43e-111 305 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 6.87e-24 85.1 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.7 139 75 4 6 142 7 141 6.65e-24 85.1 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 1.96e-186 504 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 2.67e-12 58.5 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 1.44e-193 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 2.68e-12 58.5 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 8.89e-281 753 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 4.03e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 3.83e-287 771 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.31e-23 94.4 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 926 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.89e-23 94.4 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 2.58e-263 708 d3nu8a_ d4zwva1 29.8 339 213 7 22 341 17 349 3.91e-30 112 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 7.74e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 2.50e-08 47.4 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 4.41e-08 46.6 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 2.92e-243 653 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.95e-13 63.2 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 5.32e-222 597 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 8.47e-16 69.3 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 6.15e-10 52.4 d5esra1 d5esra1 100 302 0 0 1 302 1 302 2.66e-230 620 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 1.90e-13 63.2 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 2.78e-08 47.4 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 1.33e-06 42.4 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 8.27e-192 520 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 7.94e-16 69.3 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 2.51e-270 726 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 1.14e-68 214 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 7.33e-230 618 d3r40a_ d4inza_ 24.2 132 97 1 11 142 3 131 6.39e-10 52.4 d3r40a_ d1uk8a_ 25.0 108 74 2 26 130 21 124 4.83e-08 46.6 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 1.31e-06 42.4 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 7.00e-276 741 d3vvma_ d5w8oa_ 36.3 358 213 8 20 374 13 358 1.19e-68 214 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 1.25e-219 593 d1v19a_ d3pl2a_ 29.7 310 203 8 3 301 4 309 2.03e-23 91.7 d1v19a_ d3ikha1 24.0 292 190 8 15 301 19 283 7.09e-13 61.2 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 4.34e-11 56.2 d1v19a_ d3ry7a_ 22.9 258 164 8 18 259 23 261 2.98e-10 53.5 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.87e-183 498 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.89e-42 139 d1ub0a_ d3ry7a_ 27.4 135 90 3 99 230 145 274 3.11e-07 43.9 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 2.56e-232 625 d3pl2a_ d1v19a_ 29.7 310 203 8 4 309 3 301 2.09e-23 91.7 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.54e-13 62.4 d3pl2a_ d3ktna1 20.1 283 188 7 36 288 32 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 2.25e-250 673 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 4.82e-11 56.2 d3ktna1 d3pl2a_ 20.1 283 188 7 32 306 36 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 6.89e-208 561 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 1.02e-30 110 d3ikha1 d1v19a_ 24.0 292 190 8 19 283 15 301 6.67e-13 61.2 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 5.23e-203 548 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 3.08e-42 139 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 1.51e-216 585 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 1.09e-30 110 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 3.46e-13 62.4 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 2.99e-10 53.5 d3ry7a_ d1ub0a_ 27.4 135 90 3 145 274 99 230 3.65e-07 43.9 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1006 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 4.21e-51 175 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 4.69e-41 147 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 954 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 3.45e-57 191 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 4.09e-51 175 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 943 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 3.39e-57 191 d4i3ta_ d2j6la_ 27.0 445 298 12 40 472 65 494 4.47e-41 147 d3otia1 d3otia1 100 374 0 0 1 374 1 374 2.01e-275 740 d3otia1 d3otga1 33.1 396 218 14 1 367 4 381 2.53e-38 135 d3otga1 d3otga1 100 388 0 0 1 388 1 388 3.83e-287 771 d3otga1 d3otia1 33.1 396 218 14 4 381 1 367 2.62e-38 135 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 2.46e-182 494 d2rg7a_ d5khlb1 31.9 260 163 7 3 254 1 254 1.85e-36 124 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 2.55e-179 487 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 1.84e-36 124 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 2.19e-193 524 d2o20a_ d1dbqa_ 26.7 270 194 3 4 269 2 271 1.31e-31 112 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.84e-24 91.3 d2o20a_ d3c3ka1 26.4 246 177 3 1 244 1 244 8.54e-24 91.3 d2o20a_ d4rk4a_ 23.0 283 194 7 2 269 1 274 3.27e-22 87.0 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 8.03e-20 80.5 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 1.29e-211 571 d1dbqa_ d2o20a_ 26.7 270 194 3 2 271 4 269 1.36e-31 112 d1dbqa_ d3tb6a_ 27.1 288 182 8 1 271 2 278 6.78e-30 108 d1dbqa_ d3ctpa_ 27.4 274 184 4 1 271 2 263 9.92e-27 99.4 d1dbqa_ d3c3ka1 27.2 239 166 5 14 250 16 248 2.11e-26 98.6 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 5.42e-25 94.7 d1dbqa_ d4rk4a_ 23.0 274 205 4 2 271 3 274 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 1.09e-21 85.9 d1dbqa_ d3k9ca_ 26.6 256 180 6 14 269 13 260 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 2.67e-194 526 d3c3ka1 d3ctpa_ 29.2 267 179 7 7 271 6 264 2.44e-32 114 d3c3ka1 d1dbqa_ 27.2 239 166 5 16 248 14 250 2.02e-26 98.6 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 8.54e-24 91.3 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 9.12e-24 91.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 4.15e-23 89.4 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 5.12e-16 69.7 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 3.76e-13 61.6 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 2.22e-12 59.3 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 2.39e-208 563 d4rxta1 d5dkva1 30.1 299 191 6 5 292 7 298 7.97e-41 137 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.54e-29 105 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 1.35e-218 590 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 8.19e-41 137 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.14e-23 90.5 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 8.99e-195 527 d3ctpa_ d3c3ka1 29.2 267 179 7 6 264 7 271 2.39e-32 114 d3ctpa_ d1dbqa_ 27.4 274 184 4 2 263 1 271 9.35e-27 99.4 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 7.70e-24 91.3 d3ctpa_ d4rk4a_ 23.9 255 169 4 4 240 4 251 1.12e-22 88.2 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 4.42e-21 84.0 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 2.69e-14 64.7 d3ctpa_ d3e3ma1 21.6 255 179 7 4 243 3 251 3.85e-12 58.5 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 9.06e-208 561 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 5.92e-30 108 d3tb6a_ d1dbqa_ 27.1 288 182 8 2 278 1 271 6.81e-30 108 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 1.34e-21 85.5 d3tb6a_ d3ctpa_ 24.7 283 188 6 1 278 1 263 4.71e-21 84.0 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 1.12e-15 68.9 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 3.93e-13 61.6 d3tb6a_ d3e3ma1 20.6 262 194 5 4 261 3 254 1.38e-12 60.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.67e-199 537 d3h5oa1 d3e3ma1 32.2 261 164 4 5 257 5 260 1.05e-38 130 d3h5oa1 d1dbqa_ 26.8 280 184 7 1 268 1 271 5.17e-25 94.7 d3h5oa1 d3c3ka1 27.1 255 171 10 3 250 5 251 5.08e-16 69.7 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 1.07e-15 68.9 d3h5oa1 d4rk4a_ 23.6 275 195 5 5 269 6 275 1.61e-14 65.5 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 1.49e-198 537 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.22e-29 105 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 2.88e-23 90.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 1.68e-199 540 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 5.76e-30 108 d4rk4a_ d3c3ka1 27.8 266 176 7 1 261 2 256 9.26e-24 91.3 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 1.16e-22 88.2 d4rk4a_ d1dbqa_ 23.0 274 205 4 3 274 2 271 2.84e-22 87.4 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 3.32e-22 87.0 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 8.02e-21 83.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 1.65e-14 65.5 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 1.91e-11 56.6 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 7.08e-193 522 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 4.11e-23 89.4 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 1.27e-21 85.5 d3k9ca_ d4rk4a_ 27.8 263 178 5 5 257 7 267 7.82e-21 83.2 d3k9ca_ d1dbqa_ 26.6 256 180 6 13 260 14 269 1.04e-18 77.4 d3k9ca_ d3ctpa_ 23.2 263 193 7 5 263 7 264 2.71e-14 64.7 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 8.68e-203 548 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 1.08e-38 130 d3e3ma1 d1dbqa_ 25.9 263 187 6 3 261 3 261 1.07e-21 85.9 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 8.21e-20 80.5 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 1.35e-12 60.1 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 2.27e-12 59.3 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 4.01e-12 58.5 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 1.93e-11 56.6 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 1.40e-294 789 d1elja_ d4eqba_ 28.7 101 61 3 61 154 52 148 2.04e-05 39.3 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 8.08e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 5.53e-11 55.1 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 1.03e-06 42.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 6.08e-184 498 d1xt8a1 d5eyfa_ 30.7 228 155 3 4 229 4 230 9.24e-35 119 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 7.72e-20 79.3 d1xt8a1 d4c0ra1 30.3 132 86 3 13 141 3 131 4.87e-11 54.7 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 5.68e-09 48.5 d1xt8a1 d1pb7a_ 25.9 116 74 3 69 172 110 225 8.84e-07 42.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 5.32e-223 602 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 9.64e-39 132 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.07e-32 115 d2xwva1 d4n91a_ 26.5 291 202 5 5 289 4 288 9.58e-30 108 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 1.23e-236 637 d4euoa_ d5l9sa_ 31.5 321 207 10 2 310 5 324 1.52e-42 143 d4euoa_ d4eqba_ 22.8 303 202 10 2 285 4 293 2.68e-09 50.8 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 3.57e-247 664 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 1.59e-42 143 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 1.32e-233 629 d4n91a_ d4ng7a1 29.7 293 199 5 4 292 1 290 3.05e-40 136 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 1.20e-34 122 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 9.65e-30 108 d3delb1 d3delb1 100 224 0 0 1 224 1 224 1.01e-161 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 9.04e-20 78.6 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.47e-09 50.1 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 5.13e-09 48.5 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 1.36e-221 597 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 2.95e-40 136 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.02e-32 115 d4ng7a1 d4pbqa_ 27.0 248 173 4 1 247 4 244 5.29e-27 101 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 3.50e-175 475 d5eyfa_ d1xt8a1 30.7 228 155 3 4 230 4 229 8.98e-35 119 d5eyfa_ d4i62a_ 25.7 241 168 5 4 237 1 237 1.31e-21 84.0 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 2.56e-19 77.8 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 4.61e-11 55.1 d5eyfa_ d3delb1 27.8 209 129 7 34 231 23 220 1.58e-09 50.1 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 5.16e-229 617 d4pbqa_ d2xwva1 30.9 272 180 5 22 289 22 289 9.57e-39 132 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 1.18e-34 122 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.40e-27 101 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 3.11e-173 470 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 4.69e-22 85.1 d2ylna_ d4i62a_ 25.6 238 168 6 7 237 1 236 1.27e-19 78.6 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 2.55e-19 77.8 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 2.14e-14 63.9 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 3.75e-224 603 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 8.11e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 1.83e-05 38.5 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 4.45e-176 477 d4c0ra1 d2ylna_ 28.9 232 147 8 2 227 15 234 4.64e-22 85.1 d4c0ra1 d4i62a_ 25.9 220 140 8 13 221 20 227 2.63e-15 66.6 d4c0ra1 d1xt8a1 30.3 132 86 3 3 131 13 141 4.65e-11 54.7 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.01e-247 664 d4eqba_ d4euoa_ 22.8 303 202 10 4 293 2 285 2.76e-09 50.8 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 1.74e-05 39.3 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 1.94e-166 453 d4i62a_ d5eyfa_ 25.7 241 168 5 1 237 4 237 1.30e-21 84.0 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 7.41e-20 79.3 d4i62a_ d3delb1 24.5 220 160 4 9 227 2 216 9.61e-20 78.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 1.26e-19 78.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 2.64e-15 66.6 d4i62a_ d4kcda_ 18.8 240 163 8 17 233 56 286 1.50e-05 38.5 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 2.07e-149 407 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 1.72e-18 74.3 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 1.61e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.97e-18 74.3 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 2.83e-87 243 d2z3ga_ d3ijfx_ 37.1 105 58 6 20 122 20 118 5.91e-14 57.8 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 1.84e-92 256 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 5.91e-14 57.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 1.96e-195 529 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 2.57e-36 124 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 5.74e-16 69.7 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 9.76e-14 63.2 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 6.38e-208 561 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 9.91e-18 74.7 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 6.04e-16 69.7 d2b30a1 d2hf2a_ 25.5 278 168 11 10 272 3 256 5.93e-12 58.2 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.3 278 168 9 4 262 3 265 4.91e-20 80.9 d2hf2a_ d1rkqa1 22.7 278 192 7 2 265 1 269 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 5.66e-12 58.2 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 6.07e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 2.54e-36 124 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 4.84e-20 80.9 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 9.32e-18 74.7 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.09e-167 455 d3l5ka1 d4uasa_ 25.6 195 131 5 11 195 5 195 2.06e-12 58.2 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 1.19e-11 56.2 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.38e-164 447 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 1.29e-46 149 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 2.03e-12 58.2 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 3.44e-05 37.0 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 8.75e-147 400 d2w43a_ d4ygra1 24.2 190 122 6 1 171 1 187 5.26e-11 53.5 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 1.74e-182 494 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.41e-46 149 d4uava_ d3l5ka1 26.4 239 140 9 6 233 11 224 1.28e-11 56.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 1.10e-160 436 d4ygra1 d2w43a_ 24.2 190 122 6 1 187 1 171 5.60e-11 53.5 d4ygra1 d4uasa_ 24.7 194 132 7 1 183 2 192 3.27e-05 37.0 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.45e-151 412 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 1.01e-31 108 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 1.06e-159 434 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 1.07e-31 108 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 1.66e-133 365 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.00e-40 131 d2olua1 d2olua1 100 225 0 0 1 225 1 225 3.67e-169 459 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.24e-40 131 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 8.66e-68 192 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 2.29e-15 59.7 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 1.84e-69 196 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 2.41e-15 59.7 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 3.38e-51 148 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 1.96e-09 43.1 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 4.73e-52 150 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.01e-09 43.1 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 6.02e-99 273 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 9.65e-34 108 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 8.82e-98 271 d3grda_ d3ec9a1 40.5 126 73 1 7 132 6 129 9.87e-34 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 3.95e-140 382 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 5.93e-31 105 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 1.09e-140 383 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 5.83e-31 105 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 3.49e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 8.04e-15 60.5 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 5.54e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 8.16e-15 60.5 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 1.64e-48 141 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 1.07e-06 36.2 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 2.49e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 2.20e-10 45.8 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 1.24e-06 36.2 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 1.51e-49 144 d1viga_ d2ctma1 30.0 70 48 1 1 69 6 75 1.93e-10 45.8 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 8.38e-90 250 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 2.15e-11 51.2 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 5.49e-11 50.1 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 4.74e-10 47.4 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 3.61e-82 229 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 2.02e-14 58.5 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 1.33e-12 53.9 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 4.21e-10 47.4 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 2.17e-11 51.2 d3fvda1 d5olca1 27.2 136 75 5 1 126 1 122 1.11e-10 49.3 d5olca1 d5olca1 100 122 0 0 1 122 1 122 2.84e-91 253 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.22e-14 58.5 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 5.36e-11 50.1 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.07e-10 49.3 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 7.92e-75 210 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 6.99e-18 66.6 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 2.63e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 1.66e-19 69.7 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 1.70e-12 51.6 d1l3ka1 d3uwta2 23.5 85 64 1 1 84 3 87 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 2.78e-59 169 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 1.71e-19 69.7 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 7.01e-13 52.8 d2dnza1 d1l3ka1 41.2 51 30 0 1 51 9 59 1.66e-12 51.6 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 2.00e-19 69.7 d3uwta2 d5x3ya1 26.7 86 60 2 10 95 2 84 5.05e-11 48.5 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 1.69e-10 47.0 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 1.14e-67 191 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 1.82e-19 69.7 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 7.87e-13 52.8 d5x3ya1 d3uwta2 26.7 86 60 2 2 84 10 95 4.84e-11 48.5 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 4.99e-45 132 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 1.71e-08 40.4 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 6.96e-50 145 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 2.00e-08 40.4 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 3.45e-141 385 d3r5ga_ d3mr7a1 27.1 192 110 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 1.57e-123 339 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.80e-11 53.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.83e-191 516 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 1.04e-17 73.9 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 3.55e-199 538 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 1.09e-17 73.9 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 7.67e-138 376 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 5.34e-35 115 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 3.96e-134 366 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 5.25e-35 115 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 6.87e-94 260 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 2.43e-06 38.1 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 1.10e-116 320 d1hzta1 d1vcda_ 33.3 87 47 3 1 87 1 76 2.94e-06 38.1 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 3.41e-152 414 d1jcua_ d1hrua_ 26.0 177 126 2 10 181 2 178 3.66e-15 64.7 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 3.28e-15 64.7 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 8.53e-256 687 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 1.23e-48 161 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 1.91e-48 160 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 1.21e-44 149 d3mi9a_ d2xrwa1 28.1 324 202 9 9 316 22 330 1.88e-33 120 d3mi9a_ d3wara_ 29.4 309 187 12 12 310 38 325 2.95e-31 114 d3mi9a_ d3fe3a_ 29.4 211 122 7 9 212 4 194 3.37e-25 97.4 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 4.64e-23 90.5 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 8.76e-22 87.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 1.24e-21 86.7 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 4.28e-21 85.1 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 4.55e-21 85.1 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 1.24e-17 75.9 d3mi9a_ d5jzja_ 27.4 248 155 9 11 251 16 245 3.98e-17 73.9 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 8.80e-17 73.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 5.23e-14 65.1 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 7.75e-14 64.3 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 2.17e-13 63.2 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.57e-12 60.8 d3mi9a_ d3f66a_ 26.0 208 135 6 18 218 33 228 4.55e-12 59.3 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 4.51e-11 56.6 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 6.45e-10 52.8 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 4.47e-09 50.1 d3mi9a_ d4yfia_ 24.3 222 136 8 8 217 19 220 6.40e-09 49.7 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 3.68e-240 646 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 6.06e-65 200 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 1.09e-59 187 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 1.99e-47 155 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 7.83e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 7.84e-44 146 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 9.94e-20 81.3 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 2.31e-17 74.3 d3poza_ d3fe3a_ 27.9 226 152 8 12 234 7 224 2.68e-17 74.7 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.47e-12 60.8 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 5.83e-12 58.5 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 1.68e-11 57.8 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 3.04e-10 53.5 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 5.31e-10 53.1 d3poza_ d3oz6a_ 24.2 244 149 9 11 229 7 239 5.65e-10 53.1 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 8.41e-208 560 d4i4ea_ d3poza_ 38.2 259 158 2 13 269 16 274 5.22e-65 200 d4i4ea_ d1ad5a3 39.6 273 148 5 2 273 11 267 2.03e-62 192 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 2.42e-61 190 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 2.03e-59 185 d4i4ea_ d3lxpa_ 36.7 278 152 8 13 269 14 288 1.81e-49 159 d4i4ea_ d4itja_ 28.3 230 144 6 45 256 45 271 2.94e-22 87.4 d4i4ea_ d3fe3a_ 30.3 221 143 8 13 229 11 224 7.72e-21 84.0 d4i4ea_ d5jzja_ 33.2 214 123 8 7 212 15 216 1.18e-20 82.8 d4i4ea_ d2w5aa1 26.3 224 150 6 48 259 43 263 1.50e-20 82.4 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 6.13e-18 75.1 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 6.42e-17 72.8 d4i4ea_ d2xrwa1 26.8 246 158 9 21 256 32 265 9.46e-14 63.9 d4i4ea_ d2b9ha_ 25.1 211 136 8 10 204 14 218 1.06e-11 57.8 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 2.65e-11 56.2 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 3.62e-09 50.1 d4i4ea_ d3wara_ 22.2 221 149 10 10 222 39 244 2.77e-08 47.4 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.06e-205 555 d1ad5a3 d4i4ea_ 39.6 273 148 5 11 267 2 273 2.02e-62 192 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 4.58e-48 155 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 6.72e-45 148 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.5 271 148 9 23 261 15 282 2.67e-33 117 d1ad5a3 d3fe3a_ 30.0 250 155 10 19 253 8 252 1.31e-24 94.4 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 6.86e-19 77.8 d1ad5a3 d4wnoa_ 26.0 254 157 9 24 251 15 263 2.12e-16 70.9 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 2.08e-14 65.1 d1ad5a3 d3mi9a_ 28.2 213 120 8 16 198 8 217 6.26e-14 64.3 d1ad5a3 d3dlsa_ 22.9 249 161 11 24 251 24 262 4.77e-11 55.5 d1ad5a3 d3oz6a_ 25.3 229 127 11 19 208 9 232 1.63e-09 51.2 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.77e-228 614 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.64e-61 190 d3f66a_ d4at5a1 39.8 261 133 7 33 276 18 271 5.72e-60 187 d3f66a_ d3poza_ 40.4 260 146 4 31 287 16 269 1.03e-59 187 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 5.02e-48 155 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 8.79e-43 142 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.38e-29 106 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 2.81e-26 99.0 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 1.48e-18 77.4 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 1.74e-17 74.3 d3f66a_ d3coka1 26.3 217 142 8 32 243 16 219 5.10e-16 70.1 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 8.28e-16 70.1 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 1.45e-12 60.5 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 1.50e-12 60.1 d3f66a_ d3mi9a_ 26.0 208 135 6 33 228 18 218 4.02e-12 59.3 d3f66a_ d2b9ha_ 25.6 219 135 9 32 234 18 224 2.55e-10 53.9 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 1.20e-08 48.5 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 1.04e-259 697 d3wara_ d3oz6a_ 29.6 331 177 11 38 322 8 328 3.21e-37 131 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 3.91e-37 130 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 2.44e-32 116 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 2.92e-31 114 d3wara_ d1koba_ 25.5 298 170 9 36 322 29 285 7.08e-25 97.1 d3wara_ d2xrwa1 26.4 303 197 12 38 322 25 319 1.51e-24 96.3 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 1.84e-22 89.7 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 8.18e-19 78.6 d3wara_ d4wnoa_ 27.0 204 129 7 44 231 15 214 9.13e-19 78.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 1.75e-18 77.8 d3wara_ d2yexa_ 27.4 212 140 7 36 237 6 213 7.64e-18 75.9 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 1.07e-17 75.5 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 1.64e-17 75.5 d3wara_ d3dlsa_ 26.4 208 136 5 38 231 18 222 2.01e-16 72.0 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 4.99e-14 65.1 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 3.39e-08 47.4 d3wara_ d4itja_ 20.7 217 146 7 37 231 9 221 6.44e-08 46.6 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.83e-269 723 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 7.55e-45 149 d1koba_ d3coka1 33.5 254 159 4 37 286 17 264 1.55e-39 135 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 5.34e-37 128 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 2.49e-35 125 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 1.54e-33 120 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 5.75e-30 109 d1koba_ d2w5aa1 26.6 271 173 8 31 284 6 267 5.45e-27 101 d1koba_ d3dlsa_ 28.5 277 167 7 24 286 11 270 3.70e-26 99.8 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 7.46e-25 97.1 d1koba_ d2xrwa1 23.4 304 187 7 26 286 20 320 1.81e-19 82.0 d1koba_ d2b9ha_ 24.6 301 174 10 37 290 19 313 5.61e-19 80.5 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 1.23e-18 79.7 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 1.96e-17 75.5 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 4.71e-11 56.6 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 4.34e-208 561 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 6.55e-52 166 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.98e-49 157 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.10e-38 130 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.81e-34 119 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 2.33e-34 119 d2yexa_ d4wnoa_ 33.3 252 150 8 14 253 15 260 5.03e-33 115 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.58e-31 111 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.40e-30 109 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 7.92e-27 101 d2yexa_ d4itja_ 29.3 263 168 6 14 260 16 276 7.87e-26 97.1 d2yexa_ d2b9ha_ 30.6 206 130 3 7 200 12 216 9.58e-24 92.4 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.10e-23 90.9 d2yexa_ d3mi9a_ 31.3 211 126 7 5 200 9 215 6.99e-22 87.0 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 1.82e-21 85.5 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 2.00e-20 82.4 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.75e-19 79.7 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 5.48e-18 76.3 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 6.15e-18 75.9 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.36e-12 60.1 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.47e-09 50.4 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 1.20e-275 739 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 1.34e-69 216 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 1.27e-66 209 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 6.88e-53 171 d2xrwa1 d3mi9a_ 28.1 324 202 9 22 330 9 316 2.02e-33 120 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 2.21e-27 103 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 1.65e-24 96.3 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 5.66e-23 90.9 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 3.22e-22 89.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 1.41e-19 81.3 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 1.86e-19 82.0 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 6.26e-19 79.3 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 1.03e-18 79.3 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 7.40e-18 76.3 d2xrwa1 d4c2va_ 25.9 216 143 6 29 237 11 216 8.80e-17 73.2 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 3.75e-16 71.2 d2xrwa1 d4i4ea_ 26.8 246 158 9 32 265 21 256 1.26e-13 63.9 d2xrwa1 d4itja_ 31.5 111 67 3 65 172 49 153 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.92e-11 57.8 d2xrwa1 d4nfna_ 30.2 172 97 7 13 173 1 160 1.73e-10 54.7 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 9.42e-203 547 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.42e-39 133 d2w5aa1 d5jzja_ 33.5 275 159 9 4 269 15 274 1.30e-34 120 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.99e-34 118 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.46e-33 116 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 3.59e-33 116 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 4.16e-27 101 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 7.91e-25 94.7 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 1.10e-23 90.9 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.35e-22 87.8 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 3.41e-21 85.1 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 3.54e-21 85.5 d2w5aa1 d4i4ea_ 26.3 224 150 6 43 263 48 259 1.47e-20 82.4 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 4.41e-20 81.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.66e-20 81.3 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 4.64e-19 79.3 d2w5aa1 d1ad5a3 25.4 256 161 8 12 263 24 253 6.78e-19 77.8 d2w5aa1 d3f66a_ 26.2 244 165 7 27 264 49 283 1.57e-17 74.3 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 8.43e-16 69.3 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 7.61e-15 66.6 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 4.94e-12 58.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 1.84e-210 567 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 4.92e-61 188 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 2.75e-51 164 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.39e-43 143 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 7.80e-40 134 d4c2va_ d1koba_ 29.8 265 173 6 5 260 29 289 4.11e-37 128 d4c2va_ d2yexa_ 29.6 267 166 7 4 256 5 263 2.34e-34 119 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 1.38e-33 117 d4c2va_ d2w5aa1 29.1 268 173 7 5 257 4 269 2.47e-33 116 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 2.06e-29 106 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 9.99e-22 86.7 d4c2va_ d3oz6a_ 23.0 326 172 11 7 257 8 329 8.35e-18 75.9 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 8.67e-18 75.5 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 9.88e-18 75.5 d4c2va_ d2xrwa1 25.9 216 143 6 11 216 29 237 6.57e-17 73.2 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.37e-16 69.3 d4c2va_ d3poza_ 23.3 202 142 7 13 204 18 216 9.86e-11 54.7 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 1.14e-268 721 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 2.41e-83 252 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 1.30e-69 216 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 2.00e-48 160 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 4.14e-37 130 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 6.16e-28 104 d2b9ha_ d3coka1 27.1 303 168 9 12 309 10 264 2.59e-26 99.8 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 1.26e-23 92.4 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 1.29e-22 89.7 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 5.71e-22 87.8 d2b9ha_ d3fe3a_ 25.0 316 185 10 12 323 6 273 3.47e-20 83.6 d2b9ha_ d3uc3a_ 26.7 303 156 9 19 308 18 267 2.74e-19 80.9 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 5.63e-19 80.5 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.29e-17 75.5 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 4.36e-16 71.2 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 4.45e-16 71.2 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 7.62e-14 64.7 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 1.37e-11 57.8 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 3.03e-10 53.9 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 5.91e-10 53.1 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 5.61e-284 762 d3oz6a_ d2b9ha_ 39.1 368 188 10 8 368 13 351 2.58e-83 252 d3oz6a_ d2xrwa1 32.8 375 206 8 4 368 21 359 1.33e-66 209 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 1.10e-51 169 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 1.38e-48 161 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.1 258 151 7 8 259 7 238 9.23e-26 99.8 d3oz6a_ d3coka1 26.0 335 162 10 5 330 8 265 5.20e-22 88.2 d3oz6a_ d2w5aa1 29.3 239 129 9 8 232 6 218 4.98e-21 85.5 d3oz6a_ d5jzja_ 27.4 277 154 11 4 271 13 251 4.82e-20 82.8 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 7.56e-19 79.3 d3oz6a_ d1koba_ 24.3 334 173 12 8 334 31 291 1.32e-18 79.7 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.16e-17 75.9 d3oz6a_ d4itja_ 27.0 259 171 10 13 268 15 258 2.61e-17 75.1 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 3.15e-14 66.2 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 4.71e-14 65.5 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 1.81e-11 57.8 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 6.73e-10 53.1 d3oz6a_ d1ad5a3 25.3 229 127 11 9 232 19 208 2.27e-09 51.2 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 4.55e-222 598 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 4.38e-14 65.1 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.40e-11 57.8 d4nfna_ d2xrwa1 29.3 174 96 7 1 160 13 173 1.40e-10 54.7 d4nfna_ d5jzja_ 24.7 223 152 7 9 227 13 223 3.24e-10 53.1 d4nfna_ d3mi9a_ 27.4 223 119 8 12 210 11 214 5.61e-10 52.8 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.97e-08 47.8 d4nfna_ d2i6la_ 24.1 241 150 8 12 232 7 234 4.05e-08 47.0 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 4.58e-08 46.6 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 9.67e-08 45.8 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 9.24e-05 36.6 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 7.92e-229 615 d4at5a1 d3f66a_ 39.8 261 133 7 18 271 33 276 5.69e-60 187 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 2.20e-59 185 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 2.06e-53 169 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 4.89e-53 169 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 7.32e-44 146 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 7.19e-26 97.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 6.08e-22 87.0 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 2.20e-20 82.4 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 1.72e-18 77.8 d4at5a1 d3coka1 26.3 213 136 5 18 228 17 210 1.78e-18 77.0 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 8.37e-15 66.6 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 4.60e-14 65.1 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 4.28e-13 62.4 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 8.48e-12 58.2 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.31e-227 610 d3lxpa_ d4at5a1 37.3 287 147 7 14 285 16 284 4.80e-53 169 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.93e-49 159 d3lxpa_ d3poza_ 35.4 271 155 5 11 279 13 265 1.83e-47 155 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 8.59e-43 142 d3lxpa_ d1ad5a3 33.0 276 146 7 10 282 18 257 3.48e-42 140 d3lxpa_ d4itja_ 31.7 278 158 10 15 278 15 274 6.59e-28 103 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 7.02e-20 81.6 d3lxpa_ d2yexa_ 33.5 200 120 7 13 208 11 201 1.89e-19 79.7 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 3.45e-18 76.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 7.60e-17 73.2 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 2.10e-16 71.6 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 9.12e-16 69.3 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 6.28e-14 64.7 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 4.26e-12 59.3 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 7.08e-12 58.2 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.70e-214 578 d4itja_ d1ad5a3 32.5 271 148 9 15 282 23 261 2.82e-33 117 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 6.50e-28 103 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 2.71e-26 99.0 d4itja_ d4at5a1 29.1 313 167 12 5 286 7 295 6.97e-26 97.8 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 8.39e-26 97.1 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 7.52e-23 89.4 d4itja_ d4i4ea_ 28.3 230 144 6 45 271 45 256 3.09e-22 87.4 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 1.36e-20 83.6 d4itja_ d2w5aa1 25.8 244 153 8 6 237 2 229 4.97e-20 81.3 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 9.00e-20 81.3 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.98e-17 75.1 d4itja_ d4wnoa_ 28.0 225 134 6 9 222 8 215 7.51e-17 72.4 d4itja_ d2b9ha_ 23.5 247 170 5 7 244 10 246 3.62e-16 71.2 d4itja_ d3coka1 27.2 232 143 7 6 230 7 219 4.45e-16 70.1 d4itja_ d4c2va_ 25.4 224 144 7 4 223 1 205 8.86e-16 69.3 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 9.24e-16 69.3 d4itja_ d3dlsa_ 24.4 225 143 5 7 221 15 222 1.39e-15 68.9 d4itja_ d2i6la_ 30.5 164 90 7 8 153 6 163 6.48e-14 64.3 d4itja_ d3mi9a_ 28.1 196 117 6 8 191 10 193 1.85e-13 63.2 d4itja_ d3uc3a_ 25.2 278 170 11 9 275 13 263 7.17e-13 61.2 d4itja_ d2xrwa1 31.5 111 67 3 49 153 65 172 5.26e-12 58.9 d4itja_ d3wara_ 20.7 217 146 7 9 221 37 231 5.54e-08 46.6 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 9.05e-05 36.6 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 1.56e-203 550 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 1.72e-46 150 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 8.05e-43 142 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 8.52e-38 128 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 1.39e-33 117 d4wnoa_ d2w5aa1 29.4 269 167 6 15 271 12 269 3.65e-33 116 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 5.10e-33 115 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 6.15e-32 114 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 4.76e-28 104 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 1.60e-26 99.0 d4wnoa_ d2i6la_ 28.3 304 158 13 15 271 14 304 1.52e-22 88.6 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 3.69e-21 85.1 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 9.35e-20 80.5 d4wnoa_ d2xrwa1 29.3 215 130 7 15 221 31 231 1.06e-19 81.3 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 5.46e-19 79.3 d4wnoa_ d3wara_ 27.0 204 129 7 15 214 44 231 7.46e-19 78.6 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 1.36e-18 77.4 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 3.23e-18 76.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 1.99e-17 74.3 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 7.14e-17 72.4 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 2.13e-16 70.9 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 1.84e-08 47.8 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 1.38e-235 634 d3fe3a_ d3uc3a_ 38.3 282 157 5 7 274 12 290 1.42e-56 179 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 7.72e-52 166 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 3.21e-51 164 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.99e-50 162 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 3.34e-48 157 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.42e-45 150 d3fe3a_ d4wnoa_ 37.8 222 126 4 13 224 15 234 9.35e-43 142 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 2.86e-39 133 d3fe3a_ d1koba_ 28.9 263 177 5 7 262 31 290 1.39e-33 120 d3fe3a_ d2xrwa1 28.2 273 168 7 7 271 25 277 1.93e-27 103 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.74e-26 99.8 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 3.17e-25 97.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.52e-24 94.4 d3fe3a_ d3wara_ 24.9 281 190 9 6 280 37 302 1.74e-22 89.7 d3fe3a_ d4i4ea_ 30.3 221 143 8 11 224 13 229 8.96e-21 84.0 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 1.06e-20 84.3 d3fe3a_ d4itja_ 26.8 287 172 7 13 276 16 287 1.50e-20 83.6 d3fe3a_ d2b9ha_ 25.0 316 185 10 6 273 12 323 3.11e-20 83.6 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 7.64e-20 81.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 1.84e-18 77.8 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 2.68e-17 74.7 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 8.81e-16 70.1 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 3.84e-205 554 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 2.90e-48 157 d5jzja_ d1koba_ 32.7 266 171 6 12 274 26 286 5.90e-45 149 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 7.87e-45 146 d5jzja_ d4c2va_ 34.1 264 155 8 17 274 7 257 1.42e-43 143 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 1.22e-39 134 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 8.58e-38 128 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.32e-34 120 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.85e-34 119 d5jzja_ d3dlsa_ 30.9 272 161 8 14 274 15 270 1.20e-27 102 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 4.29e-23 90.9 d5jzja_ d2b9ha_ 25.2 317 176 8 8 274 4 309 1.01e-22 89.7 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 2.17e-22 88.2 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.19e-20 82.8 d5jzja_ d3oz6a_ 27.4 277 154 11 13 251 4 271 3.51e-20 82.8 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 1.44e-18 77.8 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 3.25e-17 73.9 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 8.85e-16 69.3 d5jzja_ d4nfna_ 24.7 223 152 7 13 223 9 227 3.04e-10 53.1 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 4.59e-230 620 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 2.93e-65 203 d2i6la_ d2xrwa1 31.3 320 191 7 2 307 19 323 5.85e-53 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 9.00e-52 169 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 2.26e-32 116 d2i6la_ d3coka1 28.0 314 162 12 4 305 4 265 4.14e-23 90.1 d2i6la_ d4wnoa_ 28.3 304 158 13 14 304 15 271 1.72e-22 88.6 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 2.09e-21 85.5 d2i6la_ d3fe3a_ 28.2 248 152 7 8 248 7 235 1.03e-20 84.3 d2i6la_ d2w5aa1 31.9 213 111 10 53 249 53 247 5.06e-20 81.6 d2i6la_ d3dlsa_ 24.5 314 171 11 3 305 13 271 2.73e-18 77.0 d2i6la_ d1koba_ 26.6 301 172 11 8 304 31 286 1.72e-17 75.5 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 2.62e-16 71.6 d2i6la_ d4itja_ 30.5 164 90 7 6 163 8 153 6.98e-14 64.3 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 4.27e-08 47.0 d3coka1 d3coka1 100 265 0 0 1 265 1 265 1.90e-200 541 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 4.81e-61 188 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 2.50e-50 162 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 1.67e-46 150 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 7.59e-45 146 d3coka1 d1koba_ 33.5 254 159 4 17 264 37 286 1.16e-39 135 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 1.09e-38 130 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 2.39e-34 120 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 3.93e-34 118 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 4.55e-31 110 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 1.94e-26 99.8 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 3.55e-23 90.1 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 3.65e-23 90.5 d3coka1 d3oz6a_ 26.0 335 162 10 8 265 5 330 3.64e-22 88.2 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 6.49e-19 78.6 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 1.59e-18 77.0 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 5.95e-18 75.1 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 2.74e-16 71.2 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 4.11e-16 70.1 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 4.54e-16 70.1 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 2.02e-14 65.1 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 4.14e-08 46.6 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 4.18e-214 577 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 1.28e-45 150 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 2.73e-31 111 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 4.89e-31 110 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 2.16e-29 106 d3dlsa_ d5jzja_ 30.9 272 161 8 15 270 14 274 1.24e-27 102 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 3.15e-27 101 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.68e-26 99.0 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 2.99e-26 99.8 d3dlsa_ d2xrwa1 26.0 277 173 7 16 285 23 274 2.53e-22 89.0 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 2.52e-18 77.0 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 1.71e-16 72.0 d3dlsa_ d2b9ha_ 28.4 218 128 6 15 215 10 216 3.52e-16 71.2 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 6.94e-12 58.2 d3dlsa_ d4i4ea_ 26.8 198 131 9 24 216 15 203 2.77e-11 56.2 d3dlsa_ d1ad5a3 22.9 249 161 11 24 262 24 251 5.00e-11 55.5 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.73e-10 53.5 d3dlsa_ d3f66a_ 24.5 208 138 7 24 221 33 231 1.15e-08 48.5 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 5.97e-219 590 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 30.2 275 168 12 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.8 236 127 12 17 228 6 231 5.87e-22 87.0 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 3.56e-14 65.5 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 5.43e-09 49.7 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 8.27e-233 627 d3uc3a_ d3fe3a_ 38.3 282 157 5 12 290 7 274 1.39e-56 179 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.15e-48 157 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 8.89e-40 134 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 1.37e-39 134 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 2.19e-35 125 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 2.79e-34 120 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 6.96e-32 114 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 3.42e-27 101 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 9.09e-25 94.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 2.40e-19 80.9 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 8.80e-19 79.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 1.14e-17 75.9 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 1.51e-17 75.5 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 2.22e-16 71.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 2.62e-16 71.6 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 2.58e-14 66.2 d3uc3a_ d4itja_ 25.2 278 170 11 13 263 9 275 7.72e-13 61.2 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 1.02e-07 45.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 4.16e-98 271 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 8.50e-19 70.5 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 2.77e-17 66.2 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 4.26e-115 315 d1wmza_ d2h2tb_ 34.7 124 67 4 1 124 2 111 9.76e-19 70.9 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.72e-103 285 d1ypqa1 d3bdwa_ 31.2 125 77 3 5 128 5 121 9.06e-19 70.5 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 7.60e-106 291 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 9.00e-19 70.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 1.83e-97 269 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 1.12e-114 316 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 1.43e-32 108 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 3.59e-117 322 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 1.46e-32 108 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 4.59e-168 457 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 1.29e-41 136 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 2.04e-178 483 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 1.31e-41 136 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 3.34e-72 204 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 2.44e-12 52.4 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 3.95e-70 198 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 2.39e-12 52.4 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 1.52e-271 730 d1k9oi_ d3ozqa1 34.1 369 222 8 14 373 13 369 1.80e-65 206 d1k9oi_ d3kcgi_ 31.1 347 227 8 9 345 49 393 6.69e-50 167 d1k9oi_ d1wz9a_ 26.5 366 247 9 9 362 4 359 7.64e-41 142 d1k9oi_ d3pzfa_ 27.2 382 256 11 11 376 6 381 8.99e-39 136 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 1.98e-37 133 d1k9oi_ d5ncsa1 28.3 378 244 11 11 375 4 367 4.42e-32 118 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 3.24e-318 853 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 4.62e-57 186 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 9.18e-54 178 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 7.63e-50 167 d3kcgi_ d3ozqa1 29.7 381 246 11 48 424 7 369 3.90e-48 162 d3kcgi_ d1wz9a_ 25.9 386 265 8 49 427 4 375 4.08e-48 162 d3kcgi_ d5ncsa1 29.7 357 230 10 73 424 25 365 2.90e-42 147 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 3.16e-37 133 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 1.66e-279 750 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 3.17e-49 164 d1wz9a_ d3kcgi_ 25.9 386 265 8 4 375 49 427 3.57e-48 162 d1wz9a_ d3ozqa1 29.2 373 236 12 7 369 11 365 8.47e-47 157 d1wz9a_ d1k9oi_ 26.5 366 247 9 4 359 9 362 7.62e-41 142 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.66e-36 129 d1wz9a_ d5ncsa1 25.5 373 255 10 8 371 6 364 1.24e-33 122 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 1.03e-27 106 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 5.22e-287 770 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 4.13e-57 186 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 2.31e-40 140 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 8.71e-39 137 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 9.16e-39 136 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.52e-35 127 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 1.05e-27 106 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.98e-279 750 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 3.19e-49 164 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 2.74e-39 137 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 2.78e-37 133 d4x30a_ d3ozqa1 27.6 384 250 12 1 373 3 369 5.02e-33 120 d4x30a_ d3le2a1 24.2 388 269 10 8 376 8 389 1.76e-25 100 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.78e-276 742 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 2.50e-42 147 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 2.68e-39 137 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 1.22e-35 128 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.47e-35 127 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 8.54e-34 122 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 1.22e-33 122 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.35e-32 118 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 9.36e-285 765 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 8.37e-54 178 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.89e-39 137 d3le2a1 d1k9oi_ 28.2 372 244 11 22 389 24 376 2.06e-37 133 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 5.20e-37 132 d3le2a1 d1wz9a_ 26.4 367 245 9 30 389 27 375 3.82e-36 129 d3le2a1 d5ncsa1 27.1 388 254 13 5 386 1 365 1.28e-35 128 d3le2a1 d4x30a_ 24.2 388 269 10 8 389 8 376 1.82e-25 100 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 7.24e-273 733 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 1.78e-65 206 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 3.39e-48 162 d3ozqa1 d1wz9a_ 29.2 373 236 12 11 365 7 369 8.43e-47 157 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 2.25e-40 140 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 4.96e-37 132 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 8.61e-34 122 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 4.96e-33 120 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.05e-180 489 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 3.20e-20 80.1 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 4.12e-175 474 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.12e-20 80.1 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 996 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 5.42e-49 170 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1055 d5upta1 d3r44a1 28.3 513 338 10 5 506 4 497 5.53e-49 170 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1145 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 6.97e-169 532 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1080 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 7.07e-169 532 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4303 XP_026225122.1 XP_015783916.1 42.2 2047 850 45 9 1914 52 1908 0.0 1310 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 3.64e-73 233 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 3.29e-11 56.6 XP_026225122.1 d4nxja1 30.4 102 65 3 1088 1186 5 103 1.83e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 3.48e-10 53.5 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 4205 XP_015783916.1 XP_026225122.1 42.2 2047 850 45 52 1908 9 1914 0.0 1310 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 5.25e-69 221 XP_015783916.1 d4nxja1 30.2 96 64 2 986 1081 12 104 9.47e-11 55.1 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 1.32e-10 54.7 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.50e-10 54.7 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1442 XP_020640612.1 RXM37273.1 26.9 735 413 20 1 712 1 634 1.15e-62 215 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1368 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 1.08e-62 215 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 0.0 872 XP_001389757.2 XP_030993825.1 44.4 421 171 7 29 387 202 621 1.20e-108 328 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1244 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.84e-108 328 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 7.94e-103 284 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 2.18e-91 255 d3d1ka_ d1v4wa_ 78.2 142 31 0 1 142 2 143 1.10e-82 233 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 4.31e-66 191 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 2.43e-18 70.1 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 7.38e-18 69.7 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 2.28e-102 283 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 2.18e-91 255 d4esaa_ d1v4wa_ 78.2 142 31 0 1 142 2 143 4.49e-82 232 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 2.73e-69 199 d4esaa_ d1gcvb_ 34.9 129 77 2 15 141 12 135 1.72e-18 70.5 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 7.89e-17 67.0 d4esaa_ d1x9fc_ 26.2 107 70 2 3 100 6 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 1.04e-103 286 d1v4wa_ d3d1ka_ 78.2 142 31 0 2 143 1 142 1.11e-82 233 d1v4wa_ d4esaa_ 78.2 142 31 0 2 143 1 142 4.52e-82 232 d1v4wa_ d3bj1a_ 70.4 142 42 0 2 143 1 142 8.92e-73 208 d1v4wa_ d2dc3a_ 31.3 128 80 2 3 122 3 130 1.50e-17 68.9 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 2.74e-17 67.4 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 7.94e-103 284 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 8.86e-73 208 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.73e-69 199 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 4.31e-66 191 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 5.01e-21 77.0 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.76e-19 73.9 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 3.83e-18 69.7 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2936 d4g7hd_ d1twfa_ 23.9 995 544 28 431 1265 167 1108 2.91e-50 189 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2889 d1twfa_ d4g7hd_ 23.9 995 544 28 167 1108 431 1265 2.81e-50 189 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-comp-based-stats-2.out000066400000000000000000003426251523407312000271060ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 4.16e-133 363 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.06e-108 298 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 4.73e-106 293 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 1.27e-103 286 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 6.91e-101 279 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 1.18e-103 286 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 2.28e-63 180 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 1.42e-62 178 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 2.40e-97 270 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 2.43e-104 288 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 9.52e-77 215 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 1.32e-73 207 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 6.24e-66 187 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 1.14e-62 178 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 2.75e-124 340 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 25.5 106 76 2 3 108 7 109 6.29e-06 37.7 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 4.07e-121 332 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 25.5 106 76 2 7 109 3 108 5.90e-06 37.7 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 4.65e-85 237 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 4.44e-84 235 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 4.25e-16 63.2 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 2.39e-83 233 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 4.05e-16 63.2 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.05e-56 162 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 2.99e-46 135 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 3.16e-94 261 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 3.66e-94 261 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 9.36e-88 245 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 7.70e-104 286 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 2.11e-94 262 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.48e-94 262 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 1.11e-55 160 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 2.24e-55 159 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 1.82e-129 354 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 1.63e-125 344 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 965 d5vcca_ d5tl8a1 23.2 469 320 12 13 468 5 446 3.28e-25 101 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d3buja1 27.9 179 96 3 242 420 203 348 5.65e-11 57.4 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 6.58e-285 764 d3oo3a_ d4j6ca_ 30.4 391 228 10 4 359 2 383 1.15e-40 142 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 28.6 381 239 12 8 367 10 378 3.09e-34 124 d3oo3a_ d2xkra_ 29.3 331 206 11 69 380 65 386 5.17e-28 107 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d5hiwa1 27.1 340 194 12 47 355 47 363 2.60e-23 94.0 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 981 d4uyma1 d5tl8a1 34.6 465 265 11 3 458 1 435 3.09e-85 263 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 6.17e-314 840 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 24.6 357 246 7 32 383 31 369 7.14e-22 90.1 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 3.25e-286 767 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d3buja1 28.6 343 230 5 5 337 14 351 2.16e-40 141 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 27.5 342 235 6 14 350 27 360 2.62e-35 127 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 92.2 396 31 0 1 396 1 396 1.19e-269 727 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.5 384 248 6 17 394 20 390 3.05e-47 160 d3buja1 d3oo3a_ 31.5 381 228 12 10 378 8 367 1.71e-46 157 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 3.13e-31 116 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 1.12e-28 109 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d5hiwa1 29.5 342 209 10 37 366 42 363 1.39e-26 103 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.23e-299 801 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d3buja1 27.2 393 259 5 15 390 12 394 4.63e-40 140 d2xkra_ d5hiwa1 28.8 306 205 9 72 371 72 370 1.63e-31 117 d2xkra_ d3oo3a_ 29.3 331 206 11 65 386 69 380 5.34e-28 107 d2xkra_ d4j6ca_ 28.2 323 217 9 72 386 88 403 3.43e-27 105 d2xkra_ d4ep6a_ 23.4 376 274 5 21 389 24 392 5.21e-21 87.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 916 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.95e-85 263 d5tl8a1 d5vcca_ 23.2 469 320 12 5 446 13 468 3.14e-25 101 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.50e-305 819 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 391 228 10 2 383 4 359 1.23e-40 142 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d4ep6a_ 29.8 319 195 10 92 399 81 381 2.50e-27 105 d4j6ca_ d2xkra_ 28.2 323 217 9 88 403 72 386 3.53e-27 105 d4j6ca_ d3buja1 29.9 278 181 7 92 363 82 351 5.46e-22 90.5 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 4.36e-295 791 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 2.40e-27 105 d4ep6a_ d3buja1 27.1 351 241 5 12 352 6 351 5.42e-27 104 d4ep6a_ d2xkra_ 23.4 376 274 5 24 392 21 389 5.17e-21 87.4 d5hiwa1 d5hiwa1 97.4 392 10 0 1 392 1 392 6.37e-288 773 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d2xkra_ 29.4 306 203 9 72 370 72 371 2.53e-33 122 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 1.93e-25 100 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3buja1 28.4 324 205 7 42 347 37 351 6.60e-24 95.9 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 2.95e-314 841 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d3buja1 26.4 276 200 3 96 370 78 351 3.75e-23 94.0 d3rwla_ d5hiwa1 25.6 308 212 7 80 382 64 359 1.10e-20 86.7 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 1.36e-145 396 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 1.70e-157 428 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 1.16e-154 420 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 95.7 256 11 0 1 256 1 256 4.40e-181 491 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 5.90e-196 528 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 28.9 166 100 4 14 162 26 190 1.89e-14 64.7 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 1.44e-172 468 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2e2ra_ d1g2na_ 22.5 218 146 3 11 205 17 234 1.67e-17 72.8 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.56e-185 501 d2xhsa1 d1g2na_ 25.0 192 125 3 44 217 47 237 1.25e-15 67.8 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 1.17e-70 199 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 3.63e-14 56.6 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 4.67e-78 219 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.23e-74 209 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 1.16e-71 202 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 3.71e-14 56.6 d3puca1 d3puca1 100 97 0 0 1 97 1 97 4.04e-68 193 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 9.77e-69 194 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 3.17e-70 198 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 6.25e-71 200 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 1.32e-67 191 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 3.57e-66 187 d1fnfa2 d4lpva1 31.3 83 54 2 1 82 2 82 1.67e-10 47.0 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 2.51e-66 188 d4lpva1 d1fnfa2 31.3 83 54 2 2 82 1 82 1.67e-10 47.0 d2edya1 d2edya1 100 96 0 0 1 96 1 96 7.58e-68 192 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 90.6 149 14 0 1 149 1 149 1.76e-98 274 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 5.73e-91 253 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 9.66e-40 118 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 3.15e-51 148 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 2.52e-44 130 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 2.54e-40 120 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 7.73e-11 45.8 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 9.66e-40 118 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 5.96e-43 127 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 8.26e-11 45.8 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 6.00e-81 226 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 1.41e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d1uf1a1 47.8 46 23 1 30 75 41 85 2.08e-07 39.7 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.59e-82 230 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 2.48e-07 39.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 4.94e-80 224 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 1.06e-74 210 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 2.97e-75 211 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 2.74e-60 172 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 3.95e-76 214 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.10e-102 283 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 1.44e-103 286 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.50e-188 508 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 28.4 250 150 10 1 234 1 237 1.88e-21 83.6 d1ij7a_ d1ij7a_ 94.6 241 13 0 1 241 1 241 2.54e-168 458 d1ij7a_ d1ym0a_ 35.9 245 139 10 1 239 1 233 1.39e-38 128 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.60e-23 89.0 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.19e-193 523 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 28.3 251 153 10 16 251 1 239 8.72e-27 98.2 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.23e-181 491 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d4dgja_ d1ij7a_ 31.0 242 150 7 1 230 1 237 1.48e-32 112 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 3.98e-181 489 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 26.4 239 161 7 1 226 1 237 2.16e-19 77.8 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 7.11e-178 482 d1ym0a_ d1ij7a_ 35.1 245 141 10 1 233 1 239 7.55e-34 116 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1099 d3fsna_ d4ou9a_ 26.1 513 300 20 28 526 29 476 2.47e-27 108 d4ou9a_ d4ou9a_ 97.9 481 10 0 1 481 1 481 0.0 956 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 82 0 0 1 82 1 82 1.69e-51 150 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.35e-216 584 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 3.68e-203 549 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 9.73e-62 191 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 1.79e-100 278 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 2.26e-222 598 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 1.30e-217 586 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 1.89e-78 220 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 7.56e-78 218 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 94.5 290 16 0 1 290 1 290 3.28e-209 565 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.39e-15 67.0 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 4.95e-228 613 g1aym.1 g1qqp.1 26.8 254 113 8 47 281 84 283 1.21e-15 69.3 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 9.76e-266 714 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 5.84e-263 706 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 5.30e-217 585 d2ebna_ d1edta_ 33.3 270 162 6 10 275 8 263 2.47e-42 140 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 3.15e-199 538 d1edta_ d2ebna_ 33.3 270 162 6 8 263 10 275 2.30e-42 140 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 5.43e-240 645 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 7.05e-230 619 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 7.82e-216 582 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 5.03e-196 529 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 6.62e-196 529 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 2.39e-186 504 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.89e-185 501 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 7.71e-185 500 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 28.2 220 152 3 4 220 3 219 2.08e-22 86.7 d1yb1a_ d5unla_ 28.1 192 131 4 3 192 7 193 4.36e-16 69.3 d1yb1a_ d1fmca_ 30.9 139 95 1 7 145 11 148 1.91e-15 67.4 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d3uxya_ 31.4 140 91 2 78 217 63 197 4.10e-12 57.8 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1fmca_ d1fmca_ 96.1 255 10 0 1 255 1 255 1.22e-182 495 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d5unla_ 31.3 252 158 4 10 248 10 259 8.75e-31 109 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 2.93e-29 105 d1fmca_ d4trra_ 29.9 254 165 3 9 249 4 257 2.44e-28 102 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d5en4a_ 31.7 227 140 9 31 249 26 245 4.14e-26 96.7 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d3uxya_ 31.0 171 111 3 86 249 67 237 3.39e-19 77.8 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d4imra1 29.8 252 158 6 9 249 9 252 3.87e-18 75.1 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.66e-175 475 d1uzma1 d4bmna1 32.2 245 150 4 5 235 4 246 4.54e-38 127 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 7.77e-38 127 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 2.39e-32 112 d1uzma1 d1gega_ 33.1 251 139 6 11 235 5 252 2.56e-29 104 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 2.53e-26 96.7 d1uzma1 d5unla_ 32.3 254 146 5 4 233 8 259 1.81e-25 94.7 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 2.06e-25 94.4 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d3o38a_ 32.8 241 139 6 10 231 20 256 4.65e-25 93.6 d1uzma1 d1fmca_ 27.1 240 160 4 8 234 12 249 7.82e-19 76.6 d1uzma1 d4trra_ 29.5 200 124 4 8 194 7 202 2.12e-17 72.8 d1uzma1 d4nima_ 26.7 225 147 5 20 232 32 250 1.54e-16 70.5 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.00e-14 65.5 d1uzma1 d3uxya_ 24.9 189 135 2 53 234 49 237 1.66e-13 61.6 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 1.19e-243 655 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 4.66e-199 537 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d4trra_ 34.3 204 127 4 4 205 3 201 1.07e-34 119 d1geea_ d5en4a_ 38.1 231 130 9 27 252 26 248 9.06e-34 117 d1geea_ d1fmca_ 31.8 245 163 4 5 249 9 249 2.74e-33 115 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d3uxya_ 32.0 172 111 3 83 249 67 237 7.82e-24 90.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 29.2 253 162 5 1 241 5 252 8.29e-22 85.5 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 8.72e-205 553 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d5en4a_ 30.4 207 131 5 62 266 56 251 1.57e-27 100 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d1fmca_ 27.4 259 171 6 2 260 8 249 2.45e-25 95.1 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d3uxya_ 32.1 187 108 7 83 263 67 240 6.30e-19 77.4 d1xkqa_ d5unla_ 29.3 263 168 7 8 264 14 264 6.41e-19 77.8 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.0 191 138 5 8 198 3 182 8.96e-05 36.2 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 7.98e-188 508 d1gega_ d4trra_ 34.1 255 159 3 2 251 7 257 1.86e-42 139 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d5unla_ 36.4 253 150 4 5 252 15 261 3.06e-37 126 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 6.77e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1fmca_ 29.8 252 165 3 2 253 12 251 2.07e-29 105 d1gega_ d1uzma1 33.1 251 139 6 5 252 11 235 2.75e-29 104 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d3uxya_ 35.2 176 109 2 76 251 67 237 9.42e-25 92.8 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 3.96e-12 57.8 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 4.04e-300 803 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 1.19e-196 531 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 6.90e-34 117 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d1uzma1 30.6 258 151 5 3 260 5 234 2.63e-32 112 d1zema1 d1fmca_ 29.7 259 165 2 2 260 8 249 8.20e-31 109 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d5en4a_ 30.3 201 128 4 60 260 57 245 5.89e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d4trra_ 28.2 259 180 4 3 260 4 257 2.75e-28 102 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 4.30e-20 80.5 d1zema1 d5unla_ 27.5 262 178 6 1 259 7 259 5.21e-19 77.8 d1zema1 d3uxya_ 28.1 192 124 3 71 260 58 237 1.35e-18 76.3 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 93.2 251 17 0 1 251 1 251 7.57e-175 475 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 29.3 259 167 6 3 245 2 260 1.20e-33 116 d5en4a_ d5unla_ 34.1 255 158 5 4 248 9 263 3.82e-32 112 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 1.12e-31 111 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5jlaa_ 32.2 245 157 6 4 245 5 243 5.57e-29 104 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d1fmca_ 31.6 250 156 8 3 245 8 249 2.03e-27 100 d5en4a_ d3zv4a_ 30.6 242 154 5 3 233 2 240 3.07e-25 94.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d3uxya_ 31.2 173 113 6 77 245 67 237 7.97e-18 73.9 d5en4a_ d4imra1 29.0 245 166 5 6 245 11 252 3.93e-15 66.6 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 5.23e-203 548 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.42e-19 79.7 d3zv4a_ d1fmca_ 27.4 259 167 7 1 254 7 249 4.31e-19 78.2 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 191 113 6 9 194 15 196 3.75e-16 70.1 d3zv4a_ d5jlaa_ 29.6 270 167 10 2 266 4 255 4.84e-16 69.7 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 1.16e-14 65.5 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d4trra_ 28.4 218 133 8 2 204 3 212 1.79e-13 62.4 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 23.1 195 136 5 9 195 4 192 6.81e-05 36.6 d3l6ea1 d3l6ea1 95.5 224 10 0 1 224 1 224 5.59e-159 433 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 2.79e-187 507 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 3.57e-31 110 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.20e-25 94.4 d4imra1 d4bmna1 27.8 255 166 6 6 252 1 245 1.06e-23 90.1 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 6.29e-22 85.5 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d3tzqa_ 29.3 242 162 4 9 247 3 238 6.07e-19 77.4 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d1fmca_ 27.8 252 163 6 9 252 9 249 1.45e-14 65.1 d4imra1 d4trra_ 26.3 255 178 4 9 253 4 258 1.59e-12 59.3 d4imra1 d5unla_ 28.2 252 159 9 15 251 15 259 3.01e-12 58.5 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.75e-10 52.8 d4imra1 d4nima_ 27.5 244 167 6 9 244 3 244 2.88e-10 52.8 d4imra1 d5en4a_ 32.1 140 91 3 115 252 108 245 4.78e-10 52.0 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 1.44e-07 44.7 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.61e-193 524 d4nima_ d4bmna1 31.3 246 155 5 2 244 3 237 8.56e-31 109 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d5en4a_ 31.9 216 138 5 23 237 24 231 1.48e-24 92.8 d4nima_ d3o38a_ 30.0 250 166 4 1 248 13 255 1.26e-22 87.8 d4nima_ d2fwmx_ 31.5 251 143 6 3 243 3 234 1.40e-22 87.4 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.5 285 166 12 2 265 2 272 1.38e-19 79.7 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d3uxya_ 32.0 172 112 3 81 250 67 235 2.89e-18 75.5 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 1.73e-16 70.5 d4nima_ d5jlaa_ 29.2 271 160 12 2 259 4 255 1.17e-13 62.8 d4nima_ d5unla_ 26.1 241 170 5 9 244 15 252 3.09e-13 61.6 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4imra1 27.5 244 167 6 3 244 9 244 3.04e-10 52.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 96.2 261 10 0 1 261 1 261 1.13e-190 516 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 2.83e-45 147 d4trra_ d1geea_ 35.8 204 124 4 3 201 4 205 4.72e-37 125 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d1fmca_ 31.1 254 162 3 4 257 9 249 1.28e-28 103 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 30.2 252 170 4 5 254 10 257 1.65e-24 92.8 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d1uzma1 28.0 257 155 5 7 260 8 237 2.64e-20 80.9 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 7.56e-15 66.2 d4trra_ d3uxya_ 26.5 181 127 2 77 257 63 237 1.39e-14 65.1 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.93e-05 38.1 d5unla_ d5unla_ 96.2 264 10 0 1 264 1 264 4.04e-181 492 d5unla_ d1gega_ 37.5 253 147 4 15 261 5 252 3.16e-37 126 d5unla_ d4bmna1 33.5 245 153 4 15 259 10 244 9.36e-34 117 d5unla_ d3tzqa_ 30.9 243 155 5 15 256 9 239 8.23e-28 101 d5unla_ d5en4a_ 33.3 234 146 5 30 263 25 248 3.56e-27 99.8 d5unla_ d1uzma1 31.9 254 151 6 8 261 4 235 1.04e-25 95.5 d5unla_ d1fmca_ 30.7 261 161 6 3 259 4 248 1.06e-25 95.9 d5unla_ d3o38a_ 31.5 248 155 4 14 257 20 256 2.31e-25 95.1 d5unla_ d3awda_ 31.0 252 160 5 10 257 9 250 1.12e-23 90.5 d5unla_ d3uxya_ 34.8 181 110 5 80 259 63 236 1.61e-23 89.7 d5unla_ d2fwmx_ 32.8 253 155 5 9 259 3 242 2.55e-23 89.4 d5unla_ d4trra_ 29.2 260 170 5 6 257 1 254 6.16e-23 88.6 d5unla_ d5jlaa_ 32.1 252 152 7 9 257 5 240 2.88e-20 81.3 d5unla_ d1geea_ 27.9 262 176 3 5 263 1 252 4.09e-20 80.9 d5unla_ d1zema1 28.2 262 176 6 7 259 1 259 3.84e-19 78.2 d5unla_ d3zv4a_ 34.6 191 111 6 15 196 9 194 5.99e-18 75.1 d5unla_ d1xkqa_ 29.5 268 171 7 9 264 3 264 2.55e-16 70.5 d5unla_ d4imra1 29.0 252 157 9 15 259 15 251 1.66e-14 65.1 d5unla_ d4nima_ 28.3 244 161 7 15 252 9 244 1.91e-14 65.1 d5unla_ d1yb1a_ 28.6 192 130 4 7 193 3 192 7.12e-14 63.2 d5unla_ d3un1a1 26.3 186 124 5 14 196 8 183 1.06e-10 53.9 d5unla_ d3guya1 24.7 178 127 4 14 191 1 171 2.24e-10 52.8 d5unla_ d5o30a_ 23.5 217 144 5 51 259 51 253 3.00e-05 37.7 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 6.36e-196 529 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3tzqa_ 33.7 252 151 7 3 245 1 245 5.24e-28 102 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 2.32e-24 92.0 d5jlaa_ d3uxya_ 33.5 194 123 3 59 247 49 241 1.05e-22 87.4 d5jlaa_ d5en4a_ 31.8 220 141 6 30 243 29 245 8.92e-22 85.1 d5jlaa_ d4trra_ 29.7 259 165 6 4 246 3 260 1.95e-20 81.6 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d3o38a_ 33.6 247 138 9 5 235 15 251 1.87e-19 79.0 d5jlaa_ d5unla_ 31.3 252 154 7 5 240 9 257 3.71e-19 78.2 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3zv4a_ 29.6 270 167 10 4 255 2 266 4.56e-16 69.7 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d4nima_ 29.2 271 160 12 4 255 2 259 1.14e-13 62.8 d5jlaa_ d1fmca_ 25.6 246 173 6 4 243 8 249 8.84e-13 60.1 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 28.1 249 162 7 7 244 11 253 2.82e-10 52.8 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 1.14e-172 468 d4zd6a_ d3uxya_ 27.9 179 114 3 54 224 68 239 3.05e-15 66.2 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 2.24e-14 63.9 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 2.77e-180 489 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d3uxya_ 33.7 196 125 2 52 246 49 240 7.56e-27 98.2 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 2.65e-26 96.7 d2fwmx_ d5unla_ 32.4 253 156 6 3 242 9 259 4.61e-24 91.3 d2fwmx_ d3awda_ 29.8 262 139 9 10 246 15 256 5.70e-23 88.2 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d4nima_ 31.5 251 143 6 3 234 3 243 1.30e-22 87.4 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 4.10e-20 80.5 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1fmca_ 26.0 254 166 5 1 243 7 249 1.93e-19 78.6 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d4trra_ 27.7 260 165 7 2 243 3 257 1.10e-12 59.7 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 26.0 169 117 3 7 168 2 169 4.27e-05 37.0 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 3.39e-190 514 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 8.43e-38 127 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d3o38a_ 35.2 256 143 10 8 252 15 258 1.84e-28 103 d3awda_ d3uxya_ 36.7 177 102 5 86 256 68 240 6.91e-26 95.9 d3awda_ d1fmca_ 28.8 250 173 3 4 253 5 249 2.46e-25 94.7 d3awda_ d5unla_ 29.4 252 164 4 9 250 10 257 2.92e-24 92.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.8 262 139 9 15 256 10 246 5.90e-23 88.2 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 6.39e-22 85.5 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 7.42e-194 524 d5o30a_ d3uxya_ 30.6 173 112 3 87 254 68 237 3.63e-20 80.5 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d3un1a1 26.8 261 151 9 4 257 7 234 4.38e-18 74.7 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 27.6 257 150 7 4 249 7 238 2.60e-11 55.8 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 1.00e-08 48.1 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 23.0 209 151 4 53 253 53 259 1.22e-05 38.9 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 4.81e-192 520 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 2.37e-32 113 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5jlaa_ 33.7 252 151 7 1 245 3 245 5.28e-28 102 d3tzqa_ d3uxya_ 35.8 173 103 2 77 243 67 237 1.39e-27 100 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d5unla_ 30.0 243 157 5 9 239 15 256 8.47e-26 96.3 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d1fmca_ 30.6 245 162 3 3 243 9 249 7.24e-25 93.6 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5en4a_ 33.9 218 135 6 23 235 24 237 1.82e-23 89.7 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d4trra_ 26.8 261 168 6 1 243 2 257 1.94e-19 79.0 d3tzqa_ d4imra1 29.3 242 162 4 3 238 9 247 6.26e-19 77.4 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 27.6 257 150 7 7 238 4 249 2.64e-11 55.8 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 7.73e-198 534 d3o38a_ d4bmna1 34.5 235 142 4 22 251 10 237 4.69e-33 115 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 2.37e-32 113 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d3awda_ 35.2 256 143 10 15 258 8 252 1.86e-28 103 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d5unla_ 31.5 248 155 4 20 256 14 257 8.47e-26 96.3 d3o38a_ d1uzma1 32.8 241 139 6 20 256 10 231 5.12e-25 93.6 d3o38a_ d3uxya_ 32.3 192 123 2 76 261 49 239 1.09e-22 87.4 d3o38a_ d4nima_ 30.0 250 166 4 13 255 1 248 1.23e-22 87.8 d3o38a_ d4trra_ 28.3 254 169 3 15 257 4 255 7.90e-22 85.5 d3o38a_ d1fmca_ 27.6 243 172 4 15 257 9 247 1.37e-21 84.7 d3o38a_ d5jlaa_ 33.6 247 138 9 15 251 5 235 1.89e-19 79.0 d3o38a_ d5en4a_ 31.5 216 134 6 42 251 30 237 4.17e-18 75.1 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.81e-191 517 d2b4qa_ d4imra1 35.4 257 157 6 1 254 3 253 3.62e-31 110 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 1.06e-20 82.4 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d2b4qa_ d3uxya_ 27.4 197 133 4 62 253 46 237 7.57e-16 68.6 d2b4qa_ d1fmca_ 27.0 248 173 5 7 253 9 249 8.99e-16 68.6 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 7.99e-185 500 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.2 245 150 4 4 246 5 235 4.77e-38 127 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3o38a_ 34.5 235 142 4 10 237 22 251 4.48e-33 115 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d4nima_ 31.3 246 155 5 3 237 2 244 7.98e-31 109 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d5unla_ 33.1 245 154 4 10 244 15 259 4.02e-30 107 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 2.23e-24 92.0 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.05e-23 90.1 d4bmna1 d1fmca_ 29.5 251 166 5 3 248 8 252 1.51e-22 87.0 d4bmna1 d3uxya_ 30.5 203 132 3 52 245 35 237 2.28e-22 86.3 d4bmna1 d5en4a_ 31.4 229 143 5 24 245 24 245 5.24e-22 85.5 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 27.2 257 175 4 1 245 1 257 2.21e-15 67.4 d4bmna1 d4zd6a_ 26.4 250 147 7 3 245 3 222 2.48e-14 63.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 1.97e-179 486 d3un1a1 d3uxya_ 30.5 239 150 5 6 232 4 238 2.20e-26 96.7 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d1fmca_ 28.0 246 159 6 1 231 7 249 1.13e-24 92.4 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d5en4a_ 34.4 195 112 7 53 235 59 249 2.90e-21 83.2 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5o30a_ 26.9 260 152 9 7 234 4 257 4.04e-18 74.7 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 25.1 187 125 5 8 183 14 196 5.20e-13 60.5 d3uxya_ d3uxya_ 92.1 241 19 0 1 241 1 241 1.69e-157 431 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 1.58e-35 121 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.01e-31 111 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 32.8 256 155 6 1 240 9 263 3.42e-29 104 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d2b4qa_ 29.6 250 156 6 3 237 9 253 1.76e-24 92.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d5o30a_ 30.5 174 113 3 67 237 86 254 6.68e-21 82.4 d3uxya_ d5en4a_ 29.2 226 149 6 20 237 23 245 2.24e-20 80.9 d3uxya_ d4nima_ 29.8 258 146 7 2 235 4 250 1.99e-19 78.6 d3uxya_ d3zv4a_ 27.1 255 167 6 3 240 5 257 4.21e-19 77.8 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d1fmca_ 27.4 248 162 5 1 237 9 249 4.25e-18 74.7 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d4trra_ 26.2 260 163 5 1 237 4 257 6.85e-15 65.9 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 2.22e-167 454 d3guya1 d3l6ea1 35.1 222 140 2 1 219 3 223 2.25e-40 132 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d5unla_ 24.2 178 128 4 1 171 14 191 2.18e-11 55.5 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 94.6 185 10 0 1 185 1 185 1.72e-127 350 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1ojta1 d1ojta1 95.7 230 10 0 1 230 1 230 1.03e-157 430 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 5.25e-201 542 d1mo9a1 d1ojta1 25.7 230 128 9 56 261 19 229 1.10e-13 62.4 d1trba1 d1trba1 100 191 0 0 1 191 1 191 7.88e-145 394 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1569 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1666 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 1.31e-227 613 d1xkua_ d4xsqa_ 39.0 100 56 1 4 98 1 100 2.50e-16 69.3 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 5.24e-137 373 d4xsqa_ d1xkua_ 39.0 100 56 1 1 100 4 98 1.04e-16 69.7 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 2.13e-187 506 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.39e-198 536 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.82e-172 466 d4kd6a_ d3moya_ 33.7 187 120 3 10 195 15 198 4.08e-29 103 d4kd6a_ d4k2na1 28.2 213 148 3 7 215 10 221 9.50e-25 92.4 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 6.29e-187 506 d4k2na1 d3moya_ 33.2 253 150 6 13 257 15 256 2.11e-32 113 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 28.2 213 148 3 10 221 7 215 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 7.94e-185 501 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.2 253 150 6 15 256 13 257 2.10e-32 113 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.7 187 120 3 15 198 10 195 4.64e-29 103 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 3.26e-181 491 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 92.8 138 10 0 1 138 1 138 9.36e-91 253 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d3w9sa_ 30.3 109 72 3 5 112 2 107 7.40e-09 44.7 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 2.04e-104 288 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 9.35e-96 266 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 3.79e-85 238 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 6.63e-87 243 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 2.34e-90 251 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 2.29e-18 68.9 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 1.02e-79 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 2.17e-18 68.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 26.6 109 76 3 2 107 5 112 2.37e-07 40.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 3.47e-87 243 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 2.74e-84 236 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 25.0 112 82 1 3 112 5 116 1.39e-07 41.2 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 9.03e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 95.1 184 9 0 1 184 1 184 5.32e-126 346 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 6.44e-147 400 d3zhoa_ d2arka1 34.5 110 50 3 2 110 3 91 2.54e-11 53.9 d4oxxa_ d4oxxa_ 90.8 153 14 0 1 153 1 153 3.38e-98 273 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 1.92e-111 306 d2m6sa_ d4oxxa_ 29.2 65 46 0 85 149 85 149 3.43e-05 35.4 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 2.25e-146 399 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 6.09e-153 417 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 1.45e-159 433 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 6.11e-132 360 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 2.65e-141 385 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.16e-141 386 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.95e-279 747 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 873 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.21e-142 389 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 2.15e-124 341 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 3.76e-137 375 d1efva1 d1efpa1 43.8 128 69 2 54 181 53 177 5.27e-25 90.1 d1efpa1 d1efpa1 84.7 183 28 0 1 183 1 183 7.92e-107 298 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 1.77e-152 415 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 3.88e-154 419 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 91.5 177 15 0 1 177 1 177 4.93e-114 315 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 1.66e-133 365 d4fega2 d2ihta1 31.3 80 48 3 33 105 22 101 2.86e-04 33.5 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 8.88e-116 318 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 6.82e-120 330 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.70e-160 434 d1m7ga_ d1m8pa3 35.5 186 113 2 20 205 2 180 1.67e-25 92.0 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.20e-125 344 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 2.53e-122 335 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 1.05e-181 492 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 1.62e-191 518 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 93.4 183 12 0 1 183 1 183 2.09e-127 350 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 2.41e-156 425 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 3.32e-144 393 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.37e-118 325 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.75e-193 523 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 8.08e-155 421 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 1.15e-147 402 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 7.70e-104 286 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 1.28e-161 439 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 3.55e-197 531 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 8.52e-224 602 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 2.74e-82 230 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 130 0 0 1 130 1 130 8.98e-99 274 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.90e-103 285 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.11e-96 268 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 9.31e-106 291 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.85e-108 299 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.70e-75 212 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 1.53e-85 239 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 1.42e-90 251 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.07e-73 207 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 1.63e-99 275 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 3.70e-96 267 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 1.24e-118 325 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 1.35e-106 294 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 1.96e-186 504 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 1.69e-192 520 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 9.66e-285 763 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 96.9 388 12 0 1 388 1 388 7.28e-276 742 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 941 d3gjua1 d3nx3a_ 22.8 425 272 11 35 454 14 387 2.03e-20 86.3 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 1.06e-271 729 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 7.50e-210 565 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 2.50e-244 656 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 9.90e-218 587 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 3.51e-235 632 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 3.17e-06 41.2 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 2.58e-195 528 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 2.24e-273 733 d5w8oa_ d3vvma_ 35.2 366 206 8 13 358 20 374 2.57e-63 200 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 5.97e-220 593 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 3.11e-06 41.2 d3vvma_ d3vvma_ 95.7 374 16 0 1 374 1 374 2.11e-261 704 d3vvma_ d5w8oa_ 36.6 358 212 8 18 372 11 356 5.43e-70 218 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 1.44e-209 567 d1v19a_ d3pl2a_ 28.4 282 188 7 31 302 33 310 1.32e-16 72.4 d1v19a_ d3ikha1 23.5 255 157 7 15 262 19 242 6.85e-09 49.3 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 77.9 258 57 0 1 258 1 258 1.10e-136 379 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 96.8 310 10 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 29.6 291 173 7 33 310 31 302 5.45e-23 90.5 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 5.57e-260 697 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 95.8 284 12 0 1 284 1 284 5.43e-205 554 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.58e-213 575 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 7.28e-224 603 d3ry7a_ d3ikha1 28.4 271 150 4 3 261 1 239 2.08e-25 96.7 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d3pl2a_ 20.2 317 223 7 1 300 2 305 4.39e-07 43.9 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1025 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 408 275 11 98 494 77 472 5.02e-38 139 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 1013 d4jz6a1 d4i3ta_ 29.4 422 281 8 63 474 58 472 9.87e-52 176 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 95.8 474 20 0 1 474 1 474 0.0 935 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 97.3 374 10 0 1 374 1 374 9.78e-267 718 d3otia1 d3otga1 31.3 400 220 15 1 367 4 381 6.27e-29 109 d3otga1 d3otga1 94.3 388 22 0 1 388 1 388 4.50e-270 728 d3otga1 d3otia1 32.8 402 211 16 4 381 1 367 8.83e-34 123 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 1.96e-188 510 d2rg7a_ d5khlb1 31.9 260 163 7 3 254 1 254 8.28e-34 117 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 1.67e-184 500 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 8.25e-34 117 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 3.68e-201 543 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.4 248 186 3 5 248 3 250 4.08e-16 70.1 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.31e-214 577 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 24.0 263 192 6 3 261 3 261 1.12e-17 74.7 d1dbqa_ d3k9ca_ 26.2 237 169 5 14 250 13 243 4.32e-16 70.1 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 7.50e-210 565 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.5 270 182 4 5 271 2 263 7.09e-20 80.5 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 26.3 152 109 2 97 245 96 247 1.70e-08 47.8 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 1.46e-218 589 d4rxta1 d5dkva1 31.0 255 159 5 49 292 50 298 7.49e-36 124 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 95.7 301 13 0 1 301 1 301 1.09e-208 565 d5dkva1 d4rxta1 30.1 292 186 6 14 298 12 292 1.30e-38 132 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 3.30e-206 556 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 25.0 284 184 7 2 263 2 278 1.68e-21 85.1 d3ctpa_ d3k9ca_ 22.8 263 194 7 7 264 5 263 1.07e-12 60.1 d3ctpa_ d3e3ma1 21.3 235 164 7 4 223 3 231 6.74e-09 48.9 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 1.30e-216 583 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3ctpa_ 25.0 284 184 7 2 278 2 263 1.79e-21 85.1 d3tb6a_ d3k9ca_ 30.4 171 112 3 106 276 97 260 1.71e-16 71.2 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 222 163 4 43 260 42 253 1.11e-06 42.4 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 2.31e-203 549 d3h5oa1 d3e3ma1 30.4 260 168 4 6 257 6 260 1.57e-31 112 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.50e-206 557 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.7 239 169 3 48 275 48 286 2.41e-20 82.4 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 2.93e-209 564 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 241 162 5 7 245 5 235 1.53e-16 71.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 20.4 240 186 4 2 239 1 237 3.41e-05 37.7 d3k9ca_ d3k9ca_ 95.5 268 12 0 1 268 1 268 1.31e-188 511 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 27.8 241 162 5 5 235 7 245 1.31e-18 77.0 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 96.0 277 11 0 1 277 1 277 3.96e-199 539 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 1.51e-38 130 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 2.35e-277 745 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 3.77e-228 613 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 2.48e-183 496 d1xt8a1 d5eyfa_ 35.5 183 116 2 4 184 4 186 5.81e-32 111 d1xt8a1 d4i62a_ 28.6 241 158 6 4 235 1 236 1.67e-15 67.4 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 1.02e-09 50.8 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 5.16e-230 619 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 5.84e-235 632 d4euoa_ d5l9sa_ 31.5 333 191 11 2 310 5 324 2.26e-41 140 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 3.32e-252 677 d5l9sa_ d4euoa_ 31.5 333 191 11 5 324 2 310 2.35e-41 140 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 1.82e-240 646 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 28.0 275 188 6 1 271 1 269 4.73e-32 115 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 5.64e-168 456 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 7.01e-224 603 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 6.85e-182 492 d5eyfa_ d1xt8a1 35.5 183 116 2 4 186 4 184 5.64e-32 111 d5eyfa_ d4i62a_ 27.7 202 137 4 36 232 35 232 1.68e-17 72.8 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 1.19e-16 70.5 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 9.57e-225 606 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 28.0 275 188 6 1 269 1 271 4.67e-32 115 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.33e-183 496 d2ylna_ d4c0ra1 27.7 231 151 7 15 234 2 227 1.26e-20 81.3 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 1.18e-16 70.5 d2ylna_ d4i62a_ 25.5 239 167 7 7 237 1 236 2.15e-16 69.7 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 6.76e-227 610 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 1.97e-179 486 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 1.24e-20 81.3 d4c0ra1 d4i62a_ 25.9 220 140 8 13 221 20 227 1.60e-13 61.6 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 9.75e-10 50.8 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 2.29e-237 639 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 26.7 116 74 3 48 159 57 165 9.10e-04 33.9 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 3.64e-171 465 d4i62a_ d5eyfa_ 27.7 202 137 4 35 232 36 232 1.66e-17 72.8 d4i62a_ d2ylna_ 25.5 239 167 7 1 236 7 237 2.14e-16 69.7 d4i62a_ d1xt8a1 28.6 241 158 6 1 236 4 235 1.60e-15 67.4 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 1.61e-13 61.6 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.29e-152 413 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 3.02e-175 474 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 95.1 123 6 0 1 123 1 123 1.52e-82 231 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 1.46e-89 249 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 1.27e-12 54.3 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 9.81e-205 552 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 1.57e-208 563 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 4.32e-204 551 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 3.55e-201 543 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 8.68e-174 471 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 2.38e-165 449 d4uasa_ d4uava_ 38.6 223 125 4 4 216 5 225 9.95e-43 139 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 2.61e-148 404 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 97.6 246 6 0 1 246 1 246 4.60e-178 483 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 5.23e-159 432 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 5.28e-154 419 d3bbda1 d3o7ba_ 31.8 192 114 4 5 184 6 192 9.22e-29 101 d3o7ba_ d3o7ba_ 97.7 216 5 0 1 216 1 216 4.13e-157 427 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 92.9 183 13 0 1 183 1 183 3.89e-123 339 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 4.81e-165 448 d2olua1 d3d3ha_ 34.4 180 118 0 25 204 1 180 1.03e-32 111 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 4.83e-65 185 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 8.29e-13 53.1 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 2.61e-69 196 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 8.73e-13 53.1 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 1.18e-51 149 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 1.12e-50 147 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 8.23e-97 268 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.30e-99 275 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 1.67e-141 385 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 1.03e-28 99.4 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 3.96e-134 366 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 1.01e-28 99.4 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 1.94e-95 265 d3qy3a1 d2cyea1 35.9 117 65 6 15 129 17 125 7.12e-12 52.8 d2cyea1 d2cyea1 91.7 132 11 0 1 132 1 132 1.07e-84 238 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 1.16e-48 142 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 2.49e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 1.51e-49 144 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 7.74e-95 263 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 7.29e-82 229 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 3.15e-90 251 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 3.19e-88 246 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 4.59e-74 208 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.11e-75 213 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 1.16e-61 176 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.13e-58 168 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 8.17e-72 202 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 8.05e-68 192 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 6.05e-46 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 7.22e-52 150 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 94.4 195 11 0 1 195 1 195 1.84e-136 374 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 5.91e-128 350 d3mr7a1 d3r5ga_ 32.6 86 48 2 91 168 105 188 1.77e-07 42.7 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 1.19e-200 540 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 5.46e-203 547 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.78e-129 354 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 1.33e-132 362 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 7.15e-87 243 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.84e-117 321 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 2.48e-145 397 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 6.51e-137 374 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 2.97e-256 688 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 26.9 320 203 7 9 312 22 326 6.93e-33 119 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 1.84e-22 89.0 d3mi9a_ d3wara_ 26.6 308 197 11 12 310 38 325 1.54e-21 87.4 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 4.28e-21 85.1 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 96.5 317 11 0 1 317 1 317 7.33e-231 622 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.6 214 124 8 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.77e-209 565 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 27.4 113 76 5 113 222 135 244 1.60e-06 42.0 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 5.48e-208 561 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 2.27e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d4wnoa_ 27.2 235 144 10 31 252 13 233 3.81e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 93.7 334 21 0 1 334 1 334 9.74e-240 646 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 26.4 303 197 12 38 322 25 319 2.48e-26 101 d3wara_ d1koba_ 25.4 299 171 9 36 323 29 286 2.02e-22 90.1 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d4c2va_ 24.0 296 172 10 36 322 5 256 1.98e-17 74.7 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 2.03e-14 66.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 5.40e-262 704 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d2xrwa1 23.4 304 187 7 26 286 20 320 5.36e-20 83.6 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d3wara_ 25.4 240 131 7 86 285 91 322 1.34e-17 76.3 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 6.63e-203 548 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 33.2 226 135 6 14 229 15 234 2.57e-33 116 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3mi9a_ 31.3 211 126 7 5 200 9 215 3.41e-21 85.1 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3wara_ 22.7 211 151 6 6 213 36 237 1.46e-13 63.2 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 3.21e-280 751 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 26.9 320 203 7 22 326 9 312 7.46e-33 119 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 29.4 211 132 8 116 319 122 322 7.92e-24 94.4 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 5.53e-20 83.6 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.6 214 124 8 25 221 12 211 3.44e-11 57.0 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 3.42e-205 553 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 4.76e-39 132 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 31.8 220 129 5 12 222 15 222 1.03e-31 112 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 2.06e-207 559 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d4wnoa_ 30.7 218 136 5 3 207 3 218 8.35e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.48e-22 89.0 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3wara_ 20.2 297 182 9 5 256 36 322 5.78e-11 55.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 6.42e-275 737 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 29.3 249 154 8 70 311 92 325 9.91e-29 107 d2b9ha_ d4wnoa_ 34.1 220 108 10 12 215 8 206 8.27e-27 101 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 27.5 298 160 9 19 308 18 267 4.02e-22 89.0 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 1.90e-291 781 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 27.5 331 184 11 8 328 38 322 6.34e-31 114 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.87e-223 600 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d4wnoa_ 26.4 216 129 12 19 219 15 215 1.53e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d3wara_ 22.2 153 113 3 10 162 35 181 5.82e-07 43.5 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 6.05e-233 626 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 1.32e-229 617 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 5.70e-213 575 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 28.0 225 134 6 9 222 8 215 2.15e-17 73.9 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 27.5 109 63 5 114 221 138 231 3.10e-08 47.4 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 96.0 273 11 0 1 273 1 273 5.02e-200 541 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d3wara_ 27.2 151 96 4 67 214 92 231 1.22e-15 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 2.70e-242 651 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 37.8 222 126 4 13 224 15 234 1.41e-41 139 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 5.61e-39 132 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d3fe3a_ d3wara_ 21.9 279 199 8 6 279 37 301 4.47e-13 62.4 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 2.24e-213 575 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d3wara_ 26.8 239 130 12 73 273 91 322 3.88e-13 62.0 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.55e-237 639 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.8 241 156 6 73 303 90 322 3.99e-27 102 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d3coka1 28.2 301 155 11 14 305 17 265 1.43e-21 85.9 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d4wnoa_ 32.2 180 91 7 52 220 55 214 5.80e-21 84.3 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 2.61e-207 558 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d4wnoa_ 33.9 271 156 8 10 264 8 271 7.27e-41 136 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d2i6la_ 27.8 299 159 10 17 265 14 305 1.22e-21 85.9 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d3wara_ 22.8 237 136 7 69 263 91 322 2.78e-12 59.3 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 2.94e-214 578 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d3wara_ 28.8 104 72 2 120 222 129 231 1.14e-11 57.8 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 1.20e-218 589 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 31.7 227 122 11 22 230 8 219 9.05e-19 77.8 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 1.19e-241 649 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 27.5 298 160 9 18 267 19 308 3.52e-22 89.0 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3wara_ 23.7 241 138 8 66 268 91 323 4.76e-15 68.2 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 1.70e-88 246 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 5.83e-16 63.2 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 3.77e-14 58.2 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 6.08e-106 292 d1wmza_ d2h2tb_ 34.7 124 67 4 1 124 2 111 9.20e-16 63.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 7.59e-98 271 d1ypqa1 d3bdwa_ 31.2 125 77 3 5 128 5 121 6.21e-16 63.2 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.59e-99 273 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 8.48e-16 63.2 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 7.07e-90 249 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 3.62e-14 58.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 2.41e-93 259 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 1.42e-117 323 d3f8la_ d4zsia1 41.0 161 90 2 1 158 2 160 1.62e-31 105 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 3.20e-120 330 d4zsia1 d3f8la_ 41.0 161 90 2 2 160 1 158 1.65e-31 105 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 4.10e-171 464 d1txoa_ d2j82a_ 37.6 237 133 6 6 230 4 237 1.23e-34 118 d2j82a_ d2j82a_ 96.3 240 9 0 1 240 1 240 2.10e-171 466 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.26e-76 215 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 2.89e-72 204 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 96.3 376 14 0 1 376 1 376 1.45e-269 725 d1k9oi_ d3ozqa1 32.8 375 219 9 14 373 13 369 4.62e-62 197 d1k9oi_ d3kcgi_ 30.0 387 244 12 9 376 49 427 1.82e-49 166 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 0.0 882 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 28.7 383 251 11 48 426 7 371 4.28e-43 149 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d1k9oi_ 28.4 327 218 8 49 371 9 323 2.31e-39 139 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 2.67e-285 765 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 8.26e-50 166 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 27.8 374 242 12 7 370 11 366 7.30e-39 136 d1wz9a_ d3le2a1 28.1 374 230 13 27 375 30 389 1.35e-35 128 d1wz9a_ d1k9oi_ 25.3 383 260 11 4 375 9 376 3.61e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 1.28e-287 771 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d3ozqa1 27.5 374 250 10 9 378 13 369 2.16e-34 124 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1k9oi_ 25.6 379 266 10 6 381 11 376 2.74e-31 116 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 1.75e-287 771 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 8.33e-50 166 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.3 385 250 15 1 373 3 369 1.78e-27 105 d4x30a_ d3le2a1 24.7 392 262 12 8 376 8 389 6.15e-23 92.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.61e-288 773 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d3ozqa1 27.2 356 232 14 23 365 28 369 2.35e-28 107 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 8.85e-299 800 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d1wz9a_ 28.1 374 230 13 30 389 27 375 1.40e-35 128 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d3ozqa1 26.5 381 251 12 11 386 13 369 5.68e-31 115 d3le2a1 d1k9oi_ 25.5 364 248 11 30 389 32 376 5.35e-24 95.9 d3le2a1 d4x30a_ 24.7 392 262 12 8 389 8 376 6.36e-23 92.8 d3ozqa1 d3ozqa1 97.1 373 11 0 1 373 1 373 1.52e-274 738 d3ozqa1 d1k9oi_ 31.7 375 223 9 13 369 14 373 2.63e-56 182 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 6.74e-36 129 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 28.3 378 247 14 3 370 1 364 1.24e-31 117 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 3.82e-183 495 d3ii9a1 d5jsca1 32.7 165 105 3 45 203 37 201 4.37e-19 77.0 d5jsca1 d5jsca1 94.9 234 12 0 1 234 1 234 9.22e-163 443 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.12e-20 80.1 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 1032 d3r44a1 d5upta1 28.8 527 317 15 4 497 5 506 1.48e-49 171 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1008 d5upta1 d3r44a1 28.8 527 317 15 5 506 4 497 1.51e-49 171 EPQ09146.1 EPQ09146.1 65.2 1292 449 0 1 1292 1 1292 0.0 1519 EPQ09146.1 NP_001121181.2 41.3 1450 554 33 1 1292 1 1311 1.44e-266 788 NP_001121181.2 NP_001121181.2 80.2 1311 259 0 1 1311 1 1311 0.0 1890 NP_001121181.2 EPQ09146.1 36.3 1411 680 33 1 1311 1 1292 7.40e-213 648 XP_026225122.1 XP_026225122.1 87.2 2493 320 0 1 2493 1 2493 0.0 4446 XP_026225122.1 XP_015783916.1 43.9 1792 624 38 318 1926 335 1920 0.0 1343 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 79.5 2409 493 0 1 2409 1 2409 0.0 3927 XP_015783916.1 XP_026225122.1 45.2 1716 615 39 335 1883 318 1882 0.0 1373 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 98.5 716 11 0 1 716 1 716 0.0 1486 XP_020640612.1 RXM37273.1 26.6 737 413 21 1 712 1 634 1.14e-58 204 RXM37273.1 RXM37273.1 98.4 673 11 0 1 673 1 673 0.0 1409 RXM37273.1 XP_020640612.1 26.0 730 426 17 1 634 1 712 1.33e-57 201 XP_001389757.2 XP_001389757.2 98.4 428 7 0 1 428 1 428 0.0 869 XP_001389757.2 XP_030993825.1 45.1 421 168 8 29 387 202 621 8.66e-119 355 XP_030993825.1 XP_030993825.1 98.5 659 10 0 1 659 1 659 0.0 1376 XP_030993825.1 XP_001389757.2 45.0 418 167 8 202 618 29 384 1.48e-117 352 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.37e-104 288 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 9.24e-93 259 d3d1ka_ d1v4wa_ 78.2 142 31 0 1 142 2 143 9.45e-84 236 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 9.10e-68 196 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 3.37e-104 288 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 9.24e-93 259 d4esaa_ d1v4wa_ 78.2 142 31 0 1 142 2 143 9.45e-84 236 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 4.06e-71 204 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 5.36e-106 292 d1v4wa_ d3d1ka_ 78.2 142 31 0 2 143 1 142 9.52e-84 236 d1v4wa_ d4esaa_ 78.2 142 31 0 2 143 1 142 9.52e-84 236 d1v4wa_ d3bj1a_ 70.4 142 42 0 2 143 1 142 9.33e-75 213 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 2.88e-105 290 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 9.26e-75 213 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 4.06e-71 204 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 9.10e-68 196 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 98.4 1500 24 0 1 1500 1 1500 0.0 2911 d4g7hd_ d1twfa_ 23.5 921 515 24 500 1265 223 1108 2.13e-43 166 d1twfa_ d1twfa_ 99.4 1449 9 0 1 1449 1 1449 0.0 2976 d1twfa_ d4g7hd_ 24.1 920 512 25 222 1108 499 1265 1.28e-48 183 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-comp-based-stats-3.out000066400000000000000000003426251523407312000271070ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 4.16e-133 363 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.06e-108 298 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 4.73e-106 293 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 1.27e-103 286 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 6.91e-101 279 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 1.18e-103 286 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 2.28e-63 180 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 1.42e-62 178 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 2.40e-97 270 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 2.43e-104 288 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 9.52e-77 215 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 1.32e-73 207 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 6.24e-66 187 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 1.14e-62 178 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 2.75e-124 340 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 25.5 106 76 2 3 108 7 109 6.29e-06 37.7 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 4.07e-121 332 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 25.5 106 76 2 7 109 3 108 5.90e-06 37.7 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 4.65e-85 237 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 4.44e-84 235 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 4.25e-16 63.2 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 2.39e-83 233 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 4.05e-16 63.2 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.05e-56 162 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 2.99e-46 135 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 3.16e-94 261 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 3.66e-94 261 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 9.36e-88 245 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 7.70e-104 286 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 2.11e-94 262 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.48e-94 262 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 1.11e-55 160 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 2.24e-55 159 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 1.82e-129 354 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 1.63e-125 344 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 965 d5vcca_ d5tl8a1 23.2 469 320 12 13 468 5 446 3.28e-25 101 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d3buja1 27.9 179 96 3 242 420 203 348 5.65e-11 57.4 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 6.58e-285 764 d3oo3a_ d4j6ca_ 30.4 391 228 10 4 359 2 383 1.15e-40 142 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 28.6 381 239 12 8 367 10 378 3.09e-34 124 d3oo3a_ d2xkra_ 29.3 331 206 11 69 380 65 386 5.17e-28 107 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d5hiwa1 27.1 340 194 12 47 355 47 363 2.60e-23 94.0 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 981 d4uyma1 d5tl8a1 34.6 465 265 11 3 458 1 435 3.09e-85 263 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 6.17e-314 840 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 24.6 357 246 7 32 383 31 369 7.14e-22 90.1 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 3.25e-286 767 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d3buja1 28.6 343 230 5 5 337 14 351 2.16e-40 141 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 27.5 342 235 6 14 350 27 360 2.62e-35 127 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 92.2 396 31 0 1 396 1 396 1.19e-269 727 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.5 384 248 6 17 394 20 390 3.05e-47 160 d3buja1 d3oo3a_ 31.5 381 228 12 10 378 8 367 1.71e-46 157 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 3.13e-31 116 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 1.12e-28 109 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d5hiwa1 29.5 342 209 10 37 366 42 363 1.39e-26 103 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.23e-299 801 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d3buja1 27.2 393 259 5 15 390 12 394 4.63e-40 140 d2xkra_ d5hiwa1 28.8 306 205 9 72 371 72 370 1.63e-31 117 d2xkra_ d3oo3a_ 29.3 331 206 11 65 386 69 380 5.34e-28 107 d2xkra_ d4j6ca_ 28.2 323 217 9 72 386 88 403 3.43e-27 105 d2xkra_ d4ep6a_ 23.4 376 274 5 21 389 24 392 5.21e-21 87.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 916 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.95e-85 263 d5tl8a1 d5vcca_ 23.2 469 320 12 5 446 13 468 3.14e-25 101 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.50e-305 819 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 391 228 10 2 383 4 359 1.23e-40 142 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d4ep6a_ 29.8 319 195 10 92 399 81 381 2.50e-27 105 d4j6ca_ d2xkra_ 28.2 323 217 9 88 403 72 386 3.53e-27 105 d4j6ca_ d3buja1 29.9 278 181 7 92 363 82 351 5.46e-22 90.5 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 4.36e-295 791 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 2.40e-27 105 d4ep6a_ d3buja1 27.1 351 241 5 12 352 6 351 5.42e-27 104 d4ep6a_ d2xkra_ 23.4 376 274 5 24 392 21 389 5.17e-21 87.4 d5hiwa1 d5hiwa1 97.4 392 10 0 1 392 1 392 6.37e-288 773 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d2xkra_ 29.4 306 203 9 72 370 72 371 2.53e-33 122 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 1.93e-25 100 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3buja1 28.4 324 205 7 42 347 37 351 6.60e-24 95.9 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 2.95e-314 841 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d3buja1 26.4 276 200 3 96 370 78 351 3.75e-23 94.0 d3rwla_ d5hiwa1 25.6 308 212 7 80 382 64 359 1.10e-20 86.7 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 1.36e-145 396 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 1.70e-157 428 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 1.16e-154 420 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 95.7 256 11 0 1 256 1 256 4.40e-181 491 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 5.90e-196 528 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 28.9 166 100 4 14 162 26 190 1.89e-14 64.7 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 1.44e-172 468 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2e2ra_ d1g2na_ 22.5 218 146 3 11 205 17 234 1.67e-17 72.8 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.56e-185 501 d2xhsa1 d1g2na_ 25.0 192 125 3 44 217 47 237 1.25e-15 67.8 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 1.17e-70 199 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 3.63e-14 56.6 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 4.67e-78 219 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.23e-74 209 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 1.16e-71 202 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 3.71e-14 56.6 d3puca1 d3puca1 100 97 0 0 1 97 1 97 4.04e-68 193 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 9.77e-69 194 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 3.17e-70 198 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 6.25e-71 200 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 1.32e-67 191 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 3.57e-66 187 d1fnfa2 d4lpva1 31.3 83 54 2 1 82 2 82 1.67e-10 47.0 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 2.51e-66 188 d4lpva1 d1fnfa2 31.3 83 54 2 2 82 1 82 1.67e-10 47.0 d2edya1 d2edya1 100 96 0 0 1 96 1 96 7.58e-68 192 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 90.6 149 14 0 1 149 1 149 1.76e-98 274 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 5.73e-91 253 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 9.66e-40 118 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 3.15e-51 148 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 2.52e-44 130 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 2.54e-40 120 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 7.73e-11 45.8 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 9.66e-40 118 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 5.96e-43 127 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 8.26e-11 45.8 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 6.00e-81 226 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 1.41e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d1uf1a1 47.8 46 23 1 30 75 41 85 2.08e-07 39.7 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.59e-82 230 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 2.48e-07 39.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 4.94e-80 224 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 1.06e-74 210 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 2.97e-75 211 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 2.74e-60 172 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 3.95e-76 214 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.10e-102 283 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 1.44e-103 286 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.50e-188 508 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 28.4 250 150 10 1 234 1 237 1.88e-21 83.6 d1ij7a_ d1ij7a_ 94.6 241 13 0 1 241 1 241 2.54e-168 458 d1ij7a_ d1ym0a_ 35.9 245 139 10 1 239 1 233 1.39e-38 128 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.60e-23 89.0 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.19e-193 523 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 28.3 251 153 10 16 251 1 239 8.72e-27 98.2 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.23e-181 491 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d4dgja_ d1ij7a_ 31.0 242 150 7 1 230 1 237 1.48e-32 112 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 3.98e-181 489 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 26.4 239 161 7 1 226 1 237 2.16e-19 77.8 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 7.11e-178 482 d1ym0a_ d1ij7a_ 35.1 245 141 10 1 233 1 239 7.55e-34 116 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1099 d3fsna_ d4ou9a_ 26.1 513 300 20 28 526 29 476 2.47e-27 108 d4ou9a_ d4ou9a_ 97.9 481 10 0 1 481 1 481 0.0 956 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 82 0 0 1 82 1 82 1.69e-51 150 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.35e-216 584 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 3.68e-203 549 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 9.73e-62 191 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 1.79e-100 278 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 2.26e-222 598 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 1.30e-217 586 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 1.89e-78 220 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 7.56e-78 218 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 94.5 290 16 0 1 290 1 290 3.28e-209 565 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.39e-15 67.0 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 4.95e-228 613 g1aym.1 g1qqp.1 26.8 254 113 8 47 281 84 283 1.21e-15 69.3 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 9.76e-266 714 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 5.84e-263 706 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 5.30e-217 585 d2ebna_ d1edta_ 33.3 270 162 6 10 275 8 263 2.47e-42 140 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 3.15e-199 538 d1edta_ d2ebna_ 33.3 270 162 6 8 263 10 275 2.30e-42 140 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 5.43e-240 645 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 7.05e-230 619 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 7.82e-216 582 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 5.03e-196 529 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 6.62e-196 529 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 2.39e-186 504 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.89e-185 501 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 7.71e-185 500 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 28.2 220 152 3 4 220 3 219 2.08e-22 86.7 d1yb1a_ d5unla_ 28.1 192 131 4 3 192 7 193 4.36e-16 69.3 d1yb1a_ d1fmca_ 30.9 139 95 1 7 145 11 148 1.91e-15 67.4 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d3uxya_ 31.4 140 91 2 78 217 63 197 4.10e-12 57.8 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1fmca_ d1fmca_ 96.1 255 10 0 1 255 1 255 1.22e-182 495 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d5unla_ 31.3 252 158 4 10 248 10 259 8.75e-31 109 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 2.93e-29 105 d1fmca_ d4trra_ 29.9 254 165 3 9 249 4 257 2.44e-28 102 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d5en4a_ 31.7 227 140 9 31 249 26 245 4.14e-26 96.7 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d3uxya_ 31.0 171 111 3 86 249 67 237 3.39e-19 77.8 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d4imra1 29.8 252 158 6 9 249 9 252 3.87e-18 75.1 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.66e-175 475 d1uzma1 d4bmna1 32.2 245 150 4 5 235 4 246 4.54e-38 127 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 7.77e-38 127 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 2.39e-32 112 d1uzma1 d1gega_ 33.1 251 139 6 11 235 5 252 2.56e-29 104 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 2.53e-26 96.7 d1uzma1 d5unla_ 32.3 254 146 5 4 233 8 259 1.81e-25 94.7 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 2.06e-25 94.4 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d3o38a_ 32.8 241 139 6 10 231 20 256 4.65e-25 93.6 d1uzma1 d1fmca_ 27.1 240 160 4 8 234 12 249 7.82e-19 76.6 d1uzma1 d4trra_ 29.5 200 124 4 8 194 7 202 2.12e-17 72.8 d1uzma1 d4nima_ 26.7 225 147 5 20 232 32 250 1.54e-16 70.5 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.00e-14 65.5 d1uzma1 d3uxya_ 24.9 189 135 2 53 234 49 237 1.66e-13 61.6 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 1.19e-243 655 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 4.66e-199 537 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d4trra_ 34.3 204 127 4 4 205 3 201 1.07e-34 119 d1geea_ d5en4a_ 38.1 231 130 9 27 252 26 248 9.06e-34 117 d1geea_ d1fmca_ 31.8 245 163 4 5 249 9 249 2.74e-33 115 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d3uxya_ 32.0 172 111 3 83 249 67 237 7.82e-24 90.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 29.2 253 162 5 1 241 5 252 8.29e-22 85.5 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 8.72e-205 553 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d5en4a_ 30.4 207 131 5 62 266 56 251 1.57e-27 100 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d1fmca_ 27.4 259 171 6 2 260 8 249 2.45e-25 95.1 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d3uxya_ 32.1 187 108 7 83 263 67 240 6.30e-19 77.4 d1xkqa_ d5unla_ 29.3 263 168 7 8 264 14 264 6.41e-19 77.8 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.0 191 138 5 8 198 3 182 8.96e-05 36.2 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 7.98e-188 508 d1gega_ d4trra_ 34.1 255 159 3 2 251 7 257 1.86e-42 139 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d5unla_ 36.4 253 150 4 5 252 15 261 3.06e-37 126 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 6.77e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1fmca_ 29.8 252 165 3 2 253 12 251 2.07e-29 105 d1gega_ d1uzma1 33.1 251 139 6 5 252 11 235 2.75e-29 104 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d3uxya_ 35.2 176 109 2 76 251 67 237 9.42e-25 92.8 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 3.96e-12 57.8 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 4.04e-300 803 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 1.19e-196 531 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 6.90e-34 117 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d1uzma1 30.6 258 151 5 3 260 5 234 2.63e-32 112 d1zema1 d1fmca_ 29.7 259 165 2 2 260 8 249 8.20e-31 109 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d5en4a_ 30.3 201 128 4 60 260 57 245 5.89e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d4trra_ 28.2 259 180 4 3 260 4 257 2.75e-28 102 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 4.30e-20 80.5 d1zema1 d5unla_ 27.5 262 178 6 1 259 7 259 5.21e-19 77.8 d1zema1 d3uxya_ 28.1 192 124 3 71 260 58 237 1.35e-18 76.3 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 93.2 251 17 0 1 251 1 251 7.57e-175 475 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 29.3 259 167 6 3 245 2 260 1.20e-33 116 d5en4a_ d5unla_ 34.1 255 158 5 4 248 9 263 3.82e-32 112 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 1.12e-31 111 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5jlaa_ 32.2 245 157 6 4 245 5 243 5.57e-29 104 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d1fmca_ 31.6 250 156 8 3 245 8 249 2.03e-27 100 d5en4a_ d3zv4a_ 30.6 242 154 5 3 233 2 240 3.07e-25 94.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d3uxya_ 31.2 173 113 6 77 245 67 237 7.97e-18 73.9 d5en4a_ d4imra1 29.0 245 166 5 6 245 11 252 3.93e-15 66.6 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 5.23e-203 548 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.42e-19 79.7 d3zv4a_ d1fmca_ 27.4 259 167 7 1 254 7 249 4.31e-19 78.2 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 191 113 6 9 194 15 196 3.75e-16 70.1 d3zv4a_ d5jlaa_ 29.6 270 167 10 2 266 4 255 4.84e-16 69.7 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 1.16e-14 65.5 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d4trra_ 28.4 218 133 8 2 204 3 212 1.79e-13 62.4 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 23.1 195 136 5 9 195 4 192 6.81e-05 36.6 d3l6ea1 d3l6ea1 95.5 224 10 0 1 224 1 224 5.59e-159 433 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 2.79e-187 507 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 3.57e-31 110 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.20e-25 94.4 d4imra1 d4bmna1 27.8 255 166 6 6 252 1 245 1.06e-23 90.1 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 6.29e-22 85.5 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d3tzqa_ 29.3 242 162 4 9 247 3 238 6.07e-19 77.4 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d1fmca_ 27.8 252 163 6 9 252 9 249 1.45e-14 65.1 d4imra1 d4trra_ 26.3 255 178 4 9 253 4 258 1.59e-12 59.3 d4imra1 d5unla_ 28.2 252 159 9 15 251 15 259 3.01e-12 58.5 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.75e-10 52.8 d4imra1 d4nima_ 27.5 244 167 6 9 244 3 244 2.88e-10 52.8 d4imra1 d5en4a_ 32.1 140 91 3 115 252 108 245 4.78e-10 52.0 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 1.44e-07 44.7 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.61e-193 524 d4nima_ d4bmna1 31.3 246 155 5 2 244 3 237 8.56e-31 109 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d5en4a_ 31.9 216 138 5 23 237 24 231 1.48e-24 92.8 d4nima_ d3o38a_ 30.0 250 166 4 1 248 13 255 1.26e-22 87.8 d4nima_ d2fwmx_ 31.5 251 143 6 3 243 3 234 1.40e-22 87.4 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.5 285 166 12 2 265 2 272 1.38e-19 79.7 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d3uxya_ 32.0 172 112 3 81 250 67 235 2.89e-18 75.5 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 1.73e-16 70.5 d4nima_ d5jlaa_ 29.2 271 160 12 2 259 4 255 1.17e-13 62.8 d4nima_ d5unla_ 26.1 241 170 5 9 244 15 252 3.09e-13 61.6 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4imra1 27.5 244 167 6 3 244 9 244 3.04e-10 52.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 96.2 261 10 0 1 261 1 261 1.13e-190 516 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 2.83e-45 147 d4trra_ d1geea_ 35.8 204 124 4 3 201 4 205 4.72e-37 125 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d1fmca_ 31.1 254 162 3 4 257 9 249 1.28e-28 103 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 30.2 252 170 4 5 254 10 257 1.65e-24 92.8 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d1uzma1 28.0 257 155 5 7 260 8 237 2.64e-20 80.9 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 7.56e-15 66.2 d4trra_ d3uxya_ 26.5 181 127 2 77 257 63 237 1.39e-14 65.1 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.93e-05 38.1 d5unla_ d5unla_ 96.2 264 10 0 1 264 1 264 4.04e-181 492 d5unla_ d1gega_ 37.5 253 147 4 15 261 5 252 3.16e-37 126 d5unla_ d4bmna1 33.5 245 153 4 15 259 10 244 9.36e-34 117 d5unla_ d3tzqa_ 30.9 243 155 5 15 256 9 239 8.23e-28 101 d5unla_ d5en4a_ 33.3 234 146 5 30 263 25 248 3.56e-27 99.8 d5unla_ d1uzma1 31.9 254 151 6 8 261 4 235 1.04e-25 95.5 d5unla_ d1fmca_ 30.7 261 161 6 3 259 4 248 1.06e-25 95.9 d5unla_ d3o38a_ 31.5 248 155 4 14 257 20 256 2.31e-25 95.1 d5unla_ d3awda_ 31.0 252 160 5 10 257 9 250 1.12e-23 90.5 d5unla_ d3uxya_ 34.8 181 110 5 80 259 63 236 1.61e-23 89.7 d5unla_ d2fwmx_ 32.8 253 155 5 9 259 3 242 2.55e-23 89.4 d5unla_ d4trra_ 29.2 260 170 5 6 257 1 254 6.16e-23 88.6 d5unla_ d5jlaa_ 32.1 252 152 7 9 257 5 240 2.88e-20 81.3 d5unla_ d1geea_ 27.9 262 176 3 5 263 1 252 4.09e-20 80.9 d5unla_ d1zema1 28.2 262 176 6 7 259 1 259 3.84e-19 78.2 d5unla_ d3zv4a_ 34.6 191 111 6 15 196 9 194 5.99e-18 75.1 d5unla_ d1xkqa_ 29.5 268 171 7 9 264 3 264 2.55e-16 70.5 d5unla_ d4imra1 29.0 252 157 9 15 259 15 251 1.66e-14 65.1 d5unla_ d4nima_ 28.3 244 161 7 15 252 9 244 1.91e-14 65.1 d5unla_ d1yb1a_ 28.6 192 130 4 7 193 3 192 7.12e-14 63.2 d5unla_ d3un1a1 26.3 186 124 5 14 196 8 183 1.06e-10 53.9 d5unla_ d3guya1 24.7 178 127 4 14 191 1 171 2.24e-10 52.8 d5unla_ d5o30a_ 23.5 217 144 5 51 259 51 253 3.00e-05 37.7 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 6.36e-196 529 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3tzqa_ 33.7 252 151 7 3 245 1 245 5.24e-28 102 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 2.32e-24 92.0 d5jlaa_ d3uxya_ 33.5 194 123 3 59 247 49 241 1.05e-22 87.4 d5jlaa_ d5en4a_ 31.8 220 141 6 30 243 29 245 8.92e-22 85.1 d5jlaa_ d4trra_ 29.7 259 165 6 4 246 3 260 1.95e-20 81.6 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d3o38a_ 33.6 247 138 9 5 235 15 251 1.87e-19 79.0 d5jlaa_ d5unla_ 31.3 252 154 7 5 240 9 257 3.71e-19 78.2 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3zv4a_ 29.6 270 167 10 4 255 2 266 4.56e-16 69.7 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d4nima_ 29.2 271 160 12 4 255 2 259 1.14e-13 62.8 d5jlaa_ d1fmca_ 25.6 246 173 6 4 243 8 249 8.84e-13 60.1 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 28.1 249 162 7 7 244 11 253 2.82e-10 52.8 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 1.14e-172 468 d4zd6a_ d3uxya_ 27.9 179 114 3 54 224 68 239 3.05e-15 66.2 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 2.24e-14 63.9 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 2.77e-180 489 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d3uxya_ 33.7 196 125 2 52 246 49 240 7.56e-27 98.2 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 2.65e-26 96.7 d2fwmx_ d5unla_ 32.4 253 156 6 3 242 9 259 4.61e-24 91.3 d2fwmx_ d3awda_ 29.8 262 139 9 10 246 15 256 5.70e-23 88.2 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d4nima_ 31.5 251 143 6 3 234 3 243 1.30e-22 87.4 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 4.10e-20 80.5 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1fmca_ 26.0 254 166 5 1 243 7 249 1.93e-19 78.6 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d4trra_ 27.7 260 165 7 2 243 3 257 1.10e-12 59.7 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 26.0 169 117 3 7 168 2 169 4.27e-05 37.0 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 3.39e-190 514 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 8.43e-38 127 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d3o38a_ 35.2 256 143 10 8 252 15 258 1.84e-28 103 d3awda_ d3uxya_ 36.7 177 102 5 86 256 68 240 6.91e-26 95.9 d3awda_ d1fmca_ 28.8 250 173 3 4 253 5 249 2.46e-25 94.7 d3awda_ d5unla_ 29.4 252 164 4 9 250 10 257 2.92e-24 92.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.8 262 139 9 15 256 10 246 5.90e-23 88.2 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 6.39e-22 85.5 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 7.42e-194 524 d5o30a_ d3uxya_ 30.6 173 112 3 87 254 68 237 3.63e-20 80.5 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d3un1a1 26.8 261 151 9 4 257 7 234 4.38e-18 74.7 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 27.6 257 150 7 4 249 7 238 2.60e-11 55.8 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 1.00e-08 48.1 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 23.0 209 151 4 53 253 53 259 1.22e-05 38.9 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 4.81e-192 520 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 2.37e-32 113 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5jlaa_ 33.7 252 151 7 1 245 3 245 5.28e-28 102 d3tzqa_ d3uxya_ 35.8 173 103 2 77 243 67 237 1.39e-27 100 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d5unla_ 30.0 243 157 5 9 239 15 256 8.47e-26 96.3 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d1fmca_ 30.6 245 162 3 3 243 9 249 7.24e-25 93.6 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5en4a_ 33.9 218 135 6 23 235 24 237 1.82e-23 89.7 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d4trra_ 26.8 261 168 6 1 243 2 257 1.94e-19 79.0 d3tzqa_ d4imra1 29.3 242 162 4 3 238 9 247 6.26e-19 77.4 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 27.6 257 150 7 7 238 4 249 2.64e-11 55.8 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 7.73e-198 534 d3o38a_ d4bmna1 34.5 235 142 4 22 251 10 237 4.69e-33 115 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 2.37e-32 113 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d3awda_ 35.2 256 143 10 15 258 8 252 1.86e-28 103 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d5unla_ 31.5 248 155 4 20 256 14 257 8.47e-26 96.3 d3o38a_ d1uzma1 32.8 241 139 6 20 256 10 231 5.12e-25 93.6 d3o38a_ d3uxya_ 32.3 192 123 2 76 261 49 239 1.09e-22 87.4 d3o38a_ d4nima_ 30.0 250 166 4 13 255 1 248 1.23e-22 87.8 d3o38a_ d4trra_ 28.3 254 169 3 15 257 4 255 7.90e-22 85.5 d3o38a_ d1fmca_ 27.6 243 172 4 15 257 9 247 1.37e-21 84.7 d3o38a_ d5jlaa_ 33.6 247 138 9 15 251 5 235 1.89e-19 79.0 d3o38a_ d5en4a_ 31.5 216 134 6 42 251 30 237 4.17e-18 75.1 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.81e-191 517 d2b4qa_ d4imra1 35.4 257 157 6 1 254 3 253 3.62e-31 110 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 1.06e-20 82.4 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d2b4qa_ d3uxya_ 27.4 197 133 4 62 253 46 237 7.57e-16 68.6 d2b4qa_ d1fmca_ 27.0 248 173 5 7 253 9 249 8.99e-16 68.6 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 7.99e-185 500 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.2 245 150 4 4 246 5 235 4.77e-38 127 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3o38a_ 34.5 235 142 4 10 237 22 251 4.48e-33 115 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d4nima_ 31.3 246 155 5 3 237 2 244 7.98e-31 109 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d5unla_ 33.1 245 154 4 10 244 15 259 4.02e-30 107 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 2.23e-24 92.0 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.05e-23 90.1 d4bmna1 d1fmca_ 29.5 251 166 5 3 248 8 252 1.51e-22 87.0 d4bmna1 d3uxya_ 30.5 203 132 3 52 245 35 237 2.28e-22 86.3 d4bmna1 d5en4a_ 31.4 229 143 5 24 245 24 245 5.24e-22 85.5 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 27.2 257 175 4 1 245 1 257 2.21e-15 67.4 d4bmna1 d4zd6a_ 26.4 250 147 7 3 245 3 222 2.48e-14 63.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 1.97e-179 486 d3un1a1 d3uxya_ 30.5 239 150 5 6 232 4 238 2.20e-26 96.7 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d1fmca_ 28.0 246 159 6 1 231 7 249 1.13e-24 92.4 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d5en4a_ 34.4 195 112 7 53 235 59 249 2.90e-21 83.2 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5o30a_ 26.9 260 152 9 7 234 4 257 4.04e-18 74.7 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 25.1 187 125 5 8 183 14 196 5.20e-13 60.5 d3uxya_ d3uxya_ 92.1 241 19 0 1 241 1 241 1.69e-157 431 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 1.58e-35 121 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.01e-31 111 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 32.8 256 155 6 1 240 9 263 3.42e-29 104 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d2b4qa_ 29.6 250 156 6 3 237 9 253 1.76e-24 92.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d5o30a_ 30.5 174 113 3 67 237 86 254 6.68e-21 82.4 d3uxya_ d5en4a_ 29.2 226 149 6 20 237 23 245 2.24e-20 80.9 d3uxya_ d4nima_ 29.8 258 146 7 2 235 4 250 1.99e-19 78.6 d3uxya_ d3zv4a_ 27.1 255 167 6 3 240 5 257 4.21e-19 77.8 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d1fmca_ 27.4 248 162 5 1 237 9 249 4.25e-18 74.7 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d4trra_ 26.2 260 163 5 1 237 4 257 6.85e-15 65.9 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 2.22e-167 454 d3guya1 d3l6ea1 35.1 222 140 2 1 219 3 223 2.25e-40 132 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d5unla_ 24.2 178 128 4 1 171 14 191 2.18e-11 55.5 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 94.6 185 10 0 1 185 1 185 1.72e-127 350 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1ojta1 d1ojta1 95.7 230 10 0 1 230 1 230 1.03e-157 430 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 5.25e-201 542 d1mo9a1 d1ojta1 25.7 230 128 9 56 261 19 229 1.10e-13 62.4 d1trba1 d1trba1 100 191 0 0 1 191 1 191 7.88e-145 394 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1569 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1666 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 1.31e-227 613 d1xkua_ d4xsqa_ 39.0 100 56 1 4 98 1 100 2.50e-16 69.3 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 5.24e-137 373 d4xsqa_ d1xkua_ 39.0 100 56 1 1 100 4 98 1.04e-16 69.7 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 2.13e-187 506 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.39e-198 536 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.82e-172 466 d4kd6a_ d3moya_ 33.7 187 120 3 10 195 15 198 4.08e-29 103 d4kd6a_ d4k2na1 28.2 213 148 3 7 215 10 221 9.50e-25 92.4 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 6.29e-187 506 d4k2na1 d3moya_ 33.2 253 150 6 13 257 15 256 2.11e-32 113 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 28.2 213 148 3 10 221 7 215 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 7.94e-185 501 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.2 253 150 6 15 256 13 257 2.10e-32 113 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.7 187 120 3 15 198 10 195 4.64e-29 103 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 3.26e-181 491 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 92.8 138 10 0 1 138 1 138 9.36e-91 253 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d3w9sa_ 30.3 109 72 3 5 112 2 107 7.40e-09 44.7 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 2.04e-104 288 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 9.35e-96 266 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 3.79e-85 238 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 6.63e-87 243 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 2.34e-90 251 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 2.29e-18 68.9 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 1.02e-79 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 2.17e-18 68.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 26.6 109 76 3 2 107 5 112 2.37e-07 40.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 3.47e-87 243 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 2.74e-84 236 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 25.0 112 82 1 3 112 5 116 1.39e-07 41.2 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 9.03e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 95.1 184 9 0 1 184 1 184 5.32e-126 346 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 6.44e-147 400 d3zhoa_ d2arka1 34.5 110 50 3 2 110 3 91 2.54e-11 53.9 d4oxxa_ d4oxxa_ 90.8 153 14 0 1 153 1 153 3.38e-98 273 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 1.92e-111 306 d2m6sa_ d4oxxa_ 29.2 65 46 0 85 149 85 149 3.43e-05 35.4 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 2.25e-146 399 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 6.09e-153 417 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 1.45e-159 433 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 6.11e-132 360 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 2.65e-141 385 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.16e-141 386 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.95e-279 747 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 873 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.21e-142 389 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 2.15e-124 341 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 3.76e-137 375 d1efva1 d1efpa1 43.8 128 69 2 54 181 53 177 5.27e-25 90.1 d1efpa1 d1efpa1 84.7 183 28 0 1 183 1 183 7.92e-107 298 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 1.77e-152 415 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 3.88e-154 419 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 91.5 177 15 0 1 177 1 177 4.93e-114 315 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 1.66e-133 365 d4fega2 d2ihta1 31.3 80 48 3 33 105 22 101 2.86e-04 33.5 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 8.88e-116 318 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 6.82e-120 330 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.70e-160 434 d1m7ga_ d1m8pa3 35.5 186 113 2 20 205 2 180 1.67e-25 92.0 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.20e-125 344 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 2.53e-122 335 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 1.05e-181 492 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 1.62e-191 518 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 93.4 183 12 0 1 183 1 183 2.09e-127 350 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 2.41e-156 425 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 3.32e-144 393 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.37e-118 325 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.75e-193 523 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 8.08e-155 421 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 1.15e-147 402 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 7.70e-104 286 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 1.28e-161 439 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 3.55e-197 531 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 8.52e-224 602 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 2.74e-82 230 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 130 0 0 1 130 1 130 8.98e-99 274 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.90e-103 285 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.11e-96 268 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 9.31e-106 291 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.85e-108 299 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.70e-75 212 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 1.53e-85 239 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 1.42e-90 251 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.07e-73 207 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 1.63e-99 275 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 3.70e-96 267 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 1.24e-118 325 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 1.35e-106 294 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 1.96e-186 504 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 1.69e-192 520 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 9.66e-285 763 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 96.9 388 12 0 1 388 1 388 7.28e-276 742 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 941 d3gjua1 d3nx3a_ 22.8 425 272 11 35 454 14 387 2.03e-20 86.3 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 1.06e-271 729 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 7.50e-210 565 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 2.50e-244 656 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 9.90e-218 587 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 3.51e-235 632 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 3.17e-06 41.2 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 2.58e-195 528 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 2.24e-273 733 d5w8oa_ d3vvma_ 35.2 366 206 8 13 358 20 374 2.57e-63 200 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 5.97e-220 593 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 3.11e-06 41.2 d3vvma_ d3vvma_ 95.7 374 16 0 1 374 1 374 2.11e-261 704 d3vvma_ d5w8oa_ 36.6 358 212 8 18 372 11 356 5.43e-70 218 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 1.44e-209 567 d1v19a_ d3pl2a_ 28.4 282 188 7 31 302 33 310 1.32e-16 72.4 d1v19a_ d3ikha1 23.5 255 157 7 15 262 19 242 6.85e-09 49.3 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 77.9 258 57 0 1 258 1 258 1.10e-136 379 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 96.8 310 10 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 29.6 291 173 7 33 310 31 302 5.45e-23 90.5 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 5.57e-260 697 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 95.8 284 12 0 1 284 1 284 5.43e-205 554 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.58e-213 575 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 7.28e-224 603 d3ry7a_ d3ikha1 28.4 271 150 4 3 261 1 239 2.08e-25 96.7 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d3pl2a_ 20.2 317 223 7 1 300 2 305 4.39e-07 43.9 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1025 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 408 275 11 98 494 77 472 5.02e-38 139 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 1013 d4jz6a1 d4i3ta_ 29.4 422 281 8 63 474 58 472 9.87e-52 176 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 95.8 474 20 0 1 474 1 474 0.0 935 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 97.3 374 10 0 1 374 1 374 9.78e-267 718 d3otia1 d3otga1 31.3 400 220 15 1 367 4 381 6.27e-29 109 d3otga1 d3otga1 94.3 388 22 0 1 388 1 388 4.50e-270 728 d3otga1 d3otia1 32.8 402 211 16 4 381 1 367 8.83e-34 123 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 1.96e-188 510 d2rg7a_ d5khlb1 31.9 260 163 7 3 254 1 254 8.28e-34 117 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 1.67e-184 500 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 8.25e-34 117 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 3.68e-201 543 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.4 248 186 3 5 248 3 250 4.08e-16 70.1 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.31e-214 577 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 24.0 263 192 6 3 261 3 261 1.12e-17 74.7 d1dbqa_ d3k9ca_ 26.2 237 169 5 14 250 13 243 4.32e-16 70.1 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 7.50e-210 565 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.5 270 182 4 5 271 2 263 7.09e-20 80.5 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 26.3 152 109 2 97 245 96 247 1.70e-08 47.8 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 1.46e-218 589 d4rxta1 d5dkva1 31.0 255 159 5 49 292 50 298 7.49e-36 124 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 95.7 301 13 0 1 301 1 301 1.09e-208 565 d5dkva1 d4rxta1 30.1 292 186 6 14 298 12 292 1.30e-38 132 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 3.30e-206 556 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 25.0 284 184 7 2 263 2 278 1.68e-21 85.1 d3ctpa_ d3k9ca_ 22.8 263 194 7 7 264 5 263 1.07e-12 60.1 d3ctpa_ d3e3ma1 21.3 235 164 7 4 223 3 231 6.74e-09 48.9 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 1.30e-216 583 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3ctpa_ 25.0 284 184 7 2 278 2 263 1.79e-21 85.1 d3tb6a_ d3k9ca_ 30.4 171 112 3 106 276 97 260 1.71e-16 71.2 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 222 163 4 43 260 42 253 1.11e-06 42.4 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 2.31e-203 549 d3h5oa1 d3e3ma1 30.4 260 168 4 6 257 6 260 1.57e-31 112 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.50e-206 557 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.7 239 169 3 48 275 48 286 2.41e-20 82.4 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 2.93e-209 564 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 241 162 5 7 245 5 235 1.53e-16 71.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 20.4 240 186 4 2 239 1 237 3.41e-05 37.7 d3k9ca_ d3k9ca_ 95.5 268 12 0 1 268 1 268 1.31e-188 511 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 27.8 241 162 5 5 235 7 245 1.31e-18 77.0 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 96.0 277 11 0 1 277 1 277 3.96e-199 539 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 1.51e-38 130 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 2.35e-277 745 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 3.77e-228 613 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 2.48e-183 496 d1xt8a1 d5eyfa_ 35.5 183 116 2 4 184 4 186 5.81e-32 111 d1xt8a1 d4i62a_ 28.6 241 158 6 4 235 1 236 1.67e-15 67.4 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 1.02e-09 50.8 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 5.16e-230 619 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 5.84e-235 632 d4euoa_ d5l9sa_ 31.5 333 191 11 2 310 5 324 2.26e-41 140 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 3.32e-252 677 d5l9sa_ d4euoa_ 31.5 333 191 11 5 324 2 310 2.35e-41 140 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 1.82e-240 646 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 28.0 275 188 6 1 271 1 269 4.73e-32 115 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 5.64e-168 456 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 7.01e-224 603 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 6.85e-182 492 d5eyfa_ d1xt8a1 35.5 183 116 2 4 186 4 184 5.64e-32 111 d5eyfa_ d4i62a_ 27.7 202 137 4 36 232 35 232 1.68e-17 72.8 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 1.19e-16 70.5 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 9.57e-225 606 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 28.0 275 188 6 1 269 1 271 4.67e-32 115 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.33e-183 496 d2ylna_ d4c0ra1 27.7 231 151 7 15 234 2 227 1.26e-20 81.3 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 1.18e-16 70.5 d2ylna_ d4i62a_ 25.5 239 167 7 7 237 1 236 2.15e-16 69.7 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 6.76e-227 610 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 1.97e-179 486 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 1.24e-20 81.3 d4c0ra1 d4i62a_ 25.9 220 140 8 13 221 20 227 1.60e-13 61.6 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 9.75e-10 50.8 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 2.29e-237 639 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 26.7 116 74 3 48 159 57 165 9.10e-04 33.9 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 3.64e-171 465 d4i62a_ d5eyfa_ 27.7 202 137 4 35 232 36 232 1.66e-17 72.8 d4i62a_ d2ylna_ 25.5 239 167 7 1 236 7 237 2.14e-16 69.7 d4i62a_ d1xt8a1 28.6 241 158 6 1 236 4 235 1.60e-15 67.4 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 1.61e-13 61.6 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.29e-152 413 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 3.02e-175 474 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 95.1 123 6 0 1 123 1 123 1.52e-82 231 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 1.46e-89 249 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 1.27e-12 54.3 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 9.81e-205 552 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 1.57e-208 563 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 4.32e-204 551 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 3.55e-201 543 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 8.68e-174 471 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 2.38e-165 449 d4uasa_ d4uava_ 38.6 223 125 4 4 216 5 225 9.95e-43 139 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 2.61e-148 404 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 97.6 246 6 0 1 246 1 246 4.60e-178 483 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 5.23e-159 432 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 5.28e-154 419 d3bbda1 d3o7ba_ 31.8 192 114 4 5 184 6 192 9.22e-29 101 d3o7ba_ d3o7ba_ 97.7 216 5 0 1 216 1 216 4.13e-157 427 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 92.9 183 13 0 1 183 1 183 3.89e-123 339 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 4.81e-165 448 d2olua1 d3d3ha_ 34.4 180 118 0 25 204 1 180 1.03e-32 111 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 4.83e-65 185 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 8.29e-13 53.1 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 2.61e-69 196 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 8.73e-13 53.1 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 1.18e-51 149 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 1.12e-50 147 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 8.23e-97 268 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.30e-99 275 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 1.67e-141 385 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 1.03e-28 99.4 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 3.96e-134 366 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 1.01e-28 99.4 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 1.94e-95 265 d3qy3a1 d2cyea1 35.9 117 65 6 15 129 17 125 7.12e-12 52.8 d2cyea1 d2cyea1 91.7 132 11 0 1 132 1 132 1.07e-84 238 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 1.16e-48 142 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 2.49e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 1.51e-49 144 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 7.74e-95 263 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 7.29e-82 229 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 3.15e-90 251 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 3.19e-88 246 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 4.59e-74 208 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.11e-75 213 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 1.16e-61 176 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.13e-58 168 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 8.17e-72 202 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 8.05e-68 192 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 6.05e-46 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 7.22e-52 150 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 94.4 195 11 0 1 195 1 195 1.84e-136 374 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 5.91e-128 350 d3mr7a1 d3r5ga_ 32.6 86 48 2 91 168 105 188 1.77e-07 42.7 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 1.19e-200 540 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 5.46e-203 547 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.78e-129 354 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 1.33e-132 362 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 7.15e-87 243 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.84e-117 321 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 2.48e-145 397 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 6.51e-137 374 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 2.97e-256 688 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 26.9 320 203 7 9 312 22 326 6.93e-33 119 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 1.84e-22 89.0 d3mi9a_ d3wara_ 26.6 308 197 11 12 310 38 325 1.54e-21 87.4 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 4.28e-21 85.1 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 96.5 317 11 0 1 317 1 317 7.33e-231 622 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.6 214 124 8 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.77e-209 565 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 27.4 113 76 5 113 222 135 244 1.60e-06 42.0 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 5.48e-208 561 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 2.27e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d4wnoa_ 27.2 235 144 10 31 252 13 233 3.81e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 93.7 334 21 0 1 334 1 334 9.74e-240 646 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 26.4 303 197 12 38 322 25 319 2.48e-26 101 d3wara_ d1koba_ 25.4 299 171 9 36 323 29 286 2.02e-22 90.1 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d4c2va_ 24.0 296 172 10 36 322 5 256 1.98e-17 74.7 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 2.03e-14 66.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 5.40e-262 704 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d2xrwa1 23.4 304 187 7 26 286 20 320 5.36e-20 83.6 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d3wara_ 25.4 240 131 7 86 285 91 322 1.34e-17 76.3 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 6.63e-203 548 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 33.2 226 135 6 14 229 15 234 2.57e-33 116 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3mi9a_ 31.3 211 126 7 5 200 9 215 3.41e-21 85.1 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3wara_ 22.7 211 151 6 6 213 36 237 1.46e-13 63.2 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 3.21e-280 751 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 26.9 320 203 7 22 326 9 312 7.46e-33 119 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 29.4 211 132 8 116 319 122 322 7.92e-24 94.4 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 5.53e-20 83.6 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.6 214 124 8 25 221 12 211 3.44e-11 57.0 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 3.42e-205 553 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 4.76e-39 132 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 31.8 220 129 5 12 222 15 222 1.03e-31 112 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 2.06e-207 559 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d4wnoa_ 30.7 218 136 5 3 207 3 218 8.35e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.48e-22 89.0 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3wara_ 20.2 297 182 9 5 256 36 322 5.78e-11 55.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 6.42e-275 737 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 29.3 249 154 8 70 311 92 325 9.91e-29 107 d2b9ha_ d4wnoa_ 34.1 220 108 10 12 215 8 206 8.27e-27 101 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 27.5 298 160 9 19 308 18 267 4.02e-22 89.0 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 1.90e-291 781 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 27.5 331 184 11 8 328 38 322 6.34e-31 114 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.87e-223 600 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d4wnoa_ 26.4 216 129 12 19 219 15 215 1.53e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d3wara_ 22.2 153 113 3 10 162 35 181 5.82e-07 43.5 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 6.05e-233 626 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 1.32e-229 617 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 5.70e-213 575 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 28.0 225 134 6 9 222 8 215 2.15e-17 73.9 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 27.5 109 63 5 114 221 138 231 3.10e-08 47.4 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 96.0 273 11 0 1 273 1 273 5.02e-200 541 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d3wara_ 27.2 151 96 4 67 214 92 231 1.22e-15 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 2.70e-242 651 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 37.8 222 126 4 13 224 15 234 1.41e-41 139 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 5.61e-39 132 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d3fe3a_ d3wara_ 21.9 279 199 8 6 279 37 301 4.47e-13 62.4 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 2.24e-213 575 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d3wara_ 26.8 239 130 12 73 273 91 322 3.88e-13 62.0 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.55e-237 639 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.8 241 156 6 73 303 90 322 3.99e-27 102 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d3coka1 28.2 301 155 11 14 305 17 265 1.43e-21 85.9 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d4wnoa_ 32.2 180 91 7 52 220 55 214 5.80e-21 84.3 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 2.61e-207 558 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d4wnoa_ 33.9 271 156 8 10 264 8 271 7.27e-41 136 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d2i6la_ 27.8 299 159 10 17 265 14 305 1.22e-21 85.9 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d3wara_ 22.8 237 136 7 69 263 91 322 2.78e-12 59.3 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 2.94e-214 578 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d3wara_ 28.8 104 72 2 120 222 129 231 1.14e-11 57.8 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 1.20e-218 589 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 31.7 227 122 11 22 230 8 219 9.05e-19 77.8 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 1.19e-241 649 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 27.5 298 160 9 18 267 19 308 3.52e-22 89.0 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3wara_ 23.7 241 138 8 66 268 91 323 4.76e-15 68.2 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 1.70e-88 246 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 5.83e-16 63.2 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 3.77e-14 58.2 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 6.08e-106 292 d1wmza_ d2h2tb_ 34.7 124 67 4 1 124 2 111 9.20e-16 63.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 7.59e-98 271 d1ypqa1 d3bdwa_ 31.2 125 77 3 5 128 5 121 6.21e-16 63.2 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.59e-99 273 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 8.48e-16 63.2 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 7.07e-90 249 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 3.62e-14 58.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 2.41e-93 259 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 1.42e-117 323 d3f8la_ d4zsia1 41.0 161 90 2 1 158 2 160 1.62e-31 105 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 3.20e-120 330 d4zsia1 d3f8la_ 41.0 161 90 2 2 160 1 158 1.65e-31 105 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 4.10e-171 464 d1txoa_ d2j82a_ 37.6 237 133 6 6 230 4 237 1.23e-34 118 d2j82a_ d2j82a_ 96.3 240 9 0 1 240 1 240 2.10e-171 466 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.26e-76 215 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 2.89e-72 204 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 96.3 376 14 0 1 376 1 376 1.45e-269 725 d1k9oi_ d3ozqa1 32.8 375 219 9 14 373 13 369 4.62e-62 197 d1k9oi_ d3kcgi_ 30.0 387 244 12 9 376 49 427 1.82e-49 166 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 0.0 882 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 28.7 383 251 11 48 426 7 371 4.28e-43 149 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d1k9oi_ 28.4 327 218 8 49 371 9 323 2.31e-39 139 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 2.67e-285 765 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 8.26e-50 166 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 27.8 374 242 12 7 370 11 366 7.30e-39 136 d1wz9a_ d3le2a1 28.1 374 230 13 27 375 30 389 1.35e-35 128 d1wz9a_ d1k9oi_ 25.3 383 260 11 4 375 9 376 3.61e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 1.28e-287 771 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d3ozqa1 27.5 374 250 10 9 378 13 369 2.16e-34 124 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1k9oi_ 25.6 379 266 10 6 381 11 376 2.74e-31 116 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 1.75e-287 771 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 8.33e-50 166 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.3 385 250 15 1 373 3 369 1.78e-27 105 d4x30a_ d3le2a1 24.7 392 262 12 8 376 8 389 6.15e-23 92.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.61e-288 773 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d3ozqa1 27.2 356 232 14 23 365 28 369 2.35e-28 107 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 8.85e-299 800 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d1wz9a_ 28.1 374 230 13 30 389 27 375 1.40e-35 128 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d3ozqa1 26.5 381 251 12 11 386 13 369 5.68e-31 115 d3le2a1 d1k9oi_ 25.5 364 248 11 30 389 32 376 5.35e-24 95.9 d3le2a1 d4x30a_ 24.7 392 262 12 8 389 8 376 6.36e-23 92.8 d3ozqa1 d3ozqa1 97.1 373 11 0 1 373 1 373 1.52e-274 738 d3ozqa1 d1k9oi_ 31.7 375 223 9 13 369 14 373 2.63e-56 182 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 6.74e-36 129 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 28.3 378 247 14 3 370 1 364 1.24e-31 117 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 3.82e-183 495 d3ii9a1 d5jsca1 32.7 165 105 3 45 203 37 201 4.37e-19 77.0 d5jsca1 d5jsca1 94.9 234 12 0 1 234 1 234 9.22e-163 443 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.12e-20 80.1 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 1032 d3r44a1 d5upta1 28.8 527 317 15 4 497 5 506 1.48e-49 171 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1008 d5upta1 d3r44a1 28.8 527 317 15 5 506 4 497 1.51e-49 171 EPQ09146.1 EPQ09146.1 65.2 1292 449 0 1 1292 1 1292 0.0 1519 EPQ09146.1 NP_001121181.2 41.3 1450 554 33 1 1292 1 1311 1.44e-266 788 NP_001121181.2 NP_001121181.2 80.2 1311 259 0 1 1311 1 1311 0.0 1890 NP_001121181.2 EPQ09146.1 36.3 1411 680 33 1 1311 1 1292 7.40e-213 648 XP_026225122.1 XP_026225122.1 87.2 2493 320 0 1 2493 1 2493 0.0 4446 XP_026225122.1 XP_015783916.1 43.9 1792 624 38 318 1926 335 1920 0.0 1343 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 79.5 2409 493 0 1 2409 1 2409 0.0 3927 XP_015783916.1 XP_026225122.1 45.2 1716 615 39 335 1883 318 1882 0.0 1373 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 98.5 716 11 0 1 716 1 716 0.0 1486 XP_020640612.1 RXM37273.1 26.6 737 413 21 1 712 1 634 1.14e-58 204 RXM37273.1 RXM37273.1 98.4 673 11 0 1 673 1 673 0.0 1409 RXM37273.1 XP_020640612.1 26.0 730 426 17 1 634 1 712 1.33e-57 201 XP_001389757.2 XP_001389757.2 98.4 428 7 0 1 428 1 428 0.0 869 XP_001389757.2 XP_030993825.1 45.1 421 168 8 29 387 202 621 8.66e-119 355 XP_030993825.1 XP_030993825.1 98.5 659 10 0 1 659 1 659 0.0 1376 XP_030993825.1 XP_001389757.2 45.0 418 167 8 202 618 29 384 1.48e-117 352 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.37e-104 288 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 9.24e-93 259 d3d1ka_ d1v4wa_ 78.2 142 31 0 1 142 2 143 9.45e-84 236 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 9.10e-68 196 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 3.37e-104 288 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 9.24e-93 259 d4esaa_ d1v4wa_ 78.2 142 31 0 1 142 2 143 9.45e-84 236 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 4.06e-71 204 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 5.36e-106 292 d1v4wa_ d3d1ka_ 78.2 142 31 0 2 143 1 142 9.52e-84 236 d1v4wa_ d4esaa_ 78.2 142 31 0 2 143 1 142 9.52e-84 236 d1v4wa_ d3bj1a_ 70.4 142 42 0 2 143 1 142 9.33e-75 213 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 2.88e-105 290 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 9.26e-75 213 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 4.06e-71 204 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 9.10e-68 196 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 98.4 1500 24 0 1 1500 1 1500 0.0 2911 d4g7hd_ d1twfa_ 23.5 921 515 24 500 1265 223 1108 2.13e-43 166 d1twfa_ d1twfa_ 99.4 1449 9 0 1 1449 1 1449 0.0 2976 d1twfa_ d4g7hd_ 24.1 920 512 25 222 1108 499 1265 1.28e-48 183 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-comp-based-stats-4.out000066400000000000000000003434041523407312000271040ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 4.16e-133 363 d2dc3a_ d1v4wa_ 30.8 130 82 2 3 132 3 124 2.82e-20 76.3 d2dc3a_ d3bj1a_ 31.9 135 84 2 3 137 2 128 3.87e-20 75.9 d2dc3a_ d3d1ka_ 31.5 130 81 2 3 132 2 123 1.17e-18 72.0 d2dc3a_ d4esaa_ 30.0 130 83 2 3 132 2 123 1.76e-17 68.9 d2dc3a_ d3g46a_ 24.8 137 96 3 2 138 9 138 1.69e-09 47.8 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.06e-108 298 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 7.02e-17 66.6 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 2.80e-04 32.7 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 4.73e-106 293 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.43e-09 47.8 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 1.27e-103 286 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 6.85e-21 76.6 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 1.49e-17 68.2 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 6.91e-101 279 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 6.61e-21 76.6 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 1.35e-20 75.9 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d4esaa_ 36.8 114 67 1 27 135 28 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 4.71e-18 69.3 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 1.18e-103 286 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 6.60e-17 66.6 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 2.28e-63 180 d2cqka1 d1s29a1 31.7 82 53 2 2 81 3 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 1.42e-62 178 d1s29a1 d2cqka1 31.7 82 53 2 3 83 2 81 1.47e-10 47.0 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 2.40e-97 270 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 5.79e-17 66.6 d5eria1 d5eria1 100 147 0 0 1 147 1 147 2.43e-104 288 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 6.21e-17 66.6 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 9.52e-77 215 d2jzya_ d4ixaa_ 40.0 70 41 1 32 100 30 99 1.16e-13 55.8 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 1.32e-73 207 d4ixaa_ d2jzya_ 40.0 70 41 1 30 99 32 100 1.14e-13 55.8 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 6.24e-66 187 d1hbka_ d2cb8a_ 33.9 56 37 0 28 83 25 80 5.00e-11 48.1 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 1.14e-62 178 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 4.83e-11 48.1 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 2.75e-124 340 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 1.29e-10 50.8 d1pfva1 d2d5ba1 25.5 106 76 2 3 108 7 109 6.29e-06 37.7 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 4.07e-121 332 d4qrea2 d2d5ba1 27.1 166 89 5 1 159 1 141 3.66e-15 62.8 d4qrea2 d1pfva1 27.9 111 73 2 7 116 3 107 1.28e-10 50.8 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 27.1 166 89 5 1 141 1 159 3.45e-15 62.8 d2d5ba1 d1pfva1 25.5 106 76 2 7 109 3 108 5.90e-06 37.7 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 4.65e-85 237 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 1.62e-76 239 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 2.42e-72 227 d4nyxa_ d4nxja1 33.0 103 63 3 7 106 5 104 5.36e-15 60.1 d4nyxa_ d3uv4a1 35.4 82 51 1 25 106 23 102 3.40e-14 58.2 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 4.44e-84 235 d3ljwa_ d4nxja1 40.4 99 49 4 20 112 13 107 2.87e-15 60.8 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 7.83e-13 54.7 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 2.56e-12 55.8 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 2.05e-11 50.8 d3ljwa_ XP_026225122.1 36.6 71 42 1 43 113 1123 1190 3.06e-11 52.8 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 4.25e-16 63.2 d3uv4a1 d4nyxa_ 35.4 82 51 1 23 102 25 106 3.61e-14 58.2 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 8.16e-13 54.7 d3uv4a1 XP_026225122.1 38.1 63 37 1 23 83 1106 1168 1.42e-11 53.9 d3uv4a1 XP_015783916.1 39.7 63 36 1 23 83 1000 1062 3.60e-11 52.8 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 2.39e-83 233 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 4.05e-16 63.2 d4nxja1 d3ljwa_ 40.4 99 49 4 13 107 20 112 2.85e-15 60.8 d4nxja1 d4nyxa_ 33.0 103 63 3 5 104 7 106 5.41e-15 60.1 d4nxja1 XP_015783916.1 29.8 104 69 3 12 111 986 1089 1.59e-11 53.5 d4nxja1 XP_026225122.1 33.3 93 56 3 5 94 1088 1177 1.03e-10 51.2 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.05e-56 162 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 4.66e-11 47.4 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 2.99e-46 135 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.68e-11 47.4 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 3.16e-94 261 d1v2aa1 d3ay8a2 32.7 101 66 1 1 99 1 101 7.57e-17 65.5 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 3.66e-94 261 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 5.42e-31 102 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 9.36e-88 245 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 1.16e-22 80.5 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 7.70e-104 286 d5b7ca2 d2gsqa1 33.1 136 80 1 4 139 3 127 5.93e-31 102 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 2.11e-94 262 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 1.18e-22 80.5 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.48e-94 262 d3ay8a2 d1v2aa1 32.7 101 66 1 1 101 1 99 7.81e-17 65.5 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 1.11e-55 160 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 5.66e-12 50.1 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 2.24e-55 159 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 5.66e-12 50.1 d4gria2 d4gria2 100 176 0 0 1 176 1 176 1.82e-129 354 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 4.43e-08 44.3 d3afha2 d3afha2 100 171 0 0 1 171 1 171 1.63e-125 344 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 4.31e-08 44.3 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 965 d5vcca_ d5tl8a1 23.2 469 320 12 13 468 5 446 3.28e-25 101 d5vcca_ d4uyma1 23.4 453 291 17 17 438 11 438 1.99e-17 77.8 d5vcca_ d3buja1 21.6 347 180 8 90 420 78 348 1.43e-13 65.5 d5vcca_ d4rm4a_ 24.6 207 124 3 234 440 180 354 7.32e-13 63.2 d5vcca_ d4j6ca_ 22.4 397 239 15 56 447 52 384 1.94e-12 62.0 d5vcca_ d4yt3a_ 22.0 418 245 12 23 435 32 373 4.55e-12 60.8 d5vcca_ d2xkra_ 23.4 338 192 12 102 435 84 358 1.81e-11 58.9 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 6.58e-285 764 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.41e-47 160 d3oo3a_ d4j6ca_ 30.4 391 228 10 4 359 2 383 1.15e-40 142 d3oo3a_ d4yt3a_ 27.4 358 226 14 35 363 36 388 2.76e-35 127 d3oo3a_ d3buja1 28.6 381 239 12 8 367 10 378 3.09e-34 124 d3oo3a_ d2xkra_ 29.3 331 206 11 69 380 65 386 5.17e-28 107 d3oo3a_ d3rwla_ 25.8 383 245 15 11 364 23 395 1.67e-25 100 d3oo3a_ d5hiwa1 27.1 340 194 12 47 355 47 363 2.60e-23 94.0 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 981 d4uyma1 d5tl8a1 34.6 465 265 11 3 458 1 435 3.09e-85 263 d4uyma1 d5vcca_ 23.4 453 291 17 11 438 17 438 1.99e-17 77.8 d4uyma1 d2xkra_ 20.0 215 126 4 219 433 188 356 2.36e-05 39.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 6.17e-314 840 d4yt3a_ d4rm4a_ 42.2 367 194 5 17 379 3 355 3.98e-93 279 d4yt3a_ d2xkra_ 31.4 370 238 6 10 379 11 364 3.14e-53 176 d4yt3a_ d4j6ca_ 29.4 364 230 11 37 386 36 386 3.70e-39 139 d4yt3a_ d3oo3a_ 27.4 358 226 14 36 388 35 363 2.94e-35 127 d4yt3a_ d3rwla_ 27.0 366 250 7 24 379 30 388 6.49e-35 127 d4yt3a_ d4ep6a_ 24.9 362 258 8 18 377 19 368 1.82e-30 114 d4yt3a_ d5hiwa1 22.9 371 235 9 32 383 31 369 2.50e-27 105 d4yt3a_ d5vcca_ 22.0 418 245 12 32 373 23 435 3.95e-12 60.8 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 3.25e-286 767 d4rm4a_ d4yt3a_ 42.2 367 194 5 3 355 17 379 3.67e-93 279 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 6.16e-65 206 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 4.65e-49 164 d4rm4a_ d3buja1 28.6 343 230 5 5 337 14 351 9.22e-49 163 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 1.38e-47 160 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 4.73e-46 156 d4rm4a_ d5hiwa1 26.7 360 250 7 18 371 31 382 2.74e-42 146 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 3.36e-33 121 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 5.86e-13 63.2 d3buja1 d3buja1 92.2 396 31 0 1 396 1 396 1.19e-269 727 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 2.58e-55 181 d3buja1 d2xkra_ 30.5 384 248 6 17 394 20 390 3.05e-47 160 d3buja1 d3oo3a_ 31.5 381 228 12 10 378 8 367 1.71e-46 157 d3buja1 d4yt3a_ 29.2 363 241 9 11 361 13 371 5.68e-39 138 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 3.13e-31 116 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 1.12e-28 109 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 7.66e-28 107 d3buja1 d5hiwa1 29.5 342 209 10 37 366 42 363 1.39e-26 103 d3buja1 d5vcca_ 23.2 383 209 13 43 356 62 428 2.11e-18 80.1 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.23e-299 801 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 6.49e-65 206 d2xkra_ d4yt3a_ 31.4 370 238 6 11 364 10 379 3.05e-53 176 d2xkra_ d3rwla_ 28.7 362 235 8 41 386 53 407 4.43e-42 146 d2xkra_ d3buja1 27.2 393 259 5 15 390 12 394 4.63e-40 140 d2xkra_ d5hiwa1 28.8 306 205 9 72 371 72 370 1.63e-31 117 d2xkra_ d3oo3a_ 29.3 331 206 11 65 386 69 380 5.34e-28 107 d2xkra_ d4j6ca_ 28.2 323 217 9 72 386 88 403 3.43e-27 105 d2xkra_ d4ep6a_ 23.4 376 274 5 21 389 24 392 5.21e-21 87.4 d2xkra_ d5vcca_ 23.4 338 192 12 84 358 102 435 1.53e-11 58.9 d2xkra_ d4uyma1 20.0 215 126 4 188 356 219 433 1.99e-05 39.7 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 916 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.95e-85 263 d5tl8a1 d5vcca_ 23.2 469 320 12 5 446 13 468 3.14e-25 101 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.50e-305 819 d4j6ca_ d4rm4a_ 34.3 309 177 7 84 378 56 352 5.13e-46 156 d4j6ca_ d3oo3a_ 30.4 391 228 10 2 383 4 359 1.23e-40 142 d4j6ca_ d4yt3a_ 29.4 364 230 11 36 386 37 386 3.70e-39 139 d4j6ca_ d3rwla_ 29.7 300 194 8 87 378 95 385 7.40e-29 110 d4j6ca_ d4ep6a_ 29.8 319 195 10 92 399 81 381 2.50e-27 105 d4j6ca_ d2xkra_ 28.2 323 217 9 88 403 72 386 3.53e-27 105 d4j6ca_ d3buja1 29.9 278 181 7 92 363 82 351 5.46e-22 90.5 d4j6ca_ d5vcca_ 22.4 397 239 15 52 384 56 447 1.69e-12 62.0 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 4.36e-295 791 d4ep6a_ d4rm4a_ 25.1 362 247 9 19 368 4 353 3.51e-33 121 d4ep6a_ d4yt3a_ 24.9 362 258 8 19 368 18 377 1.76e-30 114 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 2.40e-27 105 d4ep6a_ d3buja1 27.1 351 241 5 12 352 6 351 5.42e-27 104 d4ep6a_ d2xkra_ 23.4 376 274 5 24 392 21 389 5.17e-21 87.4 d5hiwa1 d5hiwa1 97.4 392 10 0 1 392 1 392 6.37e-288 773 d5hiwa1 d4rm4a_ 28.1 342 233 6 31 364 18 354 1.33e-46 157 d5hiwa1 d2xkra_ 29.4 306 203 9 72 370 72 371 2.53e-33 122 d5hiwa1 d4yt3a_ 25.9 374 220 12 31 369 32 383 2.62e-31 117 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 1.93e-25 100 d5hiwa1 d3buja1 28.4 324 205 7 42 347 37 351 6.60e-24 95.9 d5hiwa1 d3rwla_ 25.7 331 223 8 47 359 57 382 7.07e-22 90.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 2.95e-314 841 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.10e-49 164 d3rwla_ d2xkra_ 28.7 362 235 8 53 407 41 386 4.61e-42 146 d3rwla_ d4yt3a_ 27.0 366 250 7 30 388 24 379 6.55e-35 127 d3rwla_ d4j6ca_ 29.7 300 194 8 95 385 87 378 7.47e-29 110 d3rwla_ d3oo3a_ 25.8 383 245 15 23 395 11 364 1.79e-25 100 d3rwla_ d3buja1 24.9 346 238 7 32 370 21 351 1.40e-21 89.4 d3rwla_ d5hiwa1 25.1 331 225 8 57 382 47 359 8.85e-20 84.0 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 1.36e-145 396 d1f7ca_ d5irca1 27.5 171 120 1 10 180 23 189 9.53e-31 105 d1f7ca_ d5c5sa1 30.8 172 112 2 10 179 25 191 3.98e-24 88.6 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 1.70e-157 428 d5c5sa1 d5irca1 31.6 193 125 4 4 193 2 190 2.29e-30 105 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 4.35e-24 88.6 d5irca1 d5irca1 100 198 0 0 1 198 1 198 1.16e-154 420 d5irca1 d1f7ca_ 27.5 171 120 1 23 189 10 180 9.88e-31 105 d5irca1 d5c5sa1 31.6 193 125 4 2 190 4 193 2.17e-30 105 d1g2na_ d1g2na_ 95.7 256 11 0 1 256 1 256 4.40e-181 491 d1g2na_ d2e2ra_ 26.1 218 138 3 17 234 11 205 5.32e-25 93.2 d1g2na_ d2xhsa1 27.6 192 120 4 47 237 44 217 3.24e-19 77.8 d1g2na_ d4pf3a_ 29.2 168 101 4 24 190 12 162 3.50e-17 72.4 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 5.90e-196 528 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 1.79e-22 86.3 d4pf3a_ d1g2na_ 29.2 168 101 4 12 162 24 190 3.40e-17 72.4 d4pf3a_ d2xhsa1 22.8 123 81 2 30 145 39 154 2.52e-05 37.7 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 1.44e-172 468 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.64e-22 86.3 d2e2ra_ d1g2na_ 26.1 184 113 3 11 171 17 200 1.80e-19 78.2 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.56e-185 501 d2xhsa1 d1g2na_ 25.0 192 125 3 44 217 47 237 9.14e-16 68.2 d2xhsa1 d4pf3a_ 22.8 123 81 2 39 154 30 145 2.40e-05 37.7 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 1.17e-70 199 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 3.63e-14 56.6 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 4.67e-78 219 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 1.60e-20 73.2 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 9.32e-09 43.1 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.23e-74 209 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 2.93e-12 52.0 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 1.16e-71 202 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 3.71e-14 56.6 d3puca1 d3puca1 100 97 0 0 1 97 1 97 4.04e-68 193 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 2.43e-09 44.3 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 1.95e-07 39.3 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 9.77e-69 194 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.39e-20 73.2 d2xy1a1 d3puca1 37.1 62 35 2 22 80 25 85 1.85e-07 39.3 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 3.17e-70 198 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 8.61e-09 43.1 d2rika1 d2rika1 100 95 0 0 1 95 1 95 6.25e-71 200 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.72e-12 52.0 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 2.38e-09 44.3 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 1.32e-67 191 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 3.57e-66 187 d1fnfa2 d4lpva1 31.3 83 54 2 1 82 2 82 1.67e-10 47.0 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 2.51e-66 188 d4lpva1 d1fnfa2 31.3 83 54 2 2 82 1 82 1.67e-10 47.0 d2edya1 d2edya1 100 96 0 0 1 96 1 96 7.58e-68 192 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 5.86e-10 45.8 d1tjxa1 d1tjxa1 90.6 149 14 0 1 149 1 149 1.76e-98 274 d1tjxa1 d2b3ra1 27.5 91 64 2 17 106 12 101 1.43e-08 44.3 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 5.73e-91 253 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 9.66e-40 118 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.83e-10 45.1 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 3.15e-51 148 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 2.28e-10 45.1 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 5.00e-07 36.6 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 2.52e-44 130 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 8.83e-08 38.1 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 2.54e-40 120 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 7.73e-11 45.8 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 4.08e-07 36.6 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 9.66e-40 118 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 8.12e-08 38.1 d2egca1 d2egca1 100 62 0 0 1 62 1 62 5.96e-43 127 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 8.26e-11 45.8 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 6.00e-81 226 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 2.44e-08 42.4 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 7.60e-05 33.1 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 1.41e-68 194 d1um1a1 d2koha1 32.4 68 45 1 10 76 17 84 1.24e-08 42.7 d1um1a1 d1uf1a1 47.8 46 23 1 30 75 41 85 2.08e-07 39.7 d1um1a1 d2q9va1 31.1 74 48 2 7 80 6 76 3.32e-07 38.5 d1um1a1 d1ueqa1 33.3 45 30 0 31 75 39 83 1.50e-05 34.7 d1um1a1 d1x6da1 24.3 74 54 1 12 85 20 91 7.42e-04 30.0 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.59e-82 230 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.25e-09 45.8 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 2.48e-07 39.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 3.15e-05 34.3 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 4.94e-80 224 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 7.43e-16 61.2 d1ueqa1 d1um1a1 33.3 45 30 0 39 83 31 75 1.71e-05 34.7 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 1.06e-74 210 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 2.33e-08 42.4 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 2.38e-07 39.7 d1x6da1 d2q9va1 28.2 71 49 2 13 83 5 73 5.90e-07 38.1 d1x6da1 d1um1a1 24.3 74 54 1 20 91 12 85 8.11e-04 30.0 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 2.97e-75 211 d3sfja_ d1uf1a1 44.2 52 28 1 45 96 41 91 1.11e-09 45.8 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 2.74e-60 172 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 5.62e-16 61.2 d2q9va1 d2koha1 35.5 62 35 1 27 83 39 100 5.88e-09 43.1 d2q9va1 d1um1a1 31.1 74 48 2 6 76 7 80 2.87e-07 38.5 d2q9va1 d1x6da1 28.2 71 49 2 5 73 13 83 4.68e-07 38.1 d2koha1 d2koha1 100 109 0 0 1 109 1 109 3.95e-76 214 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 7.63e-09 43.1 d2koha1 d1um1a1 32.4 68 45 1 17 84 10 76 1.39e-08 42.7 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 2.44e-07 39.7 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 2.96e-05 34.3 d2koha1 d1v6ba1 28.6 63 42 1 39 101 38 97 7.46e-05 33.1 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.10e-102 283 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 1.13e-21 78.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 1.44e-103 286 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 1.14e-21 78.6 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.50e-188 508 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 4.28e-41 135 d1autc_ d4dgja_ 31.6 244 151 6 1 238 1 234 6.30e-39 129 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.54e-37 124 d1autc_ d1ym0a_ 32.7 248 148 10 1 240 1 237 3.33e-31 109 d1autc_ d1ij7a_ 28.0 250 151 9 1 234 1 237 7.00e-21 82.0 d1ij7a_ d1ij7a_ 94.6 241 13 0 1 241 1 241 2.54e-168 458 d1ij7a_ d1ym0a_ 35.9 245 139 10 1 239 1 233 1.39e-38 128 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 3.05e-36 122 d1ij7a_ d1autc_ 30.0 250 146 10 1 237 1 234 3.44e-25 93.6 d1ij7a_ d1yc0a_ 29.8 248 155 10 1 240 16 252 2.36e-24 91.7 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.60e-23 89.0 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.19e-193 523 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 6.85e-45 145 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.09e-44 144 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 4.53e-41 135 d1yc0a_ d1ym0a_ 34.8 253 132 12 16 253 1 235 5.94e-33 114 d1yc0a_ d1ij7a_ 28.2 252 154 10 16 252 1 240 2.53e-22 86.3 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.23e-181 491 d4dgja_ d2oq5a_ 39.3 234 134 4 1 232 1 228 6.17e-61 185 d4dgja_ d1yc0a_ 36.1 244 132 9 1 230 16 249 1.93e-44 144 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 6.17e-39 129 d4dgja_ d1ym0a_ 32.1 237 148 9 1 230 1 231 2.91e-31 109 d4dgja_ d1ij7a_ 31.0 242 150 7 1 230 1 237 2.52e-29 104 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 3.98e-181 489 d2oq5a_ d4dgja_ 39.3 234 134 4 1 228 1 232 6.09e-61 185 d2oq5a_ d1yc0a_ 37.1 245 130 10 1 229 16 252 6.25e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 3.42e-37 124 d2oq5a_ d1ym0a_ 33.6 238 141 8 1 227 1 232 1.04e-30 107 d2oq5a_ d1ij7a_ 26.4 239 161 7 1 226 1 237 2.16e-19 77.8 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 7.11e-178 482 d1ym0a_ d1ij7a_ 35.1 245 141 10 1 233 1 239 7.55e-34 116 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 5.56e-33 114 d1ym0a_ d4dgja_ 32.1 237 148 9 1 231 1 230 2.95e-31 109 d1ym0a_ d1autc_ 32.7 248 148 10 1 237 1 240 3.31e-31 109 d1ym0a_ d2oq5a_ 33.6 238 141 8 1 232 1 227 1.07e-30 107 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1099 d3fsna_ d4ou9a_ 25.8 516 308 19 28 531 29 481 1.04e-30 118 d4ou9a_ d4ou9a_ 97.9 481 10 0 1 481 1 481 0.0 956 d4ou9a_ d3fsna_ 26.6 516 304 21 29 481 28 531 1.17e-33 127 d1ezga_ d1ezga_ 100 82 0 0 1 82 1 82 1.69e-51 150 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.35e-216 584 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 3.68e-203 549 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 9.73e-62 191 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 2.36e-16 64.3 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 1.79e-100 278 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 2.88e-16 64.3 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 2.26e-222 598 d1ml9a_ d3hnaa1 28.5 260 148 5 1 259 39 261 3.71e-31 111 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 1.30e-217 586 d3hnaa1 d1ml9a_ 28.5 260 148 5 39 261 1 259 3.72e-31 111 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 1.89e-78 220 d2l2fa_ d2jzka_ 38.5 104 59 2 4 106 3 102 4.78e-14 57.0 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 7.56e-78 218 d2jzka_ d2l2fa_ 38.5 104 59 2 3 102 4 106 4.56e-14 57.0 g1qqp.1 g1qqp.1 94.5 290 16 0 1 290 1 290 3.28e-209 565 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.39e-15 67.0 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 4.95e-228 613 g1aym.1 g1qqp.1 26.8 254 113 8 47 281 84 283 1.21e-15 69.3 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 9.76e-266 714 d4igha_ d6b8sa1 36.6 355 194 9 17 359 11 346 8.25e-66 206 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 5.84e-263 706 d6b8sa1 d4igha_ 36.6 355 194 9 11 346 17 359 7.87e-66 206 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 5.30e-217 585 d2ebna_ d1edta_ 33.3 270 162 6 10 275 8 263 2.47e-42 140 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 3.15e-199 538 d1edta_ d2ebna_ 33.3 270 162 6 8 263 10 275 2.30e-42 140 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 5.43e-240 645 d4aqla2 d2paja2 23.9 347 217 14 1 312 1 335 7.40e-17 73.6 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 23.9 347 217 14 1 335 1 312 7.94e-17 73.6 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 7.05e-230 619 d2vhla2 d1o12a2 38.3 300 171 5 1 299 1 287 2.26e-64 198 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 7.82e-216 582 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.16e-64 198 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 5.03e-196 529 d4hcha2 d4hpna2 35.5 200 115 6 57 246 48 243 1.52e-29 105 d4hcha2 d2p8ba2 27.3 227 153 4 21 246 14 229 5.34e-24 90.9 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 6.62e-196 529 d4hpna2 d4hcha2 35.5 200 115 6 48 243 57 246 1.51e-29 105 d4hpna2 d2p8ba2 28.5 228 148 5 26 250 21 236 1.36e-25 95.1 d4hpna2 d4kema2 26.0 246 158 6 4 241 4 233 1.40e-14 65.1 d4kema2 d4kema2 100 249 0 0 1 249 1 249 2.39e-186 504 d4kema2 d4hpna2 26.0 246 158 6 4 233 4 241 1.37e-14 65.1 d4kema2 d2p8ba2 29.4 119 80 3 20 136 16 132 5.30e-08 45.8 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.89e-185 501 d2p8ba2 d4hpna2 28.5 228 148 5 21 236 26 250 1.30e-25 95.1 d2p8ba2 d4hcha2 27.3 227 153 4 14 229 21 246 5.09e-24 90.9 d2p8ba2 d4kema2 29.4 119 80 3 16 132 20 136 5.20e-08 45.8 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 7.71e-185 500 d1yb1a_ d1gega_ 31.4 188 125 2 8 194 2 186 1.06e-30 108 d1yb1a_ d4trra_ 28.2 220 152 3 4 220 3 219 3.94e-25 94.0 d1yb1a_ d5unla_ 27.5 200 133 5 3 200 7 196 1.06e-19 79.3 d1yb1a_ d4nima_ 28.7 216 135 5 7 220 5 203 9.94e-18 73.9 d1yb1a_ d1fmca_ 30.5 141 97 1 5 145 9 148 1.52e-16 70.5 d1yb1a_ d5jlaa_ 29.9 194 116 6 7 194 7 186 4.12e-16 69.3 d1yb1a_ d1xkqa_ 30.1 196 123 7 10 196 8 198 7.99e-15 65.9 d1yb1a_ d3uxya_ 31.1 167 93 5 68 215 51 214 2.79e-14 63.9 d1yb1a_ d2fwmx_ 25.0 264 145 7 6 244 4 239 3.02e-14 63.9 d1yb1a_ d3zv4a_ 28.1 203 132 6 5 202 3 196 3.89e-14 63.9 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 1.63e-13 62.0 d1yb1a_ d3l6ea1 20.8 197 135 5 10 199 3 185 4.15e-05 37.0 d1fmca_ d1fmca_ 96.1 255 10 0 1 255 1 255 1.22e-182 495 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.87e-41 136 d1fmca_ d1zema1 31.7 259 160 3 8 249 2 260 1.00e-37 127 d1fmca_ d3tzqa_ 32.4 250 161 3 9 254 3 248 3.98e-32 112 d1fmca_ d4trra_ 30.6 255 162 4 9 249 4 257 5.57e-32 112 d1fmca_ d1gega_ 32.4 250 157 4 12 249 2 251 9.57e-32 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 1.40e-31 111 d1fmca_ d4bmna1 31.5 251 161 5 8 252 3 248 1.24e-30 108 d1fmca_ d5unla_ 33.1 260 156 7 4 248 3 259 3.35e-30 107 d1fmca_ d5en4a_ 31.7 227 140 9 31 249 26 245 3.56e-30 107 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 6.15e-30 107 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 2.93e-29 105 d1fmca_ d3un1a1 29.6 250 150 6 7 249 1 231 4.04e-28 101 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 3.28e-24 91.3 d1fmca_ d2fwmx_ 28.1 253 154 6 11 249 5 243 1.52e-23 89.7 d1fmca_ d3zv4a_ 29.0 262 159 8 7 249 1 254 6.08e-21 83.2 d1fmca_ d3uxya_ 31.0 171 111 3 86 249 67 237 3.39e-19 77.8 d1fmca_ d1yb1a_ 30.8 159 109 1 9 166 5 163 3.56e-19 77.8 d1fmca_ d2b4qa_ 28.2 248 170 5 9 249 7 253 5.87e-19 77.4 d1fmca_ d4imra1 29.8 252 158 6 9 249 9 252 3.87e-18 75.1 d1fmca_ d5jlaa_ 26.9 245 169 6 9 249 5 243 2.62e-16 70.1 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.66e-175 475 d1uzma1 d4bmna1 32.2 245 150 4 5 235 4 246 4.54e-38 127 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 7.77e-38 127 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 2.39e-32 112 d1uzma1 d2b4qa_ 34.3 251 145 6 4 234 3 253 3.27e-31 109 d1uzma1 d1gega_ 33.1 251 139 6 11 235 5 252 2.56e-29 104 d1uzma1 d5unla_ 32.3 254 146 5 4 233 8 259 6.28e-28 101 d1uzma1 d1geea_ 30.7 244 152 5 8 235 8 250 8.27e-28 100 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 2.53e-26 96.7 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 2.06e-25 94.4 d1uzma1 d3o38a_ 32.8 241 139 6 10 231 20 256 4.65e-25 93.6 d1uzma1 d1fmca_ 27.1 240 160 4 8 234 12 249 2.19e-20 80.9 d1uzma1 d4trra_ 28.3 258 153 6 8 237 7 260 4.45e-19 77.4 d1uzma1 d4nima_ 26.7 225 147 5 20 232 32 250 1.54e-16 70.5 d1uzma1 d5jlaa_ 29.3 242 144 6 11 234 11 243 9.45e-16 68.2 d1uzma1 d3tzqa_ 27.2 243 152 5 11 235 9 244 1.33e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.00e-14 65.5 d1uzma1 d3uxya_ 24.9 177 124 2 66 234 62 237 1.83e-14 64.3 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 1.19e-243 655 d1r66a_ d4zrma_ 33.0 321 192 11 1 313 1 306 1.89e-41 140 d1r66a_ d1gy8a_ 24.9 374 208 12 1 307 3 370 4.79e-16 71.6 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 4.66e-199 537 d1geea_ d5en4a_ 38.1 231 130 9 27 252 26 248 4.07e-40 133 d1geea_ d4bmna1 34.0 256 155 5 1 251 1 247 5.44e-40 133 d1geea_ d1gega_ 32.5 255 160 3 8 252 2 254 6.89e-39 130 d1geea_ d1xkqa_ 32.5 271 156 8 8 258 6 269 8.00e-38 128 d1geea_ d1fmca_ 31.8 245 163 4 5 249 9 249 4.09e-37 125 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 3.88e-35 120 d1geea_ d4trra_ 34.3 204 127 4 4 205 3 201 1.07e-34 119 d1geea_ d3o38a_ 33.8 240 153 5 5 241 15 251 1.14e-33 117 d1geea_ d4nima_ 30.1 246 159 5 5 241 3 244 5.29e-32 112 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 1.71e-31 111 d1geea_ d1zema1 31.5 267 156 8 3 249 1 260 9.36e-31 109 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.23e-30 108 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 3.02e-28 102 d1geea_ d1uzma1 30.7 244 152 5 8 250 8 235 9.11e-28 100 d1geea_ d3uxya_ 32.0 172 111 3 83 249 67 237 1.03e-26 98.2 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 2.69e-26 97.4 d1geea_ d5unla_ 29.2 253 162 5 1 241 5 252 6.08e-26 96.7 d1geea_ d3un1a1 28.2 248 150 8 8 249 6 231 9.94e-25 92.8 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 7.03e-24 90.9 d1geea_ d3zv4a_ 29.1 268 153 12 5 250 3 255 1.80e-20 82.0 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 2.39e-18 75.9 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.74e-13 62.0 d1geea_ d4zd6a_ 20.5 249 164 5 5 249 4 222 2.32e-07 43.9 d1geea_ d3guya1 23.8 189 125 6 10 193 1 175 8.20e-05 36.2 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 8.72e-205 553 d1xkqa_ d1geea_ 32.5 271 156 8 6 269 8 258 8.34e-38 128 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 4.18e-34 118 d1xkqa_ d3o38a_ 33.5 254 148 9 6 255 18 254 5.83e-33 115 d1xkqa_ d3tzqa_ 33.5 260 152 10 3 260 3 243 3.13e-32 113 d1xkqa_ d5en4a_ 30.4 207 131 5 62 266 56 251 7.22e-31 109 d1xkqa_ d1zema1 30.2 255 163 6 2 248 2 249 9.14e-30 107 d1xkqa_ d2fwmx_ 31.6 269 151 9 3 263 3 246 1.09e-26 98.6 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.47e-26 97.8 d1xkqa_ d1fmca_ 27.4 259 171 6 2 260 8 249 4.70e-26 97.1 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 30.1 246 151 8 2 242 7 236 4.92e-24 91.7 d1xkqa_ d4nima_ 30.0 253 144 10 3 242 3 235 4.07e-22 86.7 d1xkqa_ d4imra1 29.5 258 162 9 6 260 12 252 1.64e-21 84.7 d1xkqa_ d5unla_ 32.7 196 117 6 3 194 9 193 4.66e-19 78.2 d1xkqa_ d3uxya_ 31.0 197 117 7 73 263 57 240 2.28e-18 75.9 d1xkqa_ d1yb1a_ 30.1 196 123 7 8 198 10 196 8.90e-15 65.9 d1xkqa_ d5jlaa_ 28.6 206 122 9 3 199 5 194 4.26e-13 61.2 d1xkqa_ d5o30a_ 24.8 141 94 2 65 205 68 196 3.98e-07 43.5 d1xkqa_ d3l6ea1 20.5 224 157 8 8 222 3 214 2.88e-04 34.7 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 7.98e-188 508 d1gega_ d4bmna1 37.3 255 141 7 2 252 7 246 4.42e-44 143 d1gega_ d4trra_ 34.1 255 159 3 2 251 7 257 1.86e-42 139 d1gega_ d1geea_ 32.5 255 160 3 2 254 8 252 6.73e-39 130 d1gega_ d5unla_ 37.4 254 142 6 5 250 15 259 3.29e-36 123 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 4.62e-35 120 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 6.77e-34 117 d1gega_ d1yb1a_ 31.4 188 125 2 2 186 8 194 1.11e-30 108 d1gega_ d1uzma1 33.1 251 139 6 5 252 11 235 2.75e-29 104 d1gega_ d4nima_ 30.0 243 165 3 2 243 6 244 2.75e-28 102 d1gega_ d1fmca_ 29.5 251 163 4 2 251 12 249 6.08e-27 99.0 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 1.89e-25 95.1 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 4.07e-23 88.6 d1gega_ d3uxya_ 35.2 176 109 2 76 251 67 237 6.93e-23 87.8 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.77e-22 87.0 d1gega_ d5jlaa_ 31.8 258 150 8 3 254 9 246 3.46e-21 83.6 d1gega_ d3zv4a_ 30.4 260 162 9 2 252 6 255 6.08e-21 83.2 d1gega_ d2b4qa_ 31.9 260 151 7 2 251 10 253 5.87e-19 77.4 d1gega_ d3un1a1 29.2 257 146 8 1 251 5 231 1.16e-18 76.3 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 5.33e-18 74.7 d1gega_ d3l6ea1 26.1 218 146 6 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 23.6 254 152 6 2 251 7 222 2.18e-10 52.8 d1gega_ d3guya1 20.2 218 155 4 6 220 3 204 1.42e-04 35.4 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 4.04e-300 803 d1gy8a_ d4zrma_ 29.5 376 195 12 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 24.9 374 208 12 3 370 1 307 5.70e-16 71.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 1.19e-196 531 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 1.07e-37 127 d1zema1 d3o38a_ 30.8 253 156 7 3 252 15 251 5.65e-34 117 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 6.90e-34 117 d1zema1 d1uzma1 30.6 258 151 5 3 260 5 234 2.63e-32 112 d1zema1 d1fmca_ 30.1 259 164 3 2 260 8 249 8.20e-31 109 d1zema1 d1geea_ 31.5 267 156 8 1 260 3 249 9.33e-31 109 d1zema1 d4trra_ 28.2 259 180 4 3 260 4 257 9.33e-31 109 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 8.74e-30 107 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.83e-29 105 d1zema1 d5en4a_ 31.3 201 126 5 60 260 57 245 4.21e-29 104 d1zema1 d4bmna1 30.7 257 158 8 6 260 7 245 2.15e-28 102 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 3.76e-24 91.7 d1zema1 d4nima_ 28.7 254 167 7 2 252 2 244 1.21e-22 87.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 4.30e-20 80.5 d1zema1 d3uxya_ 28.4 183 117 3 80 260 67 237 5.13e-19 77.4 d1zema1 d5unla_ 27.5 262 178 6 1 259 7 259 4.89e-18 75.1 d1zema1 d5o30a_ 27.0 270 168 8 4 260 1 254 8.44e-18 74.3 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 1.21e-17 73.6 d5en4a_ d5en4a_ 93.2 251 17 0 1 251 1 251 7.57e-175 475 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 5.36e-44 143 d5en4a_ d1zema1 29.3 259 167 6 3 245 2 260 1.20e-33 116 d5en4a_ d4bmna1 32.4 250 155 5 3 245 3 245 7.08e-33 114 d5en4a_ d5unla_ 34.1 255 158 5 4 248 9 263 3.82e-32 112 d5en4a_ d1xkqa_ 29.5 264 166 7 3 248 2 263 8.88e-32 112 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 1.12e-31 111 d5en4a_ d3un1a1 34.3 251 144 9 3 249 2 235 1.58e-31 110 d5en4a_ d3tzqa_ 34.6 237 142 7 7 237 6 235 3.78e-31 110 d5en4a_ d1fmca_ 31.6 250 156 8 3 245 8 249 4.65e-31 109 d5en4a_ d5jlaa_ 32.2 245 157 6 4 245 5 243 5.57e-29 104 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 4.45e-27 99.4 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.57e-25 95.1 d5en4a_ d3zv4a_ 30.6 242 154 5 3 233 2 240 3.07e-25 94.7 d5en4a_ d1uzma1 29.3 246 154 8 4 245 5 234 5.94e-22 85.1 d5en4a_ d3uxya_ 31.2 173 113 6 77 245 67 237 7.97e-18 73.9 d5en4a_ d4imra1 29.0 245 166 5 6 245 11 252 3.93e-15 66.6 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 5.23e-203 548 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.94e-31 111 d3zv4a_ d1gega_ 30.4 260 162 9 6 255 2 252 6.56e-21 83.2 d3zv4a_ d1geea_ 29.1 268 153 12 3 255 5 250 1.90e-20 82.0 d3zv4a_ d3awda_ 28.3 269 163 10 1 257 6 256 4.69e-20 80.9 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.42e-19 79.7 d3zv4a_ d1fmca_ 27.4 259 167 7 1 254 7 249 2.27e-19 79.0 d3zv4a_ d5unla_ 33.5 191 113 6 9 194 15 196 3.75e-16 70.1 d3zv4a_ d5jlaa_ 29.6 270 167 10 2 266 4 255 4.84e-16 69.7 d3zv4a_ d3un1a1 26.0 258 160 8 1 254 1 231 5.02e-16 69.3 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 1.16e-14 65.5 d3zv4a_ d1yb1a_ 28.1 203 132 6 3 196 5 202 4.38e-14 63.9 d3zv4a_ d4trra_ 29.5 217 130 9 3 204 4 212 2.43e-13 62.0 d3zv4a_ d3guya1 23.8 206 148 3 9 213 2 199 6.83e-09 48.5 d3zv4a_ d3l6ea1 23.1 195 136 5 9 195 4 192 6.81e-05 36.6 d3l6ea1 d3l6ea1 95.5 224 10 0 1 224 1 224 5.59e-159 433 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 5.25e-45 144 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 1.46e-18 75.5 d3l6ea1 d1gega_ 26.2 191 132 5 4 187 5 193 3.48e-12 57.8 d3l6ea1 d3zv4a_ 24.6 195 133 5 4 192 9 195 1.92e-08 47.0 d3l6ea1 d2fwmx_ 27.4 175 119 4 2 175 7 174 1.03e-07 44.7 d3l6ea1 d1xkqa_ 22.2 194 138 6 3 184 8 200 6.70e-07 42.4 d3l6ea1 d1yb1a_ 23.7 198 128 7 3 185 10 199 1.48e-06 41.2 d4imra1 d4imra1 100 253 0 0 1 253 1 253 2.79e-187 507 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 3.57e-31 110 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.20e-25 94.4 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 6.81e-24 90.9 d4imra1 d4bmna1 27.8 255 166 6 6 252 1 245 1.06e-23 90.1 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 6.29e-22 85.5 d4imra1 d1xkqa_ 29.5 258 162 9 12 252 6 260 1.53e-21 84.7 d4imra1 d3tzqa_ 29.3 242 162 4 9 247 3 238 6.07e-19 77.4 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 5.29e-18 74.7 d4imra1 d1fmca_ 27.8 252 163 6 9 252 9 249 1.98e-14 64.7 d4imra1 d5unla_ 28.2 252 159 9 15 251 15 259 3.01e-12 58.5 d4imra1 d4trra_ 26.3 255 178 4 9 253 4 258 5.42e-12 57.8 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 6.27e-11 54.3 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.75e-10 52.8 d4imra1 d4nima_ 27.5 244 167 6 9 244 3 244 2.88e-10 52.8 d4imra1 d5en4a_ 32.1 140 91 3 115 252 108 245 4.78e-10 52.0 d4imra1 d5o30a_ 23.8 252 179 6 14 253 5 255 9.87e-09 48.1 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 1.44e-07 44.7 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.61e-193 524 d4nima_ d1geea_ 30.1 246 159 5 3 244 5 241 5.41e-32 112 d4nima_ d3tzqa_ 31.3 262 167 5 2 261 2 252 7.94e-31 109 d4nima_ d4bmna1 31.3 246 155 5 2 244 3 237 8.56e-31 109 d4nima_ d1gega_ 30.0 243 165 3 6 244 2 243 2.88e-28 102 d4nima_ d5en4a_ 31.9 216 138 5 23 237 24 231 1.48e-24 92.8 d4nima_ d1zema1 28.7 254 167 7 2 244 2 252 1.24e-22 87.8 d4nima_ d3o38a_ 30.0 250 166 4 1 248 13 255 1.26e-22 87.8 d4nima_ d2fwmx_ 31.5 251 143 6 3 243 3 234 1.40e-22 87.4 d4nima_ d1xkqa_ 30.0 253 144 10 3 235 3 242 3.99e-22 86.7 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3un1a1 28.9 253 143 9 6 250 6 229 7.81e-20 79.7 d4nima_ d3zv4a_ 29.5 285 166 12 2 265 2 272 1.38e-19 79.7 d4nima_ d3awda_ 28.4 257 172 8 3 254 8 257 2.65e-18 75.9 d4nima_ d3uxya_ 32.0 172 112 3 81 250 67 235 2.89e-18 75.5 d4nima_ d1yb1a_ 28.7 216 135 5 5 203 7 220 1.09e-17 73.9 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 1.73e-16 70.5 d4nima_ d5jlaa_ 29.2 271 160 12 2 259 4 255 1.17e-13 62.8 d4nima_ d5unla_ 26.1 241 170 5 9 244 15 252 3.09e-13 61.6 d4nima_ d4zd6a_ 25.9 255 148 8 1 250 2 220 3.92e-11 55.1 d4nima_ d4imra1 27.5 244 167 6 3 244 9 244 3.04e-10 52.8 d4nima_ d3guya1 24.6 187 126 6 9 192 2 176 2.33e-07 43.9 d4trra_ d4trra_ 96.2 261 10 0 1 261 1 261 1.13e-190 516 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 2.83e-45 147 d4trra_ d1geea_ 35.8 204 124 4 3 201 4 205 4.72e-37 125 d4trra_ d1zema1 29.7 259 176 4 4 257 3 260 1.92e-35 121 d4trra_ d1fmca_ 31.8 255 159 4 4 257 9 249 1.12e-31 111 d4trra_ d3awda_ 31.3 249 157 5 4 249 8 245 6.27e-31 109 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 2.71e-28 102 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.50e-28 102 d4trra_ d5unla_ 29.7 256 174 4 1 254 6 257 5.83e-28 102 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.88e-27 99.8 d4trra_ d3tzqa_ 28.9 263 164 6 2 259 1 245 7.86e-27 99.0 d4trra_ d4bmna1 28.8 257 171 4 1 257 1 245 4.67e-22 85.9 d4trra_ d1uzma1 28.0 257 155 5 7 260 8 237 2.64e-20 80.9 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 4.01e-19 78.2 d4trra_ d3zv4a_ 30.9 217 127 8 4 212 3 204 1.64e-15 68.2 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 2.43e-15 67.4 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 7.56e-15 66.2 d4trra_ d3uxya_ 27.5 182 124 4 77 257 63 237 1.39e-14 65.1 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.93e-05 38.1 d5unla_ d5unla_ 96.2 264 10 0 1 264 1 264 4.04e-181 492 d5unla_ d1gega_ 38.6 254 139 6 15 259 5 250 7.50e-39 130 d5unla_ d4bmna1 33.5 245 153 4 15 259 10 244 9.36e-34 117 d5unla_ d1uzma1 32.1 252 149 6 8 259 4 233 1.31e-28 103 d5unla_ d3tzqa_ 30.9 243 155 5 15 256 9 239 8.23e-28 101 d5unla_ d5en4a_ 33.3 234 146 5 30 263 25 248 3.56e-27 99.8 d5unla_ d1fmca_ 30.5 259 164 5 3 259 4 248 7.49e-27 99.0 d5unla_ d4trra_ 29.3 256 175 4 6 257 1 254 6.15e-26 96.7 d5unla_ d1geea_ 29.4 252 163 5 5 252 1 241 2.31e-25 95.1 d5unla_ d3o38a_ 31.5 248 155 4 14 257 20 256 2.31e-25 95.1 d5unla_ d3awda_ 31.2 247 156 5 15 257 14 250 8.03e-25 93.6 d5unla_ d3uxya_ 34.8 181 110 5 80 259 63 236 1.61e-23 89.7 d5unla_ d2fwmx_ 32.6 258 149 5 9 259 3 242 3.51e-22 86.3 d5unla_ d1yb1a_ 28.3 198 135 4 7 199 3 198 1.21e-21 84.7 d5unla_ d1xkqa_ 34.6 191 110 6 14 193 8 194 5.03e-21 83.6 d5unla_ d1zema1 28.2 262 176 6 7 259 1 259 1.11e-20 82.4 d5unla_ d5jlaa_ 32.1 252 152 7 9 257 5 240 2.88e-20 81.3 d5unla_ d3zv4a_ 34.6 191 111 6 15 196 9 194 5.99e-18 75.1 d5unla_ d4imra1 29.0 252 157 9 15 259 15 251 1.66e-14 65.1 d5unla_ d4nima_ 28.3 244 161 7 15 252 9 244 1.91e-14 65.1 d5unla_ d3guya1 25.3 178 126 4 14 191 1 171 7.21e-14 62.8 d5unla_ d3un1a1 26.9 186 123 6 14 196 8 183 1.68e-13 62.0 d5unla_ d5o30a_ 23.1 212 151 5 51 259 51 253 2.92e-06 40.8 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 6.36e-196 529 d5jlaa_ d3awda_ 34.0 250 156 4 5 246 8 256 1.24e-39 132 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 1.70e-31 111 d5jlaa_ d1zema1 30.9 259 160 5 4 243 2 260 1.82e-29 105 d5jlaa_ d3tzqa_ 33.7 252 151 7 3 245 1 245 5.24e-28 102 d5jlaa_ d4trra_ 28.8 260 168 6 3 246 2 260 1.50e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 2.32e-24 92.0 d5jlaa_ d3uxya_ 33.5 194 123 3 59 247 49 241 1.05e-22 87.4 d5jlaa_ d5en4a_ 31.8 220 141 6 30 243 29 245 8.92e-22 85.1 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 1.63e-21 84.3 d5jlaa_ d1gega_ 31.8 258 150 8 9 246 3 254 3.51e-21 83.6 d5jlaa_ d3o38a_ 33.6 247 138 9 5 235 15 251 1.87e-19 79.0 d5jlaa_ d5unla_ 31.3 252 154 7 5 240 9 257 3.71e-19 78.2 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.11e-17 71.2 d5jlaa_ d1yb1a_ 29.9 194 116 6 7 186 7 194 4.37e-16 69.3 d5jlaa_ d3zv4a_ 29.6 270 167 10 4 255 2 266 4.56e-16 69.7 d5jlaa_ d1uzma1 29.3 242 144 6 11 243 11 234 1.03e-15 68.2 d5jlaa_ d4nima_ 29.2 271 160 12 4 255 2 259 1.14e-13 62.8 d5jlaa_ d1xkqa_ 28.6 206 122 9 5 194 3 199 4.05e-13 61.2 d5jlaa_ d1fmca_ 25.7 245 172 6 5 243 9 249 1.63e-12 59.3 d5jlaa_ d4imra1 28.1 249 162 7 7 244 11 253 2.82e-10 52.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 1.14e-172 468 d4zd6a_ d3uxya_ 27.9 179 114 3 54 224 68 239 4.86e-18 73.9 d4zd6a_ d5o30a_ 29.9 204 131 5 28 223 56 255 3.03e-17 72.0 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 2.24e-14 63.9 d4zd6a_ d4nima_ 25.8 256 147 8 2 220 1 250 3.30e-11 55.1 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 5.58e-11 54.3 d4zd6a_ d1gega_ 23.6 254 152 6 7 222 2 251 1.92e-10 52.8 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 2.00e-07 43.9 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 2.77e-180 489 d2fwmx_ d4bmna1 31.1 251 152 6 6 245 7 247 3.99e-30 107 d2fwmx_ d1geea_ 28.0 257 165 4 2 246 4 252 2.87e-28 102 d2fwmx_ d3uxya_ 35.2 176 109 2 72 246 69 240 3.71e-28 101 d2fwmx_ d1xkqa_ 31.6 269 151 9 3 246 3 263 9.91e-27 98.6 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 2.65e-26 96.7 d2fwmx_ d1gega_ 28.7 251 157 7 10 243 6 251 3.96e-23 88.6 d2fwmx_ d3awda_ 29.8 262 139 9 10 246 15 256 5.70e-23 88.2 d2fwmx_ d4nima_ 31.5 251 143 6 3 234 3 243 1.30e-22 87.4 d2fwmx_ d5unla_ 32.2 258 150 5 3 242 9 259 1.71e-22 87.0 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 1.56e-21 84.3 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 1.61e-21 84.3 d2fwmx_ d2b4qa_ 28.7 261 152 7 3 243 7 253 1.05e-20 82.0 d2fwmx_ d1fmca_ 26.2 252 164 5 3 243 9 249 2.75e-20 80.9 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 4.10e-20 80.5 d2fwmx_ d4trra_ 27.3 264 161 8 2 243 3 257 8.47e-16 68.6 d2fwmx_ d3o38a_ 28.6 245 153 6 3 234 15 250 2.18e-15 67.4 d2fwmx_ d1yb1a_ 25.0 264 145 7 4 239 6 244 3.07e-14 63.9 d2fwmx_ d3l6ea1 25.7 175 122 3 7 174 2 175 5.44e-06 39.7 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 3.39e-190 514 d3awda_ d5jlaa_ 34.0 250 156 4 8 256 5 246 1.23e-39 132 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 2.07e-38 129 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 8.43e-38 127 d3awda_ d1zema1 31.4 261 163 2 7 253 2 260 1.06e-37 127 d3awda_ d2b4qa_ 31.9 251 164 4 8 254 7 254 1.36e-32 114 d3awda_ d3tzqa_ 31.9 248 162 4 8 254 3 244 1.15e-31 111 d3awda_ d1geea_ 29.2 257 167 5 8 257 5 253 1.21e-30 108 d3awda_ d3o38a_ 35.2 256 143 10 8 252 15 258 1.84e-28 103 d3awda_ d3uxya_ 36.7 177 102 5 86 256 68 240 3.44e-27 99.4 d3awda_ d1fmca_ 28.8 250 173 3 4 253 5 249 4.57e-27 99.4 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 1.20e-26 97.8 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 4.65e-24 91.7 d3awda_ d5unla_ 29.6 247 160 4 14 250 15 257 4.04e-23 89.0 d3awda_ d2fwmx_ 29.8 262 139 9 15 256 10 246 5.90e-23 88.2 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.79e-22 87.0 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 6.39e-22 85.5 d3awda_ d5o30a_ 26.3 262 167 9 10 253 1 254 3.38e-20 80.9 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 4.38e-20 80.9 d3awda_ d4nima_ 28.4 257 172 8 8 257 3 254 2.55e-18 75.9 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 7.42e-194 524 d5o30a_ d3uxya_ 30.5 174 113 3 86 254 67 237 7.12e-21 82.4 d5o30a_ d3awda_ 26.3 262 167 9 1 254 10 253 3.38e-20 80.9 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 2.35e-18 75.9 d5o30a_ d3un1a1 26.8 261 151 9 4 257 7 234 4.38e-18 74.7 d5o30a_ d1zema1 27.0 270 168 8 1 254 4 260 8.34e-18 74.3 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 3.46e-17 72.0 d5o30a_ d3tzqa_ 27.6 257 150 7 4 249 7 238 2.60e-11 55.8 d5o30a_ d3o38a_ 25.9 251 172 7 4 252 19 257 5.29e-10 52.0 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 1.00e-08 48.1 d5o30a_ d1xkqa_ 24.8 141 94 2 68 196 65 205 3.76e-07 43.5 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 2.84e-06 40.8 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 4.81e-192 520 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 3.88e-35 120 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 2.37e-32 113 d3tzqa_ d1xkqa_ 33.5 260 152 10 3 243 3 260 3.01e-32 113 d3tzqa_ d3awda_ 31.9 248 162 4 3 244 8 254 1.17e-31 111 d3tzqa_ d4bmna1 31.0 245 160 4 5 244 6 246 2.69e-31 110 d3tzqa_ d4nima_ 31.3 262 167 5 2 252 2 261 7.76e-31 109 d3tzqa_ d5jlaa_ 33.7 252 151 7 1 245 3 245 5.28e-28 102 d3tzqa_ d3uxya_ 35.8 173 103 2 77 243 67 237 1.39e-27 100 d3tzqa_ d1fmca_ 29.7 249 169 2 3 248 9 254 2.58e-27 100 d3tzqa_ d5en4a_ 34.4 221 130 8 23 235 24 237 1.75e-26 97.8 d3tzqa_ d3un1a1 29.4 248 147 9 4 243 4 231 5.00e-26 96.3 d3tzqa_ d5unla_ 30.0 243 157 5 9 239 15 256 8.47e-26 96.3 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 1.93e-25 95.1 d3tzqa_ d2fwmx_ 29.1 251 160 4 2 243 2 243 1.70e-21 84.3 d3tzqa_ d4trra_ 26.6 263 170 6 1 245 2 259 7.39e-20 80.1 d3tzqa_ d4imra1 29.3 242 162 4 3 238 9 247 6.26e-19 77.4 d3tzqa_ d1uzma1 27.2 243 152 5 9 244 11 235 1.46e-15 67.8 d3tzqa_ d5o30a_ 27.6 257 150 7 7 238 4 249 2.64e-11 55.8 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 7.73e-198 534 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 4.73e-35 120 d3o38a_ d1zema1 30.8 253 156 7 15 251 3 252 5.67e-34 117 d3o38a_ d1geea_ 33.8 240 153 5 15 251 5 241 1.14e-33 117 d3o38a_ d4bmna1 34.5 235 142 4 22 251 10 237 4.69e-33 115 d3o38a_ d1xkqa_ 33.5 254 148 9 18 254 6 255 5.60e-33 115 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 2.37e-32 113 d3o38a_ d3awda_ 35.2 256 143 10 15 258 8 252 1.86e-28 103 d3o38a_ d3uxya_ 32.3 192 123 2 76 261 49 239 1.43e-26 97.8 d3o38a_ d4trra_ 28.3 254 169 4 15 257 4 255 5.75e-26 96.7 d3o38a_ d5unla_ 31.5 248 155 4 20 256 14 257 8.47e-26 96.3 d3o38a_ d1uzma1 32.8 241 139 6 20 256 10 231 5.12e-25 93.6 d3o38a_ d1fmca_ 27.6 243 172 4 15 257 9 247 7.24e-25 93.6 d3o38a_ d5en4a_ 31.1 219 131 7 42 251 30 237 6.77e-24 90.9 d3o38a_ d4nima_ 30.0 250 166 4 13 255 1 248 1.23e-22 87.8 d3o38a_ d3un1a1 28.1 242 152 6 18 256 6 228 1.96e-22 86.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 7.11e-21 82.8 d3o38a_ d5jlaa_ 33.6 247 138 9 15 251 5 235 1.89e-19 79.0 d3o38a_ d2fwmx_ 28.6 245 153 6 15 250 3 234 2.29e-15 67.4 d3o38a_ d5o30a_ 25.9 251 172 7 19 257 4 252 5.38e-10 52.0 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.81e-191 517 d2b4qa_ d3awda_ 31.9 251 164 4 7 254 8 254 1.36e-32 114 d2b4qa_ d4bmna1 31.5 257 157 6 5 254 2 246 3.12e-32 112 d2b4qa_ d1uzma1 34.3 251 145 6 3 253 4 234 3.54e-31 109 d2b4qa_ d4imra1 35.4 257 157 6 1 254 3 253 3.62e-31 110 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 2.33e-26 97.8 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 2.64e-26 97.4 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 3.70e-24 91.7 d2b4qa_ d3o38a_ 27.5 247 171 5 7 250 15 256 6.97e-21 82.8 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 1.06e-20 82.4 d2b4qa_ d2fwmx_ 28.7 261 152 7 7 253 3 243 1.09e-20 82.0 d2b4qa_ d1gega_ 31.9 260 151 7 10 253 2 251 5.89e-19 77.4 d2b4qa_ d3uxya_ 27.4 197 133 4 62 253 46 237 2.92e-16 69.7 d2b4qa_ d1fmca_ 26.6 248 174 5 7 253 9 249 1.23e-15 68.2 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 7.99e-185 500 d4bmna1 d1gega_ 37.3 255 141 7 7 246 2 252 4.31e-44 143 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 5.19e-40 133 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 2.01e-38 129 d4bmna1 d1uzma1 32.2 245 150 4 4 246 5 235 4.77e-38 127 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 3.83e-34 118 d4bmna1 d3o38a_ 34.5 235 142 4 10 237 22 251 4.48e-33 115 d4bmna1 d2b4qa_ 31.5 257 157 6 2 246 5 254 3.04e-32 112 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 1.76e-31 111 d4bmna1 d3tzqa_ 31.0 245 160 4 6 246 5 244 2.56e-31 110 d4bmna1 d4nima_ 31.3 246 155 5 3 237 2 244 7.98e-31 109 d4bmna1 d2fwmx_ 31.1 251 152 6 7 247 6 245 4.00e-30 107 d4bmna1 d5unla_ 33.1 245 154 4 10 244 15 259 4.02e-30 107 d4bmna1 d1zema1 30.7 257 158 8 7 245 6 260 2.06e-28 102 d4bmna1 d5en4a_ 31.7 227 141 5 26 245 26 245 2.40e-28 102 d4bmna1 d3uxya_ 30.5 203 132 3 52 245 35 237 2.11e-26 97.1 d4bmna1 d1fmca_ 29.9 251 165 5 3 248 8 252 7.55e-26 95.9 d4bmna1 d3un1a1 29.8 248 151 8 3 245 2 231 7.61e-25 92.8 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 2.23e-24 92.0 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.05e-23 90.1 d4bmna1 d4trra_ 27.2 257 175 4 1 245 1 257 7.77e-19 77.0 d4bmna1 d3guya1 28.0 182 125 3 10 189 2 179 5.00e-16 68.6 d4bmna1 d4zd6a_ 26.4 250 147 7 3 245 3 222 2.48e-14 63.9 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 1.97e-179 486 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 1.11e-26 97.8 d3un1a1 d3uxya_ 33.2 199 118 4 46 232 43 238 1.57e-26 97.1 d3un1a1 d3tzqa_ 29.4 248 147 9 4 231 4 243 4.54e-26 96.3 d3un1a1 d1fmca_ 28.0 246 159 6 1 231 7 249 5.81e-25 93.2 d3un1a1 d4bmna1 29.8 248 151 8 2 231 3 245 7.24e-25 92.8 d3un1a1 d1geea_ 28.2 248 150 8 6 231 8 249 9.02e-25 92.8 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 4.10e-24 91.3 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 1.78e-22 86.7 d3un1a1 d5en4a_ 32.0 231 136 9 22 235 23 249 2.09e-22 86.3 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 6.94e-20 79.7 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.08e-18 76.3 d3un1a1 d5o30a_ 26.9 260 152 9 7 234 4 257 4.04e-18 74.7 d3un1a1 d1zema1 27.5 262 147 9 6 231 6 260 1.10e-17 73.6 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 7.42e-17 71.2 d3un1a1 d3zv4a_ 26.0 258 160 8 1 231 1 254 4.33e-16 69.3 d3un1a1 d5unla_ 25.7 187 124 5 8 183 14 196 5.20e-13 60.5 d3uxya_ d3uxya_ 92.1 241 19 0 1 241 1 241 1.69e-157 431 d3uxya_ d3un1a1 33.6 241 144 5 2 238 4 232 6.34e-36 121 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 1.58e-35 121 d3uxya_ d3awda_ 36.5 255 141 8 1 240 8 256 5.62e-35 119 d3uxya_ d2fwmx_ 34.0 247 153 3 1 240 3 246 9.67e-34 116 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.01e-31 111 d3uxya_ d1geea_ 28.5 249 160 4 2 237 6 249 1.05e-31 111 d3uxya_ d3o38a_ 33.7 255 145 7 1 239 15 261 2.30e-29 105 d3uxya_ d5unla_ 32.8 256 155 6 1 240 9 263 3.42e-29 104 d3uxya_ d4bmna1 29.8 248 151 4 4 237 7 245 7.19e-28 100 d3uxya_ d1gega_ 34.8 250 147 5 4 237 2 251 1.14e-27 100 d3uxya_ d2b4qa_ 29.6 250 156 6 3 237 9 253 1.76e-24 92.0 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 7.10e-24 90.5 d3uxya_ d1xkqa_ 27.7 267 160 9 1 240 3 263 8.55e-22 85.1 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.49e-21 83.2 d3uxya_ d5o30a_ 30.5 174 113 3 67 237 86 254 6.68e-21 82.4 d3uxya_ d1fmca_ 27.5 247 161 5 2 237 10 249 8.97e-21 82.0 d3uxya_ d5en4a_ 29.2 226 149 6 20 237 23 245 2.24e-20 80.9 d3uxya_ d4nima_ 29.8 258 146 7 2 235 4 250 1.99e-19 78.6 d3uxya_ d3zv4a_ 27.1 255 167 6 3 240 5 257 4.21e-19 77.8 d3uxya_ d4zd6a_ 27.9 244 144 6 3 239 6 224 5.21e-18 73.9 d3uxya_ d4trra_ 28.2 262 155 9 1 237 4 257 6.33e-18 74.3 d3uxya_ d1yb1a_ 28.1 228 129 7 3 214 7 215 1.17e-15 67.8 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4zrma_ d1r66a_ 33.0 321 192 11 1 306 1 313 1.81e-41 140 d4zrma_ d1gy8a_ 29.5 376 195 12 1 307 3 377 2.50e-39 136 d3guya1 d3guya1 100 219 0 0 1 219 1 219 2.22e-167 454 d3guya1 d3l6ea1 35.1 222 140 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 28.0 182 125 3 2 179 10 189 4.40e-16 68.6 d3guya1 d5unla_ 24.7 178 127 4 1 171 14 191 1.18e-11 56.2 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 5.44e-09 48.5 d3guya1 d4nima_ 24.6 187 126 6 2 176 9 192 1.91e-07 43.9 d3guya1 d1geea_ 23.8 189 125 6 1 175 10 193 6.88e-05 36.2 d3guya1 d1gega_ 20.2 218 155 4 3 204 6 220 1.22e-04 35.4 d1fl2a1 d1fl2a1 94.6 185 10 0 1 185 1 185 1.72e-127 350 d1fl2a1 d1trba1 32.1 190 106 8 4 179 8 188 8.77e-18 71.2 d1ojta1 d1ojta1 95.7 230 10 0 1 230 1 230 1.03e-157 430 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 7.14e-18 73.9 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 5.25e-201 542 d1mo9a1 d1ojta1 26.0 227 125 9 56 258 19 226 1.51e-13 62.0 d1trba1 d1trba1 100 191 0 0 1 191 1 191 7.88e-145 394 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1569 d2f3oa_ d5fava1 33.6 788 486 12 4 768 15 788 3.15e-142 432 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1666 d5fava1 d2f3oa_ 33.6 788 486 12 15 788 4 768 3.24e-142 432 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 1.31e-227 613 d1xkua_ d4xsqa_ 39.0 100 56 1 4 98 1 100 1.40e-17 72.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 5.24e-137 373 d4xsqa_ d1xkua_ 39.0 100 56 1 1 100 4 98 8.00e-18 72.8 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 2.13e-187 506 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 5.82e-22 85.1 d2f6qa1 d4k2na1 27.2 217 154 3 3 217 3 217 1.01e-19 79.3 d2f6qa1 d3moya_ 28.3 205 140 3 12 215 14 212 2.62e-19 78.2 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.39e-198 536 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 4.41e-47 151 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.51e-31 110 d3peaa_ d4k2na1 31.1 251 166 5 10 256 10 257 6.20e-30 107 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.82e-172 466 d4kd6a_ d3moya_ 33.7 187 120 3 10 195 15 198 4.08e-29 103 d4kd6a_ d4k2na1 28.2 213 148 3 7 215 10 221 9.50e-25 92.4 d4kd6a_ d4jyla1 27.5 211 147 4 8 217 9 214 3.74e-24 90.5 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 6.29e-187 506 d4k2na1 d3moya_ 33.2 253 150 6 13 257 15 256 2.11e-32 113 d4k2na1 d3peaa_ 31.1 251 166 5 10 257 10 256 6.25e-30 107 d4k2na1 d4kd6a_ 28.2 213 148 3 10 221 7 215 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-22 86.7 d4k2na1 d2f6qa1 27.2 217 154 3 3 217 3 217 1.07e-19 79.3 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 7.94e-185 501 d3moya_ d3peaa_ 38.6 233 140 2 27 256 24 256 4.43e-47 151 d3moya_ d4k2na1 33.2 253 150 6 15 256 13 257 2.10e-32 113 d3moya_ d4jyla1 35.1 225 132 6 17 235 13 229 2.17e-31 110 d3moya_ d4kd6a_ 33.7 187 120 3 15 198 10 195 4.64e-29 103 d3moya_ d2f6qa1 28.3 205 140 3 14 212 12 215 2.76e-19 78.2 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 3.26e-181 491 d4jyla1 d3peaa_ 31.0 213 142 3 23 230 24 236 1.43e-31 110 d4jyla1 d3moya_ 35.1 225 132 6 13 229 17 235 2.05e-31 110 d4jyla1 d4kd6a_ 27.5 211 147 4 9 214 8 217 4.00e-24 90.5 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 1.96e-22 86.7 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 5.77e-22 85.1 d1a04a2 d1a04a2 92.8 138 10 0 1 138 1 138 9.36e-91 253 d1a04a2 d3n53a1 34.8 112 66 4 5 113 3 110 7.81e-12 52.8 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 2.71e-10 48.5 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.50e-09 47.0 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.97e-09 45.8 d1a04a2 d3crna1 27.8 115 79 3 5 118 3 114 4.15e-09 45.4 d1a04a2 d3w9sa_ 30.3 109 72 3 5 112 2 107 7.40e-09 44.7 d1a04a2 d3t6ka_ 23.3 116 83 3 1 113 1 113 2.19e-06 38.1 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 2.04e-104 288 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 2.70e-12 53.9 d1k68a_ d5t3ya_ 28.5 130 79 6 4 130 3 121 1.75e-07 41.2 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 9.35e-96 266 d1qkka1 d3t6ka_ 30.7 114 77 1 2 113 4 117 8.01e-19 70.9 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 2.88e-09 45.8 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 3.79e-85 238 d3ltea_ d3t6ka_ 29.9 117 79 2 3 117 5 120 3.54e-14 58.2 d3ltea_ d3w9sa_ 28.0 125 71 3 2 117 1 115 1.34e-12 53.9 d3ltea_ d3crna1 31.4 121 70 5 1 115 1 114 6.26e-11 49.7 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 2.65e-10 48.1 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.45e-09 45.8 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 6.63e-87 243 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 3.60e-16 63.5 d5t3ya_ d1k68a_ 28.5 130 79 6 3 121 4 130 1.56e-07 41.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 2.34e-90 251 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.81e-21 77.0 d3t6ka_ d1qkka1 30.7 114 77 1 4 117 2 113 7.03e-19 70.9 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 2.29e-18 68.9 d3t6ka_ d5t3ya_ 34.5 116 76 0 4 119 4 119 3.51e-16 63.5 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 4.52e-16 63.2 d3t6ka_ d3n53a1 31.3 112 76 1 5 116 3 113 5.06e-16 63.2 d3t6ka_ d3ltea_ 29.9 117 79 2 5 120 3 117 3.66e-14 58.2 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 1.02e-79 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 2.17e-18 68.9 d3w9sa_ d3ltea_ 28.0 125 71 3 1 115 2 117 1.32e-12 53.9 d3w9sa_ d3n53a1 30.5 95 64 1 24 116 24 118 3.30e-11 50.4 d3w9sa_ d1a04a2 26.6 109 76 3 2 107 5 112 2.37e-07 40.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 3.47e-87 243 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 1.79e-21 77.0 d3c3ma1 d1k68a_ 33.8 80 53 0 38 117 49 128 2.34e-12 53.9 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 2.07e-08 43.1 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 6.09e-06 36.6 d3crna1 d3crna1 100 121 0 0 1 121 1 121 2.74e-84 236 d3crna1 d3t6ka_ 30.2 116 79 1 3 116 5 120 4.48e-16 63.2 d3crna1 d3ltea_ 31.4 121 70 5 1 114 1 115 6.42e-11 49.7 d3crna1 d3c3ma1 30.8 117 77 2 3 116 3 118 2.07e-08 43.1 d3crna1 d3n53a1 30.3 122 80 3 1 119 1 120 4.42e-07 39.7 d3crna1 d1a04a2 24.3 115 83 2 3 114 5 118 6.95e-06 36.6 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 9.03e-90 250 d3n53a1 d3t6ka_ 31.3 112 76 1 3 113 5 116 5.23e-16 63.2 d3n53a1 d3w9sa_ 30.5 95 64 1 24 118 24 116 3.58e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 2.83e-10 48.1 d3n53a1 d3crna1 30.3 122 80 3 1 120 1 119 4.60e-07 39.7 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 6.34e-06 36.6 d2arka1 d2arka1 95.1 184 9 0 1 184 1 184 5.32e-126 346 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.80e-18 73.2 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 6.44e-147 400 d3zhoa_ d2arka1 28.4 190 105 6 2 189 3 163 2.00e-13 59.7 d4oxxa_ d4oxxa_ 90.8 153 14 0 1 153 1 153 3.38e-98 273 d4oxxa_ d2m6sa_ 24.5 98 74 0 52 149 52 149 3.20e-08 43.9 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 1.92e-111 306 d2m6sa_ d4oxxa_ 29.2 65 46 0 85 149 85 149 9.78e-06 37.0 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 2.25e-146 399 d1yzfa1 d3rjta1 24.3 169 102 7 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 6.09e-153 417 d3rjta1 d1yzfa1 24.3 169 102 7 7 171 3 149 1.04e-08 47.0 d3rjta1 d4rsha_ 29.1 103 54 5 6 107 2 86 4.52e-05 36.2 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 1.45e-159 433 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 6.11e-132 360 d4rsha_ d3rjta1 29.1 103 54 5 2 86 6 107 3.71e-05 36.2 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 2.65e-141 385 d2rk3a_ d4gdha_ 31.3 182 110 7 4 175 2 178 1.17e-19 76.3 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.16e-141 386 d4gdha_ d2rk3a_ 31.3 182 110 7 2 178 4 175 1.19e-19 76.3 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.95e-279 747 d1pfva2 d1ivsa4 22.5 395 218 17 11 337 43 417 1.35e-08 49.3 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 873 d1ivsa4 d1pfva2 22.5 395 218 17 43 417 11 337 1.64e-08 49.3 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.21e-142 389 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 8.62e-23 84.0 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 2.15e-124 341 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 7.71e-23 84.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 3.76e-137 375 d1efva1 d1efpa1 43.8 128 69 2 54 181 53 177 2.87e-28 98.6 d1efpa1 d1efpa1 84.7 183 28 0 1 183 1 183 7.92e-107 298 d1efpa1 d1efva1 39.4 180 106 2 1 177 2 181 3.33e-36 119 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 1.77e-152 415 d1np7a2 d1dnpa2 28.1 196 119 7 7 189 2 188 1.34e-11 55.1 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 3.88e-154 419 d1dnpa2 d1np7a2 28.1 196 119 7 2 188 7 189 1.31e-11 55.1 d2ihta1 d2ihta1 91.5 177 15 0 1 177 1 177 4.93e-114 315 d2ihta1 d4fega2 31.3 83 50 3 19 101 30 105 1.80e-05 37.0 d4fega2 d4fega2 100 183 0 0 1 183 1 183 1.66e-133 365 d4fega2 d2ihta1 31.3 80 48 3 33 105 22 101 1.16e-04 34.7 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 8.88e-116 318 d1viaa_ d2iyva2 28.3 159 106 4 4 156 5 161 1.01e-16 67.4 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 6.82e-120 330 d2iyva2 d1viaa_ 28.3 159 106 4 5 161 4 156 1.10e-16 67.4 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.70e-160 434 d1m7ga_ d1m8pa3 35.5 186 113 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.20e-125 344 d3seaa_ d3q72a_ 33.1 160 100 3 6 162 4 159 2.11e-20 77.0 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 2.53e-122 335 d3q72a_ d3seaa_ 33.1 160 100 3 4 159 6 162 2.09e-20 77.0 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 1.05e-181 492 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.48e-27 98.2 d1oxxk2 d4hzia_ 27.2 239 150 7 16 236 15 247 2.67e-22 86.3 d1oxxk2 d4q7ka_ 26.1 226 127 7 25 231 1 205 2.18e-15 66.6 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 1.62e-191 518 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 8.90e-27 98.2 d1g6ha_ d4hzia_ 26.8 228 139 7 20 236 19 229 1.53e-14 65.1 d1g6ha_ d4q7ka_ 28.0 218 131 7 26 236 3 201 2.43e-14 63.9 d1m8pa3 d1m8pa3 93.4 183 12 0 1 183 1 183 2.09e-127 350 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 7.79e-33 110 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 2.41e-156 425 d1t6na_ d3peya1 31.5 200 123 4 3 197 4 194 1.14e-29 103 d3peya1 d3peya1 100 196 0 0 1 196 1 196 3.32e-144 393 d3peya1 d1t6na_ 31.5 200 123 4 4 194 3 197 1.07e-29 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.37e-118 325 d5nt7b_ d2z0ma2 44.4 117 57 4 14 128 17 127 5.20e-23 82.8 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.75e-193 523 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 2.86e-22 86.3 d4hzia_ d1g6ha_ 26.8 228 139 7 19 229 20 236 1.56e-14 65.1 d4hzia_ d4q7ka_ 27.2 213 129 6 23 225 1 197 3.56e-14 63.5 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 8.08e-155 421 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 1.15e-147 402 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 7.70e-104 286 d2z0ma2 d5nt7b_ 44.4 117 57 4 17 127 14 128 4.54e-23 82.8 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 1.28e-161 439 d4q7ka_ d1oxxk2 26.1 226 127 7 1 205 25 231 1.97e-15 66.6 d4q7ka_ d1g6ha_ 28.0 218 131 7 3 201 26 236 2.08e-14 63.9 d4q7ka_ d4hzia_ 27.2 213 129 6 1 197 23 225 2.99e-14 63.5 d1lara2 d1lara2 100 249 0 0 1 249 1 249 3.55e-197 531 d1lara2 d2i1ya_ 37.9 240 142 5 14 249 47 283 2.51e-54 171 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 8.52e-224 602 d2i1ya_ d1lara2 37.9 240 142 5 47 283 14 249 2.90e-54 171 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 2.74e-82 230 d1f9ma_ d2e0qa_ 36.8 87 49 2 12 98 8 88 7.82e-14 56.6 d1f9ma_ d3hz4a_ 33.8 80 51 2 26 104 22 100 5.56e-10 47.0 d1f9ma_ d2b5ea1 38.3 47 25 1 26 68 31 77 1.14e-07 41.2 d1f9ma_ d4k9za_ 30.8 52 34 1 26 75 31 82 3.09e-07 40.0 d2b5ea1 d2b5ea1 100 130 0 0 1 130 1 130 8.98e-99 274 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.16e-07 41.6 d2b5ea1 d6bkva1 33.9 62 40 1 34 95 22 82 2.44e-07 40.4 d2b5ea1 d1f9ma_ 40.0 45 23 1 31 75 26 66 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.90e-103 285 d1st9a_ d3erwa_ 32.3 127 82 2 8 131 7 132 5.11e-25 87.0 d1st9a_ d3hdca1 33.3 120 77 1 2 121 15 131 1.23e-19 73.6 d1st9a_ d4k9za_ 21.7 115 90 0 2 116 7 121 5.51e-10 48.1 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.11e-96 268 d3erwa_ d1st9a_ 32.3 127 82 2 7 132 8 131 5.00e-25 87.0 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 7.45e-17 66.2 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 9.31e-106 291 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.52e-11 50.8 d4k9za_ d1st9a_ 21.7 115 90 0 7 121 2 116 5.67e-10 48.1 d4k9za_ d1f9ma_ 30.8 52 34 1 31 82 26 75 3.89e-07 40.0 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 1.79e-06 38.1 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.85e-108 299 d3hdca1 d1st9a_ 33.3 120 77 1 15 131 2 121 1.32e-19 73.6 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 8.17e-17 66.2 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 6.80e-11 50.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.70e-75 212 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.13e-27 91.7 d6bkva1 d2wz9a_ 35.6 73 46 1 18 90 21 92 5.44e-12 52.0 d6bkva1 d3hz4a_ 29.8 84 59 0 22 105 25 108 6.39e-10 46.6 d6bkva1 d2b5ea1 33.9 62 40 1 22 82 34 95 1.83e-07 40.4 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 1.33e-06 38.1 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 1.53e-85 239 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 2.25e-18 68.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 1.42e-90 251 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 9.96e-14 56.6 d3hz4a_ d1f9ma_ 33.8 80 51 2 22 100 26 104 5.96e-10 47.0 d3hz4a_ d6bkva1 29.8 84 59 0 25 108 22 105 7.30e-10 46.6 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 1.38e-08 43.9 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.07e-73 207 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 1.12e-27 91.7 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 1.95e-18 68.6 d2e0qa_ d1f9ma_ 36.8 87 49 2 8 88 12 98 7.26e-14 56.6 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 8.63e-14 56.6 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 1.63e-99 275 d2r5na3 d4c7va3 39.8 123 74 0 9 131 11 133 1.21e-31 103 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 3.70e-96 267 d4c7va3 d2r5na3 39.8 123 74 0 11 133 9 131 1.21e-31 103 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 1.24e-118 325 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 3.90e-26 90.9 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 1.35e-106 294 d5mp7a2 d2h06a2 41.7 139 75 4 6 142 7 141 3.77e-26 90.9 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 1.96e-186 504 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 4.18e-11 55.1 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 1.69e-192 520 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 4.20e-11 55.1 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 9.66e-285 763 d4zwva1 d3nu8a_ 29.9 331 207 7 29 353 34 345 2.31e-32 118 d3nx3a_ d3nx3a_ 96.9 388 12 0 1 388 1 388 7.28e-276 742 d3nx3a_ d3gjua1 23.7 427 266 14 14 387 35 454 4.21e-26 102 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 941 d3gjua1 d3nx3a_ 22.7 427 270 13 35 454 14 387 1.58e-23 95.5 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 1.06e-271 729 d3nu8a_ d4zwva1 29.9 331 207 7 34 345 29 353 2.24e-32 118 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 7.50e-210 565 d1uk8a_ d5esra1 26.9 119 80 4 10 123 29 145 4.48e-08 46.6 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 5.91e-08 46.2 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 2.50e-244 656 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 9.67e-15 67.0 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 9.90e-218 587 d4inza_ d3kxpa_ 33.1 118 77 1 3 120 5 120 7.75e-18 75.1 d4inza_ d3r40a_ 25.6 121 87 1 3 120 11 131 3.41e-10 53.1 d5esra1 d5esra1 100 302 0 0 1 302 1 302 3.51e-235 632 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 9.39e-15 67.0 d5esra1 d1uk8a_ 26.9 119 80 4 29 145 10 123 4.99e-08 46.6 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 3.17e-06 41.2 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 2.58e-195 528 d3kxpa_ d4inza_ 33.1 118 77 1 5 120 3 120 7.26e-18 75.1 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 2.24e-273 733 d5w8oa_ d3vvma_ 35.0 366 207 8 11 356 18 372 1.08e-65 206 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 5.97e-220 593 d3r40a_ d4inza_ 25.6 121 87 1 11 131 3 120 3.55e-10 53.1 d3r40a_ d1uk8a_ 25.0 108 74 2 26 130 21 124 6.47e-08 46.2 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 3.11e-06 41.2 d3vvma_ d3vvma_ 95.7 374 16 0 1 374 1 374 2.11e-261 704 d3vvma_ d5w8oa_ 36.6 358 212 8 18 372 11 356 5.43e-70 218 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 1.44e-209 567 d1v19a_ d3pl2a_ 28.4 282 188 7 31 302 33 310 1.32e-16 72.4 d1v19a_ d3ikha1 24.0 254 157 9 15 262 19 242 9.57e-13 60.8 d1v19a_ d3ry7a_ 23.1 242 152 7 33 259 39 261 3.56e-12 59.3 d1v19a_ d3ktna1 23.1 312 204 7 8 287 6 313 6.00e-10 52.8 d1ub0a_ d1ub0a_ 77.9 258 57 0 1 258 1 258 1.10e-136 379 d1ub0a_ d4c5ka1 35.9 259 162 4 1 256 2 259 1.72e-44 145 d1ub0a_ d3ry7a_ 30.4 112 72 3 120 230 168 274 9.96e-07 42.4 d3pl2a_ d3pl2a_ 96.8 310 10 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 29.6 291 173 7 33 310 31 302 5.45e-23 90.5 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 4.35e-14 65.1 d3pl2a_ d3ktna1 20.3 300 208 9 36 309 32 326 6.41e-06 40.4 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 5.57e-260 697 d3ktna1 d1v19a_ 23.1 312 204 7 6 313 8 287 6.66e-10 52.8 d3ktna1 d3pl2a_ 31.0 58 39 1 270 326 252 309 6.79e-05 37.4 d3ikha1 d3ikha1 95.8 284 12 0 1 284 1 284 5.43e-205 554 d3ikha1 d3ry7a_ 28.5 312 176 6 1 279 3 300 2.01e-29 107 d3ikha1 d1v19a_ 24.0 254 157 9 19 242 15 262 5.42e-12 58.5 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.58e-213 575 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 7.28e-224 603 d3ry7a_ d3ikha1 28.4 271 150 4 3 261 1 239 4.08e-26 98.6 d3ry7a_ d1v19a_ 23.1 242 152 7 39 261 33 259 3.57e-12 59.3 d3ry7a_ d3pl2a_ 20.2 317 223 7 1 300 2 305 5.55e-10 52.8 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1025 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 3.00e-50 172 d2j6la_ d4i3ta_ 27.0 408 275 11 98 494 77 472 2.31e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 1013 d4jz6a1 d4i3ta_ 29.4 422 281 8 63 474 58 472 5.09e-53 179 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 2.91e-50 172 d4i3ta_ d4i3ta_ 95.8 474 20 0 1 474 1 474 0.0 935 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 1.25e-57 192 d4i3ta_ d2j6la_ 27.2 448 297 13 38 472 63 494 1.94e-43 154 d3otia1 d3otia1 97.3 374 10 0 1 374 1 374 9.78e-267 718 d3otia1 d3otga1 31.3 400 220 15 1 367 4 381 6.27e-29 109 d3otga1 d3otga1 94.3 388 22 0 1 388 1 388 4.50e-270 728 d3otga1 d3otia1 32.8 402 211 16 4 381 1 367 8.83e-34 123 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 1.96e-188 510 d2rg7a_ d5khlb1 31.9 260 163 7 3 254 1 254 8.28e-34 117 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 1.67e-184 500 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 8.25e-34 117 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 3.68e-201 543 d2o20a_ d1dbqa_ 26.7 270 194 3 4 269 2 271 1.82e-31 112 d2o20a_ d3ctpa_ 26.5 275 181 8 4 270 3 264 2.90e-23 89.7 d2o20a_ d3c3ka1 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d2o20a_ d4rk4a_ 23.3 283 193 7 2 269 1 274 3.14e-21 84.3 d2o20a_ d3e3ma1 24.2 248 180 5 5 244 3 250 1.60e-16 71.2 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.31e-214 577 d1dbqa_ d2o20a_ 26.7 270 194 3 2 271 4 269 1.90e-31 112 d1dbqa_ d3tb6a_ 27.1 288 182 8 1 271 2 278 2.56e-29 106 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.57e-28 102 d1dbqa_ d3ctpa_ 29.1 282 169 8 1 271 2 263 2.65e-27 100 d1dbqa_ d3h5oa1 26.2 279 187 7 1 271 1 268 7.53e-25 94.4 d1dbqa_ d4rk4a_ 23.0 274 205 4 2 271 3 274 8.21e-24 91.7 d1dbqa_ d3k9ca_ 26.1 261 175 8 14 269 13 260 3.53e-17 73.2 d1dbqa_ d3e3ma1 24.0 263 192 6 3 261 3 261 4.75e-16 70.1 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 7.50e-210 565 d3c3ka1 d3ctpa_ 28.8 267 180 7 7 271 6 264 6.02e-34 118 d3c3ka1 d1dbqa_ 27.9 240 163 6 16 248 14 250 5.36e-28 102 d3c3ka1 d4rk4a_ 28.5 256 167 8 2 246 1 251 3.42e-24 92.4 d3c3ka1 d3k9ca_ 27.7 267 188 3 5 271 2 263 1.53e-22 87.8 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d3h5oa1 27.0 274 184 11 6 271 4 269 1.07e-16 71.6 d3c3ka1 d3tb6a_ 24.6 256 176 8 3 246 5 255 2.32e-12 59.3 d3c3ka1 d3e3ma1 25.3 170 122 3 80 245 79 247 1.20e-09 51.2 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 1.46e-218 589 d4rxta1 d5dkva1 31.0 255 159 5 49 292 50 298 7.49e-36 124 d4rxta1 d3brsa_ 27.9 283 187 8 3 280 5 275 1.49e-28 104 d5dkva1 d5dkva1 95.7 301 13 0 1 301 1 301 1.09e-208 565 d5dkva1 d4rxta1 30.1 292 186 6 14 298 12 292 1.30e-38 132 d5dkva1 d3brsa_ 25.3 288 197 8 4 286 1 275 8.27e-23 89.4 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 3.30e-206 556 d3ctpa_ d3c3ka1 28.8 267 180 7 6 264 7 271 5.91e-34 118 d3ctpa_ d1dbqa_ 29.1 282 169 8 2 263 1 271 2.50e-27 100 d3ctpa_ d4rk4a_ 23.9 255 169 4 4 240 4 251 2.19e-23 90.1 d3ctpa_ d2o20a_ 26.5 275 181 8 3 264 4 270 2.85e-23 89.7 d3ctpa_ d3tb6a_ 25.0 284 184 7 2 263 2 278 1.68e-21 85.1 d3ctpa_ d3k9ca_ 22.8 259 191 7 11 264 9 263 2.77e-17 73.2 d3ctpa_ d3e3ma1 20.4 255 182 7 4 243 3 251 1.54e-09 50.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 1.30e-216 583 d3tb6a_ d4rk4a_ 27.4 281 190 5 4 279 4 275 8.26e-30 107 d3tb6a_ d1dbqa_ 27.1 288 182 8 2 278 1 271 2.57e-29 106 d3tb6a_ d3ctpa_ 25.0 284 184 7 2 278 2 263 1.79e-21 85.1 d3tb6a_ d3k9ca_ 24.2 260 183 6 19 278 17 262 3.52e-21 84.3 d3tb6a_ d3h5oa1 22.7 286 194 7 2 278 1 268 7.51e-18 75.1 d3tb6a_ d3c3ka1 24.6 256 176 8 5 255 3 246 2.42e-12 59.3 d3tb6a_ d3e3ma1 20.7 227 166 5 39 261 38 254 2.51e-08 47.4 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 2.31e-203 549 d3h5oa1 d3e3ma1 30.6 255 164 4 5 251 5 254 2.10e-32 114 d3h5oa1 d1dbqa_ 26.2 279 187 7 1 268 1 271 7.18e-25 94.4 d3h5oa1 d3tb6a_ 22.7 286 194 7 1 268 2 278 7.14e-18 75.1 d3h5oa1 d3c3ka1 27.0 274 184 11 4 269 6 271 1.06e-16 71.6 d3h5oa1 d4rk4a_ 23.6 275 195 5 5 269 6 275 1.35e-15 68.6 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.50e-206 557 d3brsa_ d4rxta1 27.9 283 187 8 5 275 3 280 1.41e-28 104 d3brsa_ d5dkva1 25.8 240 165 5 48 275 48 286 6.75e-21 84.0 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 2.93e-209 564 d4rk4a_ d3tb6a_ 27.4 281 190 5 4 275 4 279 8.03e-30 107 d4rk4a_ d3c3ka1 28.5 256 167 8 1 251 2 246 3.47e-24 92.4 d4rk4a_ d1dbqa_ 23.0 274 205 4 3 274 2 271 8.00e-24 91.7 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.27e-23 90.1 d4rk4a_ d2o20a_ 23.3 283 193 7 1 274 2 269 3.19e-21 84.3 d4rk4a_ d3k9ca_ 27.8 241 162 5 7 245 5 235 1.53e-16 71.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 1.38e-15 68.6 d4rk4a_ d3e3ma1 22.2 243 178 7 2 239 1 237 2.45e-07 44.3 d3k9ca_ d3k9ca_ 95.5 268 12 0 1 268 1 268 1.31e-188 511 d3k9ca_ d3tb6a_ 26.2 260 178 7 17 262 19 278 3.71e-25 95.1 d3k9ca_ d3c3ka1 28.1 267 187 3 2 263 5 271 1.56e-24 93.2 d3k9ca_ d1dbqa_ 27.2 268 175 9 13 265 14 276 3.43e-22 87.0 d3k9ca_ d4rk4a_ 27.8 241 162 5 5 235 7 245 1.31e-18 77.0 d3k9ca_ d3ctpa_ 23.8 260 187 8 9 263 11 264 1.21e-15 68.6 d3e3ma1 d3e3ma1 96.0 277 11 0 1 277 1 277 3.96e-199 539 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 1.51e-38 130 d3e3ma1 d1dbqa_ 26.1 261 185 6 3 259 3 259 2.82e-21 84.7 d3e3ma1 d2o20a_ 24.6 248 179 5 3 250 5 244 3.74e-18 75.9 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 2.96e-12 58.9 d3e3ma1 d3c3ka1 23.6 250 181 6 1 247 3 245 1.88e-11 56.6 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 2.73e-11 56.2 d3e3ma1 d4rk4a_ 23.5 243 175 7 1 237 2 239 9.28e-10 51.6 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 2.35e-277 745 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 3.77e-228 613 d1pb7a_ d4kcda_ 35.9 304 158 10 3 287 5 290 2.05e-62 193 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 1.36e-10 53.9 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 2.48e-183 496 d1xt8a1 d5eyfa_ 35.5 183 116 2 4 184 4 186 5.81e-32 111 d1xt8a1 d4i62a_ 28.6 241 158 6 4 235 1 236 1.67e-15 67.4 d1xt8a1 d3delb1 22.6 168 123 4 15 180 5 167 9.22e-10 50.8 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 1.02e-09 50.8 d1xt8a1 d1pb7a_ 25.9 116 74 3 69 172 110 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 5.16e-230 619 d2xwva1 d4pbqa_ 30.0 267 183 4 5 270 4 267 1.98e-37 129 d2xwva1 d4n91a_ 26.5 291 202 5 5 289 4 288 3.57e-30 110 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 4.12e-30 109 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 5.84e-235 632 d4euoa_ d5l9sa_ 31.5 333 191 11 2 310 5 324 2.26e-41 140 d4euoa_ d4eqba_ 22.7 300 206 10 2 285 4 293 1.12e-09 52.0 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 3.32e-252 677 d5l9sa_ d4euoa_ 31.5 333 191 11 5 324 2 310 2.35e-41 140 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 1.82e-240 646 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.11e-40 137 d4n91a_ d4pbqa_ 28.0 275 188 6 1 271 1 269 4.73e-32 115 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.60e-30 110 d3delb1 d3delb1 100 224 0 0 1 224 1 224 5.64e-168 456 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 6.51e-20 79.0 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 1.06e-14 64.7 d3delb1 d1xt8a1 22.6 168 123 4 5 167 15 180 8.33e-10 50.8 d3delb1 d5eyfa_ 27.3 209 130 7 23 220 34 231 1.08e-09 50.4 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 7.01e-224 603 d4ng7a1 d4n91a_ 30.2 285 192 5 9 290 12 292 1.07e-40 137 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 4.02e-30 109 d4ng7a1 d4pbqa_ 27.2 246 165 7 4 247 11 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 6.85e-182 492 d5eyfa_ d1xt8a1 35.5 183 116 2 4 186 4 184 5.64e-32 111 d5eyfa_ d4i62a_ 27.7 202 137 4 36 232 35 232 1.68e-17 72.8 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 1.19e-16 70.5 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.3 209 130 7 34 231 23 220 1.16e-09 50.4 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 9.57e-225 606 d4pbqa_ d2xwva1 30.0 267 183 4 4 267 5 270 1.97e-37 129 d4pbqa_ d4n91a_ 28.0 275 188 6 1 269 1 271 4.67e-32 115 d4pbqa_ d4ng7a1 27.2 246 165 7 11 244 4 247 1.01e-25 97.8 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.33e-183 496 d2ylna_ d4c0ra1 27.7 231 151 7 15 234 2 227 1.26e-20 81.3 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 1.18e-16 70.5 d2ylna_ d4i62a_ 25.5 239 167 7 7 237 1 236 2.15e-16 69.7 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.13e-14 64.7 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 6.76e-227 610 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 2.06e-62 193 d4kcda_ d4i62a_ 20.3 138 90 4 56 186 17 141 1.77e-06 41.6 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 1.97e-179 486 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 1.24e-20 81.3 d4c0ra1 d4i62a_ 25.9 220 140 8 13 221 20 227 1.60e-13 61.6 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 9.75e-10 50.8 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 2.29e-237 639 d4eqba_ d4euoa_ 22.7 300 206 10 4 293 2 285 1.16e-09 52.0 d4eqba_ d1elja_ 26.7 116 74 3 48 159 57 165 9.10e-04 33.9 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 3.64e-171 465 d4i62a_ d3delb1 24.5 220 160 4 9 227 2 216 6.92e-20 79.0 d4i62a_ d5eyfa_ 27.7 202 137 4 35 232 36 232 1.66e-17 72.8 d4i62a_ d2ylna_ 25.5 239 167 7 1 236 7 237 2.14e-16 69.7 d4i62a_ d1xt8a1 28.6 241 158 6 1 236 4 235 1.60e-15 67.4 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 1.61e-13 61.6 d4i62a_ d4kcda_ 20.3 138 90 4 17 141 56 186 1.45e-06 41.6 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.29e-152 413 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 1.23e-19 77.4 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 3.02e-175 474 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.41e-19 77.4 d2z3ga_ d2z3ga_ 95.1 123 6 0 1 123 1 123 1.52e-82 231 d2z3ga_ d3ijfx_ 37.1 105 58 6 20 122 20 118 6.95e-12 52.4 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 1.46e-89 249 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 1.37e-11 51.6 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 9.81e-205 552 d1rkqa1 d4dw8a_ 29.8 265 181 3 3 265 3 264 5.05e-36 123 d1rkqa1 d2b30a1 26.3 278 182 9 2 265 10 278 7.83e-16 69.3 d1rkqa1 d2hf2a_ 22.7 273 188 7 1 264 2 260 2.32e-11 56.2 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 1.57e-208 563 d2b30a1 d4dw8a_ 23.5 272 198 5 11 280 3 266 1.23e-16 71.6 d2b30a1 d1rkqa1 26.3 278 182 9 10 278 2 265 8.24e-16 69.3 d2b30a1 d2hf2a_ 25.5 278 168 11 10 272 3 256 2.90e-10 53.1 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 4.32e-204 551 d2hf2a_ d4dw8a_ 27.3 278 168 9 4 262 3 265 9.33e-20 80.1 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 2.33e-11 56.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 2.77e-10 53.1 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 3.55e-201 543 d4dw8a_ d1rkqa1 29.8 265 181 3 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 23.5 272 198 5 3 266 11 280 1.15e-16 71.6 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 8.68e-174 471 d3l5ka1 d4uasa_ 26.5 200 123 7 11 195 5 195 1.50e-12 58.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 2.38e-165 449 d4uasa_ d4uava_ 38.6 223 125 4 4 216 5 225 3.62e-46 147 d4uasa_ d3l5ka1 26.5 200 123 7 5 195 11 195 1.48e-12 58.5 d4uasa_ d4ygra1 24.2 194 133 7 2 192 1 183 5.29e-07 42.4 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 2.61e-148 404 d2w43a_ d4ygra1 28.7 115 77 4 62 171 73 187 4.72e-10 50.8 d4uava_ d4uava_ 97.6 246 6 0 1 246 1 246 4.60e-178 483 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 2.81e-49 155 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 4.18e-13 60.5 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 5.23e-159 432 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 5.02e-10 50.8 d4ygra1 d4uasa_ 24.2 194 133 7 1 183 2 192 5.03e-07 42.4 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 5.28e-154 419 d3bbda1 d3o7ba_ 30.3 208 127 5 5 199 6 208 2.17e-30 105 d3o7ba_ d3o7ba_ 97.7 216 5 0 1 216 1 216 4.13e-157 427 d3o7ba_ d3bbda1 31.7 208 124 5 6 208 5 199 3.48e-33 112 d3d3ha_ d3d3ha_ 92.9 183 13 0 1 183 1 183 3.89e-123 339 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 2.00e-40 130 d2olua1 d2olua1 100 225 0 0 1 225 1 225 4.81e-165 448 d2olua1 d3d3ha_ 34.4 180 118 0 25 204 1 180 1.03e-32 111 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 4.83e-65 185 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 8.29e-13 53.1 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 2.61e-69 196 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 8.73e-13 53.1 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 1.18e-51 149 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 4.87e-10 44.7 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 1.12e-50 147 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 5.00e-10 44.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 8.23e-97 268 d3ec9a1 d3grda_ 39.2 130 77 1 2 129 3 132 7.31e-36 114 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.30e-99 275 d3grda_ d3ec9a1 39.2 130 77 1 3 132 2 129 7.48e-36 114 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 1.67e-141 385 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 1.03e-28 99.4 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 3.96e-134 366 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 1.01e-28 99.4 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 1.94e-95 265 d3qy3a1 d2cyea1 35.9 117 65 6 15 129 17 125 2.41e-13 56.6 d2cyea1 d2cyea1 91.7 132 11 0 1 132 1 132 1.07e-84 238 d2cyea1 d3qy3a1 36.0 125 70 6 9 125 7 129 1.48e-15 62.4 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 1.16e-48 142 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 4.70e-05 32.0 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 2.49e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 6.23e-10 44.7 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 5.44e-05 32.0 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 1.51e-49 144 d1viga_ d2ctma1 30.0 70 48 1 1 69 6 75 5.46e-10 44.7 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 7.74e-95 263 d1jpma2 d3fvda1 30.0 130 81 4 2 125 1 126 1.43e-12 54.3 d1jpma2 d5olca1 29.5 132 75 4 2 125 1 122 2.60e-12 53.5 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 3.16e-11 50.4 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 7.29e-82 229 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 4.02e-14 57.8 d4k8ga1 d3fvda1 34.3 102 47 3 20 111 35 126 1.88e-12 53.5 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.80e-11 50.4 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 3.15e-90 251 d3fvda1 d1jpma2 30.0 130 81 4 1 126 2 125 1.44e-12 54.3 d3fvda1 d4k8ga1 34.3 102 47 3 35 126 20 111 2.13e-12 53.5 d3fvda1 d5olca1 29.1 134 75 5 1 126 1 122 5.64e-11 50.1 d5olca1 d5olca1 100 122 0 0 1 122 1 122 3.19e-88 246 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 4.42e-14 57.8 d5olca1 d1jpma2 29.5 132 75 4 1 122 2 125 2.54e-12 53.5 d5olca1 d3fvda1 29.1 134 75 5 1 122 1 126 5.46e-11 50.1 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 4.59e-74 208 d1p1la_ d2nuha_ 34.0 100 65 1 4 102 5 104 1.53e-19 70.9 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.11e-75 213 d2nuha_ d1p1la_ 34.0 100 65 1 5 104 4 102 1.56e-19 70.9 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 1.16e-61 176 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 2.90e-20 71.6 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 1.70e-12 51.6 d1l3ka1 d3uwta2 24.2 66 50 0 2 67 4 69 2.94e-10 46.2 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.13e-58 168 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 2.42e-19 69.3 d2dnza1 d1l3ka1 41.2 51 30 0 1 51 9 59 1.66e-12 51.6 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 2.81e-12 51.2 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 8.17e-72 202 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 2.83e-19 69.3 d3uwta2 d5x3ya1 26.7 86 60 2 10 95 2 84 9.00e-12 50.4 d3uwta2 d1l3ka1 24.2 66 50 0 4 69 2 67 3.36e-10 46.2 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 8.05e-68 192 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 3.17e-20 71.6 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 3.15e-12 51.2 d5x3ya1 d3uwta2 26.7 86 60 2 2 84 10 95 8.62e-12 50.4 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 6.05e-46 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 1.21e-08 40.8 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 7.22e-52 150 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.41e-08 40.8 d3r5ga_ d3r5ga_ 94.4 195 11 0 1 195 1 195 1.84e-136 374 d3r5ga_ d3mr7a1 28.1 192 108 8 3 188 1 168 1.07e-11 54.7 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 5.91e-128 350 d3mr7a1 d3r5ga_ 26.3 194 109 8 1 168 3 188 3.23e-10 50.4 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 1.19e-200 540 d4qmea2 d4fkea2 29.6 179 111 4 61 229 57 230 2.10e-18 75.9 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 5.46e-203 547 d4fkea2 d4qmea2 29.6 179 111 4 57 230 61 229 2.20e-18 75.9 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.78e-129 354 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 2.67e-35 116 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 1.33e-132 362 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 2.63e-35 116 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 7.15e-87 243 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 2.43e-06 38.1 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.84e-117 321 d1hzta1 d1vcda_ 33.3 87 47 3 1 87 1 76 2.94e-06 38.1 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 2.48e-145 397 d1jcua_ d1hrua_ 25.4 173 124 2 14 181 6 178 6.90e-14 61.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 6.51e-137 374 d1hrua_ d1jcua_ 25.4 173 124 2 6 178 14 181 6.17e-14 61.2 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 2.97e-256 688 d3mi9a_ d3oz6a_ 33.7 335 171 10 11 307 7 328 4.21e-50 165 d3mi9a_ d2b9ha_ 33.1 320 188 10 10 316 11 317 1.45e-47 158 d3mi9a_ d2i6la_ 34.9 312 175 10 10 307 6 303 4.68e-44 147 d3mi9a_ d2xrwa1 26.9 320 203 7 9 312 22 326 6.93e-33 119 d3mi9a_ d3wara_ 26.6 308 197 11 12 310 38 325 4.61e-26 100 d3mi9a_ d3fe3a_ 28.9 218 128 6 9 219 4 201 1.78e-25 98.2 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 1.35e-24 94.7 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 1.84e-22 89.0 d3mi9a_ d4wnoa_ 30.2 242 135 11 18 245 15 236 9.34e-22 87.0 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 4.28e-21 85.1 d3mi9a_ d2w5aa1 30.8 221 127 7 12 220 6 212 4.28e-21 85.1 d3mi9a_ d3uc3a_ 25.6 336 189 14 4 330 4 287 6.75e-18 76.6 d3mi9a_ d5jzja_ 28.9 266 160 13 11 266 16 262 7.36e-17 73.2 d3mi9a_ d3lxpa_ 26.8 213 132 7 14 217 12 209 2.20e-16 72.0 d3mi9a_ d4at5a1 23.8 235 142 10 5 217 3 222 2.13e-14 66.2 d3mi9a_ d1ad5a3 27.5 204 117 7 17 217 23 198 1.41e-13 63.5 d3mi9a_ d3f66a_ 26.0 208 135 6 18 218 33 228 1.88e-12 60.5 d3mi9a_ d3poza_ 22.7 211 149 4 10 217 10 209 5.07e-12 59.3 d3mi9a_ d4itja_ 28.7 202 108 9 10 193 8 191 3.33e-11 56.6 d3mi9a_ d4yfia_ 24.3 222 136 8 8 217 19 220 5.97e-11 55.8 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.07e-10 55.5 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 7.73e-10 52.4 d3mi9a_ d4nfna_ 26.4 246 136 10 11 236 12 232 8.64e-10 52.4 d3poza_ d3poza_ 96.5 317 11 0 1 317 1 317 7.33e-231 622 d3poza_ d4i4ea_ 39.0 254 153 2 16 269 13 264 7.63e-66 202 d3poza_ d3f66a_ 40.2 259 146 4 17 269 32 287 1.76e-61 192 d3poza_ d3lxpa_ 35.1 279 159 6 6 265 4 279 3.62e-48 157 d3poza_ d1ad5a3 34.8 250 138 5 16 261 22 250 1.32e-46 152 d3poza_ d4at5a1 32.3 282 172 6 18 283 18 296 8.39e-43 143 d3poza_ d4yfia_ 30.4 270 168 12 7 267 20 278 2.11e-27 102 d3poza_ d3fe3a_ 27.9 226 152 8 12 234 7 224 4.90e-19 79.7 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 5.76e-18 76.3 d3poza_ d4wnoa_ 25.3 233 156 7 11 233 8 232 1.24e-17 75.1 d3poza_ d3mi9a_ 22.7 211 149 4 10 209 10 217 6.09e-13 62.0 d3poza_ d4c2va_ 22.8 215 153 7 11 222 6 210 3.26e-12 59.3 d3poza_ d2b9ha_ 21.2 212 149 5 10 208 11 217 1.63e-11 57.8 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.92e-11 57.0 d3poza_ d2xrwa1 27.6 214 124 8 12 211 25 221 2.24e-11 57.4 d3poza_ d3dlsa_ 25.4 213 142 10 12 215 18 222 2.26e-10 53.9 d3poza_ d3oz6a_ 23.7 253 152 11 6 233 4 240 1.01e-09 52.4 d3poza_ d2yexa_ 25.4 209 138 8 15 216 11 208 3.90e-09 50.1 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.77e-209 565 d4i4ea_ d3poza_ 39.0 254 153 2 13 264 16 269 1.31e-65 201 d4i4ea_ d1ad5a3 39.6 273 148 5 2 273 11 267 8.99e-64 195 d4i4ea_ d3f66a_ 35.6 264 165 2 9 267 27 290 3.83e-63 194 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 7.22e-63 194 d4i4ea_ d3lxpa_ 36.7 278 152 8 13 269 14 288 2.95e-51 164 d4i4ea_ d4itja_ 27.4 259 162 11 18 256 19 271 5.83e-23 89.4 d4i4ea_ d3fe3a_ 29.1 247 158 10 13 253 11 246 8.84e-23 89.4 d4i4ea_ d5jzja_ 33.0 218 126 9 7 216 15 220 1.78e-22 87.8 d4i4ea_ d2w5aa1 26.3 224 150 6 48 259 43 263 1.13e-21 85.5 d4i4ea_ d3coka1 27.9 215 143 7 7 215 9 217 2.81e-21 84.3 d4i4ea_ d2i6la_ 29.8 191 116 7 38 212 34 222 2.08e-18 77.0 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 6.37e-15 67.4 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 4.38e-12 58.5 d4i4ea_ d2b9ha_ 25.1 211 136 8 10 204 14 218 5.88e-12 58.5 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.26e-10 52.4 d4i4ea_ d3wara_ 24.1 162 108 8 68 222 91 244 6.62e-08 46.2 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 5.48e-208 561 d1ad5a3 d4i4ea_ 39.6 273 148 5 11 267 2 273 8.96e-64 195 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.09e-55 175 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3lxpa_ 33.3 279 147 7 15 257 7 282 1.28e-45 149 d1ad5a3 d3poza_ 34.8 250 138 5 22 250 16 261 1.72e-45 149 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 5.44e-32 113 d1ad5a3 d3fe3a_ 29.8 252 153 11 19 253 8 252 3.45e-24 93.2 d1ad5a3 d2w5aa1 25.3 253 165 8 24 253 12 263 6.86e-19 77.8 d1ad5a3 d4wnoa_ 28.3 226 131 9 11 214 7 223 2.58e-18 76.3 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.27e-15 68.6 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 1.14e-13 63.5 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 2.62e-11 56.2 d1ad5a3 d3oz6a_ 25.9 239 128 13 20 218 10 239 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 2.27e-229 617 d3f66a_ d4i4ea_ 35.6 264 165 2 27 290 9 267 4.18e-63 194 d3f66a_ d3poza_ 40.4 260 146 4 31 287 16 269 8.30e-62 192 d3f66a_ d4at5a1 36.7 286 151 8 33 295 18 296 1.29e-61 191 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 2.53e-48 156 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 8.16e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 1.03e-29 108 d3f66a_ d4itja_ 33.0 227 124 9 73 279 53 271 1.06e-28 105 d3f66a_ d2w5aa1 26.2 260 176 8 33 283 12 264 3.13e-20 82.0 d3f66a_ d4wnoa_ 27.5 236 142 11 31 252 13 233 1.08e-18 77.8 d3f66a_ d3fe3a_ 27.7 173 114 6 79 249 57 220 1.33e-16 72.4 d3f66a_ d3coka1 26.3 217 142 8 32 243 16 219 3.74e-16 70.5 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 2.43e-13 62.8 d3f66a_ d2yexa_ 30.9 207 128 9 31 233 12 207 1.11e-12 60.5 d3f66a_ d3mi9a_ 26.0 208 135 6 33 228 18 218 1.66e-12 60.5 d3f66a_ d2b9ha_ 24.9 217 136 8 28 228 14 219 1.03e-11 58.2 d3f66a_ d3dlsa_ 27.1 214 125 11 33 231 24 221 5.00e-09 49.7 d3wara_ d3wara_ 93.7 334 21 0 1 334 1 334 9.74e-240 646 d3wara_ d2b9ha_ 30.9 311 182 13 37 325 12 311 3.84e-38 133 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 3.21e-37 131 d3wara_ d2i6la_ 28.0 307 188 9 38 322 8 303 2.44e-32 116 d3wara_ d3mi9a_ 29.6 311 184 13 38 325 12 310 3.96e-30 111 d3wara_ d2xrwa1 26.4 303 197 12 38 322 25 319 2.48e-26 101 d3wara_ d1koba_ 25.4 299 171 9 36 323 29 286 2.02e-22 90.1 d3wara_ d3fe3a_ 25.6 203 139 5 37 231 6 204 2.27e-21 86.7 d3wara_ d3coka1 23.2 298 175 10 36 322 9 263 3.86e-21 85.1 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 2.69e-19 80.1 d3wara_ d4wnoa_ 27.0 204 129 7 44 231 15 214 3.58e-19 79.7 d3wara_ d3dlsa_ 27.2 224 136 7 38 242 18 233 1.46e-18 78.2 d3wara_ d2yexa_ 27.9 215 135 8 36 237 6 213 2.20e-18 77.4 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 6.53e-18 76.6 d3wara_ d4c2va_ 24.0 296 172 10 36 322 5 256 1.98e-17 74.7 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 2.03e-14 66.2 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 3.15e-10 53.5 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.82e-08 47.0 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 5.40e-262 704 d1koba_ d5jzja_ 33.5 266 169 7 26 286 12 274 2.08e-44 148 d1koba_ d3coka1 33.5 254 159 4 37 286 17 264 5.34e-41 139 d1koba_ d3uc3a_ 29.4 262 176 5 29 285 10 267 9.04e-37 129 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.10e-35 124 d1koba_ d3fe3a_ 29.4 265 173 6 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.98e-30 110 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 2.91e-28 105 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 6.66e-25 96.3 d1koba_ d3oz6a_ 24.4 336 170 13 31 291 8 334 4.44e-20 84.0 d1koba_ d2xrwa1 23.4 304 187 7 26 286 20 320 5.36e-20 83.6 d1koba_ d2b9ha_ 24.6 301 174 11 37 290 19 313 7.60e-19 80.1 d1koba_ d2i6la_ 26.2 313 152 12 34 286 11 304 1.96e-17 75.5 d1koba_ d3wara_ 25.7 214 118 6 113 286 111 323 2.45e-17 75.5 d1koba_ d3mi9a_ 21.2 307 187 9 31 289 12 311 1.12e-10 55.5 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 6.63e-203 548 d2yexa_ d3fe3a_ 36.4 264 161 4 3 265 2 259 7.59e-54 171 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 2.96e-51 164 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.32e-40 135 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 3.36e-35 121 d2yexa_ d4c2va_ 32.7 211 135 4 5 213 4 209 6.39e-34 118 d2yexa_ d4wnoa_ 33.2 226 135 6 14 229 15 234 7.37e-32 112 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 3.60e-31 111 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 2.28e-30 110 d2yexa_ d3oz6a_ 25.8 322 160 8 8 257 8 322 3.01e-27 102 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.54e-24 93.2 d2yexa_ d2b9ha_ 31.4 207 129 4 7 201 12 217 1.93e-24 94.4 d2yexa_ d4itja_ 30.6 216 134 4 14 215 16 229 2.08e-24 93.2 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 8.12e-22 86.3 d2yexa_ d3mi9a_ 31.3 211 126 7 5 200 9 215 3.41e-21 85.1 d2yexa_ d2i6la_ 31.4 210 117 8 14 203 14 216 6.05e-20 81.3 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 9.83e-20 81.3 d2yexa_ d3lxpa_ 33.7 199 121 6 11 201 13 208 1.61e-18 77.0 d2yexa_ d3wara_ 29.2 113 76 3 105 216 131 240 4.86e-13 61.6 d2yexa_ d3f66a_ 30.9 207 128 9 12 207 31 233 1.00e-12 60.5 d2yexa_ d3poza_ 25.0 204 145 6 11 208 15 216 2.47e-09 50.4 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 3.21e-280 751 d2xrwa1 d2b9ha_ 37.2 352 179 9 31 359 19 351 3.48e-73 225 d2xrwa1 d3oz6a_ 33.1 375 205 9 21 359 4 368 1.72e-70 219 d2xrwa1 d2i6la_ 31.6 320 190 7 19 323 2 307 7.54e-56 179 d2xrwa1 d3mi9a_ 26.9 320 203 7 22 326 9 312 7.46e-33 119 d2xrwa1 d3fe3a_ 28.9 273 166 7 25 277 7 271 8.45e-28 105 d2xrwa1 d3wara_ 28.6 217 138 8 111 320 117 323 8.77e-25 97.1 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 1.88e-23 92.4 d2xrwa1 d5jzja_ 26.7 311 172 10 20 321 12 275 4.13e-23 91.3 d2xrwa1 d4wnoa_ 29.0 210 129 6 31 227 15 217 6.20e-21 85.1 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 5.53e-20 83.6 d2xrwa1 d3uc3a_ 27.6 225 144 6 24 240 11 224 6.53e-20 82.8 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 1.33e-19 81.3 d2xrwa1 d2w5aa1 30.4 207 125 7 25 217 6 207 6.26e-19 79.3 d2xrwa1 d4c2va_ 25.4 213 148 5 29 237 11 216 6.48e-17 73.6 d2xrwa1 d3coka1 23.3 305 162 8 31 320 17 264 3.75e-16 71.2 d2xrwa1 d4i4ea_ 26.5 260 164 10 23 265 7 256 8.47e-15 67.4 d2xrwa1 d4itja_ 31.5 111 67 3 65 172 49 153 2.75e-12 60.1 d2xrwa1 d3poza_ 27.6 214 124 8 25 221 12 211 3.44e-11 57.0 d2xrwa1 d4nfna_ 29.6 169 94 8 17 173 5 160 5.56e-10 53.1 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 3.42e-205 553 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 4.76e-39 132 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 5.44e-38 129 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 6.03e-35 120 d2w5aa1 d4wnoa_ 31.8 220 129 5 12 222 15 222 1.74e-34 119 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 2.03e-34 119 d2w5aa1 d1koba_ 26.4 273 175 8 6 269 31 286 2.23e-28 105 d2w5aa1 d3uc3a_ 30.9 269 157 11 6 263 12 262 8.08e-26 97.4 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 1.54e-24 93.2 d2w5aa1 d2b9ha_ 28.9 228 132 8 3 214 10 223 2.66e-24 94.0 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4i4ea_ 26.3 224 150 6 43 263 48 259 1.11e-21 85.5 d2w5aa1 d3mi9a_ 30.8 221 127 7 6 212 12 220 3.41e-21 85.1 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 6.53e-21 84.0 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 2.82e-20 82.0 d2w5aa1 d4itja_ 26.5 234 144 8 12 229 16 237 3.38e-20 81.6 d2w5aa1 d2xrwa1 30.4 207 125 7 6 207 25 217 4.64e-19 79.3 d2w5aa1 d1ad5a3 25.3 253 165 8 12 263 24 253 6.78e-19 77.8 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.07e-17 74.7 d2w5aa1 d4at5a1 23.3 270 179 9 12 263 18 277 1.63e-15 68.6 d2w5aa1 d3poza_ 22.1 267 189 9 5 264 11 265 1.21e-11 57.4 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 2.06e-207 559 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 2.18e-62 191 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 3.87e-51 164 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 2.31e-45 148 d4c2va_ d3uc3a_ 31.6 266 168 7 5 260 10 271 1.44e-40 136 d4c2va_ d1koba_ 29.8 265 173 6 5 260 29 289 1.61e-35 124 d4c2va_ d2w5aa1 29.1 268 173 7 5 257 4 269 6.08e-35 120 d4c2va_ d2yexa_ 32.7 211 135 4 4 209 5 213 6.44e-34 118 d4c2va_ d4wnoa_ 31.2 218 135 6 3 207 3 218 2.83e-32 114 d4c2va_ d3dlsa_ 30.2 258 158 7 12 257 23 270 1.51e-28 104 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.48e-22 89.0 d4c2va_ d2b9ha_ 23.4 304 179 9 6 259 12 311 1.29e-19 80.9 d4c2va_ d3oz6a_ 22.6 327 172 11 7 257 8 329 3.87e-19 79.7 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 4.84e-17 73.6 d4c2va_ d4itja_ 24.6 224 146 6 1 205 4 223 8.37e-16 69.3 d4c2va_ d3poza_ 22.8 215 153 7 6 210 11 222 9.18e-12 57.8 d4c2va_ d3wara_ 20.2 297 182 9 5 256 36 322 5.78e-11 55.5 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 6.42e-275 737 d2b9ha_ d3oz6a_ 39.1 371 184 11 13 351 8 368 1.89e-88 265 d2b9ha_ d2xrwa1 37.2 352 179 9 19 351 31 359 3.38e-73 225 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 2.43e-68 211 d2b9ha_ d3mi9a_ 33.1 320 188 10 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.7 231 134 10 91 311 111 325 5.41e-30 111 d2b9ha_ d3coka1 26.7 303 169 10 12 309 10 264 2.73e-28 105 d2b9ha_ d4wnoa_ 34.4 218 106 10 12 213 8 204 2.26e-27 102 d2b9ha_ d2yexa_ 31.4 207 129 4 12 217 7 201 2.54e-24 94.4 d2b9ha_ d2w5aa1 28.9 228 132 8 10 223 3 214 3.50e-24 94.0 d2b9ha_ d5jzja_ 25.3 312 172 8 9 309 13 274 9.40e-23 90.1 d2b9ha_ d3uc3a_ 27.5 298 160 9 19 308 18 267 4.02e-22 89.0 d2b9ha_ d3fe3a_ 24.5 318 184 9 11 320 5 274 1.56e-21 87.4 d2b9ha_ d4c2va_ 23.4 304 179 9 12 311 6 259 1.68e-19 80.9 d2b9ha_ d1koba_ 24.6 301 174 11 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4itja_ 23.8 248 168 6 10 246 7 244 9.76e-17 73.2 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 5.90e-16 70.9 d2b9ha_ d3lxpa_ 28.7 209 123 6 19 217 16 208 1.03e-13 64.3 d2b9ha_ d3poza_ 22.4 210 147 5 11 216 10 207 5.64e-12 59.3 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 24.9 217 136 8 14 219 28 228 1.22e-11 58.2 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 1.90e-291 781 d3oz6a_ d2b9ha_ 39.1 371 184 11 8 368 13 351 2.02e-88 265 d3oz6a_ d2xrwa1 33.1 375 205 9 4 368 21 359 1.79e-70 219 d3oz6a_ d2i6la_ 31.6 339 181 7 7 332 7 307 6.23e-55 177 d3oz6a_ d3mi9a_ 33.7 335 171 10 7 328 11 307 4.72e-50 165 d3oz6a_ d3wara_ 27.5 331 184 11 8 328 38 322 4.59e-31 114 d3oz6a_ d2yexa_ 25.8 322 160 8 8 322 8 257 4.23e-27 102 d3oz6a_ d3fe3a_ 28.0 257 155 6 8 259 7 238 5.28e-27 103 d3oz6a_ d3coka1 26.7 326 153 10 14 330 17 265 1.17e-23 92.8 d3oz6a_ d2w5aa1 29.3 239 129 9 8 232 6 218 4.06e-22 88.6 d3oz6a_ d4wnoa_ 31.6 244 118 12 7 232 6 218 2.84e-21 86.3 d3oz6a_ d5jzja_ 25.3 340 162 13 4 329 13 274 2.93e-21 86.3 d3oz6a_ d1koba_ 24.4 336 170 13 8 334 31 291 4.77e-20 84.0 d3oz6a_ d4c2va_ 22.7 326 173 11 8 329 7 257 5.40e-19 79.7 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.21e-18 77.4 d3oz6a_ d4yfia_ 26.4 242 142 9 5 235 20 236 1.59e-16 72.8 d3oz6a_ d3uc3a_ 28.6 220 129 5 7 224 11 204 2.01e-16 72.8 d3oz6a_ d3lxpa_ 27.7 224 122 10 11 222 13 208 4.55e-15 68.6 d3oz6a_ d4at5a1 29.7 236 115 12 10 222 14 221 2.11e-14 66.6 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 1.01e-11 58.5 d3oz6a_ d3poza_ 24.0 254 150 12 4 240 6 233 8.98e-10 52.8 d3oz6a_ d1ad5a3 25.9 239 128 13 10 239 20 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.87e-223 600 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 7.82e-12 58.5 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 1.23e-11 57.4 d4nfna_ d2xrwa1 29.6 169 94 8 5 160 17 173 4.49e-10 53.1 d4nfna_ d3mi9a_ 26.4 246 136 10 12 232 11 236 7.51e-10 52.4 d4nfna_ d2i6la_ 27.7 166 95 6 12 160 7 164 9.17e-10 52.0 d4nfna_ d3coka1 25.4 213 143 5 11 218 9 210 2.42e-09 50.4 d4nfna_ d3wara_ 22.2 153 113 3 10 162 35 181 1.82e-08 48.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 9.67e-08 45.8 d4nfna_ d4wnoa_ 24.0 221 128 10 19 219 15 215 6.54e-07 43.1 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 6.05e-233 626 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-63 194 d4at5a1 d3f66a_ 36.7 286 151 8 18 296 33 295 1.28e-61 191 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 1.18e-55 175 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 2.83e-55 175 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.03e-43 145 d4at5a1 d4itja_ 29.4 316 162 14 7 295 5 286 1.96e-27 102 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 3.20e-22 87.8 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 8.93e-22 86.3 d4at5a1 d3coka1 23.7 262 178 6 18 277 17 258 7.94e-21 83.6 d4at5a1 d3fe3a_ 27.9 240 142 7 11 244 6 220 1.94e-19 80.5 d4at5a1 d2w5aa1 23.3 270 179 9 18 277 12 263 1.80e-15 68.6 d4at5a1 d3oz6a_ 29.7 236 115 12 14 221 10 222 1.65e-14 66.6 d4at5a1 d3mi9a_ 23.8 235 142 10 3 222 5 217 1.87e-14 66.2 d4at5a1 d2i6la_ 27.0 226 124 10 16 222 12 215 4.69e-12 58.9 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 1.32e-229 617 d3lxpa_ d4at5a1 37.3 287 147 7 14 285 16 284 2.78e-55 175 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 3.14e-51 164 d3lxpa_ d3poza_ 35.1 279 159 6 4 279 6 265 9.23e-48 156 d3lxpa_ d1ad5a3 33.3 279 147 7 7 282 15 257 1.37e-45 149 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 7.97e-44 145 d3lxpa_ d4itja_ 32.0 278 151 11 15 275 15 271 1.27e-27 102 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 1.45e-20 83.6 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d2yexa_ 33.7 199 121 6 13 208 11 201 1.74e-18 77.0 d3lxpa_ d2w5aa1 27.1 203 130 6 16 207 12 207 1.15e-17 74.7 d3lxpa_ d3uc3a_ 31.8 201 119 9 13 208 15 202 3.30e-17 73.9 d3lxpa_ d3mi9a_ 26.8 213 132 7 12 209 14 217 1.90e-16 72.0 d3lxpa_ d3oz6a_ 27.7 224 122 10 13 208 11 222 3.50e-15 68.6 d3lxpa_ d2b9ha_ 28.7 209 123 6 16 208 19 217 8.46e-14 64.3 d3lxpa_ d3dlsa_ 28.5 207 120 8 16 208 24 216 7.08e-12 58.2 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 5.70e-213 575 d4itja_ d1ad5a3 32.6 270 147 9 16 282 24 261 5.74e-32 113 d4itja_ d3f66a_ 33.0 227 124 9 53 271 73 279 1.02e-28 105 d4itja_ d3lxpa_ 32.0 278 151 11 15 271 15 275 1.25e-27 102 d4itja_ d4at5a1 29.4 316 162 14 5 286 7 295 1.90e-27 102 d4itja_ d4yfia_ 28.4 264 161 11 16 271 29 272 2.18e-25 96.3 d4itja_ d2yexa_ 30.6 216 134 4 16 229 14 215 2.22e-24 93.2 d4itja_ d4i4ea_ 27.4 259 162 11 19 271 18 256 6.13e-23 89.4 d4itja_ d2w5aa1 26.5 234 144 8 16 237 12 229 3.61e-20 81.6 d4itja_ d3fe3a_ 29.9 211 126 5 16 222 13 205 4.80e-20 82.0 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 5.90e-19 79.0 d4itja_ d3oz6a_ 27.2 243 162 9 15 245 13 252 3.19e-18 77.4 d4itja_ d2b9ha_ 23.8 248 168 6 7 244 10 246 7.93e-17 73.2 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 8.86e-16 69.3 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 9.24e-16 69.3 d4itja_ d4wnoa_ 28.8 215 125 6 19 222 18 215 2.29e-15 68.2 d4itja_ d3coka1 27.2 232 143 7 6 230 7 219 2.87e-15 67.8 d4itja_ d3uc3a_ 24.9 277 170 10 9 274 13 262 1.93e-14 65.9 d4itja_ d2i6la_ 30.5 164 90 7 8 153 6 163 6.48e-14 64.3 d4itja_ d3dlsa_ 25.2 218 132 6 16 221 24 222 7.41e-14 63.9 d4itja_ d2xrwa1 31.5 111 67 3 49 153 65 172 2.18e-12 60.1 d4itja_ d3mi9a_ 28.7 202 108 9 8 191 10 193 2.84e-11 56.6 d4itja_ d3wara_ 26.6 109 64 4 114 221 138 231 1.74e-08 48.1 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 6.73e-04 33.9 d4wnoa_ d4wnoa_ 96.0 273 11 0 1 273 1 273 5.02e-200 541 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 5.56e-48 154 d4wnoa_ d3fe3a_ 38.3 222 125 5 15 234 13 224 2.23e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 5.65e-39 131 d4wnoa_ d2w5aa1 29.4 269 167 6 15 271 12 269 6.03e-36 123 d4wnoa_ d2yexa_ 32.2 267 158 9 15 270 14 268 5.10e-33 115 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 1.16e-32 115 d4wnoa_ d4c2va_ 28.6 276 173 8 3 273 3 259 2.04e-32 114 d4wnoa_ d3dlsa_ 29.6 274 161 8 9 271 18 270 5.93e-28 102 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 6.59e-28 103 d4wnoa_ d3mi9a_ 31.1 238 129 11 2 220 7 228 2.27e-23 91.3 d4wnoa_ d2i6la_ 27.5 305 159 14 15 271 14 304 5.77e-23 89.7 d4wnoa_ d3oz6a_ 31.6 244 118 12 6 218 7 232 2.80e-21 85.9 d4wnoa_ d2xrwa1 29.0 210 129 6 15 217 31 227 4.66e-21 85.1 d4wnoa_ d3f66a_ 27.0 267 164 12 13 264 31 281 8.47e-21 83.6 d4wnoa_ d4yfia_ 30.3 274 153 13 8 264 22 274 1.38e-20 82.8 d4wnoa_ d3lxpa_ 32.8 195 115 5 36 224 40 224 1.88e-19 79.7 d4wnoa_ d1ad5a3 26.6 271 161 11 7 268 11 252 7.26e-19 77.8 d4wnoa_ d3poza_ 25.3 233 156 7 8 232 11 233 5.72e-18 75.9 d4wnoa_ d3wara_ 27.2 151 96 4 67 214 92 231 1.95e-16 71.6 d4wnoa_ d4itja_ 28.8 215 125 6 18 215 19 222 1.17e-15 68.9 d4wnoa_ d4nfna_ 22.9 275 168 13 15 259 19 279 6.09e-07 43.1 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 2.70e-242 651 d3fe3a_ d3uc3a_ 39.0 282 155 6 7 274 12 290 1.34e-60 190 d3fe3a_ d2yexa_ 36.4 264 161 4 2 259 3 265 8.94e-54 171 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.47e-52 167 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 1.81e-51 165 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 4.52e-51 164 d3fe3a_ d3dlsa_ 35.4 260 155 4 7 259 18 271 5.54e-45 149 d3fe3a_ d4wnoa_ 37.8 222 126 4 13 224 15 234 1.84e-42 142 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 5.61e-39 132 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 5.16e-33 119 d3fe3a_ d2xrwa1 28.9 273 166 7 7 271 25 277 7.38e-28 105 d3fe3a_ d3oz6a_ 28.0 257 155 6 7 238 8 259 4.42e-27 103 d3fe3a_ d3mi9a_ 28.9 218 128 6 4 201 9 219 1.67e-25 98.2 d3fe3a_ d1ad5a3 29.8 252 153 11 8 252 19 253 4.03e-24 93.2 d3fe3a_ d4i4ea_ 29.1 247 158 10 11 246 13 253 1.03e-22 89.4 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 3.30e-22 88.6 d3fe3a_ d2b9ha_ 24.5 318 184 9 5 274 11 320 1.40e-21 87.4 d3fe3a_ d3lxpa_ 32.4 216 120 8 2 199 2 209 1.58e-20 83.6 d3fe3a_ d4itja_ 29.9 211 126 5 13 205 16 222 5.30e-20 82.0 d3fe3a_ d4at5a1 27.9 240 142 7 6 220 11 244 2.08e-19 80.5 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 4.90e-19 79.7 d3fe3a_ d3f66a_ 27.7 173 114 6 57 220 79 249 1.41e-16 72.4 d3fe3a_ d3wara_ 24.3 144 103 3 64 204 91 231 7.58e-14 64.7 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 2.24e-213 575 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.57e-51 165 d5jzja_ d3coka1 33.8 266 160 6 15 274 9 264 3.62e-46 150 d5jzja_ d4c2va_ 34.1 264 155 8 17 274 7 257 2.34e-45 148 d5jzja_ d1koba_ 33.5 266 169 7 12 274 26 286 1.63e-44 148 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 1.22e-39 134 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 2.06e-39 132 d5jzja_ d2w5aa1 33.3 276 158 9 15 274 4 269 5.56e-38 129 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 3.44e-35 121 d5jzja_ d3dlsa_ 30.9 272 161 8 14 274 15 270 2.30e-28 103 d5jzja_ d2xrwa1 26.7 311 172 10 12 275 20 321 3.13e-23 91.3 d5jzja_ d2b9ha_ 25.3 312 172 8 13 274 9 309 7.33e-23 90.1 d5jzja_ d2i6la_ 28.1 306 167 12 16 275 7 305 1.58e-22 88.6 d5jzja_ d4i4ea_ 33.0 218 126 9 15 220 7 216 1.79e-22 87.8 d5jzja_ d3oz6a_ 25.3 340 162 13 13 274 4 329 2.13e-21 86.3 d5jzja_ d3mi9a_ 28.9 266 160 13 16 262 11 266 6.01e-17 73.2 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 8.85e-16 69.3 d5jzja_ d3wara_ 26.8 239 130 12 73 273 91 322 1.42e-14 66.2 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.15e-11 57.4 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.55e-237 639 d2i6la_ d2b9ha_ 36.4 324 170 7 2 307 7 312 2.13e-68 211 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 6.42e-56 179 d2i6la_ d3oz6a_ 31.6 339 181 7 7 307 7 332 5.09e-55 177 d2i6la_ d3mi9a_ 34.9 312 175 10 6 303 10 307 4.29e-44 147 d2i6la_ d3wara_ 28.5 242 153 7 73 303 90 322 1.09e-27 103 d2i6la_ d5jzja_ 28.1 306 167 12 7 305 16 275 1.77e-22 88.6 d2i6la_ d3fe3a_ 28.2 248 152 7 8 248 7 235 3.22e-22 88.6 d2i6la_ d3coka1 28.2 301 155 11 14 305 17 265 1.43e-21 85.9 d2i6la_ d4wnoa_ 30.9 223 121 10 14 223 15 217 1.62e-21 85.9 d2i6la_ d2w5aa1 31.9 213 111 10 53 249 53 247 7.51e-21 84.0 d2i6la_ d2yexa_ 31.4 210 117 8 14 216 14 203 6.95e-20 81.3 d2i6la_ d3dlsa_ 24.3 321 163 12 3 305 13 271 1.19e-19 80.9 d2i6la_ d3uc3a_ 27.9 305 164 9 7 303 11 267 1.03e-18 78.6 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 2.35e-18 77.0 d2i6la_ d1koba_ 26.2 313 152 12 11 304 34 286 1.72e-17 75.5 d2i6la_ d4itja_ 30.5 164 90 7 6 163 8 153 6.98e-14 64.3 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 2.52e-13 62.8 d2i6la_ d4at5a1 27.0 226 124 10 12 215 16 222 4.89e-12 58.9 d2i6la_ d4nfna_ 27.7 166 95 6 7 164 12 160 9.67e-10 52.0 d3coka1 d3coka1 100 265 0 0 1 265 1 265 2.61e-207 558 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 2.13e-62 191 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 2.06e-52 167 d3coka1 d5jzja_ 33.8 266 160 6 9 264 15 274 3.48e-46 150 d3coka1 d4wnoa_ 33.9 271 156 8 10 264 8 271 1.56e-43 143 d3coka1 d1koba_ 33.5 254 159 4 17 264 37 286 4.02e-41 139 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 1.30e-40 135 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 4.25e-36 124 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 2.00e-34 119 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 4.18e-33 116 d3coka1 d2b9ha_ 26.7 303 169 10 10 264 12 309 2.05e-28 105 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 1.06e-24 94.7 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.21e-24 92.8 d3coka1 d2i6la_ 27.8 299 159 10 17 265 14 305 1.22e-21 85.9 d3coka1 d4i4ea_ 27.9 215 143 7 9 217 7 215 2.72e-21 84.3 d3coka1 d4at5a1 24.2 265 173 7 17 258 18 277 7.11e-21 83.6 d3coka1 d2xrwa1 23.3 305 162 8 17 264 31 320 2.74e-16 71.2 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 3.33e-16 70.5 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 1.24e-15 68.6 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 2.65e-15 67.8 d3coka1 d3wara_ 23.2 237 135 8 69 263 91 322 6.74e-15 67.0 d3coka1 d4nfna_ 25.4 213 143 5 9 210 11 218 2.19e-09 50.4 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 2.94e-214 578 d3dlsa_ d3fe3a_ 35.4 260 155 4 18 271 7 259 4.98e-45 149 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 4.50e-33 116 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 3.81e-31 111 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.64e-29 107 d3dlsa_ d4c2va_ 30.2 258 158 7 23 270 12 257 1.58e-28 104 d3dlsa_ d5jzja_ 30.9 272 161 8 15 270 14 274 2.38e-28 103 d3dlsa_ d4wnoa_ 32.1 215 127 6 18 222 9 214 4.49e-27 100 d3dlsa_ d1koba_ 28.6 273 172 7 11 270 24 286 5.39e-25 96.3 d3dlsa_ d2xrwa1 26.0 277 173 7 16 285 23 274 1.47e-23 92.4 d3dlsa_ d2i6la_ 24.3 321 163 12 13 271 3 305 1.09e-19 80.9 d3dlsa_ d2b9ha_ 28.4 218 128 6 15 215 10 216 4.77e-16 70.9 d3dlsa_ d4itja_ 25.2 218 132 6 24 222 16 221 7.36e-14 63.9 d3dlsa_ d4i4ea_ 26.8 198 131 9 24 216 15 203 4.57e-12 58.5 d3dlsa_ d3wara_ 27.6 105 75 1 130 233 138 242 4.69e-12 58.9 d3dlsa_ d3lxpa_ 28.5 207 120 8 24 216 16 208 6.94e-12 58.2 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 2.75e-11 56.2 d3dlsa_ d3poza_ 25.4 213 142 10 18 222 12 215 2.73e-10 53.5 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 4.78e-09 49.7 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 1.20e-218 589 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 9.91e-30 108 d4yfia_ d3poza_ 30.0 273 171 12 20 281 7 270 2.68e-28 104 d4yfia_ d4itja_ 28.4 264 161 11 29 272 16 271 2.17e-25 96.3 d4yfia_ d4at5a1 31.8 236 127 12 17 228 6 231 3.09e-22 87.8 d4yfia_ d4wnoa_ 30.0 253 141 12 22 256 8 242 1.35e-19 80.1 d4yfia_ d3oz6a_ 26.4 242 142 9 20 236 5 235 1.20e-16 72.8 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 5.06e-11 55.8 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 1.19e-241 649 d3uc3a_ d3fe3a_ 39.0 282 155 6 12 290 7 274 1.31e-60 190 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 3.40e-51 164 d3uc3a_ d4c2va_ 31.6 266 168 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 1.37e-39 134 d3uc3a_ d1koba_ 29.4 262 176 5 10 267 29 285 7.94e-37 129 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 4.96e-36 124 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 3.46e-33 117 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 1.78e-29 107 d3uc3a_ d2w5aa1 30.9 269 157 11 12 262 6 263 9.29e-26 97.4 d3uc3a_ d2b9ha_ 27.5 298 160 9 18 267 19 308 3.52e-22 89.0 d3uc3a_ d2xrwa1 27.6 225 144 6 11 224 24 240 5.56e-20 82.8 d3uc3a_ d2i6la_ 27.9 305 164 9 11 267 7 303 1.03e-18 78.6 d3uc3a_ d3mi9a_ 25.6 336 189 14 4 287 4 330 6.19e-18 76.6 d3uc3a_ d3lxpa_ 31.8 201 119 9 15 202 13 208 3.50e-17 73.9 d3uc3a_ d3oz6a_ 28.6 220 129 5 11 204 7 224 1.64e-16 72.8 d3uc3a_ d3wara_ 23.7 241 138 8 66 268 91 323 1.93e-15 69.3 d3uc3a_ d4itja_ 24.9 277 170 10 13 262 9 274 2.08e-14 65.9 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 1.02e-07 45.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 1.70e-88 246 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 5.83e-16 63.2 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 3.77e-14 58.2 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 6.08e-106 292 d1wmza_ d2h2tb_ 34.7 124 67 4 1 124 2 111 9.20e-16 63.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 7.59e-98 271 d1ypqa1 d3bdwa_ 31.2 125 77 3 5 128 5 121 6.21e-16 63.2 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.59e-99 273 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 8.48e-16 63.2 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 7.07e-90 249 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 4.26e-22 78.6 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 3.62e-14 58.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 2.41e-93 259 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 4.48e-22 78.6 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 1.42e-117 323 d3f8la_ d4zsia1 41.0 161 90 2 1 158 2 160 1.62e-31 105 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 3.20e-120 330 d4zsia1 d3f8la_ 41.0 161 90 2 2 160 1 158 1.65e-31 105 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 4.10e-171 464 d1txoa_ d2j82a_ 37.6 237 133 6 6 230 4 237 2.21e-39 130 d2j82a_ d2j82a_ 96.3 240 9 0 1 240 1 240 2.10e-171 466 d2j82a_ d1txoa_ 38.9 234 128 6 7 237 9 230 3.33e-42 137 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.26e-76 215 g2vt1.1 g3bzy.1 35.8 95 57 2 5 97 1 93 1.92e-11 50.1 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 2.89e-72 204 g3bzy.1 g2vt1.1 35.8 95 57 2 1 93 5 97 1.89e-11 50.1 d1k9oi_ d1k9oi_ 96.3 376 14 0 1 376 1 376 1.45e-269 725 d1k9oi_ d3ozqa1 32.8 375 219 9 14 373 13 369 4.62e-62 197 d1k9oi_ d3kcgi_ 30.0 387 244 12 9 376 49 427 1.82e-49 166 d1k9oi_ d1wz9a_ 25.8 383 258 11 9 376 4 375 2.88e-39 137 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 6.44e-38 134 d1k9oi_ d3le2a1 28.4 391 253 14 9 376 3 389 1.98e-37 133 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 3.20e-32 118 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 0.0 882 d3kcgi_ d3pzfa_ 33.1 372 228 10 68 428 21 382 8.56e-58 188 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 3.51e-53 176 d3kcgi_ d1wz9a_ 26.9 390 256 12 49 427 4 375 1.58e-46 158 d3kcgi_ d5ncsa1 29.6 358 231 10 73 425 25 366 7.78e-42 145 d3kcgi_ d3ozqa1 28.9 381 249 11 48 424 7 369 8.28e-42 145 d3kcgi_ d1k9oi_ 28.4 327 218 8 49 371 9 323 2.31e-39 139 d3kcgi_ d4x30a_ 28.1 388 259 13 46 427 3 376 3.25e-38 136 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 2.67e-285 765 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 8.26e-50 166 d1wz9a_ d3kcgi_ 26.9 390 256 12 4 375 49 427 1.39e-46 158 d1wz9a_ d3ozqa1 27.8 374 242 12 7 370 11 366 3.78e-39 137 d1wz9a_ d3le2a1 28.1 374 230 13 27 375 30 389 1.35e-35 128 d1wz9a_ d1k9oi_ 25.1 383 261 11 4 375 9 376 3.74e-34 124 d1wz9a_ d5ncsa1 26.1 372 252 10 8 370 6 363 2.83e-30 113 d1wz9a_ d3pzfa_ 23.2 367 253 9 27 375 26 381 1.74e-26 102 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 1.28e-287 771 d3pzfa_ d3kcgi_ 33.1 372 228 10 21 382 68 428 7.64e-58 188 d3pzfa_ d5ncsa1 24.9 373 257 10 11 378 11 365 1.55e-36 130 d3pzfa_ d3le2a1 26.5 392 260 11 8 382 10 390 3.11e-36 130 d3pzfa_ d3ozqa1 27.5 374 250 10 9 378 13 369 4.14e-34 124 d3pzfa_ d1k9oi_ 26.2 370 258 9 14 381 20 376 1.36e-30 114 d3pzfa_ d1wz9a_ 23.2 367 253 9 26 381 27 375 1.78e-26 102 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 1.75e-287 771 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 8.33e-50 166 d4x30a_ d5ncsa1 30.0 380 239 15 5 373 2 365 5.29e-39 137 d4x30a_ d3kcgi_ 28.1 388 259 13 3 376 46 427 2.86e-38 136 d4x30a_ d3ozqa1 27.3 385 250 15 1 373 3 369 1.78e-27 105 d4x30a_ d3le2a1 24.7 392 262 12 8 376 8 389 6.15e-23 92.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.61e-288 773 d5ncsa1 d3kcgi_ 29.6 358 231 10 25 366 73 425 6.71e-42 145 d5ncsa1 d4x30a_ 30.4 381 236 16 2 365 5 373 5.18e-39 137 d5ncsa1 d3pzfa_ 24.9 373 257 10 11 365 11 378 1.50e-36 130 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 2.38e-36 130 d5ncsa1 d3ozqa1 27.6 355 230 14 24 365 29 369 1.97e-30 113 d5ncsa1 d1wz9a_ 26.1 372 252 10 6 363 8 370 2.79e-30 113 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 8.85e-299 800 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 3.20e-53 176 d3le2a1 d5ncsa1 27.1 388 254 13 5 386 1 365 2.52e-36 130 d3le2a1 d3pzfa_ 26.5 392 260 11 10 390 8 382 3.17e-36 130 d3le2a1 d1wz9a_ 28.1 374 230 13 30 389 27 375 1.40e-35 128 d3le2a1 d3ozqa1 26.5 381 251 12 11 386 13 369 5.68e-31 115 d3le2a1 d1k9oi_ 26.3 365 244 13 30 389 32 376 3.76e-26 102 d3le2a1 d4x30a_ 24.7 392 262 12 8 389 8 376 6.36e-23 92.8 d3ozqa1 d3ozqa1 97.1 373 11 0 1 373 1 373 1.52e-274 738 d3ozqa1 d1k9oi_ 31.7 375 223 9 13 369 14 373 2.63e-56 182 d3ozqa1 d3kcgi_ 30.2 361 232 10 25 369 68 424 7.14e-44 151 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 9.35e-44 149 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 4.36e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 6.74e-36 129 d3ozqa1 d5ncsa1 28.0 354 230 13 29 369 24 365 2.35e-34 124 d3ozqa1 d4x30a_ 28.3 378 247 14 3 370 1 364 1.24e-31 117 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 3.82e-183 495 d3ii9a1 d5jsca1 32.7 165 105 3 45 203 37 201 1.61e-18 75.5 d5jsca1 d5jsca1 94.9 234 12 0 1 234 1 234 9.22e-163 443 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.12e-20 80.1 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 1032 d3r44a1 d5upta1 28.8 527 317 15 4 497 5 506 1.48e-49 171 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1008 d5upta1 d3r44a1 28.8 527 317 15 5 506 4 497 1.51e-49 171 EPQ09146.1 EPQ09146.1 65.2 1292 449 0 1 1292 1 1292 0.0 1519 EPQ09146.1 NP_001121181.2 41.3 1450 554 33 1 1292 1 1311 1.44e-266 788 NP_001121181.2 NP_001121181.2 80.2 1311 259 0 1 1311 1 1311 0.0 1890 NP_001121181.2 EPQ09146.1 36.3 1411 680 33 1 1311 1 1292 7.40e-213 648 XP_026225122.1 XP_026225122.1 87.2 2493 320 0 1 2493 1 2493 0.0 4446 XP_026225122.1 XP_015783916.1 43.9 1792 624 38 318 1926 335 1920 0.0 1343 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 3.05e-74 236 XP_026225122.1 d4nxja1 33.3 93 56 3 1088 1177 5 94 3.40e-10 53.5 XP_026225122.1 d3uv4a1 38.1 63 37 1 1106 1168 23 83 9.95e-10 52.4 XP_026225122.1 d3ljwa_ 36.6 71 42 1 1123 1190 43 113 3.05e-09 50.8 XP_015783916.1 XP_015783916.1 79.5 2409 493 0 1 2409 1 2409 0.0 3927 XP_015783916.1 XP_026225122.1 45.2 1716 615 39 335 1883 318 1882 0.0 1373 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 7.81e-72 229 XP_015783916.1 d4nxja1 33.7 86 54 2 986 1071 12 94 1.76e-10 54.3 XP_015783916.1 d3uv4a1 39.7 63 36 1 1000 1062 23 83 5.17e-10 53.1 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 8.52e-10 52.4 XP_020640612.1 XP_020640612.1 98.5 716 11 0 1 716 1 716 0.0 1486 XP_020640612.1 RXM37273.1 26.6 737 413 21 1 712 1 634 1.14e-58 204 RXM37273.1 RXM37273.1 98.4 673 11 0 1 673 1 673 0.0 1409 RXM37273.1 XP_020640612.1 26.0 730 426 17 1 634 1 712 1.33e-57 201 XP_001389757.2 XP_001389757.2 98.4 428 7 0 1 428 1 428 0.0 869 XP_001389757.2 XP_030993825.1 45.1 421 168 8 29 387 202 621 8.66e-119 355 XP_030993825.1 XP_030993825.1 98.5 659 10 0 1 659 1 659 0.0 1376 XP_030993825.1 XP_001389757.2 45.0 418 167 8 202 618 29 384 1.48e-117 352 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.37e-104 288 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 9.24e-93 259 d3d1ka_ d1v4wa_ 78.2 142 31 0 1 142 2 143 9.45e-84 236 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 9.10e-68 196 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 2.20e-19 72.8 d3d1ka_ d2dc3a_ 31.5 130 81 2 2 123 3 132 9.62e-19 72.0 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 3.37e-104 288 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 9.24e-93 259 d4esaa_ d1v4wa_ 78.2 142 31 0 1 142 2 143 9.45e-84 236 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 4.06e-71 204 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 2.20e-19 72.8 d4esaa_ d2dc3a_ 30.0 130 83 2 2 123 3 132 1.45e-17 68.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 2.67e-04 32.7 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 5.36e-106 292 d1v4wa_ d3d1ka_ 78.2 142 31 0 2 143 1 142 9.52e-84 236 d1v4wa_ d4esaa_ 78.2 142 31 0 2 143 1 142 9.52e-84 236 d1v4wa_ d3bj1a_ 70.4 142 42 0 2 143 1 142 9.33e-75 213 d1v4wa_ d2dc3a_ 30.8 130 82 2 3 124 3 132 2.34e-20 76.3 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 4.95e-18 69.3 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 2.88e-105 290 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 9.26e-75 213 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 4.06e-71 204 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 9.10e-68 196 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 31.9 135 84 2 2 128 3 137 3.20e-20 75.9 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 1.50e-17 68.2 d4g7hd_ d4g7hd_ 98.4 1500 24 0 1 1500 1 1500 0.0 2911 d4g7hd_ d1twfa_ 23.7 1021 552 32 400 1261 152 1104 2.80e-43 166 d1twfa_ d1twfa_ 99.4 1449 9 0 1 1449 1 1449 0.0 2976 d1twfa_ d4g7hd_ 24.5 916 494 26 228 1104 505 1261 1.32e-46 177 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-default.out000066400000000000000000001171171523407312000252210ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 36.0 75 40 1 209 283 215 281 5.10e-08 46.6 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 36.1 72 38 1 218 281 212 283 3.91e-08 47.0 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 28.7 237 126 8 1 200 3 233 8.67e-16 70.9 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d3coka1 29.4 262 143 10 14 267 17 244 1.33e-21 87.0 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d3oz6a_ 29.4 262 143 10 17 244 14 267 1.01e-19 81.3 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 615 31 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 591 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-evalue.out000066400000000000000000003457011523407312000250600ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d2xkra_ d4uyma1 21.8 225 129 6 179 356 209 433 1.73e-03 33.5 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d3l6ea1 d5jlaa_ 24.8 165 108 4 4 154 11 173 5.65e-03 30.4 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d5unla_ 26.3 247 170 6 9 248 15 256 1.04e-14 65.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 2.59e-12 58.9 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d5o30a_ 22.9 166 109 3 100 259 101 253 7.17e-05 36.6 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d5jlaa_ d3l6ea1 24.8 165 108 4 11 173 4 154 1.57e-01 26.2 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 8.25e-11 54.3 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 9.33e-05 36.2 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 1.63e-08 44.7 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d1m7ga_ d4hlca_ 40.0 35 21 0 27 61 4 38 2.62e-01 25.0 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d4hlca_ d1m7ga_ 40.0 35 21 0 4 38 27 61 1.90e-01 25.4 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 7.49e-07 43.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 4.13e-07 43.9 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ikha1 23.6 296 186 8 15 301 19 283 2.02e-10 53.9 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d4i62a_ 24.8 218 145 6 13 221 20 227 4.11e-13 60.5 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 3.18e-11 55.1 d4i62a_ d4kcda_ 20.3 138 90 4 17 141 56 186 2.07e-03 32.0 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-max-hsps.out000066400000000000000000003463711523407312000253430ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d5unla_ 26.3 247 170 6 9 248 15 256 1.04e-14 65.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 2.59e-12 58.9 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d5o30a_ 22.9 166 109 3 100 259 101 253 7.17e-05 36.6 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 8.25e-11 54.3 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 9.33e-05 36.2 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 1.63e-08 44.7 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 7.49e-07 43.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 4.13e-07 43.9 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ikha1 23.6 296 186 8 15 301 19 283 2.02e-10 53.9 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d4i62a_ 24.8 218 145 6 13 221 20 227 4.11e-13 60.5 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 3.18e-11 55.1 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 EPQ09146.1 NP_001121181.2 47.7 285 58 3 1 285 1 194 5.49e-34 135 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 NP_001121181.2 EPQ09146.1 84.1 69 11 0 1 69 1 69 2.91e-31 126 NP_001121181.2 EPQ09146.1 51.1 88 42 1 107 193 444 531 1.57e-12 65.5 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 XP_015783916.1 64.4 45 16 0 2139 2183 2192 2236 1.06e-09 57.4 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 XP_026225122.1 64.4 45 16 0 2192 2236 2139 2183 3.00e-09 55.8 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_001389757.2 XP_030993825.1 55.8 43 19 0 7 49 5 47 5.60e-08 48.1 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d4g7hd_ d1twfa_ 37.9 58 32 1 1433 1490 1396 1449 4.09e-06 44.7 d4g7hd_ d1twfa_ 24.0 104 61 1 3 106 13 98 1.37e-04 39.7 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 d1twfa_ d4g7hd_ 37.9 58 32 1 1396 1449 1433 1490 1.76e-06 45.8 d1twfa_ d4g7hd_ 23.6 106 63 1 11 98 1 106 2.62e-05 42.0 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-more-sensitive.out000066400000000000000000003451521523407312000265500ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d5unla_ 26.3 247 170 6 9 248 15 256 1.04e-14 65.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 2.59e-12 58.9 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d5o30a_ 22.9 166 109 3 100 259 101 253 7.17e-05 36.6 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 8.25e-11 54.3 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 9.33e-05 36.2 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 1.63e-08 44.7 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 7.49e-07 43.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 4.13e-07 43.9 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ikha1 23.6 296 186 8 15 301 19 283 2.02e-10 53.9 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d4i62a_ 24.8 218 145 6 13 221 20 227 4.11e-13 60.5 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 3.18e-11 55.1 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-multithreaded.out000066400000000000000000001171171523407312000264300ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 36.0 75 40 1 209 283 215 281 5.10e-08 46.6 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 36.1 72 38 1 218 281 212 283 3.91e-08 47.0 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 28.7 237 126 8 1 200 3 233 8.67e-16 70.9 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d3coka1 29.4 262 143 10 14 267 17 244 1.33e-21 87.0 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d3oz6a_ 29.4 262 143 10 17 244 14 267 1.01e-19 81.3 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 615 31 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 591 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-paf-format.out000066400000000000000000001657021523407312000256340ustar00rootroot00000000000000d2dc3a_ 172 0 171 + d2dc3a_ 172 0 171 172 172 255 AS:i:343 ZR:i:879 ZE:f:5.04e-125 d1x9fc_ 149 0 148 + d1x9fc_ 149 0 148 149 149 255 AS:i:306 ZR:i:783 ZE:f:3.87e-111 d3g46a_ 146 0 145 + d3g46a_ 146 0 145 146 146 255 AS:i:290 ZR:i:743 ZE:f:3.89e-105 d1cg5b_ 141 0 140 + d1cg5b_ 141 0 140 141 141 255 AS:i:283 ZR:i:723 ZE:f:3.00e-102 d1cg5b_ 141 0 140 + d1gcvb_ 136 0 135 49 142 255 AS:i:75 ZR:i:183 ZE:f:2.71e-20 d1gcvb_ 136 0 135 + d1gcvb_ 136 0 135 136 136 255 AS:i:287 ZR:i:735 ZE:f:3.04e-104 d1gcvb_ 136 0 135 + d1cg5b_ 141 0 140 49 142 255 AS:i:79 ZR:i:195 ZE:f:4.20e-22 d2zs0a_ 140 0 139 + d2zs0a_ 140 0 139 140 140 255 AS:i:282 ZR:i:722 ZE:f:3.96e-102 d2cqka1 88 0 87 + d2cqka1 88 0 87 88 88 255 AS:i:178 ZR:i:452 ZE:f:1.32e-62 d1s29a1 89 0 88 + d1s29a1 89 0 88 89 89 255 AS:i:170 ZR:i:430 ZE:f:3.24e-59 d3bpva_ 137 0 136 + d3bpva_ 137 0 136 137 137 255 AS:i:264 ZR:i:675 ZE:f:4.66e-95 d5eria1 147 0 146 + d5eria1 147 0 146 147 147 255 AS:i:283 ZR:i:723 ZE:f:4.71e-102 d2jzya_ 104 0 103 + d2jzya_ 104 0 103 104 104 255 AS:i:200 ZR:i:509 ZE:f:8.50e-71 d4ixaa_ 102 0 101 + d4ixaa_ 102 0 101 102 102 255 AS:i:211 ZR:i:536 ZE:f:5.57e-75 d1hbka_ 89 0 88 + d1hbka_ 89 0 88 89 89 255 AS:i:189 ZR:i:480 ZE:f:7.57e-67 d2cb8a_ 86 0 85 + d2cb8a_ 86 0 85 86 86 255 AS:i:177 ZR:i:449 ZE:f:3.28e-62 d1pfva1 162 0 161 + d1pfva1 162 0 161 162 162 255 AS:i:321 ZR:i:822 ZE:f:1.16e-116 d4qrea2 161 0 160 + d4qrea2 161 0 160 161 161 255 AS:i:320 ZR:i:821 ZE:f:1.53e-116 d4qrea2 161 0 158 + d2d5ba1 152 0 140 46 159 255 AS:i:57 ZR:i:138 ZE:f:2.84e-13 d2d5ba1 152 0 151 + d2d5ba1 152 0 151 152 152 255 AS:i:294 ZR:i:752 ZE:f:2.59e-106 d2d5ba1 152 0 120 + d4qrea2 161 0 128 38 129 255 AS:i:56 ZR:i:134 ZE:f:1.02e-12 d4nyxa_ 116 0 115 + d4nyxa_ 116 0 115 116 116 255 AS:i:239 ZR:i:609 ZE:f:1.14e-85 d4nyxa_ 116 0 115 + XP_026225122.1 2493 1081 1196 109 116 255 AS:i:228 ZR:i:581 ZE:f:9.54e-73 d4nyxa_ 116 0 115 + XP_015783916.1 2409 975 1090 100 116 255 AS:i:216 ZR:i:550 ZE:f:1.43e-68 d4nyxa_ 116 29 105 + d4nxja1 117 29 103 27 77 255 AS:i:56 ZR:i:135 ZE:f:1.18e-13 d4nyxa_ 116 35 103 + d3ljwa_ 118 36 104 23 69 255 AS:i:50 ZR:i:120 ZE:f:2.02e-11 d3ljwa_ 118 0 117 + d3ljwa_ 118 0 117 118 118 255 AS:i:231 ZR:i:590 ZE:f:1.05e-82 d3ljwa_ 118 36 104 + d4nyxa_ 116 35 103 23 69 255 AS:i:51 ZR:i:123 ZE:f:7.39e-12 d3ljwa_ 118 36 104 + XP_015783916.1 2409 1010 1078 24 69 255 AS:i:54 ZR:i:129 ZE:f:8.85e-12 d3ljwa_ 118 36 104 + XP_026225122.1 2493 1116 1184 24 69 255 AS:i:52 ZR:i:124 ZE:f:4.18e-11 d3uv4a1 123 0 122 + d3uv4a1 123 0 122 123 123 255 AS:i:253 ZR:i:646 ZE:f:4.35e-91 d4nxja1 117 0 116 + d4nxja1 117 0 116 117 117 255 AS:i:237 ZR:i:604 ZE:f:7.11e-85 d4nxja1 117 29 97 + d4nyxa_ 116 29 99 27 71 255 AS:i:56 ZR:i:136 ZE:f:8.43e-14 d4nxja1 117 11 94 + XP_015783916.1 2409 985 1071 29 87 255 AS:i:53 ZR:i:127 ZE:f:1.59e-11 d4nxja1 117 11 94 + XP_026225122.1 2493 1091 1177 28 87 255 AS:i:52 ZR:i:124 ZE:f:4.04e-11 d1nkpe_ 81 0 80 + d1nkpe_ 81 0 80 81 81 255 AS:i:159 ZR:i:403 ZE:f:2.40e-55 d1an4a1 64 0 63 + d1an4a1 64 0 63 64 64 255 AS:i:121 ZR:i:303 ZE:f:1.33e-40 d1v2aa1 125 0 124 + d1v2aa1 125 0 124 125 125 255 AS:i:252 ZR:i:643 ZE:f:1.45e-90 d2gsqa1 127 0 126 + d2gsqa1 127 0 126 127 127 255 AS:i:254 ZR:i:649 ZE:f:2.04e-91 d1yq1a2 127 0 126 + d1yq1a2 127 0 126 127 127 255 AS:i:251 ZR:i:641 ZE:f:3.39e-90 d5b7ca2 139 0 138 + d5b7ca2 139 0 138 139 139 255 AS:i:283 ZR:i:724 ZE:f:1.82e-102 d4q5fa2 129 0 128 + d4q5fa2 129 0 128 129 129 255 AS:i:261 ZR:i:667 ZE:f:4.26e-94 d3ay8a2 129 0 128 + d3ay8a2 129 0 128 129 129 255 AS:i:263 ZR:i:671 ZE:f:1.04e-94 d4ddja_ 80 0 79 + d4ddja_ 80 0 79 80 80 255 AS:i:169 ZR:i:429 ZE:f:2.41e-59 d3bqpa_ 80 0 79 + d3bqpa_ 80 0 79 80 80 255 AS:i:171 ZR:i:433 ZE:f:5.90e-60 d4gria2 176 0 175 + d4gria2 176 0 175 176 176 255 AS:i:341 ZR:i:875 ZE:f:2.78e-124 d3afha2 171 0 170 + d3afha2 171 0 170 171 171 255 AS:i:335 ZR:i:858 ZE:f:7.45e-122 d5vcca_ 468 0 467 + d5vcca_ 468 0 467 468 468 255 AS:i:939 ZR:i:2427 ZE:f:0.0 d3oo3a_ 382 0 381 + d3oo3a_ 382 0 381 382 382 255 AS:i:750 ZR:i:1936 ZE:f:4.08e-279 d3oo3a_ 382 11 353 + d4rm4a_ 375 4 351 111 363 255 AS:i:141 ZR:i:355 ZE:f:1.69e-40 d3oo3a_ 382 7 366 + d3buja1 396 9 377 119 381 255 AS:i:140 ZR:i:353 ZE:f:4.87e-40 d3oo3a_ 382 3 362 + d4j6ca_ 407 1 386 120 395 255 AS:i:131 ZR:i:329 ZE:f:1.50e-36 d3oo3a_ 382 34 362 + d4yt3a_ 407 35 383 95 354 255 AS:i:106 ZR:i:265 ZE:f:1.11e-27 d4uyma1 469 0 468 + d4uyma1 469 0 468 469 469 255 AS:i:956 ZR:i:2470 ZE:f:0.0 d4uyma1 469 2 468 + d5tl8a1 448 0 445 162 476 255 AS:i:253 ZR:i:645 ZE:f:3.16e-81 d4yt3a_ 407 0 406 + d4yt3a_ 407 0 406 407 407 255 AS:i:802 ZR:i:2072 ZE:f:5.37e-299 d4yt3a_ 407 14 387 + d4rm4a_ 375 0 363 156 378 255 AS:i:274 ZR:i:701 ZE:f:2.52e-91 d4yt3a_ 407 15 383 + d3oo3a_ 382 14 362 99 374 255 AS:i:111 ZR:i:277 ZE:f:2.73e-29 d4yt3a_ 407 31 382 + d5hiwa1 392 30 368 99 360 255 AS:i:100 ZR:i:248 ZE:f:2.60e-25 d4rm4a_ 375 0 374 + d4rm4a_ 375 0 374 375 375 255 AS:i:744 ZR:i:1921 ZE:f:4.56e-277 d4rm4a_ 375 0 363 + d4yt3a_ 407 14 387 156 378 255 AS:i:270 ZR:i:691 ZE:f:7.35e-90 d4rm4a_ 375 4 351 + d3oo3a_ 382 11 353 111 363 255 AS:i:145 ZR:i:366 ZE:f:4.36e-42 d4rm4a_ 375 55 351 + d4j6ca_ 407 83 377 106 309 255 AS:i:139 ZR:i:351 ZE:f:9.81e-40 d4rm4a_ 375 13 349 + d5hiwa1 392 26 359 96 342 255 AS:i:137 ZR:i:344 ZE:f:7.47e-39 d3buja1 396 0 395 + d3buja1 396 0 395 396 396 255 AS:i:783 ZR:i:2023 ZE:f:6.68e-292 d3buja1 396 9 377 + d3oo3a_ 382 7 366 117 380 255 AS:i:147 ZR:i:370 ZE:f:1.86e-42 d3buja1 396 81 389 + d4j6ca_ 407 91 402 98 318 255 AS:i:105 ZR:i:262 ZE:f:3.48e-27 d2xkra_ 395 0 394 + d2xkra_ 395 0 394 395 395 255 AS:i:784 ZR:i:2024 ZE:f:4.35e-292 d2xkra_ 395 68 385 + d3rwla_ 411 92 406 93 319 255 AS:i:144 ZR:i:362 ZE:f:4.41e-41 d5tl8a1 448 0 447 + d5tl8a1 448 0 447 448 448 255 AS:i:892 ZR:i:2306 ZE:f:0.0 d5tl8a1 448 0 434 + d4uyma1 469 2 457 161 465 255 AS:i:253 ZR:i:646 ZE:f:2.14e-81 d4j6ca_ 407 0 406 + d4j6ca_ 407 0 406 407 407 255 AS:i:811 ZR:i:2096 ZE:f:1.18e-302 d4j6ca_ 407 83 377 + d4rm4a_ 375 55 351 104 306 255 AS:i:145 ZR:i:366 ZE:f:7.66e-42 d4j6ca_ 407 1 386 + d3oo3a_ 382 3 362 120 395 255 AS:i:145 ZR:i:365 ZE:f:1.23e-41 d4j6ca_ 407 91 402 + d3buja1 396 81 389 98 318 255 AS:i:110 ZR:i:274 ZE:f:8.43e-29 d4ep6a_ 392 0 391 + d4ep6a_ 392 0 391 392 392 255 AS:i:780 ZR:i:2013 ZE:f:1.63e-290 d5hiwa1 392 0 391 + d5hiwa1 392 0 391 392 392 255 AS:i:753 ZR:i:1945 ZE:f:3.78e-280 d5hiwa1 392 26 359 + d4rm4a_ 375 13 349 94 339 255 AS:i:140 ZR:i:352 ZE:f:5.63e-40 d5hiwa1 392 30 368 + d4yt3a_ 407 31 382 100 360 255 AS:i:99 ZR:i:247 ZE:f:3.40e-25 d3rwla_ 411 0 410 + d3rwla_ 411 0 410 411 411 255 AS:i:837 ZR:i:2163 ZE:f:9.86e-313 d3rwla_ 411 92 406 + d2xkra_ 395 68 385 95 320 255 AS:i:150 ZR:i:379 ZE:f:1.71e-43 d1f7ca_ 191 0 190 + d1f7ca_ 191 0 190 191 191 255 AS:i:367 ZR:i:942 ZE:f:5.29e-134 d5c5sa1 209 0 208 + d5c5sa1 209 0 208 209 209 255 AS:i:414 ZR:i:1063 ZE:f:7.44e-152 d5irca1 198 0 197 + d5irca1 198 0 197 198 198 255 AS:i:396 ZR:i:1018 ZE:f:2.33e-145 d1g2na_ 256 0 255 + d1g2na_ 256 0 255 256 256 255 AS:i:499 ZR:i:1284 ZE:f:5.59e-184 d1g2na_ 256 25 189 + d4pf3a_ 249 13 161 48 166 255 AS:i:68 ZR:i:167 ZE:f:6.10e-16 d4pf3a_ 249 0 248 + d4pf3a_ 249 0 248 249 249 255 AS:i:498 ZR:i:1281 ZE:f:9.33e-184 d4pf3a_ 249 13 209 + d1g2na_ 256 25 234 56 214 255 AS:i:65 ZR:i:158 ZE:f:1.01e-14 d2e2ra_ 228 0 227 + d2e2ra_ 228 0 227 228 228 255 AS:i:443 ZR:i:1139 ZE:f:8.26e-163 d2xhsa1 237 0 236 + d2xhsa1 237 0 236 237 237 255 AS:i:484 ZR:i:1245 ZE:f:1.14e-178 d3g08a2 94 0 93 + d3g08a2 94 0 93 94 94 255 AS:i:208 ZR:i:529 ZE:f:3.62e-74 d1ie5a1 106 0 105 + d1ie5a1 106 0 105 106 106 255 AS:i:211 ZR:i:536 ZE:f:7.48e-75 d1fhga_ 102 0 101 + d1fhga_ 102 0 101 102 102 255 AS:i:214 ZR:i:544 ZE:f:3.35e-76 d3p73a2 96 0 95 + d3p73a2 96 0 95 96 96 255 AS:i:216 ZR:i:550 ZE:f:2.62e-77 d3puca1 97 0 96 + d3puca1 97 0 96 97 97 255 AS:i:190 ZR:i:482 ZE:f:6.71e-67 d2xy1a1 92 0 91 + d2xy1a1 92 0 91 92 92 255 AS:i:191 ZR:i:484 ZE:f:2.31e-67 d2xy1a2 98 0 97 + d2xy1a2 98 0 97 98 98 255 AS:i:210 ZR:i:535 ZE:f:5.90e-75 d2rika1 95 0 94 + d2rika1 95 0 94 95 95 255 AS:i:195 ZR:i:496 ZE:f:4.24e-69 d1x5aa1 94 0 93 + d1x5aa1 94 0 93 94 94 255 AS:i:195 ZR:i:495 ZE:f:5.60e-69 d1fnfa2 91 0 90 + d1fnfa2 91 0 90 91 91 255 AS:i:186 ZR:i:472 ZE:f:1.46e-65 d4lpva1 91 0 90 + d4lpva1 91 0 90 91 91 255 AS:i:182 ZR:i:463 ZE:f:3.44e-64 d2edya1 96 0 95 + d2edya1 96 0 95 96 96 255 AS:i:194 ZR:i:493 ZE:f:1.31e-68 d1tjxa1 149 0 148 + d1tjxa1 149 0 148 149 149 255 AS:i:300 ZR:i:768 ZE:f:7.50e-109 d2b3ra1 122 0 121 + d2b3ra1 122 0 121 122 122 255 AS:i:241 ZR:i:615 ZE:f:2.16e-86 d1ckaa_ 57 0 56 + d1ckaa_ 57 0 56 57 57 255 AS:i:125 ZR:i:315 ZE:f:1.21e-42 d1u5sa1 71 0 70 + d1u5sa1 71 0 70 71 71 255 AS:i:151 ZR:i:381 ZE:f:2.69e-52 d4j9fa_ 62 0 61 + d4j9fa_ 62 0 61 62 62 255 AS:i:136 ZR:i:343 ZE:f:9.08e-47 d2dnua1 58 0 57 + d2dnua1 58 0 57 58 58 255 AS:i:124 ZR:i:311 ZE:f:5.30e-42 d2dnua1 58 3 54 + d2egca1 62 5 59 21 56 255 AS:i:48 ZR:i:114 ZE:f:6.66e-12 d2ct4a1 57 0 56 + d2ct4a1 57 0 56 57 57 255 AS:i:122 ZR:i:307 ZE:f:2.02e-41 d2egca1 62 0 61 + d2egca1 62 0 61 62 62 255 AS:i:137 ZR:i:346 ZE:f:3.16e-47 d2egca1 62 5 59 + d2dnua1 58 3 54 21 56 255 AS:i:48 ZR:i:114 ZE:f:7.12e-12 d1v6ba1 111 0 110 + d1v6ba1 111 0 110 111 111 255 AS:i:222 ZR:i:566 ZE:f:2.86e-79 d1um1a1 97 0 96 + d1um1a1 97 0 96 97 97 255 AS:i:194 ZR:i:492 ZE:f:2.00e-68 d1uf1a1 116 0 115 + d1uf1a1 116 0 115 116 116 255 AS:i:228 ZR:i:581 ZE:f:2.13e-81 d1ueqa1 111 0 110 + d1ueqa1 111 0 110 111 111 255 AS:i:226 ZR:i:576 ZE:f:8.53e-81 d1ueqa1 111 17 94 + d2q9va1 84 5 82 28 78 255 AS:i:57 ZR:i:138 ZE:f:1.68e-14 d1x6da1 106 0 105 + d1x6da1 106 0 105 106 106 255 AS:i:209 ZR:i:531 ZE:f:4.33e-74 d3sfja_ 103 0 102 + d3sfja_ 103 0 102 103 103 255 AS:i:203 ZR:i:517 ZE:f:4.75e-72 d2q9va1 84 0 83 + d2q9va1 84 0 83 84 84 255 AS:i:174 ZR:i:442 ZE:f:3.33e-61 d2q9va1 84 5 82 + d1ueqa1 111 17 94 28 78 255 AS:i:59 ZR:i:143 ZE:f:2.25e-15 d2koha1 109 0 108 + d2koha1 109 0 108 109 109 255 AS:i:207 ZR:i:527 ZE:f:2.20e-73 d1rg8a1 137 0 136 + d1rg8a1 137 0 136 137 137 255 AS:i:293 ZR:i:750 ZE:f:1.69e-106 d1q1ua_ 138 0 137 + d1q1ua_ 138 0 137 138 138 255 AS:i:279 ZR:i:713 ZE:f:8.03e-101 d1autc_ 240 0 239 + d1autc_ 240 0 239 240 240 255 AS:i:506 ZR:i:1303 ZE:f:2.05e-187 d1ij7a_ 241 0 240 + d1ij7a_ 241 0 240 241 241 255 AS:i:491 ZR:i:1265 ZE:f:1.38e-181 d1ij7a_ 241 0 238 + d1ym0a_ 238 0 232 89 245 255 AS:i:127 ZR:i:320 ZE:f:2.75e-38 d1yc0a_ 254 0 253 + d1yc0a_ 254 0 253 254 254 255 AS:i:553 ZR:i:1425 ZE:f:1.51e-205 d4dgja_ 235 0 234 + d4dgja_ 235 0 234 235 235 255 AS:i:503 ZR:i:1296 ZE:f:1.63e-186 d4dgja_ 235 0 231 + d2oq5a_ 232 0 227 93 235 255 AS:i:182 ZR:i:463 ZE:f:7.02e-60 d2oq5a_ 232 0 231 + d2oq5a_ 232 0 231 232 232 255 AS:i:494 ZR:i:1272 ZE:f:5.89e-183 d2oq5a_ 232 0 227 + d4dgja_ 235 0 231 93 235 255 AS:i:181 ZR:i:459 ZE:f:2.78e-59 d1ym0a_ 238 0 237 + d1ym0a_ 238 0 237 238 238 255 AS:i:494 ZR:i:1273 ZE:f:6.60e-183 d1ym0a_ 238 0 232 + d1ij7a_ 241 0 238 88 245 255 AS:i:131 ZR:i:329 ZE:f:1.25e-39 d3fsna_ 531 0 530 + d3fsna_ 531 0 530 531 531 255 AS:i:1106 ZR:i:2861 ZE:f:0.0 d4ou9a_ 481 0 480 + d4ou9a_ 481 0 480 481 481 255 AS:i:1012 ZR:i:2616 ZE:f:0.0 d1ezga_ 82 0 25 + d1ezga_ 82 0 25 26 26 255 AS:i:58 ZR:i:141 ZE:f:2.11e-15 d1oiha_ 288 0 287 + d1oiha_ 288 0 287 288 288 255 AS:i:583 ZR:i:1504 ZE:f:1.92e-216 d1oiha_ 288 2 274 + d3pvja_ 275 0 273 110 276 255 AS:i:191 ZR:i:484 ZE:f:1.02e-61 d3pvja_ 275 0 274 + d3pvja_ 275 0 274 275 275 255 AS:i:560 ZR:i:1443 ZE:f:1.40e-207 d3pvja_ 275 0 273 + d1oiha_ 288 2 274 110 276 255 AS:i:189 ZR:i:481 ZE:f:2.74e-61 d1f7da_ 118 0 117 + d1f7da_ 118 0 117 118 118 255 AS:i:228 ZR:i:582 ZE:f:1.74e-81 d1sixa1 144 0 143 + d1sixa1 144 0 143 144 144 255 AS:i:277 ZR:i:709 ZE:f:5.14e-100 d1ml9a_ 284 0 283 + d1ml9a_ 284 0 283 284 284 255 AS:i:593 ZR:i:1530 ZE:f:1.53e-220 d1ml9a_ 284 0 258 + d3hnaa1 285 38 260 75 260 255 AS:i:119 ZR:i:297 ZE:f:6.49e-34 d3hnaa1 285 0 284 + d3hnaa1 285 0 284 285 285 255 AS:i:608 ZR:i:1567 ZE:f:3.76e-226 d3hnaa1 285 38 260 + d1ml9a_ 284 0 258 75 260 255 AS:i:110 ZR:i:274 ZE:f:1.41e-30 d2l2fa_ 108 0 107 + d2l2fa_ 108 0 107 108 108 255 AS:i:226 ZR:i:575 ZE:f:9.70e-81 d2jzka_ 103 0 102 + d2jzka_ 103 0 102 103 103 255 AS:i:219 ZR:i:559 ZE:f:1.85e-78 g1qqp.1 290 0 289 + g1qqp.1 290 0 289 290 290 255 AS:i:574 ZR:i:1479 ZE:f:1.45e-212 g1qqp.1 290 208 282 + g1aym.1 297 214 280 27 75 255 AS:i:46 ZR:i:109 ZE:f:5.10e-08 g1aym.1 297 0 296 + g1aym.1 297 0 296 297 297 255 AS:i:601 ZR:i:1550 ZE:f:3.75e-223 g1aym.1 297 217 280 + g1qqp.1 290 211 282 26 72 255 AS:i:46 ZR:i:110 ZE:f:3.91e-08 d4igha_ 363 0 362 + d4igha_ 363 0 362 363 363 255 AS:i:712 ZR:i:1839 ZE:f:5.65e-265 d4igha_ 363 45 358 + d6b8sa1 346 47 345 120 316 255 AS:i:194 ZR:i:492 ZE:f:4.73e-61 d6b8sa1 346 0 345 + d6b8sa1 346 0 345 346 346 255 AS:i:688 ZR:i:1776 ZE:f:6.01e-256 d6b8sa1 346 47 345 + d4igha_ 363 45 358 120 316 255 AS:i:191 ZR:i:484 ZE:f:6.93e-60 d2ebna_ 285 0 284 + d2ebna_ 285 0 284 285 285 255 AS:i:569 ZR:i:1467 ZE:f:6.65e-211 d2ebna_ 285 9 274 + d1edta_ 265 7 262 92 271 255 AS:i:138 ZR:i:347 ZE:f:1.91e-41 d1edta_ 265 0 264 + d1edta_ 265 0 264 265 265 255 AS:i:527 ZR:i:1358 ZE:f:5.86e-195 d1edta_ 265 7 262 + d2ebna_ 285 9 274 91 271 255 AS:i:139 ZR:i:349 ZE:f:8.98e-42 d4aqla2 313 0 312 + d4aqla2 313 0 312 313 313 255 AS:i:614 ZR:i:1584 ZE:f:8.54e-228 d2paja2 336 0 335 + d2paja2 336 0 335 336 336 255 AS:i:667 ZR:i:1721 ZE:f:6.67e-248 d2vhla2 301 0 300 + d2vhla2 301 0 300 301 301 255 AS:i:595 ZR:i:1533 ZE:f:2.00e-220 d2vhla2 301 0 298 + d1o12a2 288 0 286 114 300 255 AS:i:187 ZR:i:474 ZE:f:7.08e-60 d1o12a2 288 0 287 + d1o12a2 288 0 287 288 288 255 AS:i:564 ZR:i:1454 ZE:f:8.05e-209 d1o12a2 288 0 286 + d2vhla2 301 0 298 115 300 255 AS:i:188 ZR:i:477 ZE:f:2.41e-60 d4hcha2 256 0 255 + d4hcha2 256 0 255 256 256 255 AS:i:550 ZR:i:1417 ZE:f:2.93e-204 d4hcha2 256 56 244 + d4hpna2 255 47 241 71 199 255 AS:i:104 ZR:i:259 ZE:f:5.81e-29 d4hpna2 255 0 254 + d4hpna2 255 0 254 255 255 255 AS:i:520 ZR:i:1339 ZE:f:2.13e-192 d4hpna2 255 47 251 + d4hcha2 256 56 254 72 209 255 AS:i:100 ZR:i:250 ZE:f:1.17e-27 d4hpna2 255 25 251 + d2p8ba2 244 20 237 66 230 255 AS:i:88 ZR:i:219 ZE:f:2.72e-23 d4kema2 249 0 248 + d4kema2 249 0 248 249 249 255 AS:i:521 ZR:i:1342 ZE:f:4.66e-193 d2p8ba2 244 0 243 + d2p8ba2 244 0 243 244 244 255 AS:i:474 ZR:i:1220 ZE:f:1.27e-174 d2p8ba2 244 20 234 + d4hpna2 255 25 248 66 227 255 AS:i:84 ZR:i:207 ZE:f:1.34e-21 d1yb1a_ 244 0 243 + d1yb1a_ 244 0 243 244 244 255 AS:i:483 ZR:i:1243 ZE:f:3.94e-178 d1fmca_ 255 0 254 + d1fmca_ 255 0 254 255 255 255 AS:i:493 ZR:i:1268 ZE:f:1.42e-181 d1fmca_ 255 8 248 + d1geea_ 261 4 248 82 245 255 AS:i:126 ZR:i:316 ZE:f:2.84e-37 d1fmca_ 255 8 248 + d4trra_ 261 3 256 81 254 255 AS:i:116 ZR:i:291 ZE:f:1.36e-33 d1fmca_ 255 11 248 + d1gega_ 255 1 250 79 250 255 AS:i:115 ZR:i:288 ZE:f:3.28e-33 d1fmca_ 255 7 248 + d4bmna1 249 2 244 77 248 255 AS:i:100 ZR:i:249 ZE:f:1.42e-27 d1uzma1 237 0 236 + d1uzma1 237 0 236 237 237 255 AS:i:447 ZR:i:1150 ZE:f:3.47e-164 d1uzma1 237 4 233 + d2b4qa_ 256 6 252 85 247 255 AS:i:104 ZR:i:260 ZE:f:2.61e-29 d1uzma1 237 9 234 + d1geea_ 261 9 249 75 242 255 AS:i:93 ZR:i:232 ZE:f:3.34e-25 d1r66a_ 322 0 321 + d1r66a_ 322 0 321 322 322 255 AS:i:661 ZR:i:1705 ZE:f:6.15e-246 d1r66a_ 322 0 312 + d4zrma_ 308 0 305 103 320 255 AS:i:139 ZR:i:351 ZE:f:3.71e-41 d1r66a_ 322 0 199 + d1gy8a_ 383 2 232 68 237 255 AS:i:70 ZR:i:172 ZE:f:8.67e-16 d1geea_ 261 0 260 + d1geea_ 261 0 260 261 261 255 AS:i:506 ZR:i:1304 ZE:f:7.34e-187 d1geea_ 261 4 248 + d1fmca_ 255 8 248 82 245 255 AS:i:127 ZR:i:318 ZE:f:1.47e-37 d1geea_ 261 0 250 + d4bmna1 249 0 246 84 255 255 AS:i:124 ZR:i:310 ZE:f:1.93e-36 d1geea_ 261 7 257 + d1xkqa_ 272 5 268 87 266 255 AS:i:122 ZR:i:305 ZE:f:1.81e-35 d1geea_ 261 4 240 + d3o38a_ 261 14 250 79 239 255 AS:i:111 ZR:i:277 ZE:f:1.78e-31 d1geea_ 261 5 248 + d3uxya_ 241 1 236 73 251 255 AS:i:102 ZR:i:254 ZE:f:2.60e-28 d1geea_ 261 3 257 + d5jlaa_ 259 3 251 77 257 255 AS:i:102 ZR:i:255 ZE:f:2.71e-28 d1geea_ 261 4 240 + d4nima_ 267 2 243 70 242 255 AS:i:100 ZR:i:250 ZE:f:1.68e-27 d1geea_ 261 9 249 + d1uzma1 237 9 234 77 242 255 AS:i:98 ZR:i:245 ZE:f:4.84e-27 d1geea_ 261 7 248 + d3un1a1 237 5 230 69 243 255 AS:i:95 ZR:i:235 ZE:f:1.36e-25 d1xkqa_ 272 0 271 + d1xkqa_ 272 0 271 272 272 255 AS:i:528 ZR:i:1360 ZE:f:4.99e-195 d1xkqa_ 272 2 268 + d1geea_ 261 4 257 87 269 255 AS:i:127 ZR:i:318 ZE:f:2.31e-37 d1xkqa_ 272 1 265 + d5en4a_ 251 2 250 79 267 255 AS:i:114 ZR:i:284 ZE:f:1.79e-32 d1gega_ 255 0 254 + d1gega_ 255 0 254 255 255 255 AS:i:496 ZR:i:1276 ZE:f:8.58e-183 d1gega_ 255 4 251 + d5unla_ 264 14 260 90 253 255 AS:i:121 ZR:i:303 ZE:f:2.52e-35 d1gega_ 255 1 252 + d1fmca_ 255 11 250 80 252 255 AS:i:117 ZR:i:292 ZE:f:8.47e-34 d1gega_ 255 2 250 + d5jlaa_ 259 8 242 82 255 255 AS:i:86 ZR:i:213 ZE:f:2.54e-22 d1gy8a_ 383 0 382 + d1gy8a_ 383 0 382 383 383 255 AS:i:792 ZR:i:2045 ZE:f:1.07e-295 d1gy8a_ 383 2 369 + d1r66a_ 322 0 306 94 375 255 AS:i:83 ZR:i:205 ZE:f:5.01e-20 d1zema1 260 0 259 + d1zema1 260 0 259 260 260 255 AS:i:504 ZR:i:1298 ZE:f:5.59e-186 d5en4a_ 251 0 250 + d5en4a_ 251 0 250 251 251 255 AS:i:491 ZR:i:1263 ZE:f:6.04e-181 d5en4a_ 251 2 250 + d1xkqa_ 272 1 265 79 267 255 AS:i:105 ZR:i:262 ZE:f:2.65e-29 d3zv4a_ 275 0 274 + d3zv4a_ 275 0 274 275 275 255 AS:i:533 ZR:i:1373 ZE:f:6.56e-197 d3zv4a_ 275 0 253 + d3un1a1 237 0 230 66 258 255 AS:i:63 ZR:i:153 ZE:f:5.51e-14 d3l6ea1 224 0 223 + d3l6ea1 224 0 223 224 224 255 AS:i:442 ZR:i:1137 ZE:f:1.23e-162 d4imra1 253 0 252 + d4imra1 253 0 252 253 253 255 AS:i:478 ZR:i:1230 ZE:f:7.57e-176 d4imra1 253 8 246 + d4nima_ 267 2 246 67 247 255 AS:i:58 ZR:i:141 ZE:f:2.27e-12 d4nima_ 267 0 266 + d4nima_ 267 0 266 267 267 255 AS:i:516 ZR:i:1329 ZE:f:1.80e-190 d4nima_ 267 2 243 + d1geea_ 261 4 240 70 242 255 AS:i:99 ZR:i:247 ZE:f:4.65e-27 d4nima_ 267 0 247 + d3o38a_ 261 12 254 74 250 255 AS:i:86 ZR:i:213 ZE:f:3.35e-22 d4nima_ 267 3 246 + d3uxya_ 241 1 231 75 254 255 AS:i:82 ZR:i:202 ZE:f:8.61e-21 d4nima_ 267 5 249 + d3un1a1 237 5 228 71 249 255 AS:i:72 ZR:i:177 ZE:f:2.56e-17 d4nima_ 267 2 246 + d4imra1 253 8 246 67 247 255 AS:i:64 ZR:i:155 ZE:f:3.21e-14 d4trra_ 261 0 260 + d4trra_ 261 0 260 261 261 255 AS:i:496 ZR:i:1276 ZE:f:1.36e-182 d4trra_ 261 3 256 + d1fmca_ 255 8 248 81 254 255 AS:i:111 ZR:i:277 ZE:f:1.56e-31 d4trra_ 261 5 256 + d3uxya_ 241 2 236 76 258 255 AS:i:81 ZR:i:200 ZE:f:1.48e-20 d5unla_ 264 0 263 + d5unla_ 264 0 263 264 264 255 AS:i:461 ZR:i:1187 ZE:f:6.29e-169 d5unla_ 264 14 260 + d1gega_ 255 4 251 90 253 255 AS:i:115 ZR:i:288 ZE:f:4.15e-33 d5jlaa_ 259 0 258 + d5jlaa_ 259 0 258 259 259 255 AS:i:491 ZR:i:1263 ZE:f:1.12e-180 d5jlaa_ 259 4 246 + d3uxya_ 241 0 240 87 248 255 AS:i:107 ZR:i:268 ZE:f:2.25e-30 d5jlaa_ 259 3 251 + d1geea_ 261 3 257 77 257 255 AS:i:93 ZR:i:232 ZE:f:5.56e-25 d5jlaa_ 259 9 242 + d4bmna1 249 8 244 82 242 255 AS:i:82 ZR:i:202 ZE:f:8.46e-21 d5jlaa_ 259 8 242 + d1gega_ 255 2 250 82 255 255 AS:i:79 ZR:i:194 ZE:f:1.24e-19 d5jlaa_ 259 3 242 + d2fwmx_ 248 1 242 81 249 255 AS:i:77 ZR:i:189 ZE:f:5.61e-19 d4zd6a_ 225 0 224 + d4zd6a_ 225 0 224 225 225 255 AS:i:448 ZR:i:1152 ZE:f:6.83e-165 d2fwmx_ 248 0 247 + d2fwmx_ 248 0 247 248 248 255 AS:i:477 ZR:i:1227 ZE:f:1.48e-175 d2fwmx_ 248 2 245 + d3uxya_ 241 0 239 85 248 255 AS:i:112 ZR:i:279 ZE:f:4.14e-32 d2fwmx_ 248 1 242 + d5jlaa_ 259 3 242 81 249 255 AS:i:82 ZR:i:202 ZE:f:7.97e-21 d3awda_ 257 0 256 + d3awda_ 257 0 256 257 257 255 AS:i:496 ZR:i:1278 ZE:f:4.96e-183 d3awda_ 257 8 255 + d3uxya_ 241 1 239 93 254 255 AS:i:117 ZR:i:292 ZE:f:6.44e-34 d5o30a_ 257 0 256 + d5o30a_ 257 0 256 257 257 255 AS:i:505 ZR:i:1301 ZE:f:1.55e-186 d3tzqa_ 261 0 260 + d3tzqa_ 261 0 260 261 261 255 AS:i:500 ZR:i:1287 ZE:f:2.87e-184 d3tzqa_ 261 3 242 + d3uxya_ 241 1 236 89 247 255 AS:i:117 ZR:i:292 ZE:f:7.16e-34 d3tzqa_ 261 3 242 + d3un1a1 237 3 230 72 246 255 AS:i:80 ZR:i:198 ZE:f:2.64e-20 d3o38a_ 261 0 260 + d3o38a_ 261 0 260 261 261 255 AS:i:490 ZR:i:1262 ZE:f:1.85e-180 d3o38a_ 261 14 250 + d1geea_ 261 4 240 79 239 255 AS:i:105 ZR:i:262 ZE:f:2.73e-29 d3o38a_ 261 15 260 + d3uxya_ 241 1 238 82 252 255 AS:i:96 ZR:i:239 ZE:f:3.89e-26 d3o38a_ 261 12 253 + d4nima_ 267 0 246 74 249 255 AS:i:81 ZR:i:199 ZE:f:3.06e-20 d3o38a_ 261 69 255 + d3un1a1 237 46 227 55 188 255 AS:i:74 ZR:i:182 ZE:f:4.69e-18 d2b4qa_ 256 0 255 + d2b4qa_ 256 0 255 256 256 255 AS:i:489 ZR:i:1259 ZE:f:3.62e-180 d2b4qa_ 256 9 255 + d1uzma1 237 7 236 85 247 255 AS:i:103 ZR:i:256 ZE:f:1.08e-28 d2b4qa_ 256 4 252 + d4bmna1 249 1 244 81 256 255 AS:i:99 ZR:i:246 ZE:f:3.96e-27 d4bmna1 249 0 248 + d4bmna1 249 0 248 249 249 255 AS:i:466 ZR:i:1198 ZE:f:4.20e-171 d4bmna1 249 0 246 + d1geea_ 261 0 250 87 256 255 AS:i:122 ZR:i:305 ZE:f:1.01e-35 d4bmna1 249 1 244 + d2b4qa_ 256 4 252 81 256 255 AS:i:105 ZR:i:263 ZE:f:1.30e-29 d4bmna1 249 2 247 + d1fmca_ 255 7 251 78 251 255 AS:i:98 ZR:i:245 ZE:f:5.27e-27 d4bmna1 249 8 244 + d5jlaa_ 259 9 242 82 242 255 AS:i:88 ZR:i:217 ZE:f:6.02e-23 d4bmna1 249 6 244 + d3un1a1 237 5 230 77 247 255 AS:i:83 ZR:i:205 ZE:f:2.12e-21 d3un1a1 237 0 236 + d3un1a1 237 0 236 237 237 255 AS:i:465 ZR:i:1196 ZE:f:3.37e-171 d3un1a1 237 5 231 + d3uxya_ 241 3 237 81 239 255 AS:i:117 ZR:i:292 ZE:f:3.72e-34 d3un1a1 237 5 230 + d1geea_ 261 7 248 67 243 255 AS:i:97 ZR:i:240 ZE:f:2.33e-26 d3un1a1 237 3 230 + d3tzqa_ 261 3 242 72 246 255 AS:i:89 ZR:i:220 ZE:f:1.77e-23 d3un1a1 237 5 230 + d4bmna1 249 6 244 73 244 255 AS:i:88 ZR:i:219 ZE:f:2.00e-23 d3un1a1 237 5 227 + d3o38a_ 261 17 255 68 242 255 AS:i:82 ZR:i:201 ZE:f:9.04e-21 d3un1a1 237 5 228 + d4nima_ 267 5 249 73 253 255 AS:i:75 ZR:i:183 ZE:f:3.33e-18 d3un1a1 237 0 230 + d3zv4a_ 275 0 253 66 258 255 AS:i:68 ZR:i:167 ZE:f:5.93e-16 d3uxya_ 241 0 240 + d3uxya_ 241 0 240 241 241 255 AS:i:462 ZR:i:1190 ZE:f:3.77e-170 d3uxya_ 241 0 236 + d3tzqa_ 261 2 242 89 248 255 AS:i:115 ZR:i:288 ZE:f:2.56e-33 d3uxya_ 241 0 236 + d3awda_ 257 7 252 92 252 255 AS:i:111 ZR:i:277 ZE:f:9.67e-32 d3uxya_ 241 0 240 + d5jlaa_ 259 4 246 85 248 255 AS:i:108 ZR:i:269 ZE:f:1.50e-30 d3uxya_ 241 0 236 + d2fwmx_ 248 2 242 86 246 255 AS:i:107 ZR:i:267 ZE:f:2.32e-30 d3uxya_ 241 3 237 + d3un1a1 237 5 231 81 239 255 AS:i:105 ZR:i:262 ZE:f:9.83e-30 d3uxya_ 241 0 238 + d3o38a_ 261 14 260 82 253 255 AS:i:96 ZR:i:239 ZE:f:3.59e-26 d3uxya_ 241 0 236 + d1geea_ 261 4 248 73 252 255 AS:i:94 ZR:i:233 ZE:f:2.64e-25 d3uxya_ 241 0 236 + d4trra_ 261 3 256 76 260 255 AS:i:78 ZR:i:192 ZE:f:1.83e-19 d3uxya_ 241 0 234 + d4nima_ 267 2 249 78 258 255 AS:i:75 ZR:i:184 ZE:f:2.61e-18 d4zrma_ 308 0 307 + d4zrma_ 308 0 307 308 308 255 AS:i:609 ZR:i:1570 ZE:f:7.88e-226 d4zrma_ 308 0 305 + d1r66a_ 322 0 312 103 320 255 AS:i:130 ZR:i:328 ZE:f:8.02e-38 d3guya1 219 0 218 + d3guya1 219 0 218 219 219 255 AS:i:425 ZR:i:1093 ZE:f:4.27e-156 d1fl2a1 185 0 184 + d1fl2a1 185 0 184 185 185 255 AS:i:353 ZR:i:905 ZE:f:1.47e-128 d1ojta1 230 0 229 + d1ojta1 230 0 229 230 230 255 AS:i:454 ZR:i:1169 ZE:f:2.57e-167 d1mo9a1 262 0 261 + d1mo9a1 262 0 261 262 262 255 AS:i:540 ZR:i:1392 ZE:f:3.04e-200 d1trba1 191 0 190 + d1trba1 191 0 190 191 191 255 AS:i:388 ZR:i:997 ZE:f:2.17e-142 d2f3oa_ 773 0 772 + d2f3oa_ 773 0 772 773 773 255 AS:i:1520 ZR:i:3935 ZE:f:0.0 d2f3oa_ 773 15 767 + d5fava1 794 23 787 259 771 255 AS:i:402 ZR:i:1034 ZE:f:5.36e-131 d5fava1 794 0 793 + d5fava1 794 0 793 794 794 255 AS:i:1612 ZR:i:4175 ZE:f:0.0 d5fava1 794 14 787 + d2f3oa_ 773 3 767 262 783 255 AS:i:407 ZR:i:1046 ZE:f:9.36e-133 d1xkua_ 305 0 304 + d1xkua_ 305 0 304 305 305 255 AS:i:521 ZR:i:1342 ZE:f:3.49e-191 d4xsqa_ 174 0 173 + d4xsqa_ 174 0 173 174 174 255 AS:i:291 ZR:i:745 ZE:f:1.58e-104 d2f6qa1 245 0 244 + d2f6qa1 245 0 244 245 245 255 AS:i:489 ZR:i:1260 ZE:f:1.09e-180 d2f6qa1 245 3 214 + d3moya_ 258 3 211 60 215 255 AS:i:67 ZR:i:163 ZE:f:2.01e-15 d3peaa_ 257 0 256 + d3peaa_ 257 0 256 257 257 255 AS:i:500 ZR:i:1288 ZE:f:1.48e-184 d3peaa_ 257 23 255 + d3moya_ 258 26 255 90 233 255 AS:i:152 ZR:i:385 ZE:f:1.57e-47 d3peaa_ 257 9 255 + d4k2na1 259 9 256 79 254 255 AS:i:106 ZR:i:265 ZE:f:8.67e-30 d4kd6a_ 227 0 226 + d4kd6a_ 227 0 226 227 227 255 AS:i:456 ZR:i:1174 ZE:f:3.52e-168 d4k2na1 259 0 258 + d4k2na1 259 0 258 259 259 255 AS:i:505 ZR:i:1300 ZE:f:2.56e-186 d4k2na1 259 9 256 + d3peaa_ 257 9 255 79 254 255 AS:i:102 ZR:i:255 ZE:f:2.48e-28 d3moya_ 258 0 257 + d3moya_ 258 0 257 258 258 255 AS:i:491 ZR:i:1263 ZE:f:1.04e-180 d3moya_ 258 26 254 + d3peaa_ 257 23 254 90 234 255 AS:i:147 ZR:i:370 ZE:f:2.73e-45 d3moya_ 258 13 221 + d2f6qa1 245 11 224 59 215 255 AS:i:63 ZR:i:154 ZE:f:3.57e-14 d4jyla1 243 0 242 + d4jyla1 243 0 242 243 243 255 AS:i:461 ZR:i:1186 ZE:f:1.79e-169 d1a04a2 138 0 137 + d1a04a2 138 0 137 138 138 255 AS:i:264 ZR:i:675 ZE:f:5.03e-95 d1a04a2 138 4 115 + d3n53a1 126 2 112 39 115 255 AS:i:53 ZR:i:126 ZE:f:5.58e-12 d1a04a2 138 4 117 + d3crna1 121 2 113 31 114 255 AS:i:50 ZR:i:119 ZE:f:5.35e-11 d1k68a_ 140 0 139 + d1k68a_ 140 0 139 140 140 255 AS:i:277 ZR:i:708 ZE:f:5.41e-100 d1qkka1 139 0 138 + d1qkka1 139 0 138 139 139 255 AS:i:258 ZR:i:659 ZE:f:1.49e-92 d3ltea_ 118 0 117 + d3ltea_ 118 0 117 118 118 255 AS:i:233 ZR:i:594 ZE:f:2.57e-83 d5t3ya_ 125 0 124 + d5t3ya_ 125 0 124 125 125 255 AS:i:235 ZR:i:600 ZE:f:5.25e-84 d3t6ka_ 122 0 121 + d3t6ka_ 122 0 121 122 122 255 AS:i:244 ZR:i:623 ZE:f:1.30e-87 d3t6ka_ 122 4 116 + d3n53a1 126 2 113 35 113 255 AS:i:59 ZR:i:142 ZE:f:1.56e-14 d3w9sa_ 116 0 115 + d3w9sa_ 116 0 115 116 116 255 AS:i:224 ZR:i:572 ZE:f:5.03e-80 d3c3ma1 121 0 120 + d3c3ma1 121 0 120 121 121 255 AS:i:245 ZR:i:626 ZE:f:4.21e-88 d3crna1 121 0 120 + d3crna1 121 0 120 121 121 255 AS:i:231 ZR:i:590 ZE:f:1.31e-82 d3crna1 121 2 111 + d1a04a2 138 4 115 31 112 255 AS:i:47 ZR:i:111 ZE:f:6.86e-10 d3n53a1 126 0 125 + d3n53a1 126 0 125 126 126 255 AS:i:250 ZR:i:639 ZE:f:6.36e-90 d3n53a1 126 2 113 + d3t6ka_ 122 4 116 35 113 255 AS:i:56 ZR:i:135 ZE:f:1.76e-13 d3n53a1 126 2 112 + d1a04a2 138 4 115 39 115 255 AS:i:50 ZR:i:119 ZE:f:5.37e-11 d2arka1 184 0 183 + d2arka1 184 0 183 184 184 255 AS:i:372 ZR:i:956 ZE:f:2.27e-136 d3zhoa_ 197 0 196 + d3zhoa_ 197 0 196 197 197 255 AS:i:387 ZR:i:994 ZE:f:9.86e-142 d4oxxa_ 153 0 152 + d4oxxa_ 153 0 152 153 153 255 AS:i:291 ZR:i:746 ZE:f:2.30e-105 d2m6sa_ 149 0 148 + d2m6sa_ 149 0 148 149 149 255 AS:i:304 ZR:i:778 ZE:f:2.24e-110 d1yzfa1 195 0 194 + d1yzfa1 195 0 194 195 195 255 AS:i:380 ZR:i:977 ZE:f:3.31e-139 d3rjta1 213 0 212 + d3rjta1 213 0 212 213 213 255 AS:i:437 ZR:i:1125 ZE:f:3.55e-161 d4iyja_ 211 0 210 + d4iyja_ 211 0 210 211 211 255 AS:i:420 ZR:i:1080 ZE:f:2.22e-154 d4rsha_ 175 0 174 + d4rsha_ 175 0 174 175 175 255 AS:i:351 ZR:i:900 ZE:f:3.97e-128 d2rk3a_ 187 0 186 + d2rk3a_ 187 0 186 187 187 255 AS:i:363 ZR:i:933 ZE:f:9.20e-133 d4gdha_ 190 0 189 + d4gdha_ 190 0 189 190 190 255 AS:i:384 ZR:i:985 ZE:f:1.36e-140 d1pfva2 351 0 350 + d1pfva2 351 0 350 351 351 255 AS:i:727 ZR:i:1876 ZE:f:5.05e-271 d1ivsa4 426 0 425 + d1ivsa4 426 0 425 426 426 255 AS:i:901 ZR:i:2328 ZE:f:0.0 d1k92a1 188 0 187 + d1k92a1 188 0 187 188 188 255 AS:i:391 ZR:i:1004 ZE:f:1.48e-143 d1vl2a1 168 0 167 + d1vl2a1 168 0 167 168 168 255 AS:i:337 ZR:i:865 ZE:f:5.08e-123 d1efva1 188 0 187 + d1efva1 188 0 187 188 188 255 AS:i:357 ZR:i:917 ZE:f:2.73e-130 d1efva1 188 3 180 + d1efpa1 183 2 176 71 178 255 AS:i:110 ZR:i:275 ZE:f:6.78e-33 d1efpa1 183 0 182 + d1efpa1 183 0 182 183 183 255 AS:i:326 ZR:i:836 ZE:f:4.18e-118 d1efpa1 183 2 176 + d1efva1 188 3 180 71 178 255 AS:i:100 ZR:i:250 ZE:f:3.57e-29 d1np7a2 204 0 203 + d1np7a2 204 0 203 204 204 255 AS:i:419 ZR:i:1076 ZE:f:5.28e-154 d1np7a2 204 6 188 + d1dnpa2 200 1 187 53 196 255 AS:i:51 ZR:i:121 ZE:f:3.16e-10 d1dnpa2 200 0 199 + d1dnpa2 200 0 199 200 200 255 AS:i:405 ZR:i:1041 ZE:f:8.44e-149 d1dnpa2 200 1 187 + d1np7a2 204 6 188 53 196 255 AS:i:52 ZR:i:124 ZE:f:1.20e-10 d2ihta1 177 0 176 + d2ihta1 177 0 176 177 177 255 AS:i:347 ZR:i:889 ZE:f:2.20e-126 d4fega2 183 0 182 + d4fega2 183 0 182 183 183 255 AS:i:358 ZR:i:920 ZE:f:6.51e-131 d1viaa_ 161 0 160 + d1viaa_ 161 0 160 161 161 255 AS:i:306 ZR:i:784 ZE:f:6.74e-111 d2iyva2 175 0 174 + d2iyva2 175 0 174 175 175 255 AS:i:327 ZR:i:838 ZE:f:1.13e-118 d1m7ga_ 208 0 207 + d1m7ga_ 208 0 207 208 208 255 AS:i:406 ZR:i:1044 ZE:f:5.44e-149 d3seaa_ 167 0 166 + d3seaa_ 167 0 166 167 167 255 AS:i:318 ZR:i:816 ZE:f:1.40e-115 d3q72a_ 166 0 165 + d3q72a_ 166 0 165 166 166 255 AS:i:329 ZR:i:843 ZE:f:9.89e-120 d1oxxk2 242 0 241 + d1oxxk2 242 0 241 242 242 255 AS:i:468 ZR:i:1203 ZE:f:4.24e-172 d1g6ha_ 254 0 253 + d1g6ha_ 254 0 253 254 254 255 AS:i:504 ZR:i:1299 ZE:f:2.47e-186 d1m8pa3 183 0 182 + d1m8pa3 183 0 182 183 183 255 AS:i:355 ZR:i:912 ZE:f:1.08e-129 d1t6na_ 207 0 206 + d1t6na_ 207 0 206 207 207 255 AS:i:416 ZR:i:1068 ZE:f:1.10e-152 d3peya1 196 0 195 + d3peya1 196 0 195 196 196 255 AS:i:382 ZR:i:981 ZE:f:8.77e-140 d5nt7b_ 159 0 158 + d5nt7b_ 159 0 158 159 159 255 AS:i:315 ZR:i:808 ZE:f:1.27e-114 d5nt7b_ 159 13 127 + d2z0ma2 139 16 126 46 115 255 AS:i:84 ZR:i:207 ZE:f:1.31e-23 d4hzia_ 259 0 258 + d4hzia_ 259 0 258 259 259 255 AS:i:518 ZR:i:1334 ZE:f:1.68e-191 d2yoga_ 207 0 206 + d2yoga_ 207 0 206 207 207 255 AS:i:424 ZR:i:1089 ZE:f:6.92e-156 d4hlca_ 202 0 201 + d4hlca_ 202 0 201 202 202 255 AS:i:396 ZR:i:1017 ZE:f:4.49e-145 d2z0ma2 139 0 138 + d2z0ma2 139 0 138 139 139 255 AS:i:279 ZR:i:713 ZE:f:8.66e-101 d2z0ma2 139 16 126 + d5nt7b_ 159 13 127 46 115 255 AS:i:82 ZR:i:201 ZE:f:9.04e-23 d4q7ka_ 218 0 217 + d4q7ka_ 218 0 217 218 218 255 AS:i:437 ZR:i:1124 ZE:f:7.42e-161 d1lara2 249 0 248 + d1lara2 249 0 248 249 249 255 AS:i:514 ZR:i:1324 ZE:f:2.59e-190 d1lara2 249 13 247 + d2i1ya_ 287 46 281 91 239 255 AS:i:168 ZR:i:425 ZE:f:2.81e-53 d2i1ya_ 287 0 286 + d2i1ya_ 287 0 286 287 287 255 AS:i:600 ZR:i:1548 ZE:f:3.47e-223 d2i1ya_ 287 43 281 + d1lara2 249 10 247 92 242 255 AS:i:172 ZR:i:436 ZE:f:7.29e-55 d1f9ma_ 112 0 111 + d1f9ma_ 112 0 111 112 112 255 AS:i:228 ZR:i:581 ZE:f:1.58e-81 d2b5ea1 140 0 139 + d2b5ea1 140 0 139 140 140 255 AS:i:283 ZR:i:725 ZE:f:1.38e-102 d1st9a_ 137 0 136 + d1st9a_ 137 0 136 137 137 255 AS:i:288 ZR:i:737 ZE:f:1.63e-104 d3erwa_ 134 0 133 + d3erwa_ 134 0 133 134 134 255 AS:i:275 ZR:i:703 ZE:f:1.99e-99 d4k9za_ 141 0 140 + d4k9za_ 141 0 140 141 141 255 AS:i:296 ZR:i:757 ZE:f:1.95e-107 d4k9za_ 141 6 71 + d3hdca1 147 14 79 22 66 255 AS:i:53 ZR:i:127 ZE:f:6.32e-12 d3hdca1 147 0 146 + d3hdca1 147 0 146 147 147 255 AS:i:301 ZR:i:772 ZE:f:1.58e-109 d3hdca1 147 14 79 + d4k9za_ 141 6 71 22 66 255 AS:i:52 ZR:i:125 ZE:f:1.29e-11 d6bkva1 105 0 104 + d6bkva1 105 0 104 105 105 255 AS:i:215 ZR:i:547 ZE:f:1.46e-76 d6bkva1 105 4 104 + d2e0qa_ 104 1 101 40 102 255 AS:i:91 ZR:i:225 ZE:f:1.60e-27 d2wz9a_ 120 0 119 + d2wz9a_ 120 0 119 120 120 255 AS:i:235 ZR:i:600 ZE:f:3.62e-84 d3hz4a_ 120 0 119 + d3hz4a_ 120 0 119 120 120 255 AS:i:258 ZR:i:658 ZE:f:5.13e-93 d2e0qa_ 104 0 103 + d2e0qa_ 104 0 103 104 104 255 AS:i:215 ZR:i:547 ZE:f:1.35e-76 d2e0qa_ 104 1 101 + d6bkva1 105 4 104 40 102 255 AS:i:90 ZR:i:224 ZE:f:2.25e-27 d2r5na3 136 0 135 + d2r5na3 136 0 135 136 136 255 AS:i:264 ZR:i:674 ZE:f:6.15e-95 d4c7va3 136 0 135 + d4c7va3 136 0 135 136 136 255 AS:i:271 ZR:i:692 ZE:f:1.10e-97 d2h06a2 153 0 152 + d2h06a2 153 0 152 153 153 255 AS:i:306 ZR:i:783 ZE:f:5.23e-111 d5mp7a2 148 0 147 + d5mp7a2 148 0 147 148 148 255 AS:i:293 ZR:i:751 ZE:f:2.73e-106 d1wzna1 251 0 250 + d1wzna1 251 0 250 251 251 255 AS:i:500 ZR:i:1288 ZE:f:9.32e-185 d1wzna1 251 21 143 + d5h02a_ 252 31 153 41 126 255 AS:i:54 ZR:i:130 ZE:f:5.66e-11 d5h02a_ 252 0 251 + d5h02a_ 252 0 251 252 252 255 AS:i:523 ZR:i:1348 ZE:f:7.15e-194 d5h02a_ 252 31 153 + d1wzna1 251 21 143 41 126 255 AS:i:59 ZR:i:143 ZE:f:1.06e-12 d4zwva1 369 0 368 + d4zwva1 369 0 368 369 369 255 AS:i:754 ZR:i:1946 ZE:f:4.41e-281 d3nx3a_ 388 0 387 + d3nx3a_ 388 0 387 388 388 255 AS:i:768 ZR:i:1983 ZE:f:4.47e-286 d3gjua1 457 0 456 + d3gjua1 457 0 456 457 457 255 AS:i:920 ZR:i:2378 ZE:f:0.0 d3nu8a_ 358 0 357 + d3nu8a_ 358 0 357 358 358 255 AS:i:705 ZR:i:1820 ZE:f:3.01e-262 d1uk8a_ 271 0 270 + d1uk8a_ 271 0 270 271 271 255 AS:i:548 ZR:i:1412 ZE:f:5.45e-203 d1uk8a_ 271 9 122 + d5esra1 302 28 144 31 119 255 AS:i:46 ZR:i:110 ZE:f:3.35e-08 d4jnca1 311 0 310 + d4jnca1 311 0 310 311 311 255 AS:i:658 ZR:i:1697 ZE:f:4.31e-245 d4inza_ 286 0 285 + d4inza_ 286 0 285 286 286 255 AS:i:593 ZR:i:1529 ZE:f:2.53e-220 d5esra1 302 0 301 + d5esra1 302 0 301 302 302 255 AS:i:623 ZR:i:1606 ZE:f:1.60e-231 d5esra1 302 28 144 + d1uk8a_ 271 9 122 31 119 255 AS:i:48 ZR:i:115 ZE:f:8.63e-09 d3kxpa_ 268 0 267 + d3kxpa_ 268 0 267 268 268 255 AS:i:514 ZR:i:1325 ZE:f:7.93e-190 d5w8oa_ 358 0 357 + d5w8oa_ 358 0 357 358 358 255 AS:i:720 ZR:i:1858 ZE:f:4.85e-268 d3r40a_ 297 0 296 + d3r40a_ 297 0 296 297 297 255 AS:i:623 ZR:i:1606 ZE:f:1.08e-231 d3vvma_ 374 0 373 + d3vvma_ 374 0 373 374 374 255 AS:i:738 ZR:i:1905 ZE:f:1.16e-274 d1v19a_ 302 0 301 + d1v19a_ 302 0 301 302 302 255 AS:i:584 ZR:i:1506 ZE:f:2.82e-216 d1ub0a_ 258 0 257 + d1ub0a_ 258 0 257 258 258 255 AS:i:488 ZR:i:1255 ZE:f:1.72e-179 d1ub0a_ 258 0 257 + d4c5ka1 275 1 260 94 261 255 AS:i:129 ZR:i:325 ZE:f:2.03e-38 d3pl2a_ 310 0 309 + d3pl2a_ 310 0 309 310 310 255 AS:i:616 ZR:i:1588 ZE:f:1.66e-228 d3ktna1 335 0 334 + d3ktna1 335 0 334 335 335 255 AS:i:672 ZR:i:1735 ZE:f:4.53e-250 d3ikha1 284 0 283 + d3ikha1 284 0 283 284 284 255 AS:i:553 ZR:i:1426 ZE:f:1.10e-204 d4c5ka1 275 0 274 + d4c5ka1 275 0 274 275 275 255 AS:i:545 ZR:i:1403 ZE:f:1.75e-201 d4c5ka1 275 1 260 + d1ub0a_ 258 0 257 94 261 255 AS:i:136 ZR:i:342 ZE:f:6.64e-41 d3ry7a_ 303 0 302 + d3ry7a_ 303 0 302 303 303 255 AS:i:578 ZR:i:1490 ZE:f:8.38e-214 d2j6la_ 497 0 496 + d2j6la_ 497 0 496 497 497 255 AS:i:1003 ZR:i:2594 ZE:f:0.0 d4jz6a1 483 0 482 + d4jz6a1 483 0 482 483 483 255 AS:i:949 ZR:i:2452 ZE:f:0.0 d4i3ta_ 474 0 473 + d4i3ta_ 474 0 473 474 474 255 AS:i:940 ZR:i:2430 ZE:f:0.0 d3otia1 374 0 373 + d3otia1 374 0 373 374 374 255 AS:i:733 ZR:i:1893 ZE:f:7.82e-273 d3otia1 374 0 366 + d3otga1 388 3 380 130 396 255 AS:i:130 ZR:i:326 ZE:f:2.46e-36 d3otga1 388 0 387 + d3otga1 388 0 387 388 388 255 AS:i:759 ZR:i:1961 ZE:f:1.01e-282 d3otga1 388 3 380 + d3otia1 374 0 366 129 395 255 AS:i:127 ZR:i:318 ZE:f:3.45e-35 d2rg7a_ 255 0 254 + d2rg7a_ 255 0 254 255 255 255 AS:i:486 ZR:i:1252 ZE:f:3.91e-179 d5khlb1 254 0 253 + d5khlb1 254 0 253 254 254 255 AS:i:476 ZR:i:1225 ZE:f:4.73e-175 d2o20a_ 271 0 270 + d2o20a_ 271 0 270 271 271 255 AS:i:518 ZR:i:1333 ZE:f:6.03e-191 d1dbqa_ 282 0 281 + d1dbqa_ 282 0 281 282 282 255 AS:i:570 ZR:i:1468 ZE:f:3.71e-211 d1dbqa_ 282 0 271 + d3tb6a_ 283 1 278 78 288 255 AS:i:108 ZR:i:269 ZE:f:6.78e-30 d3c3ka1 271 0 270 + d3c3ka1 271 0 270 271 271 255 AS:i:520 ZR:i:1338 ZE:f:1.04e-191 d3c3ka1 271 7 270 + d3ctpa_ 266 6 263 78 266 255 AS:i:107 ZR:i:266 ZE:f:1.01e-29 d4rxta1 293 0 292 + d4rxta1 293 0 292 293 293 255 AS:i:557 ZR:i:1436 ZE:f:6.58e-206 d5dkva1 301 0 300 + d5dkva1 301 0 300 301 301 255 AS:i:578 ZR:i:1491 ZE:f:5.05e-214 d3ctpa_ 266 0 265 + d3ctpa_ 266 0 265 266 266 255 AS:i:521 ZR:i:1341 ZE:f:2.47e-192 d3ctpa_ 266 5 244 + d3c3ka1 271 6 250 74 246 255 AS:i:110 ZR:i:274 ZE:f:6.84e-31 d3ctpa_ 266 0 262 + d3tb6a_ 283 0 277 67 279 255 AS:i:78 ZR:i:191 ZE:f:5.38e-19 d3tb6a_ 283 0 282 + d3tb6a_ 283 0 282 283 283 255 AS:i:552 ZR:i:1423 ZE:f:2.91e-204 d3tb6a_ 283 1 278 + d1dbqa_ 282 0 271 78 289 255 AS:i:100 ZR:i:250 ZE:f:3.65e-27 d3tb6a_ 283 3 278 + d4rk4a_ 275 3 274 77 279 255 AS:i:99 ZR:i:247 ZE:f:8.62e-27 d3tb6a_ 283 0 278 + d3ctpa_ 266 0 263 67 280 255 AS:i:75 ZR:i:185 ZE:f:3.84e-18 d3h5oa1 269 0 268 + d3h5oa1 269 0 268 269 269 255 AS:i:532 ZR:i:1371 ZE:f:8.32e-197 d3brsa_ 276 0 275 + d3brsa_ 276 0 275 276 276 255 AS:i:532 ZR:i:1370 ZE:f:2.03e-196 d4rk4a_ 275 0 274 + d4rk4a_ 275 0 274 275 275 255 AS:i:528 ZR:i:1361 ZE:f:4.43e-195 d4rk4a_ 275 3 274 + d3tb6a_ 283 3 278 77 279 255 AS:i:97 ZR:i:240 ZE:f:8.37e-26 d3k9ca_ 268 0 267 + d3k9ca_ 268 0 267 268 268 255 AS:i:510 ZR:i:1313 ZE:f:5.35e-188 d3e3ma1 277 0 276 + d3e3ma1 277 0 276 277 277 255 AS:i:546 ZR:i:1406 ZE:f:7.13e-202 d1elja_ 380 0 379 + d1elja_ 380 0 379 380 380 255 AS:i:787 ZR:i:2032 ZE:f:8.08e-294 d1pb7a_ 289 0 288 + d1pb7a_ 289 0 288 289 289 255 AS:i:597 ZR:i:1538 ZE:f:1.36e-221 d1pb7a_ 289 2 286 + d4kcda_ 290 4 289 104 298 255 AS:i:184 ZR:i:468 ZE:f:4.06e-59 d1xt8a1 248 0 247 + d1xt8a1 248 0 247 248 248 255 AS:i:492 ZR:i:1266 ZE:f:1.67e-181 d2xwva1 306 0 305 + d2xwva1 306 0 305 306 306 255 AS:i:592 ZR:i:1527 ZE:f:2.42e-219 d2xwva1 306 19 300 + d4ng7a1 298 15 293 73 284 255 AS:i:107 ZR:i:268 ZE:f:2.14e-29 d4euoa_ 313 0 312 + d4euoa_ 313 0 312 313 313 255 AS:i:631 ZR:i:1627 ZE:f:2.38e-234 d4euoa_ 313 1 242 + d5l9sa_ 326 4 253 89 251 255 AS:i:139 ZR:i:349 ZE:f:8.66e-41 d5l9sa_ 326 0 325 + d5l9sa_ 326 0 325 326 326 255 AS:i:661 ZR:i:1705 ZE:f:8.41e-246 d5l9sa_ 326 4 323 + d4euoa_ 313 1 309 101 321 255 AS:i:139 ZR:i:350 ZE:f:6.45e-41 d4n91a_ 308 0 307 + d4n91a_ 308 0 307 308 308 255 AS:i:624 ZR:i:1609 ZE:f:8.93e-232 d4n91a_ 308 11 291 + d4ng7a1 298 8 289 86 285 255 AS:i:132 ZR:i:332 ZE:f:1.24e-38 d4n91a_ 308 0 303 + d4pbqa_ 304 0 301 86 311 255 AS:i:118 ZR:i:295 ZE:f:3.33e-33 d3delb1 224 0 223 + d3delb1 224 0 223 224 224 255 AS:i:440 ZR:i:1132 ZE:f:7.09e-162 d4ng7a1 298 0 297 + d4ng7a1 298 0 297 298 298 255 AS:i:591 ZR:i:1524 ZE:f:3.73e-219 d4ng7a1 298 0 289 + d4n91a_ 308 3 291 87 293 255 AS:i:130 ZR:i:328 ZE:f:4.60e-38 d4ng7a1 298 15 293 + d2xwva1 306 19 300 73 284 255 AS:i:110 ZR:i:274 ZE:f:2.89e-30 d5eyfa_ 241 0 240 + d5eyfa_ 241 0 240 241 241 255 AS:i:473 ZR:i:1218 ZE:f:2.03e-174 d4pbqa_ 304 0 303 + d4pbqa_ 304 0 303 304 304 255 AS:i:608 ZR:i:1569 ZE:f:8.20e-226 d4pbqa_ 304 0 301 + d4n91a_ 308 0 303 86 311 255 AS:i:114 ZR:i:286 ZE:f:6.51e-32 d2ylna_ 240 0 239 + d2ylna_ 240 0 239 240 240 255 AS:i:471 ZR:i:1213 ZE:f:1.09e-173 d4kcda_ 290 0 289 + d4kcda_ 290 0 289 290 290 255 AS:i:604 ZR:i:1557 ZE:f:1.86e-224 d4kcda_ 290 4 289 + d1pb7a_ 289 2 286 109 304 255 AS:i:184 ZR:i:467 ZE:f:5.74e-59 d4c0ra1 237 0 236 + d4c0ra1 237 0 236 237 237 255 AS:i:467 ZR:i:1201 ZE:f:5.82e-172 d4eqba_ 323 0 322 + d4eqba_ 323 0 322 323 323 255 AS:i:661 ZR:i:1706 ZE:f:4.68e-246 d4i62a_ 238 0 237 + d4i62a_ 238 0 237 238 238 255 AS:i:440 ZR:i:1132 ZE:f:2.08e-161 d1u0ma1 200 0 199 + d1u0ma1 200 0 199 200 200 255 AS:i:400 ZR:i:1029 ZE:f:5.71e-147 d4b0na1 230 0 229 + d4b0na1 230 0 229 230 230 255 AS:i:462 ZR:i:1189 ZE:f:2.29e-170 d2z3ga_ 123 0 122 + d2z3ga_ 123 0 122 123 123 255 AS:i:235 ZR:i:600 ZE:f:4.52e-84 d3ijfx_ 123 0 122 + d3ijfx_ 123 0 122 123 123 255 AS:i:253 ZR:i:646 ZE:f:4.35e-91 d1rkqa1 269 0 268 + d1rkqa1 269 0 268 269 269 255 AS:i:527 ZR:i:1358 ZE:f:7.98e-195 d1rkqa1 269 2 264 + d4dw8a_ 266 2 263 77 263 255 AS:i:123 ZR:i:308 ZE:f:7.09e-36 d1rkqa1 269 1 264 + d2b30a1 283 9 277 71 276 255 AS:i:68 ZR:i:165 ZE:f:1.99e-15 d2b30a1 283 0 282 + d2b30a1 283 0 282 283 283 255 AS:i:559 ZR:i:1441 ZE:f:5.24e-207 d2b30a1 283 9 277 + d1rkqa1 269 1 264 71 276 255 AS:i:66 ZR:i:161 ZE:f:7.20e-15 d2hf2a_ 270 0 269 + d2hf2a_ 270 0 269 270 270 255 AS:i:539 ZR:i:1388 ZE:f:2.30e-199 d4dw8a_ 266 0 265 + d4dw8a_ 266 0 265 266 266 255 AS:i:522 ZR:i:1344 ZE:f:8.62e-193 d4dw8a_ 266 2 263 + d1rkqa1 269 2 264 77 263 255 AS:i:123 ZR:i:309 ZE:f:5.00e-36 d3l5ka1 228 0 227 + d3l5ka1 228 0 227 228 228 255 AS:i:455 ZR:i:1170 ZE:f:1.55e-167 d4uasa_ 225 0 224 + d4uasa_ 225 0 224 225 225 255 AS:i:445 ZR:i:1144 ZE:f:1.13e-163 d2w43a_ 201 0 200 + d2w43a_ 201 0 200 201 201 255 AS:i:392 ZR:i:1007 ZE:f:1.39e-143 d4uava_ 246 0 245 + d4uava_ 246 0 245 246 246 255 AS:i:488 ZR:i:1255 ZE:f:6.81e-180 d4ygra1 214 0 213 + d4ygra1 214 0 213 214 214 255 AS:i:434 ZR:i:1116 ZE:f:9.05e-160 d3bbda1 204 0 203 + d3bbda1 204 0 203 204 204 255 AS:i:410 ZR:i:1054 ZE:f:1.19e-150 d3bbda1 204 4 183 + d3o7ba_ 216 5 191 64 192 255 AS:i:107 ZR:i:267 ZE:f:3.95e-31 d3o7ba_ 216 0 215 + d3o7ba_ 216 0 215 216 216 255 AS:i:435 ZR:i:1119 ZE:f:3.68e-160 d3o7ba_ 216 5 191 + d3bbda1 204 4 183 64 192 255 AS:i:110 ZR:i:275 ZE:f:2.71e-32 d3d3ha_ 183 0 182 + d3d3ha_ 183 0 182 183 183 255 AS:i:359 ZR:i:922 ZE:f:3.23e-131 d2olua1 225 0 224 + d2olua1 225 0 224 225 225 255 AS:i:453 ZR:i:1165 ZE:f:7.12e-167 d2v94a1 93 0 92 + d2v94a1 93 0 92 93 93 255 AS:i:189 ZR:i:481 ZE:f:7.13e-67 d2g1da1 98 0 97 + d2g1da1 98 0 97 98 98 255 AS:i:187 ZR:i:476 ZE:f:5.94e-66 d1wm3a_ 72 0 71 + d1wm3a_ 72 0 71 72 72 255 AS:i:145 ZR:i:366 ZE:f:5.63e-50 d3a4ra1 74 0 73 + d3a4ra1 74 0 73 74 74 255 AS:i:149 ZR:i:375 ZE:f:2.74e-51 d3ec9a1 130 0 129 + d3ec9a1 130 0 129 130 130 255 AS:i:275 ZR:i:702 ZE:f:2.10e-99 d3grda_ 133 0 132 + d3grda_ 133 0 132 133 133 255 AS:i:270 ZR:i:690 ZE:f:1.78e-97 d1k5na2 181 0 180 + d1k5na2 181 0 180 181 181 255 AS:i:376 ZR:i:966 ZE:f:5.40e-138 d1de4a2 178 0 177 + d1de4a2 178 0 177 178 178 255 AS:i:378 ZR:i:971 ZE:f:7.41e-139 d3qy3a1 130 0 129 + d3qy3a1 130 0 129 130 130 255 AS:i:271 ZR:i:692 ZE:f:7.04e-98 d2cyea1 132 0 131 + d2cyea1 132 0 131 132 132 255 AS:i:266 ZR:i:681 ZE:f:3.90e-96 d1j4wa1 70 0 69 + d1j4wa1 70 0 69 70 70 255 AS:i:140 ZR:i:353 ZE:f:4.72e-48 d2ctma1 81 0 80 + d2ctma1 81 0 80 81 81 255 AS:i:164 ZR:i:415 ZE:f:3.54e-57 d1viga_ 71 0 70 + d1viga_ 71 0 70 71 71 255 AS:i:140 ZR:i:353 ZE:f:5.06e-48 d1jpma2 125 0 124 + d1jpma2 125 0 124 125 125 255 AS:i:248 ZR:i:632 ZE:f:6.90e-89 d4k8ga1 111 0 110 + d4k8ga1 111 0 110 111 111 255 AS:i:230 ZR:i:586 ZE:f:2.54e-82 d4k8ga1 111 19 110 + d3fvda1 126 34 125 36 105 255 AS:i:54 ZR:i:130 ZE:f:6.74e-13 d3fvda1 126 0 125 + d3fvda1 126 0 125 126 126 255 AS:i:273 ZR:i:697 ZE:f:9.00e-99 d3fvda1 126 34 125 + d4k8ga1 111 19 110 36 105 255 AS:i:53 ZR:i:128 ZE:f:1.51e-12 d5olca1 122 0 121 + d5olca1 122 0 121 122 122 255 AS:i:255 ZR:i:652 ZE:f:4.90e-92 d1p1la_ 102 0 101 + d1p1la_ 102 0 101 102 102 255 AS:i:211 ZR:i:537 ZE:f:3.92e-75 d2nuha_ 104 0 103 + d2nuha_ 104 0 103 104 104 255 AS:i:209 ZR:i:533 ZE:f:1.85e-74 d1l3ka1 84 0 83 + d1l3ka1 84 0 83 84 84 255 AS:i:173 ZR:i:439 ZE:f:9.55e-61 d1l3ka1 84 6 81 + d5x3ya1 92 0 75 31 76 255 AS:i:70 ZR:i:171 ZE:f:8.26e-20 d1l3ka1 84 8 58 + d2dnza1 82 0 50 21 51 255 AS:i:52 ZR:i:125 ZE:f:5.98e-13 d2dnza1 82 0 81 + d2dnza1 82 0 81 82 82 255 AS:i:170 ZR:i:431 ZE:f:1.38e-59 d2dnza1 82 0 76 + d1l3ka1 84 8 77 28 78 255 AS:i:52 ZR:i:124 ZE:f:8.27e-13 d3uwta2 96 0 95 + d3uwta2 96 0 95 96 96 255 AS:i:194 ZR:i:493 ZE:f:1.31e-68 d5x3ya1 92 0 91 + d5x3ya1 92 0 91 92 92 255 AS:i:188 ZR:i:477 ZE:f:2.70e-66 d5x3ya1 92 0 75 + d1l3ka1 84 6 81 31 76 255 AS:i:68 ZR:i:165 ZE:f:7.36e-19 d2j0wa3 64 0 63 + d2j0wa3 64 0 63 64 64 255 AS:i:134 ZR:i:336 ZE:f:1.22e-45 d2cdqa3 75 0 74 + d2cdqa3 75 0 74 75 75 255 AS:i:143 ZR:i:361 ZE:f:4.04e-49 d3r5ga_ 195 0 194 + d3r5ga_ 195 0 194 195 195 255 AS:i:385 ZR:i:989 ZE:f:4.89e-141 d3mr7a1 171 0 170 + d3mr7a1 171 0 170 171 171 255 AS:i:335 ZR:i:858 ZE:f:7.45e-122 d4qmea2 250 0 249 + d4qmea2 250 0 249 250 250 255 AS:i:519 ZR:i:1336 ZE:f:4.14e-192 d4fkea2 262 0 261 + d4fkea2 262 0 261 262 262 255 AS:i:536 ZR:i:1381 ZE:f:1.44e-198 d1m4ia_ 181 0 180 + d1m4ia_ 181 0 180 181 181 255 AS:i:372 ZR:i:954 ZE:f:3.65e-136 d5us1a1 178 0 177 + d5us1a1 178 0 177 178 178 255 AS:i:369 ZR:i:948 ZE:f:2.39e-135 d1vcda_ 126 0 125 + d1vcda_ 126 0 125 126 126 255 AS:i:258 ZR:i:660 ZE:f:3.98e-93 d1vcda_ 126 0 75 + d1hzta1 152 0 86 29 87 255 AS:i:36 ZR:i:82 ZE:f:1.21e-05 d1hzta1 152 0 151 + d1hzta1 152 0 151 152 152 255 AS:i:319 ZR:i:817 ZE:f:3.16e-116 d1hzta1 152 8 86 + d1vcda_ 126 8 75 28 79 255 AS:i:38 ZR:i:88 ZE:f:2.13e-06 d1jcua_ 208 0 207 + d1jcua_ 208 0 207 208 208 255 AS:i:411 ZR:i:1056 ZE:f:8.04e-151 d1hrua_ 186 0 185 + d1hrua_ 186 0 185 186 186 255 AS:i:375 ZR:i:964 ZE:f:1.60e-137 d3mi9a_ 337 0 336 + d3mi9a_ 337 0 336 337 337 255 AS:i:677 ZR:i:1748 ZE:f:5.52e-252 d3mi9a_ 337 9 315 + d2b9ha_ 353 10 316 105 316 255 AS:i:151 ZR:i:381 ZE:f:6.24e-45 d3mi9a_ 337 9 306 + d2i6la_ 309 5 302 110 313 255 AS:i:140 ZR:i:352 ZE:f:3.94e-41 d3mi9a_ 337 8 211 + d3fe3a_ 317 3 193 60 208 255 AS:i:92 ZR:i:229 ZE:f:1.53e-23 d3mi9a_ 337 12 216 + d3lxpa_ 291 10 208 57 214 255 AS:i:68 ZR:i:167 ZE:f:2.49e-15 d3mi9a_ 337 7 216 + d1ad5a3 272 15 197 60 213 255 AS:i:59 ZR:i:142 ZE:f:3.78e-12 d3poza_ 317 0 316 + d3poza_ 317 0 316 317 317 255 AS:i:643 ZR:i:1658 ZE:f:6.10e-239 d3poza_ 317 15 273 + d4i4ea_ 273 12 268 99 259 255 AS:i:199 ZR:i:506 ZE:f:1.21e-64 d3poza_ 317 15 268 + d3f66a_ 298 30 286 105 260 255 AS:i:186 ZR:i:473 ZE:f:2.17e-59 d3poza_ 317 12 264 + d3lxpa_ 291 10 278 96 271 255 AS:i:154 ZR:i:390 ZE:f:3.93e-47 d3poza_ 317 15 260 + d1ad5a3 272 21 249 89 250 255 AS:i:148 ZR:i:374 ZE:f:5.57e-45 d3poza_ 317 17 282 + d4at5a1 296 17 295 92 282 255 AS:i:145 ZR:i:367 ZE:f:1.10e-43 d4i4ea_ 273 0 272 + d4i4ea_ 273 0 272 273 273 255 AS:i:557 ZR:i:1435 ZE:f:1.98e-206 d4i4ea_ 273 12 265 + d3poza_ 317 15 270 99 256 255 AS:i:196 ZR:i:499 ZE:f:1.17e-63 d4i4ea_ 273 1 262 + d1ad5a3 272 10 256 107 263 255 AS:i:189 ZR:i:480 ZE:f:2.28e-61 d4i4ea_ 273 8 265 + d3f66a_ 298 26 288 94 263 255 AS:i:187 ZR:i:476 ZE:f:1.92e-60 d4i4ea_ 273 3 265 + d4at5a1 296 6 283 106 279 255 AS:i:183 ZR:i:464 ZE:f:1.14e-58 d4i4ea_ 273 12 267 + d3lxpa_ 291 13 286 102 277 255 AS:i:155 ZR:i:392 ZE:f:5.56e-48 d1ad5a3 272 0 271 + d1ad5a3 272 0 271 272 272 255 AS:i:550 ZR:i:1416 ZE:f:1.45e-203 d1ad5a3 272 10 256 + d4i4ea_ 273 1 262 107 263 255 AS:i:191 ZR:i:484 ZE:f:5.70e-62 d1ad5a3 272 12 263 + d4at5a1 296 6 287 100 282 255 AS:i:169 ZR:i:429 ZE:f:1.89e-53 d1ad5a3 272 23 261 + d3f66a_ 298 32 290 88 261 255 AS:i:156 ZR:i:395 ZE:f:2.31e-48 d1ad5a3 272 21 249 + d3poza_ 317 15 260 89 250 255 AS:i:147 ZR:i:372 ZE:f:9.44e-45 d1ad5a3 272 22 197 + d3mi9a_ 337 16 216 56 204 255 AS:i:65 ZR:i:157 ZE:f:3.43e-14 d3f66a_ 298 0 297 + d3f66a_ 298 0 297 298 298 255 AS:i:617 ZR:i:1590 ZE:f:3.23e-229 d3f66a_ 298 26 288 + d4i4ea_ 273 8 265 94 263 255 AS:i:192 ZR:i:489 ZE:f:2.35e-62 d3f66a_ 298 32 294 + d4at5a1 296 17 295 106 286 255 AS:i:190 ZR:i:482 ZE:f:5.13e-61 d3f66a_ 298 30 286 + d3poza_ 317 15 268 106 260 255 AS:i:189 ZR:i:481 ZE:f:1.30e-60 d3f66a_ 298 32 290 + d1ad5a3 272 23 261 88 261 255 AS:i:157 ZR:i:398 ZE:f:9.07e-49 d3f66a_ 298 32 294 + d3lxpa_ 291 15 290 96 283 255 AS:i:145 ZR:i:367 ZE:f:5.81e-44 d3wara_ 334 0 333 + d3wara_ 334 0 333 334 334 255 AS:i:692 ZR:i:1787 ZE:f:4.95e-258 d3wara_ 334 36 324 + d2b9ha_ 353 11 310 93 308 255 AS:i:126 ZR:i:317 ZE:f:1.07e-35 d3wara_ 334 37 321 + d3oz6a_ 378 7 327 95 329 255 AS:i:127 ZR:i:318 ZE:f:1.20e-35 d3wara_ 334 37 321 + d2i6la_ 309 7 302 84 306 255 AS:i:112 ZR:i:281 ZE:f:6.54e-31 d1koba_ 352 0 351 + d1koba_ 352 0 351 352 352 255 AS:i:721 ZR:i:1861 ZE:f:1.06e-268 d1koba_ 352 25 285 + d5jzja_ 275 11 273 87 266 255 AS:i:147 ZR:i:371 ZE:f:4.10e-44 d1koba_ 352 30 289 + d3fe3a_ 317 6 261 76 263 255 AS:i:119 ZR:i:297 ZE:f:5.73e-33 d1koba_ 352 25 285 + d2xrwa1 363 19 319 71 305 255 AS:i:80 ZR:i:197 ZE:f:6.06e-19 d2yexa_ 269 0 268 + d2yexa_ 269 0 268 269 269 255 AS:i:563 ZR:i:1451 ZE:f:5.27e-209 d2xrwa1 363 0 362 + d2xrwa1 363 0 362 363 363 255 AS:i:735 ZR:i:1898 ZE:f:5.72e-274 d2xrwa1 363 18 358 + d2b9ha_ 353 6 350 130 359 255 AS:i:213 ZR:i:541 ZE:f:2.94e-68 d2xrwa1 363 20 358 + d3oz6a_ 378 3 367 123 375 255 AS:i:206 ZR:i:523 ZE:f:2.77e-65 d2xrwa1 363 18 322 + d2i6la_ 309 1 306 100 320 255 AS:i:173 ZR:i:439 ZE:f:1.25e-53 d2xrwa1 363 24 276 + d3fe3a_ 317 6 270 77 273 255 AS:i:105 ZR:i:263 ZE:f:4.44e-28 d2xrwa1 363 19 319 + d1koba_ 352 25 285 71 304 255 AS:i:83 ZR:i:206 ZE:f:4.08e-20 d2w5aa1 269 0 268 + d2w5aa1 269 0 268 269 269 255 AS:i:550 ZR:i:1416 ZE:f:1.15e-203 d2w5aa1 269 3 268 + d5jzja_ 275 14 273 92 276 255 AS:i:122 ZR:i:306 ZE:f:1.71e-35 d2w5aa1 269 11 268 + d4wnoa_ 273 14 270 79 269 255 AS:i:117 ZR:i:293 ZE:f:1.31e-33 d2w5aa1 269 2 213 + d2b9ha_ 353 9 222 67 228 255 AS:i:90 ZR:i:223 ZE:f:4.72e-23 d4c2va_ 271 0 270 + d4c2va_ 271 0 270 271 271 255 AS:i:558 ZR:i:1438 ZE:f:5.92e-207 d4c2va_ 271 3 256 + d3coka1 265 7 263 94 257 255 AS:i:179 ZR:i:455 ZE:f:9.90e-58 d2b9ha_ 353 0 352 + d2b9ha_ 353 0 352 353 353 255 AS:i:716 ZR:i:1849 ZE:f:7.72e-267 d2b9ha_ 353 12 350 + d3oz6a_ 378 7 367 144 368 255 AS:i:247 ZR:i:631 ZE:f:1.52e-81 d2b9ha_ 353 6 350 + d2xrwa1 363 18 358 130 359 255 AS:i:213 ZR:i:541 ZE:f:2.86e-68 d2b9ha_ 353 6 311 + d2i6la_ 309 1 306 116 323 255 AS:i:203 ZR:i:516 ZE:f:3.35e-65 d2b9ha_ 353 10 316 + d3mi9a_ 337 9 315 105 316 255 AS:i:158 ZR:i:399 ZE:f:1.52e-47 d2b9ha_ 353 11 310 + d3wara_ 334 36 324 93 308 255 AS:i:129 ZR:i:325 ZE:f:8.02e-37 d2b9ha_ 353 9 222 + d2w5aa1 269 2 213 67 228 255 AS:i:88 ZR:i:218 ZE:f:3.03e-22 d3oz6a_ 378 0 377 + d3oz6a_ 378 0 377 378 378 255 AS:i:755 ZR:i:1950 ZE:f:2.19e-281 d3oz6a_ 378 7 338 + d2b9ha_ 353 12 318 137 336 255 AS:i:248 ZR:i:633 ZE:f:8.17e-82 d3oz6a_ 378 3 367 + d2xrwa1 363 20 358 124 372 255 AS:i:207 ZR:i:526 ZE:f:1.03e-65 d3oz6a_ 378 6 331 + d2i6la_ 309 6 306 109 339 255 AS:i:170 ZR:i:430 ZE:f:3.98e-52 d3oz6a_ 378 7 327 + d3wara_ 334 37 321 98 331 255 AS:i:131 ZR:i:329 ZE:f:3.63e-37 d3oz6a_ 378 13 266 + d3coka1 265 16 243 77 262 255 AS:i:87 ZR:i:214 ZE:f:1.33e-21 d3oz6a_ 378 2 223 + d3uc3a_ 309 6 203 64 224 255 AS:i:67 ZR:i:162 ZE:f:1.75e-14 d4nfna_ 293 0 292 + d4nfna_ 293 0 292 293 293 255 AS:i:595 ZR:i:1534 ZE:f:7.55e-221 d4at5a1 296 0 295 + d4at5a1 296 0 295 296 296 255 AS:i:617 ZR:i:1592 ZE:f:1.37e-229 d4at5a1 296 17 295 + d3f66a_ 298 32 294 106 286 255 AS:i:189 ZR:i:480 ZE:f:1.02e-60 d4at5a1 296 6 283 + d4i4ea_ 273 3 265 106 279 255 AS:i:186 ZR:i:472 ZE:f:7.83e-60 d4at5a1 296 6 287 + d1ad5a3 272 12 263 100 282 255 AS:i:171 ZR:i:432 ZE:f:7.33e-54 d4at5a1 296 17 295 + d3poza_ 317 17 282 92 282 255 AS:i:148 ZR:i:373 ZE:f:1.34e-44 d3lxpa_ 291 0 290 + d3lxpa_ 291 0 290 291 291 255 AS:i:615 ZR:i:1586 ZE:f:7.61e-229 d3lxpa_ 291 13 287 + d4i4ea_ 273 12 268 102 278 255 AS:i:162 ZR:i:410 ZE:f:1.24e-50 d3lxpa_ 291 3 278 + d3poza_ 317 5 264 96 278 255 AS:i:160 ZR:i:404 ZE:f:3.05e-49 d3lxpa_ 291 15 290 + d3f66a_ 298 32 294 96 283 255 AS:i:146 ZR:i:369 ZE:f:2.87e-44 d3lxpa_ 291 10 208 + d3mi9a_ 337 12 216 57 214 255 AS:i:75 ZR:i:185 ZE:f:8.89e-18 d4itja_ 287 0 286 + d4itja_ 287 0 286 287 287 255 AS:i:584 ZR:i:1505 ZE:f:1.25e-216 d4wnoa_ 273 0 272 + d4wnoa_ 273 0 272 273 273 255 AS:i:548 ZR:i:1413 ZE:f:4.48e-203 d4wnoa_ 273 14 224 + d5jzja_ 275 22 224 76 211 255 AS:i:127 ZR:i:318 ZE:f:3.30e-37 d4wnoa_ 273 51 270 + d2w5aa1 269 48 268 73 232 255 AS:i:115 ZR:i:288 ZE:f:7.14e-33 d3fe3a_ 317 0 316 + d3fe3a_ 317 0 316 317 317 255 AS:i:630 ZR:i:1624 ZE:f:9.30e-234 d3fe3a_ 317 6 256 + d3uc3a_ 309 11 266 103 259 255 AS:i:176 ZR:i:447 ZE:f:2.21e-55 d3fe3a_ 317 6 257 + d3dlsa_ 285 17 269 92 259 255 AS:i:148 ZR:i:373 ZE:f:1.09e-44 d3fe3a_ 317 6 261 + d1koba_ 352 30 289 78 265 255 AS:i:118 ZR:i:296 ZE:f:7.16e-33 d3fe3a_ 317 6 270 + d2xrwa1 363 24 276 78 273 255 AS:i:100 ZR:i:250 ZE:f:2.50e-26 d3fe3a_ 317 3 193 + d3mi9a_ 337 8 211 62 211 255 AS:i:94 ZR:i:233 ZE:f:4.05e-24 d3fe3a_ 317 6 234 + d2i6la_ 309 7 247 70 248 255 AS:i:81 ZR:i:200 ZE:f:9.49e-20 d5jzja_ 275 0 274 + d5jzja_ 275 0 274 275 275 255 AS:i:552 ZR:i:1423 ZE:f:1.56e-204 d5jzja_ 275 11 274 + d1koba_ 352 25 286 87 267 255 AS:i:147 ZR:i:371 ZE:f:3.20e-44 d5jzja_ 275 22 224 + d4wnoa_ 273 14 224 76 211 255 AS:i:125 ZR:i:314 ZE:f:1.29e-36 d5jzja_ 275 14 273 + d2w5aa1 269 3 268 92 275 255 AS:i:117 ZR:i:293 ZE:f:1.40e-33 d2i6la_ 309 0 308 + d2i6la_ 309 0 308 309 309 255 AS:i:619 ZR:i:1595 ZE:f:1.32e-229 d2i6la_ 309 1 306 + d2b9ha_ 353 6 311 116 323 255 AS:i:202 ZR:i:514 ZE:f:5.84e-65 d2i6la_ 309 1 306 + d2xrwa1 363 18 322 101 320 255 AS:i:171 ZR:i:432 ZE:f:1.16e-52 d2i6la_ 309 6 306 + d3oz6a_ 378 6 331 109 339 255 AS:i:168 ZR:i:426 ZE:f:1.26e-51 d2i6la_ 309 5 302 + d3mi9a_ 337 9 306 110 313 255 AS:i:149 ZR:i:376 ZE:f:1.11e-44 d2i6la_ 309 7 302 + d3wara_ 334 37 321 84 306 255 AS:i:115 ZR:i:287 ZE:f:8.44e-32 d2i6la_ 309 6 247 + d3fe3a_ 317 5 234 70 249 255 AS:i:84 ZR:i:207 ZE:f:1.03e-20 d3coka1 265 0 264 + d3coka1 265 0 264 265 265 255 AS:i:537 ZR:i:1384 ZE:f:6.36e-199 d3coka1 265 7 263 + d4c2va_ 271 3 256 94 257 255 AS:i:184 ZR:i:467 ZE:f:1.53e-59 d3coka1 265 16 260 + d3uc3a_ 309 17 264 79 254 255 AS:i:117 ZR:i:292 ZE:f:3.48e-33 d3coka1 265 16 243 + d3oz6a_ 378 13 266 77 262 255 AS:i:81 ZR:i:199 ZE:f:1.01e-19 d3dlsa_ 285 0 284 + d3dlsa_ 285 0 284 285 285 255 AS:i:576 ZR:i:1484 ZE:f:1.70e-213 d3dlsa_ 285 17 269 + d3fe3a_ 317 6 257 92 259 255 AS:i:149 ZR:i:377 ZE:f:2.52e-45 d4yfia_ 286 0 285 + d4yfia_ 286 0 285 286 286 255 AS:i:590 ZR:i:1522 ZE:f:2.96e-219 d3uc3a_ 309 0 308 + d3uc3a_ 309 0 308 309 309 255 AS:i:625 ZR:i:1611 ZE:f:4.78e-232 d3uc3a_ 309 11 266 + d3fe3a_ 317 6 256 103 259 255 AS:i:181 ZR:i:458 ZE:f:4.96e-57 d3uc3a_ 309 17 264 + d3coka1 265 16 260 79 254 255 AS:i:122 ZR:i:305 ZE:f:5.21e-35 d3uc3a_ 309 6 203 + d3oz6a_ 378 2 223 64 224 255 AS:i:68 ZR:i:165 ZE:f:5.87e-15 d3bdwa_ 123 0 122 + d3bdwa_ 123 0 122 123 123 255 AS:i:265 ZR:i:678 ZE:f:5.70e-96 d3bdwa_ 123 4 119 + d2yhfa_ 118 1 115 34 118 255 AS:i:61 ZR:i:148 ZE:f:1.72e-15 d1wmza_ 140 0 139 + d1wmza_ 140 0 139 140 140 255 AS:i:311 ZR:i:797 ZE:f:1.43e-113 d1ypqa1 131 0 130 + d1ypqa1 131 0 130 131 131 255 AS:i:283 ZR:i:723 ZE:f:1.41e-102 d2h2tb_ 129 0 128 + d2h2tb_ 129 0 128 129 129 255 AS:i:296 ZR:i:758 ZE:f:5.55e-108 d2yhfa_ 118 0 117 + d2yhfa_ 118 0 117 118 118 255 AS:i:255 ZR:i:651 ZE:f:5.16e-92 d2yhfa_ 118 1 115 + d3bdwa_ 123 4 119 34 118 255 AS:i:66 ZR:i:160 ZE:f:2.66e-17 d3m9za_ 124 0 123 + d3m9za_ 124 0 123 124 124 255 AS:i:270 ZR:i:691 ZE:f:6.38e-98 d3f8la_ 162 0 161 + d3f8la_ 162 0 161 162 162 255 AS:i:314 ZR:i:804 ZE:f:6.48e-114 d4zsia1 165 0 164 + d4zsia1 165 0 164 165 165 255 AS:i:321 ZR:i:822 ZE:f:1.46e-116 d1txoa_ 235 0 234 + d1txoa_ 235 0 234 235 235 255 AS:i:448 ZR:i:1152 ZE:f:1.47e-164 d1txoa_ 235 5 229 + d2j82a_ 240 3 236 92 237 255 AS:i:127 ZR:i:318 ZE:f:4.81e-38 d2j82a_ 240 0 239 + d2j82a_ 240 0 239 240 240 255 AS:i:482 ZR:i:1241 ZE:f:5.84e-178 d2j82a_ 240 3 236 + d1txoa_ 235 5 229 92 237 255 AS:i:135 ZR:i:340 ZE:f:2.61e-41 g2vt1.1 103 0 102 + g2vt1.1 103 0 102 103 103 255 AS:i:205 ZR:i:521 ZE:f:1.17e-72 g3bzy.1 101 0 100 + g3bzy.1 101 0 100 101 101 255 AS:i:199 ZR:i:507 ZE:f:1.38e-70 d1k9oi_ 376 0 375 + d1k9oi_ 376 0 375 376 376 255 AS:i:722 ZR:i:1864 ZE:f:2.41e-268 d1k9oi_ 376 15 372 + d3ozqa1 373 14 368 125 367 255 AS:i:200 ZR:i:509 ZE:f:4.24e-63 d1k9oi_ 376 8 375 + d3kcgi_ 429 48 426 118 384 255 AS:i:159 ZR:i:403 ZE:f:5.24e-47 d1k9oi_ 376 23 375 + d3le2a1 391 21 388 105 372 255 AS:i:126 ZR:i:316 ZE:f:6.96e-35 d1k9oi_ 376 10 374 + d5ncsa1 370 3 366 108 383 255 AS:i:111 ZR:i:277 ZE:f:1.42e-29 d3kcgi_ 429 0 428 + d3kcgi_ 429 0 428 429 429 255 AS:i:844 ZR:i:2180 ZE:f:1.04e-314 d3kcgi_ 429 67 426 + d3pzfa_ 383 20 380 123 371 255 AS:i:183 ZR:i:465 ZE:f:6.85e-56 d3kcgi_ 429 61 426 + d3le2a1 391 18 388 116 377 255 AS:i:174 ZR:i:441 ZE:f:2.62e-52 d3kcgi_ 429 48 392 + d1k9oi_ 376 8 344 108 347 255 AS:i:162 ZR:i:411 ZE:f:4.18e-48 d3kcgi_ 429 47 425 + d3ozqa1 373 6 370 113 383 255 AS:i:159 ZR:i:401 ZE:f:1.09e-46 d3kcgi_ 429 72 425 + d5ncsa1 370 24 366 106 359 255 AS:i:144 ZR:i:363 ZE:f:2.90e-41 d1wz9a_ 375 0 374 + d1wz9a_ 375 0 374 375 375 255 AS:i:742 ZR:i:1915 ZE:f:3.75e-276 d1wz9a_ 375 6 369 + d3ozqa1 373 10 365 109 374 255 AS:i:149 ZR:i:377 ZE:f:9.40e-44 d1wz9a_ 375 26 374 + d3le2a1 391 29 388 97 367 255 AS:i:121 ZR:i:304 ZE:f:3.31e-33 d3pzfa_ 383 0 382 + d3pzfa_ 383 0 382 383 383 255 AS:i:766 ZR:i:1977 ZE:f:2.48e-285 d3pzfa_ 383 20 380 + d3kcgi_ 429 67 426 123 371 255 AS:i:182 ZR:i:462 ZE:f:1.68e-55 d3pzfa_ 383 7 381 + d3le2a1 391 9 389 102 390 255 AS:i:132 ZR:i:333 ZE:f:3.18e-37 d4x30a_ 378 0 377 + d4x30a_ 378 0 377 378 378 255 AS:i:748 ZR:i:1930 ZE:f:2.45e-278 d5ncsa1 370 0 369 + d5ncsa1 370 0 369 370 370 255 AS:i:740 ZR:i:1910 ZE:f:1.47e-275 d5ncsa1 370 24 364 + d3kcgi_ 429 72 423 106 357 255 AS:i:144 ZR:i:364 ZE:f:1.80e-41 d5ncsa1 370 0 364 + d3le2a1 391 4 385 105 388 255 AS:i:125 ZR:i:315 ZE:f:8.54e-35 d5ncsa1 370 22 364 + d3ozqa1 373 27 368 101 356 255 AS:i:120 ZR:i:302 ZE:f:4.32e-33 d5ncsa1 370 3 366 + d1k9oi_ 376 10 374 107 378 255 AS:i:115 ZR:i:288 ZE:f:4.13e-31 d3le2a1 391 0 390 + d3le2a1 391 0 390 391 391 255 AS:i:753 ZR:i:1944 ZE:f:4.97e-280 d3le2a1 391 18 388 + d3kcgi_ 429 61 426 116 377 255 AS:i:167 ZR:i:422 ZE:f:1.36e-49 d3le2a1 391 9 389 + d3pzfa_ 383 7 381 102 390 255 AS:i:126 ZR:i:316 ZE:f:8.14e-35 d3le2a1 391 29 388 + d1k9oi_ 376 31 375 105 364 255 AS:i:123 ZR:i:308 ZE:f:9.64e-34 d3le2a1 391 29 388 + d1wz9a_ 375 26 374 98 367 255 AS:i:119 ZR:i:299 ZE:f:1.72e-32 d3le2a1 391 28 385 + d5ncsa1 370 23 364 100 364 255 AS:i:117 ZR:i:292 ZE:f:1.51e-31 d3ozqa1 373 0 372 + d3ozqa1 373 0 372 373 373 255 AS:i:726 ZR:i:1875 ZE:f:4.01e-270 d3ozqa1 373 12 368 + d1k9oi_ 376 13 372 126 369 255 AS:i:201 ZR:i:511 ZE:f:2.13e-63 d3ozqa1 373 6 368 + d3kcgi_ 429 47 423 113 381 255 AS:i:155 ZR:i:392 ZE:f:1.87e-45 d3ozqa1 373 10 365 + d1wz9a_ 375 6 369 109 374 255 AS:i:151 ZR:i:381 ZE:f:2.47e-44 d3ozqa1 373 27 368 + d5ncsa1 370 22 364 101 356 255 AS:i:117 ZR:i:293 ZE:f:7.97e-32 d3ii9a1 240 0 239 + d3ii9a1 240 0 239 240 240 255 AS:i:491 ZR:i:1264 ZE:f:1.82e-181 d5jsca1 234 0 233 + d5jsca1 234 0 233 234 234 255 AS:i:466 ZR:i:1198 ZE:f:1.32e-171 d3r44a1 502 0 501 + d3r44a1 502 0 501 502 502 255 AS:i:994 ZR:i:2570 ZE:f:0.0 d5upta1 512 0 511 + d5upta1 512 0 511 512 512 255 AS:i:1049 ZR:i:2712 ZE:f:0.0 EPQ09146.1 1292 0 1291 + EPQ09146.1 1292 0 1291 1292 1292 255 AS:i:1094 ZR:i:2830 ZE:f:0.0 EPQ09146.1 1292 947 1291 + NP_001121181.2 1311 965 1310 255 347 255 AS:i:522 ZR:i:1345 ZE:f:2.76e-165 NP_001121181.2 1311 0 1310 + NP_001121181.2 1311 0 1310 1311 1311 255 AS:i:1041 ZR:i:2692 ZE:f:0.0 NP_001121181.2 1311 965 1310 + EPQ09146.1 1292 947 1291 255 347 255 AS:i:527 ZR:i:1358 ZE:f:3.78e-167 XP_026225122.1 2493 0 2492 + XP_026225122.1 2493 0 2492 2493 2493 255 AS:i:4081 ZR:i:10585 ZE:f:0.0 XP_026225122.1 2493 317 1913 + XP_015783916.1 2409 334 1907 785 1771 255 AS:i:1191 ZR:i:3082 ZE:f:0.0 XP_026225122.1 2493 1081 1196 + d4nyxa_ 116 0 115 109 116 255 AS:i:229 ZR:i:583 ZE:f:1.10e-71 XP_026225122.1 2493 1116 1189 + d3ljwa_ 118 36 112 27 77 255 AS:i:52 ZR:i:125 ZE:f:6.47e-10 XP_026225122.1 2493 1110 1185 + d4nxja1 117 29 102 24 76 255 AS:i:51 ZR:i:123 ZE:f:1.18e-09 XP_015783916.1 2409 0 2408 + XP_015783916.1 2409 0 2408 2409 2409 255 AS:i:3934 ZR:i:10201 ZE:f:0.0 XP_015783916.1 2409 334 1882 + XP_026225122.1 2493 317 1881 800 1723 255 AS:i:1183 ZR:i:3061 ZE:f:0.0 XP_015783916.1 2409 975 1090 + d4nyxa_ 116 0 115 100 116 255 AS:i:216 ZR:i:551 ZE:f:2.17e-67 XP_015783916.1 2409 1010 1078 + d3ljwa_ 118 36 104 24 69 255 AS:i:53 ZR:i:126 ZE:f:4.58e-10 XP_015783916.1 2409 991 1080 + d4nxja1 117 17 103 28 90 255 AS:i:51 ZR:i:122 ZE:f:1.55e-09 XP_020640612.1 716 0 715 + XP_020640612.1 716 0 715 716 716 255 AS:i:1418 ZR:i:3670 ZE:f:0.0 XP_020640612.1 716 0 711 + RXM37273.1 673 0 633 200 738 255 AS:i:197 ZR:i:502 ZE:f:2.39e-56 RXM37273.1 673 0 672 + RXM37273.1 673 0 672 673 673 255 AS:i:1341 ZR:i:3470 ZE:f:0.0 RXM37273.1 673 0 633 + XP_020640612.1 716 0 711 200 737 255 AS:i:189 ZR:i:480 ZE:f:2.15e-53 XP_001389757.2 428 0 427 + XP_001389757.2 428 0 427 428 428 255 AS:i:861 ZR:i:2224 ZE:f:2.25e-321 XP_001389757.2 428 28 386 + XP_030993825.1 659 201 620 188 425 255 AS:i:322 ZR:i:825 ZE:f:4.04e-106 XP_030993825.1 659 0 636 + XP_030993825.1 659 0 636 637 637 255 AS:i:1230 ZR:i:3183 ZE:f:0.0 XP_030993825.1 659 201 620 + XP_001389757.2 428 28 386 187 421 255 AS:i:323 ZR:i:829 ZE:f:1.58e-106 d3d1ka_ 142 0 141 + d3d1ka_ 142 0 141 142 142 255 AS:i:285 ZR:i:729 ZE:f:3.94e-103 d3d1ka_ 142 0 141 + d4esaa_ 142 0 141 123 142 255 AS:i:256 ZR:i:654 ZE:f:1.08e-91 d3d1ka_ 142 1 141 + d1v4wa_ 143 2 142 111 141 255 AS:i:234 ZR:i:597 ZE:f:5.47e-83 d3d1ka_ 142 0 141 + d3bj1a_ 142 0 141 90 142 255 AS:i:192 ZR:i:488 ZE:f:2.14e-66 d4esaa_ 142 0 141 + d4esaa_ 142 0 141 142 142 255 AS:i:282 ZR:i:721 ZE:f:6.54e-102 d4esaa_ 142 0 141 + d3d1ka_ 142 0 141 123 142 255 AS:i:254 ZR:i:649 ZE:f:6.25e-91 d4esaa_ 142 1 141 + d1v4wa_ 143 2 142 111 141 255 AS:i:231 ZR:i:588 ZE:f:1.29e-81 d4esaa_ 142 0 141 + d3bj1a_ 142 0 141 96 142 255 AS:i:198 ZR:i:504 ZE:f:7.82e-69 d1v4wa_ 143 0 142 + d1v4wa_ 143 0 142 143 143 255 AS:i:285 ZR:i:729 ZE:f:4.24e-103 d1v4wa_ 143 2 142 + d3d1ka_ 142 1 141 111 141 255 AS:i:232 ZR:i:592 ZE:f:3.18e-82 d1v4wa_ 143 2 142 + d4esaa_ 142 1 141 111 141 255 AS:i:231 ZR:i:588 ZE:f:1.30e-81 d1v4wa_ 143 2 142 + d3bj1a_ 142 1 141 100 141 255 AS:i:207 ZR:i:527 ZE:f:2.55e-72 d3bj1a_ 142 0 141 + d3bj1a_ 142 0 141 142 142 255 AS:i:282 ZR:i:721 ZE:f:6.54e-102 d3bj1a_ 142 0 141 + d1v4wa_ 143 1 142 100 142 255 AS:i:206 ZR:i:524 ZE:f:7.26e-72 d3bj1a_ 142 0 141 + d4esaa_ 142 0 141 96 142 255 AS:i:197 ZR:i:501 ZE:f:2.24e-68 d3bj1a_ 142 0 141 + d3d1ka_ 142 0 141 90 142 255 AS:i:189 ZR:i:480 ZE:f:3.53e-65 d4g7hd_ 1500 0 1499 + d4g7hd_ 1500 0 1499 1500 1500 255 AS:i:2901 ZR:i:7521 ZE:f:0.0 d4g7hd_ 1500 499 1264 + d1twfa_ 1449 222 1107 222 921 255 AS:i:183 ZR:i:464 ZE:f:1.74e-48 d1twfa_ 1449 0 1448 + d1twfa_ 1449 0 1448 1449 1449 255 AS:i:2881 ZR:i:7469 ZE:f:0.0 d1twfa_ 1449 151 1107 + d4g7hd_ 1500 399 1264 245 1024 255 AS:i:185 ZR:i:469 ZE:f:4.31e-49 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-pairwise-format.out000066400000000000000000032010721523407312000267030ustar00rootroot00000000000000BLASTP 2.3.0+ Query= d2dc3a_ Length=172 >d2dc3a_ Length=172 Score = 343 bits (879), Expect = 5.04e-125 Identities = 172/172 (100%), Positives = 172/172 (100%), Gaps = 0/172 (0%) Query 1 EELSEAERKAVQAMWARLYANCEDVGVAILVRFFVNFPSAKQYFSQFKHMEDPLEMERSP 60 EELSEAERKAVQAMWARLYANCEDVGVAILVRFFVNFPSAKQYFSQFKHMEDPLEMERSP Sbjct 1 EELSEAERKAVQAMWARLYANCEDVGVAILVRFFVNFPSAKQYFSQFKHMEDPLEMERSP 60 Query 61 QLRKHACRVMGALNTVVENLHDPDKVSSVLALVGKAHALKHKVEPVYFKILSGVILEVVA 120 QLRKHACRVMGALNTVVENLHDPDKVSSVLALVGKAHALKHKVEPVYFKILSGVILEVVA Sbjct 61 QLRKHACRVMGALNTVVENLHDPDKVSSVLALVGKAHALKHKVEPVYFKILSGVILEVVA 120 Query 121 EEFASDFPPETQRAWAKLRGLIYSHVTAAYKEVGWVQQVPNATTPPATLPSS 172 EEFASDFPPETQRAWAKLRGLIYSHVTAAYKEVGWVQQVPNATTPPATLPSS Sbjct 121 EEFASDFPPETQRAWAKLRGLIYSHVTAAYKEVGWVQQVPNATTPPATLPSS 172 Query= d1x9fc_ Length=149 >d1x9fc_ Length=149 Score = 306 bits (783), Expect = 3.87e-111 Identities = 149/149 (100%), Positives = 149/149 (100%), Gaps = 0/149 (0%) Query 1 HEHCCSEEDHRIVQKQWDILWRDTESSKIKIGFGRLLLTKLAKDIPEVNDLFKRVDIEHA 60 HEHCCSEEDHRIVQKQWDILWRDTESSKIKIGFGRLLLTKLAKDIPEVNDLFKRVDIEHA Sbjct 1 HEHCCSEEDHRIVQKQWDILWRDTESSKIKIGFGRLLLTKLAKDIPEVNDLFKRVDIEHA 60 Query 61 EGPKFSAHALRILNGLDLAINLLDDPPALDAALDHLAHQHEVREGVQKAHFKKFGEILAT 120 EGPKFSAHALRILNGLDLAINLLDDPPALDAALDHLAHQHEVREGVQKAHFKKFGEILAT Sbjct 61 EGPKFSAHALRILNGLDLAINLLDDPPALDAALDHLAHQHEVREGVQKAHFKKFGEILAT 120 Query 121 GLPQVLDDYDALAWKSCLKGILTKISSRL 149 GLPQVLDDYDALAWKSCLKGILTKISSRL Sbjct 121 GLPQVLDDYDALAWKSCLKGILTKISSRL 149 Query= d3g46a_ Length=146 >d3g46a_ Length=146 Score = 290 bits (743), Expect = 3.89e-105 Identities = 146/146 (100%), Positives = 146/146 (100%), Gaps = 0/146 (0%) Query 1 PSVYDAAAQLTADVKKDLRDSWKVIGSDKKGNGVALMTTLFADNQETIGYFKRLGDVSQG 60 PSVYDAAAQLTADVKKDLRDSWKVIGSDKKGNGVALMTTLFADNQETIGYFKRLGDVSQG Sbjct 1 PSVYDAAAQLTADVKKDLRDSWKVIGSDKKGNGVALMTTLFADNQETIGYFKRLGDVSQG 60 Query 61 MANDKLRGHSITLMYALQNFIDQLDNPDDLVCVVEKFAVNHITRKISAAEFGKINGPIKK 120 MANDKLRGHSITLMYALQNFIDQLDNPDDLVCVVEKFAVNHITRKISAAEFGKINGPIKK Sbjct 61 MANDKLRGHSITLMYALQNFIDQLDNPDDLVCVVEKFAVNHITRKISAAEFGKINGPIKK 120 Query 121 VLASKNFGDKYANAWAKLVAVVQAAL 146 VLASKNFGDKYANAWAKLVAVVQAAL Sbjct 121 VLASKNFGDKYANAWAKLVAVVQAAL 146 Query= d1cg5b_ Length=141 >d1cg5b_ Length=141 Score = 283 bits (723), Expect = 3.00e-102 Identities = 141/141 (100%), Positives = 141/141 (100%), Gaps = 0/141 (0%) Query 1 VKLSEDQEHYIKGVWKDVDHKQITAKALERVFVVYPWTTRLFSKLQGLFSANDIGVQQHA 60 VKLSEDQEHYIKGVWKDVDHKQITAKALERVFVVYPWTTRLFSKLQGLFSANDIGVQQHA Sbjct 1 VKLSEDQEHYIKGVWKDVDHKQITAKALERVFVVYPWTTRLFSKLQGLFSANDIGVQQHA 60 Query 61 DKVQRALGEAIDDLKKVEINFQNLSGKHQEIGVDTQNFKLLGQTFMVELALHYKKTFRPK 120 DKVQRALGEAIDDLKKVEINFQNLSGKHQEIGVDTQNFKLLGQTFMVELALHYKKTFRPK Sbjct 61 DKVQRALGEAIDDLKKVEINFQNLSGKHQEIGVDTQNFKLLGQTFMVELALHYKKTFRPK 120 Query 121 EHAAAYKFFRLVAEALSSNYH 141 EHAAAYKFFRLVAEALSSNYH Sbjct 121 EHAAAYKFFRLVAEALSSNYH 141 >d1gcvb_ Length=136 Score = 75.1 bits (183), Expect = 2.71e-20 Identities = 49/142 (34%), Positives = 72/142 (50%), Gaps = 7/142 (4%) Query 1 VKLSEDQEHYIKGVWKDVDHKQITAKALERVFVVYPWTTRLFSKLQGLFSANDIGVQQHA 60 V ++++ I ++ D K + +AL+R+F VYPWT R F K D HA Sbjct 1 VHWTQEERDEISKTFQGTDMKTVVTQALDRMFKVYPWTNRYFQK------RTDFRSSIHA 54 Query 61 DKVQRALGEAIDDLKKVEINFQNLSGKH-QEIGVDTQNFKLLGQTFMVELALHYKKTFRP 119 V AL +A+ + V+ F++LS KH ++ VD +F LL +VELA K F P Sbjct 55 GIVVGALQDAVKHMDDVKTLFKDLSKKHADDLHVDPGSFHLLTDCIIVELAYLRKDCFTP 114 Query 120 KEHAAAYKFFRLVAEALSSNYH 141 KFF +V +A+S YH Sbjct 115 HIQGIWDKFFEVVIDAISKQYH 136 Query= d1gcvb_ Length=136 >d1gcvb_ Length=136 Score = 287 bits (735), Expect = 3.04e-104 Identities = 136/136 (100%), Positives = 136/136 (100%), Gaps = 0/136 (0%) Query 1 VHWTQEERDEISKTFQGTDMKTVVTQALDRMFKVYPWTNRYFQKRTDFRSSIHAGIVVGA 60 VHWTQEERDEISKTFQGTDMKTVVTQALDRMFKVYPWTNRYFQKRTDFRSSIHAGIVVGA Sbjct 1 VHWTQEERDEISKTFQGTDMKTVVTQALDRMFKVYPWTNRYFQKRTDFRSSIHAGIVVGA 60 Query 61 LQDAVKHMDDVKTLFKDLSKKHADDLHVDPGSFHLLTDCIIVELAYLRKDCFTPHIQGIW 120 LQDAVKHMDDVKTLFKDLSKKHADDLHVDPGSFHLLTDCIIVELAYLRKDCFTPHIQGIW Sbjct 61 LQDAVKHMDDVKTLFKDLSKKHADDLHVDPGSFHLLTDCIIVELAYLRKDCFTPHIQGIW 120 Query 121 DKFFEVVIDAISKQYH 136 DKFFEVVIDAISKQYH Sbjct 121 DKFFEVVIDAISKQYH 136 >d1cg5b_ Length=141 Score = 79.7 bits (195), Expect = 4.20e-22 Identities = 49/142 (34%), Positives = 72/142 (50%), Gaps = 7/142 (4%) Query 1 VHWTQEERDEISKTFQGTDMKTVVTQALDRMFKVYPWTNRYFQK------RTDFRSSIHA 54 V ++++ I ++ D K + +AL+R+F VYPWT R F K D HA Sbjct 1 VKLSEDQEHYIKGVWKDVDHKQITAKALERVFVVYPWTTRLFSKLQGLFSANDIGVQQHA 60 Query 55 GIVVGALQDAVKHMDDVKTLFKDLSKKHADDLHVDPGSFHLLTDCIIVELAYLRKDCFTP 114 V AL +A+ + V+ F++LS KH ++ VD +F LL +VELA K F P Sbjct 61 DKVQRALGEAIDDLKKVEINFQNLSGKH-QEIGVDTQNFKLLGQTFMVELALHYKKTFRP 119 Query 115 HIQGIWDKFFEVVIDAISKQYH 136 KFF +V +A+S YH Sbjct 120 KEHAAAYKFFRLVAEALSSNYH 141 Query= d2zs0a_ Length=140 >d2zs0a_ Length=140 Score = 282 bits (722), Expect = 3.96e-102 Identities = 140/140 (100%), Positives = 140/140 (100%), Gaps = 0/140 (0%) Query 1 VCNRLEQILVKTQWAQSYGEAENRAAFSRDLFSELFNIQGSSRALFSGVGVDDMNSAAFT 60 VCNRLEQILVKTQWAQSYGEAENRAAFSRDLFSELFNIQGSSRALFSGVGVDDMNSAAFT Sbjct 1 VCNRLEQILVKTQWAQSYGEAENRAAFSRDLFSELFNIQGSSRALFSGVGVDDMNSAAFT 60 Query 61 AHCLRVTGALNRLISQLDQQATINADLAHLAGQHASRNLDASNFAAMGQAVMSVVPTHLD 120 AHCLRVTGALNRLISQLDQQATINADLAHLAGQHASRNLDASNFAAMGQAVMSVVPTHLD Sbjct 61 AHCLRVTGALNRLISQLDQQATINADLAHLAGQHASRNLDASNFAAMGQAVMSVVPTHLD 120 Query 121 CFNQHAWGECYERIASGISG 140 CFNQHAWGECYERIASGISG Sbjct 121 CFNQHAWGECYERIASGISG 140 Query= d2cqka1 Length=88 >d2cqka1 Length=88 Score = 178 bits (452), Expect = 1.32e-62 Identities = 88/88 (100%), Positives = 88/88 (100%), Gaps = 0/88 (0%) Query 1 AVSTEDLKECLKKQLEFCFSRENLSKDLYLISQMDSDQFIPIWTVANMEEIKKLTTDPDL 60 AVSTEDLKECLKKQLEFCFSRENLSKDLYLISQMDSDQFIPIWTVANMEEIKKLTTDPDL Sbjct 1 AVSTEDLKECLKKQLEFCFSRENLSKDLYLISQMDSDQFIPIWTVANMEEIKKLTTDPDL 60 Query 61 ILEVLRSSPMVQVDEKGEKVRPSHKRCI 88 ILEVLRSSPMVQVDEKGEKVRPSHKRCI Sbjct 61 ILEVLRSSPMVQVDEKGEKVRPSHKRCI 88 Query= d1s29a1 Length=89 >d1s29a1 Length=89 Score = 170 bits (430), Expect = 3.24e-59 Identities = 89/89 (100%), Positives = 89/89 (100%), Gaps = 0/89 (0%) Query 1 MPLSSENKQKLQKQVEFYFSDVNVQRDIFLKGKMAENAEGFVSLETLLTFKRVNSVTTDV 60 MPLSSENKQKLQKQVEFYFSDVNVQRDIFLKGKMAENAEGFVSLETLLTFKRVNSVTTDV Sbjct 1 MPLSSENKQKLQKQVEFYFSDVNVQRDIFLKGKMAENAEGFVSLETLLTFKRVNSVTTDV 60 Query 61 KEVVEAIRPSEKLVLSEDGLMVRRRDPLP 89 KEVVEAIRPSEKLVLSEDGLMVRRRDPLP Sbjct 61 KEVVEAIRPSEKLVLSEDGLMVRRRDPLP 89 Query= d3bpva_ Length=137 >d3bpva_ Length=137 Score = 264 bits (675), Expect = 4.66e-95 Identities = 137/137 (100%), Positives = 137/137 (100%), Gaps = 0/137 (0%) Query 1 IPLKGLLSIILRSHRVFIGRELGHLNLTDAQVACLLRIHREPGIKQDELATFFHVDKGTI 60 IPLKGLLSIILRSHRVFIGRELGHLNLTDAQVACLLRIHREPGIKQDELATFFHVDKGTI Sbjct 1 IPLKGLLSIILRSHRVFIGRELGHLNLTDAQVACLLRIHREPGIKQDELATFFHVDKGTI 60 Query 61 ARTLRRLEESGFIEREQDPENRRRYILEVTRRGEEIIPLILKVEERWEDLLFRDFTEDER 120 ARTLRRLEESGFIEREQDPENRRRYILEVTRRGEEIIPLILKVEERWEDLLFRDFTEDER Sbjct 61 ARTLRRLEESGFIEREQDPENRRRYILEVTRRGEEIIPLILKVEERWEDLLFRDFTEDER 120 Query 121 KLFRKMCRRLAEEAVRM 137 KLFRKMCRRLAEEAVRM Sbjct 121 KLFRKMCRRLAEEAVRM 137 Query= d5eria1 Length=147 >d5eria1 Length=147 Score = 283 bits (723), Expect = 4.71e-102 Identities = 147/147 (100%), Positives = 147/147 (100%), Gaps = 0/147 (0%) Query 1 IKTLDSNILREVGTLSRAVNSINDIKYKELKLQKGQFTFLTRICENPGINLVELSNMLKV 60 IKTLDSNILREVGTLSRAVNSINDIKYKELKLQKGQFTFLTRICENPGINLVELSNMLKV Sbjct 1 IKTLDSNILREVGTLSRAVNSINDIKYKELKLQKGQFTFLTRICENPGINLVELSNMLKV 60 Query 61 DKATTTKAIQKLIKAGYVDKKQDKFDKRGYNLTPTDKSLEVYELIIEEENRSIEICFDNF 120 DKATTTKAIQKLIKAGYVDKKQDKFDKRGYNLTPTDKSLEVYELIIEEENRSIEICFDNF Sbjct 61 DKATTTKAIQKLIKAGYVDKKQDKFDKRGYNLTPTDKSLEVYELIIEEENRSIEICFDNF 120 Query 121 TDEEKQVVTKLLEKMSKNVENEWFKVK 147 TDEEKQVVTKLLEKMSKNVENEWFKVK Sbjct 121 TDEEKQVVTKLLEKMSKNVENEWFKVK 147 Query= d2jzya_ Length=104 >d2jzya_ Length=104 Score = 200 bits (509), Expect = 8.50e-71 Identities = 104/104 (100%), Positives = 104/104 (100%), Gaps = 0/104 (0%) Query 1 MAATVCTIADMTVDMVRRTVIRSGKKIHLTGKEYVLLELLLQRTGEVLPRSLISSLVWNM 60 MAATVCTIADMTVDMVRRTVIRSGKKIHLTGKEYVLLELLLQRTGEVLPRSLISSLVWNM Sbjct 1 MAATVCTIADMTVDMVRRTVIRSGKKIHLTGKEYVLLELLLQRTGEVLPRSLISSLVWNM 60 Query 61 NFDSDTNVIDVAVRRLRSKIDDDFEPKLIHTVRGAGYVLEIREE 104 NFDSDTNVIDVAVRRLRSKIDDDFEPKLIHTVRGAGYVLEIREE Sbjct 61 NFDSDTNVIDVAVRRLRSKIDDDFEPKLIHTVRGAGYVLEIREE 104 Query= d4ixaa_ Length=102 >d4ixaa_ Length=102 Score = 211 bits (536), Expect = 5.57e-75 Identities = 102/102 (100%), Positives = 102/102 (100%), Gaps = 0/102 (0%) Query 1 MEQLEFDGLVLKNLSKTLTINNIEIPMRIKEFELLWYLASREGEVISKSELLEKVWGYDY 60 MEQLEFDGLVLKNLSKTLTINNIEIPMRIKEFELLWYLASREGEVISKSELLEKVWGYDY Sbjct 1 MEQLEFDGLVLKNLSKTLTINNIEIPMRIKEFELLWYLASREGEVISKSELLEKVWGYDY 60 Query 61 YEDANTVNVHIHRIREKLEKHDFLPYTITTVWGLGYKFERSR 102 YEDANTVNVHIHRIREKLEKHDFLPYTITTVWGLGYKFERSR Sbjct 61 YEDANTVNVHIHRIREKLEKHDFLPYTITTVWGLGYKFERSR 102 Query= d1hbka_ Length=89 >d1hbka_ Length=89 Score = 189 bits (480), Expect = 7.57e-67 Identities = 89/89 (100%), Positives = 89/89 (100%), Gaps = 0/89 (0%) Query 1 HMAQVFEECVSFINGLPRTINLPNELKLDLYKYYKQSTIGNCNIKEPSAHKYIDRKKYEA 60 HMAQVFEECVSFINGLPRTINLPNELKLDLYKYYKQSTIGNCNIKEPSAHKYIDRKKYEA Sbjct 1 HMAQVFEECVSFINGLPRTINLPNELKLDLYKYYKQSTIGNCNIKEPSAHKYIDRKKYEA 60 Query 61 WKSVENLNREDAQKRYVDIVSEIFPYWQD 89 WKSVENLNREDAQKRYVDIVSEIFPYWQD Sbjct 61 WKSVENLNREDAQKRYVDIVSEIFPYWQD 89 Query= d2cb8a_ Length=86 >d2cb8a_ Length=86 Score = 177 bits (449), Expect = 3.28e-62 Identities = 86/86 (100%), Positives = 86/86 (100%), Gaps = 0/86 (0%) Query 1 SQAEFEKAAEEVRHLKTKPSDEEMLFIYGHYKQATVGDINTERPGMLDFTGKAKWDAWNE 60 SQAEFEKAAEEVRHLKTKPSDEEMLFIYGHYKQATVGDINTERPGMLDFTGKAKWDAWNE Sbjct 1 SQAEFEKAAEEVRHLKTKPSDEEMLFIYGHYKQATVGDINTERPGMLDFTGKAKWDAWNE 60 Query 61 LKGTSKEDAMKAYINKVEELKKKYGI 86 LKGTSKEDAMKAYINKVEELKKKYGI Sbjct 61 LKGTSKEDAMKAYINKVEELKKKYGI 86 Query= d1pfva1 Length=162 >d1pfva1 Length=162 Score = 321 bits (822), Expect = 1.16e-116 Identities = 162/162 (100%), Positives = 162/162 (100%), Gaps = 0/162 (0%) Query 1 VVNLASRNAGFINKRFDGVLASELADPQLYKTFTDAAEVIGEAWESREFGKAVREIMALA 60 VVNLASRNAGFINKRFDGVLASELADPQLYKTFTDAAEVIGEAWESREFGKAVREIMALA Sbjct 1 VVNLASRNAGFINKRFDGVLASELADPQLYKTFTDAAEVIGEAWESREFGKAVREIMALA 60 Query 61 DLANRYVDEQAPWVVAKQEGRDADLQAICSMGINLFRVLMTYLKPVLPKLTERAEAFLNT 120 DLANRYVDEQAPWVVAKQEGRDADLQAICSMGINLFRVLMTYLKPVLPKLTERAEAFLNT Sbjct 61 DLANRYVDEQAPWVVAKQEGRDADLQAICSMGINLFRVLMTYLKPVLPKLTERAEAFLNT 120 Query 121 ELTWDGIQQPLLGHKVNPFKALYNRIDMRQVEALVEASKEEV 162 ELTWDGIQQPLLGHKVNPFKALYNRIDMRQVEALVEASKEEV Sbjct 121 ELTWDGIQQPLLGHKVNPFKALYNRIDMRQVEALVEASKEEV 162 Query= d4qrea2 Length=161 >d4qrea2 Length=161 Score = 320 bits (821), Expect = 1.53e-116 Identities = 161/161 (100%), Positives = 161/161 (100%), Gaps = 0/161 (0%) Query 1 LANDLGNLVNRTISMVNKYFDGELPAYQGPLHELDEEMEAMALETVKSYTESMESLQFSV 60 LANDLGNLVNRTISMVNKYFDGELPAYQGPLHELDEEMEAMALETVKSYTESMESLQFSV Sbjct 1 LANDLGNLVNRTISMVNKYFDGELPAYQGPLHELDEEMEAMALETVKSYTESMESLQFSV 60 Query 61 ALSTVWKFISRTNKYIDETTPWVLAKDDSQKDMLGNVMAHLVENIRYAAVLLRPFLTHAP 120 ALSTVWKFISRTNKYIDETTPWVLAKDDSQKDMLGNVMAHLVENIRYAAVLLRPFLTHAP Sbjct 61 ALSTVWKFISRTNKYIDETTPWVLAKDDSQKDMLGNVMAHLVENIRYAAVLLRPFLTHAP 120 Query 121 KEIFEQLNINNPQFMEFSSLEQYGVLTESIMVTGQPKPIFP 161 KEIFEQLNINNPQFMEFSSLEQYGVLTESIMVTGQPKPIFP Sbjct 121 KEIFEQLNINNPQFMEFSSLEQYGVLTESIMVTGQPKPIFP 161 >d2d5ba1 Length=152 Score = 57.8 bits (138), Expect = 2.84e-13 Identities = 46/159 (28%), Positives = 78/159 (49%), Gaps = 18/159 (11%) Query 1 LANDLGNLVNRTISMVNKYFDGELPAYQGPLHELDEEMEAMALETVKSYTESMESLQFSV 60 LA+DLGNLV RT +M+ ++ +G +P P+ EE+ A + L+F V Sbjct 1 LADDLGNLVQRTRAMLFRFAEGRIPE---PV--AGEEL-AEGTGLAGRLRPLVRELKFHV 54 Query 61 ALSTVWKFISRTNKYIDETTPWVLAKDDSQKDMLGNVMAHLVENIRYAAVLLRPFLTHAP 120 AL ++ N+YI+E PW L K + ++ V+ +VE +R A++LL P + Sbjct 55 ALEEAMAYVKALNRYINEKKPWELFKKEPEEARA--VLYRVVEGLRIASILLTPAMPDKM 112 Query 121 KEIFEQLNINNPQFMEFSSLEQYGVLTESIMVTGQPKPI 159 E+ L + +E E++G+ +P+PI Sbjct 113 AELRRALGLKEEVRLE--EAERWGL--------AEPRPI 141 Query= d2d5ba1 Length=152 >d2d5ba1 Length=152 Score = 294 bits (752), Expect = 2.59e-106 Identities = 152/152 (100%), Positives = 152/152 (100%), Gaps = 0/152 (0%) Query 1 LADDLGNLVQRTRAMLFRFAEGRIPEPVAGEELAEGTGLAGRLRPLVRELKFHVALEEAM 60 LADDLGNLVQRTRAMLFRFAEGRIPEPVAGEELAEGTGLAGRLRPLVRELKFHVALEEAM Sbjct 1 LADDLGNLVQRTRAMLFRFAEGRIPEPVAGEELAEGTGLAGRLRPLVRELKFHVALEEAM 60 Query 61 AYVKALNRYINEKKPWELFKKEPEEARAVLYRVVEGLRIASILLTPAMPDKMAELRRALG 120 AYVKALNRYINEKKPWELFKKEPEEARAVLYRVVEGLRIASILLTPAMPDKMAELRRALG Sbjct 61 AYVKALNRYINEKKPWELFKKEPEEARAVLYRVVEGLRIASILLTPAMPDKMAELRRALG 120 Query 121 LKEEVRLEEAERWGLAEPRPIPEEAPVLFPKK 152 LKEEVRLEEAERWGLAEPRPIPEEAPVLFPKK Sbjct 121 LKEEVRLEEAERWGLAEPRPIPEEAPVLFPKK 152 >d4qrea2 Length=161 Score = 56.2 bits (134), Expect = 1.02e-12 Identities = 38/129 (29%), Positives = 63/129 (48%), Gaps = 8/129 (6%) Query 1 LADDLGNLVQRTRAMLFRFAEGRIP------EPVAGEELAEGTGLAGRLRPLVRELKFHV 54 LA+DLGNLV RT +M+ ++ +G +P + E A + L+F V Sbjct 1 LANDLGNLVNRTISMVNKYFDGELPAYQGPLHELDEEMEAMALETVKSYTESMESLQFSV 60 Query 55 ALEEAMAYVKALNRYINEKKPWELFKKEPEEARA--VLYRVVEGLRIASILLTPAMPDKM 112 AL ++ N+YI+E PW L K + ++ V+ +VE +R A++LL P + Sbjct 61 ALSTVWKFISRTNKYIDETTPWVLAKDDSQKDMLGNVMAHLVENIRYAAVLLRPFLTHAP 120 Query 113 AELRRALGL 121 E+ L + Sbjct 121 KEIFEQLNI 129 Query= d4nyxa_ Length=116 >d4nyxa_ Length=116 Score = 239 bits (609), Expect = 1.14e-85 Identities = 116/116 (100%), Positives = 116/116 (100%), Gaps = 0/116 (0%) Query 1 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK 60 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK Sbjct 1 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK 60 Query 61 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG 116 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG Sbjct 61 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG 116 >XP_026225122.1 Length=2493 Score = 228 bits (581), Expect = 9.54e-73 Identities = 109/116 (93%), Positives = 113/116 (97%), Gaps = 0/116 (0%) Query 1 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK 60 KKIFKPEELRQALMPTLE+LYRQDPESLPFRQPVDP LLGIPDYFDIVKNP+DLSTIKRK Sbjct 1082 KKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKRK 1141 Query 61 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG 116 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYK+C+KLAEVFE EIDPVMQ LG Sbjct 1142 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLG 1197 >XP_015783916.1 Length=2409 Score = 216 bits (550), Expect = 1.43e-68 Identities = 100/116 (86%), Positives = 112/116 (96%), Gaps = 0/116 (0%) Query 1 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK 60 +K+FKP+ELRQALMPTLE LYRQDPESLPFRQPVDP LL IPDYFDI+K PMDLSTIKRK Sbjct 976 RKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRK 1035 Query 61 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG 116 LDTGQYQ+PWQYVDDVWLMF+NAWLYN+KTSRVY++C++L+EVFEQEIDPVMQSLG Sbjct 1036 LDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFEQEIDPVMQSLG 1091 >d4nxja1 Length=117 Score = 56.6 bits (135), Expect = 1.18e-13 Identities = 27/77 (35%), Positives = 47/77 (61%), Gaps = 2/77 (2%) Query 30 FRQPVDPQLLGIPDYFDIVKNPMDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRK 89 F PV+ QL +PDY +++K PMD +T+K+KL +Y+ ++ DV L+ NN + YN Sbjct 30 FLYPVNVQL--VPDYLNVIKEPMDFTTMKQKLQNFKYKSFQEFEKDVLLIINNCYTYNDP 87 Query 90 TSRVYKFCSKLAEVFEQ 106 ++ YKF + +++ Sbjct 88 STIYYKFAEDIETYYKK 104 >d3ljwa_ Length=118 Score = 50.8 bits (120), Expect = 2.02e-11 Identities = 23/69 (33%), Positives = 39/69 (56%), Gaps = 0/69 (0%) Query 36 PQLLGIPDYFDIVKNPMDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYK 95 P + PDY+ I+K P+DL TI +++ G Y+ D+ L+ NA YN S+V+K Sbjct 37 PSKVQYPDYYAIIKEPIDLKTIAQRIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFK 96 Query 96 FCSKLAEVF 104 + + ++F Sbjct 97 DANSIKKIF 105 Query= d3ljwa_ Length=118 >d3ljwa_ Length=118 Score = 231 bits (590), Expect = 1.05e-82 Identities = 118/118 (100%), Positives = 118/118 (100%), Gaps = 0/118 (0%) Query 1 GSSPAYLKEILEQLLEAIVVATNPSGRLISELFQKLPSKVQYPDYYAIIKEPIDLKTIAQ 60 GSSPAYLKEILEQLLEAIVVATNPSGRLISELFQKLPSKVQYPDYYAIIKEPIDLKTIAQ Sbjct 1 GSSPAYLKEILEQLLEAIVVATNPSGRLISELFQKLPSKVQYPDYYAIIKEPIDLKTIAQ 60 Query 61 RIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFKDANSIKKIFYMKKAEIEHHEMA 118 RIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFKDANSIKKIFYMKKAEIEHHEMA Sbjct 61 RIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFKDANSIKKIFYMKKAEIEHHEMA 118 >d4nyxa_ Length=116 Score = 52.0 bits (123), Expect = 7.39e-12 Identities = 23/69 (33%), Positives = 39/69 (56%), Gaps = 0/69 (0%) Query 37 PSKVQYPDYYAIIKEPIDLKTIAQRIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFK 96 P + PDY+ I+K P+DL TI +++ G Y+ D+ L+ NA YN S+V+K Sbjct 36 PQLLGIPDYFDIVKNPMDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYK 95 Query 97 DANSIKKIF 105 + + ++F Sbjct 96 FCSKLAEVF 104 >XP_015783916.1 Length=2409 Score = 54.3 bits (129), Expect = 8.85e-12 Identities = 24/69 (34%), Positives = 42/69 (60%), Gaps = 0/69 (0%) Query 37 PSKVQYPDYYAIIKEPIDLKTIAQRIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFK 96 P+ +Q PDY+ IIK+P+DL TI +++ G Y+ D+ L+ NA YN+ S+V++ Sbjct 1011 PTLLQIPDYFDIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYR 1070 Query 97 DANSIKKIF 105 + ++F Sbjct 1071 YCTRLSEVF 1079 >XP_026225122.1 Length=2493 Score = 52.4 bits (124), Expect = 4.18e-11 Identities = 24/69 (34%), Positives = 38/69 (55%), Gaps = 0/69 (0%) Query 37 PSKVQYPDYYAIIKEPIDLKTIAQRIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFK 96 P + PDY+ I+K PIDL TI +++ G Y+ D+ L+ NA YN S+V+K Sbjct 1117 PMLLGIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYK 1176 Query 97 DANSIKKIF 105 + ++F Sbjct 1177 YCTKLAEVF 1185 Query= d3uv4a1 Length=123 >d3uv4a1 Length=123 Score = 253 bits (646), Expect = 4.35e-91 Identities = 123/123 (100%), Positives = 123/123 (100%), Gaps = 0/123 (0%) Query 1 DDDQVAFSFILDNIVTQKMMAVPDSWPFHHPVNKKFVPDYYKVIVNPMDLETIRKNISKH 60 DDDQVAFSFILDNIVTQKMMAVPDSWPFHHPVNKKFVPDYYKVIVNPMDLETIRKNISKH Sbjct 1 DDDQVAFSFILDNIVTQKMMAVPDSWPFHHPVNKKFVPDYYKVIVNPMDLETIRKNISKH 60 Query 61 KYQSRESFLDDVNLILANSVKYNGPESQYTKTAQEIVNVCYQTLTEYDEHLTQLEKDICT 120 KYQSRESFLDDVNLILANSVKYNGPESQYTKTAQEIVNVCYQTLTEYDEHLTQLEKDICT Sbjct 61 KYQSRESFLDDVNLILANSVKYNGPESQYTKTAQEIVNVCYQTLTEYDEHLTQLEKDICT 120 Query 121 AKE 123 AKE Sbjct 121 AKE 123 Query= d4nxja1 Length=117 >d4nxja1 Length=117 Score = 237 bits (604), Expect = 7.11e-85 Identities = 117/117 (100%), Positives = 117/117 (100%), Gaps = 0/117 (0%) Query 1 YDEIEELKSKNEVLTNLLNKLIAFDKKRIFLYPVNVQLVPDYLNVIKEPMDFTTMKQKLQ 60 YDEIEELKSKNEVLTNLLNKLIAFDKKRIFLYPVNVQLVPDYLNVIKEPMDFTTMKQKLQ Sbjct 1 YDEIEELKSKNEVLTNLLNKLIAFDKKRIFLYPVNVQLVPDYLNVIKEPMDFTTMKQKLQ 60 Query 61 NFKYKSFQEFEKDVLLIINNCYTYNDPSTIYYKFAEDIETYYKKLNIKIQTKYMNIH 117 NFKYKSFQEFEKDVLLIINNCYTYNDPSTIYYKFAEDIETYYKKLNIKIQTKYMNIH Sbjct 61 NFKYKSFQEFEKDVLLIINNCYTYNDPSTIYYKFAEDIETYYKKLNIKIQTKYMNIH 117 >d4nyxa_ Length=116 Score = 57.0 bits (136), Expect = 8.43e-14 Identities = 27/71 (38%), Positives = 44/71 (61%), Gaps = 2/71 (2%) Query 30 FLYPVNVQL--VPDYLNVIKEPMDFTTMKQKLQNFKYKSFQEFEKDVLLIINNCYTYNDP 87 F PV+ QL +PDY +++K PMD +T+K+KL +Y+ ++ DV L+ NN + YN Sbjct 30 FRQPVDPQLLGIPDYFDIVKNPMDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRK 89 Query 88 STIYYKFAEDI 98 ++ YKF + Sbjct 90 TSRVYKFCSKL 100 >XP_015783916.1 Length=2409 Score = 53.5 bits (127), Expect = 1.59e-11 Identities = 29/87 (33%), Positives = 51/87 (58%), Gaps = 3/87 (3%) Query 12 EVLTNLLNKLIAFDKKRI-FLYPVNVQL--VPDYLNVIKEPMDFTTMKQKLQNFKYKSFQ 68 + L L KL D + + F PV+ L +PDY ++IK+PMD +T+K+KL +Y+ Sbjct 986 QALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRKLDTGQYQDPW 1045 Query 69 EFEKDVLLIINNCYTYNDPSTIYYKFA 95 ++ DV L+ +N + YN ++ Y++ Sbjct 1046 QYVDDVWLMFDNAWLYNKKTSRVYRYC 1072 >XP_026225122.1 Length=2493 Score = 52.4 bits (124), Expect = 4.04e-11 Identities = 28/87 (32%), Positives = 49/87 (56%), Gaps = 3/87 (3%) Query 12 EVLTNLLNKLIAFDKKRI-FLYPVNVQL--VPDYLNVIKEPMDFTTMKQKLQNFKYKSFQ 68 + L L L D + + F PV+ L +PDY +++K P+D +T+K+KL +Y+ Sbjct 1092 QALMPTLESLYRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKRKLDTGQYQEPW 1151 Query 69 EFEKDVLLIINNCYTYNDPSTIYYKFA 95 ++ DV L+ NN + YN ++ YK+ Sbjct 1152 QYVDDVWLMFNNAWLYNRKTSRVYKYC 1178 Query= d1nkpe_ Length=81 >d1nkpe_ Length=81 Score = 159 bits (403), Expect = 2.40e-55 Identities = 81/81 (100%), Positives = 81/81 (100%), Gaps = 0/81 (0%) Query 1 RAHHNALERKRRDHIKDSFHSLRDSVPSLQGEKASRAQILDKATEYIQYMRRKNHTHQQD 60 RAHHNALERKRRDHIKDSFHSLRDSVPSLQGEKASRAQILDKATEYIQYMRRKNHTHQQD Sbjct 1 RAHHNALERKRRDHIKDSFHSLRDSVPSLQGEKASRAQILDKATEYIQYMRRKNHTHQQD 60 Query 61 IDDLKRQNALLEQQVRALGGC 81 IDDLKRQNALLEQQVRALGGC Sbjct 61 IDDLKRQNALLEQQVRALGGC 81 Query= d1an4a1 Length=64 >d1an4a1 Length=64 Score = 121 bits (303), Expect = 1.33e-40 Identities = 64/64 (100%), Positives = 64/64 (100%), Gaps = 0/64 (0%) Query 1 DEKRRAQHNEVERRRRDKINNWIVQLSKIIPDSSMESTKSGQSKGGILSKASDYIQELRQ 60 DEKRRAQHNEVERRRRDKINNWIVQLSKIIPDSSMESTKSGQSKGGILSKASDYIQELRQ Sbjct 1 DEKRRAQHNEVERRRRDKINNWIVQLSKIIPDSSMESTKSGQSKGGILSKASDYIQELRQ 60 Query 61 SNHR 64 SNHR Sbjct 61 SNHR 64 Query= d1v2aa1 Length=125 >d1v2aa1 Length=125 Score = 252 bits (643), Expect = 1.45e-90 Identities = 125/125 (100%), Positives = 125/125 (100%), Gaps = 0/125 (0%) Query 1 KDPKVRSVVNQRLFFDIGTLYKRIIDVIHLVMKKEQPSDEQMEKLKGALDLLEQFVTERA 60 KDPKVRSVVNQRLFFDIGTLYKRIIDVIHLVMKKEQPSDEQMEKLKGALDLLEQFVTERA Sbjct 1 KDPKVRSVVNQRLFFDIGTLYKRIIDVIHLVMKKEQPSDEQMEKLKGALDLLEQFVTERA 60 Query 61 YAAADHLTVADICLLGTVTALNWLKHDLEPFPHIRAWLERVRAEMPDYEEFSKQVADDTL 120 YAAADHLTVADICLLGTVTALNWLKHDLEPFPHIRAWLERVRAEMPDYEEFSKQVADDTL Sbjct 61 YAAADHLTVADICLLGTVTALNWLKHDLEPFPHIRAWLERVRAEMPDYEEFSKQVADDTL 120 Query 121 AYVAS 125 AYVAS Sbjct 121 AYVAS 125 Query= d2gsqa1 Length=127 >d2gsqa1 Length=127 Score = 254 bits (649), Expect = 2.04e-91 Identities = 127/127 (100%), Positives = 127/127 (100%), Gaps = 0/127 (0%) Query 1 LDGKTSLEKYRVDEITETLQDIFNDVVKIKFAPEAAKEAVQQNYEKSCKRLAPFLEGLLV 60 LDGKTSLEKYRVDEITETLQDIFNDVVKIKFAPEAAKEAVQQNYEKSCKRLAPFLEGLLV Sbjct 1 LDGKTSLEKYRVDEITETLQDIFNDVVKIKFAPEAAKEAVQQNYEKSCKRLAPFLEGLLV 60 Query 61 SNGGGDGFFVGNSMTLADLHCYVALEVPLKHTPELLKDCPKIVALRKRVAECPKIAAYLK 120 SNGGGDGFFVGNSMTLADLHCYVALEVPLKHTPELLKDCPKIVALRKRVAECPKIAAYLK Sbjct 61 SNGGGDGFFVGNSMTLADLHCYVALEVPLKHTPELLKDCPKIVALRKRVAECPKIAAYLK 120 Query 121 KRPVRDF 127 KRPVRDF Sbjct 121 KRPVRDF 127 Query= d1yq1a2 Length=127 >d1yq1a2 Length=127 Score = 251 bits (641), Expect = 3.39e-90 Identities = 127/127 (100%), Positives = 127/127 (100%), Gaps = 0/127 (0%) Query 1 AGKTPEEEAWVDAVHDLFKDFLAEFKKFAAERRSGKSAEEVEKFRSEFFLPARNTYFNIL 60 AGKTPEEEAWVDAVHDLFKDFLAEFKKFAAERRSGKSAEEVEKFRSEFFLPARNTYFNIL Sbjct 1 AGKTPEEEAWVDAVHDLFKDFLAEFKKFAAERRSGKSAEEVEKFRSEFFLPARNTYFNIL 60 Query 61 NGLLEKSNSGFLIGSDITFADLVVVDNLLTLKNYGLFDESEFTKLAALREKVNSYPGIKE 120 NGLLEKSNSGFLIGSDITFADLVVVDNLLTLKNYGLFDESEFTKLAALREKVNSYPGIKE Sbjct 61 NGLLEKSNSGFLIGSDITFADLVVVDNLLTLKNYGLFDESEFTKLAALREKVNSYPGIKE 120 Query 121 YIAKRPV 127 YIAKRPV Sbjct 121 YIAKRPV 127 Query= d5b7ca2 Length=139 >d5b7ca2 Length=139 Score = 283 bits (724), Expect = 1.82e-102 Identities = 139/139 (100%), Positives = 139/139 (100%), Gaps = 0/139 (0%) Query 1 GFHGRNNMEMARVDFISDCFYDILDDYMRMYFDGNCRMMFQRSRDTSSSSEKRMRFQETC 60 GFHGRNNMEMARVDFISDCFYDILDDYMRMYFDGNCRMMFQRSRDTSSSSEKRMRFQETC Sbjct 1 GFHGRNNMEMARVDFISDCFYDILDDYMRMYFDGNCRMMFQRSRDTSSSSEKRMRFQETC 60 Query 61 RRILPFMERTLEMYSGGSQYFMGDQMTMADMMCYCALENPLMEEPSMLSSYPKLMALRNR 120 RRILPFMERTLEMYSGGSQYFMGDQMTMADMMCYCALENPLMEEPSMLSSYPKLMALRNR Sbjct 61 RRILPFMERTLEMYSGGSQYFMGDQMTMADMMCYCALENPLMEEPSMLSSYPKLMALRNR 120 Query 121 VMNHSKMSSYLQRRCRTEF 139 VMNHSKMSSYLQRRCRTEF Sbjct 121 VMNHSKMSSYLQRRCRTEF 139 Query= d4q5fa2 Length=129 >d4q5fa2 Length=129 Score = 261 bits (667), Expect = 4.26e-94 Identities = 129/129 (100%), Positives = 129/129 (100%), Gaps = 0/129 (0%) Query 1 AGKTPMEEAQVDSIFDQFKDFMAELRPCFRVLAGFEEGDKEKVLKEVAVPARDKHLPLLE 60 AGKTPMEEAQVDSIFDQFKDFMAELRPCFRVLAGFEEGDKEKVLKEVAVPARDKHLPLLE Sbjct 1 AGKTPMEEAQVDSIFDQFKDFMAELRPCFRVLAGFEEGDKEKVLKEVAVPARDKHLPLLE 60 Query 61 KFLAKSGSEYMVGKSVTWADLVITDSLASWESLIPDFLSGHLQLKKYIEHVRELPNIKKW 120 KFLAKSGSEYMVGKSVTWADLVITDSLASWESLIPDFLSGHLQLKKYIEHVRELPNIKKW Sbjct 61 KFLAKSGSEYMVGKSVTWADLVITDSLASWESLIPDFLSGHLQLKKYIEHVRELPNIKKW 120 Query 121 IAERPKTPY 129 IAERPKTPY Sbjct 121 IAERPKTPY 129 Query= d3ay8a2 Length=129 >d3ay8a2 Length=129 Score = 263 bits (671), Expect = 1.04e-94 Identities = 129/129 (100%), Positives = 129/129 (100%), Gaps = 0/129 (0%) Query 1 KDLQKRAVVNQRLYFDSASLYVKIRAICFPILFLGETEIKQSLKDDLNSTLSFLNQFLEK 60 KDLQKRAVVNQRLYFDSASLYVKIRAICFPILFLGETEIKQSLKDDLNSTLSFLNQFLEK Sbjct 1 KDLQKRAVVNQRLYFDSASLYVKIRAICFPILFLGETEIKQSLKDDLNSTLSFLNQFLEK 60 Query 61 TKWVAADHPTIADTSIYASMSSILAVGWDISSFPNIQRWIKDCLLLPGAPENEDGARTFG 120 TKWVAADHPTIADTSIYASMSSILAVGWDISSFPNIQRWIKDCLLLPGAPENEDGARTFG Sbjct 61 TKWVAADHPTIADTSIYASMSSILAVGWDISSFPNIQRWIKDCLLLPGAPENEDGARTFG 120 Query 121 DAVKKNIKQ 129 DAVKKNIKQ Sbjct 121 DAVKKNIKQ 129 Query= d4ddja_ Length=80 >d4ddja_ Length=80 Score = 169 bits (429), Expect = 2.41e-59 Identities = 80/80 (100%), Positives = 80/80 (100%), Gaps = 0/80 (0%) Query 1 SLPCDICKDVVTAAGDMLKDNATEEEILVYLEKTCDWLPKPNMSASCKEIVDSYLPVILD 60 SLPCDICKDVVTAAGDMLKDNATEEEILVYLEKTCDWLPKPNMSASCKEIVDSYLPVILD Sbjct 1 SLPCDICKDVVTAAGDMLKDNATEEEILVYLEKTCDWLPKPNMSASCKEIVDSYLPVILD 60 Query 61 IIKGEMSRPGEVCSALNLCE 80 IIKGEMSRPGEVCSALNLCE Sbjct 61 IIKGEMSRPGEVCSALNLCE 80 Query= d3bqpa_ Length=80 >d3bqpa_ Length=80 Score = 171 bits (433), Expect = 5.90e-60 Identities = 80/80 (100%), Positives = 80/80 (100%), Gaps = 0/80 (0%) Query 1 DGGFCEVCKKLVGYLDRNLEKNSTKQEILAALEKGCSFLPDPYQKQCDQFVAEYEPVLIE 60 DGGFCEVCKKLVGYLDRNLEKNSTKQEILAALEKGCSFLPDPYQKQCDQFVAEYEPVLIE Sbjct 1 DGGFCEVCKKLVGYLDRNLEKNSTKQEILAALEKGCSFLPDPYQKQCDQFVAEYEPVLIE 60 Query 61 ILVEVMDPSFVCLKIGACPS 80 ILVEVMDPSFVCLKIGACPS Sbjct 61 ILVEVMDPSFVCLKIGACPS 80 Query= d4gria2 Length=176 >d4gria2 Length=176 Score = 341 bits (875), Expect = 2.78e-124 Identities = 176/176 (100%), Positives = 176/176 (100%), Gaps = 0/176 (0%) Query 1 DYHKLDFFNSYYIREKKDEDLFNLLLPFFQKKGYVSKPSTLEENQKLKLLIPLIKSRIKK 60 DYHKLDFFNSYYIREKKDEDLFNLLLPFFQKKGYVSKPSTLEENQKLKLLIPLIKSRIKK Sbjct 1 DYHKLDFFNSYYIREKKDEDLFNLLLPFFQKKGYVSKPSTLEENQKLKLLIPLIKSRIKK 60 Query 61 LSDALNMTKFFYEDIKSWNLDEFLSRKKTAKEVCSILELIKPILEGFEKRSSEENDKIFY 120 LSDALNMTKFFYEDIKSWNLDEFLSRKKTAKEVCSILELIKPILEGFEKRSSEENDKIFY Sbjct 61 LSDALNMTKFFYEDIKSWNLDEFLSRKKTAKEVCSILELIKPILEGFEKRSSEENDKIFY 120 Query 121 DFAESNGFKLGEILLPIRIAALGSKVSPPLFDSLKLIGKSKVFERIKLAQEFLRIN 176 DFAESNGFKLGEILLPIRIAALGSKVSPPLFDSLKLIGKSKVFERIKLAQEFLRIN Sbjct 121 DFAESNGFKLGEILLPIRIAALGSKVSPPLFDSLKLIGKSKVFERIKLAQEFLRIN 176 Query= d3afha2 Length=171 >d3afha2 Length=171 Score = 335 bits (858), Expect = 7.45e-122 Identities = 171/171 (100%), Positives = 171/171 (100%), Gaps = 0/171 (0%) Query 1 DYQKLEWVNGKHMRRIDLEDLKREFIEWAKYAGKEIPSVDERYFSETLRICREKVNTLSQ 60 DYQKLEWVNGKHMRRIDLEDLKREFIEWAKYAGKEIPSVDERYFSETLRICREKVNTLSQ Sbjct 1 DYQKLEWVNGKHMRRIDLEDLKREFIEWAKYAGKEIPSVDERYFSETLRICREKVNTLSQ 60 Query 61 LYDIMYPFMNDDYEYEKDYVEKFLKREEAERVLEEAKKAFKDLNSWNMEEIEKTLRDLSE 120 LYDIMYPFMNDDYEYEKDYVEKFLKREEAERVLEEAKKAFKDLNSWNMEEIEKTLRDLSE Sbjct 61 LYDIMYPFMNDDYEYEKDYVEKFLKREEAERVLEEAKKAFKDLNSWNMEEIEKTLRDLSE 120 Query 121 KGLASKKVVFQLIRGAVTGKLVTPGLFETIEVLGKERTLKRLERTLQFLKK 171 KGLASKKVVFQLIRGAVTGKLVTPGLFETIEVLGKERTLKRLERTLQFLKK Sbjct 121 KGLASKKVVFQLIRGAVTGKLVTPGLFETIEVLGKERTLKRLERTLQFLKK 171 Query= d5vcca_ Length=468 >d5vcca_ Length=468 Score = 939 bits (2427), Expect = 0.0 Identities = 468/468 (100%), Positives = 468/468 (100%), Gaps = 0/468 (0%) Query 1 SHGLFKKLGIPGPTPLPFLGNILSYHKGFCMFDMECHKKYGKVWGFYDGQQPVLAITDPD 60 SHGLFKKLGIPGPTPLPFLGNILSYHKGFCMFDMECHKKYGKVWGFYDGQQPVLAITDPD Sbjct 1 SHGLFKKLGIPGPTPLPFLGNILSYHKGFCMFDMECHKKYGKVWGFYDGQQPVLAITDPD 60 Query 61 MIKTVLVKECYSVFTNRRPFGPVGFMKSAISIAEDEEWKRLRSLLSPTFTSGKLKEMVPI 120 MIKTVLVKECYSVFTNRRPFGPVGFMKSAISIAEDEEWKRLRSLLSPTFTSGKLKEMVPI Sbjct 61 MIKTVLVKECYSVFTNRRPFGPVGFMKSAISIAEDEEWKRLRSLLSPTFTSGKLKEMVPI 120 Query 121 IAQYGDVLVRNLRREAETGKPVTLKDVFGAYSMDVITSTSFGVNIDSLNNPQDPFVENTK 180 IAQYGDVLVRNLRREAETGKPVTLKDVFGAYSMDVITSTSFGVNIDSLNNPQDPFVENTK Sbjct 121 IAQYGDVLVRNLRREAETGKPVTLKDVFGAYSMDVITSTSFGVNIDSLNNPQDPFVENTK 180 Query 181 KLLRFDFLDPFFLSITVFPFLIPILEVLNICVFPREVTNFLRKSVKRMKESRLEDTQKHR 240 KLLRFDFLDPFFLSITVFPFLIPILEVLNICVFPREVTNFLRKSVKRMKESRLEDTQKHR Sbjct 181 KLLRFDFLDPFFLSITVFPFLIPILEVLNICVFPREVTNFLRKSVKRMKESRLEDTQKHR 240 Query 241 VDFLQLMIDSQNSKETESHKALSDLELVAQSIIFIFAGYETTSSVLSFIMYELATHPDVQ 300 VDFLQLMIDSQNSKETESHKALSDLELVAQSIIFIFAGYETTSSVLSFIMYELATHPDVQ Sbjct 241 VDFLQLMIDSQNSKETESHKALSDLELVAQSIIFIFAGYETTSSVLSFIMYELATHPDVQ 300 Query 301 QKLQEEIDAVLPNKAPPTYDTVLQMEYLDMVVNETLRLFPIAMRLERVCKKDVEINGMFI 360 QKLQEEIDAVLPNKAPPTYDTVLQMEYLDMVVNETLRLFPIAMRLERVCKKDVEINGMFI Sbjct 301 QKLQEEIDAVLPNKAPPTYDTVLQMEYLDMVVNETLRLFPIAMRLERVCKKDVEINGMFI 360 Query 361 PKGVVVMIPSYALHRDPKYWTEPEKFLPERFSKKNKDNIDPYIYTPFGSGPRNCIGMRFA 420 PKGVVVMIPSYALHRDPKYWTEPEKFLPERFSKKNKDNIDPYIYTPFGSGPRNCIGMRFA Sbjct 361 PKGVVVMIPSYALHRDPKYWTEPEKFLPERFSKKNKDNIDPYIYTPFGSGPRNCIGMRFA 420 Query 421 LMNMKLALIRVLQNFSFKPCKETQIPLKLSLGGLLQPEKPVVLKVESR 468 LMNMKLALIRVLQNFSFKPCKETQIPLKLSLGGLLQPEKPVVLKVESR Sbjct 421 LMNMKLALIRVLQNFSFKPCKETQIPLKLSLGGLLQPEKPVVLKVESR 468 Query= d3oo3a_ Length=382 >d3oo3a_ Length=382 Score = 750 bits (1936), Expect = 4.08e-279 Identities = 382/382 (100%), Positives = 382/382 (100%), Gaps = 0/382 (0%) Query 1 LPLPHQRLRLDPVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSS 60 LPLPHQRLRLDPVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSS Sbjct 1 LPLPHQRLRLDPVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSS 60 Query 61 MRPVDDEADRALLPGILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFE 120 MRPVDDEADRALLPGILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFE Sbjct 61 MRPVDDEADRALLPGILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFE 120 Query 121 SVGAPVDFVRHAAWPIPAYIACEFLGVPRDDQAELSRMIRESRESRLPRQRTLSGLGIVN 180 SVGAPVDFVRHAAWPIPAYIACEFLGVPRDDQAELSRMIRESRESRLPRQRTLSGLGIVN Sbjct 121 SVGAPVDFVRHAAWPIPAYIACEFLGVPRDDQAELSRMIRESRESRLPRQRTLSGLGIVN 180 Query 181 YTKRLTSGKRRDPGDGMIGVIVREHGAEISDEELAGLAEGNLIMAAEQMAAQLAVAVLLL 240 YTKRLTSGKRRDPGDGMIGVIVREHGAEISDEELAGLAEGNLIMAAEQMAAQLAVAVLLL Sbjct 181 YTKRLTSGKRRDPGDGMIGVIVREHGAEISDEELAGLAEGNLIMAAEQMAAQLAVAVLLL 240 Query 241 VTHPDQMALLREKPELIDSATEEVLRHASIVEAPAPRVALADVRMAGRDIHAGDVLTCSM 300 VTHPDQMALLREKPELIDSATEEVLRHASIVEAPAPRVALADVRMAGRDIHAGDVLTCSM Sbjct 241 VTHPDQMALLREKPELIDSATEEVLRHASIVEAPAPRVALADVRMAGRDIHAGDVLTCSM 300 Query 301 LATNRAPGDRFDITREKATHMAFGHGIHHCIGAPLARLQLRVALPAVVGRFPSLRLAVPE 360 LATNRAPGDRFDITREKATHMAFGHGIHHCIGAPLARLQLRVALPAVVGRFPSLRLAVPE Sbjct 301 LATNRAPGDRFDITREKATHMAFGHGIHHCIGAPLARLQLRVALPAVVGRFPSLRLAVPE 360 Query 361 EDLRFKPGRPAPFAVEELPLEW 382 EDLRFKPGRPAPFAVEELPLEW Sbjct 361 EDLRFKPGRPAPFAVEELPLEW 382 >d4rm4a_ Length=375 Score = 141 bits (355), Expect = 1.69e-40 Identities = 111/363 (30%), Positives = 171/363 (47%), Gaps = 35/363 (9%) Query 12 PVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSSMRPVDDEADRA 71 P P +E ++K P+ +D E + W V +D+V+ ++ D E FSS P + Sbjct 5 PFPWYESMRKDAPVS-FDEE-----NQVWSVFLYDDVKKVVGDKELFSSCMPQQTSS--- 55 Query 72 LLPGILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFESVGAPVDFVRH 131 + + DPP HT++R V A++ R M++ PRI+EI +E + F+ + D V Sbjct 56 -IGNSIINMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQG-RSEFDLVHD 113 Query 132 AAWPIPAYIACEFLGVPRDDQAELSRMI----------RESRESRLPRQRTLSGLGIVNY 181 ++P+P + E LGVP + E E +R + + Sbjct 114 FSYPLPVIVISELLGVPSAHMEQFKAWSDLLVSTPKDKSEEAEKAFLEERDKCEEELAAF 173 Query 182 TKRLTSGKRRDPGDGMIGVIVR--EHGAEISDEELAGLAEGNLIMAAEQMAAQLAVAVLL 239 + KR P +I ++V E G ++S EEL L+ E ++ A+ Sbjct 174 FAGIIEEKRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISNAMYS 233 Query 240 LVTHPDQMALLREKPELIDSATEEVLRHASIVEAPAP---RVALADVRMAGRDIHAGDVL 296 ++ P LR PEL+ A EE LR APAP R+A D + G I GD++ Sbjct 234 ILETPGVYEELRSHPELMPQAVEEALRF----RAPAPVLRRIAKRDTEIGGHLIKEGDMV 289 Query 297 TCSMLATNR--APGDR---FDITREKATHMAFGHGIHHCIGAPLARLQLRVALPAVVGRF 351 + + NR A DR FDI R H+AFGHGIH C+GAPLARL+ +AL +++ F Sbjct 290 LAFVASANRDEAKFDRPHMFDIRRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAF 349 Query 352 PSL 354 P + Sbjct 350 PHM 352 >d3buja1 Length=396 Score = 140 bits (353), Expect = 4.87e-40 Identities = 119/381 (31%), Positives = 185/381 (48%), Gaps = 33/381 (8%) Query 8 LRLDPVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSSM---RPV 64 +R DP P + L + P+H + W V+ +VRA+L D ERF+ R Sbjct 10 VRRDPYPSYHWLLRHDPVH-------RGAHRVWYVSRFADVRAVLGD-ERFARTGIRRFW 61 Query 65 DDEADRALLP----GILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFE 120 D LL I+ D PDH RLR V PA+S + RL P I V++ L Sbjct 62 TDLVGPGLLAEIVGDIILFQDEPDHGRLRGVVGPAFSPSALRRLEPVIAGTVDDLLRPAL 121 Query 121 SVGAPVDFVRHAAWPIPAYIACEFLGVPRDDQAELSRMIRESRESRLPRQRTLSGLG--- 177 + GA +D V A+P+ LG+P D + R R+ + L R + + Sbjct 122 ARGA-MDVVDELAYPLALRAVLGLLGLPAADWGAVGRWSRDVGRT-LDRGASAEDMRRGH 179 Query 178 -----IVNYTKRLTSGKRRDPGDGMIGVIVREHGAEI-SDEELAGLAEGNLIMAAEQMAA 231 +Y +R + +RR+ G+ ++ +++ H + S E+ + E +A+ Sbjct 180 AAIAEFADYVERALARRRREGGEDLLALMLDAHDRGLMSRNEIVSTVVTFIFTGHETVAS 239 Query 232 QLAVAVLLLVTHPDQMALLREKPELIDSATEEVLRHASIVEAPAPRVALADVRMAGRDIH 291 Q+ AVL L+ HPDQ+ LLR +P+L+ A EE LR+ V++ ++ + DV + GR + Sbjct 240 QVGNAVLSLLAHPDQLDLLRRRPDLLAQAVEECLRYDPSVQSNTRQLDV-DVELRGRRLR 298 Query 292 AGDVLTCSMLATNRAPG-----DRFDITREKATHMAFGHGIHHCIGAPLARLQLRVALPA 346 DV+ A NR P D FDI R+ M+FG G+ +C+G+ LAR QLR A+ A Sbjct 299 RDDVVVVLAGAANRDPRRYDRPDDFDIERDPVPSMSFGAGMRYCLGSYLARTQLRAAV-A 357 Query 347 VVGRFPSLRLAVPEEDLRFKP 367 + R P LRL + L ++P Sbjct 358 ALARLPGLRLGCASDALAYQP 378 >d4j6ca_ Length=407 Score = 131 bits (329), Expect = 1.50e-36 Identities = 120/395 (30%), Positives = 179/395 (45%), Gaps = 44/395 (11%) Query 4 PHQ-RLRLDPV-----PEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHER 57 PH L +DP+ E L+ AGPL D + G VTGH R +L D Sbjct 2 PHSDTLTIDPMITDLAGETSRLRAAGPLTRID----LLGVPALAVTGHTLARQLLTDTRL 57 Query 58 FSSMR--------------PVDD--EADRALLPGILQAYDPPDHTRLRRTVAPAYSARRM 101 + P+ + DR++ D P+H RLR A + RR+ Sbjct 58 VKDINAWSLWQSGTVTRQWPLIGMIDVDRSMF-----TVDGPEHRRLRIKTTQALTRRRL 112 Query 102 ERLRPRIEEIVEECLDDFESVGAP---VDFVRHAAWPIPAYIACEFLGVPRDDQAELSRM 158 + L+P IE V E LDD E GA VD A+P+P + +GVP +DQ +L Sbjct 113 DALKPTIERYVAELLDDLERAGADGAVVDLKSVFAYPLPMRVISALMGVPSEDQEQLLTW 172 Query 159 IRESRESRLPRQRTLSGLGIVN-YTKRLTSGKRRDPGDGMIGVIVREHGAE--ISDEELA 215 + P+ L + ++ Y + K +PGD + ++ E +++EE+ Sbjct 173 YKAFFSILTPQDERLRVIDEMHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVI 232 Query 216 GLAEGNLIMAAEQMAAQLAVAVLLLVTHPDQMALLREKPELIDSATEEVLRHASIVEAPA 275 G + + E + + AV L++HP+Q+ L+R+ ++A EE LR V Sbjct 233 GNLQALVAAGHETTVSLILTAVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLL 292 Query 276 PRVALADVRMAGRDIHAGDVLTCSMLATNR------APGDRFDITREKAT-HMAFGHGIH 328 R A D+ + I G+ + S A R A D FDITR A H++FGHG H Sbjct 293 MRFATEDIDLGDAVIPRGEGVVMSYRAIGRDITVHGADADDFDITRATAARHISFGHGPH 352 Query 329 HCIGAPLARLQLRVALPAVVGRFPSLRLAVPEEDL 363 C GA LARL+ +ALPA+ RFP L A+P + + Sbjct 353 ICPGAALARLEAAIALPALFTRFPHLHPALPLDQI 387 >d4yt3a_ Length=407 Score = 106 bits (265), Expect = 1.11e-27 Identities = 95/354 (26%), Positives = 168/354 (47%), Gaps = 30/354 (8%) Query 35 DGRKQWLVTGHDEVRAILADHERFSSMRP-----VDDEADRALLPGILQAY--DPPDHTR 87 +G W V +++V+ +L+D++ FSS+R V +++ +P +Q DPPDH + Sbjct 36 EGTDTWNVFKYEDVKRVLSDYKHFSSVRKRTTISVGTDSEEGSVPEKIQITESDPPDHRK 95 Query 88 LRRTVAPAYSARRMERLRPRIEEIVEECLDDFESVGAPVDFVRHAAWPIPAYIACEFLGV 147 R +A A++ R ++ PRI+EI +E + + G +D V A P+P + + +GV Sbjct 96 RRSLLAAAFTPRSLQNWEPRIQEIADELIGQMDG-GTEIDIVASLASPLPIIVMADLMGV 154 Query 148 PRDDQAELSRMI--------RESRESRLPRQRTLSGLGIVNYTKRLTSGKRRDPGDGMIG 199 P D+ + + RE +E + + + ++ Y + KR +P D +I Sbjct 155 PSKDRLLFKKWVDTLFLPFDREKQEE-VDKLKQVAAKEYYQYLYPIVVQKRLNPADDIIS 213 Query 200 VIVREH--GAEISDEELAGLAEGNLIMAAEQMAAQLAVAVL-LLVTHPDQMALLREKPEL 256 +++ G +D+E+ L E + LA + LL + L E +L Sbjct 214 DLLKSEVDGEMFTDDEVVRTTMLILGAGVETTSHLLANSFYSLLYDDKEVYQELHENLDL 273 Query 257 IDSATEEVLRHA-SIVEAPAPRVALADVRMAGRDIHAGDVLTCSMLATNRAPG---DRFD 312 + A EE+LR ++++ R D + G ++ GD + M A N D F Sbjct 274 VPQAVEEMLRFRFNLIKLD--RTVKEDNDLLGVELKEGDSVVVWMSAANMDEEMFEDPFT 331 Query 313 ITREKAT---HMAFGHGIHHCIGAPLARLQLRVALPAVVGRFPSLRLAVPEEDL 363 + + H+ FG+G H C+GAPLARL+ ++AL A + +F + AVP L Sbjct 332 LNIHRPNNKKHLTFGNGPHFCLGAPLARLEAKIALTAFLKKFKHIE-AVPSFQL 384 Query= d4uyma1 Length=469 >d4uyma1 Length=469 Score = 956 bits (2470), Expect = 0.0 Identities = 469/469 (100%), Positives = 469/469 (100%), Gaps = 0/469 (0%) Query 1 KTPPVVFHWFPFIGSTISYGIDPYKFFFDCRAKYGDIFTFILLGKKTTVYLGTKGNDFIL 60 KTPPVVFHWFPFIGSTISYGIDPYKFFFDCRAKYGDIFTFILLGKKTTVYLGTKGNDFIL Sbjct 1 KTPPVVFHWFPFIGSTISYGIDPYKFFFDCRAKYGDIFTFILLGKKTTVYLGTKGNDFIL 60 Query 61 NGKLRDVCAEEVYSPLTTPVFGRHVVYDCPNAKLMEQKKFVKYGLTSDALRSYVPLITDE 120 NGKLRDVCAEEVYSPLTTPVFGRHVVYDCPNAKLMEQKKFVKYGLTSDALRSYVPLITDE Sbjct 61 NGKLRDVCAEEVYSPLTTPVFGRHVVYDCPNAKLMEQKKFVKYGLTSDALRSYVPLITDE 120 Query 121 VESFVKNSPAFQGHKGVFDVCKTIAEITIYTASRSLQGKEVRSKFDSTFAELYHNLDMGF 180 VESFVKNSPAFQGHKGVFDVCKTIAEITIYTASRSLQGKEVRSKFDSTFAELYHNLDMGF Sbjct 121 VESFVKNSPAFQGHKGVFDVCKTIAEITIYTASRSLQGKEVRSKFDSTFAELYHNLDMGF 180 Query 181 APINFMLPWAPLPHNRKRDAAQRKLTETYMEIIKARRQAGSKKDSEDMVWNLMSCVYKNG 240 APINFMLPWAPLPHNRKRDAAQRKLTETYMEIIKARRQAGSKKDSEDMVWNLMSCVYKNG Sbjct 181 APINFMLPWAPLPHNRKRDAAQRKLTETYMEIIKARRQAGSKKDSEDMVWNLMSCVYKNG 240 Query 241 TPVPDEEIAHMMIALLMAGQHSSSSTASWIVLRLATRPDIMEELYQEQIRVLGSDLPPLT 300 TPVPDEEIAHMMIALLMAGQHSSSSTASWIVLRLATRPDIMEELYQEQIRVLGSDLPPLT Sbjct 241 TPVPDEEIAHMMIALLMAGQHSSSSTASWIVLRLATRPDIMEELYQEQIRVLGSDLPPLT 300 Query 301 YDNLQKLDLHAKVIKETLRLHAPIHSIIRAVKNPMAVDGTSYVIPTSHNVLSSPGVTARS 360 YDNLQKLDLHAKVIKETLRLHAPIHSIIRAVKNPMAVDGTSYVIPTSHNVLSSPGVTARS Sbjct 301 YDNLQKLDLHAKVIKETLRLHAPIHSIIRAVKNPMAVDGTSYVIPTSHNVLSSPGVTARS 360 Query 361 EEHFPNPLEWNPHRWDENIAASAEDDEKVDYGYGLVSKGTNSPYLPFGAGRHRCIGEQFA 420 EEHFPNPLEWNPHRWDENIAASAEDDEKVDYGYGLVSKGTNSPYLPFGAGRHRCIGEQFA Sbjct 361 EEHFPNPLEWNPHRWDENIAASAEDDEKVDYGYGLVSKGTNSPYLPFGAGRHRCIGEQFA 420 Query 421 YLQLGTITAVLVRLFRFRNLPGVDGIPDTDYSSLFSKPLGRSFVEFEKR 469 YLQLGTITAVLVRLFRFRNLPGVDGIPDTDYSSLFSKPLGRSFVEFEKR Sbjct 421 YLQLGTITAVLVRLFRFRNLPGVDGIPDTDYSSLFSKPLGRSFVEFEKR 469 >d5tl8a1 Length=448 Score = 253 bits (645), Expect = 3.16e-81 Identities = 162/476 (34%), Positives = 258/476 (54%), Gaps = 39/476 (8%) Query 3 PPVVFHWFPFIGSTISYGIDPYKFFFDCRAKYGDIFTFILLGKKTTVYLGTKGNDFILNG 62 PP V + P++GS +S+ +P +F D KYGD+FT +LGK+ T K D Sbjct 1 PPRVPNLIPYVGSFVSFAKNPVQFIIDNSKKYGDVFTATILGKEMTFLNHPKILDTFFKA 60 Query 63 KLRDVCAEEVYSPLTTPVFGRHVVYDCPNA-KLMEQKKFVKYGLTSDALRSYVPLITDEV 121 ++ +VY PVFG VVYD + ++MEQ KFV GLT+ R +V + DE+ Sbjct 61 TDNELSLRDVYR-FMRPVFGTGVVYDADSTERMMEQVKFVSSGLTTARFRVFVDIFEDEI 119 Query 122 ESFVKNSPAFQGHKGVFDVCKTIAEITIYTASRSLQGKEVRSKF-DSTFAELYHNLDMGF 180 VK G +G DV + +A++ I+TASR L G EVR + +LYH++D G Sbjct 120 AHKVKEL----GPEGTVDVAELMADLIIFTASRCLLGDEVRQYLSEKNLGKLYHDIDDGI 175 Query 181 APINFMLPWAPLPHNRKRDAAQRKLTETYMEIIKARRQAGSK-------KDSEDMVWNLM 233 +P++F P P P KRD A++ + E + E++ RR+ K + D+V +L+ Sbjct 176 SPLSFFYPSLPAP---KRDKARKAVGEIFQELLDKRREEHKKHPERLLDESKMDVVDHLL 232 Query 234 SCVYKNGTPVPDEEIAHMMIALLMAGQHSSSSTASWIVLRLATRPDIMEELYQEQIRVLG 293 + YK+G + D ++IA L AGQH+SS T+SW ++ + + ++E++ +EQ ++G Sbjct 233 TQKYKDGQELTDVHRIGILIAGLFAGQHTSSITSSWTLMNVISNKKVLEKVRKEQEEIMG 292 Query 294 SDLPPLTYDNLQKLDLHAKVIKETLRLHAPIHSIIRAVKNPMAVDGTSYVIPTSHNVLSS 353 SD L YD + K+D +KE LR++ P+ I+R + P + Y+IP + ++ S Sbjct 293 SD-KVLDYDKVMKMDYLEACMKEALRMYPPLIMIMRMARKPRECE--QYIIPKGNILVVS 349 Query 354 PGVTARSEEHFPNPLEWNPHRWDENIAASAEDDEKVDYGYGLVSKGTNSPYLPFGAGRHR 413 P V R + + NP ++P R E ++ EK YG +PFGAGRH+ Sbjct 350 PSVAGRCTDTYTNPDVFDPERLTER-----KEHEKFKYGA-----------VPFGAGRHK 393 Query 414 CIGEQFAYLQLGTITAVLVRLFRFRNLPGVDGIPDTDYSSLFSKPLGRSFVEFEKR 469 CIGE FA LQ+ +I ++L+R F ++ + IPD Y+SL P + + ++ R Sbjct 394 CIGENFALLQVKSIISILLRYF---DMEYIGKIPDPSYTSLVVGPSPPTRMRYKLR 446 Query= d4yt3a_ Length=407 >d4yt3a_ Length=407 Score = 802 bits (2072), Expect = 5.37e-299 Identities = 407/407 (100%), Positives = 407/407 (100%), Gaps = 0/407 (0%) Query 1 VIAVKEITRFKTRTEEFSPYAWCKRMLENDPVSYHEGTDTWNVFKYEDVKRVLSDYKHFS 60 VIAVKEITRFKTRTEEFSPYAWCKRMLENDPVSYHEGTDTWNVFKYEDVKRVLSDYKHFS Sbjct 1 VIAVKEITRFKTRTEEFSPYAWCKRMLENDPVSYHEGTDTWNVFKYEDVKRVLSDYKHFS 60 Query 61 SVRKRTTISVGTDSEEGSVPEKIQITESDPPDHRKRRSLLAAAFTPRSLQNWEPRIQEIA 120 SVRKRTTISVGTDSEEGSVPEKIQITESDPPDHRKRRSLLAAAFTPRSLQNWEPRIQEIA Sbjct 61 SVRKRTTISVGTDSEEGSVPEKIQITESDPPDHRKRRSLLAAAFTPRSLQNWEPRIQEIA 120 Query 121 DELIGQMDGGTEIDIVASLASPLPIIVMADLMGVPSKDRLLFKKWVDTLFLPFDREKQEE 180 DELIGQMDGGTEIDIVASLASPLPIIVMADLMGVPSKDRLLFKKWVDTLFLPFDREKQEE Sbjct 121 DELIGQMDGGTEIDIVASLASPLPIIVMADLMGVPSKDRLLFKKWVDTLFLPFDREKQEE 180 Query 181 VDKLKQVAAKEYYQYLYPIVVQKRLNPADDIISDLLKSEVDGEMFTDDEVVRTTMLILGA 240 VDKLKQVAAKEYYQYLYPIVVQKRLNPADDIISDLLKSEVDGEMFTDDEVVRTTMLILGA Sbjct 181 VDKLKQVAAKEYYQYLYPIVVQKRLNPADDIISDLLKSEVDGEMFTDDEVVRTTMLILGA 240 Query 241 GVETTSHLLANSFYSLLYDDKEVYQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDND 300 GVETTSHLLANSFYSLLYDDKEVYQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDND Sbjct 241 GVETTSHLLANSFYSLLYDDKEVYQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDND 300 Query 301 LLGVELKEGDSVVVWMSAANMDEEMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARL 360 LLGVELKEGDSVVVWMSAANMDEEMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARL Sbjct 301 LLGVELKEGDSVVVWMSAANMDEEMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARL 360 Query 361 EAKIALTAFLKKFKHIEAVPSFQLEENLTDSATGQTLTSLPLKASRM 407 EAKIALTAFLKKFKHIEAVPSFQLEENLTDSATGQTLTSLPLKASRM Sbjct 361 EAKIALTAFLKKFKHIEAVPSFQLEENLTDSATGQTLTSLPLKASRM 407 >d4rm4a_ Length=375 Score = 274 bits (701), Expect = 2.52e-91 Identities = 156/378 (41%), Positives = 229/378 (60%), Gaps = 18/378 (4%) Query 15 EEFSPYAWCKRMLENDPVSYHEGTDTWNVFKYEDVKRVLSDYKHFSSVRKRTTISVGTDS 74 + + P+ W + M ++ PVS+ E W+VF Y+DVK+V+ D + FSS + T S+G Sbjct 1 DAYHPFPWYESMRKDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGN-- 58 Query 75 EEGSVPEKIQITESDPPDHRKRRSLLAAAFTPRSLQNWEPRIQEIADELIGQMDGGTEID 134 I DPP H K RS++ AFTPR ++ WEPRIQEI DELI + G +E D Sbjct 59 ---------SIINMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQGRSEFD 109 Query 135 IVASLASPLPIIVMADLMGVPSKDRLLFKKWVDTLFLPFDREKQEEVDKL----KQVAAK 190 +V + PLP+IV+++L+GVPS FK W D L + ++K EE +K + + Sbjct 110 LVHDFSYPLPVIVISELLGVPSAHMEQFKAWSD-LLVSTPKDKSEEAEKAFLEERDKCEE 168 Query 191 EYYQYLYPIVVQKRLNPADDIISDLLKSEVDGEMFTDDEVVRTTMLILGAGVETTSHLLA 250 E + I+ +KR P DIIS L+++E GE + +E++ L+L AG ETT++L++ Sbjct 169 ELAAFFAGIIEEKRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLIS 228 Query 251 NSFYSLLYDDKEVYQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDNDLLGVELKEGD 310 N+ YS+L + VY+EL + +L+PQAVEE LRFR L R K D ++ G +KEGD Sbjct 229 NAMYSIL-ETPGVYEELRSHPELMPQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGD 287 Query 311 SVVVWMSAANMDEEMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARLEAKIALTAFL 370 V+ ++++AN DE F+ P +I R N H+ FG+G HFCLGAPLARLEA IALT+ + Sbjct 288 MVLAFVASANRDEAKFDRPHMFDIRRHPNP-HIAFGHGIHFCLGAPLARLEANIALTSLI 346 Query 371 KKFKHIEAVPSFQLEENL 388 F H+E V +E ++ Sbjct 347 SAFPHMECVSITPIENSV 364 >d3oo3a_ Length=382 Score = 111 bits (277), Expect = 2.73e-29 Identities = 99/374 (26%), Positives = 173/374 (46%), Gaps = 30/374 (8%) Query 16 EFSPYAWCKRMLENDPVSYHEGTDTWNVFKYEDVKRVLSDYKHFSSVRKRTTISVGTDSE 75 EF + E D +G W V +++V+ +L+D++ FSS+R V +++ Sbjct 15 EFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSSMR-----PVDDEAD 69 Query 76 EGSVPEKIQITESDPPDHRKRRSLLAAAFTPRSLQNWEPRIQEIADELIGQMDG-GTEID 134 +P +Q DPPDH + R +A A++ R ++ PRI+EI +E + + G +D Sbjct 70 RALLPGILQAY--DPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFESVGAPVD 127 Query 135 IVASLASPLPIIVMADLMGVPSKDRLLFKKWVDTLFLPFDREKQEE-VDKLKQVAAKEYY 193 V A P+P + + +GVP D+ + + RE +E + + + ++ Sbjct 128 FVRHAAWPIPAYIACEFLGVPRDDQAELSRMI--------RESRESRLPRQRTLSGLGIV 179 Query 194 QYLYPIVVQKRLNPADDIISDLLKSEVDGEMFTDDEVVRTTMLILGAGVETTSHLLANSF 253 Y + KR +P D +I +++ G +D+E+ L E + LA + Sbjct 180 NYTKRLTSGKRRDPGDGMIGVIVREH--GAEISDEELAGLAEGNLIMAAEQMAAQLAVAV 237 Query 254 YSLLYDDKEVYQELHENLDLVPQAVEEMLRFRFNLIKLD--RTVKEDNDLLGVELKEGDS 311 LL + L E +L+ A EE+LR ++++ R D + G ++ GD Sbjct 238 L-LLVTHPDQMALLREKPELIDSATEEVLRHA-SIVEAPAPRVALADVRMAGRDIHAGDV 295 Query 312 VVVWMSAANMDEEMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARLEAKIALTAFLK 371 + M A N D F + + H+ FG+G H C+GAPLARL+ ++AL A + Sbjct 296 LTCSMLATNRAPG---DRFDITREKAT---HMAFGHGIHHCIGAPLARLQLRVALPAVVG 349 Query 372 KFKHIE-AVPSFQL 384 +F + AVP L Sbjct 350 RFPSLRLAVPEEDL 363 >d5hiwa1 Length=392 Score = 100 bits (248), Expect = 2.60e-25 Identities = 99/360 (27%), Positives = 172/360 (47%), Gaps = 29/360 (8%) Query 32 VSYHEGTDTWNVFKYEDVKRVLSDYKHFSSVRKRTTISVGTDSEEGSVPEKIQITESDPP 91 V + EG V + DV VL D + FS+ T I G + Sbjct 31 VYFDEGLGVPVVLRGADVVAVLRDSETFSTRTYDTGIMKGA------------LVTLGGE 78 Query 92 DHRKRRSLLAAAFTPRSLQNWEPR-IQEIADELIGQMDGGTEIDIVASLASPLPIIVMAD 150 H + R L A +PR + +E + +A ++ ++ ++ A +P+ V + Sbjct 79 AHTRMRRLFNAVLSPRVISRYEEATVTPVARRVVERLVRKERAELFDDFAISMPMGVTSA 138 Query 151 LMGVP----SKDRLLFKKWVDTLFLPFDREKQEEVDKLKQVAAKEYYQYLYPIVVQKRLN 206 L G+P +++ L +K + ++ +P D E AA E L I ++ + Sbjct 139 LFGLPEERIAENDALIRKMIRSVVMPQDPVVVAEGRSAH--AAMEAQ--LREIAEREVAH 194 Query 207 PADDIISDLLKSEVD---GEMFTDDEVVRTTMLILGAGVETTSHLLANSFYSLLYDDKEV 263 P+D ++ ++ ++ V G + + VV T LILG+ ETTS +LAN +LL + Sbjct 195 PSDTLLGEIARAIVAEGLGGVEACEGVVLT--LILGS-YETTSWMLANLLVALLAHP-DA 250 Query 264 YQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDNDLLGVELKEGDSVVVWMSAANMDE 323 +L + L+PQA+EE R+ + + R V+ + + G L G + + + A + DE Sbjct 251 MNQLRQQPSLLPQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILYLSLIARHYDE 310 Query 324 EMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARLEAKIALTAFLKKFKHIEAVPSFQ 383 E++ P T +IHR L FG G H+C+GAPLAR+EA++ ++ L++F + A P+ Q Sbjct 311 EIYPRPETFDIHR-RPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFPALRADPTVQ 369 Query= d4rm4a_ Length=375 >d4rm4a_ Length=375 Score = 744 bits (1921), Expect = 4.56e-277 Identities = 375/375 (100%), Positives = 375/375 (100%), Gaps = 0/375 (0%) Query 1 DAYHPFPWYESMRKDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGNSI 60 DAYHPFPWYESMRKDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGNSI Sbjct 1 DAYHPFPWYESMRKDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGNSI 60 Query 61 INMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQGRSEFDLVHDFSYPLPV 120 INMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQGRSEFDLVHDFSYPLPV Sbjct 61 INMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQGRSEFDLVHDFSYPLPV 120 Query 121 IVISELLGVPSAHMEQFKAWSDLLVSTPKDKSEEAEKAFLEERDKCEEELAAFFAGIIEE 180 IVISELLGVPSAHMEQFKAWSDLLVSTPKDKSEEAEKAFLEERDKCEEELAAFFAGIIEE Sbjct 121 IVISELLGVPSAHMEQFKAWSDLLVSTPKDKSEEAEKAFLEERDKCEEELAAFFAGIIEE 180 Query 181 KRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISNAMYSILETPGV 240 KRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISNAMYSILETPGV Sbjct 181 KRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISNAMYSILETPGV 240 Query 241 YEELRSHPELMPQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGDMVLAFVASANRDE 300 YEELRSHPELMPQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGDMVLAFVASANRDE Sbjct 241 YEELRSHPELMPQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGDMVLAFVASANRDE 300 Query 301 AKFDRPHMFDIRRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAFPHMECVSITPI 360 AKFDRPHMFDIRRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAFPHMECVSITPI Sbjct 301 AKFDRPHMFDIRRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAFPHMECVSITPI 360 Query 361 ENSVIYGLKSFRVKM 375 ENSVIYGLKSFRVKM Sbjct 361 ENSVIYGLKSFRVKM 375 >d4yt3a_ Length=407 Score = 270 bits (691), Expect = 7.35e-90 Identities = 156/378 (41%), Positives = 229/378 (60%), Gaps = 18/378 (4%) Query 1 DAYHPFPWYESMRKDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGNS- 59 + + P+ W + M ++ PVS+ E W+VF Y+DVK+V+ D + FSS + T S+G Sbjct 15 EEFSPYAWCKRMLENDPVSYHEGTDTWNVFKYEDVKRVLSDYKHFSSVRKRTTISVGTDS 74 Query 60 ----------IINMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQGRSEFD 109 I DPP H K RS++ AFTPR ++ WEPRIQEI DELI + G +E D Sbjct 75 EEGSVPEKIQITESDPPDHRKRRSLLAAAFTPRSLQNWEPRIQEIADELIGQMDGGTEID 134 Query 110 LVHDFSYPLPVIVISELLGVPSAHMEQFKAWSD-LLVSTPKDKSEEAEKAFLEERDKCEE 168 +V + PLP+IV+++L+GVPS FK W D L + ++K EE +K + + Sbjct 135 IVASLASPLPIIVMADLMGVPSKDRLLFKKWVDTLFLPFDREKQEEVDKL----KQVAAK 190 Query 169 ELAAFFAGIIEEKRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLIS 228 E + I+ +KR P DIIS L+++E GE + +E++ L+L AG ETT++L++ Sbjct 191 EYYQYLYPIVVQKRLNPADDIISDLLKSEVDGEMFTDDEVVRTTMLILGAGVETTSHLLA 250 Query 229 NAMYSIL-ETPGVYEELRSHPELMPQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGD 287 N+ YS+L + VY+EL + +L+PQAVEE LRFR L R K D ++ G +KEGD Sbjct 251 NSFYSLLYDDKEVYQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDNDLLGVELKEGD 310 Query 288 MVLAFVASANRDEAKFDRPHMFDIRRHPNP-HIAFGHGIHFCLGAPLARLEANIALTSLI 346 V+ ++++AN DE F+ P +I R N H+ FG+G HFCLGAPLARLEA IALT+ + Sbjct 311 SVVVWMSAANMDEEMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARLEAKIALTAFL 370 Query 347 SAFPHMECVSITPIENSV 364 F H+E V +E ++ Sbjct 371 KKFKHIEAVPSFQLEENL 388 >d3oo3a_ Length=382 Score = 145 bits (366), Expect = 4.36e-42 Identities = 111/363 (30%), Positives = 171/363 (47%), Gaps = 35/363 (9%) Query 5 PFPWYESMRKDAPV-SFDEE-----NQVWSVFLYDDVKKVVGDKELFSSCMPQQTSS--- 55 P P +E ++K P+ +D E + W V +D+V+ ++ D E FSS P + Sbjct 12 PVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSSMRPVDDEADRA 71 Query 56 -IGNSIINMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQEITDELIQKFQG-RSEFDLVHD 113 + + DPP HT++R V A++ R M++ PRI+EI +E + F+ + D V Sbjct 72 LLPGILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFESVGAPVDFVRH 131 Query 114 FSYPLPVIVISELLGVPSAHMEQFKAWSDLLVSTPKDKSEEAEKAFLEERDKCEEELAAF 173 ++P+P + E LGVP + E E +R + + Sbjct 132 AAWPIPAYIACEFLGVPRDDQAELSRMI----------RESRESRLPRQRTLSGLGIVNY 181 Query 174 FAGIIEEKRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISNAMYS 233 + KR P +I ++V E G ++S EEL L+ E ++ A+ Sbjct 182 TKRLTSGKRRDPGDGMIGVIVR--EHGAEISDEELAGLAEGNLIMAAEQMAAQLAVAVLL 239 Query 234 ILETPGVYEELRSHPELMPQAVEEALRF----RAPAPVLRRIAKRDTEIGGHLIKEGDMV 289 ++ P LR PEL+ A EE LR APAP R+A D + G I GD++ Sbjct 240 LVTHPDQMALLREKPELIDSATEEVLRHASIVEAPAP---RVALADVRMAGRDIHAGDVL 296 Query 290 LAFVASANRDEAKFDRPHMFDIRRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAF 349 + + NR A DR FDI R H+AFGHGIH C+GAPLARL+ +AL +++ F Sbjct 297 TCSMLATNR--APGDR---FDITREKATHMAFGHGIHHCIGAPLARLQLRVALPAVVGRF 351 Query 350 PHM 352 P + Sbjct 352 PSL 354 >d4j6ca_ Length=407 Score = 139 bits (351), Expect = 9.81e-40 Identities = 106/309 (34%), Positives = 156/309 (50%), Gaps = 26/309 (8%) Query 56 IGNSIINMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQ----EITDELIQKFQGRSEFDLV 111 + S+ +D P+H ++R +A T R + +P I+ E+ D+L + + DL Sbjct 84 VDRSMFTVDGPEHRRLRIKTTQALTRRRLDALKPTIERYVAELLDDLERAGADGAVVDLK 143 Query 112 HDFSYPLPVIVISELLGVPSAHMEQFKAWSDLLVS--TPKDKSEEAEKAFLEERDKCEEE 169 F+YPLP+ VIS L+GVPS EQ W S TP+D ER + +E Sbjct 144 SVFAYPLPMRVISALMGVPSEDQEQLLTWYKAFFSILTPQD-----------ERLRVIDE 192 Query 170 LAAFFAGIIEEKRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISN 229 + +F ++ K +P D+ S L+ A + L+ EE+I L+ AG+ETT +LI Sbjct 193 MHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVIGNLQALVAAGHETTVSLILT 252 Query 230 AMYSILETPGVYEELRSHPELMPQAVEEALRFRAPA-PVLRRIAKRDTEIGGHLIKEGDM 288 A+ ++L P +R A+EE LR+ P +L R A D ++G +I G+ Sbjct 253 AVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDIDLGDAVIPRGEG 312 Query 289 VLAFVASANRD----EAKFDRPHMFDIRRHPNP-HIAFGHGIHFCLGAPLARLEANIALT 343 V+ + RD A D FDI R HI+FGHG H C GA LARLEA IAL Sbjct 313 VVMSYRAIGRDITVHGADADD---FDITRATAARHISFGHGPHICPGAALARLEAAIALP 369 Query 344 SLISAFPHM 352 +L + FPH+ Sbjct 370 ALFTRFPHL 378 >d5hiwa1 Length=392 Score = 137 bits (344), Expect = 7.47e-39 Identities = 96/342 (28%), Positives = 169/342 (49%), Gaps = 13/342 (3%) Query 14 KDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGNSIINMDPPKHTKIRS 73 ++ V FDE V V DV V+ D E FS+ T + +++ + HT++R Sbjct 27 REHSVYFDEGLGVPVVLRGADVVAVLRDSETFST-RTYDTGIMKGALVTLGGEAHTRMRR 85 Query 74 VVNKAFTPRVMKQWEPR-IQEITDELIQKFQGRSEFDLVHDFSYPLPVIVISELLGVPSA 132 + N +PRV+ ++E + + ++++ + +L DF+ +P+ V S L G+P Sbjct 86 LFNAVLSPRVISRYEEATVTPVARRVVERLVRKERAELFDDFAISMPMGVTSALFGLPEE 145 Query 133 HMEQFKAWSDLLVST---PKDKSEEAEKAFLEERDKCEEELAAFFAGIIEEKRNKPEQDI 189 + + A ++ + P+D AE + A I E + P + Sbjct 146 RIAENDALIRKMIRSVVMPQDPVVVAEGRSAHAA------MEAQLREIAEREVAHPSDTL 199 Query 190 ISILVEAEETGEKLSGEELIPFCTLLLVAGN-ETTTNLISNAMYSILETPGVYEELRSHP 248 + + A E L G E L L+ G+ ETT+ +++N + ++L P +LR P Sbjct 200 LGEIARAI-VAEGLGGVEACEGVVLTLILGSYETTSWMLANLLVALLAHPDAMNQLRQQP 258 Query 249 ELMPQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGDMVLAFVASANRDEAKFDRPHM 308 L+PQA+EE+ R+ + A + R +R+ IGG + G ++ + + + DE + RP Sbjct 259 SLLPQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILYLSLIARHYDEEIYPRPET 318 Query 309 FDIRRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAFP 350 FDI R P + FG G+H+C+GAPLAR+EA + ++ L+ FP Sbjct 319 FDIHRRPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFP 360 Query= d3buja1 Length=396 >d3buja1 Length=396 Score = 783 bits (2023), Expect = 6.68e-292 Identities = 396/396 (100%), Positives = 396/396 (100%), Gaps = 0/396 (0%) Query 1 TAFDPTDADVRRDPYPSYHWLLRHDPVHRGAHRVWYVSRFADVRAVLGDERFARTGIRRF 60 TAFDPTDADVRRDPYPSYHWLLRHDPVHRGAHRVWYVSRFADVRAVLGDERFARTGIRRF Sbjct 1 TAFDPTDADVRRDPYPSYHWLLRHDPVHRGAHRVWYVSRFADVRAVLGDERFARTGIRRF 60 Query 61 WTDLVGPGLLAEIVGDIILFQDEPDHGRLRGVVGPAFSPSALRRLEPVIAGTVDDLLRPA 120 WTDLVGPGLLAEIVGDIILFQDEPDHGRLRGVVGPAFSPSALRRLEPVIAGTVDDLLRPA Sbjct 61 WTDLVGPGLLAEIVGDIILFQDEPDHGRLRGVVGPAFSPSALRRLEPVIAGTVDDLLRPA 120 Query 121 LARGAMDVVDELAYPLALRAVLGLLGLPAADWGAVGRWSRDVGRTLDRGASAEDMRRGHA 180 LARGAMDVVDELAYPLALRAVLGLLGLPAADWGAVGRWSRDVGRTLDRGASAEDMRRGHA Sbjct 121 LARGAMDVVDELAYPLALRAVLGLLGLPAADWGAVGRWSRDVGRTLDRGASAEDMRRGHA 180 Query 181 AIAEFADYVERALARRRREGGEDLLALMLDAHDRGLMSRNEIVSTVVTFIFTGHETVASQ 240 AIAEFADYVERALARRRREGGEDLLALMLDAHDRGLMSRNEIVSTVVTFIFTGHETVASQ Sbjct 181 AIAEFADYVERALARRRREGGEDLLALMLDAHDRGLMSRNEIVSTVVTFIFTGHETVASQ 240 Query 241 VGNAVLSLLAHPDQLDLLRRRPDLLAQAVEECLRYDPSVQSNTRQLDVDVELRGRRLRRD 300 VGNAVLSLLAHPDQLDLLRRRPDLLAQAVEECLRYDPSVQSNTRQLDVDVELRGRRLRRD Sbjct 241 VGNAVLSLLAHPDQLDLLRRRPDLLAQAVEECLRYDPSVQSNTRQLDVDVELRGRRLRRD 300 Query 301 DVVVVLAGAANRDPRRYDRPDDFDIERDPVPSMSFGAGMRYCLGSYLARTQLRAAVAALA 360 DVVVVLAGAANRDPRRYDRPDDFDIERDPVPSMSFGAGMRYCLGSYLARTQLRAAVAALA Sbjct 301 DVVVVLAGAANRDPRRYDRPDDFDIERDPVPSMSFGAGMRYCLGSYLARTQLRAAVAALA 360 Query 361 RLPGLRLGCASDALAYQPRTMFRGLASLPIAFTPGG 396 RLPGLRLGCASDALAYQPRTMFRGLASLPIAFTPGG Sbjct 361 RLPGLRLGCASDALAYQPRTMFRGLASLPIAFTPGG 396 >d3oo3a_ Length=382 Score = 147 bits (370), Expect = 1.86e-42 Identities = 117/380 (30%), Positives = 184/380 (48%), Gaps = 31/380 (8%) Query 10 VRRDPYPSYHWLLRHDPVHR-------GAHRVWYVSRFADVRAVLGD-ERFARTGIRRFW 61 +R DP P + L + P+H + W V+ +VRA+L D ERF+ R Sbjct 8 LRLDPVPEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHERFSSM---RPV 64 Query 62 TDLVGPGLLAEIVGDIILFQDEPDHGRLRGVVGPAFSPSALRRLEPVIAGTVDDLLRPAL 121 D LL I+ D PDH RLR V PA+S + RL P I V++ L Sbjct 65 DDEADRALLP----GILQAYDPPDHTRLRRTVAPAYSARRMERLRPRIEEIVEECLDDFE 120 Query 122 ARGA-MDVVDELAYPLALRAVLGLLGLPAADWGAVGRWSRDVGRTLDRGASAEDMRRGHA 180 + GA +D V A+P+ LG+P D ++ R + + R+ Sbjct 121 SVGAPVDFVRHAAWPIPAYIACEFLGVPRDD-------QAELSRMIRESRESRLPRQRTL 173 Query 181 AIAEFADYVERALARRRREGGEDLLALMLDAHDRGLMSRNEIVSTVVTFIFTGHETVASQ 240 + +Y +R + +RR+ G+ ++ +++ H + S E+ + E +A+Q Sbjct 174 SGLGIVNYTKRLTSGKRRDPGDGMIGVIVREHGAEI-SDEELAGLAEGNLIMAAEQMAAQ 232 Query 241 VGNAVLSLLAHPDQLDLLRRRPDLLAQAVEECLRYDPSVQSNTRQLDV-DVELRGRRLRR 299 + AVL L+ HPDQ+ LLR +P+L+ A EE LR+ V++ ++ + DV + GR + Sbjct 233 LAVAVLLLVTHPDQMALLREKPELIDSATEEVLRHASIVEAPAPRVALADVRMAGRDIHA 292 Query 300 DDVVVVLAGAANRDPRRYDRPDDFDIERDPVPSMSFGAGMRYCLGSYLARTQLRAAV-AA 358 DV+ A NR P D FDI R+ M+FG G+ +C+G+ LAR QLR A+ A Sbjct 293 GDVLTCSMLATNRAP-----GDRFDITREKATHMAFGHGIHHCIGAPLARLQLRVALPAV 347 Query 359 LARLPGLRLGCASDALAYQP 378 + R P LRL + L ++P Sbjct 348 VGRFPSLRLAVPEEDLRFKP 367 >d4j6ca_ Length=407 Score = 105 bits (262), Expect = 3.48e-27 Identities = 98/318 (30%), Positives = 145/318 (45%), Gaps = 15/318 (4%) Query 82 DEPDHGRLRGVVGPAFSPSALRRLEPVI----AGTVDDLLRPALARGAMDVVDELAYPLA 137 D P+H RLR A + L L+P I A +DDL R +D+ AYPL Sbjct 92 DGPEHRRLRIKTTQALTRRRLDALKPTIERYVAELLDDLERAGADGAVVDLKSVFAYPLP 151 Query 138 LRAVLGLLGLPAADWGAVGRWSRDVGRTLDRGASAEDMRRGHAAIAEFADYVERALARRR 197 +R + L+G+P+ D + W + L + +D R I E Y + R+ Sbjct 152 MRVISALMGVPSEDQEQLLTWYKAFFSIL----TPQDERL--RVIDEMHGYFTEMVRRKT 205 Query 198 REGGEDLLALMLDAHDRGL-MSRNEIVSTVVTFIFTGHETVASQVGNAVLSLLAHPDQLD 256 E G+DL + ++ A D ++ E++ + + GHET S + AV +LL+HP+QL Sbjct 206 AEPGDDLTSALIYATDGETPLTEEEVIGNLQALVAAGHETTVSLILTAVRALLSHPEQLR 265 Query 257 LLRRRPDLLAQAVEECLRYD-PSVQSNTRQLDVDVELRGRRLRRDDVVVVLAGAANRDPR 315 L+R A+EE LR+D P + R D++L + R + VV+ A RD Sbjct 266 LVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDIDLGDAVIPRGEGVVMSYRAIGRDIT 325 Query 316 RYDRP-DDFDIERDPVPS-MSFGAGMRYCLGSYLARTQLRAAVAAL-ARLPGLRLGCASD 372 + DDFDI R +SFG G C G+ LAR + A+ AL R P L D Sbjct 326 VHGADADDFDITRATAARHISFGHGPHICPGAALARLEAAIALPALFTRFPHLHPALPLD 385 Query 373 ALAYQPRTMFRGLASLPI 390 + P L+ PI Sbjct 386 QIPNLPVLTQNDLSHFPI 403 Query= d2xkra_ Length=395 >d2xkra_ Length=395 Score = 784 bits (2024), Expect = 4.35e-292 Identities = 395/395 (100%), Positives = 395/395 (100%), Gaps = 0/395 (0%) Query 1 APDVDLADGNFYASREARAAYRWMRANQPVFRDRNGLAAASTYQAVIDAERQPELFSNAG 60 APDVDLADGNFYASREARAAYRWMRANQPVFRDRNGLAAASTYQAVIDAERQPELFSNAG Sbjct 1 APDVDLADGNFYASREARAAYRWMRANQPVFRDRNGLAAASTYQAVIDAERQPELFSNAG 60 Query 61 GIRPDQPALPMMIDMDDPAHLLRRKLVNAGFTRKRVKDKEASIAALCDTLIDAVCERGEC 120 GIRPDQPALPMMIDMDDPAHLLRRKLVNAGFTRKRVKDKEASIAALCDTLIDAVCERGEC Sbjct 61 GIRPDQPALPMMIDMDDPAHLLRRKLVNAGFTRKRVKDKEASIAALCDTLIDAVCERGEC 120 Query 121 DFVRDLAAPLPMAVIGDMLGVRPEQRDMFLRWSDDLVTFLSSHVSQEDFQITMDAFAAYN 180 DFVRDLAAPLPMAVIGDMLGVRPEQRDMFLRWSDDLVTFLSSHVSQEDFQITMDAFAAYN Sbjct 121 DFVRDLAAPLPMAVIGDMLGVRPEQRDMFLRWSDDLVTFLSSHVSQEDFQITMDAFAAYN 180 Query 181 DFTRATIAARRADPTDDLVSVLVSSEVDGERLSDDELVMETLLILIGGDETTRHTLSGGT 240 DFTRATIAARRADPTDDLVSVLVSSEVDGERLSDDELVMETLLILIGGDETTRHTLSGGT Sbjct 181 DFTRATIAARRADPTDDLVSVLVSSEVDGERLSDDELVMETLLILIGGDETTRHTLSGGT 240 Query 241 EQLLRNRDQWDLLQRDPSLLPGAIEEMLRWTAPVKNMCRVLTADTEFHGTALCAGEKMML 300 EQLLRNRDQWDLLQRDPSLLPGAIEEMLRWTAPVKNMCRVLTADTEFHGTALCAGEKMML Sbjct 241 EQLLRNRDQWDLLQRDPSLLPGAIEEMLRWTAPVKNMCRVLTADTEFHGTALCAGEKMML 300 Query 301 LFESANFDEAVFCEPEKFDVQRNPNSHLAFGFGTHFCLGNQLARLELSLMTERVLRRLPD 360 LFESANFDEAVFCEPEKFDVQRNPNSHLAFGFGTHFCLGNQLARLELSLMTERVLRRLPD Sbjct 301 LFESANFDEAVFCEPEKFDVQRNPNSHLAFGFGTHFCLGNQLARLELSLMTERVLRRLPD 360 Query 361 LRLVADDSVLPLRPANFVSGLESMPVVFTPSPPLG 395 LRLVADDSVLPLRPANFVSGLESMPVVFTPSPPLG Sbjct 361 LRLVADDSVLPLRPANFVSGLESMPVVFTPSPPLG 395 >d3rwla_ Length=411 Score = 144 bits (362), Expect = 4.41e-41 Identities = 93/319 (29%), Positives = 160/319 (50%), Gaps = 5/319 (1%) Query 69 LPMMIDMDDPAHLLRRKLVNAGFTRKRVKDKEASIAALCDTLIDAVCERGECDFVRDLAA 128 LP I MD P H +RK V+ + E +I +D + E D+V ++ Sbjct 93 LPNFIAMDRPRHDEQRKAVSPIVAPANLAALEGTIRERVSKTLDGLPVGEEFDWVDRVSI 152 Query 129 PLPMAVIGDMLGVRPEQRDMFLRWSDDLVTFLSSHVSQEDFQITMDAFAAYNDFTRATIA 188 + ++ + E+R RWSD V + Q + F Sbjct 153 EITTQMLATLFDFPFEERRKLTRWSDVTTAAPGGGVVESWDQRKTELLECAAYFQVLWNE 212 Query 189 ARRADPTDDLVSVLVSSEVDGERLSDDELVMETLLILIGGDETTRHTLSGGTEQLLRNRD 248 DP +DL+S+L S ++ +E + LL+++GG++TTR++++GG L +N D Sbjct 213 RVNKDPGNDLISMLAHSPAT-RNMTPEEYLGNVLLLIVGGNDTTRNSMTGGVLALHKNPD 271 Query 249 QWDLLQRDPSLLPGAIEEMLRWTAPVKNMCRVLTADTEFHGTALCAGEKMMLLFESANFD 308 Q+ L+ +P+L+ + E++RW P+ +M R AD+E G + G+K+++ + S N D Sbjct 272 QFAKLKANPALVETMVPEIIRWQTPLAHMRRTAIADSELGGKTIRKGDKVVMWYYSGNRD 331 Query 309 EAVFCEPEKFDVQR-NPNSHLAFGFGTHFCLGNQLARLELSLMTERVLRRLPDLRLVADD 367 + V PE+F + R P HL+FGFG H C+GN+LA ++L ++ E +L R + ++A+ Sbjct 332 DEVIDRPEEFIIDRPRPRQHLSFGFGIHRCVGNRLAEMQLRILWEEILTRFSRIEVMAEP 391 Query 368 SVLPLRPANFVSGLESMPV 386 + +NFV G M V Sbjct 392 ERVR---SNFVRGYAKMMV 407 Query= d5tl8a1 Length=448 >d5tl8a1 Length=448 Score = 892 bits (2306), Expect = 0.0 Identities = 448/448 (100%), Positives = 448/448 (100%), Gaps = 0/448 (0%) Query 1 PPRVPNLIPYVGSFVSFAKNPVQFIIDNSKKYGDVFTATILGKEMTFLNHPKILDTFFKA 60 PPRVPNLIPYVGSFVSFAKNPVQFIIDNSKKYGDVFTATILGKEMTFLNHPKILDTFFKA Sbjct 1 PPRVPNLIPYVGSFVSFAKNPVQFIIDNSKKYGDVFTATILGKEMTFLNHPKILDTFFKA 60 Query 61 TDNELSLRDVYRFMRPVFGTGVVYDADSTERMMEQVKFVSSGLTTARFRVFVDIFEDEIA 120 TDNELSLRDVYRFMRPVFGTGVVYDADSTERMMEQVKFVSSGLTTARFRVFVDIFEDEIA Sbjct 61 TDNELSLRDVYRFMRPVFGTGVVYDADSTERMMEQVKFVSSGLTTARFRVFVDIFEDEIA 120 Query 121 HKVKELGPEGTVDVAELMADLIIFTASRCLLGDEVRQYLSEKNLGKLYHDIDDGISPLSF 180 HKVKELGPEGTVDVAELMADLIIFTASRCLLGDEVRQYLSEKNLGKLYHDIDDGISPLSF Sbjct 121 HKVKELGPEGTVDVAELMADLIIFTASRCLLGDEVRQYLSEKNLGKLYHDIDDGISPLSF 180 Query 181 FYPSLPAPKRDKARKAVGEIFQELLDKRREEHKKHPERLLDESKMDVVDHLLTQKYKDGQ 240 FYPSLPAPKRDKARKAVGEIFQELLDKRREEHKKHPERLLDESKMDVVDHLLTQKYKDGQ Sbjct 181 FYPSLPAPKRDKARKAVGEIFQELLDKRREEHKKHPERLLDESKMDVVDHLLTQKYKDGQ 240 Query 241 ELTDVHRIGILIAGLFAGQHTSSITSSWTLMNVISNKKVLEKVRKEQEEIMGSDKVLDYD 300 ELTDVHRIGILIAGLFAGQHTSSITSSWTLMNVISNKKVLEKVRKEQEEIMGSDKVLDYD Sbjct 241 ELTDVHRIGILIAGLFAGQHTSSITSSWTLMNVISNKKVLEKVRKEQEEIMGSDKVLDYD 300 Query 301 KVMKMDYLEACMKEALRMYPPLIMIMRMARKPRECEQYIIPKGNILVVSPSVAGRCTDTY 360 KVMKMDYLEACMKEALRMYPPLIMIMRMARKPRECEQYIIPKGNILVVSPSVAGRCTDTY Sbjct 301 KVMKMDYLEACMKEALRMYPPLIMIMRMARKPRECEQYIIPKGNILVVSPSVAGRCTDTY 360 Query 361 TNPDVFDPERLTERKEHEKFKYGAVPFGAGRHKCIGENFALLQVKSIISILLRYFDMEYI 420 TNPDVFDPERLTERKEHEKFKYGAVPFGAGRHKCIGENFALLQVKSIISILLRYFDMEYI Sbjct 361 TNPDVFDPERLTERKEHEKFKYGAVPFGAGRHKCIGENFALLQVKSIISILLRYFDMEYI 420 Query 421 GKIPDPSYTSLVVGPSPPTRMRYKLRKQ 448 GKIPDPSYTSLVVGPSPPTRMRYKLRKQ Sbjct 421 GKIPDPSYTSLVVGPSPPTRMRYKLRKQ 448 >d4uyma1 Length=469 Score = 253 bits (646), Expect = 2.14e-81 Identities = 161/465 (34%), Positives = 253/465 (54%), Gaps = 39/465 (8%) Query 1 PPRVPNLIPYVGSFVSFAKNPVQFIIDNSKKYGDVFTATILGKEMTFLNHPKILDTFFKA 60 PP V + P++GS +S+ +P +F D KYGD+FT +LGK+ T K D Sbjct 3 PPVVFHWFPFIGSTISYGIDPYKFFFDCRAKYGDIFTFILLGKKTTVYLGTKGNDFILNG 62 Query 61 TDNELSLRDVYR-FMRPVFGTGVVYDADSTERMMEQVKFVSSGLTTARFRVFVDIFEDEI 119 ++ +VY PVFG VVYD + ++MEQ KFV GLT+ R +V + DE+ Sbjct 63 KLRDVCAEEVYSPLTTPVFGRHVVYDCPNA-KLMEQKKFVKYGLTSDALRSYVPLITDEV 121 Query 120 AHKVKEL----GPEGTVDVAELMADLIIFTASRCLLGDEVRQYLSEKNLGKLYHDIDDGI 175 VK G +G DV + +A++ I+TASR L G EVR + +LYH++D G Sbjct 122 ESFVKNSPAFQGHKGVFDVCKTIAEITIYTASRSLQGKEVRSKF-DSTFAELYHNLDMGF 180 Query 176 SPLSFFYPSLPAP---KRDKARKAVGEIFQELLDKRREEHKKHPERLLDESKMDVVDHLL 232 +P++F P P P KRD A++ + E + E++ RR+ K + D+V +L+ Sbjct 181 APINFMLPWAPLPHNRKRDAAQRKLTETYMEIIKARRQAGSK-------KDSEDMVWNLM 233 Query 233 TQKYKDGQELTDVHRIGILIAGLFAGQHTSSITSSWTLMNVISNKKVLEKVRKEQEEIMG 292 + YK+G + D ++IA L AGQH+SS T+SW ++ + + ++E++ +EQ ++G Sbjct 234 SCVYKNGTPVPDEEIAHMMIALLMAGQHSSSSTASWIVLRLATRPDIMEELYQEQIRVLG 293 Query 293 SD-KVLDYDKVMKMDYLEACMKEALRMYPPLIMIMRMARKPRECE--QYIIPKGNILVVS 349 SD L YD + K+D +KE LR++ P+ I+R + P + Y+IP + ++ S Sbjct 294 SDLPPLTYDNLQKLDLHAKVIKETLRLHAPIHSIIRAVKNPMAVDGTSYVIPTSHNVLSS 353 Query 350 PSVAGRCTDTYTNPDVFDPERLTER-----KEHEKFKYGA-----------VPFGAGRHK 393 P V R + + NP ++P R E ++ EK YG +PFGAGRH+ Sbjct 354 PGVTARSEEHFPNPLEWNPHRWDENIAASAEDDEKVDYGYGLVSKGTNSPYLPFGAGRHR 413 Query 394 CIGENFALLQVKSIISILLRYF---DMEYIGKIPDPSYTSLVVGP 435 CIGE FA LQ+ +I ++L+R F ++ + IPD Y+SL P Sbjct 414 CIGEQFAYLQLGTITAVLVRLFRFRNLPGVDGIPDTDYSSLFSKP 458 Query= d4j6ca_ Length=407 >d4j6ca_ Length=407 Score = 811 bits (2096), Expect = 1.18e-302 Identities = 407/407 (100%), Positives = 407/407 (100%), Gaps = 0/407 (0%) Query 1 CPHSDTLTIDPMITDLAGETSRLRAAGPLTRIDLLGVPALAVTGHTLARQLLTDTRLVKD 60 CPHSDTLTIDPMITDLAGETSRLRAAGPLTRIDLLGVPALAVTGHTLARQLLTDTRLVKD Sbjct 1 CPHSDTLTIDPMITDLAGETSRLRAAGPLTRIDLLGVPALAVTGHTLARQLLTDTRLVKD 60 Query 61 INAWSLWQSGTVTRQWPLIGMIDVDRSMFTVDGPEHRRLRIKTTQALTRRRLDALKPTIE 120 INAWSLWQSGTVTRQWPLIGMIDVDRSMFTVDGPEHRRLRIKTTQALTRRRLDALKPTIE Sbjct 61 INAWSLWQSGTVTRQWPLIGMIDVDRSMFTVDGPEHRRLRIKTTQALTRRRLDALKPTIE 120 Query 121 RYVAELLDDLERAGADGAVVDLKSVFAYPLPMRVISALMGVPSEDQEQLLTWYKAFFSIL 180 RYVAELLDDLERAGADGAVVDLKSVFAYPLPMRVISALMGVPSEDQEQLLTWYKAFFSIL Sbjct 121 RYVAELLDDLERAGADGAVVDLKSVFAYPLPMRVISALMGVPSEDQEQLLTWYKAFFSIL 180 Query 181 TPQDERLRVIDEMHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVIGNLQALVA 240 TPQDERLRVIDEMHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVIGNLQALVA Sbjct 181 TPQDERLRVIDEMHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVIGNLQALVA 240 Query 241 AGHETTVSLILTAVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDI 300 AGHETTVSLILTAVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDI Sbjct 241 AGHETTVSLILTAVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDI 300 Query 301 DLGDAVIPRGEGVVMSYRAIGRDITVHGADADDFDITRATAARHISFGHGPHICPGAALA 360 DLGDAVIPRGEGVVMSYRAIGRDITVHGADADDFDITRATAARHISFGHGPHICPGAALA Sbjct 301 DLGDAVIPRGEGVVMSYRAIGRDITVHGADADDFDITRATAARHISFGHGPHICPGAALA 360 Query 361 RLEAAIALPALFTRFPHLHPALPLDQIPNLPVLTQNDLSHFPIHLGR 407 RLEAAIALPALFTRFPHLHPALPLDQIPNLPVLTQNDLSHFPIHLGR Sbjct 361 RLEAAIALPALFTRFPHLHPALPLDQIPNLPVLTQNDLSHFPIHLGR 407 >d4rm4a_ Length=375 Score = 145 bits (366), Expect = 7.66e-42 Identities = 104/306 (33%), Positives = 154/306 (50%), Gaps = 20/306 (6%) Query 84 VDRSMFTVDGPEHRRLRIKTTQALTRRRLDALKPTIERYVAELLDDLERAGADGAVVDLK 143 + S+ +D P+H ++R +A T R + +P I+ E+ D+L + + DL Sbjct 56 IGNSIINMDPPKHTKIRSVVNKAFTPRVMKQWEPRIQ----EITDELIQKFQGRSEFDLV 111 Query 144 SVFAYPLPMRVISALMGVPSEDQEQLLTWYKAFFSILTPQD-----------ERLRVIDE 192 F+YPLP+ VIS L+GVPS EQ W S TP+D ER + +E Sbjct 112 HDFSYPLPVIVISELLGVPSAHMEQFKAWSDLLVS--TPKDKSEEAEKAFLEERDKCEEE 169 Query 193 MHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVIGNLQALVAAGHETTVSLILT 252 + +F ++ K +P D+ S L+ A + L+ EE+I L+ AG+ETT +LI Sbjct 170 LAAFFAGIIEEKRNKPEQDIISILVEAEETGEKLSGEELIPFCTLLLVAGNETTTNLISN 229 Query 253 AVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDIDLGDAVIPRGEG 312 A+ ++L P +R A+EE LR+ P +L R A D ++G +I G+ Sbjct 230 AMYSILETPGVYEELRSHPELMPQAVEEALRFRAPA-PVLRRIAKRDTEIGGHLIKEGDM 288 Query 313 VVMSYRAIGRDITVHGADADDFDITRATAARHISFGHGPHICPGAALARLEAAIALPALF 372 V+ + RD FDI R HI+FGHG H C GA LARLEA IAL +L Sbjct 289 VLAFVASANRDEAKFDRP-HMFDIRRHPNP-HIAFGHGIHFCLGAPLARLEANIALTSLI 346 Query 373 TRFPHL 378 + FPH+ Sbjct 347 SAFPHM 352 >d3oo3a_ Length=382 Score = 145 bits (365), Expect = 1.23e-41 Identities = 120/395 (30%), Positives = 179/395 (45%), Gaps = 44/395 (11%) Query 2 PHSDTLTIDPMITDLAGETSRLRAAGPLTRID----LLGVPALAVTGHTLARQLLTDTRL 57 PH L +DP+ E L+ AGPL D + G VTGH R +L D Sbjct 4 PHQR-LRLDPV-----PEFEELQKAGPLHEYDTEPGMDGRKQWLVTGHDEVRAILADHER 57 Query 58 VKDINAWSLWQSGTVTRQWPLIGMIDVDRSMF-----TVDGPEHRRLRIKTTQALTRRRL 112 + P+ + DR++ D P+H RLR A + RR+ Sbjct 58 FSSMR--------------PVDD--EADRALLPGILQAYDPPDHTRLRRTVAPAYSARRM 101 Query 113 DALKPTIERYVAELLDDLERAGADGAVVDLKSVFAYPLPMRVISALMGVPSEDQEQLLTW 172 + L+P IE V E LDD E GA VD A+P+P + +GVP +DQ +L Sbjct 102 ERLRPRIEEIVEECLDDFESVGAP---VDFVRHAAWPIPAYIACEFLGVPRDDQAELSRM 158 Query 173 YKAFFSILTPQDERLRVIDEMHGYFTEMVRRKTAEPGDDLTSALIYATDGETPLTEEEVI 232 + P+ L + ++ Y + K +PGD + ++ E +++EE+ Sbjct 159 IRESRESRLPRQRTLSGLGIVN-YTKRLTSGKRRDPGDGMIGVIVREHGAE--ISDEELA 215 Query 233 GNLQALVAAGHETTVSLILTAVRALLSHPEQLRLVRDGEIGWETAIEETLRWDGPVIHLL 292 G + + E + + AV L++HP+Q+ L+R+ ++A EE LR V Sbjct 216 GLAEGNLIMAAEQMAAQLAVAVLLLVTHPDQMALLREKPELIDSATEEVLRHASIVEAPA 275 Query 293 MRFATEDIDLGDAVIPRGEGVVMSYRAIGRDITVHGADADDFDITRATAARHISFGHGPH 352 R A D+ + I G+ + S A R A D FDITR A H++FGHG H Sbjct 276 PRVALADVRMAGRDIHAGDVLTCSMLATNR------APGDRFDITREKAT-HMAFGHGIH 328 Query 353 ICPGAALARLEAAIALPALFTRFPHLHPALPLDQI 387 C GA LARL+ +ALPA+ RFP L A+P + + Sbjct 329 HCIGAPLARLQLRVALPAVVGRFPSLRLAVPEEDL 363 >d3buja1 Length=396 Score = 110 bits (274), Expect = 8.43e-29 Identities = 98/318 (30%), Positives = 145/318 (45%), Gaps = 15/318 (4%) Query 92 DGPEHRRLRIKTTQALTRRRLDALKPTIERYVAELLDDLERAGADGAVVDLKSVFAYPLP 151 D P+H RLR A + L L+P I A +DDL R +D+ AYPL Sbjct 82 DEPDHGRLRGVVGPAFSPSALRRLEPVI----AGTVDDLLRPALARGAMDVVDELAYPLA 137 Query 152 MRVISALMGVPSEDQEQLLTWYKAFFSIL----TPQDERL--RVIDEMHGYFTEMVRRKT 205 +R + L+G+P+ D + W + L + +D R I E Y + R+ Sbjct 138 LRAVLGLLGLPAADWGAVGRWSRDVGRTLDRGASAEDMRRGHAAIAEFADYVERALARRR 197 Query 206 AEPGDDLTSALIYATDGETPLTEEEVIGNLQALVAAGHETTVSLILTAVRALLSHPEQLR 265 E G+DL + ++ A D ++ E++ + + GHET S + AV +LL+HP+QL Sbjct 198 REGGEDLLALMLDAHDRGL-MSRNEIVSTVVTFIFTGHETVASQVGNAVLSLLAHPDQLD 256 Query 266 LVRDGEIGWETAIEETLRWDGPVIHLLMRFATEDIDLGDAVIPRGEGVVMSYRAIGRDIT 325 L+R A+EE LR+D P + R D++L + R + VV+ A RD Sbjct 257 LLRRRPDLLAQAVEECLRYD-PSVQSNTRQLDVDVELRGRRLRRDDVVVVLAGAANRDPR 315 Query 326 VHGADADDFDITRATAARHISFGHGPHICPGAALARLEAAIALPALFTRFPHLHPALPLD 385 + DDFDI R +SFG G C G+ LAR + A+ AL R P L D Sbjct 316 RYDRP-DDFDIERDPVPS-MSFGAGMRYCLGSYLARTQLRAAVAAL-ARLPGLRLGCASD 372 Query 386 QIPNLPVLTQNDLSHFPI 403 + P L+ PI Sbjct 373 ALAYQPRTMFRGLASLPI 390 Query= d4ep6a_ Length=392 >d4ep6a_ Length=392 Score = 780 bits (2013), Expect = 1.63e-290 Identities = 392/392 (100%), Positives = 392/392 (100%), Gaps = 0/392 (0%) Query 1 AASIDRELVPWSDPEFRNNPYPWYRRLQQDHPVHKLEDGTYLVSRYADVSHFAKLPIMSV 60 AASIDRELVPWSDPEFRNNPYPWYRRLQQDHPVHKLEDGTYLVSRYADVSHFAKLPIMSV Sbjct 1 AASIDRELVPWSDPEFRNNPYPWYRRLQQDHPVHKLEDGTYLVSRYADVSHFAKLPIMSV 60 Query 61 EPGWADAGPWAVASDTALGSDPPHHTVLRRQTNKWFTPKLVDGWVRTTRELVGDLLDGVE 120 EPGWADAGPWAVASDTALGSDPPHHTVLRRQTNKWFTPKLVDGWVRTTRELVGDLLDGVE Sbjct 61 EPGWADAGPWAVASDTALGSDPPHHTVLRRQTNKWFTPKLVDGWVRTTRELVGDLLDGVE 120 Query 121 AGQVIEARRDLAVVPTHVTMARVLQLPEDDADAVMEAMFEAMLMQSAEPADGDVDRAAVA 180 AGQVIEARRDLAVVPTHVTMARVLQLPEDDADAVMEAMFEAMLMQSAEPADGDVDRAAVA Sbjct 121 AGQVIEARRDLAVVPTHVTMARVLQLPEDDADAVMEAMFEAMLMQSAEPADGDVDRAAVA 180 Query 181 FGYLSARVAEMLEDKRVNPGDGLADSLLDAARAGEITESEAIATILVFYAVGHMAIGYLI 240 FGYLSARVAEMLEDKRVNPGDGLADSLLDAARAGEITESEAIATILVFYAVGHMAIGYLI Sbjct 181 FGYLSARVAEMLEDKRVNPGDGLADSLLDAARAGEITESEAIATILVFYAVGHMAIGYLI 240 Query 241 ASGIELFARRPEVFTAFRNDESARAAIINEMVRMDPPQLSFLRFPTEDVEIGGVLIEAGS 300 ASGIELFARRPEVFTAFRNDESARAAIINEMVRMDPPQLSFLRFPTEDVEIGGVLIEAGS Sbjct 241 ASGIELFARRPEVFTAFRNDESARAAIINEMVRMDPPQLSFLRFPTEDVEIGGVLIEAGS 300 Query 301 PIRFMIGAANRDPEVFDDPDVFDHTRPPAASRNLSFGLGPHSCAGQIISRAEATTVFAVL 360 PIRFMIGAANRDPEVFDDPDVFDHTRPPAASRNLSFGLGPHSCAGQIISRAEATTVFAVL Sbjct 301 PIRFMIGAANRDPEVFDDPDVFDHTRPPAASRNLSFGLGPHSCAGQIISRAEATTVFAVL 360 Query 361 AERYERIELAEEPTVAHNDFARRYRKLPIVLS 392 AERYERIELAEEPTVAHNDFARRYRKLPIVLS Sbjct 361 AERYERIELAEEPTVAHNDFARRYRKLPIVLS 392 Query= d5hiwa1 Length=392 >d5hiwa1 Length=392 Score = 753 bits (1945), Expect = 3.78e-280 Identities = 392/392 (100%), Positives = 392/392 (100%), Gaps = 0/392 (0%) Query 1 MLPRKNLFSFTSKDPSAFGIHLAAAAREHSVYFDEGLGVPVVLRGADVVAVLRDSETFST 60 MLPRKNLFSFTSKDPSAFGIHLAAAAREHSVYFDEGLGVPVVLRGADVVAVLRDSETFST Sbjct 1 MLPRKNLFSFTSKDPSAFGIHLAAAAREHSVYFDEGLGVPVVLRGADVVAVLRDSETFST 60 Query 61 RTYDTGIMKGALVTLGGEAHTRMRRLFNAVLSPRVISRYEEATVTPVARRVVERLVRKER 120 RTYDTGIMKGALVTLGGEAHTRMRRLFNAVLSPRVISRYEEATVTPVARRVVERLVRKER Sbjct 61 RTYDTGIMKGALVTLGGEAHTRMRRLFNAVLSPRVISRYEEATVTPVARRVVERLVRKER 120 Query 121 AELFDDFAISMPMGVTSALFGLPEERIAENDALIRKMIRSVVMPQDPVVVAEGRSAHAAM 180 AELFDDFAISMPMGVTSALFGLPEERIAENDALIRKMIRSVVMPQDPVVVAEGRSAHAAM Sbjct 121 AELFDDFAISMPMGVTSALFGLPEERIAENDALIRKMIRSVVMPQDPVVVAEGRSAHAAM 180 Query 181 EAQLREIAEREVAHPSDTLLGEIARAIVAEGLGGVEACEGVVLTLILGSYETTSWMLANL 240 EAQLREIAEREVAHPSDTLLGEIARAIVAEGLGGVEACEGVVLTLILGSYETTSWMLANL Sbjct 181 EAQLREIAEREVAHPSDTLLGEIARAIVAEGLGGVEACEGVVLTLILGSYETTSWMLANL 240 Query 241 LVALLAHPDAMNQLRQQPSLLPQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILY 300 LVALLAHPDAMNQLRQQPSLLPQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILY Sbjct 241 LVALLAHPDAMNQLRQQPSLLPQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILY 300 Query 301 LSLIARHYDEEIYPRPETFDIHRRPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFP 360 LSLIARHYDEEIYPRPETFDIHRRPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFP Sbjct 301 LSLIARHYDEEIYPRPETFDIHRRPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFP 360 Query 361 ALRADPTVQPTFSTAPRGAAAFGPDQIPALLV 392 ALRADPTVQPTFSTAPRGAAAFGPDQIPALLV Sbjct 361 ALRADPTVQPTFSTAPRGAAAFGPDQIPALLV 392 >d4rm4a_ Length=375 Score = 140 bits (352), Expect = 5.63e-40 Identities = 94/339 (27%), Positives = 167/339 (49%), Gaps = 7/339 (2%) Query 27 REHSVYFDEGLGVPVVLRGADVVAVLRDSETFST-RTYDTGIMKGALVTLGGEAHTRMRR 85 ++ V FDE V V DV V+ D E FS+ T + +++ + HT++R Sbjct 14 KDAPVSFDEENQVWSVFLYDDVKKVVGDKELFSSCMPQQTSSIGNSIINMDPPKHTKIRS 73 Query 86 LFNAVLSPRVISRYEEATVTPVARRVVERLVRKERAELFDDFAISMPMGVTSALFGLPEE 145 + N +PRV+ ++E + + ++++ + +L DF+ +P+ V S L G+P Sbjct 74 VVNKAFTPRVMKQWEPR-IQEITDELIQKFQGRSEFDLVHDFSYPLPVIVISELLGVPSA 132 Query 146 RIAENDA---LIRKMIRSVVMPQDPVVVAEGRSAHAAMEAQLREIAEREVAHPSDTLLGE 202 + + A L+ + + + E + A I E + P ++ Sbjct 133 HMEQFKAWSDLLVSTPKDKSEEAEKAFLEERDKCEEELAAFFAGIIEEKRNKPEQDIISI 192 Query 203 IARAI-VAEGLGGVEACEGVVLTLILGSYETTSWMLANLLVALLAHPDAMNQLRQQPSLL 261 + A E L G E L L+ G+ ETT+ +++N + ++L P +LR P L+ Sbjct 193 LVEAEETGEKLSGEELIPFCTLLLVAGN-ETTTNLISNAMYSILETPGVYEELRSHPELM 251 Query 262 PQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILYLSLIARHYDEEIYPRPETFDI 321 PQA+EE+ R+ + A + R +R+ IGG + G ++ + + + DE + RP FDI Sbjct 252 PQAVEEALRFRAPAPVLRRIAKRDTEIGGHLIKEGDMVLAFVASANRDEAKFDRPHMFDI 311 Query 322 HRRPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFP 360 R P + FG G+H+C+GAPLAR+EA + ++ L+ FP Sbjct 312 RRHPNPHIAFGHGIHFCLGAPLARLEANIALTSLISAFP 350 >d4yt3a_ Length=407 Score = 99.8 bits (247), Expect = 3.40e-25 Identities = 100/360 (27%), Positives = 172/360 (47%), Gaps = 29/360 (8%) Query 31 VYFDEGLGVPVVLRGADVVAVLRDSETFSTRTYDTGIMKGALVTLGGEA----------- 79 V + EG V + DV VL D + FS+ T I G G Sbjct 32 VSYHEGTDTWNVFKYEDVKRVLSDYKHFSSVRKRTTISVGTDSEEGSVPEKIQITESDPP 91 Query 80 -HTRMRRLFNAVLSPRVISRYEEATVTPVARRVVERLVRKERAELFDDFAISMPMGVTSA 138 H + R L A +PR + +E + +A ++ ++ ++ A +P+ V + Sbjct 92 DHRKRRSLLAAAFTPRSLQNWEPR-IQEIADELIGQMDGGTEIDIVASLASPLPIIVMAD 150 Query 139 LFGLPEERIAENDALIRKMIRSVVMPQDPVVVAEGRSAH--AAME--AQLREIAEREVAH 194 L G+P +++ L +K + ++ +P D E AA E L I ++ + Sbjct 151 LMGVP----SKDRLLFKKWVDTLFLPFDREKQEEVDKLKQVAAKEYYQYLYPIVVQKRLN 206 Query 195 PSDTLLGEIARAIVAEGLGGVEACEGVVLT--LILGS-YETTSWMLANLLVALLAHP-DA 250 P+D ++ ++ ++ V G + + VV T LILG+ ETTS +LAN +LL + Sbjct 207 PADDIISDLLKSEVD---GEMFTDDEVVRTTMLILGAGVETTSHLLANSFYSLLYDDKEV 263 Query 251 MNQLRQQPSLLPQAIEESTRWCSSAAGIVRFVEREATIGGETLAAGTILYLSLIARHYDE 310 +L + L+PQA+EE R+ + + R V+ + + G L G + + + A + DE Sbjct 264 YQELHENLDLVPQAVEEMLRFRFNLIKLDRTVKEDNDLLGVELKEGDSVVVWMSAANMDE 323 Query 311 EIYPRPETFDIHR-RPVGMLNFGGGLHYCVGAPLARMEARVGVSLLLERFPALRADPTVQ 369 E++ P T +IHR L FG G H+C+GAPLAR+EA++ ++ L++F + A P+ Q Sbjct 324 EMFEDPFTLNIHRPNNKKHLTFGNGPHFCLGAPLARLEAKIALTAFLKKFKHIEAVPSFQ 383 Query= d3rwla_ Length=411 >d3rwla_ Length=411 Score = 837 bits (2163), Expect = 9.86e-313 Identities = 411/411 (100%), Positives = 411/411 (100%), Gaps = 0/411 (0%) Query 1 QSAAATMPLDSIDVSIPELFYNDSVGEYFKRLRKDDPVHYCADSAFGPYWSITKYNDIMH 60 QSAAATMPLDSIDVSIPELFYNDSVGEYFKRLRKDDPVHYCADSAFGPYWSITKYNDIMH Sbjct 1 QSAAATMPLDSIDVSIPELFYNDSVGEYFKRLRKDDPVHYCADSAFGPYWSITKYNDIMH 60 Query 61 VDTNHDIFSSDAGYGGIIIDDGIQKGGDGGLDLPNFIAMDRPRHDEQRKAVSPIVAPANL 120 VDTNHDIFSSDAGYGGIIIDDGIQKGGDGGLDLPNFIAMDRPRHDEQRKAVSPIVAPANL Sbjct 61 VDTNHDIFSSDAGYGGIIIDDGIQKGGDGGLDLPNFIAMDRPRHDEQRKAVSPIVAPANL 120 Query 121 AALEGTIRERVSKTLDGLPVGEEFDWVDRVSIEITTQMLATLFDFPFEERRKLTRWSDVT 180 AALEGTIRERVSKTLDGLPVGEEFDWVDRVSIEITTQMLATLFDFPFEERRKLTRWSDVT Sbjct 121 AALEGTIRERVSKTLDGLPVGEEFDWVDRVSIEITTQMLATLFDFPFEERRKLTRWSDVT 180 Query 181 TAAPGGGVVESWDQRKTELLECAAYFQVLWNERVNKDPGNDLISMLAHSPATRNMTPEEY 240 TAAPGGGVVESWDQRKTELLECAAYFQVLWNERVNKDPGNDLISMLAHSPATRNMTPEEY Sbjct 181 TAAPGGGVVESWDQRKTELLECAAYFQVLWNERVNKDPGNDLISMLAHSPATRNMTPEEY 240 Query 241 LGNVLLLIVGGNDTTRNSMTGGVLALHKNPDQFAKLKANPALVETMVPEIIRWQTPLAHM 300 LGNVLLLIVGGNDTTRNSMTGGVLALHKNPDQFAKLKANPALVETMVPEIIRWQTPLAHM Sbjct 241 LGNVLLLIVGGNDTTRNSMTGGVLALHKNPDQFAKLKANPALVETMVPEIIRWQTPLAHM 300 Query 301 RRTAIADSELGGKTIRKGDKVVMWYYSGNRDDEVIDRPEEFIIDRPRPRQHLSFGFGIHR 360 RRTAIADSELGGKTIRKGDKVVMWYYSGNRDDEVIDRPEEFIIDRPRPRQHLSFGFGIHR Sbjct 301 RRTAIADSELGGKTIRKGDKVVMWYYSGNRDDEVIDRPEEFIIDRPRPRQHLSFGFGIHR 360 Query 361 CVGNRLAEMQLRILWEEILTRFSRIEVMAEPERVRSNFVRGYAKMMVRVHA 411 CVGNRLAEMQLRILWEEILTRFSRIEVMAEPERVRSNFVRGYAKMMVRVHA Sbjct 361 CVGNRLAEMQLRILWEEILTRFSRIEVMAEPERVRSNFVRGYAKMMVRVHA 411 >d2xkra_ Length=395 Score = 150 bits (379), Expect = 1.71e-43 Identities = 95/320 (29%), Positives = 161/320 (50%), Gaps = 7/320 (2%) Query 93 LPNFIAMDRPRHDEQRKAVSPIVAPANLAALEGTIRERVSKTLDGLPVGEEFDWVDRVSI 152 LP I MD P H +RK V+ + E +I +D + E D+V ++ Sbjct 69 LPMMIDMDDPAHLLRRKLVNAGFTRKRVKDKEASIAALCDTLIDAVCERGECDFVRDLAA 128 Query 153 EITTQMLATLFDFPFEERRKLTRWSDVTTAAPGGGVVESWDQRKTELLECAAYFQVLWNE 212 + ++ + E+R RWSD V + Q + F Sbjct 129 PLPMAVIGDMLGVRPEQRDMFLRWSDDLVTFLSSHVSQEDFQITMDAFAAYNDFTRATIA 188 Query 213 RVNKDPGNDLISMLAHSPAT-RNMTPEEYLGNVLLLIVGGNDTTRNSMTGGVLALHKNPD 271 DP +DL+S+L S ++ +E + LL+++GG++TTR++++GG L +N D Sbjct 189 ARRADPTDDLVSVLVSSEVDGERLSDDELVMETLLILIGGDETTRHTLSGGTEQLLRNRD 248 Query 272 QFAKLKANPALVETMVPEIIRWQTPLAHMRRTAIADSELGGKTIRKGDKVVMWYYSGNRD 331 Q+ L+ +P+L+ + E++RW P+ +M R AD+E G + G+K+++ + S N D Sbjct 249 QWDLLQRDPSLLPGAIEEMLRWTAPVKNMCRVLTADTEFHGTALCAGEKMMLLFESANFD 308 Query 332 DEVIDRPEEFIIDRPRPRQHLSFGFGIHRCVGNRLAEMQLRILWEEILTRFSRIEVMAE- 390 + V PE+F + R P HL+FGFG H C+GN+LA ++L ++ E +L R + ++A+ Sbjct 309 EAVFCEPEKFDVQR-NPNSHLAFGFGTHFCLGNQLARLELSLMTERVLRRLPDLRLVADD 367 Query 391 ---PERVRSNFVRGYAKMMV 407 P R +NFV G M V Sbjct 368 SVLPLRP-ANFVSGLESMPV 386 Query= d1f7ca_ Length=191 >d1f7ca_ Length=191 Score = 367 bits (942), Expect = 5.29e-134 Identities = 191/191 (100%), Positives = 191/191 (100%), Gaps = 0/191 (0%) Query 1 AQLDSIGFSIIKKCIHAVETRGINEQGLYRIVGVNSRVQKLLSILMDPKTATETETEICA 60 AQLDSIGFSIIKKCIHAVETRGINEQGLYRIVGVNSRVQKLLSILMDPKTATETETEICA Sbjct 1 AQLDSIGFSIIKKCIHAVETRGINEQGLYRIVGVNSRVQKLLSILMDPKTATETETEICA 60 Query 61 EWEIKTITSALKTYLRMLPGPLMMYQFQRSFIKAAKLENQESRVSEIHSLVHRLPEKNRQ 120 EWEIKTITSALKTYLRMLPGPLMMYQFQRSFIKAAKLENQESRVSEIHSLVHRLPEKNRQ Sbjct 61 EWEIKTITSALKTYLRMLPGPLMMYQFQRSFIKAAKLENQESRVSEIHSLVHRLPEKNRQ 120 Query 121 MLHLLMNHLAKVADNHKQNLMTVANLGVVFGPTLLRPQEETVAAIMDIKFQNIVIEILIE 180 MLHLLMNHLAKVADNHKQNLMTVANLGVVFGPTLLRPQEETVAAIMDIKFQNIVIEILIE Sbjct 121 MLHLLMNHLAKVADNHKQNLMTVANLGVVFGPTLLRPQEETVAAIMDIKFQNIVIEILIE 180 Query 181 NHEKIFNTVPE 191 NHEKIFNTVPE Sbjct 181 NHEKIFNTVPE 191 Query= d5c5sa1 Length=209 >d5c5sa1 Length=209 Score = 414 bits (1063), Expect = 7.44e-152 Identities = 209/209 (100%), Positives = 209/209 (100%), Gaps = 0/209 (0%) Query 1 PGVEPGHFGVCVDSLTSDKASVPIVLEKLLEHVEMHGLYTEGLYRKSGAANRTRELRQAL 60 PGVEPGHFGVCVDSLTSDKASVPIVLEKLLEHVEMHGLYTEGLYRKSGAANRTRELRQAL Sbjct 1 PGVEPGHFGVCVDSLTSDKASVPIVLEKLLEHVEMHGLYTEGLYRKSGAANRTRELRQAL 60 Query 61 QTDPAAVKLENFPIHAITGVLKQWLRELPEPLMTFAQYGDFLRAVELPEKQEQLAAIYAV 120 QTDPAAVKLENFPIHAITGVLKQWLRELPEPLMTFAQYGDFLRAVELPEKQEQLAAIYAV Sbjct 61 QTDPAAVKLENFPIHAITGVLKQWLRELPEPLMTFAQYGDFLRAVELPEKQEQLAAIYAV 120 Query 121 LEHLPEANHNSLERLIFHLVKVALLEDVNRMSPGALAIIFAPCLLRCPDNSDPLTSMKDV 180 LEHLPEANHNSLERLIFHLVKVALLEDVNRMSPGALAIIFAPCLLRCPDNSDPLTSMKDV Sbjct 121 LEHLPEANHNSLERLIFHLVKVALLEDVNRMSPGALAIIFAPCLLRCPDNSDPLTSMKDV 180 Query 181 LKITTCVEMLIKEQMRKYKVKMEEISQLE 209 LKITTCVEMLIKEQMRKYKVKMEEISQLE Sbjct 181 LKITTCVEMLIKEQMRKYKVKMEEISQLE 209 Query= d5irca1 Length=198 >d5irca1 Length=198 Score = 396 bits (1018), Expect = 2.33e-145 Identities = 198/198 (100%), Positives = 198/198 (100%), Gaps = 0/198 (0%) Query 1 WESNYFGVPLTTVVTPEKPIPIFIERCIEYIEATGLSTEGIYRVSGNKSEMESLQRQFDQ 60 WESNYFGVPLTTVVTPEKPIPIFIERCIEYIEATGLSTEGIYRVSGNKSEMESLQRQFDQ Sbjct 1 WESNYFGVPLTTVVTPEKPIPIFIERCIEYIEATGLSTEGIYRVSGNKSEMESLQRQFDQ 60 Query 61 DHNLDLAEKDFTVNTVAGAMKSFFSELPDPLVPYSMQIDLVEAHKINDREQKLHALKEVL 120 DHNLDLAEKDFTVNTVAGAMKSFFSELPDPLVPYSMQIDLVEAHKINDREQKLHALKEVL Sbjct 61 DHNLDLAEKDFTVNTVAGAMKSFFSELPDPLVPYSMQIDLVEAHKINDREQKLHALKEVL 120 Query 121 KKFPKENHEVFKYVISHLNRVSHNNKVNLMTSENLSICFWPTLMRPDFSSMDALTATRSY 180 KKFPKENHEVFKYVISHLNRVSHNNKVNLMTSENLSICFWPTLMRPDFSSMDALTATRSY Sbjct 121 KKFPKENHEVFKYVISHLNRVSHNNKVNLMTSENLSICFWPTLMRPDFSSMDALTATRSY 180 Query 181 QTIIELFIQQCPFFFYNR 198 QTIIELFIQQCPFFFYNR Sbjct 181 QTIIELFIQQCPFFFYNR 198 Query= d1g2na_ Length=256 >d1g2na_ Length=256 Score = 499 bits (1284), Expect = 5.59e-184 Identities = 256/256 (100%), Positives = 256/256 (100%), Gaps = 0/256 (0%) Query 1 AAVQELSIERLLEMESLVADPSEEFQFLRVGPDSNVPPKFRAPVSSLCQIGNKQIAALVV 60 AAVQELSIERLLEMESLVADPSEEFQFLRVGPDSNVPPKFRAPVSSLCQIGNKQIAALVV Sbjct 1 AAVQELSIERLLEMESLVADPSEEFQFLRVGPDSNVPPKFRAPVSSLCQIGNKQIAALVV 60 Query 61 WARDIPHFSQLEMEDQILLIKGSWNELLLFAIAWRSMEFLTEERDGVDGTGNRTTSPPQL 120 WARDIPHFSQLEMEDQILLIKGSWNELLLFAIAWRSMEFLTEERDGVDGTGNRTTSPPQL Sbjct 61 WARDIPHFSQLEMEDQILLIKGSWNELLLFAIAWRSMEFLTEERDGVDGTGNRTTSPPQL 120 Query 121 MCLMPGMTLHRNSALQAGVGQIFDRVLSELSLKMRTLRVDQAEYVALKAIILLNPDVKGL 180 MCLMPGMTLHRNSALQAGVGQIFDRVLSELSLKMRTLRVDQAEYVALKAIILLNPDVKGL Sbjct 121 MCLMPGMTLHRNSALQAGVGQIFDRVLSELSLKMRTLRVDQAEYVALKAIILLNPDVKGL 180 Query 181 KNRQEVEVLREKMFLCLDEYCRRSRSSEEGRFAALLLRLPALRSISLKSFEHLFFFHLVA 240 KNRQEVEVLREKMFLCLDEYCRRSRSSEEGRFAALLLRLPALRSISLKSFEHLFFFHLVA Sbjct 181 KNRQEVEVLREKMFLCLDEYCRRSRSSEEGRFAALLLRLPALRSISLKSFEHLFFFHLVA 240 Query 241 DTSIAGYIRDALRNHA 256 DTSIAGYIRDALRNHA Sbjct 241 DTSIAGYIRDALRNHA 256 >d4pf3a_ Length=249 Score = 68.9 bits (167), Expect = 6.10e-16 Identities = 48/166 (28%), Positives = 84/166 (50%), Gaps = 18/166 (10%) Query 26 QFLRVGPDSNVPPKFRAPVSSLCQIGNKQIAALVVWARDIPHFSQLEMEDQILLIKGSWN 85 + + G DS+ P +S+L ++ KQ+ +V WA+ +P F L +EDQI LI+ SW Sbjct 14 EIVYAGYDSSKPDTAENLLSTLNRLAGKQMIQVVKWAKVLPGFKNLPLEDQITLIQYSWM 73 Query 86 ELLLFAIAWRSMEFLTEERDGVDGTGNRTTSPPQLMCLMPGMTLHRNSALQAGVGQIFDR 145 LL FA++WRS + T S Q + P + + Q+ + ++ Sbjct 74 SLLSFALSWRSYK--------------HTNS--QFLYFAPDLVFNEEKMHQSAMYELCQG 117 Query 146 VLSELSLKMRTLRVDQAEYVALKAIILLNPDVK-GLKNRQEVEVLR 190 + ++SL+ L++ EY +K ++LL+ K GLK++ E +R Sbjct 118 -MHQISLQFVRLQLTFEEYTIMKVLLLLSTIPKDGLKSQAAFEEMR 162 Query= d4pf3a_ Length=249 >d4pf3a_ Length=249 Score = 498 bits (1281), Expect = 9.33e-184 Identities = 249/249 (100%), Positives = 249/249 (100%), Gaps = 0/249 (0%) Query 1 TPSPVMVLENIEPEIVYAGYDSSKPDTAENLLSTLNRLAGKQMIQVVKWAKVLPGFKNLP 60 TPSPVMVLENIEPEIVYAGYDSSKPDTAENLLSTLNRLAGKQMIQVVKWAKVLPGFKNLP Sbjct 1 TPSPVMVLENIEPEIVYAGYDSSKPDTAENLLSTLNRLAGKQMIQVVKWAKVLPGFKNLP 60 Query 61 LEDQITLIQYSWMSLLSFALSWRSYKHTNSQFLYFAPDLVFNEEKMHQSAMYELCQGMHQ 120 LEDQITLIQYSWMSLLSFALSWRSYKHTNSQFLYFAPDLVFNEEKMHQSAMYELCQGMHQ Sbjct 61 LEDQITLIQYSWMSLLSFALSWRSYKHTNSQFLYFAPDLVFNEEKMHQSAMYELCQGMHQ 120 Query 121 ISLQFVRLQLTFEEYTIMKVLLLLSTIPKDGLKSQAAFEEMRTNYIKELRKMVTKCPNNS 180 ISLQFVRLQLTFEEYTIMKVLLLLSTIPKDGLKSQAAFEEMRTNYIKELRKMVTKCPNNS Sbjct 121 ISLQFVRLQLTFEEYTIMKVLLLLSTIPKDGLKSQAAFEEMRTNYIKELRKMVTKCPNNS 180 Query 181 GQSWQRFYQLTKLLDSMHDLVSDLLEFCFYTFRESHALKVEFPAMLVEIISDQLPKVESG 240 GQSWQRFYQLTKLLDSMHDLVSDLLEFCFYTFRESHALKVEFPAMLVEIISDQLPKVESG Sbjct 181 GQSWQRFYQLTKLLDSMHDLVSDLLEFCFYTFRESHALKVEFPAMLVEIISDQLPKVESG 240 Query 241 NVKPLYFHR 249 NVKPLYFHR Sbjct 241 NVKPLYFHR 249 >d1g2na_ Length=256 Score = 65.5 bits (158), Expect = 1.01e-14 Identities = 56/214 (26%), Positives = 98/214 (45%), Gaps = 21/214 (9%) Query 14 EIVYAGYDSSKPDTAENLLSTLNRLAGKQMIQVVKWAKVLPGFKNLPLEDQITLIQYSWM 73 + + G DS+ P +S+L ++ KQ+ +V WA+ +P F L +EDQI LI+ SW Sbjct 26 QFLRVGPDSNVPPKFRAPVSSLCQIGNKQIAALVVWARDIPHFSQLEMEDQILLIKGSWN 85 Query 74 SLLSFALSWRSYK--------------HTNS--QFLYFAPDLVFNEEKMHQSAMYELCQG 117 LL FA++WRS + T S Q + P + + Q+ + ++ Sbjct 86 ELLLFAIAWRSMEFLTEERDGVDGTGNRTTSPPQLMCLMPGMTLHRNSALQAGVGQIFDR 145 Query 118 -MHQISLQFVRLQLTFEEYTIMKVLLLLSTIPKDGLKSQAAFEEMRTNYIKELRKMVTKC 176 + ++SL+ L++ EY +K ++LL+ K GLK++ E +R L + C Sbjct 146 VLSELSLKMRTLRVDQAEYVALKAIILLNPDVK-GLKNRQEVEVLREKMFLCLDEY---C 201 Query 177 PNNSGQSWQRFYQLTKLLDSMHDLVSDLLEFCFY 210 + RF L L ++ + E F+ Sbjct 202 RRSRSSEEGRFAALLLRLPALRSISLKSFEHLFF 235 Query= d2e2ra_ Length=228 >d2e2ra_ Length=228 Score = 443 bits (1139), Expect = 8.26e-163 Identities = 228/228 (100%), Positives = 228/228 (100%), Gaps = 0/228 (0%) Query 1 KPYNKIVSHLLVAEPEKIYAMPDPTVPDSDIKALTTLCDLADRELVVIIGWAKHIPGFST 60 KPYNKIVSHLLVAEPEKIYAMPDPTVPDSDIKALTTLCDLADRELVVIIGWAKHIPGFST Sbjct 1 KPYNKIVSHLLVAEPEKIYAMPDPTVPDSDIKALTTLCDLADRELVVIIGWAKHIPGFST 60 Query 61 LSLADQMSLLQSAWMEILILGVVYRSLSFEDELVYADDYIMDEDQSKLAGLLDLNNAILQ 120 LSLADQMSLLQSAWMEILILGVVYRSLSFEDELVYADDYIMDEDQSKLAGLLDLNNAILQ Sbjct 61 LSLADQMSLLQSAWMEILILGVVYRSLSFEDELVYADDYIMDEDQSKLAGLLDLNNAILQ 120 Query 121 LVKKYKSMKLEKEEFVTLKAIALANSDSMHIEDVEAVQKLQDVLHEALQDYEAGQHMEDP 180 LVKKYKSMKLEKEEFVTLKAIALANSDSMHIEDVEAVQKLQDVLHEALQDYEAGQHMEDP Sbjct 121 LVKKYKSMKLEKEEFVTLKAIALANSDSMHIEDVEAVQKLQDVLHEALQDYEAGQHMEDP 180 Query 181 RRAGKMLMTLPLLRQTSTKAVQHFYNIKLEGKVPMHKLFLEMLEAKVC 228 RRAGKMLMTLPLLRQTSTKAVQHFYNIKLEGKVPMHKLFLEMLEAKVC Sbjct 181 RRAGKMLMTLPLLRQTSTKAVQHFYNIKLEGKVPMHKLFLEMLEAKVC 228 Query= d2xhsa1 Length=237 >d2xhsa1 Length=237 Score = 484 bits (1245), Expect = 1.14e-178 Identities = 237/237 (100%), Positives = 237/237 (100%), Gaps = 0/237 (0%) Query 1 PLRVSPMIREFVQSIDDREWQTQLFALLQKQTYNQVEVDLFELMCKVLDQNLFSQVDWAR 60 PLRVSPMIREFVQSIDDREWQTQLFALLQKQTYNQVEVDLFELMCKVLDQNLFSQVDWAR Sbjct 1 PLRVSPMIREFVQSIDDREWQTQLFALLQKQTYNQVEVDLFELMCKVLDQNLFSQVDWAR 60 Query 61 NTVFFKDLKVDDQMKLLQHSWSDMLVLDHLHHRIHNGLPDETQLNNGQVFNLMSLGLLGV 120 NTVFFKDLKVDDQMKLLQHSWSDMLVLDHLHHRIHNGLPDETQLNNGQVFNLMSLGLLGV Sbjct 61 NTVFFKDLKVDDQMKLLQHSWSDMLVLDHLHHRIHNGLPDETQLNNGQVFNLMSLGLLGV 120 Query 121 PQLGDYFNELQNKLQDLKFDMGDYVCMKFLILLNPSVRGIVNRKTVSEGHDNVQAALLDY 180 PQLGDYFNELQNKLQDLKFDMGDYVCMKFLILLNPSVRGIVNRKTVSEGHDNVQAALLDY Sbjct 121 PQLGDYFNELQNKLQDLKFDMGDYVCMKFLILLNPSVRGIVNRKTVSEGHDNVQAALLDY 180 Query 181 TLTCYPSVNDKFRGLVNILPEIHAMAVRGEDHLYTKHCAGSAPTQTLLMEMLHAKRK 237 TLTCYPSVNDKFRGLVNILPEIHAMAVRGEDHLYTKHCAGSAPTQTLLMEMLHAKRK Sbjct 181 TLTCYPSVNDKFRGLVNILPEIHAMAVRGEDHLYTKHCAGSAPTQTLLMEMLHAKRK 237 Query= d3g08a2 Length=94 >d3g08a2 Length=94 Score = 208 bits (529), Expect = 3.62e-74 Identities = 94/94 (100%), Positives = 94/94 (100%), Gaps = 0/94 (0%) Query 1 QEKPVAWLSSVPSSAHGHRQLVCHVSGFYPKPVWVMWMRGDQEQQGTHRGDFLPNADETW 60 QEKPVAWLSSVPSSAHGHRQLVCHVSGFYPKPVWVMWMRGDQEQQGTHRGDFLPNADETW Sbjct 1 QEKPVAWLSSVPSSAHGHRQLVCHVSGFYPKPVWVMWMRGDQEQQGTHRGDFLPNADETW 60 Query 61 YLQATLDVEAGEEAGLACRVKHSSLGGQDIILYW 94 YLQATLDVEAGEEAGLACRVKHSSLGGQDIILYW Sbjct 61 YLQATLDVEAGEEAGLACRVKHSSLGGQDIILYW 94 Query= d1ie5a1 Length=106 >d1ie5a1 Length=106 Score = 211 bits (536), Expect = 7.48e-75 Identities = 106/106 (100%), Positives = 106/106 (100%), Gaps = 0/106 (0%) Query 1 KDIQVIVNVPPSVRARQSTMNATANLSQSVTLACDADGFPEPTMTWTKDGEPIEQEDNEE 60 KDIQVIVNVPPSVRARQSTMNATANLSQSVTLACDADGFPEPTMTWTKDGEPIEQEDNEE Sbjct 1 KDIQVIVNVPPSVRARQSTMNATANLSQSVTLACDADGFPEPTMTWTKDGEPIEQEDNEE 60 Query 61 KYSFNYDGSELIIKKVDKSDEAEYICIAENKAGEQDATIHLKVFAK 106 KYSFNYDGSELIIKKVDKSDEAEYICIAENKAGEQDATIHLKVFAK Sbjct 61 KYSFNYDGSELIIKKVDKSDEAEYICIAENKAGEQDATIHLKVFAK 106 Query= d1fhga_ Length=102 >d1fhga_ Length=102 Score = 214 bits (544), Expect = 3.35e-76 Identities = 102/102 (100%), Positives = 102/102 (100%), Gaps = 0/102 (0%) Query 1 AEEKPHVKPYFTKTILDMEVVEGSAARFDCKVEGYPDPEVMWFKDDNPVKESRHFQIDYD 60 AEEKPHVKPYFTKTILDMEVVEGSAARFDCKVEGYPDPEVMWFKDDNPVKESRHFQIDYD Sbjct 1 AEEKPHVKPYFTKTILDMEVVEGSAARFDCKVEGYPDPEVMWFKDDNPVKESRHFQIDYD 60 Query 61 EEGNCSLTISEVCGDDDAKYTCKAVNSLGEATCTAELLVETM 102 EEGNCSLTISEVCGDDDAKYTCKAVNSLGEATCTAELLVETM Sbjct 61 EEGNCSLTISEVCGDDDAKYTCKAVNSLGEATCTAELLVETM 102 Query= d3p73a2 Length=96 >d3p73a2 Length=96 Score = 216 bits (550), Expect = 2.62e-77 Identities = 96/96 (100%), Positives = 96/96 (100%), Gaps = 0/96 (0%) Query 1 RRVQPEVRVWGKEADGILTLSCHAHGFYPRPITISWMKDGMVRDQETRWGGIVPNSDGTY 60 RRVQPEVRVWGKEADGILTLSCHAHGFYPRPITISWMKDGMVRDQETRWGGIVPNSDGTY Sbjct 1 RRVQPEVRVWGKEADGILTLSCHAHGFYPRPITISWMKDGMVRDQETRWGGIVPNSDGTY 60 Query 61 HASAAIDVLPEDGDKYWCRVEHASLPQPGLFSWEPQ 96 HASAAIDVLPEDGDKYWCRVEHASLPQPGLFSWEPQ Sbjct 61 HASAAIDVLPEDGDKYWCRVEHASLPQPGLFSWEPQ 96 Query= d3puca1 Length=97 >d3puca1 Length=97 Score = 190 bits (482), Expect = 6.71e-67 Identities = 97/97 (100%), Positives = 97/97 (100%), Gaps = 0/97 (0%) Query 1 PISSKPVIVTGLQDTTVSSDSVAKFAVKATGEPRPTAIWTKDGKAITQGGKYKLSEDKGG 60 PISSKPVIVTGLQDTTVSSDSVAKFAVKATGEPRPTAIWTKDGKAITQGGKYKLSEDKGG Sbjct 1 PISSKPVIVTGLQDTTVSSDSVAKFAVKATGEPRPTAIWTKDGKAITQGGKYKLSEDKGG 60 Query 61 FFLEIHKTDTSDSGLYTCTVKNSAGSVSSSCKLTIKA 97 FFLEIHKTDTSDSGLYTCTVKNSAGSVSSSCKLTIKA Sbjct 61 FFLEIHKTDTSDSGLYTCTVKNSAGSVSSSCKLTIKA 97 Query= d2xy1a1 Length=92 >d2xy1a1 Length=92 Score = 191 bits (484), Expect = 2.31e-67 Identities = 92/92 (100%), Positives = 92/92 (100%), Gaps = 0/92 (0%) Query 1 PAISMPQKSFNATAERGEEMTFSCRASGSPEPAISWFRNGKLIEENEKYILKGSNTELTV 60 PAISMPQKSFNATAERGEEMTFSCRASGSPEPAISWFRNGKLIEENEKYILKGSNTELTV Sbjct 1 PAISMPQKSFNATAERGEEMTFSCRASGSPEPAISWFRNGKLIEENEKYILKGSNTELTV 60 Query 61 RNIINSDGGPYVCRATNKAGEDEKQAFLQVFV 92 RNIINSDGGPYVCRATNKAGEDEKQAFLQVFV Sbjct 61 RNIINSDGGPYVCRATNKAGEDEKQAFLQVFV 92 Query= d2xy1a2 Length=98 >d2xy1a2 Length=98 Score = 210 bits (535), Expect = 5.90e-75 Identities = 98/98 (100%), Positives = 98/98 (100%), Gaps = 0/98 (0%) Query 1 QPHIIQLKNETTYENGQVTLVCDAEGEPIPEITWKRAVDGFTFTEGDKSLDGRIEVKGQH 60 QPHIIQLKNETTYENGQVTLVCDAEGEPIPEITWKRAVDGFTFTEGDKSLDGRIEVKGQH Sbjct 1 QPHIIQLKNETTYENGQVTLVCDAEGEPIPEITWKRAVDGFTFTEGDKSLDGRIEVKGQH 60 Query 61 GSSSLHIKDVKLSDSGRYDCEAASRIGGHQKSMYLDIE 98 GSSSLHIKDVKLSDSGRYDCEAASRIGGHQKSMYLDIE Sbjct 61 GSSSLHIKDVKLSDSGRYDCEAASRIGGHQKSMYLDIE 98 Query= d2rika1 Length=95 >d2rika1 Length=95 Score = 195 bits (496), Expect = 4.24e-69 Identities = 95/95 (100%), Positives = 95/95 (100%), Gaps = 0/95 (0%) Query 1 AMAPPFFDLKPVSVDLALGESGTFKCHVTGTAPIKITWAKDNREIRPGGNYKMTLVENTA 60 AMAPPFFDLKPVSVDLALGESGTFKCHVTGTAPIKITWAKDNREIRPGGNYKMTLVENTA Sbjct 1 AMAPPFFDLKPVSVDLALGESGTFKCHVTGTAPIKITWAKDNREIRPGGNYKMTLVENTA 60 Query 61 TLTVLKVTKGDAGQYTCYASNVAGKDSCSAQLGVQ 95 TLTVLKVTKGDAGQYTCYASNVAGKDSCSAQLGVQ Sbjct 61 TLTVLKVTKGDAGQYTCYASNVAGKDSCSAQLGVQ 95 Query= d1x5aa1 Length=94 >d1x5aa1 Length=94 Score = 195 bits (495), Expect = 5.60e-69 Identities = 94/94 (100%), Positives = 94/94 (100%), Gaps = 0/94 (0%) Query 1 AESLSGLSLKLVKKEPRQLELTWAGSRPRNPGGNLSYELHVLNQDEEWHQMVLEPRVLLT 60 AESLSGLSLKLVKKEPRQLELTWAGSRPRNPGGNLSYELHVLNQDEEWHQMVLEPRVLLT Sbjct 1 AESLSGLSLKLVKKEPRQLELTWAGSRPRNPGGNLSYELHVLNQDEEWHQMVLEPRVLLT 60 Query 61 KLQPDTTYIVRVRTLTPLGPGPFSPDHEFRTSPP 94 KLQPDTTYIVRVRTLTPLGPGPFSPDHEFRTSPP Sbjct 61 KLQPDTTYIVRVRTLTPLGPGPFSPDHEFRTSPP 94 Query= d1fnfa2 Length=91 >d1fnfa2 Length=91 Score = 186 bits (472), Expect = 1.46e-65 Identities = 91/91 (100%), Positives = 91/91 (100%), Gaps = 0/91 (0%) Query 1 VPPPTDLRFTNIGPDTMRVTWAPPPSIDLTNFLVRYSPVKNEEDVAELSISPSDNAVVLT 60 VPPPTDLRFTNIGPDTMRVTWAPPPSIDLTNFLVRYSPVKNEEDVAELSISPSDNAVVLT Sbjct 1 VPPPTDLRFTNIGPDTMRVTWAPPPSIDLTNFLVRYSPVKNEEDVAELSISPSDNAVVLT 60 Query 61 NLLPGTEYVVSVSSVYEQHESTPLRGRQKTG 91 NLLPGTEYVVSVSSVYEQHESTPLRGRQKTG Sbjct 61 NLLPGTEYVVSVSSVYEQHESTPLRGRQKTG 91 Query= d4lpva1 Length=91 >d4lpva1 Length=91 Score = 182 bits (463), Expect = 3.44e-64 Identities = 91/91 (100%), Positives = 91/91 (100%), Gaps = 0/91 (0%) Query 1 MLPAPKNLVVSEVTEDSLRLSWTAPDAAFDSFMIQYQESEKVGEAINLTVPGSERSYDLT 60 MLPAPKNLVVSEVTEDSLRLSWTAPDAAFDSFMIQYQESEKVGEAINLTVPGSERSYDLT Sbjct 1 MLPAPKNLVVSEVTEDSLRLSWTAPDAAFDSFMIQYQESEKVGEAINLTVPGSERSYDLT 60 Query 61 GLKPGTEYTVSIYGVLVVHKLTFPLSAEFTT 91 GLKPGTEYTVSIYGVLVVHKLTFPLSAEFTT Sbjct 61 GLKPGTEYTVSIYGVLVVHKLTFPLSAEFTT 91 Query= d2edya1 Length=96 >d2edya1 Length=96 Score = 194 bits (493), Expect = 1.31e-68 Identities = 96/96 (100%), Positives = 96/96 (100%), Gaps = 0/96 (0%) Query 1 PSGFPQNLHVTGLTTSTTELAWDPPVLAERNGRIISYTVVFRDINSQQELQNITTDTRFT 60 PSGFPQNLHVTGLTTSTTELAWDPPVLAERNGRIISYTVVFRDINSQQELQNITTDTRFT Sbjct 1 PSGFPQNLHVTGLTTSTTELAWDPPVLAERNGRIISYTVVFRDINSQQELQNITTDTRFT 60 Query 61 LTGLKPDTTYDIKVRAWTSKGSGPLSPSIQSRTMPV 96 LTGLKPDTTYDIKVRAWTSKGSGPLSPSIQSRTMPV Sbjct 61 LTGLKPDTTYDIKVRAWTSKGSGPLSPSIQSRTMPV 96 Query= d1tjxa1 Length=149 >d1tjxa1 Length=149 Score = 300 bits (768), Expect = 7.50e-109 Identities = 149/149 (100%), Positives = 149/149 (100%), Gaps = 0/149 (0%) Query 1 EKLGDICFSLRYVPTAGKLTVVILEAKNLKKMDVGGLSDPYVKIHLMQNGKRLKKKKTTI 60 EKLGDICFSLRYVPTAGKLTVVILEAKNLKKMDVGGLSDPYVKIHLMQNGKRLKKKKTTI Sbjct 1 EKLGDICFSLRYVPTAGKLTVVILEAKNLKKMDVGGLSDPYVKIHLMQNGKRLKKKKTTI 60 Query 61 KKNTLNPYYNESFSFEVPFEQIQKVQVVVTVLDYDKIGKNDAIGKVFVGYNSTGAELRHW 120 KKNTLNPYYNESFSFEVPFEQIQKVQVVVTVLDYDKIGKNDAIGKVFVGYNSTGAELRHW Sbjct 61 KKNTLNPYYNESFSFEVPFEQIQKVQVVVTVLDYDKIGKNDAIGKVFVGYNSTGAELRHW 120 Query 121 SDMLANPRRPIAQWHTLQVEEEVDAMLAV 149 SDMLANPRRPIAQWHTLQVEEEVDAMLAV Sbjct 121 SDMLANPRRPIAQWHTLQVEEEVDAMLAV 149 Query= d2b3ra1 Length=122 >d2b3ra1 Length=122 Score = 241 bits (615), Expect = 2.16e-86 Identities = 122/122 (100%), Positives = 122/122 (100%), Gaps = 0/122 (0%) Query 1 GAVKLSVSYRNGTLFIMVMHIKDLVTEDGADPNPYVKTYLLPDTHKTSKRKTKISRKTRN 60 GAVKLSVSYRNGTLFIMVMHIKDLVTEDGADPNPYVKTYLLPDTHKTSKRKTKISRKTRN Sbjct 1 GAVKLSVSYRNGTLFIMVMHIKDLVTEDGADPNPYVKTYLLPDTHKTSKRKTKISRKTRN 60 Query 61 PTFNEMLVYSGYSKETLRQRELQLSVLSAESLRENFFLGGITLPLKDFNLSKETVKWYQL 120 PTFNEMLVYSGYSKETLRQRELQLSVLSAESLRENFFLGGITLPLKDFNLSKETVKWYQL Sbjct 61 PTFNEMLVYSGYSKETLRQRELQLSVLSAESLRENFFLGGITLPLKDFNLSKETVKWYQL 120 Query 121 TA 122 TA Sbjct 121 TA 122 Query= d1ckaa_ Length=57 >d1ckaa_ Length=57 Score = 125 bits (315), Expect = 1.21e-42 Identities = 57/57 (100%), Positives = 57/57 (100%), Gaps = 0/57 (0%) Query 1 AEYVRALFDFNGNDEEDLPFKKGDILRIRDKPEEQWWNAEDSEGKRGMIPVPYVEKY 57 AEYVRALFDFNGNDEEDLPFKKGDILRIRDKPEEQWWNAEDSEGKRGMIPVPYVEKY Sbjct 1 AEYVRALFDFNGNDEEDLPFKKGDILRIRDKPEEQWWNAEDSEGKRGMIPVPYVEKY 57 Query= d1u5sa1 Length=71 >d1u5sa1 Length=71 Score = 151 bits (381), Expect = 2.69e-52 Identities = 71/71 (100%), Positives = 71/71 (100%), Gaps = 0/71 (0%) Query 1 QGSRVLHVVQTLYPFSSVTEEELNFEKGETMEVIEKPENDPEWWKCKNARGQVGLVPKNY 60 QGSRVLHVVQTLYPFSSVTEEELNFEKGETMEVIEKPENDPEWWKCKNARGQVGLVPKNY Sbjct 1 QGSRVLHVVQTLYPFSSVTEEELNFEKGETMEVIEKPENDPEWWKCKNARGQVGLVPKNY 60 Query 61 VVVLSDGPALH 71 VVVLSDGPALH Sbjct 61 VVVLSDGPALH 71 Query= d4j9fa_ Length=62 >d4j9fa_ Length=62 Score = 136 bits (343), Expect = 9.08e-47 Identities = 62/62 (100%), Positives = 62/62 (100%), Gaps = 0/62 (0%) Query 1 MENDPNLFVALYDFVASGDNTLSITKGEKLRVLGYNHNGEWCEAQTKNGQGWVPSNYITP 60 MENDPNLFVALYDFVASGDNTLSITKGEKLRVLGYNHNGEWCEAQTKNGQGWVPSNYITP Sbjct 1 MENDPNLFVALYDFVASGDNTLSITKGEKLRVLGYNHNGEWCEAQTKNGQGWVPSNYITP 60 Query 61 VN 62 VN Sbjct 61 VN 62 Query= d2dnua1 Length=58 >d2dnua1 Length=58 Score = 124 bits (311), Expect = 5.30e-42 Identities = 58/58 (100%), Positives = 58/58 (100%), Gaps = 0/58 (0%) Query 1 EEKYVTVQPYTSQSKDEIGFEKGVTVEVIRKNLEGWWYIRYLGKEGWAPASYLKKAKD 58 EEKYVTVQPYTSQSKDEIGFEKGVTVEVIRKNLEGWWYIRYLGKEGWAPASYLKKAKD Sbjct 1 EEKYVTVQPYTSQSKDEIGFEKGVTVEVIRKNLEGWWYIRYLGKEGWAPASYLKKAKD 58 >d2egca1 Length=62 Score = 48.5 bits (114), Expect = 6.66e-12 Identities = 21/56 (37%), Positives = 36/56 (64%), Gaps = 5/56 (8%) Query 4 YVTVQPYTSQSKDEIGFEKGVTVEVIRKNLEGWWYIRYLGK----EGWAPASYLKK 55 YV++ Y ++ GF++GV++EV+ +N GWWY + L +GW P++YL+K Sbjct 6 YVSIADYEGD-EETAGFQEGVSMEVLERNPNGWWYCQILDGVKPFKGWVPSNYLEK 60 Query= d2ct4a1 Length=57 >d2ct4a1 Length=57 Score = 122 bits (307), Expect = 2.02e-41 Identities = 57/57 (100%), Positives = 57/57 (100%), Gaps = 0/57 (0%) Query 1 GHCVAIYHFEGSSEGTISMAEGEDLSLMEEDKGDGWTRVRRKEGGEGYVPTSYLRVT 57 GHCVAIYHFEGSSEGTISMAEGEDLSLMEEDKGDGWTRVRRKEGGEGYVPTSYLRVT Sbjct 1 GHCVAIYHFEGSSEGTISMAEGEDLSLMEEDKGDGWTRVRRKEGGEGYVPTSYLRVT 57 Query= d2egca1 Length=62 >d2egca1 Length=62 Score = 137 bits (346), Expect = 3.16e-47 Identities = 62/62 (100%), Positives = 62/62 (100%), Gaps = 0/62 (0%) Query 1 NLKDVYVSIADYEGDEETAGFQEGVSMEVLERNPNGWWYCQILDGVKPFKGWVPSNYLEK 60 NLKDVYVSIADYEGDEETAGFQEGVSMEVLERNPNGWWYCQILDGVKPFKGWVPSNYLEK Sbjct 1 NLKDVYVSIADYEGDEETAGFQEGVSMEVLERNPNGWWYCQILDGVKPFKGWVPSNYLEK 60 Query 61 KN 62 KN Sbjct 61 KN 62 >d2dnua1 Length=58 Score = 48.5 bits (114), Expect = 7.12e-12 Identities = 21/56 (37%), Positives = 36/56 (64%), Gaps = 5/56 (8%) Query 6 YVSIADYEGD-EETAGFQEGVSMEVLERNPNGWWYCQILDGVKPFKGWVPSNYLEK 60 YV++ Y ++ GF++GV++EV+ +N GWWY + L +GW P++YL+K Sbjct 4 YVTVQPYTSQSKDEIGFEKGVTVEVIRKNLEGWWYIRYLGK----EGWAPASYLKK 55 Query= d1v6ba1 Length=111 >d1v6ba1 Length=111 Score = 222 bits (566), Expect = 2.86e-79 Identities = 111/111 (100%), Positives = 111/111 (100%), Gaps = 0/111 (0%) Query 1 MFSPEQIAGKDVRLLRIKKEGSLDLALEGGVDSPVGKVVVSAVYEGGAAERHGGVVKGDE 60 MFSPEQIAGKDVRLLRIKKEGSLDLALEGGVDSPVGKVVVSAVYEGGAAERHGGVVKGDE Sbjct 1 MFSPEQIAGKDVRLLRIKKEGSLDLALEGGVDSPVGKVVVSAVYEGGAAERHGGVVKGDE 60 Query 61 IMAINGKIVTDYTLAEAEAALQKAWNQGGDWIDLVVAVCPPKEYDDELTFF 111 IMAINGKIVTDYTLAEAEAALQKAWNQGGDWIDLVVAVCPPKEYDDELTFF Sbjct 61 IMAINGKIVTDYTLAEAEAALQKAWNQGGDWIDLVVAVCPPKEYDDELTFF 111 Query= d1um1a1 Length=97 >d1um1a1 Length=97 Score = 194 bits (492), Expect = 2.00e-68 Identities = 97/97 (100%), Positives = 97/97 (100%), Gaps = 0/97 (0%) Query 1 YVFTVELERGPSGLGMGLIDGMHTHLGAPGLYIQTLLPGSPAAADGRLSLGDRILEVNGS 60 YVFTVELERGPSGLGMGLIDGMHTHLGAPGLYIQTLLPGSPAAADGRLSLGDRILEVNGS Sbjct 1 YVFTVELERGPSGLGMGLIDGMHTHLGAPGLYIQTLLPGSPAAADGRLSLGDRILEVNGS 60 Query 61 SLLGLGYLRAVDLIRHGGKKMRFLVAKSDVETAKKIH 97 SLLGLGYLRAVDLIRHGGKKMRFLVAKSDVETAKKIH Sbjct 61 SLLGLGYLRAVDLIRHGGKKMRFLVAKSDVETAKKIH 97 Query= d1uf1a1 Length=116 >d1uf1a1 Length=116 Score = 228 bits (581), Expect = 2.13e-81 Identities = 116/116 (100%), Positives = 116/116 (100%), Gaps = 0/116 (0%) Query 1 GDRRSTLHLLQGGDEKKVNLVLGDGRSLGLTIRGGAEYGLGIYITGVDPGSEAEGSGLKV 60 GDRRSTLHLLQGGDEKKVNLVLGDGRSLGLTIRGGAEYGLGIYITGVDPGSEAEGSGLKV Sbjct 1 GDRRSTLHLLQGGDEKKVNLVLGDGRSLGLTIRGGAEYGLGIYITGVDPGSEAEGSGLKV 60 Query 61 GDQILEVNGRSFLNILHDEAVRLLKSSRHLILTVKDVGRLPHARTTVDETKWIASS 116 GDQILEVNGRSFLNILHDEAVRLLKSSRHLILTVKDVGRLPHARTTVDETKWIASS Sbjct 61 GDQILEVNGRSFLNILHDEAVRLLKSSRHLILTVKDVGRLPHARTTVDETKWIASS 116 Query= d1ueqa1 Length=111 >d1ueqa1 Length=111 Score = 226 bits (576), Expect = 8.53e-81 Identities = 111/111 (100%), Positives = 111/111 (100%), Gaps = 0/111 (0%) Query 1 LFTRDASQLKGTFLSTTLKKSNMGFGFTIIGGDEPDEFLQVKSVIPDGPAAQDGKMETGD 60 LFTRDASQLKGTFLSTTLKKSNMGFGFTIIGGDEPDEFLQVKSVIPDGPAAQDGKMETGD Sbjct 1 LFTRDASQLKGTFLSTTLKKSNMGFGFTIIGGDEPDEFLQVKSVIPDGPAAQDGKMETGD 60 Query 61 VIVYINEVCVLGHTHADVVKLFQSVPIGQSVNLVLCRGYPLPFDPEDPANS 111 VIVYINEVCVLGHTHADVVKLFQSVPIGQSVNLVLCRGYPLPFDPEDPANS Sbjct 61 VIVYINEVCVLGHTHADVVKLFQSVPIGQSVNLVLCRGYPLPFDPEDPANS 111 >d2q9va1 Length=84 Score = 57.8 bits (138), Expect = 1.68e-14 Identities = 28/78 (35%), Positives = 46/78 (58%), Gaps = 0/78 (0%) Query 18 LKKSNMGFGFTIIGGDEPDEFLQVKSVIPDGPAAQDGKMETGDVIVYINEVCVLGHTHAD 77 L + GFGF I+GG+EP E + + ++P G A DG++ +GD ++ ++ V+G +H Sbjct 6 LWRKETGFGFRILGGNEPGEPIYIGHIVPLGAADTDGRLRSGDELISVDGTPVIGKSHQL 65 Query 78 VVKLFQSVPIGQSVNLVL 95 VV+L Q VNL + Sbjct 66 VVQLMQQAAKQGHVNLTV 83 Query= d1x6da1 Length=106 >d1x6da1 Length=106 Score = 209 bits (531), Expect = 4.33e-74 Identities = 106/106 (100%), Positives = 106/106 (100%), Gaps = 0/106 (0%) Query 1 ATLKQLDGIHVTILHKEEGAGLGFSLAGGADLENKVITVHRVFPNGLASQEGTIQKGNEV 60 ATLKQLDGIHVTILHKEEGAGLGFSLAGGADLENKVITVHRVFPNGLASQEGTIQKGNEV Sbjct 1 ATLKQLDGIHVTILHKEEGAGLGFSLAGGADLENKVITVHRVFPNGLASQEGTIQKGNEV 60 Query 61 LSINGKSLKGTTHHDALAILRQAREPRQAVIVTRKLTPEAMPDLNS 106 LSINGKSLKGTTHHDALAILRQAREPRQAVIVTRKLTPEAMPDLNS Sbjct 61 LSINGKSLKGTTHHDALAILRQAREPRQAVIVTRKLTPEAMPDLNS 106 Query= d3sfja_ Length=103 >d3sfja_ Length=103 Score = 203 bits (517), Expect = 4.75e-72 Identities = 103/103 (100%), Positives = 103/103 (100%), Gaps = 0/103 (0%) Query 1 TAVVQRVEIHKLRQGENLILGFSIGGGIDQDPSQNPFSEDKTDKGIYVTRVSEGGPAEIA 60 TAVVQRVEIHKLRQGENLILGFSIGGGIDQDPSQNPFSEDKTDKGIYVTRVSEGGPAEIA Sbjct 1 TAVVQRVEIHKLRQGENLILGFSIGGGIDQDPSQNPFSEDKTDKGIYVTRVSEGGPAEIA 60 Query 61 GLQIGDKIMQVNGWDMTMVTHDQARKRLTKRSEEVVRLLVTRQ 103 GLQIGDKIMQVNGWDMTMVTHDQARKRLTKRSEEVVRLLVTRQ Sbjct 61 GLQIGDKIMQVNGWDMTMVTHDQARKRLTKRSEEVVRLLVTRQ 103 Query= d2q9va1 Length=84 >d2q9va1 Length=84 Score = 174 bits (442), Expect = 3.33e-61 Identities = 84/84 (100%), Positives = 84/84 (100%), Gaps = 0/84 (0%) Query 1 EQDIFLWRKETGFGFRILGGNEPGEPIYIGHIVPLGAADTDGRLRSGDELISVDGTPVIG 60 EQDIFLWRKETGFGFRILGGNEPGEPIYIGHIVPLGAADTDGRLRSGDELISVDGTPVIG Sbjct 1 EQDIFLWRKETGFGFRILGGNEPGEPIYIGHIVPLGAADTDGRLRSGDELISVDGTPVIG 60 Query 61 KSHQLVVQLMQQAAKQGHVNLTVR 84 KSHQLVVQLMQQAAKQGHVNLTVR Sbjct 61 KSHQLVVQLMQQAAKQGHVNLTVR 84 >d1ueqa1 Length=111 Score = 59.7 bits (143), Expect = 2.25e-15 Identities = 28/78 (35%), Positives = 46/78 (58%), Gaps = 0/78 (0%) Query 6 LWRKETGFGFRILGGNEPGEPIYIGHIVPLGAADTDGRLRSGDELISVDGTPVIGKSHQL 65 L + GFGF I+GG+EP E + + ++P G A DG++ +GD ++ ++ V+G +H Sbjct 18 LKKSNMGFGFTIIGGDEPDEFLQVKSVIPDGPAAQDGKMETGDVIVYINEVCVLGHTHAD 77 Query 66 VVQLMQQAAKQGHVNLTV 83 VV+L Q VNL + Sbjct 78 VVKLFQSVPIGQSVNLVL 95 Query= d2koha1 Length=109 >d2koha1 Length=109 Score = 207 bits (527), Expect = 2.20e-73 Identities = 109/109 (100%), Positives = 109/109 (100%), Gaps = 0/109 (0%) Query 1 DGTREFLTFEVPLNDSGSAGLGVSVKGNRSKENHADLGIFVKSIINGGAASKDGRLRVND 60 DGTREFLTFEVPLNDSGSAGLGVSVKGNRSKENHADLGIFVKSIINGGAASKDGRLRVND Sbjct 1 DGTREFLTFEVPLNDSGSAGLGVSVKGNRSKENHADLGIFVKSIINGGAASKDGRLRVND 60 Query 61 QLIAVNGESLLGKANQEAMETLRRSMSTEGNKRGMIQLIVARRISRCNE 109 QLIAVNGESLLGKANQEAMETLRRSMSTEGNKRGMIQLIVARRISRCNE Sbjct 61 QLIAVNGESLLGKANQEAMETLRRSMSTEGNKRGMIQLIVARRISRCNE 109 Query= d1rg8a1 Length=137 >d1rg8a1 Length=137 Score = 293 bits (750), Expect = 1.69e-106 Identities = 137/137 (100%), Positives = 137/137 (100%), Gaps = 0/137 (0%) Query 1 FNLPPGNYKKPKLLYCSNGGHFLRILPDGTVDGTRDRSDQHIQLQLSAESVGEVYIKSTE 60 FNLPPGNYKKPKLLYCSNGGHFLRILPDGTVDGTRDRSDQHIQLQLSAESVGEVYIKSTE Sbjct 1 FNLPPGNYKKPKLLYCSNGGHFLRILPDGTVDGTRDRSDQHIQLQLSAESVGEVYIKSTE 60 Query 61 TGQYLAMDTDGLLYGSQTPNEECLFLERLEENHYNTYISKKHAEKNWFVGLKKNGSCKRG 120 TGQYLAMDTDGLLYGSQTPNEECLFLERLEENHYNTYISKKHAEKNWFVGLKKNGSCKRG Sbjct 61 TGQYLAMDTDGLLYGSQTPNEECLFLERLEENHYNTYISKKHAEKNWFVGLKKNGSCKRG 120 Query 121 PRTHYGQKAILFLPLPV 137 PRTHYGQKAILFLPLPV Sbjct 121 PRTHYGQKAILFLPLPV 137 Query= d1q1ua_ Length=138 >d1q1ua_ Length=138 Score = 279 bits (713), Expect = 8.03e-101 Identities = 138/138 (100%), Positives = 138/138 (100%), Gaps = 0/138 (0%) Query 1 PQLKGIVTRLFSQQGYFLQMHPDGTIDGTKDENSDYTLFNLIPVGLRVVAIQGVKASLYV 60 PQLKGIVTRLFSQQGYFLQMHPDGTIDGTKDENSDYTLFNLIPVGLRVVAIQGVKASLYV Sbjct 1 PQLKGIVTRLFSQQGYFLQMHPDGTIDGTKDENSDYTLFNLIPVGLRVVAIQGVKASLYV 60 Query 61 AMNGEGYLYSSDVFTPECKFKESVFENYYVIYSSTLYRQQESGRAWFLGLNKEGQIMKGN 120 AMNGEGYLYSSDVFTPECKFKESVFENYYVIYSSTLYRQQESGRAWFLGLNKEGQIMKGN Sbjct 61 AMNGEGYLYSSDVFTPECKFKESVFENYYVIYSSTLYRQQESGRAWFLGLNKEGQIMKGN 120 Query 121 RVKKTKPSSHFVPKPIEV 138 RVKKTKPSSHFVPKPIEV Sbjct 121 RVKKTKPSSHFVPKPIEV 138 Query= d1autc_ Length=240 >d1autc_ Length=240 Score = 506 bits (1303), Expect = 2.05e-187 Identities = 240/240 (100%), Positives = 240/240 (100%), Gaps = 0/240 (0%) Query 1 LIDGKMTRRGDSPWQVVLLDSKKKLACGAVLIHPSWVLTAAHCMDESKKLLVRLGEYDLR 60 LIDGKMTRRGDSPWQVVLLDSKKKLACGAVLIHPSWVLTAAHCMDESKKLLVRLGEYDLR Sbjct 1 LIDGKMTRRGDSPWQVVLLDSKKKLACGAVLIHPSWVLTAAHCMDESKKLLVRLGEYDLR 60 Query 61 RWEKWELDLDIKEVFVHPNYSKSTTDNDIALLHLAQPATLSQTIVPICLPDSGLAERELN 120 RWEKWELDLDIKEVFVHPNYSKSTTDNDIALLHLAQPATLSQTIVPICLPDSGLAERELN Sbjct 61 RWEKWELDLDIKEVFVHPNYSKSTTDNDIALLHLAQPATLSQTIVPICLPDSGLAERELN 120 Query 121 QAGQETLVTGWGYHSSREKEAKRNRTFVLNFIKIPVVPHNECSEVMSNMVSENMLCAGIL 180 QAGQETLVTGWGYHSSREKEAKRNRTFVLNFIKIPVVPHNECSEVMSNMVSENMLCAGIL Sbjct 121 QAGQETLVTGWGYHSSREKEAKRNRTFVLNFIKIPVVPHNECSEVMSNMVSENMLCAGIL 180 Query 181 GDRQDACEGDSGGPMVASFHGTWFLVGLVSWGEGCGLLHNYGVYTKVSRYLDWIHGHIRD 240 GDRQDACEGDSGGPMVASFHGTWFLVGLVSWGEGCGLLHNYGVYTKVSRYLDWIHGHIRD Sbjct 181 GDRQDACEGDSGGPMVASFHGTWFLVGLVSWGEGCGLLHNYGVYTKVSRYLDWIHGHIRD 240 Query= d1ij7a_ Length=241 >d1ij7a_ Length=241 Score = 491 bits (1265), Expect = 1.38e-181 Identities = 241/241 (100%), Positives = 241/241 (100%), Gaps = 0/241 (0%) Query 1 VIGGTNASPGEFPWQLSQQRQSGSWSHSCGASLLSSTSALSASHCVDGVLPNNIRVIAGL 60 VIGGTNASPGEFPWQLSQQRQSGSWSHSCGASLLSSTSALSASHCVDGVLPNNIRVIAGL Sbjct 1 VIGGTNASPGEFPWQLSQQRQSGSWSHSCGASLLSSTSALSASHCVDGVLPNNIRVIAGL 60 Query 61 WQQSDTSGTQTANVDSYTMHENYGAGTASYSNDIAILHLATSISLGGNIQAAVLPANNNN 120 WQQSDTSGTQTANVDSYTMHENYGAGTASYSNDIAILHLATSISLGGNIQAAVLPANNNN Sbjct 61 WQQSDTSGTQTANVDSYTMHENYGAGTASYSNDIAILHLATSISLGGNIQAAVLPANNNN 120 Query 121 DYAGTTCVISGWGRTDGTNNLPDILQKSSIPVITTAQCTAAMVGVGGANIWDNHICVQDP 180 DYAGTTCVISGWGRTDGTNNLPDILQKSSIPVITTAQCTAAMVGVGGANIWDNHICVQDP Sbjct 121 DYAGTTCVISGWGRTDGTNNLPDILQKSSIPVITTAQCTAAMVGVGGANIWDNHICVQDP 180 Query 181 AGNTGACNGDSGGPLNCPDGGTRVVGVTSWVVSSGLGACLPDYPSVYTRVSAYLGWIGDN 240 AGNTGACNGDSGGPLNCPDGGTRVVGVTSWVVSSGLGACLPDYPSVYTRVSAYLGWIGDN Sbjct 181 AGNTGACNGDSGGPLNCPDGGTRVVGVTSWVVSSGLGACLPDYPSVYTRVSAYLGWIGDN 240 Query 241 S 241 S Sbjct 241 S 241 >d1ym0a_ Length=238 Score = 127 bits (320), Expect = 2.75e-38 Identities = 89/245 (36%), Positives = 129/245 (52%), Gaps = 18/245 (7%) Query 1 VIGGTNASPGEFPWQLSQQRQSGSWSHSCGASLLSSTSALSASHCVDGVLPNNIRVIAGL 60 ++GG A P EFPWQ+S +R+S S SH CG S+++ + A+HC+ G P + ++ G Sbjct 1 IVGGIEARPYEFPWQVSVRRKS-SDSHFCGGSIINDRWVVCAAHCMQGEAPALVSLVVGE 59 Query 61 WQQSDTSGT-QTANVDSYTMHENYGAGTASYSNDIAILHLATSISLGGNIQAAVLPANNN 119 S S QT +VDS ++ENY T ND++++ A +I+ N+ P + Sbjct 60 HDSSAASTVRQTHDVDSIFVNENYDPATLE--NDVSVIKTAVAITFDINVGPICAP-DPA 116 Query 120 NDYAGTTCVISGWGRTD-GTNNLPDILQKSSIPVITTAQCTAAMVGVGGANIWDNHICVQ 178 NDY SGWG + G P +L+ ++ + T A C A I+D+ IC Sbjct 117 NDYVYRKSQCSGWGTINSGGVCCPAVLRYVTLNITTNAFCDAVYTS---DTIYDDMICAT 173 Query 179 DPAGNTG--ACNGDSGGPLNCPDGGT--RVVGVTSWVVSSGLGACLPDYPSVYTRVSAYL 234 D G T +C GDSGGPL+ DG +VG+ SW G+G C YP VY+RV + Sbjct 174 DNTGMTDRDSCQGDSGGPLSVKDGSGIFSLVGIVSW----GIG-CASGYPGVYSRVGFHA 228 Query 235 GWIGD 239 GWI D Sbjct 229 GWITD 233 Query= d1yc0a_ Length=254 >d1yc0a_ Length=254 Score = 553 bits (1425), Expect = 1.51e-205 Identities = 254/254 (100%), Positives = 254/254 (100%), Gaps = 0/254 (0%) Query 1 ACGRRHKKRTFLRPRIIGGSSSLPGSHPWLAAIYIGDSFCAGSLVHTCWVVSAAHCFSHS 60 ACGRRHKKRTFLRPRIIGGSSSLPGSHPWLAAIYIGDSFCAGSLVHTCWVVSAAHCFSHS Sbjct 1 ACGRRHKKRTFLRPRIIGGSSSLPGSHPWLAAIYIGDSFCAGSLVHTCWVVSAAHCFSHS 60 Query 61 PPRDSVSVVLGQHFFNRTTDVTQTFGIEKYIPYTLYSVFNPSDHDLVLIRLKKKGDRCAT 120 PPRDSVSVVLGQHFFNRTTDVTQTFGIEKYIPYTLYSVFNPSDHDLVLIRLKKKGDRCAT Sbjct 61 PPRDSVSVVLGQHFFNRTTDVTQTFGIEKYIPYTLYSVFNPSDHDLVLIRLKKKGDRCAT 120 Query 121 RSQFVQPICLPEPGSTFPAGHKCQIAGWGHLDENVSGYSSSLREALVPLVADHKCSSPEV 180 RSQFVQPICLPEPGSTFPAGHKCQIAGWGHLDENVSGYSSSLREALVPLVADHKCSSPEV Sbjct 121 RSQFVQPICLPEPGSTFPAGHKCQIAGWGHLDENVSGYSSSLREALVPLVADHKCSSPEV 180 Query 181 YGADISPNMLCAGYFDCKSDACQGDSGGPLACEKNGVAYLYGIISWGDGCGRLHKPGVYT 240 YGADISPNMLCAGYFDCKSDACQGDSGGPLACEKNGVAYLYGIISWGDGCGRLHKPGVYT Sbjct 181 YGADISPNMLCAGYFDCKSDACQGDSGGPLACEKNGVAYLYGIISWGDGCGRLHKPGVYT 240 Query 241 RVANYVDWINDRIR 254 RVANYVDWINDRIR Sbjct 241 RVANYVDWINDRIR 254 Query= d4dgja_ Length=235 >d4dgja_ Length=235 Score = 503 bits (1296), Expect = 1.63e-186 Identities = 235/235 (100%), Positives = 235/235 (100%), Gaps = 0/235 (0%) Query 1 IVGGSDAKEGAWPWVVGLYYDDRLLCGASLVSSDWLVSAAHCVYGRNLEPSKWTAILGLH 60 IVGGSDAKEGAWPWVVGLYYDDRLLCGASLVSSDWLVSAAHCVYGRNLEPSKWTAILGLH Sbjct 1 IVGGSDAKEGAWPWVVGLYYDDRLLCGASLVSSDWLVSAAHCVYGRNLEPSKWTAILGLH 60 Query 61 MKSNLTSPQTVPRLIDEIVINPHYNRRRKDNDIAMMHLEFKVNYTDYIQPISLPEENQVF 120 MKSNLTSPQTVPRLIDEIVINPHYNRRRKDNDIAMMHLEFKVNYTDYIQPISLPEENQVF Sbjct 61 MKSNLTSPQTVPRLIDEIVINPHYNRRRKDNDIAMMHLEFKVNYTDYIQPISLPEENQVF 120 Query 121 PPGRNCSIAGWGTVVYQGTTADILQEADVPLLSNERCQQQMPEYNITENMICAGYEEGGI 180 PPGRNCSIAGWGTVVYQGTTADILQEADVPLLSNERCQQQMPEYNITENMICAGYEEGGI Sbjct 121 PPGRNCSIAGWGTVVYQGTTADILQEADVPLLSNERCQQQMPEYNITENMICAGYEEGGI 180 Query 181 DSCQGDSGGPLMCQENNRWFLAGVTSFGYECALPNRPGVYARVSRFTEWIQSFLH 235 DSCQGDSGGPLMCQENNRWFLAGVTSFGYECALPNRPGVYARVSRFTEWIQSFLH Sbjct 181 DSCQGDSGGPLMCQENNRWFLAGVTSFGYECALPNRPGVYARVSRFTEWIQSFLH 235 >d2oq5a_ Length=232 Score = 182 bits (463), Expect = 7.02e-60 Identities = 93/235 (39%), Positives = 138/235 (58%), Gaps = 10/235 (4%) Query 1 IVGGSDAKEGAWPWVVGLYYDDRLLCGASLVSSDWLVSAAHCVYGRNLEPSKWTAILGLH 60 IVGG++ +EG WPW L +D CGA+L+++ WLVSAAHC + P++WTA G+ Sbjct 1 IVGGTEVEEGEWPWQASLQWDGSHRCGATLINATWLVSAAHC-FTTYKNPARWTASFGVT 59 Query 61 MKSNLTSPQTVPRLIDEIVINPHYNRRRKDNDIAMMHLEFKVNYTDYIQPISLPEENQVF 120 +K P + R + I+++ Y D DI++ L V YT+ + + LP+ + F Sbjct 60 IK-----PSKMKRGLRRIIVHEKYKHPSHDYDISLAELSSPVPYTNAVHRVCLPDASYEF 114 Query 121 PPGRNCSIAGWGTVVYQGTTADILQEADVPLLSNERCQQQMPEYN--ITENMICAGYEEG 178 PG + G+G + G + + L++A V L+ C + YN IT M+CAG EG Sbjct 115 QPGDVMFVTGFGALKNDGYSQNHLRQAQVTLIDATTCNEPQA-YNDAITPRMLCAGSLEG 173 Query 179 GIDSCQGDSGGPLMCQE-NNRWFLAGVTSFGYECALPNRPGVYARVSRFTEWIQS 232 D+CQGDSGGPL+ + + W+LAG+ S+G ECA PN+PGVY RV+ +WI S Sbjct 174 KTDACQGDSGGPLVSSDARDIWYLAGIVSWGDECAKPNKPGVYTRVTALRDWITS 228 Query= d2oq5a_ Length=232 >d2oq5a_ Length=232 Score = 494 bits (1272), Expect = 5.89e-183 Identities = 232/232 (100%), Positives = 232/232 (100%), Gaps = 0/232 (0%) Query 1 IVGGTEVEEGEWPWQASLQWDGSHRCGATLINATWLVSAAHCFTTYKNPARWTASFGVTI 60 IVGGTEVEEGEWPWQASLQWDGSHRCGATLINATWLVSAAHCFTTYKNPARWTASFGVTI Sbjct 1 IVGGTEVEEGEWPWQASLQWDGSHRCGATLINATWLVSAAHCFTTYKNPARWTASFGVTI 60 Query 61 KPSKMKRGLRRIIVHEKYKHPSHDYDISLAELSSPVPYTNAVHRVCLPDASYEFQPGDVM 120 KPSKMKRGLRRIIVHEKYKHPSHDYDISLAELSSPVPYTNAVHRVCLPDASYEFQPGDVM Sbjct 61 KPSKMKRGLRRIIVHEKYKHPSHDYDISLAELSSPVPYTNAVHRVCLPDASYEFQPGDVM 120 Query 121 FVTGFGALKNDGYSQNHLRQAQVTLIDATTCNEPQAYNDAITPRMLCAGSLEGKTDACQG 180 FVTGFGALKNDGYSQNHLRQAQVTLIDATTCNEPQAYNDAITPRMLCAGSLEGKTDACQG Sbjct 121 FVTGFGALKNDGYSQNHLRQAQVTLIDATTCNEPQAYNDAITPRMLCAGSLEGKTDACQG 180 Query 181 DSGGPLVSSDARDIWYLAGIVSWGDECAKPNKPGVYTRVTALRDWITSKTGI 232 DSGGPLVSSDARDIWYLAGIVSWGDECAKPNKPGVYTRVTALRDWITSKTGI Sbjct 181 DSGGPLVSSDARDIWYLAGIVSWGDECAKPNKPGVYTRVTALRDWITSKTGI 232 >d4dgja_ Length=235 Score = 181 bits (459), Expect = 2.78e-59 Identities = 93/235 (39%), Positives = 138/235 (58%), Gaps = 10/235 (4%) Query 1 IVGGTEVEEGEWPWQASLQWDGSHRCGATLINATWLVSAAHC-FTTYKNPARWTASFGVT 59 IVGG++ +EG WPW L +D CGA+L+++ WLVSAAHC + P++WTA G+ Sbjct 1 IVGGSDAKEGAWPWVVGLYYDDRLLCGASLVSSDWLVSAAHCVYGRNLEPSKWTAILGLH 60 Query 60 IK-----PSKMKRGLRRIIVHEKYKHPSHDYDISLAELSSPVPYTNAVHRVCLPDASYEF 114 +K P + R + I+++ Y D DI++ L V YT+ + + LP+ + F Sbjct 61 MKSNLTSPQTVPRLIDEIVINPHYNRRRKDNDIAMMHLEFKVNYTDYIQPISLPEENQVF 120 Query 115 QPGDVMFVTGFGALKNDGYSQNHLRQAQVTLIDATTCNEPQA-YNDAITPRMLCAGSLEG 173 PG + G+G + G + + L++A V L+ C + YN IT M+CAG EG Sbjct 121 PPGRNCSIAGWGTVVYQGTTADILQEADVPLLSNERCQQQMPEYN--ITENMICAGYEEG 178 Query 174 KTDACQGDSGGPLVSSDARDIWYLAGIVSWGDECAKPNKPGVYTRVTALRDWITS 228 D+CQGDSGGPL+ + + W+LAG+ S+G ECA PN+PGVY RV+ +WI S Sbjct 179 GIDSCQGDSGGPLMCQE-NNRWFLAGVTSFGYECALPNRPGVYARVSRFTEWIQS 232 Query= d1ym0a_ Length=238 >d1ym0a_ Length=238 Score = 494 bits (1273), Expect = 6.60e-183 Identities = 238/238 (100%), Positives = 238/238 (100%), Gaps = 0/238 (0%) Query 1 IVGGIEARPYEFPWQVSVRRKSSDSHFCGGSIINDRWVVCAAHCMQGEAPALVSLVVGEH 60 IVGGIEARPYEFPWQVSVRRKSSDSHFCGGSIINDRWVVCAAHCMQGEAPALVSLVVGEH Sbjct 1 IVGGIEARPYEFPWQVSVRRKSSDSHFCGGSIINDRWVVCAAHCMQGEAPALVSLVVGEH 60 Query 61 DSSAASTVRQTHDVDSIFVNENYDPATLENDVSVIKTAVAITFDINVGPICAPDPANDYV 120 DSSAASTVRQTHDVDSIFVNENYDPATLENDVSVIKTAVAITFDINVGPICAPDPANDYV Sbjct 61 DSSAASTVRQTHDVDSIFVNENYDPATLENDVSVIKTAVAITFDINVGPICAPDPANDYV 120 Query 121 YRKSQCSGWGTINSGGVCCPAVLRYVTLNITTNAFCDAVYTSDTIYDDMICATDNTGMTD 180 YRKSQCSGWGTINSGGVCCPAVLRYVTLNITTNAFCDAVYTSDTIYDDMICATDNTGMTD Sbjct 121 YRKSQCSGWGTINSGGVCCPAVLRYVTLNITTNAFCDAVYTSDTIYDDMICATDNTGMTD 180 Query 181 RDSCQGDSGGPLSVKDGSGIFSLVGIVSWGIGCASGYPGVYSRVGFHAGWITDTITNN 238 RDSCQGDSGGPLSVKDGSGIFSLVGIVSWGIGCASGYPGVYSRVGFHAGWITDTITNN Sbjct 181 RDSCQGDSGGPLSVKDGSGIFSLVGIVSWGIGCASGYPGVYSRVGFHAGWITDTITNN 238 >d1ij7a_ Length=241 Score = 131 bits (329), Expect = 1.25e-39 Identities = 88/245 (35%), Positives = 128/245 (52%), Gaps = 18/245 (7%) Query 1 IVGGIEARPYEFPWQVSVRRKSSD-SHFCGGSIINDRWVVCAAHCMQGEAPALVSLVVGE 59 ++GG A P EFPWQ+S +R+S SH CG S+++ + A+HC+ G P + ++ G Sbjct 1 VIGGTNASPGEFPWQLSQQRQSGSWSHSCGASLLSSTSALSASHCVDGVLPNNIRVIAGL 60 Query 60 HDSSAASTVRQTHDVDSIFVNENYDPATLE--NDVSVIKTAVAITFDINVGPICAP-DPA 116 S S QT +VDS ++ENY T ND++++ A +I+ N+ P + Sbjct 61 WQQSDTSGT-QTANVDSYTMHENYGAGTASYSNDIAILHLATSISLGGNIQAAVLPANNN 119 Query 117 NDYVYRKSQCSGWGTINSGGVCCPAVLRYVTLNITTNAFCDAVYTS---DTIYDDMICAT 173 NDY SGWG + G P +L+ ++ + T A C A I+D+ IC Sbjct 120 NDYAGTTCVISGWGRTD-GTNNLPDILQKSSIPVITTAQCTAAMVGVGGANIWDNHICVQ 178 Query 174 DNTGMTDRDSCQGDSGGPLSVKDGSGIFSLVGIVSW----GIG-CASGYPGVYSRVGFHA 228 D G T +C GDSGGPL+ DG +VG+ SW G+G C YP VY+RV + Sbjct 179 DPAGNTG--ACNGDSGGPLNCPDGG--TRVVGVTSWVVSSGLGACLPDYPSVYTRVSAYL 234 Query 229 GWITD 233 GWI D Sbjct 235 GWIGD 239 Query= d3fsna_ Length=531 >d3fsna_ Length=531 Score = 1106 bits (2861), Expect = 0.0 Identities = 531/531 (100%), Positives = 531/531 (100%), Gaps = 0/531 (0%) Query 1 SQVEHPAGGYKKLFETVEELSSPLTAHVTGRIPLWLTGSLLRCGPGLFEVGSEPFYHLFD 60 SQVEHPAGGYKKLFETVEELSSPLTAHVTGRIPLWLTGSLLRCGPGLFEVGSEPFYHLFD Sbjct 1 SQVEHPAGGYKKLFETVEELSSPLTAHVTGRIPLWLTGSLLRCGPGLFEVGSEPFYHLFD 60 Query 61 GQALLHKFDFKEGHVTYHRRFIRTDAYVRAMTEKRIVITEFGTCAFPDPCKNIFSRFFSY 120 GQALLHKFDFKEGHVTYHRRFIRTDAYVRAMTEKRIVITEFGTCAFPDPCKNIFSRFFSY Sbjct 61 GQALLHKFDFKEGHVTYHRRFIRTDAYVRAMTEKRIVITEFGTCAFPDPCKNIFSRFFSY 120 Query 121 FRGVEVTDNALVNIYPVGEDYYACTETNFITKVNPETLETIKQVDLCNYVSVNGATAHPH 180 FRGVEVTDNALVNIYPVGEDYYACTETNFITKVNPETLETIKQVDLCNYVSVNGATAHPH Sbjct 121 FRGVEVTDNALVNIYPVGEDYYACTETNFITKVNPETLETIKQVDLCNYVSVNGATAHPH 180 Query 181 IENDGTVYNIGNCFGKNFSIAYNIVKIPPLQADKEDPISKSEIVVQFPCSDRFKPSYVHS 240 IENDGTVYNIGNCFGKNFSIAYNIVKIPPLQADKEDPISKSEIVVQFPCSDRFKPSYVHS Sbjct 181 IENDGTVYNIGNCFGKNFSIAYNIVKIPPLQADKEDPISKSEIVVQFPCSDRFKPSYVHS 240 Query 241 FGLTPNYIVFVETPVKINLFKFLSSWSLWGANYMDCFESNETMGVWLHIADKKRKKYINN 300 FGLTPNYIVFVETPVKINLFKFLSSWSLWGANYMDCFESNETMGVWLHIADKKRKKYINN Sbjct 241 FGLTPNYIVFVETPVKINLFKFLSSWSLWGANYMDCFESNETMGVWLHIADKKRKKYINN 300 Query 301 KYRTSPFNLFHHINTYEDHEFLIVDLCCWKGFEFVYNYLYLANLRENWEEVKKNARKAPQ 360 KYRTSPFNLFHHINTYEDHEFLIVDLCCWKGFEFVYNYLYLANLRENWEEVKKNARKAPQ Sbjct 301 KYRTSPFNLFHHINTYEDHEFLIVDLCCWKGFEFVYNYLYLANLRENWEEVKKNARKAPQ 360 Query 361 PEVRRYVLPLNIDKADTGKNLVTLPNTTATAILCSDETIWLEPEVLFSGPRQAFEFPQIN 420 PEVRRYVLPLNIDKADTGKNLVTLPNTTATAILCSDETIWLEPEVLFSGPRQAFEFPQIN Sbjct 361 PEVRRYVLPLNIDKADTGKNLVTLPNTTATAILCSDETIWLEPEVLFSGPRQAFEFPQIN 420 Query 421 YQKYGGKPYTYAYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSHPDALEED 480 YQKYGGKPYTYAYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSHPDALEED Sbjct 421 YQKYGGKPYTYAYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSHPDALEED 480 Query 481 DGVVLSVVVSPGAGQKPAYLLILNAKDLSEVARAEVEINIPVTFHGLFKKS 531 DGVVLSVVVSPGAGQKPAYLLILNAKDLSEVARAEVEINIPVTFHGLFKKS Sbjct 481 DGVVLSVVVSPGAGQKPAYLLILNAKDLSEVARAEVEINIPVTFHGLFKKS 531 Query= d4ou9a_ Length=481 >d4ou9a_ Length=481 Score = 1012 bits (2616), Expect = 0.0 Identities = 481/481 (100%), Positives = 481/481 (100%), Gaps = 0/481 (0%) Query 1 PSQRSYSPQDWLRGYQSQPQEWDYWVEDVEGSIPPDLQGTLYRNGPGLLEIGDRPLKHPF 60 PSQRSYSPQDWLRGYQSQPQEWDYWVEDVEGSIPPDLQGTLYRNGPGLLEIGDRPLKHPF Sbjct 1 PSQRSYSPQDWLRGYQSQPQEWDYWVEDVEGSIPPDLQGTLYRNGPGLLEIGDRPLKHPF 60 Query 61 DGDGMVTAFKFPGDGRVHFQSKFVRTQGYVEEQKAGKMIYRGVFGSQPAGGWLKTIFDLR 120 DGDGMVTAFKFPGDGRVHFQSKFVRTQGYVEEQKAGKMIYRGVFGSQPAGGWLKTIFDLR Sbjct 61 DGDGMVTAFKFPGDGRVHFQSKFVRTQGYVEEQKAGKMIYRGVFGSQPAGGWLKTIFDLR 120 Query 121 LKNIANTNITYWGDRLLALWEGGQPHRLEPSNLATIGLDDLGGILAEGQPLSAHPRIDPA 180 LKNIANTNITYWGDRLLALWEGGQPHRLEPSNLATIGLDDLGGILAEGQPLSAHPRIDPA Sbjct 121 LKNIANTNITYWGDRLLALWEGGQPHRLEPSNLATIGLDDLGGILAEGQPLSAHPRIDPA 180 Query 181 STFDGGQPCYVTFSIKSSLSSTLTLLELDPQGKLLRQKTETFPGFAFIHDFAITPHYAIF 240 STFDGGQPCYVTFSIKSSLSSTLTLLELDPQGKLLRQKTETFPGFAFIHDFAITPHYAIF Sbjct 181 STFDGGQPCYVTFSIKSSLSSTLTLLELDPQGKLLRQKTETFPGFAFIHDFAITPHYAIF 240 Query 241 LQNNVTLNGLPYLFGLRGAGECVQFHPDKPAQIILVPRDGGEIKRIPVQAGFVFHHANAF 300 LQNNVTLNGLPYLFGLRGAGECVQFHPDKPAQIILVPRDGGEIKRIPVQAGFVFHHANAF Sbjct 241 LQNNVTLNGLPYLFGLRGAGECVQFHPDKPAQIILVPRDGGEIKRIPVQAGFVFHHANAF 300 Query 301 EENGKIILDSICYNSLPQVDTDGDFRSTNFDNLDPGQLWRFTIDPAAATVEKQLMVSRCC 360 EENGKIILDSICYNSLPQVDTDGDFRSTNFDNLDPGQLWRFTIDPAAATVEKQLMVSRCC Sbjct 301 EENGKIILDSICYNSLPQVDTDGDFRSTNFDNLDPGQLWRFTIDPAAATVEKQLMVSRCC 360 Query 361 EFPVVHPQQVGRPYRYVYMGAAHHSTGNAPLQAILKVDLESGTETLRSFAPHGFAGEPIF 420 EFPVVHPQQVGRPYRYVYMGAAHHSTGNAPLQAILKVDLESGTETLRSFAPHGFAGEPIF Sbjct 361 EFPVVHPQQVGRPYRYVYMGAAHHSTGNAPLQAILKVDLESGTETLRSFAPHGFAGEPIF 420 Query 421 VPRPGGVAEDDGWLLCLIYKADLHRSELVILDAQDITAPAIATLKLKHHIPYPLHGSWAQ 480 VPRPGGVAEDDGWLLCLIYKADLHRSELVILDAQDITAPAIATLKLKHHIPYPLHGSWAQ Sbjct 421 VPRPGGVAEDDGWLLCLIYKADLHRSELVILDAQDITAPAIATLKLKHHIPYPLHGSWAQ 480 Query 481 T 481 T Sbjct 481 T 481 Query= d1ezga_ Length=82 >d1ezga_ Length=82 Score = 58.9 bits (141), Expect = 2.11e-15 Identities = 26/26 (100%), Positives = 26/26 (100%), Gaps = 0/26 (0%) Query 1 QCTGGADCTSCTGACTGCGNCPNAVT 26 QCTGGADCTSCTGACTGCGNCPNAVT Sbjct 1 QCTGGADCTSCTGACTGCGNCPNAVT 26 Query= d1oiha_ Length=288 >d1oiha_ Length=288 Score = 583 bits (1504), Expect = 1.92e-216 Identities = 288/288 (100%), Positives = 288/288 (100%), Gaps = 0/288 (0%) Query 1 LELDVHPVAGRIGAEIRGVKLSPDLDAATVEAIQAALVRHKVIFFRGQTHLDDQSQEGFA 60 LELDVHPVAGRIGAEIRGVKLSPDLDAATVEAIQAALVRHKVIFFRGQTHLDDQSQEGFA Sbjct 1 LELDVHPVAGRIGAEIRGVKLSPDLDAATVEAIQAALVRHKVIFFRGQTHLDDQSQEGFA 60 Query 61 KLLGEPVAHPTVPVVDGTRYLLQLDGAQGQRANSWHTDVTFVEAYPKASILRSVVAPASG 120 KLLGEPVAHPTVPVVDGTRYLLQLDGAQGQRANSWHTDVTFVEAYPKASILRSVVAPASG Sbjct 61 KLLGEPVAHPTVPVVDGTRYLLQLDGAQGQRANSWHTDVTFVEAYPKASILRSVVAPASG 120 Query 121 GDTVWANTAAAYQELPEPLRELADKLWAVHSNEYDYASLKPDIDPAKLERHRKVFTSTVY 180 GDTVWANTAAAYQELPEPLRELADKLWAVHSNEYDYASLKPDIDPAKLERHRKVFTSTVY Sbjct 121 GDTVWANTAAAYQELPEPLRELADKLWAVHSNEYDYASLKPDIDPAKLERHRKVFTSTVY 180 Query 181 ETEHPVVRVHPISGERALQLGHFVKRIKGYSLADSQHLFAVLQGHVTRLENTVRWRWEAG 240 ETEHPVVRVHPISGERALQLGHFVKRIKGYSLADSQHLFAVLQGHVTRLENTVRWRWEAG Sbjct 181 ETEHPVVRVHPISGERALQLGHFVKRIKGYSLADSQHLFAVLQGHVTRLENTVRWRWEAG 240 Query 241 DVAIWDNRATQHYAVDDYGTQPRIVRRVTLAGEVPVGVDGQLSRTTRK 288 DVAIWDNRATQHYAVDDYGTQPRIVRRVTLAGEVPVGVDGQLSRTTRK Sbjct 241 DVAIWDNRATQHYAVDDYGTQPRIVRRVTLAGEVPVGVDGQLSRTTRK 288 >d3pvja_ Length=275 Score = 191 bits (484), Expect = 1.02e-61 Identities = 110/276 (39%), Positives = 154/276 (55%), Gaps = 5/276 (1%) Query 3 LDVHPVAGRIGAEIRGVKLSPDLDAATVEAIQAALVRHKVIFFRGQTHLDDQSQEGFAKL 62 L + P++ +GA+I GV +S D+ A +AI+ AL++H+V+F R Q ++ + Q FA Sbjct 1 LTITPLSPALGAQISGVDISRDISAEERDAIEQALLQHQVLFLRDQP-INPEQQARFAAR 59 Query 63 LGEPVAHPTVPVVDGTRYLLQLDGAQGQ-RANS-WHTDVTFVEAYPKASILRSVVAPASG 120 G+ HP P V T +L LD A R N+ WHTDVTF+ ++L + PA G Sbjct 60 FGDLHIHPIYPNVPDTPQVLVLDTAVTDVRDNAVWHTDVTFLPTPALGAVLSAKQLPAYG 119 Query 121 GDTVWANTAAAYQELPEPLRELADKLWAVHSNEYDYASLKPDIDPAKLERHRKVFTSTVY 180 GDT+WA+ AA++ L PLRE+ D L A H + + P L R + Sbjct 120 GDTLWASGIAAFEALSAPLREMLDGLTATHDFTKSFPLERFGTTPQDLARWEATRRNNP- 178 Query 181 ETEHPVVRVHPISGERALQLGH-FVKRIKGYSLADSQHLFAVLQGHVTRLENTVRWRWEA 239 HPVVR HP+SG +AL + F RI S +S L +L H TR E ++RWRW+ Sbjct 179 PLSHPVVRTHPVSGRKALFVNEGFTTRINELSELESDALLRLLFAHATRPEFSIRWRWQE 238 Query 240 GDVAIWDNRATQHYAVDDYGTQPRIVRRVTLAGEVP 275 DVA WDNR TQH+AVDDY R++ R T+ G+ P Sbjct 239 NDVAFWDNRVTQHFAVDDYRPNRRVMHRATILGDAP 274 Query= d3pvja_ Length=275 >d3pvja_ Length=275 Score = 560 bits (1443), Expect = 1.40e-207 Identities = 275/275 (100%), Positives = 275/275 (100%), Gaps = 0/275 (0%) Query 1 LTITPLSPALGAQISGVDISRDISAEERDAIEQALLQHQVLFLRDQPINPEQQARFAARF 60 LTITPLSPALGAQISGVDISRDISAEERDAIEQALLQHQVLFLRDQPINPEQQARFAARF Sbjct 1 LTITPLSPALGAQISGVDISRDISAEERDAIEQALLQHQVLFLRDQPINPEQQARFAARF 60 Query 61 GDLHIHPIYPNVPDTPQVLVLDTAVTDVRDNAVWHTDVTFLPTPALGAVLSAKQLPAYGG 120 GDLHIHPIYPNVPDTPQVLVLDTAVTDVRDNAVWHTDVTFLPTPALGAVLSAKQLPAYGG Sbjct 61 GDLHIHPIYPNVPDTPQVLVLDTAVTDVRDNAVWHTDVTFLPTPALGAVLSAKQLPAYGG 120 Query 121 DTLWASGIAAFEALSAPLREMLDGLTATHDFTKSFPLERFGTTPQDLARWEATRRNNPPL 180 DTLWASGIAAFEALSAPLREMLDGLTATHDFTKSFPLERFGTTPQDLARWEATRRNNPPL Sbjct 121 DTLWASGIAAFEALSAPLREMLDGLTATHDFTKSFPLERFGTTPQDLARWEATRRNNPPL 180 Query 181 SHPVVRTHPVSGRKALFVNEGFTTRINELSELESDALLRLLFAHATRPEFSIRWRWQEND 240 SHPVVRTHPVSGRKALFVNEGFTTRINELSELESDALLRLLFAHATRPEFSIRWRWQEND Sbjct 181 SHPVVRTHPVSGRKALFVNEGFTTRINELSELESDALLRLLFAHATRPEFSIRWRWQEND 240 Query 241 VAFWDNRVTQHFAVDDYRPNRRVMHRATILGDAPF 275 VAFWDNRVTQHFAVDDYRPNRRVMHRATILGDAPF Sbjct 241 VAFWDNRVTQHFAVDDYRPNRRVMHRATILGDAPF 275 >d1oiha_ Length=288 Score = 189 bits (481), Expect = 2.74e-61 Identities = 110/276 (39%), Positives = 154/276 (55%), Gaps = 5/276 (1%) Query 1 LTITPLSPALGAQISGVDISRDISAEERDAIEQALLQHQVLFLRDQP-INPEQQARFAAR 59 L + P++ +GA+I GV +S D+ A +AI+ AL++H+V+F R Q ++ + Q FA Sbjct 3 LDVHPVAGRIGAEIRGVKLSPDLDAATVEAIQAALVRHKVIFFRGQTHLDDQSQEGFAKL 62 Query 60 FGDLHIHPIYPNVPDTPQVLVLDTAVTDVRDNAVWHTDVTFLPTPALGAVLSAKQLPAYG 119 G+ HP P V T +L LD A R N+ WHTDVTF+ ++L + PA G Sbjct 63 LGEPVAHPTVPVVDGTRYLLQLDGAQGQ-RANS-WHTDVTFVEAYPKASILRSVVAPASG 120 Query 120 GDTLWASGIAAFEALSAPLREMLDGLTATHDFTKSFPLERFGTTPQDLARWEATRRNNP- 178 GDT+WA+ AA++ L PLRE+ D L A H + + P L R + Sbjct 121 GDTVWANTAAAYQELPEPLRELADKLWAVHSNEYDYASLKPDIDPAKLERHRKVFTSTVY 180 Query 179 PLSHPVVRTHPVSGRKALFVNEGFTTRINELSELESDALLRLLFAHATRPEFSIRWRWQE 238 HPVVR HP+SG +AL + F RI S +S L +L H TR E ++RWRW+ Sbjct 181 ETEHPVVRVHPISGERALQLGH-FVKRIKGYSLADSQHLFAVLQGHVTRLENTVRWRWEA 239 Query 239 NDVAFWDNRVTQHFAVDDYRPNRRVMHRATILGDAP 274 DVA WDNR TQH+AVDDY R++ R T+ G+ P Sbjct 240 GDVAIWDNRATQHYAVDDYGTQPRIVRRVTLAGEVP 275 Query= d1f7da_ Length=118 >d1f7da_ Length=118 Score = 228 bits (582), Expect = 1.74e-81 Identities = 118/118 (100%), Positives = 118/118 (100%), Gaps = 0/118 (0%) Query 1 MIIEGDGILDKRSEDAGYDLLAAKEIHLLPGEVKVIPTGVKLMLPKGYWGLIIGKSSIGS 60 MIIEGDGILDKRSEDAGYDLLAAKEIHLLPGEVKVIPTGVKLMLPKGYWGLIIGKSSIGS Sbjct 1 MIIEGDGILDKRSEDAGYDLLAAKEIHLLPGEVKVIPTGVKLMLPKGYWGLIIGKSSIGS 60 Query 61 KGLDVLGGVIDEGYRGEIGVIMINVSRKSITLMERQKIAQLIILPCKHEVLEQGKVVM 118 KGLDVLGGVIDEGYRGEIGVIMINVSRKSITLMERQKIAQLIILPCKHEVLEQGKVVM Sbjct 61 KGLDVLGGVIDEGYRGEIGVIMINVSRKSITLMERQKIAQLIILPCKHEVLEQGKVVM 118 Query= d1sixa1 Length=144 >d1sixa1 Length=144 Score = 277 bits (709), Expect = 5.14e-100 Identities = 144/144 (100%), Positives = 144/144 (100%), Gaps = 0/144 (0%) Query 1 MSTTLAIVRLDPGLPLPSRAHDGDAGVDLYSAEDVELAPGRRALVRTGVAVAVPFGMVGL 60 MSTTLAIVRLDPGLPLPSRAHDGDAGVDLYSAEDVELAPGRRALVRTGVAVAVPFGMVGL Sbjct 1 MSTTLAIVRLDPGLPLPSRAHDGDAGVDLYSAEDVELAPGRRALVRTGVAVAVPFGMVGL 60 Query 61 VHPRSGLATRVGLSIVNSPGTIDAGYRGEIKVALINLDPAAPIVVHRGDRIAQLLVQRVE 120 VHPRSGLATRVGLSIVNSPGTIDAGYRGEIKVALINLDPAAPIVVHRGDRIAQLLVQRVE Sbjct 61 VHPRSGLATRVGLSIVNSPGTIDAGYRGEIKVALINLDPAAPIVVHRGDRIAQLLVQRVE 120 Query 121 LVELVEVSSFDEAGLASTSRGDGG 144 LVELVEVSSFDEAGLASTSRGDGG Sbjct 121 LVELVEVSSFDEAGLASTSRGDGG 144 Query= d1ml9a_ Length=284 >d1ml9a_ Length=284 Score = 593 bits (1530), Expect = 1.53e-220 Identities = 284/284 (100%), Positives = 284/284 (100%), Gaps = 0/284 (0%) Query 1 QLPISIVNREDDAFLNPNFRFIDHSIIGKNVPVADQSFRVGCSCASDEECMYSTCQCLDE 60 QLPISIVNREDDAFLNPNFRFIDHSIIGKNVPVADQSFRVGCSCASDEECMYSTCQCLDE Sbjct 1 QLPISIVNREDDAFLNPNFRFIDHSIIGKNVPVADQSFRVGCSCASDEECMYSTCQCLDE 60 Query 61 MAPDSDEEADPYTRKKRFAYYSQGAKKGLLRDRVLQSQEPIYECHQGCACSKDCPNRVVE 120 MAPDSDEEADPYTRKKRFAYYSQGAKKGLLRDRVLQSQEPIYECHQGCACSKDCPNRVVE Sbjct 61 MAPDSDEEADPYTRKKRFAYYSQGAKKGLLRDRVLQSQEPIYECHQGCACSKDCPNRVVE 120 Query 121 RGRTVPLQIFRTKDRGWGVKCPVNIKRGQFVDRYLGEIITSEEADRRRAESTIARRKDVY 180 RGRTVPLQIFRTKDRGWGVKCPVNIKRGQFVDRYLGEIITSEEADRRRAESTIARRKDVY Sbjct 121 RGRTVPLQIFRTKDRGWGVKCPVNIKRGQFVDRYLGEIITSEEADRRRAESTIARRKDVY 180 Query 181 LFALDKFSDPDSLDPLLAGQPLEVDGEYMSGPTRFINHSCDPNMAIFARVGDHADKHIHD 240 LFALDKFSDPDSLDPLLAGQPLEVDGEYMSGPTRFINHSCDPNMAIFARVGDHADKHIHD Sbjct 181 LFALDKFSDPDSLDPLLAGQPLEVDGEYMSGPTRFINHSCDPNMAIFARVGDHADKHIHD 240 Query 241 LALFAIKDIPKGTELTFDYVNGLTGLESDAHDPSKISEMTKCLC 284 LALFAIKDIPKGTELTFDYVNGLTGLESDAHDPSKISEMTKCLC Sbjct 241 LALFAIKDIPKGTELTFDYVNGLTGLESDAHDPSKISEMTKCLC 284 >d3hnaa1 Length=285 Score = 119 bits (297), Expect = 6.49e-34 Identities = 75/260 (28%), Positives = 118/260 (45%), Gaps = 38/260 (14%) Query 1 QLPISIVNREDDAFLNPNFRFIDHSIIGKNVPVADQSFRVGCSCASDEECMYSTCQCLDE 60 ++PI VN D N++++ + + + + D++ C ++C S C C Sbjct 39 RIPIPCVNAVDSEPCPSNYKYVSQNCVTSPMNI-DRNITHLQYCVCIDDCSSSNCMC--- 94 Query 61 MAPDSDEEADPYTRKKRFAYYSQGAKKGLLRDRVLQSQEP-IYECHQGCACSKDCPNRVV 119 + +Y K G L ++ P I+EC+ C+C ++C NRVV Sbjct 95 ------------GQLSMRCWYD---KDGRLLPEFNMAEPPLIFECNHACSCWRNCRNRVV 139 Query 120 ERGRTVPLQIFRTKDRGWGVKCPVNIKRGQFVDRYLGEIITSEEADRRRAESTIARRKDV 179 + G LQ++RT+D GWGV+ +I G FV Y+GE+I+ EAD R +D Sbjct 140 QNGLRARLQLYRTRDMGWGVRSLQDIPPGTFVCEYVGELISDSEAD--------VREEDS 191 Query 180 YLFALDKFSDPDSLDPLLAGQPLEVDGEYMSGPTRFINHSCDPNMAIFARVGDHADKHIH 239 YLF LD G+ +D + +RFINH C+PN+ H D Sbjct 192 YLFDLDNKD----------GEVYCIDARFYGNVSRFINHHCEPNLVPVRVFMAHQDLRFP 241 Query 240 DLALFAIKDIPKGTELTFDY 259 +A F+ + I G +L FDY Sbjct 242 RIAFFSTRLIEAGEQLGFDY 261 Query= d3hnaa1 Length=285 >d3hnaa1 Length=285 Score = 608 bits (1567), Expect = 3.76e-226 Identities = 285/285 (100%), Positives = 285/285 (100%), Gaps = 0/285 (0%) Query 1 NSQVWSALQMSKALQDSAPDRPSPVERIVSRDIARGYERIPIPCVNAVDSEPCPSNYKYV 60 NSQVWSALQMSKALQDSAPDRPSPVERIVSRDIARGYERIPIPCVNAVDSEPCPSNYKYV Sbjct 1 NSQVWSALQMSKALQDSAPDRPSPVERIVSRDIARGYERIPIPCVNAVDSEPCPSNYKYV 60 Query 61 SQNCVTSPMNIDRNITHLQYCVCIDDCSSSNCMCGQLSMRCWYDKDGRLLPEFNMAEPPL 120 SQNCVTSPMNIDRNITHLQYCVCIDDCSSSNCMCGQLSMRCWYDKDGRLLPEFNMAEPPL Sbjct 61 SQNCVTSPMNIDRNITHLQYCVCIDDCSSSNCMCGQLSMRCWYDKDGRLLPEFNMAEPPL 120 Query 121 IFECNHACSCWRNCRNRVVQNGLRARLQLYRTRDMGWGVRSLQDIPPGTFVCEYVGELIS 180 IFECNHACSCWRNCRNRVVQNGLRARLQLYRTRDMGWGVRSLQDIPPGTFVCEYVGELIS Sbjct 121 IFECNHACSCWRNCRNRVVQNGLRARLQLYRTRDMGWGVRSLQDIPPGTFVCEYVGELIS 180 Query 181 DSEADVREEDSYLFDLDNKDGEVYCIDARFYGNVSRFINHHCEPNLVPVRVFMAHQDLRF 240 DSEADVREEDSYLFDLDNKDGEVYCIDARFYGNVSRFINHHCEPNLVPVRVFMAHQDLRF Sbjct 181 DSEADVREEDSYLFDLDNKDGEVYCIDARFYGNVSRFINHHCEPNLVPVRVFMAHQDLRF 240 Query 241 PRIAFFSTRLIEAGEQLGFDYGERFWDIKGKLFSCRCGSPKCRHS 285 PRIAFFSTRLIEAGEQLGFDYGERFWDIKGKLFSCRCGSPKCRHS Sbjct 241 PRIAFFSTRLIEAGEQLGFDYGERFWDIKGKLFSCRCGSPKCRHS 285 >d1ml9a_ Length=284 Score = 110 bits (274), Expect = 1.41e-30 Identities = 75/260 (28%), Positives = 118/260 (45%), Gaps = 38/260 (14%) Query 39 RIPIPCVNAVDSEPCPSNYKYVSQNCVTSPMNI-DRNITHLQYCVCIDDCSSSNCMC--- 94 ++PI VN D N++++ + + + + D++ C ++C S C C Sbjct 1 QLPISIVNREDDAFLNPNFRFIDHSIIGKNVPVADQSFRVGCSCASDEECMYSTCQCLDE 60 Query 95 ------------GQLSMRCWYD---KDGRLLPEFNMAEPPLIFECNHACSCWRNCRNRVV 139 + +Y K G L ++ P I+EC+ C+C ++C NRVV Sbjct 61 MAPDSDEEADPYTRKKRFAYYSQGAKKGLLRDRVLQSQEP-IYECHQGCACSKDCPNRVV 119 Query 140 QNGLRARLQLYRTRDMGWGVRSLQDIPPGTFVCEYVGELISDSEAD--------VREEDS 191 + G LQ++RT+D GWGV+ +I G FV Y+GE+I+ EAD R +D Sbjct 120 ERGRTVPLQIFRTKDRGWGVKCPVNIKRGQFVDRYLGEIITSEEADRRRAESTIARRKDV 179 Query 192 YLFDLDNKD----------GEVYCIDARFYGNVSRFINHHCEPNLVPVRVFMAHQDLRFP 241 YLF LD G+ +D + +RFINH C+PN+ H D Sbjct 180 YLFALDKFSDPDSLDPLLAGQPLEVDGEYMSGPTRFINHSCDPNMAIFARVGDHADKHIH 239 Query 242 RIAFFSTRLIEAGEQLGFDY 261 +A F+ + I G +L FDY Sbjct 240 DLALFAIKDIPKGTELTFDY 259 Query= d2l2fa_ Length=108 >d2l2fa_ Length=108 Score = 226 bits (575), Expect = 9.70e-81 Identities = 108/108 (100%), Positives = 108/108 (100%), Gaps = 0/108 (0%) Query 1 MGNFHESSNNIWLEDGHILHAECGNGEGDYVESTLDLDYYIGNDDGSFSWGGENFSGSAS 60 MGNFHESSNNIWLEDGHILHAECGNGEGDYVESTLDLDYYIGNDDGSFSWGGENFSGSAS Sbjct 1 MGNFHESSNNIWLEDGHILHAECGNGEGDYVESTLDLDYYIGNDDGSFSWGGENFSGSAS 60 Query 61 NITLDIEGDDNIPVLRAELNPMDGDPVEANVNLSERIGNDCGTLIFLA 108 NITLDIEGDDNIPVLRAELNPMDGDPVEANVNLSERIGNDCGTLIFLA Sbjct 61 NITLDIEGDDNIPVLRAELNPMDGDPVEANVNLSERIGNDCGTLIFLA 108 Query= d2jzka_ Length=103 >d2jzka_ Length=103 Score = 219 bits (559), Expect = 1.85e-78 Identities = 103/103 (100%), Positives = 103/103 (100%), Gaps = 0/103 (0%) Query 1 MSYADSSRNAVLTNGGRTLRAECRNADGNWVTSELDLDTCIGNPNGFLGWGMQNFSHSSE 60 MSYADSSRNAVLTNGGRTLRAECRNADGNWVTSELDLDTCIGNPNGFLGWGMQNFSHSSE Sbjct 1 MSYADSSRNAVLTNGGRTLRAECRNADGNWVTSELDLDTCIGNPNGFLGWGMQNFSHSSE 60 Query 61 DIKLEEGGRKLTCRPKTVDGGFRERQGIDLNRIQNVNGRLVFQ 103 DIKLEEGGRKLTCRPKTVDGGFRERQGIDLNRIQNVNGRLVFQ Sbjct 61 DIKLEEGGRKLTCRPKTVDGGFRERQGIDLNRIQNVNGRLVFQ 103 Query= g1qqp.1 Length=290 >g1qqp.1 Length=290 Score = 574 bits (1479), Expect = 1.45e-212 Identities = 290/290 (100%), Positives = 290/290 (100%), Gaps = 0/290 (0%) Query 1 SGNTGSIINNYYMQQYQNSMDTQLGNDAISGGSNEGSTDTTSTHTTNTQNNDWFSKLASS 60 SGNTGSIINNYYMQQYQNSMDTQLGNDAISGGSNEGSTDTTSTHTTNTQNNDWFSKLASS Sbjct 1 SGNTGSIINNYYMQQYQNSMDTQLGNDAISGGSNEGSTDTTSTHTTNTQNNDWFSKLASS 60 Query 61 AFSGLFGALLAXDKKTEETTLLEDRILTTRNGHTTSTTQSSVGVTYGYATAEDFVSGPNT 120 AFSGLFGALLAXDKKTEETTLLEDRILTTRNGHTTSTTQSSVGVTYGYATAEDFVSGPNT Sbjct 61 AFSGLFGALLAXDKKTEETTLLEDRILTTRNGHTTSTTQSSVGVTYGYATAEDFVSGPNT 120 Query 121 SGLETRVVQAERFFKTHLFDWVTSDSFGRCHLLELPTDHKGVYGSLTDSYAYMRNGWDVE 180 SGLETRVVQAERFFKTHLFDWVTSDSFGRCHLLELPTDHKGVYGSLTDSYAYMRNGWDVE Sbjct 121 SGLETRVVQAERFFKTHLFDWVTSDSFGRCHLLELPTDHKGVYGSLTDSYAYMRNGWDVE 180 Query 181 VTAVGNQFNGGCLLVAMVPELCSIQKRELYQLTLFPHQFINPRTNMTAHITVPFVGVNRY 240 VTAVGNQFNGGCLLVAMVPELCSIQKRELYQLTLFPHQFINPRTNMTAHITVPFVGVNRY Sbjct 181 VTAVGNQFNGGCLLVAMVPELCSIQKRELYQLTLFPHQFINPRTNMTAHITVPFVGVNRY 240 Query 241 DQYKVHKPWTLVVMVVAPLTVNTEGAPQIKVYANIAPTNVHVAGEFPSKE 290 DQYKVHKPWTLVVMVVAPLTVNTEGAPQIKVYANIAPTNVHVAGEFPSKE Sbjct 241 DQYKVHKPWTLVVMVVAPLTVNTEGAPQIKVYANIAPTNVHVAGEFPSKE 290 >g1aym.1 Length=297 Score = 46.6 bits (109), Expect = 5.10e-08 Identities = 27/75 (36%), Positives = 38/75 (50%), Gaps = 8/75 (10%) Query 209 LYQLTLFPHQFINPRTNMTAHITVPFVGVNRYDQYKVHKPWTLVVMVVAPLTVNTEGAPQ 268 L L +FPHQFIN R+N +A + VP+V D H W+LV++ V L N Sbjct 215 LGNLLIFPHQFINLRSNNSATLIVPYVNAVPMDSMVRHNNWSLVIIPVCQLQSNN----- 269 Query 269 IKVYANIAPTNVHVA 283 +NI P V ++ Sbjct 270 ---ISNIVPITVSIS 281 Query= g1aym.1 Length=297 >g1aym.1 Length=297 Score = 601 bits (1550), Expect = 3.75e-223 Identities = 297/297 (100%), Positives = 297/297 (100%), Gaps = 0/297 (0%) Query 1 GAQVSRQNVGTHSTQNMVSNGSSLNYFNINYFKDAASSGASRLDXSDRIIQITRGDSTIT 60 GAQVSRQNVGTHSTQNMVSNGSSLNYFNINYFKDAASSGASRLDXSDRIIQITRGDSTIT Sbjct 1 GAQVSRQNVGTHSTQNMVSNGSSLNYFNINYFKDAASSGASRLDXSDRIIQITRGDSTIT 60 Query 61 SQDVANAVVGYGVWPHYLTPQDATAIDKPTQPDTSSNRFYTLDSKMWNSTSKGWWWKLPD 120 SQDVANAVVGYGVWPHYLTPQDATAIDKPTQPDTSSNRFYTLDSKMWNSTSKGWWWKLPD Sbjct 61 SQDVANAVVGYGVWPHYLTPQDATAIDKPTQPDTSSNRFYTLDSKMWNSTSKGWWWKLPD 120 Query 121 ALKDMGIFGENMFYHFLGRSGYTVHVQCNASKFHQGTLLVVMIPEHQLATVNKGNVNAGY 180 ALKDMGIFGENMFYHFLGRSGYTVHVQCNASKFHQGTLLVVMIPEHQLATVNKGNVNAGY Sbjct 121 ALKDMGIFGENMFYHFLGRSGYTVHVQCNASKFHQGTLLVVMIPEHQLATVNKGNVNAGY 180 Query 181 KYTHPGEAGREVGTQVENEKQPSDDNWLNFDGTLLGNLLIFPHQFINLRSNNSATLIVPY 240 KYTHPGEAGREVGTQVENEKQPSDDNWLNFDGTLLGNLLIFPHQFINLRSNNSATLIVPY Sbjct 181 KYTHPGEAGREVGTQVENEKQPSDDNWLNFDGTLLGNLLIFPHQFINLRSNNSATLIVPY 240 Query 241 VNAVPMDSMVRHNNWSLVIIPVCQLQSNNISNIVPITVSISPMCAEFSGARAKTVVQ 297 VNAVPMDSMVRHNNWSLVIIPVCQLQSNNISNIVPITVSISPMCAEFSGARAKTVVQ Sbjct 241 VNAVPMDSMVRHNNWSLVIIPVCQLQSNNISNIVPITVSISPMCAEFSGARAKTVVQ 297 >g1qqp.1 Length=290 Score = 47.0 bits (110), Expect = 3.91e-08 Identities = 26/72 (36%), Positives = 37/72 (51%), Gaps = 8/72 (11%) Query 218 LLIFPHQFINLRSNNSATLIVPYVNAVPMDSMVRHNNWSLVIIPVCQLQSNN-------- 269 L +FPHQFIN R+N +A + VP+V D H W+LV++ V L N Sbjct 212 LTLFPHQFINPRTNMTAHITVPFVGVNRYDQYKVHKPWTLVVMVVAPLTVNTEGAPQIKV 271 Query 270 ISNIVPITVSIS 281 +NI P V ++ Sbjct 272 YANIAPTNVHVA 283 Query= d4igha_ Length=363 >d4igha_ Length=363 Score = 712 bits (1839), Expect = 5.65e-265 Identities = 363/363 (100%), Positives = 363/363 (100%), Gaps = 0/363 (0%) Query 1 DERFYAEHLMPTLQGLLDPESAHRLAVRFTSLGLLPRARFQDSDMLEVRVLGHKFRNPVG 60 DERFYAEHLMPTLQGLLDPESAHRLAVRFTSLGLLPRARFQDSDMLEVRVLGHKFRNPVG Sbjct 1 DERFYAEHLMPTLQGLLDPESAHRLAVRFTSLGLLPRARFQDSDMLEVRVLGHKFRNPVG 60 Query 61 IAAGFDKHGEAVDGLYKMGFGFVEIGSVTPKPQEGNPRPRVFRLPEDQAVINRYGFNSHG 120 IAAGFDKHGEAVDGLYKMGFGFVEIGSVTPKPQEGNPRPRVFRLPEDQAVINRYGFNSHG Sbjct 61 IAAGFDKHGEAVDGLYKMGFGFVEIGSVTPKPQEGNPRPRVFRLPEDQAVINRYGFNSHG 120 Query 121 LSVVEHRLRARQQKQAKLTEDGLPLGVNLGKNKTSVDAAEDYAEGVRVLGPLADYLVVNV 180 LSVVEHRLRARQQKQAKLTEDGLPLGVNLGKNKTSVDAAEDYAEGVRVLGPLADYLVVNV Sbjct 121 LSVVEHRLRARQQKQAKLTEDGLPLGVNLGKNKTSVDAAEDYAEGVRVLGPLADYLVVNV 180 Query 181 SSPNTAGLRSLQGKAELRRLLTKVLQERDGLRRVHRPAVLVKIAPDLTSQDKEDIASVVK 240 SSPNTAGLRSLQGKAELRRLLTKVLQERDGLRRVHRPAVLVKIAPDLTSQDKEDIASVVK Sbjct 181 SSPNTAGLRSLQGKAELRRLLTKVLQERDGLRRVHRPAVLVKIAPDLTSQDKEDIASVVK 240 Query 241 ELGIDGLIVTNTTVSRPAGLQGALRSETGGLSGKPLRDLSTQTIREMYALTQGRVPIIGV 300 ELGIDGLIVTNTTVSRPAGLQGALRSETGGLSGKPLRDLSTQTIREMYALTQGRVPIIGV Sbjct 241 ELGIDGLIVTNTTVSRPAGLQGALRSETGGLSGKPLRDLSTQTIREMYALTQGRVPIIGV 300 Query 301 GGVSSGQDALEKIRAGASLVQLYTALTFWGPPVVGKVKRELEALLKEQGFGGVTDAIGAD 360 GGVSSGQDALEKIRAGASLVQLYTALTFWGPPVVGKVKRELEALLKEQGFGGVTDAIGAD Sbjct 301 GGVSSGQDALEKIRAGASLVQLYTALTFWGPPVVGKVKRELEALLKEQGFGGVTDAIGAD 360 Query 361 HRR 363 HRR Sbjct 361 HRR 363 >d6b8sa1 Length=346 Score = 194 bits (492), Expect = 4.73e-61 Identities = 120/316 (37%), Positives = 174/316 (55%), Gaps = 19/316 (6%) Query 46 LEVRVLGHKFRNPVGIAAGFDKHGEAVDGLYKMGFGFVEIGSVTPKPQEGNPRPRVFRLP 105 LE +LG F NP+G+AAGFDK+ + L GFG++E G++T + Q GN RPR+FR Sbjct 48 LENEILGLNFPNPLGLAAGFDKNASMLRALIAFGFGYLEAGTLTNEAQVGNERPRLFRHI 107 Query 106 EDQAVINRYGFNSHGLSVVEHRLRARQQKQAKLTEDGLPLGVNLGKNK--TSVDAAEDYA 163 E++++ N GFN++G +V+ R R P+G+NLGKNK A EDY Sbjct 108 EEESLQNAMGFNNYG-AVLGARSFNR------FAPYKTPIGINLGKNKHIEQAHALEDYK 160 Query 164 EGVRVLGPLADYLVVNVSSPNTAGLRSLQGKAELRRLLTKVLQERDGLRRVHRPAVLVKI 223 + + DY N+SSPNT LR LQ KA + L + H+P L KI Sbjct 161 AVLNQCLNIGDYYTFNLSSPNTPNLRDLQNKAFVNELFCMAKEM------THKPLFL-KI 213 Query 224 APDLTSQDKEDIASVVKELGIDGLIVTNTTVSRPAGLQGALRSETGGLSGKPLRDLSTQT 283 APDL D +I + E G G+I TNTT+ + E GGLSGK L S + Sbjct 214 APDLEIDDMLEIVNSAIEAGAHGIIATNTTIDKSLVFA---PKEMGGLSGKCLTKKSREV 270 Query 284 IREMYALTQGRVPIIGVGGVSSGQDALEKIRAGASLVQLYTALTFWGPPVVGKVKRELEA 343 +E+ + ++ VGG+S ++A E+I+ GASL+Q+Y+A + GP + + ++L Sbjct 271 FKELAKAFFNKSVLVSVGGISDAKEAYERIKMGASLLQIYSAFIYNGPNLCQNILKDLVK 330 Query 344 LLKEQGFGGVTDAIGA 359 LL++ GF V +AIGA Sbjct 331 LLQKDGFLSVKEAIGA 346 Query= d6b8sa1 Length=346 >d6b8sa1 Length=346 Score = 688 bits (1776), Expect = 6.01e-256 Identities = 346/346 (100%), Positives = 346/346 (100%), Gaps = 0/346 (0%) Query 1 YPLVKKYLFSLDAEDAHEKVCKILRTLSKSSFLCSLIHSQWGYKNPKLENEILGLNFPNP 60 YPLVKKYLFSLDAEDAHEKVCKILRTLSKSSFLCSLIHSQWGYKNPKLENEILGLNFPNP Sbjct 1 YPLVKKYLFSLDAEDAHEKVCKILRTLSKSSFLCSLIHSQWGYKNPKLENEILGLNFPNP 60 Query 61 LGLAAGFDKNASMLRALIAFGFGYLEAGTLTNEAQVGNERPRLFRHIEEESLQNAMGFNN 120 LGLAAGFDKNASMLRALIAFGFGYLEAGTLTNEAQVGNERPRLFRHIEEESLQNAMGFNN Sbjct 61 LGLAAGFDKNASMLRALIAFGFGYLEAGTLTNEAQVGNERPRLFRHIEEESLQNAMGFNN 120 Query 121 YGAVLGARSFNRFAPYKTPIGINLGKNKHIEQAHALEDYKAVLNQCLNIGDYYTFNLSSP 180 YGAVLGARSFNRFAPYKTPIGINLGKNKHIEQAHALEDYKAVLNQCLNIGDYYTFNLSSP Sbjct 121 YGAVLGARSFNRFAPYKTPIGINLGKNKHIEQAHALEDYKAVLNQCLNIGDYYTFNLSSP 180 Query 181 NTPNLRDLQNKAFVNELFCMAKEMTHKPLFLKIAPDLEIDDMLEIVNSAIEAGAHGIIAT 240 NTPNLRDLQNKAFVNELFCMAKEMTHKPLFLKIAPDLEIDDMLEIVNSAIEAGAHGIIAT Sbjct 181 NTPNLRDLQNKAFVNELFCMAKEMTHKPLFLKIAPDLEIDDMLEIVNSAIEAGAHGIIAT 240 Query 241 NTTIDKSLVFAPKEMGGLSGKCLTKKSREVFKELAKAFFNKSVLVSVGGISDAKEAYERI 300 NTTIDKSLVFAPKEMGGLSGKCLTKKSREVFKELAKAFFNKSVLVSVGGISDAKEAYERI Sbjct 241 NTTIDKSLVFAPKEMGGLSGKCLTKKSREVFKELAKAFFNKSVLVSVGGISDAKEAYERI 300 Query 301 KMGASLLQIYSAFIYNGPNLCQNILKDLVKLLQKDGFLSVKEAIGA 346 KMGASLLQIYSAFIYNGPNLCQNILKDLVKLLQKDGFLSVKEAIGA Sbjct 301 KMGASLLQIYSAFIYNGPNLCQNILKDLVKLLQKDGFLSVKEAIGA 346 >d4igha_ Length=363 Score = 191 bits (484), Expect = 6.93e-60 Identities = 120/316 (37%), Positives = 173/316 (54%), Gaps = 19/316 (6%) Query 48 LENEILGLNFPNPLGLAAGFDKNASMLRALIAFGFGYLEAGTLTNEAQVGNERPRLFRHI 107 LE +LG F NP+G+AAGFDK+ + L GFG++E G++T + Q GN RPR+FR Sbjct 46 LEVRVLGHKFRNPVGIAAGFDKHGEAVDGLYKMGFGFVEIGSVTPKPQEGNPRPRVFRLP 105 Query 108 EEESLQNAMGFNNYGAV-----LGARSFN--RFAPYKTPIGINLGKNKHIEQAHALEDYK 160 E++++ N GFN++G L AR + P+G+NLGKNK A EDY Sbjct 106 EDQAVINRYGFNSHGLSVVEHRLRARQQKQAKLTEDGLPLGVNLGKNK--TSVDAAEDYA 163 Query 161 AVLNQCLNIGDYYTFNLSSPNTPNLRDLQNKAFVNELFCMAKE------MTHKPLFL-KI 213 + + DY N+SSPNT LR LQ KA + L + H+P L KI Sbjct 164 EGVRVLGPLADYLVVNVSSPNTAGLRSLQGKAELRRLLTKVLQERDGLRRVHRPAVLVKI 223 Query 214 APDLEIDDMLEIVNSAIEAGAHGIIATNTTIDKSLVFAP---KEMGGLSGKCLTKKSREV 270 APDL D +I + E G G+I TNTT+ + E GGLSGK L S + Sbjct 224 APDLTSQDKEDIASVVKELGIDGLIVTNTTVSRPAGLQGALRSETGGLSGKPLRDLSTQT 283 Query 271 FKELAKAFFNKSVLVSVGGISDAKEAYERIKMGASLLQIYSAFIYNGPNLCQNILKDLVK 330 +E+ + ++ VGG+S ++A E+I+ GASL+Q+Y+A + GP + + ++L Sbjct 284 IREMYALTQGRVPIIGVGGVSSGQDALEKIRAGASLVQLYTALTFWGPPVVGKVKRELEA 343 Query 331 LLQKDGFLSVKEAIGA 346 LL++ GF V +AIGA Sbjct 344 LLKEQGFGGVTDAIGA 359 Query= d2ebna_ Length=285 >d2ebna_ Length=285 Score = 569 bits (1467), Expect = 6.65e-211 Identities = 285/285 (100%), Positives = 285/285 (100%), Gaps = 0/285 (0%) Query 1 TTKANIKLFSFTEVNDTNPLNNLNFTLKNSGKPLVDMVVLFSANINYDAANDKVFVSNNP 60 TTKANIKLFSFTEVNDTNPLNNLNFTLKNSGKPLVDMVVLFSANINYDAANDKVFVSNNP Sbjct 1 TTKANIKLFSFTEVNDTNPLNNLNFTLKNSGKPLVDMVVLFSANINYDAANDKVFVSNNP 60 Query 61 NVQHLLTNRAKYLKPLQDKGIKVILSILGNHDRSGIANLSTARAKAFAQELKNTCDLYNL 120 NVQHLLTNRAKYLKPLQDKGIKVILSILGNHDRSGIANLSTARAKAFAQELKNTCDLYNL Sbjct 61 NVQHLLTNRAKYLKPLQDKGIKVILSILGNHDRSGIANLSTARAKAFAQELKNTCDLYNL 120 Query 121 DGVFFDDEYSAYQTPPPSGFVTPSNNAAARLAYETKQAMPNKLVTVYVYSRTSSFPTAVD 180 DGVFFDDEYSAYQTPPPSGFVTPSNNAAARLAYETKQAMPNKLVTVYVYSRTSSFPTAVD Sbjct 121 DGVFFDDEYSAYQTPPPSGFVTPSNNAAARLAYETKQAMPNKLVTVYVYSRTSSFPTAVD 180 Query 181 GVNAGSYVDYAIHDYGGSYDLATNYPGLAKSGMVMSSQEFNQGRYATAQALRNIVTKGYG 240 GVNAGSYVDYAIHDYGGSYDLATNYPGLAKSGMVMSSQEFNQGRYATAQALRNIVTKGYG Sbjct 181 GVNAGSYVDYAIHDYGGSYDLATNYPGLAKSGMVMSSQEFNQGRYATAQALRNIVTKGYG 240 Query 241 GHMIFAMDPNRSNFTSGQLPALKLIAKELYGDELVYSNTPYSKDW 285 GHMIFAMDPNRSNFTSGQLPALKLIAKELYGDELVYSNTPYSKDW Sbjct 241 GHMIFAMDPNRSNFTSGQLPALKLIAKELYGDELVYSNTPYSKDW 285 >d1edta_ Length=265 Score = 138 bits (347), Expect = 1.91e-41 Identities = 92/271 (33%), Positives = 142/271 (52%), Gaps = 20/271 (7%) Query 10 SFTEVNDTNPLNNLNFTLKNSGKPLVDMVVLFSANINYDAANDKVFVSNNPNVQHLLTNR 69 ++ EVN+ + LN +TL + G D+ V+F+ANINYD ++ N NVQ +L N Sbjct 8 AYVEVNNNSMLNVGKYTLADGGGNAFDVAVIFAANINYDTGTKTAYLHFNENVQRVLDNA 67 Query 70 AKYLKPLQDKGIKVILSILGNHDRSGIANL-STARAKAFAQELKNTCDLYNLDGVFFDDE 128 ++PLQ +GIKV+LS+LGNH +G AN S A AFA++L + Y LDGV FDDE Sbjct 68 VTQIRPLQQQGIKVLLSVLGNHQGAGFANFPSQQAASAFAKQLSDAVAKYGLDGVDFDDE 127 Query 129 YSAYQTPPPSGFVTPSNNAAARLAYETKQAMPNKLVTVYVYSRTSSFPTAVDGVNAGSYV 188 Y+ Y +G P++++ L + MP+K++++Y +S + GV+ Sbjct 128 YAEYGN---NGTAQPNDSSFVHLVTALRANMPDKIISLYNIGPAAS-RLSYGGVDVSDKF 183 Query 189 DYAIHDYGGSYDLATNYPGLAKSGMVMSSQEFNQGRYA---TAQALRNIVTKGYGGHMIF 245 DYA + Y G++ + PG+A +S GR + A R V +GYG ++ + Sbjct 184 DYAWNPYYGTWQV----PGIALPKAQLSPAAVEIGRTSRSTVADLARRTVDEGYGVYLTY 239 Query 246 AMDPNRSNFTSGQLPA-LKLIAKELYGDELV 275 +D G A + +ELYG E V Sbjct 240 NLD-------GGDRTADVSAFTRELYGSEAV 263 Query= d1edta_ Length=265 >d1edta_ Length=265 Score = 527 bits (1358), Expect = 5.86e-195 Identities = 265/265 (100%), Positives = 265/265 (100%), Gaps = 0/265 (0%) Query 1 KQGPTSVAYVEVNNNSMLNVGKYTLADGGGNAFDVAVIFAANINYDTGTKTAYLHFNENV 60 KQGPTSVAYVEVNNNSMLNVGKYTLADGGGNAFDVAVIFAANINYDTGTKTAYLHFNENV Sbjct 1 KQGPTSVAYVEVNNNSMLNVGKYTLADGGGNAFDVAVIFAANINYDTGTKTAYLHFNENV 60 Query 61 QRVLDNAVTQIRPLQQQGIKVLLSVLGNHQGAGFANFPSQQAASAFAKQLSDAVAKYGLD 120 QRVLDNAVTQIRPLQQQGIKVLLSVLGNHQGAGFANFPSQQAASAFAKQLSDAVAKYGLD Sbjct 61 QRVLDNAVTQIRPLQQQGIKVLLSVLGNHQGAGFANFPSQQAASAFAKQLSDAVAKYGLD 120 Query 121 GVDFDDEYAEYGNNGTAQPNDSSFVHLVTALRANMPDKIISLYNIGPAASRLSYGGVDVS 180 GVDFDDEYAEYGNNGTAQPNDSSFVHLVTALRANMPDKIISLYNIGPAASRLSYGGVDVS Sbjct 121 GVDFDDEYAEYGNNGTAQPNDSSFVHLVTALRANMPDKIISLYNIGPAASRLSYGGVDVS 180 Query 181 DKFDYAWNPYYGTWQVPGIALPKAQLSPAAVEIGRTSRSTVADLARRTVDEGYGVYLTYN 240 DKFDYAWNPYYGTWQVPGIALPKAQLSPAAVEIGRTSRSTVADLARRTVDEGYGVYLTYN Sbjct 181 DKFDYAWNPYYGTWQVPGIALPKAQLSPAAVEIGRTSRSTVADLARRTVDEGYGVYLTYN 240 Query 241 LDGGDRTADVSAFTRELYGSEAVRT 265 LDGGDRTADVSAFTRELYGSEAVRT Sbjct 241 LDGGDRTADVSAFTRELYGSEAVRT 265 >d2ebna_ Length=285 Score = 139 bits (349), Expect = 8.98e-42 Identities = 91/271 (33%), Positives = 143/271 (52%), Gaps = 20/271 (7%) Query 8 AYVEVNNNSMLNVGKYTLADGGGNAFDVAVIFAANINYDTGTKTAYLHFNENVQRVLDNA 67 ++ EVN+ + LN +TL + G D+ V+F+ANINYD ++ N NVQ +L N Sbjct 10 SFTEVNDTNPLNNLNFTLKNSGKPLVDMVVLFSANINYDAANDKVFVSNNPNVQHLLTNR 69 Query 68 VTQIRPLQQQGIKVLLSVLGNHQGAGFANFPSQQAASAFAKQLSDAVAKYGLDGVDFDDE 127 ++PLQ +GIKV+LS+LGNH +G AN + +A AFA++L + Y LDGV FDDE Sbjct 70 AKYLKPLQDKGIKVILSILGNHDRSGIANLSTARA-KAFAQELKNTCDLYNLDGVFFDDE 128 Query 128 YAEYGN---NGTAQPNDSSFVHLVTALRANMPDKIISLYNIGPAAS-RLSYGGVDVSDKF 183 Y+ Y +G P++++ L + MP+K++++Y +S + GV+ Sbjct 129 YSAYQTPPPSGFVTPSNNAAARLAYETKQAMPNKLVTVYVYSRTSSFPTAVDGVNAGSYV 188 Query 184 DYAWNPYYGTWQV----PGIALPKAQLSPAAVEIGRTSRSTVADLARRTVDEGYGVYLTY 239 DYA + Y G++ + PG+A +S GR + A R V +GYG ++ + Sbjct 189 DYAIHDYGGSYDLATNYPGLAKSGMVMSSQEFNQGRYA---TAQALRNIVTKGYGGHMIF 245 Query 240 NLD-------GGDRTADVSAFTRELYGSEAV 263 +D G A + +ELYG E V Sbjct 246 AMDPNRSNFTSGQLPA-LKLIAKELYGDELV 275 Query= d4aqla2 Length=313 >d4aqla2 Length=313 Score = 614 bits (1584), Expect = 8.54e-228 Identities = 313/313 (100%), Positives = 313/313 (100%), Gaps = 0/313 (0%) Query 1 PGLVDTHIHASQYSFAGSSIDLPLLEWLTKYTFPAEHRFQNIDFAEEVYTRVVRRTLKNG 60 PGLVDTHIHASQYSFAGSSIDLPLLEWLTKYTFPAEHRFQNIDFAEEVYTRVVRRTLKNG Sbjct 1 PGLVDTHIHASQYSFAGSSIDLPLLEWLTKYTFPAEHRFQNIDFAEEVYTRVVRRTLKNG 60 Query 61 TTTACYFATIHTDSSLLLADITDKFGQRAFVGKVCMDLNDTFPEYKETTEESIKETERFV 120 TTTACYFATIHTDSSLLLADITDKFGQRAFVGKVCMDLNDTFPEYKETTEESIKETERFV Sbjct 61 TTTACYFATIHTDSSLLLADITDKFGQRAFVGKVCMDLNDTFPEYKETTEESIKETERFV 120 Query 121 SEMLQKNYSRVKPIVTPRFSLSCSETLMGELGNIAKTRDLHIQSHISENRDEVEAVKNLY 180 SEMLQKNYSRVKPIVTPRFSLSCSETLMGELGNIAKTRDLHIQSHISENRDEVEAVKNLY Sbjct 121 SEMLQKNYSRVKPIVTPRFSLSCSETLMGELGNIAKTRDLHIQSHISENRDEVEAVKNLY 180 Query 181 PSYKNYTSVYDKNNLLTNKTVMAHGCYLSAEELNVFHERGASIAHCPNSNLSLSSGFLNV 240 PSYKNYTSVYDKNNLLTNKTVMAHGCYLSAEELNVFHERGASIAHCPNSNLSLSSGFLNV Sbjct 181 PSYKNYTSVYDKNNLLTNKTVMAHGCYLSAEELNVFHERGASIAHCPNSNLSLSSGFLNV 240 Query 241 LEVLKHEVKIGLGTDVAGGYSYSMLDAIRRAVMVSNILLINKVNEKSLTLKEVFRLATLG 300 LEVLKHEVKIGLGTDVAGGYSYSMLDAIRRAVMVSNILLINKVNEKSLTLKEVFRLATLG Sbjct 241 LEVLKHEVKIGLGTDVAGGYSYSMLDAIRRAVMVSNILLINKVNEKSLTLKEVFRLATLG 300 Query 301 GSQALGLDGEIGN 313 GSQALGLDGEIGN Sbjct 301 GSQALGLDGEIGN 313 Query= d2paja2 Length=336 >d2paja2 Length=336 Score = 667 bits (1721), Expect = 6.67e-248 Identities = 336/336 (100%), Positives = 336/336 (100%), Gaps = 0/336 (0%) Query 1 PAWVNTHHHLFQSLLKGEPAGLDATLTPWLAATPYRFRALFDERRFRLAARIGLIELARS 60 PAWVNTHHHLFQSLLKGEPAGLDATLTPWLAATPYRFRALFDERRFRLAARIGLIELARS Sbjct 1 PAWVNTHHHLFQSLLKGEPAGLDATLTPWLAATPYRFRALFDERRFRLAARIGLIELARS 60 Query 61 GCATVADHNYVYYPGMPFDSSAILFEEAEKLGLRFVLLRGGATQTRQLEADLPTALRPET 120 GCATVADHNYVYYPGMPFDSSAILFEEAEKLGLRFVLLRGGATQTRQLEADLPTALRPET Sbjct 61 GCATVADHNYVYYPGMPFDSSAILFEEAEKLGLRFVLLRGGATQTRQLEADLPTALRPET 120 Query 121 LDAYVADIERLAARYHDASPRAMRRVVMAPTTVLYSISPREMRETAAVARRLGLRMHSHL 180 LDAYVADIERLAARYHDASPRAMRRVVMAPTTVLYSISPREMRETAAVARRLGLRMHSHL Sbjct 121 LDAYVADIERLAARYHDASPRAMRRVVMAPTTVLYSISPREMRETAAVARRLGLRMHSHL 180 Query 181 SETVGYQDSAYSMYGKSPVAFCGEHDWLGSDVWYAHLVKVDADEIALLAQTGTGVAHCPQ 240 SETVGYQDSAYSMYGKSPVAFCGEHDWLGSDVWYAHLVKVDADEIALLAQTGTGVAHCPQ Sbjct 181 SETVGYQDSAYSMYGKSPVAFCGEHDWLGSDVWYAHLVKVDADEIALLAQTGTGVAHCPQ 240 Query 241 SNGRLGSGICPVREMADAGVPVSIGVDGAASNEAADMISEVHMTWLAQRARLGMLAQPAY 300 SNGRLGSGICPVREMADAGVPVSIGVDGAASNEAADMISEVHMTWLAQRARLGMLAQPAY Sbjct 241 SNGRLGSGICPVREMADAGVPVSIGVDGAASNEAADMISEVHMTWLAQRARLGMLAQPAY 300 Query 301 RGGSFEGGAGAASIAEVIHWGTAGGARVMGLDEVGK 336 RGGSFEGGAGAASIAEVIHWGTAGGARVMGLDEVGK Sbjct 301 RGGSFEGGAGAASIAEVIHWGTAGGARVMGLDEVGK 336 Query= d2vhla2 Length=301 >d2vhla2 Length=301 Score = 595 bits (1533), Expect = 2.00e-220 Identities = 301/301 (100%), Positives = 301/301 (100%), Gaps = 0/301 (0%) Query 1 GMIDIHIHGGYGADTMDASFSTLDIMSSRLPEEGTTSFLATTITQEHGNISQALVNAREW 60 GMIDIHIHGGYGADTMDASFSTLDIMSSRLPEEGTTSFLATTITQEHGNISQALVNAREW Sbjct 1 GMIDIHIHGGYGADTMDASFSTLDIMSSRLPEEGTTSFLATTITQEHGNISQALVNAREW 60 Query 61 KAAEESSLLGAELLGIHLEGPFVSPKRAGAQPKEWIRPSDVELFKKWQQEAGGLIKIVTL 120 KAAEESSLLGAELLGIHLEGPFVSPKRAGAQPKEWIRPSDVELFKKWQQEAGGLIKIVTL Sbjct 61 KAAEESSLLGAELLGIHLEGPFVSPKRAGAQPKEWIRPSDVELFKKWQQEAGGLIKIVTL 120 Query 121 APEEDQHFELIRHLKDESIIASMGHTDADSALLSDAAKAGASHMTHLYNAMSPFHHREPG 180 APEEDQHFELIRHLKDESIIASMGHTDADSALLSDAAKAGASHMTHLYNAMSPFHHREPG Sbjct 121 APEEDQHFELIRHLKDESIIASMGHTDADSALLSDAAKAGASHMTHLYNAMSPFHHREPG 180 Query 181 VIGTALAHDGFVTELIADGIHSHPLAAKLAFLAKGSSKLILITDSMRAKGLKDGVYEFGG 240 VIGTALAHDGFVTELIADGIHSHPLAAKLAFLAKGSSKLILITDSMRAKGLKDGVYEFGG Sbjct 181 VIGTALAHDGFVTELIADGIHSHPLAAKLAFLAKGSSKLILITDSMRAKGLKDGVYEFGG 240 Query 241 QSVTVRGRTALLSDGTLAGSILKMNEGARHMREFTNCSWTDIANITSENAAKQLGIFDRK 300 QSVTVRGRTALLSDGTLAGSILKMNEGARHMREFTNCSWTDIANITSENAAKQLGIFDRK Sbjct 241 QSVTVRGRTALLSDGTLAGSILKMNEGARHMREFTNCSWTDIANITSENAAKQLGIFDRK 300 Query 301 G 301 G Sbjct 301 G 301 >d1o12a2 Length=288 Score = 187 bits (474), Expect = 7.08e-60 Identities = 114/300 (38%), Positives = 165/300 (55%), Gaps = 14/300 (4%) Query 1 GMIDIHIHGGYGADTMDASFSTLDIMSSRLPEEGTTSFLATTITQEHGNISQALVNAREW 60 G +D HIHG GADTM+ FS ++ L +G T+FLATT++ + + L AR++ Sbjct 1 GFVDPHIHGVVGADTMNCDFSEMEEF---LYSQGVTTFLATTVSTSLEKMKEILRKARDY 57 Query 61 KAAEESSLLGAELLGIHLEGPFVSPKRAGAQPKEWIRP-SDVELFKKWQQEAGGLIKIVT 119 S+ LLG+HLEGP++S ++ GA ++ IRP S+ EL E K++T Sbjct 58 ILENPST----SLLGVHLEGPYISKEKKGAHSEKHIRPPSEREL-----SEIDSPAKMLT 108 Query 120 LAPEEDQHFELIRHLKDESIIASMGHTDADSALLSDAAKAGASHMTHLYNAMSPFHHREP 179 APE + EL+ L I+ S GH+ A K G +TH N + P HHRE Sbjct 109 FAPEIESS-ELLLRLVKRDIVLSAGHSIATFEEFMKFYKEGVKRITHFPNGLKPLHHREI 167 Query 180 GVIGTALAHDGFVTELIADGIHSHPLAAKLAFLAKGSSKLILITDSMRAKGLKDGVYEFG 239 G+ G L D ELI DG+H KL + K ++ ++L+TDS+ A GLKDG G Sbjct 168 GITGAGLLLDDVKLELICDGVHLSREMVKLVYKVKKANGIVLVTDSISAAGLKDGTTTLG 227 Query 240 GQSVTVRGRTALLSDGTLAGSILKMNEGARHMREFTNCSWTDIANITSENAAKQLGIFDR 299 V V+ L DGTLAGS L ++ ++ R+FT CS T++A ++S N+ +LG+ DR Sbjct 228 DLVVKVKDGVPRLEDGTLAGSTLFFSQAVKNFRKFTGCSITELAKVSSYNSCVELGLDDR 287 Query= d1o12a2 Length=288 >d1o12a2 Length=288 Score = 564 bits (1454), Expect = 8.05e-209 Identities = 288/288 (100%), Positives = 288/288 (100%), Gaps = 0/288 (0%) Query 1 GFVDPHIHGVVGADTMNCDFSEMEEFLYSQGVTTFLATTVSTSLEKMKEILRKARDYILE 60 GFVDPHIHGVVGADTMNCDFSEMEEFLYSQGVTTFLATTVSTSLEKMKEILRKARDYILE Sbjct 1 GFVDPHIHGVVGADTMNCDFSEMEEFLYSQGVTTFLATTVSTSLEKMKEILRKARDYILE 60 Query 61 NPSTSLLGVHLEGPYISKEKKGAHSEKHIRPPSERELSEIDSPAKMLTFAPEIESSELLL 120 NPSTSLLGVHLEGPYISKEKKGAHSEKHIRPPSERELSEIDSPAKMLTFAPEIESSELLL Sbjct 61 NPSTSLLGVHLEGPYISKEKKGAHSEKHIRPPSERELSEIDSPAKMLTFAPEIESSELLL 120 Query 121 RLVKRDIVLSAGHSIATFEEFMKFYKEGVKRITHFPNGLKPLHHREIGITGAGLLLDDVK 180 RLVKRDIVLSAGHSIATFEEFMKFYKEGVKRITHFPNGLKPLHHREIGITGAGLLLDDVK Sbjct 121 RLVKRDIVLSAGHSIATFEEFMKFYKEGVKRITHFPNGLKPLHHREIGITGAGLLLDDVK 180 Query 181 LELICDGVHLSREMVKLVYKVKKANGIVLVTDSISAAGLKDGTTTLGDLVVKVKDGVPRL 240 LELICDGVHLSREMVKLVYKVKKANGIVLVTDSISAAGLKDGTTTLGDLVVKVKDGVPRL Sbjct 181 LELICDGVHLSREMVKLVYKVKKANGIVLVTDSISAAGLKDGTTTLGDLVVKVKDGVPRL 240 Query 241 EDGTLAGSTLFFSQAVKNFRKFTGCSITELAKVSSYNSCVELGLDDRG 288 EDGTLAGSTLFFSQAVKNFRKFTGCSITELAKVSSYNSCVELGLDDRG Sbjct 241 EDGTLAGSTLFFSQAVKNFRKFTGCSITELAKVSSYNSCVELGLDDRG 288 >d2vhla2 Length=301 Score = 188 bits (477), Expect = 2.41e-60 Identities = 115/300 (38%), Positives = 164/300 (54%), Gaps = 14/300 (4%) Query 1 GFVDPHIHGVVGADTMNCDFSE---MEEFLYSQGVTTFLATTVSTSLEKMKEILRKARDY 57 G +D HIHG GADTM+ FS M L +G T+FLATT++ + + L AR++ Sbjct 1 GMIDIHIHGGYGADTMDASFSTLDIMSSRLPEEGTTSFLATTITQEHGNISQALVNAREW 60 Query 58 ILENPST----SLLGVHLEGPYISKEKKGAHSEKHIRPPSEREL-----SEIDSPAKMLT 108 S+ LLG+HLEGP++S ++ GA ++ IRP S+ EL E K++T Sbjct 61 KAAEESSLLGAELLGIHLEGPFVSPKRAGAQPKEWIRP-SDVELFKKWQQEAGGLIKIVT 119 Query 109 FAPEIESS-ELLLRLVKRDIVLSAGHSIATFEEFMKFYKEGVKRITHFPNGLKPLHHREI 167 APE + EL+ L I+ S GH+ A K G +TH N + P HHRE Sbjct 120 LAPEEDQHFELIRHLKDESIIASMGHTDADSALLSDAAKAGASHMTHLYNAMSPFHHREP 179 Query 168 GITGAGLLLDDVKLELICDGVHLSREMVKLVYKVKKANGIVLVTDSISAAGLKDGTTTLG 227 G+ G L D ELI DG+H KL + K ++ ++L+TDS+ A GLKDG G Sbjct 180 GVIGTALAHDGFVTELIADGIHSHPLAAKLAFLAKGSSKLILITDSMRAKGLKDGVYEFG 239 Query 228 DLVVKVKDGVPRLEDGTLAGSTLFFSQAVKNFRKFTGCSITELAKVSSYNSCVELGLDDR 287 V V+ L DGTLAGS L ++ ++ R+FT CS T++A ++S N+ +LG+ DR Sbjct 240 GQSVTVRGRTALLSDGTLAGSILKMNEGARHMREFTNCSWTDIANITSENAAKQLGIFDR 299 Query= d4hcha2 Length=256 >d4hcha2 Length=256 Score = 550 bits (1417), Expect = 2.93e-204 Identities = 256/256 (100%), Positives = 256/256 (100%), Gaps = 0/256 (0%) Query 1 YRDKVLAYGSIMCGDELEGGLATPEDYGRFAETLVKRGYKGIKLHTWMPPVSWAPDVKMD 60 YRDKVLAYGSIMCGDELEGGLATPEDYGRFAETLVKRGYKGIKLHTWMPPVSWAPDVKMD Sbjct 1 YRDKVLAYGSIMCGDELEGGLATPEDYGRFAETLVKRGYKGIKLHTWMPPVSWAPDVKMD 60 Query 61 LKACAAVREAVGPDIRLMIDAFHWYSRTDALALGRGLEKLGFDWIEEPMDEQSLSSYKWL 120 LKACAAVREAVGPDIRLMIDAFHWYSRTDALALGRGLEKLGFDWIEEPMDEQSLSSYKWL Sbjct 61 LKACAAVREAVGPDIRLMIDAFHWYSRTDALALGRGLEKLGFDWIEEPMDEQSLSSYKWL 120 Query 121 SDNLDIPVVGPESAAGKHWHRAEWIKAGACDILRTGVNDVGGITPALKTMHLAEAFGMEC 180 SDNLDIPVVGPESAAGKHWHRAEWIKAGACDILRTGVNDVGGITPALKTMHLAEAFGMEC Sbjct 121 SDNLDIPVVGPESAAGKHWHRAEWIKAGACDILRTGVNDVGGITPALKTMHLAEAFGMEC 180 Query 181 EVHGNTAMNLHVVAATKNCRWYERGLLHPFLEYDDGHDYLKSLSDPMDRDGFVHVPDRPG 240 EVHGNTAMNLHVVAATKNCRWYERGLLHPFLEYDDGHDYLKSLSDPMDRDGFVHVPDRPG Sbjct 181 EVHGNTAMNLHVVAATKNCRWYERGLLHPFLEYDDGHDYLKSLSDPMDRDGFVHVPDRPG 240 Query 241 LGEDIDFTFIDNNRVR 256 LGEDIDFTFIDNNRVR Sbjct 241 LGEDIDFTFIDNNRVR 256 >d4hpna2 Length=255 Score = 104 bits (259), Expect = 5.81e-29 Identities = 71/199 (35%), Positives = 102/199 (51%), Gaps = 14/199 (7%) Query 57 VKMDLKACAAVREAVGPDIRLMIDAFHWYSRTDALALGRGLEKLGFDWIEEPMDEQSLSS 116 V+ DL+ AAVREA+GPD+RLMIDA H Y+ T+A+ LG G DW EEP+ + L + Sbjct 48 VEEDLRVIAAVREAIGPDMRLMIDANHGYTVTEAITLGDRAAGFGIDWFEEPVVPEQLDA 107 Query 117 YKWLSDNLDIPVVGPESAAGKH--WHRAEWIKAGACDILRTGVNDVGGITPALKTMHLAE 174 Y + IPV G E+ G++ W + AGA DIL+ + GG + K LA Sbjct 108 YARVRAGQPIPVAGGETWHGRYGMWQA---LSAGAVDILQPDLCGCGGFSEIQKIATLAT 164 Query 175 AFGMECEVHG-----NTAMNLHVVAATKNCRWYERGLLHPFLEYDDGHDYLKS--LSDPM 227 G+ H A L +AA + P +E+D H+ + L +P+ Sbjct 165 LHGVRIVPHVWGTGVQIAAALQFMAAMTPDP-VRVNPIEPIMEFDRTHNPFRQAVLREPL 223 Query 228 DR-DGFVHVPDRPGLGEDI 245 + +G V +PD PGLG +I Sbjct 224 EAVNGVVTIPDGPGLGIEI 242 Query= d4hpna2 Length=255 >d4hpna2 Length=255 Score = 520 bits (1339), Expect = 2.13e-192 Identities = 255/255 (100%), Positives = 255/255 (100%), Gaps = 0/255 (0%) Query 1 RWRESVRAYATGSFKRDNVDRVSDNASEMAERRAEGFHACKIKIGFGVEEDLRVIAAVRE 60 RWRESVRAYATGSFKRDNVDRVSDNASEMAERRAEGFHACKIKIGFGVEEDLRVIAAVRE Sbjct 1 RWRESVRAYATGSFKRDNVDRVSDNASEMAERRAEGFHACKIKIGFGVEEDLRVIAAVRE 60 Query 61 AIGPDMRLMIDANHGYTVTEAITLGDRAAGFGIDWFEEPVVPEQLDAYARVRAGQPIPVA 120 AIGPDMRLMIDANHGYTVTEAITLGDRAAGFGIDWFEEPVVPEQLDAYARVRAGQPIPVA Sbjct 61 AIGPDMRLMIDANHGYTVTEAITLGDRAAGFGIDWFEEPVVPEQLDAYARVRAGQPIPVA 120 Query 121 GGETWHGRYGMWQALSAGAVDILQPDLCGCGGFSEIQKIATLATLHGVRIVPHVWGTGVQ 180 GGETWHGRYGMWQALSAGAVDILQPDLCGCGGFSEIQKIATLATLHGVRIVPHVWGTGVQ Sbjct 121 GGETWHGRYGMWQALSAGAVDILQPDLCGCGGFSEIQKIATLATLHGVRIVPHVWGTGVQ 180 Query 181 IAAALQFMAAMTPDPVRVNPIEPIMEFDRTHNPFRQAVLREPLEAVNGVVTIPDGPGLGI 240 IAAALQFMAAMTPDPVRVNPIEPIMEFDRTHNPFRQAVLREPLEAVNGVVTIPDGPGLGI Sbjct 181 IAAALQFMAAMTPDPVRVNPIEPIMEFDRTHNPFRQAVLREPLEAVNGVVTIPDGPGLGI 240 Query 241 EINRDALTEFRMPDP 255 EINRDALTEFRMPDP Sbjct 241 EINRDALTEFRMPDP 255 >d4hcha2 Length=256 Score = 100 bits (250), Expect = 1.17e-27 Identities = 72/209 (34%), Positives = 106/209 (50%), Gaps = 14/209 (6%) Query 48 VEEDLRVIAAVREAIGPDMRLMIDANHGYTVTEAITLGDRAAGFGIDWFEEPVVPEQLDA 107 V+ DL+ AAVREA+GPD+RLMIDA H Y+ T+A+ LG G DW EEP+ + L + Sbjct 57 VKMDLKACAAVREAVGPDIRLMIDAFHWYSRTDALALGRGLEKLGFDWIEEPMDEQSLSS 116 Query 108 YARVRAGQPIPVAGGETWHGRYGMWQA---LSAGAVDILQPDLCGCGGFSEIQKIATLAT 164 Y + IPV G E+ G++ W + AGA DIL+ + GG + K LA Sbjct 117 YKWLSDNLDIPVVGPESAAGKH--WHRAEWIKAGACDILRTGVNDVGGITPALKTMHLAE 174 Query 165 LHGVRIVPHVWGTGVQIAAALQFMAAMTPDP-VRVNPIEPIMEFDRTHNPFRQAVLREPL 223 G+ H A L +AA + P +E+D H+ + L +P+ Sbjct 175 AFGMECEVHG-----NTAMNLHVVAATKNCRWYERGLLHPFLEYDDGHDYLKS--LSDPM 227 Query 224 EAVNGVVTIPDGPGLGIEINRDALTEFRM 252 + +G V +PD PGLG +I+ + R+ Sbjct 228 DR-DGFVHVPDRPGLGEDIDFTFIDNNRV 255 >d2p8ba2 Length=244 Score = 89.0 bits (219), Expect = 2.72e-23 Identities = 66/230 (28%), Positives = 108/230 (46%), Gaps = 15/230 (6%) Query 26 ASEMAERRAEGFHACKIKIGFGVEEDLRVIAAVREAIGPDMRLMIDANHGYTVTEAITLG 85 A E A +G+ + K+K+G V+ED++ I AVRE +G D+ + +D N G+ + Sbjct 21 AEEAASMIQKGYQSFKMKVGTNVKEDVKRIEAVRERVGNDIAIRVDVNQGWKNSANTLTA 80 Query 86 DRAAG-FGIDWFEEPVVPEQLDAYARVRAGQPIPVAGGETWHGRYGMWQALSAGAVDILQ 144 R+ G IDW E+PV+ + +DA A +R+ +P+ E M Q + A D + Sbjct 81 LRSLGHLNIDWIEQPVIADDIDAMAHIRSKTDLPLMIDEGLKSSREMRQIIKLEAADKVN 140 Query 145 PDLCGCGGFSEIQKIATLATLHGVRIVPHVWGTGVQ--IAAALQFMAAMTPDPVRVNPIE 202 L CGG K+A A + G+ G+ V+ +A++ F A + + + Sbjct 141 IKLMKCGGIYPAVKLAHQAEMAGIECQV---GSMVESSVASSAGFHVAFSKKIITSVELT 197 Query 203 PIMEFDRTHNPFRQAVLREPLEAVNGVVTIPDGPGLGIEINRDALTEFRM 252 ++F + V P +N + PGLGIEIN D L E + Sbjct 198 GPLKFTKDIGNLHYDV---PFIRLN------EKPGLGIEINEDTLQELTV 238 Query= d4kema2 Length=249 >d4kema2 Length=249 Score = 521 bits (1342), Expect = 4.66e-193 Identities = 249/249 (100%), Positives = 249/249 (100%), Gaps = 0/249 (0%) Query 1 VADDGVWVYAAGGYYYPGKDVKALQDEMRSYRDRGYRVVKMKIGGAPLAEDLRRIDAVLE 60 VADDGVWVYAAGGYYYPGKDVKALQDEMRSYRDRGYRVVKMKIGGAPLAEDLRRIDAVLE Sbjct 1 VADDGVWVYAAGGYYYPGKDVKALQDEMRSYRDRGYRVVKMKIGGAPLAEDLRRIDAVLE 60 Query 61 VVGSGDNLCVDANGRFDIDTAIAYGEALKPYGLFWYEEAGDPLDYALQAELAKHYDRPMA 120 VVGSGDNLCVDANGRFDIDTAIAYGEALKPYGLFWYEEAGDPLDYALQAELAKHYDRPMA Sbjct 61 VVGSGDNLCVDANGRFDIDTAIAYGEALKPYGLFWYEEAGDPLDYALQAELAKHYDRPMA 120 Query 121 TGENLFSHQDARNLIRHGGMRPDRDWLQFDCALSYGLVEYLRTLDMLKENGWSSRRVVPH 180 TGENLFSHQDARNLIRHGGMRPDRDWLQFDCALSYGLVEYLRTLDMLKENGWSSRRVVPH Sbjct 121 TGENLFSHQDARNLIRHGGMRPDRDWLQFDCALSYGLVEYLRTLDMLKENGWSSRRVVPH 180 Query 181 GGHQMSLNIAAGLHLGGNESYPDVFKPFCGFADGIAVEDGRVRLPDLPGVGFEAKSELFA 240 GGHQMSLNIAAGLHLGGNESYPDVFKPFCGFADGIAVEDGRVRLPDLPGVGFEAKSELFA Sbjct 181 GGHQMSLNIAAGLHLGGNESYPDVFKPFCGFADGIAVEDGRVRLPDLPGVGFEAKSELFA 240 Query 241 TMSGLLGTR 249 TMSGLLGTR Sbjct 241 TMSGLLGTR 249 Query= d2p8ba2 Length=244 >d2p8ba2 Length=244 Score = 474 bits (1220), Expect = 1.27e-174 Identities = 244/244 (100%), Positives = 244/244 (100%), Gaps = 0/244 (0%) Query 1 RYHEEFPVTHVLSIADPENMAEEAASMIQKGYQSFKMKVGTNVKEDVKRIEAVRERVGND 60 RYHEEFPVTHVLSIADPENMAEEAASMIQKGYQSFKMKVGTNVKEDVKRIEAVRERVGND Sbjct 1 RYHEEFPVTHVLSIADPENMAEEAASMIQKGYQSFKMKVGTNVKEDVKRIEAVRERVGND 60 Query 61 IAIRVDVNQGWKNSANTLTALRSLGHLNIDWIEQPVIADDIDAMAHIRSKTDLPLMIDEG 120 IAIRVDVNQGWKNSANTLTALRSLGHLNIDWIEQPVIADDIDAMAHIRSKTDLPLMIDEG Sbjct 61 IAIRVDVNQGWKNSANTLTALRSLGHLNIDWIEQPVIADDIDAMAHIRSKTDLPLMIDEG 120 Query 121 LKSSREMRQIIKLEAADKVNIKLMKCGGIYPAVKLAHQAEMAGIECQVGSMVESSVASSA 180 LKSSREMRQIIKLEAADKVNIKLMKCGGIYPAVKLAHQAEMAGIECQVGSMVESSVASSA Sbjct 121 LKSSREMRQIIKLEAADKVNIKLMKCGGIYPAVKLAHQAEMAGIECQVGSMVESSVASSA 180 Query 181 GFHVAFSKKIITSVELTGPLKFTKDIGNLHYDVPFIRLNEKPGLGIEINEDTLQELTVFQ 240 GFHVAFSKKIITSVELTGPLKFTKDIGNLHYDVPFIRLNEKPGLGIEINEDTLQELTVFQ Sbjct 181 GFHVAFSKKIITSVELTGPLKFTKDIGNLHYDVPFIRLNEKPGLGIEINEDTLQELTVFQ 240 Query 241 DIVR 244 DIVR Sbjct 241 DIVR 244 >d4hpna2 Length=255 Score = 84.3 bits (207), Expect = 1.34e-21 Identities = 66/227 (29%), Positives = 107/227 (47%), Gaps = 15/227 (6%) Query 21 AEEAASMIQKGYQSFKMKVGTNVKEDVKRIEAVRERVGNDIAIRVDVNQGWKNSANTLTA 80 A E A +G+ + K+K+G V+ED++ I AVRE +G D+ + +D N G+ + Sbjct 26 ASEMAERRAEGFHACKIKIGFGVEEDLRVIAAVREAIGPDMRLMIDANHGYTVTEAITLG 85 Query 81 LRSLGHLNIDWIEQPVIADDIDAMAHIRSKTDLPLMIDEGLKSSREMRQIIKLEAADKVN 140 R+ G IDW E+PV+ + +DA A +R+ +P+ E M Q + A D + Sbjct 86 DRAAG-FGIDWFEEPVVPEQLDAYARVRAGQPIPVAGGETWHGRYGMWQALSAGAVDILQ 144 Query 141 IKLMKCGGIYPAVKLAHQAEMAGIECQV---GSMVESSVASSAGFHVAFSKKIITSVELT 197 L CGG K+A A + G+ G+ V+ +A++ F A + + + Sbjct 145 PDLCGCGGFSEIQKIATLATLHGVRIVPHVWGTGVQ--IAAALQFMAAMTPDPVRVNPIE 202 Query 198 GPLKFTKDIGNLHYDV---PFIRLN------EKPGLGIEINEDTLQE 235 ++F + V P +N + PGLGIEIN D L E Sbjct 203 PIMEFDRTHNPFRQAVLREPLEAVNGVVTIPDGPGLGIEINRDALTE 249 Query= d1yb1a_ Length=244 >d1yb1a_ Length=244 Score = 483 bits (1243), Expect = 3.94e-178 Identities = 244/244 (100%), Positives = 244/244 (100%), Gaps = 0/244 (0%) Query 1 RRKSVTGEIVLITGAGHGIGRLTAYEFAKLKSKLVLWDINKHGLEETAAKCKGLGAKVHT 60 RRKSVTGEIVLITGAGHGIGRLTAYEFAKLKSKLVLWDINKHGLEETAAKCKGLGAKVHT Sbjct 1 RRKSVTGEIVLITGAGHGIGRLTAYEFAKLKSKLVLWDINKHGLEETAAKCKGLGAKVHT 60 Query 61 FVVDCSNREDIYSSAKKVKAEIGDVSILVNNAGVVYTSDLFATQDPQIEKTFEVNVLAHF 120 FVVDCSNREDIYSSAKKVKAEIGDVSILVNNAGVVYTSDLFATQDPQIEKTFEVNVLAHF Sbjct 61 FVVDCSNREDIYSSAKKVKAEIGDVSILVNNAGVVYTSDLFATQDPQIEKTFEVNVLAHF 120 Query 121 WTTKAFLPAMTKNNHGHIVTVASAAGHVSVPFLLAYCSSKFAAVGFHKTLTDELAALQIT 180 WTTKAFLPAMTKNNHGHIVTVASAAGHVSVPFLLAYCSSKFAAVGFHKTLTDELAALQIT Sbjct 121 WTTKAFLPAMTKNNHGHIVTVASAAGHVSVPFLLAYCSSKFAAVGFHKTLTDELAALQIT 180 Query 181 GVKTTCLCPNFVNTGFIKNPSTSLGPTLEPEEVVNRLMHGILTEQKMIFIPSSIAFLTTL 240 GVKTTCLCPNFVNTGFIKNPSTSLGPTLEPEEVVNRLMHGILTEQKMIFIPSSIAFLTTL Sbjct 181 GVKTTCLCPNFVNTGFIKNPSTSLGPTLEPEEVVNRLMHGILTEQKMIFIPSSIAFLTTL 240 Query 241 ERIL 244 ERIL Sbjct 241 ERIL 244 Query= d1fmca_ Length=255 >d1fmca_ Length=255 Score = 493 bits (1268), Expect = 1.42e-181 Identities = 255/255 (100%), Positives = 255/255 (100%), Gaps = 0/255 (0%) Query 1 MFNSDNLRLDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGG 60 MFNSDNLRLDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGG Sbjct 1 MFNSDNLRLDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGG 60 Query 61 QAFACRCDITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFDMPMADFRRAYELNVF 120 QAFACRCDITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFDMPMADFRRAYELNVF Sbjct 61 QAFACRCDITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFDMPMADFRRAYELNVF 120 Query 121 SFFHLSQLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEK 180 SFFHLSQLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEK Sbjct 121 SFFHLSQLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEK 180 Query 181 NIRVNGIAPGAILTDALKSVITPEIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVS 240 NIRVNGIAPGAILTDALKSVITPEIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVS Sbjct 181 NIRVNGIAPGAILTDALKSVITPEIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVS 240 Query 241 GQILTVSGGGVQELN 255 GQILTVSGGGVQELN Sbjct 241 GQILTVSGGGVQELN 255 >d1geea_ Length=261 Score = 126 bits (316), Expect = 2.84e-37 Identities = 82/245 (33%), Positives = 135/245 (55%), Gaps = 4/245 (1%) Query 9 LDGKCAIITGAGAGIGKEIAITFATAGASVVVS-DINADAANHVVDEIQQLGGQAFACRC 67 L+GK +ITG+ G+GK +AI FAT A VVV+ D AN V++EI+++GG+A A + Sbjct 5 LEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKG 64 Query 68 DITSEQELSALADFAISKLGKVDILVNNAGGGGP-KPFDMPMADFRRAYELNVF-SFFHL 125 D+T E ++ L AI + GK+D+++NNAG P +M ++D+ + + N+ +F Sbjct 65 DVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLGS 124 Query 126 SQLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVN 185 + + +E + G ++ ++S+ + YA+SK + +A + K IRVN Sbjct 125 REAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVN 184 Query 186 GIAPGAILTDA-LKSVITPEIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVSGQIL 244 I PGAI T + PE + P+ +G+P++IA A +L S AS+V+G L Sbjct 185 NIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTGITL 244 Query 245 TVSGG 249 GG Sbjct 245 FADGG 249 >d4trra_ Length=261 Score = 116 bits (291), Expect = 1.36e-33 Identities = 81/254 (31%), Positives = 135/254 (53%), Gaps = 13/254 (5%) Query 9 LDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGGQAFACRCD 68 L+GK A++TGA +GIGKEIA+ A AGA+V ++D+N D AN V DEI + GG+A D Sbjct 4 LNGKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGVAMD 63 Query 69 ITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFD-MPMADFRRAYELNVFSFFHLSQ 127 +T+E+ ++ D G VDILV+NAG P + AD+++ ++V F ++ Sbjct 64 VTNEEAVNTGIDKVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDGAFLTTK 123 Query 128 LVAPEMEKNG-GGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVNG 186 M K+ GGV++ + S+ + + ++Y ++K L R +A + + N+R + Sbjct 124 AALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKHNVRSHV 183 Query 187 IAPGAILTDALKSVITPE-----------IEQKMLQHTPIRRLGQPQDIANAALFLCSPA 235 + PG + T + I + I++ ML +T QD+A LFL + Sbjct 184 VCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVLFLSAFP 243 Query 236 ASWVSGQILTVSGG 249 ++ ++GQ VS G Sbjct 244 SAALTGQSFIVSHG 257 >d1gega_ Length=255 Score = 115 bits (288), Expect = 3.28e-33 Identities = 79/250 (31%), Positives = 116/250 (46%), Gaps = 12/250 (4%) Query 12 KCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGGQAFACRCDITS 71 K A++TGAG GIGK IA+ G +V ++D N A V EI Q GG A A + D++ Sbjct 2 KVALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVSD 61 Query 72 EQELSALADFAISKLGKVDILVNNAGGGGPKPFDMPMADF-RRAYELNVFSFFHLSQLVA 130 ++ A + A LG D++VNNAG P + + + Y +NV Q Sbjct 62 RDQVFAAVEQARKTLGGFDVIVNNAGVAPSTPIESITPEIVDKVYNINVKGVIWGIQAAV 121 Query 131 PEMEKNG-GGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVNGIAP 189 +K G GG I+ S A N + Y+SSK A L + A DL I VNG P Sbjct 122 EAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYCP 181 Query 190 GAILTDALKSVITPEIEQ----------KMLQHTPIRRLGQPQDIANAALFLCSPAASWV 239 G + T + E + + + RL +P+D+A +L SP + ++ Sbjct 182 GIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRITLGRLSEPEDVAACVSYLASPDSDYM 241 Query 240 SGQILTVSGG 249 +GQ L + GG Sbjct 242 TGQSLLIDGG 251 >d4bmna1 Length=249 Score = 100 bits (249), Expect = 1.42e-27 Identities = 77/248 (31%), Positives = 122/248 (49%), Gaps = 11/248 (4%) Query 8 RLDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGGQAFACRC 67 RL K A+ITG +GIG A F GA V + EI G A + Sbjct 3 RLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEI---GRNVTAVKA 59 Query 68 DITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFD-MPMADFRRAYELNVFSFFHLS 126 D+T ++L L + G +D+L N+G K + + + R +++NV Sbjct 60 DVTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTV 119 Query 127 QLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVNG 186 Q P + ++GG VILT + + T Y+++KAA L R +L ++IRVN Sbjct 120 QKALPLL-RDGGSVILTSSVAGVLGLQAHDT-YSAAKAAVRSLARTWTTELKGRSIRVNA 177 Query 187 IAPGAILTDALKSVITP-----EIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVSG 241 ++PGAI T +++ ++ E+ K TP+ R+G+P+++A A LFL S +S+V+G Sbjct 178 VSPGAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAG 237 Query 242 QILTVSGG 249 L V GG Sbjct 238 IELFVDGG 245 Query= d1uzma1 Length=237 >d1uzma1 Length=237 Score = 447 bits (1150), Expect = 3.47e-164 Identities = 237/237 (100%), Positives = 237/237 (100%), Gaps = 0/237 (0%) Query 1 AKPPFVSRSVLVTGGNRGIGLAIAQRLAADGHKVAVTHRGSGAPKGLFGVEVDVTDSDAV 60 AKPPFVSRSVLVTGGNRGIGLAIAQRLAADGHKVAVTHRGSGAPKGLFGVEVDVTDSDAV Sbjct 1 AKPPFVSRSVLVTGGNRGIGLAIAQRLAADGHKVAVTHRGSGAPKGLFGVEVDVTDSDAV 60 Query 61 DRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQRASRSMQ 120 DRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQRASRSMQ Sbjct 61 DRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQRASRSMQ 120 Query 121 RNKFGRMIFIGSVSGLWGIGNQANYAASKAGVIGMARSIARELSKANVTANVVAPGYIDT 180 RNKFGRMIFIGSVSGLWGIGNQANYAASKAGVIGMARSIARELSKANVTANVVAPGYIDT Sbjct 121 RNKFGRMIFIGSVSGLWGIGNQANYAASKAGVIGMARSIARELSKANVTANVVAPGYIDT 180 Query 181 DMTRALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGAVIPVDGGMGM 237 DMTRALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGAVIPVDGGMGM Sbjct 181 DMTRALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGAVIPVDGGMGM 237 >d2b4qa_ Length=256 Score = 104 bits (260), Expect = 2.61e-29 Identities = 85/247 (34%), Positives = 123/247 (49%), Gaps = 17/247 (6%) Query 5 FVSRSVLVTGGNRGIGLAIAQRLAADGHKVAVTHRGSGAPK------GLFG----VEVDV 54 R LVTGG+RGIG IAQ L G +V + R + A +G + D+ Sbjct 7 LAGRIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQAIPADL 66 Query 55 TDSDAVDRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQR 114 + R A+ E +++LV+NAG S A L +EKV+ N+T F Q+ Sbjct 67 SSEAGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSVFSCIQQ 126 Query 115 A----SRSMQRNKFGRMIFIGSVSGLWGIGNQAN-YAASKAGVIGMARSIARELSKANVT 169 RS R+I IGSV+G+ +G QA Y SKA + ++R +A+EL ++ Sbjct 127 LLPLLRRSASAENPARVINIGSVAGISAMGEQAYAYGPSKAALHQLSRMLAKELVGEHIN 186 Query 170 ANVVAPGYIDTDMTR--ALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGA 227 NV+APG + MTR A D + + IP R G P E+A + LA +Y++G Sbjct 187 VNVIAPGRFPSRMTRHIANDPQALEADSASIPMGRWGRPEEMAALAISLAGTAGAYMTGN 246 Query 228 VIPVDGG 234 VIP+DGG Sbjct 247 VIPIDGG 253 >d1geea_ Length=261 Score = 94.0 bits (232), Expect = 3.34e-25 Identities = 75/242 (30%), Positives = 122/242 (50%), Gaps = 17/242 (7%) Query 10 VLVTGGNRGIGLAIAQRLAADGHKVAVTHRGSGAPKG------------LFGVEVDVT-D 56 V++TG + G+G ++A R A + KV V +R V+ DVT + Sbjct 10 VVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKGDVTVE 69 Query 57 SDAVDRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQRAS 116 SD ++ +A++E G ++V+++NAGL M+ + KVI+ NLTGAF ++ A Sbjct 70 SDVINLVQSAIKEF-GKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLGSREAI 128 Query 117 RSMQRNKF-GRMIFIGSVSGLWGIGNQANYAASKAGVIGMARSIARELSKANVTANVVAP 175 + N G +I + SV +YAASK G+ M ++A E + + N + P Sbjct 129 KYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVNNIGP 188 Query 176 GYIDTDMT--RALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGAVIPVDG 233 G I+T + + D + IP +G P E+A V ++LAS +ASY++G + DG Sbjct 189 GAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTGITLFADG 248 Query 234 GM 235 GM Sbjct 249 GM 250 Query= d1r66a_ Length=322 >d1r66a_ Length=322 Score = 661 bits (1705), Expect = 6.15e-246 Identities = 322/322 (100%), Positives = 322/322 (100%), Gaps = 0/322 (0%) Query 1 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLTYAGNRANLAPVDADPRLRFV 60 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLTYAGNRANLAPVDADPRLRFV Sbjct 1 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLTYAGNRANLAPVDADPRLRFV 60 Query 61 HGDIRDAGLLARELRGVDAIVHFAAESHVDRSIAGASVFTETNVQGTQTLLQCAVDAGVG 120 HGDIRDAGLLARELRGVDAIVHFAAESHVDRSIAGASVFTETNVQGTQTLLQCAVDAGVG Sbjct 61 HGDIRDAGLLARELRGVDAIVHFAAESHVDRSIAGASVFTETNVQGTQTLLQCAVDAGVG 120 Query 121 RVVHVSTDEVYGSIDSGSWTESSPLEPNSPYAASKAGSDLVARAYHRTYGLDVRITRCCN 180 RVVHVSTDEVYGSIDSGSWTESSPLEPNSPYAASKAGSDLVARAYHRTYGLDVRITRCCN Sbjct 121 RVVHVSTDEVYGSIDSGSWTESSPLEPNSPYAASKAGSDLVARAYHRTYGLDVRITRCCN 180 Query 181 NYGPYQHPEKLIPLFVTNLLDGGTLPLYGDGANVREWVHTDDHCRGIALVLAGGRAGEIY 240 NYGPYQHPEKLIPLFVTNLLDGGTLPLYGDGANVREWVHTDDHCRGIALVLAGGRAGEIY Sbjct 181 NYGPYQHPEKLIPLFVTNLLDGGTLPLYGDGANVREWVHTDDHCRGIALVLAGGRAGEIY 240 Query 241 HIGGGLELTNRELTGILLDSLGADWSSVRKVADRKGHDLRYSLDGGKIERELGYRPQVSF 300 HIGGGLELTNRELTGILLDSLGADWSSVRKVADRKGHDLRYSLDGGKIERELGYRPQVSF Sbjct 241 HIGGGLELTNRELTGILLDSLGADWSSVRKVADRKGHDLRYSLDGGKIERELGYRPQVSF 300 Query 301 ADGLARTVRWYRENRGWWEPLK 322 ADGLARTVRWYRENRGWWEPLK Sbjct 301 ADGLARTVRWYRENRGWWEPLK 322 >d4zrma_ Length=308 Score = 139 bits (351), Expect = 3.71e-41 Identities = 103/320 (32%), Positives = 163/320 (50%), Gaps = 21/320 (6%) Query 1 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLTYAGNRANLAPVDADPRLRFV 60 M +LVTGGAGFIGSH V +L+ Y VIV+D+L+ +G NL + F Sbjct 1 MNILVTGGAGFIGSHVVDKLIENGYG------VIVVDNLS-SGKVENL-----NRNALFY 48 Query 61 HGDIRDAGLLAR--ELRGVDAIVHFAAESHVDRSIAGASVFTETNVQGTQTLLQCAVDAG 118 I D ++ R L + + H AA++ V S+ + +TN+ G+ LL+ ++ G Sbjct 49 EQSIEDEEMMERIFSLHRPEYVFHLAAQASVAISVREPARDAKTNIIGSLVLLEKSIKYG 108 Query 119 VGRVVHVSTD-EVYG-SIDSGSWTESSPLEPNSPYAASKAGSDLVARAYHRTYGLDVRIT 176 V + + ST +YG ++ E+ P SPY +K +++ + R YGL + Sbjct 109 VKKFIFSSTGGAIYGENVKVFPTPETEIPHPISPYGIAKYSTEMYLEFFAREYGLKYTVL 168 Query 177 RCCNNYGPYQHP---EKLIPLFVTNLLDGGTLPLYGDGANVREWVHTDDHCRGIALVLAG 233 R N YGP Q P ++ +F +L G + ++GDG VR++V+ DD R L + Sbjct 169 RYANVYGPRQDPYGEAGVVAIFTERMLRGEEVHIFGDGEYVRDYVYVDDVVRANLLAMEK 228 Query 234 GRAGEIYHIGGGLELTNRELTGILLDSLGADWSSVRKVADRKGHDLRYSLDGGKIERELG 293 G E+++IG G T +L +L + G D V K RKG + LD K + +LG Sbjct 229 GD-NEVFNIGTGRGTTVNQLFKLLKEITGYDKEPVYKPP-RKGDVRKSILDYTKAKEKLG 286 Query 294 YRPQVSFADGLARTVRWYRE 313 + P+VS +GL TV ++R+ Sbjct 287 WEPKVSLEEGLKLTVEYFRK 306 >d1gy8a_ Length=383 Score = 70.9 bits (172), Expect = 8.67e-16 Identities = 68/237 (28%), Positives = 102/237 (43%), Gaps = 43/237 (18%) Query 1 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLT-------YAGNRANLA---- 49 MR+LV GGAG+IGSHFVR LL V+++DSL + R N+A Sbjct 3 MRVLVCGGAGYIGSHFVRALLRDTN-----HSVVIVDSLVGTHGKSDHVETRENVARKLQ 57 Query 50 ------PVDADPRLRFVHGDIRDA----GLLARELRGVDAIVHFAAESHVDRSIAGASVF 99 P AD GD+R+ G+ R +DA+VH A V S+ + Sbjct 58 QSDGPKPPWADRYAALEVGDVRNEDFLNGVFTRH-GPIDAVVHMCAFLAVGESVRDPLKY 116 Query 100 TETNVQGTQTLLQCAVDAGVGRVVHVSTDEVYGSIDSGSW-TESSPLE------PNSPYA 152 + NV G LLQ + +++ S+ ++G+ GS T + P++ P SPY Sbjct 117 YDNNVVGILRLLQAMLLHKCDKIIFSSSAAIFGNPTMGSVSTNAEPIDINAKKSPESPYG 176 Query 153 ASKAGSDLVARAYHRTYGLDVRITRCCNNYGP---------YQHPEKLIPLFVTNLL 200 SK ++ + R YG+ R N G YQ LIP+ + ++ Sbjct 177 ESKLIAERMIRDCAEAYGIKGICLRYFNACGAHEDGDIGEHYQGSTHLIPIILGRVM 233 Query= d1geea_ Length=261 >d1geea_ Length=261 Score = 506 bits (1304), Expect = 7.34e-187 Identities = 261/261 (100%), Positives = 261/261 (100%), Gaps = 0/261 (0%) Query 1 MYKDLEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAI 60 MYKDLEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAI Sbjct 1 MYKDLEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAI 60 Query 61 AVKGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGA 120 AVKGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGA Sbjct 61 AVKGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGA 120 Query 121 FLGSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKG 180 FLGSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKG Sbjct 121 FLGSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKG 180 Query 181 IRVNNIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVT 240 IRVNNIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVT Sbjct 181 IRVNNIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVT 240 Query 241 GITLFADGGMTLYPSFQAGRG 261 GITLFADGGMTLYPSFQAGRG Sbjct 241 GITLFADGGMTLYPSFQAGRG 261 >d1fmca_ Length=255 Score = 127 bits (318), Expect = 1.47e-37 Identities = 82/245 (33%), Positives = 136/245 (55%), Gaps = 4/245 (1%) Query 5 LEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKG 64 L+GK +ITG+ G+GK +AI FAT A VVV+ + D AN V++EI+++GG+A A + Sbjct 9 LDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINA-DAANHVVDEIQQLGGQAFACRC 67 Query 65 DVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLGS 124 D+T E ++ L AI + GK+D+++NNAG P +M ++D+ + + N+ +F Sbjct 68 DITSEQELSALADFAISKLGKVDILVNNAGGGGP-KPFDMPMADFRRAYELNVF-SFFHL 125 Query 125 REAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVN 184 + + +E + G ++ ++S+ + YA+SK + +A + K IRVN Sbjct 126 SQLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVN 185 Query 185 NIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTGITL 244 I PGAI T + PE + P+ +G+P++IA A +L S AS+V+G L Sbjct 186 GIAPGAILTDA-LKSVITPEIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVSGQIL 244 Query 245 FADGG 249 GG Sbjct 245 TVSGG 249 >d4bmna1 Length=249 Score = 124 bits (310), Expect = 1.93e-36 Identities = 84/255 (32%), Positives = 133/255 (52%), Gaps = 12/255 (4%) Query 1 MYKDLEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAI 60 MY+ L K VITG ++G+G + A RF E A V + R +++ + E +G Sbjct 1 MYR-LLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAE----IGRNVT 55 Query 61 AVKGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGA 120 AVK DVT D+ L ++ G +DV+ N+G + E++ +++ D N+ G Sbjct 56 AVKADVTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGL 115 Query 121 FLGSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKG 180 ++A+ + G+VI SSV + Y+A+K ++ + T E + Sbjct 116 IFTVQKALPLLRDG---GSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGRS 172 Query 181 IRVNNIGPGAINTPINAEKFADPEQ----RADVESMIPMGYIGEPEEIAAVAAWLASSEA 236 IRVN + PGAI+TPI + + E+ RA + P+G +G PEE+AA +LAS ++ Sbjct 173 IRVNAVSPGAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDS 232 Query 237 SYVTGITLFADGGMT 251 SYV GI LF DGG+T Sbjct 233 SYVAGIELFVDGGLT 247 >d1xkqa_ Length=272 Score = 122 bits (305), Expect = 1.81e-35 Identities = 87/266 (32%), Positives = 139/266 (52%), Gaps = 17/266 (6%) Query 8 KVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKE--DEANSVLEEIKKVGGEAIAVKGD 65 K V+ITGSS G+G++ AI FA E A V + RS E +E ++ + + +V D Sbjct 6 KTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVNSVVAD 65 Query 66 VTVESDVINLVQSAIKEFGKLDVMINNAGLENP----VSSHEMSLSDWNKVIDTNLTGAF 121 VT E ++ S +K+FGK+DV++NNAG P + + + ++K + NL Sbjct 66 VTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLNLQAVI 125 Query 122 LGSREAIKYFVENDIKGTVINMSS-VHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKG 180 +++ + V + KG ++N+SS V P F++YA +K + T + A++ A G Sbjct 126 EMTKKVKPHLVAS--KGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLAKFG 183 Query 181 IRVNNIGPGAINTPI-NAEKFADPEQR------ADVESMIPMGYIGEPEEIAAVAAWLAS 233 IRVN++ PG + T NA D + A + IP+G G+PE IA + +LA Sbjct 184 IRVNSVSPGMVETGFTNAMGMPDQASQKFYNFMASHKECIPIGAAGKPEHIANIILFLAD 243 Query 234 SEAS-YVTGITLFADGGMTLYPSFQA 258 S Y+ G ++ ADGG +L QA Sbjct 244 RNLSFYILGQSIVADGGTSLVMGTQA 269 >d3o38a_ Length=261 Score = 111 bits (277), Expect = 1.78e-31 Identities = 79/239 (33%), Positives = 125/239 (52%), Gaps = 4/239 (1%) Query 5 LEGKVVVITGSS-TGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVG-GEAIAV 62 L+GKVV++T ++ TG+G + A R E A VV++ E +++ +G G AV Sbjct 15 LKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYH-ERRLGETRDQLADLGLGRVEAV 73 Query 63 KGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFL 122 DVT V L+ +++ G+LDV++NNAGL +M+ +W++V++ LT Sbjct 74 VCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSVMR 133 Query 123 GSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIR 182 +R A++YF D G ++N +SV HYAA+K G+ +T A+E G+R Sbjct 134 ATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALTRCSAIEAVEFGVR 193 Query 183 VNNIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTG 241 +N + P EK + E + S G EP E+AA A+LAS +SY+TG Sbjct 194 INAVSPSIARHKF-LEKTSSSELLDRLASDEAFGRAAEPWEVAATIAFLASDYSSYMTG 251 >d3uxya_ Length=241 Score = 102 bits (254), Expect = 2.60e-28 Identities = 73/251 (29%), Positives = 126/251 (50%), Gaps = 22/251 (8%) Query 6 EGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEA--IAVK 63 EGKV ++TG++ G+G ++ A+V V R+ V G A + + Sbjct 2 EGKVALVTGAAGGIGGAVVTALRAAGARVAVADRA--------------VAGIAADLHLP 47 Query 64 GDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLG 123 GD+ + L + G+LD+++NNAG+ + E + +DW+ + N+ F Sbjct 48 GDLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRI 107 Query 124 SREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRV 183 R AI G ++N++S P P Y +K + +T+ + +++AP+GIR+ Sbjct 108 CRAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRI 166 Query 184 NNIGPGAINTPINAEKFA----DPEQR-ADVESMIPMGYIGEPEEIAAVAAWLASSEASY 238 N + P +NTP+ FA DP++ A++ +P+G I EPE+IA V +LAS A Y Sbjct 167 NAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARY 226 Query 239 VTGITLFADGG 249 + G + +GG Sbjct 227 LCGSLVEVNGG 237 >d5jlaa_ Length=259 Score = 102 bits (255), Expect = 2.71e-28 Identities = 77/257 (29%), Positives = 127/257 (49%), Gaps = 10/257 (3%) Query 4 DLEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVK 63 + G + V+TG+ +G+G++ A + A V+V R E + + GG+ + + Sbjct 4 EFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIE----AATRVARATGGKTLVL- 58 Query 64 GDVTVESDVINLVQSAIKEFGKLDVMINNAG-LENPVSSHEMSLSDWNKVIDTNLTGAFL 122 DV ++ V +G DV++N AG L+ + E++ +W+ V +L G +L Sbjct 59 -DVGEDASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYL 117 Query 123 GSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIR 182 A + + +G+++N++SV PL Y +K G+ +TETLA E+ PKG+R Sbjct 118 CCA-AFGAPMADRRRGSIVNIASVAGMRSGPLHA-YGPAKAGVISLTETLAGEWGPKGVR 175 Query 183 VNNIGPGAINTPINAEKFADPEQRADV-ESMIPMGYIGEPEEIAAVAAWLASSEASYVTG 241 VN + PG TP F +ADV +G+I EIA +LAS AS +TG Sbjct 176 VNCVSPGFTQTPALERGFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASERASAITG 235 Query 242 ITLFADGGMTLYPSFQA 258 + L D G + S+ A Sbjct 236 VNLPVDAGYLIAGSWAA 252 >d4nima_ Length=267 Score = 100 bits (250), Expect = 1.68e-27 Identities = 70/242 (28%), Positives = 123/242 (50%), Gaps = 5/242 (2%) Query 5 LEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKG 64 L+GK+ VITGS+ GLG + A FA A+ +V ++ + ++++G +A+ V+ Sbjct 3 LKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQV 62 Query 65 DVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLGS 124 D+ D +V A + FG+LD+++N AGL + + + S ++++ N F Sbjct 63 DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLI 122 Query 125 REAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVN 184 +EAIK F + ++G ++N+SS+ P Y ASKG + +T +A IRVN Sbjct 123 QEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIRVN 182 Query 185 NIGPGAINTP----INAEKFADPEQ-RADVESMIPMGYIGEPEEIAAVAAWLASSEASYV 239 ++ G + + I E P + P G + +P ++A A+LAS E+ + Sbjct 183 SLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESGLM 242 Query 240 TG 241 TG Sbjct 243 TG 244 >d1uzma1 Length=237 Score = 99.0 bits (245), Expect = 4.84e-27 Identities = 77/242 (31%), Positives = 124/242 (51%), Gaps = 17/242 (7%) Query 10 VVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKGDVTVE 69 V++TG + G+G ++A R A + KV V +R A L V+ DVT + Sbjct 10 VLVTGGNRGIGLAIAQRLAADGHKVAVTHRG--SGAPKGL----------FGVEVDVT-D 56 Query 70 SDVINLVQSAIKEF-GKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLGSREAI 128 SD ++ +A++E G ++V+++NAGL M+ + KVI+ NLTGAF ++ A Sbjct 57 SDAVDRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQRAS 116 Query 129 KYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVNNIGP 188 + N G +I + SV +YAASK G+ M ++A E + + N + P Sbjct 117 RSMQRNKF-GRMIFIGSVSGLWGIGNQANYAASKAGVIGMARSIARELSKANVTANVVAP 175 Query 189 GAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTGITLFADG 248 G I+T + + D + IP +G P E+A V ++LAS +ASY++G + DG Sbjct 176 GYIDTDMT--RALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGAVIPVDG 233 Query 249 GM 250 GM Sbjct 234 GM 235 >d3un1a1 Length=237 Score = 95.1 bits (235), Expect = 1.36e-25 Identities = 69/243 (28%), Positives = 118/243 (48%), Gaps = 18/243 (7%) Query 8 KVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKGDVT 67 KVVVITG+S G+G + + +VV RS + A+ + V GD++ Sbjct 6 KVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIH----------TVAGDIS 55 Query 68 VESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAF-LGSRE 126 +V+ I+ FG++D ++NNAG+ EM+ D++ + N+ G F + R Sbjct 56 KPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRA 115 Query 127 AIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVNNI 186 A + + I S V + + + +KGG+ +T +LA+E++ G+RVN + Sbjct 116 AAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAV 175 Query 187 GPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTGITLFA 246 PG I TP++ E + + + P+G +GE ++ V A L A ++TG L Sbjct 176 SPGVIKTPMHPA-----ETHSTLAGLHPVGRMGEIRDV--VDAVLYLEHAGFITGEILHV 228 Query 247 DGG 249 DGG Sbjct 229 DGG 231 Query= d1xkqa_ Length=272 >d1xkqa_ Length=272 Score = 528 bits (1360), Expect = 4.99e-195 Identities = 272/272 (100%), Positives = 272/272 (100%), Gaps = 0/272 (0%) Query 1 PRFSNKTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVN 60 PRFSNKTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVN Sbjct 1 PRFSNKTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVN 60 Query 61 SVVADVTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLN 120 SVVADVTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLN Sbjct 61 SVVADVTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLN 120 Query 121 LQAVIEMTKKVKPHLVASKGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLA 180 LQAVIEMTKKVKPHLVASKGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLA Sbjct 121 LQAVIEMTKKVKPHLVASKGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLA 180 Query 181 KFGIRVNSVSPGMVETGFTNAMGMPDQASQKFYNFMASHKECIPIGAAGKPEHIANIILF 240 KFGIRVNSVSPGMVETGFTNAMGMPDQASQKFYNFMASHKECIPIGAAGKPEHIANIILF Sbjct 181 KFGIRVNSVSPGMVETGFTNAMGMPDQASQKFYNFMASHKECIPIGAAGKPEHIANIILF 240 Query 241 LADRNLSFYILGQSIVADGGTSLVMGTQAHDV 272 LADRNLSFYILGQSIVADGGTSLVMGTQAHDV Sbjct 241 LADRNLSFYILGQSIVADGGTSLVMGTQAHDV 272 >d1geea_ Length=261 Score = 127 bits (318), Expect = 2.31e-37 Identities = 87/269 (32%), Positives = 139/269 (51%), Gaps = 17/269 (6%) Query 3 FSNKTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVNSV 62 K V+ITGSS G+G++ AI FA E A V + RS E +E ++ + + +V Sbjct 5 LEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKE--DEANSVLEEIKKVGGEAIAV 62 Query 63 VADVTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLNLQ 122 DVT E ++ S +K+FGK+DV++NNAG P + + + ++K + NL Sbjct 63 KGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENP----VSSHEMSLSDWNKVIDTNLT 118 Query 123 AVIEMTKKVKPHLVAS--KGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLA 180 +++ + V + KG ++N+SS V P F++YA +K + T + A++ A Sbjct 119 GAFLGSREAIKYFVENDIKGTVINMSS-VHEKIPWPLFVHYAASKGGMKLMTETLALEYA 177 Query 181 KFGIRVNSVSPGMVETGFTNAMGMPDQASQKFYNFMASHKECIPIGAAGKPEHIANIILF 240 GIRVN++ PG + T NA D + A + IP+G G+PE IA + + Sbjct 178 PKGIRVNNIGPGAINTPI-NAEKFADPEQR------ADVESMIPMGYIGEPEEIAAVAAW 230 Query 241 LADRNLSFYILGQSIVADGGTSLVMGTQA 269 LA S Y+ G ++ ADGG +L QA Sbjct 231 LASSEAS-YVTGITLFADGGMTLYPSFQA 258 >d5en4a_ Length=251 Score = 114 bits (284), Expect = 1.79e-32 Identities = 79/267 (29%), Positives = 127/267 (47%), Gaps = 20/267 (7%) Query 2 RFSNKTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVNS 61 R++ K V++TG GIG F GA V I + Q L V Sbjct 3 RYAGKVVVVTGGGRGIGAGIVRAFVNSGARVVICDKDESGGRALEQE-LPGAVF------ 55 Query 62 VVADVTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLNL 121 ++ DVT ED +++ T+++FG++D +VNNAG P + QG + + L+LNL Sbjct 56 ILCDVTQEDDVKTLVSETIRRFGRLDCVVNNAGHHPPPQRPEETSAQG---FRQLLELNL 112 Query 122 QAVIEMTKKVKPHLVASKGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLAK 181 +TK P+L S+G ++N+SS+V G Q + Y K A+ T++ A+D + Sbjct 113 LGTYTLTKLALPYLRKSQGNVINISSLV-GAIGQAQAVPYVATKGAVTAMTKALALDESP 171 Query 182 FGIRVNSVSPGMVETGFTNAMG--MPDQASQKFYNFMASHKECIPIGAAGKPEHIANIIL 239 +G+RVN +SPG + T + MPD + +A P+G G+P + + Sbjct 172 YGVRVNCISPGNIWTPLWEELAALMPDPRATIREGMLAQ-----PLGRMGQPAEVGAAAV 226 Query 240 FLADRNLSFYILGQSIVADGGTSLVMG 266 FLA + + G ++ GG L G Sbjct 227 FLASE--ANFCTGIELLVTGGAELGYG 251 Query= d1gega_ Length=255 >d1gega_ Length=255 Score = 496 bits (1276), Expect = 8.58e-183 Identities = 255/255 (100%), Positives = 255/255 (100%), Gaps = 0/255 (0%) Query 1 KKVALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVS 60 KKVALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVS Sbjct 1 KKVALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVS 60 Query 61 DRDQVFAAVEQARKTLGGFDVIVNNAGVAPSTPIESITPEIVDKVYNINVKGVIWGIQAA 120 DRDQVFAAVEQARKTLGGFDVIVNNAGVAPSTPIESITPEIVDKVYNINVKGVIWGIQAA Sbjct 61 DRDQVFAAVEQARKTLGGFDVIVNNAGVAPSTPIESITPEIVDKVYNINVKGVIWGIQAA 120 Query 121 VEAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYC 180 VEAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYC Sbjct 121 VEAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYC 180 Query 181 PGIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRITLGRLSEPEDVAACVSYLASPDSDY 240 PGIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRITLGRLSEPEDVAACVSYLASPDSDY Sbjct 181 PGIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRITLGRLSEPEDVAACVSYLASPDSDY 240 Query 241 MTGQSLLIDGGMVFN 255 MTGQSLLIDGGMVFN Sbjct 241 MTGQSLLIDGGMVFN 255 >d5unla_ Length=264 Score = 121 bits (303), Expect = 2.52e-35 Identities = 90/253 (35%), Positives = 130/253 (51%), Gaps = 11/253 (4%) Query 5 LVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVSDRDQ 64 LVTG GIG AIA + G V + D + A A+A ++A A Sbjct 15 LVTGGASGIGLAIADAFAECGARVHVCDASQAAIAALADRPSRAAIGAXXXXXXXXXXXX 74 Query 65 VFAAVEQARKTLGGFDVIVNNAGVA-PSTPIESITPEIVDKVYNINVKGVIWGIQAAVEA 123 A TLGG DV+VNNAG+A P+ I+ I P ++ IN+ + AV Sbjct 75 XXXXXXAA--TLGGLDVLVNNAGIAGPTGGIDEIDPAQWEQTVAINLNAQFEFARRAVPL 132 Query 124 FKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYCPGI 183 ++ HGG II S AG +G Y+++K+AV GL ++ A +L PLGI VN PGI Sbjct 133 LRESKHGGAIIALSSVAGRLGYAYRTPYAATKWAVVGLVKSLAIELGPLGIRVNAIQPGI 192 Query 184 VKTPMWAEIDRQVSEAAGKPLGYGTAE----FAKRITLGRLSEPEDVAACVSYLASPDSD 239 V+ P R+V EA + LG G E + +RI+L R++EP ++AA +L SP Sbjct 193 VRGPRI----RRVIEARAQQLGIGYDEMEQRYLERISLRRMTEPAEIAATALFLCSPGGH 248 Query 240 YMTGQSLLIDGGM 252 +TGQ++ + G + Sbjct 249 GITGQAISVCGNV 261 >d1fmca_ Length=255 Score = 117 bits (292), Expect = 8.47e-34 Identities = 80/252 (31%), Positives = 117/252 (46%), Gaps = 12/252 (4%) Query 2 KVALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVSD 61 K A++TGAG GIGK IA+ G +V ++D N A V EI Q GG A A + D++ Sbjct 12 KCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGGQAFACRCDITS 71 Query 62 RDQVFAAVEQARKTLGGFDVIVNNAGVAPSTPIESITPEIVDKVYNINVKGVIWGIQAAV 121 ++ A + A LG D++VNNAG P + + + Y +NV Q Sbjct 72 EQELSALADFAISKLGKVDILVNNAGGGGPKPFDMPMADF-RRAYELNVFSFFHLSQLVA 130 Query 122 EAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYCP 181 +K G GG I+ S A N + Y+SSK A L + A DL I VNG P Sbjct 131 PEMEKNG-GGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVNGIAP 189 Query 182 GIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRITLGRLSEPEDVAACVSYLASPDSDYM 241 G + T + E + + + RL +P+D+A +L SP + ++ Sbjct 190 GAILTDALKSVITPEIEQ----------KMLQHTPIRRLGQPQDIANAALFLCSPAASWV 239 Query 242 TGQSLLIDGGMV 253 +GQ L + GG V Sbjct 240 SGQILTVSGGGV 251 >d5jlaa_ Length=259 Score = 86.7 bits (213), Expect = 2.54e-22 Identities = 82/255 (32%), Positives = 117/255 (45%), Gaps = 26/255 (10%) Query 3 VALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVSDR 62 +A+VTGAG GIG+A A L + G V +AD + A VA GG + + DV + Sbjct 9 IAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVA---RATGGKTLVL--DVGED 63 Query 63 DQVFAAVEQARKTLGGFDVIVNNAGVAPST-PIESITPEIVDKVYNINVKGVIWGIQAAV 121 V AA + R G DV+VN AGV T P + D V I+++G + AA Sbjct 64 ASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGT-YLCCAAF 122 Query 122 EAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYCP 181 A + G I+N S AG P L Y +K V LT+T A + P G+ VN P Sbjct 123 GAPMADRRRGSIVNIASVAGMRSGP-LHAYGPAKAGVISLTETLAGEWGPKGVRVNCVSP 181 Query 182 GIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRI-----TLGRLSEPEDVAACVSYLASP 236 G +TP ++R G+ T + LG + ++A V +LAS Sbjct 182 GFTQTPA---LER----------GFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASE 228 Query 237 DSDYMTGQSLLIDGG 251 + +TG +L +D G Sbjct 229 RASAITGVNLPVDAG 243 Query= d1gy8a_ Length=383 >d1gy8a_ Length=383 Score = 792 bits (2045), Expect = 1.07e-295 Identities = 383/383 (100%), Positives = 383/383 (100%), Gaps = 0/383 (0%) Query 1 SHMRVLVCGGAGYIGSHFVRALLRDTNHSVVIVDSLVGTHGKSDHVETRENVARKLQQSD 60 SHMRVLVCGGAGYIGSHFVRALLRDTNHSVVIVDSLVGTHGKSDHVETRENVARKLQQSD Sbjct 1 SHMRVLVCGGAGYIGSHFVRALLRDTNHSVVIVDSLVGTHGKSDHVETRENVARKLQQSD 60 Query 61 GPKPPWADRYAALEVGDVRNEDFLNGVFTRHGPIDAVVHMCAFLAVGESVRDPLKYYDNN 120 GPKPPWADRYAALEVGDVRNEDFLNGVFTRHGPIDAVVHMCAFLAVGESVRDPLKYYDNN Sbjct 61 GPKPPWADRYAALEVGDVRNEDFLNGVFTRHGPIDAVVHMCAFLAVGESVRDPLKYYDNN 120 Query 121 VVGILRLLQAMLLHKCDKIIFSSSAAIFGNPTMGSVSTNAEPIDINAKKSPESPYGESKL 180 VVGILRLLQAMLLHKCDKIIFSSSAAIFGNPTMGSVSTNAEPIDINAKKSPESPYGESKL Sbjct 121 VVGILRLLQAMLLHKCDKIIFSSSAAIFGNPTMGSVSTNAEPIDINAKKSPESPYGESKL 180 Query 181 IAERMIRDCAEAYGIKGICLRYFNACGAHEDGDIGEHYQGSTHLIPIILGRVMSDIAPDQ 240 IAERMIRDCAEAYGIKGICLRYFNACGAHEDGDIGEHYQGSTHLIPIILGRVMSDIAPDQ Sbjct 181 IAERMIRDCAEAYGIKGICLRYFNACGAHEDGDIGEHYQGSTHLIPIILGRVMSDIAPDQ 240 Query 241 RLTIHEDASTDKRMPIFGTDYPTPDGTCVRDYVHVCDLASAHILALDYVEKLGPNDKSKY 300 RLTIHEDASTDKRMPIFGTDYPTPDGTCVRDYVHVCDLASAHILALDYVEKLGPNDKSKY Sbjct 241 RLTIHEDASTDKRMPIFGTDYPTPDGTCVRDYVHVCDLASAHILALDYVEKLGPNDKSKY 300 Query 301 FSVFNLGTSRGYSVREVIEVARKTTGHPIPVRECGRREGDPAYLVAASDKAREVLGWKPK 360 FSVFNLGTSRGYSVREVIEVARKTTGHPIPVRECGRREGDPAYLVAASDKAREVLGWKPK Sbjct 301 FSVFNLGTSRGYSVREVIEVARKTTGHPIPVRECGRREGDPAYLVAASDKAREVLGWKPK 360 Query 361 YDTLEAIMETSWKFQRTHPNGYA 383 YDTLEAIMETSWKFQRTHPNGYA Sbjct 361 YDTLEAIMETSWKFQRTHPNGYA 383 >d1r66a_ Length=322 Score = 83.6 bits (205), Expect = 5.01e-20 Identities = 94/375 (25%), Positives = 149/375 (39%), Gaps = 75/375 (20%) Query 3 MRVLVCGGAGYIGSHFVRALLRDTN-----HSVVIVDSLVGTHGKSDHVETRENVARKLQ 57 MR+LV GGAG+IGSHFVR LL V+++DSL + R N+A Sbjct 1 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLT-------YAGNRANLA---- 49 Query 58 QSDGPKPPWADRYAALEVGDVRNEDFLNGVFTRH-GPIDAVVHMCAFLAVGESVRDPLKY 116 P AD GD+R+ G+ R +DA+VH A V S+ + Sbjct 50 ------PVDADPRLRFVHGDIRDA----GLLARELRGVDAIVHFAAESHVDRSIAGASVF 99 Query 117 YDNNVVGILRLLQAMLLHKCDKIIFSSSAAIFGNPTMGSVSTNAEPIDINAKKSPESPYG 176 + NV G LLQ + +++ S+ ++G+ GS T + P++ P SPY Sbjct 100 TETNVQGTQTLLQCAVDAGVGRVVHVSTDEVYGSIDSGSW-TESSPLE------PNSPYA 152 Query 177 ESKLIAERMIRDCAEAYGIKGICLRYFNACGAHEDGDIGEHYQGSTHLIPIILGRVMSDI 236 SK ++ + R YG+ R N G YQ LIP+ + ++ Sbjct 153 ASKAGSDLVARAYHRTYGLDVRITRCCNNYGP---------YQHPEKLIPLFVTNLL--- 200 Query 237 APDQRLTIHEDASTDKRMPIFGTDYPTPDGTCVRDYVHVCDLASAHILALDYVEKLGPND 296 D T +P++G DG VR++VH D L L Sbjct 201 ----------DGGT---LPLYG------DGANVREWVHTDDHCRGIALVLA--------- 232 Query 297 KSKYFSVFNLGTSRGYSVREVIEVARKTTGHP-IPVRECGRREGDPAYLVAASDKAREVL 355 + ++++G + RE+ + + G VR+ R+G K L Sbjct 233 GGRAGEIYHIGGGLELTNRELTGILLDSLGADWSSVRKVADRKGHDLRYSLDGGKIEREL 292 Query 356 GWKPKYDTLEAIMET 370 G++P+ + + T Sbjct 293 GYRPQVSFADGLART 307 Query= d1zema1 Length=260 >d1zema1 Length=260 Score = 504 bits (1298), Expect = 5.59e-186 Identities = 260/260 (100%), Positives = 260/260 (100%), Gaps = 0/260 (0%) Query 1 KKFNGKVCLVTGAGGNIGLATALRLAEEGTAIALLDMNREALEKAEASVREKGVEARSYV 60 KKFNGKVCLVTGAGGNIGLATALRLAEEGTAIALLDMNREALEKAEASVREKGVEARSYV Sbjct 1 KKFNGKVCLVTGAGGNIGLATALRLAEEGTAIALLDMNREALEKAEASVREKGVEARSYV 60 Query 61 CDVTSEEAVIGTVDSVVRDFGKIDFLFNNAGYQGAFAPVQDYPSDDFARVLTINVTGAFH 120 CDVTSEEAVIGTVDSVVRDFGKIDFLFNNAGYQGAFAPVQDYPSDDFARVLTINVTGAFH Sbjct 61 CDVTSEEAVIGTVDSVVRDFGKIDFLFNNAGYQGAFAPVQDYPSDDFARVLTINVTGAFH 120 Query 121 VLKAVSRQMITQNYGRIVNTASMAGVKGPPNMAAYGTSKGAIIALTETAALDLAPYNIRV 180 VLKAVSRQMITQNYGRIVNTASMAGVKGPPNMAAYGTSKGAIIALTETAALDLAPYNIRV Sbjct 121 VLKAVSRQMITQNYGRIVNTASMAGVKGPPNMAAYGTSKGAIIALTETAALDLAPYNIRV 180 Query 181 NAISPGYMGPGFMWERQVELQAKVGSQYFSTDPKVVAQQMIGSVPMRRYGDINEIPGVVA 240 NAISPGYMGPGFMWERQVELQAKVGSQYFSTDPKVVAQQMIGSVPMRRYGDINEIPGVVA Sbjct 181 NAISPGYMGPGFMWERQVELQAKVGSQYFSTDPKVVAQQMIGSVPMRRYGDINEIPGVVA 240 Query 241 FLLGDDSSFMTGVNLPIAGG 260 FLLGDDSSFMTGVNLPIAGG Sbjct 241 FLLGDDSSFMTGVNLPIAGG 260 Query= d5en4a_ Length=251 >d5en4a_ Length=251 Score = 491 bits (1263), Expect = 6.04e-181 Identities = 251/251 (100%), Positives = 251/251 (100%), Gaps = 0/251 (0%) Query 1 GTRYAGKVVVVTGGGRGIGAGIVRAFVNSGARVVICDKDESGGRALEQELPGAVFILCDV 60 GTRYAGKVVVVTGGGRGIGAGIVRAFVNSGARVVICDKDESGGRALEQELPGAVFILCDV Sbjct 1 GTRYAGKVVVVTGGGRGIGAGIVRAFVNSGARVVICDKDESGGRALEQELPGAVFILCDV 60 Query 61 TQEDDVKTLVSETIRRFGRLDCVVNNAGHHPPPQRPEETSAQGFRQLLELNLLGTYTLTK 120 TQEDDVKTLVSETIRRFGRLDCVVNNAGHHPPPQRPEETSAQGFRQLLELNLLGTYTLTK Sbjct 61 TQEDDVKTLVSETIRRFGRLDCVVNNAGHHPPPQRPEETSAQGFRQLLELNLLGTYTLTK 120 Query 121 LALPYLRKSQGNVINISSLVGAIGQAQAVPYVATKGAVTAMTKALALDESPYGVRVNCIS 180 LALPYLRKSQGNVINISSLVGAIGQAQAVPYVATKGAVTAMTKALALDESPYGVRVNCIS Sbjct 121 LALPYLRKSQGNVINISSLVGAIGQAQAVPYVATKGAVTAMTKALALDESPYGVRVNCIS 180 Query 181 PGNIWTPLWEELAALMPDPRATIREGMLAQPLGRMGQPAEVGAAAVFLASEANFCTGIEL 240 PGNIWTPLWEELAALMPDPRATIREGMLAQPLGRMGQPAEVGAAAVFLASEANFCTGIEL Sbjct 181 PGNIWTPLWEELAALMPDPRATIREGMLAQPLGRMGQPAEVGAAAVFLASEANFCTGIEL 240 Query 241 LVTGGAELGYG 251 LVTGGAELGYG Sbjct 241 LVTGGAELGYG 251 >d1xkqa_ Length=272 Score = 105 bits (262), Expect = 2.65e-29 Identities = 79/267 (29%), Positives = 127/267 (47%), Gaps = 20/267 (7%) Query 3 RYAGKVVVVTGGGRGIGAGIVRAFVNSGARVVICDKDESGGRALEQE-LPGAVF------ 55 R++ K V++TG GIG F GA V I + Q L V Sbjct 2 RFSNKTVIITGSSNGIGRTTAILFAQEGANVTITGRSSERLEETRQIILKSGVSEKQVNS 61 Query 56 ILCDVTQEDDVKTLVSETIRRFGRLDCVVNNAGHHPPPQRPEETSAQG---FRQLLELNL 112 ++ DVT ED +++ T+++FG++D +VNNAG P + QG + + L+LNL Sbjct 62 VVADVTTEDGQDQIINSTLKQFGKIDVLVNNAGAAIPDAFGTTGTDQGIDIYHKTLKLNL 121 Query 113 LGTYTLTKLALPYLRKSQGNVINISSLV-GAIGQAQAVPYVATKGAVTAMTKALALDESP 171 +TK P+L S+G ++N+SS+V G Q + Y K A+ T++ A+D + Sbjct 122 QAVIEMTKKVKPHLVASKGEIVNVSSIVAGPQAQPDFLYYAIAKAALDQYTRSTAIDLAK 181 Query 172 YGVRVNCISPGNIWTPLWEELAALMPDPRATIREGMLAQ-----PLGRMGQPAEVGAAAV 226 +G+RVN +SPG + T + MPD + +A P+G G+P + + Sbjct 182 FGIRVNSVSPGMVETGFTNAMG--MPDQASQKFYNFMASHKECIPIGAAGKPEHIANIIL 239 Query 227 FLASE--ANFCTGIELLVTGGAELGYG 251 FLA + + G ++ GG L G Sbjct 240 FLADRNLSFYILGQSIVADGGTSLVMG 266 Query= d3zv4a_ Length=275 >d3zv4a_ Length=275 Score = 533 bits (1373), Expect = 6.56e-197 Identities = 275/275 (100%), Positives = 275/275 (100%), Gaps = 0/275 (0%) Query 1 MKLTGEVALITGGASGLGRALVDRFVAEGARVAVLDKSAERLRELEVAHGGNAVGVVGDV 60 MKLTGEVALITGGASGLGRALVDRFVAEGARVAVLDKSAERLRELEVAHGGNAVGVVGDV Sbjct 1 MKLTGEVALITGGASGLGRALVDRFVAEGARVAVLDKSAERLRELEVAHGGNAVGVVGDV 60 Query 61 RSLQDQKRAAERCLAAFGKIDTLIPNAGIWDYSTALADLPEDKIDAAFDDIFHVNVKGYI 120 RSLQDQKRAAERCLAAFGKIDTLIPNAGIWDYSTALADLPEDKIDAAFDDIFHVNVKGYI Sbjct 61 RSLQDQKRAAERCLAAFGKIDTLIPNAGIWDYSTALADLPEDKIDAAFDDIFHVNVKGYI 120 Query 121 HAVKACLPALVSSRGSVVFTISNAGFYPNGGGPLYTATKHAVVGLVRQMAFELAPHVRVN 180 HAVKACLPALVSSRGSVVFTISNAGFYPNGGGPLYTATKHAVVGLVRQMAFELAPHVRVN Sbjct 121 HAVKACLPALVSSRGSVVFTISNAGFYPNGGGPLYTATKHAVVGLVRQMAFELAPHVRVN 180 Query 181 GVAPGGMNTDLRGPSSLGLSEQSISSVPLADMLKSVLPIGRMPALEEYTGAYVFFATRGD 240 GVAPGGMNTDLRGPSSLGLSEQSISSVPLADMLKSVLPIGRMPALEEYTGAYVFFATRGD Sbjct 181 GVAPGGMNTDLRGPSSLGLSEQSISSVPLADMLKSVLPIGRMPALEEYTGAYVFFATRGD 240 Query 241 SLPATGALLNYDGGMGVRGFLTAAGGADLPEKLNI 275 SLPATGALLNYDGGMGVRGFLTAAGGADLPEKLNI Sbjct 241 SLPATGALLNYDGGMGVRGFLTAAGGADLPEKLNI 275 >d3un1a1 Length=237 Score = 63.5 bits (153), Expect = 5.51e-14 Identities = 66/258 (25%), Positives = 109/258 (42%), Gaps = 31/258 (12%) Query 1 MKLTGEVALITGGASGLGRALVDRFVAEGARVAVLDKSAERLRELEVAHGGNAVGVVGDV 60 M+ +V +ITG + G+G LV + RV +S + + ++ V GD+ Sbjct 1 MRNQQKVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHT------VAGDI 54 Query 61 RSLQDQKRAAERCLAAFGKIDTLIPNAGIWDYSTALADLPEDKIDAAFDDIFHVNVKGYI 120 + R + FG+ID+L+ NAG++ + ED +D VNV G+ Sbjct 55 SKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQED-----YDHNLGVNVAGFF 109 Query 121 HAV-KACLPALVSSRGSVVFTISNAGFYPNGGGP--LYTATKHAVVGLVRQMAFELAPH- 176 H +A L G +V ++ P G P L + TK + + R +A E + Sbjct 110 HITQRAAAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSG 169 Query 177 VRVNGVAPGGMNTDLRGPSSLGLSEQSISSVPLADMLKSVLPIGRMPALEEYTGAYVFFA 236 VRVN V+PG + T + + L + P+GRM + + A ++ Sbjct 170 VRVNAVSPGVIKTPMHPAET-------------HSTLAGLHPVGRMGEIRDVVDAVLYLE 216 Query 237 TRGDSLPATGALLNYDGG 254 G TG +L+ DGG Sbjct 217 HAGF---ITGEILHVDGG 231 Query= d3l6ea1 Length=224 >d3l6ea1 Length=224 Score = 442 bits (1137), Expect = 1.23e-162 Identities = 224/224 (100%), Positives = 224/224 (100%), Gaps = 0/224 (0%) Query 1 GHIIVTGAGSGLGRALTIGLVERGHQVSMMGRRYQRLQQQELLLGNAVIGIVADLAHHED 60 GHIIVTGAGSGLGRALTIGLVERGHQVSMMGRRYQRLQQQELLLGNAVIGIVADLAHHED Sbjct 1 GHIIVTGAGSGLGRALTIGLVERGHQVSMMGRRYQRLQQQELLLGNAVIGIVADLAHHED 60 Query 61 VDVAFAAAVEWGGLPELVLHCAGTGEFGPVGVYTAEQIRRVMESNLVSTILVAQQTVRLI 120 VDVAFAAAVEWGGLPELVLHCAGTGEFGPVGVYTAEQIRRVMESNLVSTILVAQQTVRLI Sbjct 61 VDVAFAAAVEWGGLPELVLHCAGTGEFGPVGVYTAEQIRRVMESNLVSTILVAQQTVRLI 120 Query 121 GERGGVLANVLSSAAQVGKANESLYCASKWGMRGFLESLRAELKDSPLRLVNLYPSGIRS 180 GERGGVLANVLSSAAQVGKANESLYCASKWGMRGFLESLRAELKDSPLRLVNLYPSGIRS Sbjct 121 GERGGVLANVLSSAAQVGKANESLYCASKWGMRGFLESLRAELKDSPLRLVNLYPSGIRS 180 Query 181 EFWDNTDHVDPSGFMTPEDAAAYMLDALEARSSCHVTDLFIGRN 224 EFWDNTDHVDPSGFMTPEDAAAYMLDALEARSSCHVTDLFIGRN Sbjct 181 EFWDNTDHVDPSGFMTPEDAAAYMLDALEARSSCHVTDLFIGRN 224 Query= d4imra1 Length=253 >d4imra1 Length=253 Score = 478 bits (1230), Expect = 7.57e-176 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%) Query 1 MRLETIFGLRGRTALVTGSSRGIGAAIAEGLAGAGAHVILHGVKPGSTAAVQQRIIASGG 60 MRLETIFGLRGRTALVTGSSRGIGAAIAEGLAGAGAHVILHGVKPGSTAAVQQRIIASGG Sbjct 1 MRLETIFGLRGRTALVTGSSRGIGAAIAEGLAGAGAHVILHGVKPGSTAAVQQRIIASGG 60 Query 61 TAQELAGDLSEAGAGTDLIERAEAIAPVDILVINASAQINATLSALTPNDLAFQLAVNLG 120 TAQELAGDLSEAGAGTDLIERAEAIAPVDILVINASAQINATLSALTPNDLAFQLAVNLG Sbjct 61 TAQELAGDLSEAGAGTDLIERAEAIAPVDILVINASAQINATLSALTPNDLAFQLAVNLG 120 Query 121 STVDMLQSALPKMVARKWGRVVSIGSINQLRPKSVVTAYAATKAAQHNLIQSQARDFAGD 180 STVDMLQSALPKMVARKWGRVVSIGSINQLRPKSVVTAYAATKAAQHNLIQSQARDFAGD Sbjct 121 STVDMLQSALPKMVARKWGRVVSIGSINQLRPKSVVTAYAATKAAQHNLIQSQARDFAGD 180 Query 181 NVLLNTLAPGLVDTDRNADRRAQDPEGWDEYVRTLNWMGRAGRPEEMVGAALFLASEACS 240 NVLLNTLAPGLVDTDRNADRRAQDPEGWDEYVRTLNWMGRAGRPEEMVGAALFLASEACS Sbjct 181 NVLLNTLAPGLVDTDRNADRRAQDPEGWDEYVRTLNWMGRAGRPEEMVGAALFLASEACS 240 Query 241 FMTGETIFLTGGY 253 FMTGETIFLTGGY Sbjct 241 FMTGETIFLTGGY 253 >d4nima_ Length=267 Score = 58.9 bits (141), Expect = 2.27e-12 Identities = 67/247 (27%), Positives = 112/247 (45%), Gaps = 10/247 (4%) Query 9 LRGRTALVTGSSRGIGAAIAEGLAGAGAH-VILHGVKPGSTAAVQQRIIASGGTAQELAG 67 L+G+ A++TGS++G+GAA A A GA +++ G A + G A + Sbjct 3 LKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQV 62 Query 68 DLSEAGAGTDLIERAE-AIAPVDILVINASAQINATLSALTPNDLAFQLAVNLGSTVDML 126 DL ++ A+ A +DILV A T+ +P AVN + ++ Sbjct 63 DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLI 122 Query 127 QSALPKMVARKW--GRVVSIGSINQLRPKSVVTAYAATKAAQHNLIQSQARDFAGDNVLL 184 Q A+ K+ R G +V++ S++ + + + AY A+K A L ++ A + + + Sbjct 123 QEAI-KLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIRV 181 Query 185 NTLAPGLVDTDRNADRRAQD----PEGWDEYVRTLNWMGRAGRPEEMVGAALFLASEACS 240 N+L G + +D DR ++ P W E GR P ++ A FLASE Sbjct 182 NSLNIGWMASD-GEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESG 240 Query 241 FMTGETI 247 MTG + Sbjct 241 LMTGAIV 247 Query= d4nima_ Length=267 >d4nima_ Length=267 Score = 516 bits (1329), Expect = 1.80e-190 Identities = 267/267 (100%), Positives = 267/267 (100%), Gaps = 0/267 (0%) Query 1 GQLKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFV 60 GQLKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFV Sbjct 1 GQLKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFV 60 Query 61 QVDLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFF 120 QVDLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFF Sbjct 61 QVDLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFF 120 Query 121 LIQEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIR 180 LIQEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIR Sbjct 121 LIQEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIR 180 Query 181 VNSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESG 240 VNSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESG Sbjct 181 VNSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESG 240 Query 241 LMTGAIVNFDQSVWGAYDGSPHPEKPL 267 LMTGAIVNFDQSVWGAYDGSPHPEKPL Sbjct 241 LMTGAIVNFDQSVWGAYDGSPHPEKPL 267 >d1geea_ Length=261 Score = 99.8 bits (247), Expect = 4.65e-27 Identities = 70/242 (28%), Positives = 123/242 (50%), Gaps = 5/242 (2%) Query 3 LKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQV 62 L+GK+ VITGS+ GLG + A FA A+ +V ++ + ++++G +A+ V+ Sbjct 5 LEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKG 64 Query 63 DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLI 122 D+ D +V A + FG+LD+++N AGL + + + S ++++ N F Sbjct 65 DVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFLGS 124 Query 123 QEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIRVN 182 +EAIK F + ++G ++N+SS+ P Y ASKG + +T +A IRVN Sbjct 125 REAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVN 184 Query 183 SLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESGLM 242 ++ G + + I E P + P G + +P ++A A+LAS E+ + Sbjct 185 NIGPGAINTP----INAEKFADPEQ-RADVESMIPMGYIGEPEEIAAVAAWLASSEASYV 239 Query 243 TG 244 TG Sbjct 240 TG 241 >d3o38a_ Length=261 Score = 86.7 bits (213), Expect = 3.35e-22 Identities = 74/250 (29%), Positives = 120/250 (48%), Gaps = 9/250 (3%) Query 1 GQLKGKIAVITGST-QGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVF 59 G LKGK+ ++T + G+G+ TAR GA ++ G + L +LG V Sbjct 13 GLLKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRDQ-LADLGLGRVE 71 Query 60 VQV-DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAP 118 V D+ + E ++ + GRLD+LVN AGL + ++D + E +DR+ V + Sbjct 72 AVVCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSV 131 Query 119 FFLIQEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNR 178 + A++ FR G IVN +S+ Q + Y A+K + LTR A + Sbjct 132 MRATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALTRCSAIEAVEFG 191 Query 179 IRVNSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEE 238 +R+N++ S R + + + L+ + FGR +P +VA IAFLAS+ Sbjct 192 VRINAV------SPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAFLASDY 245 Query 239 SGLMTGAIVN 248 S MTG +V+ Sbjct 246 SSYMTGEVVS 255 >d3uxya_ Length=241 Score = 82.4 bits (202), Expect = 8.61e-21 Identities = 75/254 (29%), Positives = 116/254 (45%), Gaps = 33/254 (12%) Query 4 KGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQVD 63 +GK+A++TG+ G+G A GA+ + + R+ AG+ A + + D Sbjct 2 EGKVALVTGAAGGIGGAVVTALRAAGAR-VAVADRAV-------AGI----AADLHLPGD 49 Query 64 LENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLIQ 123 L + GRLDI+VN AG+ RG I +T+ + VN APF + + Sbjct 50 LREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICR 109 Query 124 EAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIRVNS 183 AI L GAIVNV+S + P A YC +K AL +LT+ + IR+N+ Sbjct 110 AAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINA 168 Query 184 ----------LNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAF 233 L G+ A G D P + E +T P GR+ +P +A + F Sbjct 169 VCPNEVNTPMLRTGF-AKRGFD---------PDRAVAELGRTVPLGRIAEPEDIADVVLF 218 Query 234 LASEESGLMTGAIV 247 LAS+ + + G++V Sbjct 219 LASDAARYLCGSLV 232 >d3un1a1 Length=237 Score = 72.8 bits (177), Expect = 2.56e-17 Identities = 71/249 (28%), Positives = 114/249 (45%), Gaps = 29/249 (11%) Query 6 KIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQVDLE 65 K+ VITG++QG+GA R + +R + +V RS + V D+ Sbjct 6 KVVVITGASQGIGAGLVRAYRDRNYR-VVATSRSIKP---------SADPDIHTVAGDIS 55 Query 66 NVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLIQEA 125 E RIV E FGR+D LVN AG+ ++ + E +D VN F + Q A Sbjct 56 KPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRA 115 Query 126 IKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCA----SKGALDTLTRNVAYSVLRNRIRV 181 + G IV++++ S+ QP + A +KG L+ +TR++A R+ +RV Sbjct 116 AAEMLKQG-SGHIVSITT--SLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRV 172 Query 182 NSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESGL 241 N+++ G I+ H PA P GR+ + V A+ +L E +G Sbjct 173 NAVSPGV--------IKTPMH--PAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGF 220 Query 242 MTGAIVNFD 250 +TG I++ D Sbjct 221 ITGEILHVD 229 >d4imra1 Length=253 Score = 64.3 bits (155), Expect = 3.21e-14 Identities = 67/247 (27%), Positives = 112/247 (45%), Gaps = 10/247 (4%) Query 3 LKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQV 62 L+G+ A++TGS++G+GAA A A GA +++ G A + G A + Sbjct 9 LRGRTALVTGSSRGIGAAIAEGLAGAGAH-VILHGVKPGSTAAVQQRIIASGGTAQELAG 67 Query 63 DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLI 122 DL ++ A+ A +DILV A T+ +P AVN + ++ Sbjct 68 DLSEAGAGTDLIERAE-AIAPVDILVINASAQINATLSALTPNDLAFQLAVNLGSTVDML 126 Query 123 QEAI-KLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIRV 181 Q A+ K+ R G +V++ S++ + + + AY A+K A L ++ A + + + Sbjct 127 QSALPKMVARKW--GRVVSIGSINQLRPKSVVTAYAATKAAQHNLIQSQARDFAGDNVLL 184 Query 182 NSLNIGWMASD-GEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEESG 240 N+L G + +D DR ++ P W E GR P ++ A FLASE Sbjct 185 NTLAPGLVDTDRNADRRAQD----PEGWDEYVRTLNWMGRAGRPEEMVGAALFLASEACS 240 Query 241 LMTGAIV 247 MTG + Sbjct 241 FMTGETI 247 Query= d4trra_ Length=261 >d4trra_ Length=261 Score = 496 bits (1276), Expect = 1.36e-182 Identities = 261/261 (100%), Positives = 261/261 (100%), Gaps = 0/261 (0%) Query 1 MSNLNGKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGV 60 MSNLNGKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGV Sbjct 1 MSNLNGKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGV 60 Query 61 AMDVTNEEAVNTGIDKVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDGAFL 120 AMDVTNEEAVNTGIDKVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDGAFL Sbjct 61 AMDVTNEEAVNTGIDKVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDGAFL 120 Query 121 TTKAALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKHNVR 180 TTKAALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKHNVR Sbjct 121 TTKAALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKHNVR 180 Query 181 SHVVCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVLFLS 240 SHVVCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVLFLS Sbjct 181 SHVVCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVLFLS 240 Query 241 AFPSAALTGQSFIVSHGWFMQ 261 AFPSAALTGQSFIVSHGWFMQ Sbjct 241 AFPSAALTGQSFIVSHGWFMQ 261 >d1fmca_ Length=255 Score = 111 bits (277), Expect = 1.56e-31 Identities = 81/254 (31%), Positives = 135/254 (53%), Gaps = 13/254 (5%) Query 4 LNGKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGVAMD 63 L+GK A++TGA +GIGKEIA+ A AGA+V ++D+N D AN V DEI + GG+A D Sbjct 9 LDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGGQAFACRCD 68 Query 64 VTNEEAVNTGIDKVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDGAFLTTK 123 +T+E+ ++ D G VDILV+NAG P + AD+++ ++V F ++ Sbjct 69 ITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFD-MPMADFRRAYELNVFSFFHLSQ 127 Query 124 AALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKHNVRSHV 183 M K+ GGV++ + S+ + + ++Y ++K L R +A + + N+R + Sbjct 128 LVAPEMEKNG-GGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVNG 186 Query 184 VCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVLFLSAFP 243 + PG + T + I + I++ ML +T QD+A LFL + Sbjct 187 IAPGAILTDALKSVITPE-----------IEQKMLQHTPIRRLGQPQDIANAALFLCSPA 235 Query 244 SAALTGQSFIVSHG 257 ++ ++GQ VS G Sbjct 236 ASWVSGQILTVSGG 249 >d3uxya_ Length=241 Score = 81.6 bits (200), Expect = 1.48e-20 Identities = 76/258 (29%), Positives = 116/258 (44%), Gaps = 29/258 (11%) Query 6 GKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGVAMDV- 64 GK A+VTGAA GIG + L AGA VA+AD AVA G+A D+ Sbjct 3 GKVALVTGAAGGIGGAVVTALRAAGARVAVAD------RAVA-----------GIAADLH 45 Query 65 ----TNEEAVNTGID-KVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDGAF 119 E A G+ VA G +DI+V+NAG+ I + ADW ++V+ F Sbjct 46 LPGDLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPF 105 Query 120 LTTKAALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKHNV 179 +AA+ M GG ++ + S P + Y K L L + + + A + Sbjct 106 RICRAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGI 164 Query 180 RSHVVCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVLFL 239 R + VCP V TP++ ++ + + E+ + V LG + +D+A VLFL Sbjct 165 RINAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEP-----EDIADVVLFL 219 Query 240 SAFPSAALTGQSFIVSHG 257 ++ + L G V+ G Sbjct 220 ASDAARYLCGSLVEVNGG 237 Query= d5unla_ Length=264 >d5unla_ Length=264 Score = 461 bits (1187), Expect = 6.29e-169 Identities = 264/264 (100%), Positives = 264/264 (100%), Gaps = 0/264 (0%) Query 1 TASDLLKPYDGLRVLVTGGASGIGLAIADAFAECGARVHVCDASQAAIAALADRPSRAAI 60 TASDLLKPYDGLRVLVTGGASGIGLAIADAFAECGARVHVCDASQAAIAALADRPSRAAI Sbjct 1 TASDLLKPYDGLRVLVTGGASGIGLAIADAFAECGARVHVCDASQAAIAALADRPSRAAI 60 Query 61 GAXXXXXXXXXXXXXXXXXXAATLGGLDVLVNNAGIAGPTGGIDEIDPAQWEQTVAINLN 120 GAXXXXXXXXXXXXXXXXXXAATLGGLDVLVNNAGIAGPTGGIDEIDPAQWEQTVAINLN Sbjct 61 GAXXXXXXXXXXXXXXXXXXAATLGGLDVLVNNAGIAGPTGGIDEIDPAQWEQTVAINLN 120 Query 121 AQFEFARRAVPLLRESKHGGAIIALSSVAGRLGYAYRTPYAATKWAVVGLVKSLAIELGP 180 AQFEFARRAVPLLRESKHGGAIIALSSVAGRLGYAYRTPYAATKWAVVGLVKSLAIELGP Sbjct 121 AQFEFARRAVPLLRESKHGGAIIALSSVAGRLGYAYRTPYAATKWAVVGLVKSLAIELGP 180 Query 181 LGIRVNAIQPGIVRGPRIRRVIEARAQQLGIGYDEMEQRYLERISLRRMTEPAEIAATAL 240 LGIRVNAIQPGIVRGPRIRRVIEARAQQLGIGYDEMEQRYLERISLRRMTEPAEIAATAL Sbjct 181 LGIRVNAIQPGIVRGPRIRRVIEARAQQLGIGYDEMEQRYLERISLRRMTEPAEIAATAL 240 Query 241 FLCSPGGHGITGQAISVCGNVEVL 264 FLCSPGGHGITGQAISVCGNVEVL Sbjct 241 FLCSPGGHGITGQAISVCGNVEVL 264 >d1gega_ Length=255 Score = 115 bits (288), Expect = 4.15e-33 Identities = 90/253 (35%), Positives = 130/253 (51%), Gaps = 11/253 (4%) Query 15 LVTGGASGIGLAIADAFAECGARVHVCDASQAAIAALADRPSRAAIGAXXXXXXXXXXXX 74 LVTG GIG AIA + G V + D + A A+A ++A A Sbjct 5 LVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVSDRDQ 64 Query 75 XXXXXXAA--TLGGLDVLVNNAGIAGPTGGIDEIDPAQWEQTVAINLNAQFEFARRAVPL 132 A TLGG DV+VNNAG+A P+ I+ I P ++ IN+ + AV Sbjct 65 VFAAVEQARKTLGGFDVIVNNAGVA-PSTPIESITPEIVDKVYNINVKGVIWGIQAAVEA 123 Query 133 LRESKHGGAIIALSSVAGRLGYAYRTPYAATKWAVVGLVKSLAIELGPLGIRVNAIQPGI 192 ++ HGG II S AG +G Y+++K+AV GL ++ A +L PLGI VN PGI Sbjct 124 FKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYCPGI 183 Query 193 VRGPRI----RRVIEARAQQLGIGYDEMEQRYLERISLRRMTEPAEIAATALFLCSPGGH 248 V+ P R+V EA + LG G E + +RI+L R++EP ++AA +L SP Sbjct 184 VKTPMWAEIDRQVSEAAGKPLGYGTAE----FAKRITLGRLSEPEDVAACVSYLASPDSD 239 Query 249 GITGQAISVCGNV 261 +TGQ++ + G + Sbjct 240 YMTGQSLLIDGGM 252 Query= d5jlaa_ Length=259 >d5jlaa_ Length=259 Score = 491 bits (1263), Expect = 1.12e-180 Identities = 259/259 (100%), Positives = 259/259 (100%), Gaps = 0/259 (0%) Query 1 ASAEFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDV 60 ASAEFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDV Sbjct 1 ASAEFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDV 60 Query 61 GEDASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCA 120 GEDASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCA Sbjct 61 GEDASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCA 120 Query 121 AFGAPMADRRRGSIVNIASVAGMRSGPLHAYGPAKAGVISLTETLAGEWGPKGVRVNCVS 180 AFGAPMADRRRGSIVNIASVAGMRSGPLHAYGPAKAGVISLTETLAGEWGPKGVRVNCVS Sbjct 121 AFGAPMADRRRGSIVNIASVAGMRSGPLHAYGPAKAGVISLTETLAGEWGPKGVRVNCVS 180 Query 181 PGFTQTPALERGFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASERASAITGVNLPV 240 PGFTQTPALERGFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASERASAITGVNLPV Sbjct 181 PGFTQTPALERGFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASERASAITGVNLPV 240 Query 241 DAGYLIAGSWAAYGGLRRE 259 DAGYLIAGSWAAYGGLRRE Sbjct 241 DAGYLIAGSWAAYGGLRRE 259 >d3uxya_ Length=241 Score = 107 bits (268), Expect = 2.25e-30 Identities = 87/248 (35%), Positives = 118/248 (47%), Gaps = 12/248 (4%) Query 5 FNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDVGEDA 64 F G +A+VTGA GIG A L +GA V VADR VA L D+ E A Sbjct 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADR------AVAGIAADLHLPGDLREAA 54 Query 65 SVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCAAFGA 124 V A G D++VN AGV+ R E +W + +++ + C A Sbjct 55 YADGLPGAVAAGLGRLDIVVNNAGVISRGRIT-ETTDADWSLSLGVNVEAPFRICRAAIP 113 Query 125 PMADRRRGSIVNIASVAGMRSGPLHA-YGPAKAGVISLTETLAGEWGPKGVRVNCVSPGF 183 MA G+IVN+AS G+R GP HA Y KA + SLT+ + + P+G+R+N V P Sbjct 114 LMAAAGGGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNE 173 Query 184 TQTPALERGFTTHTLKAD----VLRDAAALGHIVSANEIAEAVVFLASERASAITGVNLP 239 TP L GF D L LG I +IA+ V+FLAS+ A + G + Sbjct 174 VNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVE 233 Query 240 VDAGYLIA 247 V+ G +A Sbjct 234 VNGGKAVA 241 >d1geea_ Length=261 Score = 94.0 bits (232), Expect = 5.56e-25 Identities = 77/257 (29%), Positives = 127/257 (49%), Gaps = 10/257 (3%) Query 4 EFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIE----AATRVARATGGKTLVL- 58 + G + V+TG+ +G+G++ A + A V+V R E + + GG+ + + Sbjct 4 DLEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVK 63 Query 59 -DVGEDASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYL 117 DV ++ V +G DV++N AG L+ + E++ +W+ V +L G +L Sbjct 64 GDVTVESDVINLVQSAIKEFGKLDVMINNAG-LENPVSSHEMSLSDWNKVIDTNLTGAFL 122 Query 118 CCA-AFGAPMADRRRGSIVNIASVAGMRSGPLHA-YGPAKAGVISLTETLAGEWGPKGVR 175 A + + +G+++N++SV PL Y +K G+ +TETLA E+ PKG+R Sbjct 123 GSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIR 182 Query 176 VNCVSPGFTQTPALERGFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASERASAITG 235 VN + PG TP F +ADV +G+I EIA +LAS AS +TG Sbjct 183 VNNIGPGAINTPINAEKFADPEQRADV-ESMIPMGYIGEPEEIAAVAAWLASSEASYVTG 241 Query 236 VNLPVDAGYLIAGSWAA 252 + L D G + S+ A Sbjct 242 ITLFADGGMTLYPSFQA 258 >d4bmna1 Length=249 Score = 82.4 bits (202), Expect = 8.46e-21 Identities = 82/242 (33%), Positives = 115/242 (47%), Gaps = 13/242 (5%) Query 10 AVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVL--DVGEDASVT 67 AV+TG SGIG A A+ GA V + R + + A G + DV + + Sbjct 9 AVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKADVTKLEDLD 68 Query 68 AAANEVRARYGVADVL-VNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCAAFGAPM 126 VR + G DVL N + Q+TL E+ +D +++RG P+ Sbjct 69 RLYAIVREQRGSIDVLFANSGAIEQKTLE--EITPEHYDRTFDVNVRGLIFTVQK-ALPL 125 Query 127 ADRRRGSIVNIASVAGMRSGPLH-AYGPAKAGVISLTETLAGEWGPKGVRVNCVSPGFTQ 185 R GS++ +SVAG+ H Y AKA V SL T E + +RVN VSPG Sbjct 126 L-RDGGSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAVSPGAID 184 Query 186 TPALERGFTTHTLKADVLRD----AAALGHIVSANEIAEAVVFLASERASAITGVNLPVD 241 TP +E +T +AD LR A LG + E+A AV+FLAS+ +S + G+ L VD Sbjct 185 TPIIENQVSTQE-EADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGIELFVD 243 Query 242 AG 243 G Sbjct 244 GG 245 >d1gega_ Length=255 Score = 79.3 bits (194), Expect = 1.24e-19 Identities = 82/255 (32%), Positives = 117/255 (45%), Gaps = 26/255 (10%) Query 9 IAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVA---RATGGKTLVL--DVGED 63 +A+VTGAG GIG+A A L + G V +AD + A VA GG + + DV + Sbjct 3 VALVTGAGQGIGKAIALRLVKDGFAVAIADYNDATAKAVASEINQAGGHAVAVKVDVSDR 62 Query 64 ASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGT-YLCCAAF 122 V AA + R G DV+VN AGV T P + D V I+++G + AA Sbjct 63 DQVFAAVEQARKTLGGFDVIVNNAGVAPST-PIESITPEIVDKVYNINVKGVIWGIQAAV 121 Query 123 GAPMADRRRGSIVNIASVAGMRSGP-LHAYGPAKAGVISLTETLAGEWGPKGVRVNCVSP 181 A + G I+N S AG P L Y +K V LT+T A + P G+ VN P Sbjct 122 EAFKKEGHGGKIINACSQAGHVGNPELAVYSSSKFAVRGLTQTAARDLAPLGITVNGYCP 181 Query 182 GFTQTPA---LER----------GFTTHTLKADVLRDAAALGHIVSANEIAEAVVFLASE 228 G +TP ++R G+ T + LG + ++A V +LAS Sbjct 182 GIVKTPMWAEIDRQVSEAAGKPLGYGTAEFAKRIT-----LGRLSEPEDVAACVSYLASP 236 Query 229 RASAITGVNLPVDAG 243 + +TG +L +D G Sbjct 237 DSDYMTGQSLLIDGG 251 >d2fwmx_ Length=248 Score = 77.4 bits (189), Expect = 5.61e-19 Identities = 81/249 (32%), Positives = 115/249 (46%), Gaps = 16/249 (6%) Query 4 EFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDVGED 63 +F+G VTGAG GIG A A +GA V D +A T+ T V+DV + Sbjct 2 DFSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFD---QAFTQEQYPFA--TEVMDVADA 56 Query 64 ASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCAAFG 123 A V + A D LVN AG+L R +L++ +W +++ G + Sbjct 57 AQVAQVCQRLLAETERLDALVNAAGIL-RMGATDQLSKEDWQQTFAVNVGGAFNLFQQTM 115 Query 124 APMADRRRGSIVNIASVAGM--RSGPLHAYGPAKAGVISLTETLAGEWGPKGVRVNCVSP 181 +R G+IV +AS A R G + AYG +KA + SL ++ E GVR N VSP Sbjct 116 NQFRRQRGGAIVTVASDAAHTPRIG-MSAYGASKAALKSLALSVGLELAGSGVRCNVVSP 174 Query 182 GFTQTPALERGFTTHTLKADVLRD-------AAALGHIVSANEIAEAVVFLASERASAIT 234 G T T + + + +R LG I EIA ++FLAS+ AS IT Sbjct 175 GSTDTDMQRTLWVSDDAEEQRIRGFGEQFKLGIPLGKIARPQEIANTILFLASDLASHIT 234 Query 235 GVNLPVDAG 243 ++ VD G Sbjct 235 LQDIVVDGG 243 Query= d4zd6a_ Length=225 >d4zd6a_ Length=225 Score = 448 bits (1152), Expect = 6.83e-165 Identities = 225/225 (100%), Positives = 225/225 (100%), Gaps = 0/225 (0%) Query 1 NGRLAGKRVLLTNADAYMGEATVQVFEEEGAEVIADHTDLTKVGAAEEVVERAGHIDVLV 60 NGRLAGKRVLLTNADAYMGEATVQVFEEEGAEVIADHTDLTKVGAAEEVVERAGHIDVLV Sbjct 1 NGRLAGKRVLLTNADAYMGEATVQVFEEEGAEVIADHTDLTKVGAAEEVVERAGHIDVLV 60 Query 61 ANFAVDAHFGVTVLETDEELWQTAYETIVHPLHRICRAVLPQFYERNKGKIVVYGSAAAM 120 ANFAVDAHFGVTVLETDEELWQTAYETIVHPLHRICRAVLPQFYERNKGKIVVYGSAAAM Sbjct 61 ANFAVDAHFGVTVLETDEELWQTAYETIVHPLHRICRAVLPQFYERNKGKIVVYGSAAAM 120 Query 121 RYQEGALAYSTARFAQRGYVTALGPEAARHNVNVNFIAQHWTQNKEYFWPERIATDEFKE 180 RYQEGALAYSTARFAQRGYVTALGPEAARHNVNVNFIAQHWTQNKEYFWPERIATDEFKE Sbjct 121 RYQEGALAYSTARFAQRGYVTALGPEAARHNVNVNFIAQHWTQNKEYFWPERIATDEFKE 180 Query 181 DMARRVPLGRLATAREDALLALFLASDESDFIVGKSIEFDGGWAT 225 DMARRVPLGRLATAREDALLALFLASDESDFIVGKSIEFDGGWAT Sbjct 181 DMARRVPLGRLATAREDALLALFLASDESDFIVGKSIEFDGGWAT 225 Query= d2fwmx_ Length=248 >d2fwmx_ Length=248 Score = 477 bits (1227), Expect = 1.48e-175 Identities = 248/248 (100%), Positives = 248/248 (100%), Gaps = 0/248 (0%) Query 1 MDFSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFDQAFTQEQYPFATEVMDVADAAQVA 60 MDFSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFDQAFTQEQYPFATEVMDVADAAQVA Sbjct 1 MDFSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFDQAFTQEQYPFATEVMDVADAAQVA 60 Query 61 QVCQRLLAETERLDALVNAAGILRMGATDQLSKEDWQQTFAVNVGGAFNLFQQTMNQFRR 120 QVCQRLLAETERLDALVNAAGILRMGATDQLSKEDWQQTFAVNVGGAFNLFQQTMNQFRR Sbjct 61 QVCQRLLAETERLDALVNAAGILRMGATDQLSKEDWQQTFAVNVGGAFNLFQQTMNQFRR 120 Query 121 QRGGAIVTVASDAAHTPRIGMSAYGASKAALKSLALSVGLELAGSGVRCNVVSPGSTDTD 180 QRGGAIVTVASDAAHTPRIGMSAYGASKAALKSLALSVGLELAGSGVRCNVVSPGSTDTD Sbjct 121 QRGGAIVTVASDAAHTPRIGMSAYGASKAALKSLALSVGLELAGSGVRCNVVSPGSTDTD 180 Query 181 MQRTLWVSDDAEEQRIRGFGEQFKLGIPLGKIARPQEIANTILFLASDLASHITLQDIVV 240 MQRTLWVSDDAEEQRIRGFGEQFKLGIPLGKIARPQEIANTILFLASDLASHITLQDIVV Sbjct 181 MQRTLWVSDDAEEQRIRGFGEQFKLGIPLGKIARPQEIANTILFLASDLASHITLQDIVV 240 Query 241 DGGSTLGA 248 DGGSTLGA Sbjct 241 DGGSTLGA 248 >d3uxya_ Length=241 Score = 112 bits (279), Expect = 4.14e-32 Identities = 85/248 (34%), Positives = 123/248 (49%), Gaps = 12/248 (4%) Query 3 FSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFDQAFTQEQYPFATEVM---DVADAAQV 59 F GK VTGA GIG A A AGA+V D+A A ++ D+ +AA Sbjct 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAG----IAADLHLPGDLREAAYA 56 Query 60 AQVCQRLLAETERLDALVNAAGILRMGATDQLSKEDWQQTFAVNVGGAFNLFQQTMNQFR 119 + + A RLD +VN AG++ G + + DW + VNV F + + + Sbjct 57 DGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMA 116 Query 120 RQRGGAIVTVASDAAHTPRIGMSAYGASKAALKSLALSVGLELAGSGVRCNVVSPGSTDT 179 GGAIV VAS P G + Y +KAAL SL +G++ A G+R N V P +T Sbjct 117 AAGGGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNT 176 Query 180 DMQRTLWVSDDAEEQR-IRGFGEQFKLGIPLGKIARPQEIANTILFLASDLASHITLQDI 238 M RT + + R + G +PLG+IA P++IA+ +LFLASD A ++ + Sbjct 177 PMLRTGFAKRGFDPDRAVAELGRT----VPLGRIAEPEDIADVVLFLASDAARYLCGSLV 232 Query 239 VVDGGSTL 246 V+GG + Sbjct 233 EVNGGKAV 240 >d5jlaa_ Length=259 Score = 82.4 bits (202), Expect = 7.97e-21 Identities = 81/249 (32%), Positives = 115/249 (46%), Gaps = 16/249 (6%) Query 2 DFSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFD---QAFTQEQYPFA--TEVMDVADA 56 +F+G VTGAG GIG A A +GA V D +A T+ T V+DV + Sbjct 4 EFNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDVGED 63 Query 57 AQVAQVCQRLLAETERLDALVNAAGIL-RMGATDQLSKEDWQQTFAVNVGGAFNLFQQTM 115 A V + A D LVN AG+L R +L++ +W +++ G + Sbjct 64 ASVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCAAFG 123 Query 116 NQFRRQRGGAIVTVASDAAHTPRIG-MSAYGASKAALKSLALSVGLELAGSGVRCNVVSP 174 +R G+IV +AS A R G + AYG +KA + SL ++ E GVR N VSP Sbjct 124 APMADRRRGSIVNIASVAGM--RSGPLHAYGPAKAGVISLTETLAGEWGPKGVRVNCVSP 181 Query 175 GSTDTDMQRTLWVSDDAEEQRIRGFGEQFKLGIPLGKIARPQEIANTILFLASDLASHIT 234 G T T + + + +R LG I EIA ++FLAS+ AS IT Sbjct 182 GFTQTPALERGFTTHTLKADVLRDAAA-------LGHIVSANEIAEAVVFLASERASAIT 234 Query 235 LQDIVVDGG 243 ++ VD G Sbjct 235 GVNLPVDAG 243 Query= d3awda_ Length=257 >d3awda_ Length=257 Score = 496 bits (1278), Expect = 4.96e-183 Identities = 257/257 (100%), Positives = 257/257 (100%), Gaps = 0/257 (0%) Query 1 MYMEKLRLDNRVAIVTGGAQNIGLACVTALAEAGARVIIADLDEAMATKAVEDLRMEGHD 60 MYMEKLRLDNRVAIVTGGAQNIGLACVTALAEAGARVIIADLDEAMATKAVEDLRMEGHD Sbjct 1 MYMEKLRLDNRVAIVTGGAQNIGLACVTALAEAGARVIIADLDEAMATKAVEDLRMEGHD 60 Query 61 VSSVVMDVTNTESVQNAVRSVHEQEGRVDILVACAGICISEVKAEDMTDGQWLKQVDINL 120 VSSVVMDVTNTESVQNAVRSVHEQEGRVDILVACAGICISEVKAEDMTDGQWLKQVDINL Sbjct 61 VSSVVMDVTNTESVQNAVRSVHEQEGRVDILVACAGICISEVKAEDMTDGQWLKQVDINL 120 Query 121 NGMFRSCQAVGRIMLEQKQGVIVAIGSMSGLIVNRPQQQAAYNASKAGVHQYIRSLAAEW 180 NGMFRSCQAVGRIMLEQKQGVIVAIGSMSGLIVNRPQQQAAYNASKAGVHQYIRSLAAEW Sbjct 121 NGMFRSCQAVGRIMLEQKQGVIVAIGSMSGLIVNRPQQQAAYNASKAGVHQYIRSLAAEW 180 Query 181 APHGIRANAVAPTYIETTLTRFGMEKPELYDAWIAGTPMGRVGQPDEVASVVQFLASDAA 240 APHGIRANAVAPTYIETTLTRFGMEKPELYDAWIAGTPMGRVGQPDEVASVVQFLASDAA Sbjct 181 APHGIRANAVAPTYIETTLTRFGMEKPELYDAWIAGTPMGRVGQPDEVASVVQFLASDAA 240 Query 241 SLMTGAIVNVDAGFTVW 257 SLMTGAIVNVDAGFTVW Sbjct 241 SLMTGAIVNVDAGFTVW 257 >d3uxya_ Length=241 Score = 117 bits (292), Expect = 6.44e-34 Identities = 93/254 (36%), Positives = 131/254 (51%), Gaps = 21/254 (8%) Query 9 DNRVAIVTGGAQNIGLACVTALAEAGARVIIADLDEAMATKAVEDLRMEGHDVSSVVMDV 68 + +VA+VTG A IG A VTAL AGARV +AD A+A A DL + G D+ Sbjct 2 EGKVALVTGAAGGIGGAVVTALRAAGARVAVAD--RAVAGIAA-DLHLPG--------DL 50 Query 69 TNTESVQNAVRSVHEQEGRVDILVACAGICISEVKAEDMTDGQWLKQVDINLNGMFRSCQ 128 +V GR+DI+V AG+ IS + + TD W + +N+ FR C+ Sbjct 51 REAAYADGLPGAVAAGLGRLDIVVNNAGV-ISRGRITETTDADWSLSLGVNVEAPFRICR 109 Query 129 AVGRIMLEQKQGVIVAIGSMSGLIVNRPQQ-QAAYNASKAGVHQYIRSLAAEWAPHGIRA 187 A +M G IV + S GL RP A Y +KA + + + + AP GIR Sbjct 110 AAIPLMAAAGGGAIVNVASCWGL---RPGPGHALYCLTKAALASLTQCMGMDHAPQGIRI 166 Query 188 NAVAPTYIETTLTRFGMEK----PELYDAWIAGT-PMGRVGQPDEVASVVQFLASDAASL 242 NAV P + T + R G K P+ A + T P+GR+ +P+++A VV FLASDAA Sbjct 167 NAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARY 226 Query 243 MTGAIVNVDAGFTV 256 + G++V V+ G V Sbjct 227 LCGSLVEVNGGKAV 240 Query= d5o30a_ Length=257 >d5o30a_ Length=257 Score = 505 bits (1301), Expect = 1.55e-186 Identities = 257/257 (100%), Positives = 257/257 (100%), Gaps = 0/257 (0%) Query 1 NRPVALITMATGYVGPALARTMADRGFDLVLHGTAGDGTMVGVEESFDSQIADLAKRGAD 60 NRPVALITMATGYVGPALARTMADRGFDLVLHGTAGDGTMVGVEESFDSQIADLAKRGAD Sbjct 1 NRPVALITMATGYVGPALARTMADRGFDLVLHGTAGDGTMVGVEESFDSQIADLAKRGAD 60 Query 61 VLTISDVDLTTRTGNQSMIERVLERFGRLDSACLVTGLIVTGKFLDMTDDQWAKVKATNL 120 VLTISDVDLTTRTGNQSMIERVLERFGRLDSACLVTGLIVTGKFLDMTDDQWAKVKATNL Sbjct 61 VLTISDVDLTTRTGNQSMIERVLERFGRLDSACLVTGLIVTGKFLDMTDDQWAKVKATNL 120 Query 121 DMVFHGLQAVLPPMVAAGAGQCVVFTSATGGRPDPMVSIYGGTRAGANGIVRAVGLEHAR 180 DMVFHGLQAVLPPMVAAGAGQCVVFTSATGGRPDPMVSIYGGTRAGANGIVRAVGLEHAR Sbjct 121 DMVFHGLQAVLPPMVAAGAGQCVVFTSATGGRPDPMVSIYGGTRAGANGIVRAVGLEHAR 180 Query 181 HGVQVNAIGTNYMDFPGFLKASRADGDPERRAMIEAQVPLRRLGTMDELSSVTAGLLDGS 240 HGVQVNAIGTNYMDFPGFLKASRADGDPERRAMIEAQVPLRRLGTMDELSSVTAGLLDGS Sbjct 181 HGVQVNAIGTNYMDFPGFLKASRADGDPERRAMIEAQVPLRRLGTMDELSSVTAGLLDGS 240 Query 241 NRFQTGQFFDFSGGWGA 257 NRFQTGQFFDFSGGWGA Sbjct 241 NRFQTGQFFDFSGGWGA 257 Query= d3tzqa_ Length=261 >d3tzqa_ Length=261 Score = 500 bits (1287), Expect = 2.87e-184 Identities = 261/261 (100%), Positives = 261/261 (100%), Gaps = 0/261 (0%) Query 1 AELENKVAIITGACGGIGLETSRVLARAGARVVLADLPETDLAGAAASVGRGAVHHVVDL 60 AELENKVAIITGACGGIGLETSRVLARAGARVVLADLPETDLAGAAASVGRGAVHHVVDL Sbjct 1 AELENKVAIITGACGGIGLETSRVLARAGARVVLADLPETDLAGAAASVGRGAVHHVVDL 60 Query 61 TNEVSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLMC 120 TNEVSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLMC Sbjct 61 TNEVSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLMC 120 Query 121 KYAIPRLISAGGGAIVNISSATAHAAYDMSTAYACTKAAIETLTRYVATQYGRHGVRCNA 180 KYAIPRLISAGGGAIVNISSATAHAAYDMSTAYACTKAAIETLTRYVATQYGRHGVRCNA Sbjct 121 KYAIPRLISAGGGAIVNISSATAHAAYDMSTAYACTKAAIETLTRYVATQYGRHGVRCNA 180 Query 181 IAPGLVRTPRLEVGLPQPIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITGQVIAA 240 IAPGLVRTPRLEVGLPQPIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITGQVIAA Sbjct 181 IAPGLVRTPRLEVGLPQPIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITGQVIAA 240 Query 241 DSGLLAHLPGLPQIRASVAEL 261 DSGLLAHLPGLPQIRASVAEL Sbjct 241 DSGLLAHLPGLPQIRASVAEL 261 >d3uxya_ Length=241 Score = 117 bits (292), Expect = 7.16e-34 Identities = 89/247 (36%), Positives = 122/247 (49%), Gaps = 18/247 (7%) Query 4 ENKVAIITGACGGIGLETSRVLARAGARVVLADLPETDLAGAAASVGRGAVHHVVDLTNE 63 E KVA++TGA GGIG L AGARV +AD +AG AA + H DL Sbjct 2 EGKVALVTGAAGGIGGAVVTALRAAGARVAVADRA---VAGIAADL-----HLPGDLREA 53 Query 64 VSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLMCKYA 123 L GRLDIV NNA +T+ T W + VN +C+ A Sbjct 54 AYADGLPGAVAAGLGRLDIVVNNAGVISRG--RITETTDADWSLSLGVNVEAPFRICRAA 111 Query 124 IPRLISAGGGAIVNISSATAHAAYDMSTAYACTKAAIETLTRYVATQYGRHGVRCNAIAP 183 IP + +AGGGAIVN++S Y TKAA+ +LT+ + + G+R NA+ P Sbjct 112 IPLMAAAGGGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCP 171 Query 184 GLVRTPRLEVGLPQ-------PIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITGQ 236 V TP L G + + ++ T L GRI EP +IA++V FLASD A ++ G Sbjct 172 NEVNTPMLRTGFAKRGFDPDRAVAELGRTVPL-GRIAEPEDIADVVLFLASDAARYLCGS 230 Query 237 VIAADSG 243 ++ + G Sbjct 231 LVEVNGG 237 >d3un1a1 Length=237 Score = 80.9 bits (198), Expect = 2.64e-20 Identities = 72/246 (29%), Positives = 115/246 (46%), Gaps = 24/246 (9%) Query 4 ENKVAIITGACGGIGLETSRVLARAGARVVLADL---PETDLAGAAASVGRGAVHHVV-D 59 + KV +ITGA GIG R RVV P D +H V D Sbjct 4 QQKVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSAD----------PDIHTVAGD 53 Query 60 LTNEVSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLM 119 ++ + ++ I+ FGR+D + NNA + +MT + +D VN G + Sbjct 54 ISKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFV--EMTQEDYDHNLGVNVAGFFHI 111 Query 120 CKYAIPRLISAGGGAIVNISSATA-HAAYDMSTAYAC-TKAAIETLTRYVATQYGRHGVR 177 + A ++ G G IV+I+++ M +A A TK + +TR +A ++ R GVR Sbjct 112 TQRAAAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVR 171 Query 178 CNAIAPGLVRTPRLEVGLPQPIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITGQV 237 NA++PG+++TP P A H GR+GE ++ + V +L + A FITG++ Sbjct 172 VNAVSPGVIKTPMH----PAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEI 225 Query 238 IAADSG 243 + D G Sbjct 226 LHVDGG 231 Query= d3o38a_ Length=261 >d3o38a_ Length=261 Score = 490 bits (1262), Expect = 1.85e-180 Identities = 261/261 (100%), Positives = 261/261 (100%), Gaps = 0/261 (0%) Query 1 NLSEAPKEIDGHGLLKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRD 60 NLSEAPKEIDGHGLLKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRD Sbjct 1 NLSEAPKEIDGHGLLKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRD 60 Query 61 QLADLGLGRVEAVVCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEW 120 QLADLGLGRVEAVVCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEW Sbjct 61 QLADLGLGRVEAVVCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEW 120 Query 121 DRVLNVTLTSVMRATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALT 180 DRVLNVTLTSVMRATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALT Sbjct 121 DRVLNVTLTSVMRATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALT 180 Query 181 RCSAIEAVEFGVRINAVSPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAF 240 RCSAIEAVEFGVRINAVSPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAF Sbjct 181 RCSAIEAVEFGVRINAVSPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAF 240 Query 241 LASDYSSYMTGEVVSVSSQRA 261 LASDYSSYMTGEVVSVSSQRA Sbjct 241 LASDYSSYMTGEVVSVSSQRA 261 >d1geea_ Length=261 Score = 105 bits (262), Expect = 2.73e-29 Identities = 79/239 (33%), Positives = 125/239 (52%), Gaps = 4/239 (1%) Query 15 LKGKVVLVTAAAGTGIGSTTARRALLEGADVVIS-DYHERRLGETRDQLADLGLGRVEAV 73 L+GKVV++T ++ TG+G + A R E A VV++ E +++ +G G AV Sbjct 5 LEGKVVVITGSS-TGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVG-GEAIAV 62 Query 74 VCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSVMR 133 DVT V L+ +++ G+LDV++NNAGL +M+ +W++V++ LT Sbjct 63 KGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFL 122 Query 134 ATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALTRCSAIEAVEFGVR 193 +R A++YF D G ++N +SV HYAA+K G+ +T A+E G+R Sbjct 123 GSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIR 182 Query 194 INAVSPSIARHKF-LEKTSSSELLDRLASDEAFGRAAEPWEVAATIAFLASDYSSYMTG 251 +N + P EK + E + S G EP E+AA A+LAS +SY+TG Sbjct 183 VNNIGPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTG 241 >d3uxya_ Length=241 Score = 96.7 bits (239), Expect = 3.89e-26 Identities = 82/252 (32%), Positives = 114/252 (45%), Gaps = 20/252 (7%) Query 16 KGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRDQLADLGLGRVEAVVC 75 +GKV LVT AAG GIG GA V ++D + ADL L Sbjct 2 EGKVALVTGAAG-GIGGAVVTALRAAGARVAVADRAVAGIA------ADLHLPG------ 48 Query 76 DVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSVMRAT 135 D+ D L GRLD++VNNAG+ + + + TD +W L V + + R Sbjct 49 DLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRIC 108 Query 136 RAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALTRCSAIEAVEFGVRIN 195 RAA+ GG IVN AS G R + Y KA + +LT+C ++ G+RIN Sbjct 109 RAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRIN 167 Query 196 AVSPSIARHKFLEKTSSSELLD------RLASDEAFGRAAEPWEVAATIAFLASDYSSYM 249 AV P+ L + D L GR AEP ++A + FLASD + Y+ Sbjct 168 AVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYL 227 Query 250 TGEVVSVSSQRA 261 G +V V+ +A Sbjct 228 CGSLVEVNGGKA 239 >d4nima_ Length=267 Score = 81.3 bits (199), Expect = 3.06e-20 Identities = 74/249 (29%), Positives = 119/249 (47%), Gaps = 9/249 (3%) Query 13 GLLKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRDQ-LADLGLGRVE 71 G LKGK+ ++T + G+G+ TAR GA ++ G + L +LG V Sbjct 1 GQLKGKIAVITGST-QGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVF 59 Query 72 AVVCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSV 131 V D+ + E ++ + GRLD+LVN AGL + ++D + E +DR+ V + Sbjct 60 VQV-DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAP 118 Query 132 MRATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALTRCSAIEAVEFG 191 + A++ FR G IVN +S+ Q + Y A+K + LTR A + Sbjct 119 FFLIQEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNR 178 Query 192 VRINAV------SPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAFLASDY 245 +R+N++ S R + + + L+ + FGR +P +VA IAFLAS+ Sbjct 179 IRVNSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASEE 238 Query 246 SSYMTGEVV 254 S MTG +V Sbjct 239 SGLMTGAIV 247 >d3un1a1 Length=237 Score = 74.7 bits (182), Expect = 4.69e-18 Identities = 55/188 (29%), Positives = 92/188 (48%), Gaps = 7/188 (3%) Query 70 VEAVVCDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLT 129 + V D++ E D ++ + +E+ GR+D LVNNAG+ P V+MT E++D L V + Sbjct 47 IHTVAGDISKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVA 106 Query 130 SVMRATRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAA-AKAGVMALTRCSAIEAV 188 T+ A G ++ S++ S A+ K G+ A+TR A+E Sbjct 107 GFFHITQRAAAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFS 166 Query 189 EFGVRINAVSPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAFLASDYSSY 248 GVR+NAVSP + + +E LA GR E +V + +L +++ + Sbjct 167 RSGVRVNAVSPGVIKTPM----HPAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGF 220 Query 249 MTGEVVSV 256 +TGE++ V Sbjct 221 ITGEILHV 228 Query= d2b4qa_ Length=256 >d2b4qa_ Length=256 Score = 489 bits (1259), Expect = 3.62e-180 Identities = 256/256 (100%), Positives = 256/256 (100%), Gaps = 0/256 (0%) Query 1 MHPYFSLAGRIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQ 60 MHPYFSLAGRIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQ Sbjct 1 MHPYFSLAGRIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQ 60 Query 61 AIPADLSSEAGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSV 120 AIPADLSSEAGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSV Sbjct 61 AIPADLSSEAGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSV 120 Query 121 FSCIQQLLPLLRRSASAENPARVINIGSVAGISAMGEQAYAYGPSKAALHQLSRMLAKEL 180 FSCIQQLLPLLRRSASAENPARVINIGSVAGISAMGEQAYAYGPSKAALHQLSRMLAKEL Sbjct 121 FSCIQQLLPLLRRSASAENPARVINIGSVAGISAMGEQAYAYGPSKAALHQLSRMLAKEL 180 Query 181 VGEHINVNVIAPGRFPSRMTRHIANDPQALEADSASIPMGRWGRPEEMAALAISLAGTAG 240 VGEHINVNVIAPGRFPSRMTRHIANDPQALEADSASIPMGRWGRPEEMAALAISLAGTAG Sbjct 181 VGEHINVNVIAPGRFPSRMTRHIANDPQALEADSASIPMGRWGRPEEMAALAISLAGTAG 240 Query 241 AYMTGNVIPIDGGFHL 256 AYMTGNVIPIDGGFHL Sbjct 241 AYMTGNVIPIDGGFHL 256 >d1uzma1 Length=237 Score = 103 bits (256), Expect = 1.08e-28 Identities = 85/247 (34%), Positives = 124/247 (50%), Gaps = 17/247 (6%) Query 10 RIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQAIPADLSSE 69 R LVTGG+RGIG IAQ L G +V + R + A +G + D++ Sbjct 8 RSVLVTGGNRGIGLAIAQRLAADGHKVAVTHRGSGA------PKGLFG----VEVDVTDS 57 Query 70 AGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSVFSCIQQLLP 129 R A+ E +++LV+NAG S A L +EKV+ N+T F Q+ Sbjct 58 DAVDRAFTAVEEHQGPVEVLVSNAGLSADAFLMRMTEEKFEKVINANLTGAFRVAQRA-- 115 Query 130 LLRRSASAENPARVINIGSVAGISAMGEQAYAYGPSKAALHQLSRMLAKELVGEHINVNV 189 RS R+I IGSV+G+ +G QA Y SKA + ++R +A+EL ++ NV Sbjct 116 --SRSMQRNKFGRMIFIGSVSGLWGIGNQAN-YAASKAGVIGMARSIARELSKANVTANV 172 Query 190 IAPGRFPSRMTRHIANDPQALEADSASIPMGRWGRPEEMAALAISLAGTAGAYMTGNVIP 249 +APG + MTR A D + + IP R G P E+A + LA +Y++G VIP Sbjct 173 VAPGYIDTDMTR--ALDERIQQGALQFIPAKRVGTPAEVAGVVSFLASEDASYISGAVIP 230 Query 250 IDGGFHL 256 +DGG + Sbjct 231 VDGGMGM 237 >d4bmna1 Length=249 Score = 99.4 bits (246), Expect = 3.96e-27 Identities = 81/256 (31%), Positives = 127/256 (49%), Gaps = 19/256 (7%) Query 5 FSLAGRIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQAIPA 64 + L + A++TGG+ GIG A+ + GA VFI R + A + + A+ A Sbjct 2 YRLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGR--NVTAVKA 59 Query 65 DLSSEAGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSVFSCI 124 D++ RL + E +D+L N+G LE +++ +NV + + Sbjct 60 DVTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTV 119 Query 125 QQLLPLLRRSASAENPARVINIGSVAGISAMGEQAY-AYGPSKAALHQLSRMLAKELVGE 183 Q+ LPLLR S VI SVAG+ +G QA+ Y +KAA+ L+R EL G Sbjct 120 QKALPLLRDGGS------VILTSSVAGV--LGLQAHDTYSAAKAAVRSLARTWTTELKGR 171 Query 184 HINVNVIAPGRFPSRMTRHIANDPQALEAD------SASIPMGRWGRPEEMAALAISLAG 237 I VN ++PG + + + + + EAD +A+ P+GR GRPEE+AA + LA Sbjct 172 SIRVNAVSPGAIDTPIIENQVSTQE--EADELRAKFAAATPLGRVGRPEELAAAVLFLAS 229 Query 238 TAGAYMTGNVIPIDGG 253 +Y+ G + +DGG Sbjct 230 DDSSYVAGIELFVDGG 245 Query= d4bmna1 Length=249 >d4bmna1 Length=249 Score = 466 bits (1198), Expect = 4.20e-171 Identities = 249/249 (100%), Positives = 249/249 (100%), Gaps = 0/249 (0%) Query 1 MYRLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKAD 60 MYRLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKAD Sbjct 1 MYRLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKAD 60 Query 61 VTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTVQ 120 VTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTVQ Sbjct 61 VTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTVQ 120 Query 121 KALPLLRDGGSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAVSP 180 KALPLLRDGGSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAVSP Sbjct 121 KALPLLRDGGSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAVSP 180 Query 181 GAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGIEL 240 GAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGIEL Sbjct 181 GAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGIEL 240 Query 241 FVDGGLTQV 249 FVDGGLTQV Sbjct 241 FVDGGLTQV 249 >d1geea_ Length=261 Score = 122 bits (305), Expect = 1.01e-35 Identities = 87/256 (33%), Positives = 134/256 (52%), Gaps = 14/256 (5%) Query 1 MYR-LLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELE-----QAAAEIGRNV 54 MY+ L K VITG ++G+G + A RF E A V +V R KE E + ++G Sbjct 1 MYKDLEGKVVVITGSSTGLGKSMAIRFATEKAKV-VVNYRSKEDEANSVLEEIKKVGGEA 59 Query 55 TAVKADVTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRG 114 AVK DVT D+ L ++ G +DV+ N+G + E++ +++ D N+ G Sbjct 60 IAVKGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTG 119 Query 115 LIFTVQKALPLLRDG---GSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGR 171 ++A+ + G+VI SSV + Y+A+K ++ + T E + Sbjct 120 AFLGSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPK 179 Query 172 SIRVNAVSPGAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDD 231 IRVN + PGAI+TPI + + E+ RA + P+G +G PEE+AA +LAS + Sbjct 180 GIRVNNIGPGAINTPINAEKFADPEQ----RADVESMIPMGYIGEPEEIAAVAAWLASSE 235 Query 232 SSYVAGIELFVDGGLT 247 +SYV GI LF DGG+T Sbjct 236 ASYVTGITLFADGGMT 251 >d2b4qa_ Length=256 Score = 105 bits (263), Expect = 1.30e-29 Identities = 81/256 (31%), Positives = 127/256 (49%), Gaps = 19/256 (7%) Query 2 YRLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGR--NVTAVKA 59 + L + A++TGG+ GIG A+ + GA VFI R + A + + A+ A Sbjct 5 FSLAGRIALVTGGSRGIGQMIAQGLLEAGARVFICARDAEACADTATRLSAYGDCQAIPA 64 Query 60 DVTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTV 119 D++ RL + E +D+L N+G LE +++ +NV + + Sbjct 65 DLSSEAGARRLAQALGELSARLDILVNNAGTSWGAALESYPVSGWEKVMQLNVTSVFSCI 124 Query 120 QKALPLLRDGGS------VILTSSVAGV--LGLQAHDTYSAAKAAVRSLARTWTTELKGR 171 Q+ LPLLR S VI SVAG+ +G QA+ Y +KAA+ L+R EL G Sbjct 125 QQLLPLLRRSASAENPARVINIGSVAGISAMGEQAY-AYGPSKAALHQLSRMLAKELVGE 183 Query 172 SIRVNAVSPGAIDTPIIENQVSTQE--EADELRAKFAAATPLGRVGRPEELAAAVLFLAS 229 I VN ++PG + + + + + EAD +A+ P+GR GRPEE+AA + LA Sbjct 184 HINVNVIAPGRFPSRMTRHIANDPQALEAD------SASIPMGRWGRPEEMAALAISLAG 237 Query 230 DDSSYVAGIELFVDGG 245 +Y+ G + +DGG Sbjct 238 TAGAYMTGNVIPIDGG 253 >d1fmca_ Length=255 Score = 99.0 bits (245), Expect = 5.27e-27 Identities = 78/251 (31%), Positives = 123/251 (49%), Gaps = 11/251 (4%) Query 3 RLLNKTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEI---GRNVTAVKA 59 RL K A+ITG +GIG A F GA V + EI G A + Sbjct 8 RLDGKCAIITGAGAGIGKEIAITFATAGASVVVSDINADAANHVVDEIQQLGGQAFACRC 67 Query 60 DVTKLEDLDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTV 119 D+T ++L L + G +D+L N+G K + + + R +++NV Sbjct 68 DITSEQELSALADFAISKLGKVDILVNNAGGGGPKPFD-MPMADFRRAYELNVFSFFHLS 126 Query 120 QKALPLL-RDGGSVILTSSVAGVLGLQAHDT-YSAAKAAVRSLARTWTTELKGRSIRVNA 177 Q P + ++GG VILT + + T Y+++KAA L R +L ++IRVN Sbjct 127 QLVAPEMEKNGGGVILTITSMAAENKNINMTSYASSKAAASHLVRNMAFDLGEKNIRVNG 186 Query 178 VSPGAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAG 237 ++PGAI T +++ ++ E+ K TP+ R+G+P+++A A LFL S +S+V+G Sbjct 187 IAPGAILTDALKSVITP-----EIEQKMLQHTPIRRLGQPQDIANAALFLCSPAASWVSG 241 Query 238 IELFVDGGLTQ 248 L V GG Q Sbjct 242 QILTVSGGGVQ 252 >d5jlaa_ Length=259 Score = 88.2 bits (217), Expect = 6.02e-23 Identities = 82/242 (33%), Positives = 115/242 (47%), Gaps = 13/242 (5%) Query 9 AVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKADVTKLEDLD 68 AV+TG SGIG A A+ GA V + R + + A G + DV + + Sbjct 10 AVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVL--DVGEDASVT 67 Query 69 RLYAIVREQRGSIDVLFANSGAIEQKTLE--EITPEHYDRTFDVNVRGLIFTVQK-ALPL 125 VR + G DVL N + Q+TL E+ +D +++RG P+ Sbjct 68 AAANEVRARYGVADVL-VNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCAAFGAPM 126 Query 126 L-RDGGSVILTSSVAGVLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAVSPGAID 184 R GS++ +SVAG+ H Y AKA V SL T E + +RVN VSPG Sbjct 127 ADRRRGSIVNIASVAGMRSGPLH-AYGPAKAGVISLTETLAGEWGPKGVRVNCVSPGFTQ 185 Query 185 TPIIENQVSTQE-EADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGIELFVD 243 TP +E +T +AD LR A LG + E+A AV+FLAS+ +S + G+ L VD Sbjct 186 TPALERGFTTHTLKADVLRD----AAALGHIVSANEIAEAVVFLASERASAITGVNLPVD 241 Query 244 GG 245 G Sbjct 242 AG 243 >d3un1a1 Length=237 Score = 83.6 bits (205), Expect = 2.12e-21 Identities = 77/247 (31%), Positives = 106/247 (42%), Gaps = 29/247 (11%) Query 7 KTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKADVTKLED 66 K VITG + GIG + + V R K ++ V D++K E Sbjct 6 KVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADP------DIHTVAGDISKPET 59 Query 67 LDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTVQKALPLL 126 DR+ E+ G ID L N+G K E+T E YD VNV G Q+A + Sbjct 60 ADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEM 119 Query 127 RDGGS---VILTSSVA-----GVLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAV 178 GS V +T+S+ G+ A T A RSLA E +RVNAV Sbjct 120 LKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAM----EFSRSGVRVNAV 175 Query 179 SPGAIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGI 238 SPG I TP+ E + A P+GR+G ++ AVL+L + + ++ G Sbjct 176 SPGVIKTPM---------HPAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGE 224 Query 239 ELFVDGG 245 L VDGG Sbjct 225 ILHVDGG 231 Query= d3un1a1 Length=237 >d3un1a1 Length=237 Score = 465 bits (1196), Expect = 3.37e-171 Identities = 237/237 (100%), Positives = 237/237 (100%), Gaps = 0/237 (0%) Query 1 MRNQQKVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHTVAGDISKPETA 60 MRNQQKVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHTVAGDISKPETA Sbjct 1 MRNQQKVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHTVAGDISKPETA 60 Query 61 DRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEML 120 DRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEML Sbjct 61 DRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEML 120 Query 121 KQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAVSPGVI 180 KQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAVSPGVI Sbjct 121 KQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAVSPGVI 180 Query 181 KTPMHPAETHSTLAGLHPVGRMGEIRDVVDAVLYLEHAGFITGEILHVDGGQNAGRW 237 KTPMHPAETHSTLAGLHPVGRMGEIRDVVDAVLYLEHAGFITGEILHVDGGQNAGRW Sbjct 181 KTPMHPAETHSTLAGLHPVGRMGEIRDVVDAVLYLEHAGFITGEILHVDGGQNAGRW 237 >d3uxya_ Length=241 Score = 117 bits (292), Expect = 3.72e-34 Identities = 81/239 (33%), Positives = 122/239 (51%), Gaps = 16/239 (6%) Query 6 KVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHTVAGDISKPETADRIVR 65 KV ++TGA+ GIG +V A R RV R++ A D+H + GD+ + AD + Sbjct 4 KVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAGIA-ADLH-LPGDLREAAYADGLPG 61 Query 66 EGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEMLKQGSG 125 GR+D +VNNAGV E T D+ +LGVNV F I + A M G G Sbjct 62 AVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMAAAGGG 121 Query 126 HIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAVSPGVIKTPM- 184 IV++ + +P G AL LTK L ++T+ + M+ + G+R+NAV P + TPM Sbjct 122 AIVNVASCWGLRP--GPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNTPML 179 Query 185 ---------HPAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEILHVDGGQ 232 P + L P+GR+ E D+ D VL+L + A ++ G ++ V+GG+ Sbjct 180 RTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVEVNGGK 238 >d1geea_ Length=261 Score = 97.1 bits (240), Expect = 2.33e-26 Identities = 67/243 (27%), Positives = 117/243 (48%), Gaps = 18/243 (7%) Query 6 KVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIH----------TVAGDIS 55 KVVVITG+S G+G + + +VV RS + A+ + V GD++ Sbjct 8 KVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEAIAVKGDVT 67 Query 56 KPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRA 115 +V+ I+ FG++D ++NNAG+ EM+ D++ + N+ G F + R Sbjct 68 VESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAF-LGSRE 126 Query 116 AAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAV 175 A + + I S V + + + +KGG+ +T +LA+E++ G+RVN + Sbjct 127 AIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIRVNNI 186 Query 176 SPGVIKTPMHPA-----ETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEILHV 228 PG I TP++ E + + + P+G +GE ++ +L A ++TG L Sbjct 187 GPGAINTPINAEKFADPEQRADVESMIPMGYIGEPEEIAAVAAWLASSEASYVTGITLFA 246 Query 229 DGG 231 DGG Sbjct 247 DGG 249 >d3tzqa_ Length=261 Score = 89.4 bits (220), Expect = 1.77e-23 Identities = 72/246 (29%), Positives = 117/246 (47%), Gaps = 24/246 (9%) Query 4 QQKVVVITGASQGIGAGLVRAYRDRNYRVV----------ATSRSIKPSADPDIHTVAGD 53 + KV +ITGA GIG R RVV + S+ A +H V D Sbjct 4 ENKVAIITGACGGIGLETSRVLARAGARVVLADLPETDLAGAAASVGRGA---VHHVV-D 59 Query 54 ISKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFV--EMTQEDYDHNLGVNVAGFFHI 111 ++ + ++ I+ FGR+D + NNA + +MT + +D VN G + Sbjct 60 LTNEVSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLM 119 Query 112 TQRAAAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVR 171 + A ++ G G IV+I+++ M +A A TK + +TR +A ++ R GVR Sbjct 120 CKYAIPRLISAGGGAIVNISSATA-HAAYDMSTAYA-CTKAAIETLTRYVATQYGRHGVR 177 Query 172 VNAVSPGVIKTPMH----PAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEI 225 NA++PG+++TP P A H GR+GE ++ + V +L + A FITG++ Sbjct 178 CNAIAPGLVRTPRLEVGLPQPIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITGQV 237 Query 226 LHVDGG 231 + D G Sbjct 238 IAADSG 243 >d4bmna1 Length=249 Score = 89.0 bits (219), Expect = 2.00e-23 Identities = 73/244 (29%), Positives = 109/244 (44%), Gaps = 23/244 (9%) Query 6 KVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADP------DIHTVAGDISKPET 59 K VITG + GIG + + V R K ++ V D++K E Sbjct 7 KTAVITGGNSGIGLATAKRFVAEGAYVFIVGRRRKELEQAAAEIGRNVTAVKADVTKLED 66 Query 60 ADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEM 119 DR+ E+ G ID L N+G K E+T E YD VNV G Q+A + Sbjct 67 LDRLYAIVREQRGSIDVLFANSGAIEQKTLEEITPEHYDRTFDVNVRGLIFTVQKALPLL 126 Query 120 LKQGSGHIVSITTSLVDQPMVGMPSA-LASLTKGGLNAVTRSLAMEFSRSGVRVNAVSPG 178 GS V +T+S+ ++G+ + S K + ++ R+ E +RVNAVSPG Sbjct 127 RDGGS---VILTSSVAG--VLGLQAHDTYSAAKAAVRSLARTWTTELKGRSIRVNAVSPG 181 Query 179 VIKTPM---------HPAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEILH 227 I TP+ E + A P+GR+G ++ AVL+L + + ++ G L Sbjct 182 AIDTPIIENQVSTQEEADELRAKFAAATPLGRVGRPEELAAAVLFLASDDSSYVAGIELF 241 Query 228 VDGG 231 VDGG Sbjct 242 VDGG 245 >d3o38a_ Length=261 Score = 82.0 bits (201), Expect = 9.04e-21 Identities = 68/242 (28%), Positives = 112/242 (46%), Gaps = 22/242 (9%) Query 6 KVVVITGAS-QGIGAGLVRA------------YRDRNYRVVATSRSIKPSADPDIHTVAG 52 KVV++T A+ GIG+ R Y +R R+ T + + V Sbjct 18 KVVLVTAAAGTGIGSTTARRALLEGADVVISDYHER--RLGETRDQLADLGLGRVEAVVC 75 Query 53 DISKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHIT 112 D++ E D ++ + +E+ GR+D LVNNAG+ P V+MT E++D L V + T Sbjct 76 DVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSVMRAT 135 Query 113 QRAAAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRV 172 + A G ++ S++ S A+ K G+ A+TR A+E GVR+ Sbjct 136 RAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAA-AKAGVMALTRCSAIEAVEFGVRI 194 Query 173 NAVSPGVIKTPM----HPAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEIL 226 NAVSP + + +E LA GR E +V + +L +++ ++TGE++ Sbjct 195 NAVSPSIARHKFLEKTSSSELLDRLASDEAFGRAAEPWEVAATIAFLASDYSSYMTGEVV 254 Query 227 HV 228 V Sbjct 255 SV 256 >d4nima_ Length=267 Score = 75.1 bits (183), Expect = 3.33e-18 Identities = 73/253 (28%), Positives = 116/253 (45%), Gaps = 37/253 (14%) Query 6 KVVVITGASQGIGAGLVRAYRDRNYR-VVATSRSIKPSADPDIHTVAG------------ 52 K+ VITG++QG+GA R + +R + +V RS A+ AG Sbjct 6 KIAVITGSTQGLGAATARLFAERGAQGLVICGRS----AEKGRAQAAGLEELGAKAVFVQ 61 Query 53 -DISKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHI 111 D+ E RIV E FGR+D LVN AG+ ++ + E +D VN F + Sbjct 62 VDLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFL 121 Query 112 TQRAAAEMLKQG-SGHIVSITT--SLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRS 168 Q A + G IV++++ S+ QP + A +KG L+ +TR++A R+ Sbjct 122 IQEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCA----SKGALDTLTRNVAYSVLRN 177 Query 169 GVRVNAVSPGV--------IKTPMH--PAETHSTLAGLHPVGRMGEIRDVVDAVLYL--E 216 +RVN+++ G I+ H PA P GR+ + V A+ +L E Sbjct 178 RIRVNSLNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIAFLASE 237 Query 217 HAGFITGEILHVD 229 +G +TG I++ D Sbjct 238 ESGLMTGAIVNFD 250 >d3zv4a_ Length=275 Score = 68.9 bits (167), Expect = 5.93e-16 Identities = 66/258 (25%), Positives = 109/258 (42%), Gaps = 31/258 (12%) Query 1 MRNQQKVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHT------VAGDI 54 M+ +V +ITG + G+G LV + RV +S + + ++ V GD+ Sbjct 1 MKLTGEVALITGGASGLGRALVDRFVAEGARVAVLDKSAERLRELEVAHGGNAVGVVGDV 60 Query 55 SKPETADRIVREGIERFGRIDSLVNNAGVFLAKPFVEMTQED-----YDHNLGVNVAGFF 109 + R + FG+ID+L+ NAG++ + ED +D VNV G+ Sbjct 61 RSLQDQKRAAERCLAAFGKIDTLIPNAGIWDYSTALADLPEDKIDAAFDDIFHVNVKGYI 120 Query 110 HITQRAAAEMLKQGSGHIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSG 169 H +A L G +V ++ P G P L + TK + + R +A E + Sbjct 121 HAV-KACLPALVSSRGSVVFTISNAGFYPNGGGP--LYTATKHAVVGLVRQMAFELAPH- 176 Query 170 VRVNAVSPGVIKTPMHPAET-------------HSTLAGLHPVGRMGEIRDVVDAVLYLE 216 VRVN V+PG + T + + L + P+GRM + + A ++ Sbjct 177 VRVNGVAPGGMNTDLRGPSSLGLSEQSISSVPLADMLKSVLPIGRMPALEEYTGAYVFFA 236 Query 217 HAGF---ITGEILHVDGG 231 G TG +L+ DGG Sbjct 237 TRGDSLPATGALLNYDGG 254 Query= d3uxya_ Length=241 >d3uxya_ Length=241 Score = 462 bits (1190), Expect = 3.77e-170 Identities = 241/241 (100%), Positives = 241/241 (100%), Gaps = 0/241 (0%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAGIAADLHLPGDLREAAYADGLP 60 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAGIAADLHLPGDLREAAYADGLP Sbjct 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAGIAADLHLPGDLREAAYADGLP 60 Query 61 GAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMAAAGG 120 GAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMAAAGG Sbjct 61 GAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMAAAGG 120 Query 121 GAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNTPMLR 180 GAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNTPMLR Sbjct 121 GAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNTPMLR 180 Query 181 TGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVEVNGGKAV 240 TGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVEVNGGKAV Sbjct 181 TGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVEVNGGKAV 240 Query 241 A 241 A Sbjct 241 A 241 >d3tzqa_ Length=261 Score = 115 bits (288), Expect = 2.56e-33 Identities = 89/248 (35%), Positives = 122/248 (49%), Gaps = 18/248 (7%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRA---VAGIAADL-----HLPGDLRE 52 E KVA++TGA GGIG L AGARV +AD +AG AA + H DL Sbjct 3 LENKVAIITGACGGIGLETSRVLARAGARVVLADLPETDLAGAAASVGRGAVHHVVDLTN 62 Query 53 AAYADGLPGAVAAGLGRLDIVVNNAGVISRGR--ITETTDADWSLSLGVNVEAPFRICRA 110 L GRLDIV NNA +T+ T W + VN +C+ Sbjct 63 EVSVRALIDFTIDTFGRLDIVDNNAAHSDPADMLVTQMTVDVWDDTFTVNARGTMLMCKY 122 Query 111 AIPLMAAAGGGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVC 170 AIP + +AGGGAIVN++S Y TKAA+ +LT+ + + G+R NA+ Sbjct 123 AIPRLISAGGGAIVNISSATAHAAYDMSTAYACTKAAIETLTRYVATQYGRHGVRCNAIA 182 Query 171 PNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPL-GRIAEPEDIADVVLFLASDAARYLCG 229 P V TP L G + + ++ T L GRI EP +IA++V FLASD A ++ G Sbjct 183 PGLVRTPRLEVGLPQ-------PIVDIFATHHLAGRIGEPHEIAELVCFLASDRAAFITG 235 Query 230 SLVEVNGG 237 ++ + G Sbjct 236 QVIAADSG 243 >d3awda_ Length=257 Score = 111 bits (277), Expect = 9.67e-32 Identities = 92/252 (36%), Positives = 130/252 (51%), Gaps = 21/252 (8%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVAD--RAVAGIAA-DLHLPG--------D 49 + +VA+VTG A IG A VTAL AGARV +AD A+A A DL + G D Sbjct 8 LDNRVAIVTGGAQNIGLACVTALAEAGARVIIADLDEAMATKAVEDLRMEGHDVSSVVMD 67 Query 50 LREAAYADGLPGAVAAGLGRLDIVVNNAGV-ISRGRITETTDADWSLSLGVNVEAPFRIC 108 + +V GR+DI+V AG+ IS + + TD W + +N+ FR C Sbjct 68 VTNTESVQNAVRSVHEQEGRVDILVACAGICISEVKAEDMTDGQWLKQVDINLNGMFRSC 127 Query 109 RAAIPLMAAAGGGAIVNVASCWGL---RPGPGHALYCLTKAALASLTQCMGMDHAPQGIR 165 +A +M G IV + S GL RP A Y +KA + + + + AP GIR Sbjct 128 QAVGRIMLEQKQGVIVAIGSMSGLIVNRPQQ-QAAYNASKAGVHQYIRSLAAEWAPHGIR 186 Query 166 INAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAAR 225 NAV P + T + R G K P+ A + T P+GR+ +P+++A VV FLASDAA Sbjct 187 ANAVAPTYIETTLTRFGMEK----PELYDAWIAGT-PMGRVGQPDEVASVVQFLASDAAS 241 Query 226 YLCGSLVEVNGG 237 + G++V V+ G Sbjct 242 LMTGAIVNVDAG 253 >d5jlaa_ Length=259 Score = 108 bits (269), Expect = 1.50e-30 Identities = 85/248 (34%), Positives = 117/248 (47%), Gaps = 12/248 (4%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAGIAADLHLPG------DLREAA 54 F G +A+VTGA GIG A L +GA V VADR + G D+ E A Sbjct 5 FNGAIAVVTGAGSGIGRACAELLSRSGANVIVADRDIEAATRVARATGGKTLVLDVGEDA 64 Query 55 YADGLPGAVAAGLGRLDIVVNNAGVISRGRIT-ETTDADWSLSLGVNVEAPFRICRAAIP 113 V A G D++VN AGV+ R E +W + +++ + C A Sbjct 65 SVTAAANEVRARYGVADVLVNCAGVLQRTLPPGELAQREWDVVSRIDLRGTYLCCAAFGA 124 Query 114 LMAAAGGGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNE 173 MA G+IVN+AS G+R GP HA Y KA + SLT+ + + P+G+R+N V P Sbjct 125 PMADRRRGSIVNIASVAGMRSGPLHA-YGPAKAGVISLTETLAGEWGPKGVRVNCVSPGF 183 Query 174 VNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVE 233 TP L GF D L LG I +IA+ V+FLAS+ A + G + Sbjct 184 TQTPALERGFTTHTLKAD----VLRDAAALGHIVSANEIAEAVVFLASERASAITGVNLP 239 Query 234 VNGGKAVA 241 V+ G +A Sbjct 240 VDAGYLIA 247 >d2fwmx_ Length=248 Score = 107 bits (267), Expect = 2.32e-30 Identities = 86/246 (34%), Positives = 123/246 (50%), Gaps = 14/246 (5%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAG----IAADLHLPGDLREAAYA 56 F GK VTGA GIG A A AGA+V D+A A ++ D+ +AA Sbjct 3 FSGKNVWVTGAGKGIGYATALAFVEAGAKVTGFDQAFTQEQYPFATEVM---DVADAAQV 59 Query 57 DGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMA 116 + + A RLD +VN AG++ G + + DW + VNV F + + + Sbjct 60 AQVCQRLLAETERLDALVNAAGILRMGATDQLSKEDWQQTFAVNVGGAFNLFQQTMNQFR 119 Query 117 AAGGGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNT 176 GGAIV VAS P G + Y +KAAL SL +G++ A G+R N V P +T Sbjct 120 RQRGGAIVTVASDAAHTPRIGMSAYGASKAALKSLALSVGLELAGSGVRCNVVSPGSTDT 179 Query 177 PMLRTGFAKRGFDPDRAVA-----ELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSL 231 M RT + + R +LG +PLG+IA P++IA+ +LFLASD A ++ Sbjct 180 DMQRTLWVSDDAEEQRIRGFGEQFKLG--IPLGKIARPQEIANTILFLASDLASHITLQD 237 Query 232 VEVNGG 237 + V+GG Sbjct 238 IVVDGG 243 >d3un1a1 Length=237 Score = 105 bits (262), Expect = 9.83e-30 Identities = 81/239 (33%), Positives = 122/239 (51%), Gaps = 16/239 (6%) Query 4 KVALVTGAAGGIGGAVVTALRAAGARVAVADRAVAGIA-ADLH-LPGDLREAAYADGLPG 61 KV ++TGA+ GIG +V A R RV R++ A D+H + GD+ + AD + Sbjct 6 KVVVITGASQGIGAGLVRAYRDRNYRVVATSRSIKPSADPDIHTVAGDISKPETADRIVR 65 Query 62 AVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRICRAAIPLMAAAGGG 121 GR+D +VNNAGV E T D+ +LGVNV F I + A M G G Sbjct 66 EGIERFGRIDSLVNNAGVFLAKPFVEMTQEDYDHNLGVNVAGFFHITQRAAAEMLKQGSG 125 Query 122 AIVNVASCWGLRP--GPGHALYCLTKAALASLTQCMGMDHAPQGIRINAVCPNEVNTPML 179 IV++ + +P G AL LTK L ++T+ + M+ + G+R+NAV P + TPM Sbjct 126 HIVSITTSLVDQPMVGMPSALASLTKGGLNAVTRSLAMEFSRSGVRVNAVSPGVIKTPM- 184 Query 180 RTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARYLCGSLVEVNGGK 238 P + L P+GR+ E D+ D VL+L + A ++ G ++ V+GG+ Sbjct 185 ---------HPAETHSTLAGLHPVGRMGEIRDVVDAVLYL--EHAGFITGEILHVDGGQ 232 >d3o38a_ Length=261 Score = 96.7 bits (239), Expect = 3.59e-26 Identities = 82/253 (32%), Positives = 114/253 (45%), Gaps = 20/253 (7%) Query 1 FEGKVALVTGAAG-GIGGAVVTALRAAGARVAVADRAVAGIA------ADLHLPG----- 48 +GKV LVT AAG GIG GA V ++D + ADL L Sbjct 15 LKGKVVLVTAAAGTGIGSTTARRALLEGADVVISDYHERRLGETRDQLADLGLGRVEAVV 74 Query 49 -DLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRI 107 D+ D L GRLD++VNNAG+ + + + TD +W L V + + R Sbjct 75 CDVTSTEAVDALITQTVEKAGRLDVLVNNAGLGGQTPVVDMTDEEWDRVLNVTLTSVMRA 134 Query 108 CRAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRI 166 RAA+ GG IVN AS G R + Y KA + +LT+C ++ G+RI Sbjct 135 TRAALRYFRGVDHGGVIVNNASVLGWRAQHSQSHYAAAKAGVMALTRCSAIEAVEFGVRI 194 Query 167 NAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAARY 226 NAV P+ L + D L GR AEP ++A + FLASD + Y Sbjct 195 NAVSPSIARHKFLEKTSSSELLD------RLASDEAFGRAAEPWEVAATIAFLASDYSSY 248 Query 227 LCGSLVEVNGGKA 239 + G +V V+ +A Sbjct 249 MTGEVVSVSSQRA 261 >d1geea_ Length=261 Score = 94.4 bits (233), Expect = 2.64e-25 Identities = 73/252 (28%), Positives = 126/252 (50%), Gaps = 22/252 (8%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVADRA--------------VAGIAADLHL 46 EGKV ++TG++ G+G ++ A+V V R+ V G A + + Sbjct 5 LEGKVVVITGSSTGLGKSMAIRFATEKAKVVVNYRSKEDEANSVLEEIKKVGGEA--IAV 62 Query 47 PGDLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFR 106 GD+ + L + G+LD+++NNAG+ + E + +DW+ + N+ F Sbjct 63 KGDVTVESDVINLVQSAIKEFGKLDVMINNAGLENPVSSHEMSLSDWNKVIDTNLTGAFL 122 Query 107 ICRAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIR 165 R AI G ++N++S P P Y +K + +T+ + +++AP+GIR Sbjct 123 GSREAIKYFVENDIKGTVINMSSVHEKIPWPLFVHYAASKGGMKLMTETLALEYAPKGIR 182 Query 166 INAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEPEDIADVVLFLASDAAR 225 +N + P +NTP+ FA DP++ A++ +P+G I EPE+IA V +LAS A Sbjct 183 VNNIGPGAINTPINAEKFA----DPEQR-ADVESMIPMGYIGEPEEIAAVAAWLASSEAS 237 Query 226 YLCGSLVEVNGG 237 Y+ G + +GG Sbjct 238 YVTGITLFADGG 249 >d4trra_ Length=261 Score = 78.6 bits (192), Expect = 1.83e-19 Identities = 76/260 (29%), Positives = 116/260 (44%), Gaps = 29/260 (11%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGARVAVAD------RAVA-----------GIAAD 43 GK A+VTGAA GIG + L AGA VA+AD AVA G+A D Sbjct 4 LNGKTAVVTGAASGIGKEIALELAKAGAAVAIADLNQDGANAVADEINKAGGKAIGVAMD 63 Query 44 LHLPGDLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEA 103 + E A G+ VA G +DI+V+NAG+ I + ADW ++V+ Sbjct 64 VT-----NEEAVNTGID-KVAEAFGSVDILVSNAGIQIVNPIENYSFADWKKMQAIHVDG 117 Query 104 PFRICRAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQ 162 F +AA+ M GG ++ + S P + Y K L L + + + A Sbjct 118 AFLTTKAALKHMYKDDRGGVVIYMGSVHSHEASPLKSAYVTAKHGLLGLARVLAKEGAKH 177 Query 163 GIRINAVCPNEVNTPMLRTGFAKRGFDPDRAVAELGRTVPLGRIAEP-----EDIADVVL 217 +R + VCP V TP++ ++ + + E+ + V LG + +D+A VL Sbjct 178 NVRSHVVCPGFVRTPLVDKQIPEQAKELGISEEEVIKKVMLGNTVDGVFTTVQDVAQTVL 237 Query 218 FLASDAARYLCGSLVEVNGG 237 FL++ + L G V+ G Sbjct 238 FLSAFPSAALTGQSFIVSHG 257 >d4nima_ Length=267 Score = 75.5 bits (184), Expect = 2.61e-18 Identities = 78/258 (30%), Positives = 116/258 (44%), Gaps = 33/258 (12%) Query 1 FEGKVALVTGAAGGIGGAVVTALRAAGA-------RVAVADRA-VAGI----AADLHLPG 48 +GK+A++TG+ G+G A GA R A RA AG+ A + + Sbjct 3 LKGKIAVITGSTQGLGAATARLFAERGAQGLVICGRSAEKGRAQAAGLEELGAKAVFVQV 62 Query 49 DLREAAYADGLPGAVAAGLGRLDIVVNNAGVISRGRITETTDADWSLSLGVNVEAPFRIC 108 DL + GRLDI+VN AG+ RG I +T+ + VN APF + Sbjct 63 DLENVEDCRRIVAEADRAFGRLDILVNAAGLTDRGTILDTSPELFDRLFAVNTRAPFFLI 122 Query 109 RAAIPLMAAAG-GGAIVNVASCWGLRPGPGHALYCLTKAALASLTQCMGMDHAPQGIRIN 167 + AI L GAIVNV+S + P A YC +K AL +LT+ + IR+N Sbjct 123 QEAIKLFRRDRVEGAIVNVSSMSSMGGQPFIAAYCASKGALDTLTRNVAYSVLRNRIRVN 182 Query 168 AVCPNEVNTPMLRTGF-AKRGFD---------PDRAVAELGRTVPLGRIAEPEDIADVVL 217 + L G+ A G D P + E +T P GR+ +P +A + Sbjct 183 S----------LNIGWMASDGEDRIQREYHGAPANWLEEAVKTQPFGRLLDPAKVARAIA 232 Query 218 FLASDAARYLCGSLVEVN 235 FLAS+ + + G++V + Sbjct 233 FLASEESGLMTGAIVNFD 250 Query= d4zrma_ Length=308 >d4zrma_ Length=308 Score = 609 bits (1570), Expect = 7.88e-226 Identities = 308/308 (100%), Positives = 308/308 (100%), Gaps = 0/308 (0%) Query 1 MNILVTGGAGFIGSHVVDKLIENGYGVIVVDNLSSGKVENLNRNALFYEQSIEDEEMMER 60 MNILVTGGAGFIGSHVVDKLIENGYGVIVVDNLSSGKVENLNRNALFYEQSIEDEEMMER Sbjct 1 MNILVTGGAGFIGSHVVDKLIENGYGVIVVDNLSSGKVENLNRNALFYEQSIEDEEMMER 60 Query 61 IFSLHRPEYVFHLAAQASVAISVREPARDAKTNIIGSLVLLEKSIKYGVKKFIFSSTGGA 120 IFSLHRPEYVFHLAAQASVAISVREPARDAKTNIIGSLVLLEKSIKYGVKKFIFSSTGGA Sbjct 61 IFSLHRPEYVFHLAAQASVAISVREPARDAKTNIIGSLVLLEKSIKYGVKKFIFSSTGGA 120 Query 121 IYGENVKVFPTPETEIPHPISPYGIAKYSTEMYLEFFAREYGLKYTVLRYANVYGPRQDP 180 IYGENVKVFPTPETEIPHPISPYGIAKYSTEMYLEFFAREYGLKYTVLRYANVYGPRQDP Sbjct 121 IYGENVKVFPTPETEIPHPISPYGIAKYSTEMYLEFFAREYGLKYTVLRYANVYGPRQDP 180 Query 181 YGEAGVVAIFTERMLRGEEVHIFGDGEYVRDYVYVDDVVRANLLAMEKGDNEVFNIGTGR 240 YGEAGVVAIFTERMLRGEEVHIFGDGEYVRDYVYVDDVVRANLLAMEKGDNEVFNIGTGR Sbjct 181 YGEAGVVAIFTERMLRGEEVHIFGDGEYVRDYVYVDDVVRANLLAMEKGDNEVFNIGTGR 240 Query 241 GTTVNQLFKLLKEITGYDKEPVYKPPRKGDVRKSILDYTKAKEKLGWEPKVSLEEGLKLT 300 GTTVNQLFKLLKEITGYDKEPVYKPPRKGDVRKSILDYTKAKEKLGWEPKVSLEEGLKLT Sbjct 241 GTTVNQLFKLLKEITGYDKEPVYKPPRKGDVRKSILDYTKAKEKLGWEPKVSLEEGLKLT 300 Query 301 VEYFRKTL 308 VEYFRKTL Sbjct 301 VEYFRKTL 308 >d1r66a_ Length=322 Score = 130 bits (328), Expect = 8.02e-38 Identities = 103/320 (32%), Positives = 163/320 (50%), Gaps = 21/320 (6%) Query 1 MNILVTGGAGFIGSHVVDKLIENGYG------VIVVDNLS-SGKVENL-----NRNALFY 48 M +LVTGGAGFIGSH V +L+ Y VIV+D+L+ +G NL + F Sbjct 1 MRLLVTGGAGFIGSHFVRQLLAGAYPDVPADEVIVLDSLTYAGNRANLAPVDADPRLRFV 60 Query 49 EQSIEDEEMMERIFSLHRPEYVFHLAAQASVAISVREPARDAKTNIIGSLVLLEKSIKYG 108 I D ++ R L + + H AA++ V S+ + +TN+ G+ LL+ ++ G Sbjct 61 HGDIRDAGLLAR--ELRGVDAIVHFAAESHVDRSIAGASVFTETNVQGTQTLLQCAVDAG 118 Query 109 VKKFIFSSTGGAIYGENVKVFPTPETEIPHPISPYGIAKYSTEMYLEFFAREYGLKYTVL 168 V + + ST +YG ++ E+ P SPY +K +++ + R YGL + Sbjct 119 VGRVVHVSTD-EVYG-SIDSGSWTESSPLEPNSPYAASKAGSDLVARAYHRTYGLDVRIT 176 Query 169 RYANVYGPRQDPYGEAGVVAIFTERMLRGEEVHIFGDGEYVRDYVYVDDVVRANLLAMEK 228 R N YGP Q P ++ +F +L G + ++GDG VR++V+ DD R L + Sbjct 177 RCCNNYGPYQHP---EKLIPLFVTNLLDGGTLPLYGDGANVREWVHTDDHCRGIALVLAG 233 Query 229 GD-NEVFNIGTGRGTTVNQLFKLLKEITGYDKEPVYK-PPRKGDVRKSILDYTKAKEKLG 286 G E+++IG G T +L +L + G D V K RKG + LD K + +LG Sbjct 234 GRAGEIYHIGGGLELTNRELTGILLDSLGADWSSVRKVADRKGHDLRYSLDGGKIERELG 293 Query 287 WEPKVSLEEGLKLTVEYFRK 306 + P+VS +GL TV ++R+ Sbjct 294 YRPQVSFADGLARTVRWYRE 313 Query= d3guya1 Length=219 >d3guya1 Length=219 Score = 425 bits (1093), Expect = 4.27e-156 Identities = 219/219 (100%), Positives = 219/219 (100%), Gaps = 0/219 (0%) Query 1 IVITGASSGLGAELAKLYDAEGKATYLTGRSESKLSTVTNCLSNNVGYRARDLASHQEVE 60 IVITGASSGLGAELAKLYDAEGKATYLTGRSESKLSTVTNCLSNNVGYRARDLASHQEVE Sbjct 1 IVITGASSGLGAELAKLYDAEGKATYLTGRSESKLSTVTNCLSNNVGYRARDLASHQEVE 60 Query 61 QLFEQLDSIPSTVVHSAGSGYFGLLQEQDPEQIQTLIENNLSSAINVLRELVKRYKDQPV 120 QLFEQLDSIPSTVVHSAGSGYFGLLQEQDPEQIQTLIENNLSSAINVLRELVKRYKDQPV Sbjct 61 QLFEQLDSIPSTVVHSAGSGYFGLLQEQDPEQIQTLIENNLSSAINVLRELVKRYKDQPV 120 Query 121 NVVMIMSTAAQQPKAQESTYCAVKWAVKGLIESVRLELKGKPMKIIAVYPGGMATEFWET 180 NVVMIMSTAAQQPKAQESTYCAVKWAVKGLIESVRLELKGKPMKIIAVYPGGMATEFWET Sbjct 121 NVVMIMSTAAQQPKAQESTYCAVKWAVKGLIESVRLELKGKPMKIIAVYPGGMATEFWET 180 Query 181 SGKSLDTSSFMSAEDAALMIHGALANIGNGYVSDITVNR 219 SGKSLDTSSFMSAEDAALMIHGALANIGNGYVSDITVNR Sbjct 181 SGKSLDTSSFMSAEDAALMIHGALANIGNGYVSDITVNR 219 Query= d1fl2a1 Length=185 >d1fl2a1 Length=185 Score = 353 bits (905), Expect = 1.47e-128 Identities = 185/185 (100%), Positives = 185/185 (100%), Gaps = 0/185 (0%) Query 1 AYDVLIVGSGPAGAAAAIYSARKGIRTGLMGERFGGQILDTVDIENYISVPKTEGQKLAG 60 AYDVLIVGSGPAGAAAAIYSARKGIRTGLMGERFGGQILDTVDIENYISVPKTEGQKLAG Sbjct 1 AYDVLIVGSGPAGAAAAIYSARKGIRTGLMGERFGGQILDTVDIENYISVPKTEGQKLAG 60 Query 61 ALKVHVDEYDVDVIDSQSASKLIPAAVEGGLHQIETASGAVLKARSIIVATGAKXLPNTN 120 ALKVHVDEYDVDVIDSQSASKLIPAAVEGGLHQIETASGAVLKARSIIVATGAKXLPNTN Sbjct 61 ALKVHVDEYDVDVIDSQSASKLIPAAVEGGLHQIETASGAVLKARSIIVATGAKXLPNTN 120 Query 121 WLEGAVERNRMGEIIIDAKCETNVKGVFAAGDCTTVPYKQIIIATGEGAKASLSAFDYLI 180 WLEGAVERNRMGEIIIDAKCETNVKGVFAAGDCTTVPYKQIIIATGEGAKASLSAFDYLI Sbjct 121 WLEGAVERNRMGEIIIDAKCETNVKGVFAAGDCTTVPYKQIIIATGEGAKASLSAFDYLI 180 Query 181 RTKTA 185 RTKTA Sbjct 181 RTKTA 185 Query= d1ojta1 Length=230 >d1ojta1 Length=230 Score = 454 bits (1169), Expect = 2.57e-167 Identities = 230/230 (100%), Positives = 230/230 (100%), Gaps = 0/230 (0%) Query 1 GSADAEYDVVVLGGGPGGYSAAFAAADEGLKVAIVERYKTLGGVCLNVGCIPSKALLHNA 60 GSADAEYDVVVLGGGPGGYSAAFAAADEGLKVAIVERYKTLGGVCLNVGCIPSKALLHNA Sbjct 1 GSADAEYDVVVLGGGPGGYSAAFAAADEGLKVAIVERYKTLGGVCLNVGCIPSKALLHNA 60 Query 61 AVIDEVRHLAANGIKYPEPELDIDMLRAYKDGVVSRLTGGLAGMAKSRKVDVIQGDGQFL 120 AVIDEVRHLAANGIKYPEPELDIDMLRAYKDGVVSRLTGGLAGMAKSRKVDVIQGDGQFL Sbjct 61 AVIDEVRHLAANGIKYPEPELDIDMLRAYKDGVVSRLTGGLAGMAKSRKVDVIQGDGQFL 120 Query 121 DPHHLEVSLTAGDAYEQAAPTGEKKIVAFKNCIIAAGSRXAPNGKLISAEKAGVAVTDRG 180 DPHHLEVSLTAGDAYEQAAPTGEKKIVAFKNCIIAAGSRXAPNGKLISAEKAGVAVTDRG Sbjct 121 DPHHLEVSLTAGDAYEQAAPTGEKKIVAFKNCIIAAGSRXAPNGKLISAEKAGVAVTDRG 180 Query 181 FIEVDKQMRTNVPHIYAIGDIVGQPMLAHKAVHEGHVAAENCAGHKAYFD 230 FIEVDKQMRTNVPHIYAIGDIVGQPMLAHKAVHEGHVAAENCAGHKAYFD Sbjct 181 FIEVDKQMRTNVPHIYAIGDIVGQPMLAHKAVHEGHVAAENCAGHKAYFD 230 Query= d1mo9a1 Length=262 >d1mo9a1 Length=262 Score = 540 bits (1392), Expect = 3.04e-200 Identities = 262/262 (100%), Positives = 262/262 (100%), Gaps = 0/262 (0%) Query 1 KVWNARNDHLTINQWATRIDEILEAPDGGEVIYNVDENDPREYDAIFIGGGAAGRFGSAY 60 KVWNARNDHLTINQWATRIDEILEAPDGGEVIYNVDENDPREYDAIFIGGGAAGRFGSAY Sbjct 1 KVWNARNDHLTINQWATRIDEILEAPDGGEVIYNVDENDPREYDAIFIGGGAAGRFGSAY 60 Query 61 LRAMGGRQLIVDRWPFLGGSCPHNACVPHHLFSDCAAELMLARTFSGQYWFPDMTEKVVG 120 LRAMGGRQLIVDRWPFLGGSCPHNACVPHHLFSDCAAELMLARTFSGQYWFPDMTEKVVG Sbjct 61 LRAMGGRQLIVDRWPFLGGSCPHNACVPHHLFSDCAAELMLARTFSGQYWFPDMTEKVVG 120 Query 121 IKEVVDLFRAGRNGPHGIMNFQSKEQLNLEYILNCPAKVIDNHTVEAAGKVFKAKNLILA 180 IKEVVDLFRAGRNGPHGIMNFQSKEQLNLEYILNCPAKVIDNHTVEAAGKVFKAKNLILA Sbjct 121 IKEVVDLFRAGRNGPHGIMNFQSKEQLNLEYILNCPAKVIDNHTVEAAGKVFKAKNLILA 180 Query 181 VGAGPGTLDVPXEQPRSAELAKILGLDLGPKGEVLVNEYLQTSVPNVYAVGDLIGGPMEM 240 VGAGPGTLDVPXEQPRSAELAKILGLDLGPKGEVLVNEYLQTSVPNVYAVGDLIGGPMEM Sbjct 181 VGAGPGTLDVPXEQPRSAELAKILGLDLGPKGEVLVNEYLQTSVPNVYAVGDLIGGPMEM 240 Query 241 FKARKSGCYAARNVMGEKISYT 262 FKARKSGCYAARNVMGEKISYT Sbjct 241 FKARKSGCYAARNVMGEKISYT 262 Query= d1trba1 Length=191 >d1trba1 Length=191 Score = 388 bits (997), Expect = 2.17e-142 Identities = 191/191 (100%), Positives = 191/191 (100%), Gaps = 0/191 (0%) Query 1 GTTKHSKLLILGSGPAGYTAAVYAARANLQPVLITGMEKGGQLTTTTEVENWPGDPNDLT 60 GTTKHSKLLILGSGPAGYTAAVYAARANLQPVLITGMEKGGQLTTTTEVENWPGDPNDLT Sbjct 1 GTTKHSKLLILGSGPAGYTAAVYAARANLQPVLITGMEKGGQLTTTTEVENWPGDPNDLT 60 Query 61 GPLLMERMHEHATKFETEIIFDHINKVDLQNRPFRLNGDNGEYTCDALIIATGASARYXH 120 GPLLMERMHEHATKFETEIIFDHINKVDLQNRPFRLNGDNGEYTCDALIIATGASARYXH Sbjct 61 GPLLMERMHEHATKFETEIIFDHINKVDLQNRPFRLNGDNGEYTCDALIIATGASARYXH 120 Query 121 SPNTAIFEGQLELENGYIKVQSGIHGNATQTSIPGVFAAGDVMDHIYRQAITSAGTGCMA 180 SPNTAIFEGQLELENGYIKVQSGIHGNATQTSIPGVFAAGDVMDHIYRQAITSAGTGCMA Sbjct 121 SPNTAIFEGQLELENGYIKVQSGIHGNATQTSIPGVFAAGDVMDHIYRQAITSAGTGCMA 180 Query 181 ALDAERYLDGL 191 ALDAERYLDGL Sbjct 181 ALDAERYLDGL 191 Query= d2f3oa_ Length=773 >d2f3oa_ Length=773 Score = 1520 bits (3935), Expect = 0.0 Identities = 773/773 (100%), Positives = 773/773 (100%), Gaps = 0/773 (0%) Query 1 DRIEKLIKKVSKPARLSVERCRLYTESMKQTEGEPMIIRQAKALKHVLENIPIQILDSEL 60 DRIEKLIKKVSKPARLSVERCRLYTESMKQTEGEPMIIRQAKALKHVLENIPIQILDSEL Sbjct 1 DRIEKLIKKVSKPARLSVERCRLYTESMKQTEGEPMIIRQAKALKHVLENIPIQILDSEL 60 Query 61 IVGTMLPNPPGAIIFPEGVGLRIINELDSLPNRETNRLMVDEEDAKVLREEIAPYWQRKT 120 IVGTMLPNPPGAIIFPEGVGLRIINELDSLPNRETNRLMVDEEDAKVLREEIAPYWQRKT Sbjct 61 IVGTMLPNPPGAIIFPEGVGLRIINELDSLPNRETNRLMVDEEDAKVLREEIAPYWQRKT 120 Query 121 IEAFAFPLMPDIMQILYTGSVFVLTEIAGISHVAVNYPYLLRRGFRWFLEESERRIRALE 180 IEAFAFPLMPDIMQILYTGSVFVLTEIAGISHVAVNYPYLLRRGFRWFLEESERRIRALE Sbjct 121 IEAFAFPLMPDIMQILYTGSVFVLTEIAGISHVAVNYPYLLRRGFRWFLEESERRIRALE 180 Query 181 ESGVYEGEKYSFYQAAKIVSEAVINYGLRYSKLAEELAESEDGERREELLKIAEICRKVP 240 ESGVYEGEKYSFYQAAKIVSEAVINYGLRYSKLAEELAESEDGERREELLKIAEICRKVP Sbjct 181 ESGVYEGEKYSFYQAAKIVSEAVINYGLRYSKLAEELAESEDGERREELLKIAEICRKVP 240 Query 241 AEKPETFWEAVQFVWLVQSALHQENYEQAISMGRIDQYLYPFFKKDIGEGRINRELAFDI 300 AEKPETFWEAVQFVWLVQSALHQENYEQAISMGRIDQYLYPFFKKDIGEGRINRELAFDI Sbjct 241 AEKPETFWEAVQFVWLVQSALHQENYEQAISMGRIDQYLYPFFKKDIGEGRINRELAFDI 300 Query 301 LANLWIKTNEIVPAFDSLLEQYFSGQATNQAVTIGGCDIYGNDATNELTYLMLEVTDRLR 360 LANLWIKTNEIVPAFDSLLEQYFSGQATNQAVTIGGCDIYGNDATNELTYLMLEVTDRLR Sbjct 301 LANLWIKTNEIVPAFDSLLEQYFSGQATNQAVTIGGCDIYGNDATNELTYLMLEVTDRLR 360 Query 361 LRQPNVHVRINKGSPESFLKRLAEAISSGCNNLALFFDDAAVKALKNAEVDDRDALNYTT 420 LRQPNVHVRINKGSPESFLKRLAEAISSGCNNLALFFDDAAVKALKNAEVDDRDALNYTT Sbjct 361 LRQPNVHVRINKGSPESFLKRLAEAISSGCNNLALFFDDAAVKALKNAEVDDRDALNYTT 420 Query 421 DGCVEIAPFGNSFTSSDAALINVAKALEYALNEGVDLQFGYEFGAKTEKPKFLEDLLEKL 480 DGCVEIAPFGNSFTSSDAALINVAKALEYALNEGVDLQFGYEFGAKTEKPKFLEDLLEKL Sbjct 421 DGCVEIAPFGNSFTSSDAALINVAKALEYALNEGVDLQFGYEFGAKTEKPKFLEDLLEKL 480 Query 481 REQVSHIVKLVVRGSNVLSYANAEVKPTPLLSLCVEDCFEKGVDVSRGGARYNFTGIQAV 540 REQVSHIVKLVVRGSNVLSYANAEVKPTPLLSLCVEDCFEKGVDVSRGGARYNFTGIQAV Sbjct 481 REQVSHIVKLVVRGSNVLSYANAEVKPTPLLSLCVEDCFEKGVDVSRGGARYNFTGIQAV 540 Query 541 GIADVGDSLVAIEGALNAGYSMDDIVEACRKNFVGYEKLHKLLLQSPKYGNDDDAADKYT 600 GIADVGDSLVAIEGALNAGYSMDDIVEACRKNFVGYEKLHKLLLQSPKYGNDDDAADKYT Sbjct 541 GIADVGDSLVAIEGALNAGYSMDDIVEACRKNFVGYEKLHKLLLQSPKYGNDDDAADKYT 600 Query 601 KMVLEWYCEEVNRHRNFRGGKFAAGCYPMTTNVGFGFFTSALPSGRKSGEPLNPGVSPST 660 KMVLEWYCEEVNRHRNFRGGKFAAGCYPMTTNVGFGFFTSALPSGRKSGEPLNPGVSPST Sbjct 601 KMVLEWYCEEVNRHRNFRGGKFAAGCYPMTTNVGFGFFTSALPSGRKSGEPLNPGVSPST 660 Query 661 GMDREGVTAVINSASKLSYENLPNGASLTINLSSDVLGEKGDAVIEALIKSSMELGVMHV 720 GMDREGVTAVINSASKLSYENLPNGASLTINLSSDVLGEKGDAVIEALIKSSMELGVMHV Sbjct 661 GMDREGVTAVINSASKLSYENLPNGASLTINLSSDVLGEKGDAVIEALIKSSMELGVMHV 720 Query 721 QFNILKEDLLRKAQQEPEKYRWLLVRVAGWSAYFVELSRPVQEEVIRRISCRI 773 QFNILKEDLLRKAQQEPEKYRWLLVRVAGWSAYFVELSRPVQEEVIRRISCRI Sbjct 721 QFNILKEDLLRKAQQEPEKYRWLLVRVAGWSAYFVELSRPVQEEVIRRISCRI 773 >d5fava1 Length=794 Score = 402 bits (1034), Expect = 5.36e-131 Identities = 259/771 (33%), Positives = 414/771 (53%), Gaps = 24/771 (3%) Query 16 LSVERCRLYTESMKQTEGEPMIIRQAKALKHVLENIPIQILDSELIVGTMLPNPPGAIIF 75 ++V+R T+ K+ G P + +AK ++ E P+ I D ELIVG+ P Sbjct 24 ITVQRAVAITKIAKENPGLPKPLLRAKTFRYCCETAPLVIQDHELIVGSPNGAPRAGAFS 83 Query 76 PEGVGLRIINELDSLPNRETNRLMVDEEDAKVLREEIAPYWQRKTIEAFAFPLMPDIMQI 135 PE + +ELD++ +R + + EED KVLREE+ P+WQ K+++ F + Sbjct 84 PEVAWRWLQDELDTIGSRPQDPFYISEEDKKVLREEVFPFWQNKSVDEFCEGQYREADLW 143 Query 136 LYTGSVFVLTEIAGISHVAVN--------YPYLL-RRGFRWFLEESERRIRALEESGVYE 186 +G FV + S+ AVN Y +L ++G E+ ++ L+ + + Sbjct 144 EMSGESFV----SDCSYHAVNGGGDSNPGYDVILMKKGMLDIQREAREKLEQLDYANPED 199 Query 187 GEKYSFYQAAKIVSEAVINYGLRYSKLAEELAESE-DGERREELLKIAEICRKVPAEKPE 245 +K FY++ +E V+ Y R S A ELA E D R+ EL KI+E+ +VPA P Sbjct 200 IDKIYFYKSVIETAEGVMIYARRLSAYAAELAARETDPRRKAELQKISEVNARVPAHAPS 259 Query 246 TFWEAVQFVWLVQSALHQENYEQAISMGRIDQYLYPFFKKDIGEGRINRELAFDILANLW 305 FWEA+Q VW V+S L E + +S+GR+DQY+YPF++ DI GR+ AFD+ + Sbjct 260 NFWEAIQAVWTVESLLVVEENQTGMSIGRVDQYMYPFYRADIDSGRLTEYEAFDLAGCML 319 Query 306 IKTNEIVPAFDSLLEQYFSGQATNQAVTIGGCDIYGNDATNELTYLMLEVTDRLRLRQPN 365 +K +E++ ++F+G + +GG G+DATN+LTY++++ +R+ QP Sbjct 320 VKMSEMMWITSEGASKFFAGYQPFVNMCVGGVTREGHDATNDLTYMLMDAVRHVRIYQPT 379 Query 366 VHVRINKGSPESFLKRLAEAISSGCNNLALFFDDAAVKALKNAEVDDRDALNYTTDGCVE 425 + R++ SP+ +LK++ + I SG A+ FDDA +K + V DA +Y GCV+ Sbjct 380 LATRVHNKSPQKYLKKIVDVIRSGMGFPAVHFDDAHIKMMLAKGVSIEDARDYCLMGCVQ 439 Query 426 IAPFGNSFTSSDAALINVAKALEYALNEGVDLQFGY----EFGAKTEKPKFLEDLLEKLR 481 G + + +E LN GV L +G + G ++ + E ++ Sbjct 440 PQKSGRLYQWTSTGYTQWPICIELVLNHGVPLWYGKKVTPDMGDLSQYDTY-EKFEAAVK 498 Query 482 EQVSHIVKLVVRGSNVLSYANAEVKPTPLLSLCVEDCFEKGVDVSRGGARYNF-TGIQAV 540 EQ+ I K + + A+ E+ P PL+SL E C E G DVS GGA YNF G+ Sbjct 499 EQIRWITKNTSVATVISQRAHRELAPKPLMSLMYEGCMESGRDVSAGGAMYNFGPGVVWS 558 Query 541 GIADVGDSLVAIEGAL--NAGYSMDDIVEACRKNFVGYEKLHKLLLQSPKYGNDDDAADK 598 G+A DS+ AI+ + + Y++ + EA + +F GY+++ L +PKYGNDDD AD Sbjct 559 GLATYVDSMAAIKKLVYDDRKYTLAQLNEALKADFAGYDQILADCLAAPKYGNDDDYADM 618 Query 599 YTKMVLEWYCEEVNRHRNFRGGKFAAGCYPMTTNVGFGFFTSALPSGRKSGEPLNPGVSP 658 ++ + E +++ + G ++ N FG A +GR++ PL+ G+SP Sbjct 619 IAADLVHFTETEHRKYKTLYS-VLSHGTLSISNNTPFGQLLGASANGRRAWMPLSDGISP 677 Query 659 STGMDREGVTAVINSASKLSYENLPNGASLTINLSSDVLGE-KGDAVIEALIKSSMELGV 717 + G D +G TA+I S SK++ +N+ G L S +L +G+ + LI+++ LG Sbjct 678 TQGADYKGPTAIIKSVSKMANDNMNIGMVHNFKLMSGLLDTPEGENGLITLIRTACMLGN 737 Query 718 MHVQFNILKEDLLRKAQQEPEKYRWLLVRVAGWSAYFVELSRPVQEEVIRR 768 +QFN L +LL AQ+ PEKYR L+VRVAG+SA+FVEL + VQ+E+I R Sbjct 738 GEMQFNYLDNELLLDAQKHPEKYRDLVVRVAGYSAFFVELCKDVQDEIISR 788 Query= d5fava1 Length=794 >d5fava1 Length=794 Score = 1612 bits (4175), Expect = 0.0 Identities = 794/794 (100%), Positives = 794/794 (100%), Gaps = 0/794 (0%) Query 1 GIPDGPTPRHVKLKENFLKQVPSITVQRAVAITKIAKENPGLPKPLLRAKTFRYCCETAP 60 GIPDGPTPRHVKLKENFLKQVPSITVQRAVAITKIAKENPGLPKPLLRAKTFRYCCETAP Sbjct 1 GIPDGPTPRHVKLKENFLKQVPSITVQRAVAITKIAKENPGLPKPLLRAKTFRYCCETAP 60 Query 61 LVIQDHELIVGSPNGAPRAGAFSPEVAWRWLQDELDTIGSRPQDPFYISEEDKKVLREEV 120 LVIQDHELIVGSPNGAPRAGAFSPEVAWRWLQDELDTIGSRPQDPFYISEEDKKVLREEV Sbjct 61 LVIQDHELIVGSPNGAPRAGAFSPEVAWRWLQDELDTIGSRPQDPFYISEEDKKVLREEV 120 Query 121 FPFWQNKSVDEFCEGQYREADLWEMSGESFVSDCSYHAVNGGGDSNPGYDVILMKKGMLD 180 FPFWQNKSVDEFCEGQYREADLWEMSGESFVSDCSYHAVNGGGDSNPGYDVILMKKGMLD Sbjct 121 FPFWQNKSVDEFCEGQYREADLWEMSGESFVSDCSYHAVNGGGDSNPGYDVILMKKGMLD 180 Query 181 IQREAREKLEQLDYANPEDIDKIYFYKSVIETAEGVMIYARRLSAYAAELAARETDPRRK 240 IQREAREKLEQLDYANPEDIDKIYFYKSVIETAEGVMIYARRLSAYAAELAARETDPRRK Sbjct 181 IQREAREKLEQLDYANPEDIDKIYFYKSVIETAEGVMIYARRLSAYAAELAARETDPRRK 240 Query 241 AELQKISEVNARVPAHAPSNFWEAIQAVWTVESLLVVEENQTGMSIGRVDQYMYPFYRAD 300 AELQKISEVNARVPAHAPSNFWEAIQAVWTVESLLVVEENQTGMSIGRVDQYMYPFYRAD Sbjct 241 AELQKISEVNARVPAHAPSNFWEAIQAVWTVESLLVVEENQTGMSIGRVDQYMYPFYRAD 300 Query 301 IDSGRLTEYEAFDLAGCMLVKMSEMMWITSEGASKFFAGYQPFVNMCVGGVTREGHDATN 360 IDSGRLTEYEAFDLAGCMLVKMSEMMWITSEGASKFFAGYQPFVNMCVGGVTREGHDATN Sbjct 301 IDSGRLTEYEAFDLAGCMLVKMSEMMWITSEGASKFFAGYQPFVNMCVGGVTREGHDATN 360 Query 361 DLTYMLMDAVRHVRIYQPTLATRVHNKSPQKYLKKIVDVIRSGMGFPAVHFDDAHIKMML 420 DLTYMLMDAVRHVRIYQPTLATRVHNKSPQKYLKKIVDVIRSGMGFPAVHFDDAHIKMML Sbjct 361 DLTYMLMDAVRHVRIYQPTLATRVHNKSPQKYLKKIVDVIRSGMGFPAVHFDDAHIKMML 420 Query 421 AKGVSIEDARDYCLMGCVQPQKSGRLYQWTSTGYTQWPICIELVLNHGVPLWYGKKVTPD 480 AKGVSIEDARDYCLMGCVQPQKSGRLYQWTSTGYTQWPICIELVLNHGVPLWYGKKVTPD Sbjct 421 AKGVSIEDARDYCLMGCVQPQKSGRLYQWTSTGYTQWPICIELVLNHGVPLWYGKKVTPD 480 Query 481 MGDLSQYDTYEKFEAAVKEQIRWITKNTSVATVISQRAHRELAPKPLMSLMYEGCMESGR 540 MGDLSQYDTYEKFEAAVKEQIRWITKNTSVATVISQRAHRELAPKPLMSLMYEGCMESGR Sbjct 481 MGDLSQYDTYEKFEAAVKEQIRWITKNTSVATVISQRAHRELAPKPLMSLMYEGCMESGR 540 Query 541 DVSAGGAMYNFGPGVVWSGLATYVDSMAAIKKLVYDDRKYTLAQLNEALKADFAGYDQIL 600 DVSAGGAMYNFGPGVVWSGLATYVDSMAAIKKLVYDDRKYTLAQLNEALKADFAGYDQIL Sbjct 541 DVSAGGAMYNFGPGVVWSGLATYVDSMAAIKKLVYDDRKYTLAQLNEALKADFAGYDQIL 600 Query 601 ADCLAAPKYGNDDDYADMIAADLVHFTETEHRKYKTLYSVLSHGTLSISNNTPFGQLLGA 660 ADCLAAPKYGNDDDYADMIAADLVHFTETEHRKYKTLYSVLSHGTLSISNNTPFGQLLGA Sbjct 601 ADCLAAPKYGNDDDYADMIAADLVHFTETEHRKYKTLYSVLSHGTLSISNNTPFGQLLGA 660 Query 661 SANGRRAWMPLSDGISPTQGADYKGPTAIIKSVSKMANDNMNIGMVHNFKLMSGLLDTPE 720 SANGRRAWMPLSDGISPTQGADYKGPTAIIKSVSKMANDNMNIGMVHNFKLMSGLLDTPE Sbjct 661 SANGRRAWMPLSDGISPTQGADYKGPTAIIKSVSKMANDNMNIGMVHNFKLMSGLLDTPE 720 Query 721 GENGLITLIRTACMLGNGEMQFNYLDNELLLDAQKHPEKYRDLVVRVAGYSAFFVELCKD 780 GENGLITLIRTACMLGNGEMQFNYLDNELLLDAQKHPEKYRDLVVRVAGYSAFFVELCKD Sbjct 721 GENGLITLIRTACMLGNGEMQFNYLDNELLLDAQKHPEKYRDLVVRVAGYSAFFVELCKD 780 Query 781 VQDEIISRTMLHGF 794 VQDEIISRTMLHGF Sbjct 781 VQDEIISRTMLHGF 794 >d2f3oa_ Length=773 Score = 407 bits (1046), Expect = 9.36e-133 Identities = 262/783 (33%), Positives = 419/783 (53%), Gaps = 27/783 (3%) Query 15 ENFLKQVPS---ITVQRAVAITKIAKENPGLPKPLLRAKTFRYCCETAPLVIQDHELIVG 71 E +K+V ++V+R T+ K+ G P + +AK ++ E P+ I D ELIVG Sbjct 4 EKLIKKVSKPARLSVERCRLYTESMKQTEGEPMIIRQAKALKHVLENIPIQILDSELIVG 63 Query 72 SPNGAPRAGAFSPEVAWRWLQDELDTIGSRPQDPFYISEEDKKVLREEVFPFWQNKSVDE 131 + P PE + +ELD++ +R + + EED KVLREE+ P+WQ K+++ Sbjct 64 TMLPNPPGAIIFPEGVGLRIINELDSLPNRETNRLMVDEEDAKVLREEIAPYWQRKTIEA 123 Query 132 FCEGQYREADLWEMSGESFV----SDCSYHAVNGGGDSNPGYDVILMKKGMLDIQREARE 187 F + +G FV + S+ AVN Y +L ++G E+ Sbjct 124 FAFPLMPDIMQILYTGSVFVLTEIAGISHVAVN--------YPYLL-RRGFRWFLEESER 174 Query 188 KLEQLDYANPEDIDKIYFYKSVIETAEGVMIYARRLSAYAAELAARETDPRRKAELQKIS 247 ++ L+ + + +K FY++ +E V+ Y R S A ELA E D R+ EL KI+ Sbjct 175 RIRALEESGVYEGEKYSFYQAAKIVSEAVINYGLRYSKLAEELAESE-DGERREELLKIA 233 Query 248 EVNARVPAHAPSNFWEAIQAVWTVESLLVVEENQTGMSIGRVDQYMYPFYRADIDSGRLT 307 E+ +VPA P FWEA+Q VW V+S L E + +S+GR+DQY+YPF++ DI GR+ Sbjct 234 EICRKVPAEKPETFWEAVQFVWLVQSALHQENYEQAISMGRIDQYLYPFFKKDIGEGRIN 293 Query 308 EYEAFDLAGCMLVKMSEMMWITSEGASKFFAGYQPFVNMCVGGVTREGHDATNDLTYMLM 367 AFD+ + +K +E++ ++F+G + +GG G+DATN+LTY+++ Sbjct 294 RELAFDILANLWIKTNEIVPAFDSLLEQYFSGQATNQAVTIGGCDIYGNDATNELTYLML 353 Query 368 DAVRHVRIYQPTLATRVHNKSPQKYLKKIVDVIRSGMGFPAVHFDDAHIKMMLAKGVSIE 427 + +R+ QP + R++ SP+ +LK++ + I SG A+ FDDA +K + V Sbjct 354 EVTDRLRLRQPNVHVRINKGSPESFLKRLAEAISSGCNNLALFFDDAAVKALKNAEVDDR 413 Query 428 DARDYCLMGCVQPQKSGRLYQWTSTGYTQWPICIELVLNHGVPLWYGKKVTPDMGDLSQY 487 DA +Y GCV+ G + + +E LN GV L +G + G ++ Sbjct 414 DALNYTTDGCVEIAPFGNSFTSSDAALINVAKALEYALNEGVDLQFGY----EFGAKTEK 469 Query 488 DTY-EKFEAAVKEQIRWITKNTSVATVISQRAHRELAPKPLMSLMYEGCMESGRDVSAGG 546 + E ++EQ+ I K + + A+ E+ P PL+SL E C E G DVS GG Sbjct 470 PKFLEDLLEKLREQVSHIVKLVVRGSNVLSYANAEVKPTPLLSLCVEDCFEKGVDVSRGG 529 Query 547 AMYNFGPGVVWSGLATYVDSMAAIKKLVYDDRKYTLAQLNEALKADFAGYDQILADCLAA 606 A YNF G+ G+A DS+ AI+ + + Y++ + EA + +F GY+++ L + Sbjct 530 ARYNF-TGIQAVGIADVGDSLVAIEGAL--NAGYSMDDIVEACRKNFVGYEKLHKLLLQS 586 Query 607 PKYGNDDDYADMIAADLVHFTETEHRKYKTLYS-VLSHGTLSISNNTPFGQLLGASANGR 665 PKYGNDDD AD ++ + E +++ + G ++ N FG A +GR Sbjct 587 PKYGNDDDAADKYTKMVLEWYCEEVNRHRNFRGGKFAAGCYPMTTNVGFGFFTSALPSGR 646 Query 666 RAWMPLSDGISPTQGADYKGPTAIIKSVSKMANDNMNIGMVHNFKLMSGLLDTPEGENGL 725 ++ PL+ G+SP+ G D +G TA+I S SK++ +N+ G L S +L +G+ + Sbjct 647 KSGEPLNPGVSPSTGMDREGVTAVINSASKLSYENLPNGASLTINLSSDVLGE-KGDAVI 705 Query 726 ITLIRTACMLGNGEMQFNYLDNELLLDAQKHPEKYRDLVVRVAGYSAFFVELCKDVQDEI 785 LI+++ LG +QFN L +LL AQ+ PEKYR L+VRVAG+SA+FVEL + VQ+E+ Sbjct 706 EALIKSSMELGVMHVQFNILKEDLLRKAQQEPEKYRWLLVRVAGWSAYFVELSRPVQEEV 765 Query 786 ISR 788 I R Sbjct 766 IRR 768 Query= d1xkua_ Length=305 >d1xkua_ Length=305 Score = 521 bits (1342), Expect = 3.49e-191 Identities = 305/305 (100%), Positives = 305/305 (100%), Gaps = 0/305 (0%) Query 1 GPVCPFRCQCHLRVVQCSDLGLEKVPKDLPPDTALLDLQNNKITEIKDGDFKNLKNLHTL 60 GPVCPFRCQCHLRVVQCSDLGLEKVPKDLPPDTALLDLQNNKITEIKDGDFKNLKNLHTL Sbjct 1 GPVCPFRCQCHLRVVQCSDLGLEKVPKDLPPDTALLDLQNNKITEIKDGDFKNLKNLHTL 60 Query 61 ILIXXXXXXXXXXXXXXXXXXXXXXXXXXXLKELPEKMPKTLQELRVHENEITKVRKSVF 120 ILIXXXXXXXXXXXXXXXXXXXXXXXXXXXLKELPEKMPKTLQELRVHENEITKVRKSVF Sbjct 61 ILIXXXXXXXXXXXXXXXXXXXXXXXXXXXLKELPEKMPKTLQELRVHENEITKVRKSVF 120 Query 121 NGLNQMIVVELGTNPLKSSGIENGAFQGMKKLSYIRIADTNITTIPQGLPPSLTELHLDG 180 NGLNQMIVVELGTNPLKSSGIENGAFQGMKKLSYIRIADTNITTIPQGLPPSLTELHLDG Sbjct 121 NGLNQMIVVELGTNPLKSSGIENGAFQGMKKLSYIRIADTNITTIPQGLPPSLTELHLDG 180 Query 181 NKITKVDAASLKGLNNLAKLGLSFNSISAVDNGSLANTXXXXXXXXXXXKLVKVPGGLAD 240 NKITKVDAASLKGLNNLAKLGLSFNSISAVDNGSLANTXXXXXXXXXXXKLVKVPGGLAD Sbjct 181 NKITKVDAASLKGLNNLAKLGLSFNSISAVDNGSLANTXXXXXXXXXXXKLVKVPGGLAD 240 Query 241 HKYIQVVYLHNNNISAIGSNDFCPPGYNTKKASYSGVSLFSNPVQYWEIQPSTFRCVYVR 300 HKYIQVVYLHNNNISAIGSNDFCPPGYNTKKASYSGVSLFSNPVQYWEIQPSTFRCVYVR Sbjct 241 HKYIQVVYLHNNNISAIGSNDFCPPGYNTKKASYSGVSLFSNPVQYWEIQPSTFRCVYVR 300 Query 301 AAVQL 305 AAVQL Sbjct 301 AAVQL 305 Query= d4xsqa_ Length=174 >d4xsqa_ Length=174 Score = 291 bits (745), Expect = 1.58e-104 Identities = 174/174 (100%), Positives = 174/174 (100%), Gaps = 0/174 (0%) Query 1 CPSACKCTVSLYGEMVVACGGMGLTEIPEDIPHRAVYLVLKDNNITKITSYSFKGLRNLQ 60 CPSACKCTVSLYGEMVVACGGMGLTEIPEDIPHRAVYLVLKDNNITKITSYSFKGLRNLQ Sbjct 1 CPSACKCTVSLYGEMVVACGGMGLTEIPEDIPHRAVYLVLKDNNITKITSYSFKGLRNLQ 60 Query 61 GIDLSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSVSEKLFDFPISSAKAQGRRFFVYLA 120 GIDLSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSVSEKLFDFPISSAKAQGRRFFVYLA Sbjct 61 GIDLSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSVSEKLFDFPISSAKAQGRRFFVYLA 120 Query 121 NNPWGCDCRMAWLAQELAGGSKTFGDRHMECATPAALAGRGLSEIPQTSFVCTG 174 NNPWGCDCRMAWLAQELAGGSKTFGDRHMECATPAALAGRGLSEIPQTSFVCTG Sbjct 121 NNPWGCDCRMAWLAQELAGGSKTFGDRHMECATPAALAGRGLSEIPQTSFVCTG 174 Query= d2f6qa1 Length=245 >d2f6qa1 Length=245 Score = 489 bits (1260), Expect = 1.09e-180 Identities = 245/245 (100%), Positives = 245/245 (100%), Gaps = 0/245 (0%) Query 1 GFETLVVTSEDGITKIMFNRPKKKNAINTEMYHEIMRALKAASKDDSIITVLTGNGDYYS 60 GFETLVVTSEDGITKIMFNRPKKKNAINTEMYHEIMRALKAASKDDSIITVLTGNGDYYS Sbjct 1 GFETLVVTSEDGITKIMFNRPKKKNAINTEMYHEIMRALKAASKDDSIITVLTGNGDYYS 60 Query 61 SGNDLTNFTDIPPGGVEEKAKNNAVLLREFVGCFIDFPKPLIAVVNGPAVGISVTLLGLF 120 SGNDLTNFTDIPPGGVEEKAKNNAVLLREFVGCFIDFPKPLIAVVNGPAVGISVTLLGLF Sbjct 61 SGNDLTNFTDIPPGGVEEKAKNNAVLLREFVGCFIDFPKPLIAVVNGPAVGISVTLLGLF 120 Query 121 DAVYASDRATFHTPFSHLGQSPEGCSSYTFPKIMSPAKATEMLIFGKKLTAGEACAQGLV 180 DAVYASDRATFHTPFSHLGQSPEGCSSYTFPKIMSPAKATEMLIFGKKLTAGEACAQGLV Sbjct 121 DAVYASDRATFHTPFSHLGQSPEGCSSYTFPKIMSPAKATEMLIFGKKLTAGEACAQGLV 180 Query 181 TEVFPDSTFQKEVWTRLKAFAKLPPNALRISKEVIRKREREKLHAVNAEECNVLQGRWLS 240 TEVFPDSTFQKEVWTRLKAFAKLPPNALRISKEVIRKREREKLHAVNAEECNVLQGRWLS Sbjct 181 TEVFPDSTFQKEVWTRLKAFAKLPPNALRISKEVIRKREREKLHAVNAEECNVLQGRWLS 240 Query 241 DECTN 245 DECTN Sbjct 241 DECTN 245 >d3moya_ Length=258 Score = 67.4 bits (163), Expect = 2.01e-15 Identities = 60/215 (27%), Positives = 94/215 (43%), Gaps = 9/215 (4%) Query 4 TLVVTSED--GITKIMFNRPKKKNAINTEMYHEIMRALKAASKDDSI-ITVLTGNGDYYS 60 T + TS G+ I +RP NA+N + E++ A + D I V+TG+ ++ Sbjct 4 TTIATSRPVAGVGLIRLDRPDALNALNQTLEAEVLDAARDFDADLEIGAIVVTGSERAFA 63 Query 61 SGNDLTNFTDIPPGGVEEKAKNNAVLLREFVGCFIDFPKPLIAVVNGPAVGISVTLLGLF 120 +G D+ + P E+ L KP++A V G A+G L L Sbjct 64 AGADIAEMVTLTPHQARERN------LLSGWDSLTQVRKPIVAAVAGYALGGGCELAMLC 117 Query 121 DAVYASDRATFHTPFSHLGQSPEGCSSYTFPKIMSPAKATEMLIFGKKLTAGEACAQGLV 180 D V A+D A F P LG P + + + AKA ++ + G+ LTA EA GLV Sbjct 118 DLVIAADTARFGQPEITLGILPGLGGTQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLV 177 Query 181 TEVFPDSTFQKEVWTRLKAFAKLPPNALRISKEVI 215 + + P + E + A++ A R K+ I Sbjct 178 SRIVPAADLLDEALAVAQRIARMSRPAGRAVKDAI 212 Query= d3peaa_ Length=257 >d3peaa_ Length=257 Score = 500 bits (1288), Expect = 1.48e-184 Identities = 257/257 (100%), Positives = 257/257 (100%), Gaps = 0/257 (0%) Query 1 MLKFLSVRVEDHIAVATLNHAPANAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEGRFFS 60 MLKFLSVRVEDHIAVATLNHAPANAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEGRFFS Sbjct 1 MLKFLSVRVEDHIAVATLNHAPANAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEGRFFS 60 Query 61 AGADIKEFTSVTEAKQATELAQLGQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMR 120 AGADIKEFTSVTEAKQATELAQLGQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMR Sbjct 61 AGADIKEFTSVTEAKQATELAQLGQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMR 120 Query 121 FATESAKLGLPELTLGLIPGFAGTQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGV 180 FATESAKLGLPELTLGLIPGFAGTQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGV Sbjct 121 FATESAKLGLPELTLGLIPGFAGTQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGV 180 Query 181 FAEETFLDDTLKVAKQIAGKSPATARAVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDG 240 FAEETFLDDTLKVAKQIAGKSPATARAVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDG Sbjct 181 FAEETFLDDTLKVAKQIAGKSPATARAVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDG 240 Query 241 REGVAAFLEKRKPSFSG 257 REGVAAFLEKRKPSFSG Sbjct 241 REGVAAFLEKRKPSFSG 257 >d3moya_ Length=258 Score = 152 bits (385), Expect = 1.57e-47 Identities = 90/233 (38%), Positives = 132/233 (56%), Gaps = 3/233 (1%) Query 24 NAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEGRFFSAGADIKEFTSVTEAKQATELAQL 83 NA++ + +V + + D I +V+ G R F+AGADI E ++T QA E L Sbjct 27 NALNQTLEAEVLDAARDFDADLEIGAIVVTGSERAFAAGADIAEMVTLT-PHQARERNLL 85 Query 84 GQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMRFATESAKLGLPELTLGLIPGFAG 143 ++ + + KP++AA+ G ALGGG E AM C + A ++A+ G PE+TLG++PG G Sbjct 86 SG--WDSLTQVRKPIVAAVAGYALGGGCELAMLCDLVIAADTARFGQPEITLGILPGLGG 143 Query 144 TQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGVFAEETFLDDTLKVAKQIAGKSPA 203 TQRL R VGKAKA ++ LT +T EA + GLV+ + LD+ L VA++IA S Sbjct 144 TQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLVSRIVPAADLLDEALAVAQRIARMSRP 203 Query 204 TARAVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDGREGVAAFLEKRKPSFS 256 RAV + + G++ E F +F + D EG+ AFLEKR P F+ Sbjct 204 AGRAVKDAINEAFERPLSAGMRYERDAFYAMFDTHDQTEGMTAFLEKRTPEFT 256 >d4k2na1 Length=259 Score = 106 bits (265), Expect = 8.67e-30 Identities = 79/254 (31%), Positives = 123/254 (48%), Gaps = 13/254 (5%) Query 10 EDHIAVATLNHAPA-NAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEG-RFFSAGADIKE 67 E IA TLN NA++ + + E + + D +I VV++ G G + F+ GADI+E Sbjct 10 EGAIATVTLNRPDRMNALNLPMWRGLAEAFETISADRSIHVVILRGAGTKAFAPGADIEE 69 Query 68 FTSV-TEAKQATELAQLGQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMRFATESA 126 F ++ A+QA + + + V C +PVIAAI G +GGGLE A C +R + +S Sbjct 70 FDTLRANAEQAKAYDLVMRKALDTVRACPQPVIAAIWGPCVGGGLELACCCDIRLSAKSG 129 Query 127 KLGLPELTLGLIPGFAGTQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGVFAEETF 186 K G+P + ++ + ++ R G A A E++L + EA LVN V ++ Sbjct 130 KFGVPINKISVVMAYPELAQIRRVAGPAAALEILLEGRIMDADEAAAKRLVNRVVEDDAM 189 Query 187 LDDTLKVAKQIAGKSPATAR----AVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDGRE 242 + AK+IA +P R + L T S + E ++D E Sbjct 190 DAEVAATAKRIAAGAPLANRWHKAFIARLDDPTPVS------EAELDECYRFLDTKDYAE 243 Query 243 GVAAFLEKRKPSFS 256 G+AAF KRKP F+ Sbjct 244 GLAAFRAKRKPVFT 257 Query= d4kd6a_ Length=227 >d4kd6a_ Length=227 Score = 456 bits (1174), Expect = 3.52e-168 Identities = 227/227 (100%), Positives = 227/227 (100%), Gaps = 0/227 (0%) Query 1 DVLFSNHGRVAVITLNRPERLNAWTTPMRETIIDALERFNRDPEVAAIIMTGAGNRAFSA 60 DVLFSNHGRVAVITLNRPERLNAWTTPMRETIIDALERFNRDPEVAAIIMTGAGNRAFSA Sbjct 1 DVLFSNHGRVAVITLNRPERLNAWTTPMRETIIDALERFNRDPEVAAIIMTGAGNRAFSA 60 Query 61 GQDLSEAHDFDGERAVAWVKEWQRYYTALRSLSKPLVMALNGTAAGSAFQVALLGDIRVG 120 GQDLSEAHDFDGERAVAWVKEWQRYYTALRSLSKPLVMALNGTAAGSAFQVALLGDIRVG Sbjct 61 GQDLSEAHDFDGERAVAWVKEWQRYYTALRSLSKPLVMALNGTAAGSAFQVALLGDIRVG 120 Query 121 HPGVRMGQPEINAGIASTTGPWIMNAMLGMSRTIELTLTGRLMEAEECHRIGLIHHLVDE 180 HPGVRMGQPEINAGIASTTGPWIMNAMLGMSRTIELTLTGRLMEAEECHRIGLIHHLVDE Sbjct 121 HPGVRMGQPEINAGIASTTGPWIMNAMLGMSRTIELTLTGRLMEAEECHRIGLIHHLVDE 180 Query 181 DKVFDKALEIATELAAKPPVAMRLDKQRFREMTEPGFIDCIEAGERI 227 DKVFDKALEIATELAAKPPVAMRLDKQRFREMTEPGFIDCIEAGERI Sbjct 181 DKVFDKALEIATELAAKPPVAMRLDKQRFREMTEPGFIDCIEAGERI 227 Query= d4k2na1 Length=259 >d4k2na1 Length=259 Score = 505 bits (1300), Expect = 2.56e-186 Identities = 259/259 (100%), Positives = 259/259 (100%), Gaps = 0/259 (0%) Query 1 MSDVIQLVREGAIATVTLNRPDRMNALNLPMWRGLAEAFETISADRSIHVVILRGAGTKA 60 MSDVIQLVREGAIATVTLNRPDRMNALNLPMWRGLAEAFETISADRSIHVVILRGAGTKA Sbjct 1 MSDVIQLVREGAIATVTLNRPDRMNALNLPMWRGLAEAFETISADRSIHVVILRGAGTKA 60 Query 61 FAPGADIEEFDTLRANAEQAKAYDLVMRKALDTVRACPQPVIAAIWGPCVGGGLELACCC 120 FAPGADIEEFDTLRANAEQAKAYDLVMRKALDTVRACPQPVIAAIWGPCVGGGLELACCC Sbjct 61 FAPGADIEEFDTLRANAEQAKAYDLVMRKALDTVRACPQPVIAAIWGPCVGGGLELACCC 120 Query 121 DIRLSAKSGKFGVPINKISVVMAYPELAQIRRVAGPAAALEILLEGRIMDADEAAAKRLV 180 DIRLSAKSGKFGVPINKISVVMAYPELAQIRRVAGPAAALEILLEGRIMDADEAAAKRLV Sbjct 121 DIRLSAKSGKFGVPINKISVVMAYPELAQIRRVAGPAAALEILLEGRIMDADEAAAKRLV 180 Query 181 NRVVEDDAMDAEVAATAKRIAAGAPLANRWHKAFIARLDDPTPVSEAELDECYRFLDTKD 240 NRVVEDDAMDAEVAATAKRIAAGAPLANRWHKAFIARLDDPTPVSEAELDECYRFLDTKD Sbjct 181 NRVVEDDAMDAEVAATAKRIAAGAPLANRWHKAFIARLDDPTPVSEAELDECYRFLDTKD 240 Query 241 YAEGLAAFRAKRKPVFTAE 259 YAEGLAAFRAKRKPVFTAE Sbjct 241 YAEGLAAFRAKRKPVFTAE 259 >d3peaa_ Length=257 Score = 102 bits (255), Expect = 2.48e-28 Identities = 79/254 (31%), Positives = 123/254 (48%), Gaps = 13/254 (5%) Query 10 EGAIATVTLNRPDRMNALNLPMWRGLAEAFETISADRSIHVVILRGAGTKAFAPGADIEE 69 E IA TLN NA++ + + E + + D +I VV++ G G + F+ GADI+E Sbjct 10 EDHIAVATLNHAPA-NAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEG-RFFSAGADIKE 67 Query 70 FDTLRANAEQAKAYDLVMRKALDTVRACPQPVIAAIWGPCVGGGLELACCCDIRLSAKSG 129 F ++ A+QA + + + V C +PVIAAI G +GGGLE A C +R + +S Sbjct 68 FTSVT-EAKQATELAQLGQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMRFATESA 126 Query 130 KFGVPINKISVVMAYPELAQIRRVAGPAAALEILLEGRIMDADEAAAKRLVNRVVEDDAM 189 K G+P + ++ + ++ R G A A E++L + EA LVN V ++ Sbjct 127 KLGLPELTLGLIPGFAGTQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGVFAEETF 186 Query 190 DAEVAATAKRIAAGAPLANRWHKAFIARLDDPTPVS------EAELDECYRFLDTKDYAE 243 + AK+IA +P R + L T S + E ++D E Sbjct 187 LDDTLKVAKQIAGKSPATAR----AVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDGRE 242 Query 244 GLAAFRAKRKPVFT 257 G+AAF KRKP F+ Sbjct 243 GVAAFLEKRKPSFS 256 Query= d3moya_ Length=258 >d3moya_ Length=258 Score = 491 bits (1263), Expect = 1.04e-180 Identities = 258/258 (100%), Positives = 258/258 (100%), Gaps = 0/258 (0%) Query 1 TTYTTIATSRPVAGVGLIRLDRPDALNALNQTLEAEVLDAARDFDADLEIGAIVVTGSER 60 TTYTTIATSRPVAGVGLIRLDRPDALNALNQTLEAEVLDAARDFDADLEIGAIVVTGSER Sbjct 1 TTYTTIATSRPVAGVGLIRLDRPDALNALNQTLEAEVLDAARDFDADLEIGAIVVTGSER 60 Query 61 AFAAGADIAEMVTLTPHQARERNLLSGWDSLTQVRKPIVAAVAGYALGGGCELAMLCDLV 120 AFAAGADIAEMVTLTPHQARERNLLSGWDSLTQVRKPIVAAVAGYALGGGCELAMLCDLV Sbjct 61 AFAAGADIAEMVTLTPHQARERNLLSGWDSLTQVRKPIVAAVAGYALGGGCELAMLCDLV 120 Query 121 IAADTARFGQPEITLGILPGLGGTQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLVSRI 180 IAADTARFGQPEITLGILPGLGGTQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLVSRI Sbjct 121 IAADTARFGQPEITLGILPGLGGTQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLVSRI 180 Query 181 VPAADLLDEALAVAQRIARMSRPAGRAVKDAINEAFERPLSAGMRYERDAFYAMFDTHDQ 240 VPAADLLDEALAVAQRIARMSRPAGRAVKDAINEAFERPLSAGMRYERDAFYAMFDTHDQ Sbjct 181 VPAADLLDEALAVAQRIARMSRPAGRAVKDAINEAFERPLSAGMRYERDAFYAMFDTHDQ 240 Query 241 TEGMTAFLEKRTPEFTDR 258 TEGMTAFLEKRTPEFTDR Sbjct 241 TEGMTAFLEKRTPEFTDR 258 >d3peaa_ Length=257 Score = 147 bits (370), Expect = 2.73e-45 Identities = 90/234 (38%), Positives = 132/234 (56%), Gaps = 7/234 (2%) Query 27 NALNQTLEAEVLDAARDFDADLEIGAIVVTGSERAFAAGADIAEMVTLTPHQARERNLLS 86 NA++ + +V + + D I +V+ G R F+AGADI E ++T +A++ L+ Sbjct 24 NAMSSQVMHDVTELIDQVEKDDNIRVVVIHGEGRFFSAGADIKEFTSVT--EAKQATELA 81 Query 87 GWDSLTQVR-----KPIVAAVAGYALGGGCELAMLCDLVIAADTARFGQPEITLGILPGL 141 +T R KP++AA+ G ALGGG E AM C + A ++A+ G PE+TLG++PG Sbjct 82 QLGQVTFERVEKCSKPVIAAIHGAALGGGLEFAMSCHMRFATESAKLGLPELTLGLIPGF 141 Query 142 GGTQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLVSRIVPAADLLDEALAVAQRIARMS 201 GTQRL R VGKAKA ++ LT +T EA + GLV+ + LD+ L VA++IA S Sbjct 142 AGTQRLPRYVGKAKACEMMLTSTPITGAEALKWGLVNGVFAEETFLDDTLKVAKQIAGKS 201 Query 202 RPAGRAVKDAINEAFERPLSAGMRYERDAFYAMFDTHDQTEGMTAFLEKRTPEF 255 RAV + + G++ E F +F + D EG+ AFLEKR P F Sbjct 202 PATARAVLELLQTTKSSHYYEGVQREAQIFGEVFTSEDGREGVAAFLEKRKPSF 255 >d2f6qa1 Length=245 Score = 63.9 bits (154), Expect = 3.57e-14 Identities = 59/215 (27%), Positives = 93/215 (43%), Gaps = 7/215 (3%) Query 14 GVGLIRLDRPDALNALNQTLEAEVLDAARDFDADLEIGAIVVTGSERAFAAGADIAEMVT 73 G+ I +RP NA+N + E++ A + D I V+TG+ +++G D+ Sbjct 12 GITKIMFNRPKKKNAINTEMYHEIMRALKAASKDDSI-ITVLTGNGDYYSSGNDLTNFTD 70 Query 74 LTPHQARERN------LLSGWDSLTQVRKPIVAAVAGYALGGGCELAMLCDLVIAADTAR 127 + P E+ L KP++A V G A+G L L D V A+D A Sbjct 71 IPPGGVEEKAKNNAVLLREFVGCFIDFPKPLIAVVNGPAVGISVTLLGLFDAVYASDRAT 130 Query 128 FGQPEITLGILPGLGGTQRLTRAVGKAKAMDLCLTGRSLTAEEAERVGLVSRIVPAADLL 187 F P LG P + + + AKA ++ + G+ LTA EA GLV+ + P + Sbjct 131 FHTPFSHLGQSPEGCSSYTFPKIMSPAKATEMLIFGKKLTAGEACAQGLVTEVFPDSTFQ 190 Query 188 DEALAVAQRIARMSRPAGRAVKDAINEAFERPLSA 222 E + A++ A R K+ I + L A Sbjct 191 KEVWTRLKAFAKLPPNALRISKEVIRKREREKLHA 225 Query= d4jyla1 Length=243 >d4jyla1 Length=243 Score = 461 bits (1186), Expect = 1.79e-169 Identities = 243/243 (100%), Positives = 243/243 (100%), Gaps = 0/243 (0%) Query 1 MLVEIERRGDASLIVLSRPEKLNAINLEMLADLADQFSKAEKEDTRVIVITGYGKNFSAG 60 MLVEIERRGDASLIVLSRPEKLNAINLEMLADLADQFSKAEKEDTRVIVITGYGKNFSAG Sbjct 1 MLVEIERRGDASLIVLSRPEKLNAINLEMLADLADQFSKAEKEDTRVIVITGYGKNFSAG 60 Query 61 ADINMLASFDPASAYSFRLKMNSIAQRIRKSDKPVIALLKGYSMGGGLELAESADIRIAM 120 ADINMLASFDPASAYSFRLKMNSIAQRIRKSDKPVIALLKGYSMGGGLELAESADIRIAM Sbjct 61 ADINMLASFDPASAYSFRLKMNSIAQRIRKSDKPVIALLKGYSMGGGLELAESADIRIAM 120 Query 121 SDAVIGQPESSIGINAGAGGNVILPKLVGRGSAAYLAMSGKKLNAQEAMALGLVDEVVDD 180 SDAVIGQPESSIGINAGAGGNVILPKLVGRGSAAYLAMSGKKLNAQEAMALGLVDEVVDD Sbjct 121 SDAVIGQPESSIGINAGAGGNVILPKLVGRGSAAYLAMSGKKLNAQEAMALGLVDEVVDD 180 Query 181 EAKAWKIIDDICKKPKKTLQFIKRAINSSYDMGLESAMDQEALYFSLLFTDPEVLDALSK 240 EAKAWKIIDDICKKPKKTLQFIKRAINSSYDMGLESAMDQEALYFSLLFTDPEVLDALSK Sbjct 181 EAKAWKIIDDICKKPKKTLQFIKRAINSSYDMGLESAMDQEALYFSLLFTDPEVLDALSK 240 Query 241 WRK 243 WRK Sbjct 241 WRK 243 Query= d1a04a2 Length=138 >d1a04a2 Length=138 Score = 264 bits (675), Expect = 5.03e-95 Identities = 138/138 (100%), Positives = 138/138 (100%), Gaps = 0/138 (0%) Query 1 EPATILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPG 60 EPATILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPG Sbjct 1 EPATILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPG 60 Query 61 MNGLETLDKLREKSLSGRIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKALHQAA 120 MNGLETLDKLREKSLSGRIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKALHQAA Sbjct 61 MNGLETLDKLREKSLSGRIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKALHQAA 120 Query 121 AGEMVLSEALTPVLAASL 138 AGEMVLSEALTPVLAASL Sbjct 121 AGEMVLSEALTPVLAASL 138 >d3n53a1 Length=126 Score = 53.1 bits (126), Expect = 5.58e-12 Identities = 39/115 (33%), Positives = 58/115 (50%), Gaps = 7/115 (6%) Query 5 ILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPGMNGL 64 IL+ID R +K + +V E+ N ++ +E + PDL++LD+++ G N Sbjct 3 ILIIDQQDFSRIELKNFLDSE---YLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSP 59 Query 65 ETLDKL-REKSLSG--RIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKAL 116 KL R K L I++FS S H+E +V L GAD YL K DLL + Sbjct 60 NLCLKLKRSKGLKNVPLILLFS-SEHKEAIVNGLHSGADDYLTKPFNRNDLLSRI 113 >d3crna1 Length=121 Score = 50.4 bits (119), Expect = 5.35e-11 Identities = 31/114 (27%), Positives = 58/114 (50%), Gaps = 2/114 (1%) Query 5 ILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPGMNGL 64 IL++DD + KQ++ + V A+ +G+ E+ +L L D+ +P M G Sbjct 3 ILIVDDDTAILDSTKQILEF--EGYEVEIAATAGEGLAKIENEFFNLALFDIKLPDMEGT 60 Query 65 ETLDKLREKSLSGRIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKALHQ 118 E L+K + + ++ + E+ V +L GAD Y++K + P DLL+ + + Sbjct 61 ELLEKAHKLRPGMKKIMVTGYASLENSVFSLNAGADAYIMKPVNPRDLLEKIKE 114 Query= d1k68a_ Length=140 >d1k68a_ Length=140 Score = 277 bits (708), Expect = 5.41e-100 Identities = 140/140 (100%), Positives = 140/140 (100%), Gaps = 0/140 (0%) Query 1 AHKKIFLVEDNKADIRLIQEALANSTVPHEVVTVRDGMEAMAYLRQEGEYANASRPDLIL 60 AHKKIFLVEDNKADIRLIQEALANSTVPHEVVTVRDGMEAMAYLRQEGEYANASRPDLIL Sbjct 1 AHKKIFLVEDNKADIRLIQEALANSTVPHEVVTVRDGMEAMAYLRQEGEYANASRPDLIL 60 Query 61 LDLNLPKKDGREVLAEIKSDPTLKRIPVVVLSTSINEDDIFHSYDLHVNCYITKSANLSQ 120 LDLNLPKKDGREVLAEIKSDPTLKRIPVVVLSTSINEDDIFHSYDLHVNCYITKSANLSQ Sbjct 61 LDLNLPKKDGREVLAEIKSDPTLKRIPVVVLSTSINEDDIFHSYDLHVNCYITKSANLSQ 120 Query 121 LFQIVKGIEEFWLSTATLPS 140 LFQIVKGIEEFWLSTATLPS Sbjct 121 LFQIVKGIEEFWLSTATLPS 140 Query= d1qkka1 Length=139 >d1qkka1 Length=139 Score = 258 bits (659), Expect = 1.49e-92 Identities = 139/139 (100%), Positives = 139/139 (100%), Gaps = 0/139 (0%) Query 1 PSVFLIDDDRDLRKAMQQTLELAGFTVSSFASATEALAGLSADFAGIVISDIRMPGMDGL 60 PSVFLIDDDRDLRKAMQQTLELAGFTVSSFASATEALAGLSADFAGIVISDIRMPGMDGL Sbjct 1 PSVFLIDDDRDLRKAMQQTLELAGFTVSSFASATEALAGLSADFAGIVISDIRMPGMDGL 60 Query 61 ALFRKILALDPDLPMILVTGHGDIPMAVQAIQDGAYDFIAKPFAADRLVQSARRAEEKRR 120 ALFRKILALDPDLPMILVTGHGDIPMAVQAIQDGAYDFIAKPFAADRLVQSARRAEEKRR Sbjct 61 ALFRKILALDPDLPMILVTGHGDIPMAVQAIQDGAYDFIAKPFAADRLVQSARRAEEKRR 120 Query 121 LVMENRSLRRAAEAASEGL 139 LVMENRSLRRAAEAASEGL Sbjct 121 LVMENRSLRRAAEAASEGL 139 Query= d3ltea_ Length=118 >d3ltea_ Length=118 Score = 233 bits (594), Expect = 2.57e-83 Identities = 118/118 (100%), Positives = 118/118 (100%), Gaps = 0/118 (0%) Query 1 KRILVVDDDQAMAAAIERVLKRDHWQVEIAHNGFDAGIKLSTFEPAIMTLDLSMPKLDGL 60 KRILVVDDDQAMAAAIERVLKRDHWQVEIAHNGFDAGIKLSTFEPAIMTLDLSMPKLDGL Sbjct 1 KRILVVDDDQAMAAAIERVLKRDHWQVEIAHNGFDAGIKLSTFEPAIMTLDLSMPKLDGL 60 Query 61 DVIRSLRQNKVANQPKILVVSGLDKAKLQQAVTEGADDYLEKPFDNDALLDRIHDLVN 118 DVIRSLRQNKVANQPKILVVSGLDKAKLQQAVTEGADDYLEKPFDNDALLDRIHDLVN Sbjct 61 DVIRSLRQNKVANQPKILVVSGLDKAKLQQAVTEGADDYLEKPFDNDALLDRIHDLVN 118 Query= d5t3ya_ Length=125 >d5t3ya_ Length=125 Score = 235 bits (600), Expect = 5.25e-84 Identities = 125/125 (100%), Positives = 125/125 (100%), Gaps = 0/125 (0%) Query 1 MIRTILAIDDSATMRALLHATLAQAGYEVTVAADGEAGFDLAATTAYDLVLTDQNMPRKS 60 MIRTILAIDDSATMRALLHATLAQAGYEVTVAADGEAGFDLAATTAYDLVLTDQNMPRKS Sbjct 1 MIRTILAIDDSATMRALLHATLAQAGYEVTVAADGEAGFDLAATTAYDLVLTDQNMPRKS 60 Query 61 GLELIAALRQLSAYADTPILVLTTEGSDAFKAAARDAGATGWIEKPIDPGVLVELVATLS 120 GLELIAALRQLSAYADTPILVLTTEGSDAFKAAARDAGATGWIEKPIDPGVLVELVATLS Sbjct 61 GLELIAALRQLSAYADTPILVLTTEGSDAFKAAARDAGATGWIEKPIDPGVLVELVATLS 120 Query 121 EPAAN 125 EPAAN Sbjct 121 EPAAN 125 Query= d3t6ka_ Length=122 >d3t6ka_ Length=122 Score = 244 bits (623), Expect = 1.30e-87 Identities = 122/122 (100%), Positives = 122/122 (100%), Gaps = 0/122 (0%) Query 1 KPHTLLIVDDDDTVAEMLELVLRGAGYEVRRAASGEEALQQIYKNLPDALICDVLLPGID 60 KPHTLLIVDDDDTVAEMLELVLRGAGYEVRRAASGEEALQQIYKNLPDALICDVLLPGID Sbjct 1 KPHTLLIVDDDDTVAEMLELVLRGAGYEVRRAASGEEALQQIYKNLPDALICDVLLPGID 60 Query 61 GYTLCKRVRQHPLTKTLPILMLTAQGDISAKIAGFEAGANDYLAKPFEPQELVYRVKNIL 120 GYTLCKRVRQHPLTKTLPILMLTAQGDISAKIAGFEAGANDYLAKPFEPQELVYRVKNIL Sbjct 61 GYTLCKRVRQHPLTKTLPILMLTAQGDISAKIAGFEAGANDYLAKPFEPQELVYRVKNIL 120 Query 121 AR 122 AR Sbjct 121 AR 122 >d3n53a1 Length=126 Score = 59.3 bits (142), Expect = 1.56e-14 Identities = 35/113 (30%), Positives = 64/113 (56%), Gaps = 1/113 (0%) Query 5 LLIVDDDDTVAEMLELVLRGAGYEVRRAASGEEALQQIYKNLPDALICDVLLPGIDGYTL 64 +LI+D D L+ L + Y V + + +EAL+QI + PD +I D+ + G + L Sbjct 3 ILIIDQQDFSRIELKNFL-DSEYLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSPNL 61 Query 65 CKRVRQHPLTKTLPILMLTAQGDISAKIAGFEAGANDYLAKPFEPQELVYRVK 117 C ++++ K +P+++L + A + G +GA+DYL KPF +L+ R++ Sbjct 62 CLKLKRSKGLKNVPLILLFSSEHKEAIVNGLHSGADDYLTKPFNRNDLLSRIE 114 Query= d3w9sa_ Length=116 >d3w9sa_ Length=116 Score = 224 bits (572), Expect = 5.03e-80 Identities = 116/116 (100%), Positives = 116/116 (100%), Gaps = 0/116 (0%) Query 1 KILVIEDDALLLQGLILAMQSEGYVCDGVSTAHEAALSLASNHYSLIVLDLGLPDEDGLH 60 KILVIEDDALLLQGLILAMQSEGYVCDGVSTAHEAALSLASNHYSLIVLDLGLPDEDGLH Sbjct 1 KILVIEDDALLLQGLILAMQSEGYVCDGVSTAHEAALSLASNHYSLIVLDLGLPDEDGLH 60 Query 61 FLSRMRREKMTQPVLILTARDTLEDRISGLDTGADDYLVKPFALEELNARIRALLR 116 FLSRMRREKMTQPVLILTARDTLEDRISGLDTGADDYLVKPFALEELNARIRALLR Sbjct 61 FLSRMRREKMTQPVLILTARDTLEDRISGLDTGADDYLVKPFALEELNARIRALLR 116 Query= d3c3ma1 Length=121 >d3c3ma1 Length=121 Score = 245 bits (626), Expect = 4.21e-88 Identities = 121/121 (100%), Positives = 121/121 (100%), Gaps = 0/121 (0%) Query 1 YTILVVDDSPMIVDVFVTMLERGGYRPITAFSGEECLEALNATPPDLVLLDIMMEPMDGW 60 YTILVVDDSPMIVDVFVTMLERGGYRPITAFSGEECLEALNATPPDLVLLDIMMEPMDGW Sbjct 1 YTILVVDDSPMIVDVFVTMLERGGYRPITAFSGEECLEALNATPPDLVLLDIMMEPMDGW 60 Query 61 ETLERIKTDPATRDIPVLMLTAKPLTPEEANEYGSYIEDYILKPTTHHQLYEAIEHVLAR 120 ETLERIKTDPATRDIPVLMLTAKPLTPEEANEYGSYIEDYILKPTTHHQLYEAIEHVLAR Sbjct 61 ETLERIKTDPATRDIPVLMLTAKPLTPEEANEYGSYIEDYILKPTTHHQLYEAIEHVLAR 120 Query 121 R 121 R Sbjct 121 R 121 Query= d3crna1 Length=121 >d3crna1 Length=121 Score = 231 bits (590), Expect = 1.31e-82 Identities = 121/121 (100%), Positives = 121/121 (100%), Gaps = 0/121 (0%) Query 1 KRILIVDDDTAILDSTKQILEFEGYEVEIAATAGEGLAKIENEFFNLALFDIKLPDMEGT 60 KRILIVDDDTAILDSTKQILEFEGYEVEIAATAGEGLAKIENEFFNLALFDIKLPDMEGT Sbjct 1 KRILIVDDDTAILDSTKQILEFEGYEVEIAATAGEGLAKIENEFFNLALFDIKLPDMEGT 60 Query 61 ELLEKAHKLRPGMKKIMVTGYASLENSVFSLNAGADAYIMKPVNPRDLLEKIKEKLDEQE 120 ELLEKAHKLRPGMKKIMVTGYASLENSVFSLNAGADAYIMKPVNPRDLLEKIKEKLDEQE Sbjct 61 ELLEKAHKLRPGMKKIMVTGYASLENSVFSLNAGADAYIMKPVNPRDLLEKIKEKLDEQE 120 Query 121 K 121 K Sbjct 121 K 121 >d1a04a2 Length=138 Score = 47.4 bits (111), Expect = 6.86e-10 Identities = 31/112 (27%), Positives = 57/112 (50%), Gaps = 2/112 (1%) Query 3 ILIVDDDTAILDSTKQILEF--EGYEVEIAATAGEGLAKIENEFFNLALFDIKLPDMEGT 60 IL++DD + KQ++ + V A+ +G+ E+ +L L D+ +P M G Sbjct 5 ILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPGMNGL 64 Query 61 ELLEKAHKLRPGMKKIMVTGYASLENSVFSLNAGADAYIMKPVNPRDLLEKI 112 E L+K + + ++ + E+ V +L GAD Y++K + P DLL+ + Sbjct 65 ETLDKLREKSLSGRIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKAL 116 Query= d3n53a1 Length=126 >d3n53a1 Length=126 Score = 250 bits (639), Expect = 6.36e-90 Identities = 126/126 (100%), Positives = 126/126 (100%), Gaps = 0/126 (0%) Query 1 KKILIIDQQDFSRIELKNFLDSEYLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSPN 60 KKILIIDQQDFSRIELKNFLDSEYLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSPN Sbjct 1 KKILIIDQQDFSRIELKNFLDSEYLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSPN 60 Query 61 LCLKLKRSKGLKNVPLILLFSSEHKEAIVNGLHSGADDYLTKPFNRNDLLSRIEIHLRTQ 120 LCLKLKRSKGLKNVPLILLFSSEHKEAIVNGLHSGADDYLTKPFNRNDLLSRIEIHLRTQ Sbjct 61 LCLKLKRSKGLKNVPLILLFSSEHKEAIVNGLHSGADDYLTKPFNRNDLLSRIEIHLRTQ 120 Query 121 NYYSDL 126 NYYSDL Sbjct 121 NYYSDL 126 >d3t6ka_ Length=122 Score = 56.6 bits (135), Expect = 1.76e-13 Identities = 35/113 (30%), Positives = 64/113 (56%), Gaps = 1/113 (0%) Query 3 ILIIDQQDFSRIELKNFL-DSEYLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSPNL 61 +LI+D D L+ L + Y V + + +EAL+QI + PD +I D+ + G + L Sbjct 5 LLIVDDDDTVAEMLELVLRGAGYEVRRAASGEEALQQIYKNLPDALICDVLLPGIDGYTL 64 Query 62 CLKLKRSKGLKNVPLILLFSSEHKEAIVNGLHSGADDYLTKPFNRNDLLSRIE 114 C ++++ K +P+++L + A + G +GA+DYL KPF +L+ R++ Sbjct 65 CKRVRQHPLTKTLPILMLTAQGDISAKIAGFEAGANDYLAKPFEPQELVYRVK 117 >d1a04a2 Length=138 Score = 50.4 bits (119), Expect = 5.37e-11 Identities = 39/115 (33%), Positives = 58/115 (50%), Gaps = 7/115 (6%) Query 3 ILIIDQQDFSRIELKNFLDSE---YLVIESKNEKEALEQIDHHHPDLVILDMDIIGENSP 59 IL+ID R +K + +V E+ N ++ +E + PDL++LD+++ G N Sbjct 5 ILLIDDHPMLRTGVKQLISMAPDITVVGEASNGEQGIELAESLDPDLILLDLNMPGMNGL 64 Query 60 NLCLKLKRSKGLKNVPLILLFS-SEHKEAIVNGLHSGADDYLTKPFNRNDLLSRI 113 KL R K L I++FS S H+E +V L GAD YL K DLL + Sbjct 65 ETLDKL-REKSLSG--RIVVFSVSNHEEDVVTALKRGADGYLLKDMEPEDLLKAL 116 Query= d2arka1 Length=184 >d2arka1 Length=184 Score = 372 bits (956), Expect = 2.27e-136 Identities = 184/184 (100%), Positives = 184/184 (100%), Gaps = 0/184 (0%) Query 1 MGKVLVIYDTRTGNTKKMAELVAEGARSLEGTEVRLKHVDEATKEDVLWADGLAVGSPTN 60 MGKVLVIYDTRTGNTKKMAELVAEGARSLEGTEVRLKHVDEATKEDVLWADGLAVGSPTN Sbjct 1 MGKVLVIYDTRTGNTKKMAELVAEGARSLEGTEVRLKHVDEATKEDVLWADGLAVGSPTN 60 Query 61 MGLVSWKMKRFFDDVLGDLWGEIDGKIACAFSSSGGWGGGNEVACMSILTMLMNFGFLVF 120 MGLVSWKMKRFFDDVLGDLWGEIDGKIACAFSSSGGWGGGNEVACMSILTMLMNFGFLVF Sbjct 61 MGLVSWKMKRFFDDVLGDLWGEIDGKIACAFSSSGGWGGGNEVACMSILTMLMNFGFLVF 120 Query 121 GVTDYVGKKFTLHYGAVVAGEPRSEEEKEACRRLGRRLAEWVAIFVDGRKELLEKIRKDP 180 GVTDYVGKKFTLHYGAVVAGEPRSEEEKEACRRLGRRLAEWVAIFVDGRKELLEKIRKDP Sbjct 121 GVTDYVGKKFTLHYGAVVAGEPRSEEEKEACRRLGRRLAEWVAIFVDGRKELLEKIRKDP 180 Query 181 ARFV 184 ARFV Sbjct 181 ARFV 184 Query= d3zhoa_ Length=197 >d3zhoa_ Length=197 Score = 387 bits (994), Expect = 9.86e-142 Identities = 197/197 (100%), Positives = 197/197 (100%), Gaps = 0/197 (0%) Query 1 AKVLVLYYSMYGHIETMARAVAEGASKVDGAEVVVKRVPETMPPQLFEKAGGKTQTAPVA 60 AKVLVLYYSMYGHIETMARAVAEGASKVDGAEVVVKRVPETMPPQLFEKAGGKTQTAPVA Sbjct 1 AKVLVLYYSMYGHIETMARAVAEGASKVDGAEVVVKRVPETMPPQLFEKAGGKTQTAPVA 60 Query 61 TPQELADYDAIIFGTPTRFGNMSGQMRTFLDQTGGLWASGALYGKLASVFSSTGTGGGQE 120 TPQELADYDAIIFGTPTRFGNMSGQMRTFLDQTGGLWASGALYGKLASVFSSTGTGGGQE Sbjct 61 TPQELADYDAIIFGTPTRFGNMSGQMRTFLDQTGGLWASGALYGKLASVFSSTGTGGGQE 120 Query 121 QTITSTWTTLAHHGMVIVPIGYAAQELFDVSQVRGGTPYGATTIAGGDGSRQPSQEELSI 180 QTITSTWTTLAHHGMVIVPIGYAAQELFDVSQVRGGTPYGATTIAGGDGSRQPSQEELSI Sbjct 121 QTITSTWTTLAHHGMVIVPIGYAAQELFDVSQVRGGTPYGATTIAGGDGSRQPSQEELSI 180 Query 181 ARYQGEYVAGLAVKLNG 197 ARYQGEYVAGLAVKLNG Sbjct 181 ARYQGEYVAGLAVKLNG 197 Query= d4oxxa_ Length=153 >d4oxxa_ Length=153 Score = 291 bits (746), Expect = 2.30e-105 Identities = 153/153 (100%), Positives = 153/153 (100%), Gaps = 0/153 (0%) Query 1 MNALILYGTETGNAEACATTISQVLADTVDTKVHDLADMTPRAMLDSGADLIVFATATYG 60 MNALILYGTETGNAEACATTISQVLADTVDTKVHDLADMTPRAMLDSGADLIVFATATYG Sbjct 1 MNALILYGTETGNAEACATTISQVLADTVDTKVHDLADMTPRAMLDSGADLIVFATATYG 60 Query 61 EGEFAGGGAAFFETLRETKPDLSGLRFAVFGLGDSYYTTFNQAGATAATILASLGGTQVG 120 EGEFAGGGAAFFETLRETKPDLSGLRFAVFGLGDSYYTTFNQAGATAATILASLGGTQVG Sbjct 61 EGEFAGGGAAFFETLRETKPDLSGLRFAVFGLGDSYYTTFNQAGATAATILASLGGTQVG 120 Query 121 DTARHDTSSGDDPAATAAEWAREILTALATPAV 153 DTARHDTSSGDDPAATAAEWAREILTALATPAV Sbjct 121 DTARHDTSSGDDPAATAAEWAREILTALATPAV 153 Query= d2m6sa_ Length=149 >d2m6sa_ Length=149 Score = 304 bits (778), Expect = 2.24e-110 Identities = 149/149 (100%), Positives = 149/149 (100%), Gaps = 0/149 (0%) Query 1 MAEIGIFVGTMYGNSLLVAEEAEAILTAQGHKATVFEDPELSDWLPYQDKYVLVVTSTTG 60 MAEIGIFVGTMYGNSLLVAEEAEAILTAQGHKATVFEDPELSDWLPYQDKYVLVVTSTTG Sbjct 1 MAEIGIFVGTMYGNSLLVAEEAEAILTAQGHKATVFEDPELSDWLPYQDKYVLVVTSTTG 60 Query 61 QGDLPDSIVPLFQGIKDSLGFQPNLRYGVIALGDSSYVNFCNGGKQFDALLQEQSAQRVG 120 QGDLPDSIVPLFQGIKDSLGFQPNLRYGVIALGDSSYVNFCNGGKQFDALLQEQSAQRVG Sbjct 61 QGDLPDSIVPLFQGIKDSLGFQPNLRYGVIALGDSSYVNFCNGGKQFDALLQEQSAQRVG 120 Query 121 EMLLIDASENPEPETESNPWVEHWGTLLS 149 EMLLIDASENPEPETESNPWVEHWGTLLS Sbjct 121 EMLLIDASENPEPETESNPWVEHWGTLLS 149 Query= d1yzfa1 Length=195 >d1yzfa1 Length=195 Score = 380 bits (977), Expect = 3.31e-139 Identities = 195/195 (100%), Positives = 195/195 (100%), Gaps = 0/195 (0%) Query 1 MRKIVLFGDSITAGYLDEAVSPVLVDLVKRDIAAMGLEEVAVINAGMPGDTTEDGLKRLN 60 MRKIVLFGDSITAGYLDEAVSPVLVDLVKRDIAAMGLEEVAVINAGMPGDTTEDGLKRLN Sbjct 1 MRKIVLFGDSITAGYLDEAVSPVLVDLVKRDIAAMGLEEVAVINAGMPGDTTEDGLKRLN 60 Query 61 KEVLIEKPDEVVIFFGANDASLDRNITVATFRENLETMIHEIGSEKVILITPPYADSGRR 120 KEVLIEKPDEVVIFFGANDASLDRNITVATFRENLETMIHEIGSEKVILITPPYADSGRR Sbjct 61 KEVLIEKPDEVVIFFGANDASLDRNITVATFRENLETMIHEIGSEKVILITPPYADSGRR 120 Query 121 PERPQTRIKELVKVAQEVGAAHNLPVIDLYKAMTVYPGTDEFLQADGLHFSQVGYELLGA 180 PERPQTRIKELVKVAQEVGAAHNLPVIDLYKAMTVYPGTDEFLQADGLHFSQVGYELLGA Sbjct 121 PERPQTRIKELVKVAQEVGAAHNLPVIDLYKAMTVYPGTDEFLQADGLHFSQVGYELLGA 180 Query 181 LIVREIKGRLKPKQA 195 LIVREIKGRLKPKQA Sbjct 181 LIVREIKGRLKPKQA 195 Query= d3rjta1 Length=213 >d3rjta1 Length=213 Score = 437 bits (1125), Expect = 3.55e-161 Identities = 213/213 (100%), Positives = 213/213 (100%), Gaps = 0/213 (0%) Query 1 MIEPGSKLVMVGDSITDCGRAHPVGEAPRGGLGNGYVALVDAHLQVLHPDWRIRVVNVGT 60 MIEPGSKLVMVGDSITDCGRAHPVGEAPRGGLGNGYVALVDAHLQVLHPDWRIRVVNVGT Sbjct 1 MIEPGSKLVMVGDSITDCGRAHPVGEAPRGGLGNGYVALVDAHLQVLHPDWRIRVVNVGT 60 Query 61 SGNTVADVARRWEDDVMALQPDYVSLMIGVNDVWRQFDMPLVVERHVGIDEYRDTLRHLV 120 SGNTVADVARRWEDDVMALQPDYVSLMIGVNDVWRQFDMPLVVERHVGIDEYRDTLRHLV Sbjct 61 SGNTVADVARRWEDDVMALQPDYVSLMIGVNDVWRQFDMPLVVERHVGIDEYRDTLRHLV 120 Query 121 ATTKPRVREMFLLSPFYLEPNRSDPMRKTVDAYIEAMRDVAASEHVPFVDVQAEFDRLLA 180 ATTKPRVREMFLLSPFYLEPNRSDPMRKTVDAYIEAMRDVAASEHVPFVDVQAEFDRLLA Sbjct 121 ATTKPRVREMFLLSPFYLEPNRSDPMRKTVDAYIEAMRDVAASEHVPFVDVQAEFDRLLA 180 Query 181 HLNTWVLAPDRVHPYLNGHLVIARAFLTAVGVL 213 HLNTWVLAPDRVHPYLNGHLVIARAFLTAVGVL Sbjct 181 HLNTWVLAPDRVHPYLNGHLVIARAFLTAVGVL 213 Query= d4iyja_ Length=211 >d4iyja_ Length=211 Score = 420 bits (1080), Expect = 2.22e-154 Identities = 211/211 (100%), Positives = 211/211 (100%), Gaps = 0/211 (0%) Query 1 SDAQKQDWGNLKRYAEANKELVRKGKQKDRVVFMGNSITEGWVANDAAFFEDNGYVGRGI 60 SDAQKQDWGNLKRYAEANKELVRKGKQKDRVVFMGNSITEGWVANDAAFFEDNGYVGRGI Sbjct 1 SDAQKQDWGNLKRYAEANKELVRKGKQKDRVVFMGNSITEGWVANDAAFFEDNGYVGRGI 60 Query 61 GGQTSSHFLLRFREDVIKLAPALVVINAGTNDIAENAGAYNEEYTFGNIVSMVELARANK 120 GGQTSSHFLLRFREDVIKLAPALVVINAGTNDIAENAGAYNEEYTFGNIVSMVELARANK Sbjct 61 GGQTSSHFLLRFREDVIKLAPALVVINAGTNDIAENAGAYNEEYTFGNIVSMVELARANK 120 Query 121 IKVILTSVLPAAAFGWNPSVKDAPQKIMQLNARIRKYAQENKIPYVDYYSEMVEGDNKAL 180 IKVILTSVLPAAAFGWNPSVKDAPQKIMQLNARIRKYAQENKIPYVDYYSEMVEGDNKAL Sbjct 121 IKVILTSVLPAAAFGWNPSVKDAPQKIMQLNARIRKYAQENKIPYVDYYSEMVEGDNKAL 180 Query 181 NSSYTRDGVHPTLEGYKVMEALIKKAIDKVL 211 NSSYTRDGVHPTLEGYKVMEALIKKAIDKVL Sbjct 181 NSSYTRDGVHPTLEGYKVMEALIKKAIDKVL 211 Query= d4rsha_ Length=175 >d4rsha_ Length=175 Score = 351 bits (900), Expect = 3.97e-128 Identities = 175/175 (100%), Positives = 175/175 (100%), Gaps = 0/175 (0%) Query 1 NTKVVAIGDSFTFGYPGNTENSWPAVLGQTSQIEVVNKGLKSQTAQDLYSRFDADVLAEK 60 NTKVVAIGDSFTFGYPGNTENSWPAVLGQTSQIEVVNKGLKSQTAQDLYSRFDADVLAEK Sbjct 1 NTKVVAIGDSFTFGYPGNTENSWPAVLGQTSQIEVVNKGLKSQTAQDLYSRFDADVLAEK 60 Query 61 PGRVIIFVGNGDAIKEVPLETFQQHIKAMVEKAESNHIIPILALPLPYTGVQNTIKEFRE 120 PGRVIIFVGNGDAIKEVPLETFQQHIKAMVEKAESNHIIPILALPLPYTGVQNTIKEFRE Sbjct 61 PGRVIIFVGNGDAIKEVPLETFQQHIKAMVEKAESNHIIPILALPLPYTGVQNTIKEFRE 120 Query 121 WESSYAKEKNILVLDFATVLMDADNVYLEGLLSKEANYPSKEGYKLMGEYASRVL 175 WESSYAKEKNILVLDFATVLMDADNVYLEGLLSKEANYPSKEGYKLMGEYASRVL Sbjct 121 WESSYAKEKNILVLDFATVLMDADNVYLEGLLSKEANYPSKEGYKLMGEYASRVL 175 Query= d2rk3a_ Length=187 >d2rk3a_ Length=187 Score = 363 bits (933), Expect = 9.20e-133 Identities = 187/187 (100%), Positives = 187/187 (100%), Gaps = 0/187 (0%) Query 1 ASKRALVILAKGAEEMETVIPVDVMRRAGIKVTVAGLAGKDPVQCSRDVVICPDASLEDA 60 ASKRALVILAKGAEEMETVIPVDVMRRAGIKVTVAGLAGKDPVQCSRDVVICPDASLEDA Sbjct 1 ASKRALVILAKGAEEMETVIPVDVMRRAGIKVTVAGLAGKDPVQCSRDVVICPDASLEDA 60 Query 61 KKEGPYDVVVLPGGNLGAQNLSESAAVKEILKEQENRKGLIATICAGPTALLAHEIGFGS 120 KKEGPYDVVVLPGGNLGAQNLSESAAVKEILKEQENRKGLIATICAGPTALLAHEIGFGS Sbjct 61 KKEGPYDVVVLPGGNLGAQNLSESAAVKEILKEQENRKGLIATICAGPTALLAHEIGFGS 120 Query 121 KVTTHPLAKDKMMNGGHYTYSENRVEKDGLILTSRGPGTSFEFALAIVEALNGKEVAAQV 180 KVTTHPLAKDKMMNGGHYTYSENRVEKDGLILTSRGPGTSFEFALAIVEALNGKEVAAQV Sbjct 121 KVTTHPLAKDKMMNGGHYTYSENRVEKDGLILTSRGPGTSFEFALAIVEALNGKEVAAQV 180 Query 181 KAPLVLK 187 KAPLVLK Sbjct 181 KAPLVLK 187 Query= d4gdha_ Length=190 >d4gdha_ Length=190 Score = 384 bits (985), Expect = 1.36e-140 Identities = 190/190 (100%), Positives = 190/190 (100%), Gaps = 0/190 (0%) Query 1 VKVCLFVADGTDEIEFSAPWGIFKRAEIPIDSVYVGENKDRLVKMSRDVEMYANRSYKEI 60 VKVCLFVADGTDEIEFSAPWGIFKRAEIPIDSVYVGENKDRLVKMSRDVEMYANRSYKEI Sbjct 1 VKVCLFVADGTDEIEFSAPWGIFKRAEIPIDSVYVGENKDRLVKMSRDVEMYANRSYKEI 60 Query 61 PSADDFAKQYDIAIIPGGGLGAKTLSTTPFVQQVVKEFYKKPNKWIGMICAGTLTAKTSG 120 PSADDFAKQYDIAIIPGGGLGAKTLSTTPFVQQVVKEFYKKPNKWIGMICAGTLTAKTSG Sbjct 61 PSADDFAKQYDIAIIPGGGLGAKTLSTTPFVQQVVKEFYKKPNKWIGMICAGTLTAKTSG 120 Query 121 LPNKQITGHPSVRGQLEEGGYKYLDQPVVLEENLITSQGPGTAMLFGLKLLEQVASKDKY 180 LPNKQITGHPSVRGQLEEGGYKYLDQPVVLEENLITSQGPGTAMLFGLKLLEQVASKDKY Sbjct 121 LPNKQITGHPSVRGQLEEGGYKYLDQPVVLEENLITSQGPGTAMLFGLKLLEQVASKDKY 180 Query 181 NAVYKSLSMP 190 NAVYKSLSMP Sbjct 181 NAVYKSLSMP 190 Query= d1pfva2 Length=351 >d1pfva2 Length=351 Score = 727 bits (1876), Expect = 5.05e-271 Identities = 351/351 (100%), Positives = 351/351 (100%), Gaps = 0/351 (0%) Query 1 AKKILVTCALPYANGSIHLGHMLEHIQADVWVRYQRMRGHEVNFICADDAHGTPIMLKAQ 60 AKKILVTCALPYANGSIHLGHMLEHIQADVWVRYQRMRGHEVNFICADDAHGTPIMLKAQ Sbjct 1 AKKILVTCALPYANGSIHLGHMLEHIQADVWVRYQRMRGHEVNFICADDAHGTPIMLKAQ 60 Query 61 QLGITPEQMIGEMSQEHQTDFAGFNISYDNYHSTHSEENRQLSELIYSRLKENGFIKNRT 120 QLGITPEQMIGEMSQEHQTDFAGFNISYDNYHSTHSEENRQLSELIYSRLKENGFIKNRT Sbjct 61 QLGITPEQMIGEMSQEHQTDFAGFNISYDNYHSTHSEENRQLSELIYSRLKENGFIKNRT 120 Query 121 ISQLYDPEKGMFLPDRFXVVSGATPVMRDSEHFFFDLPSFSEMLQAWTRSGALQEQVANK 180 ISQLYDPEKGMFLPDRFXVVSGATPVMRDSEHFFFDLPSFSEMLQAWTRSGALQEQVANK Sbjct 121 ISQLYDPEKGMFLPDRFXVVSGATPVMRDSEHFFFDLPSFSEMLQAWTRSGALQEQVANK 180 Query 181 MQEWFESGLQQWDISRDAPYFGFEIPNAPGKYFYVWLDAPIGYMGSFKNLCDKRGDSVSF 240 MQEWFESGLQQWDISRDAPYFGFEIPNAPGKYFYVWLDAPIGYMGSFKNLCDKRGDSVSF Sbjct 181 MQEWFESGLQQWDISRDAPYFGFEIPNAPGKYFYVWLDAPIGYMGSFKNLCDKRGDSVSF 240 Query 241 DEYWKKDSTAELYHFIGKDIVYFHSLFWPAMLEGSNFRKPSNLFVHGYVTVNGAKMSKSR 300 DEYWKKDSTAELYHFIGKDIVYFHSLFWPAMLEGSNFRKPSNLFVHGYVTVNGAKMSKSR Sbjct 241 DEYWKKDSTAELYHFIGKDIVYFHSLFWPAMLEGSNFRKPSNLFVHGYVTVNGAKMSKSR 300 Query 301 GTFIKASTWLNHFDADSLRYYYTAKLSSRIDDIDLNLEDFVQRVNADIVNK 351 GTFIKASTWLNHFDADSLRYYYTAKLSSRIDDIDLNLEDFVQRVNADIVNK Sbjct 301 GTFIKASTWLNHFDADSLRYYYTAKLSSRIDDIDLNLEDFVQRVNADIVNK 351 Query= d1ivsa4 Length=426 >d1ivsa4 Length=426 Score = 901 bits (2328), Expect = 0.0 Identities = 426/426 (100%), Positives = 426/426 (100%), Gaps = 0/426 (0%) Query 1 MDLPKAYDPKSVEPKWAEKWAKNPFVANPKSGKPPFVIFMPPPNVTGSLHMGHALDNSLQ 60 MDLPKAYDPKSVEPKWAEKWAKNPFVANPKSGKPPFVIFMPPPNVTGSLHMGHALDNSLQ Sbjct 1 MDLPKAYDPKSVEPKWAEKWAKNPFVANPKSGKPPFVIFMPPPNVTGSLHMGHALDNSLQ 60 Query 61 DALIRYKRMRGFEAVWLPGTDHAGIATQVVVERLLLKEGKTRHDLGREKFLERVWQWKEE 120 DALIRYKRMRGFEAVWLPGTDHAGIATQVVVERLLLKEGKTRHDLGREKFLERVWQWKEE Sbjct 61 DALIRYKRMRGFEAVWLPGTDHAGIATQVVVERLLLKEGKTRHDLGREKFLERVWQWKEE 120 Query 121 SGGTILKQLKRLGASADWSREAFTMDEKRSRAVRYAFSRYYHEGLAYRAPRLVNWCPRCE 180 SGGTILKQLKRLGASADWSREAFTMDEKRSRAVRYAFSRYYHEGLAYRAPRLVNWCPRCE Sbjct 121 SGGTILKQLKRLGASADWSREAFTMDEKRSRAVRYAFSRYYHEGLAYRAPRLVNWCPRCE 180 Query 181 TTLSDLEVEXTCSRCGTPIEYAIFPQWWLRMRPLAEEVLKGLRRGDIAFVPERWKKVNMD 240 TTLSDLEVEXTCSRCGTPIEYAIFPQWWLRMRPLAEEVLKGLRRGDIAFVPERWKKVNMD Sbjct 181 TTLSDLEVEXTCSRCGTPIEYAIFPQWWLRMRPLAEEVLKGLRRGDIAFVPERWKKVNMD 240 Query 241 WLENVKDWNISRQLWWGHQIPAWYCEDCQAVNVPRPERYLEDPTSCEACGSPRLKRDEDV 300 WLENVKDWNISRQLWWGHQIPAWYCEDCQAVNVPRPERYLEDPTSCEACGSPRLKRDEDV Sbjct 241 WLENVKDWNISRQLWWGHQIPAWYCEDCQAVNVPRPERYLEDPTSCEACGSPRLKRDEDV 300 Query 301 FDTWFSSALWPLSTLGWPEETEDLKAFYPGDVLVTGYDILFLWVSRMEVSGYHFMGERPF 360 FDTWFSSALWPLSTLGWPEETEDLKAFYPGDVLVTGYDILFLWVSRMEVSGYHFMGERPF Sbjct 301 FDTWFSSALWPLSTLGWPEETEDLKAFYPGDVLVTGYDILFLWVSRMEVSGYHFMGERPF 360 Query 361 KTVLLHGLVLDEKGQKMSKSKGNVIDPLEMVERYGADALRFALIYLATGGQDIRLDLRWL 420 KTVLLHGLVLDEKGQKMSKSKGNVIDPLEMVERYGADALRFALIYLATGGQDIRLDLRWL Sbjct 361 KTVLLHGLVLDEKGQKMSKSKGNVIDPLEMVERYGADALRFALIYLATGGQDIRLDLRWL 420 Query 421 EMARNF 426 EMARNF Sbjct 421 EMARNF 426 Query= d1k92a1 Length=188 >d1k92a1 Length=188 Score = 391 bits (1004), Expect = 1.48e-143 Identities = 188/188 (100%), Positives = 188/188 (100%), Gaps = 0/188 (0%) Query 1 TTILKHLPVGQRIGIAFSGGLDTSAALLWMRQKGAVPYAYTANLGQPDEEDYDAIPRRAM 60 TTILKHLPVGQRIGIAFSGGLDTSAALLWMRQKGAVPYAYTANLGQPDEEDYDAIPRRAM Sbjct 1 TTILKHLPVGQRIGIAFSGGLDTSAALLWMRQKGAVPYAYTANLGQPDEEDYDAIPRRAM 60 Query 61 EYGAENARLIDCRKQLVAEGIAAIQCGAFHNTTGGLTYFNTTPLGRAVTGTMLVAAMKED 120 EYGAENARLIDCRKQLVAEGIAAIQCGAFHNTTGGLTYFNTTPLGRAVTGTMLVAAMKED Sbjct 61 EYGAENARLIDCRKQLVAEGIAAIQCGAFHNTTGGLTYFNTTPLGRAVTGTMLVAAMKED 120 Query 121 GVNIWGDGSTYKGNDIERFYRYGLLTNAELQIYKPWLDTDFIDELGGRHEMSEFMIACGF 180 GVNIWGDGSTYKGNDIERFYRYGLLTNAELQIYKPWLDTDFIDELGGRHEMSEFMIACGF Sbjct 121 GVNIWGDGSTYKGNDIERFYRYGLLTNAELQIYKPWLDTDFIDELGGRHEMSEFMIACGF 180 Query 181 DYKMSVEK 188 DYKMSVEK Sbjct 181 DYKMSVEK 188 Query= d1vl2a1 Length=168 >d1vl2a1 Length=168 Score = 337 bits (865), Expect = 5.08e-123 Identities = 168/168 (100%), Positives = 168/168 (100%), Gaps = 0/168 (0%) Query 1 KEKVVLAYSGGLDTSVILKWLCEKGFDVIAYVANVGQKDDFVAIKEKALKTGASKVYVED 60 KEKVVLAYSGGLDTSVILKWLCEKGFDVIAYVANVGQKDDFVAIKEKALKTGASKVYVED Sbjct 1 KEKVVLAYSGGLDTSVILKWLCEKGFDVIAYVANVGQKDDFVAIKEKALKTGASKVYVED 60 Query 61 LRREFVTDYIFTALLGNAMYEGRYLLGTAIARPLIAKRQVEIAEKEGAQYVAHGATGKGN 120 LRREFVTDYIFTALLGNAMYEGRYLLGTAIARPLIAKRQVEIAEKEGAQYVAHGATGKGN Sbjct 61 LRREFVTDYIFTALLGNAMYEGRYLLGTAIARPLIAKRQVEIAEKEGAQYVAHGATGKGN 120 Query 121 DQVRFELTYAALNPNLKVISPWKDPEFLAKFKGRTDLINYAMEKGIPI 168 DQVRFELTYAALNPNLKVISPWKDPEFLAKFKGRTDLINYAMEKGIPI Sbjct 121 DQVRFELTYAALNPNLKVISPWKDPEFLAKFKGRTDLINYAMEKGIPI 168 Query= d1efva1 Length=188 >d1efva1 Length=188 Score = 357 bits (917), Expect = 2.73e-130 Identities = 188/188 (100%), Positives = 188/188 (100%), Gaps = 0/188 (0%) Query 1 QSTLVIAEHANDSLAPITLNTITAATRLGGEVSCLVAGTKCDKVAQDLCKVAGIAKVLVA 60 QSTLVIAEHANDSLAPITLNTITAATRLGGEVSCLVAGTKCDKVAQDLCKVAGIAKVLVA Sbjct 1 QSTLVIAEHANDSLAPITLNTITAATRLGGEVSCLVAGTKCDKVAQDLCKVAGIAKVLVA 60 Query 61 QHDVYKGLLPEELTPLILATQKQFNYTHICAGASAFGKNLLPRVAAKLEVAPISDIIAIK 120 QHDVYKGLLPEELTPLILATQKQFNYTHICAGASAFGKNLLPRVAAKLEVAPISDIIAIK Sbjct 61 QHDVYKGLLPEELTPLILATQKQFNYTHICAGASAFGKNLLPRVAAKLEVAPISDIIAIK 120 Query 121 SPDTFVRTIYAGNALCTVKCDEKVKVFSVRGTSFDAAATSGGSASSEKASSTSPVEISEW 180 SPDTFVRTIYAGNALCTVKCDEKVKVFSVRGTSFDAAATSGGSASSEKASSTSPVEISEW Sbjct 121 SPDTFVRTIYAGNALCTVKCDEKVKVFSVRGTSFDAAATSGGSASSEKASSTSPVEISEW 180 Query 181 LDQKLTKS 188 LDQKLTKS Sbjct 181 LDQKLTKS 188 >d1efpa1 Length=183 Score = 110 bits (275), Expect = 6.78e-33 Identities = 71/178 (39%), Positives = 102/178 (57%), Gaps = 3/178 (1%) Query 4 LVIAEHANDSLAPITLNTITAATRLGGEVSCLVAGTKCDKVAQDLCKVAGIAKVLVAQHD 63 L++ E N +L AA + G+V+ L AG A++ K+AG+AKVLVA+ Sbjct 3 LLLGEVTNGALNRDATAKAVAAVKALGDVTVLCAGASAKAAAEEAAKIAGVAKVLVAEDA 62 Query 64 VYKGLLPEELTPLILATQKQFNYTHICAGASAFGKNLLPRVAAKLEVAPISDIIAIKSPD 123 +Y L E LI+ +Y+HI A A+ KN++PRVAA L+V +SD+ AI D Sbjct 63 LYGHRLAEPTAALIVGLAG--DYSHIAAPATTDAKNVMPRVAALLDVMVLSDVSAILDAD 120 Query 124 TFVRTIYAGNALCTVKCDEKVKVFSVRGTSFDAAATSGGSASSEKASSTSPVEISEWL 181 TF R IYAGNA+ VK + KVF++R SFDAA G + +E A++ P +S W+ Sbjct 121 TFERPIYAGNAIQVVKSKDAKKVFTIRTASFDAAGEGGTAPVTETAAAADPG-LSSWV 177 Query= d1efpa1 Length=183 >d1efpa1 Length=183 Score = 326 bits (836), Expect = 4.18e-118 Identities = 183/183 (100%), Positives = 183/183 (100%), Gaps = 0/183 (0%) Query 1 AVLLLGEVTNGALNRDATAKAVAAVKALGDVTVLCAGASAKAAAEEAAKIAGVAKVLVAE 60 AVLLLGEVTNGALNRDATAKAVAAVKALGDVTVLCAGASAKAAAEEAAKIAGVAKVLVAE Sbjct 1 AVLLLGEVTNGALNRDATAKAVAAVKALGDVTVLCAGASAKAAAEEAAKIAGVAKVLVAE 60 Query 61 DALYGHRLAEPTAALIVGLAGDYSHIAAPATTDAKNVMPRVAALLDVMVLSDVSAILDAD 120 DALYGHRLAEPTAALIVGLAGDYSHIAAPATTDAKNVMPRVAALLDVMVLSDVSAILDAD Sbjct 61 DALYGHRLAEPTAALIVGLAGDYSHIAAPATTDAKNVMPRVAALLDVMVLSDVSAILDAD 120 Query 121 TFERPIYAGNAIQVVKSKDAKKVFTIRTASFDAAGEGGTAPVTETAAAADPGLSSWVADE 180 TFERPIYAGNAIQVVKSKDAKKVFTIRTASFDAAGEGGTAPVTETAAAADPGLSSWVADE Sbjct 121 TFERPIYAGNAIQVVKSKDAKKVFTIRTASFDAAGEGGTAPVTETAAAADPGLSSWVADE 180 Query 181 VAE 183 VAE Sbjct 181 VAE 183 >d1efva1 Length=188 Score = 100 bits (250), Expect = 3.57e-29 Identities = 71/178 (39%), Positives = 102/178 (57%), Gaps = 3/178 (1%) Query 3 LLLGEVTNGALNRDATAKAVAAVKALGDVTVLCAGASAKAAAEEAAKIAGVAKVLVAEDA 62 L++ E N +L AA + G+V+ L AG A++ K+AG+AKVLVA+ Sbjct 4 LVIAEHANDSLAPITLNTITAATRLGGEVSCLVAGTKCDKVAQDLCKVAGIAKVLVAQHD 63 Query 63 LYGHRLAEPTAALIVGLAG--DYSHIAAPATTDAKNVMPRVAALLDVMVLSDVSAILDAD 120 +Y L E LI+ +Y+HI A A+ KN++PRVAA L+V +SD+ AI D Sbjct 64 VYKGLLPEELTPLILATQKQFNYTHICAGASAFGKNLLPRVAAKLEVAPISDIIAIKSPD 123 Query 121 TFERPIYAGNAIQVVKSKDAKKVFTIRTASFDAAGEGGTAPVTETAAAADP-GLSSWV 177 TF R IYAGNA+ VK + KVF++R SFDAA G + +E A++ P +S W+ Sbjct 124 TFVRTIYAGNALCTVKCDEKVKVFSVRGTSFDAAATSGGSASSEKASSTSPVEISEWL 181 Query= d1np7a2 Length=204 >d1np7a2 Length=204 Score = 419 bits (1076), Expect = 5.28e-154 Identities = 204/204 (100%), Positives = 204/204 (100%), Gaps = 0/204 (0%) Query 1 MKHVPPTVLVWFRNDLRLHDHEPLHRALKSGLAITAVYCYDPRQFAQTHQGFAKTGPWRS 60 MKHVPPTVLVWFRNDLRLHDHEPLHRALKSGLAITAVYCYDPRQFAQTHQGFAKTGPWRS Sbjct 1 MKHVPPTVLVWFRNDLRLHDHEPLHRALKSGLAITAVYCYDPRQFAQTHQGFAKTGPWRS 60 Query 61 NFLQQSVQNLAESLQKVGNKLLVTTGLPEQVIPQIAKQINAKTIYYHREVTQEELDVERN 120 NFLQQSVQNLAESLQKVGNKLLVTTGLPEQVIPQIAKQINAKTIYYHREVTQEELDVERN Sbjct 61 NFLQQSVQNLAESLQKVGNKLLVTTGLPEQVIPQIAKQINAKTIYYHREVTQEELDVERN 120 Query 121 LVKQLTILGIEAKGYWGSTLCHPEDLPFSIQDLPDLFTKFRKDIEKKKISIRPCFFAPSQ 180 LVKQLTILGIEAKGYWGSTLCHPEDLPFSIQDLPDLFTKFRKDIEKKKISIRPCFFAPSQ Sbjct 121 LVKQLTILGIEAKGYWGSTLCHPEDLPFSIQDLPDLFTKFRKDIEKKKISIRPCFFAPSQ 180 Query 181 LLPSPNIKLELTAPPPEFFPQINF 204 LLPSPNIKLELTAPPPEFFPQINF Sbjct 181 LLPSPNIKLELTAPPPEFFPQINF 204 >d1dnpa2 Length=200 Score = 51.2 bits (121), Expect = 3.16e-10 Identities = 53/196 (27%), Positives = 87/196 (44%), Gaps = 22/196 (11%) Query 7 TVLVWFRNDLRLHDHEPLHRALKSGLA-ITAVYCYDPRQFAQTHQGFAKTGPWRSNFLQQ 65 T LVWFR DLRLHD+ L A ++ A + A+Y PRQ+A TH P ++ + Sbjct 2 THLVWFRQDLRLHDNLALAAACRNSSARVLALYIATPRQWA-THN----MSPRQAELINA 56 Query 66 SVQNLAESLQKVGNKLLVTTGLPEQVIPQIAKQINAKTIY------YHREVTQEELDVER 119 + L +L + G LL +I KQ+ A+ Y EV + DVE Sbjct 57 QLNGLQIALAEKGIPLLFREVDDFVASVEIVKQVCAENSVTHLFYNYQYEVNERARDVE- 115 Query 120 NLVKQLTILGIEAKGYWGSTLCHPEDLPFSIQDLPDLFTKFRKD-IEKKKISIRPCFFAP 178 + + + +G+ S + P + ++ +FT F+ +++ + + C AP Sbjct 116 ---VERALRNVVCEGFDDSVILPPGAVMTGNHEMYKVFTPFKNAWLKRLREGMPECVAAP 172 Query 179 S-----QLLPSPNIKL 189 + PSP+I L Sbjct 173 KVRSSGSIEPSPSITL 188 Query= d1dnpa2 Length=200 >d1dnpa2 Length=200 Score = 405 bits (1041), Expect = 8.44e-149 Identities = 200/200 (100%), Positives = 200/200 (100%), Gaps = 0/200 (0%) Query 1 TTHLVWFRQDLRLHDNLALAAACRNSSARVLALYIATPRQWATHNMSPRQAELINAQLNG 60 TTHLVWFRQDLRLHDNLALAAACRNSSARVLALYIATPRQWATHNMSPRQAELINAQLNG Sbjct 1 TTHLVWFRQDLRLHDNLALAAACRNSSARVLALYIATPRQWATHNMSPRQAELINAQLNG 60 Query 61 LQIALAEKGIPLLFREVDDFVASVEIVKQVCAENSVTHLFYNYQYEVNERARDVEVERAL 120 LQIALAEKGIPLLFREVDDFVASVEIVKQVCAENSVTHLFYNYQYEVNERARDVEVERAL Sbjct 61 LQIALAEKGIPLLFREVDDFVASVEIVKQVCAENSVTHLFYNYQYEVNERARDVEVERAL 120 Query 121 RNVVCEGFDDSVILPPGAVMTGNHEMYKVFTPFKNAWLKRLREGMPECVAAPKVRSSGSI 180 RNVVCEGFDDSVILPPGAVMTGNHEMYKVFTPFKNAWLKRLREGMPECVAAPKVRSSGSI Sbjct 121 RNVVCEGFDDSVILPPGAVMTGNHEMYKVFTPFKNAWLKRLREGMPECVAAPKVRSSGSI 180 Query 181 EPSPSITLNYPRQSFDTAHF 200 EPSPSITLNYPRQSFDTAHF Sbjct 181 EPSPSITLNYPRQSFDTAHF 200 >d1np7a2 Length=204 Score = 52.4 bits (124), Expect = 1.20e-10 Identities = 53/196 (27%), Positives = 87/196 (44%), Gaps = 22/196 (11%) Query 2 THLVWFRQDLRLHDNLALAAACRNSSARVLALYIATPRQWA-THN----MSPRQAELINA 56 T LVWFR DLRLHD+ L A ++ A + A+Y PRQ+A TH P ++ + Sbjct 7 TVLVWFRNDLRLHDHEPLHRALKSGLA-ITAVYCYDPRQFAQTHQGFAKTGPWRSNFLQQ 65 Query 57 QLNGLQIALAEKGIPLLFREVDDFVASVEIVKQVCAENSVTHLFYNYQYEVNERARDVE- 115 + L +L + G LL +I KQ+ A+ Y EV + DVE Sbjct 66 SVQNLAESLQKVGNKLLVTTGLPEQVIPQIAKQINAKTIY------YHREVTQEELDVER 119 Query 116 ---VERALRNVVCEGFDDSVILPPGAVMTGNHEMYKVFTPFKNAWLKRLREGMPECVAAP 172 + + + +G+ S + P + ++ +FT F+ +++ + + C AP Sbjct 120 NLVKQLTILGIEAKGYWGSTLCHPEDLPFSIQDLPDLFTKFRKD-IEKKKISIRPCFFAP 178 Query 173 KVRSSGSIEPSPSITL 188 + PSP+I L Sbjct 179 S-----QLLPSPNIKL 189 Query= d2ihta1 Length=177 >d2ihta1 Length=177 Score = 347 bits (889), Expect = 2.20e-126 Identities = 177/177 (100%), Positives = 177/177 (100%), Gaps = 0/177 (0%) Query 1 VADGWQKAADQAAALLAEAKHPVLVVGAAAIRSGAVPAIRALAERLNIPVITTYIAKGVL 60 VADGWQKAADQAAALLAEAKHPVLVVGAAAIRSGAVPAIRALAERLNIPVITTYIAKGVL Sbjct 1 VADGWQKAADQAAALLAEAKHPVLVVGAAAIRSGAVPAIRALAERLNIPVITTYIAKGVL 60 Query 61 PVGHELNYGAVTGYMDGILNFPALQTMFAPVDLVLTVGYDYAEDLRPSMWQKGIEKKTVR 120 PVGHELNYGAVTGYMDGILNFPALQTMFAPVDLVLTVGYDYAEDLRPSMWQKGIEKKTVR Sbjct 61 PVGHELNYGAVTGYMDGILNFPALQTMFAPVDLVLTVGYDYAEDLRPSMWQKGIEKKTVR 120 Query 121 ISPTVNPIPRVYRPDVDVVTDVLAFVEHFETATASFGAKQRHDIEPLRARIAEFLAD 177 ISPTVNPIPRVYRPDVDVVTDVLAFVEHFETATASFGAKQRHDIEPLRARIAEFLAD Sbjct 121 ISPTVNPIPRVYRPDVDVVTDVLAFVEHFETATASFGAKQRHDIEPLRARIAEFLAD 177 Query= d4fega2 Length=183 >d4fega2 Length=183 Score = 358 bits (920), Expect = 6.51e-131 Identities = 183/183 (100%), Positives = 183/183 (100%), Gaps = 0/183 (0%) Query 1 YASANSYQTPLLPEPDVQAVTRLTQTLLAAERPLIYYGIGARKAGKELEQLSKTLKIPLM 60 YASANSYQTPLLPEPDVQAVTRLTQTLLAAERPLIYYGIGARKAGKELEQLSKTLKIPLM Sbjct 1 YASANSYQTPLLPEPDVQAVTRLTQTLLAAERPLIYYGIGARKAGKELEQLSKTLKIPLM 60 Query 61 STYPAKGIVADRYPAYLGSANRVAQKPANEALAQADVVLFVGNNYPFAEVSKAFKNTRYF 120 STYPAKGIVADRYPAYLGSANRVAQKPANEALAQADVVLFVGNNYPFAEVSKAFKNTRYF Sbjct 61 STYPAKGIVADRYPAYLGSANRVAQKPANEALAQADVVLFVGNNYPFAEVSKAFKNTRYF 120 Query 121 LQIDIDPAKLGKRHKTDIAVLADAQKTLAAILAQVSERESTPWWQANLANVKNWRAYLAS 180 LQIDIDPAKLGKRHKTDIAVLADAQKTLAAILAQVSERESTPWWQANLANVKNWRAYLAS Sbjct 121 LQIDIDPAKLGKRHKTDIAVLADAQKTLAAILAQVSERESTPWWQANLANVKNWRAYLAS 180 Query 181 LED 183 LED Sbjct 181 LED 183 Query= d1viaa_ Length=161 >d1viaa_ Length=161 Score = 306 bits (784), Expect = 6.74e-111 Identities = 161/161 (100%), Positives = 161/161 (100%), Gaps = 0/161 (0%) Query 1 KNIVFIGFMGSGKSTLARALAKDLDLVFLDSDFLIEQKFNQKVSEIFEQKRENFFREQEQ 60 KNIVFIGFMGSGKSTLARALAKDLDLVFLDSDFLIEQKFNQKVSEIFEQKRENFFREQEQ Sbjct 1 KNIVFIGFMGSGKSTLARALAKDLDLVFLDSDFLIEQKFNQKVSEIFEQKRENFFREQEQ 60 Query 61 KMADFFSSCEKACIATGGGFVNVSNLEKAGFCIYLKADFEYLKKRLDKDEISKRPLFYDE 120 KMADFFSSCEKACIATGGGFVNVSNLEKAGFCIYLKADFEYLKKRLDKDEISKRPLFYDE Sbjct 61 KMADFFSSCEKACIATGGGFVNVSNLEKAGFCIYLKADFEYLKKRLDKDEISKRPLFYDE 120 Query 121 IKAKKLYNERLSKYEQKANFILNIENKNIDELLSEIKKVIK 161 IKAKKLYNERLSKYEQKANFILNIENKNIDELLSEIKKVIK Sbjct 121 IKAKKLYNERLSKYEQKANFILNIENKNIDELLSEIKKVIK 161 Query= d2iyva2 Length=175 >d2iyva2 Length=175 Score = 327 bits (838), Expect = 1.13e-118 Identities = 175/175 (100%), Positives = 175/175 (100%), Gaps = 0/175 (0%) Query 1 APKAVLVGLPGSGKSTIGRRLAKALGVGLLDTDVAIEQRTGRSIADIFATDGEQEFRRIE 60 APKAVLVGLPGSGKSTIGRRLAKALGVGLLDTDVAIEQRTGRSIADIFATDGEQEFRRIE Sbjct 1 APKAVLVGLPGSGKSTIGRRLAKALGVGLLDTDVAIEQRTGRSIADIFATDGEQEFRRIE 60 Query 61 EDVVRAALADHDGVLSLGGGAVTSPGVRAALAGHTVVYLEISAAEGVRRTGGNTVRPLLA 120 EDVVRAALADHDGVLSLGGGAVTSPGVRAALAGHTVVYLEISAAEGVRRTGGNTVRPLLA Sbjct 61 EDVVRAALADHDGVLSLGGGAVTSPGVRAALAGHTVVYLEISAAEGVRRTGGNTVRPLLA 120 Query 121 GPDRAEKYRALMAKRAPLYRRVATMRVDTNRRNPGAVVRHILSRLQVPSPSEAAT 175 GPDRAEKYRALMAKRAPLYRRVATMRVDTNRRNPGAVVRHILSRLQVPSPSEAAT Sbjct 121 GPDRAEKYRALMAKRAPLYRRVATMRVDTNRRNPGAVVRHILSRLQVPSPSEAAT 175 Query= d1m7ga_ Length=208 >d1m7ga_ Length=208 Score = 406 bits (1044), Expect = 5.44e-149 Identities = 208/208 (100%), Positives = 208/208 (100%), Gaps = 0/208 (0%) Query 1 STNITFHASALTRSERTELRNQRGLTIWLTGLSASGKSTLAVELEHQLVRDRRVHAYRLD 60 STNITFHASALTRSERTELRNQRGLTIWLTGLSASGKSTLAVELEHQLVRDRRVHAYRLD Sbjct 1 STNITFHASALTRSERTELRNQRGLTIWLTGLSASGKSTLAVELEHQLVRDRRVHAYRLD 60 Query 61 GDNIRFGLNKDLGFSEADRNENIRRIAEVAKLFADSNSIAITSFISPYRKDRDTARQLHE 120 GDNIRFGLNKDLGFSEADRNENIRRIAEVAKLFADSNSIAITSFISPYRKDRDTARQLHE Sbjct 61 GDNIRFGLNKDLGFSEADRNENIRRIAEVAKLFADSNSIAITSFISPYRKDRDTARQLHE 120 Query 121 VATPGEETGLPFVEVYVDVPVEVAEQRDPKGLYKKAREGVIKEFTGISAPYEAPANPEVH 180 VATPGEETGLPFVEVYVDVPVEVAEQRDPKGLYKKAREGVIKEFTGISAPYEAPANPEVH Sbjct 121 VATPGEETGLPFVEVYVDVPVEVAEQRDPKGLYKKAREGVIKEFTGISAPYEAPANPEVH 180 Query 181 VKNYELPVQDAVKQIIDYLDTKGYLPAK 208 VKNYELPVQDAVKQIIDYLDTKGYLPAK Sbjct 181 VKNYELPVQDAVKQIIDYLDTKGYLPAK 208 Query= d3seaa_ Length=167 >d3seaa_ Length=167 Score = 318 bits (816), Expect = 1.40e-115 Identities = 167/167 (100%), Positives = 167/167 (100%), Gaps = 0/167 (0%) Query 1 QSKSRKIAILGYRSVGKSSLTIQFVEGQFVDSADPTIENTFTKLITVNGQEYHLQLVDTA 60 QSKSRKIAILGYRSVGKSSLTIQFVEGQFVDSADPTIENTFTKLITVNGQEYHLQLVDTA Sbjct 1 QSKSRKIAILGYRSVGKSSLTIQFVEGQFVDSADPTIENTFTKLITVNGQEYHLQLVDTA 60 Query 61 GQDEYSIFPQTYSIDINGYILVYSVTSIKSFEVIKVIHGKLLDMVGKVQIPIMLVGNKKD 120 GQDEYSIFPQTYSIDINGYILVYSVTSIKSFEVIKVIHGKLLDMVGKVQIPIMLVGNKKD Sbjct 61 GQDEYSIFPQTYSIDINGYILVYSVTSIKSFEVIKVIHGKLLDMVGKVQIPIMLVGNKKD 120 Query 121 LHMERVISYEEGKALAESWNAAFLESSAKENQTAVDVFRRIILEAEK 167 LHMERVISYEEGKALAESWNAAFLESSAKENQTAVDVFRRIILEAEK Sbjct 121 LHMERVISYEEGKALAESWNAAFLESSAKENQTAVDVFRRIILEAEK 167 Query= d3q72a_ Length=166 >d3q72a_ Length=166 Score = 329 bits (843), Expect = 9.89e-120 Identities = 166/166 (100%), Positives = 166/166 (100%), Gaps = 0/166 (0%) Query 1 SVYKVLLLGAPGVGKSALARIFGGVEDGPEAEAAGHTYDRSIVVDGEEASLMVYDIWEQD 60 SVYKVLLLGAPGVGKSALARIFGGVEDGPEAEAAGHTYDRSIVVDGEEASLMVYDIWEQD Sbjct 1 SVYKVLLLGAPGVGKSALARIFGGVEDGPEAEAAGHTYDRSIVVDGEEASLMVYDIWEQD 60 Query 61 GGRWLPGHCMAMGDAYVIVYSVTDKGSFEKASELRVQLRRARQTDDVPIILVGNKSDLVR 120 GGRWLPGHCMAMGDAYVIVYSVTDKGSFEKASELRVQLRRARQTDDVPIILVGNKSDLVR Sbjct 61 GGRWLPGHCMAMGDAYVIVYSVTDKGSFEKASELRVQLRRARQTDDVPIILVGNKSDLVR 120 Query 121 SREVSVDEGRACAVVFDCKFIETSAALHHNVQALFEGVVRQIRLRR 166 SREVSVDEGRACAVVFDCKFIETSAALHHNVQALFEGVVRQIRLRR Sbjct 121 SREVSVDEGRACAVVFDCKFIETSAALHHNVQALFEGVVRQIRLRR 166 Query= d1oxxk2 Length=242 >d1oxxk2 Length=242 Score = 468 bits (1203), Expect = 4.24e-172 Identities = 242/242 (100%), Positives = 242/242 (100%), Gaps = 0/242 (0%) Query 1 MVRIIVKNVSKVFKKGKVVALDNVNINIENGERFGILGPSGAGKTTFMRIIAGLDVPSTG 60 MVRIIVKNVSKVFKKGKVVALDNVNINIENGERFGILGPSGAGKTTFMRIIAGLDVPSTG Sbjct 1 MVRIIVKNVSKVFKKGKVVALDNVNINIENGERFGILGPSGAGKTTFMRIIAGLDVPSTG 60 Query 61 ELYFDDRLVASNGKLIVPPEDRKIGMVFQTWALYPNLTAFENIAFPLTNMKMSKEEIRKR 120 ELYFDDRLVASNGKLIVPPEDRKIGMVFQTWALYPNLTAFENIAFPLTNMKMSKEEIRKR Sbjct 61 ELYFDDRLVASNGKLIVPPEDRKIGMVFQTWALYPNLTAFENIAFPLTNMKMSKEEIRKR 120 Query 121 VEEVAKILDIHHVLNHFPRELSGAQQQRVALARALVKDPSLLLLDEPFSNLDARMRDSAR 180 VEEVAKILDIHHVLNHFPRELSGAQQQRVALARALVKDPSLLLLDEPFSNLDARMRDSAR Sbjct 121 VEEVAKILDIHHVLNHFPRELSGAQQQRVALARALVKDPSLLLLDEPFSNLDARMRDSAR 180 Query 181 ALVKEVQSRLGVTLLVVSHDPADIFAIADRVGVLVKGKLVQVGKPEDLYDNPVSIQVASL 240 ALVKEVQSRLGVTLLVVSHDPADIFAIADRVGVLVKGKLVQVGKPEDLYDNPVSIQVASL Sbjct 181 ALVKEVQSRLGVTLLVVSHDPADIFAIADRVGVLVKGKLVQVGKPEDLYDNPVSIQVASL 240 Query 241 IG 242 IG Sbjct 241 IG 242 Query= d1g6ha_ Length=254 >d1g6ha_ Length=254 Score = 504 bits (1299), Expect = 2.47e-186 Identities = 254/254 (100%), Positives = 254/254 (100%), Gaps = 0/254 (0%) Query 1 TMEILRTENIVKYFGEFKALDGVSISVNKGDVTLIIGPNGSGKSTLINVITGFLKADEGR 60 TMEILRTENIVKYFGEFKALDGVSISVNKGDVTLIIGPNGSGKSTLINVITGFLKADEGR Sbjct 1 TMEILRTENIVKYFGEFKALDGVSISVNKGDVTLIIGPNGSGKSTLINVITGFLKADEGR 60 Query 61 VYFENKDITNKEPAELYHYGIVRTFQTPQPLKEMTVLENLLIGEICPGESPLNSLFYKKW 120 VYFENKDITNKEPAELYHYGIVRTFQTPQPLKEMTVLENLLIGEICPGESPLNSLFYKKW Sbjct 61 VYFENKDITNKEPAELYHYGIVRTFQTPQPLKEMTVLENLLIGEICPGESPLNSLFYKKW 120 Query 121 IPKEEEMVEKAFKILEFLKLSHLYDRKAGELSGGQMKLVEIGRALMTNPKMIVMDEPIAG 180 IPKEEEMVEKAFKILEFLKLSHLYDRKAGELSGGQMKLVEIGRALMTNPKMIVMDEPIAG Sbjct 121 IPKEEEMVEKAFKILEFLKLSHLYDRKAGELSGGQMKLVEIGRALMTNPKMIVMDEPIAG 180 Query 181 VAPGLAHDIFNHVLELKAKGITFLIIEHRLDIVLNYIDHLYVMFNGQIIAEGRGEEEIKN 240 VAPGLAHDIFNHVLELKAKGITFLIIEHRLDIVLNYIDHLYVMFNGQIIAEGRGEEEIKN Sbjct 181 VAPGLAHDIFNHVLELKAKGITFLIIEHRLDIVLNYIDHLYVMFNGQIIAEGRGEEEIKN 240 Query 241 VLSDPKVVEIYIGE 254 VLSDPKVVEIYIGE Sbjct 241 VLSDPKVVEIYIGE 254 Query= d1m8pa3 Length=183 >d1m8pa3 Length=183 Score = 355 bits (912), Expect = 1.08e-129 Identities = 183/183 (100%), Positives = 183/183 (100%), Gaps = 0/183 (0%) Query 1 PRATQGFTIFLTGYMNSGKDAIARALQVTLNQQGGRSVSLLLGDTVRHELSSELGFTRED 60 PRATQGFTIFLTGYMNSGKDAIARALQVTLNQQGGRSVSLLLGDTVRHELSSELGFTRED Sbjct 1 PRATQGFTIFLTGYMNSGKDAIARALQVTLNQQGGRSVSLLLGDTVRHELSSELGFTRED 60 Query 61 RHTNIQRIAFVATELTRAGAAVIAAPIAPYEESRKFARDAVSQAGSFFLVHVATPLEHCE 120 RHTNIQRIAFVATELTRAGAAVIAAPIAPYEESRKFARDAVSQAGSFFLVHVATPLEHCE Sbjct 61 RHTNIQRIAFVATELTRAGAAVIAAPIAPYEESRKFARDAVSQAGSFFLVHVATPLEHCE 120 Query 121 QSDKRGIYAAARRGEIKGFTGVDDPYETPEKADLVVDFSKQSVRSIVHEIILVLESQGFL 180 QSDKRGIYAAARRGEIKGFTGVDDPYETPEKADLVVDFSKQSVRSIVHEIILVLESQGFL Sbjct 121 QSDKRGIYAAARRGEIKGFTGVDDPYETPEKADLVVDFSKQSVRSIVHEIILVLESQGFL 180 Query 181 ERQ 183 ERQ Sbjct 181 ERQ 183 Query= d1t6na_ Length=207 >d1t6na_ Length=207 Score = 416 bits (1068), Expect = 1.10e-152 Identities = 207/207 (100%), Positives = 207/207 (100%), Gaps = 0/207 (0%) Query 1 SGFRDFLLKPELLRAIVDCGFEHPSEVQHECIPQAILGMDVLCQAKSGMGKTAVFVLATL 60 SGFRDFLLKPELLRAIVDCGFEHPSEVQHECIPQAILGMDVLCQAKSGMGKTAVFVLATL Sbjct 1 SGFRDFLLKPELLRAIVDCGFEHPSEVQHECIPQAILGMDVLCQAKSGMGKTAVFVLATL 60 Query 61 QQLEPVTGQVSVLVMCHTRELAFQISKEYERFSKYMPNVKVAVFFGGLSIKKDEEVLKKN 120 QQLEPVTGQVSVLVMCHTRELAFQISKEYERFSKYMPNVKVAVFFGGLSIKKDEEVLKKN Sbjct 61 QQLEPVTGQVSVLVMCHTRELAFQISKEYERFSKYMPNVKVAVFFGGLSIKKDEEVLKKN 120 Query 121 CPHIVVGTPGRILALARNKSLNLKHIKHFILDECDKMLEQLDMRRDVQEIFRMTPHEKQV 180 CPHIVVGTPGRILALARNKSLNLKHIKHFILDECDKMLEQLDMRRDVQEIFRMTPHEKQV Sbjct 121 CPHIVVGTPGRILALARNKSLNLKHIKHFILDECDKMLEQLDMRRDVQEIFRMTPHEKQV 180 Query 181 MMFSATLSKEIRPVCRKFMQDPMEIFV 207 MMFSATLSKEIRPVCRKFMQDPMEIFV Sbjct 181 MMFSATLSKEIRPVCRKFMQDPMEIFV 207 Query= d3peya1 Length=196 >d3peya1 Length=196 Score = 382 bits (981), Expect = 8.77e-140 Identities = 196/196 (100%), Positives = 196/196 (100%), Gaps = 0/196 (0%) Query 1 AKSFDELGLAPELLKGIYAMKFQKPSKIQERALPLLLHNPPRNMIAQSQSGTGKTAAFSL 60 AKSFDELGLAPELLKGIYAMKFQKPSKIQERALPLLLHNPPRNMIAQSQSGTGKTAAFSL Sbjct 1 AKSFDELGLAPELLKGIYAMKFQKPSKIQERALPLLLHNPPRNMIAQSQSGTGKTAAFSL 60 Query 61 TMLTRVNPEDASPQAICLAPSRELARQTLEVVQEMGKFTKITSQLIVPDSFEKNKQINAQ 120 TMLTRVNPEDASPQAICLAPSRELARQTLEVVQEMGKFTKITSQLIVPDSFEKNKQINAQ Sbjct 61 TMLTRVNPEDASPQAICLAPSRELARQTLEVVQEMGKFTKITSQLIVPDSFEKNKQINAQ 120 Query 121 VIVGTPGTVLDLMRRKLMQLQKIKIFVLDEADNMLDQQGLGDQCIRVKRFLPKDTQLVLF 180 VIVGTPGTVLDLMRRKLMQLQKIKIFVLDEADNMLDQQGLGDQCIRVKRFLPKDTQLVLF Sbjct 121 VIVGTPGTVLDLMRRKLMQLQKIKIFVLDEADNMLDQQGLGDQCIRVKRFLPKDTQLVLF 180 Query 181 SATFADAVRQYAKKIV 196 SATFADAVRQYAKKIV Sbjct 181 SATFADAVRQYAKKIV 196 Query= d5nt7b_ Length=159 >d5nt7b_ Length=159 Score = 315 bits (808), Expect = 1.27e-114 Identities = 159/159 (100%), Positives = 159/159 (100%), Gaps = 0/159 (0%) Query 1 VKQTIYEVNKYAKRSKLIEILSEQADGTIVFVETKRGADFLASFLSEKEFPTTSIHGDRL 60 VKQTIYEVNKYAKRSKLIEILSEQADGTIVFVETKRGADFLASFLSEKEFPTTSIHGDRL Sbjct 1 VKQTIYEVNKYAKRSKLIEILSEQADGTIVFVETKRGADFLASFLSEKEFPTTSIHGDRL 60 Query 61 QSQREQALRDFKNGSMKVLIATSVASRGLDIKNIKHVINYDMPSKIDDYVHRIGRTGRVG 120 QSQREQALRDFKNGSMKVLIATSVASRGLDIKNIKHVINYDMPSKIDDYVHRIGRTGRVG Sbjct 61 QSQREQALRDFKNGSMKVLIATSVASRGLDIKNIKHVINYDMPSKIDDYVHRIGRTGRVG 120 Query 121 NNGRATSFFDPEKDRAIAADLVKILEGSGQTVPDFLRTC 159 NNGRATSFFDPEKDRAIAADLVKILEGSGQTVPDFLRTC Sbjct 121 NNGRATSFFDPEKDRAIAADLVKILEGSGQTVPDFLRTC 159 >d2z0ma2 Length=139 Score = 84.3 bits (207), Expect = 1.31e-23 Identities = 46/115 (40%), Positives = 62/115 (53%), Gaps = 4/115 (3%) Query 14 RSKLIEILSEQADGTIVFVETKRGADFLASFLSEKEFPTTSIHGDRLQSQREQALRDFKN 73 RSK+ + + G IVFV T+ L + GD QS R + + F+ Sbjct 17 RSKVQALRENKDKGVIVFVRTRNRVAKLVRLFDN----AIELRGDLPQSVRNRNIDAFRE 72 Query 74 GSMKVLIATSVASRGLDIKNIKHVINYDMPSKIDDYVHRIGRTGRVGNNGRATSF 128 G +LI T VASRGLDI ++ VIN+D P + Y+HRIGRTGR+G G A +F Sbjct 73 GEYDMLITTDVASRGLDIPLVEKVINFDAPQDLRTYIHRIGRTGRMGRKGEAITF 127 Query= d4hzia_ Length=259 >d4hzia_ Length=259 Score = 518 bits (1334), Expect = 1.68e-191 Identities = 259/259 (100%), Positives = 259/259 (100%), Gaps = 0/259 (0%) Query 1 NSLLSLEKISYKPTGKTILDSVSFEIKTNEHCVLLGRNGAGKSTLVNLIYGMIWATSGTI 60 NSLLSLEKISYKPTGKTILDSVSFEIKTNEHCVLLGRNGAGKSTLVNLIYGMIWATSGTI Sbjct 1 NSLLSLEKISYKPTGKTILDSVSFEIKTNEHCVLLGRNGAGKSTLVNLIYGMIWATSGTI 60 Query 61 RLFQETYGEIAIQDLRKRIGILDSSQQENSIQRKLTVKDTILTGLFHTIGYYRDPSPEEE 120 RLFQETYGEIAIQDLRKRIGILDSSQQENSIQRKLTVKDTILTGLFHTIGYYRDPSPEEE Sbjct 61 RLFQETYGEIAIQDLRKRIGILDSSQQENSIQRKLTVKDTILTGLFHTIGYYRDPSPEEE 120 Query 121 TKTLQILKDSDLLSKKDQLYNTLSSGEKKKILFLRSIVNEPDFLIMDEPCSSLDLTARED 180 TKTLQILKDSDLLSKKDQLYNTLSSGEKKKILFLRSIVNEPDFLIMDEPCSSLDLTARED Sbjct 121 TKTLQILKDSDLLSKKDQLYNTLSSGEKKKILFLRSIVNEPDFLIMDEPCSSLDLTARED 180 Query 181 FLGFLKEYHSKKKFTSLYITHRPEEIPDFYSKAVLLKEGKVIHFGPIEECFTEKNLEDLY 240 FLGFLKEYHSKKKFTSLYITHRPEEIPDFYSKAVLLKEGKVIHFGPIEECFTEKNLEDLY Sbjct 181 FLGFLKEYHSKKKFTSLYITHRPEEIPDFYSKAVLLKEGKVIHFGPIEECFTEKNLEDLY 240 Query 241 DIPLQVQRIENTWSVIPKQ 259 DIPLQVQRIENTWSVIPKQ Sbjct 241 DIPLQVQRIENTWSVIPKQ 259 Query= d2yoga_ Length=207 >d2yoga_ Length=207 Score = 424 bits (1089), Expect = 6.92e-156 Identities = 207/207 (100%), Positives = 207/207 (100%), Gaps = 0/207 (0%) Query 1 DKKKGKFIVFEGLDRSGKSTQSKLLVEYLKNNNVEVKHLYFPNRETGIGQIISKYLKMEN 60 DKKKGKFIVFEGLDRSGKSTQSKLLVEYLKNNNVEVKHLYFPNRETGIGQIISKYLKMEN Sbjct 1 DKKKGKFIVFEGLDRSGKSTQSKLLVEYLKNNNVEVKHLYFPNRETGIGQIISKYLKMEN 60 Query 61 SMSNETIHLLFSANRWEHMNEIKSLLLKGIWVVCDRYAYSGVAYSSGALNLNKTWCMNPD 120 SMSNETIHLLFSANRWEHMNEIKSLLLKGIWVVCDRYAYSGVAYSSGALNLNKTWCMNPD Sbjct 61 SMSNETIHLLFSANRWEHMNEIKSLLLKGIWVVCDRYAYSGVAYSSGALNLNKTWCMNPD 120 Query 121 QGLIKPDVVFYLNVPPNYAQNRSDYGEEIYEKVETQKKIYETYKHFAHEDYWINIDATRK 180 QGLIKPDVVFYLNVPPNYAQNRSDYGEEIYEKVETQKKIYETYKHFAHEDYWINIDATRK Sbjct 121 QGLIKPDVVFYLNVPPNYAQNRSDYGEEIYEKVETQKKIYETYKHFAHEDYWINIDATRK 180 Query 181 IEDIHNDIVKEVTKIKVEPEEFNFLWS 207 IEDIHNDIVKEVTKIKVEPEEFNFLWS Sbjct 181 IEDIHNDIVKEVTKIKVEPEEFNFLWS 207 Query= d4hlca_ Length=202 >d4hlca_ Length=202 Score = 396 bits (1017), Expect = 4.49e-145 Identities = 202/202 (100%), Positives = 202/202 (100%), Gaps = 0/202 (0%) Query 1 SAFITFEGPEGSGKTTVINEVYHRLVKDYDVIMTREPGGVPTGEEIRKIVLEGNDMDIRT 60 SAFITFEGPEGSGKTTVINEVYHRLVKDYDVIMTREPGGVPTGEEIRKIVLEGNDMDIRT Sbjct 1 SAFITFEGPEGSGKTTVINEVYHRLVKDYDVIMTREPGGVPTGEEIRKIVLEGNDMDIRT 60 Query 61 EAMLFAASRREHLVLKVIPALKEGKVVLCDRYIDSSLAYQGYARGIGVEEVRALNEFAIN 120 EAMLFAASRREHLVLKVIPALKEGKVVLCDRYIDSSLAYQGYARGIGVEEVRALNEFAIN Sbjct 61 EAMLFAASRREHLVLKVIPALKEGKVVLCDRYIDSSLAYQGYARGIGVEEVRALNEFAIN 120 Query 121 GLYPDLTIYLNVSAEVGRERIIKNSRDQNRLDQEDLKFHEKVIEGYQEIIHNESQRFKSV 180 GLYPDLTIYLNVSAEVGRERIIKNSRDQNRLDQEDLKFHEKVIEGYQEIIHNESQRFKSV Sbjct 121 GLYPDLTIYLNVSAEVGRERIIKNSRDQNRLDQEDLKFHEKVIEGYQEIIHNESQRFKSV 180 Query 181 NADQPLENVVEDTYQTIIKYLE 202 NADQPLENVVEDTYQTIIKYLE Sbjct 181 NADQPLENVVEDTYQTIIKYLE 202 Query= d2z0ma2 Length=139 >d2z0ma2 Length=139 Score = 279 bits (713), Expect = 8.66e-101 Identities = 139/139 (100%), Positives = 139/139 (100%), Gaps = 0/139 (0%) Query 1 GLANVEHKFVHVKDDWRSKVQALRENKDKGVIVFVRTRNRVAKLVRLFDNAIELRGDLPQ 60 GLANVEHKFVHVKDDWRSKVQALRENKDKGVIVFVRTRNRVAKLVRLFDNAIELRGDLPQ Sbjct 1 GLANVEHKFVHVKDDWRSKVQALRENKDKGVIVFVRTRNRVAKLVRLFDNAIELRGDLPQ 60 Query 61 SVRNRNIDAFREGEYDMLITTDVASRGLDIPLVEKVINFDAPQDLRTYIHRIGRTGRMGR 120 SVRNRNIDAFREGEYDMLITTDVASRGLDIPLVEKVINFDAPQDLRTYIHRIGRTGRMGR Sbjct 61 SVRNRNIDAFREGEYDMLITTDVASRGLDIPLVEKVINFDAPQDLRTYIHRIGRTGRMGR 120 Query 121 KGEAITFILNEYWLEKEVK 139 KGEAITFILNEYWLEKEVK Sbjct 121 KGEAITFILNEYWLEKEVK 139 >d5nt7b_ Length=159 Score = 82.0 bits (201), Expect = 9.04e-23 Identities = 46/115 (40%), Positives = 62/115 (53%), Gaps = 4/115 (3%) Query 17 RSKVQALRENKDKGVIVFVRTRNRVAKLVRLFDN----AIELRGDLPQSVRNRNIDAFRE 72 RSK+ + + G IVFV T+ L + GD QS R + + F+ Sbjct 14 RSKLIEILSEQADGTIVFVETKRGADFLASFLSEKEFPTTSIHGDRLQSQREQALRDFKN 73 Query 73 GEYDMLITTDVASRGLDIPLVEKVINFDAPQDLRTYIHRIGRTGRMGRKGEAITF 127 G +LI T VASRGLDI ++ VIN+D P + Y+HRIGRTGR+G G A +F Sbjct 74 GSMKVLIATSVASRGLDIKNIKHVINYDMPSKIDDYVHRIGRTGRVGNNGRATSF 128 Query= d4q7ka_ Length=218 >d4q7ka_ Length=218 Score = 437 bits (1124), Expect = 7.42e-161 Identities = 218/218 (100%), Positives = 218/218 (100%), Gaps = 0/218 (0%) Query 1 NFSVKPGSLVAVLGETGSGKSTLMNLIPRLIDPERGRVEVDELDVRTVKLKDLRGHISAV 60 NFSVKPGSLVAVLGETGSGKSTLMNLIPRLIDPERGRVEVDELDVRTVKLKDLRGHISAV Sbjct 1 NFSVKPGSLVAVLGETGSGKSTLMNLIPRLIDPERGRVEVDELDVRTVKLKDLRGHISAV 60 Query 61 PQETVLFSGTIKENLKWGREDATDDEIVEAAKIAQIHDFIISLPEGYDSRVERGGRNFSG 120 PQETVLFSGTIKENLKWGREDATDDEIVEAAKIAQIHDFIISLPEGYDSRVERGGRNFSG Sbjct 61 PQETVLFSGTIKENLKWGREDATDDEIVEAAKIAQIHDFIISLPEGYDSRVERGGRNFSG 120 Query 121 GQKQRLSIARALVKKPKVLILDDCTSSVDPITEKRILDGLKRYTKGCTTFIITQKIPTAL 180 GQKQRLSIARALVKKPKVLILDDCTSSVDPITEKRILDGLKRYTKGCTTFIITQKIPTAL Sbjct 121 GQKQRLSIARALVKKPKVLILDDCTSSVDPITEKRILDGLKRYTKGCTTFIITQKIPTAL 180 Query 181 LADKILVLHEGKVAGFGTHKELLEHCKPYREIYESQFG 218 LADKILVLHEGKVAGFGTHKELLEHCKPYREIYESQFG Sbjct 181 LADKILVLHEGKVAGFGTHKELLEHCKPYREIYESQFG 218 Query= d1lara2 Length=249 >d1lara2 Length=249 Score = 514 bits (1324), Expect = 2.59e-190 Identities = 249/249 (100%), Positives = 249/249 (100%), Gaps = 0/249 (0%) Query 1 SRFISANLPCNKFKNRLVNIMPYELTRVCLQPIRGVEGSDYINASFLDGYRQQKAYIATQ 60 SRFISANLPCNKFKNRLVNIMPYELTRVCLQPIRGVEGSDYINASFLDGYRQQKAYIATQ Sbjct 1 SRFISANLPCNKFKNRLVNIMPYELTRVCLQPIRGVEGSDYINASFLDGYRQQKAYIATQ 60 Query 61 GPLAESTEDFWRMLWEHNSTIIVMLTKLREMGREKCHQYWPAERSARYQYFVVDPMAEYN 120 GPLAESTEDFWRMLWEHNSTIIVMLTKLREMGREKCHQYWPAERSARYQYFVVDPMAEYN Sbjct 61 GPLAESTEDFWRMLWEHNSTIIVMLTKLREMGREKCHQYWPAERSARYQYFVVDPMAEYN 120 Query 121 MPQYILREFKVTDARDGQSRTIRQFQFTDWPEQGVPKTGEGFIDFIGQVHKTKEQFGQDG 180 MPQYILREFKVTDARDGQSRTIRQFQFTDWPEQGVPKTGEGFIDFIGQVHKTKEQFGQDG Sbjct 121 MPQYILREFKVTDARDGQSRTIRQFQFTDWPEQGVPKTGEGFIDFIGQVHKTKEQFGQDG 180 Query 181 PITVHCSAGVGRTGVFITLSIVLERMRYEGVVDMFQTVKTLRTQRPAMVQTEDQYQLCYR 240 PITVHCSAGVGRTGVFITLSIVLERMRYEGVVDMFQTVKTLRTQRPAMVQTEDQYQLCYR Sbjct 181 PITVHCSAGVGRTGVFITLSIVLERMRYEGVVDMFQTVKTLRTQRPAMVQTEDQYQLCYR 240 Query 241 AALEYLGSF 249 AALEYLGSF Sbjct 241 AALEYLGSF 249 >d2i1ya_ Length=287 Score = 168 bits (425), Expect = 2.81e-53 Identities = 91/239 (38%), Positives = 147/239 (61%), Gaps = 7/239 (2%) Query 14 KNRLVNIMPYELTRVCLQPIRGVEGSDYINAS-FLDGYRQQKAYIATQGPLAESTEDFWR 72 KNR + +PY+ R+ L+ SDYINAS ++ + AYIATQGPL+ + DFW+ Sbjct 47 KNRHPDFLPYDHARIKLKVESSPSRSDYINASPIIEHDPRMPAYIATQGPLSHTIADFWQ 106 Query 73 MLWEHNSTIIVMLTKLREMGREKCHQYWPAERSARYQYFVVDPMAEYNMPQ-YILREFKV 131 M+WE T+IVMLT L E G ++C +YWP E ++ Y + V+ ++E+ + +++R F + Sbjct 107 MVWESGCTVIVMLTPLVEDGVKQCDRYWPDEGASLYHVYEVNLVSEHIWCEDFLVRSFYL 166 Query 132 TDARDGQSRTIRQFQFTDWPEQGVPKTGEGFIDFIGQVHKTKEQFGQDGPITVHCSAGVG 191 + + ++RT+ QF F WP +G P + +DF +V+K G+ PI VHCS G G Sbjct 167 KNVQTQETRTLTQFHFLSWPAEGTPASTRPLLDFRRKVNKCYR--GRSCPIIVHCSDGAG 224 Query 192 RTGVFITLSIVLERMRYEGV--VDMFQTVKTLRTQRPAMVQTEDQYQLCYRAALEYLGS 248 RTG +I + +VL RM +GV +D+ T++ +R QRP +V+++DQ++ A E + + Sbjct 225 RTGTYILIDMVLNRMA-KGVKEIDIAATLEHVRDQRPGLVRSKDQFEFALTAVAEEVNA 282 Query= d2i1ya_ Length=287 >d2i1ya_ Length=287 Score = 600 bits (1548), Expect = 3.47e-223 Identities = 287/287 (100%), Positives = 287/287 (100%), Gaps = 0/287 (0%) Query 1 TGHMILAYMEDHLRNRDRLAKEWQALCAYQAEPNTCATAQGEGNIKKNRHPDFLPYDHAR 60 TGHMILAYMEDHLRNRDRLAKEWQALCAYQAEPNTCATAQGEGNIKKNRHPDFLPYDHAR Sbjct 1 TGHMILAYMEDHLRNRDRLAKEWQALCAYQAEPNTCATAQGEGNIKKNRHPDFLPYDHAR 60 Query 61 IKLKVESSPSRSDYINASPIIEHDPRMPAYIATQGPLSHTIADFWQMVWESGCTVIVMLT 120 IKLKVESSPSRSDYINASPIIEHDPRMPAYIATQGPLSHTIADFWQMVWESGCTVIVMLT Sbjct 61 IKLKVESSPSRSDYINASPIIEHDPRMPAYIATQGPLSHTIADFWQMVWESGCTVIVMLT 120 Query 121 PLVEDGVKQCDRYWPDEGASLYHVYEVNLVSEHIWCEDFLVRSFYLKNVQTQETRTLTQF 180 PLVEDGVKQCDRYWPDEGASLYHVYEVNLVSEHIWCEDFLVRSFYLKNVQTQETRTLTQF Sbjct 121 PLVEDGVKQCDRYWPDEGASLYHVYEVNLVSEHIWCEDFLVRSFYLKNVQTQETRTLTQF 180 Query 181 HFLSWPAEGTPASTRPLLDFRRKVNKCYRGRSCPIIVHCSDGAGRTGTYILIDMVLNRMA 240 HFLSWPAEGTPASTRPLLDFRRKVNKCYRGRSCPIIVHCSDGAGRTGTYILIDMVLNRMA Sbjct 181 HFLSWPAEGTPASTRPLLDFRRKVNKCYRGRSCPIIVHCSDGAGRTGTYILIDMVLNRMA 240 Query 241 KGVKEIDIAATLEHVRDQRPGLVRSKDQFEFALTAVAEEVNAILKAL 287 KGVKEIDIAATLEHVRDQRPGLVRSKDQFEFALTAVAEEVNAILKAL Sbjct 241 KGVKEIDIAATLEHVRDQRPGLVRSKDQFEFALTAVAEEVNAILKAL 287 >d1lara2 Length=249 Score = 172 bits (436), Expect = 7.29e-55 Identities = 92/242 (38%), Positives = 148/242 (61%), Gaps = 7/242 (2%) Query 44 NIKKNRHPDFLPYDHARIKLKVESSPSRSDYINASPIIEHDPRMPAYIATQGPLSHTIAD 103 N KNR + +PY+ R+ L+ SDYINAS ++ + AYIATQGPL+ + D Sbjct 11 NKFKNRLVNIMPYELTRVCLQPIRGVEGSDYINAS-FLDGYRQQKAYIATQGPLAESTED 69 Query 104 FWQMVWESGCTVIVMLTPLVEDGVKQCDRYWPDEGASLYHVYEVNLVSEHIWCEDFLVRS 163 FW+M+WE T+IVMLT L E G ++C +YWP E ++ Y + V+ ++E+ + +++R Sbjct 70 FWRMLWEHNSTIIVMLTKLREMGREKCHQYWPAERSARYQYFVVDPMAEYNMPQ-YILRE 128 Query 164 FYLKNVQTQETRTLTQFHFLSWPAEGTPASTRPLLDFRRKVNKCYR--GRSCPIIVHCSD 221 F + + + ++RT+ QF F WP +G P + +DF +V+K G+ PI VHCS Sbjct 129 FKVTDARDGQSRTIRQFQFTDWPEQGVPKTGEGFIDFIGQVHKTKEQFGQDGPITVHCSA 188 Query 222 GAGRTGTYILIDMVLNRMA-KGVKEIDIAATLEHVRDQRPGLVRSKDQFEFALTAVAEEV 280 G GRTG +I + +VL RM +GV +D+ T++ +R QRP +V+++DQ++ A E + Sbjct 189 GVGRTGVFITLSIVLERMRYEGV--VDMFQTVKTLRTQRPAMVQTEDQYQLCYRAALEYL 246 Query 281 NA 282 + Sbjct 247 GS 248 Query= d1f9ma_ Length=112 >d1f9ma_ Length=112 Score = 228 bits (581), Expect = 1.58e-81 Identities = 112/112 (100%), Positives = 112/112 (100%), Gaps = 0/112 (0%) Query 1 MEAIVGKVTEVNKDTFWPIVKAAGDKPVVLDMFTQWCGPCKAMAPKYEKLAEEYLDVIFL 60 MEAIVGKVTEVNKDTFWPIVKAAGDKPVVLDMFTQWCGPCKAMAPKYEKLAEEYLDVIFL Sbjct 1 MEAIVGKVTEVNKDTFWPIVKAAGDKPVVLDMFTQWCGPCKAMAPKYEKLAEEYLDVIFL 60 Query 61 KLDCNQENKTLAKELGIRVVPTFKILKENSVVGEVTGAKYDKLLEAIQAARS 112 KLDCNQENKTLAKELGIRVVPTFKILKENSVVGEVTGAKYDKLLEAIQAARS Sbjct 61 KLDCNQENKTLAKELGIRVVPTFKILKENSVVGEVTGAKYDKLLEAIQAARS 112 Query= d2b5ea1 Length=140 >d2b5ea1 Length=140 Score = 283 bits (725), Expect = 1.38e-102 Identities = 140/140 (100%), Positives = 140/140 (100%), Gaps = 0/140 (0%) Query 1 VKSQEIFENQDSSVFQLVGKNHDEIVNDPKKDVLVLYYAPWCGHCKRLAPTYQELADTYA 60 VKSQEIFENQDSSVFQLVGKNHDEIVNDPKKDVLVLYYAPWCGHCKRLAPTYQELADTYA Sbjct 1 VKSQEIFENQDSSVFQLVGKNHDEIVNDPKKDVLVLYYAPWCGHCKRLAPTYQELADTYA 60 Query 61 NATSDVLIAKLDHTENDVRGVVIEGYPTIVLYPGGKKSESVVYQGSRSLDSLFDFIKENG 120 NATSDVLIAKLDHTENDVRGVVIEGYPTIVLYPGGKKSESVVYQGSRSLDSLFDFIKENG Sbjct 61 NATSDVLIAKLDHTENDVRGVVIEGYPTIVLYPGGKKSESVVYQGSRSLDSLFDFIKENG 120 Query 121 HFDVDGKALYEEAQEKAAEE 140 HFDVDGKALYEEAQEKAAEE Sbjct 121 HFDVDGKALYEEAQEKAAEE 140 Query= d1st9a_ Length=137 >d1st9a_ Length=137 Score = 288 bits (737), Expect = 1.63e-104 Identities = 137/137 (100%), Positives = 137/137 (100%), Gaps = 0/137 (0%) Query 1 EGSDAPNFVLEDTNGKRIELSDLKGKGVFLNFWGTWCEPCKKEFPYMANQYKHFKSQGVE 60 EGSDAPNFVLEDTNGKRIELSDLKGKGVFLNFWGTWCEPCKKEFPYMANQYKHFKSQGVE Sbjct 1 EGSDAPNFVLEDTNGKRIELSDLKGKGVFLNFWGTWCEPCKKEFPYMANQYKHFKSQGVE 60 Query 61 IVAVNVGESKIAVHNFMKSYGVNFPVVLDTDRQVLDAYDVSPLPTTFLINPEGKVVKVVT 120 IVAVNVGESKIAVHNFMKSYGVNFPVVLDTDRQVLDAYDVSPLPTTFLINPEGKVVKVVT Sbjct 61 IVAVNVGESKIAVHNFMKSYGVNFPVVLDTDRQVLDAYDVSPLPTTFLINPEGKVVKVVT 120 Query 121 GTMTESMIHDYMNLIKP 137 GTMTESMIHDYMNLIKP Sbjct 121 GTMTESMIHDYMNLIKP 137 Query= d3erwa_ Length=134 >d3erwa_ Length=134 Score = 275 bits (703), Expect = 1.99e-99 Identities = 134/134 (100%), Positives = 134/134 (100%), Gaps = 0/134 (0%) Query 1 PAVPAVFLMKTIEGEDISIPNKGQKTILHFWTSWCPPCKKELPQFQSFYDAHPSDSVKLV 60 PAVPAVFLMKTIEGEDISIPNKGQKTILHFWTSWCPPCKKELPQFQSFYDAHPSDSVKLV Sbjct 1 PAVPAVFLMKTIEGEDISIPNKGQKTILHFWTSWCPPCKKELPQFQSFYDAHPSDSVKLV 60 Query 61 TVNLVNSEQNQQVVEDFIKANKLTFPIVLDSKGELMKEYHIITIPTSFLLNEKGEIEKTK 120 TVNLVNSEQNQQVVEDFIKANKLTFPIVLDSKGELMKEYHIITIPTSFLLNEKGEIEKTK Sbjct 61 TVNLVNSEQNQQVVEDFIKANKLTFPIVLDSKGELMKEYHIITIPTSFLLNEKGEIEKTK 120 Query 121 IGPMTAEQLKEWTE 134 IGPMTAEQLKEWTE Sbjct 121 IGPMTAEQLKEWTE 134 Query= d4k9za_ Length=141 >d4k9za_ Length=141 Score = 296 bits (757), Expect = 1.95e-107 Identities = 141/141 (100%), Positives = 141/141 (100%), Gaps = 0/141 (0%) Query 1 ASKLLPGQPAIDFEMLDVEGNVKHLADFKGKVIYIDLWATWCGPCIQESPAFEALGKKYV 60 ASKLLPGQPAIDFEMLDVEGNVKHLADFKGKVIYIDLWATWCGPCIQESPAFEALGKKYV Sbjct 1 ASKLLPGQPAIDFEMLDVEGNVKHLADFKGKVIYIDLWATWCGPCIQESPAFEALGKKYV 60 Query 61 GKDIVFLPVSTDTTTKPWLRYLDGHKKELTQYHSNDVALKESWAIMYIPRFILIDKDFNI 120 GKDIVFLPVSTDTTTKPWLRYLDGHKKELTQYHSNDVALKESWAIMYIPRFILIDKDFNI Sbjct 61 GKDIVFLPVSTDTTTKPWLRYLDGHKKELTQYHSNDVALKESWAIMYIPRFILIDKDFNI 120 Query 121 VNAYAPRPSSEEIGTLIDSVL 141 VNAYAPRPSSEEIGTLIDSVL Sbjct 121 VNAYAPRPSSEEIGTLIDSVL 141 >d3hdca1 Length=147 Score = 53.5 bits (127), Expect = 6.32e-12 Identities = 22/66 (33%), Positives = 39/66 (59%), Gaps = 0/66 (0%) Query 7 GQPAIDFEMLDVEGNVKHLADFKGKVIYIDLWATWCGPCIQESPAFEALGKKYVGKDIVF 66 G A +F++ + G K LA ++GK++ ++ WA+WC C E P+ + L K + D+V Sbjct 15 GALAPNFKLPTLSGENKSLAQYRGKIVLVNFWASWCPYCRDEMPSMDRLVKSFPKGDLVV 74 Query 67 LPVSTD 72 L V+ + Sbjct 75 LAVNVE 80 Query= d3hdca1 Length=147 >d3hdca1 Length=147 Score = 301 bits (772), Expect = 1.58e-109 Identities = 147/147 (100%), Positives = 147/147 (100%), Gaps = 0/147 (0%) Query 1 APGKAESDAPLVRTGALAPNFKLPTLSGENKSLAQYRGKIVLVNFWASWCPYCRDEMPSM 60 APGKAESDAPLVRTGALAPNFKLPTLSGENKSLAQYRGKIVLVNFWASWCPYCRDEMPSM Sbjct 1 APGKAESDAPLVRTGALAPNFKLPTLSGENKSLAQYRGKIVLVNFWASWCPYCRDEMPSM 60 Query 61 DRLVKSFPKGDLVVLAVNVEKRFPEKYRRAPVSFNFLSDATGQVQQRYGANRLPDTFIVD 120 DRLVKSFPKGDLVVLAVNVEKRFPEKYRRAPVSFNFLSDATGQVQQRYGANRLPDTFIVD Sbjct 61 DRLVKSFPKGDLVVLAVNVEKRFPEKYRRAPVSFNFLSDATGQVQQRYGANRLPDTFIVD 120 Query 121 RKGIIRQRVTGGIEWDAPKVVSYLKSL 147 RKGIIRQRVTGGIEWDAPKVVSYLKSL Sbjct 121 RKGIIRQRVTGGIEWDAPKVVSYLKSL 147 >d4k9za_ Length=141 Score = 52.8 bits (125), Expect = 1.29e-11 Identities = 22/66 (33%), Positives = 39/66 (59%), Gaps = 0/66 (0%) Query 15 GALAPNFKLPTLSGENKSLAQYRGKIVLVNFWASWCPYCRDEMPSMDRLVKSFPKGDLVV 74 G A +F++ + G K LA ++GK++ ++ WA+WC C E P+ + L K + D+V Sbjct 7 GQPAIDFEMLDVEGNVKHLADFKGKVIYIDLWATWCGPCIQESPAFEALGKKYVGKDIVF 66 Query 75 LAVNVE 80 L V+ + Sbjct 67 LPVSTD 72 Query= d6bkva1 Length=105 >d6bkva1 Length=105 Score = 215 bits (547), Expect = 1.46e-76 Identities = 105/105 (100%), Positives = 105/105 (100%), Gaps = 0/105 (0%) Query 1 MSHYIELTEENFESTIKKGVALVDFWAPWCGPCKMLSPVIDELASEYQGKAKICKVNTDE 60 MSHYIELTEENFESTIKKGVALVDFWAPWCGPCKMLSPVIDELASEYQGKAKICKVNTDE Sbjct 1 MSHYIELTEENFESTIKKGVALVDFWAPWCGPCKMLSPVIDELASEYQGKAKICKVNTDE 60 Query 61 QEELSAKFGIRSIPTLLFTKDGEVVHQLVGVQTKVALKEQLNKLL 105 QEELSAKFGIRSIPTLLFTKDGEVVHQLVGVQTKVALKEQLNKLL Sbjct 61 QEELSAKFGIRSIPTLLFTKDGEVVHQLVGVQTKVALKEQLNKLL 105 >d2e0qa_ Length=104 Score = 91.3 bits (225), Expect = 1.60e-27 Identities = 40/102 (39%), Positives = 70/102 (68%), Gaps = 2/102 (1%) Query 5 IELTEENFESTIKKG-VALVDFWAPWCGPCKMLSPVIDELASEYQGKAKICKVNTDEQEE 63 I L +NF+S + +A+VDFWA WC PC +L+P+I+ELA +Y + K+N+DE + Sbjct 2 IHLDSKNFDSFLASHEIAVVDFWAEWCAPCLILAPIIEELAEDYP-QVGFGKLNSDENPD 60 Query 64 LSAKFGIRSIPTLLFTKDGEVVHQLVGVQTKVALKEQLNKLL 105 ++A++G+ S+PT++F KDGE V +++G + ++ ++ LL Sbjct 61 IAARYGVMSLPTVIFFKDGEPVDEIIGAVPREEIEIRIKNLL 102 Query= d2wz9a_ Length=120 >d2wz9a_ Length=120 Score = 235 bits (600), Expect = 3.62e-84 Identities = 120/120 (100%), Positives = 120/120 (100%), Gaps = 0/120 (0%) Query 1 AAVEEVGSAGQFEELLRLKAKSLLVVHFWAPWAPQCAQMNEVMAELAKELPQVSFVKLEA 60 AAVEEVGSAGQFEELLRLKAKSLLVVHFWAPWAPQCAQMNEVMAELAKELPQVSFVKLEA Sbjct 1 AAVEEVGSAGQFEELLRLKAKSLLVVHFWAPWAPQCAQMNEVMAELAKELPQVSFVKLEA 60 Query 61 EGVPEVSEKYEISSVPTFLFFKNSQKIDRLDGAHAPELTKKVQRHASSGSFLPSAKVKVD 120 EGVPEVSEKYEISSVPTFLFFKNSQKIDRLDGAHAPELTKKVQRHASSGSFLPSAKVKVD Sbjct 61 EGVPEVSEKYEISSVPTFLFFKNSQKIDRLDGAHAPELTKKVQRHASSGSFLPSAKVKVD 120 Query= d3hz4a_ Length=120 >d3hz4a_ Length=120 Score = 258 bits (658), Expect = 5.13e-93 Identities = 120/120 (100%), Positives = 120/120 (100%), Gaps = 0/120 (0%) Query 1 NGSSIIEFEDMTWSQQVEDSKKPVVVMFYSPACPYCKAMEPYFEEYAKEYGSSAVFGRIN 60 NGSSIIEFEDMTWSQQVEDSKKPVVVMFYSPACPYCKAMEPYFEEYAKEYGSSAVFGRIN Sbjct 1 NGSSIIEFEDMTWSQQVEDSKKPVVVMFYSPACPYCKAMEPYFEEYAKEYGSSAVFGRIN 60 Query 61 IATNPWTAEKYGVQGTPTFKFFCHGRPVWEQVGQIYPSILKNAVRDMLQHGEECIRKSTP 120 IATNPWTAEKYGVQGTPTFKFFCHGRPVWEQVGQIYPSILKNAVRDMLQHGEECIRKSTP Sbjct 61 IATNPWTAEKYGVQGTPTFKFFCHGRPVWEQVGQIYPSILKNAVRDMLQHGEECIRKSTP 120 Query= d2e0qa_ Length=104 >d2e0qa_ Length=104 Score = 215 bits (547), Expect = 1.35e-76 Identities = 104/104 (100%), Positives = 104/104 (100%), Gaps = 0/104 (0%) Query 1 VIHLDSKNFDSFLASHEIAVVDFWAEWCAPCLILAPIIEELAEDYPQVGFGKLNSDENPD 60 VIHLDSKNFDSFLASHEIAVVDFWAEWCAPCLILAPIIEELAEDYPQVGFGKLNSDENPD Sbjct 1 VIHLDSKNFDSFLASHEIAVVDFWAEWCAPCLILAPIIEELAEDYPQVGFGKLNSDENPD 60 Query 61 IAARYGVMSLPTVIFFKDGEPVDEIIGAVPREEIEIRIKNLLGE 104 IAARYGVMSLPTVIFFKDGEPVDEIIGAVPREEIEIRIKNLLGE Sbjct 61 IAARYGVMSLPTVIFFKDGEPVDEIIGAVPREEIEIRIKNLLGE 104 >d6bkva1 Length=105 Score = 90.9 bits (224), Expect = 2.25e-27 Identities = 40/102 (39%), Positives = 70/102 (68%), Gaps = 2/102 (1%) Query 2 IHLDSKNFDSFLASHEIAVVDFWAEWCAPCLILAPIIEELAEDYP-QVGFGKLNSDENPD 60 I L +NF+S + +A+VDFWA WC PC +L+P+I+ELA +Y + K+N+DE + Sbjct 5 IELTEENFESTIKKG-VALVDFWAPWCGPCKMLSPVIDELASEYQGKAKICKVNTDEQEE 63 Query 61 IAARYGVMSLPTVIFFKDGEPVDEIIGAVPREEIEIRIKNLL 102 ++A++G+ S+PT++F KDGE V +++G + ++ ++ LL Sbjct 64 LSAKFGIRSIPTLLFTKDGEVVHQLVGVQTKVALKEQLNKLL 105 Query= d2r5na3 Length=136 >d2r5na3 Length=136 Score = 264 bits (674), Expect = 6.15e-95 Identities = 136/136 (100%), Positives = 136/136 (100%), Gaps = 0/136 (0%) Query 1 RTEEQLANIARGGYVLKDCAGQPELIFIATGSEVELAVAAYEKLTAEGVKARVVSMPSTD 60 RTEEQLANIARGGYVLKDCAGQPELIFIATGSEVELAVAAYEKLTAEGVKARVVSMPSTD Sbjct 1 RTEEQLANIARGGYVLKDCAGQPELIFIATGSEVELAVAAYEKLTAEGVKARVVSMPSTD 60 Query 61 AFDKQDAAYRESVLPKAVTARVAVEAGIADYWYKYVGLNGAIVGMTTFGESAPAELLFEE 120 AFDKQDAAYRESVLPKAVTARVAVEAGIADYWYKYVGLNGAIVGMTTFGESAPAELLFEE Sbjct 61 AFDKQDAAYRESVLPKAVTARVAVEAGIADYWYKYVGLNGAIVGMTTFGESAPAELLFEE 120 Query 121 FGFTVDNVVAKAKELL 136 FGFTVDNVVAKAKELL Sbjct 121 FGFTVDNVVAKAKELL 136 Query= d4c7va3 Length=136 >d4c7va3 Length=136 Score = 271 bits (692), Expect = 1.10e-97 Identities = 136/136 (100%), Positives = 136/136 (100%), Gaps = 0/136 (0%) Query 1 PISKEKVFDGVEKGGYVVQGAENEADGILIATGSEVGLALKAKEELQKKGKDVIVVSLPS 60 PISKEKVFDGVEKGGYVVQGAENEADGILIATGSEVGLALKAKEELQKKGKDVIVVSLPS Sbjct 1 PISKEKVFDGVEKGGYVVQGAENEADGILIATGSEVGLALKAKEELQKKGKDVIVVSLPS 60 Query 61 WERFEAQSEEYKNTVIPPELKKRMTIEAGTTYGWAKYAGDHGVMIGIDEFGMSAPSDIVL 120 WERFEAQSEEYKNTVIPPELKKRMTIEAGTTYGWAKYAGDHGVMIGIDEFGMSAPSDIVL Sbjct 61 WERFEAQSEEYKNTVIPPELKKRMTIEAGTTYGWAKYAGDHGVMIGIDEFGMSAPSDIVL 120 Query 121 RELGMSVENIVDKYLE 136 RELGMSVENIVDKYLE Sbjct 121 RELGMSVENIVDKYLE 136 Query= d2h06a2 Length=153 >d2h06a2 Length=153 Score = 306 bits (783), Expect = 5.23e-111 Identities = 153/153 (100%), Positives = 153/153 (100%), Gaps = 0/153 (0%) Query 1 EWRNCTIVSPDAGGAKRVTSIADRLNVDFALIHKERKKANEVDRMVLVGDVKDRVAILVD 60 EWRNCTIVSPDAGGAKRVTSIADRLNVDFALIHKERKKANEVDRMVLVGDVKDRVAILVD Sbjct 1 EWRNCTIVSPDAGGAKRVTSIADRLNVDFALIHKERKKANEVDRMVLVGDVKDRVAILVD 60 Query 61 DMADTCGTICHAADKLLSAGATRVYAILTHGIFSGPAISRINNACFEAVVVTNTIPQEDK 120 DMADTCGTICHAADKLLSAGATRVYAILTHGIFSGPAISRINNACFEAVVVTNTIPQEDK Sbjct 61 DMADTCGTICHAADKLLSAGATRVYAILTHGIFSGPAISRINNACFEAVVVTNTIPQEDK 120 Query 121 MKHCSKIQVIDISMILAEAIRRTHNGESVSYLF 153 MKHCSKIQVIDISMILAEAIRRTHNGESVSYLF Sbjct 121 MKHCSKIQVIDISMILAEAIRRTHNGESVSYLF 153 Query= d5mp7a2 Length=148 >d5mp7a2 Length=148 Score = 293 bits (751), Expect = 2.73e-106 Identities = 148/148 (100%), Positives = 148/148 (100%), Gaps = 0/148 (0%) Query 1 DEDMVVVSPDSGRVRVAEKWADSLGGVPLAFIHKTRDPLVPNQVKSNRVVGDVKGKTCIL 60 DEDMVVVSPDSGRVRVAEKWADSLGGVPLAFIHKTRDPLVPNQVKSNRVVGDVKGKTCIL Sbjct 1 DEDMVVVSPDSGRVRVAEKWADSLGGVPLAFIHKTRDPLVPNQVKSNRVVGDVKGKTCIL 60 Query 61 TDDMIDTGGTIAGAVNLLREDGAKDVIIAATHGVLSDPAPQRLAECGAREVIVTNTLPIT 120 TDDMIDTGGTIAGAVNLLREDGAKDVIIAATHGVLSDPAPQRLAECGAREVIVTNTLPIT Sbjct 61 TDDMIDTGGTIAGAVNLLREDGAKDVIIAATHGVLSDPAPQRLAECGAREVIVTNTLPIT 120 Query 121 EDKRFPQLTVLSIAPLLANTIRAVFENG 148 EDKRFPQLTVLSIAPLLANTIRAVFENG Sbjct 121 EDKRFPQLTVLSIAPLLANTIRAVFENG 148 Query= d1wzna1 Length=251 >d1wzna1 Length=251 Score = 500 bits (1288), Expect = 9.32e-185 Identities = 251/251 (100%), Positives = 251/251 (100%), Gaps = 0/251 (0%) Query 1 MYELYTLLAEYYDTIYRRRIERVKAEIDFVEEIFKEDAKREVRRVLDLACGTGIPTLELA 60 MYELYTLLAEYYDTIYRRRIERVKAEIDFVEEIFKEDAKREVRRVLDLACGTGIPTLELA Sbjct 1 MYELYTLLAEYYDTIYRRRIERVKAEIDFVEEIFKEDAKREVRRVLDLACGTGIPTLELA 60 Query 61 ERGYEVVGLDLHEEMLRVARRKAKERNLKIEFLQGDVLEIAFKNEFDAVTMFFSTIMYFD 120 ERGYEVVGLDLHEEMLRVARRKAKERNLKIEFLQGDVLEIAFKNEFDAVTMFFSTIMYFD Sbjct 61 ERGYEVVGLDLHEEMLRVARRKAKERNLKIEFLQGDVLEIAFKNEFDAVTMFFSTIMYFD 120 Query 121 EEDLRKLFSKVAEALKPGGVFITDFPCWFYGGRDGPVVWNEQKGEEKLVIMDWREVEPAV 180 EEDLRKLFSKVAEALKPGGVFITDFPCWFYGGRDGPVVWNEQKGEEKLVIMDWREVEPAV Sbjct 121 EEDLRKLFSKVAEALKPGGVFITDFPCWFYGGRDGPVVWNEQKGEEKLVIMDWREVEPAV 180 Query 181 QKLRFKRLVQILRPNGEVKAFLVDDELNIYTPREVRLLAEKYFEKVKIYGNLKRELSPND 240 QKLRFKRLVQILRPNGEVKAFLVDDELNIYTPREVRLLAEKYFEKVKIYGNLKRELSPND Sbjct 181 QKLRFKRLVQILRPNGEVKAFLVDDELNIYTPREVRLLAEKYFEKVKIYGNLKRELSPND 240 Query 241 MRYWIVGIAKS 251 MRYWIVGIAKS Sbjct 241 MRYWIVGIAKS 251 >d5h02a_ Length=252 Score = 54.7 bits (130), Expect = 5.66e-11 Identities = 41/126 (32%), Positives = 66/126 (52%), Gaps = 6/126 (4%) Query 22 RVKAEIDFVEEIFKEDAKREVRRVLDLACGTGIPTLELAERGYEVVGLDLHEEMLRVARR 81 R ++E D + I KE R V++VLD+A GTG ++ L + G++VV D EML A Sbjct 32 RAESEGDTIINILKE---RGVKKVLDVATGTGFNSVRLLQAGFDVVSADGSAEMLVKAFD 88 Query 82 KAKERNLKIEFLQGDV--LEIAFKNEFDAVTMFFSTIMY-FDEEDLRKLFSKVAEALKPG 138 A++ + +Q D + ++FDA+ ++ + FDE D RK ++ LK Sbjct 89 NARDHGYLMRTVQADWRWMNKDIHDKFDAIVCLGNSFTHLFDEGDRRKALAEFYALLKHD 148 Query 139 GVFITD 144 GV + D Sbjct 149 GVLLLD 154 Query= d5h02a_ Length=252 >d5h02a_ Length=252 Score = 523 bits (1348), Expect = 7.15e-194 Identities = 252/252 (100%), Positives = 252/252 (100%), Gaps = 0/252 (0%) Query 1 NPIEVRESDGYTNEYVSGFVDKWDELIDWESRAESEGDTIINILKERGVKKVLDVATGTG 60 NPIEVRESDGYTNEYVSGFVDKWDELIDWESRAESEGDTIINILKERGVKKVLDVATGTG Sbjct 1 NPIEVRESDGYTNEYVSGFVDKWDELIDWESRAESEGDTIINILKERGVKKVLDVATGTG 60 Query 61 FNSVRLLQAGFDVVSADGSAEMLVKAFDNARDHGYLMRTVQADWRWMNKDIHDKFDAIVC 120 FNSVRLLQAGFDVVSADGSAEMLVKAFDNARDHGYLMRTVQADWRWMNKDIHDKFDAIVC Sbjct 61 FNSVRLLQAGFDVVSADGSAEMLVKAFDNARDHGYLMRTVQADWRWMNKDIHDKFDAIVC 120 Query 121 LGNSFTHLFDEGDRRKALAEFYALLKHDGVLLLDQRNYDAILDDGYSSKHAHYYCGDTVS 180 LGNSFTHLFDEGDRRKALAEFYALLKHDGVLLLDQRNYDAILDDGYSSKHAHYYCGDTVS Sbjct 121 LGNSFTHLFDEGDRRKALAEFYALLKHDGVLLLDQRNYDAILDDGYSSKHAHYYCGDTVS 180 Query 181 VYPEHVDEGLARFKYEFSDGSVYNLNMFPLRKDYTRQLLHEVGFQEINTLGDFKETYKED 240 VYPEHVDEGLARFKYEFSDGSVYNLNMFPLRKDYTRQLLHEVGFQEINTLGDFKETYKED Sbjct 181 VYPEHVDEGLARFKYEFSDGSVYNLNMFPLRKDYTRQLLHEVGFQEINTLGDFKETYKED 240 Query 241 EPDFFLHVAEKN 252 EPDFFLHVAEKN Sbjct 241 EPDFFLHVAEKN 252 >d1wzna1 Length=251 Score = 59.7 bits (143), Expect = 1.06e-12 Identities = 41/126 (32%), Positives = 66/126 (52%), Gaps = 6/126 (4%) Query 32 RAESEGDTIINILKE---RGVKKVLDVATGTGFNSVRLLQAGFDVVSADGSAEMLVKAFD 88 R ++E D + I KE R V++VLD+A GTG ++ L + G++VV D EML A Sbjct 22 RVKAEIDFVEEIFKEDAKREVRRVLDLACGTGIPTLELAERGYEVVGLDLHEEMLRVARR 81 Query 89 NARDHGYLMRTVQADWRWMNKDIHDKFDAIVCLGNSFTHLFDEGDRRKALAEFYALLKHD 148 A++ + +Q D + ++FDA+ ++ + FDE D RK ++ LK Sbjct 82 KAKERNLKIEFLQGDV--LEIAFKNEFDAVTMFFSTIMY-FDEEDLRKLFSKVAEALKPG 138 Query 149 GVLLLD 154 GV + D Sbjct 139 GVFITD 144 Query= d4zwva1 Length=369 >d4zwva1 Length=369 Score = 754 bits (1946), Expect = 4.41e-281 Identities = 369/369 (100%), Positives = 369/369 (100%), Gaps = 0/369 (0%) Query 1 MIPLFKVAVSPTALDRVAEVFASGYLGQGPRVAEFESALAARLGNPRVVSVHSGTSGLCL 60 MIPLFKVAVSPTALDRVAEVFASGYLGQGPRVAEFESALAARLGNPRVVSVHSGTSGLCL Sbjct 1 MIPLFKVAVSPTALDRVAEVFASGYLGQGPRVAEFESALAARLGNPRVVSVHSGTSGLCL 60 Query 61 ALRLLDAPEERDEVLSTPLTFEATNWAILADGRRITWVDVDPATLTMDLDDLERKISPAT 120 ALRLLDAPEERDEVLSTPLTFEATNWAILADGRRITWVDVDPATLTMDLDDLERKISPAT Sbjct 61 ALRLLDAPEERDEVLSTPLTFEATNWAILADGRRITWVDVDPATLTMDLDDLERKISPAT 120 Query 121 RAIIVVHWTGYPVDLDRLAGILDRAEREHGFRPAVIEDCAHAWGASYRGVPLGSHGNMCV 180 RAIIVVHWTGYPVDLDRLAGILDRAEREHGFRPAVIEDCAHAWGASYRGVPLGSHGNMCV Sbjct 121 RAIIVVHWTGYPVDLDRLAGILDRAEREHGFRPAVIEDCAHAWGASYRGVPLGSHGNMCV 180 Query 181 FSFQALKHLTCGDGGLLTLPGDELHERAMLRRFYGIDRTADRLRGAYDVAEWGLKWHMTD 240 FSFQALKHLTCGDGGLLTLPGDELHERAMLRRFYGIDRTADRLRGAYDVAEWGLKWHMTD Sbjct 181 FSFQALKHLTCGDGGLLTLPGDELHERAMLRRFYGIDRTADRLRGAYDVAEWGLKWHMTD 240 Query 241 LNAAIGLANLETVDEQLRLHRENAAFYDKELTGVPGLELLQRSPDREGSFYVYDVKVDDR 300 LNAAIGLANLETVDEQLRLHRENAAFYDKELTGVPGLELLQRSPDREGSFYVYDVKVDDR Sbjct 241 LNAAIGLANLETVDEQLRLHRENAAFYDKELTGVPGLELLQRSPDREGSFYVYDVKVDDR 300 Query 301 PAFHRKMEAAGIMAGLVSRRNDEHSCVAHLRTSLPGLDSVYDRMVSLPVGWWLTEQDREH 360 PAFHRKMEAAGIMAGLVSRRNDEHSCVAHLRTSLPGLDSVYDRMVSLPVGWWLTEQDREH Sbjct 301 PAFHRKMEAAGIMAGLVSRRNDEHSCVAHLRTSLPGLDSVYDRMVSLPVGWWLTEQDREH 360 Query 361 VVATIRSGW 369 VVATIRSGW Sbjct 361 VVATIRSGW 369 Query= d3nx3a_ Length=388 >d3nx3a_ Length=388 Score = 768 bits (1983), Expect = 4.47e-286 Identities = 388/388 (100%), Positives = 388/388 (100%), Gaps = 0/388 (0%) Query 1 QSHIIPTYKRFDIVLEKGQGVYLFDDKAKKYLDFSSGIGVCALGYNHAKFNAKIKAQVDK 60 QSHIIPTYKRFDIVLEKGQGVYLFDDKAKKYLDFSSGIGVCALGYNHAKFNAKIKAQVDK Sbjct 1 QSHIIPTYKRFDIVLEKGQGVYLFDDKAKKYLDFSSGIGVCALGYNHAKFNAKIKAQVDK 60 Query 61 LLHTSNLYYNENIAAAAKNLAKASALERVFFTNSGTESIEGAMKTARKYAFNKGVKGGQF 120 LLHTSNLYYNENIAAAAKNLAKASALERVFFTNSGTESIEGAMKTARKYAFNKGVKGGQF Sbjct 61 LLHTSNLYYNENIAAAAKNLAKASALERVFFTNSGTESIEGAMKTARKYAFNKGVKGGQF 120 Query 121 IAFKHSFHGRTLGALSLTANEKYQKPFKPLISGVKFAKYNDISSVEKLVNEKTCAIILES 180 IAFKHSFHGRTLGALSLTANEKYQKPFKPLISGVKFAKYNDISSVEKLVNEKTCAIILES Sbjct 121 IAFKHSFHGRTLGALSLTANEKYQKPFKPLISGVKFAKYNDISSVEKLVNEKTCAIILES 180 Query 181 VQGEGGINPANKDFYKALRKLCDEKDILLIADEIQCGMGRSGKFFAYEHAQILPDIMTSA 240 VQGEGGINPANKDFYKALRKLCDEKDILLIADEIQCGMGRSGKFFAYEHAQILPDIMTSA Sbjct 181 VQGEGGINPANKDFYKALRKLCDEKDILLIADEIQCGMGRSGKFFAYEHAQILPDIMTSA 240 Query 241 KALGCGLSVGAFVINQKVASNSLEAGDHGSTYGGNPLVCAGVNAVFEIFKEEKILENVNK 300 KALGCGLSVGAFVINQKVASNSLEAGDHGSTYGGNPLVCAGVNAVFEIFKEEKILENVNK Sbjct 241 KALGCGLSVGAFVINQKVASNSLEAGDHGSTYGGNPLVCAGVNAVFEIFKEEKILENVNK 300 Query 301 LTPYLEQSLDELINEFDFCKKRKGLGFMQGLSLDKSVKVAKVIQKCQENALLLISCGEND 360 LTPYLEQSLDELINEFDFCKKRKGLGFMQGLSLDKSVKVAKVIQKCQENALLLISCGEND Sbjct 301 LTPYLEQSLDELINEFDFCKKRKGLGFMQGLSLDKSVKVAKVIQKCQENALLLISCGEND 360 Query 361 LRFLPPLILQKEHIDEMSEKLRKALKSF 388 LRFLPPLILQKEHIDEMSEKLRKALKSF Sbjct 361 LRFLPPLILQKEHIDEMSEKLRKALKSF 388 Query= d3gjua1 Length=457 >d3gjua1 Length=457 Score = 920 bits (2378), Expect = 0.0 Identities = 457/457 (100%), Positives = 457/457 (100%), Gaps = 0/457 (0%) Query 1 MLNQSNELNAWDRDHFFHPSTHMGTHARGESPTRIMAGGEGVTVWDNNGRKSIDAFAGLY 60 MLNQSNELNAWDRDHFFHPSTHMGTHARGESPTRIMAGGEGVTVWDNNGRKSIDAFAGLY Sbjct 1 MLNQSNELNAWDRDHFFHPSTHMGTHARGESPTRIMAGGEGVTVWDNNGRKSIDAFAGLY 60 Query 61 CVNVGYGRQKIADAIATQAKNLAYYHAYVGHGTEASITLAKMIIDRAPKGMSRVYFGLSG 120 CVNVGYGRQKIADAIATQAKNLAYYHAYVGHGTEASITLAKMIIDRAPKGMSRVYFGLSG Sbjct 61 CVNVGYGRQKIADAIATQAKNLAYYHAYVGHGTEASITLAKMIIDRAPKGMSRVYFGLSG 120 Query 121 SDANETNIKLIWYYNNVLGRPEKKKIISRWRGYHGSGVMTGSLTGLDLFHNAFDLPRAPV 180 SDANETNIKLIWYYNNVLGRPEKKKIISRWRGYHGSGVMTGSLTGLDLFHNAFDLPRAPV Sbjct 121 SDANETNIKLIWYYNNVLGRPEKKKIISRWRGYHGSGVMTGSLTGLDLFHNAFDLPRAPV 180 Query 181 LHTEAPYYFRRTDRSMSEEQFSQHCADKLEEMILAEGPETIAAFIGEPILGTGGIVPPPA 240 LHTEAPYYFRRTDRSMSEEQFSQHCADKLEEMILAEGPETIAAFIGEPILGTGGIVPPPA Sbjct 181 LHTEAPYYFRRTDRSMSEEQFSQHCADKLEEMILAEGPETIAAFIGEPILGTGGIVPPPA 240 Query 241 GYWEKIQAVLKKYDVLLVADEVVTGFGRLGTMFGSDHYGIKPDLITIAKGLTSAYAPLSG 300 GYWEKIQAVLKKYDVLLVADEVVTGFGRLGTMFGSDHYGIKPDLITIAKGLTSAYAPLSG Sbjct 241 GYWEKIQAVLKKYDVLLVADEVVTGFGRLGTMFGSDHYGIKPDLITIAKGLTSAYAPLSG 300 Query 301 VIVADRVWQVLVQGSDKLGSLGHGWTYSAHPICVAAGVANLELIDEMDLVTNAGETGAYF 360 VIVADRVWQVLVQGSDKLGSLGHGWTYSAHPICVAAGVANLELIDEMDLVTNAGETGAYF Sbjct 301 VIVADRVWQVLVQGSDKLGSLGHGWTYSAHPICVAAGVANLELIDEMDLVTNAGETGAYF 360 Query 361 RAELAKAVGGHKNVGEVRGDGMLAAVEFVADKDDRVFFDASQKIGPQVATALAASGVIGR 420 RAELAKAVGGHKNVGEVRGDGMLAAVEFVADKDDRVFFDASQKIGPQVATALAASGVIGR Sbjct 361 RAELAKAVGGHKNVGEVRGDGMLAAVEFVADKDDRVFFDASQKIGPQVATALAASGVIGR 420 Query 421 AMPQGDILGFAPPLCLTREQADIVVSKTADAVKSVFA 457 AMPQGDILGFAPPLCLTREQADIVVSKTADAVKSVFA Sbjct 421 AMPQGDILGFAPPLCLTREQADIVVSKTADAVKSVFA 457 Query= d3nu8a_ Length=358 >d3nu8a_ Length=358 Score = 705 bits (1820), Expect = 3.01e-262 Identities = 358/358 (100%), Positives = 358/358 (100%), Gaps = 0/358 (0%) Query 1 MIEFIDLKNQQARIKDKIDAGIQRVLRHGQYILGPEVTELEDRLADFVGAKYCISCANGT 60 MIEFIDLKNQQARIKDKIDAGIQRVLRHGQYILGPEVTELEDRLADFVGAKYCISCANGT Sbjct 1 MIEFIDLKNQQARIKDKIDAGIQRVLRHGQYILGPEVTELEDRLADFVGAKYCISCANGT 60 Query 61 DALQIVQMALGVGPGDEVITPGFTYVATAETVALLGAKPVYVDIDPRTYNLDPQLLEAAI 120 DALQIVQMALGVGPGDEVITPGFTYVATAETVALLGAKPVYVDIDPRTYNLDPQLLEAAI Sbjct 61 DALQIVQMALGVGPGDEVITPGFTYVATAETVALLGAKPVYVDIDPRTYNLDPQLLEAAI 120 Query 121 TPRTKAIIPVSLYGQCADFDAINAIASKYGIPVIEDAAQSFGASYKGKRSCNLSTVACTS 180 TPRTKAIIPVSLYGQCADFDAINAIASKYGIPVIEDAAQSFGASYKGKRSCNLSTVACTS Sbjct 121 TPRTKAIIPVSLYGQCADFDAINAIASKYGIPVIEDAAQSFGASYKGKRSCNLSTVACTS 180 Query 181 FFPSKPLGCYGDGGAIFTNDDELATAIRQIARHGQDRRYHHIRVGVNSRLDTLQAAILLP 240 FFPSKPLGCYGDGGAIFTNDDELATAIRQIARHGQDRRYHHIRVGVNSRLDTLQAAILLP Sbjct 181 FFPSKPLGCYGDGGAIFTNDDELATAIRQIARHGQDRRYHHIRVGVNSRLDTLQAAILLP 240 Query 241 KLEIFEEEIALRQKVAAEYDLSLKQVGIGTPFIEVNNISVYAQYTVRMDNRESVQASLKA 300 KLEIFEEEIALRQKVAAEYDLSLKQVGIGTPFIEVNNISVYAQYTVRMDNRESVQASLKA Sbjct 241 KLEIFEEEIALRQKVAAEYDLSLKQVGIGTPFIEVNNISVYAQYTVRMDNRESVQASLKA 300 Query 301 AGVPTAVHYPIPLNKQPAVADEKAKLPVGDKAATQVMSLPMHPYLDTASIKIICAALT 358 AGVPTAVHYPIPLNKQPAVADEKAKLPVGDKAATQVMSLPMHPYLDTASIKIICAALT Sbjct 301 AGVPTAVHYPIPLNKQPAVADEKAKLPVGDKAATQVMSLPMHPYLDTASIKIICAALT 358 Query= d1uk8a_ Length=271 >d1uk8a_ Length=271 Score = 548 bits (1412), Expect = 5.45e-203 Identities = 271/271 (100%), Positives = 271/271 (100%), Gaps = 0/271 (0%) Query 1 NLEIGKSILAAGVLTNYHDVGEGQPVILIHGSGPGVSAYANWRLTIPALSKFYRVIAPDM 60 NLEIGKSILAAGVLTNYHDVGEGQPVILIHGSGPGVSAYANWRLTIPALSKFYRVIAPDM Sbjct 1 NLEIGKSILAAGVLTNYHDVGEGQPVILIHGSGPGVSAYANWRLTIPALSKFYRVIAPDM 60 Query 61 VGFGFTDRPENYNYSKDSWVDHIIGIMDALEIEKAHIVGNAFGGGLAIATALRYSERVDR 120 VGFGFTDRPENYNYSKDSWVDHIIGIMDALEIEKAHIVGNAFGGGLAIATALRYSERVDR Sbjct 61 VGFGFTDRPENYNYSKDSWVDHIIGIMDALEIEKAHIVGNAFGGGLAIATALRYSERVDR 120 Query 121 MVLMGAAGTRFDVTEGLNAVWGYTPSIENMRNLLDIFAYDRSLVTDELARLRYEASIQPG 180 MVLMGAAGTRFDVTEGLNAVWGYTPSIENMRNLLDIFAYDRSLVTDELARLRYEASIQPG Sbjct 121 MVLMGAAGTRFDVTEGLNAVWGYTPSIENMRNLLDIFAYDRSLVTDELARLRYEASIQPG 180 Query 181 FQESFSSMFPEPRQRWIDALASSDEDIKTLPNETLIIHGREDQVVPLSSSLRLGELIDRA 240 FQESFSSMFPEPRQRWIDALASSDEDIKTLPNETLIIHGREDQVVPLSSSLRLGELIDRA Sbjct 181 FQESFSSMFPEPRQRWIDALASSDEDIKTLPNETLIIHGREDQVVPLSSSLRLGELIDRA 240 Query 241 QLHVFGRCGHWTQIEQTDRFNRLVVEFFNEA 271 QLHVFGRCGHWTQIEQTDRFNRLVVEFFNEA Sbjct 241 QLHVFGRCGHWTQIEQTDRFNRLVVEFFNEA 271 >d5esra1 Length=302 Score = 47.0 bits (110), Expect = 3.35e-08 Identities = 31/119 (26%), Positives = 61/119 (51%), Gaps = 7/119 (5%) Query 10 AAGVLTNYHDVGEG----QPVILIHGSGPGVSAYANWRLTIPALSKFYRVIAPDMVGFGF 65 A G H V EG +P++L+HG AY ++ ++K +RV+APD+VGFG Sbjct 29 ADGTALRIHHVDEGPKDQRPILLMHGEPSW--AYLYRKVIAELVAKGHRVVAPDLVGFGR 86 Query 66 TDRP-ENYNYSKDSWVDHIIGIMDALEIEKAHIVGNAFGGGLAIATALRYSERVDRMVL 123 +D+P + +Y+ + V + ++ +++ + +GG + + + ER +V+ Sbjct 87 SDKPAKRTDYTYERHVAWMSAWLEQNDLKDIVLFCQDWGGLIGLRLVAAFPERFSAVVV 145 Query= d4jnca1 Length=311 >d4jnca1 Length=311 Score = 658 bits (1697), Expect = 4.31e-245 Identities = 311/311 (100%), Positives = 311/311 (100%), Gaps = 0/311 (0%) Query 1 SHGYVTVKPRVRLHFVELGSGPAVCLCHGFPESWYSWRYQIPALAQAGYRVLAMDMKGYG 60 SHGYVTVKPRVRLHFVELGSGPAVCLCHGFPESWYSWRYQIPALAQAGYRVLAMDMKGYG Sbjct 1 SHGYVTVKPRVRLHFVELGSGPAVCLCHGFPESWYSWRYQIPALAQAGYRVLAMDMKGYG 60 Query 61 ESSAPPEIEEYCMEVLCKEMVTFLDKLGLSQAVFIGHDWGGMLVWYMALFYPERVRAVAS 120 ESSAPPEIEEYCMEVLCKEMVTFLDKLGLSQAVFIGHDWGGMLVWYMALFYPERVRAVAS Sbjct 61 ESSAPPEIEEYCMEVLCKEMVTFLDKLGLSQAVFIGHDWGGMLVWYMALFYPERVRAVAS 120 Query 121 LNTPFIPANPNMSPLESIKANPVFDYQLYFQEPGVAEAELEQNLSRTFKSLFRASDESVL 180 LNTPFIPANPNMSPLESIKANPVFDYQLYFQEPGVAEAELEQNLSRTFKSLFRASDESVL Sbjct 121 LNTPFIPANPNMSPLESIKANPVFDYQLYFQEPGVAEAELEQNLSRTFKSLFRASDESVL 180 Query 181 SMHKVCEAGGLFVNSPEEPSLSRMVTEEEIQFYVQQFKKSGFRGPLNWYRNMERNWKWAC 240 SMHKVCEAGGLFVNSPEEPSLSRMVTEEEIQFYVQQFKKSGFRGPLNWYRNMERNWKWAC Sbjct 181 SMHKVCEAGGLFVNSPEEPSLSRMVTEEEIQFYVQQFKKSGFRGPLNWYRNMERNWKWAC 240 Query 241 KSLGRKILIPALMVTAEKDFVLVPQMSQHMEDWIPHLKRGHIEDCGHWTQMDKPTEVNQI 300 KSLGRKILIPALMVTAEKDFVLVPQMSQHMEDWIPHLKRGHIEDCGHWTQMDKPTEVNQI Sbjct 241 KSLGRKILIPALMVTAEKDFVLVPQMSQHMEDWIPHLKRGHIEDCGHWTQMDKPTEVNQI 300 Query 301 LIKWLDSDARN 311 LIKWLDSDARN Sbjct 301 LIKWLDSDARN 311 Query= d4inza_ Length=286 >d4inza_ Length=286 Score = 593 bits (1529), Expect = 2.53e-220 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%) Query 1 SKQYINVNGVNLHYISKGQGELMLFLHGFPDFSHIWRHQIDEFSNDFHTVALDLRGYNLS 60 SKQYINVNGVNLHYISKGQGELMLFLHGFPDFSHIWRHQIDEFSNDFHTVALDLRGYNLS Sbjct 1 SKQYINVNGVNLHYISKGQGELMLFLHGFPDFSHIWRHQIDEFSNDFHTVALDLRGYNLS 60 Query 61 EKPSGLESYEIDVLVEDIRQVIEGLGYSSCTLVVHDWGAGIGWTFAYRYPEYVQKLIAFN 120 EKPSGLESYEIDVLVEDIRQVIEGLGYSSCTLVVHDWGAGIGWTFAYRYPEYVQKLIAFN Sbjct 61 EKPSGLESYEIDVLVEDIRQVIEGLGYSSCTLVVHDWGAGIGWTFAYRYPEYVQKLIAFN 120 Query 121 GPHPYTFMRELRTNKNQQKASEYAKWFQKQEVQDYMERDNFSGLRKLVIDPGVKKGYLTA 180 GPHPYTFMRELRTNKNQQKASEYAKWFQKQEVQDYMERDNFSGLRKLVIDPGVKKGYLTA Sbjct 121 GPHPYTFMRELRTNKNQQKASEYAKWFQKQEVQDYMERDNFSGLRKLVIDPGVKKGYLTA 180 Query 181 DDVQAYMNSWENGSVLSMLSYYRNLKIFTEEDLRRKSLFPLEEEVLNIPVQIIWGNQDPT 240 DDVQAYMNSWENGSVLSMLSYYRNLKIFTEEDLRRKSLFPLEEEVLNIPVQIIWGNQDPT Sbjct 181 DDVQAYMNSWENGSVLSMLSYYRNLKIFTEEDLRRKSLFPLEEEVLNIPVQIIWGNQDPT 240 Query 241 FMPENLDGIEEYVPNISVHRLAEASHAPQHEKPQEVNNVMWNFLNK 286 FMPENLDGIEEYVPNISVHRLAEASHAPQHEKPQEVNNVMWNFLNK Sbjct 241 FMPENLDGIEEYVPNISVHRLAEASHAPQHEKPQEVNNVMWNFLNK 286 Query= d5esra1 Length=302 >d5esra1 Length=302 Score = 623 bits (1606), Expect = 1.60e-231 Identities = 302/302 (100%), Positives = 302/302 (100%), Gaps = 0/302 (0%) Query 1 MDVLRTPDERFEGLADWSFAPHYTEVTDADGTALRIHHVDEGPKDQRPILLMHGEPSWAY 60 MDVLRTPDERFEGLADWSFAPHYTEVTDADGTALRIHHVDEGPKDQRPILLMHGEPSWAY Sbjct 1 MDVLRTPDERFEGLADWSFAPHYTEVTDADGTALRIHHVDEGPKDQRPILLMHGEPSWAY 60 Query 61 LYRKVIAELVAKGHRVVAPDLVGFGRSDKPAKRTDYTYERHVAWMSAWLEQNDLKDIVLF 120 LYRKVIAELVAKGHRVVAPDLVGFGRSDKPAKRTDYTYERHVAWMSAWLEQNDLKDIVLF Sbjct 61 LYRKVIAELVAKGHRVVAPDLVGFGRSDKPAKRTDYTYERHVAWMSAWLEQNDLKDIVLF 120 Query 121 CQDWGGLIGLRLVAAFPERFSAVVVSNTGLPIGVGKSEGFEAWLNFSQNTPELPVGFILN 180 CQDWGGLIGLRLVAAFPERFSAVVVSNTGLPIGVGKSEGFEAWLNFSQNTPELPVGFILN Sbjct 121 CQDWGGLIGLRLVAAFPERFSAVVVSNTGLPIGVGKSEGFEAWLNFSQNTPELPVGFILN 180 Query 181 GGTARDLSDAERSAYDAPFPDESYKEGARIFPALVPITPEHASVEENKAAWAVLETFDKP 240 GGTARDLSDAERSAYDAPFPDESYKEGARIFPALVPITPEHASVEENKAAWAVLETFDKP Sbjct 181 GGTARDLSDAERSAYDAPFPDESYKEGARIFPALVPITPEHASVEENKAAWAVLETFDKP 240 Query 241 FVTAFSDADPITRGGEAMFLARVPGTKNVAHTTLKGGHFVQEDSPVEIAALLDGLVAGLP 300 FVTAFSDADPITRGGEAMFLARVPGTKNVAHTTLKGGHFVQEDSPVEIAALLDGLVAGLP Sbjct 241 FVTAFSDADPITRGGEAMFLARVPGTKNVAHTTLKGGHFVQEDSPVEIAALLDGLVAGLP 300 Query 301 QA 302 QA Sbjct 301 QA 302 >d1uk8a_ Length=271 Score = 48.9 bits (115), Expect = 8.63e-09 Identities = 31/119 (26%), Positives = 61/119 (51%), Gaps = 7/119 (5%) Query 29 ADGTALRIHHVDEGPKDQRPILLMHGEPSW--AYLYRKVIAELVAKGHRVVAPDLVGFGR 86 A G H V EG +P++L+HG AY ++ ++K +RV+APD+VGFG Sbjct 10 AAGVLTNYHDVGEG----QPVILIHGSGPGVSAYANWRLTIPALSKFYRVIAPDMVGFGF 65 Query 87 SDKPAKRTDYTYERHVAWMSAWLEQNDLKDIVLFCQDWGGLIGLRLVAAFPERFSAVVV 145 +D+P + +Y+ + V + ++ +++ + +GG + + + ER +V+ Sbjct 66 TDRP-ENYNYSKDSWVDHIIGIMDALEIEKAHIVGNAFGGGLAIATALRYSERVDRMVL 123 Query= d3kxpa_ Length=268 >d3kxpa_ Length=268 Score = 514 bits (1325), Expect = 7.93e-190 Identities = 268/268 (100%), Positives = 268/268 (100%), Gaps = 0/268 (0%) Query 1 HFISRRVDIGRITLNVREKGSGPLMLFFHGITSNSAVFEPLMIRLSDRFTTIAVDQRGHG 60 HFISRRVDIGRITLNVREKGSGPLMLFFHGITSNSAVFEPLMIRLSDRFTTIAVDQRGHG Sbjct 1 HFISRRVDIGRITLNVREKGSGPLMLFFHGITSNSAVFEPLMIRLSDRFTTIAVDQRGHG 60 Query 61 LSDKPETGYEANDYADDIAGLIRTLARGHAILVGHSLGARNSVTAAAKYPDLVRSVVAID 120 LSDKPETGYEANDYADDIAGLIRTLARGHAILVGHSLGARNSVTAAAKYPDLVRSVVAID Sbjct 61 LSDKPETGYEANDYADDIAGLIRTLARGHAILVGHSLGARNSVTAAAKYPDLVRSVVAID 120 Query 121 FTPYIETEALDALEARVNAGSQLFEDIKAVEAYLAGRYPNIPADAIRIRAESGYQPVDGG 180 FTPYIETEALDALEARVNAGSQLFEDIKAVEAYLAGRYPNIPADAIRIRAESGYQPVDGG Sbjct 121 FTPYIETEALDALEARVNAGSQLFEDIKAVEAYLAGRYPNIPADAIRIRAESGYQPVDGG 180 Query 181 LRPLASSAAMAQTARGLRSDLVPAYRDVTKPVLIVRGESSKLVSAAALAKTSRLRPDLPV 240 LRPLASSAAMAQTARGLRSDLVPAYRDVTKPVLIVRGESSKLVSAAALAKTSRLRPDLPV Sbjct 181 LRPLASSAAMAQTARGLRSDLVPAYRDVTKPVLIVRGESSKLVSAAALAKTSRLRPDLPV 240 Query 241 VVVPGADHYVNEVSPEITLKAITNFIDA 268 VVVPGADHYVNEVSPEITLKAITNFIDA Sbjct 241 VVVPGADHYVNEVSPEITLKAITNFIDA 268 Query= d5w8oa_ Length=358 >d5w8oa_ Length=358 Score = 720 bits (1858), Expect = 4.85e-268 Identities = 358/358 (100%), Positives = 358/358 (100%), Gaps = 0/358 (0%) Query 1 GELGIVDIGALTLESGAVIDNVQIAVERWGELSPSRDNVVVVLHALTGDSHVAGPAGPNY 60 GELGIVDIGALTLESGAVIDNVQIAVERWGELSPSRDNVVVVLHALTGDSHVAGPAGPNY Sbjct 1 GELGIVDIGALTLESGAVIDNVQIAVERWGELSPSRDNVVVVLHALTGDSHVAGPAGPNY 60 Query 61 PTPGWWDGVVGPGAAIDTRRWCAIATNVLGGCRGSTGPGSLHPDGKAWGSRFPAVTVRDQ 120 PTPGWWDGVVGPGAAIDTRRWCAIATNVLGGCRGSTGPGSLHPDGKAWGSRFPAVTVRDQ Sbjct 61 PTPGWWDGVVGPGAAIDTRRWCAIATNVLGGCRGSTGPGSLHPDGKAWGSRFPAVTVRDQ 120 Query 121 VRADLAALNAMGIHQVAAVVGGSMGGARALEWVIGHPETVRAGLILAVGARATADQIGTQ 180 VRADLAALNAMGIHQVAAVVGGSMGGARALEWVIGHPETVRAGLILAVGARATADQIGTQ Sbjct 121 VRADLAALNAMGIHQVAAVVGGSMGGARALEWVIGHPETVRAGLILAVGARATADQIGTQ 180 Query 181 STQVAAIKADPNWQNGDYYGTGLKPDVGLQIARRFAHLTYRGEVELDTRFGNAPQDDENP 240 STQVAAIKADPNWQNGDYYGTGLKPDVGLQIARRFAHLTYRGEVELDTRFGNAPQDDENP Sbjct 181 STQVAAIKADPNWQNGDYYGTGLKPDVGLQIARRFAHLTYRGEVELDTRFGNAPQDDENP 240 Query 241 LLGGRYAVESYLEYQGRKLVDRFDAGTYVTLTDSLSSHDVGRGRGGVEAALRSCEVPVVV 300 LLGGRYAVESYLEYQGRKLVDRFDAGTYVTLTDSLSSHDVGRGRGGVEAALRSCEVPVVV Sbjct 241 LLGGRYAVESYLEYQGRKLVDRFDAGTYVTLTDSLSSHDVGRGRGGVEAALRSCEVPVVV 300 Query 301 GGFTSDRLYPLRLQEELAELMPGCRGLNVVESIYGHDGFLIETEAVGKLIRQTLELAS 358 GGFTSDRLYPLRLQEELAELMPGCRGLNVVESIYGHDGFLIETEAVGKLIRQTLELAS Sbjct 301 GGFTSDRLYPLRLQEELAELMPGCRGLNVVESIYGHDGFLIETEAVGKLIRQTLELAS 358 Query= d3r40a_ Length=297 >d3r40a_ Length=297 Score = 623 bits (1606), Expect = 1.08e-231 Identities = 297/297 (100%), Positives = 297/297 (100%), Gaps = 0/297 (0%) Query 1 LADLFPGFGSEWINTSSGRIFARVGGDGPPLLLLHGFPQTHVMWHRVAPKLAERFKVIVA 60 LADLFPGFGSEWINTSSGRIFARVGGDGPPLLLLHGFPQTHVMWHRVAPKLAERFKVIVA Sbjct 1 LADLFPGFGSEWINTSSGRIFARVGGDGPPLLLLHGFPQTHVMWHRVAPKLAERFKVIVA 60 Query 61 DLPGYGWSDMPESDEQHTPYTKRAMAKQLIEAMEQLGHVHFALAGHNRGARVSYRLALDS 120 DLPGYGWSDMPESDEQHTPYTKRAMAKQLIEAMEQLGHVHFALAGHNRGARVSYRLALDS Sbjct 61 DLPGYGWSDMPESDEQHTPYTKRAMAKQLIEAMEQLGHVHFALAGHNRGARVSYRLALDS 120 Query 121 PGRLSKLAVLDILPTYEYWQRMNRAYALKIYHWSFLAQPAPLPENLLGGDPDFYVKAKLA 180 PGRLSKLAVLDILPTYEYWQRMNRAYALKIYHWSFLAQPAPLPENLLGGDPDFYVKAKLA Sbjct 121 PGRLSKLAVLDILPTYEYWQRMNRAYALKIYHWSFLAQPAPLPENLLGGDPDFYVKAKLA 180 Query 181 SWTRAGDLSAFDPRAVEHYRIAFADPMRRHVMCEDYRAGAYADFEHDKIDVEAGNKIPVP 240 SWTRAGDLSAFDPRAVEHYRIAFADPMRRHVMCEDYRAGAYADFEHDKIDVEAGNKIPVP Sbjct 181 SWTRAGDLSAFDPRAVEHYRIAFADPMRRHVMCEDYRAGAYADFEHDKIDVEAGNKIPVP 240 Query 241 MLALWGASGIAQSAATPLDVWRKWASDVQGAPIESGHFLPEEAPDQTAEALVRFFSA 297 MLALWGASGIAQSAATPLDVWRKWASDVQGAPIESGHFLPEEAPDQTAEALVRFFSA Sbjct 241 MLALWGASGIAQSAATPLDVWRKWASDVQGAPIESGHFLPEEAPDQTAEALVRFFSA 297 Query= d3vvma_ Length=374 >d3vvma_ Length=374 Score = 738 bits (1905), Expect = 1.16e-274 Identities = 374/374 (100%), Positives = 374/374 (100%), Gaps = 0/374 (0%) Query 1 MREFIPPASRFIELPDGFAMRRGGALYGARIAYETFGSLNAARDNAVLVLTALSGDAHAA 60 MREFIPPASRFIELPDGFAMRRGGALYGARIAYETFGSLNAARDNAVLVLTALSGDAHAA Sbjct 1 MREFIPPASRFIELPDGFAMRRGGALYGARIAYETFGSLNAARDNAVLVLTALSGDAHAA 60 Query 61 SRPDDPTPGWWEAMVGPGKPVDTDLWHVICVNSLGSCKGSTGPASTDPRTGEPYRLSFPE 120 SRPDDPTPGWWEAMVGPGKPVDTDLWHVICVNSLGSCKGSTGPASTDPRTGEPYRLSFPE Sbjct 61 SRPDDPTPGWWEAMVGPGKPVDTDLWHVICVNSLGSCKGSTGPASTDPRTGEPYRLSFPE 120 Query 121 LSIEDIADAAAHTVRALGISRLACVVGASMGGMSALALLARHPELARTHISLSGAVHALP 180 LSIEDIADAAAHTVRALGISRLACVVGASMGGMSALALLARHPELARTHISLSGAVHALP Sbjct 121 LSIEDIADAAAHTVRALGISRLACVVGASMGGMSALALLARHPELARTHISLSGAVHALP 180 Query 181 FSIAVRSLQREAIRSDPGWLQGHYDEGEGPRRGMLTARKLGMMTYRSAQEWDCRFGRTRI 240 FSIAVRSLQREAIRSDPGWLQGHYDEGEGPRRGMLTARKLGMMTYRSAQEWDCRFGRTRI Sbjct 181 FSIAVRSLQREAIRSDPGWLQGHYDEGEGPRRGMLTARKLGMMTYRSAQEWDCRFGRTRI 240 Query 241 GERRRADQGRFGPEFEVESYLDFHAQRFADRFDPNSYLYLSHAMDQFDLGDGXXXXXXXP 300 GERRRADQGRFGPEFEVESYLDFHAQRFADRFDPNSYLYLSHAMDQFDLGDGXXXXXXXP Sbjct 241 GERRRADQGRFGPEFEVESYLDFHAQRFADRFDPNSYLYLSHAMDQFDLGDGXXXXXXXP 300 Query 301 GALSRMRVERALVMGARTDILFPLSQQQEIADGLSAGGADVSFLPVDTPAGHDAFLVDIE 360 GALSRMRVERALVMGARTDILFPLSQQQEIADGLSAGGADVSFLPVDTPAGHDAFLVDIE Sbjct 301 GALSRMRVERALVMGARTDILFPLSQQQEIADGLSAGGADVSFLPVDTPAGHDAFLVDIE 360 Query 361 RFGPPVAKFLAIVA 374 RFGPPVAKFLAIVA Sbjct 361 RFGPPVAKFLAIVA 374 Query= d1v19a_ Length=302 >d1v19a_ Length=302 Score = 584 bits (1506), Expect = 2.82e-216 Identities = 302/302 (100%), Positives = 302/302 (100%), Gaps = 0/302 (0%) Query 1 MLEVVTAGEPLVALVPQEPGHLRGKRLLEVYVGGAEVNVAVALARLGVKVGFVGRVGEDE 60 MLEVVTAGEPLVALVPQEPGHLRGKRLLEVYVGGAEVNVAVALARLGVKVGFVGRVGEDE Sbjct 1 MLEVVTAGEPLVALVPQEPGHLRGKRLLEVYVGGAEVNVAVALARLGVKVGFVGRVGEDE 60 Query 61 LGAMVEERLRAEGVDLTHFRRAPGFTGLYLREYLPLGQGRVFYYRKGSAGSALAPGAFDP 120 LGAMVEERLRAEGVDLTHFRRAPGFTGLYLREYLPLGQGRVFYYRKGSAGSALAPGAFDP Sbjct 61 LGAMVEERLRAEGVDLTHFRRAPGFTGLYLREYLPLGQGRVFYYRKGSAGSALAPGAFDP 120 Query 121 DYLEGVRFLHLSGITPALSPEARAFSLWAMEEAKRRGVRVSLDVNYRQTLWSPEEARGFL 180 DYLEGVRFLHLSGITPALSPEARAFSLWAMEEAKRRGVRVSLDVNYRQTLWSPEEARGFL Sbjct 121 DYLEGVRFLHLSGITPALSPEARAFSLWAMEEAKRRGVRVSLDVNYRQTLWSPEEARGFL 180 Query 181 ERALPGVDLLFLSEEEAELLFGRVEEALRALSAPEVVLKRGAKGAWAFVDGRRVEGSAFA 240 ERALPGVDLLFLSEEEAELLFGRVEEALRALSAPEVVLKRGAKGAWAFVDGRRVEGSAFA Sbjct 181 ERALPGVDLLFLSEEEAELLFGRVEEALRALSAPEVVLKRGAKGAWAFVDGRRVEGSAFA 240 Query 241 VEAVDPVGAGDAFAAGYLAGAVWGLPVEERLRLANLLGASVAASRGDHEGAPYREDLEVL 300 VEAVDPVGAGDAFAAGYLAGAVWGLPVEERLRLANLLGASVAASRGDHEGAPYREDLEVL Sbjct 241 VEAVDPVGAGDAFAAGYLAGAVWGLPVEERLRLANLLGASVAASRGDHEGAPYREDLEVL 300 Query 301 LK 302 LK Sbjct 301 LK 302 Query= d1ub0a_ Length=258 >d1ub0a_ Length=258 Score = 488 bits (1255), Expect = 1.72e-179 Identities = 258/258 (100%), Positives = 258/258 (100%), Gaps = 0/258 (0%) Query 1 MRVALTIAGSDSGGGAGVQADLKVFFRFGVYGTSALTLVTAQNTLGVQRVHLLPPEVVYA 60 MRVALTIAGSDSGGGAGVQADLKVFFRFGVYGTSALTLVTAQNTLGVQRVHLLPPEVVYA Sbjct 1 MRVALTIAGSDSGGGAGVQADLKVFFRFGVYGTSALTLVTAQNTLGVQRVHLLPPEVVYA 60 Query 61 QIESVAQDFPLHAAKTGALGDAAIVEAVAEAVRRFGVRPLVVDPVMVAKSGDPLLAKEAA 120 QIESVAQDFPLHAAKTGALGDAAIVEAVAEAVRRFGVRPLVVDPVMVAKSGDPLLAKEAA Sbjct 61 QIESVAQDFPLHAAKTGALGDAAIVEAVAEAVRRFGVRPLVVDPVMVAKSGDPLLAKEAA 120 Query 121 AALKERLFPLADLVTPNRLEAEALLGRPIRTLKEAEEAAKALLALGPKAVLLKGGHLEGE 180 AALKERLFPLADLVTPNRLEAEALLGRPIRTLKEAEEAAKALLALGPKAVLLKGGHLEGE Sbjct 121 AALKERLFPLADLVTPNRLEAEALLGRPIRTLKEAEEAAKALLALGPKAVLLKGGHLEGE 180 Query 181 EAVDLLATRGGVLRFSAPRVHTRNTHGTGCTLSAAIAALLAKGRPLAEAVAEAKAYLTRA 240 EAVDLLATRGGVLRFSAPRVHTRNTHGTGCTLSAAIAALLAKGRPLAEAVAEAKAYLTRA Sbjct 181 EAVDLLATRGGVLRFSAPRVHTRNTHGTGCTLSAAIAALLAKGRPLAEAVAEAKAYLTRA 240 Query 241 LKTAPSLGHGHGPLDHWA 258 LKTAPSLGHGHGPLDHWA Sbjct 241 LKTAPSLGHGHGPLDHWA 258 >d4c5ka1 Length=275 Score = 129 bits (325), Expect = 2.03e-38 Identities = 94/261 (36%), Positives = 133/261 (50%), Gaps = 4/261 (1%) Query 1 MRVALTIAGSDSGGGAGVQADLKVFFRFGVYGTSALT-LVTAQNTLGVQRVHLLPPEVVY 59 ++ LTIAGSD+ GAG+QADLK F YG ALT +VT V LP +V Sbjct 2 LKKVLTIAGSDTSAGAGMQADLKTFQELDTYGMVALTAIVTMDKDTWSHDVTPLPMDVFE 61 Query 60 AQIESVAQDFPLHAAKTGALGDAAIVEAVAEAVRRFGVRPLVVDPVMVAKSGDPLLAKEA 119 Q+E+ P A KTG LG I++ E + VVDPVMV K D +L Sbjct 62 KQLETALSIGP-DAIKTGMLGTEEIIKRAGEVYEASNAQYFVVDPVMVCKGEDEVLNPGN 120 Query 120 AAALKERLFPLADLVTPNRLEAEALLGR-PIRTLKEAEEAAKALLALGPKAVLLKGGH-L 177 A+ + L P A +VTPN EA L G + ++++ ++AA + G + V++KGG L Sbjct 121 TEAMIKYLLPKATVVTPNLFEAGQLSGLGKLNSIEDMKKAATIIFDKGAQHVIIKGGKAL 180 Query 178 EGEEAVDLLATRGGVLRFSAPRVHTRNTHGTGCTLSAAIAALLAKGRPLAEAVAEAKAYL 237 + +++ DL + + HG GCT +AA A LA G+ EAV AKA++ Sbjct 181 DQDKSYDLYYDGQTFYQLTTDMFQQSYNHGAGCTFAAATTAYLANGKSPKEAVISAKAFV 240 Query 238 TRALKTAPSLGHGHGPLDHWA 258 A+K + GP+DH A Sbjct 241 ASAIKNGWKMNDFVGPVDHGA 261 Query= d3pl2a_ Length=310 >d3pl2a_ Length=310 Score = 616 bits (1588), Expect = 1.66e-228 Identities = 310/310 (100%), Positives = 310/310 (100%), Gaps = 0/310 (0%) Query 1 STHEVLAIGRLGVDIYPLQSGVGLADVQSFGKYLGGSAANVSVAAARHGHNSALLSRVGN 60 STHEVLAIGRLGVDIYPLQSGVGLADVQSFGKYLGGSAANVSVAAARHGHNSALLSRVGN Sbjct 1 STHEVLAIGRLGVDIYPLQSGVGLADVQSFGKYLGGSAANVSVAAARHGHNSALLSRVGN 60 Query 61 DPFGEYLLAELERLGVDNQYVATDQTFKTPVTFCEIFPPDDFPLYFYREPKAPDLNIESA 120 DPFGEYLLAELERLGVDNQYVATDQTFKTPVTFCEIFPPDDFPLYFYREPKAPDLNIESA Sbjct 61 DPFGEYLLAELERLGVDNQYVATDQTFKTPVTFCEIFPPDDFPLYFYREPKAPDLNIESA 120 Query 121 DVSLDDVREADILWFTLTGFSEEPSRGTHREILTTRANRRHTIFDLDYRPMFWESPEEAT 180 DVSLDDVREADILWFTLTGFSEEPSRGTHREILTTRANRRHTIFDLDYRPMFWESPEEAT Sbjct 121 DVSLDDVREADILWFTLTGFSEEPSRGTHREILTTRANRRHTIFDLDYRPMFWESPEEAT 180 Query 181 KQAEWALQHSTVAVGNKEECEIAVGETEPERAGRALLERGVELAIVKQGPKGVMAMTKDE 240 KQAEWALQHSTVAVGNKEECEIAVGETEPERAGRALLERGVELAIVKQGPKGVMAMTKDE Sbjct 181 KQAEWALQHSTVAVGNKEECEIAVGETEPERAGRALLERGVELAIVKQGPKGVMAMTKDE 240 Query 241 TVEVPPFFVDVINGLGAGDAFGGALCHGLLSEWPLEKVLRFANTAGALVASRLECSTAMP 300 TVEVPPFFVDVINGLGAGDAFGGALCHGLLSEWPLEKVLRFANTAGALVASRLECSTAMP Sbjct 241 TVEVPPFFVDVINGLGAGDAFGGALCHGLLSEWPLEKVLRFANTAGALVASRLECSTAMP 300 Query 301 TTDEVEASLN 310 TTDEVEASLN Sbjct 301 TTDEVEASLN 310 Query= d3ktna1 Length=335 >d3ktna1 Length=335 Score = 672 bits (1735), Expect = 4.53e-250 Identities = 335/335 (100%), Positives = 335/335 (100%), Gaps = 0/335 (0%) Query 1 KIAAFGEVMLRFTPPEYLMLEQTEQLRMNFVGTGVNLLANLAHFQLETALITKLPANRLG 60 KIAAFGEVMLRFTPPEYLMLEQTEQLRMNFVGTGVNLLANLAHFQLETALITKLPANRLG Sbjct 1 KIAAFGEVMLRFTPPEYLMLEQTEQLRMNFVGTGVNLLANLAHFQLETALITKLPANRLG 60 Query 61 EAGKAALRKLGISDQWVGEKGDHIGSFFAEMGYGIRPTQVTYQNRHQSAFGISEAKDYDF 120 EAGKAALRKLGISDQWVGEKGDHIGSFFAEMGYGIRPTQVTYQNRHQSAFGISEAKDYDF Sbjct 61 EAGKAALRKLGISDQWVGEKGDHIGSFFAEMGYGIRPTQVTYQNRHQSAFGISEAKDYDF 120 Query 121 EAFLAEVDMVHICGISLSLTEKTRDAALILAQKAHAYQKKVCFDFNYRPSLNTANSALFM 180 EAFLAEVDMVHICGISLSLTEKTRDAALILAQKAHAYQKKVCFDFNYRPSLNTANSALFM Sbjct 121 EAFLAEVDMVHICGISLSLTEKTRDAALILAQKAHAYQKKVCFDFNYRPSLNTANSALFM 180 Query 181 RQQYERILPYCDIVFGSRRDLVELLGFIPREDLEGEAQETELIQRFMSQYNLEWFAGTTR 240 RQQYERILPYCDIVFGSRRDLVELLGFIPREDLEGEAQETELIQRFMSQYNLEWFAGTTR Sbjct 181 RQQYERILPYCDIVFGSRRDLVELLGFIPREDLEGEAQETELIQRFMSQYNLEWFAGTTR 240 Query 241 SHSQNQNYLSGYLYTQNEYQQSEKRPLLNLDRIGAGDAYAAGILYGYSQNWSLEKAVTFA 300 SHSQNQNYLSGYLYTQNEYQQSEKRPLLNLDRIGAGDAYAAGILYGYSQNWSLEKAVTFA Sbjct 241 SHSQNQNYLSGYLYTQNEYQQSEKRPLLNLDRIGAGDAYAAGILYGYSQNWSLEKAVTFA 300 Query 301 TVNGVLAHTIQGDIPLTTVKQVNHVLEHPNIDLIR 335 TVNGVLAHTIQGDIPLTTVKQVNHVLEHPNIDLIR Sbjct 301 TVNGVLAHTIQGDIPLTTVKQVNHVLEHPNIDLIR 335 Query= d3ikha1 Length=284 >d3ikha1 Length=284 Score = 553 bits (1426), Expect = 1.10e-204 Identities = 284/284 (100%), Positives = 284/284 (100%), Gaps = 0/284 (0%) Query 1 RVYVTGNITVDETWSIPDIPKKGASIHGVKVSQDIGGKGANQAIILSRCGIETRLIAATG 60 RVYVTGNITVDETWSIPDIPKKGASIHGVKVSQDIGGKGANQAIILSRCGIETRLIAATG Sbjct 1 RVYVTGNITVDETWSIPDIPKKGASIHGVKVSQDIGGKGANQAIILSRCGIETRLIAATG 60 Query 61 NDSNGAWIRQQIKNEPLMLLPDGHFNQHSDTSIILNSADGDNAIITTTAAADTFSLDEMI 120 NDSNGAWIRQQIKNEPLMLLPDGHFNQHSDTSIILNSADGDNAIITTTAAADTFSLDEMI Sbjct 61 NDSNGAWIRQQIKNEPLMLLPDGHFNQHSDTSIILNSADGDNAIITTTAAADTFSLDEMI 120 Query 121 PHMADAVAGDILLQQGNFSLDKTRALFQYARSRGMTTVFNPSPVNPDFCHLWPLIDIAVV 180 PHMADAVAGDILLQQGNFSLDKTRALFQYARSRGMTTVFNPSPVNPDFCHLWPLIDIAVV Sbjct 121 PHMADAVAGDILLQQGNFSLDKTRALFQYARSRGMTTVFNPSPVNPDFCHLWPLIDIAVV 180 Query 181 NESEAELLQPYGVKTLVITQGAAGAWLVQEGQRQFCPAVPAEALDTTGAGDTFLAVMLAS 240 NESEAELLQPYGVKTLVITQGAAGAWLVQEGQRQFCPAVPAEALDTTGAGDTFLAVMLAS Sbjct 181 NESEAELLQPYGVKTLVITQGAAGAWLVQEGQRQFCPAVPAEALDTTGAGDTFLAVMLAS 240 Query 241 ALLRGVAPDALALAHASRAAAITVSRRGTLSAFPGSRELAALLT 284 ALLRGVAPDALALAHASRAAAITVSRRGTLSAFPGSRELAALLT Sbjct 241 ALLRGVAPDALALAHASRAAAITVSRRGTLSAFPGSRELAALLT 284 Query= d4c5ka1 Length=275 >d4c5ka1 Length=275 Score = 545 bits (1403), Expect = 1.75e-201 Identities = 275/275 (100%), Positives = 275/275 (100%), Gaps = 0/275 (0%) Query 1 ALKKVLTIAGSDTSAGAGMQADLKTFQELDTYGMVALTAIVTMDKDTWSHDVTPLPMDVF 60 ALKKVLTIAGSDTSAGAGMQADLKTFQELDTYGMVALTAIVTMDKDTWSHDVTPLPMDVF Sbjct 1 ALKKVLTIAGSDTSAGAGMQADLKTFQELDTYGMVALTAIVTMDKDTWSHDVTPLPMDVF 60 Query 61 EKQLETALSIGPDAIKTGMLGTEEIIKRAGEVYEASNAQYFVVDPVMVCKGEDEVLNPGN 120 EKQLETALSIGPDAIKTGMLGTEEIIKRAGEVYEASNAQYFVVDPVMVCKGEDEVLNPGN Sbjct 61 EKQLETALSIGPDAIKTGMLGTEEIIKRAGEVYEASNAQYFVVDPVMVCKGEDEVLNPGN 120 Query 121 TEAMIKYLLPKATVVTPNLFEAGQLSGLGKLNSIEDMKKAATIIFDKGAQHVIIKGGKAL 180 TEAMIKYLLPKATVVTPNLFEAGQLSGLGKLNSIEDMKKAATIIFDKGAQHVIIKGGKAL Sbjct 121 TEAMIKYLLPKATVVTPNLFEAGQLSGLGKLNSIEDMKKAATIIFDKGAQHVIIKGGKAL 180 Query 181 DQDKSYDLYYDGQTFYQLTTDMFQQSYNHGAGCTFAAATTAYLANGKSPKEAVISAKAFV 240 DQDKSYDLYYDGQTFYQLTTDMFQQSYNHGAGCTFAAATTAYLANGKSPKEAVISAKAFV Sbjct 181 DQDKSYDLYYDGQTFYQLTTDMFQQSYNHGAGCTFAAATTAYLANGKSPKEAVISAKAFV 240 Query 241 ASAIKNGWKMNDFVGPVDHGAYNRIEHIDVEVTEV 275 ASAIKNGWKMNDFVGPVDHGAYNRIEHIDVEVTEV Sbjct 241 ASAIKNGWKMNDFVGPVDHGAYNRIEHIDVEVTEV 275 >d1ub0a_ Length=258 Score = 136 bits (342), Expect = 6.64e-41 Identities = 94/261 (36%), Positives = 133/261 (50%), Gaps = 4/261 (1%) Query 2 LKKVLTIAGSDTSAGAGMQADLKTFQELDTYGMVALTAIVTMDKDTWSHDVTPLPMDVFE 61 ++ LTIAGSD+ GAG+QADLK F YG ALT +VT V LP +V Sbjct 1 MRVALTIAGSDSGGGAGVQADLKVFFRFGVYGTSALT-LVTAQNTLGVQRVHLLPPEVVY 59 Query 62 KQLETALSIGP-DAIKTGMLGTEEIIKRAGEVYEASNAQYFVVDPVMVCKGEDEVLNPGN 120 Q+E+ P A KTG LG I++ E + VVDPVMV K D +L Sbjct 60 AQIESVAQDFPLHAAKTGALGDAAIVEAVAEAVRRFGVRPLVVDPVMVAKSGDPLLAKEA 119 Query 121 TEAMIKYLLPKATVVTPNLFEAGQLSGLGKLNSIEDMKKAATIIFDKGAQHVIIKGGKAL 180 A+ + L P A +VTPN EA L G + ++++ ++AA + G + V++KGG L Sbjct 120 AAALKERLFPLADLVTPNRLEAEALLGR-PIRTLKEAEEAAKALLALGPKAVLLKGGH-L 177 Query 181 DQDKSYDLYYDGQTFYQLTTDMFQQSYNHGAGCTFAAATTAYLANGKSPKEAVISAKAFV 240 + +++ DL + + HG GCT +AA A LA G+ EAV AKA++ Sbjct 178 EGEEAVDLLATRGGVLRFSAPRVHTRNTHGTGCTLSAAIAALLAKGRPLAEAVAEAKAYL 237 Query 241 ASAIKNGWKMNDFVGPVDHGA 261 A+K + GP+DH A Sbjct 238 TRALKTAPSLGHGHGPLDHWA 258 Query= d3ry7a_ Length=303 >d3ry7a_ Length=303 Score = 578 bits (1490), Expect = 8.38e-214 Identities = 303/303 (100%), Positives = 303/303 (100%), Gaps = 0/303 (0%) Query 1 TNKVVILGSTNVDQFLTVERYAQPGETLHVEEAQKAFGGGKGANQAIATARMQADTTFIT 60 TNKVVILGSTNVDQFLTVERYAQPGETLHVEEAQKAFGGGKGANQAIATARMQADTTFIT Sbjct 1 TNKVVILGSTNVDQFLTVERYAQPGETLHVEEAQKAFGGGKGANQAIATARMQADTTFIT 60 Query 61 KIGTDGVADFILEDFKVAHIDTSYIIKTAEAKTGQAFITVNAEGQNTIYVYGGANMTMTP 120 KIGTDGVADFILEDFKVAHIDTSYIIKTAEAKTGQAFITVNAEGQNTIYVYGGANMTMTP Sbjct 61 KIGTDGVADFILEDFKVAHIDTSYIIKTAEAKTGQAFITVNAEGQNTIYVYGGANMTMTP 120 Query 121 EDVINAKDAIINADFVVAQLEVPIPAIISAFEIAKAHGVTTVLNPAPAKALPNELLSLID 180 EDVINAKDAIINADFVVAQLEVPIPAIISAFEIAKAHGVTTVLNPAPAKALPNELLSLID Sbjct 121 EDVINAKDAIINADFVVAQLEVPIPAIISAFEIAKAHGVTTVLNPAPAKALPNELLSLID 180 Query 181 IIVPNETEAELLSGIKVTNEQSMKDNANYFLSIGIKTVLITLGKQGTYFATKNQSQHIEA 240 IIVPNETEAELLSGIKVTNEQSMKDNANYFLSIGIKTVLITLGKQGTYFATKNQSQHIEA Sbjct 181 IIVPNETEAELLSGIKVTNEQSMKDNANYFLSIGIKTVLITLGKQGTYFATKNQSQHIEA 240 Query 241 YKVNAIDTTAAGDTFIGAFVSRLNKSQDNLADAIDFGNKASSLTVQKHGAQASIPLLEEV 300 YKVNAIDTTAAGDTFIGAFVSRLNKSQDNLADAIDFGNKASSLTVQKHGAQASIPLLEEV Sbjct 241 YKVNAIDTTAAGDTFIGAFVSRLNKSQDNLADAIDFGNKASSLTVQKHGAQASIPLLEEV 300 Query 301 NQV 303 NQV Sbjct 301 NQV 303 Query= d2j6la_ Length=497 >d2j6la_ Length=497 Score = 1003 bits (2594), Expect = 0.0 Identities = 497/497 (100%), Positives = 497/497 (100%), Gaps = 0/497 (0%) Query 1 TLLINQPQYAWLKELGLREENEGVYNGSWGGRGEVITTYCPANNEPIARVRQASVADYEE 60 TLLINQPQYAWLKELGLREENEGVYNGSWGGRGEVITTYCPANNEPIARVRQASVADYEE Sbjct 1 TLLINQPQYAWLKELGLREENEGVYNGSWGGRGEVITTYCPANNEPIARVRQASVADYEE 60 Query 61 TVKKAREAWKIWADIPAPKRGEIVRQIGDALREKIQVLGSLVSLEMGKILVEGVGEVQEY 120 TVKKAREAWKIWADIPAPKRGEIVRQIGDALREKIQVLGSLVSLEMGKILVEGVGEVQEY Sbjct 61 TVKKAREAWKIWADIPAPKRGEIVRQIGDALREKIQVLGSLVSLEMGKILVEGVGEVQEY 120 Query 121 VDICDYAVGLSRMIGGPILPSERSGHALIEQWNPVGLVGIITAFNFPVAVYGWNNAIAMI 180 VDICDYAVGLSRMIGGPILPSERSGHALIEQWNPVGLVGIITAFNFPVAVYGWNNAIAMI Sbjct 121 VDICDYAVGLSRMIGGPILPSERSGHALIEQWNPVGLVGIITAFNFPVAVYGWNNAIAMI 180 Query 181 CGNVCLWKGAPTTSLISVAVTKIIAKVLEDNKLPGAICSLTCGGADIGTAMAKDERVNLL 240 CGNVCLWKGAPTTSLISVAVTKIIAKVLEDNKLPGAICSLTCGGADIGTAMAKDERVNLL Sbjct 181 CGNVCLWKGAPTTSLISVAVTKIIAKVLEDNKLPGAICSLTCGGADIGTAMAKDERVNLL 240 Query 241 SFTGSTQVGKQVGLMVQERFGRSLLELGGNNAIIAFEDADLSLVVPSALFAAVGTAGQRC 300 SFTGSTQVGKQVGLMVQERFGRSLLELGGNNAIIAFEDADLSLVVPSALFAAVGTAGQRC Sbjct 241 SFTGSTQVGKQVGLMVQERFGRSLLELGGNNAIIAFEDADLSLVVPSALFAAVGTAGQRC 300 Query 301 TTARRLFIHESIHDEVVNRLKKAYAQIRVGNPWDPNVLYGPLHTKQAVSMFLGAVEEAKK 360 TTARRLFIHESIHDEVVNRLKKAYAQIRVGNPWDPNVLYGPLHTKQAVSMFLGAVEEAKK Sbjct 301 TTARRLFIHESIHDEVVNRLKKAYAQIRVGNPWDPNVLYGPLHTKQAVSMFLGAVEEAKK 360 Query 361 EGGTVVYGGKVMDRPGNYVEPTIVTGLGHDASIAHTETFAPILYVFKFQNEEEVFAWNNE 420 EGGTVVYGGKVMDRPGNYVEPTIVTGLGHDASIAHTETFAPILYVFKFQNEEEVFAWNNE Sbjct 361 EGGTVVYGGKVMDRPGNYVEPTIVTGLGHDASIAHTETFAPILYVFKFQNEEEVFAWNNE 420 Query 421 VKQGLSSSIFTKDLGRIFRWLGPKGSDCGIVNVNIPTSGAEIGGAFGGEKHTGGGRESGS 480 VKQGLSSSIFTKDLGRIFRWLGPKGSDCGIVNVNIPTSGAEIGGAFGGEKHTGGGRESGS Sbjct 421 VKQGLSSSIFTKDLGRIFRWLGPKGSDCGIVNVNIPTSGAEIGGAFGGEKHTGGGRESGS 480 Query 481 DAWKQYMRRSTCTINYS 497 DAWKQYMRRSTCTINYS Sbjct 481 DAWKQYMRRSTCTINYS 497 Query= d4jz6a1 Length=483 >d4jz6a1 Length=483 Score = 949 bits (2452), Expect = 0.0 Identities = 483/483 (100%), Positives = 483/483 (100%), Gaps = 0/483 (0%) Query 1 MKTKLFINNAWIDSSDQQTFERKHPVSSEVMTESANATVTDAIKAAQAAEEAFKTWKDVG 60 MKTKLFINNAWIDSSDQQTFERKHPVSSEVMTESANATVTDAIKAAQAAEEAFKTWKDVG Sbjct 1 MKTKLFINNAWIDSSDQQTFERKHPVSSEVMTESANATVTDAIKAAQAAEEAFKTWKDVG 60 Query 61 PSERRRLLLKVADVMESKTPKFIEVMAMEVGASALWAGFNVHASANVFREAASLATQIQG 120 PSERRRLLLKVADVMESKTPKFIEVMAMEVGASALWAGFNVHASANVFREAASLATQIQG Sbjct 61 PSERRRLLLKVADVMESKTPKFIEVMAMEVGASALWAGFNVHASANVFREAASLATQIQG 120 Query 121 ETIPTDKAETLSMTLRQPVGPILSIVPWNGTAVLAARAIAYPLVCGNTVVFKGSEFSPAT 180 ETIPTDKAETLSMTLRQPVGPILSIVPWNGTAVLAARAIAYPLVCGNTVVFKGSEFSPAT Sbjct 121 ETIPTDKAETLSMTLRQPVGPILSIVPWNGTAVLAARAIAYPLVCGNTVVFKGSEFSPAT 180 Query 181 HALITQCVQEAGLPAGVLNYLNSSPDRSPEIADALISAKEIRRINFTGSTRVGSIIAQKA 240 HALITQCVQEAGLPAGVLNYLNSSPDRSPEIADALISAKEIRRINFTGSTRVGSIIAQKA Sbjct 181 HALITQCVQEAGLPAGVLNYLNSSPDRSPEIADALISAKEIRRINFTGSTRVGSIIAQKA 240 Query 241 AQHLKRCLLELGGKSPLIVLDDADINAAVKAAVFGSFLFQGQICMSTERLVVDEKIADEF 300 AQHLKRCLLELGGKSPLIVLDDADINAAVKAAVFGSFLFQGQICMSTERLVVDEKIADEF Sbjct 241 AQHLKRCLLELGGKSPLIVLDDADINAAVKAAVFGSFLFQGQICMSTERLVVDEKIADEF 300 Query 301 VARFVEKTERLSVGDPCLTGDCIIGPMVSPNSGERINGLFKDAIDKGAKVVCGGMAQGAV 360 VARFVEKTERLSVGDPCLTGDCIIGPMVSPNSGERINGLFKDAIDKGAKVVCGGMAQGAV Sbjct 301 VARFVEKTERLSVGDPCLTGDCIIGPMVSPNSGERINGLFKDAIDKGAKVVCGGMAQGAV 360 Query 361 MPATILDHVKSDMRIYDEETFGPITVVIRCKGEAEAIRIANDSVYGLSSGVFGRDINRAL 420 MPATILDHVKSDMRIYDEETFGPITVVIRCKGEAEAIRIANDSVYGLSSGVFGRDINRAL Sbjct 361 MPATILDHVKSDMRIYDEETFGPITVVIRCKGEAEAIRIANDSVYGLSSGVFGRDINRAL 420 Query 421 RVGMSIEYGCVHINGSTVQNEAQAPYGGTKNTGYGRFDGRAVIDEFTELKWLTIEPFEQQ 480 RVGMSIEYGCVHINGSTVQNEAQAPYGGTKNTGYGRFDGRAVIDEFTELKWLTIEPFEQQ Sbjct 421 RVGMSIEYGCVHINGSTVQNEAQAPYGGTKNTGYGRFDGRAVIDEFTELKWLTIEPFEQQ 480 Query 481 YPF 483 YPF Sbjct 481 YPF 483 Query= d4i3ta_ Length=474 >d4i3ta_ Length=474 Score = 940 bits (2430), Expect = 0.0 Identities = 474/474 (100%), Positives = 474/474 (100%), Gaps = 0/474 (0%) Query 1 RHEPMRIAGRLVDTDDRVEVRYPWNDTVVGTVPAGRAEHAREAFAIAAAYQPKLTRYERQ 60 RHEPMRIAGRLVDTDDRVEVRYPWNDTVVGTVPAGRAEHAREAFAIAAAYQPKLTRYERQ Sbjct 1 RHEPMRIAGRLVDTDDRVEVRYPWNDTVVGTVPAGRAEHAREAFAIAAAYQPKLTRYERQ 60 Query 61 KILLATAEALAARKEEISDVITLELGISKADSLYEVGRAFDVFTLAGQMCIRDDGEIFSC 120 KILLATAEALAARKEEISDVITLELGISKADSLYEVGRAFDVFTLAGQMCIRDDGEIFSC Sbjct 61 KILLATAEALAARKEEISDVITLELGISKADSLYEVGRAFDVFTLAGQMCIRDDGEIFSC 120 Query 121 DLTPHGKARKIFTMREPLTAISAITPFNHPLNMVAHKVAPAIATNNCVVVKPTELTPMTA 180 DLTPHGKARKIFTMREPLTAISAITPFNHPLNMVAHKVAPAIATNNCVVVKPTELTPMTA Sbjct 121 DLTPHGKARKIFTMREPLTAISAITPFNHPLNMVAHKVAPAIATNNCVVVKPTELTPMTA 180 Query 181 LLLADILYEAGLPPEMLSVVTGWPADIGMEMITNPHVDLVTFTGSVPVGKLIAANAHYKR 240 LLLADILYEAGLPPEMLSVVTGWPADIGMEMITNPHVDLVTFTGSVPVGKLIAANAHYKR Sbjct 181 LLLADILYEAGLPPEMLSVVTGWPADIGMEMITNPHVDLVTFTGSVPVGKLIAANAHYKR 240 Query 241 QVLELGGNDPLIILNDLSDDDLARAADLAVAGATKNSGQRCTAVKRILCQESVADRFVPL 300 QVLELGGNDPLIILNDLSDDDLARAADLAVAGATKNSGQRCTAVKRILCQESVADRFVPL Sbjct 241 QVLELGGNDPLIILNDLSDDDLARAADLAVAGATKNSGQRCTAVKRILCQESVADRFVPL 300 Query 301 VLERAKRLRFGDPMDRSTDLGTVIHEKAAALFEERVMRAAEEGADILYHPGRSGALLPPI 360 VLERAKRLRFGDPMDRSTDLGTVIHEKAAALFEERVMRAAEEGADILYHPGRSGALLPPI Sbjct 301 VLERAKRLRFGDPMDRSTDLGTVIHEKAAALFEERVMRAAEEGADILYHPGRSGALLPPI 360 Query 361 VVDRVPHQSDLVLEETFGPIIPIVRVPDDDDATITLSNSTAFGLSSGVCTNDYRRMQKYI 420 VVDRVPHQSDLVLEETFGPIIPIVRVPDDDDATITLSNSTAFGLSSGVCTNDYRRMQKYI Sbjct 361 VVDRVPHQSDLVLEETFGPIIPIVRVPDDDDATITLSNSTAFGLSSGVCTNDYRRMQKYI 420 Query 421 AGLKVGTVNIWEVPGYRIEMSPFGGIKDSGNGYKEGVIEAMKSFTNVKTFSLPW 474 AGLKVGTVNIWEVPGYRIEMSPFGGIKDSGNGYKEGVIEAMKSFTNVKTFSLPW Sbjct 421 AGLKVGTVNIWEVPGYRIEMSPFGGIKDSGNGYKEGVIEAMKSFTNVKTFSLPW 474 Query= d3otia1 Length=374 >d3otia1 Length=374 Score = 733 bits (1893), Expect = 7.82e-273 Identities = 374/374 (100%), Positives = 374/374 (100%), Gaps = 0/374 (0%) Query 1 LFVSSPGIGHLFPLIQLAWGFRTAGHDVLIAVAEHADRAAAAGLEVVDVAPDYSAVKVFE 60 LFVSSPGIGHLFPLIQLAWGFRTAGHDVLIAVAEHADRAAAAGLEVVDVAPDYSAVKVFE Sbjct 1 LFVSSPGIGHLFPLIQLAWGFRTAGHDVLIAVAEHADRAAAAGLEVVDVAPDYSAVKVFE 60 Query 61 QVAKDNPRFAETVATRPAIDLEEWGVQIAAVNRPLVDGTMALVDDYRPDLVVYEQGATVG 120 QVAKDNPRFAETVATRPAIDLEEWGVQIAAVNRPLVDGTMALVDDYRPDLVVYEQGATVG Sbjct 61 QVAKDNPRFAETVATRPAIDLEEWGVQIAAVNRPLVDGTMALVDDYRPDLVVYEQGATVG 120 Query 121 LLAADRAGVPAVQRNQSAWRTRGMHRSIASFLTDLMDKHQVSLPEPVATIESFPPSLLLE 180 LLAADRAGVPAVQRNQSAWRTRGMHRSIASFLTDLMDKHQVSLPEPVATIESFPPSLLLE Sbjct 121 LLAADRAGVPAVQRNQSAWRTRGMHRSIASFLTDLMDKHQVSLPEPVATIESFPPSLLLE 180 Query 181 AEPEGWFMRWVPYGGGAVLGDRLPPVPARPEVAITMGTIELQAFGIGAVEPIIAAAGEVD 240 AEPEGWFMRWVPYGGGAVLGDRLPPVPARPEVAITMGTIELQAFGIGAVEPIIAAAGEVD Sbjct 181 AEPEGWFMRWVPYGGGAVLGDRLPPVPARPEVAITMGTIELQAFGIGAVEPIIAAAGEVD 240 Query 241 ADFVLALGDLDISPLGTLPRNVRAVGWTPLHTLLRTCTAVVHHGGGGTVMTAIDAGIPQL 300 ADFVLALGDLDISPLGTLPRNVRAVGWTPLHTLLRTCTAVVHHGGGGTVMTAIDAGIPQL Sbjct 241 ADFVLALGDLDISPLGTLPRNVRAVGWTPLHTLLRTCTAVVHHGGGGTVMTAIDAGIPQL 300 Query 301 LAPDPRDQFQHTAREAVSRRGIGLVSTSDKVDADLLRRLIGDESLRTAAREVREEMVALP 360 LAPDPRDQFQHTAREAVSRRGIGLVSTSDKVDADLLRRLIGDESLRTAAREVREEMVALP Sbjct 301 LAPDPRDQFQHTAREAVSRRGIGLVSTSDKVDADLLRRLIGDESLRTAAREVREEMVALP 360 Query 361 TPAETVRRIVERIS 374 TPAETVRRIVERIS Sbjct 361 TPAETVRRIVERIS 374 >d3otga1 Length=388 Score = 130 bits (326), Expect = 2.46e-36 Identities = 130/396 (32%), Positives = 179/396 (45%), Gaps = 47/396 (11%) Query 1 LFVSSPGIGHLFPLIQLAWGFRTAGHDVLIAVAEHADRAAAAGLEVVDVAPDYSAVKVFE 60 LF S GH +PL+ LA R AGH+V A E A L + P + + VF+ Sbjct 4 LFASLGTHGHTYPLLPLATAARAAGHEVTFATGE----GFAGTLRKLGFEPVATGMPVFD 59 Query 61 --------QVAKDNPR--FAETVATRPAIDLEEWGVQIAAVNRPLVDGTMALVDDYRPDL 110 + D+P E ++ P I V + + + D +++ RPDL Sbjct 60 GFLAALRIRFDTDSPEGLTPEQLSELPQI------VFGRVIPQRVFDELQPVIERLRPDL 113 Query 111 VVYEQGATVGLLAADRAGVPAVQRNQSAWRTRGMHRSIASFLTDLMDKHQVSLPEPVAT- 169 VV E LAA +AG+P + + RSI + L + + LP Sbjct 114 VVQEISNYGAGLAALKAGIPTICHGVGRDTPDDLTRSIEEEVRGLAQRLGLDLPPGRIDG 173 Query 170 -----IESFPPSLL---LEAEPEGWFMRWVPYGGGAVLGDRLPPVP-ARPEVAITMGTIE 220 I+ FPPSL A P +R VP+ L L ARP V +T+GT Sbjct 174 FGNPFIDIFPPSLQEPEFRARPRRHELRPVPFAEQGDLPAWLSSRDTARPLVYLTLGTSS 233 Query 221 LQAFGIGAVEPIIAA----AGEVDADFVLALG-DLDISPLGTLPRNVRAVGWTPLHTLLR 275 G VE + AA AG +DAD ++A G LD+S LG +P NVR W P LL Sbjct 234 G-----GTVEVLRAAIDGLAG-LDADVLVASGPSLDVSGLGEVPANVRLESWVPQAALLP 287 Query 276 TCTAVVHHGGGGTVMTAIDAGIPQLLAPDPRDQFQHTAREAVSRRGIGLVSTSDKVDADL 335 VVHHGG GT + A+ AG+PQL P D F + +AV++ G G D + D Sbjct 288 HVDLVVHHGGSGTTLGALGAGVPQLSFPWAGDSFANA--QAVAQAGAGDHLLPDNISPDS 345 Query 336 L----RRLIGDESLRTAAREVREEMVALPTPAETVR 367 + +RL+ +ES R AR V E+ A+P P E VR Sbjct 346 VSGAAKRLLAEESYRAGARAVAAEIAAMPGPDEVVR 381 Query= d3otga1 Length=388 >d3otga1 Length=388 Score = 759 bits (1961), Expect = 1.01e-282 Identities = 388/388 (100%), Positives = 388/388 (100%), Gaps = 0/388 (0%) Query 1 MRVLFASLGTHGHTYPLLPLATAARAAGHEVTFATGEGFAGTLRKLGFEPVATGMPVFDG 60 MRVLFASLGTHGHTYPLLPLATAARAAGHEVTFATGEGFAGTLRKLGFEPVATGMPVFDG Sbjct 1 MRVLFASLGTHGHTYPLLPLATAARAAGHEVTFATGEGFAGTLRKLGFEPVATGMPVFDG 60 Query 61 FLAALRIRFDTDSPEGLTPEQLSELPQIVFGRVIPQRVFDELQPVIERLRPDLVVQEISN 120 FLAALRIRFDTDSPEGLTPEQLSELPQIVFGRVIPQRVFDELQPVIERLRPDLVVQEISN Sbjct 61 FLAALRIRFDTDSPEGLTPEQLSELPQIVFGRVIPQRVFDELQPVIERLRPDLVVQEISN 120 Query 121 YGAGLAALKAGIPTICHGVGRDTPDDLTRSIEEEVRGLAQRLGLDLPPGRIDGFGNPFID 180 YGAGLAALKAGIPTICHGVGRDTPDDLTRSIEEEVRGLAQRLGLDLPPGRIDGFGNPFID Sbjct 121 YGAGLAALKAGIPTICHGVGRDTPDDLTRSIEEEVRGLAQRLGLDLPPGRIDGFGNPFID 180 Query 181 IFPPSLQEPEFRARPRRHELRPVPFAEQGDLPAWLSSRDTARPLVYLTLGTSSGGTVEVL 240 IFPPSLQEPEFRARPRRHELRPVPFAEQGDLPAWLSSRDTARPLVYLTLGTSSGGTVEVL Sbjct 181 IFPPSLQEPEFRARPRRHELRPVPFAEQGDLPAWLSSRDTARPLVYLTLGTSSGGTVEVL 240 Query 241 RAAIDGLAGLDADVLVASGPSLDVSGLGEVPANVRLESWVPQAALLPHVDLVVHHGGSGT 300 RAAIDGLAGLDADVLVASGPSLDVSGLGEVPANVRLESWVPQAALLPHVDLVVHHGGSGT Sbjct 241 RAAIDGLAGLDADVLVASGPSLDVSGLGEVPANVRLESWVPQAALLPHVDLVVHHGGSGT 300 Query 301 TLGALGAGVPQLSFPWAGDSFANAQAVAQAGAGDHLLPDNISPDSVSGAAKRLLAEESYR 360 TLGALGAGVPQLSFPWAGDSFANAQAVAQAGAGDHLLPDNISPDSVSGAAKRLLAEESYR Sbjct 301 TLGALGAGVPQLSFPWAGDSFANAQAVAQAGAGDHLLPDNISPDSVSGAAKRLLAEESYR 360 Query 361 AGARAVAAEIAAMPGPDEVVRLLPGFAS 388 AGARAVAAEIAAMPGPDEVVRLLPGFAS Sbjct 361 AGARAVAAEIAAMPGPDEVVRLLPGFAS 388 >d3otia1 Length=374 Score = 127 bits (318), Expect = 3.45e-35 Identities = 129/395 (32%), Positives = 179/395 (45%), Gaps = 45/395 (11%) Query 4 LFASLGTHGHTYPLLPLATAARAAGHEVTFATGE----GFAGTLRKLGFEPVATGMPVFD 59 LF S GH +PL+ LA R AGH+V A E A L + P + + VF+ Sbjct 1 LFVSSPGIGHLFPLIQLAWGFRTAGHDVLIAVAEHADRAAAAGLEVVDVAPDYSAVKVFE 60 Query 60 GFLAALRIRFDTDSPEGLTPEQLSELPQI------VFGRVIPQRVFDELQPVIERLRPDL 113 + D+P E ++ P I V + + + D +++ RPDL Sbjct 61 --------QVAKDNPR--FAETVATRPAIDLEEWGVQIAAVNRPLVDGTMALVDDYRPDL 110 Query 114 VVQEISNYGAGLAALKAGIPTICHGVGRDTPDDLTRSIEEEVRGLAQRLGLDLPPGRIDG 173 VV E LAA +AG+P + + RSI + L + + LP Sbjct 111 VVYEQGATVGLLAADRAGVPAVQRNQSAWRTRGMHRSIASFLTDLMDKHQVSLPEPVAT- 169 Query 174 FGNPFIDIFPPSLQEPEFRARPRRHELRPVPFAEQGDLPAWLSSRDTARPLVYLTLGT-- 231 I+ FPPSL A P +R VP+ L L ARP V +T+GT Sbjct 170 -----IESFPPSLL---LEAEPEGWFMRWVPYGGGAVLGDRLPPVP-ARPEVAITMGTIE 220 Query 232 --SSG-GTVEVLRAAIDGLAGLDADVLVASGPSLDVSGLGEVPANVRLESWVPQAALLPH 288 + G G VE + AA + DAD ++A G LD+S LG +P NVR W P LL Sbjct 221 LQAFGIGAVEPIIAAAGEV---DADFVLALG-DLDISPLGTLPRNVRAVGWTPLHTLLRT 276 Query 289 VDLVVHHGGSGTTLGALGAGVPQLSFPWAGDSFANA--QAVAQAGAGDHLLPDNISPDSV 346 VVHHGG GT + A+ AG+PQL P D F + +AV++ G G D + D + Sbjct 277 CTAVVHHGGGGTVMTAIDAGIPQLLAPDPRDQFQHTAREAVSRRGIGLVSTSDKVDADLL 336 Query 347 SGAAKRLLAEESYRAGARAVAAEIAAMPGPDEVVR 381 +RL+ +ES R AR V E+ A+P P E VR Sbjct 337 ----RRLIGDESLRTAAREVREEMVALPTPAETVR 367 Query= d2rg7a_ Length=255 >d2rg7a_ Length=255 Score = 486 bits (1252), Expect = 3.91e-179 Identities = 255/255 (100%), Positives = 255/255 (100%), Gaps = 0/255 (0%) Query 1 AERIVVAGGSLTELIYAMGAGERVVGVDETTSYPPETAKLPHIGYWKQLSSEGILSLRPD 60 AERIVVAGGSLTELIYAMGAGERVVGVDETTSYPPETAKLPHIGYWKQLSSEGILSLRPD Sbjct 1 AERIVVAGGSLTELIYAMGAGERVVGVDETTSYPPETAKLPHIGYWKQLSSEGILSLRPD 60 Query 61 SVITWQDAGPQIVLDQLRAQKVNVVTLPRVPATLEQMYANIRQLAKTLQVPEQGDALVTQ 120 SVITWQDAGPQIVLDQLRAQKVNVVTLPRVPATLEQMYANIRQLAKTLQVPEQGDALVTQ Sbjct 61 SVITWQDAGPQIVLDQLRAQKVNVVTLPRVPATLEQMYANIRQLAKTLQVPEQGDALVTQ 120 Query 121 INQRLERVQQNVAAKKAPVKAMFILSAGGSAPQVAGKGSVADAILSLAGAENVATHQQYK 180 INQRLERVQQNVAAKKAPVKAMFILSAGGSAPQVAGKGSVADAILSLAGAENVATHQQYK Sbjct 121 INQRLERVQQNVAAKKAPVKAMFILSAGGSAPQVAGKGSVADAILSLAGAENVATHQQYK 180 Query 181 SYSAESLIAANPEVIVVTSQMVDGDINRLRSIAGITHTAAWKNQRIITVDQNLILGMGPR 240 SYSAESLIAANPEVIVVTSQMVDGDINRLRSIAGITHTAAWKNQRIITVDQNLILGMGPR Sbjct 181 SYSAESLIAANPEVIVVTSQMVDGDINRLRSIAGITHTAAWKNQRIITVDQNLILGMGPR 240 Query 241 IADVVESLHQQLWPQ 255 IADVVESLHQQLWPQ Sbjct 241 IADVVESLHQQLWPQ 255 Query= d5khlb1 Length=254 >d5khlb1 Length=254 Score = 476 bits (1225), Expect = 4.73e-175 Identities = 254/254 (100%), Positives = 254/254 (100%), Gaps = 0/254 (0%) Query 1 RIVSAGSAVTELILALGAEQQLVAVDVTSEVPSSLNLPTVGYHRRLAAEGLLTLEPTHLI 60 RIVSAGSAVTELILALGAEQQLVAVDVTSEVPSSLNLPTVGYHRRLAAEGLLTLEPTHLI Sbjct 1 RIVSAGSAVTELILALGAEQQLVAVDVTSEVPSSLNLPTVGYHRRLAAEGLLTLEPTHLI 60 Query 61 GSDEMGPDTALQQLRSSGIQVNVINSDSTPQGLLTRIDQIAQITHTEQHAQKLKENVQQQ 120 GSDEMGPDTALQQLRSSGIQVNVINSDSTPQGLLTRIDQIAQITHTEQHAQKLKENVQQQ Sbjct 61 GSDEMGPDTALQQLRSSGIQVNVINSDSTPQGLLTRIDQIAQITHTEQHAQKLKENVQQQ 120 Query 121 INALQAKRPEKPKKVLFLLLHEGRAANVAGSDTVPDTIIGLIGAHNPASPSITSYKPLSM 180 INALQAKRPEKPKKVLFLLLHEGRAANVAGSDTVPDTIIGLIGAHNPASPSITSYKPLSM Sbjct 121 INALQAKRPEKPKKVLFLLLHEGRAANVAGSDTVPDTIIGLIGAHNPASPSITSYKPLSM 180 Query 181 ESMIEMQPDMVLVSGRSLEKLGGADAVLNAVPMLAATPAGQNKNIVAIDGHALVGGLGLK 240 ESMIEMQPDMVLVSGRSLEKLGGADAVLNAVPMLAATPAGQNKNIVAIDGHALVGGLGLK Sbjct 181 ESMIEMQPDMVLVSGRSLEKLGGADAVLNAVPMLAATPAGQNKNIVAIDGHALVGGLGLK 240 Query 241 SLQEAQRIQTLLYP 254 SLQEAQRIQTLLYP Sbjct 241 SLQEAQRIQTLLYP 254 Query= d2o20a_ Length=271 >d2o20a_ Length=271 Score = 518 bits (1333), Expect = 6.03e-191 Identities = 271/271 (100%), Positives = 271/271 (100%), Gaps = 0/271 (0%) Query 1 RTTTVGVILPTITSTYFAAITRGVDDIASMYKYNMILANSDNDVEKEEKVLETFLSKQVD 60 RTTTVGVILPTITSTYFAAITRGVDDIASMYKYNMILANSDNDVEKEEKVLETFLSKQVD Sbjct 1 RTTTVGVILPTITSTYFAAITRGVDDIASMYKYNMILANSDNDVEKEEKVLETFLSKQVD 60 Query 61 GIVYMGSSLDEKIRTSLKNSRTPVVLVGTIDGDKEIPSVNIDYHLAAYQSTKKLIDSGNK 120 GIVYMGSSLDEKIRTSLKNSRTPVVLVGTIDGDKEIPSVNIDYHLAAYQSTKKLIDSGNK Sbjct 61 GIVYMGSSLDEKIRTSLKNSRTPVVLVGTIDGDKEIPSVNIDYHLAAYQSTKKLIDSGNK 120 Query 121 KIAYIMGSLKDVENTERMVGYQEALLEANIEFDENLVFEGNYSYEQGKALAERLLERGAT 180 KIAYIMGSLKDVENTERMVGYQEALLEANIEFDENLVFEGNYSYEQGKALAERLLERGAT Sbjct 121 KIAYIMGSLKDVENTERMVGYQEALLEANIEFDENLVFEGNYSYEQGKALAERLLERGAT 180 Query 181 SAVVSHDTVAVGLLSAMMDKGVKVPEDFEIISGANSPITQYTYPTLTSVNQPLYDLGAVA 240 SAVVSHDTVAVGLLSAMMDKGVKVPEDFEIISGANSPITQYTYPTLTSVNQPLYDLGAVA Sbjct 181 SAVVSHDTVAVGLLSAMMDKGVKVPEDFEIISGANSPITQYTYPTLTSVNQPLYDLGAVA 240 Query 241 MRLLTKLMLKEDVEQNQLVLDHEIFSRRSTK 271 MRLLTKLMLKEDVEQNQLVLDHEIFSRRSTK Sbjct 241 MRLLTKLMLKEDVEQNQLVLDHEIFSRRSTK 271 Query= d1dbqa_ Length=282 >d1dbqa_ Length=282 Score = 570 bits (1468), Expect = 3.71e-211 Identities = 282/282 (100%), Positives = 282/282 (100%), Gaps = 0/282 (0%) Query 1 KSIGLLATSSEAAYFAEIIEAVEKNCFQKGYTLILGNAWNNLEKQRAYLSMMAQKRVDGL 60 KSIGLLATSSEAAYFAEIIEAVEKNCFQKGYTLILGNAWNNLEKQRAYLSMMAQKRVDGL Sbjct 1 KSIGLLATSSEAAYFAEIIEAVEKNCFQKGYTLILGNAWNNLEKQRAYLSMMAQKRVDGL 60 Query 61 LVMCSEYPEPLLAMLEEYRHIPMVVMDWGEAKADFTDAVIDNAFEGGYMAGRYLIERGHR 120 LVMCSEYPEPLLAMLEEYRHIPMVVMDWGEAKADFTDAVIDNAFEGGYMAGRYLIERGHR Sbjct 61 LVMCSEYPEPLLAMLEEYRHIPMVVMDWGEAKADFTDAVIDNAFEGGYMAGRYLIERGHR 120 Query 121 EIGVIPGPLERNTGAGRLAGFMKAMEEAMIKVPESWIVQGDFEPESGYRAMQQILSQPHR 180 EIGVIPGPLERNTGAGRLAGFMKAMEEAMIKVPESWIVQGDFEPESGYRAMQQILSQPHR Sbjct 121 EIGVIPGPLERNTGAGRLAGFMKAMEEAMIKVPESWIVQGDFEPESGYRAMQQILSQPHR 180 Query 181 PTAVFCGGDIMAMGALCAADEMGLRVPQDVSLIGYDNVRNARYFTPALTTIHQPKDSLGE 240 PTAVFCGGDIMAMGALCAADEMGLRVPQDVSLIGYDNVRNARYFTPALTTIHQPKDSLGE Sbjct 181 PTAVFCGGDIMAMGALCAADEMGLRVPQDVSLIGYDNVRNARYFTPALTTIHQPKDSLGE 240 Query 241 TAFNMLLDRIVNKREEPQSIEVHPRLIERRSVADGPFRDYRR 282 TAFNMLLDRIVNKREEPQSIEVHPRLIERRSVADGPFRDYRR Sbjct 241 TAFNMLLDRIVNKREEPQSIEVHPRLIERRSVADGPFRDYRR 282 >d3tb6a_ Length=283 Score = 108 bits (269), Expect = 6.78e-30 Identities = 78/288 (27%), Positives = 140/288 (48%), Gaps = 26/288 (9%) Query 1 KSIGLLATSSEAAYFAEIIEAVEKNCFQKGYTLILGNAWNNLEKQRAYLSMMAQKRVDGL 60 K+IG+L T F II +E ++GY+++L + NN + +R L + + +DGL Sbjct 2 KTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDGL 61 Query 61 LVMCSEYPEPLLAMLE----------EYRHIPMVVMDWGEAKADFTDAVIDNAFEGGYMA 110 +V EP + L+ E IP +++ A+ +D+ +GG MA Sbjct 62 IV------EPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDV-KGGMMA 114 Query 111 GRYLIERGHREI-GVIPGPLERNTGAGRLAGFMKAMEEAMIKVPESWIVQGDFEPESGYR 169 +L+ GH + G+ + G R+ GF++A E + IV E E + Sbjct 115 AEHLLSLGHTHMMGIFKA--DDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTE-EKESK 171 Query 170 AMQQILS-----QPHRPTAVFCGGDIMAMGALCAADEMGLRVPQDVSLIGYDNVRNARYF 224 ++++ + H PTA+ C D +A+ + EM L+VP+D+S++GYD+ A+ Sbjct 172 LLEKVKATLEKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQIS 231 Query 225 TPALTTIHQPKDSLGETAFNMLLDRIVNKREEPQSIEVHPRLIERRSV 272 LT++ PK LG+ A ++D + +K+ + + + P LI R+S Sbjct 232 EVKLTSVKHPKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSA 279 Query= d3c3ka1 Length=271 >d3c3ka1 Length=271 Score = 520 bits (1338), Expect = 1.04e-191 Identities = 271/271 (100%), Positives = 271/271 (100%), Gaps = 0/271 (0%) Query 1 KTGMLLVMVSNIANPFCAAVVKGIEKTAEKNGYRILLCNTESDLARSRSCLTLLSGKMVD 60 KTGMLLVMVSNIANPFCAAVVKGIEKTAEKNGYRILLCNTESDLARSRSCLTLLSGKMVD Sbjct 1 KTGMLLVMVSNIANPFCAAVVKGIEKTAEKNGYRILLCNTESDLARSRSCLTLLSGKMVD 60 Query 61 GVITMDALSELPELQNIIGAFPWVQCAEYDPLSTVSSVSIDDVAASEYVVDQLVKSGKKR 120 GVITMDALSELPELQNIIGAFPWVQCAEYDPLSTVSSVSIDDVAASEYVVDQLVKSGKKR Sbjct 61 GVITMDALSELPELQNIIGAFPWVQCAEYDPLSTVSSVSIDDVAASEYVVDQLVKSGKKR 120 Query 121 IALINHDLAYQYAQHRESGYLNRLKFHGLDYSRISYAENLDYMAGKLATFSLLKSAVKPD 180 IALINHDLAYQYAQHRESGYLNRLKFHGLDYSRISYAENLDYMAGKLATFSLLKSAVKPD Sbjct 121 IALINHDLAYQYAQHRESGYLNRLKFHGLDYSRISYAENLDYMAGKLATFSLLKSAVKPD 180 Query 181 AIFAISDVLAAGAIQALTESGLSIPQDVAVVGFDGVDISQITVPALTTVQQPSEQIGMKA 240 AIFAISDVLAAGAIQALTESGLSIPQDVAVVGFDGVDISQITVPALTTVQQPSEQIGMKA Sbjct 181 AIFAISDVLAAGAIQALTESGLSIPQDVAVVGFDGVDISQITVPALTTVQQPSEQIGMKA 240 Query 241 VSLLLEQIHSDVLAKTVHHLLPWKFVRRQSS 271 VSLLLEQIHSDVLAKTVHHLLPWKFVRRQSS Sbjct 241 VSLLLEQIHSDVLAKTVHHLLPWKFVRRQSS 271 >d3ctpa_ Length=266 Score = 107 bits (266), Expect = 1.01e-29 Identities = 78/266 (29%), Positives = 135/266 (50%), Gaps = 10/266 (3%) Query 8 MVSNIANPFCAAVVKGIEKTAEKNGYRILLCNTESDLARSRSCLTLLSGKMVDGVITMDA 67 MV NI+NPF + IE+ A+ GY + LCNT+ D + ++ L +L V G+I + Sbjct 7 MVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAGIIASRS 66 Query 68 LSELPELQNIIGAFPWVQCAEYDPLSTVSSVSIDDVAASEYVVDQLVKSGKKRIALINHD 127 E E NI P V E L + ++S D+ D L + G ++I I Sbjct 67 QCE-DEYANI--DIP-VVAFENHILDNIITISSDNYNGGRMAFDHLYEKGCRKILHIKGP 122 Query 128 LAYQYAQHRESGYLNRLKFHGLDYSRISYAENLDYMAGKLAT-FSLLKSAVKPDAIFAIS 186 ++ + R G+L+ + L+ I + D+ L + +K V D IF + Sbjct 123 EVFEATELRYKGFLDGARAKDLEIDFIEFQH--DFQVKMLEEDINSMKDIVNYDGIFVFN 180 Query 187 DVLAAGAIQALTESGLSIPQDVAVVGFDGVDISQITVPALTTVQQPSEQIGMKAVSLLLE 246 D+ AA ++AL + G+SIPQ+V ++GFD I ++ P+LTT+ QP E + + LL++ Sbjct 181 DIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTINQPIEALAYTIIELLIK 240 Query 247 QIHSD-VLAKTVHHLLPWKFVRRQSS 271 I+ + VL + +++ K + R+++ Sbjct 241 IINGEGVLIED--YIMEVKLIERETT 264 Query= d4rxta1 Length=293 >d4rxta1 Length=293 Score = 557 bits (1436), Expect = 6.58e-206 Identities = 293/293 (100%), Positives = 293/293 (100%), Gaps = 0/293 (0%) Query 1 AEVTIPIIVKDTTSFYWQIVLAGARKAGKDLGVKVPELGAQAETDVNGQISILENAVAGK 60 AEVTIPIIVKDTTSFYWQIVLAGARKAGKDLGVKVPELGAQAETDVNGQISILENAVAGK Sbjct 1 AEVTIPIIVKDTTSFYWQIVLAGARKAGKDLGVKVPELGAQAETDVNGQISILENAVAGK 60 Query 61 PAAIVISPTEFKALGKPVDEAAKSVPIIGIDSGADSKAFKSFLTTDNTQGGRIAADGLAA 120 PAAIVISPTEFKALGKPVDEAAKSVPIIGIDSGADSKAFKSFLTTDNTQGGRIAADGLAA Sbjct 61 PAAIVISPTEFKALGKPVDEAAKSVPIIGIDSGADSKAFKSFLTTDNTQGGRIAADGLAA 120 Query 121 AIKAMTGKEEGDVVIITNTPGAGSLEQRRTGFLDQVKTKYPGLKVVADKYADGQATTGLN 180 AIKAMTGKEEGDVVIITNTPGAGSLEQRRTGFLDQVKTKYPGLKVVADKYADGQATTGLN Sbjct 121 AIKAMTGKEEGDVVIITNTPGAGSLEQRRTGFLDQVKTKYPGLKVVADKYADGQATTGLN 180 Query 181 IMTDLITANPKIVGVFASNLIMAQGVGQAIAENKLSDKVKVIGFDSDDKTLGFLKSGAIA 240 IMTDLITANPKIVGVFASNLIMAQGVGQAIAENKLSDKVKVIGFDSDDKTLGFLKSGAIA Sbjct 181 IMTDLITANPKIVGVFASNLIMAQGVGQAIAENKLSDKVKVIGFDSDDKTLGFLKSGAIA 240 Query 241 GLVVQDPYRMGYDGIKTALAVSKGEKVEANVDTGANLVTKANMSDPKIEALIN 293 GLVVQDPYRMGYDGIKTALAVSKGEKVEANVDTGANLVTKANMSDPKIEALIN Sbjct 241 GLVVQDPYRMGYDGIKTALAVSKGEKVEANVDTGANLVTKANMSDPKIEALIN 293 Query= d5dkva1 Length=301 >d5dkva1 Length=301 Score = 578 bits (1491), Expect = 5.05e-214 Identities = 301/301 (100%), Positives = 301/301 (100%), Gaps = 0/301 (0%) Query 1 ENKKFRIALIPGLTTDAFYITMHKGAEAAAAAIGAQIIFQGAPDFNPVTQVPVLDAVIAK 60 ENKKFRIALIPGLTTDAFYITMHKGAEAAAAAIGAQIIFQGAPDFNPVTQVPVLDAVIAK Sbjct 1 ENKKFRIALIPGLTTDAFYITMHKGAEAAAAAIGAQIIFQGAPDFNPVTQVPVLDAVIAK 60 Query 61 KPDAILIAPTDTTQLVQPLKKAADAGIPMITVDTFIGTGDYQTGAGDGDFPLSYIASDNV 120 KPDAILIAPTDTTQLVQPLKKAADAGIPMITVDTFIGTGDYQTGAGDGDFPLSYIASDNV Sbjct 61 KPDAILIAPTDTTQLVQPLKKAADAGIPMITVDTFIGTGDYQTGAGDGDFPLSYIASDNV 120 Query 121 LGGEIAARSLALAIGDKGKVYVSNVKPGVSTTDQREQGFKSEMAKHPGITVLETQFNDND 180 LGGEIAARSLALAIGDKGKVYVSNVKPGVSTTDQREQGFKSEMAKHPGITVLETQFNDND Sbjct 121 LGGEIAARSLALAIGDKGKVYVSNVKPGVSTTDQREQGFKSEMAKHPGITVLETQFNDND 180 Query 181 ANKAASQLQAVYARNPDLAGVFGANLFSGLGSANGVQQAGQSGTIKVVAFDAPGSVVDNL 240 ANKAASQLQAVYARNPDLAGVFGANLFSGLGSANGVQQAGQSGTIKVVAFDAPGSVVDNL Sbjct 181 ANKAASQLQAVYARNPDLAGVFGANLFSGLGSANGVQQAGQSGTIKVVAFDAPGSVVDNL 240 Query 241 KSGLIDFAIAQHPAEIGYYGVISAYAHLTGQSIPTKIGTGFTVINKSNVTDPAVARFIYA 300 KSGLIDFAIAQHPAEIGYYGVISAYAHLTGQSIPTKIGTGFTVINKSNVTDPAVARFIYA Sbjct 241 KSGLIDFAIAQHPAEIGYYGVISAYAHLTGQSIPTKIGTGFTVINKSNVTDPAVARFIYA 300 Query 301 E 301 E Sbjct 301 E 301 Query= d3ctpa_ Length=266 >d3ctpa_ Length=266 Score = 521 bits (1341), Expect = 2.47e-192 Identities = 266/266 (100%), Positives = 266/266 (100%), Gaps = 0/266 (0%) Query 1 SKTIGLMVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAG 60 SKTIGLMVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAG Sbjct 1 SKTIGLMVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAG 60 Query 61 IIASRSQCEDEYANIDIPVVAFENHILDNIITISSDNYNGGRMAFDHLYEKGCRKILHIK 120 IIASRSQCEDEYANIDIPVVAFENHILDNIITISSDNYNGGRMAFDHLYEKGCRKILHIK Sbjct 61 IIASRSQCEDEYANIDIPVVAFENHILDNIITISSDNYNGGRMAFDHLYEKGCRKILHIK 120 Query 121 GPEVFEATELRYKGFLDGARAKDLEIDFIEFQHDFQVKMLEEDINSMKDIVNYDGIFVFN 180 GPEVFEATELRYKGFLDGARAKDLEIDFIEFQHDFQVKMLEEDINSMKDIVNYDGIFVFN Sbjct 121 GPEVFEATELRYKGFLDGARAKDLEIDFIEFQHDFQVKMLEEDINSMKDIVNYDGIFVFN 180 Query 181 DIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTINQPIEALAYTIIELLIK 240 DIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTINQPIEALAYTIIELLIK Sbjct 181 DIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTINQPIEALAYTIIELLIK 240 Query 241 IINGEGVLIEDYIMEVKLIERETTIS 266 IINGEGVLIEDYIMEVKLIERETTIS Sbjct 241 IINGEGVLIEDYIMEVKLIERETTIS 266 >d3c3ka1 Length=271 Score = 110 bits (274), Expect = 6.84e-31 Identities = 74/246 (30%), Positives = 124/246 (50%), Gaps = 7/246 (2%) Query 6 LMVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAGIIASR 65 +MV NI+NPF + IE+ A+ GY + LCNT+ D + ++ L +L V G+I Sbjct 7 VMVSNIANPFCAAVVKGIEKTAEKNGYRILLCNTESDLARSRSCLTLLSGKMVDGVITMD 66 Query 66 SQCE-DEYANI--DIP-VVAFENHILDNIITISSDNYNGGRMAFDHLYEKGCRKILHIKG 121 + E E NI P V E L + ++S D+ D L + G ++I I Sbjct 67 ALSELPELQNIIGAFPWVQCAEYDPLSTVSSVSIDDVAASEYVVDQLVKSGKKRIALINH 126 Query 122 PEVFEATELRYKGFLDGARAKDLEIDFIEFQH--DFQVKMLEEDINSMKDIVNYDGIFVF 179 ++ + R G+L+ + L+ I + D+ L + +K V D IF Sbjct 127 DLAYQYAQHRESGYLNRLKFHGLDYSRISYAENLDYMAGKLAT-FSLLKSAVKPDAIFAI 185 Query 180 NDIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTINQPIEALAYTIIELLI 239 +D+ AA ++AL + G+SIPQ+V ++GFD I ++ P+LTT+ QP E + + LL+ Sbjct 186 SDVLAAGAIQALTESGLSIPQDVAVVGFDGVDISQITVPALTTVQQPSEQIGMKAVSLLL 245 Query 240 KIINGE 245 + I+ + Sbjct 246 EQIHSD 251 >d3tb6a_ Length=283 Score = 78.2 bits (191), Expect = 5.38e-19 Identities = 67/279 (24%), Positives = 132/279 (47%), Gaps = 17/279 (6%) Query 1 SKTIGLMVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAG 60 +KTIG++ IS+ F + IE Y +GY++ L +T+++ + E+ LE L S + G Sbjct 1 NKTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDG 60 Query 61 IIASRSQCEDEYANIDIPVVAFENHILDNIITISS----------DNYNGGRMAFDHLYE 110 +I ++ + NI + +N I +I S D+ GG MA +HL Sbjct 61 LIVEPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLS 120 Query 111 KGCRKILHIKGPEVFEATELRYKGFLDGARAKDL----EIDFIEFQHDFQVKMLEEDINS 166 G ++ I + + + R GF+ R ++L ++ + + K+LE+ + Sbjct 121 LGHTHMMGIFKADDTQGVK-RMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKAT 179 Query 167 MKDIVNY--DGIFVFNDIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTIN 224 ++ + I +ND A V+ L++ + +P+++ I+G+D+S ++ LT++ Sbjct 180 LEKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVK 239 Query 225 QPIEALAYTIIELLIKIINGEGVLIEDYIMEVKLIERET 263 P L + +I + + ED I E +LI R++ Sbjct 240 HPKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQS 278 Query= d3tb6a_ Length=283 >d3tb6a_ Length=283 Score = 552 bits (1423), Expect = 2.91e-204 Identities = 283/283 (100%), Positives = 283/283 (100%), Gaps = 0/283 (0%) Query 1 NKTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDG 60 NKTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDG Sbjct 1 NKTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDG 60 Query 61 LIVEPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLS 120 LIVEPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLS Sbjct 61 LIVEPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLS 120 Query 121 LGHTHMMGIFKADDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKATL 180 LGHTHMMGIFKADDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKATL Sbjct 121 LGHTHMMGIFKADDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKATL 180 Query 181 EKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVKH 240 EKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVKH Sbjct 181 EKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVKH 240 Query 241 PKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSARKLN 283 PKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSARKLN Sbjct 241 PKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSARKLN 283 >d1dbqa_ Length=282 Score = 100 bits (250), Expect = 3.65e-27 Identities = 78/289 (26%), Positives = 142/289 (49%), Gaps = 28/289 (9%) Query 2 KTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDGL 61 K+IG+L T F II +E ++GY+++L + NN + +R L + + +DGL Sbjct 1 KSIGLLATSSEAAYFAEIIEAVEKNCFQKGYTLILGNAWNNLEKQRAYLSMMAQKRVDGL 60 Query 62 IV------EPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDV-KGGMMA 114 +V EP + L+ E IP +++ A+ +D+ +GG MA Sbjct 61 LVMCSEYPEPLLAMLE----------EYRHIPMVVMDWGEAKADFTDAVIDNAFEGGYMA 110 Query 115 AEHLLSLGHTHMMGIFKA--DDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTEEKES-- 170 +L+ GH + G+ + G R+ GF++A E + P+ + E ES Sbjct 111 GRYLIERGHREI-GVIPGPLERNTGAGRLAGFMKAMEEA-MIKVPESWIVQGDFEPESGY 168 Query 171 KLLEKVKATLEKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQI 230 + ++++ + H PTA+ C D +A+ + EM L+VP+D+S++GYD+ A+ Sbjct 169 RAMQQILS-----QPHRPTAVFCGGDIMAMGALCAADEMGLRVPQDVSLIGYDNVRNARY 223 Query 231 SEVKLTSVKHPKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSA 279 LT++ PK LG+ A ++D + +K+ + + + P LI R+S Sbjct 224 FTPALTTIHQPKDSLGETAFNMLLDRIVNKREEPQSIEVHPRLIERRSV 272 >d4rk4a_ Length=275 Score = 99.8 bits (247), Expect = 8.62e-27 Identities = 77/279 (27%), Positives = 138/279 (49%), Gaps = 10/279 (3%) Query 4 IGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDGLIV 63 IGVL + +++ F + IE L GY +++T T ++P+ E R L+ L S+ +DG+I+ Sbjct 4 IGVLVSRVTNPFFAGLFDAIERELHAHGYQVMITQTYDDPEAEERFLKQLKSRELDGVIL 63 Query 64 EPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLSLGH 123 ++++ P+ + G ++NA A S L + A ++L + GH Sbjct 64 ----ASVEAPDRVMAVAKAFPG-RVVVVNADVQIPGATSLVLPHYQATRDALDYLFNQGH 118 Query 124 ---THMMGIFKADDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKATL 180 ++ G + G R F+ + +L + D++ KE + + K A+L Sbjct 119 RRFAYVSGGTISGAHHGQSRTQAFLDFMQAHQLLVAQDLLFGQIHTAKEGQAVGKQLASL 178 Query 181 EKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVKH 240 N + P A+ +DE+A+ VID L D+KVP+D++++GYDD FA +++ LT+V Sbjct 179 APNVR--PDAVFTNSDEVAVGVIDSLLAADVKVPDDIAVMGYDDQPFAPFAKIPLTTVHQ 236 Query 241 PKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSA 279 P + + AA ++ L + + L IRQSA Sbjct 237 PVASMAAAATHELLKGLGRQVAQDTQPTLHLSLKIRQSA 275 >d3ctpa_ Length=266 Score = 75.9 bits (185), Expect = 3.84e-18 Identities = 67/280 (23%), Positives = 132/280 (47%), Gaps = 17/280 (6%) Query 1 NKTIGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDG 60 +KTIG++ IS+ F + IE Y +GY++ L +T+++ + E+ LE L S + G Sbjct 1 SKTIGLMVPNISNPFFNQMASVIEEYAKNKGYTLFLCNTDDDKEKEKTYLEVLQSHRVAG 60 Query 61 LIVEPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLS 120 +I ++ + NI + +N I +I S D+ GG MA +HL Sbjct 61 IIASRSQCEDEYANIDIPVVAFENHILDNIITISS----------DNYNGGRMAFDHLYE 110 Query 121 LGHTHMMGIFKADDTQGVK-RMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKAT 179 G ++ I + + + R GF+ R ++L ++ + + K+LE+ + Sbjct 111 KGCRKILHIKGPEVFEATELRYKGFLDGARAKDL----EIDFIEFQHDFQVKMLEEDINS 166 Query 180 LEKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVK 239 ++ + I +ND A V+ L++ + +P+++ I+G+D+S ++ LT++ Sbjct 167 MKDIVNY--DGIFVFNDIAAATVMRALKKRGVSIPQEVQIIGFDNSFIGELLYPSLTTIN 224 Query 240 HPKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSA 279 P L + +I + + ED I E +LI R++ Sbjct 225 QPIEALAYTIIELLIKIINGEGVLIEDYIMEVKLIERETT 264 Query= d3h5oa1 Length=269 >d3h5oa1 Length=269 Score = 532 bits (1371), Expect = 8.32e-197 Identities = 269/269 (100%), Positives = 269/269 (100%), Gaps = 0/269 (0%) Query 1 RTVLVLIPSLANTVFLETLTGIETVLDAAGYQMLIGNSHYDAGQELQLLRAYLQHRPDGV 60 RTVLVLIPSLANTVFLETLTGIETVLDAAGYQMLIGNSHYDAGQELQLLRAYLQHRPDGV Sbjct 1 RTVLVLIPSLANTVFLETLTGIETVLDAAGYQMLIGNSHYDAGQELQLLRAYLQHRPDGV 60 Query 61 LITGLSHAEPFERILSQHALPVVYMMDLADDGRCCVGFSQEDAGAAITRHLLSRGKRRIG 120 LITGLSHAEPFERILSQHALPVVYMMDLADDGRCCVGFSQEDAGAAITRHLLSRGKRRIG Sbjct 61 LITGLSHAEPFERILSQHALPVVYMMDLADDGRCCVGFSQEDAGAAITRHLLSRGKRRIG 120 Query 121 FLGAQLDERVMKRLDGYRAALDAADCRDAGLEWLDPQPSSMQMGADMLDRALAERPDCDA 180 FLGAQLDERVMKRLDGYRAALDAADCRDAGLEWLDPQPSSMQMGADMLDRALAERPDCDA Sbjct 121 FLGAQLDERVMKRLDGYRAALDAADCRDAGLEWLDPQPSSMQMGADMLDRALAERPDCDA 180 Query 181 LFCCNDDLAIGALARSQQLGIAVPERLAIAGFNDLQPAAWCTPPLTTVATPRRDIGVHAA 240 LFCCNDDLAIGALARSQQLGIAVPERLAIAGFNDLQPAAWCTPPLTTVATPRRDIGVHAA Sbjct 181 LFCCNDDLAIGALARSQQLGIAVPERLAIAGFNDLQPAAWCTPPLTTVATPRRDIGVHAA 240 Query 241 KALLQLIDGEEPASRRADLGFRLMLRRSS 269 KALLQLIDGEEPASRRADLGFRLMLRRSS Sbjct 241 KALLQLIDGEEPASRRADLGFRLMLRRSS 269 Query= d3brsa_ Length=276 >d3brsa_ Length=276 Score = 532 bits (1370), Expect = 2.03e-196 Identities = 276/276 (100%), Positives = 276/276 (100%), Gaps = 0/276 (0%) Query 1 QYYMICIPKVLDDSSDFWSVLVEGAQMAAKEYEIKLEFMAPEKEEDYLVQNELIEEAIKR 60 QYYMICIPKVLDDSSDFWSVLVEGAQMAAKEYEIKLEFMAPEKEEDYLVQNELIEEAIKR Sbjct 1 QYYMICIPKVLDDSSDFWSVLVEGAQMAAKEYEIKLEFMAPEKEEDYLVQNELIEEAIKR 60 Query 61 KPDVILLAAADYEKTYDAAKEIKDAGIKLIVIDSGMKQDIADITVATDNIQAGIRIGAVT 120 KPDVILLAAADYEKTYDAAKEIKDAGIKLIVIDSGMKQDIADITVATDNIQAGIRIGAVT Sbjct 61 KPDVILLAAADYEKTYDAAKEIKDAGIKLIVIDSGMKQDIADITVATDNIQAGIRIGAVT 120 Query 121 KNLVRKSGKIGVISFVKNSKTAMDREEGLKIGLSDDSNKIEAIYYCDSNYDKAYDGTVEL 180 KNLVRKSGKIGVISFVKNSKTAMDREEGLKIGLSDDSNKIEAIYYCDSNYDKAYDGTVEL Sbjct 121 KNLVRKSGKIGVISFVKNSKTAMDREEGLKIGLSDDSNKIEAIYYCDSNYDKAYDGTVEL 180 Query 181 LTKYPDISVMVGLNQYSATGAARAIKDMSLEAKVKLVCIDSSMEQIQYLEEGIFEAMVVQ 240 LTKYPDISVMVGLNQYSATGAARAIKDMSLEAKVKLVCIDSSMEQIQYLEEGIFEAMVVQ Sbjct 181 LTKYPDISVMVGLNQYSATGAARAIKDMSLEAKVKLVCIDSSMEQIQYLEEGIFEAMVVQ 240 Query 241 KPFNIGYLGVEKALKLLKKEYVPKQLDSGCALITKD 276 KPFNIGYLGVEKALKLLKKEYVPKQLDSGCALITKD Sbjct 241 KPFNIGYLGVEKALKLLKKEYVPKQLDSGCALITKD 276 Query= d4rk4a_ Length=275 >d4rk4a_ Length=275 Score = 528 bits (1361), Expect = 4.43e-195 Identities = 275/275 (100%), Positives = 275/275 (100%), Gaps = 0/275 (0%) Query 1 TGNIGVLVSRVTNPFFAGLFDAIERELHAHGYQVMITQTYDDPEAEERFLKQLKSRELDG 60 TGNIGVLVSRVTNPFFAGLFDAIERELHAHGYQVMITQTYDDPEAEERFLKQLKSRELDG Sbjct 1 TGNIGVLVSRVTNPFFAGLFDAIERELHAHGYQVMITQTYDDPEAEERFLKQLKSRELDG 60 Query 61 VILASVEAPDRVMAVAKAFPGRVVVVNADVQIPGATSLVLPHYQATRDALDYLFNQGHRR 120 VILASVEAPDRVMAVAKAFPGRVVVVNADVQIPGATSLVLPHYQATRDALDYLFNQGHRR Sbjct 61 VILASVEAPDRVMAVAKAFPGRVVVVNADVQIPGATSLVLPHYQATRDALDYLFNQGHRR 120 Query 121 FAYVSGGTISGAHHGQSRTQAFLDFMQAHQLLVAQDLLFGQIHTAKEGQAVGKQLASLAP 180 FAYVSGGTISGAHHGQSRTQAFLDFMQAHQLLVAQDLLFGQIHTAKEGQAVGKQLASLAP Sbjct 121 FAYVSGGTISGAHHGQSRTQAFLDFMQAHQLLVAQDLLFGQIHTAKEGQAVGKQLASLAP 180 Query 181 NVRPDAVFTNSDEVAVGVIDSLLAADVKVPDDIAVMGYDDQPFAPFAKIPLTTVHQPVAS 240 NVRPDAVFTNSDEVAVGVIDSLLAADVKVPDDIAVMGYDDQPFAPFAKIPLTTVHQPVAS Sbjct 181 NVRPDAVFTNSDEVAVGVIDSLLAADVKVPDDIAVMGYDDQPFAPFAKIPLTTVHQPVAS 240 Query 241 MAAAATHELLKGLGRQVAQDTQPTLHLSLKIRQSA 275 MAAAATHELLKGLGRQVAQDTQPTLHLSLKIRQSA Sbjct 241 MAAAATHELLKGLGRQVAQDTQPTLHLSLKIRQSA 275 >d3tb6a_ Length=283 Score = 97.1 bits (240), Expect = 8.37e-26 Identities = 77/279 (27%), Positives = 138/279 (49%), Gaps = 10/279 (3%) Query 4 IGVLVSRVTNPFFAGLFDAIERELHAHGYQVMITQTYDDPEAEERFLKQLKSRELDGVIL 63 IGVL + +++ F + IE L GY +++T T ++P+ E R L+ L S+ +DG+I+ Sbjct 4 IGVLTTYISDYIFPSIIRGIESYLSEQGYSMLLTSTNNNPDNERRGLENLLSQHIDGLIV 63 Query 64 ----ASVEAPDRVMAVAKAFPG-RVVVVNADVQIPGATSLVLPHYQATRDALDYLFNQGH 118 ++++ P+ + G ++NA A S L + A ++L + GH Sbjct 64 EPTKSALQTPNIGYYLNLEKNGIPFAMINASYAELAAPSFTLDDVKGGMMAAEHLLSLGH 123 Query 119 RRFAYVSGGTISGAHHGQSRTQAFLDFMQAHQLLVAQDLLFGQIHTAKEGQAVGKQLASL 178 ++ G + G R F+ + +L + D++ KE + + K A+L Sbjct 124 ---THMMGIFKADDTQGVKRMNGFIQAHRERELFPSPDMIVTFTTEEKESKLLEKVKATL 180 Query 179 APNVR--PDAVFTNSDEVAVGVIDSLLAADVKVPDDIAVMGYDDQPFAPFAKIPLTTVHQ 236 N + P A+ +DE+A+ VID L D+KVP+D++++GYDD FA +++ LT+V Sbjct 181 EKNSKHMPTAILCYNDEIALKVIDMLREMDLKVPEDMSIVGYDDSHFAQISEVKLTSVKH 240 Query 237 PVASMAAAATHELLKGLGRQVAQDTQPTLHLSLKIRQSA 275 P + + AA ++ L + + L IRQSA Sbjct 241 PKSVLGKAAAKYVIDCLEHKKPKQEDVIFEPELIIRQSA 279 Query= d3k9ca_ Length=268 >d3k9ca_ Length=268 Score = 510 bits (1313), Expect = 5.35e-188 Identities = 268/268 (100%), Positives = 268/268 (100%), Gaps = 0/268 (0%) Query 1 RLLGVVFELQQPFHGDLVEQIYAAATRRGYDVMLSAVAPSRAEKVAVQALMRERCEAAIL 60 RLLGVVFELQQPFHGDLVEQIYAAATRRGYDVMLSAVAPSRAEKVAVQALMRERCEAAIL Sbjct 1 RLLGVVFELQQPFHGDLVEQIYAAATRRGYDVMLSAVAPSRAEKVAVQALMRERCEAAIL 60 Query 61 LGTRFDTDELGALADRVPALVVARASGLPGVGAVRGDDVAGITLAVDHLTELGHRNIAHI 120 LGTRFDTDELGALADRVPALVVARASGLPGVGAVRGDDVAGITLAVDHLTELGHRNIAHI Sbjct 61 LGTRFDTDELGALADRVPALVVARASGLPGVGAVRGDDVAGITLAVDHLTELGHRNIAHI 120 Query 121 DGADAPGGADRRAGFLAAMDRHGLSASATVVTGGTTETEGAEGMHTLLEMPTPPTAVVAF 180 DGADAPGGADRRAGFLAAMDRHGLSASATVVTGGTTETEGAEGMHTLLEMPTPPTAVVAF Sbjct 121 DGADAPGGADRRAGFLAAMDRHGLSASATVVTGGTTETEGAEGMHTLLEMPTPPTAVVAF 180 Query 181 NDRCATGVLDLLVRSGRDVPADISVVGYDDSRLARIPHVQMTTISQDATHMAEAAVDGAL 240 NDRCATGVLDLLVRSGRDVPADISVVGYDDSRLARIPHVQMTTISQDATHMAEAAVDGAL Sbjct 181 NDRCATGVLDLLVRSGRDVPADISVVGYDDSRLARIPHVQMTTISQDATHMAEAAVDGAL 240 Query 241 AQISGDKAVDLVLAPHLVRRATTGPVAH 268 AQISGDKAVDLVLAPHLVRRATTGPVAH Sbjct 241 AQISGDKAVDLVLAPHLVRRATTGPVAH 268 Query= d3e3ma1 Length=277 >d3e3ma1 Length=277 Score = 546 bits (1406), Expect = 7.13e-202 Identities = 277/277 (100%), Positives = 277/277 (100%), Gaps = 0/277 (0%) Query 1 GFVGLLLPSLNNLHFAQTAQSLTDVLEQGGLQLLLGYTAYSPEREEQLVETMLRRRPEAM 60 GFVGLLLPSLNNLHFAQTAQSLTDVLEQGGLQLLLGYTAYSPEREEQLVETMLRRRPEAM Sbjct 1 GFVGLLLPSLNNLHFAQTAQSLTDVLEQGGLQLLLGYTAYSPEREEQLVETMLRRRPEAM 60 Query 61 VLSYDGHTEQTIRLLQRASIPIVEIWEKPAHPIGHTVGFSNERAAYDMTNALLARGFRKI 120 VLSYDGHTEQTIRLLQRASIPIVEIWEKPAHPIGHTVGFSNERAAYDMTNALLARGFRKI Sbjct 61 VLSYDGHTEQTIRLLQRASIPIVEIWEKPAHPIGHTVGFSNERAAYDMTNALLARGFRKI 120 Query 121 VFLGEKDDDWTRGAARRAGFKRAMREAGLNPDQEIRLGAPPLSIEDGVAAAELILQEYPD 180 VFLGEKDDDWTRGAARRAGFKRAMREAGLNPDQEIRLGAPPLSIEDGVAAAELILQEYPD Sbjct 121 VFLGEKDDDWTRGAARRAGFKRAMREAGLNPDQEIRLGAPPLSIEDGVAAAELILQEYPD 180 Query 181 TDCIFCVSDMPAFGLLSRLKSIGVAVPEQVSVVGFGNFEVSRFASPEISTVRVDPIAIGR 240 TDCIFCVSDMPAFGLLSRLKSIGVAVPEQVSVVGFGNFEVSRFASPEISTVRVDPIAIGR Sbjct 181 TDCIFCVSDMPAFGLLSRLKSIGVAVPEQVSVVGFGNFEVSRFASPEISTVRVDPIAIGR 240 Query 241 ETGSLILRLLDPKQRSPQTAQHITLPPVLEFRPSLKN 277 ETGSLILRLLDPKQRSPQTAQHITLPPVLEFRPSLKN Sbjct 241 ETGSLILRLLDPKQRSPQTAQHITLPPVLEFRPSLKN 277 Query= d1elja_ Length=380 >d1elja_ Length=380 Score = 787 bits (2032), Expect = 8.08e-294 Identities = 380/380 (100%), Positives = 380/380 (100%), Gaps = 0/380 (0%) Query 1 MKIEEGKVVIWHAMQPNELEVFQSLAEEYMALCPEVEIVFEQKPNLEDALKAAIPTGQGP 60 MKIEEGKVVIWHAMQPNELEVFQSLAEEYMALCPEVEIVFEQKPNLEDALKAAIPTGQGP Sbjct 1 MKIEEGKVVIWHAMQPNELEVFQSLAEEYMALCPEVEIVFEQKPNLEDALKAAIPTGQGP 60 Query 61 DLFIWAHDWIGKFAEAGLLEPIDEYVTEDLLNEFAPMAQDAMQYKGHYYALPFAAETVAI 120 DLFIWAHDWIGKFAEAGLLEPIDEYVTEDLLNEFAPMAQDAMQYKGHYYALPFAAETVAI Sbjct 61 DLFIWAHDWIGKFAEAGLLEPIDEYVTEDLLNEFAPMAQDAMQYKGHYYALPFAAETVAI 120 Query 121 IYNKEMVSEPPKTFDEMKAIMEKYYDPANEKYGIAWPINAYFISAIAQAFGGYYFDDKTE 180 IYNKEMVSEPPKTFDEMKAIMEKYYDPANEKYGIAWPINAYFISAIAQAFGGYYFDDKTE Sbjct 121 IYNKEMVSEPPKTFDEMKAIMEKYYDPANEKYGIAWPINAYFISAIAQAFGGYYFDDKTE 180 Query 181 QPGLDKPETIEGFKFFFTEIWPYMAPTGDYNTQQSIFLEGRAPMMVNGPWSINDVKKAGI 240 QPGLDKPETIEGFKFFFTEIWPYMAPTGDYNTQQSIFLEGRAPMMVNGPWSINDVKKAGI Sbjct 181 QPGLDKPETIEGFKFFFTEIWPYMAPTGDYNTQQSIFLEGRAPMMVNGPWSINDVKKAGI 240 Query 241 NFGVVPLPPIIKDGKEYWPRPYGGVKLIYFAAGIKNKDAAWKFAKWLTTSEESIKTLALE 300 NFGVVPLPPIIKDGKEYWPRPYGGVKLIYFAAGIKNKDAAWKFAKWLTTSEESIKTLALE Sbjct 241 NFGVVPLPPIIKDGKEYWPRPYGGVKLIYFAAGIKNKDAAWKFAKWLTTSEESIKTLALE 300 Query 301 LGYIPVLTKVLDDPEIKNDPVIYGFGQAVQHAYLMPKSPKMSAVWGGVDGAINEILQDPQ 360 LGYIPVLTKVLDDPEIKNDPVIYGFGQAVQHAYLMPKSPKMSAVWGGVDGAINEILQDPQ Sbjct 301 LGYIPVLTKVLDDPEIKNDPVIYGFGQAVQHAYLMPKSPKMSAVWGGVDGAINEILQDPQ 360 Query 361 NADIEGILKKYQQEILNNMQ 380 NADIEGILKKYQQEILNNMQ Sbjct 361 NADIEGILKKYQQEILNNMQ 380 Query= d1pb7a_ Length=289 >d1pb7a_ Length=289 Score = 597 bits (1538), Expect = 1.36e-221 Identities = 289/289 (100%), Positives = 289/289 (100%), Gaps = 0/289 (0%) Query 1 TRLKIVTIHQEPFVYVKPTMSDGTCKEEFTVNGDPVKKVICTGPNDTSPGSPRHTVPQCC 60 TRLKIVTIHQEPFVYVKPTMSDGTCKEEFTVNGDPVKKVICTGPNDTSPGSPRHTVPQCC Sbjct 1 TRLKIVTIHQEPFVYVKPTMSDGTCKEEFTVNGDPVKKVICTGPNDTSPGSPRHTVPQCC 60 Query 61 YGFCIDLLIKLARTMNFTYEVHLVADGKFGTQERVNNSNKKEWNGMMGELLSGQADMIVA 120 YGFCIDLLIKLARTMNFTYEVHLVADGKFGTQERVNNSNKKEWNGMMGELLSGQADMIVA Sbjct 61 YGFCIDLLIKLARTMNFTYEVHLVADGKFGTQERVNNSNKKEWNGMMGELLSGQADMIVA 120 Query 121 PLTINNERAQYIEFSKPFKYQGLTILVKKGTRITGINDPRLRNPSDKFIYATVKQSSVDI 180 PLTINNERAQYIEFSKPFKYQGLTILVKKGTRITGINDPRLRNPSDKFIYATVKQSSVDI Sbjct 121 PLTINNERAQYIEFSKPFKYQGLTILVKKGTRITGINDPRLRNPSDKFIYATVKQSSVDI 180 Query 181 YFRRQVELSTMYRHMEKHNYESAAEAIQAVRDNKLHAFIWDSAVLEFEASQKCDLVTTGE 240 YFRRQVELSTMYRHMEKHNYESAAEAIQAVRDNKLHAFIWDSAVLEFEASQKCDLVTTGE Sbjct 181 YFRRQVELSTMYRHMEKHNYESAAEAIQAVRDNKLHAFIWDSAVLEFEASQKCDLVTTGE 240 Query 241 LFFRSGFGIGMRKDSPWKQNVSLSILKSHENGFMEDLDKTWVRYQECDS 289 LFFRSGFGIGMRKDSPWKQNVSLSILKSHENGFMEDLDKTWVRYQECDS Sbjct 241 LFFRSGFGIGMRKDSPWKQNVSLSILKSHENGFMEDLDKTWVRYQECDS 289 >d4kcda_ Length=290 Score = 184 bits (468), Expect = 4.06e-59 Identities = 104/298 (34%), Positives = 172/298 (57%), Gaps = 25/298 (8%) Query 3 LKIVTIHQEPFVYVKPTMSDGTCK------EEFTVNGDPVKKVICT--GPNDTSPGSPRH 54 L++VT+ + PFV+ + +G C + T + + ++ + NDT P Sbjct 5 LRVVTLIEHPFVFTREVDDEGLCPAGQLCLDPMTNDSSMLDRLFSSLHSSNDTVP----I 60 Query 55 TVPQCCYGFCIDLLIKLARTMNFTYEVHLVADGKFGTQERVNNSNKKEWNGMMGELLSGQ 114 +CCYG+CIDLL +LA MNF +++++V DGK+G + + W G++G+LLSG Sbjct 61 KFKKCCYGYCIDLLEQLAEDMNFDFDLYIVGDGKYGAWKNGH------WTGLVGDLLSGT 114 Query 115 ADMIVAPLTINNERAQYIEFSKPFKYQGLTILVK-KGTRITGINDPRLRNPSDKFIYATV 173 A+M V +IN R+Q I+F+ PF L ILV+ +GT ++GI+DP+L +PS F + TV Sbjct 115 ANMAVTSFSINTARSQVIDFTSPFFSTSLGILVRTRGTELSGIHDPKLHHPSQGFRFGTV 174 Query 174 KQSSVDIYFRRQVELSTMYRHMEKHNYESAAEAIQAVRDN--KLHAFIWDSAVLEFEAS- 230 ++SS + Y R+ M+ +M ++N + + +Q ++++ KL AFI D A+L++E S Sbjct 175 RESSAEDYVRQS--FPEMHEYMRRYNVPATPDGVQYLKNDPEKLDAFIMDKALLDYEVSI 232 Query 231 -QKCDLVTTGELFFRSGFGIGMRKDSPWKQNVSLSILKSHENGFMEDLDKTWVRYQEC 287 C L+T G+ F G+GIG+ +SP N+S I + +GFM+ L W + C Sbjct 233 DADCKLLTVGKPFAIEGYGIGLPPNSPLTSNISELISQYKSHGFMDVLHDKWYKVVPC 290 Query= d1xt8a1 Length=248 >d1xt8a1 Length=248 Score = 492 bits (1266), Expect = 1.67e-181 Identities = 248/248 (100%), Positives = 248/248 (100%), Gaps = 0/248 (0%) Query 1 LNSLDKIKQNGVVRIGVFGDKPPFGYVDEKGNNQGYDIALAKRIAKELFGDENKVQFVLV 60 LNSLDKIKQNGVVRIGVFGDKPPFGYVDEKGNNQGYDIALAKRIAKELFGDENKVQFVLV Sbjct 1 LNSLDKIKQNGVVRIGVFGDKPPFGYVDEKGNNQGYDIALAKRIAKELFGDENKVQFVLV 60 Query 61 EAANRVEFLKSNKVDIILANFTQTPQRAEQVDFCSPYMKVALGVAVPKDSNITSVEDLKD 120 EAANRVEFLKSNKVDIILANFTQTPQRAEQVDFCSPYMKVALGVAVPKDSNITSVEDLKD Sbjct 61 EAANRVEFLKSNKVDIILANFTQTPQRAEQVDFCSPYMKVALGVAVPKDSNITSVEDLKD 120 Query 121 KTLLLNKGTTADAYFTQNYPNIKTLKYDQNTETFAALMDKRGDALSHDNTLLFAWVKDHP 180 KTLLLNKGTTADAYFTQNYPNIKTLKYDQNTETFAALMDKRGDALSHDNTLLFAWVKDHP Sbjct 121 KTLLLNKGTTADAYFTQNYPNIKTLKYDQNTETFAALMDKRGDALSHDNTLLFAWVKDHP 180 Query 181 DFKMGIKELGNKDVIAPAVKKGDKELKEFIDNLIIKLGQEQFFHKAYDETLKAHFGDDVK 240 DFKMGIKELGNKDVIAPAVKKGDKELKEFIDNLIIKLGQEQFFHKAYDETLKAHFGDDVK Sbjct 181 DFKMGIKELGNKDVIAPAVKKGDKELKEFIDNLIIKLGQEQFFHKAYDETLKAHFGDDVK 240 Query 241 ADDVVIEG 248 ADDVVIEG Sbjct 241 ADDVVIEG 248 Query= d2xwva1 Length=306 >d2xwva1 Length=306 Score = 592 bits (1527), Expect = 2.42e-219 Identities = 306/306 (100%), Positives = 306/306 (100%), Gaps = 0/306 (0%) Query 1 ADYDLKFGMNAGTSSNEYKAAEMFAKEVKEKSQGKIEISLYPSSQLGDDRAMLKQLKDGS 60 ADYDLKFGMNAGTSSNEYKAAEMFAKEVKEKSQGKIEISLYPSSQLGDDRAMLKQLKDGS Sbjct 1 ADYDLKFGMNAGTSSNEYKAAEMFAKEVKEKSQGKIEISLYPSSQLGDDRAMLKQLKDGS 60 Query 61 LDFTFAESARFQLFYPEAAVFALPYVISNYNVAQKALFDTEFGKDLIKKMDKDLGVTLLS 120 LDFTFAESARFQLFYPEAAVFALPYVISNYNVAQKALFDTEFGKDLIKKMDKDLGVTLLS Sbjct 61 LDFTFAESARFQLFYPEAAVFALPYVISNYNVAQKALFDTEFGKDLIKKMDKDLGVTLLS 120 Query 121 QAYNGTRQTTSNRAINSIADMKGLKLRVPNAATNLAYAKYVGASPTPMAFSEVYLALQTN 180 QAYNGTRQTTSNRAINSIADMKGLKLRVPNAATNLAYAKYVGASPTPMAFSEVYLALQTN Sbjct 121 QAYNGTRQTTSNRAINSIADMKGLKLRVPNAATNLAYAKYVGASPTPMAFSEVYLALQTN 180 Query 181 AVDGQENPLAAVQAQKFYEVQKFLAMTNHILNDQLYLVSNETYKELPEDLQKVVKDAAEN 240 AVDGQENPLAAVQAQKFYEVQKFLAMTNHILNDQLYLVSNETYKELPEDLQKVVKDAAEN Sbjct 181 AVDGQENPLAAVQAQKFYEVQKFLAMTNHILNDQLYLVSNETYKELPEDLQKVVKDAAEN 240 Query 241 AAKYHTKLFVDGEKDLVTFFEKQGVKITHPDLVPFKESMKPYYAEFVKQTGQKGESALKQ 300 AAKYHTKLFVDGEKDLVTFFEKQGVKITHPDLVPFKESMKPYYAEFVKQTGQKGESALKQ Sbjct 241 AAKYHTKLFVDGEKDLVTFFEKQGVKITHPDLVPFKESMKPYYAEFVKQTGQKGESALKQ 300 Query 301 IEAINP 306 IEAINP Sbjct 301 IEAINP 306 >d4ng7a1 Length=298 Score = 107 bits (268), Expect = 2.14e-29 Identities = 73/284 (25%), Positives = 137/284 (48%), Gaps = 7/284 (2%) Query 20 AAEMFAKEVKEKSQGKIEISLYPSSQLGDDRAMLKQLKDGSLDFTFAESARFQLFYPEAA 79 A + +++K+++ GK+EI ++P LGD++ M++Q + G++D A P+ Sbjct 16 AVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMIRVSMAPVAAILPDIE 75 Query 80 VFALPYVISNYNVAQKALFDTEFGKDLIKKMDKDLGVTLLSQAY--NGTRQTTSNRAINS 137 VF LPYV + + K + D + GK + K+ + L+ + +GTR + + Sbjct 76 VFTLPYVFRDEDHMHK-IIDGDIGKSIGDKLTNNPKSRLVFLGWMDSGTRNLITKNPVEK 134 Query 138 IADMKGLKLRVPNAATNLAYAKYVGASPTPMAFSEVYLALQTNAVDGQENPLAAVQAQKF 197 D+ G+K+RV + L K +GA+ M SEV+ +QT +DG EN A + Sbjct 135 PEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGVIDGAENNPPTFVAHNY 194 Query 198 YEVQKFLAMTNHILNDQLYLVSNETYKELPEDLQKVVKDAAENAAKYHTKLFVDGEKDLV 257 V K ++ H + ++ L S + +L D Q+ + A A KL+ ++ + Sbjct 195 MPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREAQFEQRKLWDAYNQEAL 254 Query 258 TFFEKQGVKITHPDLVPFKESMKPYYAEFVKQTGQKGESALKQI 301 + GV+ D F ++ +P A++ G+K ++ +K I Sbjct 255 AKMKAGGVQFHEIDKAYFVKATEPVRAQY----GEKHQALMKAI 294 Query= d4euoa_ Length=313 >d4euoa_ Length=313 Score = 631 bits (1627), Expect = 2.38e-234 Identities = 313/313 (100%), Positives = 313/313 (100%), Gaps = 0/313 (0%) Query 1 DLVFSSWGGTTQDAQKAAWAEKFMVETGINVLQDGPTDYGKLKAMVEANGVTWDVVDVEG 60 DLVFSSWGGTTQDAQKAAWAEKFMVETGINVLQDGPTDYGKLKAMVEANGVTWDVVDVEG Sbjct 1 DLVFSSWGGTTQDAQKAAWAEKFMVETGINVLQDGPTDYGKLKAMVEANGVTWDVVDVEG 60 Query 61 DYAAQAGPKGLLEKLDFSVIDKTKLDPRFVTDYSVGSFYYSFVIGCNVDSVSACPKSWAD 120 DYAAQAGPKGLLEKLDFSVIDKTKLDPRFVTDYSVGSFYYSFVIGCNVDSVSACPKSWAD Sbjct 61 DYAAQAGPKGLLEKLDFSVIDKTKLDPRFVTDYSVGSFYYSFVIGCNVDSVSACPKSWAD 120 Query 121 LFDTAKFPGKRTFYKWSAPGVIEAALLADGVTADKLYPLDLDRAFKKLDTIKSDIIWWSG 180 LFDTAKFPGKRTFYKWSAPGVIEAALLADGVTADKLYPLDLDRAFKKLDTIKSDIIWWSG Sbjct 121 LFDTAKFPGKRTFYKWSAPGVIEAALLADGVTADKLYPLDLDRAFKKLDTIKSDIIWWSG 180 Query 181 GAQSQQLIASAEAPFGSVWNGRMTALEQSGVKVETSWAQNITAADSLVVPKGTKNKDAAM 240 GAQSQQLIASAEAPFGSVWNGRMTALEQSGVKVETSWAQNITAADSLVVPKGTKNKDAAM Sbjct 181 GAQSQQLIASAEAPFGSVWNGRMTALEQSGVKVETSWAQNITAADSLVVPKGTKNKDAAM 240 Query 241 KFIALATSAQAQADMATATGYAPVNIESAKLMDPKIAKSLPDQQTESQVNADMNYWAQHR 300 KFIALATSAQAQADMATATGYAPVNIESAKLMDPKIAKSLPDQQTESQVNADMNYWAQHR Sbjct 241 KFIALATSAQAQADMATATGYAPVNIESAKLMDPKIAKSLPDQQTESQVNADMNYWAQHR 300 Query 301 DEIGERWYAWQAK 313 DEIGERWYAWQAK Sbjct 301 DEIGERWYAWQAK 313 >d5l9sa_ Length=326 Score = 139 bits (349), Expect = 8.66e-41 Identities = 89/251 (35%), Positives = 136/251 (54%), Gaps = 10/251 (3%) Query 2 LVFSSWGGTTQDAQKAAWAEKFMVETGINVLQDGPTDY---GKLKAMVEANGVTWDVVDV 58 +V ++ GGT + A + AW E F TGI V+ TD K+ AMV+ VTWD+ + Sbjct 5 VVIATTGGTYEKALREAWFEPFTKATGIKVVTVSGTDAEKRAKVTAMVQTGNVTWDLY-L 63 Query 59 EGDYAAQAGPK-GLLEKL-DFSV--IDKTKLDPRFVTDYSVGSFYYSFVIGCNVDSVSAC 114 +G+ A + + E L DF + I+ T L T S ++ ++ + Sbjct 64 DGEIQAGSDAHFAITEDLSDFCMQFINSTDLLADSCTRGGAKLQSTSTLLAYKLNENGSN 123 Query 115 PKSWADLFDTAKFPGKRTFYKWSAPG-VIEAALLADGVTADKLYPLDLDRAFKKLDTIKS 173 P++WAD++D AKFPG R+F + P V+ AALLADGV +KL+PLD+DRAF+KLD ++ Sbjct 124 PQTWADMWDLAKFPGARSFPNFDDPWRVLAAALLADGVPREKLFPLDVDRAFRKLDELRD 183 Query 174 DI-IWWSGGAQSQQLIASAEAPFGSVWNGRMTALEQSGVKVETSWAQNITAADSLVVPKG 232 + +WW G QS Q + E G +W R AL+ G K+ S+ D + + +G Sbjct 184 SVQVWWRTGDQSVQAFRNDEYRVGQIWLTRAKALKAEGYKIGWSYDGAFLVGDRIALVRG 243 Query 233 TKNKDAAMKFI 243 N++ A+K I Sbjct 244 APNRENALKLI 254 Query= d5l9sa_ Length=326 >d5l9sa_ Length=326 Score = 661 bits (1705), Expect = 8.41e-246 Identities = 326/326 (100%), Positives = 326/326 (100%), Gaps = 0/326 (0%) Query 1 MEQRVVIATTGGTYEKALREAWFEPFTKATGIKVVTVSGTDAEKRAKVTAMVQTGNVTWD 60 MEQRVVIATTGGTYEKALREAWFEPFTKATGIKVVTVSGTDAEKRAKVTAMVQTGNVTWD Sbjct 1 MEQRVVIATTGGTYEKALREAWFEPFTKATGIKVVTVSGTDAEKRAKVTAMVQTGNVTWD 60 Query 61 LYLDGEIQAGSDAHFAITEDLSDFCMQFINSTDLLADSCTRGGAKLQSTSTLLAYKLNEN 120 LYLDGEIQAGSDAHFAITEDLSDFCMQFINSTDLLADSCTRGGAKLQSTSTLLAYKLNEN Sbjct 61 LYLDGEIQAGSDAHFAITEDLSDFCMQFINSTDLLADSCTRGGAKLQSTSTLLAYKLNEN 120 Query 121 GSNPQTWADMWDLAKFPGARSFPNFDDPWRVLAAALLADGVPREKLFPLDVDRAFRKLDE 180 GSNPQTWADMWDLAKFPGARSFPNFDDPWRVLAAALLADGVPREKLFPLDVDRAFRKLDE Sbjct 121 GSNPQTWADMWDLAKFPGARSFPNFDDPWRVLAAALLADGVPREKLFPLDVDRAFRKLDE 180 Query 181 LRDSVQVWWRTGDQSVQAFRNDEYRVGQIWLTRAKALKAEGYKIGWSYDGAFLVGDRIAL 240 LRDSVQVWWRTGDQSVQAFRNDEYRVGQIWLTRAKALKAEGYKIGWSYDGAFLVGDRIAL Sbjct 181 LRDSVQVWWRTGDQSVQAFRNDEYRVGQIWLTRAKALKAEGYKIGWSYDGAFLVGDRIAL 240 Query 241 VRGAPNRENALKLIEFWLRNPAAQAKACETLSCTPPSQKAISQMSSEARATLPSAADVEN 300 VRGAPNRENALKLIEFWLRNPAAQAKACETLSCTPPSQKAISQMSSEARATLPSAADVEN Sbjct 241 VRGAPNRENALKLIEFWLRNPAAQAKACETLSCTPPSQKAISQMSSEARATLPSAADVEN 300 Query 301 RIIVPDAQWINANMGMLVQRWNSWIR 326 RIIVPDAQWINANMGMLVQRWNSWIR Sbjct 301 RIIVPDAQWINANMGMLVQRWNSWIR 326 >d4euoa_ Length=313 Score = 139 bits (350), Expect = 6.45e-41 Identities = 101/321 (31%), Positives = 161/321 (50%), Gaps = 13/321 (4%) Query 5 VVIATTGGTYEKALREAWFEPFTKATGIKVVTVSGTDAEKRAKVTAMVQTGNVTWDLY-L 63 +V ++ GGT + A + AW E F TGI V+ TD K+ AMV+ VTWD+ + Sbjct 2 LVFSSWGGTTQDAQKAAWAEKFMVETGINVLQDGPTDY---GKLKAMVEANGVTWDVVDV 58 Query 64 DGEIQAGSDAHFAITEDLSDFCMQFINSTDLLADSCTRGGAKLQSTSTLLAYKLNENGSN 123 +G+ A + + E L DF + I+ T L T S ++ ++ + Sbjct 59 EGDYAAQAGPK-GLLEKL-DFSV--IDKTKLDPRFVTDYSVGSFYYSFVIGCNVDSVSAC 114 Query 124 PQTWADMWDLAKFPGARSFPNFDDPWRVLAAALLADGVPREKLFPLDVDRAFRKLDELRD 183 P++WAD++D AKFPG R+F + P V+ AALLADGV +KL+PLD+DRAF+KLD ++ Sbjct 115 PKSWADLFDTAKFPGKRTFYKWSAPG-VIEAALLADGVTADKLYPLDLDRAFKKLDTIKS 173 Query 184 SVQVWWRTGDQSVQAFRNDEYRVGQIWLTRAKALKAEGYKIGWSYDGAFLVGDRIALVRG 243 + +WW G QS Q + E G +W R AL+ G K+ S+ D + + +G Sbjct 174 DI-IWWSGGAQSQQLIASAEAPFGSVWNGRMTALEQSGVKVETSWAQNITAADSLVVPKG 232 Query 244 APNRENALKLIEFWLRNPAAQAKACETLSCTPPSQKAISQMSSEARATLPSAADVENRII 303 N++ A+K I + AQA P + ++ M + +LP E+++ Sbjct 233 TKNKDAAMKFIAL-ATSAQAQADMATATGYAPVNIESAKLMDPKIAKSLPDQ-QTESQVN 290 Query 304 VPDAQWINANMGMLVQRWNSW 324 W + + +RW +W Sbjct 291 ADMNYWAQ-HRDEIGERWYAW 310 Query= d4n91a_ Length=308 >d4n91a_ Length=308 Score = 624 bits (1609), Expect = 8.93e-232 Identities = 308/308 (100%), Positives = 308/308 (100%), Gaps = 0/308 (0%) Query 1 KTIIRVGHNQSQNHPTHLGLLAFEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGAI 60 KTIIRVGHNQSQNHPTHLGLLAFEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGAI Sbjct 1 KTIIRVGHNQSQNHPTHLGLLAFEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGAI 60 Query 61 NICVASNAILETFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPIFESTREGGFEGVTWL 120 NICVASNAILETFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPIFESTREGGFEGVTWL Sbjct 61 NICVASNAILETFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPIFESTREGGFEGVTWL 120 Query 121 DAGSRSFYTKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSGI 180 DAGSRSFYTKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSGI Sbjct 121 DAGSRSFYTKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSGI 180 Query 181 IDGAENNEMSLTDNGHGEVCKYYSYDMHQMVPDIVIANYSWLEGLPEEDRKVFDEGFKVL 240 IDGAENNEMSLTDNGHGEVCKYYSYDMHQMVPDIVIANYSWLEGLPEEDRKVFDEGFKVL Sbjct 181 IDGAENNEMSLTDNGHGEVCKYYSYDMHQMVPDIVIANYSWLEGLPEEDRKVFDEGFKVL 240 Query 241 NEVQRKEWKVAVDKAKEKASEMGVEFIYPDQKPFVDAVAPLTKEVLERNDKLAPFYDAIQ 300 NEVQRKEWKVAVDKAKEKASEMGVEFIYPDQKPFVDAVAPLTKEVLERNDKLAPFYDAIQ Sbjct 241 NEVQRKEWKVAVDKAKEKASEMGVEFIYPDQKPFVDAVAPLTKEVLERNDKLAPFYDAIQ 300 Query 301 KYNEEYPA 308 KYNEEYPA Sbjct 301 KYNEEYPA 308 >d4ng7a1 Length=298 Score = 132 bits (332), Expect = 1.24e-38 Identities = 86/285 (30%), Positives = 149/285 (52%), Gaps = 7/285 (2%) Query 12 QNHPTHLGLLAFEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGAINICVASNAILE 71 Q +P + + E ++ + K +I+V+P +LG + M++ Q GAI++ S A + Sbjct 9 QGYPNVVAVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMIRVSMAPVA 68 Query 72 TFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPIFESTREGGFEGVT---WLDAGSRSFY 128 E+F LPY+F + H ++D +I K I + + W+D+G+R+ Sbjct 69 AILPDIEVFTLPYVFRDEDHMHKIIDG-DIGKSIGDKLTNNPKSRLVFLGWMDSGTRNLI 127 Query 129 TKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSGIIDGAENNE 188 TK+ PV PEDL G+KIRVQ SP + + +G+++ MG EV++ +Q+G+IDGAENN Sbjct 128 TKN-PVEKPEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGVIDGAENNP 186 Query 189 MSLTDNGHGEVCKYYSYDMHQMVPDIVI-ANYSWLEGLPEEDRKVFDEGFKVLNEVQRKE 247 + + + V K Y+ H + P++++ + W + +E +K+ + E QRK Sbjct 187 PTFVAHNYMPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREAQFE-QRKL 245 Query 248 WKVAVDKAKEKASEMGVEFIYPDQKPFVDAVAPLTKEVLERNDKL 292 W +A K GV+F D+ FV A P+ + E++ L Sbjct 246 WDAYNQEALAKMKAGGVQFHEIDKAYFVKATEPVRAQYGEKHQAL 290 >d4pbqa_ Length=304 Score = 118 bits (295), Expect = 3.33e-33 Identities = 86/311 (27%), Positives = 156/311 (50%), Gaps = 16/311 (5%) Query 1 KTIIRVGHNQSQNHPTHLGLLA-FEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGA 59 KTII++GH S HP+H+ L F++ +E++ KY+I++YP+ LG + +V + G Sbjct 1 KTIIKLGHYNSDIHPSHIALQEYFKKTIENETNHKYEIRLYPNNQLGGEDQIVNGLRNGT 60 Query 60 INICVASNAILETFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPIFESTREGGFEGVTW 119 I + + +L+ + ++ ++ PYLF ++ V++ P I I + + G + + + Sbjct 61 IEAGI-TGLLLQNVDPIFGVWEWPYLFKDNQEAKKVLESP-IANKIGQKMEKYGIKLLAY 118 Query 120 LDAGSRSFYTKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSG 179 G R + +K + +D GL++RV + V + + M EV+TAL+ Sbjct 119 GMNGFR-VISSNKKLEKFDDFKGLRLRVPLNSLFVDWAKAMNINPQSMPLSEVFTALEQK 177 Query 180 IIDGAENNEMSLTDNGHGEVCKYYSYDMHQMVPDIVIANYSWLEGLPEEDRKVFDEGFKV 239 +IDG EN M + D+G EV KY H P ++ + +P+ED+ +F++ K+ Sbjct 178 VIDGQENPYMLIKDSGLYEVQKYIIQSNHIFSPGLLQISLKTWNKIPKEDQIIFEKAAKL 237 Query 240 LNEVQRKEWKVAVD---KAKEKASEMGVEFIYPDQ---KPFVDAVAPLTKEVLERNDKLA 293 Q KEW++A+ + K+ ++ G E I P + V+A L ++ D Sbjct 238 Y---QEKEWELAIKTELEVKDYLAKHGNEIIVPSEAFKNDMVNASKVLYDSFYKKYDWAK 294 Query 294 PFYDAIQKYNE 304 D +QK NE Sbjct 295 ---DVVQKINE 302 Query= d3delb1 Length=224 >d3delb1 Length=224 Score = 440 bits (1132), Expect = 7.09e-162 Identities = 224/224 (100%), Positives = 224/224 (100%), Gaps = 0/224 (0%) Query 1 EKFIVGTNATYPPFEFVDKRGEVVGFDIDLAREISNKLGKTLDVREFSFDALILNLKQHR 60 EKFIVGTNATYPPFEFVDKRGEVVGFDIDLAREISNKLGKTLDVREFSFDALILNLKQHR Sbjct 1 EKFIVGTNATYPPFEFVDKRGEVVGFDIDLAREISNKLGKTLDVREFSFDALILNLKQHR 60 Query 61 IDAVITGMSITPSRLKEILMIPYYGEEIKHLVLVFKGENKHPLPLTQYRSVAVQTGTYQE 120 IDAVITGMSITPSRLKEILMIPYYGEEIKHLVLVFKGENKHPLPLTQYRSVAVQTGTYQE Sbjct 61 IDAVITGMSITPSRLKEILMIPYYGEEIKHLVLVFKGENKHPLPLTQYRSVAVQTGTYQE 120 Query 121 AYLQSLSEVHIRSFDSTLEVLMEVMHGKSPVAVLEPSIAQVVLKDFPALSTATIDLPEDQ 180 AYLQSLSEVHIRSFDSTLEVLMEVMHGKSPVAVLEPSIAQVVLKDFPALSTATIDLPEDQ Sbjct 121 AYLQSLSEVHIRSFDSTLEVLMEVMHGKSPVAVLEPSIAQVVLKDFPALSTATIDLPEDQ 180 Query 181 WVLGYGIGVASDRPALALKIEAAVQEIRKEGVLAELEQKWGLNN 224 WVLGYGIGVASDRPALALKIEAAVQEIRKEGVLAELEQKWGLNN Sbjct 181 WVLGYGIGVASDRPALALKIEAAVQEIRKEGVLAELEQKWGLNN 224 Query= d4ng7a1 Length=298 >d4ng7a1 Length=298 Score = 591 bits (1524), Expect = 3.73e-219 Identities = 298/298 (100%), Positives = 298/298 (100%), Gaps = 0/298 (0%) Query 1 IKAADVHPQGYPNVVAVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMI 60 IKAADVHPQGYPNVVAVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMI Sbjct 1 IKAADVHPQGYPNVVAVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMI 60 Query 61 RVSMAPVAAILPDIEVFTLPYVFRDEDHMHKIIDGDIGKSIGDKLTNNPKSRLVFLGWMD 120 RVSMAPVAAILPDIEVFTLPYVFRDEDHMHKIIDGDIGKSIGDKLTNNPKSRLVFLGWMD Sbjct 61 RVSMAPVAAILPDIEVFTLPYVFRDEDHMHKIIDGDIGKSIGDKLTNNPKSRLVFLGWMD 120 Query 121 SGTRNLITKNPVEKPEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGVID 180 SGTRNLITKNPVEKPEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGVID Sbjct 121 SGTRNLITKNPVEKPEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGVID 180 Query 181 GAENNPPTFVAHNYMPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREAQF 240 GAENNPPTFVAHNYMPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREAQF Sbjct 181 GAENNPPTFVAHNYMPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREAQF 240 Query 241 EQRKLWDAYNQEALAKMKAGGVQFHEIDKAYFVKATEPVRAQYGEKHQALMKAIADVQ 298 EQRKLWDAYNQEALAKMKAGGVQFHEIDKAYFVKATEPVRAQYGEKHQALMKAIADVQ Sbjct 241 EQRKLWDAYNQEALAKMKAGGVQFHEIDKAYFVKATEPVRAQYGEKHQALMKAIADVQ 298 >d4n91a_ Length=308 Score = 130 bits (328), Expect = 4.60e-38 Identities = 87/293 (29%), Positives = 152/293 (51%), Gaps = 7/293 (2%) Query 1 IKAADVHPQGYPNVVAVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMI 60 I+ Q +P + + E ++ + K +I+V+P +LG + M++ Q GAI++ Sbjct 4 IRVGHNQSQNHPTHLGLLAFEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGAINIC 63 Query 61 RVSMAPVAAILPDIEVFTLPYVFRDEDHMHKIIDG-DIGKSIGDKLTNNPKSRLVFLGWM 119 S A + E+F LPY+F + H ++D +I K I + + + W+ Sbjct 64 VASNAILETFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPI---FESTREGGFEGVTWL 120 Query 120 DSGTRNLITKN-PVEKPEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGV 178 D+G+R+ TK+ PV PEDL G+KIRVQ SP + + +G+++ MG EV++ +Q+G+ Sbjct 121 DAGSRSFYTKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSGI 180 Query 179 IDGAENNPPTFVAHNYMPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREA 238 IDGAENN + + + V K Y+ H + P++++ + W + +E +K+ + Sbjct 181 IDGAENNEMSLTDNGHGEVCKYYSYDMHQMVPDIVI-ANYSWLEGLPEEDRKVFDEGFKV 239 Query 239 QFE-QRKLWDAYNQEALAKMKAGGVQFHEIDKAYFVKATEPVRAQYGEKHQAL 290 E QRK W +A K GV+F D+ FV A P+ + E++ L Sbjct 240 LNEVQRKEWKVAVDKAKEKASEMGVEFIYPDQKPFVDAVAPLTKEVLERNDKL 292 >d2xwva1 Length=306 Score = 110 bits (274), Expect = 2.89e-30 Identities = 73/284 (25%), Positives = 137/284 (48%), Gaps = 7/284 (2%) Query 16 AVQKMGEKLKQQTDGKLEIKVFPGGVLGDEKQMIEQAQIGAIDMIRVSMAPVAAILPDIE 75 A + +++K+++ GK+EI ++P LGD++ M++Q + G++D A P+ Sbjct 20 AAEMFAKEVKEKSQGKIEISLYPSSQLGDDRAMLKQLKDGSLDFTFAESARFQLFYPEAA 79 Query 76 VFTLPYVFRDEDHMHK-IIDGDIGKSIGDKLTNNPKSRLVFLGWMDSGTRNLITKNPVEK 134 VF LPYV + + K + D + GK + K+ + L+ + +GTR + + Sbjct 80 VFALPYVISNYNVAQKALFDTEFGKDLIKKMDKDLGVTLLSQAY--NGTRQTTSNRAINS 137 Query 135 PEDLHGMKIRVQGSPVALDTLKDMGANSVAMGVSEVFSGMQTGVIDGAENNPPTFVAHNY 194 D+ G+K+RV + L K +GA+ M SEV+ +QT +DG EN A + Sbjct 138 IADMKGLKLRVPNAATNLAYAKYVGASPTPMAFSEVYLALQTNAVDGQENPLAAVQAQKF 197 Query 195 MPVAKNYTLSGHFITPEMLLYSKVKWDKLTADEQQKILTLAREAQFEQRKLWDAYNQEAL 254 V K ++ H + ++ L S + +L D Q+ + A A KL+ ++ + Sbjct 198 YEVQKFLAMTNHILNDQLYLVSNETYKELPEDLQKVVKDAAENAAKYHTKLFVDGEKDLV 257 Query 255 AKMKAGGVQFHEIDKAYFVKATEPVRAQY----GEKHQALMKAI 294 + GV+ D F ++ +P A++ G+K ++ +K I Sbjct 258 TFFEKQGVKITHPDLVPFKESMKPYYAEFVKQTGQKGESALKQI 301 Query= d5eyfa_ Length=241 >d5eyfa_ Length=241 Score = 473 bits (1218), Expect = 2.03e-174 Identities = 241/241 (100%), Positives = 241/241 (100%), Gaps = 0/241 (0%) Query 1 EDILERSKSTNEIIWGVKYDTRLFGMMDIESRTVQGFDVDIAKAITKKILGDNGKTEFVE 60 EDILERSKSTNEIIWGVKYDTRLFGMMDIESRTVQGFDVDIAKAITKKILGDNGKTEFVE Sbjct 1 EDILERSKSTNEIIWGVKYDTRLFGMMDIESRTVQGFDVDIAKAITKKILGDNGKTEFVE 60 Query 61 VTSKTRIPLLKNGNIDAIIATMTITDERKKQVDFSDVYFDAGQALLVKKGSQIKSVDDLN 120 VTSKTRIPLLKNGNIDAIIATMTITDERKKQVDFSDVYFDAGQALLVKKGSQIKSVDDLN Sbjct 61 VTSKTRIPLLKNGNIDAIIATMTITDERKKQVDFSDVYFDAGQALLVKKGSQIKSVDDLN 120 Query 121 ASTTVLAVKGSTSAANIRQHAPDAKILELENYAEAFTALQSGQGDAMTTDNAILLGIADE 180 ASTTVLAVKGSTSAANIRQHAPDAKILELENYAEAFTALQSGQGDAMTTDNAILLGIADE Sbjct 121 ASTTVLAVKGSTSAANIRQHAPDAKILELENYAEAFTALQSGQGDAMTTDNAILLGIADE 180 Query 181 NPEYELVGGTFTNEPYGIAINKGQENFLKAVNQALEEMHADGTYDKIYQKWFPNETEGKV 240 NPEYELVGGTFTNEPYGIAINKGQENFLKAVNQALEEMHADGTYDKIYQKWFPNETEGKV Sbjct 181 NPEYELVGGTFTNEPYGIAINKGQENFLKAVNQALEEMHADGTYDKIYQKWFPNETEGKV 240 Query 241 E 241 E Sbjct 241 E 241 Query= d4pbqa_ Length=304 >d4pbqa_ Length=304 Score = 608 bits (1569), Expect = 8.20e-226 Identities = 304/304 (100%), Positives = 304/304 (100%), Gaps = 0/304 (0%) Query 1 KTIIKLGHYNSDIHPSHIALQEYFKKTIENETNHKYEIRLYPNNQLGGEDQIVNGLRNGT 60 KTIIKLGHYNSDIHPSHIALQEYFKKTIENETNHKYEIRLYPNNQLGGEDQIVNGLRNGT Sbjct 1 KTIIKLGHYNSDIHPSHIALQEYFKKTIENETNHKYEIRLYPNNQLGGEDQIVNGLRNGT 60 Query 61 IEAGITGLLLQNVDPIFGVWEWPYLFKDNQEAKKVLESPIANKIGQKMEKYGIKLLAYGM 120 IEAGITGLLLQNVDPIFGVWEWPYLFKDNQEAKKVLESPIANKIGQKMEKYGIKLLAYGM Sbjct 61 IEAGITGLLLQNVDPIFGVWEWPYLFKDNQEAKKVLESPIANKIGQKMEKYGIKLLAYGM 120 Query 121 NGFRVISSNKKLEKFDDFKGLRLRVPLNSLFVDWAKAMNINPQSMPLSEVFTALEQKVID 180 NGFRVISSNKKLEKFDDFKGLRLRVPLNSLFVDWAKAMNINPQSMPLSEVFTALEQKVID Sbjct 121 NGFRVISSNKKLEKFDDFKGLRLRVPLNSLFVDWAKAMNINPQSMPLSEVFTALEQKVID 180 Query 181 GQENPYMLIKDSGLYEVQKYIIQSNHIFSPGLLQISLKTWNKIPKEDQIIFEKAAKLYQE 240 GQENPYMLIKDSGLYEVQKYIIQSNHIFSPGLLQISLKTWNKIPKEDQIIFEKAAKLYQE Sbjct 181 GQENPYMLIKDSGLYEVQKYIIQSNHIFSPGLLQISLKTWNKIPKEDQIIFEKAAKLYQE 240 Query 241 KEWELAIKTELEVKDYLAKHGNEIIVPSEAFKNDMVNASKVLYDSFYKKYDWAKDVVQKI 300 KEWELAIKTELEVKDYLAKHGNEIIVPSEAFKNDMVNASKVLYDSFYKKYDWAKDVVQKI Sbjct 241 KEWELAIKTELEVKDYLAKHGNEIIVPSEAFKNDMVNASKVLYDSFYKKYDWAKDVVQKI 300 Query 301 NEAK 304 NEAK Sbjct 301 NEAK 304 >d4n91a_ Length=308 Score = 114 bits (286), Expect = 6.51e-32 Identities = 86/311 (27%), Positives = 156/311 (50%), Gaps = 16/311 (5%) Query 1 KTIIKLGHYNSDIHPSHIALQEYFKKTIENETNHKYEIRLYPNNQLGGEDQIVNGLRNGT 60 KTII++GH S HP+H+ L F++ +E++ KY+I++YP+ LG + +V + G Sbjct 1 KTIIRVGHNQSQNHPTHLGLLA-FEEYVEDKLGDKYDIQVYPSELLGSQIDMVQLTQTGA 59 Query 61 IEAGI-TGLLLQNVDPIFGVWEWPYLFKDNQEAKKVLESP-IANKIGQKMEKYGIKLLAY 118 I + + +L+ + ++ ++ PYLF ++ V++ P I I + + G + + + Sbjct 60 INICVASNAILETFNDVWEIFNLPYLFASSEAYHHVMDDPEIVKPIFESTREGGFEGVTW 119 Query 119 GMNGFRVI-SSNKKLEKFDDFKGLRLRVPLNSLFVDWAKAMNINPQSMPLSEVFTALEQK 177 G R + +K + +D GL++RV + V + + M EV+TAL+ Sbjct 120 LDAGSRSFYTKDKPVNSPEDLSGLKIRVQQSPTNVRMMDLLGSSASPMGFGEVYTALQSG 179 Query 178 VIDGQENPYMLIKDSGLYEVQKYIIQSNHIFSPGLLQISLKTWNKIPKEDQIIFEKAAKL 237 +IDG EN M + D+G EV KY H P ++ + +P+ED+ +F++ K+ Sbjct 180 IIDGAENNEMSLTDNGHGEVCKYYSYDMHQMVPDIVIANYSWLEGLPEEDRKVFDEGFKV 239 Query 238 YQE---KEWELAIKTELEVKDYLAKHGNEIIVPSEAFKNDMVNASKVLYDSFYKKYDWAK 294 E KEW++A+ + K+ ++ G E I P + V+A L ++ D Sbjct 240 LNEVQRKEWKVAVD---KAKEKASEMGVEFIYPDQ---KPFVDAVAPLTKEVLERNDKLA 293 Query 295 ---DVVQKINE 302 D +QK NE Sbjct 294 PFYDAIQKYNE 304 Query= d2ylna_ Length=240 >d2ylna_ Length=240 Score = 471 bits (1213), Expect = 1.09e-173 Identities = 240/240 (100%), Positives = 240/240 (100%), Gaps = 0/240 (0%) Query 1 AISGSLIERINNKGTVTVGTEGTYAPFTYHDKDGKLTGYDVEVTRAVAEKLGVKVEFKET 60 AISGSLIERINNKGTVTVGTEGTYAPFTYHDKDGKLTGYDVEVTRAVAEKLGVKVEFKET Sbjct 1 AISGSLIERINNKGTVTVGTEGTYAPFTYHDKDGKLTGYDVEVTRAVAEKLGVKVEFKET 60 Query 61 QWDSMMAGLKAGRFDVVANQVGLTSPERQATFDKSEPYSWSGAVLVAHNDSNIKSIADIK 120 QWDSMMAGLKAGRFDVVANQVGLTSPERQATFDKSEPYSWSGAVLVAHNDSNIKSIADIK Sbjct 61 QWDSMMAGLKAGRFDVVANQVGLTSPERQATFDKSEPYSWSGAVLVAHNDSNIKSIADIK 120 Query 121 GVKTAQSLTSNYGEKAKAAGAQLVPVDGLAQSLTLIEQKRADATLNDELAVLDYLKKNPN 180 GVKTAQSLTSNYGEKAKAAGAQLVPVDGLAQSLTLIEQKRADATLNDELAVLDYLKKNPN Sbjct 121 GVKTAQSLTSNYGEKAKAAGAQLVPVDGLAQSLTLIEQKRADATLNDELAVLDYLKKNPN 180 Query 181 AGVKIVWSAPADEKVGSGLIVNKGNDEAVAKFSTAINELKADGTLKKLGEQFFGKDISVQ 240 AGVKIVWSAPADEKVGSGLIVNKGNDEAVAKFSTAINELKADGTLKKLGEQFFGKDISVQ Sbjct 181 AGVKIVWSAPADEKVGSGLIVNKGNDEAVAKFSTAINELKADGTLKKLGEQFFGKDISVQ 240 Query= d4kcda_ Length=290 >d4kcda_ Length=290 Score = 604 bits (1557), Expect = 1.86e-224 Identities = 290/290 (100%), Positives = 290/290 (100%), Gaps = 0/290 (0%) Query 1 NKLHLRVVTLIEHPFVFTREVDDEGLCPAGQLCLDPMTNDSSMLDRLFSSLHSSNDTVPI 60 NKLHLRVVTLIEHPFVFTREVDDEGLCPAGQLCLDPMTNDSSMLDRLFSSLHSSNDTVPI Sbjct 1 NKLHLRVVTLIEHPFVFTREVDDEGLCPAGQLCLDPMTNDSSMLDRLFSSLHSSNDTVPI 60 Query 61 KFKKCCYGYCIDLLEQLAEDMNFDFDLYIVGDGKYGAWKNGHWTGLVGDLLSGTANMAVT 120 KFKKCCYGYCIDLLEQLAEDMNFDFDLYIVGDGKYGAWKNGHWTGLVGDLLSGTANMAVT Sbjct 61 KFKKCCYGYCIDLLEQLAEDMNFDFDLYIVGDGKYGAWKNGHWTGLVGDLLSGTANMAVT 120 Query 121 SFSINTARSQVIDFTSPFFSTSLGILVRTRGTELSGIHDPKLHHPSQGFRFGTVRESSAE 180 SFSINTARSQVIDFTSPFFSTSLGILVRTRGTELSGIHDPKLHHPSQGFRFGTVRESSAE Sbjct 121 SFSINTARSQVIDFTSPFFSTSLGILVRTRGTELSGIHDPKLHHPSQGFRFGTVRESSAE 180 Query 181 DYVRQSFPEMHEYMRRYNVPATPDGVQYLKNDPEKLDAFIMDKALLDYEVSIDADCKLLT 240 DYVRQSFPEMHEYMRRYNVPATPDGVQYLKNDPEKLDAFIMDKALLDYEVSIDADCKLLT Sbjct 181 DYVRQSFPEMHEYMRRYNVPATPDGVQYLKNDPEKLDAFIMDKALLDYEVSIDADCKLLT 240 Query 241 VGKPFAIEGYGIGLPPNSPLTSNISELISQYKSHGFMDVLHDKWYKVVPC 290 VGKPFAIEGYGIGLPPNSPLTSNISELISQYKSHGFMDVLHDKWYKVVPC Sbjct 241 VGKPFAIEGYGIGLPPNSPLTSNISELISQYKSHGFMDVLHDKWYKVVPC 290 >d1pb7a_ Length=289 Score = 184 bits (467), Expect = 5.74e-59 Identities = 109/304 (35%), Positives = 174/304 (57%), Gaps = 37/304 (12%) Query 5 LRVVTLIEHPFVFTREVDDEGLC---------PAGQ-LCLDPMTNDSSMLDRLFSSLHSS 54 L++VT+ + PFV+ + +G C P + +C P ND+S S Sbjct 3 LKIVTIHQEPFVYVKPTMSDGTCKEEFTVNGDPVKKVICTGP--NDTSP--------GSP 52 Query 55 NDTVPIKFKKCCYGYCIDLLEQLAEDMNFDFDLYIVGDGKYGAWKNGH------WTGLVG 108 TVP +CCYG+CIDLL +LA MNF +++++V DGK+G + + W G++G Sbjct 53 RHTVP----QCCYGFCIDLLIKLARTMNFTYEVHLVADGKFGTQERVNNSNKKEWNGMMG 108 Query 109 DLLSGTANMAVTSFSINTARSQVIDFTSPFFSTSLGILVRTRGTELSGIHDPKLHHPSQG 168 +LLSG A+M V +IN R+Q I+F+ PF L ILV+ +GT ++GI+DP+L +PS Sbjct 109 ELLSGQADMIVAPLTINNERAQYIEFSKPFKYQGLTILVK-KGTRITGINDPRLRNPSDK 167 Query 169 FRFGTVRESSAEDYVRQS--FPEMHEYMRRYNVPATPDGVQYLKNDPEKLDAFIMDKALL 226 F + TV++SS + Y R+ M+ +M ++N + + +Q ++++ KL AFI D A+L Sbjct 168 FIYATVKQSSVDIYFRRQVELSTMYRHMEKHNYESAAEAIQAVRDN--KLHAFIWDSAVL 225 Query 227 DYEVSIDADCKLLTVGKPFAIEGYGIGLPPNSPLTSNISELISQYKSHGFMDVLHDKWYK 286 ++E S C L+T G+ F G+GIG+ +SP N+S I + +GFM+ L W + Sbjct 226 EFEAS--QKCDLVTTGELFFRSGFGIGMRKDSPWKQNVSLSILKSHENGFMEDLDKTWVR 283 Query 287 VVPC 290 C Sbjct 284 YQEC 287 Query= d4c0ra1 Length=237 >d4c0ra1 Length=237 Score = 467 bits (1201), Expect = 5.82e-172 Identities = 237/237 (100%), Positives = 237/237 (100%), Gaps = 0/237 (0%) Query 1 KTVTLATVGTTNPFSYEKKGKLTGYDIEVAKEVFKASDKYDVKYQKTEWTSIFSGLDSDK 60 KTVTLATVGTTNPFSYEKKGKLTGYDIEVAKEVFKASDKYDVKYQKTEWTSIFSGLDSDK Sbjct 1 KTVTLATVGTTNPFSYEKKGKLTGYDIEVAKEVFKASDKYDVKYQKTEWTSIFSGLDSDK 60 Query 61 YQIGANNISYTKERANKYLYSNPTASNPLVLVVPKDSDIKSYNDIAGHSTQVVQGNTTVP 120 YQIGANNISYTKERANKYLYSNPTASNPLVLVVPKDSDIKSYNDIAGHSTQVVQGNTTVP Sbjct 61 YQIGANNISYTKERANKYLYSNPTASNPLVLVVPKDSDIKSYNDIAGHSTQVVQGNTTVP 120 Query 121 MLQKFNKNHENNQVKLNFTSEDLAHQIRNVSDGKYDFKIFEKISAETIIKEQGLDNLKVI 180 MLQKFNKNHENNQVKLNFTSEDLAHQIRNVSDGKYDFKIFEKISAETIIKEQGLDNLKVI Sbjct 121 MLQKFNKNHENNQVKLNFTSEDLAHQIRNVSDGKYDFKIFEKISAETIIKEQGLDNLKVI 180 Query 181 DLPSDQKPYVYFIFAQDQKDLQKFVNKRLKKLYENGTLEKLSKKYLGGSYLPDKKDM 237 DLPSDQKPYVYFIFAQDQKDLQKFVNKRLKKLYENGTLEKLSKKYLGGSYLPDKKDM Sbjct 181 DLPSDQKPYVYFIFAQDQKDLQKFVNKRLKKLYENGTLEKLSKKYLGGSYLPDKKDM 237 Query= d4eqba_ Length=323 >d4eqba_ Length=323 Score = 661 bits (1706), Expect = 4.68e-246 Identities = 323/323 (100%), Positives = 323/323 (100%), Gaps = 0/323 (0%) Query 1 SQKLVIYNWGDYIDPELLTQFTEETGIQVQYETFDSNEAMYTKIKQGGTTYDIAIPSEYM 60 SQKLVIYNWGDYIDPELLTQFTEETGIQVQYETFDSNEAMYTKIKQGGTTYDIAIPSEYM Sbjct 1 SQKLVIYNWGDYIDPELLTQFTEETGIQVQYETFDSNEAMYTKIKQGGTTYDIAIPSEYM 60 Query 61 INKMKDEDLLVPLDYSKIEGIENIGPEFLNQSFDPGNKFSIPYFWGTLGIVYNETMVDEA 120 INKMKDEDLLVPLDYSKIEGIENIGPEFLNQSFDPGNKFSIPYFWGTLGIVYNETMVDEA Sbjct 61 INKMKDEDLLVPLDYSKIEGIENIGPEFLNQSFDPGNKFSIPYFWGTLGIVYNETMVDEA 120 Query 121 PEHWDDLWKLEYKNSIMLFDGAREVLGLGLNSLGYSLNSKDPQQLEETVDKLYKLTPNIK 180 PEHWDDLWKLEYKNSIMLFDGAREVLGLGLNSLGYSLNSKDPQQLEETVDKLYKLTPNIK Sbjct 121 PEHWDDLWKLEYKNSIMLFDGAREVLGLGLNSLGYSLNSKDPQQLEETVDKLYKLTPNIK 180 Query 181 AIVADEMKGYMIQNNVAIGVTFSGEASQMLEKNENLRYVVPTEASNLWFDNMVIPKTVKN 240 AIVADEMKGYMIQNNVAIGVTFSGEASQMLEKNENLRYVVPTEASNLWFDNMVIPKTVKN Sbjct 181 AIVADEMKGYMIQNNVAIGVTFSGEASQMLEKNENLRYVVPTEASNLWFDNMVIPKTVKN 240 Query 241 QDSAYAFINFMLKPENALQNAEYVGYSTPNLPAKELLPEETKEDKAFYPDVETMKHLEVY 300 QDSAYAFINFMLKPENALQNAEYVGYSTPNLPAKELLPEETKEDKAFYPDVETMKHLEVY Sbjct 241 QDSAYAFINFMLKPENALQNAEYVGYSTPNLPAKELLPEETKEDKAFYPDVETMKHLEVY 300 Query 301 EKFDHKWTGKYSDLFLQFKMYRK 323 EKFDHKWTGKYSDLFLQFKMYRK Sbjct 301 EKFDHKWTGKYSDLFLQFKMYRK 323 Query= d4i62a_ Length=238 >d4i62a_ Length=238 Score = 440 bits (1132), Expect = 2.08e-161 Identities = 238/238 (100%), Positives = 238/238 (100%), Gaps = 0/238 (0%) Query 1 IEAIKSKGKLVVALNPDFAPFEYQKVVDGKNQIVGSDIELAKAIATELGVELELSPMSFD 60 IEAIKSKGKLVVALNPDFAPFEYQKVVDGKNQIVGSDIELAKAIATELGVELELSPMSFD Sbjct 1 IEAIKSKGKLVVALNPDFAPFEYQKVVDGKNQIVGSDIELAKAIATELGVELELSPMSFD 60 Query 61 NVLASVQSGKADLAISGVSKTDERSKVFDFSTPYYTAKNKLIVKKSDLATYQSVNDLAQK 120 NVLASVQSGKADLAISGVSKTDERSKVFDFSTPYYTAKNKLIVKKSDLATYQSVNDLAQK Sbjct 61 NVLASVQSGKADLAISGVSKTDERSKVFDFSTPYYTAKNKLIVKKSDLATYQSVNDLAQK 120 Query 121 KVGAQKGSIQETMAKDLLQNSSLVSLPKNGNLITDLKSGQVDAVIFEEPVAKGFVENNPD 180 KVGAQKGSIQETMAKDLLQNSSLVSLPKNGNLITDLKSGQVDAVIFEEPVAKGFVENNPD Sbjct 121 KVGAQKGSIQETMAKDLLQNSSLVSLPKNGNLITDLKSGQVDAVIFEEPVAKGFVENNPD 180 Query 181 LAIADLNFEKEQDDSYAVAMKKDSKELKEAVDKTIQKLKESGELDKLIEDAFKASIEK 238 LAIADLNFEKEQDDSYAVAMKKDSKELKEAVDKTIQKLKESGELDKLIEDAFKASIEK Sbjct 181 LAIADLNFEKEQDDSYAVAMKKDSKELKEAVDKTIQKLKESGELDKLIEDAFKASIEK 238 Query= d1u0ma1 Length=200 >d1u0ma1 Length=200 Score = 400 bits (1029), Expect = 5.71e-147 Identities = 200/200 (100%), Positives = 200/200 (100%), Gaps = 0/200 (0%) Query 1 ATLCRPSVSVPEHVITMEETLELARRRHTDHPQLPLALRLIENTGVRTRHIVQPIEDTLE 60 ATLCRPSVSVPEHVITMEETLELARRRHTDHPQLPLALRLIENTGVRTRHIVQPIEDTLE Sbjct 1 ATLCRPSVSVPEHVITMEETLELARRRHTDHPQLPLALRLIENTGVRTRHIVQPIEDTLE 60 Query 61 HPGFEDRNKVYEREAKSRVPAVIQRALDDAELLATDIDVIIYVSCTGFMMPSLTAWLINE 120 HPGFEDRNKVYEREAKSRVPAVIQRALDDAELLATDIDVIIYVSCTGFMMPSLTAWLINE Sbjct 61 HPGFEDRNKVYEREAKSRVPAVIQRALDDAELLATDIDVIIYVSCTGFMMPSLTAWLINE 120 Query 121 MGFDSTTRQIPIAQLGCAAGGAAINRAHDFCTAYPEANALIVACEFCSLCYQPTDLGVGS 180 MGFDSTTRQIPIAQLGCAAGGAAINRAHDFCTAYPEANALIVACEFCSLCYQPTDLGVGS Sbjct 121 MGFDSTTRQIPIAQLGCAAGGAAINRAHDFCTAYPEANALIVACEFCSLCYQPTDLGVGS 180 Query 181 LLCNGLFGDGIAAAVVRGRG 200 LLCNGLFGDGIAAAVVRGRG Sbjct 181 LLCNGLFGDGIAAAVVRGRG 200 Query= d4b0na1 Length=230 >d4b0na1 Length=230 Score = 462 bits (1189), Expect = 2.29e-170 Identities = 230/230 (100%), Positives = 230/230 (100%), Gaps = 0/230 (0%) Query 1 KDEQTVYPVIAGMAIGNPQYRCTQNEALAVASKCPGLESIKPVLERIYGNSRIGSRYFAV 60 KDEQTVYPVIAGMAIGNPQYRCTQNEALAVASKCPGLESIKPVLERIYGNSRIGSRYFAV Sbjct 1 KDEQTVYPVIAGMAIGNPQYRCTQNEALAVASKCPGLESIKPVLERIYGNSRIGSRYFAV 60 Query 61 PDFTPGRAAKGDPLFYPADGSYQVPVDVRLDKFKEKAVPLVSDVARRAIKEAGLNVEDIS 120 PDFTPGRAAKGDPLFYPADGSYQVPVDVRLDKFKEKAVPLVSDVARRAIKEAGLNVEDIS Sbjct 61 PDFTPGRAAKGDPLFYPADGSYQVPVDVRLDKFKEKAVPLVSDVARRAIKEAGLNVEDIS 120 Query 121 KLVVVSSTGFLGPGLDCELIKNLGLTRSVDRTLIGFMGCAAAMNGFRNANDYVTANPGKY 180 KLVVVSSTGFLGPGLDCELIKNLGLTRSVDRTLIGFMGCAAAMNGFRNANDYVTANPGKY Sbjct 121 KLVVVSSTGFLGPGLDCELIKNLGLTRSVDRTLIGFMGCAAAMNGFRNANDYVTANPGKY 180 Query 181 ALMICVELSSVHTTFDDNINDAILHAIFADGCAAAVLKGARKSECPKGTL 230 ALMICVELSSVHTTFDDNINDAILHAIFADGCAAAVLKGARKSECPKGTL Sbjct 181 ALMICVELSSVHTTFDDNINDAILHAIFADGCAAAVLKGARKSECPKGTL 230 Query= d2z3ga_ Length=123 >d2z3ga_ Length=123 Score = 235 bits (600), Expect = 4.52e-84 Identities = 123/123 (100%), Positives = 123/123 (100%), Gaps = 0/123 (0%) Query 1 PLSQEESTLIERATATINSIPISEDYSVASAALSSDGRIFTGVNVYHFTGGPCAELVVLG 60 PLSQEESTLIERATATINSIPISEDYSVASAALSSDGRIFTGVNVYHFTGGPCAELVVLG Sbjct 1 PLSQEESTLIERATATINSIPISEDYSVASAALSSDGRIFTGVNVYHFTGGPCAELVVLG 60 Query 61 TAAAAAAGNLTCIVAIGNENRGILSPCGRCRQVLLDLHPGIKAIVKDSDGQPTAVGIREL 120 TAAAAAAGNLTCIVAIGNENRGILSPCGRCRQVLLDLHPGIKAIVKDSDGQPTAVGIREL Sbjct 61 TAAAAAAGNLTCIVAIGNENRGILSPCGRCRQVLLDLHPGIKAIVKDSDGQPTAVGIREL 120 Query 121 LPS 123 LPS Sbjct 121 LPS 123 Query= d3ijfx_ Length=123 >d3ijfx_ Length=123 Score = 253 bits (646), Expect = 4.35e-91 Identities = 123/123 (100%), Positives = 123/123 (100%), Gaps = 0/123 (0%) Query 1 DVDWNMLRGNATQAAAGAYVPYSRFAVGAAALVDDGRVVTGCNVENVSYGLTLCAECAVV 60 DVDWNMLRGNATQAAAGAYVPYSRFAVGAAALVDDGRVVTGCNVENVSYGLTLCAECAVV Sbjct 1 DVDWNMLRGNATQAAAGAYVPYSRFAVGAAALVDDGRVVTGCNVENVSYGLTLCAECAVV 60 Query 61 CALHSTGGGRLLALACVDGHGSVLMPCGRCRQVLLEHGGSELLIDHPVRPRRLGDLLPDA 120 CALHSTGGGRLLALACVDGHGSVLMPCGRCRQVLLEHGGSELLIDHPVRPRRLGDLLPDA Sbjct 61 CALHSTGGGRLLALACVDGHGSVLMPCGRCRQVLLEHGGSELLIDHPVRPRRLGDLLPDA 120 Query 121 FGL 123 FGL Sbjct 121 FGL 123 Query= d1rkqa1 Length=269 >d1rkqa1 Length=269 Score = 527 bits (1358), Expect = 7.98e-195 Identities = 269/269 (100%), Positives = 269/269 (100%), Gaps = 0/269 (0%) Query 1 AIKLIAIDMDGTLLLPDHTISPAVKNAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQ 60 AIKLIAIDMDGTLLLPDHTISPAVKNAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQ Sbjct 1 AIKLIAIDMDGTLLLPDHTISPAVKNAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQ 60 Query 61 PGDYCITYNGALVQKAADGSTVAQTALSYDDYRFLEKLSREVGSHFHALDRTTLYTANRD 120 PGDYCITYNGALVQKAADGSTVAQTALSYDDYRFLEKLSREVGSHFHALDRTTLYTANRD Sbjct 61 PGDYCITYNGALVQKAADGSTVAQTALSYDDYRFLEKLSREVGSHFHALDRTTLYTANRD 120 Query 121 ISYYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIPQEVKEKYTVL 180 ISYYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIPQEVKEKYTVL Sbjct 121 ISYYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIPQEVKEKYTVL 180 Query 181 KSAPYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYAGVGVAVDNAI 240 KSAPYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYAGVGVAVDNAI Sbjct 181 KSAPYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYAGVGVAVDNAI 240 Query 241 PSVKEVANFVTKSNLEDGVAFAIEKYVLN 269 PSVKEVANFVTKSNLEDGVAFAIEKYVLN Sbjct 241 PSVKEVANFVTKSNLEDGVAFAIEKYVLN 269 >d4dw8a_ Length=266 Score = 123 bits (308), Expect = 7.09e-36 Identities = 77/263 (29%), Positives = 135/263 (51%), Gaps = 1/263 (0%) Query 3 KLIAIDMDGTLLLPDHTISPAVKNAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQPG 62 KLI +D+DGTL IS + + + +G+ +VL +GRP G+ EL M + G Sbjct 3 KLIVLDLDGTLTNSKKEISSRNRETLIRIQEQGIRLVLASGRPTYGIVPLANELRMNEFG 62 Query 63 DYCITYNGALVQKAADGSTVAQTALSYDDYRFLEKLSREVGSHFHALDRTTLYTANRDIS 122 + ++YNG + + + L + L + +R D + T N + Sbjct 63 GFILSYNGGEIINWESKEMMYENVLPNEVVPVLYECARTNHLSILTYDGAEIVTEN-SLD 121 Query 123 YYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIPQEVKEKYTVLKS 182 Y E+F+ + + D K +++ + L + + ++ K V +S Sbjct 122 PYVQKEAFLNKMAIRETNDFLTDITLPVAKCLIVGDAGKLIPVESELCIRLQGKINVFRS 181 Query 183 APYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYAGVGVAVDNAIPS 242 PYFLE++ + ++K + L + +G+ EE++AIGD ND++MI++AG+GVA+ NA Sbjct 182 EPYFLELVPQGIDKALSLSVLLENIGMTREEVIAIGDGYNDLSMIKFAGMGVAMGNAQEP 241 Query 243 VKEVANFVTKSNLEDGVAFAIEK 265 VK+ A+++T +N EDGVA AIE+ Sbjct 242 VKKAADYITLTNDEDGVAEAIER 264 >d2b30a1 Length=283 Score = 68.2 bits (165), Expect = 1.99e-15 Identities = 71/276 (25%), Positives = 122/276 (44%), Gaps = 19/276 (6%) Query 2 IKLIAIDMDGTLLLPDHTISPAVK-NAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQ 60 IKL+ ID DGTL + P+ +AI A +G V + TGR G+ + E ++++ Sbjct 10 IKLLLIDFDGTLFVDKDIKVPSENIDAIKEAIEKGYMVSICTGRSKVGILSAFGEENLKK 69 Query 61 ------PGDYCITYNGALVQKAADGSTVAQTALSYDDYR----FLEKLSREVGSHFHALD 110 PG Y NG +V G T+ + D Y +L + + + FH + Sbjct 70 MNFYGMPGVYI---NGTIVYDQI-GYTLLDETIETDVYAELISYLVEKNLVNQTIFHRGE 125 Query 111 RTTLYTANRDISYYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIP 170 + N+ + + + + ++ E + T K+M++ +P+ I + Sbjct 126 SNYVTEDNKYADF--LQKMYSENRSIIIRHNEMLKYRTMN-KLMIVLDPSESKTVIGNLK 182 Query 171 QEVKEKYTVLKSAPYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYA 230 Q+ K K T+ + E+ +K TG+ L I ++++ +GD ENDIAM+ Sbjct 183 QKFKNKLTIFTTYNGHAEVTKLGHDKYTGINYLLKHYNISNDQVLVVGDAENDIAMLSNF 242 Query 231 GVGVAVDNAIPSVKEVANFVTK-SNLEDGVAFAIEK 265 AV NA S K A V S+ E VA+ ++K Sbjct 243 KYSFAVANATDSAKSHAKCVLPVSHREGAVAYLLKK 278 Query= d2b30a1 Length=283 >d2b30a1 Length=283 Score = 559 bits (1441), Expect = 5.24e-207 Identities = 283/283 (100%), Positives = 283/283 (100%), Gaps = 0/283 (0%) Query 1 VEEALKGADIKLLLIDFDGTLFVDKDIKVPSENIDAIKEAIEKGYMVSICTGRSKVGILS 60 VEEALKGADIKLLLIDFDGTLFVDKDIKVPSENIDAIKEAIEKGYMVSICTGRSKVGILS Sbjct 1 VEEALKGADIKLLLIDFDGTLFVDKDIKVPSENIDAIKEAIEKGYMVSICTGRSKVGILS 60 Query 61 AFGEENLKKMNFYGMPGVYINGTIVYDQIGYTLLDETIETDVYAELISYLVEKNLVNQTI 120 AFGEENLKKMNFYGMPGVYINGTIVYDQIGYTLLDETIETDVYAELISYLVEKNLVNQTI Sbjct 61 AFGEENLKKMNFYGMPGVYINGTIVYDQIGYTLLDETIETDVYAELISYLVEKNLVNQTI 120 Query 121 FHRGESNYVTEDNKYADFLQKMYSENRSIIIRHNEMLKYRTMNKLMIVLDPSESKTVIGN 180 FHRGESNYVTEDNKYADFLQKMYSENRSIIIRHNEMLKYRTMNKLMIVLDPSESKTVIGN Sbjct 121 FHRGESNYVTEDNKYADFLQKMYSENRSIIIRHNEMLKYRTMNKLMIVLDPSESKTVIGN 180 Query 181 LKQKFKNKLTIFTTYNGHAEVTKLGHDKYTGINYLLKHYNISNDQVLVVGDAENDIAMLS 240 LKQKFKNKLTIFTTYNGHAEVTKLGHDKYTGINYLLKHYNISNDQVLVVGDAENDIAMLS Sbjct 181 LKQKFKNKLTIFTTYNGHAEVTKLGHDKYTGINYLLKHYNISNDQVLVVGDAENDIAMLS 240 Query 241 NFKYSFAVANATDSAKSHAKCVLPVSHREGAVAYLLKKVFDLK 283 NFKYSFAVANATDSAKSHAKCVLPVSHREGAVAYLLKKVFDLK Sbjct 241 NFKYSFAVANATDSAKSHAKCVLPVSHREGAVAYLLKKVFDLK 283 >d1rkqa1 Length=269 Score = 66.6 bits (161), Expect = 7.20e-15 Identities = 71/276 (25%), Positives = 122/276 (44%), Gaps = 19/276 (6%) Query 10 IKLLLIDFDGTLFVDKDIKVPSENIDAIKEAIEKGYMVSICTGRSKVGILSAFGEENLKK 69 IKL+ ID DGTL + P+ +AI A +G V + TGR G+ + E ++++ Sbjct 2 IKLIAIDMDGTLLLPDHTISPAVK-NAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQ 60 Query 70 MNFYGMPGVYI---NGTIVYDQI-GYTLLDETIETDVYAELISYLVEKNLVNQTIFHRGE 125 PG Y NG +V G T+ + D Y +L + + + FH + Sbjct 61 ------PGDYCITYNGALVQKAADGSTVAQTALSYDDYR----FLEKLSREVGSHFHALD 110 Query 126 SNYVTEDNKYADF--LQKMYSENRSIIIRHNEMLKYRTMN-KLMIVLDPSESKTVIGNLK 182 + N+ + + + + ++ E + T K+M++ +P+ I + Sbjct 111 RTTLYTANRDISYYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIP 170 Query 183 QKFKNKLTIFTTYNGHAEVTKLGHDKYTGINYLLKHYNISNDQVLVVGDAENDIAMLSNF 242 Q+ K K T+ + E+ +K TG+ L I ++++ +GD ENDIAM+ Sbjct 171 QEVKEKYTVLKSAPYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYA 230 Query 243 KYSFAVANATDSAKSHAKCVLPVSHREGAVAYLLKK 278 AV NA S K A V S+ E VA+ ++K Sbjct 231 GVGVAVDNAIPSVKEVANFVTK-SNLEDGVAFAIEK 265 Query= d2hf2a_ Length=270 >d2hf2a_ Length=270 Score = 539 bits (1388), Expect = 2.30e-199 Identities = 270/270 (100%), Positives = 270/270 (100%), Gaps = 0/270 (0%) Query 1 LSVKVIVTDMDGTFLNDAKTYNQPRFMAQYQELKKRGIKFVVASNNQYYQLISFFPELKD 60 LSVKVIVTDMDGTFLNDAKTYNQPRFMAQYQELKKRGIKFVVASNNQYYQLISFFPELKD Sbjct 1 LSVKVIVTDMDGTFLNDAKTYNQPRFMAQYQELKKRGIKFVVASNNQYYQLISFFPELKD 60 Query 61 EISFVAENGALVYEHGKQLFHGELTRHESRIVIGELLKDKQLNFVACGLQSAYVSENAPE 120 EISFVAENGALVYEHGKQLFHGELTRHESRIVIGELLKDKQLNFVACGLQSAYVSENAPE Sbjct 61 EISFVAENGALVYEHGKQLFHGELTRHESRIVIGELLKDKQLNFVACGLQSAYVSENAPE 120 Query 121 AFVALMAKHYHRLKPVKDYQEIDDVLFKFSLNLPDEQIPLVIDKLHVALDGIMKPVTSGF 180 AFVALMAKHYHRLKPVKDYQEIDDVLFKFSLNLPDEQIPLVIDKLHVALDGIMKPVTSGF Sbjct 121 AFVALMAKHYHRLKPVKDYQEIDDVLFKFSLNLPDEQIPLVIDKLHVALDGIMKPVTSGF 180 Query 181 GFIDLIIPGLHKANGISRLLKRWDLSPQNVVAIGDSGNDAEMLKMARYSFAMGNAAENIK 240 GFIDLIIPGLHKANGISRLLKRWDLSPQNVVAIGDSGNDAEMLKMARYSFAMGNAAENIK Sbjct 181 GFIDLIIPGLHKANGISRLLKRWDLSPQNVVAIGDSGNDAEMLKMARYSFAMGNAAENIK 240 Query 241 QIARYATDDNNHEGALNVIQAVLDNTSPFN 270 QIARYATDDNNHEGALNVIQAVLDNTSPFN Sbjct 241 QIARYATDDNNHEGALNVIQAVLDNTSPFN 270 Query= d4dw8a_ Length=266 >d4dw8a_ Length=266 Score = 522 bits (1344), Expect = 8.62e-193 Identities = 266/266 (100%), Positives = 266/266 (100%), Gaps = 0/266 (0%) Query 1 KYKLIVLDLDGTLTNSKKEISSRNRETLIRIQEQGIRLVLASGRPTYGIVPLANELRMNE 60 KYKLIVLDLDGTLTNSKKEISSRNRETLIRIQEQGIRLVLASGRPTYGIVPLANELRMNE Sbjct 1 KYKLIVLDLDGTLTNSKKEISSRNRETLIRIQEQGIRLVLASGRPTYGIVPLANELRMNE 60 Query 61 FGGFILSYNGGEIINWESKEMMYENVLPNEVVPVLYECARTNHLSILTYDGAEIVTENSL 120 FGGFILSYNGGEIINWESKEMMYENVLPNEVVPVLYECARTNHLSILTYDGAEIVTENSL Sbjct 61 FGGFILSYNGGEIINWESKEMMYENVLPNEVVPVLYECARTNHLSILTYDGAEIVTENSL 120 Query 121 DPYVQKEAFLNKMAIRETNDFLTDITLPVAKCLIVGDAGKLIPVESELCIRLQGKINVFR 180 DPYVQKEAFLNKMAIRETNDFLTDITLPVAKCLIVGDAGKLIPVESELCIRLQGKINVFR Sbjct 121 DPYVQKEAFLNKMAIRETNDFLTDITLPVAKCLIVGDAGKLIPVESELCIRLQGKINVFR 180 Query 181 SEPYFLELVPQGIDKALSLSVLLENIGMTREEVIAIGDGYNDLSMIKFAGMGVAMGNAQE 240 SEPYFLELVPQGIDKALSLSVLLENIGMTREEVIAIGDGYNDLSMIKFAGMGVAMGNAQE Sbjct 181 SEPYFLELVPQGIDKALSLSVLLENIGMTREEVIAIGDGYNDLSMIKFAGMGVAMGNAQE 240 Query 241 PVKKAADYITLTNDEDGVAEAIERIF 266 PVKKAADYITLTNDEDGVAEAIERIF Sbjct 241 PVKKAADYITLTNDEDGVAEAIERIF 266 >d1rkqa1 Length=269 Score = 123 bits (309), Expect = 5.00e-36 Identities = 77/263 (29%), Positives = 135/263 (51%), Gaps = 1/263 (0%) Query 3 KLIVLDLDGTLTNSKKEISSRNRETLIRIQEQGIRLVLASGRPTYGIVPLANELRMNEFG 62 KLI +D+DGTL IS + + + +G+ +VL +GRP G+ EL M + G Sbjct 3 KLIAIDMDGTLLLPDHTISPAVKNAIAAARARGVNVVLTTGRPYAGVHNYLKELHMEQPG 62 Query 63 GFILSYNGGEIINWESKEMMYENVLPNEVVPVLYECARTNHLSILTYDGAEIVTEN-SLD 121 + ++YNG + + + L + L + +R D + T N + Sbjct 63 DYCITYNGALVQKAADGSTVAQTALSYDDYRFLEKLSREVGSHFHALDRTTLYTANRDIS 122 Query 122 PYVQKEAFLNKMAIRETNDFLTDITLPVAKCLIVGDAGKLIPVESELCIRLQGKINVFRS 181 Y E+F+ + + D K +++ + L + + ++ K V +S Sbjct 123 YYTVHESFVATIPLVFCEAEKMDPNTQFLKVMMIDEPAILDQAIARIPQEVKEKYTVLKS 182 Query 182 EPYFLELVPQGIDKALSLSVLLENIGMTREEVIAIGDGYNDLSMIKFAGMGVAMGNAQEP 241 PYFLE++ + ++K + L + +G+ EE++AIGD ND++MI++AG+GVA+ NA Sbjct 183 APYFLEILDKRVNKGTGVKSLADVLGIKPEEIMAIGDQENDIAMIEYAGVGVAVDNAIPS 242 Query 242 VKKAADYITLTNDEDGVAEAIER 264 VK+ A+++T +N EDGVA AIE+ Sbjct 243 VKEVANFVTKSNLEDGVAFAIEK 265 Query= d3l5ka1 Length=228 >d3l5ka1 Length=228 Score = 455 bits (1170), Expect = 1.55e-167 Identities = 228/228 (100%), Positives = 228/228 (100%), Gaps = 0/228 (0%) Query 1 MAAPPQPVTHLIFDMDGLLLDTERLYSVVFQEICNRYDKKYSWDVKSLVMGKKALEAAQI 60 MAAPPQPVTHLIFDMDGLLLDTERLYSVVFQEICNRYDKKYSWDVKSLVMGKKALEAAQI Sbjct 1 MAAPPQPVTHLIFDMDGLLLDTERLYSVVFQEICNRYDKKYSWDVKSLVMGKKALEAAQI 60 Query 61 IIDVLQLPMSKEELVEESQTKLKEVFPTAALMPGAEKLIIHLRKHGIPFALATSSRSASF 120 IIDVLQLPMSKEELVEESQTKLKEVFPTAALMPGAEKLIIHLRKHGIPFALATSSRSASF Sbjct 61 IIDVLQLPMSKEELVEESQTKLKEVFPTAALMPGAEKLIIHLRKHGIPFALATSSRSASF 120 Query 121 DMKTSRHKEFFSLFSHIVLGDDPEVQHGKPDPDIFLACAKRFSPPPAMEKCLVFEDAPNG 180 DMKTSRHKEFFSLFSHIVLGDDPEVQHGKPDPDIFLACAKRFSPPPAMEKCLVFEDAPNG Sbjct 121 DMKTSRHKEFFSLFSHIVLGDDPEVQHGKPDPDIFLACAKRFSPPPAMEKCLVFEDAPNG 180 Query 181 VEAALAAGMQVVMVPDGNLSRDLTTKATLVLNSLQDFQPELFGLPSYE 228 VEAALAAGMQVVMVPDGNLSRDLTTKATLVLNSLQDFQPELFGLPSYE Sbjct 181 VEAALAAGMQVVMVPDGNLSRDLTTKATLVLNSLQDFQPELFGLPSYE 228 Query= d4uasa_ Length=225 >d4uasa_ Length=225 Score = 445 bits (1144), Expect = 1.13e-163 Identities = 225/225 (100%), Positives = 225/225 (100%), Gaps = 0/225 (0%) Query 1 MIEAILFDVDGTLAETEELHRRAFNETFAALGVDWFWDREEYRELLTTTGGKERIARFLR 60 MIEAILFDVDGTLAETEELHRRAFNETFAALGVDWFWDREEYRELLTTTGGKERIARFLR Sbjct 1 MIEAILFDVDGTLAETEELHRRAFNETFAALGVDWFWDREEYRELLTTTGGKERIARFLR 60 Query 61 HQKGDPAPLPIADIHRAKTERFVALMAEGEIALRPGIADLIAEAKRAGIRLAVATTTSLP 120 HQKGDPAPLPIADIHRAKTERFVALMAEGEIALRPGIADLIAEAKRAGIRLAVATTTSLP Sbjct 61 HQKGDPAPLPIADIHRAKTERFVALMAEGEIALRPGIADLIAEAKRAGIRLAVATTTSLP 120 Query 121 NVEALCRACFGHPAREIFDVIAAGDMVAEKKPSPDIYRLALRELDVPPERAVALEDSLNG 180 NVEALCRACFGHPAREIFDVIAAGDMVAEKKPSPDIYRLALRELDVPPERAVALEDSLNG Sbjct 121 NVEALCRACFGHPAREIFDVIAAGDMVAEKKPSPDIYRLALRELDVPPERAVALEDSLNG 180 Query 181 LRAAKGAGLRCIVSPGFYTRHEEFAGADRLLDSFAELGGLAGLDL 225 LRAAKGAGLRCIVSPGFYTRHEEFAGADRLLDSFAELGGLAGLDL Sbjct 181 LRAAKGAGLRCIVSPGFYTRHEEFAGADRLLDSFAELGGLAGLDL 225 Query= d2w43a_ Length=201 >d2w43a_ Length=201 Score = 392 bits (1007), Expect = 1.39e-143 Identities = 201/201 (100%), Positives = 201/201 (100%), Gaps = 0/201 (0%) Query 1 MIILAFDIFGTVLDTSTVIQEFRNKQLEYTWLLTIMGKYVEFEEITKITLRYILKVRGEE 60 MIILAFDIFGTVLDTSTVIQEFRNKQLEYTWLLTIMGKYVEFEEITKITLRYILKVRGEE Sbjct 1 MIILAFDIFGTVLDTSTVIQEFRNKQLEYTWLLTIMGKYVEFEEITKITLRYILKVRGEE 60 Query 61 SKFDEELNKWKNLKAYEDTKYLKEISEIAEVYALSNGSINEVKQHLERNGLLRYFKGIFS 120 SKFDEELNKWKNLKAYEDTKYLKEISEIAEVYALSNGSINEVKQHLERNGLLRYFKGIFS Sbjct 61 SKFDEELNKWKNLKAYEDTKYLKEISEIAEVYALSNGSINEVKQHLERNGLLRYFKGIFS 120 Query 121 AESVKEYKPSPKVYKYFLDSIGAKEAFLVSSNAFDVIGAKNAGMRSIFVNRKNTIVDPIG 180 AESVKEYKPSPKVYKYFLDSIGAKEAFLVSSNAFDVIGAKNAGMRSIFVNRKNTIVDPIG Sbjct 121 AESVKEYKPSPKVYKYFLDSIGAKEAFLVSSNAFDVIGAKNAGMRSIFVNRKNTIVDPIG 180 Query 181 GKPDVIVNDFKELYEWILRYK 201 GKPDVIVNDFKELYEWILRYK Sbjct 181 GKPDVIVNDFKELYEWILRYK 201 Query= d4uava_ Length=246 >d4uava_ Length=246 Score = 488 bits (1255), Expect = 6.81e-180 Identities = 246/246 (100%), Positives = 246/246 (100%), Gaps = 0/246 (0%) Query 1 TLPSALLFDCDGVLVDTEKDGHRISFNDTFKERDLNVTWDVDLYGELLKIGGGKERMTAY 60 TLPSALLFDCDGVLVDTEKDGHRISFNDTFKERDLNVTWDVDLYGELLKIGGGKERMTAY Sbjct 1 TLPSALLFDCDGVLVDTEKDGHRISFNDTFKERDLNVTWDVDLYGELLKIGGGKERMTAY 60 Query 61 FNKVGWPEKAPKDEAERKEFIAGLHKQKTELFMVLIEKKLLPLRPGVAKLVDQALTNGVK 120 FNKVGWPEKAPKDEAERKEFIAGLHKQKTELFMVLIEKKLLPLRPGVAKLVDQALTNGVK Sbjct 61 FNKVGWPEKAPKDEAERKEFIAGLHKQKTELFMVLIEKKLLPLRPGVAKLVDQALTNGVK 120 Query 121 VAVCSTSNEKAVSAIVSCLLGPERAEKIKIFAGDVVPKKKPDPAIYNLAAETLGVDPSKC 180 VAVCSTSNEKAVSAIVSCLLGPERAEKIKIFAGDVVPKKKPDPAIYNLAAETLGVDPSKC Sbjct 121 VAVCSTSNEKAVSAIVSCLLGPERAEKIKIFAGDVVPKKKPDPAIYNLAAETLGVDPSKC 180 Query 181 VVVEDSAIGLAAAKAAGMTCIVTKSGYTADEDFENADAVFDCIGDPPEERFDLAFCGSLL 240 VVVEDSAIGLAAAKAAGMTCIVTKSGYTADEDFENADAVFDCIGDPPEERFDLAFCGSLL Sbjct 181 VVVEDSAIGLAAAKAAGMTCIVTKSGYTADEDFENADAVFDCIGDPPEERFDLAFCGSLL 240 Query 241 RKQFVS 246 RKQFVS Sbjct 241 RKQFVS 246 Query= d4ygra1 Length=214 >d4ygra1 Length=214 Score = 434 bits (1116), Expect = 9.05e-160 Identities = 214/214 (100%), Positives = 214/214 (100%), Gaps = 0/214 (0%) Query 1 MKAVLFDIDGTILTEEPLIMLFLPQVYDKLSRKLGISKDEARERFLSEILGRRDSYDWHD 60 MKAVLFDIDGTILTEEPLIMLFLPQVYDKLSRKLGISKDEARERFLSEILGRRDSYDWHD Sbjct 1 MKAVLFDIDGTILTEEPLIMLFLPQVYDKLSRKLGISKDEARERFLSEILGRRDSYDWHD 60 Query 61 WNFFFKLFDLDLKYEELLERYPHKLQVYPDTIPTLEWLRDTGYKLGIVTSGPKYQRLKLK 120 WNFFFKLFDLDLKYEELLERYPHKLQVYPDTIPTLEWLRDTGYKLGIVTSGPKYQRLKLK Sbjct 61 WNFFFKLFDLDLKYEELLERYPHKLQVYPDTIPTLEWLRDTGYKLGIVTSGPKYQRLKLK 120 Query 121 LTGLLDYFDVVITRDDVNAIKPEPKIFLYTIERLGVEPGEAVMVGDSLSQDVYGAKSVGM 180 LTGLLDYFDVVITRDDVNAIKPEPKIFLYTIERLGVEPGEAVMVGDSLSQDVYGAKSVGM Sbjct 121 LTGLLDYFDVVITRDDVNAIKPEPKIFLYTIERLGVEPGEAVMVGDSLSQDVYGAKSVGM 180 Query 181 TAVWINRNGDRGYNMADYEIRTLYELRKILGGER 214 TAVWINRNGDRGYNMADYEIRTLYELRKILGGER Sbjct 181 TAVWINRNGDRGYNMADYEIRTLYELRKILGGER 214 Query= d3bbda1 Length=204 >d3bbda1 Length=204 Score = 410 bits (1054), Expect = 1.19e-150 Identities = 204/204 (100%), Positives = 204/204 (100%), Gaps = 0/204 (0%) Query 1 TYNIILAKSALELIPEEIKNKIRKSRVYKYDILDSNYHYKAMEKLKDKEMRGRPDIIHIS 60 TYNIILAKSALELIPEEIKNKIRKSRVYKYDILDSNYHYKAMEKLKDKEMRGRPDIIHIS Sbjct 1 TYNIILAKSALELIPEEIKNKIRKSRVYKYDILDSNYHYKAMEKLKDKEMRGRPDIIHIS 60 Query 61 LLNILDSPINHEKKLNIYIHTYDDKVLKINPETRLPRNYFRFLGVMEKVLKGERNHLIKM 120 LLNILDSPINHEKKLNIYIHTYDDKVLKINPETRLPRNYFRFLGVMEKVLKGERNHLIKM Sbjct 61 LLNILDSPINHEKKLNIYIHTYDDKVLKINPETRLPRNYFRFLGVMEKVLKGERNHLIKM 120 Query 121 EEKTLEDLLNEINAKKIAIMTKTGKLTHPKLLKEYDTFIIGGFPYGKLKINKEKVFGDIK 180 EEKTLEDLLNEINAKKIAIMTKTGKLTHPKLLKEYDTFIIGGFPYGKLKINKEKVFGDIK Sbjct 121 EEKTLEDLLNEINAKKIAIMTKTGKLTHPKLLKEYDTFIIGGFPYGKLKINKEKVFGDIK 180 Query 181 EISIYNKGLMAWTVCGIICYSLSF 204 EISIYNKGLMAWTVCGIICYSLSF Sbjct 181 EISIYNKGLMAWTVCGIICYSLSF 204 >d3o7ba_ Length=216 Score = 107 bits (267), Expect = 3.95e-31 Identities = 64/192 (33%), Positives = 110/192 (57%), Gaps = 17/192 (8%) Query 5 ILAKSALELIPEEIK-------NKIRKSRVYKYDILDSNYHYKAMEKLKDKEMRGRPDII 57 + +++LELIP++I+ + IR+ + + +LD + H+ AM+ L+ +E RGRPDI+ Sbjct 6 VFLEASLELIPQKIRGHPAVRADAIRRGKRPEKILLDDSKHHTAMKSLEFREKRGRPDIV 65 Query 58 HISLLNILDSPINHEKKLNIYIHTYDDKVLKINPETRLPRNYFRFLGVMEKVLKGER--- 114 H LL +LDSP+ + +Y+HT + +++ +N ETRLPRNY RF+G+MEK+ + R Sbjct 66 HQCLLLLLDSPL---RDFEVYVHTLNGEIIWVNRETRLPRNYNRFVGLMEKLFEERRITA 122 Query 115 --NHLIKMEEKTLEDLLNEINAKKIAIMTKTGKLTHPKLLKEYDTFIIGGFPYGKLKINK 172 LI+ ++ L D++ + + K G+ +LL IG FP+G Sbjct 123 GDTTLIEFKDVGLRDIVRGRDV--LLFREKGGRFEFSELLDGDVAVCIGAFPHGDFFEET 180 Query 173 EKVFGDIKEISI 184 + G+ KE+S+ Sbjct 181 LRELGEFKEVSL 192 Query= d3o7ba_ Length=216 >d3o7ba_ Length=216 Score = 435 bits (1119), Expect = 3.68e-160 Identities = 216/216 (100%), Positives = 216/216 (100%), Gaps = 0/216 (0%) Query 1 MGSAFVFLEASLELIPQKIRGHPAVRADAIRRGKRPEKILLDDSKHHTAMKSLEFREKRG 60 MGSAFVFLEASLELIPQKIRGHPAVRADAIRRGKRPEKILLDDSKHHTAMKSLEFREKRG Sbjct 1 MGSAFVFLEASLELIPQKIRGHPAVRADAIRRGKRPEKILLDDSKHHTAMKSLEFREKRG 60 Query 61 RPDIVHQCLLLLLDSPLRDFEVYVHTLNGEIIWVNRETRLPRNYNRFVGLMEKLFEERRI 120 RPDIVHQCLLLLLDSPLRDFEVYVHTLNGEIIWVNRETRLPRNYNRFVGLMEKLFEERRI Sbjct 61 RPDIVHQCLLLLLDSPLRDFEVYVHTLNGEIIWVNRETRLPRNYNRFVGLMEKLFEERRI 120 Query 121 TAGDTTLIEFKDVGLRDIVRGRDVLLFREKGGRFEFSELLDGDVAVCIGAFPHGDFFEET 180 TAGDTTLIEFKDVGLRDIVRGRDVLLFREKGGRFEFSELLDGDVAVCIGAFPHGDFFEET Sbjct 121 TAGDTTLIEFKDVGLRDIVRGRDVLLFREKGGRFEFSELLDGDVAVCIGAFPHGDFFEET 180 Query 181 LRELGEFKEVSLGTESYTSLYVTSRVLCEYERVRAH 216 LRELGEFKEVSLGTESYTSLYVTSRVLCEYERVRAH Sbjct 181 LRELGEFKEVSLGTESYTSLYVTSRVLCEYERVRAH 216 >d3bbda1 Length=204 Score = 110 bits (275), Expect = 2.71e-32 Identities = 64/192 (33%), Positives = 110/192 (57%), Gaps = 17/192 (8%) Query 6 VFLEASLELIPQKIRGHPAVRADAIRRGKRPEKILLDDSKHHTAMKSLEFREKRGRPDIV 65 + +++LELIP++I+ + IR+ + + +LD + H+ AM+ L+ +E RGRPDI+ Sbjct 5 ILAKSALELIPEEIK-------NKIRKSRVYKYDILDSNYHYKAMEKLKDKEMRGRPDII 57 Query 66 HQCLLLLLDSPL---RDFEVYVHTLNGEIIWVNRETRLPRNYNRFVGLMEKLFEERRITA 122 H LL +LDSP+ + +Y+HT + +++ +N ETRLPRNY RF+G+MEK+ + R Sbjct 58 HISLLNILDSPINHEKKLNIYIHTYDDKVLKINPETRLPRNYFRFLGVMEKVLKGER--- 114 Query 123 GDTTLIEFKDVGLRDIVRGRDV--LLFREKGGRFEFSELLDGDVAVCIGAFPHGDFFEET 180 LI+ ++ L D++ + + K G+ +LL IG FP+G Sbjct 115 --NHLIKMEEKTLEDLLNEINAKKIAIMTKTGKLTHPKLLKEYDTFIIGGFPYGKLKINK 172 Query 181 LRELGEFKEVSL 192 + G+ KE+S+ Sbjct 173 EKVFGDIKEISI 184 Query= d3d3ha_ Length=183 >d3d3ha_ Length=183 Score = 359 bits (922), Expect = 3.23e-131 Identities = 183/183 (100%), Positives = 183/183 (100%), Gaps = 0/183 (0%) Query 1 QKRFYVSIDKIPEHVINAFVATEDRNFWHHFGIDPVAIVRAAIVNYRAGRIVQGGSTITQ 60 QKRFYVSIDKIPEHVINAFVATEDRNFWHHFGIDPVAIVRAAIVNYRAGRIVQGGSTITQ Sbjct 1 QKRFYVSIDKIPEHVINAFVATEDRNFWHHFGIDPVAIVRAAIVNYRAGRIVQGGSTITQ 60 Query 61 QLAKNLFLTRERTLERKIKEALLAIKIERTFDKKKIMELYLNQIYLGSGAYGVEAAAQVY 120 QLAKNLFLTRERTLERKIKEALLAIKIERTFDKKKIMELYLNQIYLGSGAYGVEAAAQVY Sbjct 61 QLAKNLFLTRERTLERKIKEALLAIKIERTFDKKKIMELYLNQIYLGSGAYGVEAAAQVY 120 Query 121 FGKHVWELSLDEAALLAALPKAPAKYNPFYHPERALQRRNLVLKRMLEEGYITPEQYEEA 180 FGKHVWELSLDEAALLAALPKAPAKYNPFYHPERALQRRNLVLKRMLEEGYITPEQYEEA Sbjct 121 FGKHVWELSLDEAALLAALPKAPAKYNPFYHPERALQRRNLVLKRMLEEGYITPEQYEEA 180 Query 181 VNK 183 VNK Sbjct 181 VNK 183 Query= d2olua1 Length=225 >d2olua1 Length=225 Score = 453 bits (1165), Expect = 7.12e-167 Identities = 225/225 (100%), Positives = 225/225 (100%), Gaps = 0/225 (0%) Query 1 KLQDPIPAKIYDKNGELVKTLDNGQRHEHVNLKDVPKSMKDAVLATEDNRFYEHGALDYK 60 KLQDPIPAKIYDKNGELVKTLDNGQRHEHVNLKDVPKSMKDAVLATEDNRFYEHGALDYK Sbjct 1 KLQDPIPAKIYDKNGELVKTLDNGQRHEHVNLKDVPKSMKDAVLATEDNRFYEHGALDYK 60 Query 61 RLFGAIGKNLTGGFGSEGASTLTQQVVKDAFLSQHKSIGRKAQEAYLSYRLEQEYSKDDI 120 RLFGAIGKNLTGGFGSEGASTLTQQVVKDAFLSQHKSIGRKAQEAYLSYRLEQEYSKDDI Sbjct 61 RLFGAIGKNLTGGFGSEGASTLTQQVVKDAFLSQHKSIGRKAQEAYLSYRLEQEYSKDDI 120 Query 121 FQVYLNKIYYSDGVTGIKAAAKYYFNKDLKDLNLAEEAYLAGLPQVPNNYNIYDHPKAAE 180 FQVYLNKIYYSDGVTGIKAAAKYYFNKDLKDLNLAEEAYLAGLPQVPNNYNIYDHPKAAE Sbjct 121 FQVYLNKIYYSDGVTGIKAAAKYYFNKDLKDLNLAEEAYLAGLPQVPNNYNIYDHPKAAE 180 Query 181 DRKNTVLYLMHYHKRITDKQWEDAKKIDLKANLVNRTPEERQNID 225 DRKNTVLYLMHYHKRITDKQWEDAKKIDLKANLVNRTPEERQNID Sbjct 181 DRKNTVLYLMHYHKRITDKQWEDAKKIDLKANLVNRTPEERQNID 225 Query= d2v94a1 Length=93 >d2v94a1 Length=93 Score = 189 bits (481), Expect = 7.13e-67 Identities = 93/93 (100%), Positives = 93/93 (100%), Gaps = 0/93 (0%) Query 1 MEIKITEVKENKLIGRKEIYFEIYHPGEPTPSRKDVKGKLVAMLDLNPETTVIQYIRSYF 60 MEIKITEVKENKLIGRKEIYFEIYHPGEPTPSRKDVKGKLVAMLDLNPETTVIQYIRSYF Sbjct 1 MEIKITEVKENKLIGRKEIYFEIYHPGEPTPSRKDVKGKLVAMLDLNPETTVIQYIRSYF 60 Query 61 GSYKSKGYAKYYYDKDRMLYIEPEYILIRDGII 93 GSYKSKGYAKYYYDKDRMLYIEPEYILIRDGII Sbjct 61 GSYKSKGYAKYYYDKDRMLYIEPEYILIRDGII 93 Query= d2g1da1 Length=98 >d2g1da1 Length=98 Score = 187 bits (476), Expect = 5.94e-66 Identities = 98/98 (100%), Positives = 98/98 (100%), Gaps = 0/98 (0%) Query 1 MDLIIKEKRDNPILKRKEIKYVLKFDSSRTPSREEIKELIAKHEGVDKELVIVDNNKQLT 60 MDLIIKEKRDNPILKRKEIKYVLKFDSSRTPSREEIKELIAKHEGVDKELVIVDNNKQLT Sbjct 1 MDLIIKEKRDNPILKRKEIKYVLKFDSSRTPSREEIKELIAKHEGVDKELVIVDNNKQLT 60 Query 61 GKHEIEGYTKIYADKPSAMLYEPDYELIRNGLKQKEAK 98 GKHEIEGYTKIYADKPSAMLYEPDYELIRNGLKQKEAK Sbjct 61 GKHEIEGYTKIYADKPSAMLYEPDYELIRNGLKQKEAK 98 Query= d1wm3a_ Length=72 >d1wm3a_ Length=72 Score = 145 bits (366), Expect = 5.63e-50 Identities = 72/72 (100%), Positives = 72/72 (100%), Gaps = 0/72 (0%) Query 1 HINLKVAGQDGSVVQFKIKRHTPLSKLMKAYCERQGLSMRQIRFRFDGQPINETDTPAQL 60 HINLKVAGQDGSVVQFKIKRHTPLSKLMKAYCERQGLSMRQIRFRFDGQPINETDTPAQL Sbjct 1 HINLKVAGQDGSVVQFKIKRHTPLSKLMKAYCERQGLSMRQIRFRFDGQPINETDTPAQL 60 Query 61 EMEDEDTIDVFQ 72 EMEDEDTIDVFQ Sbjct 61 EMEDEDTIDVFQ 72 Query= d3a4ra1 Length=74 >d3a4ra1 Length=74 Score = 149 bits (375), Expect = 2.74e-51 Identities = 74/74 (100%), Positives = 74/74 (100%), Gaps = 0/74 (0%) Query 1 QELRLRVQGKEKHQMLEISLSPDSPLKVLMSHYEEAMGLSGHKLSFFFDGTKLSGKELPA 60 QELRLRVQGKEKHQMLEISLSPDSPLKVLMSHYEEAMGLSGHKLSFFFDGTKLSGKELPA Sbjct 1 QELRLRVQGKEKHQMLEISLSPDSPLKVLMSHYEEAMGLSGHKLSFFFDGTKLSGKELPA 60 Query 61 DLGLESGDLIEVWG 74 DLGLESGDLIEVWG Sbjct 61 DLGLESGDLIEVWG 74 Query= d3ec9a1 Length=130 >d3ec9a1 Length=130 Score = 275 bits (702), Expect = 2.10e-99 Identities = 130/130 (100%), Positives = 130/130 (100%), Gaps = 0/130 (0%) Query 1 MRTPYQIVADHYAASDRHDPAAMMADIAPAIEWTEMAGFPCAGTYRSADEIVRNVFRRLG 60 MRTPYQIVADHYAASDRHDPAAMMADIAPAIEWTEMAGFPCAGTYRSADEIVRNVFRRLG Sbjct 1 MRTPYQIVADHYAASDRHDPAAMMADIAPAIEWTEMAGFPCAGTYRSADEIVRNVFRRLG 60 Query 61 EEWDGYTFKLDALHDAGDTVIGVGRYSGTYRRTGKSFECRVAHVWRVDAGKIVHFEQFTD 120 EEWDGYTFKLDALHDAGDTVIGVGRYSGTYRRTGKSFECRVAHVWRVDAGKIVHFEQFTD Sbjct 61 EEWDGYTFKLDALHDAGDTVIGVGRYSGTYRRTGKSFECRVAHVWRVDAGKIVHFEQFTD 120 Query 121 TLLVAQAMQP 130 TLLVAQAMQP Sbjct 121 TLLVAQAMQP 130 Query= d3grda_ Length=133 >d3grda_ Length=133 Score = 270 bits (690), Expect = 1.78e-97 Identities = 133/133 (100%), Positives = 133/133 (100%), Gaps = 0/133 (0%) Query 1 MPKANLEIIRSTYEGSASSNAKHLAEALSEKVEWTEAEGFPYGGTYIGVEAIMENVFSRL 60 MPKANLEIIRSTYEGSASSNAKHLAEALSEKVEWTEAEGFPYGGTYIGVEAIMENVFSRL Sbjct 1 MPKANLEIIRSTYEGSASSNAKHLAEALSEKVEWTEAEGFPYGGTYIGVEAIMENVFSRL 60 Query 61 GSEWNDYKASVNMYHEVSGKDVIIAEGMYSGVYKDTGKSFEAEFVHVWQLENGKIVKFKQ 120 GSEWNDYKASVNMYHEVSGKDVIIAEGMYSGVYKDTGKSFEAEFVHVWQLENGKIVKFKQ Sbjct 61 GSEWNDYKASVNMYHEVSGKDVIIAEGMYSGVYKDTGKSFEAEFVHVWQLENGKIVKFKQ 120 Query 121 YVDSHLVREAMKS 133 YVDSHLVREAMKS Sbjct 121 YVDSHLVREAMKS 133 Query= d1k5na2 Length=181 >d1k5na2 Length=181 Score = 376 bits (966), Expect = 5.40e-138 Identities = 181/181 (100%), Positives = 181/181 (100%), Gaps = 0/181 (0%) Query 1 GSHSMRYFHTSVSRPGRGEPRFITVGYVDDTLFVRFDSDAASPREEPRAPWIEQEGPEYW 60 GSHSMRYFHTSVSRPGRGEPRFITVGYVDDTLFVRFDSDAASPREEPRAPWIEQEGPEYW Sbjct 1 GSHSMRYFHTSVSRPGRGEPRFITVGYVDDTLFVRFDSDAASPREEPRAPWIEQEGPEYW 60 Query 61 DRETQICKAKAQTDREDLRTLLRYYNQSEAGSHTLQNMYGCDVGPDGRLLRGYHQHAYDG 120 DRETQICKAKAQTDREDLRTLLRYYNQSEAGSHTLQNMYGCDVGPDGRLLRGYHQHAYDG Sbjct 61 DRETQICKAKAQTDREDLRTLLRYYNQSEAGSHTLQNMYGCDVGPDGRLLRGYHQHAYDG 120 Query 121 KDYIALNEDLSSWTAADTAAQITQRKWEAARVAEQLRAYLEGECVEWLRRYLENGKETLQ 180 KDYIALNEDLSSWTAADTAAQITQRKWEAARVAEQLRAYLEGECVEWLRRYLENGKETLQ Sbjct 121 KDYIALNEDLSSWTAADTAAQITQRKWEAARVAEQLRAYLEGECVEWLRRYLENGKETLQ 180 Query 181 R 181 R Sbjct 181 R 181 Query= d1de4a2 Length=178 >d1de4a2 Length=178 Score = 378 bits (971), Expect = 7.41e-139 Identities = 178/178 (100%), Positives = 178/178 (100%), Gaps = 0/178 (0%) Query 1 RSHSLHYLFMGASEQDLGLSLFEALGYVDDQLFVFYDHESRRVEPRTPWVSSRISSQMWL 60 RSHSLHYLFMGASEQDLGLSLFEALGYVDDQLFVFYDHESRRVEPRTPWVSSRISSQMWL Sbjct 1 RSHSLHYLFMGASEQDLGLSLFEALGYVDDQLFVFYDHESRRVEPRTPWVSSRISSQMWL 60 Query 61 QLSQSLKGWDHMFTVDFWTIMENHNHSKESHTLQVILGCEMQEDNSTEGYWKYGYDGQDH 120 QLSQSLKGWDHMFTVDFWTIMENHNHSKESHTLQVILGCEMQEDNSTEGYWKYGYDGQDH Sbjct 61 QLSQSLKGWDHMFTVDFWTIMENHNHSKESHTLQVILGCEMQEDNSTEGYWKYGYDGQDH 120 Query 121 LEFCPDTLDWRAAEPRAWPTKLEWERHKIRARQNRAYLERDCPAQLQQLLELGRGVLD 178 LEFCPDTLDWRAAEPRAWPTKLEWERHKIRARQNRAYLERDCPAQLQQLLELGRGVLD Sbjct 121 LEFCPDTLDWRAAEPRAWPTKLEWERHKIRARQNRAYLERDCPAQLQQLLELGRGVLD 178 Query= d3qy3a1 Length=130 >d3qy3a1 Length=130 Score = 271 bits (692), Expect = 7.04e-98 Identities = 130/130 (100%), Positives = 130/130 (100%), Gaps = 0/130 (0%) Query 1 QLLHTAHIPVRWGDMDSYGHVNNTLYFQYLEEARVAWFETLGIDLEGAAEGPVVLQSLHT 60 QLLHTAHIPVRWGDMDSYGHVNNTLYFQYLEEARVAWFETLGIDLEGAAEGPVVLQSLHT Sbjct 1 QLLHTAHIPVRWGDMDSYGHVNNTLYFQYLEEARVAWFETLGIDLEGAAEGPVVLQSLHT 60 Query 61 YLKPVVHPATVVVELYAGRLGTSSLVLEHRLHTLEDPQGTYGEGHCKLVWVRHAENRSTP 120 YLKPVVHPATVVVELYAGRLGTSSLVLEHRLHTLEDPQGTYGEGHCKLVWVRHAENRSTP Sbjct 61 YLKPVVHPATVVVELYAGRLGTSSLVLEHRLHTLEDPQGTYGEGHCKLVWVRHAENRSTP 120 Query 121 VPDSIRAAIA 130 VPDSIRAAIA Sbjct 121 VPDSIRAAIA 130 Query= d2cyea1 Length=132 >d2cyea1 Length=132 Score = 266 bits (681), Expect = 3.90e-96 Identities = 132/132 (100%), Positives = 132/132 (100%), Gaps = 0/132 (0%) Query 1 MEGFPVRVRVDVRFRDLDPLGHVNNAVFLSYMELARIRYFQRISPDWLEEGHFVVARMEV 60 MEGFPVRVRVDVRFRDLDPLGHVNNAVFLSYMELARIRYFQRISPDWLEEGHFVVARMEV Sbjct 1 MEGFPVRVRVDVRFRDLDPLGHVNNAVFLSYMELARIRYFQRISPDWLEEGHFVVARMEV 60 Query 61 DYLRPILLGDEVFVGVRTVGLGRSSLRMEHLVTANGESAAKGLGVLVWLEGGRPAPLPEA 120 DYLRPILLGDEVFVGVRTVGLGRSSLRMEHLVTANGESAAKGLGVLVWLEGGRPAPLPEA Sbjct 61 DYLRPILLGDEVFVGVRTVGLGRSSLRMEHLVTANGESAAKGLGVLVWLEGGRPAPLPEA 120 Query 121 IRERIRALEGRP 132 IRERIRALEGRP Sbjct 121 IRERIRALEGRP 132 Query= d1j4wa1 Length=70 >d1j4wa1 Length=70 Score = 140 bits (353), Expect = 4.72e-48 Identities = 70/70 (100%), Positives = 70/70 (100%), Gaps = 0/70 (0%) Query 1 IDVPIPRFAVGIVIGRNGEMIKKIQNDAGVRIQFKPDDGTTPERIAQITGPPDRAQHAAE 60 IDVPIPRFAVGIVIGRNGEMIKKIQNDAGVRIQFKPDDGTTPERIAQITGPPDRAQHAAE Sbjct 1 IDVPIPRFAVGIVIGRNGEMIKKIQNDAGVRIQFKPDDGTTPERIAQITGPPDRAQHAAE 60 Query 61 IITDLLRSVQ 70 IITDLLRSVQ Sbjct 61 IITDLLRSVQ 70 Query= d2ctma1 Length=81 >d2ctma1 Length=81 Score = 164 bits (415), Expect = 3.54e-57 Identities = 81/81 (100%), Positives = 81/81 (100%), Gaps = 0/81 (0%) Query 1 RIVGELEQMVSEDVPLDHRVHARIIGARGKAIRKIMDEFKVDIRFPQSGAPDPNCVTVTG 60 RIVGELEQMVSEDVPLDHRVHARIIGARGKAIRKIMDEFKVDIRFPQSGAPDPNCVTVTG Sbjct 1 RIVGELEQMVSEDVPLDHRVHARIIGARGKAIRKIMDEFKVDIRFPQSGAPDPNCVTVTG 60 Query 61 LPENVEEAIDHILNLEEEYLA 81 LPENVEEAIDHILNLEEEYLA Sbjct 61 LPENVEEAIDHILNLEEEYLA 81 Query= d1viga_ Length=71 >d1viga_ Length=71 Score = 140 bits (353), Expect = 5.06e-48 Identities = 71/71 (100%), Positives = 71/71 (100%), Gaps = 0/71 (0%) Query 1 INRMDYVEINIDHKFHRHLIGKSGANINRIKDQYKVSVRIPPDSEKSNLIRIEGDPQGVQ 60 INRMDYVEINIDHKFHRHLIGKSGANINRIKDQYKVSVRIPPDSEKSNLIRIEGDPQGVQ Sbjct 1 INRMDYVEINIDHKFHRHLIGKSGANINRIKDQYKVSVRIPPDSEKSNLIRIEGDPQGVQ 60 Query 61 QAKRELLELAS 71 QAKRELLELAS Sbjct 61 QAKRELLELAS 71 Query= d1jpma2 Length=125 >d1jpma2 Length=125 Score = 248 bits (632), Expect = 6.90e-89 Identities = 125/125 (100%), Positives = 125/125 (100%), Gaps = 0/125 (0%) Query 1 MKIIRIETSRIAVPLTKPFKTALRTVYTAESVIVRITYDSGAVGWGEAPPTLVITGDSMD 60 MKIIRIETSRIAVPLTKPFKTALRTVYTAESVIVRITYDSGAVGWGEAPPTLVITGDSMD Sbjct 1 MKIIRIETSRIAVPLTKPFKTALRTVYTAESVIVRITYDSGAVGWGEAPPTLVITGDSMD 60 Query 61 SIESAIHHVLKPALLGKSLAGYEAILHDIQHLLTGNMSAKAAVEMALYDGWAQMCGLPLY 120 SIESAIHHVLKPALLGKSLAGYEAILHDIQHLLTGNMSAKAAVEMALYDGWAQMCGLPLY Sbjct 61 SIESAIHHVLKPALLGKSLAGYEAILHDIQHLLTGNMSAKAAVEMALYDGWAQMCGLPLY 120 Query 121 QMLGG 125 QMLGG Sbjct 121 QMLGG 125 Query= d4k8ga1 Length=111 >d4k8ga1 Length=111 Score = 230 bits (586), Expect = 2.54e-82 Identities = 111/111 (100%), Positives = 111/111 (100%), Gaps = 0/111 (0%) Query 1 MKITAARVIITCPGRNFVTLKIETDQGVYGIGDATLNGRELSVVAYLQEHVAPCLIGMDP 60 MKITAARVIITCPGRNFVTLKIETDQGVYGIGDATLNGRELSVVAYLQEHVAPCLIGMDP Sbjct 1 MKITAARVIITCPGRNFVTLKIETDQGVYGIGDATLNGRELSVVAYLQEHVAPCLIGMDP 60 Query 61 RRIEDIWQYVYRGAYWRRGPVTMRAIAAVDMALWDIKAKMAGMPLYQLLGG 111 RRIEDIWQYVYRGAYWRRGPVTMRAIAAVDMALWDIKAKMAGMPLYQLLGG Sbjct 61 RRIEDIWQYVYRGAYWRRGPVTMRAIAAVDMALWDIKAKMAGMPLYQLLGG 111 >d3fvda1 Length=126 Score = 54.7 bits (130), Expect = 6.74e-13 Identities = 36/105 (34%), Positives = 56/105 (53%), Gaps = 26/105 (24%) Query 20 LKIETDQGVYGIGDATLNGRELSVVAYLQEH----------VAPCLIGMDPRRIEDIWQY 69 L+I+TD+GV G G+ G +YL H +AP L+G+DPR ++ + + Sbjct 35 LRIDTDEGVTGWGEGCPWGH-----SYLPAHGPGLRAGIATLAPHLLGLDPRSLDHVNRV 89 Query 70 V---YRGAYWRRGPVTMRAIAAVDMALWDIKAKMAGMPLYQLLGG 111 + G + + P+ DMA WDI ++AG+PL+QLLGG Sbjct 90 MDLQLPGHSYVKSPI--------DMACWDILGQVAGLPLWQLLGG 126 Query= d3fvda1 Length=126 >d3fvda1 Length=126 Score = 273 bits (697), Expect = 9.00e-99 Identities = 126/126 (100%), Positives = 126/126 (100%), Gaps = 0/126 (0%) Query 1 RITRLTVFHLDLPLAKPYWLSGGRLKFDRLDSTYLRIDTDEGVTGWGEGCPWGHSYLPAH 60 RITRLTVFHLDLPLAKPYWLSGGRLKFDRLDSTYLRIDTDEGVTGWGEGCPWGHSYLPAH Sbjct 1 RITRLTVFHLDLPLAKPYWLSGGRLKFDRLDSTYLRIDTDEGVTGWGEGCPWGHSYLPAH 60 Query 61 GPGLRAGIATLAPHLLGLDPRSLDHVNRVMDLQLPGHSYVKSPIDMACWDILGQVAGLPL 120 GPGLRAGIATLAPHLLGLDPRSLDHVNRVMDLQLPGHSYVKSPIDMACWDILGQVAGLPL Sbjct 61 GPGLRAGIATLAPHLLGLDPRSLDHVNRVMDLQLPGHSYVKSPIDMACWDILGQVAGLPL 120 Query 121 WQLLGG 126 WQLLGG Sbjct 121 WQLLGG 126 >d4k8ga1 Length=111 Score = 53.9 bits (128), Expect = 1.51e-12 Identities = 36/105 (34%), Positives = 56/105 (53%), Gaps = 26/105 (24%) Query 35 LRIDTDEGVTGWGEGCPWGH-----SYLPAHGPGLRAGIATLAPHLLGLDPRSLDHVNRV 89 L+I+TD+GV G G+ G +YL H +AP L+G+DPR ++ + + Sbjct 20 LKIETDQGVYGIGDATLNGRELSVVAYLQEH----------VAPCLIGMDPRRIEDIWQY 69 Query 90 MDLQLPGHSYVKSPI--------DMACWDILGQVAGLPLWQLLGG 126 + G + + P+ DMA WDI ++AG+PL+QLLGG Sbjct 70 V---YRGAYWRRGPVTMRAIAAVDMALWDIKAKMAGMPLYQLLGG 111 Query= d5olca1 Length=122 >d5olca1 Length=122 Score = 255 bits (652), Expect = 4.90e-92 Identities = 122/122 (100%), Positives = 122/122 (100%), Gaps = 0/122 (0%) Query 1 KIKKIEPYVISHKLDTPFYFSQWQYDTRKICIVKITLDDGTYGWGEGYGPAAVIKSGIDF 60 KIKKIEPYVISHKLDTPFYFSQWQYDTRKICIVKITLDDGTYGWGEGYGPAAVIKSGIDF Sbjct 1 KIKKIEPYVISHKLDTPFYFSQWQYDTRKICIVKITLDDGTYGWGEGYGPAAVIKSGIDF 60 Query 61 FTPFLLGKEAIGHEVLWQEMYRRSMDYARSGVLQAAISAIDVALWDIKGKLLNLPVSVLL 120 FTPFLLGKEAIGHEVLWQEMYRRSMDYARSGVLQAAISAIDVALWDIKGKLLNLPVSVLL Sbjct 61 FTPFLLGKEAIGHEVLWQEMYRRSMDYARSGVLQAAISAIDVALWDIKGKLLNLPVSVLL 120 Query 121 GG 122 GG Sbjct 121 GG 122 Query= d1p1la_ Length=102 >d1p1la_ Length=102 Score = 211 bits (537), Expect = 3.92e-75 Identities = 102/102 (100%), Positives = 102/102 (100%), Gaps = 0/102 (0%) Query 1 MHNFIYITAPSLEEAERIAKRLLEKKLAACVNIFPIKSFFWWEGKIEAATEFAMIVKTRS 60 MHNFIYITAPSLEEAERIAKRLLEKKLAACVNIFPIKSFFWWEGKIEAATEFAMIVKTRS Sbjct 1 MHNFIYITAPSLEEAERIAKRLLEKKLAACVNIFPIKSFFWWEGKIEAATEFAMIVKTRS 60 Query 61 EKFAEVRDEVKAMHSYTTPCICAIPIERGLKEFLDWIDETVE 102 EKFAEVRDEVKAMHSYTTPCICAIPIERGLKEFLDWIDETVE Sbjct 61 EKFAEVRDEVKAMHSYTTPCICAIPIERGLKEFLDWIDETVE 102 Query= d2nuha_ Length=104 >d2nuha_ Length=104 Score = 209 bits (533), Expect = 1.85e-74 Identities = 104/104 (100%), Positives = 104/104 (100%), Gaps = 0/104 (0%) Query 1 SDVYLIFSTCPDLPSAEIISRVLVQERLAACVTQLPGAVSTYRWQGKIETTQEIQLLIKT 60 SDVYLIFSTCPDLPSAEIISRVLVQERLAACVTQLPGAVSTYRWQGKIETTQEIQLLIKT Sbjct 1 SDVYLIFSTCPDLPSAEIISRVLVQERLAACVTQLPGAVSTYRWQGKIETTQEIQLLIKT 60 Query 61 NAVHVNAAITRLCALHPYRLPEAIAVQVSVGLPEYLTWINTEID 104 NAVHVNAAITRLCALHPYRLPEAIAVQVSVGLPEYLTWINTEID Sbjct 61 NAVHVNAAITRLCALHPYRLPEAIAVQVSVGLPEYLTWINTEID 104 Query= d1l3ka1 Length=84 >d1l3ka1 Length=84 Score = 173 bits (439), Expect = 9.55e-61 Identities = 84/84 (100%), Positives = 84/84 (100%), Gaps = 0/84 (0%) Query 1 KEPEQLRKLFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVEE 60 KEPEQLRKLFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVEE Sbjct 1 KEPEQLRKLFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVEE 60 Query 61 VDAAMNARPHKVDGRVVEPKRAVS 84 VDAAMNARPHKVDGRVVEPKRAVS Sbjct 61 VDAAMNARPHKVDGRVVEPKRAVS 84 >d5x3ya1 Length=92 Score = 70.5 bits (171), Expect = 8.26e-20 Identities = 31/76 (40%), Positives = 51/76 (67%), Gaps = 0/76 (0%) Query 7 RKLFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVEEVDAAMN 66 +K+F+GGLS TT E ++ +FEQ+G + D ++M D T R RGFGFVT+ + + V+ Sbjct 1 KKIFVGGLSVNTTVEDVKHYFEQFGKVDDAMLMFDKTTNRHRGFGFVTFESEDIVEKVCE 60 Query 67 ARPHKVDGRVVEPKRA 82 H+++ ++VE K+A Sbjct 61 IHFHEINNKMVECKKA 76 >d2dnza1 Length=82 Score = 52.8 bits (125), Expect = 5.98e-13 Identities = 21/51 (41%), Positives = 36/51 (70%), Gaps = 0/51 (0%) Query 9 LFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVE 59 L++G L F T++ LR FE +G + + V+M+D +T RS+G+GF+T++ E Sbjct 1 LYVGSLHFNITEDMLRGIFEPFGKIDNIVLMKDSDTGRSKGYGFITFSDSE 51 Query= d2dnza1 Length=82 >d2dnza1 Length=82 Score = 170 bits (431), Expect = 1.38e-59 Identities = 82/82 (100%), Positives = 82/82 (100%), Gaps = 0/82 (0%) Query 1 LYVGSLHFNITEDMLRGIFEPFGKIDNIVLMKDSDTGRSKGYGFITFSDSECARRALEQL 60 LYVGSLHFNITEDMLRGIFEPFGKIDNIVLMKDSDTGRSKGYGFITFSDSECARRALEQL Sbjct 1 LYVGSLHFNITEDMLRGIFEPFGKIDNIVLMKDSDTGRSKGYGFITFSDSECARRALEQL 60 Query 61 NGFELAGRPMRVGHVTERLDGG 82 NGFELAGRPMRVGHVTERLDGG Sbjct 61 NGFELAGRPMRVGHVTERLDGG 82 >d1l3ka1 Length=84 Score = 52.4 bits (124), Expect = 8.27e-13 Identities = 28/78 (35%), Positives = 45/78 (57%), Gaps = 9/78 (11%) Query 1 LYVGSLHFNITEDMLRGIFEPFGKIDNIVLMKDSDTGRSKGYGFITFSDSECARRALEQL 60 L++G L F T++ LR FE +G + + V+M+D +T RS+G+GF+T++ E A+ Sbjct 9 LFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVEEVDAAMN-- 66 Query 61 NGFELAGRPMRV-GHVTE 77 RP +V G V E Sbjct 67 ------ARPHKVDGRVVE 78 Query= d3uwta2 Length=96 >d3uwta2 Length=96 Score = 194 bits (493), Expect = 1.31e-68 Identities = 96/96 (100%), Positives = 96/96 (100%), Gaps = 0/96 (0%) Query 1 LAEEARAFNRIYVASVHQDLSDDDIKSVFEAFGKIKSCTLARDPTTGKHKGYGFIEYEKA 60 LAEEARAFNRIYVASVHQDLSDDDIKSVFEAFGKIKSCTLARDPTTGKHKGYGFIEYEKA Sbjct 1 LAEEARAFNRIYVASVHQDLSDDDIKSVFEAFGKIKSCTLARDPTTGKHKGYGFIEYEKA 60 Query 61 QSSQDAVSSMNLFDLGGQYLRVGKAVTPPMPLLTPA 96 QSSQDAVSSMNLFDLGGQYLRVGKAVTPPMPLLTPA Sbjct 61 QSSQDAVSSMNLFDLGGQYLRVGKAVTPPMPLLTPA 96 Query= d5x3ya1 Length=92 >d5x3ya1 Length=92 Score = 188 bits (477), Expect = 2.70e-66 Identities = 92/92 (100%), Positives = 92/92 (100%), Gaps = 0/92 (0%) Query 1 KKIFVGGLSVNTTVEDVKHYFEQFGKVDDAMLMFDKTTNRHRGFGFVTFESEDIVEKVCE 60 KKIFVGGLSVNTTVEDVKHYFEQFGKVDDAMLMFDKTTNRHRGFGFVTFESEDIVEKVCE Sbjct 1 KKIFVGGLSVNTTVEDVKHYFEQFGKVDDAMLMFDKTTNRHRGFGFVTFESEDIVEKVCE 60 Query 61 IHFHEINNKMVECKKAQPKEVMSPTGSARGRS 92 IHFHEINNKMVECKKAQPKEVMSPTGSARGRS Sbjct 61 IHFHEINNKMVECKKAQPKEVMSPTGSARGRS 92 >d1l3ka1 Length=84 Score = 68.2 bits (165), Expect = 7.36e-19 Identities = 31/76 (40%), Positives = 51/76 (67%), Gaps = 0/76 (0%) Query 1 KKIFVGGLSVNTTVEDVKHYFEQFGKVDDAMLMFDKTTNRHRGFGFVTFESEDIVEKVCE 60 +K+F+GGLS TT E ++ +FEQ+G + D ++M D T R RGFGFVT+ + + V+ Sbjct 7 RKLFIGGLSFETTDESLRSHFEQWGTLTDCVVMRDPNTKRSRGFGFVTYATVEEVDAAMN 66 Query 61 IHFHEINNKMVECKKA 76 H+++ ++VE K+A Sbjct 67 ARPHKVDGRVVEPKRA 82 Query= d2j0wa3 Length=64 >d2j0wa3 Length=64 Score = 134 bits (336), Expect = 1.22e-45 Identities = 64/64 (100%), Positives = 64/64 (100%), Gaps = 0/64 (0%) Query 1 LALVALIGNDLSKACGVGKEVFGVLEPFNIRMICYGASSHNLCFLVPGEDAEQVVQKLHS 60 LALVALIGNDLSKACGVGKEVFGVLEPFNIRMICYGASSHNLCFLVPGEDAEQVVQKLHS Sbjct 1 LALVALIGNDLSKACGVGKEVFGVLEPFNIRMICYGASSHNLCFLVPGEDAEQVVQKLHS 60 Query 61 NLFE 64 NLFE Sbjct 61 NLFE 64 Query= d2cdqa3 Length=75 >d2cdqa3 Length=75 Score = 143 bits (361), Expect = 4.04e-49 Identities = 75/75 (100%), Positives = 75/75 (100%), Gaps = 0/75 (0%) Query 1 RAIISLIGNVQHSSLILERAFHVLYTKGVNVQMISQGASKVNISFIVNEAEAEGCVQALH 60 RAIISLIGNVQHSSLILERAFHVLYTKGVNVQMISQGASKVNISFIVNEAEAEGCVQALH Sbjct 1 RAIISLIGNVQHSSLILERAFHVLYTKGVNVQMISQGASKVNISFIVNEAEAEGCVQALH 60 Query 61 KSFFESGDLSELLIQ 75 KSFFESGDLSELLIQ Sbjct 61 KSFFESGDLSELLIQ 75 Query= d3r5ga_ Length=195 >d3r5ga_ Length=195 Score = 385 bits (989), Expect = 4.89e-141 Identities = 195/195 (100%), Positives = 195/195 (100%), Gaps = 0/195 (0%) Query 1 ETQRKKLTVFFSDIRGFTELSEELEAEALTDLLNNYLNEMSKIALKYGGTIDKFVGDCVM 60 ETQRKKLTVFFSDIRGFTELSEELEAEALTDLLNNYLNEMSKIALKYGGTIDKFVGDCVM Sbjct 1 ETQRKKLTVFFSDIRGFTELSEELEAEALTDLLNNYLNEMSKIALKYGGTIDKFVGDCVM 60 Query 61 VFFGDPSTQGAKKDAVAAVSMGIAMRKHMKVLRQQWRAQGITKPLEIRMGINTGYCTVGN 120 VFFGDPSTQGAKKDAVAAVSMGIAMRKHMKVLRQQWRAQGITKPLEIRMGINTGYCTVGN Sbjct 61 VFFGDPSTQGAKKDAVAAVSMGIAMRKHMKVLRQQWRAQGITKPLEIRMGINTGYCTVGN 120 Query 121 FGADTRMDYTIIGREVNLASRLESASEAGEILISHETYSLIKDVIMCRDKGQIAVKGFSR 180 FGADTRMDYTIIGREVNLASRLESASEAGEILISHETYSLIKDVIMCRDKGQIAVKGFSR Sbjct 121 FGADTRMDYTIIGREVNLASRLESASEAGEILISHETYSLIKDVIMCRDKGQIAVKGFSR 180 Query 181 PVQIYQVVDSRRDLG 195 PVQIYQVVDSRRDLG Sbjct 181 PVQIYQVVDSRRDLG 195 Query= d3mr7a1 Length=171 >d3mr7a1 Length=171 Score = 335 bits (858), Expect = 7.45e-122 Identities = 171/171 (100%), Positives = 171/171 (100%), Gaps = 0/171 (0%) Query 1 ERRLCAILAADMAGYSRLMERNETDVLNRQKLYRRELIDPAIAQAGGQIVKTTGDGMLAR 60 ERRLCAILAADMAGYSRLMERNETDVLNRQKLYRRELIDPAIAQAGGQIVKTTGDGMLAR Sbjct 1 ERRLCAILAADMAGYSRLMERNETDVLNRQKLYRRELIDPAIAQAGGQIVKTTGDGMLAR 60 Query 61 FDTAQAALRCALEIQQAMQQREEDTPRKERIQYRIGINIGDIVLEDGDIFGDAVNVAARL 120 FDTAQAALRCALEIQQAMQQREEDTPRKERIQYRIGINIGDIVLEDGDIFGDAVNVAARL Sbjct 61 FDTAQAALRCALEIQQAMQQREEDTPRKERIQYRIGINIGDIVLEDGDIFGDAVNVAARL 120 Query 121 EAISEPGAICVSDIVHQITQDRVSEPFTDLGLQKVKNITRPIRVWQWVPDA 171 EAISEPGAICVSDIVHQITQDRVSEPFTDLGLQKVKNITRPIRVWQWVPDA Sbjct 121 EAISEPGAICVSDIVHQITQDRVSEPFTDLGLQKVKNITRPIRVWQWVPDA 171 Query= d4qmea2 Length=250 >d4qmea2 Length=250 Score = 519 bits (1336), Expect = 4.14e-192 Identities = 250/250 (100%), Positives = 250/250 (100%), Gaps = 0/250 (0%) Query 1 DLAVTEDYFTTMSGRNVKIEFYTTEADKPKVGFAVESLKNAMKWDETRFGLEYDLDIFMV 60 DLAVTEDYFTTMSGRNVKIEFYTTEADKPKVGFAVESLKNAMKWDETRFGLEYDLDIFMV Sbjct 1 DLAVTEDYFTTMSGRNVKIEFYTTEADKPKVGFAVESLKNAMKWDETRFGLEYDLDIFMV 60 Query 61 VAVGDFNMGAMENKGLNIFNTKFVLADSRTATDTDFEGIESVVGHEYFHNWTGNRVTCRD 120 VAVGDFNMGAMENKGLNIFNTKFVLADSRTATDTDFEGIESVVGHEYFHNWTGNRVTCRD Sbjct 61 VAVGDFNMGAMENKGLNIFNTKFVLADSRTATDTDFEGIESVVGHEYFHNWTGNRVTCRD 120 Query 121 WFQLSLKEGLTVFRDQEFSGDRASRAVRRIENIRLLRQHQFPEDAGPTAHPVRPASYEEM 180 WFQLSLKEGLTVFRDQEFSGDRASRAVRRIENIRLLRQHQFPEDAGPTAHPVRPASYEEM Sbjct 121 WFQLSLKEGLTVFRDQEFSGDRASRAVRRIENIRLLRQHQFPEDAGPTAHPVRPASYEEM 180 Query 181 NNFYTMTVYEKGAEVVRMYHTLLGEEGFQKGMKLYFQRHDGQAVTCDDFRAAMADANGIN 240 NNFYTMTVYEKGAEVVRMYHTLLGEEGFQKGMKLYFQRHDGQAVTCDDFRAAMADANGIN Sbjct 181 NNFYTMTVYEKGAEVVRMYHTLLGEEGFQKGMKLYFQRHDGQAVTCDDFRAAMADANGIN 240 Query 241 LDQFALWYSQ 250 LDQFALWYSQ Sbjct 241 LDQFALWYSQ 250 Query= d4fkea2 Length=262 >d4fkea2 Length=262 Score = 536 bits (1381), Expect = 1.44e-198 Identities = 262/262 (100%), Positives = 262/262 (100%), Gaps = 0/262 (0%) Query 1 QSVNETAQNGVLIRIWARPNAIAEGHGMYALNVTGPILNFFANHYNTSYPLPKSDQIALP 60 QSVNETAQNGVLIRIWARPNAIAEGHGMYALNVTGPILNFFANHYNTSYPLPKSDQIALP Sbjct 1 QSVNETAQNGVLIRIWARPNAIAEGHGMYALNVTGPILNFFANHYNTSYPLPKSDQIALP 60 Query 61 DFNAGAMENWGLVTYRENALLFDPQSSSISNKERVVTVIAHELAHQWFGNLVTLAWWNDL 120 DFNAGAMENWGLVTYRENALLFDPQSSSISNKERVVTVIAHELAHQWFGNLVTLAWWNDL Sbjct 61 DFNAGAMENWGLVTYRENALLFDPQSSSISNKERVVTVIAHELAHQWFGNLVTLAWWNDL 120 Query 121 WLNEGFASYVEYLGADHAEPTWNLKDLIVPGDVYRVMAVDALASSHPLTTPAEEVNTPAQ 180 WLNEGFASYVEYLGADHAEPTWNLKDLIVPGDVYRVMAVDALASSHPLTTPAEEVNTPAQ Sbjct 121 WLNEGFASYVEYLGADHAEPTWNLKDLIVPGDVYRVMAVDALASSHPLTTPAEEVNTPAQ 180 Query 181 ISEMFDSISYSKGASVIRMLSNFLTEDLFKEGLASYLHAFAYQNTTYLDLWEHLQKAVDA 240 ISEMFDSISYSKGASVIRMLSNFLTEDLFKEGLASYLHAFAYQNTTYLDLWEHLQKAVDA Sbjct 181 ISEMFDSISYSKGASVIRMLSNFLTEDLFKEGLASYLHAFAYQNTTYLDLWEHLQKAVDA 240 Query 241 QTSIRLPDTVRAIMDRWTLQMG 262 QTSIRLPDTVRAIMDRWTLQMG Sbjct 241 QTSIRLPDTVRAIMDRWTLQMG 262 Query= d1m4ia_ Length=181 >d1m4ia_ Length=181 Score = 372 bits (954), Expect = 3.65e-136 Identities = 181/181 (100%), Positives = 181/181 (100%), Gaps = 0/181 (0%) Query 1 MHTQVHTARLVHTADLDSETRQDIRQMVTGAFAGDFTETDWEHTLGGMHALIWHHGAIIA 60 MHTQVHTARLVHTADLDSETRQDIRQMVTGAFAGDFTETDWEHTLGGMHALIWHHGAIIA Sbjct 1 MHTQVHTARLVHTADLDSETRQDIRQMVTGAFAGDFTETDWEHTLGGMHALIWHHGAIIA 60 Query 61 HAAVIQRRLIYRGNALRCGYVEGVAVRADWRGQRLVSALLDAVEQVMRGAYQLGALSSSA 120 HAAVIQRRLIYRGNALRCGYVEGVAVRADWRGQRLVSALLDAVEQVMRGAYQLGALSSSA Sbjct 61 HAAVIQRRLIYRGNALRCGYVEGVAVRADWRGQRLVSALLDAVEQVMRGAYQLGALSSSA 120 Query 121 RARRLYASRGWLPWHGPTSVLAPTGPVRTPDDDGTVFVLPIDISLDTSAELMCDWRAGDV 180 RARRLYASRGWLPWHGPTSVLAPTGPVRTPDDDGTVFVLPIDISLDTSAELMCDWRAGDV Sbjct 121 RARRLYASRGWLPWHGPTSVLAPTGPVRTPDDDGTVFVLPIDISLDTSAELMCDWRAGDV 180 Query 181 W 181 W Sbjct 181 W 181 Query= d5us1a1 Length=178 >d5us1a1 Length=178 Score = 369 bits (948), Expect = 2.39e-135 Identities = 178/178 (100%), Positives = 178/178 (100%), Gaps = 0/178 (0%) Query 1 MGIEYRSLHTSQLTLSEKEALYDLLIEGFEGDFSHDDFAHTLGGMHVMAFDQQKLVGHVA 60 MGIEYRSLHTSQLTLSEKEALYDLLIEGFEGDFSHDDFAHTLGGMHVMAFDQQKLVGHVA Sbjct 1 MGIEYRSLHTSQLTLSEKEALYDLLIEGFEGDFSHDDFAHTLGGMHVMAFDQQKLVGHVA 60 Query 61 IIQRHMALDNTPISVGYVEAMVVEQSYRRQGIGRQLMLQTNKIIASCYQLGLLSASDDGQ 120 IIQRHMALDNTPISVGYVEAMVVEQSYRRQGIGRQLMLQTNKIIASCYQLGLLSASDDGQ Sbjct 61 IIQRHMALDNTPISVGYVEAMVVEQSYRRQGIGRQLMLQTNKIIASCYQLGLLSASDDGQ 120 Query 121 KLYHSVGWQIWKGKLFELKQGSYIRSIEEEGGVMGWKADGEVDFTASLYCDFRGGDQW 178 KLYHSVGWQIWKGKLFELKQGSYIRSIEEEGGVMGWKADGEVDFTASLYCDFRGGDQW Sbjct 121 KLYHSVGWQIWKGKLFELKQGSYIRSIEEEGGVMGWKADGEVDFTASLYCDFRGGDQW 178 Query= d1vcda_ Length=126 >d1vcda_ Length=126 Score = 258 bits (660), Expect = 3.98e-93 Identities = 126/126 (100%), Positives = 126/126 (100%), Gaps = 0/126 (0%) Query 1 MELGAGGVVFNAKREVLLLRDRMGFWVFPKGHPEPGESLEEAAVREVWEETGVRAEVLLP 60 MELGAGGVVFNAKREVLLLRDRMGFWVFPKGHPEPGESLEEAAVREVWEETGVRAEVLLP Sbjct 1 MELGAGGVVFNAKREVLLLRDRMGFWVFPKGHPEPGESLEEAAVREVWEETGVRAEVLLP 60 Query 61 LYPTRYVNPKGVEREVHWFLMRGEGAPRLEEGMTGAGWFSPEEARALLAFPEDLGLLEVA 120 LYPTRYVNPKGVEREVHWFLMRGEGAPRLEEGMTGAGWFSPEEARALLAFPEDLGLLEVA Sbjct 61 LYPTRYVNPKGVEREVHWFLMRGEGAPRLEEGMTGAGWFSPEEARALLAFPEDLGLLEVA 120 Query 121 LERLPL 126 LERLPL Sbjct 121 LERLPL 126 >d1hzta1 Length=152 Score = 36.2 bits (82), Expect = 1.21e-05 Identities = 29/87 (33%), Positives = 42/87 (48%), Gaps = 11/87 (12%) Query 1 MELGAGGVVFNAKREVLLLRDRMGFWVFPK-------GHPEPGESLEEAAVREVWEETGV 53 + L +FNAK ++L+ R + +P GHP+ GES E+A +R E GV Sbjct 1 LHLAFSSWLFNAKGQLLVTRRALSKKAWPGVWTNSVCGHPQLGESNEDAVIRRCRYELGV 60 Query 54 RA---EVLLPLYPTRYVNPKG-VEREV 76 E + P + R +P G VE EV Sbjct 61 EITPPESIYPDFRYRATDPSGIVENEV 87 Query= d1hzta1 Length=152 >d1hzta1 Length=152 Score = 319 bits (817), Expect = 3.16e-116 Identities = 152/152 (100%), Positives = 152/152 (100%), Gaps = 0/152 (0%) Query 1 LHLAFSSWLFNAKGQLLVTRRALSKKAWPGVWTNSVCGHPQLGESNEDAVIRRCRYELGV 60 LHLAFSSWLFNAKGQLLVTRRALSKKAWPGVWTNSVCGHPQLGESNEDAVIRRCRYELGV Sbjct 1 LHLAFSSWLFNAKGQLLVTRRALSKKAWPGVWTNSVCGHPQLGESNEDAVIRRCRYELGV 60 Query 61 EITPPESIYPDFRYRATDPSGIVENEVCPVFAARTTSALQINDDEVMDYQWCDLADVLHG 120 EITPPESIYPDFRYRATDPSGIVENEVCPVFAARTTSALQINDDEVMDYQWCDLADVLHG Sbjct 61 EITPPESIYPDFRYRATDPSGIVENEVCPVFAARTTSALQINDDEVMDYQWCDLADVLHG 120 Query 121 IDATPWAFSPWMVMQATNREARKRLSAFTQLK 152 IDATPWAFSPWMVMQATNREARKRLSAFTQLK Sbjct 121 IDATPWAFSPWMVMQATNREARKRLSAFTQLK 152 >d1vcda_ Length=126 Score = 38.5 bits (88), Expect = 2.13e-06 Identities = 28/79 (35%), Positives = 40/79 (50%), Gaps = 11/79 (13%) Query 9 LFNAKGQLLVTRRALSKKAWPGVWTNSVCGHPQLGESNEDAVIRRCRYELGVEITPPESI 68 +FNAK ++L+ R + +P GHP+ GES E+A +R E GV E + Sbjct 9 VFNAKREVLLLRDRMGFWVFPK-------GHPEPGESLEEAAVREVWEETGVRA---EVL 58 Query 69 YPDFRYRATDPSGIVENEV 87 P + R +P G VE EV Sbjct 59 LPLYPTRYVNPKG-VEREV 76 Query= d1jcua_ Length=208 >d1jcua_ Length=208 Score = 411 bits (1056), Expect = 8.04e-151 Identities = 208/208 (100%), Positives = 208/208 (100%), Gaps = 0/208 (0%) Query 1 MLIRKITRKNPSPDVLEEAISVMEGGGIVIYPTDTIYGLGVNALDEDAVRRLFRVKGRSP 60 MLIRKITRKNPSPDVLEEAISVMEGGGIVIYPTDTIYGLGVNALDEDAVRRLFRVKGRSP Sbjct 1 MLIRKITRKNPSPDVLEEAISVMEGGGIVIYPTDTIYGLGVNALDEDAVRRLFRVKGRSP 60 Query 61 HKPVSICVSCVDEIPRFSRPSGDAMELMERILPGPYTVVLERNELIPDVITGGSSRVGIR 120 HKPVSICVSCVDEIPRFSRPSGDAMELMERILPGPYTVVLERNELIPDVITGGSSRVGIR Sbjct 61 HKPVSICVSCVDEIPRFSRPSGDAMELMERILPGPYTVVLERNELIPDVITGGSSRVGIR 120 Query 121 VPDDEICRRIAARFPVTATSANISGKPPSPRLEEIVRDLDAVDLVLDAGDCLDMEPSTVI 180 VPDDEICRRIAARFPVTATSANISGKPPSPRLEEIVRDLDAVDLVLDAGDCLDMEPSTVI Sbjct 121 VPDDEICRRIAARFPVTATSANISGKPPSPRLEEIVRDLDAVDLVLDAGDCLDMEPSTVI 180 Query 181 DLTVNPPRVLRRGKGPLDPVLLRGAGDV 208 DLTVNPPRVLRRGKGPLDPVLLRGAGDV Sbjct 181 DLTVNPPRVLRRGKGPLDPVLLRGAGDV 208 Query= d1hrua_ Length=186 >d1hrua_ Length=186 Score = 375 bits (964), Expect = 1.60e-137 Identities = 186/186 (100%), Positives = 186/186 (100%), Gaps = 0/186 (0%) Query 1 NNLQRDAIAAAIDVLNEERVIAYPTEAVFGVGCDPDSETAVMRLLELKQRPVDKGLILIA 60 NNLQRDAIAAAIDVLNEERVIAYPTEAVFGVGCDPDSETAVMRLLELKQRPVDKGLILIA Sbjct 1 NNLQRDAIAAAIDVLNEERVIAYPTEAVFGVGCDPDSETAVMRLLELKQRPVDKGLILIA 60 Query 61 ANYEQLKPYIDDTMLTDVQRETIFSRWPGPVTFVFPAPATTPRWLTGRFDSLAVRVTDHP 120 ANYEQLKPYIDDTMLTDVQRETIFSRWPGPVTFVFPAPATTPRWLTGRFDSLAVRVTDHP Sbjct 61 ANYEQLKPYIDDTMLTDVQRETIFSRWPGPVTFVFPAPATTPRWLTGRFDSLAVRVTDHP 120 Query 121 LVVALCQAYGKPLVSTSANLSGLPPCRTVDEVRAQFGAAFPVVPGETGGRLNPSEIRDAL 180 LVVALCQAYGKPLVSTSANLSGLPPCRTVDEVRAQFGAAFPVVPGETGGRLNPSEIRDAL Sbjct 121 LVVALCQAYGKPLVSTSANLSGLPPCRTVDEVRAQFGAAFPVVPGETGGRLNPSEIRDAL 180 Query 181 TGELFR 186 TGELFR Sbjct 181 TGELFR 186 Query= d3mi9a_ Length=337 >d3mi9a_ Length=337 Score = 677 bits (1748), Expect = 5.52e-252 Identities = 337/337 (100%), Positives = 337/337 (100%), Gaps = 0/337 (0%) Query 1 VECPFCDEVSKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREI 60 VECPFCDEVSKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREI Sbjct 1 VECPFCDEVSKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREI 60 Query 61 KILQLLKHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFTLSEIK 120 KILQLLKHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFTLSEIK Sbjct 61 KILQLLKHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFTLSEIK 120 Query 121 RVMQMLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTN 180 RVMQMLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTN Sbjct 121 RVMQMLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTN 180 Query 181 RVVTLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGS 240 RVVTLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGS Sbjct 181 RVVTLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGS 240 Query 241 ITPEVWPNVDNYELYEKLELVKGQKRKVKDRLKAYVRDPYALDLIDKLLVLDPAQRIDSD 300 ITPEVWPNVDNYELYEKLELVKGQKRKVKDRLKAYVRDPYALDLIDKLLVLDPAQRIDSD Sbjct 241 ITPEVWPNVDNYELYEKLELVKGQKRKVKDRLKAYVRDPYALDLIDKLLVLDPAQRIDSD 300 Query 301 DALNHDFFWSDPMPSDLKGMLSTHLTSMFEYLAPPRR 337 DALNHDFFWSDPMPSDLKGMLSTHLTSMFEYLAPPRR Sbjct 301 DALNHDFFWSDPMPSDLKGMLSTHLTSMFEYLAPPRR 337 >d2b9ha_ Length=353 Score = 151 bits (381), Expect = 6.24e-45 Identities = 105/316 (33%), Positives = 171/316 (54%), Gaps = 18/316 (5%) Query 10 SKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREIKILQLLKHE 69 S ++ + +G+G +G V A H+ TG+ VA+KK+ +K F + LREIKIL+ KHE Sbjct 11 SDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKI-EPFDKPLFALRTLREIKILKHFKHE 69 Query 70 NVVNLIEICRTKA-SPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFTLSEIKRVMQMLLN 128 N++ + I R + +N +Y++ + + DL ++S ++ I+ + L Sbjct 70 NIITIFNIQRPDSFENFNE----VYIIQELMQTDLHRVISTQMLSD--DHIQYFIYQTLR 123 Query 129 GLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAF--SLAKNSQPNRYTNRVV--- 183 + +H + ++HRD+K +N+LI + LK+ DFGLAR S A NS+P + +V Sbjct 124 AVKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMVEFV 183 Query 184 -TLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGSIT 242 T WYR PE++L Y +D+W GCI+AE++ R PI G +HQL LI + G T Sbjct 184 ATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIG--T 241 Query 243 PEVWPNVDNYELYEKLELVKGQKRKVKDRL-KAYVR-DPYALDLIDKLLVLDPAQRIDSD 300 P ++ E E +K L K + R +P +DL+ ++LV DPA+RI + Sbjct 242 PHSDNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITAK 301 Query 301 DALNHDFFWSDPMPSD 316 +AL H + + P+D Sbjct 302 EALEHPYLQTYHDPND 317 >d2i6la_ Length=309 Score = 140 bits (352), Expect = 3.94e-41 Identities = 110/313 (35%), Positives = 160/313 (51%), Gaps = 30/313 (9%) Query 10 SKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREIKILQLLKHE 69 S+Y L +G G G VF A ++VA+KK+++ + + ALREIKI++ L H+ Sbjct 6 SRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQSVKH--ALREIKIIRRLDHD 63 Query 70 NVVNLIEICRTKASPYNRCKGS------IYLVFDFCEHDLAGLLSNVLVKFTLSE--IKR 121 N+V + EI S GS +Y+V ++ E DLA NVL + L E + Sbjct 64 NIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLA----NVLEQGPLLEEHARL 119 Query 122 VMQMLLNGLYYIHRNKILHRDMKAANVLI-TRDGVLKLADFGLARAFSLAKNSQPNRYTN 180 M LL GL YIH +LHRD+K AN+ I T D VLK+ DFGLAR S + Sbjct 120 FMYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMD-PHYSHKGHLSE 178 Query 181 RVVTLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGS 240 +VT WYR P LLL +Y ID+W AGCI AEM T + G E Q+ LI + Sbjct 179 GLVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPV 238 Query 241 ITPEVWPNVDNYEL------YEKLELVKGQKRKVKDRLKAYVRDPYALDLIDKLLVLDPA 294 + E D EL Y + ++ + K + L R+ A+D ++++L P Sbjct 239 VHEE-----DRQELLSVIPVYIRNDMTEPHKP-LTQLLPGISRE--AVDFLEQILTFSPM 290 Query 295 QRIDSDDALNHDF 307 R+ +++AL+H + Sbjct 291 DRLTAEEALSHPY 303 >d3fe3a_ Length=317 Score = 92.8 bits (229), Expect = 1.53e-23 Identities = 60/208 (28%), Positives = 112/208 (53%), Gaps = 21/208 (10%) Query 9 VSKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITAL-REIKILQLLK 67 + Y L IG+G F +V ARH TG++VA+K ++ + + + L RE++I+++L Sbjct 4 IGNYRLLKTIGKGNFAKVKLARHILTGREVAIK-IIDKTQLNPTSLQKLFREVRIMKILN 62 Query 68 HENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLV---KFTLSEIKRVMQ 124 H N+V L E+ T+ + +YL+ ++ G + + LV + E + + Sbjct 63 HPNIVKLFEVIETEKT--------LYLIMEYAS---GGEVFDYLVAHGRMKEKEARSKFR 111 Query 125 MLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTNRVVT 184 +++ + Y H+ +I+HRD+KA N+L+ D +K+ADFG + F++ + + + Sbjct 112 QIVSAVQYCHQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVG--GKLDAFCGAPP- 168 Query 185 LWYRPPELLLGERDYGPPIDLWGAGCIM 212 Y PEL G++ GP +D+W G I+ Sbjct 169 --YAAPELFQGKKYDGPEVDVWSLGVIL 194 >d3lxpa_ Length=291 Score = 68.9 bits (167), Expect = 2.49e-15 Identities = 57/214 (26%), Positives = 99/214 (46%), Gaps = 24/214 (11%) Query 13 EKLAKIGQGTFGEV----FKARHRKTGQKVALKKVLME---NEKEGFPITALREIKILQL 65 +K+ +G+G FG+V + + TG+ VA+K + + + G+ +EI IL+ Sbjct 11 KKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWK----QEIDILRT 66 Query 66 LKHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFT--LSEIKRVM 123 L HE+++ C + S+ LV ++ G L + L + + L+++ Sbjct 67 LYHEHIIKYKGCCEDAGA------ASLQLVMEYVP---LGSLRDYLPRHSIGLAQLLLFA 117 Query 124 QMLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTNRVV 183 Q + G+ Y+H +HRD+ A NVL+ D ++K+ DFGLA+A R Sbjct 118 QQICEGMAYLHAQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSP 177 Query 184 TLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWT 217 WY P L E + D+W G + E+ T Sbjct 178 VFWYAPE--CLKEYKFYYASDVWSFGVTLYELLT 209 >d1ad5a3 Length=272 Score = 59.3 bits (142), Expect = 3.78e-12 Identities = 60/213 (28%), Positives = 98/213 (46%), Gaps = 33/213 (15%) Query 8 EVSKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEK-EGFPITALREIKILQLL 66 E K EK K+G G FGEV+ A + K KVA+K + + E F L E +++ L Sbjct 16 ESLKLEK--KLGAGQFGEVWMATYNKH-TKVAVKTMKPGSMSVEAF----LAEANVMKTL 68 Query 67 KHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHD--LAGLLSNVLVKFTLSEIKRVMQ 124 +H+ +V L + K IY++ +F L L S+ K L ++ Sbjct 69 QHDKLVKLHAVVT---------KEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSA 119 Query 125 MLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTNRVVT 184 + G+ +I + +HRD++AAN+L++ V K+ADFGLAR + + Sbjct 120 QIAEGMAFIEQRNYIHRDLRAANILVSASLVCKIADFGLARVGA------------KFPI 167 Query 185 LWYRPPELLLGERDYGPPIDLWGAGCIMAEMWT 217 W P + G + D+W G ++ E+ T Sbjct 168 KWTAPEAINFG--SFTIKSDVWSFGILLMEIVT 198 Query= d3poza_ Length=317 >d3poza_ Length=317 Score = 643 bits (1658), Expect = 6.10e-239 Identities = 317/317 (100%), Positives = 317/317 (100%), Gaps = 0/317 (0%) Query 1 QALLRILKETEFKKIKVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEIL 60 QALLRILKETEFKKIKVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEIL Sbjct 1 QALLRILKETEFKKIKVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEIL 60 Query 61 DEAYVMASVDNPHVCRLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQ 120 DEAYVMASVDNPHVCRLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQ Sbjct 61 DEAYVMASVDNPHVCRLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQ 120 Query 121 IAKGMNYLEDRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKW 180 IAKGMNYLEDRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKW Sbjct 121 IAKGMNYLEDRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKW 180 Query 181 MALESILHRIYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICT 240 MALESILHRIYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICT Sbjct 181 MALESILHRIYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICT 240 Query 241 IDVYMIMVKCWMIDADSRPKFRELIIEFSKMARDPQRYLVIQGDERMHLPSPTDSNFYRA 300 IDVYMIMVKCWMIDADSRPKFRELIIEFSKMARDPQRYLVIQGDERMHLPSPTDSNFYRA Sbjct 241 IDVYMIMVKCWMIDADSRPKFRELIIEFSKMARDPQRYLVIQGDERMHLPSPTDSNFYRA 300 Query 301 LMDEEDMDDVVDADEYL 317 LMDEEDMDDVVDADEYL Sbjct 301 LMDEEDMDDVVDADEYL 317 >d4i4ea_ Length=273 Score = 199 bits (506), Expect = 1.21e-64 Identities = 99/259 (38%), Positives = 154/259 (59%), Gaps = 2/259 (0%) Query 16 KVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVC 75 + +G G FG V++G+++ E + VAIK + TS ++ L EA M D+PH+ Sbjct 13 RCIGEGQFGDVHQGIYMSP-ENPALAVAIKTCKNCTSDSVREKFLQEALTMRQFDHPHIV 71 Query 76 RLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQIAKGMNYLEDRRLVH 135 +L+G+ + V +I +L G L +++ K ++ L+ + Q++ + YLE +R VH Sbjct 72 KLIGVITENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTALAYLESKRFVH 131 Query 136 RDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKWMALESILHRIYTHQS 195 RD+AARNVLV + VK+ DFGL++ + + Y A GK+PIKWMA ESI R +T S Sbjct 132 RDIAARNVLVSSNDCVKLGDFGLSRYM-EDSTYYKASKGKLPIKWMAPESINFRRFTSAS 190 Query 196 DVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTIDVYMIMVKCWMIDA 255 DVW +GV +WE++ G KP+ G+ +++ +E GERLP PP C +Y +M KCW D Sbjct 191 DVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYSLMTKCWAYDP 250 Query 256 DSRPKFRELIIEFSKMARD 274 RP+F EL + S + + Sbjct 251 SRRPRFTELKAQLSTILEE 269 >d3f66a_ Length=298 Score = 186 bits (473), Expect = 2.17e-59 Identities = 105/260 (40%), Positives = 152/260 (58%), Gaps = 9/260 (3%) Query 16 KVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVC 75 +V+G G FG VY G + K KI A+K L T + L E +M +P+V Sbjct 31 EVIGRGHFGCVYHGTLLDNDGK-KIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNVL 89 Query 76 RLLGICLTS--TVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQIAKGMNYLEDRRL 133 LLGICL S + ++ M G L +++R N + L+ + +Q+AKGM YL ++ Sbjct 90 SLLGICLRSEGSPLVVLPYMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMKYLASKKF 149 Query 134 VHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHA----EGGKVPIKWMALESILHR 189 VHRDLAARN ++ VK+ DFGLA+ + +KEY++ G K+P+KWMALES+ + Sbjct 150 VHRDLAARNCMLDEKFTVKVADFGLARDM--YDKEYYSVHNKTGAKLPVKWMALESLQTQ 207 Query 190 IYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTIDVYMIMVK 249 +T +SDVWS+GV +WELMT G+ PY + +I+ L +G RL QP C +Y +M+K Sbjct 208 KFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPEYCPDPLYEVMLK 267 Query 250 CWMIDADSRPKFRELIIEFS 269 CW A+ RP F EL+ S Sbjct 268 CWHPKAEMRPSFSELVSRIS 287 >d3lxpa_ Length=291 Score = 154 bits (390), Expect = 3.93e-47 Identities = 96/271 (35%), Positives = 142/271 (52%), Gaps = 20/271 (7%) Query 13 KKIKVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNP 72 KKI+ LG G FG V + P + VA+K L+ P+ E ++ ++ + Sbjct 11 KKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWKQEIDILRTLYHE 70 Query 73 HVCRLLGICL---TSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQIAKGMNYLE 129 H+ + G C +++QL+ + +P G L DY+ H +IG LL + QI +GM YL Sbjct 71 HIIKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPRH--SIGLAQLLLFAQQICEGMAYLH 128 Query 130 DRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHA-EGGKVPIKWMALESILH 188 + +HRDLAARNVL+ + VKI DFGLAK + + Y E G P+ W A E + Sbjct 129 AQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFWYAPECLKE 188 Query 189 RIYTHQSDVWSYGVTVWELMTFGSKPYD---------GIPASE-----ISSILEKGERLP 234 + + SDVWS+GVT++EL+T GI + ++ +LE+GERLP Sbjct 189 YKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTELLERGERLP 248 Query 235 QPPICTIDVYMIMVKCWMIDADSRPKFRELI 265 +P C +VY +M CW +A RP F LI Sbjct 249 RPDKCPAEVYHLMKNCWETEASFRPTFENLI 279 >d1ad5a3 Length=272 Score = 148 bits (374), Expect = 5.57e-45 Identities = 89/250 (35%), Positives = 139/250 (55%), Gaps = 25/250 (10%) Query 16 KVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVC 75 K LG+G FG V W+ K VA+K ++ + + + L EA VM ++ + + Sbjct 22 KKLGAGQFGEV----WMATYNK-HTKVAVKTMKPGSM--SVEAFLAEANVMKTLQHDKLV 74 Query 76 RLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQY----LLNWCVQIAKGMNYLEDR 131 +L + + +IT+ M G LLD++ K + GS+ L+++ QIA+GM ++E R Sbjct 75 KLHAVVTKEPIYIITEFMAKGSLLDFL---KSDEGSKQPLPKLIDFSAQIAEGMAFIEQR 131 Query 132 RLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKWMALESILHRIY 191 +HRDL A N+LV KI DFGLA++ G K PIKW A E+I + Sbjct 132 NYIHRDLRAANILVSASLVCKIADFGLARV-----------GAKFPIKWTAPEAINFGSF 180 Query 192 THQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTIDVYMIMVKCW 251 T +SDVWS+G+ + E++T+G PY G+ E+ LE+G R+P+P C ++Y IM++CW Sbjct 181 TIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCW 240 Query 252 MIDADSRPKF 261 + RP F Sbjct 241 KNRPEERPTF 250 >d4at5a1 Length=296 Score = 145 bits (367), Expect = 1.10e-43 Identities = 92/282 (32%), Positives = 149/282 (52%), Gaps = 19/282 (6%) Query 18 LGSGAFGTVYKG-LWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVCR 76 LG GAFG V+ + E+ KI VA+K L++A S A K+ EA ++ ++ + H+ + Sbjct 18 LGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDA-SDNARKDFHREAELLTNLQHEHIVK 76 Query 77 LLGICLTST-VQLITQLMPFGCLLDYVREHKDN------------IGSQYLLNWCVQIAK 123 G+C+ + ++ + M G L ++R H + + +L+ QIA Sbjct 77 FYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPTELTQSQMLHIAQQIAA 136 Query 124 GMNYLEDRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGK--VPIKWM 181 GM YL + VHRDLA RN LV VKI DFG+++ +Y+ GG +PI+WM Sbjct 137 GMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSR--DVYSTDYYRVGGHTMLPIRWM 194 Query 182 ALESILHRIYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTI 241 ESI++R +T +SDVWS GV +WE+ T+G +P+ + +E+ + +G L +P C Sbjct 195 PPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRVLQRPRTCPQ 254 Query 242 DVYMIMVKCWMIDADSRPKFRELIIEFSKMARDPQRYLVIQG 283 +VY +M+ CW + R + + +A+ YL I G Sbjct 255 EVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG 296 Query= d4i4ea_ Length=273 >d4i4ea_ Length=273 Score = 557 bits (1435), Expect = 1.98e-206 Identities = 273/273 (100%), Positives = 273/273 (100%), Gaps = 0/273 (0%) Query 1 DYEIQRERIELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEAL 60 DYEIQRERIELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEAL Sbjct 1 DYEIQRERIELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEAL 60 Query 61 TMRQFDHPHIVKLIGVITENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTA 120 TMRQFDHPHIVKLIGVITENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTA Sbjct 61 TMRQFDHPHIVKLIGVITENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTA 120 Query 121 LAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASKGKLPIKWMAPES 180 LAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASKGKLPIKWMAPES Sbjct 121 LAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASKGKLPIKWMAPES 180 Query 181 INFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYS 240 INFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYS Sbjct 181 INFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYS 240 Query 241 LMTKCWAYDPSRRPRFTELKAQLSTILEEEKAQ 273 LMTKCWAYDPSRRPRFTELKAQLSTILEEEKAQ Sbjct 241 LMTKCWAYDPSRRPRFTELKAQLSTILEEEKAQ 273 >d3poza_ Length=317 Score = 196 bits (499), Expect = 1.17e-63 Identities = 99/256 (38%), Positives = 153/256 (59%), Gaps = 2/256 (0%) Query 13 RCIGEGQFGDVHQGIYMSP-ENPALAVAIKTCKNCTSDSVREKFLQEALTMRQFDHPHIV 71 + +G G FG V++G+++ E + VAIK + TS ++ L EA M D+PH+ Sbjct 16 KVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVC 75 Query 72 KLIGVITENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTALAYLESKRFVH 131 +L+G+ + V +I +L G L +++ K ++ L+ + Q++ + YLE +R VH Sbjct 76 RLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQIAKGMNYLEDRRLVH 135 Query 132 RDIAARNVLVSSNDCVKLGDFGLSRYM-EDSTYYKASKGKLPIKWMAPESINFRRFTSAS 190 RD+AARNVLV + VK+ DFGL++ + + Y A GK+PIKWMA ESI R +T S Sbjct 136 RDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKWMALESILHRIYTHQS 195 Query 191 DVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYSLMTKCWAYDP 250 DVW +GV +WE++ G KP+ G+ +++ +E GERLP PP C +Y +M KCW D Sbjct 196 DVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTIDVYMIMVKCWMIDA 255 Query 251 SRRPRFTELKAQLSTI 266 RP+F EL + S + Sbjct 256 DSRPKFRELIIEFSKM 271 >d1ad5a3 Length=272 Score = 189 bits (480), Expect = 2.28e-61 Identities = 107/263 (40%), Positives = 156/263 (59%), Gaps = 17/263 (6%) Query 2 YEIQRERIELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEALT 61 +EI RE ++L + +G GQFG+V +M+ N VA+KT K S SV E FL EA Sbjct 11 WEIPRESLKLEKKLGAGQFGEV----WMATYNKHTKVAVKTMKP-GSMSV-EAFLAEANV 64 Query 62 MRQFDHPHIVKLIGVITENPVWIIMELCTLGELRSFLQVRKYSLD-LASLILYAYQLSTA 120 M+ H +VKL V+T+ P++II E G L FL+ + S L LI ++ Q++ Sbjct 65 MKTLQHDKLVKLHAVVTKEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQIAEG 124 Query 121 LAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASKGKLPIKWMAPES 180 +A++E + ++HRD+ A N+LVS++ K+ DFGL+R K PIKW APE+ Sbjct 125 MAFIEQRNYIHRDLRAANILVSASLVCKIADFGLARV----------GAKFPIKWTAPEA 174 Query 181 INFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYS 240 INF FT SDVW FG+ + EI+ +G P+ G+ N +VI +E G R+P P NCP LY+ Sbjct 175 INFGSFTIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYN 234 Query 241 LMTKCWAYDPSRRPRFTELKAQL 263 +M +CW P RP F +++ L Sbjct 235 IMMRCWKNRPEERPTFEYIQSVL 257 >d3f66a_ Length=298 Score = 187 bits (476), Expect = 1.92e-60 Identities = 94/263 (35%), Positives = 146/263 (55%), Gaps = 5/263 (1%) Query 9 IELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEALTMRQFDHP 68 + IG G FG V+ G + + + A+K+ T +FL E + M+ F HP Sbjct 27 VHFNEVIGRGHFGCVYHGTLLDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHP 86 Query 69 HIVKLIGVI--TENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTALAYLES 126 +++ L+G+ +E +++ G+LR+F++ ++ + LI + Q++ + YL S Sbjct 87 NVLSLLGICLRSEGSPLVVLPYMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMKYLAS 146 Query 127 KRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASK---GKLPIKWMAPESINF 183 K+FVHRD+AARN ++ VK+ DFGL+R M D YY KLP+KWMA ES+ Sbjct 147 KKFVHRDLAARNCMLDEKFTVKVADFGLARDMYDKEYYSVHNKTGAKLPVKWMALESLQT 206 Query 184 RRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYSLMT 243 ++FT+ SDVW FGV +WE++ G P+ V D+ + G RL P CP LY +M Sbjct 207 QKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPEYCPDPLYEVML 266 Query 244 KCWAYDPSRRPRFTELKAQLSTI 266 KCW RP F+EL +++S I Sbjct 267 KCWHPKAEMRPSFSELVSRISAI 289 >d4at5a1 Length=296 Score = 183 bits (464), Expect = 1.14e-58 Identities = 106/279 (37%), Positives = 150/279 (53%), Gaps = 17/279 (6%) Query 4 IQRERIELGRCIGEGQFGDVH--QGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEALT 61 I+R I L R +GEG FG V + + PE + VA+KT K+ SD+ R+ F +EA Sbjct 7 IKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDA-SDNARKDFHREAEL 65 Query 62 MRQFDHPHIVKLIGVITE-NPVWIIMELCTLGELRSFLQVR------------KYSLDLA 108 + H HIVK GV E +P+ ++ E G+L FL+ L + Sbjct 66 LTNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPTELTQS 125 Query 109 SLILYAYQLSTALAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKAS- 167 ++ A Q++ + YL S+ FVHRD+A RN LV N VK+GDFG+SR + + YY+ Sbjct 126 QMLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDYYRVGG 185 Query 168 KGKLPIKWMAPESINFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGER 227 LPI+WM PESI +R+FT+ SDVW GV +WEI +G +P+ + NN+VI I G Sbjct 186 HTMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRV 245 Query 228 LPMPPNCPPTLYSLMTKCWAYDPSRRPRFTELKAQLSTI 266 L P CP +Y LM CW +P R + L + Sbjct 246 LQRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNL 284 >d3lxpa_ Length=291 Score = 155 bits (392), Expect = 5.56e-48 Identities = 102/277 (36%), Positives = 145/277 (52%), Gaps = 24/277 (8%) Query 13 RCIGEGQFGDVHQGIYMSPENPALA--VAIKTCKNCTSDSVREKFLQEALTMRQFDHPHI 70 R +GEG FG V Y P N VA+K K R + QE +R H HI Sbjct 14 RDLGEGHFGKVSLYCY-DPTNDGTGEMVAVKALKADAGPQHRSGWKQEIDILRTLYHEHI 72 Query 71 VKLIGVITEN---PVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTALAYLESK 127 +K G + + ++ME LG LR +L ++S+ LA L+L+A Q+ +AYL ++ Sbjct 73 IKYKGCCEDAGAASLQLVMEYVPLGSLRDYLP--RHSIGLAQLLLFAQQICEGMAYLHAQ 130 Query 128 RFVHRDIAARNVLVSSNDCVKLGDFGLSRYM-EDSTYYKASK-GKLPIKWMAPESINFRR 185 ++HRD+AARNVL+ ++ VK+GDFGL++ + E YY+ + G P+ W APE + + Sbjct 131 HYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFWYAPECLKEYK 190 Query 186 FTSASDVWMFGVCMWEILMH-GVKPFQGVKNNDVIG-------------RIENGERLPMP 231 F ASDVW FGV ++E+L H K ++IG +E GERLP P Sbjct 191 FYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTELLERGERLPRP 250 Query 232 PNCPPTLYSLMTKCWAYDPSRRPRFTELKAQLSTILE 268 CP +Y LM CW + S RP F L L T+ E Sbjct 251 DKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHE 287 Query= d1ad5a3 Length=272 >d1ad5a3 Length=272 Score = 550 bits (1416), Expect = 1.45e-203 Identities = 272/272 (100%), Positives = 272/272 (100%), Gaps = 0/272 (0%) Query 1 KPQKPWEKDAWEIPRESLKLEKKLGAGQFGEVWMATYNKHTKVAVKTMKPGSMSVEAFLA 60 KPQKPWEKDAWEIPRESLKLEKKLGAGQFGEVWMATYNKHTKVAVKTMKPGSMSVEAFLA Sbjct 1 KPQKPWEKDAWEIPRESLKLEKKLGAGQFGEVWMATYNKHTKVAVKTMKPGSMSVEAFLA 60 Query 61 EANVMKTLQHDKLVKLHAVVTKEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQ 120 EANVMKTLQHDKLVKLHAVVTKEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQ Sbjct 61 EANVMKTLQHDKLVKLHAVVTKEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQ 120 Query 121 IAEGMAFIEQRNYIHRDLRAANILVSASLVCKIADFGLARVGAKFPIKWTAPEAINFGSF 180 IAEGMAFIEQRNYIHRDLRAANILVSASLVCKIADFGLARVGAKFPIKWTAPEAINFGSF Sbjct 121 IAEGMAFIEQRNYIHRDLRAANILVSASLVCKIADFGLARVGAKFPIKWTAPEAINFGSF 180 Query 181 TIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCW 240 TIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCW Sbjct 181 TIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCW 240 Query 241 KNRPEERPTFEYIQSVLDDFYTATESQYQQQP 272 KNRPEERPTFEYIQSVLDDFYTATESQYQQQP Sbjct 241 KNRPEERPTFEYIQSVLDDFYTATESQYQQQP 272 >d4i4ea_ Length=273 Score = 191 bits (484), Expect = 5.70e-62 Identities = 107/263 (40%), Positives = 156/263 (59%), Gaps = 17/263 (6%) Query 11 WEIPRESLKLEKKLGAGQFGEV----WMATYNKHTKVAVKTMKP-GSMSV-EAFLAEANV 64 +EI RE ++L + +G GQFG+V +M+ N VA+KT K S SV E FL EA Sbjct 2 YEIQRERIELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEALT 61 Query 65 MKTLQHDKLVKLHAVVTKEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQIAEG 124 M+ H +VKL V+T+ P++II E G L FL+ + S L LI ++ Q++ Sbjct 62 MRQFDHPHIVKLIGVITENPVWIIMELCTLGELRSFLQVRKYSLD-LASLILYAYQLSTA 120 Query 125 MAFIEQRNYIHRDLRAANILVSASLVCKIADFGLARV----------GAKFPIKWTAPEA 174 +A++E + ++HRD+ A N+LVS++ K+ DFGL+R K PIKW APE+ Sbjct 121 LAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASKGKLPIKWMAPES 180 Query 175 INFGSFTIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYN 234 INF FT SDVW FG+ + EI+ +G P+ G+ N +VI +E G R+P P NCP LY+ Sbjct 181 INFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYS 240 Query 235 IMMRCWKNRPEERPTFEYIQSVL 257 +M +CW P RP F +++ L Sbjct 241 LMTKCWAYDPSRRPRFTELKAQL 263 >d4at5a1 Length=296 Score = 169 bits (429), Expect = 1.89e-53 Identities = 100/282 (35%), Positives = 161/282 (57%), Gaps = 30/282 (10%) Query 13 IPRESLKLEKKLGAGQFGEVWMAT-YNKHTK-----VAVKTMKPGSMSVEA-FLAEANVM 65 I R ++ L+++LG G FG+V++A YN + VAVKT+K S + F EA ++ Sbjct 7 IKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNARKDFHREAELL 66 Query 66 KTLQHDKLVKLHAV-VTKEPIYIITEFMAKGSLLDFLKSD--------EGS---KQPLPK 113 LQH+ +VK + V V +P+ ++ E+M G L FL++ EG+ + + Sbjct 67 TNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPTELTQSQ 126 Query 114 LIDFSAQIAEGMAFIEQRNYIHRDLRAANILVSASLVCKIADFGLAR---------VGAK 164 ++ + QIA GM ++ ++++HRDL N LV +L+ KI DFG++R VG Sbjct 127 MLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDYYRVGGH 186 Query 165 --FPIKWTAPEAINFGSFTIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRM 222 PI+W PE+I + FT +SDVWS G++L EI TYG+ P+ +SN EVI + +G + Sbjct 187 TMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRVL 246 Query 223 PRPENCPEELYNIMMRCWKNRPEERPTFEYIQSVLDDFYTAT 264 RP CP+E+Y +M+ CW+ P R + I ++L + A+ Sbjct 247 QRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKAS 288 >d3f66a_ Length=298 Score = 156 bits (395), Expect = 2.31e-48 Identities = 88/261 (33%), Positives = 139/261 (53%), Gaps = 24/261 (9%) Query 24 LGAGQFGEVWMATY----NKHTKVAVKTMK--PGSMSVEAFLAEANVMKTLQHDKLVKLH 77 +G G FG V+ T K AVK++ V FL E +MK H ++ L Sbjct 33 IGRGHFGCVYHGTLLDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNVLSLL 92 Query 78 AVVTKE---PIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQIAEGMAFIEQRNYI 134 + + P+ ++ +M G L +F+++ E + LI F Q+A+GM ++ + ++ Sbjct 93 GICLRSEGSPL-VVLPYMKHGDLRNFIRN-ETHNPTVKDLIGFGLQVAKGMKYLASKKFV 150 Query 135 HRDLRAANILVSASLVCKIADFGLAR-------------VGAKFPIKWTAPEAINFGSFT 181 HRDL A N ++ K+ADFGLAR GAK P+KW A E++ FT Sbjct 151 HRDLAARNCMLDEKFTVKVADFGLARDMYDKEYYSVHNKTGAKLPVKWMALESLQTQKFT 210 Query 182 IKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCWK 241 KSDVWSFG+LL E++T G PYP ++ ++ L +G R+ +PE CP+ LY +M++CW Sbjct 211 TKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPEYCPDPLYEVMLKCWH 270 Query 242 NRPEERPTFEYIQSVLDDFYT 262 + E RP+F + S + ++ Sbjct 271 PKAEMRPSFSELVSRISAIFS 291 >d3poza_ Length=317 Score = 147 bits (372), Expect = 9.44e-45 Identities = 89/250 (35%), Positives = 139/250 (55%), Gaps = 25/250 (10%) Query 22 KKLGAGQFGEV----WMATYNK-HTKVAVKTMKPGSM--SVEAFLAEANVMKTLQHDKLV 74 K LG+G FG V W+ K VA+K ++ + + + L EA VM ++ + + Sbjct 16 KVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVC 75 Query 75 KLHAVVTKEPIYIITEFMAKGSLLDFL---KSDEGSKQPLPKLIDFSAQIAEGMAFIEQR 131 +L + + +IT+ M G LLD++ K + GS+ L+++ QIA+GM ++E R Sbjct 76 RLLGICLTSTVQLITQLMPFGCLLDYVREHKDNIGSQY----LLNWCVQIAKGMNYLEDR 131 Query 132 NYIHRDLRAANILVSASLVCKIADFGLARV-----------GAKFPIKWTAPEAINFGSF 180 +HRDL A N+LV KI DFGLA++ G K PIKW A E+I + Sbjct 132 RLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGKVPIKWMALESILHRIY 191 Query 181 TIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCW 240 T +SDVWS+G+ + E++T+G PY G+ E+ LE+G R+P+P C ++Y IM++CW Sbjct 192 THQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTIDVYMIMVKCW 251 Query 241 KNRPEERPTF 250 + RP F Sbjct 252 MIDADSRPKF 261 >d3mi9a_ Length=337 Score = 65.1 bits (157), Expect = 3.43e-14 Identities = 56/204 (27%), Positives = 94/204 (46%), Gaps = 31/204 (15%) Query 23 KLGAGQFGEVWMATYNKH-TKVAVKTMKPGSMSVEAF----LAEANVMKTLQHDKLVKLH 77 K+G G FGEV+ A + K KVA+K + + E F L E +++ L+H+ +V L Sbjct 17 KIGQGTFGEVFKARHRKTGQKVALKKVLMENEK-EGFPITALREIKILQLLKHENVVNLI 75 Query 78 AVVT---------KEPIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQIAEGMAFI 128 + K IY++ +F L L S+ K L ++ + G+ +I Sbjct 76 EICRTKASPYNRCKGSIYLVFDFCEHD--LAGLLSNVLVKFTLSEIKRVMQMLLNGLYYI 133 Query 129 EQRNYIHRDLRAANILVSASLVCKIADFGLARVGA------------KFPIKWTAPEAIN 176 + +HRD++AAN+L++ V K+ADFGLAR + + W P + Sbjct 134 HRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTNRVVTLWYRPPELL 193 Query 177 FGS--FTIKSDVWSFGILLMEIVT 198 G + D+W G ++ E+ T Sbjct 194 LGERDYGPPIDLWGAGCIMAEMWT 217 Query= d3f66a_ Length=298 >d3f66a_ Length=298 Score = 617 bits (1590), Expect = 3.23e-229 Identities = 298/298 (100%), Positives = 298/298 (100%), Gaps = 0/298 (0%) Query 1 HIDLSALNPELVQAVQHVVIGPSSLIVHFNEVIGRGHFGCVYHGTLLDNDGKKIHCAVKS 60 HIDLSALNPELVQAVQHVVIGPSSLIVHFNEVIGRGHFGCVYHGTLLDNDGKKIHCAVKS Sbjct 1 HIDLSALNPELVQAVQHVVIGPSSLIVHFNEVIGRGHFGCVYHGTLLDNDGKKIHCAVKS 60 Query 61 LNRITDIGEVSQFLTEGIIMKDFSHPNVLSLLGICLRSEGSPLVVLPYMKHGDLRNFIRN 120 LNRITDIGEVSQFLTEGIIMKDFSHPNVLSLLGICLRSEGSPLVVLPYMKHGDLRNFIRN Sbjct 61 LNRITDIGEVSQFLTEGIIMKDFSHPNVLSLLGICLRSEGSPLVVLPYMKHGDLRNFIRN 120 Query 121 ETHNPTVKDLIGFGLQVAKGMKYLASKKFVHRDLAARNCMLDEKFTVKVADFGLARDMYD 180 ETHNPTVKDLIGFGLQVAKGMKYLASKKFVHRDLAARNCMLDEKFTVKVADFGLARDMYD Sbjct 121 ETHNPTVKDLIGFGLQVAKGMKYLASKKFVHRDLAARNCMLDEKFTVKVADFGLARDMYD 180 Query 181 KEYYSVHNKTGAKLPVKWMALESLQTQKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFD 240 KEYYSVHNKTGAKLPVKWMALESLQTQKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFD Sbjct 181 KEYYSVHNKTGAKLPVKWMALESLQTQKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFD 240 Query 241 ITVYLLQGRRLLQPEYCPDPLYEVMLKCWHPKAEMRPSFSELVSRISAIFSTFIGEHY 298 ITVYLLQGRRLLQPEYCPDPLYEVMLKCWHPKAEMRPSFSELVSRISAIFSTFIGEHY Sbjct 241 ITVYLLQGRRLLQPEYCPDPLYEVMLKCWHPKAEMRPSFSELVSRISAIFSTFIGEHY 298 >d4i4ea_ Length=273 Score = 192 bits (489), Expect = 2.35e-62 Identities = 94/263 (35%), Positives = 146/263 (55%), Gaps = 5/263 (1%) Query 27 VHFNEVIGRGHFGCVYHGTLLDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHP 86 + IG G FG V+ G + + + A+K+ T +FL E + M+ F HP Sbjct 9 IELGRCIGEGQFGDVHQGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEALTMRQFDHP 68 Query 87 NVLSLLGICLRSEGSPLVVLPYMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMKYLAS 146 +++ L+G+ +E +++ G+LR+F++ ++ + LI + Q++ + YL S Sbjct 69 HIVKLIGVI--TENPVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTALAYLES 126 Query 147 KKFVHRDLAARNCMLDEKFTVKVADFGLARDMYDKEYYSVHNKTGAKLPVKWMALESLQT 206 K+FVHRD+AARN ++ VK+ DFGL+R M D YY KLP+KWMA ES+ Sbjct 127 KRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKASK---GKLPIKWMAPESINF 183 Query 207 QKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPEYCPDPLYEVML 266 ++FT+ SDVW FGV +WE++ G P+ V D+ + G RL P CP LY +M Sbjct 184 RRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGERLPMPPNCPPTLYSLMT 243 Query 267 KCWHPKAEMRPSFSELVSRISAI 289 KCW RP F+EL +++S I Sbjct 244 KCWAYDPSRRPRFTELKAQLSTI 266 >d4at5a1 Length=296 Score = 190 bits (482), Expect = 5.13e-61 Identities = 106/286 (37%), Positives = 157/286 (54%), Gaps = 30/286 (10%) Query 33 IGRGHFGCVYHGTL--LDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNVLS 90 +G G FG V+ L + KI AVK+L +D F E ++ + H +++ Sbjct 18 LGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNAR-KDFHREAELLTNLQHEHIVK 76 Query 91 LLGICLRSEGSPLV-VLPYMKHGDLRNFIRNETHNP--------------TVKDLIGFGL 135 G+C+ EG PL+ V YMKHGDL F+R H P T ++ Sbjct 77 FYGVCV--EGDPLIMVFEYMKHGDLNKFLR--AHGPDAVLMAEGNPPTELTQSQMLHIAQ 132 Query 136 QVAKGMKYLASKKFVHRDLAARNCMLDEKFTVKVADFGLARDMYDKEYYSVHNKTGAKLP 195 Q+A GM YLAS+ FVHRDLA RNC++ E VK+ DFG++RD+Y +YY V T LP Sbjct 133 QIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDYYRVGGHT--MLP 190 Query 196 VKWMALESLQTQKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPE 255 ++WM ES+ +KFTT+SDVWS GV+LWE+ T G P+ ++ ++ + QGR L +P Sbjct 191 IRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRVLQRPR 250 Query 256 YCPDPLYEVMLKCWHPKAEMRPSFSEL------VSRISAIFSTFIG 295 CP +YE+ML CW + MR + + +++ S ++ +G Sbjct 251 TCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG 296 >d3poza_ Length=317 Score = 189 bits (481), Expect = 1.30e-60 Identities = 106/260 (40%), Positives = 151/260 (58%), Gaps = 9/260 (3%) Query 31 EVIGRGHFGCVYHGTLLDNDGK-KIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNVL 89 +V+G G FG VY G + K KI A+K L T + L E +M +P+V Sbjct 16 KVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVC 75 Query 90 SLLGICLRSEGSPLVVLPYMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMKYLASKKF 149 LLGICL S + L M G L +++R N + L+ + +Q+AKGM YL ++ Sbjct 76 RLLGICLTSTVQLITQL--MPFGCLLDYVREHKDNIGSQYLLNWCVQIAKGMNYLEDRRL 133 Query 150 VHRDLAARNCMLDEKFTVKVADFGLARDM--YDKEYYSVHNKTGAKLPVKWMALESLQTQ 207 VHRDLAARN ++ VK+ DFGLA+ + +KEY++ G K+P+KWMALES+ + Sbjct 134 VHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHA----EGGKVPIKWMALESILHR 189 Query 208 KFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPEYCPDPLYEVMLK 267 +T +SDVWS+GV +WELMT G+ PY + +I+ L +G RL QP C +Y +M+K Sbjct 190 IYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTIDVYMIMVK 249 Query 268 CWHPKAEMRPSFSELVSRIS 287 CW A+ RP F EL+ S Sbjct 250 CWMIDADSRPKFRELIIEFS 269 >d1ad5a3 Length=272 Score = 157 bits (398), Expect = 9.07e-49 Identities = 88/261 (33%), Positives = 139/261 (53%), Gaps = 24/261 (9%) Query 33 IGRGHFGCVYHGTLLDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNVLSLL 92 +G G FG V+ T K AVK++ V FL E +MK H ++ L Sbjct 24 LGAGQFGEVWMATY----NKHTKVAVKTMK--PGSMSVEAFLAEANVMKTLQHDKLVKLH 77 Query 93 GICLRSEGSPL-VVLPYMKHGDLRNFIRN-ETHNPTVKDLIGFGLQVAKGMKYLASKKFV 150 + + P+ ++ +M G L +F+++ E + LI F Q+A+GM ++ + ++ Sbjct 78 AVVTKE---PIYIITEFMAKGSLLDFLKSDEGSKQPLPKLIDFSAQIAEGMAFIEQRNYI 134 Query 151 HRDLAARNCMLDEKFTVKVADFGLARDMYDKEYYSVHNKTGAKLPVKWMALESLQTQKFT 210 HRDL A N ++ K+ADFGLAR GAK P+KW A E++ FT Sbjct 135 HRDLRAANILVSASLVCKIADFGLAR-------------VGAKFPIKWTAPEAINFGSFT 181 Query 211 TKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPEYCPDPLYEVMLKCWH 270 KSDVWSFG+LL E++T G PYP ++ ++ L +G R+ +PE CP+ LY +M++CW Sbjct 182 IKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRMPRPENCPEELYNIMMRCWK 241 Query 271 PKAEMRPSFSELVSRISAIFS 291 + E RP+F + S + ++ Sbjct 242 NRPEERPTFEYIQSVLDDFYT 262 >d3lxpa_ Length=291 Score = 145 bits (367), Expect = 5.81e-44 Identities = 96/283 (33%), Positives = 144/283 (50%), Gaps = 27/283 (9%) Query 33 IGRGHFGCV----YHGTLLDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNV 88 +G GHFG V Y T NDG AVK+L S + E I++ H ++ Sbjct 16 LGEGHFGKVSLYCYDPT---NDGTGEMVAVKALKADAGPQHRSGWKQEIDILRTLYHEHI 72 Query 89 LSLLGICLRSEGSPL-VVLPYMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMKYLASK 147 + G C + + L +V+ Y+ G LR+++ H+ + L+ F Q+ +GM YL ++ Sbjct 73 IKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPR--HSIGLAQLLLFAQQICEGMAYLHAQ 130 Query 148 KFVHRDLAARNCMLDEKFTVKVADFGLARDMYD-KEYYSVHNKTGAKLPVKWMALESLQT 206 ++HRDLAARN +LD VK+ DFGLA+ + + EYY V + PV W A E L+ Sbjct 131 HYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDS--PVFWYAPECLKE 188 Query 207 QKFTTKSDVWSFGVLLWELMTR----GAPPYP----------DVNTFDITVYLLQGRRLL 252 KF SDVWSFGV L+EL+T +PP + +T L +G RL Sbjct 189 YKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTELLERGERLP 248 Query 253 QPEYCPDPLYEVMLKCWHPKAEMRPSFSELVSRISAIFSTFIG 295 +P+ CP +Y +M CW +A RP+F L+ + + + G Sbjct 249 RPDKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHEKYQG 291 Query= d3wara_ Length=334 >d3wara_ Length=334 Score = 692 bits (1787), Expect = 4.95e-258 Identities = 334/334 (100%), Positives = 334/334 (100%), Gaps = 0/334 (0%) Query 1 SGPVPSRARVYTDVNTHRPREYWDYESHVVEWGNQDDYQLVRKLGRGKYSEVFEAINITN 60 SGPVPSRARVYTDVNTHRPREYWDYESHVVEWGNQDDYQLVRKLGRGKYSEVFEAINITN Sbjct 1 SGPVPSRARVYTDVNTHRPREYWDYESHVVEWGNQDDYQLVRKLGRGKYSEVFEAINITN 60 Query 61 NEKVVVKILKPVKKKKIKREIKILENLRGGPNIITLADIVKDPVSRTPALVFEHVNNTDF 120 NEKVVVKILKPVKKKKIKREIKILENLRGGPNIITLADIVKDPVSRTPALVFEHVNNTDF Sbjct 61 NEKVVVKILKPVKKKKIKREIKILENLRGGPNIITLADIVKDPVSRTPALVFEHVNNTDF 120 Query 121 KQLYQTLTDYDIRFYMYEILKALDYCHSMGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEF 180 KQLYQTLTDYDIRFYMYEILKALDYCHSMGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEF Sbjct 121 KQLYQTLTDYDIRFYMYEILKALDYCHSMGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEF 180 Query 181 YHPGQEYNVRVASRYFKGPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQ 240 YHPGQEYNVRVASRYFKGPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQ Sbjct 181 YHPGQEYNVRVASRYFKGPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQ 240 Query 241 LVRIAKVLGTEDLYDYIDKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFL 300 LVRIAKVLGTEDLYDYIDKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFL Sbjct 241 LVRIAKVLGTEDLYDYIDKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFL 300 Query 301 DKLLRYDHQSRLTAREAMEHPYFYTVVKDQARMG 334 DKLLRYDHQSRLTAREAMEHPYFYTVVKDQARMG Sbjct 301 DKLLRYDHQSRLTAREAMEHPYFYTVVKDQARMG 334 >d2b9ha_ Length=353 Score = 126 bits (317), Expect = 1.07e-35 Identities = 93/308 (30%), Positives = 158/308 (51%), Gaps = 27/308 (8%) Query 37 DYQLVRKLGRGKYSEVFEAINITNNEKVVVKILKPVKKK----KIKREIKILENLRGGPN 92 D+QL LG G Y V A + E V +K ++P K + REIKIL++ + N Sbjct 12 DFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREIKILKHFKHE-N 70 Query 93 IITLADIVKDPVSRT--PALVFEHVNNTDFKQLYQT--LTDYDIRFYMYEILKALDYCHS 148 IIT+ +I + + + + TD ++ T L+D I++++Y+ L+A+ H Sbjct 71 IITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQTLRAVKVLHG 130 Query 149 MGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEFYHPGQEYNVR-----------VASRYFK 197 ++HRD+KP N++I+ + L++ D+GLA N VA+R+++ Sbjct 131 SNVIHRDLKPSNLLIN-SNCDLKVCDFGLARIIDESAADNSEPTGQQSGMVEFVATRWYR 189 Query 198 GPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQLVRIAKVLGTEDLYDYI 257 PE+++ Y ++D+WS GC+LA + R+ P F G D QL+ I ++GT + Sbjct 190 APEVMLTSAKYSRAMDVWSCGCILAELFLRR-PIFPGRDYRHQLLLIFGIIGTP--HSDN 246 Query 258 DKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFLDKLLRYDHQSRLTAREA 317 D IE PR + + S + + V+P+ +D L ++L +D R+TA+EA Sbjct 247 DLRCIE-SPRAREYIK--SLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITAKEA 303 Query 318 MEHPYFYT 325 +EHPY T Sbjct 304 LEHPYLQT 311 >d3oz6a_ Length=378 Score = 127 bits (318), Expect = 1.20e-35 Identities = 95/329 (28%), Positives = 165/329 (50%), Gaps = 52/329 (15%) Query 38 YQLVRKLGRGKYSEVFEAINITNNEKVVVKIL-----KPVKKKKIKREIKILENLRGGPN 92 Y+LV+KLG+G Y V+++I+ E V VK + ++ REI IL L G N Sbjct 8 YELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELSGHEN 67 Query 93 IITLADIVKDPVSRTPALVFEHVNNTDFKQLYQT--LTDYDIRFYMYEILKALDYCHSMG 150 I+ L ++++ R LVF+++ TD + + L ++ +Y+++K + Y HS G Sbjct 68 IVNLLNVLRADNDRDVYLVFDYME-TDLHAVIRANILEPVHKQYVVYQLIKVIKYLHSGG 126 Query 151 IMHRDVKPHNVMIDHEHRKLRLIDWGLAEFYHPGQEYNVR-------------------- 190 ++HRD+KP N++++ E +++ D+GL+ + N+R Sbjct 127 LLHRDMKPSNILLNAECH-VKVADFGLSRSF-----VNIRRVTNNIPLSINENTENFDDD 180 Query 191 -------VASRYFKGPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQLVR 243 VA+R+++ PE+L+ Y +DMWSLGC+L ++ K P F G +QL R Sbjct 181 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGK-PIFPGSSTMNQLER 239 Query 244 IAKVL---GTEDLYDYIDKY-NIELDPRFNDILGRHSRKR-----WERFVHSENQHL-VS 293 I V+ ED+ + ++ + R S KR W+ + N + Sbjct 240 IIGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCN 299 Query 294 PEALDFLDKLLRYDHQSRLTAREAMEHPY 322 EALD LDKLL+++ R++A +A++HP+ Sbjct 300 EEALDLLDKLLQFNPNKRISANDALKHPF 328 >d2i6la_ Length=309 Score = 112 bits (281), Expect = 6.54e-31 Identities = 84/306 (27%), Positives = 144/306 (47%), Gaps = 31/306 (10%) Query 38 YQLVRKLGRGKYSEVFEAINITNNEKVVVK---ILKPVKKKKIKREIKILENLRG----- 89 Y ++ LG G VF A++ +++V +K + P K REIKI+ L Sbjct 8 YMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQSVKHALREIKIIRRLDHDNIVK 67 Query 90 -----GPNIITLADIVKDPVSRTPALVFEHVNNTDFKQLYQT--LTDYDIRFYMYEILKA 142 GP+ L D V + + TD + + L + R +MY++L+ Sbjct 68 VFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLFMYQLLRG 127 Query 143 LDYCHSMGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEFYHPGQEYNVRVA----SRYFKG 198 L Y HS ++HRD+KP N+ I+ E L++ D+GLA P + ++ +++++ Sbjct 128 LKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGLVTKWYRS 187 Query 199 PELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHD--NYDQLVRIAKVLGTEDLYDY 256 P LL+ Y ++DMW+ GC+ A M+ K F H+ ++ V+ ED + Sbjct 188 PRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVVHEEDRQEL 247 Query 257 IDKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFLDKLLRYDHQSRLTARE 316 + + + ND+ H K + + +S EA+DFL+++L + RLTA E Sbjct 248 LSVIPVYIR---NDMTEPH--KPLTQLLPG-----ISREAVDFLEQILTFSPMDRLTAEE 297 Query 317 AMEHPY 322 A+ HPY Sbjct 298 ALSHPY 303 Query= d1koba_ Length=352 >d1koba_ Length=352 Score = 721 bits (1861), Expect = 1.06e-268 Identities = 352/352 (100%), Positives = 352/352 (100%), Gaps = 0/352 (0%) Query 1 INDYDKFYEDIWKKYVPQPVEVKQGSVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAK 60 INDYDKFYEDIWKKYVPQPVEVKQGSVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAK Sbjct 1 INDYDKFYEDIWKKYVPQPVEVKQGSVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAK 60 Query 61 FINTPYPLDKYTVKNEISIMNQLHHPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAE 120 FINTPYPLDKYTVKNEISIMNQLHHPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAE Sbjct 61 FINTPYPLDKYTVKNEISIMNQLHHPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAE 120 Query 121 DYKMSEAEVINYMRQACEGLKHMHEHSIVHLDIKPENIMCETKKASSVKIIDFGLATKLN 180 DYKMSEAEVINYMRQACEGLKHMHEHSIVHLDIKPENIMCETKKASSVKIIDFGLATKLN Sbjct 121 DYKMSEAEVINYMRQACEGLKHMHEHSIVHLDIKPENIMCETKKASSVKIIDFGLATKLN 180 Query 181 PDEIVKVTTATAEFAAPEIVDREPVGFYTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNV 240 PDEIVKVTTATAEFAAPEIVDREPVGFYTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNV Sbjct 181 PDEIVKVTTATAEFAAPEIVDREPVGFYTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNV 240 Query 241 KRCDWEFDEDAFSSVSPEAKDFIKNLLQKEPRKRLTVHDALEHPWLKGDHSNLTSRIPSS 300 KRCDWEFDEDAFSSVSPEAKDFIKNLLQKEPRKRLTVHDALEHPWLKGDHSNLTSRIPSS Sbjct 241 KRCDWEFDEDAFSSVSPEAKDFIKNLLQKEPRKRLTVHDALEHPWLKGDHSNLTSRIPSS 300 Query 301 RYNKIRQKIKEKYADWPAPQPAIGRIANFSSLRKHRPQEYQIYDSYFDRKEA 352 RYNKIRQKIKEKYADWPAPQPAIGRIANFSSLRKHRPQEYQIYDSYFDRKEA Sbjct 301 RYNKIRQKIKEKYADWPAPQPAIGRIANFSSLRKHRPQEYQIYDSYFDRKEA 352 >d5jzja_ Length=275 Score = 147 bits (371), Expect = 4.10e-44 Identities = 87/266 (32%), Positives = 143/266 (53%), Gaps = 8/266 (3%) Query 26 SVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAKFINTPYPLDK-YTVKNEISIMNQLH 84 ++ + Y + +G G F VV CVE++T R + K I K + ++NE+SI+ ++ Sbjct 12 TITERYKVGRTIGDGNFAVVKECVERSTAREYALKIIKKSKCRGKEHMIQNEVSILRRVK 71 Query 85 HPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAEDYKMSEAEVINYMRQACEGLKHMH 144 HP ++ L + + E+ L++E + GG+LFD I + + K +E + + +K++H Sbjct 72 HPNIVLLIEEMDVPTELYLVMELVKGGDLFDAITSTN-KYTERDASGMLYNLASAIKYLH 130 Query 145 EHSIVHLDIKPENIMCETKK--ASSVKIIDFGLATKLNPDEIVKVTTATAEFAAPEIVDR 202 +IVH DIKPEN++ + + S+K+ DFGLAT + D + T + APEI+ Sbjct 131 SLNIVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIV--DGPLYTVCGTPTYVAPEIIAE 188 Query 203 EPVGFYTDMWAIGVLGYVLLSGLSPFAGE-DDLETL-QNVKRCDWEFDEDAFSSVSPEAK 260 G D+WA GV+ Y+LL G PF G DD E L + +F + +VS AK Sbjct 189 TGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVDFPSPYWDNVSDSAK 248 Query 261 DFIKNLLQKEPRKRLTVHDALEHPWL 286 + I +L + +R + LEHPW+ Sbjct 249 ELITMMLLVDVDQRFSAVQVLEHPWV 274 >d3fe3a_ Length=317 Score = 119 bits (297), Expect = 5.73e-33 Identities = 76/263 (28%), Positives = 128/263 (48%), Gaps = 10/263 (3%) Query 31 YDILEELGSGAFGVVHRCVEKATGRVFVAKFINTPY--PLDKYTVKNEISIMNQLHHPKL 88 Y +L+ +G G F V TGR K I+ P + E+ IM L+HP + Sbjct 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPNI 66 Query 89 INLHDAFEDKYEMVLILEFLSGGELFDRIAAEDYKMSEAEVINYMRQACEGLKHMHEHSI 148 + L + E + + LI+E+ SGGE+FD + A +M E E + RQ +++ H+ I Sbjct 67 VKLFEVIETEKTLYLIMEYASGGEVFDYLVAHG-RMKEKEARSKFRQIVSAVQYCHQKRI 125 Query 149 VHLDIKPENIMCETKKASSVKIIDFGLATKLNPDEIVKVTTATAEFAAPEIVDREPV-GF 207 VH D+K EN++ + ++KI DFG + + + +AAPE+ + G Sbjct 126 VHRDLKAENLLLDADM--NIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKYDGP 183 Query 208 YTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNVKRCDWEFDEDAFSSVSPEAKDFIKNLL 267 D+W++GV+ Y L+SG PF G++ E + V R + +S + ++ +K L Sbjct 184 EVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIP----FYMSTDCENLLKRFL 239 Query 268 QKEPRKRLTVHDALEHPWLKGDH 290 P KR T+ ++ W+ H Sbjct 240 VLNPIKRGTLEQIMKDRWINAGH 262 >d2xrwa1 Length=363 Score = 80.5 bits (197), Expect = 6.06e-19 Identities = 71/305 (23%), Positives = 131/305 (42%), Gaps = 48/305 (15%) Query 26 SVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAKFINTPYPLDKYTVK--NEISIMNQL 83 +V Y L+ +GSGA G+V + R K ++ P+ + + E+ +M + Sbjct 20 TVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKCV 79 Query 84 HHPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAEDYKMS-EAEVINYM--RQACEGL 140 +H +I L + F + + + EL D + +M + E ++Y+ + C G+ Sbjct 80 NHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQMELDHERMSYLLYQMLC-GI 138 Query 141 KHMHEHSIVHLDIKPENIMCETKKASSVKIIDFGLATKLNPDEIVKVTTATAEFAAPEIV 200 KH+H I+H D+KP NI+ K ++KI+DFGLA ++ T + APE++ Sbjct 139 KHLHSAGIIHRDLKPSNIV--VKSDCTLKILDFGLARTAGTSFMMTPYVVTRYYRAPEVI 196 Query 201 DREPVGFYTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNV-------------------- 240 D+W++G + ++ G F G D ++ V Sbjct 197 LGMGYKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQLGTPCPEFMKKLQPTVR 256 Query 241 -------KRCDWEFDEDAFSSV------------SPEAKDFIKNLLQKEPRKRLTVHDAL 281 K + F E F V + +A+D + +L + KR++V +AL Sbjct 257 TYVENRPKYAGYSF-EKLFPDVLFPADSEHNKLKASQARDLLSKMLVIDASKRISVDEAL 315 Query 282 EHPWL 286 +HP++ Sbjct 316 QHPYI 320 Query= d2yexa_ Length=269 >d2yexa_ Length=269 Score = 563 bits (1451), Expect = 5.27e-209 Identities = 269/269 (100%), Positives = 269/269 (100%), Gaps = 0/269 (0%) Query 1 AVPFVEDWDLVQTLGEGAYGEVQLAVNRVTEEAVAVKIVDMKRAVDCPENIKKEICINKM 60 AVPFVEDWDLVQTLGEGAYGEVQLAVNRVTEEAVAVKIVDMKRAVDCPENIKKEICINKM Sbjct 1 AVPFVEDWDLVQTLGEGAYGEVQLAVNRVTEEAVAVKIVDMKRAVDCPENIKKEICINKM 60 Query 61 LNHENVVKFYGHRREGNIQYLFLEYCSGGELFDRIEPDIGMPEPDAQRFFHQLMAGVVYL 120 LNHENVVKFYGHRREGNIQYLFLEYCSGGELFDRIEPDIGMPEPDAQRFFHQLMAGVVYL Sbjct 61 LNHENVVKFYGHRREGNIQYLFLEYCSGGELFDRIEPDIGMPEPDAQRFFHQLMAGVVYL 120 Query 121 HGIGITHRDIKPENLLLDERDNLKISDFGLATVFRYNNRERLLNKMCGTLPYVAPELLKR 180 HGIGITHRDIKPENLLLDERDNLKISDFGLATVFRYNNRERLLNKMCGTLPYVAPELLKR Sbjct 121 HGIGITHRDIKPENLLLDERDNLKISDFGLATVFRYNNRERLLNKMCGTLPYVAPELLKR 180 Query 181 REFHAEPVDVWSCGIVLTAMLAGELPWDQPSDSCQEYSDWKEKKTYLNPWKKIDSAPLAL 240 REFHAEPVDVWSCGIVLTAMLAGELPWDQPSDSCQEYSDWKEKKTYLNPWKKIDSAPLAL Sbjct 181 REFHAEPVDVWSCGIVLTAMLAGELPWDQPSDSCQEYSDWKEKKTYLNPWKKIDSAPLAL 240 Query 241 LHKILVENPSARITIPDIKKDRWYNKPLK 269 LHKILVENPSARITIPDIKKDRWYNKPLK Sbjct 241 LHKILVENPSARITIPDIKKDRWYNKPLK 269 Query= d2xrwa1 Length=363 >d2xrwa1 Length=363 Score = 735 bits (1898), Expect = 5.72e-274 Identities = 363/363 (100%), Positives = 363/363 (100%), Gaps = 0/363 (0%) Query 1 SRSKRDNNFYSVEIGDSTFTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPF 60 SRSKRDNNFYSVEIGDSTFTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPF Sbjct 1 SRSKRDNNFYSVEIGDSTFTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPF 60 Query 61 QNQTHAKRAYRELVLMKCVNHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQM 120 QNQTHAKRAYRELVLMKCVNHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQM Sbjct 61 QNQTHAKRAYRELVLMKCVNHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQM 120 Query 121 ELDHERMSYLLYQMLCGIKHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTAGTSFM 180 ELDHERMSYLLYQMLCGIKHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTAGTSFM Sbjct 121 ELDHERMSYLLYQMLCGIKHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTAGTSFM 180 Query 181 MTPYVVTRYYRAPEVILGMGYKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQL 240 MTPYVVTRYYRAPEVILGMGYKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQL Sbjct 181 MTPYVVTRYYRAPEVILGMGYKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQL 240 Query 241 GTPCPEFMKKLQPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKM 300 GTPCPEFMKKLQPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKM Sbjct 241 GTPCPEFMKKLQPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKM 300 Query 301 LVIDASKRISVDEALQHPYINVWYDPSEAEAPPPKIPDKQLDEREHTIEEWKELIYKEVM 360 LVIDASKRISVDEALQHPYINVWYDPSEAEAPPPKIPDKQLDEREHTIEEWKELIYKEVM Sbjct 301 LVIDASKRISVDEALQHPYINVWYDPSEAEAPPPKIPDKQLDEREHTIEEWKELIYKEVM 360 Query 361 DLE 363 DLE Sbjct 361 DLE 363 >d2b9ha_ Length=353 Score = 213 bits (541), Expect = 2.94e-68 Identities = 130/359 (36%), Positives = 192/359 (53%), Gaps = 32/359 (8%) Query 19 FTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKC 78 + + +Q +G GA G+VC+A VAIKK+ PF A R RE+ ++K Sbjct 7 YNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIE-PFDKPLFALRTLREIKILKH 65 Query 79 VNHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQME-LDHERMSYLLYQMLCG 137 H+NII + N+ P S E F +VYI+ ELM +L +VI + L + + Y +YQ L Sbjct 66 FKHENIITIFNIQRPD-SFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQTLRA 124 Query 138 IKHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLART-----------AGTSFMMTPYVV 186 +K LH + +IHRDLKPSN+++ S+C LK+ DFGLAR G M +V Sbjct 125 VKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMVEFVA 184 Query 187 TRYYRAPEVILGMG-YKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQLGTPCP 245 TR+YRAPEV+L Y +D+WS GCI+ E+ +FPG D+ Q + +GTP Sbjct 185 TRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIGTPHS 244 Query 246 EFMKKL--QPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKMLVI 303 + + P R Y+++ P Y EK+FP V + DLL +MLV Sbjct 245 DNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRV------------NPKGIDLLQRMLVF 292 Query 304 DASKRISVDEALQHPYINVWYDPS---EAEAPPPKIPDKQLDEREHTIEEWKELIYKEV 359 D +KRI+ EAL+HPY+ ++DP+ E E PP + + T ++ K+LI+ E+ Sbjct 293 DPAKRITAKEALEHPYLQTYHDPNDEPEGEPIPPSFFEFDHYKEALTTKDLKKLIWNEI 351 >d3oz6a_ Length=378 Score = 206 bits (523), Expect = 2.77e-65 Identities = 123/375 (32%), Positives = 213/375 (56%), Gaps = 46/375 (12%) Query 21 VLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYREL-VLMKCV 79 VL++Y+ +K +G GA GIV + D VA+KK+ FQN T A+R +RE+ +L + Sbjct 4 VLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELS 63 Query 80 NHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQME-LDHERMSYLLYQMLCGI 138 H+NI+ LLNV +DVY+V + M+ +L VI+ L+ Y++YQ++ I Sbjct 64 GHENIVNLLNVLRADND----RDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVI 119 Query 139 KHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTA----------------------G 176 K+LHS G++HRD+KPSNI++ ++C +K+ DFGL+R+ Sbjct 120 KYLHSGGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDD 179 Query 177 TSFMMTPYVVTRYYRAPEVILGMG-YKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNK 235 ++T YV TR+YRAPE++LG Y + +D+WS+GCI+GE++ G +FPG+ ++Q + Sbjct 180 DQPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLER 239 Query 236 VIEQLGTPCPEFMKKLQ-PTVRTYVENRPKYAGY----------SFEKLFPDVLFPADSE 284 +I + P E ++ +Q P +T +E+ + ++ L + AD Sbjct 240 IIGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCN 299 Query 285 HNKLKASQARDLLSKMLVIDASKRISVDEALQHPYINVWYDPSEAEAPPPKIPDKQLDER 344 +A DLL K+L + +KRIS ++AL+HP+++++++P+E I D Sbjct 300 E------EALDLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEPNCDHIITIPINDNV 353 Query 345 EHTIEEWKELIYKEV 359 +H+I++++ L+Y E+ Sbjct 354 KHSIDDYRNLVYSEI 368 >d2i6la_ Length=309 Score = 173 bits (439), Expect = 1.25e-53 Identities = 100/320 (31%), Positives = 169/320 (52%), Gaps = 29/320 (9%) Query 19 FTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKC 78 F + RY +LKP+G G G+V +A D ++ VAIKK+ + K A RE+ +++ Sbjct 2 FDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIV--LTDPQSVKHALREIKIIRR 59 Query 79 VNHKNIIGLLNVFTPQKS--------LEEFQDVYIVMELMDANLCQVIQM-ELDHERMSY 129 ++H NI+ + + P S L E VYIV E M+ +L V++ L E Sbjct 60 LDHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARL 119 Query 130 LLYQMLCGIKHLHSAGIIHRDLKPSNIVVKS-DCTLKILDFGLARTAGTSFM----MTPY 184 +YQ+L G+K++HSA ++HRDLKP+N+ + + D LKI DFGLAR + ++ Sbjct 120 FMYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEG 179 Query 185 VVTRYYRAPEVILGMG-YKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQLGTP 243 +VT++YR+P ++L Y + +D+W+ GCI EM+ G LF G ++Q ++E + Sbjct 180 LVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVV 239 Query 244 CPEFMKKLQPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKMLVI 303 E ++L + Y+ N +L P + + +A D L ++L Sbjct 240 HEEDRQELLSVIPVYIRNDMTEPHKPLTQLLPGI------------SREAVDFLEQILTF 287 Query 304 DASKRISVDEALQHPYINVW 323 R++ +EAL HPY++++ Sbjct 288 SPMDRLTAEEALSHPYMSIY 307 >d3fe3a_ Length=317 Score = 105 bits (263), Expect = 4.44e-28 Identities = 77/273 (28%), Positives = 129/273 (47%), Gaps = 28/273 (10%) Query 25 YQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKCVNHKNI 84 Y+ LK IG G V A + R VAIK + + N T ++ +RE+ +MK +NH NI Sbjct 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPNI 66 Query 85 IGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQMELDHERMSYL-----LYQMLCGIK 139 + L V +K+L Y++ME +V + H RM Q++ ++ Sbjct 67 VKLFEVIETEKTL------YLIMEYASGG--EVFDYLVAHGRMKEKEARSKFRQIVSAVQ 118 Query 140 HLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTAGTSFMMTPYVVTRYYRAPEVILGM 199 + H I+HRDLK N+++ +D +KI DFG + + + Y APE+ G Sbjct 119 YCHQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGK 178 Query 200 GYK-ENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIE-------QLGTPCPEFMKK- 250 Y VD+WS+G I+ ++ G + F G + + +V+ + T C +K+ Sbjct 179 KYDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRF 238 Query 251 --LQP----TVRTYVENRPKYAGYSFEKLFPDV 277 L P T+ +++R AG+ ++L P V Sbjct 239 LVLNPIKRGTLEQIMKDRWINAGHEEDELKPFV 271 >d1koba_ Length=352 Score = 84.0 bits (206), Expect = 4.08e-20 Identities = 71/304 (23%), Positives = 130/304 (42%), Gaps = 46/304 (15%) Query 20 TVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKCV 79 +V Y L+ +GSGA G+V + R K ++ P+ + + E+ +M + Sbjct 26 SVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAKFINTPYPLDKYTVK--NEISIMNQL 83 Query 80 NHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQMELDHERMSYLLYQMLCGIK 139 +H +I L + F + + + EL D + +M + E ++Y+ Q G+K Sbjct 84 HHPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAEDYKMS-EAEVINYMR-QACEGLK 141 Query 140 HLHSAGIIHRDLKPSNIV--VKSDCTLKILDFGLARTAGTSFMMTPYVVTRYYRAPEVIL 197 H+H I+H D+KP NI+ K ++KI+DFGLA ++ T + APE++ Sbjct 142 HMHEHSIVHLDIKPENIMCETKKASSVKIIDFGLATKLNPDEIVKVTTATAEFAAPEIVD 201 Query 198 GMGYKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQLGTPCPEFMKKLQPTVRT 257 D+W++G + ++ G F G D ++ V Sbjct 202 REPVGFYTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNV--------------------- 240 Query 258 YVENRPKYAGYSF-EKLFPDVLFPADSEHNKLKASQARDLLSKMLVIDASKRISVDEALQ 316 K + F E F V + +A+D + +L + KR++V +AL+ Sbjct 241 ------KRCDWEFDEDAFSSV------------SPEAKDFIKNLLQKEPRKRLTVHDALE 282 Query 317 HPYI 320 HP++ Sbjct 283 HPWL 286 Query= d2w5aa1 Length=269 >d2w5aa1 Length=269 Score = 550 bits (1416), Expect = 1.15e-203 Identities = 269/269 (100%), Positives = 269/269 (100%), Gaps = 0/269 (0%) Query 1 SRAEDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLREL 60 SRAEDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLREL Sbjct 1 SRAEDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLREL 60 Query 61 KHPNIVRYYDRIIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQLTL 120 KHPNIVRYYDRIIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQLTL Sbjct 61 KHPNIVRYYDRIIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQLTL 120 Query 121 ALKECHRRSDGGHTVLHRDLKPANVFLDGKQNVKLGDFGLARILNHDTSFAKTFVGTPYY 180 ALKECHRRSDGGHTVLHRDLKPANVFLDGKQNVKLGDFGLARILNHDTSFAKTFVGTPYY Sbjct 121 ALKECHRRSDGGHTVLHRDLKPANVFLDGKQNVKLGDFGLARILNHDTSFAKTFVGTPYY 180 Query 181 MSPEQMNRMSYNEKSDIWSLGCLLYELCALMPPFTAFSQKELAGKIREGKFRRIPYRYSD 240 MSPEQMNRMSYNEKSDIWSLGCLLYELCALMPPFTAFSQKELAGKIREGKFRRIPYRYSD Sbjct 181 MSPEQMNRMSYNEKSDIWSLGCLLYELCALMPPFTAFSQKELAGKIREGKFRRIPYRYSD 240 Query 241 ELNEIITRMLNLKDYHRPSVEEILENPLI 269 ELNEIITRMLNLKDYHRPSVEEILENPLI Sbjct 241 ELNEIITRMLNLKDYHRPSVEEILENPLI 269 >d5jzja_ Length=275 Score = 122 bits (306), Expect = 1.71e-35 Identities = 92/276 (33%), Positives = 140/276 (50%), Gaps = 26/276 (9%) Query 4 EDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLRELKHP 63 E Y+V TIG G++ ++ +S + K + S ++ M+ +EV++LR +KHP Sbjct 15 ERYKVGRTIGDGNFAVVKECVERSTAREYALKIIK-KSKCRGKEHMIQNEVSILRRVKHP 73 Query 64 NIVRYYDRIIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQLTLALK 123 NIV + + T LY+VME +GGDL IT K E ++ L A+K Sbjct 74 NIVLLIEEM--DVPTELYLVMELVKGGDLFDAITSTNK----YTERDASGMLYNLASAIK 127 Query 124 ECHRRSDGGHTVLHRDLKPANVFL----DGKQNVKLGDFGLARILNHDTSFAKTFVGTPY 179 H + ++HRD+KP N+ + DG +++KLGDFGLA I++ T GTP Sbjct 128 YLHSLN-----IVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIVDGPLY---TVCGTPT 179 Query 180 YMSPEQMNRMSYNEKSDIWSLGCLLYELCALMPPF--TAFSQKELAGKIREGKFRRIPYR 237 Y++PE + Y K DIW+ G + Y L PPF + Q+ L +I G+ P Sbjct 180 YVAPEIIAETGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVD-FPSP 238 Query 238 Y----SDELNEIITRMLNLKDYHRPSVEEILENPLI 269 Y SD E+IT ML + R S ++LE+P + Sbjct 239 YWDNVSDSAKELITMMLLVDVDQRFSAVQVLEHPWV 274 >d4wnoa_ Length=273 Score = 117 bits (293), Expect = 1.31e-33 Identities = 79/269 (29%), Positives = 127/269 (47%), Gaps = 23/269 (8%) Query 12 IGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLRELKHPNIVRYYDR 71 IG G++ K R ++ + V + + +L E+ +L+ELKH NIV YD Sbjct 15 IGHGAFAVVFKGRHRAAHDLEVAVKCINKKNLAKSQTLLGKEIKILKELKHENIVALYD- 73 Query 72 IIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQLTLALKECHRRSDG 131 ++Y+VMEYC GGDLA + + L E+ + + Q+ A++ H + Sbjct 74 -FQEMANSVYLVMEYCNGGDLADYL----HAMRTLSEDTIRLFLQQIAGAMRLLHSKG-- 126 Query 132 GHTVLHRDLKPANVFLDGKQN---------VKLGDFGLARILNHDTSFAKTFVGTPYYMS 182 ++HRDLKP N+ L VK+ DFG AR L + A T G+P YM+ Sbjct 127 ---IIHRDLKPQNILLSNPAGRRANPNSIRVKIADFGFARYLQSNM-MAATLCGSPMYMA 182 Query 183 PEQMNRMSYNEKSDIWSLGCLLYELCALMPPFTAFSQKELAGKIREGK--FRRIPYRYSD 240 PE + Y+ K+D+WS+G ++Y+ PF A S ++L + K IP S Sbjct 183 PEVIMSQHYDGKADLWSIGTIVYQCLTGKAPFQASSPQDLRLFYEKNKTLVPTIPRETSA 242 Query 241 ELNEIITRMLNLKDYHRPSVEEILENPLI 269 L +++ +L R +E +P + Sbjct 243 PLRQLLLALLQRNHKDRMDFDEFFHHPFL 271 >d2b9ha_ Length=353 Score = 90.5 bits (223), Expect = 4.72e-23 Identities = 67/228 (29%), Positives = 111/228 (48%), Gaps = 30/228 (13%) Query 3 AEDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLRELKH 62 + D+++ +G G+YG K G+I+ K+++ + L E+ +L+ KH Sbjct 10 SSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTL-REIKILKHFKH 68 Query 63 PNIVRYYDRIIDRTNT-----TLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQ 117 NI+ ++ I R ++ +YI+ E + DL VI+ Q L ++ + + Q Sbjct 69 ENIITIFN--IQRPDSFENFNEVYIIQELMQT-DLHRVIST-----QMLSDDHIQYFIYQ 120 Query 118 LTLALKECHRRSDGGHTVLHRDLKPANVFLDGKQNVKLGDFGLARILNHDT--------- 168 A+K H G V+HRDLKP+N+ ++ ++K+ DFGLARI++ Sbjct 121 TLRAVKVLH-----GSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQ 175 Query 169 -SFAKTFVGTPYYMSPEQM-NRMSYNEKSDIWSLGCLLYELCALMPPF 214 S FV T +Y +PE M Y+ D+WS GC+L EL P F Sbjct 176 QSGMVEFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIF 223 Query= d4c2va_ Length=271 >d4c2va_ Length=271 Score = 558 bits (1438), Expect = 5.92e-207 Identities = 271/271 (100%), Positives = 271/271 (100%), Gaps = 0/271 (0%) Query 1 KFTIDDFDIGRPLGKGKFGNVYLAREKQNKFIMALKVLFKSQLEKEGVEHQLRREIEIQS 60 KFTIDDFDIGRPLGKGKFGNVYLAREKQNKFIMALKVLFKSQLEKEGVEHQLRREIEIQS Sbjct 1 KFTIDDFDIGRPLGKGKFGNVYLAREKQNKFIMALKVLFKSQLEKEGVEHQLRREIEIQS 60 Query 61 HLRHPNILRMYNYFHDRKRIYLMLEFAPRGELYKELQKHGRFDEQRSATFMEELADALHY 120 HLRHPNILRMYNYFHDRKRIYLMLEFAPRGELYKELQKHGRFDEQRSATFMEELADALHY Sbjct 61 HLRHPNILRMYNYFHDRKRIYLMLEFAPRGELYKELQKHGRFDEQRSATFMEELADALHY 120 Query 121 CHERKVIHRDIKPENLLMGYKGELKIADFGWSVHAPSLRRRTMCGTLDYLPPEMIEGKTH 180 CHERKVIHRDIKPENLLMGYKGELKIADFGWSVHAPSLRRRTMCGTLDYLPPEMIEGKTH Sbjct 121 CHERKVIHRDIKPENLLMGYKGELKIADFGWSVHAPSLRRRTMCGTLDYLPPEMIEGKTH 180 Query 181 DEKVDLWCAGVLCYEFLVGMPPFDSPSHTETHRRIVNVDLKFPPFLSDGSKDLISKLLRY 240 DEKVDLWCAGVLCYEFLVGMPPFDSPSHTETHRRIVNVDLKFPPFLSDGSKDLISKLLRY Sbjct 181 DEKVDLWCAGVLCYEFLVGMPPFDSPSHTETHRRIVNVDLKFPPFLSDGSKDLISKLLRY 240 Query 241 HPPQRLPLKGVMEHPWVKANSRRVLPPVYQS 271 HPPQRLPLKGVMEHPWVKANSRRVLPPVYQS Sbjct 241 HPPQRLPLKGVMEHPWVKANSRRVLPPVYQS 271 >d3coka1 Length=265 Score = 179 bits (455), Expect = 9.90e-58 Identities = 94/257 (36%), Positives = 147/257 (57%), Gaps = 3/257 (1%) Query 4 IDDFDIGRPLGKGKFGNVYLAREKQNKFIMALKVLFKSQLEKEGVEHQLRREIEIQSHLR 63 I+DF +G LGKG F VY A +A+K++ K + K G+ +++ E++I L+ Sbjct 8 IEDFKVGNLLGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEVKIHCQLK 67 Query 64 HPNILRMYNYFHDRKRIYLMLEFAPRGELYKELQKHGR-FDEQRSATFMEELADALHYCH 122 HP+IL +YNYF D +YL+LE GE+ + L+ + F E + FM ++ + Y H Sbjct 68 HPSILELYNYFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQIITGMLYLH 127 Query 123 ERKVIHRDIKPENLLMGYKGELKIADFGWSVHA--PSLRRRTMCGTLDYLPPEMIEGKTH 180 ++HRD+ NLL+ +KIADFG + P + T+CGT +Y+ PE+ H Sbjct 128 SHGILHRDLTLSNLLLTRNMNIKIADFGLATQLKMPHEKHYTLCGTPNYISPEIATRSAH 187 Query 181 DEKVDLWCAGVLCYEFLVGMPPFDSPSHTETHRRIVNVDLKFPPFLSDGSKDLISKLLRY 240 + D+W G + Y L+G PPFD+ + T ++V D + P FLS +KDLI +LLR Sbjct 188 GLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVVLADYEMPSFLSIEAKDLIHQLLRR 247 Query 241 HPPQRLPLKGVMEHPWV 257 +P RL L V++HP++ Sbjct 248 NPADRLSLSSVLDHPFM 264 Query= d2b9ha_ Length=353 >d2b9ha_ Length=353 Score = 716 bits (1849), Expect = 7.72e-267 Identities = 353/353 (100%), Positives = 353/353 (100%), Gaps = 0/353 (0%) Query 1 MPKRIVYNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREI 60 MPKRIVYNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREI Sbjct 1 MPKRIVYNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREI 60 Query 61 KILKHFKHENIITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQ 120 KILKHFKHENIITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQ Sbjct 61 KILKHFKHENIITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQ 120 Query 121 TLRAVKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMV 180 TLRAVKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMV Sbjct 121 TLRAVKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMV 180 Query 181 EFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIG 240 EFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIG Sbjct 181 EFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIG 240 Query 241 TPHSDNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITA 300 TPHSDNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITA Sbjct 241 TPHSDNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITA 300 Query 301 KEALEHPYLQTYHDPNDEPEGEPIPPSFFEFDHYKEALTTKDLKKLIWNEIFS 353 KEALEHPYLQTYHDPNDEPEGEPIPPSFFEFDHYKEALTTKDLKKLIWNEIFS Sbjct 301 KEALEHPYLQTYHDPNDEPEGEPIPPSFFEFDHYKEALTTKDLKKLIWNEIFS 353 >d3oz6a_ Length=378 Score = 247 bits (631), Expect = 1.52e-81 Identities = 144/368 (39%), Positives = 218/368 (59%), Gaps = 36/368 (9%) Query 13 FQLKSLLGEGAYGVVCSATHKPTGEIVAIKKI-EPFDKPLFALRTLREIKILKHFK-HEN 70 ++L LG+GAYG+V + + TGE+VA+KKI + F A RT REI IL HEN Sbjct 8 YELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELSGHEN 67 Query 71 IITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQTLRAVKVLHG 130 I+ + N+ R D N +VY++ + M+TDLH VI +L H QY +YQ ++ +K LH Sbjct 68 IVNLLNVLRAD---NDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIKYLHS 124 Query 131 SNVIHRDLKPSNLLINSNCDLKVCDFGLARI----------IDESAADNSEP-TGQQSGM 179 ++HRD+KPSN+L+N+ C +KV DFGL+R I S +N+E Q + Sbjct 125 GGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDDQPIL 184 Query 180 VEFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGII 239 ++VATRWYRAPE++L S KY++ +D+WS GCIL E+ +PIFPG +QL I G+I Sbjct 185 TDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLERIIGVI 244 Query 240 GTPHSDNDLRCIESPRAREYIKSLPMYPA----------APLEKMFPRVNPKG------I 283 P S+ D+ I+SP A+ I+SL + + ++NPK + Sbjct 245 DFP-SNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCNEEAL 303 Query 284 DLLQRMLVFDPAKRITAKEALEHPYLQTYHDPNDEPEGEPIPPSFFEFDHYKEALTTKDL 343 DLL ++L F+P KRI+A +AL+HP++ +H+PN+EP + I D+ K ++ D Sbjct 304 DLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEPNCDHIITIPIN-DNVKHSID--DY 360 Query 344 KKLIWNEI 351 + L+++EI Sbjct 361 RNLVYSEI 368 >d2xrwa1 Length=363 Score = 213 bits (541), Expect = 2.86e-68 Identities = 130/359 (36%), Positives = 192/359 (53%), Gaps = 32/359 (8%) Query 7 YNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIE-PFDKPLFALRTLREIKILKH 65 + + +Q +G GA G+VC+A VAIKK+ PF A R RE+ ++K Sbjct 19 FTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKC 78 Query 66 FKHENIITIFNIQRPD-SFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQTLRA 124 H+NII + N+ P S E F +VYI+ ELM +L +VI + L + + Y +YQ L Sbjct 79 VNHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQME-LDHERMSYLLYQMLCG 137 Query 125 VKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMVEFVA 184 +K LH + +IHRDLKPSN+++ S+C LK+ DFGLAR G M +V Sbjct 138 IKHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLART-----------AGTSFMMTPYVV 186 Query 185 TRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIGTPHS 244 TR+YRAPEV+L Y +D+WS GCI+ E+ +FPG D+ Q + +GTP Sbjct 187 TRYYRAPEVILGMG-YKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQLGTPCP 245 Query 245 DNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRV------------NPKGIDLLQRMLVF 292 + + P R Y+++ P Y EK+FP V + DLL +MLV Sbjct 246 EFMKKL--QPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKMLVI 303 Query 293 DPAKRITAKEALEHPYLQTYHDPNDEPEGEPIPPSFFEFDHYKEALTTKDLKKLIWNEI 351 D +KRI+ EAL+HPY+ ++DP+ E E PP + + T ++ K+LI+ E+ Sbjct 304 DASKRISVDEALQHPYINVWYDPS---EAEAPPPKIPDKQLDEREHTIEEWKELIYKEV 359 >d2i6la_ Length=309 Score = 203 bits (516), Expect = 3.35e-65 Identities = 116/323 (35%), Positives = 178/323 (55%), Gaps = 34/323 (10%) Query 7 YNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREIKILKHF 66 +++ S + LG G G+V SA + VAIKKI D P LREIKI++ Sbjct 2 FDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTD-PQSVKHALREIKIIRRL 60 Query 67 KHENIITIFNIQRPD---------SFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYF 117 H+NI+ +F I P S N VYI+QE M+TDL V+ L ++H + F Sbjct 61 DHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLF 120 Query 118 IYQTLRAVKVLHGSNVIHRDLKPSNLLINS-NCDLKVCDFGLARIIDESAADNSEPTGQQ 176 +YQ LR +K +H +NV+HRDLKP+NL IN+ + LK+ DFGLARI+D + Sbjct 121 MYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGH----- 175 Query 177 SGMVEFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIF 236 + E + T+WYR+P ++L+ Y++A+D+W+ GCI AE+ + +F G Q+ LI Sbjct 176 --LSEGLVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLIL 233 Query 237 GIIGTPHSDNDLRCIESPRAREYIKSLPMY-------PAAPLEKMFPRVNPKGIDLLQRM 289 I H ++ +E + +P+Y P PL ++ P ++ + +D L+++ Sbjct 234 ESIPVVHEED---------RQELLSVIPVYIRNDMTEPHKPLTQLLPGISREAVDFLEQI 284 Query 290 LVFDPAKRITAKEALEHPYLQTY 312 L F P R+TA+EAL HPY+ Y Sbjct 285 LTFSPMDRLTAEEALSHPYMSIY 307 >d3mi9a_ Length=337 Score = 158 bits (399), Expect = 1.52e-47 Identities = 105/316 (33%), Positives = 171/316 (54%), Gaps = 18/316 (5%) Query 11 SDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKI-EPFDKPLFALRTLREIKILKHFKHE 69 S ++ + +G+G +G V A H+ TG+ VA+KK+ +K F + LREIKIL+ KHE Sbjct 10 SKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREIKILQLLKHE 69 Query 70 NIITIFNIQRPDSFENFNE----VYIIQELMQTDLHRVISTQMLSD--DHIQYFIYQTLR 123 N++ + I R + +N +Y++ + + DL ++S ++ I+ + L Sbjct 70 NVVNLIEICRTKA-SPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFTLSEIKRVMQMLLN 128 Query 124 AVKVLHGSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQQSGMVEFV 183 + +H + ++HRD+K +N+LI + LK+ DFGLAR S A NS+P + +V Sbjct 129 GLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAF--SLAKNSQPNRYTNRVV--- 183 Query 184 ATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGIIG--T 241 T WYR PE++L Y +D+W GCI+AE++ R PI G +HQL LI + G T Sbjct 184 -TLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGSIT 242 Query 242 PHSDNDLRCIESPRAREYIKSLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITAK 301 P ++ E E +K L K + R +P +DL+ ++LV DPA+RI + Sbjct 243 PEVWPNVDNYELYEKLELVKGQKRKVKDRL-KAYVR-DPYALDLIDKLLVLDPAQRIDSD 300 Query 302 EALEHPYLQTYHDPND 317 +AL H + + P+D Sbjct 301 DALNHDFFWSDPMPSD 316 >d3wara_ Length=334 Score = 129 bits (325), Expect = 8.02e-37 Identities = 93/308 (30%), Positives = 158/308 (51%), Gaps = 27/308 (8%) Query 12 DFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREIKILKHFKH-EN 70 D+QL LG G Y V A + E V +K ++P K + REIKIL++ + N Sbjct 37 DYQLVRKLGRGKYSEVFEAINITNNEKVVVKILKPVKKK----KIKREIKILENLRGGPN 92 Query 71 IITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQTLRAVKVLHG 130 IIT+ +I + + + + TD ++ T L+D I++++Y+ L+A+ H Sbjct 93 IITLADIVKDPVSRT--PALVFEHVNNTDFKQLYQT--LTDYDIRFYMYEILKALDYCHS 148 Query 131 SNVIHRDLKPSNLLIN-SNCDLKVCDFGLARIIDESAADNSEPTGQQSGMVEFVATRWYR 189 ++HRD+KP N++I+ + L++ D+GLA N VA+R+++ Sbjct 149 MGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEFYHPGQEYNVR-----------VASRYFK 197 Query 190 APEVMLTSAKYSRAMDVWSCGCILAELFLRR-PIFPGRDYRHQLLLIFGIIGTP--HSDN 246 PE+++ Y ++D+WS GC+LA + R+ P F G D QL+ I ++GT + Sbjct 198 GPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQLVRIAKVLGTEDLYDYI 257 Query 247 DLRCIE-SPRAREYI--KSLPMYPAAPLEKMFPRVNPKGIDLLQRMLVFDPAKRITAKEA 303 D IE PR + + S + + V+P+ +D L ++L +D R+TA+EA Sbjct 258 DKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFLDKLLRYDHQSRLTAREA 317 Query 304 LEHPYLQT 311 +EHPY T Sbjct 318 MEHPYFYT 325 >d2w5aa1 Length=269 Score = 88.6 bits (218), Expect = 3.03e-22 Identities = 67/228 (29%), Positives = 111/228 (48%), Gaps = 30/228 (13%) Query 10 SSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTL-REIKILKHFKH 68 + D+++ +G G+YG K G+I+ K+++ + L E+ +L+ KH Sbjct 3 AEDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLRELKH 62 Query 69 ENIITIFN--IQRPDSFENFNEVYIIQELMQT-DLHRVIST-----QMLSDDHIQYFIYQ 120 NI+ ++ I R ++ +YI+ E + DL VI+ Q L ++ + + Q Sbjct 63 PNIVRYYDRIIDRTNT-----TLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQ 117 Query 121 TLRAVKVLH-----GSNVIHRDLKPSNLLINSNCDLKVCDFGLARIIDESAADNSEPTGQ 175 A+K H G V+HRDLKP+N+ ++ ++K+ DFGLARI++ Sbjct 118 LTLALKECHRRSDGGHTVLHRDLKPANVFLDGKQNVKLGDFGLARILNHDT--------- 168 Query 176 QSGMVEFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIF 223 S FV T +Y +PE M Y+ D+WS GC+L EL P F Sbjct 169 -SFAKTFVGTPYYMSPEQM-NRMSYNEKSDIWSLGCLLYELCALMPPF 214 Query= d3oz6a_ Length=378 >d3oz6a_ Length=378 Score = 755 bits (1950), Expect = 2.19e-281 Identities = 378/378 (100%), Positives = 378/378 (100%), Gaps = 0/378 (0%) Query 1 DRHVLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILT 60 DRHVLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILT Sbjct 1 DRHVLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILT 60 Query 61 ELSGHENIVNLLNVLRADNDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIK 120 ELSGHENIVNLLNVLRADNDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIK Sbjct 61 ELSGHENIVNLLNVLRADNDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIK 120 Query 121 YLHSGGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDD 180 YLHSGGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDD Sbjct 121 YLHSGGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDD 180 Query 181 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLERI 240 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLERI Sbjct 181 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLERI 240 Query 241 IGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCNE 300 IGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCNE Sbjct 241 IGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCNE 300 Query 301 EALDLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEPNCDHIITIPINDNVKHSIDDY 360 EALDLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEPNCDHIITIPINDNVKHSIDDY Sbjct 301 EALDLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEPNCDHIITIPINDNVKHSIDDY 360 Query 361 RNLVYSEISRRKRELISN 378 RNLVYSEISRRKRELISN Sbjct 361 RNLVYSEISRRKRELISN 378 >d2b9ha_ Length=353 Score = 248 bits (633), Expect = 8.17e-82 Identities = 137/336 (40%), Positives = 203/336 (60%), Gaps = 33/336 (9%) Query 8 YELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELSGHEN 67 ++L LG+GAYG+V + + TGE+VA+KKI + F A RT REI IL HEN Sbjct 13 FQLKSLLGEGAYGVVCSATHKPTGEIVAIKKI-EPFDKPLFALRTLREIKILKHFK-HEN 70 Query 68 IVNLLNVLRAD---NDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIKYLHS 124 I+ + N+ R D N +VY++ + M+TDLH VI +L H QY +YQ ++ +K LH Sbjct 71 IITIFNIQRPDSFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYFIYQTLRAVKVLHG 130 Query 125 GGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDDQPIL 184 ++HRD+KPSN+L+N+ C +KV DFGL+R I S +N+E Q + Sbjct 131 SNVIHRDLKPSNLLINSNCDLKVCDFGLARI----------IDESAADNSEPT-GQQSGM 179 Query 185 TDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLERIIGVI 244 ++VATRWYRAPE++L S KY++ +D+WS GCIL E+ +PIFPG +QL I G+I Sbjct 180 VEFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIFGII 239 Query 245 DFP-SNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKINPKADCNEEAL 303 P S+ D+ I+SP A+ I+SL + + ++NPK + Sbjct 240 GTPHSDNDLRCIESPRAREYIKSLP----------MYPAAPLEKMFPRVNPKG------I 283 Query 304 DLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEP 339 DLL ++L F+P KRI+A +AL+HP++ +H+PN+EP Sbjct 284 DLLQRMLVFDPAKRITAKEALEHPYLQTYHDPNDEP 319 >d2xrwa1 Length=363 Score = 207 bits (526), Expect = 1.03e-65 Identities = 124/372 (33%), Positives = 217/372 (58%), Gaps = 40/372 (10%) Query 4 VLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELS 63 VL++Y+ +K +G GA GIV + D VA+KK+ FQN T A+R +RE+ +L + Sbjct 21 VLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYREL-VLMKCV 79 Query 64 GHENIVNLLNVLRADND----RDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVI 119 H+NI+ LLNV +DVY+V + M+ +L VI+ L+ Y++YQ++ I Sbjct 80 NHKNIIGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQME-LDHERMSYLLYQMLCGI 138 Query 120 KYLHSGGLLHRDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDD 179 K+LHS G++HRD+KPSNI++ ++C +K+ DFGL+R+ Sbjct 139 KHLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTA----------------------G 176 Query 180 DQPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSSTMNQLER 239 ++T YV TR+YRAPE++LG Y + +D+WS+GCI+GE++ G +FPG+ ++Q + Sbjct 177 TSFMMTPYVVTRYYRAPEVILGM-GYKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNK 235 Query 240 IIGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTK-WKNLLLKINPKADC 298 +I + P E ++ +Q P +T +E+ R F K + ++L + + + Sbjct 236 VIEQLGTPCPEFMKKLQ-PTVRTYVEN-------RPKYAGYSFEKLFPDVLFPADSEHNK 287 Query 299 NE--EALDLLDKLLQFNPNKRISANDALKHPFVSIFHNPNEEPNCDHIITIPINDNVKHS 356 + +A DLL K+L + +KRIS ++AL+HP+++++++P+E I D +H+ Sbjct 288 LKASQARDLLSKMLVIDASKRISVDEALQHPYINVWYDPSEAEAPPPKIPDKQLDEREHT 347 Query 357 IDDYRNLVYSEI 368 I++++ L+Y E+ Sbjct 348 IEEWKELIYKEV 359 >d2i6la_ Length=309 Score = 170 bits (430), Expect = 3.98e-52 Identities = 109/339 (32%), Positives = 173/339 (51%), Gaps = 51/339 (15%) Query 7 KYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELSGHE 66 +Y +K LG G G+V+ ++D + VA+KKI + + REI I+ L H+ Sbjct 7 RYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKI--VLTDPQSVKHALREIKIIRRLD-HD 63 Query 67 NIVNLLNVLRADNDR------------DVYLVFDYMETDLHAVIRANILEPVHKQYVVYQ 114 NIV + +L + VY+V +YMETDL V+ L H + +YQ Sbjct 64 NIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLFMYQ 123 Query 115 LIKVIKYLHSGGLLHRDMKPSNILLNAECHV-KVADFGLSRSFVNIRRVTNNIPLSINEN 173 L++ +KY+HS +LHRD+KP+N+ +N E V K+ DFGL+R Sbjct 124 LLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIM----------------- 166 Query 174 TENFDDDQPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSST 233 + + L++ + T+WYR+P +LL YTK IDMW+ GCI E+L GK +F G+ Sbjct 167 -DPHYSHKGHLSEGLVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHE 225 Query 234 MNQLERIIGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKIN 293 + Q++ I+ I ED + + S V IR T+ L ++ Sbjct 226 LEQMQLILESIPVVHEEDRQELLSVIP----------VYIRND-----MTEPHKPLTQLL 270 Query 294 PKADCNEEALDLLDKLLQFNPNKRISANDALKHPFVSIF 332 P + EA+D L+++L F+P R++A +AL HP++SI+ Sbjct 271 P--GISREAVDFLEQILTFSPMDRLTAEEALSHPYMSIY 307 >d3wara_ Length=334 Score = 131 bits (329), Expect = 3.63e-37 Identities = 98/331 (29%), Positives = 165/331 (49%), Gaps = 56/331 (16%) Query 8 YELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELSGHEN 67 Y+LV+KLG+G Y V+++I+ E V VK + ++ REI IL L G N Sbjct 38 YQLVRKLGRGKYSEVFEAINITNNEKVVVKIL-----KPVKKKKIKREIKILENLRGGPN 92 Query 68 IVNLLNVLRADNDRDVYLVFDYME-TDLHAVIRANILEPVHKQYVVYQLIKVIKYLHSGG 126 I+ L ++++ R LVF+++ TD + + L ++ +Y+++K + Y HS G Sbjct 93 IITLADIVKDPVSRTPALVFEHVNNTDFKQLYQT--LTDYDIRFYMYEILKALDYCHSMG 150 Query 127 LLHRDMKPSNILLNAECH-VKVADFGLSRSF-----VNIRRVTNNIPLSINENTENFDDD 180 ++HRD+KP N++++ E +++ D+GL+ + N+R Sbjct 151 IMHRDVKPHNVMIDHEHRKLRLIDWGLAEFYHPGQEYNVR-------------------- 190 Query 181 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGK-PIFPGSSTMNQLER 239 VA+R+++ PE+L+ Y +DMWSLGC+L ++ K P F G +QL R Sbjct 191 -------VASRYFKGPELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHDNYDQLVR 243 Query 240 IIGVIDFPSNEDVESIQSPFAKTMIESLKEKVEI--RQSNKRDIFTKWKNLLLKINPKAD 297 I V+ E + K IE +I R S KR W+ + N Sbjct 244 IAKVLG------TEDLYDYIDKYNIELDPRFNDILGRHSRKR-----WERFVHSENQHL- 291 Query 298 CNEEALDLLDKLLQFNPNKRISANDALKHPF 328 + EALD LDKLL+++ R++A +A++HP+ Sbjct 292 VSPEALDFLDKLLRYDHQSRLTAREAMEHPY 322 >d3coka1 Length=265 Score = 87.0 bits (214), Expect = 1.33e-21 Identities = 77/262 (29%), Positives = 122/262 (46%), Gaps = 42/262 (16%) Query 14 LGKGAYGIVWKSIDRRTGEVVAVKKIFD-AFQNSTDAQRTFREIMILTELSGHENIVNLL 72 LGKG++ V+++ TG VA+K I A + QR E+ I +L H +I+ L Sbjct 17 LGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEVKIHCQLK-HPSILELY 75 Query 73 NVLRADNDRDVYLVFDYMETDLHAVIRANILEPVHK---QYVVYQLIKVIKYLHSGGLLH 129 N N VYLV + N ++P + ++ ++Q+I + YLHS G+LH Sbjct 76 NYFEDSNY--VYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQIITGMLYLHSHGILH 133 Query 130 RDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDDQPILTDYV- 188 RD+ SN+LL ++K+ADFGL+ P Y Sbjct 134 RDLTLSNLLLTRNMNIKIADFGLATQL-----------------------KMPHEKHYTL 170 Query 189 -ATRWYRAPEILLGSTKYTKGI--DMWSLGCILGEILCGKPIFPGSSTMNQLERIIGVID 245 T Y +PEI +T+ G+ D+WSLGC+ +L G+P F + N L +++ + D Sbjct 171 CGTPNYISPEI---ATRSAHGLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVV-LAD 226 Query 246 FPSNEDVESIQSPFAKTMIESL 267 + ++ S S AK +I L Sbjct 227 Y----EMPSFLSIEAKDLIHQL 244 >d3uc3a_ Length=309 Score = 67.0 bits (162), Expect = 1.75e-14 Identities = 64/224 (28%), Positives = 91/224 (40%), Gaps = 28/224 (12%) Query 3 HVLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTEL 62 H +Y+ VK +G G +G+ D+ T E+VAVK I + QR EI+ L Sbjct 7 HDSDRYDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQR---EIINHRSL 63 Query 63 SGHENIVNLLNVLRADNDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIKYL 122 H NIV V+ + + + + A ++ QL+ + Y Sbjct 64 R-HPNIVRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVSYC 122 Query 123 HSGGLLHRDMKPSNILLNAEC--HVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDD 180 HS + HRD+K N LL+ +K+ DFG S+S V Sbjct 123 HSMQICHRDLKLENTLLDGSPAPRLKICDFGYSKSSVL--------------------HS 162 Query 181 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCG 224 QP T V T Y APE+LL K D+WS G L +L G Sbjct 163 QPKST--VGTPAYIAPEVLLRQEYDGKIADVWSCGVTLYVMLVG 204 Query= d4nfna_ Length=293 >d4nfna_ Length=293 Score = 595 bits (1534), Expect = 7.55e-221 Identities = 293/293 (100%), Positives = 293/293 (100%), Gaps = 0/293 (0%) Query 1 DILPANYVVKDRWKVLKKIGGGGFGEIYEAMDLLTRENVALKVESAQQPKQVLKMEVAVL 60 DILPANYVVKDRWKVLKKIGGGGFGEIYEAMDLLTRENVALKVESAQQPKQVLKMEVAVL Sbjct 1 DILPANYVVKDRWKVLKKIGGGGFGEIYEAMDLLTRENVALKVESAQQPKQVLKMEVAVL 60 Query 61 KKLQGKDHVCRFIGCGRNEKFNYVVMQLQGRNLADLRRSQPRGTFTLSTTLRLGKQILES 120 KKLQGKDHVCRFIGCGRNEKFNYVVMQLQGRNLADLRRSQPRGTFTLSTTLRLGKQILES Sbjct 61 KKLQGKDHVCRFIGCGRNEKFNYVVMQLQGRNLADLRRSQPRGTFTLSTTLRLGKQILES 120 Query 121 IEAIHSVGFLHRDIKPSNFAMGRLPSTYRKCYMLDFGLARQYTNTTGDVRPPRNVAGFRG 180 IEAIHSVGFLHRDIKPSNFAMGRLPSTYRKCYMLDFGLARQYTNTTGDVRPPRNVAGFRG Sbjct 121 IEAIHSVGFLHRDIKPSNFAMGRLPSTYRKCYMLDFGLARQYTNTTGDVRPPRNVAGFRG 180 Query 181 TVRYASVNAHKNREMGRHDDLWSLFYMLVEFAVGQLPWRKIKDKEQVGMIKEKYEHRMLL 240 TVRYASVNAHKNREMGRHDDLWSLFYMLVEFAVGQLPWRKIKDKEQVGMIKEKYEHRMLL Sbjct 181 TVRYASVNAHKNREMGRHDDLWSLFYMLVEFAVGQLPWRKIKDKEQVGMIKEKYEHRMLL 240 Query 241 KHMPSEFHLFLDHIASLDYFTKPDYQLIMSVFENSMKERGIAENEAFDWEKAG 293 KHMPSEFHLFLDHIASLDYFTKPDYQLIMSVFENSMKERGIAENEAFDWEKAG Sbjct 241 KHMPSEFHLFLDHIASLDYFTKPDYQLIMSVFENSMKERGIAENEAFDWEKAG 293 Query= d4at5a1 Length=296 >d4at5a1 Length=296 Score = 617 bits (1592), Expect = 1.37e-229 Identities = 296/296 (100%), Positives = 296/296 (100%), Gaps = 0/296 (0%) Query 1 DTFVQHIKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNARKDFH 60 DTFVQHIKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNARKDFH Sbjct 1 DTFVQHIKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNARKDFH 60 Query 61 REAELLTNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPT 120 REAELLTNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPT Sbjct 61 REAELLTNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPT 120 Query 121 ELTQSQMLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDY 180 ELTQSQMLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDY Sbjct 121 ELTQSQMLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDY 180 Query 181 YRVGGHTMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECI 240 YRVGGHTMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECI Sbjct 181 YRVGGHTMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECI 240 Query 241 TQGRVLQRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG 296 TQGRVLQRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG Sbjct 241 TQGRVLQRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG 296 >d3f66a_ Length=298 Score = 189 bits (480), Expect = 1.02e-60 Identities = 106/286 (37%), Positives = 157/286 (54%), Gaps = 30/286 (10%) Query 18 LGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNAR-KDFHREAELLTNLQHEHIVK 76 +G G FG V+ L + KI AVK+L +D F E ++ + H +++ Sbjct 33 IGRGHFGCVYHGTL--LDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNVLS 90 Query 77 FYGVCV--EGDPLIMVFEYMKHGDLNKFLR--AHGPDAVLMAEGNPPTELTQSQMLHIAQ 132 G+C+ EG PL+ V YMKHGDL F+R H P T ++ Sbjct 91 LLGICLRSEGSPLV-VLPYMKHGDLRNFIRNETHNP--------------TVKDLIGFGL 135 Query 133 QIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDYYRVGGHT--MLP 190 Q+A GM YLAS+ FVHRDLA RNC++ E VK+ DFG++RD+Y +YY V T LP Sbjct 136 QVAKGMKYLASKKFVHRDLAARNCMLDEKFTVKVADFGLARDMYDKEYYSVHNKTGAKLP 195 Query 191 IRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRVLQRPR 250 ++WM ES+ +KFTT+SDVWS GV+LWE+ T G P+ ++ ++ + QGR L +P Sbjct 196 VKWMALESLQTQKFTTKSDVWSFGVLLWELMTRGAPPYPDVNTFDITVYLLQGRRLLQPE 255 Query 251 TCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG 296 CP +YE+ML CW + MR + + +++ S ++ +G Sbjct 256 YCPDPLYEVMLKCWHPKAEMRPSFSEL------VSRISAIFSTFIG 295 >d4i4ea_ Length=273 Score = 186 bits (472), Expect = 7.83e-60 Identities = 106/279 (37%), Positives = 149/279 (53%), Gaps = 17/279 (6%) Query 7 IKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDA-SDNARKDFHREAEL 65 I+R I L R +GEG FG V + + PE + VA+KT K+ SD+ R+ F +EA Sbjct 4 IQRERIELGRCIGEGQFGDVH--QGIYMSPENPALAVAIKTCKNCTSDSVREKFLQEALT 61 Query 66 LTNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPTELTQS 125 + H HIVK GV E P+ ++ E G+L FL+ L + Sbjct 62 MRQFDHPHIVKLIGVITEN-PVWIIMELCTLGELRSFLQVR------------KYSLDLA 108 Query 126 QMLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDYYRVGG 185 ++ A Q++ + YL S+ FVHRD+A RN LV N VK+GDFG+SR + + YY+ Sbjct 109 SLILYAYQLSTALAYLESKRFVHRDIAARNVLVSSNDCVKLGDFGLSRYMEDSTYYKAS- 167 Query 186 HTMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRV 245 LPI+WM PESI +R+FT+ SDVW GV +WEI +G +P+ + NN+VI I G Sbjct 168 KGKLPIKWMAPESINFRRFTSASDVWMFGVCMWEILMHGVKPFQGVKNNDVIGRIENGER 227 Query 246 LQRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNL 284 L P CP +Y LM CW +P R + L + Sbjct 228 LPMPPNCPPTLYSLMTKCWAYDPSRRPRFTELKAQLSTI 266 >d1ad5a3 Length=272 Score = 171 bits (432), Expect = 7.33e-54 Identities = 100/282 (35%), Positives = 161/282 (57%), Gaps = 30/282 (10%) Query 7 IKRHNIVLKRELGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDASDNARKDFHREAELL 66 I R ++ L+++LG G FG+V++A YN + VAVKT+K S + F EA ++ Sbjct 13 IPRESLKLEKKLGAGQFGEVWMAT-YNKHTK-----VAVKTMKPGSMSVEA-FLAEANVM 65 Query 67 TNLQHEHIVKFYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPTELTQSQ 126 LQH+ +VK + V V +P+ ++ E+M G L FL++ EG+ + + Sbjct 66 KTLQHDKLVKLHAV-VTKEPIYIITEFMAKGSLLDFLKSD--------EGS---KQPLPK 113 Query 127 MLHIAQQIAAGMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSRDVYSTDYYRVGGH 186 ++ + QIA GM ++ ++++HRDL N LV +L+ KI DFG++R VG Sbjct 114 LIDFSAQIAEGMAFIEQRNYIHRDLRAANILVSASLVCKIADFGLAR---------VGAK 164 Query 187 TMLPIRWMPPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRVL 246 PI+W PE+I + FT +SDVWS G++L EI TYG+ P+ +SN EVI + +G + Sbjct 165 --FPIKWTAPEAINFGSFTIKSDVWSFGILLMEIVTYGRIPYPGMSNPEVIRALERGYRM 222 Query 247 QRPRTCPQEVYELMLGCWQREPHMRKNIKGIHTLLQNLAKAS 288 RP CP+E+Y +M+ CW+ P R + I ++L + A+ Sbjct 223 PRPENCPEELYNIMMRCWKNRPEERPTFEYIQSVLDDFYTAT 264 >d3poza_ Length=317 Score = 148 bits (373), Expect = 1.34e-44 Identities = 92/282 (32%), Positives = 149/282 (52%), Gaps = 19/282 (6%) Query 18 LGEGAFGKVFLAECYNLCPEQDKILVAVKTLKDA-SDNARKDFHREAELLTNLQHEHIVK 76 LG GAFG V+ + E+ KI VA+K L++A S A K+ EA ++ ++ + H+ + Sbjct 18 LGSGAFGTVYKG-LWIPEGEKVKIPVAIKELREATSPKANKEILDEAYVMASVDNPHVCR 76 Query 77 FYGVCVEGDPLIMVFEYMKHGDLNKFLRAHGPDAVLMAEGNPPTELTQSQMLHIAQQIAA 136 G+C+ + ++ + M G L ++R H + + +L+ QIA Sbjct 77 LLGICLTS-TVQLITQLMPFGCLLDYVREHKDN------------IGSQYLLNWCVQIAK 123 Query 137 GMVYLASQHFVHRDLATRNCLVGENLLVKIGDFGMSR--DVYSTDYYRVGGHTMLPIRWM 194 GM YL + VHRDLA RN LV VKI DFG+++ +Y+ GG +PI+WM Sbjct 124 GMNYLEDRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHAEGGK--VPIKWM 181 Query 195 PPESIMYRKFTTESDVWSLGVVLWEIFTYGKQPWYQLSNNEVIECITQGRVLQRPRTCPQ 254 ESI++R +T +SDVWS GV +WE+ T+G +P+ + +E+ + +G L +P C Sbjct 182 ALESILHRIYTHQSDVWSYGVTVWELMTFGSKPYDGIPASEISSILEKGERLPQPPICTI 241 Query 255 EVYELMLGCWQREPHMRKNIKGIHTLLQNLAKASPVYLDILG 296 +VY +M+ CW + R + + +A+ YL I G Sbjct 242 DVYMIMVKCWMIDADSRPKFRELIIEFSKMARDPQRYLVIQG 283 Query= d3lxpa_ Length=291 >d3lxpa_ Length=291 Score = 615 bits (1586), Expect = 7.61e-229 Identities = 291/291 (100%), Positives = 291/291 (100%), Gaps = 0/291 (0%) Query 1 DPTVFHKRYLKKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWKQE 60 DPTVFHKRYLKKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWKQE Sbjct 1 DPTVFHKRYLKKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWKQE 60 Query 61 IDILRTLYHEHIIKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPRHSIGLAQLLLFAQQI 120 IDILRTLYHEHIIKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPRHSIGLAQLLLFAQQI Sbjct 61 IDILRTLYHEHIIKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPRHSIGLAQLLLFAQQI 120 Query 121 CEGMAYLHAQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFW 180 CEGMAYLHAQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFW Sbjct 121 CEGMAYLHAQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFW 180 Query 181 YAPECLKEYKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTEL 240 YAPECLKEYKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTEL Sbjct 181 YAPECLKEYKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTEL 240 Query 241 LERGERLPRPDKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHEKYQG 291 LERGERLPRPDKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHEKYQG Sbjct 241 LERGERLPRPDKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHEKYQG 291 >d4i4ea_ Length=273 Score = 162 bits (410), Expect = 1.24e-50 Identities = 102/278 (36%), Positives = 146/278 (52%), Gaps = 24/278 (8%) Query 14 RDLGEGHFGKVSLYCY-DPTNDGTGEMVAVKALKADAGPQHRSGWKQEIDILRTLYHEHI 72 R +GEG FG V Y P N VA+K K R + QE +R H HI Sbjct 13 RCIGEGQFGDVHQGIYMSPENPAL--AVAIKTCKNCTSDSVREKFLQEALTMRQFDHPHI 70 Query 73 IKYKGCCEDAGAASLQLVMEYVPLGSLRDYLP--RHSIGLAQLLLFAQQICEGMAYLHAQ 130 +K G + + ++ME LG LR +L ++S+ LA L+L+A Q+ +AYL ++ Sbjct 71 VKLIGVITEN---PVWIIMELCTLGELRSFLQVRKYSLDLASLILYAYQLSTALAYLESK 127 Query 131 HYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFWYAPECLKEYK 190 ++HRD+AARNVL+ ++ VK+GDFGL++ + E YY+ + G P+ W APE + + Sbjct 128 RFVHRDIAARNVLVSSNDCVKLGDFGLSRYM-EDSTYYKASK-GKLPIKWMAPESINFRR 185 Query 191 FYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTELLERGERLPRP 250 F ASDVW FGV ++E+L H K ++IG +E GERLP P Sbjct 186 FTSASDVWMFGVCMWEILMH-GVKPFQGVKNNDVIG-------------RIENGERLPMP 231 Query 251 DKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHEK 288 CP +Y LM CW + S RP F L L T+ E+ Sbjct 232 PNCPPTLYSLMTKCWAYDPSRRPRFTELKAQLSTILEE 269 >d3poza_ Length=317 Score = 160 bits (404), Expect = 3.05e-49 Identities = 96/278 (34%), Positives = 144/278 (51%), Gaps = 20/278 (7%) Query 4 VFHKRYLKKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWKQEIDI 63 + + KKI+ LG G FG V + P + VA+K L+ P+ E + Sbjct 6 ILKETEFKKIKVLGSGAFGTVYKGLWIPEGEKVKIPVAIKELREATSPKANKEILDEAYV 65 Query 64 LRTLYHEHIIKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPRH--SIGLAQLLLFAQQIC 121 + ++ + H+ + G C +++QL+ + +P G L DY+ H +IG LL + QI Sbjct 66 MASVDNPHVCRLLGICL---TSTVQLITQLMPFGCLLDYVREHKDNIGSQYLLNWCVQIA 122 Query 122 EGMAYLHAQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSPVFWY 181 +GM YL + +HRDLAARNVL+ + VKI DFGLAK + + Y E G P+ W Sbjct 123 KGMNYLEDRRLVHRDLAARNVLVKTPQHVKITDFGLAKLLGAEEKEYHA-EGGKVPIKWM 181 Query 182 APECLKEYKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTELL 241 A E + + + SDVWS+GVT++EL+T GI + ++ +L Sbjct 182 ALESILHRIYTHQSDVWSYGVTVWELMTFGSKPYD---------GIPASE-----ISSIL 227 Query 242 ERGERLPRPDKCPAEVYHLMKNCWETEASFRPTFENLI 279 E+GERLP+P C +VY +M CW +A RP F LI Sbjct 228 EKGERLPQPPICTIDVYMIMVKCWMIDADSRPKFRELI 265 >d3f66a_ Length=298 Score = 146 bits (369), Expect = 2.87e-44 Identities = 96/283 (33%), Positives = 144/283 (50%), Gaps = 27/283 (9%) Query 16 LGEGHFGKVSLYCYDPT---NDGTGEMVAVKALKADAGPQHRSGWKQEIDILRTLYHEHI 72 +G GHFG V Y T NDG AVK+L S + E I++ H ++ Sbjct 33 IGRGHFGCV----YHGTLLDNDGKKIHCAVKSLNRITDIGEVSQFLTEGIIMKDFSHPNV 88 Query 73 IKYKGCCEDAGAASLQLVMEYVPLGSLRDYLPR--HSIGLAQLLLFAQQICEGMAYLHAQ 130 + G C + + L +V+ Y+ G LR+++ H+ + L+ F Q+ +GM YL ++ Sbjct 89 LSLLGICLRSEGSPL-VVLPYMKHGDLRNFIRNETHNPTVKDLIGFGLQVAKGMKYLASK 147 Query 131 HYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDS--PVFWYAPECLKE 188 ++HRDLAARN +LD VK+ DFGLA+ + + EYY V + PV W A E L+ Sbjct 148 KFVHRDLAARNCMLDEKFTVKVADFGLARDMYD-KEYYSVHNKTGAKLPVKWMALESLQT 206 Query 189 YKFYYASDVWSFGVTLYELLTHCDSSQSPPTKFLELIGIAQGQMTVLRLTELLERGERLP 248 KF SDVWSFGV L+EL+T +PP + +T L +G RL Sbjct 207 QKFTTKSDVWSFGVLLWELMTR----GAPPYP----------DVNTFDITVYLLQGRRLL 252 Query 249 RPDKCPAEVYHLMKNCWETEASFRPTFENLIPILKTVHEKYQG 291 +P+ CP +Y +M CW +A RP+F L+ + + + G Sbjct 253 QPEYCPDPLYEVMLKCWHPKAEMRPSFSELVSRISAIFSTFIG 295 >d3mi9a_ Length=337 Score = 75.9 bits (185), Expect = 8.89e-18 Identities = 57/214 (26%), Positives = 99/214 (46%), Gaps = 24/214 (11%) Query 11 KKIRDLGEGHFGKVSLYCYDPTNDGTGEMVAVKALKADAGPQHRSGWK----QEIDILRT 66 +K+ +G+G FG+V + + TG+ VA+K + + + G+ +EI IL+ Sbjct 13 EKLAKIGQGTFGEV----FKARHRKTGQKVALKKVLME---NEKEGFPITALREIKILQL 65 Query 67 LYHEHIIKYKGCCEDAGA------ASLQLVMEYVP---LGSLRDYLPRHSIGLAQLLLFA 117 L HE+++ C + S+ LV ++ G L + L + + L+++ Sbjct 66 LKHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLVKFT--LSEIKRVM 123 Query 118 QQICEGMAYLHAQHYIHRDLAARNVLLDNDRLVKIGDFGLAKAVPEGHEYYRVREDGDSP 177 Q + G+ Y+H +HRD+ A NVL+ D ++K+ DFGLA+A R Sbjct 124 QMLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTNRVV 183 Query 178 VFWYAPE--CLKEYKFYYASDVWSFGVTLYELLT 209 WY P L E + D+W G + E+ T Sbjct 184 TLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWT 217 Query= d4itja_ Length=287 >d4itja_ Length=287 Score = 584 bits (1505), Expect = 1.25e-216 Identities = 287/287 (100%), Positives = 287/287 (100%), Gaps = 0/287 (0%) Query 1 NVIKMKSSDFLESAELDSGGFGKVSLAFHRTQGLMIMKTVYKGPNCIEHNEALLEEAKMM 60 NVIKMKSSDFLESAELDSGGFGKVSLAFHRTQGLMIMKTVYKGPNCIEHNEALLEEAKMM Sbjct 1 NVIKMKSSDFLESAELDSGGFGKVSLAFHRTQGLMIMKTVYKGPNCIEHNEALLEEAKMM 60 Query 61 NRLRHSRVVKLLGVIIEEGKYSLVMEYMEKGNLMHVLKAEMSTPLSVKGRIILEIIEGMA 120 NRLRHSRVVKLLGVIIEEGKYSLVMEYMEKGNLMHVLKAEMSTPLSVKGRIILEIIEGMA Sbjct 61 NRLRHSRVVKLLGVIIEEGKYSLVMEYMEKGNLMHVLKAEMSTPLSVKGRIILEIIEGMA 120 Query 121 YLHGKGVIHKDLKPENILVDNDFHIKIADLGLASFKMWSKLNNEEHNELREVDGTAKKNG 180 YLHGKGVIHKDLKPENILVDNDFHIKIADLGLASFKMWSKLNNEEHNELREVDGTAKKNG Sbjct 121 YLHGKGVIHKDLKPENILVDNDFHIKIADLGLASFKMWSKLNNEEHNELREVDGTAKKNG 180 Query 181 GTLYYMAPEHLNDVNAKPTEKSDVYSFAVVLWAIFANKEPYENAIAEQQLIMAIKSGNRP 240 GTLYYMAPEHLNDVNAKPTEKSDVYSFAVVLWAIFANKEPYENAIAEQQLIMAIKSGNRP Sbjct 181 GTLYYMAPEHLNDVNAKPTEKSDVYSFAVVLWAIFANKEPYENAIAEQQLIMAIKSGNRP 240 Query 241 DVDDITEYCPREIISLMKLCWEANPEARPTFPGIEEKFRPFYLSQLE 287 DVDDITEYCPREIISLMKLCWEANPEARPTFPGIEEKFRPFYLSQLE Sbjct 241 DVDDITEYCPREIISLMKLCWEANPEARPTFPGIEEKFRPFYLSQLE 287 Query= d4wnoa_ Length=273 >d4wnoa_ Length=273 Score = 548 bits (1413), Expect = 4.48e-203 Identities = 273/273 (100%), Positives = 273/273 (100%), Gaps = 0/273 (0%) Query 1 TETVGKFEFSRKDLIGHGAFAVVFKGRHRAAHDLEVAVKCINKKNLAKSQTLLGKEIKIL 60 TETVGKFEFSRKDLIGHGAFAVVFKGRHRAAHDLEVAVKCINKKNLAKSQTLLGKEIKIL Sbjct 1 TETVGKFEFSRKDLIGHGAFAVVFKGRHRAAHDLEVAVKCINKKNLAKSQTLLGKEIKIL 60 Query 61 KELKHENIVALYDFQEMANSVYLVMEYCNGGDLADYLHAMRTLSEDTIRLFLQQIAGAMR 120 KELKHENIVALYDFQEMANSVYLVMEYCNGGDLADYLHAMRTLSEDTIRLFLQQIAGAMR Sbjct 61 KELKHENIVALYDFQEMANSVYLVMEYCNGGDLADYLHAMRTLSEDTIRLFLQQIAGAMR 120 Query 121 LLHSKGIIHRDLKPQNILLSNPAGRRANPNSIRVKIADFGFARYLQSNMMAATLCGSPMY 180 LLHSKGIIHRDLKPQNILLSNPAGRRANPNSIRVKIADFGFARYLQSNMMAATLCGSPMY Sbjct 121 LLHSKGIIHRDLKPQNILLSNPAGRRANPNSIRVKIADFGFARYLQSNMMAATLCGSPMY 180 Query 181 MAPEVIMSQHYDGKADLWSIGTIVYQCLTGKAPFQASSPQDLRLFYEKNKTLVPTIPRET 240 MAPEVIMSQHYDGKADLWSIGTIVYQCLTGKAPFQASSPQDLRLFYEKNKTLVPTIPRET Sbjct 181 MAPEVIMSQHYDGKADLWSIGTIVYQCLTGKAPFQASSPQDLRLFYEKNKTLVPTIPRET 240 Query 241 SAPLRQLLLALLQRNHKDRMDFDEFFHHPFLDA 273 SAPLRQLLLALLQRNHKDRMDFDEFFHHPFLDA Sbjct 241 SAPLRQLLLALLQRNHKDRMDFDEFFHHPFLDA 273 >d5jzja_ Length=275 Score = 127 bits (318), Expect = 3.30e-37 Identities = 76/211 (36%), Positives = 111/211 (52%), Gaps = 8/211 (3%) Query 15 IGHGAFAVVFKGRHRAAHDLEVAVKCINKKNLAKSQTLLGKEIKILKELKHENIVALYDF 74 IG G FAVV + R+ E A+K I K + ++ E+ IL+ +KH NIV L + Sbjct 23 IGDGNFAVVKECVERSTAR-EYALKIIKKSKCRGKEHMIQNEVSILRRVKHPNIVLLIEE 81 Query 75 QEMANSVYLVMEYCNGGDLADYLHAMRTLSEDTIRLFLQQIAGAMRLLHSKGIIHRDLKP 134 ++ +YLVME GGDL D + + +E L +A A++ LHS I+HRD+KP Sbjct 82 MDVPTELYLVMELVKGGDLFDAITSTNKYTERDASGMLYNLASAIKYLHSLNIVHRDIKP 141 Query 135 QNILLSNPAGRRANPNSIRVKIADFGFARYLQSNMMAATLCGSPMYMAPEVIMSQHYDGK 194 +N+L+ S +K+ DFG A + + T+CG+P Y+APE+I Y K Sbjct 142 ENLLVYEH-----QDGSKSLKLGDFGLATIVDGPLY--TVCGTPTYVAPEIIAETGYGLK 194 Query 195 ADLWSIGTIVYQCLTGKAPFQASSPQDLRLF 225 D+W+ G I Y L G PF+ S LF Sbjct 195 VDIWAAGVITYILLCGFPPFRGSGDDQEVLF 225 >d2w5aa1 Length=269 Score = 115 bits (288), Expect = 7.14e-33 Identities = 73/232 (31%), Positives = 114/232 (49%), Gaps = 23/232 (9%) Query 52 LLGKEIKILKELKHENIVALYD--FQEMANSVYLVMEYCNGGDLADYL----HAMRTLSE 105 +L E+ +L+ELKH NIV YD ++Y+VMEYC GGDLA + + L E Sbjct 49 MLVSEVNLLRELKHPNIVRYYDRIIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDE 108 Query 106 DTIRLFLQQIAGAMRLLHSKG-----IIHRDLKPQNILLSNPAGRRANPNSIRVKIADFG 160 + + + Q+ A++ H + ++HRDLKP N+ L VK+ DFG Sbjct 109 EFVLRVMTQLTLALKECHRRSDGGHTVLHRDLKPANVFLDGKQN---------VKLGDFG 159 Query 161 FARYLQSNM-MAATLCGSPMYMAPEVIMSQHYDGKADLWSIGTIVYQCLTGKAPFQASSP 219 AR L + A T G+P YM+PE + Y+ K+D+WS+G ++Y+ PF A S Sbjct 160 LARILNHDTSFAKTFVGTPYYMSPEQMNRMSYNEKSDIWSLGCLLYELCALMPPFTAFSQ 219 Query 220 QDLRLFYEKNKTLVPTIPRETSAPLRQLLLALLQRNHKDRMDFDEFFHHPFL 271 ++L + K IP S L +++ +L R +E +P + Sbjct 220 KELAGKIREGK--FRRIPYRYSDELNEIITRMLNLKDYHRPSVEEILENPLI 269 Query= d3fe3a_ Length=317 >d3fe3a_ Length=317 Score = 630 bits (1624), Expect = 9.30e-234 Identities = 317/317 (100%), Positives = 317/317 (100%), Gaps = 0/317 (0%) Query 1 QPHIGNYRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKI 60 QPHIGNYRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKI Sbjct 1 QPHIGNYRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKI 60 Query 61 LNHPNIVKLFEVIETEKTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQYC 120 LNHPNIVKLFEVIETEKTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQYC Sbjct 61 LNHPNIVKLFEVIETEKTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQYC 120 Query 121 HQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKY 180 HQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKY Sbjct 121 HQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKY 180 Query 181 DGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRFLV 240 DGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRFLV Sbjct 181 DGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRFLV 240 Query 241 LNPIKRGTLEQIMKDRWINAGHEEDELKPFVEPELDISDQKRIDIMVGMGYSQEEIQESL 300 LNPIKRGTLEQIMKDRWINAGHEEDELKPFVEPELDISDQKRIDIMVGMGYSQEEIQESL Sbjct 241 LNPIKRGTLEQIMKDRWINAGHEEDELKPFVEPELDISDQKRIDIMVGMGYSQEEIQESL 300 Query 301 SKMKYDEITATYLLLGR 317 SKMKYDEITATYLLLGR Sbjct 301 SKMKYDEITATYLLLGR 317 >d3uc3a_ Length=309 Score = 176 bits (447), Expect = 2.21e-55 Identities = 103/259 (39%), Positives = 148/259 (57%), Gaps = 11/259 (4%) Query 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPNI 66 Y +K IG GNF +L R LT VA+K I++ ++Q RE+ + L HPNI Sbjct 12 YDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQ---REIINHRSLRHPNI 68 Query 67 VKLFEVIETEKTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQYCHQKRIV 126 V+ EVI T L +IMEYASGGE+++ + GR E EAR F+Q++S V YCH +I Sbjct 69 VRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVSYCHSMQIC 128 Query 127 HRDLKAENLLLDADM--NIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKYDGPE 184 HRDLK EN LLD +KI DFG+S + + + G P Y APE+ ++YDG Sbjct 129 HRDLKLENTLLDGSPAPRLKICDFGYSKSSVLHSQPKSTVGTPAYIAPEVLLRQEYDGKI 188 Query 185 VDVWSLGVILYTLVSGSLPFDG----QNLKELRERVLRGKYRIP--FYMSTDCENLLKRF 238 DVWS GV LY ++ G+ PF+ ++ ++ +R+L KY IP +S +C +L+ R Sbjct 189 ADVWSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPECCHLISRI 248 Query 239 LVLNPIKRGTLEQIMKDRW 257 V +P R ++ +I W Sbjct 249 FVADPATRISIPEIKTHSW 267 >d3dlsa_ Length=285 Score = 148 bits (373), Expect = 1.09e-44 Identities = 92/259 (35%), Positives = 136/259 (52%), Gaps = 13/259 (5%) Query 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQ------LNPTSLQKLFREVRIMKI 60 Y + +G G F V A +EV +K I K + + L K+ E+ I+ Sbjct 18 YSTMSPLGSGAFGFVWTAVDKEKNKEVVVKFIKKEKVLEDCWIEDPKLGKVTLEIAILSR 77 Query 61 LNHPNIVKLFEVIETEKTLYLIME-YASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQY 119 + H NI+K+ ++ E + L+ME + SG ++F ++ H R+ E A FRQ+VSAV Y Sbjct 78 VEHANIIKVLDIFENQGFFQLVMEKHGSGLDLFAFIDRHPRLDEPLASYIFRQLVSAVGY 137 Query 120 CHQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKK 179 K I+HRD+K EN+++ D IK+ DFG + G FCG Y APE+ G Sbjct 138 LRLKDIIHRDIKDENIVIAEDFTIKLIDFGSAAYLERGKLFYTFCGTIEYCAPEVLMGNP 197 Query 180 YDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRFL 239 Y GPE+++WSLGV LYTLV PF EL E V P+ +S + +L+ L Sbjct 198 YRGPELEMWSLGVTLYTLVFEENPFC-----ELEETV-EAAIHPPYLVSKELMSLVSGLL 251 Query 240 VLNPIKRGTLEQIMKDRWI 258 P +R TLE+++ D W+ Sbjct 252 QPVPERRTTLEKLVTDPWV 270 >d1koba_ Length=352 Score = 118 bits (296), Expect = 7.16e-33 Identities = 78/265 (29%), Positives = 130/265 (49%), Gaps = 14/265 (5%) Query 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQK--LFREVRIMKILNHP 64 Y +L+ +G G F V TGR K I+ P L K + E+ IM L+HP Sbjct 31 YDILEELGSGAFGVVHRCVEKATGRVFVAKFIN----TPYPLDKYTVKNEISIMNQLHHP 86 Query 65 NIVKLFEVIETEKTLYLIMEYASGGEVFDYLVAHG-RMKEKEARSKFRQIVSAVQYCHQK 123 ++ L + E + + LI+E+ SGGE+FD + A +M E E + RQ +++ H+ Sbjct 87 KLINLHDAFEDKYEMVLILEFLSGGELFDRIAAEDYKMSEAEVINYMRQACEGLKHMHEH 146 Query 124 RIVHRDLKAENLLLDADM--NIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKYD 181 IVH D+K EN++ + ++KI DFG + + + +AAPE+ + Sbjct 147 SIVHLDIKPENIMCETKKASSVKIIDFGLATKLNPDEIVKVTTATAEFAAPEIVDREPV- 205 Query 182 GPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIP----FYMSTDCENLLKR 237 G D+W++GV+ Y L+SG PF G++ E + V R + +S + ++ +K Sbjct 206 GFYTDMWAIGVLGYVLLSGLSPFAGEDDLETLQNVKRCDWEFDEDAFSSVSPEAKDFIKN 265 Query 238 FLVLNPIKRGTLEQIMKDRWINAGH 262 L P KR T+ ++ W+ H Sbjct 266 LLQKEPRKRLTVHDALEHPWLKGDH 290 >d2xrwa1 Length=363 Score = 100 bits (250), Expect = 2.50e-26 Identities = 78/273 (28%), Positives = 127/273 (46%), Gaps = 28/273 (10%) Query 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPNI 66 Y+ LK IG G V A + R VAIK + + N T ++ +RE+ +MK +NH NI Sbjct 25 YQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKCVNHKNI 84 Query 67 VKLFEVIETEKTL------YLIMEYASGG--EVFDYLVAHGRMKEKEARSKFRQIVSAVQ 118 + L V +K+L Y++ME +V + H RM Q++ ++ Sbjct 85 IGLLNVFTPQKSLEEFQDVYIVMELMDANLCQVIQMELDHERMSY-----LLYQMLCGIK 139 Query 119 YCHQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGK 178 + H I+HRDLK N+++ +D +KI DFG + + + Y APE+ G Sbjct 140 HLHSAGIIHRDLKPSNIVVKSDCTLKILDFGLARTAGTSFMMTPYVVTRYYRAPEVILGM 199 Query 179 KYDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRF 238 Y VD+WS+G I+ ++ G + F G + + +V+ + T C +K+ Sbjct 200 GYK-ENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIE-------QLGTPCPEFMKK- 250 Query 239 LVLNPIKRGTLEQIMKDRWINAGHEEDELKPFV 271 L P R +E K AG+ ++L P V Sbjct 251 --LQPTVRTYVENRPK----YAGYSFEKLFPDV 277 >d3mi9a_ Length=337 Score = 94.4 bits (233), Expect = 4.05e-24 Identities = 62/211 (29%), Positives = 112/211 (53%), Gaps = 27/211 (12%) Query 4 IGNYRLLKTIGKGNFAKVKLARHILTGREVAIKII----DKTQLNPTSLQKLFREVRIMK 59 + Y L IG+G F +V ARH TG++VA+K + +K T+L RE++I++ Sbjct 9 VSKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITAL----REIKILQ 64 Query 60 ILNHPNIVKLFEVIETEKT--------LYLIMEYAS---GGEVFDYLVAHGRMKEKEARS 108 +L H N+V L E+ T+ + +YL+ ++ G + + LV + E + Sbjct 65 LLKHENVVNLIEICRTKASPYNRCKGSIYLVFDFCEHDLAGLLSNVLV---KFTLSEIKR 121 Query 109 KFRQIVSAVQYCHQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVG--GKLDAFCGA 166 + +++ + Y H+ +I+HRD+KA N+L+ D +K+ADFG + F++ + + + Sbjct 122 VMQMLLNGLYYIHRNKILHRDMKAANVLITRDGVLKLADFGLARAFSLAKNSQPNRYTNR 181 Query 167 PP---YAAPELFQGKKYDGPEVDVWSLGVIL 194 Y PEL G++ GP +D+W G I+ Sbjct 182 VVTLWYRPPELLLGERDYGPPIDLWGAGCIM 212 >d2i6la_ Length=309 Score = 81.6 bits (200), Expect = 9.49e-20 Identities = 70/248 (28%), Positives = 115/248 (46%), Gaps = 26/248 (10%) Query 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPNI 66 Y LK +G G V A + VAIK I T +P S++ RE++I++ L+H NI Sbjct 8 YMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLT--DPQSVKHALREIKIIRRLDHDNI 65 Query 67 VKLFEVIE-------------TE-KTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFRQ 112 VK+FE++ TE ++Y++ EY ++ G + E+ AR Q Sbjct 66 VKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETD--LANVLEQGPLLEEHARLFMYQ 123 Query 113 IVSAVQYCHQKRIVHRDLKAENLLLDA-DMNIKIADFGFSN----EFTVGGKLDAFCGAP 167 ++ ++Y H ++HRDLK NL ++ D+ +KI DFG + ++ G L Sbjct 124 LLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGLVTK 183 Query 168 PYAAPELFQGKKYDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYM 227 Y +P L +D+W+ G I +++G F G + E + +L IP Sbjct 184 WYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILES---IPVVH 240 Query 228 STDCENLL 235 D + LL Sbjct 241 EEDRQELL 248 Query= d5jzja_ Length=275 >d5jzja_ Length=275 Score = 552 bits (1423), Expect = 1.56e-204 Identities = 275/275 (100%), Positives = 275/275 (100%), Gaps = 0/275 (0%) Query 1 EVSEEGFQIPATITERYKVGRTIGDGNFAVVKECVERSTAREYALKIIKKSKCRGKEHMI 60 EVSEEGFQIPATITERYKVGRTIGDGNFAVVKECVERSTAREYALKIIKKSKCRGKEHMI Sbjct 1 EVSEEGFQIPATITERYKVGRTIGDGNFAVVKECVERSTAREYALKIIKKSKCRGKEHMI 60 Query 61 QNEVSILRRVKHPNIVLLIEEMDVPTELYLVMELVKGGDLFDAITSTNKYTERDASGMLY 120 QNEVSILRRVKHPNIVLLIEEMDVPTELYLVMELVKGGDLFDAITSTNKYTERDASGMLY Sbjct 61 QNEVSILRRVKHPNIVLLIEEMDVPTELYLVMELVKGGDLFDAITSTNKYTERDASGMLY 120 Query 121 NLASAIKYLHSLNIVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIVDGPLYTVCGTPTY 180 NLASAIKYLHSLNIVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIVDGPLYTVCGTPTY Sbjct 121 NLASAIKYLHSLNIVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIVDGPLYTVCGTPTY 180 Query 181 VAPEIIAETGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVDFPSPYW 240 VAPEIIAETGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVDFPSPYW Sbjct 181 VAPEIIAETGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVDFPSPYW 240 Query 241 DNVSDSAKELITMMLLVDVDQRFSAVQVLEHPWVN 275 DNVSDSAKELITMMLLVDVDQRFSAVQVLEHPWVN Sbjct 241 DNVSDSAKELITMMLLVDVDQRFSAVQVLEHPWVN 275 >d1koba_ Length=352 Score = 147 bits (371), Expect = 3.20e-44 Identities = 87/267 (32%), Positives = 143/267 (53%), Gaps = 8/267 (2%) Query 12 TITERYKVGRTIGDGNFAVVKECVERSTAREYALKIIKKSKCRGKEHMIQNEVSILRRVK 71 ++ + Y + +G G F VV CVE++T R + K I K + ++NE+SI+ ++ Sbjct 26 SVYDYYDILEELGSGAFGVVHRCVEKATGRVFVAKFINTPYPLDK-YTVKNEISIMNQLH 84 Query 72 HPNIVLLIEEMDVPTELYLVMELVKGGDLFDAITSTN-KYTERDASGMLYNLASAIKYLH 130 HP ++ L + + E+ L++E + GG+LFD I + + K +E + + +K++H Sbjct 85 HPKLINLHDAFEDKYEMVLILEFLSGGELFDRIAAEDYKMSEAEVINYMRQACEGLKHMH 144 Query 131 SLNIVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIV--DGPLYTVCGTPTYVAPEIIAE 188 +IVH DIKPEN++ + + S+K+ DFGLAT + D + T + APEI+ Sbjct 145 EHSIVHLDIKPENIMCETKK--ASSVKIIDFGLATKLNPDEIVKVTTATAEFAAPEIVDR 202 Query 189 TGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVDFPSPYWDNVSDSAK 248 G D+WA GV+ Y+LL G PF G DD E L + +F + +VS AK Sbjct 203 EPVGFYTDMWAIGVLGYVLLSGLSPFAGE-DDLETL-QNVKRCDWEFDEDAFSSVSPEAK 260 Query 249 ELITMMLLVDVDQRFSAVQVLEHPWVN 275 + I +L + +R + LEHPW+ Sbjct 261 DFIKNLLQKEPRKRLTVHDALEHPWLK 287 >d4wnoa_ Length=273 Score = 125 bits (314), Expect = 1.29e-36 Identities = 76/211 (36%), Positives = 111/211 (52%), Gaps = 8/211 (3%) Query 23 IGDGNFAVVKECVERSTAR-EYALKIIKKSKCRGKEHMIQNEVSILRRVKHPNIVLLIEE 81 IG G FAVV + R+ E A+K I K + ++ E+ IL+ +KH NIV L + Sbjct 15 IGHGAFAVVFKGRHRAAHDLEVAVKCINKKNLAKSQTLLGKEIKILKELKHENIVALYDF 74 Query 82 MDVPTELYLVMELVKGGDLFDAITSTNKYTERDASGMLYNLASAIKYLHSLNIVHRDIKP 141 ++ +YLVME GGDL D + + +E L +A A++ LHS I+HRD+KP Sbjct 75 QEMANSVYLVMEYCNGGDLADYLHAMRTLSEDTIRLFLQQIAGAMRLLHSKGIIHRDLKP 134 Query 142 ENLLVYEH-----QDGSKSLKLGDFGLATIVDGPLY--TVCGTPTYVAPEIIAETGYGLK 194 +N+L+ S +K+ DFG A + + T+CG+P Y+APE+I Y K Sbjct 135 QNILLSNPAGRRANPNSIRVKIADFGFARYLQSNMMAATLCGSPMYMAPEVIMSQHYDGK 194 Query 195 VDIWAAGVITYILLCGFPPFRGSGDDQEVLF 225 D+W+ G I Y L G PF+ S LF Sbjct 195 ADLWSIGTIVYQCLTGKAPFQASSPQDLRLF 225 >d2w5aa1 Length=269 Score = 117 bits (293), Expect = 1.40e-33 Identities = 92/275 (33%), Positives = 139/275 (50%), Gaps = 24/275 (8%) Query 15 ERYKVGRTIGDGNFAVVKECVERSTAREYALKIIKK-SKCRGKEHMIQNEVSILRRVKHP 73 E Y+V TIG G++ ++ +S + K + S ++ M+ +EV++LR +KHP Sbjct 4 EDYEVLYTIGTGSYGRCQKIRRKSDGKILVWKELDYGSMTEAEKQMLVSEVNLLRELKHP 63 Query 74 NIVLLIEEM--DVPTELYLVMELVKGGDLFDAITSTNK----YTERDASGMLYNLASAIK 127 NIV + + T LY+VME +GGDL IT K E ++ L A+K Sbjct 64 NIVRYYDRIIDRTNTTLYIVMEYCEGGDLASVITKGTKERQYLDEEFVLRVMTQLTLALK 123 Query 128 YLHSLN-----IVHRDIKPENLLVYEHQDGSKSLKLGDFGLATIVDGPLY---TVCGTPT 179 H + ++HRD+KP N+ + DG +++KLGDFGLA I++ T GTP Sbjct 124 ECHRRSDGGHTVLHRDLKPANVFL----DGKQNVKLGDFGLARILNHDTSFAKTFVGTPY 179 Query 180 YVAPEIIAETGYGLKVDIWAAGVITYILLCGFPPFRGSGDDQEVLFDQILMGQVDFPSPY 239 Y++PE + Y K DIW+ G + Y L PPF Q+ L +I G+ PY Sbjct 180 YMSPEQMNRMSYNEKSDIWSLGCLLYELCALMPPFTAFS--QKELAGKIREGKFR-RIPY 236 Query 240 WDNVSDSAKELITMMLLVDVDQRFSAVQVLEHPWV 274 SD E+IT ML + R S ++LE+P + Sbjct 237 --RYSDELNEIITRMLNLKDYHRPSVEEILENPLI 269 Query= d2i6la_ Length=309 >d2i6la_ Length=309 Score = 619 bits (1595), Expect = 1.32e-229 Identities = 309/309 (100%), Positives = 309/309 (100%), Gaps = 0/309 (0%) Query 1 GFDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQSVKHALREIKIIRRL 60 GFDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQSVKHALREIKIIRRL Sbjct 1 GFDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQSVKHALREIKIIRRL 60 Query 61 DHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLF 120 DHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLF Sbjct 61 DHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLF 120 Query 121 MYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGL 180 MYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGL Sbjct 121 MYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGL 180 Query 181 VTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVVH 240 VTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVVH Sbjct 181 VTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVVH 240 Query 241 EEDRQELLSVIPVYIRNDMTEPHKPLTQLLPGISREAVDFLEQILTFSPMDRLTAEEALS 300 EEDRQELLSVIPVYIRNDMTEPHKPLTQLLPGISREAVDFLEQILTFSPMDRLTAEEALS Sbjct 241 EEDRQELLSVIPVYIRNDMTEPHKPLTQLLPGISREAVDFLEQILTFSPMDRLTAEEALS 300 Query 301 HPYMSIYSF 309 HPYMSIYSF Sbjct 301 HPYMSIYSF 309 >d2b9ha_ Length=353 Score = 202 bits (514), Expect = 5.84e-65 Identities = 116/323 (35%), Positives = 178/323 (55%), Gaps = 34/323 (10%) Query 2 FDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTD-PQSVKHALREIKIIRRL 60 +++ S + LG G G+V SA + VAIKKI D P LREIKI++ Sbjct 7 YNISSDFQLKSLLGEGAYGVVCSATHKPTGEIVAIKKIEPFDKPLFALRTLREIKILKHF 66 Query 61 DHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLF 120 H+NI+ +F I P S N VYI+QE M+TDL V+ L ++H + F Sbjct 67 KHENIITIFNIQRPD---------SFENFNEVYIIQELMQTDLHRVISTQMLSDDHIQYF 117 Query 121 MYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGH----- 175 +YQ LR +K +H +NV+HRDLKP+NL IN+ + LK+ DFGLARI+D + Sbjct 118 IYQTLRAVKVLHGSNVIHRDLKPSNLLINS-NCDLKVCDFGLARIIDESAADNSEPTGQQ 176 Query 176 --LSEGLVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLIL 233 + E + T+WYR+P ++L+ Y++A+D+W+ GCI AE+ + +F G Q+ LI Sbjct 177 SGMVEFVATRWYRAPEVMLTSAKYSRAMDVWSCGCILAELFLRRPIFPGRDYRHQLLLIF 236 Query 234 ESIPVVHEED---------RQELLSVIPVYIRNDMTEPHKPLTQLLPGISREAVDFLEQI 284 I H ++ +E + +P+Y P PL ++ P ++ + +D L+++ Sbjct 237 GIIGTPHSDNDLRCIESPRAREYIKSLPMY-------PAAPLEKMFPRVNPKGIDLLQRM 289 Query 285 LTFSPMDRLTAEEALSHPYMSIY 307 L F P R+TA+EAL HPY+ Y Sbjct 290 LVFDPAKRITAKEALEHPYLQTY 312 >d2xrwa1 Length=363 Score = 171 bits (432), Expect = 1.16e-52 Identities = 101/320 (31%), Positives = 169/320 (52%), Gaps = 29/320 (9%) Query 2 FDLGSRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIV--LTDPQSVKHALREIKIIRR 59 F + RY +LKP+G G G+V +A D ++ VAIKK+ + K A RE+ +++ Sbjct 19 FTVLKRYQNLKPIGSGAQGIVCAAYDAILERNVAIKKLSRPFQNQTHAKRAYRELVLMKC 78 Query 60 LDHDNIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARL 119 ++H NI+ + + P S L E VYIV E M+ +L V+ Q L E Sbjct 79 VNHKNIIGLLNVFTPQKS--------LEEFQDVYIVMELMDANLCQVI-QMELDHERMSY 129 Query 120 FMYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEG 179 +YQ+L G+K++HSA ++HRDLKP+N+ + + D LKI DFGLAR + ++ Sbjct 130 LLYQMLCGIKHLHSAGIIHRDLKPSNIVVKS-DCTLKILDFGLARTAGTSFM----MTPY 184 Query 180 LVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVV 239 +VT++YR+P ++L Y + +D+W+ GCI EM+ G LF G ++Q ++E + Sbjct 185 VVTRYYRAPEVILGMG-YKENVDIWSVGCIMGEMIKGGVLFPGTDHIDQWNKVIEQLGTP 243 Query 240 HEEDRQELLSVIPVYIRNDMTEPHKPLTQLLPGI------------SREAVDFLEQILTF 287 E ++L + Y+ N +L P + + +A D L ++L Sbjct 244 CPEFMKKLQPTVRTYVENRPKYAGYSFEKLFPDVLFPADSEHNKLKASQARDLLSKMLVI 303 Query 288 SPMDRLTAEEALSHPYMSIY 307 R++ +EAL HPY++++ Sbjct 304 DASKRISVDEALQHPYINVW 323 >d3oz6a_ Length=378 Score = 168 bits (426), Expect = 1.26e-51 Identities = 109/339 (32%), Positives = 173/339 (51%), Gaps = 51/339 (15%) Query 7 RYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKI--VLTDPQSVKHALREIKIIRRLD-HD 63 +Y +K LG G G+V+ ++D + VA+KKI + + REI I+ L H+ Sbjct 7 KYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTELSGHE 66 Query 64 NIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLFMYQ 123 NIV + +L + VY+V +YMETDL V+ L H + +YQ Sbjct 67 NIVNLLNVLRADNDR------------DVYLVFDYMETDLHAVIRANILEPVHKQYVVYQ 114 Query 124 LLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIM----------------- 166 L++ +KY+HS +LHRD+KP+N+ +N E V K+ DFGL+R Sbjct 115 LIKVIKYLHSGGLLHRDMKPSNILLNAECHV-KVADFGLSRSFVNIRRVTNNIPLSINEN 173 Query 167 -DPHYSHKGHLSEGLVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHE 225 + + L++ + T+WYR+P +LL YTK IDMW+ GCI E+L GK +F G+ Sbjct 174 TENFDDDQPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCGKPIFPGSST 233 Query 226 LEQMQLILESIPVVHEEDRQELLSVIP----------VYIRND-----MTEPHKPLTQLL 270 + Q++ I+ I ED + + S V IR T+ L ++ Sbjct 234 MNQLERIIGVIDFPSNEDVESIQSPFAKTMIESLKEKVEIRQSNKRDIFTKWKNLLLKIN 293 Query 271 P--GISREAVDFLEQILTFSPMDRLTAEEALSHPYMSIY 307 P + EA+D L+++L F+P R++A +AL HP++SI+ Sbjct 294 PKADCNEEALDLLDKLLQFNPNKRISANDALKHPFVSIF 332 >d3mi9a_ Length=337 Score = 149 bits (376), Expect = 1.11e-44 Identities = 110/313 (35%), Positives = 160/313 (51%), Gaps = 30/313 (9%) Query 6 SRYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQS--VKHALREIKIIRRLDHD 63 S+Y L +G G G VF A ++VA+KK+++ + + ALREIKI++ L H+ Sbjct 10 SKYEKLAKIGQGTFGEVFKARHRKTGQKVALKKVLMENEKEGFPITALREIKILQLLKHE 69 Query 64 NIVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLA----NVLEQGPLLEEHARL 119 N+V + EI S GS +Y+V ++ E DLA NVL + L E + Sbjct 70 NVVNLIEICRTKASPYNRCKGS------IYLVFDFCEHDLAGLLSNVLVKFTLSE--IKR 121 Query 120 FMYQLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMD-PHYSHKGHLSE 178 M LL GL YIH +LHRD+K AN+ I T D VLK+ DFGLAR S + Sbjct 122 VMQMLLNGLYYIHRNKILHRDMKAANVLI-TRDGVLKLADFGLARAFSLAKNSQPNRYTN 180 Query 179 GLVTKWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPV 238 +VT WYR P LLL +Y ID+W AGCI AEM T + G E Q+ LI + Sbjct 181 RVVTLWYRPPELLLGERDYGPPIDLWGAGCIMAEMWTRSPIMQGNTEQHQLALISQLCGS 240 Query 239 VHEE-----DRQELLSVIPVYIRNDMTEPHK-PLTQLLPGISRE--AVDFLEQILTFSPM 290 + E D EL Y + ++ + K + L R+ A+D ++++L P Sbjct 241 ITPEVWPNVDNYEL------YEKLELVKGQKRKVKDRLKAYVRDPYALDLIDKLLVLDPA 294 Query 291 DRLTAEEALSHPY 303 R+ +++AL+H + Sbjct 295 QRIDSDDALNHDF 307 >d3wara_ Length=334 Score = 115 bits (287), Expect = 8.44e-32 Identities = 84/306 (27%), Positives = 144/306 (47%), Gaps = 31/306 (10%) Query 8 YMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLTDPQSVKHALREIKIIRRLDHDNIVK 67 Y ++ LG G VF A++ +++V +K + P K REIKI+ L Sbjct 38 YQLVRKLGRGKYSEVFEAINITNNEKVVVK---ILKPVKKKKIKREIKILENLRG----- 89 Query 68 VFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETDLANVLEQGPLLEEHARLFMYQLLRG 127 GP+ L D V + + TD + + L + R +MY++L+ Sbjct 90 -----GPNIITLADIVKDPVSRTPALVFEHVNNTDFKQLYQT--LTDYDIRFYMYEILKA 142 Query 128 LKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGLVTKWYRS 187 L Y HS ++HRD+KP N+ I+ E L++ D+GLA P + ++ +++++ Sbjct 143 LDYCHSMGIMHRDVKPHNVMIDHEHRKLRLIDWGLAEFYHPGQEYNVRVA----SRYFKG 198 Query 188 PRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILESIPVVHEEDRQEL 247 P LL+ Y ++DMW+ GC+ A M+ K F H+ ++ V+ ED + Sbjct 199 PELLVDYQMYDYSLDMWSLGCMLASMIFRKEPFFHGHD--NYDQLVRIAKVLGTEDLYDY 256 Query 248 LSVIPVYIR---NDMTEPH--KPLTQLLPG-----ISREAVDFLEQILTFSPMDRLTAEE 297 + + + ND+ H K + + +S EA+DFL+++L + RLTA E Sbjct 257 IDKYNIELDPRFNDILGRHSRKRWERFVHSENQHLVSPEALDFLDKLLRYDHQSRLTARE 316 Query 298 ALSHPY 303 A+ HPY Sbjct 317 AMEHPY 322 >d3fe3a_ Length=317 Score = 84.3 bits (207), Expect = 1.03e-20 Identities = 70/249 (28%), Positives = 115/249 (46%), Gaps = 26/249 (10%) Query 7 RYMDLKPLGCGGNGLVFSAVDNDCDKRVAIKKIVLT--DPQSVKHALREIKIIRRLDHDN 64 Y LK +G G V A + VAIK I T +P S++ RE++I++ L+H N Sbjct 6 NYRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPN 65 Query 65 IVKVFEILGPSGSQLTDDVGSLTELNSVYIVQEYMETD--LANVLEQGPLLEEHARLFMY 122 IVK+FE++ TE ++Y++ EY ++ G + E+ AR Sbjct 66 IVKLFEVIE-------------TE-KTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFR 111 Query 123 QLLRGLKYIHSANVLHRDLKPANLFINTEDLVLKIGDFGLARIMDPHYSHKGHLSEGLVT 182 Q++ ++Y H ++HRDLK NL ++ D+ +KI DFG + ++ G L Sbjct 112 QIVSAVQYCHQKRIVHRDLKAENLLLDA-DMNIKIADFGFSN----EFTVGGKLDAFCGA 166 Query 183 KWYRSPRLLLSPNNYTKAIDMWAAGCIFAEMLTGKTLFAGAHELEQMQLILES---IPVV 239 Y +P L +D+W+ G I +++G F G + E + +L IP Sbjct 167 PPYAAPELFQGKKYDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFY 226 Query 240 HEEDRQELL 248 D + LL Sbjct 227 MSTDCENLL 235 Query= d3coka1 Length=265 >d3coka1 Length=265 Score = 537 bits (1384), Expect = 6.36e-199 Identities = 265/265 (100%), Positives = 265/265 (100%), Gaps = 0/265 (0%) Query 1 ATCIGEKIEDFKVGNLLGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEV 60 ATCIGEKIEDFKVGNLLGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEV Sbjct 1 ATCIGEKIEDFKVGNLLGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEV 60 Query 61 KIHCQLKHPSILELYNYFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQII 120 KIHCQLKHPSILELYNYFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQII Sbjct 61 KIHCQLKHPSILELYNYFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQII 120 Query 121 TGMLYLHSHGILHRDLTLSNLLLTRNMNIKIADFGLATQLKMPHEKHYTLCGTPNYISPE 180 TGMLYLHSHGILHRDLTLSNLLLTRNMNIKIADFGLATQLKMPHEKHYTLCGTPNYISPE Sbjct 121 TGMLYLHSHGILHRDLTLSNLLLTRNMNIKIADFGLATQLKMPHEKHYTLCGTPNYISPE 180 Query 181 IATRSAHGLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVVLADYEMPSFLSIEAKDL 240 IATRSAHGLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVVLADYEMPSFLSIEAKDL Sbjct 181 IATRSAHGLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVVLADYEMPSFLSIEAKDL 240 Query 241 IHQLLRRNPADRLSLSSVLDHPFMS 265 IHQLLRRNPADRLSLSSVLDHPFMS Sbjct 241 IHQLLRRNPADRLSLSSVLDHPFMS 265 >d4c2va_ Length=271 Score = 184 bits (467), Expect = 1.53e-59 Identities = 94/257 (36%), Positives = 147/257 (57%), Gaps = 3/257 (1%) Query 8 IEDFKVGNLLGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEVKIHCQLK 67 I+DF +G LGKG F VY A +A+K++ K + K G+ +++ E++I L+ Sbjct 4 IDDFDIGRPLGKGKFGNVYLAREKQNKFIMALKVLFKSQLEKEGVEHQLRREIEIQSHLR 63 Query 68 HPSILELYNYFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQIITGMLYLH 127 HP+IL +YNYF D +YL+LE GE+ + L+ + F E + FM ++ + Y H Sbjct 64 HPNILRMYNYFHDRKRIYLMLEFAPRGELYKELQKHGR-FDEQRSATFMEELADALHYCH 122 Query 128 SHGILHRDLTLSNLLLTRNMNIKIADFGLATQLKMPHEKHYTLCGTPNYISPEIATRSAH 187 ++HRD+ NLL+ +KIADFG + P + T+CGT +Y+ PE+ H Sbjct 123 ERKVIHRDIKPENLLMGYKGELKIADFGWSVHA--PSLRRRTMCGTLDYLPPEMIEGKTH 180 Query 188 GLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVVLADYEMPSFLSIEAKDLIHQLLRR 247 + D+W G + Y L+G PPFD+ + T ++V D + P FLS +KDLI +LLR Sbjct 181 DEKVDLWCAGVLCYEFLVGMPPFDSPSHTETHRRIVNVDLKFPPFLSDGSKDLISKLLRY 240 Query 248 NPADRLSLSSVLDHPFM 264 +P RL L V++HP++ Sbjct 241 HPPQRLPLKGVMEHPWV 257 >d3uc3a_ Length=309 Score = 117 bits (292), Expect = 3.48e-33 Identities = 79/254 (31%), Positives = 129/254 (50%), Gaps = 15/254 (5%) Query 17 LGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEVKIHCQLKHPSILELYN 76 +G G+F T VA+K I++ A + + VQ E+ H L+HP+I+ Sbjct 18 IGSGNFGVARLMRDKLTKELVAVKYIERGA----AIDENVQREIINHRSLRHPNIVRFKE 73 Query 77 YFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQIITGMLYLHSHGILHRDL 136 ++ +++E GE+ + N + FSE+EAR F Q+++G+ Y HS I HRDL Sbjct 74 VILTPTHLAIIMEYASGGELYERICNAGR-FSEDEARFFFQQLLSGVSYCHSMQICHRDL 132 Query 137 TLSNLLLTRNM--NIKIADFGLATQLKMPHEKHYTLCGTPNYISPEIATRSAH-GLESDV 193 L N LL + +KI DFG + + H + + GTP YI+PE+ R + G +DV Sbjct 133 KLENTLLDGSPAPRLKICDFGYSKSSVL-HSQPKSTVGTPAYIAPEVLLRQEYDGKIADV 191 Query 194 WSLGCMFYTLLIGRPPFDTDT----VKNTLNKVVLADYEMPSFLSI--EAKDLIHQLLRR 247 WS G Y +L+G PF+ + T+ +++ Y +P + I E LI ++ Sbjct 192 WSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPECCHLISRIFVA 251 Query 248 NPADRLSLSSVLDH 261 +PA R+S+ + H Sbjct 252 DPATRISIPEIKTH 265 >d3oz6a_ Length=378 Score = 81.3 bits (199), Expect = 1.01e-19 Identities = 77/262 (29%), Positives = 121/262 (46%), Gaps = 42/262 (16%) Query 17 LGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEVKIHCQLK-HPSILELY 75 LGKG++ V+++ TG VA+K I A + QR E+ I +L H +I+ L Sbjct 14 LGKGAYGIVWKSIDRRTGEVVAVKKIFD-AFQNSTDAQRTFREIMILTELSGHENIVNLL 72 Query 76 NYFEDSNY--VYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQIITGMLYLHSHGILH 133 N N VYLV + E + + R ++ ++Q+I + YLHS G+LH Sbjct 73 NVLRADNDRDVYLVFDYM---ETDLHAVIRANILEPVHKQYVVYQLIKVIKYLHSGGLLH 129 Query 134 RDLTLSNLLLTRNMNIKIADFGLATQL-----------------------KMPHEKHYTL 170 RD+ SN+LL ++K+ADFGL+ P Y Sbjct 130 RDMKPSNILLNAECHVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDDQPILTDYV- 188 Query 171 CGTPNYISPEI---ATRSAHGLESDVWSLGCMFYTLLIGRPPFDTDTVKNTLNKVV-LAD 226 T Y +PEI +T+ G+ D+WSLGC+ +L G+P F + N L +++ + D Sbjct 189 -ATRWYRAPEILLGSTKYTKGI--DMWSLGCILGEILCGKPIFPGSSTMNQLERIIGVID 245 Query 227 Y----EMPSFLSIEAKDLIHQL 244 + ++ S S AK +I L Sbjct 246 FPSNEDVESIQSPFAKTMIESL 267 Query= d3dlsa_ Length=285 >d3dlsa_ Length=285 Score = 576 bits (1484), Expect = 1.70e-213 Identities = 285/285 (100%), Positives = 285/285 (100%), Gaps = 0/285 (0%) Query 1 AVELEGLAACEGEYSQKYSTMSPLGSGAFGFVWTAVDKEKNKEVVVKFIKKEKVLEDCWI 60 AVELEGLAACEGEYSQKYSTMSPLGSGAFGFVWTAVDKEKNKEVVVKFIKKEKVLEDCWI Sbjct 1 AVELEGLAACEGEYSQKYSTMSPLGSGAFGFVWTAVDKEKNKEVVVKFIKKEKVLEDCWI 60 Query 61 EDPKLGKVTLEIAILSRVEHANIIKVLDIFENQGFFQLVMEKHGSGLDLFAFIDRHPRLD 120 EDPKLGKVTLEIAILSRVEHANIIKVLDIFENQGFFQLVMEKHGSGLDLFAFIDRHPRLD Sbjct 61 EDPKLGKVTLEIAILSRVEHANIIKVLDIFENQGFFQLVMEKHGSGLDLFAFIDRHPRLD 120 Query 121 EPLASYIFRQLVSAVGYLRLKDIIHRDIKDENIVIAEDFTIKLIDFGSAAYLERGKLFYT 180 EPLASYIFRQLVSAVGYLRLKDIIHRDIKDENIVIAEDFTIKLIDFGSAAYLERGKLFYT Sbjct 121 EPLASYIFRQLVSAVGYLRLKDIIHRDIKDENIVIAEDFTIKLIDFGSAAYLERGKLFYT 180 Query 181 FCGTIEYCAPEVLMGNPYRGPELEMWSLGVTLYTLVFEENPFCELEETVEAAIHPPYLVS 240 FCGTIEYCAPEVLMGNPYRGPELEMWSLGVTLYTLVFEENPFCELEETVEAAIHPPYLVS Sbjct 181 FCGTIEYCAPEVLMGNPYRGPELEMWSLGVTLYTLVFEENPFCELEETVEAAIHPPYLVS 240 Query 241 KELMSLVSGLLQPVPERRTTLEKLVTDPWVTQPVNLADYTWEEVF 285 KELMSLVSGLLQPVPERRTTLEKLVTDPWVTQPVNLADYTWEEVF Sbjct 241 KELMSLVSGLLQPVPERRTTLEKLVTDPWVTQPVNLADYTWEEVF 285 >d3fe3a_ Length=317 Score = 149 bits (377), Expect = 2.52e-45 Identities = 92/259 (35%), Positives = 135/259 (52%), Gaps = 13/259 (5%) Query 18 YSTMSPLGSGAFGFVWTAVDKEKNKEVVVKFIKKEKVLEDCWIEDPKLGKVTLEIAILSR 77 Y + +G G F V A +EV +K I K + L K+ E+ I+ Sbjct 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDK------TQLNPTSLQKLFREVRIMKI 60 Query 78 VEHANIIKVLDIFENQGFFQLVMEKHGSGLDLFAFIDRHPRLDEPLASYIFRQLVSAVGY 137 + H NI+K+ ++ E + L+ME + SG ++F ++ H R+ E A FRQ+VSAV Y Sbjct 61 LNHPNIVKLFEVIETEKTLYLIME-YASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQY 119 Query 138 LRLKDIIHRDIKDENIVIAEDFTIKLIDFGSAAYLERGKLFYTFCGTIEYCAPEVLMGNP 197 K I+HRD+K EN+++ D IK+ DFG + G FCG Y APE+ G Sbjct 120 CHQKRIVHRDLKAENLLLDADMNIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKK 179 Query 198 YRGPELEMWSLGVTLYTLVFEENPFC-----ELEETV-EAAIHPPYLVSKELMSLVSGLL 251 Y GPE+++WSLGV LYTLV PF EL E V P+ +S + +L+ L Sbjct 180 YDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKRFL 239 Query 252 QPVPERRTTLEKLVTDPWV 270 P +R TLE+++ D W+ Sbjct 240 VLNPIKRGTLEQIMKDRWI 258 Query= d4yfia_ Length=286 >d4yfia_ Length=286 Score = 590 bits (1522), Expect = 2.96e-219 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%) Query 1 EKADILLLRAGLPSHFHLQLSEIEFHEIIGSGSFGKVYKGRCRNKIVAIKRYRANTYCSK 60 EKADILLLRAGLPSHFHLQLSEIEFHEIIGSGSFGKVYKGRCRNKIVAIKRYRANTYCSK Sbjct 1 EKADILLLRAGLPSHFHLQLSEIEFHEIIGSGSFGKVYKGRCRNKIVAIKRYRANTYCSK 60 Query 61 SDVDMFCREVSILCQLNHPCVIQFVGACLNDPSQFAIVTQYISGGSLFSLLHEQKRILDL 120 SDVDMFCREVSILCQLNHPCVIQFVGACLNDPSQFAIVTQYISGGSLFSLLHEQKRILDL Sbjct 61 SDVDMFCREVSILCQLNHPCVIQFVGACLNDPSQFAIVTQYISGGSLFSLLHEQKRILDL 120 Query 121 QSKLIIAVDVAKGMEYLHNLTQPIIHRDLNSHNILLYEDGHAVVADFGESRFLQSLDEDN 180 QSKLIIAVDVAKGMEYLHNLTQPIIHRDLNSHNILLYEDGHAVVADFGESRFLQSLDEDN Sbjct 121 QSKLIIAVDVAKGMEYLHNLTQPIIHRDLNSHNILLYEDGHAVVADFGESRFLQSLDEDN 180 Query 181 MTKQPGNLRWMAPEVFTQCTRYTIKADVFSYALCLWEILTGEIPFAHLKPAAADMDMAYH 240 MTKQPGNLRWMAPEVFTQCTRYTIKADVFSYALCLWEILTGEIPFAHLKPAAADMDMAYH Sbjct 181 MTKQPGNLRWMAPEVFTQCTRYTIKADVFSYALCLWEILTGEIPFAHLKPAAADMDMAYH 240 Query 241 HIRPPIGYSIPKPISSLLIRGWNACPEGRPEFSEVVMKLEECLCNI 286 HIRPPIGYSIPKPISSLLIRGWNACPEGRPEFSEVVMKLEECLCNI Sbjct 241 HIRPPIGYSIPKPISSLLIRGWNACPEGRPEFSEVVMKLEECLCNI 286 Query= d3uc3a_ Length=309 >d3uc3a_ Length=309 Score = 625 bits (1611), Expect = 4.78e-232 Identities = 309/309 (100%), Positives = 309/309 (100%), Gaps = 0/309 (0%) Query 1 LDMPIMHDSDRYDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQREIINH 60 LDMPIMHDSDRYDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQREIINH Sbjct 1 LDMPIMHDSDRYDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQREIINH 60 Query 61 RSLRHPNIVRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVS 120 RSLRHPNIVRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVS Sbjct 61 RSLRHPNIVRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVS 120 Query 121 YCHSMQICHRDLKLENTLLDGSPAPRLKICDFGYSKSSVLHSQPKSTVGTPAYIAPEVLL 180 YCHSMQICHRDLKLENTLLDGSPAPRLKICDFGYSKSSVLHSQPKSTVGTPAYIAPEVLL Sbjct 121 YCHSMQICHRDLKLENTLLDGSPAPRLKICDFGYSKSSVLHSQPKSTVGTPAYIAPEVLL 180 Query 181 RQEYDGKIADVWSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPE 240 RQEYDGKIADVWSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPE Sbjct 181 RQEYDGKIADVWSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPE 240 Query 241 CCHLISRIFVADPATRISIPEIKTHSWFLKNLPADLMNESNTGSQFQEPEQPMQSLDTIM 300 CCHLISRIFVADPATRISIPEIKTHSWFLKNLPADLMNESNTGSQFQEPEQPMQSLDTIM Sbjct 241 CCHLISRIFVADPATRISIPEIKTHSWFLKNLPADLMNESNTGSQFQEPEQPMQSLDTIM 300 Query 301 QIISEATIP 309 QIISEATIP Sbjct 301 QIISEATIP 309 >d3fe3a_ Length=317 Score = 181 bits (458), Expect = 4.96e-57 Identities = 103/259 (39%), Positives = 148/259 (57%), Gaps = 11/259 (4%) Query 12 YDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQ---REIINHRSLRHPNI 68 Y +K IG GNF +L R LT VA+K I++ ++Q RE+ + L HPNI Sbjct 7 YRLLKTIGKGNFAKVKLARHILTGREVAIKIIDKTQLNPTSLQKLFREVRIMKILNHPNI 66 Query 69 VRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVSYCHSMQIC 128 V+ EVI T L +IMEYASGGE+++ + GR E EAR F+Q++S V YCH +I Sbjct 67 VKLFEVIETEKTLYLIMEYASGGEVFDYLVAHGRMKEKEARSKFRQIVSAVQYCHQKRIV 126 Query 129 HRDLKLENTLLDGSPAPRLKICDFGYSKSSVLHSQPKSTVGTPAYIAPEVLLRQEYDGKI 188 HRDLK EN LLD +KI DFG+S + + + G P Y APE+ ++YDG Sbjct 127 HRDLKAENLLLDADM--NIKIADFGFSNEFTVGGKLDAFCGAPPYAAPELFQGKKYDGPE 184 Query 189 ADVWSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPECCHLISRI 248 DVWS GV LY ++ G+ PF+ ++ ++ +R+L KY IP +S +C +L+ R Sbjct 185 VDVWSLGVILYTLVSGSLPFDG----QNLKELRERVLRGKYRIP--FYMSTDCENLLKRF 238 Query 249 FVADPATRISIPEIKTHSW 267 V +P R ++ +I W Sbjct 239 LVLNPIKRGTLEQIMKDRW 257 >d3coka1 Length=265 Score = 122 bits (305), Expect = 5.21e-35 Identities = 79/254 (31%), Positives = 129/254 (50%), Gaps = 15/254 (5%) Query 18 IGSGNFGVARLMRDKLTKELVAVKYIERGA----AIDENVQREIINHRSLRHPNIVRFKE 73 +G G+F T VA+K I++ A + + VQ E+ H L+HP+I+ Sbjct 17 LGKGSFAGVYRAESIHTGLEVAIKMIDKKAMYKAGMVQRVQNEVKIHCQLKHPSILELYN 76 Query 74 VILTPTHLAIIMEYASGGELYERICNAGR-FSEDEARFFFQQLLSGVSYCHSMQICHRDL 132 ++ +++E GE+ + N + FSE+EAR F Q+++G+ Y HS I HRDL Sbjct 77 YFEDSNYVYLVLEMCHNGEMNRYLKNRVKPFSENEARHFMHQIITGMLYLHSHGILHRDL 136 Query 133 KLENTLLDGSPAPRLKICDFGYSKSSVL-HSQPKSTVGTPAYIAPEVLLRQEYDGKIADV 191 L N LL + +KI DFG + + H + + GTP YI+PE+ R + G +DV Sbjct 137 TLSNLLLTRNM--NIKIADFGLATQLKMPHEKHYTLCGTPNYISPEIATRSAH-GLESDV 193 Query 192 WSCGVTLYVMLVGAYPFEDPEEPRDYRKTIQRILSVKYSIPDDIRISPECCHLISRIFVA 251 WS G Y +L+G PF+ + T+ +++ Y +P + I E LI ++ Sbjct 194 WSLGCMFYTLLIGRPPFDTDT----VKNTLNKVVLADYEMPSFLSI--EAKDLIHQLLRR 247 Query 252 DPATRISIPEIKTH 265 +PA R+S+ + H Sbjct 248 NPADRLSLSSVLDH 261 >d3oz6a_ Length=378 Score = 68.2 bits (165), Expect = 5.87e-15 Identities = 64/224 (28%), Positives = 91/224 (40%), Gaps = 28/224 (12%) Query 7 HDSDRYDFVKDIGSGNFGVARLMRDKLTKELVAVKYIERGAAIDENVQR---EIINHRSL 63 H +Y+ VK +G G +G+ D+ T E+VAVK I + QR EI+ L Sbjct 3 HVLRKYELVKKLGKGAYGIVWKSIDRRTGEVVAVKKIFDAFQNSTDAQRTFREIMILTEL 62 Query 64 R-HPNIVRFKEVILTPTHLAIIMEYASGGELYERICNAGRFSEDEARFFFQQLLSGVSYC 122 H NIV V+ + + + + A ++ QL+ + Y Sbjct 63 SGHENIVNLLNVLRADNDRDVYLVFDYMETDLHAVIRANILEPVHKQYVVYQLIKVIKYL 122 Query 123 HSMQICHRDLKLENTLLDGSPAPRLKICDFGYSKSSVL--------------------HS 162 HS + HRD+K N LL+ +K+ DFG S+S V Sbjct 123 HSGGLLHRDMKPSNILLNAEC--HVKVADFGLSRSFVNIRRVTNNIPLSINENTENFDDD 180 Query 163 QPKST--VGTPAYIAPEVLLRQEYDGKIADVWSCGVTLYVMLVG 204 QP T V T Y APE+LL K D+WS G L +L G Sbjct 181 QPILTDYVATRWYRAPEILLGSTKYTKGIDMWSLGCILGEILCG 224 Query= d3bdwa_ Length=123 >d3bdwa_ Length=123 Score = 265 bits (678), Expect = 5.70e-96 Identities = 123/123 (100%), Positives = 123/123 (100%), Gaps = 0/123 (0%) Query 1 DCCSCQEKWVGYRCNCYFISSEQKTWNESRHLCASQKSSLLQLQNTDELDFMSSSQQFYW 60 DCCSCQEKWVGYRCNCYFISSEQKTWNESRHLCASQKSSLLQLQNTDELDFMSSSQQFYW Sbjct 1 DCCSCQEKWVGYRCNCYFISSEQKTWNESRHLCASQKSSLLQLQNTDELDFMSSSQQFYW 60 Query 61 IGLSYSEEHTAWLWENGSALSQYLFPSFETFNTKNCIAYNPNGNALDESCEDKNRYICKQ 120 IGLSYSEEHTAWLWENGSALSQYLFPSFETFNTKNCIAYNPNGNALDESCEDKNRYICKQ Sbjct 61 IGLSYSEEHTAWLWENGSALSQYLFPSFETFNTKNCIAYNPNGNALDESCEDKNRYICKQ 120 Query 121 QLI 123 QLI Sbjct 121 QLI 123 >d2yhfa_ Length=118 Score = 61.6 bits (148), Expect = 1.72e-15 Identities = 34/118 (28%), Positives = 56/118 (47%), Gaps = 5/118 (4%) Query 5 CQEKWVGYRCNCYFISSEQKTWNESRHLCASQKSSLLQLQNTDELDFMS--SSQQFYWIG 62 C + W Y+ C+F+S+ + +WNESR C + S+L + ++L F+ + + Y+IG Sbjct 2 CPKDWEFYQARCFFLSTSESSWNESRDFCKGKGSTLAIVNTPEKLKFLQDITDAEKYFIG 61 Query 63 LSYSEEHTAWLWENGSALSQYLFPSFETFNTKNCIAYNPNGNALDESCEDKNRYICKQ 120 L Y E W W N S + + + FN C SC+ R IC++ Sbjct 62 LIYHREEKRWRWINNSVFNGNVTNQNQNFN---CATIGLTKTFDAASCDISYRRICEK 116 Query= d1wmza_ Length=140 >d1wmza_ Length=140 Score = 311 bits (797), Expect = 1.43e-113 Identities = 140/140 (100%), Positives = 140/140 (100%), Gaps = 0/140 (0%) Query 1 NQCPTDWEAEGDHCYRFFNTLTTWENAHHECVSYSCSTLNVRSDLVSVHSAAEQAYVFNY 60 NQCPTDWEAEGDHCYRFFNTLTTWENAHHECVSYSCSTLNVRSDLVSVHSAAEQAYVFNY Sbjct 1 NQCPTDWEAEGDHCYRFFNTLTTWENAHHECVSYSCSTLNVRSDLVSVHSAAEQAYVFNY 60 Query 61 WRGIDSQAGQLWIGLYDKYNEGDFIWTDGSKVGYTKWAGGQPDNWNNAEDYGQFRHTEGG 120 WRGIDSQAGQLWIGLYDKYNEGDFIWTDGSKVGYTKWAGGQPDNWNNAEDYGQFRHTEGG Sbjct 61 WRGIDSQAGQLWIGLYDKYNEGDFIWTDGSKVGYTKWAGGQPDNWNNAEDYGQFRHTEGG 120 Query 121 AWNDNSAAAQAKYMCKLTFE 140 AWNDNSAAAQAKYMCKLTFE Sbjct 121 AWNDNSAAAQAKYMCKLTFE 140 Query= d1ypqa1 Length=131 >d1ypqa1 Length=131 Score = 283 bits (723), Expect = 1.41e-102 Identities = 131/131 (100%), Positives = 131/131 (100%), Gaps = 0/131 (0%) Query 1 CSAPCPQDWIWHGENCYLFSSGSFNWEKSQEKCLSLDAKLLKINSTADLDFIQQAISYSS 60 CSAPCPQDWIWHGENCYLFSSGSFNWEKSQEKCLSLDAKLLKINSTADLDFIQQAISYSS Sbjct 1 CSAPCPQDWIWHGENCYLFSSGSFNWEKSQEKCLSLDAKLLKINSTADLDFIQQAISYSS 60 Query 61 FPFWMGLSRRNPSYPWLWEDGSPLMPHLFRVRGAVSQTYPSGTCAYIQRGAVYAENCILA 120 FPFWMGLSRRNPSYPWLWEDGSPLMPHLFRVRGAVSQTYPSGTCAYIQRGAVYAENCILA Sbjct 61 FPFWMGLSRRNPSYPWLWEDGSPLMPHLFRVRGAVSQTYPSGTCAYIQRGAVYAENCILA 120 Query 121 AFSICQKKANL 131 AFSICQKKANL Sbjct 121 AFSICQKKANL 131 Query= d2h2tb_ Length=129 >d2h2tb_ Length=129 Score = 296 bits (758), Expect = 5.55e-108 Identities = 129/129 (100%), Positives = 129/129 (100%), Gaps = 0/129 (0%) Query 1 CNTCPEKWINFQRKCYYFGKGTKQWVHARYACDDMEGQLVSIHSPEEQDFLTKRASHTGS 60 CNTCPEKWINFQRKCYYFGKGTKQWVHARYACDDMEGQLVSIHSPEEQDFLTKRASHTGS Sbjct 1 CNTCPEKWINFQRKCYYFGKGTKQWVHARYACDDMEGQLVSIHSPEEQDFLTKRASHTGS 60 Query 61 WIGLRNLDLKGEFIWVDGSHVDYSNWAPGEPTSRSQSEDCVMMRGSGRWNDAFCDRKLGA 120 WIGLRNLDLKGEFIWVDGSHVDYSNWAPGEPTSRSQSEDCVMMRGSGRWNDAFCDRKLGA Sbjct 61 WIGLRNLDLKGEFIWVDGSHVDYSNWAPGEPTSRSQSEDCVMMRGSGRWNDAFCDRKLGA 120 Query 121 WVCDRLATC 129 WVCDRLATC Sbjct 121 WVCDRLATC 129 Query= d2yhfa_ Length=118 >d2yhfa_ Length=118 Score = 255 bits (651), Expect = 5.16e-92 Identities = 118/118 (100%), Positives = 118/118 (100%), Gaps = 0/118 (0%) Query 1 MCPKDWEFYQARCFFLSTSESSWNESRDFCKGKGSTLAIVNTPEKLKFLQDITDAEKYFI 60 MCPKDWEFYQARCFFLSTSESSWNESRDFCKGKGSTLAIVNTPEKLKFLQDITDAEKYFI Sbjct 1 MCPKDWEFYQARCFFLSTSESSWNESRDFCKGKGSTLAIVNTPEKLKFLQDITDAEKYFI 60 Query 61 GLIYHREEKRWRWINNSVFNGNVTNQNQNFNCATIGLTKTFDAASCDISYRRICEKNA 118 GLIYHREEKRWRWINNSVFNGNVTNQNQNFNCATIGLTKTFDAASCDISYRRICEKNA Sbjct 61 GLIYHREEKRWRWINNSVFNGNVTNQNQNFNCATIGLTKTFDAASCDISYRRICEKNA 118 >d3bdwa_ Length=123 Score = 66.2 bits (160), Expect = 2.66e-17 Identities = 34/118 (28%), Positives = 56/118 (47%), Gaps = 5/118 (4%) Query 2 CPKDWEFYQARCFFLSTSESSWNESRDFCKGKGSTLAIVNTPEKLKFLQDITDAEKYFIG 61 C + W Y+ C+F+S+ + +WNESR C + S+L + ++L F+ + + Y+IG Sbjct 5 CQEKWVGYRCNCYFISSEQKTWNESRHLCASQKSSLLQLQNTDELDFMS--SSQQFYWIG 62 Query 62 LIYHREEKRWRWINNSVFNGNVTNQNQNFN---CATIGLTKTFDAASCDISYRRICEK 116 L Y E W W N S + + + FN C SC+ R IC++ Sbjct 63 LSYSEEHTAWLWENGSALSQYLFPSFETFNTKNCIAYNPNGNALDESCEDKNRYICKQ 120 Query= d3m9za_ Length=124 >d3m9za_ Length=124 Score = 270 bits (691), Expect = 6.38e-98 Identities = 124/124 (100%), Positives = 124/124 (100%), Gaps = 0/124 (0%) Query 1 LECPQDWLSHRDKCFHVSQVSNTWEEGLVDCDGKGATLMLIQDQEELRFLLDSIKEKYNS 60 LECPQDWLSHRDKCFHVSQVSNTWEEGLVDCDGKGATLMLIQDQEELRFLLDSIKEKYNS Sbjct 1 LECPQDWLSHRDKCFHVSQVSNTWEEGLVDCDGKGATLMLIQDQEELRFLLDSIKEKYNS 60 Query 61 FWIGLRYTLPDMNWKWINGSTLNSDVLKITGDTENDSCAAISGDKVTFESCNSDNRWICQ 120 FWIGLRYTLPDMNWKWINGSTLNSDVLKITGDTENDSCAAISGDKVTFESCNSDNRWICQ Sbjct 61 FWIGLRYTLPDMNWKWINGSTLNSDVLKITGDTENDSCAAISGDKVTFESCNSDNRWICQ 120 Query 121 KELY 124 KELY Sbjct 121 KELY 124 Query= d3f8la_ Length=162 >d3f8la_ Length=162 Score = 314 bits (804), Expect = 6.48e-114 Identities = 162/162 (100%), Positives = 162/162 (100%), Gaps = 0/162 (0%) Query 1 IRQPLGMGSYTEAAKAQGLSAGRILVAWSDLTADEVLAGVLGVDVGAPVLQLERVLTTDG 60 IRQPLGMGSYTEAAKAQGLSAGRILVAWSDLTADEVLAGVLGVDVGAPVLQLERVLTTDG Sbjct 1 IRQPLGMGSYTEAAKAQGLSAGRILVAWSDLTADEVLAGVLGVDVGAPVLQLERVLTTDG 60 Query 61 VRVGLETTKLPAQRYPGLRETFDHEASLYAEIRSRGIAFTRTVDTIDTALPDAREAALLG 120 VRVGLETTKLPAQRYPGLRETFDHEASLYAEIRSRGIAFTRTVDTIDTALPDAREAALLG Sbjct 61 VRVGLETTKLPAQRYPGLRETFDHEASLYAEIRSRGIAFTRTVDTIDTALPDAREAALLG 120 Query 121 ADARTPMFLLNRVSYDQDDVAIEQRRSLYRGDRMTFTAVMHA 162 ADARTPMFLLNRVSYDQDDVAIEQRRSLYRGDRMTFTAVMHA Sbjct 121 ADARTPMFLLNRVSYDQDDVAIEQRRSLYRGDRMTFTAVMHA 162 Query= d4zsia1 Length=165 >d4zsia1 Length=165 Score = 321 bits (822), Expect = 1.46e-116 Identities = 165/165 (100%), Positives = 165/165 (100%), Gaps = 0/165 (0%) Query 1 KVSQALQLTSYTEDMRAQGLEPTSQLLDIGYITADDRLAGLLDITAGGRVLRIERLRMAN 60 KVSQALQLTSYTEDMRAQGLEPTSQLLDIGYITADDRLAGLLDITAGGRVLRIERLRMAN Sbjct 1 KVSQALQLTSYTEDMRAQGLEPTSQLLDIGYITADDRLAGLLDITAGGRVLRIERLRMAN 60 Query 61 GEPMAIETTHLSAKRFPALRRSLVKYTSLYTALAEVYDVHLAEAEETIETSLATPREAGL 120 GEPMAIETTHLSAKRFPALRRSLVKYTSLYTALAEVYDVHLAEAEETIETSLATPREAGL Sbjct 61 GEPMAIETTHLSAKRFPALRRSLVKYTSLYTALAEVYDVHLAEAEETIETSLATPREAGL 120 Query 121 LGTDVGLPMLMLSRHSQDRTGQPVEWVRSVYRGDRYKFVARLKRP 165 LGTDVGLPMLMLSRHSQDRTGQPVEWVRSVYRGDRYKFVARLKRP Sbjct 121 LGTDVGLPMLMLSRHSQDRTGQPVEWVRSVYRGDRYKFVARLKRP 165 Query= d1txoa_ Length=235 >d1txoa_ Length=235 Score = 448 bits (1152), Expect = 1.47e-164 Identities = 235/235 (100%), Positives = 235/235 (100%), Gaps = 0/235 (0%) Query 1 LVLRYAARSDRGLVRANNEDSVYAGARLLALADGMGGHAAGEVASQLVIAALAHLDDDEP 60 LVLRYAARSDRGLVRANNEDSVYAGARLLALADGMGGHAAGEVASQLVIAALAHLDDDEP Sbjct 1 LVLRYAARSDRGLVRANNEDSVYAGARLLALADGMGGHAAGEVASQLVIAALAHLDDDEP 60 Query 61 GGDLLAKLDAAVRAGNSAIAAQVEMEPDLEGMGTTLTAILFAGNRLGLVHIGDSRGYLLR 120 GGDLLAKLDAAVRAGNSAIAAQVEMEPDLEGMGTTLTAILFAGNRLGLVHIGDSRGYLLR Sbjct 61 GGDLLAKLDAAVRAGNSAIAAQVEMEPDLEGMGTTLTAILFAGNRLGLVHIGDSRGYLLR 120 Query 121 DGELTQITKDDTFVQTLVDEGRITPEEAHSHPQRSLIMRALTGHEVEPTLTMREARAGDR 180 DGELTQITKDDTFVQTLVDEGRITPEEAHSHPQRSLIMRALTGHEVEPTLTMREARAGDR Sbjct 121 DGELTQITKDDTFVQTLVDEGRITPEEAHSHPQRSLIMRALTGHEVEPTLTMREARAGDR 180 Query 181 YLLCSDGLSDPVSDETILEALQIPEVAESAHRLIELALRGGGPDNVTVVVADLEH 235 YLLCSDGLSDPVSDETILEALQIPEVAESAHRLIELALRGGGPDNVTVVVADLEH Sbjct 181 YLLCSDGLSDPVSDETILEALQIPEVAESAHRLIELALRGGGPDNVTVVVADLEH 235 >d2j82a_ Length=240 Score = 127 bits (318), Expect = 4.81e-38 Identities = 92/237 (38%), Positives = 127/237 (53%), Gaps = 15/237 (6%) Query 6 AARSDRGLVRANNEDSVYAGA---RLLALADGMGGHAAGEVASQLVIAAL-----AHLDD 57 A +D GL+R +N+D+ Y R +ADGMGGHA GE AS+L + + HL+D Sbjct 4 AGLTDCGLIRKSNQDAFYIDEKHQRFFIVADGMGGHAGGEEASRLAVDHIRQYLETHLED 63 Query 58 DEPGGDLLAKLDAAVRAGNSAIAAQVEMEPDLEGMGTTLTAILF--AGNRLGLVHIGDSR 115 + D + L A A N AI Q MGTT IL G+R H+GDSR Sbjct 64 LQH--DPVTLLRQAFLAANHAIVEQQRQNSARADMGTTAVVILLDEKGDRAWCAHVGDSR 121 Query 116 GYLLRDGELTQITKDDTFVQTLVDEGRITPEEAHSHPQRSLIMRALTGHEVEPTLTMR-- 173 Y R +L QIT D T++ V G +T E+A HP R ++ + L G E + ++ Sbjct 122 IYRWRKDQLQQITSDHTWIAQAVQLGSLTIEQARQHPWRHVLSQCL-GREDLSQIDIQPI 180 Query 174 EARAGDRYLLCSDGLSDPVSDETILEALQIPEVAESAHRLIELALRGGGPDNVTVVV 230 + GDR LLCSDGL++ ++D+ I L P V ++A L++ A GG DNVTVVV Sbjct 181 DLEPGDRLLLCSDGLTEELTDDVISIYLSEPNVQKAAAALVDAAKTHGGRDNVTVVV 237 Query= d2j82a_ Length=240 >d2j82a_ Length=240 Score = 482 bits (1241), Expect = 5.84e-178 Identities = 240/240 (100%), Positives = 240/240 (100%), Gaps = 0/240 (0%) Query 1 MDVAGLTDCGLIRKSNQDAFYIDEKHQRFFIVADGMGGHAGGEEASRLAVDHIRQYLETH 60 MDVAGLTDCGLIRKSNQDAFYIDEKHQRFFIVADGMGGHAGGEEASRLAVDHIRQYLETH Sbjct 1 MDVAGLTDCGLIRKSNQDAFYIDEKHQRFFIVADGMGGHAGGEEASRLAVDHIRQYLETH 60 Query 61 LEDLQHDPVTLLRQAFLAANHAIVEQQRQNSARADMGTTAVVILLDEKGDRAWCAHVGDS 120 LEDLQHDPVTLLRQAFLAANHAIVEQQRQNSARADMGTTAVVILLDEKGDRAWCAHVGDS Sbjct 61 LEDLQHDPVTLLRQAFLAANHAIVEQQRQNSARADMGTTAVVILLDEKGDRAWCAHVGDS 120 Query 121 RIYRWRKDQLQQITSDHTWIAQAVQLGSLTIEQARQHPWRHVLSQCLGREDLSQIDIQPI 180 RIYRWRKDQLQQITSDHTWIAQAVQLGSLTIEQARQHPWRHVLSQCLGREDLSQIDIQPI Sbjct 121 RIYRWRKDQLQQITSDHTWIAQAVQLGSLTIEQARQHPWRHVLSQCLGREDLSQIDIQPI 180 Query 181 DLEPGDRLLLCSDGLTEELTDDVISIYLSEPNVQKAAAALVDAAKTHGGRDNVTVVVISV 240 DLEPGDRLLLCSDGLTEELTDDVISIYLSEPNVQKAAAALVDAAKTHGGRDNVTVVVISV Sbjct 181 DLEPGDRLLLCSDGLTEELTDDVISIYLSEPNVQKAAAALVDAAKTHGGRDNVTVVVISV 240 >d1txoa_ Length=235 Score = 135 bits (340), Expect = 2.61e-41 Identities = 92/237 (38%), Positives = 127/237 (53%), Gaps = 15/237 (6%) Query 4 AGLTDCGLIRKSNQDAFYIDEKHQRFFIVADGMGGHAGGEEASRLAVDHIRQYLETHLED 63 A +D GL+R +N+D+ Y R +ADGMGGHA GE AS+L + + HL+D Sbjct 6 AARSDRGLVRANNEDSVYAGA---RLLALADGMGGHAAGEVASQLVIAAL-----AHLDD 57 Query 64 LQH--DPVTLLRQAFLAANHAIVEQQRQNSARADMGTTAVVILLDEKGDRAWCAHVGDSR 121 + D + L A A N AI Q MGTT IL G+R H+GDSR Sbjct 58 DEPGGDLLAKLDAAVRAGNSAIAAQVEMEPDLEGMGTTLTAILF--AGNRLGLVHIGDSR 115 Query 122 IYRWRKDQLQQITSDHTWIAQAVQLGSLTIEQARQHPWRHVLSQCL-GREDLSQIDIQPI 180 Y R +L QIT D T++ V G +T E+A HP R ++ + L G E + ++ Sbjct 116 GYLLRDGELTQITKDDTFVQTLVDEGRITPEEAHSHPQRSLIMRALTGHEVEPTLTMR-- 173 Query 181 DLEPGDRLLLCSDGLTEELTDDVISIYLSEPNVQKAAAALVDAAKTHGGRDNVTVVV 237 + GDR LLCSDGL++ ++D+ I L P V ++A L++ A GG DNVTVVV Sbjct 174 EARAGDRYLLCSDGLSDPVSDETILEALQIPEVAESAHRLIELALRGGGPDNVTVVV 230 Query= g2vt1.1 Length=103 >g2vt1.1 Length=103 Score = 205 bits (521), Expect = 1.17e-72 Identities = 103/103 (100%), Positives = 103/103 (100%), Gaps = 0/103 (0%) Query 1 IEILSEQTKSDIRNSKLVVMNXPTHIAIGIYFNPEIAPAPFISLIETNQCALAVRKYANE 60 IEILSEQTKSDIRNSKLVVMNXPTHIAIGIYFNPEIAPAPFISLIETNQCALAVRKYANE Sbjct 1 IEILSEQTKSDIRNSKLVVMNXPTHIAIGIYFNPEIAPAPFISLIETNQCALAVRKYANE 60 Query 61 VGIPTVRDVKLARKLYKTHTKYSFVDFEHLDEVLRLIVWLEQV 103 VGIPTVRDVKLARKLYKTHTKYSFVDFEHLDEVLRLIVWLEQV Sbjct 61 VGIPTVRDVKLARKLYKTHTKYSFVDFEHLDEVLRLIVWLEQV 103 Query= g3bzy.1 Length=101 >g3bzy.1 Length=101 Score = 199 bits (507), Expect = 1.38e-70 Identities = 101/101 (100%), Positives = 101/101 (100%), Gaps = 0/101 (0%) Query 1 SGSLANNIKKSTVIVKNXPTHIAICLYYKLGETPLPLVIETGKDAKALQIIKLAELYDIP 60 SGSLANNIKKSTVIVKNXPTHIAICLYYKLGETPLPLVIETGKDAKALQIIKLAELYDIP Sbjct 1 SGSLANNIKKSTVIVKNXPTHIAICLYYKLGETPLPLVIETGKDAKALQIIKLAELYDIP 60 Query 61 VIEDIPLARSLDKNIHKGQYITEDFFEPVAQLIRIAIDLDY 101 VIEDIPLARSLDKNIHKGQYITEDFFEPVAQLIRIAIDLDY Sbjct 61 VIEDIPLARSLDKNIHKGQYITEDFFEPVAQLIRIAIDLDY 101 Query= d1k9oi_ Length=376 >d1k9oi_ Length=376 Score = 722 bits (1864), Expect = 2.41e-268 Identities = 376/376 (100%), Positives = 376/376 (100%), Gaps = 0/376 (0%) Query 1 GETDLQKILRESNDQFTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELL 60 GETDLQKILRESNDQFTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELL Sbjct 1 GETDLQKILRESNDQFTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELL 60 Query 61 RALALPNDNVTKDVFADLNRGVRAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEV 120 RALALPNDNVTKDVFADLNRGVRAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEV Sbjct 61 RALALPNDNVTKDVFADLNRGVRAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEV 120 Query 121 QNVDFVKSVEAAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVK 180 QNVDFVKSVEAAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVK Sbjct 121 QNVDFVKSVEAAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVK 180 Query 181 ERTMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVD 240 ERTMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVD Sbjct 181 ERTMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVD 240 Query 241 GITALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAA 300 GITALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAA Sbjct 241 GITALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAA 300 Query 301 RLENLLKTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPEVHIDRPFYFE 360 RLENLLKTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPEVHIDRPFYFE Sbjct 301 RLENLLKTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPEVHIDRPFYFE 360 Query 361 LKIDGIPMFNGKVIEP 376 LKIDGIPMFNGKVIEP Sbjct 361 LKIDGIPMFNGKVIEP 376 >d3ozqa1 Length=373 Score = 200 bits (509), Expect = 4.24e-63 Identities = 125/367 (34%), Positives = 202/367 (55%), Gaps = 21/367 (5%) Query 16 FTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPNDN-----V 70 FT ++ EV+K N ++S FS L G++ +E+ + L D Sbjct 15 FTPSVYKEVLKTEKA-NFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFVGDREKAEGA 73 Query 71 TKDVFADLNRGVRAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEVQNVDFVKSVE 130 K+V + L + L A+KIYV + ++F ++ +V+G++ +NVDF + + Sbjct 74 VKEVLSKLTN-----EEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSENVDFSEKND 128 Query 131 AAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVKERTMDRDFHV 190 AA +N WVE+QT ++I+NLVDP+ L+ TR VL+NA+YF W F T DFH Sbjct 129 AAKLMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFHTRKSDFHK 188 Query 191 SKDKTIKVPTM-IGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVDGITALEQKL 249 S + ++V TM + ++ Y + LDAK++E+ ++G AS+ I+L NQ++G+ +LE K+ Sbjct 189 SAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGG-ASLTIVLSNQIEGLVSLESKI 247 Query 250 KDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAARLENLLKTK 309 K ++L N + LPKFKIE+T D K+VL + +KK F A L + K Sbjct 248 KRSFLPHNLTKQLVN----VALPKFKIESTVDFKKVLKKLGVKKAF-GDEADLSGIAGEK 302 Query 310 ESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYP---EVHIDRPFYFELKIDGI 366 L + +QK+FI+V+EEG EAAAA ++ + L + +D PF F +K+ G+ Sbjct 303 GDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIFYIKVKGM 362 Query 367 PMFNGKV 373 +F G+V Sbjct 363 ILFAGRV 369 >d3kcgi_ Length=429 Score = 159 bits (403), Expect = 5.24e-47 Identities = 118/384 (30%), Positives = 201/384 (52%), Gaps = 21/384 (5%) Query 9 LRESNDQFTAQMFSEVVKA-NPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPN 67 L ++N +F + + + N N+ LS S+ L + ++ +L+ Sbjct 49 LSKANSRFATTFYQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDT 108 Query 68 -DNVTKD----VFADLNRGV--RAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEV 120 T D FA LN + +A K L A++++ K L N+ + +S V+G+++ Sbjct 109 ISEKTSDQIHFFFAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKL 168 Query 121 QNVDFVKSVEAA-GAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFV 179 Q +DF ++ E + AINKWV ++T RI +++ +A++E T VLVN IYFKG WK KF Sbjct 169 QPLDFKENAEQSRAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFS 228 Query 180 KERTMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQV 239 E T F+ + ++ M + RY V E +++E+ ++GD +M++ILP Sbjct 229 PENTRKELFYKADGESCSASMMYQEGKFRYRRVAE-GTQVLELPFKGDDITMVLILPKPE 287 Query 240 DGITALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGA 299 + +E++L P+ L + L + + +P+F+IE LKE L +M + LF+P Sbjct 288 KSLAKVEKELT-PEVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEK 346 Query 300 ARLENLL-KTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPE---VHIDR 355 ++L ++ + ++ L V A KAF+EVNEEG+EAAA+ A I +SL P +R Sbjct 347 SKLPGIVAEGRDDLYVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSL--NPNRVTFKANR 404 Query 356 PFYF---ELKIDGIPMFNGKVIEP 376 PF E+ ++ I +F G+V P Sbjct 405 PFLVFIREVPLNTI-IFMGRVANP 427 >d3le2a1 Length=391 Score = 126 bits (316), Expect = 6.96e-35 Identities = 105/372 (28%), Positives = 171/372 (45%), Gaps = 23/372 (6%) Query 24 VVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPNDNVTKDVFADLNRGV- 82 + + NV+ S S+ L +A S G + D++L L + + +++ V Sbjct 22 ITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSFLKFSSTDQLNSFSSEIVSAVL 81 Query 83 ---RAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEVQNVDFV-KSVEAAGAINKW 138 A G L +A+ ++ K L F + D + + DF K+VE +N W Sbjct 82 ADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVEVIAEVNSW 141 Query 139 VEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVKERTMDRDFHVSKDKTIKV 198 E +TN I ++ + D T+ + NA+YFKG+W +KF + T + +FH+ + Sbjct 142 AEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHLLDGNKVTA 201 Query 199 PTMIGKKDVRYADVPELDAKMIEMSY----EGDQASMIIILPNQVDGITALEQKL-KDPK 253 P M KK +Y + K++ + Y + Q SM LP+ +G++ L K+ P Sbjct 202 PFMTSKKK-QYVSAYD-GFKVLGLPYLQGQDKRQFSMYFYLPDANNGLSDLLDKIVSTPG 259 Query 254 ALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAARLENLLKTKE--- 310 L R E +PKFK D VL + + F+ G L ++++ E Sbjct 260 FLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSPFS-GEEGLTEMVESPEMGK 318 Query 311 SLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPEVHID----RPFYFEL--KID 364 +L V KA IEVNEEG EAAAA+A G++ +L E ID PF + I Sbjct 319 NLCVSNIFHKACIEVNEEGTEAAAASA-GVIKLRGLLMEEDEIDFVADHPFLLVVTENIT 377 Query 365 GIPMFNGKVIEP 376 G+ +F G+V++P Sbjct 378 GVVLFIGQVVDP 389 >d5ncsa1 Length=370 Score = 111 bits (277), Expect = 1.42e-29 Identities = 108/383 (28%), Positives = 172/383 (44%), Gaps = 37/383 (9%) Query 11 ESNDQFTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPNDNV 70 E ++ F + K NV +S SV L + G + DE+ AL Sbjct 4 EKDNAFAFDLLQTTRKHVTEANVFISPLSVSMALNMTLNGAAGVTADEMKTAL-----RE 58 Query 71 TKDVFADLNRGVRAVKGVDLK--------MASKIYVAKGLELNDDFAAVSRDVFGSEVQN 122 T D+N +++ LK MA+ I+ +G + + F +R + +EV+ Sbjct 59 TGYTMEDINEYSHSLREALLKVDPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKA 118 Query 123 VDFVKSVEAAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVKER 182 VDF S AIN W +TN++I ++D + L+NA+YFKG W +F K Sbjct 119 VDF-SSPATLPAINGWCAQKTNDKITKILD--YIPGNAFMYLINAVYFKGIWVTQFKKSD 175 Query 183 TMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVDGI 242 T F + T +V M K Y + + +EM Y SMI++LPN+ Sbjct 176 TKRAPFRKADGTTQEVNMMAQKSTFGYT--TDECCQYLEMDYGNKAFSMIVMLPNEGQTT 233 Query 243 TALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDL-KEVLSNMNIKKLFT----- 296 + ++L D K S + + T+V + +P+FK E L K++L M + FT Sbjct 234 RDVIEQL-DNKHWSMIIKGIRPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTETADF 292 Query 297 PGAARLENLLKTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPEV--HID 354 PG T ++ + I K F++V+EEG EAAA A +V S + HI+ Sbjct 293 PGI--------TDAAIFISRVIHKTFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHIN 344 Query 355 RPFYFEL--KIDGIPMFNGKVIE 375 +PF F + K G+ +F G++ E Sbjct 345 KPFVFAIREKSTGVILFIGEIGE 367 Query= d3kcgi_ Length=429 >d3kcgi_ Length=429 Score = 844 bits (2180), Expect = 1.04e-314 Identities = 429/429 (100%), Positives = 429/429 (100%), Gaps = 0/429 (0%) Query 1 SPVDICTAKPRDIPMNPMCIYRSPEKKATEDEGSEQKIPEATNRRVWELSKANSRFATTF 60 SPVDICTAKPRDIPMNPMCIYRSPEKKATEDEGSEQKIPEATNRRVWELSKANSRFATTF Sbjct 1 SPVDICTAKPRDIPMNPMCIYRSPEKKATEDEGSEQKIPEATNRRVWELSKANSRFATTF 60 Query 61 YQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFF 120 YQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFF Sbjct 61 YQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFF 120 Query 121 FAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQS 180 FAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQS Sbjct 121 FAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQS 180 Query 181 RAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKA 240 RAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKA Sbjct 181 RAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKA 240 Query 241 DGESCSASMMYQEGKFRYRRVAEGTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTPE 300 DGESCSASMMYQEGKFRYRRVAEGTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTPE Sbjct 241 DGESCSASMMYQEGKFRYRRVAEGTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTPE 300 Query 301 VLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIVAEGRDDL 360 VLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIVAEGRDDL Sbjct 301 VLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIVAEGRDDL 360 Query 361 YVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSLNPNRVTFKANRPFLVFIREVPLNTIIF 420 YVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSLNPNRVTFKANRPFLVFIREVPLNTIIF Sbjct 361 YVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSLNPNRVTFKANRPFLVFIREVPLNTIIF 420 Query 421 MGRVANPCV 429 MGRVANPCV Sbjct 421 MGRVANPCV 429 >d3pzfa_ Length=383 Score = 183 bits (465), Expect = 6.85e-56 Identities = 123/371 (33%), Positives = 192/371 (51%), Gaps = 21/371 (5%) Query 68 KNDNDNIFLSPLSISTAFAM------TKLG-ACNDTLQQLMEVFKFDTISEKTSDQIHFF 120 KN N N+ LSP S+ + T G A ++T ++L V + D I S Sbjct 21 KNHNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKRELSSVIQNDNIDHTRS------ 74 Query 121 FAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQS 180 + K ++ NK L A F D + YQ I+ Y A L+ + + N Q+ Sbjct 75 YYKQLLESAQQDNKDYDLNIATNFFVDDFIEVINKYQQIANTHYHAMLEKVSYS-NPTQT 133 Query 181 RAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKA 240 A IN WVS T GR+ +++ +++ E V+ LVN IYFKGLW F + FY Sbjct 134 AATINNWVSEHTNGRLREIVTPDSL-EGAVITLVNVIYFKGLWTYPFPEVANNVKPFYGT 192 Query 241 DGESCSASMMYQEGKFRYRRVAE-GTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTP 299 G+ +A M Q G+F Y A+ G Q+L LP++G+ + M ILP P+ ++ +V + Sbjct 193 RGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNKLAMYFILPNPDNTVNQVLDRINS 252 Query 300 EVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIVAEGR-- 357 L + L +EE + V +P+F+ + L E LQ +G+ ++FS + + LP ++A GR Sbjct 253 ASLHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREIFS-QNASLP-LLARGRGA 310 Query 358 -DDLYVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSLNPNRVTFKANRPFLVFIREVPLN 416 D++ VS F KA + +NE GSEA A+T + + + F ANRPF+ FI + L Sbjct 311 RDEVRVSRIFQKAGITINELGSEAYAATEIQLVNKFGGDGVQIFNANRPFIFFIEDETLG 370 Query 417 TIIFMGRVANP 427 T++F G++ NP Sbjct 371 TMLFAGKIENP 381 >d3le2a1 Length=391 Score = 174 bits (441), Expect = 2.62e-52 Identities = 116/377 (30%), Positives = 194/377 (51%), Gaps = 17/377 (4%) Query 62 QHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFFF 121 +H+ + + N N+ SP SI+ ++ G+ T Q++ KF + +DQ++ F Sbjct 19 KHVITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSFLKFSS-----TDQLNSFS 73 Query 122 AKLNCRLYR--KANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQ 179 +++ + AN KL AN + DKSL+F +++ + E Y A DF+ A + Sbjct 74 SEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVE 133 Query 180 SRAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYK 239 A +N W +T G IT+V+P + + +T L+ N +YFKG W KF T++ F+ Sbjct 134 VIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHL 193 Query 240 ADGESCSASMMYQEGKFRYRRVAEGTQVLELPF-KGDD---ITMVLILPKPEKSLAKVEK 295 DG +A M + K +Y +G +VL LP+ +G D +M LP L+ + Sbjct 194 LDGNKVTAPFMTSKKK-QYVSAYDGFKVLGLPYLQGQDKRQFSMYFYLPDANNGLSDLLD 252 Query 296 EL--TPEVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIV 353 ++ TP L + + + +P+F+ GF L+ +GL FS E+ + Sbjct 253 KIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSPFSGEEGLTEMVE 312 Query 354 A-EGRDDLYVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSL--NPNRVTFKANRPFLVFI 410 + E +L VS+ FHKA +EVNEEG+EAAA++A VI R L + + F A+ PFL+ + Sbjct 313 SPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEIDFVADHPFLLVV 372 Query 411 REVPLNTIIFMGRVANP 427 E ++F+G+V +P Sbjct 373 TENITGVVLFIGQVVDP 389 >d1k9oi_ Length=376 Score = 162 bits (411), Expect = 4.18e-48 Identities = 108/347 (31%), Positives = 185/347 (53%), Gaps = 12/347 (3%) Query 49 LSKANSRFATTFYQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDT 108 L ++N +F + + + N N+ LS S+ L + ++ +L+ Sbjct 9 LRESNDQFTAQMFSEVVKA-NPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPN 67 Query 109 ISEKTSDQIHFFFAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKL 168 T D FA LN + +A K L A++++ K L N+ + +S V+G+++ Sbjct 68 -DNVTKD----VFADLNRGV--RAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEV 120 Query 169 QPLDFKENAEQSRAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFS 228 Q +DF ++ E + AINKWV ++T RI +++ +A++E T VLVN IYFKG WK KF Sbjct 121 QNVDFVKSVEAA-GAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFV 179 Query 229 PENTRKELFYKADGESCSASMMYQEGKFRYRRVAE-GTQVLELPFKGDDITMVLILPKPE 287 E T F+ + ++ M + RY V E +++E+ ++GD +M++ILP Sbjct 180 KERTMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQV 239 Query 288 KSLAKVEKELT-PEVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEK 346 + +E++L P+ L + L + + +P+F+IE LKE L +M + LF+P Sbjct 240 DGITALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGA 299 Query 347 SKLPGIVAEGRDDLYVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSL 393 ++L ++ + ++ L V A KAF+EVNEEG+EAAA+ A I +SL Sbjct 300 ARLENLL-KTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSL 345 >d3ozqa1 Length=373 Score = 159 bits (401), Expect = 1.09e-46 Identities = 113/383 (29%), Positives = 196/383 (51%), Gaps = 22/383 (5%) Query 48 ELSKANSRFATTFYQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFD 107 E A + F + Y+ + K + N +SP S +T A+ + G DT +++ +V F Sbjct 7 EFPNAVNSFTPSVYKEVL--KTEKANFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFV 64 Query 108 TISEKTSDQIHFFFAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAK 167 EK + +KL N+ L +AN+++ + + E +Q I+ VYGA+ Sbjct 65 GDREKAEGAVKEVLSKLT-------NEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQ 117 Query 168 LQPLDFKENAEQSRAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKF 227 + +DF E + ++ +N WV +T+ +I +++ E +N LT +VL+N +YF W F Sbjct 118 SENVDFSEKNDAAKL-MNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPF 176 Query 228 SPENTRKELFYKADGESCSASMMY-QEGKFRYRRVAE-GTQVLELPFKGDDITMVLILPK 285 P +TRK F+K+ E MY E F Y ++LELPFKG ++ ++L Sbjct 177 PPFHTRKSDFHKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGG-ASLTIVLSN 235 Query 286 PEKSLAKVEKELTPEVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPE 345 + L +E ++ L L + ++ V +P+F+IE K+ L+ +G+ F E Sbjct 236 QIEGLVSLESKIKRSFLPH---NLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFGDE 292 Query 346 KSKLPGIVAEGRDDLYVSDAFHKAFLEVNEEGSEAAAST--AVVIAGRSLNPNRVTFKAN 403 + L GI E + DL +S+ K+F++V+EEG EAAA+T V++ +L + F + Sbjct 293 -ADLSGIAGE-KGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVD 350 Query 404 RPFLVFIREVPLNTIIFMGRVAN 426 PF+ +I+ + I+F GRV Sbjct 351 HPFIFYIKVKGM--ILFAGRVTT 371 >d5ncsa1 Length=370 Score = 144 bits (363), Expect = 2.90e-41 Identities = 106/359 (29%), Positives = 184/359 (51%), Gaps = 21/359 (5%) Query 73 NIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFFFAKLNCRLYRKA 132 N+F+SPLS+S A MT GA T ++ + + T + I+ + L L K Sbjct 25 NVFISPLSVSMALNMTLNGAAGVTADEMKTALRE---TGYTMEDINEYSHSLREALL-KV 80 Query 133 NKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQSRAAINKWVSNKT 192 + ++ + AN ++ + E + + Y A+++ +DF A + AIN W + KT Sbjct 81 DPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVDFSSPA--TLPAINGWCAQKT 138 Query 193 EGRIT---DVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKADGESCSASM 249 +IT D IP A + L+N +YFKG+W ++F +T++ F KADG + +M Sbjct 139 NDKITKILDYIPGNAF-----MYLINAVYFKGIWVTQFKKSDTKRAPFRKADGTTQEVNM 193 Query 250 MYQEGKFRYRRVAEGTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTPEVLQEWLDEL 309 M Q+ F Y E Q LE+ + +M+++LP ++ V ++L + + + Sbjct 194 MAQKSTFGYT-TDECCQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQLDNKHWSMIIKGI 252 Query 310 EEMMLVVHMPRFRIEDGFSLKEQ-LQDMGLVDLFSPEKSKLPGIVAEGRDDLYVSDAFHK 368 + + MPRF+ E + L+++ L +MG+ F+ E + PGI +++S HK Sbjct 253 RPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFT-ETADFPGITDAA---IFISRVIHK 308 Query 369 AFLEVNEEGSEAAASTAV-VIAGRSLNPNRVTFKANRPFLVFIREVPLNTIIFMGRVAN 426 F++V+EEG+EAAA TAV ++ S + + F N+PF+ IRE I+F+G + Sbjct 309 TFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHINKPFVFAIREKSTGVILFIGEIGE 367 Query= d1wz9a_ Length=375 >d1wz9a_ Length=375 Score = 742 bits (1915), Expect = 3.75e-276 Identities = 375/375 (100%), Positives = 375/375 (100%), Gaps = 0/375 (0%) Query 1 MDALQLANSAFAVDLFKQLCEKEPLGNVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHF 60 MDALQLANSAFAVDLFKQLCEKEPLGNVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHF Sbjct 1 MDALQLANSAFAVDLFKQLCEKEPLGNVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHF 60 Query 61 ENVKDVPFGFQTVTSDVNKLSSFYSLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVD 120 ENVKDVPFGFQTVTSDVNKLSSFYSLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVD Sbjct 61 ENVKDVPFGFQTVTSDVNKLSSFYSLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVD 120 Query 121 FKDKLEETKGQINNSIKDLTDGHFENILADNSVNDQTKILVVNAAYFVGKWMKKFPESET 180 FKDKLEETKGQINNSIKDLTDGHFENILADNSVNDQTKILVVNAAYFVGKWMKKFPESET Sbjct 121 FKDKLEETKGQINNSIKDLTDGHFENILADNSVNDQTKILVVNAAYFVGKWMKKFPESET 180 Query 181 KECPFRLNKTDTKPVQMMNMEATFCMGNIDSINCKIIELPFQNKHLSMFILLPKDVEDES 240 KECPFRLNKTDTKPVQMMNMEATFCMGNIDSINCKIIELPFQNKHLSMFILLPKDVEDES Sbjct 181 KECPFRLNKTDTKPVQMMNMEATFCMGNIDSINCKIIELPFQNKHLSMFILLPKDVEDES 240 Query 241 TGLEKIEKQLNSESLSQWTNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSED 300 TGLEKIEKQLNSESLSQWTNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSED Sbjct 241 TGLEKIEKQLNSESLSQWTNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSED 300 Query 301 TSDFSGMSETKGVALSNVIHKVCLEITEDGGDSIEVPGARILQHKDELNADHPFIYIIRH 360 TSDFSGMSETKGVALSNVIHKVCLEITEDGGDSIEVPGARILQHKDELNADHPFIYIIRH Sbjct 301 TSDFSGMSETKGVALSNVIHKVCLEITEDGGDSIEVPGARILQHKDELNADHPFIYIIRH 360 Query 361 NKTRNIIFFGKFCSP 375 NKTRNIIFFGKFCSP Sbjct 361 NKTRNIIFFGKFCSP 375 >d3ozqa1 Length=373 Score = 149 bits (377), Expect = 9.40e-44 Identities = 109/374 (29%), Positives = 194/374 (51%), Gaps = 28/374 (7%) Query 7 ANSAFAVDLFKQLCEKEPLGNVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHFENVKDV 66 A ++F ++K++ + E N L SP +T L+LAQ G +GDTA EI QVLHF ++ Sbjct 11 AVNSFTPSVYKEVLKTEK-ANFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFVGDREK 69 Query 67 PFGFQTVTSDVNKLSSF-YSLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVDFKDKL 125 G V ++KL++ Y+L ++YV + ++ EF Y + E VDF +K Sbjct 70 AEG--AVKEVLSKLTNEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSENVDFSEKN 127 Query 126 EETKGQINNSIKDLTDGHFENILADNSVNDQTKILVVNAAYFVGKWMKKFPESETKECPF 185 + K +N +++ T +N++ +N+ T+++++NA YF KW+ FP T++ F Sbjct 128 DAAK-LMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFHTRKSDF 186 Query 186 RLNKTDTKPVQMMNM-EATFCMGNIDSINCKIIELPFQNKHLSMFILLPKDVEDESTGLE 244 + + V M + E F ++ K++ELPF+ S+ I+L +E GL Sbjct 187 HKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGG-ASLTIVLSNQIE----GLV 241 Query 245 KIEKQLNSESLSQWTNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSEDTSDF 304 +E ++ L P + V +++PKFK+E +D K L+ LG+K F D +D Sbjct 242 SLESKIKRSFL-----PHNLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFG-DEADL 295 Query 305 SGMSETKG-VALSNVIHKVCLEITEDGGDS-------IEVPGARILQHKDELNADHPFIY 356 SG++ KG + +SN++ K ++++E+G ++ + +P + + DHPFI+ Sbjct 296 SGIAGEKGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIF 355 Query 357 IIRHNKTRNIIFFG 370 I K + +I F Sbjct 356 YI---KVKGMILFA 366 >d3le2a1 Length=391 Score = 121 bits (304), Expect = 3.31e-33 Identities = 97/367 (26%), Positives = 162/367 (44%), Gaps = 25/367 (6%) Query 27 NVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHFENVKDVPFGFQTVTSDV---NKLSSF 83 NV+FSP ++ LS+ G+ G T ++I L F + + + S V + Sbjct 30 NVIFSPASINVVLSIIAAGSAGATKDQILSFLKFSSTDQLNSFSSEIVSAVLADGSANGG 89 Query 84 YSLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVDFKDKLEETKGQINNSIKDLTDGH 143 L + ++DKSL+ F + Y DF+ K E ++N+ + T+G Sbjct 90 PKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVEVIAEVNSWAEKETNGL 149 Query 144 FENILADNSVNDQTKILVVNAAYFVGKWMKKFPESETKECPFRLNKTDTKPVQMMNMEAT 203 +L + S + TK++ NA YF G W +KF ES T+E F L + M + Sbjct 150 ITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHLLDGNKVTAPFMTSKKK 209 Query 204 FCMGNIDSINCKIIELPF----QNKHLSMFILLPKDVEDESTGL-EKIEKQLNSESLSQW 258 + D K++ LP+ + SM+ LP D + GL + ++K +++ Sbjct 210 QYVSAYDGF--KVLGLPYLQGQDKRQFSMYFYLP----DANNGLSDLLDKIVSTPGFLDN 263 Query 259 TNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSED---TSDFSGMSETKGVAL 315 P + + IPKFK D L+ LGL FS + T K + + Sbjct 264 HIPRRQVKVR-EFKIPKFKFSFGFDASNVLKGLGLTSPFSGEEGLTEMVESPEMGKNLCV 322 Query 316 SNVIHKVCLEITEDGGDSIEVPGARI-----LQHKDELN--ADHPFIYIIRHNKTRNIIF 368 SN+ HK C+E+ E+G ++ I L +DE++ ADHPF+ ++ N T ++F Sbjct 323 SNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEIDFVADHPFLLVVTENITGVVLF 382 Query 369 FGKFCSP 375 G+ P Sbjct 383 IGQVVDP 389 Query= d3pzfa_ Length=383 >d3pzfa_ Length=383 Score = 766 bits (1977), Expect = 2.48e-285 Identities = 383/383 (100%), Positives = 383/383 (100%), Gaps = 0/383 (0%) Query 1 GPFQGQRQNEFDLMFVKEIFKNHNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKREL 60 GPFQGQRQNEFDLMFVKEIFKNHNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKREL Sbjct 1 GPFQGQRQNEFDLMFVKEIFKNHNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKREL 60 Query 61 SSVIQNDNIDHTRSYYKQLLESAQQDNKDYDLNIATNFFVDDFIEVINKYQQIANTHYHA 120 SSVIQNDNIDHTRSYYKQLLESAQQDNKDYDLNIATNFFVDDFIEVINKYQQIANTHYHA Sbjct 61 SSVIQNDNIDHTRSYYKQLLESAQQDNKDYDLNIATNFFVDDFIEVINKYQQIANTHYHA 120 Query 121 MLEKVSYSNPTQTAATINNWVSEHTNGRLREIVTPDSLEGAVITLVNVIYFKGLWTYPFP 180 MLEKVSYSNPTQTAATINNWVSEHTNGRLREIVTPDSLEGAVITLVNVIYFKGLWTYPFP Sbjct 121 MLEKVSYSNPTQTAATINNWVSEHTNGRLREIVTPDSLEGAVITLVNVIYFKGLWTYPFP 180 Query 181 EVANNVKPFYGTRGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNKLAMYFILPNPD 240 EVANNVKPFYGTRGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNKLAMYFILPNPD Sbjct 181 EVANNVKPFYGTRGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNKLAMYFILPNPD 240 Query 241 NTVNQVLDRINSASLHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREIFSQNAS 300 NTVNQVLDRINSASLHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREIFSQNAS Sbjct 241 NTVNQVLDRINSASLHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREIFSQNAS 300 Query 301 LPLLARGRGARDEVRVSRIFQKAGITINELGSEAYAATEIQLVNKFGGDGVQIFNANRPF 360 LPLLARGRGARDEVRVSRIFQKAGITINELGSEAYAATEIQLVNKFGGDGVQIFNANRPF Sbjct 301 LPLLARGRGARDEVRVSRIFQKAGITINELGSEAYAATEIQLVNKFGGDGVQIFNANRPF 360 Query 361 IFFIEDETLGTMLFAGKIENPVF 383 IFFIEDETLGTMLFAGKIENPVF Sbjct 361 IFFIEDETLGTMLFAGKIENPVF 383 >d3kcgi_ Length=429 Score = 182 bits (462), Expect = 1.68e-55 Identities = 123/371 (33%), Positives = 192/371 (51%), Gaps = 21/371 (5%) Query 21 KNHNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKRELSSVIQNDNIDHTRS------ 74 KN N N+ LSP S+ + T G A ++T ++L V + D I S Sbjct 68 KNDNDNIFLSPLSISTAFAM------TKLG-ACNDTLQQLMEVFKFDTISEKTSDQIHFF 120 Query 75 YYKQLLESAQQDNKDYDLNIATNFFVDDFIEVINKYQQIANTHYHAMLEKVSYS-NPTQT 133 + K ++ NK L A F D + YQ I+ Y A L+ + + N Q+ Sbjct 121 FAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQS 180 Query 134 AATINNWVSEHTNGRLREIVTPDSL-EGAVITLVNVIYFKGLWTYPFPEVANNVKPFYGT 192 A IN WVS T GR+ +++ +++ E V+ LVN IYFKGLW F + FY Sbjct 181 RAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKA 240 Query 193 RGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNKLAMYFILPNPDNTVNQVLDRINS 252 G+ +A M Q G+F Y A+ G Q+L LP++G+ + M ILP P+ ++ +V + Sbjct 241 DGESCSASMMYQEGKFRYRRVAE-GTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTP 299 Query 253 ASLHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREIFS-QNASLP-LLARGRGA 310 L + L +EE + V +P+F+ + L E LQ +G+ ++FS + + LP ++A GR Sbjct 300 EVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIVAEGR-- 357 Query 311 RDEVRVSRIFQKAGITINELGSEAYAATEIQLVNKFGGDGVQIFNANRPFIFFIEDETLG 370 D++ VS F KA + +NE GSEA A+T + + + F ANRPF+ FI + L Sbjct 358 -DDLYVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSLNPNRVTFKANRPFLVFIREVPLN 416 Query 371 TMLFAGKIENP 381 T++F G++ NP Sbjct 417 TIIFMGRVANP 427 >d3le2a1 Length=391 Score = 132 bits (333), Expect = 3.18e-37 Identities = 102/390 (26%), Positives = 179/390 (45%), Gaps = 24/390 (6%) Query 8 QNEFDLMFVKEIFK--NHNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKRELSSVIQ 65 QN+ + K + + NSNV+ SP S+ ++L++I S + TK ++ S ++ Sbjct 10 QNQVSMNLAKHVITTVSQNSNVIFSPASINVVLSIIAAGSAGA-------TKDQILSFLK 62 Query 66 NDNIDHTRSYYKQLLESAQQD---NKDYDLNIATNFFVDDFIEVINKYQQIANTHYHAML 122 + D S+ +++ + D N L++A ++D + ++Q+ Y A Sbjct 63 FSSTDQLNSFSSEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAAS 122 Query 123 EKVSY-SNPTQTAATINNWVSEHTNGRLREIVTPDSLEGAV-ITLVNVIYFKGLWTYPFP 180 + + S + A +N+W + TNG + E++ S + + N +YFKG W F Sbjct 123 NQADFQSKAVEVIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFD 182 Query 181 EVANNVKPFYGTRGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNK----LAMYFIL 236 E F+ G A +M + Y SA G ++L LPY + +MYF L Sbjct 183 ESLTQEGEFHLLDGNKVTAPFMTSKKKQYV--SAYDGFKVLGLPYLQGQDKRQFSMYFYL 240 Query 237 PNPDNTVNQVLDRINSAS--LHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREI 294 P+ +N ++ +LD+I S L + + +PKFKF F + L+ +G+ Sbjct 241 PDANNGLSDLLDKIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSP 300 Query 295 FSQNASLPLLARGRGARDEVRVSRIFQKAGITINELGSEAYAATE--IQLVNKFGGDGVQ 352 FS L + + VS IF KA I +NE G+EA AA+ I+L + Sbjct 301 FSGEEGLTEMVESPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEI 360 Query 353 IFNANRPFIFFIEDETLGTMLFAGKIENPV 382 F A+ PF+ + + G +LF G++ +P+ Sbjct 361 DFVADHPFLLVVTENITGVVLFIGQVVDPL 390 Query= d4x30a_ Length=378 >d4x30a_ Length=378 Score = 748 bits (1930), Expect = 2.45e-278 Identities = 378/378 (100%), Positives = 378/378 (100%), Gaps = 0/378 (0%) Query 1 ATLYKMSSINADFAFNLYRRFTVETPDKNIFFSPVSISAALVMLSFGACCSTQTEIVETL 60 ATLYKMSSINADFAFNLYRRFTVETPDKNIFFSPVSISAALVMLSFGACCSTQTEIVETL Sbjct 1 ATLYKMSSINADFAFNLYRRFTVETPDKNIFFSPVSISAALVMLSFGACCSTQTEIVETL 60 Query 61 GFNLTDTPMVEIQHGFQHLICSLNFPKKELELQIGNALFIGKHLKPLAKFLNDVKTLYET 120 GFNLTDTPMVEIQHGFQHLICSLNFPKKELELQIGNALFIGKHLKPLAKFLNDVKTLYET Sbjct 61 GFNLTDTPMVEIQHGFQHLICSLNFPKKELELQIGNALFIGKHLKPLAKFLNDVKTLYET 120 Query 121 EVFSTDFSNISAAKQEINSHVEMQTKGKVVGLIQDLKPNTIMVLVNYIHFKAQWANPFDP 180 EVFSTDFSNISAAKQEINSHVEMQTKGKVVGLIQDLKPNTIMVLVNYIHFKAQWANPFDP Sbjct 121 EVFSTDFSNISAAKQEINSHVEMQTKGKVVGLIQDLKPNTIMVLVNYIHFKAQWANPFDP 180 Query 181 SKTEDSSSFLIDKTTTVQVPMMHQMEQYYHLVDMELNCTVLQMDYSKNALALFVLPKEGQ 240 SKTEDSSSFLIDKTTTVQVPMMHQMEQYYHLVDMELNCTVLQMDYSKNALALFVLPKEGQ Sbjct 181 SKTEDSSSFLIDKTTTVQVPMMHQMEQYYHLVDMELNCTVLQMDYSKNALALFVLPKEGQ 240 Query 241 MESVEAAMSSKTLKKWNRLLQKGWVDLFVPKFSISATYDLGATLLKMGIQHAYSENADFS 300 MESVEAAMSSKTLKKWNRLLQKGWVDLFVPKFSISATYDLGATLLKMGIQHAYSENADFS Sbjct 241 MESVEAAMSSKTLKKWNRLLQKGWVDLFVPKFSISATYDLGATLLKMGIQHAYSENADFS 300 Query 301 GLTEDNGLKLSNAAHKAVLHIGEKGTEAAAVPEVELSDQPENTFLHPIIQIDRSFMLLIL 360 GLTEDNGLKLSNAAHKAVLHIGEKGTEAAAVPEVELSDQPENTFLHPIIQIDRSFMLLIL Sbjct 301 GLTEDNGLKLSNAAHKAVLHIGEKGTEAAAVPEVELSDQPENTFLHPIIQIDRSFMLLIL 360 Query 361 ERSTRSILFLGKVVNPTE 378 ERSTRSILFLGKVVNPTE Sbjct 361 ERSTRSILFLGKVVNPTE 378 Query= d5ncsa1 Length=370 >d5ncsa1 Length=370 Score = 740 bits (1910), Expect = 1.47e-275 Identities = 370/370 (100%), Positives = 370/370 (100%), Gaps = 0/370 (0%) Query 1 EKIEKDNAFAFDLLQTTRKHVTEANVFISPLSVSMALNMTLNGAAGVTADEMKTALRETG 60 EKIEKDNAFAFDLLQTTRKHVTEANVFISPLSVSMALNMTLNGAAGVTADEMKTALRETG Sbjct 1 EKIEKDNAFAFDLLQTTRKHVTEANVFISPLSVSMALNMTLNGAAGVTADEMKTALRETG 60 Query 61 YTMEDINEYSHSLREALLKVDPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVD 120 YTMEDINEYSHSLREALLKVDPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVD Sbjct 61 YTMEDINEYSHSLREALLKVDPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVD 120 Query 121 FSSPATLPAINGWCAQKTNDKITKILDYIPGNAFMYLINAVYFKGIWVTQFKKSDTKRAP 180 FSSPATLPAINGWCAQKTNDKITKILDYIPGNAFMYLINAVYFKGIWVTQFKKSDTKRAP Sbjct 121 FSSPATLPAINGWCAQKTNDKITKILDYIPGNAFMYLINAVYFKGIWVTQFKKSDTKRAP 180 Query 181 FRKADGTTQEVNMMAQKSTFGYTTDECCQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQL 240 FRKADGTTQEVNMMAQKSTFGYTTDECCQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQL Sbjct 181 FRKADGTTQEVNMMAQKSTFGYTTDECCQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQL 240 Query 241 DNKHWSMIIKGIRPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTETADFPGITDAAI 300 DNKHWSMIIKGIRPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTETADFPGITDAAI Sbjct 241 DNKHWSMIIKGIRPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTETADFPGITDAAI 300 Query 301 FISRVIHKTFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHINKPFVFAIREKSTGVIL 360 FISRVIHKTFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHINKPFVFAIREKSTGVIL Sbjct 301 FISRVIHKTFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHINKPFVFAIREKSTGVIL 360 Query 361 FIGEIGEVKE 370 FIGEIGEVKE Sbjct 361 FIGEIGEVKE 370 >d3kcgi_ Length=429 Score = 144 bits (364), Expect = 1.80e-41 Identities = 106/357 (29%), Positives = 184/357 (51%), Gaps = 21/357 (5%) Query 25 NVFISPLSVSMALNMTLNGAAGVTADEMKTALRE---TGYTMEDINEYSHSLREALL-KV 80 N+F+SPLS+S A MT GA T ++ + + T + I+ + L L K Sbjct 73 NIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFFFAKLNCRLYRKA 132 Query 81 DPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVDFSSPA--TLPAINGWCAQKT 138 + ++ + AN ++ + E + + Y A+++ +DF A + AIN W + KT Sbjct 133 NKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQSRAAINKWVSNKT 192 Query 139 NDKITKILDYIPGNAF-----MYLINAVYFKGIWVTQFKKSDTKRAPFRKADGTTQEVNM 193 +IT D IP A + L+N +YFKG+W ++F +T++ F KADG + +M Sbjct 193 EGRIT---DVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYKADGESCSASM 249 Query 194 MAQKSTFGYT-TDECCQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQLDNKHWSMIIKGI 252 M Q+ F Y E Q LE+ + +M+++LP ++ V ++L + + + Sbjct 250 MYQEGKFRYRRVAEGTQVLELPFKGDDITMVLILPKPEKSLAKVEKELTPEVLQEWLDEL 309 Query 253 RPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFT-ETADFPGITDAA---IFISRVIHK 308 + + MPRF+ E + L+++ L +MG+ F+ E + PGI +++S HK Sbjct 310 EEMMLVVHMPRFRIEDGFSLKEQ-LQDMGLVDLFSPEKSKLPGIVAEGRDDLYVSDAFHK 368 Query 309 TFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHINKPFVFAIREKSTGVILFIGEI 365 F++V+EEG+EAAA TAV ++ S + + F N+PF+ IRE I+F+G + Sbjct 369 AFLEVNEEGSEAAASTAV-VIAGRSLNPNRVTFKANRPFLVFIREVPLNTIIFMGRV 424 >d3le2a1 Length=391 Score = 125 bits (315), Expect = 8.54e-35 Identities = 105/388 (27%), Positives = 183/388 (47%), Gaps = 29/388 (7%) Query 1 EKIEKDNAFAFDLLQTTRKHVTE-ANVFISPLSVSMALNMTLNGAAGVTADEMKTALRET 59 E I N + +L + V++ +NV SP S+++ L++ G+AG T D++ + L+ + Sbjct 5 ESISLQNQVSMNLAKHVITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSFLKFS 64 Query 60 GYTMEDINEYSHSLREALL---KVDPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEV 116 + + +N +S + A+L + + +AN W + K F Y A Sbjct 65 --STDQLNSFSSEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAAS 122 Query 117 KAVDFSSPAT--LPAINGWCAQKTNDKITKILDYIPGNAFMYLI--NAVYFKGIWVTQFK 172 DF S A + +N W ++TN IT++L ++ LI NA+YFKG W +F Sbjct 123 NQADFQSKAVEVIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFD 182 Query 173 KSDTKRAPFRKADGTTQEVNMMAQKSTFGYTTDECCQYLEMDY----GNKAFSMIVMLPN 228 +S T+ F DG M K + + + L + Y + FSM LP+ Sbjct 183 ESLTQEGEFHLLDGNKVTAPFMTSKKKQYVSAYDGFKVLGLPYLQGQDKRQFSMYFYLPD 242 Query 229 EGQTTRDVIEQLDNKHWSMIIKGIRPTQVSLR---MPRFKTECKYGLE-KKILPEMGMNV 284 D+++++ + + I QV +R +P+FK +G + +L +G+ Sbjct 243 ANNGLSDLLDKIVSTP-GFLDNHIPRRQVKVREFKIPKFK--FSFGFDASNVLKGLGLTS 299 Query 285 PF------TETADFPGITDAAIFISRVIHKTFVQVDEEGTEAAAVTA-VEMVKTSSPSTT 337 PF TE + P + + +S + HK ++V+EEGTEAAA +A V ++ Sbjct 300 PFSGEEGLTEMVESPEM-GKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEED 358 Query 338 PINFHINKPFVFAIREKSTGVILFIGEI 365 I+F + PF+ + E TGV+LFIG++ Sbjct 359 EIDFVADHPFLLVVTENITGVVLFIGQV 386 >d3ozqa1 Length=373 Score = 120 bits (302), Expect = 4.32e-33 Identities = 101/356 (28%), Positives = 175/356 (49%), Gaps = 27/356 (7%) Query 23 EANVFISPLSVSMALNMTLNGAAGVTADEMKTALRETGYTMEDINEYSHSLREALLKV-D 81 +AN +SP S + L + +G G TA+E++ L G D + +++E L K+ + Sbjct 28 KANFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFVG----DREKAEGAVKEVLSKLTN 83 Query 82 PSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVDFSSPATLPAI-NGWCAQKTND 140 T+ AN I+ K V+E F Y A+ + VDFS + N W ++T Sbjct 84 EEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSENVDFSEKNDAAKLMNAWVEEQTQH 143 Query 141 KITKILD--YIPGNAFMYLINAVYFKGIWVTQFKKSDTKRAPFRKADGTTQEVNMM-AQK 197 KI ++D + + LINA+YF W+ F T+++ F K+ +V+ M + Sbjct 144 KIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFHTRKSDFHKSAKEVVQVDTMYLDE 203 Query 198 STFGYTTDEC----CQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQLDNKHWSMIIKGIR 253 F Y EC + LE+ + A S+ ++L N+ + + ++ S + + Sbjct 204 QYFNYY--ECHHLDAKLLELPFKGGA-SLTIVLSNQIEGLVSLESKIKR---SFLPHNLT 257 Query 254 PTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTETADFPGITDAA--IFISRVIHKTFV 311 V++ +P+FK E KK+L ++G+ F + AD GI + IS ++ K+F+ Sbjct 258 KQLVNVALPKFKIESTVDF-KKVLKKLGVKKAFGDEADLSGIAGEKGDLVISNIVQKSFI 316 Query 312 QVDEEGTEAAAVTAVEMV--KTSSPSTTPINFHINKPFVFAIREKSTGVILFIGEI 365 V EEG EAAA T + ++ + + P + P F ++ PF+F I+ K G+ILF G + Sbjct 317 DVSEEGVEAAAATYIPVILPEMALPDS-PKQFIVDHPFIFYIKVK--GMILFAGRV 369 >d1k9oi_ Length=376 Score = 115 bits (288), Expect = 4.13e-31 Identities = 107/378 (28%), Positives = 172/378 (45%), Gaps = 27/378 (7%) Query 4 EKDNAFAFDLLQTTRKHVTEANVFISPLSVSMALNMTLNGAAGVTADEMKTAL-----RE 58 E ++ F + K NV +S SV L + G + DE+ AL Sbjct 11 ESNDQFTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPNDNV 70 Query 59 TGYTMEDINEYSHSLREALLKVDPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKA 118 T D+N +++ LK MA+ I+ +G + + F +R + +EV+ Sbjct 71 TKDVFADLNRGVRAVKGVDLK--------MASKIYVAKGLELNDDFAAVSRDVFGSEVQN 122 Query 119 VDF-SSPATLPAINGWCAQKTNDKITKILD--YIPGNAFMYLINAVYFKGIWVTQFKKSD 175 VDF S AIN W +TN++I ++D + L+NA+YFKG W +F K Sbjct 123 VDFVKSVEAAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVKER 182 Query 176 TKRAPFRKADGTTQEVNMMAQKSTFGYTT--DECCQYLEMDYGNKAFSMIVMLPNEGQTT 233 T F + T +V M K Y + + +EM Y SMI++LPN+ Sbjct 183 TMDRDFHVSKDKTIKVPTMIGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVDGI 242 Query 234 RDVIEQL-DNKHWSMIIKGIRPTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTE-TAD 291 + ++L D K S + + T+V + +P+FK E L K++L M + FT A Sbjct 243 TALEQKLKDPKALSRAEERLYNTEVEITLPKFKIETTTDL-KEVLSNMNIKKLFTPGAAR 301 Query 292 FPGI--TDAAIFISRVIHKTFVQVDEEGTEAAAVTAVEMVKTSSPSTTPINFHINKPFVF 349 + T ++ + I K F++V+EEG EAAA A +V S + HI++PF F Sbjct 302 LENLLKTKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLILYPEV--HIDRPFYF 359 Query 350 AIREKSTGVILFIGEIGE 367 + K G+ +F G++ E Sbjct 360 EL--KIDGIPMFNGKVIE 375 Query= d3le2a1 Length=391 >d3le2a1 Length=391 Score = 753 bits (1944), Expect = 4.97e-280 Identities = 391/391 (100%), Positives = 391/391 (100%), Gaps = 0/391 (0%) Query 1 MDVRESISLQNQVSMNLAKHVITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSF 60 MDVRESISLQNQVSMNLAKHVITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSF Sbjct 1 MDVRESISLQNQVSMNLAKHVITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSF 60 Query 61 LKFSSTDQLNSFSSEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKA 120 LKFSSTDQLNSFSSEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKA Sbjct 61 LKFSSTDQLNSFSSEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKA 120 Query 121 ASNQADFQSKAVEVIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEK 180 ASNQADFQSKAVEVIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEK Sbjct 121 ASNQADFQSKAVEVIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEK 180 Query 181 FDESLTQEGEFHLLDGNKVTAPFMTSKKKQYVSAYDGFKVLGLPYLQGQDKRQFSMYFYL 240 FDESLTQEGEFHLLDGNKVTAPFMTSKKKQYVSAYDGFKVLGLPYLQGQDKRQFSMYFYL Sbjct 181 FDESLTQEGEFHLLDGNKVTAPFMTSKKKQYVSAYDGFKVLGLPYLQGQDKRQFSMYFYL 240 Query 241 PDANNGLSDLLDKIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSP 300 PDANNGLSDLLDKIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSP Sbjct 241 PDANNGLSDLLDKIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSP 300 Query 301 FSGEEGLTEMVESPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEI 360 FSGEEGLTEMVESPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEI Sbjct 301 FSGEEGLTEMVESPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEI 360 Query 361 DFVADHPFLLVVTENITGVVLFIGQVVDPLH 391 DFVADHPFLLVVTENITGVVLFIGQVVDPLH Sbjct 361 DFVADHPFLLVVTENITGVVLFIGQVVDPLH 391 >d3kcgi_ Length=429 Score = 167 bits (422), Expect = 1.36e-49 Identities = 116/377 (30%), Positives = 194/377 (51%), Gaps = 17/377 (4%) Query 19 KHVITTVSQNSNVIFSPASINVVLSIIAAGSAGATKDQILSFLKFSS-----TDQLNSFS 73 +H+ + + N N+ SP SI+ ++ G+ T Q++ KF + +DQ++ F Sbjct 62 QHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFDTISEKTSDQIHFFF 121 Query 74 SEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVE 133 +++ + AN KL AN + DKSL+F +++ + E Y A DF+ A + Sbjct 122 AKLNCRLYRK--ANKASKLVSANRLFGDKSLTFNETYQDISELVYGAKLQPLDFKENAEQ 179 Query 134 VIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHL 193 A +N W +T G IT+V+P + + +T L+ N +YFKG W KF T++ F+ Sbjct 180 SRAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKFSPENTRKELFYK 239 Query 194 LDGNKVTAPFMTSKKK-QYVSAYDGFKVLGLPYLQGQDKRQFSMYFYLPDANNGLSDLLD 252 DG +A M + K +Y +G +VL LP+ +G D +M LP L+ + Sbjct 240 ADGESCSASMMYQEGKFRYRRVAEGTQVLELPF-KGDD---ITMVLILPKPEKSLAKVEK 295 Query 253 KIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSPFSGEEGLTEMVE 312 ++ TP L + + + +P+F+ GF L+ +GL FS E+ + Sbjct 296 EL--TPEVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPEKSKLPGIV 353 Query 313 SPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEIDFVADHPFLLVV 372 + E +L VS+ FHKA +EVNEEG+EAAA++A VI R L + + F A+ PFL+ + Sbjct 354 A-EGRDDLYVSDAFHKAFLEVNEEGSEAAASTAVVIAGRSL--NPNRVTFKANRPFLVFI 410 Query 373 TENITGVVLFIGQVVDP 389 E ++F+G+V +P Sbjct 411 REVPLNTIIFMGRVANP 427 >d3pzfa_ Length=383 Score = 126 bits (316), Expect = 8.14e-35 Identities = 102/390 (26%), Positives = 177/390 (45%), Gaps = 24/390 (6%) Query 10 QNQVSMNLAKHVITTVSQNSNVIFSPASINVVLSIIAAGS-------AGATKDQILSFLK 62 QN+ + K + NSNV+ SP S+ ++L++I S TK ++ S ++ Sbjct 8 QNEFDLMFVKEIFKN--HNSNVVLSPFSVKILLTLIYEASDTSFGNAVSNTKRELSSVIQ 65 Query 63 FSSTDQLNSFSSEIVSAVLADGSANGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAAS 122 + D S+ +++ + D N L++A ++D + ++Q+ Y A Sbjct 66 NDNIDHTRSYYKQLLESAQQD---NKDYDLNIATNFFVDDFIEVINKYQQIANTHYHAML 122 Query 123 NQADFQSKAVEVIAEVNSWAEKETNGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFD 182 + + S + A +N+W + TNG + E++ S + + N +YFKG W F Sbjct 123 EKVSY-SNPTQTAATINNWVSEHTNGRLREIVTPDSLEGAV-ITLVNVIYFKGLWTYPFP 180 Query 183 ESLTQEGEFHLLDGNKVTAPFMTSKKKQYV--SAYDGFKVLGLPYLQGQDKRQFSMYFYL 240 E F+ G A +M + Y SA G ++L LPY + +MYF L Sbjct 181 EVANNVKPFYGTRGKPTNAQYMEQNGQFYYDNSADLGAQILRLPYRGNK----LAMYFIL 236 Query 241 PDANNGLSDLLDKIVSTPGFLDNHIPRRQVKVREFKIPKFKFSFGFDASNVLKGLGLTSP 300 P+ +N ++ +LD+I S L + + +PKFKF F + L+ +G+ Sbjct 237 PNPDNTVNQVLDRINSAS--LHQALWYMEENEVNVTLPKFKFDFSEQLNEPLQQVGIREI 294 Query 301 FSGEEGLTEMVESPEMGKNLCVSNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEI 360 FS L + + VS IF KA I +NE G+EA AA+ I+L + Sbjct 295 FSQNASLPLLARGRGARDEVRVSRIFQKAGITINELGSEAYAATE--IQLVNKFGGDGVQ 352 Query 361 DFVADHPFLLVVTENITGVVLFIGQVVDPL 390 F A+ PF+ + + G +LF G++ +P+ Sbjct 353 IFNANRPFIFFIEDETLGTMLFAGKIENPV 382 >d1k9oi_ Length=376 Score = 123 bits (308), Expect = 9.64e-34 Identities = 105/364 (28%), Positives = 169/364 (46%), Gaps = 23/364 (6%) Query 30 NVIFSPASINVVLSIIAAGSAGATKDQILSFLKFSSTDQLNSFSSEIVSAVLADGSANGG 89 NV+ S S+ L +A S G + D++L L + + +++ V A G Sbjct 32 NVVLSAFSVLPPLGQLALASVGESHDELLRALALPNDNVTKDVFADLNRGVRAVK----G 87 Query 90 PKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVEVIAEVNSWAEKETNGL 149 L +A+ ++ K L F + D + + DF K+VE +N W E +TN Sbjct 88 VDLKMASKIYVAKGLELNDDFAAVSRDVFGSEVQNVDFV-KSVEAAGAINKWVEDQTNNR 146 Query 150 ITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHLLDGNKVTAPFMTSKKK 209 I ++ + D T+ + NA+YFKG+W +KF + T + +FH+ + P M KK Sbjct 147 IKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVKERTMDRDFHVSKDKTIKVPTMIGKKD 206 Query 210 -QYVSAYD-GFKVLGLPYLQGQDKRQFSMYFYLPDANNGLSDLLDKIVSTPGFLDNHIPR 267 +Y + K++ + Y + Q SM LP+ +G++ L K+ P L R Sbjct 207 VRYADVPELDAKMIEMSY----EGDQASMIIILPNQVDGITALEQKL-KDPKALSRAEER 261 Query 268 RQVKVREFKIPKFKFSFGFDASNVLKGLGLTSPFS-GEEGLTEMVESPEMGKNLCVSNIF 326 E +PKFK D VL + + F+ G L ++++ E +L V Sbjct 262 LYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAARLENLLKTKE---SLTVDAAI 318 Query 327 HKACIEVNEEGTEAAAASA-GVIKLRGLLMEEDEIDFVADHPFLLVVTENITGVVLFIGQ 385 KA IEVNEEG EAAAA+A G++ +L E ID PF + I G+ +F G+ Sbjct 319 QKAFIEVNEEGAEAAAANAFGIVPKSLILYPEVHID----RPFYFEL--KIDGIPMFNGK 372 Query 386 VVDP 389 V++P Sbjct 373 VIEP 376 >d1wz9a_ Length=375 Score = 119 bits (299), Expect = 1.72e-32 Identities = 98/367 (26%), Positives = 162/367 (44%), Gaps = 25/367 (6%) Query 30 NVIFSPASINVVLSIIAAGSAGATKDQILSFLKFSSTDQLNSFSSEIVSAVLADGSANGG 89 NV+FSP ++ LS+ G+ G T ++I L F + + + S V S Sbjct 27 NVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHFENVKDVPFGFQTVTSDVNKLSSFY-- 84 Query 90 PKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVEVIAEVNSWAEKETNGL 149 L + ++DKSL+ F + Y DF+ K E ++N+ + T+G Sbjct 85 -SLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVDFKDKLEETKGQINNSIKDLTDGH 143 Query 150 ITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHLLDGNKVTAPFMTSKKK 209 +L + S + TK++ NA YF G W +KF ES T+E F L + M + Sbjct 144 FENILADNSVNDQTKILVVNAAYFVGKWMKKFPESETKECPFRLNKTDTKPVQMMNMEAT 203 Query 210 QYVSAYDGF--KVLGLPYLQGQDKRQFSMYFYLP----DANNGLSDLLDKIVSTPGFLDN 263 + D K++ LP+ + SM+ LP D + GL + ++K +++ Sbjct 204 FCMGNIDSINCKIIELPF----QNKHLSMFILLPKDVEDESTGL-EKIEKQLNSESLSQW 258 Query 264 HIPRRQVKVR-EFKIPKFKFSFGFDASNVLKGLGLTSPFSGEEGLTEMVESPEMGKNLCV 322 P + + IPKFK D L+ LGL FS + T K + + Sbjct 259 TNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSED---TSDFSGMSETKGVAL 315 Query 323 SNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEIDFVADHPFLLVVTENITGVVLF 382 SN+ HK C+E+ E+G ++ I L +DE++ ADHPF+ ++ N T ++F Sbjct 316 SNVIHKVCLEITEDGGDSIEVPGARI-----LQHKDELN--ADHPFIYIIRHNKTRNIIF 368 Query 383 IGQVVDP 389 G+ P Sbjct 369 FGKFCSP 375 >d5ncsa1 Length=370 Score = 117 bits (292), Expect = 1.51e-31 Identities = 100/364 (27%), Positives = 173/364 (47%), Gaps = 28/364 (7%) Query 29 SNVIFSPASINVVLSIIAAGSAGATKDQILSFLKFS--STDQLNSFSSEIVSAVLADGSA 86 +NV SP S+++ L++ G+AG T D++ + L+ + + + +N +S + A+L Sbjct 24 ANVFISPLSVSMALNMTLNGAAGVTADEMKTALRETGYTMEDINEYSHSLREALLK---V 80 Query 87 NGGPKLSVANGAWIDKSLSFKPSFKQLLEDSYKAASNQADFQSKAVEVIAEVNSWAEKET 146 + + +AN W + K F Y A DF S A + +N W ++T Sbjct 81 DPSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVDFSSPAT--LPAINGWCAQKT 138 Query 147 NGLITEVLPEGSADSMTKLIFANALYFKGTWNEKFDESLTQEGEFHLLDGNKVTAPFMTS 206 N IT++L ++ LI NA+YFKG W +F +S T+ F DG M Sbjct 139 NDKITKILDYIPGNAFMYLI--NAVYFKGIWVTQFKKSDTKRAPFRKADGTTQEVNMMAQ 196 Query 207 KKKQYVSAYDGFKVLGLPYLQGQDKRQFSMYFYLPDANNGLSDLLDKIVSTP-GFLDNHI 265 K + + + L + Y + FSM LP+ D+++++ + + I Sbjct 197 KSTFGYTTDECCQYLEMDY----GNKAFSMIVMLPNEGQTTRDVIEQLDNKHWSMIIKGI 252 Query 266 PRRQVKVREFKIPKFKFS--FGFDASNVLKGLGLTSPFSGEEGLTEMVESPEM-GKNLCV 322 QV +R +P+FK +G + +L +G+ PF TE + P + + + Sbjct 253 RPTQVSLR---MPRFKTECKYGLE-KKILPEMGMNVPF------TETADFPGITDAAIFI 302 Query 323 SNIFHKACIEVNEEGTEAAAASAGVIKLRGLLMEEDEIDFVADHPFLLVVTENITGVVLF 382 S + HK ++V+EEGTEAAA +A V ++ I+F + PF+ + E TGV+LF Sbjct 303 SRVIHKTFVQVDEEGTEAAAVTA-VEMVKTSSPSTTPINFHINKPFVFAIREKSTGVILF 361 Query 383 IGQV 386 IG++ Sbjct 362 IGEI 365 Query= d3ozqa1 Length=373 >d3ozqa1 Length=373 Score = 726 bits (1875), Expect = 4.01e-270 Identities = 373/373 (100%), Positives = 373/373 (100%), Gaps = 0/373 (0%) Query 1 EDATLQEFPNAVNSFTPSVYKEVLKTEKANFLVSPFSAATLLALAQSGCRGDTAEEIRQV 60 EDATLQEFPNAVNSFTPSVYKEVLKTEKANFLVSPFSAATLLALAQSGCRGDTAEEIRQV Sbjct 1 EDATLQEFPNAVNSFTPSVYKEVLKTEKANFLVSPFSAATLLALAQSGCRGDTAEEIRQV 60 Query 61 LHFVGDREKAEGAVKEVLSKLTNEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSEN 120 LHFVGDREKAEGAVKEVLSKLTNEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSEN Sbjct 61 LHFVGDREKAEGAVKEVLSKLTNEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSEN 120 Query 121 VDFSEKNDAAKLMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFH 180 VDFSEKNDAAKLMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFH Sbjct 121 VDFSEKNDAAKLMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFH 180 Query 181 TRKSDFHKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGGASLTIVLSNQIEGL 240 TRKSDFHKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGGASLTIVLSNQIEGL Sbjct 181 TRKSDFHKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGGASLTIVLSNQIEGL 240 Query 241 VSLESKIKRSFLPHNLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFGDEADLSGIAG 300 VSLESKIKRSFLPHNLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFGDEADLSGIAG Sbjct 241 VSLESKIKRSFLPHNLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFGDEADLSGIAG 300 Query 301 EKGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIFYIKVK 360 EKGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIFYIKVK Sbjct 301 EKGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIFYIKVK 360 Query 361 GMILFAGRVTTLN 373 GMILFAGRVTTLN Sbjct 361 GMILFAGRVTTLN 373 >d1k9oi_ Length=376 Score = 201 bits (511), Expect = 2.13e-63 Identities = 126/369 (34%), Positives = 202/369 (54%), Gaps = 21/369 (5%) Query 13 NSFTPSVYKEVLKTEKA-NFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFVGDREKAE 71 + FT ++ EV+K N ++S FS L G++ +E+ + L D Sbjct 14 DQFTAQMFSEVVKANPGQNVVLSAFSVLPPLGQLALASVGESHDELLRALALPNDN---- 69 Query 72 GAVKEVLSKLTN-----EEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSENVDFSEK 126 K+V + L + L A+KIYV + ++F ++ +V+G++ +NVDF + Sbjct 70 -VTKDVFADLNRGVRAVKGVDLKMASKIYVAKGLELNDDFAAVSRDVFGSEVQNVDFVKS 128 Query 127 NDAAKLMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFHTRKSDF 186 +AA +N WVE+QT ++I+NLVDP+ L+ TR VL+NA+YF W F T DF Sbjct 129 VEAAGAINKWVEDQTNNRIKNLVDPDALDETTRSVLVNAIYFKGSWKDKFVKERTMDRDF 188 Query 187 HKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGG-ASLTIVLSNQIEGLVSLES 245 H S + ++V TM + ++ Y + LDAK++E+ ++G AS+ I+L NQ++G+ +LE Sbjct 189 HVSKDKTIKVPTM-IGKKDVRYADVPELDAKMIEMSYEGDQASMIIILPNQVDGITALEQ 247 Query 246 KIKR----SFLPHNLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFGD-EADLSGIAG 300 K+K S L V + LPKFKIE+T D K+VL + +KK F A L + Sbjct 248 KLKDPKALSRAEERLYNTEVEITLPKFKIETTTDLKEVLSNMNIKKLFTPGAARLENLLK 307 Query 301 EKGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIFYIKVK 360 K L + +QK+FI+V+EEG EAAAA ++ + L + +D PF F +K+ Sbjct 308 TKESLTVDAAIQKAFIEVNEEGAEAAAANAFGIVPKSLIL---YPEVHIDRPFYFELKID 364 Query 361 GMILFAGRV 369 G+ +F G+V Sbjct 365 GIPMFNGKV 373 >d3kcgi_ Length=429 Score = 155 bits (392), Expect = 1.87e-45 Identities = 113/381 (29%), Positives = 196/381 (51%), Gaps = 22/381 (5%) Query 7 EFPNAVNSFTPSVYKEVL--KTEKANFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFV 64 E A + F + Y+ + K + N +SP S +T A+ + G DT +++ +V F Sbjct 48 ELSKANSRFATTFYQHLADSKNDNDNIFLSPLSISTAFAMTKLGACNDTLQQLMEVFKFD 107 Query 65 GDREKAEGAVKEVLSKLT-------NEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQ 117 EK + +KL N+ L +AN+++ + + E +Q I+ VYGA+ Sbjct 108 TISEKTSDQIHFFFAKLNCRLYRKANKASKLVSANRLFGDKSLTFNETYQDISELVYGAK 167 Query 118 SENVDFSEKNDAAKL-MNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPF 176 + +DF E + ++ +N WV +T+ +I +++ E +N LT +VL+N +YF W F Sbjct 168 LQPLDFKENAEQSRAAINKWVSNKTEGRITDVIPSEAINELTVLVLVNTIYFKGLWKSKF 227 Query 177 PPFHTRKSDFHKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGG-ASLTIVLSN 235 P +TRK F+K+ E MY E F Y ++LELPFKG ++ ++L Sbjct 228 SPENTRKELFYKADGESCSASMMY-QEGKFRYRRVAE-GTQVLELPFKGDDITMVLILPK 285 Query 236 QIEGLVSLESKIKRSFLPH---NLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFGDE 292 + L +E ++ L L + ++ V +P+F+IE K+ L+ +G+ F E Sbjct 286 PEKSLAKVEKELTPEVLQEWLDELEEMMLVVHMPRFRIEDGFSLKEQLQDMGLVDLFSPE 345 Query 293 -ADLSGIAGE-KGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVD 350 + L GI E + DL +S+ K+F++V+EEG EAAA+T V++ +L + F + Sbjct 346 KSKLPGIVAEGRDDLYVSDAFHKAFLEVNEEGSEAAASTA--VVIAGRSLNPNRVTFKAN 403 Query 351 HPFIFYIKVKGM--ILFAGRV 369 PF+ +I+ + I+F GRV Sbjct 404 RPFLVFIREVPLNTIIFMGRV 424 >d1wz9a_ Length=375 Score = 151 bits (381), Expect = 2.47e-44 Identities = 109/374 (29%), Positives = 194/374 (51%), Gaps = 28/374 (7%) Query 11 AVNSFTPSVYKEVLKTEK-ANFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFVGDREK 69 A ++F ++K++ + E N L SP +T L+LAQ G +GDTA EI QVLHF ++ Sbjct 7 ANSAFAVDLFKQLCEKEPLGNVLFSPICLSTSLSLAQVGAKGDTANEIGQVLHFENVKDV 66 Query 70 AEG--AVKEVLSKLTNEEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSENVDFSEKN 127 G V ++KL++ Y+L ++YV + ++ EF Y + E VDF +K Sbjct 67 PFGFQTVTSDVNKLSSF-YSLKLIKRLYVDKSLNLSTEFISSTKRPYAKELETVDFKDKL 125 Query 128 DAAK-LMNAWVEEQTQHKIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFHTRKSDF 186 + K +N +++ T +N++ +N+ T+++++NA YF KW+ FP T++ F Sbjct 126 EETKGQINNSIKDLTDGHFENILADNSVNDQTKILVVNAAYFVGKWMKKFPESETKECPF 185 Query 187 HKSAKEVVQVDTMYLDEQYFNYYECHHLDAKLLELPFKGG-ASLTIVLSNQIE----GLV 241 + + V M + E F ++ K++ELPF+ S+ I+L +E GL Sbjct 186 RLNKTDTKPVQMMNM-EATFCMGNIDSINCKIIELPFQNKHLSMFILLPKDVEDESTGLE 244 Query 242 SLESKIKRSFL-----PHNLTKQLVNVALPKFKIESTVDFKKVLKKLGVKKAFG-DEADL 295 +E ++ L P + V +++PKFK+E +D K L+ LG+K F D +D Sbjct 245 KIEKQLNSESLSQWTNPSTMANAKVKLSIPKFKVEKMIDPKACLENLGLKHIFSEDTSDF 304 Query 296 SGIAGEKGDLVISNIVQKSFIDVSEEGVEAAAATYIPVILPEMALPDSPKQFIVDHPFIF 355 SG++ KG + +SN++ K ++++E+G ++ + +P + + DHPFI+ Sbjct 305 SGMSETKG-VALSNVIHKVCLEITEDGGDS-------IEVPGARILQHKDELNADHPFIY 356 Query 356 YI---KVKGMILFA 366 I K + +I F Sbjct 357 IIRHNKTRNIIFFG 370 >d5ncsa1 Length=370 Score = 117 bits (293), Expect = 7.97e-32 Identities = 101/356 (28%), Positives = 175/356 (49%), Gaps = 27/356 (7%) Query 28 KANFLVSPFSAATLLALAQSGCRGDTAEEIRQVLHFVG----DREKAEGAVKEVLSKLTN 83 +AN +SP S + L + +G G TA+E++ L G D + +++E L K+ + Sbjct 23 EANVFISPLSVSMALNMTLNGAAGVTADEMKTALRETGYTMEDINEYSHSLREALLKV-D 81 Query 84 EEYTLHTANKIYVKTNFSVREEFQKIAVEVYGAQSENVDFSEKNDAAKLMNAWVEEQTQH 143 T+ AN I+ K V+E F Y A+ + VDFS + N W ++T Sbjct 82 PSTTIGMANSIWYKQGELVKEPFILANRTHYDAEVKAVDFSSPATLPAI-NGWCAQKTND 140 Query 144 KIQNLVDPEILNNLTRVVLINALYFNAKWLVPFPPFHTRKSDFHKSAKEVVQVDTMYLDE 203 KI ++D + + LINA+YF W+ F T+++ F K+ +V+ M + Sbjct 141 KITKILD--YIPGNAFMYLINAVYFKGIWVTQFKKSDTKRAPFRKADGTTQEVNMM-AQK 197 Query 204 QYFNYY--ECHHLDAKLLELPFKGGA-SLTIVLSNQIEGLVSLESKIKR---SFLPHNLT 257 F Y EC + LE+ + A S+ ++L N+ + + ++ S + + Sbjct 198 STFGYTTDEC----CQYLEMDYGNKAFSMIVMLPNEGQTTRDVIEQLDNKHWSMIIKGIR 253 Query 258 KQLVNVALPKFKIESTVDF-KKVLKKLGVKKAFGDEADLSGIAGEKGDLVISNIVQKSFI 316 V++ +P+FK E KK+L ++G+ F + AD GI + IS ++ K+F+ Sbjct 254 PTQVSLRMPRFKTECKYGLEKKILPEMGMNVPFTETADFPGITDAA--IFISRVIHKTFV 311 Query 317 DVSEEGVEAAAATYIPVILPEMALPDS-PKQFIVDHPFIFYIKVK--GMILFAGRV 369 V EEG EAAA T + ++ + + P + P F ++ PF+F I+ K G+ILF G + Sbjct 312 QVDEEGTEAAAVTAVEMV--KTSSPSTTPINFHINKPFVFAIREKSTGVILFIGEI 365 Query= d3ii9a1 Length=240 >d3ii9a1 Length=240 Score = 491 bits (1264), Expect = 1.82e-181 Identities = 240/240 (100%), Positives = 240/240 (100%), Gaps = 0/240 (0%) Query 1 AATFHWDDPLLLDQQLADDERMVRDAAHAYAQGKLAPRVTEAFRHETTDAAIFREMGEIG 60 AATFHWDDPLLLDQQLADDERMVRDAAHAYAQGKLAPRVTEAFRHETTDAAIFREMGEIG Sbjct 1 AATFHWDDPLLLDQQLADDERMVRDAAHAYAQGKLAPRVTEAFRHETTDAAIFREMGEIG 60 Query 61 LLGPTIPEQYGGPGLDYVSYGLIAREVERVDSGYRSMMSVQSSLVMVPIFEFGSDAQKEK 120 LLGPTIPEQYGGPGLDYVSYGLIAREVERVDSGYRSMMSVQSSLVMVPIFEFGSDAQKEK Sbjct 61 LLGPTIPEQYGGPGLDYVSYGLIAREVERVDSGYRSMMSVQSSLVMVPIFEFGSDAQKEK 120 Query 121 YLPKLATGEWIGCFGLTEPNHGSDPGSMVTRARKVPGGYSLSGSKMWITNSPIADVFVVW 180 YLPKLATGEWIGCFGLTEPNHGSDPGSMVTRARKVPGGYSLSGSKMWITNSPIADVFVVW Sbjct 121 YLPKLATGEWIGCFGLTEPNHGSDPGSMVTRARKVPGGYSLSGSKMWITNSPIADVFVVW 180 Query 181 AKLDEDGRDEIRGFILEKGCKGLSAPAIHGKVGLRASITGEIVLDEAFVPEENILPHVKG 240 AKLDEDGRDEIRGFILEKGCKGLSAPAIHGKVGLRASITGEIVLDEAFVPEENILPHVKG Sbjct 181 AKLDEDGRDEIRGFILEKGCKGLSAPAIHGKVGLRASITGEIVLDEAFVPEENILPHVKG 240 Query= d5jsca1 Length=234 >d5jsca1 Length=234 Score = 466 bits (1198), Expect = 1.32e-171 Identities = 234/234 (100%), Positives = 234/234 (100%), Gaps = 0/234 (0%) Query 1 ELDLHSALAWPFFEPRHRELAAGIEAWCRANLAHEDHEDVDATCRRLVRELGAAGWLKYG 60 ELDLHSALAWPFFEPRHRELAAGIEAWCRANLAHEDHEDVDATCRRLVRELGAAGWLKYG Sbjct 1 ELDLHSALAWPFFEPRHRELAAGIEAWCRANLAHEDHEDVDATCRRLVRELGAAGWLKYG 60 Query 61 VGGVAYGGHGDTIDTRAVCLLRETLAKHSGLADFALAMQGLGSGAISLGGTHEQKTRYLP 120 VGGVAYGGHGDTIDTRAVCLLRETLAKHSGLADFALAMQGLGSGAISLGGTHEQKTRYLP Sbjct 61 VGGVAYGGHGDTIDTRAVCLLRETLAKHSGLADFALAMQGLGSGAISLGGTHEQKTRYLP 120 Query 121 RVANGTAIAAFALSEPEAGSDVAAMTLSAREDGDAYVLDGDKTWISNGGIADFYVVFART 180 RVANGTAIAAFALSEPEAGSDVAAMTLSAREDGDAYVLDGDKTWISNGGIADFYVVFART Sbjct 121 RVANGTAIAAFALSEPEAGSDVAAMTLSAREDGDAYVLDGDKTWISNGGIADFYVVFART 180 Query 181 GEAPGARGISAFVVDADTPGLEIAERIDVIAPHPLARLHFAGARVPRSQMLGAP 234 GEAPGARGISAFVVDADTPGLEIAERIDVIAPHPLARLHFAGARVPRSQMLGAP Sbjct 181 GEAPGARGISAFVVDADTPGLEIAERIDVIAPHPLARLHFAGARVPRSQMLGAP 234 Query= d3r44a1 Length=502 >d3r44a1 Length=502 Score = 994 bits (2570), Expect = 0.0 Identities = 502/502 (100%), Positives = 502/502 (100%), Gaps = 0/502 (0%) Query 1 MKNIGWMLRQRATVSPRLQAYVEPSTDVRMTYAQMNALANRCADVLTALGIAKGDRVALL 60 MKNIGWMLRQRATVSPRLQAYVEPSTDVRMTYAQMNALANRCADVLTALGIAKGDRVALL Sbjct 1 MKNIGWMLRQRATVSPRLQAYVEPSTDVRMTYAQMNALANRCADVLTALGIAKGDRVALL 60 Query 61 MPNSVEFCCLFYGAAKLGAVAVPINTRLAAPEVSFILSDSGSKVVIYGAPSAPVIDAIRA 120 MPNSVEFCCLFYGAAKLGAVAVPINTRLAAPEVSFILSDSGSKVVIYGAPSAPVIDAIRA Sbjct 61 MPNSVEFCCLFYGAAKLGAVAVPINTRLAAPEVSFILSDSGSKVVIYGAPSAPVIDAIRA 120 Query 121 QADPPGTVTDWIGADSLAERLRSAAADEPAVECGGDDNLFIMYTSGTTGHPKGVVHTHES 180 QADPPGTVTDWIGADSLAERLRSAAADEPAVECGGDDNLFIMYTSGTTGHPKGVVHTHES Sbjct 121 QADPPGTVTDWIGADSLAERLRSAAADEPAVECGGDDNLFIMYTSGTTGHPKGVVHTHES 180 Query 181 VHSAASSWASTIDVRYRDRLLLPLPMFHVAALTTVIFSAMRGVTLISMPQFDATKVWSLI 240 VHSAASSWASTIDVRYRDRLLLPLPMFHVAALTTVIFSAMRGVTLISMPQFDATKVWSLI Sbjct 181 VHSAASSWASTIDVRYRDRLLLPLPMFHVAALTTVIFSAMRGVTLISMPQFDATKVWSLI 240 Query 241 VEERVCIGGAVPAILNFMRQVPEFAELDAPDFRYFITGGAPMPEALIKIYAAKNIEVVQG 300 VEERVCIGGAVPAILNFMRQVPEFAELDAPDFRYFITGGAPMPEALIKIYAAKNIEVVQG Sbjct 241 VEERVCIGGAVPAILNFMRQVPEFAELDAPDFRYFITGGAPMPEALIKIYAAKNIEVVQG 300 Query 301 YALTESCGGGTLLLSEDALRKAGSAGRATMFTDVAVRGDDGVIREHGEGEVVIKSDILLK 360 YALTESCGGGTLLLSEDALRKAGSAGRATMFTDVAVRGDDGVIREHGEGEVVIKSDILLK Sbjct 301 YALTESCGGGTLLLSEDALRKAGSAGRATMFTDVAVRGDDGVIREHGEGEVVIKSDILLK 360 Query 361 EYWNRPEATRDAFDNGWFRTGDIGEIDDEGYLYIKDRLKDMIISGGENVYPAEIESVIIG 420 EYWNRPEATRDAFDNGWFRTGDIGEIDDEGYLYIKDRLKDMIISGGENVYPAEIESVIIG Sbjct 361 EYWNRPEATRDAFDNGWFRTGDIGEIDDEGYLYIKDRLKDMIISGGENVYPAEIESVIIG 420 Query 421 VPGVSEVAVIGLPDEKWGEIAAAIVVADQNEVSEQQIVEYCGTRLARYKLPKKVIFAEAI 480 VPGVSEVAVIGLPDEKWGEIAAAIVVADQNEVSEQQIVEYCGTRLARYKLPKKVIFAEAI Sbjct 421 VPGVSEVAVIGLPDEKWGEIAAAIVVADQNEVSEQQIVEYCGTRLARYKLPKKVIFAEAI 480 Query 481 PRNPTGKILKTVLREQYSATVP 502 PRNPTGKILKTVLREQYSATVP Sbjct 481 PRNPTGKILKTVLREQYSATVP 502 Query= d5upta1 Length=512 >d5upta1 Length=512 Score = 1049 bits (2712), Expect = 0.0 Identities = 512/512 (100%), Positives = 512/512 (100%), Gaps = 0/512 (0%) Query 1 QHTTIGDVLREHRRSHPGRTALVDGPVRLTWPELDDRVNRLAGSLAASGIGRGDRIMWLG 60 QHTTIGDVLREHRRSHPGRTALVDGPVRLTWPELDDRVNRLAGSLAASGIGRGDRIMWLG Sbjct 1 QHTTIGDVLREHRRSHPGRTALVDGPVRLTWPELDDRVNRLAGSLAASGIGRGDRIMWLG 60 Query 61 QNSFRVYELIAAAGKLGAMVCVGYWRWAPPEMEFALRDFDPHLVVWQHQEIHETVARTRE 120 QNSFRVYELIAAAGKLGAMVCVGYWRWAPPEMEFALRDFDPHLVVWQHQEIHETVARTRE Sbjct 61 QNSFRVYELIAAAGKLGAMVCVGYWRWAPPEMEFALRDFDPHLVVWQHQEIHETVARTRE 120 Query 121 ALGSDDTARWLRHDSAPQDPDGYEAFLAAGGLADPDLDIDPDSPVLVLYTAAMSGRQCGS 180 ALGSDDTARWLRHDSAPQDPDGYEAFLAAGGLADPDLDIDPDSPVLVLYTAAMSGRQCGS Sbjct 121 ALGSDDTARWLRHDSAPQDPDGYEAFLAAGGLADPDLDIDPDSPVLVLYTAAMSGRQCGS 180 Query 181 LLSHTNLIAMATAAAWLGDIDHTTAFLNSGPMFHIGNHQFWGMPTLLMAGKNVIVRRVVA 240 LLSHTNLIAMATAAAWLGDIDHTTAFLNSGPMFHIGNHQFWGMPTLLMAGKNVIVRRVVA Sbjct 181 LLSHTNLIAMATAAAWLGDIDHTTAFLNSGPMFHIGNHQFWGMPTLLMAGKNVIVRRVVA 240 Query 241 EEVRDLLVAEECTHAFLMPPTVAEIVRLNRDTGHDLSRLRATVAPHLWEGMATTDTSRFT 300 EEVRDLLVAEECTHAFLMPPTVAEIVRLNRDTGHDLSRLRATVAPHLWEGMATTDTSRFT Sbjct 241 EEVRDLLVAEECTHAFLMPPTVAEIVRLNRDTGHDLSRLRATVAPHLWEGMATTDTSRFT 300 Query 301 RSGAAAGRGYGQTELSGFAVTAAYGGPAAGNAGRPGPGLTVRVLDTAGRECAVGEAGEIC 360 RSGAAAGRGYGQTELSGFAVTAAYGGPAAGNAGRPGPGLTVRVLDTAGRECAVGEAGEIC Sbjct 301 RSGAAAGRGYGQTELSGFAVTAAYGGPAAGNAGRPGPGLTVRVLDTAGRECAVGEAGEIC 360 Query 361 ARGTVVHRGYWNRDEVNAHRFRSGWWHTTDLGRREPDGSLTFLGTTTRMLKSAAENIFPA 420 ARGTVVHRGYWNRDEVNAHRFRSGWWHTTDLGRREPDGSLTFLGTTTRMLKSAAENIFPA Sbjct 361 ARGTVVHRGYWNRDEVNAHRFRSGWWHTTDLGRREPDGSLTFLGTTTRMLKSAAENIFPA 420 Query 421 EVENCIEQHPAVREAAVIGVPNTRWAQDVKAVVVLEPDAGVSEQEIIDHCRPRIASYKKP 480 EVENCIEQHPAVREAAVIGVPNTRWAQDVKAVVVLEPDAGVSEQEIIDHCRPRIASYKKP Sbjct 421 EVENCIEQHPAVREAAVIGVPNTRWAQDVKAVVVLEPDAGVSEQEIIDHCRPRIASYKKP 480 Query 481 KSVAFAAALPRTVSGARDYDALDKEYGGGGYP 512 KSVAFAAALPRTVSGARDYDALDKEYGGGGYP Sbjct 481 KSVAFAAALPRTVSGARDYDALDKEYGGGGYP 512 Query= EPQ09146.1 Length=1292 >EPQ09146.1 Length=1292 Score = 1094 bits (2830), Expect = 0.0 Identities = 1292/1292 (100%), Positives = 1292/1292 (100%), Gaps = 0/1292 (0%) Query 1 MEWKILPIHLLLLLSVFLIQQVSSQDVSSCAGRCGEGYSRDTPCNCDYNCQLYMECCPDF 60 MEWKILPIHLLLLLSVFLIQQVSSQDVSSCAGRCGEGYSRDTPCNCDYNCQLYMECCPDF Sbjct 1 MEWKILPIHLLLLLSVFLIQQVSSQDVSSCAGRCGEGYSRDTPCNCDYNCQLYMECCPDF 60 Query 61 KKFCTVELSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEVHSPTSPPSSKAAPP 120 KKFCTVELSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEVHSPTSPPSSKAAPP Sbjct 61 KKFCTVELSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEVHSPTSPPSSKAAPP 120 Query 121 PAGARQPIKSTTKRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIRKIK 180 PAGARQPIKSTTKRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIRKIK Sbjct 121 PAGARQPIKSTTKRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIRKIK 180 Query 181 SSKNSAAXXXXXXXXXXXXXXXXXXXXXXXPEPPVVDEAGSGLDEGDSKPTPTPDTPTTQ 240 SSKNSAAXXXXXXXXXXXXXXXXXXXXXXXPEPPVVDEAGSGLDEGDSKPTPTPDTPTTQ Sbjct 181 SSKNSAAXXXXXXXXXXXXXXXXXXXXXXXPEPPVVDEAGSGLDEGDSKPTPTPDTPTTQ 240 Query 241 SXXXXXXXXXXXXXXXXPKPXXXXXXXTSKDTSSTASKEKTVETKXXXXXXXXXXXXXXX 300 SXXXXXXXXXXXXXXXXPKPXXXXXXXTSKDTSSTASKEKTVETKXXXXXXXXXXXXXXX Sbjct 241 SXXXXXXXXXXXXXXXXPKPXXXXXXXTSKDTSSTASKEKTVETKXXXXXXXXXXXXXXX 300 Query 301 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPENPAGSTXXXXXXXXXXXXXXXXXXXXXX 360 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPENPAGSTXXXXXXXXXXXXXXXXXXXXXX Sbjct 301 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPENPAGSTXXXXXXXXXXXXXXXXXXXXXX 360 Query 361 XXXXXXXXXXXXXXXITTATSTSTTKXXXXPKXXXXXXXXXXXXXXXXXXXXXXXXXXXX 420 XXXXXXXXXXXXXXXITTATSTSTTKXXXXPKXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 361 XXXXXXXXXXXXXXXITTATSTSTTKXXXXPKXXXXXXXXXXXXXXXXXXXXXXXXXXXX 420 Query 421 XXXXTTPAPEVXXXXXXXXXXXXIKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPT 480 XXXXTTPAPEVXXXXXXXXXXXXIKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPT Sbjct 421 XXXXTTPAPEVXXXXXXXXXXXXIKDNKKENPKKKPAPEPPVVDEAGSGLDEGDSKPTPT 480 Query 481 PDTPTTQSXXXXXXXXXXXXXXXXXXXXXXXXXETSKDTSSTASKEKTVETXXXXXXXXX 540 PDTPTTQSXXXXXXXXXXXXXXXXXXXXXXXXXETSKDTSSTASKEKTVETXXXXXXXXX Sbjct 481 PDTPTTQSXXXXXXXXXXXXXXXXXXXXXXXXXETSKDTSSTASKEKTVETXXXXXXXXX 540 Query 541 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 600 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 541 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 600 Query 601 XXXXXXXXPEPTXXXXXXXXXXXXXXXXXXXXXXXXSEASTPATTMXXXXXXXXXXXXXX 660 XXXXXXXXPEPTXXXXXXXXXXXXXXXXXXXXXXXXSEASTPATTMXXXXXXXXXXXXXX Sbjct 601 XXXXXXXXPEPTXXXXXXXXXXXXXXXXXXXXXXXXSEASTPATTMXXXXXXXXXXXXXX 660 Query 661 XXXXXXXXXXXXXXXXXXXXXXKDKTTEKGTHTTTEITTATSTSTTKXXXXXXXXXXXXX 720 XXXXXXXXXXXXXXXXXXXXXXKDKTTEKGTHTTTEITTATSTSTTKXXXXXXXXXXXXX Sbjct 661 XXXXXXXXXXXXXXXXXXXXXXKDKTTEKGTHTTTEITTATSTSTTKXXXXXXXXXXXXX 720 Query 721 XXXXXXXXXXXXXXXXXXXXXXXXETTPAPEVXXXXXXXXXXXXXXXXXXXXXXXXXXXX 780 XXXXXXXXXXXXXXXXXXXXXXXXETTPAPEVXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 721 XXXXXXXXXXXXXXXXXXXXXXXXETTPAPEVXXXXXXXXXXXXXXXXXXXXXXXXXXXX 780 Query 781 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 840 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 781 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 840 Query 841 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 900 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 841 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 900 Query 901 XXXXXXXXSPKPTKAPQMPTTTKKPNTTPKVTKXXXXXXXXXXXXXTVPTMNPASSEEDL 960 XXXXXXXXSPKPTKAPQMPTTTKKPNTTPKVTKXXXXXXXXXXXXXTVPTMNPASSEEDL Sbjct 901 XXXXXXXXSPKPTKAPQMPTTTKKPNTTPKVTKXXXXXXXXXXXXXTVPTMNPASSEEDL 960 Query 961 LQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLIIPGADFTVRGSDQG 1020 LQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLIIPGADFTVRGSDQG Sbjct 961 LQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLIIPGADFTVRGSDQG 1020 Query 1021 IGVNPMLSDETNLCNGRSVDGLTTLANGTLVAFRGHYFWMLNPLSPPSPPRRITEVWGIP 1080 IGVNPMLSDETNLCNGRSVDGLTTLANGTLVAFRGHYFWMLNPLSPPSPPRRITEVWGIP Sbjct 1021 IGVNPMLSDETNLCNGRSVDGLTTLANGTLVAFRGHYFWMLNPLSPPSPPRRITEVWGIP 1080 Query 1081 SPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQIVKGFGGLNGKILAALSIPKY 1140 SPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQIVKGFGGLNGKILAALSIPKY Sbjct 1081 SPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQIVKGFGGLNGKILAALSIPKY 1140 Query 1141 KERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQVRRLRFERAIGSQT 1200 KERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQVRRLRFERAIGSQT Sbjct 1141 KERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQVRRLRFERAIGSQT 1200 Query 1201 HTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLPNTRKPDGYDYYAFSR 1260 HTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLPNTRKPDGYDYYAFSR Sbjct 1201 HTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLPNTRKPDGYDYYAFSR 1260 Query 1261 DQAYNLNVPSRTARAVTTPSGKTLSNVWYNCP 1292 DQAYNLNVPSRTARAVTTPSGKTLSNVWYNCP Sbjct 1261 DQAYNLNVPSRTARAVTTPSGKTLSNVWYNCP 1292 >NP_001121181.2 Length=1311 Score = 522 bits (1345), Expect = 2.76e-165 Identities = 255/347 (73%), Positives = 289/347 (83%), Gaps = 3/347 (0%) Query 948 VPTMNPASS-EEDLLQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLI 1006 +P +NP S E +LQTTT NQ NS++ E +PK+EDA AEGE P+++LRP V P + Sbjct 966 MPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHVFMPEV 1025 Query 1007 IPGADFTVRGSDQGIGVNPMLSDETNLCNGRSVDGLTTLANGTLVAFRGHYFWMLNPLSP 1066 P D+ R +QGI +NPMLSDETN+CNG+ VDGLTTL NGTLVAFRGHYFWML+P SP Sbjct 1026 TPDMDYLPRVPNQGIIINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWMLSPFSP 1085 Query 1067 PSPPRRITEVWGIPSPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQIVKGFGG 1126 PSP RRITEVWGIPSPIDTVFTRCNC+GKTFFFK SQYWRFTND+KD GYPK I KGFGG Sbjct 1086 PSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKDSQYWRFTNDIKDAGYPKPIFKGFGG 1145 Query 1127 LNGKILAALSIPKYKERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQ 1186 L G+I+AALS KYK PESVYFFKRGG +Q+Y YKQE ++CPGRRPALNYPVYG TTQ Sbjct 1146 LTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVYGETTQ 1205 Query 1187 VRRLRFERAIG-SQTHTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLP 1245 VRR RFERAIG SQTHTI IQYS P R+ YQDKG LHNE ++S LWRGLPN+VTSAISLP Sbjct 1206 VRRRRFERAIGPSQTHTIRIQYS-PARLAYQDKGVLHNEVKVSILWRGLPNVVTSAISLP 1264 Query 1246 NTRKPDGYDYYAFSRDQAYNLNVPSRTARAVTTPSGKTLSNVWYNCP 1292 N RKPDGYDYYAFS+DQ YN++VPSRTARA+TT SG+TLS VWYNCP Sbjct 1265 NIRKPDGYDYYAFSKDQYYNIDVPSRTARAITTRSGQTLSKVWYNCP 1311 Query= NP_001121181.2 Length=1311 >NP_001121181.2 Length=1311 Score = 1041 bits (2692), Expect = 0.0 Identities = 1311/1311 (100%), Positives = 1311/1311 (100%), Gaps = 0/1311 (0%) Query 1 MAWKTLPIYLLLLLSVFVIQQVSSQDLSSCAGRCGEGYSRDATCNCDYNCQHYMECCPDF 60 MAWKTLPIYLLLLLSVFVIQQVSSQDLSSCAGRCGEGYSRDATCNCDYNCQHYMECCPDF Sbjct 1 MAWKTLPIYLLLLLSVFVIQQVSSQDLSSCAGRCGEGYSRDATCNCDYNCQHYMECCPDF 60 Query 61 KRVCTAELSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAEVKDNKKNRTKKKPT 120 KRVCTAELSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAEVKDNKKNRTKKKPT Sbjct 61 KRVCTAELSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAEVKDNKKNRTKKKPT 120 Query 121 PKPPVVDEAGSGLDNGDFKVTTPDTSTTQHNKVSTSPKITTAKPINPRPSLPPNSDTSKE 180 PKPPVVDEAGSGLDNGDFKVTTPDTSTTQHNKVSTSPKITTAKPINPRPSLPPNSDTSKE Sbjct 121 PKPPVVDEAGSGLDNGDFKVTTPDTSTTQHNKVSTSPKITTAKPINPRPSLPPNSDTSKE 180 Query 181 TSLTVNKETTVETKXXXXXXXXXXXXXXXXXXXXXXTQSIEKTSAKDLAPTSKVLAKPTP 240 TSLTVNKETTVETKXXXXXXXXXXXXXXXXXXXXXXTQSIEKTSAKDLAPTSKVLAKPTP Sbjct 181 TSLTVNKETTVETKXXXXXXXXXXXXXXXXXXXXXXTQSIEKTSAKDLAPTSKVLAKPTP 240 Query 241 KAETTTKGXXXXXXXXXXXXXXXXXXXXXXXXXXXXTIKSAPXXXXXXXXXXXXXXXXXX 300 KAETTTKGXXXXXXXXXXXXXXXXXXXXXXXXXXXXTIKSAPXXXXXXXXXXXXXXXXXX Sbjct 241 KAETTTKGXXXXXXXXXXXXXXXXXXXXXXXXXXXXTIKSAPXXXXXXXXXXXXXXXXXX 300 Query 301 XXXXXXXTKEPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 360 XXXXXXXTKEPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 301 XXXXXXXTKEPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 360 Query 361 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 420 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 361 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 420 Query 421 XXXXXXXXXXXXXTKSAXXXXXXXXXXXXXXXXXXXXXXSXXXTKEXXXXXXXXXXXXXX 480 XXXXXXXXXXXXXTKSAXXXXXXXXXXXXXXXXXXXXXXSXXXTKEXXXXXXXXXXXXXX Sbjct 421 XXXXXXXXXXXXXTKSAXXXXXXXXXXXXXXXXXXXXXXSXXXTKEXXXXXXXXXXXXXX 480 Query 481 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 540 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 481 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 540 Query 541 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 600 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 541 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 600 Query 601 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPAPKELXXXXXXXXXXXXXXXXXXXX 660 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPAPKELXXXXXXXXXXXXXXXXXXXX Sbjct 601 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPAPKELXXXXXXXXXXXXXXXXXXXX 660 Query 661 XXXXXXXXXXXXXXXXXKEPAXTXXXXXXXXXXXXXXXXXXXXXAPKELXXXXXXXXXXX 720 XXXXXXXXXXXXXXXXXKEPAXTXXXXXXXXXXXXXXXXXXXXXAPKELXXXXXXXXXXX Sbjct 661 XXXXXXXXXXXXXXXXXKEPAXTXXXXXXXXXXXXXXXXXXXXXAPKELXXXXXXXXXXX 720 Query 721 XXXXXXXXXXKETAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTKEPTTIHKSP 780 XXXXXXXXXXKETAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTKEPTTIHKSP Sbjct 721 XXXXXXXXXXKETAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTKEPTTIHKSP 780 Query 781 DEXXXXXXXXXXXKALENSPKEPGVPTTKTPAATKPEXXXXXXXXXXXXXXXXXXXXXXX 840 DEXXXXXXXXXXXKALENSPKEPGVPTTKTPAATKPEXXXXXXXXXXXXXXXXXXXXXXX Sbjct 781 DEXXXXXXXXXXXKALENSPKEPGVPTTKTPAATKPEXXXXXXXXXXXXXXXXXXXXXXX 840 Query 841 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 900 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 841 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 900 Query 901 XTEIMNKPEETAKPKDRATNSKATTPKPQKPTKAXXXXXXXXXXXXXXXXXXXXXXXXXX 960 XTEIMNKPEETAKPKDRATNSKATTPKPQKPTKAXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 901 XTEIMNKPEETAKPKDRATNSKATTPKPQKPTKAXXXXXXXXXXXXXXXXXXXXXXXXXX 960 Query 961 XMTSXMPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHV 1020 XMTSXMPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHV Sbjct 961 XMTSXMPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHV 1020 Query 1021 FMPEVTPDMDYLPRVPNQGIIINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWML 1080 FMPEVTPDMDYLPRVPNQGIIINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWML Sbjct 1021 FMPEVTPDMDYLPRVPNQGIIINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWML 1080 Query 1081 SPFSPPSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKDSQYWRFTNDIKDAGYPKPIF 1140 SPFSPPSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKDSQYWRFTNDIKDAGYPKPIF Sbjct 1081 SPFSPPSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKDSQYWRFTNDIKDAGYPKPIF 1140 Query 1141 KGFGGLTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVY 1200 KGFGGLTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVY Sbjct 1141 KGFGGLTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVY 1200 Query 1201 GETTQVRRRRFERAIGPSQTHTIRIQYSPARLAYQDKGVLHNEVKVSILWRGLPNVVTSA 1260 GETTQVRRRRFERAIGPSQTHTIRIQYSPARLAYQDKGVLHNEVKVSILWRGLPNVVTSA Sbjct 1201 GETTQVRRRRFERAIGPSQTHTIRIQYSPARLAYQDKGVLHNEVKVSILWRGLPNVVTSA 1260 Query 1261 ISLPNIRKPDGYDYYAFSKDQYYNIDVPSRTARAITTRSGQTLSKVWYNCP 1311 ISLPNIRKPDGYDYYAFSKDQYYNIDVPSRTARAITTRSGQTLSKVWYNCP Sbjct 1261 ISLPNIRKPDGYDYYAFSKDQYYNIDVPSRTARAITTRSGQTLSKVWYNCP 1311 >EPQ09146.1 Length=1292 Score = 527 bits (1358), Expect = 3.78e-167 Identities = 255/347 (73%), Positives = 289/347 (83%), Gaps = 3/347 (0%) Query 966 MPELNPTSRIAEAMLQTTTRPNQTPNSKLVEVNPKSEDAGGAEGETPHMLLRPHVFMPEV 1025 +P +NP S E +LQTTT NQ NS++ E +PK+EDA AEGE P+++LRP V P + Sbjct 948 VPTMNPASS-EEDLLQTTTSSNQASNSEMAEEHPKNEDANDAEGEKPYVILRPPVITPLI 1006 Query 1026 TPDMDYLPRVPNQGIIINPMLSDETNICNGKPVDGLTTLRNGTLVAFRGHYFWMLSPFSP 1085 P D+ R +QGI +NPMLSDETN+CNG+ VDGLTTL NGTLVAFRGHYFWML+P SP Sbjct 1007 IPGADFTVRGSDQGIGVNPMLSDETNLCNGRSVDGLTTLANGTLVAFRGHYFWMLNPLSP 1066 Query 1086 PSPARRITEVWGIPSPIDTVFTRCNCEGKTFFFKDSQYWRFTNDIKDAGYPKPIFKGFGG 1145 PSP RRITEVWGIPSPIDTVFTRCNC+GKTFFFK SQYWRFTND+KD GYPK I KGFGG Sbjct 1067 PSPPRRITEVWGIPSPIDTVFTRCNCDGKTFFFKGSQYWRFTNDVKDPGYPKQIVKGFGG 1126 Query 1146 LTGQIVAALSTAKYKNWPESVYFFKRGGSIQQYIYKQEPVQKCPGRRPALNYPVYGETTQ 1205 L G+I+AALS KYK PESVYFFKRGG +Q+Y YKQE ++CPGRRPALNYPVYG TTQ Sbjct 1127 LNGKILAALSIPKYKERPESVYFFKRGGRVQKYTYKQESNRQCPGRRPALNYPVYGGTTQ 1186 Query 1206 VRRRRFERAIGPSQTHTIRIQYS-PARLAYQDKGVLHNEVKVSILWRGLPNVVTSAISLP 1264 VRR RFERAIG SQTHTI IQYS P R+ YQDKG LHNE ++S LWRGLPN+VTSAISLP Sbjct 1187 VRRLRFERAIG-SQTHTISIQYSRPVRVLYQDKGFLHNEAQISTLWRGLPNLVTSAISLP 1245 Query 1265 NIRKPDGYDYYAFSKDQYYNIDVPSRTARAITTRSGQTLSKVWYNCP 1311 N RKPDGYDYYAFS+DQ YN++VPSRTARA+TT SG+TLS VWYNCP Sbjct 1246 NTRKPDGYDYYAFSRDQAYNLNVPSRTARAVTTPSGKTLSNVWYNCP 1292 Query= XP_026225122.1 Length=2493 >XP_026225122.1 Length=2493 Score = 4081 bits (10585), Expect = 0.0 Identities = 2493/2493 (100%), Positives = 2493/2493 (100%), Gaps = 0/2493 (0%) Query 1 MADNLLDVGPPTAKRPKLNSPLSGSDGPDLVSLFDLENDLPDELIPNGDLGMGMSSNGGP 60 MADNLLDVGPPTAKRPKLNSPLSGSDGPDLVSLFDLENDLPDELIPNGDLGMGMSSNGGP Sbjct 1 MADNLLDVGPPTAKRPKLNSPLSGSDGPDLVSLFDLENDLPDELIPNGDLGMGMSSNGGP 60 Query 61 GGGGPGLNSIVPDAAAKHKQLSELLRPGSSTNLGSCLNSASPQQGGMVGSQLSAVLGKSP 120 GGGGPGLNSIVPDAAAKHKQLSELLRPGSSTNLGSCLNSASPQQGGMVGSQLSAVLGKSP Sbjct 61 GGGGPGLNSIVPDAAAKHKQLSELLRPGSSTNLGSCLNSASPQQGGMVGSQLSAVLGKSP 120 Query 121 LGQGSPSHQSPQAQKAGVAAGQGNGSAAMAFNQVMLNSGQGQGVMGQTGQVMNGALGPAG 180 LGQGSPSHQSPQAQKAGVAAGQGNGSAAMAFNQVMLNSGQGQGVMGQTGQVMNGALGPAG Sbjct 121 LGQGSPSHQSPQAQKAGVAAGQGNGSAAMAFNQVMLNSGQGQGVMGQTGQVMNGALGPAG 180 Query 181 RGRPGPGMQYQSQGMQGTQVGAGPGVGGSVLAETLTQGGPQLGAHNSMNAQQAGNLNKMG 240 RGRPGPGMQYQSQGMQGTQVGAGPGVGGSVLAETLTQGGPQLGAHNSMNAQQAGNLNKMG Sbjct 181 RGRPGPGMQYQSQGMQGTQVGAGPGVGGSVLAETLTQGGPQLGAHNSMNAQQAGNLNKMG 240 Query 241 MSGAPFGQQYGQAGVQQMGAAGVNAQQVQNKTREVLSNNLPQFPAELKGAGSVPNMSQMQ 300 MSGAPFGQQYGQAGVQQMGAAGVNAQQVQNKTREVLSNNLPQFPAELKGAGSVPNMSQMQ Sbjct 241 MSGAPFGQQYGQAGVQQMGAAGVNAQQVQNKTREVLSNNLPQFPAELKGAGSVPNMSQMQ 300 Query 301 QQVASVGMVAGAGGVSAGPTADPEKRKLIQQQLVLLLHAHKCQRREQANGEVRACTLPHC 360 QQVASVGMVAGAGGVSAGPTADPEKRKLIQQQLVLLLHAHKCQRREQANGEVRACTLPHC Sbjct 301 QQVASVGMVAGAGGVSAGPTADPEKRKLIQQQLVLLLHAHKCQRREQANGEVRACTLPHC 360 Query 361 RTMKNVLNHMTHCQAGKSXXXXXXXXXXXXXXXXXXXTRHDCPVCLPLKNASDKRSQQPM 420 RTMKNVLNHMTHCQAGKSXXXXXXXXXXXXXXXXXXXTRHDCPVCLPLKNASDKRSQQPM Sbjct 361 RTMKNVLNHMTHCQAGKSXXXXXXXXXXXXXXXXXXXTRHDCPVCLPLKNASDKRSQQPM 420 Query 421 LSSPVAGLQNTISTVGPGQSSATTINSAATHIDPSSMQRAYAALGLPYGNQSPAQVQGQG 480 LSSPVAGLQNTISTVGPGQSSATTINSAATHIDPSSMQRAYAALGLPYGNQSPAQVQGQG Sbjct 421 LSSPVAGLQNTISTVGPGQSSATTINSAATHIDPSSMQRAYAALGLPYGNQSPAQVQGQG 480 Query 481 PGQQNPXXXQHQQMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSLNSQLMPDG 540 PGQQNPXXXQHQQMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSLNSQLMPDG Sbjct 481 PGQQNPXXXQHQQMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSLNSQLMPDG 540 Query 541 SVAGGMGNLPAATPLSATGVRKAWHEHVTQDLRTHLVHKLVQAIFPTPDPAALKDRRMEN 600 SVAGGMGNLPAATPLSATGVRKAWHEHVTQDLRTHLVHKLVQAIFPTPDPAALKDRRMEN Sbjct 541 SVAGGMGNLPAATPLSATGVRKAWHEHVTQDLRTHLVHKLVQAIFPTPDPAALKDRRMEN 600 Query 601 LVAYARKVEGDMYESANSRDEYYHFLAEKIYKIQKELEEKRRSRLQKQPGIMGTAGPQQP 660 LVAYARKVEGDMYESANSRDEYYHFLAEKIYKIQKELEEKRRSRLQKQPGIMGTAGPQQP Sbjct 601 LVAYARKVEGDMYESANSRDEYYHFLAEKIYKIQKELEEKRRSRLQKQPGIMGTAGPQQP 660 Query 661 GMAQPNAMGPGQAVRPPNGPVPMPNLPNQMMNRMQVPQGINQFNPMAMQNAQMSQAPMGA 720 GMAQPNAMGPGQAVRPPNGPVPMPNLPNQMMNRMQVPQGINQFNPMAMQNAQMSQAPMGA Sbjct 661 GMAQPNAMGPGQAVRPPNGPVPMPNLPNQMMNRMQVPQGINQFNPMAMQNAQMSQAPMGA 720 Query 721 RAPSPMNHPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTANQGQFLPQGQFPAA 780 RAPSPMNHPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTANQGQFLPQGQFPAA Sbjct 721 RAPSPMNHPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTANQGQFLPQGQFPAA 780 Query 781 AGGTINVNSGLGQPITQTAVTQQPQNSNLSMNALGSLGSQLSCGPTAQPSLGTTPPPNTS 840 AGGTINVNSGLGQPITQTAVTQQPQNSNLSMNALGSLGSQLSCGPTAQPSLGTTPPPNTS Sbjct 781 AGGTINVNSGLGQPITQTAVTQQPQNSNLSMNALGSLGSQLSCGPTAQPSLGTTPPPNTS 840 Query 841 VGLQQQQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPHHAPNQAP 900 VGLQQQQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPHHAPNQAP Sbjct 841 VGLQQQQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPHHAPNQAP 900 Query 901 MPPQPSTPASTGGPSSTPTHIPSSLTGPPSLTPPDPQPXXXXXXXXXXXXXXXXXXXXXX 960 MPPQPSTPASTGGPSSTPTHIPSSLTGPPSLTPPDPQPXXXXXXXXXXXXXXXXXXXXXX Sbjct 901 MPPQPSTPASTGGPSSTPTHIPSSLTGPPSLTPPDPQPXXXXXXXXXXXXXXXXXXXXXX 960 Query 961 XXXXTPMSQAAASIDNRVPTPGSVAEMNSQQALPDMSSTEVKTEVKDEEDDTNSGKKQTD 1020 XXXXTPMSQAAASIDNRVPTPGSVAEMNSQQALPDMSSTEVKTEVKDEEDDTNSGKKQTD Sbjct 961 XXXXTPMSQAAASIDNRVPTPGSVAEMNSQQALPDMSSTEVKTEVKDEEDDTNSGKKQTD 1020 Query 1021 VKMEQDDDTKPPLVKKEVPEVAEPKQEPMETEEKKPEIKAESKEAEESGANSTSTSASQN 1080 VKMEQDDDTKPPLVKKEVPEVAEPKQEPMETEEKKPEIKAESKEAEESGANSTSTSASQN Sbjct 1021 VKMEQDDDTKPPLVKKEVPEVAEPKQEPMETEEKKPEIKAESKEAEESGANSTSTSASQN 1080 Query 1081 RKKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKR 1140 RKKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKR Sbjct 1081 RKKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKR 1140 Query 1141 KLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLGYCC 1200 KLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLGYCC Sbjct 1141 KLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLGYCC 1200 Query 1201 GRKFEFSPQTLCCYGKQLCTISRDGTYYSYQNSSPKYGLIADRYHFCEKCFNEIQGNSVT 1260 GRKFEFSPQTLCCYGKQLCTISRDGTYYSYQNSSPKYGLIADRYHFCEKCFNEIQGNSVT Sbjct 1201 GRKFEFSPQTLCCYGKQLCTISRDGTYYSYQNSSPKYGLIADRYHFCEKCFNEIQGNSVT 1260 Query 1261 LGDDPAQPQTMISKDQFEKKKNDMLDSEPFVECKDCGRKMHQICVLHYDVIWPSGFVCDN 1320 LGDDPAQPQTMISKDQFEKKKNDMLDSEPFVECKDCGRKMHQICVLHYDVIWPSGFVCDN Sbjct 1261 LGDDPAQPQTMISKDQFEKKKNDMLDSEPFVECKDCGRKMHQICVLHYDVIWPSGFVCDN 1320 Query 1321 CLKKSGKTRKENKFSAKRLQSTRLGTYIEDRVNKYLKRQNHPEAGEVFVRVVASSDKTVE 1380 CLKKSGKTRKENKFSAKRLQSTRLGTYIEDRVNKYLKRQNHPEAGEVFVRVVASSDKTVE Sbjct 1321 CLKKSGKTRKENKFSAKRLQSTRLGTYIEDRVNKYLKRQNHPEAGEVFVRVVASSDKTVE 1380 Query 1381 VKPGMKSRFVESGEMVESFPYRTKALFAFEEIDGVDVCFFGMHVQEYGSECPFPNTRRVY 1440 VKPGMKSRFVESGEMVESFPYRTKALFAFEEIDGVDVCFFGMHVQEYGSECPFPNTRRVY Sbjct 1381 VKPGMKSRFVESGEMVESFPYRTKALFAFEEIDGVDVCFFGMHVQEYGSECPFPNTRRVY 1440 Query 1441 ISYLDSIHFFKPRLLRTAVYHEILIGYLEYVKKLGYVTGHIWACPPSEGDDYIFHCHPPD 1500 ISYLDSIHFFKPRLLRTAVYHEILIGYLEYVKKLGYVTGHIWACPPSEGDDYIFHCHPPD Sbjct 1441 ISYLDSIHFFKPRLLRTAVYHEILIGYLEYVKKLGYVTGHIWACPPSEGDDYIFHCHPPD 1500 Query 1501 QKIPKPKRLQEWYRKMLDKAFAERIIHDYKDIFKQATEDRLTSAYELPYFEGDFWPNVLE 1560 QKIPKPKRLQEWYRKMLDKAFAERIIHDYKDIFKQATEDRLTSAYELPYFEGDFWPNVLE Sbjct 1501 QKIPKPKRLQEWYRKMLDKAFAERIIHDYKDIFKQATEDRLTSAYELPYFEGDFWPNVLE 1560 Query 1561 ESIKELEQEXXXXXXXXXXASSEITEGTHADSKNXXXXXXXXXXXXXXSVSRANKKKPGM 1620 ESIKELEQEXXXXXXXXXXASSEITEGTHADSKNXXXXXXXXXXXXXXSVSRANKKKPGM Sbjct 1561 ESIKELEQEXXXXXXXXXXASSEITEGTHADSKNXXXXXXXXXXXXXXSVSRANKKKPGM 1620 Query 1621 PNVANDLSQKLYATMEKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLTL 1680 PNVANDLSQKLYATMEKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLTL Sbjct 1621 PNVANDLSQKLYATMEKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLTL 1680 Query 1681 ARDKHWEFSSLRRCKWSTMCMLVELHNQGQDRFVYTCNECKHHVETRWHCTVCEDYDLCI 1740 ARDKHWEFSSLRRCKWSTMCMLVELHNQGQDRFVYTCNECKHHVETRWHCTVCEDYDLCI Sbjct 1681 ARDKHWEFSSLRRCKWSTMCMLVELHNQGQDRFVYTCNECKHHVETRWHCTVCEDYDLCI 1740 Query 1741 NCYNIKGHEHQMVKWGLGLDDDSNSQGGEASKSPQESRRLSIQRCIQSLVHACQCRNANC 1800 NCYNIKGHEHQMVKWGLGLDDDSNSQGGEASKSPQESRRLSIQRCIQSLVHACQCRNANC Sbjct 1741 NCYNIKGHEHQMVKWGLGLDDDSNSQGGEASKSPQESRRLSIQRCIQSLVHACQCRNANC 1800 Query 1801 SLPSCQKMKRVVQHTKGCKRKTNGGCPVCKQLIALCCYHAKHCQENKCPVPFCLNIKHKL 1860 SLPSCQKMKRVVQHTKGCKRKTNGGCPVCKQLIALCCYHAKHCQENKCPVPFCLNIKHKL Sbjct 1801 SLPSCQKMKRVVQHTKGCKRKTNGGCPVCKQLIALCCYHAKHCQENKCPVPFCLNIKHKL 1860 Query 1861 RQQQLQHRLQQAQMMRRRMATMAGRGMPLPSPPTSAAPDTPNSLQQPNTPQTPQPLXXXX 1920 RQQQLQHRLQQAQMMRRRMATMAGRGMPLPSPPTSAAPDTPNSLQQPNTPQTPQPLXXXX Sbjct 1861 RQQQLQHRLQQAQMMRRRMATMAGRGMPLPSPPTSAAPDTPNSLQQPNTPQTPQPLXXXX 1920 Query 1921 XXXXXXXXXXXXXXXXXXXXXXXXXXXVPPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 1980 XXXXXXXXXXXXXXXXXXXXXXXXXXXVPPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 1921 XXXXXXXXXXXXXXXXXXXXXXXXXXXVPPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 1980 Query 1981 XXXXXXXXPLLAALKVAKQIEMVAKAKQQHQQQNYXXXXXXXXXXXXXXXXXXXXXXXXX 2040 XXXXXXXXPLLAALKVAKQIEMVAKAKQQHQQQNYXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 1981 XXXXXXXXPLLAALKVAKQIEMVAKAKQQHQQQNYXXXXXXXXXXXXXXXXXXXXXXXXX 2040 Query 2041 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2100 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 2041 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2100 Query 2101 XXXXXXXXXXXXXXMTXXXXXXXXXQNMPRGIPGNIAPNALQDLLRTLKSPSSPQQQQQV 2160 XXXXXXXXXXXXXXMTXXXXXXXXXQNMPRGIPGNIAPNALQDLLRTLKSPSSPQQQQQV Sbjct 2101 XXXXXXXXXXXXXXMTXXXXXXXXXQNMPRGIPGNIAPNALQDLLRTLKSPSSPQQQQQV 2160 Query 2161 LNILKSNPQLMAAFIKQRTAKYQANQPQQXXXXXXXNPQAMLGSQAGMQAMAAMANQVPR 2220 LNILKSNPQLMAAFIKQRTAKYQANQPQQXXXXXXXNPQAMLGSQAGMQAMAAMANQVPR Sbjct 2161 LNILKSNPQLMAAFIKQRTAKYQANQPQQXXXXXXXNPQAMLGSQAGMQAMAAMANQVPR 2220 Query 2221 PGMAPQQQPPXXAVPQGMAPMGPQGQMMNAAQNGNPQLYRRQQIFRMQXXXXXXXXXXXX 2280 PGMAPQQQPPXXAVPQGMAPMGPQGQMMNAAQNGNPQLYRRQQIFRMQXXXXXXXXXXXX Sbjct 2221 PGMAPQQQPPXXAVPQGMAPMGPQGQMMNAAQNGNPQLYRRQQIFRMQXXXXXXXXXXXX 2280 Query 2281 XXGGMPQGHSQFPPQLPGSASYSQIRMQQQMAMQGGGGPMGQHPPTSQMGQPGMGMEVSQ 2340 XXGGMPQGHSQFPPQLPGSASYSQIRMQQQMAMQGGGGPMGQHPPTSQMGQPGMGMEVSQ Sbjct 2281 XXGGMPQGHSQFPPQLPGSASYSQIRMQQQMAMQGGGGPMGQHPPTSQMGQPGMGMEVSQ 2340 Query 2341 SVAQQRFLQQQQMLKQQMGSPAQANSMSPQPHMLQGQPQGGAHLPGQTMANTLGNQVRSP 2400 SVAQQRFLQQQQMLKQQMGSPAQANSMSPQPHMLQGQPQGGAHLPGQTMANTLGNQVRSP Sbjct 2341 SVAQQRFLQQQQMLKQQMGSPAQANSMSPQPHMLQGQPQGGAHLPGQTMANTLGNQVRSP 2400 Query 2401 APVQSPRXXXXXXXXXXXXXXXXXXXSPQHGTLHSSSPHPSLGGPMEQGHIGTPEQSAML 2460 APVQSPRXXXXXXXXXXXXXXXXXXXSPQHGTLHSSSPHPSLGGPMEQGHIGTPEQSAML Sbjct 2401 APVQSPRXXXXXXXXXXXXXXXXXXXSPQHGTLHSSSPHPSLGGPMEQGHIGTPEQSAML 2460 Query 2461 PQLNTPNRGALSNDMGMVSDMTGDTLEKFVEGL 2493 PQLNTPNRGALSNDMGMVSDMTGDTLEKFVEGL Sbjct 2461 PQLNTPNRGALSNDMGMVSDMTGDTLEKFVEGL 2493 >XP_015783916.1 Length=2409 Score = 1191 bits (3082), Expect = 0.0 Identities = 785/1771 (44%), Positives = 937/1771 (52%), Gaps = 371/1771 (20%) Query 318 GPTADPEKRKLIQQQLVLLLHAHKCQRREQ-----ANGEVRACTLPHCRTMKNVLNHMTH 372 G +++ EKRKLIQQQLVLLLHAHKCQRREQ G+ R+C LPHCRTMKNVLNHMT Sbjct 335 GHSSEAEKRKLIQQQLVLLLHAHKCQRREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTG 394 Query 373 CQAGKSXXXXXXXXXXXXXXXXXXXTRHDCPVCLPLKNASDKRSQQPMLSSPVAGLQNTI 432 C AGK XXXXXXXXXXXXXXXXXXXTR DCPVCLPLK ASD+R QQ Sbjct 395 CTAGKQXXXXXXXXXXXXXXXXXXXTRPDCPVCLPLKQASDRRQQQ-------------- 440 Query 433 STVGPGQSSATTINSAATHIDPSSMQRAYAALGLPYGNQSPAQVQGQGPGQQNPXXXQHQ 492 Q A L P N AQ+ P Q P Q Sbjct 441 ------------------------QQVATLLLNQPLPNPQQAQI----PNSQLPNAQTPQ 472 Query 493 QMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSLNSQLMPDGSVAGGMGNLPAA 552 P Q SQ + + + + PSS + P G + G + P Sbjct 473 PXSQPQPPPPTQFSQQPQNVDFQKA-YIALGLPFNNPSSTSP---PSGQITGRIPGFPPI 528 Query 553 TP-LSATGVRKAWHEHVTQDLRTHLVHKLVQAIFPTPDPAALKDRRMENLVAYARKVEGD 611 T L K WH V +LR HLV K+VQAI PTPDP+ KD RM + YARKVEGD Sbjct 529 TDQLLDPRQAKDWHTSVPMELRNHLVQKIVQAIIPTPDPSTFKDSRMVTFIGYARKVEGD 588 Query 612 MYESANSRDEYYHFLAEKIYKIQKELEEKRRSRLQKQPGIMGTAGPQQPGMA-QPNAMGP 670 MYE ANSR+EYYH LAEKIYK+QKELE+KR+ R +++ +G + PN + Sbjct 589 MYEKANSREEYYHLLAEKIYKMQKELEDKRQKRKEQKAAAAQNSGQDVNALQINPNQI-- 646 Query 671 GQAVRPPNGPVPMPNLPNQMMNR-MQVPQGINQFNPMAMQNAQM--SQAPMGARAPSPMN 727 A RPP + L Q N PQ I ++ S AP SP Sbjct 647 -NANRPPQQMLAQQPLQPQTPNAGPPTPQSIXXXXXXXXPRPRLNLSGAPPNVSLQSPSR 705 Query 728 HPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTANQGQFLPQGQFPAAAGGTINV 787 P Q N +SP PQ Q + + ++ + G F+ G + Sbjct 706 FPSQSNQLPPGSYFISPPG-PQAQAT-----SQIQIRSNSNGNFITNSNTGNTLQGMLQQ 759 Query 788 NSGLGQPITQTAVTQQPQNSNLSMNALGSLGSQL--------------SCGPTAQPSLGT 833 QP+T TA P+ +++ + +L +Q S PT QPSL Sbjct 760 QPTTPQPLTSTATPPPPRCASVPTSTPQALTNQTLQSHQNRMSRDEIESSMPTPQPSLQN 819 Query 834 TPPP------NTSVGLQQQQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 887 T + V LQ QQ Sbjct 820 TXXXXXXXGQQSMVDLQNQQQ--------------------------------------- 840 Query 888 XXXXPHHAPNQAPMPPQPSTPASTGGPSSTPTHIPSSLTGPPSLTPPDPQPXXXXXXXXX 947 L+ PPS P Q Sbjct 841 -------------------------------------LSRPPSQMQPIEQQVVIKSEPID 863 Query 948 XXXXXXXXXXXXXXXXXTPM--SQAAASIDNRVPT------------------------P 981 + + +A ++ D+ +P+ Sbjct 864 DVLSTSSLSSTTNGITSSSVVKQEAVSTCDDSIPSLMKMETSXXXXXXXXXXXXXXXXXE 923 Query 982 GSVAEMNSQQALPDMSSTEVKTEVKDEEDDTNSGKKQTDVKMEQDDDTKPPLVKKEVPEV 1041 S++ Q+ + +S+ K+E+ D K P+ P Sbjct 924 DSISTTTDQKPINSVSTPCEKSEI----------------------DVKQPITTTSTPSA 961 Query 1042 AEPKQEPMETEEKKPEIKAESKEAEESGANSTSTSASQNRKKIFKPEELRQALMPTLESL 1101 S S STS + RK +FKP+ELRQALMPTLE L Sbjct 962 I-------------------------SSTISKSTSGPRQRK-VFKPDELRQALMPTLEKL 995 Query 1102 YRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMF 1161 YRQDPESLPFRQPVDP LL IPDYFDI+K P+DLSTIKRKLDTGQYQ+PWQYVDDVWLMF Sbjct 996 YRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMF 1055 Query 1162 NNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLGYCCGRKFEFSPQTLCCYGKQLCTI 1221 +NAWLYN+KTSRVY+YCT+L+EVFE EIDPVMQ LGYCCGRK F PQ LCCYGKQLCTI Sbjct 1056 DNAWLYNKKTSRVYRYCTRLSEVFEQEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTI 1115 Query 1222 SRDGTYYSYQNSSPKYGLIADRYHFCEKCFNEIQGNSVTLGDDPAQPQTM-----ISKDQ 1276 RD Y +YQN R +C KCF EI G++VT+GD T+ I K+Q Sbjct 1116 PRDAKYMNYQN----------RITYCLKCFQEIPGDTVTIGDGLGPDNTVSGTQTIPKNQ 1165 Query 1277 FEKKKNDMLDSEPFVECKDCGRKMHQICVLHYDVIWPSGFVCDNCLKKSGKTRKENKFSA 1336 F + KND +D EPFVECK+C RK+HQICVLH D IWP GFVCD CLK GK +KENKFSA Sbjct 1166 FVECKNDHIDLEPFVECKECARKLHQICVLHIDQIWPEGFVCDGCLKAKGKKKKENKFSA 1225 Query 1337 KRLQSTRLGTYIEDRVNKYLKRQNHPEAGEVFVRVVASSDKTVEVKPGMKSRFV----ES 1392 KRL ++LG+YIE+RVN +L R+ AGEV +RVV+SS+K VEVK MK ++ E Sbjct 1226 KRLPQSKLGSYIENRVNTFL-RKKETGAGEVSIRVVSSSEKIVEVKSLMKQKYAFKYNEP 1284 Query 1393 G-EMVESFPYRTKALFAFEEIDGVDVCFFGMHVQEYGSECPFPNTRRVYISYLDSIHFFK 1451 G E+ +FPYR KALFAFE+ +GVDVCFFGMHVQEYGS+ PN+RRVYI+YLDS+HFF Sbjct 1285 GNELPSTFPYRAKALFAFEDFNGVDVCFFGMHVQEYGSDAGPPNSRRVYIAYLDSVHFFS 1344 Query 1452 PRLLRTAVYHEILIGYLEYVKKLGYVTGHIWACPPSEGDDYIFHCHPPDQKIPKPKRLQE 1511 P+ RTAVYHEIL+GYL+Y K+LGY HIWACPPSEGDDYIFHCHPP+QKIPKPKRLQE Sbjct 1345 PKQYRTAVYHEILLGYLDYTKQLGYTMAHIWACPPSEGDDYIFHCHPPEQKIPKPKRLQE 1404 Query 1512 WYRKMLDKAFAERIIHDYKDIFKQATEDRLTSAYELPYFEGDFWPNVLEESIKELEQEXX 1571 WY+KMLDK ERI+ DYKDI KQA+ED L SA +LPYFEGDFWPNV+EESIKE+E E Sbjct 1405 WYKKMLDKGIIERIVLDYKDILKQASEDGLKSATDLPYFEGDFWPNVIEESIKEIEMELQ 1464 Query 1572 XXXXXXXXA----------------------SSEITEGTHADSKNXXXXXXXXXXXXXXS 1609 S T+ D+ + Sbjct 1465 KQQIQSSQKITPLIMPPAEPSTPQQDSIFNNSGNPTDDESMDTMSECGDKADGNCSKPSD 1524 Query 1610 VSRANKKKPGMPNVAN-------------------------------------------- 1625 + N K + N Sbjct 1525 ILSLNSKNSNSKDGCNNQIKQQXXXXXXXXXXXXXXXXKNNVHSRHKSGSNQLAVVQTNS 1584 Query 1626 ------DLSQKLYATMEKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLT 1679 +L+ K+Y TMEKHKEVFFVI LH+ +LPPI DPD L CDLMDGRDAFLT Sbjct 1585 SLQWEQELTNKIYQTMEKHKEVFFVIRLHSTQSAASLPPINDPDQSLNCDLMDGRDAFLT 1644 Query 1680 LARDKHWEFSSLRRCKWSTMCMLVELHNQGQDRFVYTCNECKHHV-ETRWHCTVCEDYDL 1738 +AR+KH+EFS+LRR K+STM +L ELHN G FVYTCN+CK HV ETR+HCT C+D+DL Sbjct 1645 MAREKHYEFSTLRRAKFSTMALLYELHNSGNGGFVYTCNKCKRHVVETRYHCTECDDFDL 1704 Query 1739 CINCYNIKGHEHQMVKWGLG-----------------------LDDDSNSQGGEASKSPQ 1775 C+ CYN +GH H+M K G G LD+ + G SP Sbjct 1705 CVTCYNSEGHNHKMEKLGFGDLVGGVDGDGAVAGAVVAGGSGELDNHGDGTSGSTVTSPG 1764 Query 1776 ESRRLSIQRCIQSLVHACQCRNANCSLPSCQKMKRVVQHTKGCKRKTNG----------- 1824 ESRRLSIQRCIQSLVHACQCR+ANC LPSC KMKRVVQH K CKRKTN Sbjct 1765 ESRRLSIQRCIQSLVHACQCRDANCRLPSCHKMKRVVQHAKSCKRKTNQSGPPMSQGGGA 1824 Query 1825 -GCPVCKQLIALCCYHAKHCQENKCPVPFCLNIKHKLRQQQLQHRLQQAQMMRRRMATMA 1883 GCP+CKQLIALCCYHAKHC E KCPVP+CLNIKHKLRQQQLQ +LQQ Q++RRR+ATM Sbjct 1825 TGCPICKQLIALCCYHAKHCNEQKCPVPYCLNIKHKLRQQQLQQKLQQHQILRRRIATMT 1884 Query 1884 GRGMPLPSPPTSAAPDTPNSLQQPNTPQTPQ 1914 SA P P+ QTPQ Sbjct 1885 SISQ-------SAQPAAQTHDYSPSPVQTPQ 1908 >d4nyxa_ Length=116 Score = 229 bits (583), Expect = 1.10e-71 Identities = 109/116 (93%), Positives = 113/116 (97%), Gaps = 0/116 (0%) Query 1082 KKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLLGIPDYFDIVKNPIDLSTIKRK 1141 KKIFKPEELRQALMPTLE+LYRQDPESLPFRQPVDP LLGIPDYFDIVKNP+DLSTIKRK Sbjct 1 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK 60 Query 1142 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTKLAEVFEAEIDPVMQGLG 1197 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYK+C+KLAEVFE EIDPVMQ LG Sbjct 61 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG 116 >d3ljwa_ Length=118 Score = 52.8 bits (125), Expect = 6.47e-10 Identities = 27/77 (35%), Positives = 43/77 (55%), Gaps = 3/77 (3%) Query 1117 PMLLGIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYK 1176 P + PDY+ I+K PIDL TI +++ G Y+ D+ L+ NA YN S+V+K Sbjct 37 PSKVQYPDYYAIIKEPIDLKTIAQRIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFK 96 Query 1177 YCTKLAEVF---EAEID 1190 + ++F +AEI+ Sbjct 97 DANSIKKIFYMKKAEIE 113 >d4nxja1 Length=117 Score = 52.0 bits (123), Expect = 1.18e-09 Identities = 24/76 (31%), Positives = 45/76 (59%), Gaps = 2/76 (2%) Query 1111 FRQPVDPMLLGIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRK 1170 F PV+ L +PDY +++K P+D +T+K+KL +Y+ ++ DV L+ NN + YN Sbjct 30 FLYPVNVQL--VPDYLNVIKEPMDFTTMKQKLQNFKYKSFQEFEKDVLLIINNCYTYNDP 87 Query 1171 TSRVYKYCTKLAEVFE 1186 ++ YK+ + ++ Sbjct 88 STIYYKFAEDIETYYK 103 Query= XP_015783916.1 Length=2409 >XP_015783916.1 Length=2409 Score = 3934 bits (10201), Expect = 0.0 Identities = 2409/2409 (100%), Positives = 2409/2409 (100%), Gaps = 0/2409 (0%) Query 1 MSSLERGETMASSSSSASPTCTVSTSFSVVGSSGAGNMTSGVGGGNGMPGSGPPPNKRIK 60 MSSLERGETMASSSSSASPTCTVSTSFSVVGSSGAGNMTSGVGGGNGMPGSGPPPNKRIK Sbjct 1 MSSLERGETMASSSSSASPTCTVSTSFSVVGSSGAGNMTSGVGGGNGMPGSGPPPNKRIK 60 Query 61 LSDSTDSLPGPSDSQLWELESNLPDELASAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 120 LSDSTDSLPGPSDSQLWELESNLPDELASAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 61 LSDSTDSLPGPSDSQLWELESNLPDELASAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 120 Query 121 XXXXXXXGISSSANVVNTTSVTSNVTSLPPPSQLQTQQTPQQQPNPQQQQTSLPAQNHQQ 180 XXXXXXXGISSSANVVNTTSVTSNVTSLPPPSQLQTQQTPQQQPNPQQQQTSLPAQNHQQ Sbjct 121 XXXXXXXGISSSANVVNTTSVTSNVTSLPPPSQLQTQQTPQQQPNPQQQQTSLPAQNHQQ 180 Query 181 LSQLLQAKTQSPNVSVQQQKLIPTTIQPQMIGGMVPGSRPVLQNQLRYTNPPNIQQQPPQ 240 LSQLLQAKTQSPNVSVQQQKLIPTTIQPQMIGGMVPGSRPVLQNQLRYTNPPNIQQQPPQ Sbjct 181 LSQLLQAKTQSPNVSVQQQKLIPTTIQPQMIGGMVPGSRPVLQNQLRYTNPPNIQQQPPQ 240 Query 241 QQQTHMQLLSPQYMPHQNFGSSLYSDNQKQQQVQQPQQQPGQARMPQQQGPFRYTPPPSS 300 QQQTHMQLLSPQYMPHQNFGSSLYSDNQKQQQVQQPQQQPGQARMPQQQGPFRYTPPPSS Sbjct 241 QQQTHMQLLSPQYMPHQNFGSSLYSDNQKQQQVQQPQQQPGQARMPQQQGPFRYTPPPSS 300 Query 301 QSLNQPGPQLLQAQPQNSPQAVGQLTSAPQSNQPGHSSEAEKRKLIQQQLVLLLHAHKCQ 360 QSLNQPGPQLLQAQPQNSPQAVGQLTSAPQSNQPGHSSEAEKRKLIQQQLVLLLHAHKCQ Sbjct 301 QSLNQPGPQLLQAQPQNSPQAVGQLTSAPQSNQPGHSSEAEKRKLIQQQLVLLLHAHKCQ 360 Query 361 RREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTGCTAGKQXXXXXXXXXXXXXXXXXXXT 420 RREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTGCTAGKQXXXXXXXXXXXXXXXXXXXT Sbjct 361 RREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTGCTAGKQXXXXXXXXXXXXXXXXXXXT 420 Query 421 RPDCPVCLPLKQASDRRQQQQQVATLLLNQPLPNPQQAQIPNSQLPNAQTPQPXSQPQPP 480 RPDCPVCLPLKQASDRRQQQQQVATLLLNQPLPNPQQAQIPNSQLPNAQTPQPXSQPQPP Sbjct 421 RPDCPVCLPLKQASDRRQQQQQVATLLLNQPLPNPQQAQIPNSQLPNAQTPQPXSQPQPP 480 Query 481 PPTQFSQQPQNVDFQKAYIALGLPFNNPSSTSPPSGQITGRIPGFPPITDQLLDPRQAKD 540 PPTQFSQQPQNVDFQKAYIALGLPFNNPSSTSPPSGQITGRIPGFPPITDQLLDPRQAKD Sbjct 481 PPTQFSQQPQNVDFQKAYIALGLPFNNPSSTSPPSGQITGRIPGFPPITDQLLDPRQAKD 540 Query 541 WHTSVPMELRNHLVQKIVQAIIPTPDPSTFKDSRMVTFIGYARKVEGDMYEKANSREEYY 600 WHTSVPMELRNHLVQKIVQAIIPTPDPSTFKDSRMVTFIGYARKVEGDMYEKANSREEYY Sbjct 541 WHTSVPMELRNHLVQKIVQAIIPTPDPSTFKDSRMVTFIGYARKVEGDMYEKANSREEYY 600 Query 601 HLLAEKIYKMQKELEDKRQKRKEQKAAAAQNSGQDVNALQINPNQINANRPPQQMLAQQP 660 HLLAEKIYKMQKELEDKRQKRKEQKAAAAQNSGQDVNALQINPNQINANRPPQQMLAQQP Sbjct 601 HLLAEKIYKMQKELEDKRQKRKEQKAAAAQNSGQDVNALQINPNQINANRPPQQMLAQQP 660 Query 661 LQPQTPNAGPPTPQSIXXXXXXXXPRPRLNLSGAPPNVSLQSPSRFPSQSNQLPPGSYFI 720 LQPQTPNAGPPTPQSIXXXXXXXXPRPRLNLSGAPPNVSLQSPSRFPSQSNQLPPGSYFI Sbjct 661 LQPQTPNAGPPTPQSIXXXXXXXXPRPRLNLSGAPPNVSLQSPSRFPSQSNQLPPGSYFI 720 Query 721 SPPGPQAQATSQIQIRSNSNGNFITNSNTGNTLQGMLQQQPTTPQPLTSTATPPPPRCAS 780 SPPGPQAQATSQIQIRSNSNGNFITNSNTGNTLQGMLQQQPTTPQPLTSTATPPPPRCAS Sbjct 721 SPPGPQAQATSQIQIRSNSNGNFITNSNTGNTLQGMLQQQPTTPQPLTSTATPPPPRCAS 780 Query 781 VPTSTPQALTNQTLQSHQNRMSRDEIESSMPTPQPSLQNTXXXXXXXGQQSMVDLQNQQQ 840 VPTSTPQALTNQTLQSHQNRMSRDEIESSMPTPQPSLQNTXXXXXXXGQQSMVDLQNQQQ Sbjct 781 VPTSTPQALTNQTLQSHQNRMSRDEIESSMPTPQPSLQNTXXXXXXXGQQSMVDLQNQQQ 840 Query 841 LSRPPSQMQPIEQQVVIKSEPIDDVLSTSSLSSTTNGITSSSVVKQEAVSTCDDSIPSLM 900 LSRPPSQMQPIEQQVVIKSEPIDDVLSTSSLSSTTNGITSSSVVKQEAVSTCDDSIPSLM Sbjct 841 LSRPPSQMQPIEQQVVIKSEPIDDVLSTSSLSSTTNGITSSSVVKQEAVSTCDDSIPSLM 900 Query 901 KMETSXXXXXXXXXXXXXXXXXEDSISTTTDQKPINSVSTPCEKSEIDVKQPITTTSTPS 960 KMETSXXXXXXXXXXXXXXXXXEDSISTTTDQKPINSVSTPCEKSEIDVKQPITTTSTPS Sbjct 901 KMETSXXXXXXXXXXXXXXXXXEDSISTTTDQKPINSVSTPCEKSEIDVKQPITTTSTPS 960 Query 961 AISSTISKSTSGPRQRKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYF 1020 AISSTISKSTSGPRQRKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYF Sbjct 961 AISSTISKSTSGPRQRKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYF 1020 Query 1021 DIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFE 1080 DIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFE Sbjct 1021 DIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFE 1080 Query 1081 QEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTIPRDAKYMNYQNRITYCLKCFQEIPG 1140 QEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTIPRDAKYMNYQNRITYCLKCFQEIPG Sbjct 1081 QEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTIPRDAKYMNYQNRITYCLKCFQEIPG 1140 Query 1141 DTVTIGDGLGPDNTVSGTQTIPKNQFVECKNDHIDLEPFVECKECARKLHQICVLHIDQI 1200 DTVTIGDGLGPDNTVSGTQTIPKNQFVECKNDHIDLEPFVECKECARKLHQICVLHIDQI Sbjct 1141 DTVTIGDGLGPDNTVSGTQTIPKNQFVECKNDHIDLEPFVECKECARKLHQICVLHIDQI 1200 Query 1201 WPEGFVCDGCLKAKGKKKKENKFSAKRLPQSKLGSYIENRVNTFLRKKETGAGEVSIRVV 1260 WPEGFVCDGCLKAKGKKKKENKFSAKRLPQSKLGSYIENRVNTFLRKKETGAGEVSIRVV Sbjct 1201 WPEGFVCDGCLKAKGKKKKENKFSAKRLPQSKLGSYIENRVNTFLRKKETGAGEVSIRVV 1260 Query 1261 SSSEKIVEVKSLMKQKYAFKYNEPGNELPSTFPYRAKALFAFEDFNGVDVCFFGMHVQEY 1320 SSSEKIVEVKSLMKQKYAFKYNEPGNELPSTFPYRAKALFAFEDFNGVDVCFFGMHVQEY Sbjct 1261 SSSEKIVEVKSLMKQKYAFKYNEPGNELPSTFPYRAKALFAFEDFNGVDVCFFGMHVQEY 1320 Query 1321 GSDAGPPNSRRVYIAYLDSVHFFSPKQYRTAVYHEILLGYLDYTKQLGYTMAHIWACPPS 1380 GSDAGPPNSRRVYIAYLDSVHFFSPKQYRTAVYHEILLGYLDYTKQLGYTMAHIWACPPS Sbjct 1321 GSDAGPPNSRRVYIAYLDSVHFFSPKQYRTAVYHEILLGYLDYTKQLGYTMAHIWACPPS 1380 Query 1381 EGDDYIFHCHPPEQKIPKPKRLQEWYKKMLDKGIIERIVLDYKDILKQASEDGLKSATDL 1440 EGDDYIFHCHPPEQKIPKPKRLQEWYKKMLDKGIIERIVLDYKDILKQASEDGLKSATDL Sbjct 1381 EGDDYIFHCHPPEQKIPKPKRLQEWYKKMLDKGIIERIVLDYKDILKQASEDGLKSATDL 1440 Query 1441 PYFEGDFWPNVIEESIKEIEMELQKQQIQSSQKITPLIMPPAEPSTPQQDSIFNNSGNPT 1500 PYFEGDFWPNVIEESIKEIEMELQKQQIQSSQKITPLIMPPAEPSTPQQDSIFNNSGNPT Sbjct 1441 PYFEGDFWPNVIEESIKEIEMELQKQQIQSSQKITPLIMPPAEPSTPQQDSIFNNSGNPT 1500 Query 1501 DDESMDTMSECGDKADGNCSKPSDILSLNSKNSNSKDGCNNQIKQQXXXXXXXXXXXXXX 1560 DDESMDTMSECGDKADGNCSKPSDILSLNSKNSNSKDGCNNQIKQQXXXXXXXXXXXXXX Sbjct 1501 DDESMDTMSECGDKADGNCSKPSDILSLNSKNSNSKDGCNNQIKQQXXXXXXXXXXXXXX 1560 Query 1561 XXKNNVHSRHKSGSNQLAVVQTNSSLQWEQELTNKIYQTMEKHKEVFFVIRLHSTQSAAS 1620 XXKNNVHSRHKSGSNQLAVVQTNSSLQWEQELTNKIYQTMEKHKEVFFVIRLHSTQSAAS Sbjct 1561 XXKNNVHSRHKSGSNQLAVVQTNSSLQWEQELTNKIYQTMEKHKEVFFVIRLHSTQSAAS 1620 Query 1621 LPPINDPDQSLNCDLMDGRDAFLTMAREKHYEFSTLRRAKFSTMALLYELHNSGNGGFVY 1680 LPPINDPDQSLNCDLMDGRDAFLTMAREKHYEFSTLRRAKFSTMALLYELHNSGNGGFVY Sbjct 1621 LPPINDPDQSLNCDLMDGRDAFLTMAREKHYEFSTLRRAKFSTMALLYELHNSGNGGFVY 1680 Query 1681 TCNKCKRHVVETRYHCTECDDFDLCVTCYNSEGHNHKMEKLGFGDLVGGVDGDGAVAGAV 1740 TCNKCKRHVVETRYHCTECDDFDLCVTCYNSEGHNHKMEKLGFGDLVGGVDGDGAVAGAV Sbjct 1681 TCNKCKRHVVETRYHCTECDDFDLCVTCYNSEGHNHKMEKLGFGDLVGGVDGDGAVAGAV 1740 Query 1741 VAGGSGELDNHGDGTSGSTVTSPGESRRLSIQRCIQSLVHACQCRDANCRLPSCHKMKRV 1800 VAGGSGELDNHGDGTSGSTVTSPGESRRLSIQRCIQSLVHACQCRDANCRLPSCHKMKRV Sbjct 1741 VAGGSGELDNHGDGTSGSTVTSPGESRRLSIQRCIQSLVHACQCRDANCRLPSCHKMKRV 1800 Query 1801 VQHAKSCKRKTNQSGPPMSQGGGATGCPICKQLIALCCYHAKHCNEQKCPVPYCLNIKHK 1860 VQHAKSCKRKTNQSGPPMSQGGGATGCPICKQLIALCCYHAKHCNEQKCPVPYCLNIKHK Sbjct 1801 VQHAKSCKRKTNQSGPPMSQGGGATGCPICKQLIALCCYHAKHCNEQKCPVPYCLNIKHK 1860 Query 1861 LRQQQLQQKLQQHQILRRRIATMTSISQSAQPAAQTHDYSPSPVQTPQQHYMKPATVTPP 1920 LRQQQLQQKLQQHQILRRRIATMTSISQSAQPAAQTHDYSPSPVQTPQQHYMKPATVTPP Sbjct 1861 LRQQQLQQKLQQHQILRRRIATMTSISQSAQPAAQTHDYSPSPVQTPQQHYMKPATVTPP 1920 Query 1921 PVGALQAVQQVQAAVAXXXXXXXXXXXXQPKVMSQQNPYGKGKPMIPYQQQSVPQGSQPQ 1980 PVGALQAVQQVQAAVAXXXXXXXXXXXXQPKVMSQQNPYGKGKPMIPYQQQSVPQGSQPQ Sbjct 1921 PVGALQAVQQVQAAVAXXXXXXXXXXXXQPKVMSQQNPYGKGKPMIPYQQQSVPQGSQPQ 1980 Query 1981 PPRPHMGMQPHPPQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2040 PPRPHMGMQPHPPQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 1981 PPRPHMGMQPHPPQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2040 Query 2041 XXXXXXXXXPQPQQQLQSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2100 XXXXXXXXXPQPQQQLQSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 2041 XXXXXXXXXPQPQQQLQSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2100 Query 2101 XXPMASAANTQPGGKPTQMMSQQQPQVLRQQMPVSSGVQIPQQVMQGMGEQQTRQAQKMS 2160 XXPMASAANTQPGGKPTQMMSQQQPQVLRQQMPVSSGVQIPQQVMQGMGEQQTRQAQKMS Sbjct 2101 XXPMASAANTQPGGKPTQMMSQQQPQVLRQQMPVSSGVQIPQQVMQGMGEQQTRQAQKMS 2160 Query 2161 IPQQFQMQGQQMNQSGSGGVSTQSQSQQPMNNVMQQLITMLKSPSSQSQQQQVIHILQSN 2220 IPQQFQMQGQQMNQSGSGGVSTQSQSQQPMNNVMQQLITMLKSPSSQSQQQQVIHILQSN Sbjct 2161 IPQQFQMQGQQMNQSGSGGVSTQSQSQQPMNNVMQQLITMLKSPSSQSQQQQVIHILQSN 2220 Query 2221 PKLMAAFLKQRSATHQNQGQXXXXXXIFQQINANPQQPQQGPSPQQQQQVXXXXXXXXXX 2280 PKLMAAFLKQRSATHQNQGQXXXXXXIFQQINANPQQPQQGPSPQQQQQVXXXXXXXXXX Sbjct 2221 PKLMAAFLKQRSATHQNQGQXXXXXXIFQQINANPQQPQQGPSPQQQQQVXXXXXXXXXX 2280 Query 2281 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2340 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX Sbjct 2281 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 2340 Query 2341 XXXXXPGQHIQTGNQQWYQQPQPPQQTRFVRVPQNIPMASSPNTQPGGKPQQMMSQQTQQ 2400 XXXXXPGQHIQTGNQQWYQQPQPPQQTRFVRVPQNIPMASSPNTQPGGKPQQMMSQQTQQ Sbjct 2341 XXXXXPGQHIQTGNQQWYQQPQPPQQTRFVRVPQNIPMASSPNTQPGGKPQQMMSQQTQQ 2400 Query 2401 QVLRQQLNN 2409 QVLRQQLNN Sbjct 2401 QVLRQQLNN 2409 >XP_026225122.1 Length=2493 Score = 1183 bits (3061), Expect = 0.0 Identities = 800/1723 (46%), Positives = 955/1723 (55%), Gaps = 332/1723 (19%) Query 335 GHSSEAEKRKLIQQQLVLLLHAHKCQRREQEQQNGTGGQQRSCALPHCRTMKNVLNHMTG 394 G +++ EKRKLIQQQLVLLLHAHKCQRREQ G+ R+C LPHCRTMKNVLNHMT Sbjct 318 GPTADPEKRKLIQQQLVLLLHAHKCQRREQ-----ANGEVRACTLPHCRTMKNVLNHMTH 372 Query 395 CTAGKQXXXXXXXXXXXXXXXXXXXTRPDCPVCLPLKQASDRRQQQQQVATLL--LNQPL 452 C AGK XXXXXXXXXXXXXXXXXXXTR DCPVCLPLK ASD+R QQ +++ + L + Sbjct 373 CQAGKSXXXXXXXXXXXXXXXXXXXTRHDCPVCLPLKNASDKRSQQPMLSSPVAGLQNTI 432 Query 453 PNPQQAQIPNSQLPNAQTPQPXSQPQPPPPTQFSQQPQNVD---FQKAYIALGLPFNN-- 507 Q + + +A T ++D Q+AY ALGLP+ N Sbjct 433 STVGPGQSSATTINSAAT--------------------HIDPSSMQRAYAALGLPYGNQS 472 Query 508 --------------------------------------------------------PSST 511 PSS Sbjct 473 PAQVQGQGPGQQNPXXXQHQQMRNMNPLGTNQMSQMAGGMSIPTSDQTGIHSDSSLPSSL 532 Query 512 SP---PSGQITGRIPGFPPITDQLLDPRQAKDWHTSVPMELRNHLVQKIVQAIIPTPDPS 568 + P G + G + P T L K WH V +LR HLV K+VQAI PTPDP+ Sbjct 533 NSQLMPDGSVAGGMGNLPAATP-LSATGVRKAWHEHVTQDLRTHLVHKLVQAIFPTPDPA 591 Query 569 TFKDSRMVTFIGYARKVEGDMYEKANSREEYYHLLAEKIYKMQKELEDKRQKRKEQKAAA 628 KD RM + YARKVEGDMYE ANSR+EYYH LAEKIYK+QKELE+KR+ R +++ Sbjct 592 ALKDRRMENLVAYARKVEGDMYESANSRDEYYHFLAEKIYKIQKELEEKRRSRLQKQPGI 651 Query 629 AQNSGQDVNALQINPNQIN---ANRPPQQMLAQQPLQPQTPNAGPPTPQSIXXXXXXXXP 685 +G + PN + A RPP + L Q N PQ I Sbjct 652 MGTAGPQQPGM-AQPNAMGPGQAVRPPNGPVPMPNLPNQMMNRMQ-VPQGINQFNPMAMQ 709 Query 686 RPRLNLSGAPPNVSLQSPSRFPSQSNQLPPGSYFISPPG-PQAQA-----TSQIQIRSNS 739 +S AP SP P Q N +SP PQ Q + + ++ + Sbjct 710 N--AQMSQAPMGARAPSPMNHPQQMNMSSVPVMGMSPSRMPQTQGIMGGHANNMVAQTAN 767 Query 740 NGNFITNSNTGNTLQGMLQQQPTTPQPLTSTATPPPPRCASV---------------PTS 784 G F+ G + QP+T TA P+ +++ PT+ Sbjct 768 QGQFLPQGQFPAAAGGTINVNSGLGQPITQTAVTQQPQNSNLSMNALGSLGSQLSCGPTA 827 Query 785 ------TPQALTNQTLQSHQNRMSRDEI-------------------------------- 806 TP T+ LQ Q Sbjct 828 QPSLGTTPPPNTSVGLQQQQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 887 Query 807 ----------ESSMPTPQPSLQNTXXXXXXXGQQSMVDLQNQQQLSRPPSQMQPIEQQVV 856 ++ MP PQPS G S L+ PPS P Q Sbjct 888 XXXXPHHAPNQAPMP-PQPST------PASTGGPSSTPTHIPSSLTGPPSLTPPDPQPXX 940 Query 857 IKSEPIDDV-----------------LSTSSLSSTTNGITSSSVVKQEAVSTCDDSIPSL 899 +S ++ S T SV + + D + Sbjct 941 XXXXXXXXXXXXXXXXXXXXXXXXTPMSQAAASIDNRVPTPGSVAEMNSQQALPDMSSTE 1000 Query 900 MKMETSXXXXXXXXXXXXXXXXXEDSISTTTD--QKPINSVSTPC-EKSEIDVKQP-ITT 955 +K E E T +K + V+ P E E + K+P I Sbjct 1001 VKTEVKDEEDDTNSGKKQTDVKMEQDDDTKPPLVKKEVPEVAEPKQEPMETEEKKPEIKA 1060 Query 956 TSTPSAISSTISKSTSGPRQRK-VFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLL 1014 S + S S STS + RK +FKP+ELRQALMPTLE LYRQDPESLPFRQPVDP LL Sbjct 1061 ESKEAEESGANSTSTSASQNRKKIFKPEELRQALMPTLESLYRQDPESLPFRQPVDPMLL 1120 Query 1015 QIPDYFDIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTR 1074 IPDYFDI+K P+DLSTIKRKLDTGQYQ+PWQYVDDVWLMF+NAWLYN+KTSRVY+YCT+ Sbjct 1121 GIPDYFDIVKNPIDLSTIKRKLDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKYCTK 1180 Query 1075 LSEVFEQEIDPVMQSLGYCCGRKHVFHPQVLCCYGKQLCTIPRDAKYMNYQN-------- 1126 L+EVFE EIDPVMQ LGYCCGRK F PQ LCCYGKQLCTI RD Y +YQN Sbjct 1181 LAEVFEAEIDPVMQGLGYCCGRKFEFSPQTLCCYGKQLCTISRDGTYYSYQNSSPKYGLI 1240 Query 1127 --RITYCLKCFQEIPGDTVTIGDGLGPDNTVSGTQTIPKNQFVECKNDHIDLEPFVECKE 1184 R +C KCF EI G++VT+GD T+ I K+QF + KND +D EPFVECK+ Sbjct 1241 ADRYHFCEKCFNEIQGNSVTLGDDPAQPQTM-----ISKDQFEKKKNDMLDSEPFVECKD 1295 Query 1185 CARKLHQICVLHIDQIWPEGFVCDGCLKAKGKKKKENKFSAKRLPQSKLGSYIENRVNTF 1244 C RK+HQICVLH D IWP GFVCD CLK GK +KENKFSAKRL ++LG+YIE+RVN + Sbjct 1296 CGRKMHQICVLHYDVIWPSGFVCDNCLKKSGKTRKENKFSAKRLQSTRLGTYIEDRVNKY 1355 Query 1245 L-RKKETGAGEVSIRVVSSSEKIVEVKSLMKQKYAFKYNEPGNELPSTFPYRAKALFAFE 1303 L R+ AGEV +RVV+SS+K VEVK MK ++ E G E+ +FPYR KALFAFE Sbjct 1356 LKRQNHPEAGEVFVRVVASSDKTVEVKPGMKSRFV----ESG-EMVESFPYRTKALFAFE 1410 Query 1304 DFNGVDVCFFGMHVQEYGSDAGPPNSRRVYIAYLDSVHFFSPKQYRTAVYHEILLGYLDY 1363 + +GVDVCFFGMHVQEYGS+ PN+RRVYI+YLDS+HFF P+ RTAVYHEIL+GYL+Y Sbjct 1411 EIDGVDVCFFGMHVQEYGSECPFPNTRRVYISYLDSIHFFKPRLLRTAVYHEILIGYLEY 1470 Query 1364 TKQLGYTMAHIWACPPSEGDDYIFHCHPPEQKIPKPKRLQEWYKKMLDKGIIERIVLDYK 1423 K+LGY HIWACPPSEGDDYIFHCHPP+QKIPKPKRLQEWY+KMLDK ERI+ DYK Sbjct 1471 VKKLGYVTGHIWACPPSEGDDYIFHCHPPDQKIPKPKRLQEWYRKMLDKAFAERIIHDYK 1530 Query 1424 DILKQASEDGLKSATDLPYFEGDFWPNVIEESIKEIEMELQKQQIQ---SSQKITPLIMP 1480 DI KQA+ED L SA +LPYFEGDFWPNV+EESIKE+E E +S +IT Sbjct 1531 DIFKQATEDRLTSAYELPYFEGDFWPNVLEESIKELEQEXXXXXXXXXXASSEIT----- 1585 Query 1481 PAEPSTPQQDSIFNNSGNPTDDESMDTMSECGDKADGNCSKPSDILSLNSKNSNSKDGCN 1540 +G + Sbjct 1586 --------------------------------------------------------EGTH 1589 Query 1541 NQIKQQXXXXXXXXXXXXXXXXKNNVHSRHKSGSNQLAVVQTNSSLQWEQELTNKIYQTM 1600 K XXXXXXXXXXXXX + N + K G +A +L+ K+Y TM Sbjct 1590 ADSKNXXXXXXXXXXXXXXSVSRAN---KKKPGMPNVA-----------NDLSQKLYATM 1635 Query 1601 EKHKEVFFVIRLHSTQSAASLPPINDPDQSLNCDLMDGRDAFLTMAREKHYEFSTLRRAK 1660 EKHKEVFFVI LH+ +LPPI DPD L CDLMDGRDAFLT+AR+KH+EFS+LRR K Sbjct 1636 EKHKEVFFVIHLHAGPVINTLPPIMDPDPLLTCDLMDGRDAFLTLARDKHWEFSSLRRCK 1695 Query 1661 FSTMALLYELHNSGNGGFVYTCNKCKRHVVETRYHCTECDDFDLCVTCYNSEGHNHKMEK 1720 +STM +L ELHN G FVYTCN+CK HV ETR+HCT C+D+DLC+ CYN +GH H+M K Sbjct 1696 WSTMCMLVELHNQGQDRFVYTCNECKHHV-ETRWHCTVCEDYDLCINCYNIKGHEHQMVK 1754 Query 1721 LGFGDLVGGVDGDGAVAGAVVAGGSGELDNHGDGTSGSTVTSPGESRRLSIQRCIQSLVH 1780 G G LD+ + G SP ESRRLSIQRCIQSLVH Sbjct 1755 WGLG-----------------------LDDDSNSQGGEASKSPQESRRLSIQRCIQSLVH 1791 Query 1781 ACQCRDANCRLPSCHKMKRVVQHAKSCKRKTNQSGPPMSQGGGATGCPICKQLIALCCYH 1840 ACQCR+ANC LPSC KMKRVVQH K CKRKTN GCP+CKQLIALCCYH Sbjct 1792 ACQCRNANCSLPSCQKMKRVVQHTKGCKRKTNG------------GCPVCKQLIALCCYH 1839 Query 1841 AKHCNEQKCPVPYCLNIKHKLRQQQLQQKLQQHQILRRRIATM 1883 AKHC E KCPVP+CLNIKHKLRQQQLQ +LQQ Q++RRR+ATM Sbjct 1840 AKHCQENKCPVPFCLNIKHKLRQQQLQHRLQQAQMMRRRMATM 1882 >d4nyxa_ Length=116 Score = 216 bits (551), Expect = 2.17e-67 Identities = 100/116 (86%), Positives = 112/116 (96%), Gaps = 0/116 (0%) Query 976 RKVFKPDELRQALMPTLEKLYRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRK 1035 +K+FKP+ELRQALMPTLE LYRQDPESLPFRQPVDP LL IPDYFDI+K PMDLSTIKRK Sbjct 1 KKIFKPEELRQALMPTLEALYRQDPESLPFRQPVDPQLLGIPDYFDIVKNPMDLSTIKRK 60 Query 1036 LDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYRYCTRLSEVFEQEIDPVMQSLG 1091 LDTGQYQ+PWQYVDDVWLMF+NAWLYN+KTSRVY++C++L+EVFEQEIDPVMQSLG Sbjct 61 LDTGQYQEPWQYVDDVWLMFNNAWLYNRKTSRVYKFCSKLAEVFEQEIDPVMQSLG 116 >d3ljwa_ Length=118 Score = 53.1 bits (126), Expect = 4.58e-10 Identities = 24/69 (34%), Positives = 42/69 (60%), Gaps = 0/69 (0%) Query 1011 PTLLQIPDYFDIIKKPMDLSTIKRKLDTGQYQDPWQYVDDVWLMFDNAWLYNKKTSRVYR 1070 P+ +Q PDY+ IIK+P+DL TI +++ G Y+ D+ L+ NA YN+ S+V++ Sbjct 37 PSKVQYPDYYAIIKEPIDLKTIAQRIQNGSYKSIHAMAKDIDLLAKNAKTYNEPGSQVFK 96 Query 1071 YCTRLSEVF 1079 + ++F Sbjct 97 DANSIKKIF 105 >d4nxja1 Length=117 Score = 51.6 bits (122), Expect = 1.55e-09 Identities = 28/90 (31%), Positives = 53/90 (58%), Gaps = 3/90 (3%) Query 992 LEKLYRQDPESLPFRQPVDPTLLQIPDYFDIIKKPMDLSTIKRKLDTGQYQDPWQYVDDV 1051 L KL D + + F PV+ L +PDY ++IK+PMD +T+K+KL +Y+ ++ DV Sbjct 18 LNKLIAFDKKRI-FLYPVNVQL--VPDYLNVIKEPMDFTTMKQKLQNFKYKSFQEFEKDV 74 Query 1052 WLMFDNAWLYNKKTSRVYRYCTRLSEVFEQ 1081 L+ +N + YN ++ Y++ + +++ Sbjct 75 LLIINNCYTYNDPSTIYYKFAEDIETYYKK 104 Query= XP_020640612.1 Length=716 >XP_020640612.1 Length=716 Score = 1418 bits (3670), Expect = 0.0 Identities = 716/716 (100%), Positives = 716/716 (100%), Gaps = 0/716 (0%) Query 1 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFH 60 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFH Sbjct 1 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFH 60 Query 61 TMQDMLDDELGRLELNEEDSSKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERA 120 TMQDMLDDELGRLELNEEDSSKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERA Sbjct 61 TMQDMLDDELGRLELNEEDSSKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERA 120 Query 121 ILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTVQGLRTSIDQLELLEDTCGFR 180 ILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTVQGLRTSIDQLELLEDTCGFR Sbjct 121 ILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTVQGLRTSIDQLELLEDTCGFR 180 Query 181 LQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDTLREL 240 LQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDTLREL Sbjct 181 LQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDTLREL 240 Query 241 LLEERDAWKDRQRRACIGDTCDTSLGQLETWFTAHAEDLFHLLQFLHIMEALPQKLTYKG 300 LLEERDAWKDRQRRACIGDTCDTSLGQLETWFTAHAEDLFHLLQFLHIMEALPQKLTYKG Sbjct 241 LLEERDAWKDRQRRACIGDTCDTSLGQLETWFTAHAEDLFHLLQFLHIMEALPQKLTYKG 300 Query 301 DPLTVQLPQLKNRLQEQIVFLLKSAFVVESQPCMPFPNRRPLVLKTSQKFSVRVRLLVKL 360 DPLTVQLPQLKNRLQEQIVFLLKSAFVVESQPCMPFPNRRPLVLKTSQKFSVRVRLLVKL Sbjct 301 DPLTVQLPQLKNRLQEQIVFLLKSAFVVESQPCMPFPNRRPLVLKTSQKFSVRVRLLVKL 360 Query 361 LDRNHSAEVKIEIDRDAADFGGFRRFNILPSNTKTLTMDNPQVQELVCDFKHIMLKEQKS 420 LDRNHSAEVKIEIDRDAADFGGFRRFNILPSNTKTLTMDNPQVQELVCDFKHIMLKEQKS Sbjct 361 LDRNHSAEVKIEIDRDAADFGGFRRFNILPSNTKTLTMDNPQVQELVCDFKHIMLKEQKS 420 Query 421 SGSGKGGKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTSTLPVVIVSNPNQMSPAWA 480 SGSGKGGKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTSTLPVVIVSNPNQMSPAWA Sbjct 421 SGSGKGGKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTSTLPVVIVSNPNQMSPAWA 480 Query 481 SILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTERNLNSEQLKMLGEKLCGS 540 SILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTERNLNSEQLKMLGEKLCGS Sbjct 481 SILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTERNLNSEQLKMLGEKLCGS 540 Query 541 SVVAESTITWNQFSKELTTANVSFWAWMDGIILLIREHLLELWKNGLIMGFVSRKRERHL 600 SVVAESTITWNQFSKELTTANVSFWAWMDGIILLIREHLLELWKNGLIMGFVSRKRERHL Sbjct 541 SVVAESTITWNQFSKELTTANVSFWAWMDGIILLIREHLLELWKNGLIMGFVSRKRERHL 600 Query 601 LKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAVEPYTKDDLKILSLPDIIRDY 660 LKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAVEPYTKDDLKILSLPDIIRDY Sbjct 601 LKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAVEPYTKDDLKILSLPDIIRDY 660 Query 661 HILAEENIPENPFHYLYPDIDRDEAFGPYYSERQEDLSEHRKYLKRRLIRVSHPRS 716 HILAEENIPENPFHYLYPDIDRDEAFGPYYSERQEDLSEHRKYLKRRLIRVSHPRS Sbjct 661 HILAEENIPENPFHYLYPDIDRDEAFGPYYSERQEDLSEHRKYLKRRLIRVSHPRS 716 >RXM37273.1 Length=673 Score = 197 bits (502), Expect = 2.39e-56 Identities = 200/738 (27%), Positives = 333/738 (45%), Gaps = 130/738 (17%) Query 1 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFH 60 M W+Q+Q L+ +L+QV Y +D+ PME+RQ+L+ WIE+QDW A++S+S A LFH Sbjct 1 MTQWKQVQHLEIKFLEQVDHFY-DDNFPMEIRQFLADWIENQDWDTASNSES-MATVLFH 58 Query 61 TMQDMLDDELGRLELNEEDSSKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERA 120 + L+++ + ++ + +HNL R K Q + Y+ +P +A VI L +ER Sbjct 59 NLLSQLEEQCSQEKM-------FLQRHNLKRIKQQTEVKYRANPLHMAGVISNCLREERR 111 Query 121 ILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTVQGLRTSIDQLELLED----T 176 I+ + QP N+ K + + R + G + + LL++ T Sbjct 112 IIATSCMLEQP----------------NVNKFDNCLFRYIMGFVSKETERALLKEKEPGT 155 Query 177 CGFRLQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDT 236 R + T T D ++ +V N++ K +R+ L +D Sbjct 156 FLLRFSESHLGGITFTWVDQSENG-----EVKFNSVEPYTK-------SRLTALPF-ADI 202 Query 237 LREL-LLEERDAWKDRQRRACIGDTCDTSLGQ---LETWFTAHAEDLFHLLQFLHIMEAL 292 +R+ ++ +R+ ++ + G D + G+ + A + L A Sbjct 203 IRDYKVIVDRNVPENPLKLLYPGIPKDEAFGKHYNSQPSTGARSSPL-----------AT 251 Query 293 PQKLTYKGDPLTVQLPQLKNRLQEQIVFLLKSAFVVESQPCMPF---PNRRPLVLKTSQK 349 ++ Y QL QL+++ EQ+ L +F +E + + L Sbjct 252 QRQCFYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQDWELAATNDSL 311 Query 350 FSVRVRLLVKLLDRNHSAEVKIEIDRDAADFGGFRRFNILPSNTKTLTMDNP-QVQELVC 408 ++R L+ LD +S + ++ + R+ + N + ++P Q+ ++C Sbjct 312 ATLRFHDLLSQLDDQYS---RFTLENNFLMQHNIRK---IKRNLQVHFQEDPIQMAMIIC 365 Query 409 DFKHIMLKEQKSSGSGKG------GKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTS 462 + +E+K+ K G N ++ +EL DY + IK ++Q + Sbjct 366 S---CLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKEL-------DYSVRDIKNRVQET 415 Query 463 TLPVVIVSNPNQMSPAWASILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTE 522 + + +D ++ F + S+ TT Sbjct 416 EQRIKSL--------------------EDLQDEHDFKYKTLQSREHESS-------GTTP 448 Query 523 RNLNSEQLKMLGEKLCGSSVVAESTITWNQFSKELTTANVSFWAWMDGIILLIREHLLEL 582 + E++ ++ I N +E SFW W++GI+ LI+ HLL L Sbjct 449 IEIRREEI-----------IIRNMFIELNM-KREENVNEKSFWLWIEGILELIKRHLLAL 496 Query 583 WKNGLIMGFVSRKRERHLLKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAVEP 642 W +G IMGFVS++RER LL K GTFLLRFSESS G IT TWVE + P+F AVEP Sbjct 497 WNDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTWVEMSHNDEPQFHAVEP 556 Query 643 YTKDDLKILSLPDIIRDYHILAEENIPENPFHYLYPDIDRDEAFGPYYSERQE-----DL 697 YTK +L +S PDIIR+Y ++A ENIPENP +L+PDI +D AFG YYS E D+ Sbjct 557 YTKKELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAFGKYYSRPTEPSEPMDV 616 Query 698 SEHRK---YLKRRLIRVS 712 ++ Y++ LI +S Sbjct 617 DNDKRSNGYMRTELISIS 634 Query= RXM37273.1 Length=673 >RXM37273.1 Length=673 Score = 1341 bits (3470), Expect = 0.0 Identities = 673/673 (100%), Positives = 673/673 (100%), Gaps = 0/673 (0%) Query 1 MTQWKQVQHLEIKFLEQVDHFYDDNFPMEIRQFLADWIENQDWDTASNSESMATVLFHNL 60 MTQWKQVQHLEIKFLEQVDHFYDDNFPMEIRQFLADWIENQDWDTASNSESMATVLFHNL Sbjct 1 MTQWKQVQHLEIKFLEQVDHFYDDNFPMEIRQFLADWIENQDWDTASNSESMATVLFHNL 60 Query 61 LSQLEEQCSQEKMFLQRHNLKRIKQQTEVKYRANPLHMAGVISNCLREERRIIATSCMLE 120 LSQLEEQCSQEKMFLQRHNLKRIKQQTEVKYRANPLHMAGVISNCLREERRIIATSCMLE Sbjct 61 LSQLEEQCSQEKMFLQRHNLKRIKQQTEVKYRANPLHMAGVISNCLREERRIIATSCMLE 120 Query 121 QPNVNKFDNCLFRYIMGFVSKETERALLKEKEPGTFLLRFSESHLGGITFTWVDQSENGE 180 QPNVNKFDNCLFRYIMGFVSKETERALLKEKEPGTFLLRFSESHLGGITFTWVDQSENGE Sbjct 121 QPNVNKFDNCLFRYIMGFVSKETERALLKEKEPGTFLLRFSESHLGGITFTWVDQSENGE 180 Query 181 VKFNSVEPYTKSRLTALPFADIIRDYKVIVDRNVPENPLKLLYPGIPKDEAFGKHYNSQP 240 VKFNSVEPYTKSRLTALPFADIIRDYKVIVDRNVPENPLKLLYPGIPKDEAFGKHYNSQP Sbjct 181 VKFNSVEPYTKSRLTALPFADIIRDYKVIVDRNVPENPLKLLYPGIPKDEAFGKHYNSQP 240 Query 241 STGARSSPLATQRQCFYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQ 300 STGARSSPLATQRQCFYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQ Sbjct 241 STGARSSPLATQRQCFYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQ 300 Query 301 DWELAATNDSLATLRFHDLLSQLDDQYSRFTLENNFLMQHNIRKIKRNLQVHFQEDPIQM 360 DWELAATNDSLATLRFHDLLSQLDDQYSRFTLENNFLMQHNIRKIKRNLQVHFQEDPIQM Sbjct 301 DWELAATNDSLATLRFHDLLSQLDDQYSRFTLENNFLMQHNIRKIKRNLQVHFQEDPIQM 360 Query 361 AMIICSCLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKELDYSVRDIKNRVQETEQRIK 420 AMIICSCLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKELDYSVRDIKNRVQETEQRIK Sbjct 361 AMIICSCLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKELDYSVRDIKNRVQETEQRIK 420 Query 421 SLEDLQDEHDFKYKTLQSREHESSGTTPIEIRREEIIIRNMFIELNMKREENVNEKSFWL 480 SLEDLQDEHDFKYKTLQSREHESSGTTPIEIRREEIIIRNMFIELNMKREENVNEKSFWL Sbjct 421 SLEDLQDEHDFKYKTLQSREHESSGTTPIEIRREEIIIRNMFIELNMKREENVNEKSFWL 480 Query 481 WIEGILELIKRHLLALWNDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTW 540 WIEGILELIKRHLLALWNDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTW Sbjct 481 WIEGILELIKRHLLALWNDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTW 540 Query 541 VEMSHNDEPQFHAVEPYTKKELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAF 600 VEMSHNDEPQFHAVEPYTKKELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAF Sbjct 541 VEMSHNDEPQFHAVEPYTKKELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAF 600 Query 601 GKYYSRPTEPSEPMDVDNDKRSNGYMRTELISISEVLQSPENLCPMSPDEYGELQRFINP 660 GKYYSRPTEPSEPMDVDNDKRSNGYMRTELISISEVLQSPENLCPMSPDEYGELQRFINP Sbjct 601 GKYYSRPTEPSEPMDVDNDKRSNGYMRTELISISEVLQSPENLCPMSPDEYGELQRFINP 660 Query 661 AEINTVVCQVQSS 673 AEINTVVCQVQSS Sbjct 661 AEINTVVCQVQSS 673 >XP_020640612.1 Length=716 Score = 189 bits (480), Expect = 2.15e-53 Identities = 200/737 (27%), Positives = 319/737 (43%), Gaps = 128/737 (17%) Query 1 MTQWKQVQHLEIKFLEQVDHFY-DDNFPMEIRQFLADWIENQDWDTASNSES-MATVLFH 58 M W+Q+Q L+ +L+QV Y +D+ PME+RQ+L+ WIE+QDW A++S+S A LFH Sbjct 1 MALWQQIQSLDSVYLDQVHCLYLEDSLPMEVRQYLSHWIEDQDWRYAAHSDSSQACCLFH 60 Query 59 NLLSQLEEQCSQEKM-------FLQRHNLKRIKQQTEVKYRANPLHMAGVISNCLREERR 111 + L+++ + ++ + +HNL R K Q + Y+ +P +A VI L +ER Sbjct 61 TMQDMLDDELGRLELNEEDSSKIVVKHNLHRSKLQLQYMYQDHPEKLAAVIDGLLTQERA 120 Query 112 IIATSCMLEQP----------------NVNKFDNCLFRYIMGFVSKETERALLKEKEPGT 155 I+ + QP N+ K + + R + G + + LL++ T Sbjct 121 ILLAASAGSQPAVEPPSGASMTSSQRHNIEKRLDEMRRTVQGLRTSIDQLELLED----T 176 Query 156 FLLRFSESHLGGITFTWVDQSENGEVKFNSVEPYTKSRLTALPFADIIRDYKVIVDRNVP 215 R + T T D ++ + V + + D++ + ++ R+ Sbjct 177 CGFRLQTQRILERTTTSTDAVQSQRTREMQVMLNNLNVCRKVSQQDVLARIQELLGRSDT 236 Query 216 ENPLKLLYPGIPKDEAFGKHYNSQPSTG---------ARSSPL-----------ATQRQC 255 L L KD T A + L A ++ Sbjct 237 LRELLLEERDAWKDRQRRACIGDTCDTSLGQLETWFTAHAEDLFHLLQFLHIMEALPQKL 296 Query 256 FYSKMTQWYQLQQLESKYLEQVDQLYDDSFPMEIRQYLSQWIESQDWELAATNDSLATLR 315 Y QL QL+++ EQ+ L +F +E + + L ++R Sbjct 297 TYKGDPLTVQLPQLKNRLQEQIVFLLKSAFVVESQPCMP---FPNRRPLVLKTSQKFSVR 353 Query 316 FHDLLSQLDDQYS--------RFTLENNFLMQHNIRKIKRNLQVHFQEDPIQMAMIICS- 366 L+ LD +S R + + NI + N + ++P Q+ ++C Sbjct 354 VRLLVKLLDRNHSAEVKIEIDRDAADFGGFRRFNI--LPSNTKTLTMDNP-QVQELVCDF 410 Query 367 ---CLKEEEKTLDMAKKADQDNIGSTQNTAMVEKQKEL-------DYSVRDIKNRVQETE 416 LKE+ K + G N ++ +EL DY + IK ++Q + Sbjct 411 KHIMLKEQ-------KSSGSGKGGKGVNEGLLSILEELHIITFTLDYCYQGIKCQLQTST 463 Query 417 QRIKSL--------------------EDLQDEHDFKYKTLQSREHESS-------GTTPI 449 + + +D ++ F + S+ TT Sbjct 464 LPVVIVSNPNQMSPAWASILWFIMLSKDPMNQRFFSKPPAATWAQLSTVLSWQFAATTER 523 Query 450 EIRREEI-----------IIRNMFIELNM-KREENVNEKSFWLWIEGILELIKRHLLALW 497 + E++ ++ I N +E SFW W++GI+ LI+ HLL LW Sbjct 524 NLNSEQLKMLGEKLCGSSVVAESTITWNQFSKELTTANVSFWAWMDGIILLIREHLLELW 583 Query 498 NDGCIMGFVSKERERALLNNKRPGTFLLRFSESSREGAITFTWVEMSHNDEPQFHAVEPY 557 +G IMGFVS++RER LL K GTFLLRFSESS G IT TWVE + P+F AVEPY Sbjct 584 KNGLIMGFVSRKRERHLLKRKVGGTFLLRFSESSPNGGITCTWVEYDNQGSPKFQAVEPY 643 Query 558 TKKELSAVSFPDIIRNYKVMAAENIPENPLRFLHPDIPKDNAFGKYYSRPTEPSEPMDVD 617 TK +L +S PDIIR+Y ++A ENIPENP +L+PDI +D AFG YYS E D+ Sbjct 644 TKDDLKILSLPDIIRDYHILAEENIPENPFHYLYPDIDRDEAFGPYYSERQE-----DLS 698 Query 618 NDKRSNGYMRTELISIS 634 ++ Y++ LI +S Sbjct 699 EHRK---YLKRRLIRVS 712 Query= XP_001389757.2 Length=428 >XP_001389757.2 Length=428 Score = 861 bits (2224), Expect = 2.25e-321 Identities = 428/428 (100%), Positives = 428/428 (100%), Gaps = 0/428 (0%) Query 1 MAAPPVRQWGVTPPISTVLPTPDELAANDDLITELKVQNNFESPAETERSLWAQRRAIYS 60 MAAPPVRQWGVTPPISTVLPTPDELAANDDLITELKVQNNFESPAETERSLWAQRRAIYS Sbjct 1 MAAPPVRQWGVTPPISTVLPTPDELAANDDLITELKVQNNFESPAETERSLWAQRRAIYS 60 Query 61 NIVGFPGGVAWAMLVARVCQLYPQATGSVIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMK 120 NIVGFPGGVAWAMLVARVCQLYPQATGSVIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMK Sbjct 61 NIVGFPGGVAWAMLVARVCQLYPQATGSVIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMK 120 Query 121 VWNPKIYHGDRFHLMPIITPAYPSMCATHNVSMSTKAVILRELQRGGDIVDKIFLKQLRW 180 VWNPKIYHGDRFHLMPIITPAYPSMCATHNVSMSTKAVILRELQRGGDIVDKIFLKQLRW Sbjct 121 VWNPKIYHGDRFHLMPIITPAYPSMCATHNVSMSTKAVILRELQRGGDIVDKIFLKQLRW 180 Query 181 EDLFARHTFFTKDYKYYLSITASSRTKEAESVWSGLVESKIRHLVGALDRKATIAIAHPF 240 EDLFARHTFFTKDYKYYLSITASSRTKEAESVWSGLVESKIRHLVGALDRKATIAIAHPF Sbjct 181 EDLFARHTFFTKDYKYYLSITASSRTKEAESVWSGLVESKIRHLVGALDRKATIAIAHPF 240 Query 241 PKGFERVHRVSSEEEIEAVKTGSTKYQDKGTKTETTDEMKDAAHQAAAQNGAENTDVAAA 300 PKGFERVHRVSSEEEIEAVKTGSTKYQDKGTKTETTDEMKDAAHQAAAQNGAENTDVAAA Sbjct 241 PKGFERVHRVSSEEEIEAVKTGSTKYQDKGTKTETTDEMKDAAHQAAAQNGAENTDVAAA 300 Query 301 ENKPVDDTHVMYTTTYYIGLELKPLEPGASRSLDISTDAQIFKSTCTSWPGYQPGINDLA 360 ENKPVDDTHVMYTTTYYIGLELKPLEPGASRSLDISTDAQIFKSTCTSWPGYQPGINDLA Sbjct 301 ENKPVDDTHVMYTTTYYIGLELKPLEPGASRSLDISTDAQIFKSTCTSWPGYQPGINDLA 360 Query 361 ITHVRNFDLPEDVFQPGETRPTRPKKKIIKKAEISGQKRNIESLDDPSHPAAKRQVPSNG 420 ITHVRNFDLPEDVFQPGETRPTRPKKKIIKKAEISGQKRNIESLDDPSHPAAKRQVPSNG Sbjct 361 ITHVRNFDLPEDVFQPGETRPTRPKKKIIKKAEISGQKRNIESLDDPSHPAAKRQVPSNG 420 Query 421 IANTAMPA 428 IANTAMPA Sbjct 421 IANTAMPA 428 >XP_030993825.1 Length=659 Score = 322 bits (825), Expect = 4.04e-106 Identities = 188/425 (44%), Positives = 243/425 (57%), Gaps = 71/425 (16%) Query 29 DDLITELKVQNNFESPAETERSLWAQRRAIYSNIVGFPGGVAWAMLVARVCQLYPQATGS 88 D+++ + Q F + LWAQR+AIY+NI+GFPGGVAWAM+VARVCQLYP+AT + Sbjct 202 DEIVDLVPEQKTFRDALRAVK-LWAQRKAIYANIMGFPGGVAWAMMVARVCQLYPKATSA 260 Query 89 VIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMKVWNPKIYHGDRFHLMPIITPAYPSMCAT 148 VIV KFF I+ +W WP PVLLK IE GPLQ +VWNPKIY GD FHLMPIITPAYPSMCAT Sbjct 261 VIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYKGDGFHLMPIITPAYPSMCAT 320 Query 149 HNVSMSTKAVILRELQRGGDIVDKIFLKQLRWEDLFARHTFFTKDYKYYLSITASSRTKE 208 N++ S+ VI REL D+ KI W LF RHTFFT+DYKYY+S+ ASS KE Sbjct 321 FNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHTFFTQDYKYYISVIASSTDKE 380 Query 209 AESVWSGLVESKIRHLVGALDRKATIAIAHPFPKGFERVHRVSSEEEIEAVKTGSTKY-- 266 A W+G VESK+R LV L+R +I +A PF KG+ER + +S E +E VK GS Y Sbjct 381 AHVKWAGFVESKVRLLVQGLERHQSIVLARPFNKGYERTNMCASPEGVEEVKNGSLAYVV 440 Query 267 ---QDKGTKTETTD--------------------------EMKDAAHQAAAQNGAENTDV 297 + + K E T+ + +D ++GA+ Sbjct 441 KKEEGEAIKAEATNGNGTQAKTEVXXXXXXXXXXXXXXEVKTEDVPLNVKPEDGAD---- 496 Query 298 AAAENKPVDDTHV-MYTTTYYIGLELK----PL------EPGA----------------- 329 AA + + V +YTTT+YIG+EL PL +PG Sbjct 497 AAVKLEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLLCPCPGWISQDGFLNIS 556 Query 330 ----SRSLDISTDAQIFKSTCTSWPGYQPGINDLA---ITHVRNFDLPEDVFQPGETRPT 382 ++SLD+S FK C +W Y+ ++ I HVRNF LP+DVF+ GE +PT Sbjct 557 PSTEAKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRNFTLPDDVFEAGEVKPT 616 Query 383 RPKKK 387 +P KK Sbjct 617 KPVKK 621 Query= XP_030993825.1 Length=659 >XP_030993825.1 Length=659 Score = 1230 bits (3183), Expect = 0.0 Identities = 637/637 (100%), Positives = 637/637 (100%), Gaps = 0/637 (0%) Query 1 MPSERQYGVTPPLSTQLPSEDQKQAADALLQELHSQGTFESAAETAKRYEVLASIQAIAD 60 MPSERQYGVTPPLSTQLPSEDQKQAADALLQELHSQGTFESAAETAKRYEVLASIQAIAD Sbjct 1 MPSERQYGVTPPLSTQLPSEDQKQAADALLQELHSQGTFESAAETAKRYEVLASIQAIAD 60 Query 61 AFVRQVAQEKEPDNPTLIKDARARVFTYGSFRLGVYGPGSDIDTLVVAPRYVTRVEYFKY 120 AFVRQVAQEKEPDNPTLIKDARARVFTYGSFRLGVYGPGSDIDTLVVAPRYVTRVEYFKY Sbjct 61 AFVRQVAQEKEPDNPTLIKDARARVFTYGSFRLGVYGPGSDIDTLVVAPRYVTRVEYFKY 120 Query 121 FPDLLRKMSPPGAITELAAVEDAFVPIIKFEYSGISIDLIFSRIATLKQLPGEKDWNLKD 180 FPDLLRKMSPPGAITELAAVEDAFVPIIKFEYSGISIDLIFSRIATLKQLPGEKDWNLKD Sbjct 121 FPDLLRKMSPPGAITELAAVEDAFVPIIKFEYSGISIDLIFSRIATLKQLPGEKDWNLKD 180 Query 181 SNLLRGLDEAELRSVNGTRVTDEIVDLVPEQKTFRDALRAVKLWAQRKAIYANIMGFPGG 240 SNLLRGLDEAELRSVNGTRVTDEIVDLVPEQKTFRDALRAVKLWAQRKAIYANIMGFPGG Sbjct 181 SNLLRGLDEAELRSVNGTRVTDEIVDLVPEQKTFRDALRAVKLWAQRKAIYANIMGFPGG 240 Query 241 VAWAMMVARVCQLYPKATSAVIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYK 300 VAWAMMVARVCQLYPKATSAVIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYK Sbjct 241 VAWAMMVARVCQLYPKATSAVIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYK 300 Query 301 GDGFHLMPIITPAYPSMCATFNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHT 360 GDGFHLMPIITPAYPSMCATFNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHT Sbjct 301 GDGFHLMPIITPAYPSMCATFNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHT 360 Query 361 FFTQDYKYYISVIASSTDKEAHVKWAGFVESKVRLLVQGLERHQSIVLARPFNKGYERTN 420 FFTQDYKYYISVIASSTDKEAHVKWAGFVESKVRLLVQGLERHQSIVLARPFNKGYERTN Sbjct 361 FFTQDYKYYISVIASSTDKEAHVKWAGFVESKVRLLVQGLERHQSIVLARPFNKGYERTN 420 Query 421 MCASPEGVEEVKNGSLAYVVKKEEGEAIKAEATNGNGTQAKTEVXXXXXXXXXXXXXXEV 480 MCASPEGVEEVKNGSLAYVVKKEEGEAIKAEATNGNGTQAKTEVXXXXXXXXXXXXXXEV Sbjct 421 MCASPEGVEEVKNGSLAYVVKKEEGEAIKAEATNGNGTQAKTEVXXXXXXXXXXXXXXEV 480 Query 481 KTEDVPLNVKPEDGADAAVKLEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLL 540 KTEDVPLNVKPEDGADAAVKLEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLL Sbjct 481 KTEDVPLNVKPEDGADAAVKLEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLL 540 Query 541 CPCPGWISQDGFLNISPSTEAKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRN 600 CPCPGWISQDGFLNISPSTEAKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRN Sbjct 541 CPCPGWISQDGFLNISPSTEAKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRN 600 Query 601 FTLPDDVFEAGEVKPTKPVKKRNVPATAQAANAANSK 637 FTLPDDVFEAGEVKPTKPVKKRNVPATAQAANAANSK Sbjct 601 FTLPDDVFEAGEVKPTKPVKKRNVPATAQAANAANSK 637 >XP_001389757.2 Length=428 Score = 323 bits (829), Expect = 1.58e-106 Identities = 187/421 (44%), Positives = 235/421 (55%), Gaps = 63/421 (14%) Query 202 DEIVDLVPEQKTFRDALRAVK-LWAQRKAIYANIMGFPGGVAWAMMVARVCQLYPKATSA 260 D+++ + Q F + LWAQR+AIY+NI+GFPGGVAWAM+VARVCQLYP+AT + Sbjct 29 DDLITELKVQNNFESPAETERSLWAQRRAIYSNIVGFPGGVAWAMLVARVCQLYPQATGS 88 Query 261 VIVSKFFGILLQWPWPNPVLLKNIESGPLQARVWNPKIYKGDGFHLMPIITPAYPSMCAT 320 VIV KFF I+ +W WP PVLLK IE GPLQ +VWNPKIY GD FHLMPIITPAYPSMCAT Sbjct 89 VIVGKFFRIMNKWAWPQPVLLKPIEDGPLQMKVWNPKIYHGDRFHLMPIITPAYPSMCAT 148 Query 321 FNITRSSMTVIQRELSLASDLCQKIMAGIRPWSALFTRHTFFTQDYKYYISVIASSTDKE 380 N++ S+ VI REL D+ KI W LF RHTFFT+DYKYY+S+ ASS KE Sbjct 149 HNVSMSTKAVILRELQRGGDIVDKIFLKQLRWEDLFARHTFFTKDYKYYLSITASSRTKE 208 Query 381 AHVKWAGFVESKVRLLVQGLERHQSIVLARPFNKGYERTNMCASPEGVEEVKNGSLAYVV 440 A W+G VESK+R LV L+R +I +A PF KG+ER + +S E +E VK GS Y Sbjct 209 AESVWSGLVESKIRHLVGALDRKATIAIAHPFPKGFERVHRVSSEEEIEAVKTGSTKYQD 268 Query 441 KKEEGEAIKAEATNGNGTQAKTEVXXXXXXXXXXXXXXEVKTEDVPLNVKPEDGADAAVK 500 K GT+ +T T+ KP D Sbjct 269 K---------------GTKTETTDEMKDAAHQAAAQNGAENTDVAAAENKPVDDTHV--- 310 Query 501 LEDVQPQGTEVYTTTHYIGIELVESKLPLYDLAFSDPGLLCPCPGWISQDGFLNISPSTE 560 +YTTT+YIG+EL PL +PG Sbjct 311 ----------MYTTTYYIGLELK----PL------EPGA--------------------- 329 Query 561 AKSLDLSYQVNEFKDLCFAWELYRNELHKTCTVNIQHVRNFTLPDDVFEAGEVKPTKPVK 620 ++SLD+S FK C +W Y+ ++ I HVRNF LP+DVF+ GE +PT+P K Sbjct 330 SRSLDISTDAQIFKSTCTSWPGYQPGINDLA---ITHVRNFDLPEDVFQPGETRPTRPKK 386 Query 621 K 621 K Sbjct 387 K 387 Query= d3d1ka_ Length=142 >d3d1ka_ Length=142 Score = 285 bits (729), Expect = 3.94e-103 Identities = 142/142 (100%), Positives = 142/142 (100%), Gaps = 0/142 (0%) Query 1 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG 60 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG Sbjct 1 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG 60 Query 61 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP 120 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP Sbjct 61 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP 120 Query 121 EAHVSLDKFLSGVALALAERYR 142 EAHVSLDKFLSGVALALAERYR Sbjct 121 EAHVSLDKFLSGVALALAERYR 142 >d4esaa_ Length=142 Score = 256 bits (654), Expect = 1.08e-91 Identities = 123/142 (86%), Positives = 136/142 (95%), Gaps = 0/142 (0%) Query 1 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG 60 SLSDKDKAAV+ LWSKI KSSDAIGNDALSRMIVVYPQTK YF+HWPD++PGSP++KAHG Sbjct 1 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG 60 Query 61 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP 120 K VMGGIALAVSKIDDL+ GL++LSEQHAYKLRVDP+NFKIL+HCILVVIS MFPKEFTP Sbjct 61 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP 120 Query 121 EAHVSLDKFLSGVALALAERYR 142 EAHVSLDKFLSGV+LAL+ERYR Sbjct 121 EAHVSLDKFLSGVSLALSERYR 142 >d1v4wa_ Length=143 Score = 234 bits (597), Expect = 5.47e-83 Identities = 111/141 (78%), Positives = 127/141 (90%), Gaps = 0/141 (0%) Query 2 LSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHGK 61 LSDKDK+ V+ALW KI KS+DAIG DAL RM+ VYPQTK YFSHWPD++PGS +KAHGK Sbjct 3 LSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAHGK 62 Query 62 KVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTPE 121 KVMGG+ALAVSKIDDL TGL +LSE HA+K+RVDPSNFKIL+HCILVV++ MFPKEFTP+ Sbjct 63 KVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFTPD 122 Query 122 AHVSLDKFLSGVALALAERYR 142 AHVSLDKFL+ VALALAERYR Sbjct 123 AHVSLDKFLASVALALAERYR 143 >d3bj1a_ Length=142 Score = 192 bits (488), Expect = 2.14e-66 Identities = 90/142 (63%), Positives = 109/142 (76%), Gaps = 0/142 (0%) Query 1 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG 60 SLS KDK AV+ALW KI ++ IG DAL RM+ VYPQTK YFSHW D++PGS + HG Sbjct 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 Query 61 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP 120 K +MGG+ AV+ IDDL GL+ LSE HA+ LRVDP+NFKIL+HCILV ++ FPK+FTP Sbjct 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 Query 121 EAHVSLDKFLSGVALALAERYR 142 E H+S DKF S VA ALAE+YR Sbjct 121 EVHLSYDKFFSAVARALAEKYR 142 Query= d4esaa_ Length=142 >d4esaa_ Length=142 Score = 282 bits (721), Expect = 6.54e-102 Identities = 142/142 (100%), Positives = 142/142 (100%), Gaps = 0/142 (0%) Query 1 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG 60 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG Sbjct 1 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG 60 Query 61 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP 120 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP Sbjct 61 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP 120 Query 121 EAHVSLDKFLSGVSLALSERYR 142 EAHVSLDKFLSGVSLALSERYR Sbjct 121 EAHVSLDKFLSGVSLALSERYR 142 >d3d1ka_ Length=142 Score = 254 bits (649), Expect = 6.25e-91 Identities = 123/142 (86%), Positives = 136/142 (95%), Gaps = 0/142 (0%) Query 1 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG 60 SLSDKDKAAV+ LWSKI KSSDAIGNDALSRMIVVYPQTK YF+HWPD++PGSP++KAHG Sbjct 1 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG 60 Query 61 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP 120 K VMGGIALAVSKIDDL+ GL++LSEQHAYKLRVDP+NFKIL+HCILVVIS MFPKEFTP Sbjct 61 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP 120 Query 121 EAHVSLDKFLSGVSLALSERYR 142 EAHVSLDKFLSGV+LAL+ERYR Sbjct 121 EAHVSLDKFLSGVALALAERYR 142 >d1v4wa_ Length=143 Score = 231 bits (588), Expect = 1.29e-81 Identities = 111/141 (78%), Positives = 126/141 (89%), Gaps = 0/141 (0%) Query 2 LSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHGK 61 LSDKDK+ VK LW KISKS+DAIG DAL RM+ VYPQTKTYF+HWPD+SPGS VKAHGK Sbjct 3 LSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAHGK 62 Query 62 TVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTPE 121 VMGG+ALAVSKIDDL GL DLSE HA+K+RVDP+NFKILSHCILVV++ MFPKEFTP+ Sbjct 63 KVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFTPD 122 Query 122 AHVSLDKFLSGVSLALSERYR 142 AHVSLDKFL+ V+LAL+ERYR Sbjct 123 AHVSLDKFLASVALALAERYR 143 >d3bj1a_ Length=142 Score = 198 bits (504), Expect = 7.82e-69 Identities = 96/142 (67%), Positives = 113/142 (79%), Gaps = 0/142 (0%) Query 1 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG 60 SLS KDK AVK LW KI+ ++ IG DAL RM+ VYPQTKTYF+HW DLSPGS V HG Sbjct 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 Query 61 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP 120 KT+MGG+ AV+ IDDL AGLL LSE HA+ LRVDPANFKILSHCILV +++ FPK+FTP Sbjct 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 Query 121 EAHVSLDKFLSGVSLALSERYR 142 E H+S DKF S V+ AL+E+YR Sbjct 121 EVHLSYDKFFSAVARALAEKYR 142 Query= d1v4wa_ Length=143 >d1v4wa_ Length=143 Score = 285 bits (729), Expect = 4.24e-103 Identities = 143/143 (100%), Positives = 143/143 (100%), Gaps = 0/143 (0%) Query 1 TTLSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAH 60 TTLSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAH Sbjct 1 TTLSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAH 60 Query 61 GKKVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFT 120 GKKVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFT Sbjct 61 GKKVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFT 120 Query 121 PDAHVSLDKFLASVALALAERYR 143 PDAHVSLDKFLASVALALAERYR Sbjct 121 PDAHVSLDKFLASVALALAERYR 143 >d3d1ka_ Length=142 Score = 232 bits (592), Expect = 3.18e-82 Identities = 111/141 (78%), Positives = 127/141 (90%), Gaps = 0/141 (0%) Query 3 LSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAHGK 62 LSDKDK+ V+ALW KI KS+DAIG DAL RM+ VYPQTK YFSHWPD++PGS +KAHGK Sbjct 2 LSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHGK 61 Query 63 KVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFTPD 122 KVMGG+ALAVSKIDDL TGL +LSE HA+K+RVDPSNFKIL+HCILVV++ MFPKEFTP+ Sbjct 62 KVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTPE 121 Query 123 AHVSLDKFLASVALALAERYR 143 AHVSLDKFL+ VALALAERYR Sbjct 122 AHVSLDKFLSGVALALAERYR 142 >d4esaa_ Length=142 Score = 231 bits (588), Expect = 1.30e-81 Identities = 111/141 (78%), Positives = 126/141 (89%), Gaps = 0/141 (0%) Query 3 LSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAHGK 62 LSDKDK+ VK LW KISKS+DAIG DAL RM+ VYPQTKTYF+HWPD+SPGS VKAHGK Sbjct 2 LSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHGK 61 Query 63 KVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFTPD 122 VMGG+ALAVSKIDDL GL DLSE HA+K+RVDP+NFKILSHCILVV++ MFPKEFTP+ Sbjct 62 TVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTPE 121 Query 123 AHVSLDKFLASVALALAERYR 143 AHVSLDKFL+ V+LAL+ERYR Sbjct 122 AHVSLDKFLSGVSLALSERYR 142 >d3bj1a_ Length=142 Score = 207 bits (527), Expect = 2.55e-72 Identities = 100/141 (70%), Positives = 115/141 (81%), Gaps = 0/141 (0%) Query 3 LSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAHGK 62 LS KDK VKALWGKI+ A+ IGADALGRMLAVYPQTKTYFSHW D+SPGS PV HGK Sbjct 2 LSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHGK 61 Query 63 KVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFTPD 122 +MGG+ AV+ IDDL GL LSELHAF +RVDP+NFKILSHCILV +A FPK+FTP+ Sbjct 62 TIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTPE 121 Query 123 AHVSLDKFLASVALALAERYR 143 H+S DKF ++VA ALAE+YR Sbjct 122 VHLSYDKFFSAVARALAEKYR 142 Query= d3bj1a_ Length=142 >d3bj1a_ Length=142 Score = 282 bits (721), Expect = 6.54e-102 Identities = 142/142 (100%), Positives = 142/142 (100%), Gaps = 0/142 (0%) Query 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG Sbjct 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 Query 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP Sbjct 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 Query 121 EVHLSYDKFFSAVARALAEKYR 142 EVHLSYDKFFSAVARALAEKYR Sbjct 121 EVHLSYDKFFSAVARALAEKYR 142 >d1v4wa_ Length=143 Score = 206 bits (524), Expect = 7.26e-72 Identities = 100/142 (70%), Positives = 116/142 (81%), Gaps = 0/142 (0%) Query 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 +LS KDK VKALWGKI+ A+ IGADALGRMLAVYPQTKTYFSHW D+SPGS PV HG Sbjct 2 TLSDKDKSTVKALWGKISKSADAIGADALGRMLAVYPQTKTYFSHWPDMSPGSGPVKAHG 61 Query 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 K +MGG+ AV+ IDDL GL LSELHAF +RVDP+NFKILSHCILV +A FPK+FTP Sbjct 62 KKVMGGVALAVSKIDDLTTGLGDLSELHAFKMRVDPSNFKILSHCILVVVAKMFPKEFTP 121 Query 121 EVHLSYDKFFSAVARALAEKYR 142 + H+S DKF ++VA ALAE+YR Sbjct 122 DAHVSLDKFLASVALALAERYR 143 >d4esaa_ Length=142 Score = 197 bits (501), Expect = 2.24e-68 Identities = 96/142 (67%), Positives = 113/142 (79%), Gaps = 0/142 (0%) Query 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 SLS KDK AVK LW KI+ ++ IG DAL RM+ VYPQTKTYF+HW DLSPGS V HG Sbjct 1 SLSDKDKAAVKLLWSKISKSSDAIGNDALSRMIVVYPQTKTYFAHWPDLSPGSPHVKAHG 60 Query 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 KT+MGG+ AV+ IDDL AGLL LSE HA+ LRVDPANFKILSHCILV +++ FPK+FTP Sbjct 61 KTVMGGIALAVSKIDDLRAGLLDLSEQHAYKLRVDPANFKILSHCILVVISMMFPKEFTP 120 Query 121 EVHLSYDKFFSAVARALAEKYR 142 E H+S DKF S V+ AL+E+YR Sbjct 121 EAHVSLDKFLSGVSLALSERYR 142 >d3d1ka_ Length=142 Score = 189 bits (480), Expect = 3.53e-65 Identities = 90/142 (63%), Positives = 109/142 (76%), Gaps = 0/142 (0%) Query 1 SLSSKDKDAVKALWGKIADKAEEIGADALGRMLAVYPQTKTYFSHWKDLSPGSAPVNKHG 60 SLS KDK AV+ALW KI ++ IG DAL RM+ VYPQTK YFSHW D++PGS + HG Sbjct 1 SLSDKDKAAVRALWSKIGKSSDAIGNDALSRMIVVYPQTKIYFSHWPDVTPGSPNIKAHG 60 Query 61 KTIMGGLVDAVASIDDLNAGLLALSELHAFTLRVDPANFKILSHCILVQLAVKFPKDFTP 120 K +MGG+ AV+ IDDL GL+ LSE HA+ LRVDP+NFKIL+HCILV ++ FPK+FTP Sbjct 61 KKVMGGIALAVSKIDDLKTGLMELSEQHAYKLRVDPSNFKILNHCILVVISTMFPKEFTP 120 Query 121 EVHLSYDKFFSAVARALAEKYR 142 E H+S DKF S VA ALAE+YR Sbjct 121 EAHVSLDKFLSGVALALAERYR 142 Query= d4g7hd_ Length=1500 >d4g7hd_ Length=1500 Score = 2901 bits (7521), Expect = 0.0 Identities = 1500/1500 (100%), Positives = 1500/1500 (100%), Gaps = 0/1500 (0%) Query 1 KEVRKVRIALASPEKIRSWSYGEVEKPETINYRTLKPERDGLFDERIFGPIKDYECACGK 60 KEVRKVRIALASPEKIRSWSYGEVEKPETINYRTLKPERDGLFDERIFGPIKDYECACGK Sbjct 1 KEVRKVRIALASPEKIRSWSYGEVEKPETINYRTLKPERDGLFDERIFGPIKDYECACGK 60 Query 61 YKRQRFEGKVCERCGVEVTKSIVRRYRMGHIELATPAAHIWFVKDVPSKIGTLLDLSATE 120 YKRQRFEGKVCERCGVEVTKSIVRRYRMGHIELATPAAHIWFVKDVPSKIGTLLDLSATE Sbjct 61 YKRQRFEGKVCERCGVEVTKSIVRRYRMGHIELATPAAHIWFVKDVPSKIGTLLDLSATE 120 Query 121 LEQVLYFSKYIVLDPKGAILNGVPVEKRQLLTDEEYRELRYGKQETYPLPPGVDALVKDG 180 LEQVLYFSKYIVLDPKGAILNGVPVEKRQLLTDEEYRELRYGKQETYPLPPGVDALVKDG Sbjct 121 LEQVLYFSKYIVLDPKGAILNGVPVEKRQLLTDEEYRELRYGKQETYPLPPGVDALVKDG 180 Query 181 EEVVKGQELAPGVVSRLDGVALYRFPRRVRVEYVKKERAGLRLPLAAWVEKEAYKPGEIL 240 EEVVKGQELAPGVVSRLDGVALYRFPRRVRVEYVKKERAGLRLPLAAWVEKEAYKPGEIL Sbjct 181 EEVVKGQELAPGVVSRLDGVALYRFPRRVRVEYVKKERAGLRLPLAAWVEKEAYKPGEIL 240 Query 241 AELPEPYLFRAEEEGVVELKELEEGAFLVLRREDEPVATYFLPVGMTPLVVHGEIVEKGQ 300 AELPEPYLFRAEEEGVVELKELEEGAFLVLRREDEPVATYFLPVGMTPLVVHGEIVEKGQ Sbjct 241 AELPEPYLFRAEEEGVVELKELEEGAFLVLRREDEPVATYFLPVGMTPLVVHGEIVEKGQ 300 Query 301 PLAEAKGLLRMPRQVRAAQVEAEEEGETVYLTLFLEWTEPKDYRVQPHMNVVVPEGARVE 360 PLAEAKGLLRMPRQVRAAQVEAEEEGETVYLTLFLEWTEPKDYRVQPHMNVVVPEGARVE Sbjct 301 PLAEAKGLLRMPRQVRAAQVEAEEEGETVYLTLFLEWTEPKDYRVQPHMNVVVPEGARVE 360 Query 361 AGDKIVAAIDPEEEVIAEAEGVVHLHEPASILVVKARVYPFEDDVEVSTGDRVAPGDVLA 420 AGDKIVAAIDPEEEVIAEAEGVVHLHEPASILVVKARVYPFEDDVEVSTGDRVAPGDVLA Sbjct 361 AGDKIVAAIDPEEEVIAEAEGVVHLHEPASILVVKARVYPFEDDVEVSTGDRVAPGDVLA 420 Query 421 DGGKVKSDVYGRVEVDLVRNVVRVVESYDIDARMGAEAIQQLLKELDLEALEKELLEEMK 480 DGGKVKSDVYGRVEVDLVRNVVRVVESYDIDARMGAEAIQQLLKELDLEALEKELLEEMK Sbjct 421 DGGKVKSDVYGRVEVDLVRNVVRVVESYDIDARMGAEAIQQLLKELDLEALEKELLEEMK 480 Query 481 HPSRARRAKARKRLEVVRAFLDSGNRPEWMILEAVPVLPPDLRPMVQVDGGRFATSDLND 540 HPSRARRAKARKRLEVVRAFLDSGNRPEWMILEAVPVLPPDLRPMVQVDGGRFATSDLND Sbjct 481 HPSRARRAKARKRLEVVRAFLDSGNRPEWMILEAVPVLPPDLRPMVQVDGGRFATSDLND 540 Query 541 LYRRLINRNNRLKKLLAQGAPEIIIRNEKRMLQEAVDALLDNGRRGAPVTNPGSDRPLRS 600 LYRRLINRNNRLKKLLAQGAPEIIIRNEKRMLQEAVDALLDNGRRGAPVTNPGSDRPLRS Sbjct 541 LYRRLINRNNRLKKLLAQGAPEIIIRNEKRMLQEAVDALLDNGRRGAPVTNPGSDRPLRS 600 Query 601 LTDILSGKQGRFRQNLLGKRVDYSGRSVIVVGPQLKLHQCGLPKRMALELFKPFLLKKME 660 LTDILSGKQGRFRQNLLGKRVDYSGRSVIVVGPQLKLHQCGLPKRMALELFKPFLLKKME Sbjct 601 LTDILSGKQGRFRQNLLGKRVDYSGRSVIVVGPQLKLHQCGLPKRMALELFKPFLLKKME 660 Query 661 EKGIAPNVKAARRMLERQRDIKDEVWDALEEVIHGKVVLLNRAPTLHRLGIQAFQPVLVE 720 EKGIAPNVKAARRMLERQRDIKDEVWDALEEVIHGKVVLLNRAPTLHRLGIQAFQPVLVE Sbjct 661 EKGIAPNVKAARRMLERQRDIKDEVWDALEEVIHGKVVLLNRAPTLHRLGIQAFQPVLVE 720 Query 721 GQSIQLHPLVCEAFNADFDGDQMAVHVPLSSFAQAEARIQMLSAHNLLSPASGEPLAKPS 780 GQSIQLHPLVCEAFNADFDGDQMAVHVPLSSFAQAEARIQMLSAHNLLSPASGEPLAKPS Sbjct 721 GQSIQLHPLVCEAFNADFDGDQMAVHVPLSSFAQAEARIQMLSAHNLLSPASGEPLAKPS 780 Query 781 RDIILGLYYITQVRKEKKGAGLEFATPEEALAAHERGEVALNAPIKVAGRETSVGRLKYV 840 RDIILGLYYITQVRKEKKGAGLEFATPEEALAAHERGEVALNAPIKVAGRETSVGRLKYV Sbjct 781 RDIILGLYYITQVRKEKKGAGLEFATPEEALAAHERGEVALNAPIKVAGRETSVGRLKYV 840 Query 841 FANPDEALLAVAHGIVDLQDVVTVRYMGKRLETSPGRILFARIVAEAVEDEKVAWELIQL 900 FANPDEALLAVAHGIVDLQDVVTVRYMGKRLETSPGRILFARIVAEAVEDEKVAWELIQL Sbjct 841 FANPDEALLAVAHGIVDLQDVVTVRYMGKRLETSPGRILFARIVAEAVEDEKVAWELIQL 900 Query 901 DVPQEKNSLKDLVYQAFLRLGMEKTARLLDALKYYGFTFSTTSGITIGIDDAVIPEEKKQ 960 DVPQEKNSLKDLVYQAFLRLGMEKTARLLDALKYYGFTFSTTSGITIGIDDAVIPEEKKQ Sbjct 901 DVPQEKNSLKDLVYQAFLRLGMEKTARLLDALKYYGFTFSTTSGITIGIDDAVIPEEKKQ 960 Query 961 YLEEADRKLLQIEQAYEMGFLTDRERYDQILQLWTETTEKVTQAVFKNFEENYPFNPLYV 1020 YLEEADRKLLQIEQAYEMGFLTDRERYDQILQLWTETTEKVTQAVFKNFEENYPFNPLYV Sbjct 961 YLEEADRKLLQIEQAYEMGFLTDRERYDQILQLWTETTEKVTQAVFKNFEENYPFNPLYV 1020 Query 1021 MAQSGARGNPQQIRQLCGLRGLMQKPSGETFEVPVRSSFREGLTVLEYFISSHGARKGGA 1080 MAQSGARGNPQQIRQLCGLRGLMQKPSGETFEVPVRSSFREGLTVLEYFISSHGARKGGA Sbjct 1021 MAQSGARGNPQQIRQLCGLRGLMQKPSGETFEVPVRSSFREGLTVLEYFISSHGARKGGA 1080 Query 1081 DTALRTADSGYLTRKLVDVTHEIVVREADCGTTNYISVPLFQPDEVTRSLRLRKRADIEA 1140 DTALRTADSGYLTRKLVDVTHEIVVREADCGTTNYISVPLFQPDEVTRSLRLRKRADIEA Sbjct 1081 DTALRTADSGYLTRKLVDVTHEIVVREADCGTTNYISVPLFQPDEVTRSLRLRKRADIEA 1140 Query 1141 GLYGRVLAREVEVLGVRLEEGRYLSMDDVHLLIKAAEAGEIQEVPVRSPLTCQTRYGVCQ 1200 GLYGRVLAREVEVLGVRLEEGRYLSMDDVHLLIKAAEAGEIQEVPVRSPLTCQTRYGVCQ Sbjct 1141 GLYGRVLAREVEVLGVRLEEGRYLSMDDVHLLIKAAEAGEIQEVPVRSPLTCQTRYGVCQ 1200 Query 1201 KCYGYDLSMARPVSIGEAVGIVAAQSIGEPGTQLTMRTFHTGGVAGAADITQGLPRVIEL 1260 KCYGYDLSMARPVSIGEAVGIVAAQSIGEPGTQLTMRTFHTGGVAGAADITQGLPRVIEL Sbjct 1201 KCYGYDLSMARPVSIGEAVGIVAAQSIGEPGTQLTMRTFHTGGVAGAADITQGLPRVIEL 1260 Query 1261 FEARRPKAKAVISEIDGVVRIEETEEKLSVFVESEGFSKEYKLPKEARLLVKDGDYVEAG 1320 FEARRPKAKAVISEIDGVVRIEETEEKLSVFVESEGFSKEYKLPKEARLLVKDGDYVEAG Sbjct 1261 FEARRPKAKAVISEIDGVVRIEETEEKLSVFVESEGFSKEYKLPKEARLLVKDGDYVEAG 1320 Query 1321 QPLTRGAIDPHQLLEAKGPEAVERYLVEEIQKVYRAQGVKLHDKHIEIVVRQMMKYVEVT 1380 QPLTRGAIDPHQLLEAKGPEAVERYLVEEIQKVYRAQGVKLHDKHIEIVVRQMMKYVEVT Sbjct 1321 QPLTRGAIDPHQLLEAKGPEAVERYLVEEIQKVYRAQGVKLHDKHIEIVVRQMMKYVEVT 1380 Query 1381 DPGDSRLLEGQVLEKWDVEALNERLIAEGKTPVAWKPLLMGVTKSALSTKSWLSAASFQN 1440 DPGDSRLLEGQVLEKWDVEALNERLIAEGKTPVAWKPLLMGVTKSALSTKSWLSAASFQN Sbjct 1381 DPGDSRLLEGQVLEKWDVEALNERLIAEGKTPVAWKPLLMGVTKSALSTKSWLSAASFQN 1440 Query 1441 TTHVLTEAAIAGKKDELIGLKENVILGRLIPAGTGSDFVRFTQVVDQKTLKAIEEARKEA 1500 TTHVLTEAAIAGKKDELIGLKENVILGRLIPAGTGSDFVRFTQVVDQKTLKAIEEARKEA Sbjct 1441 TTHVLTEAAIAGKKDELIGLKENVILGRLIPAGTGSDFVRFTQVVDQKTLKAIEEARKEA 1500 >d1twfa_ Length=1449 Score = 183 bits (464), Expect = 1.74e-48 Identities = 222/921 (24%), Positives = 374/921 (40%), Gaps = 190/921 (20%) Query 500 FLDSGNRPEWMILEAVPVLPPDLRPMVQVDGGRFATSDLNDLYRRLINRNNRLKKLLAQG 559 F + +RPEWMIL +PV PP +RP + + + DL ++ N L+ L G Sbjct 223 FNEVFSRPEWMILTCLPVPPPPVRPSISFNESQRGEDDLTFKLADILKANISLETLEHNG 282 Query 560 APEIIIRNEKRMLQEAVDALLDNGRRGAPVTNPGSDRPLRSLTDILSGKQGRFRQNLLGK 619 AP I + +LQ V +DN G P S RP++S+ L GK+GR R NL+GK Sbjct 283 APHHAIEEAESLLQFHVATYMDNDIAGQPQALQKSGRPVKSIRARLKGKEGRIRGNLMGK 342 Query 620 RVDYSGRSVIVVGPQLKLHQCGLPKRMAL-----ELFKPFLLKKM---------EEKGIA 665 RVD+S R+VI P L+L Q G+PK +A E+ P+ + ++ E G Sbjct 343 RVDFSARTVISGDPNLELDQVGVPKSIAKTLTYPEVVTPYNIDRLTQLVRNGPNEHPGAK 402 Query 666 PNVKAAR-----RMLERQRDIKDEV-WDALEEVIHGKVVLLNRAPTLHRLGIQAFQPVLV 719 ++ + R +R DI+ + W ++ VL NR P+LH++ + A + ++ Sbjct 403 YVIRDSGDRIDLRYSKRAGDIQLQYGWKVERHIMDNDPVLFNRQPSLHKMSMMAHRVKVI 462 Query 720 EGQSIQLHPLVCEAFNADFDGDQMAVHVPLSSFAQAEARIQMLSAHNLLSPASGEPLAKP 779 + +L+ V +NADFDGD+M +HVP S +AE ++SP S +P Sbjct 463 PYSTFRLNLSVTSPYNADFDGDEMNLHVPQSEETRAELSQLCAVPLQIVSPQSNKPCMGI 522 Query 780 SRDIILGLYYITQVRKEKKGAGLEFATPEEALAAHERGEVALNAPIKVAGRETSVGRLKY 839 +D + G+ +T + +E L + + P ++ + K Sbjct 523 VQDTLCGIRKLTL-----RDTFIELDQVLNMLYWVPDWDGVIPTP--------AIIKPKP 569 Query 840 VFANPDEALLAVAHGI-VDLQDVVTVRYMGKRLETSPGRILFARIVAEAVEDEKVAWELI 898 +++ +A+ +GI + D T K + I+ +I+ VE + V Sbjct 570 LWSGKQILSVAIPNGIHLQRFDEGTTLLSPK---DNGMLIIDGQIIFGVVEKKTVG---- 622 Query 899 QLDVPQEKNSLKDLVYQAFLRLGMEKTARLLDALKYYGFTFSTTSGITIGIDDAVIP--- 955 +S L++ G + A+L ++ + +G + GI D + Sbjct 623 --------SSNGGLIHVVTREKGPQVCAKLFGNIQKVVNFWLLHNGFSTGIGDTIADGPT 674 Query 956 -EEKKQYLEEADRKLLQIEQAYEMGFLTD------RERY-DQILQLWTETTEKVTQAVFK 1007 E + + EA +K+L + + + LT RE + D +++ E +K + Sbjct 675 MREITETIAEAKKKVLDVTKEAQANLLTAKHGMTLRESFEDNVVRFLNEARDKAGRLAEV 734 Query 1008 NFEENYPFNPLYVMAQSGARGNPQQIRQLCGLRGLMQ----------------------- 1044 N ++ N + M +G++G+ I Q+ G Sbjct 735 NLKD---LNNVKQMVMAGSKGSFINIAQMSACVGQQSVEGKRIAFGFVDRTLPHFSKDDY 791 Query 1045 KPSGETFEVPVRSSFREGLTVLEYFISSHGARKGGADTALRTADSGYLTRKLVDVTHEIV 1104 P + F V +S+ GLT E+F + G R+G DTA++TA++GY+ R+LV +I+ Sbjct 792 SPESKGF---VENSYLRGLTPQEFFFHAMGGREGLIDTAVKTAETGYIQRRLVKALEDIM 848 Query 1105 VRE------------------------------------ADCGTTNYISVPLFQPD---- 1124 V +D V L D Sbjct 849 VHYDNTTRNSLGNVIQFIYGEDGMDAAHIEKQSLDTIGGSDAAFEKRYRVDLLNTDHTLD 908 Query 1125 --------EVTRSLRLRKRADIEAG--LYGRVLAREVEVLG------------------- 1155 E+ L+L+ D E + R REV V G Sbjct 909 PSLLESGSEILGDLKLQVLLDEEYKQLVKDRKFLREVFVDGEANWPLPVNIRRIIQNAQQ 968 Query 1156 ---VRLEEGRYLSMDDVHLLIKAAEAG--------EIQEVPVRSPLT---CQTR------ 1195 + + L++ D+ L +K + EI + R +T C R Sbjct 969 TFHIDHTKPSDLTIKDIVLGVKDLQENLLVLRGKNEIIQNAQRDAVTLFCCLLRSRLATR 1028 Query 1196 -----YGVCQKCYGYDLS------MARPVSIGEAVGIVAAQSIGEPGTQLTMRTFHTGGV 1244 Y + ++ + + LS + V GE VG++AAQSIGEP TQ+T+ TFH GV Sbjct 1029 RVLQEYRLTKQAFDWVLSNIEAQFLRSVVHPGEMVGVLAAQSIGEPATQMTLNTFHFAGV 1088 Query 1245 AGAADITQGLPRVIELFEARR 1265 A + +T G+PR+ E+ + Sbjct 1089 A-SKKVTSGVPRLKEILNVAK 1108 Query= d1twfa_ Length=1449 >d1twfa_ Length=1449 Score = 2881 bits (7469), Expect = 0.0 Identities = 1449/1449 (100%), Positives = 1449/1449 (100%), Gaps = 0/1449 (0%) Query 1 VGQQYSSAPLRTVKEVQFGLFSPEEVRAISVAKIRFPETMDETQTRAKIGGLNDPRLGSI 60 VGQQYSSAPLRTVKEVQFGLFSPEEVRAISVAKIRFPETMDETQTRAKIGGLNDPRLGSI Sbjct 1 VGQQYSSAPLRTVKEVQFGLFSPEEVRAISVAKIRFPETMDETQTRAKIGGLNDPRLGSI 60 Query 61 DRNLKCQTCQEGMNECPGHFGHIDLAKPVFHVGFIAKIKKVCECVCMHCGKLLLDEHNEL 120 DRNLKCQTCQEGMNECPGHFGHIDLAKPVFHVGFIAKIKKVCECVCMHCGKLLLDEHNEL Sbjct 61 DRNLKCQTCQEGMNECPGHFGHIDLAKPVFHVGFIAKIKKVCECVCMHCGKLLLDEHNEL 120 Query 121 MRQALAIKDSKKRFAAIWTLCKTKMVCETDVPSEDDPTQLVSRGGCGNTQPTIRKDGLKL 180 MRQALAIKDSKKRFAAIWTLCKTKMVCETDVPSEDDPTQLVSRGGCGNTQPTIRKDGLKL Sbjct 121 MRQALAIKDSKKRFAAIWTLCKTKMVCETDVPSEDDPTQLVSRGGCGNTQPTIRKDGLKL 180 Query 181 VGSWKKDRATGDADEPELRVLSTEEILNIFKHISVKDFTSLGFNEVFSRPEWMILTCLPV 240 VGSWKKDRATGDADEPELRVLSTEEILNIFKHISVKDFTSLGFNEVFSRPEWMILTCLPV Sbjct 181 VGSWKKDRATGDADEPELRVLSTEEILNIFKHISVKDFTSLGFNEVFSRPEWMILTCLPV 240 Query 241 PPPPVRPSISFNESQRGEDDLTFKLADILKANISLETLEHNGAPHHAIEEAESLLQFHVA 300 PPPPVRPSISFNESQRGEDDLTFKLADILKANISLETLEHNGAPHHAIEEAESLLQFHVA Sbjct 241 PPPPVRPSISFNESQRGEDDLTFKLADILKANISLETLEHNGAPHHAIEEAESLLQFHVA 300 Query 301 TYMDNDIAGQPQALQKSGRPVKSIRARLKGKEGRIRGNLMGKRVDFSARTVISGDPNLEL 360 TYMDNDIAGQPQALQKSGRPVKSIRARLKGKEGRIRGNLMGKRVDFSARTVISGDPNLEL Sbjct 301 TYMDNDIAGQPQALQKSGRPVKSIRARLKGKEGRIRGNLMGKRVDFSARTVISGDPNLEL 360 Query 361 DQVGVPKSIAKTLTYPEVVTPYNIDRLTQLVRNGPNEHPGAKYVIRDSGDRIDLRYSKRA 420 DQVGVPKSIAKTLTYPEVVTPYNIDRLTQLVRNGPNEHPGAKYVIRDSGDRIDLRYSKRA Sbjct 361 DQVGVPKSIAKTLTYPEVVTPYNIDRLTQLVRNGPNEHPGAKYVIRDSGDRIDLRYSKRA 420 Query 421 GDIQLQYGWKVERHIMDNDPVLFNRQPSLHKMSMMAHRVKVIPYSTFRLNLSVTSPYNAD 480 GDIQLQYGWKVERHIMDNDPVLFNRQPSLHKMSMMAHRVKVIPYSTFRLNLSVTSPYNAD Sbjct 421 GDIQLQYGWKVERHIMDNDPVLFNRQPSLHKMSMMAHRVKVIPYSTFRLNLSVTSPYNAD 480 Query 481 FDGDEMNLHVPQSEETRAELSQLCAVPLQIVSPQSNKPCMGIVQDTLCGIRKLTLRDTFI 540 FDGDEMNLHVPQSEETRAELSQLCAVPLQIVSPQSNKPCMGIVQDTLCGIRKLTLRDTFI Sbjct 481 FDGDEMNLHVPQSEETRAELSQLCAVPLQIVSPQSNKPCMGIVQDTLCGIRKLTLRDTFI 540 Query 541 ELDQVLNMLYWVPDWDGVIPTPAIIKPKPLWSGKQILSVAIPNGIHLQRFDEGTTLLSPK 600 ELDQVLNMLYWVPDWDGVIPTPAIIKPKPLWSGKQILSVAIPNGIHLQRFDEGTTLLSPK Sbjct 541 ELDQVLNMLYWVPDWDGVIPTPAIIKPKPLWSGKQILSVAIPNGIHLQRFDEGTTLLSPK 600 Query 601 DNGMLIIDGQIIFGVVEKKTVGSSNGGLIHVVTREKGPQVCAKLFGNIQKVVNFWLLHNG 660 DNGMLIIDGQIIFGVVEKKTVGSSNGGLIHVVTREKGPQVCAKLFGNIQKVVNFWLLHNG Sbjct 601 DNGMLIIDGQIIFGVVEKKTVGSSNGGLIHVVTREKGPQVCAKLFGNIQKVVNFWLLHNG 660 Query 661 FSTGIGDTIADGPTMREITETIAEAKKKVLDVTKEAQANLLTAKHGMTLRESFEDNVVRF 720 FSTGIGDTIADGPTMREITETIAEAKKKVLDVTKEAQANLLTAKHGMTLRESFEDNVVRF Sbjct 661 FSTGIGDTIADGPTMREITETIAEAKKKVLDVTKEAQANLLTAKHGMTLRESFEDNVVRF 720 Query 721 LNEARDKAGRLAEVNLKDLNNVKQMVMAGSKGSFINIAQMSACVGQQSVEGKRIAFGFVD 780 LNEARDKAGRLAEVNLKDLNNVKQMVMAGSKGSFINIAQMSACVGQQSVEGKRIAFGFVD Sbjct 721 LNEARDKAGRLAEVNLKDLNNVKQMVMAGSKGSFINIAQMSACVGQQSVEGKRIAFGFVD 780 Query 781 RTLPHFSKDDYSPESKGFVENSYLRGLTPQEFFFHAMGGREGLIDTAVKTAETGYIQRRL 840 RTLPHFSKDDYSPESKGFVENSYLRGLTPQEFFFHAMGGREGLIDTAVKTAETGYIQRRL Sbjct 781 RTLPHFSKDDYSPESKGFVENSYLRGLTPQEFFFHAMGGREGLIDTAVKTAETGYIQRRL 840 Query 841 VKALEDIMVHYDNTTRNSLGNVIQFIYGEDGMDAAHIEKQSLDTIGGSDAAFEKRYRVDL 900 VKALEDIMVHYDNTTRNSLGNVIQFIYGEDGMDAAHIEKQSLDTIGGSDAAFEKRYRVDL Sbjct 841 VKALEDIMVHYDNTTRNSLGNVIQFIYGEDGMDAAHIEKQSLDTIGGSDAAFEKRYRVDL 900 Query 901 LNTDHTLDPSLLESGSEILGDLKLQVLLDEEYKQLVKDRKFLREVFVDGEANWPLPVNIR 960 LNTDHTLDPSLLESGSEILGDLKLQVLLDEEYKQLVKDRKFLREVFVDGEANWPLPVNIR Sbjct 901 LNTDHTLDPSLLESGSEILGDLKLQVLLDEEYKQLVKDRKFLREVFVDGEANWPLPVNIR 960 Query 961 RIIQNAQQTFHIDHTKPSDLTIKDIVLGVKDLQENLLVLRGKNEIIQNAQRDAVTLFCCL 1020 RIIQNAQQTFHIDHTKPSDLTIKDIVLGVKDLQENLLVLRGKNEIIQNAQRDAVTLFCCL Sbjct 961 RIIQNAQQTFHIDHTKPSDLTIKDIVLGVKDLQENLLVLRGKNEIIQNAQRDAVTLFCCL 1020 Query 1021 LRSRLATRRVLQEYRLTKQAFDWVLSNIEAQFLRSVVHPGEMVGVLAAQSIGEPATQMTL 1080 LRSRLATRRVLQEYRLTKQAFDWVLSNIEAQFLRSVVHPGEMVGVLAAQSIGEPATQMTL Sbjct 1021 LRSRLATRRVLQEYRLTKQAFDWVLSNIEAQFLRSVVHPGEMVGVLAAQSIGEPATQMTL 1080 Query 1081 NTFHFAGVASKKVTSGVPRLKEILNVAKNMKTPSLTVYLEPGHAADQEQAKLIRSAIEHT 1140 NTFHFAGVASKKVTSGVPRLKEILNVAKNMKTPSLTVYLEPGHAADQEQAKLIRSAIEHT Sbjct 1081 NTFHFAGVASKKVTSGVPRLKEILNVAKNMKTPSLTVYLEPGHAADQEQAKLIRSAIEHT 1140 Query 1141 TLKSVTIASEIYYDPDPRSTVIPEDEEIIQLHFSLLDEEAEQSFDQQSPWLLRLELDRAA 1200 TLKSVTIASEIYYDPDPRSTVIPEDEEIIQLHFSLLDEEAEQSFDQQSPWLLRLELDRAA Sbjct 1141 TLKSVTIASEIYYDPDPRSTVIPEDEEIIQLHFSLLDEEAEQSFDQQSPWLLRLELDRAA 1200 Query 1201 MNDKDLTMGQVGERIKQTFKNDLFVIWSEDNDEKLIIRCRVVRPKSLDAETEAEEDHMLK 1260 MNDKDLTMGQVGERIKQTFKNDLFVIWSEDNDEKLIIRCRVVRPKSLDAETEAEEDHMLK Sbjct 1201 MNDKDLTMGQVGERIKQTFKNDLFVIWSEDNDEKLIIRCRVVRPKSLDAETEAEEDHMLK 1260 Query 1261 KIENTMLENITLRGVENIERVVMMKYDRKVPSPTGEYVKEPEWVLETDGVNLSEVMTVPG 1320 KIENTMLENITLRGVENIERVVMMKYDRKVPSPTGEYVKEPEWVLETDGVNLSEVMTVPG Sbjct 1261 KIENTMLENITLRGVENIERVVMMKYDRKVPSPTGEYVKEPEWVLETDGVNLSEVMTVPG 1320 Query 1321 IDPTRIYTNSFIDIMEVLGIEAGRAALYKEVYNVIASDGSYVNYRHMALLVDVMTTQGGL 1380 IDPTRIYTNSFIDIMEVLGIEAGRAALYKEVYNVIASDGSYVNYRHMALLVDVMTTQGGL Sbjct 1321 IDPTRIYTNSFIDIMEVLGIEAGRAALYKEVYNVIASDGSYVNYRHMALLVDVMTTQGGL 1380 Query 1381 TSVTRHGFNRSNTGALMRCSFEETVEILFEAGASAELDDCRGVSENVILGQMAPIGTGAF 1440 TSVTRHGFNRSNTGALMRCSFEETVEILFEAGASAELDDCRGVSENVILGQMAPIGTGAF Sbjct 1381 TSVTRHGFNRSNTGALMRCSFEETVEILFEAGASAELDDCRGVSENVILGQMAPIGTGAF 1440 Query 1441 DVMIDEESL 1449 DVMIDEESL Sbjct 1441 DVMIDEESL 1449 >d4g7hd_ Length=1500 Score = 185 bits (469), Expect = 4.31e-49 Identities = 245/1024 (23%), Positives = 414/1024 (40%), Gaps = 225/1024 (21%) Query 152 PSEDD----------PTQLVSRGG------CGNTQPTIRKDGLKLVGSWKKDRATG-DAD 194 P EDD P +++ GG G + + ++ +++V S+ D G +A Sbjct 400 PFEDDVEVSTGDRVAPGDVLADGGKVKSDVYGRVEVDLVRNVVRVVESYDIDARMGAEAI 459 Query 195 EPELRVLSTE----EILNIFKHIS-------------VKDFTSLGFNEVFSRPEWMILTC 237 + L+ L E E+L KH S V+ F G +RPEWMIL Sbjct 460 QQLLKELDLEALEKELLEEMKHPSRARRAKARKRLEVVRAFLDSG-----NRPEWMILEA 514 Query 238 LPVPPPPVRPSISFNESQRGEDDLTFKLADILKANISLETLEHNGAPHHAIEEAESLLQF 297 +PV PP +RP + + + DL ++ N L+ L GAP I + +LQ Sbjct 515 VPVLPPDLRPMVQVDGGRFATSDLNDLYRRLINRNNRLKKLLAQGAPEIIIRNEKRMLQE 574 Query 298 HVATYMDNDIAGQPQALQKSGRPVKSIRARLKGKEGRIRGNLMGKRVDFSARTVISGDPN 357 V +DN G P S RP++S+ L GK+GR R NL+GKRVD+S R+VI P Sbjct 575 AVDALLDNGRRGAPVTNPGSDRPLRSLTDILSGKQGRFRQNLLGKRVDYSGRSVIVVGPQ 634 Query 358 LELDQVGVPKSIAKTLTYPEVVTPYNIDRLTQLVRNGPNEHPGAKYVIRDSGDRIDLRYS 417 L+L Q G+PK +A E+ P+ + ++ E G ++ + R Sbjct 635 LKLHQCGLPKRMAL-----ELFKPFLLKKM---------EEKGIAPNVKAA-----RRML 675 Query 418 KRAGDIQLQYGWKVERHIMDNDPVLFNRQPSLHKMSMMAHRVKVIPYSTFRLNLSVTSPY 477 +R DI+ + W ++ VL NR P+LH++ + A + ++ + +L+ V + Sbjct 676 ERQRDIKDEV-WDALEEVIHGKVVLLNRAPTLHRLGIQAFQPVLVEGQSIQLHPLVCEAF 734 Query 478 NADFDGDEMNLHVPQSEETRAELSQLCAVPLQIVSPQSNKPCMGIVQDTLCGIRKLTL-- 535 NADFDGD+M +HVP S +AE ++SP S +P +D + G+ +T Sbjct 735 NADFDGDQMAVHVPLSSFAQAEARIQMLSAHNLLSPASGEPLAKPSRDIILGLYYITQVR 794 Query 536 ---RDTFIELDQVLNMLYWVPDWDGVIPTP--------AIIKPKPLWSGKQILSVAIPNG 584 + +E L + + P ++ + K +++ +A+ +G Sbjct 795 KEKKGAGLEFATPEEALAAHERGEVALNAPIKVAGRETSVGRLKYVFANPDEALLAVAHG 854 Query 585 IHLQRFDEGTTLLSPK---DNGMLIIDGQIIFGVVEKKTVG------------SSNGGLI 629 I + D T K + I+ +I+ VE + V +S L+ Sbjct 855 I-VDLQDVVTVRYMGKRLETSPGRILFARIVAEAVEDEKVAWELIQLDVPQEKNSLKDLV 913 Query 630 HVVTREKGPQVCAKLFGNIQKVVNFWLLHNGFSTGIGDTIADGPTMREITETIAEAKKKV 689 + G + A+L ++ + +G + GI D + E + + EA +K+ Sbjct 914 YQAFLRLGMEKTARLLDALKYYGFTFSTTSGITIGIDDAVIP----EEKKQYLEEADRKL 969 Query 690 LDVTKEAQANLLTAKHGMTLRESFEDNVVRFLNEARDKAGRLAEVNLKD---LNNVKQMV 746 L + + + LT RE + D +++ E +K + N ++ N + M Sbjct 970 LQIEQAYEMGFLTD------RERY-DQILQLWTETTEKVTQAVFKNFEENYPFNPLYVMA 1022 Query 747 MAGSKGSFINIAQMSACVG-QQSVEGKRIAFGFVDRTLPHFSKDDYSPESKGFVENSYLR 805 +G++G+ I Q+ G Q G+ +P V +S+ Sbjct 1023 QSGARGNPQQIRQLCGLRGLMQKPSGETFE-------VP--------------VRSSFRE 1061 Query 806 GLTPQEFFFHAMGGREGLIDTAVKTAETGYIQRRLVKALEDIMVHYDNTTRNSLGNVIQF 865 GLT E+F + G R+G DTA++TA++GY+ R+LV +I+V Sbjct 1062 GLTVLEYFISSHGARKGGADTALRTADSGYLTRKLVDVTHEIVVRE-------------- 1107 Query 866 IYGEDGMDAAHIEKQSLDTIGGSDAAFEKRYRVDLLNTDHTLDPSLLESGSEILGDLKLQ 925 +D V L D L ++I L + Sbjct 1108 ----------------------ADCGTTNYISVPLFQPDEVTRSLRLRKRADIEAGLYGR 1145 Query 926 VLLDEEYKQLVKDRKFLREVFVDGEANWPLPVNIRRIIQNAQQTFHIDHTKPSDLTIKDI 985 VL REV V G ++ + + L++ D+ Sbjct 1146 VLA--------------REVEVLG-------------VRLEEGRY---------LSMDDV 1169 Query 986 VLGVKDLQENLLVLRGKNEIIQNAQRDAVTLFCCLLRSRLATRRVLQEYRLTKQAFDWVL 1045 L +K + EI + R +T C R Y + ++ + + L Sbjct 1170 HLLIKAAEAG--------EIQEVPVRSPLT---CQTR-----------YGVCQKCYGYDL 1207 Query 1046 SNIEAQFLRSVVHPGEMVGVLAAQSIGEPATQMTLNTFHFAGVA-SKKVTSGVPRLKEIL 1104 S + V GE VG++AAQSIGEP TQ+T+ TFH GVA + +T G+PR+ E+ Sbjct 1208 S------MARPVSIGEAVGIVAAQSIGEPGTQLTMRTFHTGGVAGAADITQGLPRVIELF 1261 Query 1105 NVAK 1108 + Sbjct 1262 EARR 1265 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-query-indexed.out000066400000000000000000003451521523407312000263620ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d5unla_ 26.3 247 170 6 9 248 15 256 1.04e-14 65.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 2.59e-12 58.9 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d5o30a_ 22.9 166 109 3 100 259 101 253 7.17e-05 36.6 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 8.25e-11 54.3 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 9.33e-05 36.2 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 1.63e-08 44.7 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 7.49e-07 43.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 4.13e-07 43.9 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ikha1 23.6 296 186 8 15 301 19 283 2.02e-10 53.9 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d4i62a_ 24.8 218 145 6 13 221 20 227 4.11e-13 60.5 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 3.18e-11 55.1 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-target-parallel.out000066400000000000000000003451521523407312000266570ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1geea_ d3guya1 22.3 188 129 3 10 193 1 175 4.56e-05 37.0 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d5unla_ 26.3 247 170 6 9 248 15 256 1.04e-14 65.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 2.59e-12 58.9 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d5o30a_ 22.9 166 109 3 100 259 101 253 7.17e-05 36.6 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 8.25e-11 54.3 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 9.33e-05 36.2 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 1.63e-08 44.7 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 7.49e-07 43.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 4.13e-07 43.9 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ikha1 23.6 296 186 8 15 301 19 283 2.02e-10 53.9 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d4i62a_ 24.8 218 145 6 13 221 20 227 4.11e-13 60.5 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 3.18e-11 55.1 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uasa_ 34.5 58 37 1 126 183 136 192 1.92e-04 34.7 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-target-seqs.out000066400000000000000000001027311523407312000260300ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 36.0 75 40 1 209 283 215 281 5.10e-08 46.6 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 36.1 72 38 1 218 281 212 283 3.91e-08 47.0 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 28.7 237 126 8 1 200 3 233 8.67e-16 70.9 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 615 31 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 591 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-top.out000066400000000000000000000507441523407312000244010ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-ultra-sensitive.out000066400000000000000000004347211523407312000267360ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d2dc3a_ d1x9fc_ 22.6 146 97 5 4 142 6 142 1.99e-06 39.3 d2dc3a_ d1gcvb_ 24.8 121 78 2 30 150 28 135 3.97e-05 35.4 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d2dc3a_ 21.2 118 82 2 6 118 4 115 4.89e-07 40.8 d1x9fc_ d3d1ka_ 19.7 147 105 3 6 148 3 140 6.41e-06 37.4 d1x9fc_ d4esaa_ 27.7 94 63 2 19 112 12 100 1.21e-05 36.6 d1x9fc_ d3g46a_ 27.2 125 81 5 13 134 18 135 4.43e-05 35.0 d1x9fc_ d1v4wa_ 27.8 97 57 5 20 112 14 101 5.26e-04 32.0 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d3g46a_ d1x9fc_ 27.2 125 81 5 18 135 13 134 1.11e-04 33.9 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1cg5b_ d3d1ka_ 27.7 141 98 3 3 140 2 141 1.43e-13 57.8 d1cg5b_ d1v4wa_ 30.5 141 94 3 3 140 3 142 2.05e-13 57.4 d1cg5b_ d4esaa_ 29.1 141 96 3 3 140 2 141 2.82e-13 57.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d1gcvb_ d2dc3a_ 24.8 121 78 2 28 135 30 150 3.49e-06 38.1 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d2gsqa1 d1yq1a2 29.2 137 71 4 3 124 2 127 3.64e-06 37.4 d2gsqa1 d4q5fa2 24.6 126 88 2 3 123 2 125 3.36e-04 32.0 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d1yq1a2 d2gsqa1 29.2 137 71 4 2 127 3 124 3.64e-06 37.4 d1yq1a2 d5b7ca2 24.5 139 82 5 2 125 4 134 3.64e-04 32.0 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d4q5fa2 d2gsqa1 27.9 129 80 4 2 125 3 123 6.92e-05 33.9 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d5hiwa1 23.2 164 99 2 272 435 223 359 6.84e-09 50.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d3rwla_ 25.1 171 102 3 266 436 239 383 1.56e-07 46.6 d5vcca_ d4j6ca_ 22.5 386 231 15 56 435 52 375 2.06e-07 46.2 d5vcca_ d3oo3a_ 24.6 175 99 4 262 435 209 351 8.75e-04 34.7 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d3oo3a_ d4ep6a_ 23.8 383 245 15 1 357 9 370 2.05e-09 52.0 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d4rm4a_ 21.3 239 137 7 197 435 162 349 7.49e-06 41.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4yt3a_ d5tl8a1 22.2 257 155 9 153 380 184 424 1.09e-04 37.4 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d4rm4a_ d5tl8a1 21.6 236 145 7 163 359 190 424 6.51e-08 47.4 d4rm4a_ d4uyma1 21.4 238 136 7 163 349 198 435 5.63e-05 38.1 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d3buja1 d5tl8a1 20.8 202 119 4 187 361 226 413 3.21e-04 35.8 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d5tl8a1 d4rm4a_ 21.9 237 145 7 189 424 162 359 2.51e-08 48.9 d5tl8a1 d4ep6a_ 22.6 115 82 1 310 424 266 373 1.34e-06 43.5 d5tl8a1 d3buja1 20.8 202 119 4 226 413 187 361 5.14e-05 38.5 d5tl8a1 d4yt3a_ 20.9 368 235 14 83 424 43 380 6.88e-05 38.1 d5tl8a1 d4j6ca_ 28.4 109 68 3 309 415 275 375 6.88e-05 38.1 d5tl8a1 d3rwla_ 23.6 127 89 1 308 434 283 401 2.79e-04 36.2 d5tl8a1 d5hiwa1 22.0 123 87 1 308 430 261 374 4.78e-04 35.4 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5hiwa1 29.3 304 191 8 87 378 71 362 3.02e-24 97.1 d4j6ca_ d5vcca_ 21.5 386 235 14 52 375 56 435 1.08e-08 50.1 d4j6ca_ d5tl8a1 28.4 109 68 3 275 375 309 415 6.25e-05 38.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d3rwla_ 22.9 419 278 9 1 389 4 407 1.84e-27 106 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d4ep6a_ d5hiwa1 25.6 297 207 9 85 375 80 368 9.02e-17 74.7 d4ep6a_ d3oo3a_ 24.0 379 249 15 9 370 1 357 1.65e-12 61.6 d4ep6a_ d5tl8a1 23.4 107 75 1 266 365 310 416 4.76e-06 41.6 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d4j6ca_ 29.4 306 188 9 71 362 87 378 2.06e-22 91.7 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d5hiwa1 d4ep6a_ 25.6 297 207 9 80 368 85 375 9.32e-16 71.6 d5hiwa1 d5vcca_ 23.6 161 96 2 226 359 275 435 1.77e-08 49.3 d5hiwa1 d5tl8a1 24.1 108 73 1 261 359 308 415 2.39e-04 36.2 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d4ep6a_ 23.0 409 290 8 4 407 1 389 6.20e-29 110 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d3rwla_ d5vcca_ 25.1 171 102 3 239 383 266 436 3.38e-08 48.5 d3rwla_ d5tl8a1 25.0 108 73 1 283 382 308 415 2.56e-04 36.2 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2e2ra_ d2xhsa1 23.6 199 150 1 30 226 37 235 3.25e-16 68.9 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d2e2ra_ 23.6 199 150 1 37 235 30 226 9.70e-18 73.2 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d3puca1 39.2 74 44 1 32 105 25 97 3.29e-09 44.3 d1ie5a1 d1fhga_ 32.9 73 43 2 34 103 30 99 5.09e-09 43.9 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1ie5a1 d2rika1 32.1 78 52 1 26 103 18 94 1.01e-06 37.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d1fhga_ d2xy1a1 27.9 68 46 1 23 90 17 81 3.39e-10 46.6 d1fhga_ d1ie5a1 32.9 73 43 2 30 99 34 103 1.26e-09 45.4 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3p73a2 d1ie5a1 35.4 65 38 3 18 82 30 90 7.20e-05 32.7 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d1ie5a1 43.5 62 34 1 25 85 32 93 5.45e-10 46.2 d3puca1 d2rika1 33.3 72 48 0 25 96 24 95 6.80e-09 43.1 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d1fhga_ 28.6 77 52 1 17 90 23 99 9.81e-12 50.4 d2xy1a1 d2rika1 35.5 76 47 1 17 90 19 94 1.68e-11 49.7 d2xy1a1 d2xy1a2 29.2 89 54 3 11 90 9 97 7.92e-10 45.4 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2xy1a2 d2xy1a1 29.2 89 54 3 9 97 11 90 5.38e-11 48.5 d2xy1a2 d2rika1 25.0 80 53 2 19 98 23 95 6.67e-04 30.0 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d2xy1a1 35.5 76 47 1 19 94 17 90 5.46e-10 45.8 d2rika1 d3puca1 33.3 72 48 0 24 95 25 96 3.36e-09 43.9 d2rika1 d1ie5a1 32.1 78 52 1 18 94 26 103 8.51e-08 40.4 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d4lpva1 d2edya1 28.8 73 44 2 5 72 5 74 5.25e-06 35.4 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d2edya1 d4lpva1 28.8 73 44 2 5 74 5 72 4.18e-05 33.1 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1ckaa_ d4j9fa_ 26.5 49 36 0 6 54 10 58 6.92e-04 28.1 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d1u5sa1 d2egca1 40.0 45 22 2 20 61 16 58 1.74e-05 32.7 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d4j9fa_ d2egca1 33.3 63 38 3 3 62 1 62 1.12e-06 35.4 d4j9fa_ d1ckaa_ 26.5 49 36 0 10 58 6 54 7.52e-04 28.1 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d2egca1 d4j9fa_ 35.9 64 35 4 1 62 3 62 1.59e-06 35.0 d2egca1 d1u5sa1 40.0 45 22 2 16 58 20 61 2.69e-06 34.7 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2koha1 33.8 65 38 2 28 87 21 85 1.63e-05 35.0 d1uf1a1 d2q9va1 33.8 71 43 2 29 95 14 84 2.99e-05 33.9 d1uf1a1 d1x6da1 29.9 67 45 2 24 88 18 84 5.83e-05 33.5 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1x6da1 31.2 77 52 1 8 83 5 81 1.15e-09 45.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d1ueqa1 31.2 77 52 1 5 81 8 83 5.58e-10 46.6 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d3sfja_ 29.6 98 57 2 9 95 7 103 1.16e-06 37.7 d1x6da1 d1uf1a1 29.9 67 45 2 18 84 24 88 5.31e-06 36.2 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d3sfja_ d1x6da1 29.9 97 56 2 7 102 9 94 1.17e-05 35.0 d3sfja_ d2koha1 32.7 55 36 1 20 73 13 67 6.32e-04 30.4 d3sfja_ d1v6ba1 31.0 84 46 3 8 90 11 83 8.93e-04 30.0 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2q9va1 d1uf1a1 33.8 71 43 2 14 84 29 95 1.49e-06 37.0 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d2koha1 d1uf1a1 33.8 65 38 2 21 85 28 87 5.70e-05 33.5 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hcha2 d4kema2 25.5 216 133 7 37 242 34 231 2.18e-09 50.1 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d4hcha2 25.5 216 133 7 34 231 37 242 2.12e-09 50.1 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1zema1 29.8 198 131 3 3 197 1 193 3.93e-24 91.3 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d4bmna1 25.4 189 133 3 11 199 10 190 2.71e-13 61.2 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d3tzqa_ 29.5 190 124 5 8 194 6 188 1.21e-11 56.6 d1yb1a_ d1uzma1 23.0 191 129 3 10 198 10 184 2.52e-11 55.5 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d5en4a_ 22.9 188 134 5 7 192 6 184 1.75e-10 53.1 d1yb1a_ d3o38a_ 25.5 200 143 5 7 203 17 213 2.52e-10 52.8 d1yb1a_ d3awda_ 22.4 223 153 6 9 215 12 230 3.33e-10 52.4 d1yb1a_ d2b4qa_ 24.9 185 125 5 4 179 6 185 2.72e-09 49.7 d1yb1a_ d3un1a1 26.1 199 120 6 8 200 6 183 8.86e-08 45.1 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1yb1a_ d4imra1 21.8 188 143 2 7 194 11 194 1.10e-04 35.8 d1yb1a_ d4zd6a_ 27.9 104 73 1 74 175 45 148 5.83e-04 33.5 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d4nima_ 26.7 247 170 5 8 244 2 247 4.31e-17 72.4 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1fmca_ d4zd6a_ 22.5 222 162 3 34 249 5 222 3.47e-11 55.1 d1fmca_ d5o30a_ 23.3 253 174 6 14 249 5 254 1.68e-09 50.4 d1fmca_ d3l6ea1 22.6 186 131 4 15 195 4 181 1.76e-06 41.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d3un1a1 29.3 229 153 5 10 234 8 231 3.18e-21 82.8 d1uzma1 d1xkqa_ 28.7 265 151 9 3 234 1 260 1.06e-20 82.0 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1uzma1 d1yb1a_ 23.5 187 125 3 10 180 10 194 2.35e-09 49.7 d1uzma1 d3l6ea1 27.8 162 108 2 10 163 3 163 3.76e-09 48.9 d1uzma1 d4zd6a_ 20.8 236 164 4 5 234 4 222 1.41e-07 44.3 d1uzma1 d5o30a_ 22.5 231 171 3 11 236 29 256 5.39e-07 42.7 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d3l6ea1 22.7 220 147 8 10 226 3 202 9.43e-08 45.1 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d1uzma1 28.4 264 159 8 1 263 3 237 4.70e-24 91.3 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d1gega_ 29.1 261 168 8 6 260 2 251 6.53e-23 88.6 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d3zv4a_ 29.4 269 164 8 2 260 2 254 4.42e-21 84.0 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d4zd6a_ 23.4 261 157 9 2 260 3 222 5.19e-09 48.9 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d5en4a_ 32.0 253 155 7 2 251 7 245 1.91e-29 105 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d1xkqa_ 29.1 261 168 8 2 251 6 260 3.05e-21 84.0 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d3tzqa_ 29.8 252 158 4 2 252 2 235 1.51e-22 87.4 d1zema1 d1yb1a_ 29.8 198 131 3 1 193 3 197 4.19e-22 85.9 d1zema1 d3zv4a_ 30.3 264 168 7 2 260 2 254 1.84e-21 84.7 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d1zema1 d4imra1 26.2 260 174 6 3 260 9 252 2.92e-14 64.3 d1zema1 d4zd6a_ 23.1 212 144 5 51 260 28 222 1.16e-08 47.8 d1zema1 d3l6ea1 25.4 177 127 3 9 185 4 175 2.10e-08 47.0 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d1gega_ 32.0 253 155 7 7 245 2 251 3.82e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d3awda_ 29.8 238 154 6 3 232 7 239 1.63e-22 87.0 d5en4a_ d2fwmx_ 28.2 252 168 6 4 249 3 247 1.33e-19 79.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4trra_ 29.3 191 124 4 6 188 6 193 1.11e-18 76.6 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d5en4a_ d1yb1a_ 23.2 190 135 5 6 186 7 194 6.04e-10 51.6 d5en4a_ d3l6ea1 22.4 183 140 2 9 190 3 184 1.95e-08 47.0 d5en4a_ d3guya1 21.5 186 135 3 9 190 1 179 6.80e-07 42.4 d5en4a_ d4zd6a_ 26.2 225 151 10 29 245 5 222 5.88e-05 36.6 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1zema1 30.3 264 168 7 2 254 2 260 1.95e-21 84.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d1xkqa_ 29.4 269 164 8 2 254 2 260 1.42e-18 77.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d3tzqa_ 29.5 190 129 4 2 189 2 188 7.12e-14 63.5 d3zv4a_ d2b4qa_ 27.7 264 164 11 2 254 6 253 1.97e-12 59.3 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d2fwmx_ 26.7 243 156 7 1 237 1 227 6.22e-12 57.8 d3zv4a_ d4imra1 26.8 257 170 8 3 254 9 252 6.50e-12 57.8 d3zv4a_ d3o38a_ 28.9 190 122 5 3 184 15 199 1.41e-10 53.9 d3zv4a_ d3guya1 23.8 206 148 3 9 213 2 199 2.26e-08 47.0 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3zv4a_ d5o30a_ 24.4 201 137 7 59 256 68 256 1.01e-05 39.3 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d1uzma1 26.1 180 124 2 3 181 10 181 1.68e-10 52.8 d3l6ea1 d3o38a_ 24.7 190 137 2 3 186 21 210 3.60e-10 52.0 d3l6ea1 d1zema1 25.1 187 134 4 4 184 9 195 1.63e-09 50.1 d3l6ea1 d5unla_ 25.3 182 132 2 2 179 13 194 7.48e-09 48.1 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d5en4a_ 22.4 183 140 2 3 184 9 190 1.74e-08 47.0 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d1fmca_ 22.6 186 131 4 4 181 15 195 1.43e-07 44.3 d3l6ea1 d1geea_ 22.7 220 147 8 3 202 10 226 1.98e-07 43.9 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d4nima_ 26.7 172 116 4 4 169 9 176 2.71e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d3awda_ 24.3 189 126 6 4 180 14 197 3.96e-05 37.0 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d3uxya_ 32.0 247 151 5 11 252 3 237 4.64e-25 93.6 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d2fwmx_ 28.2 248 163 3 11 252 5 243 2.52e-18 75.5 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d3un1a1 25.2 246 159 7 12 252 6 231 2.72e-13 61.2 d4imra1 d1zema1 26.4 258 172 6 11 252 5 260 3.40e-13 61.2 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3zv4a_ 27.6 261 163 9 9 252 3 254 9.06e-11 54.3 d4imra1 d5o30a_ 24.4 254 175 7 14 253 5 255 3.00e-09 49.7 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d1fmca_ 26.9 253 162 5 2 247 8 244 1.74e-17 73.6 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d5unla_ 26.3 247 170 6 9 248 15 256 1.04e-14 65.9 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d5o30a_ 25.3 261 177 7 7 256 4 257 1.12e-08 48.1 d4nima_ d3l6ea1 26.7 172 116 4 9 176 4 169 7.87e-07 42.4 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d5en4a_ 29.3 191 124 4 6 193 6 188 3.90e-17 72.4 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d2fwmx_ 29.4 262 158 8 3 257 2 243 8.05e-15 65.9 d4trra_ d3un1a1 30.4 135 93 1 60 193 50 184 2.48e-14 64.3 d4trra_ d2b4qa_ 29.6 189 128 3 3 187 6 193 4.17e-14 63.9 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d5o30a_ 23.6 165 107 4 62 210 67 228 3.23e-09 49.7 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d2b4qa_ 31.1 270 160 9 6 263 1 256 2.91e-16 70.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4nima_ 26.3 251 173 6 11 256 5 248 2.59e-12 58.9 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d3l6ea1 28.9 114 79 1 81 194 68 179 1.04e-06 42.0 d5unla_ d5o30a_ 22.9 166 109 3 100 259 101 253 7.17e-05 36.6 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d2b4qa_ 27.6 250 165 7 7 244 9 254 8.55e-15 65.9 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d5jlaa_ d4zd6a_ 29.8 188 123 6 63 244 39 223 1.70e-07 44.3 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d3awda_ 26.3 232 148 7 5 223 33 254 9.42e-15 65.1 d4zd6a_ d2fwmx_ 27.3 242 150 6 5 222 4 243 1.62e-14 64.3 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d3o38a_ 26.6 229 150 6 2 217 31 254 3.70e-12 57.8 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d1fmca_ 22.5 222 162 3 5 222 34 249 3.06e-11 55.1 d4zd6a_ d3tzqa_ 24.4 246 154 4 4 222 3 243 1.08e-10 53.5 d4zd6a_ d5jlaa_ 27.7 249 144 9 1 223 6 244 6.63e-10 51.2 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1uzma1 21.0 233 161 4 7 222 8 234 1.45e-09 50.1 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1zema1 23.6 220 146 6 20 222 46 260 1.36e-08 47.4 d4zd6a_ d1xkqa_ 24.1 261 155 9 3 222 2 260 8.51e-08 45.1 d4zd6a_ d2b4qa_ 23.3 253 156 7 4 223 7 254 1.08e-07 44.7 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d4zd6a_ d5en4a_ 24.5 249 153 8 3 222 3 245 2.07e-06 40.8 d4zd6a_ d5unla_ 23.6 250 156 5 6 221 11 259 2.89e-06 40.4 d4zd6a_ d3zv4a_ 24.4 258 152 11 3 222 2 254 2.33e-05 37.7 d4zd6a_ d3un1a1 24.0 242 142 9 7 222 6 231 5.27e-04 33.5 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d3un1a1 26.5 245 162 5 6 247 6 235 7.71e-21 82.0 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d5en4a_ 28.2 252 168 6 3 247 4 249 9.49e-20 79.3 d2fwmx_ d4imra1 28.2 248 163 3 5 243 11 252 3.57e-19 77.8 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d4zd6a_ 27.3 242 150 6 4 243 5 222 5.68e-13 60.1 d2fwmx_ d3zv4a_ 26.6 241 159 6 1 227 1 237 7.60e-12 57.4 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3guya1 30.6 124 81 2 71 190 64 186 1.11e-07 44.7 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d5en4a_ 30.3 238 153 6 7 239 3 232 8.65e-23 87.8 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d3awda_ d4zd6a_ 26.3 232 148 7 33 254 5 223 9.75e-14 62.4 d3awda_ d1yb1a_ 22.7 194 142 4 8 197 5 194 3.14e-08 46.6 d3awda_ d3l6ea1 24.3 189 126 6 14 197 4 180 4.72e-04 33.9 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4imra1 23.8 252 179 6 5 255 14 253 8.25e-11 54.3 d5o30a_ d4trra_ 22.5 231 151 6 1 228 5 210 8.71e-11 54.3 d5o30a_ d1fmca_ 23.3 253 174 6 5 254 14 249 1.26e-09 50.8 d5o30a_ d4nima_ 25.3 261 177 7 4 257 7 256 1.45e-08 47.8 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d1uzma1 22.5 231 171 3 29 256 11 236 4.06e-08 46.2 d5o30a_ d2fwmx_ 25.2 115 86 0 80 194 64 178 2.54e-07 43.9 d5o30a_ d2b4qa_ 22.3 197 137 4 68 255 65 254 1.54e-06 41.6 d5o30a_ d3zv4a_ 24.4 201 137 7 68 256 59 256 5.26e-06 40.0 d5o30a_ d4bmna1 22.6 190 134 4 59 246 59 237 2.08e-05 38.1 d5o30a_ d5en4a_ 22.6 168 126 3 68 234 59 223 8.99e-05 36.2 d5o30a_ d5unla_ 22.5 160 117 2 101 253 100 259 9.33e-05 36.2 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d1zema1 29.8 252 158 4 2 235 2 252 5.47e-21 83.2 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d2b4qa_ 30.0 250 163 7 3 243 7 253 5.23e-16 69.3 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d3zv4a_ 27.0 256 172 7 2 244 2 255 2.65e-12 58.9 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3tzqa_ d1yb1a_ 29.5 190 124 5 6 188 8 194 1.79e-08 47.4 d3tzqa_ d4zd6a_ 25.0 192 136 3 57 243 34 222 5.23e-08 45.8 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d3zv4a_ 28.4 190 123 5 15 199 3 184 3.27e-10 52.8 d3o38a_ d4zd6a_ 26.6 229 150 6 31 254 2 217 4.24e-10 52.0 d3o38a_ d3l6ea1 24.7 190 137 2 21 210 3 186 6.37e-09 48.5 d3o38a_ d1yb1a_ 25.5 200 143 5 17 213 7 203 1.79e-08 47.4 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d2b4qa_ d5jlaa_ 27.4 252 167 7 9 256 7 246 2.41e-15 67.4 d2b4qa_ d5unla_ 31.2 276 152 11 1 256 6 263 2.55e-15 67.4 d2b4qa_ d3tzqa_ 30.2 255 164 8 7 256 3 248 4.62e-15 66.6 d2b4qa_ d4trra_ 30.6 193 121 5 6 193 3 187 2.62e-13 61.6 d2b4qa_ d3zv4a_ 27.4 266 166 11 7 256 3 257 6.94e-11 54.7 d2b4qa_ d3un1a1 24.3 247 163 7 10 253 6 231 3.29e-10 52.4 d2b4qa_ d1yb1a_ 24.5 151 101 4 6 151 4 146 8.45e-06 39.3 d2b4qa_ d4zd6a_ 24.6 179 124 5 81 254 51 223 1.04e-05 38.9 d2b4qa_ d5o30a_ 21.7 203 131 4 65 254 68 255 1.59e-05 38.5 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d1yb1a_ 25.4 189 133 3 10 190 11 199 8.31e-12 57.0 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d1uzma1 29.3 229 153 5 8 231 10 234 8.24e-24 89.7 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d2fwmx_ 26.5 245 162 5 6 235 6 247 7.37e-23 87.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d4trra_ 30.2 189 120 4 6 184 7 193 1.98e-16 70.1 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d4imra1 24.8 246 160 6 6 231 12 252 8.83e-16 68.2 d3un1a1 d2b4qa_ 24.3 247 163 7 6 231 10 253 5.49e-14 63.2 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3un1a1 d1yb1a_ 24.9 193 123 5 6 182 8 194 1.16e-07 44.7 d3un1a1 d4zd6a_ 24.0 242 142 9 6 231 7 222 1.72e-04 35.0 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d4imra1 31.7 249 153 5 1 237 9 252 3.23e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d3zv4a_ 23.8 206 148 3 2 199 9 213 6.60e-10 51.2 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d2fwmx_ 30.5 118 77 2 64 180 71 184 3.56e-09 48.9 d3guya1 d5en4a_ 21.5 186 135 3 1 179 9 190 1.80e-07 43.9 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d3guya1 d1xkqa_ 22.3 197 137 5 1 182 8 203 8.54e-07 42.0 d3guya1 d4imra1 24.9 181 130 3 2 176 15 195 2.63e-06 40.4 d3guya1 d1fmca_ 20.8 183 135 5 2 176 15 195 2.09e-05 37.7 d3guya1 d1zema1 22.3 188 135 5 2 179 9 195 3.82e-05 37.0 d3guya1 d1uzma1 20.5 234 153 6 1 210 10 234 6.43e-05 36.2 d3guya1 d1geea_ 24.9 189 123 6 1 175 10 193 6.88e-05 36.2 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d3peaa_ 27.7 213 147 4 5 215 5 212 1.30e-18 76.3 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d2f6qa1 d4kd6a_ 29.6 216 125 11 13 216 10 210 7.95e-11 53.9 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d3peaa_ d2f6qa1 27.6 214 148 4 5 213 5 216 3.75e-19 77.8 d3peaa_ d4kd6a_ 25.0 196 143 4 13 206 10 203 1.03e-18 76.3 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4kd6a_ d3peaa_ 25.0 196 143 4 10 203 13 206 2.47e-19 77.8 d4kd6a_ d2f6qa1 29.5 217 126 11 10 211 13 217 4.58e-12 57.4 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d5t3ya_ 32.8 125 75 4 4 122 4 125 1.01e-12 55.1 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1a04a2 d1qkka1 26.0 127 88 4 4 128 2 124 2.71e-06 38.1 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3n53a1 23.1 78 60 0 49 126 37 114 1.25e-06 38.9 d1k68a_ d3t6ka_ 22.6 124 87 3 5 128 5 119 2.28e-06 38.1 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1k68a_ d3crna1 28.0 125 77 6 3 126 1 113 7.77e-05 33.9 d1k68a_ d3w9sa_ 26.8 71 50 1 58 128 46 114 1.01e-04 33.5 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3crna1 33.0 100 67 0 3 102 3 102 9.58e-17 65.5 d1qkka1 d3w9sa_ 22.6 106 82 0 3 108 2 107 2.53e-11 51.2 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d1qkka1 d5t3ya_ 31.3 112 73 3 2 110 4 114 1.23e-07 41.6 d1qkka1 d3c3ma1 27.8 115 75 4 2 111 2 113 2.20e-06 38.1 d1qkka1 d1a04a2 27.1 118 80 4 2 115 4 119 3.52e-05 35.0 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d5t3ya_ 29.6 115 78 3 1 113 3 116 6.74e-11 49.7 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1a04a2 32.8 125 75 4 4 125 4 122 5.23e-11 50.4 d5t3ya_ d3ltea_ 29.7 118 80 3 3 119 1 116 1.49e-09 46.2 d5t3ya_ d3c3ma1 29.2 113 80 0 4 116 2 114 3.23e-07 40.0 d5t3ya_ d3crna1 27.2 114 81 1 3 116 1 112 1.21e-06 38.5 d5t3ya_ d1qkka1 32.4 108 69 3 8 114 6 110 1.51e-06 38.5 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d5t3ya_ d3vvma_ 38.6 44 27 0 71 114 39 82 5.51e-04 32.0 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3t6ka_ d1k68a_ 22.6 124 87 3 5 119 5 128 1.98e-06 38.1 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3crna1 27.0 115 84 0 1 115 2 116 5.28e-16 62.8 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1qkka1 22.4 107 83 0 1 107 2 108 1.08e-11 52.0 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3w9sa_ d3c3ma1 25.0 116 85 1 2 115 3 118 1.24e-09 46.2 d3w9sa_ d1k68a_ 29.7 64 43 1 46 107 58 121 8.35e-05 33.5 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d3w9sa_ 25.5 102 74 1 3 104 2 101 6.96e-09 44.3 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d5t3ya_ 32.9 82 55 0 2 83 4 85 2.20e-08 43.1 d3c3ma1 d3crna1 30.8 117 77 2 3 118 3 116 7.84e-08 41.6 d3c3ma1 d1qkka1 29.2 106 67 4 2 104 2 102 2.66e-06 37.7 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d1qkka1 33.0 100 67 0 3 102 3 102 2.33e-16 64.3 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3w9sa_ 26.8 112 82 0 2 113 1 112 6.12e-15 60.1 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d5t3ya_ 27.2 114 81 1 1 112 3 116 2.25e-07 40.4 d3crna1 d3c3ma1 31.0 113 74 2 3 112 3 114 2.96e-07 40.0 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3crna1 d1k68a_ 28.0 125 77 6 1 113 3 126 6.20e-04 31.2 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d1k68a_ 23.9 71 54 0 44 114 56 126 1.56e-06 38.5 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d4oxxa_ d2m6sa_ 24.7 89 67 0 52 140 52 140 1.38e-05 36.6 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d2m6sa_ d4oxxa_ 24.5 98 74 0 52 149 52 149 1.63e-08 44.7 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d4rsha_ 27.9 183 109 7 3 179 3 168 8.68e-14 60.5 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d1yzfa1 d4iyja_ 25.6 195 117 9 3 186 30 207 5.97e-08 44.7 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4iyja_ d4rsha_ 26.6 177 111 4 30 199 3 167 5.64e-12 55.8 d4iyja_ d1yzfa1 25.6 195 117 9 30 207 3 186 4.75e-08 45.1 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d1yzfa1 27.0 189 117 6 3 175 3 186 1.51e-14 62.4 d4rsha_ d4iyja_ 25.4 185 119 4 3 175 30 207 1.78e-12 57.0 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d2yoga_ d4hlca_ 26.7 202 129 8 7 194 3 199 3.72e-11 53.9 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d4hlca_ d2yoga_ 25.9 201 132 6 3 199 7 194 1.93e-11 54.7 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d6bkva1 28.9 90 61 1 10 99 6 92 8.88e-13 53.9 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d1f9ma_ d2wz9a_ 23.7 93 70 1 16 108 12 103 8.95e-06 35.8 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d2b5ea1 d2e0qa_ 29.7 91 57 4 14 102 1 86 8.97e-07 38.9 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d1st9a_ d6bkva1 24.8 109 57 4 26 133 18 102 8.58e-06 36.2 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d3erwa_ d4k9za_ 34.7 49 30 2 1 47 6 54 6.27e-05 34.3 d3erwa_ d6bkva1 24.8 105 52 3 27 131 22 99 2.89e-04 32.0 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d4k9za_ d3erwa_ 34.7 49 30 2 6 54 1 47 9.76e-06 36.6 d4k9za_ d2e0qa_ 37.9 29 18 0 31 59 17 45 1.73e-05 35.4 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d3hdca1 d2wz9a_ 28.9 76 52 2 27 100 9 84 3.45e-06 37.7 d3hdca1 d6bkva1 32.6 43 28 1 40 82 20 61 5.06e-05 34.3 d3hdca1 d2e0qa_ 26.0 96 47 3 39 133 17 89 6.88e-05 33.9 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d1f9ma_ 28.9 90 61 1 6 92 10 99 5.91e-13 54.3 d6bkva1 d3hz4a_ 27.4 106 75 1 2 105 3 108 3.24e-10 47.4 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d6bkva1 d1st9a_ 24.8 109 57 4 18 102 26 133 4.75e-06 36.6 d6bkva1 d3erwa_ 24.8 105 52 3 22 99 27 131 2.35e-05 34.7 d6bkva1 d3hdca1 32.6 43 28 1 20 61 40 82 2.62e-05 34.7 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d2wz9a_ d3hz4a_ 30.2 86 59 1 20 104 20 105 1.05e-07 41.2 d2wz9a_ d3hdca1 27.8 90 63 2 9 97 27 115 1.41e-05 35.8 d2wz9a_ d1f9ma_ 23.7 93 70 1 12 103 16 108 6.82e-05 33.5 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d6bkva1 29.5 88 62 0 21 108 18 105 1.44e-09 45.8 d3hz4a_ d2wz9a_ 30.2 86 59 1 20 105 20 104 3.87e-08 42.4 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2e0qa_ d2b5ea1 29.7 91 57 4 1 86 14 102 9.26e-07 38.5 d2e0qa_ d4k9za_ 37.9 29 18 0 17 45 31 59 1.77e-05 35.0 d2e0qa_ d3hdca1 26.0 96 47 3 17 89 39 133 1.27e-04 32.7 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d4jnca1 24.7 299 180 10 13 269 11 306 1.34e-13 63.2 d1uk8a_ d4inza_ 21.5 284 192 8 12 270 9 286 1.32e-08 48.1 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3kxpa_ 23.9 180 127 4 4 179 3 176 3.96e-08 46.6 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d4inza_ 24.1 323 190 9 1 306 1 285 9.55e-32 114 d4jnca1 d1uk8a_ 24.7 299 180 10 11 306 13 269 1.59e-15 68.9 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4jnca1 d3r40a_ 30.8 107 70 2 19 122 26 131 4.21e-14 65.1 d4jnca1 d3kxpa_ 26.4 121 79 4 10 126 11 125 9.32e-08 45.8 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d4jnca1 23.8 319 194 9 1 284 1 305 1.74e-28 105 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d4inza_ d1uk8a_ 26.8 112 78 3 9 117 12 122 4.49e-08 46.6 d4inza_ d5esra1 26.3 114 81 2 10 120 34 147 9.01e-08 45.8 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d4inza_ 26.3 114 81 2 34 147 10 120 1.66e-08 48.1 d5esra1 d3r40a_ 29.8 104 69 2 45 145 27 129 7.49e-07 43.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d3kxpa_ d3r40a_ 28.5 130 88 1 2 126 8 137 2.68e-11 56.2 d3kxpa_ d1uk8a_ 26.3 137 95 3 3 133 4 140 9.45e-08 45.4 d3kxpa_ d4jnca1 26.4 121 79 4 11 125 10 126 2.62e-06 41.2 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4jnca1 30.8 107 70 2 26 131 19 122 1.34e-13 63.5 d3r40a_ d3kxpa_ 31.1 122 77 2 18 137 10 126 2.70e-12 59.3 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3r40a_ d5esra1 29.8 104 69 2 27 129 45 145 4.13e-07 43.9 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ikha1 23.6 296 186 8 15 301 19 283 2.02e-10 53.9 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3pl2a_ d3ikha1 22.9 297 160 10 34 309 35 283 4.20e-04 34.7 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d3ikha1 d1v19a_ 23.9 251 161 7 19 242 15 262 4.60e-10 52.8 d3ikha1 d3pl2a_ 22.9 297 160 10 35 283 34 309 6.81e-04 33.9 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d4c5ka1 d3ry7a_ 35.3 68 43 1 111 178 158 224 4.84e-05 37.4 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d3ry7a_ d4c5ka1 35.3 68 43 1 158 224 111 178 2.98e-04 35.0 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d3tb6a_ 22.6 283 199 5 4 271 3 280 1.76e-20 82.4 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3h5oa1 26.6 271 192 6 4 270 2 269 3.56e-19 78.6 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d4rxta1 d3c3ka1 30.2 86 55 3 146 228 134 217 8.84e-04 33.5 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3h5oa1 21.5 251 189 3 2 245 1 250 1.07e-14 65.9 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d2o20a_ 22.6 283 199 5 3 280 4 271 1.25e-19 80.1 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d2o20a_ 26.6 271 192 6 2 269 4 270 1.87e-19 79.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3ctpa_ 21.5 251 189 3 1 250 2 245 1.48e-14 65.5 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3k9ca_ d3e3ma1 28.4 102 71 1 128 227 133 234 1.02e-05 39.3 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d3e3ma1 d3k9ca_ 25.4 201 138 6 38 234 35 227 1.72e-08 47.8 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d1xt8a1 25.9 116 74 3 110 225 69 172 4.43e-06 40.4 d1pb7a_ d4i62a_ 19.3 181 128 5 103 277 59 227 4.45e-04 34.3 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d2ylna_ 28.1 242 141 9 4 225 7 235 3.22e-15 66.6 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d1xt8a1 d1pb7a_ 24.7 158 93 6 33 172 76 225 3.80e-06 40.4 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d3delb1 d4c0ra1 21.8 225 163 6 5 220 5 225 2.41e-07 43.5 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d5eyfa_ d4kcda_ 19.8 182 121 6 70 232 110 285 3.69e-05 37.4 d5eyfa_ d4c0ra1 22.5 209 144 7 36 232 24 226 7.68e-05 36.2 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d1xt8a1 28.1 242 141 9 7 235 4 225 9.41e-17 70.9 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4kcda_ d5eyfa_ 19.8 182 121 6 110 285 70 232 2.48e-05 38.1 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d4i62a_ 24.8 218 145 6 13 221 20 227 4.11e-13 60.5 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d4i62a_ d4c0ra1 25.9 220 140 8 20 227 13 221 3.18e-11 55.1 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d4dw8a_ 24.3 272 196 5 11 280 3 266 1.68e-16 71.2 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d4dw8a_ d2b30a1 24.3 272 196 5 3 266 11 280 1.75e-17 73.9 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d3l5ka1 d4ygra1 23.6 195 125 9 11 194 4 185 1.15e-04 35.4 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d4ygra1 d4uava_ 34.3 70 41 3 131 197 150 217 3.50e-05 37.0 d4ygra1 d3l5ka1 23.7 194 124 9 5 185 12 194 3.50e-04 33.9 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d3dlsa_ 25.7 210 134 5 11 212 17 212 1.58e-13 63.5 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d1koba_ 21.1 304 191 8 12 311 31 289 1.43e-08 48.9 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3coka1 26.9 212 145 5 8 216 7 211 4.62e-16 70.5 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2i6la_ 25.3 217 138 8 10 209 6 215 3.11e-12 59.7 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d1koba_ 23.8 206 145 5 15 217 34 230 2.90e-11 57.0 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d3poza_ d3uc3a_ 24.3 206 141 8 15 216 15 209 8.36e-09 49.3 d3poza_ d5jzja_ 25.1 183 119 7 43 217 44 216 4.16e-08 47.0 d3poza_ d4nfna_ 19.8 273 202 7 12 274 13 278 6.05e-06 40.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4yfia_ 27.9 272 186 6 2 267 16 283 1.13e-29 107 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d4wnoa_ 28.5 228 140 10 2 218 7 222 2.83e-19 79.0 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d4c2va_ 26.3 251 167 9 9 253 7 245 1.70e-17 73.9 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2yexa_ 27.2 202 136 6 7 203 6 201 1.83e-15 68.2 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d3uc3a_ 26.0 265 174 12 7 260 10 263 2.03e-12 59.7 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3oz6a_ 24.1 241 150 10 8 222 7 240 3.95e-09 50.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d4yfia_ 27.1 258 161 11 24 259 29 281 7.49e-22 86.3 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d2yexa_ 31.1 206 121 9 16 204 6 207 1.32e-15 68.6 d1ad5a3 d2i6la_ 27.0 204 122 8 22 198 12 215 1.18e-14 66.2 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d4c2va_ 24.8 206 139 6 24 216 13 215 2.20e-14 65.1 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d2b9ha_ 25.5 208 122 9 18 196 13 216 1.41e-11 57.4 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d2xrwa1 28.3 205 120 10 22 206 29 226 1.45e-11 57.4 d1ad5a3 d5jzja_ 22.5 222 152 9 9 213 5 223 3.34e-11 55.8 d1ad5a3 d4nfna_ 21.9 270 185 8 13 259 8 274 1.21e-10 54.3 d1ad5a3 d3uc3a_ 25.8 248 155 10 22 247 16 256 2.35e-10 53.5 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d1ad5a3 d3wara_ 20.6 199 134 8 15 197 35 225 1.57e-07 45.1 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d3oz6a_ 25.2 270 171 11 33 278 14 276 2.28e-14 66.2 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d5jzja_ 27.0 211 129 8 31 233 21 214 1.57e-12 60.1 d3f66a_ d1koba_ 25.1 207 135 6 31 231 35 227 1.76e-12 60.5 d3f66a_ d3uc3a_ 27.5 247 157 12 29 270 14 243 6.81e-11 55.5 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d2xrwa1 24.2 215 142 7 33 240 31 231 8.18e-11 55.5 d3f66a_ d4c2va_ 24.2 207 135 7 33 233 13 203 1.00e-10 54.7 d3f66a_ d3wara_ 21.8 261 170 9 33 287 44 276 2.48e-09 50.8 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d2w5aa1 25.7 214 138 7 36 231 4 214 2.98e-14 65.5 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d3lxpa_ 26.8 220 144 8 41 246 13 229 1.30e-12 60.8 d3wara_ d3f66a_ 21.6 259 169 9 44 274 33 285 3.79e-07 44.3 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d1ad5a3 19.9 216 146 9 18 225 1 197 8.19e-07 43.1 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d3wara_ d4at5a1 22.0 227 142 9 40 237 14 234 2.82e-06 41.6 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d2w5aa1 26.4 273 175 8 31 286 6 269 1.04e-26 100 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d4wnoa_ 26.6 263 174 7 37 286 15 271 9.65e-24 92.8 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3lxpa_ 27.2 206 133 8 30 223 9 209 3.80e-15 68.6 d1koba_ d4itja_ 25.6 219 135 9 32 228 9 221 1.33e-13 63.9 d1koba_ d3f66a_ 25.1 207 135 6 35 227 31 231 1.21e-11 58.2 d1koba_ d3poza_ 23.8 206 145 5 34 230 15 217 2.41e-11 57.4 d1koba_ d3mi9a_ 21.1 304 191 8 31 289 12 311 2.67e-10 54.3 d1koba_ d4yfia_ 23.9 205 141 9 35 229 27 226 1.62e-09 51.6 d1koba_ d4nfna_ 21.8 229 159 7 27 241 9 231 7.17e-09 49.7 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d4nfna_ 26.9 219 144 7 8 215 13 226 6.38e-19 78.2 d2yexa_ d4i4ea_ 27.1 199 134 6 9 201 10 203 1.08e-16 71.6 d2yexa_ d1ad5a3 30.6 206 122 8 6 207 16 204 2.01e-16 70.9 d2yexa_ d4yfia_ 28.3 205 132 7 12 207 27 225 2.78e-15 67.8 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d1ad5a3 26.6 244 151 11 29 264 22 245 1.93e-11 57.4 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2xrwa1 d4at5a1 26.4 231 121 8 21 221 13 224 1.76e-10 54.7 d2xrwa1 d3f66a_ 24.2 215 142 7 31 231 33 240 3.19e-10 53.9 d2xrwa1 d3lxpa_ 30.9 97 56 3 130 218 115 208 1.79e-08 48.5 d2xrwa1 d4yfia_ 23.6 203 140 7 31 224 29 225 4.10e-05 38.1 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d1koba_ 26.6 271 173 8 6 267 31 284 8.20e-28 103 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3wara_ 25.6 215 137 8 4 214 36 231 3.94e-17 73.6 d2w5aa1 d3dlsa_ 24.1 274 183 8 3 269 15 270 4.81e-17 72.8 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d2w5aa1 d4nfna_ 24.6 272 177 11 6 264 13 269 8.74e-11 54.7 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d4at5a1 26.5 226 138 7 9 210 14 235 2.97e-17 73.6 d4c2va_ d4i4ea_ 26.4 250 166 9 8 245 10 253 9.97e-16 68.9 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d4yfia_ 26.0 208 144 7 4 203 20 225 2.09e-13 62.4 d4c2va_ d2i6la_ 24.4 312 174 13 7 261 2 308 2.42e-13 62.4 d4c2va_ d1ad5a3 24.8 214 145 7 5 215 16 216 1.32e-11 57.0 d4c2va_ d3lxpa_ 25.9 205 142 4 11 206 14 217 6.56e-11 55.1 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d4c2va_ d3f66a_ 25.9 216 120 9 13 203 33 233 4.43e-08 46.6 d4c2va_ d4nfna_ 23.5 221 134 8 5 203 11 218 3.43e-06 40.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d1ad5a3 25.6 207 121 9 14 216 19 196 2.46e-11 57.0 d2b9ha_ d4at5a1 24.0 229 127 7 15 217 14 221 2.89e-11 57.0 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d2b9ha_ d4nfna_ 22.8 219 144 8 7 215 7 210 2.29e-08 48.1 d2b9ha_ d4yfia_ 25.5 216 133 10 11 216 21 218 5.29e-08 47.0 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d3dlsa_ 26.4 220 132 5 6 218 16 212 1.02e-17 76.3 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d3f66a_ 26.6 229 140 10 14 235 33 240 1.70e-13 63.9 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d3oz6a_ d4i4ea_ 24.0 246 144 10 7 240 8 222 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d2yexa_ 26.9 219 144 7 13 226 8 215 1.62e-17 74.3 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d1ad5a3 23.4 235 148 9 10 234 8 220 7.73e-10 52.0 d4nfna_ d3fe3a_ 24.2 219 132 10 13 218 7 204 1.26e-09 51.6 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d2w5aa1 26.0 231 147 10 50 269 47 264 1.84e-09 50.8 d4nfna_ d3lxpa_ 26.6 154 101 4 14 160 11 159 2.75e-09 50.4 d4nfna_ d1koba_ 21.8 229 159 7 9 231 27 241 1.42e-08 48.5 d4nfna_ d4at5a1 23.4 244 147 12 15 232 13 242 3.88e-08 47.0 d4nfna_ d2i6la_ 24.1 241 150 8 12 232 7 234 7.23e-08 46.2 d4nfna_ d4c2va_ 23.5 221 134 8 11 218 5 203 1.13e-07 45.4 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d2b9ha_ 22.8 219 144 8 7 210 7 215 1.43e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d3poza_ 22.2 230 162 7 13 235 12 231 9.93e-06 39.7 d4nfna_ d3dlsa_ 19.7 239 149 10 12 229 17 233 9.19e-05 36.6 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d4c2va_ 26.0 223 139 5 16 235 11 210 4.29e-20 81.6 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d4wnoa_ 27.5 262 155 9 18 266 15 254 3.70e-18 76.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d3dlsa_ 24.4 270 169 11 18 279 24 266 5.00e-13 61.6 d4at5a1 d5jzja_ 28.3 205 121 7 16 216 21 203 1.55e-12 60.1 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d4at5a1 d2b9ha_ 24.0 229 127 7 14 221 15 217 5.60e-12 58.9 d4at5a1 d3uc3a_ 24.5 208 128 6 16 218 16 199 4.99e-11 55.8 d4at5a1 d2xrwa1 26.4 231 121 8 13 224 21 221 6.00e-11 55.8 d4at5a1 d4nfna_ 23.4 244 147 12 13 242 15 232 6.82e-09 49.3 d4at5a1 d3wara_ 22.0 227 142 9 14 234 40 237 3.32e-08 47.4 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d4yfia_ 30.3 218 132 10 2 209 13 220 1.15e-18 77.8 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d3coka1 31.2 199 120 6 16 208 17 204 3.85e-17 73.2 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d1koba_ 27.7 206 132 9 9 209 30 223 1.53e-16 72.4 d3lxpa_ d2i6la_ 27.8 216 135 8 8 209 7 215 5.26e-16 70.5 d3lxpa_ d3wara_ 28.1 199 126 8 13 208 41 225 2.11e-15 68.9 d3lxpa_ d5jzja_ 28.5 228 113 12 2 208 10 208 3.34e-15 67.8 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d4c2va_ 25.9 205 142 4 14 217 11 206 2.03e-14 65.5 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d3lxpa_ d4nfna_ 26.6 154 101 4 11 159 14 160 1.35e-11 57.4 d3lxpa_ d2xrwa1 24.6 228 114 10 7 208 23 218 6.01e-09 49.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d1koba_ 24.3 268 174 10 9 270 32 276 2.44e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d1koba_ 26.6 263 174 7 15 271 37 286 2.08e-24 94.4 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d4i4ea_ 28.8 215 135 9 15 222 15 218 7.35e-19 77.8 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d4at5a1 27.5 265 157 9 12 254 15 266 3.06e-17 73.6 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d3fe3a_ d4yfia_ 29.0 200 131 7 13 204 29 225 1.22e-14 66.6 d3fe3a_ d4nfna_ 24.2 219 132 10 7 204 13 218 4.39e-09 50.1 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4yfia_ 25.8 182 119 8 59 228 65 242 3.52e-14 64.7 d5jzja_ d3lxpa_ 28.9 228 112 11 10 208 2 208 7.62e-13 60.8 d5jzja_ d3f66a_ 28.2 170 108 6 55 214 68 233 2.89e-11 56.2 d5jzja_ d4at5a1 27.1 236 143 9 21 233 16 245 7.00e-11 55.1 d5jzja_ d1ad5a3 22.4 223 153 9 4 223 8 213 1.12e-10 54.3 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d5jzja_ d3poza_ 26.3 167 105 7 60 216 59 217 1.54e-07 45.1 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d3lxpa_ 27.0 215 135 7 3 215 15 209 2.57e-15 68.6 d2i6la_ d4c2va_ 24.4 312 174 13 2 308 7 261 2.88e-15 68.2 d2i6la_ d1ad5a3 26.1 222 136 9 12 232 22 216 2.47e-14 65.5 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3poza_ 25.8 217 137 8 6 215 10 209 9.29e-13 61.2 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d3poza_ 26.9 212 145 5 7 211 8 216 4.51e-15 67.4 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d3lxpa_ 31.2 199 120 6 17 204 16 208 9.41e-15 66.2 d3coka1 d4yfia_ 25.8 209 148 5 7 210 19 225 1.67e-14 65.5 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3oz6a_ 26.4 220 132 5 16 212 6 218 4.20e-18 77.0 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d2w5aa1 24.1 274 183 7 15 270 3 269 3.33e-16 70.5 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3mi9a_ 27.1 210 125 7 17 209 11 209 3.64e-15 68.2 d3dlsa_ d4at5a1 24.1 270 170 10 24 266 18 279 8.78e-13 60.8 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4yfia_ 24.3 255 173 8 24 265 29 276 4.99e-12 58.5 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d3dlsa_ d4nfna_ 20.2 233 143 10 17 227 12 223 2.12e-05 38.5 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d4i4ea_ 27.9 272 186 6 16 283 2 267 2.25e-30 109 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d1ad5a3 26.5 264 167 11 23 281 18 259 1.50e-21 85.5 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3lxpa_ 29.4 201 126 7 29 220 16 209 4.82e-17 73.2 d4yfia_ d3coka1 25.8 209 148 5 19 225 7 210 1.12e-15 68.9 d4yfia_ d4c2va_ 26.0 208 144 7 20 225 4 203 1.19e-15 68.9 d4yfia_ d3fe3a_ 29.0 200 131 7 29 225 13 204 1.31e-15 69.3 d4yfia_ d5jzja_ 26.3 209 125 9 29 225 23 214 7.91e-15 66.6 d4yfia_ d3uc3a_ 28.8 208 130 9 24 225 13 208 1.41e-14 66.2 d4yfia_ d2yexa_ 27.5 204 135 7 27 225 12 207 4.71e-14 64.3 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3dlsa_ 24.3 255 173 8 29 276 24 265 6.76e-12 58.2 d4yfia_ d1koba_ 23.9 205 141 9 27 226 35 229 1.32e-09 51.6 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d4yfia_ d2b9ha_ 25.5 216 133 10 21 218 11 216 1.36e-07 45.4 d4yfia_ d2xrwa1 23.6 203 140 7 29 225 31 224 5.71e-05 37.4 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d4yfia_ 27.9 208 132 8 13 208 24 225 1.81e-15 68.9 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4i4ea_ 26.0 265 174 12 10 263 7 260 1.13e-13 63.5 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d1ad5a3 25.3 253 166 10 16 264 22 255 2.49e-11 56.6 d3uc3a_ d4at5a1 24.3 218 135 7 16 208 16 228 3.88e-11 56.2 d3uc3a_ d3f66a_ 28.0 211 134 9 14 210 29 235 1.27e-10 54.7 d3uc3a_ d3poza_ 25.0 208 137 9 15 209 15 216 1.91e-09 51.2 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d3m9za_ 29.5 122 81 2 5 122 3 123 3.19e-17 66.2 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d3bdwa_ d2h2tb_ 24.4 123 87 3 2 118 1 123 3.96e-12 53.1 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1wmza_ d1ypqa1 25.6 90 57 2 3 92 5 84 3.68e-09 45.8 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d1ypqa1 d3m9za_ 31.5 124 81 1 5 128 3 122 1.46e-17 67.4 d1ypqa1 d2h2tb_ 29.5 78 53 1 5 82 4 79 1.36e-11 52.0 d1ypqa1 d1wmza_ 26.1 88 55 2 5 82 3 90 4.79e-09 45.4 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2h2tb_ d3bdwa_ 24.4 123 87 3 1 123 2 118 2.09e-16 64.3 d2h2tb_ d1ypqa1 29.5 78 53 1 4 79 5 82 3.23e-13 56.2 d2h2tb_ d3m9za_ 22.4 125 88 4 4 125 3 121 2.30e-11 51.2 d2h2tb_ d2yhfa_ 22.3 112 81 1 4 115 2 107 1.56e-10 48.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d2yhfa_ d2h2tb_ 22.3 112 81 1 2 107 4 115 1.12e-08 43.9 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3m9za_ d3bdwa_ 29.5 122 81 2 3 123 5 122 2.58e-19 71.6 d3m9za_ d1ypqa1 31.5 124 81 1 3 122 5 128 2.47e-18 69.3 d3m9za_ d2h2tb_ 28.2 78 54 1 3 80 4 79 8.96e-10 47.0 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d1k9oi_ d4x30a_ 25.7 378 256 10 13 376 10 376 1.22e-26 103 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d4x30a_ 25.3 367 248 10 24 381 27 376 4.24e-28 107 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3pzfa_ 24.7 364 254 9 27 376 24 381 4.57e-29 110 d4x30a_ d1k9oi_ 25.7 378 256 10 10 376 13 376 2.78e-28 107 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d3d1ka_ d1cg5b_ 27.7 141 98 3 2 141 3 140 4.90e-15 61.6 d3d1ka_ d1x9fc_ 19.7 147 105 3 3 140 6 148 3.23e-06 38.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1cg5b_ 29.1 141 96 3 2 141 3 140 5.25e-14 58.9 d4esaa_ d1x9fc_ 27.7 94 63 2 12 100 19 112 1.58e-05 36.2 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d1v4wa_ d1cg5b_ 30.5 141 94 3 3 142 3 140 3.84e-14 59.3 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/diamond-test-blastp-very-sensitive.out000066400000000000000000004122611523407312000265670ustar00rootroot00000000000000d2dc3a_ d2dc3a_ 100 172 0 0 1 172 1 172 5.04e-125 343 d2dc3a_ d3bj1a_ 29.5 149 97 2 3 151 2 142 8.30e-19 72.4 d2dc3a_ d3d1ka_ 32.0 128 79 2 3 130 2 121 4.86e-17 67.8 d2dc3a_ d1v4wa_ 28.2 149 99 2 3 151 3 143 6.97e-17 67.4 d2dc3a_ d4esaa_ 30.5 128 81 2 3 130 2 121 5.17e-16 65.1 d2dc3a_ d3g46a_ 24.4 135 95 3 8 142 15 142 4.25e-08 43.9 d1x9fc_ d1x9fc_ 100 149 0 0 1 149 1 149 3.87e-111 306 d1x9fc_ d2zs0a_ 28.2 142 98 2 5 146 2 139 2.10e-15 62.8 d1x9fc_ d3d1ka_ 19.7 147 105 3 6 148 3 140 6.41e-06 37.4 d1x9fc_ d1v4wa_ 27.8 97 57 5 20 112 14 101 5.26e-04 32.0 d3g46a_ d3g46a_ 100 146 0 0 1 146 1 146 3.89e-105 290 d3g46a_ d2dc3a_ 24.8 137 96 3 9 138 2 138 1.38e-08 45.1 d1cg5b_ d1cg5b_ 100 141 0 0 1 141 1 141 3.00e-102 283 d1cg5b_ d1gcvb_ 34.5 142 86 2 1 141 1 136 2.71e-20 75.1 d1cg5b_ d3bj1a_ 32.6 141 91 3 3 140 2 141 4.16e-17 67.0 d1cg5b_ d3d1ka_ 27.7 141 98 3 3 140 2 141 1.43e-13 57.8 d1cg5b_ d1v4wa_ 30.5 141 94 3 3 140 3 142 2.05e-13 57.4 d1cg5b_ d4esaa_ 29.1 141 96 3 3 140 2 141 2.82e-13 57.0 d1gcvb_ d1gcvb_ 100 136 0 0 1 136 1 136 3.04e-104 287 d1gcvb_ d1cg5b_ 34.5 142 86 2 1 136 1 141 4.20e-22 79.7 d1gcvb_ d3bj1a_ 38.6 114 65 1 27 135 28 141 6.07e-22 79.3 d1gcvb_ d4esaa_ 34.9 129 77 2 12 135 15 141 1.49e-19 73.2 d1gcvb_ d3d1ka_ 34.7 124 76 1 17 135 18 141 2.11e-19 72.8 d1gcvb_ d1v4wa_ 36.8 114 67 1 27 135 29 142 3.35e-18 69.7 d2zs0a_ d2zs0a_ 100 140 0 0 1 140 1 140 3.96e-102 282 d2zs0a_ d1x9fc_ 28.2 142 98 2 2 139 5 146 2.77e-15 62.4 d2cqka1 d2cqka1 100 88 0 0 1 88 1 88 1.32e-62 178 d2cqka1 d1s29a1 31.6 76 50 1 8 81 8 83 1.46e-10 47.0 d1s29a1 d1s29a1 100 89 0 0 1 89 1 89 3.24e-59 170 d1s29a1 d2cqka1 31.6 76 50 1 8 83 8 81 1.17e-09 44.7 d3bpva_ d3bpva_ 100 137 0 0 1 137 1 137 4.66e-95 264 d3bpva_ d5eria1 30.8 107 74 0 25 131 30 136 1.87e-14 60.1 d5eria1 d5eria1 100 147 0 0 1 147 1 147 4.71e-102 283 d5eria1 d3bpva_ 30.8 107 74 0 30 136 25 131 1.02e-14 60.8 d2jzya_ d2jzya_ 100 104 0 0 1 104 1 104 8.50e-71 200 d2jzya_ d4ixaa_ 35.7 84 53 1 18 100 16 99 5.12e-12 51.6 d4ixaa_ d4ixaa_ 100 102 0 0 1 102 1 102 5.57e-75 211 d4ixaa_ d2jzya_ 35.7 84 53 1 16 99 18 100 1.27e-12 53.1 d1hbka_ d1hbka_ 100 89 0 0 1 89 1 89 7.57e-67 189 d1hbka_ d2cb8a_ 33.3 60 40 0 24 83 21 80 1.77e-11 49.3 d2cb8a_ d2cb8a_ 100 86 0 0 1 86 1 86 3.28e-62 177 d2cb8a_ d1hbka_ 33.9 56 37 0 25 80 28 83 3.02e-12 51.2 d1pfva1 d1pfva1 100 162 0 0 1 162 1 162 1.16e-116 321 d1pfva1 d4qrea2 27.9 111 73 2 3 107 7 116 2.47e-10 50.1 d1pfva1 d2d5ba1 26.1 115 81 3 3 116 7 118 1.79e-06 39.3 d4qrea2 d4qrea2 100 161 0 0 1 161 1 161 1.53e-116 320 d4qrea2 d2d5ba1 28.9 159 95 6 1 159 1 141 2.84e-13 57.8 d4qrea2 d1pfva1 26.4 110 76 1 7 116 3 107 2.39e-09 47.4 d2d5ba1 d2d5ba1 100 152 0 0 1 152 1 152 2.59e-106 294 d2d5ba1 d4qrea2 29.5 129 83 2 1 121 1 129 1.02e-12 56.2 d2d5ba1 d1pfva1 26.1 115 81 3 7 118 3 116 1.51e-05 36.6 d4nyxa_ d4nyxa_ 100 116 0 0 1 116 1 116 1.14e-85 239 d4nyxa_ XP_026225122.1 94.0 116 7 0 1 116 1082 1197 9.54e-73 228 d4nyxa_ XP_015783916.1 86.2 116 16 0 1 116 976 1091 1.43e-68 216 d4nyxa_ d3uv4a1 34.5 84 53 1 25 108 23 104 9.50e-14 57.0 d4nyxa_ d4nxja1 35.1 77 48 1 30 106 30 104 1.18e-13 56.6 d4nyxa_ d3ljwa_ 33.3 69 46 0 36 104 37 105 2.02e-11 50.8 d3ljwa_ d3ljwa_ 100 118 0 0 1 118 1 118 1.05e-82 231 d3ljwa_ d4nxja1 36.4 99 59 2 11 105 4 102 1.44e-15 61.6 d3ljwa_ d3uv4a1 37.0 73 46 0 43 115 38 110 3.96e-13 55.5 d3ljwa_ d4nyxa_ 33.3 69 46 0 37 105 36 104 7.39e-12 52.0 d3ljwa_ XP_015783916.1 34.8 69 45 0 37 105 1011 1079 8.85e-12 54.3 d3ljwa_ XP_026225122.1 34.8 69 45 0 37 105 1117 1185 4.18e-11 52.4 d3uv4a1 d3uv4a1 100 123 0 0 1 123 1 123 4.35e-91 253 d3uv4a1 d4nxja1 39.1 87 52 1 10 96 13 98 1.52e-16 64.3 d3uv4a1 d4nyxa_ 34.5 84 53 1 23 104 25 108 1.82e-14 58.9 d3uv4a1 d3ljwa_ 37.0 73 46 0 38 110 43 115 2.08e-13 56.2 d3uv4a1 XP_026225122.1 34.2 79 50 1 23 99 1106 1184 3.02e-12 55.8 d3uv4a1 XP_015783916.1 33.3 84 54 1 23 104 1000 1083 1.94e-11 53.5 d4nxja1 d4nxja1 100 117 0 0 1 117 1 117 7.11e-85 237 d4nxja1 d3uv4a1 39.1 87 52 1 13 98 10 96 2.03e-16 63.9 d4nxja1 d3ljwa_ 37.4 107 61 3 4 108 11 113 4.01e-15 60.5 d4nxja1 d4nyxa_ 38.0 71 42 1 30 98 30 100 8.43e-14 57.0 d4nxja1 XP_015783916.1 33.3 87 55 2 12 95 986 1072 1.59e-11 53.5 d4nxja1 XP_026225122.1 32.2 87 56 2 12 95 1092 1178 4.04e-11 52.4 d1nkpe_ d1nkpe_ 100 81 0 0 1 81 1 81 2.40e-55 159 d1nkpe_ d1an4a1 42.4 59 30 2 1 55 5 63 3.45e-08 40.0 d1an4a1 d1an4a1 100 64 0 0 1 64 1 64 1.33e-40 121 d1an4a1 d1nkpe_ 42.4 59 30 2 5 63 1 55 3.86e-08 39.7 d1v2aa1 d1v2aa1 100 125 0 0 1 125 1 125 1.45e-90 252 d1v2aa1 d3ay8a2 33.0 100 65 1 1 98 1 100 1.66e-15 62.0 d2gsqa1 d2gsqa1 100 127 0 0 1 127 1 127 2.04e-91 254 d2gsqa1 d5b7ca2 33.1 136 80 1 3 127 4 139 2.93e-25 87.4 d1yq1a2 d1yq1a2 100 127 0 0 1 127 1 127 3.39e-90 251 d1yq1a2 d4q5fa2 38.1 126 77 1 1 126 1 125 3.28e-22 79.3 d1yq1a2 d5b7ca2 24.5 139 82 5 2 125 4 134 3.64e-04 32.0 d5b7ca2 d5b7ca2 100 139 0 0 1 139 1 139 1.82e-102 283 d5b7ca2 d2gsqa1 33.6 131 76 1 4 134 3 122 2.90e-23 82.4 d4q5fa2 d4q5fa2 100 129 0 0 1 129 1 129 4.26e-94 261 d4q5fa2 d1yq1a2 38.1 126 77 1 1 125 1 126 2.35e-22 79.7 d3ay8a2 d3ay8a2 100 129 0 0 1 129 1 129 1.04e-94 263 d3ay8a2 d1v2aa1 29.8 121 81 2 1 121 1 117 6.12e-16 63.2 d4ddja_ d4ddja_ 100 80 0 0 1 80 1 80 2.41e-59 169 d4ddja_ d3bqpa_ 36.8 76 46 2 4 79 5 78 3.05e-14 55.8 d3bqpa_ d3bqpa_ 100 80 0 0 1 80 1 80 5.90e-60 171 d3bqpa_ d4ddja_ 36.8 76 46 2 5 78 4 79 3.05e-14 55.8 d4gria2 d4gria2 100 176 0 0 1 176 1 176 2.78e-124 341 d4gria2 d3afha2 23.2 177 126 3 1 174 1 170 3.49e-09 47.4 d3afha2 d3afha2 100 171 0 0 1 171 1 171 7.45e-122 335 d3afha2 d4gria2 23.2 177 126 3 1 170 1 174 8.83e-09 46.2 d5vcca_ d5vcca_ 100 468 0 0 1 468 1 468 0.0 939 d5vcca_ d5tl8a1 22.8 469 322 10 13 468 5 446 1.16e-23 96.7 d5vcca_ d4uyma1 27.6 196 119 5 264 438 245 438 8.13e-16 72.8 d5vcca_ d3buja1 27.8 187 102 3 242 428 203 356 4.49e-13 63.9 d5vcca_ d4rm4a_ 25.1 207 123 4 234 440 180 354 1.73e-12 62.0 d5vcca_ d4yt3a_ 27.0 174 100 4 263 435 226 373 1.81e-10 55.8 d5vcca_ d5hiwa1 23.2 164 99 2 272 435 223 359 6.84e-09 50.8 d5vcca_ d2xkra_ 26.4 182 106 4 253 434 204 357 9.13e-09 50.4 d5vcca_ d3rwla_ 25.1 171 102 3 266 436 239 383 1.56e-07 46.6 d5vcca_ d3oo3a_ 24.6 175 99 4 262 435 209 351 8.75e-04 34.7 d3oo3a_ d3oo3a_ 100 382 0 0 1 382 1 382 4.08e-279 750 d3oo3a_ d4rm4a_ 30.6 363 217 10 12 354 5 352 1.69e-40 141 d3oo3a_ d3buja1 31.2 381 229 11 8 367 10 378 4.87e-40 140 d3oo3a_ d4j6ca_ 30.4 395 231 11 4 363 2 387 1.50e-36 131 d3oo3a_ d4yt3a_ 26.8 354 229 12 35 363 36 384 1.11e-27 106 d3oo3a_ d2xkra_ 29.0 328 211 9 69 380 65 386 7.85e-24 95.5 d3oo3a_ d5hiwa1 27.3 362 214 11 47 379 47 388 1.52e-20 85.9 d3oo3a_ d3rwla_ 24.9 377 245 13 16 364 29 395 3.13e-20 85.1 d3oo3a_ d4ep6a_ 23.8 383 245 15 1 357 9 370 2.05e-09 52.0 d4uyma1 d4uyma1 100 469 0 0 1 469 1 469 0.0 956 d4uyma1 d5tl8a1 34.0 476 275 11 3 469 1 446 3.16e-81 253 d4uyma1 d5vcca_ 23.2 452 293 16 11 438 17 438 6.13e-16 73.2 d4uyma1 d4rm4a_ 21.3 239 137 7 197 435 162 349 7.49e-06 41.2 d4uyma1 d2xkra_ 22.0 255 148 7 209 459 179 386 8.90e-04 34.7 d4yt3a_ d4yt3a_ 100 407 0 0 1 407 1 407 5.37e-299 802 d4yt3a_ d4rm4a_ 41.3 378 204 5 15 388 1 364 2.52e-91 274 d4yt3a_ d2xkra_ 34.2 295 192 2 85 379 72 364 7.25e-49 164 d4yt3a_ d3buja1 28.9 363 242 9 13 371 11 361 2.69e-35 128 d4yt3a_ d3rwla_ 28.0 372 239 10 24 379 30 388 1.16e-33 124 d4yt3a_ d4j6ca_ 31.9 307 188 9 89 386 92 386 9.44e-32 118 d4yt3a_ d3oo3a_ 26.5 374 245 12 16 384 15 363 2.73e-29 111 d4yt3a_ d4ep6a_ 25.3 367 250 10 18 377 19 368 2.99e-26 102 d4yt3a_ d5hiwa1 27.5 360 232 10 32 383 31 369 2.60e-25 100 d4yt3a_ d5vcca_ 27.0 174 100 4 226 373 263 435 6.45e-10 53.9 d4rm4a_ d4rm4a_ 100 375 0 0 1 375 1 375 4.56e-277 744 d4rm4a_ d4yt3a_ 41.3 378 204 5 1 364 15 388 7.35e-90 270 d4rm4a_ d2xkra_ 34.2 377 225 7 9 373 21 386 1.06e-57 187 d4rm4a_ d3buja1 29.3 351 233 5 5 345 14 359 3.65e-47 159 d4rm4a_ d3rwla_ 28.6 367 239 6 8 356 28 389 1.46e-42 147 d4rm4a_ d3oo3a_ 30.6 363 217 10 5 352 12 354 4.36e-42 145 d4rm4a_ d4j6ca_ 34.3 309 177 7 56 352 84 378 9.81e-40 139 d4rm4a_ d5hiwa1 28.1 342 233 6 14 350 27 360 7.47e-39 137 d4rm4a_ d4ep6a_ 25.1 362 247 9 4 353 19 368 8.38e-28 106 d4rm4a_ d5vcca_ 24.6 207 124 3 180 354 234 440 4.34e-12 60.5 d4rm4a_ d5tl8a1 21.6 236 145 7 163 359 190 424 6.51e-08 47.4 d4rm4a_ d4uyma1 21.4 238 136 7 163 349 198 435 5.63e-05 38.1 d3buja1 d3buja1 100 396 0 0 1 396 1 396 6.68e-292 783 d3buja1 d4rm4a_ 29.3 351 233 5 14 359 5 345 5.19e-48 161 d3buja1 d2xkra_ 30.6 386 255 6 12 394 15 390 6.10e-46 156 d3buja1 d3oo3a_ 30.8 380 232 10 10 378 8 367 1.86e-42 147 d3buja1 d4yt3a_ 28.9 363 246 8 6 358 8 368 3.61e-35 127 d3buja1 d4ep6a_ 28.1 360 244 5 6 360 12 361 7.48e-30 112 d3buja1 d5hiwa1 31.0 342 204 11 37 366 42 363 1.41e-29 112 d3buja1 d3rwla_ 29.2 274 191 3 82 353 100 372 2.66e-27 105 d3buja1 d4j6ca_ 30.8 318 205 8 82 390 92 403 3.48e-27 105 d3buja1 d5vcca_ 27.8 187 102 3 203 356 242 428 2.79e-12 61.2 d2xkra_ d2xkra_ 100 395 0 0 1 395 1 395 4.35e-292 784 d2xkra_ d4rm4a_ 34.2 377 225 7 21 386 9 373 1.04e-58 189 d2xkra_ d4yt3a_ 34.5 293 190 2 74 364 87 379 1.78e-50 169 d2xkra_ d3buja1 29.5 393 250 5 15 390 12 394 1.61e-46 158 d2xkra_ d3rwla_ 29.2 319 221 3 69 386 93 407 4.41e-41 144 d2xkra_ d5hiwa1 29.7 306 202 8 72 371 72 370 2.85e-30 114 d2xkra_ d4j6ca_ 28.5 323 216 9 72 386 88 403 6.38e-27 104 d2xkra_ d3oo3a_ 29.0 328 211 9 65 386 69 380 8.95e-27 103 d2xkra_ d4ep6a_ 23.8 353 264 3 21 369 24 375 1.03e-22 92.4 d2xkra_ d5vcca_ 26.5 181 105 4 204 356 253 433 1.02e-08 50.1 d5tl8a1 d5tl8a1 100 448 0 0 1 448 1 448 0.0 892 d5tl8a1 d4uyma1 34.6 465 265 11 1 435 3 458 2.14e-81 253 d5tl8a1 d5vcca_ 22.8 469 322 10 5 446 13 468 3.64e-23 95.1 d5tl8a1 d4rm4a_ 21.9 237 145 7 189 424 162 359 2.51e-08 48.9 d5tl8a1 d4ep6a_ 22.6 115 82 1 310 424 266 373 1.34e-06 43.5 d5tl8a1 d4j6ca_ 28.4 109 68 3 309 415 275 375 6.88e-05 38.1 d5tl8a1 d3rwla_ 23.6 127 89 1 308 434 283 401 2.79e-04 36.2 d4j6ca_ d4j6ca_ 100 407 0 0 1 407 1 407 1.18e-302 811 d4j6ca_ d4rm4a_ 34.0 306 182 6 84 378 56 352 7.66e-42 145 d4j6ca_ d3oo3a_ 30.4 395 231 11 2 387 4 363 1.23e-41 145 d4j6ca_ d4yt3a_ 30.1 349 220 10 49 387 50 384 5.76e-34 124 d4j6ca_ d3rwla_ 30.0 297 191 8 87 375 95 382 3.96e-29 111 d4j6ca_ d3buja1 30.8 318 205 8 92 403 82 390 8.43e-29 110 d4j6ca_ d4ep6a_ 30.2 295 184 9 92 375 81 364 5.25e-28 107 d4j6ca_ d2xkra_ 28.5 323 216 9 88 403 72 386 1.89e-27 106 d4j6ca_ d5hiwa1 29.3 304 191 8 87 378 71 362 3.02e-24 97.1 d4j6ca_ d5tl8a1 28.4 109 68 3 275 375 309 415 6.25e-05 38.1 d4ep6a_ d4ep6a_ 100 392 0 0 1 392 1 392 1.63e-290 780 d4ep6a_ d3buja1 28.1 360 244 5 12 361 6 360 1.11e-30 115 d4ep6a_ d4rm4a_ 24.4 357 256 6 19 368 4 353 1.44e-29 111 d4ep6a_ d3rwla_ 22.9 419 278 9 1 389 4 407 1.84e-27 106 d4ep6a_ d4yt3a_ 25.1 366 252 9 19 368 18 377 2.40e-27 105 d4ep6a_ d4j6ca_ 29.8 319 195 10 81 381 92 399 3.28e-27 105 d4ep6a_ d2xkra_ 23.8 353 264 3 24 375 21 369 7.51e-23 92.8 d4ep6a_ d5hiwa1 25.6 297 207 9 85 375 80 368 9.02e-17 74.7 d4ep6a_ d3oo3a_ 24.0 379 249 15 9 370 1 357 1.65e-12 61.6 d4ep6a_ d5tl8a1 23.4 107 75 1 266 365 310 416 4.76e-06 41.6 d5hiwa1 d5hiwa1 100 392 0 0 1 392 1 392 3.78e-280 753 d5hiwa1 d4rm4a_ 27.7 339 238 5 27 360 14 350 5.63e-40 140 d5hiwa1 d3buja1 31.0 342 204 11 42 363 37 366 5.40e-30 113 d5hiwa1 d2xkra_ 29.7 306 202 8 72 370 72 371 6.66e-29 110 d5hiwa1 d4yt3a_ 27.8 360 231 10 31 369 32 383 3.40e-25 99.8 d5hiwa1 d3oo3a_ 28.2 340 190 12 47 363 47 355 6.68e-23 92.8 d5hiwa1 d4j6ca_ 29.4 306 188 9 71 362 87 378 2.06e-22 91.7 d5hiwa1 d3rwla_ 26.2 313 204 7 64 359 80 382 3.46e-20 85.1 d5hiwa1 d4ep6a_ 25.6 297 207 9 80 368 85 375 9.32e-16 71.6 d5hiwa1 d5vcca_ 23.6 161 96 2 226 359 275 435 1.77e-08 49.3 d3rwla_ d3rwla_ 100 411 0 0 1 411 1 411 9.86e-313 837 d3rwla_ d4rm4a_ 28.6 367 239 6 28 389 8 356 5.62e-46 156 d3rwla_ d2xkra_ 29.7 320 218 4 93 407 69 386 1.71e-43 150 d3rwla_ d4yt3a_ 28.0 372 239 10 30 388 24 379 2.62e-36 131 d3rwla_ d3buja1 28.8 278 195 3 96 372 78 353 2.05e-30 114 d3rwla_ d4j6ca_ 30.0 297 191 8 95 382 87 375 2.37e-30 114 d3rwla_ d4ep6a_ 23.0 409 290 8 4 407 1 389 6.20e-29 110 d3rwla_ d3oo3a_ 24.4 377 247 12 29 395 16 364 8.37e-25 98.6 d3rwla_ d5hiwa1 26.3 308 210 7 80 382 64 359 1.64e-22 92.0 d3rwla_ d5vcca_ 25.1 171 102 3 239 383 266 436 3.38e-08 48.5 d3rwla_ d5tl8a1 25.0 108 73 1 283 382 308 415 2.56e-04 36.2 d1f7ca_ d1f7ca_ 100 191 0 0 1 191 1 191 5.29e-134 367 d1f7ca_ d5irca1 27.6 170 119 1 11 180 24 189 2.08e-25 91.7 d1f7ca_ d5c5sa1 29.3 184 123 2 10 191 25 203 6.55e-21 80.1 d5c5sa1 d5c5sa1 100 209 0 0 1 209 1 209 7.44e-152 414 d5c5sa1 d5irca1 31.1 193 126 4 4 193 2 190 2.50e-29 102 d5c5sa1 d1f7ca_ 30.8 172 112 2 25 191 10 179 6.10e-24 88.2 d5irca1 d5irca1 100 198 0 0 1 198 1 198 2.33e-145 396 d5irca1 d5c5sa1 31.1 193 126 4 2 190 4 193 8.31e-26 93.2 d5irca1 d1f7ca_ 27.6 170 119 1 24 189 11 180 8.38e-25 90.1 d1g2na_ d1g2na_ 100 256 0 0 1 256 1 256 5.59e-184 499 d1g2na_ d2e2ra_ 24.8 218 141 3 17 234 11 205 3.91e-24 90.9 d1g2na_ d2xhsa1 26.6 192 122 3 47 237 44 217 2.26e-18 75.5 d1g2na_ d4pf3a_ 28.9 166 100 4 26 190 14 162 6.10e-16 68.9 d4pf3a_ d4pf3a_ 100 249 0 0 1 249 1 249 9.33e-184 498 d4pf3a_ d2e2ra_ 30.4 135 92 1 12 146 14 146 4.71e-19 77.0 d4pf3a_ d1g2na_ 26.2 214 137 5 14 210 26 235 1.01e-14 65.5 d4pf3a_ d2xhsa1 29.8 47 33 0 30 76 39 85 1.46e-04 35.4 d2e2ra_ d2e2ra_ 100 228 0 0 1 228 1 228 8.26e-163 443 d2e2ra_ d1g2na_ 24.8 218 141 3 11 205 17 234 1.33e-22 86.7 d2e2ra_ d4pf3a_ 30.4 135 92 1 14 146 12 146 1.17e-19 78.6 d2e2ra_ d2xhsa1 23.6 199 150 1 30 226 37 235 3.25e-16 68.9 d2xhsa1 d2xhsa1 100 237 0 0 1 237 1 237 1.14e-178 484 d2xhsa1 d1g2na_ 26.6 192 122 3 44 217 47 237 1.51e-18 75.9 d2xhsa1 d2e2ra_ 23.6 199 150 1 37 235 30 226 9.70e-18 73.2 d2xhsa1 d4pf3a_ 21.0 176 121 4 39 203 30 198 1.79e-05 38.1 d3g08a2 d3g08a2 100 94 0 0 1 94 1 94 3.62e-74 208 d3g08a2 d3p73a2 40.3 72 42 1 15 85 14 85 1.13e-15 60.5 d1ie5a1 d1ie5a1 100 106 0 0 1 106 1 106 7.48e-75 211 d1ie5a1 d2xy1a1 37.2 94 56 1 11 104 1 91 5.20e-19 69.3 d1ie5a1 d3puca1 39.2 74 44 1 32 105 25 97 3.29e-09 44.3 d1ie5a1 d1fhga_ 32.9 73 43 2 34 103 30 99 5.09e-09 43.9 d1ie5a1 d2xy1a2 32.6 89 54 2 21 103 9 97 1.97e-07 39.7 d1ie5a1 d2rika1 32.1 78 52 1 26 103 18 94 1.01e-06 37.7 d1fhga_ d1fhga_ 100 102 0 0 1 102 1 102 3.35e-76 214 d1fhga_ d2rika1 27.2 92 66 1 9 100 5 95 3.26e-11 49.3 d1fhga_ d1ie5a1 32.9 73 43 2 30 99 34 103 1.26e-09 45.4 d3p73a2 d3p73a2 100 96 0 0 1 96 1 96 2.62e-77 216 d3p73a2 d3g08a2 40.3 72 42 1 14 85 15 85 2.87e-16 62.0 d3p73a2 d1ie5a1 35.4 65 38 3 18 82 30 90 7.20e-05 32.7 d3puca1 d3puca1 100 97 0 0 1 97 1 97 6.71e-67 190 d3puca1 d1ie5a1 43.5 62 34 1 25 85 32 93 5.45e-10 46.2 d3puca1 d2xy1a1 34.4 61 38 1 25 85 22 80 4.99e-08 40.8 d2xy1a1 d2xy1a1 100 92 0 0 1 92 1 92 2.31e-67 191 d2xy1a1 d1ie5a1 37.2 94 56 1 1 91 11 104 1.71e-21 75.5 d2xy1a1 d2rika1 35.5 76 47 1 17 90 19 94 1.68e-11 49.7 d2xy1a1 d2xy1a2 29.2 89 54 3 11 90 9 97 7.92e-10 45.4 d2xy1a1 d3puca1 31.0 71 47 1 22 90 25 95 6.08e-09 43.1 d2xy1a2 d2xy1a2 100 98 0 0 1 98 1 98 5.90e-75 210 d2xy1a2 d1ie5a1 32.6 89 54 2 9 97 21 103 2.57e-11 49.7 d2xy1a2 d2xy1a1 29.2 89 54 3 9 97 11 90 5.38e-11 48.5 d2rika1 d2rika1 100 95 0 0 1 95 1 95 4.24e-69 195 d2rika1 d1fhga_ 27.2 92 66 1 5 95 9 100 2.15e-11 49.7 d2rika1 d2xy1a1 35.5 76 47 1 19 94 17 90 5.46e-10 45.8 d2rika1 d1ie5a1 32.1 78 52 1 18 94 26 103 8.51e-08 40.4 d1x5aa1 d1x5aa1 100 94 0 0 1 94 1 94 5.60e-69 195 d1x5aa1 d2edya1 42.3 52 30 0 42 93 44 95 5.74e-10 45.8 d1fnfa2 d1fnfa2 100 91 0 0 1 91 1 91 1.46e-65 186 d1fnfa2 d4lpva1 29.3 82 57 1 1 82 2 82 2.98e-11 48.9 d4lpva1 d4lpva1 100 91 0 0 1 91 1 91 3.44e-64 182 d4lpva1 d1fnfa2 29.3 82 57 1 2 82 1 82 1.06e-11 50.1 d2edya1 d2edya1 100 96 0 0 1 96 1 96 1.31e-68 194 d2edya1 d1x5aa1 42.3 52 30 0 44 95 42 93 2.32e-09 44.3 d1tjxa1 d1tjxa1 100 149 0 0 1 149 1 149 7.50e-109 300 d1tjxa1 d2b3ra1 26.9 104 72 3 4 106 1 101 1.03e-07 42.0 d2b3ra1 d2b3ra1 100 122 0 0 1 122 1 122 2.16e-86 241 d2b3ra1 d1tjxa1 27.5 91 64 2 12 101 17 106 1.17e-07 41.6 d1ckaa_ d1ckaa_ 100 57 0 0 1 57 1 57 1.21e-42 125 d1ckaa_ d1u5sa1 35.8 53 32 1 4 54 9 61 1.58e-11 47.8 d1u5sa1 d1u5sa1 100 71 0 0 1 71 1 71 2.69e-52 151 d1u5sa1 d1ckaa_ 35.8 53 32 1 9 61 4 54 7.97e-11 46.2 d1u5sa1 d2dnua1 37.5 56 32 2 11 66 6 58 6.19e-08 38.9 d1u5sa1 d2egca1 40.0 45 22 2 20 61 16 58 1.74e-05 32.7 d4j9fa_ d4j9fa_ 100 62 0 0 1 62 1 62 9.08e-47 136 d4j9fa_ d2ct4a1 33.3 51 33 1 9 58 4 54 4.39e-08 38.9 d4j9fa_ d2egca1 33.3 63 38 3 3 62 1 62 1.12e-06 35.4 d2dnua1 d2dnua1 100 58 0 0 1 58 1 58 5.30e-42 124 d2dnua1 d2egca1 37.5 56 30 2 4 55 6 60 6.66e-12 48.5 d2dnua1 d1u5sa1 37.5 56 32 2 6 58 11 66 3.57e-08 39.3 d2ct4a1 d2ct4a1 100 57 0 0 1 57 1 57 2.02e-41 122 d2ct4a1 d4j9fa_ 33.3 51 33 1 4 54 9 58 2.85e-08 39.3 d2egca1 d2egca1 100 62 0 0 1 62 1 62 3.16e-47 137 d2egca1 d2dnua1 37.5 56 30 2 6 60 4 55 7.12e-12 48.5 d2egca1 d4j9fa_ 35.9 64 35 4 1 62 3 62 1.59e-06 35.0 d2egca1 d1u5sa1 40.0 45 22 2 16 58 20 61 2.69e-06 34.7 d1v6ba1 d1v6ba1 100 111 0 0 1 111 1 111 2.86e-79 222 d1v6ba1 d1x6da1 32.5 80 54 0 5 84 4 83 4.49e-09 44.3 d1v6ba1 d2koha1 28.6 63 42 1 38 97 39 101 3.89e-04 31.2 d1um1a1 d1um1a1 100 97 0 0 1 97 1 97 2.00e-68 194 d1um1a1 d2koha1 33.3 75 48 2 3 75 9 83 4.47e-09 43.9 d1um1a1 d2q9va1 30.3 76 50 2 5 80 4 76 2.36e-07 38.9 d1um1a1 d1uf1a1 43.1 65 33 2 14 75 22 85 4.06e-07 38.9 d1um1a1 d1ueqa1 27.8 72 49 1 4 75 15 83 2.09e-05 34.3 d1um1a1 d1x6da1 28.0 75 51 2 1 75 10 81 7.38e-05 32.7 d1uf1a1 d1uf1a1 100 116 0 0 1 116 1 116 2.13e-81 228 d1uf1a1 d3sfja_ 44.2 52 28 1 41 91 45 96 1.75e-09 45.4 d1uf1a1 d1um1a1 47.8 46 23 1 41 85 30 75 1.33e-06 37.7 d1uf1a1 d2q9va1 33.8 71 43 2 29 95 14 84 2.99e-05 33.9 d1uf1a1 d1x6da1 29.9 67 45 2 24 88 18 84 5.83e-05 33.5 d1ueqa1 d1ueqa1 100 111 0 0 1 111 1 111 8.53e-81 226 d1ueqa1 d2q9va1 35.9 78 50 0 18 95 6 83 1.68e-14 57.8 d1ueqa1 d1x6da1 31.2 77 52 1 8 83 5 81 1.15e-09 45.8 d1ueqa1 d1um1a1 29.0 69 46 1 18 83 7 75 4.63e-05 33.5 d1x6da1 d1x6da1 100 106 0 0 1 106 1 106 4.33e-74 209 d1x6da1 d1v6ba1 32.5 80 54 0 4 83 5 84 3.97e-10 47.0 d1x6da1 d1ueqa1 31.2 77 52 1 5 81 8 83 5.58e-10 46.6 d1x6da1 d2koha1 31.5 73 47 1 14 83 13 85 4.13e-09 44.3 d1x6da1 d2q9va1 25.7 74 54 1 21 94 12 84 7.68e-08 40.4 d1x6da1 d3sfja_ 29.6 98 57 2 9 95 7 103 1.16e-06 37.7 d1x6da1 d1uf1a1 29.9 67 45 2 18 84 24 88 5.31e-06 36.2 d1x6da1 d1um1a1 28.0 75 51 2 10 81 1 75 8.07e-05 32.7 d3sfja_ d3sfja_ 100 103 0 0 1 103 1 103 4.75e-72 203 d3sfja_ d1uf1a1 35.4 82 40 2 15 96 23 91 2.84e-10 47.4 d3sfja_ d1x6da1 29.9 97 56 2 7 102 9 94 1.17e-05 35.0 d3sfja_ d1v6ba1 31.0 84 46 3 8 90 11 83 8.93e-04 30.0 d2q9va1 d2q9va1 100 84 0 0 1 84 1 84 3.33e-61 174 d2q9va1 d1ueqa1 35.9 78 50 0 6 83 18 95 2.25e-15 59.7 d2q9va1 d2koha1 31.7 82 47 2 11 83 19 100 2.97e-09 43.9 d2q9va1 d1x6da1 28.1 64 45 1 11 73 20 83 3.08e-08 41.2 d2q9va1 d1um1a1 30.7 75 49 2 4 75 5 79 5.20e-08 40.4 d2q9va1 d1uf1a1 33.8 71 43 2 14 84 29 95 1.49e-06 37.0 d2koha1 d2koha1 100 109 0 0 1 109 1 109 2.20e-73 207 d2koha1 d1um1a1 33.3 78 44 3 9 83 3 75 1.06e-07 40.4 d2koha1 d2q9va1 35.5 62 35 1 39 100 27 83 3.23e-07 38.9 d2koha1 d1x6da1 31.5 73 47 1 13 85 14 83 3.42e-07 39.3 d1rg8a1 d1rg8a1 100 137 0 0 1 137 1 137 1.69e-106 293 d1rg8a1 d1q1ua_ 33.6 125 79 1 17 137 12 136 7.17e-23 81.6 d1q1ua_ d1q1ua_ 100 138 0 0 1 138 1 138 8.03e-101 279 d1q1ua_ d1rg8a1 33.6 125 79 1 12 136 17 137 9.02e-21 76.3 d1autc_ d1autc_ 100 240 0 0 1 240 1 240 2.05e-187 506 d1autc_ d1yc0a_ 34.9 249 142 7 1 239 16 254 7.25e-46 147 d1autc_ d4dgja_ 32.1 240 147 6 1 234 1 230 1.14e-39 131 d1autc_ d2oq5a_ 32.0 241 142 9 1 234 1 226 3.23e-38 127 d1autc_ d1ym0a_ 32.2 242 145 9 1 234 1 231 8.01e-33 113 d1autc_ d1ij7a_ 30.0 250 146 10 1 234 1 237 2.46e-25 94.0 d1ij7a_ d1ij7a_ 100 241 0 0 1 241 1 241 1.38e-181 491 d1ij7a_ d1ym0a_ 36.3 245 138 10 1 239 1 233 2.75e-38 127 d1ij7a_ d4dgja_ 33.9 242 143 7 1 237 1 230 1.97e-33 115 d1ij7a_ d1yc0a_ 30.4 250 149 11 1 239 16 251 2.40e-22 86.3 d1ij7a_ d2oq5a_ 28.7 237 158 6 1 237 1 226 1.18e-21 84.0 d1ij7a_ d1autc_ 29.9 254 141 11 1 237 1 234 5.06e-21 82.4 d1yc0a_ d1yc0a_ 100 254 0 0 1 254 1 254 1.51e-205 553 d1yc0a_ d4dgja_ 36.8 239 137 8 16 249 1 230 2.16e-50 159 d1yc0a_ d1autc_ 34.9 249 142 7 16 254 1 239 3.11e-48 154 d1yc0a_ d2oq5a_ 37.1 245 130 10 16 252 1 229 1.97e-47 151 d1yc0a_ d1ym0a_ 34.4 253 133 12 16 253 1 235 1.57e-37 126 d1yc0a_ d1ij7a_ 30.0 247 154 10 16 251 1 239 2.10e-29 105 d4dgja_ d4dgja_ 100 235 0 0 1 235 1 235 1.63e-186 503 d4dgja_ d2oq5a_ 39.6 235 132 5 1 232 1 228 7.02e-60 182 d4dgja_ d1yc0a_ 36.8 239 137 8 1 230 16 249 2.50e-48 154 d4dgja_ d1autc_ 31.6 244 151 6 1 234 1 238 5.61e-40 132 d4dgja_ d1ij7a_ 33.9 242 143 7 1 230 1 237 2.49e-38 127 d4dgja_ d1ym0a_ 31.4 236 151 8 1 230 1 231 3.54e-33 114 d2oq5a_ d2oq5a_ 100 232 0 0 1 232 1 232 5.89e-183 494 d2oq5a_ d4dgja_ 39.6 235 132 5 1 228 1 232 2.78e-59 181 d2oq5a_ d1yc0a_ 37.3 244 131 10 1 229 16 252 4.43e-45 145 d2oq5a_ d1autc_ 32.0 241 142 9 1 226 1 234 8.72e-38 126 d2oq5a_ d1ym0a_ 33.8 240 138 9 1 227 1 232 9.70e-32 110 d2oq5a_ d1ij7a_ 28.7 237 158 6 1 226 1 237 2.82e-25 93.6 d1ym0a_ d1ym0a_ 100 238 0 0 1 238 1 238 6.60e-183 494 d1ym0a_ d1ij7a_ 35.9 245 139 10 1 233 1 239 1.25e-39 131 d1ym0a_ d1yc0a_ 34.8 253 132 12 1 235 16 253 1.10e-32 113 d1ym0a_ d4dgja_ 31.4 236 151 8 1 231 1 230 1.71e-29 104 d1ym0a_ d1autc_ 32.2 242 145 9 1 231 1 234 1.91e-29 104 d1ym0a_ d2oq5a_ 33.8 240 138 9 1 232 1 227 6.16e-29 103 d3fsna_ d3fsna_ 100 531 0 0 1 531 1 531 0.0 1106 d3fsna_ d4ou9a_ 26.3 513 299 20 28 526 29 476 1.27e-28 112 d4ou9a_ d4ou9a_ 100 481 0 0 1 481 1 481 0.0 1012 d4ou9a_ d3fsna_ 26.3 513 299 20 29 476 28 526 1.17e-33 127 d1ezga_ d1ezga_ 100 26 0 0 1 26 1 26 2.11e-15 58.9 d1oiha_ d1oiha_ 100 288 0 0 1 288 1 288 1.92e-216 583 d1oiha_ d3pvja_ 39.9 276 161 5 3 275 1 274 1.02e-61 191 d3pvja_ d3pvja_ 100 275 0 0 1 275 1 275 1.40e-207 560 d3pvja_ d1oiha_ 39.9 276 161 5 1 274 3 275 2.74e-61 189 d1f7da_ d1f7da_ 100 118 0 0 1 118 1 118 1.74e-81 228 d1f7da_ d1sixa1 38.7 93 53 3 15 103 24 116 7.17e-15 60.5 d1sixa1 d1sixa1 100 144 0 0 1 144 1 144 5.14e-100 277 d1sixa1 d1f7da_ 38.7 93 53 3 24 116 15 103 1.59e-15 62.4 d1ml9a_ d1ml9a_ 100 284 0 0 1 284 1 284 1.53e-220 593 d1ml9a_ d3hnaa1 28.8 260 147 6 1 259 39 261 6.49e-34 119 d3hnaa1 d3hnaa1 100 285 0 0 1 285 1 285 3.76e-226 608 d3hnaa1 d1ml9a_ 28.8 260 147 6 39 261 1 259 1.41e-30 110 d2l2fa_ d2l2fa_ 100 108 0 0 1 108 1 108 9.70e-81 226 d2l2fa_ d2jzka_ 38.0 100 58 1 7 106 7 102 3.78e-13 54.7 d2jzka_ d2jzka_ 100 103 0 0 1 103 1 103 1.85e-78 219 d2jzka_ d2l2fa_ 38.0 100 58 1 7 102 7 106 1.44e-15 60.8 g1qqp.1 g1qqp.1 100 290 0 0 1 290 1 290 1.45e-212 574 g1qqp.1 g1aym.1 27.0 252 115 7 84 283 47 281 7.53e-12 58.2 g1aym.1 g1aym.1 100 297 0 0 1 297 1 297 3.75e-223 601 g1aym.1 g1qqp.1 27.0 252 115 7 47 281 84 283 2.12e-13 62.8 d4igha_ d4igha_ 100 363 0 0 1 363 1 363 5.65e-265 712 d4igha_ d6b8sa1 38.0 316 177 6 46 359 48 346 4.73e-61 194 d6b8sa1 d6b8sa1 100 346 0 0 1 346 1 346 6.01e-256 688 d6b8sa1 d4igha_ 38.0 316 177 6 48 346 46 359 6.93e-60 191 d2ebna_ d2ebna_ 100 285 0 0 1 285 1 285 6.65e-211 569 d2ebna_ d1edta_ 33.9 271 159 7 10 275 8 263 1.91e-41 138 d1edta_ d1edta_ 100 265 0 0 1 265 1 265 5.86e-195 527 d1edta_ d2ebna_ 33.6 271 160 7 8 263 10 275 8.98e-42 139 d4aqla2 d4aqla2 100 313 0 0 1 313 1 313 8.54e-228 614 d4aqla2 d2paja2 23.6 343 223 12 1 312 1 335 1.11e-11 58.2 d2paja2 d2paja2 100 336 0 0 1 336 1 336 6.67e-248 667 d2paja2 d4aqla2 25.0 276 181 9 1 269 1 257 2.04e-12 60.5 d2vhla2 d2vhla2 100 301 0 0 1 301 1 301 2.00e-220 595 d2vhla2 d1o12a2 38.0 300 172 5 1 299 1 287 7.08e-60 187 d1o12a2 d1o12a2 100 288 0 0 1 288 1 288 8.05e-209 564 d1o12a2 d2vhla2 38.3 300 171 5 1 287 1 299 2.41e-60 188 d4hcha2 d4hcha2 100 256 0 0 1 256 1 256 2.93e-204 550 d4hcha2 d4hpna2 35.7 199 114 6 57 245 48 242 5.81e-29 104 d4hcha2 d2p8ba2 26.7 232 146 5 21 245 14 228 1.04e-22 87.4 d4hcha2 d4kema2 25.5 216 133 7 37 242 34 231 2.18e-09 50.1 d4hpna2 d4hpna2 100 255 0 0 1 255 1 255 2.13e-192 520 d4hpna2 d4hcha2 34.4 209 123 6 48 252 57 255 1.17e-27 100 d4hpna2 d2p8ba2 28.7 230 149 5 26 252 21 238 2.72e-23 89.0 d4hpna2 d4kema2 29.2 178 117 4 4 173 4 180 2.31e-13 61.6 d4kema2 d4kema2 100 249 0 0 1 249 1 249 4.66e-193 521 d4kema2 d4hpna2 27.1 247 154 7 4 233 4 241 1.87e-14 64.7 d4kema2 d4hcha2 25.5 216 133 7 34 231 37 242 2.12e-09 50.1 d4kema2 d2p8ba2 28.8 118 82 2 20 136 16 132 3.60e-09 49.3 d2p8ba2 d2p8ba2 100 244 0 0 1 244 1 244 1.27e-174 474 d2p8ba2 d4hpna2 29.1 227 146 5 21 235 26 249 1.34e-21 84.3 d2p8ba2 d4hcha2 26.6 233 147 5 14 229 21 246 2.50e-19 78.2 d2p8ba2 d4kema2 28.8 118 82 2 16 132 20 136 4.14e-07 43.1 d1yb1a_ d1yb1a_ 100 244 0 0 1 244 1 244 3.94e-178 483 d1yb1a_ d1gega_ 30.9 188 126 2 8 194 2 186 1.22e-27 100 d1yb1a_ d4trra_ 29.1 220 150 3 4 220 3 219 1.07e-24 92.8 d1yb1a_ d1zema1 29.8 198 131 3 3 197 1 193 3.93e-24 91.3 d1yb1a_ d1fmca_ 28.1 196 137 2 7 202 11 202 6.19e-18 74.3 d1yb1a_ d4nima_ 31.6 171 111 3 7 175 5 171 2.98e-15 67.0 d1yb1a_ d5jlaa_ 27.8 198 133 5 7 203 7 195 7.04e-15 65.9 d1yb1a_ d3uxya_ 27.7 213 134 5 7 217 3 197 2.04e-14 64.3 d1yb1a_ d1xkqa_ 29.5 200 127 7 6 196 4 198 2.78e-14 64.3 d1yb1a_ d5unla_ 27.3 194 130 5 3 192 7 193 4.82e-14 63.5 d1yb1a_ d3zv4a_ 28.5 207 131 8 5 205 3 198 1.83e-13 62.0 d1yb1a_ d4bmna1 25.4 189 133 3 11 199 10 190 2.71e-13 61.2 d1yb1a_ d1geea_ 23.2 198 139 5 3 194 3 193 4.84e-12 57.8 d1yb1a_ d1uzma1 23.0 191 129 3 10 198 10 184 2.52e-11 55.5 d1yb1a_ d2fwmx_ 28.8 191 119 5 6 194 4 179 1.26e-10 53.5 d1yb1a_ d3o38a_ 25.5 200 143 5 7 203 17 213 2.52e-10 52.8 d1yb1a_ d3awda_ 22.4 223 153 6 9 215 12 230 3.33e-10 52.4 d1yb1a_ d2b4qa_ 24.9 185 125 5 4 179 6 185 2.72e-09 49.7 d1yb1a_ d3un1a1 26.1 199 120 6 8 200 6 183 8.86e-08 45.1 d1yb1a_ d3l6ea1 21.8 165 125 2 10 174 3 163 7.48e-05 36.2 d1fmca_ d1fmca_ 100 255 0 0 1 255 1 255 1.42e-181 493 d1fmca_ d1geea_ 33.5 245 159 4 9 249 5 249 2.84e-37 126 d1fmca_ d1zema1 31.3 259 161 2 8 249 2 260 1.63e-35 121 d1fmca_ d4trra_ 31.9 254 160 3 9 249 4 257 1.36e-33 116 d1fmca_ d1gega_ 31.6 250 159 3 12 249 2 251 3.28e-33 115 d1fmca_ d5en4a_ 32.8 250 153 9 8 249 3 245 6.25e-32 112 d1fmca_ d3tzqa_ 32.0 244 160 2 9 249 3 243 1.09e-31 111 d1fmca_ d3awda_ 30.4 250 169 3 5 249 4 253 5.66e-30 107 d1fmca_ d5unla_ 31.7 252 157 4 10 248 10 259 2.50e-29 105 d1fmca_ d3o38a_ 29.2 243 168 4 9 247 15 257 9.27e-28 101 d1fmca_ d4bmna1 31.0 248 160 5 8 249 3 245 1.42e-27 100 d1fmca_ d1xkqa_ 29.3 259 166 6 8 249 2 260 3.11e-27 100 d1fmca_ d3un1a1 29.3 246 156 6 7 249 1 231 6.08e-26 95.9 d1fmca_ d2fwmx_ 28.1 249 159 5 11 249 5 243 2.86e-25 94.4 d1fmca_ d1uzma1 29.2 240 155 4 12 249 8 234 6.25e-25 93.2 d1fmca_ d3uxya_ 29.1 247 157 5 10 249 2 237 2.55e-24 91.7 d1fmca_ d3zv4a_ 28.6 259 164 7 7 249 1 254 3.28e-22 86.7 d1fmca_ d2b4qa_ 28.6 248 169 5 9 249 7 253 8.94e-22 85.1 d1fmca_ d4imra1 29.4 245 168 4 9 249 9 252 4.35e-21 83.2 d1fmca_ d5jlaa_ 27.0 244 168 6 10 249 6 243 2.21e-18 75.9 d1fmca_ d4nima_ 26.7 247 170 5 8 244 2 247 4.31e-17 72.4 d1fmca_ d1yb1a_ 28.1 196 137 2 11 202 7 202 1.06e-15 68.2 d1fmca_ d4zd6a_ 22.5 222 162 3 34 249 5 222 3.47e-11 55.1 d1fmca_ d5o30a_ 23.3 253 174 6 14 249 5 254 1.68e-09 50.4 d1fmca_ d3l6ea1 22.6 186 131 4 15 195 4 181 1.76e-06 41.2 d1uzma1 d1uzma1 100 237 0 0 1 237 1 237 3.47e-164 447 d1uzma1 d3awda_ 38.6 246 131 6 7 234 10 253 1.29e-35 121 d1uzma1 d4bmna1 31.8 245 151 3 5 235 4 246 2.96e-35 120 d1uzma1 d1gega_ 32.5 249 143 5 11 235 5 252 1.31e-29 105 d1uzma1 d2b4qa_ 34.4 247 145 5 5 234 7 253 2.61e-29 104 d1uzma1 d1zema1 30.6 258 151 5 5 234 3 260 5.55e-29 103 d1uzma1 d1geea_ 31.0 242 150 5 10 235 10 250 3.34e-25 94.0 d1uzma1 d2fwmx_ 31.1 241 155 3 5 234 3 243 3.65e-25 93.6 d1uzma1 d3o38a_ 33.5 242 136 6 10 231 20 256 6.58e-24 90.5 d1uzma1 d4imra1 33.9 251 132 8 8 234 12 252 7.95e-24 90.1 d1uzma1 d1fmca_ 29.2 240 155 4 8 234 12 249 1.15e-23 89.7 d1uzma1 d3un1a1 29.3 229 153 5 10 234 8 231 3.18e-21 82.8 d1uzma1 d1xkqa_ 28.7 265 151 9 3 234 1 260 1.06e-20 82.0 d1uzma1 d4trra_ 30.2 199 124 3 8 194 7 202 1.22e-19 79.0 d1uzma1 d5unla_ 29.5 254 153 5 4 233 8 259 1.27e-19 79.0 d1uzma1 d3uxya_ 26.6 237 167 2 5 234 1 237 1.73e-19 78.2 d1uzma1 d5en4a_ 29.0 245 156 7 5 234 4 245 1.02e-18 76.3 d1uzma1 d3tzqa_ 26.7 240 165 4 7 235 5 244 9.66e-16 68.2 d1uzma1 d5jlaa_ 28.7 247 159 5 1 234 1 243 1.30e-15 67.8 d1uzma1 d3zv4a_ 26.7 251 158 7 11 237 9 257 1.53e-15 67.8 d1uzma1 d4nima_ 24.8 246 157 5 11 232 9 250 2.65e-15 67.0 d1uzma1 d1yb1a_ 23.5 187 125 3 10 180 10 194 2.35e-09 49.7 d1uzma1 d3l6ea1 27.8 162 108 2 10 163 3 163 3.76e-09 48.9 d1uzma1 d4zd6a_ 20.8 236 164 4 5 234 4 222 1.41e-07 44.3 d1r66a_ d1r66a_ 100 322 0 0 1 322 1 322 6.15e-246 661 d1r66a_ d4zrma_ 32.2 320 196 9 1 313 1 306 3.71e-41 139 d1r66a_ d1gy8a_ 25.1 375 206 13 1 307 3 370 2.62e-19 81.3 d1geea_ d1geea_ 100 261 0 0 1 261 1 261 7.34e-187 506 d1geea_ d5en4a_ 38.6 251 141 9 7 252 6 248 1.46e-40 134 d1geea_ d1gega_ 33.7 255 153 5 8 250 2 252 2.69e-38 129 d1geea_ d1fmca_ 33.5 245 159 4 5 249 9 249 1.47e-37 127 d1geea_ d4bmna1 32.9 255 159 4 1 251 1 247 1.93e-36 124 d1geea_ d4trra_ 35.1 208 128 4 4 209 3 205 7.13e-36 122 d1geea_ d1xkqa_ 32.7 266 162 7 8 258 6 269 1.81e-35 122 d1geea_ d3o38a_ 33.1 239 156 4 5 241 15 251 1.78e-31 111 d1geea_ d1zema1 30.3 264 163 7 3 249 1 260 1.37e-29 106 d1geea_ d3awda_ 29.6 253 171 5 5 253 8 257 1.79e-29 105 d1geea_ d3tzqa_ 30.4 250 164 5 4 250 2 244 5.32e-29 104 d1geea_ d3uxya_ 29.1 251 156 5 6 249 2 237 2.60e-28 102 d1geea_ d5jlaa_ 30.0 257 170 6 4 258 4 252 2.71e-28 102 d1geea_ d4nima_ 28.9 242 167 2 5 241 3 244 1.68e-27 100 d1geea_ d1uzma1 31.8 242 148 6 10 250 10 235 4.84e-27 99.0 d1geea_ d3un1a1 28.4 243 156 4 8 249 6 231 1.36e-25 95.1 d1geea_ d2b4qa_ 28.1 260 171 4 2 252 4 256 1.41e-25 95.5 d1geea_ d2fwmx_ 28.0 257 165 4 4 252 2 246 8.91e-24 90.5 d1geea_ d4imra1 27.5 247 174 5 5 249 9 252 1.87e-22 87.0 d1geea_ d5unla_ 28.9 253 163 5 1 241 5 252 2.03e-19 79.0 d1geea_ d3zv4a_ 28.4 268 155 11 5 250 3 255 3.02e-18 75.9 d1geea_ d5o30a_ 25.5 204 147 4 42 241 44 246 9.92e-16 68.6 d1geea_ d1yb1a_ 23.2 198 139 5 3 193 3 194 1.76e-11 56.2 d1geea_ d3l6ea1 22.7 220 147 8 10 226 3 202 9.43e-08 45.1 d1geea_ d4zd6a_ 21.4 252 158 6 5 249 4 222 2.48e-06 40.8 d1xkqa_ d1xkqa_ 100 272 0 0 1 272 1 272 4.99e-195 528 d1xkqa_ d1geea_ 32.3 269 165 7 3 269 5 258 2.31e-37 127 d1xkqa_ d4bmna1 33.8 266 154 8 2 264 3 249 1.61e-33 116 d1xkqa_ d5en4a_ 29.6 267 168 7 2 266 3 251 1.79e-32 114 d1xkqa_ d1zema1 30.0 267 171 7 2 260 2 260 1.18e-31 112 d1xkqa_ d3tzqa_ 33.6 259 153 9 3 260 3 243 1.25e-30 109 d1xkqa_ d3o38a_ 32.8 256 153 8 3 255 15 254 4.78e-30 107 d1xkqa_ d1fmca_ 29.3 259 166 6 2 260 8 249 1.15e-29 106 d1xkqa_ d2fwmx_ 30.0 263 163 6 3 263 3 246 1.54e-25 95.5 d1xkqa_ d1uzma1 28.4 264 159 8 1 263 3 237 4.70e-24 91.3 d1xkqa_ d3un1a1 25.7 261 161 8 2 260 2 231 4.70e-24 91.3 d1xkqa_ d3awda_ 28.9 263 167 8 2 260 7 253 1.32e-23 90.5 d1xkqa_ d2b4qa_ 28.4 271 169 8 1 263 3 256 2.49e-23 89.7 d1xkqa_ d1gega_ 29.1 261 168 8 6 260 2 251 6.53e-23 88.6 d1xkqa_ d3uxya_ 27.3 267 161 8 3 263 1 240 6.96e-22 85.5 d1xkqa_ d3zv4a_ 29.4 269 164 8 2 260 2 254 4.42e-21 84.0 d1xkqa_ d4nima_ 29.7 256 147 10 2 244 2 237 1.43e-20 82.4 d1xkqa_ d4imra1 29.7 259 160 9 6 260 12 252 1.10e-19 79.7 d1xkqa_ d4trra_ 26.2 267 175 7 3 260 4 257 7.20e-17 72.0 d1xkqa_ d5unla_ 28.9 263 169 7 8 264 14 264 2.63e-16 70.5 d1xkqa_ d1yb1a_ 28.7 195 127 5 8 198 10 196 3.10e-14 64.3 d1xkqa_ d5jlaa_ 26.7 273 168 10 3 269 5 251 3.63e-14 64.3 d1xkqa_ d5o30a_ 22.2 261 182 8 9 260 6 254 1.46e-09 50.8 d1xkqa_ d4zd6a_ 23.4 261 157 9 2 260 3 222 5.19e-09 48.9 d1xkqa_ d3l6ea1 22.5 191 137 5 8 198 3 182 5.63e-08 45.8 d1gega_ d1gega_ 100 255 0 0 1 255 1 255 8.58e-183 496 d1gega_ d4trra_ 36.9 255 152 3 2 251 7 257 2.50e-46 149 d1gega_ d4bmna1 37.0 254 143 6 2 252 7 246 4.18e-41 135 d1gega_ d1geea_ 33.7 255 153 5 2 252 8 250 2.63e-38 129 d1gega_ d1zema1 32.8 259 161 5 2 251 6 260 2.29e-35 121 d1gega_ d5unla_ 35.6 253 152 4 5 252 15 261 2.52e-35 121 d1gega_ d1fmca_ 31.7 252 160 3 2 253 12 251 8.47e-34 117 d1gega_ d3o38a_ 33.1 251 144 4 2 244 18 252 2.68e-33 115 d1gega_ d1uzma1 32.3 248 145 4 5 252 11 235 1.25e-31 110 d1gega_ d5en4a_ 32.0 253 155 7 2 251 7 245 1.91e-29 105 d1gega_ d3uxya_ 33.6 250 150 4 2 251 4 237 2.15e-29 105 d1gega_ d4nima_ 30.1 249 169 3 2 249 6 250 7.24e-29 104 d1gega_ d3tzqa_ 28.1 256 164 6 2 253 6 245 3.60e-26 97.1 d1gega_ d1yb1a_ 30.9 188 126 2 2 186 8 194 5.02e-26 96.3 d1gega_ d2fwmx_ 28.7 251 157 7 6 251 10 243 1.09e-23 90.1 d1gega_ d3awda_ 29.6 253 165 5 2 251 11 253 1.28e-22 87.4 d1gega_ d3zv4a_ 30.5 259 163 8 2 252 6 255 1.71e-22 87.4 d1gega_ d5jlaa_ 32.2 255 147 8 3 251 9 243 2.54e-22 86.7 d1gega_ d1xkqa_ 29.1 261 168 8 2 251 6 260 3.05e-21 84.0 d1gega_ d4imra1 26.7 251 173 5 2 251 12 252 4.35e-21 83.2 d1gega_ d2b4qa_ 31.3 256 158 5 2 251 10 253 8.75e-21 82.4 d1gega_ d3un1a1 28.1 256 150 7 1 251 5 231 1.16e-18 76.3 d1gega_ d3l6ea1 23.6 216 154 3 5 220 4 208 1.56e-12 58.9 d1gega_ d4zd6a_ 24.6 199 139 4 55 251 33 222 3.34e-09 49.3 d1gega_ d3guya1 20.0 220 157 4 5 221 2 205 1.35e-05 38.5 d1gy8a_ d1gy8a_ 100 383 0 0 1 383 1 383 1.07e-295 792 d1gy8a_ d4zrma_ 29.5 376 195 11 3 377 1 307 3.11e-39 136 d1gy8a_ d1r66a_ 25.1 375 206 13 3 370 1 307 5.01e-20 83.6 d1zema1 d1zema1 100 260 0 0 1 260 1 260 5.59e-186 504 d1zema1 d1fmca_ 31.3 259 161 2 2 260 8 249 4.60e-35 120 d1zema1 d1gega_ 32.8 259 161 5 6 260 2 251 3.51e-34 118 d1zema1 d3awda_ 31.4 261 163 2 2 260 7 253 2.79e-33 115 d1zema1 d4trra_ 29.7 259 176 4 3 260 4 257 6.00e-33 115 d1zema1 d5en4a_ 28.6 259 169 5 2 260 3 245 6.71e-33 114 d1zema1 d1uzma1 30.2 258 152 5 3 260 5 234 8.11e-30 106 d1zema1 d3o38a_ 30.0 253 158 5 3 252 15 251 5.19e-29 104 d1zema1 d1xkqa_ 30.2 255 163 6 2 249 2 248 6.47e-29 104 d1zema1 d1geea_ 30.5 266 160 8 1 260 3 249 7.25e-29 104 d1zema1 d5jlaa_ 30.9 259 160 5 2 260 4 243 1.00e-27 101 d1zema1 d4bmna1 30.5 256 160 6 6 260 7 245 2.34e-25 94.7 d1zema1 d3uxya_ 29.5 261 157 6 3 260 1 237 7.65e-24 90.5 d1zema1 d2b4qa_ 28.4 261 166 7 5 260 9 253 2.70e-23 89.4 d1zema1 d3tzqa_ 29.8 252 158 4 2 252 2 235 1.51e-22 87.4 d1zema1 d1yb1a_ 29.8 198 131 3 1 193 3 197 4.19e-22 85.9 d1zema1 d4nima_ 27.3 253 172 5 2 252 2 244 8.25e-21 82.8 d1zema1 d2fwmx_ 28.1 260 166 5 3 260 3 243 1.57e-19 79.0 d1zema1 d5o30a_ 26.4 269 171 7 4 260 1 254 3.02e-17 72.8 d1zema1 d5unla_ 26.3 262 181 6 1 259 7 259 3.29e-17 72.8 d1zema1 d3un1a1 27.5 262 147 9 6 260 6 231 5.99e-17 71.6 d1zema1 d4imra1 26.2 260 174 6 3 260 9 252 2.92e-14 64.3 d1zema1 d3l6ea1 25.4 177 127 3 9 185 4 175 2.10e-08 47.0 d5en4a_ d5en4a_ 100 251 0 0 1 251 1 251 6.04e-181 491 d5en4a_ d1geea_ 38.6 251 141 9 6 248 7 252 7.75e-40 132 d5en4a_ d1zema1 28.6 259 169 5 3 245 2 260 1.78e-32 113 d5en4a_ d1fmca_ 32.8 250 153 8 3 245 8 249 1.69e-31 110 d5en4a_ d1xkqa_ 29.6 267 168 7 3 251 2 266 2.65e-29 105 d5en4a_ d5unla_ 33.3 255 160 5 4 248 9 263 3.16e-29 105 d5en4a_ d3tzqa_ 35.2 236 142 7 7 237 6 235 5.80e-29 104 d5en4a_ d3un1a1 34.7 248 139 9 7 249 6 235 2.62e-28 102 d5en4a_ d1gega_ 32.0 253 155 7 7 245 2 251 3.82e-28 102 d5en4a_ d4bmna1 31.8 245 163 4 3 245 3 245 4.72e-28 101 d5en4a_ d4nima_ 32.9 234 148 5 6 231 5 237 2.57e-27 100 d5en4a_ d5jlaa_ 31.4 245 161 5 3 245 4 243 8.34e-27 98.6 d5en4a_ d3uxya_ 30.6 245 159 6 4 245 1 237 3.09e-26 96.7 d5en4a_ d2b4qa_ 31.4 255 158 8 5 248 8 256 1.59e-24 92.4 d5en4a_ d3o38a_ 32.8 241 147 7 6 237 17 251 1.75e-23 89.7 d5en4a_ d3zv4a_ 31.0 239 151 5 3 230 2 237 4.25e-23 89.0 d5en4a_ d3awda_ 29.8 238 154 6 3 232 7 239 1.63e-22 87.0 d5en4a_ d2fwmx_ 28.2 252 168 6 4 249 3 247 1.33e-19 79.0 d5en4a_ d1uzma1 29.0 245 156 7 4 245 5 234 4.09e-19 77.4 d5en4a_ d4trra_ 29.3 191 124 4 6 188 6 193 1.11e-18 76.6 d5en4a_ d4imra1 29.4 248 161 6 6 245 11 252 5.38e-15 66.2 d5en4a_ d3guya1 21.5 186 135 3 9 190 1 179 6.80e-07 42.4 d3zv4a_ d3zv4a_ 100 275 0 0 1 275 1 275 6.56e-197 533 d3zv4a_ d4bmna1 34.7 259 149 6 2 255 3 246 1.08e-29 106 d3zv4a_ d5en4a_ 31.0 239 151 5 2 237 3 230 2.42e-23 89.7 d3zv4a_ d1fmca_ 28.6 259 164 7 1 254 7 249 3.53e-22 86.7 d3zv4a_ d1gega_ 30.7 261 160 10 6 255 2 252 3.43e-21 84.0 d3zv4a_ d3uxya_ 27.1 255 167 6 5 257 3 240 1.83e-19 79.0 d3zv4a_ d1xkqa_ 29.4 269 164 8 2 254 2 260 1.42e-18 77.0 d3zv4a_ d5jlaa_ 29.4 269 169 8 2 266 4 255 1.10e-17 74.3 d3zv4a_ d4nima_ 29.5 285 166 12 2 272 2 265 1.22e-17 74.3 d3zv4a_ d1geea_ 28.8 267 155 11 3 255 5 250 1.55e-17 73.9 d3zv4a_ d4trra_ 30.3 218 129 8 2 204 3 212 4.01e-17 72.8 d3zv4a_ d3awda_ 29.1 268 162 10 1 257 6 256 9.82e-17 71.6 d3zv4a_ d5unla_ 33.5 182 111 5 9 185 15 191 2.00e-16 70.9 d3zv4a_ d1uzma1 26.7 251 158 7 9 257 11 237 3.66e-16 69.7 d3zv4a_ d3un1a1 25.6 258 161 7 1 254 1 231 5.51e-14 63.5 d3zv4a_ d3tzqa_ 29.5 190 129 4 2 189 2 188 7.12e-14 63.5 d3zv4a_ d2b4qa_ 27.7 264 164 11 2 254 6 253 1.97e-12 59.3 d3zv4a_ d1yb1a_ 29.3 208 130 8 2 198 4 205 6.00e-12 57.8 d3zv4a_ d2fwmx_ 26.7 243 156 7 1 237 1 227 6.22e-12 57.8 d3zv4a_ d3l6ea1 24.1 203 140 5 9 203 4 200 3.42e-07 43.5 d3l6ea1 d3l6ea1 100 224 0 0 1 224 1 224 1.23e-162 442 d3l6ea1 d3guya1 36.0 222 138 2 3 223 1 219 2.07e-41 134 d3l6ea1 d4bmna1 27.9 183 129 2 4 185 10 190 8.52e-15 65.1 d3l6ea1 d1gega_ 23.6 216 154 3 4 208 5 220 3.94e-13 60.5 d3l6ea1 d1uzma1 26.1 180 124 2 3 181 10 181 1.68e-10 52.8 d3l6ea1 d1zema1 25.1 187 134 4 4 184 9 195 1.63e-09 50.1 d3l6ea1 d5unla_ 25.3 182 132 2 2 179 13 194 7.48e-09 48.1 d3l6ea1 d2fwmx_ 26.5 181 125 4 2 181 7 180 9.38e-09 47.8 d3l6ea1 d3zv4a_ 24.4 201 138 5 4 198 9 201 1.92e-08 47.0 d3l6ea1 d1fmca_ 22.6 186 131 4 4 181 15 195 1.43e-07 44.3 d3l6ea1 d1geea_ 22.7 220 147 8 3 202 10 226 1.98e-07 43.9 d3l6ea1 d4trra_ 21.0 186 142 2 4 184 10 195 2.66e-07 43.5 d3l6ea1 d1xkqa_ 22.5 191 137 5 3 182 8 198 2.76e-07 43.5 d3l6ea1 d3awda_ 24.3 189 126 6 4 180 14 197 3.96e-05 37.0 d3l6ea1 d1yb1a_ 21.1 190 143 3 3 185 10 199 5.33e-04 33.5 d4imra1 d4imra1 100 253 0 0 1 253 1 253 7.57e-176 478 d4imra1 d2b4qa_ 35.4 257 157 6 3 253 1 254 2.69e-30 107 d4imra1 d3uxya_ 32.0 247 151 5 11 252 3 237 4.64e-25 93.6 d4imra1 d1uzma1 33.9 251 132 8 12 252 8 234 2.25e-24 91.7 d4imra1 d4bmna1 27.2 254 169 5 6 252 1 245 1.47e-21 84.3 d4imra1 d3awda_ 29.6 250 168 6 9 253 8 254 2.26e-20 81.3 d4imra1 d1geea_ 27.5 247 174 5 9 252 5 249 2.40e-20 81.3 d4imra1 d1fmca_ 29.8 252 158 6 9 252 9 249 2.12e-19 78.6 d4imra1 d1gega_ 26.7 251 173 5 12 252 2 251 7.70e-19 77.0 d4imra1 d2fwmx_ 28.2 248 163 3 11 252 5 243 2.52e-18 75.5 d4imra1 d3tzqa_ 29.1 247 166 4 9 252 3 243 5.73e-18 74.7 d4imra1 d1xkqa_ 29.7 259 160 9 12 252 6 260 2.93e-16 70.1 d4imra1 d4trra_ 28.2 255 173 4 9 253 4 258 3.56e-16 69.7 d4imra1 d5en4a_ 28.5 249 162 6 11 252 6 245 1.90e-14 64.7 d4imra1 d3un1a1 25.2 246 159 7 12 252 6 231 2.72e-13 61.2 d4imra1 d1zema1 26.4 258 172 6 11 252 5 260 3.40e-13 61.2 d4imra1 d4nima_ 27.1 247 170 6 9 247 3 247 2.27e-12 58.9 d4imra1 d4zd6a_ 26.3 190 131 5 68 253 39 223 1.35e-11 56.2 d4imra1 d5unla_ 27.1 251 171 7 11 251 11 259 1.38e-11 56.6 d4imra1 d5jlaa_ 28.1 249 162 7 11 253 7 244 2.45e-11 55.8 d4imra1 d3o38a_ 25.6 246 170 6 9 247 15 254 3.50e-07 43.5 d4nima_ d4nima_ 100 267 0 0 1 267 1 267 1.80e-190 516 d4nima_ d1gega_ 30.1 249 169 3 6 250 2 249 1.48e-28 103 d4nima_ d5en4a_ 32.9 234 148 5 5 237 6 231 3.70e-28 102 d4nima_ d4bmna1 30.5 246 157 4 2 244 3 237 2.62e-27 100 d4nima_ d1geea_ 28.9 242 167 2 3 244 5 241 4.65e-27 99.8 d4nima_ d3tzqa_ 31.6 263 165 6 2 261 2 252 4.65e-27 99.8 d4nima_ d3o38a_ 29.6 250 167 4 1 248 13 255 3.35e-22 86.7 d4nima_ d2fwmx_ 30.9 249 143 5 5 243 5 234 5.16e-22 85.9 d4nima_ d1zema1 29.0 255 165 7 2 244 2 252 4.43e-21 83.6 d4nima_ d3uxya_ 29.5 254 146 7 4 247 2 232 8.61e-21 82.4 d4nima_ d2b4qa_ 31.4 255 158 9 3 250 7 251 1.10e-20 82.4 d4nima_ d3zv4a_ 29.8 265 156 11 2 250 2 252 6.81e-19 77.8 d4nima_ d1xkqa_ 30.4 250 141 10 6 235 6 242 1.24e-18 77.0 d4nima_ d4trra_ 26.7 247 175 2 3 244 4 249 7.26e-18 74.7 d4nima_ d1fmca_ 26.9 253 162 5 2 247 8 244 1.74e-17 73.6 d4nima_ d3un1a1 28.5 249 149 8 6 250 6 229 2.56e-17 72.8 d4nima_ d3awda_ 29.0 259 170 8 2 254 7 257 6.36e-17 72.0 d4nima_ d1uzma1 26.7 225 147 5 32 250 20 232 6.67e-17 71.6 d4nima_ d5jlaa_ 29.3 270 161 11 2 259 4 255 1.23e-16 71.2 d4nima_ d4imra1 27.1 247 170 6 3 247 9 247 3.21e-14 64.3 d4nima_ d1yb1a_ 31.6 171 111 3 5 171 7 175 4.74e-13 60.8 d4nima_ d4zd6a_ 25.4 256 148 7 1 250 2 220 6.05e-10 51.6 d4nima_ d5o30a_ 25.3 261 177 7 7 256 4 257 1.12e-08 48.1 d4nima_ d3guya1 24.1 191 122 5 9 192 2 176 6.04e-06 39.7 d4trra_ d4trra_ 100 261 0 0 1 261 1 261 1.36e-182 496 d4trra_ d1gega_ 36.9 255 152 3 7 257 2 251 6.20e-44 143 d4trra_ d1geea_ 35.1 208 128 4 3 205 4 209 4.39e-33 115 d4trra_ d1fmca_ 31.9 254 160 3 4 257 9 249 1.56e-31 111 d4trra_ d1zema1 29.8 258 175 4 5 257 4 260 3.42e-31 110 d4trra_ d5jlaa_ 31.2 260 162 6 2 260 3 246 1.07e-25 95.9 d4trra_ d3awda_ 31.0 258 164 5 4 258 8 254 5.40e-25 94.0 d4trra_ d3o38a_ 29.9 254 165 4 4 255 15 257 5.81e-25 94.0 d4trra_ d3tzqa_ 27.7 260 167 5 2 257 1 243 1.12e-24 93.2 d4trra_ d5unla_ 29.4 252 172 4 5 254 10 257 3.12e-22 86.7 d4trra_ d1yb1a_ 29.1 220 150 3 3 219 4 220 2.20e-21 84.0 d4trra_ d3uxya_ 29.5 258 153 6 6 257 3 237 1.48e-20 81.6 d4trra_ d1uzma1 30.2 199 124 3 7 202 8 194 1.34e-19 79.0 d4trra_ d5en4a_ 29.3 191 124 4 6 193 6 188 3.90e-17 72.4 d4trra_ d4bmna1 28.4 257 172 4 1 257 1 245 7.17e-17 71.6 d4trra_ d3zv4a_ 30.4 217 128 8 4 212 3 204 4.70e-16 69.7 d4trra_ d4imra1 28.2 255 173 4 4 258 9 253 5.04e-16 69.3 d4trra_ d4nima_ 26.7 247 175 2 4 249 3 244 5.92e-16 69.3 d4trra_ d2fwmx_ 29.4 262 158 8 3 257 2 243 8.05e-15 65.9 d4trra_ d3un1a1 30.4 135 93 1 60 193 50 184 2.48e-14 64.3 d4trra_ d2b4qa_ 29.6 189 128 3 3 187 6 193 4.17e-14 63.9 d4trra_ d1xkqa_ 27.7 206 140 4 7 204 6 210 1.22e-13 62.8 d4trra_ d5o30a_ 23.6 165 107 4 62 210 67 228 3.23e-09 49.7 d4trra_ d3l6ea1 21.0 186 142 2 10 195 4 184 1.07e-05 38.9 d5unla_ d5unla_ 100 264 0 0 1 264 1 264 6.29e-169 461 d5unla_ d1gega_ 35.6 253 152 4 15 261 5 252 4.15e-33 115 d5unla_ d5en4a_ 33.3 255 160 5 9 263 4 248 4.82e-28 102 d5unla_ d3uxya_ 32.9 255 156 4 9 263 1 240 5.45e-28 101 d5unla_ d1fmca_ 31.8 261 158 6 3 259 4 248 7.30e-28 101 d5unla_ d4bmna1 31.0 248 159 5 15 261 10 246 6.95e-23 88.2 d5unla_ d4trra_ 28.8 260 171 5 6 257 1 254 1.19e-22 87.8 d5unla_ d3o38a_ 33.5 173 104 2 85 257 95 256 2.28e-22 87.0 d5unla_ d3tzqa_ 30.0 243 157 5 15 256 9 239 3.08e-21 84.0 d5unla_ d1uzma1 29.3 256 155 6 8 261 4 235 1.02e-19 79.3 d5unla_ d3awda_ 29.4 252 164 5 10 257 9 250 3.68e-19 78.2 d5unla_ d2fwmx_ 30.4 253 161 5 9 259 3 242 2.22e-18 75.9 d5unla_ d1geea_ 29.6 179 116 2 85 263 84 252 5.03e-18 75.1 d5unla_ d2b4qa_ 31.1 270 160 9 6 263 1 256 2.91e-16 70.1 d5unla_ d5jlaa_ 29.1 251 161 6 9 257 5 240 1.06e-15 68.6 d5unla_ d1zema1 26.3 262 181 6 7 259 1 259 1.47e-15 68.2 d5unla_ d3zv4a_ 33.5 191 113 6 15 196 9 194 1.50e-14 65.5 d5unla_ d1xkqa_ 28.4 268 174 7 9 264 3 264 1.46e-12 59.7 d5unla_ d4imra1 27.4 259 173 8 6 259 3 251 1.44e-11 56.6 d5unla_ d1yb1a_ 31.3 115 74 3 82 193 80 192 4.52e-11 55.1 d5unla_ d3guya1 29.4 102 69 2 90 191 73 171 3.80e-08 46.2 d5unla_ d3un1a1 27.8 115 77 3 85 196 72 183 4.29e-08 46.2 d5unla_ d3l6ea1 28.9 114 79 1 81 194 68 179 1.04e-06 42.0 d5jlaa_ d5jlaa_ 100 259 0 0 1 259 1 259 1.12e-180 491 d5jlaa_ d3awda_ 34.6 246 152 4 9 246 12 256 3.35e-35 120 d5jlaa_ d3uxya_ 35.1 248 149 4 5 247 1 241 2.25e-30 107 d5jlaa_ d3tzqa_ 33.3 249 156 6 3 245 1 245 5.49e-26 96.7 d5jlaa_ d1zema1 30.1 259 162 4 4 243 2 260 2.03e-25 95.1 d5jlaa_ d1geea_ 30.0 257 170 6 4 252 4 258 5.56e-25 94.0 d5jlaa_ d4trra_ 31.3 259 161 6 4 246 3 260 5.56e-25 94.0 d5jlaa_ d5en4a_ 31.4 245 161 5 4 243 3 245 1.25e-24 92.8 d5jlaa_ d4bmna1 33.9 242 147 8 10 243 9 245 8.46e-21 82.4 d5jlaa_ d1gega_ 32.2 255 147 8 9 243 3 251 1.24e-19 79.3 d5jlaa_ d2fwmx_ 32.5 249 152 6 4 243 2 243 5.61e-19 77.4 d5jlaa_ d3o38a_ 33.2 241 150 6 9 241 20 257 4.62e-18 75.1 d5jlaa_ d1fmca_ 26.8 246 170 6 4 243 8 249 3.65e-16 69.7 d5jlaa_ d3zv4a_ 29.4 269 169 8 4 255 2 266 1.59e-15 68.2 d5jlaa_ d2b4qa_ 27.6 250 165 7 7 244 9 254 8.55e-15 65.9 d5jlaa_ d1uzma1 29.1 237 151 5 11 243 11 234 1.76e-14 64.7 d5jlaa_ d5unla_ 29.1 251 161 6 5 240 9 257 2.36e-14 64.7 d5jlaa_ d4nima_ 29.3 270 161 11 4 255 2 259 6.14e-14 63.5 d5jlaa_ d3un1a1 29.8 248 151 9 9 250 7 237 8.44e-14 62.8 d5jlaa_ d1yb1a_ 27.4 201 136 5 4 195 4 203 6.87e-12 57.4 d5jlaa_ d4imra1 27.9 251 164 7 5 244 9 253 3.81e-10 52.4 d5jlaa_ d1xkqa_ 28.4 204 127 7 4 194 2 199 1.40e-09 50.8 d4zd6a_ d4zd6a_ 100 225 0 0 1 225 1 225 6.83e-165 448 d4zd6a_ d3uxya_ 27.5 244 145 6 6 224 3 239 6.48e-17 70.9 d4zd6a_ d5o30a_ 30.2 202 129 5 30 223 58 255 6.87e-15 65.5 d4zd6a_ d4bmna1 26.4 250 147 7 3 222 3 245 9.70e-13 59.3 d4zd6a_ d3o38a_ 26.6 229 150 6 2 217 31 254 3.70e-12 57.8 d4zd6a_ d4imra1 26.3 190 131 5 39 223 68 253 1.63e-11 55.8 d4zd6a_ d1fmca_ 22.5 222 162 3 5 222 34 249 3.06e-11 55.1 d4zd6a_ d3tzqa_ 24.4 246 154 4 4 222 3 243 1.08e-10 53.5 d4zd6a_ d4nima_ 25.4 256 148 7 2 220 1 250 6.90e-10 51.2 d4zd6a_ d1uzma1 21.0 233 161 4 7 222 8 234 1.45e-09 50.1 d4zd6a_ d1gega_ 24.3 255 149 8 7 222 2 251 2.94e-09 49.3 d4zd6a_ d1xkqa_ 24.1 261 155 9 3 222 2 260 8.51e-08 45.1 d4zd6a_ d2b4qa_ 23.3 253 156 7 4 223 7 254 1.08e-07 44.7 d4zd6a_ d1geea_ 20.5 249 164 5 4 222 5 249 1.18e-06 41.6 d2fwmx_ d2fwmx_ 100 248 0 0 1 248 1 248 1.48e-175 477 d2fwmx_ d3uxya_ 34.3 248 151 4 3 246 1 240 4.14e-32 112 d2fwmx_ d4bmna1 30.6 248 157 4 6 245 7 247 6.13e-28 101 d2fwmx_ d1uzma1 31.1 241 155 3 3 243 5 234 1.01e-25 95.1 d2fwmx_ d1fmca_ 28.0 254 161 5 1 243 7 249 2.03e-24 92.0 d2fwmx_ d1geea_ 27.2 257 167 4 2 246 4 252 8.47e-23 87.8 d2fwmx_ d1xkqa_ 30.0 263 163 6 3 246 3 263 1.01e-22 87.8 d2fwmx_ d1gega_ 28.6 255 160 7 6 243 2 251 3.95e-22 85.9 d2fwmx_ d3awda_ 29.1 251 155 6 10 246 15 256 1.09e-21 84.7 d2fwmx_ d4nima_ 30.9 249 143 5 5 234 5 243 1.28e-21 84.7 d2fwmx_ d3un1a1 26.5 245 162 5 6 247 6 235 7.71e-21 82.0 d2fwmx_ d5jlaa_ 32.5 249 152 6 2 243 4 243 7.97e-21 82.4 d2fwmx_ d2b4qa_ 28.4 257 162 5 1 243 5 253 5.35e-20 80.1 d2fwmx_ d3tzqa_ 29.1 251 160 4 2 243 2 243 7.96e-20 79.7 d2fwmx_ d5en4a_ 28.2 252 168 6 3 247 4 249 9.49e-20 79.3 d2fwmx_ d4imra1 28.2 248 163 3 5 243 11 252 3.57e-19 77.8 d2fwmx_ d1zema1 28.1 260 166 5 3 243 3 260 5.45e-19 77.4 d2fwmx_ d5unla_ 30.3 261 151 7 3 242 9 259 5.76e-19 77.4 d2fwmx_ d4trra_ 29.2 260 161 7 2 243 3 257 1.16e-15 68.2 d2fwmx_ d3o38a_ 30.0 243 148 6 5 234 17 250 5.59e-15 66.2 d2fwmx_ d3zv4a_ 26.6 241 159 6 1 227 1 237 7.60e-12 57.4 d2fwmx_ d1yb1a_ 25.7 261 147 7 4 239 6 244 1.59e-08 47.4 d2fwmx_ d3l6ea1 27.8 169 114 4 7 168 2 169 2.24e-06 40.8 d2fwmx_ d5o30a_ 22.3 157 117 1 64 220 80 231 2.58e-06 40.8 d3awda_ d3awda_ 100 257 0 0 1 257 1 257 4.96e-183 496 d3awda_ d5jlaa_ 34.1 249 155 4 9 256 6 246 1.03e-37 127 d3awda_ d1uzma1 38.6 246 131 6 10 253 7 234 1.81e-36 123 d3awda_ d3uxya_ 36.6 254 140 8 9 256 2 240 6.44e-34 117 d3awda_ d1zema1 32.0 253 156 2 7 245 2 252 2.76e-33 115 d3awda_ d4bmna1 32.8 253 158 5 7 255 3 247 3.21e-32 112 d3awda_ d3tzqa_ 32.0 247 161 4 8 253 3 243 4.41e-31 110 d3awda_ d2b4qa_ 31.5 251 165 4 8 254 7 254 2.13e-30 108 d3awda_ d1fmca_ 30.4 250 169 3 4 253 5 249 1.56e-29 105 d3awda_ d1geea_ 29.3 259 164 6 8 257 5 253 1.31e-28 103 d3awda_ d4trra_ 31.3 249 157 5 8 245 4 249 7.16e-27 99.0 d3awda_ d3o38a_ 33.7 252 148 8 8 250 15 256 7.16e-27 99.0 d3awda_ d3un1a1 29.9 251 153 7 6 253 1 231 2.49e-23 89.0 d3awda_ d5en4a_ 30.3 238 153 6 7 239 3 232 8.65e-23 87.8 d3awda_ d2fwmx_ 29.1 251 155 6 15 256 10 246 5.87e-22 85.5 d3awda_ d4imra1 29.6 250 168 6 8 254 9 253 1.70e-21 84.3 d3awda_ d1gega_ 29.6 253 165 5 11 253 2 251 1.76e-21 84.3 d3awda_ d1xkqa_ 30.1 246 151 8 7 236 2 242 6.06e-21 83.2 d3awda_ d5unla_ 29.4 252 164 5 9 250 10 257 7.44e-21 82.8 d3awda_ d5o30a_ 25.8 260 168 8 12 254 4 255 2.87e-17 72.8 d3awda_ d3zv4a_ 28.3 269 163 10 6 256 1 257 9.18e-17 71.6 d3awda_ d4nima_ 29.0 259 170 8 7 257 2 254 4.06e-16 69.7 d3awda_ d1yb1a_ 22.7 194 142 4 8 197 5 194 3.14e-08 46.6 d3awda_ d3l6ea1 24.3 189 126 6 14 197 4 180 4.72e-04 33.9 d5o30a_ d5o30a_ 100 257 0 0 1 257 1 257 1.55e-186 505 d5o30a_ d3uxya_ 27.7 256 157 6 4 254 5 237 9.87e-21 82.0 d5o30a_ d1zema1 26.4 269 171 7 1 254 4 260 3.20e-18 75.5 d5o30a_ d3awda_ 25.8 260 168 8 4 255 12 254 4.23e-18 75.1 d5o30a_ d1geea_ 25.5 204 147 4 44 246 42 241 3.80e-16 69.7 d5o30a_ d3un1a1 26.3 262 157 8 1 257 4 234 1.38e-15 67.8 d5o30a_ d4zd6a_ 29.9 204 131 5 56 255 28 223 1.48e-14 64.7 d5o30a_ d3tzqa_ 28.2 255 147 7 4 247 7 236 1.43e-13 62.4 d5o30a_ d3o38a_ 26.3 251 171 7 4 252 19 257 6.44e-11 54.7 d5o30a_ d4trra_ 22.5 231 151 6 1 228 5 210 8.71e-11 54.3 d5o30a_ d1fmca_ 23.3 253 174 6 5 254 14 249 1.26e-09 50.8 d5o30a_ d4nima_ 25.3 261 177 7 4 257 7 256 1.45e-08 47.8 d5o30a_ d1xkqa_ 23.8 202 139 6 6 201 9 201 3.58e-08 46.6 d5o30a_ d2fwmx_ 25.2 115 86 0 80 194 64 178 2.54e-07 43.9 d3tzqa_ d3tzqa_ 100 261 0 0 1 261 1 261 2.87e-184 500 d3tzqa_ d3uxya_ 36.0 247 140 5 4 243 2 237 7.16e-34 117 d3tzqa_ d3o38a_ 35.4 246 151 5 3 242 15 258 1.78e-31 111 d3tzqa_ d3awda_ 32.0 247 161 4 3 243 8 253 6.57e-30 107 d3tzqa_ d1fmca_ 32.7 245 157 3 3 243 9 249 8.80e-30 106 d3tzqa_ d4bmna1 30.8 247 162 4 3 244 4 246 3.08e-28 102 d3tzqa_ d5en4a_ 34.5 235 145 6 6 235 7 237 1.70e-27 100 d3tzqa_ d5jlaa_ 32.3 254 152 5 1 245 3 245 5.43e-27 99.4 d3tzqa_ d1geea_ 30.4 250 164 5 2 244 4 250 1.10e-26 98.6 d3tzqa_ d1xkqa_ 34.1 258 149 10 5 243 5 260 1.35e-26 98.6 d3tzqa_ d4nima_ 31.6 263 165 6 2 252 2 261 3.35e-25 94.7 d3tzqa_ d4trra_ 29.1 261 162 6 1 243 2 257 5.81e-25 94.0 d3tzqa_ d1gega_ 28.1 256 164 6 6 245 2 253 5.24e-24 91.3 d3tzqa_ d5unla_ 30.2 242 156 5 9 238 15 255 2.20e-21 84.3 d3tzqa_ d1zema1 29.8 252 158 4 2 235 2 252 5.47e-21 83.2 d3tzqa_ d3un1a1 29.3 246 150 8 4 243 4 231 2.64e-20 80.9 d3tzqa_ d2fwmx_ 29.6 243 153 4 10 243 10 243 1.11e-18 76.6 d3tzqa_ d4imra1 29.1 247 166 4 3 243 9 252 1.12e-17 73.9 d3tzqa_ d2b4qa_ 30.0 250 163 7 3 243 7 253 5.23e-16 69.3 d3tzqa_ d1uzma1 27.1 236 161 4 9 244 11 235 2.74e-15 67.0 d3tzqa_ d3zv4a_ 27.0 256 172 7 2 244 2 255 2.65e-12 58.9 d3tzqa_ d5o30a_ 28.2 255 147 7 7 236 4 247 1.95e-11 56.2 d3tzqa_ d4zd6a_ 25.0 192 136 3 57 243 34 222 5.23e-08 45.8 d3o38a_ d3o38a_ 100 261 0 0 1 261 1 261 1.85e-180 490 d3o38a_ d1gega_ 33.1 251 144 4 18 252 2 244 1.56e-31 111 d3o38a_ d3tzqa_ 35.4 246 151 5 15 258 3 242 4.89e-31 110 d3o38a_ d1geea_ 33.1 239 156 4 15 251 5 241 2.73e-29 105 d3o38a_ d1zema1 30.3 251 156 5 17 251 5 252 1.46e-27 100 d3o38a_ d4bmna1 35.4 229 136 4 28 251 16 237 1.64e-27 100 d3o38a_ d1xkqa_ 33.2 253 150 8 18 254 6 255 2.61e-26 97.8 d3o38a_ d3uxya_ 32.5 252 150 5 16 261 2 239 3.89e-26 96.7 d3o38a_ d1fmca_ 29.2 243 168 4 15 257 9 247 7.15e-26 96.3 d3o38a_ d3awda_ 32.8 250 153 6 15 256 8 250 2.00e-25 95.1 d3o38a_ d4trra_ 29.9 254 165 3 15 257 4 255 4.18e-25 94.4 d3o38a_ d1uzma1 33.5 242 136 6 20 256 10 231 3.77e-23 88.6 d3o38a_ d5en4a_ 32.8 241 147 7 17 251 6 237 3.48e-22 86.3 d3o38a_ d5unla_ 33.5 173 104 2 95 256 85 257 5.82e-21 83.2 d3o38a_ d4nima_ 29.7 249 166 4 13 254 1 247 3.06e-20 81.3 d3o38a_ d5jlaa_ 34.0 238 145 7 17 251 7 235 1.30e-18 76.6 d3o38a_ d3un1a1 29.3 188 126 3 70 256 47 228 4.69e-18 74.7 d3o38a_ d2b4qa_ 27.5 247 171 5 15 256 7 250 6.15e-18 74.7 d3o38a_ d2fwmx_ 28.8 243 151 6 17 250 5 234 5.24e-14 63.5 d3o38a_ d5o30a_ 28.3 187 124 5 19 197 4 188 2.95e-10 52.8 d3o38a_ d4zd6a_ 26.6 229 150 6 31 254 2 217 4.24e-10 52.0 d3o38a_ d1yb1a_ 25.5 200 143 5 17 213 7 203 1.79e-08 47.4 d3o38a_ d4imra1 25.6 246 170 6 15 254 9 247 1.49e-07 44.7 d2b4qa_ d2b4qa_ 100 256 0 0 1 256 1 256 3.62e-180 489 d2b4qa_ d4imra1 36.0 253 153 6 5 254 7 253 7.79e-29 103 d2b4qa_ d1uzma1 34.4 247 145 5 10 256 8 237 1.08e-28 103 d2b4qa_ d3awda_ 31.2 253 167 4 7 256 8 256 4.50e-28 102 d2b4qa_ d4bmna1 31.6 256 156 6 5 253 2 245 3.96e-27 99.4 d2b4qa_ d5en4a_ 31.4 255 158 8 8 256 5 248 1.63e-22 87.0 d2b4qa_ d1geea_ 28.1 260 171 4 4 256 2 252 1.93e-22 87.0 d2b4qa_ d3uxya_ 29.6 250 156 6 9 253 3 237 1.89e-21 84.0 d2b4qa_ d1zema1 28.4 261 166 7 9 253 5 260 4.96e-21 83.2 d2b4qa_ d1fmca_ 28.6 248 169 5 7 253 9 249 3.09e-19 78.2 d2b4qa_ d1xkqa_ 28.4 271 169 8 3 256 1 263 7.43e-19 77.4 d2b4qa_ d2fwmx_ 29.1 258 159 7 8 256 4 246 1.93e-18 75.9 d2b4qa_ d4nima_ 31.4 255 158 9 7 251 3 250 4.74e-18 75.1 d2b4qa_ d1gega_ 31.3 256 158 5 10 253 2 251 7.67e-18 74.3 d2b4qa_ d3o38a_ 27.4 248 172 5 7 251 15 257 2.97e-17 72.8 d2b4qa_ d5jlaa_ 27.4 252 167 7 9 256 7 246 2.41e-15 67.4 d2b4qa_ d5unla_ 31.2 276 152 11 1 256 6 263 2.55e-15 67.4 d2b4qa_ d3tzqa_ 30.2 255 164 8 7 256 3 248 4.62e-15 66.6 d2b4qa_ d4trra_ 30.6 193 121 5 6 193 3 187 2.62e-13 61.6 d2b4qa_ d3zv4a_ 27.4 266 166 11 7 256 3 257 6.94e-11 54.7 d2b4qa_ d3un1a1 24.3 247 163 7 10 253 6 231 3.29e-10 52.4 d2b4qa_ d1yb1a_ 24.5 151 101 4 6 151 4 146 8.45e-06 39.3 d2b4qa_ d4zd6a_ 24.6 179 124 5 81 254 51 223 1.04e-05 38.9 d4bmna1 d4bmna1 100 249 0 0 1 249 1 249 4.20e-171 466 d4bmna1 d1gega_ 37.5 256 139 7 7 246 2 252 8.85e-40 132 d4bmna1 d1uzma1 32.4 244 149 4 5 246 6 235 5.66e-36 122 d4bmna1 d1geea_ 34.0 256 155 5 1 247 1 251 1.01e-35 122 d4bmna1 d3awda_ 32.8 253 158 5 3 247 7 255 4.35e-32 112 d4bmna1 d1xkqa_ 33.8 266 154 8 3 249 2 264 1.24e-30 108 d4bmna1 d3zv4a_ 34.7 259 149 6 3 246 2 255 9.82e-30 106 d4bmna1 d2b4qa_ 31.6 256 156 6 2 245 5 253 1.30e-29 105 d4bmna1 d3tzqa_ 30.8 247 162 4 4 246 3 244 1.44e-29 105 d4bmna1 d3o38a_ 34.7 242 145 5 4 237 15 251 7.71e-29 103 d4bmna1 d5en4a_ 32.4 250 155 5 3 245 3 245 3.35e-28 102 d4bmna1 d2fwmx_ 30.6 248 157 4 7 247 6 245 8.60e-28 100 d4bmna1 d1fmca_ 31.1 251 162 5 3 248 8 252 5.27e-27 99.0 d4bmna1 d4nima_ 30.5 246 157 4 3 237 2 244 1.80e-26 97.8 d4bmna1 d3uxya_ 30.2 242 158 4 7 245 4 237 8.01e-26 95.5 d4bmna1 d1zema1 30.5 256 160 6 7 245 6 260 4.35e-25 94.0 d4bmna1 d5unla_ 30.8 247 161 4 10 246 15 261 2.44e-24 92.0 d4bmna1 d5jlaa_ 33.9 242 147 8 9 245 10 243 6.02e-23 88.2 d4bmna1 d4imra1 27.8 255 166 6 1 245 6 252 1.46e-22 87.0 d4bmna1 d3un1a1 31.2 247 141 6 7 245 6 231 2.12e-21 83.6 d4bmna1 d4trra_ 28.8 257 171 4 1 245 1 257 2.04e-18 75.9 d4bmna1 d3guya1 27.5 200 139 3 10 207 2 197 4.32e-14 63.2 d4bmna1 d3l6ea1 26.9 182 132 1 10 190 4 185 6.31e-14 62.8 d4bmna1 d1yb1a_ 25.4 189 133 3 10 190 11 199 8.31e-12 57.0 d4bmna1 d4zd6a_ 26.6 248 149 6 3 245 3 222 4.42e-11 54.7 d3un1a1 d3un1a1 100 237 0 0 1 237 1 237 3.37e-171 465 d3un1a1 d3uxya_ 33.9 239 142 5 6 232 4 238 3.72e-34 117 d3un1a1 d5en4a_ 34.7 248 139 9 6 235 7 249 8.57e-30 105 d3un1a1 d1fmca_ 29.3 246 156 6 1 231 7 249 1.43e-27 100 d3un1a1 d1geea_ 27.6 243 158 4 6 231 8 249 2.33e-26 97.1 d3un1a1 d3awda_ 29.9 251 153 7 1 231 6 253 3.10e-25 94.0 d3un1a1 d1uzma1 29.3 229 153 5 8 231 10 234 8.24e-24 89.7 d3un1a1 d3tzqa_ 29.3 246 150 8 4 231 4 243 1.77e-23 89.4 d3un1a1 d4bmna1 29.9 244 148 6 6 231 7 245 2.00e-23 89.0 d3un1a1 d1xkqa_ 25.7 261 161 8 2 231 2 260 2.13e-23 89.4 d3un1a1 d2fwmx_ 26.5 245 162 5 6 235 6 247 7.37e-23 87.4 d3un1a1 d3o38a_ 28.1 242 152 6 6 228 18 256 9.04e-21 82.0 d3un1a1 d1gega_ 29.2 257 146 8 5 231 1 251 1.55e-19 78.6 d3un1a1 d1zema1 27.1 262 148 9 6 231 6 260 6.07e-19 77.0 d3un1a1 d4nima_ 28.9 253 143 9 6 229 6 250 3.33e-18 75.1 d3un1a1 d5jlaa_ 29.8 248 151 9 7 237 9 250 3.92e-17 72.0 d3un1a1 d5o30a_ 26.6 259 154 8 7 234 4 257 7.24e-17 71.2 d3un1a1 d4trra_ 30.2 189 120 4 6 184 7 193 1.98e-16 70.1 d3un1a1 d3zv4a_ 25.6 258 161 7 1 231 1 254 5.93e-16 68.9 d3un1a1 d4imra1 24.8 246 160 6 6 231 12 252 8.83e-16 68.2 d3un1a1 d2b4qa_ 24.3 247 163 7 6 231 10 253 5.49e-14 63.2 d3un1a1 d5unla_ 24.7 186 127 5 8 183 14 196 3.19e-10 52.4 d3un1a1 d1yb1a_ 24.9 193 123 5 6 182 8 194 1.16e-07 44.7 d3uxya_ d3uxya_ 100 241 0 0 1 241 1 241 3.77e-170 462 d3uxya_ d3tzqa_ 35.9 248 141 5 1 237 3 243 2.56e-33 115 d3uxya_ d3awda_ 36.5 252 139 8 1 237 8 253 9.67e-32 111 d3uxya_ d5jlaa_ 34.3 248 151 4 1 241 5 247 1.50e-30 108 d3uxya_ d2fwmx_ 35.0 246 146 4 1 237 3 243 2.32e-30 107 d3uxya_ d3un1a1 33.9 239 142 5 4 238 6 232 9.83e-30 105 d3uxya_ d5unla_ 33.1 251 153 4 1 236 9 259 1.36e-27 100 d3uxya_ d1gega_ 34.4 250 148 5 4 237 2 251 3.20e-26 96.7 d3uxya_ d3o38a_ 32.4 253 151 5 1 239 15 261 3.59e-26 96.7 d3uxya_ d1geea_ 29.0 252 157 5 1 237 5 249 2.64e-25 94.4 d3uxya_ d5en4a_ 30.6 245 159 6 1 237 4 245 3.05e-25 94.0 d3uxya_ d4bmna1 30.2 242 158 4 4 237 7 245 3.00e-24 91.3 d3uxya_ d4imra1 31.7 249 153 5 1 237 9 252 3.23e-24 91.3 d3uxya_ d1zema1 28.8 260 160 5 1 237 3 260 5.11e-22 85.5 d3uxya_ d1fmca_ 29.0 248 158 5 1 237 9 249 6.54e-22 85.1 d3uxya_ d2b4qa_ 29.4 252 158 6 1 237 7 253 1.78e-21 84.0 d3uxya_ d5o30a_ 30.0 170 117 2 68 237 87 254 3.41e-20 80.5 d3uxya_ d4trra_ 29.2 260 155 6 1 237 4 257 1.83e-19 78.6 d3uxya_ d1uzma1 26.6 237 167 2 1 237 5 234 2.37e-18 75.1 d3uxya_ d4nima_ 30.2 258 147 7 1 235 3 250 2.61e-18 75.5 d3uxya_ d1xkqa_ 28.0 264 157 9 1 237 3 260 9.98e-18 73.9 d3uxya_ d3zv4a_ 26.2 263 163 7 1 240 3 257 1.95e-17 73.2 d3uxya_ d4zd6a_ 27.3 172 120 2 68 237 54 222 3.02e-14 63.5 d3uxya_ d1yb1a_ 31.4 140 91 2 63 197 78 217 2.57e-11 55.5 d4zrma_ d4zrma_ 100 308 0 0 1 308 1 308 7.88e-226 609 d4zrma_ d1r66a_ 32.2 320 196 9 1 306 1 313 8.02e-38 130 d4zrma_ d1gy8a_ 29.5 376 195 11 1 307 3 377 5.07e-35 124 d3guya1 d3guya1 100 219 0 0 1 219 1 219 4.27e-156 425 d3guya1 d3l6ea1 36.0 222 138 2 1 219 3 223 3.61e-42 136 d3guya1 d4bmna1 27.5 200 139 3 2 197 10 207 8.34e-16 67.8 d3guya1 d5unla_ 20.8 178 134 2 1 171 14 191 2.85e-09 49.3 d3guya1 d5en4a_ 21.5 186 135 3 1 179 9 190 1.80e-07 43.9 d3guya1 d4nima_ 23.8 185 130 5 2 176 9 192 3.46e-07 43.1 d3guya1 d1gega_ 19.5 200 145 3 2 185 5 204 8.10e-07 42.0 d3guya1 d4imra1 24.9 181 130 3 2 176 15 195 2.63e-06 40.4 d3guya1 d1fmca_ 20.8 183 135 5 2 176 15 195 2.09e-05 37.7 d3guya1 d1uzma1 20.5 234 153 6 1 210 10 234 6.43e-05 36.2 d3guya1 d1geea_ 24.9 189 123 6 1 175 10 193 6.88e-05 36.2 d1fl2a1 d1fl2a1 100 185 0 0 1 185 1 185 1.47e-128 353 d1fl2a1 d1trba1 31.0 187 112 7 4 179 8 188 1.75e-16 67.8 d1fl2a1 d1ojta1 22.8 202 107 7 2 157 7 205 3.29e-05 36.6 d1ojta1 d1ojta1 100 230 0 0 1 230 1 230 2.57e-167 454 d1ojta1 d1mo9a1 27.4 241 131 10 6 226 42 258 3.32e-16 69.3 d1ojta1 d1fl2a1 24.9 201 104 7 7 205 2 157 1.67e-05 37.7 d1mo9a1 d1mo9a1 100 262 0 0 1 262 1 262 3.04e-200 540 d1mo9a1 d1ojta1 27.0 244 134 10 42 261 6 229 5.90e-18 74.3 d1trba1 d1trba1 100 191 0 0 1 191 1 191 2.17e-142 388 d1trba1 d1fl2a1 31.0 187 112 7 8 188 4 179 1.22e-18 73.6 d2f3oa_ d2f3oa_ 100 773 0 0 1 773 1 773 0.0 1520 d2f3oa_ d5fava1 33.6 771 488 10 16 768 24 788 5.36e-131 402 d5fava1 d5fava1 100 794 0 0 1 794 1 794 0.0 1612 d5fava1 d2f3oa_ 33.5 783 494 11 15 788 4 768 9.36e-133 407 d1xkua_ d1xkua_ 100 305 0 0 1 305 1 305 3.49e-191 521 d1xkua_ d4xsqa_ 37.5 64 35 1 4 62 1 64 9.27e-09 47.8 d4xsqa_ d4xsqa_ 100 174 0 0 1 174 1 174 1.58e-104 291 d4xsqa_ d1xkua_ 37.5 64 35 1 1 64 4 62 1.32e-08 46.6 d2f6qa1 d2f6qa1 100 245 0 0 1 245 1 245 1.09e-180 489 d2f6qa1 d4jyla1 29.9 201 132 3 16 215 14 206 8.03e-21 82.0 d2f6qa1 d3peaa_ 27.7 213 147 4 5 215 5 212 1.30e-18 76.3 d2f6qa1 d4k2na1 27.4 215 152 3 3 215 3 215 1.26e-17 73.6 d2f6qa1 d3moya_ 27.9 215 146 3 4 215 4 212 2.01e-15 67.4 d3peaa_ d3peaa_ 100 257 0 0 1 257 1 257 1.48e-184 500 d3peaa_ d3moya_ 38.6 233 140 2 24 256 27 256 1.57e-47 152 d3peaa_ d4k2na1 31.1 254 162 5 10 256 10 257 8.67e-30 106 d3peaa_ d4jyla1 31.0 213 142 3 24 236 23 230 1.69e-29 105 d3peaa_ d2f6qa1 27.6 214 148 4 5 213 5 216 3.75e-19 77.8 d4kd6a_ d4kd6a_ 100 227 0 0 1 227 1 227 3.52e-168 456 d4kd6a_ d3moya_ 33.0 206 134 3 10 214 15 217 1.97e-30 107 d4kd6a_ d4k2na1 27.9 222 155 3 8 225 11 231 6.39e-27 98.2 d4kd6a_ d4jyla1 26.6 222 157 4 2 222 3 219 1.38e-24 91.7 d4k2na1 d4k2na1 100 259 0 0 1 259 1 259 2.56e-186 505 d4k2na1 d3moya_ 33.6 250 157 5 11 257 13 256 1.01e-33 117 d4k2na1 d3peaa_ 31.1 254 162 5 10 257 10 256 2.48e-28 102 d4k2na1 d4kd6a_ 27.9 222 155 3 11 231 8 225 1.08e-24 92.4 d4k2na1 d4jyla1 32.1 187 119 4 4 188 2 182 2.09e-23 89.4 d4k2na1 d2f6qa1 26.7 232 165 4 3 232 3 231 6.58e-17 71.6 d3moya_ d3moya_ 100 258 0 0 1 258 1 258 1.04e-180 491 d3moya_ d3peaa_ 38.5 234 137 2 27 255 24 255 2.73e-45 147 d3moya_ d4k2na1 33.9 248 155 5 15 256 13 257 7.63e-33 114 d3moya_ d4jyla1 34.5 223 136 4 17 235 13 229 6.30e-30 106 d3moya_ d4kd6a_ 33.0 206 134 3 15 217 10 214 1.33e-27 100 d3moya_ d2f6qa1 27.4 215 149 2 14 222 12 225 3.57e-14 63.9 d4jyla1 d4jyla1 100 243 0 0 1 243 1 243 1.79e-169 461 d4jyla1 d3moya_ 34.5 223 136 4 13 229 17 235 5.94e-30 106 d4jyla1 d3peaa_ 30.6 216 145 3 23 233 24 239 3.26e-28 102 d4jyla1 d4k2na1 32.1 187 119 4 2 182 4 188 7.33e-23 87.8 d4jyla1 d4kd6a_ 27.3 216 151 4 3 213 2 216 4.17e-22 85.1 d4jyla1 d2f6qa1 29.9 201 132 3 14 206 16 215 7.83e-20 79.3 d1a04a2 d1a04a2 100 138 0 0 1 138 1 138 5.03e-95 264 d1a04a2 d5t3ya_ 32.8 125 75 4 4 122 4 125 1.01e-12 55.1 d1a04a2 d3n53a1 33.9 115 69 4 5 116 3 113 5.58e-12 53.1 d1a04a2 d3ltea_ 29.6 115 76 4 5 117 3 114 1.31e-11 52.0 d1a04a2 d3w9sa_ 28.7 108 75 1 5 112 2 107 1.76e-11 51.6 d1a04a2 d3crna1 27.2 114 81 1 5 118 3 114 5.35e-11 50.4 d1a04a2 d3c3ma1 27.5 120 83 2 4 121 2 119 2.13e-09 46.2 d1a04a2 d3t6ka_ 23.5 115 84 2 1 113 1 113 4.22e-09 45.4 d1a04a2 d1k68a_ 35.8 95 53 3 42 132 49 139 1.07e-07 42.0 d1k68a_ d1k68a_ 100 140 0 0 1 140 1 140 5.41e-100 277 d1k68a_ d3c3ma1 33.8 80 53 0 49 128 38 117 9.79e-13 55.1 d1k68a_ d1a04a2 35.8 95 53 3 49 139 42 132 2.95e-08 43.5 d1k68a_ d5t3ya_ 23.4 128 89 2 3 130 3 121 8.94e-07 39.3 d1k68a_ d3n53a1 23.1 78 60 0 49 126 37 114 1.25e-06 38.9 d1k68a_ d3t6ka_ 22.6 124 87 3 5 128 5 119 2.28e-06 38.1 d1k68a_ d3ltea_ 24.4 90 59 2 3 92 1 81 5.44e-05 34.3 d1k68a_ d3w9sa_ 26.8 71 50 1 58 128 46 114 1.01e-04 33.5 d1qkka1 d1qkka1 100 139 0 0 1 139 1 139 1.49e-92 258 d1qkka1 d3t6ka_ 31.8 110 73 1 2 109 4 113 1.77e-17 67.4 d1qkka1 d3crna1 33.0 100 67 0 3 102 3 102 9.58e-17 65.5 d1qkka1 d3w9sa_ 22.6 106 82 0 3 108 2 107 2.53e-11 51.2 d1qkka1 d3ltea_ 29.6 108 75 1 3 109 3 110 7.58e-10 47.4 d1qkka1 d5t3ya_ 31.3 112 73 3 2 110 4 114 1.23e-07 41.6 d3ltea_ d3ltea_ 100 118 0 0 1 118 1 118 2.57e-83 233 d3ltea_ d3t6ka_ 29.3 116 81 1 3 117 5 120 1.39e-13 56.6 d3ltea_ d3w9sa_ 28.2 124 72 2 2 117 1 115 3.74e-12 52.8 d3ltea_ d3crna1 28.1 121 80 3 1 118 1 117 8.16e-12 52.0 d3ltea_ d1a04a2 29.6 115 76 4 3 114 5 117 1.57e-11 51.6 d3ltea_ d5t3ya_ 29.6 115 78 3 1 113 3 116 6.74e-11 49.7 d3ltea_ d3n53a1 28.1 114 80 2 1 113 1 113 6.86e-11 49.7 d3ltea_ d1qkka1 29.6 108 75 1 3 110 3 109 2.36e-10 48.5 d3ltea_ d1k68a_ 24.4 90 59 2 1 81 3 92 3.33e-05 34.7 d5t3ya_ d5t3ya_ 100 125 0 0 1 125 1 125 5.25e-84 235 d5t3ya_ d3t6ka_ 34.5 116 76 0 4 119 4 119 2.00e-15 61.6 d5t3ya_ d1a04a2 32.8 125 75 4 4 125 4 122 5.23e-11 50.4 d5t3ya_ d3ltea_ 29.7 118 80 3 3 119 1 116 1.49e-09 46.2 d5t3ya_ d3c3ma1 29.2 113 80 0 4 116 2 114 3.23e-07 40.0 d5t3ya_ d3crna1 27.2 114 81 1 3 116 1 112 1.21e-06 38.5 d5t3ya_ d1qkka1 32.4 108 69 3 8 114 6 110 1.51e-06 38.5 d5t3ya_ d1k68a_ 27.0 74 54 0 48 121 57 130 1.06e-05 36.2 d3t6ka_ d3t6ka_ 100 122 0 0 1 122 1 122 1.30e-87 244 d3t6ka_ d3c3ma1 30.0 120 84 0 3 122 1 120 1.28e-21 77.4 d3t6ka_ d3w9sa_ 31.9 116 77 1 5 120 2 115 1.44e-19 72.0 d3t6ka_ d1qkka1 31.8 110 73 1 4 113 2 109 5.53e-18 68.6 d3t6ka_ d5t3ya_ 34.2 117 77 0 3 119 3 119 2.24e-17 66.6 d3t6ka_ d3crna1 30.2 116 79 1 5 120 3 116 5.74e-17 65.5 d3t6ka_ d3n53a1 31.0 113 77 1 5 117 3 114 1.56e-14 59.3 d3t6ka_ d3ltea_ 29.3 116 81 1 5 120 3 117 1.02e-13 57.0 d3t6ka_ d1a04a2 23.5 115 84 2 1 113 1 113 2.68e-09 45.8 d3t6ka_ d1k68a_ 22.6 124 87 3 5 119 5 128 1.98e-06 38.1 d3w9sa_ d3w9sa_ 100 116 0 0 1 116 1 116 5.03e-80 224 d3w9sa_ d3t6ka_ 31.9 116 77 1 2 115 5 120 3.86e-19 70.9 d3w9sa_ d3crna1 27.0 115 84 0 1 115 2 116 5.28e-16 62.8 d3w9sa_ d3n53a1 30.5 118 79 2 1 116 2 118 4.30e-12 52.8 d3w9sa_ d3ltea_ 28.2 117 81 3 1 115 2 117 5.16e-12 52.4 d3w9sa_ d1qkka1 22.4 107 83 0 1 107 2 108 1.08e-11 52.0 d3w9sa_ d1a04a2 28.7 108 75 1 2 107 5 112 4.08e-11 50.4 d3w9sa_ d3c3ma1 25.0 116 85 1 2 115 3 118 1.24e-09 46.2 d3w9sa_ d1k68a_ 29.7 64 43 1 46 107 58 121 8.35e-05 33.5 d3c3ma1 d3c3ma1 100 121 0 0 1 121 1 121 4.21e-88 245 d3c3ma1 d3t6ka_ 30.0 120 84 0 1 120 3 122 2.03e-20 74.3 d3c3ma1 d1k68a_ 34.6 78 51 0 38 115 49 126 9.01e-12 52.4 d3c3ma1 d3w9sa_ 25.5 102 74 1 3 104 2 101 6.96e-09 44.3 d3c3ma1 d1a04a2 27.5 120 83 2 2 119 4 121 1.37e-08 43.9 d3c3ma1 d5t3ya_ 32.9 82 55 0 2 83 4 85 2.20e-08 43.1 d3c3ma1 d1qkka1 29.2 106 67 4 2 104 2 102 2.66e-06 37.7 d3c3ma1 d3n53a1 25.3 91 68 0 25 115 24 114 4.39e-06 37.0 d3crna1 d3crna1 100 121 0 0 1 121 1 121 1.31e-82 231 d3crna1 d1qkka1 33.0 100 67 0 3 102 3 102 2.33e-16 64.3 d3crna1 d3t6ka_ 30.1 113 77 1 3 113 5 117 1.26e-15 62.0 d3crna1 d3w9sa_ 26.8 112 82 0 2 113 1 112 6.12e-15 60.1 d3crna1 d3ltea_ 29.3 116 75 3 1 112 1 113 9.00e-11 49.3 d3crna1 d1a04a2 27.7 112 79 1 3 112 5 116 6.86e-10 47.4 d3crna1 d5t3ya_ 27.2 114 81 1 1 112 3 116 2.25e-07 40.4 d3crna1 d3n53a1 28.7 115 77 3 1 112 1 113 8.53e-07 38.9 d3n53a1 d3n53a1 100 126 0 0 1 126 1 126 6.36e-90 250 d3n53a1 d3t6ka_ 31.0 113 77 1 3 114 5 117 1.76e-13 56.6 d3n53a1 d3w9sa_ 32.9 85 55 1 34 118 34 116 2.55e-11 50.8 d3n53a1 d1a04a2 33.9 115 69 4 3 113 5 116 5.37e-11 50.4 d3n53a1 d3ltea_ 28.1 114 80 2 1 113 1 113 5.55e-10 47.4 d3n53a1 d3crna1 28.7 122 82 3 1 120 1 119 3.31e-07 40.0 d3n53a1 d1k68a_ 23.9 71 54 0 44 114 56 126 1.56e-06 38.5 d3n53a1 d3c3ma1 25.3 91 68 0 24 114 25 115 3.30e-06 37.4 d2arka1 d2arka1 100 184 0 0 1 184 1 184 2.27e-136 372 d2arka1 d3zhoa_ 31.6 190 99 6 3 163 2 189 1.33e-17 70.9 d3zhoa_ d3zhoa_ 100 197 0 0 1 197 1 197 9.86e-142 387 d3zhoa_ d2arka1 31.6 190 99 6 2 189 3 163 2.03e-16 67.8 d4oxxa_ d4oxxa_ 100 153 0 0 1 153 1 153 2.30e-105 291 d2m6sa_ d2m6sa_ 100 149 0 0 1 149 1 149 2.24e-110 304 d1yzfa1 d1yzfa1 100 195 0 0 1 195 1 195 3.31e-139 380 d1yzfa1 d4rsha_ 27.9 183 109 7 3 179 3 168 8.68e-14 60.5 d1yzfa1 d3rjta1 24.1 166 106 6 3 149 7 171 9.55e-09 47.0 d1yzfa1 d4iyja_ 25.6 195 117 9 3 186 30 207 5.97e-08 44.7 d3rjta1 d3rjta1 100 213 0 0 1 213 1 213 3.55e-161 437 d3rjta1 d1yzfa1 23.5 166 107 6 7 171 3 149 1.62e-09 49.3 d3rjta1 d4rsha_ 24.3 115 70 4 6 120 2 99 8.25e-05 35.4 d4iyja_ d4iyja_ 100 211 0 0 1 211 1 211 2.22e-154 420 d4iyja_ d4rsha_ 26.6 177 111 4 30 199 3 167 5.64e-12 55.8 d4iyja_ d1yzfa1 25.6 195 117 9 30 207 3 186 4.75e-08 45.1 d4rsha_ d4rsha_ 100 175 0 0 1 175 1 175 3.97e-128 351 d4rsha_ d1yzfa1 27.0 189 117 6 3 175 3 186 1.51e-14 62.4 d4rsha_ d4iyja_ 25.4 185 119 4 3 175 30 207 1.78e-12 57.0 d4rsha_ d3rjta1 29.7 91 48 3 2 76 6 96 6.77e-05 35.4 d2rk3a_ d2rk3a_ 100 187 0 0 1 187 1 187 9.20e-133 363 d2rk3a_ d4gdha_ 31.1 180 113 7 4 175 2 178 1.11e-20 79.0 d4gdha_ d4gdha_ 100 190 0 0 1 190 1 190 1.36e-140 384 d4gdha_ d2rk3a_ 31.1 180 113 7 2 178 4 175 4.33e-20 77.4 d1pfva2 d1pfva2 100 351 0 0 1 351 1 351 5.05e-271 727 d1pfva2 d1ivsa4 21.8 377 210 14 11 320 43 401 3.16e-08 48.1 d1ivsa4 d1ivsa4 100 426 0 0 1 426 1 426 0.0 901 d1ivsa4 d1pfva2 22.0 369 219 14 43 401 11 320 5.25e-09 50.8 d1k92a1 d1k92a1 100 188 0 0 1 188 1 188 1.48e-143 391 d1k92a1 d1vl2a1 31.4 169 111 2 11 179 2 165 4.02e-24 87.4 d1vl2a1 d1vl2a1 100 168 0 0 1 168 1 168 5.08e-123 337 d1vl2a1 d1k92a1 31.4 169 111 2 2 165 11 179 9.18e-25 89.0 d1efva1 d1efva1 100 188 0 0 1 188 1 188 2.73e-130 357 d1efva1 d1efpa1 39.9 178 104 2 4 181 3 177 6.78e-33 110 d1efpa1 d1efpa1 100 183 0 0 1 183 1 183 4.18e-118 326 d1efpa1 d1efva1 39.9 178 104 2 3 177 4 181 3.57e-29 100 d1np7a2 d1np7a2 100 204 0 0 1 204 1 204 5.28e-154 419 d1np7a2 d1dnpa2 27.0 196 121 7 7 189 2 188 3.16e-10 51.2 d1dnpa2 d1dnpa2 100 200 0 0 1 200 1 200 8.44e-149 405 d1dnpa2 d1np7a2 27.0 196 121 7 2 188 7 189 1.20e-10 52.4 d2ihta1 d2ihta1 100 177 0 0 1 177 1 177 2.20e-126 347 d2ihta1 d4fega2 31.4 86 52 3 16 101 27 105 3.32e-05 36.2 d4fega2 d4fega2 100 183 0 0 1 183 1 183 6.51e-131 358 d4fega2 d2ihta1 29.5 95 60 3 18 105 7 101 1.87e-05 37.0 d1viaa_ d1viaa_ 100 161 0 0 1 161 1 161 6.74e-111 306 d1viaa_ d2iyva2 34.9 86 56 0 4 89 5 90 5.57e-10 49.3 d2iyva2 d2iyva2 100 175 0 0 1 175 1 175 1.13e-118 327 d2iyva2 d1viaa_ 37.2 78 49 0 5 82 4 81 1.16e-09 48.5 d1m7ga_ d1m7ga_ 100 208 0 0 1 208 1 208 5.44e-149 406 d1m7ga_ d1m8pa3 37.1 186 110 2 20 205 2 180 2.35e-29 102 d3seaa_ d3seaa_ 100 167 0 0 1 167 1 167 1.40e-115 318 d3seaa_ d3q72a_ 31.9 160 102 2 6 162 4 159 9.91e-17 67.4 d3q72a_ d3q72a_ 100 166 0 0 1 166 1 166 9.89e-120 329 d3q72a_ d3seaa_ 31.9 160 102 2 4 159 6 162 3.38e-18 71.2 d1oxxk2 d1oxxk2 100 242 0 0 1 242 1 242 4.24e-172 468 d1oxxk2 d1g6ha_ 26.7 243 156 6 7 234 8 243 8.74e-26 95.5 d1oxxk2 d4hzia_ 26.5 238 153 6 16 236 15 247 1.35e-20 81.6 d1oxxk2 d4q7ka_ 27.6 225 125 8 25 231 1 205 3.18e-16 68.9 d1g6ha_ d1g6ha_ 100 254 0 0 1 254 1 254 2.47e-186 504 d1g6ha_ d1oxxk2 26.7 243 156 6 8 243 7 234 3.47e-25 94.0 d1g6ha_ d4hzia_ 26.5 223 146 6 20 236 19 229 2.34e-15 67.4 d1g6ha_ d4q7ka_ 26.6 237 148 7 24 253 1 218 4.97e-15 65.9 d1m8pa3 d1m8pa3 100 183 0 0 1 183 1 183 1.08e-129 355 d1m8pa3 d1m7ga_ 37.1 186 110 2 2 180 20 205 1.89e-30 104 d1t6na_ d1t6na_ 100 207 0 0 1 207 1 207 1.10e-152 416 d1t6na_ d3peya1 31.2 202 125 4 1 197 2 194 3.44e-28 99.4 d3peya1 d3peya1 100 196 0 0 1 196 1 196 8.77e-140 382 d3peya1 d1t6na_ 31.2 202 125 4 4 196 3 199 7.64e-30 103 d5nt7b_ d5nt7b_ 100 159 0 0 1 159 1 159 1.27e-114 315 d5nt7b_ d2z0ma2 40.0 115 65 1 14 128 17 127 1.31e-23 84.3 d4hzia_ d4hzia_ 100 259 0 0 1 259 1 259 1.68e-191 518 d4hzia_ d1oxxk2 27.2 239 150 7 15 247 16 236 1.44e-20 81.6 d4hzia_ d4q7ka_ 26.5 230 142 7 23 241 1 214 1.60e-16 70.1 d4hzia_ d1g6ha_ 26.5 223 146 6 19 229 20 236 1.27e-15 68.2 d2yoga_ d2yoga_ 100 207 0 0 1 207 1 207 6.92e-156 424 d2yoga_ d4hlca_ 26.7 202 129 8 7 194 3 199 3.72e-11 53.9 d4hlca_ d4hlca_ 100 202 0 0 1 202 1 202 4.49e-145 396 d4hlca_ d2yoga_ 25.9 201 132 6 3 199 7 194 1.93e-11 54.7 d2z0ma2 d2z0ma2 100 139 0 0 1 139 1 139 8.66e-101 279 d2z0ma2 d5nt7b_ 40.0 115 65 1 17 127 14 128 9.04e-23 82.0 d4q7ka_ d4q7ka_ 100 218 0 0 1 218 1 218 7.42e-161 437 d4q7ka_ d4hzia_ 26.5 230 142 7 1 214 23 241 7.41e-18 73.6 d4q7ka_ d1oxxk2 27.6 225 125 8 1 205 25 231 2.99e-17 71.6 d4q7ka_ d1g6ha_ 26.7 240 144 8 1 218 24 253 4.83e-17 71.2 d1lara2 d1lara2 100 249 0 0 1 249 1 249 2.59e-190 514 d1lara2 d2i1ya_ 38.1 239 141 5 14 248 47 282 2.81e-53 168 d2i1ya_ d2i1ya_ 100 287 0 0 1 287 1 287 3.47e-223 600 d2i1ya_ d1lara2 38.0 242 143 5 44 282 11 248 7.29e-55 172 d1f9ma_ d1f9ma_ 100 112 0 0 1 112 1 112 1.58e-81 228 d1f9ma_ d2e0qa_ 38.2 76 46 1 23 98 14 88 2.78e-14 57.8 d1f9ma_ d6bkva1 28.9 90 61 1 10 99 6 92 8.88e-13 53.9 d1f9ma_ d3hz4a_ 30.9 94 63 2 13 105 9 101 3.97e-10 47.4 d1f9ma_ d2b5ea1 42.9 42 20 1 26 63 31 72 3.06e-07 40.0 d1f9ma_ d4k9za_ 32.6 46 29 1 26 69 31 76 4.29e-07 39.7 d2b5ea1 d2b5ea1 100 140 0 0 1 140 1 140 1.38e-102 283 d2b5ea1 d3hz4a_ 26.4 87 59 2 12 96 3 86 1.61e-08 43.9 d2b5ea1 d6bkva1 30.4 92 59 3 12 102 2 89 6.49e-08 42.0 d2b5ea1 d1f9ma_ 42.9 42 20 1 31 72 26 63 3.82e-07 40.0 d2b5ea1 d2e0qa_ 29.7 91 57 4 14 102 1 86 8.97e-07 38.9 d1st9a_ d1st9a_ 100 137 0 0 1 137 1 137 1.63e-104 288 d1st9a_ d3erwa_ 33.1 127 81 2 8 131 7 132 1.13e-26 91.3 d1st9a_ d3hdca1 34.1 123 72 2 2 121 15 131 3.11e-20 75.1 d1st9a_ d4k9za_ 20.7 135 99 1 2 128 7 141 2.75e-11 51.6 d1st9a_ d6bkva1 24.8 109 57 4 26 133 18 102 8.58e-06 36.2 d3erwa_ d3erwa_ 100 134 0 0 1 134 1 134 1.99e-99 275 d3erwa_ d1st9a_ 33.1 127 81 2 7 132 8 131 2.50e-25 87.8 d3erwa_ d3hdca1 25.6 117 80 3 7 122 21 131 1.72e-14 60.1 d4k9za_ d4k9za_ 100 141 0 0 1 141 1 141 1.95e-107 296 d4k9za_ d3hdca1 33.3 66 44 0 7 72 15 80 6.32e-12 53.5 d4k9za_ d1st9a_ 20.7 135 99 1 7 141 2 128 5.51e-11 50.8 d4k9za_ d6bkva1 47.1 34 18 0 29 62 17 50 9.22e-08 41.6 d4k9za_ d1f9ma_ 32.6 46 29 1 31 76 26 69 3.89e-07 40.0 d4k9za_ d2e0qa_ 37.9 29 18 0 31 59 17 45 1.73e-05 35.4 d3hdca1 d3hdca1 100 147 0 0 1 147 1 147 1.58e-109 301 d3hdca1 d1st9a_ 34.1 123 72 2 15 131 2 121 9.34e-20 73.9 d3hdca1 d3erwa_ 25.6 117 80 3 21 131 7 122 4.85e-15 61.6 d3hdca1 d4k9za_ 33.3 66 44 0 15 80 7 72 1.29e-11 52.8 d3hdca1 d6bkva1 32.6 43 28 1 40 82 20 61 5.06e-05 34.3 d3hdca1 d2e0qa_ 26.0 96 47 3 39 133 17 89 6.88e-05 33.9 d6bkva1 d6bkva1 100 105 0 0 1 105 1 105 1.46e-76 215 d6bkva1 d2e0qa_ 39.2 102 60 2 5 105 2 102 1.60e-27 91.3 d6bkva1 d2wz9a_ 32.9 82 54 1 18 99 21 101 3.52e-13 55.1 d6bkva1 d1f9ma_ 28.9 90 61 1 6 92 10 99 5.91e-13 54.3 d6bkva1 d2b5ea1 30.4 92 59 3 2 89 12 102 4.87e-08 42.0 d6bkva1 d4k9za_ 47.1 34 18 0 17 50 29 62 4.93e-08 42.0 d6bkva1 d1st9a_ 24.8 109 57 4 18 102 26 133 4.75e-06 36.6 d6bkva1 d3hdca1 32.6 43 28 1 20 61 40 82 2.62e-05 34.7 d2wz9a_ d2wz9a_ 100 120 0 0 1 120 1 120 3.62e-84 235 d2wz9a_ d2e0qa_ 36.8 76 48 0 18 93 13 88 1.27e-17 66.6 d2wz9a_ d6bkva1 35.6 73 46 1 21 92 18 90 6.22e-12 52.0 d3hz4a_ d3hz4a_ 100 120 0 0 1 120 1 120 5.13e-93 258 d3hz4a_ d2e0qa_ 33.7 89 58 1 20 108 15 102 2.18e-12 53.1 d3hz4a_ d1f9ma_ 30.9 94 63 2 9 101 13 105 1.17e-09 46.2 d3hz4a_ d2b5ea1 26.4 87 59 2 3 86 12 96 7.18e-08 42.0 d2e0qa_ d2e0qa_ 100 104 0 0 1 104 1 104 1.35e-76 215 d2e0qa_ d6bkva1 39.2 102 60 2 2 102 5 105 2.25e-27 90.9 d2e0qa_ d2wz9a_ 36.8 76 48 0 13 88 18 93 3.90e-18 67.8 d2e0qa_ d1f9ma_ 38.2 76 46 1 14 88 23 98 5.15e-14 57.0 d2e0qa_ d3hz4a_ 33.7 89 58 1 15 102 20 108 1.89e-12 53.1 d2e0qa_ d2b5ea1 29.7 91 57 4 1 86 14 102 9.26e-07 38.5 d2e0qa_ d4k9za_ 37.9 29 18 0 17 45 31 59 1.77e-05 35.0 d2e0qa_ d3hdca1 26.0 96 47 3 17 89 39 133 1.27e-04 32.7 d2r5na3 d2r5na3 100 136 0 0 1 136 1 136 6.15e-95 264 d2r5na3 d4c7va3 38.6 132 81 0 3 134 5 136 6.87e-31 102 d4c7va3 d4c7va3 100 136 0 0 1 136 1 136 1.10e-97 271 d4c7va3 d2r5na3 38.6 132 81 0 5 136 3 134 3.42e-31 102 d2h06a2 d2h06a2 100 153 0 0 1 153 1 153 5.23e-111 306 d2h06a2 d5mp7a2 41.7 139 75 4 7 141 6 142 9.70e-24 84.7 d5mp7a2 d5mp7a2 100 148 0 0 1 148 1 148 2.73e-106 293 d5mp7a2 d2h06a2 41.4 145 78 5 6 148 7 146 4.71e-24 85.5 d1wzna1 d1wzna1 100 251 0 0 1 251 1 251 9.32e-185 500 d1wzna1 d5h02a_ 32.5 126 79 3 22 144 32 154 5.66e-11 54.7 d5h02a_ d5h02a_ 100 252 0 0 1 252 1 252 7.15e-194 523 d5h02a_ d1wzna1 32.5 126 79 3 32 154 22 144 1.06e-12 59.7 d4zwva1 d4zwva1 100 369 0 0 1 369 1 369 4.41e-281 754 d4zwva1 d3nu8a_ 29.8 339 213 7 17 349 22 341 2.93e-30 112 d3nx3a_ d3nx3a_ 100 388 0 0 1 388 1 388 4.47e-286 768 d3nx3a_ d3gjua1 23.8 425 268 12 14 387 35 454 3.63e-22 91.3 d3gjua1 d3gjua1 100 457 0 0 1 457 1 457 0.0 920 d3gjua1 d3nx3a_ 23.8 425 268 12 35 454 14 387 3.17e-22 91.7 d3nu8a_ d3nu8a_ 100 358 0 0 1 358 1 358 3.01e-262 705 d3nu8a_ d4zwva1 29.7 343 216 7 22 345 17 353 1.41e-29 110 d1uk8a_ d1uk8a_ 100 271 0 0 1 271 1 271 5.45e-203 548 d1uk8a_ d4jnca1 24.7 299 180 10 13 269 11 306 1.34e-13 63.2 d1uk8a_ d5esra1 26.1 119 81 3 10 123 29 145 3.35e-08 47.0 d1uk8a_ d3kxpa_ 23.9 180 127 4 4 179 3 176 3.96e-08 46.6 d1uk8a_ d3r40a_ 25.0 108 74 2 21 124 26 130 7.91e-08 45.8 d4jnca1 d4jnca1 100 311 0 0 1 311 1 311 4.31e-245 658 d4jnca1 d4inza_ 24.1 323 190 9 1 306 1 285 9.55e-32 114 d4jnca1 d1uk8a_ 24.7 299 180 10 11 306 13 269 1.59e-15 68.9 d4jnca1 d5esra1 33.0 115 75 1 11 123 34 148 1.31e-14 66.6 d4jnca1 d3r40a_ 30.8 107 70 2 19 122 26 131 4.21e-14 65.1 d4inza_ d4inza_ 100 286 0 0 1 286 1 286 2.53e-220 593 d4inza_ d4jnca1 23.8 319 194 9 1 284 1 305 1.74e-28 105 d4inza_ d3kxpa_ 33.6 116 75 1 5 120 7 120 1.58e-15 68.6 d4inza_ d3r40a_ 24.2 132 97 1 3 131 11 142 1.11e-09 51.6 d4inza_ d5esra1 26.3 114 81 2 10 120 34 147 9.01e-08 45.8 d5esra1 d5esra1 100 302 0 0 1 302 1 302 1.60e-231 623 d5esra1 d4jnca1 33.0 115 75 1 34 148 11 123 5.72e-14 64.7 d5esra1 d1uk8a_ 26.1 119 81 3 29 145 10 123 8.63e-09 48.9 d5esra1 d4inza_ 26.3 114 81 2 34 147 10 120 1.66e-08 48.1 d3kxpa_ d3kxpa_ 100 268 0 0 1 268 1 268 7.93e-190 514 d3kxpa_ d4inza_ 33.6 116 75 1 7 120 5 120 2.01e-15 68.2 d3kxpa_ d1uk8a_ 26.3 137 95 3 3 133 4 140 9.45e-08 45.4 d5w8oa_ d5w8oa_ 100 358 0 0 1 358 1 358 4.85e-268 720 d5w8oa_ d3vvma_ 36.3 358 213 8 13 358 20 374 4.96e-67 210 d3r40a_ d3r40a_ 100 297 0 0 1 297 1 297 1.08e-231 623 d3r40a_ d4jnca1 30.8 107 70 2 26 131 19 122 1.34e-13 63.5 d3r40a_ d4inza_ 24.1 133 98 1 11 143 3 132 8.10e-11 55.1 d3r40a_ d1uk8a_ 24.8 113 78 2 26 135 21 129 1.50e-08 48.1 d3vvma_ d3vvma_ 100 374 0 0 1 374 1 374 1.16e-274 738 d3vvma_ d5w8oa_ 36.0 358 214 8 20 374 13 358 2.61e-67 211 d1v19a_ d1v19a_ 100 302 0 0 1 302 1 302 2.82e-216 584 d1v19a_ d3pl2a_ 29.1 323 188 9 3 301 4 309 1.60e-20 83.6 d1v19a_ d3ktna1 22.1 317 211 7 3 287 1 313 6.18e-08 46.6 d1v19a_ d3ry7a_ 22.6 248 165 7 18 253 23 255 1.01e-07 45.8 d1ub0a_ d1ub0a_ 100 258 0 0 1 258 1 258 1.72e-179 488 d1ub0a_ d4c5ka1 36.0 261 163 4 1 258 2 261 2.03e-38 129 d1ub0a_ d3ry7a_ 28.1 135 89 4 99 230 145 274 2.42e-05 38.1 d3pl2a_ d3pl2a_ 100 310 0 0 1 310 1 310 1.66e-228 616 d3pl2a_ d1v19a_ 30.5 292 188 8 4 291 3 283 4.23e-20 82.4 d3pl2a_ d3ry7a_ 21.5 317 219 7 2 305 1 300 3.16e-10 53.5 d3pl2a_ d3ktna1 37.8 37 23 0 252 288 270 306 1.47e-04 36.2 d3ktna1 d3ktna1 100 335 0 0 1 335 1 335 4.53e-250 672 d3ktna1 d1v19a_ 22.1 317 211 7 1 313 3 287 2.68e-11 57.0 d3ktna1 d3pl2a_ 37.8 37 23 0 270 306 252 288 1.59e-04 36.2 d3ikha1 d3ikha1 100 284 0 0 1 284 1 284 1.10e-204 553 d3ikha1 d3ry7a_ 28.1 306 175 5 1 274 3 295 3.89e-28 103 d4c5ka1 d4c5ka1 100 275 0 0 1 275 1 275 1.75e-201 545 d4c5ka1 d1ub0a_ 36.0 261 163 4 2 261 1 258 6.64e-41 136 d3ry7a_ d3ry7a_ 100 303 0 0 1 303 1 303 8.38e-214 578 d3ry7a_ d3ikha1 28.1 306 175 5 3 295 1 274 2.15e-28 104 d3ry7a_ d3pl2a_ 21.5 317 219 7 1 300 2 305 7.13e-11 55.5 d3ry7a_ d1v19a_ 22.9 258 164 8 23 261 18 259 7.57e-08 46.2 d3ry7a_ d1ub0a_ 29.5 112 73 2 168 274 120 230 1.17e-06 42.4 d2j6la_ d2j6la_ 100 497 0 0 1 497 1 497 0.0 1003 d2j6la_ d4jz6a1 27.0 459 321 6 41 494 25 474 7.98e-50 171 d2j6la_ d4i3ta_ 27.0 445 298 12 65 494 40 472 3.17e-40 145 d4jz6a1 d4jz6a1 100 483 0 0 1 483 1 483 0.0 949 d4jz6a1 d4i3ta_ 30.1 455 295 10 36 474 25 472 4.91e-56 187 d4jz6a1 d2j6la_ 27.0 459 321 6 25 474 41 494 5.49e-49 169 d4i3ta_ d4i3ta_ 100 474 0 0 1 474 1 474 0.0 940 d4i3ta_ d4jz6a1 30.1 455 295 10 25 472 36 474 6.71e-56 187 d4i3ta_ d2j6la_ 26.8 426 289 11 59 472 80 494 7.84e-40 144 d3otia1 d3otia1 100 374 0 0 1 374 1 374 7.82e-273 733 d3otia1 d3otga1 32.8 396 219 13 1 367 4 381 2.46e-36 130 d3otga1 d3otga1 100 388 0 0 1 388 1 388 1.01e-282 759 d3otga1 d3otia1 32.7 395 221 13 4 381 1 367 3.45e-35 127 d2rg7a_ d2rg7a_ 100 255 0 0 1 255 1 255 3.91e-179 486 d2rg7a_ d5khlb1 32.3 260 162 7 3 254 1 254 1.16e-33 116 d5khlb1 d5khlb1 100 254 0 0 1 254 1 254 4.73e-175 476 d5khlb1 d2rg7a_ 31.9 260 163 7 1 254 3 254 2.42e-32 113 d2o20a_ d2o20a_ 100 271 0 0 1 271 1 271 6.03e-191 518 d2o20a_ d1dbqa_ 26.8 269 193 3 5 269 3 271 1.94e-29 106 d2o20a_ d3ctpa_ 26.8 272 184 7 4 270 3 264 7.51e-22 85.9 d2o20a_ d3c3ka1 26.7 240 172 3 7 244 7 244 8.12e-22 85.9 d2o20a_ d3tb6a_ 22.6 283 199 5 4 271 3 280 1.76e-20 82.4 d2o20a_ d4rk4a_ 22.9 280 192 7 5 269 4 274 5.67e-20 80.9 d2o20a_ d3e3ma1 23.8 248 185 3 5 248 3 250 9.44e-18 74.7 d1dbqa_ d1dbqa_ 100 282 0 0 1 282 1 282 3.71e-211 570 d1dbqa_ d2o20a_ 26.6 271 195 3 2 272 4 270 2.65e-31 111 d1dbqa_ d3tb6a_ 27.1 288 184 7 1 272 2 279 6.78e-30 108 d1dbqa_ d3c3ka1 27.9 240 163 6 14 250 16 248 5.63e-27 100 d1dbqa_ d3ctpa_ 28.2 255 167 5 1 252 2 243 1.38e-26 99.0 d1dbqa_ d3h5oa1 26.8 280 184 7 1 271 1 268 1.45e-24 93.6 d1dbqa_ d4rk4a_ 23.6 250 185 4 2 247 3 250 2.91e-22 87.4 d1dbqa_ d3e3ma1 25.9 263 187 6 3 261 3 261 7.91e-22 86.3 d1dbqa_ d3k9ca_ 27.4 237 166 5 14 250 13 243 1.09e-18 77.4 d3c3ka1 d3c3ka1 100 271 0 0 1 271 1 271 1.04e-191 520 d3c3ka1 d3ctpa_ 29.3 266 178 7 8 271 7 264 1.01e-29 107 d3c3ka1 d1dbqa_ 27.5 244 159 6 16 248 14 250 3.84e-24 92.4 d3c3ka1 d2o20a_ 26.4 246 177 3 1 244 1 244 1.55e-21 85.1 d3c3ka1 d4rk4a_ 27.8 266 176 7 2 256 1 261 3.14e-21 84.3 d3c3ka1 d3k9ca_ 28.9 270 181 4 5 271 2 263 1.03e-20 82.8 d3c3ka1 d3h5oa1 26.2 260 167 8 5 251 3 250 9.92e-14 63.2 d3c3ka1 d3tb6a_ 24.2 256 177 7 3 246 5 255 6.30e-11 55.1 d3c3ka1 d3e3ma1 23.1 247 186 3 3 245 1 247 4.91e-10 52.4 d4rxta1 d4rxta1 100 293 0 0 1 293 1 293 6.58e-206 557 d4rxta1 d5dkva1 30.1 292 186 6 12 292 14 298 1.26e-38 132 d4rxta1 d3brsa_ 26.6 282 192 6 3 280 5 275 5.61e-27 100 d5dkva1 d5dkva1 100 301 0 0 1 301 1 301 5.05e-214 578 d5dkva1 d4rxta1 30.1 299 191 6 7 298 5 292 2.01e-36 126 d5dkva1 d3brsa_ 24.4 287 201 6 4 286 1 275 3.32e-19 79.3 d3ctpa_ d3ctpa_ 100 266 0 0 1 266 1 266 2.47e-192 521 d3ctpa_ d3c3ka1 30.1 246 165 5 6 245 7 251 6.84e-31 110 d3ctpa_ d1dbqa_ 28.2 255 167 5 2 243 1 252 9.34e-25 94.0 d3ctpa_ d2o20a_ 26.8 272 184 7 3 264 4 270 1.02e-21 85.5 d3ctpa_ d4rk4a_ 24.0 246 162 4 4 231 4 242 1.50e-21 85.1 d3ctpa_ d3tb6a_ 24.0 279 195 4 1 263 1 278 5.38e-19 78.2 d3ctpa_ d3h5oa1 21.5 251 189 3 2 245 1 250 1.07e-14 65.9 d3ctpa_ d3k9ca_ 23.2 263 193 7 7 264 5 263 1.45e-12 59.7 d3ctpa_ d3e3ma1 22.6 235 161 7 4 223 3 231 3.18e-11 55.8 d3tb6a_ d3tb6a_ 100 283 0 0 1 283 1 283 2.91e-204 552 d3tb6a_ d1dbqa_ 27.0 289 183 8 2 279 1 272 3.65e-27 100 d3tb6a_ d4rk4a_ 27.6 279 192 4 4 279 4 275 8.62e-27 99.8 d3tb6a_ d2o20a_ 22.6 283 199 5 3 280 4 271 1.25e-19 80.1 d3tb6a_ d3k9ca_ 32.7 171 108 3 106 276 97 260 2.26e-19 79.3 d3tb6a_ d3ctpa_ 23.9 280 196 4 1 279 1 264 3.84e-18 75.9 d3tb6a_ d3h5oa1 22.3 287 196 6 2 279 1 269 2.85e-13 62.0 d3tb6a_ d3c3ka1 24.2 256 177 7 5 255 3 246 6.58e-11 55.1 d3tb6a_ d3e3ma1 20.3 261 194 4 4 260 3 253 3.02e-10 53.1 d3h5oa1 d3h5oa1 100 269 0 0 1 269 1 269 8.32e-197 532 d3h5oa1 d3e3ma1 32.3 260 163 4 6 257 6 260 2.21e-37 127 d3h5oa1 d1dbqa_ 27.4 266 172 7 15 268 15 271 9.81e-24 91.3 d3h5oa1 d3c3ka1 27.2 254 170 10 4 250 6 251 1.14e-14 65.9 d3h5oa1 d3ctpa_ 21.5 251 189 3 1 250 2 245 1.48e-14 65.5 d3h5oa1 d3tb6a_ 22.3 287 196 6 1 269 2 279 5.88e-14 63.9 d3h5oa1 d4rk4a_ 23.3 275 196 5 5 269 6 275 6.37e-13 60.8 d3brsa_ d3brsa_ 100 276 0 0 1 276 1 276 2.03e-196 532 d3brsa_ d4rxta1 26.4 280 195 5 5 275 3 280 5.29e-27 100 d3brsa_ d5dkva1 24.4 287 201 6 1 275 4 286 1.88e-21 85.5 d4rk4a_ d4rk4a_ 100 275 0 0 1 275 1 275 4.43e-195 528 d4rk4a_ d3tb6a_ 27.6 279 192 4 4 275 4 279 8.37e-26 97.1 d4rk4a_ d3c3ka1 28.0 268 173 7 1 261 2 256 7.93e-20 80.5 d4rk4a_ d3ctpa_ 23.9 255 169 4 4 251 4 240 2.66e-19 79.0 d4rk4a_ d1dbqa_ 23.6 250 185 4 3 250 2 247 1.60e-18 77.0 d4rk4a_ d2o20a_ 23.0 283 194 7 1 274 2 269 1.92e-18 76.6 d4rk4a_ d3k9ca_ 27.8 263 178 5 7 267 5 257 3.19e-17 73.2 d4rk4a_ d3h5oa1 23.6 275 195 5 6 275 5 269 8.14e-11 54.7 d4rk4a_ d3e3ma1 21.7 240 183 4 2 239 1 237 2.36e-08 47.4 d3k9ca_ d3k9ca_ 100 268 0 0 1 268 1 268 5.35e-188 510 d3k9ca_ d3tb6a_ 32.7 171 108 3 97 260 106 276 7.66e-19 77.8 d3k9ca_ d3c3ka1 28.9 270 181 4 2 263 5 271 1.25e-18 77.0 d3k9ca_ d4rk4a_ 28.2 266 178 6 3 257 4 267 2.80e-16 70.5 d3k9ca_ d1dbqa_ 33.5 161 103 3 104 260 109 269 2.30e-14 65.1 d3k9ca_ d3ctpa_ 22.8 263 194 7 5 263 7 264 4.50e-10 52.4 d3k9ca_ d3e3ma1 28.4 102 71 1 128 227 133 234 1.02e-05 39.3 d3e3ma1 d3e3ma1 100 277 0 0 1 277 1 277 7.13e-202 546 d3e3ma1 d3h5oa1 32.2 261 164 4 5 260 5 257 5.87e-38 129 d3e3ma1 d1dbqa_ 25.6 262 189 5 3 261 3 261 5.35e-21 84.0 d3e3ma1 d2o20a_ 23.8 248 185 3 3 250 5 248 1.55e-19 79.7 d3e3ma1 d3tb6a_ 20.6 262 194 5 3 254 4 261 4.52e-12 58.5 d3e3ma1 d3c3ka1 23.1 247 186 3 1 247 3 245 5.63e-12 58.2 d3e3ma1 d3ctpa_ 21.6 255 179 7 3 251 4 243 9.93e-12 57.4 d3e3ma1 d4rk4a_ 21.7 240 183 4 1 237 2 239 4.73e-11 55.5 d3e3ma1 d3k9ca_ 25.4 201 138 6 38 234 35 227 1.72e-08 47.8 d1elja_ d1elja_ 100 380 0 0 1 380 1 380 8.08e-294 787 d1elja_ d4eqba_ 22.7 291 171 15 61 337 52 302 1.54e-05 39.7 d1pb7a_ d1pb7a_ 100 289 0 0 1 289 1 289 1.36e-221 597 d1pb7a_ d4kcda_ 34.9 298 169 8 3 287 5 290 4.06e-59 184 d1pb7a_ d5eyfa_ 26.6 173 115 5 110 281 70 231 3.02e-11 55.8 d1pb7a_ d4i62a_ 19.3 181 128 5 103 277 59 227 4.45e-04 34.3 d1xt8a1 d1xt8a1 100 248 0 0 1 248 1 248 1.67e-181 492 d1xt8a1 d5eyfa_ 31.0 226 153 3 4 227 4 228 5.43e-33 114 d1xt8a1 d4i62a_ 28.9 239 156 6 4 233 1 234 2.75e-18 75.1 d1xt8a1 d2ylna_ 28.1 242 141 9 4 225 7 235 3.22e-15 66.6 d1xt8a1 d4c0ra1 31.4 118 78 2 13 130 3 117 8.97e-11 53.9 d1xt8a1 d3delb1 23.8 168 121 5 15 180 5 167 2.56e-08 46.6 d2xwva1 d2xwva1 100 306 0 0 1 306 1 306 2.42e-219 592 d2xwva1 d4pbqa_ 30.9 272 180 5 22 289 22 289 5.64e-36 125 d2xwva1 d4ng7a1 25.7 284 204 3 20 301 16 294 2.14e-29 107 d2xwva1 d4n91a_ 27.6 272 185 5 24 289 23 288 1.27e-26 100 d4euoa_ d4euoa_ 100 313 0 0 1 313 1 313 2.38e-234 631 d4euoa_ d5l9sa_ 35.5 251 152 7 2 243 5 254 8.66e-41 139 d4euoa_ d4eqba_ 23.0 287 192 9 2 272 4 277 2.03e-08 48.1 d5l9sa_ d5l9sa_ 100 326 0 0 1 326 1 326 8.41e-246 661 d5l9sa_ d4euoa_ 31.5 321 207 10 5 324 2 310 6.45e-41 139 d4n91a_ d4n91a_ 100 308 0 0 1 308 1 308 8.93e-232 624 d4n91a_ d4ng7a1 30.2 285 192 5 12 292 9 290 1.24e-38 132 d4n91a_ d4pbqa_ 27.7 311 209 8 1 304 1 302 3.33e-33 118 d4n91a_ d2xwva1 26.5 291 202 5 4 288 5 289 3.55e-28 104 d3delb1 d3delb1 100 224 0 0 1 224 1 224 7.09e-162 440 d3delb1 d4i62a_ 24.5 220 160 4 2 216 9 227 4.69e-20 79.3 d3delb1 d2ylna_ 24.1 232 143 7 5 220 18 232 2.00e-14 63.9 d3delb1 d5eyfa_ 27.8 209 129 7 23 220 34 231 1.08e-09 50.4 d3delb1 d1xt8a1 23.8 168 121 5 5 167 15 180 2.80e-09 49.3 d3delb1 d4c0ra1 21.8 225 163 6 5 220 5 225 2.41e-07 43.5 d4ng7a1 d4ng7a1 100 298 0 0 1 298 1 298 3.73e-219 591 d4ng7a1 d4n91a_ 29.7 293 199 5 1 290 4 292 4.60e-38 130 d4ng7a1 d2xwva1 25.7 284 204 3 16 294 20 301 2.89e-30 110 d4ng7a1 d4pbqa_ 27.3 253 166 5 1 247 4 244 9.90e-26 97.8 d5eyfa_ d5eyfa_ 100 241 0 0 1 241 1 241 2.03e-174 473 d5eyfa_ d1xt8a1 31.0 226 153 3 4 228 4 227 2.49e-34 117 d5eyfa_ d4i62a_ 25.8 236 164 5 4 232 1 232 4.89e-21 82.4 d5eyfa_ d2ylna_ 24.7 235 165 6 3 232 6 233 4.90e-19 77.0 d5eyfa_ d1pb7a_ 26.6 173 115 5 70 231 110 281 1.14e-10 53.9 d5eyfa_ d3delb1 27.8 212 131 7 34 234 23 223 2.90e-09 49.3 d5eyfa_ d4c0ra1 22.5 209 144 7 36 232 24 226 7.68e-05 36.2 d4pbqa_ d4pbqa_ 100 304 0 0 1 304 1 304 8.20e-226 608 d4pbqa_ d2xwva1 31.0 271 179 5 22 288 22 288 4.01e-36 125 d4pbqa_ d4n91a_ 27.7 311 209 8 1 302 1 304 6.51e-32 114 d4pbqa_ d4ng7a1 27.0 248 173 4 4 244 1 247 5.11e-25 95.9 d2ylna_ d2ylna_ 100 240 0 0 1 240 1 240 1.09e-173 471 d2ylna_ d4c0ra1 28.9 232 147 8 15 234 2 227 3.37e-22 85.5 d2ylna_ d4i62a_ 25.9 239 166 7 7 237 1 236 9.13e-20 79.0 d2ylna_ d5eyfa_ 24.7 235 165 6 6 233 3 232 9.58e-20 79.0 d2ylna_ d1xt8a1 28.1 242 141 9 7 235 4 225 9.41e-17 70.9 d2ylna_ d3delb1 24.1 232 143 7 18 232 5 220 1.56e-14 64.3 d4kcda_ d4kcda_ 100 290 0 0 1 290 1 290 1.86e-224 604 d4kcda_ d1pb7a_ 35.9 304 158 10 5 290 3 287 5.74e-59 184 d4kcda_ d4i62a_ 18.8 240 163 8 56 286 17 233 7.64e-06 39.7 d4c0ra1 d4c0ra1 100 237 0 0 1 237 1 237 5.82e-172 467 d4c0ra1 d2ylna_ 27.7 231 151 7 2 227 15 234 3.27e-19 77.4 d4c0ra1 d1xt8a1 31.4 118 78 2 3 117 13 130 1.78e-09 50.1 d4eqba_ d4eqba_ 100 323 0 0 1 323 1 323 4.68e-246 661 d4eqba_ d4euoa_ 23.0 287 192 9 4 277 2 272 2.07e-09 51.2 d4eqba_ d1elja_ 28.7 101 61 3 52 148 61 154 4.20e-06 41.2 d4i62a_ d4i62a_ 100 238 0 0 1 238 1 238 2.08e-161 440 d4i62a_ d5eyfa_ 25.8 236 164 5 1 232 4 232 2.28e-17 72.4 d4i62a_ d1xt8a1 28.9 239 156 6 1 234 4 233 1.16e-15 67.8 d4i62a_ d3delb1 25.4 228 148 7 9 227 2 216 2.23e-15 66.6 d4i62a_ d2ylna_ 25.6 238 168 6 1 236 7 237 2.74e-15 66.6 d1u0ma1 d1u0ma1 100 200 0 0 1 200 1 200 5.71e-147 400 d1u0ma1 d4b0na1 27.1 207 135 3 7 198 14 219 2.33e-16 68.6 d4b0na1 d4b0na1 100 230 0 0 1 230 1 230 2.29e-170 462 d4b0na1 d1u0ma1 27.1 207 135 3 14 219 7 198 1.42e-18 74.7 d2z3ga_ d2z3ga_ 100 123 0 0 1 123 1 123 4.52e-84 235 d2z3ga_ d3ijfx_ 37.4 99 55 5 26 122 25 118 2.51e-12 53.5 d3ijfx_ d3ijfx_ 100 123 0 0 1 123 1 123 4.35e-91 253 d3ijfx_ d2z3ga_ 37.1 105 58 6 20 118 20 122 3.26e-13 55.8 d1rkqa1 d1rkqa1 100 269 0 0 1 269 1 269 7.98e-195 527 d1rkqa1 d4dw8a_ 29.3 263 185 1 3 265 3 264 7.09e-36 123 d1rkqa1 d2b30a1 25.7 276 186 8 2 265 10 278 1.99e-15 68.2 d1rkqa1 d2hf2a_ 22.7 278 192 7 1 269 2 265 3.33e-13 61.6 d2b30a1 d2b30a1 100 283 0 0 1 283 1 283 5.24e-207 559 d2b30a1 d1rkqa1 25.7 276 186 8 10 278 2 265 7.20e-15 66.6 d2b30a1 d2hf2a_ 24.9 277 171 10 10 272 3 256 3.59e-11 55.8 d2hf2a_ d2hf2a_ 100 270 0 0 1 270 1 270 2.30e-199 539 d2hf2a_ d4dw8a_ 27.2 279 169 9 4 263 3 266 2.58e-20 81.6 d2hf2a_ d1rkqa1 22.7 273 188 7 2 260 1 264 9.80e-14 63.2 d2hf2a_ d2b30a1 25.5 278 168 11 3 256 10 272 3.10e-12 58.9 d4dw8a_ d4dw8a_ 100 266 0 0 1 266 1 266 8.62e-193 522 d4dw8a_ d1rkqa1 29.3 263 185 1 3 264 3 265 5.00e-36 123 d4dw8a_ d2hf2a_ 27.3 278 168 9 3 265 4 262 9.20e-20 80.1 d3l5ka1 d3l5ka1 100 228 0 0 1 228 1 228 1.55e-167 455 d3l5ka1 d4uasa_ 25.3 198 134 5 8 195 2 195 3.85e-12 57.4 d3l5ka1 d4uava_ 26.4 239 140 9 11 224 6 233 2.20e-11 55.5 d4uasa_ d4uasa_ 100 225 0 0 1 225 1 225 1.13e-163 445 d4uasa_ d4uava_ 40.4 223 121 4 4 216 5 225 5.11e-46 147 d4uasa_ d3l5ka1 25.6 195 131 5 5 195 11 195 3.80e-12 57.4 d4uasa_ d4ygra1 24.7 194 132 7 2 192 1 183 6.21e-05 36.2 d2w43a_ d2w43a_ 100 201 0 0 1 201 1 201 1.39e-143 392 d2w43a_ d4ygra1 36.2 69 41 2 106 171 119 187 1.64e-09 49.3 d4uava_ d4uava_ 100 246 0 0 1 246 1 246 6.81e-180 488 d4uava_ d4uasa_ 40.4 223 121 4 5 225 4 216 1.24e-44 144 d4uava_ d3l5ka1 25.0 236 147 7 6 233 11 224 6.89e-10 51.2 d4ygra1 d4ygra1 100 214 0 0 1 214 1 214 9.05e-160 434 d4ygra1 d2w43a_ 28.7 115 77 4 73 187 62 171 1.97e-10 52.0 d3bbda1 d3bbda1 100 204 0 0 1 204 1 204 1.19e-150 410 d3bbda1 d3o7ba_ 33.3 192 111 4 5 184 6 192 3.95e-31 107 d3o7ba_ d3o7ba_ 100 216 0 0 1 216 1 216 3.68e-160 435 d3o7ba_ d3bbda1 33.3 192 111 4 6 192 5 184 2.71e-32 110 d3d3ha_ d3d3ha_ 100 183 0 0 1 183 1 183 3.23e-131 359 d3d3ha_ d2olua1 37.8 180 112 0 1 180 25 204 1.26e-38 126 d2olua1 d2olua1 100 225 0 0 1 225 1 225 7.12e-167 453 d2olua1 d3d3ha_ 37.8 180 112 0 25 204 1 180 1.10e-38 126 d2v94a1 d2v94a1 100 93 0 0 1 93 1 93 7.13e-67 189 d2v94a1 d2g1da1 30.4 92 64 0 1 92 1 92 1.84e-14 57.4 d2g1da1 d2g1da1 100 98 0 0 1 98 1 98 5.94e-66 187 d2g1da1 d2v94a1 30.4 92 64 0 1 92 1 92 1.74e-12 52.4 d1wm3a_ d1wm3a_ 100 72 0 0 1 72 1 72 5.63e-50 145 d1wm3a_ d3a4ra1 32.4 71 47 1 2 71 3 73 2.23e-08 40.4 d3a4ra1 d3a4ra1 100 74 0 0 1 74 1 74 2.74e-51 149 d3a4ra1 d1wm3a_ 32.4 71 47 1 3 73 2 71 2.85e-09 42.7 d3ec9a1 d3ec9a1 100 130 0 0 1 130 1 130 2.10e-99 275 d3ec9a1 d3grda_ 40.5 126 73 1 6 129 7 132 4.81e-34 109 d3grda_ d3grda_ 100 133 0 0 1 133 1 133 1.78e-97 270 d3grda_ d3ec9a1 40.8 125 72 1 7 131 6 128 1.98e-33 108 d1k5na2 d1k5na2 100 181 0 0 1 181 1 181 5.40e-138 376 d1k5na2 d1de4a2 36.1 180 109 5 2 179 2 177 3.68e-29 100 d1de4a2 d1de4a2 100 178 0 0 1 178 1 178 7.41e-139 378 d1de4a2 d1k5na2 36.1 180 109 5 2 177 2 179 3.62e-29 100 d3qy3a1 d3qy3a1 100 130 0 0 1 130 1 130 7.04e-98 271 d3qy3a1 d2cyea1 36.3 124 69 6 8 129 10 125 3.14e-14 58.9 d2cyea1 d2cyea1 100 132 0 0 1 132 1 132 3.90e-96 266 d2cyea1 d3qy3a1 36.3 124 69 6 10 125 8 129 5.80e-15 60.8 d1j4wa1 d1j4wa1 100 70 0 0 1 70 1 70 4.72e-48 140 d1j4wa1 d2ctma1 31.3 64 43 1 2 65 13 75 2.14e-06 35.4 d2ctma1 d2ctma1 100 81 0 0 1 81 1 81 3.54e-57 164 d2ctma1 d1viga_ 30.0 70 48 1 6 75 1 69 1.55e-10 46.2 d2ctma1 d1j4wa1 31.3 64 43 1 13 75 2 65 8.80e-07 36.6 d1viga_ d1viga_ 100 71 0 0 1 71 1 71 5.06e-48 140 d1viga_ d2ctma1 31.5 73 43 2 1 69 6 75 6.20e-09 42.0 d1jpma2 d1jpma2 100 125 0 0 1 125 1 125 6.90e-89 248 d1jpma2 d3fvda1 30.8 130 80 4 2 125 1 126 1.63e-10 48.9 d1jpma2 d5olca1 29.2 130 78 3 2 125 1 122 4.16e-10 47.8 d1jpma2 d4k8ga1 34.5 116 57 5 21 125 4 111 9.32e-10 46.6 d4k8ga1 d4k8ga1 100 111 0 0 1 111 1 111 2.54e-82 230 d4k8ga1 d5olca1 35.7 98 59 2 15 111 28 122 1.02e-14 59.3 d4k8ga1 d3fvda1 34.3 105 43 4 20 111 35 126 6.74e-13 54.7 d4k8ga1 d1jpma2 34.5 116 57 5 4 111 21 125 2.14e-10 48.1 d3fvda1 d3fvda1 100 126 0 0 1 126 1 126 9.00e-99 273 d3fvda1 d4k8ga1 34.3 105 43 4 35 126 20 111 1.51e-12 53.9 d3fvda1 d1jpma2 30.8 130 80 4 1 126 2 125 1.54e-11 51.6 d3fvda1 d5olca1 28.4 134 76 5 1 126 1 122 7.91e-11 49.7 d5olca1 d5olca1 100 122 0 0 1 122 1 122 4.90e-92 255 d5olca1 d4k8ga1 35.7 98 59 2 28 122 15 111 2.83e-15 60.8 d5olca1 d1jpma2 29.2 130 78 3 1 122 2 125 9.87e-12 52.0 d5olca1 d3fvda1 27.2 136 75 5 1 122 1 126 1.98e-11 51.2 d1p1la_ d1p1la_ 100 102 0 0 1 102 1 102 3.92e-75 211 d1p1la_ d2nuha_ 34.3 99 64 1 5 102 6 104 3.49e-18 67.4 d2nuha_ d2nuha_ 100 104 0 0 1 104 1 104 1.85e-74 209 d2nuha_ d1p1la_ 34.3 99 64 1 6 104 5 102 7.12e-18 66.6 d1l3ka1 d1l3ka1 100 84 0 0 1 84 1 84 9.55e-61 173 d1l3ka1 d5x3ya1 40.8 76 45 0 7 82 1 76 8.26e-20 70.5 d1l3ka1 d2dnza1 41.2 51 30 0 9 59 1 51 5.98e-13 52.8 d1l3ka1 d3uwta2 23.9 67 51 0 1 67 3 69 1.48e-10 47.0 d2dnza1 d2dnza1 100 82 0 0 1 82 1 82 1.38e-59 170 d2dnza1 d3uwta2 39.7 73 44 0 1 73 11 83 8.49e-20 70.5 d2dnza1 d5x3ya1 37.9 58 36 0 1 58 3 60 3.50e-13 53.5 d2dnza1 d1l3ka1 35.9 78 41 2 1 77 9 78 8.27e-13 52.4 d3uwta2 d3uwta2 100 96 0 0 1 96 1 96 1.31e-68 194 d3uwta2 d2dnza1 39.7 73 44 0 11 83 1 73 3.49e-20 71.6 d3uwta2 d5x3ya1 27.6 76 54 1 10 85 2 76 1.79e-11 49.7 d3uwta2 d1l3ka1 23.5 85 64 1 3 87 1 84 4.24e-11 48.5 d5x3ya1 d5x3ya1 100 92 0 0 1 92 1 92 2.70e-66 188 d5x3ya1 d1l3ka1 40.8 76 45 0 1 76 7 82 7.36e-19 68.2 d5x3ya1 d2dnza1 37.9 58 36 0 3 60 1 58 5.56e-13 53.1 d5x3ya1 d3uwta2 34.4 61 36 1 2 58 10 70 9.65e-11 47.8 d2j0wa3 d2j0wa3 100 64 0 0 1 64 1 64 1.22e-45 134 d2j0wa3 d2cdqa3 38.5 65 37 2 2 64 2 65 6.01e-09 41.6 d2cdqa3 d2cdqa3 100 75 0 0 1 75 1 75 4.04e-49 143 d2cdqa3 d2j0wa3 38.5 65 37 2 2 65 2 64 1.14e-07 38.5 d3r5ga_ d3r5ga_ 100 195 0 0 1 195 1 195 4.89e-141 385 d3r5ga_ d3mr7a1 27.6 192 109 7 3 188 1 168 2.05e-11 53.9 d3mr7a1 d3mr7a1 100 171 0 0 1 171 1 171 7.45e-122 335 d3mr7a1 d3r5ga_ 27.1 192 110 7 1 168 3 188 1.16e-09 48.9 d4qmea2 d4qmea2 100 250 0 0 1 250 1 250 4.14e-192 519 d4qmea2 d4fkea2 27.7 184 124 3 49 225 45 226 8.03e-19 77.0 d4fkea2 d4fkea2 100 262 0 0 1 262 1 262 1.44e-198 536 d4fkea2 d4qmea2 27.7 184 124 3 45 226 49 225 7.38e-17 71.6 d1m4ia_ d1m4ia_ 100 181 0 0 1 181 1 181 3.65e-136 372 d1m4ia_ d5us1a1 32.9 173 116 0 9 181 6 178 8.47e-34 112 d5us1a1 d5us1a1 100 178 0 0 1 178 1 178 2.39e-135 369 d5us1a1 d1m4ia_ 32.9 173 116 0 6 178 9 181 4.66e-36 118 d1vcda_ d1vcda_ 100 126 0 0 1 126 1 126 3.98e-93 258 d1vcda_ d1hzta1 33.3 87 47 3 1 76 1 87 1.21e-05 36.2 d1hzta1 d1hzta1 100 152 0 0 1 152 1 152 3.16e-116 319 d1hzta1 d1vcda_ 35.4 79 40 3 9 87 9 76 2.13e-06 38.5 d1jcua_ d1jcua_ 100 208 0 0 1 208 1 208 8.04e-151 411 d1jcua_ d1hrua_ 27.2 151 105 2 10 155 2 152 1.35e-14 63.2 d1hrua_ d1hrua_ 100 186 0 0 1 186 1 186 1.60e-137 375 d1hrua_ d1jcua_ 26.0 177 126 2 2 178 10 181 8.74e-15 63.5 d3mi9a_ d3mi9a_ 100 337 0 0 1 337 1 337 5.52e-252 677 d3mi9a_ d3oz6a_ 33.2 331 178 8 11 307 7 328 2.80e-45 152 d3mi9a_ d2b9ha_ 33.2 316 193 9 10 316 11 317 6.24e-45 151 d3mi9a_ d2i6la_ 35.1 313 173 10 10 307 6 303 3.94e-41 140 d3mi9a_ d2xrwa1 27.8 324 203 9 9 316 22 330 6.32e-30 111 d3mi9a_ d3wara_ 29.8 309 186 13 12 310 38 325 3.73e-28 105 d3mi9a_ d3fe3a_ 28.8 208 127 7 9 212 4 194 1.53e-23 92.8 d3mi9a_ d3coka1 27.2 294 163 9 18 307 17 263 2.68e-20 82.8 d3mi9a_ d2yexa_ 31.3 211 126 7 9 215 5 200 5.34e-20 82.0 d3mi9a_ d4c2va_ 31.8 220 124 8 18 230 13 213 7.52e-20 81.6 d3mi9a_ d4wnoa_ 31.2 237 130 11 7 228 2 220 1.45e-19 80.9 d3mi9a_ d2w5aa1 30.3 221 128 7 12 220 6 212 1.87e-19 80.5 d3mi9a_ d5jzja_ 28.2 248 153 10 11 251 16 245 8.52e-16 70.1 d3mi9a_ d3lxpa_ 26.6 214 133 7 13 217 11 209 2.49e-15 68.9 d3mi9a_ d3uc3a_ 25.0 328 195 12 1 323 1 282 2.36e-14 66.2 d3mi9a_ d3dlsa_ 25.7 210 134 5 11 212 17 212 1.58e-13 63.5 d3mi9a_ d4at5a1 23.4 235 143 9 5 217 3 222 1.38e-12 60.8 d3mi9a_ d1ad5a3 28.2 213 120 8 8 217 16 198 3.78e-12 59.3 d3mi9a_ d3poza_ 23.2 211 148 4 10 217 10 209 1.63e-11 57.8 d3mi9a_ d4itja_ 28.1 196 117 6 10 193 8 191 1.85e-11 57.4 d3mi9a_ d3f66a_ 26.4 159 106 4 62 218 79 228 8.57e-11 55.5 d3mi9a_ d4nfna_ 27.4 223 119 8 11 214 12 210 1.58e-08 48.5 d3mi9a_ d4yfia_ 23.4 218 143 7 8 217 19 220 6.52e-08 46.6 d3mi9a_ d4i4ea_ 22.4 205 135 7 18 215 15 202 1.47e-07 45.4 d3poza_ d3poza_ 100 317 0 0 1 317 1 317 6.10e-239 643 d3poza_ d4i4ea_ 38.2 259 158 2 16 274 13 269 1.21e-64 199 d3poza_ d3f66a_ 40.4 260 146 4 16 269 31 287 2.17e-59 186 d3poza_ d3lxpa_ 35.4 271 155 5 13 265 11 279 3.93e-47 154 d3poza_ d1ad5a3 35.6 250 136 6 16 261 22 250 5.57e-45 148 d3poza_ d4at5a1 32.6 282 171 6 18 283 18 296 1.10e-43 145 d3poza_ d4yfia_ 30.2 275 168 12 7 270 20 281 5.62e-27 101 d3poza_ d4itja_ 25.4 276 176 10 7 261 5 271 1.86e-19 80.5 d3poza_ d4wnoa_ 24.9 233 157 6 11 233 8 232 4.29e-17 73.6 d3poza_ d3fe3a_ 28.3 226 151 8 12 234 7 224 4.93e-17 73.9 d3poza_ d3coka1 26.9 212 145 5 8 216 7 211 4.62e-16 70.5 d3poza_ d3mi9a_ 23.2 211 148 4 10 209 10 217 1.98e-12 60.5 d3poza_ d2i6la_ 25.3 217 138 8 10 209 6 215 3.11e-12 59.7 d3poza_ d2w5aa1 21.7 267 190 9 11 265 5 264 1.06e-11 57.8 d3poza_ d2xrwa1 27.0 211 129 7 12 211 25 221 2.24e-11 57.4 d3poza_ d1koba_ 23.8 206 145 5 15 217 34 230 2.90e-11 57.0 d3poza_ d4c2va_ 23.3 202 142 7 18 216 13 204 1.15e-10 54.7 d3poza_ d3dlsa_ 25.2 214 143 10 11 215 17 222 5.46e-10 52.8 d3poza_ d2b9ha_ 23.0 213 142 5 10 207 11 216 7.09e-10 52.8 d3poza_ d3oz6a_ 23.1 242 154 8 11 229 7 239 1.01e-09 52.4 d3poza_ d2yexa_ 24.0 204 147 6 15 216 11 208 2.91e-09 50.4 d3poza_ d3uc3a_ 24.3 206 141 8 15 216 15 209 8.36e-09 49.3 d3poza_ d5jzja_ 25.1 183 119 7 43 217 44 216 4.16e-08 47.0 d3poza_ d4nfna_ 19.8 273 202 7 12 274 13 278 6.05e-06 40.4 d4i4ea_ d4i4ea_ 100 273 0 0 1 273 1 273 1.98e-206 557 d4i4ea_ d3poza_ 38.7 256 155 2 13 266 16 271 1.17e-63 196 d4i4ea_ d1ad5a3 40.7 263 139 5 2 263 11 257 2.28e-61 189 d4i4ea_ d3f66a_ 35.7 263 164 2 9 266 27 289 1.92e-60 187 d4i4ea_ d4at5a1 38.0 279 156 5 4 266 7 284 1.14e-58 183 d4i4ea_ d3lxpa_ 36.8 277 151 8 13 268 14 287 5.56e-48 155 d4i4ea_ d4yfia_ 27.9 272 186 6 2 267 16 283 1.13e-29 107 d4i4ea_ d4itja_ 26.9 260 168 7 15 256 16 271 5.33e-21 84.0 d4i4ea_ d3fe3a_ 30.5 223 144 8 11 229 9 224 1.46e-20 83.2 d4i4ea_ d5jzja_ 32.5 212 127 8 7 212 15 216 1.63e-20 82.4 d4i4ea_ d4wnoa_ 28.5 228 140 10 2 218 7 222 2.83e-19 79.0 d4i4ea_ d2w5aa1 26.0 265 179 8 7 259 4 263 3.69e-19 78.6 d4i4ea_ d3coka1 27.1 207 143 5 7 210 9 210 8.41e-18 74.7 d4i4ea_ d4c2va_ 26.3 251 167 9 9 253 7 245 1.70e-17 73.9 d4i4ea_ d2i6la_ 30.7 192 113 8 38 212 34 222 4.10e-16 70.5 d4i4ea_ d2yexa_ 27.2 202 136 6 7 203 6 201 1.83e-15 68.2 d4i4ea_ d2xrwa1 26.5 260 164 10 7 256 23 265 1.02e-12 60.8 d4i4ea_ d3uc3a_ 26.0 265 174 12 7 260 10 263 2.03e-12 59.7 d4i4ea_ d2b9ha_ 25.1 219 141 9 2 204 7 218 4.38e-12 58.9 d4i4ea_ d3dlsa_ 26.8 198 131 9 15 203 24 216 6.49e-11 55.1 d4i4ea_ d3oz6a_ 24.1 241 150 10 8 222 7 240 3.95e-09 50.1 d4i4ea_ d3mi9a_ 22.4 205 135 7 15 202 18 215 6.50e-09 49.3 d4i4ea_ d3wara_ 20.8 236 158 10 1 222 24 244 2.07e-08 47.8 d1ad5a3 d1ad5a3 100 272 0 0 1 272 1 272 1.45e-203 550 d1ad5a3 d4i4ea_ 40.7 263 139 5 11 257 2 263 5.70e-62 191 d1ad5a3 d4at5a1 35.5 282 152 8 13 264 7 288 1.89e-53 169 d1ad5a3 d3f66a_ 33.7 261 149 6 24 262 33 291 2.31e-48 156 d1ad5a3 d3poza_ 35.6 250 136 6 22 250 16 261 9.44e-45 147 d1ad5a3 d3lxpa_ 33.0 276 146 7 18 257 10 282 3.26e-42 140 d1ad5a3 d4itja_ 32.6 270 147 9 24 261 16 282 1.91e-33 117 d1ad5a3 d3fe3a_ 29.4 252 158 10 17 253 6 252 1.81e-24 94.0 d1ad5a3 d4yfia_ 27.1 258 161 11 24 259 29 281 7.49e-22 86.3 d1ad5a3 d2w5aa1 25.4 256 161 8 24 253 12 263 4.99e-19 78.2 d1ad5a3 d4wnoa_ 28.6 213 126 8 24 214 15 223 8.29e-17 72.0 d1ad5a3 d2yexa_ 31.1 206 121 9 16 204 6 207 1.32e-15 68.6 d1ad5a3 d2i6la_ 27.0 204 122 8 22 198 12 215 1.18e-14 66.2 d1ad5a3 d3coka1 27.4 208 126 9 16 204 9 210 1.52e-14 65.5 d1ad5a3 d4c2va_ 24.8 206 139 6 24 216 13 215 2.20e-14 65.1 d1ad5a3 d3mi9a_ 27.5 204 117 7 23 198 17 217 3.43e-14 65.1 d1ad5a3 d2b9ha_ 25.5 208 122 9 18 196 13 216 1.41e-11 57.4 d1ad5a3 d3dlsa_ 23.6 195 126 8 24 197 24 216 1.44e-11 57.0 d1ad5a3 d2xrwa1 28.3 205 120 10 22 206 29 226 1.45e-11 57.4 d1ad5a3 d5jzja_ 22.5 222 152 9 9 213 5 223 3.34e-11 55.8 d1ad5a3 d4nfna_ 21.9 270 185 8 13 259 8 274 1.21e-10 54.3 d1ad5a3 d3uc3a_ 25.8 248 155 10 22 247 16 256 2.35e-10 53.5 d1ad5a3 d3oz6a_ 25.4 228 126 11 20 208 10 232 9.10e-10 52.0 d3f66a_ d3f66a_ 100 298 0 0 1 298 1 298 3.23e-229 617 d3f66a_ d4i4ea_ 35.7 263 164 2 27 289 9 266 2.35e-62 192 d3f66a_ d4at5a1 37.1 286 150 8 33 295 18 296 5.13e-61 190 d3f66a_ d3poza_ 40.8 260 145 4 31 287 16 269 1.30e-60 189 d3f66a_ d1ad5a3 33.7 261 149 6 33 291 24 262 9.07e-49 157 d3f66a_ d3lxpa_ 33.9 283 160 8 33 295 16 291 5.81e-44 145 d3f66a_ d4yfia_ 28.1 270 171 8 27 286 23 279 5.33e-30 108 d3f66a_ d4itja_ 33.2 223 127 8 74 279 54 271 5.47e-27 100 d3f66a_ d4wnoa_ 26.7 266 166 11 31 281 13 264 2.23e-19 79.7 d3f66a_ d2w5aa1 26.2 244 165 7 49 283 27 264 3.62e-18 76.3 d3f66a_ d3coka1 25.3 217 146 7 31 243 15 219 1.08e-16 72.0 d3f66a_ d3fe3a_ 26.5 223 147 10 31 249 11 220 1.33e-16 72.4 d3f66a_ d3oz6a_ 25.2 270 171 11 33 278 14 276 2.28e-14 66.2 d3f66a_ d2yexa_ 29.1 203 134 6 31 231 12 206 4.49e-13 61.6 d3f66a_ d2i6la_ 29.1 213 122 11 33 227 14 215 8.02e-13 61.2 d3f66a_ d3mi9a_ 26.1 218 140 7 33 238 18 226 1.23e-12 60.8 d3f66a_ d5jzja_ 27.0 211 129 8 31 233 21 214 1.57e-12 60.1 d3f66a_ d1koba_ 25.1 207 135 6 31 231 35 227 1.76e-12 60.5 d3f66a_ d3uc3a_ 27.5 247 157 12 29 270 14 243 6.81e-11 55.5 d3f66a_ d2b9ha_ 25.5 220 136 9 31 234 17 224 7.96e-11 55.5 d3f66a_ d2xrwa1 24.2 215 142 7 33 240 31 231 8.18e-11 55.5 d3f66a_ d4c2va_ 24.2 207 135 7 33 233 13 203 1.00e-10 54.7 d3f66a_ d3wara_ 21.8 261 170 9 33 287 44 276 2.48e-09 50.8 d3f66a_ d3dlsa_ 24.5 208 138 7 33 231 24 221 3.73e-09 50.1 d3wara_ d3wara_ 100 334 0 0 1 334 1 334 4.95e-258 692 d3wara_ d2b9ha_ 30.2 308 188 10 37 325 12 311 1.07e-35 126 d3wara_ d3oz6a_ 28.9 329 182 11 38 322 8 328 1.20e-35 127 d3wara_ d2i6la_ 27.5 306 191 8 38 322 8 303 6.54e-31 112 d3wara_ d3mi9a_ 29.4 309 187 12 38 325 12 310 1.05e-29 110 d3wara_ d2xrwa1 25.7 304 198 10 38 322 25 319 1.36e-23 93.6 d3wara_ d1koba_ 25.8 298 169 9 36 322 29 285 3.10e-23 92.4 d3wara_ d3fe3a_ 24.9 281 190 9 37 302 6 280 3.10e-21 86.3 d3wara_ d3coka1 22.8 298 176 9 36 322 9 263 3.41e-17 73.9 d3wara_ d4wnoa_ 26.6 214 131 8 38 231 7 214 5.13e-17 73.6 d3wara_ d5jzja_ 26.4 296 168 14 38 322 17 273 5.26e-17 73.6 d3wara_ d2yexa_ 27.0 215 137 7 36 237 6 213 1.67e-16 72.0 d3wara_ d4c2va_ 23.3 296 174 10 36 322 5 256 3.17e-16 71.2 d3wara_ d3uc3a_ 23.7 300 180 10 34 323 8 268 3.42e-16 71.6 d3wara_ d3dlsa_ 25.4 232 148 6 38 251 18 242 4.19e-15 68.2 d3wara_ d2w5aa1 25.7 214 138 7 36 231 4 214 2.98e-14 65.5 d3wara_ d4nfna_ 25.5 153 108 3 35 181 10 162 9.82e-13 61.2 d3wara_ d3lxpa_ 26.8 220 144 8 41 246 13 229 1.30e-12 60.8 d3wara_ d3f66a_ 21.6 259 169 9 44 274 33 285 3.79e-07 44.3 d3wara_ d4itja_ 26.6 109 64 4 138 231 114 221 4.87e-07 43.9 d3wara_ d4i4ea_ 22.2 221 149 10 39 244 10 222 1.10e-06 42.7 d1koba_ d1koba_ 100 352 0 0 1 352 1 352 1.06e-268 721 d1koba_ d5jzja_ 32.7 266 171 6 26 286 12 274 4.10e-44 147 d1koba_ d3coka1 32.3 266 170 4 25 286 5 264 4.24e-39 134 d1koba_ d4c2va_ 29.8 265 173 6 29 289 5 260 2.03e-36 127 d1koba_ d3uc3a_ 29.0 262 177 5 29 285 10 267 1.30e-34 123 d1koba_ d3fe3a_ 28.9 263 177 5 31 290 7 262 5.73e-33 119 d1koba_ d2yexa_ 28.5 267 168 9 31 285 8 263 2.96e-29 107 d1koba_ d3dlsa_ 28.6 273 172 7 24 286 11 270 5.10e-26 99.4 d1koba_ d3wara_ 25.5 298 170 9 29 285 36 322 2.64e-24 95.5 d1koba_ d4wnoa_ 26.6 263 174 7 37 286 15 271 9.65e-24 92.8 d1koba_ d2xrwa1 23.3 305 186 8 26 286 20 320 6.06e-19 80.5 d1koba_ d2b9ha_ 24.1 307 180 10 31 290 13 313 3.44e-18 78.2 d1koba_ d3oz6a_ 24.3 334 173 12 31 291 8 334 7.40e-18 77.4 d1koba_ d2i6la_ 26.6 301 172 11 31 286 8 304 8.92e-17 73.6 d1koba_ d3lxpa_ 27.2 206 133 8 30 223 9 209 3.80e-15 68.6 d1koba_ d4itja_ 25.6 219 135 9 32 228 9 221 1.33e-13 63.9 d1koba_ d3f66a_ 25.1 207 135 6 35 227 31 231 1.21e-11 58.2 d1koba_ d3poza_ 23.8 206 145 5 34 230 15 217 2.41e-11 57.4 d2yexa_ d2yexa_ 100 269 0 0 1 269 1 269 5.27e-209 563 d2yexa_ d3fe3a_ 36.8 266 157 5 3 265 2 259 4.22e-53 169 d2yexa_ d3uc3a_ 35.1 279 160 6 2 268 3 272 9.10e-50 160 d2yexa_ d3coka1 31.8 261 161 8 5 258 8 258 1.43e-39 132 d2yexa_ d5jzja_ 29.2 267 176 5 6 265 15 275 1.22e-35 122 d2yexa_ d4c2va_ 29.7 263 171 7 5 263 4 256 1.56e-35 122 d2yexa_ d4wnoa_ 32.2 267 158 9 14 268 15 270 4.77e-34 118 d2yexa_ d3dlsa_ 27.8 273 177 6 4 268 14 274 2.48e-32 114 d2yexa_ d1koba_ 28.5 267 168 9 8 263 31 285 4.41e-31 112 d2yexa_ d3oz6a_ 25.8 325 162 8 8 260 8 325 1.58e-27 103 d2yexa_ d4itja_ 31.1 209 128 4 14 208 16 222 1.09e-26 99.4 d2yexa_ d2b9ha_ 30.4 207 131 3 7 201 12 217 1.02e-24 95.1 d2yexa_ d2w5aa1 28.7 209 134 6 6 202 4 209 1.11e-24 93.6 d2yexa_ d3mi9a_ 31.0 210 128 6 5 200 9 215 1.03e-22 89.4 d2yexa_ d2i6la_ 30.8 214 121 8 11 204 11 217 2.66e-22 87.8 d2yexa_ d4at5a1 31.1 222 134 7 10 213 14 234 1.54e-21 85.5 d2yexa_ d3lxpa_ 33.5 200 120 7 11 201 13 208 1.88e-20 82.4 d2yexa_ d3wara_ 27.4 212 140 7 6 213 36 237 5.10e-19 79.0 d2yexa_ d2xrwa1 29.1 199 129 5 11 203 28 220 6.32e-19 79.0 d2yexa_ d4nfna_ 26.9 219 144 7 8 215 13 226 6.38e-19 78.2 d2yexa_ d4i4ea_ 27.1 199 134 6 9 201 10 203 1.08e-16 71.6 d2yexa_ d1ad5a3 30.6 206 122 8 6 207 16 204 2.01e-16 70.9 d2yexa_ d4yfia_ 28.3 205 132 7 12 207 27 225 2.78e-15 67.8 d2yexa_ d3f66a_ 29.1 203 134 6 12 206 31 231 1.63e-13 62.8 d2yexa_ d3poza_ 24.0 204 147 6 11 208 15 216 2.34e-10 53.5 d2xrwa1 d2xrwa1 100 363 0 0 1 363 1 363 5.72e-274 735 d2xrwa1 d2b9ha_ 36.2 359 197 8 19 359 7 351 2.94e-68 213 d2xrwa1 d3oz6a_ 32.8 375 206 8 21 359 4 368 2.77e-65 206 d2xrwa1 d2i6la_ 31.3 320 191 7 19 323 2 307 1.25e-53 173 d2xrwa1 d3mi9a_ 28.4 320 198 9 22 326 9 312 1.46e-33 121 d2xrwa1 d3fe3a_ 28.2 273 168 7 25 277 7 271 4.44e-28 105 d2xrwa1 d3wara_ 26.4 303 197 12 25 319 38 322 4.66e-25 97.8 d2xrwa1 d5jzja_ 26.9 312 170 11 20 321 12 275 1.59e-23 92.4 d2xrwa1 d3dlsa_ 26.0 277 173 7 23 274 16 285 9.14e-23 90.5 d2xrwa1 d1koba_ 23.4 304 187 7 20 320 26 286 4.08e-20 84.0 d2xrwa1 d4wnoa_ 29.0 214 132 6 31 231 15 221 7.54e-20 82.0 d2xrwa1 d3uc3a_ 27.7 220 150 5 24 240 11 224 4.13e-19 80.5 d2xrwa1 d2w5aa1 29.8 208 125 8 25 217 6 207 4.59e-19 79.7 d2xrwa1 d2yexa_ 29.1 199 129 5 28 220 11 203 2.94e-18 77.4 d2xrwa1 d4c2va_ 22.4 299 173 8 29 320 11 257 4.78e-17 73.9 d2xrwa1 d3coka1 23.8 302 166 8 31 321 17 265 2.77e-16 71.6 d2xrwa1 d4i4ea_ 27.1 203 130 6 71 262 57 252 5.13e-14 65.1 d2xrwa1 d4itja_ 27.6 174 91 6 65 214 49 211 6.66e-12 58.9 d2xrwa1 d3poza_ 27.0 211 129 7 25 221 12 211 1.44e-11 58.2 d2xrwa1 d1ad5a3 26.6 244 151 11 29 264 22 245 1.93e-11 57.4 d2xrwa1 d4nfna_ 27.4 226 134 9 13 220 1 214 5.40e-11 56.2 d2xrwa1 d4at5a1 26.4 231 121 8 21 221 13 224 1.76e-10 54.7 d2xrwa1 d3f66a_ 24.2 215 142 7 31 231 33 240 3.19e-10 53.9 d2xrwa1 d3lxpa_ 30.9 97 56 3 130 218 115 208 1.79e-08 48.5 d2xrwa1 d4yfia_ 23.6 203 140 7 31 224 29 225 4.10e-05 38.1 d2w5aa1 d2w5aa1 100 269 0 0 1 269 1 269 1.15e-203 550 d2w5aa1 d3fe3a_ 31.6 266 162 8 5 266 6 255 2.27e-40 136 d2w5aa1 d5jzja_ 33.3 276 158 9 4 269 15 274 1.71e-35 122 d2w5aa1 d3coka1 29.4 269 178 5 2 269 7 264 3.75e-35 121 d2w5aa1 d4c2va_ 29.1 268 173 7 4 269 5 257 2.33e-34 119 d2w5aa1 d4wnoa_ 29.4 269 167 6 12 269 15 271 1.31e-33 117 d2w5aa1 d3uc3a_ 32.3 217 125 8 3 214 9 208 5.83e-26 97.8 d2w5aa1 d2yexa_ 28.7 209 134 6 4 209 6 202 7.98e-25 94.0 d2w5aa1 d2b9ha_ 29.4 228 131 8 3 214 10 223 4.72e-23 90.5 d2w5aa1 d3mi9a_ 30.3 221 128 7 6 212 12 220 2.69e-22 88.2 d2w5aa1 d3oz6a_ 29.3 239 129 9 6 218 8 232 2.89e-22 88.6 d2w5aa1 d4itja_ 25.8 244 153 8 2 229 6 237 4.95e-21 84.0 d2w5aa1 d4i4ea_ 26.0 265 179 8 4 263 7 259 1.07e-20 82.8 d2w5aa1 d2i6la_ 31.9 213 111 10 53 247 53 249 1.70e-20 82.8 d2w5aa1 d2xrwa1 29.8 208 125 8 6 207 25 217 5.27e-20 82.0 d2w5aa1 d1ad5a3 25.0 264 168 8 4 263 16 253 7.24e-20 80.5 d2w5aa1 d3f66a_ 26.2 260 176 8 12 264 33 283 6.12e-18 75.5 d2w5aa1 d3wara_ 25.6 215 137 8 4 214 36 231 3.94e-17 73.6 d2w5aa1 d3dlsa_ 24.1 274 183 8 3 269 15 270 4.81e-17 72.8 d2w5aa1 d3lxpa_ 27.1 203 130 6 12 207 16 207 1.78e-16 71.2 d2w5aa1 d4at5a1 24.4 271 175 10 12 263 18 277 2.22e-15 68.2 d2w5aa1 d3poza_ 21.7 267 190 9 5 264 11 265 1.11e-12 60.5 d4c2va_ d4c2va_ 100 271 0 0 1 271 1 271 5.92e-207 558 d4c2va_ d3coka1 36.6 257 160 2 4 257 8 264 9.90e-58 179 d4c2va_ d3fe3a_ 32.6 258 171 3 4 259 4 260 5.08e-48 156 d4c2va_ d5jzja_ 34.1 264 155 8 7 257 17 274 1.79e-40 135 d4c2va_ d3uc3a_ 31.2 269 165 7 5 260 10 271 6.65e-37 127 d4c2va_ d1koba_ 30.0 267 174 6 3 260 27 289 6.25e-34 120 d4c2va_ d2yexa_ 33.6 211 129 5 4 207 5 211 7.12e-32 112 d4c2va_ d4wnoa_ 27.8 273 179 6 3 259 3 273 2.20e-30 108 d4c2va_ d2w5aa1 28.5 267 176 6 5 257 4 269 5.51e-30 107 d4c2va_ d3dlsa_ 29.4 255 164 6 12 257 23 270 5.72e-26 97.4 d4c2va_ d3mi9a_ 31.8 220 124 8 13 213 18 230 1.01e-18 78.2 d4c2va_ d4at5a1 26.5 226 138 7 9 210 14 235 2.97e-17 73.6 d4c2va_ d4i4ea_ 26.4 250 166 9 8 245 10 253 9.97e-16 68.9 d4c2va_ d3wara_ 23.2 298 172 10 5 256 36 322 2.18e-15 68.6 d4c2va_ d3oz6a_ 22.5 333 177 11 1 257 2 329 3.58e-15 68.2 d4c2va_ d2b9ha_ 23.0 304 178 9 6 258 12 310 5.94e-15 67.4 d4c2va_ d2xrwa1 25.4 213 148 5 11 216 29 237 2.78e-14 65.5 d4c2va_ d4itja_ 25.4 224 144 7 1 205 4 223 8.45e-14 63.5 d4c2va_ d4yfia_ 26.0 208 144 7 4 203 20 225 2.09e-13 62.4 d4c2va_ d2i6la_ 24.4 312 174 13 7 261 2 308 2.42e-13 62.4 d4c2va_ d1ad5a3 24.8 214 145 7 5 215 16 216 1.32e-11 57.0 d4c2va_ d3lxpa_ 25.9 205 142 4 11 206 14 217 6.56e-11 55.1 d4c2va_ d3poza_ 23.0 209 148 7 6 204 11 216 1.95e-08 47.8 d4c2va_ d3f66a_ 25.9 216 120 9 13 203 33 233 4.43e-08 46.6 d4c2va_ d4nfna_ 23.5 221 134 8 5 203 11 218 3.43e-06 40.8 d2b9ha_ d2b9ha_ 100 353 0 0 1 353 1 353 7.72e-267 716 d2b9ha_ d3oz6a_ 39.1 368 188 10 13 351 8 368 1.52e-81 247 d2b9ha_ d2xrwa1 36.2 359 197 8 7 351 19 359 2.86e-68 213 d2b9ha_ d2i6la_ 35.9 323 173 6 7 312 2 307 3.35e-65 203 d2b9ha_ d3mi9a_ 33.2 316 193 9 11 317 10 316 1.52e-47 158 d2b9ha_ d3wara_ 30.2 308 188 10 12 311 37 325 8.02e-37 129 d2b9ha_ d4wnoa_ 29.6 314 155 14 12 309 8 271 1.63e-27 103 d2b9ha_ d3coka1 26.4 303 170 8 12 309 10 264 3.58e-26 99.4 d2b9ha_ d2yexa_ 30.6 206 130 3 12 216 7 200 6.63e-24 93.2 d2b9ha_ d5jzja_ 25.2 317 176 8 4 309 8 274 9.40e-23 90.1 d2b9ha_ d2w5aa1 29.4 228 131 8 10 223 3 214 3.03e-22 88.6 d2b9ha_ d3uc3a_ 26.6 304 157 9 19 309 18 268 1.48e-19 81.6 d2b9ha_ d3fe3a_ 24.5 306 180 8 12 314 6 263 7.50e-19 79.7 d2b9ha_ d1koba_ 24.6 301 174 10 19 313 37 290 7.62e-19 80.1 d2b9ha_ d4c2va_ 23.0 304 178 9 12 310 6 258 1.75e-17 75.1 d2b9ha_ d4itja_ 23.5 247 170 5 10 246 7 244 2.43e-16 72.0 d2b9ha_ d3dlsa_ 28.4 218 128 6 10 216 15 215 3.22e-16 71.6 d2b9ha_ d3lxpa_ 28.7 202 130 5 19 216 16 207 4.20e-14 65.5 d2b9ha_ d4i4ea_ 25.1 211 136 8 14 218 10 204 7.61e-12 58.5 d2b9ha_ d1ad5a3 25.6 207 121 9 14 216 19 196 2.46e-11 57.0 d2b9ha_ d4at5a1 24.0 229 127 7 15 217 14 221 2.89e-11 57.0 d2b9ha_ d3f66a_ 25.6 219 135 9 18 224 32 234 1.69e-10 54.7 d2b9ha_ d3poza_ 23.0 213 142 5 11 216 10 207 3.31e-10 53.9 d2b9ha_ d4nfna_ 22.8 219 144 8 7 215 7 210 2.29e-08 48.1 d2b9ha_ d4yfia_ 25.5 216 133 10 11 216 21 218 5.29e-08 47.0 d3oz6a_ d3oz6a_ 100 378 0 0 1 378 1 378 2.19e-281 755 d3oz6a_ d2b9ha_ 40.8 336 166 8 8 339 13 319 8.17e-82 248 d3oz6a_ d2xrwa1 33.3 372 208 9 4 368 21 359 1.03e-65 207 d3oz6a_ d2i6la_ 32.2 339 179 8 7 332 7 307 3.98e-52 170 d3oz6a_ d3mi9a_ 33.2 331 178 8 7 328 11 307 3.79e-48 160 d3oz6a_ d3wara_ 29.6 331 177 11 8 328 38 322 3.63e-37 131 d3oz6a_ d2yexa_ 25.8 325 162 8 8 325 8 260 1.11e-26 101 d3oz6a_ d3fe3a_ 29.5 237 138 6 8 241 7 217 6.72e-26 100 d3oz6a_ d3coka1 26.5 325 155 9 14 330 17 265 1.07e-22 90.1 d3oz6a_ d2w5aa1 28.9 239 130 8 8 232 6 218 1.42e-21 87.0 d3oz6a_ d5jzja_ 25.3 336 169 13 4 330 13 275 7.47e-21 85.1 d3oz6a_ d4wnoa_ 28.9 242 127 8 7 232 6 218 2.20e-19 80.9 d3oz6a_ d1koba_ 24.3 333 172 12 8 333 31 290 9.76e-19 80.1 d3oz6a_ d4c2va_ 23.0 326 172 11 8 329 7 257 1.85e-18 78.2 d3oz6a_ d3dlsa_ 26.4 220 132 5 6 218 16 212 1.02e-17 76.3 d3oz6a_ d4itja_ 27.2 243 162 9 13 252 15 245 4.79e-17 74.3 d3oz6a_ d3uc3a_ 28.6 224 132 5 3 224 7 204 1.75e-14 67.0 d3oz6a_ d4yfia_ 25.7 226 140 7 5 225 20 222 1.93e-14 66.6 d3oz6a_ d3f66a_ 26.6 229 140 10 14 235 33 240 1.70e-13 63.9 d3oz6a_ d4at5a1 29.1 244 121 12 2 221 5 220 5.46e-13 62.4 d3oz6a_ d3lxpa_ 27.4 223 134 9 6 222 8 208 5.53e-12 59.3 d3oz6a_ d4nfna_ 25.3 162 102 6 7 158 12 164 2.43e-11 57.4 d3oz6a_ d3poza_ 24.2 244 149 9 7 239 11 229 3.78e-10 53.9 d3oz6a_ d1ad5a3 25.5 239 131 12 9 239 19 218 1.27e-09 52.0 d3oz6a_ d4i4ea_ 24.0 246 144 10 7 240 8 222 1.27e-09 52.0 d4nfna_ d4nfna_ 100 293 0 0 1 293 1 293 7.55e-221 595 d4nfna_ d2yexa_ 26.9 219 144 7 13 226 8 215 1.62e-17 74.3 d4nfna_ d3wara_ 25.5 153 108 3 10 162 35 181 2.63e-13 62.8 d4nfna_ d3oz6a_ 25.3 162 102 6 12 164 7 158 1.08e-10 55.1 d4nfna_ d5jzja_ 24.9 229 154 8 3 227 9 223 4.35e-10 52.8 d4nfna_ d2xrwa1 26.8 228 133 9 1 214 13 220 4.49e-10 53.1 d4nfna_ d1ad5a3 23.4 235 148 9 10 234 8 220 7.73e-10 52.0 d4nfna_ d3mi9a_ 25.7 245 139 8 12 232 11 236 1.34e-09 51.6 d4nfna_ d2i6la_ 24.1 241 150 8 12 232 7 234 7.23e-08 46.2 d4nfna_ d4c2va_ 23.5 221 134 8 11 218 5 203 1.13e-07 45.4 d4nfna_ d4wnoa_ 24.3 276 163 15 19 279 15 259 1.14e-07 45.4 d4nfna_ d2b9ha_ 22.8 219 144 8 7 210 7 215 1.43e-07 45.4 d4nfna_ d3coka1 25.6 211 141 5 13 218 11 210 1.48e-07 45.1 d4nfna_ d3uc3a_ 25.6 211 142 8 11 218 10 208 1.72e-07 45.1 d4nfna_ d3poza_ 22.2 230 162 7 13 235 12 231 9.93e-06 39.7 d4nfna_ d4itja_ 23.0 126 88 5 18 138 15 136 6.87e-04 33.9 d4at5a1 d4at5a1 100 296 0 0 1 296 1 296 1.37e-229 617 d4at5a1 d3f66a_ 37.1 286 150 8 18 296 33 295 1.02e-60 189 d4at5a1 d4i4ea_ 38.0 279 156 5 7 284 4 266 7.83e-60 186 d4at5a1 d1ad5a3 35.5 282 152 8 7 288 13 264 7.33e-54 171 d4at5a1 d3lxpa_ 37.3 287 147 7 16 284 14 285 1.24e-53 171 d4at5a1 d3poza_ 32.6 282 171 6 18 296 18 283 1.34e-44 148 d4at5a1 d4itja_ 29.1 313 167 12 7 295 5 286 1.40e-26 99.8 d4at5a1 d4yfia_ 31.8 236 127 12 6 231 17 228 1.68e-22 88.6 d4at5a1 d2yexa_ 31.1 222 134 7 14 234 10 213 6.13e-21 84.0 d4at5a1 d4c2va_ 26.0 223 139 5 16 235 11 210 4.29e-20 81.6 d4at5a1 d3coka1 26.4 212 135 5 18 227 17 209 3.65e-19 79.0 d4at5a1 d3fe3a_ 27.7 238 145 7 11 244 6 220 4.96e-19 79.3 d4at5a1 d4wnoa_ 27.5 262 155 9 18 266 15 254 3.70e-18 76.3 d4at5a1 d2w5aa1 24.4 271 175 10 18 277 12 263 2.44e-15 68.2 d4at5a1 d3mi9a_ 23.4 235 143 9 3 222 5 217 1.03e-14 67.0 d4at5a1 d3oz6a_ 29.1 244 121 12 5 220 2 221 9.78e-14 64.3 d4at5a1 d3dlsa_ 24.4 270 169 11 18 279 24 266 5.00e-13 61.6 d4at5a1 d5jzja_ 28.3 205 121 7 16 216 21 203 1.55e-12 60.1 d4at5a1 d2i6la_ 26.1 226 126 9 16 222 12 215 1.92e-12 60.1 d4at5a1 d2b9ha_ 24.0 229 127 7 14 221 15 217 5.60e-12 58.9 d4at5a1 d3uc3a_ 24.5 208 128 6 16 218 16 199 4.99e-11 55.8 d4at5a1 d2xrwa1 26.4 231 121 8 13 224 21 221 6.00e-11 55.8 d3lxpa_ d3lxpa_ 100 291 0 0 1 291 1 291 7.61e-229 615 d3lxpa_ d4at5a1 37.3 295 150 8 6 285 10 284 1.55e-54 173 d3lxpa_ d4i4ea_ 36.7 278 152 8 14 288 13 269 1.24e-50 162 d3lxpa_ d3poza_ 34.5 278 162 5 4 279 6 265 3.05e-49 160 d3lxpa_ d3f66a_ 33.9 283 160 8 16 291 33 295 2.87e-44 146 d3lxpa_ d1ad5a3 32.3 285 154 7 1 282 9 257 2.96e-44 145 d3lxpa_ d4itja_ 31.8 280 155 11 15 278 15 274 2.43e-29 107 d3lxpa_ d3fe3a_ 33.2 211 125 8 2 209 2 199 4.11e-21 85.1 d3lxpa_ d2yexa_ 33.2 199 122 6 13 208 11 201 1.48e-20 82.8 d3lxpa_ d4wnoa_ 33.9 180 103 5 40 209 36 209 2.75e-19 79.3 d3lxpa_ d4yfia_ 30.3 218 132 10 2 209 13 220 1.15e-18 77.8 d3lxpa_ d3mi9a_ 26.6 214 133 7 11 209 13 217 8.89e-18 75.9 d3lxpa_ d3uc3a_ 32.1 212 122 10 13 217 15 211 1.30e-17 75.1 d3lxpa_ d3coka1 31.2 199 120 6 16 208 17 204 3.85e-17 73.2 d3lxpa_ d2w5aa1 28.3 205 125 7 16 207 12 207 1.41e-16 71.6 d3lxpa_ d1koba_ 27.7 206 132 9 9 209 30 223 1.53e-16 72.4 d3lxpa_ d2i6la_ 27.8 216 135 8 8 209 7 215 5.26e-16 70.5 d3lxpa_ d3wara_ 28.1 199 126 8 13 208 41 225 2.11e-15 68.9 d3lxpa_ d5jzja_ 28.5 228 113 12 2 208 10 208 3.34e-15 67.8 d3lxpa_ d2b9ha_ 28.7 202 130 5 16 207 19 216 5.75e-15 67.8 d3lxpa_ d4c2va_ 25.9 205 142 4 14 217 11 206 2.03e-14 65.5 d3lxpa_ d3oz6a_ 27.4 223 134 9 8 208 6 222 3.01e-13 62.8 d3lxpa_ d3dlsa_ 31.8 154 92 5 60 208 71 216 2.14e-12 59.7 d3lxpa_ d2xrwa1 24.6 228 114 10 7 208 23 218 6.01e-09 49.7 d4itja_ d4itja_ 100 287 0 0 1 287 1 287 1.25e-216 584 d4itja_ d1ad5a3 32.2 273 150 9 15 284 23 263 5.00e-35 121 d4itja_ d3lxpa_ 31.7 278 158 10 15 274 15 278 8.88e-30 108 d4itja_ d4at5a1 29.1 316 169 12 2 286 4 295 9.87e-28 102 d4itja_ d3f66a_ 33.2 223 127 8 54 271 74 279 1.42e-27 102 d4itja_ d2yexa_ 29.3 263 168 6 16 276 14 260 4.34e-27 100 d4itja_ d4yfia_ 28.1 270 166 11 16 277 29 278 1.54e-24 94.0 d4itja_ d4i4ea_ 27.8 234 148 6 45 275 45 260 6.31e-24 92.0 d4itja_ d3fe3a_ 26.8 287 172 7 16 287 13 276 2.19e-22 88.6 d4itja_ d3poza_ 25.4 276 176 10 5 271 7 261 3.84e-21 85.1 d4itja_ d2w5aa1 25.4 244 154 7 6 237 2 229 1.38e-20 82.8 d4itja_ d3oz6a_ 27.0 259 171 10 15 258 13 268 1.28e-18 78.6 d4itja_ d4wnoa_ 26.6 274 171 8 9 271 8 262 1.15e-17 74.7 d4itja_ d5jzja_ 22.1 253 169 5 16 259 23 256 5.62e-17 72.8 d4itja_ d2b9ha_ 23.2 289 197 8 2 277 5 281 5.85e-17 73.6 d4itja_ d3coka1 27.2 235 145 7 3 230 4 219 9.35e-17 72.0 d4itja_ d3dlsa_ 23.4 274 172 7 7 270 15 260 1.17e-16 72.0 d4itja_ d4c2va_ 24.6 224 146 6 4 223 1 205 3.49e-16 70.5 d4itja_ d2i6la_ 24.8 270 163 11 8 259 6 253 1.43e-14 66.2 d4itja_ d3mi9a_ 26.2 271 165 10 8 258 10 265 1.68e-14 66.2 d4itja_ d3uc3a_ 24.6 289 178 11 9 286 13 272 1.93e-14 65.9 d4itja_ d1koba_ 24.3 268 174 10 9 270 32 276 2.44e-14 65.9 d4itja_ d2xrwa1 27.6 174 91 6 49 211 65 214 1.21e-12 60.8 d4itja_ d3wara_ 21.7 217 144 9 9 221 37 231 2.32e-08 47.8 d4itja_ d4nfna_ 23.0 126 88 5 15 136 18 138 1.21e-04 36.2 d4wnoa_ d4wnoa_ 100 273 0 0 1 273 1 273 4.48e-203 548 d4wnoa_ d3coka1 35.4 271 152 8 8 271 10 264 4.80e-46 149 d4wnoa_ d3fe3a_ 37.8 222 126 4 15 234 13 224 3.13e-42 141 d4wnoa_ d5jzja_ 36.0 211 127 3 15 225 23 225 3.30e-37 127 d4wnoa_ d4c2va_ 27.8 273 179 6 3 273 3 259 5.33e-33 115 d4wnoa_ d2w5aa1 31.5 232 136 6 52 271 49 269 7.14e-33 115 d4wnoa_ d2yexa_ 33.3 252 150 8 15 260 14 253 1.96e-32 114 d4wnoa_ d3uc3a_ 35.0 226 133 6 15 237 18 232 2.33e-31 112 d4wnoa_ d2b9ha_ 29.6 314 155 14 8 271 12 309 1.75e-27 102 d4wnoa_ d3dlsa_ 31.9 216 128 6 8 214 17 222 4.30e-26 97.8 d4wnoa_ d1koba_ 26.6 263 174 7 15 271 37 286 2.08e-24 94.4 d4wnoa_ d2i6la_ 28.8 264 130 11 55 271 52 304 3.97e-22 87.4 d4wnoa_ d3mi9a_ 31.2 237 130 11 2 220 7 228 1.30e-20 83.6 d4wnoa_ d4yfia_ 29.9 274 154 13 8 264 22 274 2.43e-19 79.3 d4wnoa_ d2xrwa1 29.0 214 132 6 15 221 31 231 3.65e-19 79.7 d4wnoa_ d4i4ea_ 28.8 215 135 9 15 222 15 218 7.35e-19 77.8 d4wnoa_ d3oz6a_ 29.3 239 130 8 6 218 7 232 1.87e-18 77.8 d4wnoa_ d3f66a_ 26.7 266 166 11 13 264 31 281 2.55e-18 76.6 d4wnoa_ d3wara_ 27.5 204 128 8 15 214 44 231 2.59e-18 77.0 d4wnoa_ d3lxpa_ 33.9 180 103 5 36 209 40 209 1.56e-17 74.3 d4wnoa_ d4at5a1 27.5 265 157 9 12 254 15 266 3.06e-17 73.6 d4wnoa_ d3poza_ 24.9 233 157 6 8 232 11 233 5.03e-17 73.2 d4wnoa_ d4itja_ 28.0 225 134 6 8 215 9 222 1.82e-16 71.2 d4wnoa_ d1ad5a3 26.0 254 157 9 15 263 24 251 7.43e-16 69.3 d4wnoa_ d4nfna_ 24.3 276 163 15 15 259 19 279 4.43e-08 46.6 d3fe3a_ d3fe3a_ 100 317 0 0 1 317 1 317 9.30e-234 630 d3fe3a_ d3uc3a_ 39.8 259 145 4 7 257 12 267 2.21e-55 176 d3fe3a_ d2yexa_ 36.8 266 157 5 2 259 3 265 6.03e-51 164 d3fe3a_ d4c2va_ 32.6 258 171 3 4 260 4 259 1.78e-50 162 d3fe3a_ d3coka1 38.0 255 150 5 4 253 8 259 2.33e-49 159 d3fe3a_ d5jzja_ 35.4 263 156 7 7 259 17 275 2.59e-47 154 d3fe3a_ d3dlsa_ 35.5 259 154 4 7 258 18 270 1.09e-44 148 d3fe3a_ d4wnoa_ 34.9 261 155 5 13 260 15 273 1.00e-41 140 d3fe3a_ d2w5aa1 31.6 266 162 8 6 255 5 266 3.03e-38 130 d3fe3a_ d1koba_ 29.4 265 173 6 7 262 31 290 7.16e-33 118 d3fe3a_ d2xrwa1 28.6 273 167 7 7 271 25 277 2.50e-26 100 d3fe3a_ d3oz6a_ 29.1 258 151 7 7 238 8 259 7.08e-25 97.1 d3fe3a_ d3mi9a_ 29.4 211 122 7 4 194 9 212 4.05e-24 94.4 d3fe3a_ d1ad5a3 30.0 250 155 10 8 252 19 253 1.06e-23 92.0 d3fe3a_ d3wara_ 25.0 280 189 9 6 279 37 301 5.49e-21 85.5 d3fe3a_ d4i4ea_ 28.5 253 164 10 11 252 13 259 6.00e-20 81.6 d3fe3a_ d2i6la_ 28.2 248 152 7 7 235 8 248 9.49e-20 81.6 d3fe3a_ d4itja_ 27.8 263 163 6 13 252 16 274 3.48e-19 79.7 d3fe3a_ d2b9ha_ 25.2 317 181 10 6 274 12 320 4.96e-19 80.1 d3fe3a_ d3lxpa_ 33.2 211 125 8 2 199 2 209 9.34e-19 78.6 d3fe3a_ d4at5a1 27.7 238 145 7 6 220 11 244 2.19e-17 74.7 d3fe3a_ d3poza_ 27.9 226 152 8 7 224 12 234 3.06e-16 71.6 d3fe3a_ d3f66a_ 26.5 223 147 10 11 220 31 249 9.95e-15 67.0 d3fe3a_ d4yfia_ 29.0 200 131 7 13 204 29 225 1.22e-14 66.6 d5jzja_ d5jzja_ 100 275 0 0 1 275 1 275 1.56e-204 552 d5jzja_ d3fe3a_ 35.4 263 156 7 17 275 7 259 1.60e-47 155 d5jzja_ d1koba_ 32.6 267 172 6 12 275 26 287 3.20e-44 147 d5jzja_ d3coka1 33.7 267 161 6 15 275 9 265 6.13e-44 144 d5jzja_ d4c2va_ 34.0 265 156 8 17 275 7 258 7.80e-43 141 d5jzja_ d3uc3a_ 31.1 267 169 7 14 273 9 267 6.62e-39 132 d5jzja_ d4wnoa_ 36.0 211 127 3 23 225 15 225 1.29e-36 125 d5jzja_ d2yexa_ 29.2 267 176 5 15 275 6 265 1.40e-33 117 d5jzja_ d2w5aa1 33.5 275 159 9 15 274 4 269 1.40e-33 117 d5jzja_ d3dlsa_ 30.8 273 162 8 14 275 15 271 8.68e-27 99.8 d5jzja_ d2xrwa1 26.9 312 170 11 12 275 20 321 1.52e-22 89.4 d5jzja_ d2b9ha_ 25.2 318 177 8 8 275 4 310 2.60e-22 88.6 d5jzja_ d2i6la_ 27.5 306 169 11 16 275 7 305 1.08e-21 86.3 d5jzja_ d4i4ea_ 33.2 214 123 8 15 216 7 212 1.54e-19 79.7 d5jzja_ d3oz6a_ 25.3 336 169 13 13 275 4 330 1.65e-19 80.9 d5jzja_ d3wara_ 26.4 296 168 14 17 273 38 322 6.79e-18 75.9 d5jzja_ d3mi9a_ 27.4 248 155 9 16 245 11 251 2.05e-16 71.6 d5jzja_ d4itja_ 22.1 253 169 5 23 256 16 259 7.67e-15 66.6 d5jzja_ d4yfia_ 25.8 182 119 8 59 228 65 242 3.52e-14 64.7 d5jzja_ d3lxpa_ 28.9 228 112 11 10 208 2 208 7.62e-13 60.8 d5jzja_ d3f66a_ 28.2 170 108 6 55 214 68 233 2.89e-11 56.2 d5jzja_ d4at5a1 27.1 236 143 9 21 233 16 245 7.00e-11 55.1 d5jzja_ d1ad5a3 22.4 223 153 9 4 223 8 213 1.12e-10 54.3 d5jzja_ d4nfna_ 24.9 229 154 8 9 223 3 227 1.33e-09 51.2 d5jzja_ d3poza_ 26.3 167 105 7 60 216 59 217 1.54e-07 45.1 d2i6la_ d2i6la_ 100 309 0 0 1 309 1 309 1.32e-229 619 d2i6la_ d2b9ha_ 35.9 323 173 6 2 307 7 312 5.84e-65 202 d2i6la_ d2xrwa1 31.6 320 190 7 2 307 19 323 1.16e-52 171 d2i6la_ d3oz6a_ 32.2 339 179 8 7 307 7 332 1.26e-51 168 d2i6la_ d3mi9a_ 35.1 313 173 10 6 303 10 307 1.11e-44 149 d2i6la_ d3wara_ 27.5 306 191 8 8 303 38 322 8.44e-32 115 d2i6la_ d3coka1 27.6 312 166 11 4 305 4 265 7.90e-23 89.4 d2i6la_ d5jzja_ 27.5 306 169 11 7 305 16 275 2.44e-22 88.2 d2i6la_ d4wnoa_ 28.8 264 130 11 52 304 55 271 4.49e-22 87.4 d2i6la_ d2yexa_ 30.8 214 121 8 11 217 11 204 1.52e-21 85.9 d2i6la_ d3fe3a_ 28.1 249 153 7 7 248 6 235 1.03e-20 84.3 d2i6la_ d2w5aa1 35.3 173 82 9 53 213 53 207 1.31e-19 80.5 d2i6la_ d3dlsa_ 28.3 212 122 7 7 207 17 209 5.09e-18 76.3 d2i6la_ d1koba_ 24.8 311 165 10 8 304 31 286 2.33e-17 75.1 d2i6la_ d4i4ea_ 29.8 191 116 7 34 222 38 212 7.27e-17 72.8 d2i6la_ d3uc3a_ 27.8 302 168 8 7 303 11 267 3.56e-16 71.2 d2i6la_ d3lxpa_ 27.0 215 135 7 3 215 15 209 2.57e-15 68.6 d2i6la_ d4c2va_ 24.4 312 174 13 2 308 7 261 2.88e-15 68.2 d2i6la_ d1ad5a3 26.1 222 136 9 12 232 22 216 2.47e-14 65.5 d2i6la_ d4itja_ 25.5 247 149 10 6 235 8 236 2.82e-14 65.5 d2i6la_ d3poza_ 25.8 217 137 8 6 215 10 209 9.29e-13 61.2 d2i6la_ d3f66a_ 29.1 213 122 11 14 215 33 227 1.51e-12 60.5 d2i6la_ d4at5a1 26.1 226 126 9 12 215 16 222 8.85e-12 58.2 d2i6la_ d4nfna_ 24.1 241 150 8 7 234 12 232 1.34e-08 48.5 d3coka1 d3coka1 100 265 0 0 1 265 1 265 6.36e-199 537 d3coka1 d4c2va_ 36.6 257 160 2 8 264 4 257 1.53e-59 184 d3coka1 d3fe3a_ 38.0 255 150 5 8 259 4 253 7.66e-49 158 d3coka1 d4wnoa_ 35.4 271 152 8 10 264 8 271 5.12e-45 147 d3coka1 d5jzja_ 33.7 267 161 6 9 265 15 275 1.65e-43 143 d3coka1 d1koba_ 33.9 254 158 5 17 264 37 286 3.34e-38 131 d3coka1 d2yexa_ 31.8 261 161 8 8 258 5 258 2.30e-37 127 d3coka1 d3uc3a_ 31.1 254 160 7 17 261 18 265 3.48e-33 117 d3coka1 d2w5aa1 29.4 269 178 5 7 264 2 269 1.14e-32 114 d3coka1 d3dlsa_ 28.0 271 182 4 1 265 8 271 1.28e-29 107 d3coka1 d2b9ha_ 27.1 303 168 9 10 264 12 309 6.76e-25 95.5 d3coka1 d2i6la_ 27.6 312 166 11 4 265 4 305 6.44e-22 86.7 d3coka1 d3mi9a_ 27.2 294 163 9 17 263 18 307 6.46e-22 87.0 d3coka1 d3oz6a_ 26.7 326 153 10 17 265 14 330 8.36e-21 84.3 d3coka1 d3wara_ 22.8 298 176 9 9 263 36 322 1.46e-17 74.7 d3coka1 d4at5a1 26.3 213 136 5 17 210 18 228 2.70e-17 73.6 d3coka1 d4i4ea_ 27.4 208 141 6 9 210 7 210 1.40e-16 71.2 d3coka1 d2xrwa1 23.8 302 166 8 17 265 31 321 4.19e-15 67.8 d3coka1 d3poza_ 26.9 212 145 5 7 211 8 216 4.51e-15 67.4 d3coka1 d4itja_ 27.2 232 143 7 7 219 6 230 6.70e-15 66.6 d3coka1 d3f66a_ 26.3 217 142 8 16 219 32 243 7.30e-15 66.6 d3coka1 d3lxpa_ 31.2 199 120 6 17 204 16 208 9.41e-15 66.2 d3coka1 d4yfia_ 25.8 209 148 5 7 210 19 225 1.67e-14 65.5 d3coka1 d1ad5a3 27.4 208 126 9 9 210 16 204 3.22e-13 61.6 d3coka1 d4nfna_ 25.6 211 141 5 11 210 13 218 7.67e-07 42.7 d3dlsa_ d3dlsa_ 100 285 0 0 1 285 1 285 1.70e-213 576 d3dlsa_ d3fe3a_ 35.5 259 154 4 18 270 7 258 2.52e-45 149 d3dlsa_ d2yexa_ 27.8 273 177 6 14 274 4 268 1.04e-30 110 d3dlsa_ d3coka1 28.0 271 182 4 8 271 1 265 3.62e-30 108 d3dlsa_ d4c2va_ 29.4 255 164 6 23 270 12 257 5.86e-29 105 d3dlsa_ d5jzja_ 30.9 272 161 9 15 270 14 274 6.47e-27 100 d3dlsa_ d4wnoa_ 31.9 216 128 6 17 222 8 214 1.21e-26 99.4 d3dlsa_ d3uc3a_ 28.3 269 169 4 15 269 9 267 1.61e-26 99.8 d3dlsa_ d1koba_ 28.5 277 167 7 11 270 24 286 7.86e-26 98.6 d3dlsa_ d2xrwa1 28.0 207 132 4 16 216 23 218 3.47e-22 88.6 d3dlsa_ d2i6la_ 24.5 314 171 11 13 271 3 305 1.84e-18 77.4 d3dlsa_ d3oz6a_ 26.4 220 132 5 16 212 6 218 4.20e-18 77.0 d3dlsa_ d3wara_ 26.4 208 136 5 18 222 38 231 6.84e-17 73.2 d3dlsa_ d2b9ha_ 28.0 225 134 6 15 222 10 223 1.92e-16 72.0 d3dlsa_ d2w5aa1 24.1 274 183 7 15 270 3 269 3.33e-16 70.5 d3dlsa_ d4itja_ 24.4 225 143 5 15 222 7 221 1.38e-15 68.9 d3dlsa_ d3mi9a_ 27.1 210 125 7 17 209 11 209 3.64e-15 68.2 d3dlsa_ d4at5a1 24.1 270 170 10 24 266 18 279 8.78e-13 60.8 d3dlsa_ d3lxpa_ 31.8 154 92 5 71 216 60 208 3.81e-12 58.9 d3dlsa_ d4yfia_ 24.3 255 173 8 24 265 29 276 4.99e-12 58.5 d3dlsa_ d4i4ea_ 26.3 198 132 9 24 216 15 203 1.52e-11 57.0 d3dlsa_ d1ad5a3 23.6 195 126 8 24 216 24 197 1.22e-10 54.3 d3dlsa_ d3poza_ 25.2 214 143 10 17 222 11 215 2.04e-10 53.9 d3dlsa_ d3f66a_ 27.1 214 125 11 24 221 33 231 8.58e-09 48.9 d4yfia_ d4yfia_ 100 286 0 0 1 286 1 286 2.96e-219 590 d4yfia_ d4i4ea_ 27.9 272 186 6 16 283 2 267 2.25e-30 109 d4yfia_ d3f66a_ 28.1 270 171 8 23 279 27 286 5.17e-29 106 d4yfia_ d3poza_ 29.6 277 167 13 20 281 7 270 5.07e-27 101 d4yfia_ d4itja_ 28.1 270 166 11 29 278 16 277 7.49e-23 89.4 d4yfia_ d4at5a1 31.6 237 128 12 17 229 6 232 5.87e-22 87.0 d4yfia_ d1ad5a3 26.5 264 167 11 23 281 18 259 1.50e-21 85.5 d4yfia_ d4wnoa_ 29.9 274 154 13 22 274 8 264 9.79e-20 80.5 d4yfia_ d3lxpa_ 29.4 201 126 7 29 220 16 209 4.82e-17 73.2 d4yfia_ d3coka1 25.8 209 148 5 19 225 7 210 1.12e-15 68.9 d4yfia_ d4c2va_ 26.0 208 144 7 20 225 4 203 1.19e-15 68.9 d4yfia_ d3fe3a_ 29.0 200 131 7 29 225 13 204 1.31e-15 69.3 d4yfia_ d5jzja_ 26.3 209 125 9 29 225 23 214 7.91e-15 66.6 d4yfia_ d3uc3a_ 28.8 208 130 9 24 225 13 208 1.41e-14 66.2 d4yfia_ d2yexa_ 27.5 204 135 7 27 225 12 207 4.71e-14 64.3 d4yfia_ d3oz6a_ 25.7 226 140 7 20 222 5 225 4.80e-14 65.1 d4yfia_ d3dlsa_ 24.3 255 173 8 29 276 24 265 6.76e-12 58.2 d4yfia_ d3mi9a_ 24.3 222 136 8 19 220 8 217 7.27e-09 49.3 d4yfia_ d2b9ha_ 25.5 216 133 10 21 218 11 216 1.36e-07 45.4 d4yfia_ d2xrwa1 23.6 203 140 7 29 225 31 224 5.71e-05 37.4 d3uc3a_ d3uc3a_ 100 309 0 0 1 309 1 309 4.78e-232 625 d3uc3a_ d3fe3a_ 39.8 259 145 4 12 267 7 257 4.96e-57 181 d3uc3a_ d2yexa_ 35.1 279 160 6 3 272 2 268 1.47e-49 160 d3uc3a_ d4c2va_ 31.2 269 165 7 10 271 5 260 1.64e-40 136 d3uc3a_ d5jzja_ 31.1 267 169 7 9 267 14 273 2.53e-40 136 d3uc3a_ d1koba_ 29.0 262 177 5 10 267 29 285 4.17e-36 127 d3uc3a_ d3coka1 31.1 254 160 7 18 265 17 261 5.21e-35 122 d3uc3a_ d4wnoa_ 35.0 226 133 6 18 232 15 237 1.32e-32 115 d3uc3a_ d3dlsa_ 28.3 269 169 4 9 267 15 269 6.64e-28 103 d3uc3a_ d2w5aa1 32.3 217 125 8 9 208 3 214 1.78e-25 96.7 d3uc3a_ d2b9ha_ 26.7 303 156 9 18 267 19 308 5.13e-20 82.8 d3uc3a_ d2xrwa1 27.7 220 150 5 11 224 24 240 1.90e-19 81.3 d3uc3a_ d3mi9a_ 25.0 328 195 12 1 282 1 323 2.47e-18 77.8 d3uc3a_ d3wara_ 23.7 300 180 10 8 268 34 323 3.27e-18 77.4 d3uc3a_ d3lxpa_ 32.1 212 122 10 15 211 13 217 4.77e-17 73.6 d3uc3a_ d2i6la_ 27.8 302 168 8 11 267 7 303 5.68e-17 73.6 d3uc3a_ d4yfia_ 27.9 208 132 8 13 208 24 225 1.81e-15 68.9 d3uc3a_ d3oz6a_ 28.6 224 132 5 7 204 3 224 5.87e-15 68.2 d3uc3a_ d4i4ea_ 26.0 265 174 12 10 263 7 260 1.13e-13 63.5 d3uc3a_ d4itja_ 25.3 289 176 12 13 272 9 286 1.27e-13 63.5 d3uc3a_ d1ad5a3 25.3 253 166 10 16 264 22 255 2.49e-11 56.6 d3uc3a_ d4at5a1 24.3 218 135 7 16 208 16 228 3.88e-11 56.2 d3uc3a_ d3f66a_ 28.0 211 134 9 14 210 29 235 1.27e-10 54.7 d3uc3a_ d3poza_ 25.0 208 137 9 15 209 15 216 1.91e-09 51.2 d3uc3a_ d4nfna_ 25.6 211 142 8 10 208 11 218 2.39e-08 47.8 d3bdwa_ d3bdwa_ 100 123 0 0 1 123 1 123 5.70e-96 265 d3bdwa_ d3m9za_ 29.5 122 81 2 5 122 3 123 3.19e-17 66.2 d3bdwa_ d1ypqa1 31.2 125 77 3 5 121 5 128 1.05e-16 65.1 d3bdwa_ d2yhfa_ 28.8 118 79 2 5 120 2 116 1.72e-15 61.6 d1wmza_ d1wmza_ 100 140 0 0 1 140 1 140 1.43e-113 311 d1wmza_ d2h2tb_ 35.5 124 66 5 1 124 2 111 5.98e-17 66.2 d1wmza_ d1ypqa1 25.6 90 57 2 3 92 5 84 3.68e-09 45.8 d1ypqa1 d1ypqa1 100 131 0 0 1 131 1 131 1.41e-102 283 d1ypqa1 d3bdwa_ 32.5 114 68 3 5 117 5 110 3.59e-18 68.9 d1ypqa1 d3m9za_ 31.5 124 81 1 5 128 3 122 1.46e-17 67.4 d1ypqa1 d1wmza_ 26.1 88 55 2 5 82 3 90 4.79e-09 45.4 d2h2tb_ d2h2tb_ 100 129 0 0 1 129 1 129 5.55e-108 296 d2h2tb_ d1wmza_ 34.7 124 67 4 2 111 1 124 1.03e-20 75.9 d2yhfa_ d2yhfa_ 100 118 0 0 1 118 1 118 5.16e-92 255 d2yhfa_ d3m9za_ 39.3 122 64 5 2 116 3 121 2.33e-24 84.3 d2yhfa_ d3bdwa_ 28.8 118 79 2 2 116 5 120 2.66e-17 66.2 d3m9za_ d3m9za_ 100 124 0 0 1 124 1 124 6.38e-98 270 d3m9za_ d2yhfa_ 39.3 122 64 5 3 121 2 116 2.45e-24 84.3 d3m9za_ d3bdwa_ 29.5 122 81 2 3 123 5 122 2.58e-19 71.6 d3m9za_ d1ypqa1 31.5 124 81 1 3 122 5 128 2.47e-18 69.3 d3m9za_ d2h2tb_ 28.2 78 54 1 3 80 4 79 8.96e-10 47.0 d3f8la_ d3f8la_ 100 162 0 0 1 162 1 162 6.48e-114 314 d3f8la_ d4zsia1 39.6 159 95 1 1 158 2 160 8.10e-32 106 d4zsia1 d4zsia1 100 165 0 0 1 165 1 165 1.46e-116 321 d4zsia1 d3f8la_ 39.6 159 95 1 2 160 1 158 4.13e-32 107 d1txoa_ d1txoa_ 100 235 0 0 1 235 1 235 1.47e-164 448 d1txoa_ d2j82a_ 38.8 237 130 6 6 230 4 237 4.81e-38 127 d2j82a_ d2j82a_ 100 240 0 0 1 240 1 240 5.84e-178 482 d2j82a_ d1txoa_ 38.8 237 130 6 4 237 6 230 2.61e-41 135 g2vt1.1 g2vt1.1 100 103 0 0 1 103 1 103 1.17e-72 205 g2vt1.1 g3bzy.1 34.1 88 58 0 10 97 6 93 8.69e-13 53.5 g3bzy.1 g3bzy.1 100 101 0 0 1 101 1 101 1.38e-70 199 g3bzy.1 g2vt1.1 34.1 88 58 0 6 93 10 97 8.52e-13 53.5 d1k9oi_ d1k9oi_ 100 376 0 0 1 376 1 376 2.41e-268 722 d1k9oi_ d3ozqa1 34.1 367 221 8 16 373 15 369 4.24e-63 200 d1k9oi_ d3kcgi_ 30.7 384 245 12 9 376 49 427 5.24e-47 159 d1k9oi_ d1wz9a_ 26.4 382 257 10 9 376 4 375 4.01e-38 134 d1k9oi_ d3pzfa_ 27.9 373 248 10 20 376 14 381 2.35e-36 130 d1k9oi_ d3le2a1 28.2 372 244 11 24 376 22 389 6.96e-35 126 d1k9oi_ d5ncsa1 28.2 383 238 11 11 375 4 367 1.42e-29 111 d1k9oi_ d4x30a_ 25.7 378 256 10 13 376 10 376 1.22e-26 103 d3kcgi_ d3kcgi_ 100 429 0 0 1 429 1 429 1.04e-314 844 d3kcgi_ d3pzfa_ 33.2 371 227 9 68 427 21 381 6.85e-56 183 d3kcgi_ d3le2a1 30.8 377 244 8 62 427 19 389 2.62e-52 174 d3kcgi_ d1k9oi_ 31.1 347 227 8 49 393 9 345 4.18e-48 162 d3kcgi_ d1wz9a_ 26.5 389 259 10 49 427 4 375 5.85e-47 159 d3kcgi_ d3ozqa1 29.5 383 248 11 48 426 7 371 1.09e-46 159 d3kcgi_ d5ncsa1 29.5 359 232 10 73 426 25 367 2.90e-41 144 d3kcgi_ d4x30a_ 28.1 385 263 12 46 427 3 376 8.02e-36 129 d1wz9a_ d1wz9a_ 100 375 0 0 1 375 1 375 3.75e-276 742 d1wz9a_ d4x30a_ 28.9 381 244 12 8 375 10 376 2.58e-46 156 d1wz9a_ d3kcgi_ 26.4 387 262 10 4 375 49 427 2.74e-45 155 d1wz9a_ d3ozqa1 29.1 374 237 12 7 370 11 366 9.40e-44 149 d1wz9a_ d1k9oi_ 26.1 383 257 11 4 375 9 376 7.71e-38 134 d1wz9a_ d3le2a1 26.4 367 245 9 27 375 30 389 3.31e-33 121 d1wz9a_ d5ncsa1 25.4 374 254 10 8 371 6 364 5.69e-31 115 d1wz9a_ d3pzfa_ 23.8 366 252 8 27 375 26 381 5.38e-25 98.6 d3pzfa_ d3pzfa_ 100 383 0 0 1 383 1 383 2.48e-285 766 d3pzfa_ d3kcgi_ 33.2 371 227 9 21 381 68 427 1.68e-55 182 d3pzfa_ d3ozqa1 28.1 374 248 10 9 378 13 369 1.67e-38 135 d3pzfa_ d1k9oi_ 27.4 379 259 10 6 381 11 376 1.26e-37 133 d3pzfa_ d3le2a1 26.2 390 264 9 8 382 10 390 3.18e-37 132 d3pzfa_ d5ncsa1 25.9 359 244 11 25 378 24 365 1.04e-33 122 d3pzfa_ d4x30a_ 25.3 367 248 10 24 381 27 376 4.24e-28 107 d3pzfa_ d1wz9a_ 23.8 366 252 8 26 381 27 375 4.54e-26 101 d4x30a_ d4x30a_ 100 378 0 0 1 378 1 378 2.45e-278 748 d4x30a_ d1wz9a_ 28.9 381 244 12 10 376 8 375 2.39e-48 162 d4x30a_ d5ncsa1 31.4 382 231 16 5 373 2 365 1.97e-38 135 d4x30a_ d3kcgi_ 28.1 385 263 12 3 376 46 427 1.40e-36 131 d4x30a_ d3ozqa1 27.5 386 252 12 1 375 3 371 3.48e-32 118 d4x30a_ d3pzfa_ 24.7 364 254 9 27 376 24 381 4.57e-29 110 d4x30a_ d1k9oi_ 25.7 378 256 10 10 376 13 376 2.78e-28 107 d4x30a_ d3le2a1 24.4 373 258 9 22 376 23 389 1.13e-24 97.8 d5ncsa1 d5ncsa1 100 370 0 0 1 370 1 370 1.47e-275 740 d5ncsa1 d3kcgi_ 29.7 357 230 10 25 365 73 424 1.80e-41 144 d5ncsa1 d4x30a_ 31.4 382 231 16 2 365 5 373 1.93e-38 135 d5ncsa1 d3le2a1 27.1 388 254 13 1 365 5 386 8.54e-35 125 d5ncsa1 d3pzfa_ 25.9 359 244 11 24 365 25 378 1.04e-34 125 d5ncsa1 d3ozqa1 28.4 356 228 14 23 365 28 369 4.32e-33 120 d5ncsa1 d1wz9a_ 25.5 373 255 10 6 364 8 371 6.17e-33 120 d5ncsa1 d1k9oi_ 28.3 378 244 11 4 367 11 375 4.13e-31 115 d3le2a1 d3le2a1 100 391 0 0 1 391 1 391 4.97e-280 753 d3le2a1 d3kcgi_ 30.8 377 244 8 19 389 62 427 1.36e-49 167 d3le2a1 d3pzfa_ 26.2 390 264 9 10 390 8 382 8.14e-35 126 d3le2a1 d1k9oi_ 28.8 364 236 11 30 389 32 376 9.64e-34 123 d3le2a1 d3ozqa1 28.1 381 245 12 11 386 13 369 4.60e-33 121 d3le2a1 d1wz9a_ 26.7 367 244 9 30 389 27 375 1.72e-32 119 d3le2a1 d5ncsa1 27.5 364 236 12 29 386 24 365 1.51e-31 117 d3le2a1 d4x30a_ 24.9 377 251 10 23 389 22 376 1.81e-21 88.6 d3ozqa1 d3ozqa1 100 373 0 0 1 373 1 373 4.01e-270 726 d3ozqa1 d1k9oi_ 34.1 369 222 8 13 369 14 373 2.13e-63 201 d3ozqa1 d3kcgi_ 29.7 381 246 11 7 369 48 424 1.87e-45 155 d3ozqa1 d1wz9a_ 29.1 374 237 12 11 366 7 370 2.47e-44 151 d3ozqa1 d3pzfa_ 28.1 374 248 10 13 369 9 378 6.05e-38 134 d3ozqa1 d3le2a1 28.1 381 245 12 13 369 11 386 1.73e-34 125 d3ozqa1 d5ncsa1 28.4 356 228 14 28 369 23 365 7.97e-32 117 d3ozqa1 d4x30a_ 27.6 384 250 12 3 369 1 373 1.18e-30 114 d3ii9a1 d3ii9a1 100 240 0 0 1 240 1 240 1.82e-181 491 d3ii9a1 d5jsca1 33.9 168 99 3 45 203 37 201 6.21e-21 82.0 d5jsca1 d5jsca1 100 234 0 0 1 234 1 234 1.32e-171 466 d5jsca1 d3ii9a1 33.9 168 99 3 37 201 45 203 3.98e-17 71.6 d3r44a1 d3r44a1 100 502 0 0 1 502 1 502 0.0 994 d3r44a1 d5upta1 28.3 513 338 10 4 497 5 506 1.98e-48 168 d5upta1 d5upta1 100 512 0 0 1 512 1 512 0.0 1049 d5upta1 d3r44a1 28.6 525 321 12 5 506 4 497 7.38e-48 167 EPQ09146.1 EPQ09146.1 100 1292 0 0 1 1292 1 1292 0.0 1094 EPQ09146.1 NP_001121181.2 73.5 347 89 3 948 1292 966 1311 2.76e-165 522 NP_001121181.2 NP_001121181.2 100 1311 0 0 1 1311 1 1311 0.0 1041 NP_001121181.2 EPQ09146.1 73.5 347 89 3 966 1311 948 1292 3.78e-167 527 XP_026225122.1 XP_026225122.1 100 2493 0 0 1 2493 1 2493 0.0 4081 XP_026225122.1 XP_015783916.1 44.3 1771 611 32 318 1914 335 1908 0.0 1191 XP_026225122.1 d4nyxa_ 94.0 116 7 0 1082 1197 1 116 1.10e-71 229 XP_026225122.1 d3uv4a1 34.2 79 50 1 1106 1184 23 99 2.11e-10 54.3 XP_026225122.1 d3ljwa_ 35.1 77 47 1 1117 1190 37 113 6.47e-10 52.8 XP_026225122.1 d4nxja1 31.6 76 50 1 1111 1186 30 103 1.18e-09 52.0 XP_015783916.1 XP_015783916.1 100 2409 0 0 1 2409 1 2409 0.0 3934 XP_015783916.1 XP_026225122.1 46.4 1723 592 35 335 1883 318 1882 0.0 1183 XP_015783916.1 d4nyxa_ 86.2 116 16 0 976 1091 1 116 2.17e-67 216 XP_015783916.1 d3ljwa_ 34.8 69 45 0 1011 1079 37 105 4.58e-10 53.1 XP_015783916.1 d3uv4a1 33.3 84 54 1 1000 1083 23 104 1.31e-09 52.0 XP_015783916.1 d4nxja1 31.1 90 59 2 992 1081 18 104 1.55e-09 51.6 XP_020640612.1 XP_020640612.1 100 716 0 0 1 716 1 716 0.0 1418 XP_020640612.1 RXM37273.1 27.1 738 408 24 1 712 1 634 2.39e-56 197 RXM37273.1 RXM37273.1 100 673 0 0 1 673 1 673 0.0 1341 RXM37273.1 XP_020640612.1 27.1 737 409 20 1 634 1 712 2.15e-53 189 XP_001389757.2 XP_001389757.2 100 428 0 0 1 428 1 428 2.25e-321 861 XP_001389757.2 XP_030993825.1 44.2 425 166 9 29 387 202 621 4.04e-106 322 XP_030993825.1 XP_030993825.1 100 637 0 0 1 637 1 637 0.0 1230 XP_030993825.1 XP_001389757.2 44.4 421 171 7 202 621 29 387 1.58e-106 323 d3d1ka_ d3d1ka_ 100 142 0 0 1 142 1 142 3.94e-103 285 d3d1ka_ d4esaa_ 86.6 142 19 0 1 142 1 142 1.08e-91 256 d3d1ka_ d1v4wa_ 78.7 141 30 0 2 142 3 143 5.47e-83 234 d3d1ka_ d3bj1a_ 63.4 142 52 0 1 142 1 142 2.14e-66 192 d3d1ka_ d1gcvb_ 34.7 124 76 1 18 141 17 135 1.22e-18 70.9 d3d1ka_ d2dc3a_ 32.0 128 79 2 2 121 3 130 5.25e-18 70.1 d3d1ka_ d1cg5b_ 27.7 141 98 3 2 141 3 140 4.90e-15 61.6 d3d1ka_ d1x9fc_ 19.7 147 105 3 3 140 6 148 3.23e-06 38.1 d4esaa_ d4esaa_ 100 142 0 0 1 142 1 142 6.54e-102 282 d4esaa_ d3d1ka_ 86.6 142 19 0 1 142 1 142 6.25e-91 254 d4esaa_ d1v4wa_ 78.7 141 30 0 2 142 3 143 1.29e-81 231 d4esaa_ d3bj1a_ 67.6 142 46 0 1 142 1 142 7.82e-69 198 d4esaa_ d1gcvb_ 36.8 114 67 1 28 141 27 135 8.67e-19 71.2 d4esaa_ d2dc3a_ 30.5 128 81 2 2 121 3 130 2.17e-16 65.9 d4esaa_ d1cg5b_ 29.1 141 96 3 2 141 3 140 5.25e-14 58.9 d1v4wa_ d1v4wa_ 100 143 0 0 1 143 1 143 4.24e-103 285 d1v4wa_ d3d1ka_ 78.7 141 30 0 3 143 2 142 3.18e-82 232 d1v4wa_ d4esaa_ 78.7 141 30 0 3 143 2 142 1.30e-81 231 d1v4wa_ d3bj1a_ 70.9 141 41 0 3 143 2 142 2.55e-72 207 d1v4wa_ d2dc3a_ 28.2 149 99 2 3 143 3 151 2.94e-17 68.2 d1v4wa_ d1gcvb_ 36.8 114 67 1 29 142 27 135 3.85e-17 67.0 d1v4wa_ d1cg5b_ 30.5 141 94 3 3 142 3 140 3.84e-14 59.3 d3bj1a_ d3bj1a_ 100 142 0 0 1 142 1 142 6.54e-102 282 d3bj1a_ d1v4wa_ 70.4 142 42 0 1 142 2 143 7.26e-72 206 d3bj1a_ d4esaa_ 67.6 142 46 0 1 142 1 142 2.24e-68 197 d3bj1a_ d3d1ka_ 63.4 142 52 0 1 142 1 142 3.53e-65 189 d3bj1a_ d1gcvb_ 38.6 114 65 1 28 141 27 135 1.41e-20 75.9 d3bj1a_ d2dc3a_ 29.5 149 97 2 2 142 3 151 1.35e-18 71.6 d3bj1a_ d1cg5b_ 32.6 141 91 3 2 141 3 140 2.97e-17 67.4 d4g7hd_ d4g7hd_ 100 1500 0 0 1 1500 1 1500 0.0 2901 d4g7hd_ d1twfa_ 24.1 921 509 24 500 1265 223 1108 1.74e-48 183 d1twfa_ d1twfa_ 100 1449 0 0 1 1449 1 1449 0.0 2881 d1twfa_ d4g7hd_ 23.9 1024 554 31 152 1108 400 1265 4.31e-49 185 bbuchfink-diamond-6dc5717/src/test/galaxy/000077500000000000000000000000001523407312000204505ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/test/galaxy/db.dmnd000066400000000000000000000062651523407312000217120ustar00rootroot00000000000000mî¤øJĒ U 0öēc} /U°ÜIpjļĐŖ”˙                                                                                                                     ˙gi|3950761|gb|YP_514675.1|cytochrome c oxidase subunit 1 (mitochondrion) [Oryza sativa Indica Group]˙                                                                                                         ˙gi|19893533|gb|YP_009047267.1|cytochrome c oxidase subunit I, partial (mitochondrion) [Drosophila melanogaster]˙                                                                                                             ˙gi|140539|gb|NP_059333.1|cytochrome c oxidase subunit I (mitochondrion) [Danio rerio]˙                                                                                                             ˙gi|4512|gb|YP_003024028.1|cytochrome c oxidase subunit I (mitochondrion) [Homo sapiens]˙                                                                                                            ˙gi|17708|gb|NP_904330.1|cytochrome c oxidase subunit I (mitochondrion) [Mus musculus]` Ķ˙D û U bbuchfink-diamond-6dc5717/src/test/galaxy/nucleotide.fasta000066400000000000000000000031371523407312000236270ustar00rootroot00000000000000>NC_001646.1:5332-6871 Pongo pygmaeus mitochondrion, complete genome ATGTTCGCCGACCGCTGGCTATTCTCCACGAACCACAAAGATATTGGAACGCTATACCTGTTGTTCGGCG CATGAGCTGGTGTCCTAGGCACTGCCCTAAGCCTCCTCATTCGTGCTGAACTAGGCCAACCCGGCAACCT CCTAGGTAATGACCATATTTACAATGTCATCGTCACAGCCCATGCATTCGTAATAATTTTTTTCATGGTC ATGCCCATAATAATTGGAGGCTTTGGCAACTGACTAGTGCCCCTGATAATTGGCGCCCCTGATATGGCAT TCCCGCGCATAAATAACATAAGCTTCTGACTCCTCCTCCCCTCCTTCCTCCTATTACTCGCTTCTGCTAC AGTAGAGGCCGGAGCAGGAACGGGCTGAACAGTCTATCCACCCCTAGCAGGAAACTACTCTCACCCAGGA GCCTCTGTAGACTTGACAATCTTCTCTCTACACCTAGCAGGCATTTCCTCAATTCTAGGGGCTATCAATT TCATTACAACAATTATTAATATAAAACCCCCTGCAATATCCCAATATCAAACTCCCCTCTTCGTCTGATC AATCCTGATCACAGCAGTCCTACTTCTCCTCTCCCTCCCAGTCCTAGCCGCTGGCATCACCATACTACTA ACAGACCGCAACTTAAATACTACATTCTTTGACCCGGCTGGAGGTGGGGATCCTATCCTATACCAACACT TATTCTGATTTTTCGGCCACCCTGAAGTCTACATTCTCATCCTACCAGGTTTCGGCATAATCTCCCACAT CGTAACACACTACTCCGGAAAAAAAGAACCATTTGGGTATATAGGCATAGTCTGAGCCATAGTCTCAATT GGTTTCCTGGGTTTTATCGTATGAGCCCACCACATATTCACAGTAGGGATAGACGTGGACACACGAGCCT ACTTCACCTCCGCTACCATAATTATTGCCATCCCCACCGGCGTCAAAGTATTTAGCTGACTCGCTACACT CCACGGAAGCAACACTAAATGATCTGCCGCAATCCTCTGAGCCTTAGGATTCATTTTCCTCTTCACCGTA GGCGGCTTAACAGGCATCGTACTGGCAAACTCATCACTAGACATCGTATTACACGATACATACTACGTTG TAGCCCACTTTCACTACGTCTTATCAATAGGAGCTGTATTCGCCATCATAGGAGGCTTCATCCACTGGTT CCCACTATTCTCAGGCTACACCTTAAACCAGACCTATGCTAAAATTCACTTCATCACCATATTTGTCGGC GTAAATTTAACCTTCTTCCCGCAACATTTCCTTGGCCTATCAGGTATACCCCGACGCTACTCCGATTACC CCGACGCATATACCACATGAAATATTTTATCATCCGCAGGCTCATTTATCTCCCTAACAGCAGTTATACT AATAATTTTCATAATTTGAGAAGCCTTTGCCTCAAAACGAAAAGTCCCAATAATTGAACAACCTTCCACA AGCCTAGAGTGGTTATACGGATGCCCCCCACCCTACCATACGTTTGAAGAACCCGTCTATATAAAACCCG bbuchfink-diamond-6dc5717/src/test/galaxy_7.out000066400000000000000000000007631523407312000214350ustar00rootroot00000000000000NC_001646.1:5332-6871 gi|4512|gb|YP_003024028.1|cytochrome 88.9 512 57 0 1 1536 1 512 0.0 897 NC_001646.1:5332-6871 gi|17708|gb|NP_904330.1|cytochrome 83.4 512 85 0 1 1536 1 512 8.27e-315 847 NC_001646.1:5332-6871 gi|140539|gb|NP_059333.1|cytochrome 79.5 512 105 0 1 1536 1 512 7.42e-300 810 NC_001646.1:5332-6871 gi|19893533|gb|YP_009047267.1|cytochrome 71.3 505 145 0 7 1521 1 505 2.88e-263 717 NC_001646.1:5332-6871 gi|3950761|gb|YP_514675.1|cytochrome 65.5 516 169 4 13 1536 6 520 4.52e-237 651 bbuchfink-diamond-6dc5717/src/test/galaxy_9.out000066400000000000000000000007631523407312000214370ustar00rootroot00000000000000NC_001646.1:5332-6871 gi|4512|gb|YP_003024028.1|cytochrome 88.9 512 57 0 1 1536 1 512 0.0 897 NC_001646.1:5332-6871 gi|17708|gb|NP_904330.1|cytochrome 83.4 512 85 0 1 1536 1 512 8.27e-315 847 NC_001646.1:5332-6871 gi|140539|gb|NP_059333.1|cytochrome 79.5 512 105 0 1 1536 1 512 7.42e-300 810 NC_001646.1:5332-6871 gi|19893533|gb|YP_009047267.1|cytochrome 71.3 505 145 0 7 1521 1 505 2.88e-263 717 NC_001646.1:5332-6871 gi|3950761|gb|YP_514675.1|cytochrome 65.5 516 169 4 13 1536 6 520 4.52e-237 651 bbuchfink-diamond-6dc5717/src/test/greedy_vertex_cover_numeric.out000066400000000000000000000000241523407312000255040ustar00rootroot000000000000000 0 0 1 0 2 3 3 4 4 bbuchfink-diamond-6dc5717/src/test/greedy_vertex_cover_numeric.tsv000066400000000000000000000000161523407312000255120ustar00rootroot000000000000000 1 1 0 2 0.5 bbuchfink-diamond-6dc5717/src/test/hit_buffer_stress.cpp000066400000000000000000000125061523407312000234130ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include "basic/config.h" #include "search/hit_buffer.h" #include "basic/config.h" #include "util/parallel/simple_thread_pool.h" static uint64_t hit_fp(uint32_t query, uint64_t subject, uint32_t seed_offset, uint16_t score) { return (uint64_t)query * 2654435769ULL + (uint64_t)subject * 2246822519ULL + (uint64_t)seed_offset * 3266489917ULL + (uint64_t)score * 668265261ULL; } struct HitBufferTestResult { bool passed; size_t expected_hits; size_t actual_hits; uint64_t expected_checksum; uint64_t actual_checksum; }; static HitBufferTestResult run_single_mode(bool membuf_mode) { static constexpr int BIN_COUNT = 32; static constexpr int QUERIES_PER_BIN = 1000; static constexpr int QUERY_COUNT = BIN_COUNT * QUERIES_PER_BIN; static constexpr int HITS_PER_QUERY = 11; static constexpr uint64_t TARGET_LEN = 50000; // subject locs drawn from [1, TARGET_LEN] static constexpr int THREAD_COUNT = BIN_COUNT; // one writer thread per bin static constexpr int QUERY_CONTEXTS = 1; const uint32_t max_query = (uint32_t)QUERY_COUNT; const uint64_t max_target = TARGET_LEN + 1; const bool saved_membuf = config.trace_pt_membuf; const bool saved_swipe = config.swipe_all; config.trace_pt_membuf = membuf_mode; config.swipe_all = false; std::vector key_partition; for (int i = 1; i <= BIN_COUNT; ++i) key_partition.push_back(uint32_t(i * QUERIES_PER_BIN)); SimpleThreadPool search_pool; Search::HitBuffer buf( key_partition, ".", false, QUERY_CONTEXTS, THREAD_COUNT, max_query, max_target, search_pool); std::atomic expected_cs{ 0 }; { std::vector writers; writers.reserve(THREAD_COUNT); for (int t = 0; t < THREAD_COUNT; ++t) { writers.emplace_back([&, t]() { Search::HitBuffer::Writer w(buf, (size_t)t); uint64_t local_cs = 0; const int q_begin = t * QUERIES_PER_BIN; const int q_end = q_begin + QUERIES_PER_BIN; for (int q = q_begin; q < q_end; ++q) { const Loc seed_off = (Loc)(q % 64); const uint32_t query = (uint32_t)q; w.new_query(query, seed_off); for (int j = 0; j < HITS_PER_QUERY; ++j) { const uint32_t subj = uint32_t((q * HITS_PER_QUERY + j) % TARGET_LEN + 1); const uint16_t score = uint16_t((q * 7 + j * 13) % 65534 + 1); w.write(query, PackedLoc(subj), score); local_cs += hit_fp(query, subj, (uint32_t)seed_off, score); } } expected_cs.fetch_add(local_cs, std::memory_order_relaxed); }); } for (auto& t : writers) t.join(); } buf.finish_writing(); buf.alloc_buffer(); size_t actual_total = 0; uint64_t actual_cs = 0; while (buf.load(std::numeric_limits::max())) { Search::Hit* hits; size_t count; std::tie(hits, count, std::ignore, std::ignore) = buf.retrieve(); if (hits) { for (size_t i = 0; i < count; ++i) { const Search::Hit& h = hits[i]; actual_cs += hit_fp( h.query_, (uint64_t)h.subject_, (uint32_t)h.seed_offset_, h.score_); } actual_total += count; } } buf.free_buffer(); config.trace_pt_membuf = saved_membuf; config.swipe_all = saved_swipe; const size_t expected_total = (size_t)QUERY_COUNT * HITS_PER_QUERY; const uint64_t expected_sum = expected_cs.load(); const bool passed = (actual_total == expected_total) && (actual_cs == expected_sum); return { passed, expected_total, actual_total, expected_sum, actual_cs }; } int run_hit_buffer_stress_test() { std::cout << "\nHitBuffer stress test" << std::endl; std::cout << "=====================" << std::endl; std::cout << "Threads = " << config.threads_ << std::endl; int failures = 0; for (bool membuf : { true, false }) { const char* mode = membuf ? "in-memory (membuf)" : "disk"; std::cout << " Mode: " << mode << " ... " << std::flush; HitBufferTestResult r; try { r = run_single_mode(membuf); } catch (const std::exception& e) { std::cout << "EXCEPTION: " << e.what() << std::endl; ++failures; continue; } if (r.passed) { std::cout << "PASSED" << " (" << r.actual_hits << " hits, checksum ok)" << std::endl; } else { std::cout << "FAILED" << "\n expected hits=" << r.expected_hits << " actual=" << r.actual_hits << "\n expected checksum=" << r.expected_checksum << " actual=" << r.actual_checksum << std::endl; ++failures; } } std::cout << " Result: " << (2 - failures) << "/2 passed" << std::endl; std::cout << "=====================" << std::endl; return failures; }bbuchfink-diamond-6dc5717/src/test/linclust.out000066400000000000000000010160001523407312000215470ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 EHX4537433.1 EHX4537433.1 WP_133518962.1 WP_133518962.1 XP_015036367.2 XP_015036367.2 PAA16140.1 PAA16140.1 GLZ33620.1 GLZ33620.1 XP_039555956.1 XP_039555956.1 MBO7734838.1 MBO7734838.1 XP_007207923.1 XP_007207923.1 XP_051956784.1 XP_051956784.1 OGK79387.1 OGK79387.1 WP_025531131.1 WP_025531131.1 WP_268714943.1 WP_268714943.1 VDK71801.1 VDK71801.1 EGI67351.1 EGI67351.1 XP_021846694.1 XP_021846694.1 WP_224792367.1 WP_224792367.1 OIO24646.1 OIO24646.1 XP_004466702.1 XP_004466702.1 XP_004466702.1 EAJ4317745.1 XP_004466702.1 UWG74403.1 EJT84792.1 EJT84792.1 WP_077010214.1 WP_077010214.1 HAN2236324.1 HAN2236324.1 HBZ0881431.1 HBZ0881431.1 MBD5551606.1 MBD5551606.1 MBD5551606.1 MBR7122964.1 WP_007356512.1 WP_007356512.1 CAH8368929.1 CAH8368929.1 PRQ70658.1 PRQ70658.1 WP_127607693.1 WP_127607693.1 NEO89073.1 NEO89073.1 SHX72876.1 SHX72876.1 EAT3027009.1 EAT3027009.1 MBQ5338540.1 MBQ5338540.1 MBW1825233.1 MBW1825233.1 MBQ0119857.1 MBQ0119857.1 UVD88834.1 UVD88834.1 XP_028733567.1 XP_028733567.1 KAF8533701.1 KAF8533701.1 XP_031270756.1 XP_031270756.1 WP_255266214.1 WP_255266214.1 KRX90811.1 KRX90811.1 MBN4200190.1 MBN4200190.1 ERV81283.1 ERV81283.1 WP_104462564.1 WP_104462564.1 WP_061239294.1 WP_061239294.1 WP_050238626.1 WP_050238626.1 HIH01984.1 HIH01984.1 WP_250258169.1 WP_250258169.1 WP_242961281.1 WP_242961281.1 WP_045385114.1 WP_045385114.1 WP_233987225.1 WP_233987225.1 MBI5413544.1 MBI5413544.1 WP_245770707.1 WP_245770707.1 MYU10132.1 MYU10132.1 MCC8048325.1 MCC8048325.1 WP_141361908.1 WP_141361908.1 XP_039261378.1 XP_039261378.1 MBR3162388.1 MBR3162388.1 MBR3056759.1 MBR3056759.1 XP_046337982.1 XP_046337982.1 RVW27732.1 RVW27732.1 ACU21193.1 ACU21193.1 WP_223975418.1 WP_223975418.1 HAV2038468.1 HAV2038468.1 RBH73006.1 RBH73006.1 EAA7679439.1 EAA7679439.1 EAA7679439.1 WP_213741880.1 GLX88815.1 GLX88815.1 GLX88815.1 WP_210226425.1 GLX88815.1 MBR0212985.1 GLX88815.1 HCN8461219.1 WP_234749042.1 WP_234749042.1 WP_281674273.1 WP_281674273.1 MBO0734013.1 MBO0734013.1 RPG10933.1 RPG10933.1 WP_122576107.1 WP_122576107.1 WAX08241.1 WAX08241.1 WP_255734230.1 WP_255734230.1 KZS73167.1 KZS73167.1 PYM79331.1 PYM79331.1 XP_015253450.1 XP_015253450.1 KOU48934.1 KOU48934.1 MCK4671080.1 MCK4671080.1 WP_143957119.1 WP_143957119.1 RZB31430.1 RZB31430.1 OLC29722.1 OLC29722.1 HBU4069332.1 HBU4069332.1 HBU4069332.1 HCE5900341.1 MCK4027136.1 MCK4027136.1 GBF67295.1 GBF67295.1 MBS6439950.1 MBS6439950.1 MCE2394956.1 MCE2394956.1 WP_275149613.1 WP_275149613.1 XP_009132605.1 XP_009132605.1 WP_017065630.1 WP_017065630.1 WP_134064782.1 WP_134064782.1 WP_031764117.1 WP_031764117.1 KAH7111090.1 KAH7111090.1 KAF3601053.1 KAF3601053.1 XP_056097092.1 XP_056097092.1 EEI68160.1 EEI68160.1 WP_249240542.1 WP_249240542.1 GIX80479.1 GIX80479.1 XP_054464105.1 XP_054464105.1 WP_031739936.1 WP_031739936.1 XP_052068338.1 XP_052068338.1 CAI9830983.1 CAI9830983.1 WP_150194162.1 WP_150194162.1 WP_150194162.1 WP_245657543.1 TIL25499.1 TIL25499.1 KMK70211.1 KMK70211.1 MBL7906248.1 MBL7906248.1 WP_199537626.1 WP_199537626.1 EHD1462244.1 EHD1462244.1 WP_105794890.1 WP_105794890.1 KAJ4753967.1 KAJ4753967.1 XP_007512765.1 XP_007512765.1 EFU9196970.1 EFU9196970.1 EFU9196970.1 WP_261970917.1 EFU9196970.1 PGL69713.1 WP_133662298.1 WP_133662298.1 WP_156164841.1 WP_156164841.1 XP_040774166.1 XP_040774166.1 XP_010489688.1 XP_010489688.1 ECO0852462.1 ECO0852462.1 MBC8149950.1 MBC8149950.1 OLE88521.1 OLE88521.1 BAV52815.1 BAV52815.1 NXT80179.1 NXT80179.1 WP_200941876.1 WP_200941876.1 WP_200941876.1 MBP6544771.1 WP_200941876.1 WP_148836004.1 WP_200941876.1 WP_055153579.1 WP_200941876.1 MCL4144983.1 WP_200941876.1 RLB66027.1 WP_200941876.1 WP_167959909.1 WP_146310544.1 WP_146310544.1 KAJ4994524.1 KAJ4994524.1 NQU26924.1 NQU26924.1 NQU26924.1 MCK9987173.1 KKQ17530.1 KKQ17530.1 WP_262043205.1 WP_262043205.1 WP_262043205.1 WP_222594143.1 WP_262043205.1 YP_010462557.1 KAH7904576.1 KAH7904576.1 KAF5967767.1 KAF5967767.1 WP_052991486.1 WP_052991486.1 ORB86003.1 ORB86003.1 WP_219866541.1 WP_219866541.1 MBA0681195.1 MBA0681195.1 CKF71070.1 GHI39478.1 CKF71070.1 CKF71070.1 CKF71070.1 WP_023050329.1 WP_078732502.1 WP_078732502.1 WP_078732502.1 MCJ2110312.1 WP_079688138.1 WP_079688138.1 MCE2498961.1 MCE2498961.1 RUX64007.1 RUX64007.1 CRZ84703.1 CRZ84703.1 MBT3222043.1 MBT3222043.1 WP_273849839.1 WP_273849839.1 WP_273849839.1 XP_007206475.1 WP_273849839.1 WP_110035452.1 WP_273849839.1 KAG2346037.1 WP_273849839.1 WP_259847195.1 WP_273849839.1 WP_138597401.1 WP_025260862.1 WP_025260862.1 WP_067225239.1 WP_067225239.1 EFG1785427.1 EFG1785427.1 XP_025268496.1 XP_025268496.1 OGE84663.1 OGE84663.1 MBH2016034.1 MBH2016034.1 GEY28869.1 GEY28869.1 Q9GKS6.1 Q9GKS6.1 WP_258570851.1 WP_258570851.1 WP_025399520.1 WP_025399520.1 KAG1839801.1 KAG1839801.1 WP_151427539.1 WP_151427539.1 EEC9966669.1 EEC9966669.1 UOZ97514.1 UOZ97514.1 MBO7120934.1 MBO7120934.1 NVO14071.1 NVO14071.1 GMH74815.1 GMH74815.1 WP_243220715.1 WP_243220715.1 KAJ4794342.1 KAJ4794342.1 WP_062821347.1 WP_062821347.1 EBP8848134.1 EBP8848134.1 WP_262394687.1 WP_262394687.1 HCE7036204.1 HCE7036204.1 GJP50541.1 GJP50541.1 UAQ80067.1 UKN67998.1 UAQ80067.1 ULB83374.1 UAQ80067.1 UAQ80067.1 UAQ80067.1 UJJ97602.1 UAQ80067.1 UVB16817.1 UAQ80067.1 UJV88611.1 UAQ80067.1 UCP72061.1 UAQ80067.1 QRX02582.1 UAQ80067.1 WHE12941.1 UAQ80067.1 UFM02602.1 UAQ80067.1 UMA88644.1 UAQ80067.1 UIR12670.1 UAQ80067.1 QXR94354.1 UAQ80067.1 WAS49087.1 UAQ80067.1 UBP50947.1 UAQ80067.1 QZU16279.1 UAQ80067.1 UPA83906.1 UAQ80067.1 UEX07109.1 UAQ80067.1 UFA30503.1 UAQ80067.1 UBD95131.1 UAQ80067.1 QWC83326.1 UAQ80067.1 WEI27974.1 UAQ80067.1 UPP41269.1 UAQ80067.1 UEC52718.1 UAQ80067.1 UGB98301.1 UAQ80067.1 UXH94526.1 UAQ80067.1 UMF87224.1 UAQ80067.1 UYE49180.1 UAQ80067.1 UBR86455.1 UAQ80067.1 QTM79632.1 UAQ80067.1 WEU87158.1 UAQ80067.1 UVI10561.1 UAQ80067.1 UCP77012.1 UAQ80067.1 WGP70063.1 UAQ80067.1 UBL45068.1 UAQ80067.1 UZO53924.1 UAQ80067.1 WGP98278.1 UAQ80067.1 UKU68032.1 UAQ80067.1 QSZ25555.1 UAQ80067.1 UJS94137.1 UAQ80067.1 WGQ72821.1 UAQ80067.1 QTD03487.1 UAQ80067.1 QTZ27226.1 UAQ80067.1 UPB00876.1 UAQ80067.1 UGA79226.1 UAQ80067.1 UJT06733.1 UAQ80067.1 USR14792.1 UAQ80067.1 UEC68750.1 UAQ80067.1 UOU30556.1 UAQ80067.1 QVD87869.1 UAQ80067.1 UNI03201.1 UAQ80067.1 UXX67934.1 UAQ80067.1 UHM53165.1 UAQ80067.1 UFM00670.1 UAQ80067.1 ULA23837.2 UAQ80067.1 URQ55824.1 UAQ80067.1 URP80785.1 WP_278361924.1 WP_278361924.1 WP_061121232.1 WP_061121232.1 WP_237480153.1 WP_237480153.1 WP_235074910.1 WP_235074910.1 AMS43029.1 AMS43029.1 AMS43029.1 HCE70276.1 WP_274400640.1 WP_274400640.1 WP_283129754.1 WP_283129754.1 MCJ7574591.1 MCJ7574591.1 WP_180047249.1 WP_180047249.1 KAF5693711.1 KAF5693711.1 MCF0245553.1 MCF0245553.1 EFX7948152.1 EFX7948152.1 NCW17563.1 NCW17563.1 KGQ91714.1 KGQ91714.1 MBW1731384.1 MBW1731384.1 WP_090340093.1 WP_090340093.1 WP_095963788.1 WP_095963788.1 WP_051773451.1 WP_051773451.1 WDF47893.1 WDF47893.1 WP_079458535.1 WP_079458535.1 MCB0395607.1 MCB0395607.1 WP_105462017.1 WP_105462017.1 MCI0441261.1 MCI0441261.1 WP_268428026.1 WP_268428026.1 WP_257882322.1 WP_257882322.1 WP_203201698.1 WP_203201698.1 WP_089867971.1 WP_089867971.1 MBO8233644.1 MBO8233644.1 UVY40774.1 UVY40774.1 NLZ92879.1 NLZ92879.1 MBC8192126.1 MBC8192126.1 GDY00464.1 GDY00464.1 MBQ1564907.1 MBQ1564907.1 MBQ1564907.1 WP_250934260.1 WP_075653737.1 MCE2395269.1 WP_075653737.1 WP_075653737.1 TJW17418.1 TJW17418.1 NEK79366.1 NEK79366.1 MBI2506024.1 MBI2506024.1 PIU18101.1 PIU18101.1 NBX99292.1 NBX99292.1 WP_254566347.1 WP_254566347.1 WP_108024271.1 WP_108024271.1 WP_108024271.1 WP_010443651.1 WP_108024271.1 MBG6287041.1 XP_032206552.1 XP_032206552.1 EEY8067912.1 EEY8067912.1 RYP28707.1 RYP28707.1 CAG7600102.1 CAG7600102.1 KAF6036899.1 KAF6036899.1 WP_038233489.1 WP_038233489.1 WP_260810007.1 WP_260810007.1 KAI9082639.1 KAI9082639.1 MCC7230466.1 MCC7230466.1 WP_190890574.1 WP_190890574.1 KAG6242063.1 KAG6242063.1 MBM3933481.1 MBM3933481.1 WP_166199813.1 WP_166199813.1 WP_009803198.1 WP_009803198.1 WP_166389238.1 WP_166389238.1 WP_214921910.1 WP_214921910.1 BDT03353.1 BDT03353.1 KAG9273239.1 KAG9273239.1 KAH9897695.1 KAH9897695.1 RXM36450.1 RXM36450.1 WP_119380110.1 WP_119380110.1 KAI9362949.1 KAI9362949.1 XP_024427063.2 XP_024427063.2 MCS7281253.1 MCS7281253.1 WP_014036593.1 WP_014036593.1 WP_272150417.1 WP_272150417.1 WP_226863423.1 WP_226863423.1 KAI5358731.1 KAI5358731.1 WP_242320225.1 WP_242320225.1 KAJ1832792.1 KAJ1832792.1 WP_007162313.1 WP_007162313.1 OJD14960.1 OJD14960.1 XP_025094492.1 XP_025094492.1 HFC49641.1 HFC49641.1 WP_125257517.1 WP_125257517.1 KRL50971.1 KRL50971.1 WP_270429919.1 WP_270429919.1 KAJ1924652.1 KAJ1924652.1 XP_043876828.1 XP_043876828.1 WP_239393343.1 WP_239393343.1 MCH8996551.1 MCH8996551.1 XP_032956783.1 XP_032956783.1 WP_162060842.1 WP_162060842.1 MBF06337.1 MBF06337.1 KPK46604.1 KPK46604.1 WP_185928545.1 WP_185928545.1 KAI8118081.1 CAH2014332.1 KAI8118081.1 KAI8118081.1 KAI8118081.1 KAG7602925.1 KAI8118081.1 XP_002873995.1 MBI2691306.1 MBI2691306.1 MCE9521167.1 MCE9521167.1 WP_180298529.1 WP_180298529.1 NQW24640.1 NQW24640.1 WP_174261300.1 WP_174261300.1 WP_194481458.1 WP_194481458.1 MCD8020507.1 MCD8020507.1 MBF2027262.1 MBF2027262.1 EGN0346558.1 EGN0346558.1 MBB1654724.1 MBB1654724.1 VGM95377.1 VGM95377.1 WP_229710081.1 WP_229710081.1 ECK9821833.1 ECK9821833.1 ECK9821833.1 WP_260685194.1 KGO32348.1 KGO32348.1 BAF39771.1 BAF39771.1 WP_246966510.1 WP_246966510.1 NBR42698.1 NBR42698.1 XP_007007273.1 XP_007007273.1 NXP66683.1 NXP66683.1 AWI66342.1 AWI66342.1 RUA32032.1 RUA32032.1 EHY2137407.1 EHY2137407.1 UZO03952.1 UZO03952.1 MBX9718818.1 MBX9718818.1 MBW4439448.1 MBW4439448.1 KAI9530097.1 KAI9530097.1 WP_163042480.1 WP_163042480.1 NXY58604.1 NXY58604.1 MBS5721782.1 MBS5721782.1 KAG6055499.1 KAG6055499.1 XP_019459237.1 XP_019459237.1 WP_153870478.1 WP_153870478.1 MBP6015992.1 MBP6015992.1 MBZ0302078.1 MBZ0302078.1 MBE56502.1 MBE56502.1 MBY8116888.1 MBY8116888.1 HAB35737.1 HAB35737.1 HAB35737.1 KAI2867803.1 WP_183491762.1 WP_183491762.1 CAF1218540.1 CAF1218540.1 HBO5091502.1 HBO5091502.1 WP_142480892.1 WP_142480892.1 UCF86936.1 UCF86936.1 KAI0494562.1 KAI0494562.1 MBR3040588.1 MBR3040588.1 WP_253057132.1 WP_253057132.1 DAT68911.1 DAT68911.1 WP_259173727.1 WP_259173727.1 XP_039550146.1 XP_039550146.1 WP_025917677.1 WP_025917677.1 WP_219989626.1 WP_219989626.1 WP_219989626.1 KVN34631.1 WP_219989626.1 WP_266103637.1 WP_120012998.1 WP_120012998.1 XP_007378490.1 XP_007378490.1 WP_210832037.1 WP_210832037.1 WP_044318929.1 WP_044318929.1 EPY77985.1 EPY77985.1 MBQ6717580.1 MBQ6717580.1 MCI5582667.1 MCI5582667.1 KAH7819128.1 KAH7819128.1 WP_072176998.1 WP_072176998.1 MBN2408678.1 MBN2408678.1 WP_124583682.1 WP_124583682.1 WP_124583682.1 TNE39473.1 WP_124583682.1 WP_228281474.1 XP_055364111.1 XP_055364111.1 KAH7671712.1 KAH7671712.1 MCC6251785.1 MCC6251785.1 MCC6251785.1 MBL7151874.1 WP_161548226.1 WP_161548226.1 PWA40393.1 PWA40393.1 WP_024957561.1 WP_024957561.1 XP_026202203.1 XP_026202203.1 XP_049917061.1 XP_049917061.1 WP_121975536.1 WP_121975536.1 WP_121975536.1 WP_029222463.1 WP_121975536.1 RYD39969.1 WP_065763488.1 WP_065763488.1 VEA68798.1 VEA68798.1 XP_020704071.1 XP_020704071.1 PWU01878.1 PWU01878.1 KAI9244788.1 KAI9244788.1 WP_140465756.1 WP_140465756.1 MUT95740.1 MUT95740.1 WP_165185356.1 WP_165185356.1 WP_097942517.1 WP_097942517.1 WP_071558608.1 WP_071558608.1 WP_171312884.1 WP_171312884.1 WP_172272319.1 WP_172272319.1 XP_015918471.2 XP_015918471.2 XP_023664563.1 XP_023664563.1 XP_023664563.1 MBR1628375.1 XP_023664563.1 WP_108098468.1 MCI6056265.1 MCI6056265.1 XP_043867713.1 XP_043867713.1 MCI6733811.1 MCI6733811.1 MCI6733811.1 WP_139387589.1 MCI6733811.1 ECG5012903.1 WP_200441331.1 WP_200441331.1 OQD63521.1 OQD63521.1 WP_250323911.1 WP_250323911.1 XP_045908845.1 XP_045908845.1 OLB04871.1 OLB04871.1 WP_008056683.1 WAY96880.1 WP_008056683.1 WP_008056683.1 KAF1884135.1 KAF1884135.1 WP_271489102.1 WP_271489102.1 YP_009703532.1 YP_009703532.1 OYR82937.1 OYR82937.1 MCB1431703.1 MCB1431703.1 PHJ25428.1 PHJ25428.1 MCL2354882.1 MCL2354882.1 KAH8830836.1 KAH8830836.1 UWQ95440.1 UWQ95440.1 WP_059534878.1 WP_059534878.1 WP_059534878.1 HBO82804.1 MCB9490987.1 MCB9490987.1 ECG5348412.1 ECG5348412.1 MBP8039875.1 MBP8039875.1 NOY27702.1 NOY27702.1 OGM15869.1 OGM15869.1 AAA50346.1 AAA50346.1 WP_212799263.1 WP_212799263.1 AKF94945.1 AKF94945.1 MCS7249985.1 MCS7249985.1 WP_154377822.1 WP_154377822.1 KAA0177341.1 KAA0177341.1 MCQ4833490.1 MCQ4833490.1 MBF0221393.1 MBF0221393.1 CUQ74728.1 CUQ74728.1 TYJ28824.1 TYJ28824.1 MCP4196081.1 MCP4196081.1 MBD5426059.1 MBD5426059.1 WP_094880233.1 WP_094880233.1 KAJ1466945.1 KAJ1466945.1 RHP78675.1 RHP78675.1 WP_084523054.1 WP_084523054.1 XP_051312901.1 XP_051312901.1 MCC0650618.1 MCC0650618.1 WP_070931219.1 WP_070931219.1 MBE6457252.1 MBE6457252.1 EDD2777448.1 EDD2777448.1 WP_228705204.1 WP_228705204.1 TVQ27286.1 TVQ27286.1 CAF1538990.1 CAF1538990.1 MBJ9940918.1 MBJ9940918.1 MBL1405656.1 MBL1405656.1 WP_002896703.1 WP_002896703.1 RKH80454.1 RKH80454.1 RWC01310.1 RWC01310.1 KZC14685.1 KZC14685.1 WP_096201219.1 WP_096201219.1 WP_206023254.1 WP_206023254.1 KAJ3986273.1 KAJ3986273.1 WP_230766143.1 WP_230766143.1 WP_282423266.1 WP_282423266.1 MBN4303450.1 MBN4303450.1 WP_193956008.1 WP_193956008.1 HCB14820.1 HCB14820.1 XP_040382927.1 XP_040382927.1 NIR36035.1 NIR36035.1 WP_094107226.1 WP_094107226.1 BDP97621.1 BDP97621.1 WP_142260807.1 WP_142260807.1 MBN1157556.1 MBN1157556.1 NCR29367.1 NCR29367.1 MCE2505556.1 MCE2505556.1 MCE2505556.1 MBI9043002.1 WP_039102441.1 WP_039102441.1 WP_039102441.1 HBM7970352.1 WP_118445081.1 WP_118445081.1 WP_124983255.1 WP_124983255.1 MBQ2432233.1 MBQ2432233.1 WP_164585387.1 WP_164585387.1 WP_164585387.1 WP_006027485.1 WP_164585387.1 KAH7252800.1 WP_164585387.1 WP_167320363.1 WP_164585387.1 MBN1566249.1 WP_205009067.1 WP_205009067.1 WP_111627730.1 WP_111627730.1 WP_111627730.1 WP_018996200.1 MBS0463004.1 MBS0463004.1 MOW13079.1 MOW13079.1 WP_097698856.1 WP_097698856.1 WP_254638680.1 WP_254638680.1 XP_028327800.1 XP_028327800.1 GES47013.1 GES47013.1 MBI5098096.1 MBU0883769.1 MBI5098096.1 MBI5098096.1 RNF14763.1 RNF14763.1 KAF3493633.1 KAF3493633.1 KAI5402274.1 KAI5402274.1 MBK6342078.1 MBK6342078.1 DAW46080.1 DAW46080.1 WP_113767226.1 WP_113767226.1 WP_113767226.1 WP_210167953.1 KAF4728781.1 KAF4728781.1 WP_060551745.1 WP_060551745.1 SCL72461.1 SCL72461.1 XP_041854783.1 XP_041854783.1 RHX96716.1 RHX96716.1 WP_127737066.1 WP_127737066.1 MBN2689333.1 MBN2689333.1 WP_162119468.1 WP_162119468.1 WP_150171631.1 WP_150171631.1 WP_002615101.1 WP_002615101.1 WP_208947654.1 WP_208947654.1 KAF2590612.1 KAF2590612.1 WP_014785013.1 WP_014785013.1 EBF5808819.1 EBF5808819.1 MBR3156871.1 MBR3156871.1 XP_021741676.1 XP_021741676.1 WP_001329193.1 WP_001329193.1 MBO6057326.1 MBO6057326.1 MBW1848151.1 MBW1848151.1 KAG5815829.1 KAG5815829.1 WP_135279859.1 WP_135279859.1 MCJ1311962.1 MCJ1311962.1 WP_092424818.1 WP_092424818.1 XP_047289230.1 XP_047289230.1 KGI55490.1 KGI55490.1 WP_138438236.1 WP_138438236.1 KPK79043.1 KPK79043.1 OIT02720.1 OIT02720.1 WP_224365716.1 WP_224365716.1 MBK6724754.1 MBK6724754.1 NXB44255.1 NXB44255.1 WP_226232337.1 WP_226232337.1 EEE4210954.1 EEE4210954.1 EEE4210954.1 WP_001495833.1 RLE02911.1 RLE02911.1 WP_171334399.1 WP_171334399.1 WP_064779756.1 EGC4236544.1 WP_064779756.1 WP_064779756.1 WP_033603452.1 WP_033603452.1 WP_033603452.1 MBO7941816.1 EEC9022132.1 EEC9022132.1 XP_047408935.1 XP_047408935.1 WP_179136748.1 WP_179136748.1 WP_195269918.1 WP_195269918.1 KAG0881289.1 KAG0881289.1 MBN1756127.1 MBN1756127.1 WP_255517101.1 WP_255517101.1 MCK5244187.1 MCK5244187.1 WP_197710405.1 WP_197710405.1 WP_100540054.1 WP_100540054.1 TXT57728.1 TXT57728.1 MBT5378964.1 MBT5378964.1 MBU1113346.1 MBU1113346.1 WP_194499183.1 WP_194499183.1 KAI0308946.1 KAI0308946.1 WP_073388870.1 WP_073388870.1 WP_027388460.1 WP_027388460.1 WP_210726445.1 WP_210726445.1 MBY9080345.1 MBY9080345.1 WP_093295436.1 WP_093295436.1 XP_008215352.1 XP_008215352.1 MBO8197404.1 MBO8197404.1 UCC96225.1 UCC96225.1 THH04310.1 THH04310.1 MBL7795363.1 MBL7795363.1 EDT7412775.1 EDT7412775.1 MBU6492563.1 MBU6492563.1 MBR3700964.1 MBR3700964.1 WP_064613675.1 WP_064613675.1 XP_031540112.1 XP_031540112.1 NOT95054.1 NOT95054.1 WP_164724930.1 WP_164724930.1 WP_263833039.1 WP_263833039.1 MCO6480516.1 MCO6480516.1 MBD5558909.1 MBD5558909.1 NLW39422.1 NLW39422.1 NLW39422.1 WP_192500494.1 NLW39422.1 WP_279984614.1 NLW39422.1 NVM03966.1 NLW39422.1 WP_152652784.1 MCU0422147.1 MCU0422147.1 XP_042343617.1 XP_042343617.1 WP_176958177.1 WP_176958177.1 WP_176958177.1 WP_278888642.1 WP_176958177.1 AIA18772.1 WP_176958177.1 WP_192106836.1 KAJ2277403.1 KAJ2277403.1 OJV98239.1 OJV98239.1 MBS1410118.1 MBS1410118.1 HBC3664605.1 HBC3664605.1 KAG5959692.1 KAG5959692.1 WP_138471989.1 WP_138471989.1 MBL7722360.1 MBL7722360.1 KAF4995643.1 KAF4995643.1 KAJ5614194.1 KAJ5614194.1 WP_251116163.1 WP_251116163.1 MBS1909834.1 MBS1909834.1 KAI4951926.1 KAI4951926.1 MBS0323691.1 MBS0323691.1 EDS6425957.1 EDS6425957.1 WP_205996060.1 WP_205996060.1 MBW7898988.1 MBW7898988.1 WP_111206393.1 WP_111206393.1 MSW04208.1 MSW04208.1 WP_032918432.1 WP_032918432.1 MOR90002.1 MOR90002.1 WP_096527630.1 WP_096527630.1 XP_014362268.2 XP_014362268.2 GFY15021.1 GFY15021.1 MBV9888347.1 MBV9888347.1 MBE9467362.1 MBE9467362.1 WP_037310167.1 WP_037310167.1 WP_244292824.1 WP_244292824.1 MBI5162857.1 MBI5162857.1 WP_236345246.1 WP_236345246.1 WP_212226535.1 WP_212226535.1 WP_257504872.1 WP_257504872.1 MBK7087525.1 MBK7087525.1 EFT8991253.1 EFT8991253.1 MBY0434949.1 MBY0434949.1 KAG8379083.1 KAG8379083.1 HBV8273101.1 HBV8273101.1 KAI5005557.1 KAI5005557.1 MBT7135637.1 MBT7135637.1 WP_011490055.1 WP_011490055.1 XP_021299958.1 XP_021299958.1 WP_059510827.1 WP_234306850.1 WP_059510827.1 WP_059510827.1 WP_059510827.1 WP_251874466.1 WP_059510827.1 WP_116701099.1 WP_059510827.1 KOR84431.1 WP_059510827.1 MBC99785.1 WP_059510827.1 WP_058635033.1 WP_056611679.1 WP_056611679.1 HAT6344274.1 HAT6344274.1 EHU4169843.1 EHU4169843.1 XP_024696459.1 XP_024696459.1 KAG9509822.1 KAG9509822.1 TWK83191.1 TWK83191.1 WP_176700057.1 WP_176700057.1 WP_141400768.1 WP_141400768.1 MBS07362.1 MBS07362.1 WP_027780629.1 WP_027780629.1 WP_097514015.1 WP_097514015.1 WP_208099194.1 WP_208099194.1 XP_025777939.1 XP_025777939.1 MBL6625757.1 MBL6625757.1 KAH7548383.1 KAH7548383.1 WP_271250528.1 WP_271250528.1 WP_197888162.1 WP_197888162.1 XP_033991852.1 XP_033991852.1 HAF54287.1 HAF54287.1 WP_167613923.1 WP_167613923.1 MPZ45416.1 MPZ45416.1 WP_067019348.1 WP_067019348.1 MBO5601840.1 MBO5601840.1 MBU6248241.1 MBU6248241.1 WP_165682932.1 WP_165682932.1 WP_143020066.1 WP_143020066.1 WP_238972864.1 WP_238972864.1 WP_260325674.1 WP_260325674.1 MCC7417019.1 MCC7417019.1 MCI8430709.1 MCI8430709.1 XP_030622007.1 XP_030622007.1 XP_029196159.1 XP_029196159.1 OTA99890.1 OTA99890.1 KPP66050.1 KPP66050.1 QDF59120.1 QDF59120.1 MPC98265.1 MPC98265.1 BBC91732.1 BBC91732.1 EDQ0183574.1 EDQ0183574.1 WP_072476944.1 WP_053695461.1 WP_072476944.1 WP_072476944.1 MBR3327931.1 MBR3327931.1 ACU61622.1 ACU61622.1 EFM1979785.1 EFM1979785.1 WP_029005116.1 WP_029005116.1 HCF98070.1 HCF98070.1 WP_280541983.1 WP_213827928.1 WP_280541983.1 WP_280541983.1 KEH41285.1 KEH41285.1 ORV68006.1 ORV68006.1 HCA7191507.1 HCA7191507.1 XP_044551221.1 XP_044551221.1 MCK9592859.1 MCK9592859.1 WP_076194242.1 WP_076194242.1 WP_076194242.1 KDF42894.1 MBI2147080.1 MBI2147080.1 WP_068964936.1 WP_068964936.1 WP_259619769.1 WP_259619769.1 KAF4306879.1 KAF4306879.1 KAF4306879.1 MCF7871960.1 WP_010462366.1 WP_010462366.1 TFE29608.1 TFE29608.1 KAJ4310611.1 KAJ4310611.1 MBT3309449.1 MBT3309449.1 WP_187335130.1 WP_187335130.1 WP_173302040.1 WP_173302040.1 KAJ8911168.1 KAJ8911168.1 EGC1082389.1 EGC1082389.1 GBE22655.1 GBE22655.1 WP_233227509.1 WP_233227509.1 XP_006114890.1 XP_006114890.1 CAI9595211.1 MCL2204087.1 CAI9595211.1 CAI9595211.1 CAI9595211.1 MBK6751737.1 CAI9595211.1 MBQ9679177.1 WP_108109984.1 WP_108109984.1 MBX2936516.1 MBX2936516.1 WP_218623326.1 WP_218623326.1 XP_050255036.1 XP_050255036.1 WP_278264086.1 WP_278264086.1 KAF4611166.1 KAF4611166.1 MBK8070034.1 WP_216195748.1 MBK8070034.1 MBK8070034.1 MBK8070034.1 MAG44064.1 KCN41050.1 KCN41050.1 MCP5750602.1 MCP5750602.1 MBP7130798.1 MBP7130798.1 XP_033679940.1 XP_033679940.1 WP_283922158.1 WP_283922158.1 WP_133251971.1 WP_133251971.1 WP_267714175.1 WP_267714175.1 MSL30063.1 MSL30063.1 WP_046302954.1 WP_046302954.1 WP_050926421.1 WP_050926421.1 GAO25539.1 GAO25539.1 WP_165894367.1 WP_165894367.1 WP_018858575.1 WP_018858575.1 HBB7853833.1 HBB7853833.1 QGT50941.1 QGT50941.1 KAJ5748900.1 KAJ5748900.1 WP_073432751.1 WP_073432751.1 KAG5702777.1 KAG5702777.1 WP_036488090.1 WP_036488090.1 OAA61066.1 OAA61066.1 MCB1065733.1 MCB1065733.1 MCB1065733.1 MBI4966856.1 XP_056041627.1 XP_056041627.1 WP_225902036.1 WP_225902036.1 KXH55701.1 KXH55701.1 WP_258930666.1 WP_258930666.1 MBM3160744.1 MBM3160744.1 VAI84247.1 VAI84247.1 AAX29823.1 AAX29823.1 OZV86646.1 OZV86646.1 MBT7163208.1 MBT7163208.1 WP_210734217.1 WP_210734217.1 WP_211296720.1 WP_211296720.1 MBO0787136.1 MBO0787136.1 MOK24130.1 MOK24130.1 WP_070509780.1 WP_070509780.1 XP_027172582.1 XP_027172582.1 AQY75504.1 AQY75504.1 AQY75504.1 WP_016809838.1 MCL4333886.1 MCL4333886.1 WP_019296707.1 WP_019296707.1 EAZ5330394.1 EAZ5330394.1 WP_251450535.1 WP_251450535.1 WP_245456681.1 WP_245456681.1 WP_063503202.1 WP_063503202.1 WP_214279799.1 WP_214279799.1 MBT4680312.1 MBT4680312.1 WP_222465269.1 WP_222465269.1 MCH8821589.1 MCH8821589.1 XP_038144206.1 XP_038144206.1 WP_236905832.1 WP_236905832.1 WP_000391618.1 WP_000391618.1 XP_048688918.1 XP_048688918.1 XP_018381815.1 XP_018381815.1 HAJ6883934.1 HAJ6883934.1 WP_259823591.1 WP_259823591.1 EBL5661155.1 EBL5661155.1 WP_268394364.1 WP_268394364.1 WP_107106807.1 WP_107106807.1 WP_067144449.1 WP_067144449.1 MBD5174823.1 MBD5174823.1 NEP75465.1 NEP75465.1 NEP75465.1 WP_082780476.1 WP_247326555.1 WP_247326555.1 AAM31096.1 AAM31096.1 MCH2098905.1 MCH2098905.1 MCU1579718.1 MCU1579718.1 MBE8222136.1 MBE8222136.1 RYD06084.1 RYD06084.1 XP_039387169.1 XP_039387169.1 NLX21103.1 NLX21103.1 WP_281498184.1 WP_281498184.1 WP_099711363.1 WP_099711363.1 WP_099711363.1 WP_151434014.1 WP_099711363.1 HDQ08114.1 WP_127202722.1 WP_127202722.1 XP_027728774.1 XP_027728774.1 XP_049133140.1 XP_049133140.1 MBP5665134.1 MBP5665134.1 QRN83137.1 QRN83137.1 CAE6472910.1 CAE6472910.1 MBX6384685.1 MBX6384685.1 AZV79909.1 AZV79909.1 MCK5187010.1 MCK5187010.1 WP_142037733.1 WP_142037733.1 KAJ7821411.1 KAJ7821411.1 KAH7980918.1 KAH7980918.1 BBQ86561.1 BBQ86561.1 XP_006689993.1 XP_006689993.1 WP_009475234.1 WP_009475234.1 MCK5175373.1 MCK5175373.1 WP_039095635.1 WP_039095635.1 MCM0593547.1 MCM0593547.1 RWZ64791.1 RWZ64791.1 KAG2053605.1 KAG2053605.1 NXV13419.1 NXV13419.1 WP_114094371.1 WP_114094371.1 EDF0432725.1 EDF0432725.1 MCA1589644.1 MCA1589644.1 KAI9774712.1 KAI9774712.1 TAM11363.1 TAM11363.1 KAJ5168969.1 KAJ5168969.1 KAJ5168969.1 WP_060613079.1 NNM97518.1 NNM97518.1 KJS37244.1 WP_128950282.1 KJS37244.1 KJS37244.1 RZJ01256.1 RZJ01256.1 HHH37178.1 HHH37178.1 WP_252384350.1 WP_252384350.1 CQR41738.1 CQR41738.1 CQR41738.1 TFV00908.1 MBC7879491.1 MBC7879491.1 MBS3963684.1 MBS3963684.1 HET19539.1 HET19539.1 EGM3572601.1 EGM3572601.1 MBI4678329.1 MBI4678329.1 RME29710.1 RME29710.1 MBT3228703.1 MBT3228703.1 GJE89625.1 GJE89625.1 WP_267911890.1 WP_267911890.1 WP_055406376.1 WP_055406376.1 GCB60913.1 GCB60913.1 MCB9680378.1 MCB9680378.1 KAI3679517.1 KAI3679517.1 MBU0598391.1 MBU0598391.1 WP_118925030.1 WP_118925030.1 MSP81668.1 MSP81668.1 WP_226741138.1 WP_226741138.1 ACU52521.1 ACU52521.1 EAF4311303.1 EAF4311303.1 PIR98590.1 PIR98590.1 RLV89158.1 RLV89158.1 RMG03831.1 RMG03831.1 MBA2496669.1 MBA2496669.1 WP_101025682.1 WP_101025682.1 MBL68646.1 MBL68646.1 WP_027600082.1 WP_027600082.1 WP_183298005.1 WP_183298005.1 XP_021682448.1 XP_021682448.1 WP_158303127.1 WP_158303127.1 WP_259568097.1 WP_259568097.1 WP_259568097.1 MBR7152669.1 HCD4651973.1 HCD4651973.1 WP_109124355.1 WP_109124355.1 MCK9579519.1 MCK9579519.1 WP_031912375.1 WP_031912375.1 WP_102687017.1 WP_102687017.1 OWA15278.1 GLI99474.1 OWA15278.1 OWA15278.1 KAG7153436.1 KAG7153436.1 EAI4228870.1 EAI4228870.1 VDP10889.1 VDP10889.1 WP_188340499.1 WP_188340499.1 MCL0086045.1 MCL0086045.1 WP_142114448.1 WP_142114448.1 WP_142114448.1 WP_129703040.1 WP_142114448.1 WP_054059514.1 MBI1884116.1 MBI1884116.1 KAJ0250772.1 KAJ0250772.1 HBN08959.1 HBN08959.1 KAJ7903702.1 KAJ7903702.1 RXN11474.1 RXN11474.1 MCJ7468405.1 MCJ7468405.1 ECI0838809.1 ECI0838809.1 EJA1208030.1 EJA1208030.1 KAJ7494177.1 KAJ7494177.1 MCH2663613.1 MCH2663613.1 WP_149911652.1 WP_149911652.1 WP_149911652.1 WP_102461582.1 HBF6683624.1 HBF6683624.1 WP_175740884.1 WP_175740884.1 MCP1831263.1 MCP1831263.1 WP_012785155.1 WP_012785155.1 RYD69609.1 RYD69609.1 MBF3543544.1 MBF3543544.1 NXN86496.1 NXN86496.1 WP_107194058.1 WP_107194058.1 WP_271569604.1 WP_271569604.1 KAG9297605.1 KAG9297605.1 KAG9291817.1 KAG9291817.1 WP_103478303.1 WP_103478303.1 WP_159081190.1 WP_159081190.1 PHU26875.1 PHU26875.1 PMD26514.1 PMD26514.1 WP_106281081.1 WP_106281081.1 MBP5531704.1 MBP5531704.1 WP_203325777.1 WP_203325777.1 WP_261402515.1 WP_261402515.1 WP_049480885.1 WP_049480885.1 KAI5618353.1 KAI5618353.1 WP_117292786.1 WP_117292786.1 WP_127595852.1 WP_127595852.1 XP_043406427.1 XP_043406427.1 NNL66378.1 NNL66378.1 GBM10107.1 GBM10107.1 KAJ8673388.1 KAJ8673388.1 NWY89495.1 NWY89495.1 RLI44152.1 RLI44152.1 WP_251057605.1 WP_251057605.1 HHD92264.1 HHD92264.1 ETK88527.1 ETK88527.1 XP_033323208.1 XP_033323208.1 HEY66416.1 HEY66416.1 MCB2073222.1 MCB2073222.1 HCL9643688.1 HCL9643688.1 KAI9631590.1 KAI9631590.1 WP_203891666.1 WP_203891666.1 PMH44474.1 PMH44474.1 WP_280892754.1 WP_280892754.1 WP_209898688.1 WP_209898688.1 NOQ32749.1 NOQ32749.1 WP_260444899.1 WP_260444899.1 WP_157435775.1 WP_157435775.1 WP_254398103.1 WP_254398103.1 GBF98204.1 GBF98204.1 MBS4056461.1 MBS4056461.1 WP_176533080.1 WP_176533080.1 XP_026180907.1 XP_026180907.1 WP_074781633.1 WP_074781633.1 WP_117338721.1 WP_117338721.1 MBT4014425.1 MBT4014425.1 NUR77767.1 NUR77767.1 KAI0987017.1 KAI0987017.1 MBI1874593.1 MBI1874593.1 EBF8124084.1 EBF8124084.1 WP_097794281.1 WP_097794281.1 NEP09993.1 NEP09993.1 WP_254833504.1 WP_254833504.1 HBO7852577.1 HBO7852577.1 MAQ88009.1 MAQ88009.1 WP_108335718.1 WP_108335718.1 MBH8634352.1 MBH8634352.1 ECI4825602.1 ECI4825602.1 WP_070060651.1 WP_070060651.1 NDH20019.1 NDH20019.1 WP_224774708.1 WP_224774708.1 WP_236373897.1 WP_236373897.1 HBE7681505.1 HBE7681505.1 HBE7681505.1 ECB3811761.1 KAI5383356.1 KAI5383356.1 MBU0720484.1 MBU0720484.1 QEG42388.1 QEG42388.1 HCD3539350.1 HCD3539350.1 WP_120463061.1 WP_120463061.1 HCS32205.1 HCS32205.1 ODM89149.1 ODM89149.1 ETI39029.1 ETI39029.1 WP_235292752.1 WP_235292752.1 WP_133499669.1 WP_133499669.1 WP_232839144.1 WP_232839144.1 KAF7255154.1 KAF7255154.1 WP_224314556.1 WP_224314556.1 WP_240904022.1 WP_240904022.1 WP_139489874.1 WP_139489874.1 WP_246442701.1 WP_246442701.1 WP_254033437.1 WP_254033437.1 WP_121252511.1 WP_121252511.1 WP_242254186.1 WP_242254186.1 KAI9191373.1 KAI9191373.1 MBP9713953.1 MBP9713953.1 WP_098502057.1 WP_098502057.1 WP_243269836.1 WP_247392216.1 WP_243269836.1 WP_243269836.1 WP_243269836.1 MBS1222269.1 WP_135110180.1 WP_135110180.1 OFZ34164.1 OFZ34164.1 HAQ04103.1 HAQ04103.1 HIG02706.1 HIG02706.1 HBS5629917.1 HBS5629917.1 MBO9310472.1 MBO9310472.1 MBO4463486.1 MBO4463486.1 WP_230210113.1 WP_230210113.1 EEV0504409.1 EEV0504409.1 GFS02759.1 GFS02759.1 OFZ82064.1 OFZ82064.1 MCL2206583.1 MCL2206583.1 MCI8806686.1 MCI8806686.1 MBI4773680.1 MBI4773680.1 MCK4320383.1 MCK4320383.1 WP_052016305.1 WP_052016305.1 QDT53250.1 QDT53250.1 MCG7858617.1 MCG7858617.1 TNF43597.1 TNF43597.1 WP_218401824.1 WP_218401824.1 WP_228618531.1 WP_228618531.1 MCK6520984.1 MCK6520984.1 WP_232018041.1 WP_232018041.1 WP_089092961.1 WP_089092961.1 MCI6324393.1 MCI6324393.1 MBR4563510.1 MBR4563510.1 ACA34490.1 ACA34490.1 ACA34490.1 EHK9185512.1 KAG3000577.1 KAG3000577.1 MBI0841908.1 MBI0841908.1 MCL5061987.1 MCL5061987.1 EHR6291555.1 WP_256546297.1 EHR6291555.1 EHR6291555.1 EHR6291555.1 WP_071876418.1 EHR6291555.1 WP_185334683.1 EHR6291555.1 WP_153844272.1 EHR6291555.1 WP_112088864.1 WP_023685930.1 WP_023685930.1 WP_261952390.1 WP_261952390.1 WP_135059887.1 WP_135059887.1 XP_008902753.1 XP_008902753.1 WP_118283063.1 WP_086136661.1 WP_118283063.1 WP_118283063.1 WP_007635864.1 WP_007635864.1 WP_223101678.1 WP_223101678.1 WP_140372075.1 WP_140372075.1 AAO64374.1 AAO64374.1 NNE58254.1 NNE58254.1 WP_092396407.1 WP_092396407.1 CAF4033986.1 CAF4033986.1 KAH7290269.1 KAH7290269.1 CAD8042782.1 CAD8042782.1 WP_083051706.1 WP_083051706.1 WP_242531680.1 WP_242531680.1 XP_028635853.1 XP_028635853.1 XP_028635853.1 WP_063302373.1 XP_028635853.1 MCJ7630170.1 MBI4905271.1 MBI4905271.1 WP_181797223.1 WP_181797223.1 WP_109219819.1 WP_176354145.1 WP_109219819.1 WP_109219819.1 WP_109219819.1 WP_170725874.1 WP_109219819.1 MWR41881.1 WP_109219819.1 WP_140480909.1 WP_109219819.1 WP_076409454.1 WP_109219819.1 MBQ9964693.1 WP_109219819.1 MCH1405047.1 WP_101606078.1 WP_101606078.1 WP_101606078.1 MCF6289355.1 MBR2770999.1 MBR2770999.1 WP_240406805.1 WP_240406805.1 XP_036266973.1 XP_036266973.1 WP_104333814.1 WP_104333814.1 WP_087759142.1 WP_087759142.1 WP_087759142.1 WP_265102281.1 GLH03554.1 GLH03554.1 GLH03554.1 RLG01914.1 MBW6524271.1 MBW6524271.1 KNZ61865.1 KNZ61865.1 KKT69527.1 KKT69527.1 XP_045788843.1 XP_045788843.1 CEP11827.1 CEP11827.1 MCS7015141.1 MCS7015141.1 MCS7015141.1 MBW8896250.1 WP_276507912.1 WP_276507912.1 WP_240732162.1 WP_240732162.1 XP_027061846.1 XP_027061846.1 MBV8380961.1 MBV8380961.1 EIK8394933.1 EIK8394933.1 WP_137255610.1 WP_137255610.1 WP_029080824.1 WP_029080824.1 MCU0423654.1 MCU0423654.1 WP_239588825.1 WP_239588825.1 WP_120575284.1 WP_120575284.1 WP_200162023.1 WP_200162023.1 PKI91935.1 PKI91935.1 SMS09381.1 SMS09381.1 WP_146207192.1 WP_146207192.1 WP_132336079.1 WP_132336079.1 XP_022816306.1 XP_022816306.1 SFW06215.1 SFW06215.1 WP_211254406.1 WP_211254406.1 EJU2993617.1 EJU2993617.1 UXE63572.1 UXE63572.1 WP_196954680.1 WP_196954680.1 RYP53376.1 RYP53376.1 WP_153811865.1 WP_153811865.1 WP_236689647.1 WP_236689647.1 MSQ41299.1 MSQ41299.1 WP_124548640.1 WP_258941688.1 WP_124548640.1 WP_124548640.1 WP_274773199.1 WP_274773199.1 WP_200156222.1 WP_200156222.1 KJF42781.1 KJF42781.1 WP_149069943.1 WP_149069943.1 EHW5693237.1 EHW5693237.1 KAJ5060329.1 KAJ5060329.1 KAJ5060329.1 KAG9084682.1 WP_013133580.1 WP_013133580.1 WP_261132050.1 MBI5683150.1 WP_261132050.1 WP_261132050.1 MBQ4139225.1 MBQ4139225.1 KAJ6827980.1 KAJ6827980.1 MBQ2444858.1 MBQ2444858.1 MBO4463451.1 MBO4463451.1 MCB0447740.1 MCB0447740.1 XP_016452348.1 XP_016452348.1 WP_063417119.1 WP_063417119.1 WP_063417119.1 MBM4836391.1 WP_063417119.1 MBK7837454.1 KAF1483258.1 KAF1483258.1 ROW03190.1 ROW03190.1 WP_241566677.1 WP_241566677.1 WP_233178716.1 WP_233178716.1 MBO5433620.1 MBO5433620.1 XP_040967143.1 XP_040967143.1 WP_278781114.1 WP_278781114.1 XP_014204645.1 XP_014204645.1 WP_275765493.1 WP_275765493.1 OFI40104.1 OFI40104.1 HBA9856909.1 HBA9856909.1 WP_012147640.1 WP_012147640.1 CZT45482.1 CZT45482.1 MCD6247767.1 MCD6247767.1 MBL0720829.1 MBL0720829.1 WP_281562017.1 WP_281562017.1 WP_281562017.1 MBP1327478.1 MBF1128433.1 MBF1128433.1 WP_045308192.1 EHD1229023.1 WP_045308192.1 WP_045308192.1 AAZ67085.1 AAZ67085.1 WP_154454910.1 WP_154454910.1 WP_274915895.1 WP_274915895.1 OHX54041.1 OHX54041.1 XP_022216402.2 XP_022216402.2 MBN8606766.1 MBN8606766.1 KAJ7773233.1 KAJ7773233.1 VDO63589.1 VDO63589.1 WP_098642363.1 WP_098642363.1 WP_070709792.1 WP_070709792.1 MCI0750124.1 MCI0750124.1 MBR6483218.1 MBR6483218.1 MCA8947870.1 MCA8947870.1 WP_244356123.1 WP_244356123.1 HBJ0687394.1 HBJ0687394.1 GFD16573.1 GFD16573.1 MBT4867863.1 MBT4867863.1 WP_211354231.1 WP_211354231.1 NMO74192.1 NMO74192.1 TEA36026.1 TEA36026.1 TEA36026.1 KAI8569196.1 WP_205173112.1 WP_205173112.1 WP_205173112.1 MBP7222158.1 WP_205173112.1 WP_271786410.1 CEL11538.1 CEL11538.1 XP_018282977.1 KAH9272690.1 XP_018282977.1 XP_018282977.1 XP_018282977.1 AAL18389.1 XP_018282977.1 MBI3145102.1 KJS39335.1 KJS39335.1 WP_276369440.1 WP_276369440.1 GGN43478.1 GGN43478.1 WP_049599782.1 WP_049599782.1 WP_004699236.1 WP_006305873.1 WP_004699236.1 WP_004699236.1 VEL25898.1 VEL25898.1 MBI5809191.1 MBI5809191.1 WP_064441345.1 WP_064441345.1 WP_163968309.1 WP_163968309.1 CVV42982.1 CVV42982.1 CVV42982.1 CEY44168.1 WP_142725797.1 WP_142725797.1 WP_189821229.1 WP_189821229.1 NWY11222.1 NWY11222.1 WP_169605852.1 WP_169605852.1 WP_100081012.1 WP_100081012.1 MBE6713534.1 WP_206698867.1 MBE6713534.1 MBE6713534.1 MBE6713534.1 WP_023955328.1 MBE6713534.1 WP_029317544.1 MBE6713534.1 WP_219954954.1 MCP4293344.1 MCP4293344.1 WP_251586805.1 WP_251586805.1 WP_154557671.1 WP_154557671.1 NXK93169.1 NXK93169.1 WP_120653510.1 WP_120653510.1 WP_083053697.1 WP_083053697.1 WP_262890005.1 WP_262890005.1 MCB0080507.1 MCB0080507.1 CAG8634459.1 CAG8634459.1 WP_137652803.1 WP_137652803.1 MBD8931956.1 MBD8931956.1 WP_237973393.1 WP_237973393.1 WP_061356765.1 WP_061356765.1 MBF1224416.1 MBF1224416.1 WP_165438496.1 WP_165438496.1 MBC8203931.1 MBC8203931.1 WP_227085212.1 WP_227085212.1 WP_034327214.1 WP_034327214.1 MAC18593.1 MAC18593.1 NOY92382.1 NOY92382.1 MBW2071526.1 MBW2071526.1 MBP8762091.1 MBP8762091.1 GEV03352.1 GEV03352.1 WP_183483256.1 WP_183483256.1 WP_107033910.1 WP_107033910.1 HAP8698574.1 HAP8698574.1 WP_041723747.1 WP_041723747.1 ECY0969635.1 ECY0969635.1 HBX8004802.1 HBX8004802.1 WP_180748367.1 WP_180748367.1 WFQ78449.1 WFQ78449.1 TMD19778.1 TMD19778.1 GGC93399.1 GGC93399.1 WP_022347710.1 WP_022347710.1 MBE3121179.1 MBE3121179.1 XP_022005570.1 XP_022005570.1 WP_216244265.1 WP_216244265.1 WP_193275955.1 WP_193275955.1 WP_193275955.1 MBU2178615.1 EDQ2752402.1 EDQ2752402.1 WP_124996221.1 WP_124996221.1 XP_029123601.1 XP_029123601.1 XP_029123601.1 KAI6685811.1 MCI8760428.1 MCI8760428.1 XP_031982117.1 XP_031982117.1 MBT3401245.1 MBT3401245.1 HCF4435603.1 HCF4435603.1 MCF7955924.1 MCF7955924.1 WP_109850746.1 WP_109850746.1 XP_026175731.1 XP_026175731.1 MCI0684678.1 MCI0684678.1 MAH46576.1 MAH46576.1 MBS4052605.1 MBS4052605.1 YP_010013434.1 YP_010013434.1 WP_049105913.1 WP_049105913.1 MCQ2543220.1 MCQ2543220.1 GCE22918.1 GCE22918.1 WP_077093245.1 WP_077093245.1 CCX33905.1 CCX33905.1 WP_124989189.1 WP_124989189.1 EEL0394597.1 EEL0394597.1 WP_238717267.1 WP_238717267.1 KAJ5991093.1 KAJ5991093.1 RCN27560.1 RCN27560.1 MBQ3742794.1 MBQ3742794.1 WP_067035785.1 WP_067035785.1 SEP77558.1 SEP77558.1 MBS6296676.1 MBS6296676.1 MCM4298717.1 MCM4298717.1 WP_106627677.1 WP_106627677.1 KAJ1958754.1 KAJ1958754.1 WP_149230790.1 WP_149230790.1 NLI68303.1 NLI68303.1 KAB1283136.1 KAB1283136.1 NLZ91447.1 NLZ91447.1 MBE7001547.1 MBE7001547.1 WP_019843633.1 WP_019843633.1 XP_028702799.1 XP_028702799.1 WP_225239495.1 WP_225239495.1 GAM38698.1 GAM38698.1 WP_069647812.1 WP_069647812.1 WP_100524661.1 WP_100524661.1 WP_068798537.1 WP_068798537.1 WP_170382009.1 WP_170382009.1 AXI09756.1 AXI09756.1 HBQ61597.1 HBQ61597.1 KAG9648608.1 KAG9648608.1 EFV3192858.1 EFV3192858.1 WP_282014297.1 WP_282014297.1 CAC9512212.1 CAC9512212.1 WP_247315376.1 WP_247315376.1 MBB1664612.1 MBB1664612.1 WP_159801197.1 WP_159801197.1 HBY6471839.1 HBY6471839.1 MCH5281797.1 MCH5281797.1 WP_249351853.1 WP_249351853.1 WP_249351853.1 RZI94009.1 WP_249351853.1 MBR4838026.1 QXV60806.1 QXV60806.1 MBU1949725.1 MBU1949725.1 WP_163911025.1 WP_163911025.1 WP_103186018.1 WP_103186018.1 XP_050828762.1 XP_050828762.1 ASV44386.1 ASV44386.1 MCI8395767.1 MCI8395767.1 WP_085524223.1 WP_085524223.1 WP_093727561.1 WP_093727561.1 TCJ90160.1 TCJ90160.1 EKD82894.1 EKD82894.1 WP_242018727.1 WP_242018727.1 SIS29303.1 SIS29303.1 MCH8904788.1 MCH8904788.1 WP_234970720.1 WP_234970720.1 MBQ8958073.1 MBQ8958073.1 WP_204806484.1 WP_204806484.1 WP_087711902.1 WP_087711902.1 WP_203562037.1 WP_203562037.1 MCQ2617452.1 MCQ2617452.1 WP_185496123.1 WP_185496123.1 MBR3968535.1 MBR3968535.1 NDE79167.1 NDE79167.1 MCS6915397.1 MCS6915397.1 MBB4243944.1 MBB4243944.1 MCB1072350.1 MCB1072350.1 NJP20283.1 NJP20283.1 MBI9015564.1 MBI9015564.1 WP_186214732.1 WP_186214732.1 WP_055486904.1 WP_055486904.1 KAJ9212931.1 KAJ9212931.1 WP_262510814.1 WP_262510814.1 KAI6876782.1 KAI6876782.1 WP_164166542.1 WP_164166542.1 WP_024039518.1 WP_024039518.1 WP_024039518.1 WP_058738289.1 WP_024039518.1 WP_262452366.1 MBP9926316.1 MBP9926316.1 NLF87571.1 NLF87571.1 WP_033667247.1 WP_033667247.1 WP_005582143.1 WP_005582143.1 WP_074121838.1 WP_074121838.1 XP_036400802.1 XP_036400802.1 XP_022242849.1 XP_022242849.1 WP_136055013.1 WP_136055013.1 OAL01167.1 OAL01167.1 MBO7265633.1 MBO7265633.1 WP_258699485.1 WP_258699485.1 WP_048222205.1 WP_048222205.1 MBJ08097.1 MBJ08097.1 XP_054805378.1 XP_054805378.1 WP_204224003.1 WP_204224003.1 PIE36668.1 PIE36668.1 HDK38158.1 HDK38158.1 WP_087085326.1 WP_087085326.1 WP_087085326.1 KAI0154282.1 WP_087085326.1 MYS73268.1 WP_087085326.1 WP_042650033.1 EKY24506.1 EKY24506.1 WP_015138129.1 WP_015138129.1 EFA5158712.1 EFA5158712.1 CUX17903.1 MCC5885453.1 CUX17903.1 CUX17903.1 WP_176462507.1 WP_176462507.1 WP_048370512.1 WP_048370512.1 WP_048370512.1 MBO5908692.1 XP_031360469.1 XP_031360469.1 WP_197052899.1 WP_197052899.1 KAG2061513.1 KAG2061513.1 WP_249930443.1 WP_249930443.1 KAG6208320.1 KAG6208320.1 KAF8844043.1 KAF8844043.1 WP_013017739.1 WP_013017739.1 WP_012456188.1 WP_012456188.1 MBI5477481.1 MBI5477481.1 WP_235104528.1 WP_235104528.1 WP_207517291.1 WP_207517291.1 AMB21424.1 AMB21424.1 MBI3058450.1 MBI3058450.1 CPW15624.1 CPW15624.1 MCK4862399.1 MCK4862399.1 HBP5520355.1 HBP5520355.1 WP_230171322.1 WP_230171322.1 WP_127958949.1 WP_127958949.1 KAJ2127656.1 KAJ2127656.1 RDU38945.1 RDU38945.1 MCO4653091.1 MCO4653091.1 NHW60074.1 NHW60074.1 OQY98020.1 OQY98020.1 NVK06315.1 NVK06315.1 WP_001203076.1 WP_001203076.1 WP_248055680.1 WP_248055680.1 PWI17876.1 PWI17876.1 WP_275889644.1 WP_275889644.1 HCD1639688.1 HCD1639688.1 MCQ2150528.1 MCQ2150528.1 CAI2795006.1 CAI2795006.1 CAI2795006.1 NEB02235.1 QNW05614.1 QNW05614.1 MBQ1868746.1 MBQ1868746.1 EED80871.1 EED80871.1 WP_083944445.1 WP_083944445.1 DAS51312.1 DAS51312.1 EGH2885952.1 EGH2885952.1 MCP4417814.1 MCP4417814.1 WP_230700203.1 WP_230700203.1 XP_020469382.1 XP_020469382.1 MBR5475092.1 MBR5475092.1 NQD93247.1 NQD93247.1 MBW0490175.1 MBW0490175.1 MBT5105952.1 MBT5105952.1 KAJ5673421.1 KAJ5673421.1 GBC87342.1 GBC87342.1 WP_097242040.1 WP_097242040.1 WP_126547421.1 WP_126547421.1 WP_126547421.1 WP_017166220.1 WP_093699720.1 WP_093699720.1 WP_145544593.1 WP_145544593.1 WP_145544593.1 WP_269885397.1 WP_203771012.1 WP_203771012.1 HBS26035.1 HBS26035.1 WP_263867815.1 WP_263867815.1 WP_002803816.1 WP_002803816.1 NEQ77371.1 NEQ77371.1 MBQ1823017.1 MBQ1823017.1 XP_020476240.1 XP_020476240.1 AYV78736.1 AYV78736.1 MCI54718.1 MCI54718.1 WP_062003339.1 WP_062003339.1 MBK7750076.1 MBK7750076.1 WP_160354134.1 WP_160354134.1 WP_073017683.1 WP_073017683.1 MBO6826978.1 MBO6826978.1 WP_237025736.1 WP_237025736.1 AAZ73234.1 AAZ73234.1 WP_167324608.1 WP_167324608.1 MBF7068745.1 MBF7068745.1 WP_002598431.1 WP_002598431.1 XP_010216383.1 XP_010216383.1 WP_238741277.1 WP_238741277.1 WP_125933644.1 WP_125933644.1 MBR4207675.1 MBR4207675.1 MXZ96777.1 MXZ96777.1 MBU0783111.1 MBU0783111.1 WP_231587592.1 WP_231587592.1 ORV24296.1 ORV24296.1 WP_130617254.1 WP_130617254.1 SNS96357.1 SNS96357.1 AAM89588.1 AAM89588.1 WP_146943319.1 WP_146943319.1 MBK7076265.1 MBK7076265.1 XP_054023409.1 XP_054023409.1 WP_116073604.1 WP_116073604.1 WP_162428520.1 WP_162428520.1 GJQ31858.1 GJQ31858.1 WP_249866435.1 WP_058093348.1 WP_249866435.1 WP_249866435.1 CDE57470.1 CDE57470.1 EEY6110619.1 EEY6110619.1 BCJ09783.1 BCJ09783.1 WP_151615076.1 WP_151615076.1 QAA77085.1 QAA77085.1 WP_013384884.1 WP_013384884.1 CAF1284994.1 CAF1284994.1 ORY38386.1 ORY38386.1 GLO13544.1 GLO13544.1 CAI9173470.1 CAI9173470.1 PHI20455.1 PHI20455.1 MCA3282362.1 MCA3282362.1 MBE6211131.1 MBE6211131.1 MCS7352192.1 MCS7352192.1 MBT5102369.1 MBT5102369.1 GIY87976.1 GIY87976.1 KHC51086.1 KHC51086.1 XP_048190726.1 XP_048190726.1 KAI3869934.1 KAI3869934.1 NEO65312.1 NEO65312.1 NEO65312.1 MBL8820230.1 NEO65312.1 RYE89993.1 WP_183555556.1 WP_183555556.1 XP_034617399.1 XP_034617399.1 NJD87536.1 NJD87536.1 MBK8449583.1 MBK8449583.1 WP_062308724.1 WP_062308724.1 MBQ9754467.1 MBQ9754467.1 WP_278278068.1 WP_278278068.1 WP_195180108.1 WP_195180108.1 UKZ95812.1 UKZ95812.1 WP_088086543.1 WP_088086543.1 WP_110180126.1 WP_110180126.1 WP_129639177.1 WP_129639177.1 CAG9815058.1 CAG9815058.1 PJJ44766.1 PJJ44766.1 PJJ44766.1 WP_206581849.1 PJJ44766.1 WP_092081374.1 PJJ44766.1 WP_231355705.1 WP_237150901.1 WP_237150901.1 MCE9516778.1 MCE9516778.1 KFU90592.1 KFU90592.1 MBX3707511.1 MBX3707511.1 KKU62290.1 KKU62290.1 MBK5571697.1 MBK5571697.1 WP_176282182.1 WP_176282182.1 XP_038766703.1 XP_038766703.1 WP_276078981.1 WP_276078981.1 KAG1843883.1 KAG1843883.1 KAJ4375381.1 KAJ4375381.1 WP_001977095.1 WP_001977095.1 KXZ65002.1 KXZ65002.1 WP_056329268.1 WP_056329268.1 MBX3400476.1 MBX3400476.1 WP_128786583.1 WP_128786583.1 MBV8060578.1 MBV8060578.1 XP_003035978.1 XP_003035978.1 XP_039406663.1 XP_039406663.1 HBG17616.1 HBG17616.1 WP_277324932.1 WP_057452934.1 WP_277324932.1 WP_277324932.1 WP_277324932.1 MBF0865514.1 WP_277324932.1 WP_083296738.1 WP_277324932.1 WP_040532466.1 XP_037916999.1 XP_037916999.1 PBP26446.1 PBP26446.1 MBS3742576.1 MBS3742576.1 WP_273302807.1 WP_273302807.1 PKM59746.1 PKM59746.1 MBW0517832.1 MBW0517832.1 YP_009017695.1 YP_009017695.1 XP_003875641.1 XP_003875641.1 WP_278390468.1 WP_278390468.1 WP_130514498.1 WP_130514498.1 WP_275865201.1 WP_275865201.1 XP_031258584.1 XP_031258584.1 KAJ2272836.1 KAJ2272836.1 XP_017754998.1 XP_017754998.1 XP_017754998.1 XP_047113196.1 XP_017754998.1 TNE33066.1 HBO0131372.1 HBO0131372.1 XP_035800909.1 XP_035800909.1 WP_222878685.1 WP_222878685.1 MCD8548598.1 MCD8548598.1 MBK6756051.1 MBK6756051.1 WP_021117716.1 WP_021117716.1 NDD52781.1 NDD52781.1 HBT3241107.1 HBT3241107.1 MCS5664414.1 MCS5664414.1 WP_091054162.1 WP_091054162.1 WP_281733574.1 WP_281733574.1 HCI6016418.1 HCI6016418.1 KAI6876023.1 KAI6876023.1 EIP7986019.1 EIP7986019.1 RWW57209.1 RWW57209.1 XP_025220530.1 XP_025220530.1 WP_234466695.1 WP_234466695.1 WP_266771233.1 WP_266771233.1 MCK5360090.1 MCK5360090.1 KAH0848936.1 KAH0848936.1 MBP2236311.1 MBP2236311.1 MBP6786080.1 MBL8103469.1 MBP6786080.1 WP_136095406.1 MBP6786080.1 MBP6786080.1 MBP6786080.1 KAF6257731.1 MBP6786080.1 MCH2804017.1 MBP6786080.1 WP_029789810.1 MCD6482094.1 MCD6482094.1 XP_041715299.2 XP_041715299.2 WP_215262079.1 WP_215262079.1 PWA60456.1 PWA60456.1 WP_103025967.1 WP_103025967.1 WP_019092761.1 WP_019092761.1 WP_019092761.1 WP_199713305.1 WP_033744100.1 WP_033744100.1 WP_054998585.1 EFO2269166.1 WP_054998585.1 WP_054998585.1 MBK6870374.1 MBK6870374.1 WP_108820366.1 WP_108820366.1 WP_152569558.1 WP_152569558.1 WP_175083644.1 WP_175083644.1 CAD8183695.1 CAD8183695.1 HCD1954593.1 HCD1954593.1 HBM93052.1 HBM93052.1 WP_281919021.1 WP_281919021.1 MBQ3726282.1 MBQ3726282.1 WP_066678157.1 WP_066678157.1 WP_025209636.1 WP_025209636.1 HEM46184.1 HEM46184.1 WP_046631173.1 WP_046631173.1 WP_143210733.1 WP_143210733.1 KAE9373439.1 KAE9373439.1 TDB49724.1 TDB49724.1 WP_089322445.1 WP_089322445.1 CAD8073566.1 CAD8073566.1 EEF30376.1 EEF30376.1 RKK88308.1 RKK88308.1 WP_252809941.1 WP_252809941.1 EKD39302.1 EKD39302.1 WP_185816158.1 WP_185816158.1 CAD8089828.1 CAD8089828.1 WP_147833981.1 WP_147833981.1 WP_111625343.1 WP_111625343.1 TDZ21558.1 TDZ21558.1 WP_169079632.1 WP_169079632.1 WP_099949840.1 KPQ18226.1 WP_099949840.1 WP_099949840.1 WP_188506850.1 WP_188506850.1 TQD79640.1 TQD79640.1 WP_095648367.1 WP_095648367.1 HBB9152465.1 HBB9152465.1 WP_060879438.1 WP_060879438.1 MBQ1583517.1 MBQ1583517.1 WP_166737936.1 WP_166737936.1 XP_044786537.1 XP_044786537.1 KAG7243800.1 KAG7243800.1 MBN8831519.1 MBN8831519.1 WP_131827568.1 WP_131827568.1 XP_023194678.1 XP_023194678.1 MBR5392328.1 MBR5392328.1 NDH19650.1 NDH19650.1 MCA9786884.1 MCA9786884.1 WP_230834693.1 WP_230834693.1 CAH2408238.1 CAH2408238.1 XP_016482688.1 XP_016482688.1 WP_122377077.1 WP_122377077.1 EFW22388.1 EFW22388.1 WP_059048359.1 WP_059048359.1 KAJ8530820.1 KAJ8530820.1 WP_098626931.1 WP_098626931.1 WP_017900964.1 WP_017900964.1 KIH61449.1 KIH61449.1 DAS51696.1 DAS51696.1 MBQ2198584.1 MBQ2198584.1 WP_091629500.1 WP_091629500.1 WP_065450627.1 WP_065450627.1 WP_067487176.1 WP_067487176.1 GBN84473.1 GBN84473.1 MCP5281008.1 MCP5281008.1 WP_070310045.1 WP_070310045.1 WP_266170214.1 WP_266170214.1 MBP6854588.1 MBP6854588.1 WP_275364603.1 WP_275364603.1 WP_131609232.1 WP_131609232.1 WP_213413035.1 WP_213413035.1 WP_198140600.1 WP_198140600.1 CAF1441577.1 CAF1441577.1 EFV9058489.1 EFV9058489.1 CAH1968295.1 CAH1968295.1 MCK5224664.1 MCK5224664.1 HAX5007168.1 HAX5007168.1 NND17855.1 NND17855.1 XP_041823288.1 XP_041823288.1 KIA87593.1 KIA87593.1 WP_177209229.1 WP_177209229.1 KAH7714125.1 KAH7714125.1 WP_125553257.1 WP_125553257.1 MBJ7531026.1 MBJ7531026.1 VIF85598.1 VIF85598.1 KAH9082671.1 KAH9082671.1 RAL39799.1 RAL39799.1 RAL39799.1 WP_049697298.1 RAL39799.1 WP_259408897.1 VDM37090.1 VDM37090.1 WP_185892671.1 WP_215391030.1 WP_185892671.1 HBD3580067.1 WP_185892671.1 WP_185892671.1 EAG8834195.1 EAG8834195.1 WP_210473185.1 WP_210473185.1 WP_183495065.1 WP_183495065.1 KAI1498309.1 KAI1498309.1 WP_222532997.1 WP_222532997.1 WP_063007015.1 WP_063007015.1 WP_044229656.1 WP_044229656.1 WP_201618498.1 WP_201618498.1 WP_054377321.1 WP_054377321.1 KAH8074532.1 KAH8074532.1 XP_018062972.1 XP_018062972.1 MBK9009608.1 MBK9009608.1 WP_122013538.1 WP_122013538.1 WP_122013538.1 WP_070188258.1 WP_122013538.1 WP_232180661.1 XP_023607675.1 XP_028261945.1 XP_023607675.1 XP_023607675.1 EJJ0661731.1 EJJ0661731.1 KAJ5985703.1 KAJ5985703.1 KAE8933980.1 KAE8933980.1 MBU3899877.1 MBU3899877.1 VQC01530.1 VQC01530.1 WP_086520229.1 WP_086520229.1 MCP4204994.1 MCP4204994.1 NWZ25026.1 NWZ25026.1 GAK23860.1 GAK23860.1 WP_143320175.1 WP_143320175.1 2VYZ_A 2VYZ_A WP_051325724.1 WP_051325724.1 MBF0357294.1 MBF0357294.1 WP_097902424.1 WP_097902424.1 WP_268737299.1 WP_268737299.1 WP_194365392.1 WP_194365392.1 XP_039612537.1 XP_039612537.1 RMP03152.1 RMP03152.1 WP_018159095.1 WP_018159095.1 WP_018159095.1 WP_159117211.1 WP_018159095.1 WP_265775712.1 WP_011147179.1 WP_011147179.1 WP_265889043.1 WP_222256467.1 WP_265889043.1 WP_265889043.1 EAJ3842941.1 WP_258236293.1 EAJ3842941.1 EAJ3842941.1 WP_134660892.1 WP_134660892.1 MCI1641075.1 MCI1641075.1 KAF0292372.1 KAF0292372.1 MBI5007102.1 MBI5007102.1 WP_008134825.1 WP_206363707.1 WP_008134825.1 WP_150396769.1 WP_008134825.1 WP_247429569.1 WP_008134825.1 WP_089246429.1 WP_008134825.1 WP_276362074.1 WP_008134825.1 GBD21053.1 WP_008134825.1 WP_008134825.1 WP_008134825.1 MBO5162475.1 WP_008134825.1 WP_221977168.1 WP_008134825.1 WP_167977039.1 WP_199097566.1 WP_199097566.1 MBB4862510.1 MBB4862510.1 MCM1185292.1 MCM1185292.1 MCM1185292.1 GAP70049.1 EAG2878363.1 EAG2878363.1 WP_202269758.1 WP_202269758.1 XP_007043916.2 XP_007043916.2 WP_260402970.1 WP_260402970.1 KAJ7197949.1 KAJ7197949.1 WP_096851915.1 WP_096851915.1 XP_021776778.1 XP_021776778.1 WP_200650920.1 WP_200650920.1 AGQ38940.1 AGQ38940.1 WP_108677987.1 WP_108677987.1 HBS1873186.1 OZZ34426.1 HBS1873186.1 HBS1873186.1 EPB66139.1 EPB66139.1 XP_013957138.1 XP_013957138.1 WP_087214971.1 WP_087214971.1 MPZ95749.1 WP_165724099.1 MPZ95749.1 MPZ95749.1 MPZ95749.1 MCF8449868.1 WP_050658900.1 WP_050658900.1 CAD1480127.1 CAD1480127.1 OKZ56768.1 OKZ56768.1 RBR02939.1 RBR02939.1 GEU53557.1 GEU53557.1 GEU53557.1 NQR19375.1 WP_274755179.1 WP_274755179.1 WP_003642885.1 WP_003642885.1 KAJ8608448.1 KAJ8608448.1 WP_063477675.1 WP_063477675.1 WP_063477675.1 WP_221874538.1 PPE01392.1 PPE01392.1 MBE8398245.1 MBE8398245.1 XP_044006408.1 XP_044006408.1 WP_218283561.1 WP_218283561.1 XP_022457077.1 XP_022457077.1 WP_162500151.1 WP_162500151.1 XP_050030289.1 XP_050030289.1 MBV9229016.1 MBV9229016.1 EDL37908.1 EDL37908.1 WP_208909738.1 WP_208909738.1 MBK6659833.1 MBK6659833.1 WP_251511058.1 WP_251511058.1 MCA2619319.1 MCA2619319.1 WP_260365401.1 WP_260365401.1 AFG64821.1 AFG64821.1 MBN8458701.1 MBN8458701.1 CDD38815.1 CDD38815.1 WP_139665379.1 WP_139665379.1 XP_007311010.1 XP_007311010.1 NLW10703.1 NLW10703.1 CAI6348765.1 CAI6348765.1 MBA0553791.1 MBA0553791.1 MCI5711730.1 MCI5711730.1 XP_039985286.1 XP_039985286.1 WP_253646963.1 WP_253646963.1 KAJ8525108.1 KAJ8525108.1 XP_048409145.1 XP_048409145.1 WP_093752330.1 WP_093752330.1 MBV8506574.1 MBV8506574.1 WP_200162643.1 WP_200162643.1 WP_194312569.1 WP_194312569.1 WP_245823513.1 WP_245823513.1 HIR98957.1 HIR98957.1 CAG5150301.1 CAG5150301.1 WP_231784956.1 WP_231784956.1 WP_171486859.1 WP_171486859.1 MAF07216.1 MAF07216.1 KAJ1492758.1 KAJ1492758.1 OYZ89234.1 OYZ89234.1 WP_063706594.1 WP_063706594.1 KZT58963.1 KZT58963.1 WP_137783451.1 WP_137783451.1 KAJ7469048.1 KAJ7469048.1 WP_064292413.1 WP_064292413.1 WP_226800426.1 WP_174951329.1 WP_226800426.1 WP_226800426.1 RYU57897.1 RYU57897.1 UCF87976.1 UCF87976.1 AQR57668.1 AQR57668.1 WP_045323370.1 WP_045323370.1 MBD9057797.1 MBD9057797.1 QHO28611.1 QHO28611.1 CAH2238127.1 CAH2238127.1 XP_031974225.1 XP_031974225.1 MCD0163384.1 MCD0163384.1 NDF46396.1 NDF46396.1 WP_141134618.1 WP_141134618.1 RKT82586.1 RKT82586.1 PYS39036.1 MCK5068303.1 PYS39036.1 PYS39036.1 WP_272889997.1 WP_272889997.1 MBR4734761.1 MBR4734761.1 XP_015239306.1 XP_015239306.1 WP_010048070.1 WP_010048070.1 GFV41582.1 GFV41582.1 KAG1464501.1 KAG1464501.1 QDK31721.1 QDK31721.1 KIJ40064.1 KIJ40064.1 WP_282979415.1 WP_282979415.1 EIZ9235425.1 EIZ9235425.1 MCA1959605.1 MCA1959605.1 MBL6706528.1 MBL02020.1 MBL6706528.1 MBL6706528.1 MBL6706528.1 MBN2666786.1 MBL6706528.1 WP_056610248.1 KAJ7726226.1 KAJ7726226.1 WP_039764622.1 WP_039764622.1 RLS46433.1 RLS46433.1 QQH27121.1 QQH27121.1 XP_003040019.1 XP_003040019.1 MCF6767132.1 MCF6767132.1 HAF12758.1 HAF12758.1 KAH9403806.1 KAH9403806.1 MBK7636756.1 MBK7636756.1 KAJ6236901.1 KAJ6236901.1 XP_033541489.1 XP_033541489.1 PPC85417.1 PPC85417.1 WP_004751198.1 WP_004751198.1 WP_245885601.1 WP_245885601.1 MBE0607625.1 MBE0607625.1 RCN52028.1 RCN52028.1 WP_122383566.1 WP_122383566.1 WP_139627894.1 WP_139627894.1 WP_012517468.1 WP_012517468.1 WP_249312942.1 WP_249312942.1 WP_145756500.1 WP_145756500.1 CAH1111016.1 CAH1111016.1 OFJ58224.1 OFJ58224.1 WP_091978272.1 WP_091978272.1 WP_226208117.1 WP_226208117.1 TGL93452.1 TGL93452.1 QNM59064.1 QNM59064.1 WP_203164019.1 WP_203164019.1 WP_269268099.1 WP_269268099.1 PKB44918.1 PKB44918.1 MBW6484923.1 MBW6484923.1 WP_105585532.1 WP_105585532.1 XP_017476002.1 XP_029371967.1 XP_017476002.1 XP_017476002.1 WP_122047024.1 WP_122047024.1 SOE22515.1 SOE22515.1 WP_012339795.1 WP_012339795.1 MBP2355331.1 MBP2355331.1 NLL47071.1 NLL47071.1 MCD6597402.1 MCD6597402.1 KAH6984898.1 KAH6984898.1 KAJ5220196.1 KAJ5220196.1 WP_095981693.1 WP_095981693.1 WP_253352066.1 WP_253352066.1 GFT52874.1 GFT52874.1 CDE36962.1 CDE36962.1 XP_011272275.1 XP_011272275.1 WP_023319464.1 WP_023319464.1 MCJ1318822.1 MCJ1318822.1 WP_054146239.1 WP_054146239.1 WP_102273603.1 WP_102273603.1 MCT7046027.1 MCT7046027.1 MCE1309955.1 MCE1309955.1 KAH9016734.1 KAH9016734.1 MQF68191.1 MQF68191.1 WP_046925025.1 WP_046925025.1 WP_041119847.1 WP_041119847.1 WP_020226160.1 WP_020226160.1 MBL7732834.1 MBL7732834.1 WP_267248697.1 WP_267248697.1 XP_019381256.1 XP_019381256.1 WP_230822898.1 WP_230822898.1 UJW31884.1 UJW31884.1 KAF0554084.1 KAF0554084.1 WP_234280079.1 WP_234280079.1 WP_033365653.1 WP_033365653.1 XP_009464764.1 XP_009464764.1 OFY34840.1 OFY34840.1 KAG7131021.1 KAG7131021.1 WP_246735792.1 WP_246735792.1 NWV63665.1 NWV63665.1 EBS5850541.1 EBS5850541.1 WP_108137685.1 WP_108137685.1 WP_060347438.1 WP_060347438.1 WP_060347438.1 WP_281054160.1 WP_213973719.1 WP_213973719.1 WP_259005392.1 WP_259005392.1 EJV0278763.1 EJV0278763.1 MBN3769952.1 MBN3769952.1 MCH5163858.1 MCH5163858.1 MBP6972346.1 MBP6972346.1 HCT31040.1 HCT31040.1 WP_106136481.1 WP_106136481.1 WP_098092873.1 WP_098092873.1 WP_198730235.1 WP_198730235.1 XP_016611986.1 XP_016611986.1 WP_230800902.1 WP_230800902.1 MZP65343.1 MZP65343.1 MBD1815385.1 MBD1815385.1 XP_003048468.1 XP_003048468.1 WP_217413389.1 WP_217413389.1 EDJ6414383.1 EDJ6414383.1 MCB1141657.1 MCB1141657.1 WP_025427984.1 WP_025427984.1 TNN34207.1 TNN34207.1 AUQ33312.1 AUQ33312.1 MCP4914981.1 MCP4914981.1 WP_260986135.1 WP_260986135.1 XP_055989820.1 XP_055989820.1 HIM51057.1 HIM51057.1 RZD53001.1 RZD53001.1 MBQ7978512.1 MBQ7978512.1 MPC84742.1 MPC84742.1 OFX35756.1 OFX35756.1 HAS28932.1 HAS28932.1 WP_193436854.1 WP_193436854.1 WP_253620872.1 WP_253620872.1 WP_098097765.1 WP_098097765.1 WP_169577965.1 WP_169577965.1 QNF21522.1 QNF21522.1 QNF21522.1 WP_160421767.1 EJQ2687561.1 EJQ2687561.1 CDA87281.1 CDA87281.1 MBO5946342.1 MBO5946342.1 MBQ8711066.1 MBQ8711066.1 NIW25441.1 NIW25441.1 WP_135949574.1 WP_135949574.1 XP_048633428.1 XP_048633428.1 KAI6047342.1 KAI6047342.1 MBF2759673.1 WP_214516916.1 MBF2759673.1 MBF2759673.1 MBQ3104376.1 MBQ3104376.1 NCN26743.1 NCN26743.1 GBL21590.1 GBL21590.1 HAB9632401.1 HAB9632401.1 WP_026002076.1 WP_026002076.1 AHH33963.1 AHH33963.1 XP_043014885.1 XP_043014885.1 TEB32912.1 TEB32912.1 EDP2695460.1 EDP2695460.1 XP_035216353.1 XP_035216353.1 WP_137773782.1 WP_137773782.1 XP_036437421.1 XP_036437421.1 XP_036437421.1 NXS49052.1 XP_036437421.1 XP_023957144.1 MAT93460.1 MAT93460.1 XP_040253449.1 XP_040253449.1 NOZ55740.1 NOZ55740.1 EBY6522830.1 EBY6522830.1 WP_148545383.1 WP_148545383.1 OLB27154.1 OLB27154.1 OLB27154.1 WP_147135386.1 WP_265735210.1 WP_265735210.1 XP_042465169.1 XP_042465169.1 GLW31455.1 GLW31455.1 WP_185740810.1 WP_185740810.1 MBP6728875.1 MBP6728875.1 MBT1322465.1 MBT1322465.1 MCD6064856.1 MCD6064856.1 MBN1558293.1 MBN1558293.1 ANI90891.1 ANI90891.1 VFV20999.1 VFV20999.1 TMO21331.1 TMO21331.1 HIE16764.1 HIE16764.1 WP_202252188.1 WP_202252188.1 KAF1788175.1 KAF1788175.1 WP_048611692.1 WP_048611692.1 WP_144320971.1 WP_144320971.1 PQK14494.1 PQK14494.1 XP_009535872.1 XP_009535872.1 MBR3005965.1 MBR3005965.1 RZM24348.1 RZM24348.1 XP_001840824.2 XP_001840824.2 WP_007404414.1 WP_007404414.1 WP_007404414.1 WP_143281017.1 ECP3866152.1 ECP3866152.1 WP_232745899.1 WP_232745899.1 WP_120115041.1 WP_120115041.1 UUZ63036.1 UUZ63036.1 WP_268579666.1 WP_268579666.1 KAF3628212.1 KAF3628212.1 XP_024888572.1 XP_024888572.1 MBS0261058.1 MBS0261058.1 WP_213449477.1 WP_149406163.1 WP_213449477.1 WP_213449477.1 XP_037539096.1 XP_037539096.1 WP_214893447.1 WP_214893447.1 KAG7462864.1 KAG7462864.1 HAT9095998.1 HAT9095998.1 ORY76548.1 ORY76548.1 HCB1767023.1 HCB1767023.1 WP_118359022.1 WP_118359022.1 TXK73489.1 TXK73489.1 XP_030079323.1 XP_030079323.1 TOE90752.1 TOE90752.1 MCI8895019.1 MCI8895019.1 GHP52484.1 GHP52484.1 XP_034264344.1 XP_034264344.1 WP_002449605.1 WP_002449605.1 KAE9445077.1 KAE9445077.1 MBE0577924.1 MBE0577924.1 EIT2901672.1 EIT2901672.1 WP_128272295.1 WP_128272295.1 WP_268123036.1 WP_268123036.1 WP_118205888.1 WP_118205888.1 WP_052232835.1 WP_052232835.1 OGY30120.1 OGY30120.1 AGO18338.1 AGO18338.1 WP_017123457.1 WP_017123457.1 WP_017123457.1 MCU0490050.1 KAF0905729.1 KAF0905729.1 WP_270677687.1 WP_270677687.1 WP_037451816.1 WP_037451816.1 XP_013231239.1 XP_013231239.1 WP_254972748.1 WP_254972748.1 WP_250182896.1 WP_250182896.1 MCK9338853.1 MCK9338853.1 SEP73001.1 SEP73001.1 EFA5132122.1 EFA5132122.1 PIR55147.1 PIR55147.1 WP_246612751.1 WP_246612751.1 XP_026320625.1 KAJ8763828.1 XP_026320625.1 XP_026320625.1 PWM57416.1 PWM57416.1 WP_208910104.1 WP_208910104.1 XP_021874514.1 XP_021874514.1 KAJ1619151.1 KAJ1619151.1 MCL5028570.1 MCL5028570.1 MBE6835980.1 WP_248087248.1 MBE6835980.1 MBE6835980.1 WP_162782234.1 WP_162782234.1 OWK14769.1 OWK14769.1 WP_013572974.1 WP_013572974.1 WP_074791539.1 WP_074791539.1 MCQ2059483.1 MCQ2059483.1 MCQ2059483.1 KFO63955.1 MBA3725210.1 MBA3725210.1 OGH18708.1 OGH18708.1 KAI9022896.1 KAI9022896.1 MBO0657491.1 MBO0657491.1 XP_004647050.1 XP_004647050.1 MCI93591.1 MCI93591.1 XP_049153370.1 XP_049153370.1 HBL3458524.1 GAF66133.1 HBL3458524.1 HBL3458524.1 NLR72952.1 WP_167196601.1 NLR72952.1 NLR72952.1 RLB75920.1 RLB75920.1 MCH8293010.1 MCH8293010.1 TFV53637.1 TFV53637.1 KAI9597310.1 KAI9597310.1 QGP90243.1 QGP90243.1 MBE42757.1 MBE42757.1 EFG8800866.1 EFG8800866.1 WP_233987432.1 WP_233987432.1 KAJ3193491.1 KAJ3193491.1 XP_049406314.1 XP_049406314.1 WP_200478262.1 WP_200478262.1 WP_112308968.1 WP_112308968.1 WP_051963813.1 WP_051963813.1 WP_216207121.1 WP_216207121.1 MBA3038663.1 MBA3038663.1 WP_280949002.1 WP_280949002.1 WP_280949002.1 MCF1439711.1 XP_010267139.1 XP_010267139.1 MBO4748034.1 MBO4748034.1 MCB1383119.1 MCB1383119.1 MCB1703688.1 MCB1703688.1 WP_039286629.1 WP_039286629.1 CAF1139697.1 CAF1139697.1 CEG83499.1 CEG83499.1 WP_106361175.1 WP_106361175.1 WP_269672356.1 WP_269672356.1 RKZ09955.1 RKZ09955.1 NFD84694.1 MBT3459617.1 NFD84694.1 NFD84694.1 NFD84694.1 WP_038440434.1 NFD84694.1 MBQ8297564.1 NFD84694.1 MBQ4454347.1 WP_022677205.1 WP_022677205.1 ARD43281.1 ARD43281.1 XP_047599047.1 XP_047599047.1 WP_008346835.1 WP_008346835.1 OGS12612.1 OGS12612.1 WP_063540919.1 WP_063540919.1 WP_063637985.1 WP_063637985.1 ENH52105.1 ENH52105.1 HBX1528262.1 HBX1528262.1 OLP01091.1 OLP01091.1 MBL7855430.1 MBL7855430.1 MBR0046728.1 MBR0046728.1 MBQ8989682.1 MBQ8989682.1 XP_014802175.1 XP_014802175.1 WP_006685582.1 WP_006685582.1 NLU55538.1 NLU55538.1 XP_018994437.1 XP_018994437.1 MBI2114665.1 MBI2114665.1 PAZ00503.1 PAZ00503.1 SIR93298.1 SIR93298.1 WP_200986363.1 WP_200986363.1 WP_247623347.1 WP_247623347.1 MCB9820569.1 MCB9820569.1 WP_142051038.1 WP_142051038.1 KAJ2593889.1 XP_033668161.1 KAJ2593889.1 KAJ2593889.1 WP_219798185.1 WP_219798185.1 XP_002777379.1 XP_002777379.1 MAG40972.1 MAG40972.1 MCA1836835.1 MCA1836835.1 TSA47082.1 TSA47082.1 WP_212961195.1 WP_212961195.1 WP_228273696.1 WP_228273696.1 MBU2510560.1 MBU2510560.1 ECA8969615.1 ECA8969615.1 KAF5192947.1 KAF5192947.1 RYG22587.1 RYG22587.1 RYY39456.1 RYY39456.1 KAJ3920833.1 KAJ3920833.1 EFO3858608.1 EFO3858608.1 WP_032037025.1 WP_032037025.1 EJC8518717.1 EJC8518717.1 WP_056747799.1 WP_056747799.1 MBP9767803.1 MBP9767803.1 WP_105738432.1 WP_061554953.1 WP_105738432.1 WP_105738432.1 MBR1803321.1 MBR1803321.1 MSV89973.1 MSV89973.1 MBQ8356560.1 MBQ8356560.1 KAF4755575.1 KAF4755575.1 WP_039983362.1 WP_039983362.1 HJF55539.1 HJF55539.1 MBN2192743.1 HAM57133.1 MBN2192743.1 MBN2192743.1 WP_141624088.1 WP_141624088.1 WP_211429491.1 WP_211429491.1 NRA95518.1 NRA95518.1 WP_279184953.1 WP_279184953.1 WP_279184953.1 MBR6417349.1 KAI1377204.1 KAI1377204.1 MCF3649178.1 MCF3649178.1 XP_053501940.1 XP_053501940.1 MCI9379843.1 MCI9379843.1 EIA1623697.1 EIA1623697.1 CAF4687378.1 CAF4687378.1 CAH8313346.1 CAH8313346.1 MBN9169301.1 MBN9169301.1 KAG8539342.1 KAG8539342.1 WP_259864893.1 WP_259864893.1 MBF9039534.1 MBF9039534.1 MCB0672512.1 MCB0672512.1 MBI4878028.1 MBI4878028.1 MBP1876254.1 WP_281034490.1 MBP1876254.1 WP_207918089.1 MBP1876254.1 MBP1876254.1 MBP1876254.1 OAN53756.1 MBP1876254.1 MBC7326981.1 MBP1876254.1 WP_174822921.1 MBP1876254.1 WP_022619009.1 MBP1876254.1 MXP43753.1 MBP1876254.1 WP_158791585.1 EBC1613035.1 EBC1613035.1 WP_052386686.1 WP_052386686.1 WP_068000887.1 WP_068000887.1 WP_257384536.1 WP_257384536.1 WP_254363411.1 WP_254363411.1 MCK9538307.1 MCK9538307.1 WP_013712491.1 WP_013712491.1 MBQ7809358.1 MBQ7809358.1 WP_187642449.1 WP_187642449.1 WP_036824351.1 WP_036824351.1 WP_092802679.1 WP_092802679.1 NMG18956.1 NMG18956.1 WP_058997548.1 WP_058997548.1 MCO7639728.1 MCO7639728.1 PBK84789.1 PBK84789.1 KAI9244300.1 KAI9244300.1 WP_265332308.1 WP_265332308.1 WP_049043948.1 WP_049043948.1 WP_068780709.1 WP_068780709.1 WP_247334239.1 WP_247334239.1 WP_265966242.1 WP_265966242.1 MBS7604783.1 MBS7604783.1 MCI2155109.1 MCI2155109.1 WP_013559898.1 WP_013559898.1 CKQ42697.1 CKQ42697.1 MCE4566367.1 MCE4566367.1 MCL6540381.1 MCL6540381.1 MBK8168045.1 MBK8168045.1 EAG5429682.1 EAG5429682.1 WP_038239756.1 WP_038239756.1 WP_017633897.1 WP_017633897.1 WP_050498798.1 WP_141817398.1 WP_050498798.1 WP_050498798.1 GFW26598.1 GFW26598.1 TNI18971.1 TNI18971.1 WP_043940504.1 MBP8196496.1 WP_043940504.1 WP_150253061.1 WP_043940504.1 HAN66834.1 WP_043940504.1 WP_043940504.1 HAS8246497.1 HAS8246497.1 WP_176970092.1 WP_176970092.1 MBC7309192.1 MBC7309192.1 MCS6948817.1 MCS6948817.1 HAQ9752200.1 HAQ9752200.1 XP_007978456.1 XP_007978456.1 EGS7961067.1 EGS7961067.1 KAI8723523.1 KAI8723523.1 MCB0840321.1 MCB0840321.1 WP_257880947.1 WP_257880947.1 KAG1144813.1 KAG1144813.1 XP_016469741.1 XP_016469741.1 XP_036130723.1 XP_036130723.1 WP_169105698.1 WP_169105698.1 WP_169105698.1 RQD71026.1 WP_169105698.1 WP_063316698.1 WP_154097642.1 WP_154097642.1 WP_135194320.1 WP_135194320.1 MSR12783.1 MSR12783.1 XP_003502921.1 XP_003502921.1 WP_210356206.1 WP_210356206.1 GFC18333.1 GFC18333.1 WP_020403159.1 WP_020403159.1 WP_169356007.1 NRB72577.1 WP_169356007.1 WP_169356007.1 MCJ2541369.1 MCJ2541369.1 WP_199711823.1 WP_199711823.1 WP_076799287.1 WP_076799287.1 WP_041481207.1 WP_041481207.1 CAH2899959.1 CAH2899959.1 CAH2899959.1 TXH38262.1 SED94327.1 SED94327.1 WP_015484594.1 WP_015484594.1 XP_056050985.1 XP_056050985.1 WP_109341768.1 WP_109341768.1 KAJ1022640.1 KAJ1022640.1 MBO5721020.1 MBO5721020.1 EFD7787626.1 EFD7787626.1 WDA54585.1 WDA54585.1 WP_020560972.1 WP_020560972.1 WP_096202154.1 WP_096202154.1 MBQ3976808.1 MBQ3976808.1 XP_018561118.1 XP_018561118.1 WP_002655233.1 WP_002655233.1 MCL2033989.1 MCL2033989.1 VDR39692.1 VDR39692.1 WP_249557352.1 WP_249557352.1 WP_070428178.1 WP_070428178.1 WP_137732205.1 WP_137732205.1 WP_201490320.1 WP_201490320.1 WP_036973950.1 WP_036973950.1 KNA07336.1 KNA07336.1 KAG3033979.1 KAG3033979.1 NRB78924.1 NRB78924.1 PNJ24551.1 PNJ24551.1 WP_027369743.1 WP_027369743.1 EBU6207141.1 EBU6207141.1 WP_244028884.1 WP_244028884.1 XP_049486383.1 XP_049486383.1 WP_119088635.1 WP_119088635.1 XP_055254096.1 XP_055254096.1 WP_241133221.1 WP_241133221.1 WP_225781432.1 WP_225781432.1 MBQ3321785.1 MBQ3321785.1 MBQ3321785.1 MBO5857838.1 MBX7048921.1 MBX7048921.1 ETZ74096.1 ETZ74096.1 TLX83379.1 TLX83379.1 CDL84920.1 CDL84920.1 WP_122920202.1 MBP8049567.1 WP_122920202.1 CAH0143531.1 WP_122920202.1 WP_122920202.1 WP_122920202.1 WP_204504397.1 HID24809.1 HID24809.1 MBW6512602.1 MBW6512602.1 MBD3641221.1 MBD3641221.1 WP_070723361.1 MBQ8462807.1 WP_070723361.1 WP_070723361.1 QQC21553.1 QQC21553.1 WP_187843135.1 WP_187843135.1 WP_126679569.1 WP_126679569.1 WP_001804449.1 WP_001804449.1 MCP4774001.1 WP_201520784.1 MCP4774001.1 MCP4774001.1 MCP4774001.1 WP_103270848.1 WP_220492852.1 WP_220492852.1 WP_063338866.1 WP_063338866.1 WP_063338866.1 WP_132898842.1 WP_110366458.1 TME45086.1 WP_110366458.1 WP_110366458.1 WP_110366458.1 MBL4744408.1 WP_110366458.1 WP_133325549.1 WP_110366458.1 WP_265225845.1 WP_110366458.1 WP_154963182.1 WP_110366458.1 WP_172616972.1 WP_110366458.1 WP_096647361.1 WP_110366458.1 WP_039608285.1 WP_110366458.1 MBT8462299.1 PAF30375.1 PAF30375.1 WP_180034620.1 WP_241105826.1 WP_180034620.1 WP_180034620.1 GFA01557.1 GFA01557.1 MBV5323933.1 MBV5323933.1 EHH49716.1 EHH49716.1 KAI9713296.1 KAI9713296.1 KAG7197246.1 KAG7197246.1 HAT4171334.1 SFB29161.1 HAT4171334.1 HAT4171334.1 HAT4171334.1 WP_123653117.1 HAT4171334.1 GFR82011.1 WP_148803392.1 WP_148803392.1 KAJ0864938.1 KAJ0864938.1 WP_282035981.1 WP_282035981.1 MCO6473319.1 MCO6473319.1 XP_006376427.2 XP_006376427.2 UPT73080.1 UPT73080.1 EGR2272270.1 EGR2272270.1 WP_079091847.1 WP_079091847.1 KAG7553039.1 KAG7553039.1 CUH97802.1 CUH97802.1 CUH97802.1 HAW5846675.1 WP_106697451.1 WP_106697451.1 WP_200047810.1 WP_200047810.1 WP_097273626.1 WP_097273626.1 WP_223806191.1 WP_223806191.1 XP_052459928.1 XP_052459928.1 WP_282393050.1 WP_282393050.1 KAF9021604.1 KAF9021604.1 WP_190492354.1 WP_190492354.1 RZU50905.1 RZU50905.1 WP_004647440.1 WP_004647440.1 WP_196051328.1 WP_196051328.1 WP_196051328.1 WP_091423297.1 WP_231022353.1 GER04731.1 WP_231022353.1 WP_231022353.1 GGY15265.1 GGY15265.1 MBE0512446.1 MBE0512446.1 WP_270310372.1 WP_270310372.1 WP_009881125.1 WP_009881125.1 MCB9642437.1 MCB9642437.1 WP_061880815.1 WP_061880815.1 KAI3416446.1 KAI3416446.1 WP_015602159.1 WP_015602159.1 XP_040238549.2 XP_040238549.2 MBN8715319.1 MBN8715319.1 WP_123966251.1 WP_157580311.1 WP_123966251.1 WP_123966251.1 MBA2544012.1 MBA2544012.1 KDR18051.1 KDR18051.1 WP_253495381.1 WP_253495381.1 MCI0529127.1 MCI0529127.1 WP_050163955.1 NLL64488.1 WP_050163955.1 WP_050163955.1 XP_001275602.1 XP_001275602.1 WP_149040698.1 WP_149040698.1 MBI5294613.1 MBI5294613.1 KAG5560933.1 KAG5560933.1 WP_070664995.1 WP_070664995.1 KAJ3564783.1 WP_082565353.1 KAJ3564783.1 KAJ3564783.1 KAJ3564783.1 WP_044489505.1 KAJ3564783.1 MBM6691367.1 KDZ18439.1 KDZ18439.1 WP_160877220.1 HIG56173.1 WP_160877220.1 WP_160877220.1 XP_047466965.1 XP_047466965.1 WP_186480556.1 WP_186480556.1 WP_193019742.1 WP_193019742.1 NXX86929.1 NXX86929.1 XP_004149267.1 XP_004149267.1 HIR19825.1 HIR19825.1 NBT94281.1 NBT94281.1 MBE6649515.1 MBE6649515.1 EEE2002201.1 EEE2002201.1 GFT96598.1 GFT96598.1 WP_251111556.1 WP_251111556.1 KAI9193803.1 KAI9193803.1 OAQ80483.1 OAQ80483.1 MCK4996050.1 TDR34929.1 MCK4996050.1 MCK4996050.1 WP_190461229.1 WP_190461229.1 OPL17692.1 OPL17692.1 WP_248328072.1 WP_248328072.1 WP_059149453.1 WP_059149453.1 KAG0047764.1 KAG0047764.1 CSP94261.1 CSP94261.1 WP_249310236.1 WP_249310236.1 XP_025923156.1 XP_025923156.1 WP_255691273.1 WP_255691273.1 SDI37994.1 SDI37994.1 WP_035109232.1 WP_035109232.1 KAJ6253787.1 KAJ6253787.1 WP_106735761.1 WP_004185621.1 WP_106735761.1 WP_106735761.1 MBS8550192.1 MBS8550192.1 WP_053816212.1 WP_053816212.1 HCI22783.1 HCI22783.1 YP_009919788.1 YP_009919788.1 WP_004660460.1 WP_004660460.1 WP_004727834.1 WP_004727834.1 GFX07062.1 GFX07062.1 NXG47881.1 NXG47881.1 WP_110984669.1 WP_110984669.1 WP_050342552.1 WP_050342552.1 WP_050342552.1 WP_280691874.1 WP_266708839.1 WP_266708839.1 WP_274323930.1 WP_274323930.1 WP_133448963.1 WP_133448963.1 WP_044459070.1 WP_044459070.1 MBZ0271896.1 MBZ0271896.1 KAF2871612.1 KAF2871612.1 OGF51096.1 OGF51096.1 MCD6081740.1 MCD6081740.1 WP_108511015.1 WP_108511015.1 WP_167197999.1 WP_167197999.1 QDH16072.1 QDH16072.1 MCB9315714.1 MCB9315714.1 GLC62462.1 GLC62462.1 KFZ09473.1 KFZ09473.1 MCF8452598.1 MCF8452598.1 UBY01598.1 UBY01598.1 PBN43802.1 WP_202659240.1 PBN43802.1 PBN43802.1 PBN43802.1 WP_045257206.1 PBN43802.1 KAJ9293589.1 MBI3778926.1 MBI3778926.1 WP_055947144.1 WP_055947144.1 EHW4033744.1 EHW4033744.1 MCA9004139.1 MCA9004139.1 MBM3534697.1 WP_218014032.1 MBM3534697.1 MBM3534697.1 MBM3534697.1 EHA1403784.1 MBM3534697.1 WP_222322625.1 WP_090467430.1 WP_090467430.1 EHR8930749.1 EHR8930749.1 KOR85988.1 KOR85988.1 KOR85988.1 MCD6173453.1 WP_264950959.1 WP_264950959.1 WP_238975975.1 WP_238975975.1 WP_238975975.1 MCC2110934.1 WP_212282141.1 WP_212282141.1 EAQ06730.1 EAQ06730.1 WP_236248745.1 WP_236248745.1 EFX4914003.1 EFX4914003.1 EFL6071320.1 EFL6071320.1 MOY08337.1 MOY08337.1 GIS82389.1 GIS82389.1 XP_040342838.1 XP_040342838.1 AFA35617.1 AFA35617.1 NQJ73193.1 NQJ73193.1 XP_026829212.1 XP_026829212.1 KAI1358894.1 KAI1358894.1 WP_024870391.1 WP_092054000.1 WP_024870391.1 WP_024870391.1 EAI2381694.1 EAI2381694.1 WP_167263015.1 MBC5824559.1 WP_167263015.1 WP_167263015.1 WP_167263015.1 MBQ1771956.1 WP_221265680.1 WP_281543397.1 WP_221265680.1 WP_084371009.1 WP_221265680.1 WP_221265680.1 WP_087199737.1 WP_267918242.1 WP_087199737.1 WP_087199737.1 WP_039190453.1 WP_039190453.1 WP_268285128.1 WP_268285128.1 WP_223360106.1 WP_223360106.1 OUR78726.1 OUR78726.1 XP_008332845.1 XP_008332845.1 TQD74562.1 TQD74562.1 MCL4381067.1 MCL4381067.1 PDM41204.1 PDM41204.1 TKJ28570.1 TKJ28570.1 TQD99590.1 TQD99590.1 WP_180130780.1 WP_180130780.1 WP_254962431.1 WP_254962431.1 WP_245961518.1 WP_245961518.1 MBN8919778.1 MBN8919778.1 PWL92822.1 PWL92822.1 KFY78659.1 KFY78659.1 WP_079619859.1 WP_079619859.1 PLX13828.1 PLX13828.1 MBW1714133.1 MBW1714133.1 ENF92344.1 ENF92344.1 ENF92344.1 WP_117077319.1 WP_258515841.1 WP_258515841.1 WP_006034446.1 WP_006034446.1 WP_106759541.1 WP_106759541.1 WP_204663166.1 WP_204663166.1 MBJ7292067.1 MCF8709434.1 MBJ7292067.1 MBJ7292067.1 WP_086486287.1 WP_086486287.1 EHH4366918.1 EHH4366918.1 WP_282689626.1 WP_282689626.1 KAJ1529594.1 AAV84242.1 KAJ1529594.1 KAJ1529594.1 XP_040136988.1 XP_040136988.1 WP_060933343.1 WP_060933343.1 WP_258380998.1 WP_258380998.1 MCB1338306.1 MCB1338306.1 WP_038052668.1 XP_052534275.1 WP_038052668.1 WP_038052668.1 WP_038052668.1 WP_200198809.1 WP_038052668.1 RIX75659.1 WP_116619797.1 WP_116619797.1 WP_105526419.1 WP_105526419.1 WP_129543374.1 WP_129543374.1 XP_004869485.1 XP_004869485.1 WP_248846761.1 WP_248846761.1 MCP5260845.1 WP_180196654.1 MCP5260845.1 MCP5260845.1 WDS37366.1 WDS37366.1 WP_238844860.1 WP_238844860.1 NXY38534.1 NXY38534.1 WP_263072085.1 WP_263072085.1 MCB1815789.1 MCB1815789.1 XP_044490862.1 XP_044490862.1 MBM3322720.1 MBM3322720.1 PKM16736.1 PKM16736.1 MBG8612140.1 MBG8612140.1 NLY22703.1 NLY22703.1 TMH33622.1 TMH33622.1 TEA36401.1 TEA36401.1 WP_279029857.1 WP_279029857.1 XP_037829017.1 XP_037829017.1 GBM15324.1 GBM15324.1 WP_236495189.1 WP_236495189.1 XP_049236752.1 KAF8901107.1 XP_049236752.1 XP_049236752.1 XP_049236752.1 AJU61790.1 MBO6153462.1 MBO6153462.1 EAZ93353.1 EAZ93353.1 TAL78422.1 TAL78422.1 MBQ9979016.1 MBQ9979016.1 MBQ9979016.1 WP_131734175.1 KAF0259695.1 KAF0259695.1 WP_263011293.1 WP_263011293.1 WP_153201580.1 WP_153201580.1 WP_074667553.1 WP_074667553.1 WP_096443068.1 WP_096443068.1 WP_096443068.1 WP_251767892.1 WP_063378475.1 WP_063378475.1 WP_211627431.1 WP_211627431.1 WP_152029253.1 WP_152029253.1 WP_172228453.1 WP_172228453.1 XP_054800357.1 XP_054800357.1 MCD4805360.1 MCD4805360.1 MUU11774.1 MBA2554676.1 MUU11774.1 MUU11774.1 MUU11774.1 NUQ31250.1 WP_221286480.1 WP_221286480.1 WP_076679691.1 WP_076679691.1 QIG46118.1 QIG46118.1 WP_171531042.1 WP_171531042.1 XP_002430673.1 XP_002430673.1 ANJ20823.1 ANJ20823.1 NXR14151.1 NXR14151.1 MBI5003436.1 MBI5003436.1 MCU2740175.1 MCU2740175.1 XP_052621353.1 XP_052621353.1 KAJ4922108.1 NXM82541.1 KAJ4922108.1 KAJ4922108.1 MBK6983032.1 MBK6983032.1 MCI9332849.1 MCI9332849.1 WP_057489847.1 WP_057489847.1 WP_100146488.1 WP_100146488.1 MBI4448201.1 MBI4448201.1 WP_274358594.1 WP_274358594.1 XP_052375968.1 XP_052375968.1 WP_137692307.1 WP_137692307.1 MBS0252047.1 MBS0252047.1 MBM3499926.1 MBM3499926.1 MBQ6111538.1 MBQ6111538.1 WP_189646918.1 WP_116818916.1 WP_189646918.1 WP_189646918.1 MXX91804.1 MXX91804.1 WP_059632389.1 WP_059632389.1 HCW55486.1 HCW55486.1 WP_260920963.1 WP_260920963.1 MAA73247.1 MAA73247.1 KJS09633.1 KJS09633.1 WP_171251269.1 WP_171251269.1 MBR6293537.1 MBL1150364.1 MBR6293537.1 MBR6293537.1 MBD8963934.1 MBD8963934.1 KAF4998971.1 KAF4998971.1 WP_056264272.1 WP_056264272.1 HIE21596.1 HIE21596.1 WP_262138576.1 WP_262138576.1 MBN4358138.1 MBN4358138.1 WP_182997113.1 WP_182997113.1 WP_215799033.1 WP_215799033.1 MBO7690464.1 MBO7690464.1 MBO7690464.1 WP_122747354.1 ANN75327.1 ANN75327.1 RVU39726.1 RVU39726.1 WP_129189671.1 WP_129189671.1 WP_009620393.1 WP_009620393.1 MCE5327674.1 MCE5327674.1 WP_184846795.1 WP_184846795.1 CAG5919444.1 CAG5919444.1 WP_251643117.1 WP_251643117.1 XP_013338901.1 XP_013338901.1 WP_254645866.1 WP_254645866.1 EFK3891274.1 EFK3891274.1 WP_271820285.1 MCB9544502.1 WP_271820285.1 WP_271820285.1 WP_119400337.1 MAB27215.1 WP_119400337.1 WP_119400337.1 GGK76871.1 GGK76871.1 WP_161554567.1 WP_161554567.1 WP_049595658.1 WP_049595658.1 KAH8979981.1 KAH8979981.1 ANP72927.1 ANP72927.1 WP_279270002.1 WP_279270002.1 KAB2615394.1 KAB2615394.1 NTM88027.1 NTM88027.1 HAS6615025.1 HAS6615025.1 MCR5673014.1 MCR5673014.1 HCA5739398.1 HCA5739398.1 RAI83609.1 RAI83609.1 WP_010997757.1 WP_010997757.1 OTO70739.1 OTO70739.1 WP_143010918.1 WP_143010918.1 WP_255375741.1 WP_255375741.1 MBR5377733.1 MBR5377733.1 WP_247623927.1 WP_247623927.1 WP_247623927.1 WP_232968558.1 WP_247623927.1 PAV09171.1 WP_018646673.1 WP_018646673.1 XP_016445639.1 XP_016445639.1 XP_029698713.1 XP_029698713.1 MBU5424338.1 WP_057651690.1 MBU5424338.1 MBU5424338.1 MBU5424338.1 MCB1644245.1 MBU5424338.1 MXY99086.1 WP_111106433.1 WP_111106433.1 PDW44028.1 PDW44028.1 XP_013164386.1 XP_013164386.1 MBR3209975.1 MBR3209975.1 WP_006336501.1 WP_006336501.1 HCE77318.1 HCE77318.1 WP_015203918.1 WP_015203918.1 WP_086987611.1 WP_086987611.1 KAA6389633.1 KAA6389633.1 HEB56095.1 HEB56095.1 HEB56095.1 WP_006198916.1 WP_047323176.1 WP_047323176.1 MBT6415404.1 MBT6415404.1 MBK3737236.1 MBK3737236.1 AEH52569.1 AEH52569.1 DAK76805.1 DAK76805.1 KAJ6490484.1 KAJ6490484.1 WP_157502995.1 WP_157502995.1 WP_223232292.1 WP_223232292.1 KYG00847.1 KYG00847.1 XP_033824504.1 XP_033824504.1 MBQ0048698.1 MBQ0048698.1 RBQ02499.1 RBQ02499.1 WP_074801249.1 WP_074801249.1 MBI1210064.1 MBI1210064.1 XP_054446685.1 XP_046298169.1 XP_054446685.1 XP_034290446.1 XP_054446685.1 XP_042531659.1 XP_054446685.1 XP_005087540.1 XP_054446685.1 XP_054446685.1 XP_054446685.1 AAR19565.1 XP_054446685.1 XP_049747270.1 XP_054446685.1 XP_002688837.2 XP_054446685.1 XP_012889676.1 WP_129873796.1 WP_129873796.1 WP_087702867.1 WP_087702867.1 GFH27490.1 GFH27490.1 GFH27490.1 WP_147434933.1 WP_034563362.1 WP_034563362.1 KAJ8704128.1 KAJ8704128.1 XP_028543448.1 XP_028543448.1 WP_213341058.1 WP_213341058.1 WP_025016984.1 WP_025016984.1 WP_170015751.1 WP_170015751.1 WP_277479375.1 WP_277479375.1 KAA3630074.1 KAA3630074.1 MBX3011771.1 MBX3011771.1 KMZ99658.1 KMZ99658.1 XP_001448147.1 XP_001448147.1 WP_107883730.1 WP_107883730.1 WP_067636955.1 WP_067636955.1 KAG6786554.1 KAG6786554.1 WP_176349335.1 WP_176349335.1 WP_169984846.1 WP_169984846.1 WP_103124525.1 WP_103124525.1 MCD3114202.1 MCD3114202.1 MBU2478158.1 MBU2478158.1 XP_046463157.1 XP_046463157.1 THY23779.1 THY23779.1 KAF6757059.1 KAF6757059.1 UJR17665.1 UJR17665.1 XP_042666906.1 XP_042666906.1 RGZ20155.1 RGZ20155.1 GIP39269.1 GIP39269.1 EII8712558.1 EII8712558.1 TSC89929.1 TSC89929.1 MBB4856459.1 MBB4856459.1 WP_262832653.1 WP_262832653.1 WP_029528833.1 WP_029528833.1 WP_282467912.1 WP_282467912.1 TXI82219.1 TXI82219.1 WP_278266677.1 WP_278266677.1 WP_278266677.1 MBV8349295.1 TNN52570.1 TNN52570.1 HBN08375.1 HBN08375.1 SJX71965.1 SJX71965.1 WP_127508273.1 WP_127508273.1 MBA3472522.1 MBA3472522.1 WP_218505696.1 WP_218505696.1 WP_226678738.1 WP_226678738.1 WP_187029467.1 WP_187029467.1 UUZ81931.1 UUZ81931.1 MBQ6875507.1 MBQ6875507.1 WP_101564711.1 WP_101564711.1 MSU20497.1 MSU20497.1 MSU20497.1 MBO4168293.1 WP_047914038.1 WP_047914038.1 PWA46560.1 PWA46560.1 WP_153219677.1 WP_153219677.1 WP_171653853.1 WP_171653853.1 WP_227903033.1 WP_227903033.1 WP_047664410.1 WP_047664410.1 NLB93078.1 NLB93078.1 KAI1725697.1 KAI1725697.1 MBK8382708.1 MBK8382708.1 WP_208090714.1 WP_208090714.1 WP_280658332.1 WP_280658332.1 MXI78925.1 MXI78925.1 NLO64495.1 NLO64495.1 MBM2811997.1 MBM2811997.1 RLN36134.1 RLN36134.1 WP_119815679.1 MBP8741618.1 WP_119815679.1 WP_119815679.1 WP_119815679.1 WP_025983621.1 WP_213625822.1 WP_213625822.1 NEP87605.1 NEP87605.1 WP_105399038.1 WP_105399038.1 WP_251247609.1 WP_251247609.1 GMF22075.1 GMF22075.1 GHV04322.1 GHV04322.1 WP_182544916.1 WP_182544916.1 WP_232553043.1 PZN79281.1 WP_232553043.1 WP_232553043.1 TCK28839.1 TCK28839.1 NUV85209.1 NUV85209.1 WP_216418390.1 WP_216418390.1 RLT18611.1 RLT18611.1 WP_267937098.1 WP_267937098.1 MBC7977454.1 MBC7977454.1 WP_128690407.1 WP_128690407.1 WP_068563945.1 WP_068563945.1 MBN2775557.1 MBN2775557.1 WP_134806596.1 WP_134806596.1 NRB12392.1 NRB12392.1 WP_114695256.1 WP_114695256.1 MBI4300015.1 MBI4300015.1 WP_262175203.1 WP_262175203.1 WP_135676778.1 WP_135676778.1 MBS4968936.1 MBS4968936.1 TMJ83338.1 TMJ83338.1 EGT3575439.1 EGT3575439.1 OMO76535.1 OMO76535.1 WP_202587913.1 WP_202587913.1 XP_018594075.2 XP_018594075.2 WP_077492284.1 WP_077492284.1 GEX99374.1 GEX99374.1 MBS13190.1 MBS13190.1 XP_046837596.1 XP_046837596.1 WP_022723191.1 WP_022723191.1 WP_105336487.1 WP_105336487.1 MCO4016744.1 MCO4016744.1 KAI6203333.1 KAI6203333.1 MBO8166298.1 MBO8166298.1 OLE87009.1 OLE87009.1 KQM27662.1 KQM27662.1 WP_139649072.1 WP_139649072.1 KAG7345309.1 KAG7345309.1 XP_034481174.1 XP_034481174.1 EFA5447392.1 EFA5447392.1 MBI3868575.1 MBI3868575.1 BBG20955.1 BBG20955.1 BBG20955.1 ULU28230.1 BBG20955.1 MBQ7389792.1 BBG20955.1 WP_061278828.1 BBG20955.1 WP_261665820.1 BBG20955.1 HAJ19792.1 BBG20955.1 AIR77599.1 BBG20955.1 WP_189931865.1 WP_045136250.1 WP_045136250.1 MCB9222627.1 MCB9222627.1 WP_264750294.1 WP_264750294.1 XP_026100634.1 XP_026100634.1 WP_017487366.1 WP_017487366.1 WP_034968029.1 WP_150731550.1 WP_034968029.1 WP_034968029.1 OXE30643.1 OXE30643.1 QDI78883.1 QDI78883.1 XP_008604006.1 XP_008604006.1 EGT0637761.1 EGT0637761.1 WP_135916821.1 WP_135916821.1 MXW58053.1 MXW58053.1 XP_050358545.1 XP_050358545.1 XP_004225259.1 XP_004225259.1 AQA21753.1 AQA21753.1 DAO35860.1 DAO35860.1 MCB9555407.1 MCB9555407.1 NOG54385.1 NOG54385.1 XP_027894086.1 XP_027894086.1 GIY33458.1 GIY33458.1 MCI1663915.1 MBI1797961.1 MCI1663915.1 WP_069877432.1 MCI1663915.1 MCI1663915.1 WP_142429410.1 WP_142429410.1 XP_040114763.1 XP_040114763.1 WP_129857883.1 WP_129857883.1 WP_137058869.1 WP_137058869.1 WP_278924671.1 WP_278924671.1 XP_033130084.1 XP_033130084.1 WP_186939222.1 WP_186939222.1 WP_186939222.1 MBR2406030.1 RZO90007.1 RZO90007.1 WP_067908376.1 WP_067908376.1 XP_010831352.1 XP_010831352.1 WP_187094112.1 WP_187094112.1 MPT34124.1 MPT34124.1 MBO5205168.1 MBO5205168.1 MBK8687530.1 MBK8687530.1 WP_228527316.1 WP_228527316.1 WP_276153259.1 WP_276153259.1 PCJ60344.1 PCJ60344.1 WP_034004944.1 WP_034004944.1 XP_007405597.1 XP_007405597.1 WP_241323553.1 WP_241323553.1 WP_149633476.1 WP_149633476.1 COS78102.1 COS78102.1 XP_031145922.1 XP_031145922.1 KAF1792308.1 KAF1792308.1 XP_012206226.1 XP_012206226.1 TIX75263.1 TIX75263.1 TNH24208.1 TNH24208.1 WP_091252096.1 WP_091252096.1 HJE11106.1 HJE11106.1 MBQ1306452.1 MBQ1306452.1 WP_010865602.1 WP_010865602.1 WP_074028604.1 WP_074028604.1 CAG5083139.1 CAG5083139.1 WP_121452481.1 WP_121452481.1 MBQ8412219.1 MBQ8412219.1 WP_160352546.1 WP_160352546.1 MBU2573448.1 MBU2573448.1 TAG14385.1 TAG14385.1 HIS46075.1 HIS46075.1 MBS6779195.1 MBS6779195.1 MBP3450714.1 MBP3450714.1 WP_259633828.1 WP_259633828.1 CAB3503427.1 CAB3503427.1 WP_167084302.1 WP_167084302.1 MBK9137892.1 MBK9137892.1 WP_086612756.1 WP_086612756.1 WP_229319113.1 WP_229319113.1 MCI40880.1 MCI40880.1 MBU6305288.1 MBU6305288.1 UAS17182.2 UAS17182.2 MBN1762539.1 MBN1762539.1 CAD2189922.1 CAD2189922.1 KAF5671546.1 WP_019100427.1 KAF5671546.1 WP_049009918.1 KAF5671546.1 MBE5737882.1 KAF5671546.1 WP_278631399.1 KAF5671546.1 KAF5671546.1 KAF5671546.1 WP_235126772.1 KAF5671546.1 XP_009147075.2 KAF5671546.1 MBE6688122.1 KAF5671546.1 KAA0114277.1 CAG8783316.1 CAG8783316.1 XP_006161615.1 XP_006161615.1 WP_207472995.1 WP_207472995.1 TMG92410.1 TMG92410.1 MBL0091585.1 MBL0091585.1 EJI8012843.1 EDF5922784.1 EJI8012843.1 EJI8012843.1 8APN_AM 8APN_AM WP_073680713.1 WP_073680713.1 KAI2569442.1 KAI2569442.1 WP_049468231.1 WP_049468231.1 WP_074825075.1 XP_040685867.1 WP_074825075.1 WP_083141943.1 WP_074825075.1 GAN03156.1 WP_074825075.1 WP_277084622.1 WP_074825075.1 WP_074825075.1 WP_074825075.1 WP_004619799.1 WP_074825075.1 MBA2536487.1 WP_074825075.1 MCP1651746.1 WP_074825075.1 WP_078429679.1 WP_074825075.1 EDH4057100.1 WP_074925385.1 WP_074925385.1 CAI2162316.1 CAI2162316.1 WP_011629477.1 WP_011629477.1 WP_122031495.1 WP_122031495.1 WP_177995267.1 WP_177995267.1 WP_111457087.1 WP_111457087.1 KAA8693182.1 KAA8693182.1 MYT92751.1 MYT92751.1 XP_043889695.1 XP_043889695.1 WP_274549238.1 WP_274549238.1 DAZ64401.1 DAZ64401.1 ESS65152.1 ESS65152.1 WP_095451526.1 WP_095451526.1 XP_040286004.1 XP_040286004.1 KPX96424.1 KPX96424.1 KPX96424.1 WP_142419176.1 WP_233290946.1 WP_233290946.1 WP_139552727.1 WP_139552727.1 ETO85594.1 ETO85594.1 TWP21248.1 TWP21248.1 WP_225318916.1 WP_225318916.1 WP_128455839.1 WP_128455839.1 WP_109249144.1 WP_109249144.1 WP_272056282.1 WP_272056282.1 ECC0814460.1 ECC0814460.1 RZO46377.1 RZO46377.1 NXB12866.1 NXB12866.1 WP_203282270.1 WP_203282270.1 WP_083681546.1 WP_083681546.1 OYZ24246.1 OYZ24246.1 WP_140889516.1 WP_140889516.1 MBN0056136.1 MBN0056136.1 CKL52325.1 CKL52325.1 TIP25924.1 TIP25924.1 WP_173580245.1 WP_173580245.1 WP_179321248.1 WP_179321248.1 EAA1978353.1 EAA1978353.1 XP_001275352.1 XP_001275352.1 RCX10040.1 RCX10040.1 RCX10040.1 WP_116813830.1 WP_276263713.1 WP_276263713.1 WP_276263713.1 WP_014286324.1 ETI31896.1 ETI31896.1 VUC33496.1 VUC33496.1 WP_279595826.1 ECC1749556.1 WP_279595826.1 WP_279595826.1 XP_036352003.1 XP_036352003.1 AUW66636.1 AUW66636.1 XP_021678658.1 XP_021678658.1 WP_257777211.1 WP_179243590.1 WP_257777211.1 WP_257777211.1 WP_045332585.1 WP_045332585.1 WP_196396761.1 WP_196396761.1 WP_263298010.1 WP_263298010.1 GFD45028.1 GFD45028.1 MBE1549930.1 MBE1549930.1 XP_042646948.1 XP_042646948.1 WP_148044309.1 WP_148044309.1 GEY78623.1 GEY78623.1 WP_157767135.1 WP_157767135.1 MBI3668312.1 MBI3668312.1 EDD0587303.1 EFL3122059.1 EDD0587303.1 EFN5389376.1 EDD0587303.1 EDD0587303.1 EDD0587303.1 EJW7579374.1 EDD0587303.1 EIH4263652.1 EDD0587303.1 EFL5817307.1 OAL48948.1 OAL48948.1 RUS79844.1 RUS79844.1 WP_266613108.1 WP_266613108.1 HCN7845163.1 HCN7845163.1 WP_154324327.1 WP_154324327.1 HCT61068.1 HCT61068.1 MBZ5490509.1 MBZ5490509.1 RZK52568.1 RZK52568.1 XP_018661491.1 XP_018661491.1 WP_222251196.1 WP_222251196.1 MBQ6421794.1 MBQ6421794.1 WP_251290759.1 WP_251290759.1 MCF2638803.1 MCF2638803.1 KAJ3519417.1 KAJ3519417.1 MCD8138445.1 MCD8138445.1 WP_263513200.1 WP_263513200.1 NWW37631.1 NWW37631.1 WP_010859888.1 WP_010859888.1 EFS12202.1 EFS12202.1 WP_245836657.1 WP_245836657.1 WP_208750182.1 WP_208750182.1 WP_069944653.1 WP_069944653.1 KXK44331.1 GLV83862.1 KXK44331.1 KXK44331.1 WP_190971545.1 WP_190971545.1 DAT73027.1 DAT73027.1 HCT06136.1 OFX32653.1 HCT06136.1 MBI6149093.1 HCT06136.1 HCT06136.1 HCT06136.1 WP_041591748.1 HCT06136.1 MCE7698179.1 KAG1677749.1 KAG1677749.1 CAI3266215.1 CAI3266215.1 WP_160923791.1 KAB7776415.1 WP_160923791.1 WP_160923791.1 MBQ9635153.1 MBQ9635153.1 WP_185892762.1 WP_185892762.1 XP_001312457.2 XP_001312457.2 WP_140229785.1 WP_140229785.1 XP_029003841.1 XP_029003841.1 MCC1459731.1 MCC1459731.1 MCC6386819.1 MCC6386819.1 WP_153033981.1 WP_153033981.1 MCE2153491.1 MCE2153491.1 XP_040937145.1 XP_040937145.1 WP_214850425.1 WP_214850425.1 RMF71452.1 RMF71452.1 WP_200671006.1 WP_200671006.1 WP_263537640.1 WP_263537640.1 WP_088153117.1 WP_088153117.1 WP_155963450.1 WP_155963450.1 XP_017706045.1 XP_044902674.1 XP_017706045.1 KAB0382747.1 XP_017706045.1 XP_017706045.1 KAJ6801625.1 KAJ6801625.1 KAJ6801625.1 XP_026433405.1 MBS1921425.1 MBS1921425.1 MBD5086961.1 MBD5086961.1 NLS70598.1 NLS70598.1 MBI4606629.1 MBI4606629.1 MXX44250.1 MXX44250.1 WP_235060562.1 WP_235060562.1 MBK8752367.1 MBK8752367.1 KNE54577.1 KNE54577.1 KNE54577.1 KAJ7092692.1 MBS0281612.1 MBS0281612.1 YP_007317140.1 YP_008379230.1 YP_007317140.1 YP_007317140.1 YP_007317140.1 QOL09497.1 NQZ80525.1 NQZ80525.1 WP_061548291.1 WP_061548291.1 TIQ70464.1 TIQ70464.1 WP_010434011.1 WP_010434011.1 NLP00897.1 NLP00897.1 TXH38725.1 TXH38725.1 MBN2697970.1 MBN2697970.1 CAE5960238.1 CAE5960238.1 WP_120171324.1 WP_120171324.1 WP_120171324.1 KPA62791.1 WP_252115680.1 WP_252115680.1 EZA58905.1 EZA58905.1 MBL8041865.1 MBL8041865.1 WP_135847767.1 WP_135847767.1 HIT09367.1 HIT09367.1 WP_180860911.1 WP_180860911.1 EAQ3014137.1 EAQ3014137.1 MCA9799621.1 MCA9799621.1 WP_278273894.1 WP_278273894.1 WP_090178898.1 WP_090178898.1 WP_264248212.1 WP_264248212.1 MBQ8743106.1 MBQ8743106.1 EAH4606626.1 EAH4606626.1 HCG2498768.1 HCG2498768.1 MBU0720757.1 MBU0720757.1 WP_225744764.1 WP_225744764.1 WP_053743010.1 WP_216890540.1 WP_053743010.1 WP_053743010.1 EFJ8748319.1 EHW4468754.1 EFJ8748319.1 EFJ8748319.1 MBP3421135.1 MBP3421135.1 WP_095310603.1 WP_095310603.1 NBW88664.1 NBW88664.1 XP_010481786.1 XP_010481786.1 VDP42962.1 VDP42962.1 MBF0362390.1 MBF0362390.1 WP_230208134.1 WP_230208134.1 KAJ8438905.1 KAJ8438905.1 WP_093797100.1 WP_093797100.1 MCA9871439.1 MCA9871439.1 XP_007828375.1 XP_007828375.1 MBL4798178.1 MBL4798178.1 WP_119928822.1 WP_119928822.1 XP_054720054.1 XP_054720054.1 WP_211748754.1 WP_211748754.1 MBU0518438.1 MBU0518438.1 NXD58230.1 NXD58230.1 MBL4825303.1 MBL4825303.1 HAG54718.1 HAG54718.1 WP_047323805.1 WP_019807556.1 WP_047323805.1 WP_047323805.1 KAG5639171.1 KAG5639171.1 EJF06804.1 EJF06804.1 XP_048961030.1 XP_048961030.1 XP_014086709.1 XP_014086709.1 NBO56108.1 NBO56108.1 WP_065358803.1 WP_065358803.1 WP_179536231.1 WP_179536231.1 WP_250499463.1 MCB0243881.1 WP_250499463.1 WP_250499463.1 WP_250499463.1 MCF7808720.1 EMF80818.1 EMF80818.1 WP_202082228.1 WP_202082228.1 WP_218198734.1 WP_218198734.1 UJQ14296.1 UJQ14296.1 WP_281734351.1 WP_281734351.1 AQA19851.1 AQA19851.1 MBT4511102.1 MBT4511102.1 CEZ68761.1 CEZ68761.1 MBW6187146.1 MBW6187146.1 XP_052737512.1 XP_052737512.1 RLT25539.1 RLT25539.1 MCH8117287.1 MCH8117287.1 MBT5780702.1 MBT5780702.1 WP_121182262.1 WP_121182262.1 WP_114811503.1 WP_114811503.1 WP_245838763.1 WP_245838763.1 MBT6972091.1 MCB5199682.1 MBT6972091.1 MBT6972091.1 MBT6972091.1 RCV36353.1 MCU1401149.1 MCU1401149.1 WP_271406340.1 WP_271406340.1 WP_243678753.1 WP_243678753.1 WP_245971990.1 WP_245971990.1 VDD35992.1 VDD35992.1 WP_281670363.1 WP_281670363.1 XP_026994537.1 XP_026994537.1 WP_113625996.1 WP_113625996.1 MCH8269832.1 MCH8269832.1 AGD93042.1 AGD93042.1 KAI4090501.1 KAI4090501.1 NLO81011.1 NLO81011.1 MBS3065855.1 MBS3065855.1 MBR5562318.1 MBR5562318.1 MBR4038690.1 MBR4038690.1 MBR6141090.1 MBR6141090.1 WP_087909023.1 WP_087909023.1 WP_054891276.1 WP_161818832.1 WP_054891276.1 WP_054891276.1 WP_061195945.1 WP_061195945.1 KAH0642104.1 KAH0642104.1 WP_164582471.1 WP_164582471.1 WP_194621234.1 WP_194621234.1 WP_106812746.1 MBF1369421.1 WP_106812746.1 WP_106812746.1 MTI81752.1 MTI81752.1 KAJ3160366.1 KAJ3160366.1 PTX93603.1 PTX93603.1 WP_026002460.1 WP_026002460.1 WP_085315249.1 WP_085315249.1 XP_023529459.1 XP_023529459.1 WP_137885208.1 WP_137885208.1 RWW58604.1 RWW58604.1 WP_003748238.1 WP_003748238.1 WP_002894198.1 WP_002894198.1 EEC70172.1 EEC70172.1 PNH10535.1 PNH10535.1 WP_179050696.1 WP_179050696.1 MBS0449087.1 MBS0449087.1 CAC10160.1 CAC10160.1 OHD72009.1 OHD72009.1 OPZ33967.1 OPZ33967.1 WP_179827767.1 WP_179827767.1 WP_131914061.1 WP_248676944.1 WP_131914061.1 WP_131914061.1 PKP76071.1 PKP76071.1 WP_144841777.1 WP_144841777.1 WP_144841777.1 WP_029579419.1 KFP60608.1 KFP60608.1 WP_189693187.1 WP_125188824.1 WP_189693187.1 WP_189693187.1 MCK5302212.1 TDJ69718.1 MCK5302212.1 MCK5302212.1 MCK5302212.1 HBC43327.1 PJC62958.1 PJC62958.1 XP_009308369.1 XP_009308369.1 XP_047046442.1 CAG8726868.1 XP_047046442.1 XP_047046442.1 WP_262247119.1 WP_161643844.1 WP_262247119.1 WP_262247119.1 KAF6089756.1 KAF6089756.1 WP_150724537.1 WP_150724537.1 KAI7727618.1 KAI7727618.1 WP_164107212.1 WP_164107212.1 XP_055928676.1 XP_055928676.1 HIR39763.1 HIR39763.1 MCH1470780.1 MCH1470780.1 MBV8954574.1 MBV8954574.1 MBE0479857.1 MBE0479857.1 TVR86131.1 TVR86131.1 MCF0253735.1 MCF0253735.1 XP_030565673.1 XP_030565673.1 EFV4730429.1 EFV4730429.1 XP_045807497.1 XP_045807497.1 XP_045807497.1 WP_145031602.1 XP_045807497.1 NOU36639.1 WP_179091326.1 WP_179091326.1 WP_158323663.1 WP_158323663.1 MCI6190072.1 MCI6190072.1 MCG67859.1 MCG67859.1 PWU57639.1 PWU57639.1 WP_253357977.1 WP_253357977.1 WP_218989306.1 WP_218989306.1 MBV9159501.1 MBV9159501.1 XP_032085066.1 XP_032085066.1 TSA09501.1 TSA09501.1 OFV87204.1 OFV87204.1 MCC6149544.1 MCC6149544.1 KAJ7819277.1 KAJ7819277.1 WP_214892570.1 WP_214892570.1 MBG6071015.1 MBG6071015.1 WP_015154948.1 WP_015154948.1 WP_198297627.1 WP_198297627.1 WP_233572281.1 WP_233572281.1 WP_101275729.1 WP_101275729.1 KKA06871.1 KKA06871.1 WP_109267392.1 WP_074527819.1 WP_109267392.1 WP_109267392.1 WP_045339064.1 WP_045339064.1 WP_094217606.1 WP_094217606.1 CBH50084.1 CBH50084.1 WP_121217628.1 WP_121217628.1 WP_085176546.1 WP_085176546.1 RJU83745.1 RJU83745.1 XP_016339808.1 XP_016339808.1 MBL1147659.1 MBL1147659.1 MBC2353926.1 MBC2353926.1 MCD6302399.1 MCD6302399.1 QDG92469.1 QDG92469.1 XP_035778474.1 XP_035778474.1 OME96001.1 OME96001.1 XP_004384112.1 XP_004384112.1 WP_065073385.1 WP_065073385.1 WP_103263575.1 WP_103263575.1 WP_097199932.1 WP_097199932.1 VUT24782.1 VUT24782.1 WP_011062110.1 WP_011062110.1 XP_027584191.1 XP_027584191.1 WP_250377942.1 WP_250377942.1 MCM2455575.1 MCM2455575.1 KAF1787790.1 KAF1787790.1 WP_227329750.1 WP_227329750.1 CAH0730513.1 CAH0730513.1 WP_124908062.1 WP_124908062.1 WP_124908062.1 EAJ4016142.1 KAJ0798837.1 KAJ0798837.1 MCA1595916.1 MCA1595916.1 ESK93629.1 ESK93629.1 KAF5772005.1 KAF5772005.1 XP_032707293.1 XP_032707293.1 WP_160447747.1 WP_160447747.1 GJM25205.1 GJM25205.1 WP_100571198.1 WP_100571198.1 XP_028766233.1 XP_028766233.1 WP_143356561.1 WP_143356561.1 RLA95129.1 RLA95129.1 MBN1854849.1 MBN1854849.1 XP_024707996.1 XP_024707996.1 WP_101938578.1 WP_101938578.1 WP_224828628.1 WP_224828628.1 MBZ5591381.1 MBZ5591381.1 KAI8838875.1 KAI8838875.1 KAH7009790.1 KAH7009790.1 EQA53083.1 EQA53083.1 WP_141952156.1 WP_141952156.1 WP_161208527.1 WP_161208527.1 WP_278436726.1 WP_278436726.1 XP_005405047.1 XP_005405047.1 WP_149128675.1 WP_149128675.1 CAF1216529.1 CAF1216529.1 WP_019470943.1 WP_019470943.1 WP_023843991.1 WP_023843991.1 NYI84739.1 NYI84739.1 WP_181898940.1 WP_181898940.1 WP_088526897.1 MBP5709003.1 WP_088526897.1 WP_088526897.1 MSU45888.1 MSU45888.1 MBT0668662.1 MBT0668662.1 CAH0727316.1 CAH0727316.1 NCA33082.1 NCA33082.1 XP_045183397.2 XP_045183397.2 WP_279295785.1 WP_279295785.1 MBS1743426.1 MBS1743426.1 EBD4871273.1 EBD4871273.1 MBO9629596.1 MBO9629596.1 WP_132575460.1 WP_132575460.1 HAV2020887.1 HAV2020887.1 WP_152735594.1 WP_152735594.1 MBX9878857.1 MBX9878857.1 WP_037889990.1 WP_215152714.1 WP_037889990.1 WP_037889990.1 WP_037889990.1 MCP4907131.1 MBP7989505.1 MBP7989505.1 WP_203162307.1 WP_203162307.1 MBF8983114.1 MBF8983114.1 XP_054844157.1 XP_054844157.1 XP_054844157.1 XP_028717800.1 XP_054844157.1 XP_046922164.1 WP_077217464.1 HBO4828144.1 WP_077217464.1 WP_077217464.1 WP_116788607.1 WP_116788607.1 WP_002541411.1 WP_002541411.1 WP_280713773.1 WP_280713773.1 WP_147493387.1 WP_147493387.1 WP_182342936.1 WP_182342936.1 WP_232243969.1 WP_232243969.1 WP_232243969.1 OYV27796.1 MBN1793755.1 MBN1793755.1 WP_100378753.1 WP_100378753.1 KAJ3691906.1 KAJ3691906.1 WP_036258374.1 WP_036258374.1 QNK62815.1 QNK62815.1 MCD7834656.1 MCD7834656.1 MBP7634095.1 MBP7634095.1 XP_019384620.1 XP_008572610.1 XP_019384620.1 XP_019384620.1 MBT3747969.1 MBT3747969.1 MBQ6998144.1 MBQ6998144.1 WP_150930630.1 WP_150930630.1 XP_026120963.1 XP_026120963.1 WP_126840241.1 WP_126840241.1 HBK0888477.1 HBK0888477.1 XP_027768392.1 XP_027768392.1 WP_192026965.1 WP_192026965.1 WP_192026965.1 EWA78047.1 KAF0880495.1 KAF0880495.1 WP_234564275.1 WP_234564275.1 XP_013982426.1 XP_013982426.1 EIR3813187.1 EIR3813187.1 XP_030620685.1 XP_030620685.1 NHB63634.1 NHB63634.1 EPB83562.1 EPB83562.1 EAH7180598.1 EAH7180598.1 WP_127965636.1 WP_127965636.1 MBP3290446.1 MBP3290446.1 MBL0848796.1 MBL0848796.1 PLN85696.1 PLN85696.1 MBR4316258.1 MBR4316258.1 RMZ53977.1 RMZ53977.1 WP_104739464.1 WP_104739464.1 WP_080539504.1 WP_080539504.1 WP_271563639.1 WP_271563639.1 YP_009901198.1 YP_009901198.1 GFD60763.1 GFD60763.1 MBQ48993.1 MBQ48993.1 RLS53863.1 RLS53863.1 MRN26950.1 MRN26950.1 WP_005253785.1 WP_005253785.1 WP_059566149.1 WP_059566149.1 OGD88828.1 OGD88828.1 HDZ72415.1 HDZ72415.1 MBL1272346.1 MBL1272346.1 XP_013617705.1 XP_013617705.1 MBL6635315.1 TBR44965.1 MBL6635315.1 MBL6635315.1 MBB6433666.1 MBB6433666.1 WP_061261925.1 WP_061261925.1 WP_240207262.1 WP_240207262.1 MBT3358747.1 MBT3358747.1 HAL84546.1 HAL84546.1 WP_051686353.1 WP_051686353.1 XP_008293954.1 XP_027026332.2 XP_008293954.1 XP_008293954.1 MCH7862091.1 MCH7862091.1 NUN10705.1 NUN10705.1 XP_007761143.1 XP_007761143.1 WP_107551828.1 WP_107551828.1 MBK9391165.1 MBK9391165.1 WP_111113162.1 WP_013970683.1 WP_111113162.1 WP_261281372.1 WP_111113162.1 WP_111113162.1 CAD7694243.1 CAD7694243.1 HBE26957.1 HBE26957.1 MBS7058472.1 MBS7058472.1 MBT5464676.1 MBT5464676.1 WP_249119039.1 WP_249119039.1 PSQ73325.1 PSQ73325.1 XP_037293573.1 XP_037293573.1 AHM93900.1 UNP61785.1 AHM93900.1 AHM93900.1 XP_624193.2 XP_624193.2 WP_126678289.1 WP_126678289.1 HBU6715136.1 HBU6715136.1 KAI5657497.1 KAI5657497.1 XP_025786250.1 XP_025786250.1 HBN0452499.1 HBN0452499.1 NXW19449.1 NXW19449.1 WP_153747345.1 WP_153747345.1 MXD03405.1 MXD03405.1 WP_212309145.1 WP_212309145.1 NEU29184.1 NEU29184.1 MBQ5754168.1 MBQ5754168.1 MBQ8003389.1 MBQ8003389.1 GEW80515.1 GEW80515.1 MCH2165167.1 MCH2165167.1 KAB0360174.1 KAB0360174.1 WP_115470986.1 WP_115470986.1 OMJ26529.1 OMJ26529.1 WP_129770031.1 WP_129770031.1 RWK19229.1 WP_113156891.1 RWK19229.1 RWK19229.1 CDX32740.1 CDX32740.1 WP_255761006.1 WP_255761006.1 WP_255352846.1 WP_255352846.1 QLQ30255.1 QLQ30255.1 MCH2065391.1 MCH2065391.1 WP_204650864.1 WP_204650864.1 KMZ56706.1 KMZ56706.1 TLZ05171.1 TLZ05171.1 HBY0139633.1 HBY0139633.1 WP_122236618.1 WP_152458326.1 WP_122236618.1 WP_122236618.1 WP_194104904.1 WP_194104904.1 WP_210799437.1 WP_210799437.1 WP_066519483.1 WP_066519483.1 KFP63770.1 KFP63770.1 WP_272114414.1 WP_272114414.1 MBN4326111.1 MBN4326111.1 MBD8893743.1 MBD8893743.1 KAJ6059888.1 KAJ6059888.1 WP_063640296.1 WP_122709004.1 WP_063640296.1 WP_063640296.1 XP_020272228.1 XP_020272228.1 XP_053592881.1 XP_053592881.1 XP_053592881.1 WP_194957532.1 HCF6759084.1 PLA74748.1 HCF6759084.1 HCF6759084.1 HCF6759084.1 MBN8536342.1 HBF53378.1 HBF53378.1 XP_017857703.1 XP_017857703.1 PIV62444.1 PIV62444.1 XP_020788278.1 XP_020788278.1 WP_280343167.1 WP_280343167.1 MCC6539403.1 MCC6539403.1 CAI5716986.1 CAI5716986.1 MBE4717433.1 MBE4717433.1 UMM23672.1 UMM23672.1 MBF0143407.1 MBF0143407.1 XP_009031127.1 XP_009031127.1 WP_248112338.1 WP_248112338.1 WP_012924408.1 WP_012924408.1 MCD6205878.1 MCD6205878.1 ASL92868.1 ASL92868.1 MBU0633142.1 MBU0633142.1 WP_135820337.1 WP_135820337.1 MBG91959.1 MSZ54974.1 MBG91959.1 MBG91959.1 MBV2096469.1 MBV2096469.1 MCH8223536.1 MCH8223536.1 MOX37967.1 MOX37967.1 WP_123234331.1 WP_123234331.1 WP_062917436.1 WP_062917436.1 KAJ6728134.1 KAJ6728134.1 WP_264228578.1 OGA29379.1 WP_264228578.1 HCJ45190.1 WP_264228578.1 WP_264228578.1 MCA0453363.1 MCA0453363.1 MBN1275370.1 MBN1275370.1 MCT8275829.1 MCT8275829.1 WP_125251950.1 WP_125251950.1 WP_177055611.1 WP_177055611.1 WP_112382897.1 WP_112382897.1 WP_229447885.1 WP_229447885.1 WP_232676102.1 WP_232676102.1 SCH22700.1 SCH22700.1 WP_073251662.1 WP_073251662.1 KAJ8488862.1 KAJ8488862.1 MSO98652.1 MSO98652.1 XP_008264087.1 XP_008264087.1 WP_083824265.1 WP_083824265.1 MCA8990238.1 MCA8990238.1 WP_031504118.1 WP_031504118.1 MBT1821840.1 MBT1821840.1 MCL5772337.1 MCL5772337.1 GFD10569.1 GFD10569.1 MBO7366298.1 MBO7366298.1 XP_056309872.1 XP_056309872.1 HHC07960.1 HHC07960.1 WP_279836660.1 WP_279836660.1 EHA1083554.1 EHA1083554.1 XP_011924069.1 XP_011924069.1 OGD37525.1 WP_092015539.1 OGD37525.1 OGD37525.1 CAH9417069.1 CAH9417069.1 KAE9407684.1 KAE9407684.1 WP_144929841.1 WP_144929841.1 ABB86219.1 ABB86219.1 WP_207855327.1 WP_207855327.1 MBR4831078.1 MBR4831078.1 KAF5705428.1 KAF5705428.1 MQG84887.1 MQG84887.1 NUR94205.1 NUR94205.1 KAI9087862.1 KAI9087862.1 MPC13528.1 MPC13528.1 MBN2660390.1 MVZ66986.1 MBN2660390.1 MBN2660390.1 WP_070545363.1 WP_070545363.1 WP_200154298.1 WP_200154298.1 EGQ8192442.1 EGQ8192442.1 CAG7850540.1 CAG7850540.1 KAJ4213304.1 KAJ4213304.1 WP_170235146.1 WP_170235146.1 WP_056726975.1 WP_056726975.1 KAJ3469091.1 KAJ3469091.1 XP_027201715.1 XP_027201715.1 MBF1354756.1 MBF1354756.1 RNA69827.1 RNA69827.1 WP_054910535.1 WP_054910535.1 WP_267829077.1 WP_267829077.1 HBK1877356.1 HBK1877356.1 WP_233689818.1 WP_233689818.1 HAL5964588.1 HAL5964588.1 XP_002973447.1 XP_002973447.1 WP_203727943.1 WP_203727943.1 WP_238267528.1 WP_238267528.1 MBX7122227.1 MBX7122227.1 EGT3616788.1 EGT3616788.1 MBP1550239.1 MBP1550239.1 EHY1237200.1 EHY1237200.1 WP_063692548.1 WP_063692548.1 WP_058877503.1 WP_058877503.1 HBP29295.1 HBP29295.1 WP_169872765.1 WP_169872765.1 MCI7575045.1 MCI7575045.1 HCE7955950.1 HCE7955950.1 YP_009226675.1 YP_009226675.1 MBK6290503.1 MBK6290503.1 WP_039672911.1 WP_039672911.1 XP_029439375.1 XP_029439375.1 HCZ13020.1 HCZ13020.1 MBE7174334.1 MBE7174334.1 WP_217309755.1 WP_217309755.1 TXG48910.1 TXG48910.1 OMP12204.1 OMP12204.1 NET34040.1 NET34040.1 WP_182308552.1 WP_182308552.1 XP_050785609.1 XP_050785609.1 WP_145279320.1 WP_145279320.1 WP_190728559.1 WP_190728559.1 WP_043884631.1 WP_043884631.1 MCL4835344.1 MCL4835344.1 CKR50421.1 CKR50421.1 KAF6355230.1 KAF6355230.1 EFP11715.1 EFP11715.1 MBN2220243.1 MBN2220243.1 XP_001426929.1 XP_001426929.1 WP_004841038.1 WP_004841038.1 GFT25780.1 GFT25780.1 WP_108101124.1 WP_108101124.1 WP_233494598.1 WP_233494598.1 XP_037174607.1 XP_037174607.1 WP_008314082.1 WP_008314082.1 XP_035530493.1 XP_035530493.1 WP_031940100.1 WP_031940100.1 WP_129194092.1 WP_129194092.1 NVK17210.1 NVK17210.1 QQS37660.1 QQS37660.1 XP_012264750.2 XP_012264750.2 MBK7503626.1 MBK7503626.1 XP_040086206.1 XP_040086206.1 MCH99616.1 MCH99616.1 MCQ2288428.1 MCQ2288428.1 WP_021646634.1 WP_021646634.1 WP_244811380.1 WP_244811380.1 EUA22401.1 EUA22401.1 WP_074096037.1 WP_074096037.1 MBD2210658.1 MBD2210658.1 WP_238588402.1 WP_238588402.1 KAI6019239.1 MBL9135845.1 KAI6019239.1 KAI6019239.1 WP_223749936.1 WP_223749936.1 MBX8197149.1 MBX8197149.1 MBX8197149.1 WP_104459365.1 MBX8197149.1 WP_238837572.1 KAG4074423.1 KAG4074423.1 WP_139499883.1 WP_139499883.1 MCD6533325.1 WP_101844355.1 MCD6533325.1 MCD6533325.1 MCD6533325.1 MCF6323317.1 MBO68682.1 MBO68682.1 WP_224586479.1 WP_224586479.1 GBE25682.1 GBE25682.1 MBI3947524.1 MBI3947524.1 MBU7046308.1 MBU7046308.1 MBL1120007.1 MBL1120007.1 NIF31361.1 WP_104836709.1 NIF31361.1 NIF31361.1 MCH4209672.1 MCH4209672.1 WP_244250846.1 WP_244250846.1 UKE84511.1 UKE84511.1 MCU0251598.1 MCU0251598.1 DAQ84782.1 DAQ84782.1 WP_084371136.1 WP_084371136.1 WP_088774527.1 WP_088774527.1 MBM4075151.1 MBM4075151.1 OLA65010.1 RYY55682.1 OLA65010.1 OLA65010.1 KAH8277827.1 KAH8277827.1 MBK9228460.1 MBK9228460.1 WP_105035243.1 WP_105035243.1 KAJ6942832.1 KAJ6942832.1 WP_159259813.1 WP_159259813.1 EAH5981648.1 EAH5981648.1 WP_227461668.1 WP_227461668.1 AAX49003.1 AAX49003.1 CRK93005.1 CRK93005.1 MBM4091591.1 MBM4091591.1 WP_282259321.1 WP_270506568.1 WP_282259321.1 WP_282259321.1 WP_212626688.1 WP_212626688.1 WP_167345377.1 WP_167345377.1 NXJ48511.1 NXJ48511.1 WP_062713263.1 WP_105599976.1 WP_062713263.1 WP_062713263.1 WP_087437779.1 WP_087437779.1 WP_261907733.1 WP_261907733.1 RWR83460.1 RWR83460.1 WP_126933505.1 WP_126933505.1 MCG6912449.1 WP_074053577.1 MCG6912449.1 MCG6912449.1 MCG6912449.1 WP_195290884.1 KAE9450885.1 KAE9450885.1 WP_126353423.1 WP_126353423.1 WP_159461552.1 WP_159461552.1 XP_017354457.1 XP_017354457.1 WP_031885024.1 WP_031885024.1 WP_010381982.1 WP_010381982.1 WP_164945946.1 WP_164945946.1 WP_225592933.1 WP_225592933.1 KAF9194863.1 KAF9194863.1 XP_007423461.1 XP_007423461.1 WP_226688333.1 WP_226688333.1 KZS76886.1 KZS76886.1 WP_055826320.1 WP_055826320.1 OGU28904.1 OGU28904.1 WP_216308000.1 WP_216308000.1 MCL7487729.1 MCL7487729.1 WP_219734411.1 WP_219734411.1 MBT9793465.1 MBT9793465.1 WP_182986787.1 WP_182986787.1 AXG99930.1 AXG99930.1 WP_181244664.1 WP_181244664.1 WP_097746315.1 WP_097746315.1 CAA0813386.1 CAA0813386.1 WP_044626129.1 WP_044626129.1 MCD4818220.1 MCD4818220.1 MCP4570049.1 MCP4570049.1 DAG36852.1 DAG36852.1 MBR0212092.1 MBR0212092.1 WP_258340180.1 WP_258340180.1 WP_278906630.1 WP_278906630.1 WP_032845625.1 WP_032845625.1 NBR46296.1 NBR46296.1 WP_223746173.1 WP_223746173.1 KAK48091.1 MCB1412915.1 KAK48091.1 WP_133179454.1 KAK48091.1 KAK48091.1 EHH5649593.1 EHH5649593.1 EIM6243235.1 EIM6243235.1 KAI1395879.1 KAI1395879.1 MCG8030229.1 MCG8030229.1 WP_221166976.1 WP_221166976.1 WP_161797448.1 WP_161797448.1 WP_088751843.1 WP_088751843.1 WP_122705662.1 WP_122705662.1 XP_055289786.1 XP_055289786.1 RQR66516.1 RQR66516.1 NDC77618.1 NDC77618.1 CAC14781.1 CAC14781.1 XP_023677472.1 XP_023677472.1 MBM3993664.1 MBM3993664.1 WP_211867837.1 WP_204638884.1 WP_211867837.1 WP_211867837.1 WP_171549300.1 WP_171549300.1 WP_171549300.1 MCF8269563.1 XP_030368951.1 XP_030368951.1 XP_041173850.1 XP_041173850.1 MST81202.1 MST81202.1 WP_035710346.1 WP_049267651.1 WP_035710346.1 WP_035710346.1 PKO72095.1 PKO72095.1 WP_278839117.1 WP_278839117.1 WP_074319120.1 WP_074319120.1 WP_074319120.1 WP_013632646.1 WP_074319120.1 WP_176307440.1 MBV9097303.1 MBV9097303.1 THU55532.1 THU55532.1 NNC77678.1 NNC77678.1 WP_014884217.1 WP_014884217.1 WP_266631528.1 WP_266631528.1 EEQ7907210.1 EEQ7907210.1 CAG8651065.1 CAG8651065.1 KAJ0414039.1 KAJ0414039.1 WP_231117944.1 WP_231117944.1 WP_265634479.1 WP_136332629.1 WP_265634479.1 WP_265634479.1 WP_265634479.1 WP_254301195.1 MBQ6815353.1 MBQ6815353.1 WP_276598033.1 WP_276598033.1 HBM7289758.1 HBM7289758.1 MCU0780070.1 MCU0780070.1 EIG2935021.1 EIG2935021.1 WP_257258519.1 WP_257258519.1 MBR4705654.1 MBR4705654.1 WP_057475198.1 WP_057475198.1 WP_106587829.1 RLD79060.1 WP_106587829.1 MBE6900854.1 WP_106587829.1 MCI7610146.1 WP_106587829.1 WP_106587829.1 WP_091540071.1 WP_091540071.1 MBQ2810184.1 MBQ2810184.1 MBI4382429.1 MBI4382429.1 EEJ7112508.1 EEJ7112508.1 ODT35081.1 ODT35081.1 MBD9532752.1 MBD9532752.1 MBV9085084.1 MBV9085084.1 MBQ2193282.1 MBQ2193282.1 WP_096751687.1 WP_096751687.1 NVJ47954.1 NVJ47954.1 CAF4530116.1 CAF4530116.1 MBO6858759.1 MBO6858759.1 PDH25543.1 PDH25543.1 ROT89752.1 ROT89752.1 WP_102848179.1 WP_102848179.1 RMO68303.1 RMO68303.1 MBN1133474.1 MBN1133474.1 WP_054919719.1 WP_054919719.1 WP_014812045.1 WP_014812045.1 MCM2350719.1 MCM2350719.1 EDV4701861.1 EDV4701861.1 WP_060883568.1 WP_060883568.1 NBC28176.1 NBC28176.1 WP_254218450.1 EEJ0015338.1 WP_254218450.1 WP_254218450.1 WP_254218450.1 MBL0967454.1 UBY07556.1 UBY07556.1 PAA85122.1 PAA85122.1 WP_250740298.1 WP_250740298.1 XP_029957910.1 XP_029957910.1 WP_261066330.1 WP_261066330.1 EIN6894283.1 EIN6894283.1 WP_003976137.1 WP_003976137.1 CAF9903004.1 CAF9903004.1 WP_028211029.1 WP_028211029.1 VTR17913.1 VTR17913.1 WP_155560674.1 WP_155560674.1 WP_182221967.1 WP_182221967.1 MBO1682517.1 MBO1682517.1 KAJ5879340.1 KAJ5879340.1 MCB1269932.1 MCB1269932.1 MBF0266635.1 MBF0266635.1 WP_091131895.1 WP_091131895.1 WP_076569469.1 WP_076569469.1 MYM13983.1 MYM13983.1 WP_124336611.1 WP_124336611.1 OTI63326.1 OTI63326.1 KAJ0179631.1 KAJ0179631.1 XP_011231611.1 XP_011231611.1 KAH9773659.1 KAH9773659.1 WP_232923125.1 WP_225927241.1 WP_232923125.1 WP_232923125.1 QJX39053.1 AEO85464.1 QJX39053.1 ABG88111.1 QJX39053.1 QCI53355.1 QJX39053.1 QJX39053.1 QJX39053.1 AAX97169.1 QJX39053.1 AEJ33395.1 XP_047670625.1 XP_047670625.1 HIZ23242.1 MBQ3156222.1 HIZ23242.1 HIZ23242.1 OGP18648.1 OGP18648.1 YP_009953780.1 YP_009953780.1 WP_096420503.1 WP_096420503.1 AIR72471.1 AIR72471.1 WP_145848873.1 WP_145848873.1 MCR4780139.1 MCR4780139.1 EXV29885.1 EXV29885.1 WP_135153154.1 WP_135153154.1 WP_192272294.1 WP_192272294.1 WP_169034890.1 WP_169034890.1 MCL2179853.1 MCL2179853.1 WP_261610998.1 WP_261610998.1 GIW75824.1 GIW75824.1 WP_107605937.1 WP_107605937.1 WP_104880153.1 WP_104880153.1 WP_192819276.1 WP_192819276.1 MBP3258987.1 MBP3258987.1 WP_051799949.1 WP_051799949.1 WP_080069963.1 WP_080069963.1 WP_032902824.1 WP_032902824.1 OJZ88794.1 OJZ88794.1 MCA1602026.1 MCA1602026.1 WP_254698006.1 OQA38407.1 WP_254698006.1 WP_254698006.1 WP_254698006.1 CBI36349.3 WP_254698006.1 WP_225579579.1 WP_254698006.1 WP_253808359.1 WP_135625684.1 WP_135625684.1 MCF6248835.1 MCF6248835.1 WP_207277556.1 WP_207277556.1 QLL42869.1 QLL42869.1 WP_208891791.1 WP_208891791.1 NPA60307.1 NPA60307.1 NUM76802.1 NUM76802.1 WP_261733022.1 WP_261733022.1 MCC6153889.1 MCC6153889.1 MAR11490.1 MAR11490.1 WP_202390355.1 WP_202390355.1 KFP55735.1 KFP55735.1 OPZ80214.1 OPZ80214.1 SDP91455.1 SDP91455.1 MCA9759546.1 MCA9759546.1 XP_042575628.1 XP_042575628.1 UTM04871.1 UTM04871.1 MBE4386870.1 MBE4386870.1 MBU1949759.1 MBU1949759.1 WP_209164465.1 WP_209164465.1 MBC9216850.1 MBC9216850.1 KAF3157345.1 KAF3157345.1 WP_243514657.1 WP_243514657.1 WP_264593810.1 WP_264593810.1 MCF3649217.1 MCF3649217.1 WP_260912062.1 WP_260912062.1 MBV38818.1 MBV38818.1 CDX26094.1 WP_279008479.1 CDX26094.1 WP_154951203.1 CDX26094.1 CDX26094.1 CDX26094.1 KQN49849.1 CDX26094.1 WP_023828789.1 CDX26094.1 WP_105447015.1 CDX26094.1 WP_002574744.1 EPS65972.1 EPS65972.1 MCF7845821.1 MCF7845821.1 MCA9273490.1 MCA9273490.1 WP_165007860.1 WP_165007860.1 WP_084119994.1 WP_084119994.1 WP_139266533.1 WP_139266533.1 PHS07087.1 PHS07087.1 CAB4375794.1 CAB4375794.1 QLT57385.1 QLT57385.1 MBL8001378.1 MBL8001378.1 KAJ7390332.1 KAJ7390332.1 KIO14952.1 KIO14952.1 QHV87229.1 QHV87229.1 WP_281350185.1 WP_281350185.1 WP_254090314.1 WP_254090314.1 WP_100659968.1 WP_100659968.1 QTW92269.1 QTW92269.1 KAJ1419147.1 KAJ1419147.1 KAF1839740.1 KAF1839740.1 BDY11310.1 BDY11310.1 XP_048216280.1 XP_048216280.1 WP_084290175.1 WP_084290175.1 XP_047379458.1 XP_047379458.1 WP_276509439.1 WP_276509439.1 MCQ2612024.1 WP_014407515.1 MCQ2612024.1 WP_126136917.1 MCQ2612024.1 MBK9183427.1 MCQ2612024.1 MCQ2612024.1 WP_242719345.1 WP_242719345.1 MBU2333720.1 MBU2333720.1 HBF5910189.1 HBF5910189.1 WP_070276216.1 WP_070276216.1 WP_244305237.1 WP_244305237.1 MBV8166774.1 MBV8166774.1 WP_013845913.1 WP_013845913.1 MCH8147627.1 MCH8147627.1 KAF4336989.1 WP_112473496.1 KAF4336989.1 KAF4336989.1 WP_104981358.1 WP_104981358.1 WP_013102579.1 WP_013102579.1 XP_024747977.1 XP_024747977.1 NDF13247.1 NDF13247.1 WP_162783004.1 WP_162783004.1 MCS6948286.1 MCS6948286.1 WP_194235048.1 WP_194235048.1 MBO5878101.1 MBO5878101.1 HBC6813009.1 HBC6813009.1 WP_254144300.1 WP_254144300.1 CAD6897702.1 CAD6897702.1 MBC7757407.1 MBC7757407.1 TDL20017.1 TDL20017.1 WP_115513761.1 WP_115513761.1 REJ18923.1 REJ18923.1 EAV4122193.1 EAV4122193.1 WP_246884968.1 WP_246884968.1 MBP6505074.1 CAP00477.1 MBP6505074.1 MBP6505074.1 AEL09906.1 AEL09906.1 WP_260467581.1 WP_260467581.1 CAH7718754.1 CAH7718754.1 XP_054539312.1 HHO42668.1 XP_054539312.1 MCB0342695.1 XP_054539312.1 XP_054539312.1 NNK90694.1 NNK90694.1 MCI0339177.1 MCI0339177.1 ETP52929.1 ETP52929.1 KAI9354912.1 KAI9354912.1 MBV8846188.1 MBV8846188.1 WP_075555721.1 WP_075555721.1 MBR0168732.1 MBR0168732.1 WP_159020823.1 WP_159020823.1 ROV93981.1 ROV93981.1 WP_160324393.1 WP_160324393.1 WP_280604208.1 WP_280604208.1 WP_141769780.1 WP_141769780.1 XP_022467441.1 XP_022467441.1 KAH6575376.1 KAH6575376.1 RDE30147.1 RDE30147.1 MBS07042.1 MBS07042.1 MBR0185573.1 MCM6312373.1 MBR0185573.1 HBS0905846.1 MBR0185573.1 HBZ7417361.1 MBR0185573.1 MBR0185573.1 MBR0185573.1 WP_280015341.1 MBR6873642.1 MBR6873642.1 KAH8674414.1 KAH8674414.1 KAI5122644.1 MBL8638832.1 KAI5122644.1 KAI5122644.1 KAI5122644.1 WP_015919400.1 KAI5122644.1 WP_015615815.1 KAI5122644.1 MCJ7548546.1 WP_255657001.1 WP_255657001.1 MCJ8744353.1 MCJ8744353.1 WP_235697519.1 WP_235697519.1 WP_203101196.1 WP_203101196.1 WP_081197627.1 WP_081197627.1 KAI2507414.1 KAI2507414.1 WP_278243902.1 WP_278243902.1 WP_195519891.1 WP_195519891.1 WP_267857086.1 WP_267857086.1 SDT73851.1 SDT73851.1 MCI8905996.1 MCI8905996.1 MBE5853476.1 MBE5853476.1 WP_187666598.1 WP_187666598.1 MBO7740928.1 MBO7740928.1 KAH8103951.1 KAH8103951.1 CAE8618269.1 CAE8618269.1 KAI6823133.1 KAI6823133.1 NLU38508.1 NLU38508.1 HCE3964987.1 HCE3964987.1 NBR20456.1 NBR20456.1 TIW64311.1 TIW64311.1 KJS71365.1 KJS71365.1 EFS21643.1 EFS21643.1 GHU06330.1 GHU06330.1 EDX9534630.1 EDX9534630.1 WP_258143355.1 WP_258143355.1 WP_248050568.1 WP_248050568.1 DAR19459.1 DAR19459.1 WP_232634591.1 WP_232634591.1 WP_103961312.1 GGU95879.1 WP_103961312.1 WP_103961312.1 PZP36069.1 PZP36069.1 MCJ7770831.1 MCJ7770831.1 CAG2229172.1 CAG2229172.1 PJI44171.1 PJI44171.1 WP_214524166.1 WP_214524166.1 VTM75314.1 VTM75314.1 XP_021694973.1 XP_021694973.1 WP_250464711.1 WP_250464711.1 WP_250464711.1 HAV1793262.1 WP_189524079.1 WP_209467194.1 WP_189524079.1 WP_189524079.1 MBR7675499.1 MBR7675499.1 XP_013757696.1 XP_013757696.1 KAF4593247.1 KAF4593247.1 XP_040614072.1 XP_040614072.1 WP_151465610.1 WP_151465610.1 MBD5437993.1 MBD5437993.1 WP_055062962.1 WP_055062962.1 NEE34914.1 NEE34914.1 WP_277627940.1 WP_277627940.1 GJC78212.1 GJC78212.1 WP_259665259.1 WP_259665259.1 VIP11815.1 VIP11815.1 NNJ03433.1 NNJ03433.1 WP_251841748.1 WP_251841748.1 CAF1124877.1 CAF1124877.1 XP_019256258.1 XP_019256258.1 GBM64226.1 GBM64226.1 CAI0451207.1 CAI0451207.1 WP_259407579.1 WP_259407579.1 WP_259407579.1 MCF7886260.1 KAJ9247365.1 KAJ9247365.1 MBQ3049129.1 MBQ3049129.1 WP_046325749.1 WP_057479385.1 WP_046325749.1 WP_208427233.1 WP_046325749.1 WP_046325749.1 WP_046325749.1 WP_013571875.1 WP_111712808.1 WP_111712808.1 OQB06356.1 OQB06356.1 WP_085004337.1 WP_085004337.1 XP_023219850.1 XP_023219850.1 KOV59425.1 KOV59425.1 WP_208905085.1 WP_208905085.1 PHT33663.1 PHT33663.1 EBA3403631.1 EBA3403631.1 WP_244380042.1 WP_244380042.1 MBD8915742.1 WP_182080621.1 MBD8915742.1 AOJ74168.1 MBD8915742.1 MBD8915742.1 MBD8915742.1 WP_058918927.1 XP_010808195.1 XP_010808195.1 WP_177077803.1 WP_177077803.1 WP_179100660.1 WP_179100660.1 WP_048133111.1 WP_048133111.1 WP_092805375.1 WP_092805375.1 WP_156773536.1 WP_156773536.1 WP_110713006.1 WP_110713006.1 OYV25858.1 OYV25858.1 EHP6050825.1 EHP6050825.1 WP_233355236.1 WP_233355236.1 MCI0743675.1 MCI0743675.1 EHL4743850.1 EHL4743850.1 WP_210022830.1 WP_210022830.1 MBY0286260.1 MBY0286260.1 WP_145485057.1 WP_145485057.1 WP_238589724.1 WP_238589724.1 KKT74736.1 KKT74736.1 WP_143397677.1 WP_143397677.1 WP_189806213.1 WP_189806213.1 EYU25844.1 EYU25844.1 WP_086268031.1 WP_086268031.1 KAI0064471.1 KAI0064471.1 ROP28277.1 ROP28277.1 RVD87240.1 RVD87240.1 MBJ14675.1 MBJ14675.1 PSX20495.1 PSX20495.1 HCL05707.1 HCL05707.1 DAK63787.1 DAK63787.1 WP_061158136.1 WP_061158136.1 WP_013768652.1 WP_013768652.1 WP_013768652.1 ROW17242.1 WP_265593313.1 WP_265593313.1 XP_010298897.1 XP_010298897.1 DAM16636.1 DAM16636.1 XP_048545356.1 XP_048545356.1 WP_026632538.1 WP_026632538.1 WP_054285415.1 WP_054285415.1 WP_280506832.1 WP_280506832.1 MCH1948979.1 MCH1948979.1 MBX7161768.1 MBV9963051.1 MBX7161768.1 MBX7161768.1 CAA2935380.1 CAA2935380.1 MCL2712337.1 MCL2712337.1 MBF6594441.1 MBF6594441.1 MBT3583534.1 MBT3583534.1 WP_020547001.1 WP_020547001.1 HBA6816094.1 HBA6816094.1 CAH3167921.1 CAH3167921.1 WP_209090305.1 WP_209090305.1 WP_270310942.1 WP_270310942.1 XP_055749319.1 XP_055749319.1 CAC9485003.1 CAC9485003.1 RYG63745.1 RYG63745.1 KAH6611424.1 KAH6611424.1 WP_132124768.1 WP_132124768.1 HBP5649656.1 HBP5649656.1 MBV8815235.1 MBG4284514.1 MBV8815235.1 MBV8815235.1 WP_132670557.1 WP_132670557.1 WP_135991721.1 WP_135991721.1 MBF8281865.1 MBF8281865.1 CAB1434041.1 CAB1434041.1 HCE5956952.1 HCE5956952.1 WP_120259880.1 WP_120259880.1 WP_100671858.1 WP_238126428.1 WP_100671858.1 WP_100671858.1 CAB4041173.1 CAB4041173.1 WP_196114185.1 WP_196114185.1 XP_045323097.1 XP_045323097.1 MBO5545990.1 MBO5545990.1 WP_140643433.1 WP_140643433.1 PSB50277.1 PSB50277.1 TKA61426.1 TKA61426.1 WP_018046034.1 WP_018046034.1 WP_199519257.1 WP_199519257.1 QEA04360.1 QEA04360.1 EJB4327760.1 EJB4327760.1 WP_243386166.1 WP_243386166.1 WP_196434573.1 WP_196434573.1 MBR4407160.1 MBR4407160.1 RMO53691.1 RMO53691.1 SPO69561.1 SPO69561.1 MBR0373962.1 MBR0373962.1 WP_076595086.1 WP_076595086.1 WP_267897383.1 WP_267897383.1 EDK41087.2 EDK41087.2 WP_212217181.1 WP_212217181.1 WP_245128022.1 WP_245128022.1 MBR4270493.1 MBR4270493.1 WP_150516775.1 WP_150516775.1 ADP83890.1 ADP83890.1 WP_274975805.1 WP_274975805.1 EFB0579454.1 EFB0579454.1 EFB0579454.1 ECB3502766.1 XP_006359699.1 XP_006359699.1 EAX5650801.1 EAX5650801.1 EIQ3832535.1 EIQ3832535.1 MBK7823216.1 MBK7823216.1 RZC84346.1 RZC84346.1 WP_188402311.1 WP_188402311.1 EDN57974.1 EDN57974.1 MCL4851158.1 WP_115313274.1 MCL4851158.1 MCL4851158.1 MBE7487601.1 MBE7487601.1 WP_126022479.1 WP_126022479.1 MBK6770753.1 MBK6770753.1 WP_064754910.1 WP_064754910.1 WP_281507500.1 WP_262406623.1 WP_281507500.1 MBT5488157.1 WP_281507500.1 WP_281507500.1 PUZ48934.1 PUZ48934.1 WP_036471418.1 WP_007427566.1 WP_036471418.1 WP_036471418.1 MBK9356005.1 MBK9356005.1 NOR15507.1 NOR15507.1 MCK4600250.1 MCK4600250.1 WP_062723913.1 WP_062723913.1 MBQ7943218.1 MBQ7943218.1 WP_003333677.1 WP_003333677.1 WP_170365402.1 WP_170365402.1 WP_248214628.1 WP_248214628.1 ENN81602.1 ENN81602.1 WP_175863615.1 WP_175863615.1 KAJ5463595.1 KAJ5463595.1 MBZ0263796.1 MBZ0263796.1 XP_047491136.1 XP_047491136.1 MBN1882318.1 MBN1882318.1 MCP3920706.1 MCP3920706.1 WP_159463829.1 WP_159463829.1 WP_026750608.1 WP_026750608.1 EER8306359.1 EER8306359.1 WP_010502862.1 WP_010502862.1 MBR2359580.1 MBR2359580.1 WP_055449466.1 WP_055449466.1 WP_136955567.1 WP_136955567.1 WP_069367753.1 WP_069367753.1 WP_110307043.1 WP_110307043.1 WP_100173513.1 WP_100173513.1 WP_120370033.1 WP_120370033.1 MCE9577072.1 MCE9577072.1 WP_044453403.1 MCI2079698.1 WP_044453403.1 WP_096722254.1 WP_044453403.1 WP_044453403.1 WP_044453403.1 NED83450.1 WP_044453403.1 WP_241524600.1 PYX98855.1 PYX98855.1 EFV9236312.1 EFV9236312.1 WP_181110053.1 WP_181110053.1 WP_251376328.1 WP_251376328.1 MBN1266236.1 MBN1266236.1 WP_230078324.1 WP_230078324.1 WP_029165724.1 WP_029165724.1 WP_234523932.1 WP_234523932.1 TKJ47549.1 TKJ47549.1 KUK66960.1 KUK66960.1 KAF2778654.1 KAF2778654.1 MBL7183650.1 MBL7183650.1 OEL34993.1 OEL34993.1 KAG2288705.1 KAG2288705.1 WP_196132500.1 WP_196132500.1 MBY5764273.1 MBY5764273.1 MOP14804.1 MOP14804.1 MCC6757021.1 MCC6757021.1 GMA85510.1 GMA85510.1 HHT66172.1 HHT66172.1 KAI1051942.1 MBE3049203.1 KAI1051942.1 KAI1051942.1 WP_137202811.1 WP_137202811.1 MBA0617731.1 MBA0617731.1 WP_125770870.1 WP_125770870.1 OGD46026.1 OGD46026.1 KAG1590416.1 KAG1590416.1 KAJ7170950.1 KAJ7170950.1 VTD69375.1 WP_195156489.1 VTD69375.1 VTD69375.1 MCR5435766.1 MCR5435766.1 HAQ5294203.1 HAQ5294203.1 MCD6306959.1 MCD6306959.1 MCD6306959.1 WP_275196335.1 MBS0252923.1 MBS0252923.1 WP_252541609.1 WP_144384753.1 WP_252541609.1 WP_252541609.1 KOO34710.1 KOO34710.1 WP_121334391.1 WP_121334391.1 MCR5237392.1 MCR5237392.1 WP_015527010.1 WP_015527010.1 MCB0094774.1 MCB0094774.1 WP_220742815.1 WP_220742815.1 WP_238785931.1 WP_238785931.1 MCF3123421.1 MCF3123421.1 KAJ5976390.1 KAJ5976390.1 NPA33962.1 NPA33962.1 WP_071563317.1 WP_071563317.1 WP_236961032.1 WP_236961032.1 KIX64119.1 KIX64119.1 WP_063603400.1 EFK2137151.1 WP_063603400.1 WP_063603400.1 WP_218965839.1 WP_218965839.1 WP_173789750.1 WP_173789750.1 MBL6756473.1 KXK41164.1 MBL6756473.1 WP_240053789.1 MBL6756473.1 PIY74148.1 MBL6756473.1 MBL6756473.1 MBL6756473.1 WP_226865765.1 MBN9390566.1 MBN9390566.1 WP_174048133.1 WP_174048133.1 EIG7023758.1 EIG7023758.1 WP_039085559.1 WP_145514932.1 WP_039085559.1 WP_039085559.1 WP_224721611.1 WP_224721611.1 MBK7771335.1 MBK7771335.1 SQI90360.1 SQI90360.1 MCH5250214.1 MCH5250214.1 MCO5248061.1 MCO5248061.1 RKT44589.1 RKT44589.1 MCA6099904.1 WP_142133210.1 MCA6099904.1 WP_222125851.1 MCA6099904.1 MCA6099904.1 MCA6099904.1 WP_072380563.1 MCA6099904.1 WP_115992495.1 MCA6099904.1 WP_089095302.1 RKU33385.1 RKU33385.1 EIH6124474.1 EIH6124474.1 MBO8159537.1 MBO8159537.1 WP_151206143.1 WP_151206143.1 MBN8912970.1 MBN8912970.1 TOP73014.1 TOP73014.1 HAV89419.1 HAV89419.1 WP_056688515.1 WP_056688515.1 MBV9654022.1 MBV9654022.1 WP_138572923.1 MBD5394228.1 WP_138572923.1 WP_114861267.1 WP_138572923.1 WP_138572923.1 MBI2925684.1 MBI2925684.1 WP_065519347.1 WP_065519347.1 KAI8690655.1 KAI8690655.1 KAG0363719.1 KAG0363719.1 XP_031707624.1 XP_031707624.1 MBT3590949.1 MBT3590949.1 MBU0838658.1 MBU0838658.1 WP_270757591.1 WP_270757591.1 TLY75477.1 TLY75477.1 WP_125504029.1 WP_125504029.1 WP_245404560.1 WP_245404560.1 WP_268140002.1 WP_268140002.1 HDO82225.1 HDO82225.1 WP_039692015.1 WP_039692015.1 KAH7371872.1 KAH7371872.1 WP_203374052.1 WP_203374052.1 WP_185644473.1 WP_185644473.1 MCF8106439.1 MCF8106439.1 WP_141918410.1 WP_141918410.1 KAE8802158.1 KAE8802158.1 DAM55269.1 DAM55269.1 EFI7849450.1 EFI7849450.1 WP_027896470.1 WP_027896470.1 MBD3702988.1 MBD3702988.1 WP_200696402.1 WP_200696402.1 KAH0091028.1 KAH0091028.1 WP_215683653.1 WP_215683653.1 OBW66090.1 OBW66090.1 XP_049399244.1 XP_049399244.1 WP_138051112.1 WP_138051112.1 WP_112865547.1 WP_112865547.1 MCJ8328039.1 MCJ8328039.1 KAF2994395.1 KAF2994395.1 WP_266603981.1 WP_266603981.1 AAQ88513.1 AAQ88513.1 WP_217278020.1 WP_217278020.1 MBS7021842.1 MBS7021842.1 WP_176390098.1 KQO44758.1 WP_176390098.1 SQB81123.1 WP_176390098.1 WP_176390098.1 WP_089187353.1 WP_089187353.1 KAE9107042.1 KAE9107042.1 WP_084717372.1 WP_084717372.1 KNZ32786.1 KNZ32786.1 WP_277491977.1 WP_277491977.1 PWB61544.1 PWB61544.1 MBF0570872.1 MBF0570872.1 KAF2725148.1 KAF2725148.1 MCI02510.1 MCI02510.1 WP_259691170.1 WP_259691170.1 EHG9706352.1 EHG9706352.1 NIR98474.1 NIR98474.1 WP_073505727.1 WP_164767343.1 WP_073505727.1 WP_073505727.1 WP_073505727.1 WP_133874384.1 RPI21000.1 RPI21000.1 WP_011568153.1 WP_011568153.1 MBP8225438.1 MBP8225438.1 WP_148284348.1 WP_148284348.1 WP_138860096.1 WP_138860096.1 WP_249423022.1 WP_249423022.1 MBM3258402.1 MBM3258402.1 WP_061671893.1 WP_061671893.1 WP_142009293.1 WP_142009293.1 MCR6642262.1 MCR6642262.1 MCH8312134.1 MCH8312134.1 DAI44238.1 DAI44238.1 MCU0243120.1 MCU0243120.1 MBD5657753.1 MBD5657753.1 XP_023318286.1 XP_023318286.1 XP_023815606.1 XP_023815606.1 TYI91467.1 TYI91467.1 XP_037327098.1 XP_037327098.1 EER8085032.1 EER8085032.1 MBQ3129991.1 MBQ3129991.1 WP_278084771.1 WP_278084771.1 WP_278084771.1 VAX76432.1 WP_097275324.1 MBK8955603.1 WP_097275324.1 QLL10545.1 WP_097275324.1 WP_097275324.1 EAA6840433.1 EAA6840433.1 MBN1799017.1 MBN1799017.1 MCF0110827.1 MCF0110827.1 WP_141605349.1 WP_141605349.1 MCL4469743.1 TAM79626.1 MCL4469743.1 MCL4469743.1 WP_217105914.1 WP_217105914.1 KAF3180666.1 KAF3180666.1 WP_160394157.1 WP_160394157.1 MCK4403577.1 NGS95655.1 MCK4403577.1 MCK4403577.1 OMP01148.1 OMP01148.1 WP_038492378.1 WP_038492378.1 WP_048271612.1 WP_048271612.1 WP_259865813.1 WP_259865813.1 WP_089905939.1 WP_089905939.1 MBO7633581.1 MBO7633581.1 WP_264351023.1 WP_264351023.1 KAH9572460.1 KAH9572460.1 ASI70574.1 ASI70574.1 KAG9043128.1 KAG9043128.1 WP_123868396.1 WP_123868396.1 EHW0060032.1 EHW0060032.1 CAF4577788.1 CAF4577788.1 HCL36615.1 HCL36615.1 WP_204719689.1 WP_204719689.1 WP_113851760.1 NGP45824.1 WP_113851760.1 WP_113851760.1 WP_113851760.1 MCF8193609.1 MCE5240463.1 MCE5240463.1 MBP9771519.1 MBP9771519.1 MBQ1653514.1 MBQ1653514.1 WP_184094916.1 WP_184094916.1 WP_073520930.1 WP_073520930.1 WP_097089246.1 WP_097089246.1 KAJ3654337.1 KAJ3654337.1 MBP8613265.1 MBP8613265.1 WP_212663497.1 WP_212663497.1 MSU42127.1 WP_253063755.1 MSU42127.1 MSU42127.1 XP_054852439.1 XP_054852439.1 RLE48019.1 RLE48019.1 WP_217691728.1 WP_217691728.1 AGA34473.1 AGA34473.1 MCK9908664.1 MCK9908664.1 MCU0650575.1 MCU0650575.1 KAJ5056431.1 KAJ5056431.1 PHR24038.1 WP_151430057.1 PHR24038.1 PHR24038.1 MBU0592078.1 MBU0592078.1 WP_264694478.1 WP_264694478.1 MBV9550452.1 MBV9550452.1 WP_228938141.1 WP_228938141.1 WP_040301436.1 WP_040301436.1 WP_248126409.1 WP_248126409.1 MQG44163.1 MQG44163.1 WP_231149750.1 WP_231149750.1 WP_218566587.1 WP_218566587.1 MBD20513.1 MBD20513.1 KAH0561149.1 KAH0561149.1 WP_175896721.1 WP_175896721.1 RCI04718.1 RCI04718.1 XP_039202520.1 XP_039202520.1 WP_235697247.1 WP_235697247.1 EHQ6376324.1 EHQ6376324.1 XP_043890337.1 XP_043890337.1 WP_046093714.1 WP_046093714.1 WP_011513572.1 WP_011513572.1 MCI0901122.1 MCI0901122.1 SCH39951.1 SCH39951.1 WP_254743169.1 WP_254743169.1 MCB1875218.1 MCB1875218.1 WP_207128967.1 WP_207128967.1 NQT73935.1 NQT73935.1 NLI07658.1 NLI07658.1 WP_204657011.1 WP_204657011.1 CAF1315160.1 CAF1315160.1 WP_197079459.1 WP_197079459.1 XP_051777026.1 XP_051777026.1 WP_244440115.1 WP_244440115.1 AUN37106.1 AUN37106.1 TSA21665.1 TSA21665.1 WP_261362933.1 WP_261362933.1 GLJ54837.1 GLJ54837.1 KAJ8033891.1 KAJ8033891.1 WP_276974217.1 WP_276974217.1 WP_123176104.1 WP_123176104.1 WP_219324004.1 WP_219324004.1 WP_059678947.1 HAD16081.1 WP_059678947.1 WP_059678947.1 RJP93937.1 RJP93937.1 RVW37287.1 RVW37287.1 WP_064049628.1 WP_064049628.1 WP_156033277.1 WP_156033277.1 WP_230200986.1 WP_230200986.1 WP_220331155.1 WP_220331155.1 WP_074745818.1 WP_074745818.1 WP_151949835.1 WP_151949835.1 MBS3795756.1 MBS3795756.1 MCU1460142.1 MCU1460142.1 KAJ2188950.1 KAJ2188950.1 XP_018754863.1 XP_018754863.1 WP_230284916.1 RMF68396.1 WP_230284916.1 WP_230284916.1 NJM16453.1 NJM16453.1 KJZ73525.1 KJZ73525.1 KAJ6336236.1 KAJ6336236.1 WP_211114623.1 WP_211114623.1 XP_014259138.1 XP_014259138.1 WP_271104848.1 WP_271104848.1 MCI7202149.1 MCI7202149.1 MBR9906678.1 MBR9906678.1 WP_184699897.1 WP_184699897.1 MYX39762.1 MYX39762.1 WP_224547797.1 WP_224547797.1 MCL2341595.1 MCL2341595.1 XP_011782004.1 XP_037697134.1 XP_011782004.1 XP_011782004.1 TMC92967.1 WP_057012309.1 TMC92967.1 TMC92967.1 WP_169928520.1 WP_169928520.1 MCR5335843.1 MBY0289623.1 MCR5335843.1 MCR5335843.1 MUT95175.1 OAH97901.1 MUT95175.1 MUT95175.1 WP_039638019.1 WP_039638019.1 MCO4478718.1 MCO4478718.1 NTW34833.1 NTW34833.1 WP_116773703.1 MCC8072670.1 WP_116773703.1 WP_116773703.1 AYX42557.1 AYX42557.1 XP_044019329.1 XP_044019329.1 WP_211056951.1 WP_211056951.1 WP_099253885.1 WP_099253885.1 WP_145321954.1 WP_145321954.1 WP_059433000.1 WP_059433000.1 XP_007208131.1 XP_007208131.1 XP_047935591.1 XP_047935591.1 MBQ7930482.1 MBQ7930482.1 WP_132774430.1 WP_132774430.1 MCC6044083.1 CAI8213472.1 MCC6044083.1 WP_266842210.1 MCC6044083.1 MCC6044083.1 MCC6044083.1 WP_145468487.1 MCC6044083.1 WP_215557653.1 MCC6044083.1 MBT4161918.1 GIS77777.1 GIS77777.1 MXW24770.1 MXW24770.1 EGI35895.1 EGI35895.1 MBQ7424709.1 MBQ7424709.1 WP_124977341.1 MBD1933857.1 WP_124977341.1 WP_124977341.1 MAQ92282.1 MAQ92282.1 WP_047721562.1 WP_047721562.1 SHG89682.1 SHG89682.1 WP_258450640.1 WP_258450640.1 WP_200200480.1 WP_200200480.1 WP_262686037.1 WP_262686037.1 KAG9404442.1 KAG9404442.1 WP_101701979.1 WP_101701979.1 MCF8535784.1 MCF8535784.1 WP_185031483.1 MBQ2640849.1 WP_185031483.1 WP_185031483.1 MBL0929646.1 MBL0929646.1 WP_162852444.1 WP_162852444.1 ODU51779.1 ODU51779.1 KAI1815548.1 KXN72221.1 KAI1815548.1 KAI1815548.1 WP_098876031.1 WP_098876031.1 NUQ21352.1 NUQ21352.1 MYD56339.1 MYD56339.1 MCE2861656.1 MBO7707210.1 MCE2861656.1 MCE2861656.1 MBR6441032.1 MBR6441032.1 XP_013412367.1 XP_013412367.1 KAF8820068.1 KAF8820068.1 WP_083019054.1 WP_189129312.1 WP_083019054.1 WP_083019054.1 WP_128581955.1 WP_128581955.1 WP_188339236.1 WP_188339236.1 AAX93012.1 AAX93012.1 MBQ2344446.1 MBQ2344446.1 XP_019000248.1 XP_019000248.1 WP_127706998.1 WP_127706998.1 KMQ95473.1 KMQ95473.1 WP_119660228.1 WP_119660228.1 VVW92857.1 VVW92857.1 TDP04522.1 TDP04522.1 MCS5639477.1 MCS5639477.1 XP_043280639.1 XP_043280639.1 MBT9597716.1 MBT9597716.1 KAF3385475.1 KAF3385475.1 WP_246239142.1 WP_246239142.1 ERE79785.1 ERE79785.1 MBQ7518453.1 MBQ7518453.1 MCK5725948.1 MCK5725948.1 WP_140468443.1 WP_140468443.1 WP_271931007.1 WP_271931007.1 WP_058460161.1 WP_058460161.1 MBQ9736331.1 MBQ9736331.1 XP_043377824.1 XP_043377824.1 QID82546.1 QID82546.1 XP_039769176.1 XP_039769176.1 HBH1966141.1 HBH1966141.1 WP_189355988.1 WP_189355988.1 XP_014733223.1 XP_014733223.1 PSR02572.1 WP_073201850.1 PSR02572.1 PHR72175.1 PSR02572.1 PSR02572.1 WP_058671428.1 WP_058671428.1 WP_283629251.1 WP_283629251.1 EFV4293432.1 EFV4293432.1 KAI9878467.1 KAI9878467.1 XP_048540820.1 XP_048540820.1 XP_053017968.1 XP_053017968.1 KAH3876125.1 KAH3876125.1 EER7236894.1 EER7236894.1 WP_117700467.1 WP_117700467.1 WP_049471407.1 WP_049471407.1 TZC53901.1 TZC53901.1 NLW23809.1 NLW23809.1 XP_003768056.1 XP_003768056.1 WP_072802511.1 WP_072802511.1 WP_261610700.1 WP_261610700.1 MBW2176475.1 MBW2176475.1 WP_012283464.1 WP_012283464.1 WP_027711481.1 WP_027711481.1 WP_196938834.1 WP_196938834.1 HFC12574.1 HFC12574.1 KAB2885888.1 MBF0107908.1 KAB2885888.1 KAB2885888.1 KAB2885888.1 MBA2522987.1 KAB2885888.1 MBC7097666.1 WP_270218171.1 WP_270218171.1 WP_238769582.1 WP_238769582.1 MPC67018.1 MPC67018.1 ACI42798.1 ACI42798.1 CZT01546.1 CZT01546.1 XP_041334537.1 XP_041334537.1 WP_237523417.1 WP_237523417.1 MCR5102838.1 MCR5102838.1 MCH9656178.1 MCH9656178.1 WP_266095674.1 WP_266095674.1 HHW43430.1 HHW43430.1 WP_259206442.1 WP_132079800.1 WP_259206442.1 WP_267560498.1 WP_259206442.1 WP_259206442.1 RKG50564.1 RKG50564.1 WP_074087188.1 WP_074087188.1 XP_054020552.1 XP_054020552.1 GFB08691.1 GFB08691.1 MBT7091597.1 MBT7091597.1 XP_045691652.1 XP_045691652.1 WP_283222342.1 WP_283222342.1 WP_221268711.1 WP_221268711.1 BAE96300.1 BAE96300.1 YP_009109540.1 QDH52386.1 YP_009109540.1 YP_009109540.1 MBF11761.1 MBF11761.1 PLS78226.1 PLS78226.1 WP_230865828.1 WP_230865828.1 HBL8984898.1 HBL8984898.1 QLP56207.1 WP_233737742.1 QLP56207.1 WP_018187484.1 QLP56207.1 QLP56207.1 QLP56207.1 WP_270570428.1 WP_013449879.1 WP_013449879.1 MBR2605819.1 UTN87579.1 MBR2605819.1 MBR2605819.1 GLC83712.1 GLC83712.1 WP_244774495.1 WP_244774495.1 WP_113913927.1 WP_113913927.1 WP_231056077.1 WP_231056077.1 MBH1832495.1 MBH1832495.1 WP_246165763.1 WP_246165763.1 MCH3978367.1 MCH3978367.1 CAF2148714.1 CAF2148714.1 WP_073045763.1 WP_073045763.1 XP_048366669.1 XP_048366669.1 EEX5979844.1 EEX5979844.1 MBQ3226584.1 MBQ3226584.1 XP_054484247.1 XP_054484247.1 QQO98901.1 QQO98901.1 MCK9213126.1 MCK9213126.1 MOO25268.1 MOO25268.1 WP_167827352.1 WP_167827352.1 WP_225767809.1 WP_225767809.1 MBC7569412.1 MBC7569412.1 WP_218103566.1 WP_218103566.1 SKY52432.1 SKY52432.1 MBU4593984.1 MBU4593984.1 WP_110344369.1 WP_110344369.1 WP_022975915.1 WP_022975915.1 WP_178020540.1 WP_140706444.1 WP_178020540.1 WP_178020540.1 MCK1443663.1 MCK1443663.1 WP_019823189.1 WP_019823189.1 MCH2409214.1 WP_152158314.1 MCH2409214.1 OGG08302.1 MCH2409214.1 MCH2409214.1 WP_154333510.1 WP_154333510.1 WP_210352796.1 WP_210352796.1 NCO19736.1 WP_167239634.1 NCO19736.1 NCO19736.1 VTR69884.1 GBC84792.1 VTR69884.1 VTR69884.1 WP_172281536.1 WP_256342227.1 WP_172281536.1 WP_172281536.1 WP_172281536.1 MCI6853747.1 WP_172281536.1 MCQ2831428.1 WP_248827332.1 WP_248827332.1 EHX0204875.1 EHX0204875.1 XP_055165408.1 XP_055165408.1 WP_257544752.1 WP_257544752.1 DAV98325.1 DAV98325.1 WP_181537449.1 WP_181537449.1 WP_055542300.1 WP_055542300.1 WP_153009295.1 WP_153009295.1 WP_227405228.1 TVU87390.1 WP_227405228.1 WP_227405228.1 ESU92681.1 ESU92681.1 OJT07575.1 OJT07575.1 WP_187974949.1 WP_264934627.1 WP_187974949.1 WP_187974949.1 XP_041287579.1 XP_041287579.1 WP_281305524.1 WP_281305524.1 EFP02123.1 EFP02123.1 EAH8250412.1 EAH8250412.1 MBI5212085.1 MBI5212085.1 MBB4747289.1 MBB4747289.1 MBQ6275073.1 WP_194543596.1 MBQ6275073.1 MBQ6275073.1 MBQ6275073.1 PYK96819.1 MOM22963.1 MOM22963.1 WP_212720030.1 WP_212720030.1 WP_079835571.1 WP_212269268.1 WP_079835571.1 WP_079835571.1 WP_079835571.1 WP_050704913.1 CUU64509.1 CUU64509.1 XP_031095384.1 XP_031095384.1 NNK86663.1 NNK86663.1 ORT47413.1 ORT47413.1 WP_275102754.1 CFP83382.1 WP_275102754.1 WP_275102754.1 XP_026109466.1 XP_026109466.1 WP_279046072.1 WP_279046072.1 WP_031150487.1 WP_031150487.1 QXN67839.1 QXN67839.1 MBI2682423.1 MBI2682423.1 MBL4581517.1 MBL4581517.1 TMH88670.1 TMH88670.1 GLZ61196.1 GLZ61196.1 WP_202116891.1 WP_202116891.1 CAG2201344.1 CAG2201344.1 NOX27817.1 NOX27817.1 WP_220524718.1 WP_236777269.1 WP_220524718.1 WP_220524718.1 EBN6490838.1 EBN6490838.1 HBR1104065.1 HBR1104065.1 WP_015183653.1 WP_015183653.1 GFP71094.1 GFP71094.1 XP_041648869.1 XP_041648869.1 MCM1168016.1 MCM1168016.1 HAC8926176.1 HAC8926176.1 WP_012236017.1 WP_012236017.1 WP_213638963.1 WP_213638963.1 WP_059978677.1 WP_059978677.1 WP_025591525.1 WP_025591525.1 KAI5289156.1 KAI5289156.1 WP_205930861.1 WP_205930861.1 WP_108078099.1 WP_108078099.1 XP_045966569.1 XP_045966569.1 WP_159793761.1 WP_079304935.1 WP_159793761.1 WP_159793761.1 MBJ7265026.1 MBJ7265026.1 WAX10255.1 WAX10255.1 WP_246832833.1 WP_246832833.1 MCR5574391.1 MBS1745163.1 MCR5574391.1 MCR5574391.1 WP_266169258.1 WP_266169258.1 MBK8423602.1 MBK8423602.1 WP_185116294.1 WP_185116294.1 WP_135180648.1 WP_135180648.1 MCA9634778.1 MCA9634778.1 WP_094151267.1 WP_164636240.1 WP_094151267.1 WP_122896374.1 WP_094151267.1 WP_168565867.1 WP_094151267.1 WP_094151267.1 MBI41622.1 MBI41622.1 NDD35992.1 NDD35992.1 WP_059432031.1 WP_059432031.1 EAH3295886.1 EAH3295886.1 XP_005678593.1 XP_005678593.1 XP_025430606.1 XP_025430606.1 WP_000484099.1 WP_000484099.1 MBK7140969.1 MCI5849734.1 MBK7140969.1 MBK7140969.1 NLI35930.1 NLI35930.1 HAB28525.1 HAB28525.1 WP_157113211.1 WP_157113211.1 MCU0622952.1 MCU0622952.1 WP_202067358.1 WP_202067358.1 WP_274771680.1 WP_274771680.1 WP_167605087.1 WP_167605087.1 MBP6311895.1 MBP6311895.1 HAP0275886.1 HAP0275886.1 MCE2873365.1 MCE2873365.1 MCE2873365.1 MXW19700.1 EFQ5532992.1 EFQ5532992.1 MCA9734355.1 MCA9734355.1 WP_281760414.1 WP_281760414.1 NWR36449.1 NWR36449.1 NWR36449.1 MCH8479059.1 WP_033631967.1 WP_033631967.1 ESS67695.1 ESS67695.1 MOP71390.1 MOP71390.1 WP_163889187.1 WP_163889187.1 WP_230633440.1 WP_230633440.1 WP_255187010.1 MBQ2017527.1 WP_255187010.1 WP_255187010.1 WP_255187010.1 WP_195397250.1 MBX9648850.1 MBX9648850.1 WP_006728805.1 WP_006728805.1 WP_230699958.1 WP_230699958.1 MBE6890073.1 MBE6890073.1 MBE6890073.1 WP_187047047.1 NET00292.1 WP_087918330.1 NET00292.1 WP_175395805.1 NET00292.1 NET00292.1 WP_189761921.1 WP_189761921.1 WP_249893756.1 WP_249893756.1 WP_086504813.1 WP_086504813.1 MCH6549687.1 MCH6549687.1 TYJ03004.1 TYJ03004.1 NXO69257.1 NXO69257.1 MBL7790458.1 MBL7790458.1 MBF0278962.1 MBF0278962.1 WP_151519865.1 WP_151519865.1 WP_175939838.1 WP_175939838.1 WP_114688413.1 WP_063434200.1 WP_114688413.1 WP_114688413.1 TIC14313.1 TIC14313.1 OTX04318.1 OTX04318.1 WP_248415755.1 WP_248415755.1 GFV11951.1 GFV11951.1 MBR6343266.1 MBR6343266.1 WP_232103437.1 WP_232103437.1 WP_265275480.1 WP_265275480.1 NUT29294.1 NUT29294.1 MBR3785149.1 CCZ55979.1 MBR3785149.1 MBR3785149.1 MBI3290135.1 MBI3290135.1 WP_060115800.1 WP_060115800.1 WP_138482356.1 WP_138482356.1 WP_263727326.1 WP_263727326.1 WP_072274035.1 WP_072274035.1 MBT4210917.1 WP_096067320.1 MBT4210917.1 WP_282322778.1 MBT4210917.1 MBL14507.1 MBT4210917.1 MBT4210917.1 XP_018439942.1 XP_018439942.1 XP_045702922.1 XP_045702922.1 WP_063485223.1 WP_063485223.1 WP_149236326.1 WP_149236326.1 KIJ42589.1 KIJ42589.1 WP_232189573.1 WP_232189573.1 MBZ0168159.1 MBZ0168159.1 NWG72028.1 NWG72028.1 WP_136035264.1 WP_136035264.1 EAP3700350.1 EAP3700350.1 WP_251074290.1 CDZ81696.1 WP_251074290.1 WP_251074290.1 EXZ64635.1 EXZ64635.1 CCE01062.1 CCE01062.1 WP_278800290.1 WP_278800290.1 BAB28876.1 BAB28876.1 KAJ1633120.1 KAJ1633120.1 WP_090221424.1 WP_090221424.1 KAF6315484.1 KAF6315484.1 GEZ33207.1 GEZ33207.1 TWU17869.1 TWU17869.1 WP_061364641.1 WP_061364641.1 VPT01298.1 VPT01298.1 WP_225764381.1 WP_225764381.1 XP_018042825.1 XP_018042825.1 WP_090770466.1 WP_090770466.1 UYV38309.1 UYV38309.1 WP_061517937.1 WP_061517937.1 WP_190531886.1 WP_190531886.1 WP_130382900.1 WP_130382900.1 XP_049578625.1 XP_049578625.1 WP_000685022.1 WP_000685022.1 WP_105979700.1 WP_105979700.1 MBQ8238565.1 MBQ8238565.1 MBQ9299122.1 MBQ9299122.1 MBR5879017.1 MBR5879017.1 MCS6903464.1 MCS6903464.1 WP_011063740.1 WP_011063740.1 EGV97757.1 EGV97757.1 WP_204942955.1 WP_204942955.1 WP_015133641.1 WP_015133641.1 MCD6425313.1 MCD6425313.1 UTT93350.1 UTT93350.1 MCR5602468.1 MCR5602468.1 OGR18938.1 OGR18938.1 MBI5677341.1 MBI5677341.1 WP_029267497.1 WP_029267497.1 STW12454.1 STW12454.1 MBE6306819.1 MBE6306819.1 MBE6306819.1 CAG0929351.1 NLB51443.1 NLB51443.1 UKS51372.1 UKS51372.1 MCI7352812.1 MCI7352812.1 WP_192049367.1 WP_192049367.1 WP_039294206.1 WP_039294206.1 DAD32814.1 DAD32814.1 XP_027924147.1 WP_075190302.1 XP_027924147.1 XP_027924147.1 WP_161359378.1 WP_161359378.1 WP_196351635.1 WP_274676460.1 WP_196351635.1 WP_196351635.1 WP_100521084.1 WP_100521084.1 AQU86570.1 AQU86570.1 KAI0643035.1 KAI0643035.1 WP_014605789.1 WP_183882442.1 WP_014605789.1 WP_014605789.1 WP_154907134.1 WP_154907134.1 WP_228944212.1 WP_228944212.1 WP_136134536.1 WP_136134536.1 MBC2704089.1 MBC2704089.1 MBC2704089.1 NDH21517.1 MBH0193692.1 MBH0193692.1 EJK2981647.1 EJK2981647.1 WP_213646387.1 WP_213646387.1 WP_103313256.1 WP_103313256.1 EZX24376.1 EZX24376.1 KAJ3327837.1 KAJ3327837.1 KAJ2660037.1 KAJ2660037.1 KAJ2660037.1 KAF9974715.1 MAJ71254.1 WP_062640876.1 MAJ71254.1 MAJ71254.1 MAJ71254.1 WP_069083484.1 MAJ71254.1 WP_065881511.1 MCA9450479.1 MCA9450479.1 MCC8042769.1 WP_254400636.1 MCC8042769.1 MCC8042769.1 XP_041178038.1 XP_041178038.1 NBW79235.1 WP_045121741.1 NBW79235.1 NBW79235.1 WP_030323867.1 WP_030323867.1 WP_033135619.1 WP_033135619.1 MCA1442501.1 MCA1442501.1 KAI5251673.1 KAI5251673.1 EBT2494165.1 EBT2494165.1 MBR5121093.1 MBR5121093.1 NWJ08205.1 NWJ08205.1 WP_162959321.1 WP_162959321.1 WP_278498266.1 WP_030096092.1 WP_278498266.1 WP_187788315.1 WP_278498266.1 MCK1819907.1 WP_278498266.1 WP_278498266.1 WP_278498266.1 WP_034002239.1 WP_257479708.1 WP_257479708.1 MBQ3867797.1 MBQ3867797.1 WP_111496981.1 WP_111496981.1 WP_212448448.1 WP_212448448.1 WP_147738784.1 WP_147738784.1 PZT91770.1 PZT91770.1 EAM9790494.1 EAM9790494.1 XP_013404023.1 XP_013404023.1 WP_107485636.1 SCK25073.1 WP_107485636.1 WP_107485636.1 WP_143660971.1 WP_143660971.1 MCB2112291.1 PZW56938.1 MCB2112291.1 MCB2112291.1 KLA07975.1 KLA07975.1 WP_014504812.1 WP_068156215.1 WP_014504812.1 WP_014504812.1 KAF5807084.1 KAF5807084.1 WP_204334995.1 WP_204334995.1 WP_217736698.1 WP_217736698.1 KAF8153477.1 KAF8153477.1 MCI0648031.1 MCI0648031.1 XP_041922209.1 XP_041922209.1 WP_115180843.1 WP_115180843.1 EFG7579667.1 EFG7579667.1 WP_210949324.1 WP_210949324.1 WP_210949324.1 EIR8916606.1 MBT3459335.1 MBT3459335.1 WP_129832000.1 WP_129832000.1 MBF0233644.1 MBF0233644.1 WP_094375360.1 WP_094375360.1 WP_248415167.1 WP_248415167.1 MBV8174008.1 MBV8174008.1 WP_186748347.1 WP_186748347.1 BCL31621.1 BCL31621.1 GDZ43403.1 GDZ43403.1 UFH83377.1 AFQ97813.1 UFH83377.1 AYV64277.1 UFH83377.1 UFH83377.1 UFH83377.1 AVO23223.1 UFH83377.1 UTU41876.1 MBK8012537.1 MBK8012537.1 WP_205994446.1 WP_205994446.1 WP_145465857.1 WP_145465857.1 OGZ08419.1 OGZ08419.1 WP_231879606.1 WP_231879606.1 WP_253195963.1 WP_253195963.1 ACT50261.1 ACT50261.1 WP_098613056.1 WP_098613056.1 KAF6751692.1 KAF6751692.1 HDI11217.1 EGS7320029.1 HDI11217.1 HDI11217.1 KAI9233655.1 KAI9233655.1 WP_258038067.1 WP_258038067.1 WP_022957608.1 WP_022957608.1 KAG7812337.1 KAG7812337.1 NLF10573.1 NLF10573.1 WP_132572234.1 WP_132572234.1 KUO65278.1 WP_157476287.1 KUO65278.1 KUO65278.1 WP_142636409.1 WP_142636409.1 MCU1514505.1 WP_176018545.1 MCU1514505.1 MCU1514505.1 MBQ7769568.1 MBQ7769568.1 WP_032587385.1 WP_032587385.1 MCS6907720.1 MCS6907720.1 WP_022385641.1 WP_022385641.1 WP_028779961.1 WP_028779961.1 MBP6361937.1 MBP6361937.1 TPX78184.1 TPX78184.1 WP_182336829.1 WP_182336829.1 VVB00125.1 VVB00125.1 HBJ80371.1 HBJ80371.1 HAG0018107.1 HAG0018107.1 WP_054136413.1 WP_054136413.1 WP_165773198.1 WP_165773198.1 MCP4329804.1 WP_220664202.1 MCP4329804.1 WP_123237441.1 MCP4329804.1 MCA3389197.1 MCP4329804.1 WP_165462493.1 MCP4329804.1 WP_069341101.1 MCP4329804.1 MCP4329804.1 MCP4329804.1 WP_097108993.1 PSJ26816.1 PSJ26816.1 MBM3990268.1 MBM3990268.1 MCK7479919.1 MCK7479919.1 CYB93821.1 CYB93821.1 MBD5361948.1 MBD5361948.1 MBN2341313.1 MBN2341313.1 WP_202167283.1 WP_202167283.1 PIQ75822.1 PIQ75822.1 TSA38195.1 TSA38195.1 WP_090879207.1 WP_090879207.1 WP_225601911.1 WP_225601911.1 WP_189534272.1 WP_189534272.1 KXU92672.1 KXU92672.1 MBR6069896.1 MBR6069896.1 WP_234080888.1 MPY37361.1 WP_234080888.1 WP_234080888.1 WP_234080888.1 WP_048427321.1 HIS55495.1 HIS55495.1 WP_227594049.1 WP_227594049.1 WP_148062134.1 WP_148062134.1 WP_024217747.1 WP_024217747.1 KAJ4828317.1 KAJ4828317.1 KKP40103.1 KKP40103.1 MCL2184308.1 MCL2184308.1 PYL80520.1 PYL80520.1 WP_077722411.1 WP_077722411.1 WP_209366475.1 WP_209366475.1 WP_155387753.1 WP_155387753.1 XP_008942036.1 XP_008942036.1 MBS1208135.1 WP_203995341.1 MBS1208135.1 MBS1208135.1 XP_011699286.1 XP_011699286.1 MBK6580699.1 MBK6580699.1 XP_025996498.1 XP_025996498.1 WP_050825696.1 WP_050825696.1 KAG5478439.1 KAG5478439.1 KAG5713212.1 KAG5713212.1 GJP86697.1 GJP86697.1 AUP48118.1 AAX35861.1 AUP48118.1 AUP48118.1 WP_163205944.1 WP_163205944.1 KAG0196869.1 KAG0196869.1 KFD50394.1 KFD50394.1 HCB0607732.1 HCB0607732.1 MBW2147570.1 MBW2147570.1 XP_017076166.2 XP_017076166.2 MBB1667778.1 MBB1667778.1 MYJ01754.1 MYJ01754.1 NXA78151.1 NXA78151.1 WP_196764971.1 WP_196764971.1 WP_197035361.1 WP_197035361.1 SDB07816.1 SDB07816.1 CAH2042052.1 CAH2042052.1 WP_077832600.1 WP_077832600.1 USN98129.1 USN98129.1 MBD3373279.1 MBD3373279.1 WP_233824378.1 WP_233824378.1 WP_204723735.1 WP_204723735.1 MCU1518316.1 MCU1518316.1 WP_216090438.1 WP_216090438.1 WP_237070319.1 WP_237070319.1 XP_024252803.1 XP_024252803.1 MBT3899069.1 MBT3899069.1 WP_182711301.1 WP_182711301.1 WP_157589094.1 WP_157589094.1 MBQ6692395.1 MBQ6692395.1 RPI95901.1 RPI95901.1 MBW7892865.1 MBW7892865.1 XP_013005546.1 XP_013005546.1 MBQ3498542.1 MBQ3498542.1 WP_085648136.1 WP_085648136.1 WP_092226977.1 WP_092226977.1 MBS1713296.1 MBS1713296.1 MBF2073911.1 MBF2073911.1 WP_272062680.1 WP_272062680.1 TYI23342.1 TYI23342.1 WP_251438464.1 WP_251438464.1 WP_208562420.1 WP_208562420.1 WP_158799804.1 WP_158799804.1 WP_089274238.1 WP_089274238.1 GIU76508.1 GIU76508.1 POM61486.1 POM61486.1 HAA79725.1 HAA79725.1 WP_261529150.1 WP_261529150.1 WP_249438391.1 WP_249438391.1 KQC11686.1 KQC11686.1 WP_265364885.1 WP_100537786.1 WP_265364885.1 WP_265364885.1 NFE66003.1 NFE66003.1 WP_162529103.1 WP_162529103.1 WP_216537974.1 WP_216537974.1 WP_107668606.1 WP_107668606.1 XP_027547584.1 XP_027547584.1 SKC89544.1 SKC89544.1 WP_168694891.1 WP_168694891.1 MBM3210814.1 MBM3210814.1 NWT13315.1 NWT13315.1 MBT3283529.1 MBT3283529.1 WP_215356761.1 WP_215356761.1 MYD98720.1 MYD98720.1 PHH91422.1 PHH91422.1 ECL3553101.1 ECL3553101.1 WP_177525402.1 WP_224045636.1 WP_177525402.1 WP_177525402.1 CAG9334863.1 CAG9334863.1 WP_183806671.1 WP_183806671.1 WP_166773323.1 WP_166773323.1 WP_175580162.1 WP_175580162.1 ECH4355821.1 ECH4355821.1 WP_232835221.1 WP_232835221.1 KLL12075.1 KLL12075.1 MCC6486159.1 MCC6486159.1 NJK67049.1 NJK67049.1 WP_238320463.1 WP_238320463.1 OTA29349.1 OTA29349.1 OYX89137.1 OYX89137.1 WP_253571813.1 WP_253571813.1 WP_263847269.1 WP_247893884.1 WP_263847269.1 WP_263847269.1 XP_045284515.1 XP_045284515.1 WP_044344333.1 WP_044344333.1 MCU1400721.1 MCU1400721.1 WP_084128119.1 WP_084128119.1 MBR5447513.1 MBR5447513.1 OUX43364.1 OUX43364.1 MBK0846266.1 MBK0846266.1 WP_169253344.1 WP_169253344.1 TCV06956.1 TCV06956.1 HBW2970848.1 HBW2970848.1 WP_092775107.1 WP_092775107.1 WP_259895494.1 WP_259895494.1 PQN15048.1 PQN15048.1 TAL20232.1 WP_217452155.1 TAL20232.1 TAL20232.1 KAG2356287.1 KAG2356287.1 XP_040082341.1 XP_040082341.1 MCL1491976.1 MCL1491976.1 MBR2109594.1 MBR2109594.1 QWD35723.1 QWD35723.1 MBL4910304.1 MBL4910304.1 WP_091032200.1 WP_091032200.1 WP_238486267.1 WP_238486267.1 EIW7596561.1 EIW7596561.1 EIW7596561.1 EBW1672033.1 WP_115357420.1 OEU77901.1 WP_115357420.1 WP_115357420.1 MCH9784543.1 MCH9784543.1 MCD4206375.1 MCD4206375.1 MBK8100495.1 MBK8100495.1 EAJ8453921.1 EAJ8453921.1 MBK9653437.1 MBK9653437.1 MBI2528438.1 WP_173283317.1 MBI2528438.1 MBI2528438.1 MCA1360809.1 WP_247424115.1 MCA1360809.1 MCA1360809.1 MBK9974619.1 MBK9974619.1 PBI27870.1 PBI27870.1 KAJ1535693.1 KAJ1535693.1 MBE9640947.1 KAF6802222.1 MBE9640947.1 MCT4573170.1 MBE9640947.1 MBE9640947.1 MBQ6107527.1 MBQ6107527.1 XP_030131005.3 XP_030131005.3 MCL6644735.1 MCL6644735.1 XP_040499486.1 XP_040499486.1 XP_043577599.1 XP_043577599.1 XP_002107991.1 XP_002107991.1 HAJ30683.1 MBX9747080.1 HAJ30683.1 HAJ30683.1 QNV11749.1 YP_009731821.1 QNV11749.1 AFN42320.1 QNV11749.1 QNV11749.1 BAD29386.1 BAD29386.1 MCL5999032.1 MCL5999032.1 WP_032407714.1 WP_032407714.1 MBQ1540263.1 MBQ7293051.1 MBQ1540263.1 MBQ1540263.1 KAH0956195.1 KAH0956195.1 NNM19111.1 NNM19111.1 MBX9947011.1 MBX9947011.1 WP_218022068.1 WP_218022068.1 MBK8142594.1 MBK8142594.1 GFX26854.1 GFX26854.1 WP_283640148.1 WP_283640148.1 MBR1866691.1 WP_087364392.1 MBR1866691.1 MBR1866691.1 MCB1329842.1 MCB1329842.1 WP_189671415.1 WP_189671415.1 MBN1187923.1 MBN1187923.1 XP_036700879.1 XP_036700879.1 MBV9252674.1 MBV9252674.1 MCC5948066.1 WP_254101325.1 MCC5948066.1 WP_270967954.1 MCC5948066.1 MCC5948066.1 MCC5948066.1 NDJ88951.1 MCC5948066.1 XP_052525039.1 WP_176623291.1 WP_176623291.1 BAR90558.1 BAR90558.1 WP_256527700.1 WP_256527700.1 PQM52169.1 PQM52169.1 OBB22832.1 OBB22832.1 KAI1138495.1 KAI1138495.1 OGO62636.1 OGO62636.1 RYQ91928.1 RYQ91928.1 MBM6667216.1 MBM6667216.1 WP_108494191.1 WP_134106059.1 WP_108494191.1 WP_108494191.1 PWA78445.1 PWA78445.1 WP_083249539.1 WP_083249539.1 EAL3378245.1 EAL3378245.1 KMT17181.1 KMT17181.1 WP_208557144.1 WP_208557144.1 KAJ2141250.1 KAJ2141250.1 MBQ7587638.1 MBQ7587638.1 WP_238850425.1 EHS0147317.1 WP_238850425.1 WP_238850425.1 MBJ4904885.1 MBJ4904885.1 XP_055296131.1 XP_055296131.1 WP_260479645.1 WP_260479645.1 WP_089563581.1 WP_089563581.1 XP_010263869.1 XP_010263869.1 MBQ9329940.1 MBQ9329940.1 MCB9082534.1 MCB9082534.1 WP_217309155.1 WP_217309155.1 WP_247879744.1 WP_247879744.1 WP_182050463.1 WP_182050463.1 WP_271418863.1 WP_271418863.1 PDX57421.1 PDX57421.1 WP_268551200.1 WP_268551200.1 MBO5962796.1 MBO5962796.1 WP_128604954.1 WP_128604954.1 WP_188167525.1 WP_188167525.1 MBQ7208271.1 MBQ7208271.1 PIF02276.1 PIF02276.1 MCM1504065.1 MCM1504065.1 WP_265258498.1 WP_265258498.1 XP_015665538.2 XP_015665538.2 WP_208405463.1 WP_208405463.1 MBS5124634.1 MBS5124634.1 XP_037020921.2 XP_037020921.2 WP_268422715.1 WP_268422715.1 WP_113928814.1 WP_113928814.1 MCI0601354.1 MCI0601354.1 MSV72798.1 MSV72798.1 WP_048886461.1 WP_048886461.1 WP_119328079.1 WP_158161316.1 WP_119328079.1 NNF05378.1 WP_119328079.1 WP_119328079.1 WP_253793201.1 WP_253793201.1 MBO5118622.1 MBQ7329863.1 MBO5118622.1 MBQ7086969.1 MBO5118622.1 MBO5118622.1 MBV8110278.1 MBV8110278.1 WP_258219484.1 WP_258219484.1 KAH7858561.1 KAH7858561.1 MBB7523286.1 MBB7523286.1 WP_184039851.1 WP_184039851.1 XP_053914187.1 XP_053914187.1 MAW35414.1 MAW35414.1 WP_139553477.1 WP_139553477.1 CAG8793492.1 CAG8793492.1 NOU20958.1 NOU20958.1 WP_096221151.1 WP_096221151.1 WP_217853533.1 WP_217853533.1 ATQ57711.1 WP_198297747.1 ATQ57711.1 ATQ57711.1 CAH1431027.1 CAH1431027.1 WP_250822302.1 PZS09564.1 WP_250822302.1 WP_250822302.1 EAI0195789.1 EAI0195789.1 XP_054357454.1 XP_054357454.1 CAI9280851.1 CAI9280851.1 WP_278329032.1 WP_278329032.1 MBL0183169.1 MBL0183169.1 TMG37032.1 TMG37032.1 WP_171469099.1 WP_171469099.1 WP_250898423.1 MCU1506104.1 WP_250898423.1 WP_250898423.1 SFI40936.1 MBI4599533.1 SFI40936.1 SFI40936.1 XP_023426040.1 XP_023426040.1 KAI3473816.1 EUJ18213.1 KAI3473816.1 WP_165144904.1 KAI3473816.1 KAI3473816.1 KAI3473816.1 URJ46333.1 KAI3473816.1 TEY22245.1 KAI3473816.1 WP_087222948.1 KAI3473816.1 EFC81578.1 WP_033776418.1 WP_033776418.1 NLD51718.1 NLD51718.1 MCK5694897.1 MCK5694897.1 XP_018682766.1 EAN4724137.1 XP_018682766.1 XP_018682766.1 XP_018682766.1 WP_224255409.1 XP_018682766.1 MBT4259674.1 WP_036077718.1 WP_143387569.1 WP_036077718.1 WP_036077718.1 WP_031132573.1 WP_031132573.1 MCI8828397.1 MCI8828397.1 WP_218804454.1 WP_218804454.1 XP_032873419.1 XP_032873419.1 NIR46571.1 NIR46571.1 MBC2695466.1 MBC2695466.1 MBP9134320.1 MBP9134320.1 MBM4010536.1 MBM4010536.1 NBB83031.1 NBB83031.1 GBN69281.1 GBN69281.1 KAF2637112.1 KAF2637112.1 WP_132898733.1 WP_132898733.1 NJI17449.1 NJI17449.1 WP_284053701.1 WP_284053701.1 TMI36513.1 TMI36513.1 WP_266784861.1 WP_266784861.1 MCP4144501.1 MCP4144501.1 MCH9693433.1 MCH9693433.1 MBN9560624.1 MBN9560624.1 WP_226387626.1 WP_226387626.1 WP_172394656.1 WP_172394656.1 WP_036671656.1 WP_036671656.1 MCJ7686803.1 MCJ7686803.1 WP_106817586.1 WP_106817586.1 MBI5333464.1 MBI5333464.1 MCA2691876.1 MCA2691876.1 WP_003067788.1 WP_003067788.1 XP_045615378.1 XP_045615378.1 WP_007678833.1 WP_012913739.1 WP_007678833.1 WP_007678833.1 AFC90328.1 AFC90328.1 EOH70952.1 EOH70952.1 WP_107387431.1 WP_107387431.1 WP_274976404.1 NNC58435.1 WP_274976404.1 MCC7304610.1 WP_274976404.1 MBQ2587741.1 WP_274976404.1 MCF2656092.1 WP_274976404.1 WP_274976404.1 WP_214130944.1 WP_214130944.1 WP_131166802.1 WP_098952357.1 WP_131166802.1 WP_066083732.1 WP_131166802.1 MCP5262709.1 WP_131166802.1 WP_131166802.1 WP_131166802.1 WP_107894076.1 WP_131166802.1 WP_036816548.1 WP_131166802.1 WP_226904802.1 HBE02941.1 HBE02941.1 AFU58940.1 AFU58940.1 MBW0108125.1 MBW0108125.1 WP_281163474.1 WP_281163474.1 WP_008860295.1 WP_008860295.1 XP_044366249.1 XP_044366249.1 MQA03337.1 MCB1505913.1 MQA03337.1 MQA03337.1 MCH3963123.1 MCH3963123.1 WP_260776178.1 WP_260776178.1 WP_195689481.1 WP_195689481.1 XP_051954746.1 XP_051954746.1 MCB9662416.1 MCB9662416.1 UJR03683.1 UJR03683.1 OLD52228.1 OLD52228.1 MBS2033149.1 MBS2033149.1 XP_030892138.1 XP_030892138.1 XP_018575520.1 XP_018575520.1 WP_050210146.1 WP_050210146.1 WP_050210146.1 MCA1930442.1 WP_059191156.1 WP_059191156.1 WP_014942931.1 WP_014942931.1 KAE8834307.1 KAE8834307.1 MCI5825153.1 MCI5825153.1 WP_114539302.1 WP_114539302.1 OOP55008.1 OOP55008.1 MBU6376428.1 MBU6376428.1 XP_050375343.1 XP_050375343.1 WP_216743397.1 WP_216743397.1 WP_123207952.1 WP_123207952.1 WP_180874312.1 WP_180874312.1 WP_085535344.1 WP_085535344.1 XP_025698866.1 XP_025698866.1 CAG1853776.1 CAG1853776.1 WP_166370521.1 WP_166370521.1 WP_189145586.1 WP_189145586.1 MBE2253919.1 MBE2253919.1 XP_016284980.1 XP_016284980.1 WP_109813103.1 WP_109813103.1 WP_184253104.1 WP_116393154.1 WP_184253104.1 WP_184253104.1 BCB83133.1 BCB83133.1 OBU40353.1 OBU40353.1 WP_024947943.1 WP_024947943.1 WP_230424277.1 WP_257633067.1 WP_230424277.1 WP_230424277.1 WP_077646570.1 WP_077646570.1 WP_058807138.1 WP_058807138.1 XP_033551505.1 XP_033551505.1 XP_033551505.1 KAG8816705.1 RZK87475.1 RZK87475.1 WP_115287442.1 WP_115287442.1 KAJ8398543.1 KAJ8398543.1 WP_204434340.1 WP_204434340.1 KAF2670900.1 KAF2670900.1 RLS24356.1 RLS24356.1 WP_063880179.1 WP_063880179.1 XP_024010268.1 XP_024010268.1 YP_009252784.1 YP_009252784.1 MCF6346354.1 MCF6346354.1 EAF4791746.1 EAF4791746.1 OBJ23133.1 OBJ23133.1 YP_004564419.1 YP_004564419.1 WP_039806668.1 WP_252122124.1 WP_039806668.1 WP_039806668.1 WP_039806668.1 WP_234521407.1 MAJ59213.1 MAJ59213.1 CAD8186381.1 CAD8186381.1 MBB1804587.1 MBB1804587.1 WP_236513170.1 WP_236513170.1 MBK9065949.1 MBK9065949.1 MCD8051495.1 MCD8051495.1 XP_010311338.1 XP_010311338.1 YP_010317795.1 YP_010317795.1 WP_283947944.1 WP_283947944.1 WP_124519303.1 WP_124519303.1 WP_110663263.1 WP_110663263.1 KAF2317565.1 KAF2317565.1 RDH15740.1 RDH15740.1 WP_154599351.1 WP_154599351.1 MBK8904706.1 MBK8904706.1 OEU68709.1 OEU68709.1 HAW53859.1 HAW53859.1 NP_001395973.1 NP_001395973.1 WP_096719144.1 WP_096719144.1 WP_006327457.1 WP_006327457.1 WP_081607935.1 WP_081607935.1 MCC6596976.1 MCC6596976.1 MCL2337464.1 MCL2337464.1 MCA9667429.1 MCA9667429.1 WP_264379403.1 WP_264379403.1 WP_108706918.1 WP_108706918.1 MCO4825170.1 MCO4825170.1 MCG8687614.1 WP_234123871.1 MCG8687614.1 MCG8687614.1 KAI4536634.1 KAI4536634.1 WP_109807231.1 WP_109807231.1 KAJ2336672.1 KAJ2336672.1 XP_021098423.1 XP_021098423.1 MCP4641540.1 MCP4641540.1 MBN1977789.1 MBN1977789.1 OIT39507.1 OIT39507.1 WP_022748957.1 WP_114054641.1 WP_022748957.1 EJS0734484.1 WP_022748957.1 WP_022748957.1 MBA4289549.1 MBA4289549.1 WP_171396840.1 WP_171396840.1 WP_064060986.1 WP_064060986.1 MCH4268493.1 MCH4268493.1 GFY83906.1 GFY83906.1 WP_132558606.1 WP_132558606.1 WP_164300700.1 WP_164300700.1 XP_016071528.1 XP_016071528.1 WP_143662806.1 WP_143662806.1 WP_234538829.1 WP_234538829.1 MBK7529683.1 MBK7529683.1 HIR66791.1 HIR66791.1 WP_263205390.1 WP_263205390.1 WP_024410349.1 WP_257107333.1 WP_024410349.1 OJG95819.1 WP_024410349.1 WP_198255508.1 WP_024410349.1 WP_024410349.1 MBQ9146327.1 MBQ9146327.1 MBC8266069.1 MBC8266069.1 KAG0597131.1 KAG0597131.1 WP_164706884.1 WP_164706884.1 WP_090874869.1 WP_090874869.1 WP_028781258.1 WP_028781258.1 MBT3931813.1 MBT3931813.1 WP_235903398.1 WP_235903398.1 QPX63240.1 QPX63240.1 XP_050578957.1 XP_050578957.1 CAD7234202.1 CAD7234202.1 PZR72038.1 PZR72038.1 KAG1302368.1 KAG1302368.1 WP_101574454.1 WP_101574454.1 PWI72242.1 PWI72242.1 AMC51858.1 AMC51858.1 WP_072519951.1 WP_072519951.1 WP_240226434.1 WP_240226434.1 WP_261695383.1 WP_261695383.1 WP_137974759.1 MAI76755.1 WP_137974759.1 WP_007683719.1 WP_137974759.1 WP_137974759.1 XP_047856915.1 XP_047856915.1 EYC35406.1 EYC35406.1 WP_256304635.1 WP_256304635.1 WP_033611379.1 WP_033611379.1 MSE05949.1 MSE05949.1 MBA4269667.1 MBA4269667.1 WP_132448671.1 WP_132448671.1 BBI69300.1 BBI69300.1 EBG8325683.1 EBG8325683.1 WP_139918144.1 WP_139918144.1 NIP96332.1 NIP96332.1 WP_190797347.1 WP_190797347.1 WP_068647811.1 WP_068647811.1 WP_201413968.1 WP_201413968.1 WP_269082627.1 WP_269082627.1 OQR96432.1 OQR96432.1 MCA9916937.1 MCA9916937.1 WP_256588339.1 WP_256588339.1 WP_209511935.1 WP_209511935.1 WP_169872418.1 WP_169872418.1 MBM3780037.1 MBM3780037.1 WP_130537043.1 WP_130537043.1 WP_129553552.1 TAH42824.1 WP_129553552.1 WP_129553552.1 SDI97994.1 SDI97994.1 OQY55840.1 OQY55840.1 WP_006761119.1 WP_006761119.1 WP_132579575.1 WP_132579575.1 WP_220073286.1 WP_220073286.1 XP_055198731.1 XP_055198731.1 KAJ1449837.1 KAJ1449837.1 MYS48845.1 MYS48845.1 XP_022120389.2 XP_022120389.2 WP_199936433.1 WP_199936433.1 WP_095556548.1 MBO0691049.1 WP_095556548.1 WP_095556548.1 NLN79518.1 NLN79518.1 HIG96475.1 HIG96475.1 XP_012066326.1 XP_012066326.1 WP_274604755.1 WP_274604755.1 MBL0280791.1 MBL0280791.1 XP_024081758.1 XP_024081758.1 KFK25655.1 KFK25655.1 WP_176572922.1 WP_091735241.1 WP_176572922.1 WP_176572922.1 XP_039286754.1 XP_039286754.1 MBK7906023.1 MBK7906023.1 MCP4742086.1 MCP4742086.1 WGY84075.1 WGY84075.1 RMG09135.1 RMG09135.1 XP_016192053.1 XP_016192053.1 RZJ10574.1 RZJ10574.1 MBQ6246919.1 MBQ6246919.1 MBE5709430.1 MBE5709430.1 WP_039930315.1 WP_039930315.1 KAF1039360.1 WP_109993532.1 KAF1039360.1 KAF1039360.1 WP_222952672.1 WP_222952672.1 WP_091759775.1 WP_091759775.1 WP_219486374.1 WP_219486374.1 WP_055091847.1 WP_055091847.1 EHK3702610.1 EHK3702610.1 EFV8345964.1 EFV8345964.1 MBB2134936.1 MBB2134936.1 WP_162485939.1 WP_162485939.1 KFF47610.1 WP_107352122.1 KFF47610.1 KFF47610.1 HBC7850765.1 HBC7850765.1 WP_026729912.1 WP_026729912.1 MBU2837240.1 MBU2837240.1 MCE1200518.1 MCE1200518.1 CAA9338705.1 CAA9338705.1 MBE6491651.1 MBE6491651.1 WP_255632456.1 WP_255632456.1 WP_120851940.1 WP_120851940.1 WP_230269925.1 WP_230269925.1 QBL97920.1 QBL97920.1 KAJ3865263.1 KAJ3865263.1 MBQ2085260.1 MBQ2085260.1 KAH3670308.1 KAH3670308.1 WP_013611731.1 WP_013611731.1 SFX27592.1 SFX27592.1 KAJ1918571.1 KAJ1918571.1 WP_190728164.1 WP_190728164.1 MCD1648821.1 MCD1648821.1 WP_002318774.1 WP_002318774.1 GDX50632.1 MCB0558738.1 GDX50632.1 GDX50632.1 NUP45658.1 NUP45658.1 EED8954498.1 EED8954498.1 MBU0638288.1 MBU0638288.1 XP_023618023.1 XP_023618023.1 KAJ7901288.1 KAJ7901288.1 WP_005969797.1 WP_005969797.1 WP_168976500.1 WP_168976500.1 WP_061213510.1 WP_061213510.1 TLZ56659.1 TLZ56659.1 WP_254860001.1 WP_254860001.1 WP_147757699.1 WP_147757699.1 MBQ7514694.1 MBQ7514694.1 KAJ8599810.1 KAJ8599810.1 ADT83844.1 ADT83844.1 CQR43717.1 CQR43717.1 AZT92937.1 AZT92937.1 MCG8609391.1 MCG8609391.1 WP_143435921.1 WP_143435921.1 KAI5237214.1 KAI5237214.1 KAI4790364.1 KAI4790364.1 KAI7428497.1 KAI7428497.1 WP_023840997.1 MBJ7506254.1 WP_023840997.1 WP_023840997.1 MCL5016798.1 MCL5016798.1 HJC43196.1 HJC43196.1 XP_033115746.1 XP_033115746.1 MCA9828892.1 MCA9828892.1 KAE9534034.1 KAE9534034.1 WP_099723413.1 WP_099723413.1 MCR4805905.1 MCR4805905.1 MXV83649.1 MXV83649.1 WP_129502220.1 WP_129502220.1 VDL88157.1 VDL88157.1 WP_205833587.1 WP_205833587.1 XP_028540875.1 XP_028540875.1 WP_004127832.1 WP_004127832.1 KAI1294496.1 KAI1294496.1 MBA2742690.1 MBA2742690.1 OWZ15943.1 OWZ15943.1 KAJ0788155.1 KAJ0788155.1 KAJ3641143.1 KAJ3641143.1 OSS44110.1 OSS44110.1 XP_003878446.1 XP_003878446.1 ONK59585.1 ONK59585.1 KAJ9220763.1 KAJ9220763.1 WP_102296123.1 WP_102296123.1 RBQ75851.1 RBQ75851.1 WP_247498151.1 WP_092156886.1 WP_247498151.1 WP_247498151.1 WP_002264996.1 WP_002264996.1 WP_125091196.1 WP_125091196.1 WP_272906673.1 WP_124213670.1 WP_272906673.1 KNY10996.1 WP_272906673.1 WP_164653811.1 WP_272906673.1 WP_272906673.1 WP_272906673.1 WP_278449211.1 WP_239280620.1 AHG02917.1 WP_239280620.1 WP_149656427.1 WP_239280620.1 MBE7554905.1 WP_239280620.1 MBB3097508.1 WP_239280620.1 WP_208042111.1 WP_239280620.1 KQB14740.1 WP_239280620.1 WP_239280620.1 WP_239280620.1 KAB2860347.1 WP_239280620.1 MBX7055839.1 MCE2456387.1 AMJ52230.1 MCE2456387.1 MCE2456387.1 KAH0455857.1 KAH0455857.1 MBO7602558.1 MBO7602558.1 MBA3364572.1 MBA3364572.1 KAF6037074.1 KAF6037074.1 EJD6083724.1 EJD6083724.1 XP_053603972.1 XP_053603972.1 WP_168987397.1 WP_168987397.1 WP_087514544.1 WP_087514544.1 MBL4661703.1 MBL4661703.1 WP_157447226.1 WP_157447226.1 KAE9687153.1 KAE9687153.1 HED33315.1 HED33315.1 WP_000446844.1 WP_000446844.1 WP_168945101.1 WP_168945101.1 TIW69825.1 TIW69825.1 WP_143823896.1 WP_143823896.1 XP_031104936.1 XP_031104936.1 WP_258228246.1 WP_258228246.1 WP_183883741.1 WP_183883741.1 EHG9421715.1 EHG9421715.1 OMH80233.1 OMH80233.1 WP_041302673.1 WP_081845076.1 WP_041302673.1 WP_041302673.1 MCE8014926.1 MCE8014926.1 WP_173267071.1 WP_173267071.1 KAF5344437.1 KAF5344437.1 WP_190457829.1 WP_190457829.1 MBX3242409.1 MBX3242409.1 MBL9113742.1 MBL9113742.1 XP_007828713.1 XP_007828713.1 HIZ96099.1 WP_238869695.1 HIZ96099.1 HIZ96099.1 KAI6857291.1 KAI6857291.1 XP_007077310.1 XP_007077310.1 WP_123470196.1 WP_123470196.1 WP_008292946.1 MBX7220138.1 WP_008292946.1 WP_008292946.1 WP_140476737.1 WP_140476737.1 CAI9301549.1 CAI9301549.1 MUN40768.1 AMW35569.1 MUN40768.1 MUN40768.1 WP_046278045.1 MCD6419504.1 WP_046278045.1 WP_046278045.1 WP_059376966.1 WP_059376966.1 KAG5276208.1 KAG5276208.1 CDQ50939.1 CDQ50939.1 OOF77949.1 OOF77949.1 MCO2595964.1 MCO2595964.1 WP_279150283.1 WP_279150283.1 MBV8133755.1 WP_204037257.1 MBV8133755.1 MBD7990178.1 MBV8133755.1 MBV8133755.1 WP_074642620.1 WP_074642620.1 KAG7534354.1 KAG7534354.1 EFE9598678.1 EFE9598678.1 WP_183662448.1 WP_183662448.1 MBR0198895.1 MBR0198895.1 WP_068241828.1 WP_068241828.1 WP_029222917.1 WP_029222917.1 GJP56269.1 GJP56269.1 NCS93910.1 NCS93910.1 HIZ21956.1 HIZ21956.1 WP_095173689.1 WP_095173689.1 XP_012504886.1 XP_012504886.1 OJT13672.1 OJT13672.1 XP_039870427.1 XP_039870427.1 WP_127202744.1 WP_127202744.1 WP_140214184.1 WP_140214184.1 WP_282791351.1 WP_282791351.1 WP_200652460.1 WP_200652460.1 WP_129825188.1 WP_129825188.1 MBX5450151.1 MBX5450151.1 WP_081851094.1 WP_081851094.1 MRR30429.1 MRR30429.1 WP_125849054.1 WP_125849054.1 WP_244631495.1 WP_244631495.1 WP_222323558.1 WP_222323558.1 VVC36036.1 VVC36036.1 MBL6607133.1 MBL6607133.1 DAO54200.1 DAO54200.1 XP_036914921.1 XP_036914921.1 QWG36045.1 QWG36045.1 WP_110066977.1 WP_110066977.1 KAF2570897.1 KAF2570897.1 MCK4236496.1 MCK4236496.1 XP_041912709.1 XP_041912709.1 WP_026564934.1 WP_158934128.1 WP_026564934.1 WP_026564934.1 WP_121953554.1 WP_121953554.1 WP_169877562.1 WP_169877562.1 GFU30764.1 GFU30764.1 WP_231496029.1 WP_231496029.1 EJE2345556.1 EJE2345556.1 WP_260821709.1 WP_260821709.1 KWD88427.1 KWD88427.1 XP_022824318.1 HHJ06374.1 XP_022824318.1 XP_022824318.1 MCB0405579.1 MCB0405579.1 MBN2020480.1 MBN2020480.1 WP_268678783.1 WP_268678783.1 EGS8470081.1 WP_283525395.1 EGS8470081.1 MBX6373297.1 EGS8470081.1 EGS8470081.1 AAM52216.1 AAM52216.1 PYP75467.1 PYP75467.1 KAI9522339.1 KAI9522339.1 WP_120851171.1 WP_120851171.1 WP_235274869.1 WP_235274869.1 WP_101000040.1 WP_101000040.1 WP_250676265.1 WP_250676265.1 WP_002857697.1 MBN9625832.1 WP_002857697.1 GGS66510.1 WP_002857697.1 NEX64733.1 WP_002857697.1 WP_002857697.1 WP_067835961.1 WP_067835961.1 WP_153853838.1 WP_153853838.1 OAO15975.1 OAO15975.1 MBN2427654.1 MBN2427654.1 MBN2427654.1 MBP6400846.1 EEZ9625188.1 EEZ9625188.1 WP_255519487.1 WP_255519487.1 MCH7568487.1 MCH7568487.1 WP_260264417.1 WP_260264417.1 EAC1801539.1 EAC1801539.1 XP_020425985.1 XP_020425985.1 KAA1094631.1 KAA1094631.1 HAA59914.1 HAA59914.1 PTI43160.1 PTI43160.1 WP_128942179.1 WP_128942179.1 WP_261996416.1 WP_261996416.1 WP_264218405.1 WP_264218405.1 MBQ5584458.1 WP_007708736.1 MBQ5584458.1 WP_026893585.1 MBQ5584458.1 WP_101794136.1 MBQ5584458.1 EAG2350674.1 MBQ5584458.1 WP_188888464.1 MBQ5584458.1 WP_186723788.1 MBQ5584458.1 WP_069156513.1 MBQ5584458.1 MBP1530348.1 MBQ5584458.1 EAC1232420.1 MBQ5584458.1 WP_064652354.1 MBQ5584458.1 WP_194544138.1 MBQ5584458.1 MBQ5584458.1 MBQ5584458.1 MCL7714424.1 MBQ5584458.1 PYP94120.1 WP_050837451.1 WP_050837451.1 WP_261802249.1 WP_261802249.1 WP_222599035.1 WP_222599035.1 KAI7371949.1 KAI7371949.1 XP_034729382.1 XP_034729382.1 ARS36073.1 ARS36073.1 MBW3244368.1 MBW3244368.1 HCD14621.1 WP_135306871.1 HCD14621.1 QEC74319.1 HCD14621.1 HCD14621.1 XP_045954854.1 XP_045954854.1 WP_116803659.1 WP_116803659.1 EAE1668788.1 EAE1668788.1 WP_223489404.1 WP_223489404.1 WP_260320705.1 MBV8508112.1 WP_260320705.1 WP_260320705.1 WP_164636708.1 2VGF_A WP_164636708.1 WP_164636708.1 XP_036201052.1 XP_036201052.1 NGY89703.1 NGY89703.1 CAG8457419.1 CAG8457419.1 WP_108879099.1 WP_108879099.1 WP_033105884.1 WP_033105884.1 WP_049771622.1 WP_049771622.1 HIR95098.1 HIR95098.1 KAF8288686.1 KAF8288686.1 MXE70911.1 MXE70911.1 XP_054030025.1 XP_054030025.1 MCR5093499.1 MCR5093499.1 KAJ2074960.1 KAJ2074960.1 WP_281094896.1 WP_281094896.1 KJY45691.1 KJY45691.1 GFR70582.1 GFR70582.1 KAG6025013.1 KAG6025013.1 NAZ85407.1 NAZ85407.1 WP_278960438.1 WP_278960438.1 WP_032884901.1 WP_250824310.1 WP_032884901.1 WP_032884901.1 WP_018916691.1 WP_018916691.1 NEB38825.1 WP_131284109.1 NEB38825.1 NEB38825.1 MCU0925088.1 MCU0925088.1 WP_067041261.1 WP_067041261.1 WP_166106360.1 WP_166106360.1 WP_139994336.1 WP_059171534.1 WP_139994336.1 WP_139994336.1 WP_232939508.1 WP_232939508.1 WP_182039401.1 WP_019182526.1 WP_182039401.1 WP_182039401.1 THB74636.1 THB74636.1 PIO49166.1 PIO49166.1 MBU1707539.1 MBU1707539.1 MBR2564295.1 MBR2564295.1 CAB0034103.1 CAB0034103.1 WP_004762412.1 WP_004762412.1 MBW0445137.1 MBW0445137.1 WP_062300449.1 WP_062300449.1 VAH04400.1 VAH04400.1 WP_010251888.1 WP_010251888.1 PTE76569.1 PTE76569.1 WP_213753432.1 MBR5168981.1 WP_213753432.1 WP_213753432.1 MBM4292280.1 MBM4292280.1 MBP5405476.1 MBP5405476.1 KAJ7413400.1 KAJ7413400.1 OUV52596.1 OUV52596.1 MBE0500203.1 MBE0500203.1 EER6968786.1 EER6968786.1 XP_023840445.1 XP_023840445.1 WP_279826355.1 MBB2902420.1 WP_279826355.1 WP_279826355.1 MCK6542200.1 MCK6542200.1 XP_033530744.1 XP_033530744.1 WP_070999907.1 WP_070999907.1 KAJ7966218.1 KAJ7966218.1 URE29467.1 URE29467.1 THB72442.1 THB72442.1 KAJ3286973.1 KAJ3286973.1 PIQ07033.1 OHA02323.1 PIQ07033.1 PIQ07033.1 WP_218036247.1 WP_218036247.1 EBS3704194.1 WP_237762402.1 EBS3704194.1 ECD4982842.1 EBS3704194.1 WP_202291019.1 EBS3704194.1 WP_222168304.1 EBS3704194.1 EBS3704194.1 EBS3704194.1 WP_242685612.1 WP_230324968.1 WP_230324968.1 HCI08118.1 HCI08118.1 WP_162445525.1 WP_162445525.1 WP_168414869.1 WP_168414869.1 WP_005921846.1 WP_005921846.1 WP_094876339.1 WP_094876339.1 MCC2649654.1 MCC2649654.1 XP_050861105.1 XP_050861105.1 HAF6482379.1 HAF6482379.1 KAG9223390.1 KAG9223390.1 MBQ5629560.1 MBQ5629560.1 WP_096231334.1 WP_096231334.1 WP_060393952.1 WP_060393952.1 XP_045099932.1 XP_045099932.1 MCU0236787.1 MCU0236787.1 MBO8466917.1 MBO8466917.1 MBB8005642.1 MBB8005642.1 WP_265279605.1 WP_265279605.1 WP_236355782.1 WP_236355782.1 WP_236355782.1 NDH41984.1 EEW4501628.1 EEW4501628.1 EGO6711073.1 EGO6711073.1 EYC39616.1 EYC39616.1 EAQ6361894.1 EAQ6361894.1 KAJ0452418.1 KAJ0452418.1 WP_079277665.1 WP_079277665.1 WP_248562494.1 WP_248562494.1 WP_062756220.1 WP_062756220.1 XP_051536923.1 XP_046907253.1 XP_051536923.1 XP_051536923.1 KAG6471244.1 KAG6471244.1 WP_258613669.1 WP_258613669.1 MBN3324024.1 XP_025046235.1 MBN3324024.1 MBN3324024.1 MCD8106539.1 MCD8106539.1 RQM07044.1 RQM07044.1 WP_008959270.1 WP_008959270.1 KAF7985745.1 KAF7985745.1 EJR4237259.1 EJR4237259.1 AWX41049.1 AWX41049.1 PYQ07964.1 PYQ07964.1 HAG62657.1 WP_037548932.1 HAG62657.1 HAG62657.1 HAG62657.1 WP_169940736.1 EFF4884300.1 EFF4884300.1 MCJ8729721.1 MCJ8729721.1 WP_132944465.1 WP_132944465.1 KAF4018288.1 KAF4018288.1 WP_267586803.1 WP_267586803.1 WP_076451668.1 WP_076451668.1 WP_026591533.1 WP_026591533.1 SKA28887.1 SKA28887.1 GFA35713.1 GFA35713.1 WP_054435236.1 WP_145643501.1 WP_054435236.1 WP_054435236.1 WP_054435236.1 KLR59865.1 WP_269572442.1 WP_269572442.1 WP_263177763.1 WP_263177763.1 MCP5114939.1 MCP5114939.1 TKX51930.1 TKX51930.1 MBI1328179.1 MBI1328179.1 WP_111479522.1 ERO62343.1 WP_111479522.1 WP_111479522.1 MBU6237646.1 MBU6237646.1 XP_028705251.1 XP_028705251.1 XP_039308535.1 XP_039308535.1 MBO5932171.1 MBO5932171.1 MCF1432737.1 MCF1432737.1 KAI6705356.1 KAI6705356.1 GLR41095.1 WP_050580425.1 GLR41095.1 GLR41095.1 MBU4440546.1 MBU4440546.1 MCI5497968.1 MCI5497968.1 KAF3016851.1 KAF3016851.1 MBZ0167657.1 MBZ0167657.1 WP_201297008.1 WP_201297008.1 WP_003245665.1 WP_003245665.1 MBQ8460137.1 MBQ8460137.1 WP_188412405.1 WP_188412405.1 MBK7412786.1 MBK7412786.1 WP_259858510.1 WP_259858510.1 KAG9339452.1 KAG9339452.1 WP_195473821.1 WP_195473821.1 WP_115748516.1 NJO91920.1 WP_115748516.1 WP_115748516.1 KAJ4013743.1 KAJ4013743.1 MBC7406653.1 MBC7406653.1 EFB15155.1 EFB15155.1 PYX81094.1 PYX81094.1 WP_163095201.1 WP_163095201.1 MBQ1271561.1 MBQ1271561.1 WP_268311115.1 WP_268311115.1 WP_255991635.1 WP_255991635.1 GAT48029.1 GAT48029.1 NVO57457.1 NVO57457.1 WP_070720871.1 WP_070720871.1 WP_063274718.1 WP_063274718.1 WP_202100641.1 WP_202100641.1 TWW80208.1 TWW80208.1 XP_011760839.1 XP_011760839.1 KAJ2823714.1 KAJ2823714.1 HAO77415.1 HAO77415.1 XP_052496526.1 XP_052496526.1 MBV9352198.1 MBV9352198.1 MBP1602824.1 MBP1602824.1 ODT35417.1 ODT35417.1 WP_104684232.1 WP_104684232.1 KFQ97446.1 KFQ97446.1 CAH1278847.1 CAH1278847.1 MBQ3573680.1 MBQ3573680.1 KAG2343201.1 KAG2343201.1 WP_251989158.1 WP_251989158.1 MCS2900418.1 WP_255435582.1 MCS2900418.1 MBI3448467.1 MCS2900418.1 MBI5438416.1 MCS2900418.1 MCS2900418.1 WP_253349177.1 WP_253349177.1 EED0743056.1 EED0743056.1 WP_030383398.1 WP_030383398.1 MBR2088606.1 MBR2088606.1 MAN53906.1 MAN53906.1 WP_173119692.1 WP_173119692.1 OJW76341.1 OJW76341.1 WP_121538494.1 WP_121538494.1 MBB1728438.1 MBB1728438.1 EDU63556.1 EDU63556.1 EDQ8124076.1 EDQ8124076.1 WP_047203279.1 NLH91916.1 WP_047203279.1 WP_047203279.1 KAH0130274.1 KAH0130274.1 DAQ89956.1 DAQ89956.1 NWH38694.1 NWH38694.1 WP_071877135.1 WP_071877135.1 MBC7935646.1 MBC7935646.1 MCA9664716.1 MCA9664716.1 CCD14225.1 CCD14225.1 KAE9611124.1 KAE9611124.1 KRL72956.1 KRL72956.1 RHP79651.1 RHP79651.1 MSZ96355.1 MSZ96355.1 MCB0501525.1 MCB0501525.1 CAI2640540.1 NDD01017.1 CAI2640540.1 CAI2640540.1 XP_018906655.1 XP_018906655.1 STI83942.1 STI83942.1 OKZ85006.1 OKZ85006.1 NLI10446.1 NLI10446.1 POS85366.1 POS85366.1 WP_079908511.1 WP_079908511.1 MCF6390562.1 MCF6390562.1 WP_127953526.1 WP_127953526.1 SFQ01701.1 SFQ01701.1 MBO5336885.1 OCR38384.1 MBO5336885.1 MBO5336885.1 HCG9411603.1 WP_218790267.1 HCG9411603.1 WP_017171503.1 HCG9411603.1 HCG9411603.1 AAF62532.1 AAF62532.1 CDS15483.1 CDS15483.1 MCQ2578417.1 MCQ2578417.1 WP_237962375.1 WP_237962375.1 KAH8980086.1 KAH8980086.1 WP_205541900.1 WP_205541900.1 MCF7917901.1 MCF7917901.1 MBQ7693256.1 MBR0144760.1 MBQ7693256.1 MBQ7693256.1 WP_085451092.1 WP_085451092.1 OMH39194.1 OMH39194.1 WP_265245651.1 WP_265245651.1 HHT71325.1 HHT71325.1 WP_266882648.1 WP_266882648.1 WP_058002390.1 WP_058002390.1 WP_149771049.1 WP_149771049.1 MBQ9456987.1 MBQ9456987.1 WP_245384442.1 WP_167301289.1 WP_245384442.1 WP_245384442.1 ATN35154.1 ATN35154.1 MHQ93786.1 WP_239517986.1 MHQ93786.1 MHQ93786.1 XP_023589550.1 XP_023589550.1 MBO5287652.1 MBO5287652.1 WP_040009751.1 WP_040009751.1 WP_197201326.1 WP_197201326.1 WP_015314674.1 WP_015314674.1 WP_015314674.1 CCK15435.1 CAG8151748.1 CAG8151748.1 WP_202269095.1 WP_202269095.1 WP_248403399.1 WP_248403399.1 EWZ28924.1 EWZ28924.1 WP_139573954.1 WP_139573954.1 WP_138838620.1 WP_138838620.1 CAH1454680.1 CAH1454680.1 MBR4964110.1 MBR4964110.1 WP_246303703.1 WP_246303703.1 OYY81277.1 OYY81277.1 AWY63092.1 AWY63092.1 WP_061583028.1 WP_061583028.1 WP_259695835.1 WP_259695835.1 WP_044328211.1 WP_044328211.1 NXC48933.1 NXC48933.1 MCP4974199.1 MCP4974199.1 KAG4104878.1 KAG4104878.1 KKQ77718.1 WP_070552687.1 KKQ77718.1 KKQ77718.1 PSK49415.1 PSK49415.1 WP_063415362.1 WP_063415362.1 WP_247740288.1 WP_247740288.1 MBV9168199.1 MBV9168199.1 KAJ6994162.1 MBY0273331.1 KAJ6994162.1 KAJ6994162.1 QVX70521.1 UZH89542.1 QVX70521.1 UUS71569.1 QVX70521.1 USL51576.1 QVX70521.1 UGX22439.1 QVX70521.1 UHB14670.1 QVX70521.1 UIX40308.1 QVX70521.1 UYC71619.1 QVX70521.1 QXI91160.1 QVX70521.1 QUM20585.1 QVX70521.1 QVX70521.1 QVX70521.1 UDK40309.1 QVX70521.1 UHK01047.1 QVX70521.1 QUE11983.1 QVX70521.1 UBN63752.1 QVX70521.1 UPU53169.1 WP_247406571.1 WP_247406571.1 QBR70480.1 QBR70480.1 GGY65584.1 GGY65584.1 WP_149651004.1 WP_149651004.1 WP_223843725.1 MCL4467776.1 WP_223843725.1 WP_223843725.1 MBA3914538.1 MBA3914538.1 WP_268645109.1 WP_268645109.1 OLO59787.1 OLO59787.1 PWY99603.1 PWY99603.1 MBP8960789.1 MBP8960789.1 WP_102529905.1 WP_102529905.1 WP_251835880.1 WP_251835880.1 WP_271202339.1 WP_271202339.1 MBP1746912.1 TML70651.1 MBP1746912.1 MBP1746912.1 MBP1746912.1 MCA0387421.1 MCF4165308.1 MCF4165308.1 WP_086536228.1 WP_086536228.1 MBT8422994.1 MBT8422994.1 WP_232947168.1 WP_232947168.1 WP_245248603.1 WP_245248603.1 XP_056420557.1 XP_056420557.1 NEP46602.1 NEP46602.1 KAI5750574.1 KAI5750574.1 XP_046618542.1 XP_046618542.1 MBX2992548.1 MBX2992548.1 GDX41819.1 GDX41819.1 MCI9050290.1 MCI9050290.1 MBE6344311.1 MBE6344311.1 MBQ3420014.1 MBQ3420014.1 MCP4716728.1 MCP4716728.1 WP_141098672.1 WP_141098672.1 WP_096561808.1 WP_096561808.1 WP_146780046.1 WP_146780046.1 WP_251223476.1 WP_251223476.1 GGR71723.1 GGR71723.1 XP_031122780.1 XP_031122780.1 WP_003303823.1 WP_003303823.1 MCL2808632.1 MCL2808632.1 WP_030720866.1 WP_030720866.1 XP_047978269.1 XP_044485440.1 XP_047978269.1 XP_047978269.1 MCR5498557.1 MCR5498557.1 WP_230359455.1 WP_230359455.1 MBX2942005.1 MBX2942005.1 WP_024953993.1 WP_024953993.1 WP_107020819.1 WP_107020819.1 WP_240755700.1 WP_240755700.1 OAX39412.1 OAX39412.1 MBV8195826.1 MBV8195826.1 MBF0987109.1 MBF0987109.1 WP_083951119.1 WP_083951119.1 MBO4859232.1 MBO4859232.1 MCI8350609.1 MCI8350609.1 HJD49103.1 HJD49103.1 PYT05517.1 PYT05517.1 QIC18874.1 QIC18874.1 MBQ9047503.1 MBQ9047503.1 MBO6078463.1 WP_259770126.1 MBO6078463.1 MBO6078463.1 VWM24802.1 VWM24802.1 MCD0485423.1 MCD0485423.1 WP_113120276.1 PKL40887.1 WP_113120276.1 WP_113120276.1 OSX70183.1 OSX70183.1 WP_283099644.1 WP_283099644.1 KAJ3501609.1 KAJ3501609.1 ECZ1075286.1 ECZ1075286.1 WP_053236900.1 WP_053236900.1 WP_089566156.1 WP_089566156.1 GFV68115.1 GFV68115.1 WP_206760453.1 WP_206760453.1 MBP3534615.1 MBP3534615.1 CAH1398908.1 CAH1398908.1 KAI8373711.1 KAI8373711.1 XP_007121961.1 XP_007121961.1 ABY20040.1 ABY20040.1 XP_053218984.1 XP_053218984.1 KAJ0483518.1 KAJ0483518.1 MCH1598717.1 MCH1598717.1 MCE2791243.1 MCE2791243.1 PUB18616.1 PUB18616.1 KAH9956814.1 KAH9956814.1 WP_030094039.1 WP_065073015.1 WP_030094039.1 WP_030094039.1 KAF1017786.1 TMK27100.1 KAF1017786.1 KAF1017786.1 NGZ99312.1 NGZ99312.1 MBL1816365.1 MBL1816365.1 TMQ05501.1 TMQ05501.1 MBN8894000.1 MBN8894000.1 RRH78400.1 RRH78400.1 ECU3870451.1 ECU3870451.1 KAG0031507.1 TYG81953.1 KAG0031507.1 KAF1947782.1 KAG0031507.1 KAG0031507.1 KAG0031507.1 ESR55765.1 TMJ88229.1 TMJ88229.1 AEN92745.1 AEN92745.1 RSL41043.1 RSL41043.1 WP_235620461.1 WP_235620461.1 AGV54449.1 AGV54449.1 WP_124691753.1 WP_124691753.1 KPM41539.1 KPM41539.1 MBX5327472.1 MBX5327472.1 WP_266535309.1 WP_266535309.1 WP_010016619.1 WP_010016619.1 WP_010016619.1 MBO5098538.1 WP_039789871.1 WP_039789871.1 MCP2519657.1 MBR2609817.1 MCP2519657.1 MCP2519657.1 MBA3609961.1 MCU1411638.1 MBA3609961.1 MBQ6794463.1 MBA3609961.1 OWZ34415.1 MBA3609961.1 WP_160194147.1 MBA3609961.1 MBA3609961.1 MBA3609961.1 MCM2356329.1 MBA3609961.1 MCF7895906.1 MBA3609961.1 ELZ16407.1 MCL7398932.1 MCL7398932.1 MCU0269282.1 MCU0269282.1 WP_200543170.1 WP_200543170.1 MBF2036494.1 MBF2036494.1 XP_052337646.1 XP_052337646.1 WP_201700143.1 WP_201700143.1 MBE35268.1 MBE35268.1 MYI74371.1 MYI74371.1 WP_280941535.1 WP_280941535.1 KAJ0963891.1 KAJ0963891.1 WP_238068046.1 WP_238068046.1 WP_271340374.1 WP_271340374.1 WP_019045265.1 WP_019045265.1 ECX3143969.1 ECX3143969.1 MSR47408.1 MSR47408.1 WP_118757260.1 WP_118757260.1 NPA74709.1 NPA74709.1 WP_083062905.1 MBR0160695.1 WP_083062905.1 WP_083062905.1 WP_083062905.1 WP_027951454.1 WP_254819486.1 WP_254819486.1 WP_209834627.1 WP_209834627.1 WP_116235933.1 WP_116235933.1 WP_103640433.1 WP_103640433.1 NOZ81161.1 NOZ81161.1 NLL42224.1 NLL42224.1 YP_010101702.1 YP_010101702.1 XP_044655078.1 XP_044655078.1 MCS3353511.1 MCS3353511.1 MBQ1183295.1 MBP7061284.1 MBQ1183295.1 MBQ1183295.1 XP_040549882.1 XP_040549882.1 WP_146661090.1 WP_146661090.1 RYO44776.1 RYO44776.1 NQY65348.1 NQY65348.1 WP_233927803.1 WP_233927803.1 EBR8320535.1 EBR8320535.1 MCB1452120.1 MCB1452120.1 MCK4540455.1 MCK4540455.1 WP_002951147.1 WP_002951147.1 RTG88278.1 RTG88278.1 MCI9173074.1 MCI9173074.1 HAS9516566.1 HAS9516566.1 KAI4297075.1 KAI4297075.1 BAW23943.1 BAW23943.1 WP_182232449.1 WP_182232449.1 MBT3329129.1 MBT3329129.1 WP_112978543.1 WP_112978543.1 WP_275397725.1 WP_275397725.1 NVJ87065.1 NVJ87065.1 WP_271569319.1 WP_271569319.1 EWT02607.1 EWT02607.1 WP_001884703.1 WP_001884703.1 WP_231483373.1 WP_231483373.1 KAH9316303.1 KAH9316303.1 WP_226909596.1 WP_226909596.1 QEP12732.1 QEP12732.1 MBF8300261.1 MBF8300261.1 WP_088557458.1 WP_088557458.1 OCN18427.1 OCN18427.1 UQV46285.1 UQV46285.1 WP_223326327.1 MBS6066499.1 WP_223326327.1 WP_223326327.1 WP_274192231.1 WP_274192231.1 WP_217101611.1 WP_166725305.1 WP_217101611.1 WP_217101611.1 WP_217101611.1 WP_213750918.1 MBN2090897.1 MBN2090897.1 AVJ74934.1 AVJ74934.1 WP_103294927.1 WP_103294927.1 MCD4768021.1 MCD4768021.1 WP_129895541.1 WP_129895541.1 XP_016211170.1 XP_016211170.1 EIO3984852.1 EIO3984852.1 CDL67554.1 CDL67554.1 HHY02707.1 HHY02707.1 CAD6270987.1 NQX99425.1 CAD6270987.1 CAD6270987.1 WP_160149429.1 WP_160149429.1 WP_257358148.1 WP_257358148.1 WP_194266302.1 WP_194266302.1 WP_188948933.1 WP_188948933.1 WP_205188895.1 WP_205188895.1 WP_116691934.1 WP_116691934.1 WP_273597572.1 WP_273597572.1 WP_198465579.1 WP_198465579.1 KAI0008979.1 KAI0008979.1 OIV35259.1 OIV35259.1 EIQ2008784.1 EIQ2008784.1 MBP8846809.1 MBP8846809.1 WP_054895058.1 WP_054895058.1 CAH1250835.1 CAH1250835.1 WP_200599363.1 WP_200599363.1 WP_200599363.1 HCI3868538.1 KRM25387.1 KRM25387.1 WP_150146969.1 NJE80740.1 WP_150146969.1 WP_190630613.1 WP_150146969.1 WP_150146969.1 XP_032275630.1 XP_032275630.1 KDT27382.1 KDT27382.1 KDT27382.1 HAN0352225.1 WP_064802002.1 WP_179156843.1 WP_064802002.1 WP_270430070.1 WP_064802002.1 MBW4662439.1 WP_064802002.1 WP_090419626.1 WP_064802002.1 WP_064802002.1 WP_064802002.1 WP_250015522.1 WP_064802002.1 PAW68992.1 MBL04873.1 MBL04873.1 OGW26817.1 OGW26817.1 OGU26820.1 OGU26820.1 WP_094590349.1 WP_094590349.1 NOR80888.1 WP_177420403.1 NOR80888.1 NOR80888.1 MBB4616026.1 MBB4616026.1 XP_016252004.1 XP_016252004.1 WP_217297942.1 WP_217297942.1 MBE1296527.1 MBE1296527.1 MCI7428666.1 MCI7428666.1 KAJ3308761.1 KAJ3308761.1 WP_063055719.1 WP_063055719.1 MCB0773217.1 MCB0773217.1 MBR6403893.1 MBR6403893.1 DAC17040.1 DAC17040.1 PMP70922.1 PMP70922.1 NDB23390.1 NDB23390.1 MCL4849599.1 MCL4849599.1 EIA4708990.1 EIA4708990.1 WP_130858156.1 WP_130858156.1 KAI3849778.1 KAI3849778.1 HIS27960.1 WP_111083956.1 HIS27960.1 WP_062263491.1 HIS27960.1 HIS27960.1 WP_202165152.1 WP_202165152.1 WP_281675368.1 WP_142590093.1 WP_281675368.1 WP_281675368.1 WP_281675368.1 WP_086353716.1 MBS6326441.1 MBS6326441.1 KAB2647529.1 KAB2647529.1 WP_051789242.1 WP_130237435.1 WP_051789242.1 WP_051789242.1 XP_039509588.1 XP_039509588.1 WP_039337636.1 WP_039337636.1 XP_042622198.1 XP_042622198.1 WP_248721304.1 WP_248721304.1 KAF6360286.1 KAF6360286.1 WP_099061260.1 WP_099061260.1 WP_279374958.1 WP_279374958.1 CAA9391925.1 CAA9391925.1 MCJ7733050.1 MCJ7733050.1 WP_244450453.1 WP_244450453.1 WP_176366948.1 WP_176366948.1 WP_194430615.1 WP_194430615.1 KAG7164393.1 KAG7164393.1 WP_058935081.1 WP_058935081.1 WP_278428737.1 WP_278428737.1 WP_074737802.1 WP_074737802.1 KAF3069499.1 KAF3069499.1 PBK65192.1 PBK65192.1 WP_017908092.1 WP_017908092.1 WP_029542314.1 WP_265399898.1 WP_029542314.1 WP_029542314.1 GLB35420.1 GLB35420.1 EFC67761.1 EFC67761.1 XP_040250218.1 KAG1799066.1 XP_040250218.1 XP_040250218.1 XP_047249348.1 XP_047249348.1 MYT98825.1 MYT98825.1 HAN73743.1 HAN73743.1 MBP6785762.1 MBP6785762.1 UVD42744.1 UVD42744.1 KAH3699581.1 KAH3699581.1 HEU25100.1 HEU25100.1 APT84512.1 WP_257007586.1 APT84512.1 APT84512.1 APT84512.1 HAZ0856238.1 TXB56523.1 TXB56523.1 WP_112449552.1 PTQ72351.1 WP_112449552.1 WP_241420500.1 WP_112449552.1 WP_050274510.1 WP_112449552.1 WP_112449552.1 XP_044710778.1 XP_044710778.1 WP_038615177.1 WP_038615177.1 KAF9248384.1 KAF9248384.1 EDQ8633181.1 EDQ8633181.1 NDE73311.1 NDE73311.1 THW78755.1 THW78755.1 MAD76787.1 MAD76787.1 WP_280443824.1 XP_039322713.1 WP_280443824.1 WP_280443824.1 CEP26668.1 CEP26668.1 OTN76164.1 WP_135287436.1 OTN76164.1 OTN76164.1 WP_035431971.1 WP_035431971.1 WP_109835637.1 WP_109835637.1 MBP7829117.1 MBP7829117.1 NXJ84327.1 XP_039923984.1 NXJ84327.1 NXJ84327.1 WP_025599976.1 WP_025599976.1 MBC8378821.1 MBC8378821.1 WP_235908972.1 WP_235908972.1 WP_240083300.1 WP_240083300.1 KAI9888532.1 KAI9888532.1 KAF5898047.1 KAF5898047.1 WP_048168883.1 WP_048168883.1 ARS39112.1 ARS39112.1 MCK9405607.1 MCK9405607.1 NP_001169133.1 NP_001169133.1 RWQ68821.1 RWQ68821.1 RVE76210.1 RVE76210.1 WP_215615491.1 WP_215615491.1 WP_215615491.1 WP_128788759.1 WP_215615491.1 OGO39675.1 MCK9363077.1 MCK9363077.1 WP_230898856.1 WP_230898856.1 EFG6535742.1 EFG6535742.1 WP_039386062.1 WP_039386062.1 UCF78466.1 MBL4853947.1 UCF78466.1 WP_275495439.1 UCF78466.1 RYZ40664.1 UCF78466.1 WP_019585553.1 UCF78466.1 WP_083349422.1 UCF78466.1 XP_027540421.1 UCF78466.1 UCF78466.1 UCF78466.1 MCH8312862.1 UCF78466.1 WP_145937814.1 UCF78466.1 WP_158057697.1 MCL5970005.1 MCL5970005.1 WP_139484744.1 WP_139484744.1 MCI6704618.1 MCI6704618.1 WP_119938117.1 WP_119938117.1 WP_229408570.1 WP_229408570.1 MCI6995250.1 MCI6995250.1 KAH9162276.1 KAH9162276.1 THY09373.1 THY09373.1 MBA4060735.1 MBA4060735.1 WP_035847413.1 WP_035847413.1 MCQ2473581.1 MCQ2473581.1 MBN4382193.1 MBN4382193.1 MCI9436439.1 MCI9436439.1 WP_237106527.1 WP_237106527.1 WP_235029016.1 WP_235029016.1 WP_115946316.1 WP_113620603.1 WP_115946316.1 WP_175076961.1 WP_115946316.1 WP_115946316.1 ABO71806.1 ABO71806.1 RXW21184.1 RXW21184.1 NMC86773.1 NMC86773.1 KAI5749163.1 KAI5749163.1 RLF82422.1 RLF82422.1 WP_277309438.1 WP_277309438.1 WP_107891604.1 WP_107891604.1 MCG62561.1 MCG62561.1 EFO2078189.1 EFO2078189.1 WP_159583277.1 WP_159583277.1 WP_107324026.1 WP_107324026.1 WP_169571417.1 WP_169571417.1 WP_181198956.1 WP_181198956.1 WP_095317440.1 WP_095317440.1 MBF66593.1 MBF66593.1 TLY59051.1 TLY59051.1 CCZ42971.1 CCZ42971.1 MBF2983383.1 MBF2983383.1 AEF32461.1 AEF32461.1 HCC04630.1 HCC04630.1 KAI9164099.1 KAI9164099.1 XP_042112981.1 XP_042112981.1 WP_007577863.1 WP_014213241.1 WP_007577863.1 WP_007577863.1 WP_056082173.1 WP_220778039.1 WP_056082173.1 WP_056082173.1 MBA2687082.1 MBA2687082.1 EGQ7676658.1 EGQ7676658.1 KAG1662457.1 KAG1662457.1 UAW00545.1 UAW00545.1 PYP50915.1 PYP50915.1 YP_009351723.1 YP_009351723.1 KAJ6471610.1 KAJ6471610.1 CAH8478102.1 CAH8478102.1 MCA3441055.1 MCA3441055.1 NYF16576.1 NYF16576.1 XP_046290611.1 XP_046290611.1 WP_052403276.1 WP_052403276.1 QFE31818.1 QFE31818.1 KAI7728447.1 KAI7728447.1 KAJ7029618.1 KAJ7029618.1 NLM06991.1 NLM06991.1 WP_148259014.1 WP_148259014.1 MBW2495039.1 MBW2495039.1 CUP44403.1 CUP44403.1 RLD52647.1 RLD52647.1 ANN23072.1 ANN23072.1 GKU14775.1 GKU14775.1 WP_064047563.1 WP_064047563.1 RKX20462.1 RKX20462.1 XP_028028252.1 XP_028028252.1 WP_063441918.1 WP_063441918.1 DAK92403.1 DAK92403.1 WP_127947155.1 WP_127947155.1 WP_004949240.1 GJK53752.1 WP_004949240.1 WP_004949240.1 ACE76975.1 ACE76975.1 EGT2204415.1 EGT2204415.1 PCI52029.1 PCI52029.1 VAH82675.1 VAH82675.1 OPJ74512.1 OPJ74512.1 EIM4841263.1 EIM4841263.1 EIM4841263.1 EER9391136.1 OBG32114.1 OBG32114.1 CAE8591613.1 CAE8591613.1 WP_225700676.1 WP_225700676.1 KAH0673584.1 KAH0673584.1 MBX3687043.1 WP_056382861.1 MBX3687043.1 MBX3687043.1 WP_282363731.1 WP_282363731.1 WP_252100317.1 WP_252100317.1 EYU24504.1 EYU24504.1 MAF21094.1 MAF21094.1 MBQ7949870.1 MBQ7949870.1 MBQ7949870.1 WP_041488527.1 XP_034010279.1 XP_034010279.1 MCI7705732.1 MCI7705732.1 PJC48296.1 ECL7245291.1 PJC48296.1 PJC48296.1 WP_256939523.1 WP_097830045.1 WP_256939523.1 MBR4371193.1 WP_256939523.1 MBM3767188.1 WP_256939523.1 MBR3487460.1 WP_256939523.1 WP_256939523.1 WP_051669385.1 WP_205448866.1 WP_051669385.1 WP_051669385.1 MBY7817199.1 MBY7817199.1 WP_035624729.1 WP_035624729.1 MBN2027958.1 MBN2027958.1 OYU48266.1 OYU48266.1 MBM3222384.1 MBM3222384.1 HAG61063.1 MBS7623663.1 HAG61063.1 HAG61063.1 MCK4826606.1 MCK4826606.1 XP_043479276.1 XP_043479276.1 RDJ60584.1 RDJ60584.1 XP_016415707.1 XP_016415707.1 PIT51662.1 PIT51662.1 WP_153401532.1 WP_153401532.1 WP_198721977.1 WP_198721977.1 MBI2153585.1 MBI2153585.1 WP_088008362.1 MBQ1404818.1 WP_088008362.1 XP_030111227.1 WP_088008362.1 WP_088008362.1 HCD1810260.1 HCD1810260.1 WP_238935592.1 WP_238935592.1 WP_212517614.1 WP_212517614.1 QYU66920.1 QYU66920.1 WP_271619988.1 WP_271619988.1 WP_237066347.1 WP_237066347.1 MBX3184110.1 MBX3184110.1 WP_116314221.1 WP_116314221.1 ATB18092.1 ATB18092.1 MBE9483558.1 MBE9483558.1 WP_216083845.1 WP_216083845.1 WP_218801637.1 WP_218801637.1 GMH77683.1 GMH77683.1 WP_020530816.1 MBK7937165.1 WP_020530816.1 WP_020530816.1 WP_068080190.1 WP_068080190.1 XP_016265944.1 XP_016265944.1 WP_077533069.1 MCQ2539410.1 WP_077533069.1 WP_077533069.1 QXO05584.1 QXO05584.1 MYB21565.1 MYB21565.1 XP_005553416.1 XP_005553416.1 WP_035473288.1 WP_035473288.1 MBQ4383193.1 MBQ4383193.1 RMZ75246.1 RMZ75246.1 CAF4338983.1 CAF4338983.1 OGL48105.1 OGL48105.1 WP_232540662.1 WP_232540662.1 MBE3116889.1 MBE3116889.1 KAI8964031.1 KAI8964031.1 WP_099345046.1 HAR3824072.1 WP_099345046.1 WP_060004157.1 WP_099345046.1 WP_100610557.1 WP_099345046.1 WP_099345046.1 EKK02300.1 EKK02300.1 KAA3459801.1 KAA3459801.1 MBT2214695.1 MBT2214695.1 AUU37591.1 AUU37591.1 PYJ65046.1 PYJ65046.1 WP_067783946.1 WP_067783946.1 EPZ93706.1 EPZ93706.1 WP_040988594.1 WP_070054132.1 WP_040988594.1 WP_040988594.1 XP_043079005.1 XP_043079005.1 WP_183181890.1 WP_183181890.1 WP_140334279.1 WP_140334279.1 BDY12064.1 BDY12064.1 XP_046018872.1 XP_046018872.1 XP_043718329.1 XP_048228476.1 XP_043718329.1 XP_022745130.1 XP_043718329.1 XP_043718329.1 MBS7393837.1 MBS7393837.1 MCR4683986.1 MCR4683986.1 MBN1819552.1 MBN1819552.1 WP_269026738.1 WP_269026738.1 KAG5994228.1 KAG5994228.1 WP_026600741.1 WP_026600741.1 MCH3756135.1 MCH3756135.1 WP_097641037.1 WP_102477257.1 WP_097641037.1 WP_097641037.1 WP_097641037.1 WP_086711488.1 WP_097641037.1 RWX51021.1 HAT6420703.1 HAT6420703.1 MBL8770704.1 MBL8770704.1 WP_148058234.1 WP_148058234.1 XP_021113256.1 XP_021113256.1 XP_009403500.1 EPS43711.1 XP_009403500.1 XP_009403500.1 NXH52939.1 NXH52939.1 NP_494967.1 NP_494967.1 WP_167509077.1 WP_167509077.1 MBN2132609.1 MBN2132609.1 XP_039638319.1 NXJ71029.1 XP_039638319.1 XP_039638319.1 WP_071844175.1 WP_071844175.1 WP_221323620.1 WP_221323620.1 CAA7056023.1 XP_047076827.1 CAA7056023.1 CAA7056023.1 MBK6594401.1 MBK6594401.1 MCL7977512.1 MCL7977512.1 WP_156485294.1 WP_156485294.1 XP_009839123.1 XP_009839123.1 GHU76743.1 GHU76743.1 KAJ2820567.1 KAJ2820567.1 HBR4968137.1 HBR4968137.1 HBR4968137.1 HET19548.1 XP_024635273.1 XP_024635273.1 WP_136864777.1 WP_136864777.1 WP_052822157.1 WP_052822157.1 WP_194217236.1 WP_194217236.1 EGI4396582.1 EGI4396582.1 WP_226480428.1 WP_226480428.1 WP_130628329.1 WP_130628329.1 MBR1729873.1 MBR1729873.1 WP_086041969.1 WP_086041969.1 GHT89622.1 GHT89622.1 WP_116306280.1 WP_116306280.1 XP_010547631.1 XP_010547631.1 XP_006576743.1 XP_006576743.1 WP_235358277.1 WP_235358277.1 WP_098798564.1 CIY68995.1 WP_098798564.1 WP_098798564.1 MBO6087363.1 MBO6087363.1 WP_229253501.1 WP_229253501.1 MBK8986217.1 MBK8986217.1 MBB7170543.1 MBB7170543.1 WP_239108544.1 WP_239108544.1 WP_166737616.1 WP_166737616.1 KAE8908303.1 KAE8908303.1 WP_204462572.1 WP_204462572.1 OJU33055.1 OJU33055.1 MCU0521352.1 MCU0521352.1 KAG5775718.1 KAG5775718.1 WP_182273896.1 WP_182273896.1 PIQ22394.1 PIQ22394.1 WP_053767117.1 WP_053767117.1 EDN4899961.1 EDN4899961.1 WP_252845183.1 WP_252845183.1 WP_270610708.1 WP_270610708.1 WP_202859343.1 WP_202859343.1 4G4S_F 4G4S_F MCK7495745.1 MCK7495745.1 XP_017412204.1 XP_017412204.1 WP_037318352.1 WP_037318352.1 TGQ73293.1 TGQ73293.1 ETL94002.1 ETL94002.1 WP_014793632.1 WP_014793632.1 WP_182158016.1 WP_182158016.1 XP_044998617.1 XP_044998617.1 MBQ9647935.1 MBQ9647935.1 WP_232202741.1 WP_232202741.1 WP_051027110.1 WP_051027110.1 CAG8560118.1 CAG8560118.1 HCF2977864.1 HCF2977864.1 ESE83270.1 ESE83270.1 MCD58157.1 MCD58157.1 CAD5221127.1 CAD5221127.1 MBE7218062.1 MBE7218062.1 XP_036378433.1 XP_036378433.1 TPV93333.1 TPV93333.1 MBT5019052.1 MBT5019052.1 WP_172323533.1 WP_172323533.1 TRZ74764.1 TRZ74764.1 RBA14522.1 RBA14522.1 EGO95442.1 EGO95442.1 MAS03180.1 MAS03180.1 WP_269358925.1 WP_269358925.1 KAI1570405.1 KAI1570405.1 WP_091733714.1 WP_004208647.1 WP_091733714.1 WP_091733714.1 NBY29827.1 NBY29827.1 RUY13648.1 RUY13648.1 WP_021346398.1 WP_021346398.1 PQP77439.1 PQP77439.1 KAF5437455.1 KAF5437455.1 AVR90781.1 AVR90781.1 WP_172117930.1 WP_024404629.1 WP_172117930.1 WP_228268753.1 WP_172117930.1 WP_172117930.1 WP_152638733.1 WP_152638733.1 MCH7644438.1 MCH7644438.1 WP_272053002.1 WP_272053002.1 WP_276533217.1 WP_276533217.1 WP_276533217.1 WP_175692337.1 KGS11954.1 KGS11954.1 NIK25817.1 NIK25817.1 WP_012917492.1 WP_012917492.1 MCB0689733.1 MCB0689733.1 MBL6807531.1 MBL6807531.1 KAJ4458169.1 KAJ4458169.1 WP_007556065.1 HIZ10317.1 WP_007556065.1 WP_007556065.1 WP_007556065.1 WP_268276024.1 EGO4094244.1 EGO4094244.1 MSO45354.1 MSO45354.1 NP_001019860.1 NP_001019860.1 GFB98697.1 GFB98697.1 CAB3403040.1 CAB3403040.1 WP_276594570.1 WP_276594570.1 MBP6132529.1 HAI0697239.1 MBP6132529.1 MBP6132529.1 KAB2088711.1 KAB2088711.1 RRY46070.1 RRY46070.1 XP_006591276.1 XP_006591276.1 WP_054621512.1 MCI6629070.1 WP_054621512.1 MBT2573851.1 WP_054621512.1 WP_054621512.1 KAI5076688.1 WP_053342583.1 KAI5076688.1 KAI5076688.1 WP_260879442.1 WP_260879442.1 KAG7202115.1 KAG7202115.1 KAI5128402.1 KAI5128402.1 WP_267448957.1 WP_267448957.1 MBR2718156.1 MBR2718156.1 DAU97140.1 DAU97140.1 NWV65193.1 NWV65193.1 UJW35797.1 UJW35797.1 MCE7733397.1 MCE7733397.1 EEI62381.1 EEI62381.1 AAX94106.1 AMA90994.1 AAX94106.1 AFA09475.1 AAX94106.1 QUQ06080.1 AAX94106.1 AGC97326.1 AAX94106.1 AOR13807.1 AAX94106.1 AVM35379.1 AAX94106.1 AWS34156.1 AAX94106.1 UZF38514.1 AAX94106.1 ACO35565.1 AAX94106.1 QUA05739.1 AAX94106.1 ACE88666.1 AAX94106.1 AKA56406.1 AAX94106.1 ADJ35581.1 AAX94106.1 ADW49125.1 AAX94106.1 AGC74998.1 AAX94106.1 AHH30646.1 AAX94106.1 AAX94106.1 AAX94106.1 APC24336.1 AAX94106.1 AHK62764.1 AAX94106.1 AFA24308.1 AAX94106.1 AGI15931.1 EFC4417017.1 EFC4417017.1 MCL2109536.1 MCL2109536.1 SEJ33525.1 SEJ33525.1 BAQ58714.1 BAQ58714.1 MBT4239116.1 MBT4239116.1 HBP6650873.1 HBP6650873.1 XP_014155165.1 XP_014155165.1 WP_026661995.1 WP_026661995.1 NPM18735.1 EFG4747393.1 NPM18735.1 NPM18735.1 MBW8078285.1 MBW8078285.1 WP_144002426.1 WP_130477570.1 WP_144002426.1 WP_144002426.1 KAJ9499981.1 KAJ9499981.1 MBI5799565.1 MBI5799565.1 MBT8367246.1 MBT8367246.1 WP_243131659.1 WP_243131659.1 WP_226536872.1 WP_226536872.1 XP_035254397.1 XP_035254397.1 NOY97419.1 WP_278982769.1 NOY97419.1 NOY97419.1 NOY97419.1 WP_206548446.1 NOY97419.1 HDC92778.1 TLX84297.1 TLX84297.1 TBV99016.1 TBV99016.1 GBO23274.1 GBO23274.1 OPZ52024.1 OPZ52024.1 MBN3744368.1 MBN3744368.1 HCY01371.1 HCY01371.1 WP_159220133.1 WP_171832914.1 WP_159220133.1 WP_159220133.1 WP_016083913.1 WP_016083913.1 MBR2864610.1 MBR2864610.1 KAF2420586.1 KAF2420586.1 PIR02665.1 PIR02665.1 MCQ2295302.1 MCQ2295302.1 WP_189342802.1 WP_189342802.1 ADQ02892.1 ADQ02892.1 KAI8504475.1 KAI8504475.1 WP_167248335.1 WP_167248335.1 MCG8010344.1 MCG8010344.1 YP_009296428.1 YP_009296428.1 MAV59409.1 MAV59409.1 QBM89760.1 QBM89760.1 XP_039523839.1 XP_039523839.1 XP_016446524.1 XP_016446524.1 KAF8011165.1 KAF8011165.1 WP_065517671.1 WP_032373688.1 WP_065517671.1 WP_065029373.1 WP_065517671.1 OGO01021.1 WP_065517671.1 WP_065517671.1 NXD84883.1 NXD84883.1 KAI7091816.1 KAI7091816.1 WP_061836762.1 WP_061836762.1 WP_190357222.1 WP_190357222.1 WP_002162515.1 WP_002162515.1 QUL97857.1 QUL97857.1 MBO7137251.1 MBO7137251.1 WP_171675609.1 WP_171675609.1 WP_031972379.1 WP_031972379.1 WP_023698577.1 WP_023698577.1 UJA07681.1 UJA07681.1 HBQ3247549.1 HBQ3247549.1 WP_055132583.1 WP_055132583.1 MBI3118824.1 MBI3118824.1 WP_267184195.1 WP_222018129.1 WP_267184195.1 WP_267184195.1 KAJ7369304.1 KAJ7369304.1 KAJ7369304.1 MCI6965979.1 WP_014558374.1 WP_014558374.1 WP_257788220.1 WP_257788220.1 XP_018492447.1 XP_018492447.1 MBA3614174.1 MBA3614174.1 HBE3137209.1 HBE3137209.1 WP_129006924.1 WP_129006924.1 XP_004034642.1 XP_004034642.1 ESL04748.1 MBP5538497.1 ESL04748.1 ESL04748.1 WP_080864663.1 WP_080864663.1 KAG9317532.1 KAG9317532.1 PTB82632.1 PTB82632.1 KAF9101968.1 KAF9101968.1 NDE10255.1 NDE10255.1 MCH7882583.1 MCH7882583.1 MBH2908027.1 MBH2908027.1 EEH16378.1 EEH16378.1 WP_015645305.1 WP_015645305.1 HAL0497824.1 HAL0497824.1 WP_055394972.1 WP_055394972.1 MBQ6611319.1 MBQ6611319.1 WP_231837445.1 WP_231837445.1 XP_048775453.1 XP_048775453.1 WP_161275011.1 WP_161275011.1 WP_262114929.1 WP_071081072.1 WP_262114929.1 WP_262114929.1 KAI4882225.1 KAI4882225.1 MBC9954836.1 MBC9954836.1 WP_119512617.1 WP_119512617.1 WP_024986590.1 WP_024986590.1 WP_217950418.1 WP_217950418.1 WP_159896041.1 WP_159896041.1 DAP26351.1 DAP26351.1 WP_089370623.1 WP_089370623.1 MBQ1765196.1 MBQ1765196.1 WP_171183333.1 WP_171183333.1 MCJ1326389.1 MCJ1326389.1 WP_237171174.1 WP_237171174.1 WP_005710284.1 WP_005710284.1 EAV2673163.1 EAV2673163.1 WP_162313773.1 WP_162313773.1 MCL7030477.1 MCL7030477.1 WP_194933787.1 WP_194933787.1 WP_249868607.1 WP_249868607.1 WP_116870479.1 WP_122440133.1 WP_116870479.1 WP_116870479.1 WP_182023956.1 WP_182023956.1 CAF1059395.1 CAF1059395.1 WP_232306300.1 WP_074911472.1 WP_232306300.1 WP_232306300.1 CAB5621061.1 CAB5621061.1 WP_150071802.1 WP_011313080.1 WP_150071802.1 WP_150071802.1 KAJ9397508.1 KAJ9397508.1 WP_223655776.1 WP_223655776.1 GFY73571.1 GFY73571.1 QMV44496.1 QMV44496.1 RLN50561.1 RLN50561.1 RLN50561.1 MSO30570.1 WP_042632177.1 WP_042632177.1 XP_046509038.1 XP_046509038.1 KAG7034489.1 KAG7034489.1 MBL7809501.1 MBL7809501.1 WP_277531229.1 WP_277531229.1 WP_140985543.1 WP_140985543.1 WP_190032834.1 WP_190032834.1 CEM11561.1 CEM11561.1 OJV54207.1 OJV54207.1 WP_157553964.1 WP_157553964.1 WP_139067457.1 WP_219484458.1 WP_139067457.1 WP_139067457.1 MBK7384228.1 MBK7384228.1 WP_094840069.1 WP_279840346.1 WP_094840069.1 WP_224791962.1 WP_094840069.1 MBI4806480.1 WP_094840069.1 WP_094840069.1 WP_094840069.1 WP_212054759.1 WP_094840069.1 WP_283557067.1 HIH60710.1 HIH60710.1 MCB1191718.1 MCB1191718.1 WP_087465911.1 WP_087465911.1 NWI70572.1 XP_041032211.1 NWI70572.1 NWI70572.1 AMT69763.1 AMT69763.1 MBD3627516.1 MBD3627516.1 KST94193.1 KST94193.1 WP_166960135.1 WP_247915795.1 WP_166960135.1 WP_166960135.1 CAE7938465.1 CAE7938465.1 WP_278665106.1 WP_278665106.1 MBI2083107.1 MBI2083107.1 KAG8833708.1 KAG8833708.1 WP_068059894.1 WP_068059894.1 WP_145616262.1 WP_024330540.1 WP_145616262.1 NIP79453.1 WP_145616262.1 DAZ71054.1 WP_145616262.1 WP_145616262.1 WP_145616262.1 NNE87648.1 WP_145616262.1 MYE57211.1 PBJ84576.1 PBJ84576.1 WP_164581131.1 WP_164581131.1 MBJ4905015.1 MBJ4905015.1 WP_232441874.1 WP_232441874.1 MBL7689759.1 MBL7689759.1 WP_014950321.1 WP_252438898.1 WP_014950321.1 WP_014950321.1 EAS0616219.1 EAS0616219.1 GIP40757.1 GIP40757.1 WP_070334369.1 WP_079722145.1 WP_070334369.1 WP_070334369.1 WP_132528552.1 WP_132528552.1 MBX9709025.1 MBX9709025.1 KAH7420042.1 KAH7420042.1 WP_158309540.1 WP_158309540.1 GFR08784.1 GFR08784.1 MBM3701396.1 MCE2152122.1 MBM3701396.1 MBM3701396.1 MCR4368335.1 MCR4368335.1 CAF4882469.1 CAF4882469.1 BBL73457.1 MBT3179978.1 BBL73457.1 MBP8718427.1 BBL73457.1 BBL73457.1 WP_271771839.1 WP_271771839.1 EFA7535944.1 EFA7535944.1 WP_055759832.1 WP_055759832.1 MBR5510068.1 MBR5510068.1 MBR2648677.1 MBR2648677.1 MCR4426439.1 MCR4426439.1 XP_023482372.1 XP_023482372.1 MBT6563471.1 WP_035064005.1 MBT6563471.1 WP_255895909.1 MBT6563471.1 MBT6563471.1 KAI8393114.1 KAI8393114.1 WP_067680410.1 WP_067680410.1 WP_233292564.1 WP_233292564.1 WP_049327990.1 WP_066046987.1 WP_049327990.1 WP_049327990.1 KAH7576347.1 KAH7576347.1 KAI1260235.1 KAI1260235.1 CAD0200323.1 CAD0200323.1 MBO5874131.1 MBO5874131.1 KZV16312.1 KZV16312.1 CAF5136964.1 CAF5136964.1 WP_251593142.1 WP_251593142.1 WP_251593142.1 WP_262401812.1 WP_176749474.1 WP_176749474.1 WP_070306574.1 WP_070306574.1 XP_036098045.1 XP_036098045.1 OGR46634.1 NPV66369.1 OGR46634.1 OGR46634.1 NWT80859.1 NWT80859.1 WP_269828627.1 WP_269828627.1 TWT41731.1 TWT41731.1 RMY79307.1 RMY79307.1 KAF7818313.1 KAF7818313.1 KOS38468.1 KOS38468.1 MCF7626618.1 MCF7626618.1 KAF3356825.1 KAF3356825.1 CJB10156.1 CJB10156.1 RYE23003.1 RYE23003.1 MBR0338720.1 WP_189417916.1 MBR0338720.1 MBR0338720.1 MBF1375496.1 MBF1375496.1 KAJ8358812.1 KAJ8358812.1 MBQ8641985.1 MBQ8641985.1 XP_051592778.1 XP_051592778.1 CAB1415528.1 CAB1415528.1 WP_168166755.1 WP_168166755.1 WP_007993424.1 WP_007993424.1 MCM3872453.1 MCM3872453.1 WP_098279309.1 WP_068051662.1 WP_098279309.1 WP_098279309.1 WP_014772780.1 MBP1765367.1 WP_014772780.1 WP_014772780.1 WP_065766477.1 WP_065766477.1 MCA50524.1 MCA50524.1 WP_251231146.1 WP_251231146.1 MBC7140825.1 MBC7140825.1 WP_090378310.1 WP_090378310.1 XP_013258388.1 CAF3478760.1 XP_013258388.1 XP_013258388.1 NJL74459.1 NJL74459.1 WP_274124432.1 WP_274124432.1 XP_008080365.1 WP_257691625.1 XP_008080365.1 XP_008080365.1 MCR5546513.1 MCR5546513.1 HEC61404.1 HEC61404.1 NWU63809.1 NWU63809.1 MBU2720902.1 MBU2720902.1 MBI2666778.1 MBI2666778.1 WP_154503573.1 WP_154503573.1 MCH61727.1 MCH61727.1 WP_035102910.1 WP_035102910.1 MBR4902600.1 MBR4902600.1 HAB03480.1 HAB03480.1 WP_193655704.1 WP_193655704.1 WP_032677416.1 WP_032677416.1 MCS6996891.1 MCS6996891.1 EHZ4862226.1 EEW1536683.1 EHZ4862226.1 EHZ4862226.1 WP_159812831.1 WP_159812831.1 WP_159812831.1 HCN71343.1 MBP5726154.1 KAI0095213.1 MBP5726154.1 OLA08565.1 MBP5726154.1 MBP5726154.1 MCE1252202.1 WP_208504450.1 MCE1252202.1 MCE1252202.1 WP_158687193.1 WP_158687193.1 KAG4938299.1 KAG4938299.1 MCK6622141.1 MCK6622141.1 UQT49937.1 UQT49937.1 XP_049766603.1 XP_049766603.1 WP_180076776.1 WP_180076776.1 MCH2675159.1 MCH2675159.1 WP_067123247.1 WP_067123247.1 WP_184601943.1 WP_000576638.1 WP_184601943.1 WP_184601943.1 MCK5309055.1 MCK5309055.1 EIJ1046776.1 MBF1583063.1 EIJ1046776.1 EIJ1046776.1 XP_044919701.1 XP_044919701.1 GIV84289.1 GIV84289.1 MCB0346442.1 MCB0346442.1 MBQ2465495.1 MBQ2465495.1 AHN95135.1 AHN95135.1 UOA67814.1 YP_009745171.1 UOA67814.1 UOA67814.1 XP_030087828.2 XP_030087828.2 MBR5943268.1 MBR5943268.1 TND09120.1 TND09120.1 WP_225225222.1 WP_225225222.1 WP_016360879.1 WP_016360879.1 NQY08093.1 NQY08093.1 MBS3611729.1 MBS3611729.1 MCP4111938.1 MCP4111938.1 WP_000989932.1 WP_000989932.1 WP_225123293.1 WP_225123293.1 MBM3947147.1 MBM3947147.1 WP_072694527.1 WP_072694527.1 EFE8261313.1 EFE8261313.1 KIR59352.1 KIR59352.1 KAJ5238469.1 KAJ5238469.1 OGR49074.1 WP_223329113.1 OGR49074.1 OGR49074.1 CAG0273471.1 WP_250376457.1 CAG0273471.1 EFB3581025.1 CAG0273471.1 CAG0273471.1 MBB1053783.1 MBB1053783.1 WP_018160716.1 WP_018160716.1 MBC7426139.1 MBC7426139.1 WP_264507413.1 WP_264507413.1 MBP1312051.1 MBP1312051.1 VAI85984.1 VAI85984.1 QIX02502.1 QIX02502.1 RKF23984.1 RKF23984.1 KAJ0024505.1 KAJ0024505.1 DAP78583.1 DAP78583.1 KAG5001697.1 KAG5001697.1 WP_282969582.1 WP_282969582.1 GFV58109.1 GFV58109.1 WP_098137943.1 WP_098137943.1 WP_105371864.1 WP_105371864.1 QJA13926.1 QJA13926.1 HCN70936.1 HCN70936.1 WP_099639594.1 WP_099639594.1 KAH7160752.1 KAH7160752.1 CAA2616064.1 CAA2616064.1 THZ10219.1 THZ10219.1 WP_273946616.1 WP_273946616.1 MCI7704736.1 WP_150461480.1 MCI7704736.1 EGY4555186.1 MCI7704736.1 WP_152046331.1 MCI7704736.1 MCI7704736.1 OQP53277.1 OQP53277.1 KAJ7660540.1 KAJ7660540.1 XP_049776195.1 XP_049776195.1 WP_235374454.1 WP_235374454.1 MBU4557481.1 MBU4557481.1 WP_152718850.1 WP_152718850.1 CCD45280.1 CCD45280.1 MCB2198743.1 MCB2198743.1 WP_032993387.1 WP_032993387.1 WP_032993387.1 MBQ2317532.1 WP_104329329.1 WP_104329329.1 WP_252264110.1 WP_252264110.1 UCF22071.1 UCF22071.1 WP_276234417.1 WP_276234417.1 WP_210363492.1 WP_210363492.1 HJC81763.1 WP_131055803.1 HJC81763.1 HJC81763.1 MBQ9697149.1 MBS0359667.1 MBQ9697149.1 MBQ9697149.1 WP_121369366.1 WP_121369366.1 RHQ28634.1 RHQ28634.1 XP_052906513.1 XP_052906513.1 ONM12286.1 ONM12286.1 RIK81456.1 RIK81456.1 AFP41217.1 AFP41217.1 SQC43367.1 SQC43367.1 MCD8323718.1 WP_089109701.1 MCD8323718.1 MCD8323718.1 MBE6889650.1 MBE6889650.1 WP_099922565.1 WP_099922565.1 WP_102140144.1 WP_102140144.1 MCB0174630.1 MCB0174630.1 XP_021727484.1 KAJ1283197.1 XP_021727484.1 XP_021727484.1 MBR1383934.1 MBR1383934.1 MCF8391604.1 WP_244349102.1 MCF8391604.1 MCF8391604.1 XP_033082621.1 XP_033082621.1 SHM84371.1 SHM84371.1 KAH9439214.1 KAH9439214.1 CAA9477187.1 CAA9477187.1 TMQ35121.1 TMQ35121.1 MBV8739832.1 MBV8739832.1 WP_165801127.1 WP_165801127.1 WP_114947928.1 TVO55343.1 WP_114947928.1 WP_114947928.1 CAE6513018.1 CAE6513018.1 WP_010299410.1 WP_010299410.1 MXS72767.1 WP_129053209.1 MXS72767.1 MXS72767.1 MCI9320818.1 MBD5153813.1 MCI9320818.1 WP_079396843.1 MCI9320818.1 WP_197744369.1 MCI9320818.1 MCI9320818.1 MBK6509184.1 WP_255073759.1 MBK6509184.1 MVA71646.1 MBK6509184.1 MBK6509184.1 HAW15717.1 HAW15717.1 QGZ94761.1 QGZ94761.1 WP_031876812.1 WP_031876812.1 CAI2192293.1 CAI2192293.1 QQR61334.1 QQR61334.1 CAH3164498.1 CAH3164498.1 WP_131506707.1 WP_131506707.1 WP_229055514.1 WP_229055514.1 WP_070443635.1 WP_070443635.1 WP_015957503.1 WP_015957503.1 WP_117183207.1 WP_223565913.1 WP_117183207.1 WP_117183207.1 WP_199911565.1 WP_199911565.1 SON95852.1 SON95852.1 AAV77137.1 AAV77137.1 MBU7572244.1 MBU7572244.1 WP_110005820.1 WP_110005820.1 XP_021713690.1 XP_021713690.1 OGH56711.1 OGH56711.1 WP_011965948.1 WP_011965948.1 WP_240469694.1 WP_240469694.1 MBQ4570877.1 MBQ4570877.1 XP_007323069.1 XP_007323069.1 WP_126255586.1 WP_126255586.1 MBF6603381.1 MBF6603381.1 MBA3289554.1 MBA3289554.1 WP_212377792.1 WP_212377792.1 KAJ0239815.1 KAJ0239815.1 KFP59321.1 KFP59321.1 MCA9949067.1 MCA9949067.1 WP_229048323.1 WP_229048323.1 WP_138447205.1 WP_138447205.1 PJC69268.1 PJC69268.1 WP_094207656.1 WP_094207656.1 XP_032812066.1 XP_032812066.1 XP_005720745.1 XP_005720745.1 WP_138289979.1 WP_138289979.1 WP_138289979.1 WP_274285032.1 KAJ6676972.1 KAJ6676972.1 MBT6370142.1 MBT6370142.1 KVK44743.1 MBE1289959.1 KVK44743.1 KVK44743.1 WP_271960159.1 KAA0234643.1 WP_271960159.1 WP_271960159.1 WP_072974645.1 WP_072974645.1 WP_071809692.1 WP_071809692.1 EGR0469058.1 EGR0469058.1 WP_199497249.1 WP_199497249.1 WP_109900609.1 WP_109900609.1 MBU6501496.1 RGG06187.1 MBU6501496.1 MCQ2587557.1 MBU6501496.1 EIO1807611.1 MBU6501496.1 MBU6501496.1 CAD7420625.1 CAD7420625.1 XP_055449440.1 XP_055449440.1 WP_070770047.1 MBE6348968.1 WP_070770047.1 WP_012573472.1 WP_070770047.1 NJD91181.1 WP_070770047.1 WP_070770047.1 WP_070770047.1 WP_156009076.1 MBK8529220.1 MBK8529220.1 WP_239984652.1 WP_239984652.1 MBR0417215.1 MBR0417215.1 MCD8297279.1 MCD8297279.1 XP_033559743.1 XP_033559743.1 MBE6139600.1 MBE6139600.1 MBE6139600.1 SCX00186.1 MBE6139600.1 MCL2039304.1 MBE6139600.1 WP_131001993.1 AEF02257.1 AEF02257.1 MCL7045034.1 MCL7045034.1 XP_019019020.1 XP_019019020.1 WP_213520007.1 QUL58516.1 WP_213520007.1 WP_213520007.1 XP_039699416.1 XP_039699416.1 WP_112530108.1 WP_112530108.1 XP_045648298.1 XP_045648298.1 RYH76248.1 RYH76248.1 AGB19176.1 AGB19176.1 KUI47647.1 KUI47647.1 NWV34805.1 NWV34805.1 KEP75282.1 MBL7705960.1 KEP75282.1 KEP75282.1 WP_266441326.1 WP_266441326.1 PPU96251.1 PPU96251.1 WP_258598016.1 WP_258598016.1 WP_107021410.1 WP_107021410.1 MBQ8064675.1 MBQ8064675.1 WP_087299666.1 WP_087299666.1 WP_134667128.1 WP_134667128.1 MBI4875790.1 ECA9858842.1 MBI4875790.1 MBI4875790.1 WP_196222422.1 WP_196222422.1 MBT3564223.1 MBT3564223.1 SBS78954.1 SBS78954.1 MBN2371430.1 MBN2371430.1 WP_219287479.1 WP_219287479.1 WP_175630420.1 WP_175630420.1 HAA51207.1 HAA51207.1 XP_001681736.1 XP_001681736.1 WP_282575598.1 WP_282575598.1 WP_252418399.1 WP_252418399.1 UYE59123.1 UGY43725.1 UYE59123.1 UYE59123.1 MCO5330244.1 MCO5330244.1 KAI7478392.1 KAI7478392.1 WP_065888604.1 WP_099529629.1 WP_065888604.1 WP_065888604.1 WP_277412281.1 WP_277412281.1 MBR6382124.1 MBR6382124.1 WP_064962354.1 WP_064962354.1 MAD47294.1 WP_274885772.1 MAD47294.1 MAD47294.1 NRJ54907.1 MCB3018266.1 NRJ54907.1 NRJ54907.1 WP_062336768.1 WP_062336768.1 KAF9035758.1 KAF9035758.1 MSW56406.1 MSW56406.1 MCC6537716.1 MCC6537716.1 WP_277778661.1 WP_277778661.1 WP_262615610.1 WP_262615610.1 WP_135771669.1 WP_135771669.1 CDX53829.1 CDX53829.1 TXH71851.1 TXH71851.1 XP_055095726.1 XP_055095726.1 WP_209402264.1 WP_209402264.1 MBK6277277.1 MBK6277277.1 WP_064229784.1 WP_064229784.1 EGQ64116.1 EGQ64116.1 WP_271145842.1 WP_271145842.1 WP_176051587.1 MBS9779527.1 WP_176051587.1 WP_176051587.1 WP_076519206.1 WP_076519206.1 KAI9912466.1 KAI9912466.1 WP_165687160.1 WP_165687160.1 WP_064600084.1 WP_064600084.1 MBE6702431.1 MBE6702431.1 MCR4890737.1 MCR4890737.1 WP_046778966.1 WP_097382902.1 WP_046778966.1 WP_046778966.1 WP_255401854.1 WP_255401854.1 WP_226831475.1 WP_226831475.1 MBP7746105.1 MBR6406611.1 MBP7746105.1 PKO20637.1 MBP7746105.1 MBP7746105.1 NCS37471.1 NCS37471.1 XP_047790709.1 XP_047790709.1 WP_250427403.1 WP_250427403.1 MCI8393530.1 MCI8393530.1 GHT88678.1 GHT88678.1 MCP4788584.1 WP_185218257.1 MCP4788584.1 MCP4788584.1 MCA9900904.1 MCA9900904.1 WP_093172109.1 WP_093172109.1 NCB77646.1 NCB77646.1 WP_098515742.1 MBQ1311177.1 WP_098515742.1 WP_019616094.1 WP_098515742.1 WP_098515742.1 XP_048796933.1 XP_048796933.1 MBR4275022.1 MBR4275022.1 XP_020736247.1 XP_020736247.1 XP_039660068.1 XP_039660068.1 KAJ2633851.1 KAJ2633851.1 WP_066708699.1 MBL0087235.1 WP_066708699.1 WP_066708699.1 MBW4485777.1 MBW4485777.1 WP_103963736.1 WP_103963736.1 MBQ69096.1 MBQ69096.1 MBR7027046.1 MBR7027046.1 WP_062689758.1 WP_062689758.1 MBE6812365.1 MBE6812365.1 NWX34570.1 NWX34570.1 MBM7494038.1 MBM7494038.1 WP_273138110.1 WP_273138110.1 MCG6876547.1 MCG6876547.1 WP_151856261.1 WP_151856261.1 XP_001454078.1 XP_001454078.1 KZD01260.1 KZD01260.1 MBI0103662.1 MBQ3724833.1 MBI0103662.1 MBI0103662.1 MCC5806595.1 MCC5806595.1 RLE74569.1 MCD6156803.1 RLE74569.1 RLE74569.1 KAG5313265.1 KAG5313265.1 CAF5110230.1 CAF5110230.1 MBD5168133.1 MBD5168133.1 QNU41032.1 XP_052288270.1 QNU41032.1 QNU41032.1 WP_190594466.1 WP_190594466.1 WP_015275782.1 WP_015275782.1 CCO02790.1 CCO02790.1 VVC94919.1 VVC94919.1 WP_147958553.1 WP_147958553.1 GMH49846.1 GMH49846.1 NJP33277.1 NJP33277.1 WP_227059655.1 RUU66461.1 WP_227059655.1 MBU5353226.1 WP_227059655.1 GLY24463.1 WP_227059655.1 WP_008470196.1 WP_227059655.1 QCM13287.1 WP_227059655.1 WP_142931103.1 WP_227059655.1 WP_227059655.1 WP_227059655.1 MBQ3864274.1 WP_227059655.1 WP_192324556.1 MBN4261164.1 MBN4261164.1 KHO46355.1 KHO46355.1 EXK83554.1 EXK83554.1 MCH5225744.1 MCH5225744.1 WP_257939681.1 WP_257939681.1 KAI8972608.1 KAI8972608.1 WP_253630899.1 WP_125555296.1 WP_253630899.1 WP_275700896.1 WP_253630899.1 VJO49958.1 WP_253630899.1 WP_253630899.1 WP_167581056.1 WP_167581056.1 WP_209095964.1 WP_209095964.1 WP_058561589.1 WP_255657767.1 WP_058561589.1 WP_058561589.1 MCA9255001.1 MCA9255001.1 WP_204287739.1 WP_204287739.1 WP_065148066.1 WP_123363258.1 WP_065148066.1 WP_065148066.1 WP_098191572.1 WP_098191572.1 HDZ48353.1 HDZ48353.1 WP_271243471.1 WP_110358640.1 WP_271243471.1 WP_271243471.1 WP_166360839.1 WP_166360839.1 WP_137144119.1 WP_137144119.1 MBW4512449.1 MBW4512449.1 GJD18679.1 GJD18679.1 WP_099912534.1 MBI1424129.1 WP_099912534.1 WP_099912534.1 WP_179915466.1 WP_179915466.1 MCL1962319.1 MCL1962319.1 GKN74270.1 GKN74270.1 WP_106777349.1 WP_106777349.1 NQT76827.1 NQT76827.1 WP_274910452.1 WP_208665977.1 WP_274910452.1 WP_274910452.1 WP_208884269.1 WP_208884269.1 XP_049178823.1 XP_049178823.1 WP_050657700.1 WP_050657700.1 WP_173991185.1 KAF9419545.1 WP_173991185.1 WP_173991185.1 OJW72254.1 OJW72254.1 EFG1511687.1 EFG1511687.1 KAF2864190.1 KAF2864190.1 KPU83403.1 KPU83403.1 WP_279687934.1 WP_279687934.1 MCS5932532.1 MCS5932532.1 WP_106546380.1 MBD2210269.1 WP_106546380.1 WP_106546380.1 WP_231085688.1 WP_231085688.1 WP_033131454.1 WP_033131454.1 WP_164228299.1 WP_164228299.1 WP_249510290.1 WP_249510290.1 CAF0807478.1 CAF0807478.1 WP_119344914.1 WP_047594685.1 WP_119344914.1 WP_119344914.1 WP_020497701.1 WP_020497701.1 UNP33456.1 ADJ57888.1 UNP33456.1 BAI82636.1 UNP33456.1 QYT38722.1 UNP33456.1 AXB40829.1 UNP33456.1 UNP33456.1 KAE8355151.1 EJG1264510.1 KAE8355151.1 XP_023028205.1 KAE8355151.1 KAE8355151.1 WP_026718622.1 WP_026718622.1 XP_028939562.1 XP_028939562.1 NRB18267.1 WP_244200682.1 NRB18267.1 NRB18267.1 WP_041710957.1 CDZ73727.1 WP_041710957.1 WP_014657023.1 WP_041710957.1 WP_105160947.1 WP_041710957.1 OQA35671.1 WP_041710957.1 MCH5231772.1 WP_041710957.1 WP_041710957.1 WP_041710957.1 WP_173040157.1 WP_164942207.1 WP_164942207.1 WP_169394925.1 WP_169394925.1 WP_200037957.1 WP_200037957.1 AUW90066.1 AUW90066.1 MBE0362647.1 MBE0362647.1 EET4312562.1 EET4312562.1 WP_179444023.1 WP_179444023.1 CAH8385548.1 CAH8385548.1 XP_046441060.1 XP_020321477.1 XP_046441060.1 PKU40490.1 XP_046441060.1 XP_046441060.1 CAH9078713.1 CAH9078713.1 WP_268012811.1 WP_268012811.1 PIY03328.1 PIY03328.1 HIA35646.1 HIA35646.1 WP_103216576.1 WP_103216576.1 XP_037827647.1 XP_037827647.1 WP_073312722.1 WP_073312722.1 MAR88726.1 MAR88726.1 KAF0756529.1 KAF0756529.1 MBU2271834.1 KAA0015115.1 MBU2271834.1 MBU2271834.1 CEH30391.1 CEH30391.1 WP_162756046.1 WP_162756046.1 WP_271629396.1 WP_271629396.1 EBU9231875.1 HJE10580.1 EBU9231875.1 EBU9231875.1 WP_169053012.1 WP_169053012.1 WP_223695792.1 WP_223695792.1 WP_092696504.1 WP_092696504.1 WP_014814721.1 WP_014814721.1 KAG2712649.1 KAG2712649.1 WP_045961551.1 WP_045961551.1 WP_166690114.1 WP_166690114.1 MBQ8778157.1 MBQ8778157.1 MBR5140322.1 MCI8272365.1 MBR5140322.1 MBR5140322.1 WP_078747788.1 WP_078747788.1 GAA38267.2 KAH8394604.1 GAA38267.2 XP_011822310.1 GAA38267.2 GAA38267.2 WP_169999893.1 WP_169999893.1 MCI5668237.1 MCI5668237.1 MCI5668237.1 WP_272896519.1 WP_145141753.1 WP_145141753.1 WP_149397594.1 WP_139032727.1 WP_149397594.1 WP_149397594.1 XP_020949431.1 XP_020949431.1 WP_254406115.1 WP_254406115.1 MBB2072367.1 MBB2072367.1 WP_194546214.1 WP_194546214.1 WP_267353308.1 WP_267353308.1 XP_029860665.1 XP_029860665.1 WP_137264191.1 WP_137264191.1 WP_227413069.1 WP_227413069.1 MBU2643279.1 MBU2643279.1 WP_021391773.1 WP_021391773.1 MCH7812019.1 MCH7812019.1 MBQ3958696.1 MBQ3958696.1 WP_017034258.1 WP_017034258.1 WP_257733866.1 WP_257733866.1 HBR2011202.1 HBR2011202.1 WP_053594912.1 WP_053594912.1 DAS28513.1 DAS28513.1 WP_075938258.1 WP_075938258.1 CAD6215318.1 CAD6215318.1 KAH9898930.1 KAH9898930.1 MBK7764469.1 MBK7764469.1 NXV43694.1 NXV43694.1 MCH8328754.1 WP_127979673.1 MCH8328754.1 MCH8328754.1 WP_256153163.1 WP_256153163.1 MBS0394142.1 MBS0394142.1 MCS7028162.1 MCS7028162.1 WP_255602293.1 WP_226276978.1 WP_255602293.1 WP_197332010.1 WP_255602293.1 WP_255602293.1 WP_255602293.1 RQL72805.1 KAJ0315765.1 KAJ0315765.1 WP_237526657.1 WP_237526657.1 WP_213162342.1 WP_213162342.1 XP_033573598.1 XP_033573598.1 WP_058258401.1 WP_058258401.1 WP_187935882.1 WP_139989153.1 WP_187935882.1 WP_187935882.1 MCM8621761.1 NTZ64221.1 MCM8621761.1 WP_279059865.1 MCM8621761.1 MCM8621761.1 WP_146809086.1 WP_146809086.1 KAF3694195.1 XP_035385791.1 KAF3694195.1 KAF3694195.1 WP_276247412.1 WP_276247412.1 GKN64987.1 GKN64987.1 PTX11617.1 PTX11617.1 WP_045070942.1 WP_045070942.1 WP_015873926.1 WP_015873926.1 EJA2215897.1 EJA2215897.1 KAF2888908.1 KAF2888908.1 NWU56530.1 NWU56530.1 WP_210028065.1 WP_210028065.1 WP_211746996.1 VRK55480.1 WP_211746996.1 WP_211746996.1 XP_040023426.1 XP_040023426.1 AXC70826.1 AXC70826.1 MBR6853793.1 MBR6853793.1 WP_153262038.1 WP_153262038.1 MCA4896083.1 MCA4896083.1 PZW62518.1 PZW62518.1 ROR98276.1 ROR98276.1 XP_025769677.1 XP_025769677.1 WP_016669239.1 WP_016669239.1 MCB1271755.1 MCB1271755.1 AFV39595.1 AOW33101.1 AFV39595.1 AOW36968.1 AFV39595.1 QWY38042.1 AFV39595.1 ACV16867.1 AFV39595.1 BAO23243.1 AFV39595.1 ARR91819.1 AFV39595.1 UZY22531.1 AFV39595.1 ABJ92889.1 AFV39595.1 ADB27070.1 AFV39595.1 AVA00513.1 AFV39595.1 ACY29573.1 AFV39595.1 AFV39595.1 AFV39595.1 ACH90072.1 AFV39595.1 BAO11608.1 AFV39595.1 AFJ09957.1 WP_123749269.1 WP_123749269.1 EFX79048.1 EFX79048.1 PZO34543.1 PZO34543.1 VDK55583.1 VDK55583.1 XP_023822602.1 XP_023822602.1 WP_126376486.1 RUM56169.1 WP_126376486.1 KVQ00241.1 WP_126376486.1 WP_126376486.1 MBT4259311.1 MBT4259311.1 WP_069580620.1 WP_069580620.1 MBR4681128.1 MBR4681128.1 KAJ1174213.1 KAJ1174213.1 MBO8485404.1 WP_125260587.1 MBO8485404.1 MCD6199266.1 MBO8485404.1 WP_158347019.1 MBO8485404.1 MBU22120.1 MBO8485404.1 MBO8485404.1 WP_228961807.1 WP_228961807.1 WP_141772753.1 WP_141772753.1 MBL8169415.1 MBL8169415.1 CDG57236.1 CDG57236.1 MBP2329018.1 MBP2329018.1 SOD38512.1 SOD38512.1 WP_161967657.1 WP_161967657.1 WP_007287952.1 WP_007287952.1 WP_090297373.1 WP_090297373.1 WP_084578893.1 WP_084578893.1 XP_010918378.1 XP_010918378.1 KRX15989.1 KRX15989.1 KAF9095505.1 KAF9095505.1 MCP4913426.1 MCP4913426.1 RGX77898.1 RGX77898.1 KAF9145485.1 KAF9145485.1 MCO5569846.1 MCO5569846.1 MUL75888.1 MUL75888.1 KAJ6888161.1 KAJ6888161.1 WP_236939362.1 WP_236939362.1 WP_040330177.1 WP_040330177.1 WP_001537381.1 WP_045125019.1 WP_001537381.1 WP_001537381.1 WP_001537381.1 WP_186153646.1 MBL6727407.1 MBL6727407.1 WP_054541705.1 WP_054541705.1 WP_279085497.1 WP_279085497.1 MCB9510871.1 MCB9510871.1 WP_095128211.1 MBT7096516.1 WP_095128211.1 WP_095128211.1 MBE0660081.1 MBE0660081.1 WP_219286064.1 WP_219286064.1 WP_218057064.1 WP_218057064.1 WP_131971174.1 WP_131971174.1 MBL8777518.1 MBL8777518.1 ABK94958.1 ABK94958.1 WP_199308568.1 WP_199308568.1 WP_199308568.1 MCG8377291.1 WP_172585284.1 WP_172585284.1 WP_094590818.1 WP_094590818.1 XP_032204694.1 WP_249681227.1 XP_032204694.1 XP_032204694.1 KAJ3382075.1 KAJ3382075.1 WP_116143250.1 WP_116143250.1 OQB67688.1 OQB67688.1 KAI1055415.1 XP_030976676.1 KAI1055415.1 KAI1055415.1 WP_018083176.1 WP_018083176.1 WP_065640612.1 WP_065640612.1 KAG2753283.1 KAG2753283.1 WP_071280632.1 WP_071280632.1 MBG4760275.1 MBG4760275.1 KAF9432903.1 KAF9432903.1 WP_245407141.1 WP_245407141.1 XP_006814105.1 XP_006814105.1 WP_228201287.1 WP_228201287.1 KAH8780162.1 KAH8780162.1 WP_196146635.1 WP_196146635.1 DAH49916.1 DAH49916.1 WP_237034910.1 WP_052125494.1 WP_237034910.1 WP_237034910.1 XP_010676925.2 XP_010676925.2 WP_102576363.1 WP_140264131.1 WP_102576363.1 WP_102576363.1 WP_080508033.1 WP_080508033.1 WP_052922907.1 MCB1208284.1 WP_052922907.1 WP_052922907.1 WP_010409355.1 WP_010409355.1 XP_008674211.1 XP_008674211.1 RGT06351.1 RGT06351.1 NIM26842.1 HHO76132.1 NIM26842.1 NIM26842.1 AMA13662.1 MOY61908.1 AMA13662.1 AST39768.1 AMA13662.1 AMA13662.1 AMA13662.1 MOY95459.1 MBQ2990925.1 MBQ2990925.1 KQP70604.1 KQP70604.1 MCH1407713.1 MCH1407713.1 HAC44255.1 HAC44255.1 NBS93427.1 NBS93427.1 WP_067101053.1 WP_067101053.1 XP_005111944.2 XP_005111944.2 WP_108210605.1 GBD99233.1 WP_108210605.1 WP_108210605.1 MOP62942.1 MOP62942.1 WP_262073613.1 WP_262073613.1 KAH9744176.1 KAH9744176.1 AFX75916.1 QGA29503.1 AFX75916.1 AFX75916.1 WP_166638495.1 WP_166638495.1 KAI4867710.1 KAI4867710.1 WP_083180153.1 WP_083180153.1 WP_270233472.1 WP_270233472.1 WP_209377953.1 WP_209377953.1 WP_209377953.1 MCB0919686.1 XP_019180948.1 XP_025814622.1 XP_019180948.1 KAG2309455.1 XP_019180948.1 XP_019180948.1 CAH0023967.1 CAH0023967.1 MBL1320270.1 WP_174567215.1 MBL1320270.1 WP_198095175.1 MBL1320270.1 MBL1320270.1 GEW47215.1 GEW47215.1 KAI4518191.1 KAI4518191.1 WP_162206844.1 WP_162206844.1 WP_113544184.1 TRZ64304.1 WP_113544184.1 WP_113544184.1 WP_014985199.1 WP_070172067.1 WP_014985199.1 NXM52897.1 WP_014985199.1 WP_014985199.1 XP_030725309.1 XP_030725309.1 WP_192880951.1 WP_192880951.1 MBT8607749.1 WP_001202764.1 MBT8607749.1 MBT8607749.1 NGL48818.1 NGL48818.1 WP_162929259.1 WP_162929259.1 NLV68328.1 MBD3769330.1 NLV68328.1 NLK90780.1 NLV68328.1 NLV68328.1 NLV68328.1 NLT72898.1 WP_075013026.1 WP_075013026.1 USK34290.1 USK34290.1 NLE01480.1 NLE01480.1 MCK5466482.1 MBI2651826.1 MCK5466482.1 MCK5466482.1 WP_166047848.1 WP_166047848.1 KAI2467201.1 KAI2467201.1 WP_272952826.1 WP_272952826.1 AGB20654.1 AGB20654.1 MBQ6868443.1 MBQ6868443.1 NER20127.1 NER20127.1 WP_269061021.1 WP_269061021.1 MCE2789155.1 MCE2789155.1 HAO16792.1 HAO16792.1 XP_039325768.1 XP_039325768.1 WP_180230190.1 WP_101272247.1 WP_180230190.1 WP_180230190.1 WP_230796143.1 EIX9307167.1 WP_230796143.1 WP_230796143.1 WP_059639348.1 WP_059639348.1 GBN39940.1 GBN39940.1 MXQ53321.1 MXQ53321.1 WP_100449703.1 WP_100449703.1 XP_052751399.1 XP_052751399.1 WP_066786685.1 WP_066786685.1 WP_249084213.1 MCI5916932.1 WP_249084213.1 WP_249084213.1 WP_131096443.1 MBE3671043.1 WP_131096443.1 WP_049066482.1 WP_131096443.1 WP_131096443.1 KAI6080770.1 KAI6080770.1 WP_017691736.1 WP_017691736.1 WP_005632191.1 WP_005632191.1 WP_084873045.1 WP_084873045.1 WP_280336340.1 WP_280336340.1 CAD2182685.1 CAD2182685.1 HBT5919638.1 HBT5919638.1 XP_021765438.1 XP_021765438.1 WP_093486522.1 WP_093486522.1 QLY80081.1 QLY80081.1 WP_006224372.1 WP_006224372.1 WP_023727015.1 WP_185921121.1 WP_023727015.1 WP_023727015.1 KAF8917914.1 KAF8917914.1 WP_037184031.1 WP_037184031.1 MBM4261824.1 MBM4261824.1 WP_085680475.1 WP_085680475.1 EFI9255255.1 EFI9255255.1 WP_070475600.1 WP_070475600.1 WP_275405902.1 WP_275405902.1 TVY78526.1 TVY78526.1 WP_273827584.1 WP_273827584.1 XP_047245969.1 XP_047245969.1 XP_007957752.1 XP_048221756.1 XP_007957752.1 XP_007957752.1 KAI1368854.1 KAI1368854.1 STW09510.1 STW09510.1 WP_264790310.1 WP_264790310.1 WP_029091796.1 WP_029091796.1 WP_237142885.1 WP_237142885.1 EFL44656.1 EFL44656.1 RJF99999.1 RJF99999.1 MBM4059513.1 MBM4059513.1 MCP3657241.1 MCP3657241.1 WP_203021165.1 WP_203021165.1 WP_233230645.1 WP_099100504.1 WP_233230645.1 WP_233230645.1 WP_004960861.1 EET4886479.1 WP_004960861.1 MCO5068575.1 WP_004960861.1 EFH7886278.1 WP_004960861.1 WP_004960861.1 WP_230009938.1 WP_230009938.1 WP_034709917.1 WP_227550239.1 WP_034709917.1 WP_034709917.1 CTM60173.1 CTM60173.1 SPC33634.1 SPC33634.1 WP_259287153.1 WP_259287153.1 MRB85170.1 MRB85170.1 MCD6544917.1 MCD6544917.1 MBK4335994.1 MBK4335994.1 MBA0628892.1 MBA0628892.1 WP_281459228.1 WP_281459228.1 CAD7578726.1 CAD7578726.1 SOD38336.1 SOD38336.1 TYG55675.1 TYG55675.1 WP_094953410.1 WP_094953410.1 WP_108324249.1 WP_108324249.1 WP_195238978.1 WP_195368055.1 WP_195238978.1 WP_195238978.1 WP_195238978.1 WP_011512097.1 WP_195238978.1 WP_029347391.1 WP_195238978.1 WP_211555180.1 WP_195238978.1 WP_247749043.1 KAG7283570.1 KAG7283570.1 WP_280427578.1 WP_280427578.1 WP_223292749.1 MCM1122913.1 WP_223292749.1 WP_223292749.1 WP_244355613.1 WP_244355613.1 CAG9435424.1 CAG9435424.1 ECE8916583.1 EAA8040699.1 ECE8916583.1 ECE8916583.1 MCP3654032.1 MCP3654032.1 XP_036163171.1 XP_036163171.1 KYP14137.1 KYP14137.1 KAF5321974.1 KAF5321974.1 MCD8523842.1 MCD8523842.1 WP_096671147.1 WP_096671147.1 WP_173081441.1 WP_173081441.1 EMD82508.1 EMD82508.1 WP_022710297.1 WP_022710297.1 MBT3784852.1 MBT3784852.1 WP_059267425.1 WP_176538754.1 WP_059267425.1 WP_059267425.1 WP_138583465.1 WP_138583465.1 OEC37898.1 OEC37898.1 MBI2416798.1 MBI2416798.1 WP_276256752.1 KIE57707.1 WP_276256752.1 WP_276256752.1 WP_154541351.1 WP_154541351.1 NXL14598.1 XP_033306318.1 NXL14598.1 NXL14598.1 RUM68418.1 MCQ2831693.1 RUM68418.1 RUM68418.1 NAB09037.1 NAB09037.1 MCH7618159.1 MCH7618159.1 WP_166652585.1 WP_166652585.1 QPH00767.1 QPH00767.1 WP_083453642.1 TMG86695.1 WP_083453642.1 CAG0990770.1 WP_083453642.1 WP_256212307.1 WP_083453642.1 WP_083453642.1 EDF8564338.1 EDF8564338.1 GEP01990.1 GEP01990.1 NP_177230.1 NP_177230.1 WP_206913767.1 WP_206913767.1 UOK61174.1 UOK61174.1 WP_033677965.1 WP_033677965.1 MBF1231925.1 MBF1231925.1 MBQ1196899.1 MBQ1196899.1 WP_189254710.1 WP_189254710.1 XP_022371551.1 XP_022371551.1 PLX13980.1 PLX13980.1 CAH9132908.1 CAH9132908.1 PAV59276.1 PAV59276.1 MCA9869097.1 MCA9869097.1 MBI1189702.1 RYY73542.1 MBI1189702.1 MCK9252526.1 MBI1189702.1 MBI1189702.1 CAI4531609.1 CAI4531609.1 WP_012084538.1 WP_012084538.1 MBS1587439.1 MBS1587439.1 WP_109832405.1 WP_109832405.1 EFX84833.1 EFX84833.1 WP_024498088.1 WP_003939801.1 WP_024498088.1 WP_024498088.1 WP_130201530.1 WP_130201530.1 KAF5115699.1 KAF5115699.1 KAJ5249775.1 KAJ5249775.1 SED04027.1 SED04027.1 MAL04956.1 MAL04956.1 XP_032283352.1 XP_032283352.1 XP_048583328.1 XP_048583328.1 MBL7752135.1 MBL7752135.1 WP_027723927.1 WP_027723927.1 WP_280550159.1 WP_280550159.1 WP_263549390.1 WP_263549390.1 KAJ2160675.1 KAJ2160675.1 WP_165149223.1 WP_165149223.1 WP_154427248.1 WP_154427248.1 XP_003056335.1 XP_003056335.1 MIX29656.1 MIX29656.1 SCN76227.1 XP_027422845.1 SCN76227.1 WP_232790853.1 SCN76227.1 SCN76227.1 WP_042211112.1 WP_042211112.1 WP_170834655.1 WP_170834655.1 MBS5796435.1 MBS5796435.1 WP_235959345.1 WP_235959345.1 HHX25519.1 UCF69744.1 HHX25519.1 HHX25519.1 WP_199690327.1 WP_199690327.1 WP_195694458.1 WP_195694458.1 PTT91340.1 PTT91340.1 MBQ1405588.1 MBQ1897904.1 MBQ1405588.1 MBQ1405588.1 KFV95086.1 KFV95086.1 WP_187027854.1 WP_187027854.1 NDU77367.1 NDU77367.1 XP_029370816.1 XP_029370816.1 PYX86466.1 PYX86466.1 MBN9117024.1 MBN9117024.1 AXZ65741.1 ABQ63546.1 AXZ65741.1 AKT58828.1 AXZ65741.1 AOQ89457.1 AXZ65741.1 AXZ65741.1 WP_132175930.1 WP_132175930.1 WP_055411085.1 WP_055411085.1 CAE6438319.1 CAE6438319.1 WP_009257967.1 WP_009257967.1 XP_021377602.1 XP_021377602.1 KJV99157.1 KJV99157.1 EHR73697.1 EHR73697.1 MBQ2688679.1 MBQ2688679.1 CAF4001745.1 CAF4001745.1 WP_264144890.1 WP_130962786.1 WP_264144890.1 WP_264144890.1 NEO77458.1 NEO77458.1 GBD21712.1 GBD21712.1 WP_138405018.1 WP_138405018.1 XP_025425233.1 XP_025425233.1 WP_043343784.1 NVK26228.1 WP_043343784.1 WP_043343784.1 MBN3879913.1 MBN3879913.1 XP_020282545.1 XP_020282545.1 WP_093361010.1 WP_093361010.1 XP_034262050.1 XP_034262050.1 OWZ21453.1 OWZ21453.1 WP_140204528.1 WP_140204528.1 WP_206254325.1 WP_206254325.1 WP_278843343.1 MBP3518143.1 WP_278843343.1 WP_214826002.1 WP_278843343.1 WP_278843343.1 WP_278843343.1 MCB9353584.1 WP_278843343.1 WP_146272353.1 WP_278843343.1 WP_259301651.1 MBL4542294.1 MBL4542294.1 GCE99025.1 GCE99025.1 MCL2537505.1 MCL2537505.1 XP_049847771.1 XP_049847771.1 MCC7321896.1 MCC7321896.1 MCE5280144.1 MBR6875525.1 MCE5280144.1 MCE5280144.1 MBX3615544.1 MBX3615544.1 XP_047443619.1 XP_047443619.1 GBU10433.1 GBU10433.1 ECG5731039.1 HHU23657.1 ECG5731039.1 ECG5731039.1 KAI4261063.1 KAI4261063.1 RME91291.1 RME91291.1 KAF8902954.1 KAF8902954.1 WP_128492049.1 WP_128492049.1 NXJ09179.1 NXJ09179.1 MBM3211208.1 MBM3211208.1 XP_037269637.1 XP_037269637.1 WP_266300278.1 WP_266300278.1 MBT3283615.1 MBT3283615.1 HBB8861935.1 HBB8861935.1 MBP1762081.1 MBP1762081.1 ESW62330.1 ESW62330.1 WP_139216328.1 WP_139216328.1 XP_031159380.1 XP_031159380.1 WP_145549645.1 WP_145549645.1 MCB0396773.1 MCB0396773.1 XP_042399294.1 XP_042399294.1 MCR5249229.1 MCR5249229.1 EOX98511.1 EOX98511.1 WP_263871176.1 WP_263871176.1 XP_015675072.1 XP_015675072.1 WP_147728825.1 WP_147728825.1 WP_137499306.1 WP_137499306.1 WP_254467474.1 WP_059812501.1 WP_254467474.1 WP_254467474.1 WP_254467474.1 KAA1286543.1 WP_254467474.1 MBO1518138.1 WP_209241541.1 EIC7331684.1 WP_209241541.1 WP_093868643.1 WP_209241541.1 HBU57020.1 WP_209241541.1 WP_209241541.1 CAI4270029.1 CAI4270029.1 KAI5947122.1 KAI5947122.1 XP_051382515.1 XP_051382515.1 MCS7125979.1 MCS7125979.1 MBD9700330.1 MBD9700330.1 WP_072184911.1 WP_072184911.1 MBI1992098.1 MBI1992098.1 OBC01194.1 OBC01194.1 WP_203304418.1 WP_203304418.1 WP_145254095.1 WP_145254095.1 NLV89229.1 NLV89229.1 MCQ8893008.1 MCQ8893008.1 WP_221968558.1 WP_221968558.1 MBA2782760.1 MBA2782760.1 WP_232465954.1 WP_232465954.1 WP_164588414.1 WP_164588414.1 MBO4522510.1 MBO4522510.1 WP_206762159.1 WP_206762159.1 KAF0721509.1 KAF0721509.1 WP_241695219.1 WP_241695219.1 XP_036174925.1 XP_036174925.1 WP_165356608.1 WP_165356608.1 PFQ70995.1 HCI94645.1 PFQ70995.1 PFQ70995.1 WP_008132112.1 WP_008132112.1 XP_022789336.1 XP_022789336.1 WP_264695257.1 WP_264695257.1 AAR06568.1 AAR06568.1 WP_043239074.1 WP_043239074.1 KAB2838176.1 KAB2838176.1 MBS1617120.1 MBS1617120.1 WP_129629290.1 MCI0877007.1 WP_129629290.1 WP_129629290.1 KRN01502.1 KRN01502.1 ACF74449.1 ACF74449.1 WP_088527814.1 WP_122081718.1 WP_088527814.1 MCR5007903.1 WP_088527814.1 WP_088527814.1 WP_258825945.1 MCF8210731.1 WP_258825945.1 WP_258825945.1 WP_008045531.1 GIC06559.1 WP_008045531.1 WP_008045531.1 WP_045064390.1 WP_045064390.1 MCU1589779.1 MCU1589779.1 XP_049224720.1 XP_049224720.1 MBQ0033687.1 MBQ0033687.1 MBP3425637.1 MBP3425637.1 MCR5285329.1 MCR5285329.1 XP_020103231.1 NCW99628.1 XP_020103231.1 XP_020103231.1 XP_020103231.1 MCS6830908.1 XP_020103231.1 CAB0780497.1 WP_258394058.1 WP_258394058.1 WP_196823726.1 WP_196823726.1 WP_162334308.1 WP_162334308.1 WP_020394619.1 WP_020394619.1 TMH05674.1 WP_277690767.1 TMH05674.1 TMH05674.1 WP_112116848.1 WP_112116848.1 HCH2726488.1 GAL07990.1 HCH2726488.1 HCH2726488.1 MBK6833697.1 MBK6833697.1 XP_025975121.1 XP_025975121.1 NXS05193.1 NXS05193.1 MBC6481257.1 MBE0669914.1 MBC6481257.1 MCI4325574.1 MBC6481257.1 HCP62665.1 MBC6481257.1 MBC6481257.1 KAE9963299.1 KAE9963299.1 WP_048771567.1 WP_048771567.1 WP_237560484.1 WP_237560484.1 KAG6786301.1 KAG6786301.1 OIQ39557.1 OIQ39557.1 WP_190063487.1 WP_190063487.1 WP_006075792.1 WP_006075792.1 XP_051120762.1 XP_051120762.1 MRB06557.1 MRB06557.1 WP_136085111.1 WP_136085111.1 CAF3446016.1 CAF3446016.1 MBZ5699012.1 WP_190772838.1 MBZ5699012.1 MBZ5699012.1 GEX59890.1 GEX59890.1 WP_130523666.1 WP_130523666.1 MCB0447703.1 MCB0447703.1 WAR09170.1 WAR09170.1 KAA0009614.1 KAA0009614.1 MBI6809448.1 MBI6809448.1 WP_123226257.1 WP_123226257.1 KAF9308882.1 KAF9308882.1 KAG2929087.1 KAG2929087.1 ODU23539.1 ODU23539.1 WP_186229980.1 WP_186229980.1 KAJ7545197.1 KAJ7545197.1 XP_043494069.1 XP_043494069.1 XP_043494069.1 XP_056429915.1 XP_035812514.1 XP_054751877.1 XP_035812514.1 XP_035812514.1 MBL0273084.1 NOT03931.1 MBL0273084.1 MBL0273084.1 WP_077066366.1 WP_077066366.1 WP_001531669.1 WP_001531669.1 MSX26960.1 MSX26960.1 RCK62276.1 RCK62276.1 WP_262014488.1 WP_262014488.1 NOZ88085.1 NOZ88085.1 XP_051216225.1 XP_051216225.1 MBO1089156.1 MBO1089156.1 GIW56314.1 GIW56314.1 PXL39359.1 PXL39359.1 WP_073277800.1 WP_073277800.1 PPS91010.1 PPS91010.1 WP_140347789.1 WP_140347789.1 EFT9578334.1 EFT9578334.1 MCE4613707.1 MCE4613707.1 ERI49901.1 ERI49901.1 HIN08122.1 HIN08122.1 OQW79047.1 OQW79047.1 WP_086502876.1 WP_086502876.1 KAG6788279.1 KAG6788279.1 KAG6788279.1 PON87355.1 XP_021898889.1 KAJ0960782.1 XP_021898889.1 XP_015055542.1 XP_021898889.1 XP_021898889.1 NWR48904.1 NWR48904.1 QJX39570.1 AAW57761.1 QJX39570.1 AIG14299.1 QJX39570.1 QJX39570.1 WP_206096314.1 WP_006697084.1 WP_206096314.1 WP_206096314.1 MBT5285153.1 MBT5285153.1 CDC61696.1 CDC61696.1 MCO4570690.1 MCO4570690.1 KAF8141928.1 KAF8141928.1 TJW13192.1 TJW13192.1 WP_005629113.1 WP_005629113.1 WP_083639049.1 WP_083639049.1 WP_169054812.1 WP_169054812.1 MBR1706273.1 MBR1706273.1 EST37880.1 EST37880.1 WP_106936446.1 WP_106936446.1 WP_214777175.1 WP_214777175.1 WP_092857087.1 MBM7125960.1 WP_092857087.1 MBU1183407.1 WP_092857087.1 WP_092857087.1 RAH10573.1 RAH10573.1 XP_048732732.1 XP_048732732.1 HFC54342.1 HFC54342.1 WP_025739406.1 WP_140164964.1 WP_025739406.1 WP_025739406.1 WP_128505522.1 WP_128505522.1 MCB9943168.1 MCB9943168.1 WP_190822868.1 WP_190822868.1 WP_258007507.1 WP_258007507.1 TVR41840.1 TVR41840.1 WP_283181662.1 WP_283181662.1 CAC9886154.1 CAC9886154.1 WP_047943571.1 WP_047943571.1 MBO2482901.1 MBO2482901.1 WP_261668588.1 WP_261668588.1 XP_047422702.1 XP_047422702.1 KAJ3490879.1 KAJ3490879.1 WP_227317406.1 WP_090149712.1 WP_227317406.1 WP_227317406.1 MCB0488436.1 MCB0488436.1 MCD6430924.1 MCD6430924.1 MCI0654225.1 MCI0654225.1 WP_271515333.1 WP_271515333.1 WP_207334372.1 WP_207334372.1 NYK82134.1 NYK82134.1 RTE72268.1 RTE72268.1 WP_232703726.1 WP_232703726.1 WP_184066976.1 WP_184066976.1 WP_257689765.1 WP_022389025.1 WP_257689765.1 WP_131836551.1 WP_257689765.1 WP_195426888.1 WP_257689765.1 WP_205186167.1 WP_257689765.1 XP_050320449.1 WP_257689765.1 WP_232038993.1 WP_257689765.1 WP_255965801.1 WP_257689765.1 WP_061795322.1 WP_257689765.1 WP_257689765.1 WP_257689765.1 WP_100461895.1 WP_257689765.1 WP_057201184.1 WP_257689765.1 WP_108756325.1 MBU0791683.1 MBU0791683.1 WP_182711428.1 WP_182711428.1 TKW18680.1 TKW18680.1 WP_240111183.1 WP_240111183.1 NED75586.1 NED75586.1 MBR0615264.1 MBR0615264.1 ETO34949.1 ETO34949.1 KAF5411244.1 KAF5411244.1 WP_017878759.1 WP_017878759.1 WP_023780537.1 WP_023780537.1 WP_077376172.1 WP_077376172.1 GIW70618.1 GIW70618.1 QFY03744.1 QFY03744.1 MBA8666914.1 MBA8666914.1 KAJ8938828.1 KAJ8938828.1 WP_149660939.1 WP_149660939.1 WP_262404887.1 WP_262404887.1 OJH36051.1 OJH36051.1 MCJ8273875.1 MCJ8273875.1 XP_045701611.1 XP_045701611.1 WP_267782507.1 WP_267782507.1 MCP5198054.1 MCP5198054.1 EOS29826.1 EOS29826.1 NLC30933.1 NLC30933.1 WP_003960394.1 STC68550.1 WP_003960394.1 WP_003960394.1 WP_218348303.1 WP_218348303.1 WP_148727848.1 WP_148727848.1 TVS18044.1 TVS18044.1 WP_018934053.1 WP_018934053.1 MBV00212.1 EAH8201998.1 MBV00212.1 MBG6814041.1 MBV00212.1 MBV00212.1 XP_047781705.1 XP_047781705.1 MBQ7286305.1 MBQ7286305.1 MBQ4426944.1 MBQ4426944.1 OKO87070.1 OKO87070.1 KAF5116816.1 KAF5116816.1 MBN1246547.1 MBN1246547.1 MBR6946428.1 MBR6946428.1 WP_097574091.1 WP_097574091.1 MCF8145043.1 MCF8145043.1 WP_159796041.1 WP_159796041.1 MBA3497606.1 WP_088031849.1 MBA3497606.1 MBA3497606.1 AHJ84873.1 AHJ84873.1 MCA9738196.1 MCA9738196.1 KAJ0689199.1 KAJ0689199.1 ERB66459.1 ERB66459.1 MBL6710595.1 MBL6710595.1 MCH1932562.1 MCH1932562.1 XP_055331916.1 XP_055331916.1 KAF7869901.1 KAF7869901.1 WP_220674761.1 WP_080337214.1 WP_220674761.1 WP_220674761.1 KAH7489251.1 KAH7489251.1 XP_032499984.1 XP_032499984.1 WP_261369297.1 WP_261369297.1 WP_283842967.1 WP_283842967.1 MBT3932996.1 MBT3932996.1 WP_148565498.1 WP_251309955.1 WP_148565498.1 WP_148565498.1 WP_097485790.1 WP_097485790.1 WP_004994904.1 WP_004994904.1 MBU0624735.1 MBU0624735.1 WP_266814553.1 WP_266814553.1 MBQ4411698.1 MBQ4411698.1 KYF44507.1 KYF44507.1 MCL2788588.1 MCL2788588.1 WP_262155701.1 WP_262155701.1 KAF5548980.1 KAF5548980.1 KAH7262805.1 KAH7262805.1 WP_183063711.1 WP_183063711.1 WP_212810521.1 WP_212810521.1 MBR8744763.1 MBR8744763.1 WP_120452154.1 WP_120452154.1 NTU53989.1 NTU53989.1 GHU61839.1 GHU61839.1 MBS1744667.1 MBS1744667.1 MBU03734.1 MBU03734.1 WP_105386412.1 WP_105386412.1 WP_131776591.1 WP_131776591.1 WP_196974466.1 WP_196974466.1 WP_184130797.1 WP_184130797.1 MCS5505837.1 MCS5505837.1 WP_062865604.1 WP_062865604.1 WP_188895946.1 WP_188895946.1 KFG62183.1 KFG62183.1 MAJ56944.1 MAJ56944.1 RYP71249.1 RYP71249.1 MBQ3470868.1 MBQ3470868.1 WP_234897981.1 WP_234897981.1 WP_117751014.1 WP_099219937.1 WP_117751014.1 WP_117751014.1 WP_160410225.1 WP_160410225.1 MBE3595273.1 MBE3595273.1 UTW67325.1 UTW67325.1 MBL0255244.1 MBL0255244.1 EMK19049.1 EMK19049.1 THB74514.1 THB74514.1 AWD47640.1 AWD47640.1 MCR4818155.1 MBR4451941.1 MCR4818155.1 MCR4818155.1 WP_018717981.1 WP_018717981.1 MCE2907393.1 MCE2907393.1 WP_251174936.1 WP_251174936.1 WP_202925384.1 MBO1529847.1 WP_202925384.1 WP_202925384.1 CAI0990105.1 CAI0990105.1 WP_140660563.1 WP_140660563.1 WP_277410236.1 WP_277410236.1 MCP5558243.1 MCP5558243.1 CAD7419184.1 CAD7419184.1 WP_189609880.1 WP_189609880.1 MBQ8283265.1 MBQ8283265.1 WP_173904515.1 WP_173904515.1 XP_032696462.1 XP_032696462.1 XP_044484513.1 XP_044484513.1 XP_027476133.1 XP_027476133.1 WP_189592858.1 WP_189592858.1 WP_166225641.1 MBK5104727.1 WP_166225641.1 WP_166225641.1 WP_266312166.1 WP_266312166.1 WP_147766978.1 WP_147766978.1 WP_239815372.1 WP_239815372.1 PSP85445.1 PSP85445.1 WP_065809357.1 WP_065809357.1 WP_205177065.1 WP_205177065.1 MCG3730919.1 MCG3730919.1 WP_166886913.1 WP_008701575.1 WP_166886913.1 WP_166886913.1 CPY79168.1 CPY79168.1 MBT5578634.1 MBT5578634.1 WP_126669182.1 WP_126669182.1 WP_005165186.1 WP_005165186.1 AUN31249.1 AUN31249.1 WP_279123632.1 WP_279123632.1 MCM2341063.1 MCM2341063.1 MPT31245.1 MBS4051699.1 MPT31245.1 MPT31245.1 ETD72983.1 ETD72983.1 MCP4488771.1 MCP4488771.1 SDW64481.1 MBR4127938.1 SDW64481.1 SDW64481.1 MBR2488648.1 MBR2488648.1 WP_240030709.1 WP_240030709.1 WP_250146767.1 WP_250146767.1 CZR69713.1 CZR69713.1 XP_039854086.1 XP_039854086.1 MCU1437293.1 MCU1437293.1 XP_015523373.1 XP_015523373.1 DAO22062.1 DAO22062.1 WP_274481161.1 WP_274481161.1 XP_697509.2 XP_697509.2 WP_139764340.1 WP_139764340.1 WP_132882604.1 WP_132882604.1 WP_200316392.1 WP_200316392.1 WP_241908014.1 WP_241908014.1 MCL7403925.1 MCL7403925.1 KAF9116737.1 KAF9116737.1 NLG67042.1 NLG67042.1 HIA56122.1 HIA56122.1 MBP6049275.1 MBP6049275.1 HAY39979.1 WP_270908912.1 HAY39979.1 WP_007270472.1 HAY39979.1 HAY39979.1 WP_105188257.1 WP_105188257.1 MCH2430466.1 MCH2430466.1 MBI2152769.1 MCH5207665.1 MBI2152769.1 MBI2152769.1 WP_211231677.1 WP_211231677.1 WP_269048359.1 WP_269048359.1 WP_195553161.1 WP_195553161.1 MBL1417270.1 MBL1417270.1 XP_019741907.1 XP_019741907.1 AJF60049.1 AJF60049.1 EHD2267589.1 EHD2267589.1 RJF98482.1 RJF98482.1 GDX36288.1 WP_245704803.1 GDX36288.1 GDX36288.1 MCF7786316.1 MCF7786316.1 KAJ8059477.1 KAJ8059477.1 MBI3948044.1 MBI3948044.1 MBM4386043.1 MBM4386043.1 KAI2062789.1 KAI2062789.1 QEP29574.1 QEP29574.1 MBT4920854.1 MBT4920854.1 KAH8333868.1 KAH8333868.1 NLN95163.1 NLN95163.1 MBI1386726.1 WP_171519907.1 MBI1386726.1 MBI1386726.1 WP_021500824.1 WP_021500824.1 NP_001257623.1 NP_001257623.1 WP_200780455.1 WP_200780455.1 KAE9803106.1 KAE9803106.1 WP_283179095.1 WP_283179095.1 WP_265896212.1 WP_138941726.1 WP_265896212.1 WP_265896212.1 EDA9915590.1 EDA9915590.1 TIU74829.1 TIU74829.1 NLA37038.1 NLA37038.1 XP_025606354.1 XP_025606354.1 WP_100161462.1 WP_100161462.1 EAL7285322.1 EAL7285322.1 OAV67199.1 OAV67199.1 MCI6491833.1 HCM9096811.1 MCI6491833.1 WP_063505693.1 MCI6491833.1 MCI6491833.1 KAF7644169.1 KAF7644169.1 WP_046234935.1 HBG7982863.1 WP_046234935.1 WP_046234935.1 MBQ8156531.1 MBQ8156531.1 WP_137607852.1 WP_137607852.1 WP_277858638.1 WP_277858638.1 WP_118155356.1 WP_118155356.1 NPV11463.1 WP_149786838.1 NPV11463.1 NPV11463.1 MCE0539567.1 MCE0539567.1 WP_146646172.1 WP_146646172.1 MBQ3906581.1 MBQ3906581.1 WP_060137083.1 WP_060137083.1 XP_047334060.1 XP_047334060.1 AWW49543.1 WP_143169250.1 AWW49543.1 AWW49543.1 WP_130528929.1 WP_130528929.1 EIC6151294.1 HBA5291325.1 EIC6151294.1 EIC6151294.1 MCE2507101.1 MCE2507101.1 WP_271268402.1 WP_029364876.1 WP_271268402.1 WP_271268402.1 MBO6554759.1 MBO6554759.1 WP_168738097.1 MBN9383861.1 WP_168738097.1 WP_168738097.1 MBO4925134.1 MBO4925134.1 WP_258700041.1 WP_028393295.1 WP_258700041.1 WP_258700041.1 XP_029728184.1 XP_029728184.1 WP_263620371.1 WP_263620371.1 HAI83337.1 HAI83337.1 MCC6600438.1 OGU48181.1 MCC6600438.1 MCC6600438.1 MBR3944831.1 MBR3944831.1 MBQ6224848.1 MBQ6224848.1 KAG6815834.1 KAG6815834.1 MBS1237631.1 WP_109305164.1 MBS1237631.1 MBS1237631.1 MBC8287102.1 MBC8287102.1 WP_147710924.1 WP_147710924.1 WP_147098622.1 WP_147098622.1 OPJ85369.1 OPJ85369.1 AOM87821.1 AOM87821.1 EFI9116993.1 EFI9116993.1 MBP6873711.1 MBP6873711.1 WP_236578309.1 WP_236578309.1 MCS6997039.1 MCS6997039.1 WP_232235954.1 WP_232235954.1 OBF96065.1 OBF96065.1 HAC47786.1 HAC47786.1 PYV42293.1 PYV42293.1 WP_186372554.1 WP_186372554.1 MBK7761530.1 MBK7761530.1 WP_099692467.1 WP_099692467.1 WP_227414037.1 WP_227414037.1 OLC60889.1 OLC60889.1 MCM8792278.1 NNF43866.1 MCM8792278.1 MBC8384723.1 MCM8792278.1 MCM8792278.1 CAI9728293.1 CAI9728293.1 KAG8587293.1 KAG8587293.1 GGK29005.1 GGK29005.1 MCQ2641798.1 MCQ2641798.1 MCD5879085.1 MCD5879085.1 XP_052062472.1 XP_052062472.1 MCB1594269.1 MCB1594269.1 WP_089820066.1 SDP58856.1 WP_089820066.1 WP_196074572.1 WP_089820066.1 WP_089820066.1 WP_174736260.1 WP_268637051.1 WP_174736260.1 WP_174736260.1 WP_245086788.1 WP_245086788.1 WP_132993058.1 WP_132993058.1 WP_262152891.1 WP_262152891.1 MBA2391527.1 MBA2391527.1 HCG88012.1 HCG88012.1 HCG88012.1 KAG0922869.1 KAF5949235.1 KAF5949235.1 WP_026861651.1 WP_026861651.1 WP_075011186.1 WP_075011186.1 WP_205336461.1 WP_205336461.1 POC21689.1 POC21689.1 WP_017172025.1 WP_120358183.1 WP_017172025.1 WP_017172025.1 WP_157783106.1 WP_157783106.1 MBH39527.1 WP_228049692.1 MBH39527.1 MBH39527.1 MBP0444593.1 MBP0444593.1 XP_040637648.1 XP_040637648.1 CUQ45908.1 CUQ45908.1 KAB1930676.1 KAB1930676.1 WP_063393100.1 WP_063393100.1 XP_053174626.1 XP_052609093.1 XP_053174626.1 XP_053174626.1 MBY7869037.1 WP_047430984.1 MBY7869037.1 MBY7869037.1 XP_006969978.1 XP_006969978.1 WP_077989166.1 WP_077989166.1 WP_238286377.1 WP_238286377.1 MBQ6476844.1 MBQ6476844.1 OCT99299.1 OCT99299.1 WP_131252095.1 WP_131252095.1 MBP7794228.1 MBP7794228.1 MCP5487798.1 MCP5487798.1 XP_052321142.1 XP_052321142.1 HAJ13960.1 HAJ13960.1 KTC18574.1 WP_026974351.1 KTC18574.1 WP_107723967.1 KTC18574.1 KTC18574.1 MSX81993.1 MSX81993.1 WP_172892835.1 WP_172892835.1 RMP47417.1 RMP47417.1 WP_076195104.1 WP_076195104.1 WP_278448552.1 WP_278448552.1 MBU1163645.1 MBU1163645.1 WP_178943877.1 WP_178943877.1 WP_100963785.1 WP_100963785.1 WP_007337172.1 WP_007337172.1 WP_283107263.1 NRF69152.1 WP_283107263.1 WP_017718577.1 WP_283107263.1 WP_203339841.1 WP_283107263.1 WP_058504615.1 WP_283107263.1 WP_283107263.1 UCH34204.1 UCH34204.1 NNE21990.1 NNE21990.1 CAG1014836.1 CAG1014836.1 HEY60602.1 HEY60602.1 MBL6847974.1 WP_055337992.1 MBL6847974.1 WP_019444443.1 MBL6847974.1 MBL6847974.1 MBW2293111.1 MBW2293111.1 WP_035154071.1 WP_035154071.1 WP_015167170.1 WP_015167170.1 WP_015167170.1 WP_270453521.1 XP_032818145.1 XP_032818145.1 WP_107851562.1 WP_107851562.1 KAH8969015.1 NEO63080.1 KAH8969015.1 PZR90627.1 KAH8969015.1 KAH8969015.1 KAH8969015.1 WP_247072383.1 PIT67883.1 PIT67883.1 MCT7963129.1 MCT7963129.1 NWG07731.1 NWG07731.1 MAX51409.1 MAX51409.1 SPZ45747.1 SPZ45747.1 NBS68005.1 NBS68005.1 MBQ1990346.1 MBQ1990346.1 XP_039284787.1 XP_039284787.1 MBA4865741.1 MBA4865741.1 WP_070955303.1 KWZ83306.1 WP_070955303.1 WP_070955303.1 XP_018957721.2 XP_018957721.2 WP_042648904.1 MBK8326393.1 WP_042648904.1 WP_086236254.1 WP_042648904.1 NKB40192.1 WP_042648904.1 WP_042648904.1 PIR97932.1 PIR97932.1 XP_041378246.1 XP_041378246.1 KAF9922452.1 KAF9922452.1 WP_018431719.1 WP_018431719.1 WP_152190814.1 WP_152190814.1 WP_233284074.1 WP_233284074.1 MBO9514898.1 MBO9514898.1 MCH6550914.1 MBG83645.1 MCH6550914.1 MCH6550914.1 MOO35077.1 MOO35077.1 WP_156140069.1 WP_156140069.1 WP_200629424.1 WP_200629424.1 KAI9565065.1 KAI9565065.1 MBN2399180.1 WP_266727676.1 MBN2399180.1 MBN2399180.1 WP_091227077.1 WP_091227077.1 WP_218795152.1 WP_218795152.1 MBK6411085.1 MBK6411085.1 NQW84129.1 NQW84129.1 MBW7837788.1 MBW7837788.1 MCK4337579.1 MCK4337579.1 WP_087686007.1 WP_087686007.1 EAR7791084.1 EAR7791084.1 KAG7278336.1 KAG7278336.1 WP_200669895.1 WP_200669895.1 WP_272925939.1 WP_272925939.1 GJM01403.1 GJM01403.1 TNN49994.1 TNN49994.1 KAI5724218.1 KAI5724218.1 ECG2575758.1 ECG2575758.1 WP_043548763.1 MBT4160670.1 WP_043548763.1 WP_043548763.1 EDF9697826.1 EDF9697826.1 WP_028046854.1 WP_011739125.1 WP_028046854.1 WP_187918914.1 WP_028046854.1 WP_028046854.1 AYX54788.1 AYX54788.1 WP_198907334.1 WP_015699100.1 WP_198907334.1 WP_063427392.1 WP_198907334.1 OKX80212.1 WP_198907334.1 WP_125625723.1 WP_198907334.1 WP_198907334.1 WP_218203447.1 WP_218203447.1 GJH02859.1 GJH02859.1 WP_149651389.1 WP_149651389.1 QIE41101.1 QIE41101.1 RLB79053.1 RLB79053.1 EAD1341741.1 EAD1341741.1 MBN9324306.1 MBN9324306.1 WP_184718542.1 WP_184718542.1 WP_189700210.1 WP_189700210.1 WP_067799544.1 WP_067799544.1 WP_089269927.1 WP_136193451.1 WP_089269927.1 WP_089269927.1 TQJ11194.1 TQJ11194.1 WP_272770862.1 WP_272770862.1 WP_024525698.1 WP_024525698.1 MBT8283357.1 MBT8283357.1 WP_236270941.1 WP_236270941.1 UBA80202.1 UBA80202.1 MBQ4557037.1 MBQ4557037.1 XP_003073356.1 XP_022851607.1 XP_003073356.1 XP_003073356.1 WP_062950599.1 WP_062950599.1 WP_160680844.1 WP_160680844.1 WP_052271161.1 WP_052271161.1 XP_038788914.1 XP_038788914.1 WP_277108398.1 KAA1446899.1 WP_277108398.1 WP_277108398.1 MBK9059381.1 MBK9059381.1 EKX78645.1 EKX78645.1 WP_020913025.1 NBQ41256.1 WP_020913025.1 OCB46767.1 WP_020913025.1 MBI3461834.1 WP_020913025.1 KAF1538674.1 WP_020913025.1 NEQ48723.1 WP_020913025.1 WP_020913025.1 WP_281295215.1 WP_281295215.1 WP_056438721.1 WP_056438721.1 WP_274182085.1 WP_274182085.1 MBO9999515.1 MBO9999515.1 EIC9579770.1 EIC9579770.1 EPR30609.1 MCQ2156413.1 EPR30609.1 WP_132517191.1 EPR30609.1 HAR7369715.1 EPR30609.1 EPR30609.1 MZT63759.1 MZT63759.1 MCP3872510.1 WP_208823465.1 MCP3872510.1 MCP3872510.1 MCI7433635.1 MCI7433635.1 WP_098035768.1 WP_098035768.1 WP_181693616.1 WP_181693616.1 WP_261589216.1 WP_261589216.1 GFD62658.1 GFD62658.1 BAK08426.1 BAK08426.1 WP_131977297.1 WP_131977297.1 KAI8633010.1 KAI8633010.1 PQE21401.1 PQE21401.1 WP_262917761.1 MBR5482150.1 WP_262917761.1 WP_262917761.1 NNF58653.1 KOV87872.1 NNF58653.1 NNF58653.1 MBR9756324.1 MBR9756324.1 WP_269633767.1 WP_269633767.1 WP_268315162.1 WP_268315162.1 MBN6104449.1 MBN6104449.1 EJJ5352541.1 EJJ5352541.1 MBO5696496.1 MBO5696496.1 HHV35141.1 HHV35141.1 XP_017428875.1 RZC11235.1 XP_017428875.1 XP_017428875.1 SQP19075.1 SQP19075.1 HAX2015273.1 HAX2015273.1 WP_088349221.1 WP_088349221.1 KDQ61317.1 KDQ61317.1 MBQ6004917.1 MBQ6004917.1 MCH9651907.1 MCH9651907.1 WP_105248459.1 WP_105248459.1 WP_121285867.1 WP_121285867.1 WP_125684427.1 WP_125684427.1 WP_205215113.1 WP_205215113.1 WP_268371125.1 WP_268371125.1 EFH5292178.1 EFH5292178.1 MBR6130424.1 MBR6130424.1 EEY3543156.1 WP_137512405.1 EEY3543156.1 ECI3309320.1 EEY3543156.1 WP_042959984.1 EEY3543156.1 EEO7917989.1 EEY3543156.1 WP_181865219.1 EEY3543156.1 EJQ6627878.1 EEY3543156.1 EEY3543156.1 EEY3543156.1 EFQ4765027.1 RMY06144.1 RMY06144.1 WP_034853447.1 WP_034853447.1 WP_270578305.1 WP_270578305.1 CAG0978995.1 CAG0978995.1 WP_124843803.1 WP_124843803.1 XP_035366182.1 XP_035366182.1 PPS22991.1 PPS22991.1 WP_141892995.1 WP_141892995.1 EEP92076.1 SOE69513.1 EEP92076.1 EEP92076.1 MBA2447626.1 MBA2447626.1 XP_047044137.1 XP_047044137.1 MBQ9764712.1 MBQ9764712.1 WP_249769997.1 WP_249769997.1 WP_225405726.1 WP_225405726.1 WP_207285306.1 WP_207285306.1 XP_031931709.1 XP_031931709.1 BCU97455.1 BCU97455.1 WP_169537597.1 WP_169537597.1 WP_192906080.1 WP_192906080.1 MCI5211411.1 MCI5211411.1 WP_145745914.1 WP_145745914.1 WP_259999572.1 WP_259999572.1 MBO7559822.1 MBO7559822.1 MCH2044272.1 MCH2044272.1 WAX22144.1 WAX22144.1 TMH79857.1 TMH79857.1 RLN04523.1 RLN04523.1 MCJ6180240.1 WP_014206161.1 MCJ6180240.1 MCJ6180240.1 TAM59961.1 TAM59961.1 KAJ5544544.1 KAJ5544544.1 MBN4384494.1 MBN4384494.1 HBN9628875.1 HBN9628875.1 MCG3136245.1 MCG3136245.1 WP_160776805.1 WP_160776805.1 KAI8594425.1 KAI8594425.1 WP_049005162.1 WP_279293890.1 WP_049005162.1 OKH85141.1 WP_049005162.1 WP_245350945.1 WP_049005162.1 WP_049005162.1 WP_254415125.1 WP_254415125.1 XP_017674008.1 XP_017674008.1 EAQ3230686.1 EAQ3230686.1 MCI5937295.1 MCI5937295.1 WP_127808836.1 WP_127808836.1 MBS3028587.1 MBS3028587.1 WP_233387703.1 WP_233387703.1 WP_255193900.1 WP_255193900.1 WP_218429656.1 WP_218429656.1 WP_183267399.1 HCJ9518601.1 WP_183267399.1 WP_183267399.1 WP_150951972.1 RVU05718.1 WP_150951972.1 WP_150951972.1 MCK5265770.1 MCJ7486393.1 MCK5265770.1 WP_215638040.1 MCK5265770.1 WP_280938002.1 MCK5265770.1 WP_278088590.1 MCK5265770.1 RLA59280.1 MCK5265770.1 WP_244311009.1 MCK5265770.1 MCK5265770.1 MCK5265770.1 WP_144099812.1 NEE13244.1 NEE13244.1 MBN1491997.1 MBN1491997.1 WP_109367919.1 WP_109367919.1 EEM48070.1 EEM48070.1 WP_250295751.1 MBD5306941.1 WP_250295751.1 WP_250295751.1 MBX3123235.1 MBX3123235.1 WP_225440164.1 WP_225440164.1 WP_283953184.1 WP_283953184.1 PCI03623.1 PCI03623.1 KAF2592864.1 KAF2592864.1 WP_032004153.1 WP_032004153.1 PKL38269.1 PKL38269.1 MBO7728038.1 WP_204618903.1 MBO7728038.1 MBO7728038.1 WP_232584446.1 WP_232584446.1 WP_044680588.1 WP_044680588.1 XP_046578103.1 XP_046578103.1 WP_147313907.1 WP_147313907.1 WP_219459964.1 WP_219459964.1 XP_044707369.1 XP_044707369.1 HBT3283900.1 WP_279652328.1 HBT3283900.1 HBT3283900.1 TCC36519.1 TCC36519.1 WP_152465448.1 WP_071455957.1 WP_152465448.1 WP_152465448.1 MBD9190508.1 MBD9190508.1 WP_074980016.1 WP_074980016.1 WP_171780287.1 WP_171780287.1 HBS5718813.1 HBS5718813.1 XP_035731890.1 XP_035731890.1 PTQ42746.1 PTQ42746.1 KWO58748.1 KWO58748.1 WP_213357559.1 WP_213357559.1 WP_065138043.1 WP_186282298.1 WP_065138043.1 WP_065138043.1 XP_047095132.1 XP_047095132.1 WP_108596398.1 WP_108596398.1 WP_130229163.1 WP_130229163.1 WP_203962627.1 WP_203962627.1 ATI48360.1 ATI48360.1 WP_239881445.1 EFU85163.1 WP_239881445.1 WP_239881445.1 MBP7096418.1 MBP7096418.1 GFD44438.1 GFD44438.1 KAG3014872.1 KAG3014872.1 BAD88428.1 USR37329.1 BAD88428.1 AFP82159.1 BAD88428.1 BAD88428.1 RTZ57973.1 RTZ57973.1 MCP5208043.1 WP_096765790.1 MCP5208043.1 WP_023322253.1 MCP5208043.1 MCP5208043.1 WP_127741063.1 WP_127741063.1 WP_025722435.1 WP_025722435.1 BDO44729.1 BDO44729.1 EHY7905316.1 EHY7905316.1 PWU96467.1 PWU96467.1 WP_256855996.1 WP_256855996.1 WP_070714099.1 WP_215493005.1 WP_070714099.1 MBB3008158.1 WP_070714099.1 PPU99279.1 WP_070714099.1 WP_070714099.1 CAB4155648.1 CAB4155648.1 MBT2971737.1 WP_009197348.1 MBT2971737.1 MBI2621122.1 MBT2971737.1 MBT2971737.1 WP_146176256.1 WP_146176256.1 MCH7694635.1 MCH7694635.1 MCH8819771.1 MCH8819771.1 WP_154756783.1 WP_154756783.1 WP_094313715.1 MCH6132484.1 WP_094313715.1 WP_094313715.1 MBP3287665.1 MBP3287665.1 OUW40900.1 OUW40900.1 WP_251758029.1 WP_243361436.1 WP_251758029.1 GIR47037.1 WP_251758029.1 MBK3574312.1 WP_251758029.1 WP_096665911.1 WP_251758029.1 GIW30304.1 WP_251758029.1 WP_251758029.1 WP_251758029.1 UDH58358.1 MBP7140479.1 MBP7140479.1 WP_161180930.1 WP_161180930.1 HAS08893.1 HAS08893.1 WP_232025538.1 WP_232025538.1 QLB53288.1 QLB53288.1 WP_109665156.1 WP_109665156.1 NWI67355.1 NWI67355.1 WP_157957173.1 WP_157957173.1 XP_005402208.1 XP_005402208.1 VFC12725.1 VFC12725.1 XP_011889539.1 XP_011889539.1 WP_241812465.1 WP_241812465.1 WP_241812465.1 MCF6148530.1 ERJ58959.1 ERJ58959.1 MWC28217.1 MWC28217.1 WP_200244355.1 WP_200244355.1 WP_181452264.1 WP_181452264.1 PVD36313.1 PVD36313.1 WP_104082941.1 WP_104082941.1 MBF22348.1 MBF22348.1 WP_057718391.1 WP_057718391.1 CUQ63902.1 CUQ63902.1 MBO4855552.1 MBO4855552.1 TKY54154.1 TKY54154.1 WP_269217061.1 WP_269217061.1 WP_110552514.1 WP_110552514.1 MCC6608271.1 MCC6608271.1 RPI37384.1 RPI37384.1 MCO5319342.1 MCO5319342.1 SDS88477.1 SDS88477.1 ART90939.1 ART90939.1 MBT5873300.1 MBT5873300.1 WP_111953219.1 WP_111953219.1 VVV80071.1 VVV80071.1 XP_031168963.1 XP_031168963.1 WP_225923723.1 WP_225923723.1 GFX14753.1 GFX14753.1 WP_135028221.1 WP_135028221.1 XP_047250014.1 XP_047250014.1 WP_274718192.1 WP_274718192.1 MBQ6488280.1 MBQ6488280.1 WP_282641071.1 WP_282641071.1 MCL1888839.1 MBF8294570.1 MCL1888839.1 WP_161020167.1 MCL1888839.1 MCL1888839.1 MCL1888839.1 MBQ5493788.1 HCH0658035.1 KAG8015916.1 HCH0658035.1 SHG12942.1 HCH0658035.1 HCH0658035.1 WP_024465855.1 WP_024465855.1 XP_011040987.1 XP_011040987.1 WP_182503633.1 WP_182503633.1 XP_026193030.1 XP_026193030.1 NLD53371.1 NLD53371.1 OHB76863.1 OHB76863.1 MBQ7987638.1 MBQ7987638.1 MCH7923992.1 MCH7923992.1 WP_234738658.1 WP_234738658.1 KAF8953894.1 KAF8953894.1 WP_035556611.1 WP_035556611.1 KAF7261528.1 KAF7261528.1 PHU06236.1 PHU06236.1 MBS0194197.1 MBS0194197.1 WP_249505358.1 MBP6375542.1 WP_249505358.1 PWM49891.1 WP_249505358.1 MBT4710545.1 WP_249505358.1 WP_258835625.1 WP_249505358.1 WP_194454339.1 WP_249505358.1 WP_249505358.1 WP_114368818.1 WP_114368818.1 WP_118754559.1 WP_118754559.1 KAI6772462.1 KAI6772462.1 XP_048189479.1 MBR4375795.1 XP_048189479.1 XP_048189479.1 MBO5360769.1 MBO5360769.1 XP_043732582.1 XP_043732582.1 TVQ11450.1 TVQ11450.1 XP_025063182.1 XP_025063182.1 WP_137740674.1 WP_137740674.1 KAJ7349597.1 KAJ7349597.1 MBQ4874411.1 MBQ4874411.1 WP_021479352.1 NOT18216.1 WP_021479352.1 ECN6431251.1 WP_021479352.1 WP_021479352.1 GLG98414.1 GLG98414.1 MCB0786882.1 MCB0786882.1 XP_030313316.1 XP_030313316.1 MBM4374951.1 MBR2684576.1 MBM4374951.1 WP_239606280.1 MBM4374951.1 MBM4374951.1 HII98403.1 HII98403.1 MCA9288779.1 MCA9288779.1 XP_046270414.1 XP_046270414.1 WP_157475717.1 WP_157475717.1 MCQ2791623.1 WP_114605464.1 MCQ2791623.1 MCQ2791623.1 MCE3270046.1 MCE3270046.1 QBJ07451.1 QBJ07451.1 WP_252681452.1 WP_252681452.1 PYR37153.1 PYR37153.1 MBT6184820.1 MBT6184820.1 MBX3649353.1 MBX3649353.1 HBM3973915.1 HBM3973915.1 KAJ1923473.1 KAJ1923473.1 WP_221246517.1 WP_221246517.1 MXZ69365.1 MXZ69365.1 GGU82495.1 GGU82495.1 WP_279996009.1 WP_279996009.1 WP_149755470.1 WP_149755470.1 HCW85392.1 WP_043158522.1 HCW85392.1 HCW85392.1 PLW21337.1 PLW21337.1 WP_201312397.1 WP_201312397.1 MBU1557098.1 MBU1557098.1 TOF36258.1 TOF36258.1 WP_055228170.1 WP_055228170.1 CCX82620.1 CCX82620.1 NDV26630.1 NDV26630.1 KAG8195189.1 KAG8195189.1 MBZ5631081.1 MBZ5631081.1 KAF4465142.1 KAF4465142.1 WHA30314.1 WHA30314.1 WP_239463733.1 WP_239463733.1 WP_093271293.1 WP_093271293.1 XP_044188718.1 XP_044188718.1 HAS1030591.1 HAS1030591.1 WP_255329483.1 WP_255329483.1 MCP4309405.1 MCP4309405.1 MBR5775979.1 MBR5775979.1 EDT4006401.1 EDT4006401.1 MBR5342912.1 MBR5342912.1 NIR99268.1 NIR99268.1 WP_280876395.1 WP_280876395.1 MBO4309439.1 MBO4309439.1 WP_136241334.1 MBQ6038336.1 WP_136241334.1 WP_136241334.1 TWL42136.1 TWL42136.1 XP_029075794.1 XP_029075794.1 WP_053034526.1 WP_053034526.1 EIN7713189.1 EIN7713189.1 WP_161061319.1 WP_226360036.1 WP_161061319.1 WP_004957233.1 WP_161061319.1 WP_161061319.1 KAH8057076.1 KAH8057076.1 WP_223752944.1 WP_223752944.1 MCT6212844.1 MBG6268407.1 MCT6212844.1 MCT6212844.1 GHL33785.1 GHL33785.1 VDL79744.1 VDL79744.1 HBA4333173.1 GBE16035.1 HBA4333173.1 HBA4333173.1 MBR4170715.1 MBR4170715.1 XP_017569355.1 XP_017569355.1 WP_100498040.1 WP_100498040.1 XP_047387430.1 XP_047387430.1 EDV6147146.1 EDV6147146.1 WP_101164019.1 WP_101164019.1 MBQ2777352.1 MBP3509218.1 MBQ2777352.1 MBQ2777352.1 MSX50368.1 MSX50368.1 KAI0815695.1 KAI0815695.1 WP_025579907.1 WP_025579907.1 WP_066476002.1 MBA2651112.1 WP_066476002.1 WP_130410090.1 WP_066476002.1 WP_066476002.1 WP_168672621.1 WP_168672621.1 WP_202730319.1 WP_202730319.1 MBG5741623.1 MBG5741623.1 KRF62093.1 KRF62093.1 WP_246995487.1 WP_246995487.1 MCB4366171.1 MCB4366171.1 MCI6020178.1 MCI6020178.1 MBQ7739147.1 WP_006004624.1 MBQ7739147.1 MBQ7739147.1 MCP4697618.1 MCP4697618.1 WP_136027195.1 WP_231768584.1 WP_136027195.1 WP_136027195.1 WP_216395189.1 WP_216395189.1 NBU29208.1 NBU29208.1 WP_116073910.1 WP_026497435.1 WP_116073910.1 WP_116073910.1 XP_027063577.1 XP_027063577.1 WP_175715079.1 WP_175715079.1 WP_034146623.1 WP_034146623.1 WP_237414093.1 WP_237414093.1 WP_225118260.1 WP_225118260.1 WP_049882603.1 WP_049882603.1 MCR9147539.1 MCR9147539.1 WP_081612908.1 WP_081612908.1 WP_149493237.1 WP_149493237.1 MBO9347542.1 WP_077320126.1 MBO9347542.1 MBO9347542.1 WP_078336203.1 WP_078336203.1 XP_012676239.1 XP_012676239.1 OGN55943.1 OGN55943.1 VEH65358.1 VEH65358.1 XP_008997370.1 XP_008997370.1 XP_018358059.1 XP_018358059.1 MWD28632.1 MWD28632.1 RSL59427.1 MBA0549662.1 RSL59427.1 RSL59427.1 VGP03367.1 VGP03367.1 GAX21055.1 GAX21055.1 XP_056374717.1 XP_056374717.1 MBM3921745.1 HIX59898.1 MBM3921745.1 MBM3921745.1 MBL8834799.1 MBL8834799.1 WP_089608892.1 OGD85943.1 WP_089608892.1 WP_089608892.1 WP_183433527.1 WP_183433527.1 WP_049682576.1 WP_049682576.1 EHL1725675.1 EHL1725675.1 WP_027489832.1 WP_027489832.1 KFX48203.1 MBS1636088.1 KFX48203.1 KFX48203.1 WP_232719809.1 WP_232719809.1 WP_110581055.1 WP_179032033.1 WP_110581055.1 WP_110581055.1 WP_027004648.1 WP_027004648.1 RZN15559.1 RZN15559.1 WP_224419934.1 MBD58399.1 WP_224419934.1 WP_224419934.1 KAJ3544539.1 KAJ3544539.1 MBP7023394.1 MBP7023394.1 TDB69252.1 TDB69252.1 WP_125093116.1 WP_125093116.1 HDZ79728.1 HDZ79728.1 VAI76478.1 VAI76478.1 KAF3789931.1 KAF3789931.1 XP_011775823.1 XP_011775823.1 WP_256314628.1 WP_256314628.1 WP_275700142.1 WP_275700142.1 MBQ7792117.1 MBQ7792117.1 MCK3776214.1 MCK3776214.1 GAW04005.1 GAW04005.1 XP_016849932.1 XP_016849932.1 WP_163496825.1 MCK5056842.1 WP_163496825.1 WP_163496825.1 KAF2999697.1 KAF2999697.1 EXB75938.1 EXB75938.1 WP_265907929.1 WP_265907929.1 AML78558.1 AML78558.1 WP_043919642.1 WP_043919642.1 MBE6455882.1 MBE6455882.1 MBK8805244.1 MBK8805244.1 MCI4494966.1 MCI4494966.1 CAH8302172.1 CAH8302172.1 TPR01788.1 TPR01788.1 UHH56899.1 UHH56899.1 MBI5835246.1 MBI5835246.1 HIR73384.1 HIR73384.1 NTU59162.1 NTU59162.1 HIO39972.1 HIO39972.1 MBW2003542.1 MBW2003542.1 XP_024910805.1 XP_024910805.1 XP_008531547.1 XP_008531547.1 NP_001375225.1 XP_053257159.1 NP_001375225.1 NP_001375225.1 KNE87310.1 KNE87310.1 MAT55784.1 MAT55784.1 WP_256825141.1 WP_256825141.1 WP_200287444.1 WP_210569664.1 WP_200287444.1 WP_200287444.1 MBW1759047.1 MBW1759047.1 WP_101936735.1 WP_210212399.1 WP_101936735.1 WP_101936735.1 EAE5693959.1 EAE5693959.1 EHQ4925811.1 EHQ4925811.1 WP_055143902.1 WP_055143902.1 MCL2259531.1 MCL2259531.1 USW54809.1 USW54809.1 WP_109103107.1 WP_109103107.1 MBR3543702.1 MBR3543702.1 KAH7333078.1 KAH7333078.1 KAA0785577.1 EAG5222239.1 KAA0785577.1 WP_216576398.1 KAA0785577.1 WP_067032591.1 KAA0785577.1 KAA0785577.1 WP_191097707.1 WP_191097707.1 WP_270933235.1 WP_270933235.1 MBO4823235.1 MBO4823235.1 XP_028368138.1 XP_028368138.1 BBM58963.1 BBM58963.1 NXE29491.1 WP_091276063.1 NXE29491.1 NXE29491.1 MBQ7135263.1 MBQ7135263.1 KAF3668984.1 KAF3668984.1 NQU12192.1 NQU12192.1 WP_247359483.1 WP_247359483.1 WP_160762600.1 WP_096277301.1 WP_160762600.1 WP_160762600.1 VVA34975.1 VVA34975.1 WP_062791926.1 WP_243890777.1 WP_062791926.1 WP_062791926.1 MBP7948257.1 MCC7351004.1 MBP7948257.1 MBP7948257.1 MBQ2895174.1 MBQ2895174.1 KAJ2681556.1 KAJ2681556.1 MBK6016805.1 MBK6016805.1 HAT8492399.1 PWC90347.1 HAT8492399.1 HAT8492399.1 WP_226831873.1 WP_226831873.1 WP_145765032.1 WP_145765032.1 EFN6096987.1 EFN6096987.1 WP_245437884.1 WP_245437884.1 MBP3694442.1 MBP3694442.1 KKP93192.1 MBR4471080.1 KKP93192.1 TDM00308.1 KKP93192.1 KKP93192.1 WP_031101924.1 WP_031101924.1 WP_150277740.1 MCC2111968.1 WP_150277740.1 WP_150277740.1 XP_005100439.2 XP_005100439.2 GER25411.1 GER25411.1 XP_004697524.1 XP_004697524.1 MBE6787267.1 MCH2678216.1 MBE6787267.1 WP_228824605.1 MBE6787267.1 MBE6787267.1 WP_057732191.1 WP_057732191.1 MCF6194916.1 MCF6194916.1 WP_226866106.1 WP_226866106.1 NGQ14502.1 NGQ14502.1 MBQ7713804.1 MBQ7713804.1 WP_079712214.1 WP_079712214.1 KAI8478671.1 KAI8478671.1 MBQ2559410.1 MBQ2559410.1 WP_072851907.1 WP_072851907.1 MCG0239154.1 MCG0239154.1 WP_249839557.1 WP_249839557.1 MBI2200351.1 MBI2200351.1 CAC5421833.1 CAC5421833.1 MBI1418116.1 MBI1418116.1 WP_236663175.1 WP_236663175.1 MBQ7152318.1 MBQ7152318.1 WP_136470377.1 WP_136470377.1 WP_002682757.1 WP_002682757.1 XP_025486240.1 XP_025486240.1 MCL6479991.1 MCL6479991.1 WP_250850661.1 WP_250850661.1 WP_282139373.1 WP_282139373.1 XP_033980738.1 XP_033980738.1 WP_028330468.1 WP_028330468.1 GGT63801.1 WP_230519716.1 GGT63801.1 MBQ3380675.1 GGT63801.1 GGT63801.1 WP_048428121.1 WP_048428121.1 WP_157749445.1 WP_157749445.1 KAF9450340.1 KAF9450340.1 RHI25825.1 RHI25825.1 PYO04262.1 PYO04262.1 MZQ82908.1 MZQ82908.1 MCP5940157.1 MCP5940157.1 WP_046233091.1 WP_046233091.1 WP_099711966.1 WP_099711966.1 WP_228364598.1 WP_228364598.1 KAF3190632.1 KAF3190632.1 GAP55147.1 GAP55147.1 WP_117920451.1 MCJ7594907.1 WP_117920451.1 WP_086280341.1 WP_117920451.1 KKT55671.1 WP_117920451.1 WP_117920451.1 URN93064.1 URN93064.1 XP_048379117.1 XP_048379117.1 WP_215829554.1 WP_215829554.1 HIS66173.1 HIS66173.1 WP_068579097.1 WP_068579097.1 WP_138524404.1 WP_138524404.1 WP_207040866.1 WP_207040866.1 XP_023744527.1 XP_023744527.1 WP_149746544.1 MBU4432787.1 WP_149746544.1 MBF0248932.1 WP_149746544.1 WP_149746544.1 XP_031942702.1 XP_031942702.1 WP_231208164.1 WP_231208164.1 MCF8184263.1 MCF8184263.1 OGK67013.1 OGK67013.1 MCB9002045.1 MCB9002045.1 KAG5628805.1 KAG5628805.1 WP_075347218.1 WP_108719223.1 WP_075347218.1 WP_075347218.1 HAV5500596.1 HAV5500596.1 WP_197903834.1 WP_197903834.1 EBY9237686.1 EBY9237686.1 WP_000877275.1 WP_000877275.1 MBA8802464.1 MBA8802464.1 RPH43036.1 WP_257080809.1 RPH43036.1 RPH43036.1 PKL50735.1 PKL50735.1 ECJ9372216.1 WP_222637261.1 ECJ9372216.1 MCK9371657.1 ECJ9372216.1 GGB39876.1 ECJ9372216.1 ECJ9372216.1 MCB9044857.1 MCB9044857.1 CAD1480611.1 CAD1480611.1 MBR4318777.1 MBR4318777.1 WP_189253472.1 WP_189253472.1 XP_001964912.1 XP_001964912.1 WP_006895514.1 WP_006895514.1 XP_047161348.1 XP_047161348.1 GFZ13182.1 OHB35500.1 GFZ13182.1 GFZ13182.1 MCD4741867.1 MCD4741867.1 WP_012105291.1 WP_012105291.1 WP_151428268.1 WP_151428268.1 MBG4742902.1 MBG4742902.1 WP_199425576.1 WP_279838136.1 WP_199425576.1 QQO85492.1 WP_199425576.1 WP_199425576.1 WP_199425576.1 WP_263858211.1 KAA0555231.1 WP_267292626.1 KAA0555231.1 MBT3887354.1 KAA0555231.1 NDI25889.1 KAA0555231.1 WP_033456074.1 KAA0555231.1 OFZ89526.1 KAA0555231.1 WP_098923619.1 KAA0555231.1 KAJ4394429.1 KAA0555231.1 WP_262612393.1 KAA0555231.1 KAA0555231.1 WP_250703775.1 WP_135952734.1 WP_250703775.1 WP_250703775.1 WP_190024728.1 WP_190024728.1 EJH9475741.1 HAL7851047.1 EJH9475741.1 WP_220281278.1 EJH9475741.1 WP_184698676.1 EJH9475741.1 HCH8663031.1 EJH9475741.1 WP_265822109.1 EJH9475741.1 EJH9475741.1 ACE85434.1 HIP46790.1 ACE85434.1 ACE85434.1 HAF83917.1 HAF83917.1 WP_058354136.1 WP_058354136.1 MCH2591601.1 WP_016340583.1 MCH2591601.1 HHY51372.1 MCH2591601.1 MCH2591601.1 EJV3581946.1 EJV3581946.1 WP_160893107.1 WP_160893107.1 WP_058051508.1 MBE6257848.1 WP_058051508.1 WP_224911464.1 WP_058051508.1 WP_058051508.1 WP_090991509.1 WP_090991509.1 WP_192533765.1 WP_192533765.1 MBR5151349.1 MBR5151349.1 WP_007747506.1 WP_149886053.1 WP_007747506.1 WP_007747506.1 MBN4480386.1 MBN4480386.1 WP_073952834.1 WP_073952834.1 MBQ2865526.1 MBQ2865526.1 CCZ48101.1 CCZ48101.1 WP_088644037.1 WP_088644037.1 WP_030245666.1 WP_030245666.1 NCY12679.1 NCY12679.1 WP_277588386.1 WP_277588386.1 WP_191131110.1 WP_191131110.1 XP_031903815.1 XP_031903815.1 WP_230340254.1 WP_230340254.1 WP_234278623.1 WP_234278623.1 MCH9811988.1 MCH9811988.1 WP_097346712.1 WP_158131988.1 WP_097346712.1 EAP5059555.1 WP_097346712.1 AGL88086.1 WP_097346712.1 PPR79666.1 WP_097346712.1 AHK46784.1 WP_097346712.1 WP_249991478.1 WP_097346712.1 WP_097346712.1 WP_097346712.1 EIU6828535.1 MCB9527501.1 MCB9527501.1 QQE66073.1 QQE66073.1 WP_123608797.1 WP_123608797.1 WP_161258623.1 WP_161258623.1 OAD54734.1 OAD54734.1 PIW09420.1 PIW09420.1 KKU20154.1 KKU20154.1 WP_230693348.1 OYU97658.1 WP_230693348.1 WP_230693348.1 WP_238874073.1 WP_238874073.1 XP_014030939.2 XP_014030939.2 MBN8497621.1 MBN8497621.1 HBR1243745.1 HBR1243745.1 ONC03263.1 ONC03263.1 VHX55998.1 VHX55998.1 WP_189355971.1 WP_189355971.1 NWW81056.1 NWW81056.1 WP_173213591.1 WP_173213591.1 TVP67793.1 EMD83093.1 TVP67793.1 WP_224014827.1 TVP67793.1 WP_130670507.1 TVP67793.1 WP_271272236.1 TVP67793.1 MCB0793211.1 TVP67793.1 TVP67793.1 PTB82517.1 PTB82517.1 ETO00561.1 ETO00561.1 WP_248222673.1 WP_248222673.1 WP_105466370.1 WP_105466370.1 KIY45866.1 KIY45866.1 MBJ6738874.1 MBJ6738874.1 PJQ02245.1 EJO8252676.1 PJQ02245.1 ECP6736894.1 PJQ02245.1 EAL1671435.1 PJQ02245.1 EJA9392162.1 PJQ02245.1 EFS8130303.1 PJQ02245.1 PJQ02245.1 WP_072932559.1 WP_072932559.1 WP_182072700.1 WP_182072700.1 MCG7868091.1 MCG7868091.1 MCL2931045.1 MCL2931045.1 UKI46111.1 UKI46111.1 MCR5635645.1 MCR5635645.1 WP_061905238.1 HBY86896.1 WP_061905238.1 WP_134885491.1 WP_061905238.1 WP_061905238.1 WP_152835594.1 WP_152835594.1 BAY23582.1 WP_271116088.1 BAY23582.1 WP_066841281.1 BAY23582.1 MCU0947041.1 BAY23582.1 BAY23582.1 WP_218685492.1 WP_218685492.1 KAE8354616.1 KAE8354616.1 RRJ17109.1 RRJ17109.1 WP_189232804.1 WP_189232804.1 XP_030718790.1 XP_030718790.1 WP_153276888.1 WP_153276888.1 WP_082500294.1 WP_082500294.1 MCG5061674.1 MCG5061674.1 MCB1857105.1 WP_012506875.1 MCB1857105.1 MCB1857105.1 WP_069748396.1 WP_069748396.1 KAH8986285.1 KAH8986285.1 AJV50090.1 AJV50090.1 KPL24525.1 EEZ61636.1 KPL24525.1 KPL24525.1 EDO26407.1 EDO26407.1 TEB04530.1 TEB04530.1 KFR16735.1 KFR16735.1 KAG8246189.1 KAG8246189.1 XP_032734223.1 XP_032734223.1 ROW07476.1 ROW07476.1 WP_242908489.1 WP_242908489.1 WP_071489953.1 EDX1137207.1 WP_071489953.1 WP_071489953.1 KRZ86866.1 KRZ86866.1 BBN52434.1 BBN52434.1 HIU98185.1 HIU98185.1 WP_160748510.1 WP_160748510.1 RYP44998.1 RYP44998.1 NLI85305.1 NLI85305.1 KAH8586608.1 KAH8586608.1 NLY70754.1 NLY70754.1 EJP8326510.1 EJP8326510.1 WP_247447489.1 WP_247447489.1 WP_224115114.1 WP_224115114.1 WP_236685314.1 WP_236685314.1 MBI1382466.1 MBI1382466.1 WP_283277237.1 HJC40183.1 WP_283277237.1 KAE8322051.1 WP_283277237.1 WP_283277237.1 WP_230702007.1 WP_230702007.1 CAF2595159.1 CAF2595159.1 WP_256082840.1 WP_256082840.1 EPN58803.1 EPN58803.1 MBQ6414464.1 MBQ6414464.1 VSL28096.1 VSL28096.1 WP_032936131.1 WP_032936131.1 MBP3623608.1 MBP3623608.1 WP_164674633.1 WP_164674633.1 WP_168044369.1 WP_168044369.1 WP_188200635.1 WP_279961109.1 WP_188200635.1 WP_188200635.1 MBM3303016.1 MBM3303016.1 WP_255164512.1 WP_255164512.1 NCX40317.1 NCX40317.1 WP_109125398.1 WP_109125398.1 MBG6436126.1 MBG6436126.1 ELR45644.1 XP_053193947.1 ELR45644.1 ELR45644.1 GEW91653.1 GEW91653.1 RCN27214.1 RCN27214.1 WP_054108586.1 WP_054108586.1 WP_129326500.1 WP_129326500.1 TVR26043.1 TVR26043.1 WP_129053744.1 WP_129053744.1 KON47367.1 KON47367.1 PIP74303.1 PIP74303.1 WP_283162015.1 WP_283162015.1 WP_070412310.1 WP_070412310.1 KAG8520114.1 KAG8520114.1 EGR2264783.1 EGR2264783.1 SSC70273.1 SSC70273.1 MCA3708721.1 MCA3708721.1 YP_010258034.1 YP_010258034.1 WP_012568269.1 WP_110808154.1 WP_012568269.1 WP_041580422.1 WP_012568269.1 WP_224458015.1 WP_012568269.1 MBG9445742.1 WP_012568269.1 WP_233281725.1 WP_012568269.1 MCO5064371.1 WP_012568269.1 WP_012568269.1 WP_057837626.1 WP_057837626.1 WP_102511913.1 WP_102511913.1 KAJ3918428.1 WP_055863905.1 KAJ3918428.1 KAJ3918428.1 CBH36599.1 CBH36599.1 WP_028684940.1 WP_028684940.1 OJW81690.1 KAB4839568.1 OJW81690.1 OJW81690.1 WP_278643529.1 NLB38271.1 WP_278643529.1 WP_278643529.1 MBR5966198.1 MBR5966198.1 PSN12224.1 PSN12224.1 HJD11223.1 HJD11223.1 WP_045591686.1 WP_045591686.1 WP_131751929.1 WP_131751929.1 WP_257012936.1 WP_257012936.1 WP_242859101.1 WP_242859101.1 PUZ69802.1 PUZ69802.1 WP_129712947.1 OKH79147.1 WP_129712947.1 WP_129712947.1 MBT3039312.1 MBT3039312.1 NXX47445.1 NXX47445.1 MCP3684079.1 MCP3684079.1 MCH7797911.1 MCH7797911.1 WP_242439424.1 WP_242439424.1 WP_068462781.1 WP_282171596.1 WP_068462781.1 WP_068462781.1 KAI9181093.1 KAI9181093.1 OZB16321.1 OZB16321.1 KAJ2335352.1 KAJ2335352.1 MCG8513288.1 MCG8513288.1 MCL6517734.1 MCL6517734.1 WP_207999384.1 WP_207999384.1 WP_018419316.1 WP_018419316.1 WP_149819987.1 WP_149819987.1 HAT4052191.1 HAT4052191.1 WP_094400414.1 WP_094400414.1 CAF1109260.1 CAF1109260.1 GAU87713.1 GAU87713.1 YP_008593487.1 YP_008593487.1 BCW36351.1 BCW36351.1 WP_188125540.1 WP_188125540.1 MBK5261536.1 MBK5261536.1 MCL6457358.1 MCB9999913.1 MCL6457358.1 WP_123159424.1 MCL6457358.1 MSZ29533.1 MCL6457358.1 SCL13606.1 MCL6457358.1 WP_081224968.1 MCL6457358.1 MCL6457358.1 WP_229343766.1 WP_229343766.1 KAJ3738999.1 KAJ3738999.1 WP_175093485.1 WP_175093485.1 XP_043971649.1 XP_043971649.1 WP_023355490.1 WP_192558464.1 WP_023355490.1 WP_017549704.1 WP_023355490.1 WP_023355490.1 MBQ8348910.1 MBQ8348910.1 NQT29221.1 WP_064068643.1 NQT29221.1 NQT29221.1 XP_046808501.1 XP_046808501.1 ANN69912.1 ANN69912.1 XP_042989918.1 XP_042989918.1 WP_265272113.1 MCB1103648.1 WP_265272113.1 WP_014217999.1 WP_265272113.1 WP_267861425.1 WP_265272113.1 WP_062517857.1 WP_265272113.1 HHZ84751.1 WP_265272113.1 SFF07309.1 WP_265272113.1 MBN9534694.1 WP_265272113.1 WP_265272113.1 WP_127859415.1 WP_127859415.1 WP_045183792.1 WP_045183792.1 NCA08360.1 NCA08360.1 WP_274423713.1 WP_253783299.1 WP_274423713.1 WP_274423713.1 SYZ65887.1 SYZ65887.1 WP_077583480.1 WP_031822363.1 WP_077583480.1 WP_077583480.1 MBS7632436.1 MBS7632436.1 WP_095061089.1 WP_095061089.1 WP_140843904.1 WP_140843904.1 RVG63469.1 RVG63469.1 MBC7494677.1 MBC7494677.1 WP_012724915.1 WP_012724915.1 NJS16994.1 NJS16994.1 HDH03041.1 HDH03041.1 WP_117579611.1 WP_117579611.1 GAV98814.1 GAV98814.1 MBD3418876.1 MBD3418876.1 WP_166476065.1 WP_166476065.1 CAH0542131.1 CAH0542131.1 XP_019244033.1 XP_019244033.1 MCI1709954.1 MCI1709954.1 WP_165637167.1 WP_165637167.1 PPQ98220.1 PPQ98220.1 MBQ1746349.1 MBQ1746349.1 WP_267979634.1 MBQ3459675.1 WP_267979634.1 WP_267979634.1 KAH0679671.1 KAH0679671.1 KAJ6549303.1 KAJ6549303.1 PAA76673.1 PAA76673.1 NXJ67438.1 NXJ67438.1 MBS4273564.1 MBS4273564.1 MBS0561514.1 WP_178999808.1 MBS0561514.1 MBS0561514.1 AWQ28479.1 YP_009340709.1 AWQ28479.1 WP_012964108.1 AWQ28479.1 AWQ28479.1 XP_007459185.1 XP_007459185.1 WP_004213189.1 WP_004213189.1 MCQ0092735.1 MCQ0092735.1 WP_175630617.1 PDX17128.1 WP_175630617.1 WEK50023.1 WP_175630617.1 WP_175630617.1 WP_143405880.1 WP_143405880.1 XP_031459457.1 XP_031459457.1 WP_088784550.1 OMF24356.1 WP_088784550.1 WP_101662518.1 WP_088784550.1 WP_088784550.1 WP_088784550.1 WP_044772468.1 MCS7142809.1 MCS7142809.1 WP_278780043.1 WP_278780043.1 WP_246925475.1 WP_246925475.1 XP_026936565.1 XP_026936565.1 WP_234002326.1 WP_055029966.1 WP_234002326.1 WP_234002326.1 MCA9916811.1 MCA9916811.1 MBL7763785.1 MBL7763785.1 XP_028567154.1 XP_028567154.1 MAT61701.1 MAT61701.1 CAH2316765.1 CAH2316765.1 NIQ16008.1 NIQ16008.1 MBP33715.1 MBP33715.1 WP_199942136.1 WP_199942136.1 OCT51367.1 OCT51367.1 GLX98417.1 GLX98417.1 TNF89271.1 TNF89271.1 HIP02283.1 MBP9134796.1 HIP02283.1 HIP02283.1 WP_073936403.1 ETB53277.1 WP_073936403.1 WP_073936403.1 WP_167263972.1 WP_167263972.1 KKB97741.1 KKB97741.1 WP_046600280.1 WP_243977667.1 WP_046600280.1 WP_133340757.1 WP_046600280.1 WP_052379448.1 WP_046600280.1 WP_064711955.1 WP_046600280.1 WP_134669716.1 WP_046600280.1 WP_046600280.1 WP_091740622.1 WP_091740622.1 MBE7370368.1 MBE7370368.1 WP_006799194.1 WP_236387036.1 WP_006799194.1 WP_006799194.1 WP_227173776.1 WP_227173776.1 VEC90219.1 VEC90219.1 MCB2654556.1 MCB2654556.1 XP_008373570.1 XP_008373570.1 TWW58526.1 TWW58526.1 WP_209378200.1 WP_209378200.1 MBU6307538.1 MBU6307538.1 WP_061048002.1 NSW79198.1 WP_061048002.1 WP_273418567.1 WP_061048002.1 WP_061048002.1 WP_273159410.1 WP_273159410.1 KAJ2160981.1 KAJ2160981.1 MCQ2424848.1 MCQ2424848.1 MBQ7754763.1 MBQ7754763.1 WP_140730472.1 WP_140730472.1 MBI3617399.1 MBI3617399.1 MBP0955672.1 MBP0955672.1 MCC8146707.1 MCC8146707.1 WP_038580218.1 WP_278416415.1 WP_038580218.1 WP_038580218.1 XP_051566275.1 XP_051566275.1 KAI3927707.1 KAI3927707.1 VVW57803.1 VVW57803.1 WP_118944732.1 WP_118944732.1 MBJ7287465.1 WP_031065317.1 MBJ7287465.1 MBJ7287465.1 MCJ9712781.1 MCJ9712781.1 WP_235360343.1 WP_235360343.1 WP_257769388.1 WP_257769388.1 PYQ18715.1 PYQ18715.1 KXK57030.1 KXK57030.1 SDH24188.1 SDH24188.1 MCU1518283.1 WP_046625651.1 MCU1518283.1 WP_236525681.1 MCU1518283.1 KAF9463056.1 MCU1518283.1 MCU1518283.1 XP_027705828.1 XP_027705828.1 WP_256561903.1 WP_256561903.1 WP_141990951.1 WP_141990951.1 MBQ7326660.1 MBA3031770.1 MBQ7326660.1 MBQ7326660.1 WP_139448115.1 QDT09879.1 WP_139448115.1 WP_139448115.1 KAJ5112313.1 KAJ5112313.1 OWY66639.1 OWY66639.1 PLU16997.1 WP_024270964.1 PLU16997.1 PLU16997.1 VST16928.1 VST16928.1 WP_195001047.1 QQS09360.1 WP_195001047.1 WP_009714971.1 WP_195001047.1 WP_195001047.1 WP_136536828.1 WP_136536828.1 WP_012716944.1 WP_012716944.1 UCE84061.1 UCE84061.1 WP_142673401.1 WP_142673401.1 XP_055059894.1 XP_055059894.1 KAF9682501.1 KAF9682501.1 WP_157104028.1 WP_157104028.1 WP_000158727.1 WP_000158727.1 WP_140641625.1 WP_140641625.1 WP_234882652.1 WP_234882652.1 WP_145739766.1 WP_216295494.1 WP_145739766.1 WP_114947547.1 WP_145739766.1 WP_145739766.1 WP_109219430.1 WP_271457636.1 WP_109219430.1 WP_109219430.1 MCR5069553.1 MCR5069553.1 RIB10989.1 RIB10989.1 WP_223874734.1 WP_223874734.1 RKP53954.1 RKP53954.1 WP_144660168.1 WP_144660168.1 WP_071468711.1 WP_071468711.1 WP_036392442.1 WP_036392442.1 WP_221802218.1 WP_221802218.1 WP_250239427.1 WP_250239427.1 WP_129681113.1 WP_129681113.1 NGX49271.1 NGX49271.1 PYL83902.1 PYL83902.1 WP_123262559.1 WP_123262559.1 OOX90626.1 OOX90626.1 MBO5037501.1 MBO5037501.1 THW19323.1 THW19323.1 TBR12235.1 TBR12235.1 WP_256695454.1 WP_256695454.1 MBR1786128.1 MBR1786128.1 GEY63590.1 GEY63590.1 MCF2604604.1 MCF2604604.1 KAF5197921.1 KAF5197921.1 CAI8519318.1 CAI8519318.1 KAF2218229.1 KAF2218229.1 WP_079473139.1 WP_079473139.1 NLX43212.1 NLX43212.1 MBH0176532.1 MBH0176532.1 WP_154489617.1 WP_154489617.1 NET38287.1 WP_186101535.1 NET38287.1 NET38287.1 MBI3214161.1 MBI3214161.1 WP_223040576.1 WP_223040576.1 WP_221711878.1 WP_221711878.1 MBM5817467.1 MBM5817467.1 EHC2895895.1 HCI3789247.1 EHC2895895.1 EHC2895895.1 MCT7710903.1 MCT7710903.1 KAI5804476.1 KAI5804476.1 WP_108106595.1 WP_108106595.1 MBL0081532.1 MBL0081532.1 MCI0524605.1 MCI0524605.1 WP_200001451.1 WP_200001451.1 GBN34629.1 GBN34629.1 WP_104456122.1 HAZ7424284.1 WP_104456122.1 WP_186556299.1 WP_104456122.1 WP_104456122.1 XP_039048844.1 XP_039048844.1 WP_034944635.1 WP_034944635.1 CAG32719.1 CAG32719.1 KMN52907.1 KMN52907.1 WP_199673213.1 WP_037818847.1 WP_199673213.1 MCM1513138.1 WP_199673213.1 WP_199673213.1 MCI6147609.1 MCI6147609.1 XP_042771424.1 XP_005573423.1 XP_042771424.1 XP_021507806.1 XP_042771424.1 XP_048264533.1 XP_042771424.1 XP_042771424.1 WP_124978582.1 WP_010905191.1 WP_124978582.1 WP_124978582.1 KAE8683921.1 KAE8683921.1 OAV63675.1 OAV63675.1 PYB13830.1 WP_112119927.1 PYB13830.1 EJG3313804.1 PYB13830.1 WP_246003214.1 PYB13830.1 NQZ11975.1 PYB13830.1 PYB13830.1 WP_007377599.1 WP_217904803.1 WP_007377599.1 WP_007377599.1 WP_187447871.1 WP_187447871.1 WP_175766180.1 WP_175766180.1 WP_072989136.1 WP_192202944.1 WP_072989136.1 HAR4306776.1 WP_072989136.1 WP_072989136.1 TMB80853.1 TMB80853.1 WP_277264109.1 WP_282985289.1 WP_277264109.1 EFG7698437.1 WP_277264109.1 WP_277264109.1 KAE8876596.1 KAE8876596.1 KZW99196.1 KZW99196.1 MCC6136677.1 MCC6136677.1 MCI5191941.1 MCI5191941.1 HBW9511025.1 MCE2883039.1 HBW9511025.1 PJB11797.1 HBW9511025.1 HBW9511025.1 PIP52537.1 PIP52537.1 MAS51861.1 MAS51861.1 WP_135705208.1 WP_135705208.1 WP_171155369.1 WP_171155369.1 WP_073070755.1 WP_073070755.1 SVJ73127.1 SVJ73127.1 WP_253463694.1 WP_253463694.1 UCJ00318.1 UCJ00318.1 MCB1471508.1 WP_119403424.1 MCB1471508.1 MCB1471508.1 KKQ50904.1 KKQ50904.1 XP_034577512.1 XP_034577512.1 CDN40573.1 Q8XJN8.1 CDN40573.1 MBE6142085.1 CDN40573.1 CDN40573.1 MBQ7354351.1 MBQ7354351.1 PQN90025.1 PQN90025.1 WP_153656540.1 WP_203203455.1 WP_153656540.1 CFU01724.1 WP_153656540.1 WP_153656540.1 ABL14307.1 ABL14307.1 MCI0559521.1 MCI0559521.1 HBO1212818.1 HBO1212818.1 WP_003176097.1 MBK7557264.1 WP_003176097.1 WP_003176097.1 EEJ3660224.1 EEJ3660224.1 YP_009550556.1 YP_009550556.1 WP_262088989.1 WP_262088989.1 WP_146205473.1 WP_146205473.1 WP_010875413.1 WP_010875413.1 GFS24540.1 GFS24540.1 WP_189862922.1 WP_189862922.1 WP_174742261.1 WP_174742261.1 MBJ9849823.1 MBJ9849823.1 MCF8113477.1 MCF8113477.1 MAH35553.1 MAZ13301.1 MAH35553.1 MAH35553.1 WP_276357708.1 WP_276357708.1 KAJ7618075.1 KAJ7618075.1 MBV8927738.1 MBV8927738.1 GKW22999.1 GKW22999.1 WP_219133024.1 MCH8874789.1 WP_219133024.1 WP_219133024.1 TMQ14810.1 TMQ14810.1 WP_279268272.1 WP_279268272.1 WP_201454235.1 WP_201454235.1 WP_107169208.1 WP_107169208.1 WP_258315721.1 WP_258315721.1 MBQ0056002.1 MBQ0056002.1 EMS62928.1 EMS62928.1 MBK6276192.1 MBK6276192.1 RLS80176.1 RLS80176.1 MAU73077.1 MAU73077.1 XP_046801602.1 XP_046801602.1 WP_231783900.1 WP_231783900.1 MCJ1706109.1 MCJ1706109.1 WP_076788335.1 WP_076788335.1 MCR5830520.1 MCR5830520.1 MBB3050407.1 MBB3050407.1 MCH7900379.1 MCH7900379.1 WP_209434296.1 WP_209434296.1 WP_011531028.1 MAO00220.1 WP_011531028.1 WP_011531028.1 NVM16230.1 NVM16230.1 EGQ64187.1 EGQ64187.1 NCC17292.1 MBX5702633.1 NCC17292.1 EEW7484806.1 NCC17292.1 NCC17292.1 HAV8610731.1 HAV8610731.1 KAJ4533602.1 KAJ4533602.1 KAG7462827.1 KAG7462827.1 BBF42184.1 BBF42184.1 MBV8660698.1 MBV8660698.1 WP_164904950.1 WP_164904950.1 MBQ2346567.1 MBQ2346567.1 WP_138785174.1 WP_138785174.1 HCK66187.1 HCK66187.1 MBO7492856.1 MBO7492856.1 WP_138125503.1 WP_223413240.1 WP_138125503.1 WP_069697901.1 WP_138125503.1 EFX2174330.1 WP_138125503.1 WP_266179881.1 WP_138125503.1 WP_138125503.1 PKU92481.1 PKU92481.1 MOM40962.1 MOM40962.1 WP_205443952.1 MBO7597869.1 WP_205443952.1 CAA0126222.1 WP_205443952.1 WP_122873240.1 WP_205443952.1 WP_205443952.1 WP_064038193.1 WP_064038193.1 MCS6937099.1 MCS6937099.1 KAF9171043.1 KAF9171043.1 WP_239913672.1 NCV89943.1 WP_239913672.1 GIR09622.1 WP_239913672.1 WP_087384365.1 WP_239913672.1 WP_007853416.1 WP_239913672.1 WP_113669955.1 WP_239913672.1 WP_239913672.1 WP_214186529.1 WP_214186529.1 ABD26457.1 ABD26457.1 MCH2598227.1 MCH2598227.1 WP_009025642.1 WP_281462881.1 WP_009025642.1 WP_009025642.1 MCB0330656.1 MCB0330656.1 WP_029189383.1 WP_029189383.1 WP_222163701.1 WP_213775833.1 WP_222163701.1 WP_222163701.1 PIP86899.1 PIP86899.1 WP_082884485.1 WP_082884485.1 MCB1376795.1 MCB1376795.1 WP_134262365.1 WP_134262365.1 OQC16336.1 OQC16336.1 WP_160346534.1 WP_160346534.1 MBQ9907360.1 MBQ9907360.1 EHK6691416.1 EHK6691416.1 MQM04273.1 MQM04273.1 KAJ6491222.1 KAJ6491222.1 WP_235565772.1 WP_235565772.1 XP_049147251.1 XP_049147251.1 WP_242161393.1 MBQ8417539.1 WP_242161393.1 MBI5405531.1 WP_242161393.1 WP_242161393.1 WP_193850569.1 HCI4632030.1 WP_193850569.1 WP_193850569.1 AKU96165.1 AKU96165.1 WP_250798057.1 WP_250798057.1 MBQ9976843.1 MBM3366565.1 MBQ9976843.1 MCI0677710.1 MBQ9976843.1 PWU18232.1 MBQ9976843.1 MBQ9976843.1 TMF32236.1 MAJ92374.1 TMF32236.1 TMF32236.1 SDO77973.1 SDO77973.1 WP_197521413.1 WP_278489123.1 WP_197521413.1 MBR7834804.1 WP_197521413.1 WP_197521413.1 HBO3907473.1 WP_085935883.1 HBO3907473.1 HBO3907473.1 WP_200567098.1 WP_200567098.1 WP_005392478.1 WP_005392478.1 WP_209106433.1 WP_209106433.1 XP_048593444.1 XP_048593444.1 EFC33499.1 EFC33499.1 HIV94128.1 HIV94128.1 MBK8637870.1 MBK8637870.1 RXK40695.1 RXK40695.1 EFG7308611.1 EFG7308611.1 WP_202220633.1 WP_202220633.1 MCA1697375.1 MCA1697375.1 KAG0237649.1 KAG0237649.1 MYS55468.1 MYS55468.1 WP_188867472.1 WP_188867472.1 WP_233286789.1 WP_233286789.1 WP_034473228.1 WP_241468713.1 WP_034473228.1 STF90731.1 WP_034473228.1 WP_228062638.1 WP_034473228.1 WP_034473228.1 WP_110236450.1 WP_110236450.1 MBG0749417.1 MBG0749417.1 MBW7885425.1 MBW7885425.1 WP_020424556.1 KQO71000.1 WP_020424556.1 WP_020424556.1 WP_094570475.1 WP_094570475.1 WP_109128643.1 WP_109128643.1 AGS31853.1 AGS31853.1 MBK7190470.1 MBK7190470.1 WP_256569498.1 WP_256569498.1 WP_092203677.1 WP_092203677.1 ELB87175.1 ELB87175.1 WP_011185207.1 WP_011185207.1 WP_158104363.1 WP_158104363.1 CAB1315112.1 CAB1315112.1 WP_278579814.1 WP_278579814.1 WP_110431153.1 WP_110431153.1 WP_177084516.1 WP_177084516.1 RZL08229.1 RZL08229.1 KAF6750975.1 KAF6750975.1 WP_086123022.1 WP_057859275.1 WP_086123022.1 WP_086123022.1 MSO18531.1 MSO18531.1 NWW43432.1 NWW43432.1 CAF2048201.1 CAF2048201.1 NWT28302.1 MBQ2719788.1 NWT28302.1 NWT28302.1 WP_121183454.1 WP_121183454.1 XP_009177739.1 XP_009177739.1 NXE30976.1 NXE30976.1 WP_152884059.1 WP_152884059.1 WP_209676560.1 WP_209676560.1 XP_027131078.1 XP_027131078.1 EDQ9505691.1 EDQ9505691.1 OXA48312.1 OXA48312.1 DAM73724.1 DAM73724.1 MBN2762177.1 WP_108365493.1 MBN2762177.1 MBN2762177.1 NCV73474.1 NCV73474.1 WP_128316318.1 WP_128316318.1 MCR4310565.1 MCR4310565.1 WP_119963696.1 WP_119963696.1 WP_221520465.1 WP_221520465.1 MCI8311254.1 MCI8311254.1 GIR70810.1 GIR70810.1 MCH7911399.1 MCH7911399.1 WP_165019025.1 WP_165019025.1 TMQ04701.1 TMQ04701.1 MBR6023659.1 MBR6023659.1 WP_077603924.1 WP_077603924.1 WP_156061037.1 MBQ7856432.1 WP_156061037.1 WP_156061037.1 WP_220737010.1 WP_220737010.1 NXC43906.1 NXC43906.1 EJL0691474.1 EJL0691474.1 WP_277513241.1 WP_277513241.1 EET1847662.1 EET1847662.1 WP_233575804.1 WP_233575804.1 WP_065076975.1 WP_065076975.1 WP_037252487.1 WP_037252487.1 MBP1672140.1 MBP1672140.1 OGZ43278.1 OGZ43278.1 WP_125691986.1 WP_125691986.1 MBP8298997.1 MBP8298997.1 WP_183832569.1 WP_183832569.1 WP_166544121.1 WP_166544121.1 XP_014018893.1 XP_028655184.1 XP_014018893.1 XP_014018893.1 KAI8889105.1 KAI8889105.1 XP_018089046.1 XP_018089046.1 NEP82600.1 NEP82600.1 KAA3621416.1 KAA3621416.1 KZV11597.1 KZV11597.1 PYS18397.1 PYS18397.1 EPF53206.1 EPF53206.1 MBP9706914.1 MBP9706914.1 NXT44414.1 NXT44414.1 XP_024185556.1 XP_024185556.1 WP_251843011.1 WP_251843011.1 MCG2809664.1 MCG2809664.1 WP_049427769.1 WP_049427769.1 AIL29843.1 AIL29843.1 XP_051304311.1 XP_051304311.1 WP_087997173.1 WP_087997173.1 RZU98823.1 MBW3588078.1 RZU98823.1 WP_216768648.1 RZU98823.1 RZU98823.1 WP_077690175.1 WP_077690175.1 RQM16216.1 XP_029528577.1 RQM16216.1 RQM16216.1 WP_268695178.1 WP_268695178.1 WP_062024872.1 WP_062024872.1 ABB60900.1 EFW50635.1 ABB60900.1 ABB60900.1 WP_258581409.1 WP_237907640.1 WP_258581409.1 NNE23115.1 WP_258581409.1 WP_011057593.1 WP_258581409.1 WP_258581409.1 WP_208179928.1 WP_208179928.1 EIO4105067.1 EIO4105067.1 KAJ2306899.1 KAJ2306899.1 XP_025385377.1 XP_025385377.1 MCA9453963.1 MCA9453963.1 KAF3210067.1 KAF3210067.1 MCD4721788.1 MCD4721788.1 WP_201685349.1 WP_201685349.1 CAG8531755.1 CAG8531755.1 WP_220615956.1 MBI1736306.1 WP_220615956.1 WP_067782871.1 WP_220615956.1 WP_276638014.1 WP_220615956.1 MBI5966481.1 WP_220615956.1 HAR4359619.1 WP_220615956.1 WP_279399778.1 WP_220615956.1 WP_220615956.1 MCJ2136558.1 MCJ2136558.1 WP_063256613.1 WP_063256613.1 WP_221868756.1 NJC23639.1 WP_221868756.1 WP_221868756.1 NXU45820.1 NXU45820.1 CAH7752048.1 CAH7752048.1 MBQ7631188.1 MBQ7631188.1 KAI4475370.1 KAI4475370.1 KDB51534.1 WP_059923305.1 KDB51534.1 KDB51534.1 bbuchfink-diamond-6dc5717/src/test/mini_names.dmp000066400000000000000000110073511523407312000220140ustar00rootroot000000000000001 | all | | synonym | 1 | root | | scientific name | 10 | "Cellvibrio" Winogradsky 1929 | | authority | 10 | Cellvibrio | | scientific name | 10 | Cellvibrio (ex Winogradsky 1929) Blackall et al. 1986 emend. Humphry et al. 2003 | | authority | 10 | Cellvibrio (ex Winogradsky 1929) Blackall et al. 1986 emend. Suarez et al. 2014 | | authority | 100 | Ancylobacter aquaticus | | scientific name | 100 | Ancylobacter aquaticus (rskov 1928) Raj 1983 | | authority | 100 | Microcyclus aquaticus | | synonym | 100 | Microcyclus aquaticus rskov 1928 (Approved Lists 1980) | | authority | 10001 | Sciurus | | scientific name | 100034 | Massariosphaeria | | scientific name | 100034 | Massariosphaeria (E. Mull.) Crivelli, 1983 | | authority | 100035 | Leptosphaeria phaeospora | | synonym | 100035 | Leptosphaeria phaeospora E. Mull., 1950 | | authority | 100035 | Massariosphaeria phaeospora | | scientific name | 100035 | Massariosphaeria phaeospora (E. Mull.) Crivelli, 1983 | | authority | 1000413 | Acer yangbiense | | scientific name | 1000413 | Acer yangbiense Y.S.Chen & Q.E.Yang, 2003 | | authority | 100048 | Trematosphaeria | | scientific name | 100048 | Trematosphaeria Fuckel, 1870 | | authority | 1000566 | Halosaccharopolyspora lacisalsi | | scientific name | 1000566 | Halosaccharopolyspora lacisalsi (Guan et al. 2013) Teo et al. 2021 | | authority | 1000566 | Saccharopolyspora lacisalsi Guan et al. 2013 | | synonym | 1000566 | Saccharopolyspora sp. TRM 40133 | | includes | 10015 | Heteromyidae | | scientific name | 10016 | Dipodomys | | scientific name | 10016 | Dipodomys Gray, 1841 | | authority | 10016 | kangaroo rats | | genbank common name | 1001833 | Hypoxylon sp. CI-4A | | scientific name | 1001989 | Escherichia coli PCN033 | | scientific name | 1001989 | Escherichia coli str. PCN033 | | equivalent name | 1001989 | Escherichia coli strain PCN033 | | equivalent name | 10020 | Dipodomys ordii | | scientific name | 10020 | Dipodomys ordii Woodhouse, 1853 | | authority | 10020 | Ord's kangaroo rat | | genbank common name | 1002340 | Leisingera sp. ANG1 | | scientific name | 1002340 | Phaeobacter gallaeciensis ANG1 | | synonym | 10026 | Cricetinae | | scientific name | 10026 | hamsters | | genbank common name | 10028 | Cricetulus | | scientific name | 10029 | CHO cell lines | | includes | 10029 | Chinese Hamster Ovary (CHO) DG44 Cell | | includes | 10029 | Chinese hamster | | genbank common name | 10029 | Chinese hamsters | | common name | 10029 | Cricetulus aureus | | equivalent name | 10029 | Cricetulus barabensis griseus | | synonym | 10029 | Cricetulus griseus | | scientific name | 10029 | Cricetulus griseus Milne-Edwards, 1867 | | authority | 10035 | Mesocricetus | | scientific name | 10036 | Cricetus auratus | | synonym | 10036 | Cricetus auratus Waterhouse, 1839 | | authority | 10036 | Golden hamsters | | synonym | 10036 | Mesocricetus auratus | | scientific name | 10036 | Mesocricetus auratus Waterhouse, 1839 | | authority | 10036 | Syrian golden hamster | | common name | 10036 | Syrian golden hamsters | | common name | 10036 | Syrian hamster | | common name | 10036 | Syrian hamsters | | synonym | 10036 | golden hamster | | genbank common name | 1003877 | Benincaseae | | scientific name | 1003877 | Benincaseae Ser., 1825 | | authority | 1003878 | Cucurbiteae | | scientific name | 1003878 | Cucurbiteae Ser., 1825 | | authority | 10040 | Peromyscus | | scientific name | 10040 | Peromyscus Gloger, 1841 | | authority | 10041 | Peromyscus leucopus | | scientific name | 10041 | white-footed mouse | | genbank common name | 1004156 | "Candidatus Brocadia carolinensis" corrig. Magri et al. 2012 | | authority | 1004156 | "Candidatus Brocadia caroliniensis" Magri et al. 2012 | | synonym | 1004156 | Brocadia carolinensis | | equivalent name | 1004156 | Candidatus Brocadia carolinensis | | scientific name | 1004156 | Candidatus Brocadia sp. NRRL B-50286 | | includes | 1004301 | Flavihumibacter | | scientific name | 1004301 | Flavihumibacter Zhang et al. 2010 emend. Hyeon et al. 2017 | | authority | 1004302 | Parasegetibacter | | scientific name | 1004302 | Parasegetibacter Zhang et al. 2009 emend. Kim et al. 2015 | | authority | 1004303 | Ferruginibacter | | scientific name | 1004303 | Ferruginibacter Lim et al. 2009 | | authority | 10045 | Gerbillinae | | scientific name | 10045 | gerbils | | genbank common name | 100474 | Batrachochytrium | | scientific name | 100474 | Batrachochytrium Longcore, Pessier & D.K. Nichols, 1999 | | authority | 100495 | Campylandra | | synonym | 100495 | Campylandra Baker, 1868 | | authority | 100495 | Rohdea | | scientific name | 100495 | Rohdea Roth, 1821 | | authority | 1005394 | Salmonella enterica subsp. enterica serovar Oslo | | scientific name | 1005550 | Escherichia coli EC1865 | | scientific name | 1005722 | Phormidesmis | | scientific name | 1005722 | Phormidesmis Turicchia, Ventura, Komarkova & Komarek, 2009 | | authority | 1005739 | unclassified Synergistaceae | | scientific name | 10066 | Muridae | | scientific name | 1007104 | Sphingomonas sp. S17 | | scientific name | 100746 | Oeneis | Oeneis | scientific name | 100784 | Balearica gibbericeps | | synonym | 100784 | Balearica gibbericeps Reichenow, 1892 | | authority | 100784 | Balearica pavonina gibbericeps | | synonym | 100784 | Balearica pavonina gibbericeps (Reichenow, 1892) | | authority | 100784 | Balearica regulorum gibbericeps | | scientific name | 100784 | Balearica regulorum gibbericepse | | synonym | 100784 | East African grey crowned-crane | | genbank common name | 100787 | Verticillium dahliae var. longisporum | | synonym | 100787 | Verticillium dahliae var. longisporum C. Stark, 1961 | | authority | 100787 | Verticillium longisporum | | scientific name | 100787 | Verticillium longisporum (C. Stark) Karapapa et al. | | authority | 100787 | Verticillium longisporum var. longisporum | | synonym | 1008308 | Fusibacter sp. BELH1 | | includes | 1008308 | Fusibacter tunisiensis | | scientific name | 1008308 | Fusibacter tunisiensis Ben Hania et al. 2012 | | authority | 100860 | Aphanomyces | | scientific name | 100861 | Aphanomyces euteiches | | scientific name | 100861 | Aphanomyces euteiches Drechsler, 1925 | | authority | 10088 | Mus | Mus | scientific name | 10088 | mice | mice | genbank common name | 10088 | mouse | mouse | common name | 100883 | Coprobacillus | | scientific name | 100883 | Coprobacillus Kageyama and Benno 2000 | | authority | 100886 | Catenibacterium mitsuokai | | scientific name | 100886 | Catenibacterium mitsuokai Kageyama and Benno 2000 | | authority | 100886 | Catenibacterium mitsuokai Kageyama and Benno 2000 emend. Ricci et al. 2025 | | authority | 10090 | Balb/c mouse | | includes | 10090 | LK3 transgenic mice | | includes | 10090 | Mus musculus | | scientific name | 10090 | Mus musculus Linnaeus, 1758 | | authority | 10090 | Mus sp. 129SV | | includes | 10090 | house mouse | | genbank common name | 10090 | mouse | mouse | common name | 10090 | nude mice | | includes | 10090 | transgenic mice | | includes | 100907 | Chilean sea bass | | common name | 100907 | Dissostichus eleginoides | | scientific name | 100907 | Dissostichus eleginoides Smitt, 1898 | | authority | 100907 | Patagonian toothfish | | genbank common name | 1010 | CDC group II-I | CDC group II-I | synonym | 1010 | Flavobacterium mizutaii | | synonym | 1010 | Flavobacterium mizutaii (Yabuuchi et al. 1983) Holmes et al. 1988 | | authority | 1010 | Sphingobacterium mizutae (sic) Yabuuchi et al. 1983 | | authority | 1010 | Sphingobacterium mizutaii | | scientific name | 1010 | Sphingobacterium mizutaii corrig. Yabuuchi et al. 1983 | | authority | 1010 | Sphingobacterium mizutaii corrig. Yabuuchi et al. 1983 emend. Choi and Lee 2012 | | authority | 1010 | Sphingobacterium mizutaii corrig. Yabuuchi et al. 1983 emend. Garcia-Lopez et al. 2019 | | authority | 1010 | Sphingobacterium mizutaii corrig. Yabuuchi et al. 1983 emend. Wauters et al. 2012 | | authority | 1010 | Sphingobacterium sp. CCUG 15262 | | includes | 1010 | Sphingobacterium sp. CDC D3663 | | includes | 1010 | Sphingobacterium sp. LMG 12852 | | includes | 1010 | Sphingobacterium sp. LMG 8346 | | includes | 1010840 | Streptococcus pyogenes BEI NR-33708 | | synonym | 1010840 | Streptococcus pyogenes MGAS1882 | | scientific name | 1010840 | Streptococcus pyogenes str. MGAS1882 | | equivalent name | 1010840 | Streptococcus pyogenes strain MGAS1882 | | equivalent name | 101094 | Choanephoraceae | | scientific name | 101094 | Choanephoraceae J. Schrot., 1897 | | authority | 101094 | Gilbertellaceae | | synonym | 1011 | Sporocytophaga | | scientific name | 1011 | Sporocytophaga Stanier 1940 | | authority | 101100 | Dissophora | | scientific name | 101100 | Dissophora Thaxt., 1914 | | authority | 101137 | Helicostylum | | scientific name | 101137 | Helicostylum Corda, 1842 | | authority | 10114 | Rattus | | scientific name | 10114 | rat | rat | common name | 10114 | rats | rats | genbank common name | 10116 | Buffalo rat | | includes | 10116 | Mus norvegicus | | synonym | 10116 | Mus norvegicus Berkenhout, 1769 | | authority | 10116 | Norway rat | | genbank common name | 10116 | Rattus PC12 clone IS | | includes | 10116 | Rattus norvegicus | | scientific name | 10116 | Rattus sp. strain Wistar | | includes | 10116 | Sprague-Dawley rat | | includes | 10116 | Wistar rats | | includes | 10116 | brown rat | | common name | 10116 | laboratory rat | | includes | 10116 | rat | rat | common name | 10116 | rats | rats | common name | 10116 | zitter rats | | includes | 101201 | Trichoderma asperellum | | scientific name | 101201 | Trichoderma asperellum Samuels, Lieckf. & Nirenberg 1999 | | authority | 101201 | Trichoderma asperellum Samuels, Lieckfeldt & Nirenberg, 1999 | | authority | 101203 | Saprolegnia parasitica | | scientific name | 101364 | Carassius auratus gibelio | | synonym | 101364 | Carassius auratus gibelio (Bloch, 1782) | | authority | 101364 | Carassius gibelio | | scientific name | 101364 | Carassius gibelio (Bloch, 1782) | | authority | 101364 | Carassius gibelio gibelio | | synonym | 101364 | Carassius gibelio subsp. gibelio | | synonym | 101364 | Cyprinus gibelio | | synonym | 101364 | Cyprinus gibelio Bloch, 1782 | | authority | 101364 | Prussian carp | | common name | 101364 | gibel carp | | common name | 101364 | silver crucian carp | | genbank common name | 101474 | Poronia | | scientific name | 101474 | Poronia Willd., 1787 | | authority | 101475 | Peziza punctata | | synonym | 101475 | Peziza punctata L., 1753 | | authority | 101475 | Poronia punctata | | scientific name | 101475 | Poronia punctata (L.) Fr., 1849 | | authority | 10150 | Chinchillidae | | scientific name | 10150 | chinchillas | | genbank common name | 10150 | chinchillas and viscachas | | common name | 10151 | Chinchilla | | scientific name | 101571 | "Burkholderia uboniae" Yabuuchi et al. 2000 | | authority | 101571 | Burkholderia sp. 17540 | | includes | 101571 | Burkholderia sp. A1301 | | includes | 101571 | Burkholderia ubonensis | | scientific name | 101571 | Burkholderia ubonensis corrig. Yabuuchi et al. 2000 | | authority | 101571 | Burkholderia uboniae | | synonym | 10158 | Octodontidae | | scientific name | 10159 | Octodon | | scientific name | 1016 | Capnocytophaga | | scientific name | 1016 | Capnocytophaga Leadbetter et al. 1982 | | authority | 1016 | Sphaerocytophaga | | synonym | 10160 | Octodon degus | | scientific name | 10160 | Sciurus degus | | synonym | 10160 | Sciurus degus Molina, 1782 | | authority | 10160 | degu | | genbank common name | 10167 | African mole-rats | African mole-rats | genbank common name | 10167 | Bathyergidae | | scientific name | 10167 | Bathyergidae Waterhouse, 1841 | | authority | 10167 | blesmols | | common name | 1017353 | unclassified Rubrobacteraceae | | scientific name | 10180 | Heterocephalus | | scientific name | 10181 | Heterocephalus glaber | | scientific name | 10181 | Heterocephalus glaber Ruppell, 1842 | | authority | 10181 | naked mole rat | | common name | 10181 | naked mole-rat | | genbank common name | 101851 | Glarea | | scientific name | 101851 | Glarea Bills & Palaez, 1999 | | authority | 101852 | Glarea lozoyensis | | scientific name | 101852 | Glarea lozoyensis Bills & Pelez 1999 | | authority | 10190 | Rotifera | | scientific name | 10190 | rotifers | rotifers | blast name | 10190 | rotifers | rotifers | genbank common name | 10205 | Bryozoa | | scientific name | 10205 | Ectoprocta | | synonym | 10205 | bryozoans | bryozoans | blast name | 10205 | bryozoans | bryozoans | genbank common name | 10206 | Gymnolaemata | | scientific name | 10207 | Cheilostomata | | synonym | 10207 | Cheilostomatida | | scientific name | 10210 | Bugulidae | | scientific name | 102106 | Collinsella | | scientific name | 102106 | Collinsella Kageyama et al. 1999 | | authority | 102106 | Collinsella Kageyama et al. 1999 emend. Han et al. 2021 | | authority | 102106 | Collinsella Kageyama et al. 1999 emend. Kageyama and Benno 2000 | | authority | 10211 | Bugula | | scientific name | 10212 | Bugula neritina | | scientific name | 10212 | Bugula neritina (Linnaeus, 1758) | | authority | 10212 | Sertularia neritina | | synonym | 10212 | Sertularia neritina Linnaeus, 1758 | | authority | 10226 | Placozoa | | scientific name | 10226 | placozoan | | common name | 10226 | placozoans | placozoans | blast name | 10226 | placozoans | placozoans | genbank common name | 10227 | Trichoplax | | scientific name | 10228 | Trichoplax adhaerens | | scientific name | 10228 | Trichoplax adhaerens Schulze, 1883 | | authority | 10232 | Acanthocephala | Acanthocephala | scientific name | 10232 | Acanthocephala Koelreuter, 1771 | | authority | 10232 | acanthocephalans | | common name | 10232 | spiny-headed worms | | common name | 10232 | thorny-headed worms | thorny-headed worms | blast name | 10232 | thorny-headed worms | thorny-headed worms | genbank common name | 10239 | Vira | | synonym | 10239 | Viridae | | synonym | 10239 | Viruses | | scientific name | 10239 | viruses | | blast name | 102684 | Streptococcus infantarius | | scientific name | 102684 | Streptococcus infantarius Schlegel et al. 2000 | | authority | 1027249 | Gracilibacillus kekensis | | scientific name | 1027249 | Gracilibacillus kekensis Gao et al. 2012 | | authority | 1027249 | Gracilibacillus sp. K170 | | includes | 1027273 | Endozoicomonas montiporae | | scientific name | 1027273 | Endozoicomonas montiporae Yang et al. 2010 | | authority | 102749 | Ageratina | | scientific name | 102749 | Ageratina Spach | | authority | 1027910 | Verticillium dahliae VDG1 | | scientific name | 102804 | Asteroideae | | scientific name | 102804 | Asteroideae Lindl., 1829 | | authority | 102810 | Anthemideae | | scientific name | 102810 | Anthemideae Cass., 1819 | | authority | 102814 | Heliantheae | | scientific name | 102814 | Heliantheae Cass., 1819 | | authority | 102815 | Eupatorieae | | scientific name | 1028384 | Glomerellales | | scientific name | 1028384 | Glomerellales Chadef. ex Reblova, W. Gams & Seifert, 2011 | | authority | 1028802 | Haemophilus haemolyticus M19107 | | scientific name | 1028802 | Haemophilus haemolyticus str. M19107 | | equivalent name | 1028802 | Haemophilus haemolyticus strain M19107 | | equivalent name | 1028803 | Haemophilus haemolyticus M19501 | | scientific name | 1028803 | Haemophilus haemolyticus str. M19501 | | equivalent name | 1028803 | Haemophilus haemolyticus strain M19501 | | equivalent name | 102897 | Frankia sp. EUN1f | | equivalent name | 102897 | Parafrankia sp. EUN1f | | scientific name | 1030 | Thiothrix | | scientific name | 1030 | Thiothrix Winogradsky 1888 (Approved Lists 1980) | | authority | 1030 | Thiothrix Winogradsky 1888 (Approved Lists 1980) emend. Howarth et al. 1999 | | authority | 1030533 | Streptomyces sp. Wb2n-11 | | scientific name | 1031537 | Blastopirellula cremea | | synonym | 1031537 | Blastopirellula cremea Lee et al. 2013 | | authority | 1031537 | Blastopirellula sp. LHWP2 | | includes | 1031537 | Bremerella cremea | | scientific name | 1031537 | Bremerella cremea (Lee et al. 2013) Rensink et al. 2021 | | synonym | 1031542 | Campylobacter sp. LMG 24381 | | includes | 1031542 | Campylobacter volucris | | scientific name | 1031542 | Campylobacter volucris Debruyne et al. 2010 | | authority | 1031594 | Comamonadaceae bacterium S4 | | includes | 1031594 | Extensimonas vulgaris | | scientific name | 1031594 | Extensimonas vulgaris Zhang et al. 2013 | | authority | 1032243 | Campylobacter californiensis | | scientific name | 1032243 | Campylobacter californiensis Miller et al. 2024 | | authority | 1032243 | Campylobacter sp. RM12916 | | includes | 1032243 | Campylobacter sp. RM12919 | | includes | 1032243 | Campylobacter sp. RM12920 | | includes | 1032243 | Campylobacter sp. RM13119 | | includes | 1032243 | Campylobacter sp. RM6883 | | includes | 1032243 | Campylobacter sp. RM6913 | | includes | 1032243 | Campylobacter sp. RM6914 | | includes | 1032243 | Campylobacter sp. RM9337 | | includes | 1032243 | Campylobacter sp. RM9344 | | includes | 1032526 | "Pedosphaera" Ozyurt et al. 2008 | | authority | 1032526 | Pedosphaera | | scientific name | 1033 | "Oligotropha" Meyer et al. 1993 | | authority | 1033 | Afipia | | scientific name | 1033 | Afipia Brenner et al. 1992 | | synonym | 1033 | Afipia Brenner et al. 1992 emend. La Scola et al. 2002 | | authority | 1033 | Oligotropha | | synonym | 1033 | Oligotropha Meyer et al. 1994 | | authority | 1033008 | Mycena albidolilacea | | scientific name | 1033008 | Mycena albidolilacea Kuhner & Maire, 1938 | | synonym | 1033247 | Agaricus latifolius | | synonym | 1033247 | Agaricus latifolius Peck, 1872 | | authority | 1033247 | Mycena latifolia | | scientific name | 1033247 | Mycena latifolia (Peck) A.H. Sm. 1935 | | authority | 1033247 | Prunulus latifolius | | synonym | 1033252 | Agaricus metatus | | synonym | 1033252 | Agaricus metatus Fr., 1821 | | authority | 1033252 | Agaricus metatus var. laevigatus | | synonym | 1033252 | Agaricus metatus var. laevigatus (Pers.) Fr., 1821 | | authority | 1033252 | Mycena filopes var. metata | | synonym | 1033252 | Mycena filopes var. metata (Fr.) Arnolds, 1982 | | authority | 1033252 | Mycena metata | | scientific name | 1033252 | Mycena metata (Fr.) P. Kumm. 1871 | | authority | 1033263 | Agaricus rosellus | | synonym | 1033263 | Agaricus rosellus Fr., 1821 | | authority | 1033263 | Mycena rosella | | scientific name | 1033263 | Mycena rosella (Fr.) P. Kumm., 1871 | | authority | 1033263 | pink bonnet | | common name | 1033281 | Agaricus vitilis | | synonym | 1033281 | Agaricus vitilis Fr., 1838 | | authority | 1033281 | Mycena vitilis | | scientific name | 1033281 | Mycena vitilis (Fr.) Quel. 1872 | | authority | 1033281 | snapping bonnet | | common name | 1033282 | Agaricus vulgaris | | synonym | 1033282 | Agaricus vulgaris Pers., 1794 | | authority | 1033282 | Mycena vulgaris | | scientific name | 1033282 | Mycena vulgaris (Pers.) P. Kumm. 1871 | | authority | 1033282 | Prunulus vulgaris | | synonym | 103372 | Acromyrmex echinatior | | scientific name | 103372 | Acromyrmex echinatior (Forel, 1899) | | authority | 103372 | Acromyrmex echinator Forel, 1899 | | authority | 103372 | Atta octospinosa echinatior | | synonym | 103372 | Atta octospinosa echinatior Forel, 1899 | | authority | 103372 | Atta octospinosa var. echinatior | | synonym | 103372 | Panamanian leafcutter ant | | genbank common name | 1033738 | Kurthia sp. Dielmo | | scientific name | 103376 | Aleurodiscaceae | | synonym | 103376 | Aleurodiscaceae Julich, 1982 | | authority | 103376 | Stereaceae | | scientific name | 103376 | Stereaceae Pilat, 1930 | | authority | 1033840 | Exophiala aquamarina | | scientific name | 1033840 | Exophiala sp. KL-2011a | | includes | 1033840 | Exophiala sp. KL-2011b | | includes | 1033846 | "Marinobacter adhaerens" Gardes et al. 2010 | | authority | 1033846 | Marinobacter adhaerens | | scientific name | 1033846 | Marinobacter adhaerens Kaeppel et al. 2012 | | authority | 1033978 | Plectosphaerellaceae | | scientific name | 1033978 | Plectosphaerellaceae W.Gams, Summerbell & Zare 2007 | | authority | 1033978 | mitosporic Plectosphaerellaceae | | includes | 1033996 | "Nitrososphaerales" Tourna et al. 2011 | | authority | 1033996 | Nitrososphaerales | | scientific name | 1033996 | Nitrososphaerales Stieglmeier et al. 2014 | | authority | 1033997 | "Nitrososphaeraceae" Tourna et al. 2011 | | authority | 1033997 | Nitrososphaeraceae | | scientific name | 1033997 | Nitrososphaeraceae Stieglmeier et al. 2014 | | authority | 1034 | Afipia clevelandensis | | scientific name | 1034 | Afipia clevelandensis Brenner et al. 1992 | | authority | 103429 | Daldinia loculata | | scientific name | 103429 | Daldinia loculata (Lev.) Sacc., 1882 | | authority | 103429 | Sordariomycetes sp. genotype 11 | | includes | 103429 | Sordariomycetes sp. genotype 12 | | includes | 103429 | Sordariomycetes sp. genotype 159 | | includes | 103429 | Sordariomycetes sp. genotype 2 | | includes | 103429 | Sordariomycetes sp. genotype 31 | | includes | 103429 | Sordariomycetes sp. genotype 328 | | includes | 103429 | Sordariomycetes sp. genotype 33 | | includes | 103429 | Sordariomycetes sp. genotype 4 | | includes | 103429 | Sordariomycetes sp. genotype 5 | | includes | 103429 | Sordariomycetes sp. genotype 6 | | includes | 103429 | Sphaeria loculata | | synonym | 103429 | Sphaeria loculata Lev., 1845 | | authority | 103429 | fungal sp. ARIZ AZ0526 | | includes | 1034303 | Aspergillus sergii | | scientific name | 1034303 | Aspergillus sergii P. Rodrigues, S.W. Peterson, A. Venancio & N. Lima 2012 | | authority | 1034303 | Aspergillus sp. 08AAsp183 | | includes | 1034303 | Aspergillus sp. 09AAsp494 | | includes | 1034303 | Aspergillus sp. 2 PR-2010 | | includes | 1034303 | Aspergillus sp. MUM 10.248 | | includes | 1034303 | Aspergillus sp. MUM 10.251 | | includes | 1034303 | Aspergillus sp. SWP-2011b | | includes | 1034943 | Legionella massiliensis | | scientific name | 1034943 | Legionella massiliensis Campocasso et al. 2012 | | authority | 1034943 | Legionella sp. LegA | | includes | 1035191 | Brevundimonas diminuta 470-4 | | scientific name | 1035191 | Brevundimonas diminuta str. 470-4 | | equivalent name | 1035191 | Brevundimonas diminuta strain 470-4 | | equivalent name | 1035514 | North Korean strain of Plasmodium vivax | | synonym | 1035514 | Plasmodium vivax North Korea | | synonym | 1035514 | Plasmodium vivax North Korean | | scientific name | 1035514 | Plasmodium vivax strain North Korea | | synonym | 1035538 | Mamiellophyceae | | scientific name | 1035538 | Mamiellophyceae B.Marin & Melkonian, 2010 | | authority | 1035538 | prasinophytes | prasinophytes | in-part | 10357 | Betaherpesvirinae | | scientific name | 10357 | Betaherpesviruses | | common name | 10358 | Cytomegalovirus | | scientific name | 10359 | HHV-5 | | acronym | 10359 | Human betaherpesvirus 5 | | scientific name | 10359 | Human cytomegalovirus | | equivalent name | 10359 | Human herpesvirus 5 | | equivalent name | 10359 | human herpesvirus type 5 | | equivalent name | 103599 | Sousa | | scientific name | 103600 | Delphinus chinensis | | synonym | 103600 | Delphinus chinensis Osbeck, 1765 | | authority | 103600 | Indo-pacific humpbacked dolphin | | genbank common name | 103600 | Sousa chinensis | | scientific name | 1036719 | Verticillium | | scientific name | 1036719 | Verticillium Nees, 1816 | | authority | 103690 | Anabaena sp. DCC D0672 | | equivalent name | 103690 | Anabaena sp. FACHB-418 | | equivalent name | 103690 | Anabaena sp. IRRI 'Ab 47 XX' | | equivalent name | 103690 | Anabaena sp. PCC 7120 | | equivalent name | 103690 | Anabaena sp. SAG 25.82 | | equivalent name | 103690 | Anabaena sp. UTEX B 2576 | | equivalent name | 103690 | Anabaena variabilis UTCC 387 | | equivalent name | 103690 | Nostoc muscorum ISU | | equivalent name | 103690 | Nostoc sp. AKM24 | | equivalent name | 103690 | Nostoc sp. ATCC 27347 | | equivalent name | 103690 | Nostoc sp. ATCC 27893 | | equivalent name | 103690 | Nostoc sp. DSM 107007 | | equivalent name | 103690 | Nostoc sp. Ind43 | | equivalent name | 103690 | Nostoc sp. PCC 7120 | | equivalent name | 103690 | Nostoc sp. PCC 7120 = FACHB-418 | | scientific name | 103690 | Nostoc sp. SAG 25.82 | | equivalent name | 103702 | Hypsilurus | | scientific name | 10371 | EHV-5 | | acronym | 10371 | EHV5 | | acronym | 10371 | Equid gammaherpesvirus 5 | | scientific name | 10371 | Equid herpesvirus 5 | | equivalent name | 10371 | Equid herpesvirus type 5 | | equivalent name | 10371 | Equine herpesvirus 5 | | equivalent name | 10371 | equine herpesvirus 5 EHV-5 | | equivalent name | 10371 | equine herpesvirus 5 EHV5 | | equivalent name | 10371 | equine herpesvirus type 5 | | equivalent name | 103732 | Actinomadura flava | | synonym | 103732 | Actinomadura flava Gauze et al. 1974 (Approved Lists 1980) | | authority | 103732 | Lechevalieria flava | | synonym | 103732 | Lechevalieria flava (Gauze et al. 1974) Labeda et al. 2001 | | authority | 103732 | Lentzea flava | | scientific name | 103732 | Lentzea flava (Gauze et al. 1974) Nouioui et al. 2018 | | authority | 103732 | Nocardiopsis flava | | synonym | 103732 | Nocardiopsis flava (Gauze et al. 1974) Gauze and Sveshnikova 1985 | | authority | 103732 | Saccharothrix flava | | synonym | 103732 | Saccharothrix flava (Gauze et al. 1974) Grund and Kroppenstedt 1990 | | authority | 10374 | Gammaherpesvirinae | | scientific name | 10374 | Gammaherpesviruses | | common name | 10374 | lymphoproliferative virus group | | genbank common name | 1037661 | Microthyrium | | scientific name | 1037661 | Microthyrium Desm., 1841 | | authority | 103796 | Pseudomonas syringae (pv. actinidiae) | | synonym | 103796 | Pseudomonas syringae pv. actinidiae | | scientific name | 103796 | Pseudomonas syringae pv. actinidiae Takikawa et al. 1989 | | authority | 103816 | Rhodococcus biphenylivorans | | synonym | 103816 | Rhodococcus biphenylivorans Su et al. 2015 | | authority | 103816 | Rhodococcus pyridinivorans | | scientific name | 103816 | Rhodococcus pyridinivorans Yoon et al. 2000 | | authority | 103816 | Rhodococcus pyridinivorans Yoon et al. 2000 emend. Nouioui et al. 2018 | | authority | 103816 | Rhodococcus sp. TG9 | | includes | 103830 | Aletia | | synonym | 103830 | Mythimna | | scientific name | 103830 | Pseudaletia | | synonym | 103836 | "Acetomadura flexuosa" Krasil'nikov and Agre 1964 | | authority | 103836 | "Nocardia flexuosa" (Krasil'nikov and Agre 1964) Becker et al. 1965 | | authority | 103836 | "Thermopolyspora flexuosa"(Krasil'nikov and Agre 1964) Cross and Goodfellow 1973 | | synonym | 103836 | Acetomadura flexuosa | | synonym | 103836 | Actinomadura flexuosa | | synonym | 103836 | Actinomadura flexuosa (ex Krasil'nikov and Agre 1964) Meyer 1989 | | authority | 103836 | Krassilnikovia flexuosa | | equivalent name | 103836 | Microtetraspora flexuosa | | synonym | 103836 | Microtetraspora flexuosa (Meyer 1989) Kroppenstedt et al. 1991 | | authority | 103836 | Nocardia flexuosa | | synonym | 103836 | Nonomuraea flexuosa | | synonym | 103836 | Nonomuraea flexuosa (Meyer 1989) Zhang et al. 1998 | | authority | 103836 | Nonomuria flexuosa | | synonym | 103836 | Thermopolyspora flexuosa | | scientific name | 103836 | Thermopolyspora flexuosa (Meyer 1989) Goodfellow et al. 2005 | | authority | 103855 | Bordetella hinzii | | scientific name | 103855 | Bordetella hinzii Vandamme et al. 1995 | | authority | 1038856 | Planococcus plakortidis | | scientific name | 1038856 | Planococcus plakortidis Kaur et al. 2012 | | authority | 1038856 | Planococcus sp. MTCC 8491 | | includes | 103887 | Bionectriaceae | | scientific name | 103887 | Bionectriaceae Samuels & Rossman, 1999 | | authority | 103887 | anamorphic Bionectriaceae | | synonym | 103887 | mitosporic Bionectria | | includes | 103887 | mitosporic Bionectriaceae | | includes | 103887 | mitosporic Peethambara | | includes | 103933 | Bombus bifarius | | scientific name | 103933 | Bombus bifarius Cresson, 1879 | | authority | 103943 | Protobothrops | | scientific name | 103943 | Protobotrops | | synonym | 103944 | Chinese habu | | common name | 103944 | Protobothrops mucrosquamatus | | scientific name | 103944 | Taiwan habu | | common name | 103944 | Trigonocephalus mucrosquamatus | | synonym | 103944 | Trigonocephalus mucrosquamatus Cantor, 1839 | | authority | 103944 | Trimeresurus mucrosquamatus | | synonym | 103944 | brown spotted pit viper | | genbank common name | 1040987 | Mesorhizobium sp. WSM3626 | | scientific name | 1041 | Erythrobacter | | scientific name | 1041 | Erythrobacter Shiba and Simidu 1982 | | authority | 1041 | Erythrobacter Shiba and Simidu 1982 emend. Subhash et al. 2013 | | authority | 1041 | Erythrobacter Shiba and Simidu 1982 emend. Xu et al. 2020 | | authority | 104101 | Acetobacter indonesiensis | | scientific name | 104101 | Acetobacter indonesiensis Lisdiyanti et al. 2001 | | authority | 1041607 | Hansenula ciferrii | | synonym | 1041607 | Hansenula ciferrii Lodder, 1932 | | authority | 1041607 | Pichia ciferrii | | synonym | 1041607 | Wickerhamomyces ciferrii | | scientific name | 1041607 | Wickerhamomyces ciferrii (Lodder) Kurtzman, Robnett & Basehoar-Powers, 2008 | | authority | 1042 | Erythrobacter sp. | | scientific name | 1042127 | Aureobasidium pullulans var. nov. PZ-2008 | | includes | 1042127 | Aureobasidium pullulans var. subglaciale | | synonym | 1042127 | Aureobasidium pullulans var. subglaciale Zalar, de Hoog & Gunde-Cim., 2008 | | authority | 1042127 | Aureobasidium subglaciale | | scientific name | 1042127 | Aureobasidium subglaciale (Zalar, de Hoog & Gunde- Cimerman) Zalar, Gostincar, Gunde-Cimerman, 2014 | | authority | 1042139 | Eugenia grandis | | synonym | 1042139 | Eugenia grandis Wight, 1841 | | authority | 1042139 | Syzygium grande | | scientific name | 1042139 | Syzygium grande (Wight) Walp., 1843 | | authority | 1042163 | Brevibacillus laterosporus ATCC 9141 | | synonym | 1042163 | Brevibacillus laterosporus LMG 15441 | | scientific name | 1042163 | Brevibacillus laterosporus str. LMG 15441 | | equivalent name | 1042163 | Brevibacillus laterosporus strain LMG 15441 | | equivalent name | 1042316 | unclassified Armatimonadota | | scientific name | 1042322 | Demequinaceae | | scientific name | 1042322 | Demequinaceae Ue et al. 2011 emend. Nouioui et al. 2018 | | authority | 1042324 | unclassified Acidimicrobiales | | scientific name | 1042324 | unclassified Acidimicrobineae | | synonym | 104264 | Cellulophaga | | scientific name | 104264 | Cellulophaga Johansen et al. 1999 | | authority | 104267 | Tenacibaculum | | scientific name | 104267 | Tenacibaculum Suzuki et al. 2001 | | authority | 1042876 | Pseudomonas putida S16 | | scientific name | 1042876 | Pseudomonas putida str. S16 | | equivalent name | 1042876 | Pseudomonas putida strain S16 | | equivalent name | 1043005 | Aureobasidium pullulans var. subglaciale EXF-2481 | | equivalent name | 1043005 | Aureobasidium subglaciale EXF-2481 | | scientific name | 1043206 | Acidiphilium sp. PM | | scientific name | 104341 | Oligoporus placenta (Fr.) Gilb. & Ryvarden, 1985 | | synonym | 104341 | Polyporus placenta | | synonym | 104341 | Polyporus placenta Fr., 1861 | | authority | 104341 | Postia placenta | | synonym | 104341 | Postia placenta (Fr.) M.J. Larsen & Lombard, 1986 | | authority | 104341 | Rhodonia placenta | | scientific name | 104341 | Rhodonia placenta (Fr.) Niemel, K.H. Larss. & Schigel, 2005 | | authority | 1043627 | Hirsutella minnesotensis 3608 | | scientific name | 104366 | Pleurotaceae | | scientific name | 104366 | Pleurotaceae Kuhner, 1980 | | authority | 104366 | anamorphic Hohenbuehelia | | includes | 104366 | mitosporic Hohenbuehelia | | includes | 104397 | Cerebella | | synonym | 104397 | Cerebella Ces., 1851 | | authority | 104397 | Epicoccum | | scientific name | 104397 | Epicoccum Link, 1816 | | authority | 104421 | Camponotus floridana | | synonym | 104421 | Camponotus floridanus | | scientific name | 104421 | Camponotus floridanus (Buckley, 1866) | | authority | 104421 | Florida carpenter ant | | genbank common name | 104430 | Apoditrysia | | scientific name | 104431 | Obtectomera | | scientific name | 104435 | Zygaenoidea | | scientific name | 1046 | Chromatiaceae | | scientific name | 1046 | Chromatiaceae Bavendamm 1924 (Approved Lists 1980) emend. Imhoff 1984 | | authority | 1046 | Chromatiaceae Bavendamm 1924 (Approved Lists 1980) emend. Sisinthy et al. 2017 | | authority | 1046 | Thiocapsaceae | | includes | 1046 | Thiocapsaceae Bavendamm 1924 | | authority | 1046 | purple sulfur bacteria | purple sulfur bacteria | common name | 1046043 | "Natronomonas gomsonensis" Kim et al. 2013 | | authority | 1046043 | Natronomonas gomsonensis | | scientific name | 1046043 | Natronomonas gomsonensis Kim et al. 2014 | | authority | 1046043 | Natronomonas sp. SA3 | | includes | 1046117 | "Oceaniovalibus guishaninsula" Liu et al. 2012 | | authority | 1046117 | Oceaniovalibus guishaninsula | | scientific name | 1046117 | alpha proteobacterium JL2003 | | includes | 104663 | "Flexibacter elegans" Soriano 1945, non Lewin 1969 | | synonym | 104663 | "Myxococcus filiformis" Solntseva 1940 | | authority | 104663 | Chitinophaga filiformis | | scientific name | 104663 | Chitinophaga filiformis (Reichenbach 1989) Kampfer et al. 2006 | | authority | 104663 | Flexibacter filiformis | | synonym | 104663 | Flexibacter filiformis (ex Solntseva 1940) Reichenbach 1989 | | authority | 104663 | Myxococcus filiformis | | synonym | 104669 | Candida amylolenta | | synonym | 104669 | Candida amylolenta Van der Walt, D.B. Scott & Klift, 1972 | | authority | 104669 | Cryptococcus amylolentus | | scientific name | 104669 | Cryptococcus amylolentus (Van der Walt, D.B. Scott & Klift) Golubev, 1981 | | authority | 104669 | Vanrija amylolenta | | synonym | 104669 | Vanrijia amylolenta | | synonym | 1046947 | unclassified Candidatus Altimarinota | | scientific name | 1046947 | unclassified Candidatus Gracilibacteria | | synonym | 1046947 | unclassified Gracilibacteria | | equivalent name | 1046947 | unclassified candidate division GN02 | | synonym | 1046950 | unclassified Candidatus Zhuqueibacterota | | scientific name | 1046980 | unclassified Candidatus Microgenomates | | synonym | 1046980 | unclassified Candidatus Microgenomatota | | scientific name | 1046980 | unclassified Microgenomatota | | includes | 1046980 | unclassified candidate division OP11 | | synonym | 1046981 | unclassified Candidatus Hydrogenedentota | | scientific name | 1046981 | unclassified candidate division NKB19 | | synonym | 1046984 | unclassified Candidatus Parcubacteria | | scientific name | 1046984 | unclassified candidate division OD1 | | synonym | 1046990 | unclassified Acetothermia | | synonym | 1046990 | unclassified Bipolaricaulota | | equivalent name | 1046990 | unclassified Candidatus Bipolaricaulota | | scientific name | 1046990 | unclassified candidate division OP1 | | synonym | 1047 | "Monas" Muller 1786 | | in-part | 1047 | "Rhabdomonas" Cohn 1875 | | authority | 1047 | Chromatium | | scientific name | 1047 | Chromatium Perty 1852 (Approved Lists 1980) emend. Imhoff et al. 1998 | | authority | 1047 | Monas | Monas | synonym | 1047 | Rhabdomonas | Rhabdomonas | synonym | 1047005 | unclassified Candidatus Omnitrophica | | equivalent name | 1047005 | unclassified Candidatus Omnitrophota | | scientific name | 1047005 | unclassified Omnitrophica | | synonym | 1047005 | unclassified Omnitrophota | | equivalent name | 1047005 | unclassified candidate division OP3 | | synonym | 1047068 | unclassified Candidatus Cloacimonadota | | scientific name | 1047068 | unclassified Candidatus Cloacimonetes | | equivalent name | 1047068 | unclassified Cloacimonadota | | equivalent name | 1047068 | unclassified candidate division WWE1 | | equivalent name | 104779 | Adinetida | | scientific name | 104780 | Adinetidae | | scientific name | 104781 | Adineta | | scientific name | 104782 | Adineta vaga | | scientific name | 104782 | Adineta vaga (Davis, 1873) | | authority | 104782 | Callidina vaga | | synonym | 104782 | Callidina vaga Davis, 1873 | | authority | 104783 | Philodinida | | scientific name | 1048 | Chromatium gracile | | synonym | 1048 | Chromatium gracile Strzeszewski 1913 (Approved Lists 1980) | | authority | 1048 | Marichromatium gracile | | scientific name | 1048 | Marichromatium gracile (Strzeszewski 1913) Imhoff et al. 1998 | | authority | 1048 | Marichromatium sp. JA439 | | includes | 1048680 | Rhizobium sp. 42MFCr.1 | | scientific name | 1048954 | Tothia | | scientific name | 1048954 | Tothia Bat., 1960 | | authority | 1048955 | Microthyrium fuscellum | | synonym | 1048955 | Microthyrium fuscellum Sacc. 1880 | | authority | 1048955 | Tothia fuscella | | scientific name | 1048955 | Tothia fuscella (Sacc.) Bat. 1960 | | authority | 1049 | "Bacillus vinosus" (Ehrenberg 1838) Trevisan 1889 | | authority | 1049 | "Bacterium sulfuratum" Warming 1875 | | authority | 1049 | "Bacterium vinosum" (Ehrenberg 1838) de Toni and Trevisan 1889 | | authority | 1049 | "Chromatium sulfuratum" (Warming 1875) Isachenko 1927 | | authority | 1049 | "Monas vinosa" Ehrenberg 1838 | | authority | 1049 | Allochromatium vinosum | | scientific name | 1049 | Allochromatium vinosum (Ehrenberg 1838) Imhoff et al. 1998 | | authority | 1049 | Bacillus vinosus | | synonym | 1049 | Bacterium sulfuratum | | synonym | 1049 | Bacterium vinosum | | synonym | 1049 | Chromatium sulfuratum | | synonym | 1049 | Chromatium vinosum | | synonym | 1049 | Chromatium vinosum (Ehrenberg 1838) Winogradsky 1888 (Approved Lists 1980) | | authority | 1049 | Monas vinosa | | synonym | 1049027 | Scytonematopsis contorta | | scientific name | 1049027 | Scytonematopsis contorta Vaccarino and Johansen 2011 | | authority | 1049028 | Scytonematopsis contorta HA4267-MV1 | | scientific name | 1049657 | Blattoidea | | scientific name | 10497 | ASFV | | acronym | 10497 | African swine fever virus | | scientific name | 10497 | African swine fever virus ASF | | equivalent name | 10497 | African swine fever virus ASFV | | equivalent name | 10497 | African swine fever virus, ASFV | | equivalent name | 1049790 | Leptospira inadai serovar Lyme str. 10 | | scientific name | 1049970 | Leptospira kmetyi serovar Malaysia str. Bejo-Iso9 | | scientific name | 1050199 | Salinispora oceanensis | | scientific name | 1050199 | Salinispora oceanensis Roman-Ponce et al. 2020 | | authority | 1050199 | Salinispora pacifica CNT-138 | | includes | 1050199 | Salinispora pacifica CNT029 | | includes | 1050719 | unclassified Candidatus Korarchaeota | | synonym | 1050719 | unclassified Candidatus Martarchaeota | | synonym | 1050719 | unclassified Candidatus Methanomethylicota | | synonym | 1050719 | unclassified Candidatus Verstraetearchaeota | | synonym | 1050719 | unclassified Korarchaeota | | equivalent name | 1050719 | unclassified Martarchaeota | | equivalent name | 1050719 | unclassified Methanomethylicota | | equivalent name | 1050719 | unclassified Thermoproteota | | scientific name | 1050719 | unclassified Verstraetearchaeota | | equivalent name | 1051054 | Morchella elata clade | | equivalent name | 1051054 | Morchella sect. Distantes | | scientific name | 1051054 | Morchella sect. Distantes Boud., 1897 | | authority | 1051531 | Saccharothrix sp. SA198 | | includes | 1051531 | Saccharothrix tamanrassetensis | | scientific name | 1051531 | Saccharothrix tamanrassetensis Boubetra et al. 2015 | | authority | 1052105 | Purpureocillium | | scientific name | 1052105 | Purpureocillium Luangsa-ard, Hywel-Jones, Houbraken & Samson 2011 | | authority | 105219 | "Pseudomonas thomasii" Phillips et al. 1972 | | authority | 105219 | Pseudomonas thomasii | | in-part | 105219 | Ralstonia mannitolilytica | | scientific name | 105219 | Ralstonia mannitolilytica corrig. De Baere et al. 2001 | | authority | 105219 | Ralstonia mannitolytica | | synonym | 105219 | Ralstonia pickettii biovar 3/'thomasii' | | synonym | 105219 | Ralstonia sp. VTT E-073033 | | includes | 1052197 | "Candidatus Calescamantes" Rinke et al. 2013 | | synonym | 1052197 | "Candidatus Calescibacteriota" corrig. Rinke et al. 2013 | | authority | 1052197 | Calescibacteriota | | equivalent name | 1052197 | Candidatus Calescibacteriota | | scientific name | 1052197 | candidate division EM 19 | | synonym | 1052197 | candidate division EM19 | | equivalent name | 105255 | Dipodomys spectabilis | | scientific name | 105255 | Dipodomys spectabilis Merriam, 1890 | | authority | 105255 | banner-tailed kangaroo rat | | genbank common name | 1052815 | "Candidatus Aerophobetes" Rinke et al. 2013 | | synonym | 1052815 | "Candidatus Aerophobota" corrig. Rinke et al. 2013 | | authority | 1052815 | Aerophobota | | equivalent name | 1052815 | Candidatus Aerophobota | | scientific name | 1052815 | candidate division CD12 | | synonym | 1053170 | Bacillus cereus BAG1X1-1 | | scientific name | 1053173 | Bacillus cereus BAG1X2-1 | | scientific name | 1053175 | Bacillus cereus BAG1X2-3 | | scientific name | 1053176 | Bacillus cereus BAG2O-1 | | scientific name | 1053213 | Bacillus cereus IS195 | | scientific name | 1053214 | Bacillus cereus IS845/00 | | scientific name | 1053221 | Bacillus cereus MSX-A12 | | scientific name | 1053223 | Bacillus cereus VD014 | | scientific name | 105351 | Aspergillus awamori | | scientific name | 105351 | Aspergillus awamori Nakaz., 1907 | | authority | 105351 | Aspergillus awamori Nakazawa, 1907 | | authority | 105351 | Aspergillus niger var. awamori | | synonym | 105351 | Aspergillus niger var. awamori (Nakaz.) Al-Musallam, 1980 | | authority | 1053547 | Gordonia alkaliphila | | scientific name | 1053547 | Gordonia alkaliphila Cha and Cha 2013 | | authority | 1053547 | Gordonia sp. CJ10 | | includes | 105390 | Aciculata | | synonym | 105390 | Errantia | | scientific name | 105426 | unclassified Actinomycetales | | scientific name | 1054460 | Streptococcus pseudopneumoniae IS7493 | | scientific name | 1054460 | Streptococcus pseudopneumoniae str. IS7493 | | equivalent name | 1054460 | Streptococcus pseudopneumoniae strain IS7493 | | equivalent name | 1055323 | Aeribacillus | | scientific name | 1055323 | Aeribacillus Minana-Galbis et al. 2010 | | authority | 1055686 | Sandaracinaceae | | scientific name | 1055686 | Sandaracinaceae Mohr et al. 2012 | | authority | 1055688 | Sandaracinus | | scientific name | 1055688 | Sandaracinus Mohr et al. 2012 | | authority | 1055692 | "Chitinolyticbacter" Hao et al. 2011 | | authority | 1055692 | Chitinolyticbacter | | scientific name | 105591 | Cyanohydnum | | synonym | 105591 | Cyanohydnum J.J.Copeland, 1936 | | authority | 105591 | Symploca | | scientific name | 105591 | Symploca Kutzing ex Gomont, 1892 | | authority | 1056 | Amoebobacter | | includes | 1056 | Amoebobacter Winogradsky 1888 (Approved Lists 1980) emend. Guyoneaud et al. 1998 | | authority | 1056 | Thiocapsa | | scientific name | 1056 | Thiocapsa Winogradsky 1888 (Approved Lists 1980) emend. Guyoneaud et al. 1998 | | authority | 105696 | Epicoccum nigrum | | scientific name | 105696 | Epicoccum nigrum Link, 1816 | | authority | 105696 | Epicoccum purpurascens | | synonym | 105696 | Epicoccum purpurascens Ehrenb. ex Schltdl., 1824 | | authority | 105696 | Epicoccum sp. SGSGf34 | | includes | 105696 | Phoma epicoccina | | synonym | 105696 | Phoma epicoccina Punith., M.C. Tulloch & C.M. Leach, 1972 | | authority | 1056966 | Aedini | | scientific name | 105711 | Dreissenoidea | | scientific name | 105767 | Tremella | | scientific name | 105767 | Tremella Pers., 1794 | | authority | 1060 | Rhodobacter | | scientific name | 1060 | Rhodobacter Imhoff et al. 1984 | | authority | 1060 | Rhodobacter Imhoff et al. 1984 emend. Huang et al. 2024 | | authority | 1060 | Rhodobacter Imhoff et al. 1984 emend. Srinivas et al. 2007 | | authority | 1060 | Rhodobacter Imhoff et al. 1984 emend. Suresh et al. 2019 | | authority | 1060 | Rhodobacter Imhoff et al. 1984 emend. Wang et al. 2014 | | authority | 106004 | Leucosporidiella creatinivora | | synonym | 106004 | Leucosporidiella creatinivora (Golubev) J.P. Samp., 2003 | | authority | 106004 | Leucosporidium creatinivorum | | scientific name | 106004 | Leucosporidium creatinivorum (Golubev) V. de Garcia, M. A. Coelho, T. Maia, L. H. Rosa, A. M. Vaz, C. A. Rosa, J. P. Sampaio, P. Goncalves, M. R. van Broock andD. Libkind, 2015 | | authority | 106004 | Rhodotorula creatinivora | | synonym | 106004 | Rhodotorula creatinivora Golubev, 1998 | | authority | 106004 | Rhodotorula creatinovora | | synonym | 1061 | "Rhodopseudomonas capsulatus" (Molisch 1907) van Niel 1944 | | authority | 1061 | Rhodobacter capsulatus | | scientific name | 1061 | Rhodobacter capsulatus (Molisch 1907) Imhoff et al. 1984 | | authority | 1061 | Rhodopseudomonas capsulata corrig. (Molisch 1907) van Niel 1944 (Approved Lists 1980) | | synonym | 1061 | Rhodopseudomonas capsulatus | | synonym | 106121 | Comasteridae | | synonym | 106121 | Comatulidae | | scientific name | 106146 | Pelistega | | scientific name | 106146 | Pelistega Vandamme et al. 1998 | | authority | 106173 | Cynoglossus | | scientific name | 1062 | Rhodobacter sp. | | scientific name | 106218 | Pectinida | | scientific name | 106218 | Pectinoida | | synonym | 106219 | Pectinoidea | | scientific name | 106220 | Mytiloidea | | scientific name | 106335 | Hibiscus syriacus | | scientific name | 106335 | Hibiscus syriacus L., 1753 | | authority | 106335 | Rose-of-Sharon | | common name | 106370 | Frankia casuarinae | | scientific name | 106370 | Frankia casuarinae Nouioui et al. 2016 | | authority | 106370 | Frankia sp. BR | | includes | 106370 | Frankia sp. CcI3 | | includes | 106370 | Frankia sp. Cg70.9 | | includes | 106370 | Frankia sp. Thr | | includes | 1064 | Rhodocyclus | | scientific name | 1064 | Rhodocyclus Pfennig 1978 (Approved Lists 1980) emend. Imhoff et al. 1984 | | authority | 1064518 | "Alloherbaspirillum soli" (Lin et al. 2013) Ma et al. 2023 | | authority | 1064518 | Alloherbaspirillum soli | | synonym | 1064518 | Herbaspirillum soli | | synonym | 1064518 | Herbaspirillum soli Carro et al. 2012 | | authority | 1064518 | Herbaspirillum sp. SUEMI10 | | includes | 1064518 | Noviherbaspirillum soli | | scientific name | 1064518 | Noviherbaspirillum soli (Carro et al. 2012) Lin et al. 2013 | | authority | 106549 | Malus baccata | | scientific name | 106549 | Malus baccata Borkh., 1803 | | authority | 106549 | shan jing zi | | common name | 106589 | Cupriavidus | | scientific name | 106589 | Cupriavidus Makkar and Casida 1987 emend. Vandamme and Coenye 2004 | | authority | 106589 | Wautersia | | synonym | 106589 | Wautersia Vaneechoutte et al. 2004 | | authority | 106591 | Ensifer | | scientific name | 106591 | Ensifer Casida 1982 | | authority | 106591 | Ensifer Casida 1982 emend. Kuzmanovic et al. 2022 | | authority | 106591 | Ensifer Casida 1982 emend. Young 2003 | | authority | 106592 | Ensifer adhaerens | | scientific name | 106592 | Ensifer adhaerens Casida 1982 | | authority | 106592 | Ensifer morelensis | | synonym | 106592 | Ensifer morelensis corrig. (Wang et al. 2002) Wang et al. 2015 | | synonym | 106592 | Ensifer sp. LMG 20571 | | includes | 106592 | Sinorhizobium adhaerens | | synonym | 106592 | Sinorhizobium adhaerens (Casida 1982) Willems et al. 2003 | | authority | 106592 | Sinorhizobium morelense | | synonym | 106592 | Sinorhizobium morelense = Ensifer morelensis | | synonym | 106592 | Sinorhizobium morelense Wang et al. 2002 | | authority | 106592 | Sinorhizobium sp. J1(2011) | | includes | 1066 | Rhodocyclus tenuis | | scientific name | 1066 | Rhodocyclus tenuis (Pfennig 1969) Imhoff et al. 1984 | | synonym | 1066 | Rhodospirillum tenue | | synonym | 1066 | Rhodospirillum tenue Pfennig 1969 (Approved Lists 1980) | | authority | 106633 | Thialkalivibrio | | synonym | 106633 | Thioalkalivibrio | | scientific name | 106633 | Thioalkalivibrio Sorokin et al. 2001 emend. Banciu et al. 2004 | | authority | 106648 | Acinetobacter bereziniae | | scientific name | 106648 | Acinetobacter bereziniae Nemec et al. 2010 | | authority | 106648 | Acinetobacter genomic species 10 | | synonym | 106648 | Acinetobacter genomosp. 10 | | synonym | 106648 | Acinetobacter genomospecies 10 | | synonym | 106648 | Acinetobacter genospecies 10 | | synonym | 106648 | Acinetobacter sp. TDB-2008a | | includes | 106654 | Acinetobacter genomosp. 13TU | | synonym | 106654 | Acinetobacter genosp. 13TU | | synonym | 106654 | Acinetobacter nosocomialis | | scientific name | 106654 | Acinetobacter nosocomialis Nemec et al. 2011 | | authority | 106654 | Acinetobacter sp. NF108071 | | includes | 106654 | Acinetobacter sp. WC-487 | | includes | 1068625 | Trypanosoma congolense IL3000 | | scientific name | 1069201 | Aspergillus acidus | | synonym | 1069201 | Aspergillus acidus Kozak. 1989 | | authority | 1069201 | Aspergillus aureus var. acidus | | includes | 1069201 | Aspergillus aureus var. acidus Nakaz., Simo & A. Watan., 1913 | | synonym | 1069201 | Aspergillus awamori var. kawachi | | equivalent name | 1069201 | Aspergillus foetidus var. acidus | | synonym | 1069201 | Aspergillus foetidus var. acidus (Nakaz., Simo & A. Watan.) Raper & Fennell, 1965 | | authority | 1069201 | Aspergillus kawachii | | synonym | 1069201 | Aspergillus kawachii (nom.nud.) | | equivalent name | 1069201 | Aspergillus kawachii Kitahara & Yoshida | | authority | 1069201 | Aspergillus luchuensis | | scientific name | 1069201 | Aspergillus luchuensis Inui, 1901 | | authority | 107 | Spirosoma | | scientific name | 107 | Spirosoma Migula 1894 (Approved Lists 1980) emend. Ahn et al. 2014 | | authority | 107 | Spirosoma Migula 1894 (Approved Lists 1980) emend. Finster et al. 2009 | | authority | 1070314 | Halorussus | | scientific name | 1070314 | Halorussus Cui et al. 2014 | | authority | 1070861 | Bailinhaonella thermotolerans | | scientific name | 1070861 | Bailinhaonella thermotolerans Feng et al. 2019 | | authority | 1070861 | Streptosporangiaceae bacterium YIM 75507 | | includes | 1070861 | actinobacterium YIM 75507 | | includes | 107213 | Diabrotica balteata | | scientific name | 107213 | Diabrotica balteata LeConte, 1865 | | authority | 1072568 | Salmonella enterica subsp. enterica serovar Paratyphi A str. GXS2268 | | scientific name | 1072568 | Salmonella enterica subsp. enterica serovar Paratyphi A strain GXS2268 | | equivalent name | 1072570 | Salmonella enterica subsp. enterica serovar Paratyphi A str. JX05-19 | | scientific name | 1072570 | Salmonella enterica subsp. enterica serovar Paratyphi A strain JX05-19 | | equivalent name | 1073 | "Metalliresistens" Noisangiam et al. 2010 | | authority | 1073 | "Rhodobacillus" Molisch 1907 | | authority | 1073 | "Rhodomonas" Kluyver and van Niel 1936 | | authority | 1073 | Metalliresistens | | synonym | 1073 | Rhodobacillus | | synonym | 1073 | Rhodomonas | Rhodomonas | synonym | 1073 | Rhodopseudomonas | | scientific name | 1073 | Rhodopseudomonas Czurda and Maresch 1937 (Approved Lists 1980) | | authority | 1073 | Rhodopseudomonas Czurda and Maresch 1937 (Approved Lists 1980) emend. Imhoff et al. 1984 | | authority | 1073 | Rhodopseudomonas Czurda and Maresch 1937 emend. van Niel 1944 | | authority | 1073 | Rhodopseudomonas Kluyver and van Niel 1937 (sic) | | authority | 1073089 | Aspergillus wentii DTO 134E9 | | scientific name | 1073196 | Pseudoxanthomonas sp. XC21-2 | | includes | 1073196 | Pseudoxanthomonas wuyuanensis | | scientific name | 1073196 | Pseudoxanthomonas wuyuanensis Li et al. 2014 | | authority | 107327 | Pseudoalteromonas sp. UL12 | | includes | 107327 | Pseudoalteromonas sp. UL13 | | includes | 107327 | Pseudoalteromonas ulvae | | scientific name | 107327 | Pseudoalteromonas ulvae Egan et al. 2001 | | authority | 1073373 | Streptococcus sanguinis CC94A | | scientific name | 1073373 | Streptococcus sp. CC94A | | synonym | 1073531 | Mycobacterium (subgen. Mycolicibacter) | | synonym | 1073531 | Mycobacterium (subgen. Mycolicibacter) (Gupta et al. 2018) Val-Calvo et al. 2025 | | authority | 1073531 | Mycobacterium terrae complex | | common name | 1073531 | Mycolicibacter | | scientific name | 1073531 | Mycolicibacter Gupta et al. 2018 | | authority | 1073569 | Streptococcus thermophilus MTCC 5460 | | scientific name | 1073569 | Streptococcus thermophilus str. MTCC 5460 | | equivalent name | 1073569 | Streptococcus thermophilus strain MTCC 5460 | | equivalent name | 1073570 | Streptococcus thermophilus MTCC 5461 | | scientific name | 1073570 | Streptococcus thermophilus str. MTCC 5461 | | equivalent name | 1073570 | Streptococcus thermophilus strain MTCC 5461 | | equivalent name | 1073986 | Halobellus | | scientific name | 1073986 | Halobellus Cui et al. 2011 | | authority | 1073986 | Halobellus Cui et al. 2011 emend Zhang et al. 2013 | | authority | 1073999 | Cronobacter condimenti 1330 | | scientific name | 1073999 | Cronobacter condimenti LMG 26250 | | synonym | 1073999 | Cronobacter condimenti str. 1330 | | equivalent name | 1073999 | Cronobacter condimenti strain 1330 | | equivalent name | 1073999 | Cronobacter sp. 040407/32 | | synonym | 1073999 | Cronobacter sp. 1330 | | synonym | 1074000 | Cronobacter sp. NCTC 9529 | | synonym | 1074000 | Cronobacter universalis NCTC 9529 | | scientific name | 1074000 | Cronobacter universalis str. NCTC 9529 | | equivalent name | 1074000 | Cronobacter universalis strain NCTC 9529 | | equivalent name | 107401 | "Flexibacter marinus" Hikida et al. 1979 | | synonym | 107401 | Cytophaga marina | | synonym | 107401 | Cytophaga marina (ex Hikida et al. 1979) Reichenbach 1989 | | authority | 107401 | Flexibacter maritimus | | synonym | 107401 | Flexibacter maritimus Wakabayashi et al. 1986 emend. Bernardet and Grimont 1989 | | authority | 107401 | Tenacibaculum maritimum | | scientific name | 107401 | Tenacibaculum maritimum (Wakabayashi et al. 1986) Suzuki et al. 2001 | | authority | 107465 | Teloschistales | | scientific name | 107465 | Teloschistales D. Hawksw. & O.E. Erikss., 1986 | | authority | 1074872 | Toxoplasma gondii ARI | | scientific name | 1075417 | Bacteroidetes bacterium CNU-914 | | includes | 1075417 | Catalinimonas alkaloidigena | | scientific name | 1075417 | Catalinimonas alkaloidigena Choi et al. 2013 | | authority | 1076124 | Phytohabitans flavus | | scientific name | 1076124 | Phytohabitans flavus Inahashi et al. 2012 | | authority | 1076124 | Phytohabitans sp. K09-0627 | | includes | 1076256 | Armillaria solidipes | | scientific name | 1076256 | Armillaria solidipes Peck, 1900 | | authority | 1076588 | "Thiolapillus brandeum" Nunoura et al. 2014 | | authority | 1076588 | Thiolapillus brandeum | | scientific name | 1076588 | Thiolapillus brandeum Nunoura et al. 2015 | | authority | 1076588 | gamma proteobacterium Hiromi 1 | | includes | 1076926 | Rhizobium laguerreae | | scientific name | 1076926 | Rhizobium laguerreae Saidi et al. 2014 | | authority | 1076926 | Rhizobium sp. CVIII4 | | includes | 1076926 | Rhizobium sp. FB14022 | | includes | 1076926 | Rhizobium sp. FB206 | | includes | 1076926 | Rhizobium sp. FB310 | | includes | 1076926 | Rhizobium sp. FB403 | | includes | 1076926 | Rhizobium sp. PEVF08 | | includes | 1076935 | Pyronema confluens CBS 100304 | | equivalent name | 1076935 | Pyronema confluens CBS100304 | | equivalent name | 1076935 | Pyronema omphalodes CBS 100304 | | scientific name | 1076935 | Pyronema omphalodes CBS100304 | | equivalent name | 1077257 | Chthonomonadetes | | synonym | 1077257 | Chthonomonadetes Lee et al. 2011 | | authority | 1077257 | Chthonomonadia | | scientific name | 1077257 | Chthonomonadia corrig. | | synonym | 1077257 | Chthonomonadia corrig. Lee et al. 2011 | | authority | 1077285 | Bacteroides faecis JCM 16478 | | synonym | 1077285 | Bacteroides faecis MAJ27 | | scientific name | 1077285 | Bacteroides faecis str. MAJ27 | | equivalent name | 1077285 | Bacteroides faecis strain MAJ27 | | equivalent name | 1077285 | Bacteroides sp. MAJ27 | | synonym | 107819 | Clostridium perfringens (type D) | | synonym | 107819 | Clostridium perfringens D | | scientific name | 1079112 | Ilyonectria | | scientific name | 1079112 | Ilyonectria P. Chaverri & C. Salgado, 2011 | | authority | 1079922 | "Commensalibacter" Roh et al. 2008 | | authority | 1079922 | Commensalibacter | | scientific name | 1079922 | Commensalibacter Roh et al. 2019 | | authority | 1080193 | Hyunsoonleella | | scientific name | 1080193 | Hyunsoonleella Yoon et al. 2010 emend. Park et al. 2013 | | authority | 1080193 | Hyunsoonleella Yoon et al. 2010 emend. Shi et al. 2017 | | authority | 1080233 | Zasmidium cellare ATCC 36951 | | scientific name | 1081 | Rhodospirillum | | scientific name | 1081 | Rhodospirillum Molisch 1907 (Approved Lists 1980) emend. Imhoff et al. 1998 | | authority | 1081 | Rhodospirillum Molisch 1907 (Approved Lists 1980) emend. Lakshmi et al. 2014 | | authority | 10811 | Geminiviridae | | scientific name | 10811 | Geminivirus | | equivalent name | 1081102 | Niveomyces insectorum RCEF 264 | | scientific name | 10814 | Begomovirus | | scientific name | 10814 | Geminivirus subgroup III | | equivalent name | 10814 | Subgroup III Geminivirus | | equivalent name | 1081782 | Burkholderia sp. I2 | | includes | 1081782 | Paraburkholderia hiiakae | | scientific name | 1081782 | Paraburkholderia hiiakae Weber and King 2017 | | authority | 1081798 | unclassified Anaerolineae | | scientific name | 1081891 | Escherichia coli T1282_01 | | scientific name | 1081891 | Escherichia coli str. T1282_01 | | equivalent name | 1081891 | Escherichia coli strain T1282_01 | | equivalent name | 1081914 | Monosporascus sp. mg162 | | scientific name | 1082702 | Lonsdalea | | scientific name | 1082702 | Lonsdalea Brady et al. 2012 | | authority | 1082930 | Pelagibacterium | | scientific name | 1082930 | Pelagibacterium Xu et al. 2011 | | authority | 108385 | Aphelinidae | | scientific name | 1084421 | Sinomicrobium pectinilyticum | | scientific name | 1084421 | Sinomicrobium pectinilyticum Cheng et al. 2014 | | authority | 1084421 | Sinomicrobium sp. 5DNS001 | | includes | 108525 | "Pseudobacillus" Verma et al. 2019 | | authority | 108525 | Pseudobacillus | | scientific name | 108525 | Pseudobacillus Verma et al. 2024 | | authority | 1085622 | Brevilactibacter | | synonym | 1085622 | Brevilactibacter Wenning et al. 2020 | | authority | 1085622 | Propioniciclava | | scientific name | 1085622 | Propioniciclava Sugawara et al. 2011 | | authority | 1085622 | Propioniciclava Sugawara et al. 2011 emend. Li et al. 2022 | | authority | 1086 | Rhodospirillum salexigens Drews 1982 | | synonym | 1086 | Rhodothalassium salexigens | | scientific name | 1086 | Rhodothalassium salexigens (Drews 1982) Imhoff et al. 1998 | | authority | 108619 | Salmonella enterica serovar Newport | | synonym | 108619 | Salmonella enterica subsp. enterica serovar Newport | | scientific name | 108619 | Salmonella newport | | synonym | 108619 | Salmonella serotype Newport | | synonym | 1086822 | Anabaena sp. FACHB-709 | | scientific name | 108822 | Cnemophilus | | scientific name | 1088540 | Leptospira weilii serovar Topaz str. LT2116 | | scientific name | 108869 | Herrania | | scientific name | 108869 | Herrania Goudot | | authority | 108875 | Herrania umbratica | | scientific name | 108875 | Herrania umbratica R.E.Schult., 1943 | | authority | 108930 | Nilaparvata | | scientific name | 108931 | Nilaparvata lugens | | scientific name | 108931 | Nilaparvata lugens (Stal, 1854) | | authority | 108931 | brown planthopper | | genbank common name | 1089458 | Fusarium oxysporum f. sp. raphani 54005 | | scientific name | 1089458 | Fusarium oxysporum f. sp. raphani PHW815 | | equivalent name | 108980 | Acinetobacter phenon 1 | | synonym | 108980 | Acinetobacter sp. phenon 1 | | synonym | 108980 | Acinetobacter ursingii | | scientific name | 108980 | Acinetobacter ursingii Nemec et al. 2001 | | authority | 1090 | "Chlorobaeota" Oren et al. 2015 | | authority | 1090 | "Chlorobi" Garrity and Holt 2001 | | authority | 1090 | "Chlorobi" Iino et al. 2010 | | authority | 1090 | Chlorobaeota | | synonym | 1090 | Chlorobi | | synonym | 1090 | Chlorobiota | | scientific name | 1090 | Chlorobiota corrig. Iino et al. 2021 | | synonym | 1090 | green sulfur bacteria | green sulfur bacteria | blast name | 1090 | green sulfur bacteria | green sulfur bacteria | genbank common name | 1090322 | Methanolobus tindarius DSM 2278 | | scientific name | 1090322 | Methanolobus tindarius str. DSM 2278 | | equivalent name | 1090322 | Methanolobus tindarius strain DSM 2278 | | equivalent name | 109042 | Cupidonia cupido pallidicincta | | synonym | 109042 | Cupidonia cupido pallidicincta Ridgway, 1873 | | authority | 109042 | Tympanuchus pallidicinctus | | scientific name | 109042 | lesser prairie-chicken | | genbank common name | 1090488 | Pogonophryne albipinna | | scientific name | 1090488 | Pogonophryne albipinna Eakin, 1981 | | authority | 10912 | Rotavirus | | scientific name | 10912 | Rotaviruses | | equivalent name | 109168 | Desulfotalea | | scientific name | 109168 | Desulfotalea Knoblauch et al. 1999 | | authority | 109262 | Halothiobacillus | | scientific name | 109262 | Halothiobacillus Kelly and Wood 2000 emend. Boden 2017 | | authority | 109262 | Halothiobacillus Kelly and Wood 2000 emend. Sievert et al. 2000 | | authority | 109265 | Anabaena circinalis | | synonym | 109265 | Anabaena circinalis Rabenhorst ex Bornet et Flahault 1886 | | authority | 109265 | Anabaena hassallii | | synonym | 109265 | Anabaena hassallii Wittrock ex lemmermann 1907 | | authority | 109265 | Dolichospermum circinale | | scientific name | 109265 | Dolichospermum circinale (Rabenhorst ex Bornet et Flahault 1886) Wacklin, Hoffmann et Komarek 2009 | | authority | 109280 | Hippocampus comes | | scientific name | 109280 | Hippocampus comes Cantor, 1849 | | authority | 109280 | tiger tail seahorse | | genbank common name | 109372 | Hypoxylon fuscum | | scientific name | 109372 | Hypoxylon fuscum (Pers.) Fr., 1849 | | authority | 109372 | Sphaeria fusca | | synonym | 109372 | Sphaeria fusca Pers., 1794 | | authority | 109376 | Brassica oleracea subsp. oleracea | | synonym | 109376 | Brassica oleracea var. oleracea | | scientific name | 1093978 | Elysia marginata | | scientific name | 1093978 | Elysia marginata (Pease, 1871) | | authority | 1093978 | Pterogasteron marginatus | | synonym | 1093978 | Pterogasteron marginatus Pease, 1871 | | authority | 109458 | Yersinia pseudotuberculosis (type O:1b) | | scientific name | 1094858 | Cucurbita argyrosperma subsp. argyrosperma | | scientific name | 1094983 | Candida albicans P94015 | | scientific name | 1094986 | Candida albicans P60002 | | scientific name | 1095657 | Vibrio cholerae O1 str. NHCC-008D | | scientific name | 1095743 | Haemophilus paraphrohaemolyticus HK411 | | scientific name | 1095774 | Pantoea ananatis PA13 | | scientific name | 1095774 | Pantoea ananatis str. PA13 | | equivalent name | 1095774 | Pantoea ananatis strain PA13 | | equivalent name | 1095778 | Natronobacterium sp. 23B | | includes | 1095778 | Natronobacterium texcoconense | | scientific name | 1095778 | Natronobacterium texcoconense Ruiz-Romero et al. 2013 | | authority | 109634 | Agaricus junonius | | synonym | 109634 | Agaricus junonius Fr., 1821 | | authority | 109634 | Gymnopilus junonius | | scientific name | 109634 | Gymnopilus junonius (Fr.) P.D.Orton | | authority | 109634 | Gymnopilus spectabilis var. junonius (Fr.) Kuhner & Romagn., 1953 (Fr.) Kuhner & Romagn., 1953 | | authority | 10967 | Porcine rotavirus A | | scientific name | 1097465 | Pararhodobacter | | scientific name | 1097465 | Pararhodobacter Foesel et al. 2013 | | synonym | 1097465 | Pararhodobacter Foesel et al. 2013 emend. Wang et al. 2019 | | authority | 1097465 | Pararhodobacter Foesel et al. 2013 emend. Zhang et al. 2019 | | authority | 109760 | Phlyctochytrium punctatum | | synonym | 109760 | Phlyctochytrium punctatum W.J. Koch, 1957 | | authority | 109760 | Spizellomyces punctatus | | scientific name | 109760 | Spizellomyces punctatus (W.J. Koch) D.J.S. Barr, 1980 | | authority | 1097667 | Patulibacter medicamentivorans | | scientific name | 1097667 | Patulibacter medicamentivorans Almeida et al. 2013 | | authority | 1097667 | Patulibacter sp. I11 | | includes | 1097956 | Antaeotricha Phillips01 | | synonym | 1097956 | Antaeotricha sp. Phillips01 | | scientific name | 109882 | Chytriomyces | | scientific name | 109882 | Chytriomyces Karling, 1945 | | authority | 109884 | Chytriomyces annulatus | | synonym | 109884 | Chytriomyces annulatus Dogma, 1969 | | authority | 109884 | Irineochytrium annulatum | | scientific name | 109884 | Irineochytrium annulatum (Dogma) Letcher, Longcore and M.J. Powell, 2014 | | authority | 1099 | Pelodictyon | | scientific name | 1099 | Pelodictyon Lauterborn 1913 (Approved Lists 1980) | | authority | 109967 | Rhizoclosmatium | | scientific name | 109967 | Rhizoclosmatium H.E. Petersen, 1903 | | authority | 1099794 | Bacteroidetes bacterium YM8-076 | | includes | 1099794 | Portibacter lacus | | scientific name | 1099794 | Portibacter lacus Yoon et al. 2014 | | synonym | 110015 | Anthribidae | | scientific name | 110015 | fungus weevils | | genbank common name | 1100706 | Limnohabitans sp. 15K | | scientific name | 1100824 | Streptomyces sp. SceaMP-e96 | | scientific name | 110321 | Ensifer medicae | | synonym | 110321 | Ensifer medicae (Rome et al. 1996) Young 2003 | | authority | 110321 | Ensifer meliloti WSM4191 | | equivalent name | 110321 | Sinorhizobium medicae | | scientific name | 110321 | Sinorhizobium medicae Rome et al. 1996 | | synonym | 110321 | Sinorhizobium medicae WSM4191 | | includes | 110321 | Sinorhizobium meliloti WSM4191 | | includes | 110367 | Bicyclus | | scientific name | 110367 | bush browns | | genbank common name | 110368 | Bicyclus anynana | | scientific name | 110368 | Bicyclus anynana (Butler, 1879) | | authority | 110368 | Mycalesis anynana | | synonym | 110368 | Mycalesis anynana Butler, 1879 | | authority | 110368 | squinting bush brown | | genbank common name | 110450 | Oryza granulata | | synonym | 110450 | Oryza granulata Nees & Arn. ex Watt, 1891 | | authority | 110450 | Oryza meyeriana var. granulata | | scientific name | 110450 | Oryza meyeriana var. granulata (Nees & Arn. ex Watt) Duist., 1987 | | authority | 1104572 | unclassified Nitrososphaerota | | scientific name | 1104668 | unclassified Candidatus Babelota | | scientific name | 1104668 | unclassified Candidatus Dependentiae | | equivalent name | 1104668 | unclassified candidate division TM6 | | synonym | 1104688 | unclassified Aerophobetes | | includes | 1104688 | unclassified Candidatus Aerophobetes | | synonym | 1104688 | unclassified Candidatus Aerophobota | | scientific name | 1104688 | unclassified candidate division CD12 | | includes | 1104692 | unclassified Calescamantes | | includes | 1104692 | unclassified Candidatus Calescamantes | | synonym | 1104692 | unclassified Candidatus Calescibacteriota | | scientific name | 1104692 | unclassified candidate division EM 19 | | includes | 11047 | EAV | | acronym | 11047 | Equine arteritis virus | | scientific name | 11050 | Flaviviridae | | scientific name | 11050 | Flavivirus (arbovirus group B) | | equivalent name | 110534 | Biscogniauxia marginata | | scientific name | 110534 | Biscogniauxia marginata (Fr.) Pouzar, 1979 | | authority | 110534 | Sphaeria marginata | | synonym | 110534 | Sphaeria marginata Fr., 1828 | | authority | 110542 | Hypoxylon rubiginosum | | scientific name | 110542 | Hypoxylon rubiginosum (Pers.) Fr., 1849 | | authority | 110542 | Sordariomycetes sp. genotype 442 | | includes | 110542 | Sphaeria rubiginosa | | synonym | 110542 | Sphaeria rubiginosa Pers., 1801 | | authority | 110564 | Bionectria | | synonym | 110564 | Clonostachys | | scientific name | 110564 | Clonostachys Corda, 1839 | | authority | 1106 | "Chloroflexaceae" Pierson 2001 | | authority | 1106 | Chloroflexaceae | | scientific name | 1106 | Chloroflexaceae Gupta et al. 2013 | | authority | 1106 | filamentous anoxygenic phototrophic bacteria | | genbank common name | 1106 | photosynthetic flexibacteria | | common name | 110618 | Nectriaceae | | scientific name | 110618 | Nectriaceae Tul. & C. Tul., 1865 | | authority | 110618 | mitosporic Nectriaceae | | includes | 11069 | Dengue virus 3 | | synonym | 11069 | Dengue virus serotype 3 | | equivalent name | 11069 | dengue 3 virus | | equivalent name | 11069 | dengue virus type 3 | | scientific name | 1107 | Chloroflexus | | scientific name | 1107 | Chloroflexus Pierson and Castenholz 1974 | | authority | 110791 | Iphiclides podalirinus (Oberthur, 1890) | | authority | 110791 | Iphiclides podalirius | | scientific name | 110791 | Iphiclides podalirius (Linnaeus, 1758) | | authority | 110791 | Papilio podalirinus | | equivalent name | 110791 | Papilio podalirius | | synonym | 110791 | Papilio podalirius Linnaeus, 1758 | | authority | 110791 | scarce swallowtail | | genbank common name | 11082 | WNV | | acronym | 11082 | West Nile virus | | scientific name | 110844 | Rutstroemiaceae | | scientific name | 110844 | Rutstroemiaceae Holst-Jensen, L.M. Kohn & T. Schumach., 1997 | | authority | 110846 | Humariaceae | | synonym | 110846 | Humariaceae Velen., 1934 | | authority | 110846 | Otidiaceae | | synonym | 110846 | Otidiaceae Eckblad, 1968 | | synonym | 110846 | Pyronemataceae | | scientific name | 110846 | Pyronemataceae Corda, 1842 | | authority | 1108595 | Chromobacterium sp. MWU205 | | includes | 1108595 | Chromobacterium sp. MWU300 | | includes | 1108595 | Chromobacterium sp. MWU328 | | includes | 1108595 | Chromobacterium vaccinii | | scientific name | 1108595 | Chromobacterium vaccinii Soby et al. 2013 | | authority | 110932 | "Leifsonia" Suzuki et al. 1999 | | authority | 110932 | Diaminobutyricibacter | | synonym | 110932 | Diaminobutyricibacter Kim et al. 2014 | | authority | 110932 | Leifsonia | | scientific name | 110932 | Leifsonia Evtushenko et al. 2000 | | synonym | 110932 | Leifsonia Evtushenko et al. 2000 emend. Dastager et al. 2009 | | authority | 110934 | "Agrevia" Dorofeeva et al. 1999 | | authority | 110934 | Agreia | | scientific name | 110934 | Agreia Evtushenko et al. 2001 | | authority | 110934 | Agrevia | | synonym | 1109443 | Piriformospora indica DSM 11827 | | equivalent name | 1109443 | Serendipita indica DSM 11827 | | scientific name | 11102 | Hepacivirus | | equivalent name | 11102 | Hepatitis C virus group | | equivalent name | 11102 | Hepatitis C viruses | | equivalent name | 11102 | Hepatitis C-like viruses | | equivalent name | 11102 | Orthohepacivirus | | scientific name | 1110389 | Verminephrobacter aporrectodeae | | scientific name | 1110389 | Verminephrobacter aporrectodeae Lund et al. 2012 | | authority | 1110546 | Veillonella sp. A16 | | includes | 1110546 | Veillonella sp. B4 | | includes | 1110546 | Veillonella sp. IM-2011 | | includes | 1110546 | Veillonella sp. JCM 17976 | | includes | 1110546 | Veillonella sp. Y6 | | includes | 1110546 | Veillonella tobetsuensis | | scientific name | 1110546 | Veillonella tobetsuensis Mashima et al. 2013 | | authority | 1110697 | Nocardia asteroides ATCC 19247 | | synonym | 1110697 | Nocardia asteroides DSM 43757 | | synonym | 1110697 | Nocardia asteroides NBRC 15531 | | scientific name | 1110697 | Nocardia asteroides str. NBRC 15531 | | equivalent name | 1110697 | Nocardia asteroides strain NBRC 15531 | | equivalent name | 1110702 | Campylobacter virus CPX | | equivalent name | 1110702 | Fletchervirus CPX | | scientific name | 1111 | Porphyrobacter | | scientific name | 1111 | Porphyrobacter Fuerst et al. 1993 emend. Coil et al. 2015 | | authority | 1111111 | Venturiales | | scientific name | 1111111 | Venturiales Y. Zhang ter, C.L. Schoch & K.D. Hyde, 2011 | | authority | 1111112 | Sympoventuriaceae | | scientific name | 1111112 | Sympoventuriaceae Y. Zhang ter, C.L. Schoch & K.D. Hyde, 2011 | | authority | 1111112 | Sympoventuriaceae Yin. Zhang, C.L. Schoch & K.D. Hyde | | authority | 1111112 | mitosporic Sympoventuriaceae | | includes | 111137 | Hypophyllum sanguifluum | | synonym | 111137 | Hypophyllum sanguifluum Paulet, 1793 | | authority | 111137 | Lactarius sanguifluus | | scientific name | 111137 | Lactarius sanguifluus (Paulet) Fr., 1838 | | authority | 111137 | bloody milk cap | | common name | 11118 | Coronaviridae | | scientific name | 111198 | Donaciinae | | scientific name | 1112217 | Pseudomonas psychrotolerans L19 | | scientific name | 1113 | Porphyrobacter sp. | | scientific name | 1113537 | Chlamydia/Chlamydophila group | | scientific name | 1114874 | Flavobacterium piscis | | scientific name | 1114874 | Flavobacterium piscis Zamora et al. 2014 | | authority | 1114874 | Flavobacterium sp. 412R-09 | | includes | 1114874 | Flavobacterium sp. 60B-3-09 | | includes | 1114924 | Albimonas pacifica | | scientific name | 1114924 | Albimonas pacifica Li et al. 2013 | | authority | 1114924 | Rhodobacteraceae bacterium P-50-3 | | includes | 1114970 | "Pseudomonas zarinae" Girard et al. 2021 | | authority | 1114970 | Pseudomonas fluorescens F113 | | includes | 1114970 | Pseudomonas ogarae | | scientific name | 1114970 | Pseudomonas ogarae Garrido-Sanz et al. 2021 emend. Poli et al. 2024 | | authority | 1114970 | Pseudomonas ogarae Garrido-Sanz et al. 2022 | | synonym | 1114970 | Pseudomonas sp. Ea RS28 | | includes | 1114970 | Pseudomonas sp. Ep R1 | | includes | 1114970 | Pseudomonas sp. F113 | | includes | 1114970 | Pseudomonas sp. RDP1 | | includes | 1114970 | Pseudomonas sp. SWRI108 | | includes | 1114970 | Pseudomonas zarinae | | synonym | 1114970 | Pseudomonas zarinae Girard et al. 2022 | | authority | 1114981 | "Albitalea" Khan et al. 2021 | | authority | 1114981 | Albitalea | | synonym | 1114981 | Piscinibacter | | scientific name | 1114981 | Piscinibacter Stackebrandt et al. 2009 | | authority | 1114981 | Piscinibacter Stackebrandt et al. 2009 emend. Cho et al. 2016 | | authority | 1114981 | Piscinibacter Stackebrandt et al. 2009 emend. Liu et al. 2022 | | authority | 111500 | Allomuricauda | | scientific name | 111500 | Allomuricauda Deshmukh and Oren 2023 | | authority | 111500 | Muricauda | | synonym | 111500 | Muricauda Bruns et al. 2001 | | synonym | 111500 | Muricauda Bruns et al. 2001 emend. Hwang et al. 2009 | | authority | 111500 | Muricauda Bruns et al. 2001 emend. Liang et al. 2021 | | authority | 111520 | Penaeoidea | | scientific name | 111527 | pseudomallei group | | scientific name | 1115568 | Streptomyces sp. AmelKG-D3 | | scientific name | 11157 | Mononegavirales | | scientific name | 11157 | negative-sense genome single-stranded RNA viruses | | genbank common name | 1115757 | Leptolyngbya sp. BL0902 | | scientific name | 1115758 | Clostridium sp. CRIB | | includes | 1115758 | Romboutsia ilealis | | scientific name | 1115758 | Romboutsia ilealis Gerritsen et al. 2014 | | authority | 11158 | Paramyxoviridae | | scientific name | 1115828 | Streptococcus pyogenes GA03747 | | scientific name | 1115997 | Escherichia coli Envira 8/11 | | scientific name | 1115998 | Escherichia coli Envira 10/1 | | scientific name | 1116004 | Escherichia coli 2729250 | | scientific name | 1116010 | Escherichia coli 2747800 | | scientific name | 1116014 | Escherichia coli 2770900 | | scientific name | 1116021 | Escherichia coli 2860050 | | scientific name | 1116027 | Escherichia coli 2866350 | | scientific name | 1116087 | Escherichia coli P0305260.13 | | scientific name | 1116089 | Escherichia coli p0305293.1 | | scientific name | 1116090 | Escherichia coli p0305293.2 | | scientific name | 1116091 | Escherichia coli p0305293.3 | | scientific name | 1116092 | Escherichia coli p0305293.4 | | scientific name | 1116093 | Escherichia coli p0305293.5 | | scientific name | 1116094 | Escherichia coli p0305293.6 | | scientific name | 1116096 | Escherichia coli p0305293.8 | | scientific name | 1116097 | Escherichia coli p0305293.9 | | scientific name | 1116098 | Escherichia coli p0305293.10 | | scientific name | 1116099 | Escherichia coli p0305293.11 | | scientific name | 1116100 | Escherichia coli p0305293.12 | | scientific name | 1116101 | Escherichia coli p0305293.13 | | scientific name | 1116102 | Escherichia coli p0305293.15 | | scientific name | 1116229 | Glarea lozoyensis 1224 | | includes | 1116229 | Glarea lozoyensis ATCC 20868 | | scientific name | 111630 | "Candidatus Zhuqueibacterota" Lian et al. 2024 | | authority | 111630 | Candidatus Zhuqueibacterota | | scientific name | 111630 | Zhuqueibacterota | | equivalent name | 1117 | "Cyanobacteria" (ex Stanier 1974) Cavalier-Smith, 2002 | | authority | 1117 | Cyanobacteriophyta | | synonym | 1117 | Cyanobacteriophyta Oren, Mares & Rippka, 2022 | | authority | 1117 | Cyanobacteriota | | scientific name | 1117 | Cyanobacteriota Oren et al. 2022 | | authority | 1117 | Cyanophycota | | synonym | 1117 | Cyanophyta | | synonym | 1117 | Oxygenic photosynthetic bacteria | | equivalent name | 1117 | Oxyphotobacteria | | synonym | 1117 | blue-green algae | | common name | 1117 | blue-green bacteria | | common name | 1117 | cyanobacteria | cyanobacteria | blast name | 1117 | cyanobacteria | cyanobacteria | genbank common name | 1117 | cyanophytes | | common name | 1117308 | Funneliformis | | scientific name | 1117308 | Funneliformis C. Walker & A. Schusler, 2010 | | authority | 1117310 | Funneliformis caledonium | | scientific name | 1117310 | Funneliformis caledonium (T.H. Nicolson & Gerd.) C. Walker & A. Schuessler 2010 | | authority | 1117310 | Funneliformis caledonius | | synonym | 1117310 | Glomus caledonium | | synonym | 1117310 | Glomus caledonium (T.H. Nicolson & Gerd.) Trappe & Gerd. 1974 | | authority | 1117311 | Funneliformis geosporum | | scientific name | 1117311 | Funneliformis geosporum (T.H. Nicolson & Gerd.) C. Walker & A. Schluessler 2010 | | authority | 1117311 | Funneliformis geosporus | | synonym | 1117311 | Glomus geosporum | | synonym | 1117311 | Glomus macrocarpum var. geosporum | | synonym | 1117645 | Elizabethkingia anophelis | | scientific name | 1117645 | Elizabethkingia anophelis Kampfer et al. 2011 | | authority | 1117645 | Elizabethkingia anophelis Kampfer et al. 2011 emend. Dojad et al. 2016 | | authority | 1117645 | Elizabethkingia anophelis Kampfer et al. 2011 emend. Hahnke et al. 2016 | | authority | 1117645 | Elizabethkingia anophelis Kampfer et al. 2011 emend. Kampfer et al. 2015 | | authority | 1117645 | Elizabethkingia anophelis Kampfer et al. 2011 emend. Kampfer et al. 2016 | | authority | 1117645 | Elizabethkingia anophelis Kampfer et al. 2011 emend. Nicholson et al. 2018 | | authority | 1117645 | Elizabethkingia genomosp. 1 | | synonym | 1117645 | Elizabethkingia genomospecies 1 | | synonym | 1117645 | Elizabethkingia sp. JM-87 | | includes | 1117708 | Marinifilum flexuosum | | scientific name | 1117708 | Marinifilum flexuosum Ruvira et al. 2013 | | authority | 1117708 | Marinifilum sp. CECT 7448 | | includes | 111781 | Enugrolinea bermudensis PCC 7376 | | equivalent name | 111781 | [Leptolyngbya] sp. PCC 7376 | | scientific name | 1118 | Chroococcales | | scientific name | 1118 | Chroococcales Schaffner, 1922 | | authority | 1118 | Chroococcales corrig. Ardissone, 1886 | | synonym | 1118 | Chroococcoideae | | synonym | 1118 | Chroococcoideae Ardissone, 1886 | | authority | 1118279 | Limnoraphis robusta | | scientific name | 1118279 | Limnoraphis robusta (Parukutty, 1940) Komarek et al., 2013 | | authority | 1118279 | Lyngbya hieronymusii f. robusta | | synonym | 1118279 | Lyngbya hieronymusii f. robusta Parukutty, 1940 | | authority | 1118279 | Lyngbya robusta | | synonym | 1118279 | Lyngbya robusta (Parukutty, 1940) Komarek & Komarkova, 2007 | | authority | 1118560 | Formicarius rufipectus | | scientific name | 1118560 | Formicarius rufipectus Salvin, 1866 | | authority | 111880 | Aglais | | scientific name | 111880 | Inachis | | synonym | 1118817 | Penelope pileata | | scientific name | 1118817 | Penelope pileata Wagler, 1830 | | authority | 1118959 | Staphylococcus aureus subsp. aureus M013 | | scientific name | 1118959 | Staphylococcus aureus subsp. aureus str. M013 | | equivalent name | 1118959 | Staphylococcus aureus subsp. aureus strain M013 | | equivalent name | 111932 | Pararge | | scientific name | 112 | Planctomycetales | | scientific name | 112 | Planctomycetales Schlesner and Stackebrandt 1987 | | authority | 112 | Planctomycetales Schlesner and Stackebrandt 1987 emend. Dedysh et al. | | authority | 112 | Planctomycetales Schlesner and Stackebrandt 1987 emend. Scheuner et al. 2014 | | authority | 112 | Planctomycetales Schlesner and Stackebrandt 1987 emend. Ward 2011 | | authority | 112074 | unclassified Acidobacteriaceae | | scientific name | 112074 | unclassified Holophaga group | | includes | 1120755 | Plasmodium cynomolgi B | | synonym | 1120755 | Plasmodium cynomolgi strain B | | scientific name | 112090 | Aphanomyces astaci | | scientific name | 112091 | Aphanomyces cochlioides | | scientific name | 112098 | Saprolegnia declina | | synonym | 112098 | Saprolegnia diclina | | scientific name | 112098 | Saprolegnia diclina Humphrey | | authority | 112098 | Saprolegnia sp. GD18A | | includes | 112098 | Saprolegnia sp. WD1F | | includes | 1121 | Aphanothece | | scientific name | 1121 | Aphanothece Nageli, 1849 | | authority | 1121 | Coccochloris | | synonym | 1121 | Coccochloris Sprengel, 1807 | | authority | 1121022 | Asticcacaulis benevestitus ATCC BAA-896 | | synonym | 1121022 | Asticcacaulis benevestitus ATCC BAA-896 = DSM 16100 | | equivalent name | 1121022 | Asticcacaulis benevestitus DSM 16100 | | synonym | 1121022 | Asticcacaulis benevestitus DSM 16100 = ATCC BAA-896 | | scientific name | 1121115 | Blautia wexlerae DSM 19850 | | scientific name | 1121115 | Blautia wexlerae WAL 14507 | | synonym | 1121115 | Ruminococcus sp. WAL 14507 | | synonym | 1121126 | Brochothrix thermosphacta ATCC 11509 | | equivalent name | 1121126 | Brochothrix thermosphacta DSM 20171 | | includes | 1121126 | Brochothrix thermosphacta DSM 20171 = FSL F6-1036 | | scientific name | 1121126 | Brochothrix thermosphacta FSL F6-1036 | | includes | 1121126 | Brochothrix thermosphacta NBRC 12167 | | equivalent name | 1121126 | Brochothrix thermosphacta NCDO 1676 | | equivalent name | 1121131 | Butyrivibrio fibrisolvens DSM 3071 | | scientific name | 112123 | Chalara longipes | | synonym | 112123 | Chalara longipes (Preuss) Cooke, 1881 | | authority | 112123 | Cylindrosporium longipes | | synonym | 112123 | Cylindrosporium longipes Preuss, 1851 | | authority | 112123 | Leotiomycetes YD-2022ax | | includes | 112123 | Stipitochalara longipes | | scientific name | 112123 | Stipitochalara longipes (Preuss) W.P. Wu & Y.Z. Diao, 2023 | | authority | 1121310 | Clostridium felsineum DSM 794 | | scientific name | 1121320 | Clostridium intestinale DSM 6191 | | scientific name | 1121323 | Anaerotignum lactatifermentans DSM 14214 | | scientific name | 1121323 | Clostridium lactatifermentans DSM 14214 | | synonym | 1121431 | Desulfallas thermosapovorans DSM 6562 | | scientific name | 1121431 | Desulfotomaculum thermosapovorans DSM 6562 | | synonym | 1121439 | Alkalidesulfovibrio alkalitolerans DSM 16529 | | scientific name | 1121439 | Desulfovibrio alkalitolerans DSM 16529 | | equivalent name | 1121476 | Dethiosulfatibacter aminovorans DSM 17477 | | scientific name | 1121869 | Enterovibrio norvegicus DSM 15893 | | scientific name | 1121960 | Halomonas zhanjiangensis | | synonym | 1121960 | Halomonas zhanjiangensis Chen et al. 2009 | | authority | 1121960 | Vreelandella zhanjiangensis | | scientific name | 1121960 | Vreelandella zhanjiangensis (Chen et al. 2009) de la Haba et al. 2024 | | synonym | 1121961 | Hirschia maritima | | scientific name | 1121961 | Hirschia maritima Kang and Lee 2009 | | authority | 1122 | Aphanothece sacrum | | scientific name | 1122 | Aphanothece sacrum (Suringer, 1872) Okada, 1953 | | authority | 1122 | Phylloderma sacrum | | synonym | 1122 | Phylloderma sacrum Suringar, 1872 | | authority | 1122192 | Marinactinospora thermotolerans DSM 45154 | | scientific name | 112234 | Chryseobacterium joostei | | scientific name | 112234 | Chryseobacterium joostei Hugo et al. 2003 | | authority | 112234 | Chryseobacterium joostei Hugo et al. 2003 emend. Heidler von Heilborn et al. 2022 | | authority | 112234 | Chryseobacterium joostei Hugo et al. 2003 emend. Montero-Calasanz et al. 2014 | | authority | 112252 | Basal fungal lineages | | includes | 112252 | Early diverging fungal lineages | | includes | 112252 | Fungi incertae sedis | | scientific name | 1122611 | Nonomuraea coxensis DSM 45129 | | scientific name | 1122977 | Pragia fontium ATCC 49100 | | synonym | 1122977 | Pragia fontium ATCC 49100 = DSM 5563 | | equivalent name | 1122977 | Pragia fontium DSM 5563 | | synonym | 1122977 | Pragia fontium DSM 5563 = ATCC 49100 | | scientific name | 1123492 | Vibrio gazogenes DSM 21264 | | synonym | 1123492 | Vibrio gazogenes DSM 21264 = NBRC 103151 | | scientific name | 1123492 | Vibrio gazogenes NBRC 103151 | | synonym | 1123492 | Vibrio gazogenes NBRC 103151 = DSM 21264 | | equivalent name | 1123738 | "Candidatus Phytoplasma australasiaticum subsp. taiwanense" Rodrigues Jardim et al. 2023 | | authority | 1123738 | 'Cleome sp.' phytoplasma | | includes | 1123738 | 'Echinacea purpurea' witches'-broom phytoplasma | | includes | 1123738 | Candidatus Phytoplasma australasiaticum subsp. taiwanense | | scientific name | 1123738 | Phytoplasma australasiaticum subsp. taiwanense | | equivalent name | 112413 | Amycolatopsis rubida | | scientific name | 112413 | Amycolatopsis rubida Huang et al. 2001 | | authority | 112413 | Amycolatopsis rubida Huang et al. 2001 emend. Nouioui et al. 2018 | | authority | 112413 | Amycolatopsis sp. 13.4 | | includes | 11244 | Pneumoviridae | | scientific name | 11244 | Pneumovirinae | | equivalent name | 1124625 | Stakelama | | scientific name | 1124625 | Stakelama Chen et al. 2010 | | authority | 1124673 | Rickenellaceae | | scientific name | 1124673 | Rickenellaceae Vizzini, 2010 | | authority | 1124983 | Pseudomonas protegens CHA0 | | scientific name | 1124983 | Pseudomonas protegens str. CHA0 | | equivalent name | 1124983 | Pseudomonas protegens strain CHA0 | | equivalent name | 1125 | Microcystis | Microcystis | scientific name | 1125 | Microcystis Lemmermann, 1907 | | authority | 1125 | Sphaerocavum | | synonym | 1125 | Sphaerocavum Azevedo & Sant'Anna, 2003 | | authority | 11250 | HRSV | HRSV | acronym | 11250 | Human orthopneumovirus | | equivalent name | 11250 | human RSV | | equivalent name | 11250 | human respiratory syncytial virus | | scientific name | 1125646 | Escherichia coli p0305293.14 | | scientific name | 1125693 | Proteus mirabilis WGLW4 | | scientific name | 1126 | Micraloa aeruginosa | | synonym | 1126 | Micraloa aeruginosa Kutzing, 1833 | | authority | 1126 | Microcystis aeruginosa | | scientific name | 1126 | Microcystis aeruginosa (Kutzing) Kutzing 1846 | | authority | 1126236 | "Halobellus ramosii" Perez-Davo 2014 | | authority | 1126236 | Halobacteriaceae archaeon XD15 | | includes | 1126236 | Halobacteriaceae archaeon YC20 | | includes | 1126236 | Halobellus inordinatus | | scientific name | 1126236 | Halobellus inordinatus Qui et al. 2013 | | authority | 1126236 | Halobellus ramosii | | synonym | 1126236 | Halobellus ramosii Perez-Davo et al. 2015 | | authority | 1126236 | Halobellus sp. A1FP20 | | includes | 1126236 | Halobellus sp. A1FP20cs | | includes | 1126236 | Halobellus sp. S2FP14 | | includes | 1126249 | Geranomyces | | scientific name | 1126249 | Geranomyces D.R. Simmons, 2011 | | authority | 1127829 | "Candidatus Brocadiales" Jetten et al. 2011 | | authority | 1127829 | Brocadiales | | equivalent name | 1127829 | Candidatus Brocadiales | | scientific name | 1127830 | "Candidatus Brocadiaceae" Jetten et al. 2011 | | authority | 1127830 | "Candidatus Brocadiaceae" Jetten et al. 2011 emend. Lodha et al. 2021 | | authority | 1127830 | Brocadiaceae | | equivalent name | 1127830 | Candidatus Brocadiaceae | | scientific name | 1128425 | Fistulina hepatica ATCC 64428 | | scientific name | 1129 | Anacystis | | synonym | 1129 | Synechococcus | | scientific name | 1129 | Synechococcus Nageli, 1849 | | authority | 112902 | Propionispora | | scientific name | 112902 | Propionispora Biebl et al. 2001 | | authority | 1129264 | Sphaerochaeta associata | | scientific name | 1129264 | Sphaerochaeta associata Troshina et al. 2015 | | authority | 1129264 | Sphaerochaeta sp. GLS2 | | includes | 1129544 | Rhizoglomus | | synonym | 1129544 | Rhizoglomus Sieverd., G.A. Silva & Oehl, 2015 | | authority | 1129544 | Rhizophagus | Rhizophagus | scientific name | 1129544 | Rhizophagus P.A. Dang. 1896 | | authority | 1129771 | Leptotrichiaceae | | scientific name | 1129771 | Leptotrichiaceae Staley and Whitman 2012 | | authority | 112987 | Neochlamydia | | scientific name | 112987 | Neochlamydia Horn et al. 2001 | | authority | 1129896 | Rhodococcus opacus M213 | | scientific name | 1129896 | Rhodococcus opacus str. M213 | | equivalent name | 1129896 | Rhodococcus opacus strain M213 | | equivalent name | 113 | Gemmata | | scientific name | 113 | Gemmata Franzmann and Skerman 1985 emend. Scheuner et al. 2014 | | authority | 1130097 | Asterothyriaceae | | synonym | 1130097 | Gomphillaceae | | synonym | 1130097 | Gomphilloideae | | scientific name | 1130102 | Graphidoideae | | scientific name | 1130102 | Graphidoideae Rivas Plata, Lcking and Lumbsch 2012 | | authority | 1130107 | Thelotremateae | | scientific name | 1130107 | Thelotremateae Rivas Plata, Luecking and Lumbsch 2012 | | authority | 1130380 | unclassified Spirochaetota | | scientific name | 11308 | Orthomyxoviridae | | scientific name | 1130819 | "Lysinibacillus mangiferahumi" Yang et al. 2012 | | authority | 1130819 | Lysinibacillus mangiferahumi | | synonym | 1130819 | Lysinibacillus mangiferihumi | | scientific name | 1130819 | Lysinibacillus mangiferihumi corrig. Yang et al. 2012 | | authority | 1130819 | Lysinibacillus sp. M-GX18 | | includes | 1131280 | unclassified Mariprofundia | | scientific name | 1131280 | unclassified Zetaproteobacteria | | synonym | 1131442 | Mycobacterium marinum E11 | | scientific name | 1131442 | Mycobacterium marinum str. E11 | | equivalent name | 1131442 | Mycobacterium marinum strain E11 | | equivalent name | 1131492 | Aspergillaceae | | scientific name | 1131492 | Aspergillaceae Link, 1826 | | authority | 1131552 | Methylomonas sp. MK1 | | scientific name | 1131567 | Cognatundibacterium squillarum | | scientific name | 1131567 | Cognatundibacterium squillarum (Sheu et al. 2014) Lu et al. 2026 | | synonym | 1131567 | Undibacterium sp. CMJ-15 | | includes | 1131567 | Undibacterium squillarum | | synonym | 1131567 | Undibacterium squillarum Sheu et al. 2014 | | authority | 1131581 | Penicillium argentinense | | scientific name | 1131581 | Penicillium argentinense Houbraken, Frisvad & Samson 2011 | | authority | 1131581 | Penicillium sp. DTO 132D5 | | includes | 1131581 | Penicillium sp. DTO 16B7 | | includes | 1131581 | Penicillium sp. DTO 18B1 | | includes | 1131624 | Thermoascaceae | | scientific name | 1131624 | Thermoascaceae Apinis, 1967 | | authority | 1131813 | Methylobacterium sp. 88A | | scientific name | 11320 | FLUAV | | acronym | 11320 | Human Influenza A Virus | | equivalent name | 11320 | Influenza A virus | | scientific name | 11320 | Influenza virus type A | | equivalent name | 11320 | influenza A virus | | equivalent name | 1132390 | Coprinopsis cinerea AmutBmut pab1-1 | | scientific name | 1132836 | Rhizobium sp. CCGE 510 | | scientific name | 1132860 | Paxillus ammoniavirescens | | scientific name | 1132860 | Paxillus ammoniavirescens Contu & Dess 1999 | | authority | 1133283 | Archaeosporales | | scientific name | 1133283 | Archaeosporales C. Walker & A. Schusler, 2001 | | authority | 1133283 | Geosiphonales | | synonym | 1133546 | Cellulosimicrobium sp. W-15 | | includes | 1133546 | Luteimicrobium xylanilyticum | | scientific name | 1133546 | Luteimicrobium xylanilyticum Kim et al. 2014 | | authority | 1133570 | Cesiribacter | | scientific name | 1133570 | Cesiribacter Srinivas et al. 2011 | | authority | 1133849 | Nocardia brasiliensis ATCC 700358 | | scientific name | 1133849 | Nocardia brasiliensis HUJEG-1 | | synonym | 1133849 | Nocardia brasiliensis str. ATCC 700358 | | equivalent name | 1133849 | Nocardia brasiliensis strain ATCC 700358 | | equivalent name | 1134077 | Geranomyces michiganensis | | scientific name | 1134077 | Geranomyces michiganensis D.R. Simmons & Longcore, 2012 | | authority | 1134077 | Powellomycetaceae sp. B RS-2011 | | includes | 1134080 | Powellomycetaceae | | scientific name | 1134080 | Powellomycetaceae D.R. Simmons | | authority | 1134080 | Powellomycetaceae D.R. Simmons, 2011 | | authority | 1134404 | "Ignavibacteraeota" Oren et al. 2015 | | authority | 1134404 | "Ignavibacteria" (sic) Podosokorskaya et al. 2011 | | synonym | 1134404 | "Ignavibacteriae" Kublanov et al. 2012 | | authority | 1134404 | "Ignavibacteriae" Podosokorskaya et al. 2013 | | authority | 1134404 | "Ignavibacteriota" Whitman et al. 2018 | | authority | 1134404 | Ignavibacteraeota | | synonym | 1134404 | Ignavibacteriae | | synonym | 1134404 | Ignavibacteriota | | scientific name | 1134404 | Ignavibacteriota corrig. Podosokorskaya et al. 2021 | | synonym | 1134687 | Klebsiella michiganensis | | scientific name | 1134687 | Klebsiella michiganensis Saha et al. 2013 | | authority | 1134687 | Klebsiella sp. W14 | | includes | 113508 | Sphagnidae | | synonym | 113508 | Sphagnopsida | | scientific name | 113540 | Asian arowana | | common name | 113540 | Asian bonytongue | | genbank common name | 113540 | Osteoglossum formosum | | synonym | 113540 | Osteoglossum formosum Mueller & Schlegel, 1844 | | authority | 113540 | Osteoglossum formosum Muller & Schlegel, 1840 | | authority | 113540 | Scleropages formosus | | scientific name | 113540 | Scleropages formosus (Mueller & Schlegel, 1844) | | authority | 113540 | golden arowana | | common name | 113540 | golden dragon fish | | common name | 113557 | Lacticaseibacillus paracasei subsp. tolerans | | scientific name | 113557 | Lacticaseibacillus paracasei subsp. tolerans (Abo-Elnaga and Kandler 1965) Zheng et al. 2020 | | authority | 113557 | Lactobacillus casei subsp. tolerans | | synonym | 113557 | Lactobacillus casei subsp. tolerans Abo-Elnaga and Kandler 1965 | | authority | 113557 | Lactobacillus paracasei subsp. tolerans | | synonym | 113557 | Lactobacillus paracasei subsp. tolerans (Abo-Elnaga and Kandler 1965) Collins et al. 1989 | | authority | 113559 | "Actinoplanes campanulatus" (Couch 1963) Stackebrandt and Kroppenstedt 1987 | | authority | 113559 | "Actinoplanes capillaceus" Matsumoto et al. 2000 | | authority | 113559 | "Ampullariella cylindrica" Jiang and Ruan 1982 | | authority | 113559 | "Ampullariella pekinensis" Juan and Zhang 1974 | | authority | 113559 | "Ampullariella pilifera" Jiang and Ruan 1982 | | authority | 113559 | Actinoplanes campanulatus | | scientific name | 113559 | Actinoplanes campanulatus (Couch 1963) Stackebrandt and Kroppenstedt 1988 | | synonym | 113559 | Actinoplanes capillaceus | | synonym | 113559 | Actinoplanes capillaceus Matsumoto et al. 2001 | | authority | 113559 | Actinoplanes sp. IFO 14264 | | includes | 113559 | Actinoplanes sp. IFO 14265 | | includes | 113559 | Ampullariella campanulata (Couch 1963) Couch 1964 (Approved Lists 1980) | | synonym | 113559 | Ampullariella cylindrica | | synonym | 113559 | Ampullariella pekinensis | | synonym | 113559 | Ampullariella pilifera | | synonym | 113561 | Actinoplanes deccanensis | | synonym | 113561 | Actinoplanes deccanensis Parenti et al. 1975 (Approved Lists 1980) | | authority | 113561 | Actinoplanes deccensis | | equivalent name | 113561 | Paractinoplanes deccanensis | | scientific name | 113561 | Paractinoplanes deccanensis (Parenti et al. 1975) Roman et al. 2024 | | authority | 113563 | Actinoplanes durhamensis | | synonym | 113563 | Actinoplanes durhamensis Goodfellow et al. 1990 | | authority | 113563 | Paractinoplanes durhamensis | | scientific name | 113563 | Paractinoplanes durhamensis (Goodfellow et al. 1990) Roman et al. 2024 | | authority | 113568 | Actinoplanes lobatus | | scientific name | 113568 | Actinoplanes lobatus (Couch 1963) Stackebrandt and Kroppenstedt 1988 | | authority | 113568 | Ampullariella lobata (Couch 1963) Couch 1964 (Approved Lists 1980) | | synonym | 1136164 | Vibrio cyclitrophicus FF160 | | scientific name | 1136497 | Brevibacterium siliguriense | | scientific name | 1136497 | Brevibacterium siliguriense Kumar et al. 2013 | | authority | 1136497 | Brevibacterium sp. AK-MB18 | | includes | 1136497 | bacterium AK-MB18 | | includes | 1136790 | Chrysochromulinaceae | | scientific name | 1136790 | Chrysochromulinaceae Edvardsen, Eikrem & Medlin 2011 | | authority | 1136873 | Bacillus subtilis ATCC 6051a | | includes | 1136873 | Bacillus subtilis KCTC 1028 | | includes | 1136873 | Bacillus subtilis KCTC 1028 = ATCC 6051a | | scientific name | 1136873 | Bacillus subtilis str. KCTC 1028 | | equivalent name | 1136873 | Bacillus subtilis strain KCTC 1028 | | equivalent name | 1137211 | Aspergillus luchuensis CBS 106.47 | | scientific name | 1137263 | Salinispora fenicalii | | scientific name | 1137263 | Salinispora fenicalii Roman-Ponce et al. 2020 | | authority | 1137263 | Salinispora pacifica CNR942 | | includes | 1137263 | Salinispora pacifica CNT569 | | includes | 1137281 | Formosa sp. AK20 | | includes | 1137281 | Xanthomarina gelatinilytica | | scientific name | 1137281 | Xanthomarina gelatinilytica Vaidya et al. 2015 | | authority | 1137986 | Mortierellomycotina | | scientific name | 1137986 | Mortierellomycotina Kerst. Hoffm., K. Voigt & P.M. Kirk, 2011 | | authority | 1137989 | Geodermatophilus normandii | | scientific name | 1137989 | Geodermatophilus normandii Montero-Calasanz et al. 2013 emend. Montero-Calasanz et al. 2017 | | authority | 1137989 | Geodermatophilus sp. CF5/3 | | includes | 1138189 | Rhizobium bangladeshense | | scientific name | 1138189 | Rhizobium bangladeshense Rashid et al. 2015 | | authority | 1138189 | Rhizobium sp. BLR129 | | includes | 1138189 | Rhizobium sp. BLR153 | | includes | 1138189 | Rhizobium sp. BLR154 | | includes | 1138189 | Rhizobium sp. BLR175 | | includes | 1138189 | Rhizobium sp. BLR99 | | includes | 1138194 | Rhizobium lentis | | scientific name | 1138194 | Rhizobium lentis Rashid et al. 2015 | | authority | 1138194 | Rhizobium sp. BLR100 | | includes | 1138194 | Rhizobium sp. BLR105 | | includes | 1138194 | Rhizobium sp. BLR160 | | includes | 1138194 | Rhizobium sp. BLR174 | | includes | 1138194 | Rhizobium sp. BLR27 | | includes | 1138194 | Rhizobium sp. BLR45 | | includes | 1138194 | Rhizobium sp. BLR9 | | includes | 1138383 | Mycobacterium intracellulare MOTT64 | | includes | 1138383 | Mycobacterium intracellulare genotype INT-1 | | synonym | 1138383 | Mycobacterium paraintracellulare | | scientific name | 1138383 | Mycobacterium paraintracellulare Lee et al. 2016 | | authority | 1138383 | Mycobacterium paraintracellulare Lee et al. 2016 emend. Nouioui et al. 2018 | | authority | 114 | Gemmata obscuriglobus | | scientific name | 114 | Gemmata obscuriglobus Franzmann and Skerman 1985 emend. Scheuner et al. 2014 | | authority | 114041 | unclassified Pelagophyceae | | scientific name | 1142201 | Danio aesculapii | | scientific name | 1142201 | Danio aesculapii Kullander & Fang, 2009 | | authority | 1142201 | Danio sp. 'snakeskin' | | synonym | 1142201 | Danio sp. snakeskin | | synonym | 1142503 | Rhizophydiales incertae sedis | | scientific name | 114313 | Pipridae | | scientific name | 114328 | Neopelma | | scientific name | 114328 | Neopelma Sclater, 1860 | | authority | 114329 | Heteropelma chrysocephalum | | synonym | 114329 | Heteropelma chrysocephalum von Pelzeln, 1868 | | authority | 114329 | Neopelma chrysocephalum | | scientific name | 114329 | saffron-crested tyrant-manakin | | genbank common name | 114378 | Thermofilaceae | | scientific name | 114378 | Thermofilaceae Burggraf et al. 1997 | | authority | 114380 | Desulfurococcales | | scientific name | 114380 | Desulfurococcales Huber and Stetter 2002 | | authority | 114380 | Igneococcales | | synonym | 114398 | Achaearanea tepidariorum | | synonym | 114398 | Parasteatoda tepidariorum | | scientific name | 114398 | Parasteatoda tepidariorum (Koch, 1841) | | authority | 114398 | Theridion tepidariorum | | synonym | 114398 | common house spider | | genbank common name | 1144317 | Acidovorax sp. CF316 | | scientific name | 1144331 | Pseudomonas sp. GM49 | | scientific name | 1144336 | Pseudomonas sp. GM74 | | scientific name | 1144344 | Bradyrhizobium sp. YR681 | | scientific name | 1144553 | Nonomuraea solani | | scientific name | 1144553 | Nonomuraea solani Wang et al. 2013 | | authority | 1144553 | Nonomuraea solani Wang et al. 2013 emend. Nouioui et al. 2018 | | authority | 1144553 | Nonomuraea sp. NEAU-Z6 | | includes | 1144664 | Acinetobacter sp. CIP 102129 | | scientific name | 1144674 | Acinetobacter sp. CIP A162 | | scientific name | 1145106 | Sphingobacterium detergens | | scientific name | 1145106 | Sphingobacterium detergens Marques et al. 2012 | | authority | 1145177 | Neisseria meningitidis NM134 | | scientific name | 114527 | Mogibacterium diversum | | scientific name | 114527 | Mogibacterium diversum Nakazawa et al. 2002 | | authority | 1145345 | Bauldia | | scientific name | 1145345 | Bauldia Yee et al. 2010 | | authority | 114627 | Alkaliphilus | | scientific name | 114627 | Alkaliphilus Takai et al. 2001 emend. Cao et al. 2003 | | authority | 114627 | Alkaliphilus Takai et al. 2001 emend. Wu et al. 2010 | | authority | 114657 | Dicranidae | | scientific name | 1147111 | Fusarium euwallaceae | | scientific name | 1147111 | Fusarium euwallaceae S. Freeman, Z. Mendel, T. Aoki & O'Donnell | | authority | 1147111 | Fusarium sp. AF-2 | | includes | 1147111 | Fusarium sp. FD31 AE-2012 | | includes | 1147111 | Fusarium sp. NRRL 54722 | | includes | 1147111 | Fusarium sp. NRRL 54723 | | includes | 1147111 | Fusarium sp. NRRL 54724 | | includes | 1147111 | Fusarium sp. NRRL 54725 | | includes | 1147111 | Fusarium sp. NRRL 54726 | | includes | 1147111 | Fusarium sp. NRRL 54727 | | includes | 1147111 | Fusarium sp. NRRL 54728 | | includes | 1147111 | Fusarium sp. UCR1781 | | includes | 1147111 | Fusarium sp. UCR1832 | | includes | 1147111 | Fusarium sp. UCR1836 | | includes | 1147111 | Fusarium sp. UCR1837 | | includes | 1147111 | Neocosmospora euwallaceae | | synonym | 1147111 | Neocosmospora euwallaceae (S. Freeman, Z. Mendel, T. Aoki & O'Donnell) Sand.-Den., L. Lombard & Crous, 2019 | | authority | 114810 | Sordariomycetes sp. genotype 393 | | includes | 114810 | Sordariomycetes sp. genotype 422 | | includes | 114810 | Sordariomycetes sp. genotype 456 | | includes | 114810 | Sordariomycetes sp. genotype 468 | | includes | 114810 | Xylaria arbuscula | | scientific name | 114810 | Xylaria arbuscula Sacc., 1878 | | authority | 1148157 | "Acinetobacter oleivorans" Kang et al. 2011 | | authority | 1148157 | Acinetobacter oleivorans | | scientific name | 1148157 | Acinetobacter oleivorans Kang et al. 2024 | | authority | 1148163 | Paralcaligenes | | scientific name | 1148163 | Paralcaligenes Kim et al. 2011 | | authority | 114894 | Anguininae | | scientific name | 114907 | Anguinidae | | scientific name | 114953 | Gryllinae | | scientific name | 114953 | field crickets | | genbank common name | 114953 | house crickets | | common name | 1149773 | Phyllobacterium endophyticum | | scientific name | 1149773 | Phyllobacterium endophyticum Flores-Felix et al. 2013 | | authority | 1149773 | Phyllobacterium sp. PEPV15 | | includes | 1150 | Oscillatoriales | | scientific name | 1150 | Oscillatoriales Schaffner, 1922 | | authority | 1150298 | Clostridium sp. HT03-11 | | includes | 1150298 | Clostridium sp. HT03-14 | | includes | 1150298 | Clostridium sp. HT03-186 | | includes | 1150298 | Clostridium sp. HT03-22 | | includes | 1150298 | Clostridium sp. KO-38 | | includes | 1150298 | Clostridium sp. TT-111 | | includes | 1150298 | Fusicatenibacter saccharivorans | | scientific name | 1150298 | Fusicatenibacter saccharivorans Takada et al. 2013 | | authority | 1150613 | Pectobacterium carotovorum subsp. carotovorum PCCS1 | | scientific name | 1150613 | Pectobacterium carotovorum subsp. carotovorum str. PCCS1 | | equivalent name | 1150613 | Pectobacterium carotovorum subsp. carotovorum strain PCCS1 | | equivalent name | 1151180 | Salmonella enterica subsp. enterica serovar Glostrup | | scientific name | 1151312 | Clostridioides difficile 842 | | scientific name | 1151312 | Clostridium difficile 842 | | synonym | 1151312 | Peptoclostridium difficile 842 | | synonym | 1151610 | unclassified Bacteroidia | | scientific name | 1151670 | unclassified Leptospiraceae | | scientific name | 1152 | Pseudanabaena | | scientific name | 1152 | Pseudanabaena Lauterborn, 1915 | | authority | 1153 | Pseudanabaena sp. | | scientific name | 115335 | "Excellospora rubrobrunea" (Krasil'nikov et al. 1968) Agre and Guzeva 1975 | | authority | 115335 | "Micropolyspora rubrobrunea" Krasil'nikov et al. (1968) | | authority | 115335 | Actinomadura rubrobrunea | | scientific name | 115335 | Actinomadura rubrobrunea (ex Krasil'nikov et al. 1968) Kroppenstedt et al. 1991 emend. Nouioui et al. 2018 | | authority | 115335 | Excellospora rubrobrunea | | synonym | 115335 | Micropolyspora rubrobrunea | | synonym | 115353 | Cochlidiidae | | synonym | 115353 | Limacodidae | | scientific name | 115353 | slug caterpillar moths | | genbank common name | 115360 | Inarticulata | Inarticulata | in-part | 115360 | Linguliformea | | scientific name | 115361 | Lingulata | | scientific name | 115362 | Linguloidea | | scientific name | 1154809 | Streptococcus agalactiae CCUG 25532 | | scientific name | 115531 | unclassified Euryarchaeota | | synonym | 115531 | unclassified Methanobacteriota | | scientific name | 115547 | uncultured Archaea archaeon | | synonym | 115547 | uncultured archaeon | | scientific name | 115547 | uncultured archaeoote | | equivalent name | 115553 | Halomonas sp. Esulfide1.N2P | | includes | 115553 | Halomonas sulfidaeris | | synonym | 115553 | Halomonas sulfidaeris Kaye et al. 2004 | | authority | 115553 | Vreelandella sulfidaeris | | scientific name | 115553 | Vreelandella sulfidaeris (Kaye et al. 2004) de la Haba et al. 2024 | | synonym | 1155738 | Moorea | Moorea | synonym | 1155738 | Moorea Engene et al., 2012 | | authority | 1155738 | Moorena | | scientific name | 1155738 | Moorena Engene & Tronholm, 2019 | | authority | 1156394 | Saprolegnia declina VS20 | | synonym | 1156394 | Saprolegnia diclina VS20 | | scientific name | 1156497 | Pichiaceae | | scientific name | 1156497 | Pichiaceae M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 1156497 | Pichiaceae Zender, 1925 | | authority | 1156568 | Methylovirgula | | scientific name | 1156568 | Methylovirgula Vorob'ev et al. 2009 | | authority | 1156935 | Agrobacterium albertimagni AOL15 | | scientific name | 1156935 | Agrobacterium albertimagni str. AOL15 | | equivalent name | 1156935 | Agrobacterium albertimagni strain AOL15 | | equivalent name | 1157616 | Hortaea werneckii EXF-2000 | | scientific name | 115780 | Desulfotignum | | scientific name | 115780 | Desulfotignum Kuever et al. 2001 | | authority | 1157951 | Providencia stuartii MRSN 2154 | | scientific name | 1157951 | Providencia stuartii str. MRSN 2154 | | equivalent name | 1157951 | Providencia stuartii strain MRSN 2154 | | equivalent name | 1158 | Oscillatoria | | scientific name | 1158 | Oscillatoria Vaucher ex Gomont, 1892 | | authority | 1158 | Plaxonema | | synonym | 1158 | Plaxonema Tangl, 1884 | | authority | 1158459 | Enterobacter sacchari | | synonym | 1158459 | Enterobacter sacchari Zhu et al. 2013 | | authority | 1158459 | Enterobacter sp. HX148S | | includes | 1158459 | Enterobacter sp. ICB101 | | includes | 1158459 | Enterobacter sp. ICB105 | | includes | 1158459 | Enterobacter sp. ICB117 | | includes | 1158459 | Enterobacter sp. ICB118 | | includes | 1158459 | Enterobacter sp. NN143E | | includes | 1158459 | Enterobacter sp. NN144E | | includes | 1158459 | Enterobacter sp. NN208E | | includes | 1158459 | Enterobacter sp. SP1 | | includes | 1158459 | Enterobacter sp. whm0603 | | includes | 1158459 | Kosakonia sacchari | | scientific name | 1158459 | Kosakonia sacchari (Zhu et al. 2013) Gu et al. 2014 | | authority | 1158459 | Kosakonia sp. CGMCC 1.12103 | | includes | 1158459 | Kosakonia sp. HX148 | | includes | 1158459 | Kosakonia sp. LMG 26783 | | includes | 1158459 | Kosakonia sp. LMG 26784 | | includes | 1158459 | Kosakonia sp. LMG 26785 | | includes | 1158459 | Kosakonia sp. LMG 26786 | | includes | 1158459 | Kosakonia sp. LMG 26787 | | includes | 1158459 | bacterium HX148S | | includes | 1158459 | bacterium NN143E | | includes | 1158459 | bacterium NN144E | | includes | 1158459 | bacterium NN208E | | includes | 115860 | unclassified Pararheinheimera | | synonym | 115860 | unclassified Rheinheimera | | scientific name | 1158622 | Enterococcus faecalis EnGen0241 | | scientific name | 1158622 | Enterococcus faecalis FA2-2 | | synonym | 1158637 | Enterococcus faecalis EnGen0299 | | scientific name | 1158637 | Enterococcus faecalis UAA409 | | synonym | 1159059 | Helicobacter pylori GAMchJs106B | | scientific name | 1159062 | Helicobacter pylori GAMchJs124i | | scientific name | 1160 | "Planktothrix agardhii" Suda et al. 2002 | | authority | 1160 | Oscillatoria agardhii | | synonym | 1160 | Oscillatoria agardhii Gomont, 1892 | | authority | 1160 | Planktothrix agardhii | | scientific name | 1160 | Planktothrix agardhii (Gomont 1892) Anagnostidis and Komarek 1988 emend. Gaget et al. 2015 | | authority | 1160739 | Salmonella enterica subsp. enterica serovar Carrau | | scientific name | 1161 | Nostocales | | scientific name | 1161 | Nostocales Borzi, 1914 | | authority | 1161 | Stigonematales | | includes | 116150 | Papilio aegeria | | synonym | 116150 | Papilio aegeria Linnaeus, 1758 | | authority | 116150 | Pararge aegeria | | scientific name | 116150 | Pararge aegeria (Linnaeus, 1758) | | authority | 116150 | speckled wood | | common name | 116150 | speckled wood butterfly | | genbank common name | 116151 | Nitidulidae | | scientific name | 116151 | sap-feeding beetles | | genbank common name | 116172 | Thecostraca | | scientific name | 1161911 | Corynebacterium pseudotuberculosis Cp162 | | scientific name | 1161911 | Corynebacterium pseudotuberculosis str. Cp162 | | equivalent name | 1161911 | Corynebacterium pseudotuberculosis strain Cp162 | | equivalent name | 1162 | Nostocaceae | | scientific name | 1162 | Nostocaceae C.A.Agardh ex Kirchner | | authority | 1162 | Nostocaceae Eichler, 1886 | | authority | 1162705 | environmental samples | environmental samples | scientific name | 1162706 | uncultured Solirubrobacteraceae bacterium | | scientific name | 1162965 | Angustibacter aerolatus | | scientific name | 1162965 | Angustibacter aerolatus Kim et al. 2013 | | authority | 1162965 | Angustibacter sp. 7402J-48 | | includes | 1163 | Anabaena | | scientific name | 11632 | Retroviridae | | scientific name | 1163385 | Peanut witches'-broom phytoplasma NTU2011 | | scientific name | 1163385 | Peanut witches'-broom phytoplasma str. NTU2011 | | equivalent name | 1163385 | Peanut witches'-broom phytoplasma strain NTU2011 | | equivalent name | 1163390 | Escherichia coli O111:H11 | | scientific name | 1163710 | Cronobacter condimenti | | scientific name | 1163710 | Cronobacter condimenti Joseph et al. 2012 | | authority | 1163720 | Leucosporidiaceae | | scientific name | 1163730 | Desulfurococcales archaeon Kam940 | | synonym | 1163730 | Fervidicoccus fontis DSM 19380 | | synonym | 1163730 | Fervidicoccus fontis Kam940 | | scientific name | 1163730 | Fervidicoccus fontis str. Kam940 | | equivalent name | 1163730 | Fervidicoccus fontis strain Kam940 | | equivalent name | 11646 | Lentivirinae | | equivalent name | 11646 | Lentivirus | | scientific name | 1164882 | Lachnoanaerobaculum | | scientific name | 1164882 | Lachnoanaerobaculum Hedberg et al. 2012 | | authority | 1165 | Anabaena cylindrica | | scientific name | 1165 | Anabaena cylindrica Lemmermann, 1896 | | authority | 116557 | Phyllopoda | | scientific name | 116561 | Anomopoda | | scientific name | 116569 | Neocopepoda | | scientific name | 116571 | Podoplea | | scientific name | 116576 | Cytherocopina | | scientific name | 1165861 | Puccinia striiformis 2K041-Yr9 | | synonym | 1165861 | Puccinia striiformis f. sp. tritici 2K41-Yr9, race PST-78 | | equivalent name | 1165861 | Puccinia striiformis f. sp. tritici PST-78 | | scientific name | 1165939 | Escherichia coli O111:H11 str. CVM9455 | | scientific name | 1165939 | Escherichia coli O111:H11 strain CVM9455 | | equivalent name | 1166 | Anabaena flos-aquae | | synonym | 1166 | Anabaena flos-aquae (Lyngbye) Brebisson ex Bornet & Flauhault 1886 | | authority | 1166 | Anabaena flosaquae | | synonym | 1166 | Anabaena flosaquae Brebisson ex Bornet & Flauhault, 1886 | | authority | 1166 | Dolichospermum flos-aquae | | scientific name | 1166 | Dolichospermum flos-aquae ((Lyngbye) Brebisson ex Bornet et Flahault) Wacklin, Hoffmann & Komarek, 2009 | | authority | 116704 | Eubrachyura | | scientific name | 116706 | Brachyrhyncha | Brachyrhyncha | in-part | 116706 | Cancridea | | includes | 116706 | Heterotremata | | scientific name | 116706 | Oxyrhyncha | | includes | 116706 | Oxystomata | | includes | 116707 | Brachyrhyncha | Brachyrhyncha | in-part | 116707 | Thoracotremata | | scientific name | 11676 | AIDS virus | AIDS virus | in-part | 11676 | HIV | HIV | acronym | 11676 | HIV-1 | | acronym | 11676 | HIV1 | | acronym | 11676 | Human immunodeficiency virus 1 | | scientific name | 11676 | Human immunodeficiency virus type 1 | | synonym | 11676 | LAV-1 | | acronym | 11676 | human immunodeficiency virus 1 HIV-1 | | equivalent name | 11676 | human immunodeficiency virus HIV-1 | | equivalent name | 11676 | human immunodeficiency virus type 1 HIV 1 | | equivalent name | 11676 | human immunodeficiency virus type 1 HIV-1 | | synonym | 11676 | human immunodeficiency virus type 1 HIV1 | | equivalent name | 11676 | human immunodeficiency virus type 1, HIV-1 | | equivalent name | 11676 | human immunodeficiency virus type I HIV-1 | | equivalent name | 11676 | human immunodeficiency virus type-1 HIV-1 | | equivalent name | 11676 | human immunodeficiency virus-1 HIV-1 | | equivalent name | 1168169 | Methylomonas sp. 11b | | scientific name | 1168313 | Tarenaya | | scientific name | 1168313 | Tarenaya Raf., 1838 | | authority | 116925 | Troglotremata | | scientific name | 1169251 | Enterococcus faecalis EnGen0332 | | scientific name | 1169251 | Enterococcus faecalis SF350 | | synonym | 1169252 | Enterococcus faecalis EnGen0335 | | scientific name | 1169252 | Enterococcus faecalis SF5039 | | synonym | 1169254 | Enterococcus faecalis EnGen0330 | | scientific name | 1169254 | Enterococcus faecalis T7 | | synonym | 1169280 | Enterococcus faecalis EnGen0341 | | scientific name | 1169280 | Enterococcus faecalis SF6375 | | synonym | 1169281 | Enterococcus faecalis 599951 | | synonym | 1169281 | Enterococcus faecalis EnGen0366 | | scientific name | 1169282 | Enterococcus faecalis 12030 | | synonym | 1169282 | Enterococcus faecalis EnGen0344 | | scientific name | 1169283 | Enterococcus faecalis 79-3 | | synonym | 1169283 | Enterococcus faecalis EnGen0361 | | scientific name | 1169310 | Enterococcus faecalis D173 | | synonym | 1169310 | Enterococcus faecalis EnGen0367 | | scientific name | 1169330 | Escherichia coli KTE10 | | scientific name | 1169358 | Escherichia coli KTE41 | | scientific name | 1169538 | Vitrella | | scientific name | 1169538 | Vitrella Obornik et al., 2012 | | authority | 1169539 | Vitrella brassicaformis | | scientific name | 1169539 | Vitrella brassicaformis CCMP3155 | | synonym | 1169539 | Vitrella brassicaformis Obornik et al., 2012 | | authority | 1169747 | Streptomyces sp. KAI-26 | | scientific name | 1170227 | "Candidatus Methylomirabilis" Ettwig et al. 2010 | | authority | 1170227 | Candidatus Methylomirabilis | | scientific name | 1170227 | Methylomirabilis | | equivalent name | 117062 | Tephrocybe | | scientific name | 117062 | Tephrocybe Donk, 1962 | | authority | 117069 | Agaricus paluster | | synonym | 117069 | Agaricus paluster Peck, 1872 | | authority | 117069 | Lyophyllum palustre (Peck) Singer, 1939 | | synonym | 117069 | Sphagnurus paluster | | scientific name | 117069 | Sphagnurus paluster (Peck) Redhead & V. Hofstetter, 2014 | | authority | 117069 | Tephrocybe palustris | | synonym | 117069 | Tephrocybe palustris (Peck) Donk, 1962 | | authority | 117069 | sphagnum greyling | | common name | 117187 | Fusarium moniliforme | | synonym | 117187 | Fusarium moniliforme J. Sheld., 1904 | | synonym | 117187 | Fusarium sp. MW-2020o | | includes | 117187 | Fusarium verticillioides | | scientific name | 117187 | Fusarium verticillioides (Sacc.) Nirenberg, 1976 | | authority | 117187 | Oospora verticillioides | | synonym | 117187 | Oospora verticillioides Sacc., 1886 | | authority | 1172191 | Catenovulum | | scientific name | 1172191 | Catenovulum Yan et al. 2011 emend. Li et al. 2015 | | authority | 1172191 | Catenovulum Yan et al. 2011 emend. Shi et al. 2017 | | authority | 1172192 | Catenovulum agarivorans | | scientific name | 1172192 | Catenovulum agarivorans Yan et al. 2011 | | authority | 1172203 | Clostridium tetani ATCC 9441 | | scientific name | 1172203 | Clostridium tetani str. ATCC 9441 | | equivalent name | 1172203 | Clostridium tetani strain ATCC 9441 | | equivalent name | 11723 | CIV | CIV | acronym | 11723 | Chimpanzee immunodeficiency virus | | equivalent name | 11723 | Chimpanzee immunodeficiency virus (SIV(CPZ)) | | equivalent name | 11723 | SIV | | acronym | 11723 | Simian immunodeficiency virus | | scientific name | 11723 | Simian immunodeficiency virus SIVcpz | | equivalent name | 11723 | simian immunodeficiency virus SIV | | equivalent name | 11723 | simian immunodeficiency virus, SIV | | equivalent name | 11723 | simian immunodeficiency viruses SIV | | equivalent name | 1172565 | Lonsdalea populi | | scientific name | 1172565 | Lonsdalea populi (Toth et al. 2013) Li et al. 2017 | | authority | 1172565 | Lonsdalea quercina subsp. populi | | synonym | 1172565 | Lonsdalea quercina subsp. populi Toth et al. 2013 | | authority | 1172565 | Lonsdalea sp. NY011 | | includes | 1172565 | Lonsdalea sp. NY041 | | includes | 1172565 | Lonsdalea sp. NY060 | | includes | 1173022 | Crinalium epipsammum PCC 9333 | | scientific name | 1173022 | Crinalium sp. PCC 9333 | | synonym | 1173027 | Allocoleopsis franciscana PCC 7113 | | scientific name | 1173027 | Allocoleopsis franciscanus PCC 7113 | | equivalent name | 1173027 | Microcoleus sp. PCC 7113 | | equivalent name | 1173027 | Oscillatoria sp. Mc | | equivalent name | 1173061 | Galactomyces britannicus | | synonym | 1173061 | Galactomyces britannicus Kwasna & G.L. Bateman, 2008 | | synonym | 1173061 | Galactomyces candidus | | synonym | 1173061 | Galactomyces candidus de Hoog & M.T. Smith, 2004 | | synonym | 1173061 | Geotrichum candidum | | scientific name | 1173061 | Geotrichum candidum Link, 1809 | | authority | 1173061 | Geotrichum sp. JCM 1747 | | includes | 1173061 | Geotrichum sp. JCM 1945 | | includes | 1173061 | Geotrichum sp. S9 | | includes | 1173061 | Oospora lactis | | synonym | 1173061 | Oospora lactis (Fresen.) Sacc., 1886 | | authority | 1173263 | Cyanobacterium sp. PCC 7502 | | equivalent name | 1173263 | Leptovivax bogii PCC 7502 | | equivalent name | 1173263 | Pseudanabaenococcus habilitatus PCC 7502 | | scientific name | 1173263 | Synechococcus sp. ATCC 29172 | | equivalent name | 1173263 | Synechococcus sp. B2 | | equivalent name | 1173263 | Synechococcus sp. PCC 7502 | | equivalent name | 1173264 | Euryforis eilemai PCC 6406 | | synonym | 1173264 | Leptolyngbya sp. ATCC 29125 | | equivalent name | 1173264 | Leptolyngbya sp. PCC 6406 | | scientific name | 1173264 | Pseudanabaena sp. Az Tn | | equivalent name | 1173566 | Salmonella enterica subsp. enterica serovar Soahanina | | scientific name | 1173569 | Salmonella enterica subsp. enterica serovar Nottingham | | scientific name | 1173586 | Shewanella litorisediminis | | scientific name | 1173586 | Shewanella litorisediminis Lee and Yoon 2013 | | authority | 1173586 | Shewanella sp. SMK1-12 | | includes | 1173949 | Salmonella enterica subsp. indica serovar 6,14,25:z10:1,(2),7 | | scientific name | 1173950 | Salmonella enterica subsp. indica serovar 6,14,25:z10:1,(2),7 str. 1121 | | scientific name | 1173950 | Salmonella enterica subsp. indica serovar 6,14,25:z10:1,(2),7 strain 1121 | | equivalent name | 1174501 | Paenibacillus sp. enrichment culture clone xj7 | | includes | 1174501 | Paenibacillus sp. xj7 | | includes | 1174501 | Paenibacillus typhae | | scientific name | 1174501 | Paenibacillus typhae Kong et al. 2013 | | authority | 1174673 | Morchella importuna | | scientific name | 1174673 | Morchella importuna M. Kuo, O'Donnell & T.J. Volk 2012 | | synonym | 1174673 | Morchella sp. Mel-10 | | includes | 117544 | Cytospora | | scientific name | 117544 | Cytospora Ehrenb., 1818 | | authority | 117544 | Valseutypella | | synonym | 117544 | Valseutypella Hohn., 1919 | | authority | 117563 | Granulicatella | | scientific name | 117563 | Granulicatella Collins and Lawson 2000 | | authority | 1175631 | Pectobacterium wasabiae ATCC 43316 | | synonym | 1175631 | Pectobacterium wasabiae CFBP 3304 | | scientific name | 1175631 | Pectobacterium wasabiae ICMP 9121 | | synonym | 1175631 | Pectobacterium wasabiae LMG 8444 | | synonym | 1175631 | Pectobacterium wasabiae NCPPB 3701 | | synonym | 1175631 | Pectobacterium wasabiae SCRI 481 | | synonym | 1175631 | Pectobacterium wasabiae str. CFBP 3304 | | equivalent name | 1175631 | Pectobacterium wasabiae strain CFBP 3304 | | equivalent name | 117569 | Agnatha | Agnatha | in-part | 117569 | Cephalaspidomorphi | | in-part | 117569 | Hyperoartia | | scientific name | 117569 | Monorhina | | in-part | 117569 | lampreys | lampreys | genbank common name | 117570 | Teleostomi | | scientific name | 117571 | Euteleostomi | | scientific name | 117571 | bony vertebrates | | genbank common name | 1176198 | Streptomyces harbinensis | | scientific name | 1176198 | Streptomyces harbinensis Liu et al. 2013 | | authority | 1176198 | Streptomyces sp. NEAU-Da3 | | includes | 1176198 | Streptomyces sp. VJPR 1 | | includes | 1176488 | Salmonella enterica subsp. enterica serovar Typhi str. CR0044 | | scientific name | 1176488 | Salmonella enterica subsp. enterica serovar Typhi strain CR0044 | | equivalent name | 1176516 | Rosoideae incertae sedis | | scientific name | 117681 | "Pseudomonas gingeri" Preece and Wong 1982 | | authority | 117681 | Pseudomonas gingeri | | scientific name | 1177 | Amorphonostoc | | synonym | 1177 | Nostoc | | scientific name | 1177169 | Alcanivorax marinus | | synonym | 1177169 | Alcanivorax marinus Lai et al. 2013 | | authority | 1177169 | Alcanivorax sp. R8-12 | | includes | 1177169 | Alloalcanivorax marinus | | scientific name | 1177169 | Alloalcanivorax marinus (Lai et al. 2013) Rai et al. 2023 | | authority | 117743 | Flavobacteriia | | scientific name | 117743 | Flavobacteriia Bernardet 2012 | | authority | 117744 | unclassified Flavobacteriia | | scientific name | 117747 | Sphingobacteriia | | scientific name | 117747 | Sphingobacteriia Kampfer 2012 | | authority | 1177931 | Thiovulum sp. ES | | scientific name | 117853 | Amblyraja | | scientific name | 117893 | Batoidea | | scientific name | 117893 | rays | | genbank common name | 117902 | Protopolystoma | | scientific name | 117903 | Polystoma xenopi | | synonym | 117903 | Polystoma xenopi Price, 1943 | | authority | 117903 | Protopolystoma xenopodis | | scientific name | 118 | "Acinothrix" Novacek 1938 | | authority | 118 | "Blastocaulis" Henrici and Johnson 1935 | | authority | 118 | Acinothrix | | synonym | 118 | Blastocaulis | | synonym | 118 | Planctomyces | | scientific name | 118 | Planctomyces Gimesi 1924 | | authority | 118141 | Clupea cyprinoides | | synonym | 118141 | Clupea cyprinoides Broussonet, 1782 | | authority | 118141 | Indo-Pacific tarpon | | genbank common name | 118141 | Megalops cyprinoides | | scientific name | 118141 | Megalops cyprinoides (Broussonet, 1782) | | authority | 118152 | Synaphobranchidae | | scientific name | 118153 | Synaphobranchus | | scientific name | 118154 | Kaup's arrowtooth eel | | genbank common name | 118154 | Synaphobranchus kaupii | | scientific name | 118154 | Synaphobranchus kaupii Johnson, 1862 | | authority | 118155 | Synaphobranchinae | | scientific name | 118155 | cutthroat eels | | genbank common name | 1181747 | Escherichia coli KTE201 | | scientific name | 1182 | Scytonemataceae | | scientific name | 1182 | Scytonemataceae Rabenhorst ex Bornet et Flahault 1886 | | authority | 1182 | Scytonemataceae Tomas., 1949 | | authority | 118200 | Downy woodpecker | | genbank common name | 118200 | Dryobates pubescens | | scientific name | 118200 | Dryobates pubescens (Linnaeus, 1766) | | authority | 118200 | Picoides pubescens | | synonym | 118200 | Picoides pubescens (Linnaeus, 1766) | | synonym | 1182544 | Cladophialophora yegresii CBS 114405 | | scientific name | 1182545 | Exophiala aquamarina CBS 119918 | | scientific name | 1183151 | "Myroides injenensis" Kim et al. 2012 | | authority | 1183151 | Myroides injenensis | | scientific name | 1183151 | Myroides injenensis Paek et al. 2015 | | authority | 1183151 | Myroides sp. M1053 | | includes | 1183400 | Agrobacterium biovar 1 | | synonym | 1183400 | Agrobacterium tumefaciens complex | | scientific name | 1183412 | "Agrobacterium deltaense" Yan et al. 2017 | | authority | 1183412 | Agrobacterium deltae | | scientific name | 1183412 | Agrobacterium deltae corrig. | | synonym | 1183412 | Agrobacterium deltae corrig. Yan et al. 2026 | | authority | 1183412 | Agrobacterium deltaense | | synonym | 1183412 | Agrobacterium genomic group 7 | | synonym | 1183412 | Agrobacterium genomic species 7 | | synonym | 1183412 | Agrobacterium genomic species G7 | | synonym | 1183412 | Agrobacterium genomosp. 7 | | synonym | 1183412 | Agrobacterium tumefaciens genomovar G7 | | synonym | 1183412 | Rhizobium sp. YIC4121 | | includes | 1183429 | Agrobacterium fabacearum S56 | | scientific name | 1183429 | Agrobacterium genomosp. 1 str. S56 | | equivalent name | 1184125 | Potentilleae incertae sedis | | scientific name | 1184396 | Mesotoga | | scientific name | 1184396 | Mesotoga Nesbo et al. 2013 | | authority | 1184398 | unclassified Mesotoga | | scientific name | 1184720 | Rhizobium anhuiense | | scientific name | 1184720 | Rhizobium anhuiense Zhang et al. 2015 | | authority | 1184720 | Rhizobium sp. CCBAU 23242 | | includes | 1184720 | Rhizobium sp. CCBAU 23252 | | includes | 1184720 | Rhizobium sp. CCBAU 33508 | | includes | 1184720 | Rhizobium sp. CCBAU 33602 | | includes | 1184720 | Rhizobium sp. R2-6 | | includes | 1185 | Rivulariaceae | | scientific name | 1185 | Rivulariaceae Bornet et Flahault 1886 | | authority | 118510 | Chrysanthemum cinerariifolium | | synonym | 118510 | Chrysanthemum cinerariifolium (Trevir.) Vis. | | authority | 118510 | Pyrethrum cinerarifolium Trev., 1820 | | authority | 118510 | Pyrethrum cinerariifolium | | synonym | 118510 | Pyrethrum cinerariifolium Trev., 1820 | | authority | 118510 | Tanacetum cinerariifolium | | scientific name | 118510 | Tanacetum cinerariifolium (Trevis.) Sch.Bip., 1844 | | authority | 118510 | pyrethrum | | common name | 1185407 | Defluviitaleaceae | | scientific name | 1185407 | Defluviitaleaceae Jabari et al. 2012 | | authority | 1185411 | unclassified Defluviitaleaceae | | scientific name | 1185415 | Micromonospora sp. 2602GPT1-05 | | includes | 1185415 | Micromonospora wenchangensis | | scientific name | 1185415 | Micromonospora wenchangensis Ren et al. 2013 | | authority | 1185415 | Micromonospora wenchangensis Ren et al. 2013 emend. Nouioui et al. 2018 | | authority | 118553 | unclassified Parasitidae | | scientific name | 1185650 | "Mycobacterium abscessus subsp. abscessus" Leao et al. 2009 | | authority | 1185650 | Mycobacterium abscessus subsp. abscessus | | synonym | 1185650 | Mycobacterium abscessus subsp. abscessus (Moore and Frerichs 1953) Leao et al. 2011 emend. Tortoli et al. 2016 | | authority | 1185650 | Mycobacteroides abscessus subsp. abscessus | | scientific name | 1185650 | Mycobacteroides abscessus subsp. abscessus (Moore and Frerichs 1953) Gupta et al. 2018 | | authority | 1185843 | Desulfatitalea tepidiphila | | scientific name | 1185843 | Desulfatitalea tepidiphila Higashioka et al. 2013 | | authority | 1185843 | sulfate-reducing bacterium strain S28OL1 | | includes | 1185843 | sulfate-reducing bacterium strain S28OL2 | | includes | 1185843 | sulfate-reducing bacterium strain S28bF | | includes | 1185920 | Bieblia veldkampii DSM 11550 | | includes | 1185920 | Phaeovulum veldkampii DSM 11550 | | scientific name | 1185920 | Rhodobacter veldkampii ATCC 35703 | | synonym | 1185920 | Rhodobacter veldkampii DSM 11550 | | synonym | 1185920 | Rhodobacter veldkampii IFO 16458 | | synonym | 1185920 | Rhodobacter veldkampii str. DSM 11550 | | equivalent name | 1185920 | Rhodobacter veldkampii strain DSM 11550 | | equivalent name | 1186 | Calothrix | | scientific name | 118781 | Chinese white poplar | | common name | 118781 | Populus tomentosa | | scientific name | 118781 | Populus tomentosa Carriere | | authority | 1187845 | Vibrio genomosp. F10 str. 9ZB36 | | scientific name | 1187847 | Vibrio genomosp. F10 str. 9ZC157 | | scientific name | 1187848 | Vibrio genomosp. F10 str. ZF-129 | | scientific name | 1187904 | Alternaria burnsii | | scientific name | 1187904 | Alternaria burnsii Uppal, Patel & Kamat, 1938 | | authority | 118791 | Rostratulidae | | scientific name | 118792 | Rostratula | | scientific name | 118793 | Rallus benghalensis | | synonym | 118793 | Rallus benghalensis Linnaeus, 1758 | | authority | 118793 | Rostratula benghalensis | | scientific name | 118793 | greater painted-snipe | | genbank common name | 1187938 | Alternaria postmessia | | scientific name | 1187938 | Alternaria postmessia E.G. Simmons, 2007 | | authority | 1187941 | Alternaria rosae | | scientific name | 1187941 | Alternaria rosae E.G. Simmons & C.F. Hill, 2007 | | authority | 118796 | Lipotes | | scientific name | 118797 | Lipotes vexillifer | | scientific name | 118797 | Lipotes vexillifer Miller, 1918 | | authority | 118797 | Yangtze River dolphin | | genbank common name | 118797 | baiji | | common name | 1188247 | Rhodothalassium salexigens ATCC 35888 | | synonym | 1188247 | Rhodothalassium salexigens DSM 2132 | | scientific name | 1188247 | Rhodothalassium salexigens str. DSM 2132 | | equivalent name | 1188247 | Rhodothalassium salexigens strain DSM 2132 | | equivalent name | 1188254 | Rhodobaca bogoriensis DSM 18756 | | equivalent name | 1188254 | Rhodobaca bogoriensis LBB1 | | equivalent name | 1188254 | Roseinatronobacter bogoriensis DSM 18756 | | scientific name | 1188315 | Streptomyces sp. AgN23 | | scientific name | 118882 | Brucellaceae | | scientific name | 118882 | Brucellaceae Breed et al. 1957 (Approved Lists 1980) | | authority | 118883 | Sulfolobaceae | | scientific name | 118883 | Sulfolobaceae Stetter 1989 | | authority | 118884 | Gammaproteobacteria incertae sedis | | scientific name | 118884 | unclassified gamma proteobacteria | | synonym | 118964 | Deinococcales | | scientific name | 118964 | Deinococcales Rainey et al. 1997 | | authority | 118964 | radio-resistant micrococci | | common name | 118969 | Legionellaceae group | | synonym | 118969 | Legionellales | | scientific name | 118969 | Legionellales Garrity et al. 2005 | | authority | 118969 | Legionellales Garrity et al. 2005 emend. Saini and Gupta 2021 | | authority | 119042 | Hyphomicrobiales incertae sedis | | scientific name | 119042 | Rhizobiales incertae sedis | | synonym | 119042 | unclassified Rhizobiaceae group | | synonym | 119043 | Rhodobiaceae | | scientific name | 119043 | Rhodobiaceae Garrity et al. 2006 | | authority | 119043 | Rhodobium group | | synonym | 119045 | Methylobacteriaceae | | scientific name | 119045 | Methylobacteriaceae Garrity et al. 2006 | | synonym | 119045 | Methylobacteriaceae Garrity et al. 2006 emend. Hordt et al. 2020 | | authority | 119045 | Methylobacteriaceae Garrity et al. 2006 emend. Wang et al. 2024 | | authority | 119045 | Methylobacterium group | | common name | 1190508 | Corynebacterium aquatimens | | scientific name | 1190508 | Corynebacterium aquatimens Aravena-roman et al. 2012 | | authority | 1190508 | Corynebacterium sp. IMMIB L-2475 | | includes | 1190508 | Corynebacterium sp. L-2012475 | | includes | 1190573 | Neisseria meningitidis NM045 | | scientific name | 119059 | unclassified Oxalobacter group | | synonym | 119059 | unclassified Oxalobacteraceae | | scientific name | 119060 | 'Ralstoniaceae' | | includes | 119060 | Burkholderia group | | synonym | 119060 | Burkholderiaceae | | scientific name | 119060 | Burkholderiaceae Garrity et al. 2006 | | authority | 119060 | Ralstonia group | | includes | 119060 | Ralstoniaceae | | includes | 119066 | Betaproteobacteria incertae sedis | | scientific name | 119066 | unclassified beta proteobacteria | | synonym | 119067 | unclassified Methylophilaceae | | scientific name | 119067 | unclassified Methylophilus group | | synonym | 119069 | Hydrogenophilales | | scientific name | 119069 | Hydrogenophilales Garrity et al. 2006 emend. Boden et al. 2017 | | authority | 119069 | Hydrogenophilus group | | synonym | 119085 | unclassified Phaeosphaeriaceae | | scientific name | 119085 | unidentified Phaeosphaeriaceae | | synonym | 119088 | Enoplea | | scientific name | 119089 | Adenophorea | | synonym | 119089 | Chromadorea | | scientific name | 119093 | Trichuridae | | scientific name | 1191159 | Gnomoniopsis smithogilvyi | | scientific name | 1191159 | Gnomoniopsis smithogilvyi L.A. Shuttleworth, E.C.Y. Liew & D.I. Guest 2012 | | authority | 1191159 | Gnomoniopsis sp. LS-2012 | | includes | 1191300 | Vibrio crassostreae 9CS106 | | scientific name | 1191302 | Vibrio crassostreae 9ZC77 | | scientific name | 1191324 | Vibrio tasmaniensis 1F-267 | | scientific name | 1191478 | "Candidatus Etaproteobacteria" Ji et al. 2017 | | authority | 1191478 | Candidatus Etaproteobacteria | | synonym | 1191478 | Etaproteobacteria | | equivalent name | 1191478 | Magnetococcales | | scientific name | 1191478 | Magnetococcales Bazylinski et al. 2013 | | authority | 119164 | Betaluteovirus | | equivalent name | 119164 | Polerovirus | | scientific name | 119164 | Potleavirus | | equivalent name | 119164 | luteovirus subgroup II | | equivalent name | 1191937 | unclassified Hahellaceae | | scientific name | 119195 | Galeoidea | | scientific name | 119197 | Galeomorphi | | synonym | 119197 | Galeomorphii | | scientific name | 119203 | Selachii | | scientific name | 119203 | sharks | | genbank common name | 119210 | H3N2 | | equivalent name | 119210 | H3N2 subtype | | scientific name | 1192578 | Salmonella enterica subsp. enterica serovar Putten | | scientific name | 1192842 | Salmonella enterica subsp. diarizonae serovar 48:i:z | | scientific name | 1192846 | Salmonella enterica subsp. diarizonae serovar 47:k:z35 | | scientific name | 1193503 | "Candidatus Gilliamella" Martinson et al. 2012 | | authority | 1193503 | Candidatus Gilliamella | | synonym | 1193503 | Gilliamella | | scientific name | 1193503 | Gilliamella Kwong and Moran 2013 | | authority | 1193515 | "Candidatus Snodgrassella" Martinson et al. 2012 | | authority | 1193515 | Candidatus Snodgrassella | | synonym | 1193515 | Snodgrassella | | scientific name | 1193515 | Snodgrassella Kwong and Moran 2013 | | authority | 1194085 | Staphylococcus aureus subsp. aureus SA40 | | scientific name | 1194085 | Staphylococcus aureus subsp. aureus str. SA40 | | equivalent name | 1194085 | Staphylococcus aureus subsp. aureus strain SA40 | | equivalent name | 1194404 | Pseudomonas syringae pv. actinidiae ICMP 18807 | | scientific name | 119500 | Lipotidae | | scientific name | 1195242 | Rhodococcus wratislaviensis IFP 2016 | | scientific name | 119542 | Rhodobaca bogoriensis Milford et al. 2001 | | synonym | 119542 | Roseinatronobacter bogoriensis | | scientific name | 119542 | Roseinatronobacter bogoriensis (Milford et al. 2001) Hu et al. 2024 | | authority | 119542 | Roseinatronobacter bogoriensis (Milford et al. 2001) Huang et al. 2024 | | authority | 119602 | "Streptococcus equisimilis" Frost and Engelbrecht 1936 (human strains) | | authority | 119602 | Streptococcus dysgalactiae subsp. equisimilis | | scientific name | 119602 | Streptococcus dysgalactiae subsp. equisimilis Vandamme et al. 1996 | | synonym | 119602 | Streptococcus dysgalactiae subsp. equisimilis Vandamme et al. 1996 emend. Vieira et al. 1998 | | authority | 119602 | Streptococcus equisimilis | | synonym | 1196022 | unclassified Rhodothermaceae | | scientific name | 119603 | Streptococcus dysgalactiae group | | scientific name | 1196083 | "Candidatus Snodgrassella alvi" Martinson et al. 2012 | | authority | 1196083 | Candidatus Snodgrassella alvi | | synonym | 1196083 | Snodgrassella alvi | | scientific name | 1196083 | Snodgrassella alvi Kwong and Moran 2013 | | authority | 1196302 | Corvus moneduloides | | scientific name | 1196302 | Corvus moneduloides Lesson, 1830 | | authority | 1196302 | Corvus moneduloides Lesson, 1831 | | authority | 1196302 | New Caledonian crow | | genbank common name | 1197460 | Bradyrhizobium sp. 6(2017) | | scientific name | 1197472 | Meridianimaribacter | | scientific name | 1197472 | Meridianimaribacter Wang et al. 2010 | | authority | 1198 | Phormidium | | scientific name | 1198 | Phormidium Kutzing ex Gomont, 1892 | | authority | 1198114 | Granulicella sp. MP5ACTX9 | | synonym | 1198114 | Granulicella tundricola MP5ACTX9 | | scientific name | 1198114 | Granulicella tundricola str. MP5ACTX9 | | equivalent name | 1198114 | Granulicella tundricola strain MP5ACTX9 | | equivalent name | 1198318 | Pseudomonas marginalis ICMP 11289 | | scientific name | 1198451 | Methanoregulaceae | | scientific name | 1198451 | Methanoregulaceae Sakai et al. 2012 | | authority | 119857 | "Francisella tularensis subsp. holarctica" Olsufjev 1970 | | authority | 119857 | "Francisella tularensis var. palaearctica" Olsufjev et al. 1959 | | authority | 119857 | Francisella tularensis subsp. holarctica | | scientific name | 119857 | Francisella tularensis subsp. holarctica (ex Olsufjev et al. 1959) Olsufjev and Meshcheryakova 1983 | | authority | 119857 | Francisella tularensis var. palaearctica | | synonym | 119977 | Acidithiobacillus | | scientific name | 119977 | Acidithiobacillus Kelly and Wood 2000 | | authority | 119977 | Acidithiobacillus Kelly and Wood 2000 emend. Hallberg et al. 2010 | | authority | 120017 | Uredo segetum var. hordei | | synonym | 120017 | Uredo segetum var. hordei Pers., 1801 | | authority | 120017 | Ustilago hordei | | scientific name | 120017 | Ustilago hordei (Pers.) Lagerh., 1889 | | authority | 120017 | Ustilago kolleri | | synonym | 120017 | Ustilago segetum | | synonym | 1200657 | Saccharofermentans | | scientific name | 1200657 | Saccharofermentans Chen et al. 2010 | | authority | 1200751 | Ruminococcaceae bacterium P7 | | scientific name | 1201010 | Staphylococcus aureus subsp. aureus SA957 | | scientific name | 1201010 | Staphylococcus aureus subsp. aureus str. SA957 | | equivalent name | 1201010 | Staphylococcus aureus subsp. aureus strain SA957 | | equivalent name | 1201036 | Pseudochrobactrum sp. AO18b | | scientific name | 1202464 | Dehalococcoidaceae | | scientific name | 1202464 | Dehalococcoidaceae Loffler et al. 2013 | | authority | 1202465 | Dehalococcoidales | | scientific name | 1202465 | Dehalococcoidales Loffler et al. 2013 | | authority | 1202785 | Candidatus Methylacidiphilum kamchatkense Kam1 | | equivalent name | 1202785 | Methylacidiphilum kamchatkense Kam1 | | scientific name | 1202785 | Verrucomicrobiales bacterium Kam1 | | equivalent name | 1203033 | Lactobacillus hominis | | scientific name | 1203033 | Lactobacillus hominis Cousin et al. 2013 | | authority | 1203512 | Polypodiineae | | scientific name | 1203512 | Polypodiineae Dumort., 1829 | | authority | 1203512 | eupolypods I | | synonym | 1203605 | Propionibacterium sp. oral taxon 192 str. F0372 | | scientific name | 120409 | Verrucalvaceae | | scientific name | 120409 | Verrucalvaceae M.W. Dick, 1984 | | authority | 1204342 | Bacillus subtilis BEST7003 | | scientific name | 1204342 | Bacillus subtilis str. BEST7003 | | equivalent name | 1204342 | Bacillus subtilis strain BEST7003 | | equivalent name | 1204383 | unclassified Caldilineae | | scientific name | 1204474 | Fusobacterium nucleatum CTI-1 | | scientific name | 1205 | Trichodesmium | | scientific name | 1205 | Trichodesmium Ehrenberg ex Gomont, 1892 | | authority | 1205679 | Bifidobacterium longum subsp. longum CECT 7347 | | scientific name | 1205679 | Bifidobacterium longum subsp. longum strain CECT 7347 | | synonym | 12058 | Picornaviridae | | scientific name | 12058 | Picornavirus | | synonym | 12059 | Enterovirus | | scientific name | 12059 | Enteroviruses | | equivalent name | 12059 | Rhinovirus | | includes | 12059 | Rhinoviruses | | includes | 12059 | common cold viruses | | includes | 12062 | E6 | | acronym | 12062 | Echo 6 virus | | equivalent name | 12062 | Echovirus 6 | | equivalent name | 12062 | Echovirus E6 | | scientific name | 12062 | Echovirus type 6 | | equivalent name | 12062 | Human echovirus 6 | | equivalent name | 12062 | Human echovirus E6 | | equivalent name | 1206336 | Phaeobacter sp. 576 | | includes | 1206336 | Phaeobacter sp. SM1211 | | includes | 1206336 | Puniceibacterium antarcticum | | scientific name | 1206336 | Puniceibacterium antarcticum Liu et al. 2014 | | authority | 1206776 | Serratia plymuthica A30 | | scientific name | 1206794 | Ecdysozoa | | scientific name | 1206795 | Lophotrochozoa | | scientific name | 1206980 | Nostoc sp. 'Peltigera malacea cyanobiont' DB3992 | | scientific name | 1207070 | "Oceaniovalibus" Liu et al. 2012 | | authority | 1207070 | Oceaniovalibus | | scientific name | 1207073 | unclassified Candidatus Methylomirabilota | | scientific name | 1207075 | Pseudomonas sp. UW4 | | scientific name | 1207504 | Burkholderia pseudomultivorans | | scientific name | 1207504 | Burkholderia pseudomultivorans Peeters et al. 2014 | | authority | 1207504 | Burkholderia sp. BP7069 | | includes | 1207504 | Burkholderia sp. Bp3317 | | includes | 1207504 | Burkholderia sp. Bp3318 | | includes | 1207504 | Burkholderia sp. Bp3330 | | includes | 1207504 | Burkholderia sp. Bp3350 | | includes | 1207504 | Burkholderia sp. Bp7595 | | includes | 1207504 | Burkholderia sp. Bp7615 | | includes | 1207504 | Burkholderia sp. Bp7622 | | includes | 1207504 | Burkholderia sp. Bp7654 | | includes | 1207504 | Burkholderia sp. LMG 16669 | | includes | 1207504 | Burkholderia sp. LMG 26883 | | includes | 1207504 | Burkholderia sp. LMG 26914 | | includes | 1207504 | Burkholderia sp. LMG 26915 | | includes | 1207504 | Burkholderia sp. R-24200 | | includes | 1207504 | Burkholderia sp. R-48991 | | includes | 1207504 | Burkholderia sp. R-48993 | | includes | 1207504 | Burkholderia sp. R-48994 | | includes | 1207504 | Burkholderia sp. R-48995 | | includes | 1207504 | Burkholderia sp. R-48996 | | includes | 1207504 | Burkholderia sp. R-9705 | | includes | 120793 | MAC | | acronym | 120793 | Mycobacterium avium complex (MAC) | | scientific name | 120831 | Dyadobacter | | scientific name | 120831 | Dyadobacter Chelius and Triplett 2000 emend. Reddy and Garcia-Pichel 2005 | | authority | 1208339 | Trematosphaeriaceae | | scientific name | 1208339 | Trematosphaeriaceae K.D. Hyde, Y. Zhang ter, Suetrong & E.B.G. Jones, 2013 | | authority | 120862 | Aphelenchoidea | | scientific name | 120959 | Mycobacterium kubicae | | scientific name | 120959 | Mycobacterium kubicae Floyd et al. 2000 | | authority | 120959 | Mycobacterium kubicae Floyd et al. 2000 emend. Nouioui et al. 2018 | | authority | 120961 | Roseiflexus | | scientific name | 120961 | Roseiflexus Hanada et al. 2002 | | authority | 1209926 | Colletotrichum orchidophilum | | scientific name | 1209926 | Colletotrichum orchidophilum Damm, P.F. Cannon & Crous, 2012 | | authority | 1209926 | Colletotrichum sp. UD-2012n | | includes | 1209931 | Colletotrichum salicis | | scientific name | 1209931 | Colletotrichum salicis (Fuckel) Damm, P.F. Cannon & Crous, 2012 | | authority | 1209931 | Colletotrichum sp. UD-2012s | | includes | 1209931 | Glomerella miyabeana | | synonym | 1209931 | Sphaeria salicis | | synonym | 1209931 | Sphaeria salicis Auersw. ex Fuckel, 1870 | | authority | 1210080 | Nocardia neocaledoniensis NBRC 108232 | | scientific name | 1210091 | Nocardia ninae NBRC 108245 | | scientific name | 1210119 | Ohtaekwangia | | scientific name | 1210119 | Ohtaekwangia Yoon et al. 2011 | | authority | 121036 | unclassified Acidimicrobidae | | synonym | 121036 | unclassified Acidimicrobiia | | scientific name | 1211036 | Mangrovimonas | | scientific name | 1211036 | Mangrovimonas Li et al. 2013 | | authority | 1211807 | Pseudomonas kunmingensis | | synonym | 1211807 | Pseudomonas kunmingensis Xie et al. 2014 | | authority | 1211807 | Pseudomonas sp. HL22-2 | | includes | 1211807 | Stutzerimonas kunmingensis | | scientific name | 1211807 | Stutzerimonas kunmingensis (Xie et al. 2014) Lalucat et al. 2022 | | authority | 121221 | Pediculidae | | scientific name | 121221 | body lice | body lice | genbank common name | 121221 | primate body lice | | common name | 121222 | Pediculus | | scientific name | 121224 | Pediculus humanus corporis | | scientific name | 121224 | Pediculus humanus humanus | | synonym | 121224 | human body lice | | common name | 121224 | human body louse | | genbank common name | 121225 | Pediculus humanus | | scientific name | 121225 | Pediculus humanus Linnaeus, 1758 | | authority | 121225 | body lice | body lice | common name | 121225 | head lice | | common name | 121225 | human lice | | common name | 121225 | human louse | | genbank common name | 1212548 | Pseudomonas stutzeri NF13 | | synonym | 1212548 | Stutzerimonas stutzeri NF13 | | scientific name | 121282 | Albulinae | | scientific name | 1213188 | Zancudomyces | | scientific name | 1213188 | Zancudomyces Y. Wang, Tretter, Lichtw. & M.M. 2012 | | authority | 1213189 | Smittium culisetae | | synonym | 1213189 | Smittium culisetae Lichtw. 1964 | | authority | 1213189 | Zancudomyces culisetae | | scientific name | 1213189 | Zancudomyces culisetae (Lichtw.) Yan Wang, Tretter, Lichtw. & M.M. White, 2013 | | authority | 1213857 | Colletotrichum orbiculare 104-T | | equivalent name | 1213857 | Colletotrichum orbiculare MAFF 240422 | | scientific name | 1213861 | Actinocrispum wychmicini | | scientific name | 1213861 | Actinocrispum wychmicini Hatano et al. 2016 | | authority | 1213861 | Kibdelosporangium sp. MI503-A4 | | includes | 121402 | Albula glossodonta | | scientific name | 121402 | Albula glossodonta (Fabricius, 1775) | | authority | 121402 | Argentina glossodonta | | synonym | 121402 | Argentina glossodonta Forsskal, 1775 | | authority | 121402 | roundjaw bonefish | | genbank common name | 1214071 | Ensifer sesbaniae | | scientific name | 1214071 | Ensifer sesbaniae Wang et al. 2015 | | synonym | 1214071 | Ensifer sp. CCBAU 65683 | | includes | 1214071 | Ensifer sp. CCBAU 65688 | | includes | 1214071 | Ensifer sp. CCBAU 65690 | | includes | 1214071 | Ensifer sp. CCBAU 65729 | | includes | 1214071 | Ensifer sp. CCBAU 65730 | | includes | 1214071 | Ensifer sp. CCBAU 65740 | | includes | 1214071 | Ensifer sp. CCBAU 65741 | | includes | 1214071 | Ensifer sp. CCBAU 65742 | | includes | 1214071 | Sinorhizobium sp. CCBAU 65682 | | includes | 1214071 | Sinorhizobium sp. CCBAU 65729 | | includes | 121428 | Sphingobium hydrophobicum | | synonym | 121428 | Sphingobium hydrophobicum Chen et al. 2016 | | authority | 121428 | Sphingobium sp. C1 | | includes | 121428 | Sphingobium xenophagum | | scientific name | 121428 | Sphingobium xenophagum (Stolz et al. 2000) Pal et al. 2006 | | authority | 121428 | Sphingobium xenophagum (Stolz et al. 2000) Pal et al. 2006 emend. Feng et al. 2019 | | authority | 121428 | Sphingomonas sp. BN6 | | includes | 121428 | Sphingomonas sp. NBRC 101067 | | includes | 121428 | Sphingomonas sp. NBRC 101068 | | includes | 121428 | Sphingomonas sp. NBRC 101089 | | includes | 121428 | Sphingomonas sp. OW59 | | includes | 121428 | Sphingomonas sp. str. BN6 | | includes | 121428 | Sphingomonas xenophaga | | synonym | 121428 | Sphingomonas xenophaga Stolz et al. 2000 | | authority | 121478 | Conandron | | scientific name | 121478 | Conandron Siebold & Zucc. | | authority | 121479 | Conandron ramondioides | | scientific name | 121479 | Conandron ramondioides Siebold & Zucc., 1843 | | authority | 1215731 | Colletotrichum aenigma | | scientific name | 1215731 | Colletotrichum aenigma B. Weir & P.R. Johnst. 2012 | | authority | 1215731 | Colletotrichum sp. BW-2012h | | includes | 121588 | African thicket rats | | genbank common name | 121588 | Grammomys | | scientific name | 1217098 | Jiangellales | | scientific name | 1217098 | Jiangellales Tang et al. 2015 | | authority | 1217098 | Jiangellineae | | synonym | 1217098 | Jiangellineae Tang et al. 2011 | | authority | 1217100 | Jiangellaceae | | scientific name | 1217100 | Jiangellaceae Tang et al. 2011 | | authority | 121734 | "Heliobacterium undosum" Bryantseva et al. 2000 | | authority | 121734 | Heliobacterium undosum | | synonym | 121734 | Heliobacterium undosum Bryantseva et al. 2001 | | authority | 121734 | Heliomicrobium undosum | | scientific name | 121734 | Heliomicrobium undosum (Bryantseva et al. 2001) Kyndt et al. 2021 | | authority | 1217416 | Halioglobus | | scientific name | 1217416 | Halioglobus Park et al. 2012 | | authority | 121759 | Loboa loboi | | synonym | 121759 | Paracoccidioides brasiliensis | | scientific name | 121759 | Paracoccidioides brasiliensis (Splend.) F.P. Almeida, 1930 | | authority | 121759 | Zymonema brasiliensis | | synonym | 121759 | Zymonema brasiliensis Splend., 1912 | | authority | 1217647 | Acinetobacter baumannii NIPH 60 | | scientific name | 1217664 | Acinetobacter junii CIP 64.5 | | scientific name | 1217669 | Acinetobacter lwoffii NIPH 715 | | scientific name | 1217714 | Acinetobacter sp. ANC 3789 | | scientific name | 1218 | Prochlorococcus | | scientific name | 1218 | Prochlorococcus Chisholm et al. 2001 | | authority | 1218169 | Pseudomonas putida S11 | | scientific name | 121820 | "Rhodobaca" Milford et al. 2000 | | authority | 121820 | Rhodobaca | | synonym | 121820 | Rhodobaca Milford et al. 2001 | | authority | 121820 | Roseibaca | | synonym | 121820 | Roseibaca Labrenz et al. 2009 | | authority | 121820 | Roseinatronobacter | | scientific name | 121820 | Roseinatronobacter Sorokin et al. 2000 | | authority | 121821 | Roseinatronobacter thiooxidans | | scientific name | 121821 | Roseinatronobacter thiooxidans Sorokin et al. 2000 | | authority | 121844 | Diaphorina | | scientific name | 121845 | Asian citrus psyllid | | genbank common name | 121845 | Diaphorina citri | | scientific name | 121845 | Diaphorina citri Kuwayama, 1907 | | authority | 121845 | Diaphornia citri | | synonym | 121845 | Diaphornia citri Kuwayama, 1908 | | authority | 1218507 | Lactobacillus melliventris | | scientific name | 1218507 | Lactobacillus melliventris Olofsson et al. 2014 | | authority | 1218507 | Lactobacillus sp. ESL0184 | | includes | 1218507 | Lactobacillus sp. Hma8 | | includes | 1218507 | Lactobacillus sp. Hma8N | | includes | 1218682 | Chloropsis cyanopogon | | scientific name | 1218682 | Chloropsis cyanopogon (Temminck, 1830) | | authority | 1218682 | Phyllornis cyanopogon | | synonym | 1218682 | Phyllornis cyanopogon Temminck, 1830 | | authority | 121872 | "Natrinema thermotolerans" (Montalvo-Rodriguez et al. 2000) de la Haba et al. 2021 | | authority | 121872 | Haloterrigena jeotgali | | synonym | 121872 | Haloterrigena jeotgali Roh et al. 2009 | | authority | 121872 | Haloterrigena thermotolerans | | synonym | 121872 | Haloterrigena thermotolerans Montalvo-Rodriguez et al. 2000 | | authority | 121872 | Natrinema thermotolerans | | scientific name | 121872 | Natrinema thermotolerans (Montalvo-Rodriguez et al. 2000) de la Haba et al. 2022 | | authority | 1219 | Prochlorococcus marinus | | scientific name | 1219 | Prochlorococcus marinus Chisholm et al. 2001 | | authority | 1219344 | Pteraclis | | scientific name | 1219345 | Bentenia aesticola | | synonym | 1219345 | Bentenia aesticola Jordan & Snyder, 1901 | | authority | 1219345 | Pacific fanfish | | genbank common name | 1219345 | Pteraclis aesticola | | scientific name | 1219345 | Pteraclis aesticola (Jordan & Snyder, 1901) | | authority | 1219382 | Acinetobacter nectaris | | scientific name | 1219382 | Acinetobacter nectaris Alvarez-Perez et al. 2013 | | authority | 1220 | Prochlorococcus sp. | | scientific name | 1220182 | Winogradskyella litoriviva | | scientific name | 1220182 | Winogradskyella litoriviva Nedashkovskaya et al. 2015 | | authority | 1220182 | Winogradskyella sp. KMM 6491 | | includes | 1220599 | Phaeovibrio | | scientific name | 1220599 | Phaeovibrio Lakshmi et al. 2011 | | authority | 1220600 | Phaeovibrio sulfidiphilus | | scientific name | 1220600 | Phaeovibrio sulfidiphilus Lakshmi et al. 2011 | | authority | 1220600 | Rhodospirillum sp. JA481 | | includes | 1220926 | Mucor circinelloides 1006PhL | | scientific name | 1220926 | Mucor sp. 1006PhL | | includes | 1221082 | Phytoptidae | | scientific name | 1221328 | Bacillus subtilis subsp. subtilis AG1839 | | equivalent name | 1221328 | Bacillus subtilis subsp. subtilis str. AG1839 | | scientific name | 1221880 | Psychrobacillus | | scientific name | 1221880 | Psychrobacillus Krishnamurthi et al. 2011 | | authority | 122202 | "Gordonia jacobaea" de Miguel et al. 2000 | | authority | 122202 | Gordonia jacobaea | | scientific name | 122277 | Pectobacterium | | scientific name | 122277 | Pectobacterium Waldee 1945 (Approved Lists 1980) emend. Hauben et al. 1999 | | authority | 1223503 | Geobacillus toebii DSM 14590 | | synonym | 1223503 | Geobacillus toebii NBRC 107807 | | synonym | 1223503 | Geobacillus toebii R-35642 | | synonym | 1223503 | Parageobacillus toebii DSM 14590 | | synonym | 1223503 | Parageobacillus toebii NBRC 107807 | | scientific name | 1223503 | Parageobacillus toebii R-35642 | | synonym | 1223544 | Gordonia sihwensis NBRC 108236 | | scientific name | 1224 | "Alphaproteobacteriota" Whitman et al. 2018 | | synonym | 1224 | "Proteobacteria" Garrity et al. 2005 | | authority | 1224 | "Proteobacteriota" Panda et al. 2022 | | authority | 1224 | Alphaproteobacteriota | | synonym | 1224 | Proteobacteria | | synonym | 1224 | Proteobacteria Stackebrandt et al. 1988 | | authority | 1224 | Proteobacteriota | | synonym | 1224 | Pseudomonadota | | scientific name | 1224 | Pseudomonadota corrig. Garrity et al. 2021 | | authority | 1224 | proteobacteria | proteobacteria | blast name | 1224 | proteobacteria | proteobacteria | genbank common name | 1224 | purple photosynthetic bacteria and relatives | | common name | 1224679 | Diphyllobothriidea | | scientific name | 122612 | unclassified Sphingomonadaceae | | scientific name | 122612 | unclassified Sphingomonas group (miscellaneous) | | synonym | 1226754 | Paenibacillus sp. FSL R5-192 | | scientific name | 122706 | unclassified Deltaproteobacteria | | scientific name | 122706 | unclassified delta proteobacteria (miscellaneous) | | synonym | 122728 | unclassified Campylobacterota | | scientific name | 122728 | unclassified epsilon proteobacteria (miscellaneous) | | synonym | 1227455 | Halococcus saccharolyticus DSM 5350 | | scientific name | 1227489 | Haloterrigena thermotolerans DSM 11552 | | includes | 1227489 | Natrinema thermotolerans DSM 11552 | | scientific name | 1227556 | Portibacter | | scientific name | 1227556 | Portibacter Yoon et al. 2014 | | synonym | 1227571 | unclassified Campylobacterales | | scientific name | 1227747 | Bacillus subtilis Miyagi-4 | | scientific name | 1227747 | Bacillus subtilis str. Miyagi-4 | | equivalent name | 1227747 | Bacillus subtilis strain Miyagi-4 | | equivalent name | 12283 | Nodaviridae | | scientific name | 1229152 | Oceanobacillus chungangensis | | scientific name | 1229152 | Oceanobacillus chungangensis Lee et al. 2013 | | authority | 1229152 | Oceanobacillus sp. CAU 1051 | | includes | 1229154 | Paenibacillus doosanensis | | scientific name | 1229154 | Paenibacillus doosanensis Kim et al. 2014 | | authority | 1229154 | Paenibacillus sp. CAU1055 | | includes | 1229662 | Pestalotiopsis fici W106-1 | | scientific name | 1229756 | Leuconostoc gelidum JB7 | | scientific name | 1230056 | Cryptococcus neoformans AD1-7a | | scientific name | 1230059 | Cryptococcus neoformans AD2-60a | | scientific name | 1230061 | Cryptococcus neoformans var. grubii Br795 | | scientific name | 1230062 | Cryptococcus neoformans MW-RSA36 | | scientific name | 1230063 | Cryptococcus neoformans c8 | | scientific name | 1230065 | Cryptococcus neoformans AD1-83a | | scientific name | 1230066 | Cryptococcus neoformans MW-RSA1955 | | scientific name | 1230072 | Cryptococcus neoformans Tu259-1 | | scientific name | 1230077 | Cryptococcus neoformans Tu401-1 | | scientific name | 1230080 | Cryptococcus neoformans A5-35-17 | | scientific name | 1230081 | Cryptococcus neoformans A1-35-8 | | scientific name | 1230097 | Cytospora erumpens | | synonym | 1230097 | Cytospora erumpens Norphanphoun, Bulgakov, T.C. Wen & K.D. Hyde, 2017 | | authority | 1230097 | Cytospora leucostoma | | scientific name | 1230097 | Cytospora leucostoma (Pers.) Sacc., 1881 | | authority | 1230097 | Leucostoma leucostoma | | synonym | 1230097 | Leucostoma persoonii | | synonym | 1230097 | Leucostoma persoonii (Nitschke) Hhn. 1928 | | authority | 1230097 | Sphaeria leucostoma | | synonym | 1230097 | Sphaeria leucostoma Pers., 1794 | | authority | 1230097 | Valsa leucostoma | | synonym | 1230097 | Valsa leucostoma (Pers.) Fr. 1849 | | authority | 1230097 | Valsa persoonii | | synonym | 1230097 | Valsa persoonii Nitschke 1870 | | authority | 1230840 | Manis afer afer | | synonym | 1230840 | Manis afer afer Linneaus, 1759 | | authority | 1230840 | Orycteropus afer afer | | scientific name | 1231 | Nitrosolobus multiformis | | synonym | 1231 | Nitrosolobus multiformis Watson et al. 1971 (Approved Lists 1980) | | authority | 1231 | Nitrosospira multiformis | | scientific name | 1231 | Nitrosospira multiformis (Watson et al. 1971) Head et al. 1995 | | authority | 1231058 | Vibrio alginolyticus E0666 | | synonym | 1231058 | Vibrio diabolicus E0666 | | scientific name | 1231241 | Thermotoga sp. Mc24 | | scientific name | 1231392 | Oceaniovalibus guishaninsula JLT2003 | | scientific name | 12316 | Ilarvirus | | scientific name | 1232 | "Nitrosovibrio" Harms et al. 1976 | | authority | 1232 | Nitrosovibrio | | scientific name | 1232188 | Clostridium botulinum CFSAN001628 | | scientific name | 1232188 | Clostridium botulinum str. CFSAN001628 | | equivalent name | 1232188 | Clostridium botulinum strain CFSAN001628 | | equivalent name | 1232554 | Bacillus subtilis subsp. subtilis str. AG174 | | synonym | 1232554 | Bacillus subtilis subsp. subtilis str. JH642 substr. AG174 | | scientific name | 1232575 | Acidithiobacillus ferridurans | | scientific name | 1232575 | Acidithiobacillus ferridurans Hedrich and Johnson 2013 | | authority | 1232575 | Acidithiobacillus sp. D2PG | | includes | 1232575 | Acidithiobacillus sp. F221 | | includes | 1232575 | Acidithiobacillus sp. GG6/10 | | includes | 1232575 | Acidithiobacillus sp. L11 | | includes | 1232575 | Acidithiobacillus sp. M12 | | includes | 1232575 | Acidithiobacillus sp. R10 | | includes | 1232575 | Acidithiobacillus sp. RIV11 | | includes | 1232575 | Acidithiobacillus sp. S10 | | includes | 1232575 | Acidithiobacillus sp. WVa2 | | includes | 1232724 | Mycobacterium indicus pranii MTCC 9506 | | synonym | 1232724 | Mycobacterium intracellulare subsp. intracellulare MTCC 9506 | | scientific name | 1232801 | Amphibalanus amphitrite | | scientific name | 1232801 | Amphibalanus amphitrite (Darwin, 1854) | | authority | 1232801 | Balanidae sp. 142328A | | includes | 1232801 | Balanidae sp. 142855A | | includes | 1232801 | Balanidae sp. 144771A | | includes | 1232801 | Balanus amphitrite | | synonym | 1232801 | Balanus amphitrite Darwin, 1854 | | authority | 1233081 | "Pseudorhizobium halotolerans" (ex Diange and Lee 2013) Lassalle et al. 2021 | | authority | 1233081 | Pseudorhizobium halotolerans | | scientific name | 1233081 | Pseudorhizobium halotolerans Lassalle et al. 2021 | | synonym | 1233081 | Rhizobium halotolerans Diange and Lee 2026 | | synonym | 1233081 | Rhizobium sp. AB21 | | includes | 12333 | bacterial virus | bacterial virus | in-part | 12333 | bacterial viruses | bacterial viruses | in-part | 12333 | prokaryotic virus | prokaryotic virus | in-part | 12333 | unclassified bacterial viruses | | scientific name | 12333 | unclassified bacteriophages | | equivalent name | 12333 | unclassified phage | | equivalent name | 12333 | unclassified phages | | equivalent name | 123349 | Gobiesociformes | | synonym | 123349 | Gobiesocoidei | | scientific name | 123365 | Neoteleostei | | scientific name | 123366 | Eurypterygia | | scientific name | 123366 | Eurypterygii | | synonym | 123367 | Ctenosquamata | | scientific name | 123368 | Acanthomorpha | | synonym | 123368 | Acanthomorphata | | scientific name | 123369 | Euacanthomorpha | | synonym | 123369 | Euacanthomorphacea | | scientific name | 123375 | Solobacterium | | scientific name | 123375 | Solobacterium Kageyama and Benno 2000 | | authority | 1233951 | Chryseobacterium sp. FH1 | | scientific name | 1233951 | Epilithonimonas sp. FH1 | | synonym | 1234 | Nitrospira | Nitrospira | scientific name | 1234 | Nitrospira Watson et al. 1986 | | authority | 1234260 | Didymodactylos | | scientific name | 1234261 | Didymodactylos carnosus | | scientific name | 1234261 | Didymodactylos carnosus Milne, 1916 | | authority | 1234273 | Pelteobagrus fulvidraco | | synonym | 1234273 | Pelteobagrus fulvidraco (Richardson, 1846) | | authority | 1234273 | Pimelodus fulvidraco | | synonym | 1234273 | Pimelodus fulvidraco Richardson, 1846 | | authority | 1234273 | Pseudobagrus fulvidraco | | synonym | 1234273 | Tachysurus fulvidraco | | scientific name | 1234273 | Tachysurus fulvidraco (Richardson, 1846) | | authority | 1234273 | yellow catfish | yellow catfish | genbank common name | 1234367 | Chlamydia pecorum PV3056/3 | | scientific name | 1234545 | Parasphingopyxis | | scientific name | 1234545 | Parasphingopyxis Uchida et al. 2012 | | authority | 1234545 | Parasphingopyxis Uchida et al. 2012 emend. Jeong et al. 2017 | | authority | 1234595 | "Pacificamonas flava" Liu et al. 2014 | | authority | 1234595 | Pacificamonas flava | | synonym | 1234595 | Pacificimonas flava | | scientific name | 1234595 | Pacificimonas flava corrig. | | synonym | 1234595 | Pacificimonas flava corrig. Liu et al. 2016 | | authority | 1234595 | alpha proteobacterium JLT2015 | | includes | 1234666 | unclassified Thermoplasmata | | scientific name | 1234841 | Mucilaginibacter sp. BJC16-A31 | | includes | 1234841 | Mucilaginibacter xinganensis | | scientific name | 1234841 | Mucilaginibacter xinganensis Jiang et al. 2019 | | authority | 1234877 | Lactococcus cremoris subsp. cremoris TIFN7 | | scientific name | 1234877 | Lactococcus lactis subsp. cremoris TIFN7 | | synonym | 1235314 | Megavirus lba | | scientific name | 1235850 | "Methanoplasmatales" Paul et al. 2012 | | authority | 1235850 | Methanomassiliicoccales | | scientific name | 1235850 | Methanomassiliicoccales Iino et al. 2013 | | authority | 1235850 | Methanoplasmatales | | synonym | 1236 | "Pseudomonadia" Oren et al. 2016 | | authority | 1236 | Gammaproteobacteria | | scientific name | 1236 | Gammaproteobacteria Garrity et al. 2005 emend. Williams and Kelly 2013 | | authority | 1236 | Proteobacteria gamma subdivision | | synonym | 1236 | Pseudomonadia | | synonym | 1236 | Purple bacteria, gamma subdivision | | synonym | 1236 | g-proteobacteria | g-proteobacteria | blast name | 1236 | g-proteobacteria | g-proteobacteria | genbank common name | 1236 | gamma proteobacteria | | synonym | 1236 | gamma subdivision | | synonym | 1236 | gamma subgroup | | synonym | 1236046 | Mesotoga infera | | scientific name | 1236046 | Mesotoga infera Ben Hania et al. 2013 | | authority | 1236046 | Mesotoga sp. DSM 25546 | | includes | 1236046 | Mesotoga sp. PhosAc3 | | includes | 1236046 | Mesotoga sp. VNs100 | | includes | 1236218 | Melghirimyces | | scientific name | 1236218 | Melghirimyces Addou et al. 2012 | | authority | 123683 | Aplocheilus javanicus | | synonym | 123683 | Aplocheilus javanicus Bleeker, 1854 | | authority | 123683 | Oryzias javanicus | | scientific name | 123683 | Oryzias javanicus (Bleeker, 1854) | | authority | 123683 | javanese ricefish | | genbank common name | 1236968 | "Iodidimonas nitroreducens" Iino et al. 2023 | | authority | 1236968 | Iodidimonas nitroreducens | | scientific name | 1236968 | Iodidimonas nitroreducens Iino et al. 2024 | | authority | 1236968 | Kordiimonadales bacterium JCM 17846 | | includes | 1236968 | alpha proteobacterium Q-1 | | includes | 1236968 | iodide-oxidizing bacterium Q-1 | | includes | 1237068 | Albonectria albosuccinea | | synonym | 1237068 | Albonectria albosuccinea (Pat.) Rossman & Samuels, 1999 | | authority | 1237068 | Calonectria albosuccinea | | synonym | 1237068 | Calonectria albosuccinea Pat. 1892 | | authority | 1237068 | Fusarium albosuccineum | | scientific name | 1237068 | Fusarium albosuccineum (Pat.) O'Donnell & Geiser, 2013 | | authority | 1237068 | Fusarium sp. KOD-2012b | | includes | 1237068 | Nectria albosuccinea | | synonym | 1237077 | Cellvibrio sp. TPY-10 | | includes | 1237077 | Cellvibrio zantedeschiae | | scientific name | 1237077 | Cellvibrio zantedeschiae Sheu et al. 2017 | | authority | 1237085 | Candidatus Nitrososphaera gargensis Ga9.2 | | scientific name | 1237085 | Nitrososphaera gargensis Ga9.2 | | equivalent name | 1238180 | Amycolatopsis azurea DSM 43854 | | scientific name | 123820 | Actinobacillus rossii | | synonym | 123820 | Actinobacillus rossii Sneath and Stevens 1990 emend. Christensen et al. 2005 | | authority | 123820 | Pasteurellaceae gen. sp. JF1390 | | includes | 123820 | [Actinobacillus] rossii | | scientific name | 1239 | "Bacillaeota" Oren et al. 2015 | | authority | 1239 | Bacillaeota | | synonym | 1239 | Bacillota | | scientific name | 1239 | Bacillota corrig. Gibbons and Murray 2021 | | synonym | 1239 | Bacillus/Clostridium group | | synonym | 1239 | Clostridium group firmicutes | | synonym | 1239 | Low G+C firmicutes | | synonym | 1239 | clostridial firmicutes | | common name | 1239 | firmicutes | firmicutes | blast name | 1239 | firmicutes | firmicutes | genbank common name | 1239 | low G+C Gram-positive bacteria | | common name | 1239 | low GC Gram+ | | common name | 1239438 | Avastrovirus 2 | | scientific name | 124 | Blastopirellula marina | | scientific name | 124 | Blastopirellula marina (Schlesner and Hirsch 1987) Schlesner et al. 2004 emend. Hahnke et al. 2016 | | authority | 124 | Pirellula marina | | synonym | 124 | Pirellula marina (Schlesner 1987) Schlesner and Hirsch 1987 | | authority | 1240361 | Arabidopsis thaliana x Arabidopsis arenosa | | scientific name | 1240482 | Orbales | | scientific name | 1240482 | Orbales Kwong and Moran 2013 | | authority | 1240483 | Orbaceae | | scientific name | 1240483 | Orbaceae Kwong and Moran 2013 | | authority | 1240688 | Leptospira kirschneri serovar Bim str. PUO 1247 | | scientific name | 124129 | Acipenserinae | | scientific name | 124130 | Acipenserini | | scientific name | 1241616 | Staphylococcus aureus subsp. aureus DSM 20231 | | scientific name | 1241978 | 142 group | | synonym | 1241978 | Chryseobacterium bernardetii | | scientific name | 1241978 | Chryseobacterium bernardetii Holmes et al. 2013 emend. Kim et al. 2016 | | authority | 1241978 | Chryseobacterium sp. NCTC 13530 | | includes | 1242080 | Salmonella enterica subsp. enterica serovar Djakarta | | scientific name | 1242148 | Melghirimyces profundicolus | | scientific name | 1242148 | Melghirimyces profundicolus Li et al. 2013 | | authority | 1242148 | Thermoactinomycetaceae bacterium SCSIO 11153 | | includes | 1242970 | Staphylococcus aureus CN79 | | scientific name | 1242970 | Staphylococcus aureus ST239 | | synonym | 1243 | "Betacoccus" Orla-Jensen 1919 | | authority | 1243 | Betacoccus | | synonym | 1243 | Leuconostoc | | scientific name | 1243 | Leuconostoc van Tieghem 1878 (Approved Lists 1980) | | synonym | 1243583 | Salmonella enterica subsp. enterica serovar Onderstepoort | | scientific name | 1243588 | Salmonella enterica subsp. enterica serovar Paratyphi A str. SA19950809 | | scientific name | 1244 | Leuconostoc gelidum | | scientific name | 1244 | Leuconostoc gelidum Shaw and Harding 1989 emend. Rahkila et al. 2014 | | authority | 1245 | "Ascococcus mesenteroides" Tsenkovskii 1878 | | authority | 1245 | "Betacoccus arabinosaceus" Orla-Jensen 1919 | | authority | 1245 | Ascococcus mesenteroides | | synonym | 1245 | Betacoccus arabinosaceus | | synonym | 1245 | Leuconostoc mesenteroides | | scientific name | 1245 | Leuconostoc sp. 13HN | | includes | 1245 | Leuconostoc sp. CCTCC M 2016063 | | includes | 1245236 | Chiritopsis hezhouensis | | synonym | 1245236 | Chiritopsis hezhouensis W.H.Wu & W.B.Xu | | authority | 1245236 | Primulina hezhouensis | | scientific name | 1245236 | Primulina hezhouensis W.B.Xu & K.F.Chung, 2012 | | authority | 1245541 | Primulina cardaminifolia | | scientific name | 1245541 | Primulina cardaminifolia Yan Liu & W.B.Xu | | authority | 1245541 | Primulina sp. HC-2012j | | includes | 1246 | Leuconostoc argentinum | | synonym | 1246 | Leuconostoc argentinum Dicks et al. 1993 | | authority | 1246 | Leuconostoc lactis | | scientific name | 1246 | Leuconostoc lactis Garvie 1960 | | authority | 1246 | Leuconostoc sp. LMG 22650 | | includes | 1246 | Leuconostoc sp. R-21065 | | includes | 1246635 | "Candidatus Desulfamplus" Lefevre et al. 2011 | | authority | 1246635 | "Desulfamplus" Descamps et al. 2017 | | authority | 1246635 | Candidatus Desulfamplus | | synonym | 1246635 | Desulfamplus | | scientific name | 1247513 | Leucothrix pacifica | | scientific name | 1247513 | Leucothrix pacifica Zhang et al. 2015 | | authority | 1247513 | Leucothrix sp. XH122 | | includes | 1249101 | Mycobacterium celeriflavum | | synonym | 1249101 | Mycobacterium celeriflavum Shahraki et al. 2015 | | authority | 1249101 | Mycobacterium celeriflavum Shahraki et al. 2015 emend. Nouioui et al. 2018 | | authority | 1249101 | Mycobacterium sp. 852002-51296_SCH5728562-a | | includes | 1249101 | Mycobacterium sp. AFPC-000207 | | includes | 1249101 | Mycobacterium sp. AFPC000207 | | includes | 1249101 | Mycobacterium sp. E498 | | includes | 1249101 | Mycobacterium sp. FI-09258 | | includes | 1249101 | Mycobacterium sp. FI-10161 | | includes | 1249101 | Mycolicibacterium celeriflavum | | scientific name | 1249101 | Mycolicibacterium celeriflavum (Shahraki et al. 2015) Gupta et al. 2018 | | authority | 1249526 | Mannheimia haemolytica USDA-ARS-USMARC-185 | | scientific name | 1249554 | Aliidiomarina | | scientific name | 1249554 | Aliidiomarina Huang et al. 2012 | | authority | 1249554 | Aliidiomarina Huang et al. 2012 emend. Chiu et al. 2014 | | authority | 1249661 | Burkholderia thailandensis MSMB121 | | scientific name | 1250198 | Tenacibaculum sp. MAR_2010_89 | | scientific name | 1250278 | Salegentibacter sp. Hel_I_6 | | scientific name | 1250792 | Boeseman's rainbowfish | | genbank common name | 1250792 | Melanotaenia boesemani | | scientific name | 1250792 | Melanotaenia boesemani Allen & Cross, 1980 | | authority | 125216 | Roseomonas | | scientific name | 125216 | Roseomonas Rihs et al. 1998 | | authority | 125216 | Roseomonas Rihs et al. 1998 emend. Rai et al. 2021 | | authority | 125216 | Roseomonas Rihs et al. 1998 emend. Sanchez-Porro et al. 2009 | | authority | 125216 | Roseomonas Rihs et al. 1998 emend. Venkata Ramana et al. 2010 | | authority | 125216 | Teichococcus | | synonym | 125216 | Teichococcus Kampfer et al. 2003 | | authority | 125216 | Teichococcus Kampfer et al. 2003 emend. Liu and Xin 2024 | | authority | 1252372 | unclassified Platygastridae | | scientific name | 125287 | Ornithinimicrobium | | scientific name | 125287 | Ornithinimicrobium Groth et al. 2001 | | authority | 125287 | Ornithinimicrobium Groth et al. 2001 emend. Fang et al. 2020 | | authority | 125288 | Ornithinimicrobium humiphilum | | scientific name | 125288 | Ornithinimicrobium humiphilum Groth et al. 2001 | | authority | 125295 | Bombycillidae | | scientific name | 125296 | Bombycilla | | scientific name | 125297 | Ampelis garrulus | | synonym | 125297 | Bombycilla garrula | | synonym | 125297 | Bombycilla garrulus | | scientific name | 125297 | Bombycilla garrulus (Linnaeus, 1758) | | authority | 125297 | Lanius garrulus | | synonym | 125297 | Lanius garrulus Linnaeus, 1758 | | authority | 125297 | bohemian waxwing | | common name | 1253 | Pediococcus | | scientific name | 1253 | Pediococcus Balcke 1884 (sic) | | authority | 1253 | Pediococcus Claussen 1903 | | authority | 125316 | "Beutenbergiaceae" Garrity and Holt 2001 | | authority | 125316 | Beutenbergia group | | synonym | 125316 | Beutenbergiaceae | | scientific name | 125316 | Beutenbergiaceae Zhi et al. 2009 | | authority | 125316 | Beutenbergiaceae Zhi et al. 2009 emend. Hamada et al. 2009 | | authority | 125316 | Beutenbergiaceae Zhi et al. 2009 emend. Ue et al. 2011 | | authority | 125369 | Paraphaeosphaeria | | scientific name | 125369 | Paraphaeosphaeria O.E. Erikss., 1967 | | authority | 1254 | "Pediococcus lindneri" Henneberg 1926 | | authority | 1254 | Lactobacillus sp. Lact11 | | includes | 1254 | Pediococcus acidilactici | | scientific name | 1254 | Pediococcus acidilactici Lindner 1887 (Approved Lists 1980) | | authority | 1254 | Pediococcus acidilactici Lindner 1887 (Approved Lists 1980) emend. Judicial Commission 1996 | | authority | 1254 | Pediococcus lindneri | | synonym | 1254 | Pediococcus lolii | | synonym | 1254 | Pediococcus lolii Doi et al. 2009 | | authority | 1255043 | Thioalkalivibrio nitratireducens ALEN 2 | | synonym | 1255043 | Thioalkalivibrio nitratireducens DSM 14787 | | scientific name | 1255043 | Thioalkalivibrio nitratireducens str. DSM 14787 | | equivalent name | 1255043 | Thioalkalivibrio nitratireducens strain DSM 14787 | | equivalent name | 1255046 | Massarineae | | scientific name | 125614 | Eikelboom type 021N | Eikelboom type 021N | in-part | 125614 | Thiolinea disciformis | | scientific name | 125614 | Thiolinea disciformis Boden and Scott 2018 | | authority | 125614 | Thiothrix disciformis | | synonym | 125614 | Thiothrix disciformis Aruga et al. 2002 | | authority | 125614 | Thiothrix sp. B2-7 | | includes | 125614 | Thiothrix sp. B2-8 | | includes | 125614 | Thiothrix sp. B3-1 | | includes | 125614 | Thiothrix sp. B4-1 | | includes | 125614 | Thiothrix sp. B5-1 | | includes | 125614 | Thiothrix sp. OS-F | | includes | 125614 | Thiothrix sp. SCM-A | | includes | 125614 | filamentous bacterium B2-7 | | includes | 125614 | filamentous bacterium B2-8 | | includes | 125614 | filamentous bacterium B3-1 | | includes | 125614 | filamentous bacterium B4-1 | | includes | 125614 | filamentous bacterium B5-1 | | includes | 125614 | filamentous bacterium OS-F | | includes | 125614 | filamentous bacterium SCM-A | | includes | 125627 | Eikelboom type 021N | Eikelboom type 021N | in-part | 125627 | Thiofilum flexile | | scientific name | 125627 | Thiofilum flexile Boden and Scott 2018 | | authority | 125627 | Thiothrix flexilis | | synonym | 125627 | Thiothrix flexilis Aruga et al. 2002 | | authority | 125627 | Thiothrix sp. EJ1M-B | | includes | 125627 | Thiothrix sp. EJ2M-B | | includes | 125627 | Thiothrix sp. SNR-3 | | includes | 125627 | filamentous bacterium EJ1M-B | | includes | 125627 | filamentous bacterium EJ2M-B | | includes | 125627 | filamentous bacterium SNR-3 | | includes | 1257 | Peptostreptococcus | | scientific name | 1257 | Peptostreptococcus Kluyver and van Niel 1936 (Approved Lists 1980) | | authority | 1257 | Peptostreptococcus Kluyver and van Niel 1936 (Approved Lists 1980) emend. Ezaki et al. 1983 | | authority | 1257 | Peptostreptococcus Kluyver and van Niel 1936 (Approved Lists 1980) emend. Ezaki et al. 2001 | | authority | 1257080 | Paenibacillus sp. PAMC 26794 | | scientific name | 126 | Planctomycetaceae | | scientific name | 126 | Planctomycetaceae Schlesner and Stackebrandt 1987 | | authority | 126 | Planctomycetaceae Schlesner and Stackebrandt 1987 emend. Dedysh et al. 2020 | | authority | 126 | Planctomycetaceae Schlesner and Stackebrandt 1987 emend. Scheuner et al. 2014 | | authority | 126 | Planctomycetaceae Schlesner and Stackebrandt 1987 emend. Ward 2011 | | authority | 1260 | Finegoldia magna | | scientific name | 1260 | Finegoldia magna (Prevot 1933) Murdoch and Shah 2000 | | synonym | 1260 | Peptococcus magnus (Prevot 1933) Holdeman and Moore 1972 (Approved Lists 1980) | | synonym | 1260 | Peptostreptococcus magnus | | synonym | 1260 | Peptostreptococcus magnus (Prevot 1933) Ezaki et al. 1983 | | authority | 1260955 | Streptosporangium sandarakinum | | scientific name | 1260955 | Streptosporangium sandarakinum Kampfer et al. 2013 | | authority | 1260955 | Streptosporangium sp. GW-12028 | | includes | 1261032 | Serratia sp. ISTD04 | | scientific name | 1261042 | Exocentrus | | scientific name | 1261273 | Anomala chapini | | scientific name | 1261273 | Anomala chapini Robinson, 1948 | | authority | 1261624 | Pseudomonas sp. URIL14HWK12:I10 | | scientific name | 1261626 | Pseudomonas sp. URIL14HWK12:I11 | | scientific name | 1261628 | Pseudomonas sp. URIL14HWK12:I12 | | scientific name | 1261629 | Pseudomonas sp. URMO17WK12:I6 | | scientific name | 1261633 | Pseudomonas sp. URIL14HWK12:I9 | | scientific name | 1262452 | Streptomyces sp. 769 | | scientific name | 1262740 | Bacteroides sp. CAG:462 | | scientific name | 1262746 | Bacteroides sp. CAG:661 | | scientific name | 1262750 | Bacteroides sp. CAG:754 | | scientific name | 126277 | Microthlaspi | | scientific name | 126277 | Microthlaspi F.K.Mey., 1973 | | authority | 1262772 | Clostridium sp. CAG:1219 | | scientific name | 1262773 | Clostridium sp. CAG:122 | | scientific name | 1262792 | Clostridium sp. CAG:299 | | scientific name | 1262804 | Clostridium sp. CAG:417 | | scientific name | 1262889 | Eubacterium sp. CAG:38 | | scientific name | 1262895 | Eubacterium sp. CAG:86 | | scientific name | 1262936 | Prevotella sp. CAG:873 | | scientific name | 1263 | Ruminococcus | | scientific name | 1263 | Ruminococcus Sijpesteijn 1948 | | authority | 1263046 | Bacteroides fragilis CAG:47 | | scientific name | 1263090 | Odoribacter splanchnicus CAG:14 | | scientific name | 1263107 | Blautia obeum CAG:39 | | scientific name | 1263107 | Ruminococcus obeum CAG:39 | | synonym | 126344 | Phormidium tenue | | scientific name | 1263636 | Microbacterium kyungheense | | scientific name | 1263636 | Microbacterium kyungheense Kook et al. 2014 | | authority | 1263636 | Microbacterium sp. THG-C26 | | includes | 12637 | Dengue virus | | scientific name | 126385 | "Eberthella alcalifaciens" de Salles Gomes 1944 | | authority | 126385 | Eberthella alcalifaciens | | synonym | 126385 | Proteus inconstans (Ornstein 1920) Shaw and Clarke 1955 (Approved Lists 1980) | | synonym | 126385 | Providencia alcalifaciens | | scientific name | 126385 | Providencia alcalifaciens (de Salles Gomes 1944) Ewing 1962 (Approved Lists 1980) | | authority | 126396 | Heligmosomatidae | | synonym | 126396 | Heligmosomidae | | scientific name | 1264859 | Entomophthoromycota | | scientific name | 1264859 | Entomophthoromycota Humber, 2012 | | authority | 1264859 | Zygomycota | Zygomycota | in-part | 1265309 | Ruegeria mobilis F1926 | | synonym | 1265309 | Tritonibacter mobilis F1926 | | scientific name | 1265311 | Mycobacterium arosiense ATCC BAA-1401 | | synonym | 1265311 | Mycobacterium arosiense ATCC BAA-1401 = DSM 45069 | | scientific name | 1265311 | Mycobacterium arosiense DSM 45069 | | synonym | 1265311 | Mycobacterium arosiense DSM 45069 = ATCC BAA-1401 | | equivalent name | 1265311 | Mycobacterium arosiense T1921 | | synonym | 12657 | EHV-2 | | acronym | 12657 | Equid gammaherpesvirus 2 | | scientific name | 12657 | Equid herpesvirus 2 | | equivalent name | 12657 | Equine herpes virus 2 | | equivalent name | 12657 | Equine herpes virus type 2 | | equivalent name | 12657 | Equine herpesvirus 2 | | genbank common name | 12657 | equine cytomegalovirus | | equivalent name | 12657 | not_Equid_herpesvirus_2 | | equivalent name | 1265818 | Listeria aquatica FSL S10-1188 | | scientific name | 1265818 | Listeriaceae bacterium FSL S10-1188 | | synonym | 1267211 | Sediminibacterium sp. C3 | | scientific name | 1267423 | Fabibacter pacificus | | synonym | 1267423 | Fabibacter pacificus Huo et al. 2013 | | authority | 1267423 | Fabibacter sp. DY53 | | includes | 1267423 | Roseivirga pacifica | | scientific name | 1267423 | Roseivirga pacifica (Huo et al. 2013) Garcia-Lopez et al. 2020 | | synonym | 1267547 | Bacillus subtilis MB73/2 | | scientific name | 1268 | Micrococcaceae | | scientific name | 1268 | Micrococcaceae Pribham (sic) 1929 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 1268 | Micrococcaceae Pribram 1929 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 1268 | Micrococcaceae Pribram 1929 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 1268 | Yaniaceae | | synonym | 1268 | Yaniaceae Li et al. 2005 | | authority | 1268 | Yaniellaceae | | synonym | 1268 | Yaniellaceae Li et al. 2008 emend. Zhi et al. 2009 | | authority | 1268272 | Paraperlucidibaca | | scientific name | 1268272 | Paraperlucidibaca Oh et al. 2011 emend. Yoon et al. 2013 | | authority | 1269 | Micrococcus | | scientific name | 1269 | Micrococcus Cohn 1872 (Approved Lists 1980) emend. Wieser et al. 2002 | | authority | 1269 | Micrococcus Cohn 1872 emend. Stackebrandt et al. 1995 | | authority | 1270 | "Bacteridium luteum" Schroeter 1872 | | authority | 1270 | "Micrococcus flavus" Trevisan | | synonym | 1270 | "Micrococcus lysodeikticus" Fleming 1933 | | authority | 1270 | "Sarcina lutea" (Schroeter 1872) Schroeter 1886 | | authority | 1270 | Bacteridium luteum | | synonym | 1270 | Burkholderia sp. 2385 | | includes | 1270 | Micrococcus luteus | | scientific name | 1270 | Micrococcus luteus (Schroeter 1872) Cohn 1872 (Approved Lists 1980) emend. Wieser et al. 2002 | | authority | 1270 | Micrococcus luteus (Schroeter 1872) Cohn 1872 emend. Wieser et al. 2002 emend. Nouioui et al. 2018 | | authority | 1270 | Micrococcus lysodeikticus | | synonym | 1270 | Micrococcus sp. AIAM01 | | includes | 1270 | Micrococcus sp. VTT E-072678 | | includes | 1270 | Sarcina lutea | | synonym | 12721 | AIDS virus | AIDS virus | in-part | 12721 | HIV | HIV | acronym | 12721 | Human immunodeficiency virus | | scientific name | 1272114 | Trichosalpingus | | scientific name | 1272115 | Trichosalpingus sp. NLG-2012 | | scientific name | 1272141 | Tenebrioninae | | scientific name | 127312 | Argynninae | | synonym | 127312 | Argynnini | | scientific name | 127320 | Satyrini | | scientific name | 1274358 | Oceanobacillus luteolus | | scientific name | 1274358 | Oceanobacillus luteolus Wu et al. 2014 | | authority | 1274358 | Oceanobacillus sp. WM-1 | | includes | 1274358 | Oceanobacillus sp. WM-4 | | includes | 127582 | Florida manatee | | genbank common name | 127582 | Manatus latirostris | | synonym | 127582 | Manatus latirostris Harlan, 1824 | | authority | 127582 | Trichechus manatus latirostris | | scientific name | 127582 | Trichechus manatus latirostris (Harlan, 1824) | | authority | 1275971 | Glaesserella parasuis D74 | | scientific name | 1275971 | Haemophilus parasuis D74 | | synonym | 1276229 | Spiroplasma syrphidicola ATCC 33826 | | synonym | 1276229 | Spiroplasma syrphidicola EA-1 | | scientific name | 1276290 | Caldibacillus | | scientific name | 1276290 | Caldibacillus Coorevits et al. 2012 | | authority | 1276290 | Caldibacillus Coorevits et al. 2012 emend. Gupta et al. 2020 | | authority | 1276920 | Arthrobacter gangotriensis Lz1y | | synonym | 1276920 | Paeniglutamicibacter gangotriensis Lz1y | | scientific name | 127820 | Termopsinae | | scientific name | 127821 | Termopsini | | scientific name | 127825 | Thoracotermes | | scientific name | 1278906 | Salix mongolica var. suchowensis | | synonym | 1278906 | Salix mongolica var. suchowensis (Cheng) N.Chao & G.T.Gong | | authority | 1278906 | Salix suchowensis | | scientific name | 1278906 | Salix suchowensis W.C.Cheng, 1963 | | authority | 1279 | "Aurococcus" Winslow and Rogers 1906 | | authority | 1279 | Aurococcus | | synonym | 1279 | Staphylococcus | | scientific name | 1279 | Staphylococcus Rosenbach 1884 (Approved Lists 1980) | | authority | 1279 | Staphylococcus Rosenbach 1884 (Approved Lists 1980) emend. Bello et al. 2023 | | authority | 1279009 | Cesiribacter andamanensis AMV16 | | scientific name | 1279009 | Flexibacter sp. AMV16 | | synonym | 127906 | Vibrio cholerae O1 | | scientific name | 127906 | Vibrio cholerae serogroup O1 | | equivalent name | 1279085 | Fusarium fujikuroi IMI 58289 | | scientific name | 1279085 | Fusarium fujikuroi IMI58289 | | equivalent name | 1279085 | Gibberella fujikuroi IMI 58289 | | equivalent name | 127916 | DRIP clade | | synonym | 127916 | Ichthyosporea | | scientific name | 127916 | Ichthyosporea Cavalier-Smith, 1998 | | authority | 127916 | Mesomycetozoa | | synonym | 127916 | Mesomycetozoea | | synonym | 127916 | Mesomycetozoea Mendoza et al., 2002 | | authority | 127928 | Leucopsar | | scientific name | 127929 | Bali myna | | common name | 127929 | Leucopsar rothschildi | | scientific name | 127929 | Leucopsar rothschildi Stresemann, 1912 | | authority | 1280 | "Micrococcus aureus" (Rosenbach 1884) Zopf 1885 | | authority | 1280 | "Micrococcus pyogenes" Lehmann and Neumann 1896 | | authority | 1280 | "Staphlococcus (sic) pyogenes citreus" Passet 1885 | | authority | 1280 | "Staphylococcus pyogenes aureus" Rosenbach 1884 | | authority | 1280 | "Staphylococcus pyogenes citreus" Passet 1985 | | authority | 1280 | Micrococcus aureus | | synonym | 1280 | Micrococcus pyogenes | | synonym | 1280 | Staphylococcus aureus | | scientific name | 1280 | Staphylococcus aureus Rosenbach 1884 (Approved Lists 1980) | | authority | 1280 | Staphylococcus aureus Rosenbach 1884 (Approved Lists 1980) emend. Madhaiyan et al. 2020 | | authority | 1280 | Staphylococcus aureus subsp. anaerobius | | synonym | 1280 | Staphylococcus aureus subsp. anaerobius De La Fuente et al. 1985 | | authority | 1280 | Staphylococcus aureus subsp. aureus | | includes | 1280 | Staphylococcus aureus subsp. aureus (Rosenbach 1884) De La Fuente et al. 1985 | | authority | 1280 | Staphylococcus pyogenes aureus | | synonym | 1280 | Staphylococcus pyogenes citreus | | synonym | 1280 | Staphylococcus sp. CCUG 17621 | | includes | 1280 | Staphylococcus sp. Fddn_Aq4 | | includes | 1280412 | Conoidasida | | scientific name | 1280412 | Conoidasida Levine 1988 | | authority | 1280681 | Butyrivibrio sp. WCD2001 | | scientific name | 1280998 | Escherichia coli HVH 50 (4-2593475) | | scientific name | 1282 | "Albococcus epidermidis" Winslow and Winslow 1908 | | authority | 1282 | "Micrococcus epidermidis" (Winslow and Winslow 1908) Hucker 1924 | | authority | 1282 | "Staphylococcus epidermidis albus" Welch 1891 | | authority | 1282 | Albococcus epidermidis | | synonym | 1282 | Micrococcus epidermidis | | synonym | 1282 | Staphylococcus epidermidis | | scientific name | 1282 | Staphylococcus epidermidis albus | | synonym | 128215 | Sphagnum magellanicum | | scientific name | 128215 | Sphagnum magellanicum Brid., 1798 | | authority | 1283 | Staphylococcus haemolyticus | | scientific name | 1283 | Staphylococcus haemolyticus Schleifer and Kloos 1975 (Approved Lists 1980) | | authority | 128389 | Nipponia | | scientific name | 128390 | Ibis nippon | | synonym | 128390 | Ibis nippon Temminck, 1835 | | authority | 128390 | Nipponia nippon | | scientific name | 128390 | Nipponia nippon (Temminck, 1835) | | authority | 128390 | crested ibis | | genbank common name | 1284197 | Dactylellina haptotyla CBS 200.50 | | scientific name | 1284197 | Monacrosporium haptotylum CBS 200.50 | | equivalent name | 1284404 | Pseudomonas fluorescens FH5 | | scientific name | 128442 | Acremonium cellulolyticus | | equivalent name | 128442 | Penicillium funiculosum NCIM1228 | | equivalent name | 128442 | Penicillium pinophilum | | synonym | 128442 | Penicillium pinophilum Hedgcock, 1910 | | authority | 128442 | Penicillium sp. 1-95 | | includes | 128442 | Talaromyces cellulolyticus | | synonym | 128442 | Talaromyces funiculosus NCIM1228 | | equivalent name | 128442 | Talaromyces pinophilus | | scientific name | 128442 | Talaromyces pinophilus (Hedgc.) Samson, Yilmaz, Frisvad & Seifert 2011 | | authority | 128442 | Talaromyces pinophilus NCIM1228 | | includes | 1284657 | "Candidatus Planktomarina" Giebel et al. 2011 | | authority | 1284657 | Candidatus Planktomarina | | synonym | 1284657 | Planktomarina | | scientific name | 1284657 | Planktomarina Giebel et al. 2013 | | authority | 1285242 | Magnetospirillum marisnigri | | synonym | 1285242 | Magnetospirillum marisnigri Dziuba et al. 2016 | | authority | 1285242 | Magnetospirillum sp. SP-1 | | includes | 1285242 | Paramagnetospirillum marisnigri | | scientific name | 1285242 | Paramagnetospirillum marisnigri (Dziuba et al. 2016) Koziaeva et al. 2023 | | authority | 1285586 | Lysinibacillus sphaericus OT4b.31 | | scientific name | 1286 | Staphylococcus simulans | | scientific name | 1286 | Staphylococcus simulans Kloos and Schleifer 1975 | | authority | 1286148 | Loktanella sediminilitoris | | synonym | 1286148 | Loktanella sediminilitoris Park et al. 2013 | | authority | 1286148 | Loktanella sp. D1-W3 | | includes | 1286148 | Yoonia sediminilitoris | | scientific name | 1286148 | Yoonia sediminilitoris (Park et al. 2013) Wirth and Whitman 2018 | | authority | 1286186 | Gluconacetobacter aggeris | | scientific name | 1286186 | Gluconacetobacter aggeris Nishijima et al. 2013 | | authority | 1286186 | Gluconacetobacter sp. T611xx-1-3a | | includes | 1286186 | Gluconacetobacter sp. T6203-4-1a | | includes | 1286322 | Leishmaniinae | | scientific name | 1286322 | Leishmaniinae Maslov and Lukes in Jirku et al. 2012 | | authority | 1286631 | Sphaerotilus natans subsp. natans DSM 6575 | | scientific name | 1286821 | Streptomyces sp. WMMB 322 | | scientific name | 1287086 | Mesorhizobium sp. L103C120A0 | | scientific name | 1287105 | Mesorhizobium sp. L2C066B000 | | scientific name | 1287233 | Mesorhizobium sp. LNHC221B00 | | scientific name | 1287270 | Mesorhizobium sp. LNJC386A00 | | scientific name | 1287274 | Mesorhizobium sp. LNJC394B00 | | scientific name | 1287276 | Mesorhizobium sp. LNJC398B00 | | scientific name | 1287277 | Mesorhizobium sp. LNJC399B00 | | scientific name | 1287280 | Mesorhizobium sp. LNJC403B00 | | scientific name | 1287285 | Mesorhizobium sp. LSHC412B00 | | scientific name | 1287322 | Mesorhizobium sp. LSJC265A00 | | scientific name | 1287334 | Mesorhizobium sp. LSJC277A00 | | scientific name | 1287474 | Atopobium parvulum DNF00906 | | synonym | 1287474 | Lancefieldella parvula DNF00906 | | scientific name | 1287727 | Roseovarius azorensis | | scientific name | 1287727 | Roseovarius azorensis Rajasabapathy et al. 2014 | | authority | 1287727 | Roseovarius sp. SSW084 | | includes | 1287735 | Achromobacter genogroup 2 | | synonym | 1287735 | Achromobacter insuavis | | scientific name | 1287735 | Achromobacter insuavis Vandamme et al. 2014 | | authority | 1287735 | Achromobacter sp. LMG 26845 | | includes | 128785 | Pseudomonas sp. WO24 | | includes | 128785 | Pseudoxanthomonas mexicana | | scientific name | 128785 | Pseudoxanthomonas mexicana Thierry et al. 2004 | | authority | 128785 | Pseudoxanthomonas sp. UR374_02 | | includes | 1288 | Staphylococcus xylosus | | scientific name | 1288 | Staphylococcus xylosus Schleifer and Kloos 1975 (Approved Lists 1980) | | authority | 128827 | Erysipelotrichaceae | | scientific name | 128827 | Erysipelotrichaceae Verbarg et al. 2004 | | authority | 128827 | Erysipelotrichaceae Verbarg et al. 2004 emend. Tegtmeier et al. 2016 | | authority | 128827 | Erysipelotrichaceae Verbarg et al. 2004 emend. Verbarg et al. 2014 | | authority | 1288410 | Pseudomonas guariconensis | | scientific name | 1288410 | Pseudomonas guariconensis Toro et al. 2013 | | authority | 1288410 | Pseudomonas sp. BCRC 17752 | | includes | 1288410 | Pseudomonas sp. PCAVU11 | | includes | 1288483 | Thermotoga neapolitana LA10 | | scientific name | 1288971 | Clostridium ultunense Esp | | synonym | 1288971 | [Clostridium] ultunense Esp | | scientific name | 1290 | Staphylococcus hominis | | scientific name | 1290 | Staphylococcus hominis Kloos and Schleifer 1975 emend. Kloos et al. 1998 | | authority | 1290773 | Bacillus subtilis E1 | | scientific name | 12908 | unclassified | | equivalent name | 12908 | unclassified sequences | unclassified sequences | blast name | 12908 | unclassified sequences | unclassified sequences | scientific name | 129136 | Pseudomonas syringae pv. broussonetiae | | scientific name | 129137 | Pseudomonas amygdali pv. eriobotryae | | scientific name | 129137 | Pseudomonas syringae pv. eriobotryae | | synonym | 129139 | Pseudomonas amygdali pv. myricae | | scientific name | 129139 | Pseudomonas syringae pv. myricae | | synonym | 1291539 | "Candidatus Methanomethylophilus" Borrel et al. 2012 | | authority | 1291539 | Candidatus Methanomethylophilus | | synonym | 1291539 | Methanomethylophilus | | scientific name | 1291539 | Methanomethylophilus Borrel et al. 2024 | | synonym | 12916 | Acidivorax | | equivalent name | 12916 | Acidovorax | | scientific name | 12916 | Acidovorax Willems et al. 1990 | | authority | 12916 | Acidovorax Willems et al. 1990 emend. Du et al. 2023 | | authority | 12916 | Acidovorax Willems et al. 1990 emend. Willems et al. 1992 | | authority | 12917 | Acidovorax facilis | | scientific name | 12917 | Acidovorax facilis (Schatz and Bovell 1952) Willems et al. 1990 | | authority | 12917 | Pseudomonas facilis (Schatz and Bovell 1952) Davis 1969 (Approved Lists 1980) | | synonym | 1292034 | Caulobacter crescentus OR37 | | synonym | 1292034 | Caulobacter vibrioides OR37 | | scientific name | 1293059 | Macrophthalmidae | | scientific name | 1293356 | Paspaleae | | scientific name | 1293356 | Paspaleae J.Presl, 1830 | | authority | 1293359 | Paspalinae | | scientific name | 1293359 | Paspalinae Griseb., 1846 | | authority | 1293361 | Cenchrinae | | scientific name | 1293361 | Cenchrinae Dumort., 1829 | | authority | 1293362 | Melinidinae | | scientific name | 1293362 | Melinidinae Pilg., 1940 | | authority | 1293365 | Panicinae | | scientific name | 1293365 | Panicinae Fr., 1835 | | authority | 129337 | Geobacillus | | scientific name | 129337 | Geobacillus Nazina et al. 2001 emend. Aiyu et al. 2016 | | authority | 129337 | Geobacillus Nazina et al. 2001 emend. Coorevits et al. 2012 | | authority | 1293497 | "Nitrospinota" Park et al. 2020 | | authority | 1293497 | Nitrospinae | | equivalent name | 1293497 | Nitrospinota | | scientific name | 1293497 | Nitrospinota corrig. Lucker et al. 2021 | | synonym | 1293498 | "Nitrospinia" Cavalier-Smith 2020 | | authority | 1293498 | "Nitrospinia" Lucker et al. 2013 | | authority | 1293498 | Nitrospinia | | scientific name | 1293498 | Nitrospinia Lucker et al. 2022 | | authority | 1293499 | "'Nitrospinales" Lucker et al. 2013 | | authority | 1293499 | Nitrospinales | | scientific name | 1293499 | Nitrospinales Lucker et al. 2022 | | authority | 1293576 | Borrelia hermsii YOR | | equivalent name | 1293576 | Borrelia nietonii YOR | | scientific name | 129394 | Xanthomonas campestris pv. oryzicola | | synonym | 129394 | Xanthomonas campestris pv. oryzicola (Fang et al. 1957) Dye 1978 | | authority | 129394 | Xanthomonas oryzae pv. oryzicola | | scientific name | 1294264 | Lysinibacillus boronitolerans 10a | | equivalent name | 1294264 | Lysinibacillus boronitolerans JCM 21713 | | equivalent name | 1294264 | Lysinibacillus boronitolerans JCM 21713 = 10a = NBRC 103108 | | scientific name | 1294264 | Lysinibacillus boronitolerans NBRC 103108 | | equivalent name | 1294267 | Cohnella lupini | | scientific name | 1294267 | Cohnella lupini Flores-Felix et al. 2014 | | authority | 1294267 | Cohnella sp. RLAHU4B | | includes | 1294270 | Melittangium boletus DSM 14713 | | scientific name | 1294270 | Melittangium boletus Me b8 | | synonym | 1294305 | Saccharomyces cerevisiae YJM195 | | scientific name | 1294308 | Saccharomyces cerevisiae YJM270 | | scientific name | 1294317 | Saccharomyces cerevisiae YJM627 | | scientific name | 1294340 | Saccharomyces cerevisiae YJM1248 | | scientific name | 1294372 | Saccharomyces cerevisiae YJM1439 | | scientific name | 1294511 | Naumannella | | scientific name | 1294511 | Naumannella Rieser et al. 2012 | | authority | 1294511 | Naumannella Rieser et al. 2012 emend. Tian et al. 2017 | | authority | 1294630 | Claviceps purpurea var. spartinae | | synonym | 1294630 | Claviceps purpurea var. spartinae R.A. Duncan & J.F. White, 2002 | | authority | 1294630 | Claviceps sp. SP-2013c | | includes | 1294630 | Claviceps spartinae | | scientific name | 1294630 | Claviceps spartinae (R. A. Duncan & J. F. White) Pazoutova & M. Kolarik, 2015 | | authority | 1294634 | Crocodilia | | synonym | 1294634 | Crocodylia | | scientific name | 1294634 | Reptilia | Reptilia | in-part | 1294634 | alligators and others | | genbank common name | 1294634 | crocodilians | | blast name | 1294634 | reptiles | reptiles | in-part | 1294635 | Gavialidae | | scientific name | 1294636 | Alligatoridae | | scientific name | 1295533 | Cryptococcus amylolentus CBS 6039 | | scientific name | 1295533 | Cryptococcus amylolentus CBS6039 | | equivalent name | 129577 | Oceanimonas | | scientific name | 129577 | Oceanimonas corrig. Brown et al. 2001 emend. Ivanova et al. 2005 | | authority | 129577 | Oceanomonas | | synonym | 1295829 | Cryptococcus neoformans 125.91 | | scientific name | 1295829 | Cryptococcus neoformans var. grubii 125.91 | | equivalent name | 1295833 | Cryptococcus neoformans Th84 | | scientific name | 1295833 | Cryptococcus neoformans var. grubii Th84 | | equivalent name | 1295835 | Cryptococcus neoformans Bt15 | | scientific name | 1295835 | Cryptococcus neoformans var. grubii Bt15 | | equivalent name | 1295838 | Cryptococcus neoformans Gb118 | | scientific name | 1295838 | Cryptococcus neoformans var. grubii Gb118 | | equivalent name | 1295839 | Cryptococcus neoformans Bt120 | | scientific name | 1295839 | Cryptococcus neoformans var. grubii Bt120 | | equivalent name | 1295840 | Cryptococcus neoformans CHC193 | | scientific name | 1295840 | Cryptococcus neoformans var. grubii CHC193 | | equivalent name | 1295841 | Cryptococcus neoformans Bt63 | | scientific name | 1295841 | Cryptococcus neoformans var. grubii Bt63 | | equivalent name | 1296 | Mammaliicoccus sciuri | | scientific name | 1296 | Mammaliicoccus sciuri (Kloos et al. 1976) Madhaiyan et al. 2020 | | authority | 1296 | Staphylococcus sciuri ATCC 29062 | | includes | 1296 | Staphylococcus sciuri Kloos et al. 1976 (Approved Lists 1980) | | synonym | 1296 | Staphylococcus sciuri subsp. carnaticus | | synonym | 1296 | Staphylococcus sciuri subsp. carnaticus GVGS2 | | synonym | 1296 | Staphylococcus sciuri subsp. carnaticus Kloos et al. 1997 | | authority | 1296 | Staphylococcus sciuri subsp. rodentium | | synonym | 1296 | Staphylococcus sciuri subsp. rodentium Kloos et al. 1997 | | authority | 1296 | Staphylococcus sciuri subsp. sciuri Z8 | | synonym | 12960 | Azoarcus | | scientific name | 12960 | Azoarcus Reinhold-Hurek et al. 1993 | | authority | 1296118 | Cryptococcus amylolentus CBS 6273 | | scientific name | 1296118 | Cryptococcus amylolentus CBS6273 | | equivalent name | 1296122 | Kwoniella mangroviensis CBS 8507 | | scientific name | 1296536 | Enterobacter hormaechei subsp. xiangfangensis | | scientific name | 1296536 | Enterobacter hormaechei subsp. xiangfangensis (Gu et al. 2014) Sutton et al. 2018 | | authority | 1296536 | Enterobacter sp. 10-17 | | includes | 1296536 | Enterobacter sp. 22:NRCR 6 | | includes | 1296536 | Enterobacter sp. CNCI 250 | | includes | 1296536 | Enterobacter sp. CNCI 82_2023 | | includes | 1296536 | Enterobacter sp. DECR 6 | | includes | 1296536 | Enterobacter sp. FTCR 438 | | includes | 1296536 | Enterobacter sp. MDCL 82 | | includes | 1296536 | Enterobacter sp. PEER 294 | | includes | 1296536 | Enterobacter sp. PEER 306_2023 | | includes | 1296536 | Enterobacter sp. PEER 314_2023 | | includes | 1296536 | Enterobacter sp. PEER 367 | | includes | 1296536 | Enterobacter sp. PEER 379 | | includes | 1296536 | Enterobacter sp. PEER 384 | | includes | 1296536 | Enterobacter sp. PEER 38_2023 | | includes | 1296536 | Enterobacter sp. PEER 401_2023 | | includes | 1296536 | Enterobacter sp. PEER 488 | | includes | 1296536 | Enterobacter sp. PLCR 21 | | includes | 1296536 | Enterobacter xiangfangensis | | synonym | 1296536 | Enterobacter xiangfangensis Gu et al. 2014 | | authority | 12967 | Blastocystis | | scientific name | 12967 | Blastocystis A.G.Alexeieff, 1911 | | authority | 12968 | Blastocystis hominis | | scientific name | 12968 | Blastocystis hominis Brumpt, 1912 | | authority | 1297 | "Deinococcaeota" Oren et al. 2015 | | authority | 1297 | Deinococcaeota | | synonym | 1297 | Deinococcota | | scientific name | 1297 | Deinococcota corrig. Weisburg et al. 2021 | | authority | 1297 | Deinococcus-Thermus | | synonym | 1297 | Thermus/Deinococcus group | | equivalent name | 129701 | environmental samples | environmental samples | scientific name | 1297570 | Mesorhizobium sp. STM 4661 | | scientific name | 1298 | Deinobacter | | synonym | 1298 | Deinobacter Oyaizu et al. 1987 | | authority | 1298 | Deinococcus | | scientific name | 1298 | Deinococcus Brooks and Murray 1981 | | authority | 1298 | Deinococcus Brooks and Murray 1981 emend. Rainey et al. 1997 | | authority | 1298654 | Longirostres | | scientific name | 1298654 | Longirostres Harshman et al. 2003 | | authority | 1298855 | Novosphingobium sp. B-7 | | scientific name | 1298915 | unclassified Nitrospirota | | scientific name | 129912 | Dactylopteriformes | | synonym | 129912 | Syngnathiformes | | scientific name | 129912 | pipefishes and seahorses | | genbank common name | 129917 | Hippocampinae | | scientific name | 129917 | seahorses | | genbank common name | 129918 | Synbranchoidei | | scientific name | 129920 | Mastacembeloidei | | scientific name | 129921 | Amycolatopsis keratiniphila | | scientific name | 129921 | Amycolatopsis keratiniphila Al-Musallam et al. 2003 | | authority | 129921 | Amycolatopsis keratinophila | | equivalent name | 129922 | Saccharomonospora halophila | | scientific name | 129922 | Saccharomonospora halophila Al-Zarban et al. 2002 | | authority | 129922 | Saccharomonospora halophila Al-Zarban et al. 2002 emend. Nouioui et al. 2018 | | authority | 1299275 | Salmonella enterica subsp. enterica serovar Typhi str. CFSAN000626 | | scientific name | 1299333 | Mycobacterium xenopi 3993 | | scientific name | 129985 | Bacillus jeotgali | | synonym | 129985 | Bacillus jeotgali Yoon et al. 2001 | | authority | 129985 | Bacillus sp. SBJS01 | | synonym | 129985 | Bacillus sp. YKJ-10 | | includes | 129985 | Bacillus sp. YKJ-11 | | includes | 129985 | Mesobacillus jeotgali | | scientific name | 129985 | Mesobacillus jeotgali (Yoon et al. 2001) Patel and Gupta 2020 | | authority | 1300 | Streptococcaceae | | scientific name | 1300 | Streptococcaceae Deibel and Seeley 1974 | | authority | 1300227 | Bifidobacterium longum subsp. longum GT15 | | scientific name | 1300307 | Mesorhizobium sp. ICMP 19557 | | includes | 1300307 | Mesorhizobium sp. ICMP 19558 | | includes | 1300307 | Mesorhizobium sp. ICMP 19564 | | includes | 1300307 | Mesorhizobium sp. ICMP 19565 | | includes | 1300307 | Mesorhizobium sp. ICMP 19566 | | includes | 1300307 | Mesorhizobium sp. ICMP 19567 | | includes | 1300307 | Mesorhizobium sp. ICMP 19568 | | includes | 1300307 | Mesorhizobium sp. ICMP 19569 | | includes | 1300307 | Mesorhizobium waimense | | scientific name | 1300307 | Mesorhizobium waimense De Meyer et al. 2015 | | authority | 1301 | "Okadaella" Okada et al. 2003 | | authority | 1301 | Okadaella | | synonym | 1301 | Streptococcus | | scientific name | 1301 | Streptococcus Rosenbach 1884 (Approved Lists 1980) | | authority | 1301143 | Xanthorioideae | | scientific name | 1301143 | Xanthorioideae Arup, Schting & Froden, 2020 | | authority | 13012 | Clarias | | scientific name | 1301212 | Brownlielloideae | | synonym | 1301212 | Brownlielloideae S.Y. Kondr., Karnefelt, Elix & A. Thell, 2015 | | authority | 1301212 | Teloschistoideae | | scientific name | 1301212 | Teloschistoideae Arup, Schting & Froden, 2020 | | authority | 1301283 | Oscillatoriophycideae | | scientific name | 1301283 | Oscillatoriophycideae L.Hoffmann, J.Komarek & J. Kastovsky, 2005 | | authority | 1302 | Streptococcus gordonii | | scientific name | 1302 | Streptococcus gordonii Kilian et al. 1989 | | authority | 1302176 | Teloschistineae | | scientific name | 1302425 | Clostridium botulinum CFSAN002367 | | scientific name | 1302425 | Clostridium botulinum str. CFSAN002367 | | equivalent name | 1302650 | Bacillus subtilis subsp. subtilis str. BAB-1 | | scientific name | 1303 | Streptococcus oralis | | scientific name | 1303 | Streptococcus oralis Bridge and Sneath 1982 | | authority | 1303 | Streptococcus oralis Bridge and Sneath 1982 emend. Jensen et al. 2016 | | authority | 1303 | Streptococcus oralis Bridge and Sneath 1982 emend. Kilian et al. 1989 | | authority | 1303 | Streptococcus oralis Bridge and Sneath 1982 emend. Kilpper-Balz et al. 1985 | | authority | 1303579 | "Acidocella aromatica" Jones et al. 2013 | | authority | 1303579 | Acidocella aromatica | | scientific name | 1303579 | Acidocella aromatica Jones et al. 2021 | | authority | 1303579 | Acidocella sp. LGS-3 | | includes | 1303579 | Acidocella sp. PFBC | | includes | 1303579 | Acidocella sp. WJB-3 | | includes | 1303912 | Desulfatitalea | | scientific name | 1303912 | Desulfatitalea Higashioka et al. 2013 | | authority | 1304 | Streptococcus salivarius | | scientific name | 1304 | Streptococcus salivarius Andrewes and Horder 1906 (Approved Lists 1980) | | authority | 1304 | Streptococcus salivarius subsp. salivarius | | synonym | 1304 | Streptococcus salivarius subsp. salivarius Andrewes and Horder 1906 (Approved Lists 1980) | | authority | 1304 | Streptococcus sp. FStet12 | | includes | 1304 | Streptococcus sp. HSISS4 | | includes | 130454 | Arachis ipaensis | | scientific name | 130454 | Arachis ipaensis Krapov. & W.C.Greg., 1994 | | authority | 1305 | Streptococcus sanguinis | | scientific name | 1305 | Streptococcus sanguinis corrig. White and Niven 1946 (Approved Lists 1980) emend. Kilian et al. 1989 | | authority | 130551 | Delphacinae | | scientific name | 1305598 | Staphylococcus aureus M1 | | scientific name | 1305674 | Parapedobacter pyrenivorans | | scientific name | 1305674 | Parapedobacter pyrenivorans Zhao et al. 2013 | | authority | 1305674 | Parapedobacter sp. P4 | | includes | 1306 | Okadaella sp. | | synonym | 1306 | Streptococcus G418 | | synonym | 1306 | Streptococcus sp. | | scientific name | 1306180 | Streptomyces anandii JCM 4720 | | scientific name | 1306180 | Streptomyces anandii NBRC 13438 | | synonym | 1306180 | Streptomyces anandii NRRL B-3590 | | synonym | 1306952 | Pediococcus acidilactici D3 | | scientific name | 1307 | Streptococcus suis | | scientific name | 1307 | Streptococcus suis (ex Elliott 1966) Kilpper-Balz and Schleifer 1987 | | authority | 1307774 | Atripliceae | | scientific name | 1307774 | Atripliceae Duby, 1828 | | authority | 1307774 | Chenopodieae | | synonym | 1307774 | Chenopodieae Dumort., 1829 | | authority | 1307775 | Anserineae | | scientific name | 1307775 | Anserineae Dumort., 1824 | | authority | 1307796 | Chenopodioideae | | scientific name | 1307796 | Chenopodioideae Burnett, 1835 | | authority | 1307937 | Gluconacetobacter nataicola NRIC 0616 | | synonym | 1307937 | Komagataeibacter nataicola NRIC 0616 | | scientific name | 1307939 | Gluconacetobacter rhaeticus DSM 16663 | | synonym | 1307939 | Komagataeibacter rhaeticus DSM 16663 | | scientific name | 1307940 | Gluconacetobacter sacchari DSM 12717 | | scientific name | 1308 | Streptococcus salivarius subsp. thermophilus | | synonym | 1308 | Streptococcus salivarius subsp. thermophilus (Orla-Jensen 1919) Farrow and Collins 1984 | | authority | 1308 | Streptococcus thermophilus | | scientific name | 1308 | Streptococcus thermophilus (Orla-Jensen 1919) Schleifer et al. 1995 | | authority | 1308 | Streptococcus thermophilus Orla-Jensen 1919 (Approved Lists 1980) | | authority | 1308713 | Staphylococcus aureus ADL-331 | | scientific name | 1308713 | Staphylococcus aureus ADL-84 | | equivalent name | 1308956 | Dickeya zeae MS1 | | scientific name | 1309 | Streptococcus mutans | | scientific name | 1309 | Streptococcus mutans Clarke 1924 | | authority | 1310165 | "Ralstonia sequeirae" Remenant et al. 2011 | | authority | 1310165 | Ralstonia pseudosolanacearum | | scientific name | 1310165 | Ralstonia pseudosolanacearum Safni et al. 2014 | | authority | 1310165 | Ralstonia sequeirae | | in-part | 1310165 | Ralstonia solanacearum species complex phylotype III | | includes | 1310618 | Acinetobacter baumannii 118362 | | scientific name | 1310681 | Acinetobacter sp. 1542444 | | scientific name | 1310697 | Acinetobacter baumannii 21072 | | scientific name | 1310931 | Acinetobacter baumannii 25691_7 | | scientific name | 1310945 | Acinetobacter baumannii 24975_1 | | scientific name | 1311 | "Streptoccocus de la mammite" Nocard and Mollereau 1887 | | authority | 1311 | "Streptococcus agalactiae contagiosae" Kitt 1893 | | authority | 1311 | "Streptococcus mastitidis" Migula 1900 | | authority | 1311 | Streptoccocus de la mammite | | synonym | 1311 | Streptococcus agalactiae | | scientific name | 1311 | Streptococcus agalactiae Lehmann and Neumann 1896 | | authority | 1311 | Streptococcus agalactiae contagiosae | | synonym | 1311 | Streptococcus difficile | | synonym | 1311 | Streptococcus difficilis | | synonym | 1311 | Streptococcus difficilis corrig. Eldar et al. 1995 | | authority | 1311 | Streptococcus mastitidis | | synonym | 1311018 | Acinetobacter baumannii 25493_4 | | scientific name | 1311573 | Helicobacter pylori UM032 | | scientific name | 1311759 | Mannheimia haemolytica D171 | | scientific name | 131190 | SAR324 cluster | | scientific name | 131209 | Conjugatophyceae | | synonym | 131209 | Gamophyceae | | synonym | 131209 | Gamophyta | | synonym | 131209 | Zygnematophyceae | | scientific name | 131209 | Zygnematophyceae van den Hoek et al., 1995 | | authority | 131209 | Zygnemophyceae | | synonym | 131209 | conjugating green algae | | common name | 131210 | Desmidiales | | scientific name | 131210 | Desmidiales Bessey, 1907 | | authority | 131210 | desmids | | common name | 131211 | Closteriaceae | | scientific name | 131211 | Closteriaceae Bessey, 1907 | | authority | 131215 | Eretmocerus hayati | | scientific name | 131221 | Charophyta/Embryophyta group | | synonym | 131221 | Streptophytina | | scientific name | 131221 | charophyte/embryophyte group | | equivalent name | 13124 | Lynx | | scientific name | 1313 | "Diplococcus pneumoniae" (Klein 1884) Weichselbaum 1886 | | authority | 1313 | "Micrococcus pneumoniae" Klein 1884 | | authority | 1313 | Diplococcus pneumoniae | | synonym | 1313 | Micrococcus pneumoniae | | synonym | 1313 | Streptococcus pneumoniae | | scientific name | 13130 | Macrosiphon | | synonym | 13130 | Macrosiphum | | scientific name | 13131 | Macrosiphon euphorbiae | | synonym | 13131 | Macrosiphum euphorbiae | | scientific name | 13131 | Macrosiphum euphorbiae (Thomas, 1878) | | authority | 13131 | potato aphid | potato aphid | genbank common name | 1313211 | Lentisphaeria | | scientific name | 1313211 | Lentisphaeria Cho et al. 2012 | | authority | 1313291 | Borrelia hermsii MTW | | scientific name | 13134 | Magnetospirillum | | scientific name | 13134 | Magnetospirillum Schleifer et al. 1992 | | synonym | 13134 | Magnetospirillum Schleifer et al. 1992 emend. Hordt et al. 2020 | | authority | 13134 | Magnetospirillum Schleifer et al. 1992 emend. Koziaeva et al. 2023 | | authority | 1313767 | unclassified Cytophagia | | scientific name | 13138 | Mastotermes | | scientific name | 13139 | Darwin's termite | | common name | 13139 | Mastotermes darwinensis | | synonym | 13139 | Mastotermes darwiniensis | | scientific name | 13139 | Mastotermes darwiniensis Froggatt, 1897 | | authority | 13139 | giant northern termite | | genbank common name | 1314 | "Micrococcus scarlatinae" Klein 1884 | | authority | 1314 | "Streptococcus erysipelatos" (sic) Rosenbach 1884 | | authority | 1314 | "Streptococcus hemolyticus" Rolly 1911 | | authority | 1314 | "Streptococcus scarlatinae" Klein 1887 | | authority | 1314 | Micrococcus scarlatinae | | synonym | 1314 | Streptococcus erysipelatos | | synonym | 1314 | Streptococcus hemolyticus | | synonym | 1314 | Streptococcus pyogenes | | scientific name | 1314 | Streptococcus pyogenes Rosenbach 1884 (Approved Lists 1980) | | authority | 1314 | Streptococcus scarlatinae | | synonym | 1314666 | Schizophyllum commune Loenen D | | scientific name | 1314669 | Polychaeton citri CBS 116435 | | scientific name | 1314675 | Mycena galopus ATCC 62051 | | scientific name | 1314780 | Piedraia hortae CBS 480.64 | | scientific name | 1314798 | Backusella circina FSU 941 | | scientific name | 1314800 | Rhizopogon vinicolor AM-OR11-026 | | scientific name | 1315306 | Pseudoalteromonas ulvae UL12 | | scientific name | 131567 | biota | | synonym | 131567 | cellular organisms | | scientific name | 131568 | Kineococcus radiotolerans | | scientific name | 131568 | Kineococcus radiotolerans Phillips et al. 2002 | | authority | 131568 | Kineococcus radiotolerans Phillips et al. 2002 emend. Nouioui et al. 2018 | | authority | 131578 | Alticinae | | synonym | 131578 | Alticini | | scientific name | 131578 | Halticinae | | synonym | 131578 | flea beetles | | genbank common name | 1317064 | Phytophthora nicotianae P10297 | | scientific name | 1317065 | Phytophthora nicotianae P1569 | | scientific name | 1317066 | Phytophthora nicotianae P1976 | | scientific name | 131715 | Stator | | scientific name | 1317729 | Stigmatomma | | scientific name | 1318598 | unclassified Dehalococcoidia | | scientific name | 1319815 | Cetobacterium somerae ATCC BAA-474 | | scientific name | 1319815 | Cetobacterium somerae CCUG 46254 | | equivalent name | 1319815 | Cetobacterium somerae WAL 14325 | | equivalent name | 1320322 | Enterococcus faecalis JH2-2 | | scientific name | 1321819 | Bacteroides pyogenes F0041 | | scientific name | 1321819 | Bacteroides tectus F0041 | | synonym | 1321938 | Helicobacter pylori UM299 | | scientific name | 1321941 | Helicobacter pylori UM298 | | scientific name | 1322061 | Rhizoctonia | | scientific name | 1322061 | Rhizoctonia DC., 1805 | | authority | 1322061 | Uthatobasidium | | synonym | 1322061 | Uthatobasidium Donk, 1956 | | authority | 1323361 | Prescottella defluvii | | scientific name | 1323361 | Prescottella defluvii (Kampfer et al. 2014) Sangal et al. 2022 | | authority | 1323361 | Rhodococcus defluvii | | synonym | 1323361 | Rhodococcus defluvii Kampfer et al. 2014 | | authority | 1323361 | Rhodococcus defluvii Kampfer et al. 2014 emend. Nouioui et al. 2018 | | authority | 1323361 | Rhodococcus sp. Ca11 | | includes | 1323744 | Halopseudomonas salina | | scientific name | 1323744 | Halopseudomonas salina (Zhong et al. 2015) Rudra and Gupta 2021 | | authority | 1323744 | Neopseudomonas salina | | synonym | 1323744 | Neopseudomonas salina (Zhong et al. 2015) Saati-Santamaria et al. 2021 | | authority | 1323744 | Pseudomonas salina | | synonym | 1323744 | Pseudomonas salina Zhong et al. 2015 | | authority | 1323744 | Pseudomonas sp. XCD-X85 | | includes | 1324261 | Mycobacterium [tuberculosis] TKK-01-0051 | | scientific name | 1324261 | Mycobacterium tuberculosis TKK-01-0051 | | equivalent name | 13244 | Regulus | | scientific name | 13245 | Regulus satrapa | | scientific name | 13245 | Regulus satrapa Lichtenstein, 1823 | | authority | 13245 | golden-crowned kinglet | | genbank common name | 1324617 | Burkholderia aspalathi | | synonym | 1324617 | Burkholderia aspalathi Mavengere et al. 2014 | | authority | 1324617 | Burkholderia sp. VG1C | | includes | 1324617 | Paraburkholderia aspalathi | | scientific name | 1324617 | Paraburkholderia aspalathi (Mavengere et al. 2014) Sawana et al. 2017 | | authority | 132464 | Spatholobus | | scientific name | 132464 | Spatholobus Hassk. | | authority | 132474 | Streptomyces rimosus subsp. rimosus | | scientific name | 132474 | Streptomyces rimosus subsp. rimosus Sobin et al. 1953 | | authority | 132490 | unclassified Burkholderia group | | synonym | 132490 | unclassified Burkholderiaceae | | scientific name | 1324991 | unclassified Anaerolineaceae | | scientific name | 1325044 | unclassified Ignavibacteriaceae | | scientific name | 1325095 | "Bradyrhizobium guangzhouense" Li et al. 2019 | | authority | 1325095 | Bradyrhizobium guangzhouense | | scientific name | 1325095 | Bradyrhizobium guangzhouense Li et al. 2026 | | authority | 1325095 | Bradyrhizobium sp. CCBAU 51670 | | includes | 1325095 | Bradyrhizobium sp. CCBAU 53424 | | includes | 1325095 | Bradyrhizobium sp. CCBAU 53426 | | includes | 1325099 | Bradyrhizobium sp. CCBAU 51745 | | scientific name | 1325107 | "Bradyrhizobium zhanjiangense" Li et al. 2019 | | authority | 1325107 | Bradyrhizobium sp. CCBAU 51770 | | includes | 1325107 | Bradyrhizobium sp. CCBAU 51778 | | includes | 1325107 | Bradyrhizobium sp. CCBAU 51781 | | includes | 1325107 | Bradyrhizobium sp. CCBAU 51787 | | includes | 1325107 | Bradyrhizobium zhanjiangense | | scientific name | 1325107 | Bradyrhizobium zhanjiangense Li et al. 2026 | | authority | 1325120 | Bradyrhizobium sp. CCBAU 53421 | | scientific name | 1325634 | Candida albicans Ca529L | | scientific name | 132567 | unclassified Desulfurococcaceae | | scientific name | 1325689 | Bacillus lycopersici | | synonym | 1325689 | Bacillus lycopersici Lin et al. 2015 | | authority | 1325689 | Bacillus sp. CC-Bw-5 | | includes | 1325689 | Caldibacillus lycopersici | | synonym | 1325689 | Caldibacillus lycopersici (Lin et al. 2015) Gupta et al. 2020 | | authority | 1325689 | Perspicuibacillus lycopersici | | scientific name | 1325689 | Perspicuibacillus lycopersici (Lin et al. 2015) Yang et al. 2023 | | authority | 1325737 | Fusarium AF-6 | | equivalent name | 1325737 | Fusarium sp. AF-6 | | scientific name | 132605 | Limnothrix | | scientific name | 132605 | Limnothrix Meffert, 1988 | | authority | 1326972 | Bacillus altitudinis A23-8 | | scientific name | 1328 | "Streptococcus anginosus" Andrewes and Horder 1906 (Approved Lists 1980) | | authority | 1328 | Streptococcus anginosus | | scientific name | 1328 | Streptococcus anginosus (Andrewes and Horder 1906) Smith and Sherman 1938 (Approved Lists 1980) emend. Coykendall et al. 1987 | | authority | 1328 | Streptococcus anginosus (Andrewes and Horder 1906) Smith and Sherman 1938 (Approved Lists 1980) emend. Whiley and Beighton 1991 | | synonym | 1328300 | Cephalosporium keratoplasticum | | equivalent name | 1328300 | Cephalosporium keratoplasticum (nom. inval.) | | synonym | 1328300 | Cephalosporium keratoplasticum T. Morik., 1939 | | authority | 1328300 | FSSC 2 | | includes | 1328300 | Fusarium cf. solani 2-a DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-b DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-d DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-f DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-g DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-h DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-ii DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-jj DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-k DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-kk DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-ll DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-mm DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-nn DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-o DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-oo DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-pp DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-qq DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-rr DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-s DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-ss DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-t DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-tt DPGS-2011 | | includes | 1328300 | Fusarium cf. solani 2-uu DPGS-2011 | | includes | 1328300 | Fusarium keratoplasticum | | scientific name | 1328300 | Fusarium keratoplasticum D. Geiser, O'Donnell, Short & Ning Zhang, 2013 | | authority | 1328300 | Fusarium sp. FSSC 2ff | | includes | 1328300 | Fusarium sp. FSSC 2g | | includes | 1328300 | Fusarium sp. FSSC 2i | | includes | 1328300 | Fusarium sp. FSSC 2ww | | includes | 1328300 | Fusarium sp. FSSC_2a | | includes | 1328300 | Fusarium sp. FSSC_2a KOD-2010 | | includes | 1328300 | Fusarium sp. FSSC_2b | | includes | 1328300 | Fusarium sp. FSSC_2dd | | includes | 1328300 | Fusarium sp. FSSC_2ff | | includes | 1328300 | Fusarium sp. FSSC_2g | | includes | 1328300 | Fusarium sp. FSSC_2h | | includes | 1328300 | Fusarium sp. FSSC_2i | | includes | 1328300 | Fusarium sp. FSSC_2m | | includes | 1328300 | Fusarium sp. FSSC_2p | | includes | 1328300 | Fusarium sp. FSSC_2u | | includes | 1328300 | Fusarium sp. FSSC_2ww | | includes | 1328300 | Fusarium sp. NRRL 22791 | | includes | 1328300 | Fusarium sp. NRRL 28014 | | includes | 1328300 | Fusarium sp. NRRL 28561 | | includes | 1328300 | Fusarium sp. NRRL 32707 | | includes | 1328300 | Fusarium sp. NRRL 32710 | | includes | 1328300 | Fusarium sp. NRRL 32780 | | includes | 1328300 | Fusarium sp. NRRL 32838 | | includes | 1328300 | Fusarium sp. NRRL 32959 | | includes | 1328300 | Fusarium sp. NRRL 43433 | | includes | 1328300 | Fusarium sp. NRRL 43490 | | includes | 1328300 | Fusarium sp. NRRL 43649 | | includes | 1328300 | Fusarium sp. NRRL 46437 | | includes | 1328300 | Fusarium sp. NRRL 46438 | | includes | 1328300 | Fusarium sp. NRRL 46696 | | includes | 1328300 | Fusarium sp. NRRL 46697 | | includes | 1328300 | Hyalopus keratoplasticum | | equivalent name | 1328300 | Hyalopus keratoplasticum T. Morik. ex M.A.J. Barbosa, 1941 | | authority | 1328300 | Neocosmospora keratoplastica | | synonym | 1328300 | Neocosmospora keratoplastica (Geiser, O'Donnell, D.P.G. Short & Ning Zhang) Sand.-Den. & Crous, 2017 | | authority | 1328755 | Marasmius fiardii | | scientific name | 1328755 | Marasmius fiardii Singer, 1983 | | authority | 1328756 | Marasmius fiardii PR-910 | | scientific name | 13289 | Tilletia | | scientific name | 13289 | Tilletia Tul. & C. Tul., 1847 | | authority | 1329 | Streptococcus canis | | scientific name | 1329 | Streptococcus canis (group G) | | synonym | 1329 | Streptococcus canis Devriese et al. 1986 | | authority | 13291 | Tilletia controversa | | scientific name | 13291 | Tilletia controversa J.G. Kuhn, 1874 | | synonym | 13291 | dwarf bunt fungus | | genbank common name | 1329200 | Fictibacillus | | scientific name | 1329200 | Fictibacillus Glaeser et al. 2013 | | authority | 1329262 | Anaerosporobacter sp. Gal1 | | includes | 1329262 | Mobilisporobacter senegalensis | | scientific name | 1329262 | Mobilisporobacter senegalensis Mbengue et al. 2016 | | authority | 132932 | Acetobacterium aff. tundrae DSM 9173 | | synonym | 132932 | Acetobacterium tundrae | | scientific name | 132932 | Acetobacterium tundrae Simankova et al. 2001 | | authority | 1329799 | Archelosauria | | scientific name | 1329799 | Archelosauria Crawfort et al. 2014 | | authority | 1329799 | Archosauria-Testudines | | synonym | 1329799 | Testudines + Archosauria group | | synonym | 1329911 | Toxicofera | | scientific name | 1329911 | Toxicofera Vidal & Hedges 2009 | | authority | 1329912 | Episquamata | | scientific name | 1329916 | Fusarium decemcellulare species complex | | scientific name | 1329929 | Sphaerodactylidae | | scientific name | 1329930 | Eublepharidae | | scientific name | 1329950 | Unidentata | | scientific name | 1329961 | Bifurcata | | scientific name | 1329961 | split-tongued squamates | | genbank common name | 1329975 | Lacertibaenia | | scientific name | 1329976 | Laterata | | scientific name | 133 | Methylocystis | | scientific name | 133 | Methylocystis (ex Whittenbury et al. 1970) Bowman et al. 1993 | | synonym | 133 | Methylocystis (ex Whittenbury et al. 1970) Bowman et al. 1993 emend. Belova et al. 2013 | | authority | 133 | Methylocystis (ex Whittenbury et al. 1970) Bowman et al. 1993 emend. Dedysh et al. 2007 | | authority | 133 | Methylocystis (ex Whittenbury et al. 1970) Bowman et al. 1993 emend. Kaise et al. 2023 | | authority | 1330043 | Bacillus bombysepticus str. Wang | | scientific name | 1330547 | Kosakonia | | scientific name | 1330547 | Kosakonia Brady et al. 2013 | | authority | 1330547 | Kosakonia Brady et al. 2013 emend. Gu et al. 2014 | | authority | 133076 | Aphidinae | | scientific name | 1331061 | Escherichia coli E1777 | | scientific name | 1331062 | Escherichia coli E2265 | | scientific name | 1331200 | Bordetella bronchiseptica 3E44 | | scientific name | 1331674 | Pleurodelinae | | scientific name | 133193 | Alcalilimnicola | | synonym | 133193 | Alcalilimnigenes | | equivalent name | 133193 | Alkalilimnicola | | scientific name | 133193 | Alkalilimnicola corrig. Yakimov et al. 2001 | | authority | 1332074 | Pantoea ananatis BRT175 | | scientific name | 1332112 | Limnoraphis | | scientific name | 1332112 | Limnoraphis Komarek et al., 2013 | | authority | 1333528 | Streptomyces sp. GMY02 | | scientific name | 1333651 | Bifidobacterium moukalabense | | scientific name | 1333651 | Bifidobacterium moukalabense Tsuchida et al. 2014 | | authority | 1333998 | Tepidicaulis marinus | | scientific name | 1333998 | Tepidicaulis marinus Takeuchi et al. 2015 | | authority | 1333998 | alpha proteobacterium MA2 | | includes | 1334 | "Group II" Minett 1934 | | synonym | 1334 | "Streptococcus dysgalactiae" Diernhofer 1932 | | authority | 1334 | "Streptococcus pseudogalactiae" Plastridge and Hartsell 1937 | | authority | 1334 | Streptococcus dysgalactiae | | scientific name | 1334 | Streptococcus dysgalactiae (ex Diernhofer 1932) Garvie et al. 1983 | | authority | 1334 | Streptococcus pseudogalactiae | | synonym | 1334117 | Melioribacteraceae | | scientific name | 1334117 | Melioribacteraceae Podosokorskaya et al. 2013 | | authority | 133412 | Orphella culicis | | synonym | 133412 | Orphella culicis Tuzet & Manier, 1947 | | authority | 133412 | Smittium culicis | | scientific name | 133412 | Smittium culicis Tuzet & Manier ex Kobayasi, 1969 | | authority | 1334272 | Euphorbia subgen. Euphorbia | | scientific name | 133448 | Citrobacter genomospecies 5 | | synonym | 133448 | Citrobacter youngae | | scientific name | 133448 | Citrobacter youngae Brenner et al. 1993 | | authority | 13348 | Arthrobotrys | | scientific name | 13348 | Arthrobotrys Corda, 1839 | | authority | 13348 | Duddingtonia | | synonym | 13348 | mitosporic Ascomycota | mitosporic Ascomycota | in-part | 1335 | Streptococcus bovis | | synonym | 1335 | Streptococcus bovis Orla-Jensen 1919 (Approved Lists 1980) | | authority | 1335 | Streptococcus equinus | | scientific name | 1335 | Streptococcus equinus Andrewes and Horder 1906 (Approved Lists 1980) | | authority | 1335410 | Mycobacterium abscessus MAB_030201_1075 | | synonym | 1335410 | Mycobacteroides abscessus MAB_030201_1075 | | scientific name | 1335416 | Mycobacterium abscessus MAB_110811_1470 | | synonym | 1335416 | Mycobacteroides abscessus MAB_110811_1470 | | scientific name | 133550 | Crinozoa | | includes | 133550 | Pelmatozoa | | scientific name | 133551 | Eleutherozoa | | scientific name | 1335613 | Gordonibacter faecihominis | | synonym | 1335613 | Gordonibacter faecihominis Jin et al. 2015 | | authority | 1335613 | Gordonibacter sp. CAT-2 | | includes | 1335613 | Gordonibacter sp. CEBAS 1/15P | | includes | 1335613 | Gordonibacter sp. ResAG-26 | | synonym | 1335613 | Gordonibacter sp. ResAG-43 | | synonym | 1335613 | Gordonibacter sp. ResAG-5 | | synonym | 1335613 | Gordonibacter sp. ResAG-50 | | synonym | 1335613 | Gordonibacter sp. ResAG-59 | | synonym | 1335613 | Gordonibacter urolithinfaciens | | scientific name | 1335613 | Gordonibacter urolithinfaciens Selma et al. 2014 | | authority | 1335745 | "Spiribacter" Leon et al. 2013 | | authority | 1335745 | Spiribacter | | scientific name | 1335745 | Spiribacter Leon et al. 2014 | | authority | 1336742 | Agrobacterium sp. JL28 | | scientific name | 1336743 | Agrobacterium sp. D14 | | scientific name | 13373 | "Acinetobacter mallei" (Zopf 1885) Steel and Cowan 1964 | | authority | 13373 | "Actinobacillus mallei" (Zopf 1885) Thompson 1933 | | authority | 13373 | "Bacillus mallei" Zopf 1885 | | authority | 13373 | "Loefferella mallei" (Zopf 1885) Holden 1935 | | authority | 13373 | "Malleomyces mallei" (Zopf 1885) Pribram 1933 | | authority | 13373 | "Pfeifferella mallei" (Zopf 1885) Buchanan 1918 | | authority | 13373 | Acinetobacter mallei | | synonym | 13373 | Actinobacillus mallei | | synonym | 13373 | Bacillus mallei | | synonym | 13373 | Burkholderia mallei | | scientific name | 13373 | Burkholderia mallei (Zopf 1885) Yabuuchi et al. 1993 | | authority | 13373 | Loefferella mallei | | synonym | 13373 | Malleomyces mallei | | synonym | 13373 | Pfeifferella mallei | | synonym | 13373 | Pseudomonas mallei | | synonym | 13373 | Pseudomonas mallei (Zopf 1885) Redfearn et al. 1966 (Approved Lists 1980) | | authority | 133746 | Punctularia | | scientific name | 133746 | Punctularia Pat., 1895 | | authority | 1337936 | Calothrix sp. 336/3 | | scientific name | 133814 | "Candidatus Poseidoniales" Rinke et al. 2019 | | authority | 133814 | Candidatus Poseidoniales | | scientific name | 133814 | Poseidoniales | | equivalent name | 1338366 | Cladistia | | scientific name | 1338369 | Dipnotetrapodomorpha | | scientific name | 133894 | Farfantepenaeus | | synonym | 133894 | Fenneropenaeus | | synonym | 133894 | Litopenaeus | | synonym | 133894 | Marsupenaeus | | synonym | 133894 | Melicertus | | synonym | 133894 | Penaeus | | scientific name | 13390 | Camponotus | | scientific name | 13390 | carpenter ants | | genbank common name | 1339210 | Enterovirga rhinocerotis | | scientific name | 1339210 | Enterovirga rhinocerotis Chen et al. 2017 | | authority | 1339210 | Methylobacteriaceae bacterium YIM 100770 | | includes | 133925 | Olsenella | | scientific name | 133925 | Olsenella Dewhirst et al. 2001 | | authority | 133925 | Olsenella Dewhirst et al. 2001 emend. Kraatz et al. 2011 | | authority | 133925 | Olsenella Dewhirst et al. 2001 emend. Paek et al. 2024 | | authority | 1339286 | Bacteroides fragilis str. 3725 D9 ii | | scientific name | 1339298 | Bacteroides fragilis str. 3725 D9(v) | | scientific name | 1339314 | Bacteroides fragilis str. 3976T8 | | scientific name | 1339315 | Bacteroides fragilis str. 3988T(B)14 | | scientific name | 13396 | Carcharodon | | scientific name | 13397 | Carcharodon carcharias | | scientific name | 13397 | Carcharodon carcharias (Linnaeus,1758) | | authority | 13397 | Squalus carcharias | | synonym | 13397 | Squalus carcharias Linnaeus, 1758 | | authority | 13397 | great white shark | | genbank common name | 13397 | white shark | | common name | 1340029 | Aspergillus eucalypticola | | scientific name | 1340029 | Aspergillus eucalypticola Varga, Frisvad & Samson, 2011 | | authority | 1340029 | Aspergillus sp. JV-2008 | | includes | 1340177 | Salmonella enterica subsp. enterica serovar 4,[5],12:b:- | | scientific name | 13402 | Annamocarya | | synonym | 13402 | Annamocarya A.Chev., 1941 | | authority | 13402 | Carya | | scientific name | 13402 | Carya Nutt. | | authority | 1340430 | Bacillus sp. UNC437CL72CviS29 | | scientific name | 1340494 | Bacillus subtilis TO-A | | scientific name | 1341 | Streptococcus ratti | | scientific name | 1341 | Streptococcus ratti corrig. | | synonym | 1341 | Streptococcus ratti corrig. Coykendall 1977 (Approved Lists 1980) | | authority | 1341 | Streptococcus rattus | | synonym | 1341 | Streptococcus rattus Coykendall 1977 (Approved Lists 1980) | | authority | 1341 | Streptococcus sp. NUM 1615 | | includes | 1341 | Streptococcus ursoris | | synonym | 1341 | Streptococcus ursoris Shinozaki-Kuwahara et al. 2011 | | authority | 1341166 | Eremomyces bilateralis | | scientific name | 1341166 | Eremomyces bilateralis Malloch & Cain, 1971 | | authority | 13426 | Cichorium | | scientific name | 13426 | Cichorium L., 1753 | | authority | 13427 | Chicorium intybus L., 1753 | | authority | 13427 | Cichorium intybus | | scientific name | 13427 | Cichorium intybus L., 1753 | | authority | 13427 | Puna chicory | | includes | 13427 | chicory | | genbank common name | 13427 | radicchio | | common name | 13427 | succory | | common name | 1342794 | Photobacterium sanctipauli | | scientific name | 1342794 | Photobacterium sanctipauli Moreira et al. 2015 | | authority | 1342794 | Photobacterium sp. A-373 | | includes | 1342794 | Photobacterium sp. A-379 | | includes | 1342794 | Photobacterium sp. A-394 | | includes | 1342794 | Photobacterium sp. A-397 | | includes | 1342794 | Photobacterium sp. A-398 | | includes | 13428 | Cinnamomum | | scientific name | 13428 | Cinnamomum Schaeff., 1760 | | authority | 1343610 | Actinomortierella ambigua | | scientific name | 1343610 | Actinomortierella ambigua (B.S. Mehrotra) Vandepol & Bonito, 2020 | | authority | 1343610 | Mortierella ambigua | | synonym | 1343610 | Mortierella ambigua B.S. Mehrotra, 1963 | | authority | 134362 | Capnodiales | | scientific name | 134362 | Capnodiales Woron., 1925 | | authority | 1343895 | Pontibacter ruber | | scientific name | 1343895 | Pontibacter ruber Subhash et al. 2014 | | authority | 1343895 | Pontibacter sp. JC213 | | includes | 13442 | Coffea | | scientific name | 13442 | Coffea L., 1753 | | authority | 13442 | Paracoffea | | synonym | 13442 | Paracoffea J.-F.Leroy | | authority | 13442 | Psilanthus | | synonym | 13442 | Psilanthus Hook.f., 1873 | | authority | 13442 | coffee | coffee | common name | 13443 | Coffea arabica | | scientific name | 13443 | Coffea arabica L., 1753 | | authority | 13443 | arabica coffee | | common name | 13443 | coffee | coffee | genbank common name | 1344414 | Trichoderma reesei RUT C-30 | | scientific name | 134453 | Rhododendron rubro-punctatum | | equivalent name | 134453 | Rhododendron rubropunctatum | | scientific name | 134453 | Rhododendron rubropunctatum T.L.Ming, 1984 | | authority | 1344552 | Noviherbaspirillum | | scientific name | 1344552 | Noviherbaspirillum Lin et al. 2013 | | authority | 1344552 | Noviherbaspirillum Lin et al. 2013 emend. Li et al. 2024 | | authority | 1344953 | Backusellaceae | | scientific name | 1344953 | Backusellaceae K. Voigt & P.M. Kirk, 2012 | | authority | 1344955 | Rhizopodaceae | | scientific name | 1344955 | Rhizopodaceae K. Voigt & P.M. Kirk, 2012 | | authority | 1344959 | Citrobacter freundii complex | | scientific name | 1344962 | Choanephoroideae | | scientific name | 1344963 | Mucorineae | | scientific name | 1344966 | Phycomycetaceae | | scientific name | 1344966 | Phycomycetaceae Arx, 1982 | | authority | 134536 | Burkholderia caledonica | | synonym | 134536 | Burkholderia caledonica Coenye et al. 2001 | | authority | 134536 | Burkholderia sp. Bk | | includes | 134536 | Burkholderia sp. LMG 19076 | | includes | 134536 | Burkholderia sp. LMG19076 | | includes | 134536 | Paraburkholderia caledonica | | scientific name | 134536 | Paraburkholderia caledonica (Coenye et al. 2001) Sawana et al. 2015 | | authority | 134549 | "Spartobacteria" Sangwan et al. 2004 | | authority | 134549 | Spartobacteria | | scientific name | 134549 | Verrucomicrobia subdivision 2 | | synonym | 134549 | Xiphinematobacteriaceae | | synonym | 134601 | Mycobacterium goodii | | synonym | 134601 | Mycobacterium goodii Brown et al. 1999 | | authority | 134601 | Mycolicibacterium goodii | | scientific name | 134601 | Mycolicibacterium goodii (Brown et al. 1999) Gupta et al. 2018 | | authority | 134621 | Limisphaerales | | scientific name | 134621 | Limisphaerales Podosokorskaya et al. 2023 | | authority | 134621 | Verrucomicrobia subdivision 3 | | synonym | 134621 | subdivision 3 | | equivalent name | 134623 | Opitutaceae | | scientific name | 134623 | Opitutaceae Choo et al. 2007 | | authority | 134623 | Opitutaceae Choo et al. 2007 emend. Tegtmeier et al. 2018 | | authority | 134623 | subdivision 4 | | common name | 134625 | Kiritimatiellaeota | | equivalent name | 134625 | Kiritimatiellota | | scientific name | 134625 | Kiritimatiellota corrig. Spring et al. 2021 | | synonym | 134625 | Verrucomicrobia subdivision 5 | | common name | 134629 | Plectropomus | | scientific name | 1346330 | Sphingobacterium paucimobilis HER1398 | | scientific name | 1346330 | Sphingobacterium sp. 1398 | | synonym | 1346790 | Sphingobium chinhatense IP26 | | synonym | 1346790 | Sphingobium indicum IP26 | | scientific name | 1346790 | Sphingobium sp. IP26 | | synonym | 1347786 | Callaeas cinerea wilsoni | | synonym | 1347786 | Callaeas cinereus wilsoni | | synonym | 1347786 | Callaeas wilsoni | | scientific name | 1347786 | Callaeas wilsoni (Bonaparte, 1850) | | authority | 1347786 | Callaeus cinerea wilsoni | | synonym | 1347786 | Glaucopis cinerea wilsoni | | synonym | 1347786 | Glaucopis wilsoni | | synonym | 1347786 | Glaucopis wilsoni Bonaparte, 1850 | | authority | 1347786 | North Island kokako | | genbank common name | 1347891 | Naumannella cuiyingiana | | scientific name | 1347891 | Naumannella cuiyingiana Tian et al. 2017 | | authority | 1347891 | Naumannella sp. AFT2 | | includes | 1348393 | Pseudoalteromonas sp. H105 | | scientific name | 1348616 | Dentiscutata erythropus | | scientific name | 1348616 | Dentiscutata erythropus (Koske & C. Walker) C. Walker & D. Redecker | | synonym | 1348616 | Gigaspora erythropus | | synonym | 1348616 | Gigaspora erythropus Koske & C. Walker, 1984 | | authority | 1348616 | Quatunica erythropus | | synonym | 1348616 | Quatunica erythropus (Koske & C. Walker) F.A. Souza, Sieverd. & Oehl, 2009 | | authority | 1348616 | Scutellospora erythropus (Koske & C. Walker) C. Walker & F.E. Sanders, 1986 | | synonym | 1348663 | Kitasatospora cheerisanensis KCTC 2395 | | scientific name | 134875 | Xanthomonas campestris pv. translucens | | synonym | 134875 | Xanthomonas campestris pv. translucens (Jones et al. 1917) Dye 1978 | | authority | 134875 | Xanthomonas translucens pv. translucens | | scientific name | 134875 | Xanthomonas translucens pv. translucens (Jones et al. 1917) Vauterin et al. 1995 | | authority | 1348853 | Novosphingobium malaysiense | | scientific name | 1348853 | Novosphingobium malaysiense Lee et al. 2014 | | authority | 1348853 | Novosphingobium sp. 273 | | includes | 1349 | Streptococcus uberis | | scientific name | 1349 | Streptococcus uberis Diernhofer 1932 | | authority | 1349415 | Streptococcus loxodontisalivarius | | scientific name | 1349415 | Streptococcus loxodontisalivarius Saito et al. 2014 | | authority | 1349415 | Streptococcus sp. NUM 6304 | | includes | 1349434 | Paenibacillus sp. P32E | | scientific name | 1349818 | Herminiimonas sp. CN | | scientific name | 1350 | "Enterococcus" Thiercelin and Jouhaud 1903 | | authority | 1350 | Enterococcus | | scientific name | 1350 | Enterococcus (ex Thiercelin and Jouhaud 1903) Schleifer and Kilpper-Balz 1984 | | authority | 1350487 | Cyclodes omma | | scientific name | 1350487 | Cyclodes omma (van der Hoeven, 1840) | | authority | 1350487 | Erebus omma | | synonym | 1350487 | Erebus omma van der Hoeven, 1840 | | authority | 135083 | Selenomonas noxia | | scientific name | 135083 | Selenomonas noxia Moore et al. 1987 | | authority | 1351 | "Enterococcus proteiformis" Thiercelin and Jouhaud 1903 | | authority | 1351 | "Enterocoque" Thiercelin 1902 | | authority | 1351 | "Micrococcus ovalis" Escherich 1886 | | authority | 1351 | "Micrococcus zymogenes" MacCallum and Hastings 1899 | | authority | 1351 | "Streptococcus glycerinaceus" Orla-Jensen 1919 | | authority | 1351 | "Streptococcus liquefaciens" Sternberg 1892 | | authority | 1351 | Enterococcus faecalis | | scientific name | 1351 | Enterococcus faecalis (Andrewes and Horder 1906) Schleifer and Kilpper-Balz 1984 | | authority | 1351 | Enterococcus proteiformis | | synonym | 1351 | Enterococcus sp. 7L76 | | includes | 1351 | Enterococcus sp. KB1 | | includes | 1351 | Enterocoque | | synonym | 1351 | Micrococcus ovalis | | synonym | 1351 | Micrococcus zymogenes | | synonym | 1351 | Streptococcus faecalis | | synonym | 1351 | Streptococcus faecalis Andrewes and Horder 1906 (Approved Lists 1980) | | authority | 1351 | Streptococcus glycerinaceus | | synonym | 1351 | Streptococcus liquefaciens | | synonym | 13511 | Erythroxylum | | scientific name | 13511 | Erythroxylum P.Browne | | authority | 13513 | Eulemur | | scientific name | 13513 | Eulemur Simons and Rumpler, 1988 | | authority | 13513 | Petterus | | synonym | 135184 | Todus mexicanus | | scientific name | 135184 | Todus mexicanus Lesson, 1838 | | authority | 135184 | puerto rican tody | | genbank common name | 1352 | Enterococcus faecium | | scientific name | 1352 | Enterococcus faecium (Orla-Jensen 1919) Schleifer and Kilpper-Balz 1984 | | authority | 1352 | Enterococcus sp. LMG 19843 | | includes | 1352 | Streptococcus faecium | | synonym | 1352 | Streptococcus faecium Orla-Jensen 1919 (Approved Lists 1980) | | authority | 1352827 | Chytriomycetaceae | | scientific name | 1352827 | Chytriomycetaceae Letcher 2011 | | authority | 1352929 | Frankia sp. CcI6 | | scientific name | 1353008 | Aspergillus niger ATCC 13496 | | scientific name | 1353534 | Clostridium ragsdalei P11 | | scientific name | 1353952 | Calocera cornea HHB12733 | | scientific name | 1354 | Enterococcus hirae | | scientific name | 1354 | Enterococcus hirae Farrow and Collins 1985 | | authority | 1354268 | Obesumbacterium proteus ATCC 12841 | | scientific name | 135461 | Bacillus subtilis subsp. subtilis | | scientific name | 135461 | Bacillus subtilis subsp. subtilis (Ehrenberg 1835) Cohn 1872 (Approved Lists 1980) | | authority | 135487 | Nocardia cyriacigeorgica | | scientific name | 135487 | Nocardia cyriacigeorgica corrig. Yassin et al. 2001 | | authority | 135487 | Nocardia cyriacigeorgici | | synonym | 135487 | Nocardia cyriacigeorgici Yassin et al. 2001 | | authority | 1355374 | "Aliarcobacter lanthieri" corrig. (Whiteduck-Leveillee et al. 2015) Perez-Cataluna et al. 2019 | | authority | 1355374 | Aliarcobacter lanthieri | | scientific name | 1355374 | Aliarcobacter lanthieri (Whiteduck-Leveillee et al. 2015) Perez-Cataluna et al. 2020 | | synonym | 1355374 | Arcobacter lanthieri | | synonym | 1355374 | Arcobacter lanthieri Whiteduck-Leveillee et al. 2015 | | authority | 1355374 | Arcobacter sp. AF1430 | | includes | 1355374 | Arcobacter sp. AF1440 | | includes | 1355374 | Arcobacter sp. AF1581 | | includes | 1355388 | Elizabethkingia anophelis 502 | | scientific name | 1355388 | Elizabethkingia meningoseptica 502 | | synonym | 1355531 | Helicobacter pylori UM114 | | scientific name | 135589 | Coniferiporia weirii | | scientific name | 135589 | Coniferiporia weirii (Murrill) L.W. Zhou & Y.C. Dai, 2016 | | authority | 135589 | Fomitiporia weirii | | synonym | 135589 | Fomitiporia weirii Murrill, 1914 | | authority | 135589 | Fuscoporia weirii | | synonym | 135589 | Inonotus weirii | | synonym | 135589 | Phellinidium weirii | | synonym | 135589 | Phellinus weirii | | synonym | 135589 | Poria weirii | | synonym | 135613 | Chromatiaceae/Ectothiorhodospiraceae group | | synonym | 135613 | Chromatiales | | scientific name | 135613 | Chromatiales Imhoff 2005 | | authority | 135614 | Lysobacterales | | scientific name | 135614 | Lysobacterales Christensen and Cook 1978 (Approved Lists 1980) | | authority | 135614 | Lysobacterales Christensen and Cook 1978 (Approved Lists 1980) emend. Naushad et al. 2015 | | authority | 135614 | Xanthomonadales | | synonym | 135614 | Xanthomonadales Saddler and Bradbury 2005 | | synonym | 135615 | Cardiobacteriaceae group | | synonym | 135615 | Cardiobacteriales | | scientific name | 135615 | Cardiobacteriales Garrity et al. 2005 | | authority | 135616 | Piscirickettsia group | | synonym | 135616 | Piscirickettsiaceae | | scientific name | 135616 | Piscirickettsiaceae Fryer and Lannan 2005 | | authority | 135617 | Achromatiaceae | | includes | 135617 | Achromatiaceae Massart 1901 | | authority | 135617 | Beggiatoaceae | | includes | 135617 | Beggiatoaceae Migula 1894 (Aoproved Lists 1980) | | authority | 135617 | Leucotrichaceae | | includes | 135617 | Leucotrichaceae Buchanan 1957 (Approved Lists 1980) | | authority | 135617 | Thiothrix group | | synonym | 135617 | Thiotrichaceae | | scientific name | 135617 | Thiotrichaceae Garrity et al. 2005 | | authority | 135618 | Methylococcaceae group | | synonym | 135618 | Methylococcales | | scientific name | 135618 | Methylococcales Bowman 2005 | | authority | 135619 | Oceanospirillales | | scientific name | 135619 | Oceanospirillales Garrity et al. 2005 | | authority | 135619 | Oceanospirillum/Halomonas group | | synonym | 135620 | Alcanivorax/Fundibacter group | Alcanivorax/Fundibacter group | in-part | 135620 | Oceanospirillaceae | | scientific name | 135620 | Oceanospirillaceae Garrity et al. 2005 | | authority | 135620 | Oceanospirillaceae Garrity et al. 2005 emend. Flores-Felix et al. 2025 | | authority | 135620 | Oceanospirillaceae Garrity et al. 2005 emend. Joshi et al. 2025 | | authority | 135621 | Pseudomonadaceae | | scientific name | 135621 | Pseudomonadaceae Winslow et al. 1917 (Approved Lists 1980) | | authority | 135621 | Pseudomonadaceae Winslow et al. 1917 (Approved Lists 1980) emend. Flores-Felix et al. 2025 | | authority | 135622 | Alteromonadaceae group | | synonym | 135622 | Alteromonadales | | scientific name | 135622 | Alteromonadales Bowman and McMeekin 2005 | | authority | 135623 | 'Vibrionales' | | synonym | 135623 | Vibrionaceae group | | synonym | 135623 | Vibrionales | | scientific name | 135624 | Aeromonadaceae/Succinivibrionaceae group | | synonym | 135624 | Aeromonadales | | scientific name | 135624 | Aeromonadales Martin-Carnahan and Joseph 2005 | | authority | 135625 | Pasteruellaceae group | | synonym | 135625 | Pasteurellales | | scientific name | 135625 | Pasteurellales Garrity et al. 2005 | | authority | 1356405 | Rhodococcus sp. PML026 | | scientific name | 1357 | Lactococcus | | scientific name | 1357 | Lactococcus Schleifer et al. 1986 | | authority | 1357 | lactic streptococci | | genbank common name | 135739 | Aeromarinobacter lutaoensis | | equivalent name | 135739 | Marinobacter lutaoensis | | scientific name | 135739 | Marinobacter lutaoensis Shieh et al. 2003 | | authority | 135739 | Marinothermus lutaoensis | | equivalent name | 1357716 | Batrachochytrium salamandrivorans | | scientific name | 1357716 | Batrachochytrium salamandrivorans Martel, Blooi, Bossuyt & Pasmans 2013 | | authority | 1357716 | Chytridiales sp. AM-2013 | | includes | 1357716 | Chytridiomycota sp. AM-2013 | | includes | 1357915 | Arthrobacter sp. QXT-31 | | scientific name | 1358 | Lactobacillus xylosus | | synonym | 1358 | Lactobacillus xylosus Kitahara 1938 (Approved Lists 1980) | | authority | 1358 | Lactococcus lactis | | scientific name | 1358 | Lactococcus lactis (Lister 1873) Schleifer et al. 1986 | | authority | 1358 | Streptococcus lactis (Lister 1873) Lohnis 1909 (Approved Lists 1980) | | synonym | 135858 | Catenibacterium | | scientific name | 135858 | Catenibacterium Kageyama and Benno 2000 | | authority | 1359 | "Streptococcus hollandicus" Scholl 1891 | | authority | 1359 | "Streptococcus lactis B" Ayers et al. 1924 | | authority | 1359 | Lactococcus cremoris | | scientific name | 1359 | Lactococcus cremoris (Orla-Jensen 1919) Li et al. 2021 | | authority | 1359 | Lactococcus lactis subsp. cremoris | | synonym | 1359 | Lactococcus lactis subsp. cremoris (Orla-Jensen 1919) Schleifer et al. 1986 | | authority | 1359 | Plasmid pNZ4000 | | includes | 1359 | Streptococcus cremoris | | synonym | 1359 | Streptococcus cremoris Orla-Jensen 1919 (Approved Lists 1980) | | authority | 1359 | Streptococcus hollandicus | | synonym | 1359 | Streptococcus lactis B | | synonym | 1359 | Streptococcus lactis subsp. cremoris | | synonym | 1359 | Streptococcus lactis subsp. cremoris (Orla-Jensen 1919) Garvie and Farrow 1982 | | authority | 1359174 | Orientia tsutsugamushi str. Sido | | scientific name | 136 | Spirochaetales | | scientific name | 136 | Spirochaetales Buchanan 1917 (Approved Lists 1980) | | authority | 136 | Spirochaetales Buchanan 1917 (Approved Lists 1980) emend. Gupta et al. 2013 | | authority | 1360 | "Lactococcus lactis subsp. diacitilactis (sic)" (Garvie and Farrow 1982) Schleifer et al. 1986 | | synonym | 1360 | "Streptococcus diacetilactis" Matuszewski et al. 1936 | | authority | 1360 | Lactococcus lactis (SUBSP. LACTIS) | | synonym | 1360 | Lactococcus lactis lactis | | equivalent name | 1360 | Lactococcus lactis subsp. lactis | | scientific name | 1360 | Lactococcus lactis subsp. lactis (Lister 1873) Schleifer et al. 1986 | | authority | 1360 | Streptococcus diacetilactis | | synonym | 1360 | Streptococcus lactis subsp. diacetilactis | | synonym | 1360 | Streptococcus lactis subsp. diacetilactis (ex Matuszewski et al. 1936) Garvie and Farrow 1982 | | authority | 1360 | Streptococcus lactis subsp. lactis | | synonym | 1360 | Streptococcus lactis subsp. lactis (Lister 1873) Lohnis 1909 | | authority | 136037 | Termopsis angusticollis subsp. nevadensis | | synonym | 136037 | Termopsis angusticollis subsp. nevadensis Hagen, 1874 | | authority | 136037 | Zootermopsis nevadensis | | scientific name | 136099 | Knoellia | | scientific name | 136099 | Knoellia Groth et al. 2002 emend. Nouioui et al. 2018 | | authority | 136100 | Knoellia sinensis | | scientific name | 136100 | Knoellia sinensis Groth et al. 2002 | | authority | 1363 | Enterococcus seriolicida | | synonym | 1363 | Enterococcus seriolicida Kusuda et al. 1991 | | authority | 1363 | Lactococcus garviae | | synonym | 1363 | Lactococcus garvieae | | scientific name | 1363 | Lactococcus garvieae (Collins et al. 1984) Schleifer et al. 1986 | | synonym | 1363 | Streptococcus garvieae Collins et al. 1984 | | synonym | 13632 | Lucilia sericata | | scientific name | 13632 | Lucilia sericata (Meigen, 1826) | | authority | 13632 | Musca sericata | | synonym | 13632 | Musca sericata Meigen, 1826 | | authority | 13632 | Phaenicia sericata | | synonym | 13632 | common green bottle fly | | genbank common name | 13632 | sheep blowfly | | common name | 1363568 | unclassified Solirubrobacterales | | scientific name | 136468 | Vibrio lentus | | scientific name | 136468 | Vibrio lentus Macian et al. 2001 | | authority | 1365253 | Pseudoalteromonas luteoviolacea NCIMB 1942 | | scientific name | 1365365 | Janthinobacterium sp. UMAB-60 | | scientific name | 1365662 | Campylobacter jejuni K5 | | scientific name | 1365924 | Kibdelosporangium banguiense | | scientific name | 1365924 | Kibdelosporangium banguiense Pascual et al. 2016 | | authority | 1365924 | Kibdelosporangium sp. F-240,109 | | includes | 1365962 | Bifidobacterium breve MCC 0476 | | scientific name | 136609 | Leuconostoc kimchii | | scientific name | 136609 | Leuconostoc kimchii Kim et al. 2000 | | authority | 1367491 | Campylobacter coli 76339 | | scientific name | 13675 | Scomber | | scientific name | 13676 | Pneumatophorus japonicus | | synonym | 13676 | Scomber japonicus | | scientific name | 13676 | Scomber japonicus Houttuyn, 1782 | | authority | 13676 | Spanish mackerel | Spanish mackerel | common name | 13676 | chub mackerel | | genbank common name | 1367968 | Sinosporangium | | scientific name | 1367968 | Sinosporangium Zhang et al. 2011 emend. Suriyachadkun et al. 2014 | | authority | 136836 | Cyprinodontinae | | scientific name | 136838 | Cyprinodontini | | scientific name | 136841 | Pseudomonas aeruginosa group | | scientific name | 136842 | Pseudomonas chlororaphis group | | scientific name | 136842 | Pseudomonas chlororaphis subgroup | | equivalent name | 136843 | Pseudomonas fluorescens complex | | equivalent name | 136843 | Pseudomonas fluorescens group | | scientific name | 136843 | fluorescent pseudomonads | | genbank common name | 1368430 | "Peteryoungia rosettiformans" (Kaur et al. 2011) Rahi et al. 2021 | | authority | 1368430 | Peteryoungia rosettiformans | | synonym | 1368430 | Rhizobium rosettiformans | | scientific name | 1368430 | Rhizobium rosettiformans Kaur et al. 2011 | | authority | 136845 | Pseudomonas putida group | | scientific name | 136846 | Pseudomonas stutzeri group | | equivalent name | 136846 | Stutzerimonas stutzeri group | | scientific name | 136849 | Pseudomonas syringae group | | scientific name | 13685 | Solenopsis | Solenopsis | scientific name | 13685 | Solenopsis Westwood, 1840 | | authority | 1368584 | unclassified Lentisphaeria | | scientific name | 13686 | Solenopsis invicta | | scientific name | 13686 | Solenopsis invicta Buren, 1972 | | authority | 13686 | imported red fire ant | | common name | 13686 | red fire ant | | genbank common name | 13686 | red imported fire ant | | common name | 13687 | Rhizomonas | | includes | 13687 | Rhizomonas van Bruggen et al. 1990 | | authority | 13687 | Sphingomonas | | scientific name | 13687 | Sphingomonas Yabuuchi et al. 1990 emend. Busse et al. 2003 | | authority | 13687 | Sphingomonas Yabuuchi et al. 1990 emend. Chen et al. 2012 | | authority | 13687 | Sphingomonas Yabuuchi et al. 1990 emend. Feng et al. 2017 | | authority | 13687 | Sphingomonas Yabuuchi et al. 1990 emend. Takeuchi et al. 2001 | | authority | 13687 | Sphingomonas Yabuuchi et al. 1990 emend. Yabuuchi et al. 1999 | | authority | 13687 | Sphingomonas Yabuuchi et al. 1990 emend. Yabuuchi et al. 2002 | | authority | 13689 | "Bacillus devorans" Zimmermann 1890 | | authority | 13689 | "Chromobacterium devorans" (Zimmermann 1890) Krasil'nikov 1949 | | authority | 13689 | Bacillus devorans | | synonym | 13689 | Chromobacterium devorans | | synonym | 13689 | Flavobacterium devorans | | synonym | 13689 | Flavobacterium devorans (Zimmermann 1890) Bergey et al. 1923 (Approved Lists 1980) | | authority | 13689 | Pseudomonas paucimobilis | | synonym | 13689 | Pseudomonas paucimobilis Holmes et al. 1977 (Approved Lists 1980) | | authority | 13689 | Sphingomonas paucimobilis | | scientific name | 13689 | Sphingomonas paucimobilis (Holmes et al. 1977) Yabuuchi et al. 1990 | | authority | 13690 | Beijerinckia sp. B1 | | includes | 13690 | Sphingobium sp. TJ | | includes | 13690 | Sphingobium yanoikuyae | | scientific name | 13690 | Sphingobium yanoikuyae (Yabuuchi et al. 1990) Takeuchi et al. 2001 | | authority | 13690 | Sphingomonas yanoikuyae | | synonym | 13690 | Sphingomonas yanoikuyae Yabuuchi et al. 1990 | | authority | 137 | Spirochaetaceae | | scientific name | 137 | Spirochaetaceae Schwellengrebel 1907 (Approved Lists 1980) emend. Gupta et al. 2013 | | authority | 137 | Spirochaetaceae Swellengrebel 1907 (Approved Lists 1980) | | authority | 137 | Spirochaetaceae Swellengrebel 1907 (Approved Lists 1980) emend. Abt et al. 2012 | | authority | 1372 | Planococcus | Planococcus | scientific name | 1372 | Planococcus Migula 1894 (Approved Lists 1980) emend. Nakagawa et al. 1996 | | authority | 1372 | Planococcus Migula 1894 (Approved Lists 1980) emend. Yoon et al. 2010 | | authority | 13745 | Uria | | scientific name | 13745 | murres | | genbank common name | 13746 | Atlantic murre | | common name | 13746 | Colymbus aalge | | synonym | 13746 | Colymbus aalge Pontoppidan, 1763 | | authority | 13746 | Guillemot | | common name | 13746 | Uria aalge | | scientific name | 13746 | Uria aalge (Pontoppidan, 1763) | | authority | 13746 | common murre | | genbank common name | 13749 | Vaccinium | | scientific name | 13749 | Vaccinium L., 1753 | | authority | 1375 | Aerococcus | | scientific name | 1375 | Aerococcus Williams et al. 1953 | | authority | 137519 | Hypomesus | | scientific name | 137520 | Hypomesus transpacificus | | scientific name | 137520 | Hypomesus transpacificus McAllister, 1963 | | authority | 137520 | delta smelt | | common name | 137591 | Lactobacillaceae bacterium KNUT 0156 | | includes | 137591 | Weissella cibaria | | scientific name | 137591 | Weissella cibaria Bjorkroth et al. 2002 | | authority | 137591 | Weissella kimchii | | synonym | 137591 | Weissella kimchii Choi et al. 2002 | | authority | 137658 | Pseudomonas indica | | scientific name | 137658 | Pseudomonas indica Pandey et al. 2002 | | authority | 137658 | Pseudomonas sp. IMT37 | | includes | 137658 | Pseudomonas sp. IMT40 | | includes | 1378 | Gemella | | scientific name | 1378 | Gemella Berger 1960 (Approved Lists 1980) | | authority | 1378 | Gemella Berger 1960 (Approved Lists 1980) emend. Bello et al. 2023 | | authority | 1378264 | Pichia mucosa | | synonym | 1378264 | Pichia mucosa Wick. & Kurtzman, 1971 | | authority | 1378264 | Waltiozyma mucosa | | synonym | 1378264 | Waltiozyma mucosa (Wick. & Kurtzman) H.B. Mull. & Kock, 1986 | | authority | 1378264 | Wickerhamomyces mucosus | | scientific name | 1378264 | Wickerhamomyces mucosus (Wick. & Kurtzman) Kurtzman, Robnett & Basehoar-Powers 2008 | | authority | 1378264 | Williopsis mucosa | | synonym | 1378264 | Williopsis mucosa (Wick. & Kurtzman) Kurtzman, 1991 | | authority | 1379154 | Alkalibacillus almallahensis | | scientific name | 1379154 | Alkalibacillus almallahensis Perez-Davo et al. 2014 | | authority | 1379154 | Alkalibacillus sp. S1LM8 | | includes | 13792 | Mamiellales | | scientific name | 13792 | Mamiellales Moestrup, 1984 | | authority | 1379296 | Stipitochalara longipes BDJ | | scientific name | 1379697 | "Candidatus Zixibacteria" Castelle et al. 2013 | | synonym | 1379697 | "Candidatus Zixiibacteriota" corrig. Castelle et al. 2013 | | authority | 1379697 | Candidatus Zixiibacteriota | | scientific name | 1379697 | Zixiibacteriota | | equivalent name | 1379697 | candidate division Zixibacteria | | equivalent name | 137992 | Asfarviridae | | scientific name | 138 | Borrelia | | scientific name | 138 | Borrelia Swellengrebel 1907 (Approved Lists 1980) | | authority | 138 | Borrelia Swellengrebel 1907 (Approved Lists 1980) emend. Adeolu and Gupta 2014 | | authority | 138 | Borrelia Swellengrebel 1907 (Approved Lists 1980) emend. Margos et al. 2018 | | authority | 138 | Relapsing Fever Borrelia | | common name | 1380 | Atopobium | | scientific name | 1380 | Atopobium Collins and Wallbanks 1993 emend. Cools et al. 2014 | | authority | 13802 | Ambuchananiales | | synonym | 13802 | Sphagnales | | scientific name | 13803 | Sphagnaceae | | scientific name | 13803 | Sphagnaceae Dumort., 1829 | | authority | 1380354 | Cellulomonas sp. URHE0023 | | scientific name | 1380355 | Bradyrhizobium sp. URHD0069 | | scientific name | 1380363 | Shewanella sp. 38A_GOM-205m | | scientific name | 13804 | Sphagnum | | scientific name | 13804 | Sphagnum L., 1753 | | authority | 138072 | "Candidatus Consessor aphidicola" corrig. Darby et al. 2005 | | authority | 138072 | "Candidatus Consessoris aphidicola" Darby et al. 2005 | | synonym | 138072 | "Candidatus Hamiltonella defensa" Moran et al. 2005 | | synonym | 138072 | "Candidatus Williamhamiltonella defendens" corrig. Moran et al. 2005 | | authority | 138072 | "Candidatus Williamhamiltonia defensens" corrig. Moran et al. 2005 | | synonym | 138072 | Candidatus Consessor aphidicola | | synonym | 138072 | Candidatus Williamhamiltonella defendens | | scientific name | 138072 | Consessor aphidicola | | equivalent name | 138072 | Williamhamiltonella defendens | | equivalent name | 138072 | secondary symbiont type-T of Acyrthosiphon pisum | | includes | 138072 | secondary symbiont type-T of Aphis fabae fabae | | includes | 138072 | secondary symbiont type-T of Macrosiphum rosae | | includes | 138072 | secondary symbiont type-T of Uroleucon ambrosiae | | includes | 138072 | uncultured gamma proteobacterium DAC-2000 | | includes | 138074 | "Candidatus Serratia symbiotica" Moran et al. 2005 | | authority | 138074 | Candidatus Serratia symbiotica | | synonym | 138074 | Serratia symbiotica | | scientific name | 138074 | Serratia symbiotica Sabri et al. 2011 | | authority | 138074 | secondary symbiont type-R of Acyrthosiphon pisum | | includes | 138074 | secondary symbiont type-R of Uroleucon caligatum | | includes | 1380770 | Streptomycetaceae bacterium MP113-05 | | scientific name | 13817 | Adiantum | | scientific name | 13817 | Adiantum L., 1753 | | authority | 1381753 | Moniliophthora roreri MCA 2997 | | scientific name | 13818 | Adiantum capillus | | synonym | 13818 | Adiantum capillus Sw. | | authority | 13818 | Adiantum capillus-veneris | | scientific name | 13818 | Adiantum capillus-veneris L., 1753 | | authority | 13818 | maidenhair fern | | common name | 13819 | Adiantaceae | | includes | 13819 | Adiantaceae Newman, 1840 | | authority | 13819 | Pteridaceae | | scientific name | 13819 | Pteridaceae E.D.M.Kirchn., 1831 | | authority | 1382 | "Streptococcus parvulus" Weinberg et al. 1937 | | authority | 1382 | Atopobium parvulum | | synonym | 1382 | Atopobium parvulum (Weinberg et al. 1937) Collins and Wallbanks 1993 | | authority | 1382 | Lancefieldella parvula | | scientific name | 1382 | Lancefieldella parvula (Weinberg et al. 1937) Nouioui et al. 2018 | | authority | 1382 | Peptostreptococcus parvulus | | synonym | 1382 | Peptostreptococcus parvulus (Weinberg et al. 1937) Smith 1957 (Approved Lists 1980) | | authority | 1382 | Streptococcus parvulus | | synonym | 1382 | Streptococcus parvulus (Weinberg et al. 1937) Cato 1983 | | authority | 1382522 | Kuraishia capsulata CBS 1993 | | scientific name | 1382522 | Kuraishia capsulata CBS1993 | | equivalent name | 13827 | Ophioglossales | | scientific name | 13827 | Ophioglossales Link, 1833 | | authority | 1382798 | Neotamlana nanhaiensis | | scientific name | 1382798 | Neotamlana nanhaiensis (Liu et al. 2025) Huang et al. 2025 | | authority | 1382798 | Tamlana nanhaiensis Liu et al. 2025 | | synonym | 1382798 | Tamlana sp. FHC16 | | includes | 13828 | Ophioglossaceae | | scientific name | 13828 | Ophioglossaceae Martinov, 1820 | | authority | 13828 | adder's-tongue fern family | | common name | 1382803 | Chromobacterium amazonense | | scientific name | 1382803 | Chromobacterium amazonense Menezes et al. 2015 | | authority | 1382803 | Chromobacterium sp. CBMAI 310 | | includes | 138285 | Aspergillus coremiiformis | | scientific name | 138285 | Aspergillus coremiiformis Bartoli & Maggi, 1979 | | authority | 13829 | Botrychium | | scientific name | 13829 | Botrychium Sw., 1800 | | authority | 13829 | moonworts | | common name | 1382928 | Ardenticatenia | | scientific name | 1382928 | Ardenticatenia Kawaichi et al. 2013 | | authority | 1382929 | Ardenticatenales | | scientific name | 1382929 | Ardenticatenales Kawaichi et al. 2013 | | authority | 1382930 | Ardenticatenaceae | | scientific name | 1382930 | Ardenticatenaceae Kawaichi et al. 2013 | | authority | 13832 | Botrychium strictum | | scientific name | 13832 | Botrychium strictum Underw., 1903 | | authority | 13832 | Botrypus strictus | | synonym | 13832 | Botrypus strictus (Underw.) Holub | | authority | 13832 | Sahashia stricta | | synonym | 13832 | Sahashia stricta (Underw.) Li Bing Zhang & Liang Zhang, 2020 | | authority | 1383844 | Halorubrum persicum | | scientific name | 1383844 | Halorubrum persicum Corral et al. 2015 | | authority | 1383844 | Halorubrum sp. C49 | | includes | 1384040 | Vibrio coralliilyticus OCN0008 | | synonym | 1384040 | Vibrio coralliilyticus OCN008 | | scientific name | 1384061 | Pseudomonas putida S13.1.2 | | scientific name | 1384298 | Cautires sp. UPOL A00017 | | scientific name | 1385 | Bacillales | | synonym | 1385 | Bacillales Prevot 1953 (Approved Lists 1980) | | authority | 1385 | Bacillus/Staphylococcus group | | synonym | 1385 | Caryophanales | | scientific name | 1385 | Caryophanales Peshkoff 1939 (Approved Lists 1980) | | authority | 138532 | Corynebacterium flaccumfaciens subsp. flaccumfaciens | | synonym | 138532 | Corynebacterium flaccumfaciens subsp. flaccumfaciens (Hedges 1922) Carlson and Vidaver 1982 | | authority | 138532 | Curtibacterium flaccumfaciens pv. flaccumfaciens | | equivalent name | 138532 | Curtobacterium flaccumfaciens pv. flaccumfaciens | | scientific name | 138532 | Curtobacterium flaccumfaciens pv. flaccumfaciens (Hedges 1922) Collins and Jones 1983 | | authority | 1385514 | Pontibacillus sp. Y32 | | synonym | 1385514 | Pontibacillus yanchengensis Y32 | | scientific name | 1385974 | unclassified Phycisphaeraceae | | scientific name | 1385985 | "Sphingobacterium paucimobilis" White and Suttle 2013 | | authority | 1385985 | Sphingobacterium paucimobilis | | scientific name | 1386 | Bacillus | Bacillus | scientific name | 1386 | Bacillus Cohn 1872 (Approved lists 1980) | | authority | 1386 | Bacillus Cohn 1872 (Approved lists 1980) emend. Gupta et al. 2020 | | authority | 1386 | Bacillus rRNA group 1 | | common name | 1386078 | Pseudomonas sp. EGD-AK9 | | scientific name | 1386089 | Intrasporangium oryzae KV-657 | | synonym | 1386089 | Intrasporangium oryzae NBRC 101802 | | synonym | 1386089 | Intrasporangium oryzae NRRL B-24470 | | scientific name | 1386089 | actinobacterium KV-657 | | synonym | 1386924 | Aestuariibaculum | | scientific name | 1386924 | Aestuariibaculum Jeong et al. 2013 emend. Hameed et al. 2014 | | authority | 1387165 | Sphingobium sp. FL21 | | includes | 1387165 | Sphingobium sp. NL9 | | includes | 1387165 | Sphingobium xanthum | | scientific name | 1387165 | Sphingobium xanthum Francis et al. 2014 | | authority | 1387399 | unclassified Gemmatimonadaceae | | scientific name | 1387562 | Ophidiomyces | | scientific name | 1387562 | Ophidiomyces Sigler, Hambl. & Pare, 2013 | | authority | 1387563 | Chrysosporium ophidiicola Guarro, Deanna A. Sutton, Wickes & Rajeev, 2009 | | synonym | 1387563 | Chrysosporium sp. R-3923 | | includes | 1387563 | Ophidiomyces ophidiicola | | scientific name | 1387563 | Ophidiomyces ophidiicola (Guarro, Deanna A. Sutton, Wickes & Rajeev) Sigler, Hambleton & Pare, 2013 | | synonym | 1387713 | Streptomyces smyrnaeus | | scientific name | 1387713 | Streptomyces smyrnaeus Tatar et al. 2014 | | authority | 1387713 | Streptomyces sp. SM3501 | | includes | 1388766 | Aspergillus ruber CBS 135680 | | scientific name | 1388766 | Aspergillus rubrum CBS 135680 | | equivalent name | 1388766 | Eurotium rubrum CBS 135680 | | equivalent name | 1389203 | Austropuccinia psidii MF-1 | | scientific name | 1389203 | Puccinia psidii MF-1 | | equivalent name | 1389223 | Marinobacter shengliensis | | scientific name | 1389223 | Marinobacter shengliensis Luo et al. 2015 | | authority | 1389223 | Marinobacter sp. SL013A24A | | includes | 1389223 | Marinobacter sp. SL013A34A2 | | includes | 138949 | Enterovirus B | | scientific name | 138949 | Enterovirus EV-B | | equivalent name | 138949 | Human enterovirus B | | equivalent name | 1389713 | Mycobacterium paragordonae | | scientific name | 1389713 | Mycobacterium paragordonae Kim et al. 2014 | | authority | 1389713 | Mycobacterium sp. 49061 | | includes | 1390 | "Bacillus amyloliquifaciens" (sic) Fukumoto 1943 | | authority | 1390 | Bacillus amyloliquefaciens | | scientific name | 1390 | Bacillus amyloliquefaciens (ex Fukomoto 1943) Priest et al. 1987 | | authority | 1390 | Bacillus amyloliquefaciens (ex Fukumoto 1943) Priest et al. 1987 emend. Wang et al. 2008 | | authority | 1390 | Bacillus amyloliquefaciens subsp. amyloliquefaciens | | synonym | 1390 | Bacillus amyloliquefaciens subsp. amyloliquefaciens (Priest et al. 1987) Borriss et al. 2011 | | authority | 1390 | Bacillus amyloliquifaciens | | synonym | 1390 | Bacillus sp. 39(2011) | | includes | 1390 | Bacillus sp. 51(2011) | | includes | 1390 | Bacillus sp. BHR1P1B2 | | includes | 1390 | Bacillus sp. BHR3P1B2 | | includes | 1390 | Bacillus sp. BTSS3 | | includes | 1390 | Bacillus sp. CCF7 | | includes | 1390 | Bacillus sp. EnB-bsys5 | | includes | 1390 | Bacillus sp. HU1 | | includes | 1390 | Bacillus sp. M16(2010) | | includes | 1390 | Bacillus sp. M7(2010) | | includes | 1390 | Bacillus sp. PUE-MAN5 | | includes | 139077 | Agaricus mucidus | | synonym | 139077 | Agaricus mucidus Schrad., 1794 | | authority | 139077 | Armillaria mucida | | synonym | 139077 | Collybia mucida | | synonym | 139077 | Lepiota mucida | | synonym | 139077 | Mucidula mucida | | scientific name | 139077 | Mucidula mucida (Schrad.: Fr.) Pat. 1887 | | authority | 139077 | Oudemansiella mucida | | synonym | 139077 | Oudemansiella mucida (Schrad.) Hohn. 1910 | | authority | 139077 | porcelain mushroom | | common name | 1391 | "Bacillus aneurinolyticus" Kimura and Aoyama in Aoyama 1952 | | authority | 1391 | Aneurinibacillus aneurinilyticus | | scientific name | 1391 | Aneurinibacillus aneurinilyticus corrig. (Shida et al. 1994) Shida et al. 1996 emend Heyndrickx et al. 1997 | | authority | 1391 | Aneurinibacillus aneurinolyticus | | synonym | 1391 | Bacillus aneurinilyticus | | synonym | 1391 | Bacillus aneurinilyticus corrig. (ex Aoyama 1952) Shida et al. 1994 | | authority | 1391 | Bacillus aneurinolyticus | | synonym | 1391043 | Coriolus lactineus | | synonym | 1391043 | Coriolus lactineus (Berk.) G. Cunn., 1850 | | authority | 1391043 | Cubamyces lactineus | | scientific name | 1391043 | Cubamyces lactineus (Berk.) Lucking, 2020 | | authority | 1391043 | Leiotrametes lactinea | | synonym | 1391043 | Leiotrametes lactinea (Berk.) Welti & Courtec., 2012 | | authority | 1391043 | Polyporus lactineus | | synonym | 1391043 | Polyporus lactineus Berk., 1843 | | authority | 1391043 | Trametes lactinea | | synonym | 1391043 | Trametes lactinea (Berk.) Sacc., 1888 | | authority | 1391486 | Enterococcus faecalis B327 | | synonym | 1391486 | Enterococcus faecalis EnGen0416 | | scientific name | 1391654 | Labilithrix luteola | | scientific name | 1391654 | Labilithrix luteola Yamamoto et al. 2014 | | authority | 1391654 | Sorangiineae bacterium B00002 | | includes | 1391994 | Mycobacterium avium subsp. paratuberculosis 10-8425 | | scientific name | 1392 | "Bacillus cereus var. anthracis" (Cohn 1872) Smith et al. 1946 | | authority | 1392 | "Bacteridium anthracis" (Cohn 1872) Hauduroy et al. 1953 | | authority | 1392 | Bacillus anthracis | | scientific name | 1392 | Bacillus anthracis Cohn 1872 (Approved Lists 1980) | | authority | 1392 | Bacillus anthracis pXO1 virulence plasmid | | includes | 1392 | Bacillus cereus var. anthracis | | synonym | 1392 | Bacillus sp. BHR1P1B3 | | includes | 1392 | Bacillus sp. BHR1P2B2 | | includes | 1392 | Bacillus sp. CHRIP2B2 | | includes | 1392 | Bacteridium anthracis | | synonym | 1392 | anthrax bacterium | | genbank common name | 139208 | Cellulomonas variformis MX5 | | includes | 139208 | Cellulosimicrobium variabile | | synonym | 139208 | Cellulosimicrobium variabile Bakalidou et al. 2002 | | authority | 139208 | Cellulosimicrobium variformis | | equivalent name | 139208 | Cellulosimonas variformis | | equivalent name | 139208 | Isoptericola variabilis | | scientific name | 139208 | Isoptericola variabilis (Bakalidou et al. 2002) Stackebrandt et al. 2004 | | authority | 1392243 | Eremomyces bilateralis CBS 781.70 | | scientific name | 1392248 | Aspergillus campestris IBT 28561 | | scientific name | 1392250 | Aspergillus steynii IBT 23096 | | scientific name | 1392389 | Intestinimonas | | scientific name | 1392389 | Intestinimonas Klaring et al. 2013 | | authority | 139271 | Pinus subgen. Pinus | | scientific name | 139271 | diploxylon pines | | common name | 139271 | hard pines | | genbank common name | 1393 | Bacillus brevis | Bacillus brevis | synonym | 1393 | Bacillus brevis Migula 1900 (Approved Lists 1980) | | authority | 1393 | Bacillus sp. NCIM 2531 | | includes | 1393 | Bacillus sp. NCIM 2534 | | includes | 1393 | Brevibacillus brevis | | scientific name | 1393 | Brevibacillus brevis (Migula 1900) Shida et al. 1996 | | authority | 1393 | Brevibacillus sp. 1404 | | includes | 1393 | Brevibacillus sp. JKR7 | | includes | 1393 | Lysinibacillus sp. SDF0063 | | includes | 139331 | "Denitromonas" Reyes-Umana and Coates 2023 | | authority | 139331 | Denitromonas | | scientific name | 139331 | Denitromonas Reyes-Umana and Coates 2024 | | authority | 139380 | Hymenochaetales | | scientific name | 139380 | Hymenochaetales Oberw., 1977 | | authority | 1394505 | Coluteocarpeae | | scientific name | 1394505 | Coluteocarpeae V.I.Dorof., 2004 | | authority | 1394505 | Noccaeeae | | synonym | 139456 | Cancer chinensis | | synonym | 139456 | Cancer chinensis Osbeck, 1765 | | authority | 139456 | Fenneropenaeus chinensis | | synonym | 139456 | Fenneropenaeus chinensis (Osbeck, 1765) | | authority | 139456 | Penaeus chinensis | | scientific name | 139456 | Penaeus chinensis (Osbeck, 1765) | | authority | 139456 | fleshy prawn | | common name | 139475 | Homalodisca | | scientific name | 139475 | Homalodisca Stal, 1869 | | authority | 1395130 | Massarina eburnea CBS 473.64 | | scientific name | 1396 | Bacillus cereus | | scientific name | 1396 | Bacillus cereus Frankland and Frankland 1887 (Approved Lists 1980) | | synonym | 1396 | Bacillus endorhythmos | | synonym | 1396 | Bacillus medusa | | synonym | 1396 | Bacillus sp. 2479 | | includes | 1396 | Bacillus sp. BHR3P2B3-M | | includes | 1396 | Bacillus sp. BS2(2013b) | | includes | 1396 | Bacillus sp. BV4 | | includes | 1396 | Bacillus sp. JKR50 | | includes | 1396 | Bacillus sp. JKR62 | | includes | 1396 | Bacillus sp. JP44SK22 | | includes | 1396 | Bacillus sp. JP44SK37 | | includes | 1396 | Bacillus sp. JP44SK43 | | includes | 1396 | Bacillus sp. JP44SK45 | | includes | 1396 | Bacillus sp. JSG1(2014) | | includes | 1396 | Bacillus sp. JUB018 | | includes | 1396 | Bacillus sp. KER 17 | | includes | 1396 | Bacillus sp. MZ-01 | | includes | 1396 | Bacillus sp. NCIM 2106 | | includes | 1396 | Bacillus sp. NCIM 2217 | | includes | 1396 | Bacillus sp. NCIM 2461 | | includes | 1396 | Bacillus sp. PXDK-1 | | includes | 1396 | Bacillus sp. Pf-1 | | includes | 1396 | Bacillus sp. mmm86 | | includes | 1396418 | Verrucomicrobium sp. BvORR034 | | scientific name | 1396500 | Borealophlyctidaceae | | scientific name | 1396500 | Borealophlyctidaceae Letcher | | authority | 1396500 | Borealophlyctidaceae Letcher, 2008 | | authority | 1396506 | Borealophlyctis | | scientific name | 1396506 | Borealophlyctis Letcher | | authority | 1397 | Bacillus sp. 3399BRRJ | | includes | 1397 | Bacillus sp. NCIM 2107 | | includes | 1397 | Bacillus sp. NCIM 5045 | | includes | 1397 | Bacillus sp. NCIM 5046 | | includes | 1397 | Niallia circulans | | scientific name | 1397 | Niallia circulans (Jordan 1890) Gupta et al. 2020 | | authority | 1397368 | Pseudonocardia sediminis | | scientific name | 1397368 | Pseudonocardia sediminis Zhang et al. 2014 | | authority | 1397668 | Desulforamulus aquiferis | | scientific name | 1397668 | Desulforamulus aquiferis (Berlendis et al. 2016) Watanabe et al. 2021 | | synonym | 1397668 | Desulfotomaculum aquiferis | | synonym | 1397668 | Desulfotomaculum aquiferis Berlendis et al. 2016 | | authority | 1397668 | Desulfotomaculum sp. Bs105 | | includes | 1398 | Bacillus coagulans | | synonym | 1398 | Bacillus coagulans Hammer 1915 (Approved Lists 1980) | | authority | 1398 | Bacillus coagulans Hammer 1915 (Approved Lists 1980) emend. De Clerck et al. 2004 | | authority | 1398 | Bacillus sp. NCIM 2323 | | includes | 1398 | Heyndrickxia coagulans | | scientific name | 1398 | Heyndrickxia coagulans (Hammer 1915) Narsing Rao et al. 2023 | | authority | 1398 | Lactobacillus sp. T4 | | includes | 1398 | Weizmannia coagulans | | synonym | 1398 | Weizmannia coagulans (Hammer 1915) Gupta et al. 2020 | | authority | 1398016 | Staphylococcus aureus M1395 | | scientific name | 1398745 | Bacillaceae bacterium SIJ1 | | includes | 1398745 | Litoribacterium kuwaitense | | scientific name | 1398745 | Litoribacterium kuwaitense Mahmoud et al. 2021 | | authority | 1398745 | Virgibacillus sp. SIJ1 | | includes | 1399 | Bacillaceae bacterium HQ2 | | includes | 1399 | Bacillus firmus | | synonym | 1399 | Bacillus firmus Bredemann and Werner 1933 | | authority | 1399 | Bacillus sp. JP44SK20 | | includes | 1399 | Bacillus sp. LK28 | | includes | 1399 | Bacillus sp. NCIM 2264 | | includes | 1399 | Bacillus sp. NCIM 2462 | | includes | 1399 | Cytobacillus firmus | | scientific name | 1399 | Cytobacillus firmus (Bredemann and Werner 1933) Patel and Gupta 2020 | | authority | 1399116 | Lactococcus lactis subsp. lactis KLDS 4.0325 | | scientific name | 1399770 | Entomophthoromycetes | | scientific name | 1399770 | Entomophthoromycetes Humber, 2012 | | authority | 1399969 | Burkholderia megalochromosomata | | synonym | 1399969 | Burkholderia megalochromosomata Baek et al. 2015 | | authority | 1399969 | Burkholderia sp. JC2949 | | includes | 1399969 | Caballeronia megalochromosomata | | scientific name | 1399969 | Caballeronia megalochromosomata (Baek et al. 2015) Dobritsa and Samadpour 2016 | | authority | 140 | Borrelia hermsii | | scientific name | 140 | Borrelia hermsii (Davis 1942) Steinhaus 1946 (Approved Lists 1980) | | synonym | 140 | Borrelia hermsii genomic group I | | equivalent name | 1400054 | Allocatelliglobosispora | | scientific name | 1400054 | Allocatelliglobosispora Lee and Lee 2011 | | authority | 1400700 | Suillus brevipes Sb2 | | scientific name | 1400762 | Macrolepiota fuliginosa MF-IS2 | | scientific name | 1400857 | "Candidatus Competibacteraceae" McIlroy et al. 2014 | | authority | 1400857 | Candidatus Competibacteraceae | | scientific name | 1400857 | Competibacteraceae | | equivalent name | 1400859 | "Candidatus Contendibacter" corrig. McIlroy et al. 2014 | | authority | 1400859 | "Candidatus Contendobacter" McIlroy et al. 2014 | | synonym | 1400859 | Candidatus Contendibacter | | scientific name | 1400859 | Contendibacter | | equivalent name | 1400873 | Mycobacterium tuberculosis KT-0006 | | scientific name | 1400883 | Mycobacterium tuberculosis KT-0019 | | scientific name | 1400935 | Mycobacterium tuberculosis KT-0102 | | scientific name | 1400941 | Mycobacterium tuberculosis KT-0110 | | scientific name | 1401 | "Bacillus lautus" Batchelor 1919 | | authority | 1401 | Bacillus lautus | | synonym | 1401 | Bacillus lautus (ex Batchelor 1919) Nakamura 1984 | | authority | 1401 | Paenibacillus lautus | | scientific name | 1401 | Paenibacillus lautus (Nakamura 1984) Heyndrickx et al. 1996 | | authority | 1401 | Paenibacillus sp. HF_07 | | includes | 140106 | Neonectria | | scientific name | 140106 | Neonectria Wollenw., 1917 | | authority | 1401878 | Microcystis aeruginosa LEGE 91341 | | scientific name | 1402545 | Pseudomonas aeruginosa BL04 | | scientific name | 1403365 | unclassified Desulfobacterales | | scientific name | 1403941 | Clostridium butyricum DORA_1 | | scientific name | 1404 | Bacillus megaterium | | synonym | 1404 | Bacillus megaterium de Bary 1884 (Approved Lists 1980) | | authority | 1404 | Bacillus sp. IHB B 7164 | | includes | 1404 | Bacillus sp. JP44SK2 | | includes | 1404 | Bacillus sp. NCIM 2032 | | includes | 1404 | Bacillus sp. NCIM 2087 | | includes | 1404 | Bacillus sp. NCIM 5472 | | includes | 1404 | Bacillus sp. OS42 | | includes | 1404 | Bacillus sp. WHO | | includes | 1404 | Brevibacillus sp. NAK1-14 | | includes | 1404 | Priestia megaterium | | scientific name | 1404 | Priestia megaterium (de Bary 1884) Gupta et al. 2020 | | authority | 1404 | Priestia sp. CNPSo 3706 | | includes | 1404258 | Bacillus subtilis subsp. subtilis str. OH 131.1 | | scientific name | 1404367 | Bradyrhizobium sp. 101S1MB | | includes | 1404367 | Bradyrhizobium sp. 141S2 | | includes | 1404367 | Bradyrhizobium sp. 3 65S1MB | | includes | 1404367 | Bradyrhizobium sp. 3 85S1MB | | includes | 1404367 | Bradyrhizobium sp. 65S1MB | | includes | 1404367 | Bradyrhizobium sp. 85S1MB | | includes | 1404367 | Bradyrhizobium symbiodeficiens | | scientific name | 1404367 | Bradyrhizobium symbiodeficiens Bromfield et al. 2020 | | authority | 1405 | Bacillus mycoides | | scientific name | 1405 | Bacillus mycoides Flugge 1886 (Approved Lists 1980) | | synonym | 1405 | Bacillus mycoides Flugge 1886 (Approved Lists 1980) emend. Liu et al. 2018 | | authority | 1405 | Bacillus sp. B38V | | includes | 1405 | Bacillus sp. CHR3P1B1 | | includes | 1405 | Bacillus sp. JP44SK50 | | includes | 1405 | Bacillus sp. JP44SK9 | | includes | 1405 | Bacillus sp. TAN 119 | | includes | 1405 | Bacillus weihenstephanensis | | synonym | 1405 | Bacillus weihenstephanensis Lechner et al. 1998 | | authority | 1406 | "Aerobacillus polymyxa" (Prazmowski 1880) Donker 1926 | | authority | 1406 | "Clostridium polymyxa" Prazmowski 1880 | | authority | 1406 | "Granulobacter polymyxa" (Prazmowski 1880) Beijerinck 1893 | | authority | 1406 | Aerobacillus polymyxa | | synonym | 1406 | Bacillus polymyxa | | synonym | 1406 | Bacillus polymyxa (Prazmowski 1880) Mace 1889 (Approved Lists 1980) | | authority | 1406 | Bacillus sp. NCIM 2538 | | includes | 1406 | Bacillus sp. NCIM 2540 | | includes | 1406 | Bacillus sp. NCIM 2726 | | includes | 1406 | Bacillus sp. RP 2.2 | | includes | 1406 | Clostridium polymyxa | | synonym | 1406 | Granulobacter polymyxa | | synonym | 1406 | Paenibacillus polymyxa | | scientific name | 1406 | Paenibacillus polymyxa (Prazmowski 1880) Ash et al. 1994 | | authority | 1406 | Paenibacillus sp. JCM 8035 | | includes | 1406 | Paenibacillus sp. JCM 8036 | | includes | 1406 | Paenibacillus sp. JCM 8037 | | includes | 1406 | Paenibacillus sp. JCM 8038 | | includes | 1406 | Paenibacillus sp. JCM 8039 | | includes | 1406 | Paenibacillus sp. WLY78 | | includes | 140625 | Lachnobacterium | | scientific name | 140625 | Lachnobacterium Whitford et al. 2001 | | authority | 140626 | Lachnobacterium bovis | | scientific name | 140626 | Lachnobacterium bovis LRC 5382(T) | | includes | 140626 | Lachnobacterium bovis Whitford et al. 2001 | | authority | 1407607 | Fusicatenibacter | | scientific name | 1407607 | Fusicatenibacter Takada et al. 2013 | | authority | 1408 | Bacillus aminoglucosidicus | | synonym | 1408 | Bacillus aminoglucosidicus Hamada and Umezawa | | authority | 1408 | Bacillus mesentericus | Bacillus mesentericus | in-part | 1408 | Bacillus mesentericus Trevisan | | authority | 1408 | Bacillus pumilus | | scientific name | 1408 | Bacillus pumilus Meyer and Gottheil 1901 | | authority | 1408 | Bacillus sp. CRBC-Kohala | | includes | 1408 | Bacillus sp. ES-3 | | includes | 1408 | Bacillus sp. LK21 | | includes | 1408 | Bacillus sp. LK32 | | includes | 1408 | Bacillus sp. RI06-95 | | includes | 1408 | Bacillus sp. nhk | | includes | 1408890 | Rhodobacter sp. CACIA14H1 | | scientific name | 1409 | Bacillus sp. (in: firmicutes) | | scientific name | 1410620 | Shinella sp. DD12 | | scientific name | 1410680 | "Methyloglobulus" Deutzmann and Schink in Schink 2011 | | authority | 1410680 | Methyloglobulus | | scientific name | 1410680 | Methyloglobulus Deutzmann et al. 2015 | | authority | 1410867 | Staphylococcus aureus H54403 | | scientific name | 1411023 | unclassified Peptostreptococcaceae | | scientific name | 1411316 | Nubsella sp. | | synonym | 1411316 | Pedobacter sp. | | scientific name | 1411568 | Staphylococcus aureus T69686 | | scientific name | 1413510 | Staphylococcus aureus C0673 | | scientific name | 1413568 | Staphylococcus aureus GD2010-061 | | scientific name | 1413687 | Salix dunnii | | scientific name | 1413687 | Salix dunnii C.K.Schneid., 1916 | | authority | 141390 | Chromohalobacter israelensis | | scientific name | 141390 | Chromohalobacter israelensis (Huval et al. 1996) Arahal et al. 2001 | | authority | 141390 | Chromohalobacter salexigens | | synonym | 141390 | Chromohalobacter salexigens Arahal et al. 2001 | | authority | 141390 | Halomonas elongata ATCC 33174 | | includes | 141390 | Halomonas elongata DSM 3043 | | includes | 141390 | Halomonas israelensis Huval et al. 1996 | | synonym | 1414851 | Pelistega indica | | scientific name | 1414851 | Pelistega indica Prakash et al. 2014 | | authority | 1414851 | Pelistega sp. HM-7 | | includes | 1415167 | Bacillus subtilis PY79 | | scientific name | 1415545 | Streptomyces sp. MMG1522 | | scientific name | 1415559 | Streptomyces sp. WM6391 | | scientific name | 1416333 | Trypanosoma cruzi Dm28c | | scientific name | 1416753 | Ensifer adhaerens OV14 | | scientific name | 141679 | Photorhabdus laumondii subsp. laumondii | | scientific name | 141679 | Photorhabdus laumondii subsp. laumondii Machado, Smid, Mazuch, Sindaco, Shukaili, Carranza, 2018 | | authority | 141679 | Photorhabdus luminescens subsp. laumondii | | synonym | 141679 | Photorhabdus luminescens subsp. laumondii Fischer-Le Saux et al. 1999 | | authority | 1416803 | Bordetella genogroup 9 | | synonym | 1416803 | Bordetella genomosp. 9 | | scientific name | 1416803 | Bordetella sp. AU14267 | | equivalent name | 1416808 | Bordetella genogroup 11 | | synonym | 1416808 | Bordetella genomosp. 11 | | scientific name | 1416808 | Bordetella sp. AU8856 | | includes | 1417008 | Mycobacterium tuberculosis KT-0004 | | scientific name | 1417011 | Mycobacterium tuberculosis KT-0018 | | scientific name | 1417013 | Mycobacterium tuberculosis KT-0025 | | scientific name | 1417019 | Mycobacterium tuberculosis KT-0037 | | scientific name | 1417026 | Mycobacterium tuberculosis KT-0067 | | scientific name | 1417027 | Mycobacterium tuberculosis KT-0069 | | scientific name | 1417028 | Mycobacterium tuberculosis KT-0081 | | scientific name | 1417353 | Thiodia citrana | | scientific name | 1417353 | Thiodia citrana (Hubner, 1799) | | authority | 1417353 | Tortrix citrana | | synonym | 1417353 | Tortrix citrana Hubner, 1796 | | authority | 141825 | Coregonus coulterii | | synonym | 141825 | Coregonus coulterii Eigenmann & Eigenmann, 1892 | | authority | 141825 | Prosopium coulterii | | scientific name | 141825 | Prosopium coulterii (Eigenmann & Eigenmann, 1892) | | authority | 141825 | pygmy whitefish | | genbank common name | 141832 | Echinorhynchus laevis | | synonym | 141832 | Echinorhynchus laevis Zoega, 1776 | | authority | 141832 | Pomphorhynchus laevis | | scientific name | 1419277 | "Bradyrhizobium brasilense" Martins da Costa et a. 2017 | | authority | 1419277 | Bradyrhizobium brasilense | | scientific name | 1419277 | Bradyrhizobium sp. Arg62 | | includes | 1419277 | Bradyrhizobium sp. Cham227 | | includes | 1419277 | Bradyrhizobium sp. Cham231 | | includes | 1419277 | Bradyrhizobium sp. R5 | | includes | 1419277 | Bradyrhizobium sp. UFLA 03-321 | | includes | 1419277 | Bradyrhizobium sp. UFLA03-290 | | includes | 1419277 | Bradyrhizobium sp. UFLA03-320 | | includes | 1419277 | Bradyrhizobium sp. UFLA03-321 | | includes | 1419277 | Bradyrhizobium sp. UFLA04-0212 | | includes | 1419722 | Halorubrum sp. SD626R | | scientific name | 1420599 | Pseudomonas protegens Cab57 | | scientific name | 1420891 | Micromonospora orduensis | | scientific name | 1420891 | Micromonospora orduensis Veyisoglu et al. 2020 | | authority | 1420891 | Micromonospora sp. S2509 | | includes | 1420897 | Micromonospora sp. S4605 | | scientific name | 1420912 | Pseudogymnoascus sp. VKM F-103 | | scientific name | 1420915 | Pseudogymnoascus sp. VKM F-4520 (FW-2644) | | scientific name | 1421 | Bacillus sp. G10(2009) | | includes | 1421 | Bacillus sphaericus | | synonym | 1421 | Bacillus sphaericus Meyer and Neide 1904 (Approved Lists 1980) | | authority | 1421 | Lysinibacillus sp. SDF0037 | | includes | 1421 | Lysinibacillus sphaericus | | scientific name | 1421 | Lysinibacillus sphaericus (Meyer and Neide 1904) Ahmed et al. 2007 | | authority | 1421430 | Pseudomonas granadensis | | scientific name | 1421430 | Pseudomonas granadensis Pascual et al. 2015 | | authority | 1421430 | Pseudomonas sp. F-278,770 | | includes | 142182 | "Gemmatimonadaeota" Oren et al. 2015 | | authority | 142182 | "Gemmatimonadetes" Zhang et al. 2003 | | authority | 142182 | Gemmatimonadaeota | | synonym | 142182 | Gemmatimonadetes | Gemmatimonadetes | synonym | 142182 | Gemmatimonadota | | scientific name | 142182 | Gemmatimonadota corrig. Zhang et al. 2021 | | synonym | 142182 | candidate division BD | | synonym | 142187 | "Candidatus Hydrogenedentes" Rinke et al. 2013 | | synonym | 142187 | "Candidatus Hydrogenedentota" corrig. Rinke et al. 2013 | | authority | 142187 | Candidatus Hydrogenedentota | | scientific name | 142187 | Hydrogenedentota | | equivalent name | 1422414 | Staphylococcus aureus VET0080R | | scientific name | 1422616 | Staphylococcus aureus VET0369R | | scientific name | 1423 | "Vibrio subtilis" Ehrenberg 1835 | | authority | 1423 | Arthrobacter sp. CHR2P1B1-M | | includes | 1423 | Bacillus mesentericus | Bacillus mesentericus | in-part | 1423 | Bacillus natto | | synonym | 1423 | Bacillus sp. 10405 | | includes | 1423 | Bacillus sp. 15:2 | | includes | 1423 | Bacillus sp. AECSB01 | | includes | 1423 | Bacillus sp. AECSB04 | | includes | 1423 | Bacillus sp. AECSB05 | | includes | 1423 | Bacillus sp. AECSB06 | | includes | 1423 | Bacillus sp. AECSB07 | | includes | 1423 | Bacillus sp. AECSB08 | | includes | 1423 | Bacillus sp. AECSB12 | | includes | 1423 | Bacillus sp. AECSB13 | | includes | 1423 | Bacillus sp. AECSB14 | | includes | 1423 | Bacillus sp. BS4(2013) | | includes | 1423 | Bacillus sp. BS9(2013) | | includes | 1423 | Bacillus sp. BV3 | | includes | 1423 | Bacillus sp. BV5 | | includes | 1423 | Bacillus sp. HE08 | | includes | 1423 | Bacillus sp. JKR21 | | includes | 1423 | Bacillus sp. LB002 | | includes | 1423 | Bacillus sp. LKM-BL | | includes | 1423 | Bacillus sp. PW16b | | includes | 1423 | Bacillus sp. PW19 | | includes | 1423 | Bacillus sp. RSP-GLU | | includes | 1423 | Bacillus sp. S2 BC-1 | | includes | 1423 | Bacillus sp. SWI06 | | includes | 1423 | Bacillus sp. UMX-03 | | includes | 1423 | Bacillus subtilis | | scientific name | 1423 | Bacillus subtilis (Ehrenberg 1835) Cohn 1872 (Approved Lists 1980) | | authority | 1423 | Bacillus subtilis/Bacillus globigii | Bacillus subtilis/Bacillus globigii | in-part | 1423 | Bacillus uniflagellatus | | synonym | 1423 | Brevibacillus sp. BHR3P2B5-M | | includes | 1423 | Vibrio subtilis | | synonym | 1423323 | Flavobacterium sp. AED | | scientific name | 1423451 | Mycobacterium tuberculosis BTB05-660 | | scientific name | 1423716 | Lactobacillus acidipiscis DSM 15836 | | synonym | 1423716 | Ligilactobacillus acidipiscis DSM 15836 | | scientific name | 1423753 | Lactobacillus hammesii DSM 16381 | | synonym | 1423753 | Levilactobacillus hammesii DSM 16381 | | scientific name | 1423758 | Lactobacillus hominis 61D | | synonym | 1423758 | Lactobacillus hominis CRBIP 24.179 | | synonym | 1423758 | Lactobacillus hominis CRBIP 24.179 = DSM 23910 | | equivalent name | 1423758 | Lactobacillus hominis DSM 23910 | | synonym | 1423758 | Lactobacillus hominis DSM 23910 = CRBIP 24.179 | | scientific name | 1423758 | Lactobacillus sp. 61D | | synonym | 1423787 | Lactobacillus parakefiri DSM 10551 | | synonym | 1423787 | Lentilactobacillus parakefiri DSM 10551 | | scientific name | 1423789 | Lactiplantibacillus paraplantarum DSM 10667 | | scientific name | 1423789 | Lactobacillus paraplantarum DSM 10667 | | synonym | 1423809 | Lactobacillus taiwanensis DSM 21401 | | scientific name | 1423830 | Lacticaseibacillus paracasei subsp. tolerans DSM 20258 | | scientific name | 1423830 | Lactobacillus paracasei subsp. tolerans DSM 20258 | | synonym | 1424203 | Pseudomonas lalucatii | | scientific name | 1424203 | Pseudomonas lalucatii Busquets et al. 2021 | | authority | 1424203 | Pseudomonas sp. A2bC-1 | | includes | 1424203 | Pseudomonas sp. A2bc1 | | includes | 1424203 | Pseudomonas sp. R1b-4 | | includes | 1424203 | Pseudomonas sp. R1b-52 | | includes | 1424203 | Pseudomonas sp. R1b-54 | | includes | 1424203 | Pseudomonas sp. R1b4 | | includes | 1424203 | Pseudomonas sp. R1b52 | | includes | 1424203 | Pseudomonas sp. R1b54 | | includes | 142471 | Emberiza amoena | | synonym | 142471 | Emberiza amoena Say, 1822 | | authority | 142471 | Passerina amoena | | scientific name | 1425377 | Haloechinothrix | | scientific name | 1425377 | Haloechinothrix Tang et al. 2010 emend. Nouioui et al. 2018 | | authority | 142577 | Prauserella | | scientific name | 142577 | Prauserella Kim and Goodfellow 1999 emend. Li et al. 2003 | | authority | 142586 | Eubacterium sp. | | scientific name | 1426 | Bacillus sp. BGSC W9A92 | | includes | 1426 | Bacillus thermoglucosidasius | | synonym | 1426 | Bacillus thermoglucosidasius Suzuki et al. 1984 | | authority | 1426 | Geobacillus thermoglucosidans corrig. | | synonym | 1426 | Geobacillus thermoglucosidans corrig. (Suzuki 1984) Nazina et al. 2001 | | authority | 1426 | Geobacillus thermoglucosidasius (Suzuki 1984) Nazina et al. 2001 | | synonym | 1426 | Parageobacillus thermoglucosidasius | | scientific name | 1426 | Parageobacillus thermoglucosidasius (Suzuki et al. 1984) Aliyu et al. 2019 | | synonym | 1427368 | Chlamydia pecorum IPTaLE | | scientific name | 1427369 | Chlamydia pecorum MC/MarsBar | | scientific name | 1427370 | Chlamydia pecorum DBDeUG | | scientific name | 1427378 | Acetatifactor | | scientific name | 1427378 | Acetatifactor Pfeiffer et al. 2013 | | authority | 1427518 | Xenorhabdus szentirmaii DSM 16338 | | scientific name | 1427754 | Microbispora amethystogenes | | scientific name | 1427754 | Microbispora amethystogenes Nonomura and Ohara 1960 (Approved Lists 1980) | | authority | 1427754 | Microbispora amethystogenes Nonomura and Ohara 1960 (Approved Lists 1980) emend. Bouras and Machado 2024 | | authority | 1428 | "Bacillus cereus var. thuringiensis" Smith et al. 1952 | | authority | 1428 | Bacillus cereus var. thuringiensis | | synonym | 1428 | Bacillus sp. B1(2015b) | | includes | 1428 | Bacillus sp. BHR1P2B1S | | includes | 1428 | Bacillus sp. CHR1P1B2 | | includes | 1428 | Bacillus sp. DPC6431 | | includes | 1428 | Bacillus sp. GIBC-Kohala | | includes | 1428 | Bacillus sp. JB | | includes | 1428 | Bacillus sp. RM11(2019) | | includes | 1428 | Bacillus sp. TB161 | | includes | 1428 | Bacillus sp. ZZQ-130 | | includes | 1428 | Bacillus thuringiensis | | scientific name | 1428 | Bacillus thuringiensis Berliner 1915 (Approved Lists 1980) | | synonym | 1428644 | "Streptomyces gilvigriseus" Ser et al. 2015 | | authority | 1428644 | Mangrovactinospora gilvigrisea | | scientific name | 1428644 | Mangrovactinospora gilvigrisea Madhaiyan et al. 2022 | | authority | 1428644 | Streptomyces gilvigriseus | | synonym | 1428644 | Streptomyces sp. MUSC 26 | | includes | 1429439 | "Candidatus Entotheonella gemina" Ueoka et al. 2015 | | authority | 1429439 | Candidatus Entotheonella gemina | | scientific name | 1429439 | Candidatus Entotheonella sp. TSY2 | | includes | 1429439 | Entotheonella gemina | | equivalent name | 143067 | "Methanotrichaceae" Akinyemi et al. 2020 | | authority | 143067 | "Methanotrichaceae" Oren 2014 | | authority | 143067 | Methanosaetaceae | | synonym | 143067 | Methanosaetaceae Boone et al. 2002 | | authority | 143067 | Methanotrichaceae | | scientific name | 143067 | Methanotrichaceae Akinyemi et al. 2021 | | authority | 1431546 | Corynebacterium aquilae CECT 5993 | | synonym | 1431546 | Corynebacterium aquilae DSM 44791 | | scientific name | 1432051 | Eisenbergiella | | scientific name | 1432051 | Eisenbergiella Amir et al. 2014 | | authority | 1432052 | Eisenbergiella tayi | | scientific name | 1432052 | Eisenbergiella tayi Amir et al. 2014 | | authority | 143221 | Salmonella enterica subsp. enterica serovar Tennessee | | scientific name | 143221 | Salmonella tennessee | | synonym | 143222 | Salegentibacter | | scientific name | 143222 | Salegentibacter McCammon and Bowman 2000 | | authority | 143222 | Salegentibacter McCammon and Bowman 2000 emend. Lu et al. 2022 | | authority | 143222 | Salegentibacter McCammon and Bowman 2000 emend. Siamphan and Kim 2014 | | authority | 143222 | Salegentibacter McCammon and Bowman 2000 emend. Ying et al. 2007 | | authority | 143291 | Indian flying fox | | genbank common name | 143291 | Pteropus medius | | scientific name | 143291 | Pteropus medius Temminck, 1825 | | authority | 143292 | Chinese pangolin | | genbank common name | 143292 | Manis pentadactyla | | scientific name | 143292 | Manis pentadactyla Linnaeus, 1758 | | authority | 1433300 | Alteribacillus | | scientific name | 1433300 | Alteribacillus Didari et al. 2012 emend. Azmatunnisa Begum et al. 2016 | | authority | 1433993 | Chryseolinea | | scientific name | 1433993 | Chryseolinea Kim et al. 2013 | | authority | 1434001 | Extensimonas | | scientific name | 1434001 | Extensimonas Zhang et al. 2013 | | authority | 1434006 | Fretibacterium | | scientific name | 1434006 | Fretibacterium Vartoukian et al. 2013 | | authority | 1434010 | Jatrophihabitans | | scientific name | 1434010 | Jatrophihabitans Madhaiyan et al. 2013 | | authority | 1434010 | Jatrophihabitans Madhaiyan et al. 2013 emend. Kim et al. 2015 | | authority | 1434010 | Jatrophihabitans Madhaiyan et al. 2013 emend. Lee et al. 2018 | | authority | 1434010 | Jatrophihabitans Madhaiyan et al. 2013 emend. Suh et al. 2024 | | authority | 1434011 | "Komagatabacter" Yamada et al. 2012 | | authority | 1434011 | Komagatabacter | | synonym | 1434011 | Komagataeibacter | | scientific name | 1434011 | Komagataeibacter Yamada et al. 2013 | | authority | 1434019 | Alkalimicrobium | | synonym | 1434019 | Alkalimicrobium Zhang et al. 2015 | | authority | 1434019 | Mameliella | | scientific name | 1434019 | Mameliella Zheng et al. 2010 | | authority | 1434022 | Naasia | | scientific name | 1434022 | Naasia Weon et al. 2013 | | authority | 1434045 | Sinomicrobium | | scientific name | 1434045 | Sinomicrobium Xu et al. 2013 emend. Cheng et al. 2014 | | authority | 1434046 | Sphingorhabdus | | scientific name | 1434046 | Sphingorhabdus Jogler et al. 2013 | | authority | 1434046 | Sphingorhabdus Jogler et al. 2013 emend. Feng et al. 2020 | | authority | 1434046 | Sphingorhabdus Jogler et al. 2013 emend. Yang et al. 2017 | | authority | 1434701 | Chishuiella changwenlii | | scientific name | 1434701 | Chishuiella changwenlii Zhang et al. 2014 | | authority | 1434701 | Wautersiella sp. BY4 | | includes | 1434702 | Taibaiella | | scientific name | 1434702 | Taibaiella Zhang et al. 2013 | | authority | 1434886 | Streptomyces oryzae | | scientific name | 1434886 | Streptomyces oryzae Mingma et al. 2016 | | authority | 1434886 | Streptomyces sp. S16-07 | | includes | 1435044 | Pseudomonas monteilii SB3078 | | scientific name | 1435058 | Pseudomonas monteilii SB3101 | | scientific name | 1435070 | Fusarium piperis | | scientific name | 1435070 | Fusarium piperis (F.C. Albuq.) O'Donnell, Geiser, Kasson & T. Aoki, 2020 | | authority | 1435070 | Fusarium solani f. piperis | | synonym | 1435070 | Fusarium solani f. piperis F.C. Albuq., 1961 | | authority | 1435070 | Fusarium solani f. sp. piperis | | includes | 1435070 | Fusarium sp. NRRL 22570 | | includes | 1435070 | Fusarium sp. SSC-2013b | | includes | 1435070 | Neocosmospora piperis | | synonym | 1435070 | Neocosmospora piperis (F.C. Albuq.) Sand.-Den. & Crous, 2019 | | authority | 1435342 | Lactobacillus mixtipabuli | | synonym | 1435342 | Lactobacillus mixtipabuli Tohno et al. 2015 | | authority | 1435342 | Lactobacillus sp. IWT30 | | includes | 1435342 | Lactobacillus sp. IWT75 | | includes | 1435342 | Lactobacillus sp. IWT8 | | includes | 1435342 | Secundilactobacillus mixtipabuli | | scientific name | 1435342 | Secundilactobacillus mixtipabuli (Tohno et al. 2015) Zheng et al. 2020 | | authority | 1435358 | Vibrio parahaemolyticus VP49 | | scientific name | 1437006 | Bacillus subtilis QH-1 | | scientific name | 1437009 | Chenggangzhangella methanolivorans | | scientific name | 1437009 | Chenggangzhangella methanolivorans Yang et al. 2016 | | authority | 1437009 | Hansschlegelia sp. CHL1 | | includes | 1437010 | Boreoeutheria | | scientific name | 1437010 | Boreotheria | | synonym | 1437180 | Acrogymnospermae | | scientific name | 1437180 | Acrogymnospermae P.D.Cantino & M.J.Donoghue, 2007 | | authority | 1437183 | Mesangiospermae | | scientific name | 1437183 | Mesangiospermae M.J.Donoghue, J.A.Doyle & P.D.Cantino, 2007 | | authority | 1437197 | Petrosaviidae | | scientific name | 1437197 | Petrosaviidae S.W.Graham & W.S.Judd, 2007 | | authority | 1437201 | Pentapetalae | | scientific name | 1437201 | Pentapetalae D.E.Soltis, P.S.Soltis & W.S.Judd, 2007 | | authority | 1437360 | Bradyrhizobium erythrophlei | | scientific name | 1437360 | Bradyrhizobium erythrophlei Yao et al. 2015 | | authority | 1437360 | Bradyrhizobium sp. CCBAU 53266 | | includes | 1437360 | Bradyrhizobium sp. CCBAU 53267 | | includes | 1437360 | Bradyrhizobium sp. CCBAU 53325 | | includes | 1437453 | Streptomyces leeuwenhoekii | | scientific name | 1437453 | Streptomyces leeuwenhoekii Busarakam et al. 2014 | | authority | 1437453 | Streptomyces sp. C34 | | includes | 1437453 | Streptomyces sp. C34(2013) | | includes | 1437453 | Streptomyces sp. NRRL B-24963 | | includes | 1437816 | "Methylopila turkiensis" Agafonova et al. 2015 emend. Shmareva et al. 2016 | | authority | 1437816 | Methylopila sp. side1 | | includes | 1437816 | Methylopila turkensis | | scientific name | 1437816 | Methylopila turkensis corrig. Schmareva et al. 2017 | | authority | 1437816 | Methylopila turkiensis | | synonym | 143786 | "Brachyspiraceae" Paster and Dewhirst 2000 | | authority | 143786 | Brachyspiraceae | | scientific name | 143786 | Brachyspiraceae Paster 2012 | | synonym | 1437876 | Gordonia sp. QH-12 | | scientific name | 143896 | Notacanthiformes | | scientific name | 143896 | halosaurs and spiny eels | | genbank common name | 143897 | Halosauridae | | scientific name | 143899 | Aldrovandia | | scientific name | 143900 | Aldrovandia affinis | | scientific name | 143900 | Aldrovandia affinis (Guenther, 1877) | | authority | 143900 | Gilbert's halosaur | | common name | 143900 | Halosaurus affinis | | synonym | 143900 | Halosaurus affinis Guenther, 1877 | | authority | 143900 | Halosaurus affinis Gunther, 1877 | | authority | 143919 | Betanodavirus | | scientific name | 143949 | Sipha | | scientific name | 143950 | Chaitophorus flavus | | synonym | 143950 | Chaitophorus flavus Forbes, 1884 | | authority | 143950 | Sipha flava | | scientific name | 143950 | yellow sugarcane aphid | | genbank common name | 143999 | Attini | | scientific name | 144001 | Blepharidattini | | scientific name | 144004 | Crematogastrini | | scientific name | 144004 | Formicoxenini | | synonym | 1440121 | Trichomonas sp. 1 YAG-2013 | | synonym | 1440121 | Trichomonas sp. 2 YAG-2013 | | synonym | 1440121 | Trichomonas sp. BTPI4 | | synonym | 1440121 | Trichomonas stableri | | scientific name | 1440121 | Trichomonas stableri Girard et al. 2013 | | authority | 144017 | Solenopsidini | | scientific name | 1440559 | Trisetopsis | | scientific name | 1440559 | Trisetopsis Roeser & A.Woelk, 2013 | | authority | 1440578 | Helictotrichon roggeveldense | | synonym | 1440578 | Helictotrichon roggeveldense Mashau, Fish & A.E.van Wyk, 2010 | | authority | 1440578 | Trisetopsis roggeveldensis | | scientific name | 1440578 | Trisetopsis roggeveldensis (Mashau, Fish & A.E.van Wyk) Roser & A.Wolk, 2013 | | authority | 1441629 | Pseudomonas cichorii JBC1 | | scientific name | 144197 | Pomacentrus partitus | | synonym | 144197 | Pomacentrus partitus Poey, 1868 | | authority | 144197 | Stegastes partitus | | scientific name | 144197 | Stegastes partitus (Poey, 1868) | | authority | 144197 | bicolor damselfish | | genbank common name | 1442555 | Synechococcus sp. NOUM97013 | | scientific name | 1444054 | Escherichia coli 3-020-07_S1_C1 | | scientific name | 1444056 | Escherichia coli 3-105-05_S1_C1 | | scientific name | 1444082 | Escherichia coli 3-020-07_S1_C2 | | scientific name | 1444090 | Escherichia coli 6-319-05_S1_C2 | | scientific name | 1444108 | Escherichia coli 3-020-07_S1_C3 | | scientific name | 1444115 | Escherichia coli 6-319-05_S1_C3 | | scientific name | 1444206 | Escherichia coli 2-222-05_S4_C1 | | scientific name | 1444233 | Escherichia coli 2-210-07_S4_C2 | | scientific name | 1444261 | Escherichia coli 2-156-04_S4_C3 | | scientific name | 1444263 | Escherichia coli 2-210-07_S4_C3 | | scientific name | 1444278 | Escherichia coli 3-105-05_S4_C3 | | scientific name | 1444712 | "Candidatus Rubidus massiliensis" Pagnier et al. 2015 | | authority | 1444712 | Candidatus Rubidus massiliensis | | scientific name | 1444712 | Chlamydia sp. 'Rubis' | | includes | 1444712 | Chlamydia sp. Rubis | | includes | 1444712 | Rubidus massiliensis | | equivalent name | 144536 | Paraglomaceae | | synonym | 144536 | Paraglomeraceae | | scientific name | 144536 | Paraglomeraceae J.B. Morton & D. Redecker, 2001 | | authority | 144537 | Paraglomus | | scientific name | 144537 | Paraglomus J.B.Morton & D.Redecker 2001 | | authority | 144538 | Glomus brasilianum | | synonym | 144538 | Glomus brasilianum Spain & J. Miranda, 1996 | | authority | 144538 | Paraglomus brasilianum | | scientific name | 1446379 | Cupressales | | scientific name | 1446379 | Cupressales Link, 1829 | | authority | 1446380 | Pinales | | scientific name | 1446380 | Pinales Gorozh., 1904 | | authority | 144679 | Ambispora leptoticha | | scientific name | 144679 | Ambispora leptoticha (N.C.Schenck & G.S.Sm.) C.Walker et al., 2007 | | authority | 144679 | Archaeospora leptoticha | | synonym | 144679 | Glomus leptotichum | | synonym | 144679 | Glomus leptotichum N.C.Schenk & G.S.Sm. | | authority | 144703 | Pyrobombus | | scientific name | 144708 | Bombus | Bombus | scientific name | 144708 | Bombus (Bombus) | | includes | 144715 | Festivobombus | | synonym | 144715 | Melanobombus | | scientific name | 144715 | Rufipedibombus | | synonym | 1447705 | Amycolatopsis sp. Poz14 | | scientific name | 1447872 | Emergomyces pasteuriana Ep9510 | | equivalent name | 1447872 | Emergomyces pasteurianus Ep9510 | | scientific name | 1447872 | Emmonsia pasteuriana Ep9510 | | includes | 1447872 | Emmonsia pasteuriana UAMH 9510 | | equivalent name | 1447940 | Agaricus androsaceus | | synonym | 1447940 | Agaricus androsaceus L., 1753 | | authority | 1447940 | Agaricus pineti | | synonym | 1447940 | Androsaceus androsaceus | | synonym | 1447940 | Chamaeceras androsaceus | | synonym | 1447940 | Gymnopus androsaceus | | scientific name | 1447940 | Gymnopus androsaceus (L.) J.L. Mata & R.H. Petersen, 2004 | | authority | 1447940 | Marasmius androsaceus | | synonym | 1447940 | Merulius androsaceus | | synonym | 1447940 | Setulipes androsaceus | | synonym | 1447944 | Gymnopus androsaceus JB14 | | scientific name | 1448314 | Aspergillus eucalypticola CBS 122712 | | scientific name | 1448315 | Aspergillus uvarum CBS 121591 | | scientific name | 1448773 | Mycobacterium tuberculosis M2193 | | scientific name | 1448847 | Staphylococcus aureus 1801-1 2010 | | scientific name | 1448848 | Staphylococcus aureus 1801-2 2010 | | scientific name | 1448851 | Staphylococcus aureus LysK 1 2011 | | scientific name | 1448852 | Staphylococcus aureus LysK 2 2011 | | scientific name | 1448854 | Staphylococcus aureus 1101-2 2011 | | scientific name | 1449046 | Bacillus sp. UNC41MFS5 | | scientific name | 1449243 | unclassified Nitrospinota | | scientific name | 1449981 | Serratia nematodiphila DSM 21420 | | synonym | 1449981 | Serratia nematodiphila DZ0503SBS1 | | scientific name | 1450204 | Paenibacillus lupini | | scientific name | 1450204 | Paenibacillus lupini Carro et al. 2014 | | authority | 1450204 | Paenibacillus sp. RLAHU15 | | includes | 1450526 | Chryseobacterium haifense DSM 19056 | | synonym | 1450526 | Kaistella haifensis DSM 19056 | | scientific name | 1450539 | Aspergillus saccharolyticus JOP 1030-1 | | scientific name | 1450694 | Bacillus sp. TS-2 | | scientific name | 1451 | Bacillus amylolyticus | | synonym | 1451 | Bacillus amylolyticus (ex Choukevitch 1911) Nakamura 1984 | | authority | 1451 | Paenibacillus amylolyticus | | scientific name | 1451 | Paenibacillus amylolyticus (Nakamura 1984) Ash et al. 1994 | | synonym | 1451 | Paenibacillus amylolyticus (Nakamura 1984) Ash et al. 1994 emend. Shida et al. 1997 | | authority | 1452 | Bacillus atriphaeus | | equivalent name | 1452 | Bacillus atrophaeus | | scientific name | 1452 | Bacillus atrophaeus Nakamura 1989 | | authority | 1452 | Bacillus sp. S2 BC-2 | | includes | 1452 | Bacillus subtilis DSM 2277 | | includes | 1452 | Bacillus subtilis DSM 675 | | includes | 1452269 | Ruminococcus sp. XPD3002 | | scientific name | 1452269 | bacterium XPD3002 | | includes | 1452501 | Frankliniella sp. BOLD:AAN6620 | | scientific name | 1452721 | Pseudoalteromonas lipolytica SCSIO 04301 | | scientific name | 1453349 | Flavobacterium sp. YIK-SED-11 | | equivalent name | 1453349 | Nonlabens sp. YIK-SED-11 | | equivalent name | 1453349 | Nonlabens sp. YIK11 | | scientific name | 145349 | Amphibolurinae | | scientific name | 1453492 | Chryseobacterium hispalense | | scientific name | 1453492 | Chryseobacterium hispalense Montero-Calasanz et al. 2013 | | authority | 1453544 | Tahibacter | | scientific name | 1453544 | Tahibacter Makk et al. 2014 | | authority | 145357 | Dermacoccaceae | | scientific name | 145357 | Dermacoccaceae Schumann and Stackebrandt 2000 emend. Nouioui et al. 2018 | | authority | 145357 | Dermacoccaceae Schumann and Stackebrandt 2000 emend. Ruckmani et al. 2011 | | authority | 145357 | Dermacoccaceae Schumann and Stackebrandt 2000 emend. Zhi et al. 2009 | | authority | 145358 | Allobogoriellaceae | | scientific name | 145358 | Allobogoriellaceae Deshmukh and Oren 2025 | | authority | 145358 | Bogoriellaceae | | synonym | 145358 | Bogoriellaceae Schumann and Stackebrandt 2000 | | synonym | 145358 | Bogoriellaceae Schumann and Stackebrandt 2000 emend. Hamada et al. 2009 | | authority | 145391 | Staphylococcus hominis subsp. hominis | | scientific name | 145391 | Staphylococcus hominis subsp. hominis Kloos and Schleifer 1975 | | authority | 1453990 | Bacillus subtilis HJ5 | | scientific name | 1454010 | Cellulomonas sp. HZM | | scientific name | 1455 | Bacillus badius | | synonym | 1455 | Bacillus badius Batchelor 1919 (Approved Lists 1980) | | authority | 1455 | Bacillus encimensis | | synonym | 1455 | Bacillus encimensis Dastager et al. 2015 | | authority | 1455 | Bacillus sp. SGD-V-25 | | includes | 1455 | Pseudobacillus badius | | scientific name | 1455 | Pseudobacillus badius (Batchelor 1919) Verma et al. 2024 | | synonym | 1455061 | "Candidatus Magnetobacterium casense" corrig. Lin et al. 2014 | | authority | 1455061 | "Candidatus Magnetobacterium casensis" Lin et al. 2014 | | synonym | 1455061 | Candidatus Magnetobacterium casense | | scientific name | 1455061 | Candidatus Magnetobacterium sp. MYR-1 | | includes | 1455061 | Magnetobacterium casense | | equivalent name | 1457232 | Cohnella rhizosphaerae | | scientific name | 1457232 | Cohnella sp. CSE-5610 | | includes | 1457250 | Halapricum salinum | | scientific name | 1457250 | Halapricum salinum Song et al. 2014 | | authority | 1457250 | Halobacteriaceae archaeon CBA1105 | | includes | 1457250 | halophilic archaeon CBA1105 | | includes | 1457286 | Dorylaimia | | scientific name | 1458357 | Burkholderia jiangsuensis | | synonym | 1458357 | Burkholderia jiangsuensis Liu et al. 2014 | | authority | 1458357 | Burkholderia sp. MP-1 | | includes | 1458357 | Caballeronia jiangsuensis | | scientific name | 1458357 | Caballeronia jiangsuensis (Liu et al. 2014) Dobritsa and Samadpour 2016 | | authority | 1458476 | Xanthomonas oryzae pv. oryzae PXO86 | | scientific name | 1458665 | Micromonospora sp. ALFpr18c | | scientific name | 1458928 | Okeania | | scientific name | 1458928 | Okeania Engene et al. 2013 | | authority | 145971 | Colletotrichum lupini | | scientific name | 145971 | Colletotrichum lupini (Bondar) Nirenberg, Feiler & Hagedorn, 2002 | | authority | 145971 | Gloeosporium lupini | | synonym | 145971 | Gloeosporium lupini Bondar, 1912 | | authority | 1459967 | Burkholderia sp. LS-044 | | scientific name | 146 | "Ehrenbergia" Gieszczykiewiez 1939 | | authority | 146 | "Spirochaete" Cohn 1872 (orthographic variant of Spirochaeta) | | authority | 146 | "Spirochoeta" Dujardin 1841 (orthographic variant of Spirochaeta) | | authority | 146 | Ehrenbergia | | synonym | 146 | Spirochaeta | | scientific name | 146 | Spirochaeta Ehrenberg 1835 (Approved Lists 1980) emend. Abt et al. 2012 | | authority | 146 | Spirochaeta Ehrenberg 1835 (Approved Lists 1980) emend. Miyazaki et al. 2014 | | authority | 146 | Spirochaeta Ehrenberg 1835 (Approved Lists 1980) emend. Pikuta et al. 2009 | | authority | 146 | Spirochaeta Ehrenberg 1835 (Approved Lists 1980) emend. Shivani et al. 2015 | | authority | 146 | Spirochaete | | synonym | 146 | Spirochoeta | | synonym | 1460289 | Chrysochromulina sp. CCMP291 | | includes | 1460289 | Chrysochromulina tobinii | | scientific name | 1460289 | Chrysochromulina tobinii Cattolico 2019 | | authority | 1460372 | Mycobacterium chelonae CCUG 47445 | | synonym | 1460372 | Mycobacteroides chelonae CCUG 47445 | | scientific name | 1460647 | Vibrio sp. JCM 19052 | | scientific name | 1460663 | Coniothyrium fuckelii var. sporulosum | | synonym | 1460663 | Coniothyrium fuckelii var. sporulosum W. Gams & Domsch, 1969 | | authority | 1460663 | Coniothyrium sporulosum | | synonym | 1460663 | Coniothyrium sporulosum (W.Gams & Domsch) Aa | | authority | 1460663 | Paraconiothyrium sporulosum | | synonym | 1460663 | Paraconiothyrium sporulosum (W.Gams & Domsch) Verkley | | authority | 1460663 | Paraconyotrichium sporulosum | | synonym | 1460663 | Paraphaeosphaeria sporulosa | | scientific name | 1460663 | Paraphaeosphaeria sporulosa (W. Gams & Domsch) Verkley, Goker & Stielow, 2014 | | authority | 1461322 | "Vibrio renipiscarius" Arahal et al. 2015 | | authority | 1461322 | Vibrio renipiscarius | | scientific name | 1461322 | Vibrio renipiscarius Tarazona et al. 2015 | | authority | 1461322 | Vibrio sp. CECT 8603 | | includes | 1461322 | Vibrio sp. CECT 8604 | | includes | 1461322 | Vibrio sp. DCR 1-4-12 | | includes | 1461322 | Vibrio sp. DCR 1-4-2 | | includes | 1462418 | "Candidatus Iainarchaeum" Rinke et al. 2013 | | authority | 1462418 | Candidatus Iainarchaeum | | scientific name | 1462418 | Iainarchaeum | | equivalent name | 1462422 | "Candidatus Parvarchaeales" | | equivalent name | 1462422 | "Candidatus Parvarchaeota" Rinke et al. 2013 | | authority | 1462422 | Candidatus Parvarchaeota | | scientific name | 1462422 | Parvarchaeota | | equivalent name | 1462606 | Glycine subgen. Soja | | scientific name | 1462614 | Eschscholzioideae | | includes | 1462614 | Eschscholzioideae Luerss., 1880 | | authority | 1462614 | Papaveroideae | | scientific name | 1462614 | Papaveroideae Eaton, 1836 | | authority | 1462923 | Mesotoga sp. HF07.pep.5.2.highcov | | scientific name | 1462996 | Paenibacillus sp. DCY84 | | includes | 1462996 | Paenibacillus yonginensis | | scientific name | 1462996 | Paenibacillus yonginensis Sukweenadhi et al. 2016 | | authority | 1463137 | Thalictroideae | | scientific name | 1463137 | Thalictroideae Raf., 1868 | | authority | 1463164 | Klebsiella alba | | synonym | 1463164 | Klebsiella alba Xu et al. 2015 | | authority | 1463164 | Klebsiella quasipneumoniae subsp. similipneumoniae | | scientific name | 1463164 | Klebsiella quasipneumoniae subsp. similipneumoniae Brisse et al. 2014 | | authority | 1463164 | Klebsiella sp. 07A044 | | includes | 1463164 | Klebsiella sp. CW-D | | includes | 1463165 | Klebsiella quasipneumoniae | | scientific name | 1463165 | Klebsiella quasipneumoniae Brisse et al. 2014 | | authority | 1463841 | Streptomyces sp. NRRL F-2580 | | scientific name | 1463845 | Streptomyces sp. NRRL F-2890 | | scientific name | 146476 | Acetobacter syzygii | | scientific name | 146476 | Acetobacter syzygii Lisdiyanti et al. 2002 | | authority | 1465 | Bacillus laterosporus | | synonym | 1465 | Bacillus laterosporus Laubach 1916 (Approved Lists 1980) | | authority | 1465 | Brevibacillus laterosporus | | scientific name | 1465 | Brevibacillus laterosporus (Laubach 1916) Shida et al. 1996 | | authority | 1465 | Brevibacillus sp. JP44SK41 | | includes | 1465 | Brevibacillus sp. JP44SK51 | | includes | 146507 | aphid secondary symbionts | | scientific name | 1465809 | Clostridium senegalense | | scientific name | 1465809 | Clostridium senegalense Mishra et al. 2015 | | authority | 146712 | Puma | | scientific name | 146785 | Thermosynechococcus | | scientific name | 146785 | Thermosynechococcus H.Katoh, S.Itoh, J.-R.Shen & M.Ikeuchi, 2001 | | authority | 146786 | Synechococcus elongatus var. vestitus | | synonym | 146786 | Synechococcus elongatus var. vestitus J.J.Copeland, 1936 | | authority | 146786 | Thermosynechococcus elongatus | | synonym | 146786 | Thermosynechococcus elongatus H.Katoh, S.Itoh, J.-R.Shen & M.Ikeuchi, 2001 | | authority | 146786 | Thermosynechococcus vestitus | | scientific name | 146786 | Thermosynechococcus vestitus (J.J.Copeland, 1936) Komarek & Strunecky, 2020 | | authority | 1468449 | "Candidatus Holdemania massiliensis" Pfleiderer et al. 2013 | | authority | 1468449 | Candidatus Holdemania massiliensis | | synonym | 1468449 | Holdemania massiliensis | | scientific name | 1468449 | Holdemania massiliensis Mishra et al. 2016 | | authority | 146918 | "Candidatus Salinibacter" Anton et al. 2000 | | authority | 146918 | Candidatus Salinibacter | | synonym | 146918 | Salinibacter | | scientific name | 146918 | Salinibacter Anton et al. 2002 | | authority | 146918 | Salinibacter Anton et al. 2002 emend. Makhdoumi-Kakhki et al. 2012 | | authority | 146918 | Salinibacter Anton et al. 2002 emend. Munoz et al. 2016 | | authority | 146936 | Azonexus | | scientific name | 146936 | Azonexus Reinhold-Hurek and Hurek 2000 | | authority | 146940 | Azoarcus sp. BS5-8 | | includes | 146940 | Azoarcus sp. group E | | synonym | 146940 | Azonexus fungiphilus | | scientific name | 146940 | Azonexus fungiphilus BS5-8 | | includes | 146940 | Azonexus fungiphilus Reinhold-Hurek and Hurek 2000 | | authority | 1469603 | Spirosoma oryzae | | scientific name | 1469603 | Spirosoma oryzae Ahn et al. 2014 | | authority | 1469603 | Spirosoma sp. RHs22 | | includes | 1470178 | Actinopolyspora biskrensis | | scientific name | 1470178 | Actinopolyspora biskrensis Saker et al. 2015 | | authority | 1470178 | Actinopolyspora sp. H254 | | includes | 1470180 | Prauserella isguenensis | | scientific name | 1470180 | Prauserella isguenensis Saker et al. 2015 | | authority | 1470180 | Prauserella sp. H137 | | includes | 1470180 | Prauserella sp. H225 | | includes | 1470261 | Streptomyces panaciradicis | | scientific name | 1470261 | Streptomyces panaciradicis Lee et al. 2014 | | authority | 1470261 | Streptomyces sp. 1MR-8 | | includes | 1470337 | Argyrodes sp. Rodrigues | | scientific name | 1470392 | unclassified Bryobacterales | | scientific name | 147047 | Desulfovibrio mexicanus | | synonym | 147047 | Desulfovibrio mexicanus Hernandez-Eugenio et al. 2001 | | authority | 147047 | Humidesulfovibrio mexicanus | | scientific name | 147047 | Humidesulfovibrio mexicanus (Hernandez-Eugenio et al. 2001) Waite et al. 2020 | | authority | 1470557 | Streptomyces sp. Tu 6176 | | scientific name | 1470563 | Pseudopelagicola gijangensis | | synonym | 1470563 | Pseudopelagicola gijangensis Kim et al. 2014 | | authority | 1470563 | Rhodobacteraceae bacterium YSS-7 | | includes | 1470563 | Shimia gijangensis | | scientific name | 1470563 | Shimia gijangensis (Kim et al. 2014) Arahal et al. 2019 | | authority | 1470575 | Thalassospira sp. MCCC 1A01428 | | scientific name | 1470577 | Paenirhodobacter | | scientific name | 1470577 | Paenirhodobacter Wang et al. 2014 | | authority | 1470577 | Sinirhodobacter | | synonym | 1470577 | Sinirhodobacter corrig. Yang et al. 2018 | | synonym | 1470577 | Sinirhodobacter corrig. Yang et al. 2018 emend. Liang et al. 2021 | | authority | 1470593 | Pseudomonas sp. RIT357 | | scientific name | 147067 | Thermobispora | | scientific name | 147067 | Thermobispora Wang et al. 1996 | | authority | 147100 | Lecithoepitheliata | | includes | 147100 | Rhabditophora | | scientific name | 147100 | Seriata | | includes | 147100 | unclassified Lecithoepitheliata | | includes | 1471398 | Draconibacteriaceae | | synonym | 1471398 | Draconibacteriaceae Du et al. 2014 | | authority | 1471398 | Prolixibacteraceae | | scientific name | 1471398 | Prolixibacteraceae Huang et al. 2014 | | authority | 1471398 | Prolixibacteraceae Huang et al. 2014 emend. Iino et al. 2014 | | authority | 1471399 | Draconibacterium | | scientific name | 1471399 | Draconibacterium Du et al. 2014 | | authority | 1471399 | Draconibacterium Du et al. 2014 emend. Wang et al. 2024 | | authority | 147207 | Collinsella group 2 | | synonym | 147207 | Collinsella intestinalis | | scientific name | 147207 | Collinsella intestinalis Kageyama and Benno 2000 | | authority | 147207 | Collinsella intestinalis Kageyama and Benno 2000 emend. Nouioui et al. 2018 | | authority | 147207 | Collinsella sp. RCA56-68 | | includes | 147207 | Collinsella sp. RCA56-80 | | includes | 147266 | "Agrobacterium albertimagni" Salmassi et al. 2002 | | authority | 147266 | "Peteryoungia albertimagni" (Salmassi et al. 2002) Ma et al. 2023 | | authority | 147266 | Agrobacterium albertimagni | | scientific name | 147266 | Peteryoungia albertimagni | | synonym | 1472660 | Streptomyces sp. CAI-155 | | scientific name | 147271 | Paspalum | | scientific name | 147271 | Paspalum L., 1759 | | authority | 147271 | Reimarochloa | | synonym | 147271 | Reimarochloa Hitchc. | | authority | 147271 | Thrasyopsis | | synonym | 147271 | Thrasyopsis Parodi | | authority | 147271 | crowngrass | | common name | 1472720 | Staphylococcus sp. TE8 | | scientific name | 147367 | Ehrhartoideae | | synonym | 147367 | Ehrhartoideae Jacq.-Fel. ex Caro, 1982 | | authority | 147367 | Oryzoideae | | scientific name | 147367 | Oryzoideae Kunth ex Beilschm., 1833 | | authority | 147368 | Pooideae | | scientific name | 147368 | Pooideae Benth., 1861 | | authority | 147369 | Centothecoideae | | synonym | 147369 | Panicoideae | | scientific name | 147369 | Panicoideae Link, 1827 | | authority | 147370 | PACC clade | | includes | 147370 | PACCAD clade | | includes | 147370 | PACMAD clade | | scientific name | 147380 | Oryzeae | | scientific name | 147380 | Oryzeae Dumort., 1824 | | authority | 147387 | Aveneae | | synonym | 147387 | Poeae | | scientific name | 147387 | Poeae R. Br., 1814 | | authority | 147389 | Triticeae | | scientific name | 147389 | Triticeae Dumort., 1824 | | authority | 1474269 | Sciaridae sp. BOLD:AAN6432 | | scientific name | 147428 | Paniceae | | scientific name | 147428 | Paniceae R.Br., 1814 | | authority | 147429 | Andropogoneae | | scientific name | 147429 | Andropogoneae Dumort., 1824 | | authority | 147498 | Pleosporales incertae sedis | | scientific name | 147537 | Saccharomycotina | | scientific name | 147537 | budding yeasts & allies | budding yeasts & allies | blast name | 147537 | budding yeasts & allies | budding yeasts & allies | genbank common name | 147537 | true yeasts | | common name | 147538 | Euascomycota | | synonym | 147538 | Pezizomycotina | | scientific name | 147538 | Pezizomycotina O.E. Erikss. & Winka, 1997 | | authority | 147538 | filamentous ascomycetes | | common name | 147539 | Arthoniomycetes | | scientific name | 147541 | Dothideomycetes | | scientific name | 147541 | Loculoascomycetes | Loculoascomycetes | in-part | 147541 | bitunicate ascomycetes | bitunicate ascomycetes | in-part | 147545 | Chaetothyriomycetes | | includes | 147545 | Eurotiomycetes | | scientific name | 147545 | Eurotiomycetes O.E. Erikss. & Winka, 1997 | | authority | 147545 | Loculoascomycetes | Loculoascomycetes | in-part | 147545 | Plectomycetes | Plectomycetes | in-part | 147545 | bitunicate ascomycetes | bitunicate ascomycetes | in-part | 147547 | Lecanoromycetes | | scientific name | 147547 | Lecanoromycetes O.E. Erikss. & Winka, 1997 | | authority | 147547 | common lichens | | common name | 147548 | Leotiomycetes | | scientific name | 147548 | Leotiomycetes O.E. Erikss. & Winka, 1997 | | authority | 147548 | mitosporic Leotiomycetes | | includes | 147549 | Pezizomycetes | | scientific name | 147549 | Pezizomycetes O.E. Erikss. & Winka, 1997 | | authority | 147550 | Pyrenomycetes | Pyrenomycetes | in-part | 147550 | Sordariomycetes | | scientific name | 147550 | Sordariomycetes O.E. Erikss. & Winka, 1997 | | authority | 147571 | Piedraiaceae | | scientific name | 147572 | Piedraia | | scientific name | 147572 | Piedraia Fonseca & Leao, 1928 | | authority | 147573 | Piedraia hortae | | scientific name | 147573 | Piedraia hortae Fonseca & Leao, 1928 | | authority | 147573 | Piedraia hortae var. hortae | | synonym | 147645 | CDC Group EO-2 | | synonym | 147645 | Paracoccus yeei | | scientific name | 147645 | Paracoccus yeei corrig. Daneshvar et al. 2003 | | authority | 147645 | Paracoccus yeeii | | synonym | 1476529 | Agnatha | Agnatha | synonym | 1476529 | Cyclostomata | Cyclostomata | scientific name | 1476529 | jawless vertebrates | | genbank common name | 1476754 | Streptomyces sp. 604F | | scientific name | 1476791 | Pseudomonas sp. S11A4 | | scientific name | 1477025 | Hyposmocoma kahamanoa | | scientific name | 1477025 | Hyposmocoma kahamanoa Schmitz & Rubinoff, 2011 | | authority | 1477431 | Streptomyces albidoflavus group | | scientific name | 1477611 | Didymocarpinae | | scientific name | 1477611 | Didymocarpinae G.Don, 1838 | | authority | 1478 | "Bacillus carotarum" Koch 1888 | | synonym | 1478 | "Bacillus maroccanus" Delaporte and Sasson 1967 | | authority | 1478 | "Bacillus simplex" Meyer and Gottheil 1901 | | authority | 1478 | Arthrobacter sp. CHR2P1B2-M | | includes | 1478 | Bacillus maroccanus | | synonym | 1478 | Bacillus simplex | | synonym | 1478 | Bacillus simplex (ex Meyer and Gottheil 1901) Priest et al. 1989 | | authority | 1478 | Bacillus simplex (ex Meyer and Gottheil 1901) Priest et al. 1989 emend. Heyrman et al. 2005 | | authority | 1478 | Bacillus sp. CCUG 49717 | | includes | 1478 | Bacillus sp. JP44SK12 | | includes | 1478 | Bacillus sp. JP44SK13 | | includes | 1478 | Bacillus sp. JP44SK25 | | includes | 1478 | Bacillus sp. JP44SK26 | | includes | 1478 | Bacillus sp. JP44SK29 | | includes | 1478 | Bacillus sp. JP44SK30 | | includes | 1478 | Bacillus sp. JP44SK31 | | includes | 1478 | Bacillus sp. JP44SK32 | | includes | 1478 | Peribacillus simplex | | scientific name | 1478 | Peribacillus simplex (Priest et al. 1989) Patel and Gupta 2020 | | authority | 147802 | Lactobacillus iners | | scientific name | 147802 | Lactobacillus iners Falsen et al. 1999 | | authority | 147802 | Lactobacillus sp. 7_1_47FAA | | includes | 147802 | Lactobacillus sp. EF (Enevold Falsen) group 47 | | synonym | 1478131 | Streptomyces sp. L-9-10 | | scientific name | 1478134 | Novosphingobium sp. KN65.2 | | scientific name | 1478142 | Pseudomonas sp. 250J | | scientific name | 1478174 | Neochlamydia sp. TUME1 | | scientific name | 1478967 | Loxocarpinae | | scientific name | 1478967 | Loxocarpinae A.DC., 1845 | | authority | 147949 | Micropterus dolomieu | | scientific name | 147949 | Micropterus dolomieu Lacepede, 1802 | | authority | 147949 | Micropterus velox | | synonym | 147949 | Micropterus velox Hubbs & Bailey, 1940 | | authority | 147949 | smallmouth bass | | genbank common name | 147949 | smallmouth blackbass | | common name | 1480154 | Marchantia polymorpha subsp. ruderalis | | scientific name | 1480154 | Marchantia polymorpha subsp. ruderalis Bischl. & Boissel.-Dub., 1990 | | authority | 1480694 | Spirochaeta lutea | | scientific name | 1480694 | Spirochaeta lutea Shivani et al. 2015 | | authority | 1480694 | Spirochaeta sp. JC230 | | includes | 1480728 | Halorubrum sp. Hd13 | | scientific name | 1481663 | Vibrio metoecus | | scientific name | 1481663 | Vibrio metoecus Kirchberger et al. 2014 | | authority | 1481663 | Vibrio sp. PPCK-2014 | | includes | 1481663 | Vibrio sp. RC341 | | includes | 1481888 | Blepharisma stoltei | | scientific name | 1481888 | Blepharisma stoltei Isquith, 1966 | | authority | 1482558 | Streptomyces albovinaceus subgroup | | scientific name | 1482601 | Streptomyces microflavus subgroup | | scientific name | 148305 | Magnaporthe grisea | | synonym | 148305 | Magnaporthe grisea (T.T. Hebert) M.E. Barr, 1977 | | synonym | 148305 | Pyricularia grisea | | scientific name | 148305 | Pyricularia grisea Cooke ex Sacc., 1880 | | authority | 1483600 | Methanosarcina sp. 2.H.A.1B.4 | | scientific name | 1484109 | Acetobacteraceae bacterium PAMC 26569 | | includes | 1484109 | Lichenicola cladoniae | | scientific name | 1484109 | Lichenicola cladoniae Noh et al. 2020 | | authority | 148448 | Halobacteriaceae gen. sp. 135 | | includes | 148448 | Halobiforma haloterrestris | | synonym | 148448 | Halobiforma haloterrestris Hezayen et al. 2002 | | authority | 148448 | Natronobacterium haloterrestre | | scientific name | 148448 | Natronobacterium haloterrestre (Hezayen et al. 2002) Dong et al. 2025 | | synonym | 1485 | Anaerobacter | | synonym | 1485 | Anaerobacter Duda et al. 1996 | | synonym | 1485 | Clostridium | | scientific name | 1485 | Clostridium Prazmowski 1880 (Approved Lists 1980) emend. Lawson and Rainey 2016 | | authority | 1485228 | Flagelloscypha sp. PMI_526 | | scientific name | 1485594 | Methyloligella | | scientific name | 1485594 | Methyloligella Doronina et al. 2014 | | authority | 1485951 | Desulfurobacteriales | | scientific name | 1485951 | Desulfurobacteriales Gupta and Lali 2014 | | authority | 1486246 | Halomonas sp. | | scientific name | 1486281 | Roseovarius sp. | | scientific name | 1487592 | Boletoideae | | scientific name | 1487596 | Zangioideae | | scientific name | 148813 | Sulfuricurvum kujiense | | scientific name | 148813 | Sulfuricurvum kujiense Kodama and Watanabe 2004 | | authority | 148814 | Apilactobacillus kunkeei | | scientific name | 148814 | Apilactobacillus kunkeei (Edwards et al. 1998) Zheng et al. 2020 | | authority | 148814 | Lactobacillus kunkeei | | synonym | 148814 | Lactobacillus kunkeei Edwards et al. 1998 emend. Endo et al. 2012 | | authority | 1488331 | Fusibacter bizertensis | | scientific name | 1488331 | Fusibacter bizertensis Smii et al. 2015 | | authority | 1488331 | Fusibacter sp. LTF Kr01 | | includes | 1488384 | Streptomyces sp. MBT53 | | scientific name | 1488395 | Streptomyces sp. MBT65 | | scientific name | 1489100 | Holostei | | scientific name | 1489100 | bowfins and gars | | genbank common name | 1489340 | Elopocephalai | | scientific name | 1489341 | Osteoglossocephalai | | scientific name | 1489343 | Osteoglossocephala | | scientific name | 1489388 | Euteleosteomorpha | | scientific name | 1489460 | Clupeoidei | | scientific name | 148959 | Wallemia | | scientific name | 148959 | Wallemia Johan-Olsen, 1887 | | authority | 1489620 | Gymnotoidei | | scientific name | 1489678 | Deinococcus sp. RL | | scientific name | 1489739 | Characoidei | | scientific name | 1489793 | Siluroidei | | scientific name | 1489798 | Stomiati | | scientific name | 1489838 | Paracanthomorphacea | | synonym | 1489838 | Paracanthopterygii | | scientific name | 1489841 | Zeiogadaria | | scientific name | 1489841 | Zeiogadiformes | | synonym | 1489843 | Gadariae | | scientific name | 1489844 | Macrouroidei | | scientific name | 1489869 | Berycimorphaceae | | scientific name | 1489872 | Percomorpha | | includes | 1489872 | Percomorphaceae | | scientific name | 1489873 | Ophidiaria | | scientific name | 1489873 | Ophidiimorpharia | | synonym | 1489875 | Gobiaria | | scientific name | 1489875 | Gobiomorpharia | | synonym | 1489878 | Gobiiformes | | scientific name | 1489878 | gobies and sleepers | | genbank common name | 1489883 | Syngnathiaria | | scientific name | 1489883 | Syngnathimorpharia | | synonym | 1489884 | Syngnathoidea | | synonym | 1489884 | Syngnathoidei | | scientific name | 1489885 | Pelagiaria | | scientific name | 1489885 | Pelagimorpharia | | synonym | 1489885 | Stromateoidei | | synonym | 148989 | Prochilodus magdalenae | | scientific name | 148989 | Prochilodus magdalenae Steindachner, 1879 | | authority | 1489892 | Anabantaria | | scientific name | 1489892 | Anabantomorpharia | | synonym | 1489894 | Scombriformes | | scientific name | 1489894 | Scombroidei | | synonym | 1489894 | tunas and others | | genbank common name | 1489900 | Anabantiformes | | scientific name | 1489900 | gouramies and others | | genbank common name | 1489904 | Carangaria | | scientific name | 1489904 | Carangimorpha | | synonym | 1489904 | Carangimorphariae | | synonym | 1489906 | Istiophoriformes | | scientific name | 1489906 | billfishes and barracudas | | genbank common name | 1489907 | Carangiformes | | scientific name | 1489907 | Carangoidei | | synonym | 1489907 | jacks and others | | genbank common name | 1489908 | Ovalentaria | | scientific name | 1489908 | Stiassnyiformes | | synonym | 1489909 | Ovalentaria incertae sedis | | scientific name | 1489910 | Cichlomorphae | | scientific name | 1489911 | Cichliformes | | scientific name | 1489911 | Pholidichthyiformes | | in-part | 1489911 | cichlids and convict blennies | | genbank common name | 1489913 | Atherinomorpha | | synonym | 1489913 | Atherinomorphae | | scientific name | 1489919 | Mugilomorpha | | synonym | 1489919 | Mugilomorphae | | scientific name | 1489920 | Blenniimorphae | | scientific name | 1489921 | Blenniiformes | | scientific name | 1489922 | Eupercaria | | scientific name | 1489922 | Percomorpharia | | synonym | 1489923 | Eupercaria incertae sedis | | scientific name | 1489923 | Percomorpharia incertae sedis | | synonym | 1489928 | Labriformes | | scientific name | 1489928 | Labroidei | | synonym | 1489928 | wrasses | wrasses | genbank common name | 1489940 | Centrarchiformes | | scientific name | 1489940 | sunfishes and others | | genbank common name | 1489943 | Serranoidei | | scientific name | 1490019 | Anoplopomatales | | scientific name | 1490019 | Anoplopomatoidei | | synonym | 1490020 | Gasterosteales | | scientific name | 1490020 | Gasterosteiformes | | synonym | 1490021 | Cottales | | scientific name | 1490222 | Actinoallomurus bryophytorum | | scientific name | 1490222 | Actinoallomurus bryophytorum Li et al. 2015 | | authority | 1490222 | Actinoallomurus sp. NEAU-TX1-15 | | includes | 149040 | Mollisia scopiformis | | scientific name | 149040 | Mollisia scopiformis (Kowalski & Kehr) I. Wagner, Prell & Baral, 2020 | | authority | 149040 | Phialocephala scopiformis | | synonym | 149040 | Phialocephala scopiformis T. Kowalski & Kehr, 1995 | | authority | 1490483 | Mycobacterium sp. SWH-M5 | | scientific name | 1490484 | Mycobacterium sp. ST-F2 | | scientific name | 1491 | "Bacillus botulinus" van Ermengem 1896 | | authority | 1491 | "Bacillus putrificus" (Trevisan 1889) Bienstock 1899 | | authority | 1491 | "Botulobacillus botulinus" (van Ermengem 1896) Orla-Jensen 1909 | | authority | 1491 | "Ermengemillus botulinus" (van Ermengem 1896) Heller 1922 | | authority | 1491 | "Pacinia putrifica" Trevisan 1889 | | authority | 1491 | Bacillus botulinus | | synonym | 1491 | Bacillus putrificus | | synonym | 1491 | Botulobacillus botulinus | | synonym | 1491 | Clostridium botulinum | | scientific name | 1491 | Clostridium botulinum subsp. botulinum | | synonym | 1491 | Clostridium botulinum subsp. botulinum (van Ermengem 1896) Dif et al. 2026 | | authority | 1491 | Clostridium putrificum | | synonym | 1491 | Clostridium putrificum (Trevisan 1889) Reddish and Rettger 1922 (Approved Lists 1980) | | authority | 1491 | Ermengemillus botulinus | | synonym | 1491 | Pacinia putrifica | | synonym | 1492 | "Amylobacter navicula" (Reinke and Berthold 1879) Wehmer 1898 | | authority | 1492 | "Bacillus amylobacter" van Tieghem 1877 | | authority | 1492 | "Bacillus butyricus" (Prazmowski 1880) Flugge 1886 | | authority | 1492 | "Bacillus navicula" (Reinke and Berthold 1879) Chester 1898 | | authority | 1492 | "Bacterium navicula" Reinke and Berthold 1879 | | authority | 1492 | "Clostridium kainantoi" Takeda and Matsui 1955 | | authority | 1492 | "Clostridium naviculum" (Reinke and Berthold 1879) Prevot 1938 | | authority | 1492 | "Clostridium pseudotetanicum" (Prevot 1938) Smith and Hobbs 1974 | | authority | 1492 | "Metallacter amylobacter" (van Tieghem 1877) Trevisan 1879 | | authority | 1492 | Amylobacter navicula | | synonym | 1492 | Bacillus amylobacter | | synonym | 1492 | Bacillus butyricus | | synonym | 1492 | Bacillus navicula | | synonym | 1492 | Bacterium navicula | | synonym | 1492 | Clostridium butyricum | | scientific name | 1492 | Clostridium butyricum Prazmowski 1880 | | authority | 1492 | Clostridium kainantoi | | synonym | 1492 | Clostridium naviculum | | synonym | 1492 | Clostridium pseudotetanicum | | synonym | 1492 | Metallacter amylobacter | | synonym | 1492669 | Chirita brachytricha | | synonym | 1492669 | Chirita brachytricha W.T.Wang & D.Y.Chen, 1985 | | authority | 1492669 | Primulina brachytricha | | scientific name | 1492669 | Primulina brachytricha (W.T.Wang & D.Y.Chen) R.B.Mao & Yin Z.Wang, 2011 | | authority | 1492922 | Gammaproteobacteria bacterium MFB021 | | scientific name | 1492922 | bacterium MFB021 | | synonym | 149385 | Salmonella enterica subsp. enterica serovar Hadar | | scientific name | 149385 | Salmonella hadar | | synonym | 149388 | Salmonella enterica subsp. enterica serovar Mikawasima | | scientific name | 149388 | Salmonella mikawasima | | synonym | 149391 | Salmonella braenderup | | synonym | 149391 | Salmonella enterica serovar Braenderup | | synonym | 149391 | Salmonella enterica subsp. enterica serovar Braenderup | | scientific name | 1494 | "Bacillus cochlearius" Douglas et al. 1919 | | authority | 1494 | Bacillus cochlearius | | synonym | 1494 | Clostridium cochlearium | | scientific name | 1494 | Clostridium cochlearium (Douglas et al. 1919) Bergey et al. 1923 (Approved Lists 1980) | | synonym | 1494 | Clostridium lentoputrescens | | synonym | 1494 | Clostridium lentoputrescens Hartsell and Rettger 1934 (Approved Lists 1980) | | authority | 1494215 | Verruconis | | scientific name | 1494215 | Verruconis Samerp. & de Hoog, 2013 | | authority | 1494960 | Listeria aquatica | | scientific name | 1494960 | Listeria aquatica den Bakker et al. 2014 | | authority | 1495038 | Mesoaciditoga | | scientific name | 1495038 | Mesoaciditoga Reysenbach et al. 2013 | | authority | 1495039 | Mesoaciditoga lauensis | | scientific name | 1495039 | Mesoaciditoga lauensis Reysenbach et al. 2013 | | authority | 1495066 | "Pseudomonas capeferrum" Berendsen et al. 2015 | | authority | 1495066 | Pseudomonas capeferrum | | scientific name | 1495066 | Pseudomonas sp. WCS358 | | includes | 149539 | "Bacillus enteritidis" Gaertner 1888 | | authority | 149539 | Bacillus enteritidis | | synonym | 149539 | Salmonella enterica serovar Enteritidis | | equivalent name | 149539 | Salmonella enterica subsp. enterica serovar Enteritidis | | scientific name | 149539 | Salmonella enteritidis | | synonym | 149539 | Salmonella enteritidis (Gaertner 1888) Castellani and Chalmers 1919 | | authority | 149539 | Salmonella sp. CMCC50041 | | includes | 149539 | Salmonella sp. SJTUF12367v2 | | includes | 149539 | Salmonella sp. SJTUF12519v2 | | includes | 1495646 | Thermoflexia | | scientific name | 1495646 | Thermoflexia Dodsworth et al. 2014 | | authority | 1495647 | Thermoflexales | | scientific name | 1495647 | Thermoflexales Dodsworth et al. 2014 | | authority | 1495648 | Thermoflexaceae | | scientific name | 1495648 | Thermoflexaceae Dodsworth et al. 2014 | | authority | 1495649 | Thermoflexus | | scientific name | 1495649 | Thermoflexus Dodsworth et al. 2014 | | authority | 1495650 | Thermoflexus hugenholtzii | | scientific name | 1495650 | Thermoflexus hugenholtzii Dodsworth et al. 2014 | | authority | 1495650 | Thermoflexus hugenholtzii Dodsworth et al. 2014 emend. Nouioui et al. 2018 | | authority | 1496 | "Peptoclostridium difficile" Yutin and Galperin 2013 | | authority | 1496 | Clostridioides difficile | | scientific name | 1496 | Clostridioides difficile (Hall and O'Toole 1935) Lawson et al. 2016 | | authority | 1496 | Clostridium difficile (Hall and O'Toole 1935) Prevot 1938 (Approved Lists 1980) | | synonym | 1496 | Clostridium sp. HMSC19D05 | | includes | 1496 | Peptoclostridium difficile | | synonym | 149698 | Massilia | | scientific name | 149698 | Massilia La Scola et al. 2000 | | synonym | 149698 | Massilia La Scola et al. 2000 emend. Kampfer et al. 2011 | | authority | 149698 | Massilia La Scola et al. 2000 emend. Singh et al. 2015 | | authority | 149698 | Naxibacter | | synonym | 149698 | Naxibacter Xu et al. 2005 emend. Kampfer et al. 2008 | | authority | 1496996 | Stackebrandtia endophytica | | scientific name | 1496996 | Stackebrandtia endophytica Xiong et al. 2015 | | authority | 1496996 | Stackebrandtia sp. YIM 64602 | | includes | 1497346 | Thermoleophilia | | scientific name | 1497346 | Thermoleophilia Suzuki and Whitman 2013 emend. Foesel et al. 2016 | | authority | 1497615 | Bradyrhizobium neotropicale | | scientific name | 1497615 | Bradyrhizobium neotropicale Zilli et al. 2014 | | authority | 1497615 | Bradyrhizobium sp. BR 10247 | | includes | 1497615 | Bradyrhizobium sp. BR10247 | | includes | 1497615 | Bradyrhizobium sp. BR10296 | | includes | 1497615 | Bradyrhizobium sp. BR10297 | | includes | 1497615 | Bradyrhizobium sp. BR10298 | | includes | 1497615 | Bradyrhizobium sp. BR10299 | | includes | 1497615 | Bradyrhizobium sp. BR10300 | | includes | 1497615 | Bradyrhizobium sp. BR10301 | | includes | 1498435 | Catharanthinae | | scientific name | 1498435 | Catharanthinae Pichon ex Boiteau, 1981 | | authority | 1499392 | Chromobacteriaceae | | scientific name | 1499392 | Chromobacteriaceae Adeolu and Gupta 2013 | | authority | 1499392 | Chromobacteriaceae Adeolu and Gupta 2013 emend. Chen et al. 2021 | | authority | 149990 | Parachela | Parachela | scientific name | 1499966 | "Candidatus Moduliflexus flocculans" Sekiguchi et al. 2015 | | authority | 1499966 | Candidatus Moduliflexus flocculans | | scientific name | 1499966 | Moduliflexus flocculans | | equivalent name | 1499966 | bacterium UASB14 | | includes | 1499968 | Paenibacillus sp. TCA20 | | scientific name | 1499973 | Escherichia marmotae | | scientific name | 1499973 | Escherichia marmotae Liu et al. 2015 | | authority | 1499973 | Escherichia sp. HT072503 | | includes | 1499973 | Escherichia sp. HT073016 | | includes | 1499973 | Escherichia sp. HT073105 | | includes | 1499973 | Escherichia sp. HT080118 | | includes | 1499973 | Escherichia sp. HT080401 | | includes | 1499973 | Escherichia sp. HT080709 | | includes | 1499973 | Escherichia sp. HT080711 | | includes | 1500077 | Streptomyces lacrimifluminis | | scientific name | 1500077 | Streptomyces lacrimifluminis Zhang et al. 2016 | | authority | 1500077 | Streptomyces sp. CGMCC 4.7272 | | includes | 1500077 | Streptomyces sp. JCM 31054 | | includes | 1500077 | Streptomyces sp. TTH-DM-20 | | includes | 1500077 | Streptomyces sp. Z1027 | | includes | 150022 | "Finegoldia" Murdoch and Shah 1999 | | authority | 150022 | Finegoldia | | scientific name | 150022 | Finegoldia Murdoch and Shah 2000 | | authority | 150054 | Streptococcus infantarius subsp. infantarius | | scientific name | 150054 | Streptococcus infantarius subsp. infantarius Schlegel et al. 2000 | | authority | 150055 | Streptococcus infantarius subsp. coli | | synonym | 150055 | Streptococcus infantarius subsp. coli Schlegel et al. 2000 | | authority | 150055 | Streptococcus lutetiensis | | scientific name | 150055 | Streptococcus lutetiensis Poyart et al. 2002 | | authority | 1500946 | unclassified Phycisphaerales | | scientific name | 1500948 | unclassified Methanocorpusculaceae | | scientific name | 1501 | "Bacillus pasteurianus" (Winogradsky 1895) Lehmann and Neumann 1907 | | authority | 1501 | "Bacillus pastorianus" (Winogradsky 1902) Lehmann and Neumann 1907 | | authority | 1501 | "Bacillus winogradsky" Matzuschita 1902 | | authority | 1501 | "Butyribacillus pasteurianus" (Winogradsky 1895) Orla-Jensen 1909 | | authority | 1501 | "Clostridium pastorianus" (sic) Winogradsky 1902 | | authority | 1501 | Bacillus pasteurianus | Bacillus pasteurianus | in-part | 1501 | Bacillus pastorianus | | synonym | 1501 | Bacillus winogradsky | | synonym | 1501 | Butyribacillus pasteurianus | | synonym | 1501 | Clostridium pasteurianum | | scientific name | 1501 | Clostridium pasteurianum Winogradsky 1895 | | authority | 1501 | Clostridium pastorianus | | synonym | 1501226 | Romboutsia | | scientific name | 1501226 | Romboutsia Gerritsen et al. 2014 | | authority | 1501226 | Romboutsia Gerritsen et al. 2014 emend. Bello et al. 2024 | | authority | 1501226 | Romboutsia Gerritsen et al. 2014 emend. Wang et al. 2015 | | authority | 1501239 | Bacillus huizhouensis | | synonym | 1501239 | Bacillus huizhouensis Li et al. 2014 | | authority | 1501239 | Bacillus sp. GSS03 | | includes | 1501239 | Peribacillus huizhouensis | | scientific name | 1501239 | Peribacillus huizhouensis (Li et al. 2014) Patel and Gupta 2020 | | authority | 1501348 | "Amoebophilaceae" Santos-Garcia et al. 2014 | | authority | 1501348 | Amoebophilaceae | | scientific name | 1501391 | Alistipes inops | | scientific name | 1501391 | Alistipes inops Shkoporov et al. 2015 | | authority | 1501391 | Alistipes sp. 627 | | includes | 1501433 | Kamptonema | | scientific name | 1501433 | Kamptonema Strunecky, Komarek & J.Smarda, 2014 | | authority | 150173 | Fuscosclera | | synonym | 150173 | Fuscosclera Hern.-Restr., J. Mena & Gene, 2017 | | authority | 150173 | Paradidymobotryum | | synonym | 150173 | Paradidymobotryum C.J.K. Wang & B. Sutton, 1984 | | authority | 150173 | Phialocephala | | scientific name | 150173 | Phialocephala W.B. Kendr., 1961 | | authority | 1502 | "Bacterium welchii" Migula 1900 | | authority | 1502 | "Clostridium plagarum" (Prevot 1938) Smith and Hobbs 1974 | | authority | 1502 | Bacterium welchii | | synonym | 1502 | Clostridium perfringens | | scientific name | 1502 | Clostridium perfringens (Veillon and Zuber 1898) Hauduroy et al. 1937 (Approved Lists 1980) | | synonym | 1502 | Clostridium plagarum | | synonym | 1502 | Clostridium sp. NCIM 2677 | | includes | 1502 | s__Sarcina perfringens | | equivalent name | 150203 | Blastomonas | | scientific name | 150203 | Blastomonas Sly and Cahill 1997 | | authority | 150203 | Blastomonas Sly and Cahill 1997 emend. Hiraishi et al. 2000 | | authority | 150203 | Erythromonas | | synonym | 150203 | Erythromonas Yurkov et al. 1997 | | authority | 1502180 | Alsobacter | | scientific name | 1502180 | Alsobacter Bao et al. 2014 | | authority | 1502180 | Alsobacter Bao et al. 2014 emend. Sun et al. 2018 | | authority | 150247 | Anoxybacillus | | scientific name | 150247 | Anoxybacillus Pikuta et al. 2000 | | authority | 150247 | Anoxybacillus Pikuta et al. 2000 emend. Patel et al. 2024 | | authority | 150247 | Anoxybacillus Pikuta et al. 2000 emend. Pikuta et al. 2003 | | authority | 1502711 | Erythranthe | | scientific name | 1502711 | Erythranthe Spach, 1840 | | authority | 1502724 | Devosia sp. LC5 | | scientific name | 1502776 | Methylobacterium sp. 13MFTsu3.1M2 | | scientific name | 1502784 | Pseudomonas sp. AAC | | scientific name | 1502841 | Acetobacter sp. AI32 | | includes | 1502841 | Acetobacter sp. BCC 26087 | | includes | 1502841 | Acetobacter suratthanensis | | synonym | 1502841 | Acetobacter suratthaniensis | | scientific name | 1502841 | Acetobacter suratthaniensis Pitiwittayakul et al. 2016 | | authority | 1502851 | Allobosea sp. LC85 | | scientific name | 150287 | Boleophthalmus | | scientific name | 150288 | Boleophthalmus pectinirostris | | scientific name | 150288 | Boleophthalmus pectinirostris (Linnaeus, 1758) | | authority | 150288 | Gobius pectinirostris | | synonym | 150288 | Gobius pectinirostris Linnaeus, 1758 | | authority | 150288 | great blue-spotted mudskipper | | genbank common name | 1503054 | Burkholderia sp. Bp6893 | | includes | 1503054 | Burkholderia sp. Bp6916 | | includes | 1503054 | Burkholderia sp. Bp7118 | | includes | 1503054 | Burkholderia sp. Bp7119 | | includes | 1503054 | Burkholderia sp. Bp7120 | | includes | 1503054 | Burkholderia sp. Bp7137 | | includes | 1503054 | Burkholderia sp. Bp7139 | | includes | 1503054 | Burkholderia sp. Bp7142 | | includes | 1503054 | Burkholderia sp. Bp7143 | | includes | 1503054 | Burkholderia sp. Bp7145 | | includes | 1503054 | Burkholderia sp. Bp7260 | | includes | 1503054 | Burkholderia sp. Bp7266 | | includes | 1503054 | Burkholderia sp. Bp7278 | | includes | 1503054 | Burkholderia sp. Bp7280 | | includes | 1503054 | Burkholderia sp. Bp7282 | | includes | 1503054 | Burkholderia sp. Bp7288 | | includes | 1503054 | Burkholderia sp. Bp7466 | | includes | 1503054 | Burkholderia sp. Bp7469 | | includes | 1503054 | Burkholderia sp. Bp7471 | | includes | 1503054 | Burkholderia sp. Bp7483 | | includes | 1503054 | Burkholderia sp. Bp7485 | | includes | 1503054 | Burkholderia sp. Bp7491 | | includes | 1503054 | Burkholderia sp. Bp7519 | | includes | 1503054 | Burkholderia sp. Bp7520 | | includes | 1503054 | Burkholderia sp. Bp7521 | | includes | 1503054 | Burkholderia sp. Bp7554 | | includes | 1503054 | Burkholderia sp. Bp7555 | | includes | 1503054 | Burkholderia sp. Bp7571 | | includes | 1503054 | Burkholderia sp. Bp7572 | | includes | 1503054 | Burkholderia sp. Bp7635 | | includes | 1503054 | Burkholderia sp. Bp7636 | | includes | 1503054 | Burkholderia sp. Bp7639 | | includes | 1503054 | Burkholderia sp. Bp7640 | | includes | 1503054 | Burkholderia sp. Bp7641 | | includes | 1503054 | Burkholderia sp. Bp7642 | | includes | 1503054 | Burkholderia sp. Bp7643 | | includes | 1503054 | Burkholderia sp. Bp7644 | | includes | 1503054 | Burkholderia sp. Bp7645 | | includes | 1503054 | Burkholderia sp. Bp7651 | | includes | 1503054 | Burkholderia sp. Bp7656 | | includes | 1503054 | Burkholderia sp. Bp7657 | | includes | 1503054 | Burkholderia sp. Bp7658 | | includes | 1503054 | Burkholderia sp. Bp7663 | | includes | 1503054 | Burkholderia sp. Bp7665 | | includes | 1503054 | Burkholderia sp. Bp7666 | | includes | 1503054 | Burkholderia sp. Bp7667 | | includes | 1503054 | Burkholderia sp. Bp7670 | | includes | 1503054 | Burkholderia sp. Bp7671 | | includes | 1503054 | Burkholderia sp. Bp7673 | | includes | 1503054 | Burkholderia sp. Bp7681 | | includes | 1503054 | Burkholderia sp. Bp7682 | | includes | 1503054 | Burkholderia sp. Bp7684 | | includes | 1503054 | Burkholderia sp. Bp7685 | | includes | 1503054 | Burkholderia sp. Bp7686 | | includes | 1503054 | Burkholderia sp. Bp7687 | | includes | 1503054 | Burkholderia sp. Bp7690 | | includes | 1503054 | Burkholderia sp. Bp7692 | | includes | 1503054 | Burkholderia sp. Bp7693 | | includes | 1503054 | Burkholderia sp. Bp7694 | | includes | 1503054 | Burkholderia sp. Bp7697 | | includes | 1503054 | Burkholderia sp. Bp7698 | | includes | 1503054 | Burkholderia sp. Bp7699 | | includes | 1503054 | Burkholderia sp. Bp7705 | | includes | 1503054 | Burkholderia sp. Bp7707 | | includes | 1503054 | Burkholderia sp. LMG 28156 | | includes | 1503054 | Burkholderia sp. LMG 28157 | | includes | 1503054 | Burkholderia sp. R-52095 | | includes | 1503054 | Burkholderia sp. R-52096 | | includes | 1503054 | Burkholderia sp. R-52235 | | includes | 1503054 | Burkholderia sp. R-52237 | | includes | 1503054 | Burkholderia sp. R-52238 | | includes | 1503054 | Burkholderia sp. R-52240 | | includes | 1503054 | Burkholderia stagnalis | | scientific name | 1503054 | Burkholderia stagnalis De Smet et al. 2015 | | authority | 1503055 | Burkholderia sp. BP7066 | | includes | 1503055 | Burkholderia sp. Bp0350 | | includes | 1503055 | Burkholderia sp. Bp0363 | | includes | 1503055 | Burkholderia sp. Bp0379 | | includes | 1503055 | Burkholderia sp. Bp0450 | | includes | 1503055 | Burkholderia sp. Bp0463 | | includes | 1503055 | Burkholderia sp. Bp7099 | | includes | 1503055 | Burkholderia sp. Bp7104 | | includes | 1503055 | Burkholderia sp. Bp7105 | | includes | 1503055 | Burkholderia sp. Bp7106 | | includes | 1503055 | Burkholderia sp. Bp7107 | | includes | 1503055 | Burkholderia sp. Bp7147 | | includes | 1503055 | Burkholderia sp. Bp7311 | | includes | 1503055 | Burkholderia sp. Bp7315 | | includes | 1503055 | Burkholderia sp. Bp7316 | | includes | 1503055 | Burkholderia sp. Bp7424 | | includes | 1503055 | Burkholderia sp. Bp7449 | | includes | 1503055 | Burkholderia sp. Bp7476 | | includes | 1503055 | Burkholderia sp. Bp7512 | | includes | 1503055 | Burkholderia sp. Bp7513 | | includes | 1503055 | Burkholderia sp. Bp7514 | | includes | 1503055 | Burkholderia sp. Bp7515 | | includes | 1503055 | Burkholderia sp. Bp7517 | | includes | 1503055 | Burkholderia sp. Bp7518 | | includes | 1503055 | Burkholderia sp. Bp7578 | | includes | 1503055 | Burkholderia sp. Bp7580 | | includes | 1503055 | Burkholderia sp. Bp7581 | | includes | 1503055 | Burkholderia sp. Bp7583 | | includes | 1503055 | Burkholderia sp. Bp7588 | | includes | 1503055 | Burkholderia sp. Bp7628 | | includes | 1503055 | Burkholderia sp. Bp7629 | | includes | 1503055 | Burkholderia sp. Bp7679 | | includes | 1503055 | Burkholderia sp. Bp7703 | | includes | 1503055 | Burkholderia sp. LMG 28158 | | includes | 1503055 | Burkholderia sp. LMG 28159 | | includes | 1503055 | Burkholderia sp. R-52242 | | includes | 1503055 | Burkholderia sp. R-52244 | | includes | 1503055 | Burkholderia territorii | | scientific name | 1503055 | Burkholderia territorii De Smet et al. 2015 | | authority | 150340 | "Vibrio antiquarius" Hasan et al. 2015 | | authority | 150340 | Vibrio antiquarius | | scientific name | 150340 | Vibrio sp. EX25 | | includes | 1503470 | cyanobacterium TDX16 | | scientific name | 150359 | Niveomyces insectorum | | scientific name | 150359 | Niveomyces insectorum (de Hoog & H.C. Evans) Kobmoo, Tasanathai & Luangsa-ard, 2023 | | authority | 150359 | Sporothrix insectorum | | synonym | 150359 | Sporothrix insectorum de Hoog & H.C. Evans, 1974 | | authority | 150366 | Akanthomyces | | scientific name | 150366 | Akanthomyces Lebert, 1858 | | authority | 1504156 | Microbacterium sp. SUBG005 | | scientific name | 1504633 | Panicum hallii var. hallii | | scientific name | 1505 | "Bacillus oedematis sporogenes" Sordelli 1923 | | authority | 1505 | Bacillus oedematis sporogenes | | synonym | 1505 | Bacillus sordelli | | synonym | 1505 | Clostridium sordellii (Hall and Scott 1927) Prevot 1938 (Approved Lists 1980) | | synonym | 1505 | Paeniclostridium sordellii | | synonym | 1505 | Paeniclostridium sordellii (Hall and Scott 1927) Sasi Jyothsna et al. 2016 | | authority | 1505 | Paraclostridium sordellii | | scientific name | 1505 | Paraclostridium sordellii (Hall and Scott 1927) Bello et al. 2024 | | authority | 1505 | Paraclostridium sp. LG56-02 | | includes | 1505 | Paraclostridium sp. TM114-52 | | includes | 1505 | Paraclostridium sp. TM114-53 | | includes | 1505 | Paraclostridium sp. TM114-67 | | includes | 1505233 | Chitinivibrionales | | scientific name | 1505233 | Chitinivibrionales Sorokin et al. 2014 | | authority | 1505652 | Terrisporobacter | | scientific name | 1505652 | Terrisporobacter Gerritsen et al. 2014 | | authority | 1505657 | Intestinibacter | | scientific name | 1505657 | Intestinibacter Gerritsen et al. 2014 | | authority | 1505891 | Epinephelini | | scientific name | 1505960 | Monothalamea | | synonym | 1505960 | Monothalamids | | scientific name | 1505960 | Monothalamids Pawlowski et al. 2003 | | authority | 1506 | Anaerobacter sp. | | synonym | 1506 | Clostridium sp. | | scientific name | 1506151 | Aspergillus pseudonomiae | | scientific name | 1506151 | Aspergillus pseudonomiae Varga, Samson & Frisvad, 2011 | | synonym | 1506151 | Aspergillus sp. CBS 119388 | | includes | 1506295 | Sebacinales group B | | equivalent name | 1506295 | Sebacinales subgroup B | | equivalent name | 1506295 | Serendipitaceae | | scientific name | 1506334 | Pseudomonas sp. G2-4 | | scientific name | 1506553 | "Lachnoclostridium" Yutin and Galperin 2013 | | authority | 1506553 | Lachnoclostridium | | scientific name | 150723 | Aminobacter ciceronei | | scientific name | 150723 | Aminobacter ciceronei McDonald et al. 2005 | | authority | 150723 | Aminobacter sp. IMB-1 | | includes | 150723 | Pseudaminobacter sp. C147 | | includes | 150723 | methylotrophic alpha proteobacterium strain ER2 | | includes | 150723 | methylotrophic proteobacterium ER2 | | includes | 150723 | methylotrophic proteobacterium IMB-1 | | includes | 150830 | Roseibium | | scientific name | 150830 | Roseibium Suzuki et al. 2000 | | authority | 150830 | Roseibium Suzuki et al. 2000 emend. Biebl et al. 2007 | | authority | 1508375 | Actinospica durhamensis | | scientific name | 1508375 | Actinospica durhamensis Golinksa 2015 | | authority | 1508375 | Actinospica sp. A1GG17 | | includes | 1508375 | Actinospica sp. A1GG29 | | includes | 1508375 | Actinospica sp. A1SCA6 | | includes | 1508375 | Actinospica sp. CGG1 | | includes | 1508375 | Actinospica sp. CSCA57 | | includes | 1508375 | Actinospica sp. HGG19 | | includes | 1508375 | Actinospica sp. HSCA45 | | includes | 1508594 | Chloroflexineae | | scientific name | 1508594 | Chloroflexineae Gupta et al. 2013 | | authority | 1508595 | Roseiflexineae | | scientific name | 1508595 | Roseiflexineae Gupta et al. 2013 | | authority | 1508635 | Roseiflexaceae | | scientific name | 1508635 | Roseiflexaceae Gupta et al. 2013 | | authority | 1508657 | "Ruminiclostridium" Yutin and Galperin 2013 | | authority | 1508657 | Ruminiclostridium | | scientific name | 1508657 | Ruminiclostridium Zhang et al. 2018 | | authority | 150886 | Satyrina | | scientific name | 150886 | Satyriti | | synonym | 1509 | "Bacillus sporogenes" Metchnikoff 1908 | | authority | 1509 | "Clostridium sporogenes var. A" (Metchnikoff 1908) Prevot 1938 | | authority | 1509 | "Clostridium sporogenes" (Heller 1922) Bergey et al. 1923 | | authority | 1509 | "Metchnikovillus sporogenes" (sic) Heller 1922 | | authority | 1509 | Clostridium sporogenes | | scientific name | 1509 | Clostridium sporogenes (Metchnikoff 1908) Bergey et al. 1923 (Approved Lists 1980) | | authority | 1509 | Clostridium sporogenes var. A | | synonym | 1509 | Metchnikovillus sporogenes | | synonym | 1510206 | "Salinivibrio socompensis" (ex Gorriti et al. 2014) Galisteo et al. 2019 | | authority | 1510206 | "Salinivibrio socompensis" Gorriti et al. 2014 | | authority | 1510206 | Salinivibrio socompensis | | scientific name | 1510206 | Salinivibrio socompensis Galisteo et al. 2020 | | authority | 151208 | Dismorphiinae | | scientific name | 1513 | "Bacillus tetani" Flugge 1886 | | authority | 1513 | Bacillus tetani | | synonym | 1513 | Clostridium tetani | | scientific name | 151303 | Dendrolimus | | scientific name | 151316 | Lasiocampinae | | scientific name | 1513890 | Pseudomonas chlororaphis subsp. piscium | | scientific name | 1513890 | Pseudomonas chlororaphis subsp. piscium Burr et al. 2010 | | authority | 1516159 | Vibrio coralliirubri | | scientific name | 1516159 | Vibrio coralliirubri Poli et al. 2018 | | authority | 1516159 | Vibrio sp. corallo1 | | includes | 151659 | environmental samples | environmental samples | scientific name | 1517 | "Clostridium tartarivorum" Mercer and Vaughn | | authority | 1517 | "Therminosporus thermosaccharolyticus" (McClung 1935) Prevot 1938 | | authority | 1517 | Clostridium tartarivorum | | synonym | 1517 | Clostridium thermosaccharolyticum | | synonym | 1517 | Clostridium thermosaccharolyticum McClung 1935 (Approved Lists 1980) | | authority | 1517 | Therminosporus thermosaccharolyticus | | synonym | 1517 | Thermoanaerobacterium sp. TG57 | | includes | 1517 | Thermoanaerobacterium thermosaccharolyticum | | scientific name | 1517 | Thermoanaerobacterium thermosaccharolyticum (McClung 1935) Collins et al. 1994 | | authority | 151754 | Xenophilus | | scientific name | 151754 | Xenophilus Blumel et al. 2001 | | authority | 1517830 | Dryobates | | scientific name | 1518149 | Thalassotalea | | scientific name | 1518149 | Thalassotalea Zhang et al. 2014 emend. Hou et al. 2015 | | authority | 1518149 | Thalassotalea Zhang et al. 2014 emend. Park et al. 2014 | | authority | 1518534 | Anopheles coluzzii | | scientific name | 1518534 | Anopheles coluzzii Coetzee & Wilkerson, 2013 | | authority | 1518534 | Anopheles gambiae M | | synonym | 151895 | Pedobacter saltans | | synonym | 151895 | Pedobacter saltans Steyn et al. 1998 | | authority | 151895 | Pseudopedobacter saltans | | scientific name | 151895 | Pseudopedobacter saltans (Steyn et al. 1998) Cao et al. 2014 emend. Hahnke et al. 2016 | | authority | 1519473 | Streptomyces sp. NRRL WC-3701 | | scientific name | 1519475 | Streptomyces sp. NRRL F-5755 | | scientific name | 1519490 | Streptomyces sp. NRRL WC-3618 | | scientific name | 1519565 | Fistulifera solaris | | scientific name | 1519565 | Fistulifera solaris Mayama, Matsumoto, Nemoto & Tanaka, 2014 | | authority | 1519565 | Fistulifera sp. JPCC DA 0580 | | includes | 1519565 | Fistulifera sp. JPCC DA0580 | | includes | 1520 | "Clostridium rubrum" Ng and Vaughn 1963 | | authority | 1520 | Clostridium beijerinckii | | scientific name | 1520 | Clostridium beijerinckii Donker 1926 (Approved Lists 1980) | | synonym | 1520 | Clostridium beijerinckii Donker 1926 (Approved Lists 1980) emend. Keis et al. 2001 | | authority | 1520 | Clostridium rubrum | | synonym | 1520 | Clostridium sp. H18 | | includes | 1520801 | Pseudobutyrivibrio sp. ACV-2 | | scientific name | 1520817 | Ruminococcaceae bacterium FB2012 | | scientific name | 1520881 | OSLEUM clade | | scientific name | 1521257 | Ophioglossidae | | scientific name | 1521257 | Ophioglossidae Klinge, 1882 | | authority | 1521257 | Ophioglossopsida | | synonym | 1521258 | Equisetidae | | scientific name | 1521258 | Equisetidae Warm., 1883 | | authority | 1521258 | Equisetophyta | | synonym | 1521258 | Equisetopsida | | synonym | 1521258 | Equisetopsida C.Agardh, 1825 | | authority | 1521258 | Sphenopsida | | synonym | 1521260 | Lycopodiidae | | synonym | 1521260 | Lycopodiidae Bek., 1863 | | authority | 1521260 | Lycopodiophyta | | synonym | 1521260 | Lycopodiophyta D.H.Scott, 1900 | | authority | 1521260 | Lycopodiopsida | | scientific name | 1521260 | Lycopodiopsida Bartl., 1830 | | authority | 1521260 | club mosses | | common name | 1521260 | club-mosses | | common name | 1521260 | clubmosses | clubmosses | blast name | 1521260 | clubmosses | clubmosses | genbank common name | 1521262 | Polypodiidae | Polypodiidae | scientific name | 1521262 | Polypodiidae Cronquist, Takht. & Zimmerm., 1966 | | authority | 1521262 | core leptosporangiate ferns | | includes | 152161 | Stappia | | scientific name | 152161 | Stappia Uchino et al. 1999 emend. Biebl et al. 2007 | | authority | 152180 | Ahrensia | | scientific name | 152180 | Ahrensia Uchino et al. 1999 emend. Liu et al. 2016 | | authority | 1522127 | Catalimonadaceae | | scientific name | 1522127 | Catalimonadaceae Choi et al. 2013 | | authority | 1522128 | Catalinimonas | | scientific name | 1522128 | Catalinimonas Choi et al. 2013 | | authority | 1522128 | Catalinimonas Choi et al. 2013 emend. Liu et al. 2025 | | authority | 152267 | Pigmentiphaga | | scientific name | 152267 | Pigmentiphaga Blumel et al. 2001 emend. Yoon et al. 2007 | | authority | 152316 | Stilbospora angustata | | synonym | 152316 | Stilbospora angustata Pers., 1801 | | authority | 152316 | Truncatella angustata | | scientific name | 152316 | Truncatella angustata (Pers.) S. Hughes 1958 | | authority | 152316 | Truncatella truncata | | synonym | 152316 | Truncatella truncata (Lev.) Steyaert 1949 | | authority | 152317 | Truncatella | Truncatella | scientific name | 152332 | Lactobacillus parakefir (sic) Takizawa et al. 1994 | | authority | 152332 | Lactobacillus parakefiri corrig. Takizawa et al. 1994 | | authority | 152332 | Lentilactobacillus parakefiri | | scientific name | 152332 | Lentilactobacillus parakefiri (Takizawa et al. 1994) Zheng et al. 2020 | | authority | 1523416 | Blastomonas sp. AAP25 | | scientific name | 1523425 | Novosphingobium sp. AAP83 | | scientific name | 1524097 | Massilia glaciei | | scientific name | 1524097 | Massilia glaciei Gu et al. 2017 | | authority | 1524097 | Mokoshia glaciei | | synonym | 1524097 | Mokoshia glaciei (Gu et al. 2017) Bowman 2023 | | authority | 1524097 | Rugamonas sp. B448-2 | | includes | 1524216 | Labilitrichaceae | | scientific name | 1524216 | Labilitrichaceae Yamamoto et al. 2014 | | authority | 1524217 | Labilithrix | | scientific name | 1524217 | Labilithrix Yamamoto et al. 2014 | | authority | 1524460 | Phaeodactylibacter xiamenensis | | scientific name | 1524460 | Phaeodactylibacter xiamenensis Chen et al. 2014 | | authority | 1524460 | Saprospiraceae bacterium KD52 | | includes | 1524460 | bacterium KD52 | | includes | 152480 | Burkholderia ambifaria | | scientific name | 152480 | Burkholderia ambifaria Coenye et al. 2001 | | authority | 152480 | Burkholderia cepacia complex genomovar VII | | synonym | 1524964 | Pasteurellaceae incertae sedis | | scientific name | 1525212 | Bathycoccaceae | | scientific name | 1525212 | Bathycoccaceae B.Marin & Melkonian, 2010 | | authority | 1525371 | Neorhizobium | | scientific name | 1525371 | Neorhizobium Mousavi et al. 2015 | | authority | 152601 | Pierini | | scientific name | 1526609 | unclassified Bacilli | | scientific name | 1527299 | Psychromonas sp. PRT-SC03 | | scientific name | 1528773 | Janthinobacterium sp. AD80 | | scientific name | 1528787 | Paenibacillus sp. AD87 | | scientific name | 1529117 | Bacillus sp. 165 | | scientific name | 152919 | Zeuxine | | scientific name | 152919 | Zeuxine Lindl., 1826 | | authority | 1529434 | Anneissia | | scientific name | 1529436 | Alecto japonica | | synonym | 1529436 | Alecto japonica Muller, 1841 | | authority | 1529436 | Anneissia japonica | | scientific name | 1529436 | Anneissia japonica (Muller, 1841) | | authority | 1529436 | Oxycomanthus japonicus | | synonym | 1529449 | Comatulinae | | scientific name | 1530123 | Acinetobacter seifertii | | scientific name | 1530123 | Acinetobacter seifertii Nemec et al. 2015 | | authority | 1530123 | Acinetobacter sp. 1334_ABAU | | includes | 1530123 | Acinetobacter sp. 5804(LUH 1471) | | includes | 1530123 | Acinetobacter sp. LLK-2014 | | includes | 1530123 | Acinetobacter sp. LUH 1471 | | includes | 1530123 | Acinetobacter sp. LUH 1472 | | includes | 1530123 | Acinetobacter sp. NIPH 973 | | includes | 1530123 | Acinetobacter sp. RUH1139 | | includes | 1531 | "Bacterium clostridiiforme" Burri and Ankersmit 1906 | | authority | 1531 | "Bacteroides clostridiiformis" (Burri and Ankersmit 1906) Holdeman and Moore 1970 | | authority | 1531 | "Eggerthella clostridiiformis" (Burri and Ankersmit 1906) Beerens et al. 1962 | | authority | 1531 | "Ristella clostridiiformis" (Burri and Ankersmit 1906) Prevot 1938 | | authority | 1531 | Bacterium clostridiiforme | | synonym | 1531 | Bacteroides clostridiiformis | | synonym | 1531 | Clostridium clostridiiforme | | synonym | 1531 | Eggerthella clostridiiformis | | synonym | 1531 | Enterocloster clostridioformis | | scientific name | 1531 | Enterocloster clostridioformis (Burri and Ankersmit 1906) Haas and Blanchard 2020 | | authority | 1531 | Ristella clostridiiformis | | synonym | 153151 | Bacillus sp. BGSC W9A22 | | includes | 153151 | Bacillus sp. BGSC W9A6 | | includes | 153151 | Bacillus sp. BGSC W9A64 | | includes | 153151 | Bacillus sp. SK-1 | | includes | 153151 | Geobacillus sp. E134 | | includes | 153151 | Geobacillus sp. LBT77 | | includes | 153151 | Geobacillus toebii | | synonym | 153151 | Geobacillus toebii Sung et al. 2002 | | authority | 153151 | Parageobacillus toebii | | scientific name | 153151 | Parageobacillus toebii (Sung et al. 2002) Aliyu et al. 2019 | | synonym | 1531963 | Comamonadaceae bacterium BICA1-1 | | scientific name | 153232 | Oceanicaulis | | scientific name | 153232 | Oceanicaulis Strompl et al. 2003 | | authority | 1532557 | Achromobacter sp. RTa | | scientific name | 153265 | Aequorivita | | scientific name | 153265 | Aequorivita Bowman and Nichols 2002 emend. Hahnke et al. 2016 | | authority | 153265 | Aequorivita Bowman and Nichols 2002 emend. Park et al. 2009 | | authority | 153265 | Vitellibacter | | synonym | 153265 | Vitellibacter Nedashkovskaya et al. 2003 emend. Kim et al. 2010 | | authority | 153265 | Vitellibacter Nedashkovskaya et al. 2003 emend. Park et al. 2014 | | authority | 153266 | Aequorivita antarctica | | scientific name | 153266 | Aequorivita antarctica Bowman and Nichols 2002 emend. Liu et al. 2013 | | authority | 153266 | Cytophaga-like bacterium QSSC9-14 | | includes | 153266 | Gelidibacter sp. QSSC9-16 | | includes | 1534972 | Triparma laevis | | scientific name | 1534972 | Triparma laevis B.C.Booth, 1987 | | authority | 153505 | Agaricus purus | | synonym | 153505 | Agaricus purus Pers., 1794 | | authority | 153505 | Mycena pura | | scientific name | 153505 | Mycena pura (Pers.) P. Kumm., 1871 | | authority | 153505 | lilac bonnet | | common name | 1535245 | Rhizobium sophoriradicis | | scientific name | 1535245 | Rhizobium sophoriradicis Jiao et al. 2015 | | authority | 1535245 | Rhizobium sp. CCBAU 03433 | | includes | 1535245 | Rhizobium sp. CCBAU 03470 | | includes | 1535325 | Candida/Lodderomyces clade | | scientific name | 1536648 | "Candidatus Dehalogenimonas etheniformans" Yang et al. 2017 | | authority | 1536648 | Candidatus Dehalogenimonas etheniformans | | synonym | 1536648 | Dehalogenimonas etheniformans | | scientific name | 1536648 | Dehalogenimonas etheniformans Cui et al. 2023 | | authority | 1536648 | Dehalogenimonas sp. GP | | includes | 1537279 | Janthinobacterium sp. HH107 | | scientific name | 1538125 | Caerostris darwini | | scientific name | 1538125 | Caerostris darwini Kuntner & Agnarsson, 2010 | | authority | 1538159 | "Rhizobium hidalgonense" Yan et al. 2017 | | authority | 1538159 | Rhizobium hidalgonense | | scientific name | 1538159 | Rhizobium hidalgonense Yan et al. 2020 | | authority | 1538159 | Rhizobium sp. FH14 | | includes | 1538159 | Rhizobium sp. JKLM19E | | includes | 1538159 | Rhizobium sp. NH05 | | includes | 1539049 | Chitinophagaceae bacterium DHOA34 | | includes | 1539049 | Dinghuibacter silviterrae | | scientific name | 1539049 | Dinghuibacter silviterrae Lv et al. 2016 | | authority | 153976 | Thripinae | | scientific name | 154046 | Clostridium hathewayi Steer et al. 2002 | | synonym | 154046 | Hungatella hathewayi | | scientific name | 154046 | Hungatella hathewayi (Steer et al. 2002) Kaur et al. 2014 | | authority | 154116 | Georgenia | | scientific name | 154116 | Georgenia Altenburger et al. 2002 emend. Li et al. 2007 | | authority | 154116 | Oceanitalea | | synonym | 154116 | Oceanitalea Fu et al. 2012 | | authority | 1541822 | Pseudophaeobacter | | scientific name | 1541822 | Pseudophaeobacter Breider et al. 2014 | | authority | 1542 | "Bacillus novyi" Migula 1894 | | authority | 1542 | "Clostridium novyi" (Migula 1894) Bergey et al. 1923 | | authority | 1542 | "Clostridium oedematiens" Bergey et al. 1923 | | authority | 1542 | Bacillus novyi | | synonym | 1542 | Clostridium novyi | | scientific name | 1542 | Clostridium novyi (Migula 1900) Bergey et al. 1923 (Approved Lists 1980) | | synonym | 1542 | Clostridium oedematiens | | synonym | 1542737 | Marmoricola solisilvae | | synonym | 1542737 | Marmoricola solisilvae Kim et al. 2015 | | authority | 1542737 | Marmoricola sp. KIS18-7 | | includes | 1542737 | Nocardioides marmorisolisilvae | | scientific name | 1542737 | Nocardioides marmorisolisilvae Wang et al. 2023 | | authority | 1542963 | "Halarchaeoglobus" Sorokin et al. 2021 | | authority | 1542963 | Halapricum | | scientific name | 1542963 | Halapricum Song et al. 2014 | | authority | 1542963 | Halapricum Song et al. 2014 emend. Sorokin et al. 2021 | | authority | 1542963 | Halarchaeoglobus | | synonym | 1543375 | Aeromonas finlandensis | | scientific name | 1543375 | Aeromonas finlandensis corrig. Beaz-Hidalgo et al. 2015 | | authority | 1543375 | Aeromonas sp. 4287D | | includes | 1543375 | Aeromonas sp. 4301D | | includes | 1543375 | Aeromonas sp. 4318B | | includes | 1543375 | Aeromonas sp. AE119 | | includes | 1543375 | Aeromonas sp. AE93 | | includes | 1543375 | Aeromonas sp. CECT 8022 | | includes | 1543375 | Aeromonas sp. CECT 8028 | | includes | 1543375 | Aeromonas sp. HE110 | | includes | 1543375 | Aeromonas sp. HE40 | | includes | 1543704 | Niveispirillum | | scientific name | 1543704 | Niveispirillum Lin et al. 2014 | | authority | 1543705 | Nitrospirillum | | scientific name | 1543705 | Nitrospirillum Lin et al. 2015 | | synonym | 1543705 | Nitrospirillum Lin et al. 2015 emend. Chung et al. 2015 | | authority | 1544798 | Draconibacterium sediminis | | scientific name | 1544798 | Draconibacterium sediminis Du et al. 2015 | | authority | 1544798 | Draconibacterium sp. JN14CK-3 | | includes | 1544798 | Draconibacterium sp. MCCC 1A00734 | | includes | 1544799 | Rhodothalassiales | | scientific name | 1544799 | Rhodothalassiales Venkata Ramana et al. 2014 | | authority | 1544800 | Rhodothalassiaceae | | scientific name | 1544800 | Rhodothalassiaceae Venkata Ramana et al. 2014 | | authority | 1544861 | "Burkholderia novacaledonica" Guentas et al. 2016 | | authority | 1544861 | Burkholderia novacaledonica | | synonym | 1544861 | Burkholderia novacaledonica Guentas et al. 2020 | | synonym | 1544861 | Burkholderia sp. MG-2011-135-HH | | includes | 1544861 | Burkholderia sp. MG-2011-68-DT-1 | | includes | 1544861 | Burkholderia sp. MG-2011-71-DA | | includes | 1544861 | Burkholderia sp. MG-2011-97-GL | | includes | 1544861 | Burkholderia sp. MG-2011-98-GI | | includes | 1544861 | Burkholderia sp. MG-2011-99-GC | | includes | 1544861 | Burkholderia sp. STM10272 | | includes | 1544861 | Burkholderia sp. STM10274 | | includes | 1544861 | Burkholderia sp. STM10275 | | includes | 1544861 | Burkholderia sp. STM10276 | | includes | 1544861 | Burkholderia sp. STM10277 | | includes | 1544861 | Burkholderia sp. STM10278 | | includes | 1544861 | Caballeronia novacaledonica | | scientific name | 1544861 | Caballeronia novacaledonica (Guentas et al. 2020) Lozano et al. 2021 | | authority | 154538 | Boletus pubescens | | synonym | 154538 | Boletus pubescens Schumach., 1803 | | authority | 154538 | Trametes pubescens | | scientific name | 154538 | Trametes pubescens (Schumach.) Pilat, 1939 | | authority | 154538 | Trametes sp. DSM 9795 | | includes | 1545897 | Centrarchoidei | | scientific name | 1546154 | unclassified Phycisphaerae | | scientific name | 1546255 | Mumia | | scientific name | 1546255 | Mumia Lee et al. 2014 | | authority | 1547898 | Haloplanus rubicundus | | scientific name | 1547898 | Haloplanus rubicundus Kim et al. 2020 | | authority | 1547898 | Haloplanus sp. CBA1112 | | includes | 1547898 | Haloplanus sp. CBA1113 | | includes | 1548148 | Helicobacter sp. MIT 03-1616 | | scientific name | 1548153 | Campylobacter sp. MIT 97-5078 | | scientific name | 154826 | Xyrauchen | | scientific name | 154827 | Catostomus texanus | | synonym | 154827 | Catostomus texanus Abbott, 1860 | | authority | 154827 | Xyrauchen texanus | | scientific name | 154827 | razorback sucker | | genbank common name | 1549497 | Galapagos leaf-toed gecko | | genbank common name | 1549497 | Phyllodactylus galapagensis | | scientific name | 1549497 | Phyllodactylus galapagensis Peters, 1869 | | authority | 1549640 | "Solimicrobium aquatica" (Felfoldi et al. 2020) Ma et al. 2023 | | authority | 1549640 | Oxalobacteraceae bacterium SA-152 | | includes | 1549640 | Sapientia aquatica | | scientific name | 1549640 | Sapientia aquatica Felfoldi et al. 2020 | | authority | 1549640 | Solimicrobium aquatica | | synonym | 1549675 | Galloanserae | | scientific name | 1549675 | Galloanseri | | synonym | 1549675 | ducks, geese, chickens, fowl, quail, currasows and allies | | common name | 1549855 | Haematospirillum jordaniae | | scientific name | 1549855 | Haematospirillum jordaniae Humrighouse et al. 2016 | | authority | 1549855 | Rhodospirillaceae bacterium H2509 | | includes | 1549855 | Rhodospirillaceae bacterium H2784 | | includes | 1549855 | Rhodospirillaceae bacterium H3173 | | includes | 1549855 | Rhodospirillaceae bacterium H3694 | | includes | 1549855 | Rhodospirillaceae bacterium H4485 | | includes | 1549855 | Rhodospirillaceae bacterium H4555 | | includes | 1549855 | Rhodospirillaceae bacterium H4833 | | includes | 1549855 | Rhodospirillaceae bacterium H4890 | | includes | 1549855 | Rhodospirillaceae bacterium H5569 | | includes | 1549855 | Rhodospirillaceae bacterium H5791 | | includes | 1549855 | Rhodospirillaceae bacterium H5945 | | includes | 1549855 | Rhodospirillaceae bacterium H6167 | | includes | 1549855 | Rhodospirillaceae bacterium H6172 | | includes | 1549855 | Rhodospirillaceae bacterium H6179 | | includes | 1549949 | Bradyrhizobium sp. 10-2 | | includes | 1549949 | Bradyrhizobium sp. 15C 4-1 | | includes | 1549949 | Bradyrhizobium sp. 16-10 | | includes | 1549949 | Bradyrhizobium sp. 1B 1-1 | | includes | 1549949 | Bradyrhizobium sp. 1B 2-1 | | includes | 1549949 | Bradyrhizobium sp. 21 1-1 | | includes | 1549949 | Bradyrhizobium sp. 27 1-1 | | includes | 1549949 | Bradyrhizobium sp. 27 2-1 | | includes | 1549949 | Bradyrhizobium sp. 28 2-1 | | includes | 1549949 | Bradyrhizobium sp. 35 1-3 | | includes | 1549949 | Bradyrhizobium sp. 36 3-2 | | includes | 1549949 | Bradyrhizobium sp. 3B 4-1 | | includes | 1549949 | Bradyrhizobium sp. 7-2 | | includes | 1549949 | Bradyrhizobium sp. 9-5 | | includes | 1549949 | Bradyrhizobium sp. B14 4-2 | | includes | 1549949 | Bradyrhizobium sp. B14 6-1 | | includes | 1549949 | Bradyrhizobium vignae | | scientific name | 1549949 | Bradyrhizobium vignae Gronemeyer et al. 2016 | | authority | 155000 | Cyphellopsidaceae | | synonym | 155000 | Cyphellopsidaceae Julich, 1982 | | authority | 155000 | Niaceae | | scientific name | 155000 | Niaceae Julich, 1982 | | authority | 1550230 | Modestobacter sp. DSM 44400 | | scientific name | 1550240 | Thermoanaerobacterium sp. RBIITD | | scientific name | 155077 | "Cellvibrio cellulosa" Nagy et al. 2002 | | authority | 155077 | "Cellvibrio japonicus" Nurizzo et al. 2002 | | authority | 155077 | "Pseudomonas cellulosa" Dees et al. 1995 | | authority | 155077 | "Pseudomonas fluorescens subsp. cellulosa" (Ueda et al. 1952) NCIMB 10462 | | authority | 155077 | 'Cellvibrio cellulosa' | | synonym | 155077 | 'Pseudomonas fluorescens subsp. cellulosa' | | synonym | 155077 | Cellvibrio cellulosa | | synonym | 155077 | Cellvibrio japonicus | | scientific name | 155077 | Cellvibrio japonicus Humphry et al. 2003 | | authority | 155077 | Pseudomonas cellulosa | | synonym | 155077 | Pseudomonas fluorescens cellulosa | | synonym | 155077 | Pseudomonas fluorescens subsp. cellulosa | | synonym | 155077 | Pseudomonas sp. NCIMB 10462 | | includes | 155149 | Bisporella | | scientific name | 155149 | Bisporella Sacc., 1884 | | authority | 1552123 | "Paenilisteria booriae" (Weller et al. 2015) Bouznada et al. 2025 | | authority | 1552123 | Listeria booriae | | scientific name | 1552123 | Listeria booriae Weller et al. 2015 | | authority | 1552123 | Listeriaceae bacterium FSL A5-0281 | | includes | 1552123 | Paenilisteria booriae | | synonym | 155322 | Bacillus cereus biovar toyoi | | synonym | 155322 | Bacillus cereus var. toyoi | | synonym | 155322 | Bacillus sp. ES2-45 | | includes | 155322 | Bacillus sp. RM1(2019) | | includes | 155322 | Bacillus sp. RM15 | | includes | 155322 | Bacillus sp. RM9 | | includes | 155322 | Bacillus sp. WJY28 | | includes | 155322 | Bacillus toyoi | | synonym | 155322 | Bacillus toyonensis | | scientific name | 155322 | Bacillus toyonensis Jimenez et al. 2014 | | authority | 1553900 | Oligoflexia | | scientific name | 1553900 | Oligoflexia Nakai et al. 2014 | | authority | 1553900 | Oligoflexia Nakai et al. 2014 emend. Hahn et al. 2017 | | authority | 1553900 | Oligoflexia Nakai et al. 2014 emend. Waite et al. 2020 | | authority | 1553901 | Oligoflexales | | scientific name | 1553901 | Oligoflexales Nakai et al. 2014 | | authority | 1553901 | Oligoflexales Nakai et al. 2014 emend. Hahn et al. 2017 | | authority | 155415 | Monosporascus | | scientific name | 155415 | Monosporascus Pollack & Uecker, 1974 | | authority | 155616 | Heterobasidiomycetes | | synonym | 155616 | Tremellomycetes | | scientific name | 155616 | Tremellomycetes Doweld, 2001 | | authority | 155616 | Tremellomycetidae | | equivalent name | 155619 | Agaricomycetes | | scientific name | 155619 | Agaricomycetes Doweld, 2001 | | authority | 155619 | Agaricomycetidae sensu Kirk et al. 2001 | | includes | 155619 | Homobasidiomycetes | | includes | 155619 | Hymenomycetidae | | includes | 155891 | Paulowniaceae | | scientific name | 155891 | Paulowniaceae Nakai, 1949 | | authority | 155892 | Caulobacter crescentus | | synonym | 155892 | Caulobacter vibrioides | | scientific name | 1559 | "Bacillus tertius" Henry 1917 | | authority | 1559 | "Henrillus tertius" (Henry 1917) Heller 1922 | | authority | 1559 | "Plectridium tertium" (Henry 1917) Prevot 1938 | | authority | 1559 | Bacillus tertius | | synonym | 1559 | Clostridium tertium | | scientific name | 1559 | Clostridium tertium (Henry 1917) Bergey et al. 1923 (Approved Lists 1980) | | authority | 1559 | Henrillus tertius | | synonym | 1559 | Plectridium tertium | | synonym | 155900 | uncultured organism | | scientific name | 155974 | Actinokineospora terrae | | scientific name | 155974 | Actinokineospora terrae Tamura et al. 1995 emend. Nouioui et al. 2018 | | authority | 155977 | Acaryochloris | | scientific name | 155977 | Acaryochloris (ex Miyashita et al., 1996) Miyashita & Chihara, 2003 | | synonym | 155977 | Acaryochloris Miyashita & Chihara, 2003 emend. Partensky, Six, Ratin, Garczarek, Probert & Vaulot, 2018 | | authority | 155978 | Acaryochloris marina | | scientific name | 155978 | Acaryochloris marina (ex Miyashita et al., 1996)Miyashita & Chihara, 2003 | | synonym | 1561068 | Acinetobacter sp. neg1 | | scientific name | 1561205 | Marinomonas sp. SBI8L | | scientific name | 1561206 | Marinomonas sp. SBI22 | | scientific name | 1561947 | Penicillium longicatenatum | | scientific name | 1561947 | Penicillium longicatenatum Visagie, Busby, Houbraken & K. Jacobs, 2014 | | authority | 1561947 | Penicillium sp. CMV-2009b | | includes | 1561947 | Penicillium sp. G7 CMV-2012 | | includes | 1561947 | Penicillium spnov1 | | equivalent name | 1561947 | Penicillium spnov1cumulacinatum | | equivalent name | 1562 | Desulfotomaculum | | scientific name | 1562 | Desulfotomaculum Campbell and Postgate 1965 (Approved Lists 1980) | | authority | 1562158 | Neopestalotiopsis | | scientific name | 1562158 | Neopestalotiopsis Maharachch., K.D. Hyde & Crous, 2014 | | authority | 1562566 | Acidobacteria subdivision 4 | | synonym | 1562566 | Blastocatellia | | scientific name | 1562566 | Blastocatellia Pascual et al. 2016 | | authority | 1562887 | Frankia coriariae | | synonym | 1562887 | Frankia coriariae Nouioui et al. 2017 | | authority | 1562887 | Frankia sp. BMG5.1 | | includes | 1562887 | Protofrankia coriariae | | scientific name | 1562887 | Protofrankia coriariae corrig. (Nouioui et al. 2017) Gtari 2023 | | synonym | 1563254 | Apeibeae | | scientific name | 1563254 | Apeibeae Benth., 1861 | | authority | 156408 | unclassified Hymenoptera | | scientific name | 1564500 | Bradysia odoriphaga | | scientific name | 1564500 | Bradysia odoriphaga Yang & Zhang, 1985 | | authority | 1564515 | Phaeodactylibacter | | scientific name | 1564515 | Phaeodactylibacter Chen et al. 2014 | | authority | 1564516 | Phaeodactylibacter luteus | | scientific name | 1564516 | Phaeodactylibacter luteus Lei et al. 2015 | | authority | 1564516 | Phaeodactylibacter sp. GYP20 | | includes | 156511 | Macrophthalminae | | scientific name | 1565313 | Methyloprofundus | | scientific name | 1565313 | Methyloprofundus Tavormina et al. 2015 | | authority | 1565532 | "Louisia" Fleche-Mateos et al. 2014 | | authority | 1565532 | Louisia | Louisia | synonym | 1565532 | Rouxiella | | scientific name | 1565532 | Rouxiella Le Fleche-Mateos et al. 2015 | | authority | 1565532 | Rouxiella Le Fleche-Mateos et al. 2015 emend. Le Fleche-Mateos et al. 2017 | | authority | 1565532 | Rouxiella Le Fleche-Mateos et al. 2015 emend. Lee et al. 2021 | | authority | 1565536 | Yeosuana marina | | scientific name | 1565536 | Yeosuana marina Zhang et al. 2020 | | authority | 1565536 | Yeosuana sp. JLT21 | | includes | 1566151 | Hypocnemis vidua | | synonym | 1566151 | Hypocnemis vidua Hellmayr, 1905 | | authority | 1566151 | Willisornis vidua | | scientific name | 1566151 | Willisornis vidua (Hellmayr, 1905) | | authority | 1566151 | Xingu scale-backed antbird | | genbank common name | 1566205 | Pseudomonas sp. NFPP15 | | scientific name | 1566227 | Pseudomonas sp. NFPP17 | | scientific name | 1566236 | Pseudomonas sp. NFIX10 | | scientific name | 1566240 | Pseudomonas sp. NFACC06-1 | | scientific name | 1566243 | Pseudomonas sp. NFACC15-1 | | scientific name | 1566244 | Pseudomonas sp. NFACC14 | | scientific name | 1566258 | Enterobacter sp. NFIX59 | | scientific name | 1566283 | Sphingomonas sp. NFR04 | | scientific name | 156630 | Alternaria arborescens | | scientific name | 156630 | Alternaria arborescens E.G. Simmons, 1999 | | authority | 1567021 | Jaculus hirtipes | | synonym | 1567021 | Jaculus jaculus hirtipes | | scientific name | 1567021 | Jaculus jaculus hirtipes (Lichtenstein, 1823) | | authority | 1567539 | Fusarium coicis | | scientific name | 1567539 | Fusarium coicis R.M. Johanssen, J.L.Walsh, M.H. Laurence, L.W. Burgess, E.C.Y. Liew & T. Petrovic,2017 | | authority | 1567539 | Fusarium sp. ML-2014c | | includes | 1567541 | Fusarium mundagurra | | scientific name | 1567541 | Fusarium mundagurra M.H. Laurence, E.C.Y. Liew, L.A. Shuttleworth & L.W. Burgess, 2015 | | authority | 1567541 | Fusarium sp. ML-2014e | | includes | 1567541 | Fusarium sp. MW-2020v | | includes | 1567552 | Hypocrea lentiformis | | synonym | 1567552 | Hypocrea lentiformis Rehm, 2015 | | authority | 1567552 | Trichoderma lentiforme | | scientific name | 1567552 | Trichoderma lentiforme (Rehm) P. Chaverri, Samuels & F.B. Rocha, 2015 | | authority | 1567552 | Trichoderma sp. GS-2014d | | includes | 1569 | "Sporosarcina" Orla-Jensen 1909 | | authority | 1569 | Sporosarcina | | scientific name | 1569 | Sporosarcina Kluyver and van Niel 1936 (Approved Lists 1980) | | authority | 1569 | Sporosarcina Kluyver and van Niel 1936 (Approved Lists 1980) emend. Gupta and Patel 2020 | | authority | 1569 | Sporosarcina Kluyver and van Niel 1936 (Approved Lists 1980) emend. Yang et al. 2024 | | authority | 1569 | Sporosarcina Kluyver and van Niel 1936 (Approved Lists 1980) emend. Yoon et al. 2001 | | authority | 156973 | Dysgonomonas | | scientific name | 156973 | Dysgonomonas Hofstad et al. 2000 | | authority | 156973 | Dysgonomonas Hofstad et al. 2000 emend. Takahashi et al. 2026 | | authority | 156974 | Dysgonomonas gade | | scientific name | 156974 | Dysgonomonas gadei | | synonym | 156974 | Dysgonomonas gadei Hofstad et al. 2000 | | authority | 156974 | Dysgonomonas gadei Hofstad et al. 2000 emend. Hahnke et al. 2016 | | authority | 156981 | CDC coryneform group A-3 | | in-part | 156981 | Cellulomonadaceae bacterium KO2 | | includes | 156981 | Cellulomonas hominis | | scientific name | 156981 | Cellulomonas hominis Funke et al. 1996 | | authority | 156993 | Reichenbachia | Reichenbachia | synonym | 156993 | Reichenbachia Nedashkovskaya et al. 2003 | | authority | 156993 | Reichenbachiella | | scientific name | 156993 | Reichenbachiella Nedashkovskaya et al. 2005 emend. Cha et al. 2011 | | authority | 157 | "Microspironema" Stiles and Pfender 1905 | | authority | 157 | "Spironema" Vuillemin 1905 | | synonym | 157 | Microspironema | | synonym | 157 | Treponema | | scientific name | 157 | Treponema Schaudinn 1905 (Approved Lists 1980) | | authority | 157 | Treponema Schaudinn 1905 emend Abt et al. 2013 | | authority | 1570301 | Aureobasidiaceae | | synonym | 1570301 | Aureobasidiaceae Cif.,, 1958 | | authority | 1570301 | Saccotheciaceae | | scientific name | 1570301 | Saccotheciaceae Bonord., 1864 | | authority | 1570301 | Saccotheciei | | synonym | 1570339 | Peptoniphilaceae | | scientific name | 1570339 | Peptoniphilaceae Johnson et al. 2014 | | authority | 157076 | Trichococcus collinsii | | scientific name | 157076 | Trichococcus collinsii Liu et al. 2002 emend. Pikuta et al. 2006 | | authority | 1571195 | Bradyrhizobium sp. Leo121 | | scientific name | 1571470 | Rhizobium sp. ACO-34A | | scientific name | 1571481 | Flavihumibacter sediminis | | scientific name | 1571481 | Flavihumibacter sediminis Lee and Cha 2016 | | authority | 1571481 | Flavihumibacter sp. CJ663 | | includes | 157183 | Tilletia foetida | | synonym | 157183 | Tilletia laevis | | scientific name | 157183 | Tilletia laevis J.G. Kuhn, 1873 | | authority | 1572660 | Kribbella sp. YM55 | | includes | 1572660 | Kribbella speibonae | | scientific name | 1572660 | Kribbella speibonae Curtis et al. 2020 | | authority | 1572663 | Chishuiella | | scientific name | 1572663 | Chishuiella Zhang et al. 2014 | | authority | 1572663 | Chishuiella Zhang et al. 2014 emend. Li et al. 2021 | | authority | 1572751 | "Kirrobacter mercurialis" Flanagan et al. 2014 | | authority | 1572751 | Croceibacterium mercuriale | | scientific name | 1572751 | Croceibacterium mercuriale (Coil et al. 2016) Liu et al. 2019 | | authority | 1572751 | Kirrobacter mercurialis | | synonym | 1572751 | Porphyrobacter mercurialis | | synonym | 1572751 | Porphyrobacter mercurialis Coil et al. 2016 | | authority | 1572762 | "Xylanobacillus xylanolyticus" Luzics et al. 2015 | | authority | 1572762 | Paenibacillaceae bacterium K13 | | includes | 1572762 | Xylanibacillus composti | | scientific name | 1572762 | Xylanibacillus composti Kukolya et al. 2018 | | authority | 1572762 | Xylanobacillus xylanolyticus | | synonym | 1573 | Clavibacter | | scientific name | 1573 | Clavibacter Davis et al. 1984 | | authority | 157304 | Anoplophora | | scientific name | 157304 | Anoplophora Hope, 1839 | | authority | 157304 | Calloplophora | | synonym | 1573534 | Faecalitalea | | scientific name | 1573534 | Faecalitalea De Maesschalck et al. 2014 | | authority | 1573535 | Holdemanella | | scientific name | 1573535 | Holdemanella De Maesschalck et al. 2014 | | authority | 1573719 | Pseudomonas sp. S35 | | scientific name | 1573805 | Marinifilaceae | | scientific name | 1573805 | Marinifilaceae Iino et al. 2014 | | authority | 1573805 | Marinifilaceae Iino et al. 2014 emend. Fu et al. 2020 | | authority | 1573805 | Marinifilaceae Iino et al. 2014 emend. Ormerod et al. 2016 | | authority | 157396 | Iphiclides | | scientific name | 1574141 | Bacillus sp. YP1 | | scientific name | 1574161 | Proteus sp. N5/687 | | includes | 1574161 | Proteus terrae | | scientific name | 1574161 | Proteus terrae Behrendt et al. 2016 | | synonym | 1574408 | Cervus canadensis | | scientific name | 1574408 | Cervus canadensis Erxleben, 1777 | | authority | 1574408 | elk | elk | genbank common name | 1574408 | wapiti | | common name | 1575 | Clavibacter xyli | | synonym | 1575 | Clavibacter xyli Davis et al. 1984 | | authority | 1575 | Leifsonia xyli | | scientific name | 1575 | Leifsonia xyli (Davis et al. 1984) Evtushenko et al. 2000 | | authority | 157591 | Sterolibacterium | | scientific name | 157591 | Sterolibacterium Tarlera and Denner 2003 | | authority | 157608 | Geastrales | | scientific name | 157608 | Geastrales K. Hosaka & Castellano, 2007 | | authority | 1577075 | Streptomyces sp. PBH53 | | scientific name | 157739 | Vigna angularis var. angularis | | scientific name | 1577788 | Methanomassiliicoccaceae | | scientific name | 1577788 | Methanomassiliicoccaceae Iino et al. 2013 | | authority | 157784 | Pseudomonas thermotolerans | | synonym | 157784 | Pseudomonas thermotolerans Manaia and Moore 2002 | | authority | 157784 | Zestomonas thermotolerans | | scientific name | 157784 | Zestomonas thermotolerans (Manaia and Moore 2002) Rudra and Gupta 2024 | | authority | 1577897 | Leisingera sp. ANG-DT | | scientific name | 1577898 | Leisingera sp. ANG-S | | scientific name | 1577899 | Leisingera sp. ANG-S3 | | scientific name | 1577900 | Leisingera sp. ANG-M6 | | scientific name | 1578 | Lactobacillus | | scientific name | 1578 | Lactobacillus Beijerinck 1901 (Approved Lists 1980) | | authority | 1578 | Lactobacillus Beijerinck 1901 (Approved Lists 1980) emend. Cai et al. 2012 | | authority | 1578 | Lactobacillus Beijerinck 1901 (Approved Lists 1980) emend. Haakensen et al. 2009 | | authority | 1578 | Paralactobacillus | | synonym | 1578 | Paralactobacillus Leisner et al. 2000 | | authority | 157821 | Acarosporales | | scientific name | 157821 | Acarosporales V. Reeb, Lutzoni & Cl. Roux, 2007 | | authority | 157821 | Acarosporineae | | synonym | 157920 | Cellulosimicrobium | | scientific name | 157920 | Cellulosimicrobium Schumann et al. 2001 emend. Brown et al. 2006 | | authority | 157920 | Cellulosimicrobium Schumann et al. 2001 emend. Yoon et al. 2007 | | authority | 1579336 | Americhelydia | | scientific name | 1579336 | Americhelydia Joyce et al. 2013 | | authority | 1579337 | Durocryptodira | | scientific name | 1579337 | Durocryptodira Danilov & Parham 2014 | | authority | 1579366 | archaeon GW2011_AR4 | | scientific name | 1579370 | archaeon GW2011_AR10 | | scientific name | 1579506 | "Roseimaritima" Bondoso et al. 2015 | | authority | 1579506 | Roseimaritima | | scientific name | 1579506 | Roseimaritima Bondoso et al. 2016 | | authority | 1579506 | Roseimaritima Bondoso et al. 2016 emend. Wiegand et al. 2021 | | authority | 158 | "Spirillum dentium" (Miller 1889) Sternberg 1892 | | authority | 158 | "Spirochaeta ambigua" Seguin and Vinzent 1936 | | authority | 158 | "Spirochaeta comandonii" Seguin and Vinzent 1936 | | authority | 158 | "Spirochaeta dentium" (Miller 1889) Migula 1895 | | authority | 158 | "Spirochaeta microdentium" (Noguchi 1912) Heim 1922 | | authority | 158 | "Spirochaeta orthodonta" Hoffmann 1920 | | authority | 158 | "Spirochaete denticola" Flugge 1886 | | authority | 158 | "Spirochaete dentium" Miller 1889 | | authority | 158 | "Spironema dentium" (Miller 1889) Gross 1912 | | authority | 158 | "Treponema ambiguum" (Seguin and Vinzent 1936) Prevot 1940 | | authority | 158 | "Treponema comandonii" (Seguin and Vinzent 1936) Prevot 1940 | | authority | 158 | "Treponema dentium" (Miller 1889) Dobell 1912 | | authority | 158 | "Treponema dentium-stenogyratum" Pettit 1928 | | authority | 158 | "Treponema microdentium" Noguchi 1912 | | authority | 158 | "Treponema orthodontum" (Hoffmann 1920) Noguchi 1928 | | authority | 158 | Spirillum dentium | | synonym | 158 | Spirochaeta ambigua | | synonym | 158 | Spirochaeta comandonii | | synonym | 158 | Spirochaeta dentium | | synonym | 158 | Spirochaeta microdentium | | synonym | 158 | Spirochaeta orthodonta | | synonym | 158 | Spirochaete denticola | | synonym | 158 | Spirochaete dentium | | synonym | 158 | Spironema dentium | | synonym | 158 | Treponema ambiguum | | synonym | 158 | Treponema comandonii | | synonym | 158 | Treponema denticola | | scientific name | 158 | Treponema denticola (ex Brumpt 1925) Chan et al. 1993 | | authority | 158 | Treponema denticola (ex Flugge 1886) Chan et al. 1993 | | authority | 158 | Treponema dentium | | synonym | 158 | Treponema dentium-stenogyratum | | synonym | 158 | Treponema microdentium | | synonym | 158 | Treponema orthodontum | | synonym | 158 | Treponema sp. ATCC 700768 | | includes | 158 | Treponema sp. OMZ 830 | | includes | 1580 | "Bacillus casei g" von Freudenreich and Thoni 1904 | | authority | 1580 | "Bacillus g" von Freudenreich 1891 | | authority | 1580 | "Betabacterium breve" Orla-Jensen 1919 | | authority | 1580 | "Lactobacterium breve" (Orla-Jensen 1919) Krasil'nikov 1949 | | authority | 1580 | Bacillus casei g | | synonym | 1580 | Bacillus g | | synonym | 1580 | Bacillus sp. DM9218 | | includes | 1580 | Betabacterium breve | | synonym | 1580 | Lactobacillus brevis | | synonym | 1580 | Lactobacillus brevis (Orla-Jensen 1919) Bergey et al. 1934 | | authority | 1580 | Lactobacillus sp. NCIM 2090 | | includes | 1580 | Lactobacillus sp. TD10 | | includes | 1580 | Lactobacillus sp. TD4 | | includes | 1580 | Lactobacterium breve | | synonym | 1580 | Levilactobacillus brevis | | scientific name | 1580 | Levilactobacillus brevis (Orla-Jensen 1919) Zheng et al. 2020 | | authority | 1581030 | Bacillus sp. FJAT-21352 | | scientific name | 1581037 | Bacillus sp. FJAT-22058 | | scientific name | 1581055 | Brevibacterium sp. HMSC22B09 | | scientific name | 1581073 | Micrococcus sp. HMSC31B01 | | scientific name | 1581077 | Staphylococcus sp. HMSC10B09 | | scientific name | 1581133 | Actinomyces sp. HMSC08A09 | | scientific name | 158114 | Melinis | | scientific name | 158114 | Melinis P.Beauv. | | authority | 158114 | Mildbraediochloa | | synonym | 158114 | Rhynchelytrum | | synonym | 1581140 | Brevibacterium sp. HMSC08F02 | | scientific name | 1581149 | Grimontia sp. AD028 | | scientific name | 158149 | Paspalum vaginatum | | scientific name | 158149 | Paspalum vaginatum Sw., 1788 | | authority | 158149 | biscuit grass | | common name | 158149 | saltwater couch | | common name | 158149 | seashore paspalum | | genbank common name | 1583079 | Erebinae | | scientific name | 158331 | Codonorchidoideae | | synonym | 158331 | Codonorchidoideae M.A.Clem. & D.L.Jones, 2002 | | authority | 158331 | Orchidoideae | | scientific name | 158331 | Orchidoideae Eaton, 1836 | | authority | 158331 | Spiranthoideae | | includes | 158332 | Epidendroideae | | scientific name | 158332 | Epidendroideae Lindl. ex Endl., 1837 | | authority | 158350 | Cranichideae | | scientific name | 158350 | Cranichideae Pfeiff., 1873 | | authority | 158360 | Goodyerinae | | scientific name | 158360 | Goodyerinae Ridl., 1907 | | authority | 158360 | Pachyplectroninae | | synonym | 158383 | Olea europaea subsp. europaea | | scientific name | 158383 | Olea europaea subsp. europaea Gouan | | authority | 158383 | Olea oleaster | | synonym | 158383 | Olea oleaster Hoffmanns. & Link | | authority | 158383 | Olea racemosa | | synonym | 158383 | Olea racemosa Gouan | | authority | 158386 | Olea europaea subsp. europaea var. sylvestris | | synonym | 158386 | Olea europaea var. oleaster | | synonym | 158386 | Olea europaea var. sylvestris | | scientific name | 158386 | Olea europaea var. sylvestris (Mill.) Lehr, 1779 | | authority | 158386 | Olea europea subsp. sylvestris | | synonym | 158386 | Olea sylvestris | | synonym | 158386 | Olea sylvestris Mill., 1768 | | authority | 158386 | wild olive | | common name | 158392 | Dendrobieae | | scientific name | 1584 | "Bacillus Delbrucki" (sic) Leichmann 1896 | | authority | 1584 | "Bacillus acidificans longissimus" Lafar 1896 | | authority | 1584 | "Bacterium delbrucki" (sic) (Leichmann 1896) Migula 1900 | | authority | 1584 | "Lactobacillus delbrucki" (sic) (Leichmann 1896) Beijerinck 1901 | | authority | 1584 | "Lactobacterium delbrucki" (sic) (Leichmann 1896) van Steenberge 1920 | | authority | 1584 | "Plocamobacterium delbrucki" (sic) (Leichmann 1896) Pribram 1933 | | authority | 1584 | "Thermobacterium cereale" Orla-Jensen 1919 | | authority | 1584 | "Ulvina delbrucki" (sic) (Leichmann 1896) Pribram 1933 | | authority | 1584 | Bacillus Delbrucki | | synonym | 1584 | Bacillus acidificans longissimus | | synonym | 1584 | Bacterium delbrucki | | synonym | 1584 | Lactobacillus delbrucki | | synonym | 1584 | Lactobacillus delbrueckii | | scientific name | 1584 | Lactobacillus delbrueckii (Leichmann 1896) Beijerinck 1901 | | authority | 1584 | Lactobacillus sp. NCIM 2025 | | includes | 1584 | Lactobacillus sp. NCIM 2365 | | includes | 1584 | Lactobacterium delbrucki | | synonym | 1584 | Plocamobacterium delbrucki | | synonym | 1584 | Thermobacterium cereale | | synonym | 1584 | Ulvina delbrucki | | synonym | 158406 | Bulbophyllinae | | synonym | 158406 | Dendrobiinae | | scientific name | 158406 | Dendrobiinae G.Don, 1839 | | authority | 158440 | Folsomia | | scientific name | 158441 | Folsomia candida | | scientific name | 158441 | Folsomia candida Willem, 1902 | | authority | 158449 | Macropodinae | | scientific name | 158449 | Siamese fighting fishes | | genbank common name | 158449 | paradisefishes | | common name | 158455 | Betta | | scientific name | 158456 | Betta splendens | | scientific name | 158456 | Betta splendens Regan, 1910 | | authority | 158456 | Siamese fighting fish | | genbank common name | 158483 | Cedecea | | scientific name | 158483 | Cedecea Grimont et al. 1981 | | authority | 158484 | Cedecea davisae | | scientific name | 158484 | Cedecea davisae Grimont et al. 1981 | | authority | 1585427 | Onagroideae | | scientific name | 1585427 | Onagroideae Eaton, 1836 | | authority | 1585432 | Onagreae | | scientific name | 1585432 | Onagreae Dumort., 1827 | | authority | 1586232 | Halovarius luteus | | synonym | 1586232 | Halovarius luteus Mehrshad et al. 2015 | | authority | 1586232 | Natribaculum luteum | | scientific name | 1586232 | Natribaculum luteum (Mehrshad et al. 2015) Sun et al. 2022 | | authority | 1586232 | haloarchaeon DA50 | | includes | 1586481 | Exocentrus adspersus | | scientific name | 1586481 | Exocentrus adspersus Mulsant, 1846 | | authority | 1586633 | Rhamnusium | | scientific name | 1586634 | Rhamnusium bicolor | | scientific name | 1586634 | Rhamnusium bicolor Tippmann, 1956 | | authority | 1586708 | Pandoraea sp. ISTKB | | scientific name | 1587496 | Irineochytrium | | scientific name | 1587496 | Irineochytrium Letcher, Longcore & M.J. Powell, 2014 | | authority | 1588022 | Arthrobacter sp. Hiyo6 | | scientific name | 158836 | CDC Enteric Group 75 | | common name | 158836 | Enterobacter hormaechei | | scientific name | 158836 | Enterobacter hormaechei O'Hara et al. 1990 | | synonym | 158836 | Enterobacter hormaechei O'Hara et al. 1990 emend. Hoffmann et al. 2005 | | authority | 158836 | Enterobacter sp. 35014 | | includes | 158836 | Enterobacter sp. 35025 | | includes | 158836 | Enterobacter sp. 35030 | | includes | 158836 | Enterobacter sp. 35032 | | includes | 158836 | Enterobacter sp. 35683 | | includes | 158836 | Enterobacter sp. 36796 | | includes | 158836 | Enterobacter sp. GN02358 | | includes | 158836 | Enterobacter sp. GN02768 | | includes | 158836 | Enterobacter sp. IMT49658-1 | | includes | 158836 | Enterobacter sp. MHSD6 | | includes | 158836 | Enterobacter sp. OYA S29 | | includes | 158846 | Megamonas | | scientific name | 158846 | Megamonas Shah and Collins 1983 | | authority | 1590 | "Lactobacillus arabinosus" Fred et al. | | authority | 1590 | "Lactobacillus plantari" (sic) (Orla-Jensen 1919) Bergey et al. 1923 (Approved Lists 1980) | | authority | 1590 | "Lactobacterium plantarum" (Orla-Jensen 1919) Krasil'nikov 1949 | | authority | 1590 | "Streptobacterium plantarum" Orla-Jensen 1919 | | authority | 1590 | Lactiplantibacillus plantarum | | scientific name | 1590 | Lactiplantibacillus plantarum (Orla-Jensen 1919) Zheng et al. 2020 | | authority | 1590 | Lactobacillus arabinosus | | synonym | 1590 | Lactobacillus arizonensis | | synonym | 1590 | Lactobacillus arizonensis Swezey et al. 2000 | | authority | 1590 | Lactobacillus plantarum (Orla-Jensen 1919) Bergey et al. 1923 (Approved Lists 1980) | | synonym | 1590 | Lactobacillus sp. DMR09 | | includes | 1590 | Lactobacillus sp. HC-2 | | includes | 1590 | Lactobacillus sp. Lact08 | | includes | 1590 | Lactobacillus sp. Lact09 | | includes | 1590 | Lactobacillus sp. Lact14 | | includes | 1590 | Lactobacillus sp. M6DWS | | includes | 1590 | Lactobacillus sp. S2 | | includes | 1590 | Lactobacillus sp. S8 | | includes | 1590 | Lactobacillus sp. XJ25 | | includes | 1590 | Lactobacillus sp. Z12 | | includes | 1590 | Lactobacterium plantarum | | synonym | 1590 | Streptobacterium plantarum | | synonym | 1590 | Weissella sp. Lact07 | | includes | 1591132 | Xanthomonas sp. LMG 12460 | | scientific name | 1591174 | Xanthomonas sp. SHU 199 | | scientific name | 159191 | Nodularia | Nodularia | scientific name | 159191 | Nodularia Mertens ex Bornet and Flahault, 1886 | | authority | 159191 | Spermosira | | synonym | 1592324 | Prauserella endophytica | | scientific name | 1592324 | Prauserella endophytica Liu et al. 2015 | | authority | 1592324 | Prauserella sp. SP28S-3 | | includes | 1594786 | Clarias magur | | scientific name | 1594786 | Clarias magur (Hamilton, 1822) | | authority | 1594786 | Macropteronotus magur | | synonym | 1594786 | Macropteronotus magur Hamilton, 1822 | | authority | 159591 | Halymenia maculata | | scientific name | 159591 | Halymenia maculata J.Agardh, 1885 | | authority | 159639 | Helotiales incertae sedis | | scientific name | 159639 | mitosporic Helotiales | | includes | 1597 | Lacticaseibacillus paracasei | | scientific name | 1597 | Lacticaseibacillus paracasei (Collins et al. 1989) Zheng et al. 2020 | | authority | 1597 | Lactobacillus casei subsp. alactosus | | synonym | 1597 | Lactobacillus casei subsp. alactosus Mills and Lessel 1973 (Approved Lists 1980) | | authority | 1597 | Lactobacillus casei subsp. pseudoplantarum | | synonym | 1597 | Lactobacillus casei subsp. pseudoplantarum Abo-Elnaga and Kandler 1965 (Approved Lists 1980) | | authority | 1597 | Lactobacillus paracasei | | synonym | 1597 | Lactobacillus paracasei Collins et al. 1989 | | authority | 1597 | Lactobacillus sp. LBS3 | | includes | 1597 | Lactobacillus sp. MYD3 | | includes | 1597 | Lactobacillus sp. O3 | | includes | 1597 | Lactobacillus sp. RAMULABWGS01 | | includes | 1597 | Lactobacillus sp. T16 | | includes | 1597 | Lactobacillus sp. T3 | | includes | 1597 | Lactobacillus sp. TD3 | | includes | 1597 | Lactobacillus sp. W-29B | | includes | 1597 | Lactobacillus sp. X-3B | | includes | 1597 | Lactobacillus sp. X24 | | includes | 1598 | Lactobacillus fermentum biotype II | | synonym | 1598 | Lactobacillus fermentum subsp. reuteri | | synonym | 1598 | Lactobacillus reuteri (plasmid pGT232) | | includes | 1598 | Lactobacillus reuteri Kandler et al. 1982 | | synonym | 1598 | Lactobacillus sp. 1B | | includes | 1598 | Lactobacillus sp. I49 | | includes | 1598 | Limosilactobacillus reuteri | | scientific name | 1598 | Limosilactobacillus reuteri (Kandler et al. 1982) Zheng et al. 2020 | | authority | 1599 | Lactobacillus bavaricus | | synonym | 1599 | Lactobacillus bavaricus Stetter and Stetter 1980 | | authority | 1599 | Lactobacillus sake (sic) Katagiri et al. 1934 (Approved Lists 1980) | | synonym | 1599 | Lactobacillus sakei corrig. Katagiri et al. 1934 (Approved Lists 1980) emend. Klein et al. 1996 | | authority | 1599 | Latilactobacillus sakei | | scientific name | 1599 | Latilactobacillus sakei (Katagiri et al. 1934) Zheng et al. 2020 | | authority | 159987 | Dothideomycetes incertae sedis | | scientific name | 159987 | mitosporic Dothideomycetes | | includes | 16 | Methyliphilus | | equivalent name | 16 | Methylophilus | | scientific name | 16 | Methylophilus Jenkins et al. 1987 | | authority | 1601 | Lactobacillus agilis | | synonym | 1601 | Lactobacillus agilis Weiss et al. 1982 | | authority | 1601 | Ligilactobacillus agilis | | scientific name | 1601 | Ligilactobacillus agilis (Weiss et al. 1982) Zheng et al. 2020 | | authority | 160148 | Troctomorpha | | scientific name | 160148 | Troctomorpha Roesler, 1940 | | authority | 160324 | Clonostachys rhizophaga | | scientific name | 160324 | Clonostachys rhizophaga Schroers, 2001 | | authority | 160324 | Verticillium rhizophagum | | synonym | 1603291 | Alicycliphilus sp. B1 | | scientific name | 1604021 | Rhizobium sp. UR51a | | scientific name | 160404 | Anaerotignum lactatifermentans | | scientific name | 160404 | Anaerotignum lactatifermentans (van der Wielen et al. 2002) Ueki et al. 2017 | | authority | 160404 | Clostridium lactatifermentans | | synonym | 160404 | Clostridium lactatifermentans van der Wielen et al. 2002 | | authority | 160433 | Samsonia | | scientific name | 160433 | Samsonia Sutra et al. 2001 | | authority | 160434 | Samsonia erythrinae | | scientific name | 160434 | Samsonia erythrinae Sutra et al. 2001 | | authority | 1604349 | Labrenzia salina | | synonym | 1604349 | Labrenzia salina Camacho et al. 2016 | | authority | 1604349 | Labrenzia sp. Cs25 | | includes | 1604349 | Roseibium salinum | | scientific name | 1604349 | Roseibium salinum (Camacho et al. 2016) Hordt et al. 2020 | | authority | 1604349 | Roseibium sp. DSM 29163 | | includes | 160502 | Gigaspora persica | | synonym | 160502 | Gigaspora persica Koske & C. Walker, 1985 | | authority | 160502 | Racocetra persica | | scientific name | 160502 | Scutellospora persica | | synonym | 160513 | Pentatomidae | | scientific name | 160513 | stink bugs | | genbank common name | 160513 | terrestrial turtle bugs | | common name | 1605367 | Jiulongibacter sediminis | | scientific name | 1605367 | Jiulongibacter sediminis Liu et al. 2016 | | authority | 1605367 | Lacihabitans sp. MCCC 1A00733 | | includes | 1605367 | Leadbetterella sp. JN14-9 | | includes | 1606679 | Puntigrus | | scientific name | 1606681 | Barbus tetrazona | | synonym | 1606681 | Capoeta tetrazona | | synonym | 1606681 | Capoeta tetrazona Bleeker, 1855 | | authority | 1606681 | Puntigrus tetrazona | | scientific name | 1606681 | Puntigrus tetrazona (Bleeker, 1855) | | authority | 1606681 | Puntius tetrazona | | synonym | 1606681 | Puntius tetrazona (Bleeker, 1855) | | authority | 1606681 | Sumatra barb | Sumatra barb | genbank common name | 1606681 | Systomus tetrazona | | synonym | 1606681 | Systomus tetrazona (Bleeker, 1855) | | authority | 1606681 | tiger barb | | common name | 160734 | Holocentrus leopardus | | synonym | 160734 | Holocentrus leopardus Lacepede, 1802 | | authority | 160734 | Plectropomus leopardus | | scientific name | 160734 | Plectropomus leopardus (Lacepede, 1802) | | authority | 160734 | leopard coral trout | | common name | 160734 | leopard coralgrouper | | genbank common name | 1607839 | Leuconostoc gelidum subsp. gelidum | | scientific name | 1607839 | Leuconostoc gelidum subsp. gelidum (Shaw and Harding 1989) Rahkila et al. 2014 | | authority | 160799 | Paenibacillus borealis | | scientific name | 160799 | Paenibacillus borealis Elo et al. 2001 | | authority | 1608298 | "Thiolapillus" Nunoura et al. 2014 | | authority | 1608298 | Thiolapillus | | scientific name | 1608298 | Thiolapillus Nunoura et al. 2015 | | authority | 1608404 | Puniceibacterium | | scientific name | 1608404 | Puniceibacterium Liu et al. 2014 | | authority | 1608404 | Puniceibacterium Liu et al. 2014 emend. Park et al. 2017 | | authority | 1608407 | Puniceibacterium sediminis | | scientific name | 1608407 | Puniceibacterium sediminis Zhang et al. 2015 | | authority | 1608407 | Puniceibacterium sp. RU-1-R-18 | | includes | 1608454 | Sinocyclocheilus anshuiensis | | scientific name | 1608454 | Sinocyclocheilus anshuiensis Gan, Wu, Wei & Yang, 2013 | | authority | 1608482 | Felis yagouaroundi | | synonym | 1608482 | Felis yagouaroundi E. Geoffroy, 1803 | | authority | 1608482 | Herpailurus yagouaroundi | | scientific name | 1608482 | Herpailurus yagouaroundi (Geoffroy Saint-Hilaire, 1803) | | authority | 1608482 | Puma yagouaroundi | | synonym | 1608482 | Puma yagouaroundi (E. Geoffory Saint-Hilaire, 1803) | | authority | 1608482 | jaguarundi | | genbank common name | 1609134 | Streptomyces sp. NRRL S-444 | | scientific name | 1609272 | Streptomyces adustus | | scientific name | 1609272 | Streptomyces adustus Lee and Whang 2016 | | authority | 1609272 | Streptomyces sp. WH-9 | | includes | 1609531 | Chryseobacterium rhizoplanae | | scientific name | 1609531 | Chryseobacterium rhizoplanae Kampfer et al. 2015 | | authority | 1609531 | Chryseobacterium sp. JM-534 | | includes | 1610490 | Fictibacillus halophilus | | scientific name | 1610490 | Fictibacillus halophilus Sharma et al. 2016 | | authority | 1610490 | Fictibacillus sp. AS8 | | includes | 1612173 | Niveispirillum cyanobacteriorum | | scientific name | 1612173 | Niveispirillum cyanobacteriorum Cai et al. 2015 emend. Cai et al. 2018 | | authority | 1612173 | Niveispirillum sp. TH16 | | includes | 1612203 | Cellulosimicrobium aquatile | | scientific name | 1612203 | Cellulosimicrobium aquatile Sultanpuram et al. 2016 | | authority | 1612203 | Cellulosimicrobium sp. 3bp | | includes | 1612424 | Penicillium salamii | | scientific name | 1612424 | Penicillium salamii Perrone, Frisvad, Samson & Houbraken, 2015 | | synonym | 1612424 | Penicillium sp. AS-2013 | | includes | 1612424 | Penicillium sp. GP-2014 | | includes | 1612435 | Streptomyces kronopolitis | | scientific name | 1612435 | Streptomyces kronopolitis Liu et al. 2016 | | authority | 1612435 | Streptomyces sp. NEAU-ML8 | | includes | 1613 | "Bacillus casei d" von Freudenreich and Thoni 1904 | | authority | 1613 | "Bacillus d" von Freudenreich 1895 | | authority | 1613 | "Lactobacterium fermentum" (Beijerinck 1901) van Steenberge 1920 | | authority | 1613 | Bacillus casei d | | synonym | 1613 | Bacillus d | | synonym | 1613 | Lactobacillus cellobiosus | | synonym | 1613 | Lactobacillus cellobiosus Rogosa et al. 1953 (Approved Lists 1980) | | authority | 1613 | Lactobacillus fermentum | | synonym | 1613 | Lactobacillus fermentum Beijerinck 1901 (Approved Lists 1980) emend. Dellaglio et al. 2004 | | authority | 1613 | Lactobacillus sp. NCIM 2165 | | includes | 1613 | Lactobacterium fermentum | | synonym | 1613 | Limosilactobacillus fermentum | | scientific name | 1613 | Limosilactobacillus fermentum (Beijerinck 1901) Zheng et al. 2020 | | authority | 161398 | Pseudoalteromonas phenolica | | scientific name | 161398 | Pseudoalteromonas phenolica Isnansetyo and Kamei 2003 | | authority | 161398 | Pseudoalteromonas sp. O-BC30 | | includes | 161620 | Dichanthelium | | scientific name | 161620 | Dichanthelium (Hitchc. & Chase) Gould, 1974 | | authority | 161620 | Panicum subgen. Dichanthelium | | synonym | 161620 | Panicum subgen. Dichanthelium Hitchc. & Chase, 1910 | | authority | 161620 | rosette grass | | common name | 161652 | Phainopepla | | scientific name | 161653 | Phainopepla nitens | | scientific name | 161653 | Ptilogonys nitens | | synonym | 161653 | Ptilogonys nitens Swainson, 1838 | | authority | 161679 | Limosa | | scientific name | 161683 | Limosa lapponica | | scientific name | 161683 | Limosa lapponica (Linnaeus, 1758) | | authority | 161683 | Scolopax lapponica | | synonym | 161683 | Scolopax lapponica Linnaeus, 1758 | | authority | 161683 | bar-tailed godwit | | genbank common name | 1616833 | Hydrococcus | Hydrococcus | scientific name | 1616833 | Hydrococcus Kutzing 1833 | | authority | 161696 | Megophryidae | | scientific name | 1617025 | Desulfosporosinus sp. I2 | | scientific name | 1617086 | Catellatospora paridis | | scientific name | 1617086 | Catellatospora paridis Jia et al. 2016 | | authority | 1617086 | Catellatospora sp. NEAU-CL2 | | includes | 1617412 | "Candidatus Sufilana vafamana" Pallen et al. 2022 | | authority | 1617412 | Candidatus Sufilana vafamana | | synonym | 1617412 | Candidatus Tepidiaquacellales bacterium OLB5 | | scientific name | 1617412 | Chlorobi bacterium OLB5 | | equivalent name | 1617412 | Sufilana vafamana | | equivalent name | 1617412 | s__OLB5 sp001567545 | | common name | 1617422 | Bacteroidetes bacterium OLB11 | | scientific name | 1617805 | Amylibacter | | scientific name | 1617805 | Amylibacter Teramoto and Nishijima 2014 | | authority | 1618113 | Saccharicrinis | | scientific name | 1618113 | Saccharicrinis Yang et al. 2014 emend. Liu et al. 2014 | | authority | 1618534 | Microgenomates group bacterium GW2011_GWD1_47_13 | | scientific name | 161865 | Dendrobium chrysotoxum | | scientific name | 161865 | Dendrobium chrysotoxum Lindl., 1847 | | authority | 1618782 | Parcubacteria group bacterium GW2011_GWA1_36_12 | | scientific name | 1618783 | Parcubacteria group bacterium GW2011_GWA1_38_7 | | scientific name | 1618876 | Parcubacteria group bacterium GW2011_GWB1_44_7 | | scientific name | 1618898 | Parcubacteria group bacterium GW2011_GWC1_38_6 | | scientific name | 1618930 | Parcubacteria group bacterium GW2011_GWC2_44_22 | | scientific name | 1618941 | Parcubacteria group bacterium GW2011_GWD2_38_11 | | scientific name | 1619053 | "Candidatus Peregrinibacteria" Brown et al. 2015 | | synonym | 1619053 | "Candidatus Peregrinibacteriota" corrig. Brown et al. 2015 | | authority | 1619053 | Candidatus Peregrinibacteriota | | scientific name | 1619053 | Peregrines (PER lineage) | | common name | 1619053 | Peregrinibacteriota | | equivalent name | 1619061 | Candidatus Peregrinibacteria bacterium GW2011_GWC2_33_13 | | scientific name | 1619069 | Candidatus Saccharibacteria bacterium GW2011_GWA2_46_10 | | scientific name | 1619098 | candidate division WS6 bacterium GW2011_GWF1_36_8 | | scientific name | 1619116 | candidate division WWE3 bacterium GW2011_GWB1_44_4 | | scientific name | 1619232 | Bradyrhizobium sp. LTSP885 | | scientific name | 161934 | Beta altissima | | synonym | 161934 | Beta altissima Steud. | | authority | 161934 | Beta vulgaris | | scientific name | 161934 | Beta vulgaris L., 1753 | | authority | 161934 | beet | | common name | 1619898 | Chlorobi bacterium OLB7 | | scientific name | 1620264 | Dactylonectria | | scientific name | 1620264 | Dactylonectria L. Lombard & Crous, 2014 | | authority | 1622 | Lactobacillus murinus | | synonym | 1622 | Lactobacillus murinus Hemme et al. 1982 | | authority | 1622 | Ligilactobacillus murinus | | scientific name | 1622 | Ligilactobacillus murinus (Hemme et al. 1982) Zheng et al. 2020 | | authority | 1622070 | Paenibacillus sp. GM2 | | scientific name | 1622492 | Hymenoptera sp. BOLD:AAU8342 | | scientific name | 162266 | Lacertinae | | scientific name | 1623583 | Claviceps arundinis | | scientific name | 1623583 | Claviceps arundinis Pazotouva & M. Kolarik, 2015 | | authority | 1624 | Lactobacillus salivarius | | synonym | 1624 | Lactobacillus salivarius Rogosa et al. 1953 (Approved Lists 1980) | | authority | 1624 | Lactobacillus salivarius Rogosa et al. 1953 (Approved Lists 1980) emend. Li et al. 2006 | | authority | 1624 | Lactobacillus salivarius subsp. salicinius | | synonym | 1624 | Lactobacillus sp. 2D | | includes | 1624 | Ligilactobacillus salivarius | | scientific name | 1624 | Ligilactobacillus salivarius (Rogosa et al. 1953) Zheng et al. 2020 | | authority | 162481 | Microbotryomycetes | | scientific name | 162481 | Microbotryomycetes R. Bauer, Begerow, J.P. Samp., M. Weiss & Oberw., 2006 | | authority | 162481 | Microbotryomycetidae | | synonym | 162484 | Pucciniomycetes | | scientific name | 162484 | Pucciniomycetes R. Bauer, Begerow, J.P. Samp., M. Weiss & Oberw., 2006 | | authority | 162484 | Urediniomycetidae | | synonym | 1627892 | Dokdonia pacifica | | scientific name | 1627892 | Dokdonia pacifica Zhang et al. 2015 | | authority | 1627892 | Dokdonia sp. SW230 | | includes | 1627999 | Influenza A virus (A/Nagasaki/13N020/2014(H3N2)) | | scientific name | 1628085 | Agathobaculum butyriciproducens | | scientific name | 1628085 | Agathobaculum butyriciproducens Ahn et al. 2016 | | authority | 1628085 | Eubacterium sp. SR79 | | includes | 1628153 | Carboxylicivirga | | scientific name | 1628153 | Carboxylicivirga Yang et al. 2014 emend. Wang et al. 2015 | | authority | 1628157 | Carboxylicivirga linearis | | scientific name | 1628157 | Carboxylicivirga linearis Wang et al. 2015 | | authority | 1628157 | Carboxylicivirga sp. FB218 | | includes | 1628206 | Bacillus sp. LK2 | | scientific name | 1628207 | Lysinibacillus sp. LK3 | | scientific name | 1628209 | Bacillus sp. LK7 | | scientific name | 1628268 | Symbiodinium necroappetens | | scientific name | 1628268 | Symbiodinium necroappetens LaJeunesse, S.Y.Lee, Knowlton & H.J.Jeong, 2015 | | authority | 1628268 | Symbiodinium sp. TLJ-2015c | | includes | 1629404 | "Denitromonas halophila" Reyes-Umana and Coates 2023 | | authority | 1629404 | "Denitromonas halophilus" Carlstrom et al. 2016 | | authority | 1629404 | Denitromonas halophila | | scientific name | 1629404 | Denitromonas halophila Reyes-Umana and Coates 2024 | | authority | 1629404 | Denitromonas halophilus | | synonym | 1629404 | Denitromonas sp. SFB-1 | | includes | 1629404 | Denitromonas sp. SFB-2 | | includes | 1629404 | Denitromonas sp. SFB-3 | | includes | 1629710 | Hyphomonas sp. BRH_c22 | | scientific name | 1629712 | Hoeflea sp. BRH_c9 | | scientific name | 1629718 | Rhodospirillaceae bacterium BRH_c57 | | scientific name | 163 | Treponema bryantii | | scientific name | 163 | Treponema bryantii Stanton and Canale-Parola 1980 | | authority | 1630141 | "Candidatus Nitrosoglobus terrae" Hayatsu et al. 2017 | | authority | 1630141 | Candidatus Nitrosoglobus terrae | | scientific name | 1630141 | Chromatiaceae bacterium TAO100 | | includes | 1630141 | Nitrosoglobus terrae | | equivalent name | 1630633 | Dietzia sp. B44 | | scientific name | 1630837 | Bradyrhizobium sp. CCBAU 11386 | | scientific name | 163091 | Cassieae | | scientific name | 163092 | Cercideae | | scientific name | 163092 | Cercideae Bronn, 1822 | | authority | 163118 | Coryphaenoides rupestris | | scientific name | 163118 | Coryphaenoides rupestris Gunnerus, 1765 | | authority | 163118 | roundnose grenadier | | genbank common name | 1631629 | Agrobacterium genomosp. 6 str. NCPPB 925 | | synonym | 1631629 | Agrobacterium sp. NCPPB 925 | | scientific name | 1632 | Lactobacillus oris | | synonym | 1632 | Lactobacillus oris Farrow and Collins 1988 | | authority | 1632 | Limosilactobacillus oris | | scientific name | 1632 | Limosilactobacillus oris (Farrow and Collins 1988) Zheng et al. 2020 | | authority | 1633135 | Desulfosporosinus sp. BG | | scientific name | 1633200 | Bacteroidales bacterium Barb4 | | scientific name | 1633202 | Bacteroidales bacterium Barb6XT | | scientific name | 1633203 | Bacteroidales bacterium Barb7 | | scientific name | 1633495 | Endozoicomonas arenosclerae | | scientific name | 1633495 | Endozoicomonas arenosclerae Appolinario et al. 2016 | | authority | 1633495 | Endozoicomonas sp. Ab112 | | includes | 1633495 | Endozoicomonas sp. Ab227_MC | | includes | 163485 | Acacieae | | scientific name | 163487 | Mimoseae | | scientific name | 163487 | Parkieae | | synonym | 16360 | Alismatales | | scientific name | 16360 | Alismatales R.Br. ex Bercht. & J.Presl, 1820 | | authority | 16360 | Alismatiflorae | | in-part | 16360 | Arales | | includes | 16360 | Arales Lindl.,1833 | | authority | 16360 | Ariflorae | | in-part | 16360 | Najadales | | includes | 16360 | Najadales Dumort., 1929 | | authority | 16360 | Spathiflorae | | synonym | 16360 | Zosterales | | includes | 16360 | Zosterales J.Presl, 1846 | | authority | 163603 | Actinomadura latina | | scientific name | 163603 | Actinomadura latina Trujillo and Goodfellow 1997 | | authority | 1636607 | Aeromonas sp. ASNIH2 | | scientific name | 1636618 | Cp8unalikevirus | | equivalent name | 1636618 | Cp8virus | | equivalent name | 1636618 | Fletchervirus | | scientific name | 163665 | Dysgonomonas mossii | | scientific name | 163665 | Dysgonomonas mossii Lawson et al. 2002 | | authority | 163665 | Dysgonomonas mossii Lawson et al. 2002 emend. Hahnke et al. 2016 | | authority | 1637 | "Listerella" Pirie 1927 | | authority | 1637 | Listerella | | synonym | 1637 | Listeria | | scientific name | 1637 | Listeria Pirie 1940 (Approved Lists 1980) | | authority | 1637 | Listeria Pirie 1940 (Approved Lists 1980) emend. Bouznada et al. 2025 | | authority | 163706 | Cytherideidae | | scientific name | 163713 | Cyprideis | | scientific name | 163714 | Candona torosa | | synonym | 163714 | Candona torosa Jones, 1850 | | authority | 163714 | Cyprideis torosa | | scientific name | 163725 | Adesmieae | | synonym | 163725 | Adesmieae Hutch., 1964 | | authority | 163725 | Aeschynomeneae | | synonym | 163725 | Aeschynomeneae Hutch., 1964 | | authority | 163725 | Dalbergieae | | scientific name | 163725 | Dalbergieae Bronn ex DC., 1825 | | authority | 163729 | Genisteae | | scientific name | 163729 | Genisteae Dumort., 1827 | | authority | 163735 | Phaseoleae | | scientific name | 163735 | Phaseoleae DC., 1925 | | authority | 163742 | Trifolieae | | scientific name | 163742 | Trifolieae Endl., 1830 | | authority | 163743 | Fabeae | | scientific name | 163743 | Fabeae Rchb., 1832 | | authority | 163743 | Vicieae | | synonym | 163743 | Vicieae DC., 1825 | | authority | 1637645 | Limnoraphis robusta CS-951 | | scientific name | 1637847 | Burkholderia sp. RF7-non_BP1 | | scientific name | 1637848 | Burkholderia sp. RF7-non_BP4 | | scientific name | 1637866 | Burkholderia sp. FL-7-2-10-S1-D7 | | scientific name | 1638099 | Salinarimonas soli | | scientific name | 1638099 | Salinarimonas soli Jin et al. 2022 | | authority | 1638099 | Salinarimonas sp. BN140002 | | includes | 1638980 | Demequina gelatinilytica | | scientific name | 1638980 | Demequina gelatinilytica (Hamada et al. 2015) Nouioui et al. 2018 | | authority | 1638980 | Lysinimicrobium gelatinilyticum | | synonym | 1638980 | Lysinimicrobium gelatinilyticum Hamada et al. 2015 | | authority | 1638980 | Lysinimicrobium sp. HI12-44 | | includes | 1638980 | Lysinimicrobium sp. NBRC 109390 | | includes | 1639 | "Bacterium monocytogenes hominis" Nyfeldt 1932 | | authority | 1639 | "Bacterium monocytogenes" Murray et al. 1926 | | authority | 1639 | "Corynebacterium infantisepticum" Potel 1950 | | authority | 1639 | "Corynebacterium parvulum" Schultz et al. 1934 | | authority | 1639 | "Erysipelothrix monocytogenes" (Murray et al. 1926) Wilson and Miles 1946 | | authority | 1639 | "Listerella hepatolytica" Pirie 1927 | | authority | 1639 | Bacterium monocytogenes | | synonym | 1639 | Bacterium monocytogenes hominis | | synonym | 1639 | Corynebacterium infantisepticum | | synonym | 1639 | Corynebacterium parvulum | | synonym | 1639 | Erysipelothrix monocytogenes | | synonym | 1639 | Listerella hepatolytica | | synonym | 1639 | Listeria monocytogenes | | scientific name | 1639 | Listeria sp. FDA00013359 | | includes | 1639 | Listeria sp. FDA00013360 | | includes | 1639 | Listeria sp. FDA00013361 | | includes | 1639 | Listeria sp. FDA00013362 | | includes | 1639 | Listeria sp. FDA00013363 | | includes | 1639 | Listeria sp. FDA00013364 | | includes | 1639 | Listeria sp. FDA00013365 | | includes | 1639 | Listeria sp. FDA00013366 | | includes | 1639 | Listeria sp. FDA00013367 | | includes | 1639 | Listeria sp. FDA00013503 | | includes | 1639 | Listeria sp. FDA00013504 | | includes | 1639 | Listeria sp. FDA00013505 | | includes | 1639 | Listeria sp. FDA00013506 | | includes | 1639 | Listeria sp. FDA00013507 | | includes | 1639 | Listeria sp. FDA00013508 | | includes | 1639 | Listeria sp. FDA00013509 | | includes | 1639 | Listeria sp. FDA00013510 | | includes | 1639 | Listeria sp. FDA00013511 | | includes | 1639 | Listeria sp. FDA00013512 | | includes | 1639 | Listeria sp. FDA00013536 | | includes | 1639 | Listeria sp. FDA00013537 | | includes | 1639 | Listeria sp. FDA00013538 | | includes | 1639 | Listeria sp. FDA00013539 | | includes | 1639 | Listeria sp. FDA00013540 | | includes | 1639 | Listeria sp. FDA00013541 | | includes | 1639 | Listeria sp. FDA00013542 | | includes | 1639 | Listeria sp. FDA00013543 | | includes | 1639 | Listeria sp. FDA00013544 | | includes | 1639 | Listeria sp. FDA00013545 | | includes | 1639 | Listeria sp. FDA00013546 | | includes | 1639 | Listeria sp. FDA00013547 | | includes | 1639 | Listeria sp. FDA00013548 | | includes | 1639 | Listeria sp. FDA00013549 | | includes | 1639 | Listeria sp. FDA00013550 | | includes | 1639 | Listeria sp. FDA00013551 | | includes | 1639 | Listeria sp. FDA00013552 | | includes | 1639 | Listeria sp. FDA00013553 | | includes | 1639 | Listeria sp. FDA00013554 | | includes | 1639 | Listeria sp. FDA00013555 | | includes | 1639 | Listeria sp. FDA00013556 | | includes | 1639 | Listeria sp. FDA00013557 | | includes | 1639 | Listeria sp. FDA00013558 | | includes | 1639 | Listeria sp. FDA00013559 | | includes | 1639 | Listeria sp. FDA00013560 | | includes | 1639 | Listeria sp. FDA00013561 | | includes | 1639 | Listeria sp. FDA00013562 | | includes | 1639 | Listeria sp. FDA00013563 | | includes | 1639 | Listeria sp. FDA00013564 | | includes | 1639 | Listeria sp. FDA00013565 | | includes | 1639 | Listeria sp. FDA00013566 | | includes | 1639 | Listeria sp. FDA00013567 | | includes | 1639 | Listeria sp. FDA00013568 | | includes | 1639 | Listeria sp. FDA00013570 | | includes | 1639 | Listeria sp. FDA00013571 | | includes | 1639 | Listeria sp. FDA00013572 | | includes | 1639 | Listeria sp. FDA00013573 | | includes | 1639 | Listeria sp. FDA00013574 | | includes | 1639 | Listeria sp. FDA00013575 | | includes | 1639 | Listeria sp. FDA00013576 | | includes | 1639 | Listeria sp. FDA00013577 | | includes | 1639 | Listeria sp. FDA00013578 | | includes | 1639 | Listeria sp. FDA00013579 | | includes | 1639 | Listeria sp. FDA00013607 | | includes | 1639119 | Plasmodiidae | | scientific name | 1639119 | Plasmodiidae Mesnil, 1903 | | authority | 1639133 | Citrobacter portucalensis | | scientific name | 1639133 | Citrobacter portucalensis Ribeiro et al. 2017 | | authority | 1639133 | Citrobacter sp. 30_2 | | includes | 1639133 | Citrobacter sp. A60 | | includes | 1640 | Listeria seeligeri | | scientific name | 1640 | Listeria seeligeri Rocourt and Grimont 1983 | | authority | 1641811 | Actinobacteria bacterium IMCC26207 | | scientific name | 1641860 | Burkholderia sp. S171 | | scientific name | 1641866 | Granulicella sp. L60 | | scientific name | 1641871 | Pedobacter sp. L105 | | scientific name | 1642 | "Listeria innocua" Seeliger and Schoofs 1979 | | authority | 1642 | Listeria innocua | | scientific name | 1642 | Listeria innocua (ex Seeliger and Schoofs 1979) Seeliger 1983 | | authority | 1643 | Listeria welshimeri | | scientific name | 1643 | Listeria welshimeri Rocourt and Grimont 1983 | | authority | 1643336 | Bacillus maritimus | | synonym | 1643336 | Bacillus maritimus Pal et al. 2017 | | authority | 1643336 | Bacillus sp. KS16-9 | | includes | 1643336 | Mesobacillus maritimus | | scientific name | 1643336 | Mesobacillus maritimus (Pal et al. 2017) Patel and Gupta 2020 | | authority | 1643678 | Nitrososphaeria | | scientific name | 1643678 | Nitrososphaeria Stieglmeier et al. 2014 | | authority | 1643682 | Geodermatophilales | | scientific name | 1643682 | Geodermatophilales Sen et al. 2014 | | authority | 1643684 | Nakamurellales | | scientific name | 1643684 | Nakamurellales Sen et al. 2014 | | authority | 1643685 | Borreliaceae | | scientific name | 1643685 | Borreliaceae Gupta et al. 2014 | | synonym | 1643686 | Brachyspirales | | scientific name | 1643686 | Brachyspirales Gupta et al. 2014 | | synonym | 1643686 | Brachyspiriales | | synonym | 1643688 | Leptospirales | | scientific name | 1643688 | Leptospirales Gupta et al. 2014 | | synonym | 1643822 | Eggerthellales | | scientific name | 1643822 | Eggerthellales Gupta et al. 2013 | | authority | 1643824 | Atopobiaceae | | scientific name | 1643824 | Atopobiaceae Gupta et al. 2013 | | authority | 1643824 | Atopobiaceae Gupta et al. 2013 emend. Morinaga et al. 2022 | | authority | 1643824 | Atopobiaceae Gupta et al. 2013 emend. Nouioui et al. 2018 | | authority | 1643824 | Atopobiaceae Gupta et al. 2013 emend. Zgheib et al. 2021 | | authority | 1643826 | Eggerthellaceae | | scientific name | 1643826 | Eggerthellaceae Gupta et al. 2013 | | authority | 1643826 | Eggerthellaceae Gupta et al. 2013 emend. Gupta 2021 | | authority | 1643826 | Eggerthellaceae Gupta et al. 2013 emend. Nouioui et al. 2018 | | authority | 1643946 | Kosmotogales | | scientific name | 1643946 | Kosmotogales Bhandari and Gupta 2014 | | authority | 1643948 | Kosmotogaceae | | scientific name | 1643948 | Kosmotogaceae Bhandari and Gupta 2014 | | authority | 1643951 | Pseudothermotoga | | scientific name | 1643951 | Pseudothermotoga Bhandari and Gupta 2014 | | authority | 1644056 | Haloferacaceae | | scientific name | 1644056 | Haloferacaceae Gupta et al. 2015 | | authority | 1644056 | Haloferacaceae Gupta et al. 2015 emend. Gupta et al. 2016 | | authority | 1644056 | Halorubraceae | | synonym | 1644056 | Halorubraceae Gupta et al. 2016 | | authority | 1644061 | Halobacteriaceae Clade I | | common name | 1644061 | Natrialbaceae | | scientific name | 1644061 | Natrialbaceae Gupta et al. 2015 | | authority | 164450 | Vulcanisaeta | | scientific name | 164450 | Vulcanisaeta Itoh et al. 2002 | | authority | 164451 | Vulcanisaeta distributa | | scientific name | 164451 | Vulcanisaeta distributa Itoh et al. 2002 | | authority | 164451 | Vulcanisaeta plures | | equivalent name | 164546 | Cupriavidus taiwanensis | | scientific name | 164546 | Cupriavidus taiwanensis (Chen et al. 2001) Vandamme and Coenye 2004 | | authority | 164546 | Ralstonia taiwanensis | | synonym | 164546 | Ralstonia taiwanensis Chen et al. 2001 | | authority | 164546 | Wautersia taiwanensis | | synonym | 164546 | Wautersia taiwanensis (Chen et al. 2001) Vaneechoutte et al. 2004 | | authority | 1646340 | Enterobacter sp. BDA62-3 | | includes | 1646340 | Kosakonia pseudosacchari | | scientific name | 1646340 | Kosakonia pseudosacchari Kampfer et al. 2018 | | authority | 1646340 | Kosakonia sp. JM-387 | | includes | 1646373 | Rouxiella silvae | | scientific name | 1646373 | Rouxiella silvae Le Fleche-Mateos et al. 2017 | | authority | 1646373 | Rouxiella sp. 213 | | includes | 1646373 | Rouxiella sp. 223 | | includes | 1647182 | unclassified Streptosporangiales | | scientific name | 164759 | Diaphorobacter nitroreducens | | scientific name | 164759 | Diaphorobacter nitroreducens Khan and Hiraishi 2003 | | synonym | 164759 | Diaphorobacter polyhydroxybutyrativorans | | synonym | 164759 | Diaphorobacter polyhydroxybutyrativorans Qiu et al. 2015 | | authority | 164759 | Diaphorobacter sp. SL-205 | | includes | 164759 | beta proteobacterium KSP3 | | includes | 164759 | beta proteobacterium KSP4 | | includes | 164759 | beta proteobacterium NA10B | | includes | 1647988 | Akkermansiaceae | | scientific name | 1647988 | Akkermansiaceae Hedlund and Derrien 2012 | | authority | 1648011 | Dichantheliinae | | scientific name | 1648011 | Dichantheliinae Zuloaga, 2014 | | authority | 1648017 | Hordeinae | | scientific name | 1648017 | Hordeinae Dumort., 1829 | | authority | 1648021 | Oryzinae | | scientific name | 1648021 | Oryzinae Griseb., 1853 | | authority | 1648026 | Saccharinae | | scientific name | 1648026 | Saccharinae Griseb., 1846 | | authority | 1648029 | Tripsacinae | | scientific name | 1648029 | Tripsacinae Dumort., 1829 | | authority | 1648030 | Triticinae | | scientific name | 1648030 | Triticinae Fr., 1835 | | authority | 1648033 | Andropogonodae | | scientific name | 1648033 | Andropogonodae L.Liu, 1980 | | authority | 1648036 | Panicodae | | scientific name | 1648036 | Panicodae L.Liou, 1980 | | authority | 1648037 | Poodae | | scientific name | 1648037 | Poodae L.Liu, 1980 | | authority | 1648038 | Triticodae | | scientific name | 1648038 | Triticodae T.D. Macfarl. & L.Watson, 1982 | | authority | 1648182 | Streptomyces sp. fd2-tb | | includes | 1648182 | Streptomyces yangpuensis | | scientific name | 1648182 | Streptomyces yangpuensis Tang et al. 2016 | | authority | 1648404 | Aurantiacibacter atlanticus | | scientific name | 1648404 | Aurantiacibacter atlanticus (Zhuang et al. 2015) Xu et al. 2020 | | authority | 1648404 | Erythrobacter atlanticus | | synonym | 1648404 | Erythrobacter atlanticus Zhuang et al. 2015 | | authority | 1648404 | Erythrobacter sp. s21-N3 | | includes | 1648497 | Boseongicola | | scientific name | 1648497 | Boseongicola Park et al. 2014 | | authority | 1648505 | Chiayiivirga | | scientific name | 1648505 | Chiayiivirga Hsu et al. 2013 | | authority | 1648508 | Ciceribacter | | scientific name | 1648508 | Ciceribacter Kathiravan et al. 2013 | | authority | 1648508 | Ciceribacter Kathiravan et al. 2013 emend. Rahi et al. 2021 | | authority | 164860 | Dacinae | | scientific name | 164882 | Carpomyina | | scientific name | 1648923 | Bacillus paralicheniformis | | scientific name | 1648923 | Bacillus paralicheniformis Dunlap et al. 2015 | | authority | 1648923 | Bacillus sp. EF_TYK1-5 | | includes | 1648923 | Bacillus sp. KJ-16 | | includes | 1648923 | Bacillus sp. SUBG0010 | | includes | 1649 | "Zopfius" Wenner and Rettger 1919 | | authority | 1649 | Kurthia | | scientific name | 1649 | Kurthia Trevisan 1885 (Approved Lists 1980) emend. Ruan et al. 2014 | | authority | 1649 | Zopfius | | synonym | 1649266 | Pontibacter mucosus | | scientific name | 1649266 | Pontibacter mucosus Nayyar et al. 2016 | | authority | 1649266 | Pontibacter sp. PB3 | | includes | 1649279 | Epibacterium | | scientific name | 1649279 | Epibacterium Penesyan et al. 2013 | | authority | 1649279 | Epibacterium Penesyan et al. 2013 emend. Liang et al. 2021 | | authority | 1649279 | Epibacterium Penesyan et al. 2013 emend. Wirth and Whitman 2018 | | authority | 1649453 | Gimesia | | scientific name | 1649453 | Gimesia Scheuner et al. 2015 | | authority | 1649453 | Gimesia Scheuner et al. 2015 emend. Kumar et al. 2020 | | authority | 1649453 | Gimesia Scheuner et al. 2015 emend. Wiegand et al. 2020 | | authority | 1649459 | Hungatella | | scientific name | 1649459 | Hungatella Kaur et al. 2014 | | authority | 1649459 | Hungatella Kaur et al. 2014 emend. Heng and Kittelmann 2024 | | authority | 1649476 | Parafilimonas | | scientific name | 1649476 | Parafilimonas Kim et al. 2014 | | authority | 1649482 | Pseudopedobacter | | scientific name | 1649482 | Pseudopedobacter Cao et al. 2014 | | authority | 1649487 | Rhizorhapis | | scientific name | 1649487 | Rhizorhapis Francis et al. 2014 | | authority | 1649495 | Seonamhaeicola | | scientific name | 1649495 | Seonamhaeicola Park et al. 2014 emend. Zhou et al. 2016 | | authority | 1649845 | Yersinia pseudotuberculosis complex | | scientific name | 1650 | "Bacillus zopfii" (Kurth 1883) Mace 1889 | | authority | 1650 | "Bacterium zopfii" Kurth 1883 | | authority | 1650 | "Helikobacterium zopfii" (sic) (Kurth 1883) Escherich 1886 | | authority | 1650 | "Zopfius zopfii" (Kurth 1883) Wenner and Rettger 1919 | | authority | 1650 | Bacillus zopfii | | synonym | 1650 | Bacterium zopfii | | synonym | 1650 | Helikobacterium zopfii | | synonym | 1650 | Kurthia zopfii | | scientific name | 1650 | Kurthia zopfii (Kurth 1883) Trevisan 1885 (Approved Lists 1980) | | synonym | 1650 | Zopfius zopfii | | synonym | 1650438 | Martinezella paranaensis | | scientific name | 1650438 | Martinezella paranaensis (Dall'Agnol et al. 2014) Naranjo-Robayo et al. 2026 | | authority | 1650438 | Rhizobium paranaense | | synonym | 1650438 | Rhizobium paranaense Dall'Agnol et al. 2014 | | authority | 1650438 | Rhizobium sp. CPAO 1135 | | includes | 1650438 | Rhizobium sp. H 52 | | includes | 1650438 | Rhizobium sp. PRF 35 | | includes | 1650438 | Rhizobium sp. PRF 54 | | includes | 1650654 | Edwardsiella sp. LADL05-105 | | scientific name | 165179 | Prevotella copri Hayashi et al. 2007 | | synonym | 165179 | Prevotella sp. 'Indica Stool' | | includes | 165179 | Prevotella sp. CB18 | | includes | 165179 | Prevotella sp. CB23 | | includes | 165179 | Prevotella sp. CB26 | | includes | 165179 | Prevotella sp. CB28 | | includes | 165179 | Prevotella sp. CB7 | | includes | 165179 | Segatella copri | | scientific name | 165179 | Segatella copri (Hayashi et al. 2007) Hitch et al. 2023 | | synonym | 165186 | uncultured Ruminococcus sp. | | scientific name | 1652081 | Poeae Chloroplast Group 2 (Poeae type) | | scientific name | 1652132 | Halobacteriovoraceae | | scientific name | 1652132 | Halobacteriovoraceae Koval et al. 2015 | | authority | 1652133 | Halobacteriovorax | | scientific name | 1652133 | Halobacteriovorax Koval et al. 2015 | | authority | 1653 | Corynebacteriaceae | | scientific name | 1653 | Corynebacteriaceae Lehmann and Neumann 1907 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1653 | Corynebacteriaceae Lehmann and Neumann 1907 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 1653 | Corynebacteriaceae Lehmann and Neumann 1907 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 1653 | Coryneform bacteria | | genbank common name | 165301 | "Asiosporangium" Runmao et al. | | includes | 165301 | Asiosporangium | | includes | 165301 | Lechevalieria | | synonym | 165301 | Lechevalieria Labeda et al. 2001 emend. Zhao et al. 2017 | | authority | 165301 | Lentzea | | scientific name | 165301 | Lentzea Yassin et al. 1995 emend. Fang et al. 2017 | | authority | 165301 | Lentzea Yassin et al. 1995 emend. Labeda et al. 2001 | | authority | 165301 | Lentzea Yassin et al. 1995 emend. Nouioui et al. 2018 | | authority | 165302 | Salmonella enterica subsp. enterica serovar Reading | | scientific name | 165302 | Salmonella reading | | synonym | 1653176 | Cereibacter | | scientific name | 1653176 | Cereibacter Suresh et al. 2015 | | authority | 1653176 | Cereibacter Suresh et al. 2015 emend. Liu et al. 2023 | | authority | 1653176 | Luteovulum | | synonym | 1653176 | Luteovulum Suresh et al. 2020 | | authority | 1653776 | Alkalihalobacillus oceani | | synonym | 1653776 | Alkalihalobacillus oceani (Song et al. 2016) Gupta et al. 2020 | | authority | 1653776 | Bacillus oceani | | synonym | 1653776 | Bacillus oceani Song et al. 2016 | | authority | 1653776 | Bacillus sp. SW109 | | includes | 1653776 | Bacillus sp. W006 | | includes | 1653776 | Halalkalibacter oceani | | scientific name | 1653776 | Halalkalibacter oceani (Song et al. 2016) Joshi et al. 2022 | | synonym | 1653778 | Chlamydomonas sp. UWO 241 | | scientific name | 1653778 | Chlamydomonas sp. UWO241 | | equivalent name | 1653831 | Blattabacterium cuenoti | | scientific name | 1653831 | Blattabacterium cuenoti (Mercier 1906) Hollande and Favre 1931 | | authority | 1653831 | Blattabacterium sp. (Panesthia angustipennis spadica) | | includes | 1654 | "Actinocladothrix" Affanassieff and Schulz 1889 | | authority | 1654 | "Discomyces" Rivolta 1878 | | authority | 1654 | Actinocladothrix | | synonym | 1654 | Actinomyces | | scientific name | 1654 | Actinomyces Harz 1877 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1654 | Discomyces | | synonym | 1654067 | Pantoea agglomerans group | | scientific name | 1654741 | Bombella | | scientific name | 1654741 | Bombella Li et al. 2015 | | authority | 1655 | Actinomyces naeslundi | | synonym | 1655 | Actinomyces naeslundi Thompson and Lovestedt 1951 (Approved Lists 1980) | | authority | 1655 | Actinomyces naeslundii | | scientific name | 1655 | Actinomyces naeslundii Thompson and Lovestedt 1951 (Approved Lists 1980) emend. Henssge et al. 2009 | | authority | 1655 | Actinomyces naeslundii Thompson and Lovestedt 1951 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1655 | Actinomyces naeslundii corrig. Thompson and Lovestedt 1951 (Approved Lists 1980) | | synonym | 1655234 | "Thalassotalea euphylliae" Liu 2016 | | authority | 1655234 | Thalassotalea euphylliae | | scientific name | 1655234 | Thalassotalea euphylliae Sheu et al. 2016 | | authority | 1655234 | Thalassotalea sp. Eup-16 | | includes | 1655433 | "Candidatus Thiodiazotropha endolucinida" Konig et al. 2016 | | authority | 1655433 | Candidatus Thiodiazotropha endolucinida | | scientific name | 1655433 | Codakia orbicularis gill endosymbiont | | includes | 1655433 | Thiodiazotropha endolucinida | | equivalent name | 1655433 | endosymbiont of Codakia orbicularis | | includes | 1655433 | uncultured Codakia orbicularis gill symbiont | | includes | 1655488 | Luna cluster | | scientific name | 1655489 | Luna-1 cluster | | equivalent name | 1655489 | Luna-1 subcluster | | scientific name | 1655514 | "Candidatus Pelagibacteraceae" Thrash et al. 2011 | | authority | 1655514 | Candidatus Pelagibacteraceae | | scientific name | 1655514 | Pelagibacteraceae | | equivalent name | 1655516 | unclassified Pelagibacteraceae | | scientific name | 165695 | Sphingobium | | scientific name | 165695 | Sphingobium Takeuchi et al. 2001 | | authority | 165695 | Sphingobium Takeuchi et al. 2001 emend. Li et al. 2013 | | authority | 165696 | Novosphingobium | | scientific name | 165696 | Novosphingobium Takeuchi et al. 2001 | | authority | 165697 | Sphingopyxis | | scientific name | 165697 | Sphingopyxis Takeuchi et al. 2001 | | authority | 165697 | Sphingopyxis Takeuchi et al. 2001 emend. Baik et al. 2013 | | authority | 165716 | Actinidia rufa | | scientific name | 165716 | Actinidia rufa (Siebold & Zucc.) Planch. ex Miq., 1876 | | authority | 165716 | Trochostigma rufum | | synonym | 165716 | Trochostigma rufum Siebold & Zucc., 1843 | | authority | 165716 | nashi-kazura | | common name | 165779 | Anaerococcus | | scientific name | 165779 | Anaerococcus Ezaki et al. 2001 | | authority | 166 | Treponema sp. | | scientific name | 1660086 | Acidovorax sp. SCN 65-28 | | scientific name | 166009 | Ditylenchus | | scientific name | 166010 | Ditylenchus destructor | | scientific name | 166010 | Ditylenchus destructor Thorne, 1945 | | authority | 1660105 | Lautropia sp. SCN 70-15 | | scientific name | 1660118 | Niabella sp. SCN 42-15 | | scientific name | 1660142 | Sphingopyxis sp. SCN 67-31 | | scientific name | 1660158 | unclassified Gallionellales | | includes | 1660158 | unclassified Methylophilales | | includes | 1660158 | unclassified Nitrosomonadales | | scientific name | 1660171 | Lysobacteraceae bacterium SCN 69-48 | | scientific name | 1661050 | Pseudomonas sp. NBRC 111135 | | scientific name | 1661053 | Pseudomonas sp. NBRC 111138 | | scientific name | 1662329 | "Candidatus Kapabacteria" Kantor et al. 2015 | | synonym | 1662329 | "Candidatus Kapaibacterium" corrig. Kantor et al. 2015 | | authority | 1662329 | Candidatus Kapaibacterium | | scientific name | 1662329 | Kapaibacterium | | equivalent name | 166235 | Haplopharyngida | | synonym | 166235 | Macrostomida | | synonym | 166235 | Macrostomorpha | | scientific name | 166263 | Beryx lineatus | | synonym | 166263 | Beryx lineatus Cuvier, 1829 | | authority | 166263 | Centroberyx lineatus | | scientific name | 166263 | Centroberyx lineatus (Cuvier, 1829) | | authority | 166263 | Trachichthodes lineatus | | synonym | 166263 | swallow-tail | | genbank common name | 1663 | Arthrobacter | | scientific name | 1663 | Arthrobacter Conn and Dimmick 1947 (Approved Lists 1980) | | authority | 1663 | Arthrobacter Conn and Dimmick 1947 (Approved Lists 1980) emend. Busse 2016 | | authority | 1663 | Arthrobacter Conn and Dimmick 1947 (Approved Lists 1980) emend. Kampfer et al. 2020 | | authority | 1663 | Arthrobacter Conn and Dimmick 1947 (Approved Lists 1980) emend. Koch et al. 1995 | | authority | 1663051 | Sphagnurus | | scientific name | 1663051 | Sphagnurus Redhead & V. Hofst., 2014 | | authority | 1663419 | Fimbriimonadia | | scientific name | 1663419 | Fimbriimonadia Im et al. 2012 | | authority | 1663425 | Fimbriimonadales | | scientific name | 1663425 | Fimbriimonadales Im et al. 2012 | | authority | 1663426 | Fimbriimonadaceae | | scientific name | 1663426 | Fimbriimonadaceae Im et al. 2012 | | authority | 1663717 | Herbinix | | scientific name | 1663717 | Herbinix Koeck et al. 2015 | | authority | 1664069 | Bacillus glycinifermentans | | scientific name | 1664069 | Bacillus glycinifermentans Kim et al. 2015 | | authority | 1664069 | Bacillus sp. GO-13 | | includes | 1664069 | Bacillus sp. JRCGR-1 | | includes | 1664069 | Bacillus sp. KJ-17 | | includes | 166415 | Heterotrigona | | scientific name | 166415 | Heterotrigona Schwarz, 1939 | | authority | 166415 | Trigona (Heterotrigona) | | synonym | 1664318 | Chryseobacterium sp. MOF25P | | scientific name | 1664319 | Chryseobacterium sp. BGARF1 | | scientific name | 1666917 | Rhodobacteraceae bacterium HLUCCO18 | | scientific name | 1667 | Arthrobacter bacterium | | includes | 1667 | Arthrobacter sp. | | scientific name | 1667020 | Torulaceae | | scientific name | 1667020 | Torulaceae Corda, 1829 | | authority | 1667166 | Stachybotryaceae | | scientific name | 1667166 | Stachybotryaceae L. Lombard & Crous, 2014 | | authority | 1667327 | Klebsiella quasipneumoniae subsp. quasipneumoniae | | scientific name | 1667327 | Klebsiella quasipneumoniae subsp. quasipneumoniae Brisse et al. 2014 | | authority | 1667327 | Klebsiella sp. 01A030 | | includes | 1667327 | Klebsiella sp. 18A069 | | includes | 166793 | Solirubrobacter pauli | | scientific name | 166793 | Solirubrobacter pauli Singleton et al. 2003 | | authority | 166793 | earthworm burrow bacterium B33D1 | | includes | 166894 | Anthribinae | | scientific name | 1669417 | Platygastridae sp. BOLD:AAU8342 | | scientific name | 166953 | Kaistia | | scientific name | 166953 | Kaistia Im et al. 2005 | | authority | 1670755 | Fragariocoptes | | scientific name | 1670756 | Fragariocoptes setiger | | scientific name | 1670756 | Fragariocoptes setiger (Nalepa, 1894) | | authority | 1670756 | Phyllocoptes setiger | | synonym | 1670756 | Phyllocoptes setiger Nalepa, 1894 | | authority | 1670797 | Pediococcus acidilactici group | | scientific name | 16714 | Juglandaceae | | scientific name | 16714 | Juglandaceae DC.ex Perleb, 1818 | | authority | 16714 | Rhoipteleaceae | | synonym | 16714 | walnut family | | common name | 167180 | Mycalesina | | scientific name | 1672701 | Gracilibacillus oryzae | | scientific name | 1672701 | Gracilibacillus oryzae He et al. 2020 | | authority | 1672701 | Gracilibacillus sp. TD8 | | includes | 167371 | Phellinidium pouzarii | | scientific name | 167371 | Phellinidium pouzarii (Kotl.) Fiasson & Niemela, 1984 | | authority | 167371 | Phellinus pouzarii | | synonym | 167371 | Phellinus pouzarii Kotl., 1968 | | authority | 1673718 | Massilibacteroides vaginae | | scientific name | 1673718 | Massilibacteroides vaginae Jneid et al. 2018 | | authority | 1673718 | Porphyromonadaceae bacterium MV12 | | includes | 1673721 | "Intestinimonas massiliensis" (ex Durand et al. 2017) Afouda et al. 2019 | | authority | 1673721 | "Intestinimonas massiliensis" Durand et al. 2017 | | authority | 1673721 | Intestinimonas massiliensis | | synonym | 1673721 | Intestinimonas massiliensis (ex Afouda et al. 2020) | | scientific name | 1673721 | Intestinimonas sp. GD2 | | includes | 1674869 | unclassified Chlorobiales | | scientific name | 167487 | Rauvolfioideae | | scientific name | 167487 | Rauvolfioideae Kostel., 1834 | | authority | 1674871 | unclassified Anaerolineales | | scientific name | 1674873 | unclassified Syntrophobacterales | | scientific name | 1674876 | unclassified Victivallales | | scientific name | 167498 | Vinceae | | scientific name | 167498 | Vinceae Duby, 1828 | | authority | 1675792 | "Acidovorax cavernicola" Patricio 2015 | | authority | 1675792 | Acidovorax cavernicola | | scientific name | 1675792 | Acidovorax sp. 1011MAR4D40,2 | | includes | 1676141 | Wenzhouxiangellaceae | | scientific name | 1676141 | Wenzhouxiangellaceae Wang et al. 2015 | | authority | 1676142 | Wenzhouxiangella | | scientific name | 1676142 | Wenzhouxiangella Wang et al. 2015 | | authority | 1676683 | Vibrio barjaei | | scientific name | 1676683 | Vibrio barjaei Dubert et al. 2017 | | authority | 1676683 | Vibrio sp. 3062 | | includes | 1676925 | Brienomyrus kingsleyae | | synonym | 1676925 | Brienomyrus sp. CAB | | synonym | 1676925 | Mormyrus kingsleyae | | synonym | 1676925 | Mormyrus kingsleyae Guenther, 1896 | | authority | 1676925 | Mormyrus kingsleyae Gunther, 1896 | | authority | 1676925 | Paramormyrops kingsleyae | | scientific name | 1676925 | Paramormyrops kingsleyae (Guenther, 1896) | | authority | 1676925 | Pollimyrus kingsleyae | | synonym | 167729 | Equisetum hyemale x Equisetum laevigatum | | synonym | 167729 | Equisetum x ferrissii | | scientific name | 167729 | Equisetum x ferrissii Clute | | authority | 1677858 | Propionispora sp. 2/2-37 | | scientific name | 1677894 | Flavobacterium lutivivi | | scientific name | 1677894 | Flavobacterium lutivivi Feng et al. 2016 | | authority | 1677894 | Flavobacterium sp. HQQ | | includes | 167791 | Bauhinia variegata | | scientific name | 167791 | Bauhinia variegata L., 1753 | | authority | 167791 | Phanera variegata | | synonym | 167791 | Phanera variegata (L.) Benth., 1852 | | authority | 167791 | mountain ebony | | genbank common name | 167791 | orchid tree | | common name | 1678 | "Bifidibacterium" Prevot 1938 | | authority | 1678 | "Tissieria" Pribram 1929 | | authority | 1678 | Bifidibacterium | | synonym | 1678 | Bifidobacterium | | scientific name | 1678 | Bifidobacterium Orla-Jensen 1924 | | authority | 1678 | Tissieria | | synonym | 1678136 | Lactobacillus sp. ATCC 15578 | | scientific name | 1678900 | Mumia sp. NEAU-KD1 | | includes | 1678900 | Mumia xiangluensis | | scientific name | 1678900 | Mumia xiangluensis Zhou et al. 2016 | | authority | 1679 | Bifidobacterium longum subsp. longum | | scientific name | 1679 | Bifidobacterium longum subsp. longum Reuter 1963 | | authority | 1679166 | Bacillus sp. FJAT-27445 | | scientific name | 1679170 | Bacillus loiseleuriae | | synonym | 1679170 | Bacillus loiseleuriae Liu et al. 2016 | | authority | 1679170 | Bacillus sp. FJAT-27997 | | includes | 1679170 | Peribacillus loiseleuriae | | scientific name | 1679170 | Peribacillus loiseleuriae (Liu et al. 2016) Patel and Gupta 2020 | | authority | 1679449 | Pseudooceanicola | | scientific name | 1679449 | Pseudooceanicola Lai et al. 2015 | | authority | 1679449 | Pseudooceanicola Lai et al. 2015 emend. Huang et al. 2018 | | authority | 1679449 | Pseudooceanicola Lai et al. 2015 emend. Liang et al. 2021 | | authority | 1679449 | Pseudopuniceibacterium | | synonym | 1679449 | Pseudopuniceibacterium Zhang et al. 2019 | | authority | 167964 | Anaerolinea thermophila | | scientific name | 167964 | Anaerolinea thermophila Sekiguchi et al. 2003 | | authority | 167964 | anaerobic filamentous bacterium STL-6-O1 | | includes | 1679721 | Herbinix luporum | | scientific name | 1679721 | Herbinix luporum Koeck et al. 2016 | | authority | 1679721 | Herbinix sp. SD1D | | includes | 1679721 | s__Mobilitalea luporum | | equivalent name | 1680 | Bifidobacterium adolescentis | | scientific name | 1680 | Bifidobacterium adolescentis Reuter 1963 (Approved Lists 1980) | | authority | 1680 | Bifidobacterium adolescentis Reuter 1963 emend. Nouioui et al. 2018 | | authority | 1680 | Bifidobacterium faecale | | synonym | 1680 | Bifidobacterium faecale Choi et al. 2014 | | authority | 1680 | Bifidobacterium sp. CLA-AA-H280 | | includes | 1680 | Bifidobacterium sp. CU3-7 | | includes | 1680 | Bifidobacterium stercoris | | synonym | 1680 | Bifidobacterium stercoris Kim et al. 2010 | | authority | 1680 | Bifidobacterium stercoris Kim et al. 2010 emend. Nouioui et al. 2018 | | authority | 1680155 | Bradyrhizobium sp. AS23.2 | | scientific name | 168172 | Puccinia striiformis f. sp. tritici | | scientific name | 1682 | "Bifidobacterium lactentis" Reuter 1963 | | authority | 1682 | "Bifidobacterium liberorum" Reuter 1963 | | authority | 1682 | Bifidobacterium lactentis | | synonym | 1682 | Bifidobacterium liberorum | | synonym | 1682 | Bifidobacterium longum bv. Infantis | | synonym | 1682 | Bifidobacterium longum infantis | | synonym | 1682 | Bifidobacterium longum subsp. infantis | | scientific name | 1682 | Bifidobacterium longum subsp. infantis (Reuter 1963) Mattarelli et al. 2008 | | authority | 1682393 | Microdochium trichocladiopsis | | scientific name | 1682393 | Microdochium trichocladiopsis Hern.-Restr. & Crous, 2015 | | authority | 1682405 | Microdochiaceae | | scientific name | 1682405 | Microdochiaceae Hern.-Restr., Crous & J.Z. Groenew., 2015 | | authority | 1683602 | Bacillus sp. EKM208B | | scientific name | 1683673 | Paenibacillus sp. EKM205P | | scientific name | 1683674 | Paenibacillus sp. EKM206P | | scientific name | 1684385 | Novosphingobium sp. ST904 | | scientific name | 168488 | Buddleja alternifolia | | scientific name | 168488 | Buddleja alternifolia Maxim., 1880 | | authority | 1685 | "Bifidobacterium parvulorum" Reuter 1963 | | authority | 1685 | Bifidobacterium breve | | scientific name | 1685 | Bifidobacterium breve Reuter 1963 | | authority | 1685 | Bifidobacterium breve Reuter 1963 emend. Nouioui et al. 2018 | | authority | 1685 | Bifidobacterium parvulorum | | synonym | 1685480 | Microthlaspi erraticum | | scientific name | 1685480 | Microthlaspi erraticum (Jord.) T.Ali & Thines, 2016 | | authority | 1685480 | Noccaea erratica | | synonym | 1685480 | Noccaea erratica (Jord.) Sennikov, 2021 | | authority | 1685480 | Thlaspi erraticum | | synonym | 1685480 | Thlaspi erraticum Jord., 1852 | | authority | 1686 | Bifidobacterium catenulatum | | scientific name | 1686 | Bifidobacterium catenulatum Scardovi and Crociani 1974 (Approved Lists 1980) | | authority | 1686 | Bifidobacterium catenulatum Scardovi and Crociani 1974 emend. Nouioui et al. 2018 | | authority | 1686064 | Methylibium sp. NZG | | scientific name | 1686381 | Citrobacter sp. MGH106 | | scientific name | 1686400 | Enterobacter sp. BIDMC109 | | scientific name | 168694 | "Salinospora" Mincer et al. 2002 | | authority | 168694 | Salinispora | | scientific name | 168694 | Salinispora Maldonado et al. 2005 | | authority | 168694 | Salinispora Maldonado et al. 2005 emend. Roman-Ponce et al. 2020 | | authority | 168694 | Salinospora | | synonym | 1687857 | Parasitidae sp. BOLD:ACH1904 | | scientific name | 1688776 | Bacteroidales bacterium 6E | | scientific name | 1689250 | Gorillibacterium | | scientific name | 1689250 | Gorillibacterium Keita et al. 2017 | | authority | 168934 | Thalassospira | | scientific name | 168934 | Thalassospira Lopez-Lopez et al. 2002 emend. Liu et al. 2007 | | authority | 168934 | Thalassospira Lopez-Lopez et al. 2002 emend. Tsubouchi et al. 2014 | | authority | 168935 | Thalassospira lucentensis | | scientific name | 168935 | Thalassospira lucentensis Lopez-Lopez et al. 2002 | | authority | 1689985 | Allopontixanthobacter sediminis | | scientific name | 1689985 | Allopontixanthobacter sediminis (Kim et al. 2016) Liu et al. 2021 | | authority | 1689985 | Altererythrobacter sediminis | | synonym | 1689985 | Altererythrobacter sediminis Kim et al. 2016 | | authority | 1689985 | Altererythrobacter sp. CAU1172 | | includes | 1689985 | Pontixanthobacter sediminis | | synonym | 1689985 | Pontixanthobacter sediminis (Kim et al. 2016) Xu et al. 2020 | | authority | 1689985 | Pseudopontixanthobacter sediminis | | synonym | 1689985 | Pseudopontixanthobacter sediminis (Kim et al. 2016) Liu et al. 2021 | | authority | 1690 | "Bifidobacterium globosum" Scardovi et al. 1969 | | authority | 1690 | Bifidobacterium globosum | | synonym | 1690 | Bifidobacterium globosum (ex Scardovi and Trovatelli, 1969) Biavati et al. 1982 emend. Nouioui et al. 2018 | | authority | 1690 | Bifidobacterium globosum (ex Scardovi et al. 1969) Biavati et al. 1982 | | authority | 1690 | Bifidobacterium pseudolongum globosum | | equivalent name | 1690 | Bifidobacterium pseudolongum subsp. globosum | | scientific name | 1690 | Bifidobacterium pseudolongum subsp. globosum (Biavati et al. 1982) Yaeshima et al. 1992 | | authority | 1690245 | Frigoribacterium sp. RIT-PI-h | | scientific name | 1690502 | Pantoea sp. CFSAN033090 | | scientific name | 1690815 | Pseudonocardia sp. HH130630-07 | | scientific name | 169133 | Citricoccus | | scientific name | 169133 | Citricoccus Altenburger et al. 2002 emend. Nielsen et al. 2011 | | authority | 1691903 | Mangrovibacter phragmitis | | scientific name | 1691903 | Mangrovibacter phragmitis Behera et al. 2017 | | authority | 1691903 | Mangrovibacter sp. MP23 | | includes | 1691987 | Pangasius djambal | | scientific name | 1691987 | Pangasius djambal Bleeker, 1846 | | authority | 1692040 | Acidiferrobacterales | | scientific name | 1692040 | Acidiferrobacterales Kojima et al. 2015 | | authority | 1692041 | Acidiferrobacteraceae | | scientific name | 1692041 | Acidiferrobacteraceae Kojima et al. 2015 | | authority | 169388 | Fusarium cf. solani 5-c DPGS-2011 | | includes | 169388 | Fusarium cf. solani 5-e DPGS-2011 | | includes | 169388 | Fusarium cf. solani 5-ee DPGS-2011 | | includes | 169388 | Fusarium cf. solani 5-ff DPGS-2011 | | includes | 169388 | Fusarium cf. solani 5-h DPGS-2011 | | includes | 169388 | Fusarium solani | | scientific name | 169388 | Fusarium solani (Mart.) Sacc., 1881 | | authority | 169388 | Fusarium sp. CHR2P2F3M | | includes | 169388 | Fusarium sp. FSSC 5 | | includes | 169388 | Fusarium sp. FSSC 5bb | | includes | 169388 | Fusarium sp. FSSC 5gg | | includes | 169388 | Fusarium sp. FSSC 5m | | includes | 169388 | Fusarium sp. FSSC 5pp | | includes | 169388 | Fusarium sp. FSSC 5q | | includes | 169388 | Fusarium sp. FSSC 5v | | includes | 169388 | Fusarium sp. FSSC-5 KC-2014 | | includes | 169388 | Fusarium sp. FSSC5 | | includes | 169388 | Fusarium sp. FSSC_5 | | includes | 169388 | Fusarium sp. FSSC_5a | | includes | 169388 | Fusarium sp. FSSC_5a KOD-2010 | | includes | 169388 | Fusarium sp. FSSC_5bb | | includes | 169388 | Fusarium sp. FSSC_5g | | includes | 169388 | Fusarium sp. FSSC_5gg | | includes | 169388 | Fusarium sp. FSSC_5m | | includes | 169388 | Fusarium sp. FSSC_5pp | | includes | 169388 | Fusarium sp. FSSC_5q | | includes | 169388 | Fusarium sp. FSSC_5v | | includes | 169388 | Fusarium sp. NRRL 22779 | | includes | 169388 | Fusarium sp. NRRL 22783 | | includes | 169388 | Fusarium sp. NRRL 25388 | | includes | 169388 | Fusarium sp. NRRL 28679 | | includes | 169388 | Fusarium sp. NRRL 31168 | | includes | 169388 | Fusarium sp. NRRL 32484 | | includes | 169388 | Fusarium sp. NRRL 32492 | | includes | 169388 | Fusarium sp. NRRL 32737 | | includes | 169388 | Fusarium sp. NRRL 32741 | | includes | 169388 | Fusarium sp. NRRL 32791 | | includes | 169388 | Fusarium sp. NRRL 32810 | | includes | 169388 | Fusarium sp. NRRL 43468 | | includes | 169388 | Fusarium sp. NRRL 43474 | | includes | 169388 | Fusarium sp. NRRL 44896 | | includes | 169388 | Fusarium sp. NRRL 44924 | | includes | 169388 | Fusarium sp. NRRL 44932 | | includes | 169388 | Fusarium sp. NRRL 44936 | | includes | 169388 | Fusarium sp. NRRL 44938 | | includes | 169388 | Fusarium sp. NRRL 44944 | | includes | 169388 | Fusarium sp. NRRL 46598 | | includes | 169388 | Fusarium sp. NRRL 46643 | | includes | 169388 | Fusarium sp. NRRL 46672 | | includes | 169388 | Fusarium sp. NRRL 46678 | | includes | 169388 | Fusarium sp. NRRL 46699 | | includes | 169388 | Fusarium sp. NRRL 46702 | | includes | 169388 | Fusarium sp. PDBC NPFu24 | | includes | 169388 | Fusarium sp. PDBC NPFu25 | | includes | 169388 | Fusarium sp. PDBC NPFu4 | | includes | 169388 | Fusarium sp. PDBC NPFu7 | | includes | 169388 | Fusarium sp. PSC (R) | | includes | 169388 | Fusisporium solani | | synonym | 169388 | Fusisporium solani Mart., 1842 | | authority | 169388 | Neocosmospora solani | | synonym | 169388 | Neocosmospora solani (Mart.) L. Lombard & Crous, 2015 | | authority | 1694 | Bifidobacterium pseudolongum | | scientific name | 1694 | Bifidobacterium pseudolongum Mitsuoka 1969 | | authority | 1694 | Bifidobacterium pseudolongum Mitsuoka 1969 emend. Nouioui et al. 2018 | | authority | 169417 | Lutrinae | | scientific name | 169418 | Mustelinae | | scientific name | 169427 | Burkholderia sp. LMG 20574 | | includes | 169427 | Burkholderia sp. LMG 20594 | | includes | 169427 | Burkholderia terricola | | synonym | 169427 | Burkholderia terricola Goris et al. 2003 | | authority | 169427 | Paraburkholderia terricola | | scientific name | 169427 | Paraburkholderia terricola (Goris et al. 2003) Sawana et al. 2015 | | authority | 169435 | Anaerotruncus colihominis | | scientific name | 169435 | Anaerotruncus colihominis Lawson et al. 2004 | | authority | 169435 | Ruminococcus sp. 14565 | | includes | 1696 | Brevibacterium | | scientific name | 1696 | Brevibacterium Breed 1953 | | authority | 169618 | Ixoroideae | | scientific name | 169640 | Coffeeae | | scientific name | 169669 | Pseudomonas extremorientalis | | scientific name | 169669 | Pseudomonas extremorientalis Ivanova et al. 2002 | | authority | 1698369 | Lactococcus garvieae phage GE1 | | equivalent name | 1698369 | Lactococcus phage GE1 | | scientific name | 169862 | Natricidae | | synonym | 169862 | Natricinae | | scientific name | 169863 | Colubrinae | | scientific name | 1699067 | unclassified Rickettsiales | | scientific name | 1699375 | Halovarius | | synonym | 1699375 | Halovarius Mehrshad et al. 2015 | | authority | 1699375 | Natribaculum | | scientific name | 1699375 | Natribaculum Liu et al. 2015 | | authority | 1699412 | Confluentibacter lentus | | scientific name | 1699412 | Confluentibacter lentus Park et al. 2016 | | authority | 1699412 | Flavobacteriaceae bacterium HJM-3 | | includes | 1699426 | Metschnikowia bowlesiae | | scientific name | 1699426 | Metschnikowia bowlesiae Lachance, 2013 | | authority | 1699426 | Metschnikowia sp. UWOPS 04-243x5 | | includes | 1699426 | Metschnikowia sp. UWOPS 12-607.3 | | includes | 1699426 | Metschnikowia sp. UWOPS 12-611.1 | | includes | 1699426 | Metschnikowia sp. UWOPS 12-619.1 | | includes | 1699426 | Metschnikowia sp. UWOPS 12-653.3 | | includes | 1699513 | Myrtoideae | | scientific name | 1699513 | Myrtoideae Sweet, 1827 | | authority | 1699522 | Syzygieae | | scientific name | 1699522 | Syzygieae Peter G.Wilson, 2005 | | authority | 1699524 | Eucalypteae | | scientific name | 1699524 | Eucalypteae Peter G.Wilson, 2005 | | authority | 170 | Leptospiraceae | | scientific name | 170 | Leptospiraceae Hovind-Hougen 1979 (Approved Lists 1980) | | synonym | 170 | Leptospiraceae Hovind-Hougen 1979 (Approved Lists 1980) emend. Gupta et al. 2013 | | authority | 170 | Leptospiraceae Hovind-Hougen 1979 (Approved Lists 1980) emend. Levett et al. 2005 | | authority | 1700837 | unclassified Bathyarchaeota | | equivalent name | 1700837 | unclassified Candidatus Bathyarchaeota | | scientific name | 1702250 | "Pseudomonas gelidaquae" Higuera-Llanten et al. 2025 | | authority | 1702250 | Pseudomonas gelidaquae | | scientific name | 1702250 | Pseudomonas sp. IB20 | | includes | 1703359 | Gemmatimonas sp. SM23_52 | | scientific name | 1703362 | unclassified Acidithiobacillales | | scientific name | 1703384 | Acidithiobacillales bacterium SM1_46 | | scientific name | 1703385 | Acidithiobacillales bacterium SM23_46 | | scientific name | 1703410 | Phycisphaerae bacterium SM1_79 | | scientific name | 1703416 | Thiotrichales bacterium SG8_50 | | scientific name | 1703751 | "Candidatus Saganbacteria" Matheus Carnevali et al. 2019 | | authority | 1703751 | Candidatus Saganbacteria | | scientific name | 1703751 | Saganbacteria | | equivalent name | 1703751 | candidate division WOR-1 | | synonym | 1703751 | candidate division White Oak River group 1 | | equivalent name | 1703755 | candidate division WOR-3 | | scientific name | 1703755 | candidate division White Oak River group 3 | | equivalent name | 1703937 | Streptomyces sp. CB03234 | | scientific name | 1703944 | Streptomyces sp. CB02400 | | scientific name | 1704234 | unclassified Chlamydiota | | scientific name | 1705399 | Hymenobacter monticola | | scientific name | 1705399 | Hymenobacter monticola Fan et al. 2016 | | authority | 1705399 | Hymenobacter sp. XF-6R | | includes | 170557 | Timema poppense | | scientific name | 170557 | Timema poppense Vickery & Sandoval, 1999 | | authority | 170557 | Timema poppensis | | synonym | 1705720 | Campylobacter sp. RM9328 | | scientific name | 1706369 | Cellvibrionales | | scientific name | 1706369 | Cellvibrionales Spring et al. 2015 | | authority | 1706371 | Cellvibrionaceae | | scientific name | 1706371 | Cellvibrionaceae Spring et al. 2015 | | authority | 1706372 | Halieaceae | | scientific name | 1706372 | Halieaceae Spring et al. 2015 | | authority | 1706372 | OM60 clade | | synonym | 1706373 | Microbulbiferaceae | | scientific name | 1706373 | Microbulbiferaceae Spring et al. 2015 | | authority | 1706374 | Porticoccaceae | | scientific name | 1706374 | Porticoccaceae Spring et al. 2015 | | authority | 1706375 | Spongiibacteraceae | | scientific name | 1706375 | Spongiibacteraceae Spring et al. 2015 | | authority | 1706379 | unclassified Halieaceae | | scientific name | 1706432 | unclassified Porticoccaceae | | scientific name | 1706441 | "Candidatus Thorarchaeia" Seitz et al. 2016 | | synonym | 1706441 | "Candidatus Thorarchaeota" corrig. Seitz et al. 2016 | | authority | 1706441 | Candidatus Thorarchaeota | | scientific name | 1706441 | Thorarchaeota | | equivalent name | 1706732 | Bacillus sp. G1(2015b) | | scientific name | 1706840 | Streptosporangium saharense | | scientific name | 1706840 | Streptosporangium saharense Chaabane Chaouch et al. 2016 | | authority | 1706840 | Streptosporangium sp. SG20 | | includes | 1707 | Cellulomonas | | scientific name | 1707 | Cellulomonas Bergey et al. 1923 | | authority | 1707 | Cellulosimonas | | equivalent name | 1707952 | Chloroflexus islandicus | | scientific name | 1707952 | Chloroflexus islandicus Gaisin et al. 2017 | | authority | 1707952 | Chloroflexus sp. isl-2 | | includes | 1708541 | Wallemia mellicola | | scientific name | 1708541 | Wallemia mellicola Jancic, Nguyen, Seifert & Gunde-Cim., 2015 | | authority | 170865 | Halcyon | | scientific name | 1708783 | Halopseudomonas oceani | | scientific name | 1708783 | Halopseudomonas oceani (Wang and Sun 2016) Rudra and Gupta 2021 | | authority | 1708783 | Neopseudomonas oceani | | synonym | 1708783 | Neopseudomonas oceani (Wang and Sun 2016) Saati-Santamaria et al. 2021 | | authority | 1708783 | Pseudomonas oceani | | synonym | 1708783 | Pseudomonas oceani Wang and Sun 2016 | | authority | 1708783 | Pseudomonas sp. DSM 100277 | | includes | 1709327 | Paratrimastix | | scientific name | 171 | Leptospira | | scientific name | 171 | Leptospira Noguchi 1917 (Approved Lists 1980) | | authority | 171 | Leptospira Noguchi 1917 (Approved Lists 1980) emend. Faine and Stallman 1982 | | authority | 1710 | "Arthrobacter luteus" Kaneko et al. 1969 | | authority | 1710 | "Cellulomonas cartalyticum" (sic) Carta 1973 | | authority | 1710 | Arthrobacter luteus | | synonym | 1710 | Arthrobacter luteus Kaneko et al. 1969 | | authority | 1710 | Brevibacterium fermentans | | synonym | 1710 | Brevibacterium fermentans Chatelain and Second 1966 | | authority | 1710 | Brevibacterium lyticum | | synonym | 1710 | Brevibacterium lyticum Takayama et al. 1960 | | authority | 1710 | Cellulomonas cartae | | synonym | 1710 | Cellulomonas cartae Stackebrandt and Kandler 1980 | | authority | 1710 | Cellulomonas cartalyticum | | synonym | 1710 | Cellulomonas cellulans | | synonym | 1710 | Cellulomonas cellulans (Metcalf and Brown 1957) Stackebrandt and Keddie 1988 (sic) | | authority | 1710 | Cellulosimicrobium cellulans | | scientific name | 1710 | Cellulosimicrobium cellulans (Metcalf and Brown 1957) Schumann et al. 2001 | | authority | 1710 | Cellulosimonas cellulans | | synonym | 1710 | Nocardia cellulans | | synonym | 1710 | Nocardia cellulans Metcalf and Brown 1957 (Approved Lists 1980) | | authority | 1710 | Oerskovia xanthineolytica | | synonym | 1710 | Oerskovia xanthineolytica Lechevalier 1972 | | authority | 1710 | Oerskovia xanthineolytica Lechevalier 1972 emend. Nouioui et al. 2018 | | authority | 1710 | Oerskovia xanthinilytica | | equivalent name | 171004 | Quillajaceae | | scientific name | 171004 | Quillajaceae D.Don, 1831 | | authority | 1711 | "Aplanobacter flavigenum" (sic) (Kellerman and McBeth 1912) Magrou and Prevot 1948 | | authority | 1711 | "Bacillus flavigena" (sic) Kellerman and McBeth 1912 | | authority | 1711 | "Bacterium flavigena" (sic) (Kellerman and McBeth 1912) McBeth and Sacles 1913 | | authority | 1711 | "Empedobacter flavigena" (sic) (Kellerman and McBeth 1912) Brisou 1958 | | authority | 1711 | "Pseudobacterium flavigenum" (Kellerman and McBeth 1912) Krasil'nikov 1949 | | authority | 1711 | Aplanobacter flavigenum | | synonym | 1711 | Bacillus flavigena | | synonym | 1711 | Bacterium flavigena | | synonym | 1711 | Cellulomonas flavigena | | scientific name | 1711 | Cellulomonas flavigena (Kellerman and McBeth 1912) Bergey et al. 1923 | | authority | 1711 | Cellulomonas flavigena (Kellerman and McBeth 1912) Bergey et al. 1923 emend. Nouioui et al. 2018 | | authority | 1711 | Cellulosimonas flavigena | | equivalent name | 1711 | Empedobacter flavigena | | synonym | 1711 | Pseudobacterium flavigenum | | synonym | 171163 | Halosimplex | | scientific name | 171163 | Halosimplex Vreeland et al. 2003 | | authority | 171163 | Halosimplex Vreeland et al. 2003 emend. Han and Cui 2014 | | authority | 1712260 | unclassified Rhodobiaceae | | scientific name | 1712382 | unclassified Methanomassiliicoccaceae | | scientific name | 1712871 | Microbispora catharanthi | | scientific name | 1712871 | Microbispora catharanthi Klykleung et al. 2020 | | authority | 1712871 | Microbispora sp. CR1-09 | | includes | 171292 | uncultured Mycobacterium sp. | | scientific name | 171392 | Chroococcidiopsis cubana | | scientific name | 171392 | Chroococcidiopsis cubana Komarek & Hindak, 1975 | | authority | 1714386 | Triparma laevis f. inornata | | scientific name | 1714386 | Triparma laevis f. inornata Konno, Ohira, Komuro, Harada & Jordan, 2007 | | authority | 1714387 | Triparma laevis f. longispina | | scientific name | 1714387 | Triparma laevis f. longispina Kono, Ohira, Komuro, Harada & Jordan, 2017 | | authority | 1715086 | Streptococcus sp. HMSC078H03 | | scientific name | 1715100 | Lactobacillus sp. HMSC072E07 | | scientific name | 1715167 | Staphylococcus sp. HMSC077E12 | | scientific name | 171549 | Bacteroidales | | scientific name | 171549 | Bacteroidales Krieg 2012 emend. Pikuta et al. 2017 | | authority | 171550 | Rikenellaceae | | scientific name | 171550 | Rikenellaceae Krieg et al. 2012 | | authority | 171551 | Porphyromonadaceae | | scientific name | 171551 | Porphyromonadaceae Krieg 2012 | | synonym | 171551 | Porphyromonadaceae Krieg 2012 emend. Ormerod et al. 2016 | | authority | 171552 | Prevotellaceae | | scientific name | 171552 | Prevotellaceae Krieg 2012 | | authority | 171576 | Coloburini | | synonym | 171576 | Nymphalini | | scientific name | 171585 | Aglais io (Linnaeus, 1758) | | synonym | 171585 | European peacock | | genbank common name | 171585 | Inachis io | | synonym | 171585 | Inachis io (Linnaeus, 1758) | | authority | 171585 | Nymphalis io | | scientific name | 171585 | Papilio io | | synonym | 171585 | Papilio io Linnaeus, 1758 | | authority | 171585 | peacock | | common name | 1716 | Caseobacter | | includes | 1716 | Caseobacter Crombach 1978 | | authority | 1716 | Corynebacterium | | scientific name | 1716 | Corynebacterium Lehmann and Neumann 1896 (Approved Lists 1980) emend. Baek et al. 2018 | | authority | 1716 | Corynebacterium Lehmann and Neumann 1896 (Approved Lists 1980) emend. Bernard et al. 2010 | | authority | 1716 | Corynebacterium Lehmann and Neumann 1896 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1716 | Turicella | | synonym | 1716 | Turicella Funke et al. 1994 | | authority | 1716077 | Microlunatus endophyticus | | scientific name | 1716077 | Microlunatus endophyticus Tuo et al. 2016 | | authority | 1716077 | Microlunatus sp. S3Af-1 | | includes | 171627 | Fusarium fujikuroi species complex | | scientific name | 171627 | Gibberella fujikuroi complex | | synonym | 171631 | Fusarium oxysporum species complex | | scientific name | 171637 | Amygdaloideae | | scientific name | 171637 | Amygdaloideae Arn., 1832 | | authority | 171637 | Kerriodae | | synonym | 171637 | Kerriodae D.Potter, S.H.Oh & K.R.Robertson, 2007 | | authority | 171637 | Maloideae | | synonym | 171637 | Maloideae C.Weber, 1964 | | authority | 171637 | Spiraeoideae | | synonym | 171638 | Rosodae | | includes | 171638 | Rosoideae | | scientific name | 171673 | Inquilinus | | scientific name | 171673 | Inquilinus Coenye et al. 2002 | | authority | 171674 | Inquilinus limosus | | scientific name | 171674 | Inquilinus limosus Coenye et al. 2002 | | authority | 171674 | alpha proteobacterium C443 | | includes | 171674 | alpha proteobacterium strain 15158 | | includes | 1717 | "Bacillus diphtheriae" Kruse in Flugge 1886 | | authority | 1717 | "Bacterium diphtheriae" (Kruse 1886) Migula 1900 | | authority | 1717 | "Microsporon diphthericum" (sic) Klebs 1875 | | authority | 1717 | "Microsporon diphtheriticum" Klebs 1883 | | authority | 1717 | "Mycobacterium diphtheriae" (Kruse 1886) Krasil'nikov 1941 | | authority | 1717 | "Pacinia loeffleri" Trevisan 1889 | | authority | 1717 | Bacillus diphtheriae | | synonym | 1717 | Bacterium diphtheriae | | synonym | 1717 | Corynebacterium diphtheriae | | scientific name | 1717 | Corynebacterium diphtheriae (Kruse 1886) Lehmann and Neumann 1896 | | authority | 1717 | Corynebacterium diphtheriae (Kruse 1886) Lehmann and Neumann 1896 emend. Nouioui et al. 2018 | | authority | 1717 | Microsporon diphthericum | | synonym | 1717 | Microsporon diphtheriticum | | synonym | 1717 | Mycobacterium diphtheriae | | synonym | 1717 | Pacinia loeffleri | | synonym | 1718 | "Corynebacterium crenatum" Chen and Li 1975 | | authority | 1718 | "Micrococcus glutamicus" Kinoshita et al. 1958 | | authority | 1718 | Arthrobacter sp. NCIB 9666 | | includes | 1718 | Brevibacterium chang-fua | | synonym | 1718 | Brevibacterium divaricatum | | synonym | 1718 | Brevibacterium divaricatum Su and Yamada 1960 (Approved Lists 1980) | | authority | 1718 | Brevibacterium glutamigenes | | synonym | 1718 | Brevibacterium lactofermentum | | synonym | 1718 | Brevibacterium saccharolyticum | | synonym | 1718 | Brevibacterium seonmiso | | synonym | 1718 | Brevibacterium sp. ATCC 19165 | | includes | 1718 | Brevibacterium taipei | | synonym | 1718 | Brevibacterium thiogenitalis | | synonym | 1718 | Corynebacterium crenatum | | synonym | 1718 | Corynebacterium glutamicum | | scientific name | 1718 | Corynebacterium glutamicum (Kinoshita et al. 1958) Abe et al. 1967 | | authority | 1718 | Corynebacterium glutamicum (Kinoshita et al. 1958) Abe et al. 1967 emend. Nouioui et al. 2018 | | authority | 1718 | Corynebacterium lactofermentum | | synonym | 1718 | Corynebacterium lilium | | synonym | 1718 | Corynebacterium lilium Lee and Good 1963 (Approved Lists 1980) | | authority | 1718 | Microbacterium sp. ATCC 15283 | | includes | 1718 | Micrococcus glutamicus | | synonym | 1718 | Micrococcus maripuniceus | | synonym | 1719 | "Bacillus pseudotuberculosis" Buchanan 1911 | | authority | 1719 | "Bacillus pseudotuberculosis-ovis" Lehmann and Neumann 1896 | | authority | 1719 | "Corynebacterium ovis" Bergey et al. 1923 | | authority | 1719 | "Corynebacterium preisz-nocardi" Hauduroy et al. 1937 | | authority | 1719 | "Corynebacterium pseudotuberculosis-ovis" (Lehmann and Neumann 1896) Hauduroy et al. 1937 | | authority | 1719 | "Mycobacterium tuberculosis-ovis" Krasil'nikov 1941 | | authority | 1719 | Bacillus pseudotuberculosis | | synonym | 1719 | Bacillus pseudotuberculosis-ovis | | synonym | 1719 | Corynebacterium ovis | | synonym | 1719 | Corynebacterium preisz-nocardi | | synonym | 1719 | Corynebacterium pseudotuberculosis | | scientific name | 1719 | Corynebacterium pseudotuberculosis (Buchanan 1911) Eberson 1918 | | authority | 1719 | Corynebacterium pseudotuberculosis (Buchanan 1911) Eberson 1918 emend. Nouioui et al. 2018 | | authority | 1719 | Corynebacterium pseudotuberculosis-ovis | | synonym | 1719 | Mycobacterium tuberculosis-ovis | | synonym | 1719132 | Mycobacterium sp. 24(2015b) | | includes | 1719132 | Mycobacterium vicinigordonae | | scientific name | 1719132 | Mycobacterium vicinigordonae Liu et al. 2021 | | authority | 1719398 | Exilia | | scientific name | 1719401 | Exilia vagrans | | scientific name | 1719401 | Exilia vagrans Kantor & Bouchet, 2001 | | authority | 1719434 | Ptychatractidae | | scientific name | 171968 | Carnegiea | | scientific name | 171968 | Carnegiea Britton & Rose, 1908 | | authority | 171969 | Carnegiea gigantea | | scientific name | 171969 | Carnegiea gigantea (Engelm.) Britton & Rose, 1908 | | authority | 171969 | Cereus giganteus | | synonym | 171969 | Cereus giganteus Engelm., 1852 | | authority | 171969 | saguaro | | common name | 1720343 | Pseudoalteromonas sp. 1_2015MBL_MicDiv | | scientific name | 1720349 | Corynebacterium diphtheriae bv. gravis | | scientific name | 172042 | Rothia aeria | | scientific name | 172042 | Rothia aeria Li et al. 2004 | | authority | 172042 | Rothia sp. RSM482 | | includes | 172045 | Chryseobacterium miricola | | synonym | 172045 | Chryseobacterium miricola Li et al. 2004 | | authority | 172045 | Elizabethkingia genomosp. 2 | | includes | 172045 | Elizabethkingia genomospecies 2 | | includes | 172045 | Elizabethkingia miricola | | scientific name | 172045 | Elizabethkingia miricola (Li et al. 2004) Kim et al. 2005 emend. Nicholson et al. 2018 | | authority | 172045 | Elizabethkingia sp. BM10 | | includes | 1723665 | Gamasina | | scientific name | 1725326 | Ectothiorhodospiraceae bacterium AqS1 | | scientific name | 172713 | Paenibacillus kribbensis | | scientific name | 172713 | Paenibacillus kribbensis Yoon et al. 2003 | | authority | 172797 | Solanum stenotomum | | scientific name | 172797 | Solanum stenotomum Juz. & Bukasov, 1929 | | authority | 172820 | Apusomonadidae | | scientific name | 172820 | apusomonads | | common name | 172845 | Caerostris | | scientific name | 1728959 | Aurantioideae | | scientific name | 172900 | Victivallis | | scientific name | 172900 | Victivallis Zoetendal et al. 2003 | | authority | 1729712 | "Candidatus Fermentibacteria" Kirkegaard et al. 2016 (phylum) | | synonym | 1729712 | "Candidatus Fermentibacterota" corrig. Kirkegaard et al. 2016 | | authority | 1729712 | Candidatus Fermentibacterota | | scientific name | 1729712 | candidate division Hyd24-12 | | synonym | 173 | "Leptospira icteroides" Noguchi 1919 | | authority | 173 | "Spirochaeta icterogenes" Uhlenhuth and Fromme 1916 | | authority | 173 | "Spirochaeta icterohaemorrhagiae" Inada et al. 1916 | | authority | 173 | "Spirochaeta interrogans" Stimson 1907 | | authority | 173 | "Spirochaeta nodosa" Hubener and Reiter 1916 | | authority | 173 | Leptospira icteroides | | synonym | 173 | Leptospira interrogans | | scientific name | 173 | Leptospira interrogans (Stimson 1907) Wenyon 1926 (Approved Lists 1980) | | authority | 173 | Leptospira interrogans (Stimson 1907) Wenyon 1926 (Approved Lists 1980) emend. Faine and Stallman 1982 | | authority | 173 | Leptospira sp. 364 | | includes | 173 | Leptospira sp. 528 | | includes | 173 | Spirochaeta biflexa | | in-part | 173 | Spirochaeta icterogenes | | synonym | 173 | Spirochaeta icterohaemorrhagiae | | synonym | 173 | Spirochaeta interrogans | | synonym | 173 | Spirochaeta nodosa | | synonym | 1730 | Eubacterium | | scientific name | 1730 | Eubacterium Prevot 1938 (Approved Lists 1980) emend. Cato et al. 1983 | | authority | 173245 | Echeneidae | | scientific name | 173245 | Echeneididae | | synonym | 173245 | remoras | | genbank common name | 173246 | Echeneis | | scientific name | 173247 | Echeneis naucrates | | scientific name | 173247 | Echeneis naucrates Linnaeus, 1758 | | authority | 173247 | live sharksucker | | genbank common name | 1734397 | Lutibacter sp. BRH_c52 | | scientific name | 173479 | Gemmatimonas | | scientific name | 173479 | Gemmatimonas Zhang et al. 2003 | | authority | 173479 | Gemmatimonas Zhang et al. 2003 emend. Zeng et al. 2015 | | authority | 1735038 | Oryzomicrobium terrae | | scientific name | 1735038 | Oryzomicrobium terrae Liu et al. 2017 | | authority | 1735038 | Propionivibrio sp. TPP412 | | includes | 1735270 | Gigantopelta | | scientific name | 1735272 | Gigantopelta aegis | | scientific name | 1735272 | Gigantopelta aegis Chen, Linse, Roterman, Copley & Rogers, 2015 | | authority | 1735325 | Desulfuromonas sp. SDB | | scientific name | 1735583 | Pseudovibrio sp. W64 | | scientific name | 173559 | Gordonia sihwensis | | scientific name | 173559 | Gordonia sihwensis Kim et al. 2003 | | authority | 173559 | Gordonia sp. no. 9 | | includes | 1735672 | Chryseobacterium sp. Leaf201 | | scientific name | 1735674 | Sphingomonas sp. Leaf9 | | scientific name | 1735678 | Sphingomonas sp. Leaf11 | | scientific name | 1736 | "Bacteroides limosus" Eggerth 1935 | | authority | 1736 | "Butyribacterium limosum" (Eggerth 1935) Moore and Cato 1965 | | authority | 1736 | "Butyribacterium rettgeri" Barker and Haas 1944 | | authority | 1736 | "Mycobacterium limosum" (Eggerth 1935) Krasil'nikov 1949 | | authority | 1736 | Bacteroides limosus | | synonym | 1736 | Butyribacterium limosum | | synonym | 1736 | Butyribacterium rettgeri | | synonym | 1736 | Eubacterium limosum | | scientific name | 1736 | Eubacterium sp. JCM 9976 | | includes | 1736 | Mycobacterium limosum | | synonym | 1736211 | Bacillus sp. Leaf13 | | scientific name | 1736223 | Serratia sp. Leaf50 | | scientific name | 1736239 | Pseudomonas sp. Leaf83 | | scientific name | 1736243 | Methylobacterium sp. Leaf87 | | scientific name | 1736245 | Methylobacterium sp. Leaf89 | | scientific name | 1736289 | Chryseobacterium sp. Leaf180 | | scientific name | 1736305 | Agreia sp. Leaf244 | | scientific name | 1736319 | Rhodococcus sp. Leaf278 | | scientific name | 1736322 | Nocardioides sp. Leaf285 | | scientific name | 1736323 | Microbacterium sp. Leaf288 | | scientific name | 1736333 | Plantibacter sp. Leaf314 | | scientific name | 1736345 | Sphingomonas sp. Leaf343 | | scientific name | 1736354 | Geodermatophilus sp. Leaf369 | | scientific name | 1736361 | Chryseobacterium sp. Leaf394 | | scientific name | 1736373 | Methylophilus sp. Leaf416 | | scientific name | 1736383 | Methylophilus sp. Leaf459 | | scientific name | 1736385 | Methylobacterium sp. Leaf465 | | scientific name | 1736396 | Bacillus sp. Soil745 | | scientific name | 1736398 | Paenibacillus sp. Soil750 | | scientific name | 1736403 | Arthrobacter sp. Soil764 | | scientific name | 1736405 | Bacillus sp. Soil768D1 | | scientific name | 1736460 | Nocardioides sp. Root140 | | scientific name | 1736465 | Caulobacter sp. Root1455 | | scientific name | 173647 | Cosmopterigidae | | scientific name | 173647 | Cosmopterygidae | | synonym | 173647 | cosmet moths | | genbank common name | 1736471 | Duganella sp. Root1480D1 | | scientific name | 1736488 | Nocardioides sp. Root190 | | scientific name | 1736492 | Acidovorax sp. Root217 | | scientific name | 1736501 | Sphingomonas sp. Root241 | | scientific name | 1736505 | Acidovorax sp. Root267 | | scientific name | 1736547 | Caulobacter sp. Root487D2Y | | scientific name | 1736559 | Lysobacter sp. Root559 | | scientific name | 1736585 | Pseudomonas sp. Root68 | | scientific name | 1736593 | Pseudomonas sp. Root71 | | scientific name | 1737066 | Streptomyces sp. AVP053U2 | | scientific name | 1737354 | Paenibacillus radicis | Paenibacillus radicis | synonym | 1737354 | Paenibacillus radicis (ex Gao et al. 2016) | | scientific name | 1737354 | Paenibacillus radicis Gao et al. 2016 | | authority | 1737354 | Paenibacillus sp. 694 | | includes | 1737359 | Gordonia sp. 1D | | scientific name | 1737404 | "Tissierellia" Alauzet et al. 2014 | | authority | 1737404 | Clostridiales Family XI. Incertae Sedis | | synonym | 1737404 | Tissierellia | | scientific name | 1737405 | "Tissierellales" Alauzet et al. 2014 | | authority | 1737405 | Tissierellales | | scientific name | 1737405 | Tissierellales Alauzet et al. 2020 | | authority | 1737407 | Tissierellia incertae sedis | | scientific name | 1737407 | unclassified Clostridiales Family XI. Incertae Sedis | | synonym | 1737408 | unclassified Tissierellia | | scientific name | 1737424 | Blautia massiliensis (ex Durand et al. 2017) | | scientific name | 1737424 | Blautia sp. GD9 | | includes | 1737568 | Altererythrobacter salegens | | synonym | 1737568 | Altererythrobacter salegens Liang et al. 2017 | | authority | 1737568 | Altererythrobacter sp. XY-R17 | | includes | 1737568 | Croceibacterium salegens | | scientific name | 1737568 | Croceibacterium salegens (Liang et al. 2017) Xu et al. 2020 | | authority | 1738132 | Agaricus roridus | | synonym | 1738132 | Agaricus roridus Fr., 1815 | | authority | 1738132 | Mycena rorida | | synonym | 1738132 | Mycena rorida (Fr.) Quel., 1872 | | authority | 1738132 | Roridomyces roridus | | scientific name | 1738132 | Roridomyces roridus (Fr.) Rexer, 1994 | | authority | 1738132 | dripping bonnet | | common name | 1738654 | JTB255-MBG | | equivalent name | 1738654 | Japan Trench Bacterium clone number 255 | | includes | 1738654 | Woeseiaceae | | scientific name | 1738654 | Woeseiaceae Du et al. 2016 | | authority | 1739319 | Bacteroides sp. HMSC068A09 | | scientific name | 1739359 | Staphylococcus sp. HMSC077E11 | | scientific name | 1739362 | Neisseria sp. HMSC073B07 | | scientific name | 1739368 | Staphylococcus sp. HMSC059F04 | | scientific name | 1739395 | Actinomyces sp. HMSC065F11 | | scientific name | 1739452 | Haemophilus sp. HMSC073C03 | | scientific name | 1739459 | Prevotella sp. HMSC073D09 | | scientific name | 174 | Leptospira borgpetersenii | | scientific name | 174 | Leptospira borgpetersenii Yasuda et al. 1987 | | authority | 174 | bacterium FMAS_AP8 | | includes | 174 | bacterium FMAS_AP9 | | includes | 174 | bacterium FMAS_PD2 | | includes | 174 | bacterium FMAS_PN4 | | includes | 1740 | Thermodesulfobacterium | | scientific name | 1740 | Thermodesulfobacterium Zeikus et al. 1995 emend. Jeanthon et al. 2002 | | authority | 1740 | Thermodesulfotobacterium | | equivalent name | 1740090 | Pedobacter sp. Hv1 | | scientific name | 1740721 | Bacillus cucumis | | synonym | 1740721 | Bacillus cucumis Kampfer et al. 2016 | | authority | 1740721 | Bacillus sp. AP-6 | | includes | 1740721 | Neobacillus cucumis | | scientific name | 1740721 | Neobacillus cucumis (Kampfer et al. 2016) Patel and Gupta 2020 | | authority | 174260 | Desmophyllum pertusum | | scientific name | 174260 | Desmophyllum pertusum (Linnaeus, 1758) | | authority | 174260 | Lophelia pertusa | | synonym | 174260 | Madrepora pertusa | | synonym | 174260 | Madrepora pertusa Linnaeus, 1758 | | authority | 1742977 | Tepidicaulis | | scientific name | 1742977 | Tepidicaulis Takeuchi et al. 2015 | | authority | 1742989 | Glutamicibacter | | scientific name | 1742989 | Glutamicibacter Busse 2016 | | authority | 1742990 | Paeniglutamicibacter | | scientific name | 1742990 | Paeniglutamicibacter Busse 2016 | | authority | 1742992 | Paenarthrobacter | | scientific name | 1742992 | Paenarthrobacter Busse 2016 | | authority | 1742993 | Pseudarthrobacter | | scientific name | 1742993 | Pseudarthrobacter Busse 2016 | | authority | 1743 | Propionibacterium | | scientific name | 1743 | Propionibacterium Orla-Jensen 1909 (Approved Lists 1980) emend. Charfreitag et al. 1988 | | authority | 1743 | Propionibacterium Orla-Jensen 1909 (Approved Lists 1980) emend. Scholz and Kilian 2016 | | authority | 1743 | Propionicibacterium | | equivalent name | 1743164 | Polynucleobacter aenigmaticus | | scientific name | 1743164 | Polynucleobacter aenigmaticus Hahn et al. 2017 | | authority | 1743164 | Polynucleobacter sp. MWH-K35W1 | | includes | 1743166 | Polynucleobacter hirudinilacicola | | scientific name | 1743166 | Polynucleobacter hirudinilacicola Hahn et al. 2018 | | authority | 1743166 | Polynucleobacter sp. MWH-EgelM1-30-B4 | | includes | 1744 | "Bacterium acidi propionici a" von Freudenreich and Orla-Jensen 1907 | | authority | 1744 | "Bacterium acidi propionici d" Sherman 1921 | | authority | 1744 | Bacterium acidi propionici a | | synonym | 1744 | Bacterium acidi propionici d | | synonym | 1744 | Propionibacterium freudenreichii | | scientific name | 1744 | Propionibacterium freudenreichii van Niel 1928 | | authority | 1744 | Propionibacterium freudenreichii van Niel 1928 emend. Nouioui et al. 2018 | | authority | 1744 | Propionicibacterium freudenreichii | | synonym | 1745381 | Frankia sp. CgIS1 | | equivalent name | 1745381 | Frankia sp. CgS1 | | scientific name | 1745382 | Frankia sp. CcI49 | | scientific name | 174575 | unclassified Brucellaceae | | scientific name | 1745969 | Mycena alexandri | | scientific name | 1745969 | Mycena alexandri Singer, 1962 | | authority | 1746091 | Amoebozoa sp. IC-2015b | | includes | 1746091 | Anaeramoeba flamelloides | | scientific name | 1746091 | Anaeramoeba flamelloides Taborsky, Panek & Cepicka 2017 | | authority | 1746199 | Bordetella sp. N | | scientific name | 174643 | Metschnikowia dekortorum | | scientific name | 174643 | Metschnikowia dekortorum Lachance & J.M. Bowles, 2002 | | authority | 1747 | "Bacillus acnes" Gilchrist 1900 | | authority | 1747 | "Corynebacterium acnes" (Gilchrist 1900) Eberson 1918 | | authority | 1747 | Bacillus acnes | | synonym | 1747 | Corynebacterium acnes | | synonym | 1747 | Cutibacterium acnes | | scientific name | 1747 | Cutibacterium acnes (Gilchrist 1900) Scholz and Kilian 2016 | | synonym | 1747 | Propionibacterium acnes | | synonym | 1747 | Propionibacterium acnes (Gilchrist 1900) Douglas and Gunter 1946 (Approved Lists 1980) | | authority | 1748771 | Blastocatellales | | scientific name | 1748771 | Blastocatellales Pascual et al. 2016 | | authority | 174951 | Ramlibacter | | scientific name | 174951 | Ramlibacter Heulin et al. 2003 | | authority | 174951 | Ramlibacter Heulin et al. 2003 emend. Lee et al. 2014 | | authority | 174951 | Ramlibacter Heulin et al. 2003 emend. Wang et al. 2012 | | authority | 1750517 | Streptomyces radicis | | scientific name | 1750517 | Streptomyces radicis Kuncharoen et al. 2022 | | authority | 1750517 | Streptomyces sp. AZ1-7 | | includes | 1750517 | Streptomyces sp. DS1-2 | | includes | 175115 | Irenidae | | scientific name | 175116 | Chloropsis | | scientific name | 175121 | Passeroidea | | scientific name | 1751870 | unclassified Cytophagales | | scientific name | 1752188 | unclassified Actinobacteria | | synonym | 1752188 | unclassified Actinomycetota | | scientific name | 1752708 | "Candidatus Rokubacteria" Hug et al. 2016 | | synonym | 1752708 | "Candidatus Rokuibacteriota" corrig. Hug et al. 2016 | | authority | 1752708 | Candidatus Rokuibacteriota | | scientific name | 1752716 | "Candidatus Dadabacteria" Hug et al. 2016 | | authority | 1752716 | Candidatus Dadabacteria | | scientific name | 1752716 | Dadabacteria | | equivalent name | 1752717 | "Candidatus Curtissbacteria" Brown et al. 2015 | | synonym | 1752717 | "Candidatus Curtissiibacteriota" corrig. Brown et al. 2015 | | authority | 1752717 | Candidatus Curtissiibacteriota | | scientific name | 1752717 | Curtissiibacteriota | | equivalent name | 1752719 | "Candidatus Levybacteria" Brown et al. 2015 | | synonym | 1752719 | "Candidatus Levyibacteriota" corrig. Brown et al. 2015 | | authority | 1752719 | Candidatus Levyibacteriota | | scientific name | 1752719 | Levyibacteriota | | equivalent name | 1752720 | "Candidatus Gottesmanbacteria" Brown et al. 2015 | | synonym | 1752720 | "Candidatus Gottesmaniibacteriota" corrig. Brown et al. 2015 | | authority | 1752720 | Candidatus Gottesmaniibacteriota | | scientific name | 1752720 | Gottesmaniibacteriota | | equivalent name | 1752722 | "Candidatus Woesebacteria" Brown et al. 2015 | | synonym | 1752722 | "Candidatus Woeseibacteriota" corrig. Brown et al. 2015 | | authority | 1752722 | Candidatus Woeseibacteriota | | scientific name | 1752722 | Woeseibacteriota | | equivalent name | 1752723 | "Candidatus Roizmanbacteria" Brown et al. 2015 | | synonym | 1752723 | "Candidatus Roizmaniibacteriota" corrig. Brown et al. 2015 | | authority | 1752723 | Candidatus Roizmaniibacteriota | | scientific name | 1752723 | Roizmaniibacteriota | | equivalent name | 1752724 | "Candidatus Pacebacteria" Brown et al. 2015 | | synonym | 1752724 | "Candidatus Paceibacterota" corrig. Brown et al. 2015 | | synonym | 1752724 | Candidatus Paceibacterota | | synonym | 1752724 | Minisyncoccota | | scientific name | 1752724 | Minisyncoccota Nakajima et al. 2025 | | authority | 1752724 | Paceibacterota | | equivalent name | 1752726 | "Candidatus Beckwithbacteria" Brown et al. 2015 | | synonym | 1752726 | "Candidatus Beckwithiibacteriota" corrig. Brown et al. 2015 | | authority | 1752726 | Beckwithiibacteriota | | equivalent name | 1752726 | Candidatus Beckwithiibacteriota | | scientific name | 1752727 | "Candidatus Campbellbacteria" Brown et al. 2015 | | synonym | 1752727 | "Candidatus Campbelliibacteriota" corrig. Brown et al. 2015 | | authority | 1752727 | Campbelliibacteriota | | equivalent name | 1752727 | Candidatus Campbelliibacteriota | | scientific name | 1752728 | "Candidatus Falkowbacteria" Brown et al. 2015 | | authority | 1752728 | "Candidatus Falkowiibacteriota" corrig. Brown et al. 2015 | | authority | 1752728 | Candidatus Falkowbacteria | | synonym | 1752728 | Candidatus Falkowiibacteriota | | scientific name | 1752728 | Falkowiibacteriota | | equivalent name | 1752729 | "Candidatus Nomurabacteria" Brown et al. 2015 | | synonym | 1752729 | "Candidatus Nomuraibacteriota" corrig. Brown et al. 2015 | | authority | 1752729 | Candidatus Nomuraibacteriota | | scientific name | 1752729 | Nomuraibacteriota | | equivalent name | 1752732 | "Candidatus Uhrbacteria" Brown et al. 2015 | | synonym | 1752732 | "Candidatus Uhriibacteriota" corrig. Brown et al. 2015 | | authority | 1752732 | Candidatus Uhriibacteriota | | scientific name | 1752732 | Uhriibacteriota | | equivalent name | 1752734 | "Candidatus Kaiserbacteria" Brown et al. 2015 | | synonym | 1752734 | "Candidatus Kaiseribacteriota" corrig. Brown et al. 2015 | | authority | 1752734 | Candidatus Kaiseribacteriota | | scientific name | 1752734 | Kaiseribacteriota | | equivalent name | 1752737 | "Candidatus Moranbacteria" Brown et al. 2015 | | synonym | 1752737 | "Candidatus Moraniibacteriota" corrig. Brown et al. 2015 | | authority | 1752737 | Candidatus Moraniibacteriota | | scientific name | 1752737 | Moraniibacteriota | | equivalent name | 175304 | Lentibacillus | | scientific name | 175304 | Lentibacillus Yoon et al. 2002 emend. Jeon et al. 2005 | | authority | 175304 | Lentibacillus Yoon et al. 2002 emend. Sun et al. 2016 | | authority | 175306 | Lentibacillus salicampi | | scientific name | 175306 | Lentibacillus salicampi Yoon et al. 2002 | | authority | 175332 | Eresoidea | | scientific name | 175333 | Eresidae | | scientific name | 175340 | Stegodyphus | | scientific name | 175340 | Stegodyphus Simon, 1873 | | authority | 1754190 | Neocallimastix californiae | | scientific name | 1754190 | Neocallimastix californiae O'Malley, Theodorou & Solomon, 2016 | | authority | 1754190 | Neocallimastix sp. G1 | | includes | 1754190 | Neocallimastix sp. KS-2015 | | includes | 1755504 | Pseudomonas sp. DY-1 | | scientific name | 175628 | Gordonia paraffinivorans | | scientific name | 175628 | Gordonia paraffinivorans Xue et al. 2003 | | authority | 175628 | Gordonia sp. HD321 | | includes | 175693 | Andrographis | | scientific name | 175693 | Andrographis Wall. ex Nees, 1832 | | authority | 175694 | Andrographis paniculata | | scientific name | 175694 | Andrographis paniculata Wall. ex Nees, 1832 | | authority | 1756988 | Nitratireductor sp. OM-1 | | scientific name | 1758121 | Limosa baueri | | synonym | 1758121 | Limosa baueri Naumann, 1836 | | authority | 1758121 | Limosa lapponica baueri | | scientific name | 1758121 | Limosa lapponica baueri Naumann, JF, 1836 | | authority | 1758398 | Polynucleobacter sp. VK25 | | scientific name | 1759074 | Sphingopyxis sp. HIX | | scientific name | 1759075 | Sphingopyxis sp. HXXIV | | scientific name | 1759396 | "Paradonghicola" Lee et al. 2016 | | authority | 1759396 | Marivivens | | scientific name | 1759396 | Marivivens Park et al. 2016 | | authority | 1759396 | Paradonghicola | | synonym | 1759396 | Paradonghicola Lee et al. 2019 | | authority | 1759442 | Trichosporonaceae | | scientific name | 1759442 | Trichosporonaceae Nann., 1934 | | authority | 1760 | Actinobacteria Stackebrandt et al. 1997 | | synonym | 1760 | Actinobacteridae | | includes | 1760 | Actinobacteridae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 1760 | Actinomycetes | | scientific name | 1760 | Actinomycetes Krasil'nikov 1949 (Approved Lists 1980) | | authority | 1760 | Actinomycetia | | synonym | 1760 | Actinomycetia Salam et al. 2020 | | authority | 1760 | high G+C Gram-positive bacteria | high G+C Gram-positive bacteria | blast name | 1760 | high G+C Gram-positive bacteria | high G+C Gram-positive bacteria | genbank common name | 1760987 | Methylomagnum | | scientific name | 1760987 | Methylomagnum Khalifa et al. 2015 | | authority | 1760988 | Methylocaldum sp. 175 | | includes | 1760988 | Methylomagnum ishizawai | | scientific name | 1760988 | Methylomagnum ishizawai Khalifa et al. 2015 emend. Frindte et al. 2017 | | authority | 176113 | Tenrecinae | | scientific name | 1761746 | Arthrobacter sp. ok909 | | scientific name | 1761772 | Bradyrhizobium shewense | | scientific name | 1761772 | Bradyrhizobium shewense Aserse et al. 2018 | | authority | 1761772 | Bradyrhizobium sp. ERR11 | | includes | 1761774 | Burkholderia sp. b13 | | scientific name | 1761794 | Marinobacter sp. es.042 | | scientific name | 1761802 | Microbacterium sp. 77mftsu3.1 | | scientific name | 1761884 | Prevotella sp. khp1 | | scientific name | 1761904 | Streptomyces sp. cf386 | | scientific name | 1762 | Mycobacteriaceae | | scientific name | 1762 | Mycobacteriaceae Chester 1897 (Approved Lists 1980) | | authority | 1762 | Mycobacteriaceae Chester 1897 (Approved Lists 1980) emend. Gupta et al. 2018 | | authority | 1762 | Mycobacteriaceae Chester 1897 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1762 | Mycobacteriaceae Chester 1897 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 1762 | Mycobacteriaceae Chester 1897 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 176275 | Beauveria bassiana | | scientific name | 176275 | Beauveria bassiana (Bals.-Criv.) Vuill., 1912 | | authority | 176275 | Beauveria bassiana var. bassiana | | synonym | 176275 | Beauveria sp. CRRI-66 | | includes | 176275 | Beauveria sp. MUT 4865 | | includes | 176275 | Botrytis bassiana | | synonym | 176275 | Botrytis bassiana Bals.-Criv., 1835 | | authority | 176275 | Cordyceps bassiana | | synonym | 176275 | Penicillium bassianum | | synonym | 176275 | Spicaria bassiana | | synonym | 176275 | Tritirachium shiotae | | synonym | 1763 | Mycobacterium | | scientific name | 1763 | Mycobacterium (subgen. Mycobacterium) | | includes | 1763 | Mycobacterium (subgen. Mycobacterium) (Lehmann and Neumann 1896) Val-Calvo et al. 2025 | | authority | 1763 | Mycobacterium Lehmann and Neumann 1896 (Approved Lists 1980) | | synonym | 1763 | Mycobacterium Lehmann and Neumann 1896 (Approved Lists 1980) emend. Gupta et al. 2018 | | authority | 1763 | Mycobacterium Lehmann and Neumann 1896 (Approved Lists 1980) emend. Val-Calvo and Vazquez-Boland 2023 | | authority | 1763521 | Paludisphaera | | scientific name | 1763521 | Paludisphaera Kulichevskaya et al. 2016 | | authority | 1763524 | "Isosphaeraceae" Joseph et al. 2003 | | authority | 1763524 | Isosphaeraceae | | scientific name | 1763524 | Isosphaeraceae Kulichevskaya et al. 2016 | | authority | 1763531 | Confluentibacter | | scientific name | 1763531 | Confluentibacter Park et al. 2016 | | authority | 1763531 | Confluentibacter Park et al. 2016 emend. Han et al. 2017 | | authority | 1763531 | Confluentibacter Park et al. 2016 emend. Wei et al. 2019 | | authority | 1764 | "Bacillus tuberculosis gallinarum" Sternberg 1892 | | authority | 1764 | "Mycobacterium tuberculosis avium" Lehmann and Neumann 1896 | | authority | 1764 | "Mycobacterium tuberculosis typus gallinaceus" Lehmann and Neumann 1907 | | authority | 1764 | "Tuberculose des oiseaux" Strauss and Gamaleia 1891 | | authority | 1764 | Bacillus tuberculosis gallinarum | | synonym | 1764 | Mycobacterium avium | | scientific name | 1764 | Mycobacterium avium Chester 1901 (Approved Lists 1980) emend. Thorel et al. 1990 | | authority | 1764 | Mycobacterium tuberculosis avium | | synonym | 1764 | Mycobacterium tuberculosis typus gallinaceus | | synonym | 1764 | Tuberculose des oiseaux | | synonym | 1764569 | Acaryochloris sp. RCC1774 | | includes | 1764569 | Acaryochloris thomasi RCC1774 | | scientific name | 1765 | "Mycobacterium tuberculosis typus bovinus" Lehmann and Neumann 1907 | | authority | 1765 | "Mycobacterium tuberculosis var. bovis" Bergey et al. 1934 | | authority | 1765 | Mycobacterium bovis | | synonym | 1765 | Mycobacterium bovis Karlson and Lessel 1970 | | authority | 1765 | Mycobacterium bovis subsp. bovis | | includes | 1765 | Mycobacterium bovis subsp. bovis Karlson and Lessel 1970 | | authority | 1765 | Mycobacterium tuberculosis typus bovinus | | synonym | 1765 | Mycobacterium tuberculosis var. bovis | | synonym | 1765 | Mycobacterium tuberculosis variant bovis | | scientific name | 1765055 | Haloarcula sp. CBA1127 | | scientific name | 1766 | "Mycobacterium giae" Darzins 1950 | | authority | 1766 | "Mycobacterium minetti" Penso et al. 1952 | | authority | 1766 | Mycobacterium fortuitum | | synonym | 1766 | Mycobacterium fortuitum da Costa Cruz 1938 (Approved Lists 1980) | | authority | 1766 | Mycobacterium fortuitum da Costa Cruz 1938 emend. Nouioui et al. 2018 | | authority | 1766 | Mycobacterium giae | | synonym | 1766 | Mycobacterium minetti | | synonym | 1766 | Mycolicibacterium fortuitum | | scientific name | 1766 | Mycolicibacterium fortuitum (da Costa Cruz 1938) Gupta et al. 2018 | | authority | 176616 | Ageratina adenophora | | scientific name | 176616 | Ageratina adenophora (Spreng.) R.M.King & H.Rob., 1970 | | authority | 176616 | Eupatorium adenophorum Spreng., 1818 | | synonym | 176616 | Eupatorium glandulosum | | synonym | 176616 | Eupatorium glandulosum Kunth, 1818 | | authority | 1766253 | Agathobacter | | scientific name | 1766253 | Agathobacter Rosero et al. 2016 | | authority | 1767 | "Mycobacterium brunense" Kazda 1967 | | authority | 1767 | "Nocardia intracellularis" Cuttino and McCabe 1949 | | authority | 1767 | Mycobacterium brunense | | synonym | 1767 | Mycobacterium intracellulare | | scientific name | 1767 | Mycobacterium intracellulare (Cuttino and McCabe 1949) Runyon 1965 (Approved Lists 1980) emed. Castejon et al. 2018 | | authority | 1767 | Nocardia intracellularis | | synonym | 1768 | Mycobacterium kansasii | | scientific name | 1768 | Mycobacterium kansasii Hauduroy 1955 (Approved Lists 1980) | | authority | 1768 | Mycobacterium kansasii Hauduroy 1955 emend. Nouioui et al. 2018 | | authority | 1768241 | Epibacterium horizontis | | synonym | 1768241 | Epibacterium horizontis (Klotz et al. 2018) Liang et al. 2021 | | authority | 1768241 | Rhodobacteraceae bacterium O3.65 | | includes | 1768241 | Tritonibacter horizontis | | scientific name | 1768241 | Tritonibacter horizontis Klotz et al. 2018 | | authority | 1769011 | unclassified Halanaerobiales | | scientific name | 1769012 | Arachidicoccus | | scientific name | 1769012 | Arachidicoccus Madhaiyan et al. 2015 | | authority | 1769247 | Daedaleaceae | | synonym | 1769247 | Fomitopsidaceae | | scientific name | 1769247 | Fomitopsidaceae Julich, 1982 | | authority | 1769247 | Piptoporaceae | | synonym | 176946 | Burmese python | | genbank common name | 176946 | Python bivittatus | | scientific name | 176946 | Python bivittatus Kuhl, 1820 | | authority | 176946 | Python molurus bivittatus | | synonym | 176946 | Python molurus bivittatus Kuhl, 1820 | | authority | 1769710 | Sellimonas | | scientific name | 1769710 | Sellimonas Seo et al. 2016 | | authority | 1769716 | Mesoaciditogales | | scientific name | 1769716 | Mesoaciditogales Itoh et al. 2016 | | authority | 1769717 | Mesoaciditogaceae | | scientific name | 1769717 | Mesoaciditogaceae Itoh et al. 2016 | | authority | 1769726 | Niveibacterium | | scientific name | 1769726 | Niveibacterium Chun et al. 2016 | | authority | 1770 | "Bacillus paratuberculosis" (Bergey et al. 1923) Krasil'nikov 1941 | | authority | 1770 | "Bacterium paratuberculosis" (Bergey et al. 1923) Miessner and Berge in Kolle and Wasserman 1929 | | authority | 1770 | "Darmtuberculose" Johne and Frothingham 1895 | | authority | 1770 | "Mycobacterium enteritidis" Lehmann in Lehmann and Neumann 1927 | | authority | 1770 | "Mycobacterium johnei" Francis 1943 | | authority | 1770 | Bacillus paratuberculosis | | synonym | 1770 | Bacterium paratuberculosis | | synonym | 1770 | Darmtuberculose | | synonym | 1770 | Mycobacterium avium paratuberculosis | | equivalent name | 1770 | Mycobacterium avium subsp. paratuberculosis | | scientific name | 1770 | Mycobacterium avium subsp. paratuberculosis (Bergey et al. 1923) Thorel et al. 1990 | | authority | 1770 | Mycobacterium enteritidis | | synonym | 1770 | Mycobacterium johnei | | synonym | 1770 | Mycobacterium paratuberculosis | | synonym | 1770 | Mycobacterium paratuberculosis Bergey et al. 1923 (Approved Lists 1980) | | authority | 1770545 | Dyella amyloliquefaciens | | scientific name | 1770545 | Dyella amyloliquefaciens Fu et al. 2019 | | authority | 1770545 | Dyella sp. DHC06 | | includes | 1770638 | Epuraea labilis | | scientific name | 1770638 | Epuraea labilis Erichson, 1843 | | authority | 1770638 | Epuraea pallescens labilis | | synonym | 1771 | "Bacterium phlei" (Lehmann and Neumann 1899) Grimme 1902 | | authority | 1771 | "Sclerothrix phlei" (Lehmann and Neumann 1899) Vuillemin 1931 | | authority | 1771 | Bacterium phlei | | synonym | 1771 | Mycobacterium phlei | | synonym | 1771 | Mycobacterium phlei Lehmann and Neumann 1899 (Approved Lists 1980) | | authority | 1771 | Mycobacterium phlei Lehmann and Neumann 1899 emend. Nouioui et al. 2018 | | authority | 1771 | Mycolicibacterium phlei | | scientific name | 1771 | Mycolicibacterium phlei (Lehmann and Neumann 1899) Gupta et al. 2018 | | authority | 1771 | Sclerothrix phlei | | synonym | 1771349 | Tepidisphaerales | | scientific name | 1771349 | Tepidisphaerales Kovaleva et al. 2015 | | authority | 1771355 | Tepidisphaeraceae | | scientific name | 1771355 | Tepidisphaeraceae Kovaleva et al. 2015 | | authority | 1771355 | Tepidisphaeraceae Kovaleva et al. 2015 emend. Dedysh et al. 2021 | | authority | 1771355 | WD2101 soil group | | equivalent name | 1771355 | candidate division WPS-1 | | synonym | 1771355 | candidate division Wittenberg polluted soil 1 | | equivalent name | 1771356 | Tepidisphaera | | scientific name | 1771356 | Tepidisphaera Kovaleva et al. 2015 | | authority | 1772 | "Bacterium smegmatis" (Trevisan 1889) Migula 1900 | | authority | 1772 | "Mycobacterium paratuberculosis smegmatis" Bustinza 1951 | | authority | 1772 | Bacterium smegmatis | | synonym | 1772 | Mycobacterium paratuberculosis smegmatis | | synonym | 1772 | Mycobacterium smegmatis (Trevisan 1889) Lehmann and Neumann 1899 (Approved Lists 1980) | | synonym | 1772 | Mycobacterium smegmatis (Trevisan, 1889) Lehmann and Neumann 1899 emend. Nouioui et al. 2018 | | authority | 1772 | Mycolicibacterium smegmatis | | scientific name | 1772 | Mycolicibacterium smegmatis (Lehmann and Neumann 1899) Gupta et al. 2018 | | authority | 1772287 | Mycobacterium sp. GA-1199 | | scientific name | 1772333 | Maricaulis sp. W15 | | scientific name | 1773 | "Bacillus tuberculosis" (Zopf 1883) Klein 1884 | | authority | 1773 | "Bacterium tuberculosis" Zopf 1883 | | authority | 1773 | "Mycobacterium tuberculosis typus humanus" Lehmann and Neumann 1907 | | authority | 1773 | "Mycobacterium tuberculosis var. hominis" Bergey et al. 1934 | | authority | 1773 | Bacillus tuberculosis | | synonym | 1773 | Bacterium tuberculosis | | synonym | 1773 | Mycobacterium tuberculosis | | scientific name | 1773 | Mycobacterium tuberculosis (Zopf 1883) Lehmann and Neumann 1896 (Approved Lists 1980) | | synonym | 1773 | Mycobacterium tuberculosis typus humanus | | synonym | 1773 | Mycobacterium tuberculosis var. hominis | | synonym | 1774 | Mycobacterium chelonae corrig. | | synonym | 1774 | Mycobacterium chelonae corrig. Bergey et al. 1923 (Approved Lists 1980) | | synonym | 1774 | Mycobacterium chelonae corrig. Bergey et al. 1923 (Approved Lists 1980) emend. Kim et al. 2017 | | authority | 1774 | Mycobacterium chelonae corrig. Bergey et al. 1923 (Approved Lists) emend. Nouioui et al. 2018 | | authority | 1774 | Mycobacterium chelonei | | synonym | 1774 | Mycobacterium chelonei Bergey et al. 1923 (Approved Lists 1980) | | authority | 1774 | Mycobacteroides chelonae | | scientific name | 1774 | Mycobacteroides chelonae (Bergey et al. 1923) Gupta et al. 2018 | | authority | 1774373 | Alteromonas macleodii AltDE | | synonym | 1774373 | Alteromonas macleodii str. 'Deep ecotype' | | synonym | 1774373 | Alteromonas mediterranea DE | | scientific name | 1774954 | "Novosphingobium profundi" Zhang et al. 2017 | | authority | 1774954 | Novosphingobium profundi | | scientific name | 1774954 | Novosphingobium sp. F72 | | includes | 1775121 | "Larsenia" Leon et al. 2014 | | authority | 1775121 | Larsenia | Larsenia | synonym | 1775121 | Larsenimonas | | scientific name | 1775121 | Larsenimonas Leon et al. 2015 | | authority | 1775292 | Motiliproteus | | scientific name | 1775292 | Motiliproteus Wang et al. 2015 | | authority | 1775403 | Nevskiales | | scientific name | 1775403 | Nevskiales Naushad et al. 2015 | | authority | 1775411 | "Frateuriaceae" Bansal et al. 2023 | | authority | 1775411 | Frateuriaceae | | synonym | 1775411 | Rhodanobacteraceae | | scientific name | 1775411 | Rhodanobacteraceae Naushad et al. 2015 | | authority | 1775474 | Variovorax guangxiensis | | scientific name | 1775474 | Variovorax guangxiensis Gao et al. 2015 | | authority | 1775636 | Thiomicrospira sp. XS5 | | scientific name | 1775674 | Candidatus Aegiribacteria sp. MLS_C | | scientific name | 1775674 | bacterium MLS_C | | synonym | 1775880 | Arthrobacter sp. S5-52 | | includes | 1775880 | Glutamicibacter mishrai | | scientific name | 1775880 | Glutamicibacter mishrai Das et al. 2020 | | authority | 1775880 | Glutamicibacter sp. S5-52 | | includes | 1775910 | "Methylobacterium indicum" Chaudhry et al. 2016 | | authority | 1775910 | Methylobacterium indicum | | scientific name | 1776 | Mycobacterium flavescens | | synonym | 1776 | Mycobacterium flavescens Bojalil et al. 1962 (Approved Lists 1980) | | authority | 1776 | Mycolicibacterium flavescens | | scientific name | 1776 | Mycolicibacterium flavescens (Bojalil et al. 1962) Gupta et al. 2018 | | authority | 1776083 | Microbacterium sp. T32 | | scientific name | 1776740 | Acinetobacter genomosp. 18 | | synonym | 1776740 | Acinetobacter modestus | | scientific name | 1776740 | Acinetobacter modestus Nemec et al. 2016 | | authority | 1776740 | Acinetobacter sp. ANC 3862 | | includes | 1776740 | Acinetobacter sp. NIPH 236 | | includes | 1777134 | Burkholderia sp. LMG 29316 | | includes | 1777134 | Burkholderia turbans | | synonym | 1777134 | Burkholderia turbans Peeters et al. 2016 | | authority | 1777134 | Caballeronia turbans | | scientific name | 1777134 | Caballeronia turbans (Peeters et al. 2016) Dobritsa et al. 2017 | | authority | 1777137 | Burkholderia sp. LMG 29319 | | includes | 1777137 | Burkholderia temeraria | | synonym | 1777137 | Burkholderia temeraria Peeters et al. 2016 | | authority | 1777137 | Caballeronia temeraria | | scientific name | 1777137 | Caballeronia temeraria (Peeters et al. 2016) Dobritsa et al. 2017 | | authority | 1777142 | Burkholderia arationis | | synonym | 1777142 | Burkholderia arationis Peeters et al. 2016 | | authority | 1777142 | Burkholderia sp. LMG 29324 | | includes | 1777142 | Burkholderia sp. R-23361 | | includes | 1777142 | Caballeronia arationis | | scientific name | 1777142 | Caballeronia arationis (Peeters et al. 2016) Dobritsa et al. 2017 | | authority | 1778488 | unclassified Candidatus Pelagibacterales | | scientific name | 1778540 | Dickeya fangzhongdai | | scientific name | 1778540 | Dickeya fangzhongdai Tian et al. 2016 | | authority | 1778540 | Dickeya sp. B16 | | includes | 1778540 | Dickeya sp. JS5 | | includes | 1778540 | Dickeya sp. LN1 | | includes | 1778540 | Dickeya sp. NIB Z 2098 | | includes | 1778540 | Dickeya sp. NIB Z 2099 | | includes | 1778540 | Dickeya sp. PA1 | | includes | 1778540 | Dickeya sp. QZH3 | | includes | 1778540 | Dickeya sp. S1 | | includes | 1778601 | Apibacter | | scientific name | 1778601 | Apibacter Kwong and Moran 2016 | | authority | 1778653 | Sulfuriferula | | scientific name | 1778653 | Sulfuriferula Watanabe et al. 2015 | | authority | 1779141 | Planctomicrobium | | scientific name | 1779141 | Planctomicrobium Kulichevskaya et al. 2015 | | authority | 1779141 | Planctomicrobium Kulichevskaya et al. 2015 emend. Kallscheuer et al. 2026 | | authority | 1779184 | Citrobacter sp. AATXQ | | scientific name | 178 | Leptospira sp. | | scientific name | 1780 | Mycobacterium malmoense | | scientific name | 1780 | Mycobacterium malmoense Schroder and Juhlin 1977 | | authority | 1780122 | Mobilisporobacter | | scientific name | 1780122 | Mobilisporobacter Mbengue et al. 2016 | | authority | 178025 | Rophitinae | | scientific name | 178032 | Dufourea | Dufourea | scientific name | 178032 | Dufourea Lepeletier, 1841 | | authority | 178035 | Dufourea nova-angliae | | synonym | 178035 | Dufourea novaeangliae | | scientific name | 178035 | Dufourea novaeangliae (Robertson, 1897) | | authority | 1781 | "Mycobacterium balnei" Linell and Norden 1952 | | authority | 1781 | "Mycobacterium platypoecilus" Baker and Hagan 1942 | | authority | 1781 | Mycobacterium balnei | | synonym | 1781 | Mycobacterium marinum | | scientific name | 1781 | Mycobacterium marinum Aronson 1926 (Approved Lists 1980) | | authority | 1781 | Mycobacterium platypoecilus | | synonym | 178174 | Acmena | | synonym | 178174 | Acmena DC., 1828 | | authority | 178174 | Acmenosperma | | synonym | 178174 | Acmenosperma Kausel, 1957 | | authority | 178174 | Anetholea | | synonym | 178174 | Cleistocalyx | | synonym | 178174 | Cleistocalyx Blume | | authority | 178174 | Syzygium | | scientific name | 178174 | Syzygium Gaertn. | | authority | 178174 | Waterhousea | | synonym | 178174 | Waterhousea B.Hyland, 1983 | | authority | 1783234 | Bacteria candidate phyla | | scientific name | 1783257 | Chlamydiae/Verrucomicrobia group | | includes | 1783257 | Chlamydiales/Verrucomicrobia group | | includes | 1783257 | PVC group | | scientific name | 1783270 | FCB group | | scientific name | 1783270 | Fibrobacter/Acidobacteria group | Fibrobacter/Acidobacteria group | in-part | 1783270 | Fibrobacteres-Chlorobi-Bacteroidetes superphylum | | synonym | 1783270 | Fibrobacteres/Acidobacteria group | Fibrobacteres/Acidobacteria group | in-part | 1783272 | "Firmicuteota" Panda et al. 2022 | | authority | 1783272 | "Terrabacteria" Battistuzzi et al. 2004 | | authority | 1783272 | "Terrabacterida" Luketa 2012 | | authority | 1783272 | Bacillati | | scientific name | 1783272 | Bacillati (Gibbons and Murray 1978) Oren and Goker 2024 | | authority | 1783272 | Firmacutes | | synonym | 1783272 | Firmacutes Gibbons and Murray 1978 (Approved Lists 1980) | | authority | 1783272 | Firmicuteota | | synonym | 1783272 | Firmicutes | | synonym | 1783272 | Firmicutes corrig. Gibbons and Murray 1978 (Approved Lists 1980) | | synonym | 1783272 | Terrabacteria | | synonym | 1783272 | Terrabacteria group | | common name | 1783272 | Terrabacterida | | synonym | 1783273 | Patescibacteria | | equivalent name | 1783273 | Patescibacteria group | | scientific name | 1783275 | "Crenarchaeida" Luketa 2012 | | authority | 1783275 | Crenarchaeida | | synonym | 1783275 | TACK group | | common name | 1783275 | Thermoproteati | | scientific name | 1783275 | Thermoproteati Guy and Ettema 2024 | | authority | 1783276 | DPANN group | | common name | 1783276 | Nanobdellati | | scientific name | 1783276 | Nanobdellati Rinke et al. 2024 | | authority | 1783515 | "Streptomyces qaidamensis" Zhang et al. 2018 | | authority | 1783515 | Streptomyces qaidamensis | | scientific name | 1783515 | Streptomyces qaidamensis Zhang et al. 2025 | | authority | 1783515 | Streptomyces sp. S10(2016) | | includes | 1784 | Mycobacterium habana | | synonym | 1784 | Mycobacterium simiae | | scientific name | 1784 | Mycobacterium simiae Karassova et al. 1965 | | authority | 1784 | Mycobacterium simiae Karassova et al. 1965 emend. Nouioui et al. 2018 | | authority | 178441 | Stephanosporaceae | | scientific name | 178441 | Stephanosporaceae Oberw. & E. Horak, 1979 | | authority | 178469 | Arenibacter | | scientific name | 178469 | Arenibacter Ivanova et al. 2001 emend. Li et al. 2018 | | authority | 178469 | Arenibacter Ivanova et al. 2001 emend. Nedashkovskaya et al. 2006 | | authority | 1785 | Mycobacterium sp. | | scientific name | 1785161 | Pseudomonas sp. CCOS 864 | | includes | 1785161 | Pseudomonas wadenswilerensis | | scientific name | 1785161 | Pseudomonas wadenswilerensis Frasson et al. 2017 | | authority | 178606 | Leptospirillum ferriphilum | | scientific name | 178606 | Leptospirillum ferriphilum Coram and Rawlings 2002 | | authority | 178871 | Pisolithus marmoratus | | scientific name | 178871 | Pisolithus marmoratus (Berk.) E. Fisch., 1900 | | authority | 178871 | Polysaccum marmoratum | | synonym | 178871 | Polysaccum marmoratum Berk., 1872 | | authority | 178872 | Pisolithus microcarpus | | scientific name | 178872 | Pisolithus microcarpus (Cooke & Massee) G. Cunn., 1931 | | authority | 178872 | Polysaccum microcarpum | | synonym | 178872 | Polysaccum microcarpum Cooke & Massee, 1887 | | authority | 1789 | "Mycobacterium xenopei" Schwabacher 1959 | | authority | 1789 | Mycobacterium xenopei | | synonym | 1789 | Mycobacterium xenopi | | scientific name | 1789 | Mycobacterium xenopi Schwabacher 1959 (Approved Lists) emend. Nouioui et al. 2018 | | synonym | 1789 | Mycobacterium xenopi Schwabacher 1959 emend. Nouioui et al. 2018 | | authority | 179 | "Leptospirillum" Markosyan 1972 | | authority | 179 | Leptospirillum | | scientific name | 179 | Leptospirillum (ex Markosyan 1972) Hippe 2000 | | authority | 1790 | Mycobacterium asiaticum | | scientific name | 1790 | Mycobacterium asiaticum Weiszfeiler et al. 1971 | | authority | 1790 | Mycobacterium asiaticum Weiszfeiler et al. 1971 emend. Nouioui et al. 2018 | | authority | 179015 | Corynebacterium flaccumfaciens pv. oortii | | synonym | 179015 | Corynebacterium flaccumfaciens pv. oortii (Saaltink & Mass Geesteranus 1969) Dye and Kemp 1977 | | authority | 179015 | Corynebacterium flaccumfaciens subsp. oortii | | synonym | 179015 | Corynebacterium flaccumfaciens subsp. oortii (Saaltink and Maas Geesteranus 1969) Carlson and Vidaver 1982 | | authority | 179015 | Corynebacterium oortii | | synonym | 179015 | Corynebacterium oortii Saaltink and Maas Geesteranus 1969 (Approved Lists 1980) | | authority | 179015 | Curtobacterium flaccumfaciens pv. oortii | | scientific name | 179015 | Curtobacterium flaccumfaciens pv. oortii (Saaltink and Maas Geesteranus 1969) Collins and Jones 1983 | | authority | 1792192 | Bacillus altitudinis complex | | scientific name | 1792290 | Marinomonas spartinae | | scientific name | 1792290 | Marinomonas spartinae Lucena et al. 2016 | | authority | 1794810 | Microgenomates group | | scientific name | 1794810 | Microgenomates superphylum | | equivalent name | 1794810 | candidate division OP11 | | synonym | 1794810 | candidate division Obsidian Pool 11 | | equivalent name | 1794811 | Parcubacteria group | | scientific name | 1794811 | Parcubacteria superphylum | | equivalent name | 1794811 | candidate division OD1 | | synonym | 1794811 | candidate division OP11-derived 1 | | equivalent name | 1794839 | unclassified Microgenomates group | | scientific name | 1794840 | unclassified Parcubacteria group | | scientific name | 1795 | Mycobacterium neoaurum | | synonym | 1795 | Mycobacterium neoaurum Tsukamura 1972 (Approved Lists 1980) | | authority | 1795 | Mycobacterium sp. ATCC 23071 | | includes | 1795 | Mycobacterium sp. ATCC 25798 | | includes | 1795 | Mycobacterium sp. ATCC 25799 | | includes | 1795 | Mycobacterium sp. ATCC 25800 | | includes | 1795 | Mycobacterium sp. ATCC 25803 | | includes | 1795 | Mycobacterium sp. ATCC 27277 | | includes | 1795 | Mycobacterium sp. NRRL B-3805 | | includes | 1795 | Mycolicibacterium neoaurum | | scientific name | 1795 | Mycolicibacterium neoaurum (Tsukamura 1972) Gupta et al. 2018 | | authority | 1795032 | "Mycolicibacter virginiensis" (Vasireddy et al. 2017) Gupta et al. 2018 | | authority | 1795032 | Mycobacterium sp. MO-1300 | | includes | 1795032 | Mycobacterium sp. MO-233 | | includes | 1795032 | Mycobacterium sp. MO-5116 | | includes | 1795032 | Mycobacterium virginiense Vasireddy et al. 2017 | | synonym | 1795032 | Mycolicibacter virginiensis | | scientific name | 1795043 | Burkholderia sp. PAMC 26561 | | scientific name | 1795363 | Dinghuibacter | | scientific name | 1795363 | Dinghuibacter Lv et al. 2016 | | authority | 1795545 | Monochilus affinis | | synonym | 1795545 | Monochilus affinis Lindl., 1840 | | authority | 1795545 | Zeuxine affinis | | scientific name | 1795545 | Zeuxine affinis (Lindl.) Benth. ex Hook.f., 1890 | | authority | 1795874 | Burkholderia sp. PAMC 28687 | | scientific name | 1796 | Mycobacterium conceptionense Adekambi et al. 2006 | | synonym | 1796 | Mycobacterium fortuitum subsp. pseudoperegrinum | | includes | 1796 | Mycobacterium senegalense (Chamoiseau 1973) Chamoiseau 1979 (Approved Lists 1980) | | synonym | 1796 | Mycolicibacterium conceptionense | | synonym | 1796 | Mycolicibacterium conceptionense (Adekambi et al. 2006) Gupta et al. 2018 | | authority | 1796 | Mycolicibacterium senegalense | | scientific name | 1796 | Mycolicibacterium senegalense (Chamoiseau 1979) Gupta et al. 2018 | | authority | 1796610 | Adlercreutzia muris | | scientific name | 1796610 | Adlercreutzia muris (Lagkouvardos et al. 2016) Nouioui et al. 2018 | | synonym | 1796610 | Asaccharobacter sp. DSM 29508 | | includes | 1796610 | Asaccharobacter sp. WCA-131-CoC-2 | | includes | 1796610 | Enterorhabdus muris | | synonym | 1796610 | Enterorhabdus muris Lagkouvardos et al. 2016 | | authority | 1796635 | Erysipelotrichaceae bacterium DSM 29481 | | includes | 1796635 | Erysipelotrichaceae bacterium DSM 29490 | | includes | 1796635 | Eubacterium sp. PG-426-CC-2 | | includes | 1796635 | Longicatena caecimuris | | scientific name | 1796635 | Longicatena caecimuris Lagkouvardos et al. 2016 | | authority | 1796644 | Pasteurella caecimuris | | synonym | 1796644 | Pasteurella caecimuris Lagkouvardos et al. 2016 | | authority | 1796644 | Pasteurella pneumotropica biotype Heyl | | equivalent name | 1796644 | Pasteurella pneumotropica biovar Heyl | | synonym | 1796644 | Pasteurella pneumotropica bv. Heyl | | equivalent name | 1796644 | Pasteurella sp. BIL2-426-CC-3 | | includes | 1796644 | Pasteurella sp. DSM 28627 | | includes | 1796644 | Pasteurellaceae bacterium AA-424-CC-1 | | includes | 1796644 | Rodentibacter caecimuris | | scientific name | 1796644 | Rodentibacter caecimuris (Lagkouvardos et al. 2016) Li 2024 | | authority | 1796644 | Rodentibacter heylii | | synonym | 1796644 | Rodentibacter heylii Adhikary et al. 2017 | | authority | 1796646 | Muribaculaceae bacterium DSM 100739 | | includes | 1796646 | Muribaculaceae bacterium DSM 100746 | | includes | 1796646 | Muribaculum intestinale | | scientific name | 1796646 | Muribaculum intestinale Lagkouvardos et al. 2016 | | authority | 1796646 | Muribaculum intestinale Lagkouvardos et al. 2016 emend. Park et al. 2021 | | authority | 1796646 | Parabacteroides sp. YL27 | | includes | 1796646 | Porphyromonadaceae bacterium YL27 | | includes | 179676 | Culicodes variipennis albertensis | | synonym | 179676 | Culicoides albertensis | | synonym | 179676 | Culicoides sonorensis | | scientific name | 179676 | Culicoides sonorensis Wirth & Jones, 1957 | | authority | 179676 | Culicoides variipennis sonorensis | | synonym | 1797174 | Acidobacteria bacterium RBG_16_70_10 | | scientific name | 1797275 | Candidatus Aminicenantes bacterium RBG_19FT_COMBO_58_17 | | scientific name | 1797288 | Armatimonadetes bacterium RBG_16_67_12 | | scientific name | 1797320 | Bacteroidetes bacterium GWA2_42_15 | | scientific name | 1797338 | Bacteroidetes bacterium GWE2_42_39 | | scientific name | 1797344 | Bacteroidetes bacterium GWF2_38_335 | | scientific name | 1797351 | Bacteroidetes bacterium GWF2_42_66 | | scientific name | 1797382 | Candidatus Bathyarchaeota archaeon RBG_16_57_9 | | scientific name | 1797387 | Bdellovibrionales bacterium GWC1_52_8 | | scientific name | 1797403 | Bdellovibrionales bacterium RIFOXYD1_FULL_53_11 | | scientific name | 1797477 | Betaproteobacteria bacterium RBG_16_64_18 | | scientific name | 1797489 | Betaproteobacteria bacterium RIFCSPLOWO2_02_FULL_65_24 | | scientific name | 1797598 | Chlamydiae bacterium RIFCSPHIGHO2_01_FULL_44_39 | | scientific name | 1797602 | Chlamydiae bacterium RIFCSPHIGHO2_12_FULL_44_59 | | scientific name | 1797607 | Chlamydiae bacterium RIFCSPLOWO2_01_FULL_44_52 | | scientific name | 1797608 | Chlamydiae bacterium RIFCSPLOWO2_02_FULL_45_22 | | scientific name | 1797610 | Chlamydiae bacterium RIFCSPLOWO2_12_FULL_45_20 | | scientific name | 1797628 | Chloroflexi bacterium RBG_13_52_14 | | scientific name | 1797650 | Chloroflexi bacterium RBG_16_56_8 | | scientific name | 1797669 | Chloroflexi bacterium RBG_19FT_COMBO_55_16 | | scientific name | 1797710 | Candidatus Curtissbacteria bacterium RIFCSPHIGHO2_01_FULL_40_12 | | scientific name | 1797727 | Candidatus Curtissbacteria bacterium RIFCSPLOWO2_01_FULL_41_18 | | scientific name | 1797745 | Candidatus Curtissbacteria bacterium RIFCSPHIGHO2_01_FULL_41_13 | | scientific name | 1797810 | Deltaproteobacteria bacterium GWA2_55_82 | | scientific name | 1797818 | Deltaproteobacteria bacterium GWC2_55_46 | | scientific name | 1797883 | Deltaproteobacteria bacterium RIFCSPLOWO2_02_FULL_55_12 | | scientific name | 1797913 | Desulfobacterales bacterium GWB2_56_26 | | scientific name | 1797919 | unclassified Elusimicrobiota | | scientific name | 1797921 | Elusimicrobia bacterium GWA2_51_34 | | scientific name | 1797926 | Elusimicrobia bacterium GWA2_66_18 | | scientific name | 1797930 | Elusimicrobia bacterium GWC2_51_8 | | scientific name | 1797936 | Elusimicrobia bacterium GWC2_65_9 | | scientific name | 1797938 | Elusimicrobia bacterium GWF2_52_66 | | scientific name | 1797956 | Elusimicrobia bacterium RIFOXYA12_FULL_57_11 | | scientific name | 1797962 | Elusimicrobia bacterium RIFOXYA2_FULL_58_8 | | scientific name | 1798225 | Formosa sp. Hel1_31_208 | | scientific name | 1798237 | Cellulophaga sp. RHA19 | | scientific name | 1798376 | Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_01_FULL_40_15 | | scientific name | 1798385 | Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_02_FULL_40_24 | | scientific name | 1798386 | Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_12_FULL_40_13 | | scientific name | 1798389 | Candidatus Gottesmanbacteria bacterium RIFCSPLOWO2_01_FULL_40_10 | | scientific name | 1798398 | Candidatus Gottesmanbacteria bacterium RIFCSPLOWO2_02_FULL_40_10 | | scientific name | 1798413 | unclassified Hydrogenophilales | | scientific name | 1798416 | unclassified Ignavibacteria | | scientific name | 1798418 | Ignavibacteria bacterium GWA2_35_9 | | scientific name | 1798421 | Ignavibacteria bacterium GWA2_55_11 | | scientific name | 1798425 | Ignavibacteria bacterium GWB2_36_8 | | scientific name | 1798427 | Ignavibacteria bacterium GWC2_36_12 | | scientific name | 1798429 | Ignavibacteria bacterium GWC2_56_12 | | scientific name | 1798590 | Candidatus Levybacteria bacterium RIFCSPHIGHO2_01_FULL_38_12 | | scientific name | 1798610 | Candidatus Levybacteria bacterium RIFCSPHIGHO2_12_FULL_38_12 | | scientific name | 1798630 | Candidatus Levybacteria bacterium RIFCSPLOWO2_02_FULL_37_18 | | scientific name | 1798660 | Candidatus Lloydbacteria bacterium RIFCSPHIGHO2_02_FULL_50_11 | | scientific name | 1798665 | Candidatus Lloydbacteria bacterium RIFCSPLOWO2_01_FULL_50_20 | | scientific name | 1798710 | "Candidatus Melainabacteria" Di Rienzi et al. 2013 | | authority | 1798710 | Candidatus Melainabacteria | | scientific name | 1798710 | Melainabacteria | | equivalent name | 1798711 | Cyanobacteriota/Melainabacteria group | | scientific name | 179879 | Burkholderia anthina | | scientific name | 179879 | Burkholderia anthina Vandamme et al. 2002 | | authority | 179879 | Burkholderia sp. R-4183 | | includes | 1798913 | "Microthrixaceae" Joseph et al. 2003 | | authority | 1798913 | Microthrixaceae | | scientific name | 1798998 | unclassified Xylariomycetidae | | scientific name | 1799696 | Sporidiobolaceae | | scientific name | 179993 | Fusarium langsethiae | | scientific name | 179993 | Fusarium langsethiae Torp & Nirenberg, 2004 | | authority | 179997 | Salmonella enterica subsp. enterica serovar Havana | | scientific name | 179997 | Salmonella havana | | synonym | 1800 | "Mycobacterium chubuense" Tsukamura 1973 | | authority | 1800 | Mycobacterium chubuense | | synonym | 1800 | Mycobacterium chubuense (ex Tsukamura 1973) Tsukamura 1981 emend. Nouioui et al. 2018 | | authority | 1800 | Mycobacterium chubuense (ex Tsukamura 1973) Tsukamura et al. 1981 | | authority | 1800 | Mycolicibacterium chubuense | | scientific name | 1800 | Mycolicibacterium chubuense (Tsukamura et al. 1981) Gupta et al. 2018 | | authority | 1801616 | "Candidatus Woesearchaeota" Castelle et al. 2015 | | authority | 1801616 | Candidatus Woesearchaeota | | scientific name | 1801616 | Woesearchaeota | | equivalent name | 1801617 | "Candidatus Pacearchaeota" Castelle et al. 2015 | | authority | 1801617 | Candidatus Pacearchaeota | | scientific name | 1801617 | Pacearchaeota | | equivalent name | 180162 | Cetobacterium | | scientific name | 180162 | Cetobacterium Foster et al. 1996 emend. Finegold et al. 2003 | | authority | 1801623 | Prochlorococcus marinus str. MIT 1320 | | scientific name | 1801629 | Synechococcus sp. MIT S9508 | | scientific name | 1801631 | "Candidatus Micrarchaeota" Baker and Dick 2013 | | authority | 1801631 | "Microcaldota" Sakai et al. 2022 | | authority | 1801631 | Candidatus Micrarchaeota | | synonym | 1801631 | Micrarchaeota | | equivalent name | 1801631 | Microcaldota | | scientific name | 1801631 | Microcaldota Sakai et al. 2023 | | authority | 1801634 | unclassified Micrarchaeota | | equivalent name | 1801634 | unclassified Microcaldota | | scientific name | 1801697 | Nitrospirae bacterium GWC2_57_13 | | scientific name | 1801700 | Nitrospirae bacterium GWD2_57_8 | | scientific name | 1801894 | unclassified Desulfuromonadaceae | | scientific name | 1801911 | Candidatus Peribacteria | | scientific name | 1801911 | Peribacteria | | equivalent name | 1801911 | Peribacteria Anantharaman et al. 2016 | | authority | 1801912 | unclassified Candidatus Peregrinibacteriota | | scientific name | 1801947 | Planctomycetes bacterium GWA2_39_15 | | scientific name | 1801968 | Planctomycetes bacterium RBG_16_55_9 | | scientific name | 1802008 | Pseudomonadales bacterium RIFCSPLOWO2_12_FULL_59_450 | | scientific name | 1802010 | Pseudomonadales bacterium RIFCSPLOWO2_12_60_38 | | scientific name | 1802082 | Candidatus Roizmanbacteria bacterium RIFOXYA1_FULL_41_12 | | scientific name | 1802084 | Candidatus Roizmanbacteria bacterium RIFOXYA2_FULL_41_8 | | scientific name | 1802088 | Candidatus Roizmanbacteria bacterium RIFOXYB2_FULL_41_10 | | scientific name | 1802090 | Candidatus Roizmanbacteria bacterium RIFOXYC1_FULL_41_16 | | scientific name | 1802092 | Candidatus Roizmanbacteria bacterium RIFOXYC2_FULL_41_10 | | scientific name | 1802094 | Candidatus Roizmanbacteria bacterium RIFOXYD1_FULL_41_24 | | scientific name | 1802095 | Candidatus Rokubacteria bacterium GWA2_70_23 | | scientific name | 1802114 | Candidatus Ryanbacteria bacterium RIFCSPHIGHO2_01_FULL_45_22 | | scientific name | 1802118 | Candidatus Ryanbacteria bacterium RIFCSPHIGHO2_02_FULL_45_17b | | scientific name | 1802143 | Candidatus Saccharibacteria bacterium RIFCSPHIGHO2_12_FULL_47_17 | | scientific name | 1802196 | Spirochaetes bacterium RBG_16_67_19 | | scientific name | 1802272 | Candidatus Sungbacteria bacterium RIFCSPHIGHO2_02_FULL_49_20 | | scientific name | 1802339 | "Candidatus Tectimicrobiota" corrig. Wilson et al. 2014 | | authority | 1802339 | "Candidatus Tectomicrobia" Wilson et al. 2014 | | synonym | 1802339 | Candidatus Tectimicrobiota | | scientific name | 1802339 | Tectimicrobiota | | equivalent name | 1802340 | Nitrospinota/Tectimicrobiota group | | scientific name | 1802485 | Candidatus Woesebacteria bacterium RBG_16_42_24 | | scientific name | 1802487 | Candidatus Woesebacteria bacterium RBG_19FT_COMBO_42_9 | | scientific name | 1802524 | Candidatus Woesebacteria bacterium RIFCSPLOWO2_01_FULL_43_11 | | scientific name | 1802603 | Candidatus Woykebacteria bacterium RIFCSPHIGHO2_12_FULL_45_10 | | scientific name | 1802733 | Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_01_FULL_39_63 | | scientific name | 1802746 | Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_02_FULL_39_19 | | scientific name | 1802752 | Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_12_FULL_39_21 | | scientific name | 1802758 | Candidatus Zambryskibacteria bacterium RIFCSPLOWO2_01_FULL_39_39 | | scientific name | 1803397 | "Candidatus Peribacteraceae" Anantharaman et al. 2016 | | authority | 1803397 | Candidatus Peribacteraceae | | scientific name | 1803397 | Peribacteraceae | | equivalent name | 1803398 | "Candidatus Peribacterales" Anantharaman et al. 2016 | | authority | 1803398 | Candidatus Peribacterales | | scientific name | 1803398 | Peribacterales | | equivalent name | 1803424 | Acidobacteria bacterium 13_1_20CM_2_55_15 | | scientific name | 1803458 | Acidobacteria bacterium 13_1_40CM_56_16 | | scientific name | 1803463 | Acidobacteria bacterium 13_2_20CM_56_17 | | scientific name | 1803467 | unclassified Terriglobales | | scientific name | 1803511 | "Candidatus Altarchaeales" corrig. Probst et al. 2014 | | authority | 1803511 | "Candidatus Altiarchaeales" Probst et al. 2014 | | equivalent name | 1803511 | Altarchaeales | | equivalent name | 1803511 | Candidatus Altarchaeales | | scientific name | 1803640 | Dorcoceras | | scientific name | 1803640 | Dorcoceras Bunge, 1833 | | authority | 1803665 | Bradyrhizobium sp. BR 446 | | includes | 1803665 | Bradyrhizobium sp. BR 510 | | includes | 1803665 | Bradyrhizobium sp. BR 511 | | includes | 1803665 | Bradyrhizobium stylosanthis | | scientific name | 1803665 | Bradyrhizobium stylosanthis Delamuta et al. 2016 | | authority | 1804621 | Betoideae | | scientific name | 1804621 | Betoideae Ulbr., 1934 | | authority | 1804663 | Haematospirillum | | scientific name | 1804663 | Haematospirillum Humrighouse et al. 2016 | | authority | 180495 | unclassified Sphingobacteriia | | scientific name | 180498 | Jatropha curcas | | scientific name | 180498 | Jatropha curcas L., 1753 | | authority | 1804986 | Amycolatopsis albispora | | scientific name | 1804986 | Amycolatopsis albispora Zhang et al. 2016 | | authority | 1804986 | Amycolatopsis sp. WP1 | | includes | 1804991 | Longimicrobia | | synonym | 1804991 | Longimicrobia Pascual et al. 2016 | | authority | 1804991 | Longimicrobiia | | scientific name | 1804991 | Longimicrobiia corrig. Pascual et al. 2016 | | synonym | 1804992 | Longimicrobiales | | scientific name | 1804992 | Longimicrobiales Pascual et al. 2016 | | authority | 1805007 | archaeon 13_1_20CM_2_51_12 | | scientific name | 1805070 | Chloroflexi bacterium 13_1_40CM_2_70_6 | | scientific name | 1805204 | Gemmatimonadetes bacterium 13_2_20CM_2_69_23 | | scientific name | 1805205 | Gemmatimonadetes bacterium 13_2_20CM_69_27 | | scientific name | 1805249 | Candidatus Micrarchaeota archaeon CG1_02_51_15 | | scientific name | 180536 | Brassica vesicaria | | synonym | 180536 | Brassica vesicaria L., 1753 | | authority | 180536 | Eruca vesicaria | | scientific name | 180536 | Eruca vesicaria (L.) Cav., 1802 | | authority | 1805361 | Candidatus Rokubacteria bacterium 13_1_40CM_4_67_11 | | scientific name | 180541 | Salinisphaera | | scientific name | 180541 | Salinisphaera Antunes et al. 2003 | | authority | 180541 | Salinisphaera Antunes et al. 2003 emend. Crespo-Medina et al. 2009 | | authority | 180541 | Salinisphaera Antunes et al. 2003 emend. Shimane et al. 2013 | | authority | 1805827 | Rhodococcus sp. MTM3W5.2 | | scientific name | 1805930 | Pseudomonas sp. ERMR1:02 | | scientific name | 1806053 | Corynebacterium diphtheriae biovar mitis | | equivalent name | 1806053 | Corynebacterium diphtheriae bv. mitis | | scientific name | 1807140 | Acidithiobacillia | | scientific name | 1807140 | Acidithiobacillia Williams and Kelly 2013 | | authority | 1807790 | Rhodococcus sp. BH4 | | scientific name | 180843 | Bacillus thuringiensis serovar coreanensis | | scientific name | 180843 | Bacillus thuringiensis subsp. coreanensis | | synonym | 180850 | Bacillus thuringiensis serovar indiana | | scientific name | 180850 | Bacillus thuringiensis subsp. indiana | | synonym | 180854 | Bacillus thuringiensis serovar huazhongensis | | scientific name | 180854 | Bacillus thuringiensis subsp. huazhongensis | | equivalent name | 180856 | Bacillus thuringiensis serovar konkukian | | equivalent name | 180856 | Bacillus thuringiensis subsp. konkukian | | synonym | 180856 | [Bacillus thuringiensis] serovar konkukian | | scientific name | 180869 | Bacillus thuringiensis serovar pakistani | | scientific name | 180869 | Bacillus thuringiensis subsp. pakistani | | synonym | 180887 | Bacillus thuringiensis serovar seoulensis | | scientific name | 180887 | Bacillus thuringiensis subsp. seoulensis | | synonym | 1809 | Mycobacterium ulcerans | | scientific name | 1809 | Mycobacterium ulcerans MacCallum et al. 1950 | | authority | 180978 | "Candidatus Phytoplasma aurantifolia" Zreik et al. 1995 | | synonym | 180978 | "Candidatus Phytoplasma citri" corrig. Zreik et al. 1995 | | authority | 180978 | Candidatus Phytoplasma citri | | scientific name | 180978 | Phytoplasma citri | | equivalent name | 180978 | WBDL | | acronym | 180978 | Witches'-broom disease of small-fruited acid lime | | includes | 181014 | Alternaria ethzedia | | scientific name | 181014 | Alternaria ethzedia E.G. Simmons, 1986 | | authority | 181014 | Lewia ethzedia | | synonym | 1810906 | Aspergillus carlsbadensis | | scientific name | 1810906 | Aspergillus carlsbadensis Frisvad, Varga & Samson, 2011 | | authority | 1810906 | Aspergillus sp. AUMC 6717 | | includes | 1810906 | Aspergillus sp. IBT 14493 | | includes | 181096 | Corvus cornix | | scientific name | 181096 | Corvus cornix Linnaeus, 1758 | | authority | 181096 | Corvus corone cornix | | synonym | 181096 | Nebelkraehe | | common name | 181096 | hooded crow | | genbank common name | 181096 | hoodiecrow | | common name | 181100 | Panurus | | scientific name | 181101 | Panurus biarmicus | | scientific name | 181101 | Parus biarmicus | | synonym | 181101 | Parus biarmicus Linnaeus, 1758 | | authority | 181123 | Austropuccinia psidii | | scientific name | 181123 | Austropuccinia psidii (G. Winter) Beenken, 2017 | | authority | 181123 | Puccinia psidii G. Winter, 1884 | | synonym | 181123 | myrtle rust | | common name | 181124 | Agaricus oreades | | synonym | 181124 | Agaricus oreades Bolton, 1791 | | authority | 181124 | Marasmius oreades | | scientific name | 181124 | Marasmius oreades (Bolton) Fr., 1836 | | authority | 181124 | Scotch bonnet mushroom | | common name | 181124 | fairy-ring Marasmius | | genbank common name | 1811694 | Pelotomaculum sp. PtaB.Bin117 | | scientific name | 1811696 | Pelotomaculum sp. PtaU1.Bin065 | | scientific name | 1811719 | unclassified Methanoregulaceae | | scientific name | 1812776 | Bartaliniaceae | | synonym | 1812776 | Discosiaceae | | synonym | 1812776 | Pestalotiopsidaceae | | synonym | 1812776 | Sporocadaceae | | scientific name | 1812776 | Sporocadaceae Corda, 1842 | | authority | 1812911 | Flavihumibacter sp. CACIAM 22H1 | | scientific name | 1812916 | "Candidatus Fibrimonadales" corrig. Abdul Rahman et al. 2016 | | authority | 1812916 | "Candidatus Fibromonadales" Abdul Rahman et al. 2016 | | synonym | 1812916 | Candidatus Fibrimonadales | | scientific name | 1812916 | Fibrimonadales | | equivalent name | 1812934 | "Enterobacter hoffmannii subsp. hoffmannii" (Sutton et al. 2018) Sedlacek et al. 2025 | | authority | 1812934 | "Enterobacter hoffmannii" (Sutton et al. 2018) Sedlacek et al. 2025 | | synonym | 1812934 | "Enterobacter hoffmannii" (Sutton et al. 2018) Wu et al. 2020 | | authority | 1812934 | Enterobacter cloacae 'Hoffmann cluster III' | | equivalent name | 1812934 | Enterobacter cloacae Hoffmann cluster III | | equivalent name | 1812934 | Enterobacter cloacae complex 'Hoffmann cluster III' | | synonym | 1812934 | Enterobacter cloacae genomosp. III | | equivalent name | 1812934 | Enterobacter hoffmannii | | synonym | 1812934 | Enterobacter hoffmannii subsp. hoffmannii | | includes | 1812934 | Enterobacter hormaechei subsp. hoffmannii | | scientific name | 1812934 | Enterobacter hormaechei subsp. hoffmannii Sutton et al. 2018 | | authority | 1812934 | Enterobacter sp. CCM 8630 | | includes | 1812934 | Enterobacter sp. CNCI 53 | | includes | 1812934 | Enterobacter sp. PEER 149_2023 | | includes | 1812934 | Enterobacter sp. PEER 315_2023 | | includes | 1812935 | Enterobacter cf. cloacae SF-2015e | | equivalent name | 1812935 | Enterobacter cloacae 'Hoffmann cluster IV' | | equivalent name | 1812935 | Enterobacter cloacae Hoffmann cluster IV | | equivalent name | 1812935 | Enterobacter cloacae complex 'Hoffmann cluster IV' | | synonym | 1812935 | Enterobacter cloacae complex sp. 20432 | | includes | 1812935 | Enterobacter cloacae complex sp. 35009 | | includes | 1812935 | Enterobacter cloacae complex sp. 35618 | | includes | 1812935 | Enterobacter cloacae complex sp. 35651 | | includes | 1812935 | Enterobacter cloacae complex sp. 35731 | | includes | 1812935 | Enterobacter cloacae complex sp. 35734 | | includes | 1812935 | Enterobacter cloacae complex sp. 42192 | | includes | 1812935 | Enterobacter cloacae complex sp. 43444 | | includes | 1812935 | Enterobacter cloacae complex sp. CIDEIMsCOL1 | | includes | 1812935 | Enterobacter cloacae complex sp. GN02141 | | includes | 1812935 | Enterobacter cloacae complex sp. GN02208 | | includes | 1812935 | Enterobacter cloacae complex sp. GN02440 | | includes | 1812935 | Enterobacter cloacae complex sp. GN02570 | | includes | 1812935 | Enterobacter cloacae complex sp. GN02692 | | includes | 1812935 | Enterobacter cloacae complex sp. GN02693 | | includes | 1812935 | Enterobacter cloacae complex sp. GN04609 | | includes | 1812935 | Enterobacter cloacae complex sp. GN04673 | | includes | 1812935 | Enterobacter cloacae complex sp. GN05647 | | includes | 1812935 | Enterobacter cloacae complex sp. GN05753 | | includes | 1812935 | Enterobacter cloacae complex sp. GN06520 | | includes | 1812935 | Enterobacter cloacae complex sp. SMART_269 | | includes | 1812935 | Enterobacter cloacae complex sp. SMART_454 | | includes | 1812935 | Enterobacter cloacae complex sp. SMART_763 | | includes | 1812935 | Enterobacter cloacae complex sp. SMART_930 | | includes | 1812935 | Enterobacter cloacae genomosp. IV | | equivalent name | 1812935 | Enterobacter roggenkampii | | scientific name | 1812935 | Enterobacter roggenkampii Sutton et al. 2018 | | authority | 1813 | Amycolatopsis | | scientific name | 1813 | Amycolatopsis Lechevalier et al. 1986 | | authority | 1813 | Amycolatopsis Lechevalier et al. 1986 emend. Lee 2009 | | authority | 1813 | Amycolatopsis Lechevalier et al. 1986 emend. Nouioui et al. 2018 | | authority | 1813 | Amycolatopsis Lechevalier et al. 1986 emend. Tang et al. 2010 | | authority | 1813 | Yuhushiella | | synonym | 1813 | Yuhushiella Mao et al. 2011 | | authority | 1813537 | Brassica rapa Yellow Sarson Group | | synonym | 1813537 | Brassica rapa subsp. trilocularis | | scientific name | 1813537 | Brassica rapa subsp. trilocularis (Roxb.) Hanelt, 1986 | | authority | 1813537 | Sinapis trilocularis | | synonym | 1813537 | Sinapis trilocularis Roxb., 1832 | | authority | 1813606 | "Balneolaceae" Munoz et al. 2016 | | authority | 1813606 | Balneolaceae | | scientific name | 1813606 | Balneolaceae Xia et al. 2016 emend. Hahnke et al. 2016 | | authority | 1813735 | Vicinamibacteria | | scientific name | 1813735 | Vicinamibacteria Dedysh and Yilmaz 2018 | | authority | 1813876 | Phenylobacterium hankyongense | | scientific name | 1813876 | Phenylobacterium hankyongense Choi et al. 2018 | | authority | 1813876 | Phenylobacterium sp. HKS-05 | | includes | 181400 | Bythitoidei | | scientific name | 181401 | Bythitidae | | scientific name | 181401 | viviparous brotulas | | genbank common name | 181402 | Bythitinae | | scientific name | 181461 | Caranx melampygus | | scientific name | 181461 | Caranx melampygus Cuvier, 1833 | | authority | 181461 | bluefin trevally | | genbank common name | 181472 | Blennius fasciatus | | synonym | 181472 | Blennius fasciatus Bloch, 1786 | | authority | 181472 | Salarias fasciatus | | scientific name | 181472 | Salarias fasciatus (Bloch, 1786) | | authority | 181472 | jewelled blenny | | genbank common name | 181550 | Trichomonadidae | | scientific name | 181550 | Trichomonadidae Chalmers & Pekkola, 1918 sensu Hampl, Vrlk, Cepicka, Pecka, Kulda & Tachezy, 2006 | | authority | 1815985 | Roseobacter phage RD-1410Ws-07 | | scientific name | 1816219 | Colwellia sp. PAMC 21821 | | scientific name | 1817 | Micropolyspora | | synonym | 1817 | Micropolyspora Lechevalier et al. 1961 | | authority | 1817 | Nocardia | | scientific name | 1817 | Nocardia Trevisan 1889 | | authority | 1817794 | "Candidatus Lambdaproteobacteria" Anantharaman et al. 2016 | | authority | 1817794 | Candidatus Lambdaproteobacteria | | scientific name | 1817794 | Lambdaproteobacteria | | equivalent name | 1817797 | "Candidatus Coatesbacteria" Anantharaman et al. 2016 | | synonym | 1817797 | "Candidatus Coatesiibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817797 | Candidatus Coatesiibacteriota | | scientific name | 1817797 | Coatesiibacteriota | | equivalent name | 1817799 | "Candidatus Doudnabacteria" Anantharaman et al. 2016 | | synonym | 1817799 | "Candidatus Doudnaibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817799 | Candidatus Doudnaibacteriota | | scientific name | 1817799 | Doudnaibacteriota | | equivalent name | 1817801 | "Candidatus Eisenbacteria" Anantharaman et al. 2016 | | synonym | 1817801 | "Candidatus Eiseniibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817801 | Candidatus Eiseniibacteriota | | scientific name | 1817801 | Eiseniibacteriota | | equivalent name | 1817802 | "Candidatus Firestonebacteria" Anantharaman et al. 2016 | | synonym | 1817802 | "Candidatus Firestoneibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817802 | Candidatus Firestoneibacteriota | | scientific name | 1817802 | Firestoneibacteriota | | equivalent name | 1817806 | "Candidatus Handelsmanbacteria" Anantharaman et al. 2016 | | synonym | 1817806 | "Candidatus Handelsmaniibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817806 | Candidatus Handelsmaniibacteriota | | scientific name | 1817806 | Handelsmaniibacteriota | | equivalent name | 1817807 | "Candidatus Lindowbacteria" Anantharaman et al. 2016 | | synonym | 1817807 | "Candidatus Lindowiibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817807 | Candidatus Lindowiibacteriota | | scientific name | 1817807 | Lindowiibacteriota | | equivalent name | 1817810 | "Candidatus Riflebacteria" Anantharaman et al. 2016 | | synonym | 1817810 | "Candidatus Rifleibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817810 | Candidatus Rifleibacteriota | | scientific name | 1817810 | Rifleibacteriota | | equivalent name | 1817811 | "Candidatus Schekmanbacteria" Anantharaman et al. 2016 | | synonym | 1817811 | "Candidatus Schekmaniibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817811 | Candidatus Schekmaniibacteriota | | scientific name | 1817811 | Schekmaniibacteriota | | equivalent name | 1817832 | Candidatus Doudnabacteria bacterium RIFCSPHIGHO2_02_FULL_46_11 | | scientific name | 1817859 | Candidatus Firestonebacteria bacterium RIFOXYA2_FULL_40_8 | | scientific name | 1817869 | Candidatus Lindowbacteria bacterium RIFCSPLOWO2_02_FULL_62_12 | | scientific name | 1817870 | Candidatus Lindowbacteria bacterium RIFCSPLOWO2_12_FULL_62_27 | | scientific name | 1817878 | Candidatus Schekmanbacteria bacterium RBG_13_48_7 | | scientific name | 1817899 | "Candidatus Woykebacteria" Anantharaman et al. 2016 | | synonym | 1817899 | "Candidatus Woykeibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817899 | Candidatus Woykeibacteriota | | scientific name | 1817899 | Woykeibacteriota | | equivalent name | 1817904 | "Candidatus Colwellbacteria" Anantharaman et al. 2016 | | synonym | 1817904 | "Candidatus Colwelliibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817904 | Candidatus Colwelliibacteriota | | scientific name | 1817904 | Colwelliibacteriota | | equivalent name | 1817906 | "Candidatus Jacksonbacteria" Anantharaman et al. 2016 | | synonym | 1817906 | "Candidatus Jacksoniibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817906 | Candidatus Jacksoniibacteriota | | scientific name | 1817906 | Jacksoniibacteriota | | equivalent name | 1817910 | "Candidatus Lloydbacteria" Anantharaman et al. 2016 | | synonym | 1817910 | "Candidatus Lloydiibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817910 | Candidatus Lloydiibacteriota | | scientific name | 1817910 | Lloydiibacteriota | | equivalent name | 1817911 | "Candidatus Nealsonbacteria" Anantharaman et al. 2016 | | synonym | 1817911 | "Candidatus Nealsoniibacteriota" Anantharaman et al. 2016 | | authority | 1817911 | Candidatus Nealsoniibacteriota | | scientific name | 1817911 | Nealsoniibacteriota | | equivalent name | 1817913 | "Candidatus Portnoybacteria" Anantharaman et al. 2016 | | synonym | 1817913 | "Candidatus Portnoyibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817913 | Candidatus Portnoyibacteriota | | scientific name | 1817913 | Portnoyibacteriota | | equivalent name | 1817914 | "Candidatus Ryanbacteria" Anantharaman et al. 2016 | | synonym | 1817914 | "Candidatus Ryaniibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817914 | Candidatus Ryaniibacteriota | | scientific name | 1817914 | Ryaniibacteriota | | equivalent name | 1817917 | "Candidatus Sungbacteria" Anantharaman et al. 2016 | | synonym | 1817917 | "Candidatus Sungiibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817917 | Candidatus Sungiibacteriota | | scientific name | 1817917 | Sungbacteria | | equivalent name | 1817917 | Sungiibacteriota | | equivalent name | 1817925 | "Candidatus Zambryskibacteria" Anantharaman et al. 2016 | | synonym | 1817925 | "Candidatus Zambryskiibacteriota" corrig. Anantharaman et al. 2016 | | authority | 1817925 | Candidatus Zambryskiibacteriota | | scientific name | 1817925 | Zambryskiibacteriota | | equivalent name | 1819295 | Nodularia spumigena CENA596 | | scientific name | 1820010 | Paenibacillus aceti | | scientific name | 1820010 | Paenibacillus aceti Li et al. 2016 | | authority | 1820010 | Paenibacillus sp. L14 | | includes | 1820382 | Daphnia similoides sinensis | | synonym | 1820382 | Daphnia sinensis | | scientific name | 1820382 | Daphnia sinensis Gu, Xu, Lin, Dumont & Han, 2013 | | authority | 1820614 | Rhizobium sp. PEPV16 | | scientific name | 1821036 | "Reichenbachiella versicolor" Shi 2017 | | authority | 1821036 | Reichenbachiella sp. DC003 | | includes | 1821036 | Reichenbachiella versicolor | | scientific name | 182136 | Bacillus barbaricus | | synonym | 182136 | Bacillus barbaricus Taubel et al. 2003 | | authority | 182136 | Fictibacillus barbaricus | | scientific name | 182136 | Fictibacillus barbaricus (Taubel et al. 2003) Glaeser et al. 2013 | | authority | 1821960 | Edwardsiella anguillarum | | scientific name | 1821960 | Edwardsiella anguillarum Shao et al. 2015 | | authority | 1822222 | Erythrobacter sp. HI0019 | | scientific name | 1822227 | Erythrobacter sp. HI0028 | | scientific name | 1822240 | Erythrobacter sp. HI0063 | | scientific name | 1822249 | Erythrobacter sp. HI0074 | | scientific name | 182238 | Hypomesinae | | scientific name | 1822464 | Paraburkholderia | | scientific name | 1822464 | Paraburkholderia Sawana et al. 2015 | | synonym | 1822464 | Paraburkholderia Sawana et al. 2015 emend. Dobritsa and Samadpour 2016 | | authority | 1822465 | environmental samples | environmental samples | scientific name | 1822466 | uncultured Paraburkholderia sp. | | scientific name | 182269 | Aurantimonas | | scientific name | 182269 | Aurantimonas Denner et al. 2003 | | authority | 182269 | Aurantimonas Denner et al. 2003 emend. Rathsack et al. 2011 | | authority | 182270 | Aurantimonas coralicida | | scientific name | 182270 | Aurantimonas coralicida Denner et al. 2003 | | authority | 182270 | Aurantimonas coralicida Denner et al. 2003 emend. Rathsack et al. 2011 | | authority | 182276 | Artomyces | | scientific name | 182276 | Artomyces Julich, 1982 | | authority | 1824 | "Actinomyces asteroides" (Eppinger 1891) Gasperini 1894 | | authority | 1824 | "Actinomyces eppinger" (sic) (Rossi -Doria 1891) Namyslowski 1912 | | authority | 1824 | "Actinomyces eppingeri" (Rossi-Doria 1891) Berestnev 1897 | | authority | 1824 | "Asteroides asteroides" (Eppinger 1891) Puntoni and Leonardi 1935 | | authority | 1824 | "Cladothrix asteroides" Eppinger 1891 | | authority | 1824 | "Discomyces asteroides" (Eppinger 1891) Gedoelst 1902 | | authority | 1824 | "Oospora asteroides" (Eppinger 1891) Sauvageau and Radais 1892 | | authority | 1824 | "Proactinomyces asteroides" (Eppinger 1891) Baldacci 1937 | | authority | 1824 | "Streptothrix eppingerii" (sic) Rossi-Doria 1891 | | authority | 1824 | "Streptotrix asteroides" (sic) (Eppinger 1891) Gasperini 1892 | | authority | 1824 | Actinomyces asteroides | | synonym | 1824 | Actinomyces eppinger | | synonym | 1824 | Actinomyces eppingeri | | synonym | 1824 | Asteroides asteroides | | synonym | 1824 | Cladothrix asteroides | | synonym | 1824 | Discomyces asteroides | | synonym | 1824 | Nocardia asteroides | | scientific name | 1824 | Nocardia asteroides (Eppinger 1891) Blanchard 1896 | | authority | 1824 | Nocardia asteroides (Eppinger 1891) Blanchard 1896 emend. Nouioui et al. 2018 | | authority | 1824 | Oospora asteroides | | synonym | 1824 | Proactinomyces asteroides | | synonym | 1824 | Streptothrix eppingerii | | synonym | 1824 | Streptotrix asteroides | | synonym | 1824618 | Cuscuta subgen. Grammica | | scientific name | 1824618 | Cuscuta subgen. Grammica (Lour.) Peter, 1891 | | authority | 1824618 | Grammica | | synonym | 1824618 | Grammica Lour., 1790 | | authority | 1824621 | Cuscuta subgen. Cuscuta | | scientific name | 1824901 | Cuscuta sect. Cleistogrammica | | scientific name | 1824901 | Cuscuta sect. Cleistogrammica Engelm., 1859 | | authority | 182511 | Cytheroidea | | scientific name | 1825620 | Aspergillus pseudocaelatus | | scientific name | 1825620 | Aspergillus pseudocaelatus Varga, Samson & Frisvad, 2011 | | authority | 1825620 | Aspergillus sp. CBS 117616 | | includes | 1825787 | Chryseomonas asuensis | | synonym | 1825787 | Chryseomonas asuensis (Reddy and Garcia-Pichel 2015) Saati-Santamaria et al. 2021 | | authority | 1825787 | Pseudomonas asuensis | | scientific name | 1825787 | Pseudomonas asuensis Reddy and Garcia-Pichel 2015 | | authority | 1825933 | Rhizobium sp. WYCCWR10014 | | scientific name | 182639 | Hongia | | synonym | 182639 | Hongia Lee et al. 2000 | | authority | 182639 | Kribbella | | scientific name | 182639 | Kribbella Park et al. 1999 | | authority | 182639 | Kribbella Park et al. 1999 emend. Avtukh et al. 2023 | | authority | 182639 | Kribbella Park et al. 1999 emend. Everest et al. 2003 | | authority | 182639 | Kribbella Park et al. 1999 emend. Sohn et al. 2003 | | authority | 182640 | Kribbella flavida | | scientific name | 182640 | Kribbella flavida Park et al. 1999 | | authority | 182640 | Nocardioides fulvus IFO 14399 | | includes | 1827 | Rhodococcus | Rhodococcus | scientific name | 1827 | Rhodococcus (subgen. Anisorhodococcus) Val-Calvo et al. 2025 | | includes | 1827 | Rhodococcus (subgen. Pararhodococcus) Val-Calvo et al. 2025 | | includes | 1827 | Rhodococcus (subgen. Rhodococcus) | | includes | 1827 | Rhodococcus (subgen. Rhodococcus) (Zopf 1891) Val-Calvo et al. 2025 | | authority | 1827 | Rhodococcus Zopf 1891 (Approved Lists 1980) | | authority | 1827 | Rhodococcus Zopf 1891 (Approved Lists 1980) emend. Val-Calvo and Vazquez-Boland 2023 | | authority | 182709 | Oceanobacillus | | scientific name | 182709 | Oceanobacillus Lu et al. 2002 emend. Hirota et al. 2013 | | authority | 182709 | Oceanobacillus Lu et al. 2002 emend. Lee et al. 2006 | | authority | 182709 | Oceanobacillus Lu et al. 2002 emend. Yumoto et al. 2005 | | authority | 1827195 | Caballeronia | | scientific name | 1827195 | Caballeronia Dobritsa and Samadpour 2016 | | authority | 1827295 | Microbacterium sp. MYb50 | | scientific name | 1827481 | Enterobacter sp. ODB01 | | scientific name | 1827502 | Lentibacillus populi | | scientific name | 1827502 | Lentibacillus populi Sun et al. 2016 | | authority | 1827502 | Virgibacillus sp. WD4L-1 | | includes | 1827580 | "Streptomyces nigra" Chen et al. 2018 | | authority | 1827580 | Streptomyces nigra | | scientific name | 1827580 | Streptomyces sp. 452 | | includes | 1828 | "Bacterium fascians" (Tilford 1936) Lacey 1939 | | authority | 1828 | "Mycobacterium luteum" Sohngen 1913 | | synonym | 1828 | "Phytomonas fascians" Tilford 1936 | | authority | 1828 | "Pseudobacterium fasciens" (sic) (Tilford 1936) Krasil'nikov 1949 | | authority | 1828 | Bacterium fascians | | synonym | 1828 | Corynebacterium fascians | | synonym | 1828 | Corynebacterium fascians (Tilford 1936) Dowson 1942 (Approved Lists 1980) | | authority | 1828 | Phytomonas fascians | | synonym | 1828 | Pseudobacterium fasciens | | synonym | 1828 | Rhodococcoides fascians | | scientific name | 1828 | Rhodococcoides fascians (Tilford 1936) Val-Calvo and Vazquez-Boland 2024 | | synonym | 1828 | Rhodococcus fascians (Tilford 1936) Goodfellow 1984 | | synonym | 1828 | Rhodococcus luteus | | synonym | 1828 | Rhodococcus luteus (ex Sohngen 1913) Nesterenko et al. 1982 | | authority | 1828 | Rhodococcus sp. PBTS 2 | | includes | 182803 | Araneus ventricosus | | scientific name | 1828052 | Streptomyces sp. st140 | | scientific name | 1828244 | Streptomyces sp. wa22 | | scientific name | 1828829 | Chroococcidiopsidales cyanobacterium LEGE 13417 | | scientific name | 1829 | "Bacterium mycoides roseum" Grotenfelt 1889 | | authority | 1829 | "Gordona rosea" (Grotenfelt 1889) Tsukamura 1973 | | authority | 1829 | Bacterium mycoides roseum | | synonym | 1829 | Gordona rosea | | synonym | 1829 | Rhodococcus rhodochrous | | scientific name | 1829 | Rhodococcus rhodochrous (Zopf 1891) Tsukamura 1974 (Approved Lists 1980) | | synonym | 1829 | Rhodococcus rhodochrous (Zopf 1891) Tsukamura 1974 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1829 | Rhodococcus rhodochrous (Zopf 1891) Tsukamura 1974 (Approved Lists 1980) emend. Rainey et al. 1995 | | authority | 1829 | Rhodococcus rhodochrous isolate DY5 | | includes | 1829 | Rhodococcus rhodochrous isolate DY6 | | includes | 1829 | Rhodococcus rhodochrous str. J1 | | includes | 1829 | Rhodococcus roseus | | synonym | 1829 | Rhodococcus roseus (ex Grotenfelt 1889) Tsukamura et al. 1991 | | synonym | 1829 | Rhodococcus sp. BX2 | | includes | 182948 | Dendroica | | synonym | 182948 | Setophaga | | scientific name | 182948 | Setophaga Swainson, 1827 | | authority | 1831 | Rhodococcus sp. (in: high G+C Gram-positive bacteria) | | scientific name | 1833 | "Mycobacterium erythropolis" Gray and Thornton 1928 | | authority | 1833 | Arthrobacter hydrocarboglutamicus | | synonym | 1833 | Arthrobacter oxamicetus | | synonym | 1833 | Arthrobacter oxamicetus subsp. propiophenicolus | | synonym | 1833 | Arthrobacter paraffineus | | synonym | 1833 | Arthrobacter picolinophilus | | synonym | 1833 | Arthrobacter picolinophilus Tate and Ensign 1974 (Approved Lists 1980) | | authority | 1833 | Brevibacterium healii | | synonym | 1833 | Brevibacterium ketoglutamicum | | synonym | 1833 | Brevibacterium paraffinoliticum | | synonym | 1833 | Corynebacterium alkanum | | synonym | 1833 | Corynebacterium aurantiacum | | synonym | 1833 | Corynebacterium humiferum | | synonym | 1833 | Corynebacterium sp. WS2071 | | includes | 1833 | Corynebacterium sp. WS2072 | | includes | 1833 | Mycobacterium erythropolis | | synonym | 1833 | Nocardia calcarea | | synonym | 1833 | Nocardia calcarea Metcalf and Brown 1957 (Approved Lists 1980) | | authority | 1833 | Nocardioides simplex ATCC 13260 | | includes | 1833 | Nocardioides simplex ATCC 19565 | | includes | 1833 | Nocardioides simplex ATCC 19566 | | includes | 1833 | Rhodococcus erythropolis | | scientific name | 1833 | Rhodococcus erythropolis (Gray and Thornton 1928) Goodfellow and Alderson 1979 (Approved Lists 1980) | | synonym | 1833 | Rhodococcus sp. 1159 | | includes | 1833 | Rhodococcus sp. ATCC 15108 | | includes | 1833 | Rhodococcus sp. ATCC 15961 | | includes | 1833 | Rhodococcus sp. ATCC 21035 | | includes | 1833 | Rhodococcus sp. BG43 | | includes | 1833 | Rhodococcus sp. BZ4 | | includes | 1833 | Rhodococcus sp. DS-3 | | includes | 1833 | Rhodococcus sp. DSM 6344 | | includes | 1833 | Rhodococcus sp. NCIB 9646 | | includes | 1833 | Rhodococcus sp. NI86/21 | | includes | 1834089 | Mycobacterium sp. 852002-40037_SCH5390672 | | scientific name | 1834096 | Mycobacterium sp. 852002-51152_SCH6134967 | | scientific name | 1834109 | Mycobacterium sp. 852013-50091_SCH5140682 | | scientific name | 1834128 | Mycobacterium sp. E1747 | | scientific name | 1834143 | Mycobacterium sp. E3198 | | scientific name | 1834147 | Mycobacterium sp. E342 | | scientific name | 1834154 | Mycobacterium sp. GA-1841 | | scientific name | 183417 | "Proteus hauseri" Kauffmann 1954 | | authority | 183417 | Proteus genomosp. 3 | | synonym | 183417 | Proteus genomospecies 3 | | synonym | 183417 | Proteus hauseri | | scientific name | 183417 | Proteus hauseri O'Hara et al. 2000 | | authority | 183417 | Proteus vulgaris biogroup 3 | | synonym | 1834191 | "Candidatus Enterococcus testudinis" Schwartzman et al. 2024 | | authority | 1834191 | Candidatus Enterococcus testudinis | | scientific name | 1834191 | Enterococcus sp. 8G7_MSG3316 | | includes | 1834191 | Enterococcus testudinis | | equivalent name | 1835 | Faenia | | includes | 1835 | Faenia Kurup and Agre 1983 | | authority | 1835 | Saccharopolyspora | | scientific name | 1835 | Saccharopolyspora Lacey and Goodfellow 1975 (Approved Lists 1980) emend. Korn-Wendisch et al. 1989 | | authority | 1835722 | Lewinella aquimaris | | synonym | 1835722 | Lewinella aquimaris Jung et al. 2016 | | authority | 1835722 | Lewinella sp. HDW-36 | | includes | 1835722 | Neolewinella aquimaris | | scientific name | 1835722 | Neolewinella aquimaris (Jung et al. 2016) Huang et al. 2022 | | authority | 1835756 | Limnohabitans sp. JirII-29 | | scientific name | 1835766 | Limnohabitans sp. MMS-10A-160 | | scientific name | 1835769 | Limnohabitans sp. MMS-10A-192 | | scientific name | 183663 | Soricinae | | scientific name | 183663 | red-toothed shrews | | genbank common name | 1836787 | "Chthoniobacterales" Sangwan et al. 2004 | | authority | 1836787 | Chthoniobacterales | | scientific name | 183710 | Deinococcaceae | | scientific name | 183710 | Deinococcaceae Brooks and Murray 1981 | | authority | 183710 | Deinococcaceae Brooks and Murray 1981 emend. Rainey et al. 1997 | | authority | 1837130 | Bacillus sp. FJAT-14266 | | scientific name | 183715 | Liparidae | | scientific name | 183715 | Liparididae | | synonym | 183715 | snailfishes | | genbank common name | 183716 | Liparis | Liparis | scientific name | 1837344 | "Propioniciclava sinopodophylli" (Zhang et al. 2017) Li et al. 2022 | | authority | 1837344 | Brevilactibacter sinopodophylli | | synonym | 1837344 | Brevilactibacter sinopodophylli (Zhang et al. 2017) Wenning et al. 2020 | | authority | 1837344 | Propioniciclava sinopodophylli | | scientific name | 1837344 | Propioniciclava sinopodophylli Zhang et al. 2017 | | authority | 1837344 | Propioniciclava sp. TEYR-7 | | includes | 1837929 | Altererythrobacter aerius | | synonym | 1837929 | Altererythrobacter aerius Xue et al. 2016 | | authority | 1837929 | Altererythrobacter sp. 100921-2 | | includes | 1837929 | Tsuneonella aeria | | scientific name | 1837929 | Tsuneonella aeria (Xue et al. 2016) Xu et al. 2020 | | authority | 1838 | Saccharopolyspora hordei | | scientific name | 1838 | Saccharopolyspora hordei Goodfellow et al. 1989 | | authority | 1838142 | Cutaneotrichosporon | | scientific name | 1838142 | Cutaneotrichosporon X.Z. Liu, F.Y. Bai, M. Groenew. & Boekhout, 2015 | | authority | 1839 | Nocardioides | | scientific name | 1839 | Nocardioides Prauser 1976 | | authority | 183924 | Crenarchaeota | Crenarchaeota | synonym | 183924 | Crenarchaeota Cavalier-Smith, 2002 | | authority | 183924 | Thermoprotea | | synonym | 183924 | Thermoprotea Oren et al. 2015 | | authority | 183924 | Thermoprotei | | scientific name | 183924 | Thermoprotei Reysenbach 2002 | | authority | 183925 | Archaeobacteria | | synonym | 183925 | Archaeobacteria Murray 1988 | | authority | 183925 | Methanobacteria | | scientific name | 183925 | Methanobacteria Boone 2002 | | authority | 183963 | "Halomebacteria" Cavalier-Smith 1986 | "Halomebacteria" Cavalier-Smith 1986 | authority | 183963 | Halobacteria | | scientific name | 183963 | Halobacteria Grant et al. 2002 | | synonym | 183963 | Halobacteria Grant et al. 2002 emend. Gupta et al. 2015 | | authority | 183963 | Halomebacteria | Halomebacteria | in-part | 183963 | Halomebacteria Cavalier-Smith, 2002 | Halomebacteria Cavalier-Smith, 2002 | authority | 183967 | Thermoplasmata | | scientific name | 183967 | Thermoplasmata Reysenbach 2002 | | authority | 183968 | Protoarchaea | | synonym | 183968 | Protoarchaea Cavalier-Smith, 2002 | | authority | 183968 | Thermococci | | scientific name | 183968 | Thermococci Zillig and Reysenbach 2002 | | authority | 1839768 | Streptomyces sp. MnatMP-M27 | | scientific name | 1839939 | Rhabditidae incertae sedis | | scientific name | 1841 | Nocardioides albus | | scientific name | 1841 | Nocardioides albus Prauser 1976 | | authority | 1841655 | Agrobacterium sp. B131/95 | | scientific name | 1841864 | "Marseilla massiliensis" Ricaboni et al. 2016 | | authority | 1841864 | Marseilla massiliensis | | scientific name | 1841864 | Prevotella sp. Marseille-P2475 | | includes | 184208 | Psathyrellaceae | | scientific name | 1842535 | Blastomonas sp. RAC04 | | scientific name | 1843185 | Halostella | | scientific name | 1843185 | Halostella Song et al. 2016 | | authority | 1843210 | Anaerocolumna | | scientific name | 1843210 | Anaerocolumna Ueki et al. 2016 | | authority | 1843371 | Acinetobacter guerrae | | scientific name | 1843371 | Acinetobacter guerrae Carvalheira et al. 2020 | | authority | 1843371 | Acinetobacter sp. Ac_1271 | | includes | 1843371 | Acinetobacter sp. TUM15565 | | includes | 1843371 | Acinetobacter sp. WCHAc060096 | | includes | 1843488 | Acidaminococcales | | scientific name | 1843488 | Acidaminococcales Campbell et al. 2015 | | authority | 1843489 | Veillonellales | | scientific name | 1843489 | Veillonellales Campbell et al. 2015 | | authority | 1843490 | Sporomusa subbranch | | synonym | 1843490 | Sporomusaceae | | scientific name | 1843490 | Sporomusaceae Campbell et al. 2015 | | authority | 1843491 | Selenomonadaceae | | scientific name | 1843491 | Selenomonadaceae Campbell et al. 2015 | | authority | 1843491 | Selenomonadaceae Campbell et al. 2015 emend. Heng et al. 2025 | | authority | 1843691 | Pseudomonas sp. 1D4 | | scientific name | 1844094 | Pseudomonas sp. 24 E 1 | | scientific name | 1844096 | Pseudomonas sp. 24 R 17 | | scientific name | 184430 | Coprinellus | | scientific name | 184430 | Coprinellus P. Karst., 1879 | | authority | 184430 | Ozonium | | synonym | 184430 | Ozonium Link, 1809 | | authority | 184430 | mitosporic Ascomycota | mitosporic Ascomycota | in-part | 184431 | Coprinopsis | | scientific name | 184431 | Coprinopsis P. Karst., 1881 | | authority | 184431 | Hormographiella | | synonym | 184431 | Hormographiella Guarro & Gene, 1992 | | authority | 1847 | Actinobispora | | synonym | 1847 | Actinobispora Jiang et al. 1991 | | authority | 1847 | Amycolata | | includes | 1847 | Amycolata Lechevalier et al. 1986 | | authority | 1847 | Pseudamycolata | | includes | 1847 | Pseudoamycolata | | includes | 1847 | Pseudoamycolata Akimov et al. 1989 | | authority | 1847 | Pseudonocardia | | scientific name | 1847 | Pseudonocardia Henssen 1957 (Approved Lists 1980) | | authority | 1847 | Pseudonocardia Henssen 1957 (Approved Lists 1980) emend. Huang et al. 2002 | | authority | 1847 | Pseudonocardia Henssen 1957 (Approved Lists 1980) emend. Park et al. 2008 | | authority | 1847 | Pseudonocardia Henssen 1957 (Approved Lists 1980) emend. Reichert et al. 1998 | | authority | 1847 | Pseudonocardia Henssen 1957 (Approved Lists 1980) emend. Warwick et al. 1994 | | authority | 1848189 | Allomuricauda sp. CP2A | | scientific name | 1848399 | Crassaminicella | | scientific name | 1848399 | Crassaminicella Lakhal et al. 2015 | | authority | 1848399 | Crassaminicella Lakhal et al. 2015 emend. Li et al. 2021 | | authority | 1848605 | Bacillus sp. MYb209 | | scientific name | 1848683 | Microbacterium sp. MYb24 | | scientific name | 1848687 | Microbacterium sp. MYb40 | | scientific name | 1848688 | Microbacterium sp. MYb43 | | scientific name | 1848689 | Microbacterium sp. MYb54 | | scientific name | 1848709 | Paenibacillus sp. MYb63 | | scientific name | 1848900 | Streptomyces sp. ST1015 | | scientific name | 1848935 | Acinetobacter sp. Ac_3412 | | scientific name | 1849 | Actinopolyspora | | scientific name | 1849 | Actinopolyspora Gochnauer et al. 1975 (Approved Lists 1980) | | authority | 1849 | Actinopolyspora Gochnauer et al. 1975 (Approved Lists 1980) emend. Tang et al. 2011 | | authority | 1849069 | Halobacteriaceae archaeon YIM 93745 | | includes | 1849069 | Natrialbaceae archaeon YIM 93707 | | includes | 1849069 | Natrialbaceae archaeon YIM 93745 | | includes | 1849069 | Saliphagus infecundisoli | | scientific name | 1849069 | Saliphagus infecundisoli Yin et al. 2017 | | authority | 1849167 | Marinobacter sp. EhN04 | | scientific name | 1849169 | Marinobacter sp. EhC06 | | scientific name | 184923 | Methylocapsa | | scientific name | 184923 | Methylocapsa Dedysh et al. 2002 emend. Dunfield et al. 2010 | | authority | 1849260 | unclassified Altarchaeales | | equivalent name | 1849260 | unclassified Candidatus Altarchaeales | | scientific name | 1849260 | unclassified Candidatus Altiarchaeales | | includes | 1849551 | Cephaloticoccus | | scientific name | 1849551 | Cephaloticoccus Lin et al. 2016 | | authority | 1849719 | Cytophaga sp. HQYD1 | | includes | 1849719 | Labilibacter aurantiacus | | synonym | 1849719 | Labilibacter aurantiacus Lu et al. 2017 | | authority | 1849719 | Labilibacter sp. HQYD1 | | includes | 1849719 | Saccharicrinis aurantiacus | | scientific name | 1849719 | Saccharicrinis aurantiacus (Lu et al. 2017) Garcia-Lopez et al. 2020 | | synonym | 184977 | Decorospora | | scientific name | 184977 | Decorospora Inderb., Kohlm. & Volkm.-Kohlm., 2002 | | authority | 184978 | Decorospora gaudefroyi | | scientific name | 184978 | Decorospora gaudefroyi (Pat.) Inderb., Kohlm. & Volkm.-Kohlm., 2002 | | authority | 184978 | Pleospora gaudefroyi | | synonym | 184978 | Pleospora gaudefroyi Pat., 1887 | | authority | 1849822 | Paraclostridium | | scientific name | 1849822 | Paraclostridium Sasi Jyothsna et al. 2016 | | authority | 1849822 | Paraclostridium Sasi Jyothsna et al. 2016 emend. Bello et al. 2024 | | authority | 1850093 | Hymenobacter nivis | | scientific name | 1850093 | Hymenobacter nivis Kojima et al. 2016 | | authority | 1850093 | Hymenobacter sp. NBRC 111535 | | includes | 1850517 | "Paenibacillus oryzisoli" Zhang et al. 2017 | | authority | 1850517 | Paenibacillus oryzisoli | | scientific name | 1850517 | Paenibacillus oryzisoli Zhang et al. 2025 | | authority | 1850517 | Paenibacillus sp. 1ZS3-15 | | includes | 1850975 | Penicillium cf. corraligerum KAS 2101 | | includes | 1850975 | Penicillium cf. corraligerum KAS 2203 | | includes | 1850975 | Penicillium nucicola | | scientific name | 1850975 | Penicillium nucicola Visagie, Malloch & Seifert, 2016 | | authority | 1850978 | unclassified Rhodanobacteraceae | | scientific name | 1851 | Saccharomonospora | | scientific name | 1851 | Saccharomonospora Nonomura and Ohara 1971 | | authority | 1851019 | Chromohalobacter sp. ST307 | | includes | 1851019 | Larsenimonas sp. ST307 | | includes | 1851019 | Larsenimonas suaedae | | scientific name | 1851019 | Larsenimonas suaedae Xia et al. 2016 | | authority | 1851152 | "Candidatus Rubidus" Pagnier et al. 2015 | | authority | 1851152 | Candidatus Rubidus | | scientific name | 1851152 | Rubidus | | equivalent name | 1851167 | Streptomyces sp. 11-1-2 | | scientific name | 1851187 | Syncephalis fuscata | | scientific name | 1851187 | Syncephalis fuscata Indoh, 1962 | | authority | 1851410 | Sphingomonas sp. UV9 | | scientific name | 1851469 | Trichosporonales | | scientific name | 1851469 | Trichosporonales Boekhout & Fell, 2000 | | authority | 1852 | "Saccharomonospora internatus" (Agre et al. 1974) Greiner-Mai et al. 1988 | | synonym | 1852 | "Thermoactinomyces viridis" Schuurmans et al. 1956 | | authority | 1852 | Micropolyspora internatus | | synonym | 1852 | Micropolyspora internatus Agre et al. 1974 (Approved Lists 1980) | | authority | 1852 | Saccharomonospora viridis | | scientific name | 1852 | Saccharomonospora viridis (Schuurmans et al. 1956) Nonomura and Ohara 1971 (Approved Lists 1980) | | authority | 1852 | Saccharomonospora viridis (Schuurmans et al. 1956) Nonomura and Ohara 1971 emend. Nouioui et al. 2018 | | authority | 1852 | Saccharomonospora viridis (Schuurmans et al. 1956) Nonomura and Ohara 1971 emend. Teo et al. 2021 | | authority | 1852 | Thermoactinomyces viridis | | synonym | 1852384 | "Massilimaliae massiliensis" Traore et al. 2017 | | authority | 1852384 | Massiliimalia massiliensis | | scientific name | 1852384 | Massiliimalia massiliensis Afouda et al. 2019 | | authority | 1852384 | Massilimaliae massiliensis | | synonym | 1852384 | Ruminococcaceae bacterium Marseille-P2963 | | includes | 1852787 | Acidobacteria bacterium ADurb.Bin340 | | scientific name | 1852840 | Candidatus Dependentiae bacterium ADurb.Bin331 | | scientific name | 1852867 | Deltaproteobacteria bacterium ADurb.Bin135 | | scientific name | 1852880 | Firmicutes bacterium ADurb.Bin080 | | scientific name | 1852909 | Spirochaetes bacterium ADurb.Bin133 | | scientific name | 185291 | unclassified Bacteroidales | | scientific name | 1852921 | Tenericutes bacterium ADurb.BinA124 | | scientific name | 1853220 | "Rhodothermaeota" Munoz et al. 2016 | | authority | 1853220 | Rhodothermaeota | | equivalent name | 1853220 | Rhodothermota | | scientific name | 1853220 | Rhodothermota corrig. Munoz et al. 2021 | | synonym | 1853221 | Balneolia | | scientific name | 1853221 | Balneolia Munoz et al. 2017 | | authority | 1853221 | Balneolia Munoz et al. 2017 emend. Hahnke et al. 2016 | | authority | 1853222 | Rhodothermia | | scientific name | 1853222 | Rhodothermia Munoz et al. 2017 | | authority | 1853223 | Balneolales | | scientific name | 1853223 | Balneolales Munoz et al. 2017 | | authority | 1853224 | Rhodothermales | | scientific name | 1853224 | Rhodothermales Munoz et al. 2017 | | authority | 1853224 | Rhodothermales Munoz et al. 2017 emend. Park et al. 2019 | | authority | 1853225 | Salinibacteraceae | | scientific name | 1853225 | Salinibacteraceae Munoz et al. 2016 emend. Hahnke et al. 2016 | | authority | 1853225 | Salinibacteraceae Munoz et al. 2017 | | synonym | 1853225 | Salinibacteraceae Munoz et al. 2017 emend. Park et al. 2019 | | authority | 1853228 | Chitinophagia | | scientific name | 1853228 | Chitinophagia Munoz et al. 2017 | | authority | 1853229 | "Chitinophagales" Munoz et al. 2016 | | authority | 1853229 | Chitinophagales | | scientific name | 1853229 | Chitinophagales Munoz et al. 2017 emend. Hahnke et al. 2016 | | authority | 1853230 | Crocinitomicaceae | | scientific name | 1853230 | Crocinitomicaceae Munoz et al. 2016 | | authority | 1853230 | Crocinitomicaceae Munoz et al. 2016 emend. Bowman 2020 | | authority | 1853231 | Odoribacteraceae | | scientific name | 1853231 | Odoribacteraceae Munoz et al. 2016 emend. Hahnke et al. 2016 | | authority | 1853232 | Hymenobacteraceae | | scientific name | 1853232 | Hymenobacteraceae Munoz et al. 2016 | | authority | 185370 | Acanthocinini | | scientific name | 1854 | "Frankiella" Maire and Tison 1909 | | authority | 1854 | Frankia | | scientific name | 1854 | Frankia Brunchorst 1886 | | authority | 1854 | Frankiella | | synonym | 1854010 | Antrostomus | | scientific name | 1854492 | "Candidatus Sulfurospirillum acididehalogenans" Yang et al. 2022 | | synonym | 1854492 | "Candidatus Sulfurospirillum diekertiae" Buttet et al. 2018 | | authority | 1854492 | Candidatus Sulfurospirillum diekertiae | | synonym | 1854492 | Sulfurospirillum diekertiae | | scientific name | 1854492 | Sulfurospirillum diekertiae Jin et al. 2023 | | authority | 1854492 | Sulfurospirillum sp. ACSDCE | | includes | 1854492 | Sulfurospirillum sp. ACSTCE | | includes | 1854492 | Sulfurospirillum sp. JPD-1 | | includes | 1854492 | Sulfurospirillum sp. SL2-1 | | includes | 1854492 | Sulfurospirillum sp. SL2-2 | | includes | 1854574 | Streptomyces huasconensis | | scientific name | 1854574 | Streptomyces huasconensis Cortes-Albayay et al. 2019 | | authority | 1854574 | Streptomyces sp. HST28 | | includes | 1855288 | Cohnella sp. OV330 | | scientific name | 1855318 | Bradyrhizobium sp. Gha | | scientific name | 1855340 | Nitrosovibrio sp. Nv6 | | scientific name | 1855348 | Streptomyces sp. 3213.3 | | scientific name | 1855352 | Streptomyces sp. TLI_053 | | scientific name | 1855416 | Qipengyuania | | scientific name | 1855416 | Qipengyuania Feng et al. 2015 | | authority | 1855416 | Qipengyuania Feng et al. 2015 ememd. Lee et al. 2025 | | authority | 1855416 | Qipengyuania Feng et al. 2015 ememd. Xu et al. 2020 | | authority | 1855648 | Polynucleobacter sp. UB-Tiil-W10 | | scientific name | 1855823 | Macrococcoides canis | | scientific name | 1855823 | Macrococcoides canis (Gobeli Brawand et al. 2017) Bello et al. 2024 | | synonym | 1855823 | Macrococcus canis | | synonym | 1855823 | Macrococcus canis Gobeli Brawand et al. 2017 | | authority | 1855823 | Macrococcus sp. KM45013 | | includes | 1856685 | Pseudomonas sp. TCU-HL1 | | scientific name | 1856860 | Mycobacterium sp. 1245852.3 | | scientific name | 1856865 | Mycobacterium sp. E3298 | | scientific name | 1857645 | Actinomyces sp. VUL7 | | includes | 1857645 | Actinomyces sp. VUL8 | | includes | 1857645 | Actinomyces vulturis | | scientific name | 1857645 | Actinomyces vulturis Meng et al. 2017 | | authority | 1857889 | Silviavirus | | scientific name | 1857891 | unclassified Silviavirus | | scientific name | 185809 | Pisciforma | | scientific name | 1859128 | "Candidatus Electrothrix" Trojan et al. 2016 | | authority | 1859128 | "Candidatus Electrothrix" Trojan et al. 2016 emend. Hiralal et al. 2025 | | authority | 1859128 | Candidatus Electrothrix | | scientific name | 1859128 | Electrothrix | | equivalent name | 1859130 | "Candidatus Electrothrix marina" Trojan et al. 2016 | | authority | 1859130 | Candidatus Electrothrix marina | | scientific name | 1859130 | Electrothrix marina | | equivalent name | 185978 | unclassified Paenibacillus | | scientific name | 185979 | unclassified Bacillus (in: firmicutes) | | scientific name | 1859940 | Paramyrothecium | | scientific name | 1859940 | Paramyrothecium L. Lombard & Crous, 2016 | | authority | 1859967 | Paramyrothecium foliicola | | scientific name | 1859967 | Paramyrothecium foliicola L. Lombard & Crous, 2016 | | authority | 1860 | Geodermatophilus | | scientific name | 1860 | Geodermatophilus Luedemann 1968 (Approved Lists 1980) emend. Montero-Calasanz et al. 2017 | | authority | 1860090 | Roseobacter sp. MedPE-SWde | | scientific name | 1860091 | Vibrio sp. MedPE-SWchi | | scientific name | 186058 | Cuscuta epithymum | | scientific name | 186058 | Cuscuta epithymum (L.) L., 1759 | | authority | 186058 | Cuscuta europaea var. epithymum | | synonym | 186058 | Cuscuta europaea var. epithymum L., 1753 | | authority | 186058 | clover dodder | | common name | 1861 | Geodermatophilus obscurus | | scientific name | 1861 | Geodermatophilus obscurus Luedemann 1968 (Approved Lists 1980) emend. Montero-Calasanz et al. 2017 | | authority | 1861711 | Nostoc cycadae WK-1 | | scientific name | 1861795 | Colocasiomyini | | scientific name | 186188 | Xylanibacterium | | synonym | 186188 | Xylanibacterium Rivas et al. 2004 | | authority | 186188 | Xylanimicrobium | | synonym | 186188 | Xylanimicrobium Stackebrandt and Schumann 2004 | | authority | 186188 | Xylanimonas | | scientific name | 186188 | Xylanimonas Rivas et al. 2003 | | authority | 186188 | Xylanimonas Rivas et al. 2003 emend. Heo et al. 2020 | | authority | 1862145 | "Nisaea acidiphila" Oh et al. 2017 | | authority | 1862145 | Nisaea acidiphila | | scientific name | 1862145 | Nisaea acidiphila Kwon et al. 2022 | | authority | 1862145 | Nisaea sp. MEBiC11861 | | includes | 1862316 | Sphingobacterium sp. UME9 | | scientific name | 1862317 | Pseudomonas sp. UME65 | | scientific name | 1862318 | Pseudomonas sp. UME83 | | scientific name | 1862323 | Pseudomonas sp. UMC65 | | scientific name | 1862324 | Pseudomonas sp. UMC76 | | scientific name | 1862640 | Erythroxylum coca var. novogranatense | | synonym | 1862640 | Erythroxylum coca var. novogranatense D.Morris, 1889 | | authority | 1862640 | Erythroxylum novogranatense | | scientific name | 1862640 | Erythroxylum novogranatense (D.Morris) Hieron., 1895 | | authority | 186265 | Blossfeldioideae | | synonym | 186265 | Blossfeldioideae Crozier, 2004 | | authority | 186265 | Cactoideae | | scientific name | 186265 | Cactoideae Eaton, 1830 | | authority | 186275 | Echinocereeae | | scientific name | 186275 | Echinocereeae (Britton & Rose) Buxb., 1958 | | authority | 186275 | Pachycereeae | | includes | 186328 | Entomoplasmatales | | scientific name | 186328 | Entomoplasmatales Tully et al. 1993 | | authority | 186329 | Acholeplasmatales | | scientific name | 186329 | Acholeplasmatales Freundt et al. 1984 | | authority | 186332 | Anaeroplasmatales | | scientific name | 186332 | Anaeroplasmatales Robinson and Freundt 1987 | | authority | 186333 | Anaeroplasmataceae | | scientific name | 186333 | Anaeroplasmataceae Robinson and Freundt 1987 | | authority | 186449 | Hyaloscypha hepaticicola/Rhizoscyphus ericae species complex | | scientific name | 186449 | Hymenoscyphus ericae aggregate | | equivalent name | 186449 | Rhizoscyphus ericae complex | | equivalent name | 186466 | Mizuhopecten | | scientific name | 1865 | "Ampullaria" Couch 1963 | | authority | 1865 | Actinoplanes | | scientific name | 1865 | Actinoplanes Couch 1950 (Approved Lists 1980) | | synonym | 1865 | Actinoplanes Couch 1950 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1865 | Amorphoplanes | | synonym | 1865 | Amorphoplanes Roman et al. 2024 | | authority | 1865 | Amorphosporangium | | synonym | 1865 | Amorphosporangium Couch 1963 (Approved Lists 1980) | | authority | 1865 | Ampullariella | | synonym | 1865 | Ampullariella Couch 1964 (Approved Lists 1980) | | authority | 186622 | Acipenseroidei | | scientific name | 186623 | Actinopteri | | scientific name | 186624 | Elopocephala | | scientific name | 186625 | Clupeocephala | | scientific name | 186626 | Otophysa | | synonym | 186626 | Otophysi | | scientific name | 186627 | Cypriniphysae | | scientific name | 186627 | Cypriniphysi | | synonym | 186628 | Characiphysae | | scientific name | 186628 | Characiphysi | | synonym | 186628 | Siluriphysi | | synonym | 186632 | Chanoidei | | scientific name | 186633 | Anotophysa | | synonym | 186633 | Anotophysi | | scientific name | 186634 | Ostarioclupeomorpha | | synonym | 186634 | Otocephala | | synonym | 186634 | Otomorpha | | scientific name | 186650 | "Balneomonas" Takeda et al. 2004 | | authority | 186650 | Balneimonas | | synonym | 186650 | Balneimonas corrig. | | synonym | 186650 | Balneimonas corrig. Takeda et al. 2004 | | authority | 186650 | Balneomonas | | includes | 186650 | Microvirga | | scientific name | 186650 | Microvirga Kanso and Patel 2003 | | authority | 186650 | Microvirga Kanso and Patel 2003 emend. Ardley et al. 2012 | | authority | 186650 | Microvirga Kanso and Patel 2003 emend. Weon et al. 2010 | | authority | 186650 | Microvirga Kanso and Patel 2003 emend. Zhang et al. 2009 | | authority | 186650 | Microvirga Kanso and Patel 2003 emend. Zhang et al. 2019 | | authority | 1866885 | Mycobacterium (subgen. Mycolicibacterium) | | synonym | 1866885 | Mycobacterium (subgen. Mycolicibacterium) (Gupta et al. 2018) Val-Calvo et al. 2025 | | authority | 1866885 | Mycobacterium fortuitum complex | | common name | 1866885 | Mycolicibacterium | | scientific name | 1866885 | Mycolicibacterium Gupta et al. 2018 | | authority | 1866905 | Mycobacterium sp. (ex Dasyatis americana) | | synonym | 1866905 | Mycolicibacterium sp. (ex Dasyatis americana) | | scientific name | 1866924 | bacterium ADurb.Bin212 | | scientific name | 1866929 | bacterium ADurb.Bin425 | | scientific name | 1866933 | bacterium ADurb.BinA028 | | scientific name | 186745 | Scombrinae | | scientific name | 186746 | Scombrini | | scientific name | 186749 | Thunnini | | scientific name | 186761 | "Halomonas glaciei" Reddy et al. 2003 | | authority | 186761 | Halomonas glaciei | | synonym | 186761 | Vreelandella glaciei | | scientific name | 186761 | Vreelandella glaciei de la Haba et al. 2024 | | synonym | 186770 | Marchantiopsida | | scientific name | 186770 | Marchantiopsida Cronquist, Takht. & W.Zimm., 1966 | | authority | 186774 | Marchantiidae | | scientific name | 186774 | Marchantiidae Engl., 1893 | | authority | 186774 | Sphaerocarpidae | | synonym | 186801 | "Clostridia" Rainey 2009 | | authority | 186801 | Clostridia | | scientific name | 186801 | Clostridia Rainey 2010 | | authority | 186802 | Clostridiales | | synonym | 186802 | Clostridiales Prevot 1953 (Approved Lists 1980) | | authority | 186802 | Eubacteriales | | scientific name | 186802 | Eubacteriales Buchanan 1917 (Approved Lists 1980) | | authority | 186802 | Eubacteriales Buchanan 1917 (Approved Lists 1980) emend. Gerritsen et al. 2014 | | authority | 186802 | Eubacteriales Buchanan 1917 (Approved Lists 1980) emend. Tindall 2019 | | authority | 186803 | Lachnospiraceae | | scientific name | 186803 | Lachnospiraceae Rainey 2010 | | authority | 186804 | Clostridium cluster XI | | synonym | 186804 | Peptostreptococcaceae | | scientific name | 186804 | Peptostreptococcaceae Ezaki 2010 | | authority | 186804 | Peptostreptococcaceae Ezaki 2010 emend. Bello et al. 2024 | | authority | 186806 | Eubacteriaceae | | scientific name | 186806 | Eubacteriaceae Ludwig et al. 2010 | | authority | 186807 | Peptococcaceae | | scientific name | 186807 | Peptococcaceae Rogosa 1971 (Approved Lists 1980) | | authority | 186807 | Peptococcaceae Rogosa 1971 (Approved Lists 1980) emend. Lv et al. 2020 | | authority | 186814 | Thermoanaerobacteraceae | | scientific name | 186814 | Thermoanaerobacteraceae Wiegel 2010 | | authority | 186817 | Bacillaceae | | scientific name | 186817 | Bacillaceae Fischer 1895 (Approved Lists 1980) | | authority | 186817 | Bacillaceae Fischer 1895 (Approved Lists 1980) emend. Li et al. 2024 | | authority | 186818 | Caryophanaceae | | scientific name | 186818 | Caryophanaceae Peshkoff 1939 (Approved Lists 1980) | | authority | 186818 | Caryophanaceae Peshkoff 1939 (Approved Lists 1980) emend. Li et al. 2024 | | authority | 186818 | Planococcaceae | | synonym | 186818 | Planococcaceae Krasil'nikov 1949 (Approved Lists 1980) | | authority | 186820 | "Listeriaceae" Stuart and Welshimer 1974 | | authority | 186820 | Listeriaceae | | scientific name | 186820 | Listeriaceae Ludwig et al. 2010 | | synonym | 186820 | Listeriaceae Ludwig et al. 2010 emend. Bouznada et al. 2025 | | authority | 186821 | Sporolactobacillaceae | | scientific name | 186821 | Sporolactobacillaceae Ludwig et al. 2010 | | authority | 186821 | Sporolactobacillaceae Ludwig et al. 2010 emend. Li et al. 2024 | | authority | 1868215 | Orthopneumovirus | | scientific name | 186822 | Paenibacillaceae | | scientific name | 186822 | Paenibacillaceae De Vos et al. 2010 | | authority | 186822 | Paenibacillaceae De Vos et al. 2010 emend. Li et al. 2024 | | authority | 186823 | Alicyclobacillaceae | | scientific name | 186823 | Alicyclobacillaceae Costa and Rainey 2010 emend. Li et al. 2024 | | authority | 186823 | Alicyclobacillaceae da Costa and Rainey 2010 | | authority | 186823 | Alicyclobacillaceae da Costa and Rainey 2010 emend. Klenk et al. 2011 | | authority | 186823 | Alicyclobacillus group | | synonym | 186823 | Low G+C gram-positive sulfur-oxidizing group | | synonym | 186824 | Thermoactinomycetaceae | | scientific name | 186824 | Thermoactinomycetaceae Matsuo et al. 2006 | | authority | 186824 | Thermoactinomycetaceae Matsuo et al. 2006 emend. Li et al. 2012 | | authority | 186824 | Thermoactinomycetaceae Matsuo et al. 2006 emend. Li et al. 2024 | | authority | 186824 | Thermoactinomycetaceae Matsuo et al. 2006 emend. Yassin et al. 2009 | | authority | 186824 | Thermoactinomycetaceae Matsuo et al. 2006 emend. von Jan et al. 2011 | | authority | 186826 | Lactobacillales | | scientific name | 186826 | Lactobacillales Ludwig et al. 2010 | | authority | 186827 | Aerococcaceae | | scientific name | 186827 | Aerococcaceae Ludwig et al. 2010 | | authority | 186828 | Carnobacteriaceae | | scientific name | 186828 | Carnobacteriaceae Ludwig et al. 2010 | | authority | 1868329 | Xanthomarina | | scientific name | 1868329 | Xanthomarina Vaidya et al. 2015 | | authority | 1869185 | Taibaiella sp. | | scientific name | 1869190 | Roseomonas sp. | | scientific name | 1869212 | Chitinophagaceae bacterium | | scientific name | 1869214 | Pararheinheimera sp. | | synonym | 1869214 | Rheinheimera sp. | | scientific name | 1869227 | Bacteria bacterium | | synonym | 1869227 | Bacteria sp. | | synonym | 1869227 | Bacterial sp. | | synonym | 1869227 | Bacterium sp. | | synonym | 1869227 | Unknown eubacteria | | synonym | 1869227 | Unknown eubacterium | | synonym | 1869227 | bacterium | | scientific name | 1869227 | unclassified bacterium | | synonym | 1869227 | unidentified bacteria | | synonym | 1869227 | unidentified bacterium | | synonym | 1869227 | unidentified eubacterium | | synonym | 1869227 | unknown bacteria | | synonym | 186928 | unclassified Lachnospiraceae | | scientific name | 1869299 | Desulfobacterales bacterium S5133MH4 | | scientific name | 1869303 | Desulfobacterales bacterium C00003060 | | scientific name | 1869308 | Desulfuromonadales bacterium C00003093 | | scientific name | 186931 | Thialkalivibrio nitratireducens | | synonym | 186931 | Thioalkalivibrio nitratireducens | | scientific name | 186931 | Thioalkalivibrio nitratireducens corrig. Sorokin et al. 2003 | | authority | 1869337 | Parabacteroides sp. | | scientific name | 186995 | Rhinolophinae | | scientific name | 1870822 | "Candidatus Aegiribacteria" Hamilton et al. 2016 | | authority | 1870822 | Aegiribacteria | | equivalent name | 1870822 | Candidatus Aegiribacteria | | scientific name | 1870884 | Clostridioides | | scientific name | 1870884 | Clostridioides Lawson et al. 2016 | | authority | 1870884 | Clostridioides Lawson et al. 2016 emend. Bello et al. 2024 | | authority | 1870904 | Shinella sp. | | scientific name | 1871011 | "Bacillus massiliogabonensis" (ex Mourembou et al. 2017) Sarr et al. 2020 | | authority | 1871011 | "Bacillus massiliogabonensis" Mourembou et al. 2017 | | authority | 1871011 | Bacillus massiliigabonensis corrig. Sarr et al. 2021 | | authority | 1871011 | Bacillus massiliogabonensis | | synonym | 1871011 | Bacillus sp. Marseille-P2639 | | includes | 1871011 | Cytobacillus massiliigabonensis | | scientific name | 1871011 | Cytobacillus massiliigabonensis (Sarr et al. 2021) Liu et al. 2023 | | authority | 1871013 | "Parabacteroides timonensis" (ex Bilen et al. 2016) Bilen et al. 2019 | | synonym | 1871013 | Parabacteroides sp. Marseille-P3236 | | includes | 1871013 | Parabacteroides timonensis | | scientific name | 1871013 | Parabacteroides timonensis Bilen et al. 2025 | | authority | 1871037 | Flavobacteriaceae bacterium | | scientific name | 1871043 | Variovorax sp. | | scientific name | 1871047 | Chryseobacterium sp. | | scientific name | 1871047 | Planobacterium sp. | | synonym | 1871047 | Sejongia sp. | | synonym | 1871048 | Devosia sp. | | scientific name | 1871049 | Pseudoxanthomonas sp. | | scientific name | 1871052 | Afipia sp. | | scientific name | 1871052 | Oligotropha sp. | | synonym | 1871053 | Phenylobacterium sp. | | scientific name | 1871066 | Mesorhizobium sp. | | scientific name | 1871070 | Oxalobacteraceae bacterium | | scientific name | 1871071 | Comamonadaceae bacterium | | scientific name | 1871086 | Brevundimonas sp. | | scientific name | 1871111 | Acinetobacter defluvii | | scientific name | 1871111 | Acinetobacter defluvii Hu et al. 2017 | | authority | 1871111 | Acinetobacter sp. Ac_1538 | | includes | 1871111 | Acinetobacter sp. WCHA30 | | includes | 1871328 | Kocuria sp. | | scientific name | 1872085 | Williamsia sp. | | scientific name | 1872090 | Acetatifactor sp. | | scientific name | 1872094 | Acetobacterium sp. | | scientific name | 1872118 | Acidithiobacillus sp. | | scientific name | 1872119 | Acidobacterium sp. | | scientific name | 1872122 | Acidovorax sp. | | scientific name | 1872419 | Ahrensia sp. | | scientific name | 1872421 | Akkermansia sp. | | scientific name | 1872424 | Albidovulum sp. | | scientific name | 1872424 | Defluviimonas sp. | | synonym | 1872427 | Alcanivorax sp. | | scientific name | 1872429 | Algicola sp. | | scientific name | 1872435 | Algoriphagus sp. | | scientific name | 1872444 | Alistipes sp. | | scientific name | 1872504 | Amylibacter sp. | | scientific name | 1872523 | Anaeroplasma sp. | | scientific name | 1872578 | Aquabacterium sp. | | scientific name | 1872589 | Aquincola sp. | | scientific name | 1872635 | Arenimonas sp. | | scientific name | 1872635 | Aspromonas sp. | | synonym | 1872650 | Atopobium sp. | | scientific name | 1872678 | Alteromonas fuliginea | | synonym | 1872678 | Alteromonas fuliginea KMM216T | | includes | 1872678 | Pseudoalteromonas fuliginea | | scientific name | 1872678 | Pseudoalteromonas fuliginea (Romanenko et al. 1995) Machado et al. 2016 | | authority | 1872678 | Pseudoalteromonas sp. S2292 | | includes | 187271 | unclassified Ectothiorhodospiraceae | | scientific name | 187272 | Alkalilimnicola ehrlichii ATCC BAA-1101 | | synonym | 187272 | Alkalilimnicola ehrlichii MLHE-1 | | scientific name | 187272 | Alkalilimnicola ehrlichii str. MLHE-1 | | equivalent name | 187272 | Alkalilimnicola ehrlichii strain MLHE-1 | | equivalent name | 187272 | Mono Lake Gammaproteobacter MLHE-1 | | synonym | 187272 | arsenite-oxidizing bacterium MLHE-1 | | synonym | 187272 | gamma proteobacterium MLHE-1 | | synonym | 1873 | Jishengella | | synonym | 1873 | Jishengella Xie et al. 2011 | | authority | 1873 | Micromonospora | | scientific name | 1873 | Micromonospora rskov 1923 (Approved Lists 1980) | | authority | 1873 | Micromonospora rskov 1923 emend. Gao et al. 2014 | | authority | 1873 | Micromonospora rskov 1923 emend. Nouioui et al. 2018 | | authority | 1873 | Verrucosispora | | synonym | 1873 | Verrucosispora Rheims et al. 1998 | | authority | 1873 | Verrucosispora Rheims et al. 1998 emend. Xi et al. 2012 | | authority | 1873 | Xiangella | | synonym | 1873 | Xiangella Wang et al. 2013 | | authority | 1873425 | Paenibacillus sp. RTAE36 | | includes | 1873425 | Paenibacillus tritici | | scientific name | 1873425 | Paenibacillus tritici Menendez et al. 2017 | | authority | 1873462 | Microbacteriaceae bacterium | | scientific name | 1873897 | Cupriavidus sp. | | scientific name | 1874826 | Novosphingobium sp. | | scientific name | 187492 | Oleibacter | | synonym | 187492 | Oleibacter Teramoto et al. 2011 | | authority | 187492 | Thalassolituus | | scientific name | 187492 | Thalassolituus Yakimov et al. 2004 | | synonym | 187620 | Proisotominae | | scientific name | 187734 | Alternaria alternata complex | | scientific name | 187734 | Alternaria alternata sensu lato | | synonym | 187857 | Aquificae | Aquificae | synonym | 187857 | Aquificae Reysenbach 2002 | | synonym | 187857 | Aquificae Reysenbach 2002 emend. Gupta and Lali 2013 | | authority | 187857 | Aquificia | | scientific name | 187857 | Aquificia corrig. | | synonym | 187857 | Aquificia corrig. Reysenbach 2002 | | authority | 1879010 | Bacillota bacterium | | scientific name | 1879010 | Firmicutes bacterium | | synonym | 1879320 | Ruegeria sp. | | scientific name | 1880836 | Shewanella sp. 10N.286.51.B7 | | scientific name | 1880838 | Shewanella sp. 10N.286.52.C2 | | scientific name | 1880855 | Vibrio sp. 10N.286.49.B3 | | scientific name | 1881016 | Achromobacter sp. MFA1 R4 | | scientific name | 1881018 | Streptomyces sp. KS_5 | | scientific name | 1881024 | Streptomyces sp. 2112.2 | | scientific name | 1881025 | Streptomyces sp. 2314.4 | | scientific name | 1881030 | Devosia sp. YR412 | | scientific name | 1881035 | Mitsuaria sp. PDC51 | | scientific name | 1881048 | Mucilaginibacter sp. OK268 | | scientific name | 188143 | Enterovibrio | | scientific name | 188143 | Enterovibrio Thompson et al. 2002 emend. Liu et al. 2016 | | authority | 188143 | Enterovibrio Thompson et al. 2002 emend. Pascual et al. 2009 | | authority | 188144 | Enterovibrio norvegicus | | scientific name | 188144 | Enterovibrio norvegicus Thompson et al. 2002 | | authority | 188144 | Vibrio sp. LMG 19839 | | includes | 1881751 | Cecidomyiidae sp. BOLD-2016 | | scientific name | 1881782 | Orthocentrinae sp. BOLD-2016 | | scientific name | 1881785 | Platygastridae sp. BOLD-2016 | | scientific name | 1882221 | Novosphingobium sp. PY1 | | scientific name | 1882271 | Geodermatophilaceae bacterium | | scientific name | 1882482 | Testicularia | | scientific name | 1882482 | Testicularia Klotzsch, 1832 | | authority | 1882483 | Testicularia cyperi | | scientific name | 1882483 | Testicularia cyperi Klotzsch, 1832 | | authority | 1882762 | Bacillus sp. OK838 | | scientific name | 1882763 | Bacillus sp. OV166 | | scientific name | 1882795 | Burkholderia sp. OK233 | | scientific name | 1882945 | Brevibacillus sp. | | scientific name | 1883 | "Microstreptospora" Yan et al. | | synonym | 1883 | Actinopycnidium Krasil'nikov 1962 | | synonym | 1883 | Actinosporangium Krasil'nikov and Yuan 1961 | | synonym | 1883 | Chainia | | synonym | 1883 | Chainia Thirumalachar 1955 | | authority | 1883 | Elytrosporangium Falcao de Morais et al. 1966 | | synonym | 1883 | Kitasatoa Matsumae and Hata 1968 (Approved Lists 1980) | | synonym | 1883 | Microellobosporia | | synonym | 1883 | Microellobosporia Cross et al. 1963 (Approved Lists 1980) | | authority | 1883 | Streptomyces | | scientific name | 1883 | Streptomyces Waksman and Henrici 1943 (Approved Lists 1980) | | authority | 1883 | Streptomyces Waksman and Henrici 1943 (Approved Lists 1980) emend. Wellington et al. 1992 | | authority | 1883 | Streptomyces Waksman and Henrici 1943 (Approved Lists 1980) emend. Witt and Stackebrandt 1991 | | authority | 1883 | Streptoverticillium Baldacci 1958 | | synonym | 1883445 | Pandoraea sp. | | scientific name | 1883446 | Rhodanobacter sp. | | scientific name | 1883453 | Pseudomonas sp. CO183 | | scientific name | 1884358 | Psychrobacillus sp. OK032 | | scientific name | 1884383 | Variovorax sp. YR752 | | scientific name | 1884429 | Salibacterium | | scientific name | 1884429 | Salibacterium Reddy et al. 2015 | | authority | 1884429 | Salibacterium Reddy et al. 2015 emend. Gupta et al. 2020 | | authority | 1884633 | Cryptococcaceae | | scientific name | 1884633 | Cryptococcaceae Kutz. ex Castell. & Chalm., 1919 | | authority | 1884717 | Pteronotus mesoamericanus | | scientific name | 1884717 | Pteronotus mesoamericanus Smith, 1972 | | authority | 1884717 | Pteronotus parnellii mesoamericanus | | synonym | 1884717 | Pteronotus parnellii mesoamericanus Smith, 1972 | | authority | 188477 | Elysia chlorotica | | scientific name | 188477 | Elysia chlorotica Gould, 1870 | | authority | 188477 | eastern emerald elysia | | genbank common name | 188477 | emerald elysia | | common name | 1886 | "Actinomyces albidoflavus" (Rossi Doria 1891) Gasperini 1894 | | authority | 1886 | "Actinomyces globisporus var. caucasicus" Kudrina 1957 | | authority | 1886 | "Cladothrix albido-flava" (sic) (Rossi Doria 1891) Mace 1901 | | authority | 1886 | Actinomyces albidoflavus | | synonym | 1886 | Actinomyces globisporus var. caucasicus | | synonym | 1886 | Cladothrix albido-flava | | synonym | 1886 | Streptomyces albidoflavus | | scientific name | 1886 | Streptomyces albidoflavus (Rossi Doria 1891) Waksman and Henrici 1948 (Approved Lists 1980) | | synonym | 1886 | Streptomyces albidoflavus (Rossi Doria 1891) Waksman and Henrici 1948 (Approved Lists 1980) emend. Rong et al. 2009 | | authority | 1886 | Streptomyces albidoflavus (Rossi Doria 1891) Waksman and Henrici 1948 emend. Nouioui et al. 2018 | | authority | 1886 | Streptomyces globisporus subsp. caucasicus | | synonym | 1886 | Streptomyces globisporus subsp. caucasicus (Kudrina 1957) Pridham et al. 1958 (Approved Lists 1980) | | authority | 1886 | Streptomyces griseus 45H | | includes | 1886785 | Massilia agri | | scientific name | 1886785 | Massilia agri Chaudhary and Kim 2017 | | authority | 1886785 | Massilia sp. K-3-1 | | includes | 1886785 | Telluria agri | | synonym | 1886785 | Telluria agri (Chaudhary and Kim 2017) Bowman 2023 | | authority | 188708 | "Thermotogia" Cavalier-Smith 2020 | | authority | 188708 | Thermotogae | | scientific name | 188708 | Thermotogae Reysenbach 2002 | | synonym | 188708 | Thermotogae Reysenbach 2002 emend. Bhandari and Gupta 2014 | | authority | 188708 | Thermotogia | | synonym | 188708 | Togobacteria Cavalier-Smith, 2002 | | synonym | 188709 | Thermotogaceae | | scientific name | 188709 | Thermotogaceae Reysenbach 2002 emend. Bhandari and Gupta 2014 | | authority | 188710 | Thermodesulfobacteriales | | scientific name | 188710 | Thermodesulfobacteriales Hatchikian et al. 2002 | | authority | 188711 | Thermodesulfobacteriaceae | | scientific name | 188711 | Thermodesulfobacteriaceae Hatchikian et al. 2002 | | authority | 188786 | Thermaceae | | scientific name | 188786 | Thermaceae da Costa and Rainey 2002 | | authority | 188787 | "Hadobacteria" Cavalier-Smith 1992 emend. Cavalier-Smith 1998 | | authority | 188787 | Deinococci | | scientific name | 188787 | Deinococci Garrity and Holt 2002 | | authority | 188787 | Hadobacteria | | synonym | 188787 | Hadobacteria Cavalier-Smith, 2002 | | authority | 188905 | Jannaschia | | scientific name | 188905 | Jannaschia Wagner-Dobler et al. 2003 | | authority | 188907 | Oleispira | | scientific name | 188907 | Oleispira Yakimov et al. 2003 | | authority | 188913 | Cetobacterium somerae | | scientific name | 188913 | Cetobacterium somerae Finegold et al. 2003 | | authority | 188932 | Pedobacter cryoconitis | | scientific name | 188932 | Pedobacter cryoconitis Margesin et al. 2003 | | authority | 188961 | Reticulomyxidae | | scientific name | 188961 | Reticulomyxidae Page, 1987, emend. Huelsmann, 2014 | | authority | 1889774 | Bacillaceae bacterium | | scientific name | 1889774 | Bacillaceae gen. sp. | | equivalent name | 1889775 | Moraxellaceae bacterium | | scientific name | 1890 | "Actinomyces antibioticus" Waksman and Woodruff 1941 | | authority | 1890 | Actinomyces antibioticus | | synonym | 1890 | Streptomyces antibioticus | | scientific name | 1890 | Streptomyces antibioticus (Waksman and Woodruff 1941) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 1890 | Streptomyces antibioticus (Waksman and Woodruff 1941) Waksman and Henrici 1948 emend. Nouioui et al. 2018 | | authority | 1890 | Streptomyces antibioticus subsp. antibioticus | | includes | 1890291 | Falcatimonas | | scientific name | 1890291 | Falcatimonas Watanabe et al. 2016 | | authority | 1890302 | Bacillus wiedmannii | | scientific name | 1890302 | Bacillus wiedmannii Miller et al. 2016 | | authority | 1890424 | Synechococcales | | scientific name | 1890424 | Synechococcales L.Hoffmann, J.Komarek & J. Kastovsky, 2005 | | authority | 1890426 | Synechococcaceae | | scientific name | 1890426 | Synechococcaceae Komarek & Anagnostidis, 1995 | | authority | 1890429 | Acaryochloridaceae | | scientific name | 1890429 | Acaryochloridaceae Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1890430 | Coelosphaeriaceae | | scientific name | 1890430 | Coelosphaeriaceae Elenkin, 1933 | | authority | 1890436 | Pseudanabaenaceae | | scientific name | 1890436 | Pseudanabaenaceae K.Anagnostidis & J.Komarek, 1988 | | authority | 1890438 | Leptolyngbyaceae | | scientific name | 1890438 | Leptolyngbyaceae Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1890438 | Leptolyngbyoideae | | synonym | 1890438 | Leptolyngbyoideae Anagnostidis & Komarek, 1988 | | authority | 1890449 | Microcystaceae | | scientific name | 1890449 | Microcystaceae Elenkin, 1933 | | authority | 1890450 | Aphanothecaceae | | scientific name | 1890450 | Aphanothecaceae (Komarek & Anagnostidis, 1986) Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1890450 | Aphanothecoideae | | synonym | 1890450 | Aphanothecoideae Komarek & Anagnostidis, 1986 | | authority | 1890497 | Hydrococcaceae | | scientific name | 1890497 | Hydrococcaceae Kutzing, 1843 | | authority | 1890500 | Hyellaceae | | synonym | 1890500 | Hyellaceae Borzi, 1914 | | authority | 1890500 | Pleurocapsaceae | | scientific name | 1890500 | Pleurocapsaceae Geitler, 1925 | | authority | 1890505 | Chroococcidiopsidales | | scientific name | 1890505 | Chroococcidiopsidales Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1890506 | unclassified Chroococcidiopsidales | | scientific name | 1890528 | Chroococcidiopsidaceae | | scientific name | 1890528 | Chroococcidiopsidaceae Chroococcidiopsidaceae Geitler ex Budel, Donner & F.Kauff, 2012 | | authority | 189055 | Penicillium canariense | | scientific name | 189055 | Penicillium canariense S. W. Peterson & Sigler, 2002 | | authority | 189055 | Penicillium canariense S.W. Peterson & Sigler, 2002 | | authority | 1890675 | Herbaspirillum sp. | | scientific name | 1891229 | Pseudomonadales bacterium | | scientific name | 1891233 | Dysgonomonas sp. | | scientific name | 1891238 | Burkholderiales bacterium | | scientific name | 1891241 | Betaproteobacteria bacterium | | scientific name | 1891915 | Actinocrispum | | scientific name | 1891915 | Actinocrispum Hatano et al. 2016 | | authority | 1891919 | Vibrio oreintalis group | | scientific name | 1892249 | Cyanothecaceae | | scientific name | 1892249 | Cyanothecaceae Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1892251 | Coleofasciculaceae | | scientific name | 1892251 | Coleofasciculaceae J.Komarek et al., 2014 emend. Moreira-Fernandes et al., 2021 | | authority | 1892251 | Coleofasciculaceae Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1892252 | Microcoleaceae | | scientific name | 1892252 | Microcoleaceae (Hansgirg, 1889) Komarek et al. 2014 | | authority | 1892252 | Microcoleaceae O.Strunecky, J.R.Johansen & J.Komarek, 2013 | | authority | 1892252 | Microcoleae | | synonym | 1892252 | Microcoleae Hansgirg, 1889 | | authority | 1892254 | Oscillatoriaceae | | scientific name | 1892254 | Oscillatoriaceae (S.F.Gray) Harvey ex Kirchner | | authority | 1892254 | Oscillatoriaceae Engler, 1898 | | authority | 1892254 | Phormidiaceae | | synonym | 1892254 | Phormidiaceae Anagnostidis & Komarek, 1988 | | authority | 1892255 | Gomontiellaceae | | scientific name | 1892255 | Gomontiellaceae Elenkin ex Geitler 1942 | | authority | 1892259 | Aphanizomenonaceae | | scientific name | 1892259 | Aphanizomenonaceae Elenkin | | authority | 1892265 | Gloeotrichiaceae | | scientific name | 1892265 | Gloeotrichiaceae Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 1892297 | unclassified Leptolyngbyaceae | | scientific name | 1892855 | Sphingosinicella sp. BN140058 | | scientific name | 1892896 | Shigella sp. FC130 | | scientific name | 189314 | Graphiini | | synonym | 189314 | Lampropterini | | synonym | 189314 | Leptocircini | | scientific name | 189314 | Teinopalpini | | synonym | 189314 | kite swallowtails | | genbank common name | 189315 | Papilionini | | scientific name | 189315 | fluted swallowtails | | genbank common name | 189330 | Dorea | | scientific name | 189330 | Dorea Taras et al. 2002 | | authority | 189359 | Xylariales incertae sedis | | scientific name | 189359 | anamorphic Xylariales | | includes | 189359 | mitosporic Xylariales | | includes | 1894 | Kitasatospora aureofaciens | | scientific name | 1894 | Kitasatospora aureofaciens (Duggar 1948) Labeda et al. 2017 | | authority | 1894 | Kitasatospora psammotica | | synonym | 1894 | Kitasatospora psammotica (Virgilio and Hengeller 1960) Labeda et al. 2017 | | authority | 1894 | Streptomyces aureifaciens | | equivalent name | 1894 | Streptomyces aureofaciens Duggar 1948 (Approved Lists 1980) | | synonym | 1894 | Streptomyces aureofaciens subsp. aureofaciens | | includes | 1894 | Streptomyces avellaneus | | synonym | 1894 | Streptomyces avellaneus Baldacci and Grein 1966 (Approved Lists 1980) | | authority | 1894 | Streptomyces psammoticus | | synonym | 1894 | Streptomyces psammoticus Virgilio and Hengeller 1960 (Approved Lists 1980) | | authority | 189426 | Paenibacillus odorifer | | scientific name | 189426 | Paenibacillus odorifer Berge et al. 2002 | | authority | 189426 | Paenibacillus sp. TOD45 | | includes | 189478 | Orbiliomycetes | | scientific name | 189478 | Orbiliomycetes O.E. Erikss. & Baral, 2003 | | authority | 189479 | Orbiliales | | scientific name | 189479 | Orbiliales Baral, O.E. Erikss., G. Marson & E. Weber, 2003 | | authority | 1894969 | Micromonospora globbae | | scientific name | 1894969 | Micromonospora globbae Kuncharoen et al. 2018 | | authority | 1894969 | Micromonospora sp. WPS1-2 | | includes | 1895 | Streptomyces avidini | | equivalent name | 1895 | Streptomyces avidinii | | scientific name | 1895 | Streptomyces avidinii Stapley et al. 1964 | | authority | 1895716 | Candidatus Amoebophilus sp. 36-38 | | scientific name | 1895782 | Microbacterium sp. 67-17 | | scientific name | 1895817 | Rhizobiales bacterium 68-8 | | scientific name | 1895822 | Rhodanobacter sp. 67-28 | | scientific name | 1895827 | unclassified Candidatus Saccharimonadota | | scientific name | 1895827 | unclassified Saccharimonadota | | equivalent name | 1895836 | Sphingobacteriales bacterium 41-5 | | scientific name | 1895854 | Spirosoma sp. 48-14 | | scientific name | 1895923 | Bacteroidetes bacterium 43-16 | | scientific name | 1895925 | Bacteroidetes bacterium 46-16 | | scientific name | 1895928 | Chloroflexi bacterium 54-19 | | scientific name | 1896178 | Mortierella sp. 14UC | | scientific name | 1896179 | Mortierella sp. AD010 | | scientific name | 1896180 | Mortierella sp. AD011 | | scientific name | 1896187 | Mortierella sp. GBA30 | | scientific name | 1896188 | Mortierella sp. GBA35 | | scientific name | 189691 | Paenibacillus elgii | | scientific name | 189691 | Paenibacillus elgii Kim et al. 2004 | | authority | 1896965 | Acetobacter sp. 46_36 | | scientific name | 1896977 | Clostridium sp. 26_21 | | scientific name | 1896984 | Clostridium sp. 44_14 | | scientific name | 1897004 | Eubacterium sp. 45_250 | | scientific name | 1897007 | unclassified Candidatus Melainabacteria | | scientific name | 1897007 | unclassified Melainabacteria | | equivalent name | 1897010 | Odoribacter sp. 43_10 | | scientific name | 1897058 | Flavobacterium sp. PL002 | | scientific name | 1897060 | Cryobacterium sp. SO2 | | scientific name | 1897064 | Cryptococcus neoformans species complex | | scientific name | 1897614 | Maribacter sp. | | scientific name | 1897630 | Motiliproteus sp. MSK22-1 | | scientific name | 1897645 | Haplosporangium bisporale | | scientific name | 1897645 | Haplosporangium bisporale Thaxt., 1914 | | authority | 1897645 | Mortierella bisporalis | | synonym | 1897647 | Haplosporangium sp. NRRL A-10996 | | equivalent name | 1897647 | Haplosporangium sp. Z 767 | | scientific name | 189774 | unclassified Chloroflexota | | scientific name | 189778 | "Nitrospirales" Garrity and Holt 2001 | | authority | 189778 | Nitrospirales | | scientific name | 189778 | Nitrospirales Garrity and Holt 2022 | | authority | 189779 | "Nitrospiraceae" Garrity and Holt 2001 | | authority | 189779 | Nitrospiraceae | | scientific name | 189779 | Nitrospiraceae Garrity and Holt 2022 | | authority | 1898038 | Shigella sp. FC1655 | | scientific name | 1898103 | Rhodocyclaceae bacterium | | scientific name | 1898104 | Bacteroidetes bacterium | | synonym | 1898104 | Bacteroidota bacterium | | scientific name | 1898111 | Cryomorphaceae bacterium | | scientific name | 1898112 | Rhodospirillaceae bacterium | | scientific name | 1898203 | Lachnospiraceae bacterium | | scientific name | 1898204 | Clostridiaceae bacterium | | scientific name | 1898206 | Spirochaetaceae bacterium | | scientific name | 1898207 | Clostridiales bacterium | | scientific name | 1898208 | unclassified Acholeplasmataceae | | scientific name | 1898209 | Acholeplasmataceae bacterium | | scientific name | 1898321 | Microbispora sp. | | scientific name | 1898548 | Halanaerobium sp. MDAL1 | | scientific name | 1898978 | Hymenobacter sp. | | scientific name | 1898978 | Parahymenobacter sp. | | synonym | 1898978 | Siccationidurans sp. | | synonym | 1899015 | Acetobacterium sp. MES1 | | scientific name | 189907 | Leptidea | | scientific name | 189913 | Leptidea sinapis | | scientific name | 189913 | Leptidea sinapis (Linnaeus, 1758) | | authority | 189913 | Papilio sinapis | | synonym | 189913 | Papilio sinapis Linnaeus, 1758 | | authority | 1899355 | Oceanospirillaceae bacterium | | scientific name | 1899569 | Spirosoma sp. | | scientific name | 189971 | unclassified Clostridiaceae | | scientific name | 190017 | unclassified Pseudomonadaceae | | scientific name | 190021 | unclassified Methylobacteriaceae | | scientific name | 190021 | unclassified Methylobacterium group | | synonym | 190045 | Bradyrhizobium sp. 2 | | scientific name | 1901 | Streptomyces clavuligerus | | scientific name | 1901 | Streptomyces clavuligerus ATCC 27064 | | includes | 1901 | Streptomyces clavuligerus Higgens and Kastner 1971 | | authority | 1901 | Streptomyces clavuligerus Higgens and Kastner 1971 emend. Nouioui et al. 2018 | | authority | 1901 | Streptomyces clavuligerus NRRL 3585 | | includes | 1901 | Streptomyces sp. LCB69 | | includes | 190195 | Kribbella antibiotica | | scientific name | 190195 | Kribbella antibiotica Li et al. 2004 | | authority | 190195 | Nocardioides sp. YIM 31530 | | includes | 190195 | Nocardioides sp. YIM31530 | | includes | 1902408 | Sphingorhabdus sp. | | scientific name | 1902503 | Marinomonas agarivorans | | scientific name | 1902503 | Marinomonas agarivorans Yu et al. 2020 | | authority | 1902503 | Marinomonas sp. QM202 | | includes | 1903071 | Oceanibulbus sp. | | synonym | 1903071 | Sulfitobacter sp. | | scientific name | 1903157 | Albitalea sp. | | synonym | 1903157 | Piscinibacter sp. | | scientific name | 190323 | "Anguinibacter" Dorofeeva et al. 1999 | | authority | 190323 | Anguinibacter | | synonym | 190323 | Plantibacter | | scientific name | 190323 | Plantibacter Behrendt et al. 2002 | | authority | 1903409 | Erwiniaceae | | scientific name | 1903409 | Erwiniaceae Adeolu et al. 2016 | | authority | 1903410 | Pectobacteriaceae | | scientific name | 1903410 | Pectobacteriaceae Adeolu et al. 2016 | | authority | 1903411 | Yersiniaceae | | scientific name | 1903411 | Yersiniaceae Adeolu et al. 2016 | | authority | 1903412 | Hafniaceae | | scientific name | 1903412 | Hafniaceae Adeolu et al. 2016 | | authority | 1903414 | Morganellaceae | | scientific name | 1903414 | Morganellaceae Adeolu et al. 2016 | | synonym | 1903416 | Budviciaceae | | scientific name | 1903416 | Budviciaceae Adeolu et al. 2016 | | authority | 1903434 | "Atlantibacter" Hata et al. 2016 | | authority | 1903434 | Atlantibacter | | scientific name | 1903434 | Atlantibacter Hata et al. 2025 | | authority | 1903473 | Atlantibacter sp. | | scientific name | 1903720 | Bacilli bacterium | | scientific name | 1903858 | Pseudorhizobium | | scientific name | 1903858 | Pseudorhizobium Kimes et al. 2017 | | authority | 1903858 | Pseudorhizobium Kimes et al. 2017 emend. Lassalle et al. 2021 | | authority | 1904 | "Actinomyces cyaneus" Krasil'nikov 1941 | | authority | 1904 | Actinomyces cyaneus | | synonym | 1904 | Streptomyces cyaneus | | scientific name | 1904 | Streptomyces cyaneus (Krasil'nikov 1941) Waksman 1953 | | authority | 1904044 | Streptomyces sp. ZS0098 | | scientific name | 1904254 | Hydrogenophaga sp. | | scientific name | 1904441 | Paracoccaceae bacterium | | scientific name | 1904441 | Rhodobacteraceae bacterium | | synonym | 1904459 | Alteromonas sp. BZK5 | | scientific name | 1904827 | Chloroflexus sp. | | scientific name | 1904861 | Peptostreptococcaceae bacterium | | scientific name | 1904862 | Marinomonas sp. | | scientific name | 1904944 | Stenotrophomonas sp. LM091 | | scientific name | 1904961 | Actinomadura sp. CNU-125 | | scientific name | 1904961 | Actinomadura sp. CNU-125 PL04 | | equivalent name | 1904961 | Actinomadura sp. CNU125 PL04 | | equivalent name | 1904969 | Saccharomonospora sp. CUA-673 | | scientific name | 1905334 | Thauera sp. | | scientific name | 190563 | Gordea | | scientific name | 190564 | Gordioidea | | scientific name | 1906119 | "Candidatus Gastranaerophilales" Soo et al. 2014 | | authority | 1906119 | Candidatus Gastranaerophilales | | scientific name | 1906119 | Gastranaerophilales | | equivalent name | 1906152 | "Candidatus Obscuribacterales" Soo et al. 2014 | | authority | 1906152 | Candidatus Obscuribacterales | | scientific name | 1906152 | Obscuribacterales | | equivalent name | 1906156 | "Candidatus Obscuribacter" Soo et al. 2014 | | authority | 1906156 | Candidatus Obscuribacter | | scientific name | 1906156 | Obscuribacter | | equivalent name | 1906272 | Paenibacillus sp. JZ16 | | scientific name | 1906665 | archaea archaeon | | synonym | 1906665 | archaeon | | scientific name | 1906666 | Thermoplasmata archaeon | | scientific name | 1906740 | Streptomyces sp. CC53 | | scientific name | 1906945 | "Parageobacillus" Aliyu et al. 2016 | | authority | 1906945 | Parageobacillus | | scientific name | 1906945 | Parageobacillus Aliyu et al. 2019 | | authority | 1907202 | Roseobacter sp. | | scientific name | 190721 | Ralstonia insidiosa | | scientific name | 190721 | Ralstonia insidiosa Coenye et al. 2003 emend. Vaneechoutte et al. 2004 | | authority | 190721 | Ralstonia sp. AU2944 | | includes | 190721 | Ralstonia sp. CCUG 46389 | | includes | 190721 | Ralstonia sp. KO1 | | includes | 1907226 | Chytriomyces cf. hyalinus JEL632 | | scientific name | 1907398 | Chryseobacterium sp. RU33C | | scientific name | 1907414 | Rhizobium sp. RU35A | | scientific name | 1907575 | Frankiales bacterium GAS493 | | synonym | 1907575 | Jatrophihabitans sp. GAS493 | | scientific name | 1908 | "Actinomyces globisporus" Krasil'nikov 1941 | | authority | 1908 | Actinomyces globisporus | | synonym | 1908 | Streptomyces globisporus | | scientific name | 1908 | Streptomyces globisporus (Krasil'nikov 1941) Waksman 1953 emend. Kim et al. 2012 | | authority | 1908240 | Pedobacter mendelii | | scientific name | 1908240 | Pedobacter mendelii Svec et al. 2017 | | authority | 1908240 | Pedobacter sp. RP02016c | | includes | 1908524 | Novosphingobium sp. FSY-9 | | includes | 1908524 | Novosphingobium umbonatum | | scientific name | 1908524 | Novosphingobium umbonatum Sheu et al. 2020 | | authority | 1908690 | Fimbriiglobus ruber | | scientific name | 1908690 | Fimbriiglobus ruber Kulichevskaya et al. 2017 | | authority | 1908690 | Planctomycetaceae bacterium SP5 | | includes | 190893 | "Vibrio coralyticus" Ben-Haim and Rosenberg 2002 | | authority | 190893 | Vibrio coralliilyticus | | scientific name | 190893 | Vibrio coralliilyticus Ben-Haim et al. 2003 | | authority | 190893 | Vibrio corallilyticus | | equivalent name | 190893 | Vibrio coralyticus | | synonym | 190893 | Vibrio sp. LMG 10953 | | includes | 190895 | Vibrio rotiferianus | | scientific name | 190895 | Vibrio rotiferianus Gomez-Gil et al. 2003 | | authority | 1909291 | Frankiales bacterium | | scientific name | 1909293 | Acetobacteraceae bacterium | | scientific name | 1909294 | Hyphomicrobiales bacterium | | scientific name | 1909294 | Rhizobiales bacterium | | equivalent name | 1909295 | Solirubrobacterales bacterium | | scientific name | 1909299 | Blastomonas sp. | | scientific name | 1909299 | Erythromonas sp. | | synonym | 1909378 | Bromelioideae | | scientific name | 1909378 | Bromelioideae Burnett, 1835 | | authority | 1909445 | Salinivibrio sp. IB643 | | scientific name | 1909456 | Salinivibrio sp. MA440 | | scientific name | 190972 | Sedimentibacter | | scientific name | 190972 | Sedimentibacter Breitenstein et al. 2002 | | authority | 191 | Azospirillum | | scientific name | 191 | Azospirillum Tarrand et al. 1979 (Approved Lists 1980) | | authority | 191 | Azospirillum Tarrand et al. 1979 (Approved Lists 1980) emend. Falk et al. 1985 | | authority | 191028 | Leisingera | | scientific name | 191028 | Leisingera Schaefer et al. 2002 emend. Breider et al. 2014 | | authority | 191028 | Leisingera Schaefer et al. 2002 emend. Martens et al. 2006 | | authority | 191028 | Leisingera Schaefer et al. 2002 emend. Vandecandelaere et al. 2008 | | authority | 1910789 | Diutina | | scientific name | 1910789 | Diutina Khunnamw., Jindam., Limtong & Lachance, 2015 | | authority | 1910893 | Cuniculitremaceae | | scientific name | 1910893 | Cuniculitremaceae J.P. Samp., R. Kirschner & M. Weiss, 2001 | | authority | 1911175 | Amycolatopsis sp. BJA-103 | | scientific name | 1911520 | Actinomycetales bacterium | | scientific name | 1911565 | "Candidatus Marispirochaeta" Shivani et al. 2016 | | authority | 1911565 | Candidatus Marispirochaeta | | synonym | 1911565 | Marispirochaeta | | scientific name | 1911565 | Marispirochaeta Shivani et al. 2017 | | authority | 1911577 | Oryzomicrobium | | scientific name | 1911577 | Oryzomicrobium Liu et al. 2017 | | authority | 1911586 | Marinilactibacillus sp. 15R | | scientific name | 1912 | "Actinomyces hygroscopicus" Jensen 1931 | | authority | 1912 | Actinomyces hygroscopicus | | synonym | 1912 | Streptomyces endus | | synonym | 1912 | Streptomyces endus Anderson and Gottlieb 1952 (Approved Lists 1980) | | authority | 1912 | Streptomyces hygroscopicus | | scientific name | 1912 | Streptomyces hygroscopicus (Jensen 1931) Yuntsen et al. 1956 (Approved Lists 1980) emend Labeda and Lyons 1991 | | authority | 1912 | Streptomyces hygroscopicus (Jensen 1931) Yuntsen et al. 1956 (Approved Lists 1980) emend. Komaki et al. 2022 | | authority | 1912 | Streptomyces sp. USC014 | | includes | 1912 | Streptomyces sp. USC019 | | includes | 1912094 | Thalassospira sp. | | scientific name | 1912138 | Croceitalea sp. | | scientific name | 1912216 | Cutibacterium | | scientific name | 1912216 | Cutibacterium Scholz and Kilian 2016 | | authority | 1912246 | Seonamhaeicola marinus | | scientific name | 1912246 | Seonamhaeicola marinus Fang et al. 2017 | | authority | 1912246 | Seonamhaeicola sp. B011 | | includes | 1912599 | "Paraburkholderia acidophila" (Imada et al. 1980) Horsman et al. 2017 | | authority | 1912599 | "Pseudomonas acidophila" Imada et al. 1980 | | authority | 1912599 | Paraburkholderia acidicola | | scientific name | 1912599 | Paraburkholderia acidicola Rudra and Gupta 2021 | | authority | 1912599 | Paraburkholderia acidophila | | synonym | 1912599 | Pseudomonas acidophila | | synonym | 1912891 | Sphingobium sp. | | scientific name | 1912919 | Isoptera | | synonym | 1912919 | Termitoidae | | scientific name | 1912919 | termites | termites | blast name | 1912919 | termites | termites | genbank common name | 191292 | Rhodococcus aetherivorans | | scientific name | 191292 | Rhodococcus aetherivorans Goodfellow et al. 2004 | | authority | 191292 | Rhodococcus sp. BCP1 | | includes | 191292 | Rhodococcus sp. IAR1 | | includes | 1912936 | Suillus cf. variegatus CLC 2186 | | includes | 1912936 | Suillus discolor | | scientific name | 1912936 | Suillus discolor (A.H. Sm., Thiers & O.K. Mill.) N.H. Nguyen, 2016 | | authority | 1912936 | Suillus tomentosus var. discolor | | synonym | 1912936 | Suillus tomentosus var. discolor A.H. Smith, Thiers & O.K. Miller, 1965 | | authority | 191302 | Devosia neptuniae | | scientific name | 191302 | Devosia neptuniae Rivas et al. 2003 | | authority | 191302 | Devosia sp. J1 | | includes | 1913444 | "Candidatus Thiodiazotropha" Konig et al. 2016 | | authority | 1913444 | Candidatus Thiodiazotropha | | scientific name | 1913444 | Thiodiazotropha | | equivalent name | 1913637 | Mucoromycota | | scientific name | 1913637 | mucoromycotan fungi | | blast name | 1913638 | Zoopagomycota | | scientific name | 1913638 | zoopagomycotan fungi | | blast name | 191373 | Pelotomaculum | | scientific name | 191373 | Pelotomaculum Imachi et al. 2002 emend. Qiu et al. 2006 | | authority | 191373 | Pelotomaculum Imachi et al. 2002 emend. de Bok et al. 2005 | | authority | 191391 | Pseudomonas salomonii | | scientific name | 191391 | Pseudomonas salomonii Gardan et al. 2002 | | authority | 191392 | Auxenochlorella | | scientific name | 191392 | Auxenochlorella (Shihira & R.W.Krauss) Kalina & Puncoch., 1987 | | authority | 191392 | Chlorella subgen. Auxenochlorella | | synonym | 191392 | Chlorella subgen. Auxenochlorella I.Shihira & R.W.Krauss, 1965 | | authority | 191393 | Deferribacterales | | scientific name | 191393 | Deferribacterales Huber and Stetter 2002 | | authority | 1913961 | Rhizobiaceae bacterium | | scientific name | 1913980 | Pseudogulbenkiania sp. | | scientific name | 1913988 | Alphaproteobacteria bacterium | | scientific name | 1913989 | Gammaproteobacteria bacterium | | scientific name | 1914 | "Actinomyces lavendulae" Waksman and Curtis 1916 | | authority | 1914 | Actinomyces lavendulae | | synonym | 1914 | Streptomyces lavendulae | | scientific name | 1914 | Streptomyces lavendulae (Waksman and Curtis 1916) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 1914 | Streptomyces lavendulae (Waksman and Curtis 1916) Waksman and Henrici 1948 emend. Nouioui et al. 2018 | | authority | 1914 | Streptomyces sp. HHFA1 | | includes | 191410 | "Chlorobia" (ex Garrity and Holt 2001) Bello et al. 2022 | | synonym | 191410 | Chlorobea | | synonym | 191410 | Chlorobea Cavalier-Smith, 2002 | | authority | 191410 | Chlorobiia | | scientific name | 191410 | Chlorobiia Garrity and Holt 2022 | | authority | 191411 | Chlorobiales | | scientific name | 191411 | Chlorobiales Gibbons and Murray 1978 | | authority | 191411 | Chlorobiales Gibbons and Murray 1978 (Approved Lists 1980) emend. Bello et al. 2022 | | authority | 191412 | "Chlorobiacea" (sic) Copeland 1956 | | authority | 191412 | Chlorobiaceae | | scientific name | 191412 | Chlorobiaceae Copeland 1956 | | synonym | 191412 | Chlorobiaceae Copeland 1956 (Approved Lists 1980) emend. Bello et al. 2022 | | authority | 1914156 | Chiua | | scientific name | 1914156 | Chiua Yan C. Li & Zhu L. Yang, 2016 | | authority | 1914213 | Boletus virens | | synonym | 1914213 | Boletus virens W.F. Chiu, 1948 | | authority | 1914213 | Chiua virens | | scientific name | 1914213 | Chiua virens (W.F. Chiu) Yan C. Li & Zhu L. Yang, 2016 | | authority | 1914213 | Tylopilus chromoreticulatus | | synonym | 1914213 | Tylopilus chromoreticulatus Wolfe & Bougher, 1993 | | authority | 1914213 | Tylopilus piniphilus | | synonym | 1914213 | Tylopilus piniphilus Wolfe & Bougher, 1993 | | authority | 1914213 | Tylopilus virens | | synonym | 1914233 | Gemmataceae | | scientific name | 1914233 | Gemmataceae Kulichevskaya et al. 2017 | | authority | 1914234 | Fimbriiglobus | | scientific name | 1914234 | Fimbriiglobus Kulichevskaya et al. 2017 | | authority | 1914297 | Quinvirinae | | scientific name | 1914299 | Robigovirus | | scientific name | 1914300 | Oceanospirillales bacterium | | scientific name | 1914449 | Rugosibacter | | scientific name | 1914449 | Rugosibacter Corteselli et al. 2017 | | authority | 1914449 | Rugosibacter Corteselli et al. 2017 emend. Kojima et al. 2022 | | authority | 1914450 | Rugosibacter sp. | | scientific name | 1914538 | Pseudomonadaceae bacterium | | scientific name | 1914540 | "Bacillus obstructivus" Tetz and Tetz 2017 | | authority | 1914540 | Bacillus obstructivus | | scientific name | 1914540 | Bacillus sp. VT-16-70 | | includes | 1914915 | Leucobacter sp. OLCALW19 | | scientific name | 1914916 | Leucobacter sp. OLTLW20 | | scientific name | 1914917 | Leucobacter sp. OLAS13 | | scientific name | 1914919 | Leucobacter sp. OLDS2 | | scientific name | 1914921 | Leucobacter sp. OLIS6 | | scientific name | 1914933 | Bacillus sp. RA9 | | includes | 1914933 | Bacillus terrae | | synonym | 1914933 | Bacillus terrae Diez-Mendez et al. 2017 | | authority | 1914933 | Siminovitchia terrae | | scientific name | 1914933 | Siminovitchia terrae (Diez-Mendez et al. 2017) Gupta et al. 2020 | | authority | 191494 | Conexibacter | | scientific name | 191494 | Conexibacter Monciardini et al. 2003 emend. Lee 2017 | | authority | 191495 | Conexibacter woesei | | scientific name | 191495 | Conexibacter woesei Monciardini et al. 2003 | | authority | 191495 | Conexibacter woesei Monciardini et al. 2003 emend. Nouioui et al. 2018 | | authority | 1914963 | Marinicola seohaensis | | synonym | 1914963 | Marinicola seohaensis Yoon et al. 2005 | | authority | 1914963 | Roseivirga seohaensis | | scientific name | 1914963 | Roseivirga seohaensis (Yoon et al. 2005) Lau et al. 2006 | | authority | 1915 | Streptomyces lincolnensis | | scientific name | 1915 | Streptomyces lincolnensis Mason et al. 1963 | | authority | 1915 | Streptomyces lincolnensis Mason et al. 1963 emend. Nouioui et al. 2018 | | authority | 1915004 | Streptococcus sp. 'caviae' | | scientific name | 19151 | Eruca | | scientific name | 19151 | Eruca Mill. | | authority | 1915308 | unclassified Oligoflexia | | scientific name | 1915389 | Stenotrophomonas sp. KAs 5-3 | | scientific name | 1915401 | Roseitalea | | scientific name | 1915401 | Roseitalea Hyeon et al. 2017 | | authority | 1915402 | Roseitalea sp. | | scientific name | 1915412 | "Candidatus Methanosuratincola" corrig. Vanwonterghem et al. 2016 | | authority | 1915412 | "Candidatus Methanosuratus" Vanwonterghem et al. 2016 | | synonym | 1915412 | Candidatus Methanosuratincola (ex Vanwonterghem et al. 2016) | | scientific name | 1915414 | "Candidatus Methanomethyliales" Vanwonterghem et al. 2016 | | synonym | 1915414 | "Candidatus Methanomethylicales" corrig. Vanwonterghem et al. 2016 | | authority | 1915414 | Candidatus Methanomethylicales | | scientific name | 1915414 | Methanomethylicales | | equivalent name | 1915415 | "Candidatus Methanomethyliaceae" Vanwonterghem et al. 2016 | | synonym | 1915415 | "Candidatus Methanomethylicaceae" corrig. Vanwonterghem et al. 2016 | | authority | 1915415 | Candidatus Methanomethylicaceae | | scientific name | 1915415 | Methanomethylicaceae | | equivalent name | 1915612 | unclassified Nitrososphaeraceae | | scientific name | 1915987 | unclassified Candidatus Parvarchaeota | | scientific name | 1915987 | unclassified Parvarchaeota | | equivalent name | 1916 | "Actinomyces lividans" Krasil'nikov et al. 1965 | | authority | 1916 | "Streptomyces lividans" (Krasil'nikov et al. 1965) Pridham | | authority | 1916 | Actinomyces lividans | | synonym | 1916 | Streptomyces lividans | | scientific name | 1916 | Streptomyces sp. Gs-2 | | includes | 1916 | Streptomycetaceae bacterium jx-02 | | includes | 1916082 | Alteromonadaceae bacterium | | scientific name | 191675 | Enterobacteriaceae incertae sedis | | scientific name | 1917441 | Streptococcus ruminantium | | scientific name | 1917441 | Streptococcus ruminantium Tohya et al. 2017 | | authority | 1917441 | Streptococcus sp. GUT-183 | | includes | 1917441 | Streptococcus sp. GUT-184 | | includes | 1917441 | Streptococcus sp. GUT-185 | | includes | 1917441 | Streptococcus sp. GUT-186 | | includes | 1917441 | Streptococcus sp. GUT-187 | | includes | 1917441 | Streptococcus sp. GUT-188 | | includes | 1917441 | Streptococcus sp. GUT-189 | | includes | 1917441 | Streptococcus sp. GUT-190 | | includes | 1917441 | Streptococcus sp. GUT-191 | | includes | 1917441 | Streptococcus sp. GUT-192 | | includes | 1917441 | Streptococcus sp. GUT-193 | | includes | 1917441 | Streptococcus sp. MO-2015 | | includes | 191769 | Marinilactibacillus | | scientific name | 191769 | Marinilactibacillus Ishikawa et al. 2003 | | authority | 191769 | Marinolactobacillus | | equivalent name | 191770 | Marinilactibacillus psychrotolerans | | scientific name | 191770 | Marinilactibacillus psychrotolerans Ishikawa et al. 2003 | | authority | 191770 | Marinolactobacillus psychrotolerans | | equivalent name | 1917864 | Indiicoccus explosivorum | | scientific name | 1917864 | Indiicoccus explosivorum Pal et al. 2019 | | authority | 1917864 | Planomicrobium sp. S5-TSA-19 | | includes | 1917865 | Sediminibacterium sp. | | scientific name | 1917874 | unclassified Borkfalkiaceae | | equivalent name | 1917874 | unclassified Candidatus Borkfalkiaceae | | synonym | 1917874 | unclassified Christensenellaceae | | scientific name | 1917889 | "Virgibacillus dakarensis" Senghor et al. 2017 | | authority | 1917889 | 'Virgibacillus dakarensis' | | synonym | 1917889 | Virgibacillus dakarensis | | scientific name | 1917889 | Virgibacillus sp. Marseille-P3469 | | includes | 1917966 | Nostocoides sp. | | scientific name | 1917967 | Ramlibacter sp. | | scientific name | 191816 | Felis pardina | | synonym | 191816 | Felis pardina Temminck, 1827 | | authority | 191816 | Lynx pardinus | | scientific name | 191816 | Spanish lynx | | genbank common name | 1918385 | Acutalibacter | | scientific name | 1918385 | Acutalibacter Lagkouvardos et al. 2016 | | authority | 1918536 | Longicatena | | scientific name | 1918536 | Longicatena Lagkouvardos et al. 2016 | | authority | 1918540 | Muribaculum | | scientific name | 1918540 | Muribaculum Lagkouvardos et al. 2016 | | authority | 1918540 | Muribaculum Lagkouvardos et al. 2016 emend. Park et al. 2021 | | authority | 1918599 | unclassified Chthoniobacterales | | scientific name | 1918611 | Muribaculum sp. | | scientific name | 1918636 | Acutalibacter sp. | | scientific name | 1919 | "Actinomyces cretaceus" (Kruger 1905) Krasil'nikov 1941 | | authority | 1919 | "Actinomyces fulvissimus" Jensen 1930 | | authority | 1919 | "Actinomyces lipmanii" Waksman and Curtis 1916 | | authority | 1919 | "Actinomyces microflavus" Krainsky 1914 | | authority | 1919 | "Actinomyces willmorei" Erikson 1935 | | authority | 1919 | "Micromonospora microflava" (Krainsky 1914) Duche 1934 | | authority | 1919 | "Oospora cretacea" Kruger 1905 | | authority | 1919 | "Streptomyces cretaceus" (Kruger 1905) Waksman 1950 | | authority | 1919 | Actinomyces cretaceus | | synonym | 1919 | Actinomyces fulvissimus | | synonym | 1919 | Actinomyces lipmanii | | synonym | 1919 | Actinomyces microflavus | | synonym | 1919 | Actinomyces willmorei | | synonym | 1919 | Micromonospora microflava | | synonym | 1919 | Oospora cretacea | | synonym | 1919 | Streptomyces cretaceus | | synonym | 1919 | Streptomyces fulvissimus | | synonym | 1919 | Streptomyces fulvissimus (Jensen 1930) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 1919 | Streptomyces griseus subsp. alpha | | synonym | 1919 | Streptomyces griseus subsp. alpha (Ciferri 1927) Pridham 1970 (Approved Lists 1980) | | authority | 1919 | Streptomyces griseus subsp. cretosus | | synonym | 1919 | Streptomyces griseus subsp. cretosus Pridham 1970 (Approved Lists 1980) | | authority | 1919 | Streptomyces lipmanii | | synonym | 1919 | Streptomyces lipmanii (Waksman and Curtis 1916) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 1919 | Streptomyces microflavus | | scientific name | 1919 | Streptomyces microflavus (Krainsky 1914) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 1919 | Streptomyces microflavus (Krainsky 1914) Waksman and Henrici 1948 (Approved Lists 1980) emend. Lanoot et al. 2005 | | authority | 1919 | Streptomyces willmorei | | synonym | 1919 | Streptomyces willmorei (Erikson 1935) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 1919101 | Bacteroidetes bacterium QH_9_64_21 | | scientific name | 1919110 | Bacteroidetes bacterium QS_8_68_28 | | scientific name | 1919165 | Halobacteriales archaeon QH_8_68_33 | | scientific name | 1919231 | unclassified Thermoplasmatales | | scientific name | 1919254 | unclassified Caldilineaceae | | scientific name | 192 | Azospirillum brasilense | | scientific name | 192 | Azospirillum brasilense corrig. | | synonym | 192 | Azospirillum brasilense corrig. Tarrand et al. 1979 (Approved Lists 1980) | | authority | 192 | Azospirillum brasiliense (sic) Tarrand et al. 1979 (Approved Lists 1980) | | authority | 192 | Roseomonas fauriae | | synonym | 192 | Roseomonas fauriae Rihs et al. 1998 | | authority | 192 | Spirillum lipoferum | | synonym | 192 | bacterium ASAZOES-148 | | includes | 1920 | Streptomyces libani | | synonym | 1920 | Streptomyces libani Baldacci and Grein 1966 (Approved Lists 1980) | | authority | 1920 | Streptomyces libani subsp. libani | | synonym | 1920 | Streptomyces libani subsp. libani Baldacci and Grein 1966 (Approved Lists 1980) | | authority | 1920 | Streptomyces libanus | | equivalent name | 1920 | Streptomyces libanus subsp. libanus | | equivalent name | 1920 | Streptomyces nigrescens | | scientific name | 1920 | Streptomyces nigrescens (Sveshnikova 1957) Pridham et al. 1958 (Approved Lists 1980) | | synonym | 1920 | Streptomyces ruanii | | synonym | 1920 | Streptomyces ruanii Kumar and Goodfellow 2008 | | authority | 1920 | Streptomyces sp. USC008 | | includes | 1920170 | Dyella flava | | scientific name | 1920170 | Dyella flava Xia et al. 2017 | | authority | 1920170 | Dyella sp. DHOC52 | | includes | 1920175 | Polaribacter sp. | | scientific name | 1920190 | Archangium sp. Cb G35 | | scientific name | 1920240 | Kangiellaceae | | scientific name | 1920240 | Kangiellaceae Wang et al. 2015 | | authority | 1920255 | unclassified Frankiales | | scientific name | 1920423 | Paenibacillus sp. FSL H8-0259 | | scientific name | 1920427 | Pseudomonas sp. ACN5 | | scientific name | 1920490 | Phormidesmis priestleyi ULC007 | | scientific name | 1920663 | Aphanothece sacrum FPU1 | | scientific name | 1920664 | Aphanothece sacrum FPU3 | | scientific name | 1920887 | Methylococcales incertae sedis | | scientific name | 1920889 | Arthrobacter sp. SW1 | | scientific name | 1921002 | "Holosporales" Szokoli et al. 2016 | | authority | 1921002 | Holosporales | | scientific name | 1921002 | Holosporales Szokoli et al. 2020 | | authority | 1921002 | Holosporineae | | synonym | 1921002 | Holosporineae (Szokoli et al. 2020) Castelli and Petroni 2025 | | authority | 1921565 | Proteus sp. CD3 | | scientific name | 1921781 | Kiritimatiellae Spring et al. 2017 | | synonym | 1921781 | Kiritimatiellia | | scientific name | 1921781 | Kiritimatiellia Spring et al. 2022 | | authority | 1921782 | Kiritimatiellales | | scientific name | 1921782 | Kiritimatiellales Spring et al. 2017 | | synonym | 1921783 | Kiritimatiellaceae | | scientific name | 1921783 | Kiritimatiellaceae Spring et al. 2017 | | synonym | 192204 | Corvoidea | | scientific name | 192205 | Callaeatidae | | synonym | 192205 | Callaeidae | | scientific name | 192206 | Callaeas | | scientific name | 1922223 | Pseudovibrio sp. Alg231-02 | | scientific name | 192258 | Genlisea | | scientific name | 192258 | Genlisea A.St.-Hil. | | authority | 192259 | Genlisea aurea | | scientific name | 192259 | Genlisea aurea A.St.-Hil., 1833 | | authority | 192383 | Lamiini | | scientific name | 192387 | Alicyclobacillus sendaiensis | | scientific name | 192387 | Alicyclobacillus sendaiensis Tsuruoka et al. 2003 | | authority | 1923877 | Sporolactobacillus shoreicorticis | | scientific name | 1923877 | Sporolactobacillus shoreicorticis Tolieng et al. 2017 | | authority | 1923877 | Sporolactobacillus sp. MK21-7 | | includes | 192389 | Chryseobacterium daecheongense | | scientific name | 192389 | Chryseobacterium daecheongense Kim et al. 2005 | | authority | 192389 | Chryseobacterium daecheongense Kim et al. 2005 emend. Heidler von Heilborn et al. 2022 | | authority | 192389 | Chryseobacterium daecheongense Kim et al. 2005 emend. Montero-Calasanz et al. 2014 | | authority | 192389 | Chryseobacterium sp. CPW406 | | includes | 192404 | Sturnira hondurensis | | scientific name | 192404 | Sturnira hondurensis Goodwin, 1940 | | authority | 192404 | Sturnira ludovici hondurensis | | synonym | 192404 | Sturnira ludovici hondurensis Goodwin, 1940 | | authority | 192421 | Planococcus maritimus | | scientific name | 192421 | Planococcus maritimus Yoon et al. 2003 emend. Ivanova et al. 2006 | | authority | 192421 | Planococcus sp. KMM 3738 | | includes | 1924944 | Porphyromonas sp. | | scientific name | 1925021 | Bacillus haynesii | | scientific name | 1925021 | Bacillus haynesii Dunlap et al. 2017 | | authority | 1925021 | Bacillus sp. NRRL B-41327 | | includes | 1925666 | Lutibacter sp. | | scientific name | 1925762 | Algoriphagus marinus | | scientific name | 1925762 | Algoriphagus marinus Han et al. 2017 | | authority | 1925762 | Algoriphagus sp. am2 | | includes | 1926307 | Veillonella sp. | | scientific name | 1926625 | Flavobacteriales bacterium ANORD5 | | includes | 1926625 | Vicingus serpentipes | | scientific name | 1926625 | Vicingus serpentipes Wiese et al. 2018 | | authority | 1926655 | "Marseilla" Ricaboni et al. 2016 | | authority | 1926655 | Marseilla | | scientific name | 1926659 | "Mediterranea" Mailhe et al. 2016 | | authority | 1926659 | Mediterranea | Mediterranea | scientific name | 1926873 | Lysobacteraceae bacterium | | scientific name | 1927 | Streptomyces rimosus | | scientific name | 1927 | Streptomyces rimosus Sobin et al. 1953 | | authority | 1927 | Streptomyces rimosus Sobin et al. 1953 emend. Nouioui et al. 2018 | | authority | 192734 | Hylinae | | scientific name | 1927833 | "Candidatus Fukatsuia" Manzano-Marin et al. 2017 | | authority | 1927833 | Candidatus Fukatsuia | | scientific name | 1927833 | Fukatsuia | | equivalent name | 1928 | "Actinomyces rochei" (Berger et al. 1953) Preobrazhenskaya et al. in Gauze et al. 1957 | | authority | 1928 | Actinomyces rochei | | synonym | 1928 | Streptomyces rochei | | scientific name | 1928 | Streptomyces sp. NEAE-K | | includes | 192812 | Erythrobacter flavus | | synonym | 192812 | Erythrobacter flavus Yoon et al. 2003 | | authority | 192812 | Qipengyuania flava | | scientific name | 192812 | Qipengyuania flava (Yoon et al. 2003) Lee and Kim 2020 | | authority | 1929018 | Pseudoditrichales | | scientific name | 1929018 | Pseudoditrichales Fedosov & Ignatov, 2016 | | authority | 1929279 | Myxococcus sp. | | scientific name | 1929291 | Reyranella sp. | | scientific name | 1929293 | Ideonella sp. | | scientific name | 1929414 | Psychrosphaera sp. | | scientific name | 192944 | unclassified Rhodococcus (in: high G+C Gram-positive bacteria) | | scientific name | 192952 | Methanosarcina mazei Go1 | | scientific name | 192952 | Methanosarcina mazei str. Go1 | | equivalent name | 192952 | Methanosarcina mazei strain Go1 | | equivalent name | 192953 | Salmonella enterica subsp. enterica serovar Stanley | | scientific name | 192953 | Salmonella stanley | | synonym | 192954 | Salmonella enterica subsp. enterica serovar Mbandaka | | scientific name | 192954 | Salmonella mbandaka | | synonym | 192955 | Salmonella enterica subsp. enterica serovar Kentucky | | scientific name | 192955 | Salmonella kentucky | | synonym | 1929886 | Eggerthella sp. | | scientific name | 192989 | "Nanoarchaeota" Huber et al. 2002 | | authority | 192989 | Nanoarchaeota | | synonym | 192989 | Nanobdellota | | scientific name | 192989 | Nanobdellota Huber et al. 2023 | | authority | 193 | Azospirillum lipoferum | | scientific name | 193 | Azospirillum lipoferum (Beijerinck 1925) Tarrand et al. 1979 (Approved Lists 1980) | | synonym | 1930 | "Actinomyces scabies" (Thaxter 1891) Gussow 1914 | | authority | 1930 | "Oospora scabies" Thaxter 1891 | | authority | 1930 | "Streptomyces scabies" (Thaxter 1891) Waksman and Henrici 1948 | | authority | 1930 | Actinomyces scabies | | synonym | 1930 | Oospora scabies | | synonym | 1930 | Streptomyces scabiei | | scientific name | 1930 | Streptomyces scabiei corrig. (ex Thaxter 1891) Lambert and Loria 1989 | | authority | 1930 | Streptomyces scabies | | synonym | 1930 | Streptomyces sp. DSM 41005 | | includes | 1930 | Streptomyces sp. DSM 41114 | | includes | 1930 | Streptomyces sp. NBRC 12914 | | includes | 1930275 | "Stieleria marina" Wiegand et al. 2020 | | authority | 1930275 | Planctomycetes bacterium K23_9 | | includes | 1930275 | Stieleria marina | | scientific name | 1930536 | Sphingomonadaceae bacterium | | scientific name | 1930602 | Psocodea | | scientific name | 1930602 | Psocodea Hennig, 1966 | | authority | 1930602 | Psocoptera | | synonym | 1930602 | booklice, barklice & lice | booklice, barklice & lice | blast name | 1930602 | booklice, barklice & lice | booklice, barklice & lice | genbank common name | 1930617 | Calditrichaeota | | equivalent name | 1930617 | Calditrichota | | scientific name | 1930617 | Calditrichota corrig. Kublanov et al. 2021 | | synonym | 1931 | Chainia sp. | | synonym | 1931 | Streptomyces sp | | synonym | 1931 | Streptomyces sp. | | scientific name | 1931 | Streptoverticillium sp. | | synonym | 1931080 | Meliphagides | | synonym | 1931080 | Meliphagoidea | | scientific name | 1931355 | Irpicaceae | | scientific name | 1931355 | Irpicaceae Spirin & Zmitr., 2003 | | authority | 1932 | Streptomyces tendae | | scientific name | 1932 | Streptomyces tendae Ettlinger et al. 1958 (Approved Lists 1980) | | authority | 193209 | Buguloidea | | scientific name | 1932123 | Lactarius pseudohatsudake | | scientific name | 1932123 | Lactarius pseudohatsudake X.H. Wang, 2017 | | authority | 1932666 | Haliea sp. | | scientific name | 1932667 | Nostoc sp. 106C | | scientific name | 1932692 | Lentisphaerae bacterium | | equivalent name | 1932692 | Lentisphaerota bacterium | | scientific name | 1932716 | Ktedonobacter sp. | | scientific name | 1932778 | "Mucilaginibacter limnophilus" Sheu et al. 2019 | | authority | 1932778 | Mucilaginibacter limnophilus | | scientific name | 1932778 | Mucilaginibacter limnophilus Sheu et al. 2020 | | authority | 1932778 | Mucilaginibacter sp. YBJ-36 | | includes | 1932779 | "Flavobacterium undicola" Chen et al. 2021 | | authority | 1932779 | Flavobacterium sp. BBQ-18 | | includes | 1932779 | Flavobacterium undicola | | scientific name | 1932779 | Flavobacterium undicola Chen et al. 2025 | | authority | 1933778 | Saccharothrix sp. ALI-22-I | | scientific name | 193383 | Rhodoglobus | | scientific name | 193383 | Rhodoglobus Sheridan et al. 2003 | | authority | 193384 | Rhodoglobus vestalii | | scientific name | 193384 | Rhodoglobus vestalii Sheridan et al. 2003 emend. An et al. 2010 | | authority | 1933926 | Methylococcaceae bacterium | | scientific name | 1934409 | Pseudarthrobacter sp. | | scientific name | 1934913 | unclassified Cystobacterineae | | scientific name | 1934914 | Cystobacterineae bacterium | | scientific name | 1935183 | Asgard group | | common name | 1935183 | Asgardarchaeota | | equivalent name | 1935183 | Candidatus Asgardarchaeota | | synonym | 1935183 | Promethearchaeati | | scientific name | 1935183 | Promethearchaeati Imachi et al. 2024 | | authority | 1936 | "Actinomyces violaceus" (Rossi Doria 1891) Gasperini 1894 | | authority | 1936 | "Cladothrix violacea" (Rossi Doria 1891) Mace 1897 | | authority | 1936 | "Discomyces violaceus" (Rossi Doria 1891) Brumpt 1922 | | authority | 1936 | "Nocardia violacea" (Rossi Doria 1891) Chalmers and Christopherson 1916 | | authority | 1936 | "Oospora violacea" (Rossi Doria 1891) Sauvageau and Radais 1892 | | authority | 1936 | "Streptotrix violacea" Rossi Doria 1891 | | authority | 1936 | Actinomyces violaceus | | synonym | 1936 | Cladothrix violacea | | synonym | 1936 | Discomyces violaceus | | synonym | 1936 | Nocardia violacea | | synonym | 1936 | Oospora violacea | | synonym | 1936 | Streptomyces janthinus | | synonym | 1936 | Streptomyces janthinus (Artamonova and Krasil'nikov 1960) Pridham 1970 (Approved Lists 1980) | | synonym | 1936 | Streptomyces sp. CGMCC 4.1456 | | includes | 1936 | Streptomyces violaceus | | scientific name | 1936 | Streptomyces violaceus (Rossi Doria 1891) Waksman 1953 (Approved Lists 1980) | | synonym | 1936 | Streptomyces violaceus (Rossi Doria 1891) Waksman 1953 (Approved Lists 1980) emend. Lanoot et al. 2002 | | authority | 1936 | Streptomyces violaceus (Rossi Doria 1891) Waksman 1953 (Approved Lists 1980) emend. Li et al. 2022 | | authority | 1936 | Streptomyces violaceus (Rossi Doria 1891) Waksman 1953 (Approved Lists 1980) emend. Long et al. 2024 | | authority | 1936 | Streptomyces violatus | | synonym | 1936 | Streptomyces violatus (Artamonova and Krasil'nikov 1960) Pridham 1970 (Approved Lists 1980) | | synonym | 1936 | Streptotrix violacea | | synonym | 1936111 | "Fuerstia" Kohn et al. 2016 | | authority | 1936111 | "Fuerstiella" corrig. Kohn et al. 2019 | | authority | 1936111 | Fuerstia | Fuerstia | synonym | 1936111 | Fuerstiella | | scientific name | 1936111 | Fuerstiella Kohn et al. 2020 | | authority | 1936112 | Fuerstiella sp. | | scientific name | 1936156 | Roseibium sp. | | scientific name | 1936168 | environmental samples | environmental samples | scientific name | 1936169 | uncultured Avibacterium sp. | | scientific name | 1936242 | Chitinophaga sp. ATCC 35208 | | synonym | 1936242 | [Flexibacter] sp. ATCC 35208 | | scientific name | 1936272 | "Candidatus Heimdallarchaeia" Bulzu et al. 2019 | | authority | 1936272 | "Candidatus Heimdallarchaeota" Zaremba-Niedzwiedzka et al. 2017 | | authority | 1936272 | "Candidatus Heimdallarchaeota" corrig. Bulzu et al. 2019 | | authority | 1936272 | Candidatus Heimdallarchaeia | Candidatus Heimdallarchaeia | synonym | 1936272 | Candidatus Heimdallarchaeota | | scientific name | 1936272 | Candidatus Heimdallarchaeota (ex Bulzu et al. 2019) | | synonym | 1936272 | Heimdallarchaeota | | equivalent name | 1936987 | "Balneolota" Garcia-Lopez et al. 2019 | | authority | 1936987 | Balneolota | | scientific name | 1936987 | Balneolota corrig. Hahnke et al. 2021 | | synonym | 1936988 | Saprospirales | | scientific name | 1936988 | Saprospirales Hahnke et al. 2017 | | authority | 1937007 | Ileibacterium | Ileibacterium | scientific name | 1937007 | Ileibacterium Cox et al. 2017 | | authority | 1937012 | Ileibacterium sp. | | scientific name | 1937959 | Saprospiria | | scientific name | 1937959 | Saprospiria Hahnke et al. 2018 | | authority | 1937960 | Lewinellaceae | | scientific name | 1937960 | Lewinellaceae Hahnke et al. 2017 | | authority | 1937960 | Lewinellaceae Hahnke et al. 2017 emend. Huang et al. 2022 | | authority | 1937961 | "Haliscomenobacteraceae" Hahnke et al. 2016 | | authority | 1937961 | Haliscomenobacteraceae | | scientific name | 1937961 | Haliscomenobacteraceae Hahnke et al. 2017 | | authority | 1938374 | Bacillus amyloliquefaciens group | | scientific name | 1938374 | Operational Group B. amyloliquefaciens | | equivalent name | 1938672 | Vibrio sp. V19_P1S1T109 | | scientific name | 1938796 | Paraburkholderia sp. BL10I2N1 | | scientific name | 1938804 | Paraburkholderia sp. BL25I1N1 | | scientific name | 1938805 | Paraburkholderia sp. BL27I4N3 | | scientific name | 1938816 | Polynucleobacter brandtiae | | scientific name | 1938816 | Polynucleobacter brandtiae Hahn et al. 2022 | | authority | 1938816 | Polynucleobacter sp. UB-Domo-W1 | | includes | 1938816 | Polynucleobacter sp. UB-Somero-W24 | | includes | 1938842 | Streptomyces sp. 2333.5 | | scientific name | 1938861 | Streptomyces sp. TLI_55 | | scientific name | 1938870 | "Candidatus Pantoea floridensis" Crosby et al. 2023 | | authority | 1938870 | "Candidatus Pantoea ovolaria" Pallen et al. 2022 | | synonym | 1938870 | Candidatus Pantoea floridensis | | scientific name | 1938870 | Enterobacteriaceae bacterium JKS000234 | | includes | 1938870 | Pantoea floridensis | | equivalent name | 194 | Campylobacter | | scientific name | 194 | Campylobacter Sebald and Veron 1963 (Approved Lists 1980) emend. Tanner et al. 1981 | | authority | 194 | Campylobacter Sebald and Veron 1963 (Approved Lists 1980) emend. Vandamme et al. 1991 | | authority | 194 | Campylobacter Sebald and Veron 1963 (Approved Lists 1980) emend. Vandamme et al. 2010 | | authority | 1940288 | Ferruginibacter sp. | | scientific name | 1940289 | Phaeodactylibacter sp. | | scientific name | 1940300 | Cristinia sonorae | | scientific name | 1940300 | Cristinia sonorae Nakasone & Gilb., 1978 | | authority | 1940406 | "Candidatus Moduliflexus" Sekiguchi et al. 2015 | | authority | 1940406 | Candidatus Moduliflexus | | scientific name | 1940406 | Moduliflexus | | equivalent name | 1940529 | Bacillaceae bacterium 0W14 | | includes | 1940529 | Lentibacillus sediminis | | scientific name | 1940529 | Lentibacillus sediminis Guo et al. 2017 | | authority | 1940652 | Gomphillus americanus | | scientific name | 1940652 | Gomphillus americanus Essl., 1975 | | authority | 1940758 | Streptomyces sp. MH60 | | scientific name | 1942 | "Actinomyces sporoverrucosus" Harz 1877 | | authority | 1942 | Actinomyces sporoverrucosus | | synonym | 1942 | Streptomyces goshikiensis | | scientific name | 1942 | Streptomyces goshikiensis Niida 1966 (Approved Lists 1980) | | authority | 1942 | Streptomyces goshikiensis Niida 1966 (Approved Lists 1980) emend. Mo et al. 2023 | | authority | 1942 | Streptomyces sp. CGMCC 4.1796 | | includes | 1942 | Streptomyces sporoverrucosus | | synonym | 1942 | Streptomyces sporoverrucosus (ex Krasil'nikov 1970) Preobrazhenskaya 1983 | | authority | 194287 | Heterotrichea | | scientific name | 194407 | Rhinatrema | | scientific name | 194408 | Coecilia bivitatum | | synonym | 194408 | Coecilia bivitatum Cuvier, 1829 | | authority | 194408 | Rhinatrema bivitattum | | synonym | 194408 | Rhinatrema bivittatum | | scientific name | 194408 | Rhinatrema bivittatum (Guerin-Meneville, 1838) | | authority | 194408 | two-lined caecilian | | genbank common name | 1944635 | "Sutterella seckii" Dione et al. 2018 | | authority | 1944635 | Sutterella seckii | | scientific name | 1944635 | Sutterella sp. Marseille-P3660 | | includes | 1945581 | "Chryseobacterium mucoviscidosis" Tetz and Tetz 2018 | | authority | 1945581 | Chryseobacterium mucoviscidosis | | scientific name | 1945581 | Chryseobacterium sp. VT16-26 | | includes | 1945581 | Paenibacillus sp. VT-16-81 | | includes | 1945593 | Oscillibacter sp. | | scientific name | 1945595 | Methanosarcinaceae archaeon | | scientific name | 1945643 | Streptomyces sp. NBS 14/10 | | scientific name | 1945862 | Flavobacterium sp. A45 | | scientific name | 1945880 | Nitrosovibrio sp. Nv4 | | scientific name | 1945884 | Olsenella sp. KH1P3 | | scientific name | 1945892 | Cytophagales bacterium TFI 002 | | equivalent name | 1945892 | Spirosomataceae bacterium TFI 002 | | scientific name | 194690 | unclassified Pseudoalteromonas | | scientific name | 1948701 | unclassified Negativicutes | | scientific name | 1948754 | unclassified Spirochaetia | | scientific name | 1948762 | unclassified Thermoleophilia | | scientific name | 1948766 | unclassified Patescibacteria group | | scientific name | 1948889 | Aeromonadaceae bacterium | | scientific name | 1948890 | Rhodobacterales bacterium | | scientific name | 194890 | Colysis | | synonym | 194890 | Colysis C.Presl, 1906 | | authority | 194890 | Kontumia | | synonym | 194890 | Kontumia S.K.Wu & K.L.Phan, 2005 | | authority | 194890 | Leptochilus | Leptochilus | scientific name | 194890 | Leptochilus Kaulf., 1824 | | authority | 194890 | Paraleptochilus | | synonym | 194924 | Desulfovibrionaceae | | scientific name | 194924 | Desulfovibrionaceae Kuever et al. 2006 | | authority | 194963 | Ensifer americanus corrig. (Toledo et al. 2003) Wang et al. 2015 | | synonym | 194963 | Ensifer sp. AC14c | | includes | 194963 | Ensifer sp. CFNEI 156 | | includes | 194963 | Sinorhizobium americanum | | scientific name | 194963 | Sinorhizobium americanum Toledo et al. 2004 emend. Kuzmanovic et al. 2022 | | authority | 194963 | Sinorhizobium americanum corrig. Toledo et al. 2004 | | synonym | 194963 | Sinorhizobium americanus | | equivalent name | 194963 | Sinorhizobium sp. CFNEI 156 | | includes | 194963 | Sinorhizobium sp. CFNEI 54 | | includes | 195 | "Vibrio coli" Doyle 1948 | | authority | 195 | Campylobacter coli | | scientific name | 195 | Campylobacter coli (Doyle 1948) Veron and Chatelain 1973 (Approved Lists 1980) | | authority | 195 | Campylobacter hyoilei | | synonym | 195 | Campylobacter hyoilei Alderton et al. 1995 | | authority | 195 | Campylobacter sp. 21NC02CB06-C | | includes | 195 | Campylobacter sp. 21NC03CB02-C | | includes | 195 | Campylobacter sp. 21NC03CB06-C | | includes | 195 | Campylobacter sp. 21NC10CB01-C | | includes | 195 | Campylobacter sp. 21NC11CB04-C1 | | includes | 195 | Campylobacter sp. 22OH11_CB03-C1 | | includes | 195 | Campylobacter sp. 23OH02_CH01-C1 | | includes | 195 | Campylobacter sp. 23OH02_CL01-C1 | | includes | 195 | Campylobacter sp. 23OH05_CB01-C1 | | includes | 195 | Campylobacter sp. OH-18-18281-4B | | includes | 195 | Campylobacter sp. OH-18-7816 | | includes | 195 | Campylobacter sp. PS02411 | | includes | 195 | Campylobacter sp. PS02412 | | includes | 195 | Campylobacter sp. PS02419 | | includes | 195 | Campylobacter sp. PS02436 | | includes | 195 | Vibrio coli | | synonym | 1950123 | Rhodoglobus sp. | | scientific name | 195102 | Clostridium perfringens 13 | | equivalent name | 195102 | Clostridium perfringens str. 13 | | scientific name | 195105 | Haematobacter massiliensis | | scientific name | 195105 | Haematobacter massiliensis Heisel et al. 2007 | | authority | 195105 | Rhodobacter massiliensis | | synonym | 195105 | Rhodobacter massiliensis Greub and Raoult 2006 | | authority | 195105 | cf. Rhodobacter sp. Framboise | | includes | 1951096 | unclassified Gemmatimonadales | | scientific name | 1951140 | unclassified Ignavibacteriales | | scientific name | 1951176 | unclassified Opitutales | | scientific name | 1951303 | unclassified Acidaminococcaceae | | scientific name | 1951308 | unclassified Akkermansiaceae | | scientific name | 1951448 | unclassified Atopobiaceae | | scientific name | 1951481 | unclassified Balneolaceae | | scientific name | 1951614 | unclassified Candidatus Competibacteraceae | | scientific name | 1951614 | unclassified Competibacteraceae | | equivalent name | 195166 | Agrypninae | | scientific name | 195166 | Pyrophorinae | | includes | 1951966 | unclassified Kosmotogaceae | | scientific name | 195257 | Phyllodocidae | | scientific name | 195258 | Eteone | | scientific name | 1952929 | unclassified Limisphaerales | | scientific name | 1952929 | unclassified Verrucomicrobia subdivision 3 | | equivalent name | 1952944 | unclassified Prolixibacteraceae | | scientific name | 1953020 | unclassified Selenomonadaceae | | scientific name | 1953041 | unclassified Nitrospinaceae | | scientific name | 1954172 | Calothrix gracilis 78. F243D | | equivalent name | 1954172 | Calothrix gracilis IAM M-56 | | equivalent name | 1954172 | Calothrix sp. NIES-2100 | | scientific name | 1954172 | Constrictifilum sp. NIES-2100 | | equivalent name | 1954211 | Bisporella sp. PMI 857 | | equivalent name | 1954211 | Bisporella sp. PMI_857 | | scientific name | 1955150 | Acrididea | | scientific name | 1955150 | grasshoppers & groundhoppers | | common name | 1955243 | Blautia sp. | | scientific name | 1955247 | Auchenorrhyncha | | scientific name | 1955248 | Kosmotoga sp. | | scientific name | 1955249 | Meiothermus sp. | | scientific name | 1955251 | Proctotrupomorpha | | scientific name | 1955420 | Silicimonas | | scientific name | 1955420 | Silicimonas Crenn et al. 2016 | | authority | 1955630 | 'Methylacidiphilae' | | synonym | 1955630 | Methylacidiphilae | | scientific name | 1955773 | Emergomyces | | scientific name | 1955773 | Emergomyces Dukik, Sigler & de Hoog, 2017 | | authority | 1955774 | Emergomyces pasteurianus | | scientific name | 1955774 | Emergomyces pasteurianus (Drouhet, Guho & Gori) Dukik, Sigler & de Hoog, 2017 | | authority | 1955774 | Emmonsia pasteuriana | | synonym | 1955774 | Emmonsia pasteuriana Drouhet, E. Gueho & Gori, 1998 | | authority | 1956187 | Cariamiformes | | scientific name | 1956187 | seriamas | | genbank common name | 195936 | Pundamilia | | scientific name | 195964 | Asanoa | | scientific name | 195964 | Asanoa Lee and Hah 2002 emend. Xu et al. 2011 | | authority | 1959861 | Calochromus sp. UPOL MT0045 | | scientific name | 1959862 | Calochromus sp. UPOL MT0046 | | scientific name | 1960084 | Rodentibacter | | scientific name | 1960084 | Rodentibacter Adhikary et al. 2017 | | authority | 196024 | Aeromonas aquariorum | | synonym | 196024 | Aeromonas aquariorum Martinez-Murcia et al. 2008 | | authority | 196024 | Aeromonas dhakensis | | scientific name | 196024 | Aeromonas dhakensis (Huys et al. 2002) Beaz-Hidalgo et al. 2015 | | synonym | 196024 | Aeromonas hydrophila subsp. dhakensis | | synonym | 196024 | Aeromonas hydrophila subsp. dhakensis Huys et al. 2002 | | authority | 1960290 | "Pacificamonas" Liu et al. 2014 | | authority | 1960290 | Pacificamonas | | synonym | 1960290 | Pacificimonas | | scientific name | 1960290 | Pacificimonas corrig. | | synonym | 1960290 | Pacificimonas corrig. Liu et al. 2016 | | authority | 1960295 | Sedimentibacter sp. | | scientific name | 1960893 | unclassified Calditrichota | | scientific name | 1961112 | Planctomycetes bacterium UTPLA1 | | scientific name | 1961369 | Thermofilum sp. | | scientific name | 1961474 | unclassified Bacteriovoracaceae | | scientific name | 1961502 | unclassified Bdellovibrionaceae | | equivalent name | 1961502 | unclassified Pseudobdellovibrionaceae | | scientific name | 196159 | unclassified Sphingomonas | | scientific name | 1961799 | "Lacunisphaera" Rast et al. 2017 | | authority | 1961799 | Lacunisphaera | | scientific name | 1961799 | Lacunisphaera Rast et al. 2025 | | authority | 1961806 | Lacunisphaera sp. | | scientific name | 196197 | unclassified Salinibacter | | scientific name | 196198 | unclassified Stenotrophomonas | | scientific name | 1962118 | "Mycobacterium abscessus subsp. massiliense" Leao et al. 2009 | | authority | 1962118 | Mycobacterium abscessus subsp. massiliense | | synonym | 1962118 | Mycobacterium abscessus subsp. massiliense (Adekambi et al. 2006) Tortoli et al. 2016 | | authority | 1962118 | Mycobacterium massiliense | | synonym | 1962118 | Mycobacterium massiliense Adekambi et al. 2006 | | authority | 1962118 | Mycobacteroides abscessus subsp. massiliense | | scientific name | 1962118 | Mycobacteroides abscessus subsp. massiliense (Adekambi et al. 2006) Gupta et al. 2018 | | authority | 1962171 | unclassified Chitinophagales | | scientific name | 1962850 | Calditrichia | | scientific name | 1962850 | Calditrichia Kublanov et al. 2022 | | synonym | 1962852 | "Calditrichales" Kublanov et al. 2017 | | authority | 1962852 | Calditrichales | | scientific name | 1962852 | Calditrichales Kublanov et al. 2020 | | authority | 1962854 | "Calditrichaceae" Kublanov et al. 2017 | | authority | 1962854 | Calditrichaceae | | scientific name | 1962854 | Calditrichaceae Kublanov et al. 2020 | | authority | 1962910 | Bryobacteraceae | | scientific name | 1962910 | Bryobacteraceae Dedysh et al. 2017 | | authority | 1963036 | unclassified Scenedesmus | | scientific name | 1963268 | Haloarculaceae | | scientific name | 1963268 | Haloarculaceae Gupta et al. 2016 | | authority | 1963270 | Halococcaceae | | scientific name | 1963270 | Halococcaceae Gupta et al. 2016 | | authority | 1963360 | "Parachlamydiales" Gupta et al. 2015 | | authority | 1963360 | Parachlamydiales | | scientific name | 1963360 | Parachlamydiales Gupta et al. 2016 | | authority | 196367 | Burkholderia sordidicola | | synonym | 196367 | Burkholderia sp. KOPRI26592 | | includes | 196367 | Burkholderia sp. KOPRI26633 | | includes | 196367 | Burkholderia sp. PAMC 26510 | | includes | 196367 | Burkholderia sp. PAMC 26577 | | includes | 196367 | Caballeronia sordidicola | | scientific name | 196367 | Caballeronia sordidicola (Lim et al. 2003) Dobritsa and Samadpour 2016 | | authority | 196367 | Paraburkholderia sordidicola | | synonym | 196367 | Paraburkholderia sordidicola (Lim et al. 2003) Sawana et al. 2015 | | authority | 1963757 | Castorimorpha | | scientific name | 1963757 | Sciurognathi | Sciurognathi | in-part | 1963757 | beavers and others | | genbank common name | 1963758 | Myomorpha | | scientific name | 1963758 | Sciurognathi | Sciurognathi | in-part | 1963758 | mice and others | | genbank common name | 1963761 | Dipodoidea | | scientific name | 1963862 | Candidatus Marispirochaeta sp. JC444 | | includes | 1963862 | Marispirochaeta aestuarii | | scientific name | 1963862 | Marispirochaeta aestuarii Shivani et al. 2017 | | authority | 1963862 | Marispirochaeta sp. JC444 | | includes | 1963862 | Spirochaeta sp. JC444 | | includes | 1964365 | Sneathiella sp. | | scientific name | 1965096 | Callithrix | Callithrix | scientific name | 1965233 | Odoribacter sp. | | scientific name | 1965294 | Collinsella sp. | | scientific name | 1965318 | Draconibacterium sp. | | scientific name | 1965333 | Prosthecobacter sp. | | scientific name | 1965347 | Lycopodioideae | | scientific name | 1965347 | Lycopodioideae W.H.Wagner & Beitel ex B.Oellg., 2015 | | authority | 1965356 | Brevibacterium sp. 239c | | scientific name | 1965358 | Tuberibacillus sp. Marseille-P3662 | | scientific name | 1965551 | Faecalibacterium sp. An122 | | scientific name | 1965581 | Faecalibacterium sp. An192 | | scientific name | 1965603 | Blautia sp. An249 | | scientific name | 1965616 | Collinsella sp. An271 | | scientific name | 1966343 | Cyclobacterium sp. | | scientific name | 1967498 | Ilumatobacter sp. | | scientific name | 1967583 | Salmonella enterica subsp. arizonae serovar 48:z4,z23,z32:- | | scientific name | 1967650 | Salmonella enterica subsp. enterica serovar Lomalinda | | scientific name | 1967657 | Salmonella enterica subsp. enterica serovar Telelkebir | | scientific name | 196771 | unclassified Hyphomicrobiaceae | | scientific name | 196771 | unclassified Hyphomicrobium group | | synonym | 196773 | unclassified Devosia | | scientific name | 196779 | unclassified Rhodobacter | | scientific name | 196795 | unclassified Sulfitobacter | | scientific name | 196798 | unclassified Roseobacter | | scientific name | 196806 | unclassified Psychrobacter | | scientific name | 196814 | unclassified Marinomonas | | scientific name | 196816 | unclassified Acinetobacter | | scientific name | 196818 | unclassified Shewanella | | scientific name | 196821 | unclassified Pseudomonas | | scientific name | 196821 | unclassified Serpens | | synonym | 196834 | unclassified Colwellia | | scientific name | 1968428 | Bertiereae - Coffeeae clade | | scientific name | 1968429 | Aulacocalyceae | | synonym | 1968429 | Aulacocalyceae Robbr. & Puff | | authority | 1968429 | Gardenieae complex | | scientific name | 196858 | unclassified Polaribacter | | scientific name | 1968598 | gamma proteobacterium symbiont of Ctena orbiculata | | scientific name | 1968599 | gamma proteobacterium symbiont of Stewartia floridana | | scientific name | 196869 | unclassified Flavobacterium | | scientific name | 1968838 | Thermogemmatispora sp. | | scientific name | 1968906 | Rhodoplanes sp. | | scientific name | 1968909 | "Candidatus Nitrosocaldales" de la Torre et al. 2008 | | authority | 1968909 | Candidatus Nitrosocaldales | | scientific name | 1968909 | Nitrosocaldales | | equivalent name | 1968910 | "Candidatus Nitrosocaldaceae" de la Torre et al. 2008 | | authority | 1968910 | Candidatus Nitrosocaldaceae | | scientific name | 1968910 | Nitrosocaldaceae | | equivalent name | 1969407 | Oribacterium sp. | | scientific name | 1969481 | Rhodoluna sp. | | scientific name | 1969738 | Butyricimonas sp. | | scientific name | 1969739 | Parafilimonas sp. | | scientific name | 1969742 | Thermoflexus sp. | | scientific name | 1969793 | unclassified Brocadiaceae | | equivalent name | 1969793 | unclassified Candidatus Brocadiaceae | | scientific name | 1969813 | Nevskiaceae bacterium | | scientific name | 1969813 | Sinobacteraceae bacterium | | synonym | 1969821 | Ciceribacter sp. F21 | | includes | 1969821 | Ciceribacter sp. F43b | | includes | 1969821 | Ciceribacter thiooxidans | | scientific name | 1969821 | Ciceribacter thiooxidans Deng et al. 2017 | | authority | 1969821 | Rhizobium sp. F21 | | includes | 1969821 | Rhizobium sp. F43b | | includes | 197 | "Campylobacter fetus subsp. jejuni" Smibert 1974 | | authority | 197 | "Vibrio hepaticus" Mathey and Rissberger 1964 | | authority | 197 | "Vibrio jejuni" Jones et al. 1931 | | authority | 197 | Campylobacter fetus subsp. jejuni | | synonym | 197 | Campylobacter jejuni | | scientific name | 197 | Campylobacter jejuni (Jones et al. 1931) Veron and Chatelain 1973 (Approved Lists 1980) | | authority | 197 | Campylobacter sp. 001LG01AL | | includes | 197 | Campylobacter sp. 002HC13AL | | includes | 197 | Campylobacter sp. 002HC13BL | | includes | 197 | Campylobacter sp. 002HC13CL | | includes | 197 | Campylobacter sp. 002LG01AL | | includes | 197 | Campylobacter sp. 007LG02BH | | includes | 197 | Campylobacter sp. 009HS01AL | | includes | 197 | Campylobacter sp. 009HS01CL | | includes | 197 | Campylobacter sp. 009LG01AL | | includes | 197 | Campylobacter sp. 009LG01BL | | includes | 197 | Campylobacter sp. 010LG01AL | | includes | 197 | Campylobacter sp. 012HC07AL | | includes | 197 | Campylobacter sp. 012HC07BL | | includes | 197 | Campylobacter sp. 012HC07CL | | includes | 197 | Campylobacter sp. 012LC02AH | | includes | 197 | Campylobacter sp. 013HC13AL | | includes | 197 | Campylobacter sp. 013HC13BL | | includes | 197 | Campylobacter sp. 013HC13CL | | includes | 197 | Campylobacter sp. 013LG02AH | | includes | 197 | Campylobacter sp. 016LB02AH | | includes | 197 | Campylobacter sp. 016LB02AL | | includes | 197 | Campylobacter sp. 016LB02BL | | includes | 197 | Campylobacter sp. 016LB02CL | | includes | 197 | Campylobacter sp. 020HC09BL | | includes | 197 | Campylobacter sp. 024LG01AL | | includes | 197 | Campylobacter sp. 025HC10AL | | includes | 197 | Campylobacter sp. 025HC10CL | | includes | 197 | Campylobacter sp. 025LG01AH | | includes | 197 | Campylobacter sp. 025LG02AL | | includes | 197 | Campylobacter sp. 029HC11AL | | includes | 197 | Campylobacter sp. 029HC11BL | | includes | 197 | Campylobacter sp. 029HC13AL | | includes | 197 | Campylobacter sp. 029HC13BL | | includes | 197 | Campylobacter sp. 031LC01CL | | includes | 197 | Campylobacter sp. 031LG02AL | | includes | 197 | Campylobacter sp. 031LG02BL | | includes | 197 | Campylobacter sp. 032HC10AL | | includes | 197 | Campylobacter sp. 032HC10BL | | includes | 197 | Campylobacter sp. 032HC10CL | | includes | 197 | Campylobacter sp. 032LC02AH | | includes | 197 | Campylobacter sp. 032LC02BH | | includes | 197 | Campylobacter sp. 032LG01AL | | includes | 197 | Campylobacter sp. 032LG02AH | | includes | 197 | Campylobacter sp. 033HC09BL | | includes | 197 | Campylobacter sp. 033HC09CL | | includes | 197 | Campylobacter sp. 033HC12AL | | includes | 197 | Campylobacter sp. 033HC12CL | | includes | 197 | Campylobacter sp. 033LG02AH | | includes | 197 | Campylobacter sp. 033LG02BH | | includes | 197 | Campylobacter sp. 035HM02AL | | includes | 197 | Campylobacter sp. 035HS01BL | | includes | 197 | Campylobacter sp. 035LC02AL | | includes | 197 | Campylobacter sp. 035LC02BH | | includes | 197 | Campylobacter sp. 035LC02DH | | includes | 197 | Campylobacter sp. 035LG02AL | | includes | 197 | Campylobacter sp. 037HC11AL | | includes | 197 | Campylobacter sp. 037HC11BL | | includes | 197 | Campylobacter sp. 037HC11CL | | includes | 197 | Campylobacter sp. 037LG01AL | | includes | 197 | Campylobacter sp. 042HC12BL | | includes | 197 | Campylobacter sp. 042HC12CL | | includes | 197 | Campylobacter sp. 042HC13AL | | includes | 197 | Campylobacter sp. 042HC13BL | | includes | 197 | Campylobacter sp. 042HC13CL | | includes | 197 | Campylobacter sp. 044LG01AL | | includes | 197 | Campylobacter sp. 045HC10AL | | includes | 197 | Campylobacter sp. 045LC02AL | | includes | 197 | Campylobacter sp. 045LC02CL | | includes | 197 | Campylobacter sp. 045LG02AL | | includes | 197 | Campylobacter sp. 046HC07AL | | includes | 197 | Campylobacter sp. 046HC07BL | | includes | 197 | Campylobacter sp. 046HC07CL | | includes | 197 | Campylobacter sp. 046HC07DL | | includes | 197 | Campylobacter sp. 046HC13AL | | includes | 197 | Campylobacter sp. 046HC13BL | | includes | 197 | Campylobacter sp. 046LG02AL | | includes | 197 | Campylobacter sp. 047HC12BL | | includes | 197 | Campylobacter sp. 047HC12CL | | includes | 197 | Campylobacter sp. 048HC11AL | | includes | 197 | Campylobacter sp. 048HC11BL | | includes | 197 | Campylobacter sp. 048HC11CL | | includes | 197 | Campylobacter sp. 048LG02AL | | includes | 197 | Campylobacter sp. 048LG02BL | | includes | 197 | Campylobacter sp. 049HS02AL | | includes | 197 | Campylobacter sp. 049HS02BL | | includes | 197 | Campylobacter sp. 049HS02CL | | includes | 197 | Campylobacter sp. 049LG01AL | | includes | 197 | Campylobacter sp. 049LG01BL | | includes | 197 | Campylobacter sp. 052HS02AL | | includes | 197 | Campylobacter sp. 052HS02BL | | includes | 197 | Campylobacter sp. 053HC07AL | | includes | 197 | Campylobacter sp. 053HC07BL | | includes | 197 | Campylobacter sp. 053HC07CL | | includes | 197 | Campylobacter sp. 053HC10AL | | includes | 197 | Campylobacter sp. 053HC10BL | | includes | 197 | Campylobacter sp. 053HC10CL | | includes | 197 | Campylobacter sp. 053HC11AL | | includes | 197 | Campylobacter sp. 053HC11BL | | includes | 197 | Campylobacter sp. 053HC11CL | | includes | 197 | Campylobacter sp. 053LG01AL | | includes | 197 | Campylobacter sp. 053LG02AL | | includes | 197 | Campylobacter sp. 053LG02BL | | includes | 197 | Campylobacter sp. 054HS01AL | | includes | 197 | Campylobacter sp. 054HS01BL | | includes | 197 | Campylobacter sp. 054HS01CL | | includes | 197 | Campylobacter sp. 054LG01AL | | includes | 197 | Campylobacter sp. 055LG01AL | | includes | 197 | Campylobacter sp. 055LG01BL | | includes | 197 | Campylobacter sp. 056HC13AL | | includes | 197 | Campylobacter sp. 056HC13BL | | includes | 197 | Campylobacter sp. 056HC13CL | | includes | 197 | Campylobacter sp. 057LC02BL | | includes | 197 | Campylobacter sp. 057LC02CL | | includes | 197 | Campylobacter sp. 059HC09AL | | includes | 197 | Campylobacter sp. 059HC09BL | | includes | 197 | Campylobacter sp. 059HC09CL | | includes | 197 | Campylobacter sp. 059HC11AL | | includes | 197 | Campylobacter sp. 059HC11BL | | includes | 197 | Campylobacter sp. 059HC11CL | | includes | 197 | Campylobacter sp. 059LG02BL | | includes | 197 | Campylobacter sp. 060HC12AL | | includes | 197 | Campylobacter sp. 060HC12BL | | includes | 197 | Campylobacter sp. 060HC12CL | | includes | 197 | Campylobacter sp. 060LG02AL | | includes | 197 | Campylobacter sp. 062HC13AL | | includes | 197 | Campylobacter sp. 062LG01AL | | includes | 197 | Campylobacter sp. 064HC11AL | | includes | 197 | Campylobacter sp. 064HC11BL | | includes | 197 | Campylobacter sp. 064HC11CL | | includes | 197 | Campylobacter sp. 064HC13BL | | includes | 197 | Campylobacter sp. 065HC10AL | | includes | 197 | Campylobacter sp. 065HC10BL | | includes | 197 | Campylobacter sp. 065HC10CL | | includes | 197 | Campylobacter sp. 065HC11BL | | includes | 197 | Campylobacter sp. 065HC11CL | | includes | 197 | Campylobacter sp. 066HC10AL | | includes | 197 | Campylobacter sp. 066HC10CL | | includes | 197 | Campylobacter sp. 066HC11AL | | includes | 197 | Campylobacter sp. 067LB01BL | | includes | 197 | Campylobacter sp. 067LB01CL | | includes | 197 | Campylobacter sp. 067LG01AH | | includes | 197 | Campylobacter sp. 070HC10AL | | includes | 197 | Campylobacter sp. 073HC09AL | | includes | 197 | Campylobacter sp. 073HC09BL | | includes | 197 | Campylobacter sp. 073HC09CL | | includes | 197 | Campylobacter sp. 073HC11AL | | includes | 197 | Campylobacter sp. 073HC11BL | | includes | 197 | Campylobacter sp. 073HC13AL | | includes | 197 | Campylobacter sp. 073HC13BL | | includes | 197 | Campylobacter sp. 073HC13CL | | includes | 197 | Campylobacter sp. 073LG01AL | | includes | 197 | Campylobacter sp. 073LG01BL | | includes | 197 | Campylobacter sp. 073LG01CL | | includes | 197 | Campylobacter sp. 074HC09AL | | includes | 197 | Campylobacter sp. 074HC09BL | | includes | 197 | Campylobacter sp. 074HC09CL | | includes | 197 | Campylobacter sp. 074HC10AL | | includes | 197 | Campylobacter sp. 074HC10BL | | includes | 197 | Campylobacter sp. 074HC10CL | | includes | 197 | Campylobacter sp. 074LG02AH | | includes | 197 | Campylobacter sp. 074LG02BH | | includes | 197 | Campylobacter sp. 075LG02AL | | includes | 197 | Campylobacter sp. 075LG02BL | | includes | 197 | Campylobacter sp. 076LG01AL | | includes | 197 | Campylobacter sp. 076LG02AL | | includes | 197 | Campylobacter sp. 078HC11AL | | includes | 197 | Campylobacter sp. 078HC11CL | | includes | 197 | Campylobacter sp. 081HC10CL | | includes | 197 | Campylobacter sp. 081LG02AH | | includes | 197 | Campylobacter sp. 081LG02BH | | includes | 197 | Campylobacter sp. 082HC06AL | | includes | 197 | Campylobacter sp. 082HC06BL | | includes | 197 | Campylobacter sp. 082HC06CL | | includes | 197 | Campylobacter sp. 083LG01AL | | includes | 197 | Campylobacter sp. 084HC10AL | | includes | 197 | Campylobacter sp. 084HC10BL | | includes | 197 | Campylobacter sp. 084HC10CL | | includes | 197 | Campylobacter sp. 084LG02AH | | includes | 197 | Campylobacter sp. 084LO02AH | | includes | 197 | Campylobacter sp. 085HC09AL | | includes | 197 | Campylobacter sp. 085HC09BL | | includes | 197 | Campylobacter sp. 085HC09CL | | includes | 197 | Campylobacter sp. 086HC10AL | | includes | 197 | Campylobacter sp. 086HC10BL | | includes | 197 | Campylobacter sp. 086HC10CL | | includes | 197 | Campylobacter sp. 086HC12AL | | includes | 197 | Campylobacter sp. 086HC12BL | | includes | 197 | Campylobacter sp. 086HC12CL | | includes | 197 | Campylobacter sp. 086LB02AL | | includes | 197 | Campylobacter sp. 089HC13AL | | includes | 197 | Campylobacter sp. 089LG01AL | | includes | 197 | Campylobacter sp. 090HC12AL | | includes | 197 | Campylobacter sp. 090HS01AL | | includes | 197 | Campylobacter sp. 090HS01BL | | includes | 197 | Campylobacter sp. 090HS01CL | | includes | 197 | Campylobacter sp. 090LG01AL | | includes | 197 | Campylobacter sp. 092HC10AL | | includes | 197 | Campylobacter sp. 092HC10BL | | includes | 197 | Campylobacter sp. 093HC10AL | | includes | 197 | Campylobacter sp. 093HC10BL | | includes | 197 | Campylobacter sp. 093HC10CL | | includes | 197 | Campylobacter sp. 094LG02AL | | includes | 197 | Campylobacter sp. 094LG02BL | | includes | 197 | Campylobacter sp. 095LC02AH | | includes | 197 | Campylobacter sp. 095LC02BH | | includes | 197 | Campylobacter sp. 095LG01AL | | includes | 197 | Campylobacter sp. 095LG01BL | | includes | 197 | Campylobacter sp. 095LG01CL | | includes | 197 | Campylobacter sp. 096LG01AL | | includes | 197 | Campylobacter sp. 096LG02AL | | includes | 197 | Campylobacter sp. 098HC10BL | | includes | 197 | Campylobacter sp. 098HC10CL | | includes | 197 | Campylobacter sp. 099HC07AL | | includes | 197 | Campylobacter sp. 099HC07BL | | includes | 197 | Campylobacter sp. 099HC07CL | | includes | 197 | Campylobacter sp. 099LG01AH | | includes | 197 | Campylobacter sp. 099LG01BH | | includes | 197 | Campylobacter sp. 100HC09AL | | includes | 197 | Campylobacter sp. 100HC09BL | | includes | 197 | Campylobacter sp. 100HC09CL | | includes | 197 | Campylobacter sp. 100HC12BL | | includes | 197 | Campylobacter sp. 100HC12CL | | includes | 197 | Campylobacter sp. 100LB02AL | | includes | 197 | Campylobacter sp. 100LB02BL | | includes | 197 | Campylobacter sp. 100LB02CL | | includes | 197 | Campylobacter sp. 100LG02AL | | includes | 197 | Campylobacter sp. 100LG02BL | | includes | 197 | Campylobacter sp. 102HC07AL | | includes | 197 | Campylobacter sp. 102HC07BL | | includes | 197 | Campylobacter sp. 102HC07CL | | includes | 197 | Campylobacter sp. 105LO02AH | | includes | 197 | Campylobacter sp. 11168-01 | | includes | 197 | Campylobacter sp. 113HC11AL | | includes | 197 | Campylobacter sp. 113HC11BL | | includes | 197 | Campylobacter sp. 113HC11CL | | includes | 197 | Campylobacter sp. 114HC10AL | | includes | 197 | Campylobacter sp. 114HC11BL | | includes | 197 | Campylobacter sp. 114HC11CL | | includes | 197 | Campylobacter sp. 115HC10AL | | includes | 197 | Campylobacter sp. 115HC10BL | | includes | 197 | Campylobacter sp. 115HC10CL | | includes | 197 | Campylobacter sp. 118LG01AL | | includes | 197 | Campylobacter sp. 120LG01AL | | includes | 197 | Campylobacter sp. 120LG01BL | | includes | 197 | Campylobacter sp. 122HC12AL | | includes | 197 | Campylobacter sp. 122HC13BL | | includes | 197 | Campylobacter sp. 122LC02AH | | includes | 197 | Campylobacter sp. 122LG02AH | | includes | 197 | Campylobacter sp. 122LO02BH | | includes | 197 | Campylobacter sp. 123HC10AL | | includes | 197 | Campylobacter sp. 123HC10BL | | includes | 197 | Campylobacter sp. 123LG01AL | | includes | 197 | Campylobacter sp. 124HC08AL | | includes | 197 | Campylobacter sp. 124HC08BL | | includes | 197 | Campylobacter sp. 124HC09AL | | includes | 197 | Campylobacter sp. 124HC09BL | | includes | 197 | Campylobacter sp. 124HC09CL | | includes | 197 | Campylobacter sp. 124HC13AL | | includes | 197 | Campylobacter sp. 124HS02AL | | includes | 197 | Campylobacter sp. 124HS02BL | | includes | 197 | Campylobacter sp. 124HS02CL | | includes | 197 | Campylobacter sp. 125HC03AL | | includes | 197 | Campylobacter sp. 125HC03BL | | includes | 197 | Campylobacter sp. 125HC03CL | | includes | 197 | Campylobacter sp. 126HC05AL | | includes | 197 | Campylobacter sp. 126HC05BL | | includes | 197 | Campylobacter sp. 126HC05CL | | includes | 197 | Campylobacter sp. 126HC07BL | | includes | 197 | Campylobacter sp. 126HC07CL | | includes | 197 | Campylobacter sp. 126HC08AL | | includes | 197 | Campylobacter sp. 126HC08BL | | includes | 197 | Campylobacter sp. 126HC08CL | | includes | 197 | Campylobacter sp. 127HC13BL | | includes | 197 | Campylobacter sp. 127LG01BL | | includes | 197 | Campylobacter sp. 129HC10AL | | includes | 197 | Campylobacter sp. 129HC10CL | | includes | 197 | Campylobacter sp. 129HC12AH | | includes | 197 | Campylobacter sp. 129HC12BH | | includes | 197 | Campylobacter sp. 129LG01AH | | includes | 197 | Campylobacter sp. 129LG01BH | | includes | 197 | Campylobacter sp. 132HC08AL | | includes | 197 | Campylobacter sp. 132HC08BL | | includes | 197 | Campylobacter sp. 132HC08CL | | includes | 197 | Campylobacter sp. 132HC10AL | | includes | 197 | Campylobacter sp. 132HC10BL | | includes | 197 | Campylobacter sp. 132HC10CL | | includes | 197 | Campylobacter sp. 132HC13AL | | includes | 197 | Campylobacter sp. 132LC01AL | | includes | 197 | Campylobacter sp. 132LG01AH | | includes | 197 | Campylobacter sp. 132LG01AL | | includes | 197 | Campylobacter sp. 132LG01BH | | includes | 197 | Campylobacter sp. 133HC13AL | | includes | 197 | Campylobacter sp. 133LG01AH | | includes | 197 | Campylobacter sp. 133LG01BH | | includes | 197 | Campylobacter sp. 135HC09AL | | includes | 197 | Campylobacter sp. 135LG01AL | | includes | 197 | Campylobacter sp. 21CO03CB-05-C1 | | includes | 197 | Campylobacter sp. 21CO04CB03-C1 | | includes | 197 | Campylobacter sp. 21NC06CB08-C | | includes | 197 | Campylobacter sp. 21NC07CB03-C | | includes | 197 | Campylobacter sp. 21NC09CB08-C | | includes | 197 | Campylobacter sp. 21NC12CB02-C | | includes | 197 | Campylobacter sp. 21NC12CB08-C | | includes | 197 | Campylobacter sp. 22OH10_CB07-C1 | | includes | 197 | Campylobacter sp. 22OH11_CL01-C1 | | includes | 197 | Campylobacter sp. 23OH01_CL01-C1 | | includes | 197 | Campylobacter sp. 23OH06_CG01-C1 | | includes | 197 | Campylobacter sp. 23OH06_CH01-C1 | | includes | 197 | Campylobacter sp. AG18-0001 | | includes | 197 | Campylobacter sp. AG18-0002 | | includes | 197 | Campylobacter sp. AG18-0003 | | includes | 197 | Campylobacter sp. AG18-0027 | | includes | 197 | Campylobacter sp. CFSAN080682 | | includes | 197 | Campylobacter sp. CFSAN093228 | | includes | 197 | Campylobacter sp. CFSAN093231 | | includes | 197 | Campylobacter sp. CFSAN093234 | | includes | 197 | Campylobacter sp. CFSAN093235 | | includes | 197 | Campylobacter sp. CFSAN093240 | | includes | 197 | Campylobacter sp. CFSAN093242 | | includes | 197 | Campylobacter sp. CFSAN093257 | | includes | 197 | Campylobacter sp. OH-13-16058 | | includes | 197 | Campylobacter sp. OH-13-16470-3 | | includes | 197 | Campylobacter sp. OH-13-28726 | | includes | 197 | Campylobacter sp. OH-18-10249 | | includes | 197 | Campylobacter sp. OH-18-14936 | | includes | 197 | Campylobacter sp. OH-18-15124 | | includes | 197 | Campylobacter sp. OH-18-15133 | | includes | 197 | Campylobacter sp. OH-18-15144 | | includes | 197 | Campylobacter sp. OH-18-15321-1 | | includes | 197 | Campylobacter sp. OH-18-15321-2 | | includes | 197 | Campylobacter sp. OH-18-15321-3 | | includes | 197 | Campylobacter sp. OH-18-15321-4 | | includes | 197 | Campylobacter sp. OH-18-18281-4A | | includes | 197 | Campylobacter sp. OH-18-19951-2 | | includes | 197 | Campylobacter sp. OH-18-8054 | | includes | 197 | Campylobacter sp. PS02404 | | includes | 197 | Campylobacter sp. PS02418 | | includes | 197 | Campylobacter sp. PS02421 | | includes | 197 | Campylobacter sp. PS02422 | | includes | 197 | Campylobacter sp. PS02423 | | includes | 197 | Campylobacter sp. PS02424 | | includes | 197 | Campylobacter sp. PS02425 | | includes | 197 | Campylobacter sp. PS02426 | | includes | 197 | Campylobacter sp. PS02430 | | includes | 197 | Campylobacter sp. PS02432 | | includes | 197 | Campylobacter sp. PS02435 | | includes | 197 | Campylobacter sp. PS02439 | | includes | 197 | Campylobacter sp. PS02440 | | includes | 197 | Campylobacter sp. PS02441 | | includes | 197 | Vibrio hepaticus | | synonym | 197 | Vibrio jejuni | | synonym | 1970189 | Marinilabiliales | | scientific name | 1970189 | Marinilabiliales Wu et al. 2016 | | authority | 1970304 | Acidocella sp. 20-63-7 | | scientific name | 1970323 | Bdellovibrio sp. 28-41-41 | | scientific name | 1970331 | Caulobacter sp. 35-67-4 | | scientific name | 1970384 | Halothiobacillus sp. 20-54-6 | | scientific name | 1970395 | Marinobacter sp. 34-60-7 | | scientific name | 197043 | Homalodisca coagulata | | synonym | 197043 | Homalodisca coagulata (Say) | | authority | 197043 | Homalodisca vitripennis | | scientific name | 197043 | Homalodisca vitripennis (Germar, 1821) | | authority | 197043 | Tettigonia coagulata | | synonym | 197043 | Tettigonia coagulata Say, 1832 | | authority | 197043 | Tettigonia vitripennis | | synonym | 197043 | glassy-winged sharpshooter | | genbank common name | 1970520 | Hydrogenophilales bacterium 16-62-9 | | scientific name | 1970547 | Rhizobiales bacterium 17-65-6 | | scientific name | 1970738 | Gilliamella apis | | scientific name | 1970738 | Gilliamella apis Ludvigsen et al. 2018 | | authority | 1970738 | Gilliamella sp. A-4-12 | | includes | 1970738 | Gilliamella sp. A-TSA1 | | includes | 1970738 | Gilliamella sp. A-TSA2 | | includes | 1970738 | Gilliamella sp. A-TSA3 | | includes | 1970738 | Gilliamella sp. A-TSA4 | | includes | 1970738 | Gilliamella sp. AM1 | | includes | 1970738 | Gilliamella sp. N-G1 | | includes | 1970738 | Gilliamella sp. N-G3 | | includes | 1970738 | Gilliamella sp. N-G4 | | includes | 1970738 | Gilliamella sp. NO1 | | includes | 1970738 | Gilliamella sp. NO12 | | includes | 1970738 | Gilliamella sp. NO13 | | includes | 1970738 | Gilliamella sp. NO14 | | includes | 1970738 | Gilliamella sp. NO15 | | includes | 1970738 | Gilliamella sp. NO16 | | includes | 1970738 | Gilliamella sp. NO3 | | includes | 1970738 | Gilliamella sp. NO4 | | includes | 1971 | Streptomyces albulus | | synonym | 1971 | Streptomyces albulus Routien 1969 (Approved Lists 1980) | | authority | 1971 | Streptomyces noursei | | scientific name | 1971 | Streptomyces noursei Brown et al. 1953 (Approved Lists 1980) | | authority | 1971 | Streptomyces noursei Brown et al. 1953 (Approved Lists 1980) emend. Li et al. 2022 | | authority | 1971 | Streptomyces noursei Brown et al. 1953 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 1971 | Streptomyces sp. NCIM 2424 | | includes | 1971211 | Tessaracoccus sp. | | scientific name | 1971605 | Faecalibacterium sp. | | scientific name | 1971748 | Nitrososphaera sp. | | scientific name | 197221 | Thermosynechococcus elongatus BP-1 | | equivalent name | 197221 | Thermosynechococcus elongatus IAM M-273 | | equivalent name | 197221 | Thermosynechococcus elongatus NIES-2133 | | equivalent name | 197221 | Thermosynechococcus vestitus BP-1 | | scientific name | 1972444 | Desulfobacteraceae bacterium 4572_88 | | scientific name | 1973477 | Nodularia sp. NIES-3585 | | scientific name | 1973478 | Calothrix brevissima CCAP 1410/7 | | equivalent name | 1973478 | Calothrix brevissima IAM M-7 | | equivalent name | 1973478 | Calothrix brevissima IAM-249 | | equivalent name | 1973478 | Calothrix brevissima NIES-22 | | scientific name | 1973478 | Calothrix brevissima SAG 34.79 | | equivalent name | 1973919 | Bacteroidetes bacterium CG_4_10_14_3_um_filter_31_20 | | scientific name | 1973953 | Comamonadaceae bacterium CG17_big_fil_post_rev_8_21_14_2_50_60_13 | | scientific name | 1973956 | Cytophagales bacterium CG18_big_fil_WC_8_21_14_2_50_42_9 | | scientific name | 1974002 | Flavobacteriales bacterium CG_4_9_14_0_2_um_filter_32_27 | | scientific name | 1974005 | Flavobacteriales bacterium CG_4_9_14_3_um_filter_40_17 | | scientific name | 1974498 | Candidatus Beckwithbacteria bacterium CG23_combo_of_CG06-09_8_20_14_all_47_9 | | scientific name | 1974529 | Candidatus Campbellbacteria bacterium CG22_combo_CG10-13_8_21_14_all_36_13 | | scientific name | 1974539 | Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_41_28 | | scientific name | 1974540 | Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_42_22 | | scientific name | 1974627 | Candidatus Levybacteria bacterium CG_4_9_14_0_2_um_filter_35_21 | | scientific name | 1974628 | Candidatus Levybacteria bacterium CG_4_9_14_3_um_filter_35_16 | | scientific name | 1974633 | Candidatus Levybacteria bacterium CG22_combo_CG10-13_8_21_14_all_35_11 | | scientific name | 1974713 | Candidatus Nealsonbacteria bacterium CG11_big_fil_rev_8_21_14_0_20_35_11 | | scientific name | 1974717 | Candidatus Nealsonbacteria bacterium CG18_big_fil_WC_8_21_14_2_50_37_10 | | scientific name | 1974737 | Candidatus Omnitrophica bacterium CG_4_9_14_0_2_um_filter_42_8 | | scientific name | 1974782 | Candidatus Peregrinibacteria bacterium CG_4_9_14_3_um_filter_49_12 | | scientific name | 1974784 | Candidatus Peregrinibacteria bacterium CG10_big_fil_rev_8_21_14_0_10_36_19 | | scientific name | 1974789 | Candidatus Peregrinibacteria bacterium CG10_big_fil_rev_8_21_14_0_10_49_24 | | scientific name | 1974794 | Candidatus Peregrinibacteria bacterium CG11_big_fil_rev_8_21_14_0_20_49_14 | | scientific name | 1974800 | Candidatus Portnoybacteria bacterium CG_4_10_14_0_8_um_filter_40_50 | | scientific name | 197482 | Arcobacter halophilus | | synonym | 197482 | Arcobacter halophilus Donachie et al. 2005 | | authority | 197482 | Arcobacter sp. LA31B | | includes | 197482 | Malaciobacter halophilus | | scientific name | 197482 | Malaciobacter halophilus corrig. (Donachie et al. 2005) Perez-Cataluna et al. 2019 | | synonym | 197483 | unclassified Bacillaceae | | scientific name | 1974843 | Candidatus Roizmanbacteria bacterium CG01_land_8_20_14_3_00_33_9 | | scientific name | 197491 | unclassified Chlorobiaceae | | scientific name | 1975076 | candidate division WWE3 bacterium CG_4_8_14_3_um_filter_42_11 | | scientific name | 1975553 | Thalassolituus sp. CG17_big_fil_post_rev_8_21_14_2_50_53_8 | | scientific name | 1975592 | Botrychioideae | | scientific name | 1975592 | Botrychioideae C.Presl, 1845 | | authority | 197562 | Crustacea | | includes | 197562 | Pancrustacea | | scientific name | 197562 | crustaceans | | blast name | 197562 | crustaceans and hexapods | | genbank common name | 197563 | Mandibulata | | scientific name | 197563 | mandibulates | | common name | 1975703 | "Xylanobacillus" Luzics et al. 2015 | | authority | 1975703 | Xylanibacillus | | scientific name | 1975703 | Xylanibacillus Kukolya et al. 2018 | | authority | 1975703 | Xylanobacillus | | synonym | 1977054 | Leeuwenhoekiella sp. | | scientific name | 1977061 | Polaromonas sp. AET17H-212 | | scientific name | 1977087 | Proteobacteria bacterium | | synonym | 1977087 | Pseudomonadota bacterium | | scientific name | 1977263 | Enterorhabdus sp. | | scientific name | 1977630 | Klosneuvirinae | | scientific name | 1977903 | Propionibacterium sp. | | scientific name | 1977908 | Limnohabitans sp. JirII-31 | | scientific name | 1977910 | Limnohabitans sp. Bal53 | | scientific name | 1977915 | Xanthoceroideae | | scientific name | 1977916 | Hippocastanoideae | | scientific name | 1977919 | Acereae | | scientific name | 1978181 | Cercidoideae | | scientific name | 1978181 | Cercidoideae Legume Phylogeny Working Group, 2017 | | authority | 1978229 | Beijerinckiaceae bacterium | | scientific name | 1978230 | Caulobacteraceae bacterium | | scientific name | 1978231 | Acidobacteriota bacterium | | scientific name | 1978374 | Marivivens sp. | | scientific name | 1978374 | Paradonghicola sp. | | synonym | 1978412 | Sediminibacterium roseum | | scientific name | 1978412 | Sediminibacterium roseum Song et al. 2017 | | authority | 1978412 | Sediminibacterium sp. SYL130 | | includes | 1978525 | Sphingomonadales bacterium | | scientific name | 1978762 | Proteobacteria bacterium ST_bin14 | | scientific name | 1978774 | Gorillibacterium sp. | | scientific name | 197911 | Alphainfluenzavirus | | scientific name | 1979270 | Sphingomonas crocodyli | | scientific name | 1979270 | Sphingomonas crocodyli Sheu et al. 2019 | | authority | 1979270 | Sphingomonas sp. CCP-7 | | includes | 1979385 | "Candidatus Roseilinea" Thiel et al. 2016 | | authority | 1979385 | Candidatus Roseilinea | | scientific name | 1979385 | Roseilinea | | equivalent name | 1979545 | Myxococcales bacterium FL481 | | scientific name | 1979961 | Wenzhouxiangella sp. | | scientific name | 1979962 | Pusillimonas sp. | | scientific name | 1979962 | Pusillimonas sp. (ex Stolz et al. 2005) | | equivalent name | 198 | Campylobacter hyointestinalis | | scientific name | 198 | Campylobacter hyointestinalis Gebhart et al. 1985 emend. On et al. 1995 | | authority | 198037 | mojavensis species complex | | scientific name | 1980413 | Hantaviridae | | scientific name | 1980442 | Hantavirus | | synonym | 1980442 | Orthohantavirus | | scientific name | 1980513 | "Candidatus Nitrosoglobus" Hayatsu et al. 2017 | | authority | 1980513 | Candidatus Nitrosoglobus | | scientific name | 1980513 | Nitrosoglobus | | includes | 1980645 | "Theionarchaea" Lazar et al. 2017 | | authority | 1980645 | Theionarchaea | | scientific name | 1980646 | unclassified Theionarchaea | | scientific name | 1980697 | "Duodenibacillus" Mailhe et al. 2017 | | authority | 1980697 | Duodenibacillus | | scientific name | 1980700 | Duodenibacillus sp. | | scientific name | 198119 | Bacillus sp. BP-23 | | includes | 198119 | Paenibacillus barcinonensis | | scientific name | 198119 | Paenibacillus barcinonensis Sanchez et al. 2005 | | authority | 198119 | Paenibacillus sp. BP-23 | | includes | 198213 | Rhynchospora tenuis | | scientific name | 198213 | Rhynchospora tenuis Link, 1820 | | authority | 198215 | Shigella flexneri 2a str. 2457T | | scientific name | 198215 | Shigella flexneri 2a strain 2457T | | equivalent name | 198215 | Shigella flexneri serotype 2a str. 2457T | | equivalent name | 1982319 | Opitutia bacterium Tous-C1TDCM | | scientific name | 1982325 | Spartobacteria bacterium AMD-G4 | | scientific name | 1982367 | Pepy6virus | | equivalent name | 1982367 | Pepyhexavirus | | scientific name | 1982368 | Pepyhexavirus pepy6 | | scientific name | 1982368 | Rhodococcus virus Pepy6 | | equivalent name | 198251 | "Candidatus Pelagibacter" Rappe et al. 2002 | | authority | 198251 | Candidatus Pelagibacter | | scientific name | 198251 | Pelagibacter | | equivalent name | 1982764 | Streptomyces sp. CS057 | | scientific name | 1983103 | unclassified Synechococcales | | scientific name | 1983111 | unclassified Cyanobacteriota | | scientific name | 1985169 | Hydrogenophaga sp. IBVHS1 | | scientific name | 1985254 | "Bacillus phaseoli" Smith 1897 | | authority | 1985254 | Bacillus phaseoli | | synonym | 1985254 | Xanthomonas phaseoli | | scientific name | 1985254 | Xanthomonas phaseoli (ex Smith 1897) | | synonym | 1985254 | Xanthomonas phaseoli (ex Smith 1897) Gabriel et al. 1989 | | authority | 1985254 | Xanthomonas phaseoli Gabriel et al. 1989 emend. Constantin et al. 2016 | | authority | 1985254 | Xanthomonas phaseoli Gabriel et al. 1989 emend. Harrison et al. 2023 | | authority | 1985742 | Cephaloticoccus sp. | | scientific name | 1985927 | Ignelater | | scientific name | 1985927 | Ignelater Costa, 1975 | | authority | 1986179 | Neocucurbitaria | | scientific name | 1986179 | Neocucurbitaria Wanas., E.B.G. Jones & K.D. Hyde, 2017 | | authority | 198618 | Pseudomonas sp. KACC 10846 | | includes | 198618 | Pseudomonas sp. KACC 10847 | | includes | 198618 | Pseudomonas sp. Ps 3-1 | | includes | 198618 | Pseudomonas sp. Ps 3-10 | | includes | 198618 | Pseudomonas umsongensis | | scientific name | 198618 | Pseudomonas umsongensis Kwon et al. 2003 | | authority | 198620 | Arthrobacter sp. BDR2P1B1-M | | includes | 198620 | Bacillus sp. BDR2P1B1 | | includes | 198620 | Pseudomonas koreensis | | scientific name | 198620 | Pseudomonas koreensis Kwon et al. 2003 | | authority | 198620 | Pseudomonas sp. C9SED2 | | includes | 198620 | Pseudomonas sp. CALLA-IHBT-4 | | includes | 198620 | Pseudomonas sp. CRS05-R5 | | includes | 198620 | Pseudomonas sp. KACC 10848 | | includes | 198620 | Pseudomonas sp. KACC 10851 | | includes | 198620 | Pseudomonas sp. Ps 1-2 | | includes | 198620 | Pseudomonas sp. Ps 9-14 | | includes | 1986223 | Paenibacillus sp. VTT E-133291 | | scientific name | 198625 | Eccrinales | | includes | 198625 | Ichthyophonida | | scientific name | 1986594 | Synechococcus sp. TMED185 | | scientific name | 1986615 | Actinomycetales bacterium TMED115 | | scientific name | 1986643 | Rhodospirillaceae bacterium TMED63 | | scientific name | 1986644 | Pelagibacteraceae bacterium TMED65 | | scientific name | 1986650 | Alteromonadaceae bacterium TMED7 | | scientific name | 1986659 | bacterium TMED277 | | scientific name | 1986661 | bacterium TMED88 | | scientific name | 1986672 | unclassified Crocinitomicaceae | | scientific name | 1986696 | Euryarchaeota archaeon TMED85 | | scientific name | 1986805 | Candidatus Pelagibacter sp. TMED166 | | scientific name | 1986836 | Planctomycetaceae bacterium TMED241 | | scientific name | 1986862 | Rhodospirillaceae bacterium TMED140 | | scientific name | 1986952 | Sphingobacteriaceae bacterium GW460-11-11-14-LB5 | | scientific name | 1987165 | Sphingobium sp. GW456-12-10-14-TSB1 | | scientific name | 198719 | Drosophila innubila | | scientific name | 198719 | Drosophila innubila Spencer, 1943 | | authority | 1987580 | Proteus columbae | | scientific name | 1987580 | Proteus columbae Dai et al. 2018 | | authority | 1987580 | Proteus sp. 08MAS2615 | | includes | 1987723 | Cellvibrio sp. PSBB006 | | scientific name | 1988 | "Streptomycoides" Zhang et al. 1984 | | authority | 1988 | Actinomadura | | scientific name | 1988 | Actinomadura Lechevalier and Lechevalier 1968 (Approved Lists 1980) emend. Zhao et al. 2015 | | authority | 1988 | Excellospora | | includes | 1988 | Excellospora Agre and Guzeva 1975 | | authority | 1988 | Streptomycoides | | includes | 1988031 | "Candidatus Promineifilum" corrig. McIlroy et al. 2016 | | authority | 1988031 | "Candidatus Promineofilum" McIlroy et al. 2016 | | synonym | 1988031 | Candidatus Promineifilum | | scientific name | 1988031 | Promineifilum | | equivalent name | 198806 | Calidris pugnax | | scientific name | 198806 | Calidris pugnax (Linnaeus, 1758) | | authority | 198806 | Machetes pugnax | | synonym | 198806 | Pavoncella pugnax | | synonym | 198806 | Philomachus pugnax | | synonym | 198806 | Tringa pugnax | | synonym | 198806 | Tringa pugnax Linnaeus, 1758 | | authority | 198806 | ruff | ruff | genbank common name | 199 | Campylobacter concisus | | scientific name | 199 | Campylobacter concisus Tanner et al. 1981 | | authority | 199306 | Coccidioides posadasii | | scientific name | 199306 | Coccidioides posadasii M.C. Fisher, G.L. Koenig, T.J. White & J.W. Taylor, 2002 | | authority | 199592 | Microbacterium paraoxydans | | scientific name | 199592 | Microbacterium paraoxydans Laffineur et al. 2003 | | authority | 199592 | Microbacterium paraoxydans Laffineur et al. 2003 emend. Buczolits et al. 2008 | | authority | 199592 | Microbacterium sp. GJ_SRA_44_2022 | | includes | 2 | "Bacteria" Cavalier-Smith 1987 | | authority | 2 | "Bacteriobiota" Luketa 2012 | | authority | 2 | Bacteria | Bacteria | scientific name | 2 | Bacteria (ex Cavalier-Smith 1987) | | synonym | 2 | Bacteria Woese et al. 2024 | | synonym | 2 | Bacteriobiota | | synonym | 2 | Monera | Monera | in-part | 2 | Procaryotae | Procaryotae | in-part | 2 | Prokaryota | Prokaryota | in-part | 2 | Prokaryotae | Prokaryotae | in-part | 2 | bacteria | bacteria | blast name | 2 | bacteria | bacteria | genbank common name | 2 | eubacteria | | common name | 2 | prokaryote | prokaryote | in-part | 2 | prokaryotes | prokaryotes | in-part | 20 | Phenylobacterium | | scientific name | 20 | Phenylobacterium Lingens et al. 1985 emend. Abraham et al. 2008 | | authority | 20 | Phenylobacterium Lingens et al. 1985 emend. Kanso and Patel 2004 | | authority | 20 | Phenylobacterium Lingens et al. 1985 emend. Oh and Roh 2012 | | authority | 20 | Phenylobacterium Lingens et al. 1985 emend. Tiago et al. 2005 | | authority | 2000 | Streptosporangium | | scientific name | 2000 | Streptosporangium Couch 1955 (Approved Lists 1980) emend. Intra et al. 2014 | | authority | 2000 | Streptosporangium Couch 1955 (Approved Lists 1980) emend. Stackebrandt et al. 1994 | | authority | 2002831 | Microbacterium sp. AISO3 | | scientific name | 200324 | Puccinia coronata f. sp. avenae | | scientific name | 200324 | Puccinia coronata f. sp. avenae P. Syd. & Syd. 1903 | | authority | 200324 | Puccinia coronata var. avenae f. sp. avenae | | includes | 2003363 | Maritimibacter sp. | | scientific name | 2003363 | Muriiphilus sp. | | synonym | 2003540 | Pteridineae | | scientific name | 2003540 | Pteridineae J.Prado & Schuettp., 2016 | | authority | 2003543 | Parkerioideae | | scientific name | 2003543 | Parkerioideae Burnett, 1835 | | authority | 200361 | Aegilops squarrosa var. strangulata | | synonym | 200361 | Aegilops squarrosa var. strangulata Eig, 1928 | | authority | 200361 | Aegilops tauschii subsp. strangulata | | scientific name | 200361 | Aegilops tauschii subsp. strangulata (Eig) Tzvelev, 1973 | | authority | 2004 | Actinoplanaceae | Actinoplanaceae | in-part | 2004 | Actinoplanaceae Couch 1955 | Actinoplanaceae Couch 1955 | in-part | 2004 | Streptosporangiaceae | | scientific name | 2004 | Streptosporangiaceae Goodfellow et al. 1990 emend. Nouioui et al. 2018 | | authority | 2004 | Streptosporangiaceae Goodfellow et al. 1990 emend. Ward-Rainey et al. 1997 | | authority | 2004 | Streptosporangiaceae Goodfellow et al. 1990 emend. Zhi et al. 2009 | | authority | 200407 | Apis mellifera caucasica | | scientific name | 200407 | Apis mellifera caucasica Pollmann, 1889 | | authority | 200407 | Caucasian honeybee | | genbank common name | 2004513 | Methylocapsa sp. | | scientific name | 2004951 | Cordyceps sp. RAO-2017 | | scientific name | 2005 | "Waksmania" Lechevalier and Lechevalier 1957 | | authority | 2005 | Microbispora | | scientific name | 2005 | Microbispora Nonomura and Ohara 1957 (Approved Lists 1980) | | authority | 2005 | Microbispora Nonomura and Ohara 1957 (Approved Lists 1980) emend. Zhang et al. 1998 | | authority | 2005 | Waksmania | | synonym | 2005359 | Faecalicatena | | scientific name | 2005359 | Faecalicatena Sakamoto et al. 2017 | | authority | 2005360 | Faecalicatena sp. | | scientific name | 2005473 | "Candidatus Homeothermaceae" Ormerod et al. 2016 | | authority | 2005473 | Candidatus Homeothermaceae | | synonym | 2005473 | Homeothermaceae | | equivalent name | 2005473 | Muribaculaceae | | scientific name | 2005473 | Muribaculaceae Lagkouvardos et al. 2019 | | authority | 2005473 | family S24-7 | | common name | 2005520 | "Dysgonamonadaceae" Ormerod et al. 2016 | | authority | 2005520 | Dysgonamonadaceae | | synonym | 2005520 | Dysgonomonadaceae | | scientific name | 2005520 | Dysgonomonadaceae Garcia-Lopez et al. 2020 | | synonym | 2005523 | "Paludibacteraceae" Ormerod et al. 2016 | | authority | 2005523 | Paludibacteraceae | | scientific name | 2005523 | Paludibacteraceae Ormerod et al. 2022 | | authority | 2005525 | "Tannerellaceae" Ormerod et al. 2016 | | authority | 2005525 | Tannerellaceae | | scientific name | 2005525 | Tannerellaceae Ormerod et al. 2022 | | authority | 2005711 | bacterium BMS3Abin03 | | scientific name | 2005715 | bacterium BMS3Abin07 | | scientific name | 2005722 | bacterium BMS3Abin14 | | scientific name | 2005724 | bacterium BMS3Bbin01 | | scientific name | 2005725 | bacterium BMS3Bbin02 | | scientific name | 2005728 | bacterium BMS3Bbin05 | | scientific name | 2006 | "Thermopolyspora bispora" Henssen 1957 | | authority | 2006 | Microbispora bispora | | synonym | 2006 | Microbispora bispora (Henssen 1957) Lechevalier 1965 (Approved Lists 1980) | | authority | 2006 | Thermobispora bispora | | scientific name | 2006 | Thermobispora bispora (Henssen 1957) Wang et al. 1996 | | authority | 2006 | Thermobispora bispora (Henssen, 1957) Wang et al. 1996 emend. Nouioui et al. 2018 | | authority | 2006 | Thermopolyspora bispora | | synonym | 2006115 | Acinetobacter piscicola | | scientific name | 2006115 | Acinetobacter piscicola Liu et al. 2018 | | authority | 2006115 | Acinetobacter sp. LW15 | | includes | 2006184 | Desulfamplus sp. | | scientific name | 200643 | Bacteroidetes | Bacteroidetes | synonym | 200643 | Bacteroidia | | scientific name | 200643 | Bacteroidia Krieg 2012 | | authority | 200644 | "Flavobacteriales" Bernardet 2011 | | authority | 200644 | Flavobacteriales | | scientific name | 200666 | Sphingobacteriales | | scientific name | 200666 | Sphingobacteriales Kampfer 2012 | | authority | 200667 | "Flammeovirgaceae" Nedashkovskaya and Ludwig 2011 | | authority | 200667 | Flammeovirgaceae | | scientific name | 200667 | Flammeovirgaceae Yoon et al. 2011 | | authority | 2006847 | unclassified Muribaculaceae | | scientific name | 2006848 | Opitutaceae bacterium | | scientific name | 2006849 | Lysobacterales bacterium | | scientific name | 2007296 | Marine Group II euryarchaeote MED-G35 | | scientific name | 200783 | "Aquificae" Reysenbach 2001 | | authority | 200783 | "Aquificaeota" Oren et al. 2015 | | authority | 200783 | Aquificae | Aquificae | synonym | 200783 | Aquificaeota | | synonym | 200783 | Aquificota | | scientific name | 200783 | Aquificota corrig. Reysenbach 2021 | | synonym | 200795 | "Chloroflexaeota" Oren et al. 2015 | | authority | 200795 | "Chloroflexi" Garrity and Holt 2001 | | synonym | 200795 | Chloroflexaeota | | synonym | 200795 | Chloroflexi | Chloroflexi | equivalent name | 200795 | Chloroflexota | | scientific name | 200795 | Chloroflexota corrig. Garrity and Holt 2021 | | synonym | 200795 | GNS bacteria | GNS bacteria | blast name | 200795 | GNS bacteria | GNS bacteria | genbank common name | 200795 | green non-sulfur bacteria | | common name | 2008785 | Hydrogenophilalia | | synonym | 2008785 | Hydrogenophilalia Boden et al. 2017 | | authority | 2008785 | Hydrogenophilia | | scientific name | 2008785 | Hydrogenophilia Boden et al. 2022 | | authority | 2008790 | Thiobacillaceae | | scientific name | 2008790 | Thiobacillaceae Boden et al. 2017 | | authority | 2008793 | Sterolibacteriaceae | | scientific name | 2008793 | Sterolibacteriaceae Boden et al. 2017 | | authority | 2008794 | Zoogloeaceae | | scientific name | 2008794 | Zoogloeaceae Boden et al. 2017 | | authority | 2008794 | Zoogloeaceae Boden et al. 2017 emend. Huang et al. 2021 | | authority | 2008795 | Azonexaceae | | scientific name | 2008795 | Azonexaceae Boden et al. 2017 | | authority | 2009042 | Pseudomonas sp. Irchel 3H7 | | scientific name | 200916 | Acanthoscelides | | scientific name | 200917 | Acanthoscelides obtectus | | scientific name | 200917 | Acanthoscelides obtectus (Say, 1831) | | authority | 200917 | Bruchus obtectus | | synonym | 200917 | Bruchus obtectus Say, 1831 | | authority | 2009179 | Pseudomonas sp. Irchel s3h14 | | scientific name | 200918 | "Thermotogaeota" Oren et al. 2015 | | authority | 200918 | Thermotogaeota | | synonym | 200918 | Thermotogota | | scientific name | 200918 | Thermotogota corrig. Reysenbach 2021 | | synonym | 200930 | "Deferribacteraeota" Oren et al. 2015 | | authority | 200930 | "Deferribacterota" Whitman et al. 2018 | | authority | 200930 | Deferribacteraeota | | synonym | 200930 | Deferribacterota | | scientific name | 200930 | Deferribacterota corrig. Garrity and Holt 2021 | | synonym | 200940 | "Desulfobacterota" Waite et al. 2020 | | authority | 200940 | "Thermodesulfobacteraeota" Oren et al. 2015 | | authority | 200940 | "Thermodesulfobacteriota" Whitman et al. 2018 | | authority | 200940 | Desulfobacterota | | synonym | 200940 | Desulfobacterota Waite et al. 2023 | | authority | 200940 | Thermodesulfobacteraeota | | synonym | 200940 | Thermodesulfobacteriota | | scientific name | 200940 | Thermodesulfobacteriota corrig. Garrity and Holt 2021 | | synonym | 201 | Campylobacter lari | | scientific name | 201 | Campylobacter lari corrig. | | synonym | 201 | Campylobacter lari corrig. Benjamin et al. 1984 | | authority | 201 | Campylobacter lari corrig. Benjamin et al. 1984 emend. Debruyne et al. 2009 | | authority | 201 | Campylobacter laridis | | synonym | 201 | Campylobacter laridis Benjamin et al. 1984 | | authority | 201096 | Alicycliphilus | | scientific name | 201096 | Alicycliphilus Mechichi et al. 2003 | | authority | 201096 | Alicycliphilus Mechichi et al. 2003 emend. Liu et al. 2025 | | authority | 2011014 | Bacillus sp. FJAT-45350 | | scientific name | 2011095 | Streptomyces sp. SAJ15 | | scientific name | 201174 | "Actinobacteria" (ex Margulis 1974) Cavalier-Smith 2020 | | authority | 201174 | "Actinobacteria" Goodfellow 2012 | | authority | 201174 | "Actinobacteriota" Panda et al. 2022 | | authority | 201174 | "Actinobacteriota" Whitman et al. 2018 | | authority | 201174 | Actinobacteraeota | | synonym | 201174 | Actinobacteraeota Oren et al. 2015 | | authority | 201174 | Actinobacteria | | synonym | 201174 | Actinobacteriota | | synonym | 201174 | Actinomycetota | | scientific name | 201174 | Actinomycetota corrig. Goodfellow 2021 | | authority | 201174 | actinobacteria | actinobacteria | blast name | 201174 | actinobacteria | actinobacteria | genbank common name | 2012 | Actinoplanaceae | Actinoplanaceae | in-part | 2012 | Thermomonospora group | | synonym | 2012 | Thermomonosporaceae | | scientific name | 2012 | Thermomonosporaceae Rainey et al. 1997 emend. Zhang et al. 2001 | | authority | 2012 | Thermomonosporaceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 201217 | Agaricus leucothites | | synonym | 201217 | Agaricus leucothites Vittad., 1835 | | authority | 201217 | Leucoagaricus leucothites (Vittad.) Wasser, 1977 | | synonym | 201217 | Leucoagaricus leucothites var. leucothites | | synonym | 201217 | Leucoagaricus pudicus | | synonym | 201217 | Leucocoprinus leucothites | | scientific name | 201217 | Leucocoprinus leucothites (Vittad.) Redhead, 2023 | | authority | 201217 | white dapperling | | common name | 201230 | Lepiota procera var. fuliginosa | | synonym | 201230 | Lepiota procera var. fuliginosa Barla, 1888 | | authority | 201230 | Macrolepiota fuliginosa | | scientific name | 201230 | Macrolepiota fuliginosa (Barla) Bon, 1977 | | authority | 2012485 | Candidatus Aerophobetes bacterium Ae_b3a | | scientific name | 2012489 | Chloroflexi bacterium B3_Chlor | | scientific name | 2012522 | Thermoplasmatales archaeon ex4484_30 | | scientific name | 2013 | "Brachystreptospora" Stach et al. 2003 | | authority | 2013 | Brachystreptospora | | synonym | 2013 | Nocardiopsis | | scientific name | 2013 | Nocardiopsis (Brocq-Rousseau 1904) Meyer 1976 (Approved Lists 1980) | | authority | 2013 | Nocardiopsis Meyer 1976 (sic) | | authority | 2013066 | Alphaproteobacteria bacterium MarineAlpha2_Bin1 | | scientific name | 201329 | Drymocataphus cleaveri | | synonym | 201329 | Drymocataphus cleaveri Shelley, 1874 | | authority | 201329 | Illadopsis cleaveri | | scientific name | 201329 | blackcap illadopsis | | genbank common name | 2013666 | Alphaproteobacteria bacterium HGW-Alphaproteobacteria-3 | | scientific name | 2013705 | Betaproteobacteria bacterium HGW-Betaproteobacteria-14 | | scientific name | 2013723 | Chloroflexi bacterium HGW-Chloroflexi-1 | | scientific name | 2013785 | Firmicutes bacterium HGW-Firmicutes-4 | | scientific name | 2013798 | Gammaproteobacteria bacterium HGW-Gammaproteobacteria-2 | | scientific name | 2013803 | Gammaproteobacteria bacterium HGW-Gammaproteobacteria-7 | | scientific name | 2013805 | Gammaproteobacteria bacterium HGW-Gammaproteobacteria-9 | | scientific name | 2013829 | Candidatus Riflebacteria bacterium HGW-Riflebacteria-1 | | scientific name | 2013830 | Candidatus Riflebacteria bacterium HGW-Riflebacteria-2 | | scientific name | 2013832 | Spirochaetae bacterium HGW-Spirochaetae-1 | | scientific name | 2014310 | Elusimicrobia bacterium CG08_land_8_20_14_0_20_59_10 | | scientific name | 2014367 | Pseudobutyrivibrio sp. | | scientific name | 2014804 | Lewinellaceae bacterium SD302 | | scientific name | 2014804 | bacterium SD302 | | synonym | 2014805 | Mesorhizobium sp. WYCCWR 10195 | | includes | 2014805 | Mesorhizobium wenxiniae | | scientific name | 2014805 | Mesorhizobium wenxiniae Zhang et al. 2018 | | authority | 2014872 | Dictyobacter kobayashii | | scientific name | 2014872 | Dictyobacter kobayashii Wang et al. 2019 | | authority | 2014872 | Ktedonobacterales bacterium Uno11 | | includes | 2014887 | Herbaspirillum robiniae | | scientific name | 2014887 | Herbaspirillum robiniae Fan et al. 2018 | | authority | 2014887 | Herbaspirillum sp. HZ10 | | includes | 2015172 | Cysias | | synonym | 2015172 | Ooceraea | | scientific name | 2015173 | Cerapachys biroi | | synonym | 2015173 | Cerapachys biroi Forel, 1907 | | authority | 2015173 | Ooceraea biroi | | scientific name | 2015173 | Ooceraea biroi (Forel, 1907) | | authority | 2015173 | clonal raider ant | | genbank common name | 2015350 | Burkholderia sp. AU18528 | | scientific name | 2015515 | Streptomyces sp. FBKL.4005 | | scientific name | 2015556 | Pseudomonas sp. PGPPP4 | | scientific name | 2015577 | Rhizobiales bacterium PAR1 | | scientific name | 2015582 | Bacteroidetes bacterium B1(2017) | | scientific name | 2015799 | Hyphomicrobiaceae bacterium | | scientific name | 2015800 | unclassified Propionibacteriales | | scientific name | 2015800 | unclassified Propionibacterineae | | equivalent name | 2015801 | Propionibacteriales bacterium | | scientific name | 2015814 | Salicola phage SCTP-2 | | scientific name | 2017172 | Parcubacteria group bacterium Gr01-1014_2 | | scientific name | 2017440 | Tepidisphaera sp. | | scientific name | 2017482 | Thalassococcus sp. S3 | | scientific name | 2017595 | Sphingobium sp. D43FB | | scientific name | 2017685 | Arthrobacter sp. PM3 | | scientific name | 2017694 | Microsoroideae | | scientific name | 2017694 | Microsoroideae B.K.Nayar, 1970 | | authority | 201800 | Pantherophis | | scientific name | 2018067 | Pseudomonas sp. FDAARGOS_380 | | scientific name | 2018083 | Gelidibacter sp. | | scientific name | 2018661 | Diploscapter pachys | | scientific name | 2018661 | Diploscapter pachys Steiner, 1942 | | authority | 2018689 | Rhizobium anhuiense bv. trifolii | | scientific name | 2018689 | Rhizobium sp. WYCCWR10015 | | includes | 2019903 | Closterium sp. NIES-68 | | scientific name | 2019999 | unclassified Saprospirales | | scientific name | 2020000 | unclassified Kiritimatiellaceae | | scientific name | 2020325 | Streptomyces sp. CB01373 | | scientific name | 2020335 | Candidatus Liberibacter ctenarytainae | | scientific name | 2020335 | Candidatus Liberibacter ctenarytainae Thompson et al. 2017 | | authority | 2020335 | Candidatus Liberibacter sp. (ex Ctenarytaina fuchsiae) | | includes | 2020335 | Liberibacter ctenarytainae | | equivalent name | 2020716 | Paenibacillus konkukensis | | scientific name | 2020716 | Paenibacillus konkukensis Im et al. 2017 | | authority | 2020856 | Muriicola sp. | | scientific name | 2020875 | Methyloprofundus sp. | | scientific name | 2021360 | Bifidobacteriaceae bacterium NR019 | | scientific name | 2021361 | Bifidobacteriaceae bacterium NR017 | | scientific name | 2021368 | Alcaligenaceae bacterium | | scientific name | 2021371 | Methylobacteriaceae bacterium | | scientific name | 2021378 | Brucellaceae bacterium | | scientific name | 2021379 | Xanthobacteraceae bacterium | | scientific name | 2021391 | Flavobacteriales bacterium | | scientific name | 202202 | Argyrodes | | scientific name | 2022527 | Prevotella sp. 885 | | scientific name | 2022549 | Paenibacillus sp. 7516 | | scientific name | 2022552 | Paenibacillus sp. 7884-2 | | scientific name | 202256 | Galemys | | scientific name | 202257 | Galemys pyrenaicus | | scientific name | 202257 | Mygale pyrenaica | | synonym | 202257 | Mygale pyrenaica Geoffroy Saint-Hilaire, 1811 | | authority | 202257 | Pyrenean desman | | synonym | 2022749 | Sulfurimonas sp. | | scientific name | 2023182 | "Leptospira brenneri" Thibeaux et al. 2018 | | authority | 2023182 | Leptospira brenneri | | scientific name | 2023182 | Leptospira brenneri Thibeaux et al. 2020 | | authority | 2023182 | Leptospira sp. 201800277 | | includes | 2023182 | Leptospira sp. JW2-C-A2 | | includes | 2023184 | "Leptospira barantonii" Thibeaux et al. 2018 | | authority | 2023184 | Leptospira barantonii | | scientific name | 2023184 | Leptospira barantonii Thibeaux et al. 2020 | | authority | 2023184 | Leptospira sp. 201702444 | | includes | 2023184 | Leptospira sp. FH4-C-A1 | | includes | 2023265 | Flavobacterium soyangense | | scientific name | 2023265 | Flavobacterium soyangense Nam et al. 2017 | | authority | 2023338 | Pleomorphomonas carboxyditropha | | scientific name | 2023338 | Pleomorphomonas carboxyditropha Esquivel-Elizondo et al. 2018 | | authority | 2023338 | Pleomorphomonas sp. SVCO-16 | | includes | 2023354 | Gryllus serialis | | synonym | 2023354 | Gryllus serialis Thunberg, 1815 | | authority | 2023354 | Schistocerca serialis | | scientific name | 2023354 | Schistocerca serialis (Thunberg, 1815) | | authority | 2023355 | Acridium cubense | | synonym | 2023355 | Acridium cubense Saussure, 1861 | | authority | 2023355 | Schistocerca serialis cubense | | scientific name | 2023355 | Schistocerca serialis cubense (Saussure, 1861) | | authority | 2023717 | Photobacterium carnosum | | scientific name | 2023717 | Photobacterium carnosum Hilgarth et al. 2018 | | authority | 2023717 | Photobacterium sp. TMW 2.2021 | | includes | 2023717 | Photobacterium sp. TMW2.2022 | | includes | 2023717 | Photobacterium sp. TMW2.2029 | | includes | 2023717 | Photobacterium sp. TMW2.2030 | | includes | 2024004 | Favolaschiaceae | | synonym | 2024004 | Favolaschiaceae Singer, 1969 | | authority | 2024004 | Mycenaceae | | scientific name | 2024004 | Mycenaceae Overeem, 1926 | | authority | 2024223 | Prevotella sp. P3-122 | | scientific name | 2024268 | Salmonella enterica subsp. enterica serovar Carno | | scientific name | 2024405 | Halomonas sp. JB37 | | scientific name | 2024747 | Dactyloidae | | scientific name | 2024826 | Blastopirellula sp. | | scientific name | 2024830 | Cycloclasticus sp. | | scientific name | 2024834 | Halioglobus sp. | | scientific name | 2024839 | Marinovum sp. | | scientific name | 2024840 | Methylophaga sp. | | scientific name | 2024843 | Candidatus Nitrosopumilus sp. | | scientific name | 2024844 | Nitrospina sp. | | scientific name | 2024846 | Oleispira sp. | | scientific name | 2024849 | Candidatus Pelagibacter bacterium | | equivalent name | 2024849 | Candidatus Pelagibacter sp. | | scientific name | 2024849 | Pelagibacter sp. | | equivalent name | 2024851 | Planktomarina sp. | | scientific name | 2024856 | Roseibacillus sp. | | scientific name | 2024860 | Spongiibacter sp. | | scientific name | 2024889 | SAR324 cluster bacterium | | scientific name | 2024890 | Pedosphaera sp. | | scientific name | 2024892 | unclassified Acidiferrobacteraceae | | scientific name | 2024893 | Acidiferrobacteraceae bacterium | | scientific name | 2024894 | Acidimicrobiaceae bacterium | | scientific name | 2024895 | Alcanivoracaceae bacterium | | scientific name | 2024896 | Anaerolineaceae bacterium | | scientific name | 2024965 | Dictyobacter | | scientific name | 2024965 | Dictyobacter Yabe et al. 2017 | | authority | 2024965 | Dictyobacter Yabe et al. 2017 emend. Wang et al. 2019 | | authority | 2024965 | Dictyobacter Yabe et al. 2017 emend. Yabe et al. 2021 | | authority | 2024979 | Bacteriovoracales | | scientific name | 2024979 | Bacteriovoracales Hahn et al. 2017 | | authority | 2024981 | Notoacmeibacteraceae | | scientific name | 2024981 | Notoacmeibacteraceae Huang et al. 2017 | | authority | 2024981 | Notoacmeibacteraceae Huang et al. 2017 emend. Hordt A et al. 2020 | | authority | 2024982 | Notoacmeibacter | | scientific name | 2024982 | Notoacmeibacter Huang et al. 2017 | | authority | 2024983 | Notoacmeibacter sp. | | scientific name | 2025307 | Sulfuriferula sp. | | scientific name | 2025310 | Larkinella knui | | scientific name | 2025310 | Larkinella knui Jeon et al. 2018 | | authority | 2025310 | Larkinella sp. 15J6-3T6 | | includes | 202533 | Stegodyphus dumicola | | scientific name | 202533 | Stegodyphus dumicola Pocock, 1898 | | authority | 2025608 | Sulfuricurvum sp. | | scientific name | 202584 | Cheilinus | | scientific name | 2026092 | Bifidobacteriaceae bacterium GH005 | | scientific name | 2026099 | Bifidobacteriaceae bacterium WP012 | | scientific name | 2026186 | Bacillus paranthracis | | scientific name | 2026186 | Bacillus paranthracis Liu et al. 2017 | | authority | 2026186 | Bacillus sp. #24 | | includes | 2026186 | Bacillus sp. Mn5 | | includes | 2026187 | Bacillus pacificus | | scientific name | 2026187 | Bacillus pacificus Liu et al. 2017 | | authority | 2026187 | Bacillus sp. EB422 | | includes | 2026188 | Bacillus tropicus | | scientific name | 2026188 | Bacillus tropicus Liu et al. 2017 | | authority | 2026190 | Bacillus mobilis | | scientific name | 2026190 | Bacillus mobilis Liu et al. 2017 | | authority | 2026190 | Bacillus sp. 0711P9-1 | | includes | 2026349 | Enterovirga | | scientific name | 2026349 | Enterovirga Chen et al. 2017 | | authority | 2026714 | Candidatus Bathyarchaeota archaeon | | scientific name | 2026715 | Bdellovibrionaceae bacterium | | equivalent name | 2026715 | Pseudobdellovibrionaceae bacterium | | scientific name | 2026719 | Candidatus Puniceispirillum sp. | | scientific name | 2026719 | Puniceispirillum sp. | | equivalent name | 2026720 | Candidate division TM7 bacterium | | equivalent name | 2026720 | Candidatus Saccharimonadota bacterium | | scientific name | 2026720 | Saccharimonadota bacterium | | equivalent name | 2026724 | Chloroflexota bacterium | | scientific name | 2026725 | Chromatiales bacterium | | scientific name | 2026728 | Crocinitomicaceae bacterium | | scientific name | 2026730 | Cytophagia bacterium | | scientific name | 2026734 | Dehalococcoidetes bacterium | | synonym | 2026734 | Dehalococcoidia bacterium | | scientific name | 2026735 | Deltaproteobacteria bacterium | | scientific name | 2026738 | Erythrobacteraceae bacterium | | scientific name | 2026739 | Euryarchaeota archaeon | | equivalent name | 2026739 | Methanobacteriota archaeon | | scientific name | 2026741 | Gemmatimonadaceae bacterium | | scientific name | 2026742 | Gemmatimonadota bacterium | | scientific name | 2026743 | Halieaceae bacterium | | scientific name | 2026744 | unclassified Halobacteriovoraceae | | scientific name | 2026745 | Halobacteriovoraceae bacterium | | scientific name | 2026747 | Candidatus Heimdallarchaeota archaeon | | scientific name | 2026747 | Heimdallarchaeota archaeon | | equivalent name | 2026748 | Hyphomonadaceae bacterium | | scientific name | 2026750 | unclassified Kangiellaceae | | scientific name | 2026751 | Kangiellaceae bacterium | | scientific name | 2026752 | Kiritimatiellaceae bacterium | | scientific name | 2026757 | Leptospiraceae bacterium | | scientific name | 2026758 | unclassified Magnetococcales | | scientific name | 2026759 | Magnetococcales bacterium | | scientific name | 2026760 | Candidatus Marinimicrobia bacterium | | equivalent name | 2026760 | Candidatus Neomarinimicrobiota bacterium | | equivalent name | 2026760 | Fidelibacterota bacterium | | scientific name | 2026760 | Marinimicrobia bacterium | | equivalent name | 2026761 | Nitrosomonadales bacterium | | scientific name | 2026762 | Micrococcales bacterium | | scientific name | 2026763 | Myxococcales bacterium | | scientific name | 2026764 | Nanoarchaeota archaeon | | equivalent name | 2026764 | Nanobdellota archaeon | | scientific name | 2026765 | unclassified Nevskiales | | scientific name | 2026766 | Nevskiales bacterium | | scientific name | 2026769 | Nitrospinota bacterium | | scientific name | 2026770 | Nitrospiraceae bacterium | | scientific name | 2026771 | Opitutia bacterium | | scientific name | 2026772 | Opitutales bacterium | | scientific name | 2026773 | Candidatus Pacearchaeota archaeon | | scientific name | 2026776 | Candidatus Pelagibacterales bacterium | | scientific name | 2026776 | Pelagibacterales bacterium | | equivalent name | 2026776 | SAR11 cluster bacterium | | equivalent name | 2026777 | Phycisphaeraceae bacterium | | scientific name | 2026778 | Phycisphaerae bacterium | | scientific name | 2026779 | Planctomycetaceae bacterium | | scientific name | 2026780 | Planctomycetaeota bacterium | | equivalent name | 2026780 | Planctomycetes bacterium | | equivalent name | 2026780 | Planctomycetota bacterium | | scientific name | 2026781 | Candidatus Poribacteria bacterium | | scientific name | 2026781 | Poribacteria bacterium | | equivalent name | 2026782 | Porticoccaceae bacterium | | scientific name | 2026785 | Rhodobiaceae bacterium | | scientific name | 2026786 | Rhodospirillales bacterium | | scientific name | 2026787 | Rhodothermaceae bacterium | | scientific name | 2026788 | Rickettsiales bacterium | | scientific name | 2026789 | Salinisphaeraceae bacterium | | scientific name | 2026790 | Saprospirales bacterium | | scientific name | 2026791 | Bryobacterales bacterium | | scientific name | 2026791 | Solibacterales bacterium | | synonym | 2026792 | Spirochaetales bacterium | | scientific name | 2026795 | Nitrososphaerota archaeon | | scientific name | 2026795 | Thaumarchaeota archaeon | | equivalent name | 2026799 | Verrucomicrobiota bacterium | | scientific name | 2026800 | Verrucomicrobiaceae bacterium | | scientific name | 2026801 | Verrucomicrobiales bacterium | | scientific name | 2026803 | Candidatus Woesearchaeota archaeon | | scientific name | 2026803 | Woesearchaeota archaeon | | equivalent name | 2026805 | unclassified Woeseiaceae | | scientific name | 2026806 | Woeseiaceae bacterium | | scientific name | 2026807 | Zetaproteobacteria bacterium | | scientific name | 2026809 | Campylobacterota bacterium | | scientific name | 202687 | Conferva hispida | | synonym | 202687 | Conferva hispida Thore, 1800 | | authority | 202687 | Thorea hispida | | scientific name | 202687 | Thorea hispida (Thore) Desvaux | | authority | 202687 | Thorea sp. GWS000425 | | includes | 202687 | Thoreaceae sp. GWS002526 | | includes | 2026885 | "Candidatus Bipolaricaulis anaerobius" Hao et al. 2018 | | authority | 2026885 | Bipolaricaulis anaerobius | | equivalent name | 2026885 | Candidatus Acetothermia bacterium Ran1 | | includes | 2026885 | Candidatus Bipolaricaulis anaerobius | | scientific name | 2026887 | Nitrospirae bacterium | | equivalent name | 2026887 | Nitrospirota bacterium | | scientific name | 2026888 | Thermoleophilia bacterium | | scientific name | 202696 | Jaapia | | scientific name | 202696 | Jaapia Bres., 1911 | | authority | 202697 | Jaapia argillacea | | scientific name | 202697 | Jaapia argillacea Bres., 1911 | | authority | 202698 | Merulius strigosozonatus | | synonym | 202698 | Merulius strigosozonatus Schwein., 1832 | | authority | 202698 | Punctularia strigosozonata | | scientific name | 202698 | Punctularia strigosozonata (Schwein.) P.H.B. Talbot, 1958 | | authority | 2027290 | Providencia huaxiensis | | scientific name | 2027290 | Providencia huaxiensis Hu et al. 2019 | | authority | 2027290 | Providencia sp. WCHPHu000369 | | includes | 2027319 | Vezdaea | | scientific name | 2027319 | Vezdaea Tscherm.-Woess & Poelt, 1976 | | authority | 202746 | Sulfurimonas | | scientific name | 202746 | Sulfurimonas Inagaki et al. 2003 | | authority | 202746 | Sulfurimonas Inagaki et al. 2003 emend. Labrenz et al. 2013 | | authority | 202746 | Sulfurimonas Inagaki et al. 2003 emend. Takai et al. 2006 | | authority | 202746 | Sulfurimonas Inagaki et al. 2003 emend. Wang et al. 2020 | | authority | 202750 | Kurthia sibirica | | scientific name | 202750 | Kurthia sibirica Belikova et al. 1988 | | authority | 202771 | Zooshikella | | scientific name | 202771 | Zooshikella Yi et al. 2003 | | authority | 202772 | "Zooshikella ganghwensis subsp. ganghwensis" (Yi et al. 2003) Pira et al. 2021 | | authority | 202772 | "Zooshikella ganghwensis subsp. marina" (Ramaprasad et al. 2015) Pira et al. 2021 | | authority | 202772 | Zooshikella ganghwensis | | scientific name | 202772 | Zooshikella ganghwensis Yi et al. 2003 | | synonym | 202772 | Zooshikella ganghwensis subsp. ganghwensis | | synonym | 202772 | Zooshikella ganghwensis subsp. marina | | synonym | 202772 | Zooshikella marina | | synonym | 202772 | Zooshikella marina Ramaprasad et al. 2015 | | authority | 202772 | Zooshikella sp. JC333 | | includes | 202808 | Vespa velutina | | scientific name | 202808 | Vespa velutina Lepeletier, 1836 | | authority | 2028282 | Lachnoclostridium sp. | | scientific name | 2028339 | Spathaspora sp. JA1 | | scientific name | 2029 | Kibdelosporangium | | scientific name | 2029 | Kibdelosporangium Shearer et al. 1986 | | authority | 202907 | Collimonas | | scientific name | 202907 | Collimonas de Boer et al. 2004 | | authority | 2029104 | "Aliioceanicola lipolyticus" (Huang et al. 2018) Liang et al. 2021 | | authority | 2029104 | Aliioceanicola lipolyticus | | synonym | 2029104 | Pseudooceanicola lipolyticus | | scientific name | 2029104 | Pseudooceanicola lipolyticus Huang et al. 2018 | | authority | 2029104 | Pseudooceanicola sp. 157 | | includes | 2029117 | CDC Non-Oxidizing Group 1 | | equivalent name | 2029117 | Comamonadaceae bacterium NML00-0135 | | includes | 2029117 | Comamonadaceae bacterium NML000135 | | equivalent name | 2029117 | Comamonadaceae bacterium NML03-0146 | | includes | 2029117 | Comamonadaceae bacterium NML030146 | | equivalent name | 2029117 | Comamonadaceae bacterium NML120219 | | includes | 2029117 | Comamonadaceae bacterium NML180582 | | includes | 2029117 | Comamonadaceae bacterium NML79-0751 | | includes | 2029117 | Comamonadaceae bacterium NML790751 | | equivalent name | 2029117 | Comamonadaceae bacterium NML91-0035 | | includes | 2029117 | Comamonadaceae bacterium NML91-0036 | | includes | 2029117 | Comamonadaceae bacterium NML910035 | | equivalent name | 2029117 | Comamonadaceae bacterium NML910036 | | equivalent name | 2029117 | Comamonadaceae bacterium NML97-0112 | | includes | 2029117 | Comamonadaceae bacterium NML970112 | | equivalent name | 2029117 | Corticibacter USB_NOVA_58 | | includes | 2029117 | Vandammella animalimorsus | | scientific name | 2029117 | Vandammella animalimorsus Bernard et al. 2022 | | authority | 2029117 | Xenophilus sp. canine oral taxon 174 | | synonym | 2029117 | Xenophilus sp. feline oral taxon 360 | | synonym | 2029574 | Vezdaeales | | scientific name | 2029574 | Vezdaeales Lumbsch & Lucking, 2016 | | authority | 2029855 | Polynucleobacter sp. | | scientific name | 2030 | Kibdelosporangium aridum | | scientific name | 2030 | Kibdelosporangium aridum Shearer et al. 1986 | | authority | 2030800 | Elusimicrobiota bacterium | | scientific name | 2030806 | Burkholderiaceae bacterium | | scientific name | 2030808 | Candidatus Cloacimonadota bacterium | | scientific name | 2030808 | Candidatus Cloacimonetes bacterium | | equivalent name | 2030808 | Cloacimonadota bacterium | | equivalent name | 2030809 | Candidatus Hydrogenedentota bacterium | | scientific name | 2030809 | Hydrogenedentota bacterium | | equivalent name | 2030810 | Candidatus Kaiserbacteria bacterium | | scientific name | 2030810 | Kaiserbacteria bacterium | | equivalent name | 2030811 | Candidatus Peregrinibacteria bacterium | | scientific name | 2030811 | Peregrinibacteria bacterium | | equivalent name | 2030813 | Desulfotalea sp. | | scientific name | 2030816 | Methylophilaceae bacterium | | scientific name | 2030823 | Robiginitomaculum sp. | | scientific name | 2030824 | Phycisphaera sp. | | scientific name | 2030827 | Candidatus Babelota bacterium | | scientific name | 2030827 | Candidatus Dependentiae bacterium | | equivalent name | 2030827 | candidate division TM6 bacterium | | synonym | 2030829 | SAR202 cluster bacterium | | scientific name | 2030882 | Beggiatoaceae bacterium | | synonym | 2030882 | Thiotrichaceae bacterium | | scientific name | 2030927 | Bacteroidales bacterium | | scientific name | 2031119 | Jiulongibacter | | scientific name | 2031119 | Jiulongibacter Liu et al. 2016 | | authority | 2032565 | Lysobacteraceae bacterium NML93-0399 | | scientific name | 203263 | Corynebacterium aquilae | | scientific name | 203263 | Corynebacterium aquilae Fernandez-Garayzabal et al. 2003 | | authority | 203263 | Corynebacterium aquilae Fernandez-Garayzabal et al. 2003 emend. Nouioui et al. 2018 | | authority | 2033 | Aureibacterium testaceum | | equivalent name | 2033 | Aureobacterium testaceum | | synonym | 2033 | Aureobacterium testaceum (Komagata and Iizuka 1964) Collins et al. 1983 | | authority | 2033 | Brevibacterium testaceum | | synonym | 2033 | Brevibacterium testaceum Komagata and Iizuka 1964 (Approved Lists 1980) | | authority | 2033 | Curtobacterium testaceum | | synonym | 2033 | Curtobacterium testaceum (Komagata and Iizuka 1964) Yamada and Komagata 1972 (Approved Lists 1980) | | authority | 2033 | Microbacterium testaceum | | scientific name | 2033 | Microbacterium testaceum (Komagata and Iizuka 1964) Takeuchi and Hatano 1998 | | authority | 2033014 | Armatimonadetes bacterium | | equivalent name | 2033014 | Armatimonadota bacterium | | scientific name | 2033035 | Hypoxylaceae | | scientific name | 2033035 | Hypoxylaceae DC., 1805 | | authority | 2033133 | Methyloligella sp. | | scientific name | 2033488 | Bacillus sp. AFS017274 | | scientific name | 2033493 | Bacillus sp. AFS026049 | | scientific name | 2033502 | Bacillus sp. AFS040349 | | scientific name | 2033507 | Bacillus sp. AFS055030 | | scientific name | 2033515 | Bacillus sp. AFS094228 | | scientific name | 2033588 | [Chlorobium] sp. 445 | | scientific name | 2033661 | Pseudothermotoga sp. | | scientific name | 2033725 | Paenibacillus sp. MYb67 | | scientific name | 2034 | Curtibacterium | | equivalent name | 2034 | Curtobacterium | | scientific name | 2034 | Curtobacterium Yamada and Komagata 1972 (Approved Lists 1980) | | authority | 2034146 | unclassified Chlamydomonas | | scientific name | 203473 | unclassified Sphingobacteriales | | scientific name | 2034765 | "Massilibacteroides" Jneid et al. 2018 | | authority | 2034765 | Massilibacteroides | | scientific name | 2034769 | "Pectobacterium zantedeschiae" Waleron et al. 2019 | | authority | 2034769 | Pectobacterium sp. 2M | | includes | 2034769 | Pectobacterium sp. 9M | | includes | 2034769 | Pectobacterium sp. DPM600 | | includes | 2034769 | Pectobacterium sp. DPMP600 | | includes | 2034769 | Pectobacterium sp. PC2 | | includes | 2034769 | Pectobacterium zantedeschiae | | scientific name | 203490 | "Fusobacteria" Cavalier-Smith 2006 | | authority | 203490 | Fusobacteria | Fusobacteria | synonym | 203490 | Fusobacteriia | | scientific name | 203490 | Fusobacteriia Staley and Whitman 2012 | | authority | 203491 | Fusobacteriales | | scientific name | 203491 | Fusobacteriales Staley and Whitman 2012 | | authority | 203492 | Fusobacteriaceae | | scientific name | 203492 | Fusobacteriaceae Staley and Whitman 2012 | | authority | 203494 | Verrucomicrobiae | | synonym | 203494 | Verrucomicrobiae Hedlund et al. 1998 | | synonym | 203494 | Verrucomicrobiae Hedlund et al. 1998 emend. Yoon et al. 2008 | | authority | 203494 | Verrucomicrobiia | | scientific name | 203494 | Verrucomicrobiia corrig. | | synonym | 203494 | Verrucomicrobiia corrig. Hedlund et al. 1998 | | authority | 2035 | "Curtobacterium flaccumfaciens" (Hedges 1922) Collins and Jones 1983 | | authority | 2035 | "Phytomonas flaccumfaciens" (Hedges 1922) Bergey et al. 1923 | | authority | 2035 | "Pseudomonas flaccumfaciens" (Hedges 1922) Stevens 1925 | | authority | 2035 | Corynebacterium flaccumfaciens (Hedges 1922) Dowson 1942 (Approved Lists 1980) | | synonym | 2035 | Curtobacterium flaccumfaciens | | scientific name | 2035 | Curtobacterium flaccumfaciens (Hedges 1922) Collins and Jones 1984 | | synonym | 2035 | Phytomonas flaccumfaciens | | synonym | 2035 | Pseudomonas flaccumfaciens | | synonym | 2035198 | Flavobacterium sp. 9 | | scientific name | 2035406 | bacterium HR11 | | scientific name | 2035407 | bacterium HR12 | | scientific name | 2035423 | bacterium HR28 | | scientific name | 2035533 | Promicromonospora soli | | scientific name | 2035533 | Promicromonospora soli Zheng et al. 2017 | | authority | 203557 | Verrucomicrobia subdivision 1 | | synonym | 203557 | Verrucomicrobiaceae | | scientific name | 203557 | Verrucomicrobiaceae Ward-Rainey et al. 1996 emend. Takeda et al. 2008 | | authority | 203557 | Verrucomicrobiaceae Ward-Rainey et al. 1996 emend. Yoon et al. 2008 | | authority | 203557 | Verrucosimicrobiaceae | | synonym | 2035771 | Candidatus Lambdaproteobacteria bacterium | | scientific name | 2035771 | Lambdaproteobacteria bacterium | | equivalent name | 2035772 | Candidatus Omnitrophica bacterium | | equivalent name | 2035772 | Candidatus Omnitrophota bacterium | | scientific name | 2035772 | Omnitrophica bacterium | | equivalent name | 2035772 | Omnitrophota bacterium | | equivalent name | 2035772 | candidate division OP3 bacterium | | equivalent name | 2035811 | Pseudodesulfovibrio | | scientific name | 2035811 | Pseudodesulfovibrio Cao et al. 2016 | | authority | 2035811 | Pseudodesulfovibrio Cao et al. 2016 emend. Kondo 2023 | | authority | 2035813 | Sphingobacteriia bacterium | | scientific name | 2035835 | "Geodermatophilus chilensis" Castro et al. 2018 | | authority | 2035835 | Geodermatophilus chilensis | | scientific name | 2035835 | Geodermatophilus chilensis Castro et al. 2020 | | authority | 2035835 | Geodermatophilus sp. B12 | | includes | 2036010 | Rubrobacter sp. | | scientific name | 203682 | "Planctobacteria" (Cavalier-Smith 1987) Cavalier-Smith 2002 | | synonym | 203682 | "Planctobacteria" (Cavalier-Smith 1987) Cavalier-Smith 2002 emend. Cavalier-Smith 2020 | | authority | 203682 | "Planctomycetes" Garrity and Holt 2001 | | synonym | 203682 | "Planctomycetota" Whitman et al. 2018 | | synonym | 203682 | Planctobacteria | | synonym | 203682 | Planctomycetes | Planctomycetes | equivalent name | 203682 | Planctomycetota | | scientific name | 203682 | Planctomycetota corrig. Garrity and Holt 2021 | | authority | 203682 | planctomycetes | | blast name | 203683 | "Planctomycetacia" Garrity and Holt 2001 | | authority | 203683 | "Planctomycetes" Oren et al. 2015 | | authority | 203683 | "Planctomycetia" Cavalier-Smith 2020 | | authority | 203683 | Planctomycea | | synonym | 203683 | Planctomycea Cavalier-Smith, 2002 | | authority | 203683 | Planctomycetacia | | synonym | 203683 | Planctomycetes | Planctomycetes | synonym | 203683 | Planctomycetes Oren et al. 2015 emend. Lodha et al. 2021 | | authority | 203683 | Planctomycetia | | scientific name | 203683 | Planctomycetia Ward 2020 | | synonym | 2036868 | unclassified Lewinellaceae | | scientific name | 203691 | "Spirochaetaeota" Oren et al. 2015 | | authority | 203691 | "Spirochaetes" Garrity and Holt 2001 | | authority | 203691 | Spirochaetae | | synonym | 203691 | Spirochaetaeota | | synonym | 203691 | Spirochaetes | Spirochaetes | synonym | 203691 | Spirochaetota | | scientific name | 203691 | Spirochaetota corig. Garrity and Holt 2021 | | authority | 203692 | "Spirochaetia" Cavalier-Smith 2020 | | authority | 203692 | "Spirochaetia" Paster 2011 | | authority | 203692 | Spirochaetes | Spirochaetes | synonym | 203692 | Spirochaetes Cavalier-Smith, 2002 | | authority | 203692 | Spirochaetia | | scientific name | 203692 | Spirochaetia Paster 2020 | | authority | 203692 | spirochetes | | blast name | 203693 | "Nitrospira" Garrity and Holt 2001 | | authority | 203693 | "Nitrospiria" Cavalier-Smith 2020 | | authority | 203693 | "Nitrospiria" Oren et al. 2015 | | authority | 203693 | Nitrospira | Nitrospira | synonym | 203693 | Nitrospiria | | scientific name | 203693 | Nitrospiria Garrity and Holt 2022 | | authority | 203697 | Derxia | | scientific name | 203697 | Derxia Jensen et al. 1960 | | authority | 2037 | Actinomycetales | | scientific name | 2037 | Actinomycetales Buchanan 1917 (Approved Lists 1980) emend Stackebrandt et al. 1997 | | authority | 2037 | Actinomycetales Buchanan 1917 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 2037 | Actinomycineae | | includes | 2037 | Actinomycineae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 2037900 | Mesorhizobium sanjuanii | | scientific name | 2037900 | Mesorhizobium sanjuanii Sannazzaro et al. 2018 | | authority | 2037900 | Mesorhizobium sp. BSA136 | | includes | 2037913 | Geobacillus sp. AYN2 | | includes | 2037913 | Geobacillus yumthangensis | | synonym | 2037913 | Geobacillus yumthangensis Najar et al. 2018 | | authority | 2037913 | Parageobacillus yumthangensis | | scientific name | 2037913 | Parageobacillus yumthangensis (Najar et al. 2018) Najar et al. 2020 | | authority | 2038154 | Ignelater luminosus | | scientific name | 2038154 | Ignelater luminosus (Illiger, 1807) | | authority | 2038154 | Pyrophorus luminosus | | synonym | 2038280 | Robbsia | | scientific name | 2038280 | Robbsia Lopes-Santos et al. 2017 | | authority | 203830 | Campylandra fimbriata | | synonym | 203830 | Campylandra fimbriata (Hand.-Mazz.) M.N.Tamura, S.Yun Liang & Turland | | authority | 203830 | Rohdea fimbriata | | scientific name | 203830 | Rohdea fimbriata (Hand.-Mazz.) Yamashita & M.N.Tamura, 2004 | | authority | 203830 | Tupistra fimbriata | | synonym | 203830 | Tupistra fimbriata Hand.-Mazz., 1922 | | authority | 2038343 | Jatrophihabitans sp. N237 | | includes | 2038343 | Jatrophihabitans telluris | | scientific name | 2038343 | Jatrophihabitans telluris Lee et al. 2018 | | authority | 2038740 | Coniferiporia | | scientific name | 2038740 | Coniferiporia L.W. Zhou & Y.C. Dai, 2016 | | authority | 203908 | Melampsora laricipopulina | | includes | 203908 | Melampsora laricis-populina | | scientific name | 203908 | Melampsora laricis-populina Kleb., 1902 | | authority | 203908 | Melampsora sp. 538ME-LAL-LO15.1 | | includes | 2039164 | Bombella favorum | | scientific name | 2039164 | Bombella favorum Hilgarth et al. 2021 | | authority | 2039164 | Bombella sp. TMW 2.1880 | | includes | 2039236 | Saliphagus | | scientific name | 2039236 | Saliphagus Yin et al. 2017 | | authority | 2039240 | Anaerotignum | | scientific name | 2039240 | Anaerotignum Ueki et al. 2017 | | authority | 2039638 | "Candidatus Nanopelagicales" Neuenschwander et al. 2018 | | authority | 2039638 | Candidatus Nanopelagicales | | scientific name | 2039638 | Nanopelagicales | | equivalent name | 2039639 | "Candidatus Nanopelagicus" Neuenschwander et al. 2018 | | authority | 2039639 | Candidatus Nanopelagicus | | scientific name | 2039639 | Nanopelagicus | | equivalent name | 2039723 | Thiomicrorhabdus | | scientific name | 2039723 | Thiomicrorhabdus Boden et al. 2017 | | authority | 2039723 | Thiomicrorhabdus Boden et al. 2017 emend. Boden et al. 2017 | | authority | 2039723 | Thiomicrorhabdus Boden et al. 2017 emend. Liu et al. 2021 | | authority | 2039724 | Thiomicrorhabdus sp. | | scientific name | 2039811 | Nitrospira sp. WS110 | | scientific name | 2040 | Aeromicrobium | | scientific name | 2040 | Aeromicrobium Miller et al. 1991 emend. Yoon et al. 2005 | | authority | 2040332 | Dorea sp. | | scientific name | 204037 | Dickeya | | scientific name | 204037 | Dickeya Samson et al. 2005 | | authority | 204042 | Dickeya sp. CFBP 2052 | | includes | 204042 | Dickeya zeae | | scientific name | 204042 | Dickeya zeae Samson et al. 2005 | | authority | 2041042 | Chiayiivirga sp. | | scientific name | 2041141 | Chirita brachytricha var. magnibracteata | | synonym | 2041141 | Chirita brachytricha var. magnibracteata W.T.Wang & D.Y.Chen, 1985 | | authority | 2041141 | Primulina brachytricha var. magnibracteata | | scientific name | 2041141 | Primulina brachytricha var. magnibracteata (W.T.Wang & D.Y.Chen) Mich.Moeller & A.Weber, 2011 | | authority | 2041757 | Rhodonia | | scientific name | 2041757 | Rhodonia Niemela, 2005 | | authority | 2041902 | Chenggangzhangella | | scientific name | 2041902 | Chenggangzhangella Yang et al. 2016 | | authority | 2042035 | Lactobacillus sp. UMNPBX12 | | scientific name | 2042036 | Lactobacillus sp. UMNPBX11 | | scientific name | 2042057 | Pectobacterium polaris | | scientific name | 2042057 | Pectobacterium polaris Dees et al. 2017 | | authority | 2042057 | Pectobacterium sp. NIBIO 1006 | | includes | 2042057 | Pectobacterium sp. NIBIO 1392 | | includes | 2042821 | Rhexocercosporidium sp. MPI-PUGE-AT-0058 | | scientific name | 204286 | Cobetia | | scientific name | 204286 | Cobetia Arahal et al. 2002 | | authority | 204286 | Cobetia Arahal et al. 2002 emend. Romanenko et al. 2013 | | authority | 2043420 | Calochrominae | | scientific name | 2043424 | Metriorrhynchinae | | scientific name | 2043654 | Turbinelloidea | | scientific name | 204428 | "Chlamydaeota" Oren et al. 2015 | | authority | 204428 | "Chlamydiae" Garrity and Holt 2012 | | authority | 204428 | Chlamydaeota | | synonym | 204428 | Chlamydiae | | synonym | 204428 | Chlamydiota | | scientific name | 204428 | Chlamydiota corrig. Garrity and Holt 2021 | | synonym | 204429 | Chlamydiae Cavalier-Smith, 2002 | | authority | 204429 | Chlamydiia | | scientific name | 204429 | Chlamydiia (Horn 2011) emend. Gupta et al. 2016 | | synonym | 204429 | Chlamydiia Horn 2016 | | synonym | 204430 | "Fibrobacteres" Cavalier-Smith 2020 | | authority | 204430 | Fibrobacteres | Fibrobacteres | synonym | 204430 | Fibrobacteria | | scientific name | 204430 | Fibrobacteria Spain et al. 2012 | | authority | 204431 | Fibrobacteraceae | | scientific name | 204431 | Fibrobacteraceae Spain et al. 2012 | | authority | 204432 | "Acidobacteriae" Oren et al. 2015 | | authority | 204432 | Acidobacteriae | | synonym | 204432 | Acidobacteriia | | synonym | 204432 | Acidobacteriia corrig. (Cavalier-Smith 2002) Thrash and Coates 2011 | | synonym | 204432 | Solibacteres | | synonym | 204432 | Terriglobia | | scientific name | 204432 | Terriglobia Thrash and Coates 2022 | | authority | 204433 | Acidobacteria subdivision 1 | | common name | 204433 | Acidobacteriales | | synonym | 204433 | Acidobacteriales Cavalier-Smith, 2002 | | authority | 204433 | Terriglobales | | scientific name | 204433 | Terriglobales Thrash and Coates 2022 | | authority | 204434 | Acidobacteriaceae | | scientific name | 204434 | Acidobacteriaceae Thrash and Coates 2012 | | synonym | 204434 | Acidobacteriaceae Thrash and Coates 2012 emend. Foesel et al. 2016 | | authority | 204434 | Holophaga group | | includes | 204441 | Kiloniellales | | synonym | 204441 | Kiloniellales Wiese et al. 2009 | | authority | 204441 | Rhodospirillales | | scientific name | 204441 | Rhodospirillales Pfennig and Truper 1971 (Approved Lists 1980) | | authority | 204441 | Rhodospirillales Pfennig and Truper 1971 (Approved Lists 1980) emend. Hordt et al. 2020 | | authority | 204446 | Zavarzinia | | scientific name | 204446 | Zavarzinia Meyer et al. 1994 | | authority | 204446 | Zavarzinia Meyer et al. 1994 emend. Hu et al. 2022 | | authority | 2044508 | Arcobacter sp. CECT 8983 | | scientific name | 204454 | unclassified Holosporaceae | | scientific name | 204455 | Rhodobacterales | | scientific name | 204455 | Rhodobacterales Garrity et al. 2006 | | authority | 204456 | Catellibacterium | | synonym | 204456 | Catellibacterium Tanaka et al. 2004 | | synonym | 204456 | Catellibacterium Tanaka et al. 2004 emend. Liu et al. 2010 | | authority | 204456 | Catellibacterium Tanaka et al. 2004 emend. Zhang et al. 2012 | | authority | 204456 | Gemmobacter | | scientific name | 204456 | Gemmobacter Rothe et al. 1988 | | synonym | 204456 | Gemmobacter Rothe et al. 1988 emend. Chen et al. 2013 | | authority | 204456 | Wagnerdoeblera | | synonym | 204456 | Wagnerdoeblera Hordt et al. 2020 | | authority | 204457 | "Sphingomonadales" Yabuuchi and Kosako 2005 | | authority | 204457 | Sphingomonadales | | scientific name | 204457 | Sphingomonadales Yabuuchi and Kosako 2006 | | authority | 204458 | Caulobacter group | | synonym | 204458 | Caulobacterales | | scientific name | 204458 | Caulobacterales Henrici and Johnson 1935 | | authority | 2044590 | unclassified Candidatus Fermentibacterota | | scientific name | 2044590 | unclassified Fermentibacterota | | equivalent name | 2044591 | Candidatus Fermentibacterota bacterium | | scientific name | 2044591 | Fermentibacterota bacterium | | equivalent name | 2044595 | Altimarinota bacterium | | equivalent name | 2044595 | Candidate division GN02 bacterium | | synonym | 2044595 | Candidatus Altimarinota bacterium | | scientific name | 2044595 | Candidatus Gracilibacteria bacterium | | synonym | 2044595 | Gracilibacteria bacterium | | equivalent name | 204475 | Gemmiger | | scientific name | 204476 | Labrys | Labrys | scientific name | 204476 | Labrys Vasilyeva and Semenov 1985 emend. Albert et al. 2010 | | authority | 204476 | Labrys Vasilyeva and Semenov 1985 emend. Islam et al. 2007 | | authority | 2044855 | Sphingobacterium tabacisoli | | scientific name | 2044855 | Sphingobacterium tabacisoli Zhou et al. 2017 | | authority | 2044880 | Paenibacillus sonchi group | | scientific name | 2044936 | Bacteroidia bacterium | | scientific name | 2044939 | Clostridia bacterium | | scientific name | 2044940 | Desulfobacterales bacterium | | scientific name | 2044941 | Flavobacteriia bacterium | | scientific name | 2044944 | Sphingobacteriales bacterium | | scientific name | 2045014 | Halobacillus sp. Marseille-P3879 | | scientific name | 2045016 | Cryobacterium sp. Y11 | | scientific name | 2045214 | Stenotrophomonas lactitubi | | scientific name | 2045214 | Stenotrophomonas lactitubi Weber et al. 2018 | | authority | 2045214 | Stenotrophomonas sp. BG28 | | includes | 2045214 | Stenotrophomonas sp. M15 | | includes | 2045217 | Candidatus Moraniibacteriota bacterium | | scientific name | 2045217 | Moraniibacteriota bacterium | | equivalent name | 2045258 | Nemaliophycidae | | scientific name | 2045261 | Rhodymeniophycidae | | scientific name | 2045451 | Stenotrophomonas indicatrix | | scientific name | 2045451 | Stenotrophomonas indicatrix Weber et al. 2018 | | authority | 2045451 | Stenotrophomonas sp. DAIF1 | | includes | 2045451 | Stenotrophomonas sp. LMG 29892 | | includes | 2045451 | Stenotrophomonas sp. WS40 | | includes | 2047426 | Schwartzia sp. (in: firmicutes) | | scientific name | 204754 | Rhexocercosporidium | | scientific name | 204754 | Rhexocercosporidium U. Braun, 1994 | | authority | 2047720 | Aurantimonas aggregata | | scientific name | 2047720 | Aurantimonas aggregata Li et al. 2017 | | authority | 2047757 | Chlamydiales bacterium | | scientific name | 2047966 | Aeromonadaceae bacterium DM1 | | includes | 2047966 | Aeromonadaceae bacterium DM2 | | includes | 2047966 | Dongshaea marina | | scientific name | 2047966 | Dongshaea marina Huang et al. 2019 | | authority | 2047966 | Gammaproteobacteria bacterium DM2 | | includes | 204799 | Nitratireductor aquibiodomus | | scientific name | 204799 | Nitratireductor aquibiodomus Labbe et al. 2004 | | authority | 2048137 | Agathobaculum | | scientific name | 2048137 | Agathobaculum Ahn et al. 2016 | | authority | 2048245 | Sporosarcina sp. P3 | | scientific name | 2048253 | Sporosarcina sp. P26b | | scientific name | 2048769 | Salmonella enterica subsp. enterica serovar Kotte | | scientific name | 2048906 | Pyrinomonadaceae | | scientific name | 2048906 | Pyrinomonadaceae Wust et al. 2016 | | synonym | 2048906 | Pyrinomonadaceae Wust et al. 2016 emend. Dedysh and Yilmaz 2018 | | authority | 2048971 | Hahellaceae bacterium | | scientific name | 2049 | Actinomycetaceae | | scientific name | 2049 | Actinomycetaceae Buchanan 1918 (Approved Lists 1980) | | authority | 2049 | Actinomycetaceae Buchanan 1918 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 2049 | Actinomycetaceae Buchanan 1918 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 2049 | Actinomycetaceae Buchanan 1918 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 2049031 | Lachnospira sp. | | scientific name | 2049035 | Mogibacterium sp. | | scientific name | 2049036 | Paraprevotella sp. | | scientific name | 2049039 | Phascolarctobacterium sp. | | scientific name | 2049043 | Desulfovibrionaceae bacterium | | scientific name | 2049044 | Erysipelotrichaceae bacterium | | scientific name | 2049046 | Porphyromonadaceae bacterium | | scientific name | 2049048 | Rikenellaceae bacterium | | scientific name | 2049052 | Acidaminococcaceae bacterium | | scientific name | 204919 | Gasterophilus pecorum | | scientific name | 2049295 | Nocardioides immobilis | | scientific name | 2049295 | Nocardioides immobilis Lu et al. 2017 | | authority | 2049356 | Monocercomonoides exilis | | scientific name | 2049356 | Monocercomonoides exilis Nie, 1950 | | authority | 2049356 | Monocercomonoides sp. PA203 | | synonym | 2049428 | Ignavibacteriales bacterium | | scientific name | 2049431 | Tissierellia bacterium | | scientific name | 2049432 | Chromatiaceae bacterium | | scientific name | 2049433 | Desulfobacteraceae bacterium | | scientific name | 2049434 | Desulfotignum sp. | | scientific name | 2049589 | Pseudomonas sp. HLS-6 | | scientific name | 205 | Campylobacter sp. | | scientific name | 205120 | Ambassidae | | scientific name | 205120 | Asiatic glassfishes | | genbank common name | 205130 | Macrognathus armatus | | synonym | 205130 | Macrognathus armatus Lacepede, 1800 | | authority | 205130 | Mastacembelus armatus | | scientific name | 205130 | Mastacembelus armatus (Lacepede, 1800) | | authority | 205130 | zig-zag eel | | genbank common name | 2052139 | Patescibacteria group bacterium | | scientific name | 2052142 | Acidobacteriaceae bacterium | | scientific name | 2052143 | Anaerolineae bacterium | | scientific name | 2052145 | unclassified Blastocatellia | | scientific name | 2052146 | Blastocatellia bacterium | | scientific name | 2052146 | Blastocatellia sp. | | synonym | 2052148 | candidate division WOR-3 bacterium | | scientific name | 2052149 | Aminicenantota bacterium | | equivalent name | 2052149 | Candidatus Aminicenantota bacterium | | scientific name | 2052149 | candidate division OP8 bacterium | | equivalent name | 2052151 | Candidatus Levybacteria bacterium | | equivalent name | 2052151 | Candidatus Levyibacteriota bacterium | | scientific name | 2052151 | Levybacteria bacterium | | equivalent name | 2052151 | Levyibacteriota bacterium | | equivalent name | 2052152 | Candidatus Nomurabacteria bacterium | | scientific name | 2052152 | Nomurabacteria bacterium | | equivalent name | 2052155 | unclassified Chlamydiia | | scientific name | 2052156 | Chlamydiia bacterium | | scientific name | 2052158 | unclassified Coriobacteriia | | scientific name | 2052159 | Coriobacteriia bacterium | | scientific name | 2052161 | Gallionella sp. | | scientific name | 2052163 | unclassified Gemmataceae | | scientific name | 2052164 | Gemmataceae bacterium | | scientific name | 2052166 | Candidatus Melainabacteria bacterium | | scientific name | 2052166 | Melainabacteria bacterium | | equivalent name | 2052168 | Methanomassiliicoccaceae archaeon | | scientific name | 2052170 | Methanoregula sp. | | scientific name | 2052174 | Methylocystaceae bacterium | | scientific name | 2052179 | Peptococcaceae bacterium | | scientific name | 2052180 | Phycisphaerales bacterium | | scientific name | 2052182 | Rhodanobacteraceae bacterium | | scientific name | 2052185 | Syntrophobacteraceae bacterium | | scientific name | 2052186 | Limisphaerales bacterium | | scientific name | 2052186 | Verrucomicrobia subdivision 3 bacterium | | equivalent name | 2052312 | "Candidatus Dormibacteraeota" Ji et al. 2017 | | synonym | 2052312 | "Candidatus Dormiibacterota" corrig. Ji et al. 2017 | | authority | 2052312 | Candidatus Dormiibacterota | | scientific name | 2052312 | Dormibacteraeota | | equivalent name | 2052312 | Dormiibacterota | | equivalent name | 2052315 | Candidatus Dormiibacterota bacterium | | scientific name | 2052315 | Dormiibacterota bacterium | | equivalent name | 2052660 | Oceanobacillus sp. 160 | | includes | 2052660 | Oceanobacillus zhaokaii | | scientific name | 2052660 | Oceanobacillus zhaokaii Zhu et al. 2020 | | authority | 2052684 | Methanomicrobium sp. | | scientific name | 2053 | Gordona | | synonym | 2053 | Gordonia | Gordonia | scientific name | 2053 | Gordonia corrig. (ex Tsukamura 1971) Stackebrandt et al. 1989 | | authority | 205328 | Clostridium lacusfryxellense | | scientific name | 205328 | Clostridium lacusfryxellense Spring et al. 2003 | | authority | 2053302 | unclassified Marinilabiliales | | scientific name | 2053303 | Marinilabiliales bacterium | | scientific name | 2053306 | Ignavibacteria bacterium | | scientific name | 2053307 | Desulfobulbaceae bacterium | | scientific name | 2053489 | Candidatus Lokiarchaeota archaeon | | synonym | 2053489 | Lokiarchaeota archaeon | | equivalent name | 2053489 | Promethearchaeota archaeon | | scientific name | 2053491 | Candidatus Thorarchaeota archaeon | | scientific name | 2053491 | Thorarchaeota archaeon | | equivalent name | 2053492 | Accumulibacter sp. | | scientific name | 2053492 | Candidatus Accumulibacter sp. | | equivalent name | 2053493 | Acetothermia bacterium | | equivalent name | 2053493 | Candidatus Acetothermia bacterium | | scientific name | 2053509 | Atribacteria bacterium | | equivalent name | 2053509 | Candidatus Atribacteria bacterium | | scientific name | 2053516 | Balneolaceae bacterium | | scientific name | 2053517 | Bdellovibrionales bacterium | | scientific name | 2053527 | Candidatus Zixiibacteriota bacterium | | scientific name | 2053527 | Zixibacteria bacterium | | equivalent name | 2053527 | candidate division Zixibacteria bacterium | | equivalent name | 2053538 | Candidatus Competibacteraceae bacterium | | scientific name | 2053538 | Competibacteraceae bacterium | | equivalent name | 2053541 | Cytophagales bacterium | | scientific name | 2053554 | Candidatus Falkowbacteria bacterium | | scientific name | 2053554 | Falkowbacteria bacterium | | equivalent name | 2053562 | Candidatus Jacksonbacteria bacterium | | scientific name | 2053562 | Jacksonbacteria bacterium | | equivalent name | 2053567 | Kosmotogaceae bacterium | | scientific name | 2053569 | Lentisphaeria bacterium | | scientific name | 2053570 | Candidatus Latescibacteria bacterium | | equivalent name | 2053570 | Candidatus Latescibacterota bacterium | | scientific name | 2053570 | Latescibacteria bacterium | | equivalent name | 2053570 | candidate division WS3 bacterium | | synonym | 2053589 | Minisyncoccota bacterium | | scientific name | 2053589 | Paceibacterota bacterium | | equivalent name | 2053593 | Candidatus Portnoyibacteriota bacterium | | scientific name | 2053593 | Portnoyibacteriota bacterium | | equivalent name | 2053594 | Prolixibacteraceae bacterium | | scientific name | 2053607 | Candidatus Rokuibacteriota bacterium | | scientific name | 2053607 | Rokuibacteriota bacterium | | equivalent name | 2053608 | Ruminiclostridium sp. | | scientific name | 2053611 | Selenomonas sp. | | scientific name | 2053615 | Spirochaetia bacterium | | scientific name | 2053618 | Subdoligranulum sp. | | scientific name | 2053622 | Sulfurospirillum sp. | | scientific name | 2053624 | Synergistaceae bacterium | | scientific name | 2053634 | Candidatus Uhrbacteria bacterium | | scientific name | 2053634 | Uhrbacteria bacterium | | equivalent name | 2053728 | Bacillus sp. V3-13 | | scientific name | 2054177 | Candidatus Borkfalkiaceae bacterium | | synonym | 2054177 | Catabacteraceae bacterium | | synonym | 2054177 | Christensenellaceae bacterium | | scientific name | 2054182 | Prochlorococcus marinus str. XMU1419 | | scientific name | 2054903 | Deinococcus koreensis | | scientific name | 2054903 | Deinococcus koreensis Baek et al. 2018 | | authority | 2054903 | Deinococcus sp. SJW1-2 | | includes | 2054919 | Pseudomonas sp. S09G 359 | | scientific name | 2055135 | Anaeramoeba | | scientific name | 2055135 | Anaeramoeba Taborsky, Panek & Cepicka 2017 | | authority | 2055364 | Copris sp. INB146 | | scientific name | 2055654 | Ozotomerus | | scientific name | 2055655 | Ozotomerus sp. INB043 | | scientific name | 2055759 | Planktothrix sp. UBA8402 | | scientific name | 2055761 | Nostoc sp. UBA8866 | | scientific name | 2055790 | Cyanobacteria bacterium UBA8530 | | scientific name | 2055804 | Ozotomerini | | scientific name | 2055893 | Halalkaliarchaeum desulfuricum | | scientific name | 2055893 | Halalkaliarchaeum desulfuricum Sorokin et al. 2019 | | authority | 2055893 | archaeon AArc-Sl | | includes | 2055894 | Bradyrhizobium sp. AC87j1 | | scientific name | 2055940 | Geobacillus sp. Manikaran-105 | | scientific name | 2055955 | Altererythrobacter sp. MS1-4 | | includes | 2055955 | Tsuneonella flava | | scientific name | 2055955 | Tsuneonella flava (Ma et al. 2018) Xu et al. 2020 | | authority | 2056292 | Meripilus lineatus | | scientific name | 2056292 | Meripilus lineatus (Pers.) Westphalen & Rajchenb., 2025 | | authority | 2056292 | Microporus lineatus | | synonym | 2056292 | Microporus lineatus (Pers.) Kuntze, 1898 | | authority | 2056292 | Physisporinus lineatus | | synonym | 2056292 | Physisporinus lineatus (Pers.) F. Wu, Jia J. Chen & Y.C. Dai, 2017 | | authority | 2056292 | Polyporus lineatus | | synonym | 2056292 | Polyporus lineatus Pers., 1827 | | authority | 2056292 | Rigidoporus lineatus | | synonym | 2056292 | Rigidoporus lineatus (Pers.) Ryvarden, 1972 | | authority | 2056687 | Fastidiosibacteraceae | | scientific name | 2056687 | Fastidiosibacteraceae Xiao et al. 2018 | | authority | 2056696 | Cysteiniphilum | | scientific name | 2056696 | Cysteiniphilum Liu et al. 2017 | | authority | 2056842 | Pseudomonas sp. HMWF005 | | scientific name | 2056867 | Pseudomonas sp. HMWF034 | | scientific name | 2057793 | Actinomyces sp. 594 | | scientific name | 2057910 | Bacillus sp. BA3 | | scientific name | 2058085 | Arenimonas caeni | | scientific name | 2058085 | Arenimonas caeni Liu et al. 2018 | | authority | 2058085 | Arenimonas sp. z29 | | includes | 2058097 | "Candidatus Nitrosocaldus cavascurensis" Abby et al. 2018 | | authority | 2058097 | Candidatus Nitrosocaldus cavascurensis | | scientific name | 2058097 | Candidatus Nitrosocaldus sp. SCU2 | | includes | 2058097 | Nitrosocaldus cavascurensis | | equivalent name | 2058152 | Klebsiella grimontii | | scientific name | 2058152 | Klebsiella grimontii Passet and Brisse 2018 | | authority | 2058169 | Vicingus | | scientific name | 2058169 | Vicingus Wiese et al. 2018 | | authority | 2058174 | Antarcticibacterium | | scientific name | 2058174 | Antarcticibacterium Li et al. 2018 | | authority | 2058175 | Antarcticibacterium flavum | | scientific name | 2058175 | Antarcticibacterium flavum Li et al. 2018 | | authority | 2058180 | Actinomycetales bacterium SN12 | | scientific name | 2058291 | "Janibacter massiliensis" Maaloum et al. 2019 | | authority | 2058291 | Janibacter massiliensis | | scientific name | 2058291 | Janibacter massiliensis Maaloum et al. 2026 | | authority | 2058291 | Janibacter sp. Marseille-P4121 | | includes | 2058293 | "Selenomonas massiliensis" Belkacemi et al. 2018 | | authority | 2058293 | Selenomonas massiliensis | | scientific name | 2058293 | Selenomonas sp. Marseille-P4036 | | includes | 2058300 | Pseudoalteromonas sp. 78C3 | | scientific name | 2058390 | Silicimonas sp. | | scientific name | 2058474 | Methanocorpusculum sp. | | scientific name | 2058624 | Undibacterium sp. KW1 | | scientific name | 205889 | Albidovulum | | scientific name | 205889 | Albidovulum Albuquerque et al. 2003 | | authority | 205889 | Albidovulum Albuquerque et al. 2003 emend. He et al. 2025 | | authority | 205889 | Defluviimonas | | synonym | 205889 | Defluviimonas Foesel et al. 2013 | | synonym | 205889 | Defluviimonas Foesel et al. 2013 emend. Math et al. 2013 | | authority | 2059268 | Paenibacillus sp. GM2FR | | scientific name | 2059724 | Oceanimonas marisflavi | | scientific name | 2059724 | Oceanimonas marisflavi Lee et al. 2018 | | authority | 2059724 | Oceanimonas sp. 102-Na3 | | includes | 205975 | endosymbiont of Lamellibrachia barhami | | scientific name | 2059875 | Gordonia sp. YC-JH1 | | scientific name | 2060 | Tsukamurella | | scientific name | 2060 | Tsukamurella Collins et al. 1988 | | authority | 206008 | Panicum hallii | | scientific name | 206008 | Panicum hallii Vasey, 1884 | | authority | 2060323 | Mesoaciditoga sp. | | scientific name | 2060878 | Solobacterium sp. | | scientific name | 2061 | Corynebacterium paurometabolum | | synonym | 2061 | Corynebacterium paurometabolum Steinhaus 1941 (Approved Lists 1980) | | authority | 2061 | Gordona aurantiaca | | synonym | 2061 | Rhodococcus aurantiacus | | synonym | 2061 | Rhodococcus aurantiacus (ex Tsukamura and Mizuno 1971) Tsukamura and Yano 1985 | | authority | 2061 | Tsukamurella paurometabola | | scientific name | 2061 | Tsukamurella paurometabola (Steinhaus 1941) Collins et al. 1988 emend. Nouioui et al. 2018 | | authority | 2061 | Tsukamurella paurometabola corrig. (Steinhaus 1941) Collins et al. 1988 | | authority | 2062 | Actinoplanaceae | Actinoplanaceae | in-part | 2062 | Actinoplanaceae Couch 1955 | Actinoplanaceae Couch 1955 | authority | 2062 | Streptomycetaceae | | scientific name | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) | | authority | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) emend. Huang et al. 2017 | | authority | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) emend. Kim et al. 2003 | | authority | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) emend. Rainey et al. 1997 | | authority | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) emend. Swiecimska et al. 2023 | | authority | 2062 | Streptomycetaceae Waksman and Henrici 1943 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 2063 | "Kitasatosporia" Omura et al. 1982 | | authority | 2063 | Kitasatospora | | scientific name | 2063 | Kitasatospora Omura et al. 1983 emend. Nouioui et al. 2018 | | authority | 2063 | Kitasatospora corrig. Omura et al. 1983 | | synonym | 2063 | Kitasatosporia | | synonym | 2063 | Kitasatosporia Omura et al. 1983 | | authority | 206351 | "Neisseriales" Tnjum 2005 | | authority | 206351 | Neisseriales | | scientific name | 206351 | Neisseriales Tnjum 2006 | | authority | 206351 | Neisseriales Tnjum 2006 emend. Adeolu and Gupta 2013 | | authority | 206351 | Neisseriales Tnjum 2006 emend. Chen et al. 2021 | | authority | 206379 | Nitrosomonadaceae | | scientific name | 206379 | Nitrosomonadaceae Garrity et al. 2006 | | authority | 206389 | Rhodocyclales | | scientific name | 206389 | Rhodocyclales Garrity et al. 2006 | | authority | 206393 | "Pelotomaculum terephthalicum" Qiu et al. 2006 | | authority | 206393 | Pelotomaculum sp. JT | | includes | 206393 | Pelotomaculum terephthalicicum | | scientific name | 206393 | Pelotomaculum terephthalicicum corrig. Qiu et al. 2006 | | authority | 206393 | Pelotomaculum terephthalicum | | synonym | 2065382 | Allobosea sp. FBZP-16 | | scientific name | 2065818 | Salinibacter sp. | | scientific name | 2065820 | Hydrogenovibrio sp. SC-1 | | scientific name | 206594 | Arua modesta | | synonym | 206594 | Gonyocephalus modestus | | synonym | 206594 | Gonyocephalus modestus Meyer, 1874 | | authority | 206594 | Hypsilurus modestus | | scientific name | 206594 | modest forest dragon | | genbank common name | 2066053 | Bacillus sp. UMB0893 | | scientific name | 2066434 | Geminicoccaceae | | scientific name | 2066434 | Geminicoccaceae Proenca et al. 2018 | | authority | 2066474 | Endozoicomonadaceae | | scientific name | 2066474 | Endozoicomonadaceae Bartz et al. 2018 | | authority | 2066474 | Endozoicomonadaceae Bartz et al. 2018 emend. Flores-Felix et al. 2025 | | authority | 2066479 | "Pectobacterium peruviense" Waleron et al. 2018 | | authority | 2066479 | Pectobacterium peruviense | | scientific name | 2066479 | Pectobacterium peruviense Waleron et al. 2022 | | authority | 2066484 | Iodidimonadales | | scientific name | 2066484 | Iodidimonadales Iino et al. 2016 | | authority | 2066485 | Iodidimonadaceae | | scientific name | 2066485 | Iodidimonadaceae Iino et al. 2016 | | authority | 2066486 | Iodidimonas | | scientific name | 2066486 | Iodidimonas Iino et al. 2016 | | authority | 2066523 | Pseudoalteromonas sp. S2755 | | scientific name | 206669 | Holothuria (Mertensiothuria) leucospilota | | synonym | 206669 | Holothuria leucospilota | | scientific name | 206669 | Holothuria leucospilota (Brandt, 1835) | | authority | 206669 | Stichopus leucospilota | | synonym | 206669 | Stichopus leucospilota Brandt, 1835 | | authority | 2066992 | Rhodofomes | | scientific name | 2066992 | Rhodofomes Kotl. & Pouzar, 1990 | | authority | 2067430 | Escherichia coli O117 | | scientific name | 2067450 | Porphyrobacter sp. TH134 | | scientific name | 2067553 | Halobacteriovorax sp. DA5 | | scientific name | 2067991 | Chlorobiaceae bacterium | | scientific name | 2068623 | Verminephrobacter sp. | | scientific name | 2068716 | Anatinae | | scientific name | 2070 | "Pseudonocardiaceae" Embley et al. 1988 | | authority | 2070 | Actinosynnemataceae | | synonym | 2070 | Actinosynnemataceae Labeda and Kroppenstedt 2000 | | authority | 2070 | Actinosynnemataceae Labeda and Kroppenstedt 2000 emend. Zhi et al. 2009 | | authority | 2070 | Pseudonocardiaceae | | scientific name | 2070 | Pseudonocardiaceae (Warwick et al. 1994) (sic) emend. Stackebrandt et al. 1997 | | authority | 2070 | Pseudonocardiaceae Embley et al. 1989 | | authority | 2070 | Pseudonocardiaceae Embley et al. 1989 emend. Labeda et al. 2011 | | authority | 2070 | Pseudonocardiaceae Embley et al. 1989 emend. Nouioui et al. 2018 | | authority | 2070 | Pseudonocardiaceae Embley et al. 1989 emend. Stackebrandt et al. 1997 | | authority | 2070 | Pseudonocardiaceae Embley et al. 1989 emend. Teo et al. 2021 | | authority | 2070 | Pseudonocardiaceae Embley et al. 1989 emend. Zhi et al. 2009 | | authority | 2070348 | Microbacterium sp. SGAir0570 | | scientific name | 2070414 | Rutstroemia sp. NJR-2017a BBW | | scientific name | 2070414 | Rutstroemia sp. NJR-2017a_BBW | | equivalent name | 2070510 | Arundinibacter roseus | | scientific name | 2070510 | Arundinibacter roseus Szuroczki et al. 2019 | | authority | 2070510 | Cytophaga sp. DMA-K-1 | | includes | 2070510 | Cytophaga sp. DMA-K-7a | | includes | 2070669 | Pseudomonas sp. GW456-E7 | | scientific name | 2070673 | Pseudomonas sp. FW305-BF6 | | scientific name | 2070675 | Pseudomonas sp. FW305-BF15 | | scientific name | 2071 | Saccharothrix | | scientific name | 2071 | Saccharothrix Labeda et al. 1984 | | authority | 2071 | Saccharothrix Labeda et al. 1984 emend. He et al. 2022 | | authority | 2071 | Saccharothrix Labeda et al. 1984 emend. Labeda and Lechevalier 1989 | | authority | 2072018 | Meridianimarinicoccus roseus | | scientific name | 2072018 | Meridianimarinicoccus roseus Ren et al. 2019 | | authority | 2072018 | Rhodobacteraceae bacterium TG-679 | | includes | 2072025 | Lysinibacillus sp. YS11 | | scientific name | 2072096 | Influenza A virus (A/Nebraska/17/2017(H3N2)) | | scientific name | 2072408 | Stenotrophomonas sp. YAU14A_MKIMI4_1 | | scientific name | 2072417 | Candidatus Methylomirabilota bacterium | | scientific name | 2072417 | Methylomirabilota bacterium | | equivalent name | 2072417 | candidate division NC10 bacterium | | equivalent name | 207244 | Anaerostipes | | scientific name | 207244 | Anaerostipes Schwiertz et al. 2002 emend. Eeckhaut et al. 2010 | | authority | 2072716 | Spiruromorpha | | scientific name | 2073117 | Anaerolineales bacterium | | scientific name | 2075069 | Hymenoscyphus varicosporioides Tubaki, 1966 | | synonym | 2075069 | Tricladium varicosporioides | | scientific name | 2075069 | Tricladium varicosporioides (Tubaki) P.R. Johnst. & Baschien, 2020 | | synonym | 207598 | Homininae | | scientific name | 207598 | Homo/Pan/Gorilla group | | synonym | 207599 | Solirubrobacter | | scientific name | 207599 | Solirubrobacter Singleton et al. 2003 | | authority | 2077 | Sporolactobacillus | | scientific name | 2077 | Sporolactobacillus Kitahara and Suzuki 1963 | | authority | 207710 | Neltuma alba | | scientific name | 207710 | Neltuma alba (Griseb.) C.E.Hughes & G.P.Lewis, 2022 | | authority | 207710 | Prosopis alba | | synonym | 207710 | Prosopis alba Griseb., 1874 | | authority | 207710 | algarrobo blanco | | common name | 2077100 | Pseudoalteromonas sp. T1lg48 | | scientific name | 2077140 | Candidatus Parvarchaeota archaeon | | scientific name | 2077140 | Parvarchaeota archaeon | | equivalent name | 2077276 | Phytophthora lilii | | scientific name | 2077276 | Phytophthora lilii M.Z. Rahman, S. Uematsu, Kimish. & Kageyama, 2015 | | authority | 2077276 | Phytophthora sp. EL_8701 | | includes | 207745 | Variovorax sp. WDL1 | | scientific name | 2078013 | "Microvirga calopogonii" Wang et al. 2019 | | authority | 2078013 | Methylobacterium sp. CCBAU 65841 | | includes | 2078013 | Microvirga calopogonii | | scientific name | 2078013 | Microvirga sp. CCBAU 65841 | | includes | 2078569 | Gordonibacter sp. 28C | | scientific name | 2078785 | Pseudomonas sp. JV241A | | scientific name | 2078952 | Aeribacillus kexueae | | scientific name | 2078952 | Aeribacillus kexueae (Sun et al. 2018) Li et al. 2024 | | authority | 2078952 | Bacillus kexueae | | synonym | 2078952 | Bacillus kexueae Sun et al. 2018 | | authority | 2078952 | Bacillus sp. KCTC 33881 | | includes | 2079155 | Escherichia coli O146 | | scientific name | 2079531 | "Prevotella merdae" Maaloum et al. 2022 | | authority | 2079531 | Prevotella merdae | | scientific name | 2079531 | Prevotella merdae Maaloum et al. 2023 | | authority | 2079531 | Prevotella sp. Marseille-P4119 | | includes | 2080302 | Acidimicrobiia bacterium | | scientific name | 2080303 | Candidatus Dadabacteria bacterium | | scientific name | 2080303 | Dadabacteria bacterium | | equivalent name | 2080468 | unclassified Zoogloeaceae | | scientific name | 208050 | unclassified Peptococcaceae | | scientific name | 2080521 | Rathayibacter sp. AY1A3 | | scientific name | 2080570 | Rathayibacter sp. AY2B5 | | scientific name | 2080742 | Agromyces badenianii | | scientific name | 2080742 | Agromyces badenianii Li et al. 2020 | | authority | 2080742 | Agromyces sp. MF30-A | | includes | 2080742 | Agromyces sp. MF845 | | includes | 2080744 | Microbacterium sp. Ru50 | | scientific name | 2081523 | Acidobacteriia bacterium | | synonym | 2081523 | Solibacteres bacterium | | synonym | 2081523 | Terriglobia bacterium | | scientific name | 2081524 | Chlamydiae bacterium | | equivalent name | 2081524 | Chlamydiota bacterium | | scientific name | 2081706 | Bacteriovoracaceae bacterium | | scientific name | 208215 | Parvularcula | | scientific name | 208215 | Parvularcula Cho and Giovannoni 2003 | | authority | 208224 | Enterobacter kobei | | scientific name | 208224 | Enterobacter kobei Kosako et al. 1997 emend. Hoffmann et al. 2005 | | authority | 208224 | Enterobacter sp. 35730 | | includes | 208224 | Enterobacter sp. 42202 | | includes | 208224 | Enterobacter sp. 44593 | | includes | 208224 | Enterobacter sp. GN02186 | | includes | 208224 | Enterobacter sp. GN02204 | | includes | 208224 | Enterobacter sp. GN02225 | | includes | 208224 | Enterobacter sp. GN02266 | | includes | 208224 | Enterobacter sp. GN02275 | | includes | 208224 | Enterobacter sp. GN02366 | | includes | 208224 | Enterobacter sp. GN02454 | | includes | 208224 | Enterobacter sp. GN02825 | | includes | 208224 | Enterobacter sp. GN03191 | | includes | 208224 | Enterobacter sp. MDCL 47_2023 | | includes | 208224 | NIH group 21 | | synonym | 2082293 | Hyaloscypha hepaticicola | | scientific name | 2082293 | Hyaloscypha hepaticicola (Grelet & Croz.) Baral, Huhtinen & J.R. De Sloover, 2009 | | authority | 2082293 | Hymenoscyphus ericae | | synonym | 2082293 | Hymenoscyphus ericae (D.J. Read) Korf & Kernan, 1983 | | authority | 2082293 | Pezoloma ericae | | synonym | 2082293 | Pezoloma ericae (D.J. Read) Baral, 2006 | | authority | 2082293 | Rhizoscyphus ericae | | synonym | 2082293 | Rhizoscyphus ericae (D.J. Read) W.Y. Zhuang & Korf, 2004 | | authority | 2082293 | Scytalidium vaccinii | | synonym | 2082293 | Scytalidium vaccinii Dalpe, Litten & Sigler, 1989 | | authority | 2082293 | fungal sp. M171 | | includes | 2082293 | fungal sp. M339 | | includes | 2082722 | "Sphingobacterium pedocola" Toth et al. 2021 | | authority | 2082722 | Sphingobacterium pedocola | | scientific name | 2082722 | Sphingobacterium pedocola Toth et al. 2022 | | authority | 2082722 | Sphingobacterium sp. Ka21 | | includes | 2083206 | Tritonibacter | | scientific name | 2083206 | Tritonibacter Klotz et al. 2018 | | authority | 2083206 | Tritonibacter Klotz et al. 2018 emend. Liang et al. 2021 | | authority | 208332 | Girardinichthys | | scientific name | 208333 | Characodon multiradiatus | | synonym | 208333 | Characodon multiradiatus Meek, 1904 | | authority | 208333 | Girardinichthys multiradiatus | | scientific name | 208348 | Puccinia recondita f. sp. tritici | | includes | 208348 | Puccinia triticina | | scientific name | 208348 | Puccinia triticina Erikss., 1899 | | authority | 208348 | wheat leaf rust | | common name | 208479 | Clostridium bolteae | | synonym | 208479 | Clostridium bolteae Song et al. 2003 | | authority | 208479 | Enterocloster bolteae | | scientific name | 208479 | Enterocloster bolteae (Song et al. 2003) Haas and Blanchard 2020 | | authority | 2085 | "Borrelomycetales" Turner 1935 | | authority | 2085 | "Mollicutales" Edward 1955 | | authority | 2085 | "Paramycetales" Sabin 1941 | | authority | 2085 | "Pleuropneumoniales" Tulasne and Brisou 1955 | | authority | 2085 | Borrelomycetales | | synonym | 2085 | Mollicutales | | synonym | 2085 | Mycoplasmas | | synonym | 2085 | Mycoplasmatales | | scientific name | 2085 | Mycoplasmatales Freundt 1955 (Approved Lists 1980) | | authority | 2085 | Mycoplasmatales Freundt 1955 (Approved Lists 1980) emend. Gupta et al. 2019 | | authority | 2085 | Mycoplasmatales Freundt 1955 (Approved Lists 1980) emend. Tully et al. 1993 | | authority | 2085 | Paramycetales | | synonym | 2085 | Pleuropneumoniales | | synonym | 2085 | The Mycoplasmas | | common name | 2086 | Anaeroplasma | | scientific name | 2086 | Anaeroplasma Robinson et al. 1975 | | authority | 2086405 | Penicillium sp. DV-2018c | | scientific name | 208717 | Thelotrema | | scientific name | 208717 | Thelotrema Ach., 1803 | | authority | 2088599 | Platygastridae sp. BIOUG24697-H01 | | scientific name | 208893 | HRSV-A | | acronym | 208893 | Human respiratory syncytial virus A | | scientific name | 208893 | Respiratory syncytial virus group A | | equivalent name | 208962 | Escherichia albertii | | scientific name | 208962 | Escherichia albertii Huys et al. 2003 | | authority | 208962 | Escherichia/Shigella albertii | | equivalent name | 209 | Gastrospirillum | | includes | 209 | Helicobacter | | scientific name | 209 | Helicobacter Goodwin et al. 1989 emend. Vandamme et al. 1991 | | authority | 2092 | "Borrelomycetaceae" Turner 1935 | | authority | 2092 | "Parasitaceae" Sabin 1941 | | authority | 2092 | "Pleuropneumoniaceae" Tulasne and Brisou 1955 | | authority | 2092 | Borrelomycetaceae | | synonym | 2092 | Mycoplasmataceae | | scientific name | 2092 | Mycoplasmataceae Freundt 1955 (Approved Lists 1980) | | authority | 2092 | Mycoplasmataceae Freundt 1955 (Approved Lists 1980) emend. Gupta et al. 2019 | | authority | 2092 | Mycoplasmataceae Freundt 1955 (Approved Lists 1980) emend. Tully et al. 1993 | | authority | 2092 | Parasitaceae | | synonym | 2092 | Pleuropneumoniaceae | | synonym | 209246 | Nocardia inohanensis | | scientific name | 209246 | Nocardia inohanensis Kageyama et al. 2004 | | authority | 209246 | Nocardia inohanensis Kageyama et al. 2004 emend. Nouioui et al. 2018 | | authority | 209246 | Nocardia sp. IFM 0092 | | includes | 209246 | Nocardia squamia | | equivalent name | 209247 | Nocardia sp. IFM 0265 | | includes | 209247 | Nocardia yamanashiensi | | equivalent name | 209247 | Nocardia yamanashiensis | | scientific name | 209247 | Nocardia yamanashiensis Kageyama et al. 2004 | | authority | 209247 | Nocardia yamanashiensis Kageyama et al. 2004 emend. Nouioui et al. 2018 | | authority | 209281 | Lichen lepadinus | | synonym | 209281 | Lichen lepadinus Ach., 1799 | | authority | 209281 | Thelotrema lepadinum | | scientific name | 209281 | Thelotrema lepadinum (Ach.) Ach., 1803 | | authority | 2093 | "Asterococcus" Borrel et al. 1910 | | authority | 2093 | "Asteromyces" Wroblewski 1931 | | authority | 2093 | "Borrelomyces" Turner 1935 | | authority | 2093 | "Bovimyces" Sabin 1941 | | authority | 2093 | "Pleuropneumonia" Tulasne and Brisou 1955 | | authority | 2093 | Asterococcus | Asterococcus | synonym | 2093 | Asteromyces | Asteromyces | synonym | 2093 | Borrelomyces | | synonym | 2093 | Bovimyces | | synonym | 2093 | Eperythrozoon | | synonym | 2093 | Eperythrozoon Schilling 1928 (Approved Lists 1980) | | authority | 2093 | Haemobartonella | | synonym | 2093 | Haemobartonella Tyzzer and Weinman 1939 (Approved Lists 1980) | | authority | 2093 | Mycoplasma | | scientific name | 2093 | Mycoplasma Nowak 1929 | | authority | 2093 | Pleuropneumonia | | synonym | 2093373 | Candidatus Microgenomates bacterium | | scientific name | 2093373 | Microgenomates bacterium | | equivalent name | 2093742 | Lachnospiraceae bacterium KM106-2 | | scientific name | 2093742 | Lachnospiraceae bacterium NBRC 112778 | | equivalent name | 2093807 | unclassified Nitriliruptoraceae | | scientific name | 2093808 | Nitriliruptoraceae bacterium | | scientific name | 2093811 | Syntrophomonadaceae bacterium | | scientific name | 2094023 | "Glaesserella" Inzana et al. 2016 | | authority | 2094023 | Glaesserella | | scientific name | 2094023 | Glaesserella Dickerman et al. 2020 | | authority | 2094029 | Halanaerobiales bacterium | | scientific name | 209559 | Aspergillus albertensis | | synonym | 209559 | Aspergillus albertensis J.P. Tewari, 1985 | | authority | 209559 | Aspergillus alliaceus | | scientific name | 209559 | Aspergillus alliaceus Thom & Church, 1926 | | authority | 209559 | Aspergillus burnettii | | synonym | 209559 | Aspergillus burnettii Pitt, 2020 | | authority | 209559 | Aspergillus sp. CLMG-2019a | | includes | 209559 | Petromyces albertensis | | synonym | 209559 | Petromyces albertensis J.P. Tewari, 1985 | | authority | 209559 | Petromyces alliaceus | | synonym | 209559 | Petromyces alliaceus Malloch & Cain 1972 | | authority | 209769 | unclassified Ralstonia | | scientific name | 2098 | "Asterococcus hominis" (Freundt 1953) Prevot 1961 | | authority | 2098 | "Micromyces hominis" Freundt 1953 | | authority | 2098 | Asterococcus hominis | | synonym | 2098 | Metamycoplasma hominis | | scientific name | 2098 | Metamycoplasma hominis (Freundt 1953) Gupta et al. 2018 | | authority | 2098 | Micromyces hominis | | synonym | 2098 | Mycoplasma hominis (Freundt 1953) Edward 1955 (Approved Lists 1980) | | synonym | 2099583 | Streptomyces sp. ICC1 | | scientific name | 2099584 | Streptomyces sp. ICC4 | | scientific name | 2099671 | Candidatus Handelsmanbacteria bacterium | | scientific name | 2099671 | Handelsmanbacteria bacterium | | equivalent name | 2099675 | Cyclobacteriaceae bacterium | | scientific name | 2099677 | Desulfuromonadaceae bacterium | | scientific name | 2099678 | Desulfuromonadales bacterium | | scientific name | 210 | Campylobacter pylori | | synonym | 210 | Campylobacter pylori Marshall et al. 1985 corrig. Marshall and Goodwin 1987 | | authority | 210 | Campylobacter pylori corrig. Marshall et al. 1985 emend. Fox et al. 1988 | | authority | 210 | Campylobacter pylori corrig. Marshall et al. 1985 emend. Fox et al. 1989 | | authority | 210 | Campylobacter pylori subsp. pylori | | synonym | 210 | Campylobacter pylori subsp. pylori Marshall et al. 1985 | | authority | 210 | Campylobacter pyloridis | | synonym | 210 | Campylobacter pyloridis Marshall et al.1985 | | authority | 210 | Helicobacter nemestrinae | | synonym | 210 | Helicobacter nemestrinae Bronsdon et al. 1991 | | authority | 210 | Helicobacter pylori | | scientific name | 210 | Helicobacter pylori (Marshall et al. 1985) Goodwin et al. 1989 | | authority | 2100168 | Photorhabdus sp. RW14-46 | | scientific name | 2100421 | uncultured Caudovirales phage | | scientific name | 2100760 | Saccharolobus | | scientific name | 2100760 | Saccharolobus Sakai and Kurosawa 2018 | | authority | 2100764 | Mixta | | scientific name | 2100764 | Mixta Palmer et al. 2018 | | authority | 2100771 | Panicum sect. Hiantes | | scientific name | 2100771 | Panicum sect. Hiantes Stapf, 1920 | | authority | 2100772 | Panicum sect. Panicum | | scientific name | 2100816 | Central Asian red deer | | genbank common name | 2100816 | Cervus hanglu | | scientific name | 2100816 | Cervus hanglu Wagner, 1844 | | authority | 210143 | Corchorus capsularis | | scientific name | 210143 | Corchorus capsularis L., 1753 | | authority | 210143 | jute | | common name | 210225 | Nymphaea colorata | | scientific name | 210225 | Nymphaea colorata Peter, 1928 | | authority | 210225 | pocket water lily | | genbank common name | 2104 | "Filterable agent of primary atypical pneumonia" Eaton et al. 1944 | | authority | 2104 | "Schizoplasma pneumoniae" (Somerson et al. 1963) Furness et al. 1968 | | authority | 2104 | Filterable agent of primary atypical pneumonia | | common name | 2104 | Mycoplasmoides pneumoniae | | scientific name | 2104 | Mycoplasmoides pneumoniae (Somerson et al. 1963) Gupta et al. 2018 | | authority | 2104 | Schizoplasma pneumoniae | | synonym | 210409 | Japanese blue crab | | common name | 210409 | Neptunus trituberculatus | | synonym | 210409 | Neptunus trituberculatus Miers, 1876 | | authority | 210409 | Portunus (Portunus) trituberculatus | | synonym | 210409 | Portunus trituberculatus | | scientific name | 210409 | Portunus trituberculatus (Miers, 1876) | | authority | 210409 | swimming crab | | genbank common name | 210448 | Fragilaria crotonensis | | scientific name | 210448 | Fragilaria crotonensis Kitton, 1869 | | authority | 210448 | Nematoplata crotonensis | | synonym | 210448 | Synedra crotonensis | | synonym | 210567 | Cadophora | | scientific name | 210567 | Cadophora Lagerb. & Melin, 1928 | | authority | 210581 | Gouania | Gouania | scientific name | 210631 | Parambassis | | scientific name | 210632 | Ambassis ranga | | synonym | 210632 | Chanda ranga | | synonym | 210632 | Chanda ranga Hamilton, 1822 | | authority | 210632 | Indian glassy fish | | genbank common name | 210632 | Parambassis ranga | | scientific name | 210632 | Parambassis ranga (Hamilton, 1822) | | authority | 210632 | Pseudambassis ranga | | synonym | 210632 | Pseudambassis ranga (Hamilton, 1822) | | authority | 2107689 | Chroococcidiopsis cubana CCALA 043 | | scientific name | 2107689 | Chroococcidiopsis cubana str. HINDAK 1965/27 | | includes | 2107699 | filamentous cyanobacterium CCP4 | | scientific name | 2107702 | filamentous cyanobacterium CCT1 | | scientific name | 2107706 | filamentous cyanobacterium Phorm 6 | | scientific name | 2108399 | Pectobacterium punjabense | | scientific name | 2108399 | Pectobacterium punjabense Safraz et al. 2018 | | authority | 2108399 | Pectobacterium sp. SS95 | | includes | 2109333 | "Streptomyces dioscori" Wang et al. 2018 | | authority | 2109333 | Streptomyces dioscori | | scientific name | 2109333 | Streptomyces sp. A217 | | includes | 2109596 | Fusarium burgessii species complex | | scientific name | 2115957 | Bauhiniinae | | scientific name | 2115968 | Lysinibacillus capsici | | scientific name | 2115968 | Lysinibacillus capsici Burkett-Cadena et al. 2019 | | authority | 2115968 | Lysinibacillus sp. PB300 | | includes | 2116518 | "Micromonospora arborensis" Weinstein et al. 1978 | | authority | 2116518 | Micromonospora arborensis | | scientific name | 2116661 | Sylvioidea | | scientific name | 212210 | unclassified Nitrospirales | | scientific name | 212360 | Gloeotrichia echinulata | | scientific name | 212360 | Gloeotrichia echinulata P.G.Richter, 1894 | | authority | 2126066 | Actinomadura lepetitiana | | scientific name | 2126066 | Actinomadura lepetitiana Dalmastri et al. 2020 | | authority | 2126066 | Actinomadura sp. DSM 109109 | | includes | 2126066 | Actinomadura sp. DSM 13491 | | includes | 2126319 | Variovorax sp. PMC12 | | scientific name | 2126436 | Carnobacterium antarcticum | | scientific name | 2126436 | Carnobacterium antarcticum Zhu et al. 2018 | | authority | 2126436 | Carnobacterium sp. CP1 | | synonym | 212663 | Vibrio sp. LMG 20012 | | includes | 212663 | Vibrio tasmaniensis | | scientific name | 212663 | Vibrio tasmaniensis Thompson et al. 2003 | | authority | 2126983 | Acinetobacter sp. KPC-SM-21 | | includes | 2126983 | Acinetobacter stercoris | | scientific name | 2126983 | Acinetobacter stercoris Pulami et al. 2021 | | authority | 2126991 | Dyella sp. C11 | | scientific name | 2127048 | Rhizobium sp. SEMIA4064 | | scientific name | 212767 | Mycobacterium sp. JS623 | | scientific name | 212791 | Enhydrobacter | | scientific name | 212791 | Enhydrobacter Staley et al. 1987 | | authority | 213006 | Endadenium | | includes | 213006 | Endadenium L.C.Leach, 1973 | | authority | 213006 | Euphorbia sect. Monadenium | | scientific name | 213006 | Euphorbia sect. Monadenium (Pax) Bruyns, 2006 | | authority | 213006 | Monadenium | | synonym | 213006 | Monadenium Pax, 1894 | | authority | 213006 | Synadenium | | includes | 213006 | Synadenium Boiss., 1862 | | authority | 213006 | sect. Monadenium (Pax) Bruyns, 2006 | | includes | 2131 | Spiroplasmataceae | | scientific name | 2131 | Spiroplasmataceae (ex Skripal' 1974) Skripal' 1983 | | authority | 213113 | Desulfurellales | | scientific name | 213113 | Desulfurellales Kuever et al. 2006 | | authority | 213115 | Desulfovibrionales | | scientific name | 213115 | Desulfovibrionales Kuever et al. 2006 | | authority | 213116 | Desulfomicrobiaceae | | scientific name | 213116 | Desulfomicrobiaceae Kuever et al. 2006 emend. Watanabe et al. 2015 | | authority | 213117 | Desulfohalobiaceae | | scientific name | 213117 | Desulfohalobiaceae Kuever et al. 2006 | | authority | 213118 | Desulfobacterales | | scientific name | 213118 | Desulfobacterales Kuever et al. 2006 | | authority | 213119 | Desulfobacteraceae | | scientific name | 213119 | Desulfobacteraceae Kuever et al. 2006 | | authority | 213121 | Desulfobulbaceae | | scientific name | 213121 | Desulfobulbaceae Kuever et al. 2006 | | authority | 2132 | Spiroplasma | | scientific name | 2132 | Spiroplasma Saglio et al. 1973 | | authority | 213421 | "Desulfuromonaceae" Kuever et al. 2005 | | authority | 213421 | "Pseudopelobacteraceae" Waite et al. 2020 | | authority | 213421 | Desulfuromonaceae | | synonym | 213421 | Desulfuromonadaceae | | scientific name | 213421 | Desulfuromonadaceae corrig. Kuever et al. 2006 | | synonym | 213421 | Desulfuromonadaceae corrig. Kuever et al. 2006 emend. Greene et al. 2009 | | authority | 213421 | Pseudopelobacteraceae | | synonym | 213422 | Geobacteraceae | | scientific name | 213422 | Geobacteraceae Garrity et al. 2006 | | authority | 213422 | Geobacteraceae Garrity et al. 2006 emend. Xu et al. 2021 | | authority | 213422 | Geobacteraceae Holmes et al. 2004 | | authority | 213431 | unclassified Desulfuromonadales | | scientific name | 213462 | Syntrophobacterales | | scientific name | 213462 | Syntrophobacterales Kuever et al. 2006 | | authority | 213465 | Syntrophobacteraceae | | scientific name | 213465 | Syntrophobacteraceae Kuever et al. 2006 | | authority | 213481 | Bdellovibrionales | | scientific name | 213481 | Bdellovibrionales Garrity et al. 2006 | | synonym | 213481 | Bdellovibrionales Garrity et al. 2006 emend. Hahn et al. 2017 | | authority | 213481 | Bdellovibrionales Garrity et al. 2006 emend. Waite et al. 2020 | | authority | 213483 | Bdellovibrionaceae | | synonym | 213483 | Bdellovibrionaceae Garrity et al. 2006 | | synonym | 213483 | Pseudobdellovibrionaceae | | scientific name | 213483 | Pseudobdellovibrionaceae Waite et al. 2022 | | authority | 213495 | unclassified Myxococcales | | scientific name | 2135438 | Ramazzottiidae | | scientific name | 213545 | Timematoidea | | scientific name | 213546 | Timematidae | | scientific name | 2135644 | Chryseobacterium sp. CBTAP 102 | | scientific name | 2135644 | Chryseobacterium sp. CBTAP102 | | equivalent name | 2135648 | Rhizobium sp. PP-CC-3G-465 | | scientific name | 2135649 | Rhizobium sp. PP-F2F-G36 | | scientific name | 2135652 | Rhizobium sp. PP-WC-1G-195 | | scientific name | 2135723 | Promicromonospora sp. AC04 | | scientific name | 2135754 | Pseudomonas sp. GV071 | | scientific name | 2137278 | Salinarimonadaceae | | scientific name | 2137278 | Salinarimonadaceae Cole et al. 2018 | | authority | 2137760 | Rhizobium sp. SEMIA 439 | | scientific name | 2137880 | Candidatus Gastranaerophilales bacterium | | scientific name | 2137880 | Gastranaerophilales bacterium | | equivalent name | 2137881 | Coprobacillus sp. | | scientific name | 2138309 | Pseudarthrobacter sp. AB1 | | scientific name | 2138324 | Cadophora sp. MPI-SDFR-AT-0126 | | scientific name | 213849 | Campylobacterales | | scientific name | 213849 | Campylobacterales Garrity et al. 2006 | | authority | 213859 | Acanthostichini | | synonym | 213859 | Aenictinae | | synonym | 213859 | Aenictini | | synonym | 213859 | Aenictogitoninae | | synonym | 213859 | Cerapachyinae | | synonym | 213859 | Cerapachyini | | synonym | 213859 | Cheliomyrmecini | | synonym | 213859 | Cylindromyrmecini | | synonym | 213859 | Dorylinae | | scientific name | 213859 | Ecitoninae | | synonym | 213859 | Ecitonini | | synonym | 213859 | Eusphinctinae | | synonym | 213859 | Leptanilloidinae | | synonym | 213859 | Lioponerini | | synonym | 213865 | Camptognatha | | synonym | 213865 | Eciton | | scientific name | 213865 | Holopone | | synonym | 213865 | Mayromyrmex | | synonym | 213866 | Eciton burchellii | | scientific name | 213866 | Eciton burchellii (Westwood, 1842) | | authority | 213866 | Labidus burchellii | | synonym | 213866 | Labidus burchellii Westwood, 1842 | | authority | 2141 | Spiroplasma ixodetis | | scientific name | 2141 | Spiroplasma ixodetis Tully et al. 1995 | | authority | 214437 | Spizaetus | | scientific name | 214503 | Mortierellales | | scientific name | 214503 | Mortierellales Caval.-Sm., 1998 | | authority | 214504 | AM fungi | AM fungi | blast name | 214504 | AM fungi | AM fungi | common name | 214504 | Glomeromycota | | scientific name | 214504 | Glomeromycota C. Walker & A. Schusler, 2001 | | authority | 214505 | Geosiphonaceae | | scientific name | 214505 | Geosiphonaceae Engl. & E. Gilg, 1924 | | authority | 214506 | Archaeosporomycetes | | synonym | 214506 | Archaeosporomycetes Sieverd., G.A. Silva, B.T. Goto & Oehl, 2011 | | authority | 214506 | Glomeromycetes | | scientific name | 214506 | Glomeromycetes Caval.-Sm., 1998 | | authority | 214506 | Paraglomeromycetes | | synonym | 214506 | Paraglomeromycetes Oehl, G.A. Silva, B.T. Goto & Sieverd. 2011 | | includes | 214506 | Paraglomeromycetes Oehl, G.A. Silva, B.T. Goto & Sieverd., 2011 | | authority | 214506 | glomeromycetes | | blast name | 214508 | Paraglomerales | | scientific name | 214508 | Paraglomerales C. Walker & A. Schusler, 2001 | | authority | 214509 | Diversisporales | | scientific name | 214509 | Diversisporales C. Walker & A. Schusler, 2004 | | authority | 214514 | Pacific pocket mouse | | genbank common name | 214514 | Perognathus longimembris pacificus | | scientific name | 214514 | Perognathus longimembris pacificus Mearns, 1898 | | authority | 214597 | Cyrtandroideae | | synonym | 214597 | Cyrtandroideae Burnett, 1835 | | authority | 214597 | Didymocarpoideae | | scientific name | 214597 | Didymocarpoideae Arn., 1832 | | authority | 2146 | "Sapromycetaceae" Sabin 1941 | | authority | 2146 | "Saprophytaceae" Sabin 1941 | | authority | 2146 | Acholeplasmataceae | | scientific name | 2146 | Acholeplasmataceae Edward and Freundt 1970 | | authority | 2146 | Sapromycetaceae | | synonym | 2146 | Saprophytaceae | | synonym | 214607 | Cyrtandreae | | synonym | 214607 | Cyrtandreae Bartl., 1830 | | authority | 214607 | Didymocarpeae | | synonym | 214607 | Didymocarpeae Endl., 1839 | | authority | 214607 | Trichosporeae | | scientific name | 214607 | Trichosporeae Nees, 1825 | | authority | 214687 | Musa acuminata subsp. malaccensis | | scientific name | 214687 | Musa acuminata subsp. malaccensis (Ridl.) N.W.Simmonds, 1957 | | authority | 214687 | Musa acuminata var. malaccensis | | synonym | 214687 | Musa acuminata var. malaccensis (Ridl.) Nasution | | authority | 214687 | Musa malaccensis | | synonym | 214687 | Musa malaccensis Ridl., 1893 | | authority | 214687 | pisang utan | | common name | 214687 | true apple banana | | common name | 214687 | wild Malaysian banana | | genbank common name | 214688 | Gemmata obscuriglobus UQM 2246 | | scientific name | 214688 | Gemmata obscuriglobus str. UQM 2246 | | synonym | 2147 | "Sapromyces" Sabin 1941 | | authority | 2147 | Acholeplasma | | scientific name | 2147 | Acholeplasma Edward and Freundt 1970 | | authority | 2147 | Sapromyces | Sapromyces | synonym | 2148 | "Asterococcus laidlawii" (Sabin 1941) Prevot 1961 | | authority | 2148 | "Mycoplasma laidlawii" (Sabin 1941) Freundt 1955 | | authority | 2148 | "Sapromyces laidlawi" Sabin 1941 | | authority | 2148 | "Types A and B" Laidlaw and Elford 1936 | | synonym | 2148 | Acholeplasma laidlawii | | scientific name | 2148 | Acholeplasma laidlawii (Freundt 1955 (sic)) Edward and Freundt 1970 | | authority | 2148 | Asterococcus laidlawii | | synonym | 2148 | Mycoplasma laidlawii | | synonym | 2148 | Sapromyces laidlawi | | synonym | 2148 | Sapromyces laidlawi AB | | synonym | 214853 | Anaerofustis stercorihominis | | scientific name | 214853 | Anaerofustis stercorihominis Finegold et al. 2004 | | authority | 214853 | Pseudoramibacter sp. wal 14563 | | includes | 214907 | Malvoideae | | scientific name | 214907 | Malvoideae Burnett, 1835 | | authority | 214908 | Grewioideae | | scientific name | 214908 | Grewioideae Dippel, 1893 | | authority | 214909 | Byttnerioideae | | scientific name | 214909 | Byttnerioideae Burnett, 1835 | | authority | 214915 | Helicteroideae | | scientific name | 214915 | Helicteroideae Meisn., 1837 | | authority | 214966 | Desmophyllum | | scientific name | 215200 | Peptostreptococcus russellii | | scientific name | 215200 | Peptostreptococcus russellii Whitehead et al. 2011 | | authority | 215200 | swine manure bacterium 37-1 | | includes | 215200 | swine manure bacterium RT-10B | | includes | 215200 | swine manure bacterium RT-13B | | includes | 215200 | swine manure bacterium RT-18B | | includes | 215200 | swine manure bacterium RT-19A | | includes | 215200 | swine manure bacterium RT-23A | | includes | 215200 | swine manure bacterium RT-8A | | includes | 215221 | Gluconacetobacter rhaeticus | | synonym | 215221 | Gluconacetobacter rhaeticus Dellaglio et al. 2005 | | authority | 215221 | Gluconacetobacter sp. DST GL_02 | | includes | 215221 | Komagataeibacter rhaeticus | | scientific name | 215221 | Komagataeibacter rhaeticus (Dellaglio et al. 2005) Yamada et al. 2013 | | authority | 215243 | Exophiala oligosperma | | scientific name | 215243 | Exophiala oligosperma Calendron ex De Hoog & Tintelnot, 2003 | | authority | 215243 | Exophiala oligosperma Calendron ex de Hoog & Tintelnot | | authority | 215243 | Exophiala sp. CBS 725.88 | | includes | 2152925 | Salmonella enterica subsp. enterica serovar Nijmegen | | scientific name | 2153354 | Klebsiella huaxiensis | | scientific name | 2153354 | Klebsiella huaxiensis Hu et al. 2019 | | authority | 2153354 | Klebsiella sp. SPARK1445C2 | | includes | 2153354 | Klebsiella sp. SPARK1448C1 | | includes | 2153354 | Klebsiella sp. SPARK1495C1 | | includes | 2153354 | Klebsiella sp. WCHKl090001 | | includes | 2153479 | Formicoidea | | scientific name | 215350 | Bramidae | | scientific name | 215357 | Larimichthys | | scientific name | 215357 | Pseudosciaena | | synonym | 215358 | Larimichthys crocea | | scientific name | 215358 | Larimichthys crocea (Richardson, 1846) | | authority | 215358 | Pseudosciaena amblyceps | | synonym | 215358 | Pseudosciaena amblyceps Bleeker, 1863 | | authority | 215358 | Pseudosciaena crocea | | synonym | 215358 | Sciaena crocea | | synonym | 215358 | Sciaena crocea Richardson, 1846 | | authority | 215358 | croceine croaker | | common name | 215358 | large yellow croaker | | genbank common name | 215402 | Channa argus | | scientific name | 215402 | Channa argus (Cantor, 1842) | | authority | 215402 | Ophicephalus argus | | synonym | 215402 | Ophiocephalus argus | | synonym | 215402 | Ophiocephalus argus Cantor, 1842 | | authority | 215402 | northern snakehead | | genbank common name | 215402 | snakehead | | common name | 215451 | Octopodiformes | | scientific name | 215465 | Mycosphaerella linicola | | synonym | 215465 | Phlyctema linicola | | synonym | 215465 | Phlyctema linicola Speg., 1911 | | authority | 215465 | Septoria linicola | | scientific name | 215465 | Septoria linicola (Speg.) Garassini, 1938 | | authority | 2157 | "Archaea" Woese et al. 1990 | | authority | 2157 | "Archaebacteria" (sic) Woese and Fox 1977 | | authority | 2157 | "Archaebiota" Luketa 2012 | | authority | 2157 | Archaea | | scientific name | 2157 | Archaea Woese et al. 2024 | | authority | 2157 | Archaebacteria | | synonym | 2157 | Archaebiota | | synonym | 2157 | Mendosicutes | | synonym | 2157 | Metabacteria | | synonym | 2157 | Monera | Monera | in-part | 2157 | Procaryotae | Procaryotae | in-part | 2157 | Prokaryota | Prokaryota | in-part | 2157 | Prokaryotae | Prokaryotae | in-part | 2157 | archaea | | blast name | 2157 | prokaryote | prokaryote | in-part | 2157 | prokaryotes | prokaryotes | in-part | 2158 | Methanobacteriales | | scientific name | 2158 | Methanobacteriales Balch and Wolfe 1981 | | authority | 215802 | Enhygromyxa | | scientific name | 215802 | Enhygromyxa Iizuka et al. 2003 | | authority | 215803 | Enhygromyxa salina | | scientific name | 215803 | Enhygromyxa salina Iizuka et al. 2003 | | authority | 2159 | Methanobacteriaceae | | scientific name | 2159 | Methanobacteriaceae Barker 1956 (Approved Lists 1980) | | authority | 2160 | Methanobacterium | | scientific name | 2160 | Methanobacterium Kluyver and van Niel 1936 | | authority | 2161663 | Salmonella enterica subsp. enterica serovar Kingston | | scientific name | 2161748 | Pseudomonas mangrovi | | scientific name | 2161748 | Pseudomonas mangrovi Ye et al. 2019 | | authority | 2161748 | Pseudomonas sp. TC-11 | | includes | 2161748 | Pseudomonas sp. TC11(2018) | | includes | 2161866 | Spartobacteria bacterium LR76 | | scientific name | 216274 | Neomphaloidea | | scientific name | 216275 | Vetigastropoda | | scientific name | 216276 | Haliotoidea | | scientific name | 2162846 | "Candidatus Nanopelagicaceae" Neuenschwander et al. 2018 | | authority | 2162846 | Candidatus Nanopelagicaceae | | scientific name | 2162846 | Nanopelagicaceae | | equivalent name | 2163009 | Candidatus Poseidoniales archaeon | | scientific name | 2163009 | Poseidoniales archaeon | | equivalent name | 216305 | Heterobranchia | | scientific name | 216307 | Euthyneura | Euthyneura | scientific name | 216307 | Euthyneura Spengel, 1881 | | authority | 216318 | Aplysioidea | | scientific name | 2163413 | Metschnikowia aff. pulcherrima | | scientific name | 2163959 | "Candidatus Carbobacillus altaicus" Kadnikov et al. 2018 | | synonym | 2163959 | "Candidatus Carbonibacillus altaicus" corrig. Kadnikov et al. 2018 | | authority | 2163959 | Bacillales bacterium AL32 | | includes | 2163959 | Candidatus Carbonibacillus altaicus | | scientific name | 2163959 | Carbonibacillus altaicus | | equivalent name | 2164068 | Alginatibacterium sediminis | | scientific name | 2164068 | Alginatibacterium sediminis Wang et al. 2019 | | authority | 2164068 | Alteromonadaceae bacterium ALS 81 | | includes | 216572 | Hungateiclostridiaceae | | synonym | 216572 | Hungateiclostridiaceae Zhang et al. 2018 | | authority | 216572 | Oscillospiraceae | | scientific name | 216572 | Oscillospiraceae Peshkoff 1940 (Approved Lists 1980) | | authority | 216572 | Oscillospiraceae Peshkoff 1940 (Approved Lists 1980) emend. Tindall 2019 | | authority | 216572 | Ruminococcaceae | | synonym | 216572 | Ruminococcaceae Rainey 2010 | | authority | 216592 | EAEC 042 | | synonym | 216592 | Escherichia coli 042 | | scientific name | 216592 | Escherichia coli str. 042 | | equivalent name | 216592 | Escherichia coli strain 042 | | equivalent name | 216592 | enteroaggregative Escherichia coli strain 042 | | synonym | 216595 | Pseudomonas [fluorescens] SBW25 | | scientific name | 216595 | Pseudomonas sp. SBW25 | | equivalent name | 216597 | Salmonella enterica subsp. enterica serovar Typhimurium SL1344 | | equivalent name | 216597 | Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 | | scientific name | 216597 | Salmonella enterica subsp. enterica serovar Typhimurium strain SL1344 | | equivalent name | 216597 | Salmonella typhimurium SL1344 | | synonym | 216691 | Acanthoideae | | scientific name | 216691 | Acanthoideae Eaton, 1836 | | authority | 216695 | Andrographideae | | scientific name | 216695 | Andrographideae Endl., 1839 | | authority | 216695 | Andrographidinae | | includes | 216695 | Andrographidinae Nees, 1832 | | authority | 216695 | Andrographinae | | synonym | 216706 | Nepetoideae | | scientific name | 216706 | Nepetoideae Burnett, 1835 | | authority | 216718 | Mentheae | | scientific name | 216718 | Mentheae Dumort., 1827 | | authority | 216718 | Nepeteae | | synonym | 216769 | Buchnereae | | scientific name | 216769 | Buchnereae Benth., 1770 | | authority | 216806 | Buddlejeae | | scientific name | 216806 | Buddlejeae Bartl., 1830 | | authority | 216816 | Bifidobacterium longum | | scientific name | 216816 | Bifidobacterium longum Reuter 1963 | | authority | 216816 | Bifidobacterium longum subsp. suis (Matteuzzi et al. 1971) Mattarelli et al. 2008 emend. Nouioui et al. 2018 | | authority | 216816 | Bifidobacterium sp. 12_1_47BFAA | | includes | 216851 | Faecalibacterium | | scientific name | 216851 | Faecalibacterium Duncan et al. 2002 | | authority | 2169411 | unclassified Acidobacteriia | | synonym | 2169411 | unclassified Solibacteres | | synonym | 2169411 | unclassified Terriglobia | | scientific name | 216945 | Spiroplasma syrphidicola | | scientific name | 216945 | Spiroplasma syrphidicola Whitcomb et al. 1996 | | authority | 2169561 | Ortervirales | | scientific name | 2169577 | Solemoviridae | | scientific name | 2169582 | Geobacillus sp. LYN3 | | scientific name | 2169593 | Nitrososphaeraceae archaeon | | scientific name | 217035 | Ericoideae | | scientific name | 217035 | Ericoideae Link, 1829 | | authority | 217037 | Vaccinioideae | | scientific name | 217037 | Vaccinioideae Arn., 1832 | | authority | 2170427 | Vulcanococcus | | scientific name | 2170427 | Vulcanococcus Di Cesare et al. 2018 | | authority | 2170428 | Vulcanococcus limneticus | | scientific name | 2170428 | Vulcanococcus limneticus Di Cesare et al. 2018 | | authority | 217046 | Rhodoreae | | scientific name | 217046 | Rhodoreae DC. ex Duby, 1828 | | authority | 2170555 | "Candidatus Carbobacillus" Kadnikov et al. 2018 | | synonym | 2170555 | "Candidatus Carbonibacillus" corrig. Kadnikov et al. 2018 | | authority | 2170555 | Candidatus Carbonibacillus | | scientific name | 2170555 | Carbonibacillus | | equivalent name | 217062 | Vaccinieae | | scientific name | 217062 | Vaccinieae Rchb., 1831 | | authority | 2171494 | Labrenzia sp. 011 | | scientific name | 217158 | "Clostridium ragsdalei" Huhnke et al. 2008 | | authority | 217158 | Clostridium ragsdalei | | scientific name | 2172 | Methanobrevibacter | | scientific name | 2172 | Methanobrevibacter Balch and Wolfe 1981 | | authority | 2172021 | Ancalomicrobiaceae | | scientific name | 2172021 | Ancalomicrobiaceae Dahal et al. 2018 | | authority | 2172021 | Ancalomicrobiaceae Dahal et al. 2018 emend. Vasilyeva et al. 2022 | | authority | 217203 | Achromobacter sp. CCUG 31491 | | includes | 217203 | Achromobacter sp. LMG 5911 | | includes | 217203 | Achromobacter spanius | | scientific name | 217203 | Achromobacter spanius Coenye et al. 2003 | | authority | 217204 | Achromobacter insolitus | | scientific name | 217204 | Achromobacter insolitus Coenye et al. 2003 | | authority | 217204 | Achromobacter sp. AR476-2 | | includes | 217204 | Achromobacter sp. CCUG 366 | | includes | 217204 | Achromobacter sp. KCJK1724 | | includes | 217204 | Achromobacter sp. KCJK1731 | | includes | 217204 | Achromobacter sp. LMG 6003 | | includes | 217204 | Achromobacter sp. UBA1170 | | includes | 217204 | Achromobacter sp. UBA1582 | | includes | 2172549 | Brocadia sp. | | equivalent name | 2172549 | Candidatus Brocadia sp. | | scientific name | 2172550 | Candidatus Zhuqueibacterota bacterium | | scientific name | 2172550 | candidate division KSB1 bacterium | | equivalent name | 2172819 | Oligostraca | | scientific name | 2173169 | Dokdonia sp. Dokd-P16 | | scientific name | 2174975 | Gryllidea | | scientific name | 2175648 | Curtobacterium sp. MCLR17_007 | | scientific name | 2175878 | Alcyonium sp. 143,2010-10,173 | | scientific name | 2175907 | Colletotrichum sojae | | scientific name | 2175907 | Colletotrichum sojae Damm & Alizadeh, 2018 | | authority | 2175907 | Colletotrichum sp. ATCC 11871 | | includes | 2175907 | Colletotrichum sp. ATCC 62257 | | includes | 2175907 | Colletotrichum sp. CBS 128510 | | includes | 2175907 | Colletotrichum sp. CBS 134.87 | | includes | 2175907 | Colletotrichum sp. CBS 181.81 | | includes | 2175907 | Colletotrichum sp. CBS 182.81 | | includes | 2175907 | Colletotrichum sp. UTFC 288 | | includes | 2175907 | Colletotrichum sp. UTFC 301 | | includes | 2175907 | Colletotrichum sp. UTFC 303 | | includes | 217634 | Anoplophora glabripennis | | scientific name | 217634 | Anoplophora glabripennis (Motschulsky, 1853) | | authority | 217634 | Anoplophora nobilis | | synonym | 217634 | Anoplophora nobilis Ganglbauer 1890 | | authority | 217634 | Asian long-horn beetle | | common name | 217634 | Asian longhorned beetle | | genbank common name | 217634 | Cerosterna glabripennis | | synonym | 217634 | Melanauster nobilis | | synonym | 218 | Helicobacter sp. | | scientific name | 218102 | Gnomoniaceae | | scientific name | 218102 | Gnomoniaceae G. Winter, 1886 | | authority | 218102 | mitosporic Gnomoniaceae | | includes | 218105 | Cryphonectria-Endothia species complex | | scientific name | 218112 | Phellinidium | | scientific name | 218112 | Phellinidium (Kotl.) Fiasson & Niemel, 1984 | | authority | 2182797 | Streptomyces sp. NEAU-DSCPA1-4-4 | | includes | 2182797 | Streptomyces triticisoli | | scientific name | 2182797 | Streptomyces triticisoli Tian et al. 2018 | | authority | 218284 | Bacillus vietnamensis | | synonym | 218284 | Bacillus vietnamensis Noguchi et al. 2004 | | authority | 218284 | Rossellomorea vietnamensis | | scientific name | 218284 | Rossellomorea vietnamensis (Noguchi et al. 2004) Gupta et al. 2020 | | authority | 2183744 | Arenibacter sp. TNZ | | scientific name | 2183747 | Antarcticibacterium sp. W02-3 | | scientific name | 2183906 | Kosakonia sp. AG348 | | scientific name | 2183911 | Salinisphaera sp. LB1 | | scientific name | 2183912 | Nocardiopsis sp. Huas11 | | scientific name | 2184072 | Escherichia coli O32 | | scientific name | 2184569 | Burkholderia sp. Bp9125 | | scientific name | 218467 | Centruroides sculpturatus | | scientific name | 218467 | Centruroides sculpturatus Ewing, 1928 | | authority | 218467 | bark scorpion | bark scorpion | genbank common name | 2184738 | Desulfurococcaceae archaeon | | scientific name | 218490 | Bacteroidetes bacterium KMM 3938 | | includes | 218490 | Polaribacter butkevichii | | scientific name | 218490 | Polaribacter butkevichii Nedashkovskaya et al. 2006 | | authority | 218490 | Polaribacter butkevichii Nedashkovskaya et al. 2006 emend. Kim et al. 2013 | | authority | 218538 | Dialister invisus | | scientific name | 218538 | Dialister invisus Downes et al. 2003 | | authority | 21880 | Salvia | | scientific name | 21880 | Salvia L., 1753 | | authority | 21880 | sages | | genbank common name | 218822 | Amycolatopsis lexingtonensis | | scientific name | 218822 | Amycolatopsis lexingtonensis Labeda et al. 2003 | | authority | 218843 | Turnera subulata | | scientific name | 218843 | Turnera subulata Sm., 1817 | | authority | 218843 | white alder | | common name | 218872 | Fibrobacterales | | scientific name | 218872 | Fibrobacterales Spain et al. 2012 | | authority | 2191 | Methanomicrobiales | | scientific name | 2191 | Methanomicrobiales Balch and Wolfe 1981 | | authority | 219120 | Cichorioideae | | scientific name | 219120 | Cichorioideae (Juss.) Chevall., 1852 | | authority | 219121 | Cichorieae | | scientific name | 219121 | Cichorieae Lam & DC., 1806 | | authority | 219121 | Lactuceae | | synonym | 219171 | Blepharismidae | | scientific name | 219171 | Blepharismidae Jankowski in Small & Lynn, 1985 | | authority | 219181 | Ottowia | | scientific name | 219181 | Ottowia Spring et al. 2004 emend. Cao et al. 2014 | | authority | 219181 | Ottowia Spring et al. 2004 emend. Felfoldi et al. 2011 | | authority | 219182 | Ottowia thiooxydans | | scientific name | 219182 | Ottowia thiooxydans Spring et al. 2004 | | authority | 2192 | Methanocorpusculum | | scientific name | 2192 | Methanocorpusculum Zellner et al. 1988 | | synonym | 2192 | Methanocorpusculum Zellner et al. 1988 emend. Xun et al. 1989 | | authority | 2193 | Methanocorpusculum parvum | | scientific name | 2193 | Methanocorpusculum parvum Zellner et al. 1988 | | synonym | 219335 | Siphlonuridae | | scientific name | 219336 | Siphlonurus | | scientific name | 219377 | unclassified Nostocaceae | | scientific name | 2194 | Methanomicrobiaceae | | scientific name | 2194 | Methanomicrobiaceae Balch and Wolfe 1981 | | authority | 219443 | Mycteridae | | scientific name | 219574 | Pseudomonas proteolytica | | scientific name | 219574 | Pseudomonas proteolytica Reddy et al. 2004 emend. van den Beld et al. 2016 | | authority | 219685 | Gemmatimonadetes | Gemmatimonadetes | synonym | 219685 | Gemmatimonadetes Zhang et al. 2003 | | authority | 219685 | Gemmatimonadia | | scientific name | 219685 | Gemmatimonadia corrig. | | synonym | 219685 | Gemmatimonadia corrig. Zhang et al. 2003 | | authority | 219686 | Gemmatimonadales | | scientific name | 219686 | Gemmatimonadales Zhang et al. 2003 | | authority | 219687 | Gemmatimonadaceae | | scientific name | 219687 | Gemmatimonadaceae Zhang et al. 2003 | | authority | 219809 | Formica gracilis | | synonym | 219809 | Formica gracilis Fabricius, 1804 | | authority | 219809 | Pseudomyrmex gracilis | | scientific name | 219809 | Pseudomyrmex gracilis (Fabricius, 1804) | | authority | 22 | Shewanella | | scientific name | 22 | Shewanella MacDonell and Colwell 1986 | | authority | 2200760 | Streptomyces sp. Act143 | | scientific name | 2201154 | Chthoniobacterales bacterium | | scientific name | 2201156 | Acidimicrobiales bacterium | | scientific name | 220126 | Macrophthalmus pacificus | | scientific name | 220126 | Macrophthalmus pacificus Dana, 1851 | | authority | 2201895 | Allomuricauda koreensis | | synonym | 2201895 | Allomuricauda koreensis (Choi et al. 2018) Deshmukh and Oren 2023 | | authority | 2201895 | Flagellimonas aquimarina | | scientific name | 2201895 | Flagellimonas aquimarina Choi et al. 2018 | | synonym | 2201895 | Flagellimonas sp. ECD12 | | includes | 2201895 | Muricauda koreensis (Choi et al. 2018) Garcia-Lopez 2020 | | synonym | 2201898 | "Marinobacter bohaiensis" Wang 2017 | | authority | 2201898 | Marinobacter bohaiensis | | scientific name | 2201898 | Marinobacter sp. T17 | | includes | 2202144 | Spirochaetota bacterium | | scientific name | 2202152 | unclassified Desulfobacterota | | synonym | 2202152 | unclassified Thermodesulfobacteriota | | scientific name | 2202153 | Desulfobacterota bacterium | | synonym | 2202153 | Thermodesulfobacteria bacterium | | equivalent name | 2202153 | Thermodesulfobacteriota bacterium | | scientific name | 2202177 | "Candidatus Methyloumidiphilus" Rissanen et al. 2018 | | synonym | 2202177 | "Candidatus Methylumidiphilus" corrig. Rissanen et al. 2018 | | authority | 2202177 | Candidatus Methylumidiphilus | | scientific name | 2202177 | Methylumidiphilus | | equivalent name | 2202197 | "Candidatus Methyloumidiphilus alinensis" Rissanen et al. 2018 | | authority | 2202197 | "Candidatus Methylumidiphilus alinenensis" corrig. Rissanen et al. 2018 | | authority | 2202197 | Candidatus Methyloumidiphilus alinensis | | synonym | 2202197 | Candidatus Methylumidiphilus alinenensis | | scientific name | 2202197 | Methylococcaceae bacterium AMb10-2013 | | includes | 2202200 | Campylobacter sp. MIT 12-8780 | | scientific name | 2202732 | Nitrosopumilaceae archaeon | | scientific name | 2202734 | Saprospiraceae bacterium | | scientific name | 2202823 | Pseudomonas sp. Q1 | | scientific name | 2202825 | Methylobacterium durans | | scientific name | 2202825 | Methylobacterium durans Kim et al. 2020 | | authority | 2202825 | Methylobacterium sp. 17SD2-17 | | includes | 2202844 | "Candidatus Electrothrix gigas" Geelhoed et al. 2023 | | authority | 2202844 | Candidatus Electrothrix gigas | | scientific name | 2202844 | Candidatus Electrothrix sp. AS4_5 | | includes | 2202844 | Candidatus Electrothrix sp. AU1_5 | | includes | 2202844 | Candidatus Electrothrix sp. AUS3 | | includes | 2202844 | Candidatus Electrothrix sp. AW1 | | includes | 2202844 | Candidatus Electrothrix sp. AW2 | | includes | 2202844 | Candidatus Electrothrix sp. AW3_4 | | includes | 2202844 | Candidatus Electrothrix sp. AW5 | | includes | 2202844 | Candidatus Electrothrix sp. AX2 | | includes | 2202844 | Candidatus Electrothrix sp. LOE1_4_5 | | includes | 2202844 | Electrothrix gigas | | equivalent name | 2203198 | Amycolatopsis sp. WAC 04182 | | scientific name | 2203198 | Amycolatopsis sp. WAC4182 | | equivalent name | 2203201 | Streptomyces sp. WAC 00631 | | scientific name | 2203203 | Streptomyces sp. WAC 01420 | | scientific name | 2203203 | Streptomyces sp. WAC1420 | | synonym | 2203204 | Streptomyces sp. WAC 01438 | | scientific name | 2203204 | Streptomyces sp. WAC1438 | | synonym | 2203209 | Streptomyces sp. WAC 06725 | | scientific name | 2203210 | Streptomyces sp. WAC 06738 | | scientific name | 2204 | "Methanomicrobium" Balch and Wolfe 1979 | | authority | 2204 | Methanomicrobium | | scientific name | 2204 | Methanomicrobium Balch and Wolfe 1981 | | authority | 2204096 | Wallemiomycotina | | scientific name | 2204096 | Wallemiomycotina Doweld 2014 | | authority | 2206 | Methanosarcinaceae | | scientific name | 2206 | Methanosarcinaceae Balch and Wolfe 1981 emend. Sowers et al. 1984 | | authority | 220664 | Pseudomonas fluorescens Pf-5 | | synonym | 220664 | Pseudomonas protegens Pf-5 | | scientific name | 220664 | Pseudomonas protegens str. Pf-5 | | equivalent name | 220664 | Pseudomonas protegens strain Pf-5 | | equivalent name | 220664 | Pseudomonas sp. Pf-5 | | synonym | 220687 | Bacillus novalis | | synonym | 220687 | Bacillus novalis Heyrman et al. 2004 | | authority | 220687 | Neobacillus novalis | | scientific name | 220687 | Neobacillus novalis (Heyrman et al. 2004) Patel and Gupta 2020 | | authority | 220697 | Thalassospira sp. IB13 | | includes | 220697 | Thalassospira sp. MCCC 1A01013 | | includes | 220697 | Thalassospira sp. MCCC 1A01300 | | includes | 220697 | Thalassospira sp. MCCC 1A02758 | | includes | 220697 | Thalassospira sp. MCCC 1A03005 | | includes | 220697 | Thalassospira sp. S27-11 | | includes | 220697 | Thalassospira sp. W3-1 | | includes | 220697 | Thalassospira xiamenensis | | scientific name | 220697 | Thalassospira xiamenensis Liu et al. 2007 | | authority | 2207 | Methanosarcina | | scientific name | 2207 | Methanosarcina Kluyver and van Niel 1936 emend. Barker 1956 (Approved Lists 1980) emend. Ni et al. 1994 | | authority | 2207 | Methanosarcina Kluyver and van Niel 1936 emend. Barker 1956 (Approved Lists 1980), nom. cons., emend. Mah and Kuhn 1984 | | authority | 220714 | Fructobacillus pseudoficulneus | | scientific name | 220714 | Fructobacillus pseudoficulneus (Chambel et al. 2006) Endo and Okada 2008 | | authority | 220714 | Leuconostoc pseudoficulneum | | synonym | 220714 | Leuconostoc pseudoficulneum Chambel et al. 2006 | | authority | 2209 | Methanococcus frisius | | synonym | 2209 | Methanococcus frisius Blotevogel et al. 1986 | | authority | 2209 | Methanococcus mazei | | synonym | 2209 | Methanosarcina frisia | | synonym | 2209 | Methanosarcina frisia (Blotevogel et al. 1986) Blotevogel and Fischer 1989 | | authority | 2209 | Methanosarcina frisius | | synonym | 2209 | Methanosarcina mazei | | scientific name | 2209 | Methanosarcina mazei (Barker 1936) Mah and Kuhn 1986 | | authority | 2209 | Methanosarcina mazeii | | synonym | 2209 | Methanosarcina sp. JL01 | | includes | 2209 | Methanosarcina sp. MT | | includes | 221102 | Moniliophthora | | scientific name | 221102 | Moniliophthora H.C. Evans, Stalpers, Samson & Benny, 1978 | | authority | 221103 | Crinipellis roreri | | synonym | 221103 | Crinipellis roreri (Cif.) H.C. Evans, 2002 | | authority | 221103 | Monilia roreri | | synonym | 221103 | Monilia roreri Cif., 1933 | | authority | 221103 | Moniliophthora roreri | | scientific name | 221103 | Moniliophthora roreri (Cif.) H.C. Evans, Stalpers, Samson & Benny, 1978 | | authority | 221103 | frosty pod rot of cocoa | | common name | 2211117 | Pseudooceanicola sediminis | | scientific name | 2211117 | Pseudooceanicola sediminis (Zhang et al. 2019) Zhang et al. 2023 | | authority | 2211117 | Pseudooceanicola sp. CY03 | | includes | 2211117 | Pseudopuniceibacterium sediminis | | synonym | 2211117 | Pseudopuniceibacterium sediminis Zhang et al. 2019 | | authority | 2211146 | Hymenobacter edaphi | | scientific name | 2211146 | Hymenobacter edaphi Nie et al. 2019 | | authority | 2211146 | Hymenobacter sp. NL | | includes | 2211225 | "Candidatus Sericytochromatia" Soo et al. 2017 | | authority | 2211225 | Candidatus Sericytochromatia | | scientific name | 2211225 | Sericytochromatia | | equivalent name | 2211376 | "Candidatus Methylomirabilis lanthanidiphila" Versantvoort et al. 2018 | | authority | 2211376 | Candidatus Methylomirabilis lanthanidiphila | | scientific name | 2211376 | Methylomirabilis lanthanidiphila | | equivalent name | 2211638 | Limimaricola | | scientific name | 2211638 | Limimaricola Wirth and Whitman 2018 | | authority | 2211641 | Yoonia | | scientific name | 2211641 | Yoonia Wirth and Whitman 2018 | | authority | 2211642 | Monosporascus sp. 5C6A | | scientific name | 2211645 | Monosporascus sp. MG133 | | scientific name | 2211651 | Chytridiales sp. PML-2018a | | includes | 2211651 | Cladochytrium polystomum | | synonym | 2211651 | Cladochytrium polystomum Zopf, 1883 | | authority | 2211651 | Zopfochytrium polystomum | | scientific name | 2211651 | Zopfochytrium polystomum (Zopf) M.J. Powell, Longcore & Letcher, 2018 | | authority | 2211665 | Limimaricola sp. | | scientific name | 221167 | Fusarium xylarioides | | scientific name | 221167 | Fusarium xylarioides Steyaert, 1948 | | authority | 221167 | Gibberella xylarioides | | equivalent name | 221167 | Gibberella xylarioides (nom. inval.) | | synonym | 221167 | Gibberella xylarioides R. Heim & Saccas, 1950 | | authority | 22118 | Erythroxylaceae | | scientific name | 22118 | Erythroxylaceae Kunth, 1822 | | authority | 22118 | coca family | | common name | 221216 | "Candidatus Parcubacteria" Rinke et al. 2013 | | authority | 221216 | Candidatus Parcubacteria | | scientific name | 221216 | Parcubacteria | | equivalent name | 2212439 | Thiolinaceae | | scientific name | 2212439 | Thiolinaceae Boden and Scott 2018 | | authority | 2212440 | Thiofilaceae | | scientific name | 2212440 | Thiofilaceae Boden and Scott 2018 | | authority | 2212464 | unclassified Bryobacteraceae | | scientific name | 2212465 | unclassified Kiritimatiellia | | scientific name | 2212467 | Bacteroidaceae bacterium | | scientific name | 2212468 | Bryobacteraceae bacterium | | scientific name | 2212469 | Calditrichaeota bacterium | | equivalent name | 2212469 | Calditrichota bacterium | | scientific name | 2212470 | Candidatus Eisenbacteria bacterium | | synonym | 2212470 | Candidatus Eisenbacteria sp. | | synonym | 2212470 | Candidatus Eiseniibacteriota bacterium | | scientific name | 2212470 | Eisenbacteria bacterium | | equivalent name | 2212473 | Kiritimatiellae bacterium | | equivalent name | 2212473 | Kiritimatiellia bacterium | | scientific name | 2212475 | Victivallales bacterium | | scientific name | 2212480 | Blautia sp. BCRC 81119 | | scientific name | 2212651 | Flavobacterium cheongpyeongense | | scientific name | 2212651 | Flavobacterium cheongpyeongense Joung et al. 2019 | | authority | 2212651 | Flavobacterium sp. IMCC34759 | | includes | 2212691 | Thiolinea | | scientific name | 2212691 | Thiolinea Boden and Scott 2018 | | authority | 2212703 | Mucoromycetes | | scientific name | 2212703 | Mucoromycetes Doweld, 2001 | | authority | 2212731 | Thiofilum | | scientific name | 2212731 | Thiofilum Boden and Scott 2018 | | authority | 2212732 | Mortierellomycetes | | scientific name | 2212732 | Mortierellomycetes Doweld, 2013 | | authority | 2212966 | Echinococcus granulosus group | | scientific name | 2213021 | Meridianimaribacter sp. CL38 | | scientific name | 221496 | unclassified Desulfurococcales | | scientific name | 2216012 | "Halosegnis cibi" (Song et al. 2023) Gupta et al. 2025 | | authority | 2216012 | "Halosegnis longus" Duran-Viseras et al. 2021 | | authority | 2216012 | Halosegnis cibi | | synonym | 2216012 | Halosegnis longus | | scientific name | 2216012 | Halosegnis longus Duran-Viseras et al. 2022 | | authority | 2216012 | Halosegnis longus Duran-Viseras et al. 2022 emend. Hu et al. 2024 | | authority | 2216012 | Natronomonas sp. CBA1133 | | includes | 2216012 | Natronomonas sp. CBA1134 | | includes | 2216012 | Natronomonas sp. F12-1 | | includes | 2216012 | Sala cibi Song et al. 2023 | | synonym | 2216012 | Salella cibi | | synonym | 2216012 | Salella cibi (Song et al. 2023) Deshmukh and Oren 2023 | | authority | 221669 | Diademaceae | | scientific name | 221669 | Diademaceae Shoemaker & C.E. Babc., 1992 | | authority | 221670 | Cucurbitariaceae | | scientific name | 221678 | Didymosphaeriaceae | | scientific name | 221678 | Didymosphaeriaceae Munk, 1953 | | authority | 221678 | Montagnulaceae | | synonym | 221678 | mitosporic Didymosphaeriaceae | | includes | 221678 | mitosporic Montagnulaceae | | includes | 2217820 | Bacillus sp. BB081 | | scientific name | 221817 | unclassified Oceanospirillaceae | | scientific name | 221822 | Phaeobacter inhibens | | scientific name | 221822 | Phaeobacter inhibens Martens et al. 2006 emend. Dogs et al. 2013 | | authority | 221822 | Rhodobacteraceae bacterium T5 | | includes | 2218628 | Photorhabdus laumondii | | scientific name | 2218628 | Photorhabdus laumondii Machado, Smid, Mazuch, Sindaco, Shukaili, Carranza, 2018 | | authority | 221903 | Leotiomycetes incertae sedis | | scientific name | 2219058 | Facilibium subflavum | | scientific name | 2219058 | Facilibium subflavum Xiao et al. 2019 | | authority | 2219058 | Fastidiosibacteraceae bacterium SYSU SYW-5 | | includes | 2219059 | Cysteiniphilum halobium | | scientific name | 2219059 | Cysteiniphilum halobium Xiao et al. 2019 | | authority | 2219059 | Fastidiosibacteraceae bacterium SYSU SYW-6 | | includes | 2219224 | Nonomuraea nitratireducens | | synonym | 2219224 | Nonomuraea nitratireducens Ou et al. 2020 | | authority | 2219224 | Nonomuraea phyllanthi | | scientific name | 2219224 | Nonomuraea phyllanthi Klykleung et al. 2020 | | authority | 2219224 | Nonomuraea phyllanthi Klykleung et al. 2020 emend. Wu et al. 2021 | | authority | 2219224 | Nonomuraea sp. PA1-10 | | includes | 2219224 | Nonomuraea sp. WYY166 | | includes | 2219225 | "Pseudomonas pyomelaninifaciens" JCM 32458 | | equivalent name | 2219225 | Pseudomonas asiatica | | scientific name | 2219225 | Pseudomonas asiatica Tohya et al. 2019 | | authority | 2219225 | Pseudomonas sp. MR 02 | | synonym | 2219225 | Pseudomonas sp. RYU5 | | includes | 2219556 | Neomphalina | | scientific name | 2219690 | Kickxellomycetes | | scientific name | 2219690 | Kickxellomycetes Tedersoo, Sanch.-Ram., Koljalg, M. Bahram, M. Doring , Schigel, T.W. May, M. Ryberg & Abarenkov, 2018 | | authority | 2219692 | Dimargaritomycetes | | scientific name | 2219692 | Dimargaritomycetes Tedersoo, Sanch.-Ram., Koljalg, M. Bahram, M. Doring , Schigel, T.W. May, M. Ryberg & Abarenkov, 2018 | | authority | 2219693 | Harpellomycetes | | scientific name | 2219693 | Harpellomycetes Doweld, 2001 | | authority | 221976 | Montifringilla ruficollis | | synonym | 221976 | Montifringilla ruficollis (Blanford, 1871) | | authority | 221976 | Pyrgilauda ruficollis | | scientific name | 221976 | Pyrgilauda ruficollis (Blanford, 1871) | | authority | 221976 | rufous-necked snowfinch | | genbank common name | 222 | Achromobacter | | scientific name | 222 | Achromobacter Yabuuchi and Yano 1981 | | authority | 222 | Achromobacter Yabuuchi and Yano 1981 emend. Yabuuchi et al. 1998 | | authority | 2220 | Methanolobus | | scientific name | 2220 | Methanolobus Konig and Stetter 1983 | | authority | 2221 | Methanolobus tindarius | | scientific name | 2221 | Methanolobus tindarius Konig and Stetter 1983 | | authority | 2222 | Methanisaeta | | equivalent name | 2222 | Methanosaeta | | synonym | 2222 | Methanosaeta Patel and Sprott 1990 | | authority | 2222 | Methanothrix | | scientific name | 2222 | Methanothrix Huser et al. 1983 | | authority | 2223 | Methanisaeta concilii | | equivalent name | 2223 | Methanosaeta concilii | | synonym | 2223 | Methanosaeta concilii (Patel 1985) Patel and Sprott 1990 | | authority | 2223 | Methanothrix concilii Patel 1985 | | synonym | 2223 | Methanothrix soehngenii | | scientific name | 2223 | Methanothrix soehngenii Huser et al. 1983 | | authority | 222438 | Streblomastigidae | | scientific name | 222439 | Streblomastix | | scientific name | 222440 | Streblomastix strix | | scientific name | 222543 | Hypocreomycetidae | | scientific name | 222543 | mitosporic Hypocreomycetidae | | includes | 222544 | Sordariomycetidae | | scientific name | 222545 | Xylariomycetidae | | scientific name | 2231183 | Sporocytophaga sp. | | scientific name | 2231382 | NPAAA clade | | scientific name | 2231382 | canavanine-accumulating clade | | synonym | 2231382 | non-protein amino acid accumulating clade | | synonym | 2231384 | genistoids sensu lato | | scientific name | 2231385 | core genistoids | | scientific name | 2231387 | dalbergioids sensu lato | | scientific name | 2231390 | Pterocarpus clade | | scientific name | 2231393 | 50 kb inversion clade | | scientific name | 2231603 | Akanthomyces muscarius | | scientific name | 2231603 | Akanthomyces muscarius (Petch) Spatafora, Kepler & B. Shrestha, 2017 | | authority | 2231603 | Cephalosporium aphidicola | | synonym | 2231603 | Cephalosporium aphidicola Petch, 1931 | | authority | 2231603 | Cephalosporium muscarium | | synonym | 2231603 | Cephalosporium muscarium Petch, 1931 | | authority | 2231603 | Lecanicillium muscarium | | synonym | 2231603 | Lecanicillium muscarium (Petch) Zare & W. Gams, 2001 | | authority | 223184 | Kocuria marina | | scientific name | 223184 | Kocuria marina Kim et al. 2004 | | authority | 223184 | Kocuria marina Kim et al. 2004 emend. Ghodhbane-Gtari et al. 2024 | | authority | 223184 | Kocuria marina Kim et al. 2004 emend. Li et al. 2025 | | authority | 223184 | Kocuria sp. KMM 3905 | | includes | 223347 | Tomato leaf curl New Delhi virus | | scientific name | 2233521 | Zoopagomycetes | | scientific name | 2233521 | Zoopagomycetes Doweld, 2014 | | authority | 2233838 | Hologalegina | | scientific name | 2233839 | IRL clade | | scientific name | 2233839 | inverted repeat lacking clade | | synonym | 2233839 | inverted repeat loss clade | | synonym | 2233839 | temperate herbaceous clade | | synonym | 2233855 | indigoferoid/millettioid clade | | scientific name | 2233857 | robinioid clade | | scientific name | 223390 | Ancylobacter polymorphus | | scientific name | 223390 | Ancylobacter polymorphus Xin et al. 2006 | | authority | 223390 | Ancylobacter sp. DSM 2457 | | includes | 2234087 | Thermodesulfobacterium sp. TA1 | | scientific name | 2234099 | Escherichia coli O409 | | scientific name | 2234120 | Austropuccinia | | scientific name | 2234120 | Austropuccinia Beenken, 2017 | | authority | 223428 | Xylographa | | scientific name | 223428 | Xylographa (Fr.) Fr., 1836 | | authority | 223429 | Spiloma vitiligo | | synonym | 223429 | Spiloma vitiligo Ach., 1803 | | authority | 223429 | Xylographa vitiligo | | scientific name | 223429 | Xylographa vitiligo (Ach.) J.R. Laundon, 1963 | | authority | 2235 | "Haloarchaeales" DasSarma and DasSarma 2008 | | authority | 2235 | Haloarchaeales | | synonym | 2235 | Halobacteriales | | scientific name | 2235 | Halobacteriales Grant and Larsen 1989 | | authority | 2235 | Halobacteriales Grant and Larsen 1989 emend. Gupta et al. 2015 | | authority | 2235 | Haloferacales | | synonym | 2235 | Haloferacales Gupta et al. 2015 | | authority | 2235 | Natrialbales | | synonym | 2235 | Natrialbales Gupta et al. 2015 | | authority | 2236 | "Haloarchaeaceae" DasSarma and DasSarma 2008 | | authority | 2236 | Haloarchaeaceae | | synonym | 2236 | Halobacteriaceae | | scientific name | 2236 | Halobacteriaceae Gibbons 1974 (Approved Lists 1980) | | authority | 2236 | Halobacteriaceae Gibbons 1974 (Approved Lists 1980) emend. Gupta et al. 2016 | | authority | 2237 | "Haloarcula" Javor et al. 1982 | | authority | 2237 | Haloarcula | | scientific name | 2237 | Haloarcula Torreblanca et al. 1986 | | authority | 2237 | Haloarcula Torreblanca et al. 1986 emend. Ma et al. 2024 | | authority | 2237 | Haloarcula Torreblanca et al. 1986 emend. Oren et al. 2009 | | authority | 2237 | Halomicroarcula | | synonym | 2237 | Halomicroarcula Echigo et al. 2013 | | authority | 2237 | Halomicroarcula Echigo et al. 2013 emend. Zhang and Cui 2014 | | authority | 223781 | Aquila chrysaetos chrysaetos | | scientific name | 223781 | Falco chrysaetos chrysaetos | | synonym | 223781 | Falco chrysaetos chrysaetos Linnaeus, 1758 | | authority | 223785 | Hydrogenimonas | | scientific name | 223785 | Hydrogenimonas Takai et al. 2004 | | authority | 223785 | Hydrogenimonas Takai et al. 2004 emend. Mino et al. 2023 | | authority | 223899 | Tricladium | | scientific name | 223899 | Tricladium Ingold, 1942 | | authority | 2239 | "Flavobacterium (subgen. Halobacterium)" Elazari-Volcani 1940 | | authority | 2239 | "Haloarchaeum" DasSarma and DasSarma 2008 | | authority | 2239 | "Halobacter" Anderson 1954 | | authority | 2239 | Flavobacterium (subgen. Halobacterium) | | synonym | 2239 | Haloarchaeum | | synonym | 2239 | Halobacter | | synonym | 2239 | Halobacterium | | scientific name | 2239 | Halobacterium Elazari-Volcani 1957 (Approved Lists 1980) emend. Kamekura and Dyall-Smith 1995 | | authority | 2239 | Halobacterium Elazari-Volcani 1957 (Approved Lists 1980) emend. Oren et al. 2009 | | authority | 223967 | Methylobacterium populi | | synonym | 223967 | Methylobacterium populi Van Aken et al. 2004 | | authority | 223967 | Methylobacterium sp. Chiliseed2 | | includes | 223967 | Methylobacterium sp. P-1M | | includes | 223967 | Methylorubrum populi | | scientific name | 223967 | Methylorubrum populi (Van Aken et al. 2004) Green and Ardley 2018 | | authority | 2242446 | Hypogastruridae sp. BIOUG15136-B04 | | scientific name | 224308 | Bacillus subtilis 168 | | synonym | 224308 | Bacillus subtilis subsp. subtilis 168 | | synonym | 224308 | Bacillus subtilis subsp. subtilis str. 168 | | scientific name | 224308 | Bacillus subtilis subsp. subtilis str. BGSC 1A700 | | synonym | 224313 | American quails | | common name | 224313 | New World quails | | genbank common name | 224313 | Odontophoridae | | scientific name | 224313 | Odontophorinae | | synonym | 224314 | Odontophorus | Odontophorus | scientific name | 224372 | Alcanivoracaceae | | scientific name | 224372 | Alcanivoracaceae corrig. Golyshin et al. 2005 | | authority | 224372 | Alcanivoraceae | | synonym | 224372 | Alcanivoraxaceae | | synonym | 224379 | Hahellaceae | | scientific name | 224379 | Hahellaceae Garrity et al. 2005 | | authority | 224458 | "Pyxicoccus" Reichenbach 2005 | | authority | 224458 | Pyxicoccus | | synonym | 224458 | Pyxidicoccus | | scientific name | 224458 | Pyxidicoccus corrig. Reichenbach 2007 | | authority | 224463 | Nannocystaceae | | scientific name | 224463 | Nannocystaceae Reichenbach 2006 | | authority | 224471 | Burkholderiales genera incertae sedis | | scientific name | 224727 | Salmonella enterica subsp. enterica serovar Kottbus | | scientific name | 224727 | Salmonella kottbus | | synonym | 224729 | Salmonella enterica subsp. enterica serovar Java | | synonym | 224729 | Salmonella enterica subsp. enterica serovar Paratyphi B var. L(+) tartrate + | | scientific name | 224729 | Salmonella enterica subsp. enterica serovar Paratyphi B var. d-tartrate + | | synonym | 224729 | Salmonella enterica subsp. enterica serovar Paratyphi B var. java | | synonym | 224729 | Salmonella java | | synonym | 224756 | "Methanomicrobia" Garrity et al. 2005 | | authority | 224756 | Methanomicrobia | | scientific name | 2249 | Halococcus | | scientific name | 2249 | Halococcus Schoop 1935 (Approved Lists 1980) emend. Oren et al. 2009 | | authority | 2249222 | Candidatus Electrothrix sp. ATG1_2 ATG2 | | scientific name | 2249310 | Mycobacterium simiae complex | | scientific name | 2249420 | Chaetothyriales sp. CBS 135597 | | scientific name | 2249420 | Chaetothyriales sp. CBS135597 | | equivalent name | 2249475 | Leishmania (Mundinia) | | includes | 2249475 | Mundinia | | scientific name | 2249476 | Leishmania (Mundinia) orientalis | | synonym | 2249476 | Leishmania orientalis | | scientific name | 2249476 | Leishmania orientalis Bates & Jariyapan, 2018 | | authority | 2250122 | "Candidatus Bipolaricaulis" Hao et al. 2018 | | authority | 2250122 | Bipolaricaulis | | equivalent name | 2250122 | Candidatus Bipolaricaulis | | scientific name | 2250253 | unclassified Thermococci | | scientific name | 2250254 | Thermococci archaeon | | scientific name | 2250255 | Methanosarcinales archaeon | | scientific name | 2250256 | Altarchaeales archaeon | | equivalent name | 2250256 | Candidatus Altarchaeales archaeon | | scientific name | 2250272 | Candidatus Coatesiibacteriota bacterium | | scientific name | 2250272 | Coatesbacteria bacterium | | equivalent name | 2250274 | Micrarchaeota archaeon | | equivalent name | 2250274 | Microcaldota archaeon | | scientific name | 2250277 | Thermoprotei archaeon | | scientific name | 225051 | Nocardia alba | | scientific name | 225051 | Nocardia alba Li et al. 2004 | | authority | 225057 | Acidithiobacillales | | scientific name | 225057 | Acidithiobacillales Garrity et al. 2005 | | authority | 225058 | Acidithiobacillaceae | | scientific name | 225058 | Acidithiobacillaceae Garrity et al. 2005 | | authority | 2250708 | Pseudogemmobacter bohemicus | | scientific name | 2250708 | Pseudogemmobacter bohemicus Suman et al. 2019 | | authority | 2250708 | Rhodobacteraceae bacterium Cd-10 | | includes | 225143 | Oceanisphaera | | scientific name | 225143 | Oceanisphaera Romanenko et al. 2003 emend. Choi et al. 2011 | | authority | 225143 | Oceanisphaera Romanenko et al. 2003 emend. Srinivas et al. 2012 | | authority | 225143 | Oceanisphaera Romanenko et al. 2003 emend. Xu et al. 2014 | | authority | 225324 | Enhydrobacter aerosaccus | | scientific name | 225324 | Enhydrobacter aerosaccus Staley et al. 1987 | | authority | 225359 | Erysiphe pulchra | | scientific name | 225359 | Erysiphe pulchra (Cooke & Peck) U. Braun & S. Takam., 2000 | | authority | 225359 | Erysiphe pulchra var. pulchra | | synonym | 225359 | Microsphaera pulchra | | synonym | 225359 | Microsphaera pulchra Cooke & Peck, 1873 | | authority | 225359 | Microsphaera pulchra var. pulchra | | synonym | 225464 | unclassified Methanocorpusculum | | scientific name | 2256 | Natronobacterium | | scientific name | 2256 | Natronobacterium Tindall et al. 1984 | | authority | 2256 | Natronobacterium Tindall et al. 1984 emend. Tindall 2001 | | authority | 2258 | Thermococcales | | scientific name | 2258 | Thermococcales Zillig et al. 1988 | | authority | 225842 | Formosa | | scientific name | 225842 | Formosa Ivanova et al. 2004 emend. Nedashkovskaya et al. 2006 | | authority | 225842 | Formosa Ivanova et al. 2004 emend. Shakeela et al. 2015 | | authority | 225849 | Shewanella piezotolerans WP3 | | scientific name | 225849 | Shewanella piezotolerans str. WP3 | | equivalent name | 225849 | Shewanella piezotolerans strain WP3 | | equivalent name | 225849 | Shewanella sp. WP3 | | synonym | 2259 | Thermococcaceae | | scientific name | 2259 | Thermococcaceae Zillig et al. 1988 | | authority | 225915 | Paenibacillaceae bacterium AF90-26SAA | | includes | 225915 | Paenibacillus sp. 'Smarlab BioMol-2301032' | | includes | 225915 | Paenibacillus timonensis | | scientific name | 225915 | Paenibacillus timonensis Roux and Raoult 2004 | | authority | 2259170 | Pedobacter miscanthi | | scientific name | 2259170 | Pedobacter miscanthi Chen et al. 2019 | | authority | 2259170 | Pedobacter sp. RS10 | | includes | 2259171 | Bacillus piezotolerans | | synonym | 2259171 | Bacillus piezotolerans Yu et al. 2019 | | authority | 2259171 | Bacillus sp. YLB-04 | | includes | 2259171 | Neobacillus piezotolerans | | scientific name | 2259171 | Neobacillus piezotolerans (Yu et al. 2019) Gupta et al. 2020 | | authority | 2259638 | Dickeya lacustris | | scientific name | 2259638 | Dickeya lacustris Hugouvieux-Cotte-Pattat et al. 2019 | | authority | 2259638 | Dickeya sp. S29 | | includes | 2259644 | Streptomyces sp. YIM 130001 | | scientific name | 2259645 | Rhodovulum sp. BSW8 | | scientific name | 2259865 | Nocardiopsis sp. MG754419 | | scientific name | 225991 | Aquaspirillum aquaticum | | synonym | 225991 | Aquaspirillum aquaticum Hylemon et al. 1973 (Approved Lists 1980) | | authority | 225991 | Comamonas aquatica | | scientific name | 225991 | Comamonas aquatica (Hylemon et al. 1973) Wauters et al. 2003 | | authority | 225991 | Commamonas terrigena DNA group 2 | | synonym | 226 | Alteromonas | | scientific name | 226 | Alteromonas Baumann et al. 1972 (Approved Lists 1980) | | authority | 226 | Alteromonas Baumann et al. 1972 (Approved Lists 1980) emend. Gauthier et al. 1995 | | authority | 226 | Alteromonas Baumann et al. 1972 (Approved Lists 1980) emend. Novick and Tyler 1985 | | authority | 226 | Alteromonas Baumann et al. 1972 (Approved Lists 1980) emend. Van Trappen et al. 2004 | | authority | 2263 | Thermococcus | | scientific name | 2263 | Thermococcus Zillig 1983 | | authority | 2266 | Thermoproteales | | scientific name | 2266 | Thermoproteales Zillig and Stetter 1982 emend. Burggraf et al. 1997 | | authority | 2267 | Thermoproteaceae | | scientific name | 2267 | Thermoproteaceae Zillig and Stetter 1982 emend. Burggraf et al. 1997 | | authority | 2267227 | Tenacibaculum sp. E3R01 | | scientific name | 2267253 | Thiomicrorhabdus indica | | scientific name | 2267253 | Thiomicrorhabdus indica Liu et al. 2020 | | authority | 2267253 | Thiomicrorhabdus sp. 13-15A | | includes | 226742 | Diabroticina | | scientific name | 226749 | Diabroticites | | scientific name | 2267618 | Klebsiella sp. P1CD1 | | scientific name | 2267691 | Amycolatopsis eburnea | | scientific name | 2267691 | Amycolatopsis eburnea Chaiya et al. 2019 | | authority | 2267691 | Amycolatopsis sp. GLM-1 | | includes | 2268 | Thermofilum | | scientific name | 2268 | Thermofilum Zillig and Gierl 1983 | | authority | 2268 | Thermofilum Zillig and Gierl 1983 emend. Toshchakov et al. 2015 | | authority | 2268147 | unclassified Calditrichae | | equivalent name | 2268147 | unclassified Calditrichia | | scientific name | 2268178 | Calditrichae bacterium | | equivalent name | 2268178 | Calditrichia bacterium | | scientific name | 2268179 | Campylobacteraceae bacterium | | scientific name | 2268180 | Campylobacterales bacterium | | scientific name | 2268183 | Calescamantes bacterium | | equivalent name | 2268183 | Candidatus Calescamantes bacterium | | scientific name | 2268189 | Candidatus Scalindua sp. | | scientific name | 2268189 | Scalindua sp. | | equivalent name | 2268192 | Chlorobi bacterium | | equivalent name | 2268192 | Chlorobiota bacterium | | scientific name | 2268195 | Methanomicrobia archaeon | | scientific name | 2268199 | Polyangiaceae bacterium | | scientific name | 2268202 | Synergistetes bacterium | | equivalent name | 2268202 | Synergistota bacterium | | scientific name | 2268204 | Thermoplasmatales archaeon | | scientific name | 2268206 | Thermotogaceae bacterium | | scientific name | 2269368 | Rhodopseudomonas sp. BR0G17 | | scientific name | 227190 | Pedionomidae | | scientific name | 227191 | Pedionomus | | scientific name | 227192 | Pedionomus torquatus | | scientific name | 227192 | Pedionomus torquatus Gould, 1841 | | authority | 227192 | plains-wanderer | | genbank common name | 2272 | Desulfurococcaceae | | scientific name | 2272 | Desulfurococcaceae Zillig and Stetter 1983 | | authority | 2272 | Desulfurococcaceae Zillig and Stetter 1983 emend. Burggraf et al. 1997 | | authority | 227290 | Rhizobium/Agrobacterium group | | scientific name | 227292 | Sinorhizobium/Ensifer group | | scientific name | 227318 | Actinocatenispora thailandica | | scientific name | 227318 | Actinocatenispora thailandica Thawai et al. 2006 | | authority | 227318 | actinobacterium TT2-10 | | includes | 227318 | actinobacterium TT2-3 | | includes | 227327 | Sclerodermatineae | | scientific name | 227329 | Pisolithaceae | | scientific name | 227329 | Pisolithaceae Ulbr., 1928 | | authority | 227330 | Boletineae | | scientific name | 227331 | Paxilineae | | scientific name | 227332 | Suillineae | | scientific name | 227334 | Coniophorineae | | scientific name | 227336 | Suillaceae | | scientific name | 227508 | Megalonychidae | | scientific name | 227508 | two-toed sloths | | genbank common name | 227715 | Amycolatopsis keratiniphila subsp. keratiniphila | | scientific name | 227715 | Amycolatopsis keratiniphila subsp. keratiniphila Al-Musallam et al. 2003 | | authority | 227866 | Bacillus sp. ADIP3 | | includes | 227866 | Bacillus sp. NOS6 | | includes | 227866 | Bacillus sp. SN4 | | includes | 227866 | Bacillus tequilensis | | scientific name | 227866 | Bacillus tequilensis Gatson et al. 2006 | | authority | 228006 | Nocardia tenerifensis | | scientific name | 228006 | Nocardia tenerifensis Kampfer et al. 2004 | | authority | 2281 | Sulfolobales | | scientific name | 2281 | Sulfolobales Stetter 1989 | | authority | 2282135 | Haloarcula sp. Atlit-120R | | scientific name | 2282141 | unclassified Chthonomonadia | | scientific name | 2282142 | Acidobacteriales bacterium | | synonym | 2282142 | Terriglobales bacterium | | scientific name | 2282150 | Caulobacterales bacterium | | scientific name | 2282152 | Chthonomonadia bacterium | | scientific name | 2282155 | Syntrophobacterales bacterium | | scientific name | 2282449 | Exiguobacterium sp. RIT594 | | scientific name | 2282523 | Methylorubrum | | scientific name | 2282523 | Methylorubrum Green and Ardley 2018 | | authority | 2282523 | Protomonas | | synonym | 2282523 | Protomonas Urakami and Komagata 1984 | | authority | 2282740 | Desulfallas | | scientific name | 2282740 | Desulfallas Watanabe et al. 2018 | | authority | 2282741 | Desulfofundulus | | scientific name | 2282741 | Desulfofundulus Watanabe et al. 2018 | | authority | 2283091 | unclassified Pyrinomonadaceae | | scientific name | 2283092 | Pyrinomonadaceae bacterium | | scientific name | 2283196 | Motiliproteus coralliicola | | scientific name | 2283196 | Motiliproteus coralliicola Wang et al. 2018 | | authority | 2283196 | Motiliproteus sp. C34 | | includes | 2283317 | Sphingomonas aracearum | | scientific name | 2283317 | Sphingomonas aracearum Wang et al 2019 | | authority | 2283317 | Sphingomonas sp. WZY 27 | | includes | 2283794 | "Methanomada" Petitjean et al. 2015 | | authority | 2283794 | Methanogen Class I | | synonym | 2283794 | Methanomada | | equivalent name | 2283794 | Methanomada group | | scientific name | 2283796 | "Candidatus Thermoplasmatota" Rinke et al. 2019 | | authority | 2283796 | "Diaforarchaea" Petijean et al. 2015 | | authority | 2283796 | "Thermoplasmatota" Rinke et al. 2021 | | authority | 2283796 | Candidatus Thermoplasmatota | | synonym | 2283796 | Diaforarchaea | | synonym | 2283796 | Diaforarchaea group | | common name | 2283796 | Thermoplasmatota | | scientific name | 2283796 | Thermoplasmatota Chuvochina et al. 2024 | | synonym | 2283840 | Agrobacterium sp. a22-2 | | scientific name | 228398 | Streptacidiphilus | | scientific name | 228398 | Streptacidiphilus Kim et al. 2003 | | authority | 228398 | Streptacidiphilus Kim et al. 2003 emend. Lee et al. 2025 | | authority | 228398 | Streptacidiphilus Kim et al. 2003 emend. Nouioui et al. 2019 | | authority | 228582 | Cereal yellow dwarf virus - RPS | | equivalent name | 228582 | Cereal yellow dwarf virus RPS | | scientific name | 228582 | Cereal yellow dwarf virus-RPS | | equivalent name | 228582 | Cereal yellow dwarf virus-RPV-Mex1 | | equivalent name | 228599 | Nocardia higoensis | | scientific name | 228599 | Nocardia higoensis Kageyama et al. 2004 | | authority | 228599 | Nocardia sp. IFM 10084 | | includes | 2289 | Desulfobacter | | scientific name | 2289 | Desulfobacter Widdel 1981 | | authority | 228956 | Bacteroidetes bacterium KMM 3903 | | includes | 228956 | Maribacter sedimenticola | | scientific name | 228956 | Maribacter sedimenticola Nedashkovskaya et al. 2004 | | authority | 2290919 | Caldiserica bacterium SMC7 | | includes | 2290919 | Candidatus Cryosericum terrychapinii | | scientific name | 2290919 | Candidatus Cryosericum terrychapinii Martinez et al. 2019 | | authority | 2290919 | Cryosericum terrychapinii | | equivalent name | 2290931 | Stenosarchaea | | equivalent name | 2290931 | Stenosarchaea Aouad et al. 2018 | | authority | 2290931 | Stenosarchaea group | | scientific name | 2291 | Desulfobacter hydrogenophilus | | scientific name | 2291 | Desulfobacter hydrogenophilus Widdel 1988 | | authority | 2291027 | Salvia incertae sedis | | scientific name | 2291674 | Bacillus iocasae | | synonym | 2291674 | Bacillus iocasae Wang et al. 2017 | | authority | 2291674 | Metabacillus iocasae | | synonym | 2291674 | Metabacillus iocasae (Wang et al. 2017) Gupta et al. 2020 | | authority | 2291674 | Priestia iocasae | | scientific name | 2291674 | Priestia iocasae (Wang et al. 2017) Li et al. 2024 | | authority | 2291710 | Dokdonella sp. | | scientific name | 2291815 | Chitinophagaceae bacterium GDMCC 1.1403 | | includes | 2291815 | Chitinophagaceae bacterium K23C18032701 | | includes | 2291815 | Deminuibacter soli | | scientific name | 2291815 | Deminuibacter soli Wang et al. 2019 | | authority | 2291990 | Clostridiaceae bacterium AF42-6 | | scientific name | 2292003 | Butyricicoccus sp. AF35-5AC | | scientific name | 229202 | Vaccinium darrowii | | scientific name | 229202 | Vaccinium darrowii Camp, 1942 | | authority | 2292027 | Collinsella sp. AM17-1 | | scientific name | 2292077 | Vagococcus sp. AM17-17 | | scientific name | 2292195 | Blautia sp. AF13-16 | | scientific name | 2292197 | Butyricicoccus sp. AF15-40 | | scientific name | 2292199 | Butyricicoccus sp. AF24-19AC | | scientific name | 2292203 | Clostridium sp. AF18-27 | | scientific name | 2292207 | Collinsella sp. AF02-46-1 | | scientific name | 2292219 | Collinsella sp. AF19-1LB | | scientific name | 2292220 | Collinsella sp. AF19-7AC | | scientific name | 2292270 | Ruminococcaceae bacterium TF06-43 | | scientific name | 2292286 | Blautia sp. OF01-4LB | | scientific name | 2292301 | Butyricicoccus sp. OM06-6AC | | scientific name | 2292313 | Collinsella sp. AM29-10AC | | scientific name | 2292325 | Collinsella sp. OF03-4AA | | scientific name | 2292348 | Eisenbergiella sp. OF01-20 | | scientific name | 2292367 | Roseburia sp. OF03-24 | | scientific name | 2292771 | Parvularcula marina | | scientific name | 2292771 | Parvularcula marina Sun et al. 2019 | | authority | 2292771 | Parvularcula sp. SM1705 | | includes | 229289 | Anoplopoma | | scientific name | 229290 | Anoplopoma fimbria | | scientific name | 229290 | Anoplopoma fimbria (Pallas, 1814) | | authority | 229290 | Gadus fimbria | | synonym | 229290 | Gadus fimbria Pallas, 1814 | | authority | 229290 | sablefish | | genbank common name | 2292939 | Bacteroides sp. AM16-15 | | scientific name | 2292944 | Bacteroides sp. AM25-34 | | scientific name | 2293008 | Clostridium sp. AF27-5AA | | scientific name | 2293056 | Coprobacillus sp. AF02-13 | | scientific name | 2293067 | Coprobacillus sp. AF27-24BH | | scientific name | 2293068 | Coprobacillus sp. AF29-3BH | | scientific name | 2293081 | Coprobacillus sp. AM37-9BH | | scientific name | 2293162 | Ruminococcus sp. AF24-16 | | scientific name | 2293173 | Ruminococcus sp. AF31-14BH | | scientific name | 2293222 | Ruminococcus sp. AM49-10BH | | scientific name | 2293223 | Ruminococcus sp. AM49-8 | | scientific name | 2293227 | Ruminococcus sp. AM57-5 | | scientific name | 2293239 | Ruminococcus sp. TF10-12AC | | scientific name | 2293240 | Ruminococcus sp. TF10-6 | | scientific name | 2293247 | Streptococcus sp. AM43-2AT | | scientific name | 2293569 | Jiangella rhizosphaerae | | scientific name | 2293569 | Jiangella rhizosphaerae Han et al. 2019 | | authority | 2293569 | Jiangella sp. NEAU-YY265 | | includes | 2293571 | Streptomyces inhibens | | scientific name | 2293571 | Streptomyces inhibens Jin et al. 2019 | | authority | 2293571 | Streptomyces sp. NEAU-D10 | | includes | 2293832 | "Pseudomonas kairouanensis" Oueslati et al. 2019 | | authority | 2293832 | Pseudomonas kairouanensis | | scientific name | 2293832 | Pseudomonas kairouanensis Oueslati et al. 2020 | | authority | 2293832 | Pseudomonas sp. KC12 | | includes | 2293832 | Pseudomonas sp. KC17 | | includes | 2293832 | Pseudomonas sp. KC20 | | includes | 2293832 | Pseudomonas sp. KC22 | | includes | 2293832 | Pseudomonas sp. KC24A | | includes | 2293832 | Pseudomonas sp. KC25 | | includes | 2293832 | Pseudomonas sp. KC26 | | includes | 2293833 | "Pseudomonas nabeulensis" Oueslati et al. 2019 | | authority | 2293833 | Pseudomonas nabeulensis | | scientific name | 2293833 | Pseudomonas nabeulensis Oueslati et al. 2020 | | authority | 2293833 | Pseudomonas sp. E10AB | | includes | 2293833 | Pseudomonas sp. E10B | | includes | 2293833 | Pseudomonas sp. E10CB1 | | includes | 2293833 | Pseudomonas sp. Iy3BA | | includes | 2293856 | Tindallia sp. MSAO_Bac2 | | scientific name | 2294119 | "Flavobacterium psychrotrophum" Kim et al. 2023 | | authority | 2294119 | Flavobacterium psychrotrophum | | scientific name | 2294119 | Flavobacterium psychrotrophum Kim et al. 2024 | | authority | 2294119 | Flavobacterium sp. CJ74 | | includes | 229535 | Penicillium nordicum | | scientific name | 229535 | Penicillium nordicum Dragoni & Cantoni ex C. Ramirez, 1985 | | authority | 229563 | unclassified Frankiaceae | | scientific name | 2299 | Desulfosarcina | | scientific name | 2299 | Desulfosarcina Widdel 1981 emend. Watanabe et al. 2017 | | authority | 2301 | Thermoplasmatales | | scientific name | 2301 | Thermoplasmatales Reysenbach 2002 | | authority | 2301116 | Rhabditina | | scientific name | 2301119 | Rhabditomorpha | | scientific name | 230148 | Cyclogaster tanakae | | synonym | 230148 | Cyclogaster tanakae Gilbert & Burke, 1912 | | authority | 230148 | Liparis tanakae | | scientific name | 230148 | Liparis tanakae (Gilbert & Burke, 1912) | | authority | 230148 | Liparis tanakai | | synonym | 230148 | Tanaka's snailfish | | genbank common name | 230172 | Ovis ammon polii | | scientific name | 230172 | Ovis ammon polii Blyth, 1840 | | authority | 2302851 | leotiomyceta incertae sedis | | scientific name | 2302959 | Subdoligranulum sp. AF14-43 | | scientific name | 2303331 | Solimonas sp. K1W22B-7 | | scientific name | 2303332 | Cellvibrio sp. KY-GH-1 | | scientific name | 2303497 | unclassified Nanobdellota | | scientific name | 2303507 | Oculatellaceae | | scientific name | 2303507 | Oculatellaceae Mai & Johansen, 2018 | | authority | 2303513 | Drouetiella | | scientific name | 2303513 | Drouetiella Mai, Johansen & Bohunicka, 2018 | | authority | 2303515 | Drouetiella hepatica | | scientific name | 2303515 | Drouetiella hepatica Mai, Johansen & Bohunicka, 2018 | | authority | 2303519 | Tildeniella | | scientific name | 2303519 | Tildeniella Mai, Johansen & Bohunicka, 2018 | | authority | 2303520 | Tildeniella torsiva | | scientific name | 2303520 | Tildeniella torsiva Mai, Johansen & Bohunicka, 2018 | | authority | 2303527 | Trichocoleusaceae | | scientific name | 2303527 | Trichocoleusaceae T.Mai & J.R.Johansen, 2018 | | authority | 230361 | "Methanocatella millerae" (Rea et al. 2007) Protasov and Brune 2023 | | authority | 230361 | Methanobrevibacter millerae | | scientific name | 230361 | Methanobrevibacter millerae Rea et al. 2007 | | authority | 230361 | Methanobrevibacter sp. ZA-10 | | includes | 230361 | Methanocatella millerae | | synonym | 2304100 | Viteae | | scientific name | 2304100 | Viteae Dumort., 1829 | | authority | 2305440 | Microbacterium sp. K35 | | scientific name | 2305446 | Microbacterium sp. K24 | | scientific name | 2305467 | Henriciella mobilis | | scientific name | 2305467 | Henriciella mobilis Ren et al. 2021 | | authority | 2305467 | Henriciella sp. JN25 | | includes | 2305467 | Henriciella sp. M65 | | synonym | 2305467 | Henriciella sp. M69 | | includes | 2306012 | Bipolaricaulota bacterium | | equivalent name | 2306012 | Candidatus Bipolaricaulota bacterium | | scientific name | 230686 | Acromyrmex insinuator | | scientific name | 230686 | Acromyrmex insinuator Schultz, Bekkevold & Boomsma, 1998 | | authority | 2306995 | Altererythrobacter aerophilus | | synonym | 2306995 | Altererythrobacter aerophilus Meng et al. 2019 | | authority | 2306995 | Altererythrobacter sp. Ery1 | | includes | 2306995 | Pelagerythrobacter aerophilus | | scientific name | 2306995 | Pelagerythrobacter aerophilus (Meng et al. 2019) Xu et al. 2020 | | authority | 2307285 | Flavipsychrobacter | | scientific name | 2307285 | Flavipsychrobacter Liu et al. 2018 | | authority | 2307286 | Flavipsychrobacter sp. | | scientific name | 230759 | Agaricales incertae sedis | | scientific name | 230760 | Roridomyces | | scientific name | 230760 | Roridomyces Rexer, 1994 | | authority | 230806 | Agaricus epipterygius | | synonym | 230806 | Agaricus epipterygius Scop., 1772 | | authority | 230806 | Mycena epipterygia | | scientific name | 230806 | Mycena epipterygia (Scop.) Gray, 1821 | | authority | 230806 | yellowleg bonnet | | common name | 230808 | Agaricus leptocephalus | | synonym | 230808 | Agaricus leptocephalus Pers., 1800 | | authority | 230808 | Mycena leptocephala | | scientific name | 230808 | Mycena leptocephala (Pers.) Gillet, 1876 | | authority | 230808 | nitrous bonnet | | common name | 230810 | Agaricus olivaceomarginatus | | synonym | 230810 | Agaricus olivaceomarginatus Massee, 1890 | | authority | 230810 | Mycena olivaceomarginata | | scientific name | 230810 | Mycena olivaceomarginata (Massee) Massee, 1893 | | authority | 230810 | brownedge bonnet | | common name | 230838 | Peronosclerospora | | scientific name | 230839 | Peronosclerospora sorghi | | scientific name | 231212 | Leucosporidiales | | scientific name | 231212 | Leucosporidiales J.P. Samp., M. Weiss & R. Bauer, 2003 | | authority | 231213 | Sporidiaceae | | synonym | 231213 | Sporidiales | | synonym | 231213 | Sporidiobolales | | scientific name | 231213 | Sporidiobolales Doweld, 2001 | | authority | 231213 | anamorphic Sporidiobolaceae | | includes | 231213 | mitosporic Sporidiobolales | | includes | 231454 | Dyella | | scientific name | 231454 | Dyella Xie and Yokota 2005 | | authority | 2315236 | Aquabacterium pictum | | synonym | 2315236 | Aquabacterium pictum Hirose et al. 2020 | | authority | 2315236 | Aquabacterium sp. W35 | | includes | 2315236 | Burkholderiales bacterium W35 | | includes | 2315236 | Pseudaquabacterium pictum | | scientific name | 2315236 | Pseudaquabacterium pictum (Hirose et al. 2020) Lu and Chen 2024 | | authority | 2315236 | Rubrivivax pictus (Hirose et al. 2020) Liu et al. 2023 | | synonym | 2315253 | Vibrio diabolicus subclade | | synonym | 2315253 | Vibrio diabolicus subgroup | | scientific name | 2315449 | Candida sp. DSM21437 | | includes | 2315449 | Candida tenuis | | synonym | 2315449 | Candida tenuis Diddens & Lodder, 1942 | | authority | 2315449 | Yamadazyma tenuis | | scientific name | 2315449 | Yamadazyma tenuis (Diddens & Lodder) M.A.B. Haase, Kominek, Q.K. Langdon, Kurtzman & Hittinger, 2017 | | authority | 2315723 | Lepetellida | | scientific name | 2316020 | "Mediterraneibacter" Togo et al. 2018 | | authority | 2316020 | Mediterraneibacter | | scientific name | 2316020 | Mediterraneibacter Togo et al. 2019 | | authority | 2316155 | Ploettnerulaceae | | scientific name | 2316155 | Ploettnerulaceae Kirschst., 1924 | | authority | 231623 | Rotaria | | scientific name | 2316362 | Candolleomyces aberdarensis | | scientific name | 2316362 | Candolleomyces aberdarensis (A. Melzer, Kimani & R. Ullrich) D. Wacht. & A. Melzer, 2020 | | authority | 2316362 | Lacrymaria sp. EB-2018 | | includes | 2316362 | Psathyrella aberdarensis | | synonym | 2316362 | Psathyrella aberdarensis A. Melzer, Kimani & R. Ullrich, 2018 | | authority | 2316715 | Corallococcus sp. AB018 | | scientific name | 2316717 | Corallococcus sp. AB032C | | scientific name | 2316727 | Corallococcus sp. CA041A | | scientific name | 2316735 | Corallococcus sp. AB011P | | scientific name | 231684 | unclassified Desulfobacteraceae | | scientific name | 231685 | unclassified Desulfovibrionaceae | | scientific name | 231686 | unclassified Desulfobulbaceae | | scientific name | 231916 | Agaricus dilepis | | synonym | 231916 | Agaricus dilepis Berk. & Broome, 1871 | | authority | 231916 | Gymnopilus dilepis | | scientific name | 231916 | Gymnopilus dilepis (Berk. & Broome) Singer, 1949 | | synonym | 232 | Alteromonas sp. | | scientific name | 232080 | Fusarium solani complex | | equivalent name | 232080 | Fusarium solani species complex | | scientific name | 232080 | Nectria haematococca complex | | synonym | 232080 | anamorphs of Nectria haematococca | | includes | 2320850 | Mycolicibacterium sp. | | scientific name | 2320852 | Acutalibacter sp. 1XD8-36 | | scientific name | 2320863 | "Noviherbaspirillum rocha" Zhu et al. 2021 | | authority | 2320863 | "Noviherbaspirillum saxi" Zhu et al. 2021 | | authority | 2320863 | Herbaspirillum sp. K1R23-30 | | includes | 2320863 | Noviherbaspirillum rocha | | synonym | 2320863 | Noviherbaspirillum saxi | | scientific name | 232088 | Alternaria arbusti | | scientific name | 232088 | Alternaria arbusti E.G. Simmons, 1993 | | authority | 2321111 | "Aliarcobacter" corrig. Perez-Cataluna et al. 2019 | | authority | 2321111 | "Aliiarcobacter" Perez-Cataluna et al. 2018 | | authority | 2321111 | Aliarcobacter | | scientific name | 2321111 | Aliarcobacter Perez-Cataluna et al. 2020 | | authority | 2321111 | Aliiarcobacter | | synonym | 2321114 | "Malacobacter" Perez-Cataluna et al. 2018 | | authority | 2321114 | Malaciobacter | | scientific name | 2321114 | Malaciobacter corrig. | | synonym | 2321114 | Malaciobacter corrig. Perez-Cataluna et al. 2019 | | authority | 2321114 | Malacobacter | | synonym | 232115 | Mesonia | | scientific name | 232115 | Mesonia Nedashkovskaya et al. 2003 | | authority | 232115 | Mesonia Nedashkovskaya et al. 2003 emend. Kang and Lee 2010 | | authority | 232115 | Mesonia Nedashkovskaya et al. 2003 emend. Kolberg et al. 2015 | | authority | 232115 | Mesonia Nedashkovskaya et al. 2003 emend. Lee et al. 2012 | | authority | 232115 | Mesonia Nedashkovskaya et al. 2003 emend. Nedashkovskaya et al. 2006 | | authority | 23212 | Quillaja | | scientific name | 23212 | Quillaja Molina, 1782 | | authority | 232244 | Belliella | | scientific name | 232244 | Belliella Brettar et al. 2004 | | authority | 232244 | Belliella Brettar et al. 2004 emend. Anil Kumar et al. 2012 | | authority | 232259 | Belliella baltica | | scientific name | 232259 | Belliella baltica Brettar et al. 2004 | | authority | 232259 | Belliella baltica Brettar et al. 2004 emend. Hahnke et al. 2016 | | authority | 232259 | Belliella baltica Brettar et al. 2004 emend. Korponai et al. 2023 | | authority | 2323 | Bacteria incertae sedis | | scientific name | 2323 | Not yet classified (Prokaryotae) | | synonym | 2323 | unclassified Eubacteria | | synonym | 2323 | unclassified Procaryotae | | synonym | 232347 | Magnoliidae | | scientific name | 232347 | Magnoliidae Novak ex Takht., 1967 | | authority | 232347 | magnoliids | | equivalent name | 232378 | Proteales | | scientific name | 232846 | Alcaligenes faecalis subsp. phenolicus | | synonym | 232846 | Alcaligenes faecalis subsp. phenolicus Rehfuss and Urban 2006 | | authority | 232846 | Alcaligenes phenolicus | | scientific name | 232846 | Alcaligenes phenolicus (Rehfuss and Urban 2006) Machado et al. 2023 | | authority | 232846 | Alcaligenes sp. J | | includes | 232846 | Alcaligenes sp. U1(2013) | | includes | 2330 | Halanaerobium | | scientific name | 2330 | Halanaerobium corrig. Zeikus et al. 1984 | | authority | 2330 | Haloanaerobium | | synonym | 2330 | Haloincola | | includes | 2330 | Haloincola Zhilina et al. 1992 | | authority | 233070 | unclassified Spirochaetales | | scientific name | 233189 | Anaerolinea | | scientific name | 233189 | Anaerolinea Sekiguchi et al. 2003 emend. Yamada et al. 2006 | | authority | 2335 | Thermotoga | | scientific name | 2335 | Thermotoga Huber et al. 1986 emend. Bhandari and Gupta 2014 | | authority | 2337 | Thermotoga neapolitana | | scientific name | 2337 | Thermotoga neapolitana Jannasch et al. 1989 | | authority | 2339232 | "Vallicoccus soli" Feng et al. 2020 | | authority | 2339232 | Frankiales bacterium YIM 75000 | | includes | 2339232 | Kineosporiales bacterium YIM 75000 | | includes | 2339232 | Vallicoccus soli | | scientific name | 2339232 | Vallicoccus soli Feng et al. 2021 | | authority | 2339232 | actinobacterium YIM 75000 | | includes | 234 | Brucella | | scientific name | 234 | Brucella Meyer and Shaw 1920 | | authority | 2340 | Solemya velum gill symbiont | | scientific name | 2340 | Solemya velum symbiont | | synonym | 2341086 | Mycobacterium attenuatum | | scientific name | 2341086 | Mycobacterium attenuatum Tagini et al. 2019 | | authority | 2341086 | Mycobacterium kansasii subtype 6 | | synonym | 2341086 | Mycobacterium sp. MK136 | | includes | 2341086 | Mycobacterium sp. MK191 | | includes | 2341086 | Mycobacterium sp. MK41 | | includes | 2341115 | Bradyrhizobium sp. LVM 105 | | scientific name | 234292 | unclassified Streptomycetaceae | | scientific name | 23461 | Mangifera | | scientific name | 23461 | Mangifera L. | | authority | 234661 | unclassified Geodermatophilaceae | | scientific name | 234665 | unclassified Gemmatimonadota | | scientific name | 234684 | unclassified Saprospiraceae | | scientific name | 2349 | Haliscomenobacter | | scientific name | 2349 | Haliscomenobacter van Veen et al. 1973 (Approved Lists 1980) | | authority | 2350 | Haliscomenobacter hydrossis | | scientific name | 2350 | Haliscomenobacter hydrossis van Veen et al. 1973 (Approved Lists 1980) | | authority | 2350 | Haliscomenobacter hydrossis van Veen et al. 1973 (Approved Lists 1980) emend. Hahnke et al. 2016 | | authority | 23513 | Cneoraceae | | includes | 23513 | Cneoraceae Vest, 1818 | | authority | 23513 | Rutaceae | | scientific name | 23513 | Rutaceae Juss., 1789 | | authority | 23513 | rue family | | common name | 235627 | unclassified Arthrobacter | | scientific name | 235629 | Acalyphoideae | | scientific name | 235631 | Crotonoideae | | scientific name | 235633 | Euphorbioideae | | scientific name | 235633 | Euphorbioideae Beilschm., 1833 | | authority | 2357 | Desulfomonile | | scientific name | 2357 | Desulfomonile DeWeerd et al. 1991 | | authority | 2358 | Desulfomonile tiedjei | | scientific name | 2358 | Desulfomonile tiedjei DeWeerd et al. 1991 | | authority | 2358454 | unclassified Candidatus Obscuribacterales | | scientific name | 2358454 | unclassified Obscuribacterales | | equivalent name | 2358456 | Nitrospinaceae bacterium | | scientific name | 2358460 | Nitrospirales bacterium | | scientific name | 235880 | Acalypheae | | scientific name | 235882 | Micrandreae | | scientific name | 235887 | Jatropheae | | scientific name | 235887 | Jatropheae Pax, 1890 | | authority | 235895 | Euphorbieae | | scientific name | 235895 | Euphorbieae Pax & K.Hoffm., 1931 | | authority | 2360 | Bathymodiolus thermophilus gill symbiont | | equivalent name | 2360 | Bathymodiolus thermophilus thioautotrophic gill symbiont | | scientific name | 236068 | Kribbella jejuensis | | scientific name | 236068 | Kribbella jejuensis Song et al. 2004 | | authority | 236068 | Kribbella sp. HD9 | | includes | 2364082 | Candidatus Obscuribacterales bacterium | | scientific name | 2364082 | Obscuribacterales bacterium | | equivalent name | 2364196 | "Candidatus Thermofonsia" Ward et al. 2018 | | synonym | 2364196 | "Candidatus Thermofontia" corrig. Ward et al. 2018 | | authority | 2364196 | Candidatus Thermofontia | | scientific name | 2364196 | Thermofontia | | equivalent name | 2364209 | Candidatus Thermofonsia Clade 3 | | scientific name | 2364647 | "Pantoea piersonii" (Singh et al. 2019) Soutar and Stavrinides 2022 | | authority | 2364647 | Enterobacteriaceae bacterium IIIF5SW | | includes | 2364647 | Erwiniaceae bacterium IIIF1SW-P2 | | includes | 2364647 | Erwiniaceae bacterium IIIF2SW-P2 | | includes | 2364647 | Erwiniaceae bacterium IIIF5SW-B1 | | includes | 2364647 | Erwiniaceae bacterium IIIF5SW-B3 | | includes | 2364647 | Erwiniaceae bacterium IIIF5SW-P1 | | includes | 2364647 | Erwiniaceae bacterium IIIF6SW-B4 | | includes | 2364647 | Erwiniaceae bacterium IIIF7SW-P2 | | includes | 2364647 | Kalamiella piersonii | | synonym | 2364647 | Kalamiella piersonii Singh et al. 2019 | | authority | 2364647 | Pantoea piersonii | | scientific name | 2364647 | Pantoea piersonii (Singh et al. 2019) Palmer and Coutinho 2022 | | authority | 236511 | Nocardia neocaledonica | | equivalent name | 236511 | Nocardia neocaledoniensis | | scientific name | 236511 | Nocardia neocaledoniensis Saintpierre-Bonaccio et al. 2004 | | authority | 23672 | Aceraceae | | synonym | 23672 | Hippocastanaceae | | synonym | 23672 | Hippocastanaceae A.Rich. | | authority | 23672 | Sapindaceae | | scientific name | 23672 | Sapindaceae Juss., 1789 | | authority | 23672 | Xanthoceraceae | | synonym | 23672 | Xanthocerataceae | | includes | 23672 | soapberry family | | common name | 236756 | "Candidatus Scalindua" Schmid et al. 2003 | | authority | 236756 | Candidatus Scalindua | | scientific name | 236756 | Scalindua | | equivalent name | 2368 | Arhodomonas | | scientific name | 2368 | Arhodomonas Adkins et al. 1993 | | authority | 2369 | Arhodomonas aquaeolei | | scientific name | 2369 | Arhodomonas aquaeolei Adkins et al. 1993 | | authority | 2369 | Arhodomonas oleiferhydrans | | synonym | 237 | Flavobacterium | | scientific name | 237 | Flavobacterium Bergey et al. 1923 (Approved Lists 1980) emend. Bernardet et al. 1996 | | authority | 237 | Flavobacterium Bergey et al. 1923 (Approved Lists 1980) emend. Dong et al. 2013 | | authority | 237 | Flavobacterium Bergey et al. 1923 (Approved Lists 1980) emend. Kang et al. 2013 | | authority | 237 | Flavobacterium Bergey et al. 1923 (Approved Lists 1980) emend. Kuo et al. 2013 | | authority | 237306 | "Pseudomonas mors-prunorum f. sp. persicae" Prunier et al. 1970 | | authority | 237306 | "Pseudomonas syringae pv. persicae" (Prunier, Luisetti and Gardan 1970) Young et al. 1978 | | authority | 237306 | Pseudomonas mors-prunorum f. sp. persicae | | synonym | 237306 | Pseudomonas morsprunorum f.sp. persicae | | equivalent name | 237306 | Pseudomonas syringae pv. persicae | | scientific name | 237436 | Rhabdornithidae | | scientific name | 237437 | Rhabdornis | | scientific name | 237438 | Rhabdornis inornatus | | scientific name | 237438 | Rhabdornis inornatus Ogilvie-Grant, 1896 | | authority | 237609 | "Pseudomonas alkylphenolia" Veeranagouda et al. 2009 | | authority | 237609 | Pseudomonas alkylphenolia | | synonym | 237609 | Pseudomonas alkylphenolica | | scientific name | 237609 | Pseudomonas alkylphenolica Mulet et al. 2015 | | authority | 237609 | Pseudomonas sp. KL28 | | includes | 237611 | Sphingomonas abaci | | scientific name | 237611 | Sphingomonas abaci Busse et al. 2005 | | authority | 237611 | Sphingomonas sp. C42 | | includes | 238 | Chryseobacterium (Flavobacterium) meningosepticum | | synonym | 238 | Chryseobacterium meningosepticum | | synonym | 238 | Chryseobacterium meningosepticum (King 1959) Vandamme et al. 1994 | | authority | 238 | Elizabethkingia meningoseptica | | scientific name | 238 | Elizabethkingia meningoseptica (King 1959) Kim et al. 2005 emend. Nicholson et al. 2018 | | authority | 238 | Flavobacterium menginosepticum | | synonym | 238 | Flavobacterium meningosepticum | | synonym | 238 | Flavobacterium meningosepticum King 1959 (Approved Lists 1980) | | authority | 238069 | Saliceae | | scientific name | 238069 | Saliceae Rchb., 1831 | | authority | 238742 | Menidiinae | | scientific name | 238743 | Menidia | | scientific name | 238744 | Atherina menidia | | synonym | 238744 | Atherina menidia Linnaeus, 1766 | | authority | 238744 | Atlantic silverside | | genbank common name | 238744 | Menidia menidia | | scientific name | 238744 | Menidia menidia (Linnaeus, 1766) | | authority | 238749 | Diaphorobacter | | scientific name | 238749 | Diaphorobacter Khan and Hiraishi 2003 | | synonym | 238749 | Diaphorobacter Khan and Hiraishi 2003 emend. Kim et al. 2014 | | authority | 238749 | Diaphorobacter Khan and Hiraishi 2003 emend. Wei et al. 2015 | | authority | 238884 | Cafeteriaceae | | scientific name | 239 | Flavibacterium sp. | | equivalent name | 239 | Flavobacterium sp. | | scientific name | 239106 | unclassified Ochrobactrum | | scientific name | 239759 | Alistipes | | scientific name | 239759 | Alistipes Rautio et al. 2003 | | authority | 239759 | Alistipes Rautio et al. 2003 emend. Sakamoto et al. 2020 | | authority | 239934 | Akkermansia | | scientific name | 239934 | Akkermansia Derrien et al. 2004 | | authority | 239935 | Akkermansia muciniphila | | scientific name | 239935 | Akkermansia muciniphila Derrien et al. 2004 | | authority | 239935 | Akkermansia muciniphila Derrien et al. 2004 emend. Hahnke et al. 2016 | | authority | 239935 | Akkermansia sp. YL44 | | includes | 239935 | s__VGWG01 sp945870025 | | equivalent name | 240169 | Desulfurobacterium atlanticum | | scientific name | 240169 | Desulfurobacterium atlanticum L'Haridon et al. 2006 | | authority | 240169 | Desulfurobacterium sp. SL22 | | includes | 240176 | Coprinopsis cinerea okayama7#130 | | scientific name | 240176 | Coprinus cinereus okayama7#130 | | synonym | 240405 | Staurois | | scientific name | 240726 | Tricholaema | | synonym | 240726 | Tricholaema lacrymosa | | scientific name | 240726 | Tricholaema lacrymosa Cabanis, 1878 | | authority | 240729 | Tricholaema leucomelas | | scientific name | 240729 | pied barbet | | genbank common name | 241145 | Salegentibacter holothuriorum | | scientific name | 241145 | Salegentibacter holothuriorum Nedashkovskaya et al. 2004 | | authority | 241271 | Cheilinus undulatus | | scientific name | 241271 | Cheilinus undulatus Rueppell, 1835 | | authority | 241271 | humphead wrasse | | genbank common name | 241368 | 'Desulfovibrio ferrophilus' | | synonym | 241368 | Desulfovibrio ferrophilus | | scientific name | 241368 | Desulfovibrio sp. IS5 | | includes | 241421 | Crinalium | | scientific name | 241421 | Crinalium Crow 1927 | | authority | 241425 | Crinalium epipsammum | | scientific name | 241425 | Crinalium epipsammum De Winder et al. 1991 | | authority | 241558 | unclassified Syntrophomonadaceae | | scientific name | 241722 | Eremomycetaceae | | scientific name | 241722 | Eremomycetaceae Malloch & Cain, 1971 | | authority | 241722 | mitosporic Eremomycetaceae | | includes | 241778 | Apioideae | | scientific name | 241778 | Apioideae Seem., 1866 | | authority | 241780 | apioid superclade | | scientific name | 241792 | Angelica + Arracacia clade | | equivalent name | 241792 | Selineae | | scientific name | 241792 | Selineae Spreng., 1820 | | authority | 241806 | Filicophyta | | includes | 241806 | Filicopsida | | synonym | 241806 | Moniliformopses | | synonym | 241806 | Polypodiopsida | | scientific name | 241806 | Polypodiopsida Cronquist, Takht. & W.Zimm., 1966 | | authority | 241806 | ferns | ferns | blast name | 241806 | ferns | ferns | common name | 2419 | "Thermotogales" Huber and Stetter 1992 | | authority | 2419 | Thermotogales | | scientific name | 2419 | Thermotogales Reysenbach 2002 emend. Bhandari and Gupta 2014 | | authority | 2419 | thermotogales | | blast name | 2419778 | Cohnella endophytica | | scientific name | 2419778 | Cohnella endophytica Meng et al. 2019 | | authority | 2419778 | Cohnella sp. M2MS4P-1 | | includes | 2419830 | "Candidatus Ozemobacteria" Kadnikov et al. 2018 | | authority | 2419830 | Candidatus Ozemobacteria | | scientific name | 2419830 | Ozemobacteria | | equivalent name | 2419831 | "Candidatus Ozemobacterales" Kadnikov et al. 2018 | | authority | 2419831 | Candidatus Ozemobacterales | | scientific name | 2419831 | Ozemobacterales | | equivalent name | 2419832 | "Candidatus Ozemobacteraceae" Kadnikov et al. 2018 | | authority | 2419832 | Candidatus Ozemobacteraceae | | scientific name | 2419832 | Ozemobacteraceae | | equivalent name | 2419843 | "Desulfofundulus salinum" Grouzdev et al. 2018 | | authority | 2419843 | "Desulfotomaculum nigrificans subsp. salinus" Nazina and Rozanova 1978 | | authority | 2419843 | "Desulfotomaculum salinum" (Nazina and Rozanova 1978) Nazina et al. 2005 | | authority | 2419843 | Desulfofundulus salinum | | synonym | 2419843 | Desulfofundulus salinus | | scientific name | 2419843 | Desulfofundulus salinus Nazina et al. 2025 | | synonym | 2419843 | Desulfofundulus sp. 435 | | includes | 2419843 | Desulfotomaculum nigrificans subsp. salinus | | synonym | 2420300 | Acinetobacter sp. FDAARGOS_493 | | scientific name | 2420332 | Caldilineae bacterium | | scientific name | 2420337 | Cyanobacteria bacterium J069 | | scientific name | 242060 | Cystoisospora | | scientific name | 242605 | Luteibacter | | scientific name | 242605 | Luteibacter Johansen et al. 2005 | | authority | 242605 | Luteibactor | | equivalent name | 242820 | Aequidens rivulatus | | synonym | 242820 | Aequidens rivulatus (Gunther, 1860) | | authority | 242820 | Andinoacara rivulatus | | scientific name | 242820 | Andinoacara rivulatus (Gunther, 1860) | | authority | 242820 | Chromis rivulata | | synonym | 242820 | Chromis rivulata Gunther, 1860 | | authority | 242820 | green terror | | genbank common name | 2433 | Roseobacter | | scientific name | 2433 | Roseobacter Shiba 1991 emend. Martens et al. 2006 | | authority | 2434 | Erythrobacter sp. (strain OCh 114) | | includes | 2434 | Roseobacter denitrificans | | scientific name | 2434 | Roseobacter denitrificans Shiba 1991 | | authority | 243963 | Anisodus | | scientific name | 243963 | Anisodus Link & Otto | | authority | 244127 | Anaerotruncus | | scientific name | 244127 | Anaerotruncus Lawson et al. 2004 | | authority | 244292 | Mycobacterium nebraskense | | scientific name | 244292 | Mycobacterium nebraskense Mohamed et al. 2004 | | authority | 244292 | Mycobacterium nebraskense Mohamed et al. 2004 emend. Nouioui et al. 2018 | | authority | 244292 | Mycobacterium nebraskiae | | equivalent name | 244292 | Mycobacterium sp. UNMC-MY1349 | | includes | 244366 | Klebsiella singaporensis | | synonym | 244366 | Klebsiella singaporensis Li et al. 2004 | | authority | 244366 | Klebsiella sp. 1_1_55 | | includes | 244366 | Klebsiella sp. ICB572 | | includes | 244366 | Klebsiella sp. LX3 | | includes | 244366 | Klebsiella variicola | | scientific name | 244366 | Klebsiella variicola Rosenblueth et al. 2004 | | authority | 244366 | bacterium DX120E | | includes | 244447 | Chinese tongue sole | | common name | 244447 | Cynoglossus (Arelia) semilaevis | | synonym | 244447 | Cynoglossus semilaevis | | scientific name | 244447 | Cynoglossus semilaevis Gunther, 1873 | | authority | 244447 | half-smooth tongue sole | | common name | 244447 | tongue sole | | genbank common name | 244562 | Bradyrhizobium sp. RD5-C2 | | scientific name | 244566 | Pseudomonas lurida | | scientific name | 244566 | Pseudomonas lurida Behrendt et al. 2007 | | authority | 244735 | Klugiella xanthotipulae | | scientific name | 244735 | Klugiella xanthotipulae Cook et al. 2008 | | authority | 244735 | hindgut symbiont C3 of Tipula abdominalis | | includes | 2447890 | Serratia sp. 1D1416 | | scientific name | 2447898 | Candidatus Kapaibacterium sp. | | scientific name | 2447898 | Kapaibacterium sp. | | equivalent name | 2448023 | Ilumatobacteraceae | | scientific name | 2448023 | Ilumatobacteraceae Asem et al. 2018 | | authority | 2448047 | Parasitoidea | | scientific name | 2448051 | unclassified Geminicoccaceae | | scientific name | 2448052 | Geminicoccaceae bacterium | | scientific name | 2448054 | Gemmatimonadales bacterium | | scientific name | 2448161 | Nitratireductor alexandrii | | scientific name | 2448161 | Nitratireductor alexandrii Jiang et al. 2020 | | authority | 2448161 | Phyllobacteriaceae bacterium Z3-1 | | includes | 2448454 | Pyrus ussuriensis x Pyrus communis | | scientific name | 2448455 | "Ochrobactrum soli" Choi et al. 2020 | | authority | 2448455 | Ochrobactrum soli | | scientific name | 2448455 | Ochrobactrum soli Choi et al. 2024 | | authority | 2448455 | Ochrobactrum sp. BO-7 | | includes | 2448480 | Methylobacterium sp. DB1607 | | scientific name | 2448777 | unclassified Chitinophagia | | scientific name | 2448778 | Chitinophagia bacterium | | scientific name | 2448779 | Chitinophagales bacterium | | scientific name | 2448780 | Mycobacteriaceae bacterium | | scientific name | 2448781 | unclassified Chloroflexia | | scientific name | 2448782 | Chloroflexia bacterium | | scientific name | 245059 | Oenanthe | Oenanthe | scientific name | 245059 | Oenanthe Vieillot, 1816 | | authority | 245059 | wheatears | | common name | 245186 | Loktanella | | scientific name | 245186 | Loktanella Van Trappen et al. 2004 | | authority | 245186 | Loktanella Van Trappen et al. 2004 emend. Lee 2012 | | authority | 245186 | Loktanella Van Trappen et al. 2004 emend. Moon et al. 2010 | | authority | 245186 | Loktanella Van Trappen et al. 2004 emend. Tsubouchi et al. 2013 | | authority | 245186 | Loktanella Van Trappen et al. 2004 emend. Wirth and Whitman 2018 | | authority | 245187 | Loktanella fryxellensis | | scientific name | 245187 | Loktanella fryxellensis Van Trappen et al. 2004 | | authority | 245188 | Loktanella vestfoldensis | | synonym | 245188 | Loktanella vestfoldensis Van Trappen et al. 2004 | | authority | 245188 | Tanella vestfoldensis | | equivalent name | 245188 | Yoonia vestfoldensis | | scientific name | 245188 | Yoonia vestfoldensis (Van Trappen et al. 2004) Wirth and Whitman 2018 | | authority | 245876 | Nitratireductor | | scientific name | 245876 | Nitratireductor Labbe et al. 2004 emend. Jang et al. 2011 | | authority | 246167 | Vibrio crassostreae | | scientific name | 246167 | Vibrio crassostreae Faury et al. 2004 | | authority | 246167 | Vibrio sp. Mel 15 | | includes | 246167 | Vibrio sp. Mel 7 | | includes | 246167 | Vibrio sp. Mel 8 | | includes | 246196 | Mycobacterium smegmatis 'MC2 155' | | equivalent name | 246196 | Mycobacterium smegmatis MC2 155 | | synonym | 246196 | Mycolicibacterium smegmatis MC2 155 | | scientific name | 246404 | Chytridium confervae | | synonym | 246404 | Chytridium confervae (Wille) Minden | | authority | 246404 | Chytriomyces confervae | | scientific name | 246404 | Chytriomyces confervae A.Batko | | authority | 246432 | Staphylococcus equorum | | scientific name | 246432 | Staphylococcus equorum Schleifer et al. 1985 emend. Jeong et al. 2013 | | authority | 246432 | Staphylococcus sp. SR1 | | includes | 246437 | Chinese tree shrew | | genbank common name | 246437 | Tupaia belangeri chinensis | | synonym | 246437 | Tupaia belangeri chinensis Anderson, 1879 | | authority | 246437 | Tupaia chinensis | | scientific name | 246490 | unclassified Xylariaceae | | scientific name | 246795 | 'Nostoc cycadae' | | synonym | 246795 | Nostoc cycadae | | scientific name | 246861 | Grimontia | | scientific name | 246861 | Grimontia Thompson et al. 2003 emend. Choi et al. 2012 | | authority | 246874 | Cryomorphaceae | | scientific name | 246874 | Cryomorphaceae Bowman et al. 2003 | | authority | 246874 | Cryomorphaceae Bowman et al. 2003 emend. Bowman 2020 | | authority | 246875 | Algoriphagus | | scientific name | 246875 | Algoriphagus Bowman et al. 2003 emend. Han et al. 2017 | | authority | 246875 | Algoriphagus Bowman et al. 2003 emend. Kang et al. 2013 | | authority | 246875 | Algoriphagus Bowman et al. 2003 emend. Nedashkovskaya et al. 2004 | | authority | 246875 | Algoriphagus Bowman et al. 2003 emend. Nedashkovskaya et al. 2007 | | authority | 246875 | Chimaereicella | | synonym | 246875 | Chimaereicella Tiago et al. 2006 | | authority | 246875 | Hongiella | | synonym | 246875 | Hongiella Yi and Chun 2004 emend. Nedashkovskaya et al. 2004 | | authority | 247143 | Pleopsidium | | scientific name | 247143 | Pleopsidium Korb., 1855 | | authority | 247480 | Anoxybacillus caldiproteolyticus | | synonym | 247480 | Anoxybacillus caldiproteolyticus Coorevits et al. 2012 | | authority | 247480 | Geobacillus caldiproteolyticus corrig. Chen et al. 2025 | | synonym | 247480 | Geobacillus sp. SF03 | | includes | 247480 | Thermaerobacillus caldiproteolyticus | | scientific name | 247480 | Thermaerobacillus caldiproteolyticus (Coorevits et al. 2012) Patel et al. 2024 | | authority | 247617 | Erigoninae | | scientific name | 247617 | dwarf spiders | | genbank common name | 2478483 | Erysipelotrichales bacterium | | scientific name | 2478916 | Methylobacterium sp. DB1722 | | synonym | 2478916 | Methylorubrum sp. DB1722 | | scientific name | 2478956 | Streptococcus sp. bf_0095 | | scientific name | 2478959 | Streptomyces sp. sk2.1 | | scientific name | 2478969 | Escherichia sp. E1S7 | | scientific name | 2478976 | Escherichia sp. E1V33 | | scientific name | 2480211 | Leptolyngbya sp. LCM1.Bin17 | | scientific name | 2480213 | Leptolyngbya sp. DLM2.Bin27 | | scientific name | 2480587 | Psilocybe cf. subviscida | | scientific name | 2480627 | Enterococcus florum | | scientific name | 2480627 | Enterococcus florum Techo et al. 2019 | | authority | 2480627 | Enterococcus sp. Gos25-1 | | includes | 2480800 | Tenacibaculum sp. KUL113 | | scientific name | 2480805 | Alteromonas sp. KUL150 | | scientific name | 2480810 | Pseudoxanthomonas sp. NML130738 | | includes | 2480810 | Pseudoxanthomonas sp. NML130969 | | includes | 2480810 | Pseudoxanthomonas sp. NML140781 | | includes | 2480810 | Pseudoxanthomonas sp. NML160639 | | includes | 2480810 | Pseudoxanthomonas sp. NML170316 | | includes | 2480810 | Pseudoxanthomonas sp. NML171107 | | includes | 2480810 | Pseudoxanthomonas sp. NML171200 | | includes | 2480810 | Pseudoxanthomonas sp. NML171202 | | includes | 2480810 | Pseudoxanthomonas sp. NML171590 | | includes | 2480810 | Pseudoxanthomonas sp. NML171591 | | includes | 2480810 | Pseudoxanthomonas sp. NML180370 | | includes | 2480810 | Pseudoxanthomonas sp. NML180594 | | includes | 2480810 | Pseudoxanthomonas winnipegensis | | scientific name | 2480810 | Pseudoxanthomonas winnipegensis Bernard et al. 2020 | | authority | 2480821 | Desulfurococcales archaeon | | scientific name | 248111 | Gomphillus | | scientific name | 248111 | Gomphillus Nyl., 1855 | | authority | 2483033 | "Parasedimentitalea marina" Ding et al. 2019 | | authority | 2483033 | Parasedimentitalea marina | Parasedimentitalea marina | scientific name | 2483033 | Sedimentitalea sp. W43 | | includes | 2483199 | Chrysophaeum | | scientific name | 2483199 | Chrysophaeum I.F.Lewis & H.F.Bryan, 1941 | | authority | 2483200 | Chrysophaeum taylori | | synonym | 2483200 | Chrysophaeum taylorii | | scientific name | 2483200 | Chrysophaeum taylorii I.F.Lewis & H.F.Bryan, 1941 | | authority | 2483363 | Marichromatium sp. AB32 | | scientific name | 2483366 | Sedimentisphaerales | | scientific name | 2483366 | Sedimentisphaerales Spring et al. 2018 | | authority | 2483404 | Mesorhizobium sp. NZP2077 | | scientific name | 2483800 | Alteribacter keqinensis | | scientific name | 2483800 | Alteribacter keqinensis Liu et al. 2022 | | authority | 2483800 | Bacillus sp. KQ-3 | | includes | 2484252 | Myxococcaceae bacterium | | scientific name | 2484911 | "Leptospira bouyouniensis" Vincent et al. 2019 | | authority | 2484911 | Leptospira bouyouniensis | | scientific name | 2484911 | Leptospira bouyouniensis Vincent et al. 2020 | | authority | 2484911 | Leptospira sp. 201601297 | | includes | 2484911 | Leptospira sp. 201800273 | | includes | 2484911 | Leptospira sp. 201800295 | | includes | 2484912 | "Leptospira mtsangambouensis" Vincent et al. 2019 | | authority | 2484912 | Leptospira mtsangambouensis | | scientific name | 2484912 | Leptospira mtsangambouensis Vincent et al. 2020 | | authority | 2484912 | Leptospira sp. 201601298 | | includes | 2484982 | "Leptospira selangorensis" Vincent et al. 2019 | | authority | 2484982 | Leptospira selangorensis | | scientific name | 2484982 | Leptospira selangorensis Vincent et al. 2020 | | authority | 2484982 | Leptospira sp. 201702405 | | includes | 2484982 | Leptospira sp. 201702406 | | includes | 2484982 | Leptospira sp. SCW17 | | includes | 2485102 | Curtobacterium sp. PhB78 | | scientific name | 2485104 | Curtobacterium sp. ZW137 | | scientific name | 2485112 | Sphingomonas sp. JUb134 | | scientific name | 2485123 | Photobacterium chitinilyticum | | scientific name | 2485123 | Photobacterium chitinilyticum Wang et al. 2019 | | authority | 2485123 | Photobacterium sp. BEI 247 | | includes | 2485123 | Photobacterium sp. JAMM1506 | | includes | 2485124 | Pectobacterium polonicum | | scientific name | 2485124 | Pectobacterium polonicum Waleron et al. 2019 | | authority | 2485124 | Pectobacterium sp. DPMP315 | | includes | 2485151 | Streptomyces sp. TLI_185 | | scientific name | 2485153 | Streptomyces sp. CEV 2-1 | | scientific name | 2485178 | Curtobacterium sp. PhB130 | | scientific name | 2485181 | Curtobacterium sp. PhB136 | | scientific name | 2485192 | Frigoribacterium sp. PhB160 | | scientific name | 2485498 | Methanoregulaceae archaeon | | scientific name | 2485925 | Hungateiclostridiaceae bacterium | | synonym | 2485925 | Oscillospiraceae bacterium | | scientific name | 2485925 | Ruminococcaceae bacterium | | synonym | 2485926 | Atopobiaceae bacterium | | scientific name | 2486023 | Lactobacillus sp. 218-10 | | includes | 2486023 | Lactobacillus tongjiangensis | | synonym | 2486023 | Lactobacillus tongjiangensis Long and Gu 2019 | | authority | 2486023 | Levilactobacillus tongjiangensis | | scientific name | 2486023 | Levilactobacillus tongjiangensis (Long and Gu 2019) Zheng et al. 2020 | | authority | 2486216 | Microcystis sp. M_QC_C_20170808_M3Col | | scientific name | 2486291 | Mazocraeidea | | scientific name | 2486292 | Polystomatidea | | scientific name | 2486853 | "Actinoplanes solisilvae" Ma et al. 2020 | | authority | 2486853 | Actinoplanes solisilvae | | scientific name | 2486853 | Actinoplanes sp. LAM7112 | | includes | 2487125 | Scytalidium sp. 3C | | scientific name | 2487274 | Brevundimonas fluminis | | scientific name | 2487274 | Brevundimonas fluminis Lee et al. 2020 | | authority | 2487274 | Brevundimonas sp. LA-55 | | includes | 2487352 | Rhodococcus sp. LHW50502 | | includes | 2487352 | Rhodococcus spongiicola | | scientific name | 2487352 | Rhodococcus spongiicola Zhang et al. 2021 | | authority | 2487417 | Streptomyces sp. WAC02707 | | scientific name | 248746 | Cosmopteriginae | | scientific name | 2487580 | Kineosporiaceae bacterium | | scientific name | 2487765 | Edafosvirus sp. | | scientific name | 2487907 | Brucellaceae bacterium VT-16-1752 | | scientific name | 2487934 | "Arthrospiribacter ruber" Waleron et al. 2020 | | authority | 2487934 | Arthrospiribacter ruber | | scientific name | 2487934 | Arthrospiribacter ruber Waleron et al. 2021 | | authority | 2487934 | Cyclobacteriaceae bacterium MW-2019 | | equivalent name | 2487988 | Crassula grisea | | scientific name | 2487988 | Crassula grisea Schonland, 1912 | | authority | 2488560 | Pigmentiphaga sp. H8 | | scientific name | 2488639 | "Candidatus Pectobacterium maceratum" Shirshikov et al. 2018 | | authority | 2488639 | Ca. Pectobacterium maceratum | | equivalent name | 2488639 | Candidatus Pectobacterium maceratum | | synonym | 2488639 | Pectobacterium maceratum | | equivalent name | 2488639 | Pectobacterium sp. A67-S18-O15 | | includes | 2488639 | Pectobacterium sp. A69-S13-O15 | | includes | 2488639 | Pectobacterium sp. A75-S21-O15 | | includes | 2488639 | Pectobacterium sp. CFBP1552 | | includes | 2488639 | Pectobacterium sp. CFBP5663 | | includes | 2488639 | Pectobacterium sp. CFBP6051 | | includes | 2488639 | Pectobacterium versatile | | scientific name | 2488639 | Pectobacterium versatile Portier et al. 2019 | | authority | 2488730 | Falsigemmobacter faecalis | | scientific name | 2488730 | Falsigemmobacter faecalis Li et al. 2023 | | synonym | 2488730 | Gemmobacter sp. YIM 102744-1 | | includes | 2488730 | Wagnerdoeblera faecalis | | synonym | 2488730 | Wagnerdoeblera faecalis (Li et al. 2023) Huang et al. 2024 | | authority | 2488749 | Cognatilysobacter terrigena | | scientific name | 2488749 | Cognatilysobacter terrigena (Li et al. 2020) Lu et al. 2024 | | authority | 2488749 | Lysobacter sp. 17J7-1 | | includes | 2488749 | Lysobacter terrigena | | synonym | 2488749 | Lysobacter terrigena Li et al. 2020 | | authority | 248903 | Bacillus sp. 53b | | includes | 248903 | Paenibacillus xyanilyticum | | equivalent name | 248903 | Paenibacillus xyanilyticus | | equivalent name | 248903 | Paenibacillus xylanilyticus | | scientific name | 248903 | Paenibacillus xylanilyticus Rivas et al. 2005 | | authority | 2490493 | Salinivibrio sp. VYel6 | | scientific name | 2490848 | Streptomyces sp. RP5T | | scientific name | 2490854 | "Prevotella koreensis" Park et al. 2019 | | authority | 2490854 | Prevotella koreensis | | scientific name | 2490854 | Prevotella sp. JS262 | | includes | 2490854 | Prevotella sp. KCOM 3155 | | includes | 249248 | Adineta ricciae | | scientific name | 249248 | Adineta ricciae Segers & Shiel, 2005 | | authority | 2492662 | Saccharopolyspora rhizosphaerae | | scientific name | 2492662 | Saccharopolyspora rhizosphaerae Intra et al. 2019 | | authority | 2492662 | Saccharopolyspora sp. H219 | | includes | 2493110 | Trichoplacidae | | scientific name | 2493676 | Mesorhizobium sp. M3A.F.Ca.ET.080.04.2.1 | | scientific name | 2493681 | Mesorhizobium sp. M7A.F.Ce.TU.012.03.2.1 | | scientific name | 2494466 | Fusarium irregulare | | scientific name | 2494466 | Fusarium irregulare M.M. Wang, Qian Chen & L. Cai, 2019 | | authority | 2494466 | Fusarium sp. (FIESC 15-a) | | equivalent name | 2494466 | Fusarium sp. FIESC 15-a | | equivalent name | 2494466 | Fusarium sp. FIESC_15 | | includes | 2494466 | Fusarium sp. FIESC_15-a | | equivalent name | 2494466 | Fusarium sp. FIESC_15a | | includes | 2494466 | Fusarium sp. FIESC_15a KOD-2010 | | equivalent name | 2494466 | Fusarium sp. MW-2018g | | includes | 2494466 | Fusarium sp. NRRL 31160 | | includes | 2494466 | Fusarium sp. NRRL 32175 | | includes | 2494466 | Fusarium sp. NRRL 32181 | | includes | 2494466 | Fusarium sp. NRRL 32182 | | includes | 2494466 | Fusarium sp. NRRL 32869 | | includes | 2494466 | Fusarium sp. NRRL 32994 | | includes | 2494466 | Fusarium sp. NRRL 32995 | | includes | 2494466 | Fusarium sp. NRRL 32996 | | includes | 2494466 | Fusarium sp. NRRL 34001 | | includes | 2494466 | Fusarium sp. NRRL 34006 | | includes | 2494466 | Fusarium sp. NRRL 34007 | | includes | 2494466 | Fusarium sp. NRRL 34008 | | includes | 2494466 | Fusarium sp. NRRL 34010 | | includes | 2494466 | Fusarium sp. NRRL 34011 | | includes | 2494466 | Fusarium sp. NRRL 43619 | | includes | 2494466 | Fusarium sp. NRRL 43622 | | includes | 2494548 | Azospirillum sp. 412522 | | scientific name | 2494701 | Enterobacter chengduensis | | scientific name | 2494701 | Enterobacter chengduensis Wu et al. 2019 | | authority | 2494701 | Enterobacter cloacae complex sp. 44242 | | includes | 2494701 | Enterobacter cloacae complex sp. 44246 | | includes | 2494701 | Enterobacter cloacae complex sp. CIDEIMsCOL9 | | includes | 2494701 | Enterobacter cloacae complex sp. GN02468 | | includes | 2494701 | Enterobacter cloacae complex sp. GN02587 | | includes | 2494701 | Enterobacter cloacae complex sp. GN04826 | | includes | 2494701 | Enterobacter sp. WCHECl-C4 | | includes | 2494702 | Enterobacter huaxiensis | | scientific name | 2494702 | Enterobacter huaxiensis Wu et al. 2019 | | authority | 2494702 | Enterobacter sp. WCHEn090008 | | includes | 2494733 | Fulvivirga marina | | scientific name | 2494733 | Fulvivirga marina Zhao et al. 2022 | | authority | 2494733 | Fulvivirga sp. 29W222 | | includes | 249529 | Caldanaerobacter | | scientific name | 249529 | Caldanaerobacter Fardeau et al. 2004 | | authority | 249529 | Carboxydibrachium | | synonym | 249529 | Carboxydibrachium corrig. Sokolova et al. 2001 | | authority | 249529 | Carboxydobrachium | | synonym | 2495426 | Candidatus Methanosuratincola sp. | | scientific name | 2495426 | Candidatus Methanosuratus sp. | | equivalent name | 2495496 | "Aureimonas psammosilene" Huang et al. 2020 | | authority | 2495496 | Aureimonas psammosilenae | | scientific name | 2495496 | Aureimonas psammosilenae corrig. Huang et al. 2021 | | authority | 2495496 | Aureimonas psammosilene | | synonym | 2495496 | Aureimonas sp. YIM DR1026 | | includes | 2495496 | Plantimonas psammosilenae | | synonym | 2495496 | Plantimonas psammosilenae (Huang et al. 2021) Sbissi et al. 2025 | | authority | 2495593 | Variovorax sp. MHTC-1 | | scientific name | 249586 | Streptomyces asoensis | | scientific name | 249586 | Streptomyces asoensis (Isono et al. 1965) Komaki and Tamura 2021 | | authority | 249586 | Streptomyces cacaoi subsp. asoensis | | synonym | 249586 | Streptomyces cacaoi subsp. asoensis Isono et al. 1965 (Approved Lists 1980) | | authority | 249589 | Avastrovirus | | scientific name | 2496117 | "Variovorax beijingensis" Gao et al. 2020 | | authority | 2496117 | Variovorax beijingensis | | scientific name | 2496117 | Variovorax sp. 502 | | includes | 2496117 | Variovorax sp. T529 | | includes | 24966 | Dialypetalanthaceae | | includes | 24966 | Dialypetalanthaceae Rizzini & Occhioni, 1948 | | authority | 24966 | Rubiaceae | | scientific name | 24966 | Rubiaceae Juss., 1789 | | authority | 24966 | madder family | | common name | 2496658 | Mesorhizobium sp. M2A.F.Ca.ET.029.05.1.1 | | scientific name | 2496691 | Mesorhizobium sp. M7A.F.Ca.CA.001.08.1.1 | | scientific name | 2496706 | Mesorhizobium sp. M7A.F.Ca.CA.001.14.1.1 | | scientific name | 2496713 | Mesorhizobium sp. M7A.F.Ca.CA.001.15.1.1 | | scientific name | 2496715 | Mesorhizobium sp. M7A.F.Ca.CA.001.04.2.1 | | scientific name | 2496719 | Mesorhizobium sp. M7A.F.Ca.CA.001.09.2.1 | | scientific name | 2496721 | Mesorhizobium sp. M7A.F.Ca.CA.001.05.1.1 | | scientific name | 2496733 | Mesorhizobium sp. M7A.F.Ca.CA.004.04.1.1 | | scientific name | 2496737 | Mesorhizobium sp. M7A.F.Ca.US.005.03.2.1 | | scientific name | 2496747 | Mesorhizobium sp. M2A.F.Ca.ET.040.01.1.1 | | scientific name | 2496770 | Mesorhizobium sp. M5C.F.Ca.IN.020.29.1.1 | | scientific name | 2496771 | Mesorhizobium sp. M5C.F.Ca.IN.020.32.2.1 | | scientific name | 2496787 | Mesorhizobium sp. M2C.T.Ca.TU.009.01.2.1 | | scientific name | 2496842 | Alloscardovia sp. GLDI4/2 | | includes | 2496842 | Alloscardovia theropitheci | | scientific name | 2496842 | Alloscardovia theropitheci Modesto et al. 2019 | | authority | 2497436 | Enterobacter quasiroggenkampii | | scientific name | 2497436 | Enterobacter quasiroggenkampii Wu et al. 2020 | | authority | 2497436 | Enterobacter sp. WCHEn090040 | | includes | 2497438 | Perkinsozoa | | scientific name | 2497438 | Perkinsozoa Noren & Moestrup, 1999 | | authority | 2497569 | Negarnaviricota | | scientific name | 2497569 | Negative-strand RNA viruses | | common name | 2497570 | Haploviricotina | | scientific name | 2497571 | Polyploviricotina | | scientific name | 2497574 | Monjiviricetes | | scientific name | 2497574 | Mono-Chu-like virus sp. | | equivalent name | 2497577 | Insthoviricetes | | scientific name | 2497618 | unclassified Ilumatobacteraceae | | scientific name | 2497619 | Ilumatobacteraceae bacterium | | scientific name | 2497626 | unclassified Microthrixaceae | | scientific name | 2497627 | Microthrixaceae bacterium | | scientific name | 2497634 | Saccharospirillaceae bacterium | | scientific name | 2497638 | unclassified Thermoflexales | | scientific name | 2497639 | Thermoflexales bacterium | | scientific name | 2497861 | "Halomonas tianxiuensis" Wang and Shao 2021 | | authority | 2497861 | Billgrantia tianxiuensis | | scientific name | 2497861 | Billgrantia tianxiuensis de la Haba et al. 2024 | | synonym | 2497861 | Halomonas sp. BC-M4-5 | | includes | 2497861 | Halomonas tianxiuensis | | synonym | 2497879 | Colwellia sp. Arc7-635 | | scientific name | 2498093 | Muribaculaceae bacterium | | scientific name | 2498129 | Campylobacter sp. CH185 | | scientific name | 2498705 | Candidatus Cryosericota | | scientific name | 2498705 | Candidatus Cryosericota Martinez et al. 2019 | | authority | 2498705 | Cryosericota | | equivalent name | 2498706 | "Candidatus Cryosericia" Martinez et al. 2019 | | authority | 2498706 | Candidatus Cryosericia | | scientific name | 2498706 | Cryosericia | | equivalent name | 2498707 | "Candidatus Cryosericales" Martinez et al. 2019 | | authority | 2498707 | Candidatus Cryosericales | | scientific name | 2498707 | Cryosericales | | equivalent name | 2498708 | "Candidatus Cryosericaceae" Martinez et al. 2019 | | authority | 2498708 | Candidatus Cryosericaceae | | scientific name | 2498708 | Cryosericaceae | | equivalent name | 2498709 | "Candidatus Cryosericum" Martinez et al. 2019 | | authority | 2498709 | Candidatus Cryosericum | | scientific name | 2498709 | Cryosericum | | equivalent name | 2498710 | Caldisericota/Cryosericota group | | scientific name | 2498850 | "Labedella populi" Li et al. 2019 | | authority | 2498850 | Labedella populi | | scientific name | 2498850 | Labedella populi Li et al. 2020 | | authority | 2498850 | Labedella sp. 8H24J-4-2 | | includes | 2499140 | Negativicutes bacterium | | scientific name | 2499141 | Verrucomicrobiia bacterium | | scientific name | 2499237 | Alternaria sect. Alternaria | | scientific name | 2499258 | Alternaria sect. Infectoriae | | scientific name | 2499270 | Alternaria sect. Pseudoalternaria | | scientific name | 2499398 | Arnidovirineae | | scientific name | 2499399 | Cornidovirineae | | scientific name | 2499411 | Articulavirales | | scientific name | 2499604 | Equarterivirinae | | scientific name | 2499610 | Alphaarterivirus | | scientific name | 2499620 | Alphaarterivirus equid | | scientific name | 250 | Chryseobacterium gleum | | scientific name | 250 | Chryseobacterium gleum (Holmes et al. 1984) Vandamme et al. 1994 | | authority | 250 | Chryseobacterium gleum (Holmes et al. 1984) Vandamme et al. 1994 emend. Hahnke et al. 2016 | | authority | 250 | Chryseobacterium gleum (Holmes et al. 1984) Vandamme et al. 1994 emend. Heidler von Heilborn et al. 2022 | | authority | 250 | Chryseobacterium gleum (Holmes et al. 1984) Vandamme et al. 1994 emend. Montero-Calasanz et al. 2014 | | authority | 250 | Chryseobacterium gleum (Holmes et al. 1984) Vandamme et al. 1994 emend. Nguyen et al. 2013 | | authority | 250 | Chryseobacterium gleum-like species 1 str. NCTC 13470 | | includes | 250 | Chryseobacterium sp. NCTC 13470 | | includes | 250 | Chryseobacterium sp. SKB | | includes | 250 | Flavobacterium gleum | | synonym | 250 | Flavobacterium gleum Holmes et al. 1984 | | authority | 2500179 | Hwanghaeella grinnelliae | | scientific name | 2500179 | Hwanghaeella grinnelliae Kim et al. 2019 | | authority | 2500179 | Rhodospirillaceae bacterium Gri0909 | | includes | 2500525 | Mesorhizobium sp. M00.F.Ca.ET.186.01.1.1 | | scientific name | 2500527 | Mesorhizobium sp. M1C.F.Ca.ET.212.01.1.1 | | scientific name | 2501515 | Paenirhodobacter huangdaonensis | | scientific name | 2501515 | Paenirhodobacter huangdaonensis (Xi et al. 2019) Huang et al. 2024 | | authority | 2501515 | Rhodobacter huangdaonensis | | synonym | 2501515 | Rhodobacter huangdaonensis (Xi et al. 2019) Huang et al. 2024 | | authority | 2501515 | Rhodobacter sp. CGMCC 1.12963 | | includes | 2501515 | Sinirhodobacter huangdaonensis corrig. Xi et al. 2019 | | synonym | 2501515 | Sinirhodobacter sp. CGMCC 1.12963 | | includes | 2501515 | Sinirhodobacter sp. L3 | | includes | 2501609 | "Candidatus Bipolaricaulis sibiricus" Kadnikov et al. 2019 | | authority | 2501609 | Bipolaricaulis sibiricus | | equivalent name | 2501609 | Candidatus Bipolaricaulis sibiricus | | scientific name | 2501609 | Candidatus Bipolaricaulis sp. Ch78 | | includes | 2501931 | Coronavirinae | | equivalent name | 2501931 | Orthocoronavirinae | | scientific name | 2502190 | Pseudomonas sp. 2FE | | scientific name | 2502980 | Bacillus sp. CBEL-1 | | scientific name | 2505979 | Pseudomonas sp. 11K1 | | includes | 2505979 | Pseudomonas viciae | | scientific name | 2505979 | Pseudomonas viciae Zhao et al. 2020 | | authority | 2506144 | Eustigmatophyceae sp. Bat 8/9-7w | | scientific name | 2507557 | Copelata | | scientific name | 2507920 | Iridoideae | | scientific name | 2507920 | Iridoideae Eaton, 1836 | | authority | 2508073 | Irideae | | scientific name | 2508073 | Irideae Kitt., 1840 | | authority | 2508948 | (^U)Borkfalki | | equivalent name | 2508948 | Borkfalki | | equivalent name | 2508948 | Borkfalkia | | equivalent name | 2508948 | Candidatus Borkfalki | | includes | 2508948 | Candidatus Borkfalkia | | scientific name | 2508983 | "Candidatus Saccharicenans" Kadnikov et al. 2019 | | authority | 2508983 | Candidatus Saccharicenans | | scientific name | 2508983 | Saccharicenans | | equivalent name | 2509004 | Apibacter muscae | | scientific name | 2509004 | Apibacter muscae Park et al. 2019 | | authority | 2509004 | Apibacter sp. AL1 | | includes | 2509004 | Apibacter sp. CB23 | | includes | 2509004 | Apibacter sp. G8 | | includes | 2509153 | Rubellimicrobium sp. | | scientific name | 2509193 | Catostomoidei | | scientific name | 2509455 | Agromyces protaetiae | | scientific name | 2509455 | Agromyces protaetiae Heo et al. 2020 | | authority | 2509455 | Agromyces sp. FW100M-8 | | includes | 2509511 | Sarbecovirus | | scientific name | 2509718 | Sphingorhabdus profundilacus | | scientific name | 2509718 | Sphingorhabdus profundilacus Park et al. 2020 | | authority | 2509718 | Sphingorhabdus sp. IMCC26285 | | includes | 2510335 | Parvularculaceae bacterium | | scientific name | 2510336 | unclassified Sandaracinaceae | | scientific name | 2510337 | Sandaracinaceae bacterium | | scientific name | 2510645 | Tropicimonas sp. IMCC6043 | | scientific name | 2510646 | Loktanella sp. IMCC34160 | | scientific name | 2510794 | Flavobacteriaceae bacterium 144Ye | | scientific name | 2510978 | Amycolatopsis sp. 8-3EHSu | | includes | 2510978 | Amycolatopsis suaedae | | scientific name | 2510978 | Amycolatopsis suaedae Chantavorakit et al. 2019 | | authority | 2511006 | Salix koriyanagi | | scientific name | 2511006 | Salix koriyanagi Kimura ex Goerz, 1831 | | authority | 2511166 | Bradyrhizobium ivorense | | scientific name | 2511166 | Bradyrhizobium ivorense Fossou et al. 2020 | | authority | 2511166 | Bradyrhizobium sp. Arg68 | | includes | 2511166 | Bradyrhizobium sp. CI-14A | | includes | 2511166 | Bradyrhizobium sp. CI-19D | | includes | 2511166 | Bradyrhizobium sp. CI-1B | | includes | 2511166 | Bradyrhizobium sp. CI-41S | | includes | 2511819 | Salmonella enterica subsp. enterica serovar Brancaster | | scientific name | 2511995 | Pseudolysobacter antarcticus | | scientific name | 2511995 | Pseudolysobacter antarcticus Wei et al. 2020 | | authority | 2511995 | Xanthomonadaceae bacterium AQ6-296 | | includes | 2512112 | "Kribbella pratensis" Avtukh et al. 2023 | | authority | 2512112 | Kribbella pratensis | | scientific name | 2512112 | Kribbella sp. VKM Ac-2574 | | includes | 2512115 | Flavobacterium sp. 245 | | scientific name | 2512133 | Paenibacillus sp. BK033 | | scientific name | 2512149 | Rhizobium sp. BK376 | | scientific name | 2512164 | Streptomyces sp. BK205 | | scientific name | 2512169 | Tumebacillus sp. BK434 | | scientific name | 2512257 | Coemansia sp. RSA 451 | | scientific name | 2512260 | Coemansia sp. RSA 532 | | scientific name | 251229 | Chroococcidiopsis sp. ATCC 27900 | | synonym | 251229 | Chroococcidiopsis sp. PCC 7203 | | synonym | 251229 | Chroococcidiopsis thermalis PCC 7203 | | scientific name | 251229 | Chroococcidiopsis thermalis str. PCC 7203 | | equivalent name | 251612 | Anthracoideaceae | | scientific name | 251612 | Anthracoideaceae Denchev, 1997 | | authority | 2516328 | "Methylolobus aquaticus" Rahalkar et al. 2020 | | authority | 2516328 | Methylococcaceae bacterium FWC3 | | includes | 2516328 | Methylolobus aquaticus | | scientific name | 251695 | Pseudomonas syringae group genomosp. 1 | | scientific name | 251698 | Pseudomonas syringae group genomosp. 2 | | scientific name | 251701 | Pseudomonas syringae group genomosp. 3 | | scientific name | 251707 | "Pseudomonas primulae" (Ark and Gardner 1936) Starr and Burkholder 1942 | | synonym | 251707 | Pseudomonas primulae | | synonym | 251707 | Pseudomonas syringae pv. primulae | | scientific name | 251707 | Pseudomonas syringae pv. primulae (Ark and Gardner 1936) Young et al. 1978 | | authority | 2517203 | "Candidatus Methanomethylophilaceae" Gaci et al. 2014 | | authority | 2517203 | Candidatus Methanomethylophilaceae | | synonym | 2517203 | Methanomethylophilaceae | | scientific name | 2517203 | Methanomethylophilaceae Borrel et al. 2024 | | synonym | 2517205 | Candidatus Methanomethylophilaceae archaeon | | scientific name | 2517205 | Methanomethylophilaceae archaeon | | equivalent name | 2517206 | "Candidatus Brocadiae" Jenkins and Staley 2013 | | authority | 2517206 | "Candidatus Brocadiia" Lodha et al. 2021 | | authority | 2517206 | Candidatus Brocadiae | | synonym | 2517206 | Candidatus Brocadiia | | scientific name | 2517240 | Catarrhactes antipodes antipodes | | synonym | 2517240 | Catarrhactes antipodes antipodes Hombron & Jacquinot, 1841 | | authority | 2517240 | Megadyptes antipodes antipodes | | scientific name | 2517899 | Psychrobacter sp. KH172YL61 | | scientific name | 2517927 | Gordonia phage Walrus | | scientific name | 2517936 | Mycobacterium Phage Niklas | | scientific name | 2518115 | Halorubrum sp. CGM5_25_10-8B | | scientific name | 2518119 | Halorubrum sp. SS7 | | scientific name | 2518257 | unclassified Ktedonobacteraceae | | scientific name | 2518610 | unclassified Candidatus Nanopelagicales | | scientific name | 2518610 | unclassified Nanopelagicales | | equivalent name | 2518612 | Candidatus Nanopelagicales bacterium | | scientific name | 2518612 | Nanopelagicales bacterium | | equivalent name | 2518620 | Candidatus Nanopelagicus sp. | | scientific name | 2518620 | Nanopelagicus sp. | | equivalent name | 2518622 | Methyloglobulus sp. | | scientific name | 2518647 | Pseudomonas sp. BCA13 | | scientific name | 2518648 | Pseudomonas sp. BCA14 | | scientific name | 2518649 | Pseudomonas sp. BCA17 | | scientific name | 2518650 | Pseudomonas sp. JMN1 | | scientific name | 252141 | Symbiodiniaceae | | scientific name | 252356 | Maribacter | | scientific name | 252356 | Maribacter Nedashkovskaya et al. 2004 emend. Barbeyron et al. 2008 | | authority | 252356 | Maribacter Nedashkovskaya et al. 2004 emend. Hu et al. 2015 | | authority | 252356 | Maribacter Nedashkovskaya et al. 2004 emend. Jackson et al. 2015 | | authority | 252356 | Maribacter Nedashkovskaya et al. 2004 emend. Lo et al. 2013 | | authority | 252356 | Maribacter Nedashkovskaya et al. 2004 emend. Nedashkovskaya et al. 2010 | | authority | 252356 | Maribacter Nedashkovskaya et al. 2004 emend. Weerawongwiwat et al. 2013 | | authority | 252740 | Cytospora chrysosperma | | scientific name | 252740 | Cytospora chrysosperma (Pers.) Fr. 1823 | | authority | 252740 | Cytospora populicola | | synonym | 252740 | Cytospora populicola D.P. Lawr., L.A. Holland & Trouillas, 2018 | | authority | 252740 | Sphaeria chrysosperma | | synonym | 252740 | Sphaeria chrysosperma Pers., 1794 | | authority | 252740 | Valsa sordida | | synonym | 252740 | Valsa sordida Nitschke, 1870 | | synonym | 2527671 | Shinella sp. JR1-6 | | scientific name | 2527775 | Polynucleobacter paneuropaeus | | scientific name | 2527775 | Polynucleobacter paneuropaeus Hoetzinger et al. 2019 | | authority | 2527775 | Polynucleobacter sp. AP-Creno-20-G10 | | includes | 2527775 | Polynucleobacter sp. AP-Creno-5A-D2 | | includes | 2527775 | Polynucleobacter sp. AP-RePozz10-5-G5 | | includes | 2527775 | Polynucleobacter sp. AP-RePozz9-10-D2 | | includes | 2527775 | Polynucleobacter sp. AP-RePozz9-10-D3 | | includes | 2527775 | Polynucleobacter sp. AP-RePozz9-5-D10 | | includes | 2527775 | Polynucleobacter sp. AP-RePozz9-5-G2 | | includes | 2527775 | Polynucleobacter sp. FUKU-NW-11 | | includes | 2527775 | Polynucleobacter sp. MG-25-Pas1-D2 | | includes | 2527775 | Polynucleobacter sp. MWH-CNW20-3 | | includes | 2527775 | Polynucleobacter sp. MWH-Creno-4B4 | | includes | 2527775 | Polynucleobacter sp. MWH-Gerlos4-1 | | includes | 2527775 | Polynucleobacter sp. MWH-Tro7-08W8 | | includes | 2527775 | Polynucleobacter sp. MWH-UK1W16 | | includes | 2527775 | Polynucleobacter sp. UB-Kaiv-W7 | | includes | 2527775 | Polynucleobacter sp. UB-Petae-W23 | | includes | 2527939 | Hyunsoonleella flava | | scientific name | 2527939 | Hyunsoonleella flava Liu et al. 2020 | | authority | 2527939 | Hyunsoonleella sp. T58 | | includes | 2527971 | "Gimesia algae" Wiegand et al. 2020 | | authority | 2527971 | Gimesia algae | | scientific name | 2527971 | Gimesia algae Wiegand et al. 2021 | | authority | 2527971 | Planctomycetes bacterium Pan161 | | includes | 2527974 | "Aeolisphaera plasticiorum" Wiegand et al. 2020 | | authority | 2527974 | "Tautonia plasticadhaerens" Jogler et al. 2020 | | authority | 2527974 | Aeolisphaera plasticiorum | | synonym | 2527974 | Planctomycetes bacterium ElP | | includes | 2527974 | Tautonia plasticadhaerens | | scientific name | 2527974 | Tautonia plasticadhaerens Jogler et al. 2021 | | authority | 252798 | Falco tyrannus | | synonym | 252798 | Falco tyrannus Wied-Neuwied, 1820 | | authority | 252798 | Spizaetus tyrannus | | scientific name | 252798 | black hawk-eagle | | genbank common name | 2527983 | "Caulifigura coniformis" Kallscheuer et al. 2020 | | authority | 2527983 | Caulifigura coniformis | | scientific name | 2527983 | Caulifigura coniformis Kallscheuer et al. 2021 | | authority | 2527983 | Planctomycetes bacterium Pan44 | | includes | 2528032 | Candidatus Brocadiaceae bacterium B188 | | scientific name | 2528034 | Phycisphaerae bacterium RAS1 | | scientific name | 2528245 | Hansschlegelia quercus | | scientific name | 2528245 | Hansschlegelia quercus Agafonova et al. 2020 | | authority | 2528245 | Hansschlegelia sp. Dub | | includes | 2528271 | Aegiribacteria sp. | | equivalent name | 2528271 | Candidatus Aegiribacteria sp. | | scientific name | 2528274 | Candidatus Tectimicrobiota bacterium | | scientific name | 2528274 | Tectomicrobia bacterium | | equivalent name | 2528436 | Pyriculariaceae | | scientific name | 2528437 | Desulfobacteraceae bacterium Eth-SRB1 | | scientific name | 2528642 | Lichenihabitans psoromatis | | scientific name | 2528642 | Lichenihabitans psoromatis Noh et al. 2019 | | authority | 2528642 | Rhizobiales bacterium PAMC 29128 | | includes | 2528642 | Rhizobiales bacterium PAMC 29148 | | includes | 2528703 | Aigarchaeota archaeon | | scientific name | 2528831 | Halostella litorea | | scientific name | 2528831 | Halostella litorea Han and Cui 2020 | | authority | 2528831 | Halostella sp. DLLS-108 | | includes | 2529119 | Dolichospermum sp. DET69 | | scientific name | 252970 | Burkholderia phenoliruptrix | | synonym | 252970 | Burkholderia phenoliruptrix Coenye et al. 2005 | | authority | 252970 | Burkholderia sp. AC1100 | | includes | 252970 | Paraburkholderia phenoliruptrix | | scientific name | 252970 | Paraburkholderia phenoliruptrix (Coeyne et al. 2005) Sawana et al. 2015 | | authority | 2530046 | Olsenella sp. SW781 | | scientific name | 253017 | Impatiens glandulifera | | scientific name | 253017 | Impatiens glandulifera Royle, 1835 | | authority | 2530374 | Jiangella sp. KC603 | | includes | 2530374 | Jiangella ureilytica | | scientific name | 2530374 | Jiangella ureilytica Saygin et al. 2020 | | authority | 2530378 | Micromonospora sp. KC213 | | scientific name | 253237 | Pseudomonas sp. phDV1 | | scientific name | 253244 | unclassified Cryomorphaceae | | scientific name | 253628 | Dactylaria gallopava | | synonym | 253628 | Diplorhinotrichum gallopavum | | synonym | 253628 | Diplorhinotrichum gallopavum W.B. Cooke, 1964 | | authority | 253628 | Ochroconis gallopava | | synonym | 253628 | Scolecobasidium gallopavum | | synonym | 253628 | Verruconis gallopava | | scientific name | 253628 | Verruconis gallopava (W.B. Cooke) Samerpitak & de Hoog, 2014 | | authority | 253822 | environmental samples | environmental samples | scientific name | 253824 | uncultured Nocardioidaceae bacterium | | scientific name | 253839 | Streptomyces sp. C | | scientific name | 2541728 | Aquicoccus sp. SCR17 | | includes | 2541728 | Carideicomes alvinocaridis | | scientific name | 2541728 | Carideicomes alvinocaridis Wang et al. 2020 | | authority | 2541729 | Puniceibacterium sp. HSS470 | | scientific name | 2541730 | Frankia sp. B2 | | scientific name | 2542237 | Sciaridae sp. BIOUG20842-C03 | | scientific name | 254250 | Isoptericola | | scientific name | 254250 | Isoptericola Stackebrandt et al. 2004 | | authority | 2543737 | Flavobacterium sp. MK4S-17 | | scientific name | 254448 | Cnemophilus loriae | | scientific name | 254448 | Loria loriae | | synonym | 254448 | Loria loriae Salvadori, 1895 | | authority | 254448 | Loria's bird-of-paradise | | genbank common name | 2545267 | Mycobacterium sp. DBP42 | | scientific name | 2545688 | "Candidatus Methanoliparia" Borrel et al. 2019 | | authority | 2545688 | Candidatus Methanoliparia | | scientific name | 2545688 | Methanoliparia | | equivalent name | 2545689 | "Candidatus Methanoliparales" Borrel et al. 2019 | | authority | 2545689 | Candidatus Methanoliparales | | scientific name | 2545689 | Methanoliparales | | equivalent name | 2545691 | "Candidatus Methanollivieraceae" Borrel et al. 2019 | | authority | 2545691 | Candidatus Methanollivieraceae | | scientific name | 2545691 | Methanollivieraceae | | equivalent name | 2545693 | "Candidatus Methanolliviera" Borrel et al. 2019 | | authority | 2545693 | Candidatus Methanolliviera | | scientific name | 2545693 | Methanolliviera | | equivalent name | 2546198 | Naasia sp. | | scientific name | 2546211 | OCC clade | | scientific name | 2546361 | Crocosphaera chwakensis | | scientific name | 2546361 | Crocosphaera chwakensis Mares & Johansen, 2019 | | authority | 2546446 | "Paraburkholderia guartelaensis" Paulitsch et al. 2019 | | authority | 2546446 | Burkholderia sp. JPY164 | | includes | 2546446 | Paraburkholderia guartelaensis | | scientific name | 2546446 | Paraburkholderia guartelaensis Paulitsch et al. 2021 | | authority | 2546446 | Paraburkholderia sp. CNPSo 3008 | | includes | 2546569 | Exiguobacterium phage vB_EauM-23 | | scientific name | 254717 | Chrysodeixis | | scientific name | 254785 | Streptococcus halichoeri | | scientific name | 254785 | Streptococcus halichoeri Lawson et al. 2004 | | authority | 254785 | Streptococcus halichoeri Lawson et al. 2004 emend. Shewmaker et al. 2016 | | authority | 254785 | Streptococcus sp. M512/02/1 | | includes | 254787 | Arthrobacter gangotriensis | | synonym | 254787 | Arthrobacter gangotriensis Gupta et al. 2004 | | authority | 254787 | Paeniglutamicibacter gangotriensis | | scientific name | 254787 | Paeniglutamicibacter gangotriensis (Gupta et al. 2004) Busse 2016 | | authority | 254787 | Paeniglutamicibacter gangotriensis (Gupta et al. 2004) Busse 2016 emend. Nouioui et al. 2018 | | authority | 254789 | Chytridiomycetes incertae sedis | | scientific name | 2547934 | Blastocystidae | | scientific name | 254878 | Penicillium chrysogenum complex | | equivalent name | 254878 | Penicillium chrysogenum species complex | | scientific name | 255473 | Parvularculales | | scientific name | 255474 | 'Parvularculaceae' | | synonym | 255474 | Parvularculaceae | | scientific name | 255475 | "Aurantimonadaceae" Garrity et al. 2003 | | authority | 255475 | Aurantimonadaceae | | scientific name | 255475 | Aurantimonadaceae Hordt et al. 2020 | | authority | 255526 | Halothiobacillaceae | | scientific name | 255526 | Halothiobacillaceae Kelly and Wood 2005 emend. Boden 2017 | | authority | 255527 | Saccharospirillaceae | | scientific name | 255528 | Victivallaceae | | scientific name | 255528 | Victivallaceae Derrien et al. 2012 | | authority | 2558200 | Accipitriformes | | scientific name | 2558200 | hawks & eagles | hawks & eagles | blast name | 2558200 | hawks & eagles | hawks & eagles | genbank common name | 2558360 | "Oecophyllibacter saccharovorans" Chua et al. 2020 | | authority | 2558360 | Neokomagataea sp. Ha5 | | includes | 2558360 | Neokomagataea sp. Jb2 | | includes | 2558360 | Neokomagataea sp. Ta1 | | includes | 2558360 | Oecophyllibacter saccharovorans | | scientific name | 2558360 | Oecophyllibacter saccharovorans Chua et al. 2021 | | authority | 2558872 | Pseudomonas sp. NCIMB 10586 | | scientific name | 2558949 | Hypsibioidea | | scientific name | 2558951 | Macrobiotoidea | | scientific name | 2559225 | Claviceps sp. LM84 group G4 | | scientific name | 2559227 | Claviceps sp. LM78 group G4 | | scientific name | 2559228 | Claviceps sp. LM77 group G4 | | scientific name | 2559230 | Claviceps sp. Clav32 group G5 | | scientific name | 2559587 | RNA viruses | | common name | 2559587 | RNA viruses and retroviruses | | genbank common name | 2559587 | RNA viruses and viroids | | common name | 2559587 | Riboviria | | scientific name | 2559612 | Blastococcus sp. TF02A-35 | | scientific name | 2559916 | Lactiplantibacillus daoliensis | | scientific name | 2559916 | Lactiplantibacillus daoliensis (Liu and Gu 2019) Zheng et al. 2020 | | authority | 2559916 | Lactobacillus daoliensis | | synonym | 2559916 | Lactobacillus daoliensis Liu and Gu 2019 | | authority | 2559916 | Lactobacillus sp. 116-1A | | includes | 2560010 | Actinomyces procaprae | | scientific name | 2560010 | Actinomyces procaprae Yang et al. 2021 | | authority | 2560010 | Actinomyces sp. dk561 | | includes | 2560010 | Actinomyces sp. dk752 | | includes | 2560025 | Streptomyces sp. MNU89 | | scientific name | 2560065 | Herelleviridae | | scientific name | 2560069 | Avulavirinae | | scientific name | 2560069 | Avulavirus | | includes | 2560071 | Brockvirinae | | scientific name | 2560074 | Mammantavirinae | | scientific name | 2560081 | Twortvirinae | | scientific name | 2560194 | Orthoavulavirus | | scientific name | 2560319 | Avian Paramyxovirus Serotype I | | equivalent name | 2560319 | Avian avulavirus 1 | | equivalent name | 2560319 | Avian orthoavulavirus 1 | | equivalent name | 2560319 | Avian paramyxovirus type 1 | | equivalent name | 2560319 | Avian paramyxovirus type-1 | | equivalent name | 2560319 | NDV | | acronym | 2560319 | Newcastle disease virus | | equivalent name | 2560319 | Newcastle disease virus NDV | | equivalent name | 2560319 | avian paramyxovirus 1 | | scientific name | 2562117 | Chloroflexaceae bacterium | | scientific name | 2562120 | Roseiflexus sp. | | scientific name | 25623 | Taxaceae | | scientific name | 25623 | Taxaceae Gray, 1822 | | authority | 25623 | yew family | | common name | 2562314 | Mycolicibacterium sp. CR10 | | scientific name | 2562705 | Akkermansiaceae bacterium | | scientific name | 25628 | Taxus | | scientific name | 25628 | Taxus L. | | authority | 2563104 | Streptomyces sp. A1499 | | scientific name | 2563897 | Acinetobacter sp. 10FS3-1 | | scientific name | 2563900 | bacterium M00.F.Ca.ET.152.01.1.1 | | scientific name | 2563905 | bacterium M00.F.Ca.ET.162.01.1.1 | | scientific name | 2563908 | bacterium M00.F.Ca.ET.177.01.1.1 | | scientific name | 2563914 | bacterium M00.F.Ca.ET.205.01.1.1 | | scientific name | 2563929 | Mesorhizobium sp. M1C.F.Ca.ET.204.01.1.1 | | scientific name | 2563930 | Mesorhizobium sp. M1C.F.Ca.ET.210.01.1.1 | | scientific name | 2563960 | Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1 | | scientific name | 2564157 | Salmonella enterica subsp. enterica serovar Anecho | | scientific name | 2564227 | Salmonella enterica subsp. enterica serovar Benin | | scientific name | 2564271 | Salmonella enterica subsp. enterica serovar Brazzaville | | scientific name | 2564335 | Salmonella enterica subsp. enterica serovar Dahomey | | scientific name | 2564391 | Salmonella enterica subsp. enterica serovar Eko | | scientific name | 2564436 | Salmonella enterica subsp. enterica serovar Florida | | scientific name | 2564437 | Salmonella enterica subsp. enterica serovar Fluntern | | scientific name | 2564448 | Salmonella enterica subsp. enterica serovar Frintrop | | scientific name | 2564479 | Salmonella enterica subsp. enterica serovar Gokul | | scientific name | 2564502 | Salmonella enterica subsp. enterica serovar Haardt | | scientific name | 2564507 | Salmonella enterica subsp. enterica serovar Haga | | scientific name | 2564592 | Salmonella enterica subsp. enterica serovar Kallo | | scientific name | 2564651 | Salmonella enterica subsp. enterica serovar Kua | | scientific name | 2564711 | Salmonella enterica subsp. enterica serovar Lome | | scientific name | 2564788 | Salmonella enterica subsp. enterica serovar Midway | | scientific name | 2564837 | Salmonella enterica subsp. enterica serovar Ndolo | | scientific name | 2564887 | Salmonella enterica subsp. enterica serovar Omuna | | scientific name | 2565184 | Salmonella enterica subsp. enterica serovar Welikade | | scientific name | 2565186 | Salmonella enterica subsp. enterica serovar Wentworth | | scientific name | 2565191 | Salmonella enterica subsp. enterica serovar Westminster | | scientific name | 2565248 | Microcotyle caudata | | scientific name | 2565248 | Microcotyle caudata Goto, 1894 | | authority | 2565248 | Microcotyle sebastisci | | synonym | 2565248 | Microcotyle sebastisci Yamaguti, 1958 | | authority | 2565365 | Asticcacaulis sp. 3.1105 | | includes | 2565365 | Asticcacaulis tiandongensis | | scientific name | 2565365 | Asticcacaulis tiandongensis Zhou et al. 2020 | | authority | 2565572 | "Parasutterella muris" Afrizal et al. 2022 | | authority | 2565572 | Parasutterella muris | | scientific name | 2565572 | Parasutterella muris Afrizal et al. 2025 | | authority | 2565572 | Parasutterella sp. DSM 108034 | | includes | 2565572 | Parasutterella sp. DSM 111000 | | includes | 2565572 | Parasutterella sp. NM82_D38 | | includes | 2565780 | unclassified Nanobdellati | | scientific name | 256645 | Dendryphion nanum | | scientific name | 256645 | Dendryphion nanum (Nees) S. Hughes, 1958 | | authority | 256645 | Helminthosporium nanum | | synonym | 256645 | Helminthosporium nanum Nees, 1816 | | authority | 256645 | Helmisporium nanum | | synonym | 256645 | Helmisporium nanum Nees, 1817 | | authority | 2567881 | Citricoccus sp. SGAir0253 | | scientific name | 256818 | Gulosibacter | | scientific name | 256818 | Gulosibacter Manaia et al. 2004 | | authority | 256818 | Gulosibacter Manaia et al. 2004 emend. Nouioui et al. 2018 | | authority | 256818 | Gulosibacter Manaia et al. 2004 emend. Park et al. 2012 | | authority | 256835 | Bruchini | | scientific name | 256845 | "Lentisphaerae" Cho et al. 2004 | | authority | 256845 | "Lentisphaeraeota" Oren et al. 2015 | | authority | 256845 | Lentisphaerae | | synonym | 256845 | Lentisphaeraeota | | synonym | 256845 | Lentisphaerota | | scientific name | 256845 | Lentisphaerota corrig. Cho et al. 2021 | | synonym | 25692 | Balsaminaceae | | scientific name | 25692 | Balsaminaceae A.Rich., 1822 | | authority | 25692 | touch-me-not family | | common name | 2569512 | Bifidobacteriaceae bacterium MCC01966 | | scientific name | 2569520 | Bifidobacteriaceae bacterium MCC01967 | | scientific name | 2569523 | Bifidobacteriaceae bacterium MCC02038 | | scientific name | 2569539 | Ferrimonas aestuarii | | scientific name | 2569539 | Ferrimonas aestuarii Hwang et al. 2020 | | authority | 2569539 | Ferrimonas sp. IMCC35002 | | includes | 2569850 | Zoogloeaceae bacterium | | scientific name | 2570193 | Dechloromonas sp. H13 | | scientific name | 2570319 | Nonomuraea sp. MG754425 | | scientific name | 2570351 | "Marinobacter alexandrii" Yang et al. 2021 | | authority | 2570351 | Marinobacter alexandrii | | scientific name | 2570351 | Marinobacter alexandrii Yang et al. 2022 | | authority | 2570351 | Marinobacter sp. LZ-8 | | includes | 2570927 | Glycomyces buryatensis | | scientific name | 2570927 | Glycomyces buryatensis Nikitina et al. 2020 | | authority | 2570927 | Glycomyces sp. 18 | | includes | 2571105 | Pseudomonas nicosulfuronedens | | scientific name | 2571105 | Pseudomonas nicosulfuronedens Li et al. 2021 | | authority | 2571105 | Pseudomonas sp. LAM1902 | | includes | 2571127 | Clostridium sp. HBUAS56010 | | scientific name | 2571159 | Mycetohabitans | | scientific name | 2571159 | Mycetohabitans Estrada-de Los Santos et al. 2018 | | authority | 2571193 | Dictyobacteraceae | | scientific name | 2571193 | Dictyobacteraceae Wang et al. 2019 | | authority | 2571221 | "Algilabrenzia polysiphoniae" (Romanenko et al. 2019) Park et al. 2025 | | authority | 2571221 | Algilabrenzia polysiphoniae | | synonym | 2571221 | Labrenzia polysiphoniae | | synonym | 2571221 | Labrenzia polysiphoniae Romanenko et al. 2019 | | authority | 2571221 | Roseibium polysiphoniae | | scientific name | 2571221 | Roseibium polysiphoniae (Romanenko et al. 2019) Liu et al. 2021 | | authority | 2571258 | Baffinellaceae | | scientific name | 2571259 | Baffinella | | scientific name | 2571260 | Baffinella frigidus | | scientific name | 2571260 | Baffinella frigidus Norlin & Daugbjerg 2018 | | authority | 2571260 | Cryptophyceae sp. CCMP2045 | | includes | 2571260 | Cryptophyceae sp. CCMP2293 | | includes | 2571260 | Cryptophyta sp. CCMP2293 | | includes | 2571749 | Novosphingobium sp. EMRT-2 | | scientific name | 2572044 | "Candidatus Helarchaeota" Seitz et al. 2019 | | authority | 2572044 | Candidatus Helarchaeota | | scientific name | 2572044 | Helarchaeota | | equivalent name | 2572705 | Salmonella enterica subsp. enterica serovar Chittagong | | scientific name | 2572709 | Salmonella enterica subsp. enterica serovar Claibornei | | scientific name | 2572875 | Neopestalotiopsis sp. 37M | | scientific name | 2572882 | Burkholderia sp. SJZ115 | | scientific name | 2572883 | Pseudomonas sp. SJZ074 | | scientific name | 2572884 | Pseudomonas sp. SJZ075 | | scientific name | 2572886 | Pseudomonas sp. SJZ078 | | scientific name | 2572890 | Pseudomonas sp. SJZ085 | | scientific name | 2572894 | Pseudomonas sp. SJZ124 | | scientific name | 2572895 | Pseudomonas sp. SJZ131 | | scientific name | 2572916 | Herbaspirillum sp. SJZ099 | | scientific name | 2572919 | Burkholderia sp. SJZ089 | | scientific name | 2572920 | Burkholderia sp. SJZ091 | | scientific name | 257482 | unclassified Proteus (in: enterobacteria) | | scientific name | 257487 | unclassified Carnobacterium | | scientific name | 257493 | unclassified Aeromonas | | scientific name | 257496 | unclassified Curtobacterium | | scientific name | 2575441 | Kribbella jiaozuonensis | | scientific name | 2575441 | Kribbella jiaozuonensis Zhao et al. 2019 | | authority | 2575441 | Kribbella sp. NEAU-THZ 27 | | includes | 2575572 | Candidatus Saganbacteria bacterium | | scientific name | 2575572 | Saganbacteria bacterium | | equivalent name | 2575572 | candidate division WOR-1 bacterium | | synonym | 2575867 | "Ilyomonas limi" Chhetri et al. 2019 | | authority | 2575867 | Ilyomonas limi | | scientific name | 2575867 | Ilyomonas limi Chhetri et al. 2021 | | authority | 2575867 | Panacibacter sp. 17mud1-8 | | includes | 2576752 | unclassified Chromatiales | | scientific name | 2576834 | Pseudomonas sp. UMA643 | | scientific name | 2576904 | Nostoc sp. TCL26-01 | | scientific name | 2577535 | Salmonella enterica subsp. houtenae serovar 48:z4,z32:- | | scientific name | 257758 | "Streptococcus pseudopneumoniae" Arbique et al. 2004 | | authority | 257758 | Streptococcus pseudopneumoniae | | scientific name | 257758 | Streptococcus pseudopneumoniae Arbique et al. 2005 | | authority | 257877 | Macaca thibetana thibetana | | scientific name | 257886 | Pseudopentaceros | | scientific name | 257984 | Arthrobacter mysorens | | synonym | 257984 | Arthrobacter mysorens Nand and Rao 1972 (Approved Lists 1980) | | authority | 257984 | Arthrobacter sp. SWAU2 | | includes | 257984 | Glutamicibacter mysorens | | scientific name | 257984 | Glutamicibacter mysorens (Nand and Rao 1972) Busse 2016 | | authority | 257984 | Glutamicibacter mysorens (Nand and Rao 1972) Busse 2016 emend. Nouioui et al. 2018 | | authority | 2579970 | Ancylobacter lacus | | scientific name | 2579970 | Ancylobacter lacus Chemodurova et al. 2020 | | authority | 2579970 | Ancylobacter sp. F30l | | includes | 2579971 | "Paraoceanicella profunda" Liu et al. 2020 | | authority | 2579971 | Paraoceanicella profunda | | synonym | 2579971 | Paroceanicella profunda | | scientific name | 2579971 | Paroceanicella profunda corrig. Liu et al. 2020 | | authority | 2579971 | Rhodobacteraceae bacterium D4M1 | | includes | 2580423 | Streptomyces montanus | | scientific name | 2580423 | Streptomyces montanus Jiang et al. 2020 | | authority | 2580423 | Streptomyces sp. NEAU-C151 | | includes | 258075 | Eremomyces | | scientific name | 258075 | Eremomyces Malloch & Cain, 1971 | | authority | 258255 | Pseudovibrio | | scientific name | 258255 | Pseudovibrio Shieh et al. 2004 | | authority | 2582653 | Streptococcus sp. 714 | | scientific name | 2582831 | Streptomyces sp. SUK 48 | | scientific name | 2582921 | Haemophilus seminalis | | scientific name | 2582921 | Haemophilus seminalis Zheng et al. 2020 | | authority | 2582921 | Haemophilus seminalis Zheng et al. 2020 emend. Chen et al. 2023 | | authority | 2582921 | Haemophilus sp. SZY H1 | | includes | 2582921 | Haemophilus sp. SZY H2 | | includes | 2582935 | "Candidatus Altarchaeota" corrig. Probst et al. 2018 | | authority | 2582935 | "Candidatus Altiarchaeota" Probst et al. 2018 | | synonym | 2582935 | Altarchaeota | | equivalent name | 2582935 | Candidatus Altarchaeota | | scientific name | 2583211 | Chryseobacterium sp. ON_d1 | | scientific name | 2583806 | Roseovarius sp. M141 | | scientific name | 2583815 | Allomuricauda algicola | | synonym | 2583815 | Allomuricauda algicola (Kim et al. 2020) Deshmukh and Oren 2023 | | authority | 2583815 | Flagellimonas algicola | | scientific name | 2583815 | Flagellimonas algicola Kim et al. 2020 | | authority | 2583815 | Flagellimonas sp. AsT0115 | | includes | 2583815 | Muricauda algicola | | synonym | 2583815 | Muricauda algicola (Kim et al. 2020) Liang et al. 2021 | | authority | 2584625 | Butyricicoccus sp. BIOML-A1 | | scientific name | 2584682 | Streptococcus sp. BIOML-A1 | | scientific name | 2584823 | Laspinema | | scientific name | 2584823 | Laspinema Heidari & Hauer, 2018 | | authority | 2585208 | Trichonephila | | scientific name | 2585208 | Trichonephila Dahl, 1911 | | authority | 2585209 | Aranea clavipes | | synonym | 2585209 | Aranea clavipes Linnaeus, 1767 | | authority | 2585209 | Nephila clavipes | | synonym | 2585209 | Nephila clavipes (Linnaeus, 1767) | | authority | 2585209 | Trichonephila clavipes | | scientific name | 2585209 | Trichonephila clavipes (Linnaeus, 1767) | | authority | 2585211 | Mumia sp. Z350 | | includes | 2585211 | Mumia sp. Z527 | | includes | 2585211 | Mumia zhuanghuii | | scientific name | 2585211 | Mumia zhuanghuii Tian et al. 2020 | | authority | 2585815 | Bucco haemacephalus | | synonym | 2585815 | Bucco haemacephalus Muller, 1776 | | authority | 2585815 | Megalaima haemacephala | | synonym | 2585815 | Megalaima haemacephala (Statius Mller, 1776) | | authority | 2585815 | Psilopogon haemacephalus | | scientific name | 2585815 | coppersmith barbet | | genbank common name | 2585816 | Pterocles burchelli | | scientific name | 2585816 | Pterocles burchelli Sclater, 1922 | | authority | 2585821 | Zapornia | | scientific name | 2585822 | Henderson crake | | genbank common name | 2585822 | Porzana atra | | synonym | 2585822 | Porzana atra North, 1908 | | authority | 2585822 | Zapornia atra | | scientific name | 2585822 | red-eyed crake | | common name | 2586642 | Desulfobotulus mexicanus | | scientific name | 2586642 | Desulfobotulus mexicanus Perez-Bernal et al. 2020 | | authority | 2586642 | Desulfobotulus sp. PAR22N | | includes | 2586752 | Gordius sp. VVA-2019 | | scientific name | 2587012 | Azospirillum sp. OGB3 | | scientific name | 2587021 | Mucilaginibacter sp. SG538B | | scientific name | 2587065 | Mesorhizobium sp. RMAD-H1 | | scientific name | 2587074 | Rhizobium sp. BK212 | | scientific name | 2587092 | Paenibacillus sp. BK720 | | scientific name | 2587122 | Mitsuaria sp. BK037 | | scientific name | 2587123 | Mitsuaria sp. BK041 | | scientific name | 2587124 | Mitsuaria sp. BK045 | | scientific name | 2587160 | Allobosea sp. AK1 | | scientific name | 2587529 | "Klebsiella pasteurii" Merla et al. 2019 | | authority | 2587529 | Klebsiella pasteurii | | scientific name | 2587529 | Klebsiella pasteurii Merla et al. 2020 | | authority | 2587529 | Klebsiella sp. SPARK1058C2 | | includes | 2587529 | Klebsiella sp. SPARK1260C1 | | includes | 2587529 | Klebsiella sp. SPARK1268C1 | | includes | 2587529 | Klebsiella sp. SPARK1269C1 | | includes | 2587529 | Klebsiella sp. SPARK1286C1 | | includes | 2587529 | Klebsiella sp. SPARK1445C1 | | includes | 2587529 | Klebsiella sp. SPARK1448C2 | | includes | 2587529 | Klebsiella sp. SPARK1489C1 | | includes | 2587529 | Klebsiella sp. SPARK1531C2 | | includes | 2587529 | Klebsiella sp. SPARK534C3 | | includes | 2587529 | Klebsiella sp. SPARK613C1 | | includes | 2587529 | Klebsiella sp. SPARK836C1 | | includes | 2587838 | SAR202 cluster bacterium AD-802-K11_MRT_200m | | scientific name | 2587853 | Ruegeria sp. THAF33 | | scientific name | 2587855 | Sulfitobacter sp. THAF37 | | scientific name | 2588691 | Candidatus Methanolliviera sp. GoM_oil | | scientific name | 2589077 | Lachnaceae | | scientific name | 2589077 | Lachnaceae Raitv., 2004 | | authority | 2589895 | Mesorhizobium sp. B3-1-6 | | scientific name | 2589899 | Mesorhizobium sp. B2-8-9 | | scientific name | 2589923 | Mesorhizobium sp. B2-5-7 | | scientific name | 2589930 | Mesorhizobium sp. B2-4-19 | | scientific name | 2589952 | Mesorhizobium sp. B2-3-12 | | scientific name | 2589959 | Mesorhizobium sp. B2-3-4 | | scientific name | 2589964 | Mesorhizobium sp. B2-2-2 | | scientific name | 2590012 | "Lysinibacillus agricola" Lu and Liu 2021 | | authority | 2590012 | Lysinibacillus agricola | | scientific name | 2590012 | Lysinibacillus sp. FJAT-51161 | | includes | 259009 | Scytonematopsis | | scientific name | 259009 | Scytonematopsis Kiseleva 1930 | | authority | 259009 | Setchelliella | | synonym | 259009 | Setchelliella De Toni 1936 | | authority | 259009 | Tildenia | Tildenia | synonym | 259009 | Tildenia Kosinskaja 1926 | | authority | 2590157 | Klebsiella variicola subsp. variicola | | scientific name | 2590157 | Klebsiella variicola subsp. variicola (Rosenblueth et al. 2004) Rodrigues et al. 2019 | | authority | 2590547 | Paenibacillus sp. N4 | | includes | 2590547 | Paenibacillus vietnamensis | | scientific name | 2590547 | Paenibacillus vietnamensis Nguyen et al. 2022 | | authority | 259059 | Lactobacillus satsumaensis | | equivalent name | 259059 | Lactobacillus satsumensis | | synonym | 259059 | Lactobacillus satsumensis Endo and Okada 2005 | | authority | 259059 | Liquorilactobacillus satsumensis | | scientific name | 259059 | Liquorilactobacillus satsumensis (Endo and Okada 2005) Zheng et al. 2020 | | authority | 2590777 | Rhizobium sp. NIBRBAC000502774 | | scientific name | 2591003 | Ferroplasma sp. | | scientific name | 2591147 | "Halomonas hibernica" Woods et al. 2022 | | authority | 2591147 | Halomonas hibernica | | scientific name | 2591147 | Halomonas sp. B1.N12 | | includes | 2591381 | Dysosmobacter | | scientific name | 2591381 | Dysosmobacter Le Roy et al. 2020 | | authority | 2591633 | Lysobacter alkalisoli | | synonym | 2591633 | Lysobacter alkalisoli Xu et al. 2020 | | authority | 2591633 | Lysobacter sp. SJ-36 | | includes | 2591633 | Marilutibacter alkalisoli | | scientific name | 2591633 | Marilutibacter alkalisoli (Xu et al. 2020) Lu et al. 2024 | | authority | 2591822 | Seonamhaeicola maritimus | | scientific name | 2591822 | Seonamhaeicola maritimus Cao et al. 2020 | | authority | 2591822 | Seonamhaeicola sp. 1505 | | includes | 2592345 | Olivibacter sp. LS-1 | | scientific name | 2592639 | Blautia sp. MCC270 | | scientific name | 2592643 | Clostridium sp. MCC334 | | scientific name | 2593292 | unclassified Pseudanabaena | | scientific name | 2593313 | unclassified Eupenicillium | | equivalent name | 2593313 | unclassified Penicillium | | scientific name | 2593411 | Selenomonas ruminis | | scientific name | 2593411 | Selenomonas ruminis Poothong et al. 2024 | | authority | 2593411 | Selenomonas sp. mPRGC5 | | includes | 2593536 | unclassified Desulfobacula | | scientific name | 2593537 | Desulfobacula sp. | | scientific name | 2593540 | unclassified Helicobacter | | scientific name | 2593542 | unclassified Campylobacter | | scientific name | 259357 | unclassified Alcaligenes | | scientific name | 2593640 | unclassified Desulfovibrio | | scientific name | 2593641 | Desulfovibrio sp. JC010 | | scientific name | 2593643 | unclassified Nonomuraea | | scientific name | 2593645 | unclassified Chryseobacterium | | scientific name | 2593645 | unclassified Planobacterium | | synonym | 2593653 | Alphaproteobacteria bacterium R1DC25 | | includes | 2593653 | Kaustia mangrovi | | scientific name | 2593653 | Kaustia mangrovi Sefrji et al. 2021 | | authority | 2593658 | unclassified Nostoc | | scientific name | 2593659 | Nostoc sp. HG1 | | scientific name | 2593666 | unclassified Albonectria | | equivalent name | 2593666 | unclassified Bisifusarium | | synonym | 2593666 | unclassified Cyanonectria | | synonym | 2593666 | unclassified Fusarium | | scientific name | 2593671 | unclassified Arcobacter | | scientific name | 2593673 | unclassified Saccharothrix | | scientific name | 2593676 | unclassified Streptomyces | | scientific name | 2593994 | "Candidatus Methanosuratincola subterraneus" corrig. Kadnikov et al. 2019 | | authority | 2593994 | "Candidatus Methanosuratus subterraneum" Kadnikov et al. 2019 | | synonym | 2593994 | Candidatus Methanosuratincola subterraneus | | scientific name | 2593994 | Methanosuratincola subterraneus | | equivalent name | 2594266 | Fulvivirga sp. M361 | | scientific name | 259437 | Buthida | | scientific name | 2594432 | Flavobacterium gawalongense | | scientific name | 2594432 | Flavobacterium gawalongense Liu et al. 2021 | | authority | 2594432 | Flavobacterium sp. GSP16 | | includes | 2594432 | Flavobacterium sp. GSP21 | | includes | 2594432 | Flavobacterium sp. GSP39 | | includes | 2594432 | Flavobacterium sp. GSR18 | | includes | 2594432 | Flavobacterium sp. GSR22 | | includes | 2594473 | "Sphingomonas xanthus" Kim et al. 2021 | | authority | 2594473 | Sphingomonas sp. AE3 | | includes | 2594473 | Sphingomonas xanthus | | scientific name | 2594474 | Dehalobacter sp. CP | | scientific name | 2596745 | Limnospira | | scientific name | 2596745 | Limnospira Nowicka-Krawczyk et al. 2019 emend. Pinchart et al. 2024 | | authority | 2596745 | Limnospira Nowicka-Krawczyk, Muhlsteinova & Hauer, 2019 | | authority | 2597351 | Pseudomonas sp. ANT_J12 | | scientific name | 2597353 | Psychrobacter sp. ANT_H56B | | scientific name | 2597356 | Pusillimonas sp. ANT_WB101 | | scientific name | 2597357 | Rhodococcus sp. ANT_H53B | | scientific name | 2597518 | Venatorbacter sp. C2-1 | | scientific name | 2597659 | Gordonia sp. HY186 | | includes | 2597659 | Gordonia sp. HY189 | | includes | 2597659 | Gordonia zhaorongruii | | scientific name | 2597659 | Gordonia zhaorongruii Zhang et al. 2021 | | authority | 2597769 | Geobacter sp. FeAm09 | | scientific name | 2598458 | "Cohnella cholangitidis" Kim et al. 2021 | | authority | 2598458 | Cohnella cholangitidis | | scientific name | 2598458 | Cohnella sp. KS 22 | | includes | 2599185 | "Candidatus Poseidoniia" Rinke et al. 2019 | | authority | 2599185 | "Candidatus Thalassarchaea" corrig. Martin-Cuadrado et al. 2015 | | authority | 2599185 | "Candidatus Thalassoarchaea" Martin-Cuadrado et al. 2015 | | synonym | 2599185 | Candidatus Poseidoniia | | scientific name | 2599185 | Candidatus Thalassarchaea | | synonym | 2599185 | Poseidoniia | | equivalent name | 2599185 | Thalassarchaea | | equivalent name | 2599196 | "Candidatus Thalassarchaeaceae" Rinke et al. 2019 | | authority | 2599196 | Candidatus Thalassarchaeaceae | | scientific name | 2599196 | Thalassarchaeaceae | | equivalent name | 2599254 | unclassified Candidatus Poseidoniales | | scientific name | 2599254 | unclassified Poseidoniales | | equivalent name | 2599294 | Mucilaginibacter achroorhodeus | | scientific name | 2599294 | Mucilaginibacter achroorhodeus Kim et al. 2022 | | authority | 2599294 | Mucilaginibacter sp. MJ1a | | includes | 2599297 | Sphingomonas sp. XS-10 | | includes | 2599297 | Sphingomonas suaedae | | scientific name | 2599297 | Sphingomonas suaedae Zhang et al. 2020 | | authority | 2599640 | Allobosea sp. F3-2 | | scientific name | 2599846 | Gordonia phage Pipp | | scientific name | 2599860 | Mycobacterium phage DyoEdafos | | scientific name | 2599930 | Deferribacteres bacterium | | scientific name | 2599932 | unclassified FCB group | | scientific name | 2599933 | unclassified Kiritimatiellota | | scientific name | 2599936 | DPANN group archaeon | | equivalent name | 2599936 | Nanobdellati archaeon | | scientific name | 2599937 | FCB group bacterium | | scientific name | 2599938 | Kiritimatiellota bacterium | | scientific name | 2599941 | Oligoflexia bacterium | | scientific name | 2600065 | Pseudomonas haemolytica | | scientific name | 2600065 | Pseudomonas haemolytica Hofmann et al. 2020 | | authority | 2600200 | unclassified Ceratobasidium | | scientific name | 2600201 | Ceratobasidium sp. 370 | | scientific name | 2600208 | unclassified Serendipita | | scientific name | 2600214 | Serendipita sp. 401 | | scientific name | 2600215 | Serendipita sp. 405 | | scientific name | 2600219 | unclassified Epulorhiza | | synonym | 2600219 | unclassified Tulasnella | | scientific name | 2601057 | Acinetobacter sp. YH12057 | | scientific name | 2601176 | Acinetobacter sp. YH12251 | | scientific name | 2601502 | Tulasnella sp. UAMH 9824 | | scientific name | 2601529 | Tetramitia | | scientific name | 2601529 | Tetramitia Cavalier-Smith, 1993 | | authority | 2601530 | Eutetramitea | | scientific name | 2601530 | Eutetramitia | | synonym | 2601638 | Enterococcus phage PEf771 | | scientific name | 2602519 | unclassified Cordyceps | | scientific name | 2602736 | Streptomyces sp. OM5714 | | scientific name | 2602760 | Mesonia sp. K4-1 | | scientific name | 2603623 | Geobacillus sp. AYS3 | | scientific name | 260364 | Shewanella marisflavi | | scientific name | 260364 | Shewanella marisflavi Yoon et al. 2004 | | authority | 260367 | Salmonella enterica subsp. enterica serovar Aberdeen | | scientific name | 2603888 | Methylobacterium sp. WL119 | | scientific name | 2603889 | Methylobacterium sp. WL116 | | scientific name | 2603892 | Methylobacterium sp. WL93 | | scientific name | 2603893 | Methylobacterium sp. WL69 | | scientific name | 2603895 | Methylobacterium sp. WL30 | | scientific name | 2604144 | Candidatus Fibrimonadales bacterium | | scientific name | 2604148 | Streptosporangiales bacterium | | scientific name | 2604179 | unclassified Diaporthe | | scientific name | 2604346 | unclassified Colletotrichum | | scientific name | 2604346 | unclassified Glomerella (in: Fungi) | | synonym | 2604348 | unclassified Arthroxylaria | | synonym | 2604348 | unclassified Xylaria | | scientific name | 2604348 | unclassified Xylocoremium | | synonym | 2604474 | unclassified Mortierella | | scientific name | 2604800 | "Lentzea indica" Maiti and Mandal 2020 | | authority | 2604800 | Lentzea indica | | scientific name | 2604800 | Lentzea sp. PSKA42 | | includes | 2604845 | Boseongicola sp. SB0665_bin_10 | | scientific name | 2604851 | Boseongicola sp. SB0677_bin_26 | | scientific name | 260552 | Microbulbifer agarilyticus | | scientific name | 260552 | Microbulbifer agarilyticus Miyazaki et al. 2008 | | authority | 260552 | Microbulbifer sp. JAMB-A3 | | includes | 260552 | Microbulbifer sp. JAMM 0654 | | includes | 260552 | Microbulbifer sp. JAMM 0793 | | includes | 2605694 | "Roseiconus lacunae" Kumar et al. 2021 | | authority | 2605694 | "Stieleria lacunae" (Kumar et al. 2025) Kallscheuer et al. 2025 | | authority | 2605694 | Rhodopirellula sp. JC635 | | includes | 2605694 | Rhodopirellula sp. JC637 | | includes | 2605694 | Roseiconus lacunae | | scientific name | 2605694 | Roseiconus lacunae Kumar et al. 2025 | | authority | 2605694 | Stieleria lacunae | | synonym | 2605694 | Stieleria sp. HD01 | | includes | 2605696 | Vitrellaceae | | scientific name | 2605696 | Vitrellaceae Obornik & Lukes, 2012 | | authority | 2605748 | "Roseiconus nitratireducens" Kumar et al. 2021 | | authority | 2605748 | "Stieleria nitratireducens" (Kumar et al. 2025) Kallscheuer et al. 2025 | | authority | 2605748 | Rhodopirellula sp. JC645 | | includes | 2605748 | Roseiconus nitratireducens | | scientific name | 2605748 | Roseiconus nitratireducens Kumar et al. 2025 | | authority | 2605748 | Stieleria nitratireducens | | synonym | 2605785 | Eubacterium sp. BL-380-WT-2B | | scientific name | 2605940 | Hwanghaeella | | scientific name | 2605940 | Hwanghaeella Kim et al. 2019 | | authority | 2605988 | Nocardiopsis deserti | | scientific name | 2605988 | Nocardiopsis deserti Asem et al. 2020 | | authority | 2605988 | Nocardiopsis sp. H13 | | includes | 260615 | Chinemys reevesi | | synonym | 260615 | Chinemys reevesii | | synonym | 260615 | Emys reevesii | | synonym | 260615 | Emys reevesii Gray, 1831 | | authority | 260615 | Geoclemys reevesii | | synonym | 260615 | Geoclemys reevessi | | synonym | 260615 | Mauremys reevesi | | synonym | 260615 | Mauremys reevesii | | scientific name | 260615 | Mauremys reevesii (Gray, 1831) | | authority | 260615 | Reeves's turtle | | genbank common name | 2606219 | Paenibacillus silvestris | | scientific name | 2606219 | Paenibacillus silvestris Kim et al. 2021 | | authority | 2606219 | Paenibacillus sp. 5J-6 | | includes | 2606448 | "Hymenobacter lutimineralis" Cho et al. 2020 | | authority | 2606448 | Hymenobacter lutimineralis | | scientific name | 2606448 | Hymenobacter lutimineralis Cho et al. 2022 | | authority | 2606448 | Hymenobacter sp. KIGAM108 | | includes | 2606572 | unclassified Rhexocercosporidium | | scientific name | 2606610 | Mycobacterium sp. CBMA361 | | equivalent name | 2606610 | Mycolicibacterium sp. CBMA 361 | | scientific name | 2606611 | Mycobacterium sp. CBMA226 | | equivalent name | 2606611 | Mycolicibacterium sp. CBMA 226 | | scientific name | 2606630 | "Stecheria intestinalis" Wylensek et al. 2020 | | authority | 2606630 | Erysipelotrichaceae bacterium DSM 109718 | | includes | 2606630 | Erysipelotrichaceae bacterium Oil+RF-744-GAM-WT-6 | | includes | 2606630 | Stecheria intestinalis | | scientific name | 2606630 | Stecheria intestinalis Wylensek et al. 2021 | | authority | 2606636 | "Bilifractor porci" Wylensek et al. 2020 | | authority | 2606636 | Bilifractor porci | | scientific name | 2606636 | Bilifractor porci Wylensek et al. 2021 | | authority | 2606636 | Lachnospiraceae bacterium DSM 106898 | | includes | 2606636 | Lachnospiraceae bacterium Oil+RF-744-WCA-WT-13 | | includes | 2606640 | "Victivallis lenta" Wylensek et al. 2020 | | authority | 2606640 | Victivallaceae bacterium BBE-744-WT-12 | | includes | 2606640 | Victivallis lenta | | scientific name | 2606640 | Victivallis lenta Wylensek et al. 2021 | | authority | 2606640 | Victivallis sp. DSM 107290 | | includes | 260680 | Salmonella enterica subsp. enterica serovar Livingstone | | scientific name | 2607030 | Caprimulgimorphae | | synonym | 2607030 | Strisores | | scientific name | 2607030 | nightbirds | | genbank common name | 2607033 | Apodinae | | scientific name | 2607479 | "Xylanimonas oleitrophica" Nagkirti et al. 2021 | | authority | 2607479 | Xylanimonas oleitrophica | | scientific name | 2607479 | Xylanimonas sp. PW21 | | includes | 2607763 | Symploca sp. SIO1B1 | | scientific name | 2607766 | Symploca sp. SIO1A3 | | scientific name | 2607769 | Symploca sp. SIO1C2 | | scientific name | 2607780 | Leptolyngbya sp. SIO3F4 | | scientific name | 2607783 | Symploca sp. SIO2C1 | | scientific name | 2607787 | Okeania sp. SIO2C2 | | scientific name | 2607788 | Cyanothece sp. SIO1E1 | | scientific name | 2607791 | Okeania sp. SIO2C9 | | scientific name | 2607793 | Okeania sp. SIO2G4 | | scientific name | 2607794 | Okeania sp. SIO2F5 | | scientific name | 2607796 | Okeania sp. SIO2G5 | | scientific name | 2607802 | Okeania sp. SIO2H7 | | scientific name | 2607804 | Okeania sp. SIO3B3 | | scientific name | 2607814 | Sphaerospermopsis sp. SIO1G1 | | scientific name | 2607820 | Moorena sp. SIO4G2 | | scientific name | 2607821 | Moorena sp. SIO4G3 | | scientific name | 2607837 | Moorena sp. SIO3G5 | | scientific name | 2607910 | Massilia rubra | | scientific name | 2607910 | Massilia rubra Holochova et al. 2020 | | authority | 2607910 | Massilia sp. CCM 8692 | | includes | 2607910 | Mokoshia rubra | | synonym | 2607910 | Mokoshia rubra (Holochova et al. 2020) Bowman 2023 | | authority | 2608082 | Marinifilum sp. N1E240 | | scientific name | 2608109 | Haptista | | scientific name | 2608109 | Haptista Cavalier-Smith, 2003 | | authority | 2608131 | Coccolithophyceae | | synonym | 2608131 | Prymnesiophyceae | | scientific name | 2608131 | Prymnesiophyceae Hibberd, 1976 | | authority | 2608131 | prymnesiophytes | | common name | 2608252 | "Nesterenkonia ebinurensis" Anwar et al. 2021 | | authority | 2608252 | Nesterenkonia ebinurensis | | scientific name | 2608252 | Nesterenkonia sp. MD2 | | includes | 2608324 | Acinetobacter sp. Tr-809 | | scientific name | 2608331 | Burkholderia sp. Tr-862 | | scientific name | 2608346 | Enterobacter sp. Cy-643 | | scientific name | 2608710 | unclassified Neopestalotiopsis | | scientific name | 2608715 | Mariprofundus sp. KV | | scientific name | 2608787 | Planctomicrobium sp. | | scientific name | 2608887 | unclassified Okadaella | | synonym | 2608887 | unclassified Streptococcus | | scientific name | 2608889 | unclassified Escherichia | | scientific name | 2608891 | unclassified Enterococcus | | scientific name | 2608895 | unclassified Lachnoclostridium | | scientific name | 2608897 | unclassified Bifidobacterium | | scientific name | 2608905 | unclassified Propionibacterium | | scientific name | 2608915 | unclassified Akkermansia | | scientific name | 2608920 | unclassified Ruminococcus | | scientific name | 2608929 | unclassified Klebsiella | | scientific name | 2608929 | unclassified Raoultella | | synonym | 2608932 | unclassified Alistipes | | scientific name | 2608935 | unclassified Enterobacter | | scientific name | 2608980 | unclassified Methylomonas | | scientific name | 2608999 | "Cupriavidus cauae" Kweon et al. 2021 | | authority | 2608999 | Cupriavidus cauae | | scientific name | 2608999 | Cupriavidus sp. MKL-01 | | includes | 2609248 | unclassified Actinomyces | | scientific name | 2609250 | unclassified Rathayibacter | | scientific name | 2609265 | unclassified Nitrosomonas | | scientific name | 2609274 | unclassified Thauera | | scientific name | 2609279 | unclassified Massilia | | scientific name | 2609280 | Massilia genomosp. 1 | | scientific name | 2609280 | Massilia genomospecies 1 | | equivalent name | 2609280 | Massilia genosp. 1 | | equivalent name | 2609280 | Massilia sp. CCM 8694 | | includes | 2609281 | Massilia frigida | | scientific name | 2609281 | Massilia frigida Holochova et al. 2020 | | authority | 2609281 | Massilia sp. CCM 8695 | | includes | 2609281 | Mokoshia frigida | | synonym | 2609281 | Mokoshia frigida (Holochova et al. 2020) Bowman 2023 | | authority | 2609283 | Massilia sp. CCM 8734 | | scientific name | 2609290 | unclassified Microbacterium | | scientific name | 2609414 | unclassified Cobetia | | scientific name | 2609468 | unclassified Sphingobacterium | | scientific name | 2609473 | unclassified Roseiflexus | | scientific name | 2609562 | "Kineococcus rubinsiae" Mhatre et al. 2020 | | authority | 2609562 | Kineococcus rubinsiae | | scientific name | 2609562 | Kineococcus rubinsiae Mhatre et al. 2021 | | authority | 2609562 | Kineosporiaceae bacterium B12 | | includes | 2609666 | unclassified Halomonas | | scientific name | 2609805 | unclassified Phormidium | | scientific name | 2609961 | "Pseudomonas akappagea" Morimoto et al. 2020 | | authority | 2609961 | Pseudomonas akapageensis | | scientific name | 2609961 | Pseudomonas akapageensis corrig. | | synonym | 2609961 | Pseudomonas akapageensis corrig. Morimoto et al. 2020 | | authority | 2609961 | Pseudomonas akappagea | | synonym | 2609961 | Pseudomonas sp. PS24 | | includes | 2609962 | unclassified Haemophilus | | scientific name | 261007 | ANA grade angiosperms | ANA grade angiosperms | in-part | 261007 | ANITA grade angiosperms | ANITA grade angiosperms | in-part | 261007 | Nymphaeales | | scientific name | 261007 | Nymphaeales Salisb. ex Bercht.& J.Pres, 1820 | | authority | 2610880 | Bifidobacterium canis | | scientific name | 2610880 | Bifidobacterium canis Neuzil-Bunesova et al. 2020 | | authority | 2610880 | Bifidobacterium sp. GSD1FS | | includes | 2610881 | unclassified Janthinobacterium | | scientific name | 2610897 | unclassified Hydrogenophaga | | scientific name | 2611147 | unclassified Sphingobium | | scientific name | 2611341 | Metamonada | | scientific name | 2611341 | Metamonada Grasse, 1952 | | authority | 2611352 | Discoba | | scientific name | 2611352 | Discoba Simpson, 2009 | | authority | 26122 | African violet family | | common name | 26122 | Gesneriaceae | | scientific name | 26122 | Gesneriaceae Rich. & Juss., 1816 | | authority | 261299 | Clostridium bartlettii | | synonym | 261299 | Clostridium bartlettii Song et al. 2004 | | authority | 261299 | Intestinibacter bartlettii | | scientific name | 261299 | Intestinibacter bartlettii (Song et al. 2004) Gerritsen et al. 2014 | | authority | 2613769 | unclassified Rhizobium | | scientific name | 2613784 | unclassified Burkholderia | | scientific name | 2613841 | unclassified Wenzhouxiangella | | scientific name | 261386 | Leptospirillum sp. Group III | | scientific name | 261386 | Leptospirillum sp. LeptoIII | | equivalent name | 2613923 | unclassified Hungatella | | scientific name | 2614124 | unclassified Brevibacterium | | scientific name | 2614128 | unclassified Clostridium | | scientific name | 2614226 | unclassified Ardenticatenaceae | | scientific name | 2614233 | unclassified Hippea | | scientific name | 2614243 | unclassified Calditrichaceae | | scientific name | 2614245 | unclassified Melioribacteraceae | | scientific name | 2614247 | Ardenticatenaceae bacterium | | scientific name | 2614250 | Caldilineaceae bacterium | | scientific name | 2614252 | Calditrichaceae bacterium | | scientific name | 2614255 | Melioribacteraceae bacterium | | scientific name | 2614257 | Thermaceae bacterium | | scientific name | 2614538 | "Pseudomonas aestus" Vasconcellos et al. 2017 | | authority | 2614538 | Pseudomonas aestus | | synonym | 2614538 | Pseudomonas piscis | | scientific name | 2614538 | Pseudomonas piscis Liu et al. 2020 | | authority | 2614538 | Pseudomonas sp. CMAA1215 | | includes | 2614538 | Pseudomonas sp. MC042 | | includes | 2614574 | unclassified Daldinia | | scientific name | 2614575 | Daldinia sp. FL1419 | | scientific name | 2614581 | unclassified Hypoxylon | | scientific name | 2614586 | Hypoxylon sp. FL0543 | | scientific name | 2614591 | Xylariaceae sp. FL1019 | | scientific name | 2614592 | Xylariaceae sp. FL1651 | | scientific name | 2614600 | Diaporthe sp. PMI_573 | | scientific name | 2614609 | Xylariomycetidae sp. FL2044 | | scientific name | 2614610 | Xylariaceae sp. FL0662B | | scientific name | 2614637 | unclassified Desulfuromonas | | scientific name | 2614656 | unclassified Salmonella | | scientific name | 2614687 | unclassified Microbispora | | scientific name | 2614688 | "Microbispora cellulosiformans" Gong et al. 2020 | | authority | 2614688 | Microbispora cellulosiformans | | scientific name | 2614688 | Microbispora sp. Gxj-6 | | includes | 261477 | Nocardia kruczakiae | | scientific name | 261477 | Nocardia kruczakiae Conville et al. 2005 | | authority | 261477 | Nocardia kruczakiae Conville et al. 2005 emend. Nouioui et al. 2018 | | authority | 2614800 | unclassified Acidithiobacillus | | scientific name | 2614906 | unclassified Leisingera | | scientific name | 2614913 | unclassified Roseovarius | | scientific name | 2614931 | unclassified Hoeflea | | scientific name | 2614935 | unclassified Sneathiella | | scientific name | 2614943 | unclassified Sphingopyxis | | scientific name | 2614947 | unclassified Sphingorhabdus | | scientific name | 2614957 | unclassified Psychromonas | | scientific name | 2614977 | unclassified Vibrio | | scientific name | 2614992 | unclassified Alteromonas | | scientific name | 2615002 | unclassified Haliea | | scientific name | 2615029 | unclassified Leeuwenhoekiella | | scientific name | 2615031 | unclassified Aequorivita | | scientific name | 2615031 | unclassified Vitellibacter | | synonym | 2615033 | unclassified Dokdonia | | scientific name | 2615035 | unclassified Nonlabens | | scientific name | 2615042 | unclassified Maribacter | | scientific name | 2615047 | unclassified Arenibacter | | scientific name | 2615049 | unclassified Allomuricauda | | scientific name | 2615055 | unclassified Cyclobacterium | | scientific name | 2615069 | unclassified Nocardioides | | scientific name | 2615202 | unclassified Hymenobacter | | scientific name | 2615202 | unclassified Parahymenobacter | | synonym | 2615202 | unclassified Siccationidurans | | synonym | 2615204 | unclassified Paraburkholderia | | scientific name | 2615210 | unclassified Methylobacterium | | scientific name | 2617492 | unclassified Roseomonas | | scientific name | 2617493 | unclassified Acidiphilium | | scientific name | 2617518 | unclassified Micromonospora | | scientific name | 2617518 | unclassified Verrucosispora | | synonym | 2617525 | unclassified Rugosibacter | | scientific name | 2617605 | unclassified Ramlibacter | | scientific name | 2617802 | unclassified Mucilaginibacter | | scientific name | 2617938 | unclassified Ozotomerus | | scientific name | 2617939 | unclassified Dietzia | | scientific name | 2617991 | unclassified Magnetospirillum | | scientific name | 2618023 | unclassified Monosporascus | | scientific name | 2618068 | unclassified Halioglobus | | scientific name | 2618194 | unclassified Aquamicrobium | | scientific name | 2618254 | unclassified Taibaiella | | scientific name | 2618290 | unclassified Sulfurospirillum | | scientific name | 2618356 | unclassified Amycolatopsis | | scientific name | 2618417 | unclassified Marichromatium | | scientific name | 2618669 | unclassified Methyloprofundus | | scientific name | 2618759 | unclassified Mycobacteroides | | scientific name | 2618968 | unclassified Nakamurella | | scientific name | 2619007 | unclassified Mariprofundus | | scientific name | 2619054 | unclassified Accumulibacter | | equivalent name | 2619054 | unclassified Candidatus Accumulibacter | | scientific name | 2619116 | unclassified Rhodoplanes | | scientific name | 2619133 | unclassified Chitinophaga | | scientific name | 2619274 | unclassified Lachnospira | | scientific name | 2619320 | unclassified Pseudonocardia | | scientific name | 261933 | Pleomorphomonas | | scientific name | 261933 | Pleomorphomonas Xie and Yokota 2005 | | authority | 2619396 | unclassified Blastococcus | | scientific name | 2619441 | unclassified Planctomicrobium | | scientific name | 2619523 | unclassified Pseudozobellia | | scientific name | 2619537 | unclassified Methanoculleus | | scientific name | 2619626 | unclassified Calothrix | | scientific name | 2619674 | unclassified Anabaena | | scientific name | 2619695 | unclassified Microlunatus | | scientific name | 2619774 | unclassified Salvelinus | | scientific name | 2619893 | unclassified Paraprevotella | | scientific name | 2619919 | unclassified Nitrosopumilus | | scientific name | 2619925 | unclassified Hyphomicrobium | | scientific name | 2619995 | unclassified Kluyvera | | scientific name | 262 | Francisella | | scientific name | 262 | Francisella Dorofe'ev 1947 (Approved Lists 1980) emend. Huber et al. 2010 | | authority | 2620051 | unclassified Methanothrix | | scientific name | 262014 | Xenopus | Xenopus | scientific name | 2620175 | unclassified Cellulomonas | | scientific name | 2620434 | unclassified Symploca | | scientific name | 2620435 | unclassified Lactobacillus | | scientific name | 2620628 | unclassified Thermofilum | | scientific name | 2620728 | unclassified Acutalibacter | | scientific name | 2620789 | unclassified Aquabacterium | | scientific name | 2620880 | unclassified Photorhabdus | | scientific name | 2620948 | unclassified Micrococcus | | scientific name | 2621013 | unclassified Thioalkalivibrio | | scientific name | 2621068 | unclassified Flavihumibacter | | scientific name | 2621151 | unclassified Granulicella | | scientific name | 2621393 | unclassified Candidatus Puniceispirillum | | scientific name | 2621393 | unclassified Puniceispirillum | | equivalent name | 2621467 | unclassified Cycloclasticus | | scientific name | 2621553 | unclassified Rhodanobacter | | scientific name | 2621639 | unclassified Pelotomaculum | | scientific name | 2621730 | unclassified Leucobacter | | scientific name | 2621847 | unclassified Trichinella | | scientific name | 2621892 | unclassified Argyrodes | | scientific name | 2621999 | unclassified Spirosoma | | scientific name | 2622029 | unclassified Dolichospermum | | scientific name | 2622126 | unclassified Muribaculum | | scientific name | 2622400 | unclassified Alicyclobacillus | | scientific name | 2622417 | unclassified Propionispora | | scientific name | 2622455 | unclassified Marivivens | | scientific name | 2622455 | unclassified Paradonghicola | | synonym | 2622462 | unclassified Caldicellulosiruptor | | scientific name | 2622527 | unclassified Thermoanaerobacterium | | scientific name | 2622646 | unclassified Mycetohabitans | | scientific name | 2622653 | unclassified Brevundimonas | | scientific name | 2622719 | unclassified Erwinia | | scientific name | 2622732 | unclassified Haladaptatus | | scientific name | 2623030 | unclassified Calochromus | | scientific name | 2623417 | unclassified Spathaspora | | scientific name | 2623499 | unclassified Albidovulum | | scientific name | 2623499 | unclassified Defluviimonas | | synonym | 2623546 | unclassified Deinococcus | | scientific name | 2623549 | unclassified Sulfurimonas | | scientific name | 2623618 | unclassified Amylibacter | | scientific name | 2623750 | unclassified Neisseria | | scientific name | 2624094 | unclassified Pandoraea | | scientific name | 2624132 | unclassified Draconibacterium | | scientific name | 2624150 | unclassified Herbaspirillum | | scientific name | 2624265 | unclassified Plantibacter | | scientific name | 2624378 | unclassified Corynebacterium | | scientific name | 2624428 | unclassified Nitrosovibrio | | scientific name | 2624479 | unclassified Eubacterium | | equivalent name | 2624479 | unclassified Eubacterium (in: firmicutes) | | scientific name | 2624677 | unclassified Haloarcula | | scientific name | 2624677 | unclassified Halomicroarcula | | synonym | 2624792 | unclassified Simkania | | scientific name | 2624793 | unclassified Cellvibrio | | scientific name | 2624803 | unclassified Saccharofermentans | | scientific name | 2624949 | unclassified Gemella | | scientific name | 2624967 | unclassified Oleibacter | | synonym | 2624967 | unclassified Thalassolituus | | scientific name | 2625061 | unclassified Dyadobacter | | scientific name | 2625155 | unclassified Verrucomicrobium | | scientific name | 2625375 | unclassified Ruegeria | | scientific name | 2625383 | unclassified Roseibacillus | | scientific name | 2625466 | unclassified Thiomonas | | scientific name | 2625543 | unclassified Frankliniella | | scientific name | 2625564 | unclassified Xenophilus | | scientific name | 2625579 | unclassified Archangium | | scientific name | 2625747 | unclassified Bisporella | | scientific name | 2625945 | unclassified Acidobacterium | | scientific name | 2625955 | unclassified Methyloligella | | scientific name | 2626047 | unclassified Synechococcus | | scientific name | 2626134 | unclassified Limnohabitans | | scientific name | 2626209 | unclassified Lautropia | | scientific name | 2626254 | unclassified Actinomadura | | scientific name | 2626258 | unclassified Lutibacter | | scientific name | 2626459 | unclassified Limimaricola | | scientific name | 2626525 | unclassified Pseudothermotoga | | scientific name | 2626549 | unclassified Actinoplanes | | scientific name | 2626549 | unclassified Amorphoplanes | | equivalent name | 2626550 | unclassified Blastomonas | | scientific name | 2626550 | unclassified Erythromonas | | synonym | 2626614 | unclassified Pigmentiphaga | | scientific name | 2626619 | unclassified Haplosporangium | | scientific name | 2626703 | unclassified Coprobacillus | | scientific name | 2626756 | unclassified Rhizorhapis | | scientific name | 2626817 | unclassified Mesonia | | scientific name | 2626850 | unclassified Oscillatoria | | scientific name | 2626865 | unclassified Achromobacter | | scientific name | 2626991 | unclassified Kinneretia | | synonym | 2626991 | unclassified Mitsuaria | | synonym | 2626991 | unclassified Paucibacter | | synonym | 2626991 | unclassified Pelomonas | | synonym | 2626991 | unclassified Roseateles | | scientific name | 2627005 | unclassified Frigoribacterium | | scientific name | 2627012 | unclassified Phaeodactylibacter | | scientific name | 2627060 | unclassified Pseudovibrio | | scientific name | 2627418 | unclassified Dokdonella | | scientific name | 2627422 | unclassified Silicimonas | | scientific name | 2627452 | unclassified Herbidospora | | scientific name | 2627481 | unclassified Prochlorococcus | | scientific name | 2627572 | unclassified Tindallia | | scientific name | 2627627 | unclassified Geobacter | | scientific name | 2627629 | unclassified Rhodoglobus | | scientific name | 2627732 | unclassified Ruminiclostridium | | scientific name | 2627739 | unclassified Pectobacterium | | scientific name | 2627917 | unclassified Dorea | | scientific name | 2627922 | unclassified Vitreoscilla | | scientific name | 2627954 | unclassified Albidiferax | | synonym | 2627954 | unclassified Rhodoferax | | scientific name | 2627959 | unclassified Eteone | | scientific name | 2627988 | unclassified Albitalea | | synonym | 2627988 | unclassified Piscinibacter | | scientific name | 2628203 | unclassified Gallionella | | scientific name | 2628295 | unclassified Sterolibacterium | | scientific name | 2628446 | unclassified Neocallimastix | | scientific name | 2628533 | unclassified Sporolactobacillus | | scientific name | 2628565 | unclassified Syntrophorhabdus | | scientific name | 2628570 | unclassified Acetobacter | | scientific name | 2628675 | unclassified Polyrhachis | | scientific name | 2628820 | unclassified Ciceribacter | | scientific name | 2628896 | unclassified Candidatus Nanopelagicus | | scientific name | 2628896 | unclassified Nanopelagicus | | equivalent name | 2628910 | unclassified Trichocoleus | | scientific name | 2628915 | unclassified Nubsella | | synonym | 2628915 | unclassified Pedobacter | | scientific name | 2628985 | unclassified Chryseolinea | | scientific name | 2629105 | unclassified Pyxidicoccus | | scientific name | 2629175 | unclassified Neorhizobium | | scientific name | 262921 | Rhododendron williamsianum | | scientific name | 262921 | Rhododendron williamsianum Rehder & E.H.Wilson, 1913 | | authority | 2629249 | unclassified Methylophaga | | scientific name | 2629258 | unclassified Ilumatobacter | | scientific name | 2629304 | unclassified Oscillibacter | | scientific name | 2629321 | unclassified Chiayiivirga | | scientific name | 2629323 | unclassified Roseibium | | scientific name | 2629395 | unclassified Jatrophihabitans | | scientific name | 2629414 | unclassified Shigella | | scientific name | 2629479 | unclassified Azoarcus | | scientific name | 2629782 | unclassified Oribacterium | | scientific name | 2629826 | unclassified Rubellimicrobium | | scientific name | 263 | "Bacterium tularense" McCoy and Chapin 1912 | | authority | 263 | "Brucella tularensis" (McCoy and Chapin 1912) Topley and Wilson 1929 | | authority | 263 | "Francisella tularense" (sic) (McCoy and Chapin 1912) Dorofe'ev 1947 | | authority | 263 | "Pasteurella tularensis" (McCoy and Chapin 1912) Bergey et al. 1923 | | authority | 263 | Bacterium tularense | | synonym | 263 | Brucella tularensis | | synonym | 263 | Francisella tularense | | synonym | 263 | Francisella tularensis | | scientific name | 263 | Francisella tularensis (McCoy and Chapin 1912) Dorofe'ev 1947 | | authority | 263 | Pasteurella tularensis | | synonym | 2630009 | unclassified Reyranella | | scientific name | 2630031 | unclassified Bordetella | | scientific name | 2630086 | unclassified Veillonella | | scientific name | 2630115 | unclassified Prosthecobacter | | scientific name | 2630143 | unclassified Methylophilus | | scientific name | 2630295 | unclassified Undibacterium | | scientific name | 2630326 | unclassified Kalamiella | | synonym | 2630326 | unclassified Pantoea | | scientific name | 2630389 | unclassified Dysgonomonas | | scientific name | 2630404 | unclassified Cylindrospermum | | scientific name | 2630414 | unclassified Algicola | | scientific name | 2630422 | unclassified Desulfomicrobium | | scientific name | 2630587 | unclassified Aquincola | | scientific name | 2630699 | unclassified Hyphomonas | | scientific name | 2630922 | unclassified Azospirillum | | scientific name | 2630964 | unclassified Ilyonectria | | scientific name | 2630983 | unclassified Cetobacterium | | scientific name | 2631020 | unclassified Arcanobacterium | | scientific name | 2631113 | unclassified Thermotoga | | scientific name | 2631190 | unclassified Antarcticibacterium | | scientific name | 2631349 | unclassified Falcatimonas | | scientific name | 263139 | Sitodiplosis | | scientific name | 263140 | Cecidomyia mosellana | | synonym | 263140 | Cecidomyia mosellana Gehin, 1857 | | authority | 263140 | Sitodiplosis mosellana | | scientific name | 263140 | orange wheat blossom midge | | genbank common name | 263140 | wheat midge | wheat midge | common name | 2631432 | unclassified Rhodovulum | | scientific name | 2631489 | unclassified Kosmotoga | | scientific name | 2631504 | unclassified Spongiibacter | | scientific name | 2631537 | unclassified Tephrocybe | | scientific name | 2631580 | unclassified Bradyrhizobium | | scientific name | 2631648 | unclassified Rotaria | | scientific name | 2632016 | unclassified Motiliproteus | | scientific name | 2632023 | unclassified Podarcis | | scientific name | 2632115 | unclassified Naasia | | scientific name | 2632123 | unclassified Oceanicaulis | | scientific name | 2632165 | unclassified Tepidisphaera | | scientific name | 2632280 | unclassified Croceitalea | | scientific name | 2632301 | unclassified Olivibacter | | scientific name | 2632303 | unclassified Marinilactibacillus | | scientific name | 2632320 | unclassified Mesoaciditoga | | scientific name | 2632371 | unclassified Maricaulis | | scientific name | 2632390 | unclassified Sulfuricurvum | | scientific name | 2632435 | unclassified Citricoccus | | scientific name | 2632575 | unclassified Frankia | | scientific name | 2632609 | unclassified Desulfotomaculum | | scientific name | 2632610 | unclassified Brucella | | scientific name | 2632611 | unclassified Agrobacterium | | scientific name | 2632715 | unclassified Herminiimonas | | scientific name | 2632780 | unclassified Scytalidium | | scientific name | 2632833 | unclassified Xenorhabdus | | scientific name | 2632864 | unclassified Limnothrix | | scientific name | 2632876 | unclassified Kosakonia | | scientific name | 2632986 | unclassified Athelia | | scientific name | 2632986 | unclassified Fibularhizoctonia | | synonym | 2633002 | unclassified Gelidibacter | | scientific name | 2633068 | unclassified Xanthoria | | scientific name | 2633072 | unclassified Thalassococcus | | scientific name | 2633097 | unclassified Erythrobacter | | scientific name | 2633235 | unclassified Methylibium | | scientific name | 2633235 | unclassified Pseudorivibacter | | synonym | 2633343 | unclassified Candidatus Methanosuratincola | | scientific name | 2633343 | unclassified Candidatus Methanosuratus | | equivalent name | 2633351 | unclassified Dechloromonas | | scientific name | 2633371 | unclassified Ensifer | | scientific name | 2633426 | unclassified Parasegetibacter | | scientific name | 2633436 | unclassified Salegentibacter | | scientific name | 2633465 | unclassified Providencia | | scientific name | 2633570 | unclassified Aeromicrobium | | scientific name | 2633591 | unclassified Kitasatospora | | scientific name | 2633634 | unclassified Anaeroplasma | | scientific name | 2633649 | unclassified Butyricicoccus | | scientific name | 263369 | Bacteriovoracaceae | | scientific name | 263369 | Bacteriovoracaceae Davidov and Jurkevich 2004 emend. Koval et al. 2015 | | authority | 263369 | Peredibacteraceae | | synonym | 263369 | Peredibacteraceae Pineiro et al. 2008 emend. Koval et al. 2015 | | authority | 2633699 | unclassified Hydrogenovibrio | | scientific name | 263377 | Salipiger | | scientific name | 263377 | Salipiger Martinez-Canovas et al. 2004 | | authority | 263377 | Salipiger Martinez-Canovas et al. 2004 emend. Liang et al. 2021 | | authority | 263377 | Salipiger Martinez-Canovas et al. 2004 emend. Wirth and Whitman 2018 | | authority | 263377 | Thiobacimonas | | synonym | 263377 | Thiobacimonas Li et al. 2015 | | authority | 2633794 | unclassified Desulfosporosinus | | scientific name | 2633795 | unclassified Bdellovibrio | | scientific name | 2633828 | unclassified Leptospira | | scientific name | 2633855 | unclassified Chloroflexus | | scientific name | 26339 | Iridaceae | | scientific name | 26339 | Iridaceae Juss., 1789 | | authority | 26339 | iris family | | common name | 2633901 | unclassified Acetatifactor | | scientific name | 2633909 | unclassified Holdemanella | | scientific name | 2634177 | unclassified Fibrobacter | | scientific name | 2634184 | unclassified Saccharomonospora | | scientific name | 2634190 | unclassified Paenarthrobacter | | scientific name | 2634373 | unclassified Gordonibacter | | scientific name | 2634405 | unclassified Cellulophaga | | scientific name | 2634418 | unclassified Boseongicola | | scientific name | 2634549 | unclassified Dyella | | scientific name | 2634635 | unclassified Okeania | | scientific name | 2634827 | unclassified Kamptonema | | scientific name | 2634876 | unclassified Tumebacillus | | scientific name | 2634919 | unclassified Ideonella | | scientific name | 263510 | Crocosphaera | | scientific name | 263510 | Crocosphaera Zehr, Rachel A.Foster, Waterbury & E.Webb, 2019 | | authority | 263510 | Erythrosphaera | | synonym | 263510 | Erythrosphaera S.W.Watson, F.W.Valois, D.Distel & J.B.Waterbury, 1990 | | authority | 263510 | Erythrosphaera Waterbury, Watson & Valois, 1988 | | authority | 2635139 | unclassified Tenacibaculum | | scientific name | 2635230 | unclassified Gorillibacterium | | scientific name | 2635283 | unclassified Methylobacter | | scientific name | 2635326 | unclassified Flavipsychrobacter | | scientific name | 2635362 | unclassified Lysobacter | | scientific name | 2635385 | unclassified Faecalicatena | | scientific name | 2635419 | unclassified Tessaracoccus | | scientific name | 2635563 | unclassified Maritimibacter | | scientific name | 2635563 | unclassified Muriiphilus | | synonym | 2635686 | unclassified Dermabacter | | scientific name | 2635730 | unclassified Meridianimaribacter | | scientific name | 2635733 | unclassified Dehalobacter | | scientific name | 2635829 | unclassified Clostridioides | | scientific name | 2635961 | unclassified Sediminibacterium | | scientific name | 2636157 | unclassified Gemmobacter | | scientific name | 2636252 | unclassified Williamsia | | scientific name | 2636392 | unclassified Halothiobacillus | | scientific name | 2636472 | unclassified Halobacillus | | scientific name | 2636650 | unclassified Thiomicrorhabdus | | scientific name | 2636677 | unclassified Psychrobacillus | | scientific name | 2636738 | unclassified Cohnella | | scientific name | 2636767 | unclassified Mycolicibacterium | | scientific name | 2636776 | unclassified Oleispira | | scientific name | 2636778 | unclassified Lysinibacillus | | scientific name | 2636825 | unclassified Salinivibrio | | scientific name | 2636909 | unclassified Duganella | | scientific name | 2637121 | unclassified Pseudogymnoascus | | scientific name | 2637139 | unclassified Solimonas | | scientific name | 2637249 | unclassified Tuberibacillus | | scientific name | 2637378 | unclassified Selenomonas | | scientific name | 2637482 | unclassified Mogibacterium | | scientific name | 2637548 | unclassified Collinsella | | scientific name | 2637578 | unclassified Roseburia | | scientific name | 2637632 | unclassified Geodermatophilus | | scientific name | 2637652 | unclassified Butyricimonas | | scientific name | 2637685 | unclassified Holdemania | | scientific name | 2637691 | unclassified Rubrobacter | | scientific name | 2637784 | unclassified Sulfuriferula | | scientific name | 26378 | Belamcanda | | synonym | 26378 | Belamcanda Adans., 1763 | | authority | 26378 | Iris | Iris | scientific name | 26378 | Iris L., 1753 | | authority | 26378 | Pardancanda | | synonym | 26378 | Pardanthopsis | | synonym | 26378 | x Pardancanda | | synonym | 26378 | x Pardancanda L.W.Lenz, 1972 | | authority | 2637819 | unclassified Cadophora | | scientific name | 2637820 | unclassified Flammeovirga | | scientific name | 2637890 | unclassified Desulfotignum | | scientific name | 2637901 | unclassified Spiroplasma | | scientific name | 2637969 | unclassified Candidatus Electrothrix | | scientific name | 2637969 | unclassified Electrothrix | | equivalent name | 2637987 | unclassified Moritella | | scientific name | 2637993 | unclassified Parafilimonas | | scientific name | 2638081 | unclassified Enterorhabdus | | scientific name | 2638182 | unclassified Acetobacterium | | scientific name | 2638247 | unclassified Rhodopseudomonas | | scientific name | 2638319 | unclassified Polaromonas | | scientific name | 2638335 | unclassified Prevotella | | scientific name | 2638338 | unclassified Synergistes | | scientific name | 2638500 | unclassified Comamonas | | scientific name | 2638574 | unclassified Thermodesulfobacterium | | scientific name | 2638619 | unclassified Pseudobutyrivibrio | | scientific name | 2638681 | unclassified Methanobrevibacter | | scientific name | 2638681 | unclassified Methanobrevibacter (miscellaneous) | | equivalent name | 2638683 | unclassified Nitrospina | | scientific name | 2638727 | unclassified Treponema | | scientific name | 2638792 | unclassified Olsenella | | scientific name | 2638824 | unclassified Pedosphaera | | scientific name | 2638842 | unclassified Alcanivorax | | scientific name | 2639107 | unclassified Roseitalea | | scientific name | 2639137 | unclassified Trichodesmium | | scientific name | 2639160 | unclassified Phascolarctobacterium | | scientific name | 2639179 | unclassified Epibacterium | | scientific name | 2639280 | unclassified Simiduia | | scientific name | 2639385 | unclassified Thiovulum | | scientific name | 2639413 | unclassified Methylocapsa | | scientific name | 2639466 | unclassified Butyrivibrio | | scientific name | 2639665 | unclassified Halobacteriovorax | | scientific name | 2639704 | unclassified Anoxybacillus | | scientific name | 2639862 | unclassified Nitrososphaera | | scientific name | 2639971 | unclassified Methyloversatilis | | scientific name | 2640016 | unclassified Pusillimonas | | scientific name | 2640096 | unclassified Pyrenochaeta | | scientific name | 2640160 | unclassified Tropicimonas | | scientific name | 2640612 | unclassified Methylovirgula | | scientific name | 2640636 | unclassified Desulfotalea | | scientific name | 2640670 | unclassified Phenylobacterium | | scientific name | 2640676 | unclassified Wolbachia | | scientific name | 2640874 | unclassified Cupriavidus | | scientific name | 2640945 | unclassified Polynucleobacter | | scientific name | 2641067 | unclassified Coemansia | | scientific name | 2641084 | unclassified Nitratireductor | | scientific name | 2641148 | unclassified Agreia | | scientific name | 2641197 | unclassified Halanaerobium | | scientific name | 2641225 | unclassified Odoribacter | | scientific name | 2641541 | unclassified Algoriphagus | | scientific name | 2641570 | unclassified Psychrosphaera | | scientific name | 2641626 | unclassified Anaerotruncus | | scientific name | 2641713 | unclassified Arenimonas | | scientific name | 2641838 | unclassified Chromobacterium | | scientific name | 2641864 | unclassified Planktomarina | | scientific name | 2641974 | unclassified Candidatus Scalindua | | scientific name | 2641974 | unclassified Scalindua | | equivalent name | 2642050 | unclassified Afipia | | scientific name | 2642050 | unclassified Oligotropha | | synonym | 2642155 | unclassified Microcoleus | | scientific name | 2642239 | unclassified Halorubrum | | scientific name | 2642280 | unclassified Desulfamplus | | scientific name | 2642459 | unclassified Geobacillus | | scientific name | 2642494 | unclassified Mycobacterium | | scientific name | 2642519 | unclassified Marinifilum | | scientific name | 2642558 | unclassified Pseudogulbenkiania | | scientific name | 2642604 | unclassified Anaerocolumna | | scientific name | 2642690 | unclassified Methanomicrobium | | scientific name | 2642729 | unclassified Ileibacterium | | scientific name | 2643062 | unclassified Shinella | | scientific name | 2643099 | unclassified Thiomicrospira | | scientific name | 2643117 | unclassified Sebaldella | | scientific name | 2643230 | unclassified Antaeotricha | | scientific name | 2643253 | unclassified Lechevalieria | | synonym | 2643253 | unclassified Lentzea | | scientific name | 2643310 | unclassified Xanthomonas | | scientific name | 2643326 | unclassified Neochlamydia | | scientific name | 2643346 | unclassified Nostocoides | | scientific name | 2643807 | unclassified Chelativorans | | scientific name | 2643817 | unclassified Atopobium | | scientific name | 2643834 | unclassified Streptacidiphilus | | scientific name | 2643866 | unclassified Modestobacter | | scientific name | 2643953 | unclassified Robiginitomaculum | | scientific name | 2644261 | unclassified Gluconobacter | | scientific name | 2644349 | unclassified Grimontia | | scientific name | 2644389 | unclassified Citrobacter | | scientific name | 264449 | Pseudomonas syringae group pathovars incertae sedis | | scientific name | 2644528 | unclassified Endozoicomonas | | scientific name | 2644549 | unclassified Sphingosinicella | | scientific name | 264459 | Pseudomonas syringae pv. spinaceae | | scientific name | 2644629 | unclassified Exiguobacterium | | scientific name | 2644672 | unclassified Methanosarcina | | scientific name | 2644710 | unclassified Formosa | | scientific name | 2644732 | unclassified Novosphingobium | | scientific name | 2644764 | unclassified Verminephrobacter | | scientific name | 2644781 | unclassified Trichosalpingus | | scientific name | 2644826 | unclassified Kurthia | | scientific name | 2645567 | unclassified Boothiomyces | | scientific name | 2645598 | unclassified Duodenibacillus | | scientific name | 2645676 | unclassified Hormoscilla | | scientific name | 2645757 | unclassified Gordius | | scientific name | 2645785 | unclassified Catellatospora | | scientific name | 2645799 | unclassified Porphyromonas | | scientific name | 2645906 | unclassified Pseudoxanthomonas | | scientific name | 2645927 | unclassified Inquilinus | | scientific name | 2646048 | unclassified Alicycliphilus | | scientific name | 2646097 | unclassified Bacteroides | | scientific name | 2646123 | unclassified Gemmatimonas | | scientific name | 2646205 | unclassified Chroococcidiopsis | | scientific name | 264637 | Acholeplasma morum | | synonym | 264637 | Acholeplasma morum Rose et al. 1980 | | authority | 264637 | Paracholeplasma morum | | scientific name | 264637 | Paracholeplasma morum (Rose et al. Watanabe et al. 2021 | | authority | 2646395 | unclassified Faecalibacterium | | scientific name | 2646443 | unclassified Sphaerospermopsis | | scientific name | 2646486 | unclassified Phycisphaera | | scientific name | 2646494 | unclassified Lacunisphaera | | scientific name | 2646634 | unclassified Niabella | | scientific name | 2646735 | unclassified Aestuariibaculum | | scientific name | 2646754 | unclassified Rhodoluna | | scientific name | 2646756 | unclassified Alkaliphilus | | scientific name | 2646786 | unclassified Caballeronia | | scientific name | 2647000 | unclassified Pseudarthrobacter | | scientific name | 2647013 | unclassified Pseudochrobactrum | | scientific name | 2647022 | unclassified Blastopirellula | | scientific name | 2647165 | unclassified Copris | | scientific name | 2647166 | unclassified Marinovum | | scientific name | 2647248 | unclassified Ferruginibacter | | scientific name | 26473 | Buddleia | | synonym | 26473 | Buddleja | | scientific name | 26473 | Buddleja L., 1753 | | authority | 2647355 | unclassified Notoacmeibacter | | scientific name | 2647522 | unclassified Serratia (in: enterobacteria) | | scientific name | 2647535 | unclassified Puniceibacterium | | scientific name | 2647561 | unclassified Muriicola | | scientific name | 2647645 | unclassified Aegiribacteria | | equivalent name | 2647645 | unclassified Candidatus Aegiribacteria | | scientific name | 2647733 | unclassified Sporosarcina | | scientific name | 2647897 | unclassified Candidatus Pelagibacter | | scientific name | 2647897 | unclassified Pelagibacter | | equivalent name | 2647929 | unclassified Promicromonospora | | scientific name | 2647981 | unclassified Ferroplasma | | scientific name | 2648079 | unclassified Blautia | | scientific name | 2648142 | unclassified Cephaloticoccus | | scientific name | 2648257 | unclassified Methyloglobulus | | scientific name | 2648352 | unclassified Amoebophilus | | equivalent name | 2648352 | unclassified Candidatus Amoebophilus | | scientific name | 2648435 | unclassified Thermoflexus | | scientific name | 2648467 | unclassified Methylorubrum | | scientific name | 2648499 | unclassified Vagococcus | | scientific name | 2648599 | unclassified Planktothrix | | scientific name | 2648610 | unclassified Acidocella | | scientific name | 2648686 | unclassified Labrenzia | | scientific name | 2648731 | unclassified Myxococcus | | scientific name | 2648737 | unclassified Eggerthella | | scientific name | 2648758 | unclassified Candidatus Methanomethylophilus | | equivalent name | 2648758 | unclassified Methanomethylophilus | | scientific name | 2648843 | unclassified Planctomyces | | scientific name | 2648921 | unclassified Caulobacter | | scientific name | 2648997 | unclassified Thalassospira | | scientific name | 2649013 | unclassified Cryobacterium | | scientific name | 2649073 | unclassified Nocardiopsis | | scientific name | 2649220 | unclassified Sedimentibacter | | scientific name | 2649277 | unclassified Cyanothece | | scientific name | 2649388 | unclassified Flagelloscypha | | scientific name | 2649394 | unclassified Atlantibacter | | scientific name | 2649451 | unclassified Sporocytophaga | | scientific name | 264951 | Byssochlamys spectabilis | | synonym | 264951 | Byssochlamys spectabilis (Udagawa & Shoji Suzuki) Houbraken & Samson 2008 | | authority | 264951 | Paecilomyces spectabilis | | synonym | 264951 | Paecilomyces spectabilis Udagawa & Shoji Suzuki, 1994 | | authority | 264951 | Paecilomyces variotii | | scientific name | 264951 | Paecilomyces variotii Bainier, 1907 | | synonym | 264951 | Talaromyces spectabilis | | synonym | 264951 | Talaromyces spectabilis Udagawa & Shoji Suzuki, 1994 | | authority | 2649579 | unclassified Kocuria | | scientific name | 2649730 | unclassified Methanoregula | | scientific name | 2649731 | unclassified Coregonus | | scientific name | 2649762 | unclassified Rubrivivax | | scientific name | 2649764 | unclassified Cronobacter | | scientific name | 2649774 | unclassified Parabacteroides | | scientific name | 2649784 | unclassified Fretibacterium | | scientific name | 2649847 | unclassified Salinisphaera | | scientific name | 264995 | Anaerofustis | | scientific name | 264995 | Anaerofustis Finegold et al. 2004 | | authority | 265 | Paracoccus | Paracoccus | scientific name | 265 | Paracoccus Davis 1969 (Approved Lists 1980) emend. Liu et al. 2008 | | authority | 265 | Paracoccus Davis 1969 (Approved Lists 1980) emend. Ludwig et al. 1993 | | authority | 2650499 | unclassified Leptolyngbya | | scientific name | 2650566 | Micromonospora sp. AMSO31t | | scientific name | 2650964 | Acinetobacter sp. RF15A | | scientific name | 2650975 | Halobacteriaceae archaeon ZS-3 | | includes | 2650975 | Halorussus halophilus | | scientific name | 2650975 | Halorussus halophilus Ding et al. 2020 | | authority | 2650975 | Halorussus sp. ZS-3 | | synonym | 2650976 | Scenedesmus sp. NREL 46B-D3 | | scientific name | 2651160 | unclassified Candidatus Contendobacter | | scientific name | 2651160 | unclassified Contendobacter | | equivalent name | 2651161 | Candidatus Contendibacter sp. | | scientific name | 2651161 | Contendobacter sp. | | equivalent name | 2651163 | Ignavibacteriaceae bacterium | | scientific name | 2652172 | unclassified Nitrospira | | scientific name | 2652269 | "Anaerococcus porci" Wylensek et al. 2020 | | authority | 2652269 | Anaerococcus porci | | scientific name | 2652269 | Anaerococcus porci Wylensek et al. 2021 | | authority | 2652269 | Anaerococcus sp. DSM 101005 | | includes | 2652269 | Anaerococcus sp. WCA-380-WT-2B | | includes | 2652273 | unclassified Eisenbergiella | | scientific name | 2652289 | Selenomonadaceae bacterium | | scientific name | 2653122 | Martinezella dioscoreae | | scientific name | 2653122 | Martinezella dioscoreae (Ouyabe et al. 2020) Naranjo-Robayo et al. 2026 | | authority | 2653122 | Rhizobium dioscoreae | | synonym | 2653122 | Rhizobium dioscoreae Ouyabe et al. 2020 | | authority | 2653122 | Rhizobium sp. NBRC 114257 | | includes | 2653122 | Rhizobium sp. S-62 | | includes | 2653122 | Rhizobium sp. S-93 | | includes | 265317 | "Candidatus Poribacteria" Fiesler et al. 2004 | | authority | 265317 | Candidatus Poribacteria | | scientific name | 265317 | candidate phylum Poribacteria | | equivalent name | 2653178 | unclassified Allobosea | | scientific name | 2653189 | Chroococcidiopsis sp. CCNUC1 | | scientific name | 2653513 | unclassified Yersinia (in: enterobacteria) | | scientific name | 2653677 | Hormoscilla sp. GM7CHS1pb | | scientific name | 2653789 | Whippomorpha | | scientific name | 2653852 | Rubrobacter marinus | | scientific name | 2653852 | Rubrobacter marinus Chen et al. 2020 | | authority | 2653852 | Rubrobacter sp. SCSIO 52915 | | includes | 2653857 | Amycolatopsis sp. YIM 10 | | scientific name | 2654182 | Frankiaceae bacterium | | scientific name | 2654244 | Flavobacterium sp. LMO8 | | scientific name | 2654248 | Mesorhizobium sp. INR15 | | scientific name | 265459 | unclassified Sciaridae | | scientific name | 2654633 | Caenorhabditis bovis | | scientific name | 2654633 | Caenorhabditis bovis (Kreis, 1964) | | authority | 2654633 | Rhabditis bovis | | synonym | 2654633 | Rhabditis bovis Kreis, 1964 | | authority | 2654636 | Duganella sp. FT27W | | scientific name | 265487 | Blastopirellula | | scientific name | 265487 | Blastopirellula Schlesner et al. 2004 | | authority | 265488 | Rhodopirellula | | scientific name | 265488 | Rhodopirellula Schlesner et al. 2004 | | authority | 265488 | Rhodopirellula Schlesner et al. 2004 emend. Bondoso et al. 2014 | | authority | 265488 | Rhodopirellula Schlesner et al. 2004 emend. Kallscheuer et al. 2020 | | authority | 265488 | Rhodopirellula Schlesner et al. 2004 emend. Sreya et al. 2023 | | authority | 2654974 | Paenibacillus foliorum | | scientific name | 2654974 | Paenibacillus foliorum Qi et al. 2021 | | authority | 2654974 | Paenibacillus sp. LMG 31456 | | includes | 2654982 | "Paraburkholderia atlantica" Paulitsch et al. 2020 | | authority | 2654982 | Paraburkholderia atlantica | | scientific name | 2654982 | Paraburkholderia sp. CCGE1002 | | includes | 2654982 | Paraburkholderia sp. CNPSo 3155 | | includes | 2654982 | Paraburkholderia sp. JPY156 | | includes | 2654982 | Paraburkholderia sp. JPY158 | | includes | 2654982 | Paraburkholderia sp. JPY171 | | includes | 2654982 | Paraburkholderia sp. JPY251 | | includes | 2654982 | Paraburkholderia sp. JPY303 | | includes | 2654982 | Paraburkholderia sp. JPY306 | | includes | 2654982 | Paraburkholderia sp. JPY395 | | includes | 2654982 | Paraburkholderia sp. JPY422 | | includes | 2654982 | Paraburkholderia sp. JPY425 | | includes | 2654982 | Paraburkholderia sp. JPY681 | | includes | 265606 | Rhodopirellula baltica | | scientific name | 265606 | Rhodopirellula baltica Schlesner et al. 2004 | | authority | 2656917 | unclassified Nodularia (in: cyanobacteria) | | scientific name | 2657482 | unclassified Gordonia (in: high G+C Gram-positive bacteria) | | scientific name | 265780 | Pleuropterus | | scientific name | 265780 | Pleuropterus Turcz., 1848 | | authority | 265960 | "Komagatabacter nataicola" (Lisdiyanti et al. 2006) Yamada et al. 2012 | | synonym | 265960 | Gluconacetobacter nataicola | | synonym | 265960 | Gluconacetobacter nataicola Lisdiyanti et al. 2006 | | authority | 265960 | Komagataeibacter nataicola | | scientific name | 265960 | Komagataeibacter nataicola (Lisdiyanti et al. 2006) Yamada et al. 2013 | | authority | 265975 | Oribacterium | | scientific name | 265975 | Oribacterium Carlier et al. 2004 emend. Sizova et al. 2014 | | authority | 266009 | Methylovorus glucosotrophus | | scientific name | 266009 | Methylovorus glucosotrophus Govorukhina and Trotsenko 1991 emend. Doronina et al. 2005 | | authority | 266009 | Methylovorus glucosotrophus Govorukhina and Trotsenko 1991 emend. Doronina et al. 2016 | | authority | 266009 | Methylovorus sp. 34 | | includes | 2660712 | Defluviitaleaceae bacterium | | scientific name | 2661779 | Sapientia | | scientific name | 2661779 | Sapientia Felfoldi et al. 2020 | | authority | 2661849 | Calotrichaceae | | scientific name | 2662056 | Retaria | | scientific name | 2662056 | Retaria Cavalier-Smith, 2002 | | authority | 2662143 | Sinomicrobium soli | | scientific name | 2662143 | Sinomicrobium soli Liu et al. 2019 | | authority | 2662143 | Sinomicrobium sp. N-1-3-6 | | includes | 2662364 | Sphingobacterium sp. DK4209 | | includes | 2662364 | Sphingobacterium sp. dk4302 | | includes | 2662364 | Sphingobacterium zhuxiongii | | scientific name | 2662364 | Sphingobacterium zhuxiongii Tao et al. 2024 | | authority | 2662611 | Preaxostyla | | scientific name | 2662611 | Preaxostyla Simpson, 2003 | | authority | 2662613 | Paratrimastigidae | | scientific name | 2662613 | Paratrimastigidae Zhang et al., 2015 | | authority | 266265 | Burkholderia cepacia LB400 | | synonym | 266265 | Burkholderia fungorum LB400 | | synonym | 266265 | Burkholderia sp. LB400 | | synonym | 266265 | Burkholderia xenovorans LB400 | | synonym | 266265 | Paraburkholderia xenovorans LB400 | | scientific name | 266265 | Pseudomonas LB400 | | synonym | 266265 | Pseudomonas sp. (strain LB400) | | synonym | 266265 | Pseudomonas sp. LB400 | | synonym | 2663013 | unclassified Chitinivibrionales | | scientific name | 2663014 | Chitinivibrionales bacterium | | scientific name | 2663134 | Pseudogemmobacter | | scientific name | 2663134 | Pseudogemmobacter Suman et al. 2019 | | authority | 2663134 | Pseudogemmobacter Suman et al. 2019 emend. Ma et al. 2022 | | authority | 2663374 | Xylaria sp. FL0064 | | scientific name | 2663376 | Xylariaceae sp. FL1272 | | scientific name | 266359 | Grantiella | | scientific name | 266360 | Entomophila picta | | synonym | 266360 | Entomophila picta Gould, 1838 | | authority | 266360 | Grantiella picta | | scientific name | 2663821 | Paenibacillus sp. OAS669 | | scientific name | 2663822 | Mycobacterium sp. OAS707 | | scientific name | 2663824 | unclassified Diaminobutyricibacter | | synonym | 2663824 | unclassified Leifsonia | | scientific name | 2663883 | Coemansia sp. RSA 552 | | scientific name | 2663885 | Coemansia sp. RSA 921 | | scientific name | 2663890 | Coemansia sp. RSA 562 | | scientific name | 2663896 | Coemansia sp. RSA 2671 | | scientific name | 2663899 | Coemansia sp. RSA 1972 | | scientific name | 2663902 | Coemansia sp. RSA 1285 | | scientific name | 2663903 | Coemansia sp. RSA 2681 | | scientific name | 2663912 | Coemansia sp. S100 | | scientific name | 2664177 | unclassified Candidatus Promineifilum | | scientific name | 2664177 | unclassified Promineifilum | | equivalent name | 2664178 | Ca. Promineifilum sp. | | equivalent name | 2664178 | Candidatus Promineifilum sp. | | equivalent name | 2664178 | Promineifilum sp. | | scientific name | 2664899 | Pseudomonas sp. CFSAN084952 | | scientific name | 2664923 | Colletotrichum noveboracense | | scientific name | 2664923 | Colletotrichum noveboracense F. Khodadadi, P. L. Martin, V. P. Doyle, J. B. Gonzalez & S. G. Acimovic, 2020 | | authority | 2664923 | Colletotrichum noveboracense F. Khodadadi, P.L. Martin, V.P. Doyle, J.B. Gonzalez & S.G. Acimovic, 2020 | | authority | 2664923 | Colletotrichum sp. EG-2019a | | includes | 2665391 | Enterobacteriaceae bacterium TzEc077 | | scientific name | 2665663 | "Nonomuraea rhizosphaerae" Zhao et al. 2018 | | authority | 2665663 | Nonomuraea rhizosphaerae | | scientific name | 2665663 | Nonomuraea rhizosphaerae Zhao et al. 2024 | | authority | 2666084 | "Candidatus Duganella pafamia" Pallen et al. 2022 | | synonym | 2666084 | Candidatus Duganella pafamia | | synonym | 2666084 | Duganella guangzhouensis | | scientific name | 2666084 | Duganella guangzhouensis Lu et al. 2020 | | authority | 2666084 | Duganella sp. FT80W | | includes | 2666183 | Pseudomonas juntendi | | scientific name | 2666183 | Pseudomonas juntendi Tohya et al. 2019 | | authority | 2666183 | Pseudomonas sp. BML3 | | includes | 2666298 | "Desertiactinospora gelatinilytica" Saygin et al. 2019 | | authority | 2666298 | Desertactinospora gelatinilytica corrig. Saygin et al. 2019 | | synonym | 2666298 | Desertiactinospora gelatinilytica | | synonym | 2666298 | Sphaerisporangium sp. 7K107 | | includes | 2666298 | Spongiactinospora gelatinilytica | | scientific name | 2666298 | Spongiactinospora gelatinilytica (Saygin et al. 2019) Ay et al. 2020 | | authority | 2668073 | unclassified Halobacterium | | scientific name | 2668074 | Halobacterium sp. CBA1126 | | scientific name | 266940 | Kineococcus radiotolerans ATCC BAA-149 | | synonym | 266940 | Kineococcus radiotolerans ATCC BAA-149 = SRS30216 | | equivalent name | 266940 | Kineococcus radiotolerans SRS30216 | | synonym | 266940 | Kineococcus radiotolerans SRS30216 = ATCC BAA-149 | | scientific name | 266940 | Kineococcus-like str. SRS30216 | | synonym | 267 | Paracoccus sp. (in: a-proteobacteria) | | scientific name | 2670774 | unclassified Claviceps | | scientific name | 2670774 | unclassified Sphacelia | | equivalent name | 267213 | Ipomoeeae | | scientific name | 267213 | Ipomoeeae Hallier f., 1893 | | authority | 2672569 | Microlunatus sp. Gsoil 973 | | scientific name | 2675151 | Providencia sp. wls1938 | | scientific name | 2675218 | Corynebacterium comes | | scientific name | 2675218 | Corynebacterium comes Schaffert et al. 2021 | | authority | 2675218 | Corynebacterium sp. 2019 | | includes | 2675229 | Peribacillus | | scientific name | 2675229 | Peribacillus Patel and Gupta 2020 | | authority | 2675230 | Cytobacillus | | scientific name | 2675230 | Cytobacillus Patel and Gupta 2020 | | authority | 2675231 | Mesobacillus | | scientific name | 2675231 | Mesobacillus Patel and Gupta 2020 | | authority | 2675232 | Neobacillus | | scientific name | 2675232 | Neobacillus Patel and Gupta 2020 | | authority | 2675233 | Metabacillus | | scientific name | 2675233 | Metabacillus Patel and Gupta 2020 | | authority | 2675266 | unclassified Peribacillus | | scientific name | 2675272 | unclassified Neobacillus | | scientific name | 267555 | Cuscuta australis | | scientific name | 267555 | Cuscuta australis R.Br., 1810 | | authority | 2675671 | "Ilyomonas" Chhetri et al. 2019 | | authority | 2675671 | Ilyomonas | | scientific name | 2675671 | Ilyomonas Chhetri et al. 2021 | | authority | 2675710 | Klebsiella sp. WP3-W18-ESBL-02 | | scientific name | 2675711 | Klebsiella sp. WP3-S18-ESBL-05 | | scientific name | 2676063 | Pseudomethylobacillus | | scientific name | 2676063 | Pseudomethylobacillus Sheu et al. 2019 | | authority | 2676064 | Pseudomethylobacillus aquaticus | | scientific name | 2676064 | Pseudomethylobacillus aquaticus Sheu et al. 2019 | | authority | 2676234 | Sphingosinithalassobacter portus | | synonym | 2676234 | Sphingosinithalassobacter portus Hetharua et al. 2019 | | authority | 2676234 | Stakelama portus | | scientific name | 2676234 | Stakelama portus (Hetharua et al. 2019) Wang et al. 2025 | | authority | 2676252 | Alginatibacterium | | scientific name | 2676252 | Alginatibacterium Wang et al. 2019 | | authority | 2676293 | Burkholderia sp. BCC1644 | | scientific name | 2676309 | Gordonia sp. 135 | | scientific name | 267633 | Lactobacillus hammesii | | synonym | 267633 | Lactobacillus hammesii Valcheva et al. 2005 | | authority | 267633 | Lactobacillus sp. TMW 1.1236 | | includes | 267633 | Levilactobacillus hammesii | | scientific name | 267633 | Levilactobacillus hammesii (Valcheva et al. 2005) Zheng et al. 2020 | | authority | 2676541 | unclassified Edwardsiella (in: enterobacteria) | | scientific name | 2676582 | unclassified Hydrococcus (in: cyanobacteria) | | scientific name | 2676603 | unclassified Rivularia (in: cyanobacteria) | | scientific name | 2676755 | Croceibacterium | | scientific name | 2676755 | Croceibacterium Liu et al. 2019 | | authority | 2676755 | Croceibacterium Liu et al. 2019 emend. Xu et al. 2020 | | authority | 2676868 | Flavihumibacter sp. SB-02 | | includes | 2676868 | Phnomibacter ginsenosidimutans | | scientific name | 2676868 | Phnomibacter ginsenosidimutans Siddiqi et al. 2021 | | authority | 2677239 | unclassified Fuerstiella | | scientific name | 267746 | Aneurinibacillus danicus | | scientific name | 267746 | Aneurinibacillus danicus Goto et al. 2004 | | authority | 2678257 | Pseudomonas sp. St316 | | scientific name | 2678260 | Pseudomonas sp. Ost2 | | scientific name | 2678261 | Pseudomonas sp. Pc102 | | scientific name | 2678343 | Halalkaliarchaeum | | scientific name | 2678343 | Halalkaliarchaeum Sorokin et al. 2019 | | authority | 2678352 | Maribellus | | scientific name | 2678352 | Maribellus Zhou et al. 2019 | | authority | 2678353 | unclassified Maribellus | | scientific name | 2678529 | Kineobactrum | | scientific name | 2678529 | Kineobactrum Chang et al. 2019 | | authority | 2678616 | Actinomadura litoris | | scientific name | 2678616 | Actinomadura litoris Cao et al. 2021 | | authority | 2678616 | Actinomadura sp. NEAU-AAG5 | | includes | 2678616 | Actinomadura sp. OS3-89 | | includes | 2678657 | Cyclobacterium sp. SYSU L10401 | | scientific name | 2678657 | Cyclobacterium sp. SYSU_L10401 | | equivalent name | 267888 | Pseudoalteromonadaceae | | scientific name | 267888 | Pseudoalteromonadaceae Ivanova et al. 2004 | | authority | 267889 | Colwelliaceae | | scientific name | 267889 | Colwelliaceae Ivanova et al. 2004 | | authority | 267890 | Shewanellaceae | | scientific name | 267890 | Shewanellaceae Ivanova et al. 2004 | | authority | 267890 | Shewanellaceae Ivanova et al. 2004 emend. Flores-Felix et al. 2025 | | authority | 267891 | Moritellaceae | | scientific name | 267891 | Moritellaceae Ivanova et al. 2004 emend. Hosoya et al. 2009 | | authority | 267892 | Ferrimonadaceae | | scientific name | 267892 | Ferrimonadaceae Ivanova et al. 2004 | | authority | 267893 | Idiomarinaceae | | scientific name | 267893 | Idiomarinaceae Ivanova et al. 2004 emend. Jean et al. 2006 | | authority | 267894 | Psychromonadaceae | | scientific name | 267894 | Psychromonadaceae Ivanova et al. 2004 | | authority | 2679998 | Arundinibacter | | scientific name | 2679998 | Arundinibacter Szuroczki et al. 2019 | | authority | 2680020 | "Aeolisphaera" Wiegand et al. 2020 | | authority | 2680020 | Aeolisphaera | | synonym | 2680020 | Tautonia | | scientific name | 2680020 | Tautonia Kovaleva et al. 2019 | | synonym | 2680022 | Deminuibacter | | scientific name | 2680022 | Deminuibacter Wang et al. 2019 | | authority | 268115 | Leptolyngbya antarctica | | synonym | 268115 | Leptolyngbya antarctica (West & G.S.West, 1911) Anagnostidis & Komarek, 1988 | | authority | 268115 | Phormidium antarcticum | | synonym | 268115 | Phormidium antarcticum West & G.S.West, 1911 | | authority | 268115 | Shackletoniella antarctica | | scientific name | 268115 | Shackletoniella antarctica (West & G.S.West, 1911) Strunecky, Raabova & Bernardova, 2020 | | authority | 2681298 | Indiicoccus | | scientific name | 2681298 | Indiicoccus Pal et al. 2019 | | authority | 2681406 | Pseudomonas sp. 18058 | | scientific name | 268141 | Lyngbya priestleyi | | synonym | 268141 | Lyngbya priestleyi (F.E.Fritsch, 1917) P.A.C.Senna, 1983 | | authority | 268141 | Phormidesmis priestleyi | | scientific name | 268141 | Phormidesmis priestleyi (Fritsch, 1917) Komarek et al., 2009 | | authority | 268141 | Phormidium priestleyi | | synonym | 268141 | Phormidium priestleyi F.E.Fritsch, 1917 | | authority | 2681469 | "Chlamydiifrater phoenicopteri" Vorimore et al. 2021 | | authority | 2681469 | Chlamydiaceae bacterium 14-2711_R47 | | includes | 2681469 | Chlamydiifrater phoenicopteri | | scientific name | 2681469 | Chlamydiifrater phoenicopteri Vorimore et al. 2023 | | authority | 2681496 | Shewanella insulae | | scientific name | 2681496 | Shewanella insulae Park et al. 2020 | | authority | 2681496 | Shewanella sp. JBTF-M18 | | includes | 2681869 | Depressariidae | | scientific name | 2681972 | bacterium LRH843 | | scientific name | 2681985 | Rhodococcus sp. Ni2 | | scientific name | 2682092 | Spirosoma arboris | | scientific name | 2682092 | Spirosoma arboris Kang et al. 2020 | | authority | 2682092 | Spirosoma sp. HMF4905 | | includes | 2682140 | unclassified Fimbriimonadaceae | | scientific name | 2682144 | Fimbriimonadaceae bacterium | | scientific name | 2682468 | Pyramimonadaceae | | scientific name | 2682468 | Pyramimonadaceae Korshikov 1938 | | authority | 2682541 | Bacillus sp. N1-1 | | scientific name | 2682552 | Leptocardii | | scientific name | 2682553 | Amphioxiformes | | scientific name | 2682560 | Fritschiellaceae | | scientific name | 2682560 | Fritschiellaceae Caisova & Melkonian, 2018 | | authority | 2682577 | Vibrio sp. CyArs1 | | scientific name | 2682607 | Methanocorpusculaceae archaeon | | scientific name | 2682849 | Paenibacillus sp. MMS18-CY102 | | scientific name | 2683018 | Ruegeria sp. HKCCD4315 | | scientific name | 2683019 | Ruegeria sp. HKCCD4318 | | scientific name | 2683020 | Ruegeria sp. HKCCD4318-2 | | scientific name | 2683021 | Ruegeria sp. HKCCD4332 | | scientific name | 2683234 | Massilia cellulosiltytica | | scientific name | 2683234 | Massilia cellulosiltytica Du et al. 2024 | | synonym | 2683234 | Massilia sp. NEAU-DD11 | | includes | 2683234 | Telluria cellulosilytica | | synonym | 2683234 | Telluria cellulosilytica Bowman 2023 | | authority | 2683265 | unclassified Porphyrobacter | | scientific name | 2683338 | unclassified Moorena | | scientific name | 2683599 | "Paraoceanicella" Liu et al. 2020 | | authority | 2683599 | Paraoceanicella | | synonym | 2683599 | Paroceanicella | | scientific name | 2683599 | Paroceanicella corrig. Liu et al. 2020 | | authority | 2683628 | Bigyra | | scientific name | 2683629 | Opalozoa | | scientific name | 2683721 | Desulfohalobiaceae bacterium | | scientific name | 2684405 | "Corynebacterium poyangense" Liu et al. 2022 | | authority | 2684405 | Corynebacterium poyangense | | scientific name | 2684405 | Corynebacterium poyangense Liu et al. 2023 | | authority | 2684405 | Corynebacterium sp. 3HC-13 | | includes | 2684405 | Corynebacterium sp. 4H37-19 | | includes | 2684853 | unclassified Brevibacillus | | scientific name | 2684882 | Zygnematophycidae | | scientific name | 2684882 | Zygnematophycidae Melkonian, Gontcharov & Marin, 2019 | | authority | 2684926 | unclassified Acidovorax | | scientific name | 2684950 | unclassified Rutstroemia | | scientific name | 2684962 | unclassified Alcyonium | | scientific name | 2685029 | unclassified Corallococcus | | scientific name | 2685059 | unclassified Solobacterium | | scientific name | 2685101 | unclassified Ahrensia | | scientific name | 2685106 | unclassified Leuconostoc | | scientific name | 2685164 | unclassified Asanoa | | scientific name | 2685290 | unclassified Chrysothrix | | scientific name | 2685293 | unclassified Subdoligranulum | | scientific name | 2685337 | unclassified Cautires | | scientific name | 2685353 | unclassified Brocadia | | equivalent name | 2685353 | unclassified Candidatus Brocadia | | scientific name | 2685541 | unclassified Fulvivirga | | scientific name | 2685547 | unclassified Thermogemmatispora | | scientific name | 2685620 | unclassified Gilliamella | | scientific name | 2685869 | Nocardioides ochotonae | | scientific name | 2685869 | Nocardioides ochotonae Zhou et al. 2022 | | authority | 2685869 | Nocardioides sp. ZJ1307 | | includes | 2685869 | Nocardioides sp. ZJ1313 | | includes | 2685953 | Microcystis aeruginosa BS13-10 | | scientific name | 2685953 | Microcystis aeruginosa BS13_10 | | equivalent name | 2685956 | Microcystis aeruginosa G11-04 | | scientific name | 2685956 | Microcystis aeruginosa G11_04 | | equivalent name | 2685961 | Microcystis aeruginosa G13-05 | | scientific name | 2685961 | Microcystis aeruginosa G13_05 | | equivalent name | 2685976 | Microcystis aeruginosa LE13-04 | | scientific name | 2685976 | Microcystis aeruginosa LE13_04 | | synonym | 2686094 | "Vitreimonas silvestris" (Vieira et al. 2020) Hallgren et al. 2025 | | authority | 2686094 | Caulobacteraceae bacterium 0127_4 | | includes | 2686094 | Terricaulis silvestris | | scientific name | 2686094 | Terricaulis silvestris Vieira et al. 2020 | | authority | 2686094 | Vitreimonas silvestris | | synonym | 2686346 | Psychromonas sp. SA13A | | scientific name | 2687296 | unclassified Oligoflexales | | scientific name | 2687297 | Oligoflexales bacterium | | scientific name | 2688601 | unclassified Labrys (in: a-proteobacteria) | | scientific name | 2688777 | unclassified Paracoccus (in: a-proteobacteria) | | scientific name | 2688919 | unclassified Schwartzia (in: firmicutes) | | scientific name | 2689614 | Steroidobacteraceae | | scientific name | 2689614 | Steroidobacteraceae Liu et al. 2019 | | authority | 2689615 | unclassified Steroidobacteraceae | | scientific name | 2689616 | Steroidobacteraceae bacterium | | scientific name | 269023 | unclassified Thiotrichaceae | | scientific name | 2690255 | Streptomyces sp. SID2563 | | scientific name | 2690260 | Streptomyces sp. SID3343 | | scientific name | 2690292 | Streptomyces sp. SID4985 | | scientific name | 2690314 | Streptomyces sp. SID5926 | | scientific name | 2690315 | Gordonia sp. SID5947 | | scientific name | 2690317 | Streptomyces sp. SID6013 | | scientific name | 2690337 | Streptomyces sp. SID8350 | | scientific name | 2690343 | Streptomyces sp. SID8359 | | scientific name | 2690345 | Streptomyces sp. SID8361 | | scientific name | 2690366 | Streptomyces sp. SID89 | | scientific name | 2690837 | Eggerthella guodeyinii | | scientific name | 2690837 | Eggerthella guodeyinii Ge et al. 2021 | | authority | 2690837 | Eggerthella sp. HF-1101 | | includes | 2690837 | Eggerthella sp. HF-4214 | | includes | 2690964 | "Shimazuella alba" Saygin et al. 2020 | | authority | 2690964 | Shimazuella alba | | scientific name | 2690964 | Shimazuella alba Saygin et al. 2021 | | authority | 2690964 | Shimazuella sp. KC615 | | includes | 2691042 | Alphaproteobacteria bacterium GH1-50 | | includes | 2691042 | Kangsaoukella pontilimi | | scientific name | 2691042 | Kangsaoukella pontilimi Lee et al. 2020 | | authority | 2691354 | Pirellulales | | scientific name | 2691354 | Pirellulales Dedysh et al. 2020 | | authority | 2691355 | Gemmatales | | scientific name | 2691355 | Gemmatales Dedysh et al. 2020 | | authority | 2691356 | Isosphaerales | | scientific name | 2691356 | Isosphaerales Dedysh et al. 2020 | | authority | 2691357 | Pirellulaceae | | scientific name | 2691357 | Pirellulaceae Dedysh et al. 2020 | | authority | 2691358 | Thermoguttaceae | | scientific name | 2691358 | Thermoguttaceae Dedysh et al. 2020 | | authority | 269154 | Flagelloscypha | | scientific name | 269154 | Flagelloscypha Donk, 1951 | | authority | 2691550 | unclassified Thermoguttaceae | | scientific name | 2691551 | Thermoguttaceae bacterium | | scientific name | 2691554 | Salvelinus sp. IW2-2015 | | scientific name | 2692173 | "Candidatus Duganella ufuvella" Pallen et al. 2022 | | authority | 2692173 | Candidatus Duganella ufuvella | | synonym | 2692173 | Duganella lactea | | scientific name | 2692173 | Duganella lactea Lu et al. 2020 | | authority | 2692173 | Duganella sp. FT50W | | includes | 2692173 | Duganella sp. FT94W | | includes | 2692173 | Duganella ufuvella | | equivalent name | 2692189 | "Pseudooceanicola albus" Li et al. 2023 | | authority | 2692189 | Pseudooceanicola albus | | scientific name | 2692189 | Pseudooceanicola sp. GBMRC 2024 | | includes | 2692190 | "Stappia sediminis" Li et al. 2022 | | authority | 2692190 | Stappia sediminis | | scientific name | 2692190 | Stappia sp. BGMRC02046 | | includes | 2692190 | Stappia sp. GBMRC 2046 | | includes | 2692211 | Flavobacterium sp. Sd200 | | scientific name | 2692233 | Streptomyces sp. HF10 | | scientific name | 2692248 | core chlorophytes | | scientific name | 2692426 | Flavobacteriaceae bacterium W22 | | scientific name | 2692623 | Isoptericola sp. TLY-12 | | includes | 2692623 | Puerhibacterium puerhi | | scientific name | 2692623 | Puerhibacterium puerhi Yang et al. 2021 | | authority | 2692772 | Anabaena sp. FACHB-83 | | scientific name | 2692778 | Calothrix sp. FACHB-1219 | | scientific name | 2692779 | Calothrix sp. FACHB-156 | | scientific name | 2692780 | Calothrix sp. FACHB-168 | | scientific name | 2692794 | Cylindrospermum sp. FACHB-282 | | scientific name | 2692800 | Leptolyngbya sp. FACHB-16 | | scientific name | 2692810 | Leptolyngbya sp. FACHB-541 | | scientific name | 2692814 | Leptolyngbya sp. FACHB-8 | | scientific name | 2692817 | Limnothrix sp. FACHB-406 | | scientific name | 2692829 | Microcoleus sp. FACHB-DQ6 | | scientific name | 2692841 | Nostoc sp. FACHB-87 | | scientific name | 2692842 | Nostoc sp. FACHB-888 | | scientific name | 2692848 | Phormidium sp. FACHB-1136 | | scientific name | 2692874 | Trichocoleus sp. FACHB-69 | | scientific name | 2692878 | Anabaena cylindrica FACHB-170 | | scientific name | 2692880 | Anabaena cylindrica FACHB-318 | | scientific name | 2692901 | Microcystis wesenbergii FACHB-1317 | | scientific name | 2692905 | Nostoc linckia FACHB-104 | | scientific name | 2692906 | Nostoc linckia FACHB-391 | | scientific name | 2692911 | Phormidium tenue FACHB-886 | | scientific name | 2692914 | Nostoc foliaceum | | scientific name | 2692914 | Nostoc foliaceum Mougeot ex Bornet & Flahault, 1886 | | authority | 2692915 | Nostoc foliaceum FACHB-393 | | scientific name | 2694930 | "Pontibacter pudoricolor" Maeng et al. 2020 | | authority | 2694930 | Pontibacter pudoricolor | | scientific name | 2694930 | Pontibacter sp. BT214 | | includes | 269536 | Frankia sp. R43 | | scientific name | 2696285 | Maribellus sediminis | | scientific name | 2696285 | Maribellus sediminis Huang et al. 2020 | | authority | 2696285 | Maribellus sp. GM1-28 | | includes | 2696285 | Maribellus sp. Y2-1-60 | | includes | 2696291 | Chrysista | | includes | 2696291 | Ochrophyta | | scientific name | 2696291 | Ochrophyta Cavalier-Smith 1986 | | authority | 2696385 | Escherichia phage atuna | | scientific name | 2696452 | Escherichia phage tonnikala | | scientific name | 2696566 | "Kineococcus indalonis" Molina-Menor et al. 2020 | | authority | 2696566 | Kineococcus indalonis | | scientific name | 2696566 | Kineococcus indalonis Molina-Menor et al. 2021 | | authority | 2696566 | Kineococcus sp. T90 | | includes | 2697010 | "Winogradskyella helgolandensis" Alejandre-Colomo et al. 2020 | | authority | 2697010 | Winogradskyella helgolandensis | | scientific name | 2697010 | Winogradskyella helgolandensis Alejandre-Colomo et al. 2021 | | authority | 2697010 | Winogradskyella sp. Z354 | | includes | 2697010 | Winogradskyella sp. Z963 | | includes | 2697049 | 2019-nCoV | | equivalent name | 2697049 | COVID-19 virus | | equivalent name | 2697049 | HCoV-19 | | equivalent name | 2697049 | Human coronavirus 2019 | | equivalent name | 2697049 | SARS-2 | | equivalent name | 2697049 | SARS-CoV-2 | | acronym | 2697049 | SARS-CoV2 | | equivalent name | 2697049 | SARS2 | | equivalent name | 2697049 | Severe acute respiratory syndrome coronavirus 2 | | scientific name | 2697495 | Spiralia | | scientific name | 2697496 | Gnathifera | Gnathifera | scientific name | 269767 | Aphelenchoides besseyi | | scientific name | 269767 | Aphelenchoides besseyi Christie, 1942 | | authority | 269771 | Phycomyces nitens | | scientific name | 269771 | Ulva nitens | | synonym | 269771 | Ulva nitens C. Agardh, 1817 | | authority | 2698727 | [Micrococcus luteus] ATCC 49442 | | scientific name | 2698737 | SAR supergroup | | genbank common name | 2698737 | Sar | | scientific name | 2698737 | Sar Burki et al. 2008 | | authority | 2698788 | "Candidatus Krumholzibacteriota" Youssef et al. 2019 | | authority | 2698788 | Candidatus Krumholzibacteriota | | scientific name | 2698788 | Krumholzibacteriota | | equivalent name | 2698789 | "Candidatus Krumholzibacteria" Youssef et al. 2019 | | synonym | 2698789 | "Candidatus Krumholzibacteriia" corrig. Youssef et al. 2019 | | authority | 2698789 | Candidatus Krumholzibacteriia | | scientific name | 2698789 | Krumholzibacteriia | | equivalent name | 2698826 | Bradyrhizobium sp. CSA207 | | scientific name | 2698831 | Clostridium sp. C8-1-8 | | scientific name | 2699245 | Carideicomes | | scientific name | 2699245 | Carideicomes Wang et al. 2020 | | authority | 2699746 | Fretibacterium sp. | | scientific name | 2699756 | Syntrophorhabdus sp. | | scientific name | 270 | Thermus | | scientific name | 270 | Thermus Brock and Freeze 1969 (Approved Lists 1980) emend. Nobre et al. 1996 | | authority | 270 | Thermus Distant 1909 | | authority | 2701 | Gardnerella | | scientific name | 2701 | Gardnerella Greenwood and Pickett 1980 | | authority | 2701 | Gardnerella Greenwood and Pickett 1980 emend. Vaneechoutte et al. 2019 | | authority | 2702 | "Corynebacterium vaginale" Zinnemann and Turner 1963 | | authority | 2702 | "Haemophilus hemolyticus vaginalis" Lutz et al. 1956 | | authority | 2702 | Corynebacterium vaginale | | synonym | 2702 | Gardnerella genomic species 1 | | equivalent name | 2702 | Gardnerella vaginalis | | scientific name | 2702 | Gardnerella vaginalis (Gardner and Dukes 1955) Greenwood and Pickett 1980 | | synonym | 2702 | Gardnerella vaginalis (Gardner and Dukes 1955) Greenwood and Pickett 1980 emend. Nouioui et al. 2018 | | authority | 2702 | Gardnerella vaginalis (Gardner and Dukes 1955) Greenwood and Pickett 1980 emend. Vaneechoutte et al. 2019 | | authority | 2702 | Haemophilus hemolyticus vaginalis | | synonym | 2702 | Haemophilus vaginalis | | synonym | 2702 | Haemophilus vaginalis Gardner and Dukes 1955 (Approved Lists 1980) | | authority | 2702 | s__Bifidobacterium vaginale | | equivalent name | 2703787 | "Chitinophaga agri" Lee et al. 2021 | | authority | 2703787 | Chitinophaga agri | | scientific name | 2703787 | Chitinophaga sp. H33E-04 | | includes | 2703789 | Mucilaginibacter sp. 14171R-50 | | scientific name | 2703883 | "Duganella aceris" Jeon et al. 2021 | | authority | 2703883 | Duganella aceris | | scientific name | 2703883 | Duganella sp. SAP-35 | | includes | 2703892 | Paraburkholderia sp. Ac-20347 | | scientific name | 2703898 | Burkholderia sp. Se-20373 | | scientific name | 2703899 | Burkholderia sp. Se-20378 | | scientific name | 2703941 | Halorubrum distributum group | | scientific name | 2704063 | Pyramimonadophyceae | | scientific name | 2704063 | Pyramimonadophyceae Moestrup & Daugbjerg, 2020 | | authority | 2704249 | unclassified Candidatus Roseilinea | | scientific name | 2704249 | unclassified Roseilinea | | equivalent name | 2704414 | Dolichospermum sp. DET50 | | scientific name | 2704415 | Dolichospermum sp. DET66 | | scientific name | 2704416 | Dolichospermum sp. DET67 | | scientific name | 2704465 | "Rhodocytophaga rosea" Park et al. 2020 | | authority | 2704465 | Hymenobacter sp. 172606-1 | | includes | 2704465 | Rhodocytophaga rosea | | scientific name | 2704465 | Rhodocytophaga sp. 172606-1 | | includes | 2704466 | "Pontibacter burrus" Park et al. 2021 | | authority | 2704466 | Pontibacter burrus | | scientific name | 2704466 | Pontibacter burrus Park et al. 2025 | | authority | 2704466 | Pontibacter sp. BT327 | | includes | 2704647 | Metakinetoplastina | | scientific name | 2704949 | Trypanosomatida | | scientific name | 2704949 | Trypanosomatida Kent 1880 | | authority | 2705014 | Shewanella sp. SE1 | | scientific name | 2705056 | "Candidatus Anoxychlamydiales" Dharamshi et al. 2023 | | synonym | 2705056 | "Candidatus Anoxychlamydiales" Stairs et al. 2020 | | authority | 2705056 | Anoxychlamydiales | | equivalent name | 2705056 | Candidatus Anoxychlamydiales | | scientific name | 2705072 | Anoxychlamydiales bacterium | | equivalent name | 2705072 | Candidatus Anoxychlamydiales bacterium | | scientific name | 2705894 | Echinorhynchida | | scientific name | 2705999 | Casimicrobiaceae | | scientific name | 2705999 | Casimicrobiaceae Song et al. 2020 | | authority | 2706 | Citrus | | scientific name | 2706 | Citrus L., 1753 | | authority | 2706 | Citrus x Poncirus | | synonym | 2706 | Eremocitrus | | synonym | 2706 | Eremocitrus Swingle | | authority | 2706 | Fortunella | | synonym | 2706 | Fortunella Swingle | | authority | 2706 | Microcitrus | | synonym | 2706 | Microcitrus Swingle | | authority | 2706 | Poncirus | | synonym | 2706 | Poncirus Raf. | | authority | 270602 | Osphronemidae | | scientific name | 2706027 | Streptomyces sp. SID10815 | | scientific name | 2706029 | Streptomyces sp. SID11233 | | scientific name | 2706058 | Streptomyces sp. SID13726 | | scientific name | 2706073 | Streptomyces sp. SID14478 | | scientific name | 2706074 | Streptomyces sp. SID14515 | | scientific name | 2706086 | Streptomyces sp. SID7499 | | scientific name | 2706094 | Streptomyces sp. SID7982 | | scientific name | 2706108 | Streptomyces sp. SID9124 | | scientific name | 2706119 | Streptomyces sp. SID9944 | | scientific name | 27065 | Theaceae | | scientific name | 27065 | Theaceae Mirb., 1816 | | authority | 27065 | tea family | | common name | 2707173 | Aequorivita sp. KMM 9714 | | scientific name | 2707174 | Enterobacter sp. T2 | | scientific name | 2707335 | Colletotrichum acutatum species complex | | scientific name | 2707337 | Colletotrichum orchidearum species complex | | scientific name | 2707338 | Colletotrichum gloeosporioides species complex | | scientific name | 2707349 | Colletotrichum spaethianum species complex | | scientific name | 2707354 | Colletotrichum orbiculare species complex | | scientific name | 2708301 | Kineobactrum salinum | | scientific name | 2708301 | Kineobactrum salinum Kim et al. 2021 | | authority | 2708301 | Kineobactrum sp. M2 | | includes | 2708539 | Caulobacter soli | | scientific name | 2708539 | Caulobacter soli Yang et al. 2020 | | authority | 2708539 | Caulobacter sp. Ji-3-8 | | includes | 270857 | Neodiprion | | scientific name | 270857 | Neodiprion Rohwer, 1918 | | authority | 2709238 | Zopfochytrium | | scientific name | 2709238 | Zopfochytrium M.J. Powell, Longcore & Letcher, 2018 | | authority | 2709266 | "Arthrospiribacter" Waleron et al. 2020 | | authority | 2709266 | Arthrospiribacter | | scientific name | 2709266 | Arthrospiribacter Waleron et al. 2021 | | authority | 2709306 | Burkholderia sp. LMG 13014 | | scientific name | 2709383 | "Noviherbaspirillum galbum" Park et al. 2021 | | authority | 2709383 | Noviherbaspirillum galbum | | scientific name | 2709383 | Noviherbaspirillum sp. 17J57-3 | | includes | 2709394 | Corynebacterium lizhenjunii | | scientific name | 2709394 | Corynebacterium lizhenjunii Zhou et al. 2021 | | authority | 2709394 | Corynebacterium sp. ZJ-599 | | includes | 2709394 | Corynebacterium sp. ZJ-621 | | includes | 2709666 | Pseudolysobacter | | scientific name | 2709666 | Pseudolysobacter Wei et al. 2020 | | authority | 2709686 | Elkelangia | | synonym | 2709686 | Elkelangia Hordt et al. 2020 | | authority | 2709686 | Novosphingopyxis | | scientific name | 2709686 | Novosphingopyxis Feng et al. 2020 | | synonym | 2709689 | unclassified Novosphingopyxis | | scientific name | 271 | Thermus aquaticus | | scientific name | 271 | Thermus aquaticus Brock and Freeze 1969 | | authority | 2710882 | Rhodobacter sp. SGA-6-6 | | scientific name | 2711 | Citrus maxima x Citrus reticulata | Citrus maxima x Citrus reticulata | equivalent name | 2711 | Citrus sinensis | | scientific name | 2711 | Citrus sinensis (L.) Osbeck, 1765 | | authority | 2711 | Citrus x aurantium var. sinensis L., 1753 | | authority | 2711 | Citrus x sinensis | | equivalent name | 2711 | Valencia orange | | common name | 2711 | apfelsine | | common name | 2711 | naranja | | common name | 2711 | navel orange | | common name | 2711 | sweet orange | | genbank common name | 2711153 | unclassified Candidatus Obscuribacter | | scientific name | 2711153 | unclassified Obscuribacter | | equivalent name | 2711154 | Candidatus Obscuribacter sp. | | scientific name | 2711154 | Obscuribacter sp. | | equivalent name | 271155 | Flavobacterium antarcticum | | scientific name | 271155 | Flavobacterium antarcticum Yi et al. 2005 emend. Hahnke et al. 2016 | | authority | 271155 | Flavobacterium sp. AT1026 | | includes | 271157 | Flavobacterium segetis | | scientific name | 271157 | Flavobacterium segetis Yi and Chun 2006 | | authority | 271157 | Flavobacterium sp. AT1048 | | includes | 271217 | Leucania separata | | synonym | 271217 | Leucania separata Walker, 1865 | | authority | 271217 | Mythimna separata | | scientific name | 271217 | Mythimna separata (Walker, 1865) | | authority | 271217 | Oriental armyworm | | common name | 271217 | Pseudaletia separata | | synonym | 271217 | ear-cutting caterpillar | | common name | 271217 | northern armyworm | | genbank common name | 271217 | rice ear-cutting caterpillar | | common name | 2712223 | Nocardioides anomalus | | scientific name | 2712223 | Nocardioides anomalus Park et al. 2020 | | authority | 2712223 | Nocardioides sp. R-3366 | | includes | 2712223 | Nordella sp. HKS04 | | includes | 2712892 | Streptomyces sp. CAI-24 | | scientific name | 2712894 | Neorhizobium sp. AL 9.2.2 | | scientific name | 2714147 | Eremomycetales | | scientific name | 2714147 | Eremomycetales Crous, Spatafora, Haridas & I.V. Grig., 2020 | | authority | 271432 | Arthrobacter pigmenti | | scientific name | 271432 | Arthrobacter pigmenti Heyrman et al. 2005 | | authority | 2714358 | Oscillibacter sp. MM59 | | includes | 2714358 | Pusillibacter faecalis | | scientific name | 2714358 | Pusillibacter faecalis corrig. Kitahara et al. 2022 | | authority | 2714358 | Pusillimonas faecalis | | synonym | 2714358 | Pusillimonas faecalis Kitahara et al. 2021 | | authority | 2714358 | s__Dysosmobacter faecalis | | synonym | 2714592 | "Crateriforma" Peeters et al. 2020 | | authority | 2714592 | Crateriforma | | scientific name | 2714592 | Crateriforma Peeters et al. 2020 emend. Kumar et al. 2021 | | authority | 2714592 | Crateriforma Peeters et al. 2021 | | authority | 2714594 | "Bremerella" Rensink et al. 2020 | | authority | 2714594 | Bremerella | | scientific name | 2714594 | Bremerella Rensink et al. 2021 | | authority | 2714739 | Allorhodopirellula heiligendammensis | | scientific name | 2714739 | Allorhodopirellula heiligendammensis (Kallscheuer et al. 2020) Sreya et al. 2023 | | authority | 2714739 | Rhodopirellula heiligendammensis Kallscheuer et al. 2021 | | synonym | 2714751 | Lichenibacterium | | scientific name | 2714751 | Lichenibacterium Pankratov et al. 2020 | | authority | 2714942 | Sphingomonas sp. HDW15A | | scientific name | 2714953 | Thioalkalivibrio sp. XN279 | | scientific name | 2715133 | Ferranicluibacter rubi | | scientific name | 2715133 | Ferranicluibacter rubi Roca-Couso et al. 2023 | | authority | 2715133 | Rhizobiaceae bacterium CRRU44 | | includes | 2715164 | Acinetobacter shaoyimingii | | scientific name | 2715164 | Acinetobacter shaoyimingii Zhu et al. 2021 | | authority | 2715164 | Acinetobacter sp. 194 | | includes | 2715164 | Acinetobacter sp. 323-1 | | includes | 2715212 | Bacteroides faecium | | scientific name | 2715212 | Bacteroides faecium Kim et al. 2023 | | authority | 2715212 | Bacteroides sp. CBA7301 | | includes | 2715229 | Cronobacter sp. HA18006 | | scientific name | 2715252 | unclassified Pirellulales | | scientific name | 2715253 | Pirellulales bacterium | | scientific name | 2715691 | unclassified Hellea | | scientific name | 2715692 | Hellea sp. | | scientific name | 2715754 | Chryseobacterium sp. LAM-KRS1 | | scientific name | 2715852 | Cebus capucinus imitator | | synonym | 2715852 | Cebus capucinus imitator Thomas, 1903 | | authority | 2715852 | Cebus imitator | | scientific name | 2715852 | Cebus imitator Thomas, 1903 | | authority | 2715852 | Panamanian white-faced capuchin | | genbank common name | 2716489 | Prochlorococcus marinus XMU1419 | | scientific name | 2716691 | Roseovarius gahaiensis | | scientific name | 2716691 | Roseovarius gahaiensis Sun et al. 2020 | | authority | 2716691 | Roseovarius sp. GH877 | | includes | 2716883 | "Flavihumibacter profundi" Ren et al. 2018 | | authority | 2716883 | Flavihumibacter profundi | | scientific name | 2716883 | Flavihumibacter profundi Ren et al. 2021 | | authority | 2717494 | Pseudomonas sp. WS 5146 | | scientific name | 2717498 | Pseudomonas sp. WS 5406 | | scientific name | 2718534 | Flavobacterium sp. J49 | | scientific name | 2719005 | Rhodobacteraceae bacterium R_SAG3 | | scientific name | 2719007 | Rhodobacteraceae bacterium R_SAG5 | | scientific name | 2719231 | Lacrimispora | | scientific name | 2719231 | Lacrimispora Haas and Blanchard 2020 | | authority | 2719313 | Enterocloster | | scientific name | 2719313 | Enterocloster Haas and Blanchard 2020 | | authority | 2719314 | unclassified Enterocloster | | scientific name | 2719315 | Enterocloster sp. | | scientific name | 2719382 | Candidatus Helarchaeota archaeon | | scientific name | 2719382 | Helarchaeota archaeon | | equivalent name | 2719616 | Hymenobacter artigasi | | scientific name | 2719616 | Hymenobacter artigasi Roldan et al. 2020 | | authority | 2719616 | Hymenobacter sp. 1B | | includes | 2719793 | Bradyrhizobium sp. dw_78 | | scientific name | 2720024 | "Micromonospora thermarum" Pansomsuay et al. 2023 | | authority | 2720024 | Micromonospora sp. HSS 6-12 | | includes | 2720024 | Micromonospora sp. HSS6-12 | | includes | 2720024 | Micromonospora thermarum | | scientific name | 2720024 | Micromonospora thermarum Pansomsuay et al. 2025 | | authority | 2720082 | Bradyrhizobium sp. dw_411 | | scientific name | 2720165 | Okeania sp. KiyG1 | | scientific name | 2720400 | Hydrococcus sp. CRU_1_1 | | scientific name | 2720415 | Nostocaceae cyanobacterium CSU_2_110 | | scientific name | 2720482 | Microcoleus sp. SU_5_3 | | scientific name | 2720870 | Aspergillus subgen. Nidulantes | | synonym | 2720870 | Aspergillus subgen. Nidulantes W. Gams, M. Chr., Onions, Pitt & Samson, 1985 | | authority | 2720870 | Nidulantes | | scientific name | 2720871 | Aspergillus subgen. Circumdati | | synonym | 2720871 | Aspergillus subgen. Circumdati W. Gams, M. Chr., Onions, Pitt & Samson, 1985 | | authority | 2720871 | Circumdati | | scientific name | 2720872 | Aspergillus subgen. Fumigati | | synonym | 2720872 | Aspergillus subgen. Fumigati W. Gams, M. Chr., Onions, Pitt & Samson, 1985 | | authority | 2720872 | Fumigati | | scientific name | 2720873 | Aspergillus subgen. Cremei | | synonym | 2720873 | Aspergillus subgen. Cremei Samson, Houbraken & Frisvad, 2016 | | authority | 2720873 | Cremei | | scientific name | 2720873 | Cremei Samson, Houbraken & Frisvad, 2014 | | authority | 2720874 | Aspergillus | Aspergillus | scientific name | 2720874 | Aspergillus P. Micheli ex Haller, 1768 | Aspergillus P. Micheli ex Haller, 1768 | authority | 272129 | Kamptonema sp. PCC 6506 | | scientific name | 272129 | Lyngbya kuetzingii UTEX B 1547 | | synonym | 272129 | Oscillatoria sp. ATCC 29081 [dec.] | | equivalent name | 272129 | Oscillatoria sp. PCC 6506 | | equivalent name | 272129 | Oscillatoria sp. PCC 9029 | | equivalent name | 272161 | Arthrobacter stackebrandtii | | scientific name | 272161 | Arthrobacter stackebrandtii Tvrzova et al. 2005 | | authority | 272199 | Encyrtinae | | scientific name | 272242 | Cratominae | | synonym | 272242 | Otitesellinae | | synonym | 272242 | Panstenoninae | | synonym | 272242 | Pteromalinae | | scientific name | 272242 | Sycoecinae | | synonym | 272242 | Sycoryctinae | | synonym | 2723 | Hirschia | | scientific name | 2723 | Hirschia Schlesner et al. 1990 emend. Park and Yoon 2013 | | authority | 2723030 | Chlorobiales bacterium | | scientific name | 2723068 | Microbacterium sp. AK009 | | scientific name | 2723086 | Rhodanobacter sp. MP1X3 | | scientific name | 2723093 | Paraburkholderia sp. CI2 | | scientific name | 272339 | Aphelininae | | scientific name | 272339 | Eretmocerinae | | synonym | 2723775 | Lichenibacteriaceae | | synonym | 2723775 | Lichenibacteriaceae Pankratov et al. 2020 | | authority | 2723775 | Lichenihabitantaceae | | scientific name | 2723775 | Lichenihabitantaceae Noh et al. 2019 | | authority | 2723776 | Lichenihabitans | | scientific name | 2723776 | Lichenihabitans Noh et al. 2019 | | authority | 2724076 | Clostridium sp. FP1 | | scientific name | 2724121 | Xanthomonas sp. GW | | scientific name | 2724122 | Xanthomonas sp. SS | | scientific name | 2724123 | Xanthomonas sp. SI | | scientific name | 2724207 | Boothiomyces sp. JEL0838 | | scientific name | 2724213 | unclassified Blyttiomyces | | scientific name | 2724214 | Blyttiomyces sp. JEL0837 | | scientific name | 2724528 | "Crateriforma spongiae" Kumar et al. 2021 | | authority | 2724528 | Crateriforma spongiae | | scientific name | 2724528 | Crateriforma spongiae Kumar et al. 2023 | | authority | 2724528 | Rhodopirellula sp. JC647 | | includes | 2724927 | Gluconobacter potus | | scientific name | 2724927 | Gluconobacter potus Sombolestani et al. 2021 | | authority | 2724927 | Gluconobacter sp. R-71646 | | includes | 2724928 | Gluconobacter sp. R71656 | | scientific name | 2724929 | Gluconobacter sp. R75628 | | scientific name | 2724930 | Gluconobacter sp. R75629 | | scientific name | 2724996 | Tephrocybe sp. NHM501043 | | scientific name | 2725303 | Clostridium sp. SM-530-WT-3G | | scientific name | 27254 | Zosteraceae | | scientific name | 27254 | Zosteraceae Dumort., 1829 | | authority | 2725563 | Brevibacterium sp. 'Marine' | | scientific name | 272557 | Aeropyrum pernix K1 | | scientific name | 272557 | Aeropyrum pernix str. K1 | | equivalent name | 272557 | Aeropyrum pernix strain K1 | | equivalent name | 27257 | Heterozostera | | synonym | 27257 | Heterozostera (Setch.) Hartog, 1970 | | authority | 27257 | Zostera | | scientific name | 27257 | Zostera L. | | authority | 2726069 | Kribbellaceae | | scientific name | 2726069 | Kribbellaceae Nouioui et al. 2018 | | authority | 2726071 | unclassified Kribbellaceae | | scientific name | 2726072 | Kribbellaceae bacterium | | scientific name | 2726075 | Rhizobium sp. CG4 | | scientific name | 2726118 | "Streptomyces argyrophyllae" Mo et al. 2023 | | authority | 2726118 | Streptomyces argyrophyllae | | synonym | 2726118 | Streptomyces argyrophylli | | scientific name | 2726118 | Streptomyces argyrophylli corrig. | | synonym | 2726118 | Streptomyces argyrophylli corrig. Mo et al. 2025 | | authority | 2726118 | Streptomyces sp. Jing01 | | includes | 2726187 | Novosphingobium sp. ERN07 | | scientific name | 272622 | Lactobacillus cremoris SK11 | | synonym | 272622 | Lactococcus cremoris subsp. cremoris SK11 | | scientific name | 272622 | Lactococcus lactis subsp. cremoris SK11 | | synonym | 272622 | Lactococcus lactis subsp. cremoris str. SK11 | | equivalent name | 272622 | Lactococcus lactis subsp. cremoris strain SK11 | | equivalent name | 272623 | Lactococcus lactis subsp. lactis Il1403 | | scientific name | 272623 | Lactococcus lactis subsp. lactis str. Il1403 | | equivalent name | 272623 | Lactococcus lactis subsp. lactis strain Il1403 | | equivalent name | 2726362 | "Faecalicatena faecalis" Oh et al. 2021 | | authority | 2726362 | Faecalicatena faecalis | | scientific name | 2726362 | Faecalicatena faecalis Oh et al. 2023 | | authority | 2726362 | Faecalicatena sp. AGMB00832 | | includes | 2726947 | Mycosphaerellales | | scientific name | 2726947 | Mycosphaerellales P.F. Cannon, 2001 | | authority | 2726976 | Pseudomonas sp. IPO3778 | | scientific name | 2726977 | Pseudomonas sp. IPO3779 | | scientific name | 2726979 | Pantoea sp. B9002 | | scientific name | 2728022 | Mucilaginibacter robiniae | | scientific name | 2728022 | Mucilaginibacter robiniae Won et al. 2022 | | authority | 2728022 | Mucilaginibacter sp. F39-2 | | includes | 2728834 | Sphingobium psychrophilum | | scientific name | 2728834 | Sphingobium psychrophilum Dahal et al. 2021 | | authority | 2728834 | Sphingobium sp. AR-3-1 | | includes | 2728912 | Dermatophilaceae bacterium | | scientific name | 2728979 | Cylindrosympodiaceae | | scientific name | 2728979 | Cylindrosympodiaceae Crous, M. Shen & Y. Zhang ter, 2020 | | authority | 2729138 | Streptomyces sp. PKU-MA01144 | | scientific name | 27292 | Saccharomyces carlsbergensis | | synonym | 27292 | Saccharomyces carlsbergensis E.C. Hansen, 1908 | | authority | 27292 | Saccharomyces monacensis | | synonym | 27292 | Saccharomyces monacensis E.C. Hansen, 1908 | | authority | 27292 | Saccharomyces pasteurianus | | synonym | 27292 | Saccharomyces pastorianus | | scientific name | 27292 | Saccharomyces pastorianus Reess, 1870 | | authority | 27292 | lager yeast | | common name | 2729421 | Sediminibacillus dalangtanensis | | scientific name | 2729421 | Sediminibacillus dalangtanensis Huang et al. 2022 | | authority | 2729421 | Sediminibacillus sp. DP4-553-S | | includes | 2730080 | Desulfovibrio sp. FSS-1 | | includes | 2730080 | Fundidesulfovibrio magnetotacticus | | scientific name | 2730080 | Fundidesulfovibrio magnetotacticus Shimoshige et al. 2022 | | authority | 2730425 | Pseudomonas neuropathica | | scientific name | 2730425 | Pseudomonas neuropathica Duman et al. 2021 | | authority | 2730425 | Pseudomonas sp. P155 | | includes | 2730845 | Pseudomonas sp. ADAK2 | | scientific name | 2730846 | Pseudomonas sp. ADAK7 | | scientific name | 2730848 | Pseudomonas sp. ADAK18 | | scientific name | 2731219 | Alkaliphilus sp. B6464 | | scientific name | 2731341 | Duplodnaviria | | scientific name | 2731341 | double-stranded DNA viruses | | genbank common name | 2731342 | Floreoviria | | scientific name | 2731342 | Monodnaviria | | equivalent name | 2731342 | single-stranded DNA viruses | | genbank common name | 273136 | "Mycoplasmoides amphoriforme" (Pitcher et al. 2005) Gupta et al. 2018 | | authority | 273136 | Mycoplasma amphoriforme | | scientific name | 273136 | Mycoplasma amphoriforme Pitcher et al. 2005 | | authority | 273136 | Mycoplasmoides amphoriforme | | synonym | 2731360 | Heunggongvirae | | scientific name | 2731361 | Peploviricota | | scientific name | 2731363 | Herviviricetes | | scientific name | 2731555 | Halomonas sp. MCCC 1A17488 | | scientific name | 2731618 | Uroviricota | | scientific name | 2731619 | Caudovirales | | includes | 2731619 | Caudoviricetes | | scientific name | 2731619 | Myoviridae | | includes | 2731619 | Podoviridae | | includes | 2731619 | Siphoviridae | | includes | 2731619 | Styloviridae | | equivalent name | 2731619 | Tailed phages | | equivalent name | 2731619 | bacterial and archaeal viruses with head-tail morphology | | genbank common name | 2731619 | bacterial virus | bacterial virus | in-part | 2731619 | phages with contractile tails | | common name | 2731619 | phages with long non-contractile tails | | common name | 2731619 | phages with short tails | | common name | 2731619 | prokaryotic virus | prokaryotic virus | in-part | 2731691 | Drexlerviridae | | scientific name | 27319 | Metschnikowiaceae | | scientific name | 27319 | Metschnikowiaceae T. Kamienski ex Doweld, 2013 | | authority | 27320 | Metschnikowia | Metschnikowia | scientific name | 27320 | Metschnikowia T. Kamienski, 1900 | | authority | 27320 | Nectaromyces | | synonym | 27320 | Nectaromyces Syd. & P. Syd., 1918 | | authority | 2732004 | Adenovirus and Poxvirus-related DNA viruses | | genbank common name | 2732004 | Varidnaviria | | scientific name | 2732005 | Bamfordvirae | | scientific name | 2732007 | NCLDV | | equivalent name | 2732007 | Nucleocytoviricota | | scientific name | 2732007 | nucleocytoplasmic large DNA viruses | | equivalent name | 2732047 | Tempevirinae | | scientific name | 2732068 | Warwickvirus | | scientific name | 2732092 | Shotokuvirae | | scientific name | 2732396 | Orthornavirae | | scientific name | 2732397 | Pararnavirae | | scientific name | 2732405 | Duplornaviricota | | scientific name | 2732406 | Kitrinoviricota | | scientific name | 2732406 | Tombus-Noda-like virus sp. | | equivalent name | 2732408 | Pisuviricota | | scientific name | 2732409 | Artverviricota | | scientific name | 2732416 | Cressdnaviricota | | scientific name | 2732416 | eukaryotic Rep-encoding ssDNA viruses | | common name | 2732424 | Repensiviricetes | | scientific name | 2732459 | Resentoviricetes | | scientific name | 2732461 | Alsuviricetes | | scientific name | 2732462 | Flasuviricetes | | scientific name | 2732464 | Magsaviricetes | | scientific name | 2732505 | Duplopiviricetes | | scientific name | 2732506 | Pisoniviricetes | | scientific name | 2732507 | Stelpaviricetes | | scientific name | 2732510 | Mucilaginibacter humi | | scientific name | 2732510 | Mucilaginibacter humi Seo et al. 2020 | | authority | 2732510 | Mucilaginibacter sp. S1162 | | includes | 2732514 | Revtraviricetes | | scientific name | 2732523 | Megaviricetes | | scientific name | 2732525 | Pokkesviricetes | | scientific name | 2732526 | Asfuvirales | | scientific name | 2732539 | Geplafuvirales | | scientific name | 2732541 | Reovirales | | scientific name | 2732541 | Reoviridae | | synonym | 2732544 | Martellivirales | | scientific name | 2732545 | Amarillovirales | | scientific name | 2732546 | Nodamuvirales | | scientific name | 2732549 | Durnavirales | | scientific name | 2732551 | Stellavirales | | scientific name | 2732553 | Sobelivirales | | scientific name | 2732554 | Imitervirales | | scientific name | 2732868 | Aquabacterium terrae | | synonym | 2732868 | Aquabacterium terrae Dahal et al. 2021 | | authority | 2732868 | Aquincola sp. S2 | | includes | 2732868 | Pseudaquabacterium terrae | | scientific name | 2732868 | Pseudaquabacterium terrae (Dahal et al. 2021) Lu and Chen 2024 | | authority | 2732968 | Schiekvirus | | scientific name | 27337 | Verticillium dahliae | | scientific name | 27337 | Verticillium dahliae Klebahn, 1913 | | authority | 273384 | Bacillus sp. W7 | | includes | 273384 | Brevibacterium aurantiacum | | scientific name | 273384 | Brevibacterium aurantiacum Gavrish et al. 2005 | | authority | 273384 | Brevibacterium linens BL2 | | includes | 27344 | Puccinia coronata | | scientific name | 27344 | Puccinia coronata Corda, 1837 | | authority | 27349 | Puccinia sorghi | | scientific name | 27349 | Puccinia sorghi Schwein., 1832 | | authority | 2735 | Verrucomicrobium | | scientific name | 2735 | Verrucomicrobium Schlesner 1988 | | authority | 2735 | Verrucosimicrobium | | synonym | 27350 | Puccinia striiformis | | scientific name | 27350 | Puccinia striiformis Westend., 1854 | | authority | 2735257 | Borealophlyctis nickersoniae | | scientific name | 2735257 | Borealophlyctis nickersoniae W.J. Davis, Letcher & M.J. Powell, 2016 | | authority | 2735257 | Rhizophlyctidales sp. WJD-2016 | | synonym | 2735513 | Candidatus Bathyarchaeota archaeon A05DMB-4 | | scientific name | 2735539 | Nephromycida | | scientific name | 2735567 | unclassified Elusimicrobiaceae | | scientific name | 2735568 | Elusimicrobiaceae bacterium | | scientific name | 2735829 | unclassified Candidatus Peribacteraceae | | scientific name | 2735830 | Candidatus Peribacteraceae bacterium | | scientific name | 2736290 | "Prevotella muris" Galvez et al. 2020 | | authority | 2736290 | Prevotella muris | | synonym | 2736290 | Prevotella sp. PMUR | | includes | 2736290 | Xylanibacter muris | | scientific name | 2736290 | Xylanibacter muris Hitch et al. 2023 | | synonym | 2736662 | Ochrobactrum sp. C6C9 | | scientific name | 2736666 | Herbaspirillum sp. C7C2 | | scientific name | 273678 | Microbacterium hydrocarbonoxydans | | scientific name | 273678 | Microbacterium hydrocarbonoxydans Schippers et al. 2005 | | authority | 273678 | Microbacterium hydrocarbonoxydans Schippers et al. 2005 emend. Nouioui et al. 2018 | | authority | 2737 | Vagococcus | | scientific name | 2737 | Vagococcus Collins et al. 1990 | | authority | 2737006 | Sphingobacterium prati | | scientific name | 2737006 | Sphingobacterium prati Besaury et al. 2021 | | authority | 2737006 | Sphingobacterium sp. arapr2 | | includes | 2737049 | Bacillus sp. EB106-08-02-XG196 | | scientific name | 2737049 | Bacillus sp. XG196 | | synonym | 2738399 | Parasedimentitalea | | scientific name | 2738399 | Parasedimentitalea Ding et al. 2020 | | synonym | 2738399 | Parasedimentitalea Ding et al. 2020 emend. Shi et al. 2024 | | authority | 2738399 | Zongyanglinia | | synonym | 2738399 | Zongyanglinia Xu et al. 2021 | | authority | 2738413 | Acidovorax sp. YS12 | | scientific name | 2738439 | Methylobacterium ajmalii | | scientific name | 2738439 | Methylobacterium ajmalii Bijlani et al. 2021 | | authority | 2738439 | Methylobacterium sp. IF7SW-B2 | | includes | 2738439 | Methylobacterium sp. IIF1SW-B5 | | includes | 2738439 | Methylobacterium sp. IIF4SW-B5 | | includes | 2738447 | Paenarthrobacter sp. CM16 | | scientific name | 2738451 | Pseudomonas sp. CrR25 | | scientific name | 273877 | Dusona group | | scientific name | 2738817 | Pseudomonas sp. D4002 | | scientific name | 2738831 | Pseudomonas sp. P7759 | | scientific name | 2739016 | Curtobacterium sp. VKM Ac-2861 | | scientific name | 2739441 | Rhodococcus sp. BP-241 | | scientific name | 2739904 | Euphorbia neokaessneri | | scientific name | 2739904 | Euphorbia neokaessneri Bruyns, 2007 | | authority | 2739904 | Monadenium kaessneri | | synonym | 2739904 | Monadenium kaessneri N.E.Br., 1911 | | authority | 2740405 | "Candidatus Sulfurimonas marisnigri" Henkel et al. 2021 | | authority | 2740405 | Candidatus Sulfurimonas marisnigri | | scientific name | 2740405 | Sulfurimonas marisnigri | | equivalent name | 2740405 | Sulfurimonas sp. SoZ1 | | includes | 2740534 | unclassified Tatlockia | | scientific name | 2740535 | Tatlockia sp. | | scientific name | 2740537 | Rubrobacteraceae bacterium | | scientific name | 2740538 | Ktedonobacteraceae bacterium | | scientific name | 2740819 | unclassified Thermosyntropha | | scientific name | 2740820 | Thermosyntropha sp. | | scientific name | 2740835 | Nephila clavata | | synonym | 2740835 | Nephila clavata Koch, 1878 | | authority | 2740835 | Trichonephila clavata | | scientific name | 2740835 | Trichonephila clavata (Koch, 1878) | | authority | 2740835 | joro-gumo | | common name | 2742 | Marinobacter | | scientific name | 2742 | Marinobacter Gauthier et al. 1992 | | authority | 2742598 | Limosilactobacillus | | scientific name | 2742598 | Limosilactobacillus Zheng et al. 2020 | | authority | 2742669 | Enterobacter sp. RHBSTW-00901 | | scientific name | 2742698 | "Ensifer oleiphilus" Ershov et al. 2023 | | authority | 2742698 | Ensifer oleiphilus | | scientific name | 2742698 | Ensifer oleiphilus Ershov et al. 2024 | | authority | 2742698 | Ensifer sp. HO-A22 | | includes | 2742965 | Thalassolituus sp. ST750PaO-4 | | scientific name | 2742993 | "Anaerococcus faecalis" Yu et al. 2021 | | authority | 2742993 | Anaerococcus faecalis | | scientific name | 2742993 | Anaerococcus sp. AGMB00486 | | includes | 2743612 | Methylocystis silviterrae | | scientific name | 2743612 | Methylocystis silviterrae Tikhonova et al. 2021 | | authority | 2743612 | Methylocystis sp. FS | | includes | 2743616 | Pseudoalteromonas sp. 2102 | | scientific name | 2743617 | Pseudoalteromonas sp. 2103 | | scientific name | 2743619 | Pseudoalteromonas sp. 0802 | | scientific name | 2743694 | Cyprininae | | scientific name | 2743695 | Labeoninae | | scientific name | 2743697 | Labeonini | | scientific name | 2743705 | Smiliogastrinae | | scientific name | 2743709 | Danionidae | | scientific name | 2743711 | Danioninae | | scientific name | 2743713 | Rasborinae | | scientific name | 2743726 | Leuciscidae | | scientific name | 2743731 | Pararhinichthys | | synonym | 2743731 | Pogonichthyinae | | scientific name | 27439 | Chrysomelidae | | scientific name | 27439 | leaf beetles | | genbank common name | 2744470 | Massilia sp. BJB1822 | | scientific name | 274493 | Chlorobium/Pelodictyon group | | scientific name | 2745 | Deleya | | synonym | 2745 | Deleya Baumann et al. 1983 | | authority | 2745 | Deleya Baumann et al. 1983 emend. Akagawa and Yamasato 1989 | | authority | 2745 | Halomonas | | scientific name | 2745 | Halomonas Vreeland et al. 1980 | | authority | 2745 | Halomonas Vreeland et al. 1980 emend. Dobson and Franzmann 1996 | | authority | 2745 | Volcaniella | | synonym | 2745 | Volcaniella Quesada et al. 1990 | | authority | 2745493 | "Pseudomonas urmiensis" Girard et al. 2021 | | authority | 2745493 | Pseudomonas sp. SWRI10 | | includes | 2745493 | Pseudomonas urmiensis | | scientific name | 2745493 | Pseudomonas urmiensis Girard et al. 2022 | | authority | 2745502 | "Pseudomonas tehranensis" Girard et al. 2021 | | authority | 2745502 | Pseudomonas sp. SWRI196 | | includes | 2745502 | Pseudomonas tehranensis | | scientific name | 2745502 | Pseudomonas tehranensis Girard et al. 2022 | | authority | 2745509 | "Pseudomonas monsensis" Girard et al. 2021 | | authority | 2745509 | Pseudomonas monsensis | | scientific name | 2745509 | Pseudomonas monsensis Girard et al. 2022 | | authority | 2745509 | Pseudomonas sp. PGSB 8459 | | includes | 2745510 | "Pseudomonas zeae" Girard et al. 2021 | | authority | 2745510 | Pseudomonas sp. OE 48.2 | | includes | 2745510 | Pseudomonas zeae | | scientific name | 2745510 | Pseudomonas zeae Girard et al. 2022 | | authority | 2745590 | Rhodobacteraceae bacterium SC52 | | scientific name | 27456 | Bactrocera | Bactrocera | scientific name | 2745870 | Deinococcus sp. 6YEL10 | | scientific name | 2745871 | Deinococcus sp. 23YEL01 | | scientific name | 274591 | Hoeflea | | scientific name | 274591 | Hoeflea Peix et al. 2005 | | authority | 274591 | Hoeflea Peix et al. 2005 emend. Rahul et al. 2015 | | authority | 2745934 | Janthinobacterium sp. BJB401 | | scientific name | 274613 | Acridium piceifrons | | synonym | 274613 | Acridium piceifrons Walker, 1870 | | authority | 274613 | Central American locust | | genbank common name | 274613 | Schistocerca piceifrons | | scientific name | 274614 | Acridium cancellatum | | synonym | 274614 | Acridium cancellatum Serville, 1838 | | authority | 274614 | Schistocerca cancellata | | scientific name | 274614 | South American locust | | genbank common name | 2746961 | Streptomyces caniscabiei | | scientific name | 2746961 | Streptomyces caniscabiei Nguyen et al. 2022 | | authority | 2746961 | Streptomyces sp. 96-12 | | includes | 2746961 | Streptomyces sp. ID-03-3A | | includes | 2746961 | Streptomyces sp. ID01-12c | | includes | 2746961 | Streptomyces sp. ID01-6.2a | | includes | 2746961 | Streptomyces sp. ND05-01C | | includes | 2746961 | Streptomyces sp. ND05-13A | | includes | 2746961 | Streptomyces sp. ND05-3B | | includes | 2746961 | Streptomyces sp. NE06-02D | | includes | 2746961 | Streptomyces sp. NE06-02F | | includes | 2747 | Carnibacterium | | equivalent name | 2747 | Carnobacterium | | scientific name | 2747 | Carnobacterium Collins et al. 1987 | | authority | 2747482 | Epeira inaurata | | synonym | 2747482 | Epeira inaurata Walckenaer, 1841 | | authority | 2747482 | Nephila inaurata | | synonym | 2747482 | Nephila inaurata (Walckenaer, 1842) | | authority | 2747482 | Trichonephila inaurata | | scientific name | 2747482 | Trichonephila inaurata (Walckenaer, 1841) | | authority | 2747482 | golden orb-web spider | | genbank common name | 2747483 | Epeira madagascariensis | | synonym | 2747483 | Nephila inaurata madagascariensis | | synonym | 2747483 | Nephila inaurata subsp. madagascariensis | | synonym | 2747483 | Nephila madagascariensis | | synonym | 2747483 | Trichonephila inaurata madagascariensis | | scientific name | 2747483 | Trichonephila inaurata madagascariensis (Vinson, 1863) | | authority | 2747601 | Rhodobacteraceae bacterium B1Z28 | | includes | 2747601 | Ruegeria haliotis | | scientific name | 2747601 | Ruegeria haliotis Cao et al. 2021 | | authority | 2747605 | Theionarchaea archaeon | | scientific name | 2747813 | Leptolyngbyaceae cyanobacterium T60_A2020_046 | | scientific name | 274794 | Epinephelinae | | scientific name | 2747968 | Fusarium martii var. pisi | | synonym | 2747968 | Fusarium martii var. pisi F.R. Jones, 1923 | | authority | 2747968 | Fusarium pisi | | synonym | 2747968 | Fusarium pisi (F.R. Jones) A. Sisic, J. Bacanovic-Sisic, S.A. Ahmed & A.M.S. Al-Hatmi, 2018 | | authority | 2747968 | Fusarium solani f. pisi | | synonym | 2747968 | Fusarium solani f. sp. pisi | | equivalent name | 2747968 | Fusarium sp. FSSC 11 | | equivalent name | 2747968 | Fusarium sp. NRRL 22278 | | includes | 2747968 | Fusarium sp. NRRL 22820 | | includes | 2747968 | Fusarium sp. NRRL 45880 | | includes | 2747968 | Fusarium vanettenii | | scientific name | 2747968 | Fusarium vanettenii O'Donnell, Geiser, Kasson & T. Aoki, 2020 | | synonym | 2747968 | Nectria haematococca mpVI | | equivalent name | 2747968 | Nectria haematococca subsp. mating population VI | | equivalent name | 2747968 | Neocosmospora pisi | | synonym | 2747968 | Neocosmospora pisi (F.R. Jones) Sand.-Denis & Crous, 2019 | | authority | 2748030 | unclassified Paludibacteraceae | | scientific name | 2748031 | Paludibacteraceae bacterium | | scientific name | 2748175 | unclassified Fusarium solani species complex | | scientific name | 2748175 | unclassified Neocosmospora | | equivalent name | 27482 | Aphididae | | scientific name | 27482 | aphids | aphids | genbank common name | 2748629 | Bradyrhizobium quebecense | | scientific name | 2748629 | Bradyrhizobium quebecense Bromfield and Cloutier 2021 | | authority | 2748629 | Bradyrhizobium sp. 12S5 | | includes | 2748629 | Bradyrhizobium sp. 66S1MB | | includes | 2748771 | Athelia sp. TMB | | scientific name | 2748771 | Fibularhizoctonia sp. TMB | | synonym | 2748771 | Fibulorhizoctonia sp. TMB | | equivalent name | 2749832 | Rhizobium sp. WYCCWR 11128 | | scientific name | 27506 | Guinea paper wasp | | common name | 27506 | Polistes exclamans | | scientific name | 27506 | Polistes exclamans Viereck, 1906 | | authority | 2750814 | Mycobacteroides sp. LB1 | | scientific name | 2750818 | unclassified Bacillus cereus group | | scientific name | 2750990 | Gilliamella sp. W8145 | | scientific name | 2751 | Carnibacterium piscicola | | equivalent name | 2751 | Carnobacterium maltaromaticum | | scientific name | 2751 | Carnobacterium maltaromaticum (Miller et al. 1974) Mora et al. 2003 | | authority | 2751 | Carnobacterium maltaromicus | | equivalent name | 2751 | Carnobacterium piscicola | | synonym | 2751 | Carnobacterium piscicola (Hiu et al. 1984) Collins et al. 1987 | | authority | 2751 | Lactobacillus carnis | | synonym | 2751 | Lactobacillus carnis Shaw and Harding 1986 | | authority | 2751 | Lactobacillus maltaromicus | | synonym | 2751 | Lactobacillus maltaromicus Miller et al. 1974 (Approved Lists 1980) | | authority | 2751 | Lactobacillus piscicola | | synonym | 2751 | Lactobacillus piscicola Hiu et al. 1984 | | authority | 2751202 | Exiguobacterium sp. s138 | | scientific name | 2751272 | Exiguobacterium sp. s22 | | scientific name | 2751316 | Pseudomonas sp. FW300-N2A2 | | scientific name | 2751342 | Pseudomonas sp. FW305-70 | | scientific name | 2751484 | unclassified Candidatus Zixiibacteriota | | scientific name | 2752537 | Talaromyces sect. Talaromyces | | scientific name | 2753 | Synergistes | | scientific name | 2753 | Synergistes Allison et al. 1993 | | authority | 2754074 | unclassified Limnoraphis | | scientific name | 27549 | Locustinae | | synonym | 27549 | Oedipodinae | | scientific name | 27549 | band-winged grasshoppers | | genbank common name | 2754999 | "Candidatus Phytoplasma australasia" White et al. 1998 | | synonym | 2754999 | "Candidatus Phytoplasma australasiaticum" corrig. White et al. 1998 | | authority | 2754999 | Candidatus Phytoplasma australasiaticum | | scientific name | 2754999 | Phytoplasma australasiaticum | | equivalent name | 2755 | Brochothrix | | scientific name | 2755 | Brochothrix Sneath and Jones 1976 (Approved Lists 1980) | | authority | 2755281 | Helops morio | | synonym | 2755281 | Helops morio Fabricius, 1776 | | authority | 2755281 | Zophobas atratus f. morio | | synonym | 2755281 | Zophobas morio | | scientific name | 2755281 | Zophobas morio (Fabricius, 1776) | | authority | 2755382 | Nocardia huaxiensis | | scientific name | 2755382 | Nocardia huaxiensis Zhuang et al. 2021 | | authority | 2755382 | Nocardia sp. BCHNH01 | | includes | 2755382 | Nocardia sp. WCH-YHL-001 | | includes | 2755406 | Bradyrhizobium diversitatis | | scientific name | 2755406 | Bradyrhizobium diversitatis Klepa et al. 2021 | | authority | 2755406 | Bradyrhizobium sp. CNPSo 4019 | | includes | 2755564 | Loramycetaceae | | synonym | 2755564 | Loramycetaceae Dennis ex Digby & Goos, 1988 | | authority | 2755564 | Mollisiaceae | | scientific name | 2755564 | Mollisiaceae Rehm, 1891 | | authority | 2756 | "Microbacterium thermosphactum" McLean and Sulzbacher 1953 | | authority | 2756 | Brochothrix thermosphacta | | scientific name | 2756 | Brochothrix thermosphacta (McLean and Sulzbacher 1953) Sneath and Jones 1976 (Approved Lists 1980) | | authority | 2756 | Microbacterium thermosphactum | | synonym | 2756312 | Flavimobilis | | scientific name | 2756312 | Flavimobilis Nouioui et al. 2018 | | authority | 2757714 | unclassified Enterobacter cloacae complex | | scientific name | 2758039 | "Streptomyces himalayensis subsp. aureolus" Maiti and Mandal 2021 | | authority | 2758039 | Streptomyces himalayensis subsp. aureolus | | scientific name | 2758039 | Streptomyces sp. PSKA54 | | includes | 2758090 | Dermabacter sp. Marseille-Q3180 | | scientific name | 2758440 | "Changpingibacter yushuensis" Jiao et al. 2022 | | authority | 2758440 | Actinomycetaceae bacterium JY-X174 | | includes | 2758440 | Arcanobacterium sp. JY-X040 | | includes | 2758440 | Arcanobacterium sp. JY-X174 | | includes | 2758440 | Changpingibacter yushuensis | | scientific name | 2758724 | Cobetia sp. 4B | | scientific name | 2759 | Eucarya | | synonym | 2759 | Eucaryotae | | synonym | 2759 | Eukarya | | synonym | 2759 | Eukaryota | | scientific name | 2759 | Eukaryotae | | synonym | 2759 | eukaryotes | eukaryotes | blast name | 2759 | eukaryotes | eukaryotes | genbank common name | 2759039 | Burkholderia sp. Z1 | | scientific name | 2759149 | Burkholderia sp. KCJ3K979 | | scientific name | 27592 | Bovinae | | scientific name | 2759495 | Holosporaceae bacterium 'Namur' | | scientific name | 2759587 | Adiantum nelumboides | | scientific name | 2759587 | Adiantum nelumboides X.C.Zhang, 2012 | | authority | 2759680 | Cetobacterium sp. 2G large | | scientific name | 2759736 | Lacticaseibacillus | | scientific name | 2759736 | Lacticaseibacillus Zheng et al. 2020 | | authority | 2759824 | Colwellia sp. MB02u-6 | | scientific name | 2759840 | Colwellia sp. BRX10-7 | | scientific name | 2759842 | Colwellia sp. BRX10-5 | | scientific name | 2759845 | Colwellia sp. BRX10-2 | | scientific name | 2759846 | Colwellia sp. BRX10-1 | | scientific name | 2759955 | Limnospira fusiformis KN01 | | scientific name | 2759956 | "Streptomyces cupreus" Maiti and Mandal 2021 | | authority | 2759956 | Streptomyces cupreus | | scientific name | 2759956 | Streptomyces sp. PSKA01 | | includes | 2760090 | Bacillus sp. PAMC26568 | | scientific name | 2760807 | Lewinellaceae bacterium | | scientific name | 2760814 | unclassified Candidatus Rifleibacteriota | | scientific name | 2760814 | unclassified Rifleibacteriota | | equivalent name | 2760815 | unclassified Candidatus Rokuibacteriota | | scientific name | 2760815 | unclassified Rokuibacteriota | | equivalent name | 2760932 | Pseudoalteromonas sp. SR45-1 | | scientific name | 2760981 | Streptomyces sp. I4(2020) | | scientific name | 2761142 | Pyrophorini | | scientific name | 2761142 | Pyrophorini Candeze, 1863 | | authority | 2761390 | Coemansia sp. RSA 1290 | | scientific name | 2762014 | Candidatus Parcubacteria bacterium | | scientific name | 2762014 | Parcubacteria bacterium | | equivalent name | 2762059 | Nitratireductor sp. B36 | | scientific name | 27621 | Molossus | | scientific name | 27622 | Molossus molossus | | scientific name | 27622 | Pallas's mastiff bat | | genbank common name | 27622 | Vespertilio molossus | | synonym | 27622 | Vespertilio molossus Pallas, 1766 | | authority | 2762228 | "Ochrobactrum gallinarum" Gilroy et al. 2021 | | authority | 2762228 | Ochrobactrum gallinarum | | scientific name | 2762228 | Ochrobactrum gallinarum (ex Gilroy et al. 2021) Pallen 2024 | | authority | 2762228 | Ochrobactrum sp. Sa2BUA5 | | includes | 2762276 | Cesiribacteraceae | | scientific name | 2762276 | Cesiribacteraceae Garcia-Lopez et al. 2020 | | authority | 2762286 | "Fulvivirgaceae" Garcia-Lopez et al. 2019 | | authority | 2762286 | Fulvivirgaceae | | scientific name | 2762286 | Fulvivirgaceae Garcia-Lopez et al. 2020 | | authority | 2762302 | "Reichenbachiellaceae" Garcia-Lopez et al. 2019 | | authority | 2762302 | Reichenbachiellaceae | | scientific name | 2762302 | Reichenbachiellaceae Garcia-Lopez et al. 2020 | | authority | 2762306 | "Roseivirgaceae" Garcia-Lopez et al. 2019 | | authority | 2762306 | Roseivirgaceae | | scientific name | 2762306 | Roseivirgaceae Garcia-Lopez et al. 2020 | | authority | 2762318 | "Weeksellaceae" Garcia-Lopez et al. 2019 | | authority | 2762318 | Weeksellaceae | | scientific name | 2762318 | Weeksellaceae Garcia-Lopez et al. 2020 | | authority | 2762321 | Pedobacter sp. PAMC26386 | | scientific name | 2762325 | Nakamurella sp. PAMC28650 | | scientific name | 2762330 | Brevibacterium sp. PAMC23299 | | scientific name | 2762511 | Rotaria sp. Silwood1 | | scientific name | 2762512 | Rotaria sp. Silwood2 | | scientific name | 2762553 | Acaryochloris marina S15 | | scientific name | 2762563 | Sporosarcina sp. resist | | scientific name | 2762567 | Streptococcus sp. 17.1 | | scientific name | 2762569 | Streptococcus sp. 15.1 | | scientific name | 2763 | Rhodophyceae | | synonym | 2763 | Rhodophycota | | synonym | 2763 | Rhodophyta | | scientific name | 2763 | algae | algae | in-part | 2763 | red algae | red algae | blast name | 2763 | red algae | red algae | genbank common name | 2763 | rhodophytes | | common name | 2763041 | "Dysosmobacter hominis" Liu et al. 2021 | | authority | 2763041 | Dysosmobacter hominis | | scientific name | 2763041 | Dysosmobacter hominis Liu et al. 2022 | | authority | 2763041 | Dysosmobacter sp. NSJ-60 | | includes | 2763043 | "Eggerthella hominis" Liu et al. 2021 | | authority | 2763043 | Eggerthella hominis | | scientific name | 2763043 | Eggerthella sp. NSJ-70 | | includes | 2763075 | "Serpens gallinarum" Gilroy et al. 2021 | | authority | 2763075 | Pseudomonadaceae bacterium Sa2CUA2 | | includes | 2763075 | Serpens gallinarum | | scientific name | 2763075 | Serpens gallinarum (ex Gilroy et al. 2021) Pallen 2024 | | authority | 2763657 | "Congzhengia minquanensis" Liu et al. 2021 | | authority | 2763657 | Clostridiaceae bacterium H8 | | includes | 2763657 | Congzhengia minquanensis | | scientific name | 2763671 | "Jingyaoa shaoxingensis" Liu et al. 2021 | | authority | 2763671 | Jingyaoa shaoxingensis | | scientific name | 2763671 | Lachnospiraceae bacterium NSJ-46 | | includes | 2763678 | "Youxingia wuxianensis" Liu et al. 2021 | | authority | 2763678 | Oscillospiraceae bacterium NSJ-64 | | includes | 2763678 | Youxingia wuxianensis | | scientific name | 2763678 | Youxingia wuxianensis Liu et al. 2022 | | authority | 2765360 | Massilia antarctica | | scientific name | 2765360 | Massilia antarctica Sedlacek et al. 2022 | | authority | 2765360 | Massilia sp. CCM 8941 | | includes | 2765360 | Massilia sp. P11689 | | includes | 2765360 | Massilia sp. P11691 | | includes | 2765360 | Massilia sp. P8323 | | includes | 2765360 | Massilia sp. P8398 | | includes | 2765360 | Massilia sp. P8910 | | includes | 2765360 | Massilia sp. P9640 | | includes | 2765360 | Massilia sp. P9735 | | includes | 2765360 | Mokoshia antarctica | | synonym | 2765360 | Mokoshia antarctica (Sedlacek et al. 2022) Bowman 2023 | | authority | 27659 | Sturnira | | scientific name | 2766473 | Falsiroseomonas oryzae | | scientific name | 2766473 | Falsiroseomonas oryzae Lee and Whang 2024 | | authority | 2766473 | Roseomonas sp. MO-31 | | includes | 2766967 | Eikenella glucosivorans | | scientific name | 2766967 | Eikenella glucosivorans Hering et al. 2021 | | authority | 2766967 | Eikenella sp. S3360 | | includes | 2767002 | Neocallimastix lanati | | synonym | 2767002 | Neocallimastix lanati (nom. inval.) | | scientific name | 2767002 | Neocallimastix lanati S.E. Wilken, J.M. Monk, P.A. Leggieri, C.E. Lawson, T.S. Lankiewicz, S. Seppala, C.G. Daum, J. Jenkins, A.M. Lipzen, S.J. Mondo, K.W. Barry, I.V. Grig., J.M. Henske, M.K. Theodorou, B.O. Palsson, L.R. Petzold & M.A. O'Malley, 2021 | | authority | 2767002 | Neocallimastix sp. JGI-2020a | | includes | 27671 | Pipistrellus | | scientific name | 27671 | Pipistrellys | | synonym | 2767327 | Fannyhessea | | scientific name | 2767327 | Fannyhessea Nouioui et al. 2018 | | authority | 2767353 | Lancefieldella | | scientific name | 2767353 | Lancefieldella Nouioui et al. 2018 | | authority | 2767358 | Mycoplasmopsis | | scientific name | 2767358 | Mycoplasmopsis Gupta et al. 2018 | | authority | 2767450 | Pseudomonas sp. S44 | | scientific name | 2767490 | Staphylococcus sp. EG-SA-13 | | scientific name | 27675 | Bradypus didactylus | | synonym | 27675 | Bradypus didactylus Linnaeus, 1758 | | authority | 27675 | Choloepus brasiliensis | | synonym | 27675 | Choloepus brasiliensis Fitzinger 1871 | | synonym | 27675 | Choloepus didactylus | | scientific name | 27675 | Choloepus didactylus (Linnaeus, 1758) | | authority | 27675 | southern two-toed sloth | | genbank common name | 2767842 | Lactiplantibacillus | | scientific name | 2767842 | Lactiplantibacillus Zheng et al. 2020 | | authority | 2767877 | Apilactobacillus | | scientific name | 2767877 | Apilactobacillus Zheng et al. 2020 | | authority | 2767885 | Latilactobacillus | | scientific name | 2767885 | Latilactobacillus Zheng et al. 2020 | | authority | 2767886 | Levilactobacillus | | scientific name | 2767886 | Levilactobacillus Zheng et al. 2020 | | authority | 2767887 | Ligilactobacillus | | scientific name | 2767887 | Ligilactobacillus Zheng et al. 2020 | | authority | 2767888 | Liquorilactobacillus | | scientific name | 2767888 | Liquorilactobacillus Zheng et al. 2020 | | authority | 2767892 | Secundilactobacillus | | scientific name | 2767892 | Secundilactobacillus Zheng et al. 2020 | | authority | 2767893 | Lentilactobacillus | | scientific name | 2767893 | Lentilactobacillus Zheng et al. 2020 | | authority | 27679 | Bolivian squirrel monkey | Bolivian squirrel monkey | genbank common name | 27679 | Saimiri boliviensis | | scientific name | 27679 | Saimiri boliviensis (I. Geoffroy & Blainville, 1834) | | authority | 2767996 | Pedobacter sp. N36a | | scientific name | 2768069 | Streptomyces sp. CRXT-Y-14 | | includes | 2768069 | Streptomyces xanthii | | scientific name | 2768069 | Streptomyces xanthii Hu et al. 2021 | | authority | 2768097 | Orchesellidae | | scientific name | 2768443 | Pseudomonas sp. SLBN-26 | | scientific name | 2768449 | Arthrobacter sp. SLBN-83 | | scientific name | 27686 | Erpetoichthys | | scientific name | 2768677 | New World clade | | scientific name | 2768684 | Terricaulis | | scientific name | 2768684 | Terricaulis Vieira et al. 2020 | | authority | 27687 | Calamoichthys calabaricus | | synonym | 27687 | Calamoichthys calabaricus (Smith, 1865) | | authority | 27687 | Erpetoichthys calabaricus | | scientific name | 27687 | Erpetoichthys calabaricus Smith, 1865 | | authority | 27687 | reedfish | reedfish | genbank common name | 2769259 | Variovorax sp. VRV01 | | scientific name | 2769280 | Comamonas sp. CMM01 | | scientific name | 2769284 | Pseudoxanthomonas sp. PXM03 | | scientific name | 2769291 | Ensifer sp. ENS11 | | scientific name | 2769295 | Pseudoxanthomonas sp. PXM01 | | scientific name | 27693 | Prochilodontidae | | scientific name | 2769303 | Pseudomonas sp. PDM15 | | scientific name | 2769311 | Acidovorax sp. ACV01 | | scientific name | 2769338 | Erwinia sp. S38 | | scientific name | 27694 | Prochilodus | | scientific name | 2770089 | Thermosediminibacterales | | scientific name | 2770089 | Thermosediminibacterales Zhang et al. 2019 | | authority | 2770092 | Tepidanaerobacteraceae | | scientific name | 2770092 | Tepidanaerobacteraceae Zhang et al. 2019 | | authority | 27705 | Micropterus | | scientific name | 2770504 | "Gulosibacter hominis" Vandamme et al. 2021 | | authority | 2770504 | Gulosibacter hominis | | scientific name | 2770504 | Gulosibacter hominis Vandamme et al. 2022 | | authority | 2770504 | Gulosibacter sp. 401352-2018 | | includes | 2770547 | Leucobacter sp. cx-42 | | scientific name | 2770592 | Flammeovirga sp. EKP202 | | scientific name | 2771101 | Microcystis sp. M010S1 | | scientific name | 2771102 | Microcystis sp. M110S1 | | scientific name | 2771106 | Microcystis sp. M015S1 | | scientific name | 2771107 | Microcystis sp. M017S1 | | scientific name | 2771108 | Microcystis sp. M018S1 | | scientific name | 2771109 | Microcystis sp. M020S1 | | scientific name | 2771110 | Microcystis sp. M022S1 | | scientific name | 2771113 | Microcystis sp. M038S1 | | scientific name | 2771120 | Microcystis sp. M049S1 | | scientific name | 2771122 | Microcystis sp. M055S1 | | scientific name | 2771123 | Microcystis sp. M058S1 | | scientific name | 2771124 | Microcystis sp. M005S1 | | scientific name | 2771127 | Microcystis sp. M076S1 | | scientific name | 2771133 | Microcystis sp. M086S1 | | scientific name | 2771134 | Microcystis sp. M088S1 | | scientific name | 2771136 | Microcystis sp. M095S1 | | scientific name | 2771147 | Microcystis sp. M144S2 | | scientific name | 2771162 | Microcystis sp. M034S2 | | scientific name | 2771165 | Microcystis sp. M040S2 | | scientific name | 2771166 | Microcystis sp. M043S2 | | scientific name | 2771173 | Microcystis sp. M065S2 | | scientific name | 2771178 | Microcystis sp. M099S2 | | scientific name | 2771471 | "Sulfurimonadaceae" Waite et al. 2019 | | authority | 2771471 | "Thiovulaceae" Waite et al. 2017 | | authority | 2771471 | Sulfurimonadaceae | | scientific name | 2771471 | Sulfurimonadaceae Waite et al. 2020 | | authority | 2771471 | Thiovulaceae | | synonym | 2772226 | "Sulfuricellaceae" Watanabe et al. 2014 | | authority | 2772226 | Sulfuricellaceae | | scientific name | 2772226 | Sulfuricellaceae Watanabe et al. 2015 | | authority | 2772226 | Sulfuricellaceae Watanabe et al. 2015 emend. Kojima et al. 2021 | | authority | 2772252 | "Bacillus crepusculi" Williams et al. 2026 | | authority | 2772252 | Bacillus crepusculi | | scientific name | 2772252 | Bacillus sp. 28A-2 | | includes | 27723 | Arapaimidae | | synonym | 27723 | Osteoglossidae | | scientific name | 27723 | bony tongues | | genbank common name | 2772457 | "Pelorhabdus rhamnosifermentans" Grassle et al. 2021 | | authority | 2772457 | Pelorhabdus rhamnosifermentans | | scientific name | 2772457 | Pelorhabdus rhamnosifermentans Grassle et al. 2022 | | authority | 2772457 | Sporomusaceae bacterium BoRhaA | | includes | 2772534 | "Vicingaceae" Bowman 2020 | | authority | 2772534 | Vicingaceae | | scientific name | 2772534 | Vicingaceae Bowman 2021 | | authority | 27726 | Scleropages | | scientific name | 2774142 | "Paenibacillus arenosi" Baek et al. 2022 | | authority | 2774142 | Paenibacillus arenosi | | scientific name | 2774142 | Paenibacillus sp. CAU 1523 | | includes | 2774146 | "Frigoriglobus" Kulichevskaya et al. 2020 | | authority | 2774146 | Frigoriglobus | | scientific name | 2774146 | Frigoriglobus Kulichevskaya et al. 2021 | | authority | 2774151 | "Frigoriglobus tundricola" Kulichevskaya et al. 2020 | | authority | 2774151 | Frigoriglobus tundricola | | scientific name | 2774151 | Frigoriglobus tundricola Kulichevskaya et al. 2021 | | authority | 2774294 | Candidatus Methanomethylophilus sp. | | equivalent name | 2774294 | Methanomethylophilus sp. | | scientific name | 2774297 | Synergistes sp. | | scientific name | 2774344 | Synechococcales cyanobacterium C42_A2020_086 | | scientific name | 2774460 | Pseudomonas allokribbensis | | scientific name | 2774460 | Pseudomonas allokribbensis Morimoto et al. 2021 | | authority | 2774460 | Pseudomonas sp. IzPS23 | | includes | 2774602 | unclassified Candidatus Krumholzibacteriia | | scientific name | 2774603 | Candidatus Krumholzibacteriia bacterium | | scientific name | 2775029 | Saccharofermentans sp. | | scientific name | 2775276 | Massilia sp. CFBP 13647 | | scientific name | 2775300 | Massilia sp. CFBP 13721 | | scientific name | 2775421 | Flavimobilis rhizosphaerae | | scientific name | 2775421 | Flavimobilis rhizosphaerae Cai et al. 2021 | | authority | 2775421 | Flavimobilis sp. GY10621 | | includes | 2775505 | unclassified Pseudomonas fluorescens group | | scientific name | 2775555 | Cyanobacteria bacterium K_Offshore_surface_m2_239 | | scientific name | 2775584 | Cyanobacteria bacterium HKST-UBA04 | | scientific name | 2776706 | "Infirmifilum lucidum" Zayulina et al. 2021 | | authority | 2776706 | Infirmifilum lucidum | | scientific name | 2776706 | Infirmifilum lucidum Zayulina et al. 2024 | | authority | 2776706 | Thermofilum sp. 3507LT | | includes | 27772 | Coregonus | | scientific name | 2777475 | Mesorhizobium sp. J8 | | scientific name | 2777537 | Paraburkholderia saeva | | scientific name | 2777537 | Paraburkholderia saeva Vanwijnsberghe et al. 2022 | | authority | 2777537 | Paraburkholderia sp. LMG 31841 | | includes | 2778370 | Peribacillus sp. JNUCC41 | | scientific name | 2778430 | "Halonatronomonas betaini" Detkova et al. 2022 | | authority | 2778430 | Halanaerobiaceae bacterium Z-7014 | | includes | 2778430 | Halonatronomonas betaini | | scientific name | 2778430 | Halonatronomonas betaini Boltyanskaya et al. 2023 | | authority | 2778641 | Vibrio sp. OPT18 | | scientific name | 27791 | Chelonioidea | | scientific name | 27791 | Chelonioidea Baur 1893 | | authority | 2779358 | Gallalistipes aquisgranensis | | scientific name | 2779358 | Gallalistipes aquisgranensis Zenner et al. 2021 | | authority | 2779358 | Rikenellaceae bacterium DSM 108975 | | includes | 2779583 | Enterobacter cloacae complex sp. P11RS | | scientific name | 2779590 | Enterobacter cloacae complex sp. P4RS | | scientific name | 2779859 | Entomortierella | | scientific name | 2779859 | Entomortierella Vandepol & Bonito, 2020 | | authority | 2779860 | Gryganskiella | | scientific name | 2779860 | Gryganskiella Vandepol, Stajich & Bonito, 2020 | | authority | 2779861 | Linnemannia | | scientific name | 2779861 | Linnemannia Vandepol & Bonito, 2020 | | authority | 2779867 | Actinomortierella | | scientific name | 2779867 | Actinomortierella Chalab., 1968 | | authority | 2779937 | Podila | | scientific name | 2779937 | Podila Stajich, Vandepol & Bonito, 2020 | | authority | 2780027 | "Falsigemmobacter" Li et al. 2020 | | authority | 2780027 | Falsigemmobacter | | scientific name | 2780027 | Falsigemmobacter Li et al. 2023 | | authority | 2780167 | Campylobacter phage CJLB-10 | | scientific name | 278082 | Lentisphaerae subgroup L1 | | synonym | 278082 | Victivallales | | scientific name | 278082 | Victivallales Cho et al. 2004 | | authority | 2781024 | Lysobacter sp. H23M47 | | scientific name | 2781026 | Maribellus sp. CM-23 | | scientific name | 278164 | Alosa alosa | | scientific name | 278164 | Alosa alosa (Linnaeus, 1758) | | authority | 278164 | Clupea alosa | | synonym | 278164 | Clupea alosa Linnaeus, 1758 | | authority | 278164 | allis shad | | genbank common name | 2781732 | Bacillus sp. SD075 | | scientific name | 2781978 | Leifsonia sp. ZF2019 | | scientific name | 2782008 | Tessaracoccus sp. SD287 | | scientific name | 2782014 | Xenorhabdus sp. BG5 | | scientific name | 278205 | Myida | | scientific name | 278205 | Myoida | | synonym | 278209 | Rhodococcoides yunnanense | | scientific name | 278209 | Rhodococcoides yunnanense (Zhang et al. 2005) Val-Calvo and Vazquez-Boland 2024 | | synonym | 278209 | Rhodococcus yunnanensis | | synonym | 278209 | Rhodococcus yunnanensis Zhang et al. 2005 | | authority | 2782182 | Cupriavidus sp. IK-TO18 | | scientific name | 2782229 | Epilithonimonas | | scientific name | 2782229 | Epilithonimonas O'Sullivan et al. 2006 | | authority | 2782231 | Kaistella | | scientific name | 2782231 | Kaistella Kim et al. 2004 | | authority | 2782231 | Sejongia | | synonym | 2782231 | Sejongia Yi et al. 2005 | | authority | 2782232 | Chryseobacterium group | | scientific name | 2782352 | "Dawidia soli" Octaviana et al. 2022 | | authority | 2782352 | Dawidia soli | | scientific name | 2782352 | Dawidia soli Octaviana et al. 2025 | | authority | 2782352 | Fulvivirgaceae bacterium PWU37 | | includes | 2782551 | "Planococcus beijingensis" Hao et al. 2023 | | authority | 2782551 | Planococcus beijingensis | | scientific name | 2782551 | Planococcus beijingensis Hao et al. 2025 | | authority | 2782551 | Planococcus sp. REN14 | | includes | 2782612 | Bradyrhizobium sp. 135 | | scientific name | 2782616 | Bradyrhizobium sp. 139 | | scientific name | 2782624 | Bradyrhizobium sp. 149 | | scientific name | 2782663 | Bradyrhizobium sp. 197 | | scientific name | 2782673 | Bradyrhizobium sp. 39 | | scientific name | 2782676 | Bradyrhizobium sp. 48 | | scientific name | 2782678 | Bradyrhizobium sp. 4 | | scientific name | 2782679 | Bradyrhizobium sp. 61 | | scientific name | 2782701 | Paraburkholderia sp. JPY161 | | includes | 2782701 | Paraburkholderia sp. JPY162 | | includes | 2782701 | Paraburkholderia sp. JPY169 | | includes | 2782701 | Paraburkholderia sp. JPY284 | | includes | 2782701 | Paraburkholderia sp. JPY396 | | includes | 2782701 | Paraburkholderia sp. JPY401 | | includes | 2782701 | Paraburkholderia sp. JPY403 | | includes | 2782701 | Paraburkholderia sp. JPY407 | | includes | 2782701 | Paraburkholderia sp. JPY418 | | includes | 2782701 | Paraburkholderia sp. JPY421 | | includes | 2782701 | Paraburkholderia sp. JPY432 | | includes | 2782701 | Paraburkholderia sp. JPY454 | | includes | 2782701 | Paraburkholderia sp. JPY468 | | includes | 2782701 | Paraburkholderia sp. JPY480 | | includes | 2782701 | Paraburkholderia sp. JPY485 | | includes | 2782701 | Paraburkholderia sp. JPY489 | | includes | 2782701 | Paraburkholderia sp. JPY602 | | includes | 2782701 | Paraburkholderia sp. JPY622 | | includes | 2782701 | Paraburkholderia sp. JPY623 | | includes | 2782701 | Paraburkholderia youngii | | scientific name | 2782701 | Paraburkholderia youngii Mavima et al. 2021 | | authority | 27829 | Ancylostomatoidea | | synonym | 27829 | Diaphanocephaloidea | | synonym | 27829 | Heligmosomoidea | | synonym | 27829 | Metastrongyloidea | | synonym | 27829 | Strongyloidea | | scientific name | 27829 | Trichostrongyloidea | | synonym | 27829 | lungworms | | genbank common name | 27830 | Strongylidae | | scientific name | 27834 | Nippostrongylus | | scientific name | 27835 | Heligmosomum brasiliense | | synonym | 27835 | Heligmosomum brasiliense Travassos, 1914 | | authority | 27835 | Nippostrongylus brasiliense (Travassos, 1914) | | authority | 27835 | Nippostrongylus brasiliensis | | scientific name | 27835 | Nippostrongylus brasiliensis (Travassos, 1914) | | authority | 2783818 | Curtobacterium sp. VKM Ac-2884 | | scientific name | 2783819 | Curtobacterium sp. VKM Ac-2887 | | scientific name | 2783858 | Halomonas sp. KAO | | scientific name | 2784 | Porphyra | | scientific name | 2784 | Porphyra C.Agardh, 1824 | | authority | 2784135 | Shackletoniella | | scientific name | 2784135 | Shackletoniella (West & G.S.West, 1911) Strunecky, Raabova & Bernardova, 2020 | | authority | 2785011 | Autobranchia | | scientific name | 2785015 | Imparidentia | | scientific name | 2785026 | Psychrobacter sp. N25K4-3-2 | | scientific name | 2785785 | Methylomonas sp. LL1 | | scientific name | 2785929 | unclassified Tannerellaceae | | scientific name | 2785930 | Tannerellaceae bacterium | | scientific name | 2786 | Porphyra umbilicalis | | scientific name | 2786 | Porphyra umbilicalis Kutzing, 1843 | | authority | 2786 | laver | | genbank common name | 2787097 | Eubacterium sp. 1001713B170207_170306_E7 | | scientific name | 27871 | Plagiorchiida | | scientific name | 2787120 | Holdemania sp. 1001302B_160321_E10 | | scientific name | 2787625 | Pseudozobellia sp. WGM2 | | scientific name | 2787635 | Paenarthrobacter sp. Z7-10 | | scientific name | 2787713 | Enterococcus sp. BWB1-3 | | scientific name | 2787731 | Polaromonas sp. CG_9.2 | | scientific name | 2787732 | Polaromonas sp. CG_9.7 | | scientific name | 2787823 | unclassified entries | | scientific name | 2787854 | other entries | | scientific name | 2788772 | unclassified Klosneuvirinae | | scientific name | 2788787 | unassigned Myoviridae | | equivalent name | 2788787 | unassigned Podoviridae | | equivalent name | 2788787 | unassigned Siphoviridae | | equivalent name | 2788787 | unclassified Caudovirales | | equivalent name | 2788787 | unclassified Caudoviricetes | | scientific name | 2788787 | unclassified Myoviridae | | includes | 2788787 | unclassified Podoviridae | | includes | 2788787 | unclassified Siphoviridae | | includes | 2788787 | unclassified tailed phages | | equivalent name | 2789293 | Sporosarcina sp. E16_3 | | scientific name | 2789312 | Coemansia sp. RSA 1199 | | scientific name | 2789328 | Lutibacter sp. B2 | | scientific name | 2789329 | Coemansia sp. RSA 1287 | | scientific name | 2789340 | Coemansia sp. RSA 1797 | | scientific name | 2789345 | Coemansia sp. RSA 2705 | | scientific name | 278955 | unclassified Opitutaceae | | scientific name | 2789715 | Planktothrix agardhii KL2 | | scientific name | 278993 | Thermincola | | scientific name | 278993 | Thermincola Sokolova et al. 2005 | | authority | 278994 | "Thermincola potens" Byrne-Bailey et al. 2010 | | authority | 278994 | Thermincola carboxydiphila | | scientific name | 278994 | Thermincola carboxydiphila Sokolova et al. 2005 | | authority | 278994 | Thermincola ferriacetica | | synonym | 278994 | Thermincola ferriacetica Zavarzina et al. 2007 | | authority | 278994 | Thermincola potens | | synonym | 279 | Xanthobacter | | scientific name | 279 | Xanthobacter Wiegel et al. 1978 | | authority | 2790277 | Coemansia sp. RSA 678 | | scientific name | 2790670 | Closterium sp. NIES-67 | | scientific name | 2790955 | Psychrobacter sp. Ps1 | | scientific name | 2790996 | Mycoplasmoidales | | scientific name | 2790996 | Mycoplasmoidales Gupta et al. 2018 | | authority | 2790998 | Mycoplasmoidaceae | | scientific name | 2790998 | Mycoplasmoidaceae Gupta et al. 2018 | | authority | 2791015 | Sphaerochaetaceae | | scientific name | 2791015 | Sphaerochaetaceae Bidzhieva et al. 2020 | | authority | 2791015 | Sphaerochaetaceae Hordt et al. 2020 | | authority | 2791032 | Candolleomyces | | scientific name | 2791032 | Candolleomyces D. Wacht. & A. Melzer, 2020 | | authority | 2791118 | "Oecophyllibacter" Chua et al. 2020 | | authority | 2791118 | Oecophyllibacter | | scientific name | 2791118 | Oecophyllibacter Chua et al. 2021 | | authority | 279113 | Collimonas group D | | synonym | 279113 | Collimonas pratensis | | scientific name | 279113 | Collimonas pratensis Hoppener-Ogawa et al. 2008 | | authority | 279113 | Collimonas sp. CTO 113 | | includes | 279113 | Collimonas sp. CTO 291 | | includes | 279113 | Collimonas sp. CTO 90 | | includes | 279113 | Collimonas sp. CTO 91 | | includes | 279113 | Collimonas sp. CTO 94 | | includes | 279113 | Collimonas sp. Ter113 | | includes | 279113 | Collimonas sp. Ter118 | | includes | 279113 | Collimonas sp. Ter227 | | includes | 279113 | Collimonas sp. Ter291 | | includes | 279113 | Collimonas sp. Ter90 | | includes | 279113 | Collimonas sp. Ter91 | | includes | 279113 | Collimonas sp. Ter94 | | includes | 2791990 | Streptomyces sp. MUM 203J | | scientific name | 2792013 | Pseudonocardia oceani | | scientific name | 2792013 | Pseudonocardia oceani Parra et al. 2021 | | authority | 2792013 | Pseudonocardia sp. KRD-176 | | includes | 2792013 | Pseudonocardia sp. KRD-182 | | includes | 2792013 | Pseudonocardia sp. KRD-184 | | includes | 2792013 | Pseudonocardia sp. KRD-185 | | includes | 2792013 | Pseudonocardia sp. KRD-188 | | includes | 2792015 | Agrobacterium leguminum | | scientific name | 2792015 | Agrobacterium leguminum Castellano-Hinojosa et al. 2021 | | authority | 2792015 | Agrobacterium sp. MOPV5 | | includes | 279238 | Novosphingobium aromaticivorans DSM 12444 | | scientific name | 279238 | Novosphingobium aromaticivorans str. DSM 12444 | | equivalent name | 279238 | Novosphingobium aromaticivorans strain DSM 12444 | | equivalent name | 2792614 | Rhodobacterales bacterium FZCC0069 | | scientific name | 2792615 | Rhodobacterales bacterium HKCCA1058 | | scientific name | 2792616 | Rhodobacterales bacterium FZCC0188 | | scientific name | 2792617 | Rhodobacterales bacterium HKCCA1065 | | scientific name | 2792618 | Rhodobacterales bacterium HKCCD6035 | | scientific name | 2792625 | Rhodobacterales bacterium LSUCC0387 | | scientific name | 2792626 | Rhodobacterales bacterium LSUCC1028 | | scientific name | 2792775 | Alsobacteraceae | | scientific name | 2792775 | Alsobacteraceae Sun et al. 2018 | | authority | 2792787 | "Candidatus Thiodiazotropha lotti" Osvatic et al. 2021 | | authority | 2792787 | Candidatus Thiodiazotropha lotti | | scientific name | 2792787 | Candidatus Thiodiazotropha sp. (ex Loripes orbiculatus_1) | | includes | 2792791 | "Candidatus Thiodiazotropha taylori" Osvatic et al. 2021 | | authority | 2792791 | Candidatus Thiodiazotropha sp. (ex Callucina winckworthi) | | includes | 2792791 | Candidatus Thiodiazotropha sp. (ex Chavania striata) | | includes | 2792791 | Candidatus Thiodiazotropha sp. (ex Clathrolucina costata) | | includes | 2792791 | Candidatus Thiodiazotropha sp. (ex Ctena orbiculata) | | includes | 2792791 | Candidatus Thiodiazotropha sp. (ex Loripes clausus) | | includes | 2792791 | Candidatus Thiodiazotropha sp. (ex Pillucina pacifica) | | includes | 2792791 | Candidatus Thiodiazotropha taylori | | scientific name | 2792791 | Thiodiazotropha taylori | | equivalent name | 2792978 | "Gardnerella aggregata subsp. leopoldii" (Vaneechoutte et al. 2019) Bouzek et al. 2025 | | authority | 2792978 | Gardnerella aggregata subsp. leopoldii | | synonym | 2792978 | Gardnerella genomic species 5 | | equivalent name | 2792978 | Gardnerella leopoldii | | scientific name | 2792978 | Gardnerella leopoldii Vaneechoutte et al. 2019 | | authority | 2792978 | s__Bifidobacterium leopoldii | | equivalent name | 2793065 | "Hymenobacter guriensis" Damdintogtokh et al. 2021 | | authority | 2793065 | Hymenobacter guriensis | | scientific name | 2793065 | Hymenobacter guriensis Damdintogtokh et al. 2025 | | authority | 2793065 | Hymenobacter sp. BT594 | | includes | 2793076 | Paraburkholderia nemoris | | scientific name | 2793076 | Paraburkholderia nemoris Vanwijnsberghe et al. 2021 | | authority | 2793076 | Paraburkholderia sp. LMG 31836 | | includes | 2793120 | "Motilibacterales" Feng et al. 2020 | | authority | 2793120 | Motilibacterales | | scientific name | 2793120 | Motilibacterales Salam et al. 2020 | | authority | 2793121 | "Vallicoccaceae" Feng et al. 2020 | | authority | 2793121 | Vallicoccaceae | | scientific name | 2793121 | Vallicoccaceae Feng et al. 2021 | | authority | 2793122 | "Vallicoccus" Feng et al. 2020 | | authority | 2793122 | Vallicoccus | | scientific name | 2793122 | Vallicoccus Feng et al. 2021 | | authority | 2793153 | unclassified Vicinamibacteria | | scientific name | 2793154 | Vicinamibacteria bacterium | | scientific name | 2793218 | unclassified Desulfomonile | | scientific name | 2793219 | Desulfomonile sp. | | scientific name | 2793630 | Streptomyces sp. JH14 | | scientific name | 2793805 | Bradyrhizobium sp. IC4059 | | scientific name | 2793806 | Bradyrhizobium sp. IC3069 | | scientific name | 2793821 | Bradyrhizobium sp. BRP22 | | scientific name | 2793945 | Drepanopezizaceae | | scientific name | 2793945 | Drepanopezizaceae Baral, 2019 | | authority | 2794006 | Ensifer sp. IC4062 | | scientific name | 2794021 | Novosphingopyxis sp. YJ-S2-01 | | scientific name | 2794338 | Lactobacillus sp. CRM56-2 | | scientific name | 2794362 | Campylobacter phage F348 | | scientific name | 2794363 | Campylobacter phage F352 | | scientific name | 2794376 | Campylobacter phage F374 | | scientific name | 2794377 | Campylobacter phage F375 | | scientific name | 2794587 | Bacillus cereus group sp. N14 | | scientific name | 2794592 | Bacillus cereus group sp. N24 | | scientific name | 2794837 | "Schnuerera" Lawson 2019 | | authority | 2794837 | Schnuerera | | scientific name | 2794837 | Schnuerera Lawson 2020 | | authority | 2795027 | Capnocytophaga periodontitidis | | scientific name | 2795027 | Capnocytophaga periodontitidis Zhang et al. 2021 | | authority | 2795027 | Capnocytophaga sp. 051621 | | includes | 2795027 | Capnocytophaga sp. p1a2 | | includes | 2795031 | Rhodococcus sp. P-2 | | scientific name | 2795114 | Dyella sp. ASV21 | | scientific name | 279518 | Boletus hirtellus | | synonym | 279518 | Boletus hirtellus Peck, 1889 | | authority | 279518 | Suillus hirtellus | | scientific name | 279518 | Suillus hirtellus (Peck) Kuntze, 1898 | | authority | 2795385 | Ensifer sp. SSB1 | | scientific name | 2795778 | "Caulifigura" Kallscheuer et al. 2020 | | authority | 2795778 | Caulifigura | | scientific name | 2795778 | Caulifigura Kallscheuer et al. 2021 | | authority | 2795973 | "Stieleria" Kallscheuer et al. 2020 | | authority | 2795973 | "Stieleria" Wiegand et al. 2020 | | authority | 2795973 | Stieleria | | scientific name | 2795973 | Stieleria Kallscheuer et al. 2021 | | synonym | 2796146 | "Candidatus Nitrosacidicoccus" corrig. Picone et al. 2021 | | authority | 2796146 | "Candidatus Nitrosacidococcus" Picone et al. 2021 | | authority | 2796146 | Candidatus Nitrosacidicoccus | | scientific name | 2796146 | Candidatus Nitrosacidococcus | | synonym | 2796146 | Nitrosacidicoccus | | equivalent name | 2796146 | Nitrosacidococcus | | equivalent name | 2797 | Bangiophyceae | | scientific name | 2797 | Bangiophycideae | | synonym | 2798040 | Leucobacter sp. L43 | | scientific name | 279826 | Bacillus foraminis | | synonym | 279826 | Bacillus foraminis Tiago et al. 2006 | | authority | 279826 | Bacillus sp. CV53 | | includes | 279826 | Mesobacillus foraminis | | scientific name | 279826 | Mesobacillus foraminis (Tiago et al. 2006) Patel and Gupta 2020 | | authority | 279828 | Gram-positive bacterium AC4r | | includes | 279828 | Microcella alkaliphila | | scientific name | 279828 | Microcella alkaliphila Tiago et al. 2006 | | authority | 2798577 | "Breznakiella homolactica" Song et al. 2021 | | authority | 2798577 | Breznakiella homolactica | | scientific name | 2798577 | Breznakiella homolactica Song et al. 2022 | | authority | 2798577 | Spirochaetaceae bacterium RmG30 | | includes | 2799283 | Marinobacter sp. MC3 | | scientific name | 2799284 | Marinobacter sp. MW3 | | scientific name | 279965 | Antrostomus carolinensis | | scientific name | 279965 | Caprimulgus carolinensis | | synonym | 279965 | Caprimulgus carolinensis Gmelin, 1789 | | authority | 279965 | chuck-will's-widow | | genbank common name | 279966 | Motacilla oenanthe | | synonym | 279966 | Motacilla oenanthe Linnaeus, 1758 | | authority | 279966 | Northern wheatear | | genbank common name | 279966 | Oenanthe oenanthe | | scientific name | 279966 | Oenanthe oenanthe (Linnaeus, 1758) | | authority | 27997 | Perkinsea | | scientific name | 27998 | Perkinsida | | scientific name | 27999 | Perkinsidae | | scientific name | 280 | "Corynebacterium autotrophicum" Baumgarten et al. 1974 | | authority | 280 | Corynebacterium autotrophicum | | synonym | 280 | Xanthobacter autotrophicus | | scientific name | 280 | Xanthobacter autotrophicus (Baumgarten et al. 1974) Wiegel et al. 1978 | | authority | 28000 | Perkinsus | | scientific name | 2800059 | Maricaulales | | scientific name | 2800059 | Maricaulales Kevbrin et al. 2021 | | authority | 2800060 | Hyphomonadales | | scientific name | 2800060 | Hyphomonadales Kevbrin et al. 2021 | | authority | 2800061 | Maricaulaceae | | scientific name | 2800061 | Maricaulaceae Kevbrin et al. 2021 | | authority | 2800061 | Maricaulaceae Kevbrin et al. 2021 emend. Kuzyk et al. 2022 | | authority | 2800062 | Robiginitomaculaceae | | scientific name | 2800062 | Robiginitomaculaceae Kevbrin et al. 2021 | | authority | 2800128 | Carnobacterium sp. CS13 | | scientific name | 2800323 | Fusarium heterosporum species complex | | scientific name | 2800326 | "Azospirillum endophyticum" Zhan et al. 2023 | | authority | 2800326 | Azospirillum endophyticum | | scientific name | 2800326 | Azospirillum sp. YIM B02556 | | includes | 2800328 | "Chryseobacterium paridis" Zhang et al. 2021 | | authority | 2800328 | Chryseobacterium paridis | | scientific name | 2800328 | Chryseobacterium paridis Zhang et al. 2023 | | authority | 2800328 | Chryseobacterium sp. YIM B02567 | | includes | 2800373 | Priestia | | scientific name | 2800373 | Priestia Gupta et al. 2020 | | authority | 2800384 | Pseudidiomarina | | scientific name | 2800384 | Pseudidiomarina Jean et al. 2006 | | authority | 2800384 | Pseudidiomarina Jean et al. 2006 emend. Liu et al. 2018 | | authority | 2800408 | Streptomyces sp. MBT51 | | scientific name | 2800409 | Streptomyces sp. MBT60 | | scientific name | 2800681 | Aurantiacibacter | | scientific name | 2800681 | Aurantiacibacter Xu et al. 2020 | | authority | 2800685 | Pelagerythrobacter | | scientific name | 2800685 | Pelagerythrobacter Xu et al. 2020 | | authority | 2800686 | Tsuneonella | | scientific name | 2800686 | Tsuneonella Xu et al. 2020 | | authority | 2800705 | Chryseobacterium sp. KMC2 | | scientific name | 2800788 | Erythrobacter/Porphyrobacter group | | scientific name | 2801029 | Streptomyces sp. CA-210063 | | scientific name | 2801330 | "Ramlibacter aurantiacus" Kang et al. 2022 | | authority | 2801330 | Ramlibacter aurantiacus | | scientific name | 2801330 | Ramlibacter aurantiacus Kang et al. 2023 | | authority | 2801330 | Ramlibacter sp. AW1 | | includes | 2801332 | "Piscinibacter lacus" Kim et al. 2023 | | authority | 2801332 | Aquariibacter lacus | | scientific name | 2801332 | Aquariibacter lacus Lu and Chen 2024 | | authority | 2801332 | Piscinibacter lacus | | synonym | 2801332 | Piscinibacter sp. Jin2 | | includes | 2801455 | Acaenitus dubitator | | scientific name | 2801455 | Acaenitus dubitator (Panzer, 1800) | | authority | 2801455 | Ichneumon dubitator | | synonym | 2801455 | Ichneumon dubitator Panzer, 1800 | | authority | 2801916 | "Sinomonas cellulolyticus" L Khongsai et al. 2023 | | authority | 2801916 | Sinomonas cellulolyticus | | scientific name | 2801916 | Sinomonas sp. JC656 | | includes | 2801916 | Sinomonas sp. KCTC 49339 | | includes | 2802288 | Dongshaea | | scientific name | 2802288 | Dongshaea Huang et al. 2019 | | authority | 2802295 | Cupidesulfovibrio | | synonym | 2802295 | Cupidesulfovibrio Wan et al. 2021 | | authority | 2802295 | Nitratidesulfovibrio | | scientific name | 2802295 | Nitratidesulfovibrio Waite et al. 2020 | | authority | 28026 | Bifidobacterium pseudocatenulatum | | scientific name | 28026 | Bifidobacterium pseudocatenulatum Scardovi et al. 1979 | | authority | 28026 | Bifidobacterium pseudocatenulatum Scardovi et al. 1979 emend. Nouioui et al. 2018 | | authority | 28031 | "Aerobacillus fusiformis" (Meyer and Gottheil 1901) Pribram 1933 | | authority | 28031 | "Bacillus fusiformis" Meyer and Gottheil 1901 | | authority | 28031 | "Bacillus sphaericus subsp. fusiformis" Smith et al. 1946 | | authority | 28031 | Aerobacillus fusiformis | | synonym | 28031 | Bacillus fusiformis | | synonym | 28031 | Bacillus fusiformis (ex Meyer and Gottheil 1901) Priest et al. 1989 | | authority | 28031 | Bacillus fusiformis (ex Smith et al. 1946) Priest et al. 1989 | | authority | 28031 | Bacillus sp. BHR3P1B1 | | includes | 28031 | Bacillus sphaericus subsp. fusiformis | | synonym | 28031 | Lysinibacillus fusiformis | | scientific name | 28031 | Lysinibacillus fusiformis (Priest et al. 1989) Ahmed et al. 2007 | | authority | 280332 | Bradyrhizobium jicamae | | scientific name | 280332 | Bradyrhizobium jicamae Ramirez-Bahena et al. 2009 | | authority | 280332 | Bradyrhizobium sp. PAC68 | | includes | 280332 | Bradyrhizobium sp. PAC683 | | includes | 280332 | Bradyrhizobium sp. PAC684 | | includes | 28035 | Staphylococcus lugdunensis | | scientific name | 28035 | Staphylococcus lugdunensis Freney et al. 1988 | | authority | 28037 | Streptococcus mitis | | scientific name | 28037 | Streptococcus mitis Andrewes and Horder 1906 (Approved Lists 1980) | | authority | 28037 | Streptococcus mitis Andrewes and Horder 1906 (Approved Lists 1980) emend. Kilian et al. 1989 | | authority | 28037 | Streptococcus mitis Andrewes and Horder 1906 (Approved Lists 1980) emend. Kilian et al. 2025 | | authority | 28037 | Streptococcus mitis Andrewes and Horder 1906 emend. Judicial Commission 1993 | | authority | 28037 | Streptococcus mitis biovar 1 | | equivalent name | 28037 | Streptococcus mitis bv. 1 | | equivalent name | 28038 | "Bacterium curvatum" Troili-Petersson 1903 | | authority | 28038 | Bacterium curvatum | | synonym | 28038 | Lactobacillus curvatus | | synonym | 28038 | Lactobacillus curvatus (Troili-Petersson 1903) Abo-Elnaga and Kandler 1965 (Approved Lists 1980) emend. Klein et al. 1996 | | authority | 28038 | Lactobacillus curvatus subsp. curvatus | | includes | 28038 | Lactobacillus curvatus subsp. curvatus (Troili-Petersson 1903) Abo-Elnaga and Kandler 1965 | | authority | 28038 | Lactobacillus sp. N55 | | includes | 28038 | Lactobacillus sp. N61 | | includes | 28038 | Latilactobacillus curvatus | | scientific name | 28038 | Latilactobacillus curvatus (Troili-Petersson 1903) Zheng et al. 2020 | | authority | 2803811 | Zobellella iuensis | | scientific name | 2803811 | Zobellella iuensis Li et al. 2022 | | authority | 2803811 | Zobellella sp. CGMCC 1.18722 | | includes | 2803841 | "Novilabrenzia litoralis" (Liu et al. 2021) Park et al. 2025 | | authority | 2803841 | Novilabrenzia litoralis | | synonym | 2803841 | Roseibium litorale | | scientific name | 2803841 | Roseibium litorale Liu et al. 2021 | | authority | 2803850 | Mammaliicoccus | | scientific name | 2803850 | Mammaliicoccus Madhaiyan et al. 2020 | | authority | 2803850 | Mammaliicoccus Madhaiyan et al. 2020 emend. Bello et al. 2023 | | authority | 2803939 | "Fuscibacter oryzae" Chhetri et al. 2021 | | authority | 2803939 | Fuscibacter oryzae | | scientific name | 2803939 | Fuscibacter oryzae Chhetri et al. 2023 | | authority | 2803939 | Tabrizicola sp. KVB23 | | includes | 2804525 | Lichenicola | | scientific name | 2804525 | Lichenicola Noh et al. 2020 | | authority | 280472 | Aquiflexum | | scientific name | 280472 | Aquiflexum Brettar et al. 2004 | | authority | 280472 | Aquiflexum Brettar et al. 2004 emend. Bhumika et al. 2013 | | authority | 280473 | Aquiflexum balticum | | scientific name | 280473 | Aquiflexum balticum Brettar et al. 2004 | | authority | 280473 | Aquiflexum balticum Brettar et al. 2004 emend. Bhumika et al. 2013 | | authority | 2804958 | Lentinula aff. detonsa | | scientific name | 2804962 | Lentinula detonsa | | scientific name | 2804962 | Lentinula detonsa (Fr.) Murrill, 1911 | | authority | 2804962 | Lentinus detonsus | | synonym | 2804962 | Lentinus detonsus Fr., 1851 | | authority | 28050 | Lachnospira | | scientific name | 28050 | Lachnospira Bryant and Small 1956 | | authority | 2805415 | Jatrophihabitantales | | scientific name | 2805415 | Jatrophihabitantales Salam et al. 2020 | | authority | 2805416 | Jatrophihabitantaceae | | scientific name | 2805416 | Jatrophihabitantaceae Nouioui et al. 2018 | | authority | 2805590 | Ornithinimicrobiaceae | | scientific name | 2805590 | Ornithinimicrobiaceae Nouioui et al. 2018 | | authority | 28056 | Actinocatenisporaceae Salam et al. 2020 | | synonym | 28056 | Actinoplanaceae | Actinoplanaceae | in-part | 28056 | Actinoplanaceae Couch 1955 | Actinoplanaceae Couch 1955 | in-part | 28056 | Actinoplanetes | | includes | 28056 | Micromonosporaceae | | scientific name | 28056 | Micromonosporaceae Krasil'nikov 1938 (Approved Lists 1980) emend Koch et al. 1996 | | authority | 28056 | Micromonosporaceae Krasil'nikov 1938 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 28056 | Micromonosporaceae Krasil'nikov 1938 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 28056 | Micromonosporaceae Krasil'nikov 1938 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 2806 | Florideophyceae | | scientific name | 2806 | Florideophycideae | | synonym | 2806418 | unclassified Candidatus Thermoplasmatota | | equivalent name | 2806418 | unclassified Thermoplasmatota | | scientific name | 2806419 | Candidatus Thermoplasmatota archaeon | | equivalent name | 2806419 | Thermoplasmatota archaeon | | scientific name | 28065 | "Albidoferax" Ramana and Saskiala 2009 | | authority | 28065 | Albidiferax | | synonym | 28065 | Albidiferax corrig. Ramana and Saskiala 2009 | | authority | 28065 | Albidoferax | | synonym | 28065 | Rhodoferax | | scientific name | 28065 | Rhodoferax Hiraishi et al. 1992 | | synonym | 28065 | Rhodoferax Hiraishi et al. 1992 emend. Farh et al. 2017 | | authority | 28065 | Rhodoferax Hiraishi et al. 1992 emend. Kaden et al. 2014 | | authority | 2806565 | Paenibacillus sp. 1182 | | scientific name | 2806590 | Paenibacillus sp. PvP091 | | scientific name | 2806596 | Paenibacillus sp. PvR098 | | scientific name | 28067 | Rubrivivax | | scientific name | 28067 | Rubrivivax Willems et al. 1991 | | authority | 28067 | Rubrivivax Willems et al. 1991 emend. Liu et al. 2022 | | authority | 2806742 | Bailinhaonella | | scientific name | 2806742 | Bailinhaonella Feng et al. 2019 | | authority | 2807096 | Neotabrizicola shimadae | | scientific name | 2807096 | Neotabrizicola shimadae Muramatsu et al. 2022 | | authority | 2807096 | Rhodobacter sp. N10 | | includes | 2807190 | Bacillus sp. J5TS4 | | scientific name | 2807195 | Paenibacillus sp. J31TS4 | | scientific name | 28072 | NOSTOC SP. (STRAIN PCC 7524) | | synonym | 28072 | Nostoc ATCC 29411 | | synonym | 28072 | Nostoc ATCC29411 | | synonym | 28072 | Nostoc PCC 7524 | | synonym | 28072 | Nostoc PCC7524 | | synonym | 28072 | Nostoc sp. (ATCC 29411) | | synonym | 28072 | Nostoc sp. (PCC 7524) | | synonym | 28072 | Nostoc sp. ATCC 29411 | | synonym | 28072 | Nostoc sp. ATCC29411 | | synonym | 28072 | Nostoc sp. PCC 7524 | | scientific name | 28072 | Nostoc sp. PCC7524 | | synonym | 2807577 | Actinocatenispora comari | | scientific name | 2807577 | Actinocatenispora comari Oyunbileg et al. 2021 | | authority | 2807577 | Actinocatenispora sp. NUM-2625 | | includes | 2807665 | Bradyrhizobium sp. AUGA SZCCT0177 | | scientific name | 2807667 | Bradyrhizobium sp. AUGA SZCCT0182 | | scientific name | 28080 | CNW group | | synonym | 28080 | Campylobacter upsaliensis | | scientific name | 28080 | Campylobacter upsaliensis Sandstedt and Ursing 1991 | | authority | 28080 | catalase-negative or weak group of campylobacteria | | synonym | 2808963 | "Arcobacteraceae" Waite et al. 2017 | | authority | 2808963 | Arcobacter group | | common name | 2808963 | Arcobacter sensu lato | | equivalent name | 2808963 | Arcobacteraceae | | scientific name | 2808963 | Arcobacteraceae Waite et al. 2020 | | authority | 28090 | "Acinetobacter mesopotamicus" Acer et al. 2020 | | authority | 28090 | "Moraxella lwoffi" Audureau 1940 | | authority | 28090 | Acinetobacter genomosp. 9 | | synonym | 28090 | Acinetobacter genomospecies 9 | | synonym | 28090 | Acinetobacter lwoffii | | scientific name | 28090 | Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 (Approved Lists 1980) | | authority | 28090 | Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 (Approved Lists 1980) emend. Bouvet and Grimont 1986 | | authority | 28090 | Acinetobacter lwoffii (Audureau 1940) Brisou and Prevot 1954 (Approved Lists 1980) emend. Nemec et al. 2019 | | authority | 28090 | Acinetobacter mesopotamicus | | synonym | 28090 | Acinetobacter sp. GC2 | | includes | 28090 | Moraxella lwoffi | | synonym | 2809020 | Neisseriaceae bacterium 26B | | includes | 2809020 | Paralysiella testudinis | | scientific name | 2809020 | Paralysiella testudinis Busse et al. 2021 | | authority | 28092 | "Aplanobacter stizolobii" Wolf 1920 | | authority | 28092 | "Bacterium andropogoni" (sic) Smith 1911 | | authority | 28092 | "Bacterium woodsii" Smith 1911 | | authority | 28092 | "Pseudomonas stizolobii" (Wolf 1920) Stapp 1935 | | authority | 28092 | Aplanobacter stizolobii | | synonym | 28092 | Bacterium andropogoni | | synonym | 28092 | Bacterium woodsii | | synonym | 28092 | Burkholderia andropogonis | | synonym | 28092 | Burkholderia andropogonis (Smith 1911) Gillis et al. 1995 | | authority | 28092 | Paraburkholderia andropogonis | | synonym | 28092 | Paraburkholderia andropogonis (Smith 1911) Sawana et al. 2015 | | authority | 28092 | Pseudomonas andropogonis | | synonym | 28092 | Pseudomonas andropogonis (Smith 1911) Stapp 1928 (Approved Lists 1980) | | authority | 28092 | Pseudomonas stizolobii | | synonym | 28092 | Pseudomonas woodsii | | synonym | 28092 | Robbsia andropogonis | | scientific name | 28092 | Robbsia andropogonis (Smith 1911) Lopes-Santos et al. 2017 | | authority | 28095 | "Flavobacterium farinofermentans" | | synonym | 28095 | Burkholderia cocovenenans | | synonym | 28095 | Burkholderia cocovenenans (van Damme et al. 1960) Gillis et al. 1995 | | authority | 28095 | Burkholderia gladioli | | scientific name | 28095 | Burkholderia gladioli (Severini 1913) Yabuuchi et al. 1993 | | authority | 28095 | Burkholderia gladioli (Severini 1913) Yabuuchi et al. 1993 emend. Jiao et al. 2003 | | authority | 28095 | Pseudomonas antimicrobica | | synonym | 28095 | Pseudomonas antimicrobica Attafuah and Bradbury 1990 | | authority | 28095 | Pseudomonas cocovenenans | | synonym | 28095 | Pseudomonas cocovenenans van Damme et al. 1960 (Approved Lists 1980) | | authority | 28095 | Pseudomonas gladioli | | synonym | 28095 | Pseudomonas gladioli Severini 1913 (Approved Lists 1980) | | authority | 280969 | Chrysotrichaceae | | scientific name | 280969 | Chrysotrichaceae Zahlbr., 1905 | | authority | 28097 | Burkholderia syzygii | | synonym | 28097 | Pseudomonas syzygii | | synonym | 28097 | Pseudomonas syzygii Roberts et al. 1990 | | authority | 28097 | Ralstonia syzygii | | scientific name | 28097 | Ralstonia syzygii (Roberts et al. 1990) Vaneechoutte et al. 2004 | | synonym | 28100 | Phyllobacterium | | scientific name | 28100 | Phyllobacterium (ex Knosel 1962) Knosel 1984 | | authority | 28100 | Phyllobacterium (ex Knosel 1962) Knosel 1984 emend. Flores-Felix et al. 2013 | | authority | 28100 | Phyllobacterium (ex Knosel 1962) Knosel 1984 emend. Jurado et al. 2005 | | authority | 28100 | Phyllobacterium (ex Knosel 1962) Knosel 1984 emend. Mantelin et al. 2006 | | authority | 2810280 | "Coprobacillaceae" Verbarg et al. 2014 | | authority | 2810280 | "Erysipelatoclostridiaceae" Zakham et al. 2019 | | synonym | 2810280 | Coprobacillaceae | | scientific name | 2810280 | Coprobacillaceae Verbarg et al. 2020 | | authority | 2810293 | Pseudomonas fluorescens group sp. | | scientific name | 2810351 | "Xanthomonas surreyensis" Gilroy et al. 2021 | | authority | 2810351 | Xanthomonas bonasiae | | scientific name | 2810351 | Xanthomonas bonasiae Mafakheri et al. 2022 | | authority | 2810351 | Xanthomonas sp. CFBP 8700 | | includes | 2810351 | Xanthomonas sp. CFBP 8703 | | includes | 2810351 | Xanthomonas sp. FX1 | | equivalent name | 2810351 | Xanthomonas sp. FX4 | | equivalent name | 2810351 | Xanthomonas sp. Sa3BUA13 | | includes | 2810351 | Xanthomonas surreyensis | | synonym | 2810368 | Actinoplanes ovalisporus | | synonym | 2810368 | Actinoplanes ovalisporus Saeng-in et al. 2021 | | authority | 2810368 | Actinoplanes sp. LDG1-06 | | includes | 2810368 | Paractinoplanes ovalisporus | | scientific name | 2810368 | Paractinoplanes ovalisporus (Saeng-in et al. 2021) Roman et al. 2024 | | authority | 28105 | Sinorhizobium | | scientific name | 28105 | Sinorhizobium Chen et al. 1988 | | authority | 28105 | Sinorhizobium Chen et al. 1988 emend. De Lajudie et al. 1994 | | authority | 28105 | Sinorhizobium Chen et al. 1988 emend. Kuzmanovic et al. 2022 | | authority | 2810616 | Halomonas jincaotanensis | | scientific name | 2810616 | Halomonas jincaotanensis Bu et al. 2022 | | authority | 2810616 | Halomonas sp. TRM85114 | | includes | 28108 | Alteromonas macleodii | | scientific name | 28108 | Alteromonas macleodii Baumann et al. 1972 (Approved Lists 1980) | | authority | 28108 | Alteromonas macleodii Baumann et al. 1972 (Approved Lists 1980) emend. Vandecandelaere et al. 2008 | | authority | 28108 | Alteromonas macleodii Baumann et al. 1972 (Approved Lists 1980) emend. Yi et al. 2004 | | authority | 28108 | Alteromonas sp. ATCC 43554 | | includes | 28108 | Alteromonas sp. F12 | | includes | 28108 | Pseudoalteromonas macleodii | | synonym | 281090 | Leifsonia xyli subsp. xyli CTCB07 | | equivalent name | 281090 | Leifsonia xyli subsp. xyli str. CTCB07 | | scientific name | 281090 | Leifsonia xyli subsp. xyli strain CTCB07 | | equivalent name | 281091 | Azorhizobium doebereinerae | | scientific name | 281091 | Azorhizobium doebereinerae Moreira et al. 2006 | | authority | 281091 | Azorhizobium sp. BR5401 | | includes | 28110 | Francisella philomiragia | | scientific name | 28110 | Francisella philomiragia (Jensen et al. 1969) Hollis et al. 1990 | | authority | 28110 | Francisella philomiragia subsp. philomiragia | | includes | 28110 | Francisella philomiragia subsp. philomiragia (Jensen et al. 1969) Hollis et al. 1990 | | authority | 28110 | Yersinia philomiragia | | synonym | 28110 | Yersinia philomiragia Jensen et al. 1969 (Approved Lists 1980) | | authority | 28111 | Bacteroides eggerthii | | scientific name | 28111 | Bacteroides eggerthii Holdeman and Moore 1974 (Approved Lists 1980) emend. Hahnke et al. 2016 | | authority | 2811131 | Leptolyngbyaceae cyanobacterium C42_A2020_001 | | scientific name | 2811131 | Oscillatoriales cyanobacterium C42_A2020_001 | | synonym | 281119 | "Candidatus Amoebophilus" Horn et al. 2001 | | authority | 281119 | Amoebophilus | | equivalent name | 281119 | Candidatus Amoebophilus | | scientific name | 28113 | Bacteroides heparinolyticus | | synonym | 28113 | Bacteroides heparinolyticus Okuda et al. 1985 | | authority | 28113 | Prevotella heparinolytica | | scientific name | 28113 | Prevotella heparinolytica (Okuda et al. 1985) Shah and Collins 1990 | | authority | 2811415 | Niveibacterium microcysteis | | scientific name | 2811415 | Niveibacterium microcysteis Kang and Park 2021 | | authority | 2811415 | Niveibacterium sp. HC41 | | includes | 2811422 | Pseudomonas sp. PDNC002 | | scientific name | 2811425 | Variovorax sp. PDNC026 | | scientific name | 2811501 | Clostridioides sp. ZZV15-6598 | | scientific name | 2811502 | "Thermodesulfovibrionia" Umezawa et al. 2021 | | authority | 2811502 | Thermodesulfovibrionia | | scientific name | 2811502 | Thermodesulfovibrionia Umezawa et al. 2023 | | authority | 2811503 | "Thermodesulfovibrionales" Umezawa et al. 2022 | | authority | 2811503 | Thermodesulfovibrionales | | scientific name | 2811503 | Thermodesulfovibrionales Umezawa et al. 2023 | | authority | 28116 | "Bacteroides fragilis subsp. ovatus" (Eggerth and Gagnon 1933) Holdeman and Moore 1970 | | authority | 28116 | "Pasteurella ovata" (Eggerth and Gagnon 1933) Prevot 1938 | | authority | 28116 | "Pseudobacterium ovatum" (Eggerth and Gagnon 1933) Krasil'nikov 1949 | | authority | 28116 | Bacteroides fragilis subsp. ovatus | | synonym | 28116 | Bacteroides koreensis | | synonym | 28116 | Bacteroides koreensis Shin et al. 2017 | | authority | 28116 | Bacteroides kribbi | | synonym | 28116 | Bacteroides kribbi Shin et al. 2017 | | authority | 28116 | Bacteroides ovatus | | scientific name | 28116 | Bacteroides ovatus Eggerth and Gagnon 1933 (Approved Lists 1980) | | synonym | 28116 | Bacteroides ovatus Eggerth and Gagnon 1933 (Approved Lists 1980) emend. Hahnke et al. 2016 | | authority | 28116 | Bacteroides sp. R2F3-3-3 | | includes | 28116 | Bacteroides sp. R2F3-5-1 | | includes | 28116 | Bacteroides sp. YS-aM39 | | includes | 28116 | Pasteurella ovata | | synonym | 28116 | Pseudobacterium ovatum | | synonym | 28116 | bacterium NLAE-zl-C11 | | includes | 28116 | bacterium NLAE-zl-C34 | | includes | 28116 | bacterium NLAE-zl-C500 | | includes | 28116 | bacterium NLAE-zl-C57 | | includes | 28116 | bacterium NLAE-zl-H304 | | includes | 28116 | bacterium NLAE-zl-H361 | | includes | 28116 | bacterium NLAE-zl-H59 | | includes | 28116 | bacterium NLAE-zl-H73 | | includes | 2811780 | "Porphyromonas bobii" Hurst et al. 2022 | | authority | 2811780 | Porphyromonas bobii | | scientific name | 2811780 | Porphyromonas sp. EMRHCC_6C | | includes | 28118 | Bacteroides splanchnicus | | synonym | 28118 | Bacteroides splanchnicus Werner et al. 1975 (Approved Lists 1980) | | authority | 28118 | Odoribacter splanchnicus | | scientific name | 28118 | Odoribacter splanchnicus (Werner et al. 1975) Hardham et al. 2008 | | synonym | 28121 | Butyrivibrio sp. | | scientific name | 281213 | Microthyriaceae | | scientific name | 281213 | Microthyriaceae Sacc., 1883 | | authority | 28123 | "Bacteroides melaninogenicus subsp. asaccharolyticus" Holdeman and Moore 1970 | | synonym | 28123 | Bacteroides asaccharolyticus | | synonym | 28123 | Bacteroides asaccharolyticus (Holdeman and Moore 1970) Finegold and Barnes 1977 (Approved Lists 1980) | | authority | 28123 | Bacteroides melaninogenicus subsp. asacharolyticus | | synonym | 28123 | Porphyromonas asaccharolytica | | scientific name | 28123 | Porphyromonas asaccharolytica (Holdeman and Moore 1970) Shah and Collins 1988 emend. Hahnke et al. 2016 | | authority | 281242 | Mytilinidiaceae | | scientific name | 281242 | Mytilinidiaceae Kirschst., 1924 | | authority | 28126 | "Bacteroides capillus" Kornman and Holt 1981 | | authority | 28126 | "Bacteroides pentosaceus" Shah and Collins 1981 | | authority | 28126 | Bacteroides buccae | | synonym | 28126 | Bacteroides buccae Holdeman et al. 1982 | | authority | 28126 | Bacteroides capillus | | synonym | 28126 | Bacteroides capillus Kornman and Holt 1982 | | authority | 28126 | Bacteroides pentosaceus | | synonym | 28126 | Bacteroides pentosaceus Shah and Collins 1982 | | authority | 28126 | Prevotella buccae (Holdeman et al. 1982) Shah and Collins 1990 | | synonym | 28126 | Segatella buccae | | scientific name | 28126 | Segatella buccae (Holdeman et al. 1982) Hitch et al. 2023 | | synonym | 2812636 | CS clade | | scientific name | 2812636 | SV clade | | includes | 2812655 | Streptomyces sp. GESEQ-4 | | scientific name | 2812896 | Leptolyngbya sp. 7M | | scientific name | 2813033 | unclassified Sedimentisphaerales | | scientific name | 2813034 | Sedimentisphaerales bacterium | | scientific name | 2813035 | "Candidatus Phaeomarinibacteraceae" corrig. Dittami et al. 2014 | | synonym | 2813035 | "Candidatus Phaeomarinobacteraceae" Dittami et al. 2014 | | synonym | 2813035 | Candidatus Phaeomarinibacteraceae | | synonym | 2813035 | Parvibaculaceae | | scientific name | 2813035 | Parvibaculaceae Hordt et al. 2020 | | authority | 2813035 | Phaeomarinibacteraceae | | equivalent name | 2813057 | Salmonella enterica subsp. enterica serovar 2,12:-:1,5 | | scientific name | 28131 | Bacteroides intermedius | | synonym | 28131 | Bacteroides intermedius (Holdeman and Moore 1970) Johnson and Holdeman 1983 | | authority | 28131 | Bacteroides melaninogenicus subsp. intermedius | | synonym | 28131 | Bacteroides melaninogenicus subsp. intermedius Holdeman and Moore 1970 (Approved Lists 1980) | | authority | 28131 | Prevotella intermedia | | scientific name | 28131 | Prevotella intermedia (Holdeman and Moore 1970) Shah and Collins 1990 emend. Hahnke et al. 2016 | | authority | 28132 | "Bacterium melaninogenicum" Oliver and Wherry 1921 | | authority | 28132 | "Fusiformis nigrescens" Schwabacher et al. 1947 | | authority | 28132 | "Hemophilus melaninogenicus" (sic) (Oliver and Wherry 1921) Bergey et al. 1930 | | authority | 28132 | "Ristella melaninogenica" (Oliver and Wherry 1921) Prevot 1938 | | authority | 28132 | Bacterium melaninogenicum | | synonym | 28132 | Bacteroides melaninogenicus | | synonym | 28132 | Bacteroides melaninogenicus (Oliver and Wherry 1921) Roy and Kelly 1939 (Approved Lists 1980) | | authority | 28132 | Bacteroides melaninogenicus (Oliver and Wherry 1921) Roy and Kelly 1939 (Approved Lists 1980) emend. Holdeman and Johnson 1982 | | authority | 28132 | Bacteroides melaninogenicus melaninogenicus | | synonym | 28132 | Bacteroides melaninogenicus subsp. melaninogenicus | | synonym | 28132 | Bacteroides melaninogenicus subsp. melaninogenicus (Oliver and Wherry 1921) Roy and Kelly 1939 | | authority | 28132 | Fusiformis nigrescens | | synonym | 28132 | Hemophilus melaninogenicus | | synonym | 28132 | Prevotella melaninogenica | | scientific name | 28132 | Prevotella melaninogenica (Oliver and Wherry 1921) Shah and Collins 1990 emend. Hahnke et al. 2016 | | authority | 28132 | Prevotella melaninogenica (Oliver and Wherry 1921) Shah and Collins 1990 emend. Wu et al. 1992 | | authority | 28132 | Ristella melaninogenica | | synonym | 2813360 | Pseudomonas lactucae | | scientific name | 2813360 | Pseudomonas lactucae Sawada et al. 2021 | | authority | 2813360 | Pseudomonas sp. MAFF 301380 | | includes | 2813360 | Pseudomonas sp. MAFF 301381 | | includes | 281361 | Flavobacterium denitrificans | | scientific name | 281361 | Flavobacterium denitrificans Horn et al. 2005 | | authority | 281361 | Flavobacterium sp. LB-42 | | includes | 281361 | earthworm gut bacterium ED5 | | includes | 2813651 | Arthrobotrys oligosporus | | synonym | 2813651 | Arthrobotrys oligosporus Fresen., 1850 | | authority | 2813651 | Orbilia oligospora | | scientific name | 2813651 | Orbilia oligospora (Fresen.) Baral & E. Weber, 2020 | | authority | 2813779 | Methylobacterium sp. OT2 | | scientific name | 2813788 | Litchfieldia | | scientific name | 2813788 | Litchfieldia Gupta et al. 2020 | | authority | 2813851 | Synechococcus bigranulatus str. 'Rupite' | | equivalent name | 2813851 | Thermostichus vulcanus str. 'Rupite' | | scientific name | 28141 | "Cronobacter sakazakii subsp. sakazakii" Iversen et al. 2007 | | authority | 28141 | Cronobacter sakazakii | | scientific name | 28141 | Cronobacter sakazakii (Farmer et al. 1980) Iversen et al. 2008 | | synonym | 28141 | Cronobacter sakazakii subsp. sakazakii | | synonym | 28141 | Enterobacter sakazakii | | synonym | 28141 | Enterobacter sakazakii Farmer et al. 1980 | | authority | 28141 | yellow -pigmented Enterobacter cloacae | | synonym | 28142 | Salmonella berta | | synonym | 28142 | Salmonella enterica subsp. enterica serovar Berta | | scientific name | 2814271 | unclassified Thermodesulfovibrionales | | scientific name | 2814272 | Thermodesulfovibrionales bacterium | | scientific name | 28144 | Salmonella derby | | synonym | 28144 | Salmonella enterica serovar Derby | | synonym | 28144 | Salmonella enterica subsp. enterica serovar Derby | | scientific name | 2814446 | "Roseiconus" Kumar et al. 2021 | | authority | 2814446 | Roseiconus | | scientific name | 2814446 | Roseiconus Kumar et al. 2025 | | authority | 2814653 | Caballeronia sp. M1242 | | scientific name | 2814671 | Salmonella enterica subsp. enterica serovar Rough:- | | scientific name | 28147 | Salmonella enterica serovar Oranienburg | | synonym | 28147 | Salmonella enterica subsp. enterica serovar Oranienburg | | scientific name | 28147 | Salmonella oranienberg | | synonym | 28147 | Salmonella oranienburg | | synonym | 281472 | Jiangella | | scientific name | 281472 | Jiangella Song et al. 2005 | | authority | 28152 | Yersinia kristensenii | | scientific name | 28152 | Yersinia kristensenii Bercovier et al. 1981 | | authority | 2815212 | Leifsonia sp. TF02-11 | | scientific name | 2815305 | Staphylococcus intermedius group | | scientific name | 2815311 | Laspinemaceae | | synonym | 2815311 | Laspinemaceae Zimba, Shalygin & Huang, 2021 | | authority | 2815311 | Laspinemataceae | | scientific name | 2815311 | Laspinemataceae corrig. Zimba, Shalygin & Huang, 2021 | | authority | 2815338 | Agrobacterium sp. OT33 | | scientific name | 2815394 | Nostoc sp. JL23 | | scientific name | 2815407 | Nostoc sp. NOS(2021) | | scientific name | 2815776 | "Bilifractor" Wylensek et al. 2020 | | authority | 2815776 | Bilifractor | | scientific name | 2815776 | Bilifractor Wylensek et al. 2021 | | authority | 2815786 | "Sodaliphilus" Wylensek et al. 2020 | | authority | 2815786 | Sodaliphilus | | scientific name | 2815786 | Sodaliphilus Wylensek et al. 2021 | | authority | 2815787 | "Stecheria" Wylensek et al. 2020 | | authority | 2815787 | Stecheria | | scientific name | 2815787 | Stecheria Wylensek et al. 2021 | | authority | 2815910 | Cyanobacteriaceae | | synonym | 2815910 | Cyanobacteriaceae Komarek, Kastovsky, Mares & J.R.Johansen, 2014 | | authority | 2815910 | Geminocystaceae | | scientific name | 2815910 | Geminocystaceae Tuji, Yamaguchi & Niiyama, 2021 | | authority | 2815913 | Shewanella sp. c952 | | scientific name | 2815936 | Pseudomonas sp. PP3 | | scientific name | 2816034 | Sneathiella sedimenti | | scientific name | 2816034 | Sneathiella sedimenti Lee et al. 2022 | | authority | 2816034 | Sneathiella sp. CAU 1612 | | includes | 2816136 | Eurotatoria | | scientific name | 2816232 | Streptomyces triculaminicus | | scientific name | 2816232 | Streptoverticillium sp. JCM 4242 | | includes | 2816438 | unclassified Citrobacter freundii complex | | scientific name | 281668 | Monogynaspida | | scientific name | 2816960 | Lactococcus cremoris subsp. cremoris | | scientific name | 2816960 | Lactococcus cremoris subsp. cremoris (Orla-Jensen 1919) Li et al. 2021 | | authority | 2817059 | Fibrella aquatilis | | scientific name | 2817059 | Fibrella aquatilis Kang et al. 2022 | | authority | 2817059 | Fibrella sp. HMF5036 | | includes | 28171 | Listonella aestuarianus | | synonym | 28171 | Vibrio aestuarianus | | scientific name | 28171 | Vibrio aestuarianus Tison and Seidler 1983 | | authority | 28171 | Vibrio aestuarianus Tison and Seidler 1983 emend. Garcia et al. 2021 | | authority | 28171 | Vibrio aestuarianus Tison and Seidler 1983 emend. Garnier et al. 2008 | | authority | 28174 | Listonella ordalii | | synonym | 28174 | Vibrio ordalii | | scientific name | 28174 | Vibrio ordalii Schiewe et al. 1982 | | authority | 2817656 | Marinobacter sp. CA1 | | scientific name | 2817700 | Bradyrhizobium sp. USDA 4532 | | scientific name | 2817705 | Bradyrhizobium sp. USDA 4545 | | scientific name | 2817853 | Paenibacillus sp. PvP052 | | scientific name | 2817858 | Methylobacterium sp. PvP105 | | scientific name | 2817859 | Methylobacterium sp. PvP109 | | scientific name | 2817991 | Gilliamella sp. B3482 | | scientific name | 28183 | Leptospira santarosai | | scientific name | 28183 | Leptospira santarosai Yasuda et al. 1987 | | authority | 28183 | Leptospira sp. 949 | | includes | 2818389 | "Oceanisphaera pacifica" Xue et al. 2022 | | authority | 2818389 | Oceanisphaera pacifica | | scientific name | 2818389 | Oceanisphaera sp. DM8 | | includes | 28184 | Leptospira weilii | | scientific name | 28184 | Leptospira weilii Yasuda et al. 1987 | | authority | 2818440 | Psychrobacter coccoides | | scientific name | 2818440 | Psychrobacter coccoides Shang et al. 2022 | | authority | 2818440 | Psychrobacter sp. F1192 | | includes | 2818467 | unclassified Candidatus Ozemobacteraceae | | scientific name | 2818467 | unclassified Ozemobacteraceae | | equivalent name | 2818468 | Candidatus Ozemobacteraceae bacterium | | scientific name | 2818468 | Ozemobacteraceae bacterium | | equivalent name | 2818472 | unclassified Giesbergeria | | scientific name | 2818473 | Giesbergeria sp. | | scientific name | 2818505 | "Myxococcota" Waite et al. 2020 | | authority | 2818505 | Myxococcota | | scientific name | 2818505 | Myxococcota Waite et al. 2021 | | authority | 2818505 | Myxococcota Waite et al. 2021 emend. Garcia et al. 2024 | | authority | 2818506 | unclassified Myxococcota | | scientific name | 2818507 | Myxococcota bacterium | | scientific name | 2819119 | Bacillus sp. ISL-26 | | scientific name | 2819121 | Bacillus sp. ISL-34 | | scientific name | 2819132 | Bacillus sp. ISL-51 | | scientific name | 2819143 | Chryseobacterium sp. ISL-6 | | scientific name | 281915 | Curvibacter | | scientific name | 281915 | Curvibacter Ding and Yokota 2004 | | authority | 2819169 | Pseudomonas sp. ISL-88 | | scientific name | 2819178 | Streptomyces sp. ISL-14 | | scientific name | 2819180 | Streptomyces sp. ISL-22 | | scientific name | 2819181 | Streptomyces sp. ISL-24 | | scientific name | 2819190 | Streptomyces sp. ISL-94 | | scientific name | 2819192 | Streptomyces sp. ISL-98 | | scientific name | 2819257 | unclassified Candidatus Saccharicenans | | scientific name | 2819257 | unclassified Saccharicenans | | equivalent name | 2819258 | Candidatus Saccharicenans sp. | | scientific name | 2819258 | Saccharicenans sp. | | equivalent name | 2819261 | Sterolibacterium sp. | | scientific name | 2819262 | Syntrophorhabdales | | scientific name | 2819262 | Syntrophorhabdales Waite et al. 2020 | | authority | 28196 | Arcobacter | | scientific name | 28196 | Arcobacter Vandamme et al. 1991 | | authority | 28196 | Arcobacter Vandamme et al. 1991 emend. Perez-Cataluna et al. 2018 | | authority | 28196 | Arcobacter Vandamme et al. 1991 emend. Sasi Jyothsna et al. 2013 | | authority | 28196 | Arcobacter Vandamme et al. 1991 emend. Vandamme et al. 1992 | | authority | 28197 | "Aliarcobacter butzleri" corrig. (Kiehlbauch et al. 1991) Perez-Cataluna et al. 2019 | | authority | 28197 | Aliarcobacter butzleri | | scientific name | 28197 | Aliarcobacter butzleri (Kiehlbauch et al. 1991) Perez-Cataluna et al. 2020 | | synonym | 28197 | Arcobacter butzleri | | synonym | 28197 | Arcobacter butzleri (Kiehlbauch et al. 1991) Vandamme et al. 1992 | | authority | 28197 | Campylobacter butzleri | | synonym | 28197 | Campylobacter butzleri Kiehlbauch et al. 1991 | | authority | 2819731 | Salmonella sp. 32100201201700044SM | | scientific name | 2819732 | Salmonella sp. 32100201201700099SM | | scientific name | 2819933 | Leptolyngbya sp. 15MV | | scientific name | 2820085 | "Streptomyces himalayensis" Maiti and Mandal 2021 | | authority | 2820085 | Streptomyces himalayensis | | scientific name | 2820280 | Sphingosinicellaceae | | scientific name | 2820280 | Sphingosinicellaceae Hordt et al. 2020 | | authority | 2820288 | Streptomyces sp. NEAU-YJ-81 | | scientific name | 2820289 | Microbacterium sp. NEAU-LLB | | includes | 2820289 | Microbacterium stercoris | | scientific name | 2820289 | Microbacterium stercoris Zhang et al. 2021 | | authority | 2820788 | Facilibium | | scientific name | 2820788 | Facilibium Xiao et al. 2019 | | authority | 2820812 | "Pararoseomonas baculiformis" So et al. 2023 | | synonym | 2820812 | Pararoseomonas baculiformis | | scientific name | 2820812 | Roseomonas sp. SSH11 | | includes | 28211 | "Alphabacteria" Cavalier-Smith 1992 | | authority | 28211 | Alphabacteria | | synonym | 28211 | Alphabacteria Cavalier-Smith, 2002 | | authority | 28211 | Alphaproteobacteria | | scientific name | 28211 | Alphaproteobacteria Garrity et al. 2006 | | authority | 28211 | Proteobacteria alpha subdivision | | synonym | 28211 | Purple bacteria, alpha subdivision | | synonym | 28211 | a-proteobacteria | a-proteobacteria | blast name | 28211 | a-proteobacteria | a-proteobacteria | genbank common name | 28211 | alpha proteobacteria | | synonym | 28211 | alpha subdivision | | synonym | 28211 | alpha subgroup | | synonym | 2821115 | Microbacterium sp. Bi128 | | scientific name | 2821122 | Pseudomonas sp. Bi130 | | scientific name | 2821275 | Xanthomonas sp. A1809 | | scientific name | 2821351 | Conifers II | | scientific name | 2821352 | Conifers I | | scientific name | 2821355 | Labrys sp. LIt4 | | scientific name | 28214 | Rhizomonas sp. | | synonym | 28214 | Sphingomonas sp. | | scientific name | 2821406 | Bradyrhizobium australafricanum | | scientific name | 2821406 | Bradyrhizobium australafricanum Klepa et al. 2022 | | authority | 2821406 | Bradyrhizobium sp. WSM 4400 | | includes | 2821504 | Cyanobacteria bacterium SID2 | | scientific name | 2821543 | "Chloracidobacterium validum" Saini et al. 2021 | | authority | 2821543 | Chloracidobacterium sp. BV2-C | | includes | 2821543 | Chloracidobacterium validum | | scientific name | 2821543 | Chloracidobacterium validum Saini et al. 2026 | | authority | 28216 | Betaproteobacteria | | scientific name | 28216 | Betaproteobacteria Garrity et al. 2006 emend. Boden et al. 2017 | | authority | 28216 | Proteobacteria beta subdivision | | synonym | 28216 | Purple bacteria, beta subdivision | | synonym | 28216 | b-proteobacteria | b-proteobacteria | blast name | 28216 | b-proteobacteria | b-proteobacteria | genbank common name | 28216 | beta proteobacteria | | synonym | 28216 | beta subdivision | | synonym | 28216 | beta subgroup | | synonym | 2821832 | Breoghaniaceae | | synonym | 2821832 | Breoghaniaceae Hordt et al. 2020 | | authority | 2821832 | Stappiaceae | | scientific name | 2821832 | Stappiaceae Hordt et al. 2020 | | authority | 28221 | "Deltabacteria" Cavalier-Smith 1992 | | synonym | 28221 | Deltabacteria Cavalier-Smith 2002 | | synonym | 28221 | Deltaproteobacteria | | scientific name | 28221 | Deltaproteobacteria Kuever et al. 2006 emend. Hahn et al. 2017 | | authority | 28221 | Dissimilatory sulfate or sulfur reducers | | includes | 28221 | Proteobacteria delta subdivision | | synonym | 28221 | Purple bacteria, delta subdivision | | synonym | 28221 | Sulfate- or sulfur-reducing dissimilatory bacteria | | includes | 28221 | Sulfate-reducing or sulfur-reducing dissimilatory bacteria | | includes | 28221 | d-proteobacteria | d-proteobacteria | blast name | 28221 | d-proteobacteria | d-proteobacteria | genbank common name | 28221 | delta proteobacteria | | synonym | 28221 | delta subdivision | | synonym | 28221 | delta subgroup | | synonym | 2822114 | "Chlamydiifrater" Vorimore et al. 2021 | | authority | 2822114 | Chlamydiifrater | | scientific name | 2822114 | Chlamydiifrater Vorimore et al. 2023 | | authority | 28222 | Desulfobacula | | scientific name | 28222 | Desulfobacula Rabus et al. 2000 emend. Kuever et al. 2001 | | authority | 2822682 | Pseudoalteromonas sp. MMG005 | | scientific name | 2822761 | Methylovirgula sp. HY1 | | scientific name | 28228 | Colwellia | | scientific name | 28228 | Colwellia Deming et al. 1988 | | authority | 28229 | "Vibrio psychroerythrus" D'Aoust and Kushner 1972 | | authority | 28229 | "Vibrio psychroerythrus" MacDonald and Colwell 1985 | | authority | 28229 | Colwellia psychrerythraea | | scientific name | 28229 | Colwellia psychrerythraea corrig. (ex D'Aoust and Kushner 1972) Deming et al. 1988 | | authority | 28229 | Colwellia psychroerythraea | | equivalent name | 28229 | Colwellia psychroerythrea | | equivalent name | 28229 | Colwellia psychroerythrus | | synonym | 28229 | Vibrio psychroerythreus | | equivalent name | 28229 | Vibrio psychroerythrus | | synonym | 28229 | Vibrio psychroerythus | | synonym | 282301 | Macrostomum lignano | | scientific name | 282301 | Macrostomum lignano Ladurner, Schorer, Salvenmoser & Rieger, 2005 | | authority | 28231 | Geobacter | | scientific name | 28231 | Geobacter Lovley et al. 1995 | | synonym | 2823144 | Candidatus Martarchaeota archaeon | | scientific name | 2823144 | Martarchaeota archaeon | | equivalent name | 2823237 | Alteribacter | | scientific name | 2823237 | Alteribacter Gupta et al. 2020 | | authority | 2823743 | Vulcanococcus limneticus Candia 3B3 | | scientific name | 2823744 | Vulcanococcus limneticus Candia 3F8 | | scientific name | 2823745 | Vulcanococcus limneticus MW73D5 | | scientific name | 2823902 | "Candidatus Thiothrix anitrata" Ravin et al. 2021 | | authority | 2823902 | Candidatus Thiothrix anitrata | | scientific name | 2823902 | Thiothrix anitrata | | equivalent name | 2823902 | Thiothrix sp. A52 | | includes | 282425 | Clupei | | scientific name | 2824556 | Limnoraphis sp. WC205 | | scientific name | 2824559 | Woronichinia naegeliana WA131 | | scientific name | 2824560 | Gloeotrichia echinulata DEX184 | | scientific name | 2824670 | Ilyonectria sp. MPI-CAGE-AT-0026 | | scientific name | 28253 | Marinomonas | | scientific name | 28253 | Marinomonas van Landschoot and De Ley 1984 emend. Espinosa et al. 2010 | | authority | 28256 | Alcanivorax/Fundibacter group | Alcanivorax/Fundibacter group | in-part | 28256 | Halomonadaceae | | scientific name | 28256 | Halomonadaceae Franzmann et al. 1989 | | synonym | 28256 | Halomonadaceae Franzmann et al. 1989 emend. Ben Ali Gam et al. 2007 | | authority | 28256 | Halomonadaceae Franzmann et al. 1989 emend. Dobson and Franzmann 1996 | | authority | 28256 | Halomonadaceae Franzmann et al. 1989 emend. Flores-Felix et al. 2025 | | authority | 28256 | Halomonadaceae Franzmann et al. 1989 emend. Ntougias et al. 2007 | | authority | 28256 | gamma-3 proteobacteria | gamma-3 proteobacteria | in-part | 2825974 | Nostoc sp. CCCryo 231-06 | | scientific name | 28263 | Arcanibacterium | | equivalent name | 28263 | Arcanobacterium | | scientific name | 28263 | Arcanobacterium Collins et al. 1983 emend. Hijazin et al. 2012 | | authority | 28263 | Arcanobacterium Collins et al. 1983 emend. Lehnen et al. 2006 | | authority | 28263 | Arcanobacterium Collins et al. 1983 emend. Yassin et al. 2011 | | authority | 2826938 | Brucella/Ochrobactrum group | | scientific name | 2826939 | Sphingomonadaceae bacterium LXI357 | | includes | 2826939 | Stakelama marina | | scientific name | 2826939 | Stakelama marina Wang et al. 2023 | | authority | 2828514 | "Actinospica acidithermotolerans" Kusuma et al. 2022 | | authority | 2828514 | Actinospica acidithermotolerans | | scientific name | 2828514 | Actinospica acidithermotolerans Kusuma et al. 2023 | | authority | 2828514 | Actinospica sp. MGRD01-02 | | includes | 2828734 | Puerhibacterium | | scientific name | 2828734 | Puerhibacterium Yang et al. 2021 | | authority | 2829500 | Erythrobacter sp. JK5 | | scientific name | 2829673 | bacterium SCSIO 12643 | | scientific name | 2829814 | Ahrensiaceae | | scientific name | 2829814 | Ahrensiaceae Hordt et al. 2020 | | authority | 2829815 | Azospirillaceae | | scientific name | 2829815 | Azospirillaceae Hordt et al. 2020 | | authority | 283 | "Comamonas" Davis and Park 1962 | | authority | 283 | Comamonas | | scientific name | 283 | Comamonas (ex Davis and Park 1962) De Vos et al. 1985 emend. Tamaoka et al. 1987 | | authority | 283 | Comamonas (ex Davis and Park 1962) De Vos et al. 1985 emend. Willems et al. 1991 | | authority | 283 | Comamonas (ex Davis and Park 1962) De Vos et al. 1985 emend. Zhang et al. 2013 | | authority | 283 | Comimonas | | equivalent name | 283 | Comomonas | | synonym | 2830 | Chromophyta | Chromophyta | in-part | 2830 | Haptophyceae | | synonym | 2830 | Haptophyta | | scientific name | 2830 | Haptophyta Hibberd, 1976 | | authority | 2830 | Prymnesiophyta | | synonym | 2830 | algae | algae | in-part | 2830 | coccolithophorids | | common name | 2830 | haptophytes | haptophytes | blast name | 2830 | haptophytes | haptophytes | genbank common name | 283033 | Sander | | scientific name | 283033 | Stizostedion | | synonym | 283035 | Lucioperca lucioperca | | synonym | 283035 | Perca lucioperca | | synonym | 283035 | Perca lucioperca Linnaeus, 1758 | | authority | 283035 | Sander lucioperca | | scientific name | 283035 | Sander lucioperca (Linnaeus, 1758) | | authority | 283035 | Stizostedion lucioperca | | synonym | 283035 | pike-perch | | common name | 283035 | pikeperch | | genbank common name | 2830842 | Halopseudomonas nanhaiensis (Pang et al. 2021) Girard et al. 2026 | | synonym | 2830842 | Pseudomonas nanhaiensis | | scientific name | 2830842 | Pseudomonas nanhaiensis Pang et al. 2026 | | synonym | 2830842 | Pseudomonas sp. SCS 2-3 | | includes | 2830882 | Allopontixanthobacter | | scientific name | 2830882 | Allopontixanthobacter Liu et al. 2021 | | authority | 2830882 | Pseudopontixanthobacter | Pseudopontixanthobacter | synonym | 2830882 | Pseudopontixanthobacter Liu et al. 2021 | | authority | 2830990 | Arthrobacter sp. StoSoilA2 | | scientific name | 2831023 | Klebsiella sp. MC1F | | scientific name | 2831100 | Alloboseaceae | | scientific name | 2831100 | Alloboseaceae Deshmukh and Oren 2026 | | authority | 2831100 | Boseaceae | | synonym | 2831100 | Boseaceae Hordt et al. 2020 | | authority | 2831106 | Devosiaceae | | scientific name | 2831106 | Devosiaceae Hordt et al. 2020 | | authority | 2831111 | Kaistiaceae | | scientific name | 2831111 | Kaistiaceae Hordt et al. 2020 | | authority | 2831111 | Kaistiaceae Hordt et al. 2020 emend. Vasilyeva et al. 2022 | | authority | 2831443 | Heliomicrobium | | scientific name | 2831443 | Heliomicrobium Kyndt et al. 2021 | | authority | 2831522 | Paenibacillus sp. Marseille-Q4541 | | scientific name | 283168 | Odoribacter | | scientific name | 283168 | Odoribacter Hardham et al. 2008 | | authority | 2832500 | Halomonas sp. FeN2 | | scientific name | 2832643 | Caudovirales sp. | | equivalent name | 2832643 | Caudoviricetes sp. | | scientific name | 2832643 | Myoviridae sp. | | equivalent name | 2832643 | Podoviridae sp. | | equivalent name | 2832643 | Siphoviridae sp. | | equivalent name | 2834353 | Litoribacterium | | scientific name | 2834353 | Litoribacterium Mahmoud et al. 2021 | | authority | 2834413 | "Paenibacillus sinensis" Li et al. 2022 | | authority | 2834413 | Paenibacillus sinensis | | scientific name | 2834413 | Paenibacillus sp. 39 | | includes | 2834413 | Paenibacillus sp. HN-1 | | includes | 2834466 | Paenibacillus sp. CGMCC 1.18879 | | scientific name | 2835787 | Glacieibacterium megasporae | | scientific name | 2835787 | Glacieibacterium megasporae (Noh et al. 2022) Wang et al. 2025 | | authority | 2835787 | Polymorphobacter megasporae | | synonym | 2835787 | Polymorphobacter megasporae Noh et al. 2022 | | authority | 2835787 | Polymorphobacter sp. PAMC 29362 | | includes | 2835867 | Nocardiopsis sp. EMB25 | | scientific name | 2836 | Bacillariophyta | | scientific name | 2836 | Diatomea | | synonym | 2836 | Diatomeae | | synonym | 2836 | Diatomophyceae | | synonym | 2836 | algae | algae | in-part | 2836 | bacillariophytes | | common name | 2836 | diatoms | diatoms | blast name | 2836 | diatoms | diatoms | genbank common name | 2836179 | Ancylobacter radicis | | scientific name | 2836179 | Ancylobacter radicis Agafonova et al. 2023 | | authority | 2836179 | Ancylobacter sp. VKM B-3255 | | includes | 2836180 | "Alteromonas oceanisediminis" Zhang et al. 2022 | | authority | 2836180 | Alteromonas oceanisediminis | | scientific name | 2836180 | Alteromonas sp. SM 2104 | | includes | 2836216 | Phnomibacter | | scientific name | 2836216 | Phnomibacter Siddiqi et al. 2021 | | authority | 2836339 | Salviinae | | scientific name | 2836339 | Salviinae Endl., 1838 | | authority | 2836373 | Actinoplanes sp. L3-i22 | | scientific name | 2836391 | Tectipleura | | scientific name | 2836556 | Methylobacterium sp. E-016 | | scientific name | 2836561 | Methylobacterium sp. E-025 | | scientific name | 2836624 | Methylobacterium sp. J-026 | | scientific name | 283699 | Pseudoalteromonas sp. Bsw20308 | | scientific name | 283734 | Staphylococcus pseudintermedius | | scientific name | 283734 | Staphylococcus pseudintermedius Devriese et al. 2005 | | authority | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0001 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0002 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0003 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0005 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0006 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0016 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0017 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0021 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0023 | | includes | 283734 | Staphylococcus sp. SPSE-18-VL-SD-OK-0024 | | includes | 283735 | Leeuwenhoekiella | | scientific name | 283735 | Leeuwenhoekiella Nedashkovskaya et al. 2005 | | authority | 283735 | Leeuwenhoekiella Nedashkovskaya et al. 2005 emend. Machii et al. 2025 | | authority | 283735 | Leeuwenhoekiella Nedashkovskaya et al. 2005 emend. Nedashkovskaya et al. 2014 | | authority | 283735 | Leeuwenhoekiella Nedashkovskaya et al. 2005 emend. Tahon et al. 2020 | | authority | 2837504 | Heyndrickxia | | scientific name | 2837504 | Heyndrickxia Gupta et al. 2020 | | authority | 2837504 | Margalitia | | synonym | 2837504 | Margalitia Gupta et al. 2020 | | authority | 2837504 | Weizmannia | | synonym | 2837504 | Weizmannia Gupta et al. 2020 | | authority | 2837506 | Niallia | | scientific name | 2837506 | Niallia Gupta et al. 2020 | | authority | 2837508 | Rossellomorea | | scientific name | 2837508 | Rossellomorea Gupta et al. 2020 | | authority | 2837510 | Siminovitchia | | scientific name | 2837510 | Siminovitchia Gupta et al. 2020 | | authority | 2837511 | Sutcliffiella | | scientific name | 2837511 | Sutcliffiella Gupta et al. 2020 | | authority | 2837522 | unclassified Niallia | | scientific name | 2837526 | unclassified Rossellomorea | | scientific name | 28376 | Anolis | | scientific name | 28376 | Chamaelinorops | | includes | 28377 | Anolis carolinensis | | scientific name | 28377 | Anolis carolinensis (Voigt, 1832) | | authority | 28377 | Anolis carolinensis Voigt, 1832 | | authority | 28377 | Carolina anole | | common name | 28377 | green anole | | genbank common name | 2838015 | Streptomyces koelreuteriae | | scientific name | 2838015 | Streptomyces koelreuteriae Fu et al. 2023 | | authority | 2838015 | Streptomyces sp. CRLD-Y-1 | | includes | 2838015 | Streptomyces sp. MG62 | | includes | 283810 | Stackebrandtia | | scientific name | 283810 | Stackebrandtia Labeda and Kroppenstedt 2005 emend. Wang et al. 2009 | | authority | 283811 | Stackebrandtia nassauensis | | scientific name | 283811 | Stackebrandtia nassauensis Labeda and Kroppenstedt 2005 | | authority | 283811 | Stackebrandtia nassauensis Labeda and Kroppenstedt 2005 emend. Nouioui et al. 2018 | | authority | 283811 | Stackebrandtia puertoricensis | | equivalent name | 283819 | Woronichinia | | scientific name | 283819 | Woronichinia Elenkin, 1933 | | authority | 283820 | Coelosphaerium naegelianum | | synonym | 283820 | Coelosphaerium naegelianum Unger, 1854 | | authority | 283820 | Woronichinia naegeliana | | scientific name | 283820 | Woronichinia naegeliana (Unger, 1854) Elenkin, 1933 | | authority | 2838250 | Kaustia | | scientific name | 2838250 | Kaustia Sefrji et al. 2021 | | authority | 2838335 | Streptomyces aurantiacus group | | scientific name | 28384 | other sequences | other sequences | blast name | 28384 | other sequences | other sequences | scientific name | 2838461 | "Candidatus Anaerostipes avicola" Gilroy et al. 2021 | | authority | 2838461 | Candidatus Anaerostipes avicola | | scientific name | 2838484 | "Candidatus Blautia avistercoris" Gilroy et al. 2021 | | authority | 2838484 | Candidatus Blautia avistercoris | | scientific name | 2838488 | "Candidatus Blautia faecigallinarum" Gilroy et al. 2021 | | authority | 2838488 | Candidatus Blautia faecigallinarum | | scientific name | 2838490 | "Candidatus Blautia gallistercoris" Gilroy et al. 2021 | | authority | 2838490 | Candidatus Blautia gallistercoris | | scientific name | 2838503 | "Candidatus Borkfalkia avicola" Gilroy et al. 2021 | | authority | 2838503 | Candidatus Borkfalkia avicola | | scientific name | 2838531 | "Candidatus Corynebacterium intestinavium" Gilroy et al. 2021 | | authority | 2838531 | Candidatus Corynebacterium intestinavium | | scientific name | 2838623 | "Candidatus Intestinimonas pullistercoris" Gilroy et al. 2021 | | authority | 2838623 | Candidatus Intestinimonas pullistercoris | | scientific name | 2838640 | "Candidatus Ligilactobacillus excrementavium" Gilroy et al. 2021 | | authority | 2838640 | Candidatus Ligilactobacillus excrementavium | | scientific name | 2838671 | "Candidatus Mediterraneibacter gallistercoris" Gilroy et al. 2021 | | authority | 2838671 | Candidatus Mediterraneibacter gallistercoris | | scientific name | 2838729 | "Candidatus Phocaeicola caecigallinarum" Gilroy et al. 2021 | | authority | 2838729 | Candidatus Phocaeicola caecigallinarum | | scientific name | 2838757 | "Candidatus Sellimonas avistercoris" Gilroy et al. 2021 | | authority | 2838757 | Candidatus Sellimonas avistercoris | | scientific name | 2838777 | Candidatus Roseilinea sp. | | scientific name | 2838777 | Roseilinea sp. | | equivalent name | 2838788 | unclassified Gemmatales | | scientific name | 2838789 | Gemmatales bacterium | | scientific name | 2838795 | Colletotrichum sp. SAR 10_66 | | scientific name | 2838869 | Streptomyces sp. CBG30 | | scientific name | 2838870 | Streptomyces sp. COG19 | | scientific name | 2838871 | Streptomyces sp. COG20 | | scientific name | 2838872 | Streptomyces sp. COG21 | | scientific name | 2838873 | Streptomyces sp. CYG20 | | scientific name | 2838874 | Streptomyces sp. CYG21 | | scientific name | 2839024 | Methylobacter sp. S3L5C | | scientific name | 2839105 | Streptomyces violaceusniger clade | | equivalent name | 2839105 | Streptomyces violaceusniger group | | scientific name | 2839663 | Pleurocapsa minor GSE-CHR-MK 17-07R | | scientific name | 2839976 | Candidatus Thiodiazotropha sp. (ex Codakia orbicularis) | | scientific name | 2840174 | Rhodococcus erythropolis group | | scientific name | 2840188 | "Prosthecodimorpha staleyi" Vasilyeva et al. 2024 | | authority | 2840188 | Hyphomicrobiaceae bacterium 22 | | includes | 2840188 | Prosthecodimorpha staleyi | | scientific name | 2840188 | Prosthecodimorpha staleyi Vasilyeva et al. 2025 | | authority | 2840371 | Gemella sp. zg-570 | | scientific name | 284040 | Streptomyces variegatus | | scientific name | 284040 | Streptomyces variegatus Sveshnikova and Timuk 1986 | | authority | 2840469 | "Bradyrhizobium sediminis" Jin et al. 2022 | | authority | 2840469 | Bradyrhizobium sediminis | | scientific name | 2840469 | Bradyrhizobium sediminis Jin et al. 2023 | | authority | 2840469 | Bradyrhizobium sp. S2-11-2 | | includes | 2840469 | Bradyrhizobium sp. S2-11-4 | | includes | 2840469 | Bradyrhizobium sp. S2-20-1 | | includes | 2840487 | Rikenellaceae incertae sedis | | scientific name | 2840488 | Bacillota incertae sedis | | scientific name | 2840488 | Firmicutes incertae sedis | | synonym | 2840490 | Christensenellaceae incertae sedis | | scientific name | 2840493 | Lachnospiraceae incertae sedis | | scientific name | 2840523 | "Candidatus Cryptobacteroides" Gilroy et al. 2021 | | authority | 2840523 | Candidatus Cryptobacteroides | | scientific name | 2840523 | Cryptobacteroides | | equivalent name | 2840536 | "Candidatus Coprenecus" Gilroy et al. 2021 | | authority | 2840536 | Candidatus Coprenecus | | scientific name | 2840536 | Coprenecus | | equivalent name | 2840552 | "Candidatus Avamphibacillus" Gilroy et al. 2021 | | authority | 2840552 | Avamphibacillus | | equivalent name | 2840552 | Candidatus Avamphibacillus | | scientific name | 2840583 | "Candidatus Coproplasma" Gilroy et al. 2021 | | authority | 2840583 | Candidatus Coproplasma | | scientific name | 2840583 | Coproplasma | | equivalent name | 2840590 | "Candidatus Fimimorpha" Gilroy et al. 2021 | | authority | 2840590 | Candidatus Fimimorpha | | scientific name | 2840590 | Fimimorpha | | equivalent name | 2840598 | "Candidatus Scatomorpha" Gilroy et al. 2021 | | authority | 2840598 | Candidatus Scatomorpha | | scientific name | 2840598 | Scatomorpha | | equivalent name | 2840604 | "Candidatus Ornithoclostridium" Gilroy et al. 2021 | | authority | 2840604 | Candidatus Ornithoclostridium | | scientific name | 2840604 | Ornithoclostridium | | equivalent name | 2840618 | "Candidatus Scybalocola" Gilroy et al. 2021 non Gilroy et al. 2022 | | synonym | 2840618 | Candidatus Scybalocola (ex Gilroy et al. 2021) | | scientific name | 2840627 | "Candidatus Pelethomonas" Gilroy et al. 2021 | | authority | 2840627 | Candidatus Pelethomonas | | scientific name | 2840627 | Pelethomonas | | equivalent name | 2840633 | "Candidatus Merdivicinus" Gilroy et al. 2021 | | authority | 2840633 | Candidatus Merdivicinus | | scientific name | 2840633 | Merdivicinus | | equivalent name | 2840685 | "Candidatus Avamphibacillus intestinigallinarum" Gilroy et al. 2021 | | authority | 2840685 | Candidatus Avamphibacillus intestinigallinarum | | scientific name | 2840733 | "Candidatus Coprenecus pullicola" Gilroy et al. 2021 | | authority | 2840733 | Candidatus Coprenecus pullicola | | scientific name | 2840736 | "Candidatus Coprenecus stercorigallinarum" Gilroy et al. 2021 | | authority | 2840736 | Candidatus Coprenecus stercorigallinarum | | scientific name | 2840744 | "Candidatus Coproplasma avicola" Gilroy et al. 2021 | | authority | 2840744 | Candidatus Coproplasma avicola | | scientific name | 2840745 | "Candidatus Coproplasma avistercoris" Gilroy et al. 2021 | | authority | 2840745 | Candidatus Coproplasma avistercoris | | scientific name | 2840751 | "Candidatus Coproplasma stercoripullorum" Gilroy et al. 2021 | | authority | 2840751 | Candidatus Coproplasma stercoripullorum | | scientific name | 2840759 | "Candidatus Cryptobacteroides excrementavium" Gilroy et al. 2021 | | authority | 2840759 | Candidatus Cryptobacteroides excrementavium | | scientific name | 2840759 | Cryptobacteroides excrementavium | | equivalent name | 2840764 | "Candidatus Cryptobacteroides faecipullorum" Gilroy et al. 2021 | | authority | 2840764 | Candidatus Cryptobacteroides faecipullorum | | scientific name | 2840764 | Cryptobacteroides faecipullorum | | equivalent name | 2840823 | "Candidatus Fimimorpha excrementavium" Gilroy et al. 2021 | | authority | 2840823 | Candidatus Fimimorpha excrementavium | | scientific name | 2840868 | "Candidatus Merdivicinus faecavium" Gilroy et al. 2021 | | authority | 2840868 | Candidatus Merdivicinus faecavium | | scientific name | 2840893 | "Candidatus Ornithoclostridium faecigallinarum" Gilroy et al. 2021 | | authority | 2840893 | Candidatus Ornithoclostridium faecigallinarum | | scientific name | 2840902 | "Candidatus Pelethomonas intestinigallinarum" Gilroy et al. 2021 | | authority | 2840902 | Candidatus Pelethomonas intestinigallinarum | | scientific name | 2840927 | "Candidatus Scatomorpha merdipullorum" Gilroy et al. 2021 | | authority | 2840927 | Candidatus Scatomorpha merdipullorum | | scientific name | 2840941 | "Candidatus Scybalocola faecigallinarum" Gilroy et al. 2021 | | authority | 2840941 | Candidatus Scybalocola faecigallinarum | | scientific name | 2840941 | Scybalocola faecigallinarum | | equivalent name | 2841271 | Testudinata | | scientific name | 2841273 | Pseudooceanicola endophyticus | | scientific name | 2841273 | Pseudooceanicola endophyticus Zheng et al. 2021 | | authority | 2841273 | Pseudooceanicola sp. CBS1P-1 | | includes | 2841507 | Alkaliphilus flagellatus | | scientific name | 2841507 | Alkaliphilus flagellatus Li et al. 2022 | | authority | 2841507 | Alkaliphilus sp. MSJ-5 | | includes | 2841515 | Falcatimonas sp. MSJ-15 | | scientific name | 2841529 | Paenibacillus sp. MSJ-34 | | scientific name | 2841540 | "Halosegnis" Duran-Viseras et al. 2021 | | authority | 2841540 | Halosegnis | | scientific name | 2841540 | Halosegnis Duran-Viseras et al. 2022 | | authority | 2841540 | Sala Song et al. 2023 | | synonym | 2841540 | Salella | | synonym | 2841540 | Salella Deshmukh and Oren 2023 | | authority | 2841841 | Mycetohabitans sp. B3 | | scientific name | 2841842 | Mycetohabitans sp. B4 | | scientific name | 2841924 | Alcaligenes sp. 13f | | scientific name | 2842329 | Schitoviridae | | scientific name | 2842350 | "Pseudomonas azerbaijanoriens" Girard et al. 2021 | | authority | 2842350 | Pseudomonas azerbaijanoriens | | synonym | 2842350 | Pseudomonas azerbaijanorientalis | | scientific name | 2842350 | Pseudomonas azerbaijanorientalis corrig. | | synonym | 2842350 | Pseudomonas azerbaijanorientalis corrig. Girard et al. 2022 | | authority | 2842350 | Pseudomonas sp. SWRI123 | | includes | 2842357 | "Pseudomonas muyukensis" Girard et al. 2021 | | authority | 2842357 | Pseudomonas muyukensis | | scientific name | 2842357 | Pseudomonas muyukensis Girard et al. 2022 | | authority | 2842357 | Pseudomonas sp. COW39 | | includes | 2842422 | Rhodovirinae | | scientific name | 2842453 | "Amycolatopsis aidingensis" Li et al. 2021 | | authority | 2842453 | Amycolatopsis aidingensis | | scientific name | 2842453 | Amycolatopsis aidingensis Li et al. 2022 | | authority | 2842453 | Amycolatopsis sp. YIM 96748 | | includes | 2842456 | Ralstonia sp. 56D2 | | includes | 2842456 | Ralstonia wenshanensis | | scientific name | 2842456 | Ralstonia wenshanensis Lu et al. 2022 | | authority | 2843019 | Sanyabayvirus | | scientific name | 2843308 | Pleomorphomonadaceae | | scientific name | 2843308 | Pleomorphomonadaceae Hordt et al. 2020 | | authority | 2843364 | Chertseyvirus | | scientific name | 2844087 | Dinoroseobacter virus DS1410Ws06 | | equivalent name | 2844087 | Sanyabayvirus DS1410Ws06 | | scientific name | 2844241 | Escherichia virus atuna | | equivalent name | 2844241 | Warwickvirus atuna | | scientific name | 2844265 | Escherichia virus tonnikala | | equivalent name | 2844265 | Warwickvirus tonnikala | | scientific name | 28443 | Herbidospora | | scientific name | 28443 | Herbidospora Kudo et al. 1993 | | authority | 2844375 | Reyranellaceae | | scientific name | 2844375 | Reyranellaceae Hordt et al. 2020 | | authority | 28446 | Anaerotignum propionicum | | scientific name | 28446 | Anaerotignum propionicum (Cardon and Barker 1946) Ueki et al. 2017 | | authority | 28446 | Clostridium propionicum | | synonym | 28446 | Clostridium propionicum Cardon and Barker 1946 (Approved Lists 1980) | | authority | 28447 | "Aplanobacter michiganense" (sic) (Smith 1910) Smith 1914 | | authority | 28447 | "Mycobacterium flavum subsp. michiganense" (Smith 1910) Krasil'nikov 1941 | | authority | 28447 | "Phytomonas michiganensis" (Smith 1910) Bergey et al. 1923 | | authority | 28447 | "Pseudomonas michiganensis" (Smith 1910) Stevens 1913 | | authority | 28447 | Aplanobacter michiganense | | synonym | 28447 | Clavibacter michiganense | | synonym | 28447 | Clavibacter michiganense (Smith 1910) Davis et al. 1984 | | authority | 28447 | Clavibacter michiganensis | | scientific name | 28447 | Clavibacter michiganensis corrig. (Smith 1910) Davis et al. 1984 | | synonym | 28447 | Corynebacterium michiganense (Smith 1910) Jensen 1934 (Approved Lists 1980) | | synonym | 28447 | Mycobacterium flavum subsp. michiganense | | synonym | 28447 | Phytomonas michiganensis | | synonym | 28447 | Pseudomonas michiganensis | | synonym | 2844864 | Thalassobaculaceae | | scientific name | 2844864 | Thalassobaculaceae Hordt et al. 2020 | | authority | 2844866 | Thalassospiraceae | | scientific name | 2844866 | Thalassospiraceae Hordt et al. 2020 | | authority | 2844876 | "Candidatus Zymogenia" Murphy et al. 2021 | | authority | 2844876 | Candidatus Zymogenia | | scientific name | 2844876 | Zymogenia | | equivalent name | 2844877 | Zavarziniaceae | | scientific name | 2844877 | Zavarziniaceae Hordt et al. 2020 | | authority | 2844884 | "Candidatus Zymogeniales" Murphy et al. 2021 | | authority | 2844884 | Candidatus Zymogeniales | | scientific name | 2844884 | Zymogeniales | | equivalent name | 2844887 | "Candidatus Zymogenaceae" corrig. Murphy et al. 2021 | | authority | 2844887 | "Candidatus Zymogeniaceaea" Murphy et al. 2021 | | synonym | 2844887 | Candidatus Zymogenaceae | | scientific name | 2844887 | Zymogenaceae | | equivalent name | 2844908 | unclassified Candidatus Zymogenaceae | | scientific name | 2844908 | unclassified Zymogenaceae | | equivalent name | 2844909 | Candidatus Zymogenaceae bacterium | | scientific name | 2844909 | Zymogenaceae bacterium | | equivalent name | 28450 | "Bacillus pseudomallei" Whitmore 1913 | | authority | 28450 | "Bacterium whitmori" Stanton and Fletcher 1921 | | authority | 28450 | "Loefflerella pseudomallei" Brindle and Cowan 1951 | | authority | 28450 | "Malleomyces pseudomallei" Breed 1939 | | authority | 28450 | Bacillus pseudomallei | | synonym | 28450 | Bacterium whitmori | | synonym | 28450 | Burkholderia pseudomallei | | scientific name | 28450 | Burkholderia pseudomallei (Whitmore 1913) Yabuuchi et al. 1993 | | authority | 28450 | Burkholderia sp. BGJ | | includes | 28450 | Burkholderia sp. BGK | | includes | 28450 | Burkholderia sp. MSHR4009 | | includes | 28450 | Burkholderia sp. MSHR4018 | | includes | 28450 | Burkholderia sp. MSHR44 | | includes | 28450 | Burkholderia sp. TSV202 | | includes | 28450 | Loefflerella pseudomallei | | synonym | 28450 | Malleomyces pseudomallei | | synonym | 28450 | Pseudomonas pseudomallei | | synonym | 28450 | Pseudomonas pseudomallei (Whitmore 1913) Haynes 1957 (Approved Lists 1980) | | authority | 2845253 | Treponemataceae | | scientific name | 2845253 | Treponemataceae Robinson 1948 (Approved Lists 1980) | | authority | 2845254 | "Breznakiella" Song et al. 2021 | | authority | 2845254 | Breznakiella | | scientific name | 2845254 | Breznakiella Song et al. 2022 | | authority | 28453 | Sphingobacterium | | scientific name | 28453 | Sphingobacterium Yabuuchi et al. 1983 emend. Wauters et al. 2012 | | authority | 2845385 | Paenibacillus sp. CECT 9249 | | scientific name | 2845410 | Chertseyvirus GE1 | | scientific name | 2845410 | Lactococcus virus GE1 | | equivalent name | 284551 | Lemnoideae | | scientific name | 284555 | Aroideae | | scientific name | 284555 | Aroideae Arn., 1832 | | authority | 284579 | Bacillus salarius | | synonym | 284579 | Bacillus salarius Lim et al. 2006 | | authority | 284579 | Bacillus sp. BH169 | | includes | 284579 | Salibacterium salarium | | scientific name | 284579 | Salibacterium salarium (Lim et al. 2006) Gupta et al. 2020 | | authority | 2845820 | Rhizobium sp. CECT 9324 | | scientific name | 2846760 | Pseudonocardia sp. ICBG1142 | | scientific name | 2847256 | "Pelorhabdus" Grassle et al. 2021 | | authority | 2847256 | Pelorhabdus | | scientific name | 2847256 | Pelorhabdus Grassle et al. 2022 | | authority | 2847305 | unclassified Candidatus Thiodiazotropha | | scientific name | 2847305 | unclassified Thiodiazotropha | | equivalent name | 2847307 | Thermophilibacter | | scientific name | 2847307 | Thermophilibacter Zgheib et al. 2021 | | authority | 2847308 | unclassified Thermophilibacter | | scientific name | 2847774 | "Atribacteria" Katayama et al. 2020 | | authority | 2847774 | Atribacteria | | scientific name | 2847774 | Atribacteria Katayama et al. 2021 | | authority | 2848634 | Drosophila ironensis | | scientific name | 2848634 | Drosophila ironensis Bock & Parsons, 1978 | | authority | 2848916 | "Thermohalobacteraceae" Spring 2020 | | authority | 2848916 | Thermohalobacteraceae | | scientific name | 2848916 | Thermohalobacteraceae Spring 2021 | | authority | 2849041 | "Marinobacterium ramblicola" Duran-Viseras et al. 2021 | | authority | 2849041 | Marinobacterium ramblicola | | scientific name | 2849041 | Marinobacterium ramblicola Duran-Viseras et al. 2022 | | authority | 2849041 | Marinobacterium sp. D7 | | includes | 2849095 | Pseudomonas sp. CVAP#3 | | scientific name | 2849641 | "Helicobacter gastrocanis" Rimbara et al. 2024 | | authority | 2849641 | Helicobacter gastrocanis | | scientific name | 2849641 | Helicobacter gastrocanis Rimbara et al. 2025 | | authority | 2849641 | Helicobacter sp. NHP19-003 | | includes | 2849858 | Coemansia sp. RSA 2708 | | scientific name | 2849866 | Paenibacillus allorhizosphaerae | | scientific name | 2849866 | Paenibacillus allorhizosphaerae Kampfer et al. 2021 | | authority | 2849866 | Paenibacillus sp. JJ-447 | | includes | 2850323 | "Suonthocola fibrivorans" Hitch et al. 2021 | | authority | 2850323 | Diplocloster agilis | | scientific name | 2850323 | Diplocloster agilis Chaplin et al. 2022 | | authority | 2850323 | Lachnospiraceae bacterium ASD3451 | | includes | 2850323 | Lachnospiraceae bacterium ASD5720 | | includes | 2850323 | Suonthocola fibrivorans | | synonym | 2850323 | Suonthocola fibrivorans Hitch et al. 2022 | | authority | 2851012 | "Sedimentimonas flavescens" Mu et al. 2022 | | authority | 2851012 | Rhodobacter flavescens | | synonym | 2851012 | Rhodobacter flavescens (Mu et al. 2024) Huang et al. 2024 | | authority | 2851012 | Sedimentimonas flavescens | | scientific name | 2851012 | Sedimentimonas flavescens Mu et al. 2024 | | authority | 2851012 | Sinirhodobacter sp. B57 | | includes | 2851012 | Sinirhodobacter sp. WL0115 | | includes | 2851646 | "Microbacterium galbinum" Lee et al. 2023 | | authority | 2851646 | Microbacterium galbinum | | scientific name | 2851646 | Microbacterium galbinum Lee et al. 2024 | | authority | 2851646 | Microbacterium sp. KSW4-6 | | includes | 2851646 | Microbacterium sp. SSW1-36 | | includes | 2851646 | Microbacterium sp. kSW2-24 | | includes | 2851957 | Escherichia phage FritzSarasin | | scientific name | 2852115 | Listeria phage LPJP1 | | scientific name | 28526 | Lycopersicon pennellii (Correll) D'Arcy, 1982 | | synonym | 28526 | Solanum pennellii | | scientific name | 28526 | Solanum pennellii Correll, 1958 | | synonym | 28532 | Cleome hassleriana Chodat, 1898 | | synonym | 28532 | Tarenaya hassleriana | | scientific name | 28532 | Tarenaya hassleriana (Chodat) Iltis, 2007 | | authority | 28532 | spider flower | | common name | 2853449 | Pseudomonas sp. EYE_354 | | scientific name | 2854021 | unclassified Treponemataceae | | scientific name | 2854022 | Treponemataceae bacterium | | scientific name | 2854170 | "Roseobacteraceae" Pujalte et al. 2014 | | authority | 2854170 | Roseobacteraceae | | scientific name | 2854170 | Roseobacteraceae Liang et al. 2021 | | authority | 285454 | Streptomyces anandii | | scientific name | 285454 | Streptomyces anandii Batra and Bajaj 1965 (Approved Lists 1980) | | authority | 2854766 | Pseudomonas sp. PDM26 | | scientific name | 2855394 | Crassaminicella indica | | scientific name | 2855394 | Crassaminicella indica Jiao et al. 2023 | | authority | 2855394 | Crassaminicella sp. 143-21 | | includes | 2855434 | Pseudomonas sp. AO-1 | | scientific name | 2855442 | unclassified Epilithonimonas | | scientific name | 28556 | Pleosporaceae | | scientific name | 28556 | Pleosporaceae Nitschke, 1869 | | authority | 28556 | Pyrenophoraceae | | synonym | 28556 | anamorphic Pleosporaceae | | includes | 28556 | mitosporic Pleosporaceae | | includes | 285574 | Streptomyces erythrochromogenes | | scientific name | 2856337 | Bacillus sp. sid0103 | | scientific name | 2856573 | "Infirmifilum" Zayulina et al. 2021 | | authority | 2856573 | Infirmifilum | | scientific name | 2856573 | Infirmifilum Zayulina et al. 2024 | | authority | 2856582 | Thermofilales | | scientific name | 2856582 | Thermofilales Zayulina et al. 2021 | | authority | 28568 | Eurotiaceae | | synonym | 28568 | Trichocomaceae | | scientific name | 28568 | Trichocomaceae E. Fisch., 1897 | | authority | 28568 | anamorphic Trichocomaceae | | includes | 28568 | mitosporic Trichocomaceae | | includes | 2857 | Nitzschia | Nitzschia | scientific name | 2857 | Nitzschia Hassall, 1845: 435 | | authority | 2857527 | Mucilaginibacter rivuli | | scientific name | 2857527 | Mucilaginibacter rivuli Bae et al. 2022 | | authority | 2857527 | Mucilaginibacter sp. HMF5004 | | includes | 28581 | Allomyces | | scientific name | 28581 | Allomyces E.J. Butler, 1911 | | authority | 285810 | Pyrenochaeta | | scientific name | 285810 | Pyrenochaeta De Not., 1849 | | authority | 28583 | Allomyces macrogynus | | scientific name | 285892 | unclassified Rhodobacterales | | scientific name | 2859077 | Nitratireductor sp. DP7N14-4 | | scientific name | 2859082 | Halomonas sp. DP3Y7-1 | | scientific name | 2859083 | Halomonas sp. DP3Y7-2 | | scientific name | 286 | "Chlorobacterium" Guillebeau 1890, nom. rejic. Opin. 6 (not "Chlorobacterium" Lauterborn 1916) | | synonym | 286 | "Liquidomonas" Orla-Jensen 1909 | | authority | 286 | "Loefflerella" Holden 1935 | | authority | 286 | Chryseomonas | | synonym | 286 | Chryseomonas Holmes et al. 1986 | | authority | 286 | Chryseomonas Holmes et al. 1986 emend. Rudra and Gupta 2024 | | authority | 286 | Flavimonas | | synonym | 286 | Flavimonas Holmes et al. 1987 | | authority | 286 | Liquidomonas | | synonym | 286 | Loefflerella | | synonym | 286 | Pseudomonas | | scientific name | 286 | Pseudomonas Migula 1894 (Approved Lists 1980) | | synonym | 286 | RNA similarity group I | | common name | 286 | Serpens | | synonym | 286 | Serpens Hespell 1977 (Approved Lists 1980) | | synonym | 286002 | Gopherus flavomarginatus | | scientific name | 286002 | Gopherus flavomarginatus Legler, 1959 | | authority | 286002 | Mexican gopher tortoise | | genbank common name | 2860051 | Blautia sp. KLE_1732_HM_1032 | | scientific name | 2860235 | Glacieibacterium | | scientific name | 2860235 | Glacieibacterium Liu et al. 2021 | | authority | 2860824 | Epibacterium sp. DP7N7-1 | | scientific name | 28609 | Rhagoletis | | scientific name | 286104 | Winogradskyella | | scientific name | 286104 | Winogradskyella Nedashkovskaya et al. 2005 emend. Begum et al. 2013 | | authority | 286104 | Winogradskyella Nedashkovskaya et al. 2005 emend. Ivanova et al. 2010 | | authority | 286104 | Winogradskyella Nedashkovskaya et al. 2005 emend. Nedashkovskaya et al. 2012 | | authority | 286104 | Winogradskyella Nedashkovskaya et al. 2005 emend. Yoon et al. 2011 | | authority | 28612 | Rhagoletis zephyria | | scientific name | 28612 | Rhagoletis zephyria Snow, 1894 | | authority | 28612 | snowberry fruit fly | | genbank common name | 28612 | snowberry maggot | | common name | 2861286 | Brevibacterium sp. PAMC21349 | | scientific name | 286130 | Sulfuricurvum | | scientific name | 286130 | Sulfuricurvum Kodama and Watanabe 2004 | | authority | 2861750 | Amycolatopsis sp. TNS106 | | scientific name | 2861782 | "Paraburkholderia edwinii" Dahlstrom and Newman 2021 | | authority | 2861782 | Paraburkholderia edwinii | | scientific name | 2862144 | Ruoffia | | scientific name | 2862144 | Ruoffia Fotedar et al. 2021 | | authority | 2862498 | Sphingomonas citricola | | scientific name | 2862498 | Sphingomonas citricola Feng et al. 2022 | | authority | 2862498 | Sphingomonas sp. RHCKR47 | | includes | 2862677 | Pantoea sp. OVA07A | | scientific name | 2862868 | Marinobacter sp. F4218 | | scientific name | 2864 | Chromophyta | Chromophyta | in-part | 2864 | Dinoflagellata | | synonym | 2864 | Dinophyceae | | scientific name | 2864 | Dinophyceae Fritsch, 1927 | | authority | 2864 | Dinophycidae | | synonym | 2864 | Dinophyta | | synonym | 2864 | Pyrrhophyta | | synonym | 2864 | Pyrrophyta | | synonym | 2864 | algae | algae | in-part | 2864 | dinoflagellates | dinoflagellates | blast name | 2864 | dinoflagellates | dinoflagellates | genbank common name | 2864 | dinophytes | | common name | 28641 | Bombus | Bombus | scientific name | 28641 | bumble bees | | genbank common name | 2864135 | Hymenobacter sp. HSC-4F20 | | scientific name | 2864180 | Anoxybacillus sp. ST70 | | scientific name | 286419 | Canis dingo | | synonym | 286419 | Canis dingo Meyer, 1793 | | authority | 286419 | Canis dingo hallstromi | | synonym | 286419 | Canis dingo hallstromi Thoughton, 1957 | | authority | 286419 | Canis familiaris dingo | | synonym | 286419 | Canis familiaris dingo Meyer, 1793 | | authority | 286419 | Canis lupus dingo | | scientific name | 286419 | Canis lupus dingo Meyer, 1793 | | authority | 286419 | dingo | | genbank common name | 2864201 | Aureispira anguillae | | scientific name | 2864201 | Aureispira anguillae Yuasa et al. 2024 | | authority | 2864201 | Aureispira sp. EL160426 | | includes | 2864203 | Shewanella aegiceratis | | scientific name | 2864203 | Shewanella aegiceratis Liu et al. 2023 | | authority | 2864203 | Shewanella sp. FJAT-53532 | | includes | 286438 | Agromyces fucosus subsp. hippuratus | | synonym | 286438 | Agromyces fucosus subsp. hippuratus Zgurskaya et al. 1992 | | authority | 286438 | Agromyces hippuratus | | scientific name | 286438 | Agromyces hippuratus (Zgurskaya et al. 1992) Ortiz-Martinez et al. 2004 | | authority | 28644 | Eufriesea | | scientific name | 28644 | Eufriesea Cockerell, 1908 | | authority | 28644 | Eufriesia | | synonym | 2865673 | "Streptomyces akebiae" Mo et al. 2022 | | authority | 2865673 | Streptomyces akebiae | | scientific name | 2865673 | Streptomyces akebiae Mo et al. 2024 | | authority | 2865673 | Streptomyces sp. MG28 | | includes | 2865782 | Desulfoferrobacter suflitae | | scientific name | 2865782 | Desulfoferrobacter suflitae Davidova et al. 2022 | | authority | 2865782 | Syntrophobacteraceae bacterium DRH4 | | includes | 2865837 | Mesorhizobium sp. AR02 | | scientific name | 2865933 | Salipiger mangrovisoli | | scientific name | 2865933 | Salipiger mangrovisoli Du et al. 2021 | | authority | 2866581 | Inquilinus sp. Marseille-Q2685 | | scientific name | 2866583 | Marinilactibacillus sp. Marseille-P9653 | | scientific name | 2866595 | Stenotrophomonas sp. Marseille-Q4652 | | scientific name | 286660 | Peltaster | Peltaster | scientific name | 286660 | Peltaster Sydow & P. Sydow 1917 | | authority | 2866600 | Xenophilus sp. Marseille-Q4582 | | scientific name | 286661 | Peltaster fructicola | | scientific name | 286661 | Peltaster fructicola Eric M. Johnson, T.B. Sutton & Hodges, 1996 | | authority | 2866626 | Pseudomonas sp. 2hn | | scientific name | 286681 | Ramazzottius | | scientific name | 2866998 | Streptococcus hohhotensis | | synonym | 2866998 | Streptococcus hohhotensis Li et al. 2024 | | authority | 2866998 | Streptococcus mitis subsp. carlssonii | | synonym | 2866998 | Streptococcus mitis subsp. carlssonii (nom. illeg.) | | synonym | 2866998 | Streptococcus mitis subsp. carlssonii Kilian et al. 2025 | | authority | 2866998 | Streptococcus mitis subsp. hohhotensis | | scientific name | 2866998 | Streptococcus mitis subsp. hohhotensis (Li et al. 2024) Li et al. 2026 | | authority | 2866998 | Streptococcus sp. 99199 | | includes | 2866998 | Streptococcus sp. IMAU 99199 | | includes | 2867018 | Rhodobacteraceae bacterium M385 | | scientific name | 2867023 | Sulfitobacter sp. S223 | | scientific name | 286710 | Pentatominae | | scientific name | 2867164 | Streptomyces rochei group | | scientific name | 2867375 | "Desulfallaceae" Watanabe et al. 2020 | | authority | 2867375 | Desulfallaceae | | scientific name | 2867375 | Desulfallaceae Watanabe et al. 2021 | | authority | 286780 | Salmonella enterica subsp. enterica serovar Miami | | scientific name | 28683 | Alcidae | | scientific name | 28695 | Cepphus | | scientific name | 28697 | Alca grylle | | synonym | 28697 | Alca grylle Linnaeus, 1758 | | authority | 28697 | Cepphus grylle | | scientific name | 287 | "Bacillus aeruginosus" (Schroeter 1872) Trevisan 1885 | | authority | 287 | "Bacillus pyocyaneus" (Zopf 1884) Flugge 1886 | | authority | 287 | "Bacterium aeruginosum" Cohn 1872 | | authority | 287 | "Bacterium pyocyaneum" (Zopf 1884) Lehmann and Neumann 1896 | | authority | 287 | "Micrococcus pyocyaneus" Zopf 1884 | | authority | 287 | "Pseudomonas pyocyanea" (Zopf 1884) Migula 1895 | | authority | 287 | Bacillus aeruginosus | | synonym | 287 | Bacillus pyocyaneus | | synonym | 287 | Bacterium aeruginosum | | synonym | 287 | Bacterium pyocyaneum | | synonym | 287 | Micrococcus pyocyaneus | | synonym | 287 | Pseudomonas aeruginosa | | scientific name | 287 | Pseudomonas aeruginosa (Schroeter 1872) Migula 1900 (Approved Lists 1980) | | synonym | 287 | Pseudomonas aeruginosa (Schroeter 1872) Migula 1900 (Approved Lists 1980) emend. Rudra et al. 2022 | | authority | 287 | Pseudomonas polycolor | | synonym | 287 | Pseudomonas pyocyanea | | synonym | 287 | Pseudomonas sp. 2_1_26 | | includes | 287 | Pseudomonas sp. ACP_02 | | includes | 287 | Pseudomonas sp. BRD1 | | includes | 287 | Pseudomonas sp. CCUG 17619 | | includes | 287 | Pseudomonas sp. CRRI 93 | | includes | 287 | Pseudomonas sp. HSA1/2016 | | includes | 287 | Pseudomonas sp. MM | | includes | 287 | Pseudomonas sp. NCIM 2036 | | includes | 287 | Pseudomonas sp. NCIM 2862 | | includes | 287 | Pseudomonas sp. PR_01 | | includes | 287 | Pseudomonas sp. PSE5 | | includes | 287 | Pseudomonas sp. RV3 | | includes | 287 | Pseudomonas sp. UFT2/2016 | | includes | 287 | bacterium ASFP-37 | | includes | 287 | bacterium ASFP-38 | | includes | 287 | bacterium ASFP-45 | | includes | 287 | bacterium ASFP-46 | | includes | 287 | bacterium ASFP-48 | | includes | 287 | bacterium CRM125 | | includes | 287 | probable synonym or variety: "Pseudomonas polycolor" Clara 1930 | | synonym | 2870 | Chromophycota | | synonym | 2870 | Fucophyceae | | synonym | 2870 | Phaeophyceae | | scientific name | 2870 | Phaeophyta | | synonym | 2870 | algae | algae | in-part | 2870 | brown algae | brown algae | blast name | 2870 | brown algae | brown algae | genbank common name | 2870414 | Nocardioides sp. R-C-SC26 | | scientific name | 2870712 | "Pararoseomonas" Rai et al. 2021 | | authority | 2870712 | Pararoseomonas | | scientific name | 2870712 | Pararoseomonas Rai et al. 2022 | | authority | 2870713 | "Falsiroseomonas" Rai et al. 2021 | | authority | 2870713 | Falsiroseomonas | | scientific name | 2870713 | Falsiroseomonas Rai et al. 2022 | | authority | 2870716 | "Neoroseomonas" Rai et al. 2021 | | authority | 2870716 | Neoroseomonas | | scientific name | 2870716 | Neoroseomonas Rai et al. 2022 | | authority | 2870838 | Maribellus maritimus | | scientific name | 2870838 | Maribellus maritimus Ye et al. 2022 | | authority | 2870838 | Maribellus sp. 5E3 | | includes | 2871096 | "Parastenotrophomonas mori" (Deng et al. 2024) Chauviat et al. 2025 | | authority | 2871096 | Parastenotrophomonas mori | | synonym | 2871096 | Stenotrophomonas mori | | scientific name | 2871096 | Stenotrophomonas mori Deng et al. 2024 | | synonym | 2871096 | Stenotrophomonas sp. CPCC 101365 | | includes | 2871175 | Paenibacillus sp. DR312 | | scientific name | 28712 | Lanius | | scientific name | 28713 | Lanius ludovicianus | | scientific name | 28713 | Lanius ludovicianus Linnaeus, 1766 | | authority | 2871671 | "Desertiactinospora" Saygin et al. 2019 | | authority | 2871671 | Desertactinospora | | synonym | 2871671 | Desertactinospora corrig. | | synonym | 2871671 | Desertactinospora corrig. Saygin et al. 2019 | | authority | 2871671 | Desertiactinospora | | synonym | 2871671 | Spongiactinospora | | scientific name | 2871671 | Spongiactinospora Li et al. 2019 | | authority | 2871672 | unclassified Spongiactinospora | | scientific name | 2872309 | "Mycobacterium crassicus" Romagnoli et al. 2024 | | authority | 2872309 | Mycobacterium crassicus | | synonym | 2872309 | Mycolicibacter sp. MYC098 | | includes | 2872309 | [Mycobacterium] crassicus | | scientific name | 28725 | Corvidae | | scientific name | 2872648 | "Mixta hanseatica" Both et al. 2023 | | authority | 2872648 | Mixta hanseatica | | scientific name | 2872648 | Mixta hanseatica Both et al. 2025 | | authority | 2872648 | Mixta sp. X22927 | | includes | 28728 | Tyrannidae | | scientific name | 28731 | Vireonidae | | scientific name | 28732 | Vireo | | scientific name | 2873383 | Micromonospora sp. PLK6-60 | | scientific name | 2873601 | Fulvivirgaceae bacterium QH1ED-6-2 | | includes | 2873601 | Parachryseolinea silvisoli | | scientific name | 2873601 | Parachryseolinea silvisoli Wang et al. 2022 | | authority | 2873699 | "Cohnella silvisoli" Wang et al. 2023 | | authority | 2873699 | Cohnella silvisoli | | scientific name | 2873699 | Cohnella sp. NL03-T5 | | includes | 2873699 | Cohnella sp. NL03-T5-1 | | includes | 28738 | Cyprinodontiformes | | scientific name | 28738 | killifishes and others | | genbank common name | 28741 | Cyprinodon | | scientific name | 28743 | Cyprinodon variegatus | | scientific name | 28743 | Cyprinodon variegatus Lacepede, 1803 | | authority | 28743 | sheepshead minnow | | genbank common name | 2874602 | Myxococcus sp. XM-1-1-1 | | scientific name | 2874628 | Pseudomonas sp. p1(2021b) | | scientific name | 2874699 | Dermocarpellaceae cyanobacterium KI4 | | equivalent name | 2874699 | Pleurocapsales cyanobacterium KI4 | | equivalent name | 2874699 | Waterburya agarophytonicola KI4 | | scientific name | 2875730 | Bacillus sp. BRTN | | scientific name | 28758 | Goodeidae | | scientific name | 28758 | goodeids | | genbank common name | 2876565 | Aeromicrobium sp. Leaf350 | | scientific name | 2876623 | Mesorhizobium sp. ESP6-5 | | scientific name | 2876625 | Mesorhizobium sp. ESP-6-2 | | scientific name | 2876630 | Mesorhizobium sp. CO1-1-9 | | scientific name | 2876632 | Mesorhizobium sp. CO1-1-7 | | scientific name | 2876635 | Mesorhizobium sp. CO1-1-2 | | scientific name | 2876636 | Mesorhizobium sp. CO1-1-11 | | scientific name | 2876641 | Mesorhizobium sp. CA15 | | scientific name | 2876642 | Mesorhizobium sp. CA14 | | scientific name | 2876646 | Mesorhizobium sp. BR1-1-9 | | scientific name | 2876649 | Mesorhizobium sp. BR1-1-5 | | scientific name | 2876656 | Mesorhizobium sp. BR1-1-13 | | scientific name | 2876660 | Mesorhizobium sp. BR-1-1-10 | | scientific name | 2876662 | Mesorhizobium sp. BH1-1-4 | | scientific name | 28771 | New World rivulines | | genbank common name | 28771 | Rivulidae | | scientific name | 28771 | Rivulinae | Rivulinae | synonym | 28781 | Adrianichthyoidei | | scientific name | 2878679 | Halobacteriaceae archaeon LT61 | | includes | 2878679 | Natrinema amylolyticum | | scientific name | 2878679 | Natrinema amylolyticum Bao et al. 2022 | | authority | 2878679 | Natrinema sp. LT61 | | includes | 2878915 | Paenibacillus sp. YPG26 | | scientific name | 2879629 | Burkholderia sp. AU31624 | | scientific name | 2879630 | Burkholderia sp. AU32262 | | scientific name | 2879633 | Burkholderia sp. AU38729 | | scientific name | 2879634 | Burkholderia sp. AU39826 | | scientific name | 288018 | Yeosuana | | scientific name | 288018 | Yeosuana Kwon et al. 2006 | | authority | 2880219 | Burkholderia sp. JSH-S8 | | scientific name | 2881046 | unclassified Acinetobacter calcoaceticus/baumannii complex | | scientific name | 2881055 | Thalassolituus alkanivorans | | scientific name | 2881055 | Thalassolituus alkanivorans Wei et al. 2022 | | authority | 2881055 | Thalassolituus sp. TMPB967 | | includes | 2881055 | Thalassolituus sp. TTPB476 | | includes | 2881335 | Loktanella gaetbuli | | scientific name | 2881335 | Loktanella gaetbuli Lee et al. 2023 | | authority | 2881335 | Loktanella sp. TSTF-M6 | | includes | 2881337 | Microvirga lenta | | scientific name | 2881337 | Microvirga lenta Du et al. 2022 | | authority | 2881337 | Microvirga sp. SM9 | | includes | 2881377 | Pseudanabaenales | | scientific name | 2881377 | Pseudanabaenales L.Hoffmann, J.Komarek & J. Kastovsky, 2005 | | authority | 2881378 | Thermosynechococcaceae | | scientific name | 2881378 | Thermosynechococcaceae Komarek, Strunecky & Johansen, 2020 | | authority | 2881383 | Thermostichales | | scientific name | 2881383 | Thermostichales Komarek & Strunecky, 2020 | | authority | 2881384 | Thermostichaceae | | scientific name | 2881384 | Thermostichaceae Komarek & Strunecky, 2020 | | authority | 2881385 | Thermostichus | | scientific name | 2881385 | Thermostichus Komarek & Strunecky, 2020 | | authority | 2881426 | "Cyanobiaceae" Salazar et al., 2020 | | authority | 2881426 | Cyanobiaceae | | synonym | 2881426 | Prochlorococcaceae | | scientific name | 2881426 | Prochlorococcaceae Komarek & Strunecky, 2020 | | authority | 28828 | Solea | | scientific name | 28829 | Senegalese sole | | genbank common name | 28829 | Solea senegalensis | | scientific name | 28829 | Solea senegalensis Kaup, 1858 | | authority | 2883183 | bacterium TM473 | | scientific name | 28843 | Diphyllobothriidae | | scientific name | 28843 | Ligulidae | | synonym | 2884326 | Aquariibacter | | scientific name | 2884326 | Aquariibacter Cui et al. 2021 | | authority | 2884610 | Gallalistipes | | scientific name | 2884610 | Gallalistipes Zenner et al. 2021 | | authority | 2884833 | Bacillus sp. F19 | | scientific name | 2885093 | Shewanella sp. 10N.7 | | scientific name | 2885204 | Paenibacillus sp. P26 | | scientific name | 2886347 | Allocoleopsis | | scientific name | 2886347 | Allocoleopsis Moreira-Fernandes, Giraldo-Silva, D.Roush & Garcia-Pichel, 2021 | | authority | 2886347 | Allocoleopsis Walter et al. 2017 | | authority | 2886352 | Allocoleopsis franciscana | | scientific name | 2886352 | Allocoleopsis franciscana Moreira-Fernandes, Giraldo-Silva, D.Roush & Garcia-Pichel, 2021 | | authority | 2886352 | Allocoleopsis franciscanus | | synonym | 2886352 | Allocoleopsis franciscanus Walter et al. 2017 | | authority | 2886376 | "Legionella petroniana" Cristino et al. 2026 | | authority | 2886376 | Legionella petroniana | | scientific name | 2886376 | Legionella sp. 28fT52 | | includes | 2886376 | Legionella sp. 29fVS95 | | includes | 2886376 | Legionella sp. 31fI33 | | includes | 2886822 | Desulfocapsaceae | | scientific name | 2886822 | Desulfocapsaceae Waite et al. 2020 | | authority | 2886915 | Waterburya | | scientific name | 2886915 | Waterburya Bonthond & Shalygin, 2021 | | authority | 2886916 | Waterburya agarophytonicola | | scientific name | 2886916 | Waterburya agarophytonicola Bonthond & Shalygin, 2021 | | authority | 2886936 | Arthrobacter sp. zg-Y411 | | includes | 2886936 | Arthrobacter sp. zg-Y462 | | includes | 2886936 | Arthrobacter zhangbolii | | scientific name | 2886936 | Arthrobacter zhangbolii Liu et al. 2023 | | authority | 2887326 | "Moraxellales" Liao et al. 2020 | | authority | 2887326 | Moraxellales | | scientific name | 2887326 | Moraxellales Liao et al. 2021 | | authority | 2887327 | "Kangiellales" Liao et al. 2020 | | authority | 2887327 | Kangiellales | | scientific name | 2887327 | Kangiellales Liao et al. 2021 | | authority | 2887365 | Marinobacteraceae | | scientific name | 2887365 | Marinobacteraceae Liao et al. 2021 | | synonym | 2887365 | Marinobacteraceae Liao et al. 2021 emend. Flores-Felix et al. 2025 | | authority | 28875 | Group A rotaviruses | | equivalent name | 28875 | Rotavirus A | | scientific name | 28875 | Rotavirus group A | | equivalent name | 28875 | group A rotavirus | | equivalent name | 2888275 | Kangsaoukella | | scientific name | 2888275 | Kangsaoukella Lee et al. 2020 | | authority | 28884 | Hydrogenivibrio | | equivalent name | 28884 | Hydrogenovibrio | | scientific name | 28884 | Hydrogenovibrio Nishihara et al. 1991 emend. Boden et al. 2017 | | authority | 28887 | Planobispora longispora | | scientific name | 28887 | Planobispora longispora Thiemann and Beretta 1968 (Approved Lists 1980) | | authority | 28889 | "Candidatus Korarchaeota" Barns et al. 1996 | | authority | 28889 | "Candidatus Marsarchaeota" Jay et al. 2018 | | synonym | 28889 | "Candidatus Martarchaeota" corrig. Jay et al. 2018 | | authority | 28889 | "Candidatus Methanomethylicota" corrig. Vanwonterghem et al. 2016 | | authority | 28889 | "Candidatus Verstraetearchaeota" Vanwonterghem et al. 2016 | | synonym | 28889 | "Crenarchaeota" Woese et al. 1990 | | authority | 28889 | "Thermoproteaeota" Oren et al. 2015 | | authority | 28889 | "Thermoproteota" Whitman et al. 2018 | | authority | 28889 | Candidatus Korarchaeota | | synonym | 28889 | Candidatus Martarchaeota | | synonym | 28889 | Candidatus Methanomethylicota | | synonym | 28889 | Crenarchaeota | Crenarchaeota | synonym | 28889 | Eocyta | | synonym | 28889 | Korarchaeota | | equivalent name | 28889 | Methanomethylicota | | equivalent name | 28889 | Thermoproteaeota | | synonym | 28889 | Thermoproteota | | scientific name | 28889 | Thermoproteota corrig. Garrity and Holt 2021 | | synonym | 28889 | Xenarchaea | | synonym | 28889 | Xenarchaeota | | synonym | 28889 | crenarchaeotes | | blast name | 28890 | "Euryarchaeota" Woese et al. 1990 | | authority | 28890 | "Methanobacteraeota" Oren et al. 2015 | | authority | 28890 | "Methanobacteriota" Whitman et al. 2018 | | authority | 28890 | Euryarchaeota | | synonym | 28890 | Euryarchaeota Garrity and Holt 2002 | | authority | 28890 | Methanobacteraeota | | synonym | 28890 | Methanobacteriota | | scientific name | 28890 | Methanobacteriota Garrity and Holt 2023 | | authority | 28890 | euryarchaeotes | euryarchaeotes | blast name | 28890 | euryarchaeotes | euryarchaeotes | genbank common name | 28895 | Thermoanaerobacterium | | scientific name | 28895 | Thermoanaerobacterium Lee et al. 1993 emend. Cann et al. 2001 | | authority | 28895 | Thermoanaerobacterium Lee et al. 1993 emend. Liu et al. 1996 | | authority | 28901 | "Bacillus cholerae-suis" Smith 1894 | | authority | 28901 | "Salmonella enterica" Kauffmann and Edwards 1952 | | authority | 28901 | Bacillus cholerae-suis | | synonym | 28901 | Salmonella cholerae-suis | | synonym | 28901 | Salmonella choleraesuis | | synonym | 28901 | Salmonella choleraesuis corrig. (Smith 1894) Weldin 1927 (Approved Lists 1980) | | authority | 28901 | Salmonella enterica | | scientific name | 28901 | Salmonella enterica (ex Kauffmann and Edwards 1952) Le Minor and Popoff 1987 | | authority | 28901 | Salmonella enterica ser. choleraesuis | | synonym | 28901 | Salmonella sp. 22OH10_CL01-S1 | | includes | 28901 | Salmonella sp. 22OH12_PC07-S1 | | includes | 28901 | Salmonella sp. 23OH01_CG01-S1 | | includes | 28901 | Salmonella sp. 23OH01_GT01-S1 | | includes | 28901 | Salmonella sp. 23OH01_GT02-S1 | | includes | 28901 | Salmonella sp. 23OH02_GT02-S1 | | includes | 28901 | Salmonella sp. 23OH04_CG01-S1 | | includes | 28901 | Salmonella sp. 23OH05_CB01-S1 | | includes | 28901 | Salmonella sp. 23OH06_CG01-S1 | | includes | 28901 | Salmonella sp. 23OH06_CH01-S1 | | includes | 28901 | Salmonella sp. 23OH06_GT01-S1 | | includes | 28901 | Salmonella sp. 23OH07_CB02-S1 | | includes | 28901 | Salmonella sp. 23OH07_GT04-S1 | | includes | 28901 | Salmonella sp. 23OH08_CG01-S1 | | includes | 28901 | Salmonella sp. 23OH10_CB03-S1 | | includes | 28901 | Salmonella sp. 23OH10_CG01-S1 | | includes | 28901 | Salmonella sp. AMC 200 | | includes | 28901 | Salmonella sp. AMC 238 | | includes | 28901 | Salmonella sp. AMC 239 | | includes | 28901 | Salmonella sp. AMC 240 | | includes | 28901 | Salmonella sp. AMC 253 | | includes | 28901 | Salmonella sp. AMC 257 | | includes | 28901 | Salmonella sp. AMC 265 | | includes | 28901 | Salmonella sp. AMC 266 | | includes | 28901 | Salmonella sp. AMC 267 | | includes | 28901 | Salmonella sp. AMC 268 | | includes | 28901 | Salmonella sp. AMC 270 | | includes | 28901 | Salmonella sp. AMC 28 | | includes | 28901 | Salmonella sp. AMC 289 | | includes | 28901 | Salmonella sp. AMC 291 | | includes | 28901 | Salmonella sp. AMC 294 | | includes | 28901 | Salmonella sp. AMC 299 | | includes | 28901 | Salmonella sp. AMC 301 | | includes | 28901 | Salmonella sp. AMC 327 | | includes | 28901 | Salmonella sp. AMC 90 | | includes | 28901 | Salmonella sp. FDA00013420 | | includes | 28901 | Salmonella sp. FDA00013433 | | includes | 28901 | Salmonella sp. FDA00013434 | | includes | 28901 | Salmonella sp. FDA00013435 | | includes | 28901 | Salmonella sp. FDA00013436 | | includes | 28901 | Salmonella sp. FDA00013437 | | includes | 28901 | Salmonella sp. FDA00013438 | | includes | 28901 | Salmonella sp. FDA00013439 | | includes | 28901 | Salmonella sp. FDA00013440 | | includes | 28901 | Salmonella sp. FDA00013468 | | includes | 28901 | Salmonella sp. FDA00013469 | | includes | 28901 | Salmonella sp. FDA00013470 | | includes | 28901 | Salmonella sp. FDA00013495 | | includes | 28901 | Salmonella sp. FDA00013496 | | includes | 28901 | Salmonella sp. FDA00013499 | | includes | 28901 | Salmonella sp. FDA00013500 | | includes | 28901 | Salmonella sp. FDA00013513 | | includes | 28901 | Salmonella sp. FDA00013514 | | includes | 28901 | Salmonella sp. FDA00013515 | | includes | 28901 | Salmonella sp. FDA00013516 | | includes | 28901 | Salmonella sp. FDA00013517 | | includes | 28901 | Salmonella sp. FDA00013518 | | includes | 28901 | Salmonella sp. FDA00013519 | | includes | 28901 | Salmonella sp. FDA00013520 | | includes | 28901 | Salmonella sp. FDA00013521 | | includes | 28901 | Salmonella sp. FDA00013522 | | includes | 28901 | Salmonella sp. FDA00013523 | | includes | 28901 | Salmonella sp. FDA00013524 | | includes | 28901 | Salmonella sp. FDA00013525 | | includes | 28901 | Salmonella sp. FDA00013526 | | includes | 28901 | Salmonella sp. FDA00013597 | | includes | 28901 | Salmonella sp. HC-257 | | includes | 28901 | Salmonella sp. IA1-174 | | includes | 28901 | Salmonella sp. MH3-A1 | | includes | 28901 | Salmonella sp. MH3-A2 | | includes | 28901 | Salmonella sp. MH3-A3 | | includes | 28901 | Salmonella sp. MH3-C | | includes | 28901 | Salmonella sp. MH3-D1 | | includes | 28901 | Salmonella sp. MH3-D2 | | includes | 28901 | Salmonella sp. MH3-D3 | | includes | 28901 | Salmonella sp. MH3-D4 | | includes | 28901 | Salmonella sp. MH3-Z1 | | includes | 28901 | Salmonella sp. MH3-Z2 | | includes | 28901 | Salmonella sp. MH4-A2 | | includes | 28901 | Salmonella sp. MH4-A3 | | includes | 28901 | Salmonella sp. MH4-A4 | | includes | 28901 | Salmonella sp. MH4-Z2 | | includes | 28901 | Salmonella sp. NYVetLIRN-85 | | includes | 28901 | Salmonella sp. NYVetLIRN-86 | | includes | 28901 | Salmonella sp. NYVetLIRN-87 | | includes | 28901 | Salmonella sp. NYVetLIRN-88 | | includes | 28901 | Salmonella sp. OH-18-15149 | | includes | 28901 | Salmonella sp. OH-18-15334 | | includes | 28901 | Salmonella sp. OH-18-15363 | | includes | 28901 | Salmonella sp. OH-18-16886 | | includes | 28901 | Salmonella sp. OH-18-16934 | | includes | 28901 | Salmonella sp. OH-18-18132-1 | | includes | 28901 | Salmonella sp. OH-18-18132-10 | | includes | 28901 | Salmonella sp. OH-18-18132-11 | | includes | 28901 | Salmonella sp. OH-18-18132-12 | | includes | 28901 | Salmonella sp. OH-18-18132-13 | | includes | 28901 | Salmonella sp. OH-18-18132-14 | | includes | 28901 | Salmonella sp. OH-18-18132-15 | | includes | 28901 | Salmonella sp. OH-18-18132-2 | | includes | 28901 | Salmonella sp. OH-18-18132-3 | | includes | 28901 | Salmonella sp. OH-18-18132-4 | | includes | 28901 | Salmonella sp. OH-18-18132-5 | | includes | 28901 | Salmonella sp. OH-18-18132-6 | | includes | 28901 | Salmonella sp. OH-18-18132-7 | | includes | 28901 | Salmonella sp. OH-18-18132-8 | | includes | 28901 | Salmonella sp. OH-18-18132-9 | | includes | 28901 | Salmonella sp. OH-18-18281-1 | | includes | 28901 | Salmonella sp. OH-18-18281-2 | | includes | 28901 | Salmonella sp. OH-18-18411 | | includes | 28901 | Salmonella sp. OH-18-18446 | | includes | 28901 | Salmonella sp. OH-18-18447 | | includes | 28901 | Salmonella sp. OH-18-18941 | | includes | 28901 | Salmonella sp. OH-18-19201 | | includes | 28901 | Salmonella sp. OH-18-19951-1 | | includes | 28901 | Salmonella sp. OH-18-20073-2T | | includes | 28901 | Salmonella sp. OH-18-20117-1 | | includes | 28901 | Salmonella sp. OH-18-20132-7 | | includes | 28901 | Salmonella sp. OH-18-20225-1-S | | includes | 28901 | Salmonella sp. OH-18-20225-2-S | | includes | 28901 | Salmonella sp. OH-18-20299-1 | | includes | 28901 | Salmonella sp. OH-18-20299-2 | | includes | 28901 | Salmonella sp. OH-18-20299-3 | | includes | 28901 | Salmonella sp. OH-18-20299-4 | | includes | 28901 | Salmonella sp. OH-18-20299-5 | | includes | 28901 | Salmonella sp. OH-18-20299-6 | | includes | 28901 | Salmonella sp. OH-18-20299-7 | | includes | 28901 | Salmonella sp. OH-18-20299-8 | | includes | 28901 | Salmonella sp. OH-18-20386 | | includes | 28901 | Salmonella sp. OH-18-20895 | | includes | 28901 | Salmonella sp. OH-18-20897 | | includes | 28901 | Salmonella sp. OH-18-21102 | | includes | 28901 | Salmonella sp. OH-18-21112 | | includes | 28901 | Salmonella sp. OH-18-21175 | | includes | 28901 | Salmonella sp. OH-18-21493-S | | includes | 28901 | Salmonella sp. OH-18-21628 | | includes | 28901 | Salmonella sp. OH-18-21629 | | includes | 28901 | Salmonella sp. OH-18-21765 | | includes | 28901 | Salmonella sp. OH-18-21865-2 | | includes | 28901 | Salmonella sp. OH-18-22026 | | includes | 28901 | Salmonella sp. OH-18-22045 | | includes | 28901 | Salmonella sp. OH-18-22168 | | includes | 28901 | Salmonella sp. OH-18-22269-1 | | includes | 28901 | Salmonella sp. OH-18-22479 | | includes | 28901 | Salmonella sp. SAL-18-VL-LA-TX-0007 | | includes | 28901 | Salmonella sp. SAL-18-VL-LA-TX-0008 | | includes | 28901 | Salmonella sp. SAL-18-VL-LA-TX-0009 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-MS-0001 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-MS-0002 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-MS-0003 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-NJ-0001 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-UP-NBC-0001 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-UP-NBC-0004 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-UP-NBC-0005 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-UP-NBC-0006 | | includes | 28901 | Salmonella sp. SAL-18-VL-NY-UP-NBC-0007 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-IN-0001 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-IN-0002 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-IN-0003 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-IN-0005 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-IN-0007 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-WA-0012 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-WA-0013 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-WA-0014 | | includes | 28901 | Salmonella sp. SAL-18-VL-OH-WA-0017 | | includes | 28901 | Salmonella sp. TTU_251 | | includes | 28901 | Salmonella sp. TTU_258 | | includes | 28901 | Salmonella sp. TTU_262 | | includes | 28901 | Salmonella sp. TTU_264 | | includes | 28901 | Salmonella sp. TTU_265 | | includes | 28901 | Salmonella sp. TTU_266 | | includes | 28901 | Salmonella sp. TTU_267 | | includes | 28901 | Salmonella sp. TTU_269 | | includes | 28901 | Salmonella sp. TTU_274 | | includes | 28901 | Salmonella sp. TTU_279 | | includes | 28901 | Salmonella sp. TTU_282 | | includes | 28901 | Salmonella sp. TTU_284 | | includes | 28901 | Salmonella sp. TTU_287 | | includes | 28901 | Salmonella sp. TTU_289 | | includes | 28901 | Salmonella sp. TTU_297 | | includes | 28901 | Salmonella sp. TTU_298 | | includes | 28901 | Salmonella sp. TTU_299 | | includes | 28901 | Salmonella sp. TTU_303 | | includes | 28901 | Salmonella sp. TTU_304 | | includes | 28901 | Salmonella sp. TTU_305 | | includes | 28901 | Salmonella sp. TTU_306 | | includes | 28901 | Salmonella sp. TTU_307 | | includes | 28901 | Salmonella sp. TTU_308 | | includes | 28901 | Salmonella sp. TTU_309 | | includes | 28901 | Salmonella sp. TTU_310 | | includes | 28901 | Salmonella sp. TTU_311 | | includes | 28901 | Salmonella sp. TTU_312 | | includes | 28901 | Salmonella sp. TTU_313 | | includes | 28901 | Salmonella sp. TTU_314 | | includes | 28901 | Salmonella sp. TTU_315 | | includes | 28901 | Salmonella sp. TTU_316 | | includes | 28901 | Salmonella sp. TTU_317 | | includes | 28901 | Salmonella sp. TTU_318 | | includes | 28901 | Salmonella sp. TTU_319 | | includes | 28901 | Salmonella sp. TTU_320 | | includes | 28901 | Salmonella sp. TTU_321 | | includes | 28901 | Salmonella sp. TTU_322 | | includes | 28901 | Salmonella sp. TTU_323 | | includes | 28901 | Salmonella sp. TTU_324 | | includes | 28901 | Salmonella sp. TTU_325 | | includes | 28901 | Salmonella sp. TTU_326 | | includes | 28901 | Salmonella sp. TTU_327 | | includes | 28901 | Salmonella sp. TTU_328 | | includes | 28901 | Salmonella sp. TTU_329 | | includes | 28901 | Salmonella sp. TTU_330 | | includes | 28901 | Salmonella sp. TTU_331 | | includes | 28901 | Salmonella sp. TTU_332 | | includes | 28901 | Salmonella sp. TTU_333 | | includes | 28901 | Salmonella sp. TTU_334 | | includes | 28901 | Salmonella sp. TTU_335 | | includes | 28901 | Salmonella sp. TTU_338 | | includes | 28901 | Salmonella sp. TTU_345 | | includes | 28901 | Salmonella sp. TTU_352 | | includes | 28901 | Salmonella sp. TTU_353 | | includes | 28901 | Salmonella sp. TTU_357 | | includes | 28901 | Salmonella sp. TTU_358 | | includes | 28901 | Salmonella sp. TTU_359 | | includes | 28901 | Salmonella sp. TXACF1801691 | | includes | 28901 | Salmonella sp. Z-172 | | includes | 28901 | Salmonella sp. ZH-248 | | includes | 28903 | "Bovine serotype 5" Leach 1967 | | authority | 28903 | "Mycoplasma agalactiae subsp. bovis" Hale et al. 1962 | | authority | 28903 | "Mycoplasma bovimastitidis" Jain et al. 1967 | | authority | 28903 | Bovine serotype 5 | | synonym | 28903 | Mycoplasma agalactiae subsp. bovis | | synonym | 28903 | Mycoplasma bovimastitidis | | synonym | 28903 | Mycoplasma bovis | | synonym | 28903 | Mycoplasma bovis (Hale et al. 1962) Askaa and Ern 1976 (Approved Lists 1980) | | authority | 28903 | Mycoplasmopsis bovis | | scientific name | 28903 | Mycoplasmopsis bovis (Hale et al. 1962) Gupta et al. 2018 | | authority | 28908 | Corsiniineae | | includes | 28908 | Marchantiales | | scientific name | 28908 | Marchantiales Limpr., 1877 | | authority | 28908 | Marchantiineae | | includes | 28908 | Monocleales | | synonym | 28908 | Ricciales | | synonym | 28908 | Targioniineae | | includes | 289201 | Pontibacillus | | scientific name | 289201 | Pontibacillus Lim et al. 2005 emend. Chen et al. 2010 | | authority | 289201 | Pontibacillus Lim et al. 2005 emend. Lim et al. 2005 | | authority | 2892029 | Streptomyces barringtoniae | | scientific name | 2892029 | Streptomyces barringtoniae Wai et al. 2022 | | authority | 2892029 | Streptomyces sp. JA03 | | includes | 2892397 | Pusillibacter | | scientific name | 2892397 | Pusillibacter corrig. Kitahara et al. 2022 | | authority | 289257 | Chrysothrix | | scientific name | 289257 | Chrysothrix Mont., 1852 | | authority | 2893036 | "Venatorbacter" Saeedi et al. 2021 | | authority | 2893036 | Venatorbacter | | synonym | 2893036 | Venatoribacter | | scientific name | 2893036 | Venatoribacter corrig. Saeedi et al. 2023 | | authority | 2893037 | unclassified Venatoribacter | | scientific name | 2893050 | "Alkalihalobacterium" Joshi et al. 2021 | | authority | 2893050 | Alkalihalobacterium | | scientific name | 2893050 | Alkalihalobacterium Joshi et al. 2022 | | authority | 2893056 | "Halalkalibacter" Joshi et al. 2021 | | authority | 2893056 | Halalkalibacter | | scientific name | 2893056 | Halalkalibacter Joshi et al. 2022 | | authority | 2893057 | "Shouchella" Joshi et al. 2021 | | authority | 2893057 | Shouchella | | scientific name | 2893057 | Shouchella Joshi et al. 2022 | | authority | 2893059 | Alkalicoccobacillus | | scientific name | 2893059 | Alkalicoccobacillus Joshi et al. 2022 | | synonym | 2893059 | Alkalicoccobacillus Joshi et al. 2022 emend. Kim et al. 2023 | | authority | 2893205 | "Fuscibacter" Chhetri et al. 2021 | | authority | 2893205 | Fuscibacter | | scientific name | 2893205 | Fuscibacter Chhetri et al. 2023 | | authority | 2893468 | Vibrio gelatinilyticus | | scientific name | 2893468 | Vibrio gelatinilyticus Zhang et al. 2023 | | authority | 2893468 | Vibrio sp. ZSDZ34 | | synonym | 2893553 | Paucibacter sp. Y2R2-4 | | scientific name | 2893577 | Halosaccharopolyspora | | scientific name | 2893577 | Halosaccharopolyspora Teo et al. 2021 | | authority | 2893671 | Prauserella coralliicola group | | scientific name | 2893673 | Amycolatopsis japonica group | | scientific name | 2893890 | Pseudomonas sp. KNUC1026 | | scientific name | 2894089 | unclassified Candidatus Poribacteria | | scientific name | 2894089 | unclassified Poribacteria | | equivalent name | 2895352 | "Aliamphritea hakodatensis" Yamano et al. 2022 | | authority | 2895352 | Aliamphritea hakodatensis | | scientific name | 2895352 | Aliamphritea hakodatensis Yamano et al. 2023 | | authority | 2895352 | Oceanospirillaceae bacterium PT3 | | includes | 2895353 | Telluria group | | scientific name | 2895461 | "Massilimaliae" Traore et al. 2017 | | authority | 2895461 | Massiliimalia | | scientific name | 2895461 | Massiliimalia Afouda et al. 2019 | | authority | 2895461 | Massilimaliae | | synonym | 2895473 | Pseudomonas sp. B21-015 | | scientific name | 2895474 | Pseudomonas sp. B21-017 | | scientific name | 2895476 | Pseudomonas sp. B21-021 | | scientific name | 2895477 | Pseudomonas sp. B21-023 | | scientific name | 2895488 | Pseudomonas sp. B21-044 | | scientific name | 2895509 | Metamycoplasma | | scientific name | 2895509 | Metamycoplasma Gupta et al. 2018 | | authority | 2895523 | Mangrovimonas futianensis | | scientific name | 2895523 | Mangrovimonas futianensis Yao et al. 2022 | | authority | 2895523 | Mangrovimonas sp. AS18 | | includes | 2895523 | Mangrovimonas sp. AS27 | | includes | 2895523 | Mangrovimonas sp. AS39 | | includes | 2895564 | Polaromonas sp. P1-6 | | scientific name | 2895623 | Metamycoplasmataceae | | scientific name | 2895623 | Metamycoplasmataceae Gupta et al. 2018 | | authority | 2895977 | Lichenibacterium dinghuense | | scientific name | 2895977 | Lichenibacterium dinghuense Guo et al. 2024 | | authority | 2895977 | Lichenibacterium sp. 6Y81 | | includes | 2896366 | Pseudoalteromonas sp. MB41 | | scientific name | 2896847 | Streptacidiphilus sp. ASG 303 | | scientific name | 2896860 | Spirosomaceae Larkin and Borrall 1978 (Approved Lists 1980) | | synonym | 2896860 | Spirosomataceae | | scientific name | 2896860 | Spirosomataceae corrig. | | synonym | 2896860 | Spirosomataceae corrig. Larkin and Borrall 1978 (Approved Lists 1980) | | authority | 2897177 | "Chitinibacteraceae" Chen et al. 2021 | | authority | 2897177 | Chitinibacteraceae | | scientific name | 2897177 | Chitinibacteraceae Chen et al. 2022 | | authority | 2897327 | Pedobacter sp. MC2016-14 | | scientific name | 2897330 | Flavobacterium sp. ENC | | scientific name | 2897337 | Arthrobacter sp. A2-55 | | scientific name | 2897346 | "Candidatus Scalinduaceae" Lodha et al. 2021 | | authority | 2897346 | Candidatus Scalinduaceae | | scientific name | 28983 | Sclerotiniaceae | | scientific name | 28983 | Sclerotiniaceae Whetzel, 1945 | | authority | 28983 | anamorphic Sclerotiniaceae | | includes | 28983 | mitosporic Sclerotiniaceae | | includes | 2898489 | Paralysiella | | scientific name | 2898489 | Paralysiella Busse et al. 2021 | | authority | 2898528 | Sphingomonas sp. IC-11 | | scientific name | 2898533 | "Zooshikellaceae" Huang et al. 2021 | | authority | 2898533 | "Zooshikellaceae" Liao et al. 2020 | | authority | 2898533 | Zooshikellaceae | | scientific name | 2898544 | Fusarium sp. Ph1 | | scientific name | 2898545 | Fusarium sp. LHS14.1 | | scientific name | 2898585 | "Massilia phyllostachyos" Yue et al. 2023 | | authority | 2898585 | Massilia phyllostachyos | | scientific name | 2898585 | Massilia sp. G4R7 | | includes | 2898945 | "Streptomyces endocoffeicus" Nammali et al. 2021 | | authority | 2898945 | Streptomyces endocoffeicus | | scientific name | 2899078 | Pseudomonas sp. PLB05 | | scientific name | 2899113 | Pseudomonas sp. JR33AA | | scientific name | 2899152 | Rhodobacterales bacterium HKCCA1288 | | scientific name | 2899220 | "Massilia endophytica" Jeon et al. 2023 | | authority | 2899220 | Massilia endophytica | | scientific name | 2899220 | Massilia endophytica Jeon et al. 2024 | | authority | 2899220 | Massilia sp. DM-R-R2A-13 | | includes | 28995 | Agaricus pulmonarius | | synonym | 28995 | Agaricus pulmonarius Fr., 1821 | | authority | 28995 | Dendrosarcus pulmonarius | | synonym | 28995 | Pleurotus ostreatus f. pulmonarius | | synonym | 28995 | Pleurotus ostreatus var. pulmonarius | | synonym | 28995 | Pleurotus pulmonarius | | scientific name | 28995 | Pleurotus pulmonarius (Fr.) Quel., 1872 | | authority | 2899660 | Amphibalaninae | | scientific name | 2899670 | Balanomorpha | | scientific name | 2899671 | Balanoidea | | scientific name | 28997 | Dacrymycetales | | scientific name | 28997 | Dacrymycetales Henn., 1897 | | authority | 2899756 | Thoracicalcarea | | scientific name | 29 | Myxobacteria | | synonym | 29 | Myxococcales | | scientific name | 29 | Myxococcales Tchan et al. 1948 | | authority | 29 | The Myxobacteria | | synonym | 29 | fruiting gliding bacteria | | genbank common name | 29000 | Pucciniomycotina | | scientific name | 29000 | Pucciniomycotina R. Bauer, Begerow, J.P. Samp., M. Weiss & Oberw., 2006 | | authority | 29000 | Urediniomycetes | | synonym | 29000 | rust fungi & allies | rust fungi & allies | blast name | 29000 | rust fungi & allies | rust fungi & allies | common name | 29002 | Cercospora | | scientific name | 29002 | Cercospora Fresen. ex Fuckel, 1863 | | authority | 290052 | "Acetanaerobacter ethanolgignens" (Robinson and Ritchie 1981) Zou et al. 2021 | | authority | 290052 | Acetanaerobacter ethanolgignens | | synonym | 290052 | Acetivibrio ethanolgignens | | scientific name | 290052 | Acetivibrio ethanolgignens Robinson and Ritchie 1981 | | authority | 290052 | Acetivibrio ethanoligignens | | equivalent name | 2900548 | Actinobacteria bacterium | | equivalent name | 2900548 | Actinobacteriota bacterium | | equivalent name | 2900548 | Actinomycetota bacterium | | scientific name | 29006 | Neocallimastigales | | scientific name | 29006 | Neocallimastigales J.L. Li, I.B. Heath & L. Packer, 1993 | | authority | 29007 | Neocallimastigaceae | | scientific name | 29007 | Neocallimastigaceae I.B. Heath, 1983 | | authority | 290112 | Xenorhabdus sp. 38 | | includes | 290112 | Xenorhabdus sp. 42 | | includes | 290112 | Xenorhabdus sp. 5 | | includes | 290112 | Xenorhabdus sp. CUL | | includes | 290112 | Xenorhabdus sp. M | | includes | 290112 | Xenorhabdus sp. ZM | | includes | 290112 | Xenorhabdus szentirmaii | | scientific name | 290112 | Xenorhabdus szentirmaii Lengyel et al. 2005 | | authority | 2901164 | Stutzerimonas | | scientific name | 2901164 | Stutzerimonas Lalucat et al. 2022 | | authority | 2901164 | Stutzerimonas Lalucat et al. 2022 emend. Rudra and Gupta 2024 | | authority | 2901189 | Halopseudomonas | | scientific name | 2901189 | Halopseudomonas Rudra and Gupta 2021 | | authority | 2901189 | Neopseudomonas | | synonym | 2901189 | Neopseudomonas Saati-Santamaria et al. 2021 | | authority | 29012 | Araneus | | scientific name | 290174 | Aquimarina | | scientific name | 290174 | Aquimarina Nedashkovskaya et al. 2005 | | authority | 290174 | Aquimarina Nedashkovskaya et al. 2005 emend. Lee et al. 2017 | | authority | 290174 | Aquimarina Nedashkovskaya et al. 2005 emend. Nedashkovskaya et al. 2006 | | authority | 290174 | Gaetbulimicrobium | | synonym | 290174 | Gaetbulimicrobium Yoon et al. 2006 | | authority | 290174 | Stanierella | | synonym | 290174 | Stanierella Nedashkovskaya et al. 2005 | | authority | 290180 | Fabibacter | | synonym | 290180 | Fabibacter Lau et al. 2006 | | authority | 290180 | Fabivirga | | synonym | 290180 | Fabivirga Tang et al. 2016 | | authority | 290180 | Marinicola | | synonym | 290180 | Marinicola Yoon et al. 2005 | | authority | 290180 | Roseivirga | | scientific name | 290180 | Roseivirga Nedashkovskaya et al. 2005 emend. Nedashkovskaya et al. 2005 | | authority | 290180 | Roseivirga Nedashkovskaya et al. 2005 emend. Nedashkovskaya et al. 2008 | | authority | 290180 | Roseivirga Nedashkovskaya et al. 2005 emend. Selvaratnam et al. 2016 | | authority | 2902486 | Streptomyces sp. RO-S4 | | scientific name | 2902673 | Escherichia phage vB_EcoD_Poky | | scientific name | 2902719 | unclassified Spirosomataceae | | scientific name | 2902797 | Epilithonimonas sp. JDS | | scientific name | 29029 | Drosophila eugracilis | | scientific name | 29029 | Drosophila eugracilis Bock & Wheeler, 1972 | | authority | 2903107 | Paracholeplasma | | scientific name | 2903107 | Paracholeplasma Watanabe et al. 2021 | | authority | 2903219 | Alteromonas/Salinimonas group | | scientific name | 2903220 | Xanthoria sp. 1 TBL-2021 | | scientific name | 2903223 | Borrera pubera var. peruensis | | synonym | 2903223 | Borrera pubera var. peruensis Ach., 1814 | | authority | 2903223 | Teloschistes peruensis | | scientific name | 2903223 | Teloschistes peruensis (Ach.) J.W. Thomson, 1968 | | authority | 2903223 | Teloschistes sp. TBL-2021a | | includes | 2903573 | Kitasatospora sp. NBC_01287 | | scientific name | 2903633 | Streptomyces sp. NBC_00183 | | scientific name | 2903792 | Streptomyces sp. NBC_01239 | | scientific name | 2903804 | Streptomyces sp. NBC_01264 | | scientific name | 2903864 | Streptomyces sp. NBC_01433 | | scientific name | 2903901 | Phenylobacterium sp. LH3H17 | | scientific name | 2904249 | Microbulbifer guangxiensis | | scientific name | 2904249 | Microbulbifer guangxiensis Fu et al. 2023 | | authority | 2904249 | Microbulbifer sp. L3 | | includes | 290425 | Advenella | | scientific name | 290425 | Advenella Coenye et al. 2005 emend. Gibello et al. 2009 | | authority | 290425 | Tetrathiobacter | | synonym | 290425 | Tetrathiobacter Ghosh et al. 2005 | | authority | 2904603 | "Ornithinimicrobium sediminis" Gao et al. 2022 | | authority | 2904603 | Ornithinimicrobium sediminis | | scientific name | 2904603 | Ornithinimicrobium sediminis Gao et al. 2023 | | authority | 2904603 | Ornithinimicrobium sp. EGI L100131 | | includes | 29051 | Encyrtidae | | scientific name | 2905136 | Fundidesulfovibrio | | scientific name | 2905136 | Fundidesulfovibrio Waite et al. 2020 | | authority | 29052 | Copidosoma | | scientific name | 29052 | Copidosomopsis | | synonym | 2905228 | Notiomystidae | | scientific name | 29053 | Berecyntus floridanus | | synonym | 29053 | Berecyntus floridanus Ashmead, 1900 | | authority | 29053 | Copidosoma floridanum | | scientific name | 2905377 | Methanotrichales | | scientific name | 2905377 | Methanotrichales Akinyemi et al. 2021 | | authority | 2905648 | "Paenibacillus allorhizoplanae" Kampfer et al. 2022 | | authority | 2905648 | Paenibacillus allorhizoplanae | | scientific name | 2905648 | Paenibacillus allorhizoplanae Kampfer et al. 2023 | | authority | 2905648 | Paenibacillus sp. JJ-42 | | includes | 2905650 | "Paenibacillus plantiphilus" Kampfer et al. 2023 | | authority | 2905650 | Paenibacillus plantiphilus | | scientific name | 2905650 | Paenibacillus plantiphilus Kampfer et al. 2024 | | authority | 2905650 | Paenibacillus sp. JJ-246 | | includes | 29064 | Felis uncia | | synonym | 29064 | Felis uncia Schreber, 1775 | | authority | 29064 | Panthera uncia | | scientific name | 29064 | Uncia uncia | | synonym | 29064 | snow leopard | | genbank common name | 2906523 | unclassified Casimicrobiaceae | | scientific name | 2906524 | Casimicrobiaceae bacterium | | scientific name | 2906648 | Chelativorans sp. YIM 93263 | | scientific name | 2906764 | Caballeronia sp. CLC5 | | scientific name | 2906765 | Caballeronia sp. PC1 | | scientific name | 2907104 | Hamatocanthoscyphaceae | | scientific name | 2907104 | Hamatocanthoscyphaceae Ekanayaka & K.D. Hyde, 2019 | | authority | 2907155 | Lysobacter sp. GX 14042 | | scientific name | 2907158 | Halomonas alkalisoli | | scientific name | 2907158 | Halomonas alkalisoli Shang et al. 2022 | | authority | 2907158 | Halomonas sp. M5N1S15 | | includes | 2907158 | Halomonas sp. M5N1S17 | | includes | 2907192 | Tricladiaceae | | scientific name | 2907192 | Tricladiaceae P.R. Johnst. & Baschien, 2020 | | authority | 29073 | Thalarctos maritimus | | synonym | 29073 | Ursus maritimus | | scientific name | 29073 | Ursus maritimus Phipps, 1774 | | authority | 29073 | polar bear | | genbank common name | 29073 | white bear | | common name | 2907303 | Dyadobacter sp. CY312 | | scientific name | 290731 | Aminiphilus | | scientific name | 290731 | Aminiphilus Diaz et al. 2007 | | authority | 290732 | Aminiphilus circumscriptus | | scientific name | 290732 | Aminiphilus circumscriptus Diaz et al. 2007 | | authority | 2908000 | Ramlibacter paludis | | scientific name | 2908000 | Ramlibacter paludis Lim et al. 2023 | | authority | 2908000 | Ramlibacter sp. XY19 | | includes | 2908207 | Sphingomonas anseongensis | | scientific name | 2908207 | Sphingomonas anseongensis Siddiqi et al. 2023 | | authority | 2908207 | Sphingomonas sp. RG327 | | includes | 2908539 | Vibrio sp. Isolate33 | | scientific name | 2908646 | Vibrio sp. SS-MA-C1-2 | | scientific name | 290882 | Massarinaceae | | scientific name | 290882 | Massarinaceae Munk, 1956 | | authority | 290882 | mitosporic Massarinaceae | | includes | 2908833 | Neoheterodontei | | scientific name | 2908884 | Tenacibaculum sp. Cn5-1 | | scientific name | 2908893 | Pseudoalteromonas sp. PAST1 | | scientific name | 2908919 | Tenacibaculum sp. Cn5-34 | | scientific name | 2908926 | Bradyrhizobium sp. PRIMUS42 | | scientific name | 2908927 | Bradyrhizobium sp. SHOUNA76 | | scientific name | 290910 | unclassified Loktanella | | scientific name | 2909285 | Actomonas lomoniglobus | | scientific name | 2909285 | Actomonas lomoniglobus (Ahmad et al. 2024) Wang et al. 2026 | | authority | 2909285 | Opitutaceae bacterium LMO-M01 | | includes | 2909285 | Synoicihabitans lomoniglobus | | synonym | 2909285 | Synoicihabitans lomoniglobus Ahmad et al. 2024 | | authority | 2909336 | Dyadobacter sp. CY347 | | scientific name | 2909669 | Simiduia sp. 21SJ11W-1 | | scientific name | 2910145 | Vicinamibacterales | | scientific name | 2910145 | Vicinamibacterales Dedysh and Yilmaz 2018 | | authority | 2910146 | unclassified Vicinamibacterales | | scientific name | 2910147 | Vicinamibacterales bacterium | | scientific name | 2910167 | unclassified Longimicrobiales | | scientific name | 2910168 | Longimicrobiales bacterium | | scientific name | 2910983 | Humidesulfovibrio | | scientific name | 2910983 | Humidesulfovibrio Waite et al. 2020 | | authority | 2911065 | Zavarzinia marina | | scientific name | 2911065 | Zavarzinia marina Hu et al. 2022 | | authority | 2911065 | Zavarzinia sp. Adcm-6A | | includes | 2911369 | Mycobacterium sp. MBM | | scientific name | 2911538 | "Luteibacter aegosomaticola" Joe et al. 2023 | | authority | 2911538 | Luteibacter aegosomaticola | | scientific name | 2911538 | Luteibacter aegosomaticola Joe et al. 2024 | | authority | 2911538 | Luteibacter sp. 335 | | includes | 2911618 | Campylobacter sp. IFREMER_LSEM_CL2101 | | scientific name | 2911702 | Thiotrichales bacterium 19S11-10 | | scientific name | 2911883 | Holdemanella sp. SCCA2 | | scientific name | 2912058 | Saccharothrix sp. AJ9571 | | scientific name | 2912611 | Rhizorhapis sp. SPR117 | | scientific name | 2912996 | "Changpingibacter" Jiao et al. 2022 | | authority | 2912996 | Changpingibacter | | scientific name | 291302 | Miniopterus natalensis | | scientific name | 291302 | Miniopterus schreibersii natalensis | | synonym | 291302 | Vespertilio natalensis | | synonym | 291302 | Vespertilio natalensis Smith, 1833 | | authority | 2913614 | "Prevotella communis" Grabner et al. 2023 | | authority | 2913614 | Prevotella communis | | scientific name | 2913614 | Prevotella communis Grabner et al. 2024 | | authority | 2913614 | Prevotella sp. BP1-145 | | includes | 2913614 | Prevotella sp. BP1-148 | | includes | 2913614 | Prevotella sp. E1-9 | | includes | 2913614 | Prevotella sp. E1-a | | includes | 2913614 | Prevotella sp. E13-1 | | includes | 2913614 | Prevotella sp. E13-3 | | includes | 2913614 | Prevotella sp. E15-14 | | includes | 2913614 | Prevotella sp. E2-25 | | includes | 29138 | Vombatus | | scientific name | 29139 | Didelphis ursina | | synonym | 29139 | Didelphis ursina Shaw, 1800 | | authority | 29139 | Vombatus ursinus | | scientific name | 29139 | coarse-haired wombat | | common name | 29139 | common wombat | | genbank common name | 29140 | Gonorynchiformes | | scientific name | 29140 | milkfish and others | | genbank common name | 291403 | Algoriphagus yeomjeoni | | scientific name | 291403 | Algoriphagus yeomjeoni Yoon et al. 2005 | | authority | 2914038 | Syntrophales | | scientific name | 2914038 | Syntrophales Waite et al. 2020 | | authority | 2914039 | unclassified Syntrophales | | scientific name | 2914042 | "Shewanella shenzhenensis" Zhang et al. 2022 | | authority | 2914042 | Shewanella shenzhenensis | | scientific name | 2914042 | Shewanella sp. A25 | | includes | 2914161 | Enterocloster sp. OA13 | | scientific name | 29142 | Chanidae | | scientific name | 29142 | milkfish | milkfish | genbank common name | 29143 | Chanos | | scientific name | 29144 | Chanos chanos | | scientific name | 29144 | Mugil chanos | | synonym | 29144 | Mugil chanos Fabricius, 1775 | | authority | 29144 | milkfish | milkfish | genbank common name | 2914925 | "Gardnerella media subsp. greenwoodii" (Sousa et al. 2023) Bouzek et al. 2025 | | authority | 2914925 | Gardnerella genomic species 8 | | equivalent name | 2914925 | Gardnerella greenwoodii | | scientific name | 2914925 | Gardnerella greenwoodii Sousa et al. 2023 | | authority | 2914925 | Gardnerella media subsp. greenwoodii | | synonym | 2914925 | Gardnerella sp. c31Ua_26 | | includes | 2914925 | s__Bifidobacterium greenwoodii | | equivalent name | 2915812 | "Pseudomonas emilianonis" Carasco et al. 2024 | | authority | 2915812 | Pseudomonas emilianonis | | scientific name | 2915812 | Pseudomonas sp. TNT11 | | includes | 291601 | Vezdaeaceae | | scientific name | 2916181 | Kocuria sp. p3-SID1433 | | scientific name | 2916182 | Kocuria sp. p3-SID1428 | | scientific name | 2916414 | Kitasatospora sp. A2-31 | | scientific name | 2916678 | CTG clade | | common name | 2916678 | CUG-Ser1 clade | | genbank common name | 2916678 | Serinales | | scientific name | 2916678 | Serinales M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 2916693 | Desulforamulus | | scientific name | 2916693 | Desulforamulus Watanabe et al. 2021 | | synonym | 29169 | Ancylostoma | | scientific name | 29170 | Ancylostoma caninum | | scientific name | 29170 | dog hookworm | | genbank common name | 2917419 | Trichodesmium sp. MAG_R03 | | scientific name | 2917757 | Pseudoalteromonas sp. OOF1S-7 | | scientific name | 2917761 | Tenacibaculum sp. Cn5-46 | | scientific name | 29178 | Foraminifera | | scientific name | 29178 | Foraminiferida | | synonym | 29178 | Granuloreticulosa | | includes | 29178 | Granuloreticulosea | | includes | 29178 | foraminifers | | common name | 29178 | forams | forams | blast name | 29178 | forams | forams | genbank common name | 2917831 | Fluviibacterium | | synonym | 2917831 | Fluviibacterium Sun et al. 2020 | | authority | 2917831 | Meridianimarinicoccus | | scientific name | 2917831 | Meridianimarinicoccus Ren et al. 2019 | | authority | 2917831 | Phycocomes | | synonym | 2917831 | Phycocomes Zhu et al. 2019 | | authority | 2918196 | Corynebacterium sp. ACRPE | | scientific name | 2918453 | Lutibacter sp. A80 | | scientific name | 2918511 | "Suonthocola" Hitch et al. 2021 | | authority | 2918511 | Diplocloster | | scientific name | 2918511 | Diplocloster Chaplin et al. 2022 | | authority | 2918511 | Suonthocola | | synonym | 2918511 | Suonthocola Hitch et al. 2022 | | authority | 2918753 | Aquamicrobium sp. NLF2-7 | | scientific name | 2918791 | Bieblia | | synonym | 2918791 | Bieblia Hordt et al. 2020 | | authority | 2918791 | Phaeovulum | | scientific name | 2918791 | Phaeovulum Suresh et al. 2020 | | synonym | 2919468 | Vandammella | | scientific name | 2919468 | Vandammella Bernard et al. 2022 | | authority | 2919626 | Alloyangia | | scientific name | 2919626 | Alloyangia Deshmukh and Oren 2023 | | authority | 2919626 | Yangia Dai et al. 2006 | | synonym | 292 | "Pseudomonas cepacia" Burkholder 1950 | | authority | 292 | "Pseudomonas multivorans" Stanier et al. 1966 | | authority | 292 | Burkholderia cepacia | | scientific name | 292 | Burkholderia cepacia (Palleroni and Holmes 1981) Yabuuchi et al. 1993 | | authority | 292 | Burkholderia cepacia genomovar I | | equivalent name | 292 | Burkholderia sp. Bp7081 | | includes | 292 | Burkholderia sp. Bp7091 | | includes | 292 | Burkholderia sp. Bp7098 | | includes | 292 | Burkholderia sp. Bp7108 | | includes | 292 | Burkholderia sp. Bp7432 | | includes | 292 | Burkholderia sp. LK29 | | includes | 292 | Burkholderia sp. NCIM 5465 | | includes | 292 | Burkholderia sp. NCPPB3025 | | includes | 292 | Burkholderia sp. ON1 | | includes | 292 | Pseudomonas cepacia | | synonym | 292 | Pseudomonas cepacia (ex Burkholder 1950) Palleroni and Holmes 1981 | | authority | 292 | Pseudomonas kingii | | synonym | 292 | Pseudomonas multivorans | | synonym | 2920312 | Bacillus cereus group sp. BfR-BA-01349 | | scientific name | 2920387 | Pseudomonas sp. LS.1a | | scientific name | 29216 | Bangiales | | scientific name | 2921743 | Caballeronia sp. GAWG1-5s-s | | scientific name | 292192 | Amblyoponinae | | scientific name | 2922394 | Paracoccus albicereus | | scientific name | 2922394 | Paracoccus albicereus He et al. 2023 | | authority | 2922394 | Paracoccus sp. TK19116 | | includes | 2922866 | Fundidesulfovibrio sp. SG127 | | includes | 2922866 | Fundidesulfovibrio terrae | | scientific name | 2922866 | Fundidesulfovibrio terrae Yang et al. 2023 | | authority | 2923420 | Aeromonas sp. MR16 | | scientific name | 2923428 | Acinetobacter sp. NIPH 1852 | | scientific name | 2923548 | Boulenophrys | | scientific name | 292415 | Thiobacillus denitrificans ATCC 25259 | | scientific name | 292415 | Thiobacillus denitrificans str. ATCC 25259 | | equivalent name | 292415 | Thiobacillus denitrificans strain ATCC 25259 | | equivalent name | 292486 | Avibacterium | | scientific name | 292486 | Avibacterium Blackall et al. 2005 | | authority | 292491 | Thelebolales | | scientific name | 292491 | Thelebolales Haeckel, 1894 | | authority | 2925400 | Apusomonadida | | scientific name | 292625 | Anaerolineae | | scientific name | 292625 | Anaerolineae Yamada et al. 2006 | | authority | 292628 | Anaerolineaceae | | scientific name | 292628 | Anaerolineaceae Yamada et al. 2006 | | authority | 292629 | Anaerolineales | | scientific name | 292629 | Anaerolineales Yamada et al. 2006 | | authority | 292630 | "Hydrogenimonaceae" Garrity et al. 2004 | | synonym | 292630 | "Hydrogenimonadaceae" corrig. Garrity et al. 2004 | | authority | 292630 | Hydrogenimonadaceae | | scientific name | 292630 | Hydrogenimonadaceae Waite et al. 2020 | | synonym | 292632 | Subdoligranulum | | scientific name | 292632 | Subdoligranulum Holmstrm et al. 2004 | | authority | 2926470 | "Silvania confinis" Maddock et al. 2022 | | authority | 2926470 | Enterobacteriaceae bacterium H4N4 | | includes | 2926470 | Silvania confinis | | scientific name | 2926470 | Silvania confinis Maddock et al. 2023 | | authority | 292691 | Christiangramia | | scientific name | 292691 | Christiangramia Deshmukh and Oren 2023 | | authority | 292691 | Gramella | | synonym | 292691 | Gramella Nedashkovskaya et al. 2005 | | authority | 2927128 | Lysobacter sp. CFH 32150 | | scientific name | 2927229 | Sylviidae incertae sedis | | scientific name | 2927774 | Regulidae | | scientific name | 2927803 | Streptomyces sp. AN091965 | | scientific name | 292800 | "Bacillus plauti" (sic) Seguin 1928 | | authority | 292800 | "Fusocillus plauti" (sic) (Seguin 1928) Prevot 1938 | | authority | 292800 | "Zuberella plauti" (sic) (Seguin 1928) Sebald 1962 | | authority | 292800 | Bacillus plauti | | synonym | 292800 | Clostridium orbiscindens | | synonym | 292800 | Clostridium orbiscindens Winter et al. 1991 | | authority | 292800 | Eubacterium plautii | | synonym | 292800 | Eubacterium plautii (Seguin 1928) Hofstad and Aasjord 1982 | | authority | 292800 | Flavonifractor plautii | | scientific name | 292800 | Flavonifractor plautii (Seguin 1928) Carlier et al. 2010 | | authority | 292800 | Fusobacterium plauti | | synonym | 292800 | Fusobacterium plauti Seguin 1928 (Approved Lists 1980) | | authority | 292800 | Fusobacterium plautii | | synonym | 292800 | Fusobacterium plautii corrig. Seguin 1928 (Approved Lists 1980) | | authority | 292800 | Fusocillus plauti | | synonym | 292800 | Pseudoflavonifractor sp. YL31 | | includes | 292800 | Zuberella plauti | | synonym | 2928017 | Syntrophales bacterium | | scientific name | 29283 | Halobacterium distributum corrig. Zvyagintseva and Tarasov 1989 | | synonym | 29283 | Halobacterium distributus | | synonym | 29283 | Halobacterium distributus Zvyagintseva and Tarasov 1989 | | authority | 29283 | Halorubrobacterium distributum (Zvyagintseva and Tarasov 1989) Kamekura and Dyall-Smith 1996 | | synonym | 29283 | Halorubrum arcis | | synonym | 29283 | Halorubrum arcis Xu et al. 2007 | | authority | 29283 | Halorubrum distributum | | scientific name | 29283 | Halorubrum distributum (Zvyagintseva and Tarasov 1989) Oren and Ventosa 1996 | | synonym | 29283 | Halorubrum litoreum | | synonym | 29283 | Halorubrum litoreum Cui et al. 2007 | | authority | 29283 | Halorubrum terrestre | | synonym | 29283 | Halorubrum terrestre Ventosa et al. 2004 | | authority | 2928702 | Paenibacillus sp. OVF10 | | scientific name | 2928706 | Kosakonia sp. R1.Fl | | scientific name | 2928708 | Pseudomonas sp. R3.Fl | | scientific name | 292919 | Cuscuteae | | scientific name | 292919 | Cuscuteae Dumort., 1827 | | authority | 292919 | Cuscutoideae | | synonym | 292919 | dodders | | genbank common name | 2929456 | Acaryochloris thomasi | | scientific name | 2929456 | Acaryochloris thomasi Partensky, Six, Ratin, Garczarek, Probert & D. Vaulot, 2018 | | authority | 2929476 | Microbacterium sp. VKM Ac-2923 | | scientific name | 2929492 | Faecalibacterium sp. I3-3-33 | | scientific name | 2929781 | Streptomyces sp. XM83C | | scientific name | 29298 | Planobispora | | scientific name | 29298 | Planobispora Thiemann and Beretta 1968 (Approved Lists 1980) | | authority | 293 | Bacterium parvulum | | synonym | 293 | Brevundimonas diminuta | | scientific name | 293 | Brevundimonas diminuta (Leifson and Hugh 1954) Segers et al. 1994 | | authority | 293 | Pseudomonas diminuta | | synonym | 293 | Pseudomonas diminuta Leifson and Hugh 1954 (Approved Lists 1980) | | authority | 29301 | Streptomyces arenae | | scientific name | 29301 | Streptomyces arenae Pridham et al. 1958 (Approved Lists 1980) | | authority | 2930259 | Streptomyces sp. JCM 35825 | | scientific name | 2930259 | Streptomyces sp. W11 | | synonym | 293084 | Leptospira inadai serovar Lyme | | scientific name | 293138 | Lampsilini | | scientific name | 29314 | Mycobacterium hiberniae | | synonym | 29314 | Mycobacterium hiberniae Kazda et al. 1993 | | authority | 29314 | Mycobacterium hiberniae Kazda et al. 1993 emend. Nouioui et al. 2018 | | authority | 29314 | Mycobacterium hiberniense | | equivalent name | 29314 | Mycolicibacter hiberniae | | scientific name | 29314 | Mycolicibacter hiberniae (Kazda et al. 1993) Gupta et al. 2018 | | authority | 293141 | Zygophylloideae | | scientific name | 293141 | Zygophylloideae Arn., 1832 | | authority | 29317 | Actinomyces sp. | | scientific name | 29317 | Actinomyces sp. F560 | | synonym | 2931984 | Pseudomonas sp. LJDD11 | | scientific name | 293256 | Alkalidesulfovibrio alkalitolerans | | scientific name | 293256 | Alkalidesulfovibrio alkalitolerans (Abildgaard et al. 2006) Park et al. 2023 | | synonym | 293256 | Desulfohalovibrio alkalitolerans | | synonym | 293256 | Desulfohalovibrio alkalitolerans (Abildgaard et al. 2006) Spring et al. 2019 | | authority | 293256 | Desulfovibrio alkalitolerans | | synonym | 293256 | Desulfovibrio alkalitolerans Abildgaard et al. 2006 | | authority | 2932623 | "Sulfurospirillaceae" Waite et al. 2017 | | authority | 2932623 | Sulfurospirillaceae | | scientific name | 2932623 | Sulfurospirillaceae Waite et al. 2020 | | authority | 2932774 | Mucilaginibacter sp. RS28 | | includes | 2932774 | Mucilaginibacter straminoryzae | | scientific name | 2932774 | Mucilaginibacter straminoryzae Ko et al. 2023 | | authority | 29330 | Alicyclobacillus | | scientific name | 29330 | Alicyclobacillus Wisotzkey et al. 1992 | | authority | 29330 | Alicyclobacillus Wisotzkey et al. 1992 emend. Goto et al. 2003 | | authority | 29330 | Alicyclobacillus Wisotzkey et al. 1992 emend. Karavaiko et al. 2005 | | authority | 29330 | Alicyclobacillus Wisotzkey et al. 1992 emend. Sinninghe Damste et al. 2025 | | authority | 293386 | Bacillus sp. 41KF2a | | includes | 293386 | Bacillus sp. LK18 | | includes | 293386 | Bacillus sp. LK23 | | includes | 293386 | Bacillus sp. LK31 | | includes | 293386 | Bacillus sp. LK33 | | includes | 293386 | Bacillus stratosphericus | | scientific name | 293386 | Bacillus stratosphericus Shivaji et al. 2006 | | authority | 293387 | "Bacillus cellulasensis" Mawlankar et al. 2015 | | authority | 293387 | Bacillus altitudinis | | scientific name | 293387 | Bacillus altitudinis Shivaji et al. 2006 | | authority | 293387 | Bacillus cellulasensis | | synonym | 293387 | Bacillus invictae | | synonym | 293387 | Bacillus invictae Branquinho et al. 2014 | | authority | 293387 | Bacillus sp. B1(2023) | | includes | 293387 | Bacillus sp. B16 | | includes | 293387 | Bacillus sp. B19(2023) | | includes | 293387 | Bacillus sp. B26(2023) | | includes | 293387 | Bacillus sp. CNPSo 3703 | | includes | 293387 | Bacillus sp. IYN | | includes | 293387 | Bacillus sp. NIO-201105 | | includes | 293388 | "Bacillus aerius" Shivaji et al. 2006 | | authority | 293388 | Bacillus aerius | | scientific name | 293388 | Bacillus sp. 24K | | includes | 293389 | Bacillus aerophilus | | scientific name | 293389 | Bacillus aerophilus Shivaji et al. 2006 | | authority | 293389 | Bacillus sp. 28K | | includes | 2933965 | "Microbulbifer litoralis" Huang et al. 2024 | | authority | 2933965 | Microbulbifer litoralis | | scientific name | 2933965 | Microbulbifer sp. GX H0434 | | includes | 2934369 | Microbacteriaceae bacterium K1510 | | scientific name | 29347 | Clostridium scindens | | synonym | 29347 | Clostridium scindens Morris et al. 1985 | | authority | 29347 | Clostridium scindens TSDC16.1-1.1 | | includes | 29347 | Clostridium scindens TSDC16.1-1.2 | | includes | 29347 | Clostridium scindens TSDC17.2-1.1 | | equivalent name | 29347 | Clostridium scindens TSDC20.1-1.1 | | includes | 29347 | Clostridium scindens TSDC20.1-1.2 | | includes | 29347 | Clostridium scindens TSDC20.1-1.3 | | includes | 29347 | Clostridium scindens TSDC20.2-1.1 | | includes | 29347 | Clostridiumundefined scindens TSDC17.1-1.2 | | includes | 29347 | Eubacterium VPI-12708 | | includes | 29347 | Eubacterium sp. (strain VPI 12708) | | includes | 29347 | Eubacterium sp. VPI 12708 | | includes | 29347 | Eubacterium sp. VPI-12708 | | includes | 29347 | [Clostridium] scindens | | scientific name | 2934712 | Niallia sp. NCCP-28 | | scientific name | 29348 | Clostridium spiroforme | | synonym | 29348 | Clostridium spiroforme Kaneuchi et al. 1979 (Approved Lists 1980) | | authority | 29348 | Thomasclavelia spiroformis | | scientific name | 29348 | Thomasclavelia spiroformis (Kaneuchi et al. 1979) Lawson et al. 2023 | | authority | 2934961 | Sirenicapillariaceae | | scientific name | 2934961 | Sirenicapillariaceae D.E. Berthold, Lefler & Laughinghouse, 2022 | | authority | 293508 | Colocasieae | | scientific name | 293508 | Colocasieae Brongn., 1843 | | authority | 2935737 | "Arthrobacter terrae" Jiang et al. 2022 | | authority | 2935737 | Arthrobacter terrae | | scientific name | 2935858 | Pectobacterium sp. 21LCBS03 | | scientific name | 29363 | "Bacillus diaphthirus" Trevisan 1889 | | authority | 29363 | Bacillus diaphthirus | | synonym | 29363 | Clostridium paraputrificum | | scientific name | 29363 | Clostridium paraputrificum (Bienstock 1906) Snyder 1936 (Approved Lists 1980) | | synonym | 29372 | Clostridium thermobutyricum | | scientific name | 29372 | Clostridium thermobutyricum Wiegel et al. 1989 | | authority | 2937417 | "Bacteroides muris" Fokt et al. 2022 | | authority | 2937417 | Bacteroides muris | Bacteroides muris | synonym | 2937417 | Bacteroides muris (ex Fokt et al. 2023) | | scientific name | 2937417 | Bacteroides muris Fokt et al. 2023 | | authority | 2937417 | Bacteroides sp. KH365_2 | | includes | 2937417 | Bacteroides sp. KH569_7 | | includes | 29378 | Staphylococcus arlettae | | scientific name | 29378 | Staphylococcus arlettae Schleifer et al. 1985 | | authority | 2937909 | "Desulfitobacteriaceae" Stackebrandt 2014 | | authority | 2937909 | Desulfitobacteriaceae | | scientific name | 2937909 | Desulfitobacteriaceae Stackebrandt 2020 | | authority | 2937910 | "Desulfotomaculaceae" Stackebrandt 2014 | | authority | 2937910 | Desulfotomaculaceae | | scientific name | 2937910 | Desulfotomaculaceae Stackebrandt 2020 | | authority | 2937911 | "Thermincolaceae" Stackebrandt 2014 | | authority | 2937911 | Thermincolaceae | | scientific name | 2937911 | Thermincolaceae Stackebrandt 2020 | | authority | 2938231 | Bacillaceae bacterium OS4b | | scientific name | 29384 | Staphylococcus kloosii | | scientific name | 29384 | Staphylococcus kloosii Schleifer et al. 1985 | | authority | 29385 | "Staphylococcus saprophyticus" Fairbrother 1940 | | authority | 29385 | Staphylococcus saprophyticus | | scientific name | 29385 | Staphylococcus saprophyticus (Fairbrother 1940) Shaw et al. 1951 (Approved Lists 1980) emend. Madhaiyan et al. 2020 | | authority | 29385 | Staphylococcus saprophyticus ATCC 15305 | | includes | 29385 | Staphylococcus saprophyticus ATCC15305 | | includes | 29385 | Staphylococcus saprophyticus ATCC15305T | | includes | 29385 | Staphylococcus saprophyticus MAFF911473 | | includes | 29385 | Staphylococcus saprophyticus NCTC 07292 | | includes | 29385 | Staphylococcus saprophyticus subsp. bovis | | synonym | 29385 | Staphylococcus saprophyticus subsp. bovis Hajek et al. 1996 | | authority | 29385 | Staphylococcus saprophyticus subsp. saprophyticus | | includes | 29385 | Staphylococcus saprophyticus subsp. saprophyticus (Fairbrother 1940) Hajek et al. 1996 | | authority | 29385 | Staphylococcus sp. HAR3 | | includes | 29388 | Staphylococcus capitis | | scientific name | 29389 | Streptococcus alactolyticus | | scientific name | 29389 | Streptococcus alactolyticus Farrow et al. 1985 | | authority | 29389 | Streptococcus intestinalis | | synonym | 29389 | Streptococcus intestinalis Robinson et al. 1988 | | authority | 2938918 | Pseudanabaena sp. Salubria-1 | | scientific name | 2939270 | Cubamyces | | scientific name | 2939270 | Cubamyces Murrill, 1905 | | authority | 2939270 | Leiotrametes | | synonym | 2939270 | Leiotrametes Welti & Courtec., 2012 | | authority | 2939400 | Chrysothrix sp. TS-e1954 | | scientific name | 2939405 | Lecidea aestivalis | | synonym | 2939405 | Lecidea aestivalis Ohlert, 1870 | | authority | 2939405 | Vezdaea aestivalis | | scientific name | 2939405 | Vezdaea aestivalis (Ohlert) Tscherm.-Woess & Poelt, 1976 | | authority | 2939419 | Mediterranea sp. ET5 | | scientific name | 2939593 | unclassified Candidatus Dormiibacterota | | scientific name | 2939593 | unclassified Dormiibacterota | | equivalent name | 294 | "Bacillus fluorescens liquefaciens" Flugge 1886 | | authority | 294 | "Bacillus fluorescens" Trevisan 1889 | | authority | 294 | "Liquidomonas fluorescens" (Trevisan 1889) Orla-Jensen 1909 | | authority | 294 | Bacillus fluorescens | | synonym | 294 | Bacillus fluorescens liquefaciens | | synonym | 294 | Bacterium fluorescen | | synonym | 294 | Liquidomonas fluorescens | | synonym | 294 | Pseudomonas fluorescens | | scientific name | 294 | Pseudomonas fluorescens Migula 1895 | | authority | 294 | Pseudomonas sp. AU2390 | | includes | 294 | Pseudomonas sp. BZ64 | | includes | 294 | Pseudomonas sp. FY32 | | includes | 294 | Pseudomonas sp. HSA2/2016 | | includes | 294 | Pseudomonas sp. HSA3/2016 | | includes | 294 | Pseudomonas sp. ISSDS-433 | | includes | 294 | Pseudomonas sp. JCM 17186 | | includes | 294 | Pseudomonas sp. JCM 2779 | | includes | 294 | Pseudomonas sp. KH-20150KS3 | | includes | 294 | Pseudomonas sp. LBUM223 | | includes | 294 | Pseudomonas sp. LBUM636 | | includes | 294 | Pseudomonas sp. SM2/2016 | | includes | 294 | bacterium P1-1 | | includes | 29404 | Microlunatus | | scientific name | 29404 | Microlunatus Nakamura et al. 1995 emend. Nouioui et al. 2018 | | authority | 2940562 | Streptomyces sp. LBL | | scientific name | 2940619 | Sphingobacterium sp. BIGb0116 | | scientific name | 29407 | Rhodoplanes | | scientific name | 29407 | Rhodoplanes Hiraishi and Ueda 1994 | | authority | 2940935 | Marinomonas maritima | | scientific name | 2940935 | Marinomonas maritima Kristyanto et al. 2023 | | authority | 2940935 | Marinomonas sp. RSW2 | | includes | 2941323 | "Adlercreutzia aquisgranensis" Afrizal et al. 2022 | | authority | 2941323 | Adlercreutzia aquisgranensis | | scientific name | 2941323 | Adlercreutzia aquisgranensis Afrizal et al. 2024 | | authority | 2941323 | Adlercreutzia sp. DSM 108611 | | includes | 29419 | Helicobacter canis | | scientific name | 29419 | Helicobacter canis Stanley et al. 1994 | | authority | 2942298 | Halomonas sp. NCCP-2165 | | scientific name | 2942470 | Acinetobacter amyesii | | scientific name | 2942470 | Acinetobacter amyesii Nemec et al. 2022 | | authority | 2942470 | Acinetobacter sp. ANC 4945 | | includes | 2942470 | Acinetobacter sp. ANC 5033 | | includes | 2942470 | Acinetobacter sp. ANC 5579 | | includes | 2942470 | Acinetobacter sp. ANC 5581 | | includes | 2942470 | Acinetobacter sp. ANC 7086 | | includes | 2942470 | Acinetobacter sp. ANC 7200 | | includes | 2942476 | Cellulophaga sp. 20_2_10 | | scientific name | 29427 | Methylobacterium lusitanum | | synonym | 29427 | Methylobacterium lusitanum Doronina et al. 2002 | | authority | 29427 | Methylobacterium rhodesianum | | synonym | 29427 | Methylobacterium rhodesianum Green et al. 1988 emend. Kato et al. 2008 | | authority | 29427 | Methylorubrum rhodesianum | | scientific name | 2942908 | "Candidatus Nitrosacidicoccus urinae" corrig. Faust et al. 2022 | | authority | 2942908 | "Candidatus Nitrosacidococcus urinae" Faust et al. 2022 | | authority | 2942908 | Candidatus Nitrosacidicoccus urinae | | scientific name | 2942908 | Candidatus Nitrosacidococcus sp. I8 | | includes | 2942908 | Candidatus Nitrosacidococcus urinae | | synonym | 2942908 | Nitrosacidicoccus urinae | | equivalent name | 2942908 | Nitrosacidococcus urinae | | equivalent name | 2942999 | Parasegetibacter sp. NRK P23 | | scientific name | 29430 | "Achromobacter haemolyticus" Stenzel and Mannheim 1963 | | authority | 29430 | Achromobacter haemolyticus | | synonym | 29430 | Acinetobacter genomosp. 4 | | synonym | 29430 | Acinetobacter genomospecies 4 | | synonym | 29430 | Acinetobacter haematolyticus | | synonym | 29430 | Acinetobacter haemolyticus | | scientific name | 29430 | Acinetobacter haemolyticus (ex Stenzel and Mannheim 1963) Bouvet and Grimont 1986 | | authority | 2943436 | Paramacrobiotus metropolitanus | | scientific name | 2943436 | Paramacrobiotus metropolitanus Sugiura, Matsumoto & Kunieda, 2022 | | authority | 2943436 | Paramacrobiotus sp. TYO | | includes | 2943493 | Lysinibacillus sp. OL1_EC | | scientific name | 29438 | Pseudomonas savastanoi | | scientific name | 29438 | Pseudomonas savastanoi (Janse 1982) Gardan et al. 1992 | | authority | 29438 | Pseudomonas syringae (PV. SAVASTANOI) | | synonym | 29438 | Pseudomonas syringae pv. savastanoi | | synonym | 29438 | Pseudomonas syringae subsp. savastanoi | | synonym | 2944150 | "Congzhengia" Liu et al. 2021 | | authority | 2944150 | Congzhengia | | scientific name | 2944197 | "Jingyaoa" Liu et al. 2021 | | authority | 2944197 | Jingyaoa | | scientific name | 2944682 | Larsenimonas rhizosphaerae | | scientific name | 2944682 | Larsenimonas rhizosphaerae Lee and Kim 2023 | | authority | 2944682 | Larsenimonas sp. GH2-1 | | includes | 2944682 | Larsenimonas sp. GH3-8 | | includes | 29447 | "Agrobacterium albilineans" (Ashby 1929) Savulescu 1947 | | authority | 29447 | "Bacterium albilineans" Ashby 1929 | | authority | 29447 | "Phytomonas albilineans" (Ashby 1929) Magrou 1937 | | authority | 29447 | "Pseudomonas albilineans" (Ashby 1929) Krasil'nikov 1949 | | authority | 29447 | "Xanthomonas albilineans var. paspali" Orian 1962 | | authority | 29447 | Agrobacterium albilineans | | synonym | 29447 | Bacterium albilineans | | synonym | 29447 | Phytomonas albilineans | | synonym | 29447 | Pseudomonas albilineans | | synonym | 29447 | Xanthomonas albilineans | | scientific name | 29447 | Xanthomonas albilineans (Ashby 1929) Dowson 1943 emend. van den Mooter and Swings 1990 | | authority | 29447 | Xanthomonas albilineans var. paspali | | synonym | 2944807 | Micromonospora sp. RHAY321 | | scientific name | 2945019 | Geovibrionaceae | | scientific name | 2945019 | Geovibrionaceae Spring et al. 2022 | | authority | 2945101 | Microcystis aeruginosa str. Chao 1910 | | scientific name | 29459 | "Micrococcus melitensis" (Hughes 1893) Bruce 1893 | | authority | 29459 | Brucella melitensis | | scientific name | 29459 | Brucella melitensis (Hughes 1893) Meyer and Shaw 1920 (Approved Lists 1980) | | synonym | 29459 | Brucella melitensis (Hughes 1893) Meyer and Shaw 1920 (Approved Lists 1980) emend. Verger et al. 1985 | | authority | 29459 | Micrococcus melitensis | | synonym | 2946167 | Peduoviridae | | scientific name | 2946167 | Peduovirinae | | synonym | 2946173 | Vilmaviridae | | scientific name | 2946186 | Sedoreoviridae | | scientific name | 2946186 | Sedoreovirinae | | synonym | 29465 | Veillonella | | scientific name | 29465 | Veillonella Prevot 1933 (Approved Lists 1980) | | authority | 29465 | Veillonella Prevot 1933 (Approved Lists 1980) emend. Aujoulat et al. 2014 | | authority | 29465 | Veillonella Prevot 1933 (Approved Lists 1980) emend. Mays et al. 1982 | | authority | 2946607 | Neotabrizicola | | scientific name | 2946607 | Neotabrizicola Muramatsu et al. 2022 | | authority | 2946630 | Ensavirinae | | scientific name | 2946636 | Lclasvirinae | | scientific name | 2946648 | Weiservirinae | | scientific name | 2946699 | Snodgrassella communis | | scientific name | 2946699 | Snodgrassella communis Cornet et al. 2022 | | authority | 2946797 | Anayavirus | | scientific name | 294691 | Psylliodes | | scientific name | 29471 | "Bacillus atrosepticus" van Hall 1902 | | authority | 29471 | "Bacterium atrosepticum" (van Hall 1902) Lehmann and Neumann 1927 | | authority | 29471 | "Bacterium cartovorum var. atrosepticum" Hellmers and Dowson 1953 | | authority | 29471 | "Erwinia atroseptica" (van Hall 1902) Jennison 1923 | | authority | 29471 | "Erwinia carotovora var. atroseptica" (Hellmers and Dowson 1953) Dye 1969 | | authority | 29471 | "Pectobacterium atrosepticum" (van Hall 1902) Patel and Kulkarni 1951 | | authority | 29471 | "Pectobacterium carotovorum var. atrosepticum" Hellmers and Dowson 1957 | | authority | 29471 | Bacillus atrosepticus | | synonym | 29471 | Bacterium atrosepticum | | synonym | 29471 | Bacterium cartovorum var. atrosepticum | | synonym | 29471 | Erwinia atroseptica | | synonym | 29471 | Erwinia caratovora subsp. atroseptica | | synonym | 29471 | Erwinia carotovora atroseptica | | synonym | 29471 | Erwinia carotovora subsp. atroseptica | | synonym | 29471 | Erwinia carotovora subsp. atroseptica (van Hall 1902) Dye 1969 (Approved Lists 1980) | | authority | 29471 | Erwinia carotovora var. atroseptica | | synonym | 29471 | Pectobacterium atrosepticum | | scientific name | 29471 | Pectobacterium atrosepticum (van Hall 1902) Gardan et al. 2003 | | authority | 29471 | Pectobacterium carotovorum subsp. atrosepticum | | synonym | 29471 | Pectobacterium carotovorum subsp. atrosepticum (van Hall 1902) Hauben et al. 1999 | | authority | 29471 | Pectobacterium carotovorum var. atrosepticum | | synonym | 29473 | Salmonella adelaide | | synonym | 29473 | Salmonella enterica subsp. enterica serovar Adelaide | | scientific name | 294746 | Meyerozyma guilliermondii ATCC 6260 | | scientific name | 294746 | Pichia guilliermondii ATCC 6260 | | synonym | 294823 | Rhagiini | | scientific name | 2948571 | Loliodinae | | scientific name | 2948571 | Loliodinae Soreng, 2017 | | authority | 2948641 | Bromdenvirus | | scientific name | 29487 | Photorhabdus | | scientific name | 29487 | Photorhabdus (Boemare et al. 1993) emend. Fischer-Le Saux et al. 1999 | | authority | 2948772 | Jujuvirus | | scientific name | 29488 | Photorhabdus luminescens | | scientific name | 29488 | Photorhabdus luminescens (Poinar and Thomas 1979) (sic) Boemare et al. 1993 | | authority | 29488 | Photorhabdus luminescens (Thomas and Poinar 1979) Boemare et al. 1993 | | synonym | 29488 | Photorhabdus luminescens (Thomas and Poinar 1979) Boemare et al. 1993 emend. Fischer-LeSaux et al. 1999 | | authority | 29488 | Photorhabdus luminescens (Thomas and Poinar 1979) Boemare et al. 1993 emend. Machado et al. 2019 | | authority | 29488 | Xenorhabdus luminescens | | synonym | 29488 | Xenorhabdus luminescens Thomas and Poinar 1979 (Approved Lists 1980) | | authority | 2948815 | Maltschvirus | | scientific name | 2948851 | Orthopicobirnavirus | | scientific name | 2948851 | Picobirnavirus | | equivalent name | 2949 | Symbiodinium | | scientific name | 2949 | Symbiodinium Freudenthal, 1962 | | authority | 29491 | Aeromonas salmonicida salmonicida | | equivalent name | 29491 | Aeromonas salmonicida subsp. salmonicida | | scientific name | 29491 | Aeromonas salmonicida subsp. salmonicida (Lehmann and Neumann 1896) Griffin et al. 1953 | | authority | 29494 | Vibrio furnissii | | scientific name | 29494 | Vibrio furnissii Brenner et al. 1984 | | authority | 29495 | Vibrio navarrensis | | scientific name | 29495 | Vibrio navarrensis Urdaci et al. 1991 | | authority | 2949632 | Bradyrhizobium sp. CCGB12 | | scientific name | 2949650 | "Parabacteroides caeci" Shamsuzzaman et al. 2025 | | authority | 2949650 | Parabacteroides caeci | | scientific name | 2949650 | Parabacteroides caeci Shamsuzzaman et al. 2026 | | authority | 2949650 | Parabacteroides sp. W1-Q-101 | | includes | 29497 | "Photobacter splendidum" (sic) Beijerinck 1900 | | authority | 29497 | Beneckea splendida | | synonym | 29497 | Beneckea splendida (Beijerinck 1900) Reichelt et al. 1979 (Approved Lists 1980) | | authority | 29497 | Photobacter splendidum | | synonym | 29497 | Vibrio hemicentroti | | synonym | 29497 | Vibrio hemicentroti Kim et al. 2013 | | authority | 29497 | Vibrio sp. AlyHP32 | | includes | 29497 | Vibrio sp. NBRC 101061 | | includes | 29497 | Vibrio sp. S/028/08 B | | includes | 29497 | Vibrio sp. S/12/16 B | | includes | 29497 | Vibrio sp. S/30/08 B | | includes | 29497 | Vibrio sp. S/63/15 B | | includes | 29497 | Vibrio splendidus | | scientific name | 29497 | Vibrio splendidus (Beijerinck 1900) Baumann et al. 1981 | | authority | 2950009 | "Alkalidesulfovibrio" Park et al. 2022 | | authority | 2950009 | Alkalidesulfovibrio | | scientific name | 2950009 | Alkalidesulfovibrio Park et al. 2023 | | authority | 2950074 | Acinetobacter sp. C32I | | scientific name | 2950075 | Acinetobacter sp. C26G | | scientific name | 2950076 | Acinetobacter sp. C26M | | scientific name | 2950077 | SCandidatus Aminicenantes bacterium Aminicenantia_JdfR_composite | | scientific name | 2950079 | Candidatus Aminicenantes bacterium AC-708-M15 | | scientific name | 2950080 | Candidatus Aminicenantes bacterium AC-708-I09 | | scientific name | 2950082 | Candidatus Aminicenantes bacterium AC-335-L06 | | scientific name | 2950084 | Candidatus Aminicenantes bacterium AC-335-G13 | | scientific name | 2950086 | Candidatus Aminicenantes bacterium AC-335-A11 | | scientific name | 29506 | Leptospira inadai | | scientific name | 29506 | Leptospira inadai Yasuda et al. 1987 | | authority | 2950604 | Brevibacillus ruminantium | | scientific name | 2950604 | Brevibacillus ruminantium Kim et al. 2023 | | authority | 2950604 | Brevibacillus sp. BB3-R1 | | includes | 2950604 | Brevibacillus sp. KACC 22663 | | includes | 29507 | Leptospira kirschneri | | scientific name | 29507 | Leptospira kirschneri Ramadass et al. 1992 | | authority | 2951104 | Breznakiellaceae | | scientific name | 2951104 | Breznakiellaceae Brune et al. 2022 | | authority | 2951104 | Breznakiellaceae Brune et al. 2022 emend. Treitli and Brune 2026 | | authority | 29521 | Brachyspira | | scientific name | 29521 | Brachyspira Hovind-Hougen et al. 1983 | | authority | 29521 | Serpula | Serpula | synonym | 29521 | Serpula Stanton et al. 1991 | | authority | 29521 | Serpulina | | synonym | 29521 | Serpulina Stanton 1992 | | authority | 29522 | Brachyspira aalborgi | | scientific name | 29522 | Brachyspira aalborgi Hovind-Hougen et al. 1983 | | authority | 29523 | Bacteroides sp. | | scientific name | 2952781 | "Sedimentimonas" Mu et al. 2022 | | authority | 2952781 | Sedimentimonas | | scientific name | 2952781 | Sedimentimonas Mu et al. 2024 | | authority | 295319 | Salmonella enterica subsp. enterica serovar Paratyphi A str. ATCC 9150 | | scientific name | 29533 | "Empedobacter pectinovorum" (sic) (Dorey 1959) Kaiser 1961 | | authority | 29533 | "Flavobacterium pectinovorum" Dorey 1959 | | authority | 29533 | Cytophaga pectinovora | | synonym | 29533 | Cytophaga pectinovora (ex Dorey 1959) Reichenbach 1989 | | authority | 29533 | Empedobacter pectinovorum | | synonym | 29533 | Flavibacterium pectinovorum | | synonym | 29533 | Flavobacterium pectinovorum | | scientific name | 29533 | Flavobacterium pectinovorum (Reichenbach 1989) Bernardet et al. 1996 | | authority | 29534 | "Cytophaga saccharophila" Agbo and Moss 1979 | | authority | 29534 | Cytophaga saccharophila | | synonym | 29534 | Cytophaga saccharophila (ex Agbo and Moss 1979) Reichenbach 1989 | | authority | 29534 | Flavobacterium saccharophilum | | scientific name | 29534 | Flavobacterium saccharophilum (Reichenbach 1989) Bernardet et al. 1996 | | authority | 2953684 | Laspinema palackyanum D2a | | scientific name | 2953684 | Laspinema sp. D2a | | equivalent name | 2953808 | Bacillus sp. 3103sda1 | | scientific name | 2953809 | Alcaligenes sp. 1735tsa3 | | scientific name | 2953880 | Levilactobacillus sp. HBUAS62285 | | includes | 2953880 | Levilactobacillus yiduensis | | scientific name | 2953880 | Levilactobacillus yiduensis Dong et al.2023 | | authority | 2953889 | Acinetobacter sp. S4400-12 | | scientific name | 2953890 | Chromobacterium sp. IIBBL 290-4 | | scientific name | 2953896 | Ralstonia soli | | scientific name | 2953896 | Ralstonia soli Lu et al. 2023 | | authority | 2953896 | Ralstonia sp. 21MJYT02-11 | | includes | 2954143 | "Candidatus Tharpellota" Speth et al. 2022 | | authority | 2954143 | Candidatus Tharpellota | | scientific name | 2954144 | "Candidatus Tharpellia" Speth et al. 2022 | | authority | 2954144 | Candidatus Tharpellia | | scientific name | 2954145 | "Candidatus Tharpellales" Speth et al. 2022 | | authority | 2954145 | Candidatus Tharpellales | | scientific name | 2954146 | "Candidatus Tharpellaceae" Speth et al. 2022 | | authority | 2954146 | Candidatus Tharpellaceae | | scientific name | 2954147 | "Candidatus Tharpella" Speth et al. 2022 | | authority | 2954147 | Candidatus Tharpella | | scientific name | 2954147 | Tharpella | | equivalent name | 2954148 | "Candidatus Tharpella aukensis" Speth et al. 2022 | | authority | 2954148 | Candidatus Tharpella aukensis | | scientific name | 2954159 | unclassified Candidatus Tharpella | | scientific name | 2954159 | unclassified Tharpella | | equivalent name | 2954160 | Candidatus Tharpella sp. | | scientific name | 2954160 | Tharpella sp. | | equivalent name | 295418 | Rubellimicrobium | | scientific name | 295418 | Rubellimicrobium Denner et al. 2006 | | authority | 2954237 | Streptomyces sp. ATE26 | | scientific name | 29544 | Azoarcus sp. | | scientific name | 2954503 | Tenacibaculum sp. XPcli2-G | | scientific name | 29547 | "Campylobacterota" Waite et al. 2018 | | authority | 29547 | "Epsilonbacteraeota" Waite et al. 2017 | | authority | 29547 | Campylobacterota | | scientific name | 29547 | Campylobacterota Waite et al. 2021 | | authority | 29547 | Epsilonbacteraeota | | synonym | 29547 | Proteobacteria epsilon subdivision | | synonym | 29547 | Purple bacteria, epsilon subdivision | | synonym | 29547 | e-proteobacteria | e-proteobacteria | blast name | 29547 | e-proteobacteria | e-proteobacteria | genbank common name | 29547 | epsilon proteobacteria | | synonym | 29547 | epsilon subdivision | | synonym | 29547 | epsilon subgroup | | synonym | 2954806 | Oscillatoria sp. HE19RPO | | scientific name | 2955291 | Alphainfluenzavirus influenzae | | scientific name | 2955347 | Anayavirus niklas | | scientific name | 2955539 | Bromdenvirus dyoedafos | | scientific name | 2956032 | Jujuvirus walrus | | scientific name | 2956182 | Maltschvirus maltsch | | scientific name | 2956727 | Pseudomonas sp. S 311-6 | | scientific name | 2956786 | Citrobacter sp. Marseille-Q6884 | | scientific name | 2957802 | Bacillus sp. S0628 | | scientific name | 2957809 | Sebaldella sp. S0638 | | scientific name | 29580 | Janthinobacterium | | scientific name | 29580 | Janthinobacterium De Ley et al. 1978 (Approved List 1980) emend. Lincoln et al. 1999 | | authority | 29580 | Janthinobacterium De Ley et al. 1978 (Approved Lists 1980) | | authority | 29581 | "Bacillus berolinensis" Chester 1901 | | authority | 29581 | "Bacillus violaceus berolinensis" Kruse 1896 | | authority | 29581 | "Bacterium lividus" (sic) (Eisenberg 1891) Chester 1897 | | authority | 29581 | "Chromobacterium amethystinum" Breed et al. 1957 | | authority | 29581 | "Chromobacterium lividum" (Eisenberg 1891) Bergey et al. 1923 | | synonym | 29581 | "Chromobacterium violaceum" Ford 1927 | | synonym | 29581 | "Chromobacterium violaceum" Leifson 1956 | | synonym | 29581 | Bacillus berolinensis | | synonym | 29581 | Bacillus violaceus berolinensis | | synonym | 29581 | Bacterium lividus | | synonym | 29581 | Chromobacterium amethystinum | | synonym | 29581 | Janthinobacterium lividum | | scientific name | 29581 | Janthinobacterium lividum (Eisenberg 1891) De Ley et al. 1978 (Approved Lists 1980) | | synonym | 29581 | Janthinobacterium lividum De Ley et al. 1978 (sic) | | authority | 29581 | Janthinobacterium sp. ERGS5:01 | | includes | 29581 | Janthinobacterium sp. HSC-3S05 | | includes | 29581 | Janthinobacterium sp. PLB02 | | includes | 29581 | Janthinobacterium sp. SLB01 | | includes | 29581 | Pseudomonas mephitica | | synonym | 29581 | Pseudomonas mephitica Claydon and Hammer 1939 (Approved Lists 1980) | | authority | 29585 | Marchantiaceae | | scientific name | 29585 | Marchantiaceae Lindl., 1836 | | authority | 295922 | Epuraea | | scientific name | 29595 | Ceratopteris | | scientific name | 29595 | Ceratopteris Brongn., 1821 | | authority | 296 | Pseudomonas fragi | | scientific name | 296 | Pseudomonas fragi (Eichholz 1902) Gruber 1905 (Approved Lists 1980) | | synonym | 296014 | Algicola | | scientific name | 296014 | Algicola Ivanova et al. 2004 | | authority | 2960508 | unclassified Jujuvirus | | scientific name | 2960910 | unclassified Orthopicobirnavirus | | scientific name | 2960910 | unclassified Picobirnavirus | | equivalent name | 296141 | Chitinivibrionia | | scientific name | 296141 | Chitinivibrionia Sorokin et al. 2014 | | authority | 296141 | candidate division TG3 | | synonym | 296141 | candidate division Termite Group 3 | | synonym | 2961630 | "Candidatus Tanganyikabacteria" Tran et al. 2021 | | authority | 2961630 | Candidatus Tanganyikabacteria | | scientific name | 2961651 | Candidatus Tanganyikabacteria bacterium | | scientific name | 2961670 | Neodiprion virginiana | | synonym | 2961670 | Neodiprion virginianus | | scientific name | 2961670 | Neodiprion virginianus Rohwer, 1918 | | authority | 2961925 | unclassified Stenotrophomonas maltophilia group | | scientific name | 2961944 | Alteromonas sp. LMIT007 | | includes | 2961944 | Opacimonas viscosa | | scientific name | 2961944 | Opacimonas viscosa Lin et al. 2023 | | authority | 2961944 | Opacimonas viscosa Lin et al. 2023 emend. Yang et al. 2025 | | authority | 2961951 | "Chitinolyticbacter albus" Zhang et al. 2023 | | authority | 2961951 | Chitinolyticbacter albus | | scientific name | 2961951 | Chitinolyticbacter sp. YIM B06366 | | includes | 296199 | Vibrio gigantis | | scientific name | 296199 | Vibrio gigantis Le Roux et al. 2005 | | authority | 296199 | Vibrio sp. Mel 13 | | includes | 296199 | Vibrio sp. Mel 16 | | includes | 296199 | Vibrio sp. Mel 37 | | includes | 2962034 | Paenibacillus sp. MZ04-78.2 | | scientific name | 29626 | Vittariaceae | | synonym | 29626 | Vittariaceae Ching, 1940 | | authority | 29626 | Vittarioideae | | scientific name | 29626 | Vittarioideae Link, 1841 | | authority | 2962858 | Niallia sp. RD1 | | scientific name | 2962936 | "Alsobacter ponti" Deng et al. 2023 | | authority | 2962936 | Alsobacter ponti | | scientific name | 2962936 | Alsobacter ponti Deng et al. 2024 | | authority | 2962936 | Alsobacter sp. SYSU M60028 | | includes | 2963091 | Mesorhizobium sp. LMG 17147 | | scientific name | 2963284 | "Terrisporobacter muris" Afrizal et al. 2022 | | authority | 2963284 | Terrisporobacter muris | | scientific name | 2963284 | Terrisporobacter muris Afrizal et al. 2025 | | authority | 2963284 | Terrisporobacter sp. CCK3R4-PYG-107 | | includes | 2963284 | Terrisporobacter sp. DSM 29186 | | includes | 2963349 | "Dawidia" Octaviana et al. 2022 | | authority | 2963349 | Dawidia | | scientific name | 2963349 | Dawidia Octaviana et al. 2025 | | authority | 2963429 | Methyloversatilis sp. XJ19-49 | | scientific name | 2963430 | Methyloversatilis sp. XJ19-13 | | scientific name | 2963433 | Halovivax sp. WLHSJ27 | | includes | 2963433 | Natronobeatus ordinarius | | scientific name | 2963433 | Natronobeatus ordinarius Li et al. 2023 | | authority | 2963522 | Bacillus sp. Marseille-Q3570 | | scientific name | 2963703 | Hungatella sp. SL.1.14 | | scientific name | 2963939 | Methylomonas rapida | | scientific name | 2963939 | Methylomonas rapida Tikhonova et al. 20223 | | authority | 2963939 | Methylomonas sp. MP1 | | includes | 2963956 | Kluyvera sp. Awk 3 | | scientific name | 2965064 | "Rhodococcus tibetensis" Huang et al. 2022 | | authority | 2965064 | Rhodococcus sp. FXJ9.536 | | includes | 2965064 | Rhodococcus tibetensis | | scientific name | 2965275 | Anaerotruncus sp. DFI.9.16 | | scientific name | 29655 | Zostera marina | | scientific name | 29655 | Zostera marina L., 1753 | | authority | 2967132 | Aestuariibaculum sp. M13 | | scientific name | 2968608 | Bacteroides phage BU730P1 | | scientific name | 2968711 | Phocaeicola phage BM127P1 | | scientific name | 2968712 | Phocaeicola phage BM127P2 | | scientific name | 2968713 | Phocaeicola phage BM127P3 | | scientific name | 2968714 | Phocaeicola phage BM127P4 | | scientific name | 2968741 | "Chloroherpetonaceae" Bello et al. 2022 | | authority | 2968741 | Chloroherpetonaceae | | scientific name | 2968748 | unclassified Chloroherpetonaceae | | scientific name | 2968969 | Alcanivorax sp. PB | | includes | 2968969 | Pseudomonas sp. R2A2 | | includes | 2968969 | Pseudomonas sp. THAF7b | | includes | 2968969 | Stutzerimonas frequens | | scientific name | 2968969 | Stutzerimonas frequens Gomila et al. 2022 | | authority | 2968985 | Rossellomorea sp. SC111 | | scientific name | 2969303 | Pseudomonas sp. 32.2.56 | | scientific name | 2969304 | Allobosea sp. 47.2.35 | | scientific name | 2969676 | Cardinalidae | | scientific name | 2970464 | Massilia sp. H6 | | scientific name | 29709 | Melinis repens | | scientific name | 29709 | Melinis repens (Willd.) Zizka, 1988 | | authority | 29709 | Rhynchelytrum repens | | synonym | 29709 | Rhynchelytrum repens (Willd.) C.E. Hubbard | | authority | 29709 | Saccharum repens | | synonym | 29709 | Saccharum repens Willd., 1797 | | authority | 29709 | Tricholaena rosea | | synonym | 29709 | Tricholaena rosea Nees | | authority | 2970906 | Azospirillum argentinense | | scientific name | 2970906 | Azospirillum argentinense dos Santos Ferreira et al. 2022 | | authority | 2971619 | Pseudomonas sp. 20P_3.2_Bac5 | | scientific name | 2971620 | Pseudomonas sp. 20P_3.2_Bac4 | | scientific name | 2972387 | Staphylococcus phage vB_SauM-V1SA22 | | scientific name | 29727 | Eruca sativa | | synonym | 29727 | Eruca sativa Mill., 1768 | | authority | 29727 | Eruca vesicaria subsp. sativa | | scientific name | 29727 | Eruca vesicaria subsp. sativa (Mill.) Thell., 1918 | | authority | 29727 | arugula | | genbank common name | 29727 | garden rocket | | common name | 2972785 | Yersinia sp. Marseille-Q5920 | | scientific name | 2972915 | Acinetobacter sp. S4397-1 | | scientific name | 2973072 | Pseudodesulfovibrio nedwellii | | scientific name | 2973072 | Pseudodesulfovibrio nedwellii Kondo 2023 | | authority | 2973072 | Pseudodesulfovibrio sp. SYK | | includes | 297308 | Ixodoidea | | scientific name | 297308 | Ixodoidea Duges, 1834 | | authority | 2973084 | Thermophilibacter sp. ET337 | | scientific name | 297313 | Sebacinales | | scientific name | 297313 | Sebacinales M. Weiss, Selosse, Rexer, A. Urb. & Oberw., 2004 | | authority | 2974022 | Pectobacterium jejuense | | scientific name | 2974022 | Pectobacterium jejuense Hong et al. 2023 | | authority | 2974022 | Pectobacterium sp. 13-115 | | includes | 2974027 | Corynebacterium sp. HS2168-gen11 | | scientific name | 2974251 | "Segatella" Hitch et al. 2022 | | authority | 2974251 | Segatella | | scientific name | 2974251 | Segatella Hitch et al. 2023 | | authority | 2974257 | "Hoylesella" Hitch et al. 2022 | | authority | 2974257 | Hoylesella | | scientific name | 2974257 | Hoylesella Hitch et al. 2023 | | authority | 2974265 | "Leyella" Hitch et al. 2022 | | authority | 2974265 | Leyella | | scientific name | 2974265 | Leyella Hitch et al. 2023 | | authority | 2974597 | Serratia sp. AKBS12 | | scientific name | 2975391 | Pseudomonas sp. GD03862 | | scientific name | 2975407 | Achromobacter sp. GD03932 | | scientific name | 2975441 | "Sphaerotilaceae" Liu et al. 2022 | | authority | 2975441 | Sphaerotilaceae | | scientific name | 2975441 | Sphaerotilaceae Liu et al. 2023 | | authority | 2975652 | Streptomyces sp. NBC_00102 | | scientific name | 2975678 | Streptomyces sp. NBC_00199 | | scientific name | 2975865 | Streptomyces sp. NBC_01142 | | scientific name | 29760 | Vitis vinifera | | scientific name | 29760 | Vitis vinifera L., 1753 | | authority | 29760 | Vitis vinifera subsp. vinifera | | synonym | 29760 | wine grape | | genbank common name | 2976171 | Desulfoferrobacter | | scientific name | 2976171 | Desulfoferrobacter Davidova et al. 2022 | | authority | 2976241 | Tahibacter amnicola | | scientific name | 2976241 | Tahibacter amnicola Baek et al. 2023 | | authority | 2976241 | Tahibacter sp. W38 | | includes | 2976331 | "Stieleria sedimenti" Vitorino et al. 2022 | | authority | 2976331 | Stieleria sedimenti | | scientific name | 2976331 | Stieleria sedimenti Vitorino et al. 2023 | | authority | 2976331 | Stieleria sp. ICT_E10.1 | | includes | 2976350 | Laspinema palackyanum D2b | | scientific name | 2976350 | Laspinema sp. D2b | | equivalent name | 2976354 | "Natronoarchaeaceae" Sorokin et al. 2022 | | authority | 2976354 | Natronoarchaeaceae | | scientific name | 2976354 | Natronoarchaeaceae Sorokin et al. 2023 | | authority | 297637 | Alternaria triticimaculans | | scientific name | 297637 | Alternaria triticimaculans E.G. Simmons & Perello, 1994 | | authority | 2976471 | Polyrhachis sp. | | scientific name | 2976535 | "Sulfurospirillum oryzae" Xie et al. 2023 | | authority | 2976535 | Sulfurospirillum oryzae | | scientific name | 2976535 | Sulfurospirillum oryzae Xie et al. 2024 | | authority | 2976535 | Sulfurospirillum sp. SG202 | | includes | 2976697 | Pelomonas sp. BJYL3 | | scientific name | 2976809 | Aerococcus loyolae | | scientific name | 2976809 | Aerococcus loyolae Choi et al. 2023 | | authority | 2976809 | Aerococcus sp. HMSC075D05 | | includes | 2976809 | Aerococcus sp. JJEM-2022a | | includes | 2976809 | Aerococcus sp. UMB0080 | | includes | 2976893 | Salmonella enterica subsp. enterica serovar 16:l,v:- | | scientific name | 29780 | Mangifera indica | | scientific name | 29780 | Mangifera indica L., 1753 | | authority | 29780 | mango | | genbank common name | 2978049 | "Candidatus Wolframiiraptoraceae" Buessecker et al. 2022 | | authority | 2978049 | Candidatus Wolframiiraptoraceae | | scientific name | 2978050 | "Candidatus Terraquivivens" Buessecker et al. 2022 | | authority | 2978050 | Candidatus Terraquivivens | | scientific name | 2978050 | Terraquivivens | | equivalent name | 2978051 | "Candidatus Geocrenenecus" Buessecker et al. 2022 | | authority | 2978051 | Candidatus Geocrenenecus | | scientific name | 2978051 | Geocrenenecus | | equivalent name | 2978054 | "Candidatus Terraquivivens yellowstonensis" Buessecker et al. 2022 | | authority | 2978054 | Candidatus Terraquivivens yellowstonensis | | scientific name | 2978060 | "Candidatus Geocrenenecus arthurdayi" Buessecker et al. 2022 | | authority | 2978060 | Candidatus Geocrenenecus arthurdayi | | scientific name | 2978344 | Phycobium rhodophyticola | | scientific name | 2978344 | Phycobium rhodophyticola Kim et al. 2025 | | authority | 2978344 | Rhodobacteraceae bacterium D3-12 | | includes | 2978345 | Shewanella phaeophyticola | | scientific name | 2978345 | Shewanella phaeophyticola Butt et al. 2024 | | authority | 2978345 | Shewanella sp. KJ10-1 | | includes | 2978683 | "Burkholderia servocepacia" Wallner et al. 2019 | | authority | 2978683 | Burkholderia orbicola | | scientific name | 2978683 | Burkholderia orbicola Morales-Ruiz et al. 2022 | | authority | 2978683 | Burkholderia servocepacia | | synonym | 2978683 | Burkholderia sp. 500H | | includes | 2979332 | "Prescottella" Jones et al. 2013 | | authority | 2979332 | "Prescottia" Jones et al. 2013 | | authority | 2979332 | Prescottella | | scientific name | 2979332 | Prescottella Sangal et al. 2022 | | authority | 2979332 | Prescottia | Prescottia | synonym | 2979332 | Rhodococcus (subgen. Prescottella) | | synonym | 2979332 | Rhodococcus (subgen. Prescottella) (Sangal et al. 2022) Val-Calvo et al. 2025 | | authority | 2979467 | Sphingobium sp. WTD-1 | | scientific name | 298 | Pseudomonas marginalis | | scientific name | 298 | Pseudomonas marginalis (Brown 1918) Stevens 1925 (Approved Lists 1980) | | synonym | 298 | Pseudomonas panacis | | synonym | 298 | Pseudomonas panacis Park et al. 2005 | | authority | 298 | Pseudomonas sp. CG20106T | | includes | 2980555 | Variovorax sp. N23 | | scientific name | 29808 | Chinese yew | | common name | 29808 | Taxus baccata var. chinensis | | synonym | 29808 | Taxus baccata var. chinensis Pilg., 1903 | | authority | 29808 | Taxus chinensis | | scientific name | 29808 | Taxus chinensis (Pilg.) Rehder, 1919 | | authority | 29808 | Taxus wallichiana var. chinensis | | synonym | 29808 | Taxus wallichiana var. chinensis (Pilg.) Florin, 1948 | | authority | 2981530 | "Prosthecodimorpha" Vasilyeva et al. 2024 | | authority | 2981530 | Prosthecodimorpha | | scientific name | 2981530 | Prosthecodimorpha Vasilyeva et al. 2025 | | authority | 29817 | Iris fulgida | | synonym | 29817 | Iris fulgida Berg, 1835 | | authority | 29817 | Iris pallida | | scientific name | 29817 | Iris pallida Lam., 1789 | | authority | 29817 | sweet iris | | common name | 2982168 | Clitocybaceae | | scientific name | 2982168 | Clitocybaceae Vizzini, Consiglio & M. Marchetti, 2020 | | authority | 2982185 | Paenibacillus baimaensis | | scientific name | 2982185 | Paenibacillus baimaensis Wang et al. 2024 | | authority | 2982185 | Paenibacillus sp. WQ 127069 | | includes | 2982298 | Athaliidae | | scientific name | 2982303 | Tricholomatineae | | scientific name | 2982303 | Tricholomatineae Aime, Dentinger & Gaya, 2015 | | authority | 2982305 | Agaricineae | | scientific name | 2982305 | Agaricineae Fr., emend. Aime, Dentinger & Gaya, 2015 | | authority | 2982316 | Marasmiineae | | scientific name | 2982316 | Marasmiineae Aime, Dentinger & Gaya, 2015 | | authority | 2982496 | Chitinophagaceae bacterium LB-8 | | includes | 2982496 | Paraflavisolibacter caeni | | scientific name | 2982496 | Paraflavisolibacter caeni Yuan et al. 2023 | | authority | 29827 | Lipomycetaceae | | scientific name | 29827 | Lipomycetaceae E.K. Novak & Zsolt, 1961 | | authority | 29828 | Lipomyces | | scientific name | 29828 | Lipomyces Lodder & Kreger-van Rij, 1952 | | authority | 29828 | Smithiozyma | | synonym | 29828 | Smithiozyma Van der Walt, Kock & Y. Yamada, 1995 | | authority | 29828 | Waltomyces | | synonym | 29828 | Waltomyces Y. Yamada & Nakase, 1985 | | authority | 29828 | Zygozyma | | synonym | 29828 | Zygozyma Van der Walt & Arx, 1987 | | authority | 2983250 | "Youxingia" Liu et al. 2021 | | authority | 2983250 | Youxingia | | scientific name | 2983250 | Youxingia Liu et al. 2022 | | authority | 2983338 | Adustoporiaceae | | scientific name | 2983338 | Adustoporiaceae Audet, 2018 | | authority | 2983338 | Lentoporiaceae | | synonym | 2983338 | Lentoporiaceae Audet, 2018 | | authority | 2983527 | Pleurotineae | | scientific name | 2983527 | Pleurotineae Aime, Dentinger & Gaya, 2015 | | authority | 2983765 | Streptomyces sp. ICN988 | | scientific name | 2984028 | Chryseobacterium kimseyorum | | scientific name | 2984028 | Chryseobacterium kimseyorum Shelomi et al. 2023 | | authority | 2984028 | Chryseobacterium sp. 09-1422 | | includes | 2984199 | Vogesella margarita | | scientific name | 2984199 | Vogesella margarita Lu et al. 2023 | | authority | 2984199 | Vogesella sp. LYT5W | | includes | 2984338 | Nocardia sp. IFM 12275 | | includes | 2984338 | Nocardia sp. IFM 12276 | | includes | 2984338 | Nocardia sp. ON39_IFM12276 | | includes | 2984338 | Nocardia sp. Y13_IFM12275 | | includes | 2984338 | Nocardia sputorum | | scientific name | 2984338 | Nocardia sputorum Hamada et al. 2023 | | authority | 2984495 | Streptomyces beihaiensis | | scientific name | 2984495 | Streptomyces beihaiensis Xie et al. 2023 | | authority | 2984495 | Streptomyces sp. GXMU-J5 | | includes | 2985477 | Schizophyllineae | | scientific name | 2985477 | Schizophyllineae Aime, Dentinger & Gaya, 2015 | | authority | 29856 | Bionectria aureofulva | | synonym | 29856 | Bionectria aureofulva (Cooke & Ellis) Schroers & Samuels, 1997 | | synonym | 29856 | Bionectria ochroleuca | | synonym | 29856 | Bionectria ochroleuca (Schwein.) Schroers & Samuels, 1997 | | authority | 29856 | Clonostachys rosea | | scientific name | 29856 | Clonostachys rosea (Link) Schroers, Samuels, Seifert & W. Gams, 1999 | | synonym | 29856 | Gliocladium roseum | | synonym | 29856 | Gliocladium roseum Bainier, 1907 | | synonym | 29856 | Nectria aureofulva | | synonym | 29856 | Nectria aureofulva Cooke & Ellis, 1878 | | authority | 29856 | Nectria congesta | | synonym | 29856 | Nectria congesta Sacc., 1881 | | authority | 29856 | Nectria gliocladioides | | synonym | 29856 | Nectria gliocladioides Smalley & H.N. Hansen, 1957 | | authority | 29856 | Nectria ochroleuca (Schwein.) Berk., 1875 | | synonym | 29856 | Nectria phyllostachydis | | synonym | 29856 | Nectria phyllostachydis Hara, 1913 | | authority | 29856 | Penicillium roseum | | synonym | 29856 | Penicillium roseum Link, 1809 | | authority | 29856 | Sphaeria ochroleuca | | synonym | 29856 | Sphaeria ochroleuca Schwein., 1832 | | authority | 2986344 | Parachryseolinea | | scientific name | 2986344 | Parachryseolinea Wang et al. 2022 | | authority | 298654 | "Pseudofrankia inefficax" (Nouioui et al. 2017) Gtari et al. 2022 | | authority | 298654 | Frankia inefficax | | synonym | 298654 | Frankia inefficax Nouioui et al. 2017 | | authority | 298654 | Frankia sp. EuI1c | | includes | 298654 | Pseudofrankia inefficax | | scientific name | 298654 | Pseudofrankia inefficax (Nouioui et al. 2017) Gtari 2023 | | authority | 2986930 | Paenibacillus sp. BT-177 | | scientific name | 29875 | Gliocladium flavofuscum | | synonym | 29875 | Gliocladium virens | | synonym | 29875 | Gliocladium virens J.H. Mill., Giddens & A.A. Foster, 1958 | | authority | 29875 | Hypocrea virens | | synonym | 29875 | Trichoderma flavofuscum | | synonym | 29875 | Trichoderma virens | | scientific name | 29875 | Trichoderma virens (J.H. Miller, Giddens & A.A. Foster) Arx, 1987 | | authority | 2987526 | Kinneretia koreensis | | synonym | 2987526 | Kinneretia koreensis (Park et al. 2023) Lu and Chen 2024 | | authority | 2987526 | Paucibacter sp. hw8 | | includes | 2987526 | Roseateles koreensis | | scientific name | 2987526 | Roseateles koreensis Park et al. 2023 | | authority | 298831 | Dendroica kirtlandii | | synonym | 298831 | Kirtland's warbler | | genbank common name | 298831 | Setophaga kirtlandii | | scientific name | 298831 | Setophaga kirtlandii (Baird,SF, 1852) | | authority | 298831 | Sylvicola kirtlandii | | synonym | 298831 | Sylvicola kirtlandii Baird, 1852 | | authority | 29888 | Calocera | | scientific name | 29888 | Calocera (Fr.) Fr., 1828 | | authority | 29889 | Calocera cornea | | scientific name | 29889 | Calocera cornea (Batsch) Fr., 1827 | | authority | 29889 | Clavaria cornea | | synonym | 29889 | Clavaria cornea Batsch, 1783 | | authority | 299071 | Ajellomycetaceae | | scientific name | 299071 | Ajellomycetaceae Unter., J.A. Scott & Sigler, 2004 | | authority | 2991433 | Pseudomonas sp. PS01297 | | scientific name | 2991496 | "Streptomyces endophytica" Zhou et al. 2023 | | authority | 2991496 | Streptomyces endophytica | | scientific name | 2991496 | Streptomyces sp. HNM0140 | | includes | 29920 | Peronospora cactorum | | synonym | 29920 | Peronospora cactorum Lebert & Cohn, 1875 | | authority | 29920 | Phytophthora cactorum | | scientific name | 29920 | Phytophthora cactorum (Lebert & Cohn) J. Schrot., 1886 | | authority | 29920 | Phytophthora sp. 748 | | includes | 29920 | Phytophthora sp. 753 | | includes | 29920 | Phytophthora sp. 764A | | includes | 29920 | Phytophthora sp. 798 | | includes | 29920 | Phytophthora sp. 813 | | includes | 29920 | Phytophthora sp. CSL 20316642 | | includes | 2992127 | Dyella sp. RXD159 | | includes | 2992127 | Dyella subtropica | | scientific name | 2992127 | Dyella subtropica Feng et al. 2023 | | authority | 2992719 | Tepidimicrobiaceae | | scientific name | 2992719 | Tepidimicrobiaceae Fan et al. 2023 | | authority | 2993541 | Neolewinella | | scientific name | 2993541 | Neolewinella Huang et al. 2022 | | authority | 2993563 | Hydrogenimonas cancrithermarum | | scientific name | 2993563 | Hydrogenimonas cancrithermarum Mino et al. 2023 | | authority | 2993563 | Hydrogenimonas sp. ISO32 | | includes | 2993898 | Mycobacterium ulcerans complex | | equivalent name | 2993898 | Mycobacterium ulcerans group | | scientific name | 299421 | Streptomyces daliensis | | scientific name | 299421 | Streptomyces daliensis Xu et al. 2012 | | authority | 2994361 | "Protofrankia" Gtari 2022 | | authority | 2994361 | Protofrankia | | scientific name | 2994361 | Protofrankia Gtari 2023 | | authority | 2994362 | "Parafrankia" Gtari 2022 | | authority | 2994362 | Parafrankia | | scientific name | 2994362 | Parafrankia Gtari 2023 | | authority | 2994363 | "Pseudofrankia" Gtari 2022 | | authority | 2994363 | Pseudofrankia | | scientific name | 2994363 | Pseudofrankia Gtari 2023 | | authority | 2994368 | unclassified Parafrankia | | scientific name | 2994560 | "Candidatus Pristimantibacillus" Diaz Rodriguez et al. 2022 | | authority | 2994560 | "Pristimantibacillus" Diaz Rodriguez et al. 2022 | | authority | 2994560 | Candidatus Pristimantibacillus | | synonym | 2994560 | Pristimantibacillus | | synonym | 2994560 | Pristimantibacillus (SeqCode) | | scientific name | 2994561 | "Candidatus Pristimantibacillus lignocellulolyticus" corrig. Diaz Rodriguez et al. 2022 | | authority | 2994561 | "Pristimantibacillus lignocellulolyticus" corrig. Diaz Rodriguez et al. 2022 | | authority | 2994561 | Pristimantibacillus lignocellulolyticus (SeqCode) | | scientific name | 2994648 | Enterobacter nematophilus | | scientific name | 2994648 | Enterobacter nematophilus Machado et al. 2023 | | authority | 2994648 | Enterobacter sp. E-TC7 | | includes | 2994971 | Microcella daejeonensis | | scientific name | 2994971 | Microcella daejeonensis Molina Ayala and Kim 2023 | | authority | 2994971 | Microcella sp. MMS21-STM12 | | includes | 2994971 | Microcella sp. MMS21-STM26 | | includes | 2995234 | Mycoplasmoides | | scientific name | 2995234 | Mycoplasmoides Gupta et al. 2018 | | authority | 2995306 | "Polyangium mundeleinium" Ahearne et al. 2023 | | authority | 2995306 | Polyangium mundeleinium | | scientific name | 2995306 | Polyangium sp. rjm3 | | includes | 2995658 | Pseudomonas lijiangensis | | scientific name | 2995658 | Pseudomonas lijiangensis Lu et al. 2022 | | authority | 2995703 | Mangrovactinospora | | scientific name | 2995703 | Mangrovactinospora Madhaiyan et al. 2022 | | authority | 2996012 | "Candidatus Kuenenia hertensis" Yang et al. 2021 | | authority | 2996012 | Candidatus Kuenenia hertensis | | scientific name | 2996012 | Kuenenia hertensis | | equivalent name | 2996017 | Marinicella gelatinilytica | | scientific name | 2996017 | Marinicella gelatinilytica Zhang et al. 2023 | | authority | 2996017 | Marinicella sp. S6413 | | includes | 2996321 | Niveomyces | | scientific name | 2996321 | Niveomyces J.P.M. Araujo & C. de Bekker, 2022 | | authority | 299642 | Aranea pilipes | | synonym | 299642 | Aranea pilipes Fabricius, 1793 | | authority | 299642 | Nephila maculata | | synonym | 299642 | Nephila pilipes | | scientific name | 299642 | Nephila pilipes (Fabricius, 1793) | | authority | 299642 | giant wood spider | | genbank common name | 2996698 | Streptomyces sp. H27-G5 | | scientific name | 2996790 | Pyxidicoccus sp. MSG2 | | scientific name | 2997407 | unclassified Closterium peracerosum-strigosum-littorale complex | | scientific name | 2997416 | Actinoplanes pyxinae | | synonym | 2997416 | Actinoplanes pyxinae Somphong et al. 2024 | | authority | 2997416 | Actinoplanes sp. Pm04-4 | | includes | 2997416 | Paractinoplanes pyxinae | | scientific name | 2997416 | Paractinoplanes pyxinae (Somphong et al. 2024) Roman et al. 2024 | | authority | 299766 | Enterobacter hormaechei subsp. steigerwaltii | | scientific name | 299766 | Enterobacter hormaechei subsp. steigerwaltii Hoffmann et al. 2016 | | authority | 299766 | Enterobacter sp. CNCI 146 | | includes | 299766 | Enterobacter sp. GN02457 | | includes | 299766 | Enterobacter sp. PEER 101 | | includes | 299766 | Enterobacter sp. PEER 323 | | includes | 299766 | Enterobacter sp. PEER 400_2023 | | includes | 299766 | Enterobacter sp. PEER 402_2023 | | includes | 299766 | Enterobacter sp. PEER 455_2023 | | includes | 299766 | Enterobacter sp. PEER 487 | | includes | 299767 | Enterobacter ludwigii | | scientific name | 299767 | Enterobacter ludwigii Hoffmann et al. 2005 | | synonym | 299767 | Enterobacter sp. GN02226 | | includes | 299767 | Enterobacter sp. GN02730 | | includes | 299767 | Pantoea sp. RCE-5 | | includes | 299767 | bacterium K9 | | includes | 29979 | Isopoda | | scientific name | 29979 | isopods | isopods | blast name | 29979 | isopods | isopods | genbank common name | 29979 | pill bugs, wood lice & sea slaters | | common name | 30001 | Collembola | | scientific name | 30001 | Entognatha | Entognatha | in-part | 30001 | Oligoentomata | | synonym | 30001 | snow fleas | | common name | 30001 | springtails | springtails | blast name | 30001 | springtails | springtails | genbank common name | 300019 | Microbacterium paludicola | | scientific name | 300019 | Microbacterium paludicola Park et al. 2006 | | authority | 300019 | Microbacterium sp. US15 | | includes | 30002 | Hypogastruridae | | scientific name | 30002 | elongate-bodied springtails | | genbank common name | 30005 | Anoplura | | scientific name | 30005 | Anoplura Leach, 1815 | | authority | 30005 | sucking lice | | genbank common name | 30009 | Elateridae | | scientific name | 30009 | click beetles | | genbank common name | 300110 | Chalepoxenus | | synonym | 300110 | Myrmoxenus | | synonym | 300110 | Protomognathus | | synonym | 300110 | Temnothorax | | scientific name | 300111 | Leptothorax curvispinosus | | synonym | 300111 | Temnothorax curvispinosus | | scientific name | 300111 | Temnothorax curvispinosus (Mayr, 1866) | | authority | 300181 | Serratia sp. E8 | | includes | 300181 | Serratia ureilytica | | scientific name | 300181 | Serratia ureilytica Bhadra et al. 2005 | | authority | 300267 | Shigella dysenteriae Sd197 | | scientific name | 300267 | Shigella dysenteriae str. Sd197 | | equivalent name | 300267 | Shigella dysenteriae strain Sd197 | | equivalent name | 300279 | Nodularia spumigena NSOR10 | | scientific name | 30033 | Drosophila kikkawai | | scientific name | 30033 | Drosophila kikkawai Burla, 1954 | | authority | 3003414 | Penicillium sp. IBT 31633x | | scientific name | 3003735 | Aeromonas phage AVP1 | | scientific name | 300413 | Epinephelus moara | | scientific name | 300413 | Epinephelus moara (Temminck & Schlegel, 1842) | | authority | 300413 | Serranus moara | | synonym | 300413 | Serranus moara Temminck & Schlegel, 1842 | | authority | 300413 | Serranus moara Temminck & Schlegel, 1843 | | authority | 300413 | kelp grouper | | genbank common name | 3004354 | Microbacterium sp. H37-C3 | | scientific name | 30073 | Ephemeroptera | | scientific name | 30073 | mayflies | mayflies | blast name | 30073 | mayflies | mayflies | genbank common name | 30078 | Cimicidae | | scientific name | 30078 | bedbugs | | genbank common name | 30079 | Cimex | | scientific name | 30079 | Cimex Linnaeus, 1758 | | authority | 30079 | Oeciacus | | synonym | 30079 | Oeciacus Stal, 1873 | | authority | 3009 | Fucales | | scientific name | 3009078 | Endozoicomonas sp. AP1-3 | | includes | 3009078 | Endozoicomonas sp. GU-1 | | scientific name | 3009078 | Endozoicomonas sp. Tanguisson_1 | | includes | 30092 | Psyllidae | | scientific name | 301 | "Pseudomonas indoloxydans" Manickam et al. 2008 | | authority | 301 | Alcaligenes sp. KF711 | | includes | 301 | Ectopseudomonas oleovorans | | scientific name | 301 | Ectopseudomonas oleovorans (Lee and Chandler 1941) Rudra and Gupta 2024 | | authority | 301 | Ectopseudomonas pseudoalcaligenes | | synonym | 301 | Ectopseudomonas pseudoalcaligenes (Stanier et al. 1966) Rudra and Gupta 2024 | | authority | 301 | Pseudomonas indoloxydans | | synonym | 301 | Pseudomonas oleovorans Lee and Chandler 1941 (Approved Lists 1980) | | synonym | 301 | Pseudomonas pseudoalcaligenes | | synonym | 301 | Pseudomonas pseudoalcaligenes Stanier 1966 (Approved Lists 1980) | | authority | 301 | Pseudomonas pseudoalcaligenes subsp. pseudoalcaligenes | | synonym | 301 | Pseudomonas pseudoalcaligenes subsp. pseudoalcaligenes (Stanier 1966) Schaad et al. 1978 (Approved Lists 1980) | | authority | 301 | Pseudomonas sp. MGY01 | | includes | 3010 | Fucaceae | | scientific name | 30102 | Cicadellidae | | scientific name | 30102 | Jassidae | | synonym | 30102 | leafhoppers | | genbank common name | 301148 | Caldibacillus debilis | | scientific name | 301148 | Caldibacillus debilis (Banat et al. 2004) Coorevits et al. 2012 | | authority | 301148 | Geobacillus debilis | | synonym | 301148 | Geobacillus debilis Banat et al. 2004 | | authority | 301206 | Macroventuria | | scientific name | 301206 | Macroventuria Aa, 1971 | | authority | 301207 | Macroventuria anomochaeta | | scientific name | 301207 | Macroventuria anomochaeta Aa, 1971 | | authority | 301297 | "Dehalococcoidetes" Hugenholtz and Stackebrandt 2004 | | authority | 301297 | Dehalococcoidetes | | synonym | 301297 | Dehalococcoidia | | scientific name | 301297 | Dehalococcoidia Loffler et al. 2013 | | authority | 301301 | Roseburia hominis | | scientific name | 301301 | Roseburia hominis Duncan et al. 2006 | | authority | 301454 | Cleomaceae | | scientific name | 301454 | Cleomaceae Bercht. & J.Presl, 1825 | | authority | 3015149 | Verrucosispora sp. WMMD573 | | scientific name | 3015997 | Brevundimonas sp. NIBR10 | | scientific name | 3016094 | Micromonospora sp. WMMD1155 | | scientific name | 3016107 | Asanoa sp. WMMD1127 | | scientific name | 3016342 | Cutibacterium equinum | | scientific name | 3016342 | Cutibacterium equinum Yun et al. 2023 | | authority | 3016342 | Cutibacterium sp. CBA3108 | | includes | 3016631 | "Silvania" Maddock et al. 2022 | | authority | 3016631 | Silvania | | scientific name | 3016631 | Silvania Maddock et al. 2023 | | authority | 3016637 | Leuconostoc gelidum group | | scientific name | 3017783 | Paracoccus sediminicola | | scientific name | 3017783 | Paracoccus sediminicola Zhang et al. 2023 | | authority | 3017783 | Paracoccus sp. SCSIO 76264 | | includes | 3018035 | Bdellovibrionota | | scientific name | 3018035 | Bdellovibrionota Waite et al. 2021 | | synonym | 3018263 | unclassified Candidatus Iainarchaeum | | scientific name | 3018263 | unclassified Iainarchaeum | | equivalent name | 3018276 | "Aliamphritea" Yamano et al. 2022 | | authority | 3018276 | Aliamphritea | | scientific name | 3018276 | Aliamphritea Yamano et al. 2023 | | authority | 3018444 | Nocardiopsis sp. LSu2-4 | | includes | 3018444 | Nocardiopsis suaedae | | scientific name | 3018444 | Nocardiopsis suaedae Chantavorakit et al. 2023 | | authority | 3018538 | Boulenophrys jinggangensis | | scientific name | 3018538 | Boulenophrys jinggangensis (Wang, 2012) | | authority | 3018538 | Megophrys jinggangensis | | synonym | 3018538 | Megophrys jinggangensis (Wang, 2012) | | authority | 3018538 | Xenophrys jinggangensis | | synonym | 3018538 | Xenophrys jinggangensis Wang, 2012 | | authority | 3018538 | Xenophrys jinggangensis Wang, Zhang, Zhao, Sung, Yang, Pang & Zhang, 2012 | | authority | 3018538 | Xenophrys sp. TDZ-2012 | | includes | 3018589 | Ignatzschineriaceae | | scientific name | 3018589 | Ignatzschineriaceae Montecillo 2023 | | authority | 3018589 | Wohlfahrtiimonadaceae | | synonym | 3018589 | Wohlfahrtiimonadaceae Chuvochina et al. 2024 | | synonym | 3018973 | Sphingobium sp. BS19 | | scientific name | 30195 | Apis terrestris | | synonym | 30195 | Bombus terrestris | | scientific name | 30195 | Bombus terrestris (Linnaeus, 1758) | | authority | 30195 | buff-tailed bumblebee | | genbank common name | 30195 | large earth bumblebee | | common name | 301959 | Mytilinae | | scientific name | 3019889 | Caldicellulosiruptor sp. DIB 104C | | scientific name | 3019938 | "Halonatronomonas" Detkova et al. 2022 | | authority | 3019938 | Halonatronomonas | | scientific name | 3019938 | Halonatronomonas Boltyanskaya et al. 2023 | | authority | 30207 | Polistes fuscatus | | scientific name | 30207 | Polistes fuscatus (Fabricius, 1793) | | authority | 30207 | common paper wasp | | genbank common name | 3020825 | Marivivens group | | scientific name | 3020832 | Alloalcanivorax | | scientific name | 3020832 | Alloalcanivorax Rai et al. 2023 | | authority | 3021720 | Oscillatoria sp. CS-180 | | scientific name | 3022791 | Stutzerimonas decontaminans | | scientific name | 3022791 | Stutzerimonas decontaminans Mulet et al. 2023 | | authority | 3022867 | unclassified Candidatus Gastranaerophilales | | scientific name | 3022867 | unclassified Gastranaerophilales | | equivalent name | 3024408 | Syntrophobacteria | | scientific name | 3024408 | Syntrophobacteria Waite et al. 2020 | | authority | 3024411 | Desulfobulbales | | scientific name | 3024411 | Desulfobulbales Waite et al. 2020 | | authority | 3024418 | Desulfobacteria | | scientific name | 3024418 | Desulfobacteria Waite et al. 2020 | | authority | 302485 | Phaeobacter | | scientific name | 302485 | Phaeobacter Martens et al. 2006 | | authority | 302485 | Phaeobacter Martens et al. 2006 emend. Breider et al. 2014 | | authority | 302485 | Phaeobacter Martens et al. 2006 emend. Wirth and Whitman 2018 | | authority | 302485 | Phaeobacter Martens et al. 2006 emend. Yoon et al. 2007 | | authority | 3025312 | "Nocardia anocheti" Somphong et al. 2026 | | authority | 3025312 | Nocardia anocheti | | scientific name | 3025312 | Nocardia sp. AG03 | | includes | 3025664 | Chryseobacterium sp. KACC 21268 | | scientific name | 3025755 | "Erysipelatoclostridium" Yutin and Galperin 2013 | | authority | 3025755 | Erysipelatoclostridium | | synonym | 3025755 | Thomasclavelia | | scientific name | 3025755 | Thomasclavelia Lawson et al. 2023 | | authority | 3025782 | Allorhizobium ampelinum | | synonym | 3025782 | Allorhizobium ampelinum Kuzmanovic et al. 2022 | | authority | 3025782 | Gillisella ampelina | | scientific name | 3025782 | Gillisella ampelina (Kuzmanovic et al. 2022) Naranjo-Robayo et al. 2026 | | authority | 3026162 | Halosimplex aquaticum | | scientific name | 3026162 | Halosimplex aquaticum Hu et al. 2024 | | authority | 3026162 | Halosimplex sp. XZYJT29 | | includes | 30262 | Thysanoptera | | scientific name | 30262 | thrips | thrips | blast name | 30262 | thrips | thrips | genbank common name | 3026967 | "Xenorhabdus bakwenae" Ritter et al. 2023 | | authority | 3026967 | Xenorhabdus bakwenae | | scientific name | 3026967 | Xenorhabdus sp. SF857 | | includes | 3027 | Chromophyta | Chromophyta | in-part | 3027 | Cryptomonadida | | synonym | 3027 | Cryptophyceae | | scientific name | 3027 | Cryptophyceae Pascher 1913 | | authority | 3027 | Cryptophyta | | synonym | 3027 | algae | algae | in-part | 3027 | cryptomonads | cryptomonads | blast name | 3027 | cryptomonads | cryptomonads | genbank common name | 3027 | cryptophytes | | synonym | 3027225 | Stenotrophomonas sp. BIO128-Bstrain | | scientific name | 3027471 | "Cohnella caldifontis" Xiang et al. 2024 | | authority | 3027471 | Cohnella caldifontis | | scientific name | 3027471 | Cohnella caldifontis Xiang et al. 2025 | | authority | 3027471 | Cohnella sp. YIM B05605 | | includes | 302780 | Polymastigidae | | scientific name | 302781 | Monocercomonoides | | scientific name | 3027943 | Pseudomonas sp. CNPSo 3701 | | scientific name | 3028082 | Streptococcus sp. 29896 | | includes | 3028082 | Streptococcus suivaginalis | | scientific name | 3028082 | Streptococcus suivaginalis Nicholson et al. 2025 | | authority | 3028117 | Cyanophyceae | | scientific name | 3028117 | Cyanophyceae Hauck, 1884 | | authority | 3028117 | Cyanophyceae Schaffner, 1909 | | authority | 3028117 | Gloeobacteria | | synonym | 3028117 | Gloeobacteria Cavalier-Smith, 2002 | | authority | 3028117 | c__Cyanobacteriia | | equivalent name | 3028535 | Allorhodopirellula | | scientific name | 3028535 | Allorhodopirellula Sreya et al. 2023 | | authority | 3028709 | Streptomyces sp. AM 2-1-1 | | scientific name | 3028843 | Alcyoniina | | synonym | 3028843 | Holaxonia | | synonym | 3028843 | Malacalcyonacea | | scientific name | 3028843 | Protoalcyonaria | | synonym | 3028843 | Scleraxonia | | synonym | 3028843 | Stolonifera | | synonym | 3029060 | Pseudomonas sp. PSKL.D1 | | scientific name | 3029087 | Aminobacteriaceae | | scientific name | 3029087 | Aminobacteriaceae Pradel et al. 2023 | | authority | 3029090 | Aminiphilaceae | | scientific name | 3029090 | Aminiphilaceae Pradel et al. 2023 | | authority | 302913 | Elsinoe ampelina | | scientific name | 302913 | Elsinoe ampelina Shear, 1929 | | authority | 302913 | Gloeosporium ampelophagum | | synonym | 302913 | Gloeosporium ampelophagum (Pass.) Sacc. 1878 | | authority | 302913 | Manginia ampelina | | synonym | 302913 | Manginia ampelina Viala & Pacottet, 1904 | | authority | 302913 | Ramularia ampelophaga | | synonym | 302913 | Ramularia ampelophaga Pass. 1876 | | authority | 302913 | Sphaceloma ampelinum | | synonym | 302913 | Sphaceloma ampelinum de Bary, 1874 | | authority | 3029169 | Pseudomonas sp. S11P7 | | scientific name | 303 | "Bacillus fluorescens putidus" Flugge 1886 | | authority | 303 | "Bacillus putidus" Trevisan 1889 | | authority | 303 | "Pseudomonas convexa" Chester 1901 | | authority | 303 | "Pseudomonas eisenbergii" Migula 1900 | | authority | 303 | "Pseudomonas incognita" Chester 1901 | | authority | 303 | "Pseudomonas ovalis" Chester 1901 | | authority | 303 | "Pseudomonas rugosa" (Wright 1895) Chester 1901 | | authority | 303 | "Pseudomonas striata" Chester 1901 | | authority | 303 | Arthrobacter siderocapsulatus | | synonym | 303 | Arthrobacter siderocapsulatus Dubinina and Zhdanov 1975 (Approved Lists 1980) | | authority | 303 | Bacillus fluorescens putidus | | synonym | 303 | Bacillus putidus | | synonym | 303 | Pseudomonas arvilla | | synonym | 303 | Pseudomonas arvilla C-1 | | includes | 303 | Pseudomonas convexa | | synonym | 303 | Pseudomonas eisenbergii | | synonym | 303 | Pseudomonas incognita | | synonym | 303 | Pseudomonas ovalis | | synonym | 303 | Pseudomonas putida | | scientific name | 303 | Pseudomonas putida (Trevisan 1889) Migula 1895 (Approved Lists 1980) | | authority | 303 | Pseudomonas putida HK5 | | includes | 303 | Pseudomonas rugosa | | synonym | 303 | Pseudomonas sp. 11CM-F1 | | includes | 303 | Pseudomonas sp. 11CM-S1 | | includes | 303 | Pseudomonas sp. ACP_03 | | includes | 303 | Pseudomonas sp. B21-029 | | includes | 303 | Pseudomonas sp. BW11M1 | | includes | 303 | Pseudomonas sp. CT363 | | includes | 303 | Pseudomonas sp. DRA525 | | includes | 303 | Pseudomonas sp. ECT1/2016 | | includes | 303 | Pseudomonas sp. ECT2/2016 | | includes | 303 | Pseudomonas sp. ETC3/2016 | | includes | 303 | Pseudomonas sp. FAR1/2016 | | includes | 303 | Pseudomonas sp. GM4FR | | includes | 303 | Pseudomonas sp. KDB25 | | includes | 303 | Pseudomonas sp. KDS 6 | | includes | 303 | Pseudomonas sp. PSE3 | | includes | 303 | Pseudomonas sp. PT1/2016 | | includes | 303 | Pseudomonas sp. PX-A-Ps.sp2 | | includes | 303 | Pseudomonas sp. TAU2/2016 | | includes | 303 | Pseudomonas sp. TC29-1 | | includes | 303 | Pseudomonas sp. UF1/2016 | | includes | 303 | Pseudomonas sp. WMQ-7 | | includes | 303 | Pseudomonas striata | | synonym | 303 | bacterium ASFP-1 | | includes | 303 | bacterium MASFP-4 | | includes | 30302 | Appendicularia | Appendicularia | scientific name | 30302 | Larvacea | | synonym | 30302 | appendicularians | | genbank common name | 3030827 | "Paludisphaera mucosa" Ivanova et al. 2023 | | authority | 3030827 | Paludisphaera mucosa | | scientific name | 3030827 | Paludisphaera mucosa Ivanova et al. 2024 | | authority | 3030827 | Paludisphaera sp. Pla2 | | includes | 3031114 | Spongiactinospora sp. TRM90649 | | scientific name | 3031145 | Novispirillaceae | | scientific name | 3031145 | Novispirillaceae Koziaeva et al. 2023 | | authority | 3031147 | Oceanibaculaceae | | scientific name | 3031147 | Oceanibaculaceae Koziaeva et al. 2023 | | authority | 3031148 | Paramagnetospirillum | | scientific name | 3031148 | Paramagnetospirillum Koziaeva et al. 2023 | | authority | 3031239 | Tessaracoccus caeni | | scientific name | 3031239 | Tessaracoccus caeni Wang et al. 2023 | | authority | 3031239 | Tessaracoccus sp. HF-7 | | includes | 3031418 | Bdellovibrionia | | scientific name | 3031418 | Bdellovibrionia Waite et al. 2020 | | authority | 3031419 | Bacteriovoracia | | scientific name | 3031419 | Bacteriovoracia Waite et al. 2020 | | authority | 3031449 | Desulfovibrionia | | scientific name | 3031451 | Desulfobulbia | | scientific name | 3031624 | Desulfosarcinaceae | | scientific name | 3031648 | Syntrophia | | scientific name | 3031649 | Syntrophorhabdia | | scientific name | 3031650 | Desulfomonilia | | scientific name | 3031651 | Desulfuromonadia | | scientific name | 3031657 | Desulfomonilales | | scientific name | 3031658 | Desulfomonilaceae | | scientific name | 3031663 | "Trichloromonadaceae" Waite et al. 2020 | | authority | 3031663 | Trichloromonadaceae | | scientific name | 3031663 | Trichloromonadaceae Waite et al. 2025 | | authority | 3031666 | "Trichloromonas" Waite et al. 2020 | | authority | 3031666 | Trichloromonas | | scientific name | 3031666 | Trichloromonas Waite et al. 2025 | | authority | 3031668 | Geobacterales | | scientific name | 3031711 | Polyangia | | scientific name | 3031711 | Polyangia Waite et al. 2020 | | authority | 3031712 | Polyangiales | | scientific name | 3031713 | Nannocystales | | scientific name | 3031852 | "Campylobacteria" Waite et al. 2017 | | authority | 3031852 | Epsilonproteobacteria | | scientific name | 3031852 | Epsilonproteobacteria Garrity et al. 2006 | | authority | 3031853 | "Desulfurellia" Waite et al. 2017 | | authority | 3031853 | Desulfurellia | | scientific name | 3031853 | Desulfurellia Waite et al. 2020 | | authority | 30319 | Pipoidea | | scientific name | 3031999 | Rhodococcus sp. RCBS9 | | scientific name | 3032195 | Herbidospora sp. NBRC 101105 | | scientific name | 3032198 | Micromonospora sp. NBRC 101691 | | scientific name | 3032205 | Lentzea sp. NBRC 105346 | | scientific name | 3032209 | Micromonospora sp. NBRC 107095 | | scientific name | 3032594 | Vibrio sp. CAU 1672 | | scientific name | 3032809 | "Petralouisia" Afrizal et al. 2022 | | authority | 3032809 | Petralouisia | | scientific name | 3032809 | Petralouisia Afrizal et al. 2025 | | authority | 3032872 | "Petralouisia muris" Afrizal et al. 2022 | | authority | 3032872 | Petralouisia muris | | scientific name | 3032872 | Petralouisia muris Afrizal et al. 2025 | | authority | 303379 | Herminiimonas | | scientific name | 303379 | Herminiimonas Fernandes et al. 2005 | | authority | 3034003 | Perspicuibacillus | | scientific name | 3034003 | Perspicuibacillus Yang et al. 2023 | | authority | 3034020 | Halomontanus rarus | | scientific name | 3034020 | Halomontanus rarus Mao et al. 2024 | | authority | 3034020 | Halovivax sp. KZCA124 | | includes | 3034020 | Halovivax sp. TS33 | | includes | 3034022 | Amycolatopsis sp. QT-25 | | scientific name | 303405 | Nitzschia inconspicua | | scientific name | 303405 | Nitzschia inconspicua Grunow, 1862 | | authority | 303405 | Nitzschia sp. GAI293 | | includes | 303412 | Eucoilidae | | synonym | 303412 | Eucoilinae | | scientific name | 3034131 | Agosia klamathensis | | synonym | 3034131 | Agosia klamathensis Evermann & Meek, 1898 | | authority | 3034131 | Rhinichthys klamathensis | | scientific name | 3034131 | Rhinichthys klamathensis (Evermann & Meek, 1898) | | authority | 3034132 | Rhinichthys klamathensis goyatoka | | scientific name | 3034132 | Rhinichthys klamathensis goyatoka Moyle & Buckmaster & Su, 2023 | | authority | 3034144 | Chryseolinea sp. H1M3-3 | | scientific name | 3034152 | Pseudophaeobacter profundi | | scientific name | 3034152 | Pseudophaeobacter profundi Zhu et al. 2023 | | authority | 3034152 | Pseudophaeobacter sp. ZH257 | | includes | 303518 | Haplochromis nyererei | | synonym | 303518 | Haplochromis nyererei Witte-Maas & Witte, 1985 | | authority | 303518 | Pundamilia nyererei | | scientific name | 303518 | Pundamilia nyererei (Witte-Maas & Witte, 1985) | | authority | 30352 | Ranoidea | Ranoidea | scientific name | 30352 | Ranoidea Rafinesque, 1814 | | synonym | 303541 | Lactobacillus apis | | scientific name | 303541 | Lactobacillus apis Killer et al. 2014 | | authority | 303541 | Lactobacillus sp. ESL0185 | | includes | 303541 | Lactobacillus sp. R4B | | includes | 303541 | Lactobacillus sp. R4C | | includes | 30367 | Ambystomatoidea | | synonym | 30367 | Salamandroidea | | scientific name | 3036766 | Magnetospirillaceae | | scientific name | 3036766 | Magnetospirillaceae Koziaeva et al. 2023 | | authority | 3036944 | Pseudomonas sp. GOM6 | | scientific name | 30380 | Rhinatrematidae | | scientific name | 30380 | neotropical tailed caecilians | | genbank common name | 3038079 | Qipengyuania flavescens | | scientific name | 3038079 | Qipengyuania flavescens Li et al. 2025 | | authority | 3038079 | Qipengyuania sp. XHP0211 | | includes | 3038772 | Tenacibaculum sp. GRR-S3-23 | | includes | 3038772 | Tenacibaculum tangerinum | | scientific name | 3038772 | Tenacibaculum tangerinum Lee et al. 2023 | | authority | 3039116 | Anaerocolumna sp. AGMB13025 | | scientific name | 3039153 | Bradyrhizobium sp. CB1650 | | scientific name | 3039385 | Arthrobacter sp. Y-9 | | scientific name | 304 | Pelomonas saccharophila | | synonym | 304 | Pelomonas saccharophila (Doudoroff 1940) Xie and Yokota 2005 | | authority | 304 | Pseudomonas saccharophila | | synonym | 304 | Pseudomonas saccharophila Doudoroff 1940 (Approved Lists 1980) | | authority | 304 | Roseateles saccharophilus | | scientific name | 304 | Roseateles saccharophilus (Doudoroff 1940) Liu et al. 2023 | | synonym | 3040018 | Cobetia sp. 29-18-1 | | scientific name | 3040602 | Bradyrhizobium nivariense | | scientific name | 3040602 | Bradyrhizobium nivariense Pulido-Suarez et al. 2026 | | authority | 3040602 | Bradyrhizobium sp. SSUT112 | | includes | 3040602 | Bradyrhizobium sp. SSUT18 | | includes | 3040602 | Bradyrhizobium sp. SSUT77 | | includes | 3040672 | Gemmobacter sp. 24YEA27 | | scientific name | 3040680 | Hoyosellaceae | | scientific name | 3040680 | Hoyosellaceae Salam et al. 2020 | | authority | 30409 | Lagopus | | scientific name | 3041 | Chlorophycota | | synonym | 3041 | Chlorophyta | | scientific name | 3041 | Chlorophyta Pascher, 1914 | | authority | 3041 | Chlorophyta sensu Bremer 1985 | | synonym | 3041 | Prasinophyceae | | includes | 3041 | algae | algae | in-part | 3041 | green algae | green algae | blast name | 3041 | green algae | green algae | genbank common name | 3041 | prasinophyte clade VII | | includes | 3041 | prasinophytes | prasinophytes | in-part | 3041089 | Paraflavisolibacter | | scientific name | 3041089 | Paraflavisolibacter Yuan et al. 2023 | | authority | 30413 | Balearica | | scientific name | 3041336 | Stipitochalara | | scientific name | 3041336 | Stipitochalara W.P. Wu & Y.Z. Diao, 2023 | | authority | 30416 | Opisthocomiformes | | scientific name | 30416 | hoatzins | hoatzins | genbank common name | 3041620 | Catellatospora sp. KI3 | | scientific name | 30417 | Opisthocomidae | | scientific name | 30417 | hoatzins | hoatzins | genbank common name | 30418 | Opisthocomus | | scientific name | 30419 | Opisthocomus hoazin | | scientific name | 30419 | Opisthocomus hoazin (Statius Mueller, 1776) | | authority | 30419 | Opisthocomus hoazin hoazin | | synonym | 30419 | Phasianus hoazin | | synonym | 30419 | Phasianus hoazin Statius Muller, 1776 | | authority | 30419 | hoatzin | | common name | 3042 | Chlamydomonadales | | scientific name | 3042 | Chlamydomonadales F.E.Fritsch, 1927 | | authority | 3042 | Chlorococcales | | synonym | 3042 | Protosiphonales | | includes | 3042 | Volvocales | | synonym | 3042 | Volvocida | | synonym | 30420 | Corvus | | scientific name | 30420 | crows | | genbank common name | 3042114 | Anthophila | Anthophila | scientific name | 3042114 | bees | bees | blast name | 3042114 | bees | bees | genbank common name | 3042687 | Polyangium sp. 15x6 | | scientific name | 3043301 | Stenotrophomonas sp. PFBMAA-4 | | scientific name | 3043500 | Podarcis sp. | | scientific name | 3043701 | Uniplacotomia | | scientific name | 3043702 | Trichoplacea | | scientific name | 304378 | Sphingomonas sp. IC081 | | scientific name | 3043872 | Commensalibacter nepenthis | | scientific name | 3043872 | Commensalibacter nepenthis Yukphan et al. 2024 | | authority | 3043872 | Commensalibacter sp. TBRC 10068 | | includes | 3044177 | Streptomyces sp. AN-3 | | scientific name | 3044279 | Massilia hydrophila | | scientific name | 3044279 | Massilia hydrophila De Leon et al. 2024 | | authority | 3044472 | Herpesviridae | | equivalent name | 3044472 | Orthoherpesviridae | | scientific name | 3044571 | Streptomyces sp. CC224B | | scientific name | 3044648 | Megamimivirinae | | scientific name | 3044715 | Ferozepurvirus | | scientific name | 3044761 | Megavirus | | scientific name | 3044782 | Flavivirus | | synonym | 3044782 | Orthoflavivirus | | scientific name | 3044782 | arboviruses group B | | genbank common name | 30449 | Procellariiformes | | scientific name | 30449 | petrels and albatrosses | | genbank common name | 30451 | Pelecanoididae | | synonym | 30451 | Procellariidae | | scientific name | 30451 | shearwaters and petrels | | genbank common name | 3045147 | "Acinetobacter corruptisaponis" Wang et al. 2024 | | authority | 3045147 | Acinetobacter corruptisaponis | | scientific name | 3045147 | Acinetobacter corruptisaponis Wang et al. 2025 | | authority | 3045147 | Acinetobacter sp. KCTC 92772 | | includes | 3045175 | Brucella sp. NM4 | | scientific name | 3045176 | Ochrobactrum sp. SSR | | scientific name | 3045370 | Ferranicluibacter | | scientific name | 3045370 | Ferranicluibacter Roca-Couso et al. 2023 | | authority | 30454 | Fulmarus | | scientific name | 30454 | Fulmarus Stephens, 1826 | | authority | 30455 | Fulmaris glacialis | | synonym | 30455 | Fulmarus glacialis | | scientific name | 30455 | Fulmarus glacialis (Linnaeus, 1761) | | authority | 30455 | Northern fulmar | | genbank common name | 30455 | Procellaria glacialis | | synonym | 30455 | Procellaria glacialis Linnaeus, 1761 | | authority | 30458 | Strigiformes | | scientific name | 30458 | owls | | genbank common name | 30462 | Tytonidae | | scientific name | 30462 | barn owls | | genbank common name | 3046310 | Roseomonas sp. E05 | | scientific name | 3046411 | Halarsenatibacteraceae | | scientific name | 3046411 | Halarsenatibacteraceae Boltyanskaya et al. 2023 | | authority | 30467 | Tinamus | | scientific name | 3047085 | Rhodococcus sp. IEGM 1381 | | scientific name | 30475 | Rajidae | | scientific name | 30475 | hardnose skates | | genbank common name | 3047873 | Neobacillus sp. WH10 | | scientific name | 3047874 | Neobacillus sp. YX16 | | scientific name | 3048035 | "Hippeaceae" Waite et al. 2017 | | authority | 3048035 | Hippeaceae | | scientific name | 3048035 | Hippeaceae Waite et al. 2020 | | authority | 30483 | Carcharhiniformes | | scientific name | 30483 | ground sharks | | genbank common name | 3048448 | Orthoflavivirus nilense | | scientific name | 304895 | Actinomycetales bacterium Neo3 | | includes | 304895 | Catenulispora acidiphila | | scientific name | 304895 | Catenulispora acidiphila Busti et al. 2006 | | authority | 304895 | Catenulispora acidiphila Busti et al. 2006 emend. Nouioui et al. 2018 | | authority | 3049 | Polytomella | | scientific name | 3049 | Polytomella Aragao, 1910 | | authority | 304901 | Actinomycetales bacterium Gamma6 | | includes | 304901 | Actinospica robiniae | | scientific name | 304901 | Actinospica robiniae Cavaletti et al. 2006 | | authority | 30496 | Lamniformes | | scientific name | 3049954 | Orthopneumovirus hominis | | scientific name | 305 | Burkholderia solanacearum (Smith 1896) Yabuuchi et al. 1993 | | synonym | 305 | Pseudomonas solanacearum (Smith 1896) Smith 1914 (Approved Lists 1980) | | synonym | 305 | Ralstonia solanacearum | | scientific name | 305 | Ralstonia solanacearum (Smith 1896) Yabuuchi et al. 1996 | | synonym | 305 | Ralstonia solanacearum (Smith 1896) Yabuuchi et al. 1996 emend. Safni et al. 2014 | | authority | 305 | Ralstonia solanacearum species complex phylotype IIA | | includes | 305 | Ralstonia solanacearum species complex phylotype IIB | | includes | 305 | Ralstonia solanacearum species complex phylotype IIC | | includes | 3050281 | Percavirus equidgamma2 | | scientific name | 3050282 | Percavirus equidgamma5 | | scientific name | 3050295 | Cytomegalovirus humanbeta5 | | scientific name | 30503 | Orectolobiformes | | scientific name | 30503 | carpet sharks | | genbank common name | 305072 | unclassified Acidobacteriota | | scientific name | 3051 | Chlamydomonadaceae | | scientific name | 3051 | Chlamydomonadaceae F.Stein, 1878 | | authority | 3051137 | Paracidovorax | | scientific name | 3051137 | Paracidovorax Du et al. 2023 | | authority | 3051375 | Orthoavulavirus javaense | | scientific name | 3051548 | Opacimonas | | scientific name | 3051548 | Opacimonas Lin et al. 2023 | | authority | 3051548 | Opacimonas Lin et al. 2023 emend. Yang et al. 2025 | | authority | 3051910 | Acropomatiformes | | scientific name | 3052 | Chlamydomonas | | scientific name | 3052 | Chlamydomonas Ehrenberg, 1834 | | authority | 30521 | Bos grunniens | | scientific name | 30521 | Bos grunniens Linnaeus, 1766 | | authority | 30521 | Bos mutus grunniens | | synonym | 30521 | Peophagus grunniens | | synonym | 30521 | domestic yak | | genbank common name | 30521 | yak | | common name | 30522 | Bos indicus x Bos taurus | | scientific name | 30522 | Bos primigenius indicus x Bos primigenius taurus | | synonym | 30522 | Bos taurus indicus x Bos taurus taurus | | synonym | 30522 | Bos taurus x Bos indicus | | equivalent name | 30522 | hybrid cattle | | genbank common name | 30522 | hybrid cow | hybrid cow | common name | 3052230 | HCV | | acronym | 3052230 | Hepacivirus C | | equivalent name | 3052230 | Hepacivirus hominis | | equivalent name | 3052230 | Hepatitis C virus | | equivalent name | 3052230 | Orthohepacivirus hominis | | scientific name | 3052230 | hepatitis C virus HCV | | equivalent name | 3052230 | human hepatitis C virus | | equivalent name | 3052230 | human hepatitis C virus HCV | | equivalent name | 3052230 | human hepatitis virus C HCV | | equivalent name | 3052230 | post-transfusion hepatitis non A non B virus | | equivalent name | 3052464 | Orthoflavivirus denguei | | scientific name | 3052493 | Orthohantavirus puumalaense | | scientific name | 3052493 | Puumala hantavirus | | equivalent name | 3052493 | Puumala orthohantavirus | | equivalent name | 3052493 | Puumala virus | | equivalent name | 3052493 | Puumala virus PV | | equivalent name | 3052493 | Puumalavirus | | equivalent name | 3052493 | nephropathia epidemica virus | | equivalent name | 30527 | Capra ammon | | synonym | 30527 | Capra ammon Linnaeus, 1758 | | authority | 30527 | Ovis ammon | | scientific name | 30527 | Ovis ammon (Linnaeus, 1758) | | authority | 30527 | argali | | genbank common name | 3053191 | Squalus fasciatus | | synonym | 3053191 | Squalus fasciatus Hermann, 1783 | | authority | 3053191 | Squalus tigrinus | | synonym | 3053191 | Squalus tigrinus Forster, 1781 | | authority | 3053191 | Stegostoma fasciatum | | synonym | 3053191 | Stegostoma tigrinum | | scientific name | 3053191 | Stegostoma tigrinum (Forster, 1781) | | authority | 30533 | Moschidae | | scientific name | 30533 | musk deer | | genbank common name | 3053648 | unclassified Candidatus Heimdallarchaeota | | scientific name | 3053648 | unclassified Heimdallarchaeota | | equivalent name | 30538 | Camelus pacos | | synonym | 30538 | Camelus pacos Linnaeus, 1758 | | authority | 30538 | Lama guanicoe pacos | | synonym | 30538 | Lama pacos | | synonym | 30538 | Vicugna pacos | | scientific name | 30538 | alpaca | | genbank common name | 3053821 | unclassified Candidatus Kapaibacterium | | scientific name | 3053821 | unclassified Kapaibacterium | | equivalent name | 30539 | Vicugna | | scientific name | 3054905 | Moreae | | scientific name | 3054905 | Moreae Dumort., 1829 | | authority | 30559 | Pteropodiformes | | synonym | 30559 | Yinpterochiroptera | | scientific name | 30560 | Microchiroptera | | synonym | 30560 | Vespertilioniformes | | synonym | 30560 | Yangochiroptera | | scientific name | 305899 | Endozoicomonas | | scientific name | 305899 | Endozoicomonas Kurahashi and Yokota 2007 emend. Bartz et al. 2018 | | authority | 305899 | Endozoicomonas Kurahashi and Yokota 2007 emend. Nishijima et al. 2013 | | authority | 305899 | Endozoicomonas Kurahashi and Yokota 2007 emend. Pike et al. 2013 | | authority | 30595 | Cacajao | | scientific name | 30596 | Cacajao calvus | | scientific name | 30596 | Cacajao calvus (Geoffroy, 1847) | | authority | 30596 | Simia calva | | synonym | 30596 | Simia calva Geoffroy, 1847 | | authority | 30596 | bald uakari | | genbank common name | 30596 | red uakari | | common name | 305976 | Pusillimonas | | scientific name | 305976 | Pusillimonas Stolz et al. 2005 emend. Park et al. 2011 | | authority | 30599 | Indridae | | synonym | 30599 | Indriidae | | scientific name | 306 | Achromobacter georgiopolitanum | | includes | 306 | Pseudomonas sp. | | scientific name | 30600 | Propithecus | | scientific name | 30600 | sifakas | | genbank common name | 3060226 | Steroidobacterales | | scientific name | 3060226 | Steroidobacterales Chuvochina et al. 2024 | | synonym | 3060226 | Steroidobacterales Montecillo 2023 | | authority | 3060301 | Megavirus chilense | | scientific name | 306088 | Aspergillus steynii | | scientific name | 306088 | Aspergillus steynii Frisvad & Samson, 2004 | | authority | 3061629 | Nocardiopsis sp. HUAS JQ3 | | scientific name | 30640 | Neosciurus carolinensis | | synonym | 30640 | Neosciurus carolinensis (Gmelin, 1788) | | authority | 30640 | Sciurus carolinensi Gmelin, 1788 | | authority | 30640 | Sciurus carolinensis | | scientific name | 30640 | Sciurus carolinensis Gmelin, 1788 | | authority | 30640 | eastern gray squirrel | | common name | 30640 | gray squirrel | | genbank common name | 3064349 | Pseudomonas alabamensis | | scientific name | 3064349 | Pseudomonas alabamensis Fullem et al. 2025 | | authority | 3064349 | Pseudomonas sp. 22-AL-CL-001 | | includes | 3064349 | s__Pseudomonas_E monteilii_A | | equivalent name | 3064797 | Haladaptataceae | | scientific name | 3064797 | Haladaptataceae Chuvochina et al. 2024 | | synonym | 3064797 | Haladaptataceae Cui et al. 2023 | | authority | 30648 | Dipodidae | | scientific name | 30648 | jerboas | | genbank common name | 3065 | Volvocaceae | | scientific name | 3065 | Volvocaceae Ehrenberg, 1834 | | authority | 30656 | Dermoptera | | scientific name | 30656 | flying lemurs | flying lemurs | genbank common name | 3065678 | Natronobeatus | | scientific name | 3065678 | Natronobeatus Li et al. 2023 | | authority | 30657 | Cynocephalidae | | scientific name | 30657 | colugos | | common name | 30657 | flying lemurs | flying lemurs | genbank common name | 3067276 | "Sedimenticolaceae" Slobodkina et al. 2023 | | authority | 3067276 | Sedimenticolaceae | | scientific name | 3067276 | Sedimenticolaceae Slobodkina et al. 2024 | | authority | 30700 | Melanotaeniidae | | scientific name | 30700 | rainbowfishes | | genbank common name | 3071001 | "Caldicellulosiruptorales" Bing et al. 2023 | | authority | 3071001 | Caldicellulosiruptorales | | scientific name | 3071001 | Caldicellulosiruptorales Chuvochina et al. 2024 | | synonym | 3071002 | "Caldicellulosiruptoraceae" Bing et al. 2023 | | authority | 3071002 | Caldicellulosiruptoraceae | | scientific name | 3071002 | Caldicellulosiruptoraceae Chuvochina et al. 2024 | | synonym | 3071909 | "Candidatus Modulibacteria" Sekiguchi et al. 2015 | | synonym | 3071909 | "Candidatus Moduliflexota" corrig. Sekiguchi et al. 2015 | | authority | 3071909 | Candidatus Moduliflexota | | scientific name | 3071909 | Moduliflexota | | equivalent name | 3071910 | "Candidatus Moduliflexia" Sekiguchi et al. 2015 | | authority | 3071910 | Candidatus Moduliflexia | | scientific name | 3071910 | Moduliflexia | | equivalent name | 3071914 | "Candidatus Moduliflexales" Sekiguchi et al. 2015 | | authority | 3071914 | Candidatus Moduliflexales | | scientific name | 3071914 | Moduliflexales | | equivalent name | 3071915 | "Candidatus Moduliflexaceae" Sekiguchi et al. 2015 | | authority | 3071915 | Candidatus Moduliflexaceae | | scientific name | 3071915 | Moduliflexaceae | | equivalent name | 30727 | Cyprinoidea | | synonym | 30727 | Cyprinoidei | | scientific name | 3072905 | Pinnipedia | | scientific name | 3072905 | pinnipeds | | genbank common name | 3072906 | Musteloidea | | scientific name | 3073799 | Columbimorphae | | scientific name | 3073799 | pigeons, sandgrouse & allies | | genbank common name | 3073800 | Pterocliformes | | scientific name | 3073806 | Otidimorphae | | scientific name | 3073806 | bustards, cuckoos & allies | | genbank common name | 3073807 | Otidiformes | | scientific name | 3073808 | Telluraves | | scientific name | 3073808 | core landbirds | | genbank common name | 3073809 | Australaves | | scientific name | 3073809 | Australaves Ericson, 2011 | | authority | 3073810 | Coraciimorphae | | scientific name | 3073811 | Accipitrimorphae | | scientific name | 3073812 | Aequornithes | | scientific name | 3073812 | Aequornithes Mayr, 2011 | | authority | 3073812 | core waterbirds | | genbank common name | 307491 | Aphis (Aphis) glycines | | synonym | 307491 | Aphis glycine | | synonym | 307491 | Aphis glycines | | scientific name | 307491 | Aphis glycines Matsumura, 1917 | | authority | 307491 | soybean aphid | | genbank common name | 3075 | Auxenochlorella protothecoides | | scientific name | 3075 | Auxenochlorella protothecoides (Krueger) Kalina & M.Puncoch. | | authority | 3075 | Chlorella protothecoides | | synonym | 3075 | Chlorella protothecoides Kruger, 1987 | | authority | 3075 | Chlorella protothecoides var. galactophila | | synonym | 3075 | Chlorella protothecoides var. galactophila Shihira & R.W.Krauss | | authority | 307506 | Raphidocelis | | scientific name | 307506 | Raphidocelis Hindak, 1977 | | authority | 307507 | Ankistrodesmus subcapitatus | | synonym | 307507 | Ankistrodesmus subcapitatus Korshikov, 1953 | | authority | 307507 | Kirchneriella subcapitata | | synonym | 307507 | Kirchneriella subcapitata Korshikov, 1953 | | authority | 307507 | Raphidocelis subcapitata | | scientific name | 307507 | Raphidocelis subcapitata (Korshikov) Nygaard, 1987 | | authority | 30761 | Macrouridae | | scientific name | 30761 | grenadiers | | genbank common name | 30761 | rattails | | common name | 3076173 | "Macrococcoides" Bello et al. 2023 | | authority | 3076173 | Macrococcoides | | scientific name | 3076173 | Macrococcoides Bello et al. 2024 | | authority | 30771 | Electrophoridae | | synonym | 30771 | Gymnotidae | | scientific name | 30771 | electric knifefish | electric knifefish | common name | 30771 | naked-back knifefishes | | genbank common name | 3078114 | Neoaves | | scientific name | 3078917 | "Rhodocytophagaceae" Zhang et al. 2023 | | authority | 3078917 | Rhodocytophagaceae | | scientific name | 3078917 | Rhodocytophagaceae Zhang et al. 2024 | | authority | 307937 | Cylindrocarpon macrodidymum | | synonym | 307937 | Dactylonectria macrodidyma | | scientific name | 307937 | Dactylonectria macrodidyma (Halleen, Schroers & Crous) L. Lombard & Crous, 2014 | | authority | 307937 | Ilyonectria macrodidyma | | synonym | 307937 | Ilyonectria macrodidyma (Halleen, Schroers & Crous) P. Chaverri & C. Salgado | | authority | 307937 | Nectria sp. aurim1136 | | includes | 307937 | Neonectria macrodidyma | | synonym | 307937 | Neonectria macrodidyma Halleen, Schroers & Crous, 2004 | | authority | 307959 | Sinocyclocheilus rhinocerous | | scientific name | 307959 | Sinocyclocheilus rhinocerous Li & Tao, 1994 | | authority | 3079744 | Acaryochloridales | | scientific name | 3079744 | Acaryochloridales Strunecky & Mares, 2023 | | authority | 3079748 | Oculatellales | | scientific name | 3079748 | Oculatellales Strunecky & Mares, 2023 | | authority | 3079749 | Leptolyngbyales | | scientific name | 3079749 | Leptolyngbyales Chuvochina et al. 2024 | | synonym | 3079749 | Leptolyngbyales Strunecky & Mares, 2023 | | authority | 3079753 | Coleofasciculales | | scientific name | 3079753 | Coleofasciculales Strunecky & Mares, 2023 | | authority | 3079757 | Gomontiellales | | scientific name | 3079757 | Gomontiellales Strunecky & Mares, 2023 | | authority | 3079761 | Nodulariaceae | | scientific name | 3079761 | Nodulariaceae Elenkin, 1916 | | authority | 3079908 | Picosynechococcus | | scientific name | 3079908 | Picosynechococcus Komarek, Strunecky & Johansen, 2020 | | authority | 3079910 | unclassified Picosynechococcus | | scientific name | 30806 | Channichthyidae | | scientific name | 30806 | crocodile icefishes | | genbank common name | 30806 | white-blooded fish | | common name | 308060 | Apteryx australis rowii | | synonym | 308060 | Apteryx rowi | | scientific name | 308060 | Apteryx rowi Tennyson, Palma, Robertson, Worthy & Gill, 2003 | | authority | 308060 | Apteryx rowii | | synonym | 308060 | Okarito brown kiwi | | genbank common name | 3081713 | Leptolyngbya group | | scientific name | 3082113 | Rangifer tarandus platyrhynchus | | scientific name | 3082113 | Rangifer tarandus platyrhynchus (Vrolik, 1829) | | authority | 3082113 | Svalbard reindeer | | genbank common name | 3082578 | Neltuma | | scientific name | 3082578 | Neltuma Raf., 1838 | | authority | 3082720 | "Peptostreptococcales" Chuvochina et al. 2023 | | authority | 3082720 | Peptostreptococcales | | scientific name | 3082720 | Peptostreptococcales Chuvochina et al. 2024 | | authority | 3082768 | "Christensenellales" Chuvochina et al. 2023 | | authority | 3082768 | (^U)Comantemales | | equivalent name | 3082768 | Borkfalkiales | | equivalent name | 3082768 | Candidatus Borkfalkiales | | synonym | 3082768 | Candidatus Comantemales | | includes | 3082768 | Christensenellales | | scientific name | 3082768 | Christensenellales Chuvochina et al. 2024 | | authority | 3082768 | Comantemales | | equivalent name | 3082771 | "Acutalibacteraceae" Chuvochina et al. 2023 | | authority | 3082771 | Acutalibacteraceae | | scientific name | 3082771 | Acutalibacteraceae Chuvochina et al. 2024 | | authority | 3082809 | "Candidatus Colicola" Gilroy et al. 2022 | | authority | 3082809 | Candidatus Colicola | | scientific name | 3082809 | Colicola | | equivalent name | 3082813 | "Candidatus Physcousia" Gilroy et al. 2022 | | authority | 3082813 | Candidatus Physcousia | | scientific name | 3082813 | Physcousia | | equivalent name | 3082824 | "Candidatus Equadaptatus" Gilroy et al. 2022 | | authority | 3082824 | Candidatus Equadaptatus | | scientific name | 3082824 | Equadaptatus | | equivalent name | 3083061 | "Candidatus Colicola faecequi" Gilroy et al. 2022 | | authority | 3083061 | Candidatus Colicola faecequi | | scientific name | 3083061 | Colicola faecequi | | equivalent name | 3083093 | "Candidatus Equadaptatus faecalis" Gilroy et al. 2022 | | authority | 3083093 | Candidatus Equadaptatus faecalis | | scientific name | 3083093 | Equadaptatus faecalis | | equivalent name | 3083128 | "Candidatus Physcousia" equi Gilroy et al. 2022 | | authority | 3083128 | Candidatus Physcousia equi | | scientific name | 3083128 | Physcousia equi | | equivalent name | 3083136 | "Candidatus Sodaliphilus limicaballi" Gilroy et al. 2022 | | authority | 3083136 | Candidatus Sodaliphilus limicaballi | | scientific name | 3083136 | Sodaliphilus limicaballi | | equivalent name | 308354 | Staphylococcus simiae | | scientific name | 308354 | Staphylococcus simiae Pantucek et al. 2005 | | authority | 3085097 | "Candidatus Promineifilaceae" Chuvochina et al. 2023 | | authority | 3085097 | Candidatus Promineifilaceae | | scientific name | 3085097 | Promineifilaceae | | equivalent name | 3085098 | "Candidatus Promineifilales" Chuvochina et al. 2023 | | authority | 3085098 | Candidatus Promineifilales | | scientific name | 3085098 | Promineifilales | | equivalent name | 3085327 | "Candidatus Fermentithermobacillus" Kadnikov et al. 2023 | | authority | 3085327 | Candidatus Fermentithermobacillus | | scientific name | 3085327 | Fermentithermobacillus | | equivalent name | 3085328 | "Candidatus Fermentithermobacillus carboniphilus" Kadnikov et al. 2023 | | authority | 3085328 | Candidatus Fermentithermobacillus carboniphilus | | scientific name | 3085333 | "Candidatus Fermentithermobacillia" Kadnikov et al. 2023 | | authority | 3085333 | "Candidatus Nupofiia" Pallen et al. 2023 | | authority | 3085333 | Candidatus Fermentithermobacillia | | scientific name | 3085333 | Candidatus Nupofiia | | synonym | 3085333 | Fermentithermobacillia | | equivalent name | 3085333 | Nupofiia | | equivalent name | 3085334 | "Candidatus Fermentithermobacillales'" Kadnikov et al. 2023 | | authority | 3085334 | "Candidatus Nupofiales" Pallen et al. 2022 | | authority | 3085334 | Candidatus Fermentithermobacillales | | scientific name | 3085334 | Candidatus Nupofiales | | synonym | 3085334 | Fermentithermobacillales | | equivalent name | 3085334 | Nupofiales | | equivalent name | 3085335 | "Candidatus Fermentithermobacillaceae" Kadnikov et al. 2023 | | authority | 3085335 | "Candidatus Nupofiaceae" Pallen et al. 2022 | | authority | 3085335 | Candidatus Fermentithermobacillaceae | | scientific name | 3085335 | Candidatus Nupofiaceae | | synonym | 3085335 | Fermentithermobacillaceae | | equivalent name | 3085335 | Nupofiaceae | | equivalent name | 3085338 | unclassified Candidatus Fermentithermobacillaceae | | scientific name | 3085338 | unclassified Fermentithermobacillaceae | | equivalent name | 3085339 | Candidatus Fermentithermobacillaceae bacterium | | scientific name | 3085339 | Fermentithermobacillaceae bacterium | | equivalent name | 308558 | Echinacea angustifolia | | scientific name | 308558 | Echinacea angustifolia DC., 1836 | | authority | 308558 | Echinacea pallida var. angustifolia | | synonym | 308558 | Echinacea pallida var. angustifolia (DC.) Cronquist | | authority | 308558 | Kansas snakeroot | | common name | 308558 | black sampson | | common name | 308558 | blacksamson echinacea | | common name | 308558 | narrow-leaved purple coneflower | | genbank common name | 308558 | narrowleaf purple coneflower | | common name | 3085636 | "Lachnospirales" Chuvochina et al. 2023 | | authority | 3085636 | Lachnospirales | | scientific name | 3085636 | Lachnospirales Chuvochina et al. 2024 | | authority | 3085642 | "Butyricicoccaceae" Chuvochina et al. 2023 | | authority | 3085642 | Butyricicoccaceae | | scientific name | 3085642 | Butyricicoccaceae Chuvochina et al. 2024 | | authority | 3086 | Scenedesmaceae | | scientific name | 3086 | Scenedesmaceae Oltmanns, 1904 | | authority | 30860 | Pentacerotidae | | scientific name | 30860 | armorheads | | genbank common name | 3086086 | "Dethiobacteria" Sorokin and Merkel 2022 | | authority | 3086086 | Dethiobacteria | | scientific name | 3086086 | Dethiobacteria Sorokin and Merkel 2025 | | authority | 3086087 | "Dethiobacterales" Sorokin and Merkel 2022 | | authority | 3086087 | Dethiobacterales | | scientific name | 3086087 | Dethiobacterales Sorokin and Merkel 2025 | | authority | 3086088 | "Dethiobacteraceae" Sorokin and Merkel 2022 | | authority | 3086088 | Dethiobacteraceae | | scientific name | 3086088 | Dethiobacteraceae Sorokin and Merkel 2025 | | authority | 30863 | Pomacentridae | | scientific name | 30863 | damselfishes | | genbank common name | 30869 | Scatophagidae | | scientific name | 30869 | scats | | genbank common name | 3087 | Scenedesmus | | scientific name | 3087 | Scenedesmus Meyen, 1829 | | authority | 3087 | Schroederiella | | synonym | 30870 | Sciaenidae | | scientific name | 30870 | croakers | | common name | 30870 | drums | | genbank common name | 30871 | Serranidae | | scientific name | 30871 | sea basses | | genbank common name | 30874 | Sillaginidae | | scientific name | 30874 | smelt-whitings | | genbank common name | 308865 | Elizabethkingia | | scientific name | 308865 | Elizabethkingia Kim et al. 2005 emend. Nicholson et al. 2018 | | authority | 3090882 | "Candidatus Aminicenantia" Chuvochina et al. 2023 | | authority | 3090882 | Aminicenantia | | equivalent name | 3090882 | Candidatus Aminicenantia | | scientific name | 3090883 | "Candidatus Aminicenantales" Chuvochina et al. 2023 | | authority | 3090883 | Aminicenantales | | equivalent name | 3090883 | Candidatus Aminicenantales | | scientific name | 30910 | Channidae | | scientific name | 30910 | Ophicephalidae | | synonym | 30910 | snakeheads | | genbank common name | 309120 | Dialister micraerophilus | | scientific name | 309120 | Dialister micraerophilus Jumas-Bilak et al. 2005 | | authority | 309120 | Dialister sp. ADV 04.01 | | includes | 309120 | Dialister sp. ADV 1368.02 | | includes | 309120 | Dialister sp. ADV 1413.03 | | includes | 309120 | Dialister sp. ADV 1417.04 | | includes | 309120 | Dialister sp. ADV 2470.02 | | includes | 309120 | Dialister sp. ADV 253.01 | | includes | 309120 | Dialister sp. ADV 3269.02 | | includes | 309120 | Dialister sp. ADV 4163.03 | | includes | 309120 | Dialister sp. ADV 4318.03 | | includes | 309120 | Dialister sp. ADV 5155.03 | | includes | 309120 | Dialister sp. ADV 5290.03 | | includes | 309120 | Dialister sp. ADV 5347.03 | | includes | 309120 | Dialister sp. ADV 7057.03 | | includes | 30942 | Pleuronectoidei | | scientific name | 30942 | Soleoidei | | synonym | 30947 | Cynoglossidae | | scientific name | 30947 | tonguefishes | | genbank common name | 30948 | Soleidae | | scientific name | 30948 | soles | | genbank common name | 3096663 | unclassified Candidatus Dadabacteria | | scientific name | 3096663 | unclassified Dadabacteria | | equivalent name | 309788 | Bacillus sp. Varish-16_16SF | | includes | 309788 | Lysinibacillus boronitolerans | | scientific name | 309788 | Lysinibacillus boronitolerans Ahmed et al. 2007 | | authority | 309803 | Thermotoga neapolitana ATCC 49049 | | synonym | 309803 | Thermotoga neapolitana DSM 4359 | | scientific name | 309803 | Thermotoga neapolitana JCM 10099 | | synonym | 309803 | Thermotoga neapolitana NS-E | | synonym | 30988 | Anoplopomatidae | | scientific name | 30988 | sablefishes | | genbank common name | 309886 | Deinococcus apachensis | | scientific name | 309886 | Deinococcus apachensis Rainey and da Costa 2005 | | authority | 309886 | Deinococcus sp. KR-51 | | includes | 30989 | Siluridae | | scientific name | 30989 | sheatfishes | | genbank common name | 30991 | Amur catfish | | genbank common name | 30991 | Japanese common catfish | | common name | 30991 | Parasilurus asotus | | synonym | 30991 | Parasilurus asotus (Linnaeus, 1758) | | authority | 30991 | Silurus asotus | | scientific name | 30991 | Silurus asotus Linnaeus, 1758 | | authority | 30991 | namazu | | common name | 309941 | Bombus affinis | | scientific name | 3099418 | unclassified Candidatus Methanolliviera | | scientific name | 3099418 | unclassified Methanolliviera | | equivalent name | 3099864 | unclassified Ferozepurvirus | | scientific name | 31 | Myxococcaceae | | scientific name | 31 | Myxococcaceae Jahn et al. 1924 (Approved Lists 1980) emend. Lang et al. 2015 | | authority | 31009 | Clariidae | | scientific name | 31009 | airbreathing catfishes | | genbank common name | 31013 | Bagridae | | scientific name | 31013 | Horabagridae | | includes | 31013 | Olyridae | | synonym | 31013 | bagrid catfishes | | genbank common name | 3101447 | Candidatus Iainarchaeum archaeon | | equivalent name | 3101447 | Candidatus Iainarchaeum sp. | | scientific name | 3101447 | Iainarchaeum sp. | | includes | 3101716 | Diaphorininae | | scientific name | 31022 | Tetraodontiformes | | scientific name | 31022 | pufferfishes and others | | genbank common name | 31028 | Tetraodontoidei | | scientific name | 310297 | Bacteroides plebeius | | synonym | 310297 | Bacteroides plebeius Kitahara et al. 2005 | | authority | 310297 | Phocaeicola plebeius | | scientific name | 310297 | Phocaeicola plebeius (Kitahara et al. 2005) Garcia-Lopez et al. 2020 | | synonym | 310300 | Bacteroides pyogenes | | scientific name | 310300 | Bacteroides pyogenes Benno et al. 1983 emend. Sakamoto et al. 2010 | | authority | 310300 | Bacteroides suis | | synonym | 310300 | Bacteroides suis Benno et al. 1983 | | authority | 310300 | Bacteroides tectum | | synonym | 310300 | Bacteroides tectus | | synonym | 310300 | Bacteroides tectus corrig. Love et al. 1986 | | authority | 31031 | Tetraodontidae | | scientific name | 31031 | puffer fishes | | common name | 31031 | puffers | | genbank common name | 31032 | Fugu | | synonym | 31032 | Takifugu | | scientific name | 31033 | Fugu rubripes | | synonym | 31033 | Sphaeroides rubripes | | synonym | 31033 | Takifugu rubripes | | scientific name | 31033 | Takifugu rubripes (Temminck & Schlegel, 1850) | | authority | 31033 | Tetraodon rubripes | | synonym | 31033 | Tetraodon rubripes Temminck & Schlegel, 1850 | | authority | 31033 | tiger puffer | | common name | 31033 | torafugu | | genbank common name | 3104269 | Woeseiales | | scientific name | 3104269 | Woeseiales Chuvochina et al. 2024 | | synonym | 3104269 | Woeseiales Chuvochina et al. 2024 emend. Lian et al. 2025 | | authority | 3104451 | Selaginelloideae | | scientific name | 3104451 | Selaginelloideae Li Bing Zhang & X.M.Zhou, 2023 | | authority | 310575 | Advenella kashmirensis | | scientific name | 310575 | Advenella kashmirensis (Ghosh et al. 2005) Gibello et al. 2009 emend. Shmareva et al. 2016 | | authority | 310575 | Tetrathiobacter kashmirensis | | synonym | 310575 | Tetrathiobacter kashmirensis Ghosh et al. 2005 | | authority | 3106242 | unclassified Alcanivoracaceae | | scientific name | 3106242 | unclassified Alcanivoraceae | | equivalent name | 3106259 | unclassified Atribacteria | | scientific name | 3106312 | unclassified Anoxychlamydiales | | equivalent name | 3106312 | unclassified Candidatus Anoxychlamydiales | | scientific name | 3106351 | unclassified Candidatus Coatesiibacteriota | | scientific name | 3106351 | unclassified Coatesiibacteriota | | equivalent name | 3106388 | unclassified Candidatus Falkowbacteria | | synonym | 3106388 | unclassified Candidatus Falkowiibacteriota | | scientific name | 3106388 | unclassified Falkowbacteria | | equivalent name | 3106394 | unclassified Candidatus Firestonebacteria | | equivalent name | 3106394 | unclassified Candidatus Firestoneibacteriota | | scientific name | 3106394 | unclassified Firestonebacteria | | equivalent name | 3106426 | unclassified Candidatus Handelsmanbacteria | | synonym | 3106426 | unclassified Candidatus Handelsmaniibacteriota | | scientific name | 3106426 | unclassified Handelsmanbacteria | | equivalent name | 3106433 | unclassified Candidatus Helarchaeota | | scientific name | 3106433 | unclassified Helarchaeota | | equivalent name | 3106453 | unclassified Candidatus Jacksonbacteria | | synonym | 3106453 | unclassified Candidatus Jacksoniibacteriota | | scientific name | 3106453 | unclassified Jacksonbacteria | | equivalent name | 3106459 | unclassified Candidatus Kaiserbacteria | | synonym | 3106459 | unclassified Candidatus Kaiseribacteriota | | scientific name | 3106459 | unclassified Kaiserbacteria | | equivalent name | 3106467 | unclassified Candidatus Lambdaproteobacteria | | scientific name | 3106467 | unclassified Lambdaproteobacteria | | equivalent name | 3106472 | unclassified Candidatus Levyibacteriota | | scientific name | 3106472 | unclassified Levyibacteriota | | equivalent name | 3106474 | unclassified Candidatus Lindowbacteria | | equivalent name | 3106474 | unclassified Candidatus Lindowiibacteriota | | scientific name | 3106474 | unclassified Lindowbacteria | | equivalent name | 3106477 | unclassified Candidatus Lokiarchaeota | | synonym | 3106477 | unclassified Lokiarchaeota | | synonym | 3106477 | unclassified Promethearchaeota | | scientific name | 3106486 | unclassified Candidtus Marinimicrobia | | equivalent name | 3106486 | unclassified Fidelibacterota | | scientific name | 3106501 | unclassified Candidatus Moraniibacteriota | | scientific name | 3106501 | unclassified Moraniibacteriota | | equivalent name | 3106526 | unclassified Candidatus Nomurabacteria | | synonym | 3106526 | unclassified Candidatus Nomuraibacteriota | | scientific name | 3106526 | unclassified Nomurabacteria | | equivalent name | 3106533 | unclassified Minisyncoccota | | scientific name | 3106533 | unclassified Paceibacterota | | synonym | 3106545 | unclassified Candidatus Portnoyibacteriota | | scientific name | 3106545 | unclassified Portnoyibacteriota | | equivalent name | 3106597 | unclassified Candidatus Thorarchaeota | | scientific name | 3106597 | unclassified Thorarchaeota | | equivalent name | 3106607 | unclassified Candidatus Uhrbacteria | | synonym | 3106607 | unclassified Candidatus Uhriibacteriota | | scientific name | 3106607 | unclassified Uhrbacteria | | equivalent name | 3106621 | unclassified Candidatus Woesearchaeota | | scientific name | 3106621 | unclassified Woesearchaeota | | equivalent name | 3106794 | unclassified Candidatus Methanomethylophilaceae | | equivalent name | 3106794 | unclassified Methanomethylophilaceae | | scientific name | 3106814 | unclassified Myxococcia | | scientific name | 3108012 | unclassified Candidatus Pacearchaeota | | scientific name | 3108222 | "Geminicoccales" Chuvochina et al. 2023 | | authority | 3108222 | Geminicoccales | | scientific name | 3108222 | Geminicoccales Chuvochina et al. 2024 | | authority | 31089 | Osteoglossomorpha | | scientific name | 310910 | Linnemannia elongata | | scientific name | 310910 | Linnemannia elongata (Linnem.) Vandepol & Bonito, 2020 | | authority | 310910 | Mortierella elongata | | synonym | 310910 | Mortierella elongata Linnem., 1941 | | authority | 31092 | Mormyridae | | scientific name | 31092 | elephantfishes | elephantfishes | genbank common name | 310966 | Pasteurella aerogenes-Pasteurella mairii-Actinobacillus rossii complex | | synonym | 310966 | Seminis cluster (cluster 14) | | synonym | 310966 | [Pasteurella] aerogenes-[Pasteurella] mairii-[Actinobacillus] rossii complex | | scientific name | 3111648 | "Methylolobus" Rahalkar et al. 2020 | | authority | 3111648 | Methylolobus | | scientific name | 311180 | Alloyangia pacifica | | scientific name | 311180 | Alloyangia pacifica (Dai et al. 2006) Deshmukh and Oren 2023 | | authority | 311180 | Salipiger pacificus | | synonym | 311180 | Salipiger pacificus (Dai et al. 2006) Hordt et al. 2020 | | authority | 311180 | Yangia pacifica Dai et al. 2006 | | synonym | 311180 | alpha proteobacterium DX5-10 | | includes | 311230 | "Paraburkholderia terrae subsp. terrae" (Yang et al. 2006) Madhaiyan et al. 2022 | | authority | 311230 | Burkholderia terrae | | synonym | 311230 | Burkholderia terrae Yang et al. 2006 | | authority | 311230 | Paraburkholderia terrae | | scientific name | 311230 | Paraburkholderia terrae (Yang et al. 2006) Sawana et al. 2015 | | authority | 311230 | Paraburkholderia terrae subsp. terrae | | includes | 31138 | Chrysemys scripta elegans | | synonym | 31138 | Emys elegans | | synonym | 31138 | Emys elegans Wied, 1839 | | authority | 31138 | Pseudemys scripta elegans | | synonym | 31138 | Trachemys scripta elegans | | scientific name | 31138 | Trachemys scripta elegans (Wied 1838) | | authority | 31138 | red-eared slider | | common name | 3113901 | Anaeramoebidae | | scientific name | 3113901 | Anaeramoebidae Taborsky et al., 2017 | | authority | 3115840 | Vacatina | | scientific name | 3116862 | Ralstonia solanacearum species complex | | scientific name | 311702 | Influenza A virus (A/New York/131/2001(H3N2)) | | scientific name | 3117462 | Borrelia hermsii genomic group II | | equivalent name | 3117462 | Borrelia nietonii | | scientific name | 3117462 | Borrelia nietonii Schwan et al. 2024 | | authority | 311790 | Afrotheria | | scientific name | 31184 | Temnopleuroida | | scientific name | 31185 | Toxopneustidae | | scientific name | 3118652 | "Anaerotignaceae" Chuvochina et al. 2023 | | authority | 3118652 | Anaerotignaceae | | scientific name | 3118652 | Anaerotignaceae Chuvochina et al. 2024 | | authority | 3118656 | "Natronincolaceae" Chuvochina et al. 2023 | | authority | 3118656 | Natronincolaceae | | scientific name | 3118656 | Natronincolaceae Chuvochina et al. 2024 | | authority | 3118658 | "Tindalliaceae" Chuvochina et al. 2023 | | authority | 3118658 | Tindalliaceae | | scientific name | 3118658 | Tindalliaceae Chuvochina et al. 2024 | | authority | 3118669 | "Magnetococcia" Chuvochina et al. 2023 | | authority | 3118669 | Magnetococcia | | scientific name | 3118669 | Magnetococcia Chuvochina et al. 2024 | | authority | 3118682 | "Leptospiria" Cavalier-Smith 2020 | | authority | 3118682 | Leptospiria | | scientific name | 3118682 | Leptospiria Chuvochina et al. 2024 | | synonym | 3119832 | "Candidatus Puniceispirillales" Chuvochina et al. 2023 | | authority | 3119832 | Candidatus Puniceispirillales | | scientific name | 3119832 | Puniceispirillales | | equivalent name | 3119832 | SAR116 cluster | | common name | 3119833 | "Candidatus Puniceispirillaceae" Chuvochina et al. 2023 | | authority | 3119833 | Candidatus Puniceispirillaceae | | scientific name | 3119833 | Puniceispirillaceae | | equivalent name | 3119969 | Bubalus arnee carabanensis | | synonym | 3119969 | Bubalus bubalis carabanesis | | synonym | 3119969 | Bubalus bubalis carabanesis Castillo, 1998 | | authority | 3119969 | Bubalus carabanensis | | synonym | 3119969 | Bubalus carabanensis Castillo, 1998 | | authority | 3119969 | Bubalus carabanensis carabanensis | | synonym | 3119969 | Bubalus kerabau | | scientific name | 3119969 | Bubalus kerabau Fitzinger, 1860 | | authority | 3119969 | carabao | | genbank common name | 3119969 | swamp type water buffalo | | common name | 312026 | Burkholderia mimosarum | | synonym | 312026 | Burkholderia mimosarum Chen et al. 2006 | | authority | 312026 | Burkholderia sp. Br3454 | | includes | 312026 | Burkholderia sp. Br3467 | | includes | 312026 | Burkholderia sp. MAP3-5 | | includes | 312026 | Burkholderia sp. PAS44 | | includes | 312026 | Burkholderia sp. PTK1 | | includes | 312026 | Burkholderia sp. PTK31 | | includes | 312026 | Burkholderia sp. PTU10 | | includes | 312026 | Burkholderia sp. PTU17 | | includes | 312026 | Burkholderia sp. PTU38 | | includes | 312026 | Paraburkholderia mimosarum | | scientific name | 312026 | Paraburkholderia mimosarum (Chen et al. 2006) Sawana et al. 2015 | | authority | 3120394 | "Acetivibrionales" Chuvochina et al. 2023 | | authority | 3120394 | Acetivibrionales | | scientific name | 3120394 | Acetivibrionales Chuvochina et al. 2024 | | authority | 3120395 | "Acetobacterales" Chuvochina et al. 2023 | | authority | 3120395 | Acetobacterales | | scientific name | 3120395 | Acetobacterales Chuvochina et al. 2024 | | authority | 3120456 | "Treponematales" Chuvochina et al. 2023 | | authority | 3120456 | Treponematales | | scientific name | 3120456 | Treponematales Chuvochina et al. 2024 | | authority | 3120499 | Neomphalida | | scientific name | 3120654 | "Acetivibrionaceae" Chuvochina et al. 2023 | | authority | 3120654 | Acetivibrionaceae | | scientific name | 3120654 | Acetivibrionaceae Chuvochina et al. 2024 | | authority | 3120669 | Anoxybacillaceae | | scientific name | 3120669 | Anoxybacillaceae Chuvochina et al. 2023 emend. Li et al. 2024 | | authority | 3120669 | Anoxybacillaceae Chuvochina et al. 2023 emend. Patel et al. 2024 | | authority | 3120669 | Anoxybacillaceae Chuvochina et al. 2024 | | synonym | 3120697 | Fictibacillaceae | | scientific name | 3120697 | Fictibacillaceae Chuvochina et al. 2023 emend. Li et al. 2024 | | authority | 3120697 | Fictibacillaceae Chuvochina et al. 2024 | | synonym | 3120698 | "Gallaecimonadaceae" Chuvochina et al. 2023 | | authority | 3120698 | Gallaecimonadaceae | | scientific name | 3120698 | Gallaecimonadaceae Chuvochina et al. 2024 | | authority | 3120710 | "Marinicellaceae" Chuvochina et al. 2023 | | authority | 3120710 | Marinicellaceae | | scientific name | 3120710 | Marinicellaceae Chuvochina et al. 2024 | | authority | 3121367 | "Candidatus Kaistia colombiensis" Diaz-Garcia et al. 2024 | | authority | 3121367 | Candidatus Kaistia colombiensis | | scientific name | 3121367 | Kaistia colombiensis | | equivalent name | 3121605 | "Candidatus Altarchaeia" Rinke et al. 2021 | | authority | 3121605 | "Candidatus Altiarchaeia" Chuvochina et al. 2023 | | synonym | 3121605 | Altarchaeia | | equivalent name | 3121605 | Candidatus Altarchaeia | | scientific name | 3121607 | "Candidatus Bipolaricaulia" Chuvochina et al. 2023 | | authority | 3121607 | Bipolaricaulia | | equivalent name | 3121607 | Candidatus Bipolaricaulia | | scientific name | 3121608 | "Candidatus Bipolaricaulales" Chuvochina et al. 2023 | | authority | 3121608 | Bipolaricaulales | | equivalent name | 3121608 | Candidatus Bipolaricaulales | | scientific name | 3121609 | "Candidatus Bipolaricaulaceae" Chuvochina et al. 2023 | | authority | 3121609 | Bipolaricaulaceae | | equivalent name | 3121609 | Candidatus Bipolaricaulaceae | | scientific name | 3121626 | "Candidatus Obscuribacteraceae" Chuvochina et al. 2023 | | authority | 3121626 | Candidatus Obscuribacteraceae | | scientific name | 3121626 | Obscuribacteraceae | | equivalent name | 3123326 | Nostoc cyanobionts | | scientific name | 31234 | Caenorhabditis remanei | | scientific name | 31234 | Caenorhabditis remanei (Sudhaus, 1974) | | authority | 31234 | Caenorhabditis vulgaris | | synonym | 31234 | Caenorhabditis vulgaris Baird, Fitch & Emmons, 1994 | | authority | 31242 | Globodera | | scientific name | 31244 | Schistosomatoidea | | scientific name | 31245 | Schistosomatidae | | scientific name | 31245 | blood flukes | | genbank common name | 3125902 | Halomontanus | | scientific name | 3125902 | Halomontanus Mao et al. 2024 | | authority | 312687 | Sphaerularioidea | | scientific name | 3126996 | "Candidatus Dormibacteria" Montgomery et al. 2021 | | authority | 3126996 | Candidatus Dormibacteria | | scientific name | 3126996 | Dormibacteria | | equivalent name | 3126997 | "Candidatus Dormibacterales" Montgomery et al. 2021 | | authority | 3126997 | Candidatus Dormibacterales | | scientific name | 3126997 | Dormibacterales | | equivalent name | 3126998 | "Candidatus Dormibacteraceae" Montgomery et al. 2021 | | authority | 3126998 | Candidatus Dormibacteraceae | | scientific name | 3126998 | Dormibacteraceae | | equivalent name | 3127008 | "Candidatus Nephthysia" Montgomery et al. 2021 | | authority | 3127008 | Candidatus Nephthysia | | scientific name | 3127008 | Nephthysia | | equivalent name | 3127016 | "Candidatus Nephthysia bennettiae" Montgomery et al. 2021 | | authority | 3127016 | Candidatus Nephthysia bennettiae | | scientific name | 3127016 | Nephthysia bennettiae | | equivalent name | 31276 | Perkinsus marinus | | scientific name | 31277 | Hymenostomata | | synonym | 31277 | Hymenostomatida | | scientific name | 31277 | Hymenostomes | | synonym | 31285 | Trypanosoma (Trypanozoon) brucei gambiense | | synonym | 31285 | Trypanosoma brucei gambiense | | scientific name | 31285 | Trypanosoma brucei subsp. gambiense | | synonym | 31285 | Trypanosoma gambiense | | synonym | 31299 | Chaetophorales | | scientific name | 31299 | Chaetophorales Wille, 1901 | | authority | 3131914 | Argentina | Argentina | scientific name | 3131914 | Argentina Hill, 1756 | | authority | 3131914 | Piletophyllum | | synonym | 3131914 | Piletophyllum (Sojak) Sojak | | authority | 31345 | Bangiaceae | | scientific name | 3134675 | "Candidatus Thalassarchaeum" Rinke et al. 2019 | | authority | 3134675 | Candidatus Thalassarchaeum | | scientific name | 3134675 | Thalassarchaeum | | equivalent name | 3134678 | unclassified Candidatus Thalassarchaeum | | scientific name | 3134679 | Candidatus Thalassarchaeum sp. | | scientific name | 3135529 | "Candidatus Saccharicenantaceae" Kadnikov et al. 2019 | | authority | 3135529 | Candidatus Saccharicenantaceae | | scientific name | 3135529 | Saccharicenantaceae | | equivalent name | 3136022 | Rhinolophoidea | | scientific name | 3136023 | Megachiroptera | | synonym | 3136023 | Pteropodoidea | | scientific name | 3136023 | megabats | | genbank common name | 313624 | Nodularia spumigena CCY9414 | | scientific name | 3137154 | Ciceribacter sp. T2.26MG-112.2 | | scientific name | 3137695 | "Candidatus Magnetobacteriaceae" Chuvochina et al. 2023 | | authority | 3137695 | Candidatus Magnetobacteriaceae | | scientific name | 3137695 | Magnetobacteriaceae | | equivalent name | 3137761 | "Billgrantia" de la Haba et al. 2023 | | authority | 3137761 | Billgrantia | | scientific name | 3137761 | Billgrantia de la Haba et al. 2024 | | authority | 3137766 | "Vreelandella" de la Haba et al. 2023 | | authority | 3137766 | Vreelandella | | scientific name | 3137766 | Vreelandella de la Haba et al. 2024 | | authority | 3138693 | "Candidatus Synoicihabitans" Murray et al. 2021 | | authority | 3138693 | Actomonas | | scientific name | 3138693 | Actomonas Zhang et al. 2024 | | authority | 3138693 | Candidatus Synoicihabitans | | synonym | 3138693 | Synoicihabitans | | synonym | 3138693 | Synoicihabitans Ahmad et al. 2024 | | authority | 3139175 | "Candidatus Chloroheliales" Tsuji et al. 2024 | | authority | 3139175 | Candidatus Chloroheliales | | scientific name | 3139175 | Chloroheliales | | equivalent name | 3139182 | unclassified Candidatus Chloroheliales | | scientific name | 3140596 | "Candidatus Leptofilum" Petriglieri et al. 2023 | | authority | 3140596 | Candidatus Leptofilum | | scientific name | 3140596 | Leptofilum | | equivalent name | 3140597 | "Candidatus Leptovillus" Petriglieri et al. 2023 | | authority | 3140597 | Candidatus Leptovillus | | scientific name | 3140597 | Leptovillus | | equivalent name | 3140689 | "Candidatus Leptofilum proximum" Petriglieri et al. 2023 | | authority | 3140689 | Candidatus Leptofilum proximum | | scientific name | 3140689 | Leptofilum proximum | | equivalent name | 3140690 | "Candidatus Leptovillus gracilis" Petriglieri et al. 2023 | | authority | 3140690 | Candidatus Leptovillus gracilis | | scientific name | 3140690 | Leptovillus gracilis | | equivalent name | 314122 | Dactylellina | | scientific name | 314122 | Dactylellina M. Morelet, 1968 | | authority | 314145 | Laurasiatheria | | scientific name | 314146 | Euarchontoglires | | scientific name | 314147 | Glires | | scientific name | 314147 | Rodents and rabbits | | genbank common name | 3141700 | Chryseotaleaceae | | scientific name | 3141700 | Chryseotaleaceae Lu et al. 2024 | | authority | 3141702 | Leadbetterellaceae | | scientific name | 3141702 | Leadbetterellaceae Lu et al. 2024 | | authority | 314230 | Blastopirellula marina DSM 3645 | | scientific name | 314230 | Blastopirellula marina str. DSM 3645 | | equivalent name | 314230 | Blastopirellula marina strain DSM 3645 | | equivalent name | 314232 | Loktanella vestfoldensis SKA53 | | synonym | 314232 | Yoonia vestfoldensis SKA53 | | scientific name | 314254 | Oceanicaulis sp. HTCC2633 | | scientific name | 314275 | Alteromonas mediterranea | | scientific name | 314275 | Alteromonas mediterranea Ivanova et al. 2015 | | authority | 314285 | Congregibacter litoralis KT71 | | scientific name | 314285 | gamma proteobacterium KT71 | | equivalent name | 314285 | unknown marine gamma proteobacterium NOR5 | | common name | 314293 | Anthropoidea | | synonym | 314293 | Simiiformes | | scientific name | 314294 | Cercopithecoidea | | scientific name | 314295 | Hominoidea | | scientific name | 314295 | ape | ape | common name | 314295 | apes | | genbank common name | 3143221 | unclassified SAR202 cluster | | scientific name | 314344 | "Mariprofundus ferrooxydans" Emerson et al. 2007 | | authority | 314344 | "Siderooxidans marinum" Emerson 2003 | | authority | 314344 | Mariprofundus ferrooxydans | | scientific name | 314344 | Mariprofundus ferrooxydans Emerson et al. 2010 | | authority | 314344 | Siderooxidans marinum | | synonym | 31453 | Halymeniaceae | | scientific name | 314722 | Pseudoxanthomonas suwonensis | | scientific name | 314722 | Pseudoxanthomonas suwonensis Weon et al. 2006 | | authority | 3149309 | Methylopilaceae | | scientific name | 3149309 | Methylopilaceae diCenzo et al. 2024 | | authority | 3151693 | Bunyaviricetes | | scientific name | 3151693 | Ellioviricetes | | equivalent name | 3151837 | Bunyavirales | | equivalent name | 3151837 | Elliovirales | | scientific name | 315204 | Geoglossum umbratile | | scientific name | 315204 | Geoglossum umbratile Sacc., 1878 | | authority | 3152113 | Chimalliviridae | | scientific name | 315271 | Anabaena flos-aquae CCAP 1403/13B | | synonym | 315271 | Anabaena flos-aquae CCAP 1403/13F | | synonym | 315271 | Anabaena flos-aquae FBA L102 | | synonym | 315271 | Anabaena. sp-2 CCAP 1403/13F | | synonym | 315271 | Dolichospermum flos-aquae CCAP 1403/13F | | scientific name | 315405 | Streptococcus caprinus | | synonym | 315405 | Streptococcus caprinus Brooker et al. 1996 | | authority | 315405 | Streptococcus gallolyticus | | scientific name | 315405 | Streptococcus gallolyticus Osawa et al. 1996 | | synonym | 315405 | Streptococcus gallolyticus Osawa et al. 1996 emend. Chamkha et al. 2002 | | authority | 315405 | Streptococcus gallolyticus Osawa et al. 1996 emend. Schlegel et al. 2003 | | authority | 315556 | Clunio | | scientific name | 3159502 | "Candidatus Methylomirabilia" Chuvochina et al. 2023 | | authority | 3159502 | Candidatus Methylomirabilia | | scientific name | 3159502 | Methylomirabilia | | equivalent name | 3159503 | "Candidatus Methylomirabilales" Chuvochina et al. 2023 | | authority | 3159503 | Candidatus Methylomirabilales | | scientific name | 3159503 | Methylomirabilales | | equivalent name | 3159504 | "Candidatus Methylomirabilaceae" Chuvochina et al. 2023 | | authority | 3159504 | Candidatus Methylomirabilaceae | | scientific name | 3159504 | Methylomirabilaceae | | equivalent name | 316 | "Achromobacter sewerinii" Bergey et al. 1923 | | authority | 316 | "Achromobacter stutzeri" Bergey et al. 1930 | | authority | 316 | "Bacillus denitrificans II" Burri and Stutzer 1895 | | authority | 316 | "Bacillus nitrogenes" Migula 1900 | | authority | 316 | "Bacillus stutzeri" Chester 1901 | | authority | 316 | "Pseudomonas stanieri" Mandel 1966 | | synonym | 316 | Achromobacter sewerinii | | synonym | 316 | Achromobacter stutzeri | | synonym | 316 | Bacillus denitrificans II | | synonym | 316 | Bacillus nitrogenes | | synonym | 316 | Bacillus stutzeri | | synonym | 316 | Pseudomonas perfectomarina | | synonym | 316 | Pseudomonas perfectomarina (ex ZoBell and Upham 1944) Baumann et al. 1983 | | synonym | 316 | Pseudomonas sp. CECRI-25/07 | | includes | 316 | Pseudomonas sp. DSM 24582 | | includes | 316 | Pseudomonas sp. G2C | | includes | 316 | Pseudomonas sp. JKR47 | | includes | 316 | Pseudomonas sp. MN7SW4 | | includes | 316 | Pseudomonas sp. OS38A | | includes | 316 | Pseudomonas sp. PX-A-Ps.sp | | includes | 316 | Pseudomonas sp. PX-L-P.sp1 | | includes | 316 | Pseudomonas stutzeri (Lehmann and Neumann 1896) Sijderius 1946 (Approved Lists 1980) | | synonym | 316 | Stutzerimonas perfectomarina | | synonym | 316 | Stutzerimonas perfectomarina (Baumann et al. 1983) Gomila et al. 2022 | | authority | 316 | Stutzerimonas stutzeri | | scientific name | 316 | Stutzerimonas stutzeri (Lehmann and Neuman 1896) Lalucat et al. 2022 | | authority | 3161138 | Campylobacter devanensis | | scientific name | 3161138 | Campylobacter devanensis Miller et al. 2024 | | authority | 3161138 | Campylobacter sp. CLAX-22107-21 | | includes | 3161138 | Campylobacter sp. CLAX-7218-21 | | includes | 3161138 | Campylobacter sp. P0021 | | includes | 3161138 | Campylobacter sp. P0023 | | includes | 3161138 | Campylobacter sp. P0087 | | includes | 3161138 | Campylobacter sp. P0088 | | includes | 3161138 | Campylobacter sp. P0094 | | includes | 3161138 | Campylobacter sp. P0098 | | includes | 3161138 | Campylobacter sp. P0106 | | includes | 3161138 | Campylobacter sp. P0107 | | includes | 3161138 | Campylobacter sp. P0108 | | includes | 3161138 | Campylobacter sp. P0111 | | includes | 3161138 | Campylobacter sp. P0132 | | includes | 3161138 | Campylobacter sp. P0134 | | includes | 3161138 | Campylobacter sp. P0135 | | includes | 3161138 | Campylobacter sp. P0136 | | includes | 3161138 | Campylobacter sp. P0138 | | includes | 3161138 | Campylobacter sp. P0139 | | includes | 3161138 | Campylobacter sp. P0140 | | includes | 3161138 | Campylobacter sp. P0187 | | includes | 3161138 | Campylobacter sp. P0209 | | includes | 3161138 | Campylobacter sp. P0222 | | includes | 3161138 | Campylobacter sp. P0227 | | includes | 3161138 | Campylobacter sp. P031 | | includes | 3161138 | Campylobacter sp. P090 | | includes | 3161138 | Campylobacter sp. P093 | | includes | 3161138 | Campylobacter sp. P146 | | includes | 3161138 | Campylobacter sp. P148 | | includes | 3161138 | Campylobacter sp. P155 | | includes | 3161138 | Campylobacter sp. P157 | | includes | 3161138 | Campylobacter sp. P159 | | includes | 3161138 | Campylobacter sp. P160 | | includes | 3161138 | Campylobacter sp. P162 | | includes | 3161156 | Roseinatronobacter bogoriensis subsp. bogoriensis | | scientific name | 3161156 | Roseinatronobacter bogoriensis subsp. bogoriensis (Milford et al. 2001) Hu et al. 2024 | | authority | 316340 | unclassified Chaetothyriales | | scientific name | 3166 | Chlorophyceae | | scientific name | 3166 | Chlorophyceae Christensen, 1994 | | authority | 316612 | Methylibium | | scientific name | 316612 | Methylibium Nakatsu et al. 2006 emend. Stackebrandt et al. 2009 | | authority | 316612 | Methylibium Nakatsu et al. 2006 emend. Yoon et al. 2007 | | authority | 316612 | Pseudorivibacter | | synonym | 316612 | Pseudorivibacter Zhou et al. 2020 | | authority | 317 | Pseudomonas sp. GR12-2 | | includes | 317 | Pseudomonas syringae | | scientific name | 317 | Pseudomonas syringae subsp. syringae | | synonym | 317 | Pseudomonas syringae subsp. syringae van Hall 1902 | | authority | 317 | Pseudomonas syringae van Hall 1902 | | authority | 317013 | Xanthomonas axonopodis pv. phaseoli | | synonym | 317013 | Xanthomonas axonopodis pv. phaseoli (Smith 1897) Vauterin et al. 1995 | | authority | 317013 | Xanthomonas campestris (pv. phaseoli) | | synonym | 317013 | Xanthomonas campestris phaseoli | | synonym | 317013 | Xanthomonas campestris pv. phaseoli | | synonym | 317013 | Xanthomonas campestris pv. phaseoli (Smith 1897) Dye 1978 | | authority | 317013 | Xanthomonas phaseoli pv. phaseoli | | scientific name | 317013 | Xanthomonas phaseoli pv. phaseoli (Smith 1897) Constantin et al. 2016 | | authority | 317013 | Xanthomonas sp. NBRC 13553 | | includes | 317013 | Xanthomonas sp. NBRC 13554 | | includes | 317045 | Kuraishia | | scientific name | 317045 | Kuraishia Y. Yamada, K. Maeda & Mikata, 1994 | | authority | 317047 | Hansenula capsulata | | synonym | 317047 | Hansenula capsulata Wickerham, 1951 | | authority | 317047 | Kuraishia capsulata | | scientific name | 317047 | Kuraishia capsulata (Wickerham) Y.Yamada et al. | | authority | 317047 | Pichia capsulata | | synonym | 317047 | Pichia capsulata (Wickerham) Kurtzman | | authority | 317549 | Gorgonia clavata | | synonym | 317549 | Gorgonia clavata Risso, 1827 | | authority | 317549 | Paramuricea clavata | | scientific name | 317661 | Quadrisphaera | | scientific name | 317661 | Quadrisphaera Maszenan et al. 2005 | | authority | 318425 | Mycobacterium aromaticivorans | | synonym | 318425 | Mycobacterium aromaticivorans Hennessee et al. 2009 | | authority | 318425 | Mycobacterium aromaticivorans Hennessee et al. 2009 emend. Nouioui et al. 2018 | | authority | 318425 | Mycobacterium sp. JS19b1 | | includes | 318425 | Mycolicibacterium aromaticivorans | | scientific name | 318425 | Mycolicibacterium aromaticivorans (Hennessee et al. 2009) Gupta et al. 2018 | | authority | 318456 | Photobacterium 'kishitanii clade' | | equivalent name | 318456 | Photobacterium kishitanii | | scientific name | 318456 | Photobacterium kishitanii Ast et al. 2007 | | authority | 318546 | Pseudocrenilabrinae | | scientific name | 318559 | Cichlasomatinae | | scientific name | 318560 | Cichlasomatini | | scientific name | 31872 | Magnetospirillum sp. | | scientific name | 318763 | Lichen flavus | | synonym | 318763 | Lichen flavus Bellardi, 1792 | | authority | 318763 | Pleopsidium flavum | | scientific name | 318763 | Pleopsidium flavum (Bellardi) Korb., 1855 | | authority | 318763 | gold cobblestone lichen | | common name | 318829 | Magnaporthe oryzae | | synonym | 318829 | Magnaporthe oryzae B.C. Couch, 2002 | | synonym | 318829 | Pyricularia oryzae | | scientific name | 318829 | Pyricularia oryzae Cavara | | authority | 318829 | Pyricularia oryzae Cavara, 1892 | | authority | 318829 | rice blast fungus | | common name | 319056 | New World cichlids | | scientific name | 319057 | Tropheini | | scientific name | 319058 | Haplochromini | | scientific name | 319095 | African cichlids | | scientific name | 3193 | Embryophyta | | scientific name | 3193 | higher plants | | common name | 3193 | land plants | land plants | blast name | 3193 | land plants | land plants | genbank common name | 31932 | "Nitrosopumilales" Konneke et al. 2005 | | authority | 31932 | Archaeobacterium group 1 | | synonym | 31932 | Nitrosopumilales | | scientific name | 31932 | Nitrosopumilales Qin et al. 2017 | | authority | 31932 | archaeal group 1 | | synonym | 31932 | marine archaeal group 1 | | synonym | 31932 | marine group1 Crenarchaeota | | synonym | 31932 | marine group1 Thaumarchaeota | | synonym | 3195 | Hepaticae | | synonym | 3195 | Hepaticopsida | | synonym | 3195 | Marchantiophyta | | scientific name | 3195 | Marchantiophyta Stotler & Crand.-Stotl., 2000 | | authority | 3195 | bryophytes | bryophytes | in-part | 3195 | common liverwort | common liverwort | common name | 3195 | hepatics | | common name | 3195 | liverworts | liverworts | blast name | 3195 | liverworts | liverworts | genbank common name | 31953 | Bifidobacteriaceae | | scientific name | 31953 | Bifidobacteriaceae Stackebrandt et al. 1997 | | authority | 31953 | Bifidobacteriaceae Stackebrandt et al. 1997 emend. Silva and Brune 2025 | | authority | 31953 | Bifidobacteriaceae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 31957 | Propionibacteriaceae | | scientific name | 31957 | Propionibacteriaceae Delwiche 1957 (Approved Lists 1980) emend. Rainey et al. 1997 | | authority | 31957 | Propionibacteriaceae Delwiche 1957 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 31957 | Propionibacterium group | | synonym | 31957 | Propionicibacteriaceae | | equivalent name | 3196 | Bucegia | | synonym | 3196 | Bucegia Radian, 1903 | | authority | 3196 | Marchantia | | scientific name | 3196 | Marchantia L., 1753 | | authority | 3196 | Preissia | | synonym | 3196 | Preissia Corda, 1829 | | authority | 319653 | Pediococcus ethanolidurans | | scientific name | 319653 | Pediococcus ethanolidurans Liu et al. 2006 | | authority | 319653 | Pediococcus sp. Z-9 | | includes | 31969 | "Paramycetes" Sabin 1941 | | authority | 31969 | Mollicutes | | scientific name | 31969 | Mollicutes Edward and Freundt 1967 (Approved Lists 1980) | | synonym | 31969 | Mycoplasmas and walled relatives | | synonym | 31969 | Paramycetes | | synonym | 31969 | mycoplasmas | mycoplasmas | blast name | 31969 | mycoplasmas | mycoplasmas | genbank common name | 3197 | Marchantia polymorpha | | scientific name | 3197 | Marchantia polymorpha L., 1753 | | authority | 3197 | common liverwort | common liverwort | genbank common name | 319705 | Mycobacterium abscessus subsp. bolletii | | synonym | 319705 | Mycobacterium abscessus subsp. bolletii (Adekambi et al. 2006) Leao et al. 2011 emend. Nouioui et al. 2018 | | authority | 319705 | Mycobacterium abscessus subsp. bolletii (Adekambi et al. 2006) Leao et al. 2011 emend. Tortoli et al. 2016 | | authority | 319705 | Mycobacterium bolletii | | synonym | 319705 | Mycobacterium bolletii Adekambi et al. 2006 | | authority | 319705 | Mycobacterium togolense | | synonym | 319705 | Mycobacteroides abscessus subsp. bolletii | | scientific name | 319705 | Mycobacteroides abscessus subsp. bolletii (Adekambi et al. 2006) Gupta et al. 2018 | | authority | 31977 | Megasphaera group | | synonym | 31977 | Veillonellaceae | | scientific name | 31977 | Veillonellaceae Rogosa 1971 (Approved Lists 1980) emend. Campbell et al. 2015 | | authority | 31977 | Veillonellaceae Rogosa 1971 (Approved Lists 1980) emend. Marchandin et al. 2010 | | authority | 31977 | cluster IX | | synonym | 31979 | Clostridiaceae | | scientific name | 31979 | Clostridiaceae Pribram 1933 | | authority | 319795 | Deinococcus geothermalis AG-3a | | synonym | 319795 | Deinococcus geothermalis CIP 105573 | | synonym | 319795 | Deinococcus geothermalis DSM 11300 | | scientific name | 319795 | Deinococcus geothermalis str. DSM 11300 | | equivalent name | 319795 | Deinococcus geothermalis strain DSM 11300 | | equivalent name | 31984 | Heliobacteriaceae | | scientific name | 31984 | Heliobacteriaceae Madigan and Asao 2010 | | authority | 31984 | Heliobacterium group | | synonym | 31984 | Photosynthesizing gram-positive bacteria | | synonym | 31984 | photosynthesizing firmicutes | | synonym | 31988 | Aminobacter | | scientific name | 31988 | Aminobacter Urakami et al. 1992 | | authority | 31988 | Aminobacter Urakami et al. 1992 emend. Kampfer et al. 2002 | | authority | 31988 | Aminobacter carboxidus group | | includes | 31988 | Carbophilus | | synonym | 31988 | Carbophilus Meyer et al. 1994 | | authority | 31988 | Chelatobacter | | synonym | 31988 | Chelatobacter Auling et al. 1993 | | authority | 31989 | Paracoccaceae | | scientific name | 31989 | Paracoccaceae Liang et al. 2022 | | authority | 31989 | Rhodobacter clade | | synonym | 31989 | Rhodobacteraceae | | synonym | 31989 | Rhodobacteraceae Garrity et al. 2006 | | synonym | 31989 | Rhodobacteraceae Garrity et al. 2006 emend. Liang et al. 2021 | | authority | 31989 | alpha-3 proteobacteria | | synonym | 31993 | Methylocystaceae | | scientific name | 31993 | Methylocystaceae Bowman 2006 | | authority | 31993 | alpha methylotroph group 1 | | synonym | 31993 | alpha subdivision methylotroph group 1 | | synonym | 31993 | alpha subdivision methylotrophs | | synonym | 31993 | type II methanotrophs | | synonym | 319939 | Metapseudomonas otitidis | | scientific name | 319939 | Metapseudomonas otitidis (Clark et al. 2006) Rudra and Gupta 2024 | | authority | 319939 | Pseudomonas otitidis | | synonym | 319939 | Pseudomonas otitidis Clark et al. 2006 | | authority | 32 | Myxococcus | | scientific name | 32 | Myxococcus Thaxter 1892 emend. Lang and Stackebrandt 2009 | | authority | 32003 | "Gallionellales" Weiss et al. 2007 | | authority | 32003 | "Sulfuricellales" Watanabe et al. 2014 | | authority | 32003 | Ammonia oxidizing bacteria | | synonym | 32003 | Ammonia-oxidizing bacteria | | synonym | 32003 | Gallionellales | | includes | 32003 | Methylophilales | | includes | 32003 | Methylophilales Garrity et al. 2006 | | authority | 32003 | Nitrosomonadales | | scientific name | 32003 | Nitrosomonadales Garrity et al. 2006 emend. Boden et al. 2017 | | authority | 32003 | Sulfuricellales | | includes | 32003 | Sulfuricellales Watanabe et al. 2015 | | authority | 32008 | Burkholderia | | scientific name | 32008 | Burkholderia Yabuuchi et al. 1993 | | authority | 32008 | Burkholderia Yabuuchi et al. 1993 emend. Dobritsa and Samadpour 2019 | | authority | 32008 | Burkholderia Yabuuchi et al. 1993 emend. Gillis et al. 1995 | | authority | 32008 | Burkholderia Yabuuchi et al. 1993 emend. Sawana et al. 2014 | | authority | 32008 | Pseudomonas RNA homology group II | | synonym | 32009 | Burkholderia gladioli gladioli | | synonym | 32009 | Burkholderia gladioli pv. gladioli | | scientific name | 32009 | Burkholderia gladioli pv. gladioli (Severini 1913) Yabuuchi et al. 1993 | | authority | 32009 | Burkholderia gladioli subsp. gladioli | | synonym | 32009 | Phytomonas marginata | | synonym | 32009 | Pseudomonas gladioli gladioli | | synonym | 32011 | Methylophilaceae | | scientific name | 32011 | Methylophilaceae Garrity et al. 2006 | | authority | 32011 | Methylophilus group | | synonym | 32011 | beta subdivision methylotrophs | | synonym | 32011 | beta-subdivision methylotrophs | | synonym | 32012 | Thiomonas | | scientific name | 32012 | Thiomonas Moreira and Amils 1997 | | authority | 32012 | Thiomonas Moreira and Amils 1997 emend. Kelly et al. 2007 | | authority | 32015 | "Myxococcia" Cavalier-Smith 2020 | | synonym | 32015 | "Myxococcia" Oren et al. 2016 | | authority | 32015 | Myxococcia | | scientific name | 32015 | Myxococcia Waite et al. 2020 | | authority | 32016 | Cupidesulfovibrio oxamicus | | synonym | 32016 | Cupidesulfovibrio oxamicus (Postgate and Campbell 1966) Wan et al. 2021 | | authority | 32016 | Desulfovibrio oxamicus | | synonym | 32016 | Desulfovibrio oxamicus (Postgate and Campbell 1966) Lopez-Cortes et al. 2006 | | authority | 32016 | Desulfovibrio vulgaris subsp. oxamicus | | synonym | 32016 | Desulfovibrio vulgaris subsp. oxamicus Postgate and Campbell 1966 (Approved Lists 1980) | | authority | 32016 | Nitratidesulfovibrio oxamicus | | scientific name | 32016 | Nitratidesulfovibrio oxamicus (Postgate and Campbell 1966) Waite et al. 2020 | | authority | 32022 | Campylobacter jejuni jejuni | | equivalent name | 32022 | Campylobacter jejuni subsp. jejuni | | scientific name | 32022 | Campylobacter jejuni subsp. jejuni (Jones et al. 1931) Veron and Chatelain 1973 (Approved Lists 1980) | | authority | 320322 | Musa 'Fehi' | | synonym | 320322 | Musa fehi | | synonym | 320322 | Musa fehi Bert. ex Vieill. | | authority | 320322 | Musa troglodytarum | | scientific name | 320322 | Musa troglodytarum L., 1763 | | authority | 320322 | fe'i banana | | genbank common name | 320322 | fei banana | | common name | 32033 | Lysobacteraceae | | scientific name | 32033 | Lysobacteraceae Christensen and Cook 1978 (Approved Lists 1980) | | authority | 32033 | Lysobacteraceae Christensen and Cook 1978 (Approved Lists 1980) emend. Naushad et al. 2015 | | authority | 32033 | Xanthomonadaceae | | synonym | 32033 | Xanthomonadaceae Saddler and Bradbury 2005 | | synonym | 32033 | Xanthomonas group | | common name | 32036 | sulfur-oxidizing symbionts | | scientific name | 32053 | Synechococcus vulcanus | | synonym | 32053 | Synechococcus vulcanus J.J.Copeland, 1936 | | authority | 32053 | Thermostichus vulcanus | | scientific name | 32053 | Thermostichus vulcanus (J.J.Copeland, 1936) Komarek & Strunecky, 2020 | | authority | 32053 | Thermosynechococcus vulcanus | | synonym | 32053 | Thermosynechococcus vulcanus (J.J.Copeland, 1936) Katoh et al., 2001 | | authority | 320583 | Conexibacteraceae | | scientific name | 320583 | Conexibacteraceae Stackebrandt 2005 emend. Foesel et al. 2016 | | authority | 320583 | Conexibacteraceae Stackebrandt 2005 emend. Zhi et al. 2009 | | authority | 320599 | Solirubrobacteraceae | | scientific name | 320599 | Solirubrobacteraceae Stackebrandt 2005 | | authority | 320599 | Solirubrobacteraceae Stackebrandt 2005 emend. Foesel et al. 2016 | | authority | 320599 | Solirubrobacteraceae Stackebrandt 2005 emend. Zhi et al. 2009 | | authority | 32061 | "Chloroflexi" Castenholz 2001 | | authority | 32061 | Chloroflexaceae/Deinococcaceae group | | in-part | 32061 | Chloroflexi | Chloroflexi | synonym | 32061 | Chloroflexia | | scientific name | 32061 | Chloroflexia corrig. Gupta et al. 2013 | | authority | 32061 | Chloroflexus/Deinococcaceae group | | in-part | 32061 | Chloroflexus/Deinococcus group | | in-part | 32062 | "Micrococcus radiophilus" Lewis 1973 | | authority | 32062 | Deinococcus radiiphilus | | equivalent name | 32062 | Deinococcus radiophilus | | scientific name | 32062 | Deinococcus radiophilus (ex Lewis 1973) Brooks and Murray 1981 | | authority | 32062 | Micrococcus radiophilus | | synonym | 32064 | Chloroflexaceae group | | synonym | 32064 | Chloroflexales | | scientific name | 32064 | Chloroflexales Gupta et al. 2013 | | authority | 32064 | Chloroflexus group | | synonym | 32066 | "Fusobacteraeota" Oren et al. 2015 | | authority | 32066 | "Fusobacteria" Garrity and Holt 2001 | | authority | 32066 | Fusobacteraeota | | synonym | 32066 | Fusobacteria | Fusobacteria | synonym | 32066 | Fusobacteriota | | scientific name | 32066 | Fusobacteriota corrig. Garrity and Holt 2021 | | synonym | 32066 | fusobacteria | | blast name | 32067 | Leptotrichia | | scientific name | 32067 | Leptotrichia Trevisan 1879 | | authority | 32068 | Sebaldella | | scientific name | 32068 | Sebaldella Collins and Shah 1986 | | authority | 32069 | Aquificales | | scientific name | 32069 | Aquificales Reysenbach 2002 emend. Gupta and Lali 2013 | | authority | 32069 | Aquificales Reysenbach 2002 emend. L'Haridon et al. 2006 | | authority | 32069 | Hydrogenic oxygen reducing bacteria | | synonym | 32069 | Obligately chemolithotrophic hydrogen bacteria | | synonym | 32069 | Oxygen reducing bacteria | | synonym | 32069 | Oxygen-reducing bacteria | | synonym | 32069 | aquificales | | blast name | 320756 | unclassified Spartobacteria | | scientific name | 3208 | Bryophyta | | scientific name | 3208 | Musci | | synonym | 3208 | bryophytes | bryophytes | in-part | 3208 | mosses | mosses | blast name | 3208 | mosses | mosses | genbank common name | 321 | Pseudomonas syringae (PV. SYRINGAE) | | synonym | 321 | Pseudomonas syringae pv. syringae | | scientific name | 321 | Pseudomonas syringae pv. syringae VIR1_1 | | includes | 321 | Pseudomonas syringae syringae | | synonym | 321084 | Circaetus gallicus pectoralis | | synonym | 321084 | Circaetus pectoralis | | scientific name | 321084 | Circaetus pectoralis Smith, 1829 | | authority | 321084 | Circaetus pectoralis Smith,A, 1829 | | authority | 321084 | black-chested snake-eagle | | genbank common name | 321325 | Williamsia deligens | | scientific name | 321325 | Williamsia deligens Yassin and Hupfer 2006 | | authority | 321325 | Williamsia deligens Yassin and Hupfer 2006 emend. Nouioui et al. 2018 | | authority | 321397 | Lepidothrix | | scientific name | 321397 | Lepidothrix Bonaparte, 1854 | | authority | 321398 | Lepidothrix coronata | | scientific name | 321398 | Lepidothrix coronata (von Spix, 1825) | | authority | 321398 | Lepidothrix coronata Spix, 1825 | | authority | 321398 | Pipra coronata | | synonym | 321398 | blue-crowned manakin | | genbank common name | 3214 | Bryopsida | | scientific name | 3214 | Bryopsida Pax, 1900 | | authority | 321662 | Pseudomonas moraviensis | | scientific name | 321662 | Pseudomonas moraviensis Tvrzova et al. 2006 | | authority | 321662 | Pseudomonas sp. CX2/2016 | | includes | 321846 | Pseudomonas simiae | | scientific name | 321846 | Pseudomonas simiae Vela et al. 2006 | | authority | 322009 | "Corynebacterium cyclohexanicum" Tokuyama and Kaneda 1973 | | authority | 322009 | "Sinomonas cyclohexanicum" (Tokuyama and Kaneda 1973) Yamamoto et al. 2021 | | authority | 322009 | Corynebacterium cyclohexanicum | | synonym | 322009 | Sinomonas cyclohexanicum | | scientific name | 32201 | Carya illinoensis | | synonym | 32201 | Carya illinoinensis | | scientific name | 32201 | Carya illinoinensis K.Koch, 1869 | | authority | 32201 | pecan | | common name | 32207 | Rothia | Rothia | scientific name | 32207 | Rothia Georg and Brown 1967 (Approved Lists 1980) | | authority | 32207 | Rothia Georg and Brown 1967 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 32207 | Stomatococcus | | synonym | 32207 | Stomatococcus Bergan and Kocur 1982 | | authority | 3223 | Ditrichaceae | | scientific name | 3223 | Ditrichaceae Limpr., 1887 | | authority | 3223 | Rhamphidiaceae | | synonym | 3223 | Rhamphidiaceae Fedosov, Brinda & Jan Kucera, 2025 | | authority | 3224 | Ceratodon | | scientific name | 3224 | Ceratodon Brid., 1826 | | authority | 32244 | Quillaja saponaria | | scientific name | 32244 | Quillaja saponaria Molina, 1782 | | authority | 3225 | Ceratodon purpureus | | scientific name | 3225 | Ceratodon purpureus (Hedw.) Brid. | | authority | 3225 | Dicranum purpureum | | synonym | 3225 | Dicranum purpureum Hedw., 1801 | | authority | 322505 | Lactobacillus sp. DI49 | | includes | 322505 | Lactobacillus sp. HM244 | | includes | 322505 | Lactobacillus sp. HM250 | | includes | 322505 | Lactobacillus sp. ST#18 | | includes | 322505 | Sharpea azabuensis | | scientific name | 322505 | Sharpea azabuensis Morita et al. 2008 | | authority | 32260 | Campoplex canescens | | synonym | 32260 | Campoplex canescens Gravenhorst, 1829 | | authority | 32260 | Venturia canescens | | scientific name | 32260 | Venturia canescens (Gravenhorst, 1829) | | authority | 322601 | Dermacoccus barathri | | scientific name | 322601 | Dermacoccus barathri Pathom-aree et al. 2006 | | authority | 322601 | Dermacoccus sp. MT2.1 | | includes | 322611 | Sphingomonas sp. BHC-A | | scientific name | 32281 | Drosophila | Drosophila | scientific name | 32281 | Drosophila (Drosophila) | | includes | 32281 | Drosophila (Drosophila) Fallen, 1823 | | authority | 32304 | immigrans group | | scientific name | 32307 | nasuta subgroup | | scientific name | 323097 | Nitrobacter hamburgensis X14 | | scientific name | 323097 | Nitrobacter hamburgensis str. X14 | | equivalent name | 323097 | Nitrobacter hamburgensis strain X14 | | equivalent name | 3231601 | Laspinema palackyanum | | scientific name | 3231601 | Laspinema palackyanum Dvorak & Stanojkovic, 2024 | | authority | 32320 | quinaria group | | scientific name | 32321 | repleta group | | scientific name | 32324 | mulleri subgroup | | scientific name | 32335 | virilis group | | scientific name | 32341 | Sophophora | | scientific name | 323413 | Dokdonella | | scientific name | 323413 | Dokdonella Yoon et al. 2006 emend. Hsu et al. 2013 | | authority | 323413 | Dokdonella Yoon et al. 2006 emend. Li et al. 2013 | | authority | 323413 | Dokdonella Yoon et al. 2006 emend. Ten et al. 2009 | | authority | 323449 | Effluviibacter | | synonym | 323449 | Effluviibacter Suresh et al. 2006 | | authority | 323449 | Pontibacter | | scientific name | 323449 | Pontibacter Nedashkovskaya et al. 2005 emend. Subhash et al. 2013 | | authority | 323449 | Pontibacter Nedashkovskaya et al. 2005 emend. Wang et al. 2010 | | authority | 323450 | Pontibacter actiniarum | | scientific name | 323450 | Pontibacter actiniarum Nedashkovskaya et al. 2005 emend. Hahnke et al. 2016 | | authority | 32346 | melanogaster group | | scientific name | 32347 | ananassae subgroup | | scientific name | 32349 | eugracilis subgroup | | scientific name | 3235057 | Pelagomonadaceae | | scientific name | 32352 | montium subgroup | | scientific name | 32355 | obscura group | | scientific name | 32357 | obscura subgroup | | scientific name | 32358 | pseudoobscura subgroup | | scientific name | 323620 | Crabtreella | | synonym | 323620 | Crabtreella Xie and Yokota 2006 | | authority | 323620 | Shinella | | scientific name | 323620 | Shinella An et al. 2006 emend. Matsui et al. 2009 | | authority | 323655 | Neorhizobium galegae biovar orientalis | | equivalent name | 323655 | Neorhizobium galegae bv. orientalis | | scientific name | 323655 | Rhizobium galegae biovar orientalis | | synonym | 323655 | Rhizobium galegae bv. orientalis | | synonym | 323656 | Neorhizobium galegae biovar officinalis | | equivalent name | 323656 | Neorhizobium galegae bv. officinalis | | scientific name | 323656 | Rhizobium galegae biovar officinalis | | synonym | 323656 | Rhizobium galegae bv. officinalis | | synonym | 3236652 | Aquipseudomonas | | scientific name | 3236652 | Aquipseudomonas Rudra and Gupta 2024 | | authority | 3236654 | Ectopseudomonas | | scientific name | 3236654 | Ectopseudomonas Rudra and Gupta 2024 | | authority | 3236656 | Metapseudomonas | | scientific name | 3236656 | Metapseudomonas Rudra and Gupta 2024 | | authority | 3236658 | Zestomonas | | scientific name | 3236658 | Zestomonas Rudra and Gupta 2024 | | authority | 32386 | victoria group | | scientific name | 32390 | Cotesia | | scientific name | 32391 | Apanteles glomeratus | | synonym | 32391 | Cotesia glomerata | | scientific name | 32391 | Cotesia glomerata (Linnaeus, 1758) | | authority | 32391 | Ichneumon glomeratus | | synonym | 32391 | Ichneumon glomeratus Linnaeus, 1758 | | authority | 3239812 | Fibrobacter sp. HC4 | | scientific name | 3239873 | Dipodascomycetes | | scientific name | 3239873 | Dipodascomycetes M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 3239874 | Pichiomycetes | | scientific name | 3239874 | Pichiomycetes M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 324009 | Bruchus maculatopygus var. tigrensis | | synonym | 324009 | Stator tigrensis | | scientific name | 324009 | Stator tigrensis (Pic, 1938) | | authority | 3240234 | Paractinoplanes | | scientific name | 3240234 | Paractinoplanes Roman et al. 2024 | | authority | 3243770 | Lipomycetes | | scientific name | 3243770 | Lipomycetes M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 3243772 | Dipodascales | | scientific name | 3243772 | Dipodascales M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 3243773 | Lipomycetales | | scientific name | 3243773 | Lipomycetales M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 3243775 | Pichiales | | scientific name | 3243775 | Pichiales M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 3243778 | Phaffomycetales | | scientific name | 3243778 | Phaffomycetales M. Groenew., Hittinger, Opulente & A. Rokas, 2023 | | authority | 3244 | Selaginellales | | scientific name | 3244 | Selaginellales Prantl, 1874 | | authority | 3244 | spike mosses | spike mosses | genbank common name | 32440 | Chondrostei | | scientific name | 32443 | Teleostei | | scientific name | 32443 | teleost fishes | | genbank common name | 32446 | Clupeiformes | | scientific name | 32446 | herrings and anchovies | | genbank common name | 3245 | Selaginellaceae | | scientific name | 3245 | Selaginellaceae Willk., 1854 | | authority | 3245 | spike mosses | spike mosses | common name | 32459 | Melanotaenia | | scientific name | 3246 | Kungiselaginella | | synonym | 3246 | Kungiselaginella Li Bing Zhang & X.M.Zhou, 2023 | | authority | 3246 | Selaginella | | scientific name | 3246 | Selaginella P.Beauv., 1805 | | authority | 32473 | Limia couchiana | | synonym | 32473 | Limia couchiana Girard, 1859 | | authority | 32473 | Monterrey platyfish | | genbank common name | 32473 | Xiphophorus couchianus | | scientific name | 32473 | Xiphophorus couchianus (Girard, 1859) | | authority | 3249 | Lycopodiales | | scientific name | 3249 | Lycopodiales DC. ex Bercht. & J.Presl, 1820 | | authority | 324925 | Pelodictyon phaeoclathratiforme BU-1 | | scientific name | 324925 | Pelodictyon phaeoclathratiforme DSM 5477 | | synonym | 324925 | Pelodictyon phaeoclathratiforme str. BU-1 | | equivalent name | 324925 | Pelodictyon phaeoclathratiforme strain BU-1 | | equivalent name | 324952 | Streptosporangium canum | | scientific name | 324952 | Streptosporangium canum Zhang et al. 2009 | | authority | 324952 | Streptosporangium canum Zhang et al. 2009 emend. Nouioui et al. 2018 | | authority | 324952 | Streptosporangium sp. 7177 | | includes | 3250 | Lycopodiaceae | | scientific name | 3250 | Lycopodiaceae P.Beauv. ex Mirb., 1802 | | authority | 3250 | clubmoss family | | genbank common name | 325166 | Symphalangus | | scientific name | 32517 | Tetradontoidea | | scientific name | 32519 | Ostariophysi | | scientific name | 32521 | Elopomorpha | | scientific name | 325217 | unclassified Mesorhizobium | | scientific name | 32523 | Tetrapoda | | scientific name | 32523 | tetrapods | | genbank common name | 32524 | Amniota | | scientific name | 32524 | amniotes | | genbank common name | 32525 | Theria | Theria | scientific name | 32525 | Theria Parker & Haswell, 1897 | | authority | 325452 | Phytophthora kernoviae | | scientific name | 325452 | Phytophthora kernoviae Brasier, Beales & S.A. Kirk, 2005 | | authority | 3255 | Equisetales | | scientific name | 3255 | Equisetales DC. ex Bercht. & J.Presl, 1829 | | authority | 3255 | horsetails | | genbank common name | 3256 | Equisetaceae | | scientific name | 3256 | Equisetaceae Michx. ex DC., 1804 | | authority | 32561 | Diapsida | | synonym | 32561 | Sauria | | scientific name | 32561 | diapsids | | genbank common name | 3257 | Equisetum | | scientific name | 3257 | Equisetum L., 1753 | | authority | 3257 | horstails | | genbank common name | 3257 | scouring rushes | | common name | 32597 | Perkinsus atlanticus | | synonym | 32597 | Perkinsus olseni | | scientific name | 3259750 | "Rhodococcoides" Val-Calvo and Vazquez-Boland 2023 | | authority | 3259750 | Rhodococcoides | | scientific name | 3259750 | Rhodococcoides Val-Calvo and Vazquez-Boland 2024 | | authority | 325984 | Dioscorea zingiberensis | | scientific name | 325984 | Dioscorea zingiberensis C.H.Wright, 1903 | | authority | 32630 | artificial | | synonym | 32630 | artificial gene | | synonym | 32630 | artificial oligonucleotide | | synonym | 32630 | artificial sequence | | synonym | 32630 | primer | | includes | 32630 | synthetic | | synonym | 32630 | synthetic DNA | | synonym | 32630 | synthetic construct | | scientific name | 32630 | synthetic constructs | | synonym | 32630 | synthetic oligonucleotides | | synonym | 326319 | Dokdonia | | scientific name | 326319 | Dokdonia Yoon et al. 2005 emend. Yoon et al. 2012 | | authority | 326319 | Krokinobacter | | synonym | 326319 | Krokinobacter Khan et al. 2006 | | authority | 326431 | Kryptolebias | | scientific name | 326606 | Annulohypoxylon | | scientific name | 326606 | Annulohypoxylon Y.M. Ju, J.D. Rogers & H.M. Hsieh, 2005 | | authority | 326616 | Annulohypoxylon bovei | | scientific name | 326616 | Annulohypoxylon bovei (Speg.) Y.M. Ju, J.D. Rogers & H.M. Hsieh, 2005 | | authority | 326616 | Hypoxylon bovei | | synonym | 326616 | Hypoxylon bovei Speg., 1887 | | authority | 326617 | Annulohypoxylon bovei var. microspora | | scientific name | 326617 | Hypoxylon bovei var. microspora | | synonym | 326617 | Hypoxylon bovei var. microsporum | | synonym | 326644 | Daldinia caldariorum | | scientific name | 326644 | Daldinia caldariorum Hennings, 1898 | | authority | 326657 | Hypoxylon crocepeplum | | synonym | 326657 | Hypoxylon crocopeplum | | scientific name | 326657 | Hypoxylon crocopeplum Berk. & M.A. Curtis, 1875 | | authority | 326681 | Hypoxylon trugodes | | scientific name | 326681 | Hypoxylon trugodes Berk. & Broome, 1873 | | authority | 3268 | Filicales | | in-part | 3268 | Polypodiales | | scientific name | 3268 | Polypodiales Link, 1833 | | authority | 327045 | Orthoretrovirinae | | scientific name | 327061 | Annulohypoxylon truncatum | | scientific name | 327061 | Annulohypoxylon truncatum (Schwein.: Fr.) Y.-M. Ju, J.D. Rogers & H.-M. Hsieh, 2005 | | authority | 327061 | Hypoxylon annulatum var. truncata | | synonym | 327061 | Hypoxylon annulatum var. truncatum | | synonym | 327061 | Hypoxylon annulatum var. truncatum Starback, 1901 | | authority | 327061 | Hypoxylon truncatum | | synonym | 327109 | Uloborus diversus | | scientific name | 327109 | Uloborus diversus Marx, 1898 | | authority | 327159 | "Candidatus Accumulibacter" Hesselmann et al. 1999 | | authority | 327159 | Accumulibacter | | equivalent name | 327159 | Candidatus Accumulibacter | | scientific name | 327277 | Bifidobacterium crudilactis | | scientific name | 327277 | Bifidobacterium crudilactis Delcenserie et al. 2013 | | authority | 327277 | Bifidobacterium crudilactis Delcenserie et al. 2013 emend. Nouioui et al. 2018 | | authority | 327277 | Bifidobacterium sp. FR47/3 | | includes | 327277 | Bifidobacterium sp. FR59/b/2 | | includes | 327277 | Bifidobacterium sp. FR62/b/3 | | includes | 3275 | Grammitidaceae | | synonym | 3275 | Grammitidaceae Newman, 1840 | | authority | 3275 | Polypodiaceae | | scientific name | 3275 | Polypodiaceae J.Presl & C.Presl, 1822 | | authority | 3277336 | "Candidatus Entotheonellia" Chuvochina et al. 2023 | | authority | 3277336 | Candidatus Entotheonellia | | scientific name | 3277336 | Entotheonellia | | equivalent name | 3277337 | "Candidatus Entotheonellales" Chuvochina et al. 2023 | | authority | 3277337 | Candidatus Entotheonellales | | scientific name | 3277337 | Entotheonellales | | equivalent name | 3277338 | "Candidatus Entotheonellaceae" Chuvochina et al. 2023 | | authority | 3277338 | Candidatus Entotheonellaceae | | scientific name | 3277338 | Entotheonellaceae | | equivalent name | 327740 | Dendrohyas sarda | | synonym | 327740 | Dendrohyas sarda De Betta, 1853 | | authority | 327740 | Hyla arborea sarda | | synonym | 327740 | Hyla sarda | | scientific name | 327740 | Hyla sarda (Betta, 1853) | | authority | 327740 | Sardinian treefrog | | common name | 327750 | Coemansia sp. 'formosensis' | | scientific name | 328320 | Geoemydidae | | scientific name | 328321 | Geoemydinae | | scientific name | 328814 | Alistipes shahii | | scientific name | 328814 | Alistipes shahii Song et al. 2006 emend. Hahnke et al. 2016 | | authority | 329046 | Rhizoclosmatium globosum | | scientific name | 329046 | Rhizoclosmatium globosum H.E. Petersen, 1903 | | authority | 329046 | Rhizoclosmatium sp. JEL06 | | includes | 329406 | Thiorhodococcus mannitoliphagus | | scientific name | 329406 | Thiorhodococcus mannitoliphagus Rabold et al. 2006 | | authority | 329857 | Cohnella | | scientific name | 329857 | Cohnella Kampfer et al. 2006 emend. Garcia-Fraile et al. 2008 | | authority | 329857 | Cohnella Kampfer et al. 2006 emend. Khianngam et al. 2010 | | authority | 329878 | Cryomyces | | scientific name | 329878 | Cryomyces Selbmann, de Hoog, Mazzaglia, Friedmann & Onofri, 2005 | | authority | 329961 | unclassified Cecidomyiidae | | scientific name | 33008 | Rhodococcus globerulus | | scientific name | 33008 | Rhodococcus globerulus Goodfellow et al. 1985 | | authority | 33008 | Rhodococcus globerulus Goodfellow et al. 1985 emend. Nouioui et al. 2018 | | authority | 33008 | Rhodococcus sp. AX7B | | includes | 33010 | "Bacteroides avidus" Eggerth 1935 | | authority | 33010 | "Corynebacterium avidum" (Eggerth 1935) Prevot 1938 | | authority | 33010 | "Mycobacterium avidum" (Eggerth 1935) Krasil'nikov 1949 | | authority | 33010 | Bacteroides avidus | | synonym | 33010 | Corynebacterium avidum | | synonym | 33010 | Cutibacterium avidum | | scientific name | 33010 | Cutibacterium avidum (Eggerth 1935) Scholz and Kilian 2016 | | authority | 33010 | Cutibacterium avidum (Eggerth 1935) Scholz and Kilian 2016 emend. Nouioui et al. 2018 | | authority | 33010 | Mycobacterium avidum | | synonym | 33010 | Propionibacterium avidum | | synonym | 33010 | Propionibacterium avidum (Eggerth 1935) Moore and Holdeman 1969 | | authority | 33010 | Propionicibacterium avidum | | equivalent name | 33013 | Clavibacter michiganense michiganense | | synonym | 33013 | Clavibacter michiganensis michiganensis | | equivalent name | 33013 | Clavibacter michiganensis subsp. michiganensis | | scientific name | 33013 | Clavibacter michiganensis subsp. michiganensis corrig. (Smith 1910) Davis et al. 1984 | | authority | 33013 | Corynebacterium michiganense subsp. michiganense | | synonym | 33024 | Phascolarctobacterium | | scientific name | 33024 | Phascolarctobacterium Del Dot et al. 1994 | | authority | 33028 | "Micrococcus saccharolyticus" Foubert and Douglas 1948 | | authority | 33028 | Micrococcus saccharolyticus | | synonym | 33028 | Peptococcus saccharolyticus | | synonym | 33028 | Peptococcus saccharolyticus (Foubert and Douglas 1948) Douglas 1957 (Approved Lists 1980) | | authority | 33028 | Staphylococcus saccharolyticus | | scientific name | 33028 | Staphylococcus saccharolyticus (Foubert and Douglas 1948) Kilpper-Balz and Schleifer 1984 | | authority | 33028 | Staphylococcus sp. 05B0362 | | includes | 33028 | Staphylococcus sp. 12B0021 | | includes | 33028 | Staphylococcus sp. 13T0028 | | includes | 33028 | Staphylococcus sp. DVP2-17-2406 | | includes | 33028 | Staphylococcus sp. DVP3-16-6167 | | includes | 33028 | Staphylococcus sp. DVP4-17-2404 | | includes | 33028 | Staphylococcus sp. DVP5-16-4677 | | includes | 33038 | "Hominicoccus gnavus" (Moore et al. 1976) Krause et al. 2024 | | authority | 33038 | Hominicoccus gnavus | | synonym | 33038 | Mediterraneibacter gnavus | | scientific name | 33038 | Mediterraneibacter gnavus (Moore et al. 1976) Togo et al. 2023 | | synonym | 33038 | Ruminococcus gnavus | | synonym | 33038 | Ruminococcus gnavus Moore et al. 1976 (Approved Lists 1980) | | authority | 33042 | Coprococcus | | scientific name | 33042 | Coprococcus Holdeman and Moore 1974 (Approved Lists 1980) | | authority | 33043 | Coprococcus eutactus | | scientific name | 33043 | Coprococcus eutactus Holdeman and Moore 1974 (Approved Lists 1980) | | authority | 330485 | Pleodorina starrii | | scientific name | 330485 | Pleodorina starrii H.Nozaki, F.D.Ott & A.W.Coleman | | authority | 33049 | Bieblia veldkampii | | synonym | 33049 | Bieblia veldkampii (Hansen and Imhoff 1985) Hordt et al. 2020 | | authority | 33049 | Phaeovulum veldkampii | | scientific name | 33049 | Phaeovulum veldkampii (Hansen and Imhoff 1985) Suresh et al. 2020 | | synonym | 33049 | Rhodobacter veldkampii | | synonym | 33049 | Rhodobacter veldkampii Hansen and Imhoff 1985 | | authority | 330517 | Agaricus papilionaceus | | synonym | 330517 | Agaricus papilionaceus Bull., 1781 | | authority | 330517 | Panaeolus papilionaceus | | scientific name | 330517 | Panaeolus papilionaceus (Bull.) Quel., 1872 | | authority | 33057 | Thauera | | scientific name | 33057 | Thauera Macy et al. 1993 emend. Anders et al. 1995 | | authority | 33057 | Thauera Macy et al. 1993 emend. Song et al. 1998 | | authority | 33057 | Thauera Macy et al. 1993 emend. Yin et al. 2017 | | authority | 33060 | Yersinia enterocolitica biogroup 3A | | synonym | 33060 | Yersinia mollaretii | | scientific name | 33060 | Yersinia mollaretii Wauters et al. 1988 | | authority | 33069 | "Phytomonas viridiflava" Burkholder 1930 | | authority | 33069 | Phytomonas viridiflava | | synonym | 33069 | Pseudomonas sp. 286 | | includes | 33069 | Pseudomonas syringae group genomosp. 6 | | synonym | 33069 | Pseudomonas viridiflava | | scientific name | 33069 | Pseudomonas viridiflava (Burkholder 1930) Dowson 1939 | | authority | 330702 | Leptospira kirschneri serovar Bim | | scientific name | 330750 | Acrocephalinae | | scientific name | 330750 | Phylloscopinae | | synonym | 330841 | Ampulicidae | | scientific name | 330842 | Ampulicini | | scientific name | 330843 | Ampulex | | scientific name | 33090 | Chlorobionta | | synonym | 33090 | Chlorobionta Jeffrey, 1982 | | authority | 33090 | Chlorophyta/Embryophyta group | | equivalent name | 33090 | Chloroplastida | | synonym | 33090 | Chloroplastida Adl et al. 2005 | | authority | 33090 | Viridiplantae | | scientific name | 33090 | Viridiplantae Cavalier-Smith, 1981 | | authority | 33090 | chlorophyte/embryophyte group | | equivalent name | 33090 | green plants | green plants | blast name | 33090 | green plants | green plants | genbank common name | 33090 | plants | | common name | 330920 | Sphingomonas azotifigens | | scientific name | 330920 | Sphingomonas azotifigens Xie and Yokota 2006 | | authority | 330922 | Psychrobacter cryohalolentis | | scientific name | 330922 | Psychrobacter cryohalolentis Bakermans et al. 2006 | | authority | 33114 | Capsicum baccatum | | scientific name | 33114 | Capsicum baccatum L., 1767 | | authority | 3313 | Coniferales | | synonym | 3313 | Pinidae | | scientific name | 3313 | Pinidae Cronquist, Takht. & Zimmerm., 1966 | | authority | 33154 | Fungi/Metazoa group | | synonym | 33154 | Opisthokonta | | scientific name | 33154 | Opisthokonta Cavalier-Smith 1987 | | authority | 33154 | opisthokonts | | synonym | 331635 | Chlamydia pecorum E58 | | scientific name | 331635 | Chlamydophila pecorum ATCC VR-628 | | synonym | 331635 | Chlamydophila pecorum E58 | | synonym | 331635 | Chlamydophila pecorum str. E58 | | equivalent name | 331635 | Chlamydophila pecorum strain E58 | | equivalent name | 331654 | Alkalibacillus | | scientific name | 331654 | Alkalibacillus Jeon et al. 2005 | | authority | 331654 | Alkalibacillus Jeon et al. 2005 emend. Li et al. 2021 | | authority | 331657 | Cryomyces minteri | | scientific name | 331657 | Cryomyces minteri Selbmann, de Hoog, Mazzaglia, Friedmann & Onofri, 2005 | | authority | 3318 | Pinaceae | | scientific name | 3318 | Pinaceae Spreng. ex F.Rudolphi, 1830 | | authority | 3318 | pine family | | common name | 33183 | Arachnomycetales | | synonym | 33183 | Arachnomycetales Gibas, Sigler & Currah, 2002 | | authority | 33183 | Ascosphaerales | | synonym | 33183 | Gymnoascales | | synonym | 33183 | Onygenales | | scientific name | 33183 | Onygenales Cif. ex Benny & Kimbr., 1980 | | authority | 33184 | Amauroascaceae | | synonym | 33184 | Amauroascaceae Arx, 1987 | | authority | 33184 | Onygenaceae | | scientific name | 33184 | Onygenaceae E. Fisch., 1898 | | authority | 33194 | Bipolaris | | scientific name | 33194 | Bipolaris Shoemaker, 1959 | | authority | 33194 | Cochliobolus | | synonym | 33194 | Cochliobolus Drechsler, 1934 | | authority | 33196 | Botrytis | | scientific name | 33196 | Botrytis P. Micheli ex Haller, 1768 | | authority | 331992 | Kamptonema formosum | | scientific name | 331992 | Kamptonema formosum (Bory de Saint-Vincent ex Gomont, 1892) Strunecky, Komarek & J.Smarda, 2014 | | authority | 331992 | Oscillatoria formosa | | synonym | 331992 | Oscillatoria formosa Bory ex Gomont, 1892 | | authority | 331992 | Phormidium formosum | | synonym | 331992 | Phormidium formosum (Bory de Saint-Vincent ex Gomont, 1892) Anagnostidis & Komarek, 1988 | | authority | 33202 | Byssochlamys | | synonym | 33202 | Byssochlamys Westling, 1909 | | authority | 33202 | Graphidium | Graphidium | synonym | 33202 | Graphidium Lindau, 1909 | | authority | 33202 | Paecilomyces | | scientific name | 33202 | Paecilomyces Bainier, 1907 | | authority | 33203 | Paecilomyces lilacinum | | synonym | 33203 | Paecilomyces lilacinus | | synonym | 33203 | Penicillium lilacinum | | synonym | 33203 | Penicillium lilacinum Thom, 1910 | | authority | 33203 | Purpureocillium lilacinum | | scientific name | 33203 | Purpureocillium lilacinum (Thom) Luangsa-ard, Houbraken, Hywel-Jones & Samson 2011 | | authority | 332055 | Sphingobium chinhatense | | synonym | 332055 | Sphingobium chinhatense Dadhwal et al. 2009 | | authority | 332055 | Sphingobium francense | | synonym | 332055 | Sphingobium francense Pal et al. 2005 | | authority | 332055 | Sphingobium indicum | | scientific name | 332055 | Sphingobium indicum Pal et al. 2005 | | authority | 332055 | Sphingobium indicum Pal et al. 2005 emend. Feng et al. 2019 | | authority | 332055 | Sphingobium japonicum | | synonym | 332055 | Sphingobium japonicum Pal et al. 2005 | | authority | 332055 | Sphingobium lucknowense | | synonym | 332055 | Sphingobium lucknowense Garg et al. 2012 | | authority | 332055 | Sphingomonas francense | | equivalent name | 33208 | Animalia | | synonym | 33208 | Metazoa | | scientific name | 33208 | animals | animals | blast name | 33208 | animals | animals | genbank common name | 33208 | metazoans | | common name | 33208 | multicellular animals | | common name | 332095 | Clostridiales bacterium C/G2 | | includes | 332095 | Dethiosulfatibacter aminovorans | | scientific name | 332095 | Dethiosulfatibacter aminovorans Takii et al. 2007 | | authority | 33213 | Bilateria | | scientific name | 332157 | Larkinella | | scientific name | 332157 | Larkinella Vancanneyt et al. 2006 emend. Anandham et al. 2011 | | authority | 332160 | "Candidatus Solibacterales" Brons and Van Elsas 2008 | | authority | 332160 | Bryobacterales | | scientific name | 332160 | Bryobacterales Dedysh and Yilmaz 2018 | | authority | 332160 | Candidatus Solibacterales | | synonym | 332160 | Solibacterales | | equivalent name | 332173 | unclassified Desulfohalobiaceae | | scientific name | 33256 | Ascaridoidea | | scientific name | 332589 | "Actinomyces enissocaesilis" Krasil'nikov 1970 | | authority | 332589 | Actinomyces enissocaesilis | | synonym | 332589 | Streptomyces enissocaesilis | | scientific name | 332589 | Streptomyces enissocaesilis (ex Krasil'nikov 1970) Sveshnikova 1986 | | authority | 332589 | Streptomyces sp. DMD14 | | includes | 332589 | Streptomyces sp. VJPR 8 | | includes | 33259 | Toxocaridae | | scientific name | 33278 | Ancylostomatidae | | scientific name | 33283 | Tylenchida | | synonym | 33283 | Tylenchomorpha | | scientific name | 33284 | Tylenchoidea | | scientific name | 33286 | Heteroderinae | | scientific name | 332947 | Hirsutella minnesotensis | | scientific name | 332947 | Hirsutella minnesotensis S.Y. Chen, Xing Z. Liu & F.J. Chen, 2000 | | authority | 332947 | Hirsutella minnesotensis S.Y.Chen, Xing Z.Liu & F.J.Chen | | authority | 332949 | Enterococcus silesiacus | | scientific name | 332949 | Enterococcus silesiacus Svec et al. 2006 | | authority | 333046 | Bacteroidales incertae sedis | | scientific name | 33310 | Nematomorpha | | scientific name | 33310 | horsehair worms | horsehair worms | blast name | 33310 | horsehair worms | horsehair worms | genbank common name | 33312 | Gordiidae | | scientific name | 33317 | Protostomia | | scientific name | 333367 | Clostridium asparagiforme | | synonym | 333367 | Clostridium asparagiforme Mohan et al. 2007 | | authority | 333367 | Enterocloster asparagiformis | | scientific name | 333367 | Enterocloster asparagiformis (Mohan et al. 2007) Haas and Blanchard 2020 | | authority | 33339 | Palaeoptera | | scientific name | 33340 | Neoptera | | scientific name | 33341 | Orthopteroidea | | synonym | 33341 | Polyneoptera | | scientific name | 33342 | Acercaria | | synonym | 33342 | Hemipteroidea | | synonym | 33342 | Paraneoptera | | scientific name | 33342 | hemipteroid assemblage | | includes | 33343 | Heteropterodea | | synonym | 33343 | Prosorrhyncha | | scientific name | 33343 | bugs | | genbank common name | 33345 | Heteroptera | | scientific name | 33347 | Euheteroptera | | scientific name | 33349 | Neoheteroptera | | scientific name | 33351 | Panheteroptera | | scientific name | 33354 | Cimicomorpha | | scientific name | 33355 | Cimicoidea | | scientific name | 33357 | Pentatomomorpha | | scientific name | 33358 | Pentatomoidea | | scientific name | 33361 | Archaeorrhyncha | | synonym | 33361 | Fulgoromorpha | | scientific name | 33361 | planthoppers | | genbank common name | 33362 | Delphacidae | | scientific name | 33365 | Cicadomorpha | | scientific name | 33365 | Clypeorrhyncha | | synonym | 33368 | Cicadelloidea | | synonym | 33368 | Membracoidea | | scientific name | 3337 | Pinus | | scientific name | 3337 | Pinus L., 1753 | | authority | 33370 | Cicadellinae | | scientific name | 33370 | Cicadellinae Latreille, 1825 | | authority | 33373 | Sternorrhyncha | | scientific name | 33375 | Psylliformes | | synonym | 33375 | Psylloidea | | scientific name | 33375 | Psyllomorpha | | synonym | 33375 | jumping plant lice | | common name | 33375 | psyllids | psyllids | blast name | 33375 | psyllids | psyllids | genbank common name | 33380 | Aphidiformes | | synonym | 33380 | Aphidomorpha | | scientific name | 33380 | aphids | aphids | blast name | 33380 | aphids | aphids | genbank common name | 33385 | Aphidoidea | | scientific name | 33386 | Macrosiphini | | scientific name | 33387 | Aphidini | | scientific name | 33392 | Endopterygota | | scientific name | 33392 | Holometabola | | synonym | 333966 | 'Saccharopolyspora pogona' | | synonym | 333966 | Saccharopolyspora pogona | | scientific name | 33406 | Cecidomyiidae | | scientific name | 33406 | gall midges | | genbank common name | 33415 | Nymphalidae | | scientific name | 33415 | Satyridae | | includes | 33415 | brush-footed butterflies | | common name | 33415 | brushfoots | | genbank common name | 334406 | Bacillus cereus NC7401 | | scientific name | 334406 | Bacillus cereus str. NC7401 | | equivalent name | 334406 | Bacillus cereus strain NC7401 | | equivalent name | 3345070 | FCB group incertae sedis | | scientific name | 334542 | Rhodococcus degradans | | synonym | 334542 | Rhodococcus degradans Svec et al. 2015 | | authority | 334542 | Rhodococcus enclensis | | synonym | 334542 | Rhodococcus enclensis Dastager et al. 2014 | | authority | 334542 | Rhodococcus enclensis Dastager et al. 2014 emend. Nouioui et al. 2018 | | authority | 334542 | Rhodococcus jialingiae | | synonym | 334542 | Rhodococcus jialingiae Wang et al. 2010 | | authority | 334542 | Rhodococcus qingshengii | | scientific name | 334542 | Rhodococcus qingshengii Xu et al. 2007 | | authority | 334542 | Rhodococcus qingshengii Xu et al. 2007 emend. Nouioui et al. 2018 | | authority | 334542 | Rhodococcus rhodochrous ATCC 53968 | | equivalent name | 334542 | Rhodococcus rhodochrous ATCC BAA-3766 | | equivalent name | 334542 | Rhodococcus sp. (strain IGTS8) | | equivalent name | 334542 | Rhodococcus sp. CCM 4446 | | includes | 334542 | Rhodococcus sp. F22 | | includes | 334542 | Rhodococcus sp. IGTS8 | | includes | 334542 | Rhodococcus sp. NIO-1009 | | includes | 334542 | Rhodococcus sp. S10 | | includes | 334542 | Rhodococcus sp. djl-6-2 | | includes | 334819 | Fusarium verticillioides 7600 | | scientific name | 334819 | Gibberella moniliformis 7600 | | equivalent name | 334852 | Methylobacterium oryzae | | scientific name | 334852 | Methylobacterium oryzae Madhaiyan et al. 2007 | | authority | 334852 | Methylobacterium sp. CBMB110 | | includes | 334852 | Methylobacterium sp. CBMB20 | | includes | 334885 | Nelson's boarfish | | common name | 334885 | Pentaceros richardsoni | | synonym | 334885 | Pentaceros richardsoni Smith, 1844 | | authority | 334885 | Pseudopentaceros richardsoni | | scientific name | 334885 | Pseudopentaceros richardsoni (Smith, 1844) | | authority | 334885 | Richardson.s boarfish | | common name | 334885 | pelagic armorhead | | genbank common name | 334885 | pelagic armourhead | | common name | 334885 | southern boarfish | | common name | 33491 | Lingulidae | | scientific name | 3349921 | "Candidatus Kapaibacteriota" Kantor et al. 2015 | | authority | 3349921 | Candidatus Kapaibacteriota | | scientific name | 3349921 | Kapaibacteriota | | equivalent name | 3349962 | Candidatus Kapaibacteriia | | scientific name | 3349962 | Candidatus Kapaibacteriia Chuvochina et al. 2023 | | authority | 3349962 | Kapaibacteriia | | equivalent name | 33511 | Deuterostomia | | scientific name | 33511 | deuterostomes | | common name | 3352 | Pinus taeda | | scientific name | 3352 | Pinus taeda L., 1753 | | authority | 3352 | loblolly pine | | genbank common name | 33527 | Gambusia | | scientific name | 33528 | Gambusia affinis | | scientific name | 33528 | Heterandria affinis | | synonym | 33528 | Heterandria affinis Baird & Girard, 1853 | | authority | 33528 | western mosquitofish | | genbank common name | 335284 | Psychrobacter cryohalolentis K5 | | scientific name | 335284 | Psychrobacter cryohalolentis str. K5 | | equivalent name | 335284 | Psychrobacter cryohalolentis strain K5 | | equivalent name | 335405 | Sphingosinicella | | scientific name | 335405 | Sphingosinicella Maruyama et al. 2006 | | authority | 335405 | Sphingosinicella Maruyama et al. 2006 emend. Geueke et al. 2007 | | authority | 335405 | Sphingosinicella Maruyama et al. 2006 emend. Yasir et al. 2010 | | authority | 33550 | Hystricognathi | | synonym | 33550 | Hystricomorpha | | scientific name | 33550 | guinea pigs and others | | genbank common name | 33553 | Sciurognathi | Sciurognathi | in-part | 33553 | Sciuromorpha | | scientific name | 33553 | squirrels | | genbank common name | 33554 | Carnivora | | scientific name | 33554 | carnivores | carnivores | blast name | 33554 | carnivores | carnivores | genbank common name | 33574 | Threskiornithidae | | scientific name | 33582 | Balaenicipitidae | | scientific name | 33583 | Balaeniceps | | scientific name | 33584 | Balaeniceps rex | | scientific name | 33584 | Balaeniceps rex Gould, 1850 | | authority | 33584 | shoebill | | genbank common name | 33592 | Cuculus | | scientific name | 335928 | Xanthobacteraceae | | scientific name | 335928 | Xanthobacteraceae Lee et al. 2005 | | authority | 335929 | Erythrobacteraceae | | scientific name | 335929 | Erythrobacteraceae Lee et al. 2005 | | authority | 335929 | Erythrobacteraceae Lee et al. 2005 emend. Xu et al. 2009 | | authority | 33611 | Cathartes | | scientific name | 33630 | Alveolata | | scientific name | 33630 | alveolates | alveolates | blast name | 33630 | alveolates | alveolates | genbank common name | 33634 | Chromophyta | Chromophyta | in-part | 33634 | Heterokonta | | synonym | 33634 | Stramenopiles | | scientific name | 33634 | Stramenopiles Patterson 1989, emend. Adl et al. 2005 | | authority | 33634 | Straminipila | | synonym | 33634 | heterokonts | heterokonts | blast name | 33634 | heterokonts | heterokonts | genbank common name | 33644 | Fragilaria | | scientific name | 33651 | Bicoecea | | synonym | 33651 | Bicosoecales | | synonym | 33651 | Bicosoecea | | synonym | 33651 | Bicosoecida | | scientific name | 33651 | Bicosoecida (Grasse) Karpov, 1998 | | authority | 33651 | bicosoecids | | common name | 33652 | Cafeteria | | scientific name | 33652 | Cafeteria Fenchel & D.J.Patterson, 1988 | | authority | 33653 | Cafeteria roenbergensis | | scientific name | 33653 | Cafeteria roenbergensis Fenchel & Patterson, 1988 | | authority | 3366610 | "Euryarchaeida" Luketa 2012 | | authority | 3366610 | Euryarchaeida | | synonym | 3366610 | Methanobacteriati | | scientific name | 3366610 | Methanobacteriati (Garrity and Holt 2023) Oren and Goker 2024 | | authority | 3366641 | "Candidatus Lokiarchaeota" Spang et al. 2015 | | authority | 3366641 | Candidatus Lokiarchaeota | | synonym | 3366641 | Lokiarchaeota | | equivalent name | 3366641 | Promethearchaeota | | scientific name | 3366641 | Promethearchaeota Imachi et al. 2024 | | authority | 3367 | Cupressaceae | | scientific name | 3367 | Cupressaceae Gray, 1822 | | authority | 3367 | Taxodiaceae | | synonym | 3367 | Taxodiaceae Saporta, 1865 | | authority | 3367 | cypress family | | common name | 3368 | Cryptomeria | | scientific name | 3368 | Cryptomeria D.Don, 1838 | | authority | 33682 | Euglenozoa | | scientific name | 33682 | Euglenozoa Cavalier-Smith 1981, emend. Simpson 1997 | | authority | 33682 | Euglenozoans | | synonym | 3369 | Cryptomeria japonica | | scientific name | 3369 | Cryptomeria japonica (Thunb. ex L.f.) D.Don, 1839 | | authority | 3369 | Cupressus japonica | | synonym | 3369 | Cupressus japonica Thunb. ex. L., 1782 | | authority | 3369 | Japanese cedar | | genbank common name | 336960 | Avian nephritis virus 1 | | scientific name | 336983 | Colobus angolensis palliatus | | scientific name | 336983 | Colobus angolensis palliatus Peters, 1868 | | authority | 337004 | Chryseoglobus | | synonym | 337004 | Chryseoglobus Baik et al. 2010 | | authority | 337004 | Marinisubtilis | | synonym | 337004 | Marinisubtilis Qin et al. 2021 | | authority | 337004 | Microcella | | scientific name | 337004 | Microcella Tiago et al. 2005 | | authority | 337004 | Microcella Tiago et al. 2005 emend. Molina Ayala and Kim 2023 | | authority | 337004 | Microcella Tiago et al. 2005 emend. Tiago et al. 2006 | | authority | 337004 | Microcella Tiago et al. 2005 emend. Xie et al. 2021 | | authority | 337004 | Yonghaparkia | | synonym | 337004 | Yonghaparkia Yoon et al. 2006 | | authority | 337075 | Peziza omphalodes | | synonym | 337075 | Peziza omphalodes Bull., 1791 | | authority | 337075 | Pyronema confluens | | synonym | 337075 | Pyronema confluens Tul. & C. Tul., 1865 | | authority | 337075 | Pyronema omphalodes | | scientific name | 337075 | Pyronema omphalodes (Bull.) Fuckel, 1870 | | authority | 3371042 | Sagmatias | | scientific name | 3371155 | Lagenorhynchus obliquidens | | synonym | 3371155 | Lagenorhynchus obliquidens Gill, 1865 | | authority | 3371155 | Pacific white-sided dolphin | | genbank common name | 3371155 | Sagmatias obliquidens | | scientific name | 3371155 | Sagmatias obliquidens (Gill, 1865) | | authority | 337330 | Lactiplantibacillus plantarum subsp. plantarum | | scientific name | 337330 | Lactiplantibacillus plantarum subsp. plantarum (Orla-Jensen 1919) Zheng et al. 2020 | | authority | 337330 | Lactobacillus plantarum subsp. plantarum | | synonym | 337330 | Lactobacillus plantarum subsp. plantarum (Orla-Jensen 1919) Bergey et al. 1923 (Approved Lists 1980) | | authority | 3374108 | Rhodobacter group | | scientific name | 337451 | Cinnamomum kanehirae | | synonym | 337451 | Cinnamomum kanehirae Hayata | | authority | 337451 | Cinnamomum kanehirai | | synonym | 337451 | Cinnamomum micranthum f. kanehirae | | scientific name | 337451 | Cinnamomum micranthum f. kanehirae (Hayata) S.S.Ying, 1985 | | authority | 337451 | Cinnamomum micranthum f. kanehirai | | synonym | 337465 | Cinnamomum micranthum | | scientific name | 337465 | Cinnamomum micranthum (Hayata) Hayata, 1913 | | authority | 337465 | Machilus micranthus | | synonym | 337465 | Machilus micranthus Hayata, 1912 | | authority | 33760 | Prune dwarf virus | | scientific name | 337677 | Cricetidae | | scientific name | 337687 | Muroidea | | scientific name | 337726 | Xerinae | | scientific name | 337730 | Marmotini | | scientific name | 337730 | Marmotini Pocock, 1923 | | authority | 337752 | Sciurini | | scientific name | 33789 | Channa | | scientific name | 33789 | Ophicephalus | | synonym | 33789 | Ophicephalus Bloch 1793 | | authority | 337900 | Leptolyngbya sp. Uher 1998/13d | | synonym | 337900 | Leptolyngbyaceae cyanobacterium UHER 1998/13D | | synonym | 337900 | Tildeniella torsiva UHER 1998/13D | | scientific name | 3379134 | Pseudomonadati | | scientific name | 3379134 | Pseudomonadati (Gibbons and Murray 1978) Oren and Goker 2024 | | authority | 337963 | Neotominae | | scientific name | 338 | "Phytomonas" Bergey et al. 1923 | | synonym | 338 | Xanthomonas | | scientific name | 338 | Xanthomonas Dowson 1939 (Approved Lists 1980) | | authority | 338 | Xanthomonas Dowson 1939 (Approved Lists 1980) emend. Bansal et al. 2023 | | authority | 338 | Xanthomonas Dowson 1939 (Approved Lists 1980) emend. Vauterin et al. 1995 | | authority | 338 | Xanthomonas Dowson 1939 (Approved Lists 1980) emend. van den Mooter and Swings 1990 | | authority | 33807 | unclassified Alphaproteobacteria | | scientific name | 33807 | unclassified alpha proteobacteria (miscellaneous) | | synonym | 33809 | unclassified Betaproteobacteria | | scientific name | 33809 | unclassified beta proteobacteria (miscellaneous) | | synonym | 33811 | unclassified Gammaproteobacteria | | scientific name | 33811 | unclassified gamma proteobacteria (miscellaneous) | | synonym | 338152 | Acinonychinae | | in-part | 338152 | Felinae | | scientific name | 338153 | Pantherinae | | scientific name | 338188 | Bacteroides finegoldii | | scientific name | 338188 | Bacteroides finegoldii Bakir et al. 2006 | | authority | 338190 | "Nitrosopumilaceae" Konneke et al. 2005 | | authority | 338190 | Nitrosopumilaceae | | scientific name | 338190 | Nitrosopumilaceae Qin et al. 2017 | | authority | 338191 | "Nitrosopumilus" Konneke et al. 2005 | | authority | 338191 | Nitrosopumilus | | scientific name | 338191 | Nitrosopumilus Qin et al. 2017 | | authority | 338217 | Leptospira borgpetersenii serovar Hardjo-bovis | | scientific name | 33823 | Aphelenchoididae | | scientific name | 33823 | Aphelenchoidoididae | | synonym | 33825 | Peniculia | | synonym | 33825 | Peniculida | | scientific name | 3382697 | Cognatilysobacter | | scientific name | 3382697 | Cognatilysobacter Lu et al. 2024 | | authority | 3382698 | Marilutibacter | | scientific name | 3382698 | Marilutibacter Lu et al. 2024 | | authority | 3383031 | Gardnerella bretellae | | scientific name | 3383031 | Gardnerella bretellae Allini Ntiguemassa et al. 2026 | | authority | 3383031 | Gardnerella genomic species 9 | | equivalent name | 3383031 | Gardnerella sp. Marseille-QA0894 | | includes | 3383031 | Gardnerella sp. QA0894 | | includes | 3383031 | Gardnerella vaginalis 6119V5 | | includes | 3383949 | Xylographaceae | | scientific name | 3383949 | Xylographaceae Tuck., 1888 | | authority | 3384189 | "Fusobacterida" Luketa 2012 | | authority | 3384189 | Fusobacteriati | | scientific name | 3384189 | Fusobacteriati Battistuzzi and Hedges 2024 | | authority | 3384189 | Fusobacterida | | synonym | 3384194 | "Thermotogida" Luketa 2012 | | authority | 3384194 | Thermotogati | | scientific name | 3384194 | Thermotogati Battistuzzi and Hedges 2024 | | authority | 3384194 | Thermotogida | | synonym | 33849 | Bacillariophyceae | | scientific name | 33849 | Raphid, pennate diatoms | | genbank common name | 33850 | Bacillariophycidae | | scientific name | 33851 | Bacillariales | | scientific name | 33852 | Bacillariaceae | | scientific name | 33853 | Araphid, pennate diatoms | | genbank common name | 33853 | Fragilariophyceae | | scientific name | 33854 | Fragilariophycidae | | scientific name | 33855 | Fragilariales | | scientific name | 33856 | Fragilariaceae | | scientific name | 3385905 | "Acidocellaceae" Degli Esposti et al. 2023 | | authority | 3385905 | Acidocellaceae | | scientific name | 3385905 | Acidocellaceae Degli Esposti et al. 2024 | | authority | 3385906 | "Roseomonadaceae" Degli Esposti et al. 2023 | | authority | 3385906 | Roseomonadaceae | | scientific name | 3385906 | Roseomonadaceae Degli Esposti et al. 2024 | | authority | 3386224 | Candidatus Methanophagaceae | | scientific name | 3386224 | Candidatus Methanophagaceae Chadwick et al. 2022 | | authority | 3386224 | Methanophagaceae | | equivalent name | 3386242 | "Candidatus Methanogasteraceae" Chadwick et al. 2022 | | authority | 3386242 | "Candidatus Methanogastraceae" corrig. Chadwick et al. 2022 | | synonym | 3386242 | ANME-2c cluster | | common name | 3386242 | Candidatus Methanogasteraceae | | scientific name | 3386242 | Methanogasteraceae | | equivalent name | 3386246 | unclassified Candidatus Methanophagaceae | | scientific name | 3386247 | Candidatus Methanophagaceae archaeon | | scientific name | 3386247 | Methanophagaceae archaeon | | equivalent name | 3386251 | unclassified Candidatus Methanogasteraceae | | scientific name | 3386293 | Candidatus Methanogasteraceae archaeon | | scientific name | 3386293 | Methanogasteraceae archaeon | | equivalent name | 338645 | "Candidatus Contubernalis alkalaceticum" Zhilina et al. 2005 | | synonym | 338645 | "Candidatus Contubernalis alkaliaceticus" corrig. Zhilina et al. 2005 | | authority | 338645 | Candidatus Contubernalis alkaliaceticus | | scientific name | 338645 | Contubernalis alkaliaceticus | | equivalent name | 338648 | "Candidatus Contubernalis" Zhilina et al. 2005 | | authority | 338648 | Candidatus Contubernalis | | scientific name | 338648 | Contubernalis | | equivalent name | 33874 | Catenuliplanes | | equivalent name | 33874 | Catenuloplanes | | scientific name | 33874 | Catenuloplanes Yokota et al. 1993 emend. Kudo et al. 1999 | | authority | 33874 | Planopolyspora | | synonym | 33874 | Planopolyspora Petrolini et al. 1993 | | authority | 33876 | Catenuliplanes japonicus | | equivalent name | 33876 | Catenuloplanes japonicus | | scientific name | 33876 | Catenuloplanes japonicus Yokota et al. 1993 | | authority | 33877 | Agromyces | | scientific name | 33877 | Agromyces Gledhill and Casida 1969 (Approved Lists 1980) emend. Zgurskaya et al. 1992 | | authority | 33878 | Agromyces cerinus | | scientific name | 33878 | Agromyces cerinus Zgurskaya et al. 1992 | | authority | 3388067 | "Paenibacillus gyeongsangnamensis" Lee et al. 2024 | | authority | 3388067 | Paenibacillus gyeongsangnamensis | | scientific name | 3388067 | Paenibacillus gyeongsangnamensis Lee et al. 2026 | | authority | 33882 | Aureibacterium | | equivalent name | 33882 | Aureobacterium | | synonym | 33882 | Aureobacterium Collins et al. 1983 emend. Yokota et al. 1993 | | authority | 33882 | Microbacterium | | scientific name | 33882 | Microbacterium Orla-Jensen 1919 (Approved Lists 1980) emend. Alves et al. 2014 | | authority | 33882 | Microbacterium Orla-Jensen 1919 (Approved Lists 1980) emend. Fidalgo et al. 2016 | | authority | 33882 | Microbacterium Orla-Jensen 1919 (Approved Lists 1980) emend. Krishnamurthi et al. 2012 | | authority | 33882 | Microbacterium Orla-Jensen 1919 (Approved Lists 1980) emend. Takeuchi and Hatano 1998 | | authority | 33883 | "Flavobacterium arborescens" (Frankland and Frankland 1889) Bergey et al. 1923 | | authority | 33883 | Flavobacterium arborescens | | synonym | 33883 | Microbacterium arborescens | | scientific name | 33883 | Microbacterium arborescens (ex Frankland and Frankland 1889) Imai et al. 1985 | | authority | 33886 | Rathayibacter | | scientific name | 33886 | Rathayibacter Zgurskaya et al. 1993 | | authority | 33889 | Brevibacterium casei | | scientific name | 33889 | Brevibacterium casei Collins et al. 1983 | | authority | 33889 | CDC coryneform group B-1 | | synonym | 33889 | CDC coryneform group B-3 | | synonym | 33892 | BCG | | acronym | 33892 | Mycobacterium bovis BCG | | synonym | 33892 | Mycobacterium tuberculosis variant bovis BCG | | scientific name | 33892 | bacillus Calmette-Guerin | | synonym | 33892 | bacillus Calmette-Guerin BCG | | synonym | 3389915 | Pseudaquabacterium | | scientific name | 3389915 | Pseudaquabacterium Lu and Chen 2024 | | authority | 339 | "Bacillus campestris" Pammel 1895 | | authority | 339 | "Bacterium campestre" (Pammel 1895) Smith 1897 | | authority | 339 | "Phytomonas campestris" (Pammel 1895) Bergey et al. 1923 | | authority | 339 | "Pseudomonas campestris" (Pammel 1895) Smith 1897 | | authority | 339 | "Xanthomonas campestris var. aberrans" Knosel 1961 | | authority | 339 | "Xanthomonas campestris var. armoraceae" (McCulloch) Starr and Burkholder 1942 | | authority | 339 | Achromobacter lunatus | | synonym | 339 | Bacillus campestris | | synonym | 339 | Bacterium campestre | | synonym | 339 | Phytomonas campestris | | synonym | 339 | Pseudomonas campestris | | synonym | 339 | Xanthomonas campestris | | scientific name | 339 | Xanthomonas campestris (Pammel 1895) Dowson 1939 (Approved Lists 1980) emend. Vauterin et al. 1995 | | authority | 339 | Xanthomonas campestris (Pammel 1895) Dowson 1939 (Approved Lists 1980) emend. van den Mooter and Swings1990 | | authority | 339 | Xanthomonas campestris var. aberrans | | synonym | 339 | Xanthomonas campestris var. armoraceae | | synonym | 3390015 | Paranoxybacillus | | scientific name | 3390015 | Paranoxybacillus Patel et al. 2024 | | authority | 3390020 | Thermaerobacillus | | scientific name | 3390020 | Thermaerobacillus Patel et al. 2024 | | authority | 3390202 | Xanthomonas translucens group | | scientific name | 3390273 | Klebsiella pneumoniae complex | | scientific name | 3391093 | Acestrorhamphidae | | scientific name | 3391113 | Acestrorhamphinae | | scientific name | 33917 | "Corynebacterium barkeri" Dias et al. 1962 | | authority | 33917 | Aureibacterium barkeri | | equivalent name | 33917 | Aureobacterium barkeri | | synonym | 33917 | Aureobacterium barkeri (ex Dias et al. 1962) Collins et al. 1983 | | authority | 33917 | Corynebacterium barkeri | | synonym | 33917 | Microbacterium barkeri | | scientific name | 33917 | Microbacterium barkeri (Collins et al. 1983) Takeuchi and Hatano 1998 | | authority | 33926 | "Candidatus Phytoplasma" Firrao et al. 2004 | | authority | 33926 | Candidatus Phytoplasma | | scientific name | 33926 | MLOs | | acronym | 33926 | Mycoplasma-like organisms | | synonym | 33926 | Phytoplasma | | equivalent name | 33926 | plant yellows agents | | genbank common name | 339268 | Mycobacterium colombiense | | scientific name | 339268 | Mycobacterium colombiense Murcia et al. 2006 | | authority | 339268 | Mycobacterium colombiense Murcia et al. 2006 emend. Nouioui et al. 2018 | | authority | 33945 | "Streptococcus avium" Nowlan and Deibel 1967 | | authority | 33945 | Enterococcus avium | | scientific name | 33945 | Enterococcus avium (ex Nowlan and Deibel 1967) Collins et al. 1984 | | authority | 33945 | Streptococcus avium | | synonym | 33951 | Acetobacterium | | scientific name | 33951 | Acetobacterium Balch et al. 1977 | | authority | 33953 | "Clostridium aminobutyricum" Hardman and Stadtman | | authority | 33953 | 'Clostridium aminobutyricum' | | synonym | 33953 | Clostridium aminobutyricum | | scientific name | 33958 | Lactobacillaceae | | scientific name | 33958 | Lactobacillaceae Winslow et al. 1917 (Approved Lists 1980) | | authority | 33958 | Lactobacillaceae Winslow et al. 1917 (Approved Lists 1980) emend. Zheng et al. 2020 | | authority | 33958 | Leuconostocaceae | | synonym | 33958 | Leuconostocaceae Schleifer 2010 | | authority | 33962 | "Lactobacillus kefir" (sic) Kandler and Kunath 1983 | | authority | 33962 | Lactobacillus kefiri corrig. Kandler and Kunath 1983 | | authority | 33962 | Lentilactobacillus kefiri | | scientific name | 33962 | Lentilactobacillus kefiri (Kandler and Kunath 1983) Zheng et al. 2020 | | authority | 33964 | Leuconostoc amelibiosum | | synonym | 33964 | Leuconostoc amelibiosum Schillinger et al. 1989 | | authority | 33964 | Leuconostoc citreum | | scientific name | 33964 | Leuconostoc citreum Farrow et al. 1989 | | authority | 339658 | Bacillus thuringiensis serovar navarrensis | | scientific name | 33973 | Acidobacterium | | scientific name | 33973 | Acidobacterium Kishimoto et al. 1991 | | authority | 3398 | Angiospermae | | synonym | 3398 | Magnoliophyta | | synonym | 3398 | Magnoliopsida | | scientific name | 3398 | angiosperms | | common name | 3398 | flowering plants | flowering plants | blast name | 3398 | flowering plants | flowering plants | genbank common name | 33981 | Kineococcus | | scientific name | 33981 | Kineococcus Yokota et al. 1993 | | authority | 3398495 | Bromeliae group (in: Brasilonema) | | scientific name | 33986 | Exiguobacterium | | scientific name | 33986 | Exiguobacterium Collins et al. 1984 | | authority | 339866 | Thiomonas bhubaneswarensis | | scientific name | 339866 | Thiomonas bhubaneswarensis Panda et al. 2009 | | authority | 339866 | Thiomonas sp. S10 | | includes | 33987 | Exiguobacterium aurantiacum | | scientific name | 33987 | Exiguobacterium aurantiacum Collins et al. 1984 | | authority | 33987 | Exiguobacterium sp. KDS 5 | | includes | 33988 | Rickettsieae | | scientific name | 33988 | Rickettsieae Philip 1957 (Approved Lists 1980) emend. Brenner et al. 1993 | | authority | 3399770 | "Candidatus Kapaibacteriales" Chuvochina et al. 2023 | | authority | 3399770 | Candidatus Kapaibacteriales | | scientific name | 3399770 | Kapaibacteriales | | equivalent name | 3399771 | "Candidatus Kapaibacteriaceae" Chuvochina et al. 2023 | | authority | 3399771 | Candidatus Kapaibacteriaceae | | scientific name | 3399771 | Kapaibacteriaceae | | equivalent name | 3400367 | Neotamlana | | scientific name | 3400367 | Neotamlana Huang et al. 2025 | | authority | 34008 | Rhodovulum | | scientific name | 34008 | Rhodovulum Hiraishi and Ueda 1994 | | authority | 340080 | Parameciidae | | scientific name | 340093 | Muju virus | | scientific name | 340096 | Tuberibacillus | | scientific name | 340096 | Tuberibacillus Hatayama et al. 2006 | | authority | 340097 | Tuberibacillus calidus | | scientific name | 340097 | Tuberibacillus calidus Hatayama et al. 2006 | | authority | 34018 | Rhodocista centenaria | | synonym | 34018 | Rhodocista centenaria Kawasaki et al. 1994 | | authority | 34018 | Rhodospirillum centenum | | scientific name | 34018 | Rhodospirillum centenum (Rhodocista centenaria) | | equivalent name | 34018 | Rhodospirillum centenum Favinger et al. 1994 | | authority | 340188 | Salmonella enterica subsp. enterica serovar Cerro | | scientific name | 34019 | "Candidatus Liberibacter" corrig. Jagoueix et al. 1997 | | authority | 34019 | "Candidatus Liberobacter" Jagoueix et al. 1997 | | synonym | 34019 | Candidatus Liberibacter | | synonym | 34019 | Liberibacter | | scientific name | 34019 | Liberibacter Fagen et al. 2014 | | authority | 3402413 | Natronomonadaceae | | scientific name | 3402413 | Natronomonadaceae Zhu et al. 2025 | | authority | 3402493 | Chrysomela chrysocephala | | synonym | 3402493 | Chrysomela chrysocephala Linnaeus, 1758 | | authority | 3402493 | Psylliodes (Psylliodes) chrysocephalus | | synonym | 3402493 | Psylliodes chrysocephala | | synonym | 3402493 | Psylliodes chrysocephala var. anglica | | synonym | 3402493 | Psylliodes chrysocephala var. chrysocephala | | synonym | 3402493 | Psylliodes chrysocephala var. collaris | | synonym | 3402493 | Psylliodes chrysocephalus | | scientific name | 3402493 | Psylliodes chrysocephalus (Linnaeus, 1758) | | authority | 3402561 | Amphisphaeriales | | scientific name | 3402561 | Amphisphaeriales D. Hawksw. & O.E. Erikss., 1986 | | authority | 3402707 | "Thermosphaera chiliense" Chos et al. 2024 | | authority | 3402707 | Thermosphaera chiliense | | scientific name | 34037 | "Rahnella" Izard et al. 1979 | | authority | 34037 | Rahnella | | scientific name | 34037 | Rahnella Izard et al. 1981 | | authority | 34037 | Rahnella Izard et al. 1981 emend. Brady et al. 2014 | | authority | 34037 | Rahnella Izard et al. 1981 emend. Jeon et al. 2021 | | authority | 34038 | "Rahnella aquatilis" Izard et al. 1979 | | authority | 34038 | Enterobacter cloacae-like class H2 | | synonym | 34038 | Rahnella aquatilis | | scientific name | 34038 | Rahnella aquatilis Izard et al. 1981 | | authority | 34042 | Salmonella enterica subsp. enterica serovar Pensacola | | scientific name | 34042 | Salmonella pensacola | | synonym | 34064 | Francisella group | | synonym | 34064 | Francisellaceae | | scientific name | 34064 | Francisellaceae Sjostedt 2005 | | authority | 34064 | Francisellaceae Sjostedt 2005 emend Boscaro et al. 2012 | | authority | 34064 | Francisellaceae Sjostedt 2005 emend Larson et al. 2016 | | authority | 34067 | Cycloclasticus | | scientific name | 34067 | Cycloclasticus Dyksterhouse et al. 1995 | | authority | 3407004 | unclassified Mediterranea (in: CFB group bacteria) | | scientific name | 3407010 | unclassified Microcystis (in: cyanobacteria) | | scientific name | 3407010 | unclassified Sphaerocavum | | synonym | 3407073 | unclassified Polyangium (in: bacteria) | | scientific name | 34072 | Variovorax | | scientific name | 34072 | Variovorax Willems et al. 1991 | | authority | 34073 | Alcaligenes paradoxus | | synonym | 34073 | Alcaligenes paradoxus Davis 1969 (Approved Lists 1980) | | authority | 34073 | Variovorax paradoxus | | scientific name | 34073 | Variovorax paradoxus (Davis 1969) Willems et al. 1991 | | authority | 34073 | Variovorax sp. R2-34 | | includes | 34073 | beta proteobacterium DBIso1 | | includes | 34087 | Sphingobacterium faecium | | scientific name | 34087 | Sphingobacterium faecium Takeuchi and Yokota 1993 | | authority | 34090 | Pelodictyon phaeoclathratiforme | | scientific name | 34090 | Pelodictyon phaeoclathratiforme Overmann and Pfennig 1990 | | authority | 34093 | Simkania | | scientific name | 34093 | Simkania Everett et al. 1999 | | authority | 34094 | Simkania sp. | | scientific name | 3409772 | Streptococcus mitis group | | scientific name | 34098 | Blattabacterium | | scientific name | 34098 | Blattabacterium Hollande and Favre 1931 | | authority | 3410118 | Phocinae | | scientific name | 3410118 | northern seals | | genbank common name | 34102 | "Cladothrix" Cohn 1875 | | authority | 34102 | Cladothrix | | synonym | 34102 | Sphaerotilus | | scientific name | 34102 | Sphaerotilus Kutzing 1833 (Approved Lists 1980) | | authority | 34102 | Sphaerotilus Kutzing 1833 (Approved Lists 1980) emend. Gridneva et al. 2011 | | authority | 34102 | Sphaerotilus Kutzing 1833 (Approved Lists 1980) emend. Smolyakov et al. 2025 | | authority | 34103 | "Cladothrix dichotoma" Cohn 1875 | | authority | 34103 | "Sphaerotilus dichotomus" (Cohn 1875) Migula 1900 | | authority | 34103 | "Sphaerotilus fluitans" (Migula 1895) Schikora 1899 | | authority | 34103 | "Streptothrix fluitans" Migula 1895 | | authority | 34103 | Cladothrix dichotoma | | synonym | 34103 | Sphaerotilus dichotomus | | synonym | 34103 | Sphaerotilus fluitans | | synonym | 34103 | Sphaerotilus natans | | scientific name | 34103 | Sphaerotilus natans Kutzing 1833 | | authority | 34103 | Streptothrix fluitans | | synonym | 341189 | Serpula lacrymans var. lacrymans | | scientific name | 34145 | Closterium | | scientific name | 34145 | Closterium Nitzsch ex Ralfs, 1848 | | authority | 34146 | Closterium peracerosum-strigosum-littorale complex | | scientific name | 3414684 | "Candidatus Tepidiaquacellales" Kadnikov et al. 2020 | | authority | 3414684 | "Candidatus Usuriscales" Pallen et al. 2022 | | authority | 3414684 | Candidatus Tepidiaquacellales | | scientific name | 3414684 | Candidatus Usuriscales | | synonym | 3414684 | Tepidiaquacellales | | equivalent name | 3414684 | Usuriscales | | equivalent name | 3414684 | o__SJA-28 | | synonym | 3414708 | unclassified Candidatus Tepidiaquacellales | | scientific name | 3415498 | "Candidatus Methanomethylia" Vanwonterghem et al. 2016 | | synonym | 3415498 | "Candidatus Methanomethylicia" corrig. Vanwonterghem et al. 2016 | | authority | 3415498 | "Candidatus Methanosuratincolia" Wu et al. 2024 | | authority | 3415498 | Candidatus Methanomethylicia | | synonym | 3415498 | Candidatus Methanosuratincolia | | synonym | 3415498 | Methanomethylicia | | equivalent name | 3415498 | Methanosuratincolia | | scientific name | 3415498 | Methanosuratincolia Wu et al. 2025 | | authority | 34168 | Diphasiastrum complanatum | | scientific name | 34168 | Diphasiastrum complanatum (L.) Holub, 1975 | | authority | 34168 | Lycopodium complanatum | | synonym | 34168 | Lycopodium complanatum L., 1753 | | authority | 3418604 | Betacoronavirus pandemicum | | scientific name | 3418650 | Lentivirus humimdef1 | | scientific name | 3418654 | Lentivirus simimdef | | scientific name | 3418804 | Peronosporomycetes | | scientific name | 3418804 | Peronosporomycetes M.W. Dick, 2001 | | authority | 3419797 | Oeneis | Oeneis | scientific name | 3419797 | Oeneis (Oeneis) | | includes | 342002 | Mycobacterium arupense | | synonym | 342002 | Mycobacterium arupense Cloud et al. 2006 | | authority | 342002 | Mycobacterium arupense Cloud et al. 2006 emend. Nouioui et al. 2018 | | authority | 342002 | Mycolicibacter arupensis | | scientific name | 342002 | Mycolicibacter arupensis (Cloud et al. 2006) Gupta et al. 2018 | | authority | 3423716 | Parasphingopyxidaceae | | scientific name | 3423716 | Parasphingopyxidaceae Wang et al. 2025 | | authority | 3423717 | Sphingobiaceae | | scientific name | 3423717 | Sphingobiaceae Wang et al. 2025 | | authority | 3423718 | Sphingopyxidaceae | | scientific name | 3423718 | Sphingopyxidaceae Wang et al. 2025 | | authority | 3423719 | Sphingorhabdaceae | | scientific name | 3423719 | Sphingorhabdaceae Wang et al. 2025 | | authority | 3423720 | Blastomonadaceae | | scientific name | 3423720 | Blastomonadaceae Wang et al. 2025 | | authority | 342381 | Alcedo senegalensis | | synonym | 342381 | Alcedo senegalensis Linnaeus, 1766 | | authority | 342381 | Halcyon senegalensis | | scientific name | 3424297 | Caudoviricetes incertae sedis | | scientific name | 3424642 | Connertonviridae | | scientific name | 3426474 | Asfivirus haemorrhagiae | | scientific name | 3426505 | Avastrovirus galli | | scientific name | 3426993 | Begomovirus solanumdelhiense | | scientific name | 3427237 | Betanodavirus epinepheli | | scientific name | 34275 | Gossypium mustelinum | | scientific name | 34275 | Gossypium mustelinum Miers ex G.Watt, 1907 | | authority | 34276 | Gossypium darwinii | | scientific name | 34276 | Gossypium darwinii G.Watt, 1907 | | authority | 34277 | Gossypium tomentosum | | scientific name | 34277 | Gossypium tomentosum Nutt. ex Seem., 1865 | | authority | 342808 | Paratrimastix pyriformis | | scientific name | 342808 | Trimastix pyriformis | | synonym | 3428502 | Enterovirus betacoxsackie | | scientific name | 34286 | Gossypium klotzschianum | | scientific name | 34286 | Gossypium klotzschianum Andersson, 1855 | | authority | 34287 | Gossypium davidsonii | | scientific name | 34287 | Gossypium davidsonii Kellogg, 1873 | | authority | 3428793 | Fletchervirus CJLB10 | | scientific name | 34289 | Gossypium lobatum | | scientific name | 34289 | Gossypium lobatum Gentry, 1956 | | authority | 34290 | Erioxylum aridum | | synonym | 34290 | Erioxylum aridum Rose & Standl., 1911 | | authority | 34290 | Gossypium aridum | | scientific name | 34290 | Gossypium aridum (Rose & Standl.) Skovst., 1934 | | authority | 34294 | Cucurbita argyrosperma | | scientific name | 34294 | Cucurbita argyrosperma C.Huber, 1867 | | authority | 3429929 | Ilarvirus PDV | | scientific name | 343 | "Bacterium translucens" Jones et al. 1917 | | authority | 343 | Bacterium translucens | | synonym | 343 | Xanthomonas translucens | | scientific name | 343 | Xanthomonas translucens (ex Jones et al. 1917) Vauterin et al. 1995 | | authority | 3431745 | Polerovirus CYDVRPS | | scientific name | 3432 | Laurales | | scientific name | 3432 | Laurales Juss. ex Bercht. & J.Presl, 1820 | | authority | 3432 | Laurineae | | includes | 3432176 | Robigovirus viridiavii | | scientific name | 3432193 | Rotavirus alphagastroenteritidis | | scientific name | 3432284 | Schiekvirus Pef771 | | scientific name | 34329 | Corymbia citriodora | | scientific name | 34329 | Corymbia citriodora K.D.Hill & L.A.S.Johnson, 1995 | | authority | 34329 | Eucalyptus citriodora | | synonym | 34329 | lemon-scented gum | | genbank common name | 3433 | Lauraceae | | scientific name | 3433 | Lauraceae Juss., 1789 | | authority | 3433 | laurel family | | common name | 343334 | Costertonia | | scientific name | 343334 | Costertonia Kwon et al. 2006 | | authority | 3433342 | Warwickvirus poky | | scientific name | 3434 | Persea | | scientific name | 3434 | Persea Mill., 1754 | | authority | 343403 | Costertonia aggregata | | scientific name | 343403 | Costertonia aggregata Kwon et al. 2006 | | authority | 3434657 | Tarzettaceae | | scientific name | 3434657 | Tarzettaceae Ekanayaka, K.D. Hyde, Q. Zhao & E.B.G. Jones, 2018 | | authority | 3435 | Laurus persea | | synonym | 3435 | Laurus persea L., 1753 | | authority | 3435 | Persea americana | | scientific name | 3435 | Persea americana Mill., 1768 | | authority | 3435 | Persea americana var. tolimanensis | | synonym | 3435 | Persea americana var. tolimanensis (Zentmyer & Schieber) Scora, 2002 | | authority | 3435 | Persea gratissima | | synonym | 3435 | Persea gratissima C.F.Gaertn., 1807 | | authority | 3435 | Persea tolimanensis | | synonym | 3435 | Persea tolimanensis Zentmyer & Schieber, 1990 | | authority | 3435 | avocado | | genbank common name | 343510 | Legionella impletisoli | | scientific name | 343510 | Legionella impletisoli Kuroki et al. 2007 | | authority | 3435293 | Faecalibacterium langellae | | scientific name | 3435293 | Faecalibacterium langellae Ang et al. 2025 | | authority | 34353 | Dipodascaceae | | scientific name | 34353 | Dipodascaceae Engl. & E. Gilg, 1924 | | authority | 34353 | anamorphic Dipodascaceae | | includes | 34353 | mitosporic Dipodascaceae | | includes | 3435358 | Pavlovophyceae | | scientific name | 343564 | Hermetiinae | | scientific name | 343581 | Hermetia | | scientific name | 34368 | Geoglossaceae | | scientific name | 34368 | Geoglossaceae Corda, 1838 | | authority | 343691 | Hermetia illucens | | scientific name | 343691 | Hermetia illucens (Linnaeus, 1758) | | authority | 343691 | black soldier fly | | genbank common name | 34371 | Erysiphaceae | | scientific name | 34371 | Erysiphaceae Tul. & C. Tul., 1861 | | authority | 34371 | anamorphic Erysiphaceae | | includes | 34371 | mitosporic Erysiphaceae | | includes | 343758 | Cautires | | scientific name | 343758 | Cautires Waterhouse, 1879 | | authority | 34384 | Arthrodermataceae | | scientific name | 34384 | Arthrodermataceae Locq. ex Currah, 1985 | | authority | 34384 | Arthrodermataceae anamorphs | | synonym | 34384 | anamorphic Arthrodermataceae | | synonym | 34384 | dermatophytes | | genbank common name | 34384 | mitosporic Arthrodermataceae | | includes | 34395 | Chaetothyriales | | scientific name | 34395 | Chaetothyriales M.E. Barr, 1987 | | authority | 34395 | black yeasts | | genbank common name | 34397 | Clavicipitaceae | | scientific name | 34397 | anamorphic Clavicipitaceae | | includes | 34397 | mitosporic Clavicipitaceae | | includes | 3440 | Ranunculaceae | | scientific name | 3440 | Ranunculaceae Juss., 1789 | | authority | 3440 | buttercup family | | common name | 3440528 | Ephemerocybe | | scientific name | 3440528 | Ephemerocybe Fayod, 1889 | | authority | 3440528 | Tulosesus | | synonym | 3440528 | Tulosesus D. Wacht. & A. Melzer, 2020 | | authority | 3440663 | "Pedosphaerae" Tsitko et al. 2014 | | authority | 3440663 | Pedosphaerae | | scientific name | 3440664 | "Pedosphaerales" Tsitko et al. 2014 | | authority | 3440664 | Pedosphaerales | | scientific name | 3440665 | "Pedosphaeraceae" Tsitko et al. 2014 | | authority | 3440665 | Pedosphaeraceae | | scientific name | 34431 | Attamyces | | synonym | 34431 | Attamyces Kreisel, 1972 | | authority | 34431 | Leucocoprinus | | scientific name | 34431 | Leucocoprinus Pat., 1888 | | authority | 344338 | uncultured Bacillota bacterium | | scientific name | 344338 | uncultured Firmicutes bacterium | | synonym | 344338 | uncultured Firmicutes sp. | | synonym | 344338 | uncultured firmicute | | synonym | 34435 | Macrolepiota | | scientific name | 34435 | Macrolepiota Singer, 1948 | | authority | 34444 | Lactarius | Lactarius | scientific name | 34444 | Lactarius Pers., 1797 | | authority | 34444 | milk-cap fungi | | common name | 3444708 | "Candidatus Iainarchaeia" Rinke et al. 2021 | | authority | 3444708 | Candidatus Iainarchaeia | | scientific name | 3444708 | Iainarchaeia | | equivalent name | 3444709 | "Candidatus Iainarchaeales" Rinke et al. 2021 | | authority | 3444709 | Candidatus Iainarchaeales | | scientific name | 3444709 | Iainarchaeales | | equivalent name | 3444710 | "Candidatus Iainarchaeaceae" Rinke et al. 2021 | | authority | 3444710 | Candidatus Iainarchaeaceae | | scientific name | 3444710 | Iainarchaeaceae | | equivalent name | 34448 | Marasmius | | scientific name | 34448 | Marasmius Fr., 1835 | | authority | 344610 | Escherichia coli 53638 | | scientific name | 344612 | Aspergillus clavatus NRRL 1 | | scientific name | 34470 | Agaricus djamor | | synonym | 34470 | Agaricus djamor Rumph., 1750 | | authority | 34470 | Pleurotus djamor | | scientific name | 34470 | Pleurotus djamor (Rumph. ex Fr.) Boedijn 1959 | | authority | 34470 | Pluteus sp. 'jamur' | | includes | 34475 | Boletus roseus | | synonym | 34475 | Boletus roseus Alb. & Schwein., 1805 | | authority | 34475 | Fomitopsis rosea | | synonym | 34475 | Fomitopsis rosea (Alb. & Schwein.) P. Karst., 1881 | | authority | 34475 | Rhodofomes roseus | | scientific name | 34475 | Rhodofomes roseus (Alb. & Schwein.) Kotl. & Pouzar, 1990 | | synonym | 3447509 | Streptomyces sp. HUAS TT20 | | scientific name | 34478 | Spizellomycetales | | scientific name | 34478 | Spizellomycetales D.J.S. Barr, 1980 | | authority | 34479 | Spizellomycetaceae | | scientific name | 34479 | Spizellomycetaceae D.J.S. Barr, 1980 | | authority | 34486 | Ancylistaceae | | scientific name | 34486 | Ancylistaceae Pfitzer, 1872 | | authority | 34487 | Conidiobolus | | scientific name | 34487 | Conidiobolus Bref., 1884 | | authority | 34487 | Delacroixia | | synonym | 34487 | Delacroixia Sacc. & P. Syd., 1899 | | authority | 34488 | Boudierella coronata | | synonym | 34488 | Boudierella coronata Costantin, 1897 | | authority | 34488 | Conidiobolus coronatus | | scientific name | 34488 | Conidiobolus coronatus (Costantin) A. Batko, 1964 | | authority | 34488 | Delacroixia coronata | | synonym | 34488 | Delacroixia coronata (Costantin) Sacc. & P. Syd., 1899 | | authority | 34488 | Entomophthora coronata | | synonym | 34488 | Entomophthora coronata (Costantin) Kevorkian, 1937 | | authority | 34489 | Mucoraceae | | scientific name | 34489 | Mucoraceae Fr., 1821 | | authority | 34489 | Thamnidiaceae | | synonym | 34502 | Paragonimidae | | synonym | 34502 | Troglotrematidae | | scientific name | 34503 | Paragonimus | | scientific name | 34504 | Distoma westermani | | synonym | 34504 | Distoma westermani Kerbert, 1878 | | authority | 34504 | Paragonimus westermani | | scientific name | 34504 | Paragonimus westermani (Kerbert, 1878) | | authority | 3456524 | "Crystallibacter" Plotnikova et al. 2024 | | authority | 3456524 | Crystallibacter | | scientific name | 3456524 | Crystallibacter Plotnikova et al. 2025 | | authority | 3456997 | Saprolegniomycetes | | scientific name | 3456997 | Saprolegniomycetes Thines & Beakes, 2015 | | authority | 3456998 | Achlyaceae | | scientific name | 3456998 | Achlyaceae Pires-Zottar., Thines, A.L. Jesus & S.C.O. Paixao, 2024 | | authority | 346 | "Xanthomonas citri" (Hasse 1915) Dowson 1939 | | authority | 346 | "Xanthomonas citri" (ex Hasse 1915) Gabriel et al. 1989 emend. Schaad et al. 2006 | | authority | 346 | Xanthomonas axonopodis pv. citri | | synonym | 346 | Xanthomonas campestris (pv. citri) | | synonym | 346 | Xanthomonas citri | | scientific name | 346 | Xanthomonas citri (ex Hasse 1915) Gabriel et al. 1989 | | authority | 346 | Xanthomonas citri (ex Hasse 1915) Gabriel et al. 1989 emend. Ah-You et al. 2009 | | authority | 346 | Xanthomonas citri (ex Hasse 1915) Gabriel et al. 1989 emend. Constantin et al. 2016 | | authority | 34619 | Anocentor | | synonym | 34619 | Dermacentor | | scientific name | 34620 | Dermacentor andersoni | | scientific name | 34620 | Dermacentor andersoni Stiles, 1908 | | authority | 34625 | Hyalomma | | scientific name | 34627 | Hyalomma marginatum | | scientific name | 34627 | Hyalomma marginatum Koch, 1844 | | authority | 3462706 | "Cognatundibacterium" Lu et al. 2025 | | authority | 3462706 | Cognatundibacterium | | scientific name | 3462706 | Cognatundibacterium Lu et al. 2026 | | authority | 34630 | Rhipicephalus | Rhipicephalus | scientific name | 34634 | Mesostigmata | | scientific name | 34643 | Theridiidae | | scientific name | 34643 | cobweb weavers | | genbank common name | 3465 | Papaveraceae | | scientific name | 3465 | Papaveraceae Juss., 1789 | | authority | 3465 | Papaverineae | | in-part | 3465 | Pteridophyllaceae | | includes | 3465 | poppy family | | common name | 3466454 | Aestuariispiraceae | | scientific name | 3466454 | Aestuariispiraceae Hu et al. 2025 | | authority | 3466516 | Afrosoricida | | scientific name | 34667 | Cerambycidae | | scientific name | 34667 | long-horned beetles | | genbank common name | 3467296 | Allobogoriellales | | scientific name | 3467296 | Allobogoriellales Deshmukh and Oren 2025 | | authority | 3467296 | Bogoriellales | | synonym | 3467296 | Bogoriellales Salam et al. 2020 | | authority | 3468 | Papaver | | scientific name | 3468 | Papaver L. | | authority | 3468 | Stylomecon | | synonym | 3468 | Stylomecon G.Taylor, 1930 | | authority | 34687 | Stratiomyidae | | scientific name | 34687 | soldier flies | | genbank common name | 3469 | Papaver somniferum | | scientific name | 3469 | Papaver somniferum L., 1753 | | authority | 3469 | Papaver somniferum convar. nigrum (Hayne) Alef. | | includes | 3469 | opium poppy | | genbank common name | 34695 | Myrmicinae | | scientific name | 347 | "Pseudomonas oryzae" Uyeda and Ishiyama in Ishiyama 1926 | | synonym | 347 | "Xanthomonas oryzae" (Uyeda and Ishiyama 1926) Dowson 1943 | | authority | 347 | Xanthomonas oryzae | | scientific name | 347 | Xanthomonas oryzae (ex Ishiyama 1922) Swings et al. 1990 emend. van den Mooter and Swings 1990 | | authority | 34717 | Trachymyrmex | | scientific name | 34725 | Vespoidea | | scientific name | 34735 | Apoidea | | scientific name | 347481 | Asticcacaulis benevestitus | | scientific name | 347481 | Asticcacaulis benevestitus Vasilyeva et al. 2006 | | authority | 347515 | Leishmania major MHOM/IL/81/Friedlin | | synonym | 347515 | Leishmania major strain Friedlin | | scientific name | 347515 | LmjF | | acronym | 3475240 | "Nitrospirillum bahiense" Zilli et al. 2025 | | authority | 3475240 | Nitrospirillum bahiense | | scientific name | 347533 | Zobellella | | scientific name | 347533 | Zobellella Lin and Shieh 2006 emend. Yi et al. 2011 | | authority | 34763 | Oikopleura | | scientific name | 34765 | Oikopleura dioica | | scientific name | 34765 | Oikopleura dioica Fol, 1872 | | authority | 34772 | Alosa | | scientific name | 34773 | Alosa sapidissima | | scientific name | 34773 | Alosa sapidissima (Wilson, 1811) | | authority | 34773 | American shad | | genbank common name | 34773 | Clupea sapidissima | | synonym | 34773 | Clupea sapidissima Wilson, 1811 | | authority | 347750 | Stenomatinae | | scientific name | 347751 | Antaeotricha | | scientific name | 3479 | Trema | | scientific name | 3479 | Trema Lour., 1709 | | authority | 3479148 | "Paenalicyclobacillus" Sinninghe Damste et al. 2025 | | authority | 3479148 | Paenalicyclobacillus | | scientific name | 3479148 | Paenalicyclobacillus Sinninghe Damste et al. 2026 | | authority | 3479963 | Phycobium | | scientific name | 3479963 | Phycobium Kim et al. 2025 | | authority | 3481 | Cannabaceae | | scientific name | 3481 | Cannabaceae Martinov, 1820 | | authority | 3481 | Cannabidaceae | | equivalent name | 3481 | Cannabinaceae | | equivalent name | 3481 | hemp family | | genbank common name | 3481 | hop family | | common name | 34815 | Morone | | scientific name | 34815 | Roccus | | synonym | 34816 | Morone saxatilis | | scientific name | 34816 | Morone saxatilis (Walbaum, 1792) | | authority | 34816 | Perca saxatilis | | synonym | 34816 | Perca saxatilis Walbaum, 1792 | | authority | 34816 | striped bass | | common name | 34816 | striped sea-bass | | genbank common name | 34828 | Eulemur mongoz | | scientific name | 34828 | Lemur mongoz | | synonym | 34828 | Lemur mongoz Linnaeus, 1758 | | authority | 34828 | mongoose lemur | | genbank common name | 348386 | unclassified Lentivirus | | scientific name | 348386 | unclassified Ovine/caprine lentivirus | | synonym | 348386 | unclassified Primate lentivirus group | | synonym | 348388 | Acinetobacter sp. AG1 | | scientific name | 34839 | Chinchilla lanigera | | scientific name | 34839 | Chinchilla lanigera Bennett, 1829 | | authority | 34839 | Chinchilla velligera | | synonym | 34839 | Chinchilla velligera Prell, 1934 | | authority | 34839 | Chinchilla villidera | | synonym | 34839 | Mus laniger | | includes | 34839 | Mus laniger Molina, 1782 | | authority | 34839 | long-tailed chinchilla | | genbank common name | 348442 | Georgenia ruanii | | scientific name | 348442 | Georgenia ruanii Li et al. 2007 | | authority | 3487 | Moraceae | | scientific name | 3487 | Moraceae Gaudich., 1835 | | authority | 3487 | mulberry family | | common name | 348720 | Pararge aegeria aegeria | | scientific name | 34877 | Muntiacinae | | scientific name | 34878 | Cervinae | | scientific name | 34879 | Nyctereutes | | scientific name | 34880 | Canis procyonoides | | synonym | 34880 | Canis procyonoides Gray, 1834 | | authority | 34880 | Nyctereutes procyonoides | | scientific name | 34880 | raccoon dog | | genbank common name | 348802 | Exophiala xenobiotica | | scientific name | 348802 | Exophiala xenobiotica de Hoog, J.S. Zeng, Harrak & Deanna A. Sutton, 2006 | | authority | 34881 | Enhydra | | scientific name | 34881 | Enhydra Fleming 1822 | | authority | 34882 | Enhydra lutris | | scientific name | 34882 | Enhydra lutris (Linnaeus, 1758) | | authority | 34882 | Mustela lutris | | synonym | 34882 | Mustela lutris Linnaeus, 1758 | | authority | 34882 | sea otter | | genbank common name | 348841 | unclassified Clostridia | | scientific name | 34902 | Trachemys | | scientific name | 34902 | sliders | | common name | 34903 | Chrysemys scripta | | synonym | 34903 | Pseudemys scripta | | synonym | 34903 | Testudo scripta | | synonym | 34903 | Testudo scripta Thunberg, 1792 | | authority | 34903 | Trachemys scripta | | scientific name | 34903 | Trachemys scripta (Thunberg in Schoepf, 1792) | | authority | 34903 | pond slider | | genbank common name | 34915 | Alligatorinae | | scientific name | 34915 | alligators | | genbank common name | 349312 | Krasilnikovia | | scientific name | 349312 | Krasilnikovia Ara and Kudo 2007 | | authority | 349313 | Krasilnikovia cinnamomea | | scientific name | 349313 | Krasilnikovia cinnamomea Ara and Kudo 2007 | | authority | 349313 | Krasilnikovia cinnamomea corrig. Ara and Kudo 2007 | | authority | 349313 | Krasilnikovia cinnamonea | | synonym | 34944 | Vireoninae | | scientific name | 34944 | shrike-vireos | | genbank common name | 34956 | Muscicapa altiloqua | | synonym | 34956 | Muscicapa altiloqua Vieillot, 1808 | | authority | 34956 | Vireo altiloquus | | scientific name | 34956 | black-whiskered vireo | | genbank common name | 3497 | Morus | Morus | scientific name | 3497 | Morus L., 1753 | | authority | 3497 | mulberries | | genbank common name | 3497 | mulberry trees | | common name | 349747 | Yersinia pseudotuberculosis IP 31758 | | scientific name | 349747 | Yersinia pseudotuberculosis str. IP 31758 | | equivalent name | 349747 | Yersinia pseudotuberculosis strain IP 31758 | | equivalent name | 34979 | Boidea | | synonym | 34979 | Booidea | | synonym | 34979 | Henophidia | | scientific name | 34984 | Pythonidae | | scientific name | 34984 | Pythoninae | | synonym | 34984 | true pythons | | genbank common name | 34989 | Colubroidea | | scientific name | 34989 | Xenophidia | | synonym | 34999 | Thamnophis | | scientific name | 35005 | Eutainia elegans | | synonym | 35005 | Eutainia elegans Baird & Girard, 1853 | | authority | 35005 | Thamnophis elegans | | scientific name | 35005 | Western terrestrial garter snake | | genbank common name | 3502 | Casuarinales | | includes | 3502 | Casuarinales Bercht. & J. Presl, 1820 | | authority | 3502 | Fagales | | scientific name | 3502 | Fagales Engl., 1892 | | authority | 3502 | Juglandales | | includes | 3502 | Juglandales Bercht. & J. Presl, 1820 | | authority | 3502 | Myricineae | | includes | 3503 | Fagaceae | | scientific name | 3503 | Fagaceae Dumort., 1829 | | authority | 3503 | beech family | | common name | 35069 | Crinoidea | | scientific name | 35069 | crinoids | crinoids | blast name | 35069 | crinoids | crinoids | genbank common name | 35070 | Articulata | Articulata | scientific name | 35085 | Plasmodium semiovale | | synonym | 35085 | Plasmodium simiovale | | scientific name | 35085 | Plasmodium simiovale Dissanaike, Nelson & Garnham, 1965 | | authority | 350893 | Flavobacterium daejeonense | | scientific name | 350893 | Flavobacterium daejeonense Kim et al. 2006 | | authority | 350893 | Flavobacterium sp. GH1-10 | | includes | 350893 | Flavobacterium sp. LB-W | | includes | 351 | Azotobacter group | | scientific name | 351 | Azotobacteraceae | | synonym | 351 | Azotobacteraceae Pribram 1933 | | authority | 351052 | Alkalilimnicola ehrlichii | | scientific name | 351052 | Alkalilimnicola ehrlichii Hoeft et al. 2007 | | authority | 3511 | Quercus | | scientific name | 3511 | Quercus L. | | authority | 351195 | Salimicrobium | | scientific name | 351195 | Salimicrobium Yoon et al. 2007 | | authority | 35140 | Chrysochromulina | | scientific name | 352 | "Azotomonas" Orla-Jensen 1909 | | authority | 352 | "Parachromatium" Beijerinck 1903 | | authority | 352 | Azotobacter | | scientific name | 352 | Azotobacter Beijerinck 1901 (Approved Lists 1980) | | authority | 352 | Azotomonas | | synonym | 352 | Parachromatium | | synonym | 3524 | Caryophyllales | | scientific name | 3524 | Caryophyllales Juss. ex Bercht. & J.Presl, 1820 | | authority | 3524 | Centrospermae | | synonym | 3524 | Nepenthineae | | includes | 3524 | Physenales | | includes | 3524 | Polygonales | | includes | 352449 | Giesbergeria | | scientific name | 352449 | Giesbergeria Grabovich et al. 2006 | | authority | 352851 | Sclerotinia nivalis | | scientific name | 352851 | Sclerotinia nivalis I. Saito, 1997 | | authority | 353 | "Bacillus azotobacter" Lohnis and Hanzawa 1914 | | authority | 353 | "Bacillus chroococcus" Buchanan 1925 | | authority | 353 | Azotobacter chroococcum | | scientific name | 353 | Azotobacter chroococcum Beijerinck 1901 (Approved Lists 1980) | | authority | 353 | Azotobacter chroococcum Beijerinck 1901 (Approved Lists 1980) emend. Jin et al. 2020 | | authority | 353 | Bacillus azotobacter | | synonym | 353 | Bacillus chroococcus | | synonym | 353 | Pseudomonas sp. AZE8 | | includes | 353 | bacterium ASAZT-26 | | includes | 353 | bacterium ASAZT-77 | | includes | 353 | gamma proteobacterium ISSDS-859 | | includes | 353 | gamma proteobacterium ISSDS-861 | | includes | 353 | gamma proteobacterium ISSDS-863 | | includes | 353 | gamma proteobacterium ISSDS-864 | | includes | 353 | gamma proteobacterium ISSDS-865 | | includes | 353 | gamma proteobacterium ISSDS-867 | | includes | 353565 | Polytomella magna | | scientific name | 353565 | Polytomella magna E.G.Pringsh. | | authority | 353565 | Polytomella sp. SAG 63-4 | | includes | 354243 | Mycobacterium kumamotoense | | synonym | 354243 | Mycobacterium kumamotonense | | synonym | 354243 | Mycobacterium kumamotonense Masaki et al. 2007 | | authority | 354243 | Mycobacterium kumamotonense Masaki et al. 2007 emend. Nouioui et al. 2018 | | authority | 354243 | Mycolicibacter kumamotonensis | | scientific name | 354243 | Mycolicibacter kumamotonensis (Masaki et al. 2007) Gupta et al. 2018 | | authority | 354243 | Mycolicibacter sp. GR-21075 | | includes | 354276 | Enterobacter cloacae complex | | scientific name | 354349 | Pseudochrobactrum | | scientific name | 354349 | Pseudochrobactrum Kampfer et al. 2006 | | authority | 354351 | Pseudochrobactrum asaccharolyticum | | scientific name | 354351 | Pseudochrobactrum asaccharolyticum Kampfer et al. 2006 | | authority | 354354 | Niastella | | scientific name | 354354 | Niastella Weon et al. 2006 emend. Zhang et al. 2010 | | authority | 354355 | Niastella yeongjuensis | | scientific name | 354355 | Niastella yeongjuensis Weon et al. 2006 | | authority | 354356 | Niastella koreensis | | scientific name | 354356 | Niastella koreensis Weon et al. 2006 | | authority | 35460 | Chlorellales | | scientific name | 35460 | Oocystales | | includes | 35461 | Chlorellaceae | | scientific name | 35461 | Micractiniaceae | | synonym | 35466 | Selenastraceae | | scientific name | 35466 | Selenastraceae Blackman & Tansley, 1903 | | authority | 35484 | Haematococcaceae | | scientific name | 35484 | Haematococcaceae G.M.Smith, 1950 | | authority | 35491 | DO clade | | synonym | 35491 | Sphaeropleales | | scientific name | 35491 | Sphaeropleales Luerssen, 1877 | | authority | 35493 | Streptophyta | | scientific name | 35493 | Streptophyta Bremer, 1985 | | authority | 35497 | Suiformes | Suiformes | in-part | 35497 | Suina | | scientific name | 35500 | Pecora | | scientific name | 3554 | Beta | Beta | scientific name | 3554 | Beta L., 1753 | | authority | 3555 | Beta vulgaris Sugar Beet Group | | synonym | 3555 | Beta vulgaris cv. Saccharifera | | includes | 3555 | Beta vulgaris cv. Saccharifera Alef. | | includes | 3555 | Beta vulgaris subsp. vulgaris | | scientific name | 3555 | Beta vulgaris subsp. vulgaris Doell. | | authority | 3555 | Beta vulgaris subsp. vulgaris var. altissima | | synonym | 3555 | Beta vulgaris var. altissima | | synonym | 3555 | Beta vulgaris var. altissima Doell. | | authority | 3555 | Swiss chard | | common name | 3555 | field beet | | common name | 3555 | garden beet | | common name | 3555 | spinach chard | | common name | 3555 | sugar beet | | genbank common name | 3555 | table beet | | common name | 355591 | Marinobacter vinifirmus | | scientific name | 355591 | Marinobacter vinifirmus Liebgott et al. 2006 | | authority | 355688 | Agaricomycetes incertae sedis | | scientific name | 355688 | Homobasidiomycetes incertae sedis | | includes | 35571 | Bradysia | | scientific name | 3558 | Chenopodium | | scientific name | 3558 | Chenopodium L., 1753 | | authority | 355930 | Microcella alkalica | | scientific name | 355930 | Microcella alkalica Xie et al. 2022 | | synonym | 355930 | Yonghaparkia alkaliphila | | synonym | 355930 | Yonghaparkia alkaliphila Yoon et al. 2006 | | authority | 356 | Hyphomicrobiales | | scientific name | 356 | Hyphomicrobiales Douglas 1957 (Approved Lists 1980) | | authority | 356 | Hyphomicrobiales Douglas 1957 emend. Hordt et al. 2020 | | authority | 356 | Rhizobiales | | synonym | 356 | Rhizobiales Kuykendall 2006 | | authority | 356 | alpha-2 proteobacteria | alpha-2 proteobacteria | in-part | 356 | rhizobacteria | | synonym | 35608 | Artemisia annua | | scientific name | 35608 | Artemisia annua L., 1753 | | authority | 35608 | sweet Annie | | common name | 35608 | sweet wormwood | | genbank common name | 3561 | Spinacea | | synonym | 3561 | Spinacia | | scientific name | 3561 | Spinacia L., 1753 | | authority | 356145 | Nocardia ninae | | scientific name | 356145 | Nocardia ninae Laurent et al. 2007 | | authority | 35617 | "Mycobacterium indicus pranii" Ahmed et al. 2007 | | authority | 35617 | Mycobacterium indicus pranii | | synonym | 35617 | Mycobacterium intracellulare subsp. intracellulare | | scientific name | 35617 | Mycobacterium intracellulare subsp. intracellulare (Ahmed et al. 2007) Castejon et al. 2018 | | authority | 35617 | Mycobacterium sp. 'indicus pranii' | | equivalent name | 35617 | Mycobacterium sp. w | | synonym | 35617 | Mycobacterium w | | synonym | 3562 | Spinacea oleracea | | equivalent name | 3562 | Spinacia oleracea | | scientific name | 3562 | Spinacia oleracea L., 1753 | | authority | 3562 | spinach | | genbank common name | 3563 | Amaranthaceae | | scientific name | 3563 | Amaranthaceae Juss., 1789 | | authority | 3563 | Chenopodiaceae | | synonym | 3563 | Chenopodiaceae Vent., 1799 | | authority | 3563 | amaranth family | | genbank common name | 3563 | goosefoot family | | common name | 35675 | Pelagophyceae | | scientific name | 35675 | Pelagophyceae Andersen & Saunders 1993 | | authority | 35675 | pelagophytes | pelagophytes | blast name | 35675 | pelagophytes | pelagophytes | common name | 3569723 | Allocoprococcus | | scientific name | 3569723 | Allocoprococcus Yamamoto et al. 2026 | | authority | 357 | "Polymonas" Lieske 1928 | | authority | 357 | Agrobacterium | | scientific name | 357 | Agrobacterium Conn 1942 (Approved Lists 1980) | | authority | 357 | Agrobacterium Conn 1942 (Approved Lists 1980) emend. Sawada et al. 1993 | | authority | 357 | Polymonas | | synonym | 35701 | "Heliobacterium modesticaldum" Kimble et al. 1995 | | authority | 35701 | Heliobacterium modesticaldum | | synonym | 35701 | Heliobacterium modesticaldum Kimble et al. 1996 | | authority | 35701 | Heliomicrobium modesticaldum | | scientific name | 35701 | Heliomicrobium modesticaldum (Kimble et al. 1996) Kyndt et al. 2021 | | authority | 35703 | Citrobacter amalonaticus | | scientific name | 35703 | Citrobacter amalonaticus (Young et al. 1971) Brenner and Farmer 1982 | | synonym | 35703 | Citrobacter intermedius biogroup a | | synonym | 35703 | Levinea amalonatica | | synonym | 35703 | Levinea amalonatica Young et al. 1971 (Approved Lists 1980) | | authority | 35715 | Prosopis | Prosopis | scientific name | 35715 | Prosopis L., 1767 | | authority | 35715 | mesquite | | common name | 35717 | Epichloe festucae | | scientific name | 35717 | Epichloe festucae Leuchtm., Schardl & M.R. Siegel, 1995 | | authority | 35721 | Parasitella | | scientific name | 35721 | Parasitella Bainier, 1903 | | authority | 35722 | Parasitella parasitica | | scientific name | 35722 | Parasitella simplex | | synonym | 35729 | Pseudotrematomus | | synonym | 35729 | Trematomus | | scientific name | 35737 | Dipodinae | | scientific name | 357441 | Enterococcus lactis | | scientific name | 357441 | Enterococcus lactis Morandi et al. 2012 | | authority | 357441 | Enterococcus sp. 48(2013) | | includes | 357441 | Enterococcus sp. CGLBL160 | | includes | 357441 | Enterococcus xinjiangensis | | synonym | 357441 | Enterococcus xinjiangensis Ren et al. 2020 | | synonym | 357465 | Argemone armeniaca | | synonym | 357465 | Argemone armeniaca L., 1753 | | authority | 357465 | Papaver armeniacum | | scientific name | 357465 | Papaver armeniacum (L.) DC., 1821 | | authority | 357465 | Papaver armeniacum subsp. armeniacum | | synonym | 357465 | Papaver armeniacum subsp. armeniacum (L.) DC., 1821 | | authority | 357466 | Atlas poppy | | common name | 357466 | Papaver atlanticum | | scientific name | 357466 | Papaver atlanticum Coss., 1882 | | authority | 35753 | Dactylosporangium | | scientific name | 35753 | Dactylosporangium Thiemann et al. 1967 | | authority | 35754 | Dactylosporangium aurantiacum | | scientific name | 35754 | Dactylosporangium aurantiacum Thiemann et al. 1967 | | authority | 35754 | Dactylosporangium aurantiacum Thiemann et al. 1967 emend. Nouioui et al. 2018 | | authority | 35756 | Corynebacterium pilosum | | scientific name | 35756 | Corynebacterium pilosum Yanagawa and Honda 1978 | | authority | 35761 | Nocardioides sp. | | scientific name | 35763 | Acrocarpospora corrugata | | scientific name | 35763 | Acrocarpospora corrugata (Williams and Sharples 1976) Tamura et al. 2000 | | authority | 35763 | Streptosporangium corrugation | | synonym | 35763 | Streptosporangium corrugatum | | synonym | 35763 | Streptosporangium corrugatum Williams and Sharples 1976 (Approved Lists 1980) | | authority | 35764 | Streptosporangium nondiastaticum | | scientific name | 35764 | Streptosporangium nondiastaticum Nonomura and Ohara 1969 | | authority | 35772 | Peanut witches'-broom mycoplasma-like organism | | synonym | 35772 | Peanut witches'-broom phytoplasma | | scientific name | 35798 | Nitrosolobus | | synonym | 35798 | Nitrosolobus Watson et al. 1971 | | authority | 35798 | Nitrosospira | | scientific name | 35798 | Nitrosospira Winogradsky and Winogradsky 1933 | | authority | 358 | "Phytomonas tumefaciens" (Smith and Townsend 1907) Bergey et al. 1923 | | authority | 358 | "Polymonas tumefaciens" (Smith and Townsend 1907) Lieske 1928 | | authority | 358 | "Pseudomonas tumefaciens" (Smith and Townsend 1907) Duggar 1909 | | authority | 358 | Agrobacterium fabacearum | | synonym | 358 | Agrobacterium fabacearum Delamuta et al 2020 | | authority | 358 | Agrobacterium genomic group 1 | | equivalent name | 358 | Agrobacterium genomic species 1 | | equivalent name | 358 | Agrobacterium genomic species G1 | | equivalent name | 358 | Agrobacterium sp. CNPSo 675 | | includes | 358 | Agrobacterium sp. H13-3 | | includes | 358 | Agrobacterium sp. ISSDS-827 | | includes | 358 | Agrobacterium tumefaciens | | scientific name | 358 | Agrobacterium tumefaciens (Smith and Townsend 1907) Conn 1942 (Approved Lists 1980) | | synonym | 358 | Agrobacterium tumefaciens (TI PLASMID PTI15955) | | includes | 358 | Agrobacterium tumefaciens (TI PLASMID PTIA6NC) | | includes | 358 | Agrobacterium tumefaciens (TI PLASMID PTIACH5) | | includes | 358 | Agrobacterium tumefaciens (TI PLASMID PTIBO542) | | includes | 358 | Agrobacterium tumefaciens (TI PLASMID PTIC58) | | includes | 358 | Agrobacterium tumefaciens (TI PLASMID PTIT37) | | includes | 358 | Agrobacterium tumefaciens (TI PLASMID PTITM-4) | | includes | 358 | Agrobacterium tumefaciens (Ti plasmid pTib6s3) | | includes | 358 | Agrobacterium tumefaciens genomovar G1 | | equivalent name | 358 | Phytomonas tumefaciens | | synonym | 358 | Polymonas tumefaciens | | synonym | 358 | Pseudomonas tumefaciens | | synonym | 358 | Rhizobium lupini H13-3 | | equivalent name | 358 | Rhizobium sp. CNPSO675 | | includes | 358 | Rhizobium sp. ISSDS-758 | | includes | 35800 | Nitrospina | | scientific name | 35800 | Nitrospina Watson and Waterbury 1971 | | authority | 358023 | Lutibacter | | scientific name | 358023 | Lutibacter Choi and Cho 2006 | | authority | 358023 | Lutibacter Choi and Cho 2006 emend. Le Moine Bauer et al. 2016 | | authority | 358023 | Lutibacter Choi and Cho 2006 emend. Lee et al. 2012 | | authority | 358023 | Lutibacter Choi and Cho 2006 emend. Nedashkovskaya et al. 2015 | | authority | 35806 | Rhodobacter sulfidiphilus | | synonym | 35806 | Rhodobacter sulfidophilus | | synonym | 35806 | Rhodobacter sulfidophilus (Hansen and Veldkamp 1973) Imhoff et al. 1984 | | authority | 35806 | Rhodopseudomonas sulfidophila | | synonym | 35806 | Rhodopseudomonas sulfidophila Hansen and Veldkamp 1973 (Approved Lists 1980) | | authority | 35806 | Rhodovulum sulfidophilum | | scientific name | 35806 | Rhodovulum sulfidophilum (Hansen and Veldkamp 1973) Hiraishi and Ueda 1994 | | authority | 35828 | Fibrobacter sp. | | scientific name | 35829 | Acetivibrio | | scientific name | 35829 | Acetivibrio Patel et al. 1980 | | authority | 35829 | Acetivibrio Patel et al. 1980 emend. Khan et al. 1984 | | authority | 35829 | Acetivibrio Patel et al. 1980 emend. Murray 1986 | | authority | 35829 | Acetivibrio Patel et al. 1980 emend. Robinson and Ritchie 1981 | | authority | 35829 | Acetivibrio Patel et al. 1980 emend. Tindall 2019 | | authority | 35829 | Hungateiclostridium | | synonym | 35829 | Hungateiclostridium Zhang et al. 2018 | | authority | 35832 | Bilophila | | scientific name | 35832 | Bilophila Baron et al. 1990 | | authority | 35833 | Bilophila wadsworthia | | scientific name | 35833 | Bilophila wadsworthia Baron et al. 1990 | | authority | 35841 | "Caldibacillus thermoamylovorans" (Combet-Blanc et al. 1995) Gupta et al. 2020 | | authority | 35841 | Bacillus sp. LMG 18084 | | includes | 35841 | Bacillus sp. R-6546 | | includes | 35841 | Bacillus sp. R-7440 | | includes | 35841 | Bacillus sp. R-7764 | | includes | 35841 | Bacillus thermoamylovorans | | synonym | 35841 | Bacillus thermoamylovorans Combet-Blanc et al. 1995 | | authority | 35841 | Bacillus thermoamylovorans Combet-Blanc et al. 1995 emend. Coorevits et al. 2011 | | authority | 35841 | Caldibacillus thermoamylovorans | | scientific name | 35841 | Lactobacter thermoamylovorans | | synonym | 358771 | Salmonella enterica subsp. enterica serovar Kedougou | | scientific name | 35883 | Convolvulus nil | | synonym | 35883 | Convolvulus nil L., 1762 | | authority | 35883 | Ipomoea nil | | scientific name | 35883 | Ipomoea nil (L.) Roth, 1797 | | authority | 35883 | Japanese morning glory | | genbank common name | 35883 | Pharbitis nil | | synonym | 35883 | Pharbitis nil (L.) Choisy, 1834 | | authority | 35883 | qian niu | | common name | 35885 | Ipomoea triloba | | scientific name | 35885 | Ipomoea triloba L., 1753 | | authority | 35885 | little bell | | common name | 35885 | trilobed morning glory | | genbank common name | 358905 | Piriformospora | | synonym | 358905 | Serendipita | | scientific name | 358905 | Serendipita P. Roberts, 1993 | | authority | 359 | "Phytomonas rhizogenes" Riker et al. 1930 | | authority | 359 | Agrobacterium biovar 2 | | synonym | 359 | Agrobacterium genomic group 10 | | equivalent name | 359 | Agrobacterium genomic species 10 | | synonym | 359 | Agrobacterium genomosp. 10 | | equivalent name | 359 | Agrobacterium rhizogenes (RI plasmid PRI1724) | | includes | 359 | Agrobacterium rhizogenes (RI plasmid PRI8196) | | includes | 359 | Agrobacterium rhizogenes (RI plasmid PRIA4B) | | includes | 359 | Agrobacterium rhizogenes (Riker et al. 1930) Conn 1942 (Approved Lists 1980) | | synonym | 359 | Martinezella rhizogenes | | scientific name | 359 | Martinezella rhizogenes (Riker et al. 1930) Naranjo-Robayo et al. 2026 | | authority | 359 | Phytomonas rhizogenes | | synonym | 359 | Rhizobium rhizogenes | | synonym | 359 | Rhizobium rhizogenes (Riker et al. 1930) Young et al. 2001 | | authority | 359 | Rhizobium sp. LMG 9509 | | includes | 359160 | BEP clade | | equivalent name | 359160 | BOP clade | | scientific name | 359169 | Krassilnikovia | | equivalent name | 359169 | Thermopolyspora | | scientific name | 3593 | Cactaceae | | scientific name | 3593 | Cactaceae Juss., 1789 | | authority | 3593 | cactus family | | common name | 359359 | Nocardia sp. Hou_blue | | includes | 359359 | Nocardia sp. MBIC06267 | | includes | 359359 | Smaragdicoccus niigatensis | | scientific name | 359359 | Smaragdicoccus niigatensis Adachi et al. 2007 | | authority | 35939 | Impatiens | | scientific name | 35939 | Impatiens L., 1753 | | authority | 359823 | Camelina laxa | | scientific name | 359823 | Camelina laxa C.A.Mey., 1831 | | authority | 360054 | Acidobacteria bacterium MOB76 | | includes | 360054 | Acidobacteria bacterium MPL1011 | | includes | 360054 | Bryobacter aggregatus | | scientific name | 360054 | Bryobacter aggregatus Kulichevskaya et al. 2010 | | authority | 3602 | Vitaceae | | scientific name | 3602 | Vitaceae Juss., 1789 | | authority | 3602 | Vitidaceae | | equivalent name | 3602 | grape family | | common name | 3603 | Vitis | | scientific name | 3603 | Vitis L., 1753 | | authority | 360336 | Corymbia citriodora subsp. variegata | | scientific name | 360336 | Corymbia citriodora subsp. variegata (F.Muell.) A.R.Bean & M.W.McDonald, 2000 | | authority | 360336 | Corymbia variegata | | synonym | 360336 | Corymbia variegata (F.Muell.) K.D.Hill & L.A.S.Johnson, 1995 | | authority | 360336 | Eucalyptus variegata | | synonym | 360336 | Eucalyptus variegata F.Muell., 1858 | | authority | 36050 | Fusarium poae | | scientific name | 36050 | Fusarium poae (Peck) Wollenw., 1913 | | authority | 36050 | Sporotrichum poae | | synonym | 36050 | Sporotrichum poae Peck, 1904 | | authority | 36056 | Boletus edulis | | scientific name | 36056 | Boletus edulis Bull., 1782 | | authority | 36056 | king bolete | | common name | 36064 | Cantharellales | | scientific name | 36064 | Cantharellales Gaum., 1926 | | authority | 36064 | Ceratobasidiales | | synonym | 36064 | Tulasnellales | | synonym | 36064 | mitosporic Cantharellales | | includes | 36064 | mitosporic Ceratobasidiales | | includes | 36080 | Circinomucor circinelloides | | synonym | 36080 | Circinomucor circinelloides (Tiegh.) Arx, 1982 | | authority | 36080 | Mucor circinelloides | | scientific name | 36080 | Mucor circinelloides Tiegh., 1875 | | synonym | 36080 | Mucor circinelloides f. circinelloides | | synonym | 36080 | Rhizomucor circinelloides | | synonym | 36080 | Rhizomucor circinelloides f. circinelloides | | synonym | 36080 | Rhizomucor regularior | | synonym | 36080 | Rhizomucor regularior (R.Y. Zheng & G.Q. Chen) R.Y. Zheng, X.Y. Liu & R.Y. Li, 2009 | | synonym | 36080 | Rhizomucor variabilis var. regularior | | synonym | 36080 | Rhizomucor variabilis var. regularior R.Y. Zheng & G.Q. Chen, 1993 | | authority | 36086 | Trichuris | | scientific name | 36090 | Globodera pallida | | scientific name | 36090 | Globodera pallida (Stone, 1973) | | authority | 36090 | Heterodera pallida | | synonym | 36090 | Heterodera pallida Stone, 1973 | | authority | 36100 | Haliotis rubra | | scientific name | 36100 | Haliotis rubra Leach, 1814 | | authority | 36100 | black lip abalone | | common name | 36100 | blacklip abalone | | genbank common name | 361210 | unclassified Porphyromonadaceae | | scientific name | 361279 | Bacillus sp. 002-051 | | includes | 361279 | Terribacillus halophilus | | scientific name | 361279 | Terribacillus halophilus An et al. 2007 | | authority | 36141 | Isotomidae | | scientific name | 36141 | smooth springtails | | genbank common name | 3615 | Polygonaceae | | scientific name | 3615 | Polygonaceae Juss., 1789 | | authority | 3615 | buckwheat family | | common name | 36151 | Fulgoroidea | | scientific name | 361572 | Streptomyces sp. G1 | | scientific name | 361606 | Patulibacteraceae | | scientific name | 361606 | Patulibacteraceae Takahashi et al. 2006 | | authority | 361606 | Patulibacteraceae Takahashi et al. 2006 emend. Foesel et al. 2016 | | authority | 361606 | Patulibacteraceae Takahashi et al. 2006 emend. Zhi et al. 2009 | | authority | 361607 | Patulibacter | | scientific name | 361607 | Patulibacter Takahashi et al. 2006 emend. Kim et al. 2012 | | authority | 361607 | Patulibacter Takahashi et al. 2006 emend. Reddy and Garcia-Pichel 2009 | | authority | 36182 | Prosopium | | scientific name | 36189 | Chaenocephalus | | scientific name | 36190 | Chaenichthys aceratus | | synonym | 36190 | Chaenichthys aceratus Lonnberg, 1906 | | authority | 36190 | Chaenocephalus aceratus | | scientific name | 36190 | Chaenocephalus aceratus (Lonnberg, 1906) | | authority | 36190 | blackfin icefish | | genbank common name | 36199 | Dissostichus | | scientific name | 362 | "Achromobacter radiobacter" (Beijerinck and van Delden 1902) Bergey et al. 1934 | | authority | 362 | "Alcaligenes radiobacter" (Beijerinck and van Delden 1902) Conn 1939 | | authority | 362 | "Bacillus radiobacter" Beijerinck and van Delden 1902 | | authority | 362 | "Bacterium radiobacter" (Beijerinck and van Delden 1902) Lohnis 1905 | | authority | 362 | "Pseudomonas radiobacter" (Beijerinck and van Delden 1902) Krasil'nikov 1949 | | authority | 362 | "Rhizobium radiobacter" (Beijerinck and van Delden 1902) Pribram 1933 | | authority | 362 | Achromobacter radiobacter | | synonym | 362 | Agrobacterium genomic group 4 | | equivalent name | 362 | Agrobacterium genomosp. 4 | | common name | 362 | Agrobacterium genomovar 4 | | equivalent name | 362 | Agrobacterium genomovar G4 | | equivalent name | 362 | Agrobacterium radiobacter | | scientific name | 362 | Agrobacterium radiobacter (Beijerinck and van Delden 1902) Conn 1942 (Approved Lists 1980) | | synonym | 362 | Agrobacterium radiobacter (Beijerinck and van Delden 1902) Conn 1942 (Approved Lists 1980) emend. Sawada et al. 1993 | | authority | 362 | Agrobacterium sp. CCUG12509 | | includes | 362 | Agrobacterium sp. CCUG48648 | | includes | 362 | Agrobacterium sp. CCUG49619 | | includes | 362 | Agrobacterium sp. CCUG50385B | | includes | 362 | Agrobacterium sp. NCIB 9042 | | includes | 362 | Agrobacterium sp. UQM 1685 | | includes | 362 | Alcaligenes radiobacter | | synonym | 362 | Bacillus radiobacter | | synonym | 362 | Bacterium radiobacter | | synonym | 362 | Beijerinckia fluminensis | | synonym | 362 | Beijerinckia fluminensis Dobereiner and Ruschel 1958 (Approved Lists 1980) | | authority | 362 | Pseudomonas radiobacter | | synonym | 362 | Rhizobium radiobacter | | synonym | 362 | Rhizobium radiobacter (Beijerinck and van Delden 1902) Young et al. 2001 | | authority | 36206 | Artedidraconidae | | scientific name | 36206 | Artedidraconinae | | synonym | 36206 | barbeled plunderfishes | | genbank common name | 36209 | Pogonophryne | | scientific name | 362242 | Mycobacterium ulcerans Agy99 | | scientific name | 362242 | Mycobacterium ulcerans str. Agy99 | | equivalent name | 362242 | Mycobacterium ulcerans strain Agy99 | | equivalent name | 3623 | Actinidiaceae | | scientific name | 3623 | Actinidiaceae Engl. & Gilg, 1924 | | authority | 3623 | Chinese gooseberry family | | common name | 3624 | Actinidia | | scientific name | 3624 | Actinidia Lindl. | | authority | 36270 | Old World warblers | | genbank common name | 36270 | Sylviidae | | scientific name | 362788 | Cassia tora | | synonym | 362788 | Cassia tora L., 1753 | | authority | 362788 | Senna tora | | scientific name | 362788 | Senna tora (L.) Roxb., 1832 | | authority | 3629 | Bombacaceae | | includes | 3629 | Bombacaceae Kunth, 1822 | | authority | 3629 | Malvaceae | | scientific name | 3629 | Malvaceae Juss., 1789 | | authority | 3629 | Sterculiaceae | | includes | 3629 | Sterculiaceae Vent., 1807 | | authority | 3629 | Tiliaceae | | includes | 3629 | Tiliaceae Juss., 1789 | | authority | 3629 | mallow family | | common name | 36291 | Muscicapidae | | scientific name | 36291 | Old World flycatchers | | genbank common name | 363265 | Leyella stercorea | | scientific name | 363265 | Leyella stercorea (Hayashi et al. 2007) Hitch et al. 2023 | | synonym | 363265 | Prevotella sp. CB35 | | includes | 363265 | Prevotella stercorea | | synonym | 363265 | Prevotella stercorea Hayashi et al. 2007 | | authority | 363276 | "Ktedobacter" Cavaletti et al. 2006 | | authority | 363276 | Ktedonobacter | | scientific name | 363276 | Ktedonobacter corrig. Cavaletti et al. 2007 | | authority | 363276 | Ktedonobacter corrig. Cavaletti et al. 2007 emend. Wang et al. 2019 | | authority | 363276 | Ktedonobacter corrig. Cavaletti et al. 2007 emend. Yabe et al. 2021 | | authority | 3633 | Gossypium | | scientific name | 3633 | Gossypium L., 1753 | | authority | 3634 | Egyptian cotton | | common name | 3634 | Gossypium barbadense | | scientific name | 3634 | Gossypium barbadense L., 1753 | | authority | 3634 | sea-island cotton | | genbank common name | 363408 | Donghaeana | | synonym | 363408 | Donghaeana Yoon et al. 2006 | | authority | 363408 | Nonlabens | | scientific name | 363408 | Nonlabens Lau et al. 2005 emend. Yi and Chun 2012 | | authority | 363408 | Persicivirga | | synonym | 363408 | Persicivirga O'Sullivan et al. 2006 emend. Nedashkovskaya et al. 2009 | | authority | 363408 | Sandarakinotalea | | synonym | 363408 | Sandarakinotalea Khan et al. 2006 | | authority | 363408 | Stenothermobacter | | synonym | 363408 | Stenothermobacter Lau et al. 2006 | | authority | 363464 | "Candidatus Altimarinota" corrig. Rinke et al. 2013 | | authority | 363464 | "Candidatus Gracilibacteria" Rinke et al. 2013 | | synonym | 363464 | Altimarinota | | equivalent name | 363464 | Candidatus Altimarinota | | scientific name | 363464 | candidate division ACD80 | | includes | 363464 | candidate division BD1-5 | | includes | 363464 | candidate division GN02 | | synonym | 3635 | American cotton | | common name | 3635 | American upland cotton | | common name | 3635 | Gossypium hirsutum | | scientific name | 3635 | Gossypium hirsutum L., 1763 | | authority | 3635 | Gossypium hirsutum subsp. mexicanum | | synonym | 3635 | Gossypium hirsutum subsp. mexicanum (Tod.) Mauer | | authority | 3635 | Gossypium lanceolatum | | synonym | 3635 | Gossypium lanceolatum Tod. | | authority | 3635 | Gossypium purpurascens | | synonym | 3635 | Gossypium purpurascens Poir. | | authority | 3635 | cotton | | genbank common name | 363568 | Salmonella enterica subsp. enterica serovar Sendai | | scientific name | 363569 | Salmonella enterica subsp. enterica serovar Javiana | | scientific name | 363886 | unclassified Xanthobacteraceae | | scientific name | 363952 | "Comamonas thiooxidans" Narayan et al. 2010 | | authority | 363952 | Comamonas sp. S23 | | includes | 363952 | Comamonas thiooxidans | | synonym | 363952 | Comamonas thiooxydans | | scientific name | 363952 | Comamonas thiooxydans corrig. Narayan et al. 2011 | | authority | 3640 | Theobroma | | scientific name | 3640 | Theobroma L., 1753 | | authority | 364024 | Mimosa cineraria | | synonym | 364024 | Mimosa cineraria L., 1759 | | authority | 364024 | Prosopis cineraria | | scientific name | 364024 | Prosopis cineraria (L.) Druce, 1914 | | authority | 3641 | Theobroma cacao | | scientific name | 3641 | Theobroma cacao L., 1753 | | authority | 3641 | cacao | | genbank common name | 3641 | chocolate | | common name | 3641 | cocoa | | common name | 364270 | Apiineae | | scientific name | 364270 | Apiineae Plunkett & Lowry, 2004 | | authority | 364316 | Verminephrobacter | | scientific name | 364316 | Verminephrobacter Pinel et al. 2012 | | authority | 3646 | Balanopales | | includes | 3646 | Euphorbiales | | includes | 3646 | Linales | | includes | 3646 | Malpighiales | | scientific name | 3646 | Rhizophorales | | includes | 3646 | Violales | | in-part | 3646 | Violanae | | in-part | 3647 | Caricaceae | | scientific name | 3647 | Caricaceae Dumort., 1829 | | authority | 3647 | papaya family | | common name | 3648 | Carica | | scientific name | 3648 | Carica L., 1753 | | authority | 3649 | Carica papaya | | scientific name | 3649 | Carica papaya L., 1753 | | authority | 3649 | mamon | | common name | 3649 | papaya | | genbank common name | 3650 | Cucurbitaceae | | scientific name | 3650 | Cucurbitaceae Juss., 1789 | | authority | 3650 | cucumber family | | common name | 365032 | Aureispira | | scientific name | 365032 | Aureispira Hosoya et al. 2006 emend. Hosoya et al. 2007 | | authority | 365332 | Engystomops | | scientific name | 365332 | Engystomops Jimenez de la Espada, 1872 | | authority | 365340 | Rhodovulum imhoffii | | scientific name | 365340 | Rhodovulum imhoffii Srinivas et al. 2007 | | authority | 3655 | Cucumis | | scientific name | 3655 | Cucumis L., 1753 | | authority | 3655 | Dicaelospermum C.B.Clarke | | authority | 3655 | Dicoelospermum | | synonym | 3655 | Dicoelospermum C.B.Clarke, 1879 | | authority | 3655 | Mukia | | synonym | 3655 | Mukia Arn. | | authority | 3655 | Myrmecosicyos | | synonym | 3655 | Myrmecosicyos C.Jeffrey | | authority | 3655 | Oreosyce | | synonym | 3655 | Oreosyce Hook.f. | | authority | 365532 | Belnapia | | scientific name | 365532 | Belnapia Reddy et al. 2006 emend. Jin et al. 2012 | | authority | 365590 | Shewanella hafniensis | | scientific name | 365590 | Shewanella hafniensis Satomi et al. 2006 | | authority | 365591 | Shewanella morhuae | | scientific name | 365591 | Shewanella morhuae Satomi et al. 2006 emend. Thorell et al. 2019 | | authority | 3659 | Cucumis sativus | | scientific name | 3659 | Cucumis sativus L., 1753 | | authority | 3659 | cucumber | cucumber | genbank common name | 3659 | cucumbers | | common name | 3660 | Cucurbita | | scientific name | 3660 | Cucurbita L. | | authority | 3660 | marrows | | genbank common name | 3660 | pumpkins | | common name | 3660 | squashes | | common name | 366209 | Parargina | | scientific name | 3663 | Cucurbita pepo | | scientific name | 3663 | Cucurbita pepo L., 1753 | | authority | 3664 | Cucurbita pepo subsp. pepo | | scientific name | 3664 | Cucurbita pepo var. giromontiina | | synonym | 3664 | Cucurbita pepo var. giromontiina Grebenshchikov | | authority | 3664 | Cucurbita pepo var. medullosa | | synonym | 3664 | Cucurbita pepo var. pepo | | synonym | 3664 | field pumpkin | | common name | 3664 | vegetable marrow | | genbank common name | 3664 | zucchini | | common name | 366453 | Notiomystis | | scientific name | 366454 | Meliphaga cincta | | synonym | 366454 | Meliphaga cincta Du Bus, 1839 | | authority | 366454 | Notiomystis cincta | | scientific name | 366614 | Haematobacter | | scientific name | 366614 | Haematobacter Helsel et al. 2007 | | authority | 366614 | Haematobacter Helsel et al. 2007 emend. Wang et al. 2014 | | authority | 366649 | Xanthomonas axonopodis pv. phaseoli var. fuscans | | synonym | 366649 | Xanthomonas axonopodis pv. phaseoli var. fuscans Vauterin et al. 1995 | | authority | 366649 | Xanthomonas campestris pv. phaseoli var. fuscans | | synonym | 366649 | Xanthomonas campestris pv. phaseoli var. fuscans Vauterin et al. 1995 | | authority | 366649 | Xanthomonas citri pv. fuscans | | scientific name | 366649 | Xanthomonas citri pv. fuscans (Schad et al. 2007) Constantin et al. 2016 | | authority | 366649 | Xanthomonas fuscans | | synonym | 366649 | Xanthomonas fuscans Schaad et al. 2007 | | authority | 366649 | Xanthomonas fuscans subsp. fuscans | | synonym | 366649 | Xanthomonas fuscans subsp. fuscans Schaad et al. 2007 | | authority | 36668 | Formicidae | | scientific name | 36668 | ants | ants | blast name | 36668 | ants | ants | genbank common name | 367188 | Haladaptatus | | scientific name | 367188 | Haladaptatus Savage et al. 2007 | | authority | 367188 | Haladaptatus Savage et al. 2007 emend. Cui et al. 2010 | | authority | 367188 | Haladaptatus Savage et al. 2007 emend. Roh et al. 2010 | | authority | 36723 | Mustela erminea | | scientific name | 36723 | Mustela erminea Linnaeus, 1758 | | authority | 36723 | ermine | | genbank common name | 36723 | short-tailed weasel | | common name | 36723 | stoat | | common name | 36734 | Unikaryonidae | | scientific name | 36734 | Unikaryonidae R. Sprague, 1977 | | authority | 36739 | "Dermabacter" Jones and Collins 1988 | | authority | 36739 | Dermabacter | | scientific name | 36739 | Dermabacter Jones and Collins 1989 | | authority | 36746 | "Bacterium cichorii" (Swingle 1925) Elliott 1930 | | authority | 36746 | "Bacterium formosanum" Okabe 1935 | | authority | 36746 | "Chlorobacter cichorii" (Swingle 1925) Patel and Kulkarni 1951 | | authority | 36746 | "Phytomonas cichorii" Swingle 1925 | | authority | 36746 | "Pseudomonas endiviae" Kotte 1930 | | authority | 36746 | Bacterium cichorii | | synonym | 36746 | Bacterium formosanum | | synonym | 36746 | Chlorobacter cichorii | | synonym | 36746 | Phytomonas cichorii | | synonym | 36746 | Pseudomonas cichorii | | scientific name | 36746 | Pseudomonas cichorii (Swingle 1925) Stapp 1928 | | authority | 36746 | Pseudomonas endiviae | | synonym | 36746 | Pseudomonas papaveris | | synonym | 36746 | probable synonym: "Pseudomonas papaveris" Lelliott and Wallace 1955 | | synonym | 36750 | Glomales | | synonym | 36750 | Glomerales | | scientific name | 36750 | Glomerales J.B. Morton & Benny, 1990 | | authority | 36751 | Glomaceae | | synonym | 36751 | Glomeraceae | | scientific name | 36751 | Glomeraceae Piroz. & Dalpe, 1989 | | authority | 36753 | Dentiscutataceae | | synonym | 36753 | Gigasporaceae | | scientific name | 36753 | Intraornatosporaceae | | synonym | 36753 | Racocetraceae | | synonym | 36753 | Scutellosporaceae Sieverd., F.A. Souza & Oehl 2008 | | synonym | 367737 | Aliarcobacter butzleri RM4018 | | scientific name | 367737 | Arcobacter butzleri RM4018 | | synonym | 367737 | Arcobacter butzleri str. RM4018 | | equivalent name | 367737 | Arcobacter butzleri strain RM4018 | | equivalent name | 367771 | Marinovum | | scientific name | 367771 | Marinovum Martens et al. 2006 | | authority | 367928 | Bifidobacterium adolescentis ATCC 15703 | | scientific name | 367928 | Bifidobacterium adolescentis str. ATCC 15703 | | equivalent name | 367928 | Bifidobacterium adolescentis strain ATCC 15703 | | equivalent name | 3679999 | Fusibacteraceae | | scientific name | 3679999 | Fusibacteraceae Ma et al. 2026 | | authority | 36807 | "Corynebacterium laevaniformans" Dias and Bhat 1962 | | authority | 36807 | Corynebacterium laevaniformans | | synonym | 36807 | Microbacterium laevaniformans | | scientific name | 36807 | Microbacterium laevaniformans (ex Dias and Bhat 1962) Collins et al. 1983 | | authority | 36807 | Microbacterium sp. IFO 15709 | | includes | 36809 | "Mycobacterium chelonei" (sic) Bergey et al. 1923 | | synonym | 36809 | Mycobacterium abscessus | | synonym | 36809 | Mycobacterium abscessus (Adekambi et al. 2006) Tortoli et al. 2016 emend. Nouioui et al. 2018 | | authority | 36809 | Mycobacterium abscessus (Moore and Frerichs 1953) Kusunoki and Ezaki 1992 emend. Leao et al. 2011 | | authority | 36809 | Mycobacterium abscessus (Moore and Frerichs 1953) Kusunoki and Ezaki 1992 emend. Tortoli et al. 2016 | | authority | 36809 | Mycobacterium chelonae subsp. abscessus (Moore and Frerichs 1953) Kubica et al 1972 (Approved Lists 1980) | | synonym | 36809 | Mycobacterium chelonei subsp. abscessus | | synonym | 36809 | Mycobacteroides abscessus | | scientific name | 36809 | Mycobacteroides abscessus (Moore and Frerichs 1953) Gupta et al. 2018 | | authority | 36811 | "Mycobacterium agri" Tsukamura 1972 | | authority | 36811 | Mycobacterium agri | | synonym | 36811 | Mycobacterium agri (ex Tsukamura 1972) Tsukamura 1981 | | authority | 36811 | Mycolicibacterium agri | | scientific name | 36811 | Mycolicibacterium agri (Tsukamura 1981 ex Tsukamura 1973) Gupta et al. 2018 | | authority | 3681280 | Lamnidae | | scientific name | 3681280 | Lamnidae Bonaparte, 1835 | | authority | 3681280 | Lamninae | | synonym | 3681280 | mackerel sharks | | genbank common name | 36814 | "Mycobacterium rhodesiae" Tsukamura et al. 1971 | | authority | 36814 | Mycobacterium rhodesiae | | synonym | 36814 | Mycobacterium rhodesiae (ex Tsukamura et al. 1971) Tsukamura 1981 emend. Nouioui et al. 2018 | | authority | 36814 | Mycobacterium rhodesiae (ex Tsukamura et al. 1971) Tsukamura et al. 1981 | | authority | 36814 | Mycobacterium rhodesiense | | equivalent name | 36814 | Mycolicibacterium rhodesiae | | scientific name | 36814 | Mycolicibacterium rhodesiae (Tsukamura et al. 1981) Gupta et al. 2018 | | authority | 3681502 | Chloracidobacteriales | | scientific name | 3681502 | Chloracidobacteriales Saini et al. 2026 | | authority | 3681503 | Chloracidobacteriaceae | | scientific name | 3681503 | Chloracidobacteriaceae Saini et al. 2026 | | authority | 36818 | Streptomyces subrutilus | | scientific name | 36818 | Streptomyces subrutilus Arai et al. 1964 | | authority | 36819 | Amycolatopsis azurea | | scientific name | 36819 | Amycolatopsis azurea (Omura et al. 1983) Henssen et al. 1987 | | authority | 36819 | Pseudonocardia azurea | | synonym | 36819 | Pseudonocardia azurea Omura et al. 1983 | | authority | 36827 | Clostridium botulinum B | | scientific name | 3683 | Malesherbiaceae | | synonym | 3683 | Passifloraceae | | scientific name | 3683 | Passifloraceae Juss. ex Roussel, 1806 | | authority | 3683 | Turneraceae | | synonym | 3683 | passionflower famly | | common name | 36839 | "Bacillus felsineus" Carbone and Tombolato 1917 | | authority | 36839 | "Clostridium felsinae" (Carbone and Tombolato 1917) Bergey et al. 1934 | | authority | 36839 | "Clostridium felsinus" (Carbone and Tombolato 1917) Bergey et al. 1930 | | authority | 36839 | "Clostridium roseum" McCoy and McClung 1935 | | authority | 36839 | Bacillus felsineus | | synonym | 36839 | Clostridium aurantibutyricum | | synonym | 36839 | Clostridium aurantibutyricum Hellinger 1944 (Approved Lists 1980) | | authority | 36839 | Clostridium felsinae | | synonym | 36839 | Clostridium felsineum | | scientific name | 36839 | Clostridium felsineum (Carbone and Tombolato 1917) Bergey et al. 1939 (Approved Lists 1980) | | synonym | 36839 | Clostridium felsinus | | includes | 36839 | Clostridium roseum | | synonym | 36839 | Clostridium roseum (ex McCoy and McClung 1935) Cato et al. 1988 | | synonym | 36839 | Clostridium sp. CUEA03 | | includes | 36845 | Clostridium intestinale | | scientific name | 36845 | Clostridium intestinale corrig. | | synonym | 36845 | Clostridium intestinale corrig. Lee et al. 1989 | | authority | 36845 | Clostridium intestinalis | | synonym | 36845 | Clostridium intestinalis Lee et al. 1989 | | authority | 36853 | Desulfitobacterium | | scientific name | 36853 | Desulfitobacterium Utkin et al. 1994 | | authority | 36854 | Desulfitobacterium dehalogenans | | scientific name | 36854 | Desulfitobacterium dehalogenans Utkin et al. 1994 | | authority | 36861 | "Thiobacillus denitrificans" Beijerinck 1904 | | authority | 36861 | Thiobacillus denitrificans | | scientific name | 36861 | Thiobacillus denitrificans (ex Beijerinck 1904) Kelly and Harrison 1989 emend. Kelly and Wood 2000 | | authority | 36862 | Ideonella | | scientific name | 36862 | Ideonella Malmqvist et al. 1994 | | authority | 36862 | Ideonella Malmqvist et al. 1994 emend. Noar and Buckley 2009 | | authority | 36866 | unclassified Enterobacteriaceae | | scientific name | 3687091 | Refertina | | scientific name | 36873 | Burkholderia xenovorans | | synonym | 36873 | Burkholderia xenovorans Goris et al. 2004 | | authority | 36873 | Paraburkholderia xenovorans | | scientific name | 36873 | Paraburkholderia xenovorans (Goris et al. 2004) Sawana et al. 2015 | | authority | 3687896 | Pseudanabaenococcus | | scientific name | 3687896 | Pseudanabaenococcus Strunecky, 2026 | | authority | 3687901 | Pseudanabaenococcus habilitatus | | scientific name | 3687901 | Pseudanabaenococcus habilitatus Strunecky, 2026 | | authority | 3688 | Flacourtiaceae | Flacourtiaceae | in-part | 3688 | Salicaceae | | scientific name | 3688 | Salicaceae Mirb., 1815 | | authority | 3688 | Scyphostegiaceae | | synonym | 3688 | Scyphostegieae | | synonym | 3688 | willow family | | common name | 36880 | Cymbomonas | | scientific name | 36880 | Cymbomonas J.Schiller, 1913 | | authority | 36881 | Cymbomonas tetramitiformis | | scientific name | 36881 | Cymbomonas tetramitiformis J.Schiller, 1913 | | authority | 3689 | Populus | | scientific name | 3689 | Populus L., 1753 | | authority | 3689 | poplar | | common name | 3689 | poplar trees | | common name | 3689 | poplars | | genbank common name | 3691768 | Naegleriidae | | scientific name | 3691983 | Clostridium botulinum group | | scientific name | 36922 | Diaporthe | | scientific name | 36922 | Diaporthe Nitschke, 1870 | | authority | 3694 | Populus balsamifera subsp. trichocarpa | | synonym | 3694 | Populus balsamifera subsp. trichocarpa (Torr. & A.Gray) Brayshaw | | authority | 3694 | Populus trichocarpa | | scientific name | 3694 | Populus trichocarpa Torr. & A.Gray ex Hook., 1852 | | authority | 3694 | black cottonwood | | genbank common name | 3694 | western balsam poplar | | common name | 3694169 | Sphaerotilus/Leptothrix group | | scientific name | 3695485 | Neodermata | | scientific name | 3697513 | Bradyrhizobium sp. SZCCT0148 | | scientific name | 3697513 | s__Bradyrhizobium japonicum_H | | equivalent name | 369791 | Mesonia mobilis | | scientific name | 369791 | Mesonia mobilis Nedashkovskaya et al. 2006 | | authority | 369798 | Methylocystis hirsuta | | scientific name | 369798 | Methylocystis hirsuta Lindner et al. 2007 | | authority | 3699 | Brassicales | | scientific name | 3699 | Capparales | | synonym | 3700 | Brassicaceae | | scientific name | 3700 | Brassicaceae Burnett, 1835 | | authority | 3700 | Cruciferae | | equivalent name | 3700 | mustard family | | genbank common name | 37003 | Kryptolebias marmoratus | | scientific name | 37003 | Kryptolebias marmoratus (Poey, 1880) | | authority | 37003 | Rivulus marmoratus | | synonym | 37003 | Rivulus marmoratus Poey, 1880 | | authority | 37003 | mangrove rivulus | | genbank common name | 37003 | matanzas rivulus | | common name | 3700668 | Pearlrivervirinae | | scientific name | 3700683 | Hepaciviridae | | scientific name | 3700712 | Orthomivirineae | | scientific name | 3700833 | Xijiangvirus | | scientific name | 3700964 | Euflavivirus | | scientific name | 3701 | Arabidopsis | | scientific name | 3701 | Arabidopsis Heynh., 1842 | | authority | 3701 | Cardaminopsis | | synonym | 3701 | Cardaminopsis Hayek | | authority | 3701028 | Altocrustacea | | scientific name | 3701028 | Hexanauplia | | includes | 3701028 | Multicrustacea | | includes | 3701029 | Communostraca | | scientific name | 3701030 | Allotriocarida | | scientific name | 3701045 | Eucarida | | includes | 3701045 | Stomatocarida | | scientific name | 3701045 | Syncarida | | includes | 3701061 | Eumetabola | | scientific name | 3701062 | Aparaglossata | | scientific name | 3701063 | Panorpida | | scientific name | 3701064 | Neuropteroidea | | scientific name | 3701761 | Gillisella | | scientific name | 3701761 | Gillisella Naranjo-Robayo et al. 2026 | | authority | 3701763 | Martinezella | | scientific name | 3701763 | Martinezella Naranjo-Robayo et al. 2026 | | authority | 3701765 | Parahoeflea | | scientific name | 3701765 | Parahoeflea Naranjo-Robayo et al. 2026 | | authority | 3702 | Arabidopsis thaliana | | scientific name | 3702 | Arabidopsis thaliana (L.) Heynh., 1842 | | authority | 3702 | Arabis thaliana | | synonym | 3702 | Arabis thaliana L., 1753 | | authority | 3702 | mouse-ear cress | | common name | 3702 | thale cress | | genbank common name | 3702 | thale-cress | | common name | 3703693 | Xijiangvirus BM127P1 | | scientific name | 3703990 | Brucella melitensis group | | scientific name | 3704128 | Kickxellomycota | | scientific name | 3704128 | Kickxellomycota Tedersoo, Sanch.-Ram., Koljalg, M. Bahram, M. Doring , Schigel, T.W. May, M. Ryberg & Abarenkov, 2018 | | authority | 370471 | unclassified Meiothermus | | scientific name | 3705 | Brassica | | scientific name | 3705 | Brassica L., 1753 | | authority | 3705317 | chytridiomyceta | | scientific name | 3705878 | Mortierellomycota | | scientific name | 3705878 | Mortierellomycota Tedersoo, Sanch.-Ram., Koljalg, M. Bahram, M. Doring , Schigel, T.W. May, M. Ryberg & Abarenkov, 2018 | | authority | 3705879 | Glomeromycotina | | scientific name | 3705883 | Chytridiomycotina | | scientific name | 3705883 | Chytridiomycotina Caval.-Sm., 2012 | | authority | 37077 | Pelecanoides | | scientific name | 37079 | Pelecanoides urinatrix | | scientific name | 37079 | Procellaria urinatrix | | synonym | 37079 | Procellaria urinatrix Gmelin, 1789 | | authority | 37079 | common diving petrel | | common name | 3708 | Brassica napus | | scientific name | 3708 | Brassica napus L., 1753 | | authority | 3708 | oilseed rape | | common name | 3708 | rape | | genbank common name | 3708 | rapeseeds | | common name | 37084 | Megadyptes | | scientific name | 37085 | Catarrhactes antipodes | | synonym | 37085 | Catarrhactes antipodes Hombron & Jacquinot, 1841 | | authority | 37085 | Megadyptes antipodes | | scientific name | 37085 | Megadyptes antipodes (Hombron & Jacquinot, 1841) | | authority | 37085 | Yellow-eyed penguin | | genbank common name | 37090 | Ophryoglenina | | scientific name | 370974 | Flavobacterium filum | | scientific name | 370974 | Flavobacterium filum Ryu et al. 2007 emend. Li et al. 2014 | | authority | 370974 | Flavobacterium sp. EMB34 | | includes | 3710399 | Agrocybaceae | | scientific name | 3710399 | Agrocybaceae Locq. ex Niskanen, Kytov. & Liimat., 2026 | | authority | 37104 | Trichomonadida | | scientific name | 37104 | Trichomonadida Kirby,1947 | | authority | 37104 | trichomonads | trichomonads | blast name | 37104 | trichomonads | trichomonads | genbank common name | 3710460 | Galerinaceae | | scientific name | 3710460 | Galerinaceae Locq. ex Niskanen, Kytov. & Liimat., 2026 | | authority | 3711 | Brassica rapa | | scientific name | 3711 | Brassica rapa L., 1753 | | authority | 3711 | field mustard | | genbank common name | 3712 | Brassica oleracea | | scientific name | 3712 | Brassica oleracea L., 1753 | | authority | 3712 | wild cabbage | | genbank common name | 371601 | Bacteroides xylanisolvens | | scientific name | 371601 | Bacteroides xylanisolvens Chassard et al. 2008 | | authority | 371601 | bacterium NLAE-zl-C182 | | includes | 371601 | bacterium NLAE-zl-C202 | | includes | 371601 | bacterium NLAE-zl-C29 | | includes | 371601 | bacterium NLAE-zl-C339 | | includes | 371601 | bacterium NLAE-zl-G310 | | includes | 371601 | bacterium NLAE-zl-G339 | | includes | 371601 | bacterium NLAE-zl-G421 | | includes | 371601 | bacterium NLAE-zl-H194 | | includes | 371601 | bacterium NLAE-zl-P352 | | includes | 371601 | bacterium NLAE-zl-P393 | | includes | 371601 | bacterium NLAE-zl-P727 | | includes | 371601 | bacterium NLAE-zl-P732 | | synonym | 371601 | bacterium NLAE-zl-P736 | | includes | 37180 | Budorcas | | scientific name | 37181 | Budorcas taxicolor | | scientific name | 37181 | Budorcas taxicolor Hodgson, 1850 | | authority | 37181 | takin | | genbank common name | 372310 | Patagioenas | | scientific name | 372321 | Columba fasciata | | synonym | 372321 | Patagioenas fasciata | | scientific name | 372321 | Patagioenas fasciata (Say, 1823) | | authority | 372321 | Patagioenas fasciata Say, 1823 | | authority | 372321 | band-tailed pigeon | | genbank common name | 372326 | Columba monilis | | synonym | 372326 | Columba monilis Vigors, 1839 | | authority | 372326 | Patagioenas fasciata monilis | | scientific name | 372463 | Oceanobacillus profundus | | scientific name | 372463 | Oceanobacillus profundus Kim et al. 2007 | | authority | 3725 | Raphanus | | scientific name | 3725 | Raphanus L. | | authority | 3726 | Raphanus raphanistrum subsp. sativus | | synonym | 3726 | Raphanus raphanistrum subsp. sativus (L.) Schmalh., 1895 | | authority | 3726 | Raphanus sativus | | scientific name | 3726 | Raphanus sativus L., 1753 | | authority | 3726 | radish | | genbank common name | 37267 | Cyrtacanthacridinae | | scientific name | 37267 | migratory bird locusts | | genbank common name | 37267 | spur-throated grasshoppers | spur-throated grasshoppers | common name | 37267 | spur-throated locusts | | common name | 373 | Agrobacterium biovar 3 | | synonym | 373 | Agrobacterium vitis | | synonym | 373 | Agrobacterium vitis Ophel and Kerr 1990 | | authority | 373 | Agrobacterium vitis plasmid pTiAB4 | | includes | 373 | Allorhizobium vitis (Ophel and Kerr 1990) Mousavi et al. 2016 | | synonym | 373 | Allorhizobium vitis (Ophel and Kerr 1990) Mousavi et al. 2016 emend. Kuzmanovic et al. 2022 | | authority | 373 | Gillisella vitis | | scientific name | 373 | Gillisella vitis (Ophel and Kerr 1990) Naranjo-Robayo et al. 2026 | | authority | 373 | Rhizobium vitis | | synonym | 373 | Rhizobium vitis (Ophel and Kerr 1990) Young et al. 2001 | | authority | 373040 | Massilia aurea | | scientific name | 373040 | Massilia aurea Gallego et al. 2006 | | authority | 373040 | Massilia sp. AP13 | | includes | 373040 | Telluria aurea | | synonym | 373040 | Telluria aurea (Gallego et al. 2006) Bowman 2023 | | authority | 37326 | "Actinomyces brasiliensis" (Lindenberg 1909) Gomes 1923 | | authority | 37326 | "Actinomyces violaceus subsp. brasiliensis" Krasil'nikov 1941 | | authority | 37326 | "Discomyces brasiliensis" Lindenberg 1909 | | authority | 37326 | "Oospora brasiliensis" (Lindenberg 1909) Sartory 1920 | | authority | 37326 | "Streptothrix brasiliensis" (Lindenberg 1909) Greco 1916 | | authority | 37326 | Actinomyces brasiliensis | | synonym | 37326 | Actinomyces violaceus subsp. brasiliensis | | synonym | 37326 | Discomyces brasiliensis | | synonym | 37326 | Nocardia brasilensis | | equivalent name | 37326 | Nocardia brasiliensis | | scientific name | 37326 | Nocardia brasiliensis (Lindenberg 1909) Pinoy 1913 | | authority | 37326 | Nocardia brasiliensis (Lindenberg 1909) Pinoy 1913 emend. Nouioui et al. 2018 | | authority | 37326 | Oospora brasiliensis | | synonym | 37326 | Streptothrix brasiliensis | | synonym | 37329 | "Actinomyces bovis farcinicus" Gasperini 1894 | | authority | 37329 | "Actinomyces farcinicus" (Trevisan 1889) Gasperini 1892 | | authority | 37329 | "Bacillus farcinicus" (Trevisan 1889) Gasperini 1892 | | authority | 37329 | "Bacillus nocardi" (sic) (Migula 1900) Matzuschita 1902 | | authority | 37329 | "Bacterium nocardi" (sic) Migula 1900 | | authority | 37329 | "Cladothrix farcinica" (Trevisan 1889) Mace 1901 | | authority | 37329 | "Discomyces farcinicus" (Trevisan 1889) Krasil'nikov 1941 | | authority | 37329 | "Oospora farcinica" (Trevisan 1889) Sauvageau and Radais 1892 | | authority | 37329 | "Streptothrix farcini bovis" Kitt 1899 | | authority | 37329 | "Streptothrix farcinica" (Trevisan 1889) Rossi-Doria 1891 | | authority | 37329 | "Streptothrix nocardii" (Migula 1900) Foulerton and Jones 1901 | | authority | 37329 | Actinomyces bovis farcinicus | | synonym | 37329 | Actinomyces farcinicus | | synonym | 37329 | Bacillus farcinicus | | synonym | 37329 | Bacillus nocardi | | synonym | 37329 | Bacterium nocardi | | synonym | 37329 | Cladothrix farcinica | | synonym | 37329 | Discomyces farcinicus | | synonym | 37329 | Nocardia farcinica | | scientific name | 37329 | Nocardia farcinica Trevisan 1889 | | authority | 37329 | Nocardia farcinica Trevisan 1889 emend. Nouioui et al. 2018 | | authority | 37329 | Oospora farcinica | | synonym | 37329 | Streptothrix farcini bovis | | synonym | 37329 | Streptothrix farcinica | | synonym | 37329 | Streptothrix nocardii | | synonym | 37330 | Nocardia nova | | scientific name | 37330 | Nocardia nova Tsukamura 1983 | | authority | 37330 | Nocardia nova Tsukamura 1983 emend. Nouioui et al. 2018 | | authority | 37332 | Nocardia seriolae | | scientific name | 37332 | Nocardia seriolae Kudo et al. 1988 | | authority | 37343 | Athalia | | scientific name | 37344 | Athalia rosae | | scientific name | 37344 | Athalia rosae (Linnaeus, 1758) | | authority | 37344 | Tenthredo rosae | | synonym | 37344 | Tenthredo rosae Linnaeus, 1758 | | authority | 37344 | coleseed sawfly | | genbank common name | 37372 | Flexispira rappini species 8 | | includes | 37372 | Flexispira taxon 9 | | includes | 37372 | Helicobacter bilis | | scientific name | 37372 | Helicobacter bilis Fox et al. 1997 | | authority | 37372 | Helicobacter sp. 'Flexispira taxon 2' | | includes | 37372 | Helicobacter sp. 'Flexispira taxon 3' | | includes | 37372 | Helicobacter sp. 'Flexispira taxon 8' | | includes | 37372 | Helicobacter sp. 'Flexispira taxon 9' | | includes | 37372 | Helicobacter sp. ATCC 43879 | | includes | 37372 | Helicobacter sp. ATCC 49314 | | includes | 37372 | Helicobacter sp. ATCC 49317 | | includes | 37372 | Helicobacter sp. ATCC 49320 | | includes | 373984 | Rivularia | Rivularia | scientific name | 373984 | Rivularia C.Agardh ex Bornet & Flahault, 1886 | | authority | 374 | Agromonas | | synonym | 374 | Agromonas Ohta and Hattori 1985 | | authority | 374 | Bradyrhizobium | | scientific name | 374 | Bradyrhizobium Jordan 1982 | | authority | 374063 | Hylini | | scientific name | 374063 | Hylini Rafinesque, 1815 | | authority | 37434 | Mastotermitidae | | scientific name | 3744 | Rhamnales | | includes | 3744 | Rosales | | scientific name | 3744 | Rosales Bercht. & J.Presl, 1820 | | authority | 3744 | Rosanae | | includes | 3744 | Urticales | | includes | 37442 | Perognathus | | scientific name | 37442 | silky pocket mice | | genbank common name | 374468 | Nakaseomyces | | scientific name | 374468 | Nakaseomyces Kurtzman, 2003 | | authority | 3745 | Malaceae | | synonym | 3745 | Malaceae Sm., 1903 | | authority | 3745 | Rosaceae | | scientific name | 3745 | Rosaceae Juss., 1789 | | authority | 3745 | rose family | | common name | 37452 | unclassified Bacteroidota | | scientific name | 37452 | unclassified CFB group (miscellaneous) | | synonym | 37467 | Pisolithus | | scientific name | 37467 | Pisolithus Alb. & Schwein., 1805 | | authority | 37468 | Pisolithus tinctorius | | scientific name | 37468 | Pisolithus tinctorius (Mont.) E. Fisch., 1900 | | authority | 37468 | Polysaccum tinctorium | | synonym | 37468 | Polysaccum tinctorium Mont., 1840 | | authority | 3749 | Docynia | | synonym | 3749 | Docynia Decne., 1874 | | authority | 3749 | Malus | | scientific name | 3749 | Malus Mill., 1754 | | authority | 375 | Bradyrhizobium japonicum | | scientific name | 375 | Bradyrhizobium japonicum (Kirchner 1896) Jordan 1982 | | authority | 375 | Bradyrhizobium sp. BC-P14 | | includes | 375 | Bradyrhizobium sp. CCBAU 051143 | | includes | 375 | Bradyrhizobium sp. CCBAU 051144 | | includes | 375 | Bradyrhizobium sp. CCBAU 13150 | | includes | 375 | Bradyrhizobium sp. CCBAU 15362 | | includes | 375 | Bradyrhizobium sp. CCBAU 15450 | | includes | 375 | Bradyrhizobium sp. CCBAU 15471 | | includes | 375 | Bradyrhizobium sp. CCBAU 15522 | | includes | 375 | Bradyrhizobium sp. CCBAU 15527 | | includes | 375 | Bradyrhizobium sp. CCBAU 15543 | | includes | 375 | Bradyrhizobium sp. CCBAU 15824 | | includes | 375 | Bradyrhizobium sp. CCBAU 15839 | | includes | 375 | Bradyrhizobium sp. CCBAU 15868 | | includes | 375 | Bradyrhizobium sp. CCBAU 23136 | | includes | 375 | Bradyrhizobium sp. CCBAU 25527 | | includes | 375 | Bradyrhizobium sp. CCBAU 25530 | | includes | 375 | Bradyrhizobium sp. CCBAU 25544 | | includes | 375 | Bradyrhizobium sp. CCBAU 45501 | | includes | 375 | Bradyrhizobium sp. CCBAU 65008 | | includes | 375 | Bradyrhizobium sp. CCBAU 83611 | | includes | 375 | Bradyrhizobium sp. CCBAU 83614 | | includes | 375 | Bradyrhizobium sp. CCBAU 83678 | | includes | 375 | Bradyrhizobium sp. CCBAU 83699 | | includes | 375 | Bradyrhizobium sp. SEMIA 511 | | includes | 375 | Bradyrhizobium sp. SEMIA 6154 | | includes | 375 | Bradyrhizobium sp. mas14 | | includes | 375 | Bradyrhizobium sp. mas32 | | includes | 375 | Bradyrhizobium sp. mas33 | | includes | 375 | Bradyrhizobium sp. mas35 | | includes | 375 | Bradyrhizobium sp. mas36 | | includes | 375 | Bradyrhizobium sp. mas37 | | includes | 375 | Bradyrhizobium sp. mas38 | | includes | 375 | Bradyrhizobium sp. mas39 | | includes | 375 | Bradyrhizobium sp. mas4 | | includes | 375 | Bradyrhizobium sp. mas43 | | includes | 375 | Bradyrhizobium sp. mas44 | | includes | 375 | Bradyrhizobium sp. mas45 | | includes | 375 | Bradyrhizobium sp. mas48 | | includes | 375 | Bradyrhizobium sp. mas5 | | includes | 375 | Rhizobium japonicum (Kirchner 1896) Buchanan 1926 (Approved Lists 1980) | | synonym | 3750 | Malus communis | | synonym | 3750 | Malus communis Desf. | | authority | 3750 | Malus domestica | | scientific name | 3750 | Malus domestica (Suckow) Borkh., 1803 | | authority | 3750 | Malus praecox | | synonym | 3750 | Malus praecox Borkh., 1803 | | authority | 3750 | Malus pumila auct. | | synonym | 3750 | Malus pumila var. domestica | | synonym | 3750 | Malus pumila var. domestica (Borkh.) C.K.Schneid. | | authority | 3750 | Malus sylvestris var. domestica | | synonym | 3750 | Malus sylvestris var. domestica (Borkh.) Mansf. | | authority | 3750 | Malus x domestica | | synonym | 3750 | Pyrus malus | | synonym | 3750 | Pyrus malus L. | | authority | 3750 | Pyrus malus var. domestica | | synonym | 3750 | Pyrus malus var. domestica Suckow, 1786 | | authority | 3750 | apple | | genbank common name | 3750 | apple tree | | common name | 3750 | cultivated apple | | common name | 375288 | Parabacteroides | | scientific name | 375288 | Parabacteroides Sakamoto and Benno 2006 | | authority | 3754 | Amygdalus | | synonym | 3754 | Amygdalus L., 1753 | | authority | 3754 | Armeniaca | | synonym | 3754 | Armeniaca Scop., 1754 | | authority | 3754 | Cerasus | | synonym | 3754 | Cerasus Mill., 1754 | | authority | 3754 | Maddenia | | synonym | 3754 | Maddenia Hook.f. & Thomson, 1854 | | authority | 3754 | Prunus | | scientific name | 3754 | Prunus L., 1753 | | authority | 3754 | Prunus subg. Amygdalus | | synonym | 3754 | Prunus subg. Amygdalus (L.) Focke | | authority | 3754 | Prunus subg. Armeniaca | | synonym | 3754 | Prunus subg. Armeniaca (Scop.) Nakai | | authority | 375446 | Streptomyces sp. A012304 | | scientific name | 375451 | Erythrobacter sp. OCh114 | | includes | 375451 | Roseobacter denitrificans ATCC 33942 | | equivalent name | 375451 | Roseobacter denitrificans DSM 7001 | | equivalent name | 375451 | Roseobacter denitrificans OCh 114 | | scientific name | 375451 | Roseobacter denitrificans str. OCh 114 | | equivalent name | 375451 | Roseobacter denitrificans strain OCh 114 | | equivalent name | 3755 | Amygdalus communis | | synonym | 3755 | Amygdalus communis L., 1753 | | authority | 3755 | Amygdalus dulcis | | synonym | 3755 | Amygdalus dulcis Mill., 1768 | | authority | 3755 | Prunus amygdalus | | synonym | 3755 | Prunus amygdalus Batsch, 1801 | | authority | 3755 | Prunus communis | | synonym | 3755 | Prunus communis (L.) Arcang., 1882 | | authority | 3755 | Prunus dulcis | | scientific name | 3755 | Prunus dulcis (Mill.) D.A.Webb, 1967 | | authority | 3755 | Prunus dulcis var. sativa | | synonym | 3755 | almond | | genbank common name | 3755 | sweet almond | | common name | 375574 | Chromobacterium sp. HT27 | | includes | 375574 | Gulbenkiania indica | | scientific name | 375574 | Gulbenkiania indica Jyoti et al. 2010 | | authority | 37567 | Ditrysia | | scientific name | 37568 | Tortricoidea | | scientific name | 37569 | Bombycoidea | | scientific name | 37569 | Sphingoidea | | synonym | 37569 | hawk-moths | | genbank common name | 37570 | Noctuoidea | | scientific name | 37572 | Papilionoidea | | scientific name | 37572 | butterflies | butterflies | blast name | 37572 | butterflies | butterflies | genbank common name | 37573 | Pyraloidea | | scientific name | 37579 | Python | | scientific name | 37581 | Gelechioidea | | scientific name | 37599 | Carduelinae | | scientific name | 3760 | Amygdalus persica | | synonym | 3760 | Amygdalus persica L., 1753 | | authority | 3760 | Persica vulgaris | | synonym | 3760 | Persica vulgaris Mill. | | authority | 3760 | Prunus persica | | scientific name | 3760 | Prunus persica (L.) Batsch, 1801 | | authority | 3760 | Prunus persica var. densa | | synonym | 3760 | Prunus persica var. densa Makino | | authority | 3760 | peach | | genbank common name | 3761 | Acomastylis | | synonym | 3761 | Acomastylis Greene, 1906 | | authority | 3761 | Erythrocoma | | synonym | 3761 | Erythrocoma Greene, 1906 | | authority | 3761 | Geum | | scientific name | 3761 | Geum L., 1753 | | authority | 3761 | Novosieversia | | synonym | 3761 | Novosieversia F.Bolle, 1933 | | authority | 37616 | Viannia | | scientific name | 37617 | Leishmania braziliensis species complex | | scientific name | 376170 | Haloplanus | | scientific name | 376170 | Haloplanus Elevi Bardavid et al. 2007 emend. Cui et al. 2010 | | authority | 376170 | Haloplanus Elevi Bardavid et al. 2007 emend. Qiu et al. 2013 | | authority | 37623 | Colchester native oyster | | common name | 37623 | European flat oyster | | genbank common name | 37623 | Ostrea edulis | | scientific name | 37623 | Ostrea edulis Linnaeus, 1758 | | authority | 37623 | edible oyster | | common name | 37623 | mud oyster | | common name | 37635 | Planctomyces sp. | | scientific name | 3764 | Rosa | | scientific name | 3764 | Rosa L., 1753 | | authority | 376469 | Olivibacter | | scientific name | 376469 | Olivibacter Ntougias et al. 2007 | | authority | 3766 | Pyrus | | scientific name | 3766 | Pyrus L., 1753 | | authority | 3766 | pears | | genbank common name | 37682 | Aegilops squarrosa | | synonym | 37682 | Aegilops squarrosa subsp. squarrosa | | synonym | 37682 | Aegilops tauschii | | scientific name | 37682 | Aegilops tauschii Coss., 1849 | | authority | 37682 | Patropyrum tauschii | | synonym | 37682 | Patropyrum tauschii (Coss.) A.Love | | authority | 37682 | Patropyrum tauschii subsp. tauschii | | synonym | 37682 | Triticum aegilops | | synonym | 37682 | Triticum aegilops P.Beauv. ex Roem. & Schult. | | authority | 37682 | Triticum tauschii | | synonym | 37682 | Triticum tauschii (Coss.) Schmalh. | | authority | 376911 | Strepsirhini | | synonym | 376911 | Strepsirrhini | | scientific name | 376911 | Strepsirrhini E. Geoffroy Saint-Hilaire, 1812 | | authority | 376911 | prosimians | | genbank common name | 376913 | Haplorrhini | | scientific name | 376915 | Lemuriformes | | scientific name | 376915 | Lemuriformes Gray, 1821 | | authority | 376919 | Pitheciidae | | scientific name | 377315 | "Mariprofundus" Emerson et al. 2007 | | authority | 377315 | Mariprofundus | | scientific name | 377315 | Mariprofundus Emerson et al. 2010 | | authority | 37734 | "Streptococcus casseliflavus" Vaughan et al. 1979 | | authority | 37734 | Enterococcus casseliflavus | | scientific name | 37734 | Enterococcus casseliflavus (ex Vaughan et al. 1979) Collins et al. 1984 | | authority | 37734 | Enterococcus flavescens | | synonym | 37734 | Enterococcus flavescens Pompei et al. 1992 | | authority | 37734 | Enterococcus sp. LMG 12310 | | includes | 37734 | Enterococcus sp. VTT E-96690 | | includes | 37734 | Streptococcus casseliflavus | | synonym | 37734 | Streptococcus faecium subsp. casseliflavus | | synonym | 37734 | Streptococcus faecium var. casseliflavus | | synonym | 37734 | Streptococcus flavescens | | synonym | 377532 | Teuchophorus | | scientific name | 377616 | Pseudoxanthomonas sp. GR12-1 | | includes | 377616 | Pseudoxanthomonas yeongjuensis | | scientific name | 377616 | Pseudoxanthomonas yeongjuensis Yoo et al. 2007 | | authority | 377833 | Cubitermes group | | scientific name | 377833 | Cubitermitinae | | synonym | 377994 | Thoracotermes macrothorax | | scientific name | 37806 | Balanidae | | scientific name | 37806 | acorn barnacles | | genbank common name | 378069 | Stegostomatidae | | scientific name | 378070 | Stegostoma | | scientific name | 3781 | Crassulaceae | | scientific name | 3781 | Crassulaceae J.St.-Hil., 1805 | | authority | 3781 | stonecrop family | | common name | 37818 | Cannaeorchis | | synonym | 37818 | Cannaeorchis M.A.Clem. & D.L.Jones, 1998 | | authority | 37818 | Cepobaculum | | synonym | 37818 | Cepobaculum M.A.Clem. & D.L.Jones, 2002 | | authority | 37818 | Dendrobium | | scientific name | 37818 | Dendrobium Sw., 1799 | | authority | 37818 | Dockrillia | | synonym | 37818 | Dockrillia Brieger | | authority | 37818 | Grastidium | | synonym | 37818 | Grastidium Blume, 1825 | | authority | 37818 | Winika | | synonym | 37818 | Winika M.A.Clem., D.L.Jones & Molloy, 1997 | | authority | 3782 | Crassula | Crassula | scientific name | 3782 | Crassula L. | | authority | 3782 | Tillaea | | synonym | 378210 | Methyloversatilis | | scientific name | 378210 | Methyloversatilis Kalyuzhnaya et al. 2006 | | authority | 378266 | Meripilaceae | | scientific name | 378266 | Meripilaceae Julich, 1982 | | authority | 378266 | Rigidoporaceae | | synonym | 378272 | Hydnopolyporus fimbriatus | | synonym | 378272 | Hydnopolyporus fimbriatus (Cooke) D.A. Reid, 1962 | | authority | 378272 | Irpex rosettiformis | | scientific name | 378272 | Irpex rosettiformis (Cooke) C.C. Chen & Sheng H. Wu, 2021 | | authority | 378272 | Polystictus fimbriatus | | synonym | 378272 | Polystictus fimbriatus Cooke, 1886 | | authority | 37840 | Pestalotiopsis | | scientific name | 37840 | Pestalotiopsis Steyaert, 1949 | | authority | 378404 | Allobosea sp. CRIB-10 | | scientific name | 378404 | Bosea sp. DSM 18164 | | equivalent name | 37849 | Nephropoidea | | scientific name | 37852 | Aphidius | | scientific name | 37858 | Cryptostrea | | synonym | 37858 | Myrakeena | | synonym | 37858 | Ostrea | | scientific name | 37858 | Ostreola | Ostreola | synonym | 378806 | Stigmatella aurantiaca DW4/3-1 | | scientific name | 378806 | Stigmatella aurantiaca str. DW4/3-1 | | equivalent name | 378806 | Stigmatella aurantiaca strain DW4/3-1 | | equivalent name | 378850 | Saimiriinae | | scientific name | 379 | "Phytomyxa" Schroeter 1886 | | authority | 379 | "Rhizobacterium" Kirchner 1896 | | authority | 379 | Phytomyxa | | synonym | 379 | Rhizobacterium | | synonym | 379 | Rhizobium | | scientific name | 379 | Rhizobium Frank 1889 (Approved Lists 1980) | | authority | 379 | Rhizobium Frank 1889 (Approved Lists 1980) emend. Young et al. 2001 | | authority | 379097 | Photobacterium ATCC433367 | | includes | 379097 | Photobacterium ATCC43367 | | includes | 379097 | Photobacterium sp. (ATCC 433367) | | includes | 379097 | Photobacterium sp. (strain ATCC 433367) | | includes | 379097 | Photobacterium sp. ATCC 43367 | | includes | 379097 | Vibrio sinaloensis | | scientific name | 379097 | Vibrio sinaloensis Gomez-Gil et al. 2008 | | authority | 379097 | Vibrio sp. CAIM 695 | | includes | 379097 | Vibrio sp. CAIM 797 | | includes | 379097 | unidentified bacterium ATCC 43367 | | includes | 37914 | Dietzia | | scientific name | 37914 | Dietzia Rainey et al. 1995 emend. Kampfer et al. 2010 | | authority | 37919 | "Mycobacterium opacum" den Dooren de Jong 1927 | | authority | 37919 | "Nocardia opaca" (den Dooren de Jong 1927) Waksman and Henrici 1948 | | authority | 37919 | "Rhodococcus opacus" Klatte et al. 1994 | | authority | 37919 | Mycobacterium opacum | | synonym | 37919 | Nocardia opaca | | synonym | 37919 | Rhodococcus imtechensis | | synonym | 37919 | Rhodococcus imtechensis Ghosh et al. 2006 | | authority | 37919 | Rhodococcus imtechensis Ghosh et al. 2006 emend. Nouioui et al. 2018 | | authority | 37919 | Rhodococcus opacus | | scientific name | 37919 | Rhodococcus opacus Klatte et al. 1995 | | authority | 37919 | Rhodococcus percolatus | | synonym | 37919 | Rhodococcus percolatus Briglia et al. 1996 | | authority | 37919 | Rhodococcus sp. RKJ300 | | includes | 37928 | Arthrobacter crystallopoietes Ensign and Rittenberg 1963 (Approved Lists 1980) | | synonym | 37928 | Crystallibacter crystallopoietes | | scientific name | 37928 | Crystallibacter crystallopoietes corrig. (Ensign and Rittenberg 1963) Plotnikova et al. 2025 | | synonym | 37930 | Arthrobacter protophormiae | | synonym | 37930 | Arthrobacter protophormiae (Lysenko 1959) Stackebrandt et al. 1984 | | authority | 37930 | Arthrobacter sp. R912 | | includes | 37930 | Brevibacterium protophormiae | | synonym | 37930 | Brevibacterium protophormiae Lysenko 1959 (Approved Lists 1980) | | authority | 37930 | Glutamicibacter protophormiae | | scientific name | 37930 | Glutamicibacter protophormiae (Lysenko 1959) Busse 2016 | | authority | 379347 | Epibacterium mobile | | synonym | 379347 | Epibacterium mobile (Muramatsu et al. 2007) Wirth and Whitman 2018 | | authority | 379347 | Ruegeria mobilis Muramatsu et al. 2007 | | synonym | 379347 | Ruegeria sp. NBRC 101029 | | includes | 379347 | Ruegeria sp. NBRC 101030 | | includes | 379347 | Tritonibacter mobilis | | scientific name | 379347 | Tritonibacter mobilis (Muramatsu et al. 2007) Hordt et al. 2020 | | synonym | 379347 | Tritonibacter mobilis subsp. mobilis | | synonym | 379347 | Tritonibacter mobilis subsp. mobilis (Muramatsu et al. 2007) Hordt et al. 2020 | | authority | 379347 | Tritonibacter mobilis subsp. pelagius | | synonym | 379347 | Tritonibacter mobilis subsp. pelagius (Lee et al. 2007) Hordt et al. 2020 | | synonym | 37945 | Monogenea | | scientific name | 379532 | Coquerel's sifaka | | genbank common name | 379532 | Propithecus coquereli | | scientific name | 379532 | Propithecus coquereli (A. Grandidier, 1867) | | authority | 379532 | Propithecus verreauxi coquereli | | synonym | 379583 | Feliformia | | scientific name | 379584 | Caniformia | | scientific name | 37989 | Sphaeriales | | synonym | 37989 | Sphaeriales Dumort., 1829 | | authority | 37989 | Xylariales | | scientific name | 37989 | Xylariales Nannf., 1932 | | authority | 379899 | Niabella | | scientific name | 379899 | Niabella Kim et al. 2007 emend. Dai et al. 2011 | | authority | 37990 | Sphaeriaceae | | synonym | 37990 | Xylariaceae | | scientific name | 37990 | Xylariaceae Tul. & C. Tul., 1863 | | authority | 37990 | mitosporic Xylariaceae | | includes | 37991 | Arthroxylaria | | synonym | 37991 | Arthroxylaria Seifert & W. Gams, 2002 | | authority | 37991 | Geniculisynnema | | synonym | 37991 | Geniculisynnema Okane & Nakagiri, 2007 | | authority | 37991 | Xylaria | | scientific name | 37991 | Xylaria Hill ex Schrank, 1789 | | authority | 37991 | Xylocoremium | | synonym | 37991 | Xylocoremium J.D. Rogers, 1984 | | authority | 380 | Ensifer fredii | | synonym | 380 | Ensifer fredii (Scholla and Elkan 1984) Young 2003 | | authority | 380 | Rhizobium fredii | | synonym | 380 | Rhizobium fredii Scholla and Elkan 1984 | | authority | 380 | Sinorhizobium fredii | | scientific name | 380 | Sinorhizobium fredii (Scholla and Elkan 1984) Chen et al. 1988 | | synonym | 380 | Sinorhizobium fredii (Scholla and Elkan 1984) Chen et al. 1988 emend. De Lajudie et al. 1994 | | authority | 380021 | Pseudomonas protegens | | scientific name | 380021 | Pseudomonas protegens Ramette et al. 2012 | | authority | 380021 | Pseudomonas sp. CHA0 | | includes | 380021 | Pseudomonas sp. H1F5C | | includes | 380021 | Pseudomonas sp. MWU12-2233 | | includes | 380021 | Pseudomonas sp. MWU341 | | includes | 380021 | Pseudomonas sp. PF | | includes | 380021 | Pseudomonas sp. PGNL1 | | includes | 380021 | Pseudomonas sp. PGNR1 | | includes | 380021 | Pseudomonas sp. PGNR2 | | includes | 380021 | Pseudomonas sp. PGNR3 | | includes | 380021 | Pseudomonas sp. PGNR4 | | includes | 380021 | Pseudomonas sp. PINR3 | | includes | 380021 | Pseudomonas sp. Pf1 | | includes | 38018 | Bacteriophage sp. | | scientific name | 38018 | Phage sp. | | equivalent name | 38018 | bacteriophage | | equivalent name | 38018 | bacteriophages | | equivalent name | 38018 | unidentified bacteriophage | | equivalent name | 38018 | unidentified phage | | equivalent name | 380240 | "Candidatus Brocadia" Jetten et al. 2001 | | authority | 380240 | "Candidatus Brocadia" Strous 2000 | | authority | 380240 | Brocadia | | equivalent name | 380240 | Candidatus Brocadia | | scientific name | 380244 | Glycomyces sambucus | | scientific name | 380244 | Glycomyces sambucus Gu et al. 2007 | | authority | 380244 | Glycomyces sambucus Gu et al. 2007 emend. Nouioui et al. 2018 | | authority | 380244 | Glycomyces sp. E71 | | includes | 3803 | Fabaceae | | scientific name | 3803 | Fabaceae Lindl., 1836 | | authority | 3803 | Leguminosae | | synonym | 3803 | pea family | | common name | 380358 | Xanthomonas albilineans GPE PC73 | | scientific name | 380358 | Xanthomonas albilineans str. GPE PC73 | | equivalent name | 380358 | Xanthomonas albilineans strain GPE PC73 | | equivalent name | 38037 | Rhynchosporium | | scientific name | 38037 | Rhynchosporium Heinsen ex A.B. Frank, 1897 | | authority | 38038 | Marssonia secalis | | synonym | 38038 | Marssonia secalis Oudem., 1897 | | authority | 38038 | Rhynchosporium secalis | | scientific name | 38038 | Rhynchosporium secalis (Oudem.) Davis, 1919 | | authority | 38038 | leaf blotch of barley | | genbank common name | 38039 | Pitheciinae | | scientific name | 3804 | Caesalpinioideae | | scientific name | 3805 | Bauhinia | | scientific name | 3805 | Bauhinia L., 1753 | | authority | 38063 | unclassified Halobacteriales | | scientific name | 38063 | unclassified Haloferacales | | synonym | 38063 | unclassified Natrialbales | | synonym | 3807 | Mimosoideae | | synonym | 3807 | mimosoid clade | | scientific name | 38070 | Cebinae | | scientific name | 380738 | "Candidatus Kuenenia" Schmid et al. 2000 | | authority | 380738 | Candidatus Kuenenia | | scientific name | 380738 | Kuenenia | | equivalent name | 38074 | Gyalectales | | synonym | 38074 | Gyalectales Henssen ex D. Hawksw. & O.E. Erikss., 1986 | | authority | 38074 | Ostropales | | scientific name | 38074 | Ostropales Nannf., 1932 | | authority | 38074 | Trichotheliales | | synonym | 3808 | Acacia | | scientific name | 3808 | Acacia Mill. | | authority | 3808 | Racosperma | | synonym | 3808 | Racosperma Mart., 1835 | | authority | 381 | Mesorhizobium loti | | scientific name | 381 | Mesorhizobium loti (Jarvis et al. 1982) Jarvis et al. 1997 emend. Hameed et al. 2015 | | authority | 381 | Mesorhizobium loti (Jarvis et al. 1982) Jarvis et al. 1997 emend. Martinez-Hidalgo et al. 2015 | | authority | 381 | Mesorhizobium sp. LMG 6125 | | includes | 381 | Rhizobium loti | | synonym | 381 | Rhizobium loti Jarvis et al. 1982 | | authority | 38130 | Terebrantia | | scientific name | 3814 | Faboideae | | synonym | 3814 | Faboideae Rudd, 1968 | | authority | 3814 | Papilionoideae | | scientific name | 3817 | Arachis | | scientific name | 3817 | Arachis L., 1753 | | authority | 3818 | Arachis hypogaea | | scientific name | 3818 | Arachis hypogaea L., 1753 | | authority | 3818 | Arachis hypogaea subsp. fastigiata var. aequatoriana | | synonym | 3818 | Arachis hypogaea var. aequatoriana | | synonym | 3818 | Arachis hypogaea var. aequatoriana Krapov. & W.C.Greg., 1994 | | authority | 3818 | goober | | common name | 3818 | ground-nut | | common name | 3818 | huasquillo | | common name | 3818 | peanut | | genbank common name | 3818 | zaruma | | common name | 382 | Ensifer meliloti | | synonym | 382 | Ensifer meliloti (Dangeard 1926) Young 2003 | | authority | 382 | Ensifer sp. AC50a | | includes | 382 | Ensifer sp. AC50e | | includes | 382 | Rhizobium meliloti | | synonym | 382 | Rhizobium meliloti (megaplasmid pRME41B SYM) | | includes | 382 | Rhizobium meliloti (plasmid pRmeGR4b) | | includes | 382 | Rhizobium meliloti Dangeard 1926 (Approved Lists 1980) | | authority | 382 | Rhizobium meliloti plasmid pRmeGR4b | | includes | 382 | Rhizobium sp. AC50e | | includes | 382 | Sinorhizobium meliloti | | scientific name | 382 | Sinorhizobium meliloti (Dangeard 1926) De Lajudie et al. 1994 | | synonym | 38290 | CDC coryneform group G-1 (genomospecies III) | | synonym | 38290 | Corynebacterium macginleyi | | scientific name | 38290 | Corynebacterium macginleyi Riegel et al. 1995 | | authority | 38290 | Corynebacterium sp. PCR7 | | includes | 38301 | "Corynebacterium minutissimum" Sarkany et al. 1962 | | authority | 38301 | Corynebacterium minutissimum | | scientific name | 38301 | Corynebacterium minutissimum (ex Sarkany et al. 1962) Collins and Jones 1983 emend. Yassin et al. 2002 | | authority | 38301 | Corynebacterium minutissimum (ex Sarkany et al. 1962) Collins and Jones 1983 emend. Yassin et al. 2002 emend. Nouioui et al. 2018 | | authority | 38313 | Shewanella alga | | synonym | 38313 | Shewanella algae | | scientific name | 38313 | Shewanella algae corrig. Simidu et al. 1990 emend. Nozue et al. 1992 | | authority | 38313 | Shewanella algae corrig. Simidu et al. 1990 emend. Thorell et al. 2019 | | authority | 38313 | Shewanella haliotis | | synonym | 38313 | Shewanella haliotis Kim et al. 2007 | | authority | 38313 | Shewanella sp. 20-23R | | includes | 38313 | Shewanella sp. CNZ-1 | | includes | 38313 | Shewanella upenei | | synonym | 38313 | Shewanella upenei Kim et al. 2012 | | authority | 383407 | Xanthomonas oryzae pv. oryzicola BLS256 | | scientific name | 383407 | Xanthomonas oryzae pv. oryzicola str. BLS256 | | equivalent name | 383407 | Xanthomonas oryzae pv. oryzicola strain BLS256 | | equivalent name | 383610 | Leptospira weilii serovar Topaz | | scientific name | 383614 | Brasilonema | | scientific name | 383614 | Brasilonema Fiore et al., 2007 | | authority | 383615 | Brasilonema bromeliae | | scientific name | 383615 | Brasilonema bromeliae Fiore et al., 2007 | | authority | 383615 | Brasilonema bromeliae Fiore et al., 2007 emend. Bohunicka et al., 2024 | | authority | 383750 | Marinomonas arctica | | scientific name | 383750 | Marinomonas arctica Zhang et al. 2008 | | authority | 383750 | Marinomonas sp. BSi20328 | | includes | 384 | "Bacillus francki" Matzuschita 1902 | | authority | 384 | "Phytomyxa leguminosarum" (Frank 1879) Schroeter 1886 | | authority | 384 | "Rhizobacterium leguminosarum" (Frank 1879) Kirchner 1896 | | authority | 384 | "Schinzia leguminosarum" Frank 1879 | | authority | 384 | Bacillus francki | | synonym | 384 | Phytomyxa leguminosarum | | synonym | 384 | Rhizobacterium leguminosarum | | synonym | 384 | Rhizobium leguminosarum | | scientific name | 384 | Rhizobium leguminosarum (Frank 1879) Frank 1889 (Approved Lists 1980) emend. Ramirez-Bahena et al. 2008 | | authority | 384 | Rhizobium trifolii | | synonym | 384 | Rhizobium trifolii Dangeard 1926 (Approved Lists 1980) | | authority | 384 | Schinzia leguminosarum | | synonym | 38452 | Rutstroemia | | scientific name | 38452 | Rutstroemia P. Karst., 1871 | | authority | 3846 | Glycine | | scientific name | 3846 | Glycine Willd., 1802 | | authority | 384602 | Micrococcus flavus | | scientific name | 384602 | Micrococcus flavus Liu et al. 2007 | | authority | 384602 | Micrococcus sp. LW4 | | includes | 384638 | Bacteroides pectinophilus | | synonym | 384638 | Bacteroides pectinophilus Jensen and Canale-Parola 1987 | | authority | 384638 | [Bacteroides] pectinophilus | | scientific name | 3847 | Glycine max | | scientific name | 3847 | Glycine max (L.) Merr., 1917 | | authority | 3847 | Phaseolus max | | synonym | 3847 | Phaseolus max L., 1753 | | authority | 3847 | soybean | | genbank common name | 3847 | soybeans | | common name | 3848 | Glycine max subsp. soja | | synonym | 3848 | Glycine max subsp. soja (Siebold & Zucc.) H.Ohashi, 1982 | | authority | 3848 | Glycine soja | | scientific name | 3848 | Glycine soja Siebold & Zucc., 1845 | | authority | 3848 | wild soybean | | common name | 38492 | Sclerotium cepivorum | | synonym | 38492 | Sclerotium cepivorum Berk. 1841 | | authority | 38492 | Stromatinia cepivora | | scientific name | 38492 | Stromatinia cepivora (Berk.) Whetzel, 1945 | | authority | 38501 | Blastococcus | | scientific name | 38501 | Blastococcus Ahrens and Moll 1970 (Approved Lists 1980) emend. Hezbri et al. 2016 | | authority | 38501 | Blastococcus Ahrens and Moll 1970 (Approved Lists 1980) emend. Lee 2006 | | authority | 38501 | Blastococcus Ahrens and Moll 1970 (Approved Lists 1980) emend. Urzi et al. 2004 | | authority | 385255 | Eublepharinae | | scientific name | 3853 | Lathyrus | | scientific name | 3853 | Lathyrus L., 1753 | | authority | 3853 | Pisum | | synonym | 3853 | Pisum L., 1753 | | authority | 38563 | Australasian robins | | genbank common name | 38563 | Eopsaltriidae | | synonym | 38563 | Petroicidae | | scientific name | 38568 | Leishmania | Leishmania | scientific name | 38581 | Leishmania major species complex | | scientific name | 38582 | Leishmania mexicana species complex | | scientific name | 385972 | Brasilonema bromeliae SPC951 | | scientific name | 38608 | Dasyuromorphia | | scientific name | 38609 | Diprotodontia | | scientific name | 386267 | Staurois parvus | | scientific name | 386267 | Staurois parvus Inger & Haile, 1959 | | authority | 386414 | "Hoylesella timonensis" (Glazunova et al. 2007) Hitch et al. | | authority | 386414 | Hoylesella timonensis | | scientific name | 386414 | Hoylesella timonensis (Glazunova et al. 2007) Hitch et al. 2023 | | authority | 386414 | Prevotella timonensis Glazunova et al. 2007 | | synonym | 38654 | Alligator sinensis | | scientific name | 38654 | Alligator sinensis Fauvel, 1879 | | authority | 38654 | Chinese alligator | | genbank common name | 386614 | Amblyraja radiata | | scientific name | 386614 | Amblyraja radiata (Donovan, 1808) | | authority | 386614 | Raja radiata | | synonym | 386614 | Raja radiata Donovan, 1808 | | authority | 386614 | thorny skate | | genbank common name | 38662 | Dipodomyinae | | scientific name | 38663 | Perognathinae | | scientific name | 38663 | Perognathinae Coues, 1875 | | authority | 38669 | Otognosis longimembris | | synonym | 38669 | Otognosis longimembris Coues, 1875 | | authority | 38669 | Perognathus longimembris | | scientific name | 38669 | little pocket mouse | | genbank common name | 3869 | Lupinus | | scientific name | 3869 | Lupinus L., 1753 | | authority | 387 | Rhizobium leguminosarum bv. viciae | | scientific name | 387 | Rhizobium leguminosarum symbiovar viciae | | equivalent name | 3870 | Lupinus albus | | scientific name | 3870 | Lupinus albus L., 1753 | | authority | 3870 | Lupinus termis | | synonym | 3870 | Lupinus termis Forssk., 1775 | | authority | 3870 | white lupine | | genbank common name | 387005 | Onchocerca flexuosa | | scientific name | 387005 | Onchocerca flexuosa Abd-Ellatieff, Bazh, Hussin, Yamamoto, Yanai & AbouRawash, 2022 | | authority | 3871 | Lupinus angustifolius | | scientific name | 3871 | Lupinus angustifolius L., 1753 | | authority | 3871 | narrow-leaved blue lupine | | genbank common name | 38727 | Panicum virgatum | | scientific name | 38727 | Panicum virgatum L., 1753 | | authority | 38727 | switchgrass | | genbank common name | 38748 | Naviculales | | scientific name | 3877 | Medicago | | scientific name | 3877 | Medicago L., 1753 | | authority | 3877 | medics | | genbank common name | 38771 | Gopherus | | scientific name | 38780 | unclassified Spirochaetaceae | | scientific name | 38785 | Arabidopsis arenosa | | scientific name | 38785 | Arabidopsis arenosa Lawalree, 1960 | | authority | 38785 | Arabis arenosa | | synonym | 38785 | Arabis arenosa (L.) Scop. | | authority | 38785 | Cardaminopsis arenosa | | synonym | 38785 | Cardaminopsis arenosa (L.) Hayek. | | authority | 3880 | Medicago truncatula | | scientific name | 3880 | Medicago truncatula Gaertn., 1790 | | authority | 3880 | barrel medic | | genbank common name | 388085 | Chroococcidiopsis cf. cubana CCALA 045 | | synonym | 388085 | Chroococcidiopsis cf. cubana str. HINDAK 1966/27 | | synonym | 388085 | Chroococcidiopsis cubana DSM 107010 | | synonym | 388085 | Chroococcidiopsis cubana SAG 39.79 | | scientific name | 388085 | Chroococcidiopsis sp. ATCC 29381 | | synonym | 388085 | Chroococcidiopsis sp. PCC 7433 | | synonym | 388085 | Chroococcidiopsis thermalis 'Hindak 1966/27' | | equivalent name | 38815 | Desulfuromonas acetexigens | | synonym | 38815 | Desulfuromonas acetexigens Finster et al. 1997 | | authority | 38815 | Trichloromonas acetexigens | | scientific name | 38815 | Trichloromonas acetexigens (Finster et al. 1997) Waite et al. 2025 | | synonym | 38820 | Cyperales | | includes | 38820 | Poales | | scientific name | 38820 | Typhales | | includes | 388282 | Acarosporomycetidae | | scientific name | 388283 | Ostropomycetidae | | scientific name | 3883 | Phaseolus | Phaseolus | scientific name | 3883 | Phaseolus L., 1753 | | authority | 38832 | Micromonas | Micromonas | scientific name | 38832 | Micromonas I.Manton & M.Parke, 1960 | | authority | 38833 | Chromulina pusilla | | synonym | 38833 | Chromulina pusilla Butcher, 1952 | | authority | 38833 | Micromonas pusilla | | scientific name | 38833 | Micromonas pusilla (Butcher) I.Manton & M.Parke, 1960 | | authority | 38833 | Micromonas sp. CCMP490 | | includes | 38833 | Micromonas sp. RCC114 | | includes | 38833 | Micromonas sp. RCC498 | | includes | 38833 | Micromonas sp. RCC647 | | includes | 38833 | Micromonas sp. RCC692 | | includes | 38833 | Micromonas sp. RCC833 | | includes | 38833 | Micromonas sp. RCC834 | | includes | 38833 | Micromonas sp. RCC835 | | includes | 38834 | Pyramimonadales | | scientific name | 38834 | Pyramimonadales Chadefaud, 1950 | | authority | 38834 | prasinophytes | prasinophytes | in-part | 388435 | Lecanoromycetidae | | scientific name | 388447 | Ktedobacteria | | synonym | 388447 | Ktedonobacteria | | scientific name | 388447 | Ktedonobacteria corrig. Cavaletti et al. 2007 emend. Yabe et al. 2010 | | authority | 388448 | "Ktedobacterales" Cavaletti et al. 2006 | | authority | 388448 | Ktedobacterales | | synonym | 388448 | Ktedonobacterales | | scientific name | 388448 | Ktedonobacterales corrig. Cavaletti et al. 2007 | | authority | 388448 | Ktedonobacterales corrig. Cavaletti et al. 2007 emend. Yabe et al. 2021 | | authority | 388449 | "Ktedobacteraceae" Cavaletti et al. 2006 | | authority | 388449 | Ktedobacteraceae | | synonym | 388449 | Ktedonobacteraceae | | scientific name | 388449 | Ktedonobacteraceae corrig. Cavaletti et al. 2007 | | authority | 388449 | Ktedonobacteraceae corrig. Cavaletti et al. 2007 emend. Yabe et al. 2021 | | authority | 388461 | unclassified Ktedonobacter | | scientific name | 3885 | French bean | | common name | 3885 | Phaseolus vulgaris | | scientific name | 3885 | Phaseolus vulgaris L., 1753 | | authority | 3885 | common bean | | genbank common name | 3885 | kidney bean | | common name | 3885 | string bean | | common name | 388747 | unclassified Verrucomicrobiales | | scientific name | 38875 | "Bacillus oleronius" Kuhnigk et al. 1995 | | authority | 38875 | Bacillus oleronius | | synonym | 38875 | Bacillus oleronius Kuhnigk et al. 1996 | | authority | 38875 | Bacillus oleronius Kuhnigk et al. 1996 emend. Heyndrickx et al. 2012 | | authority | 38875 | Heyndrickxia oleronia | | scientific name | 38875 | Heyndrickxia oleronia (Kuhnigk et al. 1996) Gupta et al. 2020 | | authority | 3888 | Lathyrus oleraceus | | scientific name | 3888 | Lathyrus oleraceus Lam., 1779 | | authority | 3888 | Pisum sativum | | synonym | 3888 | Pisum sativum L., 1753 | | authority | 3888 | Pisum sativum var. ponderosum | | synonym | 3888 | Pisum sativum var. ponderosum Alef., 1866 | | authority | 3888 | garden pea | | genbank common name | 3888 | pea | | common name | 3888 | peas | | common name | 388809 | Blyttiomyces | | scientific name | 388809 | Blyttiomyces A.F. Bartsch, 1939 | | authority | 3894 | Sesbania | | scientific name | 3894 | Sesbania Scop. | | authority | 38942 | English oak | | genbank common name | 38942 | Quercus fastigiata | | synonym | 38942 | Quercus fastigiata Lam., 1785 | | authority | 38942 | Quercus robur | | scientific name | 38942 | Quercus robur L., 1753 | | authority | 38942 | pedunculate oak | | common name | 38942 | truffle oak | | common name | 38946 | Paracoccidioides | | scientific name | 38946 | Paracoccidioides F.P. Almeida, 1930 | | authority | 389734 | Hygrophoropsidaceae | | scientific name | 389734 | Hygrophoropsidaceae Kuhner, 1980 | | authority | 3898 | Lupinaster | | synonym | 3898 | Trifolium | Trifolium | scientific name | 3898 | Trifolium L., 1753 | | authority | 389951 | Serpulaceae | | scientific name | 389951 | Serpulaceae Jarosch & Bresinsky, 2001 | | authority | 39 | Archangiaceae | | scientific name | 39 | Archangiaceae Jahn et al. 1924 (Approved Lists 1980) emend. Lang et al. 2015 | | authority | 39 | Cystobacteraceae | | synonym | 39 | Cystobacteraceae McCurdy 1970 (Approved Lists 1980) emend. Awal et al. 2017 | | authority | 390242 | Pedobacter soli | | scientific name | 390242 | Pedobacter soli Kwon et al. 2011 | | authority | 390250 | Labedella | | scientific name | 390250 | Labedella Lee 2007 emend. Li et al. 2019 | | authority | 390637 | Modicisalibacter tunisiensis | | scientific name | 390637 | Modicisalibacter tunisiensis Ben Ali Gam et al. 2007 | | authority | 390876 | Nisaea | | scientific name | 390876 | Nisaea Urios et al. 2008 | | authority | 390876 | Nisaea Urios et al. 2008 emend. Kwon et al. 2022 | | authority | 390876 | Nisaea Urios et al. 2008 emend. Oh et al. 2017 | | authority | 390896 | Pleosporales sp. KT 1496 | | includes | 390896 | Sphaeria pertusa | | synonym | 390896 | Sphaeria pertusa Pers., 1801 | | authority | 390896 | Trematosphaeria pertusa | | scientific name | 390896 | Trematosphaeria pertusa Fuckel, 1870 | | authority | 390988 | Actinocatenispora | | scientific name | 390988 | Actinocatenispora Thawai et al. 2006 emend. Seo and Lee 2009 | | authority | 391 | Rhizobium sp. | | scientific name | 39107 | Murinae | | scientific name | 39107 | Otomyinae | | includes | 391180 | Enhydra lutris kenyoni | | scientific name | 391180 | Enhydra lutris kenyoni Wilson, 1991 | | authority | 391180 | northern sea otter | | genbank common name | 3913 | Vigna | | scientific name | 3913 | Vigna Savi | | authority | 3914 | Phaseolus angularis | | synonym | 3914 | Vigna angularis | | scientific name | 3914 | Vigna angularis Ohwi & H.Ohashi, 1969 | | authority | 3914 | adzuki bean | | genbank common name | 3914 | azuki bean | | common name | 391612 | Crocosphaera chwakensis CCY0110 | | scientific name | 391612 | Cyanothece sp. CCY0110 | | includes | 391623 | Thermococcus barophilus DSM 11836 | | synonym | 391623 | Thermococcus barophilus MP | | scientific name | 391623 | Thermococcus barophilus str. MP | | equivalent name | 391623 | Thermococcus barophilus strain MP | | equivalent name | 391623 | Thermococcus sp. DSM 11836 | | synonym | 391623 | Thermococcus sp. MP | | synonym | 3917 | Dolichos unguiculatus | | synonym | 3917 | Dolichos unguiculatus L., 1753 | | authority | 3917 | Phaseolus unguiculatus | | synonym | 3917 | Phaseolus unguiculatus (L.) Piper | | authority | 3917 | Vigna unguiculata | | scientific name | 3917 | Vigna unguiculata (L.) Walp., 1843 | | authority | 3917 | cowpea | cowpea | genbank common name | 391948 | Lutimaribacter pacificus | | scientific name | 391948 | Lutimaribacter pacificus (Yuan et al. 2009) Iwaki et al. 2013 | | authority | 391948 | Oceanicola pacificus | | synonym | 391948 | Oceanicola pacificus Yuan et al. 2009 | | authority | 391948 | Oceanicola sp. W11-2B | | includes | 391952 | Aquincola | | scientific name | 391952 | Aquincola Lechner et al. 2007 | | authority | 392016 | Alicyclobacillus contaminans | | synonym | 392016 | Alicyclobacillus contaminans Goto et al. 2007 | | authority | 392016 | Alicyclobacillus sp. 3-A191 | | includes | 392016 | Alicyclobacillus sp. E-8 | | includes | 392016 | Paenalicyclobacillus contaminans | | scientific name | 392016 | Paenalicyclobacillus contaminans (Goto et al. 2007) Sinninghe Damste et al. 2026 | | synonym | 392030 | Callidina magnacalcarata | | synonym | 392030 | Callidina magnacalcarata Parsons, 1892 | | authority | 392030 | Rotaria magnacalcarata | | scientific name | 392033 | Callidina sordida | | synonym | 392033 | Callidina sordida Western, 1893 | | authority | 392033 | Rotaria sordida | | scientific name | 39216 | Macrostomidae | | scientific name | 39217 | Archimacrostomum | | synonym | 39217 | Axia | Axia | synonym | 39217 | Axia Ferguson, 1954 | | authority | 39217 | Inframacrostomum | | synonym | 39217 | Macrostomum | | scientific name | 39217 | Promacrostomum | | synonym | 39217 | Protomacrostomum | | synonym | 392413 | Deinococcus misasensis | | scientific name | 392413 | Deinococcus misasensis Asker et al. 2008 | | authority | 39251 | Paulownia | | scientific name | 39251 | Paulownia Siebold & Zucc. | | authority | 392547 | "Candidatus Brocadia sapporoensis" Narita et al. 2017 | | authority | 392547 | Brocadia sapporoensis | | equivalent name | 392547 | Candidatus Brocadia sapporoensis | | scientific name | 392547 | Candidatus Brocadia sp. 40 | | includes | 392733 | Terriglobus | | scientific name | 392733 | Terriglobus Eichorst et al. 2007 | | authority | 392734 | Terriglobus roseus | | scientific name | 392734 | Terriglobus roseus Eichorst et al. 2007 | | authority | 392815 | Chlorocebus | | scientific name | 393003 | Chitinophaga ginsengisegetis | | scientific name | 393003 | Chitinophaga ginsengisegetis Lee et al. 2007 | | authority | 393087 | Gracilibacillus lacisalsi | | scientific name | 393087 | Gracilibacillus lacisalsi Jeon et al. 2008 | | authority | 393087 | Gracilibacillus sp. BH314 | | includes | 3931 | Heteropyxidaceae | | synonym | 3931 | Myrtaceae | | scientific name | 3931 | Myrtaceae Juss., 1789 | | authority | 3931 | Psiloxylaceae | | synonym | 3931 | myrtle family | | common name | 393283 | Pestalotiopsis fici | | scientific name | 393283 | Pestalotiopsis fici Steyaert, 1949 | | authority | 3934 | Onagraceae | | scientific name | 3934 | Onagraceae Juss., 1789 | | authority | 3934 | evening-primrose family | | common name | 3934 | willowherb family | | genbank common name | 393657 | Thalassospira tepidiphila | | scientific name | 393657 | Thalassospira tepidiphila Kodama et al. 2008 | | authority | 393661 | "Congregibacter" Yan 2006 | | authority | 393661 | Congregibacter | | scientific name | 393661 | Congregibacter Spring et al. 2009 | | synonym | 393662 | "Congregibacter litoralis" Fuchs et al. 2007 | | authority | 393662 | Congregibacter litoralis | | scientific name | 393662 | Congregibacter litoralis Spring et al. 2009 | | authority | 3939 | Calylophus | | synonym | 3939 | Calylophus Spach, 1835 | | authority | 3939 | Gaura | | synonym | 3939 | Gaura L., 1753 | | authority | 3939 | Oenothera | | scientific name | 3939 | Oenothera L., 1753 | | authority | 3939 | Stenosiphon | | synonym | 3939 | Stenosiphon Spach, 1835 | | authority | 3939 | evening primroses | | genbank common name | 394 | Ensifer fredii NGR234 | | synonym | 394 | Plasmid pNGR234a | | includes | 394 | Rhizobium sp. (strain NGR234) | | synonym | 394 | Rhizobium sp. NGR234 | | synonym | 394 | Sinorhizobium fredii NGR234 | | scientific name | 394 | Sinorhizobium sp. NGR234 | | synonym | 394340 | Adlercreutzia equolifaciens subsp. celatus | | scientific name | 394340 | Adlercreutzia equolifaciens subsp. celatus (Minamida et al. 2008) Nouioui et al. 2018 | | synonym | 394340 | Adlercreutzia equolifaciens subsp. celatus (Minamida et al. 2008) Nouioui et al. 2018 emend. Sakamoto et al. 2021 | | authority | 394340 | Asaccharobacter celatus | | synonym | 394340 | Asaccharobacter celatus Minamida et al. 2008 | | authority | 394559 | Flavobacterium sp. YO64 | | scientific name | 39482 | Eubacterium contortum (Prevot 1947) Holdeman et al. 1971 (Approved Lists 1980) | | synonym | 39482 | Faecalicatena contorta | | scientific name | 39482 | Faecalicatena contorta (Prevot 1947) Sakamoto et al. 2017 | | authority | 39483 | "Bacteroides cylindroides" (Rocchi 1908) Kelly 1957 | | authority | 39483 | "Pseudobacterium cylindroides" (Rocchi 1908) Krasil'nikov 1949 | | authority | 39483 | "Ristella cylindroides" (Rocchi 1908) Prevot 1938 | | authority | 39483 | Bacteroides cylindroides | | synonym | 39483 | Eubacterium cylindroides (Rocchi 1908) Holdeman and Moore 1970 (Approved Lists 1980) | | synonym | 39483 | Faecalitalea cylindroides | | scientific name | 39483 | Faecalitalea cylindroides (Rocchi 1908) De Maesschalck et al. 2014 | | authority | 39483 | Pseudobacterium cylindroides | | synonym | 39483 | Ristella cylindroides | | synonym | 39485 | Eubacterium eligens | | synonym | 39485 | Eubacterium eligens Holdeman and Moore 1974 (Approved Lists 1980) | | authority | 39485 | Lachnospira eligens | | scientific name | 39485 | Lachnospira eligens (Holdeman and Moore 1974) Garcia-Lopez et al. 2020 | | synonym | 39485 | Lachnospira eligens TSDC10.2-1.1 | | includes | 39486 | Dorea formicigenerans | | scientific name | 39486 | Dorea formicigenerans (Holdeman and Moore 1974) Taras et al. 2002 | | authority | 39486 | Eubacterium formicigenerans | | synonym | 39486 | Eubacterium formicigenerans Holdeman and Moore 1974 (Approved Lists 1980) | | authority | 39491 | "Pseudobacterium rectale" (Hauduroy et al. 1937) Krasil'nikov 1949 | | authority | 39491 | Agathobacter rectalis | | scientific name | 39491 | Agathobacter rectalis (Hauduroy et al. 1937) Rosero et al. 2016 | | authority | 39491 | Eubacterium rectale (Hauduroy et al. 1937) Prevot 1938 (Approved Lists 1980) | | synonym | 39491 | Pseudobacterium rectale | | synonym | 39491 | Roseburia rectale | | synonym | 394935 | Chromobacterium haemolyticum | | scientific name | 394935 | Chromobacterium haemolyticum Han et al. 2008 | | authority | 395010 | Racodium cellare | | synonym | 395010 | Racodium cellare Pers., 1794 | | authority | 395010 | Rhinocladiella ellisii | | synonym | 395010 | Zasmidium cellare | | scientific name | 395010 | Zasmidium cellare (Pers.) Fr., 1849 | | authority | 395331 | "Candidatus Methanoregula" Brauer et al. 2006 | | authority | 395331 | Candidatus Methanoregula | | synonym | 395331 | Methanoregula | | scientific name | 395331 | Methanoregula Brauer et al. 2011 | | authority | 395387 | Curtobacterium ammoniigenes | | scientific name | 395387 | Curtobacterium ammoniigenes Aizawa et al. 2007 | | authority | 395501 | Heterotrigona itama | | scientific name | 395501 | Heterotrigona itama (Cockerell, 1918) | | authority | 395501 | Trigona (Heterotrigona) itama | | synonym | 395501 | Trigona itama | | synonym | 395590 | Zasmidium | | scientific name | 395590 | Zasmidium Fr., 1849 | | authority | 396024 | Aspergillus ruber | | scientific name | 396024 | Aspergillus ruber Thom & Church, 1926 | | authority | 396024 | Aspergillus rubrobrunneus | | synonym | 396024 | Aspergillus rubrum | | synonym | 396024 | Eurotium rubrum | | synonym | 39616 | Aphelocoma | | scientific name | 39617 | Aphelocoma coerulescens | | scientific name | 39617 | Corvus coerulescens | | synonym | 39617 | Corvus coerulescens Bosc, 1795 | | authority | 39617 | scrub jay | | genbank common name | 39620 | Acrocephalus | | scientific name | 39621 | Acrocephalus arundinaceus | | scientific name | 39621 | Turdus arundinaceus | | synonym | 39621 | Turdus arundinaceus Linnaeus, 1758 | | authority | 39621 | great reed warbler | | genbank common name | 396331 | Bjerkanderaceae | | synonym | 396331 | Hapalopilaceae | | synonym | 396331 | Phanerochaetaceae | | scientific name | 396331 | Phanerochaetaceae Julich, 1982 | | authority | 396416 | Bombus pyrosoma | | scientific name | 396416 | Bombus pyrosoma Morawitz, 1890 | | authority | 39643 | Sorangium | | scientific name | 39643 | Sorangium (ex Jahn 1924) Reichenbach 2007 | | authority | 39650 | Cellvibrio mixtus | | scientific name | 39650 | Cellvibrio mixtus Blackall et al. 1986 | | authority | 396597 | Burkholderia ambifaria MEX-5 | | scientific name | 396597 | Burkholderia ambifaria str. MEX-5 | | equivalent name | 396597 | Burkholderia ambifaria strain MEX-5 | | equivalent name | 396712 | Gordonia sp. YY1 | | scientific name | 39677 | Arthoniales | | scientific name | 39677 | Opegraphales | | synonym | 396811 | Fulvivirga | | scientific name | 396811 | Fulvivirga Nedashkovskaya et al. 2007 | | synonym | 39687 | Mycobacterium austroafricanum Tsukamura et al. 1983 | | synonym | 39687 | Mycobacterium vanbaalenii Khan et al. 2002 | | synonym | 39687 | Mycolicibacterium austroafricanum | | scientific name | 39687 | Mycolicibacterium austroafricanum (Tsukamura et al. 1983) Gupta et al. 2018 | | authority | 39687 | Mycolicibacterium vanbaalenii | | synonym | 39687 | Mycolicibacterium vanbaalenii (Khan et al. 2002) Gupta et al. 2018 | | authority | 39692 | Mycobacterium parafortuitum | | synonym | 39692 | Mycobacterium parafortuitum Tsukamura 1966 (sic) | | authority | 39692 | Mycobacterium parafortuitum Tsukamura et al. 1965 (Approved Lists 1980) | | authority | 39692 | Mycolicibacterium parafortuitum | | scientific name | 39692 | Mycolicibacterium parafortuitum (Tsukamura et al. 1965) Gupta et al. 2018 | | authority | 39693 | Mycobacterium porcinum | | synonym | 39693 | Mycobacterium porcinum Tsukamura et al. 1983 | | authority | 39693 | Mycolicibacterium porcinum | | scientific name | 39693 | Mycolicibacterium porcinum (Tsukamura et al. 1983) Gupta et al. 2018 | | authority | 39700 | Trypanozoon | | scientific name | 39702 | Septoria | | scientific name | 39702 | Septoria Sacc., 1884 | | authority | 397287 | Lachnospiraceae bacterium 28-4 | | scientific name | 39733 | Astroviridae | | scientific name | 39740 | Bromoviridae | | scientific name | 39743 | African swine fever-like viruses | | equivalent name | 39743 | Asfivirus | | scientific name | 397456 | Gulbenkiania | | scientific name | 397456 | Gulbenkiania Vaz-Moreira et al. 2007 | | authority | 3977 | Euphorbiaceae | | scientific name | 3977 | Euphorbiaceae Juss., 1789 | | authority | 3977 | spurge family | | common name | 39779 | unclassified Clostridiales | | synonym | 39779 | unclassified Eubacteriales | | scientific name | 39782 | Blattabacteriaceae | | scientific name | 39782 | Blattabacteriaceae Kambhampati 2012 | | authority | 39782 | Blattabacterium and related endosymbionts | | synonym | 39782 | Blattabacterium group | | synonym | 39791 | Corynebacterium glucuronolyticum | | scientific name | 39791 | Corynebacterium glucuronolyticum Funke et al. 1995 | | authority | 39791 | Corynebacterium glucuronolyticum Funke et al. 1995 emend. Nouioui et al. 2018 | | authority | 39791 | Corynebacterium seminale | | synonym | 39791 | Corynebacterium seminale Riegel et al. 1996 | | authority | 39791 | Corynebacterium seminale Riegel et al. 1996 emend. Nouioui et al. 2018 | | authority | 398 | Burkholderia sp. CAF325 | | includes | 398 | Martinezella tropici | | scientific name | 398 | Martinezella tropici (Martinez-Romero et al. 1991) Naranjo-Robayo et al. 2026 | | authority | 398 | Rhizobium tropici | | synonym | 398 | Rhizobium tropici Martinez-Romero et al. 1991 | | authority | 398 | Rhizobium tropici type B | | synonym | 3980 | Hevea | | scientific name | 3980 | Hevea Aubl., 1775 | | authority | 3981 | Hevea brasiliensis | | scientific name | 3981 | Hevea brasiliensis (Willd. ex A.Juss.) Muell.Arg., 1865 | | authority | 3981 | Para rubber tree | | common name | 3981 | Siphonia brasiliensis | | synonym | 3981 | Siphonia brasiliensis Willd. ex A.Juss., 1824 | | authority | 3981 | jebe | | common name | 3981 | rubber tree | | genbank common name | 3981 | siringa | | common name | 398257 | Luteimonas composti | | scientific name | 398257 | Luteimonas composti Young et al. 2007 emend. Lin et al. 2016 | | authority | 39829 | Ocypodoidea | | scientific name | 39831 | "Bacterium rhinoscleromatis" (Trevisan 1887) Migula 1900 | | authority | 39831 | Bacterium rhinoscleromatis | | synonym | 39831 | Klebsiella pneumoniae subsp. rhinoscleromatis | | scientific name | 39831 | Klebsiella pneumoniae subsp. rhinoscleromatis (Trevisan 1887) Orskov 1984 | | authority | 39831 | Klebsiella rhinoscleromatis | | synonym | 39831 | Klebsiella rhinoscleromatis Trevisan 1887 (Approved Lists 1980) | | authority | 39845 | Actinokineospora | | scientific name | 39845 | Actinokineospora Hasegawa 1988 emend. Labeda et al. 2010 | | authority | 39845 | Actinokineospora Hasegawa 1988 emend. Nouioui et al. 2018 | | authority | 39845 | Actinokineospora Hasegawa 1988 emend. Tang et al. 2012 | | authority | 398518 | Bordetella hinzii DSM 11333 | | synonym | 398518 | Bordetella hinzii LMG 13501 | | scientific name | 398518 | Bordetella hinzii str. LMG 13501 | | equivalent name | 398518 | Bordetella hinzii strain LMG 13501 | | equivalent name | 398673 | Trichoderma gamsii | | scientific name | 398673 | Trichoderma gamsii Samuels & Druzhinina, 2006 | | authority | 398673 | Trichoderma sp. GJS 04-09 | | includes | 3987 | Ricinus | Ricinus | scientific name | 3987 | Ricinus L., 1753 | | authority | 398736 | Vibrio rhizosphaerae | | scientific name | 398736 | Vibrio rhizosphaerae Ramesh Kumar and Nair 2007 | | authority | 3988 | Ricinus communis | | scientific name | 3988 | Ricinus communis L., 1753 | | authority | 3988 | Ricinus sanguineus | | synonym | 3988 | Ricinus sanguineus Groenland, 1858 | | authority | 3988 | castor bean | | genbank common name | 398843 | Rhodococcoides kyotonense | | scientific name | 398843 | Rhodococcoides kyotonense (Li et al. 2007) Val-Calvo and Vazquez-Boland 2024 | | synonym | 398843 | Rhodococcus kyotonensis | | synonym | 398843 | Rhodococcus kyotonensis Li et al. 2007 | | authority | 399 | Neorhizobium galegae | | scientific name | 399 | Neorhizobium galegae (Lindstrom 1989) Mousavi et al. 2015 | | authority | 399 | Rhizobium galegae | | synonym | 399 | Rhizobium galegae Lindstrom 1989 | | authority | 3990 | Euphorbia | | scientific name | 3990 | Euphorbia L., 1753 | | authority | 3990 | spurges | | genbank common name | 399129 | Cryphonectriaceae | | scientific name | 399129 | Cryphonectriaceae Gryzenh. & M.J. Wingf., 2006 | | authority | 399320 | Sphaerochaeta | | scientific name | 399320 | Sphaerochaeta Ritalahti et al. 2012 | | authority | 399320 | Sphaerochaeta Ritalahti et al. 2012 emend. Abt et al. 2012 | | authority | 399320 | Sphaerochaeta Ritalahti et al. 2012 emend. Arroua et al. 2017 | | authority | 399320 | Sphaerochaeta Ritalahti et al. 2012 emend. Miyazaki et al. 2014 | | authority | 39946 | Indian rice | | common name | 39946 | Indica rice | | common name | 39946 | Oryza sativa (indica cultivar-group) | | synonym | 39946 | Oryza sativa (indica group) | | synonym | 39946 | Oryza sativa Indica Group | | scientific name | 39946 | Oryza sativa subsp. indica | | synonym | 39946 | Oryza sativa subsp. indica Kato | | authority | 39946 | Oryza sp. Poi-6 | | includes | 39946 | long-grained rice | | genbank common name | 39947 | Japanese rice | | genbank common name | 39947 | Japonica rice | | common name | 39947 | Oryza sativa (japonica cultivar-group) | | synonym | 39947 | Oryza sativa Japonica Group | | scientific name | 39947 | Oryza sativa subsp. japonica | | synonym | 39948 | "Dialister" Bergey et al. 1923 | | authority | 39948 | Allisonella | | synonym | 39948 | Allisonella Garner et al. 2003 | | synonym | 39948 | Dialister | | scientific name | 39948 | Dialister (ex Bergey et al. 1923) Moore and Moore 1994 | | authority | 39948 | Dialister (ex Bergey et al. 1923) Moore and Moore 1994 emend. Downes et al. 2003 | | authority | 39948 | Dialister (ex Bergey et al. 1923) Moore and Moore 1994 emend. Jumas-Bilak et al. 2005 | | authority | 39948 | Dialister (ex Bergey et al. 1923) Moore and Moore 1994 emend. Morotomi et al. 2008 | | authority | 3995 | Jatropha | | scientific name | 3995 | Jatropha L., 1753 | | authority | 399587 | Salmonella enterica subsp. enterica serovar Rissen | | scientific name | 399587 | Salmonella rissen | | synonym | 40 | Stigmatella | | scientific name | 40 | Stigmatella Berkeley and Curtis 1875 | | authority | 40037 | Heliconiinae | | scientific name | 40037 | fritillaries | | common name | 40037 | longwings | | common name | 40037 | longwings, fritillaries & silverspots | | genbank common name | 40037 | silverspots | | common name | 4004 | Hugoniaceae | | includes | 4004 | Linaceae | | scientific name | 4004 | Linaceae DC.ex Perleb, 1818 | | authority | 4004 | flax family | | common name | 40040 | Nymphalinae | | scientific name | 40040 | tortoiseshells, admirals &c. | | genbank common name | 4005 | Adenolinum | | synonym | 4005 | Adenolinum Rchb. | | authority | 4005 | Linum | | scientific name | 4005 | Linum L., 1753 | | authority | 400634 | Lysinibacillus | | scientific name | 400634 | Lysinibacillus Ahmed et al. 2007 emend. Jung et al. 2012 | | authority | 400634 | Lysinibacillus Ahmed et al. 2007 emend. Zhao et al. 2015 | | authority | 400727 | Pomacea canaliculata | | scientific name | 400727 | Pomacea canaliculata (Lamarck, 1828) | | authority | 400782 | New World warblers | | genbank common name | 400782 | Parulidae | | scientific name | 400782 | Parulini | | synonym | 400782 | wood-warblers | | common name | 40082 | Galleriinae | | scientific name | 40083 | Phycitinae | | scientific name | 40087 | unclassified Methylocystaceae | | scientific name | 40087 | unclassified alpha subdivision methylotroph group 1 | | synonym | 400946 | Ignatzschineria sp. 5401129 | | includes | 400946 | Wohlfahrtiimonas chitiniclastica | | scientific name | 400946 | Wohlfahrtiimonas chitiniclastica Toth et al. 2008 | | authority | 4011 | Anacardiaceae | | scientific name | 4011 | Anacardiaceae R.Br., 1818 | | authority | 4011 | sumac family | | common name | 40117 | "Nitrospirae" Garrity and Holt 2001 | | authority | 40117 | "Nitrospiraeota" Oren et al. 2015 | | authority | 40117 | Nitrospira group | | synonym | 40117 | Nitrospirae | | synonym | 40117 | Nitrospiraeota | | synonym | 40117 | Nitrospirota | | scientific name | 40117 | Nitrospirota corrig. Garrity and Holt 2021 | | synonym | 40117 | Thermodesulfovibrio group | | synonym | 40118 | "Candidatus Magnetobacterium" Chuvochina et al. 2023 | | synonym | 40118 | "Candidatus Magnetobacterium" Murray and Stackebrandt 1995 | | authority | 40118 | "Candidatus Magnetobacterium" Spring et al. 1993 | | authority | 40118 | Candidatus Magnetobacterium | | scientific name | 40138 | Pseudomyrmecinae | | scientific name | 40138 | Pseudomyrmecini | | includes | 401469 | Undibacterium | | scientific name | 401469 | Undibacterium Kampfer et al. 2007 | | authority | 401469 | Undibacterium Kampfer et al. 2007 emend. Eder et al. 2011 | | authority | 40150 | Monodon | | scientific name | 40151 | Monodon monoceros | | scientific name | 40151 | Monodon monoceros Linnaeus, 1758 | | authority | 40151 | narwhal | | genbank common name | 401562 | Aurantimonas ureilytica | | synonym | 401562 | Aurantimonas ureilytica Weon et al. 2007 | | authority | 401562 | Aureimonas ureilytica | | scientific name | 401562 | Aureimonas ureilytica (Weon et al. 2007) Rathsack et al. 2011 | | authority | 401562 | Rathsackimonas ureilytica | | synonym | 401562 | Rathsackimonas ureilytica (Weon et al. 2007) Sbissi et al. 2025 | | authority | 40163 | Polyopisthocotylea | | scientific name | 40199 | Fusarium avenaceum | | scientific name | 40199 | Fusarium avenaceum (Fr.) Sacc., 1886 | | authority | 40199 | Fusarium sp. MUT 2725 | | includes | 40199 | Fusarium sp. NZ23 | | includes | 40199 | Fusarium sp. NZ48 | | includes | 40199 | Fusarium sp. NZ49 | | includes | 40199 | Fusarium sp. NZ51 | | includes | 40199 | Fusarium sp. NZ69 | | includes | 40199 | Fusarium sp. ZX-2014d | | includes | 40199 | Fusisporium avenaceum | | synonym | 40199 | Fusisporium avenaceum Fr., 1822 | | authority | 40199 | Gibberella avenacea | | synonym | 40199 | Gibberella avenacea R.J. Cook, 1967 | | synonym | 40215 | Acinetobacter genomosp. 5 | | synonym | 40215 | Acinetobacter genomospecies 5 | | synonym | 40215 | Acinetobacter grimontii | | synonym | 40215 | Acinetobacter grimontii Carr et al. 2003 | | authority | 40215 | Acinetobacter junii | | scientific name | 40215 | Acinetobacter junii Bouvet and Grimont 1986 | | authority | 40215 | Acinetobacter sp. WR4 | | includes | 40215 | Acinetobacter sp. WR5 | | includes | 40216 | Acinetobacter genomosp. 12 | | synonym | 40216 | Acinetobacter genomospecies 12 | | synonym | 40216 | Acinetobacter radioresistens | | scientific name | 40216 | Acinetobacter radioresistens Nishimura et al. 1988 | | authority | 4022 | Acer | | scientific name | 4022 | Acer L., 1753 | | authority | 4022 | maple trees | | genbank common name | 40222 | Methyliphaga | | equivalent name | 40222 | Methylophaga | | scientific name | 40222 | Methylophaga Janvier et al. 1985 | | authority | 40222 | Methylophaga Janvier et al. 1985 emend. Boden 2012 | | authority | 4023 | Acer negundo | | scientific name | 4023 | Acer negundo L., 1753 | | authority | 4023 | Negundo aceroides | | synonym | 4023 | Negundo aceroides Moench | | authority | 4023 | box elder | | genbank common name | 40234 | Stenodermatinae | | scientific name | 40237 | Desmodontinae | | scientific name | 40238 | Phyllostominae | | scientific name | 40247 | Dasypyrum villosum | | scientific name | 40247 | Dasypyrum villosum (L.) P.Candargy, 1901 | | authority | 40247 | Haynaldia villosa | | synonym | 40247 | Haynaldia villosa (L.) Schur, 1866 | | authority | 40247 | Secale villosum | | synonym | 40247 | Secale villosum L., 1753 | | authority | 402649 | Actinomycetospora | | scientific name | 402649 | Actinomycetospora Jiang et al. 2008 emend. Tamura et al. 2011 | | authority | 402649 | Actinomycetospora Jiang et al. 2008 emend. Zhang et al. 2014 | | authority | 402998 | Anisodus acutangulus | | scientific name | 402998 | Anisodus acutangulus C.Y.Wu & C.Chen, 1977 | | authority | 403 | "Methylomonadaceae" Leadbetter 1974 | | synonym | 403 | Methylococcaceae | | scientific name | 403 | Methylococcaceae Whittenbury and Krieg 1984 emend. Bowman et al. 1993 | | authority | 403 | type I methanotrophs | | synonym | 40307 | Cynipoidea | | scientific name | 40323 | Stenotrophomonas | | scientific name | 40323 | Stenotrophomonas Palleroni and Bradbury 1993 | | authority | 40323 | Stenotrophomonas Palleroni and Bradbury 1993 emend. Ouattara et al. 2017 | | authority | 40324 | Pseudomonas maltophilia (ex Hugh and Ryschenkow 1961) Hugh 1981 | | synonym | 40324 | Pseudomonas sp. LMG 20596 | | includes | 40324 | Stenotrophomonas maltophilia | | scientific name | 40324 | Stenotrophomonas maltophilia (Hugh 1981 ex Hugh and Ryschenkow 1961) Palleroni and Bradbury 1993 | | authority | 40324 | Stenotrophomonas sp. ES-5 | | includes | 40324 | Stenotrophomonas sp. ISSDS-759 | | includes | 40324 | Stenotrophomonas sp. ISSDS-801 | | includes | 40324 | Stenotrophomonas sp. ISSDS-818 | | includes | 40324 | Stenotrophomonas sp. K6303-5-2b | | includes | 40324 | Stenotrophomonas sp. OUC_Est10 | | includes | 40324 | Stenotrophomonas sp. T6220-6-1b | | includes | 40324 | Xanthomonadaceae bacterium OG-2 | | includes | 40324 | Xanthomonas maltiphilia | | synonym | 40324 | Xanthomonas maltophilia | | synonym | 40324 | Xanthomonas maltophilia (Hugh 1981) Swings et al. 1983 | | synonym | 40324 | Xanthomonas maltophilia (Hugh 1981) Swings et al. 1983 emend. van den Mooter and Swings 1990 | | authority | 40354 | Fonsecaea | | scientific name | 40354 | Fonsecaea Negroni, 1936 | | authority | 40355 | Acrotheca pedrosoi | | synonym | 40355 | Carrionia pedrosoi | | synonym | 40355 | Fonsecaea pedrosoi | | scientific name | 40355 | Fonsecaea pedrosoi (Brumpt) Negroni, 1936 | | authority | 40355 | Gomphinaria pedrosoi | | synonym | 40355 | Hormodendroides pedrosoi | | synonym | 40355 | Hormodendrum pedrosoi | | synonym | 40355 | Hormodendrum pedrosoi Brumpt, 1922 | | authority | 40355 | Phialophora pedrosoi | | synonym | 40355 | Rhinocladiella pedrosoi | | synonym | 40355 | Trichosporum pedrosianum | | synonym | 40355 | Trichosporum pedrosoi | | synonym | 4036 | Apiales | | scientific name | 4036 | Apiales Nakai, 1930 | | authority | 4036 | Araliales | | synonym | 4036 | Araliales Juss. ex Bercht. & J.Presl, 1820 | | authority | 40364 | hydei subgroup | | scientific name | 403666 | Zygophyllales | | scientific name | 403666 | Zygophyllales Link, 1829 | | authority | 403667 | Vitales | | scientific name | 4037 | Apiaceae | | scientific name | 4037 | Apiaceae Lindl., 1836 | | authority | 4037 | Umbelliferae | | synonym | 4037 | carrot family | | common name | 403978 | unclassified Flavobacteriales | | scientific name | 404011 | Shewanella piezotolerans | | scientific name | 404011 | Shewanella piezotolerans Xiao et al. 2007 emend. Thorell et al. 2019 | | authority | 404130 | unclassified Bdellovibrionales | | scientific name | 40417 | Auriscalpiaceae | | scientific name | 40417 | Auriscalpiaceae Maas Geest., 1963 | | authority | 404235 | Maritimibacter | | scientific name | 404235 | Maritimibacter Lee et al. 2007 | | authority | 404235 | Maritimibacter Lee et al. 2007 emend. Yu et al. 2022 | | authority | 404235 | Maritimibacter Lee et al. 2007 emend. Zhong et al. 2015 | | authority | 404235 | Muriiphilus | | synonym | 404235 | Muriiphilus Wang et al. 2021 | | authority | 40424 | Hymenochaetaceae | | scientific name | 40424 | Hymenochaetaceae Donk, 1948 | | authority | 404256 | Moss Superclass II | | includes | 404256 | Sphagnophytina | | scientific name | 404260 | Bryophytina | | scientific name | 404260 | Moss Superclass V | | includes | 404386 | Nonomuraea coxensis | | scientific name | 404386 | Nonomuraea coxensis Ara et al. 2007 | | authority | 40445 | Meripilus | | scientific name | 40445 | Meripilus P. Karst., 1882 | | authority | 40455 | Fistulinaceae | | scientific name | 40455 | Fistulinaceae Lotsy, 1907 | | authority | 40456 | Fistulina | | scientific name | 40456 | Fistulina Bull., 1791 | | authority | 40457 | Boletus hepaticus | | synonym | 40457 | Boletus hepaticus Schaeff., 1774 | | authority | 40457 | Fistulina buglossoides | | synonym | 40457 | Fistulina buglossoides Bull., 1791 | | authority | 40457 | Fistulina hepatica | | scientific name | 40457 | Fistulina hepatica (Schaeff.) With., 1801 | | authority | 40457 | beefsteak fungus | | common name | 40492 | Stereum hirsutum | | scientific name | 40492 | Stereum hirsutum (Willd.) Pers., 1800 | | authority | 40492 | Thelephora hirsuta | | synonym | 40492 | Thelephora hirsuta Willd., 1787 | | authority | 404941 | "Mycobacterium salmoniphilum" Ross 1960 | | authority | 404941 | Mycobacterium salmoniphilum | | synonym | 404941 | Mycobacterium salmoniphilum (ex Ross 1960) Whipps et al. 2007 | | authority | 404941 | Mycobacterium salmoniphilum (ex Ross 1960) Whipps et al. 2007 emend. Nouioui et al. 2018 | | authority | 404941 | Mycobacteroides salmoniphilum | | scientific name | 404941 | Mycobacteroides salmoniphilum (Whipps et al. 2007 ex Ross 1960) Gupta et al. 2018 | | authority | 405031 | Brenthis | | scientific name | 405031 | Brenthis Hubner, 1819 | | authority | 405034 | Brenthis ino | | scientific name | 405034 | Brenthis ino (Rottemburg, 1775) | | authority | 405034 | Papilio ino | | synonym | 405034 | Papilio ino Rottemburg, 1775 | | authority | 405034 | lesser marbled fritillary | | genbank common name | 40520 | Blautia obeum | | scientific name | 40520 | Blautia obeum (Moore et al. 1976) Lawson and Finegold 2015 | | authority | 40520 | Ruminococcus obeum | | synonym | 40520 | Ruminococcus obeum Moore et al. 1976 (Approved Lists 1980) | | authority | 40544 | Sutterella | | scientific name | 40544 | Sutterella Wexler et al. 1996 | | authority | 40545 | Sutterella wadsworthensis | | scientific name | 40545 | Sutterella wadsworthensis Wexler et al. 1996 | | authority | 40548 | Burmanniales | | includes | 40548 | Burmanniales Mart., 1835 | | authority | 40548 | Dioscoreales | | scientific name | 40548 | Dioscoreales Mart., 1835 | | authority | 4055 | Gentianales | | scientific name | 4055 | Gentianales Juss. ex Bercht. & J.Presl, 1820 | | authority | 40552 | Agavaceae | | synonym | 40552 | Anemarrhenaceae | | includes | 40552 | Anthericaceae | | includes | 40552 | Asparagaceae | | scientific name | 40552 | Asparagaceae Juss., 1789 | | authority | 40552 | Behniaceae | | includes | 40552 | Camassiaceae | | includes | 40552 | Convallariaceae | | includes | 40552 | Dracaenaceae | | includes | 40552 | Eriospermaceae | | includes | 40552 | Herreriaceae | | includes | 40552 | Hesperocallidaceae | | includes | 40552 | Hyacinthaceae | | synonym | 40552 | Hyacinthaceae Batsch ex Borkh., 1797 | | authority | 40552 | Nolinaceae | | includes | 40552 | Ruscaceae | | synonym | 40552 | agave family | | equivalent name | 40552 | asparagus family | | common name | 40552 | hyacinth family | | common name | 40552 | lily-of-the-valley family | | common name | 405534 | Bacillus cereus AH187 | | scientific name | 405534 | Bacillus cereus str. AH187 | | equivalent name | 405534 | Bacillus cereus strain AH187 | | equivalent name | 40559 | Botryotinia fuckeliana | | synonym | 40559 | Botryotinia fuckeliana (de Bary) Whetzel, 1945 | | authority | 40559 | Botrytis cinerea | | scientific name | 40559 | Botrytis cinerea Pers., 1801 | | synonym | 40559 | Botrytis sp. CA25 | | includes | 40559 | Botrytis sp. CB17 | | includes | 40559 | Botrytis sp. MUT 4874 | | includes | 40559 | Peziza fuckeliana | | synonym | 40559 | Peziza fuckeliana de Bary, 1866 | | authority | 40559 | Sclerotinia fuckeliana | | synonym | 40559 | Sclerotinia fuckeliana (de Bary) Fuckel, 1870 | | authority | 40559 | gray fruit mold | | common name | 4056 | Apocynaceae | | scientific name | 4056 | Apocynaceae Juss., 1789 | | authority | 4056 | Asclepiadaceae | | includes | 4056 | Asclepiadaceae Borkh., 1797 | | authority | 4056 | dogbane family | | common name | 4057 | Catharanthus | | scientific name | 4057 | Catharanthus G.Don, 1837 | | authority | 40576 | Xenorhabdus bovienii | | scientific name | 40576 | Xenorhabdus bovienii (Akhurst 1983) Akhurst and Boemare 1993 | | authority | 40576 | Xenorhabdus nematophila subsp. bovienii corrig. | | synonym | 40576 | Xenorhabdus nematophila subsp. bovienii corrig. Akhurst 1983 | | authority | 40576 | Xenorhabdus nematophilus subsp. bovienii | | synonym | 4058 | Catharanthus roseus | | scientific name | 4058 | Catharanthus roseus G.Don, 1837 | | authority | 4058 | Madagascar periwinkle | | genbank common name | 4058 | Vinca rosea | | synonym | 4058 | Vinca rosea L. | | authority | 4058 | chatas | | common name | 4058 | chula | | common name | 4058 | old-maid | | common name | 4058 | rosy periwinkle | | common name | 406341 | Allobosea sp. WAO | | scientific name | 406341 | Bosea sp. DSM 102914 | | equivalent name | 406425 | Burkholderia cenocepacia MC0-3 | | equivalent name | 406425 | Burkholderia orbicola MC0-3 | | scientific name | 406432 | Stackebrandtia albiflava | | scientific name | 406432 | Stackebrandtia albiflava Wang et al. 2009 | | authority | 40674 | Mammalia | | scientific name | 40674 | mammals | mammals | blast name | 40674 | mammals | mammals | genbank common name | 40678 | Alcyoniidae | | scientific name | 40678 | Anthothelidae | | synonym | 40679 | Alcyonium | | scientific name | 40685 | Salix | | scientific name | 40685 | Salix L. | | authority | 40685 | willows | | genbank common name | 40686 | Salix viminalis | | scientific name | 40686 | Salix viminalis L., 1753 | | authority | 40686 | basket willow | | common name | 40686 | common osier | | common name | 40686 | osier | | genbank common name | 4069 | Solanales | | scientific name | 4069 | Solananae | | synonym | 40690 | Pagothenia bernacchii | | synonym | 40690 | Pseudotrematomus bernacchii | | synonym | 40690 | Pseudotrematomus bernacchii (Boulenger, 1902) | | authority | 40690 | Trematomus bernacchi | | synonym | 40690 | Trematomus bernacchii | | scientific name | 40690 | Trematomus bernacchii Boulenger, 1902 | | authority | 40690 | emerald rockcod | | genbank common name | 40690 | rockcod | | common name | 407 | Methylobacterium | | scientific name | 407 | Methylobacterium Patt et al. 1976 (Approved Lists 1980) | | authority | 407 | Methylobacterium Patt et al. 1976 (Approved Lists 1980) emend. Alessa et al. 2021 | | authority | 407 | Methylobacterium Patt et al. 1976 (Approved Lists 1980) emend. Green and Bousfield 1983 | | authority | 4070 | Nolanaceae | | includes | 4070 | Solanaceae | | scientific name | 4070 | Solanaceae Juss., 1789 | | authority | 4070 | nightshade family | | common name | 407032 | Nitrospinaceae | | scientific name | 407032 | Nitrospinaceae Garrity et al. 2006 | | authority | 4071 | Capsicum | | scientific name | 4071 | Capsicum L. | | authority | 4071 | peppers | | genbank common name | 4072 | Capsicum annuum | | scientific name | 4072 | Capsicum annuum L., 1753 | | authority | 4072 | Capsicum sp. HD-HW | | includes | 4072 | Capsicum sp. JYM-2013 | | includes | 4072 | sweet pepper | | common name | 408113 | Macroplea | | scientific name | 408114 | Donacia appendiculata | | synonym | 408114 | Donacia appendiculata Panzer, 1794 | | authority | 408114 | Macroplea appendiculata | | scientific name | 408114 | Macroplea appendiculata (Panzer, 1794) | | authority | 408139 | Leptospira kmetyi | | scientific name | 408139 | Leptospira kmetyi Slack et al. 2009 | | authority | 408139 | Leptospira sp. 201702448 | | includes | 408139 | Leptospira sp. JW2-C-B1 | | includes | 408139 | Leptospira sp. JW3-C-A1 | | includes | 408139 | Leptospira sp. SCS11 | | includes | 408139 | Leptospira sp. SCS7 | | includes | 408140 | Leptospira kmetyi serovar Malaysia | | scientific name | 408180 | Mesorhizobium sp. ORS 3324 | | scientific name | 408184 | Mesorhizobium sp. ORS 3359 | | scientific name | 4085 | Nicotiana | | scientific name | 4085 | Nicotiana L. | | authority | 408753 | Clostridiisalibacter paucivorans | | scientific name | 408753 | Clostridiisalibacter paucivorans Liebgott et al. 2008 | | authority | 408753 | Clostridium sp. 37HS60 | | includes | 409 | Methylobacterium sp. | | scientific name | 409322 | Treponema pedis | | scientific name | 409322 | Treponema pedis Evans et al. 2009 | | authority | 40948 | Angelica | | scientific name | 40948 | Angelica L., 1753 | | authority | 40948 | Archangelica | | synonym | 40948 | Archangelica Wolf | | authority | 40948 | Czernaevia | | synonym | 40948 | Czernaevia Turcz. | | authority | 40948 | Sphenosciadium | | synonym | 40948 | Sphenosciadium A.Gray, 1865 | | authority | 4097 | American tobacco | | common name | 4097 | Nicotiana tabacum | | scientific name | 4097 | Nicotiana tabacum L., 1753 | | authority | 4097 | common tobacco | | genbank common name | 4097 | tobacco | | common name | 40983 | Geobacter hydrogenophilus | | scientific name | 40983 | Geobacter hydrogenophilus Coates et al. 2001 | | authority | 40983 | Geobacter hydrogenophilus Coates et al. 2001 emend. Xu et al. 2021 | | authority | 409849 | Periophthalmus magnuspinnatus | | scientific name | 409849 | Periophthalmus magnuspinnatus Lee, Choi & Ryu, 1995 | | authority | 40995 | Elsinoaceae | | scientific name | 40995 | Elsinoaceae Hohn. ex Sacc. & Trotter, 1913 | | authority | 40995 | mitosporic Elsinoaceae | | includes | 40996 | Elsinoe | | scientific name | 40996 | Elsinoe Racib., 1900 | | authority | 40998 | Elsino australis | | synonym | 40998 | Elsinoe australis | | scientific name | 40998 | Elsinoe australis Bitanc. & Jenkins, 1936 | | authority | 40998 | Sphaceloma australis | | synonym | 40998 | Sphaceloma australis Bitanc. & Jenkins, 1936 | | authority | 40998 | Sphaceloma fawcettii var. viscosum | | synonym | 40998 | Sphaceloma fawcettii var. viscosum Jenkins, 1933 | | authority | 41 | "Chondromyces aurantiacus" (Berkeley and Curtis) Thaxter 1892 | | authority | 41 | Chondromyces aurantiacus | | synonym | 41 | Stigmatella aurantiaca | | scientific name | 41 | Stigmatella aurantiaca Berkeley and Curtis 1875 | | authority | 410072 | Allocoprococcus comes | | scientific name | 410072 | Allocoprococcus comes (Holdeman and Moore 1974) Yamamoto et al. 2026 | | authority | 410072 | Coprococcus comes | | synonym | 410072 | Coprococcus comes Holdeman and Moore 1974 (Approved Lists 1980) | | authority | 410274 | Diprioninae | | scientific name | 41068 | Aspergillus campestris | | scientific name | 41068 | Aspergillus campestris M. Christensen, 1982 | | authority | 4107 | Cyphomandra | | synonym | 4107 | Cyphomandra Mart. ex Sendtn. | | authority | 4107 | Normania | | synonym | 4107 | Solanum | | scientific name | 4107 | Solanum L. | | authority | 4107 | Triguera | | synonym | 41084 | Polyphaga | Polyphaga | scientific name | 41086 | Scarabaeiformia | | scientific name | 41087 | Elateriformia | | scientific name | 41088 | Chrysomeliformia | Chrysomeliformia | includes | 41088 | Cucujiformia | | scientific name | 4109 | Commerson's wild potato | | genbank common name | 4109 | Solanum commersonii | | scientific name | 4109 | Solanum commersonii Poir., 1814 | | authority | 4113 | Solanum aracc-papa | | synonym | 4113 | Solanum tuberosum | | scientific name | 4113 | Solanum tuberosum L., 1753 | | authority | 4113 | Solanum tuberosum subsp. tuberosum | | includes | 4113 | potato | | genbank common name | 4113 | potatoes | | common name | 41142 | Coprinae | | includes | 41142 | Scarabaeinae | | scientific name | 41142 | dung beetles & tumblebugs | | genbank common name | 41145 | Copris | | scientific name | 41145 | black dung beetles | | genbank common name | 411464 | Desulfovibrio piger ATCC 29098 | | scientific name | 411464 | Desulfovibrio piger DSM 749 | | synonym | 411464 | Desulfovibrio piger str. ATCC 29098 | | equivalent name | 411464 | Desulfovibrio piger strain ATCC 29098 | | equivalent name | 411483 | "Faecalibacterium hominis" Liu et al. 2022 | | authority | 411483 | Faecalibacterium duncaniae | | scientific name | 411483 | Faecalibacterium duncaniae Sakamoto et al. 2022 | | authority | 411483 | Faecalibacterium duncaniae Sakamoto et al. 2022 emend. Sakamoto et al. 2023 | | authority | 411483 | Faecalibacterium hominis | | synonym | 411483 | Faecalibacterium hominis (ex Liu et al. 2023) | | synonym | 411483 | Faecalibacterium prausnitzii A2-165 | | includes | 411483 | Faecalibacterium sp. 4P15 | | includes | 411483 | Faecalibacterium sp. 4P_15 | | includes | 41155 | Lepturinae | | scientific name | 41170 | "Flavobacterium acetylicum" Levine and Soppeland 1926 | | authority | 41170 | Brevibacterium acetylicum | | synonym | 41170 | Brevibacterium acetylicum (Levine and Soppeland 1926) Breed 1957 (Approved Lists 1980) | | authority | 41170 | Exiguobacterium acetylicum | | scientific name | 41170 | Exiguobacterium acetylicum (Levine and Soppeland 1926) Farrow et al. 1994 | | authority | 41170 | Flavobacterium acetylicum | | synonym | 4118 | Convolvulaceae | | scientific name | 4118 | Convolvulaceae Juss., 1789 | | authority | 4118 | Convolvuloideae | | includes | 4118 | morning-glory family | | common name | 4119 | Ipomoea | | scientific name | 4119 | Ipomoea L. | | authority | 4119 | Pharbitis | | synonym | 4119 | Pharbitis Choisy | | authority | 41191 | Glossata | | scientific name | 41196 | Neolepidoptera | | scientific name | 41197 | Heteroneura | | scientific name | 41200 | Bifidobacterium sp. | | scientific name | 412032 | Celerinatantimonadaceae | | scientific name | 412032 | Celerinatantimonadaceae Cramer et al. 2011 | | authority | 412032 | Celerinatantimonadaceae Cramer et al. 2011 emend. Flores-Felix et al. 2025 | | authority | 412033 | Celerinatantimonas | | scientific name | 412033 | Celerinatantimonas Cramer et al. 2011 | | authority | 412034 | Celerinatantimonas diazotrophica | | scientific name | 412034 | Celerinatantimonas diazotrophica Cramer et al. 2011 | | authority | 41211 | Desulfotomaculum sp. | | scientific name | 41212 | Harpacticoida | | scientific name | 412133 | Trichomonas vaginalis G3 | | scientific name | 412133 | Trichomonas vaginalis strain G3 | | synonym | 412384 | Arthrobacter sp. BDR3P1B1-M | | includes | 412384 | Arthrobacter sp. CHR1P1B3-M | | includes | 412384 | Arthrobacter sp. CHR3P2B1-M | | includes | 412384 | Bacillus aryabhattai | | synonym | 412384 | Bacillus aryabhattai Shivaji et al. 2009 | | authority | 412384 | Bacillus sp. BHR2P1B1-M | | includes | 412384 | Bacillus sp. JP44SK11 | | includes | 412384 | Bacillus sp. JP44SK38 | | includes | 412384 | Bacillus sp. KU2 | | includes | 412384 | Bacillus sp. LK25 | | includes | 412384 | Bacillus sp. T61 | | includes | 412384 | Microbacterium sp. CHR3P2B2 | | includes | 412384 | Priestia aryabhattai | | scientific name | 412384 | Priestia aryabhattai (Shivaji et al. 2009) Gupta et al. 2020 | | authority | 41247 | Agaricus sect. Mycena | | synonym | 41247 | Agaricus sect. Mycena Pers., 1797 | | authority | 41247 | Mycena | | scientific name | 41247 | Mycena (Pers.) Roussel, 1806 | | authority | 41248 | Agaricus galopus | | synonym | 41248 | Agaricus galopus Pers., 1800 | | authority | 41248 | Mycena galopus | | scientific name | 41248 | Mycena galopus (Pers.) P. Kumm., 1871 | | synonym | 412687 | Humihabitans oryzae | | synonym | 412687 | Humihabitans oryzae Kageyama et al. 2007 | | authority | 412687 | Intrasporangium oryzae | | scientific name | 412687 | Intrasporangium oryzae (Kageyama et al. 2007) Yang et al. 2012 | | authority | 412687 | Intrasporangium oryzae (Kageyama et al. 2007) Yang et al. 2012 emend. Nouioui et al. 2018 | | authority | 41275 | Brevundimonas | | scientific name | 41275 | Brevundimonas Segers et al. 1994 emend. Abraham et al. 1999 | | authority | 412764 | Spathaspora | | scientific name | 412764 | Spathaspora N.H. Nguyen, S.O. Suh & M. Blackw., 2006 | | authority | 4128 | Cuscuta | | scientific name | 4128 | Cuscuta L., 1753 | | authority | 41289 | unclassified Methanosarcinaceae | | scientific name | 41292 | unclassified Hyphomicrobiales | | scientific name | 41292 | unclassified Rhizobiaceae group (miscellaneous) | | includes | 41293 | unclassified Acetobacteraceae | | scientific name | 41294 | BANA domain | | synonym | 41294 | Bradyrhizobiaceae | | synonym | 41294 | Bradyrhizobiaceae Garrity et al. 2006 | | synonym | 41294 | Bradyrhizobium group | | synonym | 41294 | Nitrobacteraceae | | scientific name | 41294 | Nitrobacteraceae corrig. Buchanan 1917 (Approved Lists 1980) | | authority | 41294 | alpha-2 proteobacteria | alpha-2 proteobacteria | in-part | 41295 | Rhodospirillaceae | | scientific name | 41295 | Rhodospirillaceae Pfennig and Truper 1971 (Appproved Lists 1980) emend. Koziaeva et al. 2023 | | authority | 41295 | Rhodospirillaceae Pfennig and Truper 1971 (Approved Lists 1980) | | authority | 41295 | alpha-1 proteobacteria | alpha-1 proteobacteria | in-part | 41295 | purple nonsulfur bacteria | | genbank common name | 41296 | unclassified Rhodospirillaceae | | scientific name | 41297 | Sphingomonadaceae | | scientific name | 41297 | Sphingomonadaceae Kosako et al. 2000 | | authority | 41297 | Sphingomonas group | | common name | 41297 | Zymomonas group | | common name | 41297 | alpha-4 proteobacteria | | genbank common name | 41302 | Oikopleuridae | | scientific name | 413071 | Trichoderma virens Gv29-8 | | scientific name | 413435 | Singularimonas | | synonym | 413435 | Singularimonas Friedrich and Lipski 2008 | | authority | 413435 | Sinobacter | | synonym | 413435 | Sinobacter Zhou et al. 2008 | | authority | 413435 | Sinobacter Zhou et al. 2008 emend. Xu et al. 2011 | | authority | 413435 | Solimonas | | scientific name | 413435 | Solimonas Kim et al. 2007 | | authority | 413435 | Solimonas Kim et al. 2007 emend. Sheu et al. 2011 | | authority | 413496 | Cronobacter | | scientific name | 413496 | Cronobacter Iversen et al. 2008 | | synonym | 413496 | Cronobacter Iversen et al. 2008 emend. Brady et al. 2013 | | authority | 413497 | Cronobacter dublinensis | | scientific name | 413497 | Cronobacter dublinensis Iversen et al. 2008 | | synonym | 413497 | Cronobacter dublinensis Iversen et al. 2008 emend. Gan et al. 2025 | | authority | 413503 | "Cronobacter sakazakii subsp. malonaticus" Iversen et al. 2007 | | authority | 413503 | Cronobacter malonaticus | | scientific name | 413503 | Cronobacter malonaticus Iversen et al. 2008 | | authority | 413503 | Cronobacter sakazakii subsp. malonaticus | | synonym | 4136 | Labiatae | | synonym | 4136 | Lamiaceae | | scientific name | 4136 | Lamiaceae Martinov, 1820 | | authority | 4136 | Symphoremataceae | | includes | 4136 | mint family | | common name | 41399 | Phrymaceae | | scientific name | 41399 | Phrymaceae Schauer, 1847 | | authority | 41399 | Phrymataceae | | synonym | 414048 | Pedobacter insulae | | scientific name | 414048 | Pedobacter insulae Yoon et al. 2007 | | authority | 4143 | Lamiales | | scientific name | 4143 | Lamiales Bromhead, 1838 | | authority | 4143 | Scrophulariales | | includes | 414371 | Aureimonas | | scientific name | 414371 | Aureimonas Rathsack et al. 2011 | | authority | 4144 | Oleaceae | | scientific name | 4144 | Oleaceae Hoffmanns. & Link, 1809 | | authority | 4144 | olive famly | | common name | 41442 | Acaridae | | scientific name | 41442 | store product mites | | common name | 41443 | Tyrophagus | | scientific name | 41443 | bulb mites | bulb mites | genbank common name | 4145 | Olea | Olea | scientific name | 4145 | Olea L., 1753 | | authority | 4145 | olives | | common name | 4146 | Olea europaea | | scientific name | 4146 | Olea europaea L., 1753 | | authority | 4146 | Olea sativa | | synonym | 4146 | Olea sativa Hoffmanns. & Link | | authority | 4146 | common olive | | genbank common name | 414684 | Rhodocista centenaria SW | | synonym | 414684 | Rhodospirillum centenum SW | | scientific name | 414684 | Rhodospirillum centenum str. SW | | equivalent name | 414684 | Rhodospirillum centenum strain SW | | equivalent name | 414713 | Actinospicaceae | | scientific name | 414713 | Actinospicaceae Cavaletti et al. 2006 emend. Zhi et al. 2009 | | authority | 414714 | Catenulisporales | | scientific name | 414714 | Catenulisporales Donadio et al 2015 | | authority | 414714 | Catenulisporineae | | synonym | 414714 | Catenulisporineae Cavaletti et al. 2006 emend. Zhi et al. 2009 | | authority | 414715 | Actinospica | | scientific name | 414715 | Actinospica Cavaletti et al. 2006 | | authority | 414771 | "Paenibacillus donghaensis" Choi et al. 2008 | | authority | 414771 | Paenibacillus donghaensis | | scientific name | 414771 | Paenibacillus donghaensis Choi et al. 2026 | | authority | 414877 | Catenulisporaceae | | scientific name | 414877 | Catenulisporaceae Busti et al. 2006 emend. Zhi et al. 2009 | | authority | 414878 | Catenulispora | | scientific name | 414878 | Catenulispora Busti et al. 2006 emend. Tamura et al. 2008 | | authority | 4149 | Buddlejaceae | | includes | 4149 | Buddlejaceae K.Wilh., 1910 | | authority | 4149 | Myoporaceae | | includes | 4149 | Myoporaceae R.Br., 1810 | | authority | 4149 | Scrophulariaceae | Scrophulariaceae | scientific name | 4149 | Scrophulariaceae Juss., 1789 | | authority | 4149 | Selaginaceae | | includes | 4149 | Selaginaceae Choisy, 1823 | | authority | 4149 | figwort family | | common name | 414999 | Opitutae | | synonym | 414999 | Opitutae Choo et al. 2007 | | authority | 414999 | Opitutia | | scientific name | 414999 | Opitutia corrig. | | synonym | 414999 | Opitutia corrig. Choo et al. 2007 | | authority | 415000 | Opitutales | | scientific name | 415000 | Opitutales Choo et al. 2007 | | authority | 41514 | Salmonella enterica IIIa 62:z4,z23:- | | synonym | 41514 | Salmonella enterica serovar IIIa 62:z4,z23:- | | synonym | 41514 | Salmonella enterica subsp. arizonae serovar 62:z4,z23:- | | scientific name | 4155 | Erythranthe guttata | | scientific name | 4155 | Erythranthe guttata G.L.Nesom, 2012 | | authority | 4155 | Mimulus guttatus | | synonym | 4155 | Mimulus guttatus Fisch. ex DC. | | authority | 4155 | Mimulus guttatus subsp. guttatus | | synonym | 4155 | common monkey flower | | common name | 4155 | spotted monkey flower | | genbank common name | 4155 | yellow monkey flower | | common name | 416 | "Methamonas" Orla-Jensen 1909 | | authority | 416 | "Methylomonas" Leadbetter 1974 | | authority | 416 | Methamonas | | synonym | 416 | Methylomonas | | scientific name | 416 | Methylomonas (ex Leadbetter 1974) Whittenbury 1984 emend. Bowman et al. 1993 | | authority | 416017 | Kribbella aluminosa | | scientific name | 416017 | Kribbella aluminosa Carlsohn et al. 2007 | | authority | 416441 | Lactarius akahatsu | | scientific name | 416441 | Lactarius akahatsu Nobuj. Tanaka, 1890 | | authority | 416442 | Lactarius hatsudake | | scientific name | 416442 | Lactarius hatsudake Nobuj. Tanaka, 1890 | | authority | 41665 | Neopterygi | | synonym | 41665 | Neopterygii | | scientific name | 41666 | Batrachia | | scientific name | 41679 | Chinese radish | | genbank common name | 41679 | Raphanus niger | | synonym | 41679 | Raphanus niger Mill., 1768 | | authority | 41679 | Raphanus sativus Chinese Radish Group | | synonym | 41679 | Raphanus sativus var. hortensis | | synonym | 41679 | Raphanus sativus var. niger | | scientific name | 41679 | Raphanus sativus var. niger (Mill.) J.Kern., 1789 | | authority | 4169 | Striga | | scientific name | 4169 | Striga Lour. | | authority | 4169 | witchweeds | | common name | 416916 | Aggregatibacter | | scientific name | 416916 | Aggregatibacter Norskov-Lauritsen and Kilian 2006 | | authority | 416949 | Parapedobacter | | scientific name | 416949 | Parapedobacter Kim et al. 2007 emend. Zhao et al. 2013 | | authority | 416955 | Parapedobacter soli | | scientific name | 416955 | Parapedobacter soli Kim et al. 2008 | | authority | 4170 | Buchnera asiatica | | synonym | 4170 | Buchnera asiatica L., 1753 | | authority | 4170 | Striga asiatica | | scientific name | 4170 | Striga asiatica (L.) Kuntze, 1891 | | authority | 4170 | witchweed | | common name | 41705 | Protacanthopterygii | | scientific name | 417102 | Gordonia lacunae | | scientific name | 417102 | Gordonia lacunae Le Roes et al. 2009 emend. Nouioui et al. 2018 | | authority | 417102 | Gordonia lacunae le Roes et al. 2009 | | authority | 41711 | Osmeriformes | | scientific name | 41711 | freshwater smelts and others | | genbank common name | 41712 | Osteoglossiformes | | scientific name | 41712 | bonytongues | | genbank common name | 417183 | Mycoemilia | | scientific name | 417183 | Mycoemilia Kurihara, Degawa & Tokum., 2004 | | authority | 417184 | Mycoemilia scoparia | | scientific name | 417184 | Mycoemilia scoparia Kurihara, Degawa & Tokum., 2004 | | authority | 417295 | unclassified Verrucomicrobiota | | scientific name | 417368 | "Enterococcus sanguinicola" Carvalho et al. 2008 | | authority | 417368 | Enterococcus sanguinicola | | synonym | 417368 | Enterococcus sanguinicola Carvalho et al. 2026 | | authority | 417368 | Enterococcus sp. CDC PNS-E2 | | includes | 417368 | Enterococcus sp. FP 15-1 | | includes | 417368 | Enterococcus thailandicus | | scientific name | 417368 | Enterococcus thailandicus Tanasupawat et al. 2008 | | authority | 41768 | Berberidales | | includes | 41768 | Berberidineae | | includes | 41768 | Ranunculales | | scientific name | 41768 | Ranunculineae | | includes | 417921 | Arkansas darter | | genbank common name | 417921 | Etheostoma cragini | | scientific name | 417921 | Etheostoma cragini Gilbert, 1885 | | authority | 418 | Methylomonas sp. | | scientific name | 418031 | Mycobacterium sp. MHSD3 | | scientific name | 418103 | Plasmodium | Plasmodium | scientific name | 418103 | Plasmodium (Plasmodium) | Plasmodium (Plasmodium) | equivalent name | 418107 | Laverania | | scientific name | 418107 | Laverania Bray 1958 | | authority | 418107 | Plasmodium (Laverania) | | includes | 41819 | Ceratopogonidae | | scientific name | 41819 | biting midges | | genbank common name | 41819 | no-see-ums | | common name | 41820 | Culicoides | Culicoides | scientific name | 41820 | punkies | | genbank common name | 418240 | Blautia wexlerae | | scientific name | 418240 | Blautia wexlerae Liu et al. 2008 | | authority | 41827 | Culicoidea | | scientific name | 41828 | Chironomoidea | | scientific name | 41830 | Sciaroidea | | scientific name | 4185 | Acanthaceae | | scientific name | 4185 | Acanthaceae Juss., 1789 | | authority | 418719 | Marinobacter salsuginis | | scientific name | 418719 | Marinobacter salsuginis Antunes et al. 2007 | | authority | 41872 | Mugiliformes | | scientific name | 41872 | mullets | mullets | genbank common name | 41873 | Mamiellaceae | | scientific name | 41873 | Mamiellaceae Moestrup, 1984 | | authority | 41874 | Bathycoccus | | scientific name | 41874 | Bathycoccus W.Eikrem & J.Throndsen, 1990 | | authority | 41875 | Bathycoccus prasinos | | scientific name | 41875 | Bathycoccus prasinos W.Eikrem & J.Throndsen, 1990 | | authority | 41899 | Burkholderia glumae PG1 | | includes | 41899 | Burkholderia glumae str. PG1 | | equivalent name | 41899 | Burkholderia glumae strain PG1 | | equivalent name | 41899 | Burkholderia plantarii | | scientific name | 41899 | Burkholderia plantarii (Azegami et al. 1987) Urakami et al. 1994 | | authority | 41899 | Burkholderia vandii | | synonym | 41899 | Burkholderia vandii Urakami et al. 1994 | | authority | 41899 | Pseudomonas plantarii | | synonym | 41899 | Pseudomonas plantarii Azegami et al. 1987 | | authority | 419005 | Prevotella amnii | | scientific name | 419005 | Prevotella amnii Lawson et al. 2008 emend. Hahnke et al. 2016 | | authority | 419014 | Alloscardovia | | scientific name | 419014 | Alloscardovia Huys et al. 2007 emend. Killer et al. 2013 | | authority | 419014 | Metascardovia | | synonym | 419014 | Metascardovia Okamoto et al. 2007 | | authority | 419125 | Nymphaea thermarum | | scientific name | 419125 | Nymphaea thermarum Eb.Fisch., 1988 | | authority | 419257 | Yersinia frederiksenii genospecies 2 | | includes | 419257 | Yersinia massiliensis | | scientific name | 419257 | Yersinia massiliensis Merhej et al. 2008 emend. Souza et al. 2011 | | authority | 41937 | Rutanae | | in-part | 41937 | Sapindales | | scientific name | 41938 | Malvales | | scientific name | 41938 | Malvanae | | in-part | 41944 | Myrtales | | scientific name | 41944 | Myrtales Juss. ex Bercht. & J.Presl, 1820 | | authority | 41944 | Myrtanae | | in-part | 41945 | Ebenales | | includes | 41945 | Ericales | | scientific name | 41945 | Ericales Bercht. & J.Presl, 1820 | | authority | 41945 | Primulales | | includes | 41945 | Styracales | | includes | 41945 | Theales | | includes | 41945 | Theanae | | includes | 41946 | Hamamelidales | | in-part | 41946 | Saxifragales | | scientific name | 419474 | Brucella haematophila | | scientific name | 419474 | Brucella haematophila (Kampfer et al. 2007) Hordt et al. 2020 | | authority | 419474 | Ochrobactrum haematophilum | | synonym | 419474 | Ochrobactrum haematophilum Kampfer et al. 2007 | | authority | 419474 | Ochrobactrum sp. Kaboul | | includes | 4196 | Lentibulariaceae | | scientific name | 4196 | Lentibulariaceae Rich., 1808 | | authority | 419612 | Camelus bactrianus ferus | | synonym | 419612 | Camelus ferus | | scientific name | 419612 | Camelus ferus Przewalski, 1878 | | authority | 419612 | Wild Bactrian camel | | genbank common name | 41978 | Ruminococcus sp. | | scientific name | 419825 | Micromonospora lutea | | scientific name | 419825 | Micromonospora lutea (Liao et al. 2009) Nouioui et al. 2018 | | authority | 419825 | Verrucosispora lutea | | synonym | 419825 | Verrucosispora lutea Liao et al. 2009 | | authority | 41986 | "Corynebacterium mediolanum" Mamoli 1939 | | authority | 41986 | Agromyces mediolanensis | | equivalent name | 41986 | Agromyces mediolanus | | scientific name | 41986 | Agromyces mediolanus (ex Mamoli 1939) Suzuki et al. 1996 | | authority | 41986 | Agromyces sp. CCTCC M 2012299 | | includes | 41986 | Corynebacterium mediolanum | | synonym | 41986 | Flavobacterium dehydrogenans | | synonym | 419942 | Saccharolobus islandicus Y.N.15.51 | | scientific name | 419942 | Sulfolobus islandicus str. Y.N.15.51 | | equivalent name | 419942 | Sulfolobus islandicus str. Yellowstone #2 | | synonym | 419942 | Sulfolobus islandicus strain Y.N.15.51 | | equivalent name | 42 | Cystobacter | | scientific name | 42 | Cystobacter Schroeter 1886 | | authority | 42020 | Halymenia | | scientific name | 42020 | Halymenia C.Agardh, 1817 | | authority | 420245 | Leishmania braziliensis MHOM/BR/75/M2904 | | scientific name | 420408 | Sesame phyllody phytoplasma | | scientific name | 42054 | Chromohalobacter | | scientific name | 42054 | Chromohalobacter Ventosa et al. 1989 emend. Arahal et al. 2001 | | authority | 42062 | Drosophila nasuta | | scientific name | 42062 | Drosophila nasuta Lamb, 1914 | | authority | 4209 | Asterales | | scientific name | 4209 | Asterales Link, 1829 | | authority | 4209 | Campanulales | | includes | 421 | "Bacillus methanicus" Sohngen 1906 | | authority | 421 | "Methamonas methanica" (Sohngen 1906) Orla-Jensen 1909 | | authority | 421 | "Methylomonas methanica" (Sohngen 1906) Leadbetter 1974 | | authority | 421 | "Pseudomonas methanica" (Sohngen 1906) Krasil'nikov 1949 | | authority | 421 | "Pseudomonas methanica" (Sohngen 1906) sensu Dworkin and Foster 1956 | | authority | 421 | Bacillus methanicus | | synonym | 421 | Methamonas methanica | | synonym | 421 | Methylomonas methanica | | scientific name | 421 | Methylomonas methanica (ex Sohngen 1906) Whittenbury and Krieg 1984 | | authority | 421 | Pseudomonas methanica | | synonym | 4210 | Asteraceae | | scientific name | 4210 | Asteraceae Bercht. & J.Presl, 1820 | | authority | 4210 | Compositae | | equivalent name | 4210 | daisy family | | common name | 42100 | Phocoena sinus | | scientific name | 42100 | Phocoena sinus Norris & McFarland, 1958 | | authority | 42100 | vaquita | | genbank common name | 4211 | Ambrosia | | scientific name | 4211 | Ambrosia L., 1753 | | authority | 4211 | ragweeds | | common name | 42113 | Clitellata | | scientific name | 4212 | Ambrosia artemisiifolia | | scientific name | 4212 | Ambrosia artemisiifolia L., 1753 | | authority | 4212 | Ambrosia paniculata | | synonym | 4212 | Ambrosia paniculata Michx., 1803 | | authority | 4212 | annual ragweed | | common name | 4212 | common ragweed | | genbank common name | 4212 | short ragweed | | common name | 42148 | Moronidae | | scientific name | 42148 | temperate basses | | genbank common name | 421525 | Chryseobacterium haifense | | synonym | 421525 | Chryseobacterium haifense Hantsis-Zacharov and Halpern 2007 | | authority | 421525 | Kaistella haifensis | | scientific name | 421525 | Kaistella haifensis (Hantsis-Zacharov and Halpern 2007) Nicholson et al. 2020 | | authority | 42157 | Onchocerca ochengi | | scientific name | 42157 | Onchocerca ochengi Bwangomoi, 1969 | | authority | 42163 | Podarcis | | scientific name | 4219 | Artemisia | | scientific name | 4219 | Artemisia L., 1753 | | authority | 4219 | Sphaeromeria | | synonym | 4219 | Sphaeromeria Nutt. | | authority | 42192 | Mytilus coruscus | | scientific name | 42192 | Mytilus coruscus Gould, 1861 | | authority | 422282 | Candidatus Katanobacteria | | synonym | 422282 | Katanobacteria | | equivalent name | 422282 | WWE3 bacterial candidate division | | equivalent name | 422282 | candidate division WWE3 | | scientific name | 422282 | candidate division Waste Water of Evry 3 | | synonym | 42234 | Streptomyces acidiscabiei | | equivalent name | 42234 | Streptomyces acidiscabies | | scientific name | 42234 | Streptomyces acidiscabies Lambert and Loria 1989 | | authority | 42236 | "Actinomyces diastatochromogenes" Krainsky 1914 | | authority | 42236 | Actinomyces diastatochromogenes | | synonym | 42236 | Streptomyces diastatochromogenes | | scientific name | 42236 | Streptomyces diastatochromogenes (Krainsky 1914) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 42238 | Streptomyces neyagawaensis | | scientific name | 42238 | Streptomyces neyagawaensis Yamamoto et al. 1960 | | authority | 42238 | Streptomyces neyagawensis | | equivalent name | 42241 | Tardigrada | | scientific name | 42241 | tardigrades | tardigrades | blast name | 42241 | tardigrades | tardigrades | genbank common name | 42241 | water bears | | common name | 42242 | Eutardigrada | | scientific name | 42243 | Macrobiotidae | | scientific name | 422442 | Terrabacter aerolatus | | scientific name | 422442 | Terrabacter aerolatus Weon et al. 2007 | | authority | 42252 | Cupidesulfovibrio termitidis | | synonym | 42252 | Cupidesulfovibrio termitidis (Trinkerl et al. 1991) Wan et al. 2021 | | authority | 42252 | Desulfovibrio termitidis Trinkerl et al. 1991 | | synonym | 42252 | Nitratidesulfovibrio termitidis | | scientific name | 42252 | Nitratidesulfovibrio termitidis (Trinkerl et al. 1991) Waite et al. 2020 | | authority | 42255 | Rubrobacter | | scientific name | 42255 | Rubrobacter Suzuki et al. 1989 emend. Albuquerque et al. 2014 | | authority | 422564 | Miscanthus lutarioriparius | | scientific name | 422564 | Miscanthus lutarioriparius L.Liu ex S.L.Chen & Renvoize, 2005 | | authority | 422564 | Miscanthus sacchariflorus subsp. lutarioriparius | | synonym | 422564 | Miscanthus sacchariflorus subsp. lutarioriparius (L.Liou ex S.L.Chen & Renvoize) Q.Sun & Q.Lin, 2010 | | authority | 422564 | Triarrhena lutarioriparia | | synonym | 422564 | Triarrhena lutarioriparia L.Liu, 1989 | | authority | 422564 | Triarrhena lutarioriparia var. elevatinodis | | synonym | 422564 | Triarrhena lutarioriparia var. elevatinodis L.Liu & P.F.Chen, 1989 | | authority | 422564 | Triarrhena lutarioriparia var. elevationodis | | synonym | 422564 | Triarrhena lutarioriparia var. lutarioriparia | | synonym | 42258 | Zygosaccharomyces mellis | | scientific name | 42258 | Zygosaccharomyces mellis Fabian & Quinet, 1928 | | authority | 422676 | Aconoidasida | | scientific name | 422676 | Aconoidasida Mehlhorn et al. 1980 | | authority | 422676 | Hematozoa Vivier 1982 | | synonym | 42282 | Morphinae | | synonym | 42282 | Satyrinae | | scientific name | 42282 | graylings, ringlets, browns & heaths | | genbank common name | 42289 | Papilioninae | | scientific name | 42289 | Troidinae | | includes | 42289 | swallowtails | | genbank common name | 423054 | Eimeriorina | | scientific name | 42308 | Hypoxylon | | scientific name | 42308 | Hypoxylon Bull., 1791 | | authority | 4231 | Helianthus | | scientific name | 4231 | Helianthus L., 1753 | | authority | 4231 | sunflowers | | common name | 4232 | Helianthus annuus | | scientific name | 4232 | Helianthus annuus L., 1753 | | authority | 4232 | common sunflower | | genbank common name | 423349 | Mucilaginibacter | | scientific name | 423349 | Mucilaginibacter Pankratov et al. 2007 | | authority | 423349 | Mucilaginibacter Pankratov et al. 2007 emend. Baik et al. 2010 | | authority | 423349 | Mucilaginibacter Pankratov et al. 2007 emend. Chen et al. 2014 | | authority | 423349 | Mucilaginibacter Pankratov et al. 2007 emend. Kim et al. 2022 | | authority | 423349 | Mucilaginibacter Pankratov et al. 2007 emend. Urai et al. 2008 | | authority | 4235 | Lactuca | | scientific name | 4235 | Lactuca L., 1753 | | authority | 4235 | Mycelis | | synonym | 4235 | Mycelis Cass., 1824 | | authority | 42353 | Nitrosomonas sp. | | scientific name | 423536 | Perkinsus marinus ATCC 50983 | | scientific name | 4236 | Lactuca sativa | | scientific name | 4236 | Lactuca sativa L., 1753 | | authority | 4236 | cultivated lettuce | | common name | 4236 | garden lettuce | | genbank common name | 42360 | Daldinia | | scientific name | 42360 | Daldinia Ces. & De Not., 1863 | | authority | 42367 | Hirsutella | | scientific name | 42367 | Hirsutella Pat., 1892 | | authority | 42442 | Crinipellis novae-zelandiae | | synonym | 42442 | Crinipellis novae-zelandiae G. Stev., 1964 | | authority | 42442 | Lentinula novae-zelandiae | | scientific name | 42442 | Lentinula novae-zelandiae (G. Stev.) Pegler, 1983 | | authority | 42449 | Anthocharinae | | includes | 42449 | Pierinae | | scientific name | 42449 | whites | | genbank common name | 424551 | Solanoideae | | scientific name | 424554 | Nicotianoideae | | scientific name | 424554 | Nicotianoideae Miers | | authority | 424562 | Nicotianeae | | scientific name | 424564 | Capsiceae | | scientific name | 424564 | Capsiceae D'Arcy | | authority | 424566 | Hyoscyameae | | scientific name | 424566 | Hyoscyameae Endl. | | authority | 424574 | Solaneae | | scientific name | 424799 | Neoroseomonas terrae | | scientific name | 424799 | Neoroseomonas terrae (Yoon et al. 2007) Rai et al. 2022 | | synonym | 424799 | Roseomonas terrae | | synonym | 424799 | Roseomonas terrae Yoon et al. 2007 | | authority | 42495 | Serrasalmidae | | scientific name | 42513 | Pygocentrus | | scientific name | 42514 | Pygocentrus nattereri | | scientific name | 42514 | Pygocentrus nattereri Kner, 1858 | | authority | 42514 | Serrasalmus nattereri | | synonym | 42514 | Serrasalmus nattereri (Kner, 1858) | | authority | 42514 | red piranha | | common name | 42514 | red-bellied piranha | | genbank common name | 42520 | California mouse | | genbank common name | 42520 | Mus californicus | | synonym | 42520 | Mus californicus Gambel, 1848 | | authority | 42520 | Peromyscus californicus | | scientific name | 42525 | Colossoma | | scientific name | 42526 | Colossoma macropomum | | scientific name | 42526 | Colossoma macropomum (Cuvier, 1816) | | authority | 42526 | Myletes macropomus | | synonym | 42526 | Myletes macropomus Cuvier, 1816 | | authority | 42526 | black pacu | | common name | 42526 | tambaqui | | genbank common name | 425306 | Mesorhizobium sp. Ala-3 | | includes | 425306 | Mesorhizobium sp. Ala-4 | | includes | 425306 | Mesorhizobium sp. Ala-7 | | includes | 425306 | Mesorhizobium sp. LBER1 | | includes | 425306 | Mesorhizobium sp. LBER2 | | includes | 425306 | Mesorhizobium tamadayense | | scientific name | 425306 | Mesorhizobium tamadayense Ramirez-Bahena et al. 2012 | | authority | 425468 | Mycobacterium arosiense | | scientific name | 425468 | Mycobacterium arosiense Bang et al. 2008 | | authority | 425468 | Mycobacterium arosiense Bang et al. 2008 emend. Nouioui et al. 2018 | | authority | 425468 | Mycobacterium sp. FI-06102 | | includes | 425468 | Mycobacterium sp. FI-07062 | | includes | 425468 | Mycobacterium sp. FI-07154 | | includes | 426106 | Oleeae | | scientific name | 426128 | "Natronincola peptidovorans" Zhilina et al. 2009 | | authority | 426128 | Natronincola peptidivorans | | scientific name | 426128 | Natronincola peptidivorans corrig. Zhilina et al. 2009 | | authority | 426128 | Natronincola peptidovorans | | synonym | 426430 | Staphylococcus aureus subsp. aureus str. Newman | | scientific name | 426430 | Staphylococcus aureus subsp. aureus strain Newman | | equivalent name | 426437 | Rhipicephalinae | | scientific name | 426438 | Hyalomminae | | scientific name | 426481 | Tenacibaculum aiptasiae | | scientific name | 426481 | Tenacibaculum aiptasiae Wang et al. 2008 | | authority | 426481 | Tenacibaculum sp. a4 | | includes | 42672 | Fusarium napiforme | | scientific name | 42672 | Fusarium napiforme Marasas, P.E. Nelson & Rabie, 1988 | | authority | 42684 | Streptomyces collinus | | scientific name | 42684 | Streptomyces collinus Lindenbein 1952 (Approved Lists 1980) | | authority | 427077 | Salsuginibacillus | | scientific name | 427077 | Salsuginibacillus Carrasco et al. 2007 | | authority | 42740 | Opalinata | | scientific name | 42740 | Opalinata Wenyon, 1926 | | authority | 42740 | Slopalinida | | synonym | 42740 | Slopalinida Patterson, 1985 | | authority | 427920 | "Alkalihalobacterium alkalinitrilicum" (Sorokin et al. 2009) Joshi et al. 2021 | | authority | 427920 | Alkalihalobacillus alkalinitrilicus | | synonym | 427920 | Alkalihalobacillus alkalinitrilicus (Sorokin et al. 2009) Patel and Gupta 2020 | | authority | 427920 | Alkalihalobacterium alkalinitrilicum | | scientific name | 427920 | Alkalihalobacterium alkalinitrilicum (Sorokin et al. 2009) Joshi et al. 2022 | | authority | 427920 | Bacillus alkalinitrilicus | | synonym | 427920 | Bacillus alkalinitrilicus Sorokin et al. 2009 | | authority | 427920 | Bacillus sp. ANL-iso4 | | includes | 42813 | Gordioida | | scientific name | 42814 | Gordius | | scientific name | 42881 | "Actinomyces chromofuscus" Preobrazhenskaya et al. 1957 | | authority | 42881 | Actinomyces chromofuscus | | synonym | 42881 | Streptomyces chromofuscus | | scientific name | 42881 | Streptomyces chromofuscus (Preobrazhenskaya et al. 1957) Pridham et al. 1958 (Approved Lists 1980) | | authority | 42895 | Enterobacter sp. | | scientific name | 42897 | Shigella flexneri 2a | | scientific name | 42897 | Shigella flexneri serotype 2a | | synonym | 428994 | Sphingobium sp. HDIP04 | | scientific name | 428994 | Sphingobium sp. U7 | | synonym | 429 | Methylobacter | | scientific name | 429 | Methylobacter Bowman et al. 1993 emend. Bowman et al. 1995 | | authority | 429133 | Modestobacter versicolor | | scientific name | 429133 | Modestobacter versicolor Reddy et al. 2007 | | authority | 429133 | Modestobacter versicolor Reddy et al. 2007 emend. Montero-Calasanz et al. 2019 | | authority | 429341 | Paenibacillus montaniterrae | | scientific name | 429341 | Paenibacillus montaniterrae Khianngam et al. 2009 | | authority | 430498 | Arthrobotrys haptotyla | | synonym | 430498 | Arthrobotrys haptotyla (Drechsler) S. Schenck, W.B. Kendr. & Pramer, 1977 | | authority | 430498 | Arthrobotrys sclerohyphus (Drechsler) S. Schenck, W.B. Kendr. & Pramer, 1977 | | synonym | 430498 | Dactylaria haptotyla | | synonym | 430498 | Dactylaria haptotyla Drechsler, 1950 | | authority | 430498 | Dactylaria sclerohypha | | synonym | 430498 | Dactylaria sclerohypha Drechsler, 1950 | | authority | 430498 | Dactylella sclerohypha | | synonym | 430498 | Dactylella sclerohypha (Drechsler) de Hoog & Oorschot, 1985 | | authority | 430498 | Dactylellina haptotyla | | scientific name | 430498 | Dactylellina haptotyla (Drechsler) M. Scholler, 1999 | | authority | 430498 | Monacrosporium haptotylum | | synonym | 430498 | Monacrosporium haptotylum (Drechsler) Xing Z. Liu & K.Q. Zhang, 1994 | | authority | 430498 | Monacrosporium sclerohyphum | | synonym | 430498 | Monacrosporium sclerohyphum (Drechsler) Xing Z. Liu & K.Q. Zhang, 1994 | | authority | 430531 | Burkholderia humptydooensis | | scientific name | 430531 | Burkholderia humptydooensis Tuanyok et al. 2017 | | authority | 430531 | Burkholderia sp. 2002721687 | | includes | 430531 | Burkholderia sp. Bp5365 | | includes | 430531 | Burkholderia sp. MSMB121 | | includes | 430531 | Burkholderia sp. MSMB122 | | includes | 430531 | Burkholderia sp. MSMB43 | | includes | 43057 | Cereibacter azotoformans | | scientific name | 43057 | Cereibacter azotoformans (Hiraishi et al. 1997) Hordt et al. 2020 | | authority | 43057 | Luteovulum azotoformans (Hiraishi et al. 1997) Suresh et al. 2020 | | synonym | 43057 | Rhodobacter azotoformans | | synonym | 43057 | Rhodobacter azotoformans Hiraishi et al. 1997 | | authority | 43080 | "Saccharolobus islandicus" (Zillig et al. 1993) Counts et al. 2021 | | authority | 43080 | "Sulfolobus islandicus" Zillig et al. 1993 | | authority | 43080 | Saccharolobus islandicus | | scientific name | 43080 | Sulfolobus islandicus | | synonym | 431057 | "Candidatus Methylacida kamchatkensis" Islam et al. 2008 | | synonym | 431057 | "Candidatus Methylacidiphilum kamchatkense" Erikstad et al. 2012 | | authority | 431057 | "Candidatus Methylacidiphilum kamchatkense" Op den Camp et al. 2009 | | authority | 431057 | Candidatus Methylacidiphilum kamchatkense | | synonym | 431057 | Methylacidiphilum kamchatkense | | scientific name | 431057 | Methylacidiphilum kamchatkense Ratnadevi et al. 2023 | | authority | 431241 | Trichoderma reesei QM6a | | scientific name | 43138 | Paramecium aurelia syngen 5 | | synonym | 43138 | Paramecium pentaurelia | | scientific name | 43148 | Hirundinidae | | scientific name | 43148 | swallows | | genbank common name | 43149 | Hirundo | | scientific name | 43150 | Barn swallow | | genbank common name | 43150 | Hirundo rustica | | scientific name | 43150 | Hirundo rustica Linnaeus, 1758 | | authority | 43150 | Rauchschwalbe | | common name | 431675 | Idiomarina sediminum | | synonym | 431675 | Idiomarina sediminum (Hu and Li 2007) Taborda et al. 2010 | | authority | 431675 | Pseudidiomarina sediminum | | scientific name | 431675 | Pseudidiomarina sediminum Hu and Li 2007 | | authority | 431675 | Pseudidiomarina sediminum Hu and Li 2007 emend. Liu et al. 2018 | | authority | 431837 | Postciliodesmatophora | | scientific name | 431837 | Postciliodesmatophora Gerassimova & Seravin, 1976 | | authority | 431838 | Intramacronucleata | | scientific name | 431838 | Intramacronucleata Lynn, 1996 | | authority | 431957 | Wallemiomycetes | | scientific name | 431957 | Wallemiomycetes Zalar, de Hoog & Schroers, 2005 | | authority | 431958 | Wallemiales | | scientific name | 431958 | Wallemiales Zalar, de Hoog & Schroers, 2005 | | authority | 431959 | Wallemiaceae | | scientific name | 431959 | Wallemiaceae R.T. Moore, 1996 | | authority | 43219 | Herpotrichiellaceae | | scientific name | 43219 | Herpotrichiellaceae Munk, 1953 | | authority | 43219 | anamorphic Herpotrichiellaceae | | includes | 43219 | mitosporic Herpotrichiellaceae | | includes | 432330 | Tumebacillus | | scientific name | 432330 | Tumebacillus Steven et al. 2008 | | authority | 432403 | Boraras | | scientific name | 43257 | Sillago | | scientific name | 43263 | Aquipseudomonas alcaligenes | | scientific name | 43263 | Aquipseudomonas alcaligenes (Monias 1928) Rudra and Gupta 2024 | | authority | 43263 | Pseudomonas alcaligenes Monias 1928 (Approved Lists 1980) | | synonym | 4328 | Proteaceae | | scientific name | 4328 | Proteaceae Juss., 1789 | | authority | 4328 | protea family | | common name | 433 | Acetobacteraceae | | scientific name | 433 | Acetobacteraceae (ex Henrici 1939) Gillis and De Ley 1980 | | synonym | 433 | Acetobacteraceae (ex Henrici 1939) Gillis and De Ley 1980 emend. Degli Esposti et al. 2023 | | authority | 433 | Acetobacteraceae (ex Henrici 1939) Gillis and De Ley 1980 emend. Hordt et al. 2020 | | authority | 433 | alpha-1 proteobacteria | alpha-1 proteobacteria | in-part | 43304 | "Mycobacterium peregrinum" Bojalil et al. 1962 | | authority | 43304 | Mycobacterium fortuitum biovar peregrinum | | synonym | 43304 | Mycobacterium peregrinum | | synonym | 43304 | Mycobacterium peregrinum (ex Bojalil et al. 1962) Kusunoki and Ezaki 1992 | | authority | 43304 | Mycobacterium peregrinum (ex Bojalil et al., 1962) Kusunoki and Ezaki 1992 emend. Nouioui et al. 2018 | | authority | 43304 | Mycolicibacterium peregrinum | | scientific name | 43304 | Mycolicibacterium peregrinum (Kusunoki and Ezaki 1992) Gupta et al. 2018 | | authority | 43305 | Butyrivibrio proteoclasticus | | scientific name | 43305 | Butyrivibrio proteoclasticus (Attwood et al. 1996) Moon et al. 2008 | | authority | 43305 | Clostridium nakupumuans | | equivalent name | 43305 | Clostridium proteoclasticum | | synonym | 43305 | Clostridium proteoclasticum Attwood et al. 1996 | | authority | 433286 | Anaerocolumna cellulosilytica | | scientific name | 433286 | Anaerocolumna cellulosilytica Ueki et al. 2016 | | authority | 433286 | Clostridiaceae bacterium SN021 | | includes | 433337 | unclassified Rikenellaceae | | scientific name | 433404 | Anarrhichthys | | scientific name | 433405 | Anarrhichthys ocellatus | | scientific name | 433405 | Anarrhichthys ocellatus Ayres, 1855 | | authority | 433405 | wolf-eel | | genbank common name | 43346 | Bison bison bison | | scientific name | 43346 | Bos bison bison | | synonym | 43346 | Bos bison bison Linnaeus, 1758 | | authority | 4335 | Maesaceae | | synonym | 4335 | Myrsinaceae | | synonym | 4335 | Myrsinaceae R.Br. | | authority | 4335 | Primulaceae | | scientific name | 4335 | Primulaceae Batsch, 1794 | | authority | 4335 | Theophrastaceae | | synonym | 4335 | myrsine family | | common name | 4335 | primrose family | | common name | 433684 | Fugu flavidus | | synonym | 433684 | Fugu flavidus Li, Wang & Wang, 1975 | | authority | 433684 | Takifugu flavidus | | scientific name | 433684 | Takifugu flavidus (Li, Wang & Wang, 1975) | | authority | 433684 | sansaifugu | | genbank common name | 433684 | towny puffer | | common name | 433720 | Adineta steineri | | scientific name | 433720 | Adineta steineri Bartos, 1951 | | authority | 434 | "Acetimonas" Orla-Jensen 1909 | | authority | 434 | "Acetobacterium" Ludwig 1898 | | synonym | 434 | "Mycoderma" Thompson 1852 | | authority | 434 | "Termobacterium" Zeidler 1896 (not Lindner 1895) | | authority | 434 | "Ulvina" Kutzing 1834 | | authority | 434 | Acetimonas | | synonym | 434 | Acetobacter | | scientific name | 434 | Acetobacter Beijerinck 1898 (Approved Lists 1980) | | authority | 434 | Mycoderma | | synonym | 434 | Termobacterium | | synonym | 434 | Ulvina | | synonym | 434124 | unclassified Deferribacteres | | scientific name | 434235 | Pistacia chinensis subsp. integerrima | | synonym | 434235 | Pistacia chinensis subsp. integerrima (J.Stewart) Rech.f. | | authority | 434235 | Pistacia integerrima | | scientific name | 434235 | Pistacia integerrima J.L.Stewart, 1874 | | authority | 434307 | unclassified Chlamydiales | | scientific name | 4345 | Empetraceae | | includes | 4345 | Empetraceae Hook. & Lindl., 1821 | | authority | 4345 | Epacridaceae | | includes | 4345 | Epacridaceae R.Br., 1810 | | authority | 4345 | Ericaceae | | scientific name | 4345 | Ericaceae Juss., 1789 | | authority | 4345 | Monotropaceae | | includes | 4345 | Monotropaceae Nutt., 1818 | | authority | 4345 | Pyrolaceae | | includes | 4345 | heath family | | common name | 43455 | Cathartes aura | | scientific name | 43455 | Cathartes aura (Linnaeus, 1758) | | authority | 43455 | Vultur aura | | synonym | 43455 | Vultur aura Linnaeus, 1758 | | authority | 43455 | turkey vulture | | genbank common name | 4346 | Ledum | | includes | 4346 | Rhododendron | | scientific name | 4346 | Rhododendron L. | | authority | 4346 | Rhododendron sect. Therorhodion | | synonym | 4346 | Rhododendron sect. Therorhodion Maxim., 1870 | | authority | 4346 | Therorhodion | | synonym | 4346 | Therorhodion (Maxim.) Small | | authority | 4346 | Tsusiophyllum | | synonym | 43464 | Circaetus | | scientific name | 435591 | Parabacteroides distasonis ATCC 8503 | | scientific name | 435591 | Parabacteroides distasonis str. ATCC 8503 | | equivalent name | 435591 | Parabacteroides distasonis strain ATCC 8503 | | equivalent name | 435837 | Staphylococcus hominis subsp. hominis C80 | | scientific name | 435837 | Staphylococcus hominis subsp. hominis str. C80 | | equivalent name | 435837 | Staphylococcus hominis subsp. hominis strain C80 | | equivalent name | 435837 | Staphylococcus sp. C80 | | synonym | 43595 | Halanaerobium saccharolyticum | | scientific name | 43595 | Halanaerobium saccharolyticum (Zhilina et al. 1992) Rainey et al. 1995 | | authority | 43595 | Haloanaerobium saccharolyticum | | synonym | 43595 | Haloincola saccharolytica | | synonym | 43595 | Haloincola saccharolyticum | | synonym | 43595 | Haloincola saccharolyticus | | synonym | 43595 | Haloincola saccharolyticus corrig. Zhilina et al. 1992 | | authority | 43595 | Haloincola saccharolyticus corrig. Zhilina et al. 1992 emend. Cayol et al. 1994 | | authority | 436295 | Salmonella enterica subsp. enterica serovar Poona | | scientific name | 436295 | Salmonella poona | | synonym | 436357 | Thalassococcus | | scientific name | 436357 | Thalassococcus Lee et al. 2007 | | authority | 436400 | unclassified Myxococcaceae | | scientific name | 436486 | Dinosauria | | scientific name | 436486 | dinosaurs | dinosaurs | blast name | 436486 | dinosaurs | dinosaurs | genbank common name | 436489 | Saurischia | | scientific name | 436491 | Theropoda | | scientific name | 436492 | Coelurosauria | | scientific name | 436515 | Variovorax boronicumulans | | scientific name | 436515 | Variovorax boronicumulans Miwa et al. 2008 | | authority | 43655 | Alteromonas citrea | | synonym | 43655 | Alteromonas citrea Gauthier 1977 (Approved Lists 1980) | | authority | 43655 | Pseudoalteromonas citrea | | scientific name | 43655 | Pseudoalteromonas citrea (Gauthier 1977) Gauthier et al. 1995 emend. Ivanova et al. 1998 | | authority | 43657 | "Alteromonas luteo-violaceus" (sic) Gauthier 1976 | | authority | 43657 | Alteromonas luteiviolacea | | equivalent name | 43657 | Alteromonas luteo-violaceus | | synonym | 43657 | Alteromonas luteoviolacea | | synonym | 43657 | Alteromonas luteoviolacea (ex Gauthier 1976) Gauthier 1982 | | authority | 43657 | Pseudoalteromonas luteoviolacea | | scientific name | 43657 | Pseudoalteromonas luteoviolacea (Gauthier 1982) Gauthier et al. 1995 | | authority | 43658 | Alteromonas rubra | | synonym | 43658 | Alteromonas rubra Gauthier 1976 (Approved Lists 1980) | | authority | 43658 | Pseudoalteromonas rubra | | scientific name | 43658 | Pseudoalteromonas rubra (Gauthier 1976) Gauthier et al. 1995 | | authority | 43662 | "Flavobacterium piscicida" Bein 1954 | | authority | 43662 | "Pseudomonas piscicida" (Bein 1954) Buck et al. 1963 | | authority | 43662 | Alteromonas sp. (STRAIN O-7) | | includes | 43662 | Alteromonas sp. O-7 | | includes | 43662 | Flavobacterium piscicida | | synonym | 43662 | Pseudoalteromonas piscicida | | scientific name | 43662 | Pseudoalteromonas piscicida (ex Bein 1954) Gauthier et al. 1995 | | authority | 43662 | Pseudomonas piscicida | | synonym | 43663 | Arthrobacter aurescens | | synonym | 43663 | Arthrobacter aurescens Phillips 1953 | | authority | 43663 | Arthrobacter sp. DR-536 | | includes | 43663 | Paenarthrobacter aurescens | | scientific name | 43663 | Paenarthrobacter aurescens (Phillips 1953) Busse 2016 | | authority | 43665 | Arthrobacter ilicis | | synonym | 43665 | Arthrobacter ilicis Collins et al. 1982 | | authority | 43665 | Paenarthrobacter ilicis | | scientific name | 43665 | Paenarthrobacter ilicis (Collins et al. 1982) Busse 2016 | | authority | 436663 | Sphingopyxis indica | | scientific name | 436663 | Sphingopyxis indica Jindal et al. 2013 | | authority | 436663 | Sphingopyxis sp. DS15 | | includes | 43667 | Arthrobacter uratoxydans | | synonym | 43667 | Arthrobacter uratoxydans Stackebrandt et al. 1984 | | authority | 43667 | Glutamicibacter uratoxydans | | scientific name | 43667 | Glutamicibacter uratoxydans (Stackebrandt et al. 1984) Busse 2016 | | authority | 43670 | "Bacillus cellaseus" Kellerman et al. 1913 | | authority | 43670 | Bacillus cellaseus | | synonym | 43670 | Cellulomonas cellasea | | scientific name | 43670 | Cellulomonas cellasea (Kellerman et al. 1913) Bergey et al. 1923 | | authority | 43670 | Cellulomonas cellasea (Kellerman et al. 1913) Bergey et al. 1923 emend. Nouioui et al. 2018 | | authority | 43670 | Cellulomonas cellulosea | | equivalent name | 43670 | Cellulosimonas cellasea | | equivalent name | 43670 | Cellulosimonas cellulosea | | equivalent name | 43675 | "Micrococcus mucilaginosus" Migula 1900 | | authority | 43675 | Micrococcus mucilaginosus | | synonym | 43675 | Rothia mucilaginosa | | scientific name | 43675 | Rothia mucilaginosa (Bergan and Kocur 1982) Collins et al. 2000 | | authority | 43675 | Rothia mucilaginosa (Bergan and Kocur 1982) Collins et al. 2000 emend. Nouioui et al. 2018 | | authority | 43675 | Stomatococcus mucilaginosus | | synonym | 43675 | Stomatococcus mucilaginosus (ex Migula 1900) Bergan and Kocur 1982 | | authority | 43676 | Promicromonospora | | scientific name | 43676 | Promicromonospora Krasil'nikov et al. 1961 | | authority | 43689 | Chromis diagramma | | synonym | 43689 | Chromis diagramma Gunther, 1894 | | authority | 43689 | Simochromis diagramma | | scientific name | 43689 | Simochromis diagramma (Gunther, 1894) | | authority | 43693 | Acrasea | | synonym | 43693 | Acrasia | Acrasia | synonym | 43693 | Acrasida | | scientific name | 43693 | Acrasiomycetes | | synonym | 43693 | Acrasiomycota | | synonym | 43693 | Naegleriida | | synonym | 43693 | Schizopyrenida | | synonym | 43697 | Synbranchiformes | | scientific name | 43697 | swamp eels and others | | genbank common name | 43698 | Synbranchidae | | scientific name | 43698 | rice field eels | | common name | 43698 | swamp eels | | genbank common name | 43699 | Monopterus | Monopterus | scientific name | 43700 | Fluta alba | | synonym | 43700 | Monopterus albus | | scientific name | 43700 | Monopterus albus (Zuiew, 1793) | | authority | 43700 | Muraena alba | | synonym | 43700 | Muraena alba Zuiew, 1793 | | authority | 43700 | Muraena alba Zulew, 1793 | | authority | 43700 | rice-field eel | | common name | 43700 | swamp eel | swamp eel | genbank common name | 43733 | Asilomorpha | | synonym | 43733 | Muscomorpha | | scientific name | 43734 | Stratiomyomorpha | | scientific name | 43738 | Schizophora | | scientific name | 43741 | Acalyptratae | | scientific name | 43742 | Calyptratae | | scientific name | 43746 | Ephydroidea | | scientific name | 437506 | Robiginitomaculum | | scientific name | 437506 | Robiginitomaculum Lee et al. 2007 | | authority | 43752 | Tephritoidea | | scientific name | 43755 | Oestroidea | | scientific name | 43767 | "Corynebacterium (pyogenes) equi roseum" Lutje 1923 | | authority | 43767 | "Corynebacterium magnusson-holth" Plum 1940 | | authority | 43767 | "Corynebacterium purulentus" (sic) Holtman 1945 | | authority | 43767 | "Corynebacterium pyogenes (equi)" Miessner and Wetzel 1923 | | authority | 43767 | "Mycobacterium equi" (Magnusson 1923) Jensen 1934 | | authority | 43767 | "Mycobacterium restrictum" (Turfitt 1944) Krasil'nikov 1949 | | authority | 43767 | "Prescottella equi" (Magnusson 1923) Jones et al. 2013 | | synonym | 43767 | "Prescottia equi" (Magnusson 1923) Jones et al. 2013 | | authority | 43767 | "Proactinomyces restrictus" Turfitt 1944 | | authority | 43767 | Corynebacterium (pyogenes) equi roseum | | synonym | 43767 | Corynebacterium equi | | synonym | 43767 | Corynebacterium equi Magnusson 1923 (Approved Lists 1980) | | authority | 43767 | Corynebacterium hoagii (Morse 1912) Eberson 1918 (Approved Lists 1980) | | synonym | 43767 | Corynebacterium magnusson-holth | | synonym | 43767 | Corynebacterium purulentus | | synonym | 43767 | Corynebacterium pyogenes (equi) | | synonym | 43767 | Mycobacterium equi | | synonym | 43767 | Mycobacterium restrictum | | synonym | 43767 | Nocardia restricta | | synonym | 43767 | Nocardia restricta (Turfitt 1944) McClung 1974 (Approved Lists 1980) | | authority | 43767 | Prescottella equi | | scientific name | 43767 | Prescottella equi (Magnusson 1923) Sangal et al. 2022 | | authority | 43767 | Proactinomyces restrictus | | synonym | 43767 | Rhodococcus (subgen. Prescottella Sangal et al. 2022) equi Magnusson 1923 (Approved Lists 1980) | | synonym | 43767 | Rhodococcus (subgen. Prescottella) equi | | equivalent name | 43767 | Rhodococcus equi (Magnusson 1923) Goodfellow and Alderson 1977 (Approved Lists 1980) | | synonym | 43767 | Rhodococcus equi (Magnusson 1923) Goodfellow and Alderson 1977 emend. Nouioui et al. 2018 | | authority | 43767 | Rhodococcus hoagii | | synonym | 43767 | Rhodococcus hoagii (Morse 1912) Kampfer et al. 2014 | | synonym | 43767 | Rhodococcus sp. WH99 | | includes | 43769 | CDC coryneform group ANF-3 | | synonym | 43769 | Corynebacterium propinquum | | scientific name | 43769 | Corynebacterium propinquum Riegel et al. 1994 emend. Bernard et al. 2013 | | authority | 43770 | "Bacterium striatum" Chester 1901 | | authority | 43770 | Bacterium striatum | | synonym | 43770 | Corynebacterium sp. CCUG 44705 | | includes | 43770 | Corynebacterium striatum | | scientific name | 43770 | Corynebacterium striatum (Chester 1901) Eberson 1918 | | authority | 43770 | Corynebacterium striatum (Chester 1901) Eberson 1918 emend. Nouioui et al. 2018 | | authority | 43784 | Bibionomorpha | | scientific name | 43786 | Culicomorpha | | scientific name | 437897 | Megamonas funiformis | | scientific name | 437897 | Megamonas funiformis Sakon et al. 2008 | | authority | 437897 | Megamonas sp. Marseille-P3344 | | includes | 43793 | Cecidomyiinae | | scientific name | 43801 | Ceratopogoninae | | scientific name | 43808 | Orthocladiinae | | scientific name | 43816 | Anophelinae | | scientific name | 43817 | Culicinae | | scientific name | 43845 | Drosophilinae | | scientific name | 43867 | Trypetinae | | scientific name | 43871 | Dacini | | scientific name | 43873 | Zygophyllaceae | | scientific name | 43873 | Zygophyllaceae R.Br., 1814 | | authority | 43873 | creosote-bush family | | common name | 43901 | Carpomyini | | scientific name | 43914 | Luciliinae | | scientific name | 439357 | Megalurothrips | | scientific name | 439358 | Megalurothrips usitatus | | scientific name | 439358 | Megalurothrips usitatus (Bagnall, 1913) | | authority | 439358 | bean blossom thrips | | genbank common name | 439484 | unclassified Oceanospirillales | | scientific name | 43953 | Podocopa | | scientific name | 43987 | Galactomyces | | synonym | 43987 | Galactomyces Redhead & Malloch, 1977 | | authority | 43987 | Geotrichum | | scientific name | 43987 | Geotrichum Link, 1809 | | authority | 43988 | Cyanothece | | scientific name | 43988 | Cyanothece Komarek 1976 | | authority | 43992 | Bradyrhizobium liaoningense | | scientific name | 43992 | Bradyrhizobium liaoningense Xu et al. 1995 | | authority | 43992 | Bradyrhizobium sp. 4345 | | includes | 43992 | Bradyrhizobium sp. CCBAU 05449 | | includes | 43992 | Bradyrhizobium sp. CCBAU 25536 | | includes | 43992 | Bradyrhizobium sp. Spr3-7 | | includes | 43996 | Catonella | | scientific name | 43996 | Catonella Moore and Moore 1994 | | authority | 43997 | Catonella morbi | | scientific name | 43997 | Catonella morbi Moore and Moore 1994 | | authority | 44 | Melittangium | | scientific name | 44 | Melittangium Jahn 1924 | | authority | 44000 | "Caldicellulosiruptor" Rainey et al. 1994 | | authority | 44000 | Caldicellulosiruptor | | scientific name | 44000 | Caldicellulosiruptor Rainey et al. 1995 | | authority | 44000 | Caldicellulosiruptor Rainey et al. 1995 emend. Onyenwoke et al. 2006 | | authority | 44008 | Enterococcus cecorum | | scientific name | 44008 | Enterococcus cecorum (Devriese et al. 1983) Williams et al. 1989 | | authority | 44008 | Enterococcus sp. LMG 14161 | | includes | 44008 | Streptococcus cecorum | | synonym | 44008 | Streptococcus cecorum Devriese et al. 1983 | | authority | 44011 | Ferrimonas | | scientific name | 44011 | Ferrimonas Rossello-Mora et al. 1996 | | authority | 44013 | Polynucleibacter | | equivalent name | 44013 | Polynucleobacter | | scientific name | 44013 | Polynucleobacter Heckmann and Schmidt 1987 emend. Hahn et al. 2009 | | authority | 440515 | Arenibacter echinorum | | scientific name | 440515 | Arenibacter echinorum Nedashkovskaya et al. 2007 | | authority | 44055 | Aureococcus | | scientific name | 44055 | Aureococcus Hargraves & Sieburth in Sieburth, P.W. Johnson & Hargraves, 1988 | | authority | 44056 | Aureococcus anophagefferens | | scientific name | 44056 | Aureococcus anophagefferens Hargraves & Sieburth, 1988 | | authority | 441 | "Acetomonas" Leifson 1954 | | authority | 441 | Acetomonas | | synonym | 441 | Gluconobacter | | scientific name | 441 | Gluconobacter Asai 1935 | | authority | 4410 | Nymphaeaceae | | scientific name | 4410 | Nymphaeaceae Salisb., 1805 | | authority | 4410 | water-lily family | | common name | 441112 | Tropicimonas isoalkanivorans | | scientific name | 441112 | Tropicimonas isoalkanivorans Harwati et al. 2009 | | authority | 441112 | alpha proteobacterium B51 | | includes | 441157 | Burkholderia humptydooensis MSMB43 | | scientific name | 441157 | Burkholderia thailandensis MSMB43 | | equivalent name | 441209 | "Rhodobaca bogoriensis subsp. barguzinensis" (Boldareva et al. 2009) Liang et al. 2021 | | authority | 441209 | Rhodobaca barguzinensis Boldareva et al. 2009 | | synonym | 441209 | Rhodobaca bogoriensis subsp. barguzinensis | | synonym | 441209 | Roseinatronobacter bogoriensis subsp. barguzinensis | | scientific name | 441209 | Roseinatronobacter bogoriensis subsp. barguzinensis (Boldareva et al. 2009) Hu et al. 2024 | | authority | 441366 | Gouania willdenowi | | scientific name | 441366 | Gouania willdenowi (Risso, 1810) | | authority | 441366 | Lepadogaster willdenowi | | synonym | 441366 | Lepadogaster willdenowi Risso, 1810 | | authority | 441366 | blunt-snouted clingfish | | genbank common name | 441366 | chafaroccas | | common name | 441620 | Methylobacterium populi BJ001 | | synonym | 441620 | Methylobacterium sp. BJ001 | | synonym | 441620 | Methylorubrum populi BJ001 | | scientific name | 4418 | Nymphaea | | scientific name | 4418 | Nymphaea L., 1753 | | authority | 4418 | Ondinea | | synonym | 4418 | Ondinea Hartog, 1970 | | authority | 4418 | water-lilies | | genbank common name | 44191 | Plexauridae | | scientific name | 441921 | Lophyrus lecontei | | synonym | 441921 | Lophyrus lecontei Fitch, 1858 | | authority | 441921 | Neodiprion lecontei | | scientific name | 441921 | Neodiprion lecontei (Fitch, 1858) | | authority | 441921 | redheaded pine sawfly | | genbank common name | 44196 | Paramuricea | | scientific name | 4422 | Cabombaceae | | scientific name | 4422 | Cabombaceae Rich. ex A.Rich., 1822 | | authority | 4422 | water-shield family | | common name | 4423 | Brasenia | | scientific name | 4423 | Brasenia Schreb., 1789 | | authority | 442302 | Porcine picobirnavirus | | scientific name | 4424 | Brasenia schreberi | | scientific name | 4424 | Brasenia schreberi J.F.Gmel., 1791 | | authority | 44249 | Bacillus polymyxa group | | synonym | 44249 | Paenibacillus | | scientific name | 44249 | Paenibacillus Ash et al. 1994 | | synonym | 44249 | Paenibacillus Ash et al. 1994 emend. Behrendt et al. 2010 | | authority | 44249 | Paenibacillus Ash et al. 1994 emend. Huang et al. 2017 | | authority | 44249 | Paenibacillus Ash et al. 1994 emend. Shida et al. 1997 | | authority | 44249 | rRNA group 3 bacilli | | synonym | 44250 | Bacillus alvei | | synonym | 44250 | Bacillus alvei Cheshire and Cheyne 1885 (Approved Lists 1980) | | authority | 44250 | Paenibacillus alvei | | scientific name | 44250 | Paenibacillus alvei (Cheshire and Cheyne 1885) Ash et al. 1994 | | authority | 442694 | Xanthomonas axonopodis pv. vesicatoria | | synonym | 442694 | Xanthomonas euvesicatoria pv. perforans | | synonym | 442694 | Xanthomonas euvesicatoria pv. perforans (Jones et al. 2006) Constantin et al. 2016 | | authority | 442694 | Xanthomonas perforans | | scientific name | 442694 | Xanthomonas perforans Jones et al. 2006 | | authority | 4429 | Nelumbonaceae | | scientific name | 4429 | Nelumbonaceae A.Rich., 1827 | | authority | 4429 | lotus family | | common name | 4430 | Nelumbo | | scientific name | 4430 | Nelumbo Adans. | | authority | 4432 | Indian lotus | | common name | 4432 | Nelumbo nucifera | | scientific name | 4432 | Nelumbo nucifera Gaertn., 1788 | | authority | 4432 | padma | | common name | 4432 | sacred lotus | | genbank common name | 443226 | Coccidioides posadasii str. Silveira | | scientific name | 44353 | Figitidae | | scientific name | 443867 | Agyrium | | scientific name | 443867 | Agyrium Fr., 1822 | | authority | 443868 | Agyrium rufum | | scientific name | 443868 | Agyrium rufum (Pers.) Fr., 1822 | | authority | 443868 | Stictis rufa | | synonym | 443868 | Stictis rufa Pers., 1800 | | authority | 443876 | African swine fever virus Benin 97/1 | | scientific name | 443876 | African swine fever virus isolate Benin 97/1 | | equivalent name | 444 | Legionellaceae | | scientific name | 444 | Legionellaceae Brenner et al. 1979 (Approved Lists 1980) | | authority | 444 | Legionellaceae Brenner et al. 1979 (Approved Lists 1980) emend. Saini and Gupta 2021 | | authority | 4441 | Camellia | | scientific name | 4441 | Camellia L., 1753 | | authority | 44412 | Fusarium beomiforme | | scientific name | 44412 | Fusarium beomiforme P.E. Nelson, Toussoun & L.W. Burgess, 1987 | | authority | 44417 | Cyclospora | | scientific name | 4442 | Camellia sinensis | | scientific name | 4442 | Camellia sinensis Kuntze, 1881 | | authority | 4442 | Thea sinensis | | synonym | 4442 | black tea | | common name | 444459 | Flagellimonas | | scientific name | 444459 | Flagellimonas Bae et al. 2007 | | authority | 444459 | Flagellimonas Bae et al. 2007 emend. Choi et al. 2018 | | authority | 444459 | Flagellimonas Bae et al. 2007 emend. Molinari Novoa et al. 2024 | | authority | 444459 | Flagellimonas Bae et al. 2007 emend. Yoon and Oh 2012 | | authority | 444459 | Spongiibacterium | | synonym | 444459 | Spongiibacterium Yoon and Oh 2012 | | synonym | 444459 | Spongiibacterium Yoon and Oh 2012 emend. Gao et al. 2015 | | authority | 444599 | Hansschlegelia | | scientific name | 444599 | Hansschlegelia Ivanova et al. 2010 | | authority | 444599 | Schlegelia | Schlegelia | equivalent name | 444605 | Populus alba x Populus x berolinensis | | scientific name | 4447 | Liliopsida | | scientific name | 4447 | Monocotyledoneae | | synonym | 4447 | monocots | monocots | blast name | 4447 | monocots | monocots | genbank common name | 4447 | monocotyledons | | common name | 44471 | Microcoleus | | scientific name | 44471 | Microcoleus Desmazieres ex Gomont, 1892 | | authority | 44474 | Pleurocapsa | | scientific name | 444922 | Psychromonas ossibalaenae | | scientific name | 444922 | Psychromonas ossibalaenae Miyazaki et al. 2008 | | authority | 444922 | Psychromonas sp. JAMM 0738 | | includes | 445 | Legionella | | scientific name | 445 | Legionella Brenner et al. 1979 (Approved Lists 1980) | | authority | 445 | Legionella Brenner et al. 1979 (Approved Lists 1980) emend. Saini and Gupta 2021 | | authority | 445 | Sarcobium | | synonym | 445 | Sarcobium Drozanski 1991 | | authority | 445219 | "Candidatus Reyranella" Pagnier et al. 2008 | | authority | 445219 | Candidatus Reyranella | | synonym | 445219 | Reyranella | | scientific name | 445219 | Reyranella Pagnier et al. 2011 | | synonym | 445219 | Reyranella Pagnier et al. 2011 emend. Kim et al. 2013 | | authority | 44534 | Cellia | | scientific name | 44537 | Pyretophorus | | scientific name | 4454 | Araceae | | scientific name | 4454 | Araceae Juss., 1789 | | authority | 4454 | Lemnaceae | | includes | 4454 | arum family | | common name | 44542 | gambiae species complex | | scientific name | 44543 | Nyssorhynchus | | scientific name | 44544 | albimanus section | | scientific name | 44547 | albimanus series | | scientific name | 44574 | Nitrosomonas communis | | scientific name | 44574 | Nitrosomonas communis Koops et al. 2001 | | authority | 44577 | Nitrosomonas ureae | | scientific name | 44577 | Nitrosomonas ureae Koops et al. 2001 | | authority | 44578 | Bdelloida | | synonym | 44578 | Bdelloidea | Bdelloidea | scientific name | 44578 | Digononta | | synonym | 44580 | Philodinidae | | scientific name | 4459 | Colocasia | Colocasia | scientific name | 4459 | Colocasia Schott, 1832 | | authority | 445961 | Chryseobacterium soli | | scientific name | 445961 | Chryseobacterium soli Weon et al. 2008 emend. Hahnke et al. 2016 | | authority | 445961 | Chryseobacterium sp. JS6-6 | | includes | 445973 | Clostridium bartlettii DSM 16795 | | synonym | 445973 | Intestinibacter bartlettii DSM 16795 | | scientific name | 446 | Legionella pneumophila | | scientific name | 446 | Legionella pneumophila Brenner et al. 1979 (Approved Lists 1980) | | authority | 4460 | Arum esculentum | | synonym | 4460 | Arum esculentum L., 1753 | | authority | 4460 | Colocasia esculenta | | scientific name | 4460 | Colocasia esculenta (L.) Schott, 1832 | | authority | 4460 | cocoyam | | common name | 4460 | dasheen | | common name | 4460 | eddo | | common name | 4460 | elephant's ear | | common name | 4460 | kalo | | common name | 4460 | malanga | malanga | common name | 4460 | taro | | genbank common name | 446470 | Stackebrandtia nassauensis DSM 44728 | | scientific name | 446470 | Stackebrandtia nassauensis str. DSM 44728 | | equivalent name | 446470 | Stackebrandtia nassauensis strain DSM 44728 | | equivalent name | 446660 | Adlercreutzia equolifaciens | | scientific name | 446660 | Adlercreutzia equolifaciens Maruo et al. 2008 | | authority | 446660 | equol-producing bacterium FJC-A10 | | includes | 446660 | equol-producing bacterium FJC-B20 | | includes | 446660 | equol-producing bacterium FJC-B9 | | includes | 446660 | equol-producing bacterium FJC-D53 | | includes | 446911 | Aspergillus sp. ITEM 4685 | | includes | 446911 | Aspergillus uvarum | | scientific name | 446911 | Aspergillus uvarum G. Perrone, Varga & Kozak. 2008 | | authority | 446948 | Diplocarpon | | scientific name | 446948 | Diplocarpon F.A. Wolf, 1912 | | authority | 447 | Fluoribacter bozemanae | | synonym | 447 | Fluoribacter bozemanae Garrity et al. 1980 | | authority | 447 | Legionella bozemanae | | scientific name | 447 | Legionella bozemanae corrig. (Garrity et al. 1980) Brenner et al. 1980 | | synonym | 447 | Legionella bozemanii | | synonym | 447 | Legionella bozemanii (Garrity et al. 1980) Brenner et al. 1980 | | authority | 447020 | Adlercreutzia | | scientific name | 447020 | Adlercreutzia Maruo et al. 2008 | | synonym | 447020 | Adlercreutzia Maruo et al. 2008 emend. Nouioui et al. 2018 | | authority | 447020 | Adlercreutzia Maruo et al. 2008 emend. Stoll et al. 2021 | | authority | 447093 | Ajellomyces capsulatus G186AR | | synonym | 447093 | Histoplasma capsulatum G186AR | | scientific name | 4473 | Spirodela | | scientific name | 4473 | Spirodela Schleid. | | authority | 447422 | Salegentibacter salinarum | | scientific name | 447422 | Salegentibacter salinarum Yoon et al. 2008 | | authority | 44744 | Haematococcus | | scientific name | 44744 | Haematococcus Flotow, 1844 | | authority | 44745 | Haematococcus lacustris | | scientific name | 44745 | Haematococcus lacustris (Girod-Chantrans) Rostafinski, 1875 | | authority | 44745 | Haematococcus pluvialis | | synonym | 44745 | Haematococcus pluvialis Flot., 1844 | | authority | 44745 | Volvox lacustris | | synonym | 44745 | Volvox lacustris Girod-Chantrans, 1875 | | authority | 44746 | "Candidatus Hepatobacteraceae" Chuvochina et al. 2023 | | authority | 44746 | Candidatus Hepatobacteraceae | | synonym | 44746 | Hepatobacteraceae | | equivalent name | 44746 | Holosporaceae | | scientific name | 44746 | Holosporaceae Gortz and Schmidt 2006 | | synonym | 44746 | Holosporaceae Gortz and Schmidt 2006 emend. Szokoli et al. 2016 | | authority | 44746 | rickettsia group ciliate/amoeba endosymbionts | | common name | 447467 | Simiduia | | scientific name | 447467 | Simiduia Shieh et al. 2008 emend. Park et al. 2014 | | authority | 447471 | Simiduia agarivorans | | scientific name | 447471 | Simiduia agarivorans Shieh et al. 2008 | | authority | 44752 | Rhodococcus wratislaviensis | | scientific name | 44752 | Rhodococcus wratislaviensis (Goodfellow et al. 1995) Goodfellow et al. 2002 | | authority | 44752 | Rhodococcus wratislaviensis (Goodfellow et al. 1995) Goodfellow et al. 2002 emend. Nouioui et al. 2018 | | authority | 44752 | Tsukamurella wratislaviensis | | synonym | 44752 | Tsukamurella wratislaviensis Goodfellow et al. 1995 | | authority | 447591 | Oedothorax | | scientific name | 44765 | unclassified Chlorobiota | | scientific name | 44765 | unclassified green sulfur bacteria | | synonym | 44768 | unclassified Chloroflexaceae | | scientific name | 447689 | Tenacibaculum soleae | | scientific name | 447689 | Tenacibaculum soleae Pineiro-Vidal et al. 2008 | | authority | 4479 | Bambusaceae | | synonym | 4479 | Bambusaceae Nakai, 1943 | | authority | 4479 | Gramineae | | synonym | 4479 | Poaceae | | scientific name | 4479 | Poaceae Barnhart, 1895 | | authority | 4479 | grass family | | common name | 4480 | Aegilops | | scientific name | 4480 | Aegilops L. | | authority | 4480 | Comopyrum | | includes | 4480 | Patropyrum | | includes | 4480 | Sitopsis | | includes | 4480 | goatgrasses | | common name | 448125 | Dethiosulfatibacter | | scientific name | 448125 | Dethiosulfatibacter Takii et al. 2007 | | authority | 44823 | Diplocystis wesenbergii | | synonym | 44823 | Diplocystis wesenbergii Komarek, 1958 | | authority | 44823 | Microcystis wesenbergii | | scientific name | 44823 | Microcystis wesenbergii (Komarek) Komarek in Kondrateva 1968 | | authority | 448371 | Rivularia sp. IAM M-261 | | scientific name | 448385 | Sorangium cellulosum DSM 53796 | | synonym | 448385 | Sorangium cellulosum So ce56 | | scientific name | 448385 | Sorangium cellulosum str. So ce56 | | equivalent name | 448385 | Sorangium cellulosum strain So ce56 | | equivalent name | 44935 | Alcaligenes venustus | | synonym | 44935 | Alcaligenes venustus Baumann et al. 1972 (Approved Lists 1980) | | authority | 44935 | Deleya venusta | | synonym | 44935 | Deleya venusta (Baumann et al. 1972) Baumann et al. 1983 | | authority | 44935 | Halomonas hydrothermalis | | synonym | 44935 | Halomonas hydrothermalis Kaye et al. 2004 | | authority | 44935 | Halomonas sp. NY-8 | | includes | 44935 | Halomonas sp. Slthf2.1878c | | includes | 44935 | Halomonas venusta | | synonym | 44935 | Halomonas venusta (Baumann et al. 1972) Dobson and Franzmann 1996 | | authority | 44935 | Vreelandella venusta | | scientific name | 44935 | Vreelandella venusta (Baumann et al. 1972) de la Haba et al. 2024 | | synonym | 44941 | Gigaspora rosea | | scientific name | 44941 | Gigaspora rosea T.H. Nicolson & N.C. Schenck, 1979 | | authority | 449632 | Parasteatoda | | scientific name | 449972 | Chelativorans | | scientific name | 449972 | Chelativorans Doronina et al. 2010 emend. Kampfer et al. 2015 | | authority | 449972 | Thermovum | | synonym | 449972 | Thermovum Yabe et al. 2012 | | authority | 450367 | "Peribacillus castrilensis" Rodriguez et al. 2022 | | authority | 450367 | Bacillus frigoritolerans (Delaporte and Sasson 1967) Liu et al. 2022 | | synonym | 450367 | Bacillus sp. EB93 | | includes | 450367 | Brevibacterium frigoritolerans | | synonym | 450367 | Brevibacterium frigoritolerans Delaporte and Sasson 1967 (Approved Lists 1980) | | authority | 450367 | Peribacillus castrilensis | | synonym | 450367 | Peribacillus castrilensis Rodriguez et al. 2023 | | authority | 450367 | Peribacillus frigoritolerans | | scientific name | 450367 | Peribacillus frigoritolerans (Delaporte and Sasson 1967) Montecillo and Bae 2022 | | synonym | 450367 | Peribacillus sp. N3 | | includes | 450425 | FIESC | | equivalent name | 450425 | Fusarium incarnatum-equiseti species complex | | scientific name | 45049 | Thripoidea | | scientific name | 450526 | Trichocoleus | | scientific name | 450526 | Trichocoleus (West & G.S.West, 1896) Anagnostidis, 2001 | | authority | 45053 | Thripidae | | scientific name | 45053 | true thrips | | genbank common name | 45059 | Frankliniella | | scientific name | 45070 | Legionella nautarum | | scientific name | 45070 | Legionella nautarum Dennis et al. 1993 | | authority | 45080 | Palaeacanthocephala | | scientific name | 450947 | Deinopoidea | | scientific name | 450948 | Nephilidae | | scientific name | 4512 | Critesion | | synonym | 4512 | Critesion Raf., 1819 | | authority | 4512 | Hordeum | | scientific name | 4512 | Hordeum L., 1753 | | authority | 4512 | barleys | | common name | 451208 | unclassified Caulobacterales | | scientific name | 451299 | unclassified Sphingomonadales | | scientific name | 4513 | Hordeum vulgare | | scientific name | 4513 | Hordeum vulgare L., 1753 | | authority | 4513 | barley | | common name | 45131 | Botryosphaeriaceae | | scientific name | 45131 | anamorphic Botryosphaeriaceae | | includes | 45131 | mitosporic Botryosphaeriaceae | | includes | 45132 | Botryosphaeria | | scientific name | 45132 | Botryosphaeria Ces. & De Not., 1863 | | authority | 45132 | Macrophomopsis | | synonym | 45132 | Macrophomopsis Petr., 1924 | | authority | 45132 | mitosporic Ascomycota | mitosporic Ascomycota | in-part | 451320 | unclassified Lysobacterales | | scientific name | 45133 | Botryodiplodia theobromae | | synonym | 45133 | Botryodiplodia theobromae Pat., 1892 | | authority | 45133 | Botryosphaeria rhodina | | synonym | 45133 | Botryosphaeria rhodina (Berk. and Curtis) Arx | | authority | 45133 | Diplodia gossypina | | synonym | 45133 | Diplodia gossypina Cooke, 1879 | | authority | 45133 | Lasiodiplodia sp. CMW42341 | | includes | 45133 | Lasiodiplodia sp. EFY-2021a | | includes | 45133 | Lasiodiplodia theobromae | | scientific name | 45133 | Lasiodiplodia theobromae (Pat.) Griffon & Maubl., 1909 | | authority | 45133 | Physalospora rhodina | | synonym | 45133 | Physalospora rhodina Berk. & M.A. Curtis, 1889 | | authority | 451435 | Chytridiomycetes | | scientific name | 451435 | Chytridiomycetes M. Mobius, 1929 | | authority | 451442 | Rhizophydiales | | scientific name | 451442 | Rhizophydiales Letcher, 2006 | | authority | 451451 | Terramycetaceae | | scientific name | 451451 | Terramycetaceae Letcher, 2006 | | authority | 451452 | Boothiomyces | | scientific name | 451452 | Boothiomyces Letcher, 2006 | | authority | 451455 | Neocallimastigomycetes | | scientific name | 451455 | Neocallimastigomycetes M.J. Powell, 2007 | | authority | 451456 | Neocallimastigomycota | | scientific name | 451456 | Neocallimastigomycota M.J. Powell, 2007 | | authority | 451459 | Allomycota | | synonym | 451459 | Blastocladiomycota | | scientific name | 451459 | blastocladiomycotan fungi | | blast name | 451460 | Allomycetes | | synonym | 451460 | Blastocladiomycetes | | scientific name | 451460 | Blastocladiomycetes Doweld, 2001 | | authority | 451507 | Mucoromycotina | | scientific name | 451507 | Mucoromycotina Benny, 2007 | | authority | 451507 | Zygomycota | Zygomycota | in-part | 45151 | Drechslera tritici-repentis | | synonym | 45151 | Helminthosporium tritici-repentis | | synonym | 45151 | Helminthosporium tritici-repentis Died., 1903 | | authority | 45151 | Pleospora tritici-repentis | | synonym | 45151 | Pleospora tritici-repentis Died., 1903 | | authority | 45151 | Pyrenophora sp. CBS 259.59 | | includes | 45151 | Pyrenophora sp. MUCL 18687 | | includes | 45151 | Pyrenophora tritici-repentis | | scientific name | 45151 | Pyrenophora tritici-repentis (Died.) Drechsler 1923 | | authority | 451512 | Mangrovibacter | | scientific name | 451512 | Mangrovibacter Rameshkumar et al. 2010 | | authority | 451678 | Boraras urophthalmoides | | scientific name | 451678 | Boraras urophthalmoides (Kottelat, 1991) | | authority | 451678 | Rasbora urophthalmoides | | synonym | 451678 | Rasbora urophthalmoides Kottelat, 1991 | | authority | 451678 | least rasbora | | genbank common name | 451745 | Cynolebias whitei | | synonym | 451745 | Cynolebias whitei Myers, 1942 | | authority | 451745 | Nematolebias whitei | | scientific name | 451745 | Nematolebias whitei (Myers, 1942) | | authority | 451745 | Rio pearlfish | | genbank common name | 451745 | Simpsonichthys whitei | | synonym | 451745 | Simpsonichthys whitei (Myers, 1942) | | authority | 451751 | Clostridium perfringens B | | scientific name | 451752 | Clostridium perfringens E | | scientific name | 451753 | Clostridium perfringens CPE | | scientific name | 451754 | Clostridium perfringens B str. ATCC 3626 | | scientific name | 451754 | Clostridium perfringens B strain ATCC 3626 | | equivalent name | 451756 | Clostridium perfringens CPE str. F4969 | | scientific name | 451756 | Clostridium perfringens CPE strain F4969 | | equivalent name | 451757 | Clostridium perfringens NCTC 8239 | | scientific name | 451757 | Clostridium perfringens str. NCTC 8239 | | equivalent name | 451757 | Clostridium perfringens strain NCTC 8239 | | equivalent name | 451824 | Entomophthoromycotina | | scientific name | 451824 | Entomophthoromycotina Humber, 2007 | | authority | 451827 | Zoopagomycotina | | scientific name | 451827 | Zoopagomycotina Benny, 2007 | | authority | 451827 | Zygomycota | Zygomycota | in-part | 451828 | Kickxellomycotina | | scientific name | 451828 | Kickxellomycotina Benny, 2007 | | authority | 451828 | Zygomycota | Zygomycota | in-part | 45183 | Turnera | | scientific name | 45183 | Turnera L. | | authority | 451864 | Dikarya | | scientific name | 451867 | Dothideomycetidae | | scientific name | 451867 | Dothideomycetidae P.M. Kirk, P.F. Cannon, J.C. David & Stalpers ex C.L. Schoch, Spatafora, Crous & Shoemaker, 2007 | | authority | 451868 | Pleosporomycetidae | | scientific name | 451869 | Botryosphaeriales | | scientific name | 451869 | Botryosphaeriales C.L. Schoch, Crous & Shoemaker, 2007 | | authority | 451870 | Chaetothyriomycetidae | | scientific name | 451871 | Eurotiomycetidae | | scientific name | 4520 | Lolium | | scientific name | 4520 | Lolium L., 1753 | | authority | 4520 | Micropyropsis | | synonym | 4520 | Micropyropsis Romero Zarco & Cabezudo, 1983 | | authority | 4520 | Schedonorus | | synonym | 4520 | Schedonorus P.Beauv., 1812 | | authority | 4522 | Festuca perennis | | synonym | 4522 | Festuca perennis (L.) Columbus & J.P.Sm., 2010 | | synonym | 4522 | Lolium perenne | | scientific name | 4522 | Lolium perenne L., 1753 | | authority | 4522 | Lolium vulgare | | synonym | 4522 | Lolium vulgare Host, 1801 | | authority | 4522 | perennial ryegrass | | common name | 452221 | Baeomycetales | | scientific name | 452221 | Baeomycetales Lumbsch, Huhndorf & Lutzoni, 2007 | | authority | 452283 | Exobasidiomycetes | | scientific name | 452283 | Exobasidiomycetes Begerow, M. Stoll & R. Bauer, 2007 | | authority | 452283 | Exobasidiomycetidae | | equivalent name | 452284 | Ustilaginomycotina | | scientific name | 452284 | Ustilaginomycotina Doweld, 2001 | | authority | 452284 | smut fungi & allies | smut fungi & allies | blast name | 452284 | smut fungi & allies | smut fungi & allies | common name | 452332 | Dacrymycetes | | scientific name | 452332 | Dacrymycetes Doweld, 2001 | | authority | 452333 | Agaricomycetidae | | scientific name | 452334 | Atheliales | | scientific name | 452334 | Atheliales Julich, 1982 | | authority | 452335 | Phallomycetidae | | scientific name | 452338 | Corticiales | | scientific name | 452338 | Corticiales K.H. Larss., 2007 | | authority | 45234 | Cordyceps | | scientific name | 45234 | Cordyceps Fr., 1833 | | authority | 45234 | Parahevansia | | synonym | 45234 | Parahevansia Mongkolsamrit & Noisripoom, 2022 | | authority | 452342 | Hericiales | | synonym | 452342 | Russulales | | scientific name | 452342 | Russulales Kreisel ex P.M. Kirk, P.F. Cannon & J.C. David, 2001 | | authority | 452342 | Stereales | | synonym | 45247 | "Pontothrix" Nadson and Krasil'nikov 1932 | | authority | 45247 | Leucothrix | Leucothrix | scientific name | 45247 | Leucothrix Oersted 1844 (Approved Lists 1980) emend. Zhang et al. 2015 | | authority | 45247 | Pontothrix | | synonym | 45249 | Arabidopsis suecica | | scientific name | 45249 | Arabidopsis suecica (Fr.) Norrl., 1924 | | authority | 45249 | Arabis suecica | | synonym | 45249 | Arabis suecica (Fr.) Nyman, 1855 | | authority | 45249 | Arabis thaliana subsp. suecica | | synonym | 45249 | Arabis thaliana subsp. suecica Fr., 1846 | | authority | 45249 | Cardaminopsis suecica | | synonym | 45249 | Cardaminopsis suecica (Fr.) Hiitonen ex Hyl., 1941 | | authority | 45249 | Hylandra suecica | | synonym | 45249 | Hylandra suecica (Fr.) A.Love, 1961 | | authority | 45253 | unclassified Bacteroidaceae | | scientific name | 45264 | Acropora convexa | | synonym | 45264 | Acropora convexa (Dana, 1846) | | authority | 45264 | Acropora millepora | | scientific name | 45264 | Acropora millepora (Ehrenberg, 1834) | | authority | 45264 | Acropora millepora Ehrenberg, 1834 | | authority | 45264 | Acropora singularis | | synonym | 45264 | Madrepora latistella (Ehrenberg, 1834) | | authority | 4527 | Oryza | | scientific name | 4527 | Oryza L., 1753 | | authority | 4527 | Porteresia | | includes | 45292 | Massarina | | scientific name | 45292 | Massarina Sacc., 1883 | | authority | 45293 | Massaria eburnea | | synonym | 45293 | Massaria eburnea Tul. & C. Tul., 1863 | | authority | 45293 | Massarina eburnea | | scientific name | 45293 | Massarina eburnea (Tul. & C. Tul.) Sacc., 1883 | | authority | 45299 | Clathrospora | | scientific name | 45299 | Clathrospora Rabenh., 1857 | | authority | 4530 | Asian cultivated rice | | genbank common name | 4530 | Oryza sativa | | scientific name | 4530 | Oryza sativa L., 1753 | | authority | 4530 | red rice | red rice | common name | 4530 | rice | | common name | 4533 | Oryza brachyantha | | scientific name | 4533 | Oryza brachyantha A.Chev. & Roehr., 1914 | | authority | 4533 | malo sina | | genbank common name | 45349 | Edwardsiidae | | scientific name | 45350 | Nematostella | | scientific name | 45351 | Nematostella vectensis | | scientific name | 45351 | Nematostella vectensis Stephenson, 1935 | | authority | 45351 | starlet sea anemone | | genbank common name | 453565 | Ambisporaceae | | scientific name | 453565 | Ambisporaceae C. Walker, Vestberg & A. Schusler, 2007 | | authority | 453565 | Appendicisporaceae | | synonym | 453566 | Ambispora | | scientific name | 453566 | Ambispora C. Walker, Vestberg & A. Schussler, 2006 | | authority | 453566 | Appendicispora | | synonym | 453566 | Appendicispora Spain et al., 2006 | | authority | 453584 | Rhodovulum kholense | | scientific name | 453584 | Rhodovulum kholense Anil Kumar et al. 2008 | | authority | 453584 | Rhodovulum kholensis | | equivalent name | 453602 | "Bacterium pelargoni" Brown et al. 1923 | | authority | 453602 | "Phytomonas pelargonii (Brown 1923) Burkholder and Guterman 1932 | | authority | 453602 | "Xanthomonas pelargonii" (Brown 1923) Starr and Burkholder 1942 | | authority | 453602 | Bacterium pelargoni | | synonym | 453602 | Xanthomonas campestris pv. pelargonii | | synonym | 453602 | Xanthomonas campestris pv. pelargonii (Brown 1923) Dye 1978 | | authority | 453602 | Xanthomonas hortorum pv. pelargonii | | scientific name | 453602 | Xanthomonas hortorum pv. pelargonii (Brown 1923) Vauterin et al. 1995 | | authority | 453602 | Xanthomonas pelargonii | | synonym | 453849 | Henriciella | | scientific name | 453849 | Henriciella Quan et al. 2009 emend. Abraham et al. 2017 | | authority | 453849 | Henriciella Quan et al. 2009 emend. Lee et al. 2011 | | authority | 453849 | Maribaculum | | synonym | 453849 | Maribaculum Lai et al. 2009 | | authority | 4539 | Aconisia | | synonym | 4539 | Arthragrostis | | synonym | 4539 | Panicum | | scientific name | 4539 | Panicum L., 1753 | | authority | 4539 | panicgrasses | | common name | 45398 | Streptomyces griseiviridis | | equivalent name | 45398 | Streptomyces griseoviridis | | scientific name | 45398 | Streptomyces griseoviridis Anderson et al. 1956 (Approved Lists 1980) | | authority | 45398 | Streptomyces griseoviridis Anderson et al. 1956 (Approved Lists 1980) emend. Li et al. 2022 | | authority | 45398 | Streptomyces niveiruber | | equivalent name | 45398 | Streptomyces niveoruber | | synonym | 45398 | Streptomyces niveoruber Ettlinger et al. 1958 (Approved Lists 1980) | | authority | 454 | Legionella israelensis | | scientific name | 454 | Legionella israelensis Bercovier et al. 1986 | | authority | 4540 | Panicum miliaceum | | scientific name | 4540 | Panicum miliaceum L., 1753 | | authority | 4540 | Panicum spontaneum | | synonym | 4540 | Panicum spontaneum Zhuk., 1950 | | authority | 4540 | broom millet | | common name | 4540 | broomcorn millet | | common name | 4540 | common millet | | common name | 4540 | proso millet | | genbank common name | 45401 | "Rhodoplanaceae" Joseph et al. 2003 | | authority | 45401 | Ancylobacter group | | synonym | 45401 | Hyphomicrobiaceae | | scientific name | 45401 | Hyphomicrobiaceae Babudieri 1950 | | authority | 45401 | Hyphomicrobium group | | synonym | 45401 | Rhodoplanaceae | | includes | 45401 | alpha-2 proteobacteria | alpha-2 proteobacteria | in-part | 45404 | Beijerinckia group | | synonym | 45404 | Beijerinckiaceae | | scientific name | 45404 | Beijerinckiaceae Garrity et al. 2006 emend. Dedysh et al. 2016 | | authority | 45405 | unclassified Beijerinckia group | | synonym | 45405 | unclassified Beijerinckiaceae | | scientific name | 454130 | Aspergillus calidoustus | | scientific name | 454130 | Aspergillus calidoustus Varga, Houbraken & Samson 2008 | | authority | 454130 | Aspergillus sp. JV-2007c | | includes | 454155 | Bacteroidales bacterium YIT 11841 | | includes | 454155 | Paraprevotella xylaniphila | | scientific name | 454155 | Paraprevotella xylaniphila Morotomi et al. 2009 | | authority | 45443 | Aplocheiloidei | | scientific name | 45456 | Deltaproteobacteria incertae sedis | | scientific name | 45456 | unclassified delta proteobacteria | | synonym | 454600 | Gracilimonas tropica | | scientific name | 454600 | Gracilimonas tropica Choi et al. 2009 | | authority | 454600 | Sphingobacteriales bacterium CL-CB462 | | includes | 45462 | Bacillus borstelensis | | synonym | 45462 | Bacillus borstelensis (ex Porter 1940) Shida et al. 1995 | | authority | 45462 | Bacillus borstelensis (ex Porter) Shida et al. 1995 | | authority | 45462 | Bacillus sp. W3 | | includes | 45462 | Brevibacillus borstelensis | | scientific name | 45462 | Brevibacillus borstelensis (Shida et al. 1995) Shida et al. 1996 | | authority | 45462 | Brevibacillus sp. EF_TYK1-4 | | includes | 45462 | actinobacterium EF_NAK1-7 | | includes | 45475 | Dicentrarchus labrax encephalitis virus | | scientific name | 45475 | DlEV | | acronym | 45497 | "Schnuerera ultunensis" (Schnurer et al. 1996) Lawson 2019 | | authority | 45497 | Clostridium ultunense | | synonym | 45497 | Clostridium ultunense Schnurer et al. 1996 | | authority | 45497 | Schnuerera ultunensis | | scientific name | 45497 | Schnuerera ultunensis (Schnurer et al. 1996) Lawson 2020 | | authority | 455076 | Rhodocytophaga | | scientific name | 455076 | Rhodocytophaga Anandham et al. 2010 | | authority | 455193 | Saccharopolyspora antimicrobica | | scientific name | 455193 | Saccharopolyspora antimicrobica Yuan et al. 2008 | | authority | 455193 | Saccharopolyspora antimicrobica Yuan et al. 2008 emend. Nouioui et al. 2018 | | authority | 455304 | Diphasiastrum | | scientific name | 455304 | Diphasiastrum Holub, 1975 | | authority | 455371 | Spatholobus cf. suberectus MR-2013 | | includes | 455371 | Spatholobus suberectus | | scientific name | 455371 | Spatholobus suberectus Dunn, 1903 | | authority | 4554 | Setaria | Setaria | scientific name | 4554 | Setaria P.Beauv. | | authority | 4555 | Chaetochloa italica | | synonym | 4555 | Chaetochloa italica (L.) Scribn., 1897 | | authority | 4555 | Panicum italicum | | synonym | 4555 | Panicum italicum L., 1753 | | authority | 4555 | Pennisetum macrochaetum | | synonym | 4555 | Pennisetum macrochaetum J.Jacq., 1820 | | authority | 4555 | Setaria italica | | scientific name | 4555 | Setaria italica (L.) P.Beauv., 1812 | | authority | 4555 | Setaria viridis subsp. italica | | synonym | 4555 | Setaria viridis subsp. italica (L.) Briq., 1910 | | authority | 4555 | foxtail millet | | genbank common name | 4556 | Panicum viride | | synonym | 4556 | Panicum viride L., 1759 | | authority | 4556 | Setaria viridis | | scientific name | 4556 | Setaria viridis (L.) P.Beauv., 1812 | | authority | 456299 | Chryseobacterium gregarium | | scientific name | 456299 | Chryseobacterium gregarium Behrendt et al. 2008 emend. Loch and Faisal 2014 | | authority | 456299 | Chryseobacterium gregarium Behrendt et al. 2008 emend. Montero-Calasanz et al. 2013 | | authority | 4564 | Crithodium | | synonym | 4564 | Triticum | | scientific name | 4564 | Triticum L., 1753 | | authority | 4564 | wheats | | common name | 4565 | Canadian hard winter wheat | | common name | 4565 | Triticum aestivum | | scientific name | 4565 | Triticum aestivum L., 1753 | | authority | 4565 | Triticum aestivum subsp. aestivum | | synonym | 4565 | Triticum sativum | | synonym | 4565 | Triticum sativum Lam., 1779 | | authority | 4565 | Triticum vulgare | | synonym | 4565 | Triticum vulgare Vill., 1787 | | authority | 4565 | bread wheat | | genbank common name | 4565 | common wheat | | common name | 4565 | wheat | | common name | 45667 | Halobacillus | | scientific name | 45667 | Halobacillus Spring et al. 1996 | | authority | 45667 | Halobacillus Spring et al. 1996 emend. Yoon et al. 2007 | | authority | 45669 | Salinicoccus | | scientific name | 45669 | Salinicoccus Ventosa et al. 1990 | | authority | 45669 | Salinicoccus Ventosa et al. 1990 emend. Bello et al. 2023 | | authority | 4567 | Triticum durum | | synonym | 4567 | Triticum durum Desf., 1798 | | authority | 4567 | Triticum durum ssp. durum | | synonym | 4567 | Triticum durum subsp. durum | | synonym | 4567 | Triticum rigidum conv. durum | | synonym | 4567 | Triticum rigidum ssp. durum | | synonym | 4567 | Triticum rigidum var. durum | | synonym | 4567 | Triticum turgidum Durum Group | | synonym | 4567 | Triticum turgidum subsp. durum | | scientific name | 4567 | Triticum turgidum subsp. durum (Desf.) Husn., 1899 | | authority | 4567 | durum wheat | | genbank common name | 45676 | Myriangiales | | scientific name | 45676 | Myriangiales Starback, 1899 | | authority | 456828 | "Candidatus Cloacimonadota" Williams et al. 2021 | | authority | 456828 | "Candidatus Cloacimonetes" Rinke et al. 2013 | | synonym | 456828 | Candidatus Cloacimonadota | | scientific name | 456828 | Cloacimonadota | | equivalent name | 456828 | candidate division WWE1 | | synonym | 456828 | candidate division Waste Water of Evry 1 | | equivalent name | 456999 | Rhizoctonia praticola | | synonym | 456999 | Rhizoctonia solani | | scientific name | 456999 | Rhizoctonia solani J.G. Kuhn, 1858 | | authority | 4571 | English wheat | | common name | 4571 | Triticum aethiopicum | | synonym | 4571 | Triticum aethiopicum Jakubz., 1947 | | authority | 4571 | Triticum durum subsp. abyssinicum | | synonym | 4571 | Triticum durum subsp. abyssinicum Vavilov, 1931 | | authority | 4571 | Triticum turgidum | | scientific name | 4571 | Triticum turgidum L., 1753 | | authority | 4571 | cone wheat | | common name | 4571 | poulard wheat | | common name | 4571 | rivet wheat | | genbank common name | 4572 | Triticum urartu | | scientific name | 4572 | Triticum urartu Thumanjan ex Gandilyan, 1972 | | authority | 457405 | Fusobacterium animalis 7_1 | | scientific name | 457405 | Fusobacterium nucleatum subsp. animalis 7_1 | | equivalent name | 457405 | Fusobacterium sp. 7_1 | | equivalent name | 457427 | Streptomyces himastatinicus ATCC 53653 | | scientific name | 457427 | Streptomyces himastatinicus str. ATCC 53653 | | equivalent name | 457427 | Streptomyces himastatinicus strain ATCC 53653 | | equivalent name | 457427 | Streptomyces hygroscopicus ATCC 53653 | | synonym | 457428 | Streptomyces lividans TK24 | | scientific name | 457428 | Streptomyces lividans str. TK24 | | equivalent name | 457428 | Streptomyces lividans strain TK24 | | equivalent name | 4575 | Euchlaena | Euchlaena | synonym | 4575 | Zea | | scientific name | 4575 | Zea L. | | authority | 4577 | Zea mays | | scientific name | 4577 | Zea mays L., 1753 | | authority | 4577 | Zea mays var. japonica | | synonym | 4577 | maize | maize | common name | 457945 | Nostoc sp. KVJ3 | | scientific name | 458032 | "Candidatus Chloracidobacterium" Bryant et al. 2007 | | authority | 458032 | "Chloracidobacterium" Tank and Bryant 2015 | | authority | 458032 | Candidatus Chloracidobacterium | | synonym | 458032 | Chloracidobacterium | | scientific name | 458032 | Chloracidobacterium Saini et al. 2026 | | authority | 458188 | Dromadidae | | scientific name | 458189 | Dromas | | scientific name | 458190 | Dromas ardeola | | scientific name | 458190 | Dromas ardeola Paykull, 1805 | | authority | 458196 | Colius indicus | | synonym | 458196 | Colius indicus Latham, 1790 | | authority | 458196 | Urocolius indicus | | scientific name | 458196 | Urocolius indicus (Latham, 1790) | | authority | 458197 | Serratia nematodiphila | | scientific name | 458197 | Serratia nematodiphila Zhang et al. 2009 | | authority | 458197 | Serratia sp. HZ2R01 | | includes | 458197 | Serratia sp. HZ2R02 | | includes | 459247 | unclassified Methanomicrobia | | scientific name | 459283 | Salmonella enterica subsp. enterica serovar Lansing | | scientific name | 45950 | Dreissenidae | | scientific name | 45951 | Dreissena | | scientific name | 459526 | Flavobacterium anhuiense | | scientific name | 459526 | Flavobacterium anhuiense Liu et al. 2008 | | authority | 459532 | Pelagibacillus | | synonym | 459532 | Pelagibacillus Kim et al. 2007 | | authority | 459532 | Terribacillus | | scientific name | 459532 | Terribacillus An et al. 2007 | | authority | 459532 | Terribacillus An et al. 2007 emend. Krishnamurthi and Chakrabarti 2008 | | authority | 45954 | Dreissena polymorpha | | scientific name | 45954 | Dreissena polymorpha (Pallas, 1771) | | authority | 45954 | Mytilus polymorphus | | synonym | 45954 | Mytilus polymorphus Pallas, 1771 | | authority | 45954 | zebra mussel | | common name | 459658 | Streptomyces malaysiensis subsp. samsunensis | | scientific name | 459658 | Streptomyces malaysiensis subsp. samsunensis (Sazak et al. 2011) Komaki 2025 | | authority | 459658 | Streptomyces samsunensis | | synonym | 459658 | Streptomyces samsunensis Sazak et al. 2011 | | authority | 459658 | Streptomyces sp. M1463 | | includes | 459786 | Oscillibacter | | scientific name | 459786 | Oscillibacter Iino et al. 2007 | | authority | 459786 | Oscillibacter Iino et al. 2007 emend. Le Roy et al. 2020 | | authority | 45979 | Nocardia pseudobrasilensis | | equivalent name | 45979 | Nocardia pseudobrasiliensis | | scientific name | 45979 | Nocardia pseudobrasiliensis Ruimy et al. 1996 | | authority | 45989 | Methaniculleus | | equivalent name | 45989 | Methanoculleus | | scientific name | 45989 | Methanoculleus Maestrojun et al. 1990 | | authority | 4609 | Cyperaceae | | scientific name | 4609 | Cyperaceae Juss., 1789 | | authority | 4609 | sedge family | | common name | 46099 | Grayia | Grayia | scientific name | 46099 | Grayia Hook. & Arn., 1840 | | authority | 46099 | Zuckia | | synonym | 46099 | Zuckia Standl., 1915 | | authority | 46100 | Chenopodium spinosum | | synonym | 46100 | Chenopodium spinosum Hook., 1838 | | authority | 46100 | Grayia spinosa | | scientific name | 46100 | Grayia spinosa (Hook.) Moq., 1849 | | authority | 46124 | Abiotrophia adiacens | | synonym | 46124 | Abiotrophia adiacens (Bouvet et al. 1989) Kawamura et al. 1995 | | authority | 46124 | Abiotrophia adjacens | | synonym | 46124 | Granulicatella adiacens | | scientific name | 46124 | Granulicatella adiacens (Bouvet et al. 1989) Collins and Lawson 2000 | | authority | 46124 | Streptococcus adjacens | | synonym | 46124 | Streptococcus adjacens Bouvet et al. 1989 | | authority | 461281 | Ogataea | | scientific name | 461281 | Ogataea Y. Yamada, K. Maeda & Mikata, 1994 | | authority | 4613 | Bromeliaceae | | scientific name | 4613 | Bromeliaceae Juss., 1789 | | authority | 4613 | bromeliad family | | common name | 4614 | Ananas | | scientific name | 4614 | Ananas Mill., 1754 | | authority | 4614 | Pseudananas | | synonym | 4614 | Pseudananas Hassl. & Harms, 1930 | | authority | 461499 | Atherinopsidae | | scientific name | 461499 | Old World silversides | | genbank common name | 4615 | Ananas comosus | | scientific name | 4615 | Ananas comosus (L.) Merr., 1917 | | authority | 4615 | Ananas comosus var. comosus | | synonym | 4615 | Ananas lucidus | | synonym | 4615 | Ananas lucidus Mill., 1754 | | authority | 4615 | Bromelia comosa | | synonym | 4615 | Bromelia comosa L., 1754 | | authority | 4615 | pineapple | | genbank common name | 46158 | Actinomadura citrea | | scientific name | 46158 | Actinomadura citrea Lavrova et al. 1972 | | authority | 46159 | Actinomadura coerulea | | scientific name | 46159 | Actinomadura coerulea Preobrazhenskaya et al. 1975 (Approved Lists 1980) | | authority | 46163 | "Streptomyces luteofluorescens" Shinobu 1962 | | authority | 46163 | "Streptomycoides glaucoflavus" Zhang et al. 1984 | | authority | 46163 | Actinomadura glauciflava | | synonym | 46163 | Actinomadura glauciflava Lu et al. 2003 | | authority | 46163 | Actinomadura luteofluorescens | | scientific name | 46163 | Actinomadura luteofluorescens (Shinobu 1962) Preobrazhenskaya et al. 1975 (Approved Lists 1980) | | authority | 46163 | Actinomadura luteofluorescens (Shinobu 1962) Preobrazhenskaya et al. 1975 (Approved Lists 1980) emend. Lee et al. 2024 | | authority | 46163 | Streptomyces luteofluorescens | | synonym | 46163 | Streptomycoides glaucoflavus | | synonym | 4618 | Scitamineae | | synonym | 4618 | Zingiberales | | scientific name | 4618 | Zingiberiflorae | | in-part | 46182 | Actinomadura spiralis | | synonym | 46182 | Actinomadura spiralis Meyer 1981 | | authority | 46182 | Microtetraspora spiralis | | synonym | 46182 | Microtetraspora spiralis (Meyer 1981) Kroppenstedt et al. 1991 | | authority | 46182 | Nonomuraea spiralis | | scientific name | 46182 | Nonomuraea spiralis (Meyer 1981) Zhang et al. 1998 | | authority | 46182 | Nonomuria spiralis | | synonym | 461836 | Amastigomonas sp. ATCC 50062 | | synonym | 461836 | Thecamonas trahens ATCC 50062 | | scientific name | 46200 | Geovibrio | | scientific name | 46200 | Geovibrio Caccavo et al. 2000 | | authority | 46201 | Geovibrio ferrireducens | | scientific name | 46201 | Geovibrio ferrireducens Caccavo et al. 2000 | | authority | 46205 | Pseudobutyrivibrio | | scientific name | 46205 | Pseudobutyrivibrio van Gylswyk et al. 1996 | | authority | 46206 | Pseudobutyrivibrio ruminis | | scientific name | 46206 | Pseudobutyrivibrio ruminis van Gylswyk et al. 1996 | | authority | 46240 | "Bacillus apiarius" Katznelson 1955 | | authority | 46240 | Bacillus apiarius | | synonym | 46240 | Paenibacillus apiaries | | synonym | 46240 | Paenibacillus apiarius | | scientific name | 46240 | Paenibacillus apiarius (ex Katznelson 1955) Nakamura 1996 | | authority | 46240 | Paenibacillus sp. AECSP01 | | includes | 46254 | Oenococcus | | scientific name | 46254 | Oenococcus Dicks et al. 1995 | | synonym | 46254 | Oenococcus Dicks et al. 1995 emend. Endo and Okada 2006 | | authority | 46255 | Leuconostoc paramesenteroides group | | synonym | 46255 | Weissella | | scientific name | 46255 | Weissella Collins et al. 1994 | | synonym | 46255 | Weissella Collins et al. 1994 emend. Bello et al. 2022 | | authority | 46255 | Weissella Collins et al. 1994 emend. Padonou et al. 2010 | | authority | 462910 | Pontibacillus yanchengensis | | scientific name | 462910 | Pontibacillus yanchengensis Yang et al. 2011 | | authority | 462949 | Novosphingobium indicum | | scientific name | 462949 | Novosphingobium indicum Yuan et al. 2009 | | authority | 462949 | Novosphingobium sp. H25 | | includes | 463025 | Bordetella bronchialis | | scientific name | 463025 | Bordetella bronchialis Vandamme et al. 2015 | | authority | 463025 | Bordetella genogroup 3 | | synonym | 463025 | Bordetella genomosp. 3 | | synonym | 463025 | Bordetella sp. AU3182 | | includes | 463025 | Bordetella sp. AU6843 | | includes | 463025 | Bordetella sp. AU7049 | | includes | 463025 | Bordetella sp. AU7089 | | includes | 463040 | Bordetella genogroup 13 | | synonym | 463040 | Bordetella genomosp. 13 | | scientific name | 463040 | Bordetella sp. AU7206 | | includes | 46332 | Dichromena | | synonym | 46332 | Dichromena Michx., 1803 | | authority | 46332 | Rhynchospora | | scientific name | 46332 | Rhynchospora Vahl, 1806 | | authority | 46360 | Cervus elaphus hippelaphus | | scientific name | 46360 | Cervus hippelaphus | | synonym | 46360 | Cervus hippelaphus Erxleben, 1777 | | authority | 4637 | Musaceae | | scientific name | 4637 | Musaceae Juss., 1789 | | authority | 4637 | banana family | | common name | 4638 | Ensete | | scientific name | 4638 | Ensete Bruce ex Horan. | | authority | 463800 | Cryptococcus sp. AST-2007a | | includes | 463800 | Cryptococcus sp. CBS 8507 | | includes | 463800 | Kwoniella mangrovensis | | scientific name | 463800 | Kwoniella mangrovensis Statzell, Belloch & Fell, 2008 | | authority | 463800 | Kwoniella mangroviensis | | synonym | 463800 | Tremellales sp. CECT11979 | | includes | 4639 | Ensete ventricosum | | scientific name | 4639 | Ensete ventricosum (Welw.) Cheesman, 1948 | | authority | 4639 | Musa ventricosa | | synonym | 4639 | Musa ventricosa Welw., 1859 | | authority | 4640 | Australimusa | | includes | 4640 | Callimusa | | includes | 4640 | Eumusa | | includes | 4640 | Ingentimusa | | includes | 4640 | Musa | | scientific name | 4640 | Musa L., 1753 | | authority | 4640 | Rhodochlamys | | includes | 464095 | Picornavirales | | scientific name | 4641 | Musa AA Group | | synonym | 4641 | Musa acuminata | | scientific name | 4641 | Musa acuminata AA Group | | synonym | 4641 | Musa acuminata Colla, 1820 | | authority | 4641 | Musa nana | | synonym | 4641 | Musa sp. 'Pisang lilin' | | includes | 4641 | banana | banana | common name | 4641 | dessert bananas | | common name | 4641 | dwarf banana | | genbank common name | 4641 | sweet banana | | common name | 4642 | Zingiberaceae | | scientific name | 4642 | Zingiberaceae Martinov, 1820 | | authority | 4642 | ginger family | | common name | 46429 | Arthrobacter sp. ATCC 33790 | | includes | 46429 | Pseudomonas sp. RA2 | | includes | 46429 | Pseudomonas sp. SR3 | | includes | 46429 | Sphingobium chlorophenolicum | | scientific name | 46429 | Sphingobium chlorophenolicum (Nohynek et al. 1996) Takeuchi et al. 2001 | | authority | 46429 | Sphingomonas chlorophenolica | | synonym | 46429 | Sphingomonas chlorophenolica Nohynek et al. 1996 | | authority | 46429 | Sphingomonas sp. RA2 | | includes | 46432 | Reticulomyxa | | scientific name | 46432 | Reticulomyxa Nauss, 1949 | | authority | 46433 | Reticulomyxa filosa | | scientific name | 46451 | Thelebolaceae | | scientific name | 46451 | Thelebolaceae Engl., 1892 | | authority | 464929 | Aphis | Aphis | scientific name | 464929 | Aphis (Aphis) | | includes | 465 | Tatlockia | | scientific name | 465 | Tatlockia Garrity et al. 1980 | | authority | 4650 | Zingiber | | scientific name | 4650 | Zingiber Mill., 1754 | | authority | 465554 | Bursaphelenchus okinawaensis | | scientific name | 465554 | Bursaphelenchus okinawaensis Kanzaki, Maehara, Aikawa & Togashi, 2008 | | authority | 465554 | Bursaphelenchus sp. NK212 | | includes | 46569 | Termitidae | | scientific name | 46569 | desert termites | | genbank common name | 46569 | higher termites | | common name | 46610 | Geobacter sp. | | scientific name | 46634 | Aureobasidium melanogenum | | scientific name | 46634 | Aureobasidium melanogenum (Hermanides-Nijhof) Zalar, Gostincar, Gunde-Cimerman, 2014 | | authority | 46634 | Aureobasidium pullulans var. melanigenum | | synonym | 46634 | Aureobasidium pullulans var. melanogenum | | synonym | 46634 | Aureobasidium pullulans var. melanogenum Herm.-Nijh., 1977 | | authority | 466585 | Tetraonidae | | synonym | 466585 | Tetraoninae | | scientific name | 466585 | grouses | | genbank common name | 46678 | Pseudomonas caricapapayae | | scientific name | 46678 | Pseudomonas caricapapayae Robbs 1956 | | authority | 46679 | Pseudomonas mucidolens | | scientific name | 46679 | Pseudomonas mucidolens Levine and Anderson 1932 | | authority | 46680 | "Pseudomonas azelaica" Janota-Bassalik et al. 1971 | | authority | 46680 | Pseudomonas azelaica | | synonym | 46680 | Pseudomonas nitritireducens | | synonym | 46680 | Pseudomonas nitritireducens Wang et al. 2015 | | synonym | 46680 | Pseudomonas nitroreducens | | scientific name | 46680 | Pseudomonas nitroreducens Iizuka and Komagata 1964 (Approved Lists 1980) | | authority | 46680 | Pseudomonas nitroreducens Iizuka and Komagata 1964 (Approved Lists 1980) emend. Lang et al. 2007 | | authority | 46680 | Pseudomonas sp. WZBFD3-5A2 | | includes | 4671 | Dioscoreaceae | | scientific name | 4671 | Dioscoreaceae R.Br., 1810 | | authority | 4671 | Trichopodaceae | | includes | 4671 | Trichopodaceae Hutch., 1934 | | authority | 4671 | yam family | | common name | 4672 | Borderea | | synonym | 4672 | Borderea Miegev., 1866 | | authority | 4672 | Dioscorea | | scientific name | 4672 | Dioscorea L., 1753 | | authority | 4672 | Epipetrum | | synonym | 4672 | Epipetrum Phil., 1864 | | authority | 4672 | Nanarepenta | | synonym | 4672 | Nanarepenta Matuda, 1962 | | authority | 4672 | Rajania | | synonym | 4672 | Rajania L., 1753 | | authority | 4672 | Tamus | | synonym | 4672 | Tamus L., 1753 | | authority | 46729 | Pocilloporidae | | scientific name | 46730 | Pocillopora | | scientific name | 46732 | Pocillopora meandrina | | scientific name | 46732 | Pocillopora meandrina Dana, 1846 | | authority | 46732 | cauliflower coral | cauliflower coral | common name | 46746 | Caryophylliidae | | scientific name | 467943 | Cristinia | | scientific name | 467943 | Cristinia Parmasto, 1968 | | authority | 468 | Acinetobacteraceae | | synonym | 468 | Branhamaceae | | synonym | 468 | Moraxellaceae | | scientific name | 468 | Moraxellaceae Rossau et al. 1991 | | authority | 468 | Moraxellaceae Rossau et al. 1991 emend. Flores-Felix et al. 2025 | | authority | 46841 | Leopardus | | scientific name | 46841 | Oncifelis | | includes | 46841 | Oreailurus | | synonym | 46844 | Felis geoffroyi | | synonym | 46844 | Felis geoffroyi d'Orbigny & Gervais, 1844 | | authority | 46844 | Geoffroy's cat | | genbank common name | 46844 | Leopardus geoffroyi | | scientific name | 46844 | Oncifelis geoffroyi | | synonym | 46844 | Oncifelis geoffroyi (d'Orbigny & Gervais, 1844) | | authority | 4685 | Asparagus | | scientific name | 4685 | Asparagus L. | | authority | 4685 | Myrsiphyllum | | synonym | 4685 | Myrsiphyllum Willd., 1808 | | authority | 4686 | Asparagus litoralis | | synonym | 4686 | Asparagus officinalis | | scientific name | 4686 | Asparagus officinalis L., 1753 | | authority | 4686 | garden asparagus | | genbank common name | 46877 | Drosophilini | | scientific name | 469 | Acinetobacter | | scientific name | 469 | Acinetobacter Brisou and Prevot 1954 (Approved Lists 1980) | | authority | 46913 | Devosia | | scientific name | 46913 | Devosia Nakagawa et al. 1996 emend. Rivas et al. 2003 | | authority | 46913 | Devosia Nakagawa et al. 1996 emend. Yoo et al. 2006 | | authority | 46913 | Devosia Nakagawa et al. 1996 emend. Yoon et al. 2007 | | authority | 46913 | Devosia Nakagawa et al. 1996 emend. Zhang et al. 2012 | | authority | 46913 | Vasilyevaea | | synonym | 46913 | Vasilyevaea Yee et al. 2010 | | authority | 469371 | Thermobispora bispora ATCC 19993 | | synonym | 469371 | Thermobispora bispora DSM 43833 | | scientific name | 469371 | Thermobispora bispora str. DSM 43833 | | equivalent name | 469371 | Thermobispora bispora strain DSM 43833 | | equivalent name | 469605 | Fusobacterium gonidiaformans 3-1-5R | | scientific name | 469605 | Fusobacterium sp. 3_1_5R | | synonym | 46968 | Thalictrum | | scientific name | 46968 | Thalictrum L., 1754 | | authority | 46969 | Anemone thalictroides | | synonym | 46969 | Anemone thalictroides L., 1753 | | authority | 46969 | Anemonella thalictroides | | synonym | 46969 | Anemonella thalictroides (L.) Spach | | authority | 46969 | Thalictrum thalictroides | | scientific name | 46969 | Thalictrum thalictroides (L.) A.J.Eames & B.Boivin, 1957 | | authority | 46969 | rue-anemone | | common name | 47 | Angiococcus | | synonym | 47 | Angiococcus (ex Jahn 1924) Hook et al. 1980 | | synonym | 47 | Angiococcus (ex Jahn 1924) Hook et al. 1980 emend. Awal et al. 2017 | | authority | 47 | Archangium | | scientific name | 47 | Archangium Jahn 1924 (Approved Lists 1980) | | authority | 47 | Archangium Jahn 1924 (Approved Lists 1980) emend. Awal et al. 2017 | | authority | 47 | Archangium Jahn 1924 (Approved Lists 1980) emend. Lang et al. 2015 | | authority | 470 | Acinetobacter baumannii | | scientific name | 470 | Acinetobacter baumannii Bouvet and Grimont 1986 | | authority | 470 | Acinetobacter baumannii CM-128 | | includes | 470 | Acinetobacter genomosp. 2 | | synonym | 470 | Acinetobacter genomospecies 2 | | synonym | 470 | Acinetobacter sp. 3208 | | includes | 470 | Acinetobacter sp. CCUG 19096 | | includes | 470 | Acinetobacter sp. NCTC 7422 | | includes | 470 | Bacterium anitratum | | synonym | 470 | bacterium SPL81 | | includes | 47021 | Orbiliaceae | | scientific name | 47021 | Orbiliaceae Nannf., 1932 | | authority | 47021 | anamorphic Orbiliaceae | | includes | 47021 | mitosporic Orbiliaceae | | includes | 47022 | Orbilia | | scientific name | 47022 | Orbilia Fr., 1836 | | authority | 470704 | Cladophialophora yegresii | | scientific name | 470704 | Cladophialophora yegresii de Hoog, 2007 | | authority | 470868 | Achromobacter group 10 | | synonym | 470868 | Achromobacter marplatensis | | scientific name | 470868 | Achromobacter marplatensis Gomila et al. 2011 emend. Vandamme et al. 2013 | | authority | 470868 | Achromobacter marplatensis Gomila et al. 2011 emend. Vandamme et al. 2016 | | authority | 470868 | Achromobacter sp. CCUG 47382 | | includes | 470868 | Achromobacter sp. LMG 26696 | | includes | 470868 | Achromobacter sp. R-46660 | | includes | 470868 | Achromobacter spiritinus | | synonym | 470868 | Achromobacter spiritinus Vandamme et al. 2013 | | authority | 470934 | Pantoea sp. BCC002 | | includes | 470934 | Pantoea sp. BCC004 | | includes | 470934 | Pantoea sp. BCC006 | | includes | 470934 | Pantoea sp. BCC067 | | includes | 470934 | Pantoea sp. BCC072 | | includes | 470934 | Pantoea sp. BCC075 | | includes | 470934 | Pantoea sp. BCC079 | | includes | 470934 | Pantoea sp. BCC081 | | includes | 470934 | Pantoea sp. BCC082 | | includes | 470934 | Pantoea sp. BCC107 | | includes | 470934 | Pantoea sp. BCC208 | | includes | 470934 | Pantoea sp. BCC427 | | includes | 470934 | Pantoea sp. BD 502 | | includes | 470934 | Pantoea sp. BD502 | | includes | 470934 | Pantoea sp. LMG 24195 | | includes | 470934 | Pantoea sp. LMG 24196 | | includes | 470934 | Pantoea sp. LMG 24199 | | includes | 470934 | Pantoea sp. LMG 24201 | | includes | 470934 | Pantoea vagans | | scientific name | 470934 | Pantoea vagans Brady et al. 2009 | | authority | 471704 | Atta cornetzi | | synonym | 471704 | Atta cornetzi Forel, 1912 | | authority | 471704 | Trachymyrmex cornetzi | | scientific name | 471798 | Shimazuella | | scientific name | 471798 | Shimazuella Park et al. 2007 | | authority | 471798 | Shimazuella Park et al. 2007 emend. Shaygin et al. 2020 | | authority | 47204 | Pyronema | | scientific name | 47204 | Pyronema Carus, 1835 | | authority | 47212 | Trichophaea | | scientific name | 47212 | Trichophaea Boud., 1885 | | authority | 47213 | Peziza hybrida | | synonym | 47213 | Peziza hybrida Sowerby, 1802 | | authority | 47213 | Trichophaea aff. hybrida UTF0779 | | includes | 47213 | Trichophaea hybrida | | scientific name | 47213 | Trichophaea hybrida (Sowerby) T. Schumach., 1988 | | authority | 472368 | Boea hygrometrica | | synonym | 472368 | Boea hygrometrica (Bunge) R.Br. | | authority | 472368 | Dorcoceras hygrometricum | | scientific name | 472368 | Dorcoceras hygrometricum Bunge, 1833 | | authority | 47251 | Leptolyngbya | | scientific name | 47251 | Leptolyngbya Anagnostidis & Komarek, 1988 | | authority | 47251 | Leptolyngbya Anagnostidis & Komarek, 1988 emend. Hentschke et al., 2024 | | authority | 47251 | Leptolyngbya Anagnostidis & Komarek, 1988 emend. Kastovsky et al., 2023 | | authority | 47284 | Pleodorina | | scientific name | 47284 | Pleodorina W.R.Shaw, 1894 | | authority | 473037 | Metschnikowia similis | | scientific name | 473037 | Metschnikowia similis Lachance & J.M. Bowles, 2004 | | authority | 473037 | Metschnikowia similis Lachance and Bowles 2004 | | authority | 473037 | Metschnikowia sp. UWO(PS)01-138a3 | | includes | 47312 | Tsukamurella pulmonis | | scientific name | 47312 | Tsukamurella pulmonis Yassin et al. 1996 | | authority | 47312 | Tsukamurella pulmonis Yassin et al. 1996 emend. Teng et al. 2016 | | authority | 47312 | Tsukamurella sp. K362 | | includes | 47312 | Tsukamurella spongiae | | synonym | 47312 | Tsukamurella spongiae Olson et al. 2007 | | authority | 47312 | Tsukamurella spongiae Olson et al. 2007 emend. Nouioui et al. 2018 | | authority | 47314 | Drosophila novamexicana | | scientific name | 47314 | Drosophila novamexicana Patterson, 1941 | | authority | 4734 | Commelinidae | | synonym | 4734 | Commeliniflorae | | synonym | 4734 | commelinids | | scientific name | 473426 | "Xanthomonas vignicola" Burkholder 1944 | | authority | 473426 | Xanthomonas axonopodis pv. vignicola | | synonym | 473426 | Xanthomonas axonopodis pv. vignicola (Burkholder 1944) Vauterin et al. 1995 | | authority | 473426 | Xanthomonas campestris pv. vignicola | | synonym | 473426 | Xanthomonas campestris pv. vignicola (Burkholder 1944) Dye 1978 | | authority | 473426 | Xanthomonas citri pv. vignicola | | scientific name | 473426 | Xanthomonas citri pv. vignicola (Burkholder 1944) Constantin et al. 2016 | | authority | 473426 | Xanthomonas vignicola | | synonym | 473772 | unclassified Hungateiclostridiaceae | | synonym | 473772 | unclassified Oscillospiraceae | | scientific name | 473772 | unclassified Ruminococcaceae | | synonym | 473814 | unclassified Planctomycetota | | scientific name | 474069 | Tyrophaginae | | scientific name | 47420 | Hydrogeniphaga | | equivalent name | 47420 | Hydrogenophaga | | scientific name | 47420 | Hydrogenophaga Willems et al. 1989 | | authority | 47424 | Armillaria | | scientific name | 47424 | Armillaria (Fr.) Staude, 1857 | | authority | 47424 | Armillariella | | synonym | 47424 | Armillariella (P. Karst.) P. Karst., 1881 | | authority | 47427 | Armillaria bulbosa | | synonym | 47427 | Armillaria gallica | | scientific name | 47427 | Armillaria gallica Marxm. & Romagn., 1987 | | authority | 47427 | Armillaria lutea | | synonym | 4747 | Orchidaceae | | scientific name | 4747 | Orchidaceae Juss., 1789 | | authority | 4747 | orchid family | | common name | 474942 | Ophiocordycipitaceae | | scientific name | 474942 | Ophiocordycipitaceae G.H. Sung, J.M. Sung, Hywel-Jones & Spatafora, 2007 | | authority | 474942 | mitosporic Ophiocordycipitaceae | | includes | 474943 | Cordycipitaceae | | scientific name | 474943 | Cordycipitaceae Kreisel ex G.H. Sung, J.M. Sung, Hywel-Jones & Spatafora, 2007 | | authority | 474943 | mitosporic Cordycipitaceae | | includes | 474960 | Clostridium sp. SW512 | | includes | 474960 | Clostridium sp. W72 | | includes | 474960 | Hydrogenoanaerobacterium saccharovorans | | scientific name | 474960 | Hydrogenoanaerobacterium saccharovorans Song and Dong 2009 | | authority | 475 | "Diplobacillus" McNab 1904 | | authority | 475 | Branhamella | | includes | 475 | Branhamella Catlin 1970 (Approved Lists 1980) | | authority | 475 | Diplobacillus | | synonym | 475 | Moraxella | | scientific name | 475 | Moraxella (subgen. Branhamella) | | includes | 475 | Moraxella Lwoff 1939 (Approved Lists 1980) | | authority | 475 | Moraxella Lwoff 1939 (Approved Lists 1980) emend. Li et al. 2022 | | authority | 475 | Moraxella Lwoff 1939 (Approved Lists 1980) emend. Sbissi et al. 2025 | | authority | 47500 | Aneurinibacillus migulanus | | scientific name | 47500 | Aneurinibacillus migulanus (Takagi et al. 1993) Shida et al. 1996 emend Heyndrickx et al. 1997 | | authority | 47500 | Bacillus migulanus | | synonym | 47500 | Bacillus migulanus Takagi et al. 1993 | | authority | 4751 | Fungi | | scientific name | 4751 | Mycota | | synonym | 4751 | fungi | | blast name | 47520 | Palaeoheterodonta | | scientific name | 47521 | Unionida | | scientific name | 47521 | Unionoida | | synonym | 47522 | Unionacea | | synonym | 47522 | Unionoidea | | scientific name | 47523 | Ambleminae | | scientific name | 47523 | Pleurobeminae | | includes | 47523 | Quadrulinae | | includes | 475255 | Pedobacter nyackensis | | scientific name | 475255 | Pedobacter nyackensis Gordon et al. 2009 | | authority | 47526 | Unionidae | | scientific name | 475327 | Bombycinae | | scientific name | 4756 | Neocallimastix | | scientific name | 4756 | Neocallimastix Vavra & Joyon ex I.B. Heath, 1983 | | authority | 47569 | Nannomonas | | scientific name | 47570 | Schizotrypanum | | scientific name | 475794 | Haliea | | scientific name | 475794 | Haliea Urios et al. 2008 emend. Lin et al. 2015 | | authority | 475962 | Caldilineae | | scientific name | 475962 | Caldilineae Yamada et al. 2006 | | authority | 475963 | Caldilineales | | scientific name | 475963 | Caldilineales Yamada et al. 2006 | | authority | 475964 | Caldilineaceae | | scientific name | 475964 | Caldilineaceae Yamada et al. 2006 | | authority | 476 | "Haemophilus bovis" Hauduroy et al. 1937 | | authority | 476 | "Moraxella duplex des bovids" Lwoff 1939 | | authority | 476 | Haemophilus bovis | | synonym | 476 | Moraxella (subgen. Moraxella Lwoff 1939) bovis | | synonym | 476 | Moraxella (subgen. Moraxella Lwoff 1939) bovis (Hauduroy et al. 1937) Bovre 1984 | | authority | 476 | Moraxella bovis | | scientific name | 476 | Moraxella bovis (Hauduroy et al. 1937) Murray 1948 (Approved Lists 1980) | | authority | 476 | Moraxella bovis (Hauduroy et al. 1937) Murray 1948 (Approved Lists 1980) emend. Li et al. 2022 | | authority | 476 | Moraxella duplex des bovids | | synonym | 47605 | Hibiscus | | scientific name | 47605 | Hibiscus L. | | authority | 47605 | rosemallows | | common name | 4761 | Caulochytriomycota | | synonym | 4761 | Chytridiomycota | | scientific name | 4761 | Mastigomycotina | | synonym | 4761 | chytrids & allies | chytrids & allies | blast name | 4761 | chytrids & allies | chytrids & allies | common name | 4762 | Oomycetes | | synonym | 4762 | Oomycetes G. Winter, 1880 | | authority | 4762 | Oomycota | | scientific name | 4762 | Oomycota Arx, 1967 | | authority | 4762 | oomycetes | | blast name | 476201 | Cardiosporidium | | scientific name | 476202 | Cardiosporidium cionae | | scientific name | 476202 | Cardiosporidium cionae Van Gaver & Stephan, 1907 | | authority | 47621 | Gossypium australe | | scientific name | 47621 | Gossypium australe F.Muell., 1858 | | authority | 4763 | Saprolegniales | | scientific name | 4763 | Saprolegniales Prantl, 1874 | | authority | 4764 | Saprolegniaceae | | scientific name | 47670 | Lautropia | | scientific name | 47670 | Lautropia Gerner-Smidt et al. 1995 | | authority | 4769 | Saprolegnia | | scientific name | 47693 | Climacteridae | | scientific name | 47694 | Climacteris | | scientific name | 47695 | Climacteris rufa | | synonym | 47695 | Climacteris rufus | | scientific name | 47695 | Climacteris rufus Gould, 1841 | | authority | 47695 | rufous treecreeper | | genbank common name | 47714 | Lacticaseibacillus paracasei subsp. paracasei | | scientific name | 47714 | Lacticaseibacillus paracasei subsp. paracasei (Collins et al. 1989) Zheng et al. 2020 | | authority | 47714 | Lactobacillus paracasei ATCC 27092 | | includes | 47714 | Lactobacillus paracasei paracasei | | equivalent name | 47714 | Lactobacillus paracasei subsp. paracasei | | synonym | 47714 | Lactobacillus paracasei subsp. paracasei Collins et al. 1989 | | authority | 47715 | Lacticaseibacillus rhamnosus | | scientific name | 47715 | Lacticaseibacillus rhamnosus (Hansen 1968) Zheng et al. 2020 | | authority | 47715 | Lactobacillus casei rhamnosus | | synonym | 47715 | Lactobacillus casei subsp. rhamnosus | | synonym | 47715 | Lactobacillus casei subsp. rhamnosus Hansen 1968 (Approved Lists 1980) | | authority | 47715 | Lactobacillus rhamnosus | | synonym | 47715 | Lactobacillus rhamnosus (Hansen 1968) Collins et al. 1989 | | authority | 47715 | Lactobacillus sp. BCRC16000 | | includes | 47715 | Lactobacillus sp. NCIM 2587 | | includes | 47715 | Lactobacillus sp. W6 | | includes | 47715 | Lactobacillus sp. X9 | | includes | 477195 | Agrobacterium sp. LY4 | | scientific name | 47720 | Lyophyllum | | scientific name | 47720 | Lyophyllum P. Karst., 1881 | | authority | 47721 | Lyophyllum shimeji | | scientific name | 47721 | Lyophyllum shimeji (Kawam.) Hongo, 1971 | | authority | 47721 | Tricholoma shimeji | | synonym | 47721 | Tricholoma shimeji Kawam., 1915 | | authority | 47743 | Hyaloscyphaceae | | scientific name | 47743 | Hyaloscyphaceae Nannf., 1932 | | authority | 47743 | mitosporic Hyaloscyphaceae | | includes | 47747 | Candelabrum | Candelabrum | synonym | 47747 | Candelabrum Beverw., 1951 | | authority | 47747 | Hyaloscypha | | scientific name | 47747 | Hyaloscypha Boud., 1885 | | authority | 47747 | Meliniomyces | | synonym | 47747 | Rhizoscyphus | | synonym | 47757 | Adrianichthyidae | | scientific name | 4776 | Peronosporales | | scientific name | 4776 | Peronosporales Bek., 1863 | | authority | 47760 | "Actinomyces aurantiacus" (Rossi Doria 1891) Gasperini 1894 | | authority | 47760 | "Actinomyces aurantiacus" (sic) (Rossi Doria 1891) Gasperini 1892 | | authority | 47760 | "Cladothrix aurantiaca" (Rossi Doria 1891) Mace 1897 | | authority | 47760 | "Streptotrix aurantiaca" Rossi Doria 1891 | | authority | 47760 | Actinomyces aurantiacus | | synonym | 47760 | Cladothrix aurantiaca | | synonym | 47760 | Streptomyces aurantiacus | | scientific name | 47760 | Streptomyces aurantiacus (Rossi Doria 1891) Waksman 1953 (Approved Lists 1980) | | synonym | 47760 | Streptomyces aurantiacus (Rossi Doria 1891) Waksman 1953 (Approved Lists 1980) emend. Lanoot et al. 2002 | | authority | 47760 | Streptomyces glomeroaurantiacus | | synonym | 47760 | Streptomyces glomeroaurantiacus (Krasil'nikov and Yuan 1965) Pridham 1970 (Approved Lists 1980) | | synonym | 47760 | Streptotrix aurantiaca | | synonym | 47763 | Streptomyces lydicus | | scientific name | 47763 | Streptomyces lydicus De Boer et al. 1956 | | authority | 47763 | Streptomyces lydicus De Boer et al. 1956 emend. Nouioui et al. 2018 | | authority | 4777 | Peronosporaceae | | scientific name | 4777 | Peronosporaceae de Bary, 1863 | | authority | 4777 | Sclerosporaceae | | includes | 4777 | downy mildews | downy mildews | blast name | 4777 | downy mildews | downy mildews | common name | 47770 | "Eubacterium crispatum" Brygoo and Aladame 1953 | | authority | 47770 | Eubacterium crispatum | | synonym | 47770 | Lactobacillus crispatus | | scientific name | 47770 | Lactobacillus crispatus (Brygoo and Aladame 1953) Moore and Holdeman 1970 (Approved Lists) | | synonym | 47770 | Lactobacillus crispatus (Brygoo and Aladame 1953) Moore and Holdeman 1970 (Approved Lists) emend. Cato et al. 1983 | | authority | 47770 | Lactobacillus sp. 1D | | includes | 47777 | Tetrabaenaceae | | scientific name | 47777 | Tetrabaenaceae H.Nozaki & M.Ito, 1994 | | authority | 47789 | Tetrabaena | | scientific name | 47789 | Tetrabaena Fromentel, 1874 | | authority | 47790 | Cryptomonas socialis | | synonym | 47790 | Cryptomonas socialis Dujardin, 1841 | | authority | 47790 | Gonium sociale | | synonym | 47790 | Gonium sociale (Dujardin) Warming | | authority | 47790 | Gonium sociale f. sociale | | synonym | 47790 | Tetrabaena socialis | | scientific name | 47790 | Tetrabaena socialis (Dujardin) H.Nozaki & M.Itoh | | authority | 478070 | Labrenzia | | scientific name | 478070 | Labrenzia Biebl et al. 2007 | | authority | 478070 | Labrenzia Biebl et al. 2007 emend. Bibi et al. 2014 | | authority | 478114 | Actinoallomurus purpureus | | scientific name | 478114 | Actinoallomurus purpureus Tamura et al. 2009 | | authority | 478114 | Actinomadura sp. TTN02-30 | | includes | 4783 | Peronophythora | | synonym | 4783 | Peronophythora C.C. Chen ex W.H. Ko, H.S. Chang, H.J. Su, C.C. Chen & L.S. Leu, 1978 | | authority | 4783 | Phytophthora | | scientific name | 4783 | Phytophthora de Bary, 1876 | | authority | 47830 | Lachnellula | | scientific name | 47830 | Lachnellula P. Karst., 1884 | | authority | 47832 | Bactrocera | Bactrocera | scientific name | 47832 | Bactrocera (Bactrocera) | | synonym | 47839 | Mycobacterium triplex | | scientific name | 47839 | Mycobacterium triplex Floyd et al. 1997 | | authority | 47839 | Mycobacterium triplex Floyd et al. 1997 emend. Nouioui et al. 2018 | | authority | 4785 | Phytophthora cinnamomi | | scientific name | 4785 | Phytophthora cinnamomi Rands, 1922 | | authority | 47850 | Micromonospora aurantiaca | | synonym | 47850 | Micromonospora aurantiaca (nom. illeg.) | | scientific name | 47850 | Micromonospora aurantiaca Sveshnikova et al. 1969 (Approved Lists 1980) | | authority | 47850 | Micromonospora sandarakina | | synonym | 47850 | Micromonospora sp. SYSU B001 | | includes | 47850 | Micromonospora sp. SYSU B002 | | includes | 47850 | Micromonospora sp. SYSU B003 | | includes | 47850 | Micromonospora sp. SYSU D00622 | | includes | 47866 | "Micromonospora inyoensis" Weinstein et al. 1970 | | authority | 47866 | Micromonospora inyoensis | | synonym | 47866 | Micromonospora inyonensis | | scientific name | 47866 | Micromonospora inyonensis Kroppenstedt et al. 2005 | | authority | 47871 | Micromonospora peucetia | | scientific name | 47871 | Micromonospora peucetia Kroppenstedt et al. 2005 | | authority | 47871 | Micromonospora peucetica | | equivalent name | 47877 | Pseudomonas amygdali | | scientific name | 47877 | Pseudomonas amygdali Psallidas and Panagopoulos 1975 | | authority | 47878 | Pseudomonas azotoformans | | scientific name | 47878 | Pseudomonas azotoformans Iizuka and Komagata 1963 | | authority | 47878 | Pseudomonas sp. ACP_01 | | includes | 47880 | Pseudomonas fulva | | scientific name | 47880 | Pseudomonas fulva Iizuka and Komagata 1963 | | authority | 47880 | Pseudomonas sp. BML-PP018 | | includes | 478820 | Blastocystis sp. ATCC 50177 | | synonym | 478820 | Blastocystis sp. ATCC 50177/Nand II | | scientific name | 478820 | Blastocystis sp. Nand II | | synonym | 478820 | Blastocystis sp. NandII | | synonym | 478820 | Blastocystis sp. subtype 1 NandII | | synonym | 47883 | "Vibrio synxanthus" Ehrenberg 1840 | | authority | 47883 | Pseudomonas sp. 3:2 | | includes | 47883 | Pseudomonas synxantha | | scientific name | 47883 | Pseudomonas synxantha (Ehrenberg 1840) Holland 1920 | | authority | 47883 | Vibrio synxanthus | | synonym | 47885 | Chryseomonas oryzihabitans | | synonym | 47885 | Chryseomonas oryzihabitans (Kodama et al. 1985) Rudra and Gupta 2024 | | authority | 47885 | Chryseomonas psychrotolerans | | synonym | 47885 | Chryseomonas psychrotolerans (Hauser et al. 2004) Rudra and Gupta 2024 | | authority | 47885 | Flavimonas oryzihabitans | | synonym | 47885 | Flavimonas oryzihabitans (Kodama et al. 1985) Holmes et al. 1987 | | authority | 47885 | Pseudomonas oryzihabitans | | scientific name | 47885 | Pseudomonas oryzihabitans Kodama et al. 1985 | | synonym | 47885 | Pseudomonas psychrotolerans | | synonym | 47885 | Pseudomonas psychrotolerans Hauser et al. 2004 | | authority | 47885 | Pseudomonas sp. C36 | | includes | 47917 | Serratia fonticola | | scientific name | 47917 | Serratia fonticola Gavini et al. 1979 (Approved Lists 1980) emend. Kampfer and Glaeser 2015 | | authority | 47917 | Serratia glossinae | | synonym | 47917 | Serratia glossinae Geiger et al. 2010 | | authority | 4792 | Phytophthora nicotianae | | scientific name | 4792 | Phytophthora nicotianae Breda de Haan, 1896 | | authority | 4792 | Phytophthora nicotianae var. parasitica | | synonym | 4792 | Phytophthora nicotianae var. parasitica (Dastur) G.M. Waterh., 1963 | | authority | 4792 | Phytophthora parasitica | | synonym | 4792 | Phytophthora parasitica Dastur, 1913 | | authority | 4792 | Phytophthora parasitica var. nicotianae | | synonym | 4792 | Phytophthora parasitica var. nicotianae Tucker, 1931 | | authority | 4792 | Phytophthora parasitica var. piperina | | synonym | 4792 | Phytophthora parasitica var. piperina Dastur, 1935 | | authority | 4792 | black shank of tobacco agent | | genbank common name | 4792 | brown rot and root rot of citrus agent | | common name | 4792 | buckeye rot agent | | common name | 4792 | pineapple heart rot agent | | common name | 4792 | pistachio foot rot agent | | common name | 4792 | sesame blight agent | | common name | 47920 | Acidivorax delafieldii | | equivalent name | 47920 | Acidovorax delafieldii | | scientific name | 47920 | Acidovorax delafieldii (Davis 1970) Willems et al. 1990 | | authority | 47920 | Pseudomonas delafieldii | | synonym | 47920 | Pseudomonas delafieldii Davis 1970 (Approved Lists 1980) | | authority | 47928 | environmental samples | environmental samples | scientific name | 47928 | low G+C firmicute environmental samples | | synonym | 479433 | Catenulispora acidiphila DSM 44928 | | scientific name | 479433 | Catenulispora acidiphila str. DSM 44928 | | equivalent name | 479433 | Catenulispora acidiphila strain DSM 44928 | | equivalent name | 479435 | Kribbella flavida DSM 17836 | | scientific name | 479435 | Kribbella flavida str. DSM 17836 | | equivalent name | 479435 | Kribbella flavida strain DSM 17836 | | equivalent name | 4795 | Phytophthora megakarya | | scientific name | 4795 | Phytophthora megakarya Brasier & M.J. Griffin ex Abad, 2023 | | authority | 4795 | Phytophthora megakarya Brasier & M.J. Griffin, 1979 | | synonym | 47951 | Vibrio cyclitrophicus | | scientific name | 47951 | Vibrio cyclitrophicus corrig. Hedlund and Staley 2001 | | authority | 47951 | Vibrio cyclotrophicus | | equivalent name | 47951 | Vibrio sp. P-2P44 | | includes | 4796 | Phytophthora palmivora | | scientific name | 4796 | Phytophthora palmivora (E.J. Butler) E.J. Butler, 1919 | | synonym | 4796 | Phytophthora palmivora var. palmivora | | synonym | 4796 | Pythium palmivorum | | synonym | 4796 | Pythium palmivorum E.J. Butler, 1907 | | authority | 479676 | Rhododendron griersonianum | | scientific name | 479676 | Rhododendron griersonianum Balf.f. & Forrest, 1919 | | authority | 479978 | Micromonospora tulbaghiae | | scientific name | 479978 | Micromonospora tulbaghiae Kirby and Meyers 2010 | | authority | 480 | "Mikrokkokus catarrhalis" (sic) Frosch and Kolle in Flugge 1896 | | authority | 480 | Branhamella catarrhalis | | synonym | 480 | Branhamella catarrhalis (Frosch and Kolle 1896) Catlin 1970 (Approved Lists 1980) | | authority | 480 | Mikrokkokus catarrhalis | | synonym | 480 | Moraxella (subgen. Branhamella Catlin 1970) catarrhalis (Frosch and Kolle 1896) Bovre 1984 | | synonym | 480 | Moraxella catarrhalis | | scientific name | 480 | Moraxella catarrhalis (Frosch and Kolle 1896) Henriksen and Bovre 1968 | | authority | 48001 | Desulfobotulus | | scientific name | 48001 | Desulfobotulus Kuever et al. 2009 | | authority | 48003 | Mycoplasma pullorum | | synonym | 48003 | Mycoplasma pullorum Jordan et al. 1982 | | authority | 48003 | Mycoplasmopsis pullorum | | scientific name | 48003 | Mycoplasmopsis pullorum (Jordan et al. 1982) Gupta et al. 2018 | | authority | 480035 | Nocardia wallacei | | scientific name | 480035 | Nocardia wallacei Conville et al. 2009 | | authority | 480117 | Cyclorrhapha | | scientific name | 480118 | Eremoneura | | scientific name | 48021 | Artomyces pyxidata | | synonym | 48021 | Artomyces pyxidatus | | scientific name | 48021 | Artomyces pyxidatus (Pers.) Julich, 1982 | | authority | 48021 | Clavaria pyxidata | | synonym | 48021 | Clavaria pyxidata Pers., 1794 | | authority | 48021 | Clavicorona pyxidata | | synonym | 4805 | Blastocladiales | | scientific name | 4805 | Blastocladiales H.E. Petersen, 1909 | | authority | 4806 | Blastocladiaceae | | scientific name | 4806 | Blastocladiaceae H.E. Petersen, 1909 | | authority | 48073 | Microbulbifer | | scientific name | 48073 | Microbulbifer Gonzalez et al. 1997 | | authority | 48073 | Microbulbifer Gonzalez et al. 1997 emend. Tang et al. 2008 | | authority | 48075 | Marinobacterium | | scientific name | 48075 | Marinobacterium Gonzalez et al. 1997 | | authority | 481 | Neisseriaceae | | scientific name | 481 | Neisseriaceae Prevot 1933 (Approved Lists 1980) | | authority | 481 | Neisseriaceae Prevot 1933 (Approved Lists 1980) emend. Adeolu and Gupta 2013 | | authority | 481 | Neisseriaceae Prevot 1933 (Approved Lists 1980) emend. Chen et al. 2021 | | authority | 481 | Neisseriaceae Prevot 1933 (Approved Lists 1980) emend. Dewhirst et al. 1989 | | authority | 481 | Neisseriaceae Prevot 1933 (Approved Lists 1980) emend. Rossau et al. 1989 | | authority | 481 | Simonsiellaceae | | synonym | 481 | Simonsiellaceae Steed 1963 (Approved Lists 1980) | | authority | 481 | Vitreoscillaceae | Vitreoscillaceae | in-part | 481 | Vitreoscillaceae Pringsheim 1949 (Approved Lists 1980) | Vitreoscillaceae Pringsheim 1949 (Approved Lists 1980) | authority | 4810 | Chytridiales | | scientific name | 4810 | Chytridiales Cohn, 1879 | | authority | 48101 | Angelica dahurica | | scientific name | 48101 | Angelica dahurica Benth. & Hook.f. ex Franch. & Sav., 1873 | | authority | 481178 | Seohaeicola | | scientific name | 481178 | Seohaeicola Yoon et al. 2009 | | authority | 481181 | Seohaeicola saemankumensis | | scientific name | 481181 | Seohaeicola saemankumensis Yoon et al. 2009 | | authority | 4812 | Chytridiaceae | | scientific name | 48138 | Psammomys | | scientific name | 48139 | Psammomys obesus | | scientific name | 48139 | Psammomys obesus Cretzschmar, 1828 | | authority | 48139 | fat sand rat | | genbank common name | 4814 | Chytriomyces hyalinus | | scientific name | 4814 | Chytriomyces hyalinus Karling, 1945 | | authority | 48140 | Corticium sordidum | | synonym | 48140 | Corticium sordidum P. Karst., 1883 | | authority | 48140 | Phanerochaete sordida | | scientific name | 48140 | Phanerochaete sordida (P. Karst.) J. Erikss. & Ryvarden, 1978 | | synonym | 481447 | unclassified Verrucomicrobiia | | scientific name | 4815 | Spizellomyces | | scientific name | 4815 | Spizellomyces D.J.S. Barr, 1980 | | authority | 481743 | Paenibacillus sp. Y412MC10 | | scientific name | 481883 | Cyrtodactylus macularius | | synonym | 481883 | Cyrtodactylus macularius Blyth, 1854 | | authority | 481883 | Eublepharis macularius | | scientific name | 481883 | Eublepharis macularius Blyth, 1854 | | authority | 481883 | Eublepharis maculatus | | equivalent name | 481883 | Leopard gecko | | common name | 48193 | Formosan gray mullet | | common name | 48193 | Formosan grey mullet | | common name | 48193 | Mugil cephalotus | | synonym | 48193 | Mugil cephalotus Valenciennes, 1836 | | authority | 48193 | Mugil cephalus | | scientific name | 48193 | Mugil cephalus Linnaeus, 1758 | | authority | 48193 | Mugil galapagensis | | synonym | 48193 | Mugil galapagensis Ebeling, 1961 | | authority | 48193 | Mugil japonicus | | synonym | 48193 | flathead mullet | | genbank common name | 482 | "Gonococcus" Lindau 1898 | | authority | 482 | "Merismopedia" Zopf 1885 | | synonym | 482 | Gonococcus | | synonym | 482 | Neisseria | | scientific name | 482 | Neisseria Trevisan 1885 | | authority | 482145 | Aspergillus taichungensis | | scientific name | 482145 | Aspergillus taichungensis Yaguchi, Someya & Udagawa, 1995 | | authority | 482460 | Sediminibacillus | | scientific name | 482460 | Sediminibacillus Carrasco et al. 2008 emend. Wang et al. 2009 | | authority | 482536 | Galeopterus | | scientific name | 482537 | Cynocephalus variegatus | | synonym | 482537 | Galeopithecus variegatus | | synonym | 482537 | Galeopithecus variegatus Audebert, 1799 | | authority | 482537 | Galeopterus variegatus | | scientific name | 482537 | Malayan flying lemur | | common name | 482537 | Sunda flying lemur | | genbank common name | 482561 | Paracoccidioides brasiliensis Pb03 | | scientific name | 4827 | Mucorales | | scientific name | 4827 | Mucorales Dumort., 1829 | | authority | 4827 | pin molds | | genbank common name | 48283 | Caprimulgidae | | scientific name | 482957 | Burkholderia cepacia NCIMB 9086 | | includes | 482957 | Burkholderia cepacia R18194 | | includes | 482957 | Burkholderia lata | | scientific name | 482957 | Burkholderia lata Vanlaere et al. 2009 | | authority | 482957 | Burkholderia lata Vanlaere et al. 2009 emend. Depoorter et al. 2020 | | authority | 482957 | Burkholderia sp. 383 | | includes | 482957 | Burkholderia sp. LK13 | | includes | 482957 | Burkholderia sp. LK27 | | includes | 482957 | Burkholderia sp. LMG 6863 | | includes | 48296 | Acinetobacter genomosp. 3 | | synonym | 48296 | Acinetobacter genomospecies 3 FDAARGOS_1214 | | includes | 48296 | Acinetobacter genomospecies 3 FDAARGOS_1215 | | includes | 48296 | Acinetobacter genomospecies 3 FDAARGOS_1216 | | includes | 48296 | Acinetobacter genomospecies 3 FDAARGOS_1217 | | includes | 48296 | Acinetobacter genomospecies 3 FDAARGOS_1218 | | includes | 48296 | Acinetobacter genosp. 3 | | synonym | 48296 | Acinetobacter pittii | | scientific name | 48296 | Acinetobacter pittii Nemec et al. 2011 | | authority | 48296 | Acinetobacter sp. AGC59 | | includes | 48296 | Acinetobacter sp. LC510 | | includes | 48296 | Acinetobacter sp. NF108343 | | includes | 48296 | Acinetobacter sp. WC-136 | | includes | 4830 | Mucor | | scientific name | 483139 | Cystoisospora suis | | scientific name | 483139 | Isospora suis | | synonym | 483215 | Bacteroides finegoldii 199 | | synonym | 483215 | Bacteroides finegoldii DSM 17565 | | scientific name | 483215 | Bacteroides finegoldii JCM 13345 | | synonym | 483215 | Bacteroides finegoldii str. DSM 17565 | | equivalent name | 483215 | Bacteroides finegoldii strain DSM 17565 | | equivalent name | 483366 | unclassified Pavlovales | | scientific name | 483367 | Pavlovales sp. CCMP 2436 | | synonym | 483367 | Pavlovales sp. CCMP2436 | | scientific name | 483370 | Pelagophyceae sp. CCMP 2097 | | synonym | 483370 | Pelagophyceae sp. CCMP2097 | | scientific name | 4836 | Phycomyces | | scientific name | 4836 | Phycomyces Kunze, 1823 | | authority | 483913 | Bacillus inaquosorum | | scientific name | 483913 | Bacillus inaquosorum (Rooney et al. 2009) Dunlap et al. 2020 | | authority | 483913 | Bacillus subtilis subsp. inaquosorum | | synonym | 483913 | Bacillus subtilis subsp. inaquosorum Rooney et al. 2009 | | authority | 483937 | Paenibacillus riograndensis | | scientific name | 483937 | Paenibacillus riograndensis Beneduzi et al. 2010 | | authority | 483937 | Paenibacillus sonchi genomovar Oryzarum | | includes | 483937 | Paenibacillus sonchi genomovar Riograndensis | | includes | 48395 | Crypturellus | | scientific name | 48396 | Crypturellus undulatus | | scientific name | 48396 | Tinamus undulatus | | synonym | 48396 | Tinamus undulatus Temminck, 1815 | | authority | 484 | Neisseria flavescens | | scientific name | 484 | Neisseria flavescens Branham 1930 | | authority | 48409 | Salmonella enterica subsp. enterica serovar Virchow | | scientific name | 48409 | Salmonella virchow | | synonym | 4842 | Rhizopus | | scientific name | 4842 | Rhizopus Ehrenb., 1820 | | authority | 4846 | Mucor stolonifer | | synonym | 4846 | Mucor stolonifer Ehrenb., 1818 | | authority | 4846 | Rhizopus nigricans | | synonym | 4846 | Rhizopus stolonifer | | scientific name | 4846 | Rhizopus stolonifer (Ehrenb.) Vuill., 1902 | | authority | 48461 | Verrucomicrobiales | | scientific name | 48461 | Verrucomicrobiales Ward-Rainey et al. 1996 emend. Yoon et al. 2008 | | authority | 48461 | Verrucosimicrobiales | | synonym | 48463 | "Prosthecobacter" Staley et al. 1976 | | authority | 48463 | Prosthecobacter | | scientific name | 48463 | Prosthecobacter (ex Staley et al. 1976) Staley et al. 1980 emend. Takeda et al. 2008 | | authority | 48479 | Eubacteria environmental samples | | synonym | 48479 | environmental samples | environmental samples | scientific name | 48484 | Fusarium annulatum | | scientific name | 48484 | Fusarium annulatum Bugnicourt, 1952 | | authority | 4849 | Blakeslea | | scientific name | 4849 | Blakeslea Thaxt., 1914 | | authority | 48490 | Fusarium circinatum | | scientific name | 48490 | Fusarium circinatum Nirenberg & O'Donnell, 1998 | | authority | 48490 | Fusarium lateritium f. sp. pini | | includes | 48490 | Fusarium subglutinans f. sp. pini | | includes | 48490 | Gibberella circinata | | synonym | 485 | "Diplococcus gonorrhoeae" (Zopf 1885) Lehmann and Neumann 1896 | | authority | 485 | "Gonococcus neisseri" Lindau 1898 | | authority | 485 | "Merismopedia gonorrhoeae" Zopf 1885 | | authority | 485 | "Micrococcus der gonorrhoe" Neisser 1879 | | authority | 485 | "Micrococcus gonococcus" Schroeter 1886 | | authority | 485 | "Micrococcus gonorrhoeae" (Zopf 1885) Flugge 1886 | | authority | 485 | Diplococcus gonorrhoeae | | synonym | 485 | Gonococcus neisseri | | synonym | 485 | Merismopedia gonorrhoeae | | synonym | 485 | Micrococcus der gonorrhoe | | synonym | 485 | Micrococcus gonococcus | | synonym | 485 | Micrococcus gonorrhoeae | | synonym | 485 | Neisseria gonorrhoeae | | scientific name | 485 | Neisseria gonorrhoeae (Zopf 1885) Trevisan 1885 | | authority | 4850 | Blakeslea trispora | | scientific name | 4850 | Blakeslea trispora Thaxt., 1914 | | authority | 4850 | Choanephora trispora | | synonym | 48507 | Fusarium denticulatum | | scientific name | 48507 | Fusarium denticulatum Nirenberg & O'Donnell, 1998 | | authority | 48510 | Archaea environmental samples | | synonym | 48510 | environmental samples | environmental samples | scientific name | 4854 | Mortierellaceae | | scientific name | 4855 | Mortierella | | scientific name | 4855 | Mortierella Coem., 1863 | | authority | 48558 | Pyricularia | | scientific name | 48558 | Pyricularia (Sacc.) Sacc., 1886 | | authority | 48565 | Boletus brevipes | | synonym | 48565 | Boletus brevipes Peck, 1885 | | authority | 48565 | Suillus brevipes | | scientific name | 48565 | Suillus brevipes (Peck) Kuntze, 1898 | | authority | 48565 | Suillus brevipes var. brevipes | | synonym | 4857 | Entomophthorales | | scientific name | 4857 | Entomophthorales G. Winter, 1880 | | authority | 485725 | Aeschynomene bispinosa | | synonym | 485725 | Aeschynomene bispinosa Jacq., 1793 | | authority | 485725 | Sesbania aculeata | | synonym | 485725 | Sesbania aculeata Pers. | | authority | 485725 | Sesbania bispinosa | | scientific name | 485725 | Sesbania bispinosa (Jacq.) W.Wight, 1909 | | authority | 485725 | dunchi fiber | | common name | 485725 | prickly sesban | | genbank common name | 485751 | Pseudomonas sp. LD120 | | scientific name | 48578 | Boletus paluster | | synonym | 48578 | Boletus paluster Peck, 1872 | | authority | 48578 | Suillus paluster | | scientific name | 48578 | Suillus paluster (Peck) Kuntze, 1898 | | authority | 48588 | Boletus subluteus | | synonym | 48588 | Boletus subluteus Peck, 1887 | | authority | 48588 | Suillus subluteus | | scientific name | 48588 | Suillus subluteus (Peck) Snell, 1944 | | authority | 485918 | Chitinophaga pinensis ACM 2034 | | synonym | 485918 | Chitinophaga pinensis DSM 2588 | | scientific name | 485918 | Chitinophaga pinensis str. DSM 2588 | | equivalent name | 485918 | Chitinophaga pinensis strain DSM 2588 | | equivalent name | 48592 | Boletus variegatus | | synonym | 48592 | Boletus variegatus Sw., 1810 | | authority | 48592 | Suillus variegatus | | scientific name | 48592 | Suillus variegatus (Sw.) Kuntze, 1898 | | authority | 48593 | Fuscoboletinus weaverae | | synonym | 48593 | Fuscoboletinus weaverae A.H. Sm. & Shaffer, 1965 | | authority | 48593 | Suillus weaverae | | scientific name | 48593 | Suillus weaverae (A.H. Sm. & Shaffer) Kretzer & T.D. Bruns, 1996 | | authority | 48595 | Rhizopogonaceae | | scientific name | 48595 | Rhizopogonaceae Gaum. & C.W. Dodge, 1928 | | authority | 486 | "Neisseria lactamicus" (sic) Hollis et al. 1969 | | authority | 486 | Neisseria lactamica | | scientific name | 486 | Neisseria lactamica Hollis et al. 1969 | | authority | 486 | Neisseria lactamicus | | synonym | 486010 | Streptomyces sp. S9 | | scientific name | 4861 | Kickxellales | | scientific name | 4861 | Kickxellales Kreisel ex R.K. Benj., 1979 | | authority | 4862 | Kickxellaceae | | scientific name | 4862 | Kickxellaceae Linder, 1943 | | authority | 4863 | Coemansia | | scientific name | 4863 | Coemansia Tiegh. & G. Le Monn., 1873 | | authority | 4865 | Dipsacomyces | | scientific name | 4865 | Dipsacomyces R.K. Benj., 1961 | | authority | 4866 | Dipsacomyces acuminosporus | | scientific name | 4866 | Dipsacomyces acuminosporus R.K. Benj., 1961 | | authority | 486698 | Mycobacterium riyadhense | | scientific name | 486698 | Mycobacterium riyadhense van Ingen et al. 2009 | | authority | 486698 | Mycobacterium riyadhense van Ingen et al. 2009 emend. Nouioui et al. 2018 | | authority | 486993 | Salmonella enterica subsp. enterica serovar Eastbourne | | scientific name | 486994 | Salmonella enterica subsp. enterica serovar Hvittingfoss | | scientific name | 487 | "Diplokokkus intracellularis meningitidis" (sic) Weichselbaum 1887 | | authority | 487 | "Micrococcus intracellularis" (Jaeger) Migula 1900 | | authority | 487 | "Micrococcus meningitidis cerebrospinalis" Albrecht and Ghon 1901 | | authority | 487 | "Micrococcus meningitidis" Albrecht and Ghon 1903 | | authority | 487 | "Neisseria weichselbaumii" Trevisan 1889 | | authority | 487 | Diplokokkus intracellularis meningitidis | | synonym | 487 | Micrococcus intracellularis | | synonym | 487 | Micrococcus meningitidis | | synonym | 487 | Micrococcus meningitidis cerebrospinalis | | synonym | 487 | Neisseria meningitidis | | scientific name | 487 | Neisseria meningitidis (Albrecht and Ghon 1901) Murray 1929 | | authority | 487 | Neisseria weichselbaumii | | synonym | 48705 | Orchesella | | scientific name | 48709 | Orchesella cincta | | scientific name | 48709 | Orchesella cincta (Linnaeus, 1758) | | authority | 48709 | Podura cincta | | synonym | 48709 | Podura cincta Linnaeus, 1758 | | authority | 487173 | Dialister succinatiphilus | | scientific name | 487173 | Dialister succinatiphilus Morotomi et al. 2008 | | authority | 4873 | Gigaspora | | scientific name | 4873 | Gigaspora Gerd. & Trappe, 1974 | | authority | 48736 | Ralstonia | | scientific name | 48736 | Ralstonia Yabuuchi et al. 1996 | | authority | 4874 | Gigaspora margarita | | scientific name | 4874 | Gigaspora margarita W.N. Becker & I.R. Hall, 1976 | | authority | 487698 | Stenotrophomonas pavanii | | scientific name | 487698 | Stenotrophomonas pavanii Ramos et al. 2011 | | authority | 487698 | Stenotrophomonas sp. ICB 89 | | includes | 487698 | Stenotrophomonas sp. Y | | includes | 48772 | Chirita | | synonym | 48772 | Chirita Buch.-Ham. ex D.Don, 1825 | | authority | 48772 | Chiritopsis | | synonym | 48772 | Chiritopsis W.T.Wang, 1981 | | authority | 48772 | Primulina | | scientific name | 48772 | Primulina Hance, 1883 | | authority | 48772 | Wentsaiboea | | synonym | 48772 | Wentsaiboea D.Fang & D.H.Qin, 2004 | | authority | 4883 | Legeriomycetaceae | | scientific name | 4883 | Legeriomycetaceae Pouzar, 1972 | | authority | 488447 | Burkholderia contaminans | | scientific name | 488447 | Burkholderia contaminans Vanlaere et al. 2009 | | authority | 488447 | Burkholderia contaminans Vanlaere et al. 2009 emend. Depoorter et al. 2020 | | authority | 488447 | Burkholderia sp. LMG 23255 | | includes | 488537 | Clostridium perfringens D str. JGS1721 | | scientific name | 488537 | Clostridium perfringens D strain JGS1721 | | equivalent name | 48867 | Jaculus | | scientific name | 488720 | Lasius | Lasius | scientific name | 488720 | Lasius (Lasius) | | includes | 488720 | Lasius sensu stricto | | includes | 488732 | Burkholderia diffusa | | scientific name | 488732 | Burkholderia diffusa Vanlaere et al. 2008 | | authority | 488732 | Burkholderia sp. R-15930 | | includes | 4888 | Smittium | | scientific name | 4888 | Smittium R.A. Poisson, 1937 | | authority | 4890 | Ascomycota | | scientific name | 4890 | ascomycete fungi | ascomycete fungi | blast name | 4890 | ascomycete fungi | ascomycete fungi | genbank common name | 4890 | sac fungi | | common name | 4891 | Hemiascomycetes | | synonym | 4891 | Saccharomycetes | | scientific name | 4891 | Saccharomycetes G. Winter, 1880 | | authority | 4892 | Endomycetales | | synonym | 4892 | Saccharomycetales | | scientific name | 4892 | Saccharomycetales Luerss., 1879 | | authority | 4893 | Eremotheciaceae | | includes | 4893 | Saccharomycetaceae | | scientific name | 4893 | Saccharomycetaceae Luerss., 1879 | | authority | 48935 | Novosphingobium aromaticivorans | | scientific name | 48935 | Novosphingobium aromaticivorans corrig. (Balkwill et al. 1997) Takeuchi et al. 2001 | | authority | 48935 | Novosphingobium aromaticivorum (sic) (Balkwill et al. 1997) Takeuchi et al. 2001 | | authority | 48935 | Novosphingobium stygiae (sic) (Balkwill et al. 1997) Takeuchi et al. 2001 | | synonym | 48935 | Novosphingobium stygium | | synonym | 48935 | Novosphingobium stygium corrig. (Balkwill et al. 1997) Takeuchi et al. 2001 | | authority | 48935 | Sphingomonas aromaticivorans | | synonym | 48935 | Sphingomonas aromaticivorans Balkwill et al. 1997 | | authority | 48935 | Sphingomonas stygia Balkwill et al. 1997 | | synonym | 48936 | Novosphingobium subterraneae | | synonym | 48936 | Novosphingobium subterraneae (Balkwill et al. 1997) Takeuchi et al. 2001 | | authority | 48936 | Novosphingobium subterraneum | | scientific name | 48936 | Novosphingobium subterraneum corrig. (Balkwill et al. 1997) Takeuchi et al. 2001 | | authority | 48936 | Sphingomonas subterrae | | synonym | 48936 | Sphingomonas subterranea | | synonym | 48936 | Sphingomonas subterranea Balkwill et al. 1997 | | authority | 48936 | Sphingomonas subterraneae | | synonym | 49 | "Sorangiaceae" Jahn 1924 | | authority | 49 | Polyangiaceae | | scientific name | 49 | Polyangiaceae Jahn 1924 | | authority | 49 | Sorangiaceae | | includes | 490346 | unclassified Verrucomicrobiaceae | | scientific name | 490567 | Arenimonas | | scientific name | 490567 | Arenimonas Kwon et al. 2007 emend. Makk et al. 2015 | | authority | 490567 | Aspromonas | | synonym | 490567 | Aspromonas Jin et al. 2007 | | authority | 490731 | Kwoniella | | scientific name | 490731 | Kwoniella Statzell-Tallman & Fell, 2008 | | authority | 490828 | Lutimaribacter | | scientific name | 490828 | Lutimaribacter Yoon et al. 2009 | | authority | 490896 | unclassified Thermoprotei | | scientific name | 4910 | Kluyveromyces | | scientific name | 4910 | Kluyveromyces Van der Walt, 1956 | | authority | 4911 | Candida kefyr | | synonym | 4911 | Candida kefyr (Beij.) Uden & H.R. Buckley ex S.A. Mey. & Ahearn, 1983 | | authority | 4911 | Candida pseudotropicalis | | synonym | 4911 | Dekkeromyces marxianus | | synonym | 4911 | Guilliermondella marxiana | | synonym | 4911 | Kluyveromyces cicerisporus | | synonym | 4911 | Kluyveromyces fragilis | | synonym | 4911 | Kluyveromyces marxianus | | scientific name | 4911 | Kluyveromyces marxianus (E.C. Hansen) Van der Walt, 1971 | | authority | 4911 | Kluyveromyces sp. IIPE453 | | includes | 4911 | Saccharomyces kefyr | | synonym | 4911 | Saccharomyces kefyr Beij. 1889 | | authority | 4911 | Saccharomyces marxianus | | synonym | 4911 | Saccharomyces marxianus E.C. Hansen, 1888 | | authority | 4911 | Zygofabospora marxiana | | synonym | 4911 | Zygorenospora marxiana | | synonym | 4911 | Zygosaccharomyces marxianus | | synonym | 49168 | Azalea mollis | | synonym | 49168 | Azalea mollis Blume, 1823 | | authority | 49168 | Rhododendron molle | | scientific name | 49168 | Rhododendron molle (Blume) G.Don, 1834 | | authority | 49184 | Kineosporia | | scientific name | 49184 | Kineosporia Pagani and Parenti 1978 (Approved Lists 1980) emend. Itoh et al. 1989 | | authority | 49184 | Kineosporia Pagani and Parenti 1978 (Approved Lists 1980) emend. Kudo et al. 1998 | | authority | 491861 | Grammomys dolichurus surdaster | | synonym | 491861 | Grammomys dolichurus surdaster (Thomas & Wroughton, 1908) | | authority | 491861 | Grammomys surdaster | | scientific name | 491861 | Grammomys surdaster (Thomas & Wroughton, 1908) | | authority | 491861 | Thamnomys surdaster | | synonym | 4919 | Hansenula | | synonym | 4919 | Issatchenkia | | synonym | 4919 | Issatchenkia Kudryavtsev, 1960 | | authority | 4919 | Pichia | | scientific name | 4919 | Pichia E.C. Hansen, 1904 | | authority | 49212 | Salvia hispanica | | scientific name | 49212 | Salvia hispanica L., 1753 | | authority | 4926 | Candida valida | | synonym | 4926 | Pichia membranaefaciens | | synonym | 4926 | Pichia membranifaciens | | scientific name | 4926 | Pichia membranifaciens (E.C. Hansen) E.C. Hansen, 1904 | | authority | 4926 | Saccharomyces membranifaciens | | synonym | 4926 | Saccharomyces membranifaciens E.C. Hansen, 1888 | | authority | 492670 | "Bacillus oryzicola" Chung et al. 2015 | | authority | 492670 | Bacillus amyloliquefaciens subsp. plantarum | | synonym | 492670 | Bacillus amyloliquefaciens subsp. plantarum Borriss et al. 2011 | | authority | 492670 | Bacillus methylotrophicus | | synonym | 492670 | Bacillus methylotrophicus Madhaiyan et al. 2010 emend. Dunlap et al. 2015 | | synonym | 492670 | Bacillus methylotrophicus subsp. plantarum | | synonym | 492670 | Bacillus oryzicola | | synonym | 492670 | Bacillus sp. 5RB | | includes | 492670 | Bacillus sp. B15(2023) | | includes | 492670 | Bacillus sp. CBMB205 | | includes | 492670 | Bacillus sp. JJ-D34 | | includes | 492670 | Bacillus sp. KACC 18228 | | includes | 492670 | Bacillus sp. Lzh-5 | | synonym | 492670 | Bacillus sp. NRRL B-41580 | | includes | 492670 | Bacillus sp. NRRL B-4257 | | includes | 492670 | Bacillus sp. YC7007 | | includes | 492670 | Bacillus sp. YC7010 | | includes | 492670 | Bacillus sp. YJ11-1-4 | | includes | 492670 | Bacillus subtilis GB03 | | includes | 492670 | Bacillus velezensis | | scientific name | 492670 | Bacillus velezensis Ruiz-Garcia et al. 2005 | | authority | 492736 | Dyadobacter alkalitolerans | | scientific name | 492736 | Dyadobacter alkalitolerans Tang et al. 2009 | | authority | 492736 | Dyadobacter alkalitolerans Tang et al. 2009 emend. Zhang et al. 2021 | | authority | 492736 | Dyadobacter sp. 12116 | | includes | 49274 | Lycopersicon | | synonym | 49274 | Lycopersicon Mill., 1754 | | authority | 49274 | Solanum subgen. Lycopersicon | | scientific name | 49274 | Solanum subgen. Lycopersicon (Mill.) Seithe, 1962 | | authority | 49279 | Gelidibacter | | scientific name | 49279 | Gelidibacter Bowman et al. 1997 | | authority | 4929 | Candida guilliermondii (Castell.) Langeron & Guerra, 1938 | | synonym | 4929 | Endomyces guilliermondii | | synonym | 4929 | Meyerozyma guilliermondii | | scientific name | 4929 | Meyerozyma guilliermondii (Wick.) Kurtzman & M. Suzuki 2010 | | synonym | 4929 | Meyerozyma sp. HB45 | | includes | 4929 | Pichia gilliermondii | | synonym | 4929 | Pichia guilliermondii Wick., 1966 | | authority | 4929 | Pichia sp. HB45 | | includes | 4929 | Yamadazyma guilliermondii | | synonym | 4930 | Pachytichospora | | synonym | 4930 | Saccharomyces | | scientific name | 4932 | Candida robusta | | synonym | 4932 | Mycoderma cerevisiae | | synonym | 4932 | Mycoderma cerevisiae Desm., 1827 | | authority | 4932 | Saccharomyces boulardii | | equivalent name | 4932 | Saccharomyces boulardii (nom. inval.) | | synonym | 4932 | Saccharomyces boulardii Seguela, Bastide & Massot, 1984 | | authority | 4932 | Saccharomyces capensis | | synonym | 4932 | Saccharomyces cerevisiae | | scientific name | 4932 | Saccharomyces cerevisiae 'var. diastaticus' | | equivalent name | 4932 | Saccharomyces cerevisiae (Desm.) Meyen ex E.C. Hansen, 1883 | | synonym | 4932 | Saccharomyces diastaticus | | synonym | 4932 | Saccharomyces diastaticus J. Andrews & R.B. Gilliland ex Van der Walt, 1965 | | authority | 4932 | Saccharomyces italicus | | synonym | 4932 | Saccharomyces oviformis | | synonym | 4932 | Saccharomyces sp. Af145-1-1 | | includes | 4932 | Saccharomyces uvarum var. melibiosus | | synonym | 4932 | baker's yeast | | common name | 4932 | brewer's yeast | | genbank common name | 493391 | Colysis hemionitidea | | synonym | 493391 | Colysis hemionitidea (C.Presl) C.Presl, 1851 | | authority | 493391 | Leptochilus hemionitideus | | scientific name | 493391 | Leptochilus hemionitideus (C.Presl) Noot., 1997 | | authority | 493391 | Selliguea hemionitidea | | synonym | 493391 | Selliguea hemionitidea C.Presl, 1836 | | authority | 49369 | Coffea eugeniodes | | synonym | 49369 | Coffea eugenioides | | scientific name | 49369 | Coffea eugenioides S.Moore, 1907 | | authority | 494016 | Microbulbifer donghaiensis | | scientific name | 494016 | Microbulbifer donghaiensis Wang et al. 2009 | | authority | 494016 | Microbulbifer sp. CN85 | | includes | 494028 | Gnomoniopsis | | scientific name | 494028 | Gnomoniopsis Berl., 1892 | | authority | 49442 | Rhinolophus | | scientific name | 49442 | Rhinolophus Lacepede, 1799 | | authority | 49448 | Dasypyrum | | scientific name | 49448 | Dasypyrum (Coss. & Durieu) T.Durand, 1955 | | authority | 49448 | Haynaldia | | synonym | 49448 | Haynaldia Schur | | authority | 49448 | Triticum sect. Dasypyrum | | synonym | 49448 | Triticum sect. Dasypyrum Coss. & Durieu, 1855 | | authority | 49451 | Nicotiana attenuata | | scientific name | 49451 | Nicotiana attenuata Torr. ex S.Watson, 1871 | | authority | 49495 | Ceratopteris richardii | | scientific name | 49495 | Ceratopteris richardii Brongn., 1823 | | authority | 495161 | Tachuris | | scientific name | 495162 | Tachuris rubrigastra | | scientific name | 495162 | Tachuris rubrigastra (Vieillot, 1817) | | authority | 4953 | Zygosaccharomyces | | scientific name | 4953 | Zygosaccharomyces B.T.P. Barker, 1901 | | authority | 49546 | Flavobacteriaceae | | scientific name | 49546 | Flavobacteriaceae Reichenbach et al. 1992 emend. Bernardet et al. 1996 | | authority | 49546 | Flavobacteriaceae Reichenbach et al. 1992 emend. Bernardet et al. 2002 | | authority | 49546 | Myrioides group | | includes | 49546 | Myroidaceae | | includes | 496057 | Arachidicoccus ginsenosidivorans | | scientific name | 496057 | Arachidicoccus ginsenosidivorans Siddiqi et al. 2017 | | authority | 496057 | Sphingobacteriaceae bacterium Gsoil 809 | | includes | 496065 | Salmonella enterica subsp. enterica serovar Typhi AG3 | | equivalent name | 496065 | Salmonella enterica subsp. enterica serovar Typhi str. AG3 | | scientific name | 496065 | Salmonella enterica subsp. enterica serovar Typhi strain AG3 | | equivalent name | 497 | Psychrobacter | | scientific name | 497 | Psychrobacter Juni and Heym 1986 | | authority | 497107 | Candida oxycetoniae | | scientific name | 497107 | Candida oxycetoniae F.Y. Bai & Z.H. Ji, 2009 | | authority | 497107 | Candida sp. AS 2.3656 | | includes | 497678 | Oxudercinae | | scientific name | 497726 | "Candidatus Nitrososphaera" Hatzenpichler et al. 2008 | | authority | 497726 | "Nitrososphaera" Tourna et al. 2011 | | authority | 497726 | Candidatus Nitrososphaera | | synonym | 497726 | Nitrososphaera | | scientific name | 497726 | Nitrososphaera Stieglmeier et al. 2014 | | authority | 497727 | "Candidatus Nitrososphaera gargensis" Hatzenpichler et al. 2008 | | authority | 497727 | Candidatus Nitrososphaera gargensis | | scientific name | 497727 | Nitrososphaera gargensis | | equivalent name | 497977 | Salmonella enterica subsp. enterica serovar Typhi 404ty | | equivalent name | 497977 | Salmonella enterica subsp. enterica serovar Typhi str. 404ty | | scientific name | 497977 | Salmonella enterica subsp. enterica serovar Typhi strain 404ty | | equivalent name | 498199 | Dietzia cercidiphylli | | scientific name | 498199 | Dietzia cercidiphylli Li et al. 2008 | | authority | 498199 | Dietzia sp. YIM 65002 | | includes | 498211 | Cellvibrio japonicus Ueda107 | | scientific name | 498211 | Cellvibrio japonicus str. Ueda107 | | equivalent name | 498211 | Cellvibrio japonicus strain Ueda107 | | equivalent name | 498213 | Clostridium botulinum B1 str. Okra | | scientific name | 498213 | Clostridium botulinum B1 strain Okra | | equivalent name | 498374 | "Candidatus Nitrosocaldus" de la Torre et al. 2008 | | authority | 498374 | Candidatus Nitrosocaldus | | scientific name | 498374 | Nitrosocaldus | | equivalent name | 498718 | Slackia equolifaciens | | scientific name | 498718 | Slackia equolifaciens Jin et al. 2010 | | authority | 498718 | human intestinal bacterium DZE | | includes | 498761 | Heliobacterium modesticaldum str. Ice1 | | equivalent name | 498761 | Heliobacterium modesticaldum strain Ice1 | | equivalent name | 498761 | Heliomicrobium modesticaldum Ice1 | | scientific name | 499202 | Lichtheimiaceae | | scientific name | 499202 | Lichtheimiaceae K. Hoffm., G. Walther & K. Voigt 2009 | | authority | 499202 | Mycocladaceae | | synonym | 499202 | Mycocladiaceae | | synonym | 499228 | Tepidanaerobacter | | scientific name | 499228 | Tepidanaerobacter Sekiguchi et al. 2006 | | authority | 499228 | Tepidanaerobacter Sekiguchi et al. 2006 emend. Westerholm et al. 2011 | | authority | 499229 | "Tepidanaerobacter acetatoxydans" Westerholm et al. 2011 | | authority | 499229 | Tepidanaerobacter acetatoxydans | | scientific name | 499229 | Tepidanaerobacter acetatoxydans Westerholm et al. 2025 | | authority | 499229 | Tepidanaerobacter sp. Re2 | | includes | 499229 | Tepidanaerobacter sp. T1 | | includes | 499229 | Tepidanaerobacter sp. T2 | | includes | 49928 | unclassified Bacteria | | scientific name | 49928 | unclassified Eubacteria (miscellaneous) | | synonym | 499555 | Dietzia timorensis | | scientific name | 499555 | Dietzia timorensis Yamamura et al. 2010 | | authority | 499656 | Erythrobacter sp. AP23 | | scientific name | 49968 | Geopyxis | | scientific name | 49968 | Geopyxis (Pers.) Sacc., 1889 | | authority | 49969 | Geopyxis carbonaria | | scientific name | 49969 | Geopyxis carbonaria (Alb. & Schwein.) Sacc., 1889 | | authority | 49969 | Peziza carbonaria | | synonym | 49969 | Peziza carbonaria Alb. & Schwein., 1805 | | authority | 49969 | stalked bonfire cup | | common name | 4998 | Kockovaella | | scientific name | 4998 | Kockovaella Nakase, I. Banno & Y. Yamada, 1991 | | authority | 4999 | Kockovaella imperatae | | scientific name | 4999 | Kockovaella imperatae Nakase, I. Banno & Y. Yamada, 1991 | | authority | 500640 | Citrobacter sp. ATCC 29220 | | synonym | 500640 | Citrobacter youngae ATCC 29220 | | scientific name | 500640 | Citrobacter youngae str. ATCC 29220 | | equivalent name | 500640 | Citrobacter youngae strain ATCC 29220 | | equivalent name | 501010 | Nocardiopsis arvandica | | synonym | 501010 | Nocardiopsis arvandica Hamedi et al. 2011 | | authority | 501010 | Nocardiopsis sinuspersici | | scientific name | 501010 | Nocardiopsis sinuspersici Hamedi et al. 2010 | | authority | 501010 | Nocardiopsis sp. HM6 | | includes | 501010 | Nocardiopsis sp. HM7 | | includes | 501024 | Rhizobium sp. CCBAU 85039 | | includes | 501024 | Rhizobium tibeticum | | scientific name | 501024 | Rhizobium tibeticum Hou et al. 2009 | | authority | 5014 | Dothideales | | scientific name | 5014 | Dothideales Lindau, 1897 | | authority | 5014 | Pyrenomycetes | Pyrenomycetes | in-part | 501487 | Leuconostoc palmae | | scientific name | 501487 | Leuconostoc palmae Ehrmann et al. 2009 | | authority | 5016 | Bipolaris maydis | | scientific name | 5016 | Bipolaris maydis (Y. Nisik. & C. Miyake) Shoemaker, 1959 | | authority | 5016 | Cochliobolus heterostrophus | | synonym | 5016 | Drechslera maydis | | synonym | 5016 | Heliminthosporium maydis | | synonym | 5016 | Helminthosporium maydis | | synonym | 5016 | Helminthosporium maydis Y. Nisik. & C. Miyake, 1926 | | authority | 5016 | Ophiobolus heterostrophus | | synonym | 5016 | southern corn leaf blight pathogen | | genbank common name | 5020 | Phaeosphaeriaceae | | scientific name | 5020 | Phaeosphaeriaceae M.E. Barr, 1979 | | authority | 5020 | mitosporic Phaeosphaeriaceae | | includes | 502268 | Micromonospora qiuiae | | scientific name | 502268 | Micromonospora qiuiae (Xi et al. 2012) Nouioui et al. 2018 | | authority | 502268 | Verrucosispora qiuiae | | synonym | 502268 | Verrucosispora qiuiae Xi et al. 2012 | | authority | 502268 | Verrucosispora sp. RtIII47 | | includes | 5023 | Venturiaceae | | scientific name | 5023 | Venturiaceae E. Mull & Arx ex M.E. Barr, 1979 | | authority | 5023 | mitosporic Venturiaceae | | includes | 50237 | Orchesellinae | | scientific name | 5024 | Pollaccia | | synonym | 5024 | Pollaccia E. Bald. & Cif., 1937 | | authority | 5024 | Venturia | Venturia | scientific name | 5024 | Venturia Sacc., 1882 | | authority | 5025 | Fusicladium pomi | | synonym | 5025 | Sphaerella inaequalis | | synonym | 5025 | Sphaerella inaequalis Cooke, 1866 | | authority | 5025 | Spilocaea pomi | | synonym | 5025 | Venturia inaequalis | | scientific name | 5025 | Venturia inaequalis (Cooke) G. Winter, 1875 | | authority | 50259 | Rubrivivax sp. | | scientific name | 5027 | Pyrenophora | | scientific name | 5027 | Pyrenophora Fr., 1849 | | authority | 502800 | Yersinia pseudotuberculosis YPIII | | scientific name | 502800 | Yersinia pseudotuberculosis str. YPIII | | equivalent name | 502800 | Yersinia pseudotuberculosis strain YPIII | | equivalent name | 50289 | Halymeniales | | scientific name | 503183 | unclassified Opitutia | | scientific name | 50338 | Rhizobium hedysari | | synonym | 50338 | Rhizobium sullae | | scientific name | 50338 | Rhizobium sullae Squartini et al. 2002 | | authority | 5036 | Emmonsiella | | synonym | 5036 | Emmonsiella Kwon-Chung, 1972 | | authority | 5036 | Histoplasma | | scientific name | 5036 | Histoplasma Darling, 1906 | | authority | 5037 | Ajellomyces capsulatus (Kwon-Chung) McGinnis & Katz, 1979 | | synonym | 5037 | Cryptococcus capsulatus | | synonym | 5037 | Cryptococcus capsulatus (Darling) Castell. & Chalm., 1919 | | authority | 5037 | Emmonsiella capsulata | | synonym | 5037 | Emmonsiella capsulata Kwon-Chung, 1972 | | authority | 5037 | Histoplasma capsulatum | | scientific name | 5037 | Histoplasma capsulatum Darling, 1906 | | authority | 50370 | Anabantoidei | | scientific name | 50374 | Channoidei | | scientific name | 50374 | Ophiocephaliformes | | synonym | 50385 | Diabrotica | | scientific name | 5042 | Elaphomycetales | | synonym | 5042 | Eurotiales | | scientific name | 5042 | Eurotiales G.W. Martin ex Benny & Kimbr., 1980 | | authority | 5042 | green and blue molds | | genbank common name | 50421 | Albidiferax sp. | | synonym | 50421 | Rhodoferax sp. | | scientific name | 50422 | Shewanella sp. | | scientific name | 50423 | environmental samples | environmental samples | scientific name | 50423 | gamma proteobacteria environmental samples | | synonym | 50428 | Stylophora | | scientific name | 50429 | Stylophora pistillata | | scientific name | 50429 | Stylophora pistillata (Esper, 1797) | | authority | 50429 | Stylophora pistillata Esper, 1797 | | authority | 504481 | Sediminibacterium | | scientific name | 504481 | Sediminibacterium Qu and Yuan 2008 emend. Kim et al. 2013 | | authority | 50451 | Arabis | | scientific name | 50451 | Arabis L. | | authority | 50451 | rockcress | | genbank common name | 50452 | Arabis alpina | | scientific name | 50452 | Arabis alpina L., 1753 | | authority | 50452 | alpine rockcress | | common name | 50452 | gray rockcress | | genbank common name | 504567 | Coregonidae | | synonym | 504567 | Coregoninae | | scientific name | 504567 | whitefishes | | genbank common name | 504568 | Salmoninae | | scientific name | 504568 | trouts, salmons & chars | | genbank common name | 504805 | Sinosporangium album | | scientific name | 504805 | Sinosporangium album Zang et al. 2011 | | authority | 504805 | Streptosporangineae bacterium 6014 | | includes | 5052 | Aspergillus | Aspergillus | scientific name | 5052 | Aspergillus P. Micheli ex Haller, 1768 | Aspergillus P. Micheli ex Haller, 1768 | authority | 5052 | Chaetosartorya | | synonym | 5052 | Chaetosartorya Subram., 1972 | | authority | 5052 | Dichotomomyces | | synonym | 5052 | Dichotomomyces Saito ex D.B. Scott, 1970 | | authority | 5052 | Emericella | | synonym | 5052 | Emericella Berk., 1857 | | authority | 5052 | Petromyces | | synonym | 5052 | Petromyces Malloch & Cain, 1972 | | authority | 5052 | Phialosimplex | | synonym | 5052 | Phialosimplex Sigler, Deanna A. Sutton, Gibas, Summerb. & Iwen, 2010 | | authority | 5052 | Polypaecilum | Polypaecilum | synonym | 5052 | Polypaecilum G. Sm., 1961 | | authority | 5052 | Warcupiella | | synonym | 5052 | Warcupiella Subram., 1972 | | authority | 505249 | Arcobacter marinus | | synonym | 505249 | Arcobacter marinus Kim et al. 2010 | | authority | 505249 | Arcobacter sp. CECT 7727 | | includes | 505249 | Arcobacter sp. CL-S1 | | includes | 505249 | Malaciobacter marinus | | scientific name | 505249 | Malaciobacter marinus corrig. (Kim et al. 2010) Perez-Cataluna et al. 2019 | | synonym | 50557 | Insecta | | scientific name | 50557 | insects | insects | blast name | 50557 | insects | insects | genbank common name | 50557 | true insects | | common name | 5057 | Aspergillus clavatus | | scientific name | 5057 | Aspergillus clavatus Desmazieres, 1834 | | authority | 506 | Alcaligenaceae | | scientific name | 506 | Alcaligenaceae De Ley et al. 1986 | | authority | 5061 | Aspergillus lacticoffeatus | | synonym | 5061 | Aspergillus lacticoffeatus Frisvad & Samson, 2004 | | synonym | 5061 | Aspergillus niger | | scientific name | 5061 | Aspergillus niger Tiegh. | | authority | 5061 | Aspergillus niger Tieghem, 1867 | | authority | 5066 | Aspergillus wenti | | synonym | 5066 | Aspergillus wentii | | scientific name | 5066 | Aspergillus wentii Wehmer, 1896 | | authority | 506608 | Cinara (Cinara) cedri | | synonym | 506608 | Cinara cedri | | scientific name | 506608 | Cinara cedri Mimeur, 1935 | | authority | 506608 | Cinara cedri Mimeur, 1936 | | authority | 506668 | Allobosea sp. BIWAKO-01 | | scientific name | 50672 | Empidoidea | | scientific name | 507 | Alcaligenes | | scientific name | 507 | Alcaligenes Castellani and Chalmers 1919 | | authority | 50709 | Acidocella | | scientific name | 50709 | Acidocella Kishimoto et al. 1996 | | authority | 50719 | Vibrio diabolicus | | scientific name | 50719 | Vibrio diabolicus Raguns et al. 1997 | | authority | 5073 | Eupenicillium | | synonym | 5073 | Penicillium | | scientific name | 5073 | Penicillium Link, 1809 | | authority | 50741 | Marinobacter sp. | | scientific name | 5076 | Penicillium chrysogenum | | scientific name | 5076 | Penicillium chrysogenum Thom, 1910 | | synonym | 5076 | Penicillium chrysogenum var. chrysogenum | | synonym | 5076 | Penicillium chrysogenum var. chrysogenum Thom, 1910 | | authority | 5076 | Penicillium notatum | | synonym | 5076 | Penicillium notatum Westling, 1911 | | authority | 5076 | Penicillium sp. JZ-125 | | includes | 5076 | Penicillium sp. JZ-63 | | includes | 5076 | Penicillium sp. UFMGCB11104 | | includes | 5076 | Penicillium sp. UFMGCB12108 | | includes | 5083 | Penicillium canescens | | scientific name | 5083 | Penicillium canescens Sopp, 1912 | | authority | 508451 | Lactobacillus sp. BCRC 17755 | | includes | 508451 | Lactobacillus taiwanensis | | scientific name | 508451 | Lactobacillus taiwanensis Wang et al. 2009 | | authority | 508458 | "Aminanaerobia" Hugenholtz | | authority | 508458 | "Synergistaeota" Oren et al. 2015 | | authority | 508458 | "Synergistetes" Jumas-Bilak et al. 2009 | | synonym | 508458 | Aminanaerobia | | synonym | 508458 | Synergistaeota | | synonym | 508458 | Synergistetes | | equivalent name | 508458 | Synergistota | | scientific name | 508458 | Synergistota corrig. Jumas-Bilak et al. 2021 | | synonym | 508677 | unclassified Synergistota | | scientific name | 508770 | Pseudonocardiaceae bacterium SCSIO 00231 | | includes | 508770 | Sciscionella marina | | scientific name | 508770 | Sciscionella marina Tian et al. 2009 | | authority | 508770 | Sciscionella marina Tian et al. 2009 emend. Nouioui et al. 2018 | | authority | 509170 | Acinetobacter baumannii SDF | | scientific name | 509170 | Acinetobacter baumannii str. SDF | | equivalent name | 509170 | Acinetobacter baumannii strain SDF | | equivalent name | 50931 | Agyriaceae | | synonym | 50931 | Pertusariaceae | | scientific name | 50931 | Rimulariaceae | | synonym | 5094 | Talaromyces | | scientific name | 5094 | Talaromyces C.R. Benj., 1955 | | authority | 50955 | Geosiphon | | scientific name | 50955 | Geosiphon F. Wettst., 1915 | | authority | 50956 | Geosiphon pyriforme | | synonym | 50956 | Geosiphon pyriformis | | scientific name | 50989 | Rickenella | | scientific name | 50989 | Rickenella Raithelh., 1973 | | authority | 50990 | Gerronema melleum | | synonym | 50990 | Gerronema melleum Singer & Clemencon, 1971 | | authority | 50990 | Rickenella mellea | | scientific name | 50990 | Rickenella mellea (Singer & Clemencon) Lamoure, 1979 | | authority | 51022 | Agchylostoma duodenale | | synonym | 51022 | Agchylostoma duodenale Dubini, 1843 | | authority | 51022 | Ancylostoma duodenale | | scientific name | 5103 | Ascosphaeraceae | | scientific name | 5103 | Ascosphaeraceae L.S. Olive & Spiltoir, 1955 | | authority | 5104 | Ascosphaera | | scientific name | 5104 | Ascosphaera L.S. Olive & Spiltoir, 1955 | | authority | 510684 | Sneathiellales | | scientific name | 510684 | Sneathiellales Kurahashi et al. 2008 | | authority | 510685 | Sneathiellaceae | | scientific name | 510685 | Sneathiellaceae Kurahashi et al. 2008 | | authority | 510690 | Sneathiella | | scientific name | 510690 | Sneathiella Jordan et al. 2007 emend. Siamphan et al. 2014 | | authority | 511 | Achromobacter sp. ATCC8750 | | includes | 511 | Alcaligenes faecalis | | scientific name | 511 | Alcaligenes faecalis Castellani and Chalmers 1919 (Approved Lists 1980) | | authority | 511 | Alcaligenes faecalis Castellani and Chalmers 1919 (Approved Lists 1980) emend. Machado et al. 2023 | | authority | 511 | Alcaligenes faecalis Castellani and Chalmers 1919 (Approved Lists 1980) emend. Rehfuss and Urban 2005 | | authority | 511 | Alcaligenes sp. BP11 | | includes | 511 | Bacillus faecalis alcaligenes | | synonym | 5110 | Claviceps | | scientific name | 5110 | Claviceps Tul., 1853 | | authority | 5110 | Sphacelia | | synonym | 5110 | Sphacelia Lev., 1827 | | authority | 5111 | Claviceps purpurea | | scientific name | 5111 | Claviceps purpurea (Fr.) Tul., 1853 | | authority | 5111 | Sphacelia segetum | | synonym | 5111 | Sphaeria purpurea | | synonym | 5111 | Sphaeria purpurea Fr., 1823 | | authority | 5111 | ergot fungus | | genbank common name | 5112 | Epichloe | | scientific name | 5112 | Epichloe (Fr.) Tul. & C. Tul., 1865 | | authority | 51137 | Pimephales | | scientific name | 5114 | Diaporthales | | scientific name | 5114 | Diaporthales Nannf., 1932 | | authority | 511434 | "Candidatus Azobacteroides" Hongoh et al. 2008 | | authority | 511434 | Azobacteroides | | equivalent name | 511434 | Candidatus Azobacteroides | | scientific name | 511435 | "Candidatus Azobacteroides pseudotrichonymphae" Hongoh et al. 2008 | | authority | 511435 | Azobacteroides pseudotrichonymphae | | equivalent name | 511435 | Candidatus Azobacteroides pseudotrichonymphae | | scientific name | 511487 | Brevibacillus fluminis | | scientific name | 511487 | Brevibacillus fluminis Choi et al. 2010 | | authority | 511487 | Brevibacillus sp. CJ71 | | includes | 5115 | Cryphonectria | | scientific name | 5115 | Cryphonectria (Sacc.) Sacc. & D. Sacc., 1905 | | authority | 5116 | Cryphonectria parasitica | | scientific name | 5116 | Cryphonectria parasitica (Murrill) M.E. Barr, 1978 | | authority | 5116 | Diaporthe parasitica | | synonym | 5116 | Diaporthe parasitica Murrill, 1906 | | authority | 5116 | Endothia parasitica | | synonym | 5116 | Endothia parasitica (Murrill) P.J. Anderson & H.W. Anderson, 1912 | | authority | 5116 | chestnut blight fungus | | genbank common name | 511678 | Aliivibrio | | scientific name | 511678 | Aliivibrio Urbanczyk et al. 2007 emend. Beaz-Hidalgo et al. 2010 | | authority | 5117 | Cytosporaceae | | scientific name | 5117 | Cytosporaceae Fr., 1825 | | authority | 5117 | Valsaceae | | synonym | 5117 | Valsaceae Tul. & C. Tul., 1861 | | authority | 5117 | anamorphic Valsaceae | | includes | 5117 | mitosporic Diaporthaceae | | includes | 5117 | mitosporic Valsaceae | | includes | 511745 | "Candidatus Acidimethylosilex" Pol et al. 2007 | | authority | 511745 | "Candidatus Methylacidiphilum" Hou et al. 2008 | | authority | 511745 | "Candidatus Methyloacida" Islam et al. 2008 | | authority | 511745 | Acidimethylosilex | | equivalent name | 511745 | Candidatus Acidimethylosilex | | synonym | 511745 | Candidatus Methylacidiphilum | | synonym | 511745 | Candidatus Methyloacida | | synonym | 511745 | Methylacidiphilum | | synonym | 511745 | Methylacidiphilum (ex Awala et al. 2023) | | synonym | 511745 | Methylacidiphilum (ex Ratnadevi et al. 2023) | | scientific name | 511745 | Methylacidiphilum Awala et al. 2023 | | authority | 511745 | Methylacidiphilum Ratnadevi et al. 2023 | | authority | 511745 | Methyloacida | | equivalent name | 511995 | Azobacteroides pseudotrichonymphae genomovar. CFP2 | | equivalent name | 511995 | Candidatus Azobacteroides pseudotrichonymphae genomovar. CFP2 | | scientific name | 5120 | Erysiphales | | scientific name | 5120 | Erysiphales Warm., 1884 | | authority | 5120 | Plectomycetes | Plectomycetes | in-part | 5120 | Pyrenomycetes | Pyrenomycetes | in-part | 5120 | powdery mildews | | common name | 51201 | "Streptomyces griseocarneus" Benedict et al. 1950 | | authority | 51201 | "Streptoverticillium griseocarneus" (sic) (Benedict et al. 1950) Baldacci 1958 | | authority | 51201 | "Verticillomyces griseocarneus" (Benedict et al. 1950) Shinobu 1965 | | authority | 51201 | Streptomyces griseicarneus | | synonym | 51201 | Streptomyces griseocarneus | | scientific name | 51201 | Streptomyces griseocarneus (Benedict et al. 1950) Witt and Stackebrandt 1991 | | authority | 51201 | Streptoverticillium griseicarneum | | synonym | 51201 | Streptoverticillium griseocarneum | | synonym | 51201 | Streptoverticillium griseocarneum (Benedict et al. 1950) Baldacci et al. 1966 (Approved Lists 1980) | | authority | 51201 | Streptoverticillium griseocarneus | | synonym | 51201 | Verticillomyces griseocarneus | | synonym | 5121 | Erysiphe | | scientific name | 5121 | Erysiphe R. Hedw. ex DC., 1805 | | authority | 5121 | Microsphaera | Microsphaera | synonym | 5121 | Microsphaera Lev., 1851 | | authority | 5121 | Uncinula | | synonym | 5121 | Uncinula Lev., 1851 | | authority | 512265 | Harpacticidae | | scientific name | 512340 | Atractosteus | | scientific name | 5125 | Hypocreales | | scientific name | 5125 | Hypocreales Lindau, 1897 | | authority | 5125 | Pyrenomycetes | Pyrenomycetes | in-part | 5127 | Fusarium fujikuroi | | scientific name | 5127 | Fusarium fujikuroi Nirenberg, 1956 | | authority | 5127 | Fusarium sp. RB-01 | | includes | 5127 | Gibberella fujikuroi | | synonym | 5127 | Gibberella fujikuroi (Sawada) S. Ito, 1919 | | authority | 5127 | Lisea fujikuroi | | synonym | 5127 | Lisea fujikuroi Sawada, 1919 | | authority | 5129 | Hypocreaceae | | scientific name | 5129 | Hypocreaceae De Not., 1844 | | authority | 5129 | anamorphic Hypocreaceae | | synonym | 5129 | mitosporic Hypocreaceae | | includes | 51291 | Chlamydiales | | scientific name | 51291 | Chlamydiales Storz and Page 1971 (Approved Lists 1980) | | authority | 51291 | Chlamydiales Storz and Page 1971 (Approved Lists 1980) emend. Everett et al. 1999 | | authority | 51291 | Chlamydiales Storz and Page 1971 (Approved Lists 1980) emend. Gupta et al. 2015 | | authority | 51291 | chlamydias | chlamydias | blast name | 51291 | chlamydias | chlamydias | genbank common name | 51298 | Myotis myotis | | scientific name | 51298 | Vespertilio myotis | | synonym | 51298 | Vespertilio myotis Borkhausen, 1797 | | authority | 51337 | Jaculus jaculus | | scientific name | 51337 | Mus jaculus | | synonym | 51337 | Mus jaculus Linnaeus, 1758 | | authority | 51337 | lesser Egyptian jerboa | | genbank common name | 51352 | unclassified Methylococcaceae | | scientific name | 513556 | Group TA | | synonym | 513556 | Syntrophorhabdaceae | | scientific name | 513556 | Syntrophorhabdaceae Qiu et al. 2008 | | authority | 513557 | Syntrophorhabdus | | scientific name | 513557 | Syntrophorhabdus Qiu et al. 2008 | | authority | 51366 | Salinivibrio | | scientific name | 51366 | Salinivibrio Mellado et al. 1996 | | authority | 51453 | Hypocrea jecorina | | synonym | 51453 | Hypocrea jecorina Berk. & Broome, 1875 | | authority | 51453 | Trichoderma reesei | | scientific name | 51453 | Trichoderma reesei E.G. Simmons, 1977 | | authority | 51514 | "Dehalobacterium" Magli et al. 1996 | | authority | 51514 | Dehalobacterium | | scientific name | 51515 | "Dehalobacterium formicoaceticum" Magli et al. 1996 | | authority | 51515 | Dehalobacterium formicoaceticum | | scientific name | 51538 | Microplitis | | scientific name | 51564 | Ascosphaera aggregata | | scientific name | 51564 | Ascosphaera aggregata Skou, 1975 | | authority | 51605 | Spirodela intermedia | | scientific name | 51605 | Spirodela intermedia W.Koch, 1932 | | authority | 516086 | Clostridiisalibacter | | scientific name | 516086 | Clostridiisalibacter Liebgott et al. 2008 | | authority | 51637 | Naegleria lovaniensis | | scientific name | 516502 | Siphlonurus aestivalis | | scientific name | 516502 | Siphlonurus aestivalis (Eaton, 1903) | | authority | 51668 | Tetragenococcus | | scientific name | 51668 | Tetragenococcus Collins et al. 1993 | | authority | 51669 | "Pediococcus soyae" Sakaguchi 1958 | | authority | 51669 | "Sarcina hamaguchiae" Saito 1907 | | authority | 51669 | "Tetracocccus No. 1" Orla-Jensen 1919 | | authority | 51669 | Pediococcus halophilus | | synonym | 51669 | Pediococcus halophilus Mees 1934 (Approved Lists 1980) | | authority | 51669 | Pediococcus soyae | | synonym | 51669 | Sarcina hamaguchiae | | synonym | 51669 | Tetracocccus No. 1 | | synonym | 51669 | Tetragenococcus halophila | | synonym | 51669 | Tetragenococcus halophilus | | scientific name | 51669 | Tetragenococcus halophilus (Mees 1934) Collins et al. 1993 | | authority | 51669 | Tetragenococcus halophilus CGMCC 1.2492 | | includes | 51669 | Tetragenococcus sp. YJ1 | | includes | 516702 | Pigmentiphaga litoralis | | scientific name | 516702 | Pigmentiphaga litoralis Chen et al. 2009 | | authority | 516702 | Pigmentiphaga sp. JSM 061001 | | includes | 51671 | Aureobacterium sp. | | synonym | 51671 | Microbacterium sp. | | scientific name | 516756 | Eufriesea mexicana | | scientific name | 516756 | Eufriesea mexicana (Mocsary, 1897) | | authority | 516756 | Euglossa mexicana | | synonym | 516756 | Euglossa mexicana Mocsary, 1897 | | authority | 517 | Bordetella | | scientific name | 517 | Bordetella Moreno-Lopez 1952 (Approved Lists 1980) emend. Von Wintzingerode et al. 2001 | | authority | 517424 | Bacillaceae bacterium halo-1 | | includes | 517424 | Salsuginibacillus halophilus | | scientific name | 517424 | Salsuginibacillus halophilus Cao et al. 2010 | | authority | 517719 | Oceanicola nitratireducens | | synonym | 517719 | Oceanicola nitratireducens Zheng et al. 2010 | | authority | 517719 | Oceanicola sp. JLT1210 | | includes | 517719 | Pseudooceanicola nitratireducens | | scientific name | 517719 | Pseudooceanicola nitratireducens (Zheng et al. 2010) Lai et al. 2015 | | authority | 517744 | unclassified Erythrobacteraceae | | scientific name | 5178 | Helotiales | | scientific name | 5178 | Helotiales Nannf., 1932 | | authority | 5179 | Sclerotinia | | scientific name | 5179 | Sclerotinia Fuckel, 1870 | | authority | 518 | "Alcaligenes bronchicanis" (Ferry 1911) Haupt 1935 | | authority | 518 | "Alcaligenes bronchisepticus" (Ferry 1912) Bergey et al. 1925 | | authority | 518 | "Bacillus bronchicanis" Ferry 1911 | | authority | 518 | "Bacterium bronchisepticus" (Ferry 1912) Evans 1918 | | authority | 518 | "Brucella bronchiseptica" (Ferry 1912) Topley and Wilson 1929 | | authority | 518 | "Haemophilus bronchisepticus" (Ferry 1912) Wilson and Miles 1946 | | authority | 518 | Alcaligenes bronchicanis | | synonym | 518 | Alcaligenes bronchisepticus | | synonym | 518 | Bacillus bronchicanis | | synonym | 518 | Bacterium bronchisepticus | | synonym | 518 | Bordetella bronchiseptica | | scientific name | 518 | Bordetella bronchiseptica (Ferry 1912) Moreno-Lopez 1952 (Approved Lists 1980) | | synonym | 518 | Brucella bronchiseptica | | synonym | 518 | Haemophilus bronchisepticus | | synonym | 5181 | Helotiaceae | | scientific name | 5181 | Helotiaceae Rehm, 1892 | | authority | 5181 | mitosporic Helotiaceae | | includes | 5185 | Pezizales | | scientific name | 5185 | Pezizales J. Schrot., 1897 | | authority | 518636 | Clostridium asparagiforme DSM 15981 | | synonym | 518636 | Clostridium sp. DSM 15981 | | synonym | 518636 | Clostridium sp. N6 | | synonym | 518636 | [Clostridium] asparagiforme DSM 15981 | | scientific name | 518755 | Roseibacillus | | scientific name | 518755 | Roseibacillus Yoon et al. 2008 | | authority | 5192 | Morchellaceae | | scientific name | 5193 | Mitrophora | | synonym | 5193 | Mitrophora Lev., 1846 | | authority | 5193 | Morchella | | scientific name | 5193 | Morchella Dill. ex Pers., 1794 | | authority | 5193 | true morels | | common name | 519427 | Sharpea | | scientific name | 519427 | Sharpea Morita et al. 2008 | | authority | 519472 | Vagococcus sp. CG-21 | | includes | 519472 | Vagococcus teuberi | | scientific name | 519472 | Vagococcus teuberi Wullschleger et al. 2018 | | authority | 520 | "Bacterium tussis-convulsivae" Lehmann and Neumann 1927 | | authority | 520 | "Haemophilus pertussis" (Bergey et al. 1923) Pribram 1933 | | authority | 520 | "Hemophilus pertussis" Bergey et al. 1923 | | authority | 520 | "Microbe de la coqueluche" Bordet and Gengou 1906 | | authority | 520 | Bacterium tussis-convulsivae | | synonym | 520 | Bordetella pertussis | | scientific name | 520 | Bordetella pertussis (Bergey et al. 1923) Moreno-Lopez 1952 | | authority | 520 | Haemophilus pertussis | | synonym | 520 | Hemophilus pertussis | | synonym | 520 | Microbe de la coqueluche | | synonym | 52017 | Desulfomicrobium sp. | | scientific name | 52018 | unclassified Actinobacteria (class) | | equivalent name | 52018 | unclassified Actinobacteridae | | synonym | 52018 | unclassified Actinomycetes | | scientific name | 52018 | unclassified Actinomycetia | | synonym | 5204 | Basidiomycota | | scientific name | 5204 | basidiomycete fungi | basidiomycete fungi | blast name | 5204 | basidiomycete fungi | basidiomycete fungi | genbank common name | 5204 | basidiomycetes | | common name | 5206 | Cryptococcus | Cryptococcus | scientific name | 5206 | Cryptococcus Vuill., 1901 | | authority | 5206 | Filobasidiella | | synonym | 5206 | Filobasidiella Kwon-Chung, 1976 | | authority | 5206 | mitosporic Filobasidiella | | includes | 5207 | Blastomyces neoformans | | synonym | 5207 | Blastomyces neoformans (San Felice) Arzt, 1924 | | authority | 5207 | Cryptococcus neoformans | | scientific name | 5207 | Cryptococcus neoformans (San Felice) Vuill., 1901 | | authority | 5207 | Cryptococcus neoformans A | | includes | 5207 | Cryptococcus neoformans serotype A | | common name | 5207 | Cryptococcus neoformans var. grubii | | synonym | 5207 | Cryptococcus neoformans var. grubii Franzot et al., 1999 | | authority | 5207 | Debaryomyces neoformans | | synonym | 5207 | Debaryomyces neoformans (San Felice) Redaelli, Cif. & A. Giord., 1937 | | authority | 5207 | Filobasidiella neoformans | | synonym | 5207 | Filobasidiella neoformans Kwon-Chung, 1976 | | synonym | 5207 | Filobasidiella neoformans serotype A | | includes | 5207 | Lipomyces neoformans | | synonym | 5207 | Lipomyces neoformans (San Felice) Cif., 1960 | | authority | 5207 | Saccharomyces neoformans | | synonym | 5207 | Saccharomyces neoformans San Felice, 1895 | | authority | 5207 | Torula neoformans | | synonym | 5207 | Torula neoformans (San Felice) J.D. Weis, 1902 | | authority | 5207 | Torulopsis neoformans | | synonym | 5207 | Torulopsis neoformans (San Felice) Redaelli, 1931 | | authority | 52133 | Acinetobacter venetianus | | scientific name | 52133 | Acinetobacter venetianus Vaneechoutte et al. 2009 ex Di Cello et al. 1997 | | authority | 5215 | Tremellaceae | | scientific name | 5215 | Tremellaceae Fr., 1821 | | authority | 5217 | Tremella mesenterica | | scientific name | 5217 | Tremella mesenterica Retz., 1769 | | authority | 5217 | witches' butter | | common name | 522 | Acidiphilium | | scientific name | 522 | Acidiphilium Harrison 1981 | | authority | 522 | Acidiphilium Harrison 1981 emend. Kishimoto et al. 1996 | | authority | 522 | Acidiphilium Harrison 1981 emend. Okamura et al. 2015 | | authority | 52228 | Hallella | | scientific name | 52228 | Hallella Moore and Moore 1994 | | authority | 52228 | Hallella Moore and Moore 1994 emend. Hitch et al. 2022 | | authority | 52229 | Hallella seregens | | scientific name | 52229 | Hallella seregens Moore and Moore 1994 | | authority | 52229 | Hallella seregens Moore and Moore 1994 emend. Hahnke et al. 2016 | | authority | 523103 | Arthroderma vanbreuseghemii | | synonym | 523103 | Arthroderma vanbreuseghemii Takashio, 1973 | | authority | 523103 | Ctenomyces mentagrophytes | | synonym | 523103 | Ectotrichophyton mentagrophytes | | synonym | 523103 | Microides mentagrophytes | | synonym | 523103 | Microsporon mentagrophytes | | synonym | 523103 | Microsporon mentagrophytes C.P. Robin, 1853 | | authority | 523103 | Microsporum mentagrophytes | | synonym | 523103 | Microsporum mentagrophytes C.P. Robin, 1853 | | authority | 523103 | Spiralia mentagrophytes | | synonym | 523103 | Trichophyton mentagrophytes | | scientific name | 523103 | Trichophyton mentagrophytes (C.P. Robin) Sabour., 1895 | | authority | 523103 | Trichophyton sp. 'mentagrophytes II*' | | synonym | 523103 | Trichophyton sp. 'mentagrophytes III*' | | synonym | 523103 | Trichophyton sp. 'mentagrophytes IV' | | synonym | 523103 | Trichophyton sp. 'mentagrophytes VII' | | synonym | 523164 | Sphingini | | scientific name | 5234 | Christianseniales | | includes | 5234 | Tremellales | | scientific name | 5234 | Tremellales Fr., 1821 | | authority | 5234 | anamorphic Tremellales | | includes | 5234 | jelly fungi | | genbank common name | 5234 | mitosporic Tremellales | | includes | 5237 | Tulasnellaceae | | scientific name | 5237 | Tulasnellaceae Juel, 1897 | | authority | 5237 | mitosporic Tulasnella | | includes | 523712 | Timematodea | | scientific name | 523742 | Marinobacter santoriniensis | | scientific name | 523742 | Marinobacter santoriniensis Handley et al. 2009 | | authority | 52392 | Lampsilis | | scientific name | 52396 | Lampsilis siliquoidea | | scientific name | 52396 | Unio siliquoideus | | synonym | 52396 | Unio siliquoideus Barnes, 1823 | | authority | 5240 | Epulorhiza | | synonym | 5240 | Epulorhiza R.T. Moore, 1987 | | authority | 5240 | Tulasnella | | scientific name | 5240 | Tulasnella J. Schrot., 1888 | | authority | 524788 | Acaenitus | | scientific name | 524788 | Acaenitus Latreille, 1809 | | authority | 5250 | Ceratobasidiaceae | | scientific name | 5250 | Ceratobasidiaceae G.W. Martin, 1948 | | authority | 5250 | Ceratobasidiaceae anamorphs | | includes | 5250 | anamorphic Ceratobasidiaceae | | includes | 5250 | mitosporic Ceratobasidiaceae | | includes | 5251 | Ceratobasidium | | scientific name | 5251 | Ceratobasidium D.P. Rogers, 1935 | | authority | 525241 | Grayia brandegeei | | scientific name | 525241 | Grayia brandegeei A.Gray, 1876 | | authority | 525241 | Zuckia brandegeei | | synonym | 525241 | Zuckia brandegeei (Gray) S.L.Welsh & Stutz | | authority | 525241 | Zuckia brandegei | | synonym | 525337 | Lacticaseibacillus paracasei subsp. paracasei ATCC 25302 = DSM 5622 = JCM 8130 | | scientific name | 525337 | Lacticaseibacillus paracasei subsp. paracasei JCM 8130 | | equivalent name | 525337 | Lactobacillus paracasei subsp. paracasei ATCC 25302 | | equivalent name | 525337 | Lactobacillus paracasei subsp. paracasei DSM 5622 | | equivalent name | 525337 | Lactobacillus paracasei subsp. paracasei JCM 8130 | | synonym | 525377 | Staphylococcus lugdunensis M23590 | | scientific name | 525377 | Staphylococcus lugdunensis str. M23590 | | equivalent name | 525377 | Staphylococcus lugdunensis strain M23590 | | equivalent name | 525379 | Streptococcus equinus ATCC 9812 | | scientific name | 525379 | Streptococcus equinus H12B | | synonym | 525379 | Streptococcus equinus str. ATCC 9812 | | equivalent name | 525379 | Streptococcus equinus strain ATCC 9812 | | equivalent name | 5254 | Dacrymycetaceae | | scientific name | 5254 | Dacrymycetaceae J. Schrot., 1888 | | authority | 5257 | Ustilaginomycetes | | scientific name | 5257 | Ustilaginomycetes Warm., 1884 | | authority | 5257 | Ustilaginomycetidae | | equivalent name | 5258 | Pucciniales | | scientific name | 5258 | Pucciniales Caruel, 1881 | | authority | 5258 | Uredinales | | synonym | 5258 | rusts | | genbank common name | 5259 | Melampsoraceae | | scientific name | 5259 | Melampsoraceae Dietel, 1897 | | authority | 5260 | Melampsora | | scientific name | 5260 | Melampsora Castagne, 1843 | | authority | 52604 | Cyanobacteria Subsection II | | synonym | 52604 | Pleurocapsales | | scientific name | 52604 | Pleurocapsales Geitler 1925 emend. Waterbury and Stanier 1978 | | authority | 5262 | Pucciniaceae | | scientific name | 5262 | Pucciniaceae Chevall., 1826 | | authority | 5262 | Pucciniosiraceae | | synonym | 5262 | Pucciniosiraceae (Dietel) Cummins & Y. Hirats., 1983 | | authority | 526216 | Oceanibaculum indicum | | scientific name | 526216 | Oceanibaculum indicum Lai et al. 2009 | | authority | 526243 | Polyporus meyenii | | synonym | 526243 | Polyporus meyenii Klotzsch, 1843 | | authority | 526243 | Trametes meyenii | | scientific name | 526243 | Trametes meyenii (Klotzsch) Lloyd 1918 | | authority | 52632 | Diprionidae | | scientific name | 526524 | Erysipelotrichia | | scientific name | 526524 | Erysipelotrichia Ludwig et al. 2010 | | authority | 526525 | Erysipelotrichales | | scientific name | 526525 | Erysipelotrichales Ludwig et al. 2010 | | authority | 5267 | Ustilaginales | | scientific name | 5267 | Ustilaginales Bek., 1864 | | authority | 5267 | mitosporic Ustilaginales | | includes | 5267 | smuts | | common name | 5268 | Mycosyringaceae | | synonym | 5268 | Ustilaginaceae | | scientific name | 5268 | Ustilaginaceae Tul. & C. Tul., 1847 | | authority | 5268 | anamorphic Ustilaginaceae | | includes | 5268 | mitosporic Ustilaginaceae | | includes | 5269 | Ustilago | | scientific name | 5269 | Ustilago (Pers.) Roussel, 1806 | | authority | 52693 | Acetobacterium paludosum | | scientific name | 52693 | Acetobacterium paludosum Kotsyurbenko et al. 1997 | | authority | 52694 | Acetobacterium wieringae | | scientific name | 52694 | Acetobacterium wieringae Braun and Gottschalk 1983 | | authority | 52695 | Actinoplanes brasilensis | | equivalent name | 52695 | Actinoplanes brasiliensis | | synonym | 52695 | Actinoplanes brasiliensis Thiemann et al. 1969 (Approved Lists 1980) | | authority | 52695 | Paractinoplanes brasiliensis | | scientific name | 52695 | Paractinoplanes brasiliensis (Thiemann et al. 1969) Roman et al. 2024 | | authority | 52697 | "Ampullaria regularis" Couch 1963 | | authority | 52697 | Actinoplanes regularis | | scientific name | 52697 | Actinoplanes regularis (Couch 1963) Stackebrandt and Kroppenstedt 1988 emend. Nouioui et al. 2018 | | authority | 52697 | Ampullaria regularis | | synonym | 52697 | Ampullariella regularis | | synonym | 52697 | Ampullariella regularis (Couch 1963) Couch 1964 (Approved Lists 1980) | | authority | 526975 | Bacillus cereus BDRD-ST26 | | scientific name | 526989 | Bacillus cereus F65185 | | scientific name | 52699 | Aeromicrobium fastidiosum | | scientific name | 52699 | Aeromicrobium fastidiosum (Collins and Stackebrandt 1989) Tamura and Yokota 1994 | | authority | 52699 | Nocardioides fastidiosa | | synonym | 52699 | Nocardioides fastidiosus | | synonym | 52699 | Nocardioides fastidiosus corrig. Collins and Stackebrandt 1989 | | authority | 527012 | Yersinia kristensenii ATCC 33638 | | scientific name | 527019 | Bacillus thuringiensis IBL 200 | | scientific name | 527027 | Bacillus thuringiensis serovar pakistani str. T13001 | | scientific name | 527030 | Bacillus thuringiensis serovar huazhongensis BGSC 4BD1 | | scientific name | 52723 | Cecidomyiidi | | scientific name | 5277 | Leucosporidiella | | synonym | 5277 | Leucosporidium | | scientific name | 5277 | Leucosporidium Fell, Statzell, I.L. Hunter & Phaff, 1969 | | authority | 5277 | Mastigobasidium | | synonym | 5279 | Tilletiaceae | | scientific name | 5279 | Tilletiaceae J. Schrot., 1887 | | authority | 5279 | bunts | | genbank common name | 528 | Ochrobactrum | | scientific name | 528 | Ochrobactrum Holmes et al. 1988 | | authority | 528178 | Neorhizobium alkalisoli | | scientific name | 528178 | Neorhizobium alkalisoli (Lu et al. 2009) Mousavi et al. 2015 | | authority | 528178 | Rhizobium alkalisoli | | synonym | 528178 | Rhizobium alkalisoli Lu et al. 2009 | | authority | 528178 | Rhizobium sp. CCBAU 01389 | | includes | 528178 | Rhizobium sp. CCBAU 01393 | | includes | 528178 | Rhizobium sp. CCBAU 03239 | | includes | 528191 | Paenibacillus sp. B22a | | includes | 528191 | Paenibacillus xylanexedens | | scientific name | 528191 | Paenibacillus xylanexedens Nelson et al. 2009 | | authority | 52824 | Abyssinian mustard | | common name | 52824 | Brassica carinata | | scientific name | 52824 | Brassica carinata A.Braun, 1841 | | authority | 52824 | Ethiopian mustard | | genbank common name | 52824 | Mutarda carinata | | synonym | 52824 | Mutarda carinata (A.Braun) D.A.German, 2022 | | authority | 52824 | Sinabraca carinata | | synonym | 52824 | Sinabraca carinata (A.Braun) G.H.Loos, 2004 | | authority | 52838 | Balbis banana | | genbank common name | 52838 | Musa BB Group | | synonym | 52838 | Musa balbisiana | | scientific name | 52838 | Musa balbisiana Colla, 1820 | | authority | 52838 | Musa rosacea | | synonym | 52838 | Musa rosacea Jacq., 1804 | | authority | 52838 | Musa sp. 'Pisang klutuk' | | includes | 52838 | starchy banana | | common name | 5286 | Rhodosporidium toruloides | | synonym | 5286 | Rhodosporidium toruloides Banno, 1967 | | authority | 5286 | Rhodotorula gracilis | | synonym | 5286 | Rhodotorula rubescens | | synonym | 5286 | Rhodotorula toruloides | | scientific name | 5286 | Rhodotorula toruloides (I. Banno) Q.M. Wang, F.Y. Bai, M. Groenew. & Boekhout, 2015 | | authority | 529 | Brucella anthropi | | scientific name | 529 | Brucella anthropi (Holmes et al. 1988) Hordt et al. 2020 | | authority | 529 | Ochrobactrum anthropi | | synonym | 529 | Ochrobactrum anthropi Holmes et al. 1988 | | authority | 529120 | Alteromonas macleodii ATCC 27126 | | scientific name | 529120 | Alteromonas macleodii str. ATCC 27126 | | equivalent name | 529120 | Alteromonas macleodii strain ATCC 27126 | | equivalent name | 52959 | Polaribacter | | scientific name | 52959 | Polaribacter Gosink et al. 1998 | | authority | 52959 | Polaribacter Gosink et al. 1998 emend. Fukui et al. 2013 | | authority | 52959 | Polaribacter Gosink et al. 1998 emend. Kim et al. 2013 | | authority | 52959 | Polaribacter Gosink et al. 1998 emend. Li et al. 2014 | | authority | 5296 | Puccinia | | scientific name | 5296 | Puccinia Pers., 1801 | | authority | 5297 | Puccinia graminis | | scientific name | 5297 | Puccinia graminis Pers., 1794 | | authority | 5297 | wheat stem rust | | common name | 52972 | Polaromonas | | scientific name | 52972 | Polaromonas Irgens et al. 1996 | | authority | 529818 | Amastigomonas trahens | | synonym | 529818 | Amastigomonas trahens Molina & Nerad, 1991 | | authority | 529818 | Thecamonas trahens | | scientific name | 529818 | Thecamonas trahens Larsen & Patterson, 1990 | | authority | 529883 | "Candidatus Rhodoluna" Hahn 2009 | | authority | 529883 | Candidatus Rhodoluna | | synonym | 529883 | Rhodoluna | | scientific name | 529883 | Rhodoluna Hahn et al. 2014 | | authority | 5302 | Agaricomycotina | | scientific name | 5302 | Agaricomycotina Doweld, 2001 | | authority | 5302 | Hymenomycetes | | equivalent name | 5303 | Aphyllophorales | | synonym | 5303 | Polyporales | | scientific name | 5303 | Polyporales Gaum., 1926 | | authority | 5303 | anamorphic Aphyllophorales | | includes | 5303 | anamorphic Polyporales | | includes | 5303 | mitosporic Aphyllophorales | | includes | 5303 | mitosporic Polyporales | | includes | 53036 | Sphagnum fallax | | scientific name | 53036 | Sphagnum fallax H.Klinggr. | | authority | 5305 | Phanerochaete | | scientific name | 5305 | Phanerochaete P. Karst., 1889 | | authority | 5309 | Athelia | | scientific name | 5309 | Athelia Pers., 1818 | | authority | 5309 | Fibularhizoctonia | | synonym | 5309 | Fibularhizoctonia G.C. Adams & Kropp, 1996 | | authority | 531306 | Alkalilimnicola sp. SV525 | | includes | 531306 | Halopeptonella vilamensis | | synonym | 531306 | Halopeptonella vilamensis Menes et al. 2016 | | authority | 531306 | Spiribacter vilamensis | | scientific name | 531306 | Spiribacter vilamensis (Menes et al. 2016) Leon et al. 2020 | | authority | 531310 | Marinactinospora thermotolerans | | scientific name | 531310 | Marinactinospora thermotolerans Tian et al. 2009 | | authority | 531310 | Nocardiopsaceae bacterium SCSIO 00652 | | includes | 531312 | Aliidiomarina maris | | scientific name | 531312 | Aliidiomarina maris (Zhang et al. 2012) Chiu et al. 2014 | | authority | 531312 | Idiomarina maris | | synonym | 531312 | Idiomarina maris Zhang et al. 2012 | | authority | 531312 | gamma proteobacterium CF12-14 | | includes | 5317 | Coriolaceae | | synonym | 5317 | Cryptoporaceae | | synonym | 5317 | Echinochaetaceae | | synonym | 5317 | Fomitaceae | | synonym | 5317 | Ganodermataceae | | synonym | 5317 | Grammotheleaceae | | synonym | 5317 | Haddowiaceae | | synonym | 5317 | Lentinaceae | | synonym | 5317 | Lentinaceae Julich | | synonym | 5317 | Lophariaceae | | synonym | 5317 | Microporaceae | | synonym | 5317 | Pachykytosporaceae | | synonym | 5317 | Perenniporiaceae | | synonym | 5317 | Polyporaceae | | scientific name | 5317 | Sparsitubaceae | | synonym | 5317 | Trametaceae | | synonym | 5317 | bracket fungi | | genbank common name | 5318 | Emmia | | synonym | 5318 | Emmia Zmitr., Spirin & Malysheva, 2006 | | authority | 5318 | Flavodontia | | synonym | 5318 | Flavodontia C.L. Zhao, 2021 | | authority | 5318 | Hydnopolyporus | | synonym | 5318 | Hydnopolyporus D.A. Reid, 1962 | | authority | 5318 | Irpex | | scientific name | 5318 | Irpex Fr., 1825 | | authority | 531813 | Pelagibacterium halotolerans | | scientific name | 531813 | Pelagibacterium halotolerans Xu et al. 2011 | | authority | 5320 | Pleurotus | | scientific name | 5320 | Pleurotus (Fr.) P. Kumm., 1871 | | authority | 5321 | Dendrosarcos cornucopiae | | synonym | 5321 | Dendrosarcos cornucopiae Paulet, 1793 | | authority | 5321 | Fungus cornucopiae | | synonym | 5321 | Fungus cornucopiae Paulet, 1793 | | authority | 5321 | Pleurotus cornucopiae | | scientific name | 5321 | Pleurotus cornucopiae (Paulet) Quel., 1885 | | authority | 5321 | cornucopia mushroom | | genbank common name | 5324 | Trametes | | scientific name | 5324 | Trametes Fr., 1835 | | authority | 53246 | Pseudoalteromonas | | scientific name | 53246 | Pseudoalteromonas Gauthier et al. 1995 emend. Beurmann et al. 2017 | | authority | 53246 | Pseudoalteromonas Gauthier et al. 1995 emend. Hwang et al. 2016 | | authority | 53246 | Pseudoalteromonas Gauthier et al. 1995 emend. Ivanova et al. 2002 | | authority | 53249 | Pseudoalteromonas sp. | | scientific name | 53271 | Sphaerodactylus | | scientific name | 53300 | Macrophthalmus | | scientific name | 5332 | Schizophyllaceae | | scientific name | 5332 | Schizophyllaceae Quel., 1888 | | authority | 53326 | Ancylostoma ceylanicum | | scientific name | 53326 | Ancylostoma ceylanicum Looss, 1911 | | authority | 5333 | Auriculariopsis | | synonym | 5333 | Auriculariopsis Maire, 1902 | | authority | 5333 | Schizophyllum | | scientific name | 5333 | Schizophyllum Fr., 1815 | | authority | 53335 | Kalamiella | | synonym | 53335 | Kalamiella Singh et al. 2019 | | authority | 53335 | Pantoea | | scientific name | 53335 | Pantoea Gavini et al. 1989 | | authority | 53335 | Pantoea Gavini et al. 1989 emend. Brady et al. 2010 | | authority | 53335 | Pantoea Gavini et al. 1989 emend. Mergaert et al. 1993 | | authority | 5334 | Schizophyllum commune | | scientific name | 5334 | Schizophyllum commune Fr., 1815 | | authority | 53344 | Staphylococcus delphini | | scientific name | 53344 | Staphylococcus delphini Varaldo et al. 1988 | | authority | 53345 | "Streptococcus durans" Sherman and Wing 1937 | | authority | 53345 | Enterococcus durans | | scientific name | 53345 | Enterococcus durans (ex Sherman and Wing 1937) Collins et al. 1984 | | authority | 53345 | Enterococcus sp. VJI19 | | includes | 53345 | Streptococcus durans | | synonym | 53345 | Streptococcus durans (ex Sherman and Wing 1937) Knight et al. 1984 | | authority | 53346 | Enterobacter sp. PX-E.sp.Jor | | includes | 53346 | Enterococcus mundtii | | scientific name | 53346 | Enterococcus mundtii Collins et al. 1986 | | authority | 53355 | Terrabacter | | scientific name | 53355 | Terrabacter Collins et al. 1989 | | authority | 53355 | Terribacter | | equivalent name | 53357 | Humihabitans | | synonym | 53357 | Humihabitans Kageyama et al. 2007 | | authority | 53357 | Intrasporangium | | scientific name | 53357 | Intrasporangium Kalakoutskii et al. 1967 (Approved Lists 1980) emend. Liu et al. 2012 | | authority | 53357 | Intrasporangium Kalakoutskii et al. 1967 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 53357 | Intrasporangium Kalakoutskii et al. 1967 (Approved Lists 1980) emend. Yang et al. 2012 | | authority | 53357 | Monashia | | synonym | 53357 | Monashia Azman et al. 2016 | | authority | 53359 | Dactylosporangium fulvum | | scientific name | 53359 | Dactylosporangium fulvum Shomura et al. 1986 | | authority | 53365 | Catellatospora | | scientific name | 53365 | Catellatospora Asano and Kawamoto 1986 | | authority | 53365 | Catellatospora Asano and Kawamoto 1986 emend. Ara et al. 2008 | | authority | 53365 | Catellatospora Asano and Kawamoto 1986 emend. Lee and Hah 2002 | | authority | 53365 | Catellatospora Asano and Kawamoto 1986 emend. Yang et al. 2022 | | authority | 53367 | Asanoa ferruginea | | scientific name | 53367 | Asanoa ferruginea (Asano and Kawamoto 1986) Lee and Hah 2002 | | authority | 53367 | Catellatispora ferruginea | | equivalent name | 53367 | Catellatospora ferruginea | | synonym | 53367 | Catellatospora ferruginea Asano and Kawamoto 1986 | | authority | 5338 | Agaricales | | scientific name | 5338 | Agaricales Underw., 1899 | | authority | 5338 | Agaricales anamorphs | | synonym | 5338 | Hymenogastrales | | synonym | 5338 | Lycoperdales | | synonym | 5338 | Nidulariales | | synonym | 5338 | Tulostomatales | | synonym | 5338 | anamorphic Agaricales | | synonym | 5338 | common gilled mushrooms & allies | | common name | 5338 | gasteromycetes | gasteromycetes | includes | 5338 | gill mushrooms | | genbank common name | 5338 | mitosporic Agaricales | | includes | 5339 | Agaricaceae | | scientific name | 5339 | Agaricaceae Chevall., 1826 | | authority | 5339 | Battarreaceae | | synonym | 5339 | Battarreaceae Corda, 1842 | | authority | 5339 | Coprinaceae | | synonym | 5339 | Coprinaceae Overeem & Weese, 1942 | | authority | 5339 | Phelloriniaceae | | synonym | 5339 | Phelloriniaceae Doweld, 2014 | | authority | 5339 | Podaxaceae | | synonym | 5339 | Podaxaceae Corda, 1842 | | authority | 5339 | Tulostomataceae | | synonym | 5339 | Tulostomataceae E. Fisch., 1900 | | authority | 53407 | Pseudomonas asplenii | | scientific name | 53407 | Pseudomonas asplenii (Ark and Tompkins 1946) Savulescu 1947 (Approved Lists 1980) | | synonym | 53407 | Pseudomonas asplenii (Ark and Tompkins 1946) Savulescu 1947 (Approved Lists 1980) emend. Tvrzova et al. 2006 | | authority | 53407 | Pseudomonas fuscivaginae | | synonym | 53407 | Pseudomonas fuscovaginae | | synonym | 53407 | Pseudomonas fuscovaginae (ex Tanii et al. 1976) Miyajima et al. 1983 | | authority | 53408 | Pseudomonas citronellolis | | scientific name | 53408 | Pseudomonas citronellolis Seubert 1960 (Approved Lists 1980) | | authority | 53408 | Pseudomonas citronellolis Seubert 1960 (Approved Lists 1980) emend. Lang et al. 2007 | | authority | 53408 | Pseudomonas humi | | synonym | 53408 | Pseudomonas humi Akita et al. 2019 | | authority | 53408 | Pseudomonas sp. CCA1 | | includes | 53409 | "Pseudomonas coronafaciens" (ex Elliott 1920) Schaad and Cunfer 1979 | | authority | 53409 | Pseudomonas coronafaciens | | scientific name | 53409 | Pseudomonas syringae group genomosp. 4 | | common name | 53431 | "Nocardia salmonicida" (Rucker 1949) Pridham 1970 | | authority | 53431 | "Streptomyces salmonicida" Rucker 1949 | | authority | 53431 | Nocardia salmonicida | | scientific name | 53431 | Nocardia salmonicida (ex Rucker 1949) Isik et al. 1999 | | authority | 53431 | Nocardia soli | | synonym | 53431 | Nocardia soli Maldonado et al. 2001 | | authority | 53431 | Nocardia soli Maldonado et al. 2001 emend. Nouioui et al. 2018 | | authority | 53431 | Streptomyces salmonicida | | synonym | 53433 | Halanaerobiales | | scientific name | 53433 | Halanaerobiales corrig. Rainey and Zhilina 1995 | | authority | 53433 | Haloanaerobiales | | synonym | 53457 | Janibacter | | scientific name | 53457 | Janibacter Martin et al. 1997 | | authority | 53458 | Janibacter limosus | | scientific name | 53458 | Janibacter limosus Martin et al. 1997 | | authority | 5346 | Agaricus cinereus | | synonym | 5346 | Agaricus cinereus Schaeff., 1774 | | authority | 5346 | Agaricus macrorhizus | | synonym | 5346 | Agaricus macrorhizus Pers., 1796 | | authority | 5346 | Coprinopsis cinerea | | scientific name | 5346 | Coprinopsis cinerea (Schaeff.) Redhead, Vilgalys & Moncalvo, 2001 | | authority | 5346 | Coprinus cinereus | | synonym | 5346 | Coprinus cinereus (Schaeff.) Gray, 1821 | | authority | 5346 | Coprinus macrorhizus | | synonym | 5346 | Coprinus macrorhizus (Pers.) Rea, 1922 | | authority | 5346 | Hormographiella aspergillata | | synonym | 5346 | Hormographiella aspergillata Guarro, Gene & De Vroey, 1992 | | authority | 53460 | Humicoccus | | synonym | 53460 | Humicoccus Yoon et al. 2007 | | authority | 53460 | Microsphaera | Microsphaera | synonym | 53460 | Microsphaera Yoshimi et al. 1996 | | authority | 53460 | Nakamurella | | scientific name | 53460 | Nakamurella Tao et al. 2004 emend. Kim et al. 2012 | | authority | 53460 | Saxeibacter | | synonym | 53460 | Saxeibacter Lee et al. 2008 | | authority | 53469 | Ancylostomatinae | | scientific name | 53485 | Drechslera teres | | synonym | 53485 | Drechslera teres (Sacc.) Shoemaker, 1959 | | authority | 53485 | Helminthosporium teres Sacc., 1886 | | synonym | 53485 | Pyrenophora teres | | scientific name | 53485 | Pyrenophora teres Drechsler, 1923 | | authority | 53485 | barley net-spot blotch disease agent | | common name | 535 | Chromobacterium | | scientific name | 535 | Chromobacterium Bergonzini 1880 | | authority | 535025 | Bacillus subtilis subsp. subtilis str. BGSC 1A96 | | synonym | 535025 | Bacillus subtilis subsp. subtilis str. JH642 | | scientific name | 5352 | Lentinula | | scientific name | 5352 | Lentinula Earle, 1909 | | authority | 5353 | Agaricus edodes | | synonym | 5353 | Agaricus edodes Berk., 1877 | | authority | 5353 | Lentinula edodes | | scientific name | 5353 | Lentinula edodes (Berk.) Pegler, 1976 | | authority | 5353 | Lentinus edodes | | synonym | 5353 | shiitake mushroom | | genbank common name | 53541 | Stegomyia | | scientific name | 535744 | Cronobacter genomosp. 1 | | equivalent name | 535744 | Cronobacter genomospecies 1 | | synonym | 535744 | Cronobacter sp. 1435 | | includes | 535744 | Cronobacter sp. 731 | | includes | 535744 | Cronobacter sp. 96 | | includes | 535744 | Cronobacter universalis | | scientific name | 535744 | Cronobacter universalis Joseph et al. 2012 | | authority | 535904 | Neoroseomonas oryzicola | | scientific name | 535904 | Neoroseomonas oryzicola (Chung et al. 2015) Rai et al. 2022 | | synonym | 535904 | Roseomonas oryzicola | | synonym | 535904 | Roseomonas oryzicola Chung et al. 2015 | | authority | 535904 | Roseomonas sp. YC6724 | | includes | 536018 | Mesorhizobium australicum | | scientific name | 536018 | Mesorhizobium australicum Nandasena et al. 2009 | | authority | 5368 | Boletaceae | | scientific name | 5368 | Boletaceae Chevall., 1826 | | authority | 5368 | Chaminoxiaceae | | equivalent name | 5368 | Strobilomycetaceae | | synonym | 5368 | Strobilomycetaceae E.-J. Gilbert, 1931 | | synonym | 5369 | Boletus | | scientific name | 5369 | Boletus L., 1753 | | authority | 5369 | Notholepiota | | synonym | 5369 | Notholepiota E. Horak, 1971 | | authority | 53707 | Pseudomonas amygdali pv. lachrymans | | scientific name | 53707 | Pseudomonas syringae (pv. lachrymans) | | synonym | 53707 | Pseudomonas syringae pv. lachrymans | | synonym | 53707 | Pseudomonas syringae pv. lachrymans (Smith and Bryan 1915) Young et al. 1978 | | authority | 53747 | Echinacea | Echinacea | scientific name | 53747 | Echinacea Moench, 1794 | | authority | 5375 | Rhizopogon | | scientific name | 5375 | Rhizopogon Fr., 1817 | | authority | 53751 | Echinacea purpurea | | scientific name | 53751 | Echinacea purpurea (L.) Moench, 1794 | | authority | 53751 | Rudbeckia purpurea | | synonym | 53751 | Rudbeckia purpurea L., 1753 | | authority | 53751 | Rudbeckia purpurea L., nom. cons. | | synonym | 5379 | Gastrosuillus | | synonym | 5379 | Gastrosuillus Thiers, 1989 | | authority | 5379 | Suillus | | scientific name | 5379 | Suillus Gray, 1821 | | authority | 538 | Eikenella | | scientific name | 538 | Eikenella Jackson and Goodman 1972 (Approved Lists 1980) | | synonym | 538 | Eikenella Jackson and Goodman 1972 emend. Hering et al. 2021 | | authority | 5383 | Boletinus pictus | | synonym | 5383 | Boletinus pictus Peck, 1889 | | authority | 5383 | Boletus spraguei | | synonym | 5383 | Boletus spraguei Berk. & M.A. Curtis, 1872 | | authority | 5383 | Suillus pictus | | synonym | 5383 | Suillus pictus (Peck) Kuntze, 1898 | | authority | 5383 | Suillus spraguei | | scientific name | 5383 | Suillus spraguei (Berk. & M.A. Curtis) Kuntze, 1898 | | authority | 538381 | Stappia indica | | scientific name | 538381 | Stappia indica Lai et al. 2010 | | authority | 538381 | Stappia sp. B106 | | includes | 538999 | Clostridiales incertae sedis | | synonym | 538999 | Eubacteriales incertae sedis | | scientific name | 539 | "Bacteroides corrodens" Eiken 1958 (in part) | | authority | 539 | "Ristella corrodens" (Eiken 1958) Prevot 1966 | | authority | 539 | Bacteroides corrodens | Bacteroides corrodens | synonym | 539 | Eikenella corrodens | | scientific name | 539 | Eikenella corrodens (Eiken 1958) Jackson and Goodman 1972 | | authority | 539 | Ristella corrodens | | synonym | 539002 | Caryophanales incertae sedis | | scientific name | 53922 | Senna | | scientific name | 53922 | Senna Mill., 1754 | | authority | 5394 | Paxillaceae | | scientific name | 5394 | Paxillaceae Lotsy, 1907 | | authority | 5395 | Paxillus | Paxillus | scientific name | 5395 | Paxillus Fr., 1836 | | authority | 539738 | "Gemellaceae" Bello et al. 2023 | | authority | 539738 | Bacillales Family XI. Incertae Sedis | | synonym | 539738 | Gemellaceae | | scientific name | 539738 | Gemellaceae Chuvochina et al. 2024 | | synonym | 539742 | Caryophanales Family XII. Incertae Sedis | | scientific name | 539813 | "Enterobacter tabaci" Duan et al. 2015 | | authority | 539813 | Enterobacter mori | | scientific name | 539813 | Enterobacter mori Zhu et al. 2011 | | authority | 539813 | Enterobacter sp. PX-A-B.E.sp | | includes | 539813 | Enterobacter sp. R3-3 | | includes | 539813 | Enterobacter sp. YIM Hb-3 | | includes | 539813 | Enterobacter tabaci | | synonym | 539813 | Enterobacter tabaci Duan et al. 2016 | | authority | 53985 | Phytophthora fragariae | | scientific name | 53985 | Phytophthora fragariae Hickman, 1940 | | authority | 53985 | Phytophthora fragariae var. fragariae | | synonym | 5399 | Agrocybe | | scientific name | 5399 | Agrocybe Fayod, 1889 | | authority | 5401 | Russulaceae | | scientific name | 5401 | Russulaceae Lotsy, 1907 | | authority | 54061 | Ralstonia sp. | | scientific name | 54092 | Lipomyces tetrasporus | | scientific name | 54092 | Lipomyces tetrasporus Krassiln., Babeva & Meavahd ex Nieuwdorp, P. Bos & Slooff, 1974 | | synonym | 54131 | Angola colobus | | common name | 54131 | Angolan colobus | | genbank common name | 54131 | Colobus angolensis | | scientific name | 54131 | Colobus angolensis Sclater, 1860 | | authority | 54136 | Trachypithecus | | scientific name | 54136 | Trachypithecus Reichenbach, 1862 | | authority | 54136 | brow-ridged langurs | | common name | 54136 | leaf monkeys | | genbank common name | 54180 | Francois's langur | | genbank common name | 54180 | Francois's leaf monkey | | common name | 54180 | Indochinese langur | | common name | 54180 | Presbytis francoisi | | synonym | 54180 | Trachypithecus francoisi | | scientific name | 54204 | Sphaerophragmiaceae | | scientific name | 54204 | Sphaerophragmiaceae Cummins & Y. Hirats., 1983 | | authority | 54253 | Thermosphaera | | scientific name | 54253 | Thermosphaera Huber et al. 1998 | | authority | 54262 | Thermococcus chitonophagus | | scientific name | 54262 | Thermococcus chitonophagus Huber and Stetter 1996 | | authority | 542827 | Rhinopithecus | | scientific name | 542832 | Peronospora effusa | | scientific name | 542832 | Peronospora effusa (Grev.) Rabenh., (1854) | | authority | 54284 | Gasterophilinae | | scientific name | 54284 | Gastrophilinae | | synonym | 54293 | Thermosyntropha | | scientific name | 54293 | Thermosyntropha Svetlitshnyi et al. 1996 | | authority | 54297 | Arthrospira fusiformis | | synonym | 54297 | Arthrospira fusiformis (Voronikhin, 1934) Komarek & J.W.G.Lund, 1990 | | authority | 54297 | Limnospira fusiformis | | scientific name | 54297 | Limnospira fusiformis (Voronikhin, 1934) Nowicka-Krawczyk, Muhlsteinova & Hauer, 2019 | | authority | 54297 | Spirulina fusiformis | | synonym | 54297 | Spirulina fusiformis Voronikhin, 1934 | | authority | 54298 | Chroococcidiopsis | | scientific name | 54298 | Chroococcidiopsis (Geitler, 1933) emend. Waterbury & Stanier, 1978 | | authority | 54299 | Chroococcidiopsis thermalis | | scientific name | 54299 | Chroococcidiopsis thermalis Geitler 1933 | | authority | 543 | Enterobacteraceae | | synonym | 543 | Enterobacteraceae (ex Lapage 1979) Lapage 1982 | | authority | 543 | Enterobacteriaceae | | scientific name | 543 | Enterobacteriaceae (ex Rahn 1937) Ewing et al. 1980 | | authority | 543 | Enterobacteriaceae Rahn 1937 (Approved Lists 1980) emend. Adeolu et al. 2016 | | authority | 543 | enterobacteria | enterobacteria | blast name | 543 | enterobacteria | enterobacteria | genbank common name | 543 | gamma-3 proteobacteria | gamma-3 proteobacteria | in-part | 54304 | "Planktothrix" Anagnostidis & Komarek 1988 emend. Suda et al. 2002 | | authority | 54304 | Oscillatoria sect. Prolificae | | synonym | 54304 | Oscillatoria sect. Prolificae Gomont, 1892 | | authority | 54304 | Planktothrix | | scientific name | 54304 | Planktothrix Anagnostidis & Komarek 1988 emend. Gaget et al. 2015 | | authority | 54304 | Planktothrix Anagnostidis & Komarek, 1988 | | authority | 54304 | Planktothrix Anagnostidis & Komarek, 1988 emend. Wang & Li, 2013 | | authority | 54308 | Pleurocapsa minor | | scientific name | 54308 | Pleurocapsa minor Hansgirg, 1891 | | authority | 54318 | Etheostoma | Etheostoma | scientific name | 543314 | "Anaerovoracaceae" Burton et al. 2020 | | authority | 543314 | Anaerovoracaceae | | scientific name | 543314 | Anaerovoracaceae Chuvochina et al. 2024 | | synonym | 543314 | Clostridiales Family XIII. Incertae Sedis | | equivalent name | 543314 | Eubacteriales Family XIII. Incertae Sedis | | synonym | 543639 | Dermacentor silvarum | | scientific name | 543639 | Dermacentor silvarum Olenev, 1931 | | authority | 54375 | Otidae | | synonym | 54375 | Otididae | | scientific name | 54375 | bustards | | genbank common name | 54376 | Ardeotis | | scientific name | 543769 | Rhizaria | | scientific name | 543769 | Rhizaria Cavalier-Smith, 2002 | | authority | 543769 | rhizarians | rhizarians | blast name | 543769 | rhizarians | rhizarians | genbank common name | 54378 | Cariamidae | | scientific name | 54378 | seriemas | | genbank common name | 54379 | Cariama | | scientific name | 54380 | Cariama cristata | | scientific name | 54380 | Cariama cristata (Linnaeus, 1766) | | authority | 54380 | Palamedea cristata | | synonym | 54380 | Palamedea cristata Linnaeus, 1766 | | authority | 54380 | Red-legged seriema | | genbank common name | 54388 | "Bacterium paratyphi typhus A" Brion and Kaiser 1902 | | authority | 54388 | "Bacterium paratyphi" Kaiser 1902 | | authority | 54388 | "Salmonella paratyphi" (Kaiser 1902) Castellani and Chalmers 1919 | | authority | 54388 | "Salmonella paratyphi-A" (Brion and Kaiser 1902) Castellani and Chalmers 1919 | | synonym | 54388 | Bacterium paratyphi | | synonym | 54388 | Bacterium paratyphi typhus A | | synonym | 54388 | Salmonella choleraesuis choleraesuis (serotype paratyphi A) | | synonym | 54388 | Salmonella choleraesuis subsp. choleraesuis serovar Paratyphi A | | synonym | 54388 | Salmonella enterica subsp. enterica serovar Paratyphi A | | scientific name | 54388 | Salmonella paratyphi | | synonym | 54388 | Salmonella paratyphi (ex Kayser 1902) Ezaki et al. 2000 | | authority | 54388 | Salmonella paratyphi A | | synonym | 54388 | Salmonella paratyphi-a | | synonym | 54393 | unclassified Moraxellaceae | | scientific name | 544 | Citrobacter | | scientific name | 544 | Citrobacter Werkman and Gillen 1932 (Approved Lists 1980) | | authority | 544 | Levinea | | synonym | 544 | Levinea Young et al. 1971 (Approved Lists 1980) | | authority | 54409 | Pelagomonadales | | scientific name | 54409 | Pelagomonadales Andersen & Saunders 1993 | | authority | 544447 | unclassified Erysipelotrichaceae | | scientific name | 544448 | "Mollicutaeota" Oren et al. 2015 | | synonym | 544448 | "Mollicutota" Whitman et al. 2018 | | authority | 544448 | "Tenericutes" Murray 1984 | | synonym | 544448 | Mollicutota | | synonym | 544448 | Mycoplasmatota | | scientific name | 544448 | Mycoplasmatota corrig. Murray 2021 | | authority | 544448 | Tenericutes | | equivalent name | 544580 | Actinomyces naeslundii genospecies 2 | | synonym | 544580 | Actinomyces oris | | scientific name | 544580 | Actinomyces oris Henssge et al. 2009 | | authority | 544645 | Butyricimonas virosa | | scientific name | 544645 | Butyricimonas virosa Sakamoto et al. 2009 | | authority | 544645 | Butyricimonas virosa Sakamoto et al. 2009 emend. Hahnke et al. 2016 | | authority | 544645 | Butyricimonas virosa Sakamoto et al. 2009 emend. Le Roy et al. 2019 | | authority | 544645 | Butyricimonas virosa Sakamoto et al. 2009 emend. Sakamoto et al. 2014 | | authority | 544645 | Porphyromonadaceae bacterium JCM 15149 | | includes | 545 | "Aerobacter diversum" (sic) Burkey 1928 | | authority | 545 | Aerobacter diversum | | synonym | 545 | Citrobacter diversum | | synonym | 545 | Citrobacter diversum (sic) (Burkey 1928) Werkman and Gillen 1932 | | authority | 545 | Citrobacter diversus | | synonym | 545 | Citrobacter diversus (Burkey 1928) Werkman and Gillen 1932 | | authority | 545 | Citrobacter intermedius biogroup b | | synonym | 545 | Citrobacter koseri | | scientific name | 545 | Citrobacter koseri Frederiksen 1970 (Approved Lists 1980) | | authority | 545 | Levinea malonatica | | synonym | 545 | Levinea malonatica Young et al. 1971 (Approved Lists 1980) | | authority | 54526 | "Candidatus Pelagibacterales" Grote et al. 2012 | | authority | 54526 | Candidatus Pelagibacterales | | scientific name | 54526 | Pelagibacterales | | equivalent name | 54526 | SAR11 cluster | | includes | 545366 | Hyposmocoma | | scientific name | 545366 | Hyposmocoma Butler, 1881 | | authority | 5455 | Colletotrichum | | scientific name | 5455 | Colletotrichum Corda, 1831 | | authority | 5455 | Glomerella | Glomerella | synonym | 5455 | Glomerella Spauld. & H. Schrenk 1903 | | authority | 545632 | ananassae species complex | | scientific name | 54571 | Streptomyces venezuelae | | scientific name | 54571 | Streptomyces venezuelae Ehrlich et al. 1948 | | authority | 54571 | Streptomyces venezuelae Ehrlich et al. 1948 emend. Nouioui et al. 2018 | | authority | 54571 | Streptomyces venezuelae subsp. venezuelae | | includes | 54571 | Streptomyces venezuelensis | | equivalent name | 54584 | Microcotylidae | | scientific name | 54588 | Polystomatidae | | scientific name | 546 | "Bacterium freundii" Braak 1928 | | authority | 546 | "Escherichia freundii" (Braak 1928) Yale 1939 | | authority | 546 | "Salmonella ballerup" Kauffmann and Mller 1940 | | authority | 546 | "Salmonella hormaechei" Monteverde 1944 | | authority | 546 | Bacterium freundii | | synonym | 546 | Citrobacter ballerupensis | | synonym | 546 | Citrobacter freundii | | scientific name | 546 | Citrobacter freundii (Braak 1928) Werkman and Gillen 1932 | | authority | 546 | Citrobacter sp. HPC1276 | | includes | 546 | Citrobacter sp. KDS 3 | | includes | 546 | Escherichia freundii | | synonym | 546 | Salmonella ballerup | | synonym | 546 | Salmonella hormaechei | | synonym | 546 | the Ballerup group of bacteria | | synonym | 546 | the Bethesda group of bacteria | | synonym | 54602 | Macaca thibetana | | scientific name | 54602 | Macacus thibetanus | | synonym | 54602 | Macacus thibetanus Milne-Edwards, 1870 | | authority | 54602 | Pere David's macaque | | genbank common name | 546342 | Staphylococcus aureus subsp. aureus JKD6008 | | equivalent name | 546342 | Staphylococcus aureus subsp. aureus str. JKD6008 | | scientific name | 546342 | Staphylococcus aureus subsp. aureus strain JKD6008 | | equivalent name | 546364 | Amycolatopsis australiensis | | scientific name | 546364 | Amycolatopsis australiensis Tan et al. 2006 | | authority | 546364 | Amycolatopsis sp. GY048 | | includes | 546364 | Amycolatopsis sp. GY049 | | includes | 546364 | Amycolatopsis sp. GY056 | | includes | 546364 | Amycolatopsis sp. GY064 | | includes | 546364 | Amycolatopsis sp. GY269 | | includes | 546364 | Amycolatopsis sp. GY276 | | includes | 546364 | Amycolatopsis sp. GY286 | | includes | 5465 | Colletotrichum orbiculare | | scientific name | 5465 | Colletotrichum orbiculare Damm, P.F. Cannon & Crous, 2015 | | authority | 5465 | Glomerella cingulata var. orbiculare | | synonym | 547 | "Aerobacter" Hormaeche and Edwards 1958 | | synonym | 547 | "Cloaca" Castellani and Chalmers 1919 | | authority | 547 | Cloaca | | synonym | 547 | Enterobacter | | scientific name | 547 | Enterobacter Hormaeche and Edwards 1960 (Approved Lists 1980) emend. Brady et al. 2013 | | authority | 547163 | Mycobacterium sp. ACS3670 | | includes | 547163 | Mycobacterium sp. ACS4093 | | includes | 547163 | Mycobacterium sp. ACS5020 | | includes | 547163 | Mycobacterium sp. ICS2043 | | includes | 547163 | Mycobacterium sp. NLA000700772 | | includes | 547163 | Mycobacterium sp. NLA009601918 | | includes | 547163 | Mycobacterium vulneris van Ingen et al. 2009 | | synonym | 547163 | Mycolicibacterium vulneris | | scientific name | 547163 | Mycolicibacterium vulneris (van Ingen et al. 2009) Gupta et al. 2018 | | authority | 54736 | Salmonella bongori | | scientific name | 54736 | Salmonella bongori (Le Minor et al. 1985) Reeves et al. 1989 | | authority | 54736 | Salmonella cholerae-suis subsp. bongori | | synonym | 54736 | Salmonella choleraesuis subsp. bongori | | synonym | 54736 | Salmonella choleraesuis subsp. bongori Le Minor et al. 1985 | | authority | 54736 | Salmonella enterica V | | synonym | 54736 | Salmonella enterica subsp. V | | synonym | 54736 | Salmonella enterica subsp. bongori | | synonym | 54736 | Salmonella enterica subsp. bongori (Le Minor et al. 1985) Le Minor and Popoff 1987 | | authority | 5475 | Candida | | scientific name | 5475 | Candida Berkhout, 1923 | | authority | 5475 | Torulopsis | | synonym | 5475 | Torulopsis Berl., 1894 | | authority | 5476 | Candida albicans | | scientific name | 5476 | Candida albicans (C.P. Robin) Berkhout, 1923 | | authority | 5476 | Candida albicans var. stellatoidea | | synonym | 5476 | Candida albicans var. stellatoidea (C.P. Jones & D.S. Martin) Diddens & Lodder, 1942 | | authority | 5476 | Candida stellatoidea | | synonym | 5476 | Candida stellatoidea (C.P. Jones & D.S. Martin) Langeron & Guerra, 1939 | | authority | 5476 | Candida stellatoidea type I | | includes | 5476 | Dematium albicans | | synonym | 5476 | Dematium albicans (C.P. Robin) E. Laurent, 1889 | | authority | 5476 | Endomyces albicans | | synonym | 5476 | Endomyces albicans Johan-Olsen, 1897 | | authority | 5476 | Monilia albicans | | synonym | 5476 | Monilia albicans (C.P. Robin) Zopf, 1890 | | authority | 5476 | Monilia stellatoidea | | synonym | 5476 | Monilia stellatoidea C.P. Jones & D.S. Martin, 1938 | | authority | 5476 | Myceloblastanon albicans | | synonym | 5476 | Myceloblastanon albicans (C.P. Robin) M. Ota, 1927 | | authority | 5476 | Mycotorula albicans | | synonym | 5476 | Mycotorula albicans (C.P. Robin) Langeron & Talice, 1932 | | authority | 5476 | Oidium albicans | | synonym | 5476 | Oidium albicans C.P. Robin, 1853 | | authority | 5476 | Parasaccharomyces albicans | | synonym | 5476 | Parasaccharomyces albicans (C.P. Robin) Mello & L.G. Fern., 1918 | | authority | 5476 | Procandida albicans | | synonym | 5476 | Procandida albicans (C.P. Robin) E.K. Novak & Zsolt, 1961 | | authority | 5476 | Procandida stellatoidea | | synonym | 5476 | Procandida stellatoidea (C.P. Jones & D.S. Martin) E.K. Novak & Zsolt, 1961 | | authority | 5476 | Saccharomyces albicans | | synonym | 5476 | Saccharomyces albicans (C.P. Robin) Reess, 1877 | | authority | 5476 | Syringospora albicans | | synonym | 5476 | Syringospora albicans (C.P. Robin) C.W. Dodge, 1935 | | authority | 5478 | Candida glabrata | | synonym | 5478 | Candida glabrata (H.W. Anderson) S.A. Mey. & Yarrow, 1978 | | authority | 5478 | Cryptococcus glabratus | | synonym | 5478 | Cryptococcus glabratus H.W. Anderson, 1917 | | authority | 5478 | Nakaseomyces glabratus | | scientific name | 5478 | Nakaseomyces glabratus (H. W. Anderson) Sugita & Takashima, 2022 | | authority | 5478 | Torulopsis glabrata | | synonym | 548 | "Aerobacter aerogenes" Hormaeche and Edwards 1958 | | authority | 548 | Aerobacter aerogenes | | synonym | 548 | Enterobacter aerogenes | | synonym | 548 | Enterobacter aerogenes Hormaeche and Edwards 1960 | | authority | 548 | Klebsiella aerogenes | | scientific name | 548 | Klebsiella aerogenes (Hormaeche and Edwards 1960) Tindall et al. 2017 | | authority | 548 | Klebsiella mobilis | | synonym | 548 | Klebsiella mobilis Bascomb et al. 1971 | | authority | 5481 | Azymocandida rugosa | | synonym | 5481 | Azymocandida rugosa (H.W. Anderson) E.K. Novak & Zsolt, 1961 | | authority | 5481 | Candida rugosa (H.W. Anderson) Diddens & Lodder, 1942 | | synonym | 5481 | Candida rugosa strain | | includes | 5481 | Diutina rugosa | | scientific name | 5481 | Diutina rugosa (H.W. Anderson) Khunnamw., Jindam., Limtong & Lachance, 2015 | | authority | 5481 | Mycoderma rugosum H.W. Anderson, 1917 | | synonym | 548478 | Corynebacterium glucuronolyticum ATCC 51866 | | scientific name | 548478 | Corynebacterium glucuronolyticum str. ATCC 51866 | | equivalent name | 548478 | Corynebacterium glucuronolyticum strain ATCC 51866 | | equivalent name | 548480 | Bifidobacterium longum subsp. longum ATCC 55813 | | scientific name | 548480 | Bifidobacterium longum subsp. longum str. ATCC 55813 | | equivalent name | 548480 | Bifidobacterium longum subsp. longum strain ATCC 55813 | | equivalent name | 5486 | Candida lodderae | | synonym | 5486 | Candida viswanathii | | scientific name | 5486 | Candida viswanathii Viswanathan & H.S. Randhawa ex R.S. Sandhu & H.S. Randhawa, 1962 | | authority | 548681 | Herpesvirales | | scientific name | 548688 | Percavirus | | scientific name | 548904 | unclassified Parvularculaceae | | scientific name | 549 | "Bacillus milletiae" Kawakami and Yoshida 1920 | | authority | 549 | "Bacterium herbicola" Geilinger 1921 | | authority | 549 | "Bacterium herbicola" Lohnis 1911 | | authority | 549 | "Pseudomonas herbicola" (Geilinger 1921) de'Rossi 1927 | | authority | 549 | Bacillus milletiae | | synonym | 549 | Bacterium herbicola | | synonym | 549 | Enterobacter agglomerans | | synonym | 549 | Enterobacter agglomerans (Beijerinck 1888) Ewing and Fife 1972 (Approved Lists 1980) emend. Beji et al. 1988 | | authority | 549 | Erwinia herbicola | | synonym | 549 | Erwinia herbicola (Lohnis 1911) Dye 1964 | | authority | 549 | Erwinia milletiae | | synonym | 549 | Erwinia milletiae (Kawakami and Yoshida 1920) Magrou 1937 (Approved Lists 1980) | | authority | 549 | Pantoea agglomerans | | scientific name | 549 | Pantoea agglomerans (Beijerinck 1888) Gavini et al. 1989 | | authority | 549 | Pantoea herbicola | | synonym | 549 | Pantoea sp. ATCC 29923 | | includes | 549 | Pantoea sp. SL1_M5 | | includes | 549 | Pseudomonas herbicola | | synonym | 549 | bacterium G33-1 | | includes | 54906 | Albuliformes | | scientific name | 54906 | bonefishes | bonefishes | genbank common name | 54907 | Albulidae | | scientific name | 54907 | bonefishes | bonefishes | genbank common name | 54908 | Albula | | scientific name | 54954 | Telopea | | scientific name | 54954 | Telopea R.Br. | | authority | 54955 | Telopea speciosissima | | scientific name | 54955 | Telopea speciosissima R.Br., 1810 | | authority | 54973 | Ampullariidae | | scientific name | 549779 | Mimiviridae | | scientific name | 55 | "Haploangium" (ex Peterson 1959) Reichenbach 2005 | | authority | 55 | "Haploangium" Peterson 1959 | | authority | 55 | Haploangium | | synonym | 55 | Haploangium (ex Peterson 1959) | | synonym | 55 | Polyangium | Polyangium | scientific name | 55 | Polyangium Link 1809 (Approved Lists 1980) | | authority | 550 | "Aerobacter cloacae" (Jordan 1890) Bergey et al. 1923 | | authority | 550 | "Aerobacter cloacae" (Jordan 1890) Hormaeche and Edwards 1958 | | authority | 550 | "Bacillus cloacae" Jordan 1890 | | authority | 550 | "Bacterium cloacae" (Jordan 1890) Lehmann and Neumann 1896 | | authority | 550 | "Cloaca cloacae" (Jordan 1890) Castellani and Chalmers 1919 | | authority | 550 | 'Enterobacter hormaechei subsp. grimontii' | | includes | 550 | Achromobacter sp. ATCC13047 | | includes | 550 | Aerobacter cloacae | | synonym | 550 | Bacillus cloacae | | synonym | 550 | Bacterium cloacae | | synonym | 550 | Cloaca cloacae | | synonym | 550 | Enterobacter cloacae | | scientific name | 550 | Enterobacter cloacae (Jordan 1890) Hormaeche and Edwards 1960 | | authority | 550 | Enterobacter hormaechei subsp. grimontii | | includes | 550 | Enterobacter sp. DIV140 | | includes | 550 | Enterobacter sp. DIV160 | | includes | 550 | Enterobacter sp. DIV167 | | includes | 550 | Enterobacter sp. ES-2 | | includes | 550 | Enterobacter sp. JS08.Deg01 | | includes | 550 | Enterobacter sp. NCIM 2164 | | includes | 550 | Enterobacter sp. PX-A-E.1 | | includes | 550 | Klebsiella sp. SBP-8 | | includes | 5500 | Coccidioides | | scientific name | 5500 | Coccidioides C.W. Stiles, 1896 | | authority | 55007 | Peltospiridae | | scientific name | 5502 | Curvularia | | scientific name | 5502 | Curvularia Boedijn, 1933 | | authority | 550537 | Salmonella enterica subsp. enterica serovar Enteritidis str. P125109 | | scientific name | 550537 | Salmonella enterica subsp. enterica serovar Enteritidis strain P125109 | | equivalent name | 5506 | Albonectria | | synonym | 5506 | Albonectria Rossman & Samuels, 1999 | | authority | 5506 | Bisifusarium | | synonym | 5506 | Bisifusarium L. Lombard, Crous & W. Gams, 2015 | | authority | 5506 | Cyanonectria | | synonym | 5506 | Cyanonectria Samuels & P. Chaverri, 2009 | | authority | 5506 | Fusarium | | scientific name | 5506 | Fusarium Link, 1809 | | authority | 5506 | Fusarium sect. Setofusarium | | synonym | 5506 | Fusarium sect. Setofusarium Nirenberg & Samuels, 1989 | | authority | 5506 | Fusisporium | | synonym | 5506 | Fusisporium Link, 1809 | | authority | 5506 | Geejayessia | | synonym | 5506 | Geejayessia Schroers, Grafenhan & Seifert, 2011 | | authority | 5506 | Gibberella | | synonym | 5506 | Gibberella Sacc., 1877 | | authority | 5506 | Haematonectria | | synonym | 5506 | Haematonectria Samuels & Nirenberg, 1999 | | authority | 5506 | Luteonectria | | synonym | 5506 | Luteonectria Sand.-Den., L. Lombard, Schroers & Rossman, 2021 | | authority | 5506 | Neocosmospora | | synonym | 5506 | Neocosmospora E.F. Sm., 1899 | | authority | 5506 | Nothofusarium | | synonym | 5506 | Nothofusarium Crous, Sand.-Den. & L. Lombard, 2021 | | authority | 5506 | Rectifusarium | | synonym | 5506 | Rectifusarium L. Lombard, Crous & W. Gams, 2015 | | authority | 5506 | Setofusarium | | synonym | 5506 | Setofusarium (Nirenberg & Samuels) Crous & Sand.-Den., 2021 | | authority | 5507 | Fusarium oxysporum | | scientific name | 5507 | Fusarium oxysporum Schltdl., 1824 | | synonym | 5507 | Fusarium sp. Fox56 | | includes | 5507 | Fusarium sp. Fox59 | | includes | 5507 | Fusarium sp. GIFUUTR5 | | includes | 5507 | Fusarium sp. PDBC NPFu1 | | includes | 5507 | Fusarium sp. PDBC NPFu2 | | includes | 5507 | Fusarium sp. PDBC NPFu3 | | includes | 5507 | Trichoderma sp. CDR2P2F1 | | includes | 5507 | fungal sp. ZZF51 | | includes | 550727 | Pseudomonas sp. W15Feb34 | | scientific name | 55079 | Aneurinibacillus | | scientific name | 55079 | Aneurinibacillus Shida et al. 1996 emend. Heyndrickx et al. 1997 | | authority | 55079 | Aneurinibacillus Shida et al. 1996 emend. Lee et al. 2014 | | authority | 55080 | Bacillus brevis group | | synonym | 55080 | Brevibacillus | | scientific name | 55080 | Brevibacillus Shida et al. 1996 | | authority | 55080 | rRNA group 4 bacilli | | synonym | 550984 | Halomonas sp. HAL1 | | scientific name | 551 | Erwinia | | scientific name | 551 | Erwinia Winslow et al. 1920 (Approved Lists 1980) emend. Hauben et al. 1999 | | authority | 55118 | Clupeidae | | scientific name | 55118 | Sundaland noodlefishes | | common name | 55118 | Sundasalangidae | | synonym | 55118 | herrings | | genbank common name | 55119 | Alosinae | | scientific name | 55119 | menhadens | | common name | 55119 | shads | | genbank common name | 551459 | Chryseobacterium piscicola | | scientific name | 551459 | Chryseobacterium piscicola Ilardi et al. 2009 | | authority | 551459 | Chryseobacterium piscicola Ilardi et al. 2009 emend. Chhetri et al. 2021 | | authority | 551459 | Chryseobacterium sp. VQ-106r | | includes | 551459 | Chryseobacterium sp. VQ-4836s | | includes | 551459 | Chryseobacterium sp. VQ-6316s | | includes | 55153 | Sciuridae | | scientific name | 55169 | Botryosphaeria dothidea | | scientific name | 55169 | Botryosphaeria dothidea (Moug. ex Fr.) Ces. & De Not., 1863 | | authority | 55169 | Caumadothis dothidea | | synonym | 55169 | Dothiorella berengeriana | | synonym | 55169 | Fusicoccum aesculi | | synonym | 55169 | Sphaeria dothidea | | synonym | 55169 | Sphaeria dothidea Moug. ex Fr., 1823 | | authority | 5518 | Fusarium graminearum | | scientific name | 5518 | Fusarium graminearum Schwabe, 1839 | | authority | 5518 | Gibberella zeae | | synonym | 5518 | Gibberella zeae (Schwein.) Petch, 1936 | | synonym | 5518 | Sphaeria zeae | | synonym | 5518 | Sphaeria zeae Schwein., 1822 | | authority | 551936 | Bradyrhizobium sp. STM 3809 | | scientific name | 551936 | Bradyrhizobium sp. STM3809 | | equivalent name | 55208 | Erwinia carotovora subsp. wasabiae | | synonym | 55208 | Erwinia carotovora subsp. wasabiae Goto and Matsumoto 1987 | | authority | 55208 | Erwinia carotovora wasabiae | | synonym | 55208 | Pectobacterium carotovorum subsp. wasabiae | | synonym | 55208 | Pectobacterium carotovorum subsp. wasabiae (Goto and Matsumoto 1987) Hauben et al. 1999 | | authority | 55208 | Pectobacterium wasabiae | | scientific name | 55208 | Pectobacterium wasabiae (Goto and Matsumoto 1987) Gardan et al. 2003 | | authority | 55209 | "Bacillus cypripedii" Hori 1911 | | authority | 55209 | "Erwinia carotovora var. cypripedii" (Hori 1911) Dye 1969 | | authority | 55209 | Bacillus cypripedii | | synonym | 55209 | Erwinia carotovora var. cypripedii | | synonym | 55209 | Erwinia cypripedii | | synonym | 55209 | Erwinia cypripedii (Hori 1911) Bergey et al. 1923 (Approved Lists 1980) | | authority | 55209 | Erwinia cyrpipedii | | synonym | 55209 | Pantoea cypripedii | | scientific name | 55209 | Pantoea cypripedii (Hori 1911) Brady et al. 2010 | | authority | 55209 | Pectobacterium cypripedii | | synonym | 55209 | Pectobacterium cypripedii (Hori 1911) Brenner et al. 1973 (Approved Lists 1980) emend. Hauben et al. 1999 | | authority | 552397 | Oscillospiraceae incertae sedis | | scientific name | 55291 | Polypterus senegalus | | scientific name | 55291 | Polypterus senegalus Cuvier, 1829 | | authority | 55291 | gray bichir | gray bichir | genbank common name | 553 | "Bacillus ananas" Serrano 1928 | | authority | 553 | "Bacterium ananas" (Serrano 1928) Burgwitz 1935 | | authority | 553 | "Erwinia herbicola var. ananas" (Serrano 1928) Dye 1969 | | authority | 553 | "Pectobacterium ananas" (Serrano 1928) Patel and Kulkarni 1951 | | authority | 553 | "Xanthomonas uredovorus" (sic) Pon et al. 1954 | | authority | 553 | Bacillus ananas | | synonym | 553 | Bacterium ananas | | synonym | 553 | Erwinia ananas | | synonym | 553 | Erwinia ananatis | | synonym | 553 | Erwinia ananatis corrig. Serrano 1928 (Approved Lists 1980) | | authority | 553 | Erwinia ananus | | synonym | 553 | Erwinia herbicola var. ananas | | synonym | 553 | Erwinia uredovora | | synonym | 553 | Erwinia uredovora (Pon et al. 1954) Dye 1963 (Approved Lists 1980) | | authority | 553 | Pantoea ananas | | synonym | 553 | Pantoea ananatis | | scientific name | 553 | Pantoea ananatis corrig. (Serrano 1928) Mergaert et al. 1993 | | authority | 553 | Pantoea sp. NnB2 | | includes | 553 | Pectobacterium ananas | | synonym | 553 | Xanthomonas uredovorus | | synonym | 553190 | Gardnerella vaginalis 409-05 | | scientific name | 553190 | Gardnerella vaginalis str. 409-05 | | equivalent name | 553190 | Gardnerella vaginalis strain 409-05 | | equivalent name | 553239 | Vibrio breoganii | | scientific name | 553239 | Vibrio breoganii Beaz Hidalgo et al. 2009 | | authority | 553239 | Vibrio sp. C 5.5 | | includes | 553239 | Vibrio sp. CECT 7222 | | includes | 553239 | Vibrio sp. CMJ 13.7 | | includes | 553239 | Vibrio sp. LMG 23858 | | includes | 553239 | Vibrio sp. LMG 24484 | | includes | 553239 | Vibrio sp. VB 16.3 | | includes | 5533 | Rhodosporidium | | synonym | 5533 | Rhodosporidium I. Banno, 1967 | | authority | 5533 | Rhodotorula | | scientific name | 5533 | Rhodotorula F.C. Harrison, 1927 | | authority | 55339 | Amylostereum | | scientific name | 55339 | Amylostereum Boidin, 1958 | | authority | 55340 | Amylostereum chailletii | | scientific name | 55340 | Amylostereum chailletii (Pers.) Boidin, 1958 | | authority | 55340 | Thelephora chailletii | | synonym | 55340 | Thelephora chailletii Pers., 1822 | | authority | 553468 | Haladaptatus litoreus | | scientific name | 553468 | Haladaptatus litoreus Cui et al. 2010 | | authority | 553468 | Haladaptatus sp. RO1-22 | | includes | 553468 | Haladaptatus sp. RO1-28 | | includes | 553611 | Photobacterium leiognathi | | scientific name | 553611 | Photobacterium leiognathi Boisvert et al. 1967 | | authority | 553611 | Photobacterium sp. CMB_001 | | includes | 553630 | Sesbanieae | | scientific name | 553630 | Sesbanieae Hutch., 1964 | | authority | 5538 | Scytalidium | | scientific name | 5538 | Scytalidium Pesante, 1957 | | authority | 553981 | "Candidatus Nitrosacidicoccus tergens" corrig. Picone et al. 2021 | | authority | 553981 | "Candidatus Nitrosacidococcus tergens" Picone et al. 2021 | | authority | 553981 | Candidatus Nitrosacidicoccus tergens | | scientific name | 553981 | Candidatus Nitrosacidococcus tergens | | synonym | 553981 | Chromatiaceae bacterium RJ19 | | includes | 553981 | Chromatiaceae bacterium RW | | includes | 553981 | Nitrosacidicoccus tergens | | equivalent name | 553981 | Nitrosacidococcus tergens | | equivalent name | 554 | "Bacillus carotovorus" Jones 1901 | | authority | 554 | "Bacterium carotovorum" (Jones 1901) Lehmann and Neumann 1927 | | authority | 554 | Bacillus carotovorus | | synonym | 554 | Bacterium carotovorum | | synonym | 554 | Erwinia carotovora | | synonym | 554 | Erwinia carotovora (Jones 1901) Bergey et al. 1923 (Approved Lists 1980) | | authority | 554 | Pectobacterium carotovorum | | scientific name | 554 | Pectobacterium carotovorum (Jones 1901) Waldee 1945 (Approved Lists 1980) emend. Gardan et al. 2003 | | authority | 554 | Pectobacterium carotovorum (Jones 1901) Waldee 1945 (Approved Lists 1980) emend. Hauben et al. 1999 | | authority | 554 | Pectobacterium carotovorum (Jones 1901) Waldee 1945 (Approved Lists 1980) emend. Portier et al. 2019 | | authority | 554132 | Thiomonas sp. CB3 | | scientific name | 554290 | Salmonella enterica subsp. enterica serovar Paratyphi A str. AKU_12601 | | scientific name | 554290 | Salmonella enterica subsp. enterica serovar Paratyphi A strain AKU_12601 | | equivalent name | 554296 | Apusozoa | | scientific name | 554296 | Apusozoa Cavalier-Smith 1997 | | authority | 5543 | Aphysiostroma | | synonym | 5543 | Aphysiostroma Barrasa, A.T. Martinez & G. Moreno, 1986 | | authority | 5543 | Chromocrea | | synonym | 5543 | Creopus | | synonym | 5543 | Hypocrea | | synonym | 5543 | Pseudohypocrea | | synonym | 5543 | Sarawakus | | synonym | 5543 | Trichoderma | | scientific name | 554406 | Leptotrichia hongkongensis | | scientific name | 554406 | Leptotrichia hongkongensis Woo et al. 2011 | | authority | 554406 | Leptotrichia sp. HKU24 | | includes | 555 | "Erwinia aroideae" (Townsend) Holland | | authority | 555 | Erwinia aroideae | | synonym | 555 | Erwinia carotovora carotovora | | synonym | 555 | Erwinia carotovora subsp. carotovora | | synonym | 555 | Erwinia carotovora subsp. carotovora (Jones 1901) Bergey et al. 1923 (Approved lists 1980) | | authority | 555 | Pectobacterium carotovorum subsp. carotovorum | | scientific name | 555 | Pectobacterium carotovorum subsp. carotovorum (Jones 1901) Hauben et al. 1999 | | authority | 555 | Pectobacterium carotovorum subsp. carotovorum (Jones 1901) Hauben et al. 1999 emend. Gardan et al. 2003 | | authority | 5550 | Bodinia | | synonym | 5550 | Bodinia M. Ota & Langeron, 1923 | | authority | 5550 | Grubyella | | synonym | 5550 | Grubyella M. Ota & Langeron, 1923 | | authority | 5550 | Trichophyton | | scientific name | 5550 | Trichophyton Malmsten, 1848 | | authority | 555059 | Streptomyces sedi | | scientific name | 555059 | Streptomyces sedi Li et al. 2009 | | authority | 555059 | Streptomyces sp. YIM 65188 | | includes | 55506 | Schwartzia | Schwartzia | scientific name | 55506 | Schwartzia van Gylswyk et al. 1997 | | authority | 55508 | Janthinobacterium agaricidamnosum | | scientific name | 55508 | Janthinobacterium agaricidamnosum Lincoln et al. 1999 | | authority | 55512 | Pistacia | | scientific name | 55512 | Pistacia L. | | authority | 55513 | Pistacia vera | | scientific name | 55513 | Pistacia vera L., 1753 | | authority | 55513 | pistachio | | common name | 555315 | Ensifer canadensis | | scientific name | 555315 | Ensifer canadensis Bromfield et al. 2023 | | authority | 555315 | Ensifer sp. T173 | | includes | 555512 | Citreicella manganoxidans Rajasabapathy et al. 2016 | | synonym | 555512 | Citreicella marina | | synonym | 555512 | Citreicella marina Lai et al. 2011 | | authority | 555512 | Citreicella sp. CK-I3-6 | | includes | 555512 | Citreicella sp. VSW210 | | includes | 555512 | Roseobacter sp. CK-I3-6 | | includes | 555512 | Salipiger manganoxidans | | synonym | 555512 | Salipiger manganoxidans (Rajasabapathy et al. 2016) Wirth and Whitman 2018 | | authority | 555512 | Salipiger marinus | | scientific name | 555512 | Salipiger marinus (Lai et al. 2011) Wirth and Whitman 2018 | | authority | 55571 | Dioscorea alata | | scientific name | 55571 | Dioscorea alata L., 1753 | | authority | 55571 | Guyana arrowroot | | common name | 55571 | greater yam | | common name | 55571 | name-de-agua | | common name | 55571 | purple yam | | genbank common name | 55571 | ten-months yam | | common name | 55571 | water yam | | common name | 55571 | winged yam | | common name | 556 | "Pectobacterium parthenii" Hellmers 1958 | | authority | 556 | Dickeya chrysanthemi | | scientific name | 556 | Dickeya chrysanthemi (Burkholder et al. 1953) Samson et al. 2005 | | authority | 556 | Dickeya sp. DSM 30177 | | includes | 556 | Dickeya sp. DSM 30179 | | includes | 556 | Dickeya sp. L11 | | includes | 556 | Erwinia chrysanthemi | | synonym | 556 | Erwinia chrysanthemi Burkholder et al. 1953 (Approved Lists 1980) | | authority | 556 | Pectobacterium chrysanthemi | | synonym | 556 | Pectobacterium chrysanthemi (Burkholder et al. 1953) Brenner et al. 1973 (Approved Lists 1980) | | authority | 556 | Pectobacterium chrysanthemi (Burkholder et al. 1953) Brenner et al. 1973 (Approved Lists 1980) emend. Hauben et al. 1998 | | authority | 556 | Pectobacterium parthenii | | synonym | 556 | Pectobacterium parthenii var. dianthicola | | synonym | 55601 | "Achromobacter ichthyodermis" Wells and ZoBell 1934 | | authority | 55601 | "Pseudomonas ichthyodermis" (Wells and ZoBell 1934) ZoBell and Upham 1944 | | authority | 55601 | "Vibrio ichthyodermis" (Wells and ZoBell 1934) Shewan et al. 1960 | | authority | 55601 | "Vibrio piscium var. japonicus" Hoshina 1957 | | authority | 55601 | "Vibrio piscium" David 1927 | | authority | 55601 | Achromobacter ichthyodermis | | synonym | 55601 | Listonella anguillara | | synonym | 55601 | Listonella anguillarum | | synonym | 55601 | Listonella anguillarum corrig. (Bergeman 1909) MacDonell and Colwell 1986 | | authority | 55601 | Pseudomonas ichthyodermis | | synonym | 55601 | Vibrio anguillarum | | scientific name | 55601 | Vibrio anguillarum Bergeman 1909 (Approved Lists 1980) | | authority | 55601 | Vibrio ichthyodermis | | synonym | 55601 | Vibrio piscium | | synonym | 55601 | Vibrio piscium var. japonicus | | synonym | 55661 | Cuculus canorus | | scientific name | 55661 | Cuculus canorus Linnaeus, 1758 | | authority | 55661 | common cuckoo | | genbank common name | 557415 | Gobiesocinae | | scientific name | 557555 | Cohnella sp. MX15-2 | | includes | 557555 | Cohnella xylanilytica | | scientific name | 557555 | Cohnella xylanilytica Khianngam et al. 2010 | | authority | 5579 | Aureobasidium | | scientific name | 5579 | Aureobasidium Viala & G. Boyer, 1891 | | authority | 55799 | Carinoscapter | | synonym | 55799 | Diploscapter | | scientific name | 5580 | Aureobasidium pullulans | | scientific name | 5580 | Aureobasidium pullulans (de Bary & Lowenthal) G. Arnaud, 1918 | | synonym | 5580 | Aureobasidium pullulans subsp. pullulans | | synonym | 5580 | Aureobasidium pullulans var. pullulans | | synonym | 5580 | Dematium pullulans | | synonym | 5580 | Dematium pullulans de Bary & Lowenthal, 1884 | | authority | 5580 | Dothioraceae sp. A11211-4-57 | | includes | 55802 | Thermococcus barophilus | | scientific name | 55802 | Thermococcus barophilus Marteinsson et al. 1999 | | authority | 55805 | Maluridae | | scientific name | 55806 | Malurus | | scientific name | 5581 | Beauveria | | scientific name | 5581 | Beauveria Vuill., 1912 | | authority | 558170 | Salinicoccus carnicancri | | scientific name | 558170 | Salinicoccus carnicancri Jung et al. 2010 | | authority | 55824 | Hirudinea | | scientific name | 55824 | leeches | | genbank common name | 5583 | Exophiala | | scientific name | 5583 | Exophiala J.W. Carmich., 1966 | | authority | 5583 | Nadsoniella | | synonym | 5583 | Wangiella | | synonym | 558314 | Desulfurobacteriaceae | | scientific name | 558314 | Desulfurobacteriaceae L'Haridon et al. 2006 emend. Gupta and Lali 2013 | | authority | 558415 | Marinilabiliaceae | | scientific name | 558415 | Marinilabiliaceae Ludwig et al. 2012 | | authority | 558436 | Xylanibacter | | scientific name | 558436 | Xylanibacter Ueki et al. 2006 | | authority | 558436 | Xylanibacter Ueki et al. 2006 emend. Hitch et al. 2022 | | authority | 55867 | Scolytidae | | synonym | 55867 | Scolytinae | | scientific name | 55867 | ambrosia beetles | ambrosia beetles | common name | 55867 | bark beetles | | genbank common name | 558764 | Acanthostegomorpha | | synonym | 558764 | Anasca | | synonym | 558764 | Ascophora | Ascophora | synonym | 558764 | Cellulariomorpha | | synonym | 558764 | Cribriomorpha | | synonym | 558764 | Cryptocystomorpha | | synonym | 558764 | Flustrina | | scientific name | 558764 | Hippothoomorpha | | synonym | 558764 | Lepraliomorpha | | synonym | 558764 | Neocheilostomatina | | synonym | 558764 | Umbonulomorpha | | synonym | 55879 | Rhabditoidea | | scientific name | 55885 | Peloderinae | | scientific name | 559173 | Fructobacillus | | scientific name | 559173 | Fructobacillus Endo and Okada 2008 | | synonym | 559292 | Saccharomyces cerevisiae S288C | | scientific name | 55968 | Leucobacter | | scientific name | 55968 | Leucobacter Takeuchi et al. 1996 | | authority | 55968 | Leucobacter Takeuchi et al. 1996 emend. Hyun et al. 2021 | | authority | 55968 | Leucobacter Takeuchi et al. 1996 emend. Schumann and Pukall 2017 | | authority | 5598 | Alternaria | | scientific name | 5598 | Alternaria Nees, 1817 | | authority | 5598 | Macrospora | | synonym | 5598 | Macrospora Fuckel, 1870 | | authority | 5598 | Macrosporium | | synonym | 5598 | Macrosporium Fr., 1832 | | authority | 5598 | Ulocladium | | synonym | 5598 | Ulocladium Preuss, 1851 | | authority | 5599 | Alternaria alternata | | scientific name | 5599 | Alternaria alternata (Fr.) Keissl., 1912 | | authority | 5599 | Alternaria sp. AltIEIHBT | | includes | 5599 | Alternaria sp. Ao34 | | includes | 5599 | Alternaria sp. Ao41 | | includes | 5599 | Alternaria sp. JZ017 | | includes | 5599 | Alternaria sp. M2-2 | | includes | 5599 | Alternaria sp. XJU-1 | | includes | 5599 | Alternaria tenuis | | synonym | 5599 | Alternaria tenuis Nees, 1817 | | authority | 5599 | Torula alternata | | synonym | 5599 | Torula alternata Fr., 1832 | | authority | 56 | "Polyangium compositum" Thaxter 1904 | | authority | 56 | "Sorangium cellulosum" (Imshenetski and Solntseva 1936) Imshenetski and Solntseva 1937 | | authority | 56 | "Sorangium compositum" Jahn 1924 | | authority | 56 | "Sorangium compositum" Krzemieniewska and Krzemieniewski 1937 | | authority | 56 | "Sorangium nigrescens" Krzemieniewska and Krzemieniewski 1937 | | authority | 56 | "Sorangium nigrum" Krzemieniewska and Krzemieniewski 1937 | | authority | 56 | Polyangium cellulosum | | synonym | 56 | Polyangium cellulosum (ex Imshenetski and Solntseva 1936) Brockman 1989 | | authority | 56 | Polyangium compositum | | synonym | 56 | Sorangium cellulosum | | scientific name | 56 | Sorangium cellulosum (Brockman 1989) Reichenbach 2007 | | authority | 56 | Sorangium compositum | | synonym | 56 | Sorangium nigrescens | | synonym | 56 | Sorangium nigrum | | synonym | 56003 | Fritschiella | | scientific name | 56003 | Fritschiella Iyengar, 1932 | | authority | 56004 | Fritschiella tuberosa | | scientific name | 56004 | Fritschiella tuberosa M.O.P.Iyengar, 1932 | | authority | 560555 | Mycobacterium mantenii | | scientific name | 560555 | Mycobacterium mantenii van Ingen et al. 2009 | | authority | 560555 | Mycobacterium mantenii van Ingen et al. 2009 emend. Nouioui et al. 2018 | | authority | 560555 | Mycobacterium sp. E152 | | includes | 560555 | Mycobacterium sp. E2660 | | includes | 560555 | Mycobacterium sp. E3078 | | includes | 560555 | Mycobacterium sp. E3121 | | includes | 560555 | Mycobacterium sp. NLA000401474 | | includes | 560555 | Mycobacterium sp. NLA000800224 | | includes | 561 | Escherichia | | scientific name | 561 | Escherichia Castellani and Chalmers 1919 | | authority | 56106 | Cylindrospermum | | scientific name | 56106 | Cylindrospermum Kutzing ex Bornet and Flahault 1886 | | authority | 56112 | Dehalobacter | | scientific name | 56112 | Dehalobacter Holliger et al. 1998 | | authority | 561184 | Alkalimicrobium pacificum | | synonym | 561184 | Alkalimicrobium pacificum Zhang et al. 2015 | | authority | 561184 | Antarctobacter sp. JLT354-W | | includes | 561184 | Mameliella alba | | scientific name | 561184 | Mameliella alba Zheng et al. 2010 emend. Liu et al. 2018 | | authority | 561184 | Mameliella atlantica | | synonym | 561184 | Mameliella atlantica Xu et al. 2015 | | authority | 561184 | Mameliella phaeodactyli | | synonym | 561184 | Mameliella phaeodactyli Chen et al. 2015 | | authority | 561184 | Mameliella sp. L6M1-5 | | includes | 561184 | Ponticoccus lacteus | | synonym | 561184 | Ponticoccus lacteus Yang et al. 2015 | | authority | 561184 | Ponticoccus sp. UMTAT08 | | includes | 561184 | Rhodobacteraceae bacterium F15 | | includes | 561184 | Rhodobacteraceae bacterium KD53 | | includes | 561184 | Roseobacter sp. JL-351 | | includes | 561184 | proteobacterium JL351 | | includes | 56174 | Agaricus birnbaumii | | synonym | 56174 | Agaricus birnbaumii Corda, 1839 | | authority | 56174 | Leucocoprinus birnbaumii | | scientific name | 56174 | Leucocoprinus birnbaumii (Corda) Singer, 1962 | | authority | 561879 | Bacillus safensis | | scientific name | 561879 | Bacillus safensis Satomi et al. 2006 | | authority | 561879 | Bacillus sp. B7 | | includes | 561879 | Bacillus sp. MS11 | | includes | 561879 | Bacillus sp. SDF0016 | | includes | 561896 | Postia placenta Mad-698-R | | scientific name | 562 | "Bacillus coli" Migula 1895 | | authority | 562 | "Bacterium coli commune" Escherich 1885 | | authority | 562 | "Bacterium coli" (Migula 1895) Lehmann and Neumann 1896 | | authority | 562 | Achromobacter sp. ATCC 35328 | | includes | 562 | Bacillus coli | | synonym | 562 | Bacterium coli | | synonym | 562 | Bacterium coli commune | | synonym | 562 | E. coli | | common name | 562 | Enterococcus coli | | synonym | 562 | Escherichia coli | | scientific name | 562 | Escherichia coli (Migula 1895) Castellani and Chalmers 1919 (Approved Lists 1980) | | authority | 562 | Escherichia sp. 3_2_53FAA | | includes | 562 | Escherichia sp. MAR | | includes | 562 | Escherichia/Shigella coli | | equivalent name | 562 | bacterium 10a | | includes | 562 | bacterium E3 | | includes | 5624 | Collybia | | scientific name | 5624 | Collybia (Fr.) Staude, 1857 | | authority | 5624 | Leucocalocybe | | synonym | 5624 | Leucocalocybe X.D. Yu & Y.J. Yao, 2011 | | authority | 5624 | Microcollybia | | synonym | 56259 | Accipitridae | | scientific name | 56295 | Pteroclidae | | scientific name | 56296 | Pterocles | | scientific name | 562976 | Ascophora pulchra | | synonym | 562976 | Ascophora pulchra Preuss, 1851 | | authority | 562976 | Helicostylum pulchrum | | scientific name | 562976 | Helicostylum pulchrum (Preuss) Pidopl. & Milko, 1971 | | authority | 56308 | Trogoniformes | | scientific name | 56308 | trogons and quetzals | | genbank common name | 56309 | Trogonidae | | scientific name | 56310 | Trogon | | scientific name | 56311 | Trogon melanurus | | scientific name | 56311 | Trogon melanurus Swainson, 1838 | | authority | 56311 | black-tailed trogon | | genbank common name | 56312 | Tyto | | scientific name | 56313 | Schleiereule | | common name | 56313 | Strix alba | | synonym | 56313 | Strix alba Scopoli, 1769 | | authority | 56313 | Tyto alba | | scientific name | 56313 | Tyto alba (Scopoli, 1769) | | authority | 56313 | common barn owl | | genbank common name | 563192 | Bilophila wadsworthia 3_1_6 | | scientific name | 563192 | Bilophila wadsworthia str. 3_1_6 | | equivalent name | 563192 | Bilophila wadsworthia strain 3_1_6 | | equivalent name | 56326 | Cardinalis | | scientific name | 56361 | Blastobacter (sic) ursincola | | synonym | 56361 | Blastomonas ursincola | | scientific name | 56361 | Blastomonas ursincola (Yurkov et al. 1997) Hiraishi et al. 2000 | | authority | 56361 | Erythromonas ursincola Yurkov et al. 1997 | | synonym | 56361 | Sphingomonas ursincola | | synonym | 56361 | Sphingomonas ursincola (Yurkov et al. 1997) Yabuuchi et al. 1999 | | authority | 563798 | Cyclobacteriaceae | | scientific name | 563798 | Cyclobacteriaceae Nedashkovskaya and Ludwig 2012 | | authority | 563835 | Chitinophagaceae | | scientific name | 563835 | Chitinophagaceae Kampfer et al. 2011 | | authority | 563843 | Rhodothermaceae | | scientific name | 563843 | Rhodothermaceae Ludwig et al. 2012 emend. Hahnke et al. 2016 | | authority | 564 | CDC Enteric Group 10 | | synonym | 564 | Escherichia fergusonii | | scientific name | 564 | Escherichia fergusonii Farmer et al. 1985 | | authority | 564 | Escherichia/Shigella fergusonii | | equivalent name | 564181 | Peromyscus californicus insignis | | scientific name | 564181 | Peromyscus californicus insignis Rhoads, 1895 | | authority | 564181 | Peromyscus californicus subsp. insignis | | synonym | 56427 | Couchioplanes caeruleus subsp. caeruleus | | scientific name | 56427 | Couchioplanes caeruleus subsp. caeruleus (Horan and Brodsky 1986) Tamura et al. 1994 | | authority | 56433 | Couchioplanes | | scientific name | 56433 | Couchioplanes Tamura et al. 1994 | | authority | 56438 | Actinoplanes caeruleus | | synonym | 56438 | Actinoplanes caeruleus Horan and Brodsky 1986 | | authority | 56438 | Couchioplanes caeruleus | | scientific name | 56438 | Couchioplanes caeruleus (Horan and Brodsky 1986) Tamura et al. 1994 | | authority | 5644 | Stereum | | scientific name | 5644 | Stereum Hill ex Pers., 1794 | | authority | 564413 | Microbispora siamensis | | scientific name | 564413 | Microbispora siamensis Boondaeng et al. 2009 | | authority | 564413 | Microbispora sp. DMKUA 245 | | includes | 564415 | Herbidospora sakaeratensis | | scientific name | 564415 | Herbidospora sakaeratensis Boondaeng et al. 2011 | | authority | 564415 | Herbidospora sakaeratensis Boondaeng et al. 2011 emend. Nouioui et al. 2018 | | authority | 564415 | Herbidospora sp. DMKUA 205 | | includes | 56448 | Xanthomonas arboricola | | scientific name | 56448 | Xanthomonas arboricola Vauterin et al. 1995 | | authority | 56448 | Xanthomonas sp. ICMP 16473 | | includes | 56448 | Xanthomonas sp. QM7601 | | includes | 56454 | Xanthomonas hortorum | | scientific name | 56454 | Xanthomonas hortorum Vauterin et al. 1995 | | authority | 56454 | Xanthomonas hortorum Vauterin et al. 1995 emend. Moriniere et al. 2020 | | authority | 56455 | "Xanthomonas campestris pv. Hyacinthi" (Wakker 1883) Dye 1978 | | authority | 56455 | "Xanthomonas hyacinthi" Wakker 1883 | | authority | 56455 | Xanthomonas campestris pv. Hyacinthi | | synonym | 56455 | Xanthomonas hyacinthi | | scientific name | 56455 | Xanthomonas hyacinthi (ex Wakker 1883) Vauterin et al. 1995 | | authority | 564608 | Micromonas pusilla CCMP1545 | | scientific name | 56463 | Xanthomonas codiaei | | scientific name | 56463 | Xanthomonas codiaei Vauterin et al. 1995 | | authority | 565 | Atlantibacter hermannii | | scientific name | 565 | Atlantibacter hermannii (Brenner et al. 1983) Hata et al. 2025 | | synonym | 565 | CDC Enteric Group 11 | | common name | 565 | Enterobacter hermanii | | synonym | 565 | Escherichia hermannii Brenner et al. 1983 | | synonym | 565040 | Bifidobacterium longum subsp. infantis 157F | | scientific name | 565040 | Bifidobacterium longum subsp. infantis str. 157F | | equivalent name | 565040 | Bifidobacterium longum subsp. infantis strain 157F | | equivalent name | 565224 | environmental samples | environmental samples | scientific name | 565225 | uncultured Verminephrobacter sp. | | scientific name | 5653 | Kinetoplastea | | scientific name | 5653 | Kinetoplastida | | synonym | 5653 | Protomonadida | | synonym | 5653 | kinetoplastids | kinetoplastids | blast name | 5653 | kinetoplastids | kinetoplastids | genbank common name | 5653 | kinetoplasts | | common name | 5654 | Trypanosomatidae | | scientific name | 5654 | Trypanosomatidae Doflein, 1951 | | authority | 565685 | Proconiini | | scientific name | 5658 | Leishmania | Leishmania | scientific name | 5660 | Leishmania (V.) braziliensis | | synonym | 5660 | Leishmania (Viannia) braziliensis | | synonym | 5660 | Leishmania brasiliensis | | includes | 5660 | Leishmania braziliensis | | scientific name | 5660 | Leishmania viannia | | synonym | 56615 | Puccinia graminis f. sp. tritici | | scientific name | 56621 | Pseudomyrmex | | scientific name | 56635 | Aeropyrum | | scientific name | 56635 | Aeropyrum Sako et al. 1996 | | authority | 56636 | Aeropyrum pernix | | scientific name | 56636 | Aeropyrum pernix Sako et al. 1996 | | authority | 5664 | Leishmania (Leishmania) major | | synonym | 5664 | Leishmania major | | scientific name | 5664 | Leishmania tropica major | | synonym | 5665 | Leishmania (Leishmania) mexicana | | synonym | 5665 | Leishmania mexicana | | scientific name | 566679 | Bradyrhizobium sp. ORS 375 | | scientific name | 56688 | Halorubrobacterium Kamekura and Dyall-Smith 1996 | | synonym | 56688 | Halorubrum | | scientific name | 56688 | Halorubrum McGenity and Grant 1996 | | synonym | 56688 | Halorubrum McGenity and Grant 1996 emend. Oren et al. 2009 | | authority | 56717 | Blennioidei | | scientific name | 56718 | Blenniidae | | scientific name | 56718 | combtooth blennies | | genbank common name | 56799 | Colwellia sp. | | scientific name | 568069 | Clunio marinus | | scientific name | 568069 | Clunio marinus Haliday, 1855 | | authority | 568386 | Nevskiaceae | | scientific name | 568386 | Nevskiaceae Henrici and Johnson 1935 (Approved Lists 1980) | | authority | 568386 | Nevskiaceae Henrici and Johnson 1935 (Approved Lists 1980) emend. Liu et al. 2019 | | authority | 568386 | Nevskiaceae Henrici and Johnson 1935 (Approved Lists 1980) emend. Naushad et al. 2015 | | authority | 568386 | Sinobacteraceae | | synonym | 568386 | Sinobacteraceae Zhou et al. 2008 | | authority | 568386 | Solimonadaceae | | synonym | 568386 | Solimonadaceae Losey et al. 2013 | | authority | 568394 | "Lutiella" Weber et al. 2007 | | authority | 568394 | Lutiella | | synonym | 568394 | Pseudogulbenkiania | | scientific name | 568394 | Pseudogulbenkiania Lin et al. 2008 | | authority | 568708 | Salmonella enterica subsp. enterica serovar Typhimurium str. D23580 | | scientific name | 568708 | Salmonella enterica subsp. enterica serovar Typhimurium strain D23580 | | equivalent name | 568708 | Salmonella typhimurium D23580 | | synonym | 568708 | Salmonella typhimurium str. D23580 | | synonym | 568899 | Alteribacillus persepolensis | | scientific name | 568899 | Alteribacillus persepolensis (Amoozegar et al. 2009) Didari et al. 2012 | | authority | 568899 | Bacillus persepolensis | | synonym | 568899 | Bacillus persepolensis Amoozegar et al. 2009 | | authority | 568899 | Bacillus sp. HS 136 | | includes | 568987 | "Candidatus Consessor" corrig. Darby et al. 2005 | | synonym | 568987 | "Candidatus Consessoris" Darby et al. 2005 | | synonym | 568987 | "Candidatus Hamiltonella" Moran et al. 2005 | | synonym | 568987 | "Candidatus Williamhamiltonella" corrig. Moran et al. 2005 | | authority | 568987 | "Candidatus Williamhamiltonia" corrig. Moran et al. 2005 | | synonym | 568987 | Candidatus Consessor | | synonym | 568987 | Candidatus Williamhamiltonella | | scientific name | 568987 | Consessor | | equivalent name | 568987 | Williamhamiltonella | | equivalent name | 5690 | Trypanosoma | | scientific name | 5690 | Trypanosoma Gruby, 1843 | | authority | 5691 | Trypanosoma (Trypanozoon) brucei | | synonym | 5691 | Trypanosoma brucei | | scientific name | 5691 | Trypanosoma brucei Plimmer & Bradford, 1899 | | authority | 5691 | Trypanosoma brucei subgroup | | synonym | 5692 | Trypanosoma congolense | | scientific name | 5692 | Trypanosoma congolense Broden, 1904 | | authority | 5693 | Trypanosoma cruzi | | scientific name | 5693 | Trypanosoma cruzi Chagas, 1909 | | authority | 569360 | Fusarium graminearum species complex | | includes | 569360 | Fusarium sambucinum species complex | | scientific name | 569365 | Cladophialophora immunda | | scientific name | 569365 | Cladophialophora immunda Badali, M.M. Satow, Prenaf.-Boldu & de Hoog, 2008 | | authority | 569365 | Cladophialophora sp. CBS 834.96 | | includes | 569365 | Cladophialophora sp. HB-2008 | | includes | 569578 | PX clade | | scientific name | 569578 | algae | algae | in-part | 569635 | Coprini | | scientific name | 569836 | unclassified Chitinophagaceae | | scientific name | 570 | "Donovania" Anderson et al. 1944 | | authority | 570 | "Hyalococcus" Schroeter 1886 | | authority | 570 | Calymmatobacterium | | synonym | 570 | Calymmatobacterium Aragao and Vianna 1913 (Approved Lists 1980) | | authority | 570 | Donovania | | synonym | 570 | Hyalococcus | | synonym | 570 | Klebsiella | | scientific name | 570 | Klebsiella Trevisan 1885 (Approved Lists 1980) | | authority | 570 | Klebsiella Trevisan 1885 (Approved Lists 1980) emend. Carter et al. 1999 | | authority | 570 | Klebsiella Trevisan 1885 (Approved Lists 1980) emend. Drancourt et al. 2001 | | authority | 570 | Klebsiella Trevisan 1885 (Approved Lists 1980) emend. Ma et al. 2021 | | authority | 570 | Raoultella | | synonym | 570 | Raoultella Drancourt et al. 2001 | | authority | 570 | Raoultella Drancourt et al. 2001 emend. Brady et al. 2024 | | authority | 570156 | Pseudoalteromonas donghaensis | | synonym | 570156 | Pseudoalteromonas donghaensis Oh et al. 2011 | | authority | 570156 | Pseudoalteromonas lipolytica | | scientific name | 570156 | Pseudoalteromonas lipolytica Xu et al. 2010 | | authority | 570156 | Pseudoalteromonas sp. ASS5B | | includes | 570156 | Pseudoalteromonas sp. ASW16 | | includes | 570156 | Pseudoalteromonas sp. HJ51 | | includes | 570277 | Endozoicomonas montiporae CL-33 | | scientific name | 570277 | Endozoicomonas montiporae str. CL-33 | | equivalent name | 570277 | Endozoicomonas montiporae strain CL-33 | | equivalent name | 570277 | Endozoicomonas sp. CL-33 | | synonym | 57028 | Algoriphagus ratkowskyi | | scientific name | 57028 | Algoriphagus ratkowskyi Bowman et al. 2003 emend. Shahina et al. 2014 | | authority | 57028 | marine psychrophile IC025 | | includes | 57045 | Salmonella enterica subsp. enterica serovar Paratyphi B | | scientific name | 57045 | Salmonella paratyphi B | | synonym | 570521 | Aquimarina spongiae | | scientific name | 570521 | Aquimarina spongiae Yoon et al. 2011 emend. Park et al. 2013 | | authority | 570521 | Flavobacteriaceae bacterium A6 | | includes | 570935 | Salmonella enterica subsp. enterica serovar Pomona | | scientific name | 570936 | Pseudonocardia parietis | | scientific name | 570936 | Pseudonocardia parietis Schafer et al. 2009 | | authority | 570936 | Pseudonocardia sp. 04-St-002 | | includes | 571 | "Bacillus oxytocus perniciosus" Flugge 1886 | | authority | 571 | Bacillus oxytocus perniciosus | | synonym | 571 | Klebsiella oxytoca | | scientific name | 571 | Klebsiella oxytoca (Flugge 1886) Lautrop 1956 | | authority | 571 | Klebsiella sp. CECRI-24/07 | | includes | 571 | Klebsiella sp. MN9SED2 | | includes | 571 | Klebsiella sp. VTT E-95642 | | includes | 571087 | Pycnoporus puniceus | | synonym | 571087 | Pycnoporus puniceus (Fr.) Ryvarden, 1872 | | authority | 571087 | Trametes punicea | | scientific name | 571087 | Trametes punicea Fr., 1822 | | authority | 57161 | Albonectria rigidiuscula | | synonym | 57161 | Albonectria rigidiuscula (Berk. & Broome) Rossman & Samuels, 1999 | | authority | 57161 | Fusarium decemcellulare | | scientific name | 57161 | Fusarium decemcellulare Brick, 1908 | | authority | 57161 | Nectria rigidiuscula | | synonym | 5719 | Hypermastigia | | includes | 5719 | Hypermastigida | | includes | 5719 | Parabasalia | | scientific name | 5719 | Parabasalia Honigberg, 1973 | | authority | 5719 | Parabasalidea | | synonym | 5719 | parabasalians | | common name | 5719 | parabasalids | | genbank common name | 5721 | Trichomonas | | scientific name | 5722 | Trichomonas vaginalis | | scientific name | 5722 | Tritrichomonas vaginalis | | synonym | 572265 | Candidatus Hamiltonella defensa 5AT (Acyrthosiphon pisum) | | scientific name | 572265 | Candidatus Hamiltonella defensa str. 5AT (Acyrthosiphon pisum) | | equivalent name | 572265 | Candidatus Hamiltonella defensa strain 5AT (Acyrthosiphon pisum) | | equivalent name | 57240 | Eudyptes chrysolophus schlegeli | | synonym | 57240 | Eudyptes schlegeli | | scientific name | 57240 | Eudyptes schlegeli Finsch, 1876 | | authority | 57240 | Royal penguin | | genbank common name | 572419 | Mycoplasma amphoriforme A39 | | scientific name | 572419 | Mycoplasma amphoriforme str. A39 | | equivalent name | 572419 | Mycoplasma amphoriforme strain A39 | | equivalent name | 572419 | Mycoplasma sp. A39 | | synonym | 572511 | Blautia | | scientific name | 572511 | Blautia Liu et al. 2008 | | authority | 572511 | Blautia Liu et al. 2008 emend. Durand et al. 2017 | | authority | 573 | "Bacillus pneumoniae" (Schroeter 1886) Flugge 1886 | | authority | 573 | "Bacterium pneumoniae crouposae" Zopf 1885 | | authority | 573 | "Hyalococcus pneumoniae" Schroeter 1886 | | authority | 573 | 'Klebsiella aerogenes' (Kruse) Taylor et al. 1956 | | synonym | 573 | Bacillus pneumoniae | | synonym | 573 | Bacterium pneumoniae crouposae | | synonym | 573 | Hyalococcus pneumoniae | | synonym | 573 | Klebsiella pneumoniae | | scientific name | 573 | Klebsiella pneumoniae (Schroeter 1886) Trevisan 1887 | | authority | 573 | Klebsiella pneumoniae aerogenes | | synonym | 573 | Klebsiella sp. 2N3 | | includes | 573 | Klebsiella sp. C1(2016) | | includes | 573 | Klebsiella sp. M-AI-2 | | includes | 573 | Klebsiella sp. PB12 | | includes | 573 | Klebsiella sp. RCE-7 | | includes | 573139 | Pelagicola | | synonym | 573139 | Pelagicola Kim et al. 2008 | | authority | 573139 | Shimia | | scientific name | 573139 | Shimia Choi and Cho 2006 | | authority | 573139 | Shimia Choi and Cho 2006 emend. Hameed et al. 2013 | | authority | 573139 | Shimia Choi and Cho 2006 emend. Wirth and Whitman 2018 | | authority | 57381 | Ramphastidae | | scientific name | 57384 | Coliiformes | | scientific name | 57384 | mousebirds | | genbank common name | 57385 | Coliidae | | scientific name | 57386 | Meropidae | | scientific name | 57388 | Todidae | | scientific name | 574096 | Pantoea allii | | scientific name | 574096 | Pantoea allii Brady et al. 2011 | | authority | 574096 | Pantoea sp. BD380 | | includes | 574096 | Pantoea sp. BD381 | | includes | 574096 | Pantoea sp. BD383 | | includes | 574096 | Pantoea sp. BD391 | | includes | 574096 | Pantoea sp. BD392 | | includes | 57420 | Merops | | scientific name | 57421 | Merops nubicus | | scientific name | 57421 | Merops nubicus Gmelin, 1788 | | authority | 57421 | carmine bee-eater | | genbank common name | 574347 | Modicisalibacter | | scientific name | 574347 | Modicisalibacter Ben Ali Gam et al. 2007 | | authority | 574347 | Modicisalibacter Ben Ali Gam et al. 2007 emend. de la Haba et al. 2023 | | authority | 57435 | Todus | | scientific name | 574559 | Hellea | | scientific name | 574559 | Hellea Alain et al. 2008 | | authority | 574561 | Rhizobium pisi | | scientific name | 574561 | Rhizobium pisi Ramirez-Bahena et al. 2008 | | authority | 574697 | Butyricimonas | | scientific name | 574697 | Butyricimonas Sakamoto et al. 2009 emend. Sakamoto et al. 2014 | | authority | 5747 | Eustigmatophyceae | | scientific name | 5747 | Eustigmatophyta | | synonym | 5747 | algae | algae | in-part | 5747 | eustigmatophytes | | common name | 574786 | Mytilinidion | | scientific name | 574786 | Mytilinidion Duby, 1861 | | authority | 574789 | Mytilidion resinicola | | synonym | 574789 | Mytilidion resinicola M.L. Lohman, 1933 | | authority | 574789 | Mytilinidion resinicola | | scientific name | 574789 | Mytilinidion resinicola M.L. Lohman, 1933 | | authority | 57488 | Thiorhodococcus | | scientific name | 57488 | Thiorhodococcus Guyoneaud et al. 1998 | | authority | 574891 | Croceitalea | | scientific name | 574891 | Croceitalea Lee et al. 2008 | | authority | 574891 | Croceitalea Lee et al. 2008 emend. Su et al. 2017 | | authority | 574891 | Croceitalea Lee et al. 2008 emend. Yoon and Oh 2012 | | authority | 57493 | "Pelczaria" Poston 1993 | | authority | 57493 | Kocuria | | scientific name | 57493 | Kocuria Stackebrandt et al. 1995 | | authority | 57493 | Pelczaria | | synonym | 57493 | Pelczaria Poston 1994 | | authority | 57494 | Nesterenkonia | | scientific name | 57494 | Nesterenkonia Stackebrandt et al. 1995 emend. Collins et al. 2002 | | authority | 57494 | Nesterenkonia Stackebrandt et al. 1995 emend. Li et al. 2005 | | authority | 57495 | Dermacoccus | | scientific name | 57495 | Dermacoccus Stackebrandt et al. 1995 | | authority | 57495 | Dermatococcus | | synonym | 574964 | Rahnella genomosp. 2 | | synonym | 574964 | Rahnella genomospecies 2 | | synonym | 574964 | Rahnella genosp. 2 | | synonym | 574964 | Rahnella variigena | | scientific name | 574964 | Rahnella variigena Brady et al. 2017 | | authority | 574987 | Gluconobacter oxydans subsp. sphaericus | | synonym | 574987 | Gluconobacter oxydans subsp. sphaericus Ameyama 1975 (Approved Lists 1980) | | authority | 574987 | Gluconobacter sphaericus | | scientific name | 574987 | Gluconobacter sphaericus (Ameyama 1975) Malimas et al. 2008 | | authority | 575 | Klebsiella planticola | | scientific name | 575 | Klebsiella planticola Bagley et al. 1982 | | authority | 575 | Klebsiella trevisanii | | synonym | 575 | Klebsiella trevisanii Ferragut et al. 1983 | | authority | 575 | Raoultella planticola | | synonym | 575 | Raoultella planticola (Bagley et al. 1982) Drancourt et al. 2001 | | authority | 575178 | Anoxybacillus calidus | | synonym | 575178 | Anoxybacillus calidus Cihan et al. 2014 | | authority | 575178 | Anoxybacillus sp. C161ab | | includes | 575178 | [Anoxybacillus] calidus | | scientific name | 5752 | Heterolobosea | | scientific name | 5752 | Heterolobosea Page & Blanton 1985 | | authority | 5752 | Lobosa | | synonym | 575215 | Daphnia similis group | | scientific name | 575615 | Prevotella sp. oral taxon 317 str. F0108 | | scientific name | 575615 | Prevotella sp. oral taxon 317 strain F0108 | | equivalent name | 57577 | Trifolium pratense | | scientific name | 57577 | Trifolium pratense L., 1753 | | authority | 57577 | peavine clover | | common name | 57577 | purple clover | | common name | 57577 | red clover | | genbank common name | 57577 | rotklee | | common name | 57609 | unclassified Lysobacteraceae | | scientific name | 57609 | unclassified Xanthomonas group (miscellaneous) | | equivalent name | 5761 | Naegleria | | scientific name | 576134 | Phialocephala fortinii complex | | equivalent name | 576134 | Phialocephala fortinii s.l. | | synonym | 576134 | Phialocephala fortinii sensu lato | | synonym | 576134 | Phialocephala fortinii species complex | | scientific name | 576137 | Phialocephala subalpina | | scientific name | 576137 | Phialocephala subalpina Grunig & T.N. Sieber, 2008 | | authority | 57665 | Dehalospirillum | | synonym | 57665 | Dehalospirillum Scholz-Muramatsu et al. 2002 | | authority | 57665 | Geospirillum | | synonym | 57665 | Sulfurospirillum | | scientific name | 57665 | Sulfurospirillum Schumacher et al. 1993 emend. Finster et al. 1997 | | authority | 57665 | Sulfurospirillum Schumacher et al. 1993 emend. Luijten et al. 2003 | | authority | 57666 | Sulfurospirillum arcachonense | | scientific name | 57666 | Sulfurospirillum arcachonense Finster et al. 1997 | | authority | 57666 | Sulfurospirillum arcachonensis | | synonym | 577 | Klebsiella terrigena | | scientific name | 577 | Klebsiella terrigena Izard et al. 1981 | | authority | 577 | Raoultella terrigena | | synonym | 577 | Raoultella terrigena (Izard et al. 1981) Drancourt et al. 2001 | | authority | 57706 | Citrobacter braakii | | scientific name | 57706 | Citrobacter braakii Brenner et al. 1993 | | authority | 57706 | Citrobacter genomospecies 6 | | synonym | 57723 | "Acidobacteria" Thrash and Coates 2012 | | authority | 57723 | "Acidobacteriota" Whitman et al. 2018 | | authority | 57723 | Acidobacteria | | synonym | 57723 | Acidobacteriota | | scientific name | 57723 | Acidobacteriota corrig. Thrash and Coates 2021 | | synonym | 57723 | Acidobacterium group | | synonym | 57723 | Fibrobacter/Acidobacteria group | Fibrobacter/Acidobacteria group | in-part | 57723 | Fibrobacteres/Acidobacteria group | Fibrobacteres/Acidobacteria group | in-part | 577237 | Carpophilinae | | scientific name | 577309 | Paraprevotella | | scientific name | 577309 | Paraprevotella Morotomi et al. 2009 | | authority | 577310 | Parasutterella | | scientific name | 577310 | Parasutterella Nagai et al. 2009 | | authority | 57739 | Vogesella | | scientific name | 57739 | Vogesella Grimes et al. 1997 emend. Sheu et al. 2013 | | authority | 57739 | Vogesella Grimes et al. 1997 emend. Sheu et al. 2016 | | authority | 57739 | Vogesella Grimes et al. 1997 emend. Subhash et al. 2013 | | authority | 57741 | Salmonella blockley | | synonym | 57741 | Salmonella enterica subsp. enterica serovar Blockley | | scientific name | 577468 | Micrococcales incertae sedis | | scientific name | 577468 | unclassified Micrococcineae | | synonym | 577469 | Demequina | | scientific name | 577469 | Demequina Yi et al. 2007 | | authority | 577469 | Demequina Yi et al. 2007 emend. Park et al. 2016 | | authority | 577469 | Demequina Yi et al. 2007 emend. Ue et al. 2011 | | authority | 577469 | Lysinimicrobium | | synonym | 577469 | Lysinimicrobium Hamada et al. 2012 emend. Hamada et al. 2015 | | authority | 578456 | Tremella mesenterica DSM 1558 | | scientific name | 578457 | Serpula lacrymans var. lacrymans S7.9 | | scientific name | 578458 | Schizophyllum commune H4-8 | | scientific name | 578462 | Allomyces macrogynus ATCC 38327 | | scientific name | 578833 | Pseudomonas stutzeri subgroup | | equivalent name | 578833 | Stutzerimonas stutzeri subgroup | | scientific name | 579 | Kluyvera | | scientific name | 579 | Kluyvera Farmer et al. 1981 | | authority | 57926 | Argentina anserina | | scientific name | 57926 | Argentina anserina (L.) Rydb., 1898 | | authority | 57926 | Potentilla anserina | | synonym | 57926 | Potentilla anserina L., 1753 | | authority | 57926 | silverweed cinquefoil | | genbank common name | 5794 | Apicomplexa | | scientific name | 5794 | Apicomplexa Levine 1980, emend. Adl et al. 2005 | | authority | 5794 | apicomplexans | apicomplexans | blast name | 5794 | apicomplexans | apicomplexans | genbank common name | 579507 | Pseudoalteromonas sp. S1612 | | scientific name | 579563 | Pseudoalteromonas sp. S4741 | | scientific name | 5796 | Coccidia | | scientific name | 5796 | coccidians | | synonym | 57975 | Burkholderia pseudomallei-like species | | synonym | 57975 | Burkholderia sp. A10A02 | | includes | 57975 | Burkholderia sp. E264 | | includes | 57975 | Burkholderia sp. PWR070 | | includes | 57975 | Burkholderia thailandensis | | scientific name | 57975 | Burkholderia thailandensis Brett et al. 1998 | | authority | 5799 | Eimeriidae | | scientific name | 5799 | Eimeriidae Minchin, 1903 | | authority | 5799 | Eimeriids | | synonym | 579921 | unclassified Cyclobacteriaceae | | scientific name | 5800 | Eimeria | | scientific name | 5800 | Eimeria Schneider 1875 | | authority | 580024 | Enterorhabdus | | scientific name | 580024 | Enterorhabdus Clavel et al. 2009 emend. Clavel et al. 2010 | | authority | 580026 | Adlercreutzia mucosicola | | scientific name | 580026 | Adlercreutzia mucosicola (Clavel et al. 2009) Nouioui et al. 2018 | | authority | 580026 | Enterorhabdus mucosicola | | synonym | 580026 | Enterorhabdus mucosicola Clavel et al. 2009 | | authority | 58019 | Coniferophyta | | equivalent name | 58019 | Coniferopsida | | synonym | 58019 | Pinopsida | | scientific name | 58019 | conifers | | common name | 5802 | Coccidium tenellum | | synonym | 5802 | Coccidium tenellum Railliet & Lucet, 1891 | | authority | 5802 | Eimeria tenella | | scientific name | 5802 | Eimeria tenella (Railliet & Lucet, 1891) Fantham, 1909 | | authority | 58023 | Tracheophyta | | scientific name | 58023 | Tracheophyta Sinnott ex Cavalier-Smith, 1998 | | authority | 58023 | vascular plants | vascular plants | blast name | 58023 | vascular plants | vascular plants | common name | 58024 | Spermatophyta | | scientific name | 58024 | seed plants | seed plants | blast name | 58024 | seed plants | seed plants | common name | 580370 | "Candidatus Mariprofundia" corrig. Emerson et al. 2007 | | authority | 580370 | "Candidatus Zetaproteobacteria" Emerson et al. 2007 | | authority | 580370 | "Zetaproteobacteria" Makita et al. 2017 | | authority | 580370 | Candidatius Mariprofundia | | scientific name | 580370 | Mariprofundia | | equivalent name | 580370 | Zetaproteobacteria | | synonym | 580371 | "Candidatus Mariprofundales" Emerson et al. 2007 | | authority | 580371 | "Mariprofundales" Makita et al. 2017 | | authority | 580371 | Candidatus Mariprofundales | | synonym | 580371 | Mariprofundales | | scientific name | 580371 | Mariprofundales Hordt et al. 2020 | | authority | 580372 | "Mariprofundaceae" Emerson et al. 2007 | | authority | 580372 | Mariprofundaceae | | scientific name | 580372 | Mariprofundaceae Hordt et al. 2020 | | authority | 580374 | Klugiella | | scientific name | 580374 | Klugiella Cook et al. 2008 | | authority | 58050 | Moritella | | scientific name | 58050 | Moritella Urakawa et al. 1999 | | authority | 58051 | Moritella sp. PE36 | | scientific name | 58055 | Rhinolophidae | | scientific name | 58055 | horseshoe bats | | genbank common name | 580596 | Butyricicoccus | | scientific name | 580596 | Butyricicoccus Eeckhaut et al. 2008 | | authority | 5809 | Sarcocystidae | | scientific name | 5809 | Sarcocystids | | synonym | 58096 | Salmonella bareilly | | synonym | 58096 | Salmonella enterica subsp. enterica serovar Bareilly | | scientific name | 58097 | Salmonella bovis | | synonym | 58097 | Salmonella bovismorbificans | | synonym | 58097 | Salmonella enterica subsp. enterica serovar Bovis-morbificans | | synonym | 58097 | Salmonella enterica subsp. enterica serovar Bovismorbificans | | scientific name | 581 | Morganella | Morganella | scientific name | 581 | Morganella Fulton 1943 (Approved Lists 1980) | | authority | 5810 | Toxoplasma | | scientific name | 5810 | Toxoplasma Nicolle and Manceaux, 1909 | | authority | 5811 | Toxoplasma gondii | | scientific name | 58113 | Glycomyces | | scientific name | 58113 | Glycomyces Labeda et al. 1985 | | authority | 58113 | Glycomyces Labeda et al. 1985 emend. Labeda and Kroppenstedt 2004 | | authority | 58116 | Glycomyces tenuis | | scientific name | 58116 | Glycomyces tenuis Evtushenko et al. 1991 | | authority | 58116 | Glycomyces tenuis Evtushenko et al. 1991 emend. Nouioui et al. 2018 | | authority | 58137 | Desulfallas thermosapovorans | | scientific name | 58137 | Desulfallas thermosapovorans (Fardeau et al. 1995) Watanabe et al. 2018 | | authority | 58137 | Desulfotomaculum thermosapovorans | | synonym | 58137 | Desulfotomaculum thermosapovorans Fardeau et al. 1995 | | authority | 581385 | Eucosmini | | scientific name | 581536 | Thiodia | | scientific name | 581536 | Thiodia Hubner, 1825 | | authority | 58172 | Paenibacillus sp. | | scientific name | 5819 | Haemosporida | | scientific name | 5819 | Haemosporina | | synonym | 5819 | Haemospororida | | synonym | 5819 | haemosporidians | | genbank common name | 582 | "Organism N 1" Morgan 1906 | | authority | 582 | "Salmonella morgani" (sic) (Winslow et al. 1919) Castellani and Chalmers 1919 | | authority | 582 | Morganella morganii | | scientific name | 582 | Morganella morganii (Winslow et al. 1919) Brenner et al. 1978 (sic) | | authority | 582 | Morganella morganii (Winslow et al. 1919) Fulton 1943 (Approved Lists 1980) | | synonym | 582 | Organism N 1 | | synonym | 582 | Proteus morganii | | synonym | 582 | Proteus morganii (Winslow et al. 1919) Yale 1939 (Approved Lists 1980) | | authority | 582 | Salmonella morgani | | synonym | 5820 | Plasmodium | Plasmodium | scientific name | 5820 | Plasmodium (Plasmodium) | Plasmodium (Plasmodium) | equivalent name | 5820 | Saurocytozoon | | synonym | 582472 | Wohlfahrtiimonas | | scientific name | 582472 | Wohlfahrtiimonas Toth et al. 2008 | | synonym | 582475 | Lysinibacillus sp. JKR42 | | includes | 582475 | Lysinibacillus sp. XDB9 | | includes | 582475 | Lysinibacillus xylanilyticus | | scientific name | 582475 | Lysinibacillus xylanilyticus Lee et al. 2010 | | authority | 582475 | Microbacterium sp. CHR3P2B2-M | | includes | 582607 | Burkholderiales bacterium CCUG 53117 | | includes | 582607 | Kinneretia asaccharophila | | synonym | 582607 | Kinneretia asaccharophila Gomila et al. 2010 | | authority | 582607 | Roseateles asaccharophilus | | scientific name | 582607 | Roseateles asaccharophilus (Gomila et al. 2010) Liu et al. 2023 | | synonym | 582607 | beta proteobacterium KIN192 | | includes | 58262 | Culicoidini | | scientific name | 582680 | Microbacterium azadirachtae | | scientific name | 582680 | Microbacterium azadirachtae Madhaiyan et al. 2010 | | authority | 582680 | Microbacterium sp. AI-S262 | | includes | 5827 | Plasmodium cynomolgi | | scientific name | 582744 | Methylovorus glucosetrophus str. SIP3-4 | | equivalent name | 582744 | Methylovorus glucosetrophus strain SIP3-4 | | equivalent name | 582744 | Methylovorus glucosotrophus SIP3-4 | | scientific name | 582744 | Methylovorus sp. SIP3-4 | | synonym | 58277 | Monoculicoides | | scientific name | 582851 | "Oceanobacillus soja" Tominaga et al. 2009 | | authority | 582851 | Oceanobacillus soja | | synonym | 582851 | Oceanobacillus sojae | | scientific name | 582851 | Oceanobacillus sojae corrig. Tominaga et al. 2009 | | authority | 582851 | Oceanobacillus sp. Y27 | | includes | 58291 | Rhizopus microsporus | | scientific name | 58291 | Rhizopus microsporus Tiegh., 1875 | | authority | 58291 | Rhizopus rhizopodiformis | | synonym | 583 | "Liquidobacterium" Orla-Jensen 1908 | | authority | 583 | Liquidobacterium | | synonym | 583 | Proteus | Proteus | scientific name | 583 | Proteus Hauser 1885 (Approved Lists 1980) | | authority | 583 | Proteus Hauser 1885 (Approved Lists 1980) emend. Hyun et al. 2016 | | authority | 58314 | Rhodovulum strictum | | scientific name | 58314 | Rhodovulum strictum Hiraishi and Ueda 1995 | | authority | 5833 | Plasmodium (Laverania) falciparum | | synonym | 5833 | Plasmodium falciparum | | scientific name | 5833 | malaria parasite P. falciparum | | genbank common name | 58340 | Streptomyces lavendulae subsp. lavendulae | | scientific name | 58340 | Streptomyces lavendulae subsp. lavendulae (Waksman and Curtis 1916) Pridham 1970 (Approved Lists 1980) | | authority | 58347 | "Streptomyces azaticus" Nakagaito et al. 1992 | | authority | 58347 | Kitasatospora azatica | | scientific name | 58347 | Kitasatospora azatica corrig. (Nakagaito et al. 1993) Zhang et al. 1997 | | synonym | 58347 | Streptomyces azaticus | | synonym | 58347 | Streptomyces azaticus Nakagaito et al. 1993 | | synonym | 58354 | Kitasatospora paracochleata | | scientific name | 58354 | Kitasatospora paracochleata (Nakagaito et al. 1993) Zhang et al. 1997 | | authority | 58354 | Kitasatosporia paracochleata | | equivalent name | 58354 | Streptomyces paracochleatus | | synonym | 58354 | Streptomyces paracochleatus Nakagaito et al. 1993 | | authority | 584 | Proteus mirabilis | | scientific name | 584 | Proteus mirabilis Hauser 1885 (Approved Lists 1980) | | authority | 584787 | Gallaecimonas pentaromativorans | | scientific name | 584787 | Gallaecimonas pentaromativorans Rodriguez-Blanco et al. 2010 | | authority | 584787 | gamma proteobacterium CEE_131 | | includes | 585 | Proteus vulgaris | | scientific name | 585 | Proteus vulgaris Hauser 1885 (Approved Lists 1980) | | authority | 585 | Proteus vulgaris Hauser 1885 (Approved Lists 1980) emend. Judicial Commission 1999 | | authority | 5855 | Haemamoeba vivax | | synonym | 5855 | Haemamoeba vivax Grassi & Feletti, 1890 | | authority | 5855 | Plasmodium vivax | | scientific name | 5855 | Plasmodium vivax (Grassi & Feletti, 1890) | | authority | 5855 | malaria parasite P. vivax | | genbank common name | 585893 | Picobirnaviridae | | scientific name | 586 | Providencia | | scientific name | 586 | Providencia Ewing 1962 (Approved Lists 1980) | | authority | 586240 | Poeciliinae | | scientific name | 586396 | Linum tenue | | scientific name | 586396 | Linum tenue Desf., 1798 | | authority | 586526 | Arabis nemorensis | | scientific name | 586526 | Arabis nemorensis (H.Wolff ex Hoffm.) Rchb., 1832 | | authority | 586526 | Arabis planisiliqua subsp. nemorensis | | synonym | 586526 | Arabis planisiliqua subsp. nemorensis (Wolf ex Hoffm.) Sojak, 1980 | | authority | 586526 | Turritis nemorensis | | synonym | 586526 | Turritis nemorensis H.Wolff ex Hoffm., 1795 | | authority | 586722 | Campsis fortunei | | synonym | 586722 | Campsis fortunei Seem., 1867 | | authority | 586722 | Paulownia fortunei | | scientific name | 586722 | Paulownia fortunei (Seem.) Hemsl., 1890 | | authority | 587 | "Bacterium rettgeri" Hadley 1918 | | authority | 587 | "Shigella rettgeri" (Hadley et al. 1918) Weldin 1927 | | authority | 587 | Bacterium rettgeri | | synonym | 587 | Proteus rettgeri | | synonym | 587 | Proteus rettgeri (Hadley et al. 1918) Rustigian and Stuart 1943 (Approved Lists 1980) | | authority | 587 | Providencia rettgeri | | scientific name | 587 | Providencia rettgeri (Hadley 1918) Brenner et al. 1978 (Approved Lists 1980) | | authority | 587 | Shigella rettgeri | | synonym | 58712 | Salmonella anatum | | synonym | 58712 | Salmonella enterica subsp. enterica serovar Anatum | | scientific name | 587753 | Pseudomonas chlororaphis | | scientific name | 587753 | Pseudomonas chlororaphis (Guignard and Sauvageau 1894) Bergey et al. 1930 (Approved Lists 1980) | | synonym | 587753 | Pseudomonas chlororaphis (Guignard and Sauvageau 1894) Bergey et al. 1930 (Approved Lists 1980) emend. Peix et al. 2007 | | authority | 587753 | Pseudomonas sp. UFB2 | | includes | 5878 | Ciliata | Ciliata | synonym | 5878 | Ciliophora | | scientific name | 5878 | ciliates | ciliates | blast name | 5878 | ciliates | ciliates | genbank common name | 588 | Providencia sp. C1112 | | includes | 588 | Providencia stuartii | | scientific name | 588 | Providencia stuartii (Buttiaux et al. 1954) Ewing 1962 (Approved Lists 1980) | | synonym | 588 | Providencia thailandensis | | synonym | 588 | Providencia thailandensis Khunthongpan et al. 2014 | | synonym | 58823 | Plodia | | scientific name | 58824 | Indian meal moth | | common name | 58824 | Indianmeal moth | | genbank common name | 58824 | Plodia interpunctella | | scientific name | 58824 | Plodia interpunctella (Hubner, 1813) | | authority | 58824 | Tinea interpunctella | | synonym | 58824 | Tinea interpunctella Hubner, 1813 | | authority | 58839 | Encephalitozoon intestinalis | | scientific name | 58839 | Encephalitozoon intestinalis (A. Cali, D.P. Kotler & J.M. Orenstein) R.A. Hartskeerl, T. Van Gool, A.R.J. Schuitema, E.S. Didier & W.J. Terpstra, 1995 | | authority | 58839 | Septata intestinalis | | synonym | 58839 | Septata intestinalis A. Cali, D.P. Kotler & J.M. Orenstein, 1993 | | authority | 5884 | Neobursaridium | | synonym | 5884 | Paramecium | | scientific name | 58840 | unclassified Paracoccaceae | | scientific name | 58840 | unclassified Rhodobacter group | | synonym | 58840 | unclassified Rhodobacteraceae | | synonym | 58840 | unclassified Roseobacter group | | synonym | 588496 | Mesorhizobium sp. CA16 | | scientific name | 58853 | Hypocrea lenta | | synonym | 58853 | Hypocrea schweinitzii | | synonym | 58853 | Hypocrea schweinitzii (Fr.) Sacc., 1883 | | authority | 58853 | Hypocrea sp. GJS 01-364 | | includes | 58853 | Trichoderma cf. citrinoviride GJS 01-364 | | includes | 58853 | Trichoderma citrinoviride | | scientific name | 58853 | Trichoderma citrinoviride Bissett, 1984 | | authority | 588596 | Glomus cf. irregulare MUCL 43195 | | includes | 588596 | Glomus irregulare Blaszk., Wubet, Renker & Buscot 2009 | | synonym | 588596 | Glomus sp. A1 | | includes | 588596 | Glomus sp. A2 | | includes | 588596 | Glomus sp. A3 | | includes | 588596 | Glomus sp. Att690-23 | | includes | 588596 | Glomus sp. SK-2010 | | includes | 588596 | Rhizoglomus irregulare | | includes | 588596 | Rhizophagus irregularis | | scientific name | 588596 | Rhizophagus irregularis (Baszk., Wubet, Renker & Buscot) C. Walker & A. Schusler, 2010 | | synonym | 5886 | Paramecium primaurelia | | scientific name | 588673 | Solirubrobacterales | | scientific name | 588673 | Solirubrobacterales Reddy and Garcia-Pichel 2009 emend. Foesel et al. 2016 | | authority | 5888 | Paramecium aurelia syngen 4 | | synonym | 5888 | Paramecium tetraurelia | | scientific name | 588814 | "Candidatus Methanophagales" Borrel et al. 2019 | | authority | 588814 | "Methanophagales" Adam et al. 2017 | | authority | 588814 | ANME-1 cluster | | common name | 588814 | Candidatus Methanophagales | | scientific name | 588814 | Methanophagales | | synonym | 588815 | unclassified Methanosarcinales | | scientific name | 588816 | ANME group | | synonym | 588816 | ANME-2 cluster | | scientific name | 588816 | ANaerobic MEthanotrophs | | synonym | 589350 | Cryptomonadales | | scientific name | 59 | Vitreoscilla | | scientific name | 59 | Vitreoscilla Pringsheim 1949 | | authority | 590 | Salmonella | | scientific name | 590 | Salmonella Lignieres 1900 | | authority | 590646 | Candida tenuis ATCC 10573 | | equivalent name | 590646 | Yamadazyma tenuis ATCC 10573 | | scientific name | 591932 | Piliocolobus | | scientific name | 591936 | Colobus tephrosceles | | synonym | 591936 | Colobus tephrosceles Elliot, 1907 | | authority | 591936 | Piliocolobus tephrosceles | | scientific name | 591936 | Procolobus badius tephrosceles | | synonym | 591936 | Procolobus rufomitratus tephrosceles | | synonym | 591936 | Ugandan red Colobus | | genbank common name | 591968 | Clostridium botulinum B1 | | scientific name | 59201 | Salmonella cholerae-suis subsp. cholerae-suis | | synonym | 59201 | Salmonella choleraesuis subsp. choleraesuis | | synonym | 59201 | Salmonella choleraesuis subsp. choleraesuis corrig. (Smith 1894) Weldin 1927 | | authority | 59201 | Salmonella enterica I | | synonym | 59201 | Salmonella enterica subsp. I | | synonym | 59201 | Salmonella enterica subsp. Subsp. I | | synonym | 59201 | Salmonella enterica subsp. Subsp. Ixxx | | synonym | 59201 | Salmonella enterica subsp. enterica | | scientific name | 59201 | Salmonella enterica subsp. enterica (ex Kauffmann and Edwards 1952) Le Minor and Popoff 1987 | | authority | 592026 | Catonella morbi ATCC 51271 | | scientific name | 592026 | Catonella morbi str. ATCC 51271 | | equivalent name | 592026 | Catonella morbi strain ATCC 51271 | | equivalent name | 59203 | "Arizona arizonae" Kauffmann and Edwards 1952 | | authority | 59203 | "Arizona hinshawii" Ewing 1969 | | authority | 59203 | "Paracolobactrum arizonae" (Kauffmann 1940) Borman 1957 | | authority | 59203 | "Salmonella arizona" (sic) Kauffmann 1940 | | synonym | 59203 | Arizona arizonae | | synonym | 59203 | Arizona hinshawii | | synonym | 59203 | Paracolobactrum arizonae | | synonym | 59203 | Salmonella arizonae | | synonym | 59203 | Salmonella arizonae (Borman 1957) Kauffmann 1964 (Approved Lists 1980) | | authority | 59203 | Salmonella cholerae-suis subsp. arizonae | | synonym | 59203 | Salmonella choleraesuis subsp. arizonae | | synonym | 59203 | Salmonella choleraesuis subsp. arizonae corrig. (Borman 1957) Le Minor et al. 1985 | | authority | 59203 | Salmonella enterica IIIa | | synonym | 59203 | Salmonella enterica serovar IIIa | | synonym | 59203 | Salmonella enterica subsp. IIIa | | synonym | 59203 | Salmonella enterica subsp. Subsp. IIIa | | synonym | 59203 | Salmonella enterica subsp. arizonae | | scientific name | 59203 | Salmonella enterica subsp. arizonae (Borman 1957) Le Minor and Popoff 1987 | | authority | 59204 | Salmonella cholerae-suis subsp. diarizonae | | synonym | 59204 | Salmonella choleraesuis subsp. diarizonae | | synonym | 59204 | Salmonella choleraesuis subsp. diarizonae corrig. Le Minor et al. 1985 | | authority | 59204 | Salmonella enterica IIIb | | synonym | 59204 | Salmonella enterica serovar IIIb | | synonym | 59204 | Salmonella enterica subsp. IIIb | | synonym | 59204 | Salmonella enterica subsp. Subsp. IIIb | | synonym | 59204 | Salmonella enterica subsp. diarizonae | | scientific name | 59204 | Salmonella enterica subsp. diarizonae (Le Minor et al. 1985) Le Minor and Popof 1987 | | authority | 59205 | "Salmonella houtenae" Le Minor et al. 1970 | | authority | 59205 | Salmonella cholerae-suis subsp. houtenae | | synonym | 59205 | Salmonella choleraesuis subsp. houtenae | | synonym | 59205 | Salmonella choleraesuis subsp. houtenae corrig. Le Minor et al. 1985 | | authority | 59205 | Salmonella enterica IV | | synonym | 59205 | Salmonella enterica subsp. IV | | synonym | 59205 | Salmonella enterica subsp. Subsp. IV | | synonym | 59205 | Salmonella enterica subsp. houtenae | | scientific name | 59205 | Salmonella enterica subsp. houtenae (Le Minor et al. 1985) Le Minor and Popoff 1987 | | authority | 59205 | Salmonella houtenae | | synonym | 592050 | Acidovorax soli | | scientific name | 592050 | Acidovorax soli Choi et al. 2010 | | authority | 592050 | Acidovorax sp. BL21 | | includes | 59207 | Salmonella choleraesuis subsp. indica | | synonym | 59207 | Salmonella choleraesuis subsp. indica Le Minor et al. 1987 | | authority | 59207 | Salmonella enterica VI | | synonym | 59207 | Salmonella enterica subsp. Subsp. VI | | synonym | 59207 | Salmonella enterica subsp. VI | | synonym | 59207 | Salmonella enterica subsp. indica | | scientific name | 59207 | Salmonella enterica subsp. indica (Le Minor et al. 1987) Le Minor and Popoff 1987 | | authority | 592978 | "Mediterraneibacter faecis" (Kim et al. 2011) Togo et al. 2018 | | authority | 592978 | Mediterraneibacter faecis | | scientific name | 592978 | Mediterraneibacter faecis (Kim et al. 2011) Togo et al. 2019 | | authority | 592978 | Ruminococcus faecis | | synonym | 592978 | Ruminococcus faecis Kim et al. 2011 | | authority | 5931 | Ichthyophthirius | | scientific name | 5932 | Ichthyophthirius multifiliis | | scientific name | 5932 | Ichthyophthirius multifiliis Fouquet, 1876 | | authority | 593586 | Vibrio cholerae TM 11079-80 | | scientific name | 593586 | Vibrio cholerae str. TM 11079-80 | | equivalent name | 593586 | Vibrio cholerae strain TM 11079-80 | | equivalent name | 594 | Salmonella enterica serovar Gallinarum | | synonym | 594 | Salmonella enterica subsp. enterica serovar Gallinarum | | scientific name | 594 | Salmonella gallinarum | | synonym | 59445 | Mormoopidae | | scientific name | 59445 | ghost-faced bats | | genbank common name | 59463 | Myotis lucifugus | | scientific name | 59463 | Vespertilio lucifugus | | synonym | 59463 | Vespertilio lucifugus Le Conte, 1831 | | authority | 59463 | little brown bat | | genbank common name | 59472 | Desert pipistrelle | | common name | 59472 | Kuhl's pipistrelle | | genbank common name | 59472 | Pipistrellus deserti | | synonym | 59472 | Pipistrellus deserti Thomas, 1902 | | authority | 59472 | Pipistrellus kuhli | | synonym | 59472 | Pipistrellus kuhlii | | scientific name | 59472 | Pipistrellus kuhlii (Kuhl, 1817) | | authority | 59472 | Pipistrellus kuhlii deserti | | synonym | 59472 | Vespertilio kuhlii | | synonym | 59472 | Vespertilio kuhlii Kuhl, 1817 | | authority | 59475 | Pteronotus | | scientific name | 59479 | Rhinolophus ferrumequinum | | scientific name | 59479 | Rhinolophus ferrumequinum (Schreber, 1774) | | authority | 59479 | Vespertilio ferrumequinum | | synonym | 59479 | Vespertilio ferrumequinum Schreber, 1774 | | authority | 59479 | greater horseshoe bat | | genbank common name | 595 | Salmonella enterica subsp. enterica serovar Infantis | | scientific name | 595 | Salmonella infantis | | synonym | 59534 | Antilope dammah | | synonym | 59534 | Antilope dammah Cretzschmar, 1826 | | authority | 59534 | Oryx dammah | | scientific name | 59534 | scimitar-horned oryx | | genbank common name | 5957 | Heterotrichida | | scientific name | 5957 | Heterotrichs | | synonym | 5959 | Blepharisma | | scientific name | 5959 | Blepharisma Perty, 1849 | | authority | 596 | Salmonella enterica serovar Muenchen | | synonym | 596 | Salmonella enterica subsp. enterica serovar Muenchen | | scientific name | 596 | Salmonella muenchen | | synonym | 596085 | Prevotella aurantiaca | | scientific name | 596085 | Prevotella aurantiaca Sakamoto et al. 2010 | | authority | 596085 | Prevotella sp. JCM 15755 | | includes | 59619 | environmental samples | environmental samples | scientific name | 59620 | Clostridium sp. 1C11 | | includes | 59620 | Clostridium sp. 1C4 | | includes | 59620 | Clostridium sp. 1C8 | | includes | 59620 | Clostridium sp. 1D10 | | includes | 59620 | Clostridium sp. 1G2 | | includes | 59620 | Clostridium sp. 2A9 | | includes | 59620 | uncultured Anaerobacter sp. | | synonym | 59620 | uncultured Clostridium sp. | | scientific name | 59628 | Paragonimus miyazakii | | synonym | 59628 | Paragonimus miyazakii Kamo, Nishida, Hatsushika & Tomimura, 1961 | | authority | 59628 | Paragonimus skrjabini miyazakii | | scientific name | 59628 | Paragonimus skrjabini miyazakii (Kamo, Nishida, Hatsushika & Tomimura, 1961) | | authority | 596495 | Sciscionella | | scientific name | 596495 | Sciscionella Tian et al. 2009 | | authority | 596495 | Sciscionella Tian et al. 2009 emend. Teo et al. 2024 | | authority | 596497 | Nitriliruptorales | | scientific name | 596497 | Nitriliruptorales Sorokin et al. 2009 | | authority | 596498 | Nitriliruptoraceae | | scientific name | 596498 | Nitriliruptoraceae Sorokin et al. 2009 | | authority | 596707 | Sinomonas | | scientific name | 596707 | Sinomonas Zhou et al. 2009 | | authority | 596707 | Sinomonas Zhou et al. 2009 emend. Zhou et al. 2012 | | authority | 596767 | Hydrogenoanaerobacterium | | scientific name | 596767 | Hydrogenoanaerobacterium Song and Dong 2009 | | authority | 59689 | Arabidopsis lyrata | | scientific name | 59689 | Arabidopsis lyrata (L.) O'Kane & Al-Shehbaz, 1997 | | authority | 59689 | Arabis lyrata | | synonym | 59689 | Arabis lyrata L., 1753 | | authority | 59689 | Cardaminopsis lyrata | | synonym | 59689 | Cardaminopsis lyrata (L.) Hiitonen, 1950 | | authority | 59689 | lyrate rockcress | | common name | 596919 | Lactifluus | | scientific name | 596919 | Lactifluus (Pers.) Roussel, 1806 | | authority | 5970 | Exophiala dermatitidis | | scientific name | 5970 | Exophiala dermatitidis (Kano) de Hoog, 1977 | | authority | 5970 | Hormiscium dermatitidis | | synonym | 5970 | Hormiscium dermatitidis Kano, 1934 | | authority | 5970 | Wangiella dermatitidis | | synonym | 59732 | Chryseobacterium | | scientific name | 59732 | Chryseobacterium Vandamme et al. 1994 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Chen et al. 2015 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Hahnke et al. 2016 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Heidler von Heilborn et al. 2022 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Kampfer et al. 2009 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Montero-Calasanz et al. 2014 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Wang et al. 2016 | | authority | 59732 | Chryseobacterium Vandamme et al. 1994 emend. Wu et al. 2013 | | authority | 59732 | Planobacterium | | synonym | 59732 | Planobacterium Peng et al. 2009 | | authority | 59736 | Clavibacter xyli subsp. xyli | | synonym | 59736 | Clavibacter xyli subsp. xyli Davis et al. 1984 | | authority | 59736 | Leifsonia xyli subsp. xyli | | scientific name | 59736 | Leifsonia xyli subsp. xyli (Davis et al. 1984) Evtushenko et al. 2000 | | authority | 59739 | Flammeovirga | | scientific name | 59739 | Flammeovirga Nakagawa et al. 1997 emend. Takahashi et al. 2006 | | authority | 59753 | Alcanivorax | | scientific name | 59753 | Alcanivorax Yakimov et al. 1998 | | authority | 59753 | Alcanivorax Yakimov et al. 1998 emend. Fernandez-Martinez et al. 2003 | | authority | 59753 | Alcanivorax Yakimov et al. 1998 emend. Rai et al. 2023 | | authority | 59753 | Fundibacter | | synonym | 59753 | Fundibacter Bruns and Berthe-Corti 1999 | | authority | 597926 | Anthophora villosula | | scientific name | 597926 | Anthophora villosula Smith, 1854 | | authority | 598 | Salmonella enterica serovar Rubislaw | | synonym | 598 | Salmonella enterica subsp. enterica serovar Rubislaw | | scientific name | 598 | Salmonella rubislaw | | synonym | 59818 | Acarus putrescentiae | | synonym | 59818 | Acarus putrescentiae Schrank, 1781 | | authority | 59818 | Tyrophagus putrescentiae | | scientific name | 59818 | Tyrophagus putrescentiae (Schrank, 1781) | | authority | 59823 | Prevotella sp. | | scientific name | 59843 | Bacillus glucanolyticus | | synonym | 59843 | Bacillus glucanolyticus Alexander and Priest 1989 | | authority | 59843 | Paenibacillus glucanolyticus | | scientific name | 59843 | Paenibacillus glucanolyticus (Alexander and Priest 1989) Shida et al. 1997 | | authority | 59845 | Bacillus circulans group 6 | | synonym | 59845 | Paenibacillus illinoisensis | | scientific name | 59845 | Paenibacillus illinoisensis Shida et al. 1997 | | authority | 59846 | Paenibacillus chibensis | | scientific name | 59846 | Paenibacillus chibensis Shida et al. 1997 | | authority | 59861 | Coregonus clupeaformis | | scientific name | 59861 | Coregonus clupeaformis (Mitchill, 1818) | | authority | 59861 | Salmo clupeaformis | | synonym | 59861 | Salmo clupeaformis Mitchill, 1818 | | authority | 59861 | lake whitefish | | genbank common name | 599652 | Tropicimonas | | scientific name | 599652 | Tropicimonas Harwati et al. 2009 | | authority | 599652 | Tropicimonas Harwati et al. 2009 emend. Liang et al. 2021 | | authority | 599652 | Tropicimonas Harwati et al. 2009 emend. Oh et al. 2012 | | authority | 599729 | Wickerhamomycetaceae | | scientific name | 599729 | Wickerhamomycetaceae Kurtzman, Robnett & Bas.-Powers, 2008 | | authority | 599737 | Wickerhamomyces | | scientific name | 599737 | Wickerhamomyces Kurtzman, Robnett & Basehoar-Powers, 2008 | | authority | 59977 | Asterolinon | | synonym | 59977 | Asterolinon Hoffmanns. ex Link, 1813 | | authority | 59977 | Centunculus | | synonym | 59977 | Centunculus L., 1753 | | authority | 59977 | Glaux | | synonym | 59977 | Glaux L., 1753 | | authority | 59977 | Lysimachia | | scientific name | 59977 | Lysimachia L., 1753 | | authority | 59977 | Pelletiera | | synonym | 59977 | Pelletiera A.St.-Hil., 1822 | | authority | 59977 | Steironema | | synonym | 59977 | Steironema Raf., 1821 | | authority | 59977 | loosestrife | | common name | 59991 | Lysimachia europaea | | scientific name | 59991 | Lysimachia europaea (L.) U.Manns & Anderb., 2009 | | authority | 59991 | Trientalis europaea | | synonym | 59991 | Trientalis europaea L., 1753 | | authority | 6 | Azorhizobium | | scientific name | 6 | Azorhizobium Dreyfus et al. 1988 emend. Lang et al. 2013 | | authority | 60 | Vitreoscilla sp. | | scientific name | 600 | Salmonella enterica subsp. enterica serovar Thompson | | scientific name | 600 | Salmonella thompson | | includes | 600346 | Portuninae | | scientific name | 60133 | Prevotella intermedia / Prevotella nigrescens-like organism (PINLO) | | synonym | 60133 | Prevotella pallens | | scientific name | 60133 | Prevotella pallens Kononen et al. 1998 emend. Hahnke et al. 2016 | | authority | 60136 | Oceanibulbus | | synonym | 60136 | Oceanibulbus Wagner-Dobler et al. 2004 | | authority | 60136 | Staleya | | synonym | 60136 | Staleya Labrenz et al. 2000 | | authority | 60136 | Sulfitobacter | | scientific name | 60136 | Sulfitobacter Sorokin 1996 | | synonym | 60136 | Sulfitobacter Sorokin 1996 emend. Liang et al. 2021 | | authority | 60136 | Sulfitobacter Sorokin 1996 emend. Yoon et al. 2007 | | authority | 60137 | "Sulfitobacter pontiacus" Sorokin 1995 | | authority | 60137 | Sulfitobacter pontiacus | | scientific name | 60137 | Sulfitobacter pontiacus Sorokin 1996 | | authority | 60169 | Penicillium aurantiogriseum var. polonicum | | synonym | 60169 | Penicillium aurantiogriseum var. polonicum (W.Zalessky) Frisvad & Filt | | authority | 60169 | Penicillium polonicum | | scientific name | 60169 | Penicillium polonicum K.M. Zalessky, 1927 | | synonym | 60172 | Penicillium solitum | | scientific name | 60172 | Penicillium solitum Westling, 1911 | | authority | 60184 | Phascolomyces | | scientific name | 60184 | Phascolomyces Boedijn ex Benny & R.K. Benj., 1976 | | authority | 60185 | Phascolomyces articulosus | | scientific name | 60185 | Phascolomyces articulosus Boedijn, 1958 | | authority | 6020 | Holotricha | | synonym | 6020 | Oligohymenophora | | synonym | 6020 | Oligohymenophorans | | synonym | 6020 | Oligohymenophorea | | scientific name | 6020 | Oligohymenophorea de Puytoracetal.,1974 | | authority | 602035 | Lachnellula suecica | | scientific name | 602035 | Lachnellula suecica (de Bary ex Fuckel) Nannf., 1953 | | authority | 602035 | Pithya suecica | | synonym | 602035 | Pithya suecica de Bary ex Fuckel, 1877 | | authority | 602398 | Amblyopone bellii | | synonym | 602398 | Stigmatomma bellii | | scientific name | 602398 | Stigmatomma bellii (Forel, 1900) | | authority | 6029 | Microspora | Microspora | synonym | 6029 | Microsporea | | synonym | 6029 | Microsporida | | synonym | 6029 | Microsporidia | | scientific name | 6029 | Microsporidia V. Sprague, 1969 | | authority | 6029 | microsporidians | microsporidians | blast name | 6029 | microsporidians | microsporidians | genbank common name | 6032 | Apansporoblastina | | scientific name | 6033 | Encephalitozoon | | scientific name | 6033 | Encephalitozoon C. Levaditi, Nicolau & R. Schoen, 1923 | | authority | 6033 | Septata | | synonym | 603422 | Mytilinidiales | | scientific name | 603422 | Mytilinidiales E.W.A. Boehm, C.L. Schoch & Spatafora, 2009 | | authority | 603456 | Cynoglossinae | Cynoglossinae | scientific name | 60450 | Kribbella sandramycini | | scientific name | 60450 | Kribbella sandramycini Park et al. 1999 | | authority | 60450 | Nocardioides sp. ATCC 39419 | | includes | 60450 | Nocardioides sp. KCTC 9609 | | includes | 60520 | Lactiplantibacillus paraplantarum | | scientific name | 60520 | Lactiplantibacillus paraplantarum (Curk et al. 1996) Zheng et al. 2020 | | authority | 60520 | Lactobacillus paraplantarum | | synonym | 60520 | Lactobacillus paraplantarum Curk et al. 1996 | | authority | 60524 | Pomphorhynchidae | | scientific name | 60542 | Pomphorhynchus | | scientific name | 60711 | Cercopithecus aethiops sabaeus | | synonym | 60711 | Cercopithecus sabaeus | | synonym | 60711 | Cercopithecus sabeus | | synonym | 60711 | Chlorocebus aethiops sabaeus | | synonym | 60711 | Chlorocebus aethiops sabeus | | synonym | 60711 | Chlorocebus sabaeus | | scientific name | 60711 | Chlorocebus sabaeus (Linnaeus, 1776) | | authority | 60711 | Chlorocebus sabeus | | synonym | 60711 | Simia sabaea | | synonym | 60711 | Simia sabaea Linnaeus, 1766 | | authority | 60711 | green monkey | | genbank common name | 6072 | Eumetazoa | | scientific name | 6073 | Cnidaria | | scientific name | 6073 | Coelenterata | Coelenterata | in-part | 6073 | cnidarians | cnidarians | blast name | 6073 | cnidarians | cnidarians | genbank common name | 6073 | coelenterates | coelenterates | common name | 607660 | Ponginae | | scientific name | 608538 | Hydrogenobacter thermophilus DSM 6534 | | synonym | 608538 | Hydrogenobacter thermophilus TK-6 | | scientific name | 608538 | Hydrogenobacter thermophilus str. TK-6 | | equivalent name | 608538 | Hydrogenobacter thermophilus strain TK-6 | | equivalent name | 60894 | Saccharopolyspora spinosa | | scientific name | 60894 | Saccharopolyspora spinosa Mertz and Yao 1990 | | authority | 60894 | Saccharopolyspora spinosa Mertz and Yao 1990 emend. Nouioui et al. 2018 | | authority | 60896 | Anthophora | | scientific name | 6101 | Anthozoa | | scientific name | 6101 | anthozoans | anthozoans | blast name | 6101 | anthozoans | anthozoans | genbank common name | 61015 | Staphylococcus succinus | | scientific name | 61015 | Staphylococcus succinus Lambert et al. 1998 | | authority | 6102 | Ceriantipatharia | | includes | 6102 | Hexacorallia | | scientific name | 6103 | Actiniaria | | scientific name | 6103 | actinians | | common name | 6103 | sea anemones | sea anemones | blast name | 6103 | sea anemones | sea anemones | genbank common name | 61169 | Alicyclobacillus sp. | | scientific name | 61170 | Holdemania | | scientific name | 61170 | Holdemania Willems et al. 1997 | | authority | 61171 | Eubacterium-like group S14 | | synonym | 61171 | Holdemania filiformis | | scientific name | 61171 | Holdemania filiformis Willems et al. 1997 | | authority | 6125 | Astrocoeniina | | synonym | 6125 | Caryophylliina | | synonym | 6125 | Dendrophylliina | | synonym | 6125 | Faviina | | synonym | 6125 | Fungiina | | synonym | 6125 | Madreporaria | | synonym | 6125 | Meandriina | | synonym | 6125 | Scleractinia | | scientific name | 6125 | stony corals | stony corals | blast name | 6125 | stony corals | stony corals | genbank common name | 6126 | Acroporidae | | scientific name | 6127 | Acropora | | scientific name | 6127 | staghorn corals | | genbank common name | 61284 | Fusarium sp. CBS 261.51 | | includes | 61284 | Fusarium sp. NZ62 | | includes | 61284 | Fusarium sp. NZ64 | | includes | 61284 | Fusarium sp. NZ65 | | includes | 61284 | Fusarium sp. NZ67 | | includes | 61284 | Fusarium sp. NZ68 | | includes | 61284 | Fusarium sp. TRT7 | | includes | 61284 | Fusarium tricinctum | | scientific name | 61284 | Fusarium tricinctum (Corda) Sacc., 1886 | | authority | 61284 | Gibberella tricincta | | synonym | 61284 | Gibberella tricincta El-Gholl, McRitchie, Schoult. & Ridings, 1978 | | authority | 61284 | Selenosporium tricinctum | | synonym | 61284 | Selenosporium tricinctum Corda, 1838 | | authority | 613 | Serratia | Serratia | scientific name | 613 | Serratia Bizio 1823 (Approved Lists 1980) | | authority | 613091 | Leiuperidae | | synonym | 613091 | Leiuperinae | | scientific name | 613121 | Smaragdicoccus | | scientific name | 613121 | Smaragdicoccus Adachi et al. 2007 | | authority | 6132 | Alcyonacea | | synonym | 6132 | Alcyonaria | | synonym | 6132 | Gorgonacea | | synonym | 6132 | Octocorallia | | scientific name | 6132 | Telestacea | | synonym | 6132 | sea whips | | common name | 6132 | soft corals | soft corals | blast name | 6132 | soft corals | soft corals | genbank common name | 61384 | Felis rufus | | synonym | 61384 | Felis rufus Schreber, 1777 | | authority | 61384 | Lynx rufus | | scientific name | 61384 | Lynx rufus (Schreber, 1777) | | authority | 61384 | bobcat | | genbank common name | 614 | "Aerobacter liquefaciens" Grimes and Hennerty 1931 | | authority | 614 | Aerobacter liquefaciens | | synonym | 614 | Serratia liquefaciens | | scientific name | 614 | Serratia liquefaciens (Grimes and Hennerty 1931) Bascomb et al. 1971 | | authority | 614 | Serratia liquefaciens (Grimes and Hennerty 1961(sic)) Bascomb et al. 1971 | | authority | 61401 | Herpailurus | | scientific name | 61420 | Aspergillus caelatus | | scientific name | 61420 | Aspergillus caelatus B.W. Horn, 1997 | | authority | 61421 | Harpellales | | scientific name | 61421 | Harpellales Lichtw. & Manier, 1978 | | authority | 61421 | Trichomycetes | | synonym | 61432 | unclassified Flavobacteriaceae | | scientific name | 614643 | Spiroplasma endosymbiont of Drosophila atripex | | scientific name | 61471 | Timema | | scientific name | 61474 | California timema | | genbank common name | 61474 | Timema californica | | synonym | 61474 | Timema californicum | | scientific name | 61474 | Timema californicum Scudder, 1895 | | authority | 61476 | Timema cristinae | | scientific name | 61476 | Timema cristinae Vickery, 1993 | | authority | 615 | "Bacillus marcescens" (Bizio 1823) Trevisan in de Toni and Trevisan 1889 | | authority | 615 | Bacillus marcescens | | synonym | 615 | Enterobacteriaceae bacterium KO4 | | includes | 615 | Pantoea sp. NAB7 | | includes | 615 | Serratia marcescens | | scientific name | 615 | Serratia marcescens Bizio 1823 (Approved Lists 1980) | | authority | 615 | Serratia marcescens subsp. marcescens | | synonym | 615 | Serratia marcescens subsp. marcescens Bizio 1823 (Approved Lists 1980) | | authority | 615 | Serratia marcescens subsp. sakuensis | | synonym | 615 | Serratia marcescens subsp. sakuensis Ajithkumar et al. 2003 | | authority | 615 | Serratia sp. NCIM 2919 | | includes | 615 | Serratia sp. UENF-22GI | | includes | 6157 | Neorhabdocoela | | includes | 6157 | Platyhelminthes | | scientific name | 6157 | Proplicastomata | | includes | 6157 | Turbellaria | | includes | 6157 | Turbellarian Platyhelminths | | includes | 6157 | flatworm | | common name | 6157 | flatworms | flatworms | blast name | 6157 | flatworms | flatworms | genbank common name | 61615 | Pelobates | | scientific name | 61616 | Cultripes cultripes | | synonym | 61616 | Iberian spadefoot toad | | common name | 61616 | Pelobates cultripes | | scientific name | 61616 | Pelobates cultripes (Cuvier, 1829) | | authority | 61616 | Rana cultripes | | synonym | 61616 | Rana cultripes Cuvier, 1829 | | authority | 61616 | Spanish spadefoot toad | | common name | 61616 | western spadefoot | | common name | 61616 | western spadefoot toad | western spadefoot toad | genbank common name | 61621 | Pygathrix bieti | | synonym | 61621 | Rhinopithecus bieti | | scientific name | 61621 | Rhinopithecus bieti Milne-Edwards, 1897 | | authority | 61621 | Yunnan snub-nosed monkey | | common name | 61621 | black snub-nosed monkey | | genbank common name | 61644 | "Bacillus okenii" (Ehrenberg 1838) Trevisan 1889 | | authority | 61644 | "Bacterium okenii" (Ehrenberg 1838) Trevisan 1879 | | authority | 61644 | "Beggiatoa roseopersicina" Zopf 1883 | | authority | 61644 | "Chromatium densegranulatum" Skuja 1948 | | authority | 61644 | "Mantegazzea rosea" (Cohn 1875) Trevisan 1889 | | authority | 61644 | "Mantegazzea winogradskyi" Trevisan 1889 | | authority | 61644 | "Monas okenii" Ehrenberg 1838 | | authority | 61644 | "Pseudomonas okenii" (Ehrenberg 1838) Migula 1895 | | authority | 61644 | "Rhabdochromatium fusiforme" Winogradsky 1888 | | authority | 61644 | "Rhabdochromatium roseum" (Cohn 1875) Winogradsky 1888 | | authority | 61644 | "Rhabdomonas rosea" Cohn 1875 | | authority | 61644 | "Spirillum violaceum" Warming 1875 | | authority | 61644 | "Thiospirillum violaceum" (Warming 1875) Migula 1900 | | authority | 61644 | Bacillus okenii | | synonym | 61644 | Bacterium okenii | | synonym | 61644 | Beggiatoa roseopersicina | | synonym | 61644 | Chromatium densegranulatum | | synonym | 61644 | Chromatium okenii | | scientific name | 61644 | Chromatium okenii (Ehrenberg 1838) Perty 1852 | | authority | 61644 | Mantegazzea rosea | | synonym | 61644 | Mantegazzea winogradskyi | | synonym | 61644 | Monas okenii | | synonym | 61644 | Pseudomonas okenii | | synonym | 61644 | Rhabdochromatium fusiforme | | synonym | 61644 | Rhabdochromatium roseum | | synonym | 61644 | Rhabdomonas rosea | | synonym | 61644 | Spirillum violaceum | | synonym | 61644 | Thiospirillum violaceum | | synonym | 61645 | CDC Enteric Group 17 | | synonym | 61645 | Enterobacter asburiae | | scientific name | 61645 | Enterobacter asburiae Brenner et al. 1988 emend. Hoffmann et al. 2005 | | authority | 61645 | Enterobacter muelleri | | synonym | 61645 | Enterobacter muelleri Kampfer et al. 2015 | | authority | 61645 | Enterobacter sp. JM-458 | | includes | 61645 | Enterobacter sp. K1-1 | | includes | 61645 | Enterobacter sp. PXE | | includes | 61645 | Enterobacter sp. R2-2 | | includes | 61645 | Enterobacter sp. R6-2 | | includes | 61645 | Enterobacter sp. SM1 | | includes | 61651 | Serratia ficaria | | scientific name | 61651 | Serratia ficaria Grimont et al. 1981 | | synonym | 61651 | Serratia ficaria Grimont et al. 1981 emend. Garcia-Fraile et al. 2020 | | authority | 61651 | Serratia sp. 52 | | includes | 61651 | Serratia vespertilionis | | synonym | 61651 | Serratia vespertilionis Garcia-Fraile et al. 2015 | | authority | 61652 | Serratia marinorubra | | synonym | 61652 | Serratia marinorubra ZoBell and Upham 1944 (Approved Lists 1980) | | authority | 61652 | Serratia rubidaea | | scientific name | 61652 | Serratia rubidaea (Stapp 1940) Ewing et al. 1973 | | authority | 61652 | Serratia sp. V1E5a | | includes | 61653 | Methylopila | | scientific name | 61653 | Methylopila Doronina et al. 1998 | | authority | 616997 | Hoyosella altamirensis | | scientific name | 616997 | Hoyosella altamirensis Jurado et al. 2009 | | authority | 616997 | Hoyosella altamirensis Jurado et al. 2009 emend. Hamada et al. 2016 | | authority | 616997 | Nocardia sp. OFN S31 | | includes | 617147 | Vibrio splendidus ZF-90 | | scientific name | 617148 | Vibrio splendidus 5S-101 | | scientific name | 6178 | Trematoda | | scientific name | 6179 | Digenea | Digenea | scientific name | 6179 | flukes | | genbank common name | 618 | Serratia odorifera | | scientific name | 618 | Serratia odorifera Grimont et al. 1978 | | authority | 6180 | Strigeida | | synonym | 6180 | Strigeidida | | scientific name | 6181 | Schistosoma | | scientific name | 6184 | Bilharzia bovis | | synonym | 6184 | Bilharzia bovis Sonsino, 1876 | | authority | 6184 | Schistosoma bovis | | scientific name | 6188 | Schistosoma rodhaini | | scientific name | 6188 | Schistosoma rodhaini Brumpt, 1931 | | authority | 6193 | Opisthorchiida | | scientific name | 6194 | Opisthorchiata | | scientific name | 6196 | Opisthorchiidae | | scientific name | 6197 | Neometorchis | | synonym | 6197 | Opisthorchis | | scientific name | 6198 | Distomum viverrini | | synonym | 6198 | Distomum viverrini Poirier, 1886 | | authority | 6198 | Opisthorchis viverrini | | scientific name | 6198 | Southeast Asian liver fluke | | common name | 6199 | Cestoda | | scientific name | 6199 | tapeworms | | genbank common name | 620 | Shigella | | scientific name | 620 | Shigella Castellani and Chalmers 1919 (Approved Lists 1980) | | authority | 6200 | Eucestoda | | scientific name | 6201 | Cyclophyllidea | | scientific name | 6208 | Taeniidae | | scientific name | 6209 | Echinococcus | | scientific name | 621 | Shigella boydii | | scientific name | 621 | Shigella boydii Ewing 1949 | | authority | 6210 | Echinococcus granulosus | | scientific name | 6210 | Echinococcus granulosus (Batsch, 1786) | | authority | 6210 | Echinococcus granulosus G1 strain | | synonym | 6210 | Echinococcus granulosus G2 strain | | synonym | 6210 | Echinococcus granulosus G3 strain | | synonym | 6210 | Echinococcus granulosus Tasmanian sheep strain | | synonym | 6210 | Echinococcus granulosus buffalo strain | | synonym | 6210 | Echinococcus granulosus s. s. | | synonym | 6210 | Echinococcus granulosus sensu stricto | | synonym | 6210 | Echinococcus granulosus sheep strain | | synonym | 62133 | Capnodiaceae | | scientific name | 62133 | anamorphic Capnodiaceae | | includes | 62133 | mitosporic Capnodiaceae | | includes | 6217 | Nemertea | | scientific name | 6217 | Nemertini | | synonym | 6217 | bootlace worms | | common name | 6217 | nemertines | | common name | 6217 | ribbon worms | ribbon worms | blast name | 6217 | ribbon worms | ribbon worms | genbank common name | 6218 | Anopla | | synonym | 6218 | Pilidiophora | | scientific name | 6219 | Heteronemertea | | scientific name | 6219 | Heteronemertini | | synonym | 6219 | heteronemertine worms | | genbank common name | 622 | "Bacillus dysenteriae" Shiga 1898 | | authority | 622 | "Bacillus dysentericus" Shiga 1897 | | authority | 622 | "Bacillus shigae" Chester 1901 | | authority | 622 | "Eberthella dysenteriae" (Shiga 1898) Bergey et al. 1925 | | authority | 622 | "Shigella shigae" (Chester 1901) Wilson and Miles 1946 | | authority | 622 | Bacillus dysenteriae | | synonym | 622 | Bacillus dysentericus | | synonym | 622 | Bacillus shigae | | synonym | 622 | Eberthella dysenteriae | | synonym | 622 | Escherichia/Shigella dysenteriae | | equivalent name | 622 | Shigella dysenteriae | | scientific name | 622 | Shigella dysenteriae (Shiga 1897) Castellani and Chalmers 1919 | | authority | 622 | Shigella dysenteriae (Shiga 1898) Castellani and Chalmers 1919 | | authority | 622 | Shigella shigae | | synonym | 6220 | Cerebratulus | | scientific name | 6221 | Cerebratulus lacteus | | scientific name | 6221 | Cerebratulus lacteus (Leidy, 1851) | | authority | 6221 | Meckelia lactea | | synonym | 6221 | Meckelia lactea Leidy, 1851 | | authority | 6221 | Micrura lactea | | synonym | 6221 | milky ribbon worm | | common name | 6221 | milky ribbon-worm | | genbank common name | 6222 | Cerebratulidae | | synonym | 6222 | Lineidae | | scientific name | 622450 | Actinopolysporales | | scientific name | 622450 | Actinopolysporales Goodfellow and Trujillo 2015 | | authority | 622450 | Actinopolysporineae | | synonym | 622450 | Actinopolysporineae Zhi et al. 2009 | | authority | 622451 | Actinopolysporaceae | | scientific name | 622451 | Actinopolysporaceae Zhi et al. 2009 | | authority | 622451 | Mzabimycetaceae Saker et al. 2015 | | synonym | 622452 | Kineosporiales | | scientific name | 622452 | Kineosporiales Kampfer 2015 | | authority | 622452 | Kineosporiineae | | synonym | 622452 | Kineosporiineae Zhi et al. 2009 | | authority | 622695 | Planococcus salinarum | | scientific name | 622695 | Planococcus salinarum Yoon et al. 2010 | | authority | 622695 | Planococcus sp. ISL-16 | | includes | 62283 | Sorex fumeus | | scientific name | 62283 | Sorex fumeus Miller, 1895 | | authority | 62283 | smoky shrew | | genbank common name | 623 | "Shigella paradysenteriae" Weldin 1927 | | authority | 623 | Escherichia flexneri | | equivalent name | 623 | Escherichia/Shigella flexneri | | equivalent name | 623 | Shigella flexneri | | scientific name | 623 | Shigella flexneri Castellani and Chalmers 1919 | | authority | 623 | Shigella paradysenteriae | | synonym | 6231 | Nemata | | synonym | 6231 | Nematoda | | scientific name | 6231 | nematode | | common name | 6231 | nematodes | nematodes | blast name | 6231 | nematodes | nematodes | genbank common name | 6231 | roundworm | | common name | 6231 | roundworms | | common name | 62319 | Halococcus saccharolyticus | | scientific name | 62319 | Halococcus saccharolyticus Montero et al. 1990 | | authority | 62322 | Shewanella baltica | | scientific name | 62322 | Shewanella baltica Ziemke et al. 1998 emend. Thorell et al. 2019 | | authority | 62322 | Shewanella putrefaciens Owen's group II | | synonym | 62322 | Shewanella sp. IRL551 | | includes | 62336 | Miscanthus | | scientific name | 62336 | Miscanthus Andersson, 1855 | | authority | 62336 | Sclerostachya | | synonym | 62336 | Sclerostachya (Andersson ex Hack.) A.Camus, 1922 | | authority | 62336 | Triarrhena | | synonym | 62336 | Triarrhena (Maxim.) Nakai, 1950 | | authority | 62336 | silver grass | | common name | 6236 | Rhabditida | | scientific name | 6236 | Strongylida | | synonym | 6237 | Caenorhabditis | | scientific name | 6238 | Caenorhabditis briggsae | | scientific name | 6238 | Caenorhabditis briggsae AF16 | | includes | 6238 | Caenorhabditis briggsae Dougherty & Nigon, 1949 | | authority | 6238 | Rhabditis briggsae | | synonym | 6238 | Rhabditis briggsae Dougherty & Nigon, 1949 | | authority | 6239 | Caenorhabditis elegans | | scientific name | 6239 | Caenorhabditis elegans (Maupas, 1900) | | authority | 6239 | Rhabditis elegans | | synonym | 6239 | Rhabditis elegans Maupas, 1899 | | authority | 624 | "Bacterium sonnei" Levine 1920 | | authority | 624 | Bacterium sonnei | | synonym | 624 | Shigella sonnei | | scientific name | 624 | Shigella sonnei (Levine 1920) Weldin 1927 | | authority | 624146 | Idiomarina aestuarii | | synonym | 624146 | Idiomarina aestuarii (Park et al. 2010) Wang et al. 2011 | | authority | 624146 | Pseudidiomarina aestuarii | | scientific name | 624146 | Pseudidiomarina aestuarii Park et al. 2010 | | authority | 624146 | Pseudidiomarina aestuarii Park et al. 2010 emend. Liu et al. 2018 | | authority | 624146 | Pseudidiomarina sp. KYW314 | | includes | 6243 | Rhabditidae | | scientific name | 624315 | Micromonosporaceae bacterium K07-0523 | | includes | 624315 | Phytohabitans suffuscus | | scientific name | 624315 | Phytohabitans suffuscus Inahashi et al. 2010 | | authority | 6249 | Ascaridida | | synonym | 6249 | Ascaridomorpha | | scientific name | 625 | Shigella sp. | | scientific name | 626 | Xenorhabdus | | scientific name | 626 | Xenorhabdus Thomas and Poinar 1979 (Approved Lists 1980) emend. Akhurst 1983 | | authority | 626 | Xenorhabdus Thomas and Poinar 1979 (Approved Lists 1980) emend. Thomas and Poinar 1983 | | authority | 626377 | Drymodes | | scientific name | 626378 | Drymodes brunneopygia | | scientific name | 626378 | Drymodes brunneopygia Gould, 1840 | | authority | 6264 | Toxocara | | scientific name | 6265 | Toxocara canis | | scientific name | 6265 | dog roundworm | | genbank common name | 626559 | Teuchophorus stenostigma | | scientific name | 626559 | Teuchophorus stenostigma Meuffels & Grootaert, 2004 | | authority | 62680 | "Candidatus Marinimicrobia" Rinke et al. 2013 | | synonym | 62680 | "Candidatus Marinisomatota" Royalty and Steen 2019 | | synonym | 62680 | "Candidatus Neomarinimicrobiota" corrig. Rinke et al. 2013 | | authority | 62680 | Candidatus Neomarinimicrobiota | | synonym | 62680 | Fidelibacterota | | scientific name | 62680 | Fidelibacterota Katayama et al. 2024 | | authority | 62680 | Marine Group A | | common name | 62680 | Neomarinimicrobiota | | equivalent name | 62680 | SAR406 cluster | | genbank common name | 626935 | Collinsella sp. YIT 12064 | | includes | 626935 | Collinsella tanakaei | | scientific name | 626935 | Collinsella tanakaei Nagai et al. 2010 | | authority | 627131 | Alcaligenes sp. GR24-5 | | includes | 627131 | Paralcaligenes ureilyticus | | scientific name | 627131 | Paralcaligenes ureilyticus Kim et al. 2011 | | authority | 627141 | Pseudomonas nitroreducens/multiresinivorans group | | scientific name | 6274 | Spirurida | | synonym | 6274 | Spirurina | | scientific name | 6281 | Onchocerca | | scientific name | 629 | Yersinia | Yersinia | scientific name | 629 | Yersinia van Loghem 1944 | | authority | 62916 | Tilletiales | | scientific name | 62916 | Tilletiales Haeckel, 1894 | | authority | 629295 | Streptomyces griseus clade | | synonym | 629295 | Streptomyces griseus group | | scientific name | 6295 | Filarioidea | | scientific name | 6296 | Onchocercidae | | scientific name | 629742 | Staphylococcus hominis SK119 | | scientific name | 629742 | Staphylococcus hominis str. SK119 | | equivalent name | 629742 | Staphylococcus hominis strain SK119 | | equivalent name | 630 | "Bacterium enterocoliticum" Schleifstein and Coleman 1939 | | authority | 630 | Bacterium enterocoliticum | | synonym | 630 | Yersinia enterocolitica | | scientific name | 630 | Yersinia enterocolitica (Schleifstein and Coleman 1939) Frederiksen 1964 (Approved Lists 1980) | | authority | 6300 | Tylenchina | | scientific name | 6301 | Heteroderidae | | scientific name | 630280 | Macrourinae | | scientific name | 63057 | Celtis guineensis | | synonym | 63057 | Celtis guineensis Schumach. & Thonn., 1827 | | authority | 63057 | Celtis orientalis | | synonym | 63057 | Celtis orientalis L., 1753 | | authority | 63057 | Sponia africana | | synonym | 63057 | Sponia africana Planch., 1848 | | synonym | 63057 | Trema africana | | synonym | 63057 | Trema africanum | | synonym | 63057 | Trema africanum (Planch.) Blume, 1856 | | authority | 63057 | Trema guineense | | synonym | 63057 | Trema guineense (Schum. & Thonn.) Ficalho, 1884 | | authority | 63057 | Trema orientale | | scientific name | 63057 | Trema orientale (L.) Blume, 1856 | | authority | 63057 | Trema orientalis | | equivalent name | 630749 | Spongiibacter | | scientific name | 630749 | Spongiibacter Graeber et al. 2008 | | authority | 630749 | Spongiibacter Graeber et al. 2008 emend. Jang et al. 2011 | | authority | 630921 | Bradyrhizobium embrapense | | scientific name | 630921 | Bradyrhizobium embrapense Delamuta et al. 2015 | | authority | 630921 | Bradyrhizobium sp. SEMIA 6208 | | includes | 630975 | Pseudonocardia kunmingensis | | scientific name | 630975 | Pseudonocardia kunmingensis Zhao et al. 2011 | | authority | 630975 | Pseudonocardia sp. YIM 63158 | | includes | 631 | Yersinia intermedia | | scientific name | 631 | Yersinia intermedia Brenner et al. 1981 | | authority | 631455 | Chryseobacterium sp. IMMIB L-1519 | | includes | 631455 | Chryseobacterium treverense | | synonym | 631455 | Chryseobacterium treverense Yassin et al. 2010 | | authority | 631455 | Kaistella treverensis | | scientific name | 631455 | Kaistella treverensis (Yassin et al. 2010) Nicholson et al. 2020 | | authority | 6324 | Bursaphelenchus | | scientific name | 6324 | pine wood nematodes | | genbank common name | 632517 | unclassified Orthocentrinae | | scientific name | 6329 | Trichinellida | | scientific name | 633 | "Bacillus pseudotuberkulosis" (sic) Pfeiffer 1889 | | authority | 633 | "Bacterium pseudotuberculosis" (Pfeiffer 1889) Migula 1900 | | authority | 633 | "Pasteurella pseudotuberculosis" (Pfeiffer 1889) Topley and Wilson 1929 | | authority | 633 | "Shigella pseudotuberculosis" (Pfeiffer 1889) Haupt 1935 | | authority | 633 | Bacillus pseudotuberkulosis | | synonym | 633 | Bacterium pseudotuberculosis | | synonym | 633 | Pasteurella lymphangitidis | | synonym | 633 | Pasteurella lymphangitidis Sneath and Stevens 1990 | | authority | 633 | Pasteurella pseudotuberculosis | | synonym | 633 | Shigella pseudotuberculosis | | synonym | 633 | Yersinia pseudotuberculosis | | scientific name | 633 | Yersinia pseudotuberculosis (Pfeiffer 1889) Smith and Thal 1965 (Approved Lists 1980) | | authority | 6332 | Trichinellidae | | scientific name | 6333 | Trichinella | | scientific name | 633413 | Pseudozobellia | | scientific name | 633413 | Pseudozobellia Nedashkovskaya et al. 2009 | | authority | 6336 | Trichinella nelsoni | | scientific name | 6336 | Trichinella nelsoni Britov & Boev, 1972 | | authority | 6337 | Trichinella pseudospiralis | | scientific name | 6337 | Trichinella pseudospiralis Garkavi, 1972 | | authority | 6338 | Heligmosomoides | | scientific name | 6339 | Heligmosomoides polygyrus | | scientific name | 6339 | Nematospiroides dubius | | synonym | 6339 | Strongylus polygyrus | | synonym | 6339 | Strongylus polygyrus Dujardin, 1845 | | authority | 634 | Yersinia bercovieri | | scientific name | 634 | Yersinia bercovieri Wauters et al. 1988 | | authority | 634 | Yersinia enterocolitica biogroup 3B | | synonym | 6340 | Annelida | | scientific name | 6340 | annelid worms | | common name | 6340 | segmented worms | segmented worms | blast name | 6340 | segmented worms | segmented worms | genbank common name | 6341 | Polychaeta | | scientific name | 6341 | Psammodrilida | | includes | 6341 | polychaetes | | genbank common name | 63429 | Leptopilina | | scientific name | 63436 | Leptopilina heterotoma | | scientific name | 63459 | Chenopodium quinoa | | scientific name | 63459 | Chenopodium quinoa Willd., 1798 | | authority | 63459 | quinoa | | genbank common name | 634771 | Chitinophaga eiseniae | | scientific name | 634771 | Chitinophaga eiseniae Yasir et al. 2011 | | authority | 634771 | Chitinophaga sp. YC6729 | | includes | 6348 | Phyllodocida | | scientific name | 635 | "Asakusa group" Sakazaki and Murata 1962 | | authority | 635 | "Bartholomew group" King and Adler 1964 | | authority | 635 | Asakusa group | | synonym | 635 | Bartholomew group | | synonym | 635 | Edwardsiella | Edwardsiella | scientific name | 635 | Edwardsiella Ewing and McWhorter 1965 | | authority | 63707 | Chrysomelinae | | scientific name | 63708 | Chrysolinini | | includes | 63708 | Chrysomelini | | scientific name | 63708 | Phaedonini | | includes | 63708 | Phratorini | | includes | 63708 | Prasocurini | | includes | 63710 | Galerucinae | | scientific name | 63711 | Luperini | | scientific name | 637416 | Amphibalanus | | scientific name | 637416 | Amphibalanus Pitombo, 2004 | | authority | 63743 | Natronomonas | | scientific name | 63743 | Natronomonas Kamekura et al. 1997 | | authority | 63743 | Natronomonas Kamekura et al. 1997 emend. Burns et al. 2010 | | authority | 63743 | Natronomonas Kamekura et al. 1997 emend. Kim et al. 2013 | | authority | 63820 | Penicillium chermesinum | | scientific name | 63820 | Penicillium chermesinum Biourge, 1923 | | authority | 63820 | Penicillium sp. TTMF3 | | includes | 63820 | Penicillium vietnamense | | synonym | 63820 | Penicillium vietnamense V.D. Nguyen & T.T. Pham, 2022 | | authority | 63826 | Gobiesocidae | | scientific name | 63826 | clingfishes | | genbank common name | 639021 | Magnaporthales | | scientific name | 639021 | Magnaporthales Thongkantha, Vijaykrishna & K.D. Hyde 2009 | | authority | 64001 | Nevskia | | scientific name | 64001 | Nevskia Famintzin 1892 (Approved Lists 1980) emend. Leandro et al. 2012 | | authority | 64002 | "Gallionella ramosa" (Famintzin 1892) Krasil'nikov 1949 | | authority | 64002 | Gallionella ramosa | | synonym | 64002 | Nevskia ramosa | | scientific name | 64002 | Nevskia ramosa Famintzin 1892 | | authority | 640293 | "Candidatus Methylomirabilota" Chuvochina et al. 2023 | | authority | 640293 | Candidatus Methylomirabilota | | scientific name | 640293 | Methylomirabilota | | equivalent name | 640293 | NC10 phylum bacteria | | equivalent name | 640293 | candidate division NC10 | | synonym | 640293 | candidate division Nullarbor caves 10 | | equivalent name | 640293 | candidate phylum NC10 | | equivalent name | 6406 | Rhynchobdellida | | scientific name | 6406 | Rhynchobdelliformes | | synonym | 6406 | freshwater leeches | | common name | 6406 | jawless leeches | | genbank common name | 640627 | Poeae incertae sedis | | scientific name | 640630 | Loliinae | | scientific name | 640630 | Loliinae Dumort., 1829 | | authority | 6407 | Glossiphoniidae | | scientific name | 641 | Vibrionaceae | | scientific name | 641 | Vibrionaceae Veron 1965 | | authority | 641 | gamma-3 proteobacteria | gamma-3 proteobacteria | in-part | 64104 | Bacillus pseudomycoides | | scientific name | 64104 | Bacillus pseudomycoides Nakamura 1998 | | authority | 6411 | Desmobdella | | synonym | 6411 | Helobdella | | scientific name | 6412 | Helobdella robusta | | scientific name | 6412 | Helobdella robusta Shankland, Bissen & Weisblat, 1992 | | authority | 641307 | Percinae | | scientific name | 641308 | Luciopercinae | | scientific name | 641308 | Sandrinae | | synonym | 641310 | unclassified Eustigmatophyceae | | scientific name | 641407 | unclassified Lentisphaerota | | scientific name | 64142 | Anabantidae | | scientific name | 64143 | Anabas | | scientific name | 64144 | Amphiprion testudineus | | synonym | 64144 | Anabas testudineus | | scientific name | 64144 | Anabas testudineus (Bloch, 1792) | | authority | 64144 | Anthias testudineus | | synonym | 64144 | Anthias testudineus Bloch, 1792 | | authority | 64144 | Antias testudineus | | synonym | 64144 | climbing perch | | genbank common name | 64159 | Desulfurobacterium | | scientific name | 64159 | Desulfurobacterium L'Haridon et al. 1998 emend. Alain et al. 2003 | | authority | 64159 | Desulfurobacterium L'Haridon et al. 1998 emend. L'Haridon et al. 2006 | | authority | 641818 | Pelteobagrus | | synonym | 641818 | Tachysurus | | scientific name | 641853 | "Elusimicrobia" Geissinger et al. 2009 | | authority | 641853 | Elusimicrobia | Elusimicrobia | scientific name | 641853 | Elusimicrobia Geissinger et al. 2010 | | authority | 641854 | "Elusimicrobiales" Geissinger et al. 2009 | | authority | 641854 | Elusimicrobiales | | scientific name | 641854 | Elusimicrobiales Geissinger et al. 2010 | | authority | 64187 | Xanthomonas campestris pv. oryza | | synonym | 64187 | Xanthomonas campestris pv. oryza (Ishiyama 1922) Dye 1978 | | authority | 64187 | Xanthomonas oryzae pv. oryzae | | scientific name | 641876 | "Elusimicrobiaceae" Geissinger et al. 2009 | | authority | 641876 | Elusimicrobiaceae | | scientific name | 641876 | Elusimicrobiaceae Geissinger et al. 2010 | | authority | 642 | Aeromonas | | scientific name | 642 | Aeromonas Stanier 1943 (Approved Lists 1980) | | authority | 642610 | Rhizophlyctidales | | scientific name | 642610 | Rhizophlyctidales Letcher, 2008 | | authority | 643052 | Allocatelliglobosispora scoriae | | scientific name | 643052 | Allocatelliglobosispora scoriae Lee and Lee 2011 | | authority | 643052 | Micromonosporaceae bacterium Sco-B14 | | includes | 643453 | Xanthomonas citri group | | scientific name | 643671 | Larkinella arboricola | | scientific name | 643671 | Larkinella arboricola Kulichevskaya et al. 2010 | | authority | 643671 | Larkinella sp. Z0532 | | includes | 64387 | Bruchidae | | synonym | 64387 | Bruchinae | | scientific name | 64387 | pea and bean weevils | | common name | 64387 | seed weevils | | genbank common name | 644 | "Aeromonas liquefaciens" Kluyver and van Niel 1936 | | authority | 644 | "Bacillus hydrophilus fuscus" Sanarelli 1871 | | authority | 644 | "Bacterium hydrophilum" (Chester 1901) Weldin and Levine 1923 | | authority | 644 | "Proteus hydrophilus" (Chester 1901) Bergey et al. 1923 | | authority | 644 | "Pseudomonas hydrophila" (Chester 1901) Breed et al. 1948 | | authority | 644 | Aeromonadaceae bacterium BM0323 | | includes | 644 | Aeromonas dourgesi | | synonym | 644 | Aeromonas hydrophila | | scientific name | 644 | Aeromonas hydrophila (Chester 1901) Stanier 1943 (Approved Lists 1980) | | synonym | 644 | Aeromonas hydrophila (Chester 1901) Stanier 1943 (Approved Lists 1980) emend. Beaz-Hidalgo et al. 2013 | | authority | 644 | Aeromonas liquefaciens | | synonym | 644 | Aeromonas sp. ATCC 14715 | | includes | 644 | Aeromonas sp. ATCC 19570 | | includes | 644 | Aeromonas sp. Ah4 | | includes | 644 | Aeromonas sp. CCRC 13881 | | includes | 644 | Aeromonas sp. CCRC 13980 | | includes | 644 | Aeromonas sp. E20 | | includes | 644 | Aeromonas sp. G17 | | includes | 644 | Aeromonas sp. TH001 | | includes | 644 | Aeromonas sp. TH003 | | includes | 644 | Aeromonas sp. TH019 | | includes | 644 | Aeromonas sp. TH020 | | includes | 644 | Aeromonas sp. TH021 | | includes | 644 | Aeromonas sp. TH022 | | includes | 644 | Aeromonas sp. TH023 | | includes | 644 | Aeromonas sp. TH024 | | includes | 644 | Aeromonas sp. TH025 | | includes | 644 | Aeromonas sp. TH026 | | includes | 644 | Aeromonas sp. TH027 | | includes | 644 | Aeromonas sp. TH028 | | includes | 644 | Aeromonas sp. TH029 | | includes | 644 | Aeromonas sp. TH030 | | includes | 644 | Aeromonas sp. TH031 | | includes | 644 | Aeromonas sp. TH033 | | includes | 644 | Aeromonas sp. TH034 | | includes | 644 | Aeromonas sp. TH036 | | includes | 644 | Aeromonas sp. TH054 | | includes | 644 | Aeromonas sp. TH055 | | includes | 644 | Aeromonas sp. TH058 | | includes | 644 | Aeromonas sp. TH068 | | includes | 644 | Aeromonas sp. TH069 | | includes | 644 | Aeromonas sp. TH071 | | includes | 644 | Aeromonas sp. TH072 | | includes | 644 | Aeromonas sp. TH083 | | includes | 644 | Aeromonas sp. TH084 | | includes | 644 | Aeromonas sp. TH085 | | includes | 644 | Aeromonas sp. TH097 | | includes | 644 | Aeromonas sp. TH100 | | includes | 644 | Aeromonas sp. TH102 | | includes | 644 | Aeromonas sp. TH104 | | includes | 644 | Aeromonas sp. TH105 | | includes | 644 | Aeromonas sp. TH107 | | includes | 644 | Aeromonas sp. TH108 | | includes | 644 | Aeromonas sp. TH109 | | includes | 644 | Aeromonas sp. TH110 | | includes | 644 | Aeromonas sp. TH113 | | includes | 644 | Aeromonas sp. TH115 | | includes | 644 | Aeromonas sp. TH117 | | includes | 644 | Aeromonas sp. TH118 | | includes | 644 | Aeromonas sp. TH120 | | includes | 644 | Aeromonas sp. TH121 | | includes | 644 | Aeromonas sp. TH122 | | includes | 644 | Aeromonas sp. TH123 | | includes | 644 | Aeromonas sp. TH124 | | includes | 644 | Aeromonas sp. TH125 | | includes | 644 | Aeromonas sp. TH126 | | includes | 644 | Aeromonas sp. TH127 | | includes | 644 | Aeromonas sp. TH128 | | includes | 644 | Aeromonas sp. TH129 | | includes | 644 | Aeromonas sp. TH130 | | includes | 644 | Aeromonas sp. TH131 | | includes | 644 | Aeromonas sp. TH132 | | includes | 644 | Aeromonas sp. TH133 | | includes | 644 | Aeromonas sp. TH134 | | includes | 644 | Aeromonas sp. TH135 | | includes | 644 | Aeromonas sp. TH136 | | includes | 644 | Aeromonas sp. TH137 | | includes | 644 | Aeromonas sp. TH138 | | includes | 644 | Aeromonas sp. TH139 | | includes | 644 | Aeromonas sp. TH140 | | includes | 644 | Aeromonas sp. TH141 | | includes | 644 | Aeromonas sp. TH142 | | includes | 644 | Bacillus hydrophilus fuscus | | synonym | 644 | Bacterium hydrophilum | | synonym | 644 | Proteus hydrophilus | | synonym | 644 | Proteus ichthyosmius | | synonym | 644 | Pseudomonas hydrophila | | synonym | 644 | bacterium BM0323 | | includes | 64459 | Artogeia rapae | | synonym | 64459 | European cabbage white | | common name | 64459 | Papilio rapae | | synonym | 64459 | Papilio rapae Linnaeus, 1758 | | authority | 64459 | Pieris rapae | | scientific name | 64459 | Pieris rapae (Linnaeus, 1758) | | authority | 64459 | cabbage white | | genbank common name | 64459 | small cabbage white | | common name | 64459 | small white | | common name | 644652 | Gordonibacter | | scientific name | 644652 | Gordonibacter Wurdemann et al. 2009 | | authority | 6447 | Mollusca | | scientific name | 6447 | molluscs | molluscs | blast name | 6447 | molluscs | molluscs | genbank common name | 6447 | mollusks | | common name | 6448 | Gastropoda | | scientific name | 6448 | gastropods | gastropods | blast name | 6448 | gastropods | gastropods | genbank common name | 644801 | Pseudomonas stutzeri RCH2 | | synonym | 644801 | Pseudomonas stutzeri str. RCH2 | | equivalent name | 644801 | Pseudomonas stutzeri strain RCH2 | | equivalent name | 644801 | Stutzerimonas stutzeri RCH2 | | scientific name | 64495 | Rhizopus arrhizus | | scientific name | 64495 | Rhizopus arrhizus A. Fisch., 1892 | | authority | 64495 | Rhizopus arrhizus var. arrhizus | | synonym | 64495 | Rhizopus arrhizus var. tonkinensis | | synonym | 64495 | Rhizopus arrhizus var. tonkinensis (Vuill.) R.Y. Zheng & X.Y. Liu, 2007 | | authority | 64495 | Rhizopus chiuniang | | synonym | 64495 | Rhizopus chiuniang M. Yamaz., 1919 | | authority | 64495 | Rhizopus formosaensis | | synonym | 64495 | Rhizopus formosaensis Hanzawa, 1913 | | authority | 64495 | Rhizopus formosaensis var. chlamydosporus | | includes | 64495 | Rhizopus hangchow | | synonym | 64495 | Rhizopus hangchow M. Yamaz., 1918 | | synonym | 64495 | Rhizopus javanicus | | synonym | 64495 | Rhizopus javanicus Y. Takeda, 1935 | | authority | 64495 | Rhizopus liquefaciens | | synonym | 64495 | Rhizopus liquefaciens M. Yamaz., 1918 | | authority | 64495 | Rhizopus oryzae | | synonym | 64495 | Rhizopus oryzae Went & Prins. Geerl., 1895 | | synonym | 64495 | Rhizopus peka | | synonym | 64495 | Rhizopus peka Y. Takeda, 1924 | | authority | 64495 | Rhizopus pseudochinensis | | synonym | 64495 | Rhizopus pseudochinensis M. Yamaz., 1918 | | authority | 64495 | Rhizopus suinus | | synonym | 64495 | Rhizopus suinus N. Nielsen, 1929 | | authority | 64495 | Rhizopus tamari | | synonym | 64495 | Rhizopus tamari Saito, 1907 | | authority | 64495 | Rhizopus thermosus | | synonym | 64495 | Rhizopus thermosus Yosh. Yamam., 1925 | | authority | 64495 | Rhizopus tonkinensis | | synonym | 64495 | Rhizopus tonkinensis Vuill., 1902 | | authority | 64495 | Rhizopus tritici | | synonym | 64495 | Rhizopus tritici Saito, 1904 | | authority | 645 | "Bacillus salmonicida" (Lehmann and Neumann 1896) Kruse 1896 | | authority | 645 | "Bacterium salmonicida" Lehmann and Neumann 1896 | | authority | 645 | "Proteus salmonicida" (Lehmann and Neumann 1896) Pribram 1933 | | authority | 645 | Aeromonas salmonicida | | scientific name | 645 | Aeromonas salmonicida (Lehmann and Neumann 1896) Griffin et al. 1953 | | authority | 645 | Aeromonas sp. NCIMB 1102 | | includes | 645 | Aeromonas sp. O23A | | includes | 645 | Bacillus salmonicida | | synonym | 645 | Bacterium salmonicida | | synonym | 645 | Proteus salmonicida | | synonym | 6451 | Haliotidae | | scientific name | 6451 | abalones | | genbank common name | 645134 | Spizellomyces punctatus DAOM BR117 | | scientific name | 6452 | Haliotis | | scientific name | 64523 | Mortierella humilis | | synonym | 64523 | Mortierella humilis Linnem. ex W. Gams, 1963 | | authority | 64523 | Podila humilis | | scientific name | 64523 | Podila humilis (Linnem. ex W. Gams) Vandepol & Bonito, 2020 | | authority | 64525 | Mortierella minutissima | | synonym | 64525 | Mortierella minutissima Tiegh., 1878 | | authority | 64525 | Mortierella minutissima var. dubia | | synonym | 64525 | Mortierella minutissima var. dubia Linnem. 1941 | | authority | 64525 | Podila minutissima | | scientific name | 64525 | Podila minutissima (Tiegh.) Vandepol & Bonito, 1941 | | authority | 6454 | California red abalone | | common name | 6454 | Haliotis rufenscens | | synonym | 6454 | Haliotis rufescens | | scientific name | 6454 | Haliotis rufescens Swainson, 1822 | | authority | 6454 | red abalone | | genbank common name | 645466 | Anaerostipes butyraticus | | scientific name | 645466 | Anaerostipes butyraticus Eeckhaut et al. 2010 | | authority | 645466 | Anaerostipes sp. 35-7 | | includes | 645663 | Enterococcus faecium E1039 | | scientific name | 645663 | Enterococcus faecium str. E1039 | | equivalent name | 645663 | Enterococcus faecium strain E1039 | | equivalent name | 64567 | Linnemannia schmuckeri | | scientific name | 64567 | Linnemannia schmuckeri (Linnem.) Vandepol & Bonito, 2020 | | authority | 64567 | Mortierella schmuckeri | | synonym | 64567 | Mortierella schmuckeri Linnem., 1958 | | authority | 64609 | Cylindrocarpon destructans | | synonym | 64609 | Cylindrocarpon destructans (Zinssm.) Scholten, 1964 | | authority | 64609 | Cylindrocarpon destructans var. destructans | | synonym | 64609 | Cylindrocarpon radicicola | | synonym | 64609 | Cylindrocarpon radicicola Wollenw., 1924 | | authority | 64609 | Ilyonectria destructans | | scientific name | 64609 | Ilyonectria destructans (Zinssm.) Rossman, L. Lombard & Crous, 2015 | | authority | 64609 | Ilyonectria radicicola | | synonym | 64609 | Ilyonectria radicicola (Gerlach & L. Nilsson) P. Chaverri & C. Salgado 2011 | | authority | 64609 | Ilyonectria sp. CSS-2014a | | includes | 64609 | Nectria radicicola | | synonym | 64609 | Nectria radicicola Gerlach & L. Nilsson, 1963 | | authority | 64609 | Neonectria radicicola | | synonym | 64609 | Neonectria radicicola (Gerlach & L. Nilsson) Mantiri & Samuels, 2001 | | authority | 64609 | Neonectria radicicola var. radicicola | | synonym | 64609 | Ramularia destructans | | synonym | 64609 | Ramularia destructans Zinssm., 1918 | | authority | 64640 | Pilaira | | scientific name | 64640 | Pilaira Tiegh., 1875 | | authority | 64641 | Pilaira anomala | | scientific name | 64641 | Pilaira anomala (Ces.) J. Schrot., 1886 | | authority | 64641 | Pilobolus anomalus | | synonym | 64641 | Pilobolus anomalus Ces., 1851 | | authority | 64649 | Backusella | | scientific name | 64649 | Backusella Hesselt. & J.J. Ellis, 1969 | | authority | 64653 | Backusella circina | | scientific name | 64653 | Backusella circina J.J. Ellis & Hesselt., 1969 | | authority | 646534 | Grimontia marina | | scientific name | 646534 | Grimontia marina Choi et al. 2013 | | authority | 646534 | Grimontia sp. IMCC5001 | | includes | 64659 | Agaricus nudus | | synonym | 64659 | Agaricus nudus Bull., 1790 | | authority | 64659 | Clitocybe nuda | | synonym | 64659 | Clitocybe nuda (Bull.) H.E. Bigelow & A.H. Sm., 1969 | | authority | 64659 | Collybia nuda | | scientific name | 64659 | Collybia nuda (Bull.) Z.M. He & Zhu L. Yang, 2023 | | authority | 64659 | Lepista nuda | | synonym | 64659 | Lepista nuda (Bull.) Cooke, 1871 | | authority | 64659 | Tricholoma nudum | | synonym | 64659 | Tricholoma nudum (Bull.) P. Kumm., 1871 | | authority | 64659 | wood blewit | | common name | 64668 | Lagopus muta | | scientific name | 64668 | Lagopus muta (Montin, 1781) | | authority | 64668 | Tetrao mutus | | synonym | 64668 | Tetrao mutus Montin, 1781 | | authority | 64668 | rock ptarmigan | | genbank common name | 647 | Aeromonas sp. | | scientific name | 6475 | Ampullarioidea | | scientific name | 6475 | Viviparacea | | synonym | 64782 | Acromyrmex | | scientific name | 6479 | Neogastropoda | | scientific name | 6479 | Stenoglossa | | synonym | 64792 | Wasmannia | | scientific name | 64793 | Wasmannia auropunctata | | scientific name | 64793 | Wasmannia auropunctata (Roger, 1863) | | authority | 64793 | little fire ant | | genbank common name | 64794 | Loxia | | scientific name | 647960 | Marinactinospora | | scientific name | 647960 | Marinactinospora Tian et al. 2009 | | authority | 648 | "Aeromonas caviae" Eddy 1962 | | authority | 648 | "Bacillus punctatus" Zimmermann 1890 | | authority | 648 | "Pseudomonas caviae" Scherago 1936 | | authority | 648 | "Pseudomonas punctata" (Zimmermann 1890) Chester 1901 | | authority | 648 | Aeromonadaceae bacterium BM0135 | | includes | 648 | Aeromonadaceae bacterium BM0613 | | includes | 648 | Aeromonas caviae | | scientific name | 648 | Aeromonas caviae (ex Eddy 1962) Popoff 1984 | | authority | 648 | Aeromonas dourgesi anaerogene | | synonym | 648 | Aeromonas formicans | | synonym | 648 | Aeromonas hydrophila anaerogenes | | synonym | 648 | Aeromonas hydrophila subsp. anaerogenes | | synonym | 648 | Aeromonas hydrophila subsp. anaerogenes Schubert 1964 | | authority | 648 | Aeromonas punctata | | synonym | 648 | Aeromonas punctata (Zimmermann 1890) Snieszko 1957 (Approved Lists 1980) | | authority | 648 | Aeromonas punctata subsp. caviae | | synonym | 648 | Aeromonas punctata subsp. caviae (Scherago 1936) Schubert 1964 (Approved Lists 1980) | | authority | 648 | Aeromonas punctata subsp. punctata | | synonym | 648 | Aeromonas punctata subsp. punctata (Zimmermann 1890) Snieszko 1957 (Approved Lists 1980) | | authority | 648 | Aeromonas sp. ATCC 15467 | | includes | 648 | Aeromonas sp. CECT 838 | | includes | 648 | Aeromonas sp. LMG 13459 | | includes | 648 | Aeromonas sp. TH038 | | includes | 648 | Aeromonas sp. TH039 | | includes | 648 | Aeromonas sp. TH098 | | includes | 648 | Aeromonas sp. TH099 | | includes | 648 | Aeromonas sp. TH101 | | includes | 648 | Aeromonas sp. TH106 | | includes | 648 | Aeromonas sp. TH111 | | includes | 648 | Aeromonas sp. TH114 | | includes | 648 | Bacillus punctatus | | synonym | 648 | Pseudomonas caviae | | synonym | 648 | Pseudomonas punctata | | synonym | 648 | bacterium BM0135 | | includes | 648 | bacterium BM0613 | | includes | 64802 | Fichtenkreuzschnabel | | common name | 64802 | Loxia curvirostra | | scientific name | 64802 | Loxia curvirostra Linnaeus, 1758 | | authority | 64802 | Loxia curvirostris | | synonym | 64802 | red crossbill | | genbank common name | 648176 | SAR202 cluster | | scientific name | 64898 | Aquificaceae | | scientific name | 64898 | Aquificaceae Reysenbach 2002 emend. Gupta and Lali 2013 | | authority | 648995 | Agrobacterium pusense | | scientific name | 648995 | Agrobacterium pusense (Panday et al. 2011) Mousavi et al. 2016 | | authority | 648995 | Agrobacterium sp. NRCPB-10 | | includes | 648995 | Rhizobium pusense | | synonym | 648995 | Rhizobium pusense Panday et al. 2011 | | authority | 648995 | Rhizobium sp. NRCPB10 | | includes | 649462 | Gracilimonas | | scientific name | 649462 | Gracilimonas Choi et al. 2009 emend. Cho et al. 2013 | | authority | 649507 | Cesiribacter andamanensis | | scientific name | 649507 | Cesiribacter andamanensis Srinivas et al. 2011 | | authority | 6497 | Anaspidea | | synonym | 6497 | Aplysiida | | scientific name | 6497 | Aplysiomorpha | | equivalent name | 6497 | sea hares | | genbank common name | 649753 | Clostridium orbiscindens DSM 6740 | | synonym | 649753 | Clostridium orbiscindens str. DSM 6740 | | equivalent name | 649753 | Clostridium orbiscindens strain DSM 6740 | | equivalent name | 649753 | Eubacterium plautii DSM 6740 | | synonym | 649753 | Flavonifractor plautii DSM 6740 | | scientific name | 649756 | Anaerostipes hadrus | | scientific name | 649756 | Anaerostipes hadrus (Moore et al. 1976) Allen-Vercoe et al. 2013 | | authority | 649756 | Anaerostipes sp. 5/1/63FAA | | includes | 649756 | Clostridiales bacterium SSC/2 | | includes | 649756 | Eubacterium hadrum | | synonym | 649756 | Eubacterium hadrum Moore et al. 1976 (Approved Lists 1980) | | authority | 649756 | butyrate-producing bacterium SS2/1 | | includes | 649756 | butyrate-producing bacterium SSC/2 | | includes | 649764 | Slackia exigua ATCC 700122 | | scientific name | 649764 | Slackia exigua str. ATCC 700122 | | equivalent name | 649764 | Slackia exigua strain ATCC 700122 | | equivalent name | 649775 | Synergistia | | scientific name | 649775 | Synergistia Jumas-Bilak et al. 2009 | | authority | 649776 | Synergistales | | scientific name | 649776 | Synergistales Jumas-Bilak et al. 2009 | | authority | 649777 | Clostridiales Family XV. Incertae Sedis | | includes | 649777 | Synergistaceae | | scientific name | 649777 | Synergistaceae Jumas-Bilak et al. 2009 | | synonym | 6498 | Aplysiidae | | scientific name | 6498 | Dolabellidae | | synonym | 6498 | Notarchidae | | synonym | 649802 | Pipra filicauda | | scientific name | 649802 | Pipra filicauda Spix, 1825 | | authority | 649802 | Wire-tailed manakin | | genbank common name | 6499 | Aplysia | | scientific name | 6500 | Aplysia californica | | scientific name | 6500 | Aplysia californica Cooper, 1863 | | authority | 6500 | California sea hare | | genbank common name | 651 | Aeromonas media | | scientific name | 651 | Aeromonas media Allen et al. 1983 | | authority | 651 | Aeromonas media Allen et al. 1983 emend. Talabrand-Reboul et al. 2017 | | authority | 651 | Aeromonas sp. 9-C-4 | | includes | 651 | Aeromonas sp. DSM 4881 | | includes | 651137 | "Candidatus Aigarchaeota" Nunoura et al. 2011 | | authority | 651137 | "Candidatus Thaumarchaeota" Brochier-Armanet et al. 2008 | | authority | 651137 | "Nitrososphaeraeota" Oren et al. 2015 | | authority | 651137 | "Nitrososphaerota" Whitman et al. 2018 | | authority | 651137 | Candidatus Aigarchaeota | | includes | 651137 | Candidatus Thaumarchaeota | | synonym | 651137 | Nitrososphaeraeota | | synonym | 651137 | Nitrososphaerota | | scientific name | 651137 | Nitrososphaerota corrig. Brochier-Armanet et al. 2021 | | authority | 651137 | Thaumarchaeota | | synonym | 651142 | Nitrososphaerota incertae sedis | | scientific name | 651456 | Kosmotoga | | scientific name | 651456 | Kosmotoga DiPippo et al. 2009 emend. Nunoura et al. 2010 | | authority | 651456 | Thermococcoides | | synonym | 651456 | Thermococcoides Feng et al. 2010 | | authority | 65149 | Campopleginae | | scientific name | 651561 | Chryseobacterium arthrosphaerae | | scientific name | 651561 | Chryseobacterium arthrosphaerae Kampfer et al. 2010 emend. Jeong et al. 2017 | | authority | 651561 | Chryseobacterium sp. CC-VM-7 | | includes | 65177 | Orthocentrinae | | scientific name | 65178 | Acaenitinae | | scientific name | 65207 | Microgasterinae | | synonym | 65207 | Microgastrinae | | scientific name | 652721 | Prevotella sp. oral taxon 317 | | scientific name | 652751 | Azospirillum sp. TSH7 | | scientific name | 652754 | Azospirillum sp. TSH20 | | scientific name | 652764 | Azospirillum sp. TSH100 | | scientific name | 652876 | Cohnella luojiensis | | scientific name | 652876 | Cohnella luojiensis Cai et al. 2010 | | authority | 652876 | Cohnella sp. HY-22R | | includes | 653685 | Bacillus subtilis group | | scientific name | 653937 | "Candidatus Francisella endociliophora" (Schrallhammer et al. 2011) Sjodin et al. 2014 | | authority | 653937 | "Candidatus Francisella noatunensis subsp. endociliophora" Schrallhammer et al. 2011 | | synonym | 653937 | Candidatus Francisella endociliophora | | scientific name | 653937 | Francisella endociliophora | | equivalent name | 653937 | Francisella sp. FSC1006 | | includes | 653937 | Francisella sp. GP-2009 | | includes | 654 | Aeromonas culicicola | | synonym | 654 | Aeromonas culicicola Pidiyar et al. 2002 | | authority | 654 | Aeromonas hybridization group 10 (HG10) | | synonym | 654 | Aeromonas ichthiosmia | | synonym | 654 | Aeromonas ichthiosmia Schubert et al. 1991 | | authority | 654 | Aeromonas sp. CECT 4246 | | includes | 654 | Aeromonas sp. CECT 4257 | | includes | 654 | Aeromonas sp. G18 | | includes | 654 | Aeromonas sp. R1 | | includes | 654 | Aeromonas sp. R9 | | includes | 654 | Aeromonas sp. TH074 | | includes | 654 | Aeromonas sp. TH076 | | includes | 654 | Aeromonas veronii | | scientific name | 654 | Aeromonas veronii Hickman-Brenner et al. 1988 | | authority | 654 | Enteric Group 77 | | synonym | 654128 | Marasmiaceae | | scientific name | 654128 | Marasmiaceae Roze ex Kuhner, 1980 | | authority | 654128 | mitosporic Marasmiaceae | | includes | 6544 | Bivalvia | | scientific name | 6544 | Lamellibranchiata | | synonym | 6544 | Pelecypoda | | synonym | 6544 | bivalves | bivalves | blast name | 6544 | bivalves | bivalves | genbank common name | 654480 | Hypocrea cornu-damae | | synonym | 654480 | Hypocrea cornu-damae Pat., 1895 | | authority | 654480 | Podostroma cornu-damae | | synonym | 654480 | Podostroma cornu-damae (Pat.) Boedijn, 1934 | | authority | 654480 | Trichoderma cornu-damae | | scientific name | 654480 | Trichoderma cornu-damae (Pat.) Z.X. Zhu & W.Y. Zhuang, 2014 | | authority | 6545 | Pteriomorpha | | synonym | 6545 | Pteriomorphia | | scientific name | 6546 | Mytilida | | scientific name | 6546 | Mytiloida | | synonym | 65467 | CGRMV | | acronym | 65467 | Cherry green ring mottle virus | | scientific name | 65467 | cherry green ring mottle foveavirus | | equivalent name | 65467 | sour cherry green ring mottle virus | | equivalent name | 6547 | Mytilidae | | scientific name | 6548 | Mytilus | | scientific name | 65483 | Aeolian wall lizard | | genbank common name | 65483 | Lacerta sicula raffonei | | synonym | 65483 | Lacerta sicula raffonei Mertens, 1952 | | authority | 65483 | Podarcis raffoneae | | synonym | 65483 | Podarcis raffonei | | scientific name | 65483 | Podarcis wagleriana raffonei | | synonym | 654833 | Geoglossales | | scientific name | 654833 | Geoglossales Zheng Wang, C.L. Schoch & Spatafora, 2009 | | authority | 6549 | California mussel | | genbank common name | 6549 | Mytilus californianus | | scientific name | 6549 | Mytilus californianus Conrad, 1837 | | authority | 6550 | Mytilus edulis | | scientific name | 6550 | Mytilus edulis Linnaeus, 1758 | | authority | 6550 | blue mussel | | genbank common name | 6550 | edible mussel | | common name | 65515 | "Sebekia benihana" Dietz and Li 1982 | | authority | 65515 | Nonomuraea dietziae | | scientific name | 65515 | Nonomuraea dietziae corrig. Stackebrandt et al. 2001 | | authority | 65515 | Nonomuraea dietzii | | synonym | 65515 | Nonomuraea dietzii (sic) Stackebrandt et al. 2001 | | authority | 65515 | Sebekia benihana | | synonym | 65551 | Meiothermus | | scientific name | 65551 | Meiothermus Nobre et al. 1996 | | authority | 65551 | Meiothermus Nobre et al. 1996 emend. Albuquerque et al. 2009 | | authority | 65551 | Meiothermus Nobre et al. 1996 emend. Jiao et al. 2022 | | authority | 65552 | Meiothermus cerbereus | | scientific name | 65552 | Meiothermus cerbereus Chung et al. 1997 | | authority | 656 | Aeromonas allosaccharophila | | scientific name | 656 | Aeromonas allosaccharophila Martinez-Murcia et al. 1992 | | authority | 656 | Aeromonas sp. CECT 4199 | | includes | 656178 | Pandoraea sp. NS15 | | includes | 656178 | Pandoraea vervacti | | scientific name | 656178 | Pandoraea vervacti Sahin et al. 2011 | | authority | 6562 | Ostreida | | scientific name | 6562 | Ostreoida | | synonym | 6563 | Ostreidae | | scientific name | 6563 | oysters | | genbank common name | 656443 | Escherichia coli TA271 | | scientific name | 65656 | Hydrogeniphaga taeniospiralis | | equivalent name | 65656 | Hydrogenophaga taeniospiralis | | scientific name | 65656 | Hydrogenophaga taeniospiralis (Lalucat et al. 1982) Willems et al. 1989 | | authority | 65656 | Pseudomonas taeniospiralis | | synonym | 65656 | Pseudomonas taeniospiralis Lalucat et al. 1982 | | authority | 6566 | Pectinidae | | scientific name | 6566 | scallops | | genbank common name | 65672 | Piriformospora indica | | synonym | 65672 | Piriformospora indica Sav. Verma, Aj. Varma, Rexer, G. Kost & P. Franken, 1998 | | authority | 65672 | Serendipita indica | | scientific name | 65672 | Serendipita indica (Sav. Verma, Aj. Varma, Rexer, G. Kost & P. Franken) M. Wei, Waller, A. Zuccaro & Selosse, 2016 | | authority | 65672 | fungal endophyte pNS1-2 | | synonym | 657 | "Photobacter" Beijerinck 1900 | | authority | 657 | "Photomonas" Orla-Jensen 1921 | | authority | 657 | Photobacter | | synonym | 657 | Photobacterium | | scientific name | 657 | Photobacterium Beijerinck 1889 (Approved Lists 1980) | | authority | 657 | Photomonas | | synonym | 6573 | Mizuhopecten yessoensis | | scientific name | 6573 | Mizuhopecten yessoensis (Jay, 1956) | | authority | 6573 | Patinopecten yessoensis | | synonym | 6573 | Patiopecten yessoensis | | synonym | 6573 | Pecten yessoensis | | synonym | 6573 | Pecten yessoensis Jay, 1857 | | authority | 6573 | Yesso scallop | | genbank common name | 6573 | ezo giant scallop | | common name | 657323 | Ruminococcus sp. SR1/5 | | scientific name | 65786 | Hydrogeniphaga palleronii strain S1 | | includes | 65786 | Hydrogeniphaga sp. DSM 5680 | | includes | 65786 | Hydrogeniphaga sp. S1 | | includes | 65786 | Hydrogenophaga intermedia | | scientific name | 65786 | Hydrogenophaga intermedia Contzen et al. 2001 | | authority | 65786 | Hydrogenophaga palleronii strain S1 | | includes | 65786 | Hydrogenophaga sp. DSM 5680 | | includes | 65786 | Hydrogenophaga sp. S1 | | includes | 6580 | Venerida | | scientific name | 6580 | Veneroida | | synonym | 658087 | Lachnospiraceae bacterium 7_1_58FAA | | scientific name | 65842 | "Fibrobacteraeota" Oren et al. 2015 | | authority | 65842 | "Fibrobacteres" Garrity and Holt 2001 | | authority | 65842 | "Fibrobacteres" Garrity and Holt 2012 | | synonym | 65842 | Fibrobacter group | | synonym | 65842 | Fibrobacteraeota | | synonym | 65842 | Fibrobacteres | Fibrobacteres | synonym | 65842 | Fibrobacterota | | scientific name | 65842 | Fibrobacterota corrig. Garrity and Holt 2021 | | synonym | 658457 | Ectopseudomonas composti | | scientific name | 658457 | Ectopseudomonas composti (Gibello et al. 2011) Rudra and Gupta 2024 | | authority | 658457 | Pseudomonas composti | | synonym | 658457 | Pseudomonas composti Gibello et al. 2011 | | authority | 658457 | Pseudomonas sp. C2(2009) | | includes | 658457 | Pseudomonas sp. CECT C2-B | | includes | 658473 | Agaricus chlorophos | | synonym | 658473 | Agaricus chlorophos Berk. & M.A. Curtis, 1860 | | authority | 658473 | Mycena chlorophos | | scientific name | 658473 | Mycena chlorophos (Berk. & M.A. Curtis) Sacc., 1887 | | authority | 658644 | Pseudomonas sp. R5-89-07 | | scientific name | 658666 | "Bacillus bombysepticus" Hartman 1931 | | authority | 658666 | Bacillus bombysepticus | | scientific name | 658666 | Bacillus bombyseptieus (sic) | | synonym | 658666 | Bacillus sp. Wang | | includes | 659 | "Acinetobacter phosphorescens" Brisou 1955 | | authority | 659 | "Bacillus hermesi" Trevisan 1889 | | authority | 659 | "Bacillus phosphorescens II" Baumgarten 1888 | | authority | 659 | "Bacillus phosphoreus" (Cohn 1878) Mac1901 | | authority | 659 | "Bacterium phosphorescens" Fischer 1888 | | authority | 659 | "Bacterium phosphoreum" (Cohn 1878) Molisch 1912 | | authority | 659 | "Coccobacillus acropoma" Yasaki and Haneda 1936 | | authority | 659 | "Micrococcus physiculus" Kishitani 1930 | | authority | 659 | "Photobacter phosphoreum" (sic) (Cohn 1878) Beijerinck 1916 | | authority | 659 | "Photobacterium phosphorescens" Beijerinck 1889 | | authority | 659 | "Photobacterium profudum" Weisglass and Gavrilovic 1963 | | authority | 659 | "Pseudomonas lucifera" Molisch 1904 | | authority | 659 | "Streptococcus phosphoreus" (Cohn 1878) Trevisan 1889 | | authority | 659 | Acinetobacter phosphorescens | | synonym | 659 | Bacillus hermesi | | synonym | 659 | Bacillus phosphorescens II | | synonym | 659 | Bacillus phosphoreus | | synonym | 659 | Bacterium phosphorescens | | synonym | 659 | Bacterium phosphoreum | | synonym | 659 | Coccobacillus acropoma | | synonym | 659 | Micrococcus physiculus | | synonym | 659 | Photobacter phosphorescens | | synonym | 659 | Photobacter phosphoreum | | synonym | 659 | Photobacterium phosphorescens | | synonym | 659 | Photobacterium phosphoreum | | scientific name | 659 | Photobacterium phosphoreum (Cohn 1878) Beijerinck 1889 (Approved Lists 1980) | | synonym | 659 | Photobacterium profudum | | synonym | 659 | Pseudomonas lucifera | | synonym | 659 | Streptococcus phosphoreus | | synonym | 6592 | Veneridae | | scientific name | 6592 | venus clams | | genbank common name | 6595 | Mercenaria | | scientific name | 6596 | Mercenaria mercenaria | | scientific name | 6596 | Venus mercenaria | | synonym | 6596 | Venus mercenaria Linnaeus, 1758 | | authority | 6596 | northern quahog | | common name | 659693 | Oceanibaculum | | scientific name | 659693 | Oceanibaculum Lai et al. 2009 | | authority | 659693 | Oceanibaculum Lai et al. 2009 emend. Dong et al. 2010 | | authority | 659824 | "Mycobacterium hippocampi" Balcazar et al. 2011 | | authority | 659824 | Mycobacterium hippocampi | | synonym | 659824 | Mycobacterium hippocampi Balcazar et al. 2014 | | authority | 659824 | Mycobacterium sp. BFLP-6 | | includes | 659824 | Mycolicibacterium hippocampi | | scientific name | 659824 | Mycolicibacterium hippocampi (Balcazar et al. 2014) Gupta et al. 2018 | | authority | 6599 | Heteroconchia | | scientific name | 660027 | Fusarium oxysporum Fo47 | | scientific name | 6601 | Myacea | | synonym | 6601 | Myoidea | | scientific name | 660122 | Fusarium vanettenii 77-13-4 | | scientific name | 660122 | Nectria haematococca mpVI 77-13-4 | | synonym | 6602 | Myidae | | scientific name | 660274 | Phyllodactylidae | | scientific name | 6603 | Mya | | scientific name | 6604 | Mya arenaria | | scientific name | 6604 | Mya arenaria Linnaeus, 1758 | | authority | 6604 | softshell | | common name | 660469 | Cryphonectria parasitica EP155 | | scientific name | 6605 | Cephalopoda | | scientific name | 6605 | cephalopods | cephalopods | blast name | 6605 | cephalopods | cephalopods | genbank common name | 6606 | Coleoidea | | scientific name | 6606 | Dibranchiata | | synonym | 66101 | Stromatinia | | scientific name | 66101 | Stromatinia (Boud.) Prill., 1907 | | authority | 661399 | Streptomyces caeruleatus | | scientific name | 661399 | Streptomyces caeruleatus Zhu et al. 2011 | | authority | 661399 | Streptomyces sp. GIMN4.002 | | includes | 661483 | Marmoricola ginsengisoli | | synonym | 661483 | Marmoricola ginsengisoli Lee et al. 2016 | | authority | 661483 | Marmoricola sp. Gsoil 097 | | includes | 661483 | Nocardioides marmoriginsengisoli | | scientific name | 661483 | Nocardioides marmoriginsengisoli Wang et al. 2023 | | authority | 661491 | Nocardioides ginsengisegetis | | scientific name | 661491 | Nocardioides ginsengisegetis Im et al. 2011 | | authority | 661491 | Nocardioides sp. Gsoil 485 | | includes | 662 | "Microspira" Schroeter 1886 | | authority | 662 | "Pacinia" Trevisan 1885 | | authority | 662 | Beneckea | | synonym | 662 | Beneckea Campbell 1957 | | authority | 662 | Listonella | | synonym | 662 | Listonella MacDonell and Colwell 1986 | | authority | 662 | Microspira | | synonym | 662 | Pacinia | | synonym | 662 | Vibrio | | scientific name | 662 | Vibrio Pacini 1854 | | authority | 66288 | Oxymonadida | | scientific name | 66288 | oxymonads | | common name | 662880 | Deinococcus humi | | scientific name | 662880 | Deinococcus humi Srinivasan et al. 2012 | | authority | 662880 | Deinococcus sp. MK03 | | includes | 662960 | Leucobacter exalbidus | | scientific name | 662960 | Leucobacter exalbidus Ue 2011 | | authority | 662960 | Leucobacter sp. K-540B | | includes | 663 | "Oceanomonas alginolytica" Miyamoto et al. 1961 | | authority | 663 | Beneckea alginolytica | | synonym | 663 | Beneckea alginolytica (Miyamoto et al. 1961) Baumann et al. 1971 (Approved Lists 1980) | | authority | 663 | Oceanomonas alginolytica | | synonym | 663 | Pseudomonas creosotensis | | synonym | 663 | Vibrio alginolyticus | | scientific name | 663 | Vibrio alginolyticus (Miyamoto et al. 1961) Sakazaki 1968 (Approved Lists 1980) | | authority | 663 | Vibrio sp. PeIg0901 | | includes | 663242 | Albimonas | | scientific name | 663242 | Albimonas Lim et al. 2008 emend. Li et al. 2013 | | authority | 663243 | unclassified Variovorax | | scientific name | 663276 | Sinorhizobium fredii group | | scientific name | 663566 | Geoglossomycetes | | scientific name | 663566 | Geoglossomycetes Zheng Wang, C.L. Schoch & Spatafora 2009 | | authority | 663604 | Actinomycetospora lutea | | scientific name | 663604 | Actinomycetospora lutea Tamura et al. 2011 | | authority | 663604 | Actinomycetospora sp. TT00-04 | | includes | 663604 | Actinomycetospora sp. TT01-72 | | includes | 663606 | Actinomycetospora chibensis | | scientific name | 663606 | Actinomycetospora chibensis Tamura et al. 2011 | | authority | 663606 | Actinomycetospora sp. TT04-21 | | includes | 663609 | Actinomycetospora cinnamomea | | scientific name | 663609 | Actinomycetospora cinnamomea Tamura et al. 2011 | | authority | 663609 | Actinomycetospora sp. IY07-53 | | includes | 66370 | Microellobosporia flavea Cross et al. 1963 (Approved Lists 1980) | | synonym | 66370 | Streptomyces flaveus | | scientific name | 66370 | Streptomyces flaveus (Cross et al. 1963) Goodfellow et al. 1986 | | synonym | 6638 | Octopoda | | scientific name | 663951 | Staphylococcus aureus subsp. aureus 0582 | | synonym | 663951 | Staphylococcus aureus subsp. aureus TW20 | | scientific name | 663951 | Staphylococcus aureus subsp. aureus str. TW20 | | equivalent name | 663951 | Staphylococcus aureus subsp. aureus strain TW20 | | equivalent name | 66420 | Asian swallowtail | | genbank common name | 66420 | Chinese swallowtail | | common name | 66420 | Chinese yellow swallowtail | | common name | 66420 | Papilio xuthus | | scientific name | 66420 | Papilio xuthus Linnaeus, 1767 | | authority | 66424 | "Streptomyces hiroshimensis" Shinobu 1955 | | authority | 66424 | "Verticillomyces hiroshimensis" (Shinobu 1955) Shinobu 1965 | | authority | 66424 | Streptomyces hiroshimensis | | scientific name | 66424 | Streptomyces hiroshimensis (Shinobu 1955) Witt and Stackebrandt 1991 | | authority | 66424 | Streptoverticillium hiroshimense | | synonym | 66424 | Streptoverticillium hiroshimense (Shinobu 1955) Farina and Locci 1966 (Approved Lists 1980) | | authority | 66424 | Verticillomyces hiroshimensis | | synonym | 66428 | "Actinomyces parvus" Krainsky 1914 | | authority | 66428 | "Nocardia parva" (Krainsky 1914) Chalmers and Christopherson 1916 | | authority | 66428 | Actinomyces parvus | | synonym | 66428 | Nocardia parva | | synonym | 66428 | Streptomyces parvus | | scientific name | 66428 | Streptomyces parvus (Krainsky 1914) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 66428 | Streptomyces sp. NEAE-95 | | includes | 6643 | Octopus | | scientific name | 6645 | Octopus vulgaris | | scientific name | 6645 | Octopus vulgaris Cuvier, 1797 | | authority | 6645 | common octopus | | genbank common name | 6646 | Incirrata | | scientific name | 664683 | Halomonas sp. C5C3 | | includes | 664683 | Halomonas titanicae | | synonym | 664683 | Halomonas titanicae Mann et al. 2010 | | authority | 664683 | Vreelandella titanicae | | scientific name | 664683 | Vreelandella titanicae (Mann et al. 2010) de la Haba et al. 2024 | | synonym | 664692 | "Amycolatopsis pithecelloba" Mingma et al. 2020 | | authority | 664692 | Amycolatopsis pithecelloba | | synonym | 664692 | Amycolatopsis pithecellobii | | scientific name | 664692 | Amycolatopsis pithecellobii corrig. Mingma et al. 2020 | | authority | 664692 | Amycolatopsis sp. RM579 | | includes | 6647 | Octopodidae | | scientific name | 664784 | Haloechinothrix alba | | scientific name | 664784 | Haloechinothrix alba Tang et al. 2010 | | authority | 664784 | Pseudonocardineae bacterium YIM 93221 | | includes | 665099 | Bacillus oceanisediminis | | synonym | 665099 | Bacillus oceanisediminis Zhang et al. 2010 | | authority | 665099 | Bacillus sp. H2(2009) | | includes | 665099 | Cytobacillus oceanisediminis | | scientific name | 665099 | Cytobacillus oceanisediminis (Zhang et al. 2010) Patel and Gupta 2020 | | authority | 665467 | Bauldia litoralis | | scientific name | 665467 | Bauldia litoralis (Bauld et al. 1983) Yee et al. 2010 | | authority | 665467 | Prosthecomicrobium litoralum | | synonym | 665467 | Prosthecomicrobium litoralum Bauld et al. 1983 | | authority | 6656 | Arthropoda | | scientific name | 6656 | arthropods | arthropods | blast name | 6656 | arthropods | arthropods | genbank common name | 6658 | Branchiopoda | | scientific name | 6658 | branchiopods | | genbank common name | 665874 | Limnohabitans | | scientific name | 665874 | Limnohabitans Hahn et al. 2010 | | authority | 665874 | Limnohabitans Hahn et al. 2010 emend. Chhetri et al. 2021 | | authority | 665874 | Limnohabitans Hahn et al. 2010 emend. Hahn et al. 2010 | | authority | 665874 | Limnohabitans Hahn et al. 2010 emend. Kasalicky et al. 2010 | | authority | 666 | "Bacillo virgola del Koch" Trevisan 1884 | | authority | 666 | "Bacillus cholerae" (Pacini 1854) Trevisan 1884 | | authority | 666 | "Bacillus cholerae-asiaticae" Trevisan 1884 | | authority | 666 | "Kommabacillus" Koch 1884 | | authority | 666 | "Liquidivibrio cholerae" (Pacini 1854) Orla-Jensen 1909 | | authority | 666 | "Microspira comma" Schroeter 1886 | | authority | 666 | "Pacinia cholerae-asiaticae" (Trevisan 1884) Trevisan 1885 | | authority | 666 | "Spirillum cholerae" (Pacini 1854) Mac1889 | | authority | 666 | "Spirillum cholerae-asiaticae" (Trevisan 1884) Zopf 1885 | | authority | 666 | "Vibrio cholera" (sic) Pacini 1854 | | authority | 666 | "Vibrio cholerae-asiaticae" (Trevisan 1884) Pfeiffer 1896 | | authority | 666 | "Vibrio comma" (Schroeter 1886) Blanchard 1906 | | authority | 666 | Bacillo virgola del Koch | | synonym | 666 | Bacillus cholerae | | synonym | 666 | Bacillus cholerae-asiaticae | | synonym | 666 | Kommabacillus | | synonym | 666 | Liquidivibrio cholerae | | synonym | 666 | Microspira comma | | synonym | 666 | Pacinia cholerae-asiaticae | | synonym | 666 | Spirillum cholerae | | synonym | 666 | Spirillum cholerae-asiaticae | | synonym | 666 | Vibrio albensis | | synonym | 666 | Vibrio albensis Lehmann and Neumann 1896 | | authority | 666 | Vibrio cholera | | synonym | 666 | Vibrio cholerae | | scientific name | 666 | Vibrio cholerae Pacini 1854 | | authority | 666 | Vibrio cholerae biovar albensis | | synonym | 666 | Vibrio cholerae bv. albensis | | synonym | 666 | Vibrio cholerae-asiaticae | | synonym | 666 | Vibrio comma | | synonym | 666018 | Mesorhizobium escarrei | | scientific name | 666018 | Mesorhizobium escarrei Mohamad et al. 2022 | | authority | 666018 | Mesorhizobium sp. STM4923 | | includes | 666018 | Mesorhizobium sp. STM4929 | | includes | 666018 | Mesorhizobium sp. STM5069 | | includes | 666018 | Mesorhizobium sp. STM5072 | | includes | 66645 | Tetraena | | scientific name | 66645 | Tetraena Maxim., 1889 | | authority | 66646 | Tetraena mongolica | | scientific name | 66646 | Tetraena mongolica Maxim., 1889 | | authority | 6665 | Cladocera | | scientific name | 6665 | water flea | | common name | 6665 | water fleas | | genbank common name | 666505 | Phycisphaerae | | scientific name | 666505 | Phycisphaerae Fukunaga et al. 2010 | | authority | 666506 | Phycisphaerales | | scientific name | 666506 | Phycisphaerales Fukunaga et al. 2010 | | authority | 666507 | Phycisphaeraceae | | scientific name | 666507 | Phycisphaeraceae Fukunaga et al. 2010 | | authority | 666508 | Phycisphaera | | scientific name | 666508 | Phycisphaera Fukunaga et al. 2010 | | authority | 66655 | Durio | | scientific name | 66655 | Durio Adans. | | authority | 66656 | Anacardiaceae sp. B1-018 | | includes | 66656 | Durio zibethinus | | scientific name | 66656 | Durio zibethinus L., 1774 | | authority | 66656 | durian | | common name | 666685 | "Frateuria denitrificans" (Prakash et al. 2012) Bansal et al. 2023 | | authority | 666685 | Frateuria denitrificans | | synonym | 666685 | Rhodanobacter denitrificans | | scientific name | 666685 | Rhodanobacter denitrificans Prakash et al. 2012 | | authority | 666685 | Rhodanobacter sp. 116-2 | | includes | 666685 | Rhodanobacter sp. 2APBS1 | | includes | 666685 | Rhodanobacter sp. FW104-R3 | | includes | 666686 | Bacillus sp. 1NLA3E | | scientific name | 6668 | Daphnia | | scientific name | 6668 | Daphniopsis | | synonym | 6668 | common water fleas | | genbank common name | 6669 | Daphnia pulex | | scientific name | 6669 | Daphnia pulex Leydig, 1860 | | authority | 6669 | common water flea | | genbank common name | 666964 | "Azoarcus taiwanensis" Lee et al. 2014 | | authority | 666964 | Azoarcus sp. NSC3 | | includes | 666964 | Azoarcus taiwanensis | | scientific name | 6670 | Ostracoda | | scientific name | 6670 | mussel shrimps | | genbank common name | 6670 | ostracodes | | common name | 66704 | Certhiidae | | scientific name | 667113 | Actinoallomurus | | scientific name | 667113 | Actinoallomurus Tamura et al. 2009 | | authority | 66712 | Propionibacterium freudenreichii subsp. freudenreichii | | scientific name | 66712 | Propionibacterium freudenreichii subsp. freudenreichii (van Niel 1928) | | authority | 66712 | Propionibacterium freudenreichii subsp. freudenreichii (van Niel 1928) Moore and Holdeman 1970 | | authority | 66712 | Propionicibacterium freudenreichii subsp. freudenreichii | | equivalent name | 667120 | Edwardsiella anguillarum ET080813 | | scientific name | 667129 | Serratia odorifera DSM 4582 | | scientific name | 667129 | Serratia odorifera str. DSM 4582 | | equivalent name | 667129 | Serratia odorifera strain DSM 4582 | | equivalent name | 667144 | Chloropsis hardwickei | | synonym | 667144 | Chloropsis hardwickii | | scientific name | 667144 | Chloropsis hardwickii Jardine & Selby, 1830 | | authority | 667179 | Pyrgilauda | | scientific name | 667305 | unclassified Acidimicrobiaceae | | scientific name | 66739 | Lasiodiplodia | | scientific name | 66739 | Lasiodiplodia Ellis & Everh., 1896 | | authority | 6675 | Cirripedia | | scientific name | 6676 | Thoracica | | scientific name | 6676 | barnacles | | genbank common name | 667725 | Sphaeroforma arctica JP610 | | scientific name | 668 | "Achromobacter fischeri" (Beijerinck 1889) Bergey et al. 1930 | | authority | 668 | "Bacillus fischeri" (Beijerinck 1889) Trevisan 1889 | | authority | 668 | "Bacillus phosphorescens indigenus" Eisenberg 1891 | | authority | 668 | "Bacterium phosphorescens indigenus" (Eisenberg 1891) Chester 1897 | | synonym | 668 | "Einheimischer leuchtbacillus" Fischer 1888 | | authority | 668 | "Microspira fischeri" (Beijerinck 1889) Chester 1901 | | authority | 668 | "Microspira marina" (Russell 1892) Migula 1900 | | authority | 668 | "Photobacterium fischeri" Beijerinck 1889 | | authority | 668 | "Vibrio noctiluca" Weisglass and Skreb 1963 | | authority | 668 | Achromobacter fischeri | | synonym | 668 | Aliivibrio fischeri | | scientific name | 668 | Aliivibrio fischeri (Beijerinck 1889) Urbanczyk et al. 2007 | | authority | 668 | Bacillus fischeri | | synonym | 668 | Bacillus phosphorescens indigenus | | synonym | 668 | Einheimischer leuchtbacillus | | synonym | 668 | Microspira fischeri | | synonym | 668 | Microspira marina | | synonym | 668 | Photobacterium fischeri | | synonym | 668 | Photobacterium fischeri (Beijerinck 1889) Reichelt and Baumann 1973 (Approved Lists 1980) | | authority | 668 | Vibrio fischeri | | synonym | 668 | Vibrio fischeri (Beijerinck 1889) Lehmann and Neumann 1896 (Approved Lists 1980) | | authority | 668 | Vibrio noctiluca | | synonym | 6681 | Malacostraca | | scientific name | 6683 | Decapoda | | scientific name | 6684 | Dendrobranchiata | | scientific name | 6685 | Penaeidae | | scientific name | 6685 | penaeid shrimps | | genbank common name | 66852 | Methanobrevibacter sp. | | scientific name | 668547 | Teratosphaeriaceae | | scientific name | 668547 | Teratosphaeriaceae Crous & U. Braun, 2007 | | authority | 668547 | mitosporic Teratosphaeriaceae | | includes | 66871 | "Actinomyces aureoverticillatus" Krasil'nikov and Yuan 1960 | | authority | 66871 | Actinomyces aureoverticillatus | | synonym | 66871 | Streptomyces aureiverticillatus | | equivalent name | 66871 | Streptomyces aureoverticillatus | | scientific name | 66871 | Streptomyces aureoverticillatus (Krasil'nikov and Yuan 1960) Pridham 1970 | | authority | 66876 | Streptomyces chattanoogensis | | scientific name | 66876 | Streptomyces chattanoogensis Burns and Holtman 1959 | | authority | 66876 | Streptomyces sp. 40002 | | includes | 66885 | "Actinomyces daghestanicus" Sveshnikova 1957 | | authority | 66885 | Actinomyces daghestanicus | | synonym | 66885 | Streptomyces daghestanicus | | scientific name | 66885 | Streptomyces daghestanicus (Sveshnikova 1957) Pridham et al. 1958 (Approved Lists 1980) | | authority | 66888 | "Actinomyces flavotricini" Preobrazhenskaya and Sveshnikova in Gauze et al. 1957 | | authority | 66888 | Actinomyces flavotricini | | synonym | 66888 | Streptomyces flavitricini | | equivalent name | 66888 | Streptomyces flavotricini | | scientific name | 66888 | Streptomyces flavotricini (Preobrazhenskaya and Sveshnikova 1957) Pridham et al. 1958 | | authority | 669 | "Achromobacter harveyi" Johnson and Shunk 1936 | | authority | 669 | "Photobacterium harveyi" (Johnson and Shunk 1936) Breed and Lessel 1954 | | authority | 669 | "Pseudomonas harveyi" (Johnson and Shunk 1936) Breed 1948 | | authority | 669 | Achromobacter harveyi | | synonym | 669 | Beneckea harveyi | | synonym | 669 | Beneckea harveyi (Johnson and Shunk 1936) Reichelt and Baumann 1973 (Approved Lists 1980) | | authority | 669 | Beneckea neptuna | | synonym | 669 | Lucibacterium harveyi | | synonym | 669 | Lucibacterium harveyi (Johnson and Shunk 1936) Hendrie et al. 1970 (Approved Lists 1980) | | authority | 669 | Photobacterium harveyi | | synonym | 669 | Pseudomonas harveyi | | synonym | 669 | Vibrio carchariae | | synonym | 669 | Vibrio carchariae Grimes et al. 1985 | | authority | 669 | Vibrio harveyi | | scientific name | 669 | Vibrio harveyi (Johnson and Shunk 1936) Baumann et al. 1981 | | authority | 669 | Vibrio sp. HENC-01 | | includes | 669 | Vibrio sp. HENC-02 | | includes | 669 | Vibrio sp. PG 001 | | includes | 669 | Vibrio sp. PG 002 | | includes | 669 | Vibrio sp. PG 006 | | includes | 669 | Vibrio sp. PG 007 | | includes | 669 | Vibrio trachuri | | synonym | 669 | Vibrio trachuri Iwamoto et al. 1996 | | authority | 66904 | "Actinomyces roseolilacinus" Preobrazhenskaya and Sveshnikova in Gauze et al. 1957 | | authority | 66904 | Actinomyces roseolilacinus | | synonym | 66904 | Streptomyces roseililacinus | | equivalent name | 66904 | Streptomyces roseolilacinus | | scientific name | 66904 | Streptomyces roseolilacinus (Preobrazhenskaya and Sveshnikova 1957) Pridham et al. 1958 | | authority | 66913 | Ictalurus furcatus | | scientific name | 66913 | Ictalurus furcatus (Valenciennes, 1840) | | authority | 66913 | Pimelodus furcatus | | synonym | 66913 | Pimelodus furcatus Valenciennes, 1840 | | authority | 66913 | blue catfish | | genbank common name | 6692 | Pleocyemata | | scientific name | 669453 | Trypanosoma incertae sedis | | scientific name | 669453 | Trypanosoma with unspecified subgenus | | synonym | 670 | "Oceanomonas parahaemolytica" (Fujino et al. 1951) Miyamoto et al. 1961 | | authority | 670 | "Pasteurella parahaemolytica" Fujino et al. 1951 | | authority | 670 | Beneckea parahaemolytica | | synonym | 670 | Beneckea parahaemolytica (Fujino et al. 1951) Baumann et al. 1971 (Approved Lists 1980) | | authority | 670 | Oceanomonas parahaemolytica | | synonym | 670 | Pasteurella parahaemolytica | | synonym | 670 | Vibrio parahaemolyticus | | scientific name | 670 | Vibrio parahaemolyticus (Fujino et al. 1951) Sakazaki et al. 1963 (Approved Lists 1980) | | synonym | 670 | Vibrio parahaemolyticus Sakazaki et al. 1963 (sic) | | authority | 670 | Vibrio sp. Tumbes-M02 | | includes | 670 | Vibrio sp. Tumbes-M03 | | includes | 670 | Vibrio sp. Tumbes-M04 | | includes | 670 | Vibrio sp. Tumbes-M05 | | includes | 670 | Vibrio sp. Tumbes-M06 | | includes | 670 | Vibrio sp. Tumbes-M07 | | includes | 670 | Vibrio sp. Tumbes-M10 | | includes | 670 | Vibrio sp. Tumbes-M11 | | includes | 670 | Vibrio sp. Tumbes-M12 | | includes | 670052 | Cryobacterium arcticum | | scientific name | 670052 | Cryobacterium arcticum Bajerski et al. 2011 | | authority | 670052 | Cryobacterium sp. SK1 | | includes | 6704 | Homaridae | | synonym | 6704 | Nephropidae | | scientific name | 6704 | clawed lobsters | | genbank common name | 6704 | lobster | | common name | 670422 | Cuban blind fishes | | genbank common name | 670422 | Lucifuga | | scientific name | 670423 | Lucifuga dentata | | scientific name | 670423 | Lucifuga dentata Poey, 1858 | | authority | 670423 | Stygicola dentatus | | synonym | 670423 | toothed Cuban cusk-eel | | genbank common name | 670486 | Dehalogenimonas | | scientific name | 670486 | Dehalogenimonas Moe et al. 2009 | | authority | 6705 | Homarus | | scientific name | 670516 | Mycobacterium chelonae complex | | synonym | 670516 | Mycobacterium chelonae group | | equivalent name | 670516 | Mycobacteroides | | scientific name | 670516 | Mycobacteroides Gupta et al. 2018 | | authority | 670516 | Mycobacteroides Gupta et al. 2018 emend. Val-Calvo and Vazquez-Boland 2023 | | authority | 6706 | American lobster | | genbank common name | 6706 | Homarus americanus | | scientific name | 6706 | Homarus americanus Milne Edwards, 1837 | | authority | 6712 | Astacidea | | scientific name | 6712 | Astacura | | synonym | 6712 | true lobsters and crayfishes | | genbank common name | 671222 | Propionibacterium sp. oral taxon 192 | | scientific name | 671232 | Streptococcus anginosus group | | scientific name | 671266 | Adlercreutzia caecimuris | | scientific name | 671266 | Adlercreutzia caecimuris (Clavel et al. 2010) Nouioui et al. 2018 | | authority | 671266 | Enterorhabdus caecimuris | | synonym | 671266 | Enterorhabdus caecimuris Clavel et al. 2010 | | authority | 671267 | Bacteroides chinchillae | | synonym | 671267 | Bacteroides chinchillae Kitahara et al. 2011 | | authority | 671267 | Bacteroides sartorii Clavel et al. 2010 | | synonym | 671267 | Bacteroides sp. JCM 16497 | | includes | 671267 | Bacteroides sp. JCM 16498 | | includes | 671267 | Phocaeicola chinchillae | | synonym | 671267 | Phocaeicola chinchillae (Kitahara et al. 2011) Garcia-Lopez et al. 2020 | | synonym | 671267 | Phocaeicola sartorii | | scientific name | 671267 | Phocaeicola sartorii (Clavel et al. 2010) Garcia-Lopez et al. 2020 | | synonym | 672 | Beneckea vulnifica | | synonym | 672 | Beneckea vulnifica Reichelt et al. 1979 (Approved Lists 1980) | | authority | 672 | Vibrio vulnificus | | scientific name | 672 | Vibrio vulnificus (Reichelt et al. 1979) Farmer 1980 | | synonym | 6724 | Astacoidea | | scientific name | 6724 | crayfish | | genbank common name | 6725 | Cambaridae | | scientific name | 67258 | Streptomyces cavourensis | | scientific name | 67258 | Streptomyces cavourensis Skarbek and Brady 1978 | | authority | 67258 | Streptomyces cavouri | | synonym | 67258 | Streptomyces cavourianus | | synonym | 6726 | Procambarus | | scientific name | 6728 | Cambarus clarkii | | synonym | 6728 | Cambarus clarkii Girard, 1852 | | authority | 6728 | Procambarus clarkii | | scientific name | 6728 | Procambarus clarkii (Girard, 1852) | | authority | 6728 | red swamp crayfish | | genbank common name | 67283 | "Actinomyces candidus" Krasil'nikov 1941 | | authority | 67283 | Actinomyces candidus | | synonym | 67283 | Streptomyces candidus | | scientific name | 67283 | Streptomyces candidus (ex Krasil'nikov 1941) Sveshnikova 1986 | | authority | 67296 | "Actinomyces finlayi" Szabo et al. 1963 | | authority | 67296 | Actinomyces finlayi | | synonym | 67296 | Streptomyces finlayi | | scientific name | 67296 | Streptomyces finlayi (Szabo et al. 1963) Pridham 1970 | | authority | 67297 | "Actinomyces flaveolus" Waksman 1923 | | authority | 67297 | "Streptomyces flaveolus subsp. flaveolus" Waksman in Pridham et al. 1965 | | authority | 67297 | Actinomyces flaveolus | | synonym | 67297 | Streptomyces flaveolus | | scientific name | 67297 | Streptomyces flaveolus (Waksman 1923) Waksman and Henrici 1948 | | authority | 67297 | Streptomyces flaveolus subsp. flaveolus | | synonym | 67297 | Streptomyces sp. ADIP1 | | includes | 67304 | "Actinomyces griseorubiginosus" Ryabova and Preobrazhenskaya 1957 in Gauze et al. 1957 | | authority | 67304 | Actinomyces griseorubiginosus | | synonym | 67304 | Streptomyces griseirubiginosus | | equivalent name | 67304 | Streptomyces griseorubiginosus | | scientific name | 67304 | Streptomyces griseorubiginosus (Ryabova and Preobrazhenskaya 1957) Pridham et al. 1958 (Approved Lists 1980) | | authority | 67304 | Streptomyces griseorubiginosus (Ryabova and Preobrazhenskaya 1957) Pridham et al. 1958 emend. Nouioui et al. 2018 | | authority | 67304 | Streptomyces phaeopurpureus | | synonym | 67304 | Streptomyces phaeopurpureus Shinobu 1957 (Approved Lists 1980) emend. Lanoot et al. 2004 | | authority | 67304 | Streptomyces phaeopurpureus Shinobu 1957 emend. Lanoot et al. 2004 emend. Nouioui et al. 2018 | | authority | 67304 | Streptomyces phaeoviridis | | synonym | 67304 | Streptomyces phaeoviridis Shinobu 1957 (Approved Lists 1980) | | authority | 67318 | "Actinomyces litmocidini" Ryabova and Preobrazhenskaya 1957 | | authority | 67318 | Actinomyces litmocidini | | synonym | 67318 | Streptomyces litmocidini | | scientific name | 67318 | Streptomyces litmocidini (Ryabova and Preobrazhenskaya 1957) Pridham et al. 1958 | | authority | 67324 | Streptomyces massasporeus | | scientific name | 67324 | Streptomyces massasporeus Shinobu and Kawato 1959 | | authority | 67324 | Streptomyces massisporeus | | equivalent name | 67350 | Streptomyces pseudovenezuelae | | scientific name | 67350 | Streptomyces pseudovenezuelae (Kuchaeva et al. 1961) Pridham 1970 (Approved Lists 1980) | | synonym | 67350 | Streptomyces pseudovenezuelae (Kuchaeva et al. 1961) Pridham 1970 emend. Nouioui et al. 2018 | | authority | 67350 | Streptomyces pseudovenezuelensis | | equivalent name | 67351 | "Actinomyces californicus" Waksman and Curtis 1916 | | authority | 67351 | Actinomyces californicus | | synonym | 67351 | Streptomyces californicus | | scientific name | 67351 | Streptomyces californicus (Waksman and Curtis 1916) Waksman and Henrici 1948 (Approved Lists 1980) | | authority | 67351 | Streptomyces californicus (Waksman and Curtis 1916) Waksman and Henrici 1948 emend. Nouioui et al. 2018 | | authority | 67351 | Streptomyces floridae | | synonym | 67351 | Streptomyces floridae Bartz et al. 1951 (Approved Lists 1980) | | authority | 67351 | Streptomyces floridae Bartz et al. 1951 emend. Nouioui et al. 2018 | | authority | 67351 | Streptomyces floridensis | | equivalent name | 67351 | Streptomyces puniceus | | synonym | 67351 | Streptomyces puniceus Finlay and Sobin {in ATCC catalog} | | authority | 67351 | Streptomyces puniceus Patelski 1951 (Approved Lists 1980) | | authority | 67352 | Kitasatospora purpeofusca | | scientific name | 67352 | Kitasatospora purpeofusca (Yamaguchi and Saburi 1955) Labeda et al. 2017 | | authority | 67352 | Streptomyces purpeofuscus | | synonym | 67352 | Streptomyces purpeofuscus Yamaguchi and Saburi 1955 (Approved Lists 1980) | | authority | 67352 | Streptomyces purpureifuscus | | synonym | 67360 | "Actinomyces roseoviolaceus" Sveshnikova 1957 | | authority | 67360 | Actinomyces roseoviolaceus | | synonym | 67360 | Streptomyces roseiviolaceus | | equivalent name | 67360 | Streptomyces roseoviolaceus | | scientific name | 67360 | Streptomyces roseoviolaceus (Sveshnikova 1957) Pridham et al. 1958 (Approved Lists 1980) | | authority | 67366 | Streptomyces spiroverticillatus | | scientific name | 67366 | Streptomyces spiroverticillatus Shinobu 1958 (Approved Lists 1980) | | authority | 67367 | Streptomyces nashvillensis | | synonym | 67367 | Streptomyces nashvillensis McVeigh and Reyes 1961 (Approved Lists 1980) | | authority | 67367 | Streptomyces tanashiensis | | scientific name | 67367 | Streptomyces tanashiensis Hata et al. 1952 (Approved Lists 1980) | | authority | 67367 | Streptomyces tanashiensis Hata et al. 1952 (Approved Lists 1980) emend. Ates et al. 2023 | | authority | 67367 | Streptomyces tanashiensis Hata et al. 1952 (Approved Lists 1980) emend. Li et al. 2022 | | authority | 67380 | "Streptomyces violaceus subsp. violarus" (Artamonova and Krasil'nikov 1960) Li et al. 2022 | | authority | 67380 | Streptomyces sp. CGMCC 4.1772 | | includes | 67380 | Streptomyces violaceus subsp. violarus | | scientific name | 67380 | Streptomyces violaceus subsp. violarus (Artamonova and Krassilnikov 1960) Long et al. 2026 | | synonym | 67380 | Streptomyces violaris | | equivalent name | 67380 | Streptomyces violarus (Artamonova and Krasil'nikov 1960) Pridham 1970 (Approved Lists 1980) | | synonym | 67381 | "Actinomyces violascens" Preobrazhenskaya and Sveshnikova in Gauze et al. 1957 | | authority | 67381 | Actinomyces violascens | | synonym | 67381 | Streptomyces violascens | | scientific name | 67381 | Streptomyces violascens (Preobrazhenskaya and Sveshnikova 1957) Pridham et al. 1958 | | authority | 67384 | Streptomyces michiganensis | | synonym | 67384 | Streptomyces michiganensis Corbaz et al. 1957 (Approved Lists 1980) | | authority | 67384 | Streptomyces xanthochromogenes | | scientific name | 67384 | Streptomyces xanthochromogenes Arishima et al. 1956 (Approved Lists 1980) emend. Hu et al. 2021 | | authority | 67385 | Streptomyces xanthophaeus | | scientific name | 67385 | Streptomyces xanthophaeus Lindenbein 1952 (Approved Lists 1980) | | authority | 67385 | Streptomyces xanthophaeus Lindenbein 1952 emend. Nouioui et al. 2018 | | authority | 67386 | Streptomyces yokosukanensis | | scientific name | 67386 | Streptomyces yokosukanensis Nakamura 1961 | | authority | 67386 | Streptomyces yokosukanensis Nakamura 1961 emend. Nouioui et al. 2018 | | authority | 67386 | Streptomyces yokosukensis | | equivalent name | 673940 | Lindgomyces ingoldiana | | synonym | 673940 | Lindgomyces ingoldiana (Shearer & K.D. Hyde) K. Hiray., Kaz. Tanaka & Shearer 2010 | | authority | 673940 | Lindgomyces ingoldianus | | scientific name | 673940 | Lindgomyces ingoldianus (Shearer & K.D. Hyde) K. Hiray., Kaz. Tanaka & Shearer, 2010 | | authority | 673940 | Lophiostoma ingoldianum | | synonym | 673940 | Massarina ingoldiana | | synonym | 673940 | Massarina ingoldiana Shearer & K.D. Hyde, 1997 | | authority | 673940 | Pleosporales sp. HHUF 30006 | | includes | 673940 | Pleosporales sp. ILLS A-39-1B | | includes | 674529 | Bacteroides faecis | | scientific name | 674529 | Bacteroides faecis Kim et al. 2010 | | authority | 674529 | Bacteroides sp. MAJ26 | | includes | 67474 | Naviculaceae | | scientific name | 675 | Vibrio cincinnatiensis | | scientific name | 675 | Vibrio cincinnatiensis Brayton et al. 1986 | | authority | 675063 | Tymovirales | | scientific name | 675068 | Betaflexiviridae | | scientific name | 675068 | Flexiviridae | Flexiviridae | in-part | 6752 | Brachyura | | scientific name | 6752 | short-tailed crabs | | genbank common name | 6752 | true crabs | | common name | 67555 | Rhinichthys | | scientific name | 6757 | Portunidae | | scientific name | 6757 | swimming crabs | | genbank common name | 67572 | Psychromonas | | scientific name | 67572 | Psychromonas Mountfort et al. 1998 | | authority | 67572 | Psychromonas Mountfort et al. 1998 emend. Nogi et al. 2002 | | authority | 67575 | "Pararheinheimera" Sisinthy et al. 2017 | | authority | 67575 | Pararheinheimera | | synonym | 67575 | Rheinheimera | | scientific name | 67575 | Rheinheimera Brettar et al. 2002 | | authority | 67575 | Rheinheimera Brettar et al. 2002 emend. Chen et al. 2010 | | authority | 67575 | Rheinheimera Brettar et al. 2002 emend. Hayashi et al. 2018 | | authority | 67575 | Rheinheimera Brettar et al. 2002 emend. Li et al. 2011 | | authority | 67575 | Rheinheimera Brettar et al. 2002 emend. Liu et al. 2012 | | authority | 67575 | Rheinheimera Brettar et al. 2002 emend. Merchant et al. 2007 | | authority | 67575 | Rheinheimera Brettar et al. 2002 emend. Sisinthy et al. 2017 | | authority | 675811 | Vibrio furnissii CIP 102972 | | scientific name | 675811 | Vibrio furnissii str. CIP 102972 | | equivalent name | 675811 | Vibrio furnissii strain CIP 102972 | | equivalent name | 67593 | Phytophthora megasperma f. sp. glycinea | | includes | 67593 | Phytophthora sojae | | scientific name | 67593 | Phytophthora sojae Kaufm. & Gerd., 1958 | | authority | 676 | Vibrio fluvialis | | scientific name | 676 | Vibrio fluvialis Lee et al. 1981 | | authority | 67608 | Microdochium | | scientific name | 67608 | Microdochium Syd. & P. Syd., 1924 | | authority | 676201 | Miniimonas arenae | | scientific name | 676201 | Miniimonas arenae Ue et al. 2011 | | authority | 676201 | marine actinobacterium YM18-15 | | includes | 676495 | unclassified Hypogastruridae | | scientific name | 6774 | Portunoidea | | scientific name | 67767 | Formica niger | | synonym | 67767 | Formica niger Linnaeus, 1758 | | authority | 67767 | Lasius (Lasius) niger | | synonym | 67767 | Lasius (Lasius) niger (Linnaeus, 1758) | | authority | 67767 | Lasius niger | | scientific name | 67767 | Lasius niger (Linnaeus, 1758) | | authority | 67774 | Neorhizobium huautlense | | scientific name | 67774 | Neorhizobium huautlense (Wang et al. 1998) Mousavi et al. 2015 | | authority | 67774 | Rhizobium huautlense | | synonym | 67774 | Rhizobium huautlense Wang et al. 1998 | | authority | 67799 | Thermodesulfobacteria | | scientific name | 67799 | Thermodesulfobacteria Hatchikian et al. 2002 | | authority | 67799 | Thermodesulfobacterium group | | equivalent name | 67810 | "Candidatus Acetithermota" corrig. Rinke et al. 2013 | | synonym | 67810 | "Candidatus Acetothermia" Rinke et al. 2013 | | authority | 67810 | "Candidatus Bipolaricaulota" Hao et al. 2018 | | authority | 67810 | Acetithermota | | equivalent name | 67810 | Bipolaricaulota | | equivalent name | 67810 | Candidatus Acetithermota | | synonym | 67810 | Candidatus Acetothermia | | synonym | 67810 | Candidatus Bipolaricaulota | | scientific name | 67812 | "Candidatus Omnitrophica" Rinke et al. 2013 | | synonym | 67812 | "Candidatus Omnitrophota" Williams et al. 2021 | | authority | 67812 | Candidatus Omnitrophicaeota | | synonym | 67812 | Candidatus Omnitrophota | | scientific name | 67812 | Omnitrophicaeota | | equivalent name | 67812 | Omnitrophota | | equivalent name | 67812 | candidate division OP3 | | synonym | 67812 | candidate division Obsidian Pool 3 | | synonym | 67817 | "Candidatus Aminicenantes" Rinke et al. 2013 | | synonym | 67817 | "Candidatus Aminicenantota" corrig. Rinke et al. 2013 | | authority | 67817 | Aminicenantota | | equivalent name | 67817 | Candidatus Aminicenantota | | scientific name | 67817 | candidate division OP8 | | synonym | 67817 | candidate division Obsidian Pool 8 | | equivalent name | 67818 | "Atribacterota" Katayama et al. 2020 | | authority | 67818 | "Candidatus Atribacteria" Dodsworth et al. 2013 | | synonym | 67818 | Atribacterota | | scientific name | 67818 | Atribacterota Katayama et al. 2021 | | authority | 67818 | candidate division Obsidian Pool 9 | | equivalent name | 67819 | "Armatimonadaeota" Oren et al. 2015 | | authority | 67819 | "Armatimonadota" Whitman et al. 2018 | | authority | 67819 | Armatimonadaeota | | synonym | 67819 | Armatimonadetes | | equivalent name | 67819 | Armatimonadota | | scientific name | 67819 | Armatimonadota corrig. Tamaki et al. 2021 | | synonym | 67819 | candidate division OP10 | | synonym | 67819 | candidate division Obsidian Pool 10 | | synonym | 67819 | candidate phylum OP10 | | synonym | 67819 | domain cluster OP10 | | synonym | 67820 | "Candidatus Microgenomates" Rinke et al. 2013 | | synonym | 67820 | "Candidatus Microgenomatota" corrig. Rinke et al. 2013 | | synonym | 67820 | Candidatus Microgenomatota | | scientific name | 67827 | Citrobacter genomospecies 7 | | synonym | 67827 | Citrobacter werkmanii | | scientific name | 67827 | Citrobacter werkmanii Brenner et al. 1993 | | authority | 679429 | Fusarium tricinctum species complex | | scientific name | 67959 | Thoreaceae | | scientific name | 67960 | Thorea | | scientific name | 67960 | Thorea Bory de Saint-Vincent, 1808 | | authority | 679716 | Trypanosoma brucei gambiense DAL972 | | scientific name | 68 | Lysobacter | | scientific name | 68 | Lysobacter Christensen and Cook 1978 (Approved Lists 1980) | | authority | 68 | Lysobacter Christensen and Cook 1978 (Approved Lists 1980) emend. Park et al. 2008 | | authority | 680125 | Parasphingopyxis lamellibrachiae | | scientific name | 680125 | Parasphingopyxis lamellibrachiae Uchida et al. 2012 | | authority | 680125 | Sphingopyxis sp. JAMH 0132 | | includes | 680247 | Ensifer garamanticus | | synonym | 680247 | Ensifer garamanticus Merabet et al. 2010 | | authority | 680247 | Ensifer sp. ORS 1400 | | includes | 680247 | Ensifer sp. STM 354 | | includes | 680247 | Sinorhizobium garamanticum | | scientific name | 680247 | Sinorhizobium garamanticum (Merabet et al. 2010) Kuzmanovic et al. 2022 | | authority | 680247 | Sinorhizobium sp. ORS 1400 | | includes | 681950 | Glomerellaceae | | scientific name | 681950 | Glomerellaceae Locq. ex Seifert & W. Gams, 2007 | | authority | 681950 | mitosporic Glomerellaceae | | includes | 6820 | Peracarida | | scientific name | 68209 | "Actinomyces globosus" Krasil'nikov 1941 | | authority | 68209 | Actinomyces globosus | | synonym | 68209 | Streptomyces globosus | | scientific name | 68209 | Streptomyces globosus (Krasil'nikov 1941) Waksman 1953 | | authority | 68233 | Streptomyces luteigriseus | | synonym | 68233 | Streptomyces luteogriseus | | scientific name | 68233 | Streptomyces luteogriseus Schmitz et al. 1964 | | authority | 68239 | "Actinomyces mirabilis" (Ruschmann 1952) Kudrina in Gauze et al. 1957 | | authority | 68239 | Actinomyces mirabilis | | synonym | 68239 | Streptomyces mirabilis | | scientific name | 68239 | Streptomyces mirabilis Ruschmann 1952 | | authority | 682522 | Ilumatobacter | | scientific name | 682522 | Ilumatobacter Matsumoto et al. 2009 | | authority | 68255 | "Chainia poonensis" Thirumalachar 1960 | | authority | 68255 | Chainia poonensis | | synonym | 68255 | Chainia poonensis Thirumalachar 1960 (Approved Lists 1980) | | authority | 68255 | Streptomyces poonensis | | scientific name | 68255 | Streptomyces poonensis (Thirumalachar 1960) Pridham 1970 | | authority | 682634 | Serratia plymuthica 4Rx13 | | scientific name | 68270 | Streptomyces spectabilis | | scientific name | 68270 | Streptomyces spectabilis Mason et al. 1961 | | authority | 68272 | Streptomyces sulfonicifaciens | | equivalent name | 68272 | Streptomyces sulfonofaciens | | scientific name | 68272 | Streptomyces sulfonofaciens Miyadoh et al. 1983 | | authority | 68280 | "Actinomyces violaceus-niger" Waksman and Curtis 1916 | | authority | 68280 | "Streptomyces violaceo-niger" (Waksman and Curtis 1916) Waksman and Henrici 1948 | | synonym | 68280 | Actinomyces violaceus-niger | | synonym | 68280 | Streptomyces sp. DSM 4137 | | includes | 68280 | Streptomyces violaceiniger | | equivalent name | 68280 | Streptomyces violaceoniger | | synonym | 68280 | Streptomyces violaceoniger (sic) (Waksman and Curtis 1916) Pridham et al. 1958 | | authority | 68280 | Streptomyces violaceus-niger | | synonym | 68280 | Streptomyces violaceusniger | | scientific name | 68280 | Streptomyces violaceusniger (Waksman and Curtis 1916) Pridham et al. 1958 (Approved Lists 1980) emend. Labeda and Lyons 1991 | | authority | 68287 | Mesorhizobium | | scientific name | 68287 | Mesorhizobium Jarvis et al. 1997 | | authority | 68287 | Mesorhizobium Jarvis et al. 1997 emend. Li et al. 2024 | | authority | 68288 | Cyclobacterium | | scientific name | 68288 | Cyclobacterium Raj and Maloy 1990 | | authority | 68288 | Cyclobacterium Raj and Maloy 1990 emend. Chen et al. 2014 | | authority | 68288 | Cyclobacterium Raj and Maloy 1990 emend. Jung et al. 2013 | | authority | 68288 | Cyclobacterium Raj and Maloy 1990 emend. Shin and Kahng 2017 | | authority | 68288 | Cyclobacterium Raj and Maloy 1990 emend. Ying et al. 2006 | | authority | 68295 | Thermoanaerobacter group | | synonym | 68295 | Thermoanaerobacterales | | scientific name | 68295 | Thermoanaerobacterales Wiegel 2010 | | authority | 68295 | Thermoanaerobacterales Wiegel et al. 2010 emend. Lv et al. 2020 | | authority | 68295 | Thermoanaerobacterales Wiegel et al. 2010 emend. Zhang et al. 2019 | | authority | 68295 | cluster V | | synonym | 68298 | Syntrophomonadaceae | | scientific name | 68298 | Syntrophomonadaceae Zhao et al. 1993 | | synonym | 68298 | Syntrophomonadaceae Zhao et al. 1993 emend. Jumas-Bilak et al. 2009 | | authority | 68298 | Syntrophomonadaceae Zhao et al. 1993 emend. Zhang et al. 2019 | | authority | 68298 | Syntrophomonas group | | synonym | 68298 | cluster VIII | | synonym | 6830 | Copepoda | | scientific name | 6830 | copepods | | genbank common name | 683083 | Campylobacter jejuni subsp. jejuni 414 | | scientific name | 683083 | Campylobacter jejuni subsp. jejuni str. 414 | | equivalent name | 683083 | Campylobacter jejuni subsp. jejuni strain 414 | | equivalent name | 6831 | Tigriopus | | scientific name | 683158 | Didymellaceae | | scientific name | 683158 | Didymellaceae Gruyter, Aveskamp & Verkley, 2009 | | authority | 683158 | mitosporic Didymellaceae | | includes | 6832 | Tigriopus californicus | | scientific name | 6832 | Tigriopus californicus (Baker, 1912) | | authority | 6832 | Tisbe californica | | synonym | 6832 | Tisbe californica Baker, 1912 | | authority | 6832 | tidepool copepod | | common name | 683308 | Frankia sp. CH37 | | equivalent name | 683308 | Parafrankia sp. CH37 | | scientific name | 683318 | Frankia sp. KB5 | | scientific name | 68336 | Bacteroidetes/Chlorobi group | | equivalent name | 68336 | Bacteroidota/Chlorobiota group | | scientific name | 68336 | CFB/Chlorobi group | | synonym | 68336 | CFB/Green sulfur bacteria group | | synonym | 68336 | Cytophagales/Green sulfur bacteria group | | synonym | 68337 | Deferribacteres | | scientific name | 68337 | Deferribacteres Huber and Stetter 2002 | | authority | 68337 | Flexistipes group | | synonym | 683846 | "Fervidococcus fontis" Perevalova et al. 2008 | | authority | 683846 | Fervidicoccus fontis | | scientific name | 683846 | Fervidicoccus fontis Perevalova et al. 2010 | | authority | 683846 | Fervidococcus fontis | | synonym | 684063 | Paenibacillus algorifonticola | | scientific name | 684063 | Paenibacillus algorifonticola Tang et al. 2011 | | authority | 684063 | Paenibacillus sp. XJ259 | | includes | 68408 | Chinese forest musk deer | | genbank common name | 68408 | Moschus berezovskii | | scientific name | 68408 | Moschus berezovskii Flerov, 1929 | | authority | 68410 | Moschus | | scientific name | 6843 | Chelicerata | | scientific name | 6843 | chelicerates | | common name | 6844 | Merostomata | | scientific name | 6844 | horseshoe crabs | horseshoe crabs | blast name | 6844 | horseshoe crabs | horseshoe crabs | genbank common name | 6845 | Xiphosura | | scientific name | 6846 | Limulidae | | scientific name | 684658 | Aphidius gifuensis | | scientific name | 684658 | Aphidius gifuensis Ashmead, 1906 | | authority | 684738 | Lactococcus lactis subsp. lactis KF147 | | scientific name | 684738 | Lactococcus lactis subsp. lactis str. KF147 | | equivalent name | 684738 | Lactococcus lactis subsp. lactis strain KF147 | | equivalent name | 6849 | Limulus | | scientific name | 6850 | Atlantic horseshoe crab | | genbank common name | 6850 | Limulus polyphemus | | scientific name | 6850 | Limulus polyphemus (Linnaeus, 1758) | | authority | 6850 | Monoculus polyphemus | | synonym | 6850 | Monoculus polyphemus Linnaeus, 1758 | | authority | 68525 | delta/epsilon subdivisions | | scientific name | 6854 | Arachnida | | scientific name | 6854 | arachnids | arachnids | blast name | 6854 | arachnids | arachnids | genbank common name | 6855 | Scorpiones | | scientific name | 6855 | scorpions | scorpions | blast name | 6855 | scorpions | scorpions | genbank common name | 6856 | Buthidae | | scientific name | 68565 | Actinomadura hibisca | | scientific name | 68565 | Actinomadura hibisca Tomita et al. 1991 emend. Nouioui et al. 2018 | | authority | 68569 | Caulobacter leidyi | | synonym | 68569 | Caulobacter leidyi corrig. Poindexter 1964 | | authority | 68569 | Caulobacter leidyia | | synonym | 68569 | Sphingomonas leidyi | | scientific name | 68569 | Sphingomonas leidyi (Poindexter 1964) Chen et al. 2012 | | authority | 685727 | Prescottella equi 103S | | scientific name | 685727 | Rhodococcus equi 103S | | synonym | 685727 | Rhodococcus hoagii 103S | | synonym | 685948 | Fervidicoccales | | scientific name | 685948 | Fervidicoccales Perevalova et al. 2010 | | authority | 685949 | Fervidicoccaceae | | scientific name | 685949 | Fervidicoccaceae Perevalova et al. 2010 | | authority | 685950 | "Fervidococcus" Perevalova et al. 2008 | | authority | 685950 | Fervidicoccus | | scientific name | 685950 | Fervidicoccus Perevalova et al. 2010 | | authority | 685950 | Fervidococcus | | synonym | 686389 | Ruegeria faecimaris | | scientific name | 686389 | Ruegeria faecimaris Oh et al. 2011 | | authority | 686389 | Ruegeria sp. HD-28 | | includes | 686665 | unclassified Bifidobacteriaceae (miscellaneous) | | scientific name | 687 | "Beneckea gazogenes" Harwood 1978 | | authority | 687 | Beneckea gazogenes | | synonym | 687 | Beneckea gazogenes (ex Harwood 1978) Harwood et al. 1980 | | authority | 687 | Vibrio gazogenes | | scientific name | 687 | Vibrio gazogenes (Harwood et al. 1980) Baumann et al. 1981 | | authority | 6875 | Centruroides | | scientific name | 687525 | Rubellimicrobium roseum | | scientific name | 687525 | Rubellimicrobium roseum Cao et al. 2013 | | authority | 687525 | Rubellimicrobium sp. YIM 48858 | | includes | 68784 | Sphaerobolaceae | | scientific name | 68784 | Sphaerobolaceae J. Schrot., 1889 | | authority | 68785 | Sphaerobolus | | scientific name | 68785 | Sphaerobolus Tode, 1790 | | authority | 68786 | Sphaerobolus stellatus | | scientific name | 68786 | Sphaerobolus stellatus Tode, 1790 | | authority | 68786 | Sphaerobolus stellatus var. stellatus | | synonym | 688067 | Herbidospora mongoliensis | | scientific name | 688067 | Herbidospora mongoliensis Ara et al. 2012 | | authority | 688067 | Herbidospora sp. MN08-A0118 | | includes | 688163 | unclassified Nitrospiraceae | | scientific name | 688328 | unclassified Thermotogaceae | | scientific name | 68872 | Buchnera hermonthica | | synonym | 68872 | Buchnera hermonthica Delile, 1813 | | authority | 68872 | Striga hermonthica | | scientific name | 68872 | Striga hermonthica (Delile) Benth., 1836 | | authority | 68872 | purple witchweed | | common name | 68882 | Aphidiidae | | synonym | 68882 | Aphidiinae | | scientific name | 688867 | Bacteroidetes bacterium 3B-2 | | includes | 688867 | Ohtaekwangia koreensis | | scientific name | 688867 | Ohtaekwangia koreensis Yoon et al. 2011 | | authority | 68888 | Trichocephalus suis | | synonym | 68888 | Trichocephalus suis Schrank, 1788 | | authority | 68888 | Trichuris suis | | scientific name | 68888 | pig whipworm | | genbank common name | 68889 | Boletales | | scientific name | 68889 | Boletales E.-J. Gilbert, 1931 | | authority | 68889 | Melanogastrales | | synonym | 68889 | Sclerodermatales | | includes | 68889 | gasteromycetes | gasteromycetes | includes | 68895 | Cupriavidus basilensis | | scientific name | 68895 | Cupriavidus basilensis (Steinle et al. 1999) Vandamme and Coenye 2004 | | authority | 68895 | Cupriavidus sp. SRS | | includes | 68895 | Ralstonia basilensis | | synonym | 68895 | Ralstonia basilensis Steinle et al. 1999 | | authority | 68895 | Ralstonia basilensis Steinle et al. 1999 emend. Goris et al. 2001 | | authority | 68895 | Wautersia basilensis | | synonym | 68895 | Wautersia basilensis (Steinle et al. 1999) Vaneechoutte et al. 2004 | | authority | 689 | Vibrio mediterranei | | scientific name | 689 | Vibrio mediterranei Pujalte and Garay 1986 | | authority | 689 | Vibrio shiloi | | synonym | 689 | Vibrio shiloi Kushmaro et al. 2001 | | authority | 689 | Vibrio shilonii | | synonym | 689 | Vibrio shilonii corrig. Kushmaro et al. 2001 | | authority | 68909 | Deinococcus geothermalis | | scientific name | 68909 | Deinococcus geothermalis Ferreira et al. 1997 | | authority | 689277 | Chrysodeixis includens | | scientific name | 689277 | Chrysodeixis includens (Walker, 1858) | | authority | 689277 | Plusia includens | | synonym | 689277 | Plusia includens Walker, 1858 | | authority | 689277 | Pseudoplusia includens | | synonym | 689277 | soybean looper | | genbank common name | 6893 | Araneae | | scientific name | 6893 | spiders | spiders | blast name | 6893 | spiders | spiders | genbank common name | 68933 | Thermales | | scientific name | 68933 | Thermales Rainey and da Costa 2002 | | authority | 68933 | Thermus group | | equivalent name | 69 | Lysobacter enzymogenes | | scientific name | 69 | Lysobacter enzymogenes Christensen and Cook 1978 (Approved Lists 1980) | | authority | 69 | Lysobacter enzymogenes Christensen and Cook 1978 (Approved Lists 1980) emend. Lin et al. 2016 | | authority | 69 | Lysobacter enzymogenes subsp. enzymogenes | | includes | 69 | Lysobacter enzymogenes subsp. enzymogenes Christensen and Cook 1978 (Approved Lists 1980) | | authority | 69 | Lysobacter sp. Lj46 | | includes | 690086 | Salinarimonas | | scientific name | 690086 | Salinarimonas Liu et al. 2010 | | authority | 690086 | Salinarimonas Liu et al. 2010 emend. Messner et al. 2024 | | authority | 690164 | Salinarimonas ramus | | scientific name | 690164 | Salinarimonas ramus Cai et al. 2011 | | authority | 690164 | Salinarimonas sp. SL014B-41A4 | | includes | 6905 | Araneomorphae | | scientific name | 690536 | Oenothera grandis | | scientific name | 690536 | Oenothera grandis Smyth, 1899 | | authority | 691 | "Vibrio natriegens" Webb and Payne 1971 | | authority | 691 | Beneckea natriegens (Payne et al. 1961) Baumann et al. 1971 (Approved Lists 1980) | | synonym | 691 | Vibrio natriegens | | scientific name | 691 | Vibrio natriegens (Payne et al. 1961) Baumann et al. 1981 | | authority | 6913 | Araneidae | | scientific name | 6913 | orb weavers | | genbank common name | 6914 | Nephila | | scientific name | 6914 | Nephila Leach, 1815 | | authority | 69181 | Brassica cretica | | scientific name | 69181 | Brassica cretica Lam., 1785 | | authority | 691965 | Rhodococcus equi phage ReqiPepy6 | | equivalent name | 691965 | Rhodococcus phage ReqiPepy6 | | scientific name | 69219 | "Aerobacter dissolvens" (Rosen 1922) Waldee 1945 | | authority | 69219 | "Aplanobacter dissolvens" (Rosen 1922) Rosen 1926 | | authority | 69219 | "Bacterium dissolvens" Rosen 1922 | | authority | 69219 | "Phytomonas dissolvens" (Rosen 1922) Rosen 1926 | | authority | 69219 | "Pseudomonas dissolvens" Rosen 1922 | | authority | 69219 | Aerobacter dissolvens | | synonym | 69219 | Aplanobacter dissolvens | | synonym | 69219 | Bacterium dissolvens | | synonym | 69219 | Enterobacter cloacae subsp. dissolvens | | scientific name | 69219 | Enterobacter cloacae subsp. dissolvens (Rosen 1922) Hoffmann et al. 2005 | | authority | 69219 | Enterobacter dissolvens | | synonym | 69219 | Enterobacter dissolvens (Rosen 1922) Brenner et al. 1988 | | authority | 69219 | Enterobacter sp. GN02534 | | includes | 69219 | Erwinia dissolvens | | synonym | 69219 | Erwinia dissolvens (Rosen 1922) Burkholder 1948 (Approved Lists 1980) | | authority | 69219 | Phytomonas dissolvens | | synonym | 69219 | Pseudomonas dissolvens | | synonym | 692418 | Reichenbachiella faecimaris | | scientific name | 692418 | Reichenbachiella faecimaris Cha et al. 2011 | | authority | 692418 | Reichenbachiella sp. PCP104 | | includes | 692418 | Reichenbachiella sp. PCP11 | | includes | 69277 | "Phyllobacteriaceae" Mergaert and Swings 2005 | | authority | 69277 | Mesorhizobium/Phyllobacterium group | | synonym | 69277 | Phyllobacteriaceae | | scientific name | 69277 | Phyllobacteriaceae Mergaert and Swings 2006 | | synonym | 69278 | Aquamicrobium | | scientific name | 69278 | Aquamicrobium Bambauer et al. 1998 | | authority | 69278 | Aquamicrobium Bambauer et al. 1998 emend. Lipski and Kampfer 2012 | | authority | 69278 | Aquamicrobium Bambauer et al. 1998 emend. Wu et al. 2014 | | authority | 69278 | Defluvibacter | | synonym | 69278 | Defluvibacter Fritsche et al. 1999 | | authority | 69291 | Gasterosteidae | | scientific name | 69291 | sticklebacks & tubesnouts | | genbank common name | 69292 | Gasterosteus | | scientific name | 69293 | Gasterosteus aculeatus | | scientific name | 69293 | Gasterosteus aculeatus Linnaeus, 1758 | | authority | 69293 | three spined stickleback | | common name | 69293 | three-spined stickleback | three-spined stickleback | genbank common name | 693153 | Vibrio atlanticus | | scientific name | 693153 | Vibrio atlanticus Dieguez et al. 2011 | | authority | 693153 | Vibrio sp. C 14.7 | | includes | 693153 | Vibrio sp. C 15.19 | | includes | 693153 | Vibrio sp. C 2.4 | | includes | 693153 | Vibrio sp. CECT 7223 | | includes | 693153 | Vibrio sp. Cmj 13.4 | | includes | 693153 | Vibrio sp. LMG 24300 | | includes | 693153 | Vibrio sp. Vb 11.11 | | includes | 69319 | Microplitis demolitor | | scientific name | 6933 | Acari | | scientific name | 6933 | Acarina | | synonym | 6933 | mites & ticks | mites & ticks | blast name | 6933 | mites & ticks | mites & ticks | genbank common name | 6934 | Parasitiformes | | scientific name | 6935 | Ixodida | | scientific name | 6935 | ticks | | genbank common name | 69360 | "Rhodothece conspicua" Skuja 1956 | | authority | 69360 | Amoebobacter roseus | | synonym | 69360 | Amoebobacter roseus Winogradsky 1888 (Approved Lists 1980) | | authority | 69360 | Rhodothece conspicua | | synonym | 69360 | Thiocapsa rosea | | scientific name | 69360 | Thiocapsa rosea (Winogradsky 1888) Guyoneaud et al. 1998 | | authority | 69365 | Aureibacterium arabinogalactanilyticum | | equivalent name | 69365 | Aureibacterium arabinogalactanolyticum | | equivalent name | 69365 | Aureobacterium arabinogalactanilyticum | | equivalent name | 69365 | Aureobacterium arabinogalactanolyticum | | synonym | 69365 | Aureobacterium arabinogalactanolyticum Yokota et al. 1993 (Approved Lists 1980) | | authority | 69365 | Microbacterium arabinogalactanilyticum | | equivalent name | 69365 | Microbacterium arabinogalactanolyticum | | scientific name | 69365 | Microbacterium arabinogalactanolyticum (Yokota et al. 1993) Takeuchi and Hatano 1998 | | authority | 6939 | Ixodidae | | scientific name | 6939 | hard ticks | | common name | 6939 | hardbacked ticks | | genbank common name | 6939 | scale ticks | | common name | 693982 | Ensifer meliloti AK83 | | synonym | 693982 | Sinorhizobium meliloti AK83 | | scientific name | 693982 | Sinorhizobium meliloti str. AK83 | | equivalent name | 693982 | Sinorhizobium meliloti strain AK83 | | equivalent name | 693991 | Fusobacterium nucleatum subsp. polymorphum str. F0401 | | equivalent name | 693991 | Fusobacterium nucleatum subsp. polymorphum strain F0401 | | equivalent name | 693991 | Fusobacterium polymorphum F0401 | | scientific name | 6940 | Boophilus | | scientific name | 6940 | Fhipicephalus (Boophilus) | | synonym | 6940 | Rhipicephalus (Boophilus) | | synonym | 694002 | Betacoronavirus | | scientific name | 694002 | Coronavirus | Coronavirus | in-part | 694002 | Coronavirus group 2 | | equivalent name | 694002 | Group 2 species | | equivalent name | 694019 | unclassified Nevskiaceae | | scientific name | 694019 | unclassified Sinobacteraceae | | synonym | 6941 | Boophilus microplus | | synonym | 6941 | Rhipicephalus (Boophilus) microplus | | synonym | 6941 | Rhipicephalus microplus | | scientific name | 6941 | Rhipicephalus microplus (Canestrini, 1888) | | authority | 6941 | cattle tick | | common name | 6941 | southern cattle tick | | genbank common name | 6946 | Acariformes | | scientific name | 6947 | Prostigmata | | scientific name | 69474 | Orientia | | scientific name | 69474 | Orientia Tamura et al. 1995 | | authority | 69476 | unclassified Planctomycetaceae | | scientific name | 69501 | Troglodytidae | | synonym | 69501 | Troglodytinae | | scientific name | 6951 | Astigmata | | scientific name | 69541 | "Desulfuromonales" Kuever et al. 2005 | | authority | 69541 | "Geobacteraceae" Lonergan et al. 1996 | | includes | 69541 | Desulfuromonadales | | scientific name | 69541 | Desulfuromonadales corrig. Kuever et al. 2006 | | authority | 69541 | Desulfuromonales | | synonym | 69541 | Desulfuromonas group | | synonym | 69555 | Caenogastropoda | | scientific name | 69555 | Mesogastropoda | | includes | 695564 | Erebidae | | scientific name | 69578 | Cryobacterium | | scientific name | 69578 | Cryobacterium Suzuki et al. 1997 emend. Dastager et al. 2008 | | authority | 695850 | Saprolegnia parasitica CBS 223.65 | | scientific name | 6960 | Atelocerata | Atelocerata | in-part | 6960 | Hexapoda | | scientific name | 6960 | Tracheata | Tracheata | in-part | 6960 | Uniramia | Uniramia | in-part | 6960 | hexapods | hexapods | blast name | 6960 | hexapods | hexapods | genbank common name | 69657 | Hyphomonadaceae | | scientific name | 69657 | Hyphomonadaceae Lee et al. 2005 | | authority | 69657 | Hyphomonadaceae Lee et al. 2005 emend. Kevbrin et al. 2021 | | authority | 69657 | Hyphomonas group | | equivalent name | 69658 | unclassified Hyphomonadaceae | | scientific name | 69658 | unclassified Hyphomonas group | | equivalent name | 6970 | Dictyoptera | Dictyoptera | scientific name | 697025 | Amycolicicoccus | | synonym | 697025 | Amycolicicoccus Wang et al. 2010 | | authority | 697025 | Hoyosella | | scientific name | 697025 | Hoyosella Jurado et al. 2009 | | authority | 697025 | Hoyosella Jurado et al. 2009 emend. Hamada et al. 2016 | | authority | 697025 | Hoyosella Jurado et al. 2009 emend. Li et al. 2016 | | authority | 697025 | Hoyosella Jurado et al. 2009 emend. Val-Calvo et al. 2025 | | authority | 69710 | "Treponema vincentii" (ex Brumpt) Smibert 1984 | | authority | 69710 | "Treponema vincentii" Brumpt 1922 | | authority | 69710 | Treponema sp. ATCC 700766 | | includes | 69710 | Treponema sp. ATCC 700767 | | includes | 69710 | Treponema sp. OMZ 804 | | includes | 69710 | Treponema sp. OMZ 806 | | includes | 69710 | Treponema vincentii | | scientific name | 697304 | Paramacrobiotus | | scientific name | 697304 | Paramacrobiotus Guidetti, Schill, Bertolani, Dandekar & Wolf, 2009 | | authority | 69774 | Penicillium herquei | | scientific name | 69774 | Penicillium herquei Bainier & Sartory, 1912 | | authority | 69785 | Penicillium rolfsii | | scientific name | 69785 | Penicillium rolfsii Thom, 1930 | | authority | 69791 | Penicillium waksmani | | synonym | 69791 | Penicillium waksmanii | | scientific name | 69791 | Penicillium waksmanii K.M. Zalessky, 1927 | | authority | 698016 | Etheostomatinae | | scientific name | 698016 | Etheostominae | | synonym | 69820 | Spodoptera litura | | scientific name | 69820 | Spodoptera litura (Fabricius, 1775) | | authority | 698769 | Virgibacillus alimentarius | | scientific name | 698769 | Virgibacillus alimentarius Kim et al. 2011 | | authority | 698769 | Virgibacillus campisalis | | synonym | 698769 | Virgibacillus campisalis Lee et al. 2012 | | authority | 698769 | Virgibacillus sp. IDS-20 | | includes | 698769 | Virgibacillus sp. J18 | | includes | 69894 | Tindallia | | scientific name | 69894 | Tindallia Kevbrin et al. 1999 | | authority | 698948 | Thermoanaerobacterium thermosaccharolyticum M0795 | | scientific name | 698948 | Thermoanaerobacterium thermosaccharolyticum str. M0795 | | equivalent name | 698948 | Thermoanaerobacterium thermosaccharolyticum strain M0795 | | equivalent name | 698957 | Gardnerella vaginalis 1500E | | scientific name | 699041 | Corynebacterium hindlerae | | scientific name | 699041 | Corynebacterium hindlerae Bernard et al. 2021 | | authority | 699041 | Corynebacterium sp. 1864 | | includes | 699041 | Corynebacterium sp. NML93-0612 | | includes | 699041 | Corynebacterium sp. USB_NOVA_47 | | includes | 6993 | Orthoptera | | scientific name | 6993 | Saltatoria | | synonym | 6993 | grasshoppers, crickets & katydids | grasshoppers, crickets & katydids | blast name | 6993 | grasshoppers, crickets & katydids | grasshoppers, crickets & katydids | genbank common name | 6994 | Ensifera | Ensifera | scientific name | 6994 | crickets & katydids | | genbank common name | 6995 | Gryllidae | | scientific name | 69974 | Mesorhizobium plurifarium | | scientific name | 69974 | Mesorhizobium plurifarium de Lajudie et al. 1998 | | authority | 69974 | Mesorhizobium sp. LMG 11892 | | includes | 69974 | Rhizobium sp. LMG 7836 | | includes | 69974 | Rhizobium sp. LMG 7854 | | includes | 6998 | Gryllus | | scientific name | 6999 | Gryllus bimaculatus | | scientific name | 6999 | Gryllus bimaculatus De Geer, 1773 | | authority | 6999 | two-spotted cricket | | genbank common name | 7001 | Caelifera | | scientific name | 7001 | grasshoppers, groundhoppers & pygmy mole crickets | | genbank common name | 7002 | Acrididae | | scientific name | 7002 | short-horned grasshoppers | | genbank common name | 7003 | Locusta | | scientific name | 700344 | Colletotrichum spaethianum | | scientific name | 700344 | Colletotrichum spaethianum (Allesch.) Damm,P.F. Cannon & Crous, 2009 | | synonym | 700344 | Vermicularia spaethiana | | synonym | 700344 | Vermicularia spaethiana Allesch., 1897 | | authority | 7004 | Locusta migratoria | | scientific name | 7004 | Locusta migratoria (Linnaeus, 1758) | | authority | 7004 | migratory locust | | genbank common name | 700598 | Niastella koreensis DSM 17620 | | synonym | 700598 | Niastella koreensis GR20-10 | | scientific name | 700598 | Niastella koreensis NBRC 106392 | | synonym | 700598 | Niastella koreensis str. GR20-10 | | equivalent name | 700598 | Niastella koreensis strain GR20-10 | | equivalent name | 7008 | Schistocerca | | scientific name | 7010 | Gryllus gregarius | | synonym | 7010 | Gryllus gregarius Forsskal, 1775 | | authority | 7010 | Locusta gregaria | | synonym | 7010 | Schistocerca gregaria | | scientific name | 7010 | Schistocerca gregaria (Forskal, 1775) | | authority | 7010 | desert locust | | common name | 701042 | Mycobacterium marseillense | | scientific name | 701042 | Mycobacterium marseillense Ben Salah et al. 2009 | | authority | 701042 | Mycobacterium marseillense Ben Salah et al. 2009 emend. Nouioui et al. 2018 | | authority | 701042 | Mycobacterium sp. 1165549.7 | | includes | 70125 | Nitrospira sp. | | scientific name | 702 | "C 27 Group" Ferguson and Henderson 1947 | | authority | 702 | "Fergusonia" Sebald and Vron 1963 | | authority | 702 | C 27 Group | | common name | 702 | Fergusonia | | synonym | 702 | Pleisomonas | | synonym | 702 | Pleisomonas Habs and Schubert 1962 (Approved Lists 1980) | | authority | 702 | Plesiomonas | | scientific name | 702 | Plesiomonas corrig. Habs and Schubert 1962 (Approved Lists 1980) | | synonym | 7020 | Phasmatodea | | scientific name | 7020 | Phasmida | | synonym | 7020 | stick insects | | common name | 7020 | walking sticks | walking sticks | blast name | 7020 | walking sticks | walking sticks | genbank common name | 702115 | Pseudomonas arsenicoxydans | | scientific name | 702115 | Pseudomonas arsenicoxydans Campos et al. 2011 | | authority | 702115 | Pseudomonas sp. VC-1 | | includes | 70226 | Aphelenchoides avenae | | scientific name | 70226 | Aphelenchoides avenae (Bastian, 1865) | | authority | 70226 | Aphelenchus avenae | | synonym | 70226 | Aphelenchus avenae Bastian, 1865 | | authority | 702437 | Selenomonas noxia F0398 | | scientific name | 702437 | Selenomonas noxia str. F0398 | | equivalent name | 702437 | Selenomonas noxia strain F0398 | | equivalent name | 702453 | Listeria seeligeri FSL N1-067 | | scientific name | 703 | "Aeromonas shigelloides" (Bader 1954) Ewing et al. 1961 | | authority | 703 | "Fergusonia shigelloides" (Bader 1954) Sebald and Vron 1963 | | authority | 703 | "Pseudomonas shigelloides" Bader 1954 | | authority | 703 | Aeromonas shigelloides | | synonym | 703 | Fergusonia shigelloides | | synonym | 703 | Pleisomonas shigelloides | | synonym | 703 | Pleisomonas shigelloides (Bader 1954) Habs and Schubert 1962 (Approved Lists 1980) | | authority | 703 | Plesiomonas shigelloides | | scientific name | 703 | Plesiomonas shigelloides corrig. (Bader 1954) Habs and Schubert 1962 (Approved Lists 1980) | | synonym | 703 | Pseudomonas shigelloides | | synonym | 70332 | Eriophyoidea | | scientific name | 70336 | Buthoidea | | scientific name | 703495 | Microthyriales | | scientific name | 703495 | Microthyriales G. Arnaud, 1918 | | authority | 703497 | Microthyrium microscopicum | | scientific name | 703497 | Microthyrium microscopicum Desm. 1841 | | authority | 703497 | Microthyrium microscopicum Desmazieres, 1841 | | authority | 703533 | Asparagoideae | | scientific name | 703533 | Asparagoideae Burmeist., 1837 | | authority | 703537 | Nolinoideae | | scientific name | 703537 | Nolinoideae Burnett, 1835 | | authority | 703913 | Salariinae | | scientific name | 7041 | Coleoptera | | scientific name | 7041 | beetles | beetles | blast name | 7041 | beetles | beetles | genbank common name | 7042 | Curculionidae | | scientific name | 7042 | weevils | | genbank common name | 704570 | Perola | | scientific name | 705192 | Perola clara | | scientific name | 705192 | Perola clara Dyar, 1907 | | authority | 70542 | Myxocyprinus | | scientific name | 70543 | Carpiodes asiaticus | | synonym | 70543 | Carpiodes asiaticus Bleeker, 1864 | | authority | 70543 | Chinese sucker | | genbank common name | 70543 | Myxocyprinus asiaticus | | scientific name | 7055 | Scarabaeidae | | scientific name | 7055 | lamellicorn beetles | | common name | 7055 | scarab beetles | | genbank common name | 705561 | Polychaeton | | scientific name | 705561 | Polychaeton (Pers.) Lev., 1846 | | authority | 705562 | Fumago citri | | synonym | 705562 | Fumago citri Pers., 1822 | | authority | 705562 | Polychaeton citri | | scientific name | 705562 | Polychaeton citri (Pers.) Lev. | | authority | 706027 | Cyclodes | | scientific name | 7062 | Rutelidae | | synonym | 7062 | Rutelinae | | scientific name | 7062 | shining leaf chafers | | genbank common name | 7065 | Lagriidae | | synonym | 7065 | Tenebrionidae | | scientific name | 7065 | darkling beetles | | common name | 7065 | darkling ground beetles | | genbank common name | 7065 | long-jointed beetles | | common name | 706587 | Desulfomonile tiedjei DCB-1 | | synonym | 706587 | Desulfomonile tiedjei DSM 6799 | | scientific name | 706587 | Desulfomonile tiedjei str. DSM 6799 | | equivalent name | 706587 | Desulfomonile tiedjei strain DSM 6799 | | equivalent name | 70666 | Schistocephalus | | scientific name | 70667 | Schistocephalus solidus | | scientific name | 70667 | Taenia solida | | synonym | 70667 | Taenia solida Muller, 1776 | | authority | 706981 | Clathrospora elynae | | scientific name | 706981 | Clathrospora elynae Rabenh. 1857 | | authority | 706981 | Clathrospora elynae Rabenhorst, 1857 | | authority | 707248 | Pseudomonas gingeri CFBP 2810 | | synonym | 707248 | Pseudomonas gingeri LMG 5327 | | synonym | 707248 | Pseudomonas gingeri LMG 5327 = NCPPB 3146 | | equivalent name | 707248 | Pseudomonas gingeri NCPPB 3146 | | synonym | 707248 | Pseudomonas gingeri NCPPB 3146 = LMG 5327 | | scientific name | 7073 | Zophobas | | scientific name | 70742 | Peronospora | | scientific name | 70775 | Pseudomonas plecoglossicida | | scientific name | 70775 | Pseudomonas plecoglossicida Nishimori et al. 2000 | | authority | 70775 | Pseudomonas sp. PUE-MAN8 | | includes | 70799 | Nodularia spumigena | | scientific name | 70799 | Nodularia spumigena Mertens ex Bornet & Flahault, 1888 | | authority | 708091 | "Gramella jeungdoensis" Joung et al. 2011 | | authority | 708091 | Gramella jeungdoensis | | scientific name | 708091 | Gramella sp. HMD3159 | | includes | 708127 | unclassified Saccharospirillaceae | | scientific name | 708192 | Colletotrichum liriopes | | scientific name | 708192 | Colletotrichum liriopes Damm, P.F. Cannon & Crous | | authority | 7088 | Lepidoptera | | scientific name | 7088 | moths & butterflies | moths & butterflies | blast name | 7088 | moths & butterflies | moths & butterflies | genbank common name | 7089 | Bombycidae | | scientific name | 7089 | silkworm moths | | genbank common name | 7090 | Bombyx | | scientific name | 709032 | Sulfuricurvum kujiense DSM 16994 | | scientific name | 709032 | Sulfuricurvum kujiense YK-1 | | synonym | 709032 | Sulfuricurvum kujiense str. DSM 16994 | | equivalent name | 709032 | Sulfuricurvum kujiense strain DSM 16994 | | equivalent name | 70906 | Grylloidea | | scientific name | 70906 | crickets | | genbank common name | 70910 | Acridomorpha | | scientific name | 70910 | grasshoppers | | genbank common name | 7092 | Bombyx mandarina | | scientific name | 7092 | Bombyx mandarina (Moore, 1872) | | authority | 7092 | Bombyx mandarina formosana | | synonym | 7092 | Bombyx mori mandarina | | synonym | 7092 | Theophila mandarina | | synonym | 7092 | Theophila mandarina Moore, 1872 | | authority | 7092 | wild silkworm | | genbank common name | 70958 | Medicago monantha | | scientific name | 70958 | Medicago monantha (C.A.Mey.) Trautv., 1841 | | authority | 70958 | Trigonella monantha | | synonym | 70958 | Trigonella monantha C.A.Mey., 1831 | | authority | 7096 | Lasiocampidae | | scientific name | 7096 | lappet moths | | genbank common name | 709813 | Azospirillum sp. TSA6c | | scientific name | 709860 | Micromonospora luteifusca | | scientific name | 709860 | Micromonospora luteifusca Carro et al. 2017 | | authority | 709860 | Micromonospora sp. CR21 | | includes | 709860 | Micromonospora sp. GUI2 | | includes | 709860 | Micromonospora sp. GUI42 | | includes | 70987 | Apinae | | scientific name | 70987 | honey bees | | genbank common name | 709881 | Micromonospora cremea | | scientific name | 709881 | Micromonospora cremea Carro et al. 2012 | | authority | 709881 | Micromonospora sp. CR30 | | includes | 709881 | Micromonospora sp. CR36 | | includes | 709888 | Micromonospora phytophila | | scientific name | 709888 | Micromonospora phytophila Carro et al. 2018 | | authority | 709888 | Micromonospora sp. SG15 | | includes | 70992 | Flexithrix | | scientific name | 70992 | Flexithrix Lewin 1970 (Approved Lists 1980) emend. Hosoya and Yokota 2007 | | authority | 70993 | "Microscilla aggregans" Lewin 1969 | | authority | 70993 | Flexibacter aggregans | | synonym | 70993 | Flexibacter aggregans (Lewin 1969) Leadbetter 1974 (Approved Lists 1980) | | authority | 70993 | Flexithrix dorotheae | | scientific name | 70993 | Flexithrix dorotheae Lewin 1970 (Approved Lists 1980) emend. Hosoya and Yokota 2007 | | authority | 70993 | Microscilla aggregans | | synonym | 709991 | Odoribacter splanchnicus DSM 20712 | | scientific name | 709991 | Odoribacter splanchnicus str. DSM 20712 | | equivalent name | 709991 | Odoribacter splanchnicus strain DSM 20712 | | equivalent name | 7100 | Noctuidae | | scientific name | 7100 | noctuid moths | | common name | 7100 | owlet moths | | genbank common name | 71028 | Phyllodactylus | | scientific name | 710421 | Mycobacterium chubuense NBB4 | | synonym | 710421 | Mycolicibacterium chubuense NBB4 | | scientific name | 7106 | Spodoptera | | scientific name | 710685 | Mycobacterium rhodesiae NBB3 | | synonym | 710685 | Mycolicibacterium rhodesiae NBB3 | | scientific name | 710705 | Streptomyces sp. FXJ1.172 | | scientific name | 71112 | Lontra | | scientific name | 71112 | Lontra Gray, 1843 | | authority | 7114 | Pieridae | | scientific name | 7114 | white, yellow and sulphur butterflies | | genbank common name | 7115 | Artogeia | | synonym | 7115 | Pieris | Pieris | scientific name | 7115 | Sinopieris | | synonym | 71193 | Cantharoidea | | includes | 71193 | Elateroidea | | scientific name | 71195 | Lycidae | | scientific name | 71195 | net-winged beetles | | genbank common name | 71196 | Calochromus | | scientific name | 71196 | Calochromus Guerin-Meneville, 1833 | | authority | 712 | Pasteurellaceae | | scientific name | 712 | Pasteurellaceae Pohl 1981 | | authority | 71237 | Mammaliicoccus vitulinus | | scientific name | 71237 | Mammaliicoccus vitulinus (Webster et al. 1994) Madhaiyan et al. 2020 | | authority | 71237 | Staphylococcus pulvereri | | synonym | 71237 | Staphylococcus pulvereri Zakrzewska-Czerwinska et al. 1995 | | authority | 71237 | Staphylococcus vitulinus corrig. Webster et al. 1994 | | authority | 71237 | Staphylococcus vitulinus corrig. Webster et al. 1994 emend. Svec et al. 2004 | | authority | 71237 | Staphylococcus vitulus (sic) Webster et al. 1994 | | authority | 71239 | Cucurbitales | | scientific name | 71239 | Cucurbitales Juss. ex Bercht. & J.Presl, 1820 | | authority | 71240 | Dicotyledoneae | | in-part | 71240 | dicots | | in-part | 71240 | dicotyledons | | in-part | 71240 | eudicots | eudicots | blast name | 71240 | eudicots | eudicots | common name | 71240 | eudicotyledons | | scientific name | 712538 | Selenomonas sp. oral taxon 478 | | scientific name | 71274 | Asteridae | | equivalent name | 71274 | asterids | | scientific name | 71275 | Rosidae | | in-part | 71275 | rosids | | scientific name | 7128 | Sphingidae | | scientific name | 7128 | hawkmoths | | genbank common name | 7129 | Manduca | | scientific name | 7129 | Manduca Hubner, 1807 | | authority | 7130 | Carolina sphinx | | common name | 7130 | Manduca sexta | | scientific name | 7130 | Manduca sexta (Linnaeus, 1763) | | authority | 7130 | Sphinx sexta | | synonym | 7130 | Sphinx sexta Linnaeus, 1763 | | authority | 7130 | hornblower | | common name | 7130 | tobacco hawkmoth | | common name | 7130 | tobacco hornworm | | genbank common name | 7130 | tomato hornworm | tomato hornworm | common name | 713054 | TM7 phylum sp. oral taxon 352 | | scientific name | 713063 | unclassified Mycoplasmatota | | scientific name | 71323 | Camelina | | scientific name | 71323 | Camelina Crantz, 1762 | | authority | 713467 | unclassified Erysipelotrichales | | scientific name | 7135 | Pyralidae | | scientific name | 7135 | Pyralididae | | synonym | 7135 | snout moths | | genbank common name | 71353 | Hirschfeldia | | scientific name | 71353 | Hirschfeldia Moench, 1794 | | authority | 71354 | Brassica adpressa | | synonym | 71354 | Brassica adpressa Boiss. | | authority | 71354 | Hirschfeldia incana | | scientific name | 71354 | Hirschfeldia incana Lagr.-Foss., 1847 | | authority | 71354 | Sinapis incana | | synonym | 71354 | Sinapis incana L. | | authority | 71354 | buchanweed | | common name | 71354 | hairy brassica | | common name | 71354 | shortpod mustard | | genbank common name | 7136 | Galleria | | scientific name | 7137 | Galleria mellonella | | scientific name | 7137 | Galleria mellonella (Linnaeus, 1758) | | authority | 7137 | Phalaena mellonella | | synonym | 7137 | Phalaena mellonella Linnaeus, 1758 | | authority | 7137 | greater wax moth | | genbank common name | 7139 | Tortricidae | | scientific name | 714 | "Bacterium acetinomycetum comitans" (sic) (Klinger 1912) Colebrook 1920 | | authority | 714 | "Bacterium actinomycetem comitans" Klinger 1912 | | authority | 714 | "Bacterium comitans" Lieske 1921 | | authority | 714 | Actinobacillus (Haemophilus) actinomycetemcomitans | | synonym | 714 | Actinobacillus actinomycetemcomitans | | synonym | 714 | Actinobacillus actinomycetemcomitans (Klinger 1912) Topley and Wilson 1929 | | authority | 714 | Aggregatibacter actinomycetemcomitans | | scientific name | 714 | Aggregatibacter actinomycetemcomitans (Klinger 1912) Norskov-Lauritsen and Kilian 2006 | | authority | 714 | Bacterium acetinomycetum comitans | | synonym | 714 | Bacterium actinomycetem comitans | | synonym | 714 | Bacterium comitans | | synonym | 714 | Haemophilus actinomycetemcomitans | | synonym | 714 | Haemophilus actinomycetemcomitans (Klinger 1912) Potts et al. 1985 | | authority | 714 | Haemophilus actinomyceticomitans | | synonym | 7143 | Papilionidae | | scientific name | 7143 | swallowtail butterflies | | genbank common name | 71433 | Mesorhizobium amorphae | | scientific name | 71433 | Mesorhizobium amorphae Wang et al. 1999 | | authority | 71433 | Mesorhizobium sp. CCBAU 01570 | | includes | 714473 | Geum aleppicum | | scientific name | 714473 | Geum aleppicum Jacq., 1781 | | authority | 7145 | Papilio | | scientific name | 71460 | Cylicostephanus | | scientific name | 71465 | Cylichnostomum goldi | | synonym | 71465 | Cylichnostomum goldi Boulenger, 1917 | | authority | 71465 | Cylicostephanus goldi | | scientific name | 7147 | Diptera | | scientific name | 7147 | flies | flies | blast name | 7147 | flies | flies | genbank common name | 7148 | Nematocera | | scientific name | 714899 | Hoeflea halophila Jung et al. 2013 | | synonym | 714899 | Hoeflea sp. JG120-1 | | includes | 714899 | Parahoeflea halophila | | scientific name | 714899 | Parahoeflea halophila (Jung et al. 2013) Naranjo-Robayo et al. 2026 | | authority | 7149 | Chironomidae | | scientific name | 7149 | nonbiting midges | | genbank common name | 71490 | Sacoglossa | | scientific name | 71491 | Elysiacea | | synonym | 71491 | Elysioidea | | synonym | 71491 | Placobranchoidea | | scientific name | 71492 | Elysiidae | | synonym | 71492 | Placobranchidae | | synonym | 71492 | Plakobranchidae | | scientific name | 71493 | Elysia | | scientific name | 71526 | Cucujoidea | | scientific name | 71527 | Tenebrionoidea | | scientific name | 71528 | Chrysomeliformia | Chrysomeliformia | in-part | 71528 | Chrysomeloidea | | scientific name | 71528 | Phytophaga | | in-part | 71529 | Chrysomeliformia | Chrysomeliformia | in-part | 71529 | Curculionoidea | | scientific name | 71529 | Phytophyaga | | in-part | 715340 | Pleosporineae | | scientific name | 715451 | Alteromonas naphthalenivorans | | scientific name | 715451 | Alteromonas naphthalenivorans Jin et al. 2015 | | authority | 715451 | Alteromonas sp. SN2 | | includes | 7157 | Culicidae | | scientific name | 7157 | mosquitos | mosquitos | blast name | 7157 | mosquitos | mosquitos | genbank common name | 715784 | Marmoricola sp. IR27-S3 | | includes | 715784 | Nocardioides iriomotensis | | scientific name | 715784 | Nocardioides iriomotensis Yamamura et al. 2011 | | authority | 7158 | Aedes | Aedes | scientific name | 7159 | Aedes (Stegomyia) aegypti | | synonym | 7159 | Aedes aegypti | | scientific name | 7159 | Aedes aegypti (Linnaeus, 1762) | | authority | 7159 | Aedes aegypti var. luciensis | | synonym | 7159 | Culex aegypti | | synonym | 7159 | Culex aegypti Linnaeus, 1762 | | authority | 7159 | Stegomyia aegypti | | synonym | 7159 | Stegomyia fasciata var. luciensis | | synonym | 7159 | Stegomyia fasciata var. luciensis Theobald, 1901 | | authority | 7159 | yellow fever mosquito | | genbank common name | 715962 | dothideomyceta | | scientific name | 71598 | Fissurinaceae | | synonym | 71598 | Graphidaceae | | scientific name | 71598 | Graphidaceae Dumort., 1822 | | authority | 71598 | Thelotremataceae | | synonym | 715989 | sordariomyceta | | scientific name | 7164 | Anopheles | Anopheles | scientific name | 716545 | saccharomyceta | | scientific name | 716546 | leotiomyceta | | scientific name | 7167 | Anopheles albimanus | | scientific name | 7167 | Anopheles albimanus Wiedemann, 1820 | | authority | 71684 | Anellaria | | synonym | 71684 | Anellaria P. Karst., 1879 | | authority | 71684 | Copelandia | | synonym | 71684 | Copelandia Bres., 1912 | | authority | 71684 | Cyttarophyllum | | synonym | 71684 | Cyttarophyllum (R. Heim) Singer, 1936 | | authority | 71684 | Panaeolina | | synonym | 71684 | Panaeolina Maire, 1933 | | authority | 71684 | Panaeolus | | scientific name | 71684 | Panaeolus (Fr.) Quel., 1872 | | authority | 71684 | Psammomyces | | synonym | 71684 | Psammomyces Lebedeva, 1932 | | authority | 716925 | Ensifer sojae | | synonym | 716925 | Ensifer sojae Li et al. 2011 | | authority | 716925 | Sinorhizobium sojae | | scientific name | 716925 | Sinorhizobium sojae (Li et al. 2011) Kuzmanovic et al. 2022 | | authority | 716925 | Sinorhizobium sp. CCBAU 05606 | | includes | 716925 | Sinorhizobium sp. CCBAU 05638 | | includes | 716925 | Sinorhizobium sp. CCBAU 05640 | | includes | 716925 | Sinorhizobium sp. CCBAU 05646 | | includes | 716925 | Sinorhizobium sp. CCBAU 05699 | | includes | 716928 | Ensifer sojae str. CCBAU 05684 | | equivalent name | 716928 | Ensifer sojae strain CCBAU 05684 | | equivalent name | 716928 | Sinorhizobium sojae CCBAU 05684 | | scientific name | 716928 | Sinorhizobium sp. CCBAU 05684 | | synonym | 71717 | Agaricus micaceus | | synonym | 71717 | Agaricus micaceus Bull., 1792 | | authority | 71717 | Coprinellus micaceus | | scientific name | 71717 | Coprinellus micaceus (Bull.) Vilgalys, Hopple & Jacq. Johnson, 2001 | | authority | 71717 | Coprinus micaceus | | synonym | 717610 | Vibrio harveyi clade | | synonym | 717610 | Vibrio harveyi group | | scientific name | 717954 | Lindgomyceaceae | | synonym | 717954 | Lindgomycetaceae | | scientific name | 717954 | Lindgomycetaceae K. Hiray., Kaz. Tanaka & Shearer, 2010 | | authority | 717963 | "Candidatus Methylacidiphilales" Op den Camp et al. 2009 | | authority | 717963 | Candidatus Methylacidiphilales | | synonym | 717963 | Methylacidiphilales | | scientific name | 717963 | Methylacidiphilales Awala et al. 2023 | | authority | 717964 | "Candidatus Methylacidiphilaceae" Op den Camp et al. 2009 | | authority | 717964 | Candidatus Methylacidiphilaceae | | synonym | 717964 | Methylacidiphilaceae | | scientific name | 717964 | Methylacidiphilaceae Awala et al. 2023 | | authority | 71804 | Trypanosoma grayi | | scientific name | 71814 | Cecidomyiini | | scientific name | 71817 | Anomala | | scientific name | 718220 | Bacillus cereus IS075 | | scientific name | 718220 | Bacillus cereus str. IS075 | | equivalent name | 718220 | Bacillus cereus strain IS075 | | equivalent name | 7184 | Sciaridae | | scientific name | 7184 | black fungus gnats | | genbank common name | 7184 | dark-winged fungus gnats | | common name | 71950 | Psilocybe | | scientific name | 71950 | Psilocybe (Fr.) P. Kumm., 1871 | | authority | 71967 | Agaricus volemus | | synonym | 71967 | Agaricus volemus Fr., 1821 | | authority | 71967 | Galorrheus volemus | | synonym | 71967 | Galorrheus volemus (Fr.) P. Kumm., 1871 | | authority | 71967 | Lactarius volemus | | synonym | 71967 | Lactarius volemus (Fr.) Fr., 1838 | | authority | 71967 | Lactifluus volemus | | scientific name | 71967 | Lactifluus volemus (Fr.) Kuntze, 1891 | | authority | 72000 | Kocuria rhizophila | | scientific name | 72000 | Kocuria rhizophila Kovacs et al. 1999 | | authority | 72000 | Kocuria sp. 4R-31 | | includes | 72000 | Kocuria sp. 4R-34 | | includes | 72004 | Bos grunniens mutus | | synonym | 72004 | Bos mutus | | scientific name | 72004 | Bos mutus (Przewalski, 1883) | | authority | 72004 | Poephagus mutus | | synonym | 72004 | wild yak | | genbank common name | 72018 | Sphaeroforma | | scientific name | 72019 | Sphaeroforma arctica | | scientific name | 72019 | Sphaerosoma arcticum | | synonym | 72019 | Sphaerosoma arcticus | | synonym | 72025 | Fabales | | scientific name | 7203 | Brachycera | | scientific name | 72041 | Eumalacostraca | | scientific name | 72045 | Syngnathidae | | scientific name | 72046 | Hippocampus | | scientific name | 720584 | Amytornis elegans | | synonym | 720584 | Malurus elegans | | scientific name | 720584 | Malurus elegans Gould, 1837 | | authority | 720584 | Red-winged fairywren | | genbank common name | 7211 | Tephritidae | | scientific name | 7211 | Trypetidae | | synonym | 7211 | fruit flies | fruit flies | genbank common name | 7211 | fruit fly | fruit fly | common name | 721123 | Microcystis aeruginosa PCC 9701 | | scientific name | 72117 | Omphalotaceae | | scientific name | 72117 | Omphalotaceae Bresinsky, 1985 | | authority | 72123 | Hygrophoropsis | | scientific name | 72123 | Hygrophoropsis (J. Schrot.) Maire ex Martin-Sans, 1929 | | authority | 72124 | Agaricus aurantiacus | | synonym | 72124 | Agaricus aurantiacus Wulfen, 1781 | | authority | 72124 | Cantharellus aurantiacus | | synonym | 72124 | Cantharellus aurantiacus (Wulfen) Fr., 1821 | | authority | 72124 | Cantharellus sp. NKZ-2022h | | includes | 72124 | Hygrophoropsis aurantiaca | | scientific name | 72124 | Hygrophoropsis aurantiaca (Wulfen) Maire ex Martin-Sans, 1929 | | authority | 7214 | Drosophilidae | | scientific name | 7214 | pomace flies | | genbank common name | 7215 | Drosophila | Drosophila | scientific name | 7215 | Drosophila Fallen, 1823 | | authority | 7215 | fruit flies | fruit flies | genbank common name | 7215 | fruit fly | fruit fly | common name | 7217 | Drosophila ananassae | | scientific name | 7217 | Drosophila ananassae Doleschall, 1858 | | authority | 7217 | Drosophila annanassae | | synonym | 721789 | Potentilleae | | scientific name | 721789 | Potentilleae Sweet | | authority | 721790 | Colurieae | | scientific name | 721790 | Colurieae Rydb., 1913 | | authority | 721805 | Amygdaleae | | scientific name | 721805 | Amygdaleae Juss., 1789 | | authority | 721813 | Maleae | | scientific name | 721813 | Maleae Small, 1933 | | authority | 721813 | Pyreae | | synonym | 721813 | Pyreae Baill., 1869 | | authority | 721813 | Pyrodae | | in-part | 721813 | Pyrodae C.S.Campbell et al., 2007 | | authority | 721885 | Stereum hirsutum FP-9166 | | includes | 721885 | Stereum hirsutum FP-91666 SS1 | | scientific name | 721885 | Stereum hirsutum SS1 | | includes | 721927 | Jaapiales | | scientific name | 721927 | Jaapiales Manfr. Binder, K.H. Larss. & Hibbett, 2010 | | authority | 721929 | Jaapiaceae | | scientific name | 721929 | Jaapiaceae Manfr. Binder, K.H. Larss. & Hibbett, 2010 | | authority | 7224 | Drosophila hydei | | scientific name | 7224 | Drosophila hydei Sturtevant, 1921 | | authority | 722472 | Bradyrhizobium lablabi | | scientific name | 722472 | Bradyrhizobium lablabi Chang et al. 2011 | | authority | 722472 | Bradyrhizobium sp. CCBAU 23086 | | includes | 722472 | Bradyrhizobium sp. CCBAU 23160 | | includes | 722472 | Bradyrhizobium sp. CCBAU 61434 | | includes | 7225 | Drosophila lebanonensis | | synonym | 7225 | Scaptodrosophila lebanonensis | | scientific name | 72273 | Beggiatoales | | includes | 72273 | Beggiatoales Buchanan 1957 | | authority | 72273 | Thiomicrospira group | | synonym | 72273 | Thiothrix/Francisella group | | synonym | 72273 | Thiotrichales | | scientific name | 72273 | Thiotrichales Garrity et al. 2005 | | authority | 722731 | "Mycobacterium shigaense" Nakanaga et al. 2012 | | authority | 722731 | Mycobacterium shigaense | | scientific name | 722731 | Mycobacterium shigaense Fukano et al. 2018 | | authority | 722731 | Mycobacterium sp. UN-152 | | includes | 72274 | Pseudomonaceae/Moraxellaceae group | | synonym | 72274 | Pseudomonadales | | scientific name | 72274 | Pseudomonadales Orla-Jensen 1921 (Approved Lists 1980) | | authority | 72274 | Pseudomonadales Orla-Jensen 1921 (Approved Lists 1980) emend. Flores-Felix et al. 2025 | | authority | 72274 | Pseudomonadales Orla-Jensen 1921 emend. Liao et al. 2020 | | authority | 72274 | gamma-3 proteobacteria | gamma-3 proteobacteria | in-part | 72275 | Alteromonadaceae | | scientific name | 72275 | Alteromonadaceae Ivanova and Mikhailov 2001 | | authority | 72275 | Alteromonadaceae Ivanova and Mikhailov 2001 emend. Flores-Felix et al. 2025 | | authority | 72275 | Alteromonadaceae Ivanova and Mikhailov 2001 emend. Ivanova et al. 2004 | | authority | 72275 | Alteromonas group | | synonym | 72275 | Colwellia group | | synonym | 72275 | Marinobacter group | | includes | 722750 | Parmales | | scientific name | 722751 | Triparmaceae | | scientific name | 722752 | Triparma | | scientific name | 722752 | Triparma B.C.Booth & H.J.Marchant, 1987 | | authority | 72276 | Ectothiorhodospira group | | synonym | 72276 | Ectothiorhodospiraceae | | scientific name | 72276 | Ectothiorhodospiraceae Imhoff 1984 | | authority | 72276 | Ectothiorhodospiraceae Imhoff 1984 emend. Imhoff et al. 2022 | | authority | 72276 | purple sulfur bacteria | purple sulfur bacteria | genbank common name | 72293 | Helicobacteraceae | | scientific name | 72293 | Helicobacteraceae Garrity et al. 2006 | | authority | 72294 | Campylobacter group | | synonym | 72294 | Campylobacteraceae | | scientific name | 72294 | Campylobacteraceae Vandamme and De Ley 1991 | | authority | 723171 | Vibrio genomosp. F10 | | scientific name | 72361 | Bacillus vallismortis | | scientific name | 72361 | Bacillus vallismortis Roberts et al. 1996 | | authority | 7237 | Drosophila pseudoobscura | | scientific name | 7237 | Drosophila pseudoobscura Frolova & Astaurov, 1929 | | authority | 724 | Haemophilus | | scientific name | 724 | Haemophilus Winslow et al. 1917 (Approved Lists 1980) | | authority | 724 | Haemophilus Winslow et al. 1917 (Approved Lists 1980) emend. Segui et al. 2026 | | authority | 72407 | Citrobacter sp. 43UCKPC_BLUE2PLATE | | includes | 72407 | Citrobacter sp. 43UCKPC_BLUE4LB | | includes | 72407 | Enterobacteriaceae bacterium 291_EBAC | | includes | 72407 | Klebsiella pneumoniae subsp. pneumoniae | | scientific name | 72407 | Klebsiella pneumoniae subsp. pneumoniae (Schroeter 1886) Trevisan 1887 | | authority | 72407 | Klebsiella sp. CCUG 225 | | includes | 72407 | Klebsiella sp. NCTC 8172 | | includes | 72407 | Klebsiella sp. VTT E-95647 | | includes | 72407 | Klebsiella sp. VTT E-96687 | | includes | 72409 | Arcanobacterium sp. | | scientific name | 72430 | Cambarinae | | scientific name | 72556 | Achromobacter piechaudii | | scientific name | 72556 | Achromobacter piechaudii (Kiredjian et al. 1986) Yabuuchi et al. 1998 | | authority | 72556 | Achromobacter sp. E6S | | includes | 72556 | Alcaligenes piechaudii | | synonym | 72556 | Alcaligenes piechaudii Kiredjian et al. 1986 | | authority | 72557 | "Pseudomonas ruhlandii" (Packer and Vishniac 1955) Davis in Davis et al. 1969 | | authority | 72557 | Achromobacter ruhlandii | | scientific name | 72557 | Achromobacter ruhlandii (Aragno and Schlegel 1977) Yabuuchi et al. 1998 emend. Vandamme et al. 2013 | | authority | 72557 | Alcaligenes ruhlandii (Packer and Vishniac 1955) Aragno and Schlegel 1977 (Approved Lists 1980) | | synonym | 72557 | Pseudomonas ruhlandii | | synonym | 726 | "Bacillus X" Pritchett and Stillman 1919 | | authority | 726 | Bacillus X | | synonym | 726 | Haemophilus haemolyticus | | scientific name | 726 | Haemophilus haemolyticus Bergey et al. 1923 | | authority | 7263 | Drosophila arizona | | synonym | 7263 | Drosophila arizonae | | scientific name | 7263 | Drosophila arizonae Ruiz, Heed & Wasserman, 1990 | | authority | 72664 | Arabidopsis salsuginea | | synonym | 72664 | Arabidopsis salsuginea (Pall.) N.Busch, 1913 | | authority | 72664 | Eutrema salsugineum | | scientific name | 72664 | Eutrema salsugineum (Pall.) Al-Shehbaz & Warwick, 2005 | | authority | 72664 | Hesperis salsuginea | | synonym | 72664 | Hesperis salsuginea (Pall.) Kuntze, 1891 | | authority | 72664 | Sisymbrium salsugineum | | synonym | 72664 | Sisymbrium salsugineum Pall., 1773 | | authority | 72664 | Stenophragma salsugineum | | synonym | 72664 | Stenophragma salsugineum (Pall.) Prantl, 1890 | | authority | 72664 | Thellungiella salsuginea | | synonym | 72664 | Thellungiella salsuginea (Pall.) O.E.Schulz, 1924 | | authority | 72664 | Thelypodium salsugineum | | synonym | 72664 | Thelypodium salsugineum (Pall.) B.L.Rob., 1895 | | authority | 72664 | saltwater cress | | common name | 727 | "Bacterium influenzae" Lehmann and Neumann 1896 | | authority | 727 | "Coccobacillus pfeifferi" Neveu-Lemaire 1921 | | authority | 727 | "Haemophilus meningitidis" (Martins) Hauduroy et al. 1937 | | authority | 727 | "Influenza-bacillus" Pfeiffer 1892 | | authority | 727 | "Mycobacterium influenzae" (Lehmann and Neumann 1896) Chester 1901 | | authority | 727 | Bacterium influenzae | | synonym | 727 | Coccobacillus pfeifferi | | synonym | 727 | Haemophilus influenzae | | scientific name | 727 | Haemophilus influenzae (Lehmann and Neumann 1896) Winslow et al. 1917 | | authority | 727 | Haemophilus meningitidis | | synonym | 727 | Influenza-bacillus | | synonym | 727 | Mycobacterium influenzae | | synonym | 72702 | Pomacea | | scientific name | 72763 | Tessaracoccus | | scientific name | 72763 | Tessaracoccus Maszenan et al. 1999 | | authority | 72763 | Tessaracoccus Maszenan et al. 1999 emend. Zhou et al. | | authority | 72772 | Lasiini | | scientific name | 72773 | Camponotini | | scientific name | 7282 | Drosophila obscura | | scientific name | 7282 | Drosophila obscura Fallen, 1823 | | authority | 729 | "Parahaemophilus parainfluenzae" (Rivers 1922) Segui et al. 2026 | | authority | 729 | Haemophilus parainfluenzae | | scientific name | 729 | Haemophilus parainfluenzae Rivers 1922 (Approved Lists 1980) | | authority | 729 | Parahaemophilus parainfluenzae | | synonym | 73026 | Pavlovales | | scientific name | 73026 | Pavlovales Green, 1976 | | authority | 73028 | Prymnesiales | | scientific name | 73029 | Dechloromonas | | scientific name | 73029 | Dechloromonas Achenbach et al. 2001 | | authority | 730330 | Entomobryomorpha | | scientific name | 730331 | Poduromorpha | | scientific name | 730333 | Isotomoidea | | scientific name | 73044 | Streptomyces seoulensis | | scientific name | 73044 | Streptomyces seoulensis Chun et al. 1997 | | authority | 73044 | Streptomyces seoulensis Chun et al. 1997 emend. Nouioui et al. 2018 | | authority | 73044 | Streptomyces sp. USC028 | | includes | 73044 | Streptomyces sp. USC046 | | includes | 73496 | Asparagales | | scientific name | 73496 | Asparagales Link, 1829 | | authority | 73496 | Liliales/Asparagales group | Liliales/Asparagales group | in-part | 73496 | Liliiflorae | Liliiflorae | in-part | 735337 | Euheterodonta | | scientific name | 7354 | Scaptodrosophila | | scientific name | 736 | "Pseudohaemophilus paraphrohaemolyticus" (Zinnemann et al. 1971) Segui et al. 2026 | | authority | 736 | Haemophilus paraphrohaemolyticus | | scientific name | 736 | Haemophilus paraphrohaemolyticus Zinnemann et al. 1971 (Approved Lists 1980) | | authority | 736 | Pseudohaemophilus paraphrohaemolyticus | | synonym | 7371 | Calliphoridae | | scientific name | 7371 | blow flies | | common name | 7371 | blow flly | | common name | 7371 | blow-fly | | common name | 7371 | blowflies | | genbank common name | 7371 | blowflly | | common name | 7371 | bottle flies | | common name | 7374 | Bufolucilia | | synonym | 7374 | Lucilia | Lucilia | scientific name | 7374 | Phaenicia | | synonym | 7375 | Australian sheep blowfly | | genbank common name | 7375 | Lucilia cuprina | | scientific name | 7375 | Lucilia cuprina (Wiedemann, 1830) | | authority | 7375 | greenbottle fly | | common name | 738 | Glaesserella parasuis | | scientific name | 738 | Glaesserella parasuis (Biberstein and White 1969) Dickerman et al. 2020 | | authority | 738 | Haemophilus parasuis | | synonym | 738 | Haemophilus parasuis Biberstein and White 1969 (Approved Lists 1980) | | authority | 7387 | Oestridae | | scientific name | 7387 | bot flies | | common name | 7387 | botflies | | common name | 7387 | warble flies | | genbank common name | 739 | Aggregatibacter segnis | | scientific name | 739 | Aggregatibacter segnis (Kilian 1977) Norskov-Lauritsen and Kilian 2006 | | authority | 739 | Haemophilus segnis | | synonym | 739 | Haemophilus segnis Kilian 1977 (Approved Lists 1980) | | authority | 7399 | Hymenoptera | | scientific name | 7399 | hymenopterans | hymenopterans | blast name | 7399 | hymenopterans | hymenopterans | genbank common name | 7400 | Apocrita | | scientific name | 7400 | wasps, ants & bees | wasps, ants & bees | blast name | 7400 | wasps, ants & bees | wasps, ants & bees | common name | 7401 | Ichneumonoidea | | scientific name | 74015 | "Candidatus Latescibacteria" Rinke et al. 2013 | | synonym | 74015 | "Candidatus Latescibacterota" corrig. Rinke et al. 2013 | | authority | 74015 | Candidatus Latescibacterota | | scientific name | 74015 | Latescibacterota | | equivalent name | 74015 | candidate division WS3 | | synonym | 74015 | candidate division Wurtsmith 3 | | synonym | 7402 | Braconidae | | scientific name | 74030 | Roseovarius | | scientific name | 74030 | Roseovarius Labrenz et al. 1999 | | authority | 74030 | Roseovarius Labrenz et al. 1999 emend. Liang et al. 2021 | | authority | 74030 | Roseovarius Labrenz et al. 1999 emend. Slobodkina et al. 2022 | | authority | 7408 | Ichneumonidae | | scientific name | 741162 | Lindgomyces | | scientific name | 741162 | Lindgomyces K. Hiray., Kaz. Tanaka & Shearer, 2010 | | authority | 741275 | Punctularia strigosozonata HHB-11173 | | includes | 741275 | Punctularia strigosozonata HHB-11173 SS5 | | scientific name | 74152 | "Elusimicrobaeota" Oren et al. 2015 | | authority | 74152 | "Elusimicrobiota" Whitman et al. 2018 | | authority | 74152 | Elusimicrobaeota | | synonym | 74152 | Elusimicrobia | Elusimicrobia | equivalent name | 74152 | Elusimicrobiota | | scientific name | 74152 | Elusimicrobiota corrig. Geissinger et al. 2021 | | synonym | 74152 | candidate division TG1 | | common name | 74152 | candidate division Termite Group 1 | | equivalent name | 74152 | candidate phylum Termite Group 1 | | equivalent name | 74199 | Thryothorus | | scientific name | 74200 | Carolina wren | | genbank common name | 74200 | Sylvia ludoviciana | | synonym | 74200 | Sylvia ludoviciana Latham, 1790 | | authority | 74200 | Thryothorus ludovicianus | | scientific name | 74200 | Thryothorus ludovicianus (Latham, 1790) | | authority | 74201 | "Verrucomicrobaeota" Oren et al. 2015 | | authority | 74201 | Verrucomicrobaeota | | synonym | 74201 | Verrucomicrobia | | synonym | 74201 | Verrucomicrobia (Hedlund et al. 1997) Yoon et al. 2010 | | authority | 74201 | Verrucomicrobia Hedlund 2012 | | authority | 74201 | Verrucomicrobiota | | scientific name | 74201 | Verrucomicrobiota corrig. Hedlund 2021 | | synonym | 74201 | verrucomicrobia | | blast name | 742030 | 'Salinisphaerales' | | synonym | 742030 | Salinisphaerales | | scientific name | 742031 | Salinisphaeraceae | | scientific name | 742031 | Salinisphaeraceae Naushad et al. 2015 | | authority | 742032 | unclassified Salinisphaeraceae | | scientific name | 7422 | Chalcidoidea | | scientific name | 7423 | Pteromalidae | | scientific name | 7424 | Nasonia | | scientific name | 7424 | Nasonia Ashmead, 1904 | | authority | 74243 | Candidatus Dojkabacteria | | scientific name | 74243 | Candidatus Dojkabacteria Wrighton et al. 2016 | | authority | 74243 | Dojkabacteria | | equivalent name | 74243 | candidate division WS6 | | synonym | 74243 | candidate division Wurtsmith 6 | | synonym | 7425 | Nasonia vitripennis | | scientific name | 7425 | Nasonia vitripennis (Walker, 1836) | | authority | 7425 | jewel wasp | | genbank common name | 742739 | Clostridium perfringens WAL-14572 | | scientific name | 742739 | Clostridium perfringens str. WAL-14572 | | equivalent name | 742739 | Clostridium perfringens strain WAL-14572 | | equivalent name | 742743 | Dialister sp. YIT 11850 | | synonym | 742743 | Dialister succinatiphilus YIT 11850 | | scientific name | 742743 | Dialister succinatiphilus str. YIT 11850 | | equivalent name | 742743 | Dialister succinatiphilus strain YIT 11850 | | equivalent name | 742766 | Dysgonomonas gadei 1145589 | | synonym | 742766 | Dysgonomonas gadei ATCC BAA-286 | | scientific name | 742766 | Dysgonomonas gadei JCM 16698 | | synonym | 742766 | Dysgonomonas gadei str. ATCC BAA-286 | | equivalent name | 742766 | Dysgonomonas gadei strain ATCC BAA-286 | | equivalent name | 74315 | Brevundimonas intermedia | | scientific name | 74315 | Brevundimonas intermedia (Poindexter 1964) Abraham et al. 1999 | | authority | 74315 | Caulobacter intermedius | | synonym | 74315 | Caulobacter intermedius Poindexter 1964 (Approved Lists 1980) | | authority | 74317 | Maricaulis | | scientific name | 74317 | Maricaulis Abraham et al. 1999 | | authority | 743302 | Sordariomycetes sp. genotype 316 | | includes | 743302 | Xylaria venustula | | scientific name | 743302 | Xylaria venustula Sacc., 1906 | | authority | 7434 | Aculeata | Aculeata | scientific name | 7434 | Aculeata Latreille, 1802 | | authority | 743725 | "Candidatus Diapherotrites" Rinke et al. 2013 | | synonym | 743725 | "Candidatus Iainarchaeota" corrig. Rinke et al. 2013 | | authority | 743725 | Candidatus Iainarchaeota | | scientific name | 743725 | Iainarchaeota | | equivalent name | 743725 | candidate division DUSEL3 | | common name | 7438 | Vespidae | | scientific name | 7438 | wasps | | genbank common name | 74385 | Gracilibacillus | | scientific name | 74385 | Gracilibacillus Waino et al. 1999 emend. Hirota et al. 2014 | | authority | 7439 | Vespinae | | scientific name | 7439 | hornets and yellowjackets | | genbank common name | 7439 | true wasps | | common name | 7443 | Vespa | | scientific name | 7445 | European hornet | | genbank common name | 7445 | Vespa crabro | | scientific name | 7445 | Vespa crabro Linnaeus, 1758 | | authority | 7446 | Asian giant hornet | | genbank common name | 7446 | Vespa mandarinia | | scientific name | 7446 | Vespa mandarinia Smith, 1852 | | authority | 74489 | Veneracea | | synonym | 74489 | Veneroidea | | scientific name | 744985 | alpha proteobacterium HIMB59 | | scientific name | 745 | Pasteurella | | scientific name | 745 | Pasteurella Trevisan 1887 (Approved Lists 1980) emend. Mutters et al. 1985 | | authority | 745062 | Lactucinae | | scientific name | 745062 | Lactucinae Dumort., 1827 | | authority | 745090 | Cichoriinae | | scientific name | 7451 | Vespula | | scientific name | 745277 | Rahnella aquatilis ATCC 33071 | | synonym | 745277 | Rahnella aquatilis ATCC 33071 = CIP 78.65 | | equivalent name | 745277 | Rahnella aquatilis CIP 78.65 | | synonym | 745277 | Rahnella aquatilis CIP 78.65 = ATCC 33071 | | scientific name | 745277 | Rahnella aquatilis CUETM 77-115 | | synonym | 745277 | Rahnella aquatilis CUETM 77-155 | | synonym | 745277 | Rahnella aquatilis DSM 4594 | | synonym | 745368 | Gemmiger formicilis | | scientific name | 7454 | Paravespula vulgaris | | synonym | 7454 | Vespula rufosignata | | synonym | 7454 | Vespula vulgaris | | scientific name | 7454 | Vespula vulgaris (Linnaeus, 1758) | | authority | 745408 | Rhodococcus sp. JVH1 | | scientific name | 745410 | Gallaecimonas | | scientific name | 745410 | Gallaecimonas Rodriguez-Blanco et al. 2010 | | authority | 7455 | Polistinae | | scientific name | 7455 | paper wasps | | genbank common name | 74556 | Thraustotheca | | scientific name | 74557 | Thraustotheca clavata | | scientific name | 7456 | Polistes | | scientific name | 7458 | Apidae | | scientific name | 7458 | bumble bees and honey bees | | genbank common name | 7459 | Apis | | scientific name | 7460 | Apis mellifera | | scientific name | 7460 | Apis mellifera Linnaeus, 1758 | | authority | 7460 | Apis mellifica | | synonym | 7460 | European honey bee | | common name | 7460 | Western honey bee | | common name | 7460 | bee | | common name | 7460 | honey bee | | genbank common name | 7460 | honeybee | | common name | 746360 | Pseudomonas fluorescens WH6 | | scientific name | 746360 | Pseudomonas fluorescens str. WH6 | | equivalent name | 746360 | Pseudomonas fluorescens strain WH6 | | equivalent name | 74649 | China rose | | common name | 74649 | Rosa chinensis | | scientific name | 74649 | Rosa chinensis Jacq., 1768 | | authority | 74649 | Rosa indica auct., non L. | | synonym | 747 | "Bacterium multocidum" Lehmann and Neumann 1899 | | authority | 747 | "Micrococcus gallicidus" Burrill 1883 | | authority | 747 | "Pasteurella cholerae-gallinarum" Trevisan 1887 | | authority | 747 | Bacterium multocidum | | synonym | 747 | Micrococcus gallicidus | | synonym | 747 | Pasteurella cholerae-gallinarum | | synonym | 747 | Pasteurella gallicida | | synonym | 747 | Pasteurella gallicida (Burrill 1883) Buchanan 1925 | | authority | 747 | Pasteurella multocida | | scientific name | 747 | Pasteurella multocida (Lehmann and Neumann 1899) Rosenbusch and Merchant 1939 (Approved Lists 1980) | | authority | 74712 | Frankiaceae | | scientific name | 74712 | Frankiaceae Becking 1970 (Approved Lists 1980) emend. Normand et al. 1996 | | authority | 74712 | Frankiaceae Becking 1970 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 74712 | Frankiaceae Becking 1970 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 747676 | Melampsora larici-populina 98AG31 | | scientific name | 747676 | Melampsora laricis-populina 98AG31 | | equivalent name | 7479 | Formicinae | | scientific name | 748120 | Moraxellaceae bacterium RL-2 | | includes | 748120 | Paraperlucidibaca baekdonensis | | scientific name | 748120 | Paraperlucidibaca baekdonensis Oh et al. 2011 | | authority | 7482 | Lasius | Lasius | scientific name | 74823 | Iceland poppy | | genbank common name | 74823 | Icelandic poppy | | common name | 74823 | Oreomecon nudicaulis | | synonym | 74823 | Oreomecon nudicaulis (L.) Banfi, Bartolucci, J.-M.Tison & Galasso, 2021 | | authority | 74823 | Papaver croceum | | synonym | 74823 | Papaver croceum Ledeb. | | authority | 74823 | Papaver miyabeanum | | synonym | 74823 | Papaver miyabeanum Tatew. | | authority | 74823 | Papaver nudicaule | | scientific name | 74823 | Papaver nudicaule L., 1753 | | authority | 74829 | Pseudomonas balearica | | synonym | 74829 | Pseudomonas balearica Bennasar et al. 1996 | | authority | 74829 | Pseudomonas stutzeri genonovar 6 | | synonym | 74829 | Stutzerimonas balearica | | scientific name | 74829 | Stutzerimonas balearica (Bennasar et al. 1996) Lalucat et al. 2022 | | authority | 748672 | Yersinia pseudotuberculosis PA3606 | | equivalent name | 748672 | Yersinia pseudotuberculosis str. PA3606 | | scientific name | 748672 | Yersinia pseudotuberculosis strain PA3606 | | equivalent name | 748770 | Dolichospermum | | scientific name | 748770 | Dolichospermum (Ralfs ex Bornet & Flahault) P. Wacklin, L. Hoffmann & J. Komarek, 2009 emend. G.B. McGregor & B.C. Sendall, 2021 | | authority | 748770 | Dolichospermum (Ralfs ex Bornet & Flahault) P.Wacklin, L.Hoffmann & J.Komarek, 2009 | | authority | 7489 | Trichogrammatidae | | scientific name | 7489 | trichogrammid wasps | | genbank common name | 7490 | Trichogramma | | scientific name | 74925 | Mauremys | | scientific name | 7493 | Trichogramma pretiosum | | scientific name | 7493 | Trichogramma pretiosum Riley, 1879 | | authority | 74940 | Chinook salmon | | genbank common name | 74940 | Oncorhynchus tschawytscha | | synonym | 74940 | Oncorhynchus tshawytscha | | scientific name | 74940 | Oncorhynchus tshawytscha (Walbaum, 1792) | | authority | 74940 | Salmo tshawytscha | | synonym | 74940 | Salmo tshawytscha Walbaum, 1792 | | authority | 74940 | king salmon | | common name | 749547 | Escherichia coli MS 187-1 | | scientific name | 7496 | Pterygota | Pterygota | scientific name | 7496 | winged insects | | genbank common name | 74968 | Ferroplasma | | scientific name | 74968 | Ferroplasma Golyshina et al. 2000 | | authority | 74968 | Ferroplasma Golyshina et al. 2000 emend. Hawkes et al. 2008 | | authority | 74971 | Entelegynae | | scientific name | 74971 | eight-eyed spiders | | common name | 74974 | Orbicularia | | synonym | 74974 | Orbiculariae | | scientific name | 74975 | Araneoidea | | scientific name | 75 | Caulobacter | | scientific name | 75 | Caulobacter Henrici and Johnson 1935 (Approved Lists 1980) | | authority | 75 | Caulobacter Henrici and Johnson 1935 (Approved Lists 1980) emend. Abraham et al. 1999 | | authority | 75 | Caulobacter Henrici and Johnson 1935 (Approved Lists 1980) emend. Onouye et al. 2025 | | authority | 7501 | Termopsidae | | scientific name | 7501 | damp wood termites | | genbank common name | 7501 | rotton-wood termites | | common name | 7502 | Zootermopsis | | scientific name | 75037 | Scatophagus | | scientific name | 75038 | Chaetodon argus | | synonym | 75038 | Chaetodon argus Linnaeus, 1766 | | authority | 75038 | Scatophagus argus | | scientific name | 75105 | Burkholderia caribensis | | synonym | 75105 | Burkholderia caribensis Achouak et al. 1999 | | authority | 75105 | Paraburkholderia caribensis | | scientific name | 75105 | Paraburkholderia caribensis (Achouak et al. 1999) Sawana et al. 2015 | | authority | 75116 | Architaenioglossa | | scientific name | 751944 | Halobacterium sp. DL1 | | scientific name | 752201 | Sphaerospermopsis | | scientific name | 752201 | Sphaerospermopsis Zapomelova, Jezberova, Hrouzek, Hisem, Rehakova & Komarkova, 2010 | | authority | 752201 | Sphaerospermum | | synonym | 752201 | Sphaerospermum Zapomelova, Jezberova, Hrouzek, Hisem, Rehakova & Komarkova, 2009 | | authority | 7524 | Hemiptera | | scientific name | 7524 | Homoptera | | includes | 7524 | true bugs | true bugs | blast name | 7524 | true bugs | true bugs | genbank common name | 75289 | Actinobispora xinjiangensis | | synonym | 75289 | Actinobispora xinjiangensis Xu et al. 1999 | | authority | 75289 | Pseudonocardia xinjiangensis | | scientific name | 75289 | Pseudonocardia xinjiangensis (Xu et al. 1999) Huang et al. 2002 | | authority | 753 | Pasteurella canis | | scientific name | 753 | Pasteurella canis Mutters et al. 1985 | | authority | 75309 | Rhodanobacter | | scientific name | 75309 | Rhodanobacter Nalin et al. 1999 | | authority | 75365 | Sinocyclocheilus | | scientific name | 754035 | Mesorhizobium australicum LMG 24608 | | synonym | 754035 | Mesorhizobium australicum WSM2073 | | scientific name | 754035 | Mesorhizobium australicum str. WSM2073 | | equivalent name | 754035 | Mesorhizobium australicum strain WSM2073 | | equivalent name | 754035 | Mesorhizobium sp. WSM 2073 | | synonym | 754035 | Mesorhizobium sp. WSM2073 | | synonym | 754093 | Shigella dysenteriae 1617 | | scientific name | 754093 | Shigella dysenteriae str. 1617 | | equivalent name | 754093 | Shigella dysenteriae strain 1617 | | equivalent name | 754249 | Luteimicrobium | | scientific name | 754249 | Luteimicrobium Hamada et al. 2010 emend. Hamada et al. 2012 | | authority | 754436 | Photobacterium aphoticum | | scientific name | 754436 | Photobacterium aphoticum Lucena et al. 2011 | | authority | 754436 | Photobacterium sp. CECT 7614 | | includes | 754436 | Vibrio sp. JCM 19237 | | includes | 754476 | Methylophaga nitratireducenticrescens | | scientific name | 754476 | Methylophaga nitratireducenticrescens Villeneuve et al. 2013 | | authority | 754476 | Methylophaga sp. GP59 | | includes | 754476 | Methylophaga sp. JAM1 | | includes | 75546 | Scarabaeoidea | | scientific name | 75588 | Pseudomonas libanensis | | scientific name | 75588 | Pseudomonas libanensis Dabboussi et al. 1999 | | authority | 756499 | Desulfitobacterium dehalogenans ATCC 51507 | | scientific name | 756499 | Desulfitobacterium dehalogenans DSM 9161 | | synonym | 756499 | Desulfitobacterium dehalogenans JW/IU-DC1 | | synonym | 756499 | Desulfitobacterium dehalogenans str. ATCC 51507 | | equivalent name | 756499 | Desulfitobacterium dehalogenans strain ATCC 51507 | | equivalent name | 75654 | Duganella | | scientific name | 75654 | Duganella Hiraishi et al. 1997 | | authority | 75654 | Duganella Hiraishi et al. 1997 emend. Kampfer et al. 2012 | | authority | 75654 | Duganella Hiraishi et al. 1997 emend. Lu et al. 2020 | | authority | 756610 | Dentiscutata | | scientific name | 756610 | Dentiscutata Sieverd., F.A. Souza & Oehl, 2009 | | authority | 7568 | Brachiopoda | | scientific name | 7568 | Lophophorata | | in-part | 7568 | brachiopods | brachiopods | blast name | 7568 | brachiopods | brachiopods | genbank common name | 7568 | lampshells | | common name | 75682 | Oxalobacter group | | common name | 75682 | Oxalobacteraceae | | scientific name | 75682 | Oxalobacteraceae Garrity et al. 2006 | | synonym | 75682 | Oxalobacteraceae Garrity et al. 2006 emend. Flores-Felix et al. 2025 | | authority | 756892 | Acinetobacter guangdongensis | | synonym | 756892 | Acinetobacter guangdongensis Feng et al. 2014 | | authority | 756892 | Acinetobacter indicus | | scientific name | 756892 | Acinetobacter indicus Malhotra et al. 2012 | | authority | 756892 | Acinetobacter sp. 1NM-4 | | includes | 756892 | Acinetobacter sp. B18 | | includes | 756892 | Acinetobacter sp. CMG11-2 | | includes | 756892 | Acinetobacter sp. CMG27-3 | | includes | 756892 | Acinetobacter sp. CMG3-2 | | includes | 756892 | Acinetobacter sp. FS35-1 | | includes | 756892 | Acinetobacter sp. FS42-2 | | includes | 756892 | Acinetobacter sp. FS46-2 | | includes | 756892 | Acinetobacter sp. FS55-1 | | includes | 756892 | Acinetobacter sp. MM111-1 | | includes | 756892 | Acinetobacter sp. MM112-2 | | includes | 756892 | Acinetobacter sp. MM114-2 | | includes | 756892 | Acinetobacter sp. MMS32-1 | | includes | 756892 | Acinetobacter sp. MMS36-1-1 | | includes | 756892 | Acinetobacter sp. MMS9-2 | | includes | 7570 | Lingulida | | scientific name | 75702 | Euphrates poplar | | genbank common name | 75702 | Populus diversifolia | | synonym | 75702 | Populus diversifolia Schrenk ex Fisch. & C.A.Mey. | | authority | 75702 | Populus euphratica | | scientific name | 75702 | Populus euphratica Olivier, 1807 | | authority | 7571 | Lingula | | scientific name | 75739 | Eucoccidiida | | synonym | 75739 | Eucoccidiorida | | scientific name | 7574 | Lingula anatina | | scientific name | 7574 | Lingula anatina Lamarck, 1801 | | authority | 7574 | Lingula lingua | | synonym | 7574 | Lingula nipponica | | synonym | 7574 | Lingula unguis | | synonym | 75743 | Catulus torazame | | synonym | 75743 | Catulus torazame Tanaka, 1908 | | authority | 75743 | Scyliorhinus torazame | | scientific name | 75743 | Scyliorhinus torazame (Tanaka, 1908) | | authority | 75743 | cloudy catshark | | genbank common name | 75787 | Rhodocyclaceae | | scientific name | 75787 | Rhodocyclaceae Garrity et al. 2006 emend. Boden et al. 2017 | | authority | 75787 | Rhodocyclus group | | synonym | 75787 | beta-2 subgroup | | synonym | 75788 | unclassified Rhodocyclaceae | | scientific name | 75788 | unclassified Rhodocyclus group | | synonym | 758 | Pasteurella pneumotropica | | synonym | 758 | Pasteurella pneumotropica Jawetz 1950 (Approved Lists 1980) | | authority | 758 | Pasteurellaceae bacterium Ac63 | | includes | 758 | Rodentibacter pneumotropicus | | scientific name | 758 | Rodentibacter pneumotropicus (Jawetz 1950) Adhikary et al. 2017 | | authority | 7581 | Comatulida | | scientific name | 7586 | Echinodermata | | scientific name | 7586 | echinoderms | echinoderms | blast name | 7586 | echinoderms | echinoderms | genbank common name | 75868 | Asarcornis | | scientific name | 75869 | Anas scutulata | | synonym | 75869 | Anas scutulata Muller, S, 1842 | | authority | 75869 | Asarcornis scutulata | | scientific name | 758820 | Aquiflexum balticum BA160 | | synonym | 758820 | Aquiflexum balticum DSM 16537 | | scientific name | 758820 | Aquiflexum balticum str. DSM 16537 | | equivalent name | 758820 | Aquiflexum balticum strain DSM 16537 | | equivalent name | 759362 | Ketogulonicigenium vulgare WSH-001 | | scientific name | 759362 | Ketogulonicigenium vulgare str. WSH-001 | | equivalent name | 759362 | Ketogulonicigenium vulgare strain WSH-001 | | equivalent name | 75947 | Lactuca virosa | | scientific name | 75947 | Lactuca virosa L., 1753 | | authority | 75948 | Lactuca saligna | | scientific name | 75948 | Lactuca saligna L., 1753 | | authority | 75966 | Trebouxiophyceae | | scientific name | 75966 | Trebouxiophyceae Friedl, 1995 | | authority | 75984 | Mannheimia | | scientific name | 75984 | Mannheimia Angen et al. 1999 | | authority | 75985 | Mannheimia haemolytica | | scientific name | 75985 | Mannheimia haemolytica (Newsom and Cross 1932) Angen et al. 1999 | | authority | 75985 | Pasteurella haemolytica Newsom and Cross 1932 (Approved Lists 1980) | | synonym | 76008 | Fusibacter | | scientific name | 76008 | Fusibacter Ravot et al. 1999 | | authority | 760192 | Haliscomenobacter hydrossis DSM 1100 | | scientific name | 760192 | Haliscomenobacter hydrossis str. DSM 1100 | | equivalent name | 760192 | Haliscomenobacter hydrossis strain DSM 1100 | | equivalent name | 76025 | Fagopyrum multiflorum | | synonym | 76025 | Fagopyrum multiflorum (Thunb.) I.Grint. | | authority | 76025 | Fallopia multiflora | | synonym | 76025 | Fallopia multiflora (Thunb.) Haraldson, 1978 | | authority | 76025 | Fallopia multiflora var. hypoleuca | | synonym | 76025 | Fallopia multiflora var. hypoleuca (Ohwi) Yonek. & H.Ohashi, 1997 | | authority | 76025 | Pleuropterus multiflorus | | scientific name | 76025 | Pleuropterus multiflorus (Thunb. ex Murray) Turcz. ex Nakai | | authority | 76025 | Polygonum hypoleucum | | synonym | 76025 | Polygonum hypoleucum Ohwi, 1938 | | authority | 76025 | Polygonum multiflorum | | synonym | 76025 | Polygonum multiflorum Thunb., 1784 | | authority | 76025 | Reynoutria multiflora | | synonym | 76025 | Reynoutria multiflora (Thunb.) Moldenke | | authority | 76025 | fo ti | | common name | 76025 | he shou wu | | common name | 76025 | tuber fleeceflower | | genbank common name | 76066 | Engystomops pustulosus | | scientific name | 76066 | Engystomops pustulosus (Cope, 1864) | | authority | 76066 | Paludicola pustulosa | | synonym | 76066 | Paludicola pustulosa Cope, 1864 | | authority | 76066 | Physalaemus pustulosus | | synonym | 76066 | Physalaemus pustulosus (Cope, 1864) | | authority | 76066 | Tungara frog | | genbank common name | 76071 | Beloniformes | | scientific name | 76071 | medakas, needlefish and others | | genbank common name | 761204 | Phytophthora nicotianae INRA-310 | | scientific name | 76193 | Old World swallowtail | | common name | 76193 | Papilio machaon | | scientific name | 76193 | Papilio machaon Linnaeus, 1758 | | authority | 76193 | artemisia swallowtail | | common name | 76193 | common yellow swallowtail | | genbank common name | 762051 | Leuconostoc kimchii IMSNU 11154 | | scientific name | 762051 | Leuconostoc kimchii str. IMSNU 11154 | | equivalent name | 762051 | Leuconostoc kimchii strain IMSNU 11154 | | equivalent name | 76218 | Nymphalis | Nymphalis | scientific name | 7624 | Echinozoa | | scientific name | 7625 | Echinoidea | | scientific name | 7625 | sea urchin | | common name | 7625 | sea urchins | sea urchins | blast name | 7625 | sea urchins | sea urchins | genbank common name | 762641 | Muriicola | | scientific name | 762845 | Enterococcus rivorum | | scientific name | 762845 | Enterococcus rivorum Niemi et al. 2012 | | authority | 762845 | Enterococcus sp. HAMBI 3055 | | includes | 762845 | Enterococcus sp. HAMBI 3119 | | includes | 762845 | Enterococcus sp. HAMBI 3120 | | includes | 762845 | Enterococcus sp. HAMBI 3121 | | includes | 762845 | Enterococcus sp. HAMBI 3122 | | includes | 762845 | Enterococcus sp. HAMBI 3124 | | includes | 762903 | Pedobacter saltans DSM 12145 | | equivalent name | 762903 | Pedobacter saltans LMG 10337 | | synonym | 762903 | Pedobacter saltans str. DSM 12145 | | equivalent name | 762903 | Pedobacter saltans strain DSM 12145 | | equivalent name | 762903 | Pseudopedobacter saltans DSM 12145 | | scientific name | 763406 | Pichia membranifaciens NRRL Y-2026 | | scientific name | 7638 | Euechinoidea | | scientific name | 764842 | Derxia lacustris | | scientific name | 764842 | Derxia lacustris Chen et al. 2013 | | authority | 764842 | Derxia sp. HL-12 | | includes | 765091 | Cutibacterium acnes HL059PA1 | | scientific name | 765091 | Propionibacterium acnes HL059PA1 | | synonym | 765133 | Dendrolimus kikuchii | | scientific name | 765133 | Dendrolimus kikuchii Matsumura, 1927 | | authority | 7652 | Lytechinus | | scientific name | 765257 | Pisolithus microcarpus 441 | | scientific name | 7653 | Lytechinus pictus | | scientific name | 7653 | Psammechinus pictus | | synonym | 7653 | Psammechinus pictus Verrill, 1867 | | authority | 7653 | painted sea urchin | | common name | 7653 | painted urchin | | genbank common name | 765867 | Pyrenochaeta sp. DS3sAY3a | | scientific name | 765868 | Phaeosphaeriaceae sp. SRC1lsM3a | | scientific name | 766 | Rickettsiales | | scientific name | 766 | Rickettsiales Gieszczykiewicz 1939 (Approved Lists 1980) emend. Brenner et al. 1993 | | authority | 766 | Rickettsiales Gieszczykiewicz 1939 (Approved Lists 1980) emend. Dumler et al. 2001 | | authority | 766 | alpha-1 proteobacteria | alpha-1 proteobacteria | in-part | 766 | rickettsias | | genbank common name | 766728 | Meyerozyma | | scientific name | 766728 | Meyerozyma Kurtzman & M. Suzuki 2010 | | authority | 766764 | Debaryomycetaceae | | scientific name | 766764 | Debaryomycetaceae Kurtzman & M. Suzuki, 2010 | | authority | 766764 | Debaryomycetaceae Kurtzman et M. Suzuki 2010 | | authority | 766765 | Yamadazyma | | scientific name | 766765 | Yamadazyma Billon-Grand, 1989 | | authority | 766765 | Yamadazyma/Candida clade | | synonym | 767018 | Diaporthaceae | | scientific name | 767018 | Diaporthaceae Hohn. ex Wehm. 1926 | | authority | 767018 | Diaporthaceae Hohn. ex Wehm., 1926 | | authority | 76717 | Lontra canadensis | | scientific name | 76717 | Lontra canadensis Schreber, 1777 | | authority | 76717 | Lutra canadensis | | synonym | 76717 | Northern American river otter | | genbank common name | 76717 | river otter | | common name | 76731 | Roseateles depolymerans | | scientific name | 76731 | Roseateles depolymerans Suyama et al. 1999 | | authority | 76731 | proteobacterium DSM11813 | | includes | 76731 | proteobacterium DSM11814 | | includes | 7674 | Echinacea | Echinacea | scientific name | 767453 | Lactobacillus fermentum F-6 | | synonym | 767453 | Lactobacillus fermentum str. F-6 | | equivalent name | 767453 | Lactobacillus fermentum strain F-6 | | equivalent name | 767453 | Limosilactobacillus fermentum F-6 | | scientific name | 76747 | Ensifer kostiensis | | synonym | 76747 | Ensifer kostiensis (Nick et al. 1999) Young 2003 | | authority | 76747 | Sinorhizobium kostiense | | scientific name | 76747 | Sinorhizobium kostiense Nick et al. 1999 | | synonym | 76747 | Sinorhizobium sp. HAMBI1476 | | includes | 76747 | Sinorhizobium sp. HAMBI1489 | | includes | 76759 | Pseudomonas monteilii | | scientific name | 76759 | Pseudomonas monteilii Elomari et al. 1997 | | authority | 76759 | Pseudomonas sp. MKP 213 | | includes | 76759 | Pseudomonas sp. V7SW2 | | includes | 767891 | "Candidatus Puniceispirillum" Oh et al. 2010 | | authority | 767891 | "Puniceispirillum" Chuvochina et al. 2023 | | authority | 767891 | Candidatus Puniceispirillum | | scientific name | 767891 | Puniceispirillum | | synonym | 76797 | Coryphaenoides | | scientific name | 76803 | Arteriviridae | | scientific name | 76804 | Nidovirales | | scientific name | 7681 | Aspidochirotacea | | scientific name | 7682 | Aspidochirotida | | scientific name | 7683 | Holothuriidae | | scientific name | 76831 | Myroides | | scientific name | 76831 | Myroides Vancanneyt et al. 1996 emend. Garcia-Lopez et al. 2019 | | synonym | 76831 | Myroides Vancanneyt et al. 1996 emend. Garcia-Lopez et al. 2019 Vancanneyt et al. 1996 emend. Garcia-Lopez et al. 2019 | | authority | 76831 | Myroides Vancanneyt et al. 1996 emend. Yan et al. 2012 | | authority | 7684 | Holothuria | | scientific name | 768480 | Mucilaginibacter boryungensis | | scientific name | 768480 | Mucilaginibacter boryungensis Kang et al. 2011 | | authority | 768480 | Mucilaginibacter sp. BDR-9 | | includes | 768486 | Enterococcus hirae ATCC 8043 | | synonym | 768486 | Enterococcus hirae ATCC 9790 | | scientific name | 768486 | Enterococcus hirae EnGen0270 | | synonym | 768486 | Enterococcus hirae str. ATCC 9790 | | equivalent name | 768486 | Enterococcus hirae strain ATCC 9790 | | equivalent name | 768503 | Cytophagia | | scientific name | 768503 | Cytophagia Nakagawa 2012 emend. Hahnke et al. 2016 | | authority | 768507 | Cytophagales | | scientific name | 768507 | Cytophagales Leadbetter 1974 | | authority | 76857 | "Fusobacterium polymorphum" (Dzink et al. 1990) Kook et al. 2017 | | authority | 76857 | Fusibacterium nucleatum subsp. polymorphum | | equivalent name | 76857 | Fusobacterium nucleatum subsp. polymorphum (ex Knorr 1922) Dzink et al. 1990 | | synonym | 76857 | Fusobacterium polymorphum | | scientific name | 76857 | Fusobacterium polymorphum (Dzink et al. 1990) Kook et al. 2022 | | synonym | 76859 | "Fusobacterium animalis" (Gharbia and Shah 1992) Kook et al. 2017 | | authority | 76859 | Fusibacterium nucleatum subsp. animalis | | equivalent name | 76859 | Fusobacterium animalis | | scientific name | 76859 | Fusobacterium animalis (Gharbia and Shah 1992) Kook et al. 2022 | | synonym | 76859 | Fusobacterium nucleatum subsp. animalis | | synonym | 76859 | Fusobacterium nucleatum subsp. animalis (ex Veillon and Zuber 1898) Gharbia and Shah 1992 | | authority | 76860 | "Diplococcus constellatus" Prevot 1924 | | authority | 76860 | "Peptococcus constellatus" (Prevot 1924) Douglas 1957 | | authority | 76860 | Diplococcus constellatus | | synonym | 76860 | Peptococcus constellatus | | synonym | 76860 | Streptococcus constellatus | | scientific name | 76860 | Streptococcus constellatus (Prevot 1924) Holdeman and Moore 1974 (Approved Lists 1980) emend. Whiley and Beighton 1991 | | authority | 76860 | Streptococcus constellatus (Prevot 1924) Holdeman and Moore 1974 (Approved Lists 1980) emend. Whiley et al. 1999 | | authority | 768667 | Thermogemmatisporales | | scientific name | 768667 | Thermogemmatisporales Yabe et al. 2011 | | authority | 768668 | Thermogemmatisporaceae | | scientific name | 768668 | Thermogemmatisporaceae Yabe et al. 2011 | | authority | 768669 | Thermogemmatispora | | scientific name | 768669 | Thermogemmatispora Yabe et al. 2011 emend. Zheng et al. 2019 | | authority | 76890 | Asticcacaulis | | scientific name | 76890 | Asticcacaulis Poindexter 1964 | | authority | 76892 | Caulobacteraceae | | scientific name | 76892 | Caulobacteraceae Henrici and Johnson 1935 | | authority | 76936 | "Helicobacter typhlonicus" Franklin et al. 1999 | | authority | 76936 | Helicobacter typhlonicus | | synonym | 76936 | Helicobacter typhlonius | | scientific name | 76936 | Helicobacter typhlonius Franklin et al. 2002 | | authority | 76984 | Polistini | | scientific name | 7705 | Holothurioidea | | synonym | 7705 | Holothuroidea | | scientific name | 7705 | holothurians | | common name | 7705 | sea cucumbers | sea cucumbers | blast name | 7705 | sea cucumbers | sea cucumbers | genbank common name | 77097 | "Bacterium aquamarinum" (ZoBell and Upham 1944) Krasil'nikov 1949 | | authority | 77097 | Alcaligenes aestus | | synonym | 77097 | Alcaligenes aestus Baumann et al. 1972 (Approved Lists 1980) | | authority | 77097 | Alcaligenes aquamarinus (ZoBell and Upham 1944) Hendrie et al. 1974 (Approved Lists 1980) | | synonym | 77097 | Bacterium aquamarinum | | synonym | 77097 | Deleya aesta | | synonym | 77097 | Deleya aesta (sic) (Baumann et al. 1972) Baumann et al. 1983 | | authority | 77097 | Deleya aquamarina | | synonym | 77097 | Deleya aquamarina (ZoBell and Upham 1944) Akagawa and Yamasato 1989 | | authority | 77097 | Deleya aquimarina | | equivalent name | 77097 | Halomonas aquamarina | | synonym | 77097 | Halomonas aquamarina (ZoBell and Upham 1944) Dobson and Franzmann 1996 | | authority | 77097 | Halomonas axialensis | | synonym | 77097 | Halomonas axialensis Kaye et al. 2004 | | authority | 77097 | Halomonas meridiana | | synonym | 77097 | Halomonas meridiana James et al. 1990 | | authority | 77097 | Halomonas sp. Althf1.1723a | | includes | 77097 | Halomonas sp. Eplume2.B1 | | includes | 77097 | Halomonas sp. Slthf1.1874b | | includes | 77097 | Vreelandella aquamarina | | scientific name | 77097 | Vreelandella aquamarina (ZoBell and Upham 1944) de la Haba et al. 2024 | | synonym | 7711 | Chordata | | scientific name | 7711 | chordates | chordates | blast name | 7711 | chordates | chordates | genbank common name | 77115 | Cyprinodon tularosa | | scientific name | 77115 | Cyprinodon tularosa Miller & Echelle, 1975 | | authority | 7712 | Tunicata | | scientific name | 7712 | Urochordata | | synonym | 7712 | tunicates | tunicates | blast name | 7712 | tunicates | tunicates | genbank common name | 77133 | uncultivated bacterium | | synonym | 77133 | uncultured Bacteria bacterium | | synonym | 77133 | uncultured bacterium | | scientific name | 77133 | uncultured eubacterium | | synonym | 77156 | Dendroctonus | | scientific name | 77166 | Dendroctonus ponderosae | | scientific name | 77166 | Dendroctonus ponderosae Hopkins, 1902 | | authority | 77166 | mountain pine beetle | mountain pine beetle | genbank common name | 772 | Bartonella group | | synonym | 772 | Bartonellaceae | | scientific name | 772 | Bartonellaceae Gieszczykiewicz 1939 (Approved Lists 1980) | | authority | 772 | Bartonellaceae Gieszczykiewicz 1939 (Approved Lists 1980) emend. Brenner et al. 1993 | | authority | 772 | Bartonellaceae Gieszczykiewicz 1939 (Approved Lists 1980) emend. diCenzo et al. 2024 | | authority | 77225 | Pteropodinae | | scientific name | 77298 | Pseudomonas jessenii | | scientific name | 77298 | Pseudomonas jessenii Verhille et al. 1999 emend. Kosina et al. 2013 | | authority | 773 | "Bartonia" Strong et al. 1913 | | synonym | 773 | "Grahamella" Brumpt 1911 | | authority | 773 | "Grahmia" Tartakowsky 1910 | | authority | 773 | "Rocha-Limae" (sic) Machiavello 1947 | | authority | 773 | Bartonella | | scientific name | 773 | Bartonella Strong et al. 1915 (Approved Lists 1980) | | authority | 773 | Bartonella Strong et al. 1915 (Approved Lists 1980) emend. Birtles et al. 1995 | | authority | 773 | Bartonella Strong et al. 1915 (Approved Lists 1980) emend. Brenner et al. 1993 | | authority | 773 | Grahamella | | synonym | 773 | Grahamella (ex Brumpt 1911) Ristic and Kreier 1984 | | authority | 773 | Grahmia | | synonym | 773 | Rocha-Limae | | synonym | 773 | Rochalimaea | | synonym | 773 | Rochalimaea (Macchiavello 1947) Krieg 1961 | | authority | 77301 | Eretmocerus | | scientific name | 7735 | Cephalochordata | | scientific name | 7735 | lancelets | lancelets | blast name | 7735 | lancelets | lancelets | genbank common name | 7736 | Branchiostomatidae | | scientific name | 7736 | Branchiostomidae | | synonym | 7736 | amphioxi | | common name | 7736 | amphioxius | | common name | 7736 | lancelets | lancelets | genbank common name | 7737 | Branchiostoma | | scientific name | 7740 | Branchiostoma lanceolatum | | scientific name | 7740 | Limax lanceolatus | | synonym | 7740 | Limax lanceolatus Pallas, 1774 | | authority | 7740 | amphioxus | | genbank common name | 7740 | common lancelet | | common name | 7741 | Amphioxus belcheri | | synonym | 7741 | Amphioxus belcheri Gray, 1847 | | authority | 7741 | Belcher's lancelet | | genbank common name | 7741 | Branchiostoma belcheri | | scientific name | 7741 | Branchiostoma belcheri Gray, 1847 | | authority | 7742 | Vertebrata | Vertebrata | scientific name | 7742 | Vertebrata Cuvier, 1812 | | authority | 7742 | vertebrates | vertebrates | blast name | 7742 | vertebrates | vertebrates | genbank common name | 7745 | Petromyzoniformes | | synonym | 7745 | Petromyzontiformes | | scientific name | 7745 | lampreys | lampreys | blast name | 7745 | lampreys | lampreys | genbank common name | 7746 | Petromyzontidae | | scientific name | 7746 | lampreys | lampreys | genbank common name | 775 | Rickettsiaceae | | scientific name | 775 | Rickettsiaceae Pinkerton 1936 (Approved Lists 1980) emend. Brenner et al. 1993 | | authority | 775 | Rickettsiaceae Pinkerton 1936 (Approved Lists 1980) emend. Dumler et al. 2001 | | authority | 77519 | Plasmodium gonderi | | scientific name | 7756 | Petromyzon | | scientific name | 7757 | Petromyzon marinus | | scientific name | 7757 | Petromyzon marinus Linnaeus, 1758 | | authority | 7757 | marine lamprey | | common name | 7757 | sea lamprey | | genbank common name | 7757 | sea lampreys | | common name | 77572 | Halictidae | | scientific name | 77643 | Mycobacterium complex | | equivalent name | 77643 | Mycobacterium tuberculosis complex | | scientific name | 77658 | Daphniidae | | scientific name | 7776 | Gnathostomata | Gnathostomata | scientific name | 7776 | jawed vertebrates | | genbank common name | 7777 | Chondrichthyes | | scientific name | 7777 | cartilaginous fishes | cartilaginous fishes | blast name | 7777 | cartilaginous fishes | cartilaginous fishes | genbank common name | 7777 | fish | fish | common name | 7777 | fishes | fishes | common name | 7778 | Elasmobranchii | | scientific name | 7778 | elasmobranchs | | common name | 7778 | sharks & rays | sharks & rays | blast name | 7778 | sharks & rays | sharks & rays | genbank common name | 78 | Caulobacter sp. | | scientific name | 78156 | Pseudogymnoascus | | scientific name | 78156 | Pseudogymnoascus Raillo, 1929 | | authority | 7826 | Scyliorhinidae | | scientific name | 7826 | cat sharks | | genbank common name | 7829 | Scyliorhinus | | scientific name | 78327 | Pseudomonas mosselii | | scientific name | 78327 | Pseudomonas mosselii Dabboussi et al. 2002 | | authority | 78331 | "Mycobacterium canetti" van Soolingen et al. 1997 | | authority | 78331 | Mycobacterium canetti | | scientific name | 78331 | Mycobacterium canettii | | equivalent name | 78350 | Pelotomaculum schinkii | | scientific name | 78350 | Pelotomaculum schinkii de Bok et al. 2005 | | authority | 78350 | propionate-oxidizing bacterium sporeA | | includes | 78350 | propionate-oxidizing bacterium sporeB | | includes | 784 | "Rickettsia akamushi" Kawamura and Imagawa 1931 | | authority | 784 | "Rickettsia orientalis" Nagayo et al. 1930 | | authority | 784 | "Theileria tsutsugamushi" Hayashi 1920 | | authority | 784 | Orientia tsutsugamushi | | scientific name | 784 | Orientia tsutsugamushi (Hayashi 1920) Tamura et al. 1995 | | authority | 784 | Rickettsia akamushi | | synonym | 784 | Rickettsia orientalis | | synonym | 784 | Rickettsia tsutsugamushi | | synonym | 784 | Rickettsia tsutsugamushi (Hayashi 1920) Ogata 1931 (Approved Lists 1980) | | authority | 784 | Theileria tsutsugamushi | | synonym | 78410 | Cylindrocarpon willkommii | | synonym | 78410 | Nectria ditissima | | synonym | 78410 | Nectria ditissima Tul. & C. Tul., 1865 | | authority | 78410 | Neonectria ditissima | | scientific name | 78410 | Neonectria ditissima (Tul. & C. Tul.) Samuels & Rossman, 2006 | | authority | 78536 | Euphyllophyta | | scientific name | 78536 | euphyllophytes | | equivalent name | 78556 | Moritella sp. | | scientific name | 7858 | Batidoidimorpha | | synonym | 7858 | Rajiformes | | scientific name | 7858 | skates | | genbank common name | 78899 | Zoopagales | | scientific name | 78899 | Zoopagales Bessey ex R.K. Benj., 1979 | | authority | 78903 | Piptocephalidaceae | | scientific name | 78910 | Syncephalis | | scientific name | 78910 | Syncephalis Tiegh. & G. Le Monn., 1873 | | authority | 78918 | Dimargaritales | | scientific name | 78918 | Dimargaritales R.K. Benj., 1979 | | authority | 78919 | Dimargaritaceae | | scientific name | 78919 | Dimargaritaceae R.K. Benj., 1959 | | authority | 78920 | Tieghemiomyces | | scientific name | 78920 | Tieghemiomyces R.K. Benj., 1959 | | authority | 78921 | Tieghemiomyces parasiticus | | scientific name | 78921 | Tieghemiomyces parasiticus R.K. Benj., 1961 | | authority | 7898 | Actinopterygi | | synonym | 7898 | Actinopterygii | | scientific name | 7898 | Osteichthyes | Osteichthyes | in-part | 7898 | fish | fish | common name | 7898 | fishes | fishes | common name | 7898 | ray-finned fishes | ray-finned fishes | blast name | 7898 | ray-finned fishes | ray-finned fishes | genbank common name | 7899 | Acipenseriformes | | scientific name | 7899 | sturgeons and paddlefish | | genbank common name | 7900 | Acipenseridae | | scientific name | 7900 | sturgeons | | genbank common name | 7901 | Acipenser | | scientific name | 7906 | Acipenser ruthenus | | scientific name | 7906 | Acipenser ruthenus Linnaeus, 1758 | | authority | 7906 | sterlet | | genbank common name | 7914 | Lepisosteiformes | | synonym | 7914 | Semionotiformes | | scientific name | 7915 | Lepisosteidae | | scientific name | 7915 | gars | | genbank common name | 7917 | Atractosteus spatula | | scientific name | 7917 | Atractosteus spatula (Lacepede, 1803) | | authority | 7917 | Lepisosteus spatula | | synonym | 7917 | Lepisosteus spatula Lacepede, 1803 | | authority | 7917 | alligator gar | | genbank common name | 79206 | Desulfosporosinus | | scientific name | 79206 | Desulfosporosinus Stackebrandt et al. 1997 emend. Robertson et al. 2001 | | authority | 79206 | Desulfosporosinus Stackebrandt et al. 1997 emend. Stackebrandt et al. 2003 | | authority | 79206 | Desulfosporosinus Stackebrandt et al. 1997 emend. Vatsurina et al. 2008 | | authority | 7925 | Elopiformes | | scientific name | 7925 | ladyfishes and tarpons | | genbank common name | 7930 | Megalopidae | | scientific name | 7930 | tarpons | | genbank common name | 7931 | Megalops | | scientific name | 7932 | Megalops atlanticus | | scientific name | 7932 | Megalops atlanticus Valenciennes, 1847 | | authority | 7932 | Megalops sp. BCF-2012 | | synonym | 7932 | tarpon | | genbank common name | 79328 | Chitinophaga | | scientific name | 79328 | Chitinophaga Sangkhobol and Skerman 1981 emend. Kampfer et al. 2006 | | authority | 79329 | Chitinophaga pinensis | | scientific name | 79329 | Chitinophaga pinensis Sangkhobol and Skerman 1981 emend. Hahnke et al. 2016 | | authority | 7933 | Anguilliformes | | scientific name | 7933 | true eels | | genbank common name | 7934 | Anguillidae | | scientific name | 7934 | freshwater eels | | genbank common name | 7935 | Anguilla | | scientific name | 7936 | Angill angill | | synonym | 7936 | Anguilla anguilla | | scientific name | 7936 | Anguilla anguilla (Linnaeus, 1758) | | authority | 7936 | Anguilla anguilla anguilla | | synonym | 7936 | European eel | | genbank common name | 7936 | European freshwater eel | | common name | 7936 | Muraena anguilla | | synonym | 7936 | Muraena anguilla Linnaeus, 1758 | | authority | 7948 | Clupeinae | | scientific name | 7949 | Clupea | | scientific name | 7950 | Atlantic herring | | genbank common name | 7950 | Clupea harengus | | scientific name | 7950 | Clupea harengus Linnaeus, 1758 | | authority | 7950 | Clupea harengus harengus | | synonym | 79514 | Lamiinae | | scientific name | 79514 | Laminae | | synonym | 7952 | Cypriniformes | | scientific name | 7952 | carps and others | | genbank common name | 7953 | Cyprinidae | | scientific name | 7954 | Brachydanio | | synonym | 7954 | Celestichthys | | synonym | 7954 | Danio | | scientific name | 7955 | Brachydanio rerio | | synonym | 7955 | Brachydanio rerio frankei | | synonym | 7955 | Cyprinus rerio | | synonym | 7955 | Cyprinus rerio Hamilton, 1822 | | authority | 7955 | Danio frankei | | synonym | 7955 | Danio rerio | | scientific name | 7955 | Danio rerio (Hamilton, 1822) | | authority | 7955 | Danio rerio frankei | | synonym | 7955 | leopard danio | | common name | 7955 | zebra danio | | common name | 7955 | zebra fish | zebra fish | common name | 7955 | zebrafish | | genbank common name | 7956 | Carassius | | scientific name | 7957 | Carassius auratus | | scientific name | 7957 | Carassius auratus (Linnaeus, 1758) | | authority | 7957 | Carassius carassius auratus | | synonym | 7957 | Cyprinus auratus | | synonym | 7957 | Cyprinus auratus Linnaeus, 1758 | | authority | 7957 | goldfish | | genbank common name | 795747 | Ignavibacteria | | scientific name | 795747 | Ignavibacteria Iino et al. 2010 emend Podosokorskaya et al. 2013 | | authority | 795748 | Ignavibacteriales | | scientific name | 795748 | Ignavibacteriales Iino et al. 2010 emend Podosokorskaya et al. 2013 | | authority | 795749 | Ignavibacteriaceae | | scientific name | 795749 | Ignavibacteriaceae Iino et al. 2010 | | authority | 7961 | Cyprinus | | scientific name | 7962 | Cyprinus carpio | | scientific name | 7962 | Cyprinus carpio Linnaeus, 1758 | | authority | 7962 | carp | | common name | 7962 | common carp | | genbank common name | 7962 | fancy carp | | common name | 7962 | koi | | common name | 7962 | mirror carp | | common name | 796334 | Erwinia oleae | | scientific name | 796334 | Erwinia oleae Moretti et al. 2011 | | authority | 796334 | Erwinia sp. CECT 5264 | | includes | 796334 | Erwinia sp. DAPP-PG 531 | | includes | 796334 | Erwinia sp. DAPP-PG 672 | | includes | 7968 | Catostomidae | | scientific name | 7968 | suckers | | genbank common name | 796925 | Conidiobolus coronatus NRRL 28638 | | scientific name | 79706 | Poduroidea | | scientific name | 79707 | Entomobryoidea | | scientific name | 797292 | Sphingobacterium alimentarium | | scientific name | 797292 | Sphingobacterium alimentarium Schmidt et al. 2012 | | authority | 797292 | Sphingobacterium sp. DSM 22362 | | includes | 797292 | Sphingobacterium sp. WS 4556 | | includes | 79782 | Cimex lectularius | | scientific name | 79782 | Cimex lectularius Linnaeus, 1758 | | authority | 79782 | bed bug | | genbank common name | 798079 | Neocucurbitaria cava | | scientific name | 798079 | Neocucurbitaria cava (Schulzer) Valenz.-Lopez, Crous, Stchigel, Guarro & J.F. Cano, 2017 | | authority | 798079 | Phoma cava | | synonym | 798079 | Phoma cava Schulzer, 1871 | | authority | 798079 | Pleurophoma cava | | synonym | 798079 | Pyrenochaeta cava | | synonym | 798079 | Pyrenochaeta cava (Schulzer) Gruyter, Aveskamp & Verkley 2010 | | authority | 798299 | Streptococcus pyogenes serotype M59 | | scientific name | 798300 | Streptococcus pyogenes BEI NR-33709 | | synonym | 798300 | Streptococcus pyogenes MGAS15252 | | scientific name | 798300 | Streptococcus pyogenes str. MGAS15252 | | equivalent name | 798300 | Streptococcus pyogenes strain MGAS15252 | | equivalent name | 79880 | Alkalihalobacillus clausii | | synonym | 79880 | Alkalihalobacillus clausii (Nielsen et al. 1995) Patel and Gupta 2020 | | authority | 79880 | Bacillus clausii | | synonym | 79880 | Bacillus clausii Nielsen et al. 1995 | | authority | 79880 | Bacillus sp. FSL M8-0080 | | includes | 79880 | Bacillus sp. FSL M8-0189 | | includes | 79880 | Shouchella clausii | | scientific name | 79880 | Shouchella clausii (Nielsen et al. 1995) Joshi et al. 2022 | | synonym | 79880 | Shouchella sp. NRRL B-23342 | | includes | 79880 | Shouchella sp. NRRL B-4090 | | includes | 79880 | Shouchella sp. NRRL B-4131 | | includes | 79881 | Alkalicoccobacillus gibsonii | | scientific name | 79881 | Alkalicoccobacillus gibsonii (Nielsen et al. 1995) Kim et al. 2023 | | authority | 79881 | Alkalihalobacillus gibsonii | | synonym | 79881 | Alkalihalobacillus gibsonii (Nielsen et al. 1995) Gupta et al. 2020 | | authority | 79881 | Bacillus gibsonii | | synonym | 79881 | Bacillus gibsonii Nielsen et al. 1995 | | authority | 79881 | Shouchella gibsonii (Nielsen et al. 1995) Joshi et al. 2022 | | synonym | 79881 | Shouchella sp. DSM 8722 | | includes | 79883 | Bacillus horikoshii | | synonym | 79883 | Bacillus horikoshii Nielsen et al. 1995 | | authority | 79883 | Sutcliffiella horikoshii | | scientific name | 79883 | Sutcliffiella horikoshii (Nielsen et al. 1995) Gupta et al. 2020 | | authority | 7991 | Characiformes | | scientific name | 79912 | Actinoallomurus spadix | | scientific name | 79912 | Actinoallomurus spadix (Nonomura and Ohara 1971) Tamura et al. 2009 | | authority | 79912 | Actinomadura spadix | | synonym | 79912 | Actinomadura spadix Nonomura and Ohara 1971 (Approved Lists 1980) | | authority | 79922 | Clonorchis | | scientific name | 79923 | Clonorchis sinensis | | scientific name | 79923 | Clonorchis sinensis (Cobbold, 1875) | | authority | 79923 | Distoma sinense | | synonym | 79923 | Distoma sinense Cobbold, 1875 | | authority | 79923 | Opisthorchis sinensis | | synonym | 79923 | Opisthorchis sinensis (Cobbold, 1875) | | authority | 79923 | oriental liver fluke | | common name | 7993 | Astyanax | | scientific name | 7993 | Bramocharax | | synonym | 7993 | Genycharax | | synonym | 7994 | Astyanax mexicanus | | scientific name | 7994 | Astyanax mexicanus (De Filippi, 1853) | | authority | 7994 | Mexican tetra | | genbank common name | 7994 | Tetragonopterus mexicanus | | synonym | 7994 | Tetragonopterus mexicanus De Filippi, 1853 | | authority | 7994 | blind cave fish | | common name | 7995 | Siluriformes | | scientific name | 7995 | catfishes | | genbank common name | 7996 | Ictaluridae | | scientific name | 7996 | North American freshwater catfishes | | common name | 7996 | bullhead catfishes | | genbank common name | 7997 | Ictalurus | | scientific name | 7999 | Pangasiidae | | scientific name | 8000 | Pangasius | | scientific name | 8002 | Gymnotiformes | | scientific name | 8002 | electric eels and knifefishes | | genbank common name | 8004 | Electrophorus | | scientific name | 8005 | Electrophorus electricus | | scientific name | 8005 | Electrophorus electricus (Linnaeus 1766) | | authority | 8005 | Gymnotus electricus | | synonym | 8005 | Gymnotus electricus Linnaeus, 1766 | | authority | 8005 | electric eel | | genbank common name | 8005 | electric knifefish | electric knifefish | common name | 8006 | Salmoniformes | | scientific name | 8006 | salmons and trouts | | genbank common name | 8012 | Osmeridae | | scientific name | 8012 | smelts | | genbank common name | 8015 | Salmonidae | | scientific name | 8015 | salmonids | | genbank common name | 8016 | Oncorhynchus | | scientific name | 8016 | Parasalmo | | synonym | 8018 | Oncorhynchus keta | | scientific name | 8018 | Oncorhynchus keta (Walbaum, 1792) | | authority | 8018 | Salmo keta | | synonym | 8018 | Salmo keta Walbaum, 1792 | | authority | 8018 | chum salmon | | genbank common name | 8019 | Oncorhynchus kisutch | | scientific name | 8019 | Oncorhynchus kisutch (Walbaum, 1792) | | authority | 8019 | Oncorhyncus kisutch | | synonym | 8019 | Salmo kisatch | | synonym | 8019 | Salmo kisatch Walbaum, 1792 | | authority | 8019 | coho salmon | | genbank common name | 8023 | Oncorhynchus nerka | | scientific name | 8023 | Oncorhynchus nerka (Walbaum, 1792) | | authority | 8023 | Salmo nerka | | synonym | 8023 | Salmo nerka Walbaum, 1792 | | authority | 8023 | sockeye salmon | | genbank common name | 80248 | Phaedon | | scientific name | 80249 | Chrysomela cochleariae | | synonym | 80249 | Chrysomela cochleariae Fabricius, 1792 | | authority | 80249 | Phaedon cochleariae | | scientific name | 80249 | Phaedon cochleariae (Fabricius, 1792) | | authority | 80249 | mustard beetle | | genbank common name | 80249 | mustard leaf beetle | | common name | 8028 | Acantholingua | | synonym | 8028 | Salmo | | scientific name | 8028 | Salmothymus | | synonym | 8030 | Atlantic salmon | | genbank common name | 8030 | Salmo salar | | scientific name | 8030 | Salmo salar Linnaeus, 1758 | | authority | 8033 | Salvelinus | | scientific name | 80379 | Capsicum chinense | | scientific name | 80379 | Capsicum chinense Jacq., 1777 | | authority | 80379 | Capsicum sinense | | synonym | 80379 | Capsicum sinense Murray, 1784 | | authority | 80379 | Scotch bonnet | | common name | 80379 | bonnet pepper | | common name | 80379 | habanero | | genbank common name | 80379 | rocotillo | | common name | 8038 | Salmo fontinalis | | synonym | 8038 | Salmo fontinalis Mitchill, 1814 | | authority | 8038 | Salvelinus fontinalis | | scientific name | 8038 | Salvelinus fontinalis (Mitchill, 1814) | | authority | 8038 | brook trout | | genbank common name | 8043 | Gadiformes | | scientific name | 8043 | cods and others | | genbank common name | 805116 | Chaitophoridae | | synonym | 805116 | Chaitophorinae | | scientific name | 80600 | Rhizopogon vinicolor | | scientific name | 80600 | Rhizopogon vinicolor A.H. Sm., 1966 | | authority | 80628 | Atheliaceae | | scientific name | 80628 | Atheliaceae Julich, 1982 | | authority | 80628 | mitosporic Atheliaceae | | includes | 80744 | Serpula | Serpula | scientific name | 80744 | Serpula (Pers.) Gray, 1801 | | authority | 8075 | Atheriniformes | | scientific name | 8076 | Cyprinodontidae | | scientific name | 8076 | killifishes | | genbank common name | 8076 | pupfishes | | common name | 80764 | Aphis | Aphis | scientific name | 8079 | Poeciliidae | | scientific name | 8079 | livebearers | | genbank common name | 80811 | "Cystobacterineae" Reichenbach and Dworkin 1981 | | authority | 80811 | Cystobacterineae | | scientific name | 80811 | Cystobacterineae Reichenbach 2007 | | authority | 80814 | unclassified Polyangiaceae | | scientific name | 80814 | unclassified Sorangiaceae | | synonym | 8082 | Xiphophorus | | scientific name | 8083 | Platypoecilus maculatus | | synonym | 8083 | Platypoecilus maculatus Guenther, 1866 | | authority | 8083 | Platypoecilus maculatus Gunther, 1866 | | authority | 8083 | Xiphophorus maculatus | | scientific name | 8083 | Xiphophorus maculatus (Guenther, 1866) | | authority | 8083 | southern platyfish | | genbank common name | 80835 | Lupa | | synonym | 80835 | Neptunus | | synonym | 80835 | Portunus | | scientific name | 80840 | Burkholderia/Oxalobacter/Ralstonia group | | synonym | 80840 | Burkholderiales | | scientific name | 80840 | Burkholderiales Garrity et al. 2006 | | authority | 80841 | unclassified Burkholderiales | | scientific name | 80864 | Comamonadaceae | | scientific name | 80864 | Comamonadaceae Willems et al. 1991 | | authority | 80864 | beta-1 subgroup | | common name | 80865 | Delftia | | scientific name | 80865 | Delftia Wen et al. 1999 | | authority | 80866 | "Pseudomonas desmolytica" Gray and Thornton 1928 | | authority | 80866 | "Pseudomonas indoloxidans" Gray 1928 | | authority | 80866 | Comamonas acidivorans | | synonym | 80866 | Comamonas acidovorans | | synonym | 80866 | Comamonas acidovorans (den Dooren de Jong 1926) Tamaoka et al. 1987 emend. Willems et al. 1991 | | authority | 80866 | Comamonas sp. MC1 | | includes | 80866 | Delftia acidovorans | | scientific name | 80866 | Delftia acidovorans (den Dooren de Jong 1926) Wen et al. 1999 | | authority | 80866 | Pseudomonas acidovorans | | synonym | 80866 | Pseudomonas acidovorans den Dooren de Jong 1926 (Approved Lists 1980) | | authority | 80866 | Pseudomonas desmolytica | | synonym | 80866 | Pseudomonas indoloxidans | | synonym | 80866 | Pseudomonas sp. NCIM 2112 | | includes | 80867 | "Phytomonas rubrilineans" Lee et al. 1925 | | authority | 80867 | Acidivorax avenae | | equivalent name | 80867 | Acidivorax avenae subsp. avenae | | equivalent name | 80867 | Acidovorax avenae | | synonym | 80867 | Acidovorax avenae (Manns 1909) Willems et al. 1992 | | synonym | 80867 | Acidovorax avenae (Manns 1909) Willems et al. 1992 emend. Schaad et al. 2008 | | authority | 80867 | Acidovorax avenae subsp. avenae | | synonym | 80867 | Acidovorax avenae subsp. avenae (Manns 1909) Willems et al. 1992 | | authority | 80867 | Paracidovorax avenae | | scientific name | 80867 | Paracidovorax avenae (Manns 1909) Du et al. 2023 | | authority | 80867 | Phytomonas rubrilineans | | synonym | 80867 | Pseudomonas avenae Manns 1909 (Approved Lists 1980) | | synonym | 80867 | Pseudomonas rubrilineans | | synonym | 80867 | Pseudomonas rubrilineans (Lee et al. 1925) Stapp 1928 (Approved Lists 1980) | | synonym | 8087 | Cyprinodontoidei | | scientific name | 80879 | "Spirillum delicatum" Leifson 1962 | | authority | 80879 | Aquaspirillum delicatum | | synonym | 80879 | Aquaspirillum delicatum (Leifson 1962) Hylemon et al. 1973 (Approved Lists 1980) | | authority | 80879 | Curvibacter delicata | | equivalent name | 80879 | Curvibacter delicatus | | scientific name | 80879 | Curvibacter delicatus (Leifson 1962) Ding and Yokota 2004 | | authority | 80879 | Spirillum delicatum | | synonym | 8088 | Oryziatinae | | synonym | 8088 | Oryziinae | | scientific name | 8088 | medakas | | genbank common name | 8088 | ricefishes | | common name | 8089 | Oryzias | | scientific name | 8089 | Xenopoecilus | | synonym | 809 | Chlamydiaceae | | scientific name | 809 | Chlamydiaceae Rake 1957 (Approved Lists 1980) emend. Everett et al. 1999 | | authority | 809 | Chlamydiaceae Rake 1957 (Approved Lists 1980) emend. Sachse et al. 2015 | | authority | 80969 | Amphiprion | | scientific name | 80972 | Amphiprion ocellaris | | scientific name | 80972 | Amphiprion ocellaris 'black' | | includes | 80972 | Amphiprion ocellaris Cuvier, 1830 | | authority | 80972 | clown anemonefish | | genbank common name | 80992 | Stegastes | | scientific name | 81 | Hyphomicrobium | | scientific name | 81 | Hyphomicrobium Stutzer and Hartleb 1898 | | authority | 81 | Hyphomicrobium Stutzer and Hartleb 1899 (Approved Lists 1980) emend. Xu et al. 2021 | | authority | 810 | "Bedsonia" Meyer 1953 | | authority | 810 | "Miyagawanella" Brumpt 1938 | | authority | 810 | "Prowazekia" Coles 1953 | | synonym | 810 | "Rakeia" Levaditi et al. 1964 | | authority | 810 | "Rickettsiaformis" Zhdanov and Korenblit 1950 | | authority | 810 | Bedsonia | | synonym | 810 | Chlamydia | | scientific name | 810 | Chlamydia Jones et al. 1945 (Approved Lists 1980) emend. Everett et al. 1999 | | authority | 810 | Chlamydia Jones et al. 1945 (Approved Lists 1980) emend. Sachse et al. 2015 | | authority | 810 | Chlamydophila | | synonym | 810 | Chlamydophila Everett et al. 1999 | | authority | 810 | Miyagawanella | | synonym | 810 | Rakeia | | synonym | 810 | Rickettsiaformis | | synonym | 8100 | Cottimorpha | | synonym | 8100 | Cottioidei | | scientific name | 8100 | Cottoidei | | synonym | 81029 | Hyphomonas adhaerens | | scientific name | 81029 | Hyphomonas adhaerens Weiner et al. 2000 | | authority | 81077 | artificial sequences | | scientific name | 81078 | Platygastridae | | scientific name | 81084 | Platygastroidea | | scientific name | 8111 | Perciformes | | scientific name | 8111 | Scorpaeniformes | | synonym | 8111 | Serraniformes | | synonym | 8111 | perches and others | | genbank common name | 8112 | Percoidei | | scientific name | 8112 | Trachinoidei | | synonym | 8113 | Cichlidae | | scientific name | 8113 | cichlids | | genbank common name | 81408 | Bacillus sp. BGSC W9A59 | | includes | 81408 | Bacillus sp. BGSC W9A68 | | includes | 81408 | Geobacillus caldoxylosilyticus | | synonym | 81408 | Geobacillus caldoxylosilyticus (Ahmad et al. 2000) Fortina et al. 2001 | | authority | 81408 | Parageobacillus caldoxylosilyticus | | scientific name | 81408 | Parageobacillus caldoxylosilyticus (Ahmad et al. 2000) Aliyu et al. 2019 | | synonym | 81408 | Saccharococcus caldoxylosilyticus | | synonym | 81408 | Saccharococcus caldoxylosilyticus Ahmad et al. 2000 | | authority | 81440 | unclassified Caulobacter group | | synonym | 81440 | unclassified Caulobacteraceae | | scientific name | 815 | Bacteroidaceae | | scientific name | 815 | Bacteroidaceae Pribram 1933 | | authority | 8155 | Simochromis | | scientific name | 81569 | Agrobacterium atlanticum | | synonym | 81569 | Agrobacterium atlanticum Ruger and Hofle 1992 | | authority | 81569 | Agrobacterium meteori | | synonym | 81569 | Agrobacterium meteori Ruger and Hofle 1992 | | authority | 81569 | Ruegeria atlantica | | scientific name | 81569 | Ruegeria atlantica (Ruger and Hofle 1992) Uchino et al. 1999 | | synonym | 81569 | Ruegeria atlantica (Ruger and Hofle 1992) Uchino et al. 1999 emend. Muramatsu et al. 2007 | | authority | 81569 | Ruegeria atlantica (Ruger and Hofle 1992) Uchino et al. 1999 emend. Vandecandelaere et al. 2008 | | authority | 81569 | Ruegeria meteori | | synonym | 81569 | Ruegeria meteori (Ruger and Hofle 1992) Hordt et al. 2020 | | authority | 8157 | Carangidae | | scientific name | 8157 | jacks | | genbank common name | 8157 | pompanos | | common name | 8158 | Caranx | | scientific name | 816 | "Ristella" Prevot 1938 | | authority | 816 | Bacteroides | | scientific name | 816 | Bacteroides Castellani and Chalmers 1919 (Approved Lists 1980) emend. Shah and Collins 1989 | | authority | 816 | Capsularis | | synonym | 816 | Capsularis Prevot 1938 (Approved Lists 1980) | | authority | 816 | Ristella | Ristella | synonym | 8165 | Percidae | | scientific name | 8165 | perches | | genbank common name | 8166 | Perca | | scientific name | 8168 | European perch | | genbank common name | 8168 | Perca fluviatilis | | scientific name | 8168 | Perca fluviatilis Linnaeus, 1758 | | authority | 8168 | perch | | common name | 8168 | redfin | redfin | common name | 81682 | Methylivorus | | equivalent name | 81682 | Methylovorus | | scientific name | 81682 | Methylovorus Govorukhina and Trotsenko 1991 emend. Doronina et al. 2005 | | authority | 81684 | unclassified Pseudomonadota | | scientific name | 81687 | Olethreutinae | | scientific name | 817 | "Bacteroides inaequalis" Eggerth and Gagnon 1933 | | authority | 817 | "Bacteroides incommunis" Eggerth and Gagnon 1933 | | authority | 817 | "Bacteroides uncatus" Eggerth and Gagnon 1933 | | authority | 817 | "Fusiformis fragilis" Topley and Wilson 1929 | | authority | 817 | "Pseudobacterium fragilis" Krasil'nikov 1949 | | authority | 817 | "Pseudobacterium inaequalis" (Eggerth and Gagnon 1933) Krasil'nikov 1949 | | authority | 817 | "Pseudobacterium incommunis" (Eggerth and Gagnon 1933) Krasil'nikov 1949 | | authority | 817 | "Pseudobacterium uncatum" (Eggerth and Gagnon 1933) Krasil'nikov 1949 | | authority | 817 | "Ristella fragilis" Prevot 1938 | | authority | 817 | "Ristella incommunis" (Eggerth and Gagnon 1933) Prevot 1938 | | authority | 817 | "Ristella uncata" (Eggerth and Gagnon 1933) Prevot 1938 | | authority | 817 | "Sphaerophorus inaequalis" (Eggerth and Gagnon 1933) Prevot 1938 | | authority | 817 | "Sphaerophorus intermedius" Bergan and Hovig 1968 | | authority | 817 | Bacteroides fragilis | | scientific name | 817 | Bacteroides fragilis (Veillon and Zuber 1898) Castellani and Chalmers 1919 (Approved Lists 1980) | | synonym | 817 | Bacteroides fragilis (Veillon and Zuber 1898) Castellani and Chalmers 1919 (Approved Lists 1980) emend. Hahnke et al. 2016 | | authority | 817 | Bacteroides inaequalis | | synonym | 817 | Bacteroides incommunis | | synonym | 817 | Bacteroides sp. 2_1_16 | | includes | 817 | Bacteroides sp. 2_1_56FAA | | includes | 817 | Bacteroides uncatus | | synonym | 817 | Fusiformis fragilis | | synonym | 817 | Pseudobacterium fragilis | | synonym | 817 | Pseudobacterium inaequalis | | synonym | 817 | Pseudobacterium incommunis | | synonym | 817 | Pseudobacterium uncatum | | synonym | 817 | Ristella fragilis | | synonym | 817 | Ristella incommunis | | synonym | 817 | Ristella uncata | | synonym | 817 | Sphaerophorus inaequalis | | synonym | 817 | Sphaerophorus intermedius | | synonym | 818 | "Bacillus thetaiotaomicron" Distaso 1912 | | authority | 818 | "Bacteroides fragilis subsp. thetaiotaomicron" (Distaso 1912) Holdeman and Moore 1970 | | authority | 818 | "Pseudobacterium thetaiotaomicron" (Distaso 1912) Krasil'nikov 1949 | | authority | 818 | "Sphaerocillus thetaiotaomicron" (Distaso 1912) Prevot 1938 | | authority | 818 | Bacillus thetaiotaomicron | | synonym | 818 | Bacteroides fragilis subsp. thetaiotaomicron | | synonym | 818 | Bacteroides sp. 1_1_6 | | includes | 818 | Bacteroides thetaiotaomicron | | scientific name | 818 | Bacteroides thetaiotaomicron (Distaso 1912) Castellani and Chalmers 1919 (Approved Lists 1980) emend. Hahnke et al. 2016 | | authority | 818 | Pseudobacterium thetaiotaomicron | | synonym | 818 | Sphaerocillus thetaiotaomicron | | synonym | 818 | bacterium NLAE-zl-C523 | | includes | 818 | bacterium NLAE-zl-C579 | | includes | 818 | bacterium NLAE-zl-G288 | | includes | 818 | bacterium NLAE-zl-H207 | | includes | 818 | bacterium NLAE-zl-H463 | | includes | 818 | bacterium NLAE-zl-H492 | | includes | 818 | bacterium NLAE-zl-P32 | | includes | 818 | bacterium NLAE-zl-P699 | | includes | 8180 | Centrarchidae | | scientific name | 8180 | sunfishes | | genbank common name | 81835 | Linyphiidae | | scientific name | 81835 | dwarf spiders and sheet-web weavers | | genbank common name | 81852 | Enterococcaceae | | scientific name | 81852 | Enterococcaceae Ludwig et al. 2010 | | authority | 81882 | Formicariidae | | scientific name | 81883 | Formicarius | | scientific name | 81887 | Thamnophilidae | | scientific name | 8189 | Mugilidae | | scientific name | 8189 | mullets | mullets | genbank common name | 8190 | Mugil | | scientific name | 8192 | Zoarcales | | scientific name | 8192 | Zoarcoidei | | synonym | 81942 | Kitasatospora cheerisanensis | | scientific name | 81942 | Kitasatospora cheerisanensis Chung et al. 1999 | | authority | 81942 | Kitasatospora cheerisanensis Chung et al. 1999 emend. Nouioui et al. 2018 | | authority | 81953 | Agamidae | | scientific name | 81953 | Agamidae Gray, 1827 | | authority | 81972 | Arabidopsis lyrata subsp. lyrata | | scientific name | 81972 | Arabis lyrata subsp. lyrata | | synonym | 82 | Hyphomicrobium sp. | | scientific name | 820 | Bacteroides uniformis | | scientific name | 820 | Bacteroides uniformis Eggerth and Gagnon 1933 (Approved Lists 1980) emend. Hahnke et al. 2016 | | authority | 8202 | Anarhichadidae | | scientific name | 8202 | wolffishes | | genbank common name | 8205 | Notothenioidei | | scientific name | 8206 | Antarctic cods | | genbank common name | 8206 | Nototheniidae | | scientific name | 8206 | cod icefishes | | common name | 821 | Bacteroides vulgatus Eggerth and Gagnon 1933 (Approved Lists 1980) | | synonym | 821 | Phocaeicola vulgatus | | scientific name | 821 | Phocaeicola vulgatus (Eggerth and Gagnon 1933) Garcia-Lopez et al. 2020 | | synonym | 821 | bacterium NLAE-zl-G202 | | includes | 82105 | Cladophialophora | | scientific name | 82105 | Cladophialophora Borelli, 1980 | | authority | 82115 | Rhizobiaceae | | scientific name | 82115 | Rhizobiaceae Conn 1938 (Approved Lists 1980) | | authority | 82115 | Rhizobiaceae Conn 1938 (Approved Lists 1980) emend. Hordt A et al. 2020 | | authority | 82135 | Atopobium vaginae | | synonym | 82135 | Atopobium vaginae Rodriguez Jovita et al. 1999 | | authority | 82135 | Fannyhessea vaginae | | scientific name | 82135 | Fannyhessea vaginae (Rodriguez Jovita et al. 1999) Nouioui et al. 2018 | | authority | 8219 | Gobioidei | | scientific name | 8220 | Gobiidae | | scientific name | 8220 | Microdesmidae | | synonym | 8220 | Trypauchenidae | | synonym | 8220 | burrowing gobies | | common name | 8220 | gobies | | genbank common name | 8220 | wormfishes | | common name | 82202 | Centipeda | Centipeda | scientific name | 82202 | Centipeda Lai et al. 1983 | | authority | 82203 | Centipeda periodontii | | scientific name | 82203 | Centipeda periodontii Lai et al. 1983 | | authority | 8224 | Scombridae | | scientific name | 8224 | mackerels | | genbank common name | 8224 | tunas | | common name | 823 | "Bacteroides fragilis subsp. distasonis" (Eggerth and Gagnon 1933) Holdeman and Moore 1970 | | authority | 823 | "Pseudobacterium distasonis" (Eggerth and Gagnon 1933) Krasil'nikov 1949 | | authority | 823 | "Ristella distasonis" (Eggerth and Gagnon 1933) Prevot 1938 | | authority | 823 | Bacteroides distasonis | | synonym | 823 | Bacteroides distasonis Eggerth and Gagnon 1933 (Approved Lists 1980) | | authority | 823 | Bacteroides fragilis subsp. distasonis | | synonym | 823 | Parabacteroides distasonis | | scientific name | 823 | Parabacteroides distasonis (Eggerth and Gagnon 1933) Sakamoto and Benno 2006 emend. Hahnke et al. 2016 | | authority | 823 | Pseudobacterium distasonis | | synonym | 823 | Ristella distasonis | | synonym | 8234 | Thunnus | | scientific name | 8236 | Neothunnus macropterus | | synonym | 8236 | Scomber albacares | | synonym | 8236 | Scomber albacares Bonnaterre, 1788 | | authority | 8236 | Thunnus albacares | | scientific name | 8236 | Thunnus albacares (Bonnaterre, 1788) | | authority | 8236 | yellowfin tuna | | genbank common name | 82380 | Brevibacterium oxydans | | synonym | 82380 | Brevibacterium oxydans Chatelain and Second 1966 (Approved Lists 1980) | | authority | 82380 | Microbacterium oxydans | | scientific name | 82380 | Microbacterium oxydans (Chatelain and Second 1966) Schumann et al. 1999 | | authority | 82380 | Microbacterium sp. W702 | | includes | 8243 | Xiphiidae | | scientific name | 8243 | Xiphiinae | | synonym | 8243 | swordfishes | | genbank common name | 8244 | Xiphias | | scientific name | 8245 | Xiphias gladius | | scientific name | 8245 | Xiphias gladius Linnaeus, 1758 | | authority | 8245 | swordfish | | genbank common name | 8247 | Callyodontidae | | synonym | 8247 | Labridae | | scientific name | 8247 | Scaridae | | synonym | 8247 | parrotfishes | parrotfishes | common name | 8247 | wrasses | wrasses | genbank common name | 8252 | Pleuronectiformes | | scientific name | 8252 | flatfishes | | genbank common name | 82541 | Cupriavidus gilardii | | scientific name | 82541 | Cupriavidus gilardii (Coenye et al. 1999) Vandamme and Coenye 2004 | | authority | 82541 | Cupriavidus sp. OV 21 | | includes | 82541 | Cupriavidus sp. nov-21 | | includes | 82541 | Ralstonia gilardii | | synonym | 82541 | Ralstonia gilardii Coenye et al. 1999 | | authority | 82541 | Wautersia gilardii | | synonym | 82541 | Wautersia gilardii (Coenye et al. 1999) Vaneechoutte et al. 2004 | | authority | 8256 | Pleuronectidae | | scientific name | 8256 | righteye flounders | | genbank common name | 82569 | unclassified Chromatiaceae | | scientific name | 8261 | Pleuronectes | | scientific name | 82616 | Sphinginae | | scientific name | 82616 | small-eyed sphinx moth | | genbank common name | 8262 | European plaice | | genbank common name | 8262 | Pleuronectes platessa | | scientific name | 8262 | Pleuronectes platessa Linnaeus, 1758 | | authority | 8262 | plaice | | common name | 82633 | CDC group IVc-2 | | synonym | 82633 | Cupriavidus pauculus | | scientific name | 82633 | Cupriavidus pauculus (Vandamme et al. 1999) Vandamme and Coenye 2004 | | authority | 82633 | Ralstonia paucula | | synonym | 82633 | Ralstonia paucula Vandamme et al. 1999 | | authority | 82633 | Wautersia paucula | | synonym | 82633 | Wautersia paucula (Vandamme et al. 1999) Vaneechoutte et al. 2004 | | authority | 82761 | Valvifera | | scientific name | 82762 | Idotea | | scientific name | 82763 | Idotea balthica | | synonym | 82763 | Idotea baltica | | scientific name | 82763 | Oniscus balthicus | | synonym | 82763 | Oniscus balthicus Pallas, 1772 | | authority | 82764 | Idoteidae | | scientific name | 8277 | Beryciformes | | scientific name | 8277 | Cetomimoidea | | includes | 8277 | Stephanoberyciformes | | synonym | 8277 | Stephanoberycoidea | | includes | 8277 | whalefishes and others | | genbank common name | 82802 | Lactosphaera | | synonym | 82802 | Lactosphaera Janssen et al. 1995 | | authority | 82802 | Trichococcus | | scientific name | 82802 | Trichococcus Scheff et al. 1984 | | authority | 82802 | Trichococcus Scheff et al. 1984 emend. Liu et al. 2002 | | authority | 8287 | Sarcopterygii | | scientific name | 8288 | Polypteriformes | | scientific name | 8288 | reedfish | reedfish | genbank common name | 8289 | Polypteridae | | scientific name | 8289 | bichirs | | genbank common name | 8290 | Polypterus | | scientific name | 8292 | Amphibia | | scientific name | 8292 | Lissamphibia | | includes | 8292 | amphibians | amphibians | blast name | 8292 | amphibians | amphibians | genbank common name | 8293 | Caudata | | scientific name | 8293 | Urodela | | synonym | 8293 | salamanders | salamanders | blast name | 8293 | salamanders | salamanders | genbank common name | 82982 | Obesumbacterium | | scientific name | 82982 | Obesumbacterium Shimwell 1963 | | authority | 82983 | "Hafnia protea" (Shimwell and Grimes 1936) Priest et al. 1973 | | authority | 82983 | Hafnia protea | | synonym | 82983 | Obesumbacterium proteus | | scientific name | 82983 | Obesumbacterium proteus (Shimwell and Grimes 1936) Shimwell 1963 (Approved Lists 1980) | | synonym | 82984 | Pragia | | scientific name | 82984 | Pragia Aldova et al. 1988 | | authority | 82984 | Pragia Aldova et al. 1988 emend. Lee et al. 2021 | | authority | 82985 | Pragia fontium | | scientific name | 82985 | Pragia fontium Aldova et al. 1988 | | authority | 82995 | Serratia grimesii | | scientific name | 82995 | Serratia grimesii Grimont et al. 1983 | | authority | 82996 | "Bacterium plymuthicum" (sic) Lehmann and Neumann 1896 | | authority | 82996 | Bacterium plymuthicum | | synonym | 82996 | Serratia plymuthica | | scientific name | 82996 | Serratia plymuthica (Dyar 1895) Bergey et al. 1923 (sic) | | authority | 82996 | Serratia plymuthica (Lehmann and Neumann 1896) Breed et al. 1948 | | authority | 82996 | Serratia sp. DBLH13 | | includes | 830 | Butyrivibrio | | scientific name | 830 | Butyrivibrio Bryant and Small 1956 (Approved Lists 1980) | | authority | 831 | Butyrivibrio fibrisolvens | | scientific name | 831 | Butyrivibrio fibrisolvens Bryant and Small 1956 (Approved Lists 1980) | | authority | 83136 | Trombidiformes | | scientific name | 83137 | Sarcoptiformes | | scientific name | 83139 | Eupodides | | synonym | 83139 | Eupodina | | scientific name | 8314 | Salamandridae | | scientific name | 8314 | newts | | genbank common name | 83155 | Acaroidea | | scientific name | 8317 | Pleurodeles | | scientific name | 8319 | Iberian ribbed newt | | genbank common name | 8319 | Pleurodeles waltl | | scientific name | 8319 | Pleurodeles waltl (Michahelles, 1830) | | authority | 8319 | Pleurodeles waltl Michahelles, 1830 | | authority | 8319 | Pleurodeles waltlii | | synonym | 8319 | Spanish newt | | common name | 8319 | Spanish ribbed newt | | common name | 832 | Fibribacter | | equivalent name | 832 | Fibrobacter | | scientific name | 832 | Fibrobacter Montgomery et al. 1988 | | authority | 83224 | "Bacterium vitians" Brown 1918 | | authority | 83224 | "Xanthomonas vitians" (Brown 1918) Dowson 1943 | | authority | 83224 | Bacterium vitians | | synonym | 83224 | Xanthomonas campestris pv. vitians | | synonym | 83224 | Xanthomonas campestris pv. vitians (Brown 1918) Dye 1978 | | authority | 83224 | Xanthomonas hortorum pv. vitians | | scientific name | 83224 | Xanthomonas hortorum pv. vitians Vauterin et al. 1995 | | authority | 83224 | Xanthomonas vitians | | synonym | 83224 | bacterial leaf spot pathogen of lettuce | | common name | 83232 | Acrodonta | Acrodonta | scientific name | 83232 | Acrodonta Cope, 1864 | | authority | 83262 | Mycobacterium immunogenum | | synonym | 83262 | Mycobacterium immunogenum Wilson et al. 2001 | | authority | 83262 | Mycobacterium immunogenum Wilson et al. 2001 emend. Nouioui et al. 2018 | | authority | 83262 | Mycobacteroides immunogenum | | scientific name | 83262 | Mycobacteroides immunogenum (Wilson et al. 2001) Gupta et al. 2018 | | authority | 83263 | "Aminobacter heintzii" (Auling et al. 1993) Volpiano et al. 2021 | | authority | 83263 | Aminobacter aminovorans | | scientific name | 83263 | Aminobacter aminovorans (den Dooren de Jong 1926) Urakami et al. 1992 | | authority | 83263 | Aminobacter heintzii | | synonym | 83263 | Chelatobacter heintzii | | synonym | 83263 | Chelatobacter heintzii Auling et al. 1993 | | authority | 83263 | Pseudomonas aminovorans | | synonym | 83263 | Pseudomonas aminovorans den Dooren de Jong 1926 (Approved Lists 1980) | | authority | 83264 | Aminobacter aganoensis | | scientific name | 83264 | Aminobacter aganoensis Urakami et al. 1992 | | authority | 83307 | Oryza meyeriana | | scientific name | 83307 | Oryza meyeriana (Zoll. & Moritzi) Baill., 1894 | | authority | 83307 | Padia meyeriana | | synonym | 83307 | Padia meyeriana Zoll. & Moritzi, 1846 | | authority | 83310 | Euglossini | | scientific name | 83310 | orchid bees | | genbank common name | 83311 | Bombinae | | synonym | 83311 | Bombini | | scientific name | 83319 | Meliponinae | | synonym | 83319 | Meliponini | | scientific name | 83319 | Trigonini | | synonym | 83319 | stingless bees | | genbank common name | 83321 | Apini | | scientific name | 83323 | Anthophoridae | Anthophoridae | in-part | 83323 | Anthophorinae | | synonym | 83323 | Anthophorini | | scientific name | 83323 | digger bees | | genbank common name | 8342 | Anura | | scientific name | 8342 | Salientia | | synonym | 8342 | anurans | | common name | 8342 | frogs | | common name | 8342 | frogs & toads | frogs & toads | blast name | 8342 | frogs & toads | frogs & toads | genbank common name | 83449 | "Polyangium ferrugineum" Krzemieniewska and Krzemieniewski 1927 | | authority | 83449 | Cystobacter ferrugineus | | scientific name | 83449 | Cystobacter ferrugineus (Krzemieniewska and Krzemieniewski 1927) McCurdy 1970 | | authority | 83449 | Polyangium ferrugineum | | synonym | 83451 | "Archangium violaceum" Kuhlwein and Reichenbach 1964 | | authority | 83451 | "Polyangium violaceum" Kuhlwein and Gallwitz 1958 | | authority | 83451 | Archangium violaceum | | scientific name | 83451 | Archangium violaceum (Reichenbach 2007) Lang et al. 2015 | | authority | 83451 | Cystobacter violaceus | | synonym | 83451 | Cystobacter violaceus (ex Kuhlwein and Gallwitz 1958) Reichenbach 2007 | | authority | 83451 | Polyangium violaceum | | synonym | 83453 | Melittangium boletus | | scientific name | 83453 | Melittangium boletus Jahn 1924 | | authority | 83460 | "Chondromyces aurantiacus var. fructescens" Krzemieniewska and Krzemieniewski 1927 | | authority | 83460 | "Chondromyces brunneus" Krzemieniewska and Krzemieniewski 1946 | | authority | 83460 | "Chondromyces erectus" (Schroeter) Thaxter 1897 | | authority | 83460 | "Cystobacter erectus" Schroeter 1886 | | authority | 83460 | "Podangium erectum" (Schroeter) Jahn 1924 | | authority | 83460 | "Stigmatella brunnea" (Krzemieniewska and Krzemieniewski) McCurdy and Khouw 1969 | | authority | 83460 | Chondromyces aurantiacus var. fructescens | | synonym | 83460 | Chondromyces brunneus | | synonym | 83460 | Chondromyces erectus | | synonym | 83460 | Cystobacter erectus | | synonym | 83460 | Podangium erectum | | synonym | 83460 | Stigmatella brunnea | | synonym | 83460 | Stigmatella erecta | | scientific name | 83460 | Stigmatella erecta (Schroeter 1886) McCurdy 1971 | | authority | 83461 | "Chondrococcus" Jahn 1924 | | authority | 83461 | Chondrococcus | | synonym | 83461 | Corallococcus | | scientific name | 83461 | Corallococcus Reichenbach 2007 emend. Lang and Stackebrandt 2009 | | authority | 83462 | "Myxococcus exiguus" Kofler 1913 | | authority | 83462 | Corallococcus exiguus | | scientific name | 83462 | Corallococcus exiguus (ex Kofler 1913) Reichenbach 2007 | | authority | 83462 | Myxococcus exiguus | | synonym | 83494 | unclassified Comamonadaceae | | scientific name | 83496 | unclassified Alcaligenaceae | | scientific name | 8352 | Pipidae | | scientific name | 8352 | pipid frogs | | common name | 8352 | tongueless frogs | | genbank common name | 8353 | Xenopus | Xenopus | scientific name | 8355 | African clawed frog | | genbank common name | 8355 | Bufo laevis | | synonym | 8355 | Bufo laevis Daudin, 1802 | | authority | 8355 | Xenopus laevis | | scientific name | 8355 | Xenopus laevis (Daudin, 1802) | | authority | 8355 | clawed frog | clawed frog | common name | 8355 | common platanna | | common name | 8355 | platanna | | common name | 83555 | "Chlamydia abortus" (Everett et al. 1999) Kuo et al. 2011 | | authority | 83555 | Chlamydia abortus | | scientific name | 83555 | Chlamydia abortus (Everett et al. 1999) Sachse et al. 2015 | | authority | 83555 | Chlamydia psittaci (Lillie 1930) Page 1968 | Chlamydia psittaci (Lillie 1930) Page 1968 | in-part | 83555 | Chlamydia psittaci serotype 1 | | synonym | 83555 | Chlamydophila abortus | | synonym | 83555 | Chlamydophila abortus Everett et al. 1999 | | authority | 836 | Oribaculum | | includes | 836 | Oribaculum Moore and Moore 1994 | | authority | 836 | Porphyromonas | | scientific name | 836 | Porphyromonas Shah and Collins 1988 emend. Kawamura et al. 2015 | | authority | 836 | Porphyromonas Shah and Collins 1988 emend. Wagener et al. 2014 | | authority | 836 | Porphyromonas Shah and Collins 1988 emend. Willems and Collins 1995 | | authority | 8360 | Siluraninae | | synonym | 8360 | Xenopodinae | | scientific name | 83614 | Luteimonas | | scientific name | 83614 | Luteimonas Finkmann et al. 2000 | | authority | 83618 | Pseudoxanthomonas | | scientific name | 83618 | Pseudoxanthomonas Finkmann et al. 2000 | | authority | 83618 | Pseudoxanthomonas Finkmann et al. 2000 emend. Lee et al. 2008 | | authority | 83618 | Pseudoxanthomonas Finkmann et al. 2000 emend. Thierry et al. 2004 | | authority | 83654 | Leclercia | | scientific name | 83654 | Leclercia Tamura et al. 1987 | | synonym | 83654 | Leclercia Tamura et al. 1987 emend. Maddock et al. 2022 | | authority | 83655 | "Leclercia adecarboxylata" (Leclerc 1962) Tamura et al. 1986 | | authority | 83655 | Escherichia adecarboxylata | | synonym | 83655 | Escherichia adecarboxylata Leclerc 1962 (Approved Lists 1980) | | authority | 83655 | Leclercia adecarboxylata | | scientific name | 83655 | Leclercia adecarboxylata (Leclerc 1962) Tamura et al. 1987 | | synonym | 83655 | Leclercia sp. H10E4 | | includes | 83655 | Leclercia sp. H10E8 | | includes | 83655 | Leclercia sp. H9E1a | | includes | 83655 | Leclercia sp. LK24 | | includes | 83676 | Nocardiopsaceae | | synonym | 83676 | Nocardiopsaceae Rainey et al. 1996 | | authority | 83676 | Nocardiopsaceae Rainey et al. 1996 emend. Rainey et al. 1997 | | authority | 83676 | Nocardiopsaceae Rainey et al. 1996 emend. Zhang et al. 1998 | | authority | 83676 | Nocardiopsaceae Rainey et al. 1996 emend. Zhi et al. 2009 | | authority | 83676 | Nocardiopsidaceae | | scientific name | 83676 | Nocardiopsidaceae corrig. | | synonym | 83676 | Nocardiopsidaceae corrig. Rainey et al. 1996 | | authority | 83681 | Nonomuraea | | scientific name | 83681 | Nonomuraea corrig. Zhang et al. 1998 | | synonym | 83681 | Nonomuria | | synonym | 83681 | Nonomuria Zhang et al. 1998 | | authority | 837 | Bacteroides gingivalis | | synonym | 837 | Bacteroides gingivalis Coykendall et al. 1980 | | authority | 837 | Porphyromonas gingivalis | | scientific name | 837 | Porphyromonas gingivalis (Coykendall et al. 1980) Shah and Collins 1988 emend. Hahnke et al. 2016 | | authority | 8372 | Leptodactylidae | | scientific name | 8372 | Neotropical frogs | | common name | 8372 | southern frogs | | genbank common name | 83778 | "Kineosporiaceae" Garrity and Holt 2001 | | authority | 83778 | Kineococcus group | | synonym | 83778 | Kineosporiaceae | | scientific name | 83778 | Kineosporiaceae Zhi et al. 2009 | | authority | 83778 | Kinerosporia group | | synonym | 83780 | unclassified Kineococcus group | | includes | 83780 | unclassified Kineosporiaceae | | scientific name | 838 | Prevotella | | scientific name | 838 | Prevotella Shah and Collins 1990 emend. Sakamoto and Ohkuma 2012 | | authority | 838 | Prevotella Shah and Collins 1990 emend. Willems and Collins 1995 | | authority | 8382 | Bufonidae | | scientific name | 8382 | true toads | | genbank common name | 8383 | Bufo | | scientific name | 8383 | Torrentophryne | | synonym | 8384 | Bufo bufo | | scientific name | 8384 | Bufo bufo (Linnaeus, 1758) | | authority | 8384 | European toad | | common name | 8384 | Rana bufo | | synonym | 8384 | Rana bufo Linnaeus, 1758 | | authority | 8384 | common European toad | | common name | 8384 | common toad | | genbank common name | 83889 | unclassified Marinobacter | | scientific name | 83889 | unclassified Marinobacter group | | synonym | 839 | "Ruminobacter ruminicola" (Bryant et al. 1958) Prevot 1966 | | authority | 839 | Bacteroides ruminicola | | synonym | 839 | Bacteroides ruminicola Bryant et al. 1958 (Approved Lists 1980) | | authority | 839 | Prevotella ruminicola (Bryant et al. 1958) Shah and Collins 1990 | | synonym | 839 | Ruminobacter ruminicola | | synonym | 839 | Xylanibacter ruminicola | | scientific name | 839 | Xylanibacter ruminicola (Bryant et al. 1958) Hitch et al. 2023 | | synonym | 8397 | Ranidae | | scientific name | 8397 | riparian frogs | | genbank common name | 8397 | true frogs | | common name | 83986 | "Methanogenium olentangyi" Corder et al. 1983 | | authority | 83986 | Methaniculleus bourgensis | | equivalent name | 83986 | Methaniculleus oldenburgensis | | equivalent name | 83986 | Methaniculleus olentangyi | | equivalent name | 83986 | Methanoculleus bourgense | | synonym | 83986 | Methanoculleus bourgense (Ollivier et al. 1986) Maestrojuan et al. 1990 | | authority | 83986 | Methanoculleus bourgensis | | scientific name | 83986 | Methanoculleus bourgensis corrig. (Ollivier et al. 1986) Maestrojuan et al. 1990 | | synonym | 83986 | Methanoculleus bourgensis corrig. (Ollivier et al. 1986) Maestrojuan et al. 1990 emend. Asakawa and Nagaoka 2003 | | authority | 83986 | Methanoculleus oldenburgensis | | synonym | 83986 | Methanoculleus oldenburgensis Blotevogel et al. 1998 | | synonym | 83986 | Methanoculleus olentangyi | | synonym | 83986 | Methanoculleus olentangyi (Corder et al. 1988) Maestrojuan et al. 1990 | | authority | 83986 | Methanogenicum (sic) olentangyi Corder et al. 1988 | | authority | 83986 | Methanogenium bourgense | | synonym | 83986 | Methanogenium bourgense Ollivier et al. 1986 | | authority | 83986 | Methanogenium olentangyi | | synonym | 83986 | Methanogenium olentangyi Corder et al. 1988 | | synonym | 84030 | Clostridium saccharolyticum | | synonym | 84030 | Clostridium saccharolyticum Murray et al. 1982 | | authority | 84030 | Lacrimispora saccharolytica | | scientific name | 84030 | Lacrimispora saccharolytica (Murray et al. 1982) Haas and Blanchard 2020 | | authority | 84030 | s__Otoolea saccharolyticum_A | | equivalent name | 84086 | unclassified Bacillota | | scientific name | 84086 | unclassified Bacillus/Clostridium group (miscellaneous) | | synonym | 84086 | unclassified Firmicutes | | synonym | 84086 | unclassified Firmicutes sensu stricto | | synonym | 841 | Roseburia | | scientific name | 841 | Roseburia Stanton and Savage 1983 | | authority | 841 | Roseburya | | equivalent name | 841 | Roseburyella | | equivalent name | 84107 | Coriobacteriaceae | | scientific name | 84107 | Coriobacteriaceae Stackebrandt et al. 1997 emend. Gupta et al. 2013 | | authority | 84107 | Coriobacteriaceae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 84108 | Slackia | | scientific name | 84108 | Slackia Wade et al. 1999 emend. Nagai et al. 2010 | | authority | 84109 | Eubacterium exiguum | | synonym | 84109 | Eubacterium exiguum Poco et al. 1996 | | authority | 84109 | Slackia exigua | | scientific name | 84109 | Slackia exigua (Poco et al. 1996) Wade et al. 1999 | | authority | 84109 | Slackia exigua (Poco et al. 1996) Wade et al. 1999 emend. Nouioui et al. 2018 | | authority | 84111 | Eggerthella | | scientific name | 84111 | Eggerthella Kageyama et al. 1999 | | authority | 84111 | Eggerthella Wade et al. 1999 emend. Wurdemann et al. 2009 | | authority | 84111 | Eggerthella Wade et al. 2009 | | synonym | 84112 | "Bacteroides lentus" Eggerth 1935 | | authority | 84112 | "Pseudobacterium lentum" Krasil'nikov 1949 | | authority | 84112 | Bacteroides lentus | | synonym | 84112 | Eggerthella lenta | | scientific name | 84112 | Eggerthella lenta (Eggerth 1935) Kageyama et al. 1999 | | authority | 84112 | Eggerthella lenta (Eggerth 1935) Wade et al. 1999 | | synonym | 84112 | Eggerthella lenta (Eggerth 1935) Wade et al. 1999 emend. Maruo et al. 2008 | | authority | 84112 | Eggerthella lenta (Eggerth 1935) Wade et al. 1999 emend. Maruo et al. 2008 emend. Nouioui et al. 2018 | | authority | 84112 | Eubacterium lentum | | synonym | 84112 | Eubacterium lentum (Eggerth 1935) Prevot 1938 (Approved Lists 1980) | | authority | 84112 | Pseudobacterium lentum | | synonym | 84139 | Gordonia sp. (in: high G+C Gram-positive bacteria) | | scientific name | 8416 | Neobatrachia | | scientific name | 8417 | Allocentroleniae | | synonym | 8417 | Bufonoidea | | synonym | 8417 | Hyloidea | | scientific name | 8418 | Hylidae | | scientific name | 8418 | tree frogs | | genbank common name | 8421 | Hyla | | scientific name | 8421 | common treefrogs | | genbank common name | 8421 | treefrogs | | common name | 8421 | true tree toads | | common name | 84275 | Cercospora kikuchii | | scientific name | 84275 | Cercospora kikuchii (Tak. Matsumoto & Tomoy.) M.W. Gardner, 1927 | | authority | 84275 | Cercosporina kikuchii | | synonym | 84275 | Cercosporina kikuchii Tak. Matsumoto & Tomoy., 1925 | | authority | 8431 | Pelobatoidea | | scientific name | 84318 | Podocopida | | scientific name | 84318 | seed shrimps & mussel shrimps | | genbank common name | 8432 | Pelobatidae | | scientific name | 8432 | spadefoot toads | | genbank common name | 84337 | Diplostraca | | scientific name | 84378 | Brachyspira murdochii | | scientific name | 84378 | Brachyspira murdochii (Stanton et al. 1997) Hampson and La 2006 | | authority | 84378 | Brachyspira sp. AN1780/3/03 | | includes | 84378 | Brachyspira sp. AN181/1/04 | | includes | 84378 | Brachyspira sp. AN2538/1/01 | | includes | 84378 | Brachyspira sp. AN3549/1/03 | | includes | 84378 | Brachyspira sp. AN4737/03 | | includes | 84378 | Serpulina murdochii | | synonym | 84378 | Serpulina murdochii Stanton et al. 1997 | | authority | 84379 | Brachyspira alvinipulli | | scientific name | 84379 | Brachyspira alvinipulli Stanton et al. 1998 | | authority | 84379 | Serpulina alvinipulli | | synonym | 84379 | Serpulina alvinipulli Stanton et al. 1998 | | authority | 84379 | chicken intestinal spirochete | | includes | 84404 | Hippea | | scientific name | 84404 | Hippea Miroshnichenko et al. 1999 emend. Flores et al. 2012 | | authority | 84406 | Salibacillus | | synonym | 84406 | Salibacillus Waino et al. 1999 | | authority | 84406 | Virgibacillus | | scientific name | 84406 | Virgibacillus Heyndrickx et al. 1998 emend. Heyrman et al. 2003 | | authority | 84406 | Virgibacillus Heyndrickx et al. 1998 emend. Waino et al. 1999 | | authority | 84407 | Virgibacillus proomii | | scientific name | 84407 | Virgibacillus proomii Heyndrickx et al. 1999 | | authority | 8445 | Gymnophiona | | scientific name | 8445 | caecilians | caecilians | blast name | 8445 | caecilians | caecilians | genbank common name | 84524 | Gasterophilus | | scientific name | 84524 | Gastrophilus | | synonym | 84524 | equid stomach bot flies | | common name | 84524 | horse bot flies | | genbank common name | 84544 | Polyrhachis | | scientific name | 84563 | ant, tsetse, mealybug, aphid, etc. endosymbionts | | scientific name | 84566 | Sphingobacteriaceae | | scientific name | 84566 | Sphingobacteriaceae Steyn et al. 1998 | | authority | 84567 | Nubsella | | synonym | 84567 | Nubsella Asker et al. 2008 | | authority | 84567 | Pedobacter | | scientific name | 84567 | Pedobacter Steyn et al. 1998 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Du et al. 2015 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Farfan et al. 2014 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Gallego et al. 2006 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Hwang et al. 2006 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Kook et al. 2014 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Vanparys et al. 2005 | | authority | 84567 | Pedobacter Steyn et al. 1998 emend. Zhou et al. 2012 | | authority | 84568 | unclassified Sphingobacteriaceae | | scientific name | 8457 | Sauropsida | | scientific name | 8457 | sauropsids | | genbank common name | 8459 | Anapsida | | synonym | 8459 | Reptilia | Reptilia | in-part | 8459 | Testudines | | scientific name | 8459 | Testudines Batsch 1788 | | authority | 8459 | anapsid reptiles | | common name | 8459 | reptiles | reptiles | in-part | 8459 | turtles | turtles | blast name | 8459 | turtles | turtles | genbank common name | 846 | Oxalobacter | | scientific name | 846 | Oxalobacter Allison et al. 1985 | | authority | 84603 | Agrocybe chaxingu | | scientific name | 84603 | Agrocybe chaxingu N.L. Huang, 1991 | | authority | 84603 | Cyclocybe chaxingu | | synonym | 84603 | Cyclocybe chaxingu (N.L. Huang) Q.M. Liu, Yang Gao & D.M. Hu, 2021 | | authority | 84607 | Agaricus pediades | | synonym | 84607 | Agaricus pediades Fr., 1821 | | authority | 84607 | Agrocybe pediades | | scientific name | 84607 | Agrocybe pediades (Fr.) Fayod, 1889 | | authority | 84607 | Agrocybe semiorbicularis | | synonym | 84616 | Dendryphion | | scientific name | 84616 | Dendryphion Wallr., 1833 | | authority | 84633 | Kineosporia rhizophila | | scientific name | 84633 | Kineosporia rhizophila Kudo et al. 1998 | | authority | 8464 | Cryptodira | | scientific name | 8464 | Cryptodira Cope, 1868 | | authority | 8464 | hidden-necked turtles | | genbank common name | 84642 | Aeromonadaceae | | scientific name | 84642 | Aeromonadaceae Colwell et al. 1986 | | authority | 84642 | Aeromonas group | | synonym | 84644 | Catla | | synonym | 84644 | Labeo | | scientific name | 84644 | Morulius | | synonym | 84645 | Cyprinus rohita | | synonym | 84645 | Cyprinus rohita Hamilton, 1822 | | authority | 84645 | Jayanti rohu | | common name | 84645 | Labeo rohita | | scientific name | 84645 | Labeo rohita (Hamilton, 1822) | | authority | 84645 | rohu | rohu | genbank common name | 8465 | Cheloniidae | | scientific name | 8465 | Cheloniidae Oppel 1811 | | authority | 8465 | sea turtles | | genbank common name | 8468 | Chelonia | | scientific name | 8469 | Chelonia midas | | includes | 8469 | Chelonia mydas | | scientific name | 8469 | Chelonia mydas (Linnaeus, 1758) | | authority | 8469 | Chelonia mydas caranigra | | includes | 8469 | Green sea turtle | | genbank common name | 8469 | Testudo mydas | | synonym | 8469 | Testudo mydas Linnaeus, 1758 | | authority | 8469 | green seaturtle | | common name | 847 | Oxalobacter formigenes | | scientific name | 847 | Oxalobacter formigenes Allison et al. 1985 | | authority | 84702 | Cervus elaphus yarkandensis | | synonym | 84702 | Cervus hanglu yarkandensis | | scientific name | 84702 | Cervus hanglu yarkandensis (Lydekker, 1900) | | authority | 84702 | Yarkand deer | | genbank common name | 8476 | Emydidae | | scientific name | 8476 | Emydinae | | synonym | 8476 | pond turtles | | common name | 8476 | terrapins | | genbank common name | 848 | Fusibacterium | | equivalent name | 848 | Fusobacterium | | scientific name | 848 | Fusobacterium Knorr 1922 (Approved Lists 1980) | | authority | 84842 | Passerina | Passerina | scientific name | 8486 | Testudinoidea | | scientific name | 8487 | Testudinidae | | scientific name | 8487 | Testudinidae Batsch 1788 | | authority | 8487 | tortoises | | genbank common name | 849 | "Actinomyces gonidiaformis" (Tunnicliff and Jackson 1925) Bergey et al. 1930 | | authority | 849 | "Pseudobacterium gonidiaformans" (Tunnicliff and Jackson 1925) Krasil'nikov 1949 | | authority | 849 | "Sphaerophorus gonidiaformans" (Tunnicliff and Jackson 1925) Prevot 1938 | | authority | 849 | Actinomyces gonidiaformis | | synonym | 849 | Fusibacterium gonidiaformans | | synonym | 849 | Fusibacterium gonidiiformans | | equivalent name | 849 | Fusobacterium gonidiaformans | | scientific name | 849 | Fusobacterium gonidiaformans (Tunnicliff and Jackson 1925) Moore and Holdeman 1970 (Approved Lists 1980) | | synonym | 849 | Fusobacterium gonidiiformans | | synonym | 849 | Pseudobacterium gonidiaformans | | synonym | 849 | Sphaerophorus gonidiaformans | | synonym | 8492 | Archosauria | | scientific name | 8493 | Crocodylidae | | scientific name | 8493 | Crocodylinae | | includes | 8493 | crocodiles | | genbank common name | 8495 | Alligator | | scientific name | 84992 | Acidimicrobidae | | includes | 84992 | Acidimicrobidae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 84992 | Acidimicrobiia | | scientific name | 84992 | Acidimicrobiia Norris 2013 | | authority | 84993 | Acidimicrobiales | | scientific name | 84993 | Acidimicrobiales Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 84993 | Acidimicrobineae | | includes | 84994 | Acidimicrobiaceae | | scientific name | 84994 | Acidimicrobiaceae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 84995 | Rubrobacteria | | scientific name | 84995 | Rubrobacteria Suzuki 2013 emend. Foesel et al. 2016 | | authority | 84995 | Rubrobacteridae | | includes | 84995 | Rubrobacteridae Rainey et al. 1997 emend. Stackebrandt 2004 | | authority | 84995 | Rubrobacteridae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 84996 | Rubrobacterales | | scientific name | 84996 | Rubrobacterales Rainey et al. 1997 emend. Foesel et al. 2016 | | authority | 84996 | Rubrobacterales Rainey et al. 1997 emend. Reddy and Garcia-Pichel 2009 | | authority | 84996 | Rubrobacterales Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 84996 | Rubrobacterineae | | includes | 84997 | Rubrobacteraceae | | scientific name | 84997 | Rubrobacteraceae Rainey et al. 1997 emend. Foesel et al. 2016 | | authority | 84997 | Rubrobacteraceae Rainey et al. 1997 emend. Stackebrandt 2004 | | authority | 84997 | Rubrobacteraceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 84998 | Coriobacteridae | | synonym | 84998 | Coriobacteridae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 84998 | Coriobacteriia | | scientific name | 84998 | Coriobacteriia Konig 2013 emend. Gupta et al. 2013 | | authority | 84999 | 'Coriobacterineae' | | includes | 84999 | Coriobacteriales | | scientific name | 84999 | Coriobacteriales Stackebrandt et al. 1997 emend. Gupta et al. 2013 | | authority | 84999 | Coriobacteriales Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 84999 | Coriobacterineae | | includes | 85 | Hyphomonas | | scientific name | 85 | Hyphomonas (ex Pongratz 1957) Moore et al. 1984 emend. Li et al. 2014 | | authority | 85 | Hyphomonas (ex Pongratz 1957) Moore et al. 1984 emend. Weiner et al. 2000 | | authority | 850 | "Bacillus mortiferus" Harris 1901 | | authority | 850 | "Bacillus necroticus" Nativelle 1936 in Weinberg et al. 1937 | | authority | 850 | "Bacteroides freundii" Hauduroy et al. 1937 | | authority | 850 | "Fusubacterium ridiculosum" (Prevot 1948) Moore and Holdeman 1969 | | authority | 850 | "Hiblerillus rectus" Heller 1922 | | authority | 850 | "Pseudobacterium freundii" (Hauduroy et al. 1937) Krasil'nikov 1949 | | authority | 850 | "Pseudobacterium mortiferum" (Harris 1901) Krasil'nikov 1949 | | authority | 850 | "Pseudobacterium necroticum" (Nativelle 1936) Krasil'nikov 1949 | | authority | 850 | "Spherophorus freundi" (sic) (Hauduroy et al. 1937) Prevot 1938 | | authority | 850 | "Spherophorus mortiferus" (sic) (Harris 1901) Prevot 1938 | | authority | 850 | "Spherophorus necroticus" (Nativelle 1936) Prevot 1938 | | authority | 850 | "Spherophorus ridiculosus" (sic) Prevot 1948 | | synonym | 850 | Bacillus mortiferus | | synonym | 850 | Bacillus necroticus | | synonym | 850 | Bacteroides freundii | | synonym | 850 | Clostridium rectum | | synonym | 850 | Clostridium rectum (Heller 1922) Holdeman and Moore 1972 (Approved Lists 1980) | | authority | 850 | Fusibacterium mortiferum | | equivalent name | 850 | Fusobacterium mortiferum | | scientific name | 850 | Fusobacterium mortiferum (Harris 1901) Moore and Holdeman 1970 (Approved Lists 1980) emend. De Witte et al. 2017 | | authority | 850 | Fusubacterium ridiculosum | | synonym | 850 | Hiblerillus rectus | | synonym | 850 | Pseudobacterium freundii | | synonym | 850 | Pseudobacterium mortiferum | | synonym | 850 | Pseudobacterium necroticum | | synonym | 850 | Spherophorus freundi | | synonym | 850 | Spherophorus mortiferus | | synonym | 850 | Spherophorus necroticus | | synonym | 850 | Spherophorus ridiculosus | | synonym | 8500 | Crocodylus | | scientific name | 85004 | Bifidobacteriales | | scientific name | 85004 | Bifidobacteriales Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85006 | Micrococcales | | scientific name | 85006 | Micrococcales Prevot 1940 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 85006 | Micrococcineae | | synonym | 85006 | Micrococcineae (Micrococceae Prevot 1961) emend. Stackebrandt et al. 1997 | | authority | 85006 | Micrococcineae Stackebrandt et al. 1997 | | authority | 85006 | Micrococcineae Stackebrandt et al. 1997 emend. Yassin et al. 2011 | | authority | 85006 | Micrococcineae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85007 | "Mycobacteriineae" Val-Calvo and Vazquez-Boland 2023 | | authority | 85007 | Corynebacteriales | | synonym | 85007 | Corynebacteriales Goodfellow and Jones 2015 | | synonym | 85007 | Corynebacteriineae | | synonym | 85007 | Corynebacteriineae corrig. Stackebrandt et al. 1997 | | synonym | 85007 | Corynebacterineae | | synonym | 85007 | Corynebacterineae Stackebrandt et al. 1997 | | authority | 85007 | Corynebacterineae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85007 | Mycobacteriales | | scientific name | 85007 | Mycobacteriales Cavalier-Smith, 2002 | | authority | 85007 | Mycobacteriales Janke 1924 (Approved Lists 1980) | | synonym | 85007 | Mycobacteriineae | | synonym | 85007 | Mycobacteriineae Val-Calvo and Vazquez-Boland 2024 | | authority | 85008 | Micromonosporales | | scientific name | 85008 | Micromonosporales Genilloud 2015 | | authority | 85008 | Micromonosporineae | | synonym | 85008 | Micromonosporineae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85009 | Propionibacteriales | | scientific name | 85009 | Propionibacteriales Patrick and McDowell 2015 emend. Nouioui et al. 2018 | | authority | 85009 | Propionibacterineae | | synonym | 85009 | Propionibacterineae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85009 | Propionicibacterineae | | equivalent name | 85010 | Pseudonocardiales | | scientific name | 85010 | Pseudonocardiales Labeda and Goodfellow 2015 | | authority | 85010 | Pseudonocardineae | | synonym | 85010 | Pseudonocardineae Stackebrandt et al. 1997 emend. Labeda et al. 2011 | | authority | 85010 | Pseudonocardineae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85011 | "Streptomycetales" (Rainey et al. 1997) Kampfer 2012 | | authority | 85011 | "Streptomycetes" Goodfellow and Williams 1983 | | authority | 85011 | Kitasatosporales | | scientific name | 85011 | Kitasatosporales Kampfer 2022 | | authority | 85011 | Streptomycetales | | synonym | 85011 | Streptomycetes | | synonym | 85011 | Streptomycetineae corrig. Rainey et al. 1997 | | authority | 85011 | Streptomycineae | | synonym | 85011 | Streptomycineae Rainey et al. 1997 | | synonym | 85011 | Streptomycineae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85012 | Streptosporangiales | | scientific name | 85012 | Streptosporangiales Goodfellow 2015 emend. Nouioui et al. 2018 | | authority | 85012 | Streptosporangineae | | synonym | 85012 | Streptosporangineae Ward-Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85013 | "Frankiales" Normand and Benson 2012 | | authority | 85013 | Frankiales | | scientific name | 85013 | Frankiales Sen et al. 2014 | | authority | 85013 | Frankineae | | synonym | 85013 | Frankineae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85014 | Glycomycetales | | scientific name | 85014 | Glycomycetales Labeda 2015 | | authority | 85014 | Glycomycineae | | synonym | 85014 | Glycomycineae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85015 | Nocardioidaceae | | scientific name | 85015 | Nocardioidaceae Nesterenko et al. 1990 emend. Nouioui et al. 2018 | | authority | 85015 | Nocardioidaceae Nesterenko et al. 1990 emend. Rainey et al. 1997 | | authority | 85015 | Nocardioidaceae Nesterenko et al. 1990 emend. Zhi et al. 2009 | | authority | 85015 | Nocardioides group | | synonym | 85016 | Cellulomonadaceae | | scientific name | 85016 | Cellulomonadaceae Stackebrandt and Prauser 1991 emend. Nouioui et al. 2018 | | authority | 85016 | Cellulomonadaceae Stackebrandt and Prauser 1991 emend. Stackebrandt and Schumann 2000 | | authority | 85016 | Cellulomonadaceae Stackebrandt and Prauser 1991 emend. Stackebrandt et al. 1997 | | authority | 85016 | Cellulomonadaceae Stackebrandt and Prauser 1991 emend. Zhi et al. 2009 | | authority | 85016 | Cellulosimonadacea | | equivalent name | 85017 | Promicromonosporaceae | | scientific name | 85017 | Promicromonosporaceae Rainey et al. 1997 emend. Nouioui et al. 2018 | | authority | 85017 | Promicromonosporaceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85018 | Dermatophilaceae | | scientific name | 85018 | Dermatophilaceae Austwick 1958 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 85018 | Dermatophilaceae Austwick 1958 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 85018 | Dermatophilaceae Austwick 1958 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 85019 | Brevibacteriaceae | | scientific name | 85019 | Brevibacteriaceae Breed 1953 (Approved Lists 1980) emend. Stackebrandt et al. 1997 | | authority | 85019 | Brevibacteriaceae Breed 1953 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 8502 | Australian saltwater crocodile | | genbank common name | 8502 | Crocodylus porosus | | scientific name | 8502 | Crocodylus porosus Schneider, 1801 | | authority | 8502 | estuarine crocodile | | common name | 85020 | Dermabacteraceae | | scientific name | 85020 | Dermabacteraceae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85021 | Intrasporangiaceae | | scientific name | 85021 | Intrasporangiaceae Rainey et al. 1997 emend. Nouioui et al. 2018 | | authority | 85021 | Intrasporangiaceae Rainey et al. 1997 emend. Stackebrandt and Schumann 2000 | | authority | 85021 | Intrasporangiaceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85022 | Jonesiaceae | | scientific name | 85022 | Jonesiaceae Stackebrandt et al. 1997 emend. Nouioui et al. 2018 | | authority | 85022 | Jonesiaceae Stackebrandt et al. 1997 emend. Zhi et al. 2009 | | authority | 85023 | Microbacteriaceae | | scientific name | 85023 | Microbacteriaceae Park et al. 1995 emend. Rainey et al. 1997 | | authority | 85023 | Microbacteriaceae Park et al. 1995 emend. Zhi et al. 2009 | | authority | 85024 | unclassified Mycobacteriaceae | | scientific name | 85025 | Nocardiaceae | | scientific name | 85025 | Nocardiaceae Castellani and Chalmers 1919 (Approved Lists 1980) emend. Nouioui et al. 2018 | | authority | 85025 | Nocardiaceae Castellani and Chalmers 1919 (Approved Lists 1980) emend. Rainey et al. 1997 | | authority | 85025 | Nocardiaceae Castellani and Chalmers 1919 (Approved Lists 1980) emend. Zhi et al. 2009 | | authority | 85025 | Williamsiaceae | | synonym | 85026 | Gordoniaceae | | scientific name | 85026 | Gordoniaceae Rainey et al. 1997 emend. Nouioui et al. 2018 | | authority | 85028 | Tsukamurellaceae | | scientific name | 85028 | Tsukamurellaceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85029 | Dietziaceae | | scientific name | 85029 | Dietziaceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 85030 | "Geodermatophilaceae" Normand et al. 1996 emend. Stackebrandt et al. 1997 | | authority | 85030 | Geodermatophilaceae | | scientific name | 85030 | Geodermatophilaceae Normand 2006 emend. Zhi et al. 2009 | | authority | 85031 | Microsphaeraceae | | synonym | 85031 | Microsphaeraceae Rainey et al. 1997 | | authority | 85031 | Nakamurellaceae | | scientific name | 85031 | Nakamurellaceae Tao et al. 2004 emend. Zhi et al. 2009 | | authority | 85034 | Glycomycetaceae | | scientific name | 85034 | Glycomycetaceae Rainey et al. 1997 emend. Labeda and Kroppenstedt 2005 | | authority | 85034 | Glycomycetaceae Rainey et al. 1997 emend. Nikou et al. 2015 | | authority | 85034 | Glycomycetaceae Rainey et al. 1997 emend. Zhi et al. 2009 | | authority | 8504 | Lepidosauria | | scientific name | 8504 | Reptilia | Reptilia | in-part | 8504 | lepidosaurs | | common name | 8504 | lizards & snakes | lizards & snakes | blast name | 8504 | lizards & snakes | lizards & snakes | genbank common name | 8504 | reptiles | reptiles | in-part | 85043 | Williamsia | | scientific name | 85043 | Williamsia Kampfer et al. 1999 | | authority | 85057 | Trypanosoma cruzi cruzi | | scientific name | 85066 | American crow | | genbank common name | 85066 | Corvus brachyrhynchos | | scientific name | 85066 | Corvus brachyrhynchos Brehm, 1822 | | authority | 85066 | Corvus brachyrhynchos Brehm,CL 1822 | | authority | 85072 | Allochromatium | | scientific name | 85072 | Allochromatium Imhoff et al. 1998 | | authority | 85076 | Marichromatium | | scientific name | 85076 | Marichromatium Imhoff et al. 1998 | | authority | 8509 | Squamata | | scientific name | 8509 | squamates | | genbank common name | 851 | "Bacillus fusiformis" Veillon and Zuber 1898 | | authority | 851 | "Corynebacterium fusiforme" (Veillon and Zuber 1898) Lehmann and Neumann 1907 | | authority | 851 | "Fusiformis fusiformis" (Veillon and Zuber 1898) Topley and Wilson 1936 | | authority | 851 | "Fusiformis nucleatus" (Knorr 1922) Bergey et al. 1930 | | authority | 851 | Corynebacterium fusiforme | | synonym | 851 | Fusibacterium nucleatum | | equivalent name | 851 | Fusiformis fusiformis | | synonym | 851 | Fusiformis nucleatus | | synonym | 851 | Fusobacterium fusiforme | | synonym | 851 | Fusobacterium nucleatum | | scientific name | 851 | Fusobacterium nucleatum Knorr 1922 (Approved Lists 1980) | | authority | 851 | Fusobacterium plauti-vincenti | | synonym | 85100 | Urocolius | | scientific name | 8511 | Iguania | | scientific name | 8511 | Lacertilia | Lacertilia | in-part | 8511 | iguanian lizards | | genbank common name | 85151 | Aneurinibacillus group | | scientific name | 8522 | Lacertidae | | scientific name | 85273 | Rhodothalassium | | scientific name | 85273 | Rhodothalassium Imhoff et al. 1998 emend. Venkata Ramana et al. 2013 | | authority | 853 | "Bacillus mucosus anaerobius" Prausnitz 1922 | | authority | 853 | Bacillus mucosus anaerobius | | synonym | 853 | Faecalibacterium prausnitzii | | scientific name | 853 | Faecalibacterium prausnitzii (Hauduroy et al. 1937) Duncan et al. 2002 | | authority | 853 | Fusobacterium prausnitzii (Hauduroy et al. 1937) Moore and Holdeman 1970 (Approved Lists 1980) | | synonym | 853 | butyrate-producing bacterium A2-165 | | includes | 85309 | Nezara | | scientific name | 85310 | Cimex smaragdulus | | synonym | 85310 | Cimex smaragdulus Fabricius, 1775 | | authority | 85310 | Cimex viridulus | | synonym | 85310 | Cimex viridulus Linnaeus, 1758 | | authority | 85310 | Nezara viridula | | scientific name | 85310 | Nezara viridula (Linnaeus, 1758) | | authority | 85310 | Nezara viridula var. torquata | | synonym | 85310 | southern green stink bug | | genbank common name | 85413 | Allobosea | | scientific name | 85413 | Allobosea Deshmukh and Oren 2026 | | authority | 85413 | Bosea Das et al. 1996 | | synonym | 85512 | Dicondylia | | scientific name | 856 | "Actinomyces pseudo-necro-phorus" Harris and Brown 1927 | | authority | 856 | "Bacteroides varius" Eggerth and Gagnon 1933 | | authority | 856 | "Pseudobacterium varium" (Eggerth and Gagnon 1933) Krasil'nikov 1949 | | authority | 856 | "Sphaerophorus pseudonecrophorus" (Harris and Brown 1927) Prevot 1940 | | synonym | 856 | "Sphaerophorus varius var. sulfitoreductans" Sebald. 1962 | | authority | 856 | "Sphaerophorus varius" (Eggerth and Gagnon 1933) Prevot 1938 | | authority | 856 | Actinomyces pseudo-necro-phorus | | synonym | 856 | Bacteroides varius | | synonym | 856 | Fusibacterium pseudonecrophorum | | equivalent name | 856 | Fusibacterium varium | | equivalent name | 856 | Fusobacterium necrophorum biovar C | | synonym | 856 | Fusobacterium pseudonecrophorum | | synonym | 856 | Fusobacterium pseudonecrophorum (ex Harris and Brown 1927) Shinjo et al. 1990 | | authority | 856 | Fusobacterium varium | | scientific name | 856 | Fusobacterium varium (Eggerth and Gagnon 1933) Moore and Holdeman 1969 | | authority | 856 | Pseudobacterium varium | | synonym | 856 | Sphaerophorus varius | | synonym | 856 | Sphaerophorus varius var. sulfitoreductans | | synonym | 8560 | Gekkota | | scientific name | 8560 | Lacertilia | Lacertilia | in-part | 8560 | geckos | geckos | genbank common name | 85604 | Amphiesmenoptera | | scientific name | 85621 | 16SrII (Peanut WB group) | | scientific name | 85681 | Citrus clementina | | synonym | 85681 | Citrus deliciosa x Citrus sinensis | | synonym | 85681 | Citrus x clementina | | scientific name | 85681 | Citrus x clementina Yu.Tanaka, 1954 | | authority | 85681 | clementine | | common name | 85698 | "Achromobacter xylosoxidans" Yabuuchi and Ohyama 1971 | | authority | 85698 | Achromobacter sp. 2789STDY5608606 | | includes | 85698 | Achromobacter sp. 2789STDY5608609 | | includes | 85698 | Achromobacter sp. 2789STDY5608611 | | includes | 85698 | Achromobacter sp. 2789STDY5608612 | | includes | 85698 | Achromobacter sp. 2789STDY5608616 | | includes | 85698 | Achromobacter sp. 2789STDY5608618 | | includes | 85698 | Achromobacter sp. 2789STDY5608619 | | includes | 85698 | Achromobacter sp. 2789STDY5608620 | | includes | 85698 | Achromobacter sp. 2789STDY5608622 | | includes | 85698 | Achromobacter sp. 2789STDY5608623 | | includes | 85698 | Achromobacter sp. 2789STDY5608624 | | includes | 85698 | Achromobacter sp. 2789STDY5608629 | | includes | 85698 | Achromobacter sp. 2789STDY5608630 | | includes | 85698 | Achromobacter sp. 2789STDY5608632 | | includes | 85698 | Achromobacter sp. 2789STDY5663426 | | includes | 85698 | Achromobacter sp. 2789STDY5663429 | | includes | 85698 | Achromobacter sp. 2789STDY5663443 | | includes | 85698 | Achromobacter sp. 2789STDY5663447 | | includes | 85698 | Achromobacter sp. AHJR1 | | includes | 85698 | Achromobacter sp. CCUG 2349 | | includes | 85698 | Achromobacter sp. CCUG 27767 | | includes | 85698 | Achromobacter sp. CCUG 48135 | | includes | 85698 | Achromobacter sp. CCUG 48386 | | includes | 85698 | Achromobacter sp. ES-6 | | includes | 85698 | Achromobacter sp. GAD3 | | includes | 85698 | Achromobacter sp. HMSC056C09 | | includes | 85698 | Achromobacter sp. HMSC057D05 | | includes | 85698 | Achromobacter sp. HMSC070F04 | | includes | 85698 | Achromobacter sp. HMSC15D03 | | includes | 85698 | Achromobacter sp. HMSC18C08 | | includes | 85698 | Achromobacter xilosoxidans | | synonym | 85698 | Achromobacter xylosoxidans | | scientific name | 85698 | Achromobacter xylosoxidans (ex Yabuuchi and Ohyama 1971) Yabuuchi and Yano 1981 | | authority | 85698 | Achromobacter xylosoxidans KF701 | | includes | 85698 | Achromobacter xylosoxidans subsp. xylosoxidans | | synonym | 85698 | Achromobacter xylosoxidans subsp. xylosoxidans (ex Yabuuchi and Ohyama 1971) Yabuuchi and Yano 1981 | | authority | 85698 | Achromobacter xylosoxydans | | equivalent name | 85698 | Alcaligenes denitrificans subsp. xylosoxydans | | synonym | 85698 | Alcaligenes denitrificans subsp. xylosoxydans (Yabuuchi and Yano 1981) Kersters and De Ley 1984 | | authority | 85698 | Alcaligenes xylosoxidans | | synonym | 85698 | Alcaligenes xylosoxidans (Yabuuchi and Yano 1981) Kiredjian et al. 1986 | | authority | 85698 | Alcaligenes xylosoxidans subsp. xylosoxidans | | synonym | 85698 | Alcaligenes xylosoxidans subsp. xylosoxidans (Yabuuchi and Yano 1981) Kiredjian et al. 1986 | | authority | 85698 | Alcaligenes xylosoxydans | | equivalent name | 85698 | Flavobacterium sp. 650 | | includes | 8570 | Ophidia | | synonym | 8570 | Serpentes | | scientific name | 8570 | snakes | snakes | blast name | 8570 | snakes | snakes | genbank common name | 85701 | Bartonella tribocorum | | scientific name | 85701 | Bartonella tribocorum Heller et al. 1998 | | authority | 857141 | Streptococcus mutans NFSM2 | | scientific name | 857144 | Streptococcus mutans 2VS1 | | scientific name | 857151 | Streptococcus mutans 1SM1 | | scientific name | 85772 | Symphyta | Symphyta | in-part | 85772 | Tenthredinoidea | | scientific name | 8578 | Colubridae | | scientific name | 8578 | colubrid snakes | | genbank common name | 85819 | Phthiraptera | | scientific name | 85819 | Phthiraptera Haeckel, 1896 | | authority | 85819 | lice | lice | blast name | 85819 | lice | lice | genbank common name | 85823 | Blattaria | | synonym | 85823 | Blattodea | | scientific name | 85823 | Blattoptera | | synonym | 85823 | cockroaches & termites | cockroaches & termites | blast name | 85823 | cockroaches & termites | cockroaches & termites | genbank common name | 85831 | Bacteroides acidifaciens | | scientific name | 85831 | Bacteroides acidifaciens Miyamoto and Itoh 2000 | | authority | 858423 | Bradyrhizobium arachidis | | scientific name | 858423 | Bradyrhizobium arachidis Wang et al. 2015 | | authority | 858423 | Bradyrhizobium sp. CCBAU 051107 | | includes | 858423 | Bradyrhizobium sp. CCBAU 23155 | | includes | 858423 | Bradyrhizobium sp. CCBAU 33067 | | includes | 858423 | Bradyrhizobium sp. CCBAU 45332 | | includes | 858423 | Bradyrhizobium sp. CzR2 | | includes | 858423 | Bradyrhizobium sp. USDA 3384 | | includes | 858877 | Agaricus filopes | | synonym | 858877 | Agaricus filopes Bull., 1787 | | authority | 858877 | Mycena filopes | | scientific name | 858877 | Mycena filopes (Bull.) P. Kumm., 1871 | | authority | 85982 | Boletus lacrymans | | synonym | 85982 | Boletus lacrymans Wulfen, 1781 | | authority | 85982 | Serpula lacrymans | | scientific name | 85982 | Serpula lacrymans (Wulfen) J. Schroter, 1888 | | synonym | 85982 | dry rot fungus | | common name | 85991 | Chlamydia pecorum | | scientific name | 85991 | Chlamydia pecorum Fukushi and Hirai 1992 | | authority | 85991 | Chlamydophila pecorum | | synonym | 85991 | Chlamydophila pecorum (Fukushi and Hirai 1992) Everett et al. 1999 | | authority | 860 | Fusibacterium periodonticum | | equivalent name | 860 | Fusobacterium periodonticum | | scientific name | 860 | Fusobacterium periodonticum Slots et al. 1984 | | authority | 860221 | Georgenia satyanarayanai | | scientific name | 860221 | Georgenia satyanarayanai Srinivas et al. 2012 emend. Kampfer et al. 2016 | | authority | 860221 | Georgenia sp. JC82 | | includes | 860221 | Georgenia sp. JLT1488 | | includes | 860221 | Oceanitalea nanhaiensis | | synonym | 860221 | Oceanitalea nanhaiensis Fu et al. 2012 | | authority | 86026 | Acidomelania | | synonym | 86026 | Acidomelania E. Walsh & N. Zhang, 2014 | | authority | 86026 | Mollisia | | scientific name | 86026 | Mollisia (Fr.) P. Karst., 1871 | | authority | 86026 | Peziza trib. Mollisia | | synonym | 86026 | Peziza trib. Mollisia Fr., 1822 | | authority | 86026 | Tapesia | | synonym | 86026 | Tapesia (Pers.) Fuckel, 1870 | | authority | 86029 | Bacillus subtilis subsp. natto | | scientific name | 86029 | Bacillus subtilis var. natto | | equivalent name | 860303 | Puccinia coronata var. avenae | | scientific name | 860303 | Puccinia coronata var. avenae W.P. Fraser & Ledingham 1933 | | authority | 86040 | "Xanthomonas malvacearum" (Smith 1901) Dowson 1939 | | authority | 86040 | "Xanthomonas smithii subsp. smithii" Schaad et al. 2005 | | authority | 86040 | "Xanthomonas smithii" Schaad et al. 2005 | | authority | 86040 | Xanthomonas axonopodis pv. malvacearum | | synonym | 86040 | Xanthomonas axonopodis pv. malvacearum (Smith 1901) Vauterin et al. 1995 | | authority | 86040 | Xanthomonas campestris (pv. malvacearum) | | synonym | 86040 | Xanthomonas campestris pv. malvacearum | | synonym | 86040 | Xanthomonas campestris pv. malvacearum (ex Smith 1901) Dye 1978 | | authority | 86040 | Xanthomonas citri pv. malvacearum | | scientific name | 86040 | Xanthomonas citri pv. malvacearum (Smith 1901) Constantin 2016 | | authority | 86040 | Xanthomonas citri subsp. malvacearum | | synonym | 86040 | Xanthomonas citri subsp. malvacearum (ex Smith 1901) Schaad et al. 2007 | | authority | 86040 | Xanthomonas malvacearum | | synonym | 86040 | Xanthomonas smithii | | synonym | 86040 | Xanthomonas smithii subsp. smithii | | synonym | 86049 | Cladophialophora carrionii | | scientific name | 86049 | Cladophialophora carrionii (Trejos) de Hoog, Kwon-Chung & McGinnis, 1995 | | authority | 86049 | Cladosporium carrionii | | synonym | 86049 | Cladosporium carrionii Trejos, 1954 | | authority | 86085 | Gymnopilus | | scientific name | 86085 | Gymnopilus P. Karst., 1879 | | authority | 86085 | Pyrrhoglossum | | includes | 860918 | Ampulex compressa | | scientific name | 860918 | Ampulex compressa (Fabricius, 1781) | | authority | 861109 | Sphingobium indicum B90A | | scientific name | 861109 | Sphingobium indicum str. B90A | | equivalent name | 861109 | Sphingobium indicum strain B90A | | equivalent name | 861269 | Microbacterium sp. 3J1 | | scientific name | 86176 | Pseudomonas meliae | | scientific name | 86176 | Pseudomonas meliae Ogimi 1981 | | authority | 861768 | Coregonus sp. 'balchen' | | scientific name | 86185 | Pseudomonas lundensis | | scientific name | 86185 | Pseudomonas lundensis Molin et al. 1986 | | authority | 86185 | Pseudomonas sp. AU14541 | | includes | 86185 | Pseudomonas sp. AU9518 | | includes | 86185 | Psychrobacter sp. FME2 | | includes | 861906 | Escherichia coli O44:H18 | | scientific name | 861914 | Fibrella | | scientific name | 861914 | Fibrella Filippini et al. 2011 | | authority | 86192 | Pseudomonas aurantiaca | | synonym | 86192 | Pseudomonas aurantiaca Nakhimovskaya 1948 (Approved Lists 1980) | | authority | 86192 | Pseudomonas chlororaphis subsp. aurantiaca | | scientific name | 86192 | Pseudomonas chlororaphis subsp. aurantiaca (Nakhimovskaya 1948) Peix et al. 2007 | | authority | 862 | Syntrophomonas | | scientific name | 862 | Syntrophomonas McInerney et al. 1982 | | synonym | 862 | Syntrophomonas McInerney et al. 1982 emend. Lorowitz et al. 1989 | | authority | 862 | Syntrophomonas McInerney et al. 1982 emend. Wu et al. 2006 | | authority | 862 | Syntrophospora | | synonym | 862 | Syntrophospora Zhao et al. 1990 | | authority | 86204 | Periophthalmus | | scientific name | 862241 | Physalacriaceae | | scientific name | 862241 | Physalacriaceae Corner, 1970 | | authority | 862507 | Mus | Mus | scientific name | 86265 | Pseudomonas thivervalensis | | scientific name | 86265 | Pseudomonas thivervalensis Achouak et al. 2000 | | authority | 863 | Syntrophomonas wolfei | | scientific name | 863 | Syntrophomonas wolfei McInerney et al. 1982 | | synonym | 863 | Syntrophomonas wolfei McInerney et al. 1982 emend. Lorowitz et al. 1989 | | authority | 863253 | Marinicella | | scientific name | 863253 | Marinicella Romanenko et al. 2010 | | authority | 86331 | Mogibacterium | | scientific name | 86331 | Mogibacterium Nakazawa et al. 2000 | | authority | 86335 | Peronospora destructor | | scientific name | 863372 | Herbaspirillum huttiense | | scientific name | 863372 | Herbaspirillum huttiense (Leifson 1962) Ding and Yokota 2004 | | authority | 863372 | Herbaspirillum huttiense (Leifson 1962) Ding and Yokota 2004 emend. Dobritsa et al. 2010 | | authority | 863372 | Pseudomonas huttiensis | | synonym | 863372 | Pseudomonas huttiensis Leifson 1962 (Approved Lists 1980) | | authority | 86342 | Henriciella barbarensis | | scientific name | 86342 | Henriciella barbarensis Abraham et al. 2017 | | authority | 86342 | Henriciella sp. MCS23 | | includes | 864051 | Burkholderiales bacterium JOSHI_001 | | scientific name | 864058 | Streptomyces kebangsaanensis | | scientific name | 864058 | Streptomyces kebangsaanensis Mohd et al. 2013 | | authority | 864058 | Streptomyces kebangsaanensis Sarmin et al. 2013 emend. Nouioui et al. 2018 | | authority | 864058 | Streptomyces sp. SUK12 | | includes | 86416 | Clostridia isolate BC1 | | synonym | 86416 | Clostridium pasteurianum BC1 | | scientific name | 86416 | Clostridium pasteurianum str. BC1 | | equivalent name | 86416 | Clostridium pasteurianum strain BC1 | | equivalent name | 86416 | Clostridium sp. ATCC 53464 | | synonym | 86416 | Clostridium sp. BC1 | | synonym | 86473 | Gamma Proteobacterial sp. | | synonym | 86473 | Gamma proteobacterium sp. | | synonym | 86473 | Gamma-proteobacterium | | synonym | 86473 | unclassified gamma Proteobacteria. | | synonym | 86473 | unclassified gamma proteobacterium | | synonym | 86473 | uncultured Gammaproteobacteria | | synonym | 86473 | uncultured Gammaproteobacteria bacterium | | scientific name | 86473 | uncultured Gammaproteobacteria sp. | | synonym | 86473 | uncultured gamma proteobacterium | | synonym | 86473 | uncultured gamma-proteobacterium | | synonym | 86473 | uncultured gammaproteobacterium | | synonym | 86473 | unidentified gamma proteobacterium | | synonym | 86473 | unknown gamma proteobacterium | | synonym | 86546 | Fusarium graminum | | scientific name | 86546 | Fusarium graminum Corda, 1837 | | authority | 866536 | Belliella baltica BA134 | | synonym | 866536 | Belliella baltica DSM 15883 | | scientific name | 866536 | Belliella baltica str. DSM 15883 | | equivalent name | 866536 | Belliella baltica strain DSM 15883 | | equivalent name | 86661 | Bacillus cereus group | | scientific name | 866673 | Marinifilum | | scientific name | 866673 | Marinifilum Na et al. 2009 | | authority | 866673 | Marinifilum Na et al. 2009 emend. Fu et al. 2018 | | authority | 866673 | Marinifilum Na et al. 2009 emend. Ruvira et al. 2013 | | authority | 866774 | Fannyhessea vaginae PB189-T1-4 | | scientific name | 866800 | Cactineae | | scientific name | 866800 | Portulacineae | | synonym | 866800 | Portulacineae Engl., 1898 | | authority | 86802 | Ustilago nuda | | scientific name | 86802 | Ustilago nuda (C.N. Jensen) Kellerm. & Swingle, 1890 | | authority | 86802 | Ustilago segetum var. nuda | | synonym | 86802 | Ustilago segetum var. nuda C.N. Jensen 1888 | | authority | 868131 | Methanobacterium paludis | | scientific name | 868131 | Methanobacterium paludis Cadillo-Quiroz et al. 2014 | | authority | 868131 | Methanobacterium sp. SWAN1 | | includes | 86840 | "Pseudomonas cannabina" Sutic and Dowson 1959 | | authority | 86840 | Pseudomonas cannabina | | scientific name | 86840 | Pseudomonas cannabina (ex Sutic and Dowson 1959) Gardan et al. 1999 | | synonym | 86840 | Pseudomonas syringae group genomosp. 9 | | synonym | 86840 | Pseudomonas syringae pv. cannabina | | synonym | 86840 | Pseudomonas syringae pv. cannabina (Sutic and Dowson 1959) Young et al. 1978 | | authority | 868597 | Stenotrophomonas maltophilia JV3 | | scientific name | 8689 | Viperidae | | scientific name | 86971 | Trichogramma brassicae | | scientific name | 869719 | Sphingomonas endophytica | | scientific name | 869719 | Sphingomonas endophytica Huang et al. 2012 | | authority | 869719 | Sphingomonas sp. YIM 65583 | | includes | 869804 | unclassified Syntrophobacteraceae | | scientific name | 869949 | Chroococcidiopsis sp. CCALA 051 | | scientific name | 869949 | Chroococcidiopsis sp. Hindak 1962/38 | | equivalent name | 87 | Hyphomonas sp. | | scientific name | 870435 | Pisolithus tinctorius ATCC MYA-4688 | | synonym | 870435 | Pisolithus tinctorius Marx 270 | | scientific name | 870536 | Willisornis | | scientific name | 870730 | Hansenula angusta | | synonym | 870730 | Hansenula angusta Teun., H.H. Hall & Wick. 1960 | | authority | 870730 | Ogataea angusta | | scientific name | 870730 | Ogataea angusta (Teun., H.H. Hall & Wick.) Suh & Zhou 2010 | | authority | 870730 | Pichia angusta | | synonym | 87088 | Phaseolus calcaratus | | synonym | 87088 | Phaseolus calcaratus Roxb. | | authority | 87088 | Phaseolus chrysanthos | | synonym | 87088 | Phaseolus chrysanthos Savi | | authority | 87088 | Phaseolus chrysanthus | | synonym | 87088 | Vigna calcarata | | synonym | 87088 | Vigna calcarata (Roxb.) Kurz | | authority | 87088 | Vigna umbellata | | scientific name | 87088 | Vigna umbellata Ohwi & H.Ohashi, 1969 | | authority | 87088 | mambi-bean | | common name | 87088 | rice bean | | genbank common name | 8710 | Crotalinae | | scientific name | 8710 | pit vipers | | genbank common name | 871585 | Acinetobacter calcoaceticus PHEA-2 | | equivalent name | 871585 | Acinetobacter calcoaceticus str. PHEA-2 | | equivalent name | 871585 | Acinetobacter calcoaceticus strain PHEA-2 | | equivalent name | 871585 | Acinetobacter pittii PHEA-2 | | scientific name | 872 | "Sporovibrio" Starkey 1938 | | authority | 872 | Desulfomonas | | synonym | 872 | Desulfomonas Moore et al. 1976 (Approved Lists 1980) | | authority | 872 | Desulfovibrio | | scientific name | 872 | Desulfovibrio Kluyver and van Niel 1936 (Approved Lists 1980) emend. Loubinoux et al. 2002 | | authority | 872 | Sporovibrio | | synonym | 87229 | Botryotinia porri | | synonym | 87229 | Botrytis porri | | scientific name | 87229 | Botrytis porri N.F. Buchwald, 1949 | | authority | 87229 | Botrytis porri N.F.Buchw. | | authority | 872330 | Acidithiobacillus sp. GGI-221 | | scientific name | 8728 | Crotalus | | scientific name | 874265 | unclassified Thermaceae | | scientific name | 87458 | Facklamia sp. CCUG 30090 | | includes | 87458 | Facklamia sp. CCUG30090 | | includes | 87458 | Facklamia tabacinasalis | | synonym | 87458 | Facklamia tabacinasalis Collins et al. 1999 | | authority | 87458 | Ruoffia tabacinasalis | | scientific name | 87458 | Ruoffia tabacinasalis (Collins et al. 1999) Fotedar et al. 2021 | | authority | 87461 | Rhodopseudomonas rhenobacensis | | scientific name | 87461 | Rhodopseudomonas rhenobacensis Hougardy et al. 2000 | | authority | 875184 | Puccinia striiformis f. sp. tritici PST-130 | | scientific name | 875328 | "Mycobacterium sinense" Zhang et al. 2013 | | authority | 875328 | "Mycolicibacter sinensis" (Zhang et al. 2013) Gupta et al. 2018 | | authority | 875328 | Mycobacterium sinense | | synonym | 875328 | Mycobacterium sp. 506 | | includes | 875328 | Mycobacterium sp. JDM601 | | includes | 875328 | Mycolicibacter sinensis | | scientific name | 876003 | Eteone sp. CMC02 | | scientific name | 876003 | Eteone sp. CMC02 BOLD:AAD0999 | | synonym | 876090 | environmental samples | environmental samples | scientific name | 876091 | uncultured Oscillibacter sp. | | scientific name | 876142 | Encephalitozoon intestinalis ATCC 50506 | | scientific name | 87634 | unclassified Pseudomonadales | | scientific name | 87658 | Corymbia | Corymbia | scientific name | 87658 | Corymbia K.D. Hill & L.A.S. Johnson, 1995 | | authority | 877183 | Chromerida | | synonym | 877183 | Chromerida Moore et al. 2008 | | authority | 877183 | Colpodellida | | scientific name | 877466 | Thermoflexus hugenholtzii JAD2 | | scientific name | 877466 | bacterium JAD2 | | equivalent name | 877507 | Epichloe festucae Fl1 | | scientific name | 877559 | Thecamonas | | scientific name | 877559 | Thecamonas Larsen and Patterson 1990 | | authority | 8782 | Aves | | scientific name | 8782 | avian | | synonym | 8782 | birds | birds | blast name | 8782 | birds | birds | genbank common name | 8783 | Palaeognathae | | scientific name | 87882 | Burkholderia cepacia complex | | scientific name | 87883 | Burkholderia cepacia genomovar II | | synonym | 87883 | Burkholderia multivorans | | scientific name | 87883 | Burkholderia multivorans Vandamme et al. 1997 | | authority | 87883 | Burkholderia sp. VTT E-072683 | | includes | 879819 | Cutaneotrichosporon oleaginosum | | scientific name | 879819 | Cutaneotrichosporon oleaginosum (J.J. Zhou, S.O. Suh & Gujjari) Xin Zhan Liu, F.Y. Bai, M. Groenew. & Boekhout, 2015 | | authority | 879819 | Trichosporon oleaginosum J.J. Zhou, S.O. Suh & Gujjari, 2011 | | synonym | 879819 | Trichosporon sp. ATCC 20508 | | includes | 879819 | Trichosporon sp. ATCC 20509 | | includes | 8802 | Tinamiformes | | scientific name | 8802 | tinamous | | genbank common name | 8803 | Tinamidae | | scientific name | 88036 | Kungiselaginella moellendorffii | | synonym | 88036 | Kungiselaginella moellendorffii (Hieron.) Li Bing Zhang & X.M.Zhou, 2023 | | authority | 88036 | Selaginella moellendorffii | | scientific name | 88036 | Selaginella moellendorffii Hieron., 1901 | | authority | 88036 | Selaginella moellendorfii | | synonym | 880440 | Acacia pycnantha | | scientific name | 880440 | Acacia pycnantha Benth., 1842 | | authority | 880535 | Plasmodium adleri | | synonym | 880535 | Plasmodium adleri (nom. inval.) | | scientific name | 880535 | Plasmodium adleri Rayner et al., 2011 | | authority | 880535 | Plasmodium sp. clade G2 | | includes | 880535 | Plasmodium sp. gorilla clade G2 | | includes | 880591 | Ketogulonicigenium vulgare Y25 | | scientific name | 880591 | Ketogulonicigenium vulgare str. Y25 | | equivalent name | 880591 | Ketogulonicigenium vulgare strain Y25 | | equivalent name | 880756 | Fistulifera | | scientific name | 880756 | Fistulifera Lange-Bertalot, 1997 | | authority | 88082 | Crotalus tigris | | scientific name | 88082 | Crotalus tigris Kennicott, 1859 | | authority | 88082 | Tiger rattlesnake | | genbank common name | 881023 | Hormoscilla | | scientific name | 881023 | Hormoscilla Anagnostidis & Komarek, 1988 | | authority | 881260 | Enterobacter bugandensis | | scientific name | 881260 | Enterobacter bugandensis Doijad et al. 2016 | | authority | 881260 | Enterobacter cloacae complex sp. 35669 | | includes | 881260 | Enterobacter cloacae complex sp. GN02283 | | includes | 881260 | Enterobacter cloacae complex sp. GN02548 | | includes | 881260 | Enterobacter cloacae complex sp. GN03842 | | includes | 881260 | Enterobacter cloacae complex sp. GN04787 | | includes | 881260 | Enterobacter cloacae complex sp. GN05729 | | includes | 881260 | Enterobacter sp. 247BMC | | includes | 881260 | Enterobacter sp. 35669 | | includes | 881260 | Enterobacter sp. EB-246 | | includes | 881260 | Enterobacter sp. EB-248 | | includes | 881260 | Enterobacter sp. EB-249 | | includes | 881260 | Enterobacter sp. EB-250 | | includes | 881260 | Enterobacter sp. EB-258 | | includes | 881260 | Enterobacter sp. EB-260 | | includes | 881260 | Enterobacter sp. EB-261 | | includes | 881260 | Enterobacter sp. GN02283 | | includes | 881260 | Enterobacter sp. GN02548 | | includes | 88138 | Modestobacter | | scientific name | 88138 | Modestobacter Mevs et al. 2000 | | authority | 88138 | Modestobacter Mevs et al. 2000 emend. Montero-Calasanz et al. 2019 | | authority | 88138 | Modestobacter Mevs et al. 2000 emend. Qin et al. 2013 | | authority | 88138 | Modestobacter Mevs et al. 2000 emend. Reddy et al. 2007 | | authority | 88138 | Modestobacter Mevs et al. 2000 emend. Xiao et al. 2011 | | authority | 88178 | Pipra | | scientific name | 88178 | Pipra Linnaeus, 1764 | | authority | 8819 | Apterygiformes | | scientific name | 8819 | kiwis | | genbank common name | 8820 | Apterygidae | | scientific name | 8821 | Apteryx | | scientific name | 88217 | Apis mellifera carnica | | scientific name | 88217 | Apis mellifera carnica Pollmann, 1879 | | authority | 88217 | Carniolan honeybee | | genbank common name | 882446 | Nocardia goodfellowii | | scientific name | 882446 | Nocardia goodfellowii Sazak et al. 2012 | | authority | 882446 | Nocardia sp. A2012 | | includes | 8825 | Neognathae | | scientific name | 8826 | Anseriformes | | scientific name | 8826 | ducks, geese & swans | | genbank common name | 882627 | Sphaerotilus natans subsp. natans | | scientific name | 882627 | Sphaerotilus natans subsp. natans (Kutzing 1833) Gridneva et al. 2011 | | authority | 882627 | Sphaerotilus sp. D-380 | | includes | 8830 | Anatidae | | scientific name | 8830 | waterfowl | | genbank common name | 883064 | Clostridium perfringens F262 | | scientific name | 883064 | Clostridium perfringens str. F262 | | equivalent name | 883064 | Clostridium perfringens strain F262 | | equivalent name | 883119 | Klebsiella oxytoca 10-5244 | | scientific name | 883163 | Sphingobium yanoikuyae ATCC 51230 | | scientific name | 88404 | Methanicorpusculaceae | | equivalent name | 88404 | Methanocorpusculaceae | | scientific name | 88404 | Methanocorpusculaceae Zellner et al. 1989 | | authority | 88431 | Dorea longicatena | | scientific name | 88431 | Dorea longicatena Taras et al. 2002 | | authority | 88431 | Eubacterium sp. III-35 | | includes | 88456 | Cyclospora cayetanensis | | scientific name | 88456 | Cyclospora cayetanensis Ortega, Gilman & Sterling, 1994 | | authority | 885 | Desulfovibrio sp. | | scientific name | 88639 | Agyriales | | includes | 88639 | Agyriineae | | includes | 88639 | Pertusariales | | scientific name | 88639 | Pertusariales M. Choisy ex D. Hawksw. & O.E. Erikss., 1986 | | authority | 88646 | Teloschistaceae | | scientific name | 88646 | Teloschistaceae Zahlbr., 1898 | | authority | 88647 | Teloschistes | | scientific name | 88647 | Teloschistes Norman, 1853 | | authority | 88661 | Berycidae | | scientific name | 88661 | alfonsinos | | genbank common name | 88664 | Centroberyx | | scientific name | 886714 | Artemisiinae | | scientific name | 886714 | Artemisiinae Less., 1830 | | authority | 886730 | Anthemidinae | | scientific name | 886730 | Anthemidinae (Cass.) Dumort., 1827 | | authority | 886737 | unclassified Nitrosopumilaceae | | scientific name | 886794 | Odontophorus gujanensis | | scientific name | 886794 | Odontophorus gujanensis (Gmelin, 1789) | | authority | 886794 | Tetrao gujanensis | | synonym | 886794 | Tetrao gujanensis Gmelin, 1789 | | authority | 886794 | marbled wood quail | | genbank common name | 88723 | Natrinema | | scientific name | 88723 | Natrinema McGenity et al. 1998 | | authority | 88723 | Natrinema McGenity et al. 1998 emend. Xin et al. 2000 | | authority | 88723 | Natrinema McGenity et al. 1998 emend. de la Haba et al. 2021 | | authority | 88741 | Xanthoria | | scientific name | 88741 | Xanthoria (Fr.) Th. Fr., 1861 | | authority | 88746 | Acarosporaceae | | scientific name | 88746 | Acarosporaceae Zahlbr., 1906 | | authority | 887462 | Streptomyces brevispora | | scientific name | 887462 | Streptomyces brevispora Zucchi et al. 2012 | | authority | 887462 | Streptomyces sp. BK160 | | includes | 88770 | Panarthropoda | | scientific name | 888060 | Centipeda periodontii ATCC 35019 | | synonym | 888060 | Centipeda periodontii DSM 2778 | | scientific name | 888060 | Centipeda periodontii str. DSM 2778 | | equivalent name | 888060 | Centipeda periodontii strain DSM 2778 | | equivalent name | 888062 | Dialister micraerophilus ADV 04.01 | | synonym | 888062 | Dialister micraerophilus DSM 19965 | | scientific name | 888062 | Dialister micraerophilus str. DSM 19965 | | equivalent name | 888062 | Dialister micraerophilus strain DSM 19965 | | equivalent name | 888268 | Dichanthelium oligosanthes | | scientific name | 888268 | Dichanthelium oligosanthes (Schult.) Gould, 1974 | | authority | 888268 | Panicum oligosanthes | | synonym | 888268 | Panicum oligosanthes Schult., 1824 | | authority | 888435 | Pseudoalteromonas sp. MelDa3 | | scientific name | 888809 | Streptococcus sanguinis SK72 | | scientific name | 888820 | Streptococcus sanguinis SK1056 | | scientific name | 888825 | Streptococcus sanguinis VMC66 | | scientific name | 88886 | Drosophila sulfurigaster | | scientific name | 88886 | Drosophila sulfurigaster (Duda, 1923) | | authority | 88886 | Spinulophila sulfurigaster | | synonym | 8892 | Apodiformes | | scientific name | 8892 | Trochiliformes | | includes | 8892 | swifts and hummingbirds | | genbank common name | 8893 | Apodidae | | scientific name | 8893 | swifts | swifts | genbank common name | 889300 | Nitratireductor aquimarinus | | scientific name | 889300 | Nitratireductor aquimarinus Jang et al. 2011 | | authority | 889300 | Nitratireductor sp. CL-SC22 | | includes | 8896 | Chaetura | | scientific name | 8897 | Chaetura pelagica | | scientific name | 8897 | Hirundo pelagica | | synonym | 8897 | Hirundo pelagica Linnaeus, 1758 | | authority | 8897 | chimney swift | | genbank common name | 890 | Desulfuromonas | | scientific name | 890 | Desulfuromonas Pfennig and Biebl 1977 (Approved Lists 1980) | | authority | 8902 | Caprimulgiformes | | scientific name | 8902 | nightjars and others | | genbank common name | 890402 | Bifidobacterium longum subsp. longum BBMN68 | | scientific name | 890402 | Bifidobacterium longum subsp. longum str. BBMN68 | | equivalent name | 890402 | Bifidobacterium longum subsp. longum strain BBMN68 | | equivalent name | 89053 | Gordonia amicalis | | scientific name | 89053 | Gordonia amicalis Kim et al. 2000 | | authority | 89053 | Gordonia amicalis Kim et al. 2000 emend. Nouioui et al. 2018 | | authority | 89053 | Gordonia sp. RR | | includes | 89059 | Lactobacillus acidipiscis | | synonym | 89059 | Lactobacillus acidipiscis Tanasupawat et al. 2000 | | authority | 89059 | Lactobacillus cypricasei | | synonym | 89059 | Lactobacillus cypricasei Lawson et al. 2001 | | authority | 89059 | Lactobacillus sp. FS60-1 | | includes | 89059 | Lactobacillus sp. FS60-1T | | includes | 89059 | Lactobacillus sp. LMG 17676 | | includes | 89059 | Lactobacillus sp. LMK3 | | includes | 89059 | Ligilactobacillus acidipiscis | | scientific name | 89059 | Ligilactobacillus acidipiscis (Tanasupawat et al. 2000) Zheng et al. 2020 | | authority | 8906 | Charadriiformes | | scientific name | 8906 | Turniciformes | | includes | 8906 | shorebirds & allies | | genbank common name | 8906 | shorebirds and others | | common name | 89061 | Weissella thailandensis | | scientific name | 89061 | Weissella thailandensis Tanasupawat et al. 2000 | | authority | 891383 | Thoreales | | scientific name | 891383 | Thoreales K.M.Mueller, A.R.Sherwood, C.M.Pueschel, R.R.Gutell, R.G.Sheath 2002 | | authority | 8917 | Scolopacidae | | scientific name | 8917 | snipes | | genbank common name | 8918 | Calidris | | scientific name | 8918 | Calidris Merrem, 1804 | | authority | 8922 | Cathartidae | | scientific name | 89248 | Equus burchellii quagga | | synonym | 89248 | Equus burchellii quagga Boddaert, 1785 | | authority | 89248 | Equus quagga | | scientific name | 89248 | Equus quagga Boddaert, 1785 | | authority | 89248 | plains zebra | | common name | 8929 | Columbiformes | | scientific name | 8929 | pigeons and others | | genbank common name | 8930 | Columbidae | | scientific name | 8930 | pigeons | | genbank common name | 8936 | Coraciadiformes | | synonym | 8936 | Coraciiformes | | scientific name | 8936 | kingfishers and others | | genbank common name | 8937 | Alcedinidae | | scientific name | 8937 | kingfishers | | genbank common name | 89373 | Cytophaga-Flexibacter group | | synonym | 89373 | Cytophagaceae | | scientific name | 89373 | Cytophagaceae Stanier 1940 | | authority | 89373 | Flexibacter group | | includes | 89373 | Hymenobacter group | | includes | 89373 | Vitreoscillaceae | Vitreoscillaceae | in-part | 89373 | Vitreoscillaceae Pringsheim 1949 (Approved Lists 1980) | Vitreoscillaceae Pringsheim 1949 (Approved Lists 1980) | authority | 89374 | Saprospira group | | synonym | 89374 | Saprospiraceae | | scientific name | 89374 | Saprospiraceae Krieg et al. 2012 emend. Hahnke et al. 2016 | | authority | 89386 | Ardeotis kori | | scientific name | 89386 | Otis kori | | synonym | 89386 | Otis kori Burchell, 1822 | | authority | 8940 | Cuculiformes | | scientific name | 8940 | cuckoos and others | | genbank common name | 8941 | Cuculidae | | scientific name | 8941 | cuckoos | | genbank common name | 89462 | Bos bubalis | | synonym | 89462 | Bos bubalis Linnaeus, 1758 | | authority | 89462 | Bubalus arnee bubalis | | synonym | 89462 | Bubalus bubalis | | scientific name | 89462 | domestic water buffalo | | common name | 89462 | river buffalo | | common name | 89462 | water buffalo | | genbank common name | 8955 | Accipitrinae | | scientific name | 89583 | Acetobacter (subgen. Gluconoacetobacter Yamada and Kondo 1985) | | synonym | 89583 | Gluconacetobacter | | scientific name | 89583 | Gluconacetobacter corrig. Yamada et al. 1998 | | authority | 89583 | Gluconoacetobacter | | synonym | 89593 | Craniata | Craniata | scientific name | 8960 | Aquila | | scientific name | 8962 | Aquila chrysaetos | | scientific name | 8962 | Falco chrysaetos | | synonym | 8962 | Falco chrysaetos Linnaeus, 1758 | | authority | 8962 | golden eagle | | genbank common name | 89673 | Phyllostomus discolor | | scientific name | 89673 | Phyllostomus discolor Wagner, 1843 | | authority | 89673 | pale spear-nosed bat | | genbank common name | 89674 | Lolium rigidum | | scientific name | 89674 | Lolium rigidum Gaudin, 1811 | | authority | 8976 | Craciformes | | includes | 8976 | Galliformes | | scientific name | 8976 | landfowls | | genbank common name | 89772 | "Defluvibacter lusatiae" Fritsche et al. 1999 | | authority | 89772 | Aquamicrobium lusatiense | | scientific name | 89772 | Aquamicrobium lusatiense (Fritsche et al. 1999) Kampfer et al. 2009 | | authority | 89772 | Defluvibacter lusatiae | | synonym | 89772 | Defluvibacter lusatiensis corrig. Fritsche et al. 1999 | | synonym | 89772 | Phyllobacteriaceae bacterium 854/1 | | includes | 898 | "Desulfomicrobium" Rozanova et al. 1988 | | authority | 898 | Desulfomicrobium | | scientific name | 898 | Desulfomicrobium Rozanova et al. 1994 | | authority | 898 | Desulfomicrobium Rozanova et al. 1994 emend. Dias et al. 2008 | | authority | 8982 | Cracidae | | scientific name | 8985 | Penelope | | scientific name | 89954 | Suessiales | | scientific name | 89954 | Suessiales Fensome et al. 1993 | | authority | 89955 | Suessiaceae | | scientific name | 89955 | Suessiaceae Fensome et al. 1993 | | authority | 89956 | Polarella | | scientific name | 89957 | Polarella glacialis | | scientific name | 89957 | Polarella glacialis M.Montresor, G.Procaccini & D.K.Stoecker, 1999 | | authority | 89958 | Natronincola | | scientific name | 89958 | Natronincola corrig. Zhilina et al. 1999 | | authority | 89958 | Natronoincola | | synonym | 89966 | "Parahymenobacter" Reddy 2013 | | authority | 89966 | "Siccationidurans" Reddy 2013 | | authority | 89966 | "Taxeobacter" Reichenbach 1992 | | authority | 89966 | Hymenobacter | | scientific name | 89966 | Hymenobacter Hirsch et al. 1999 | | authority | 89966 | Hymenobacter Hirsch et al. 1999 emend. Buczolits et al. 2006 | | authority | 89966 | Hymenobacter Hirsch et al. 1999 emend. Han et al. 2014 | | authority | 89966 | Hymenobacter Hirsch et al. 1999 emend. Reddy 2013 | | authority | 89966 | Parahymenobacter | | synonym | 89966 | Siccationidurans | | synonym | 89966 | Taxeobacter | | synonym | 9001 | Centrocercus | | scientific name | 9002 | Centrocercus urophasianus | | scientific name | 9002 | Centrocerus urophasianus | | synonym | 9002 | Greater sage-grouse | | genbank common name | 9002 | Tetrao urophasianus | | synonym | 9002 | Tetrao urophasianus Bonaparte, 1827 | | authority | 9002 | greater sage grouse | | common name | 9002 | sage grouse | | common name | 9003 | Tympanuchus | | scientific name | 9005 | Meleagrididae | | includes | 9005 | Phasianidae | | scientific name | 9005 | turkeys | | genbank common name | 901 | Desulfomonas pigra | | synonym | 901 | Desulfomonas pigra Moore et al. 1976 (Approved Lists 1980) | | authority | 901 | Desulfovibrio piger | | scientific name | 901 | Desulfovibrio piger (Moore et al. 1976) Loubinoux et al. 2002 | | authority | 90105 | Salmonella enterica serovar Saintpaul | | synonym | 90105 | Salmonella enterica subsp. enterica serovar Saint Paul | | synonym | 90105 | Salmonella enterica subsp. enterica serovar Saintpaul | | scientific name | 90105 | Salmonella saintpaul | | synonym | 90141 | unclassified Rhizobiaceae | | scientific name | 90142 | Ferroplasma group | | synonym | 90142 | Ferroplasmaceae | | scientific name | 90142 | Ferroplasmaceae Golyshina et al. 2000 | | authority | 90142 | Ferroplasmataceae | | equivalent name | 90253 | Actinomortierella wolfii | | scientific name | 90253 | Actinomortierella wolfii (B.S. Mehrotra & Baijal) Vandepol & Bonito, 2020 | | authority | 90253 | Mortierella wolfii | | synonym | 90253 | Mortierella wolfii B.S. Mehrotra & Baijal, 1963 | | authority | 90254 | Cokeromyces | | scientific name | 90254 | Cokeromyces Shanor, 1950 | | authority | 90255 | Cokeromyces recurvatus | | scientific name | 90255 | Cokeromyces recurvatus Poitras, 1950 | | authority | 9030 | Gallus | | scientific name | 9031 | Gallus domesticus | | equivalent name | 9031 | Gallus gallus | | scientific name | 9031 | Gallus gallus domesticus | | synonym | 9031 | Phasianus gallus | | synonym | 9031 | Phasianus gallus Linnaeus, 1758 | | authority | 9031 | bantam | | common name | 9031 | chicken | | genbank common name | 9031 | chickens | | common name | 9031 | dwarf Leghorn chickens | | includes | 9031 | red junglefowl | | includes | 90316 | unclassified Microbacteriaceae | | scientific name | 90370 | "Bacillus typhi" Schroeter 1886 | | authority | 90370 | "Bacterium (subgen. Eberthella) typhi" (Schroeter 1886) Buchanan 1918 | | authority | 90370 | Bacillus typhi | | synonym | 90370 | Bacterium (subgen. Eberthella) typhi | | synonym | 90370 | Salmonella choleraesuis serovar Typhi | | synonym | 90370 | Salmonella choleraesuis typhi | | synonym | 90370 | Salmonella enterica ser. typhi | | synonym | 90370 | Salmonella enterica serotype Typhi | | synonym | 90370 | Salmonella enterica serovar Typhi | | synonym | 90370 | Salmonella enterica subsp. enterica serovar Typhi | | scientific name | 90370 | Salmonella typhi | | synonym | 90370 | Salmonella typhi (Schroeter 1886) Warren and Scott 1930 | | authority | 90371 | "Bacillus typhimurium" Loeffler 1892 | | authority | 90371 | "Salmonella typhi-murium" (sic) (Loeffler 1892) Castellani and Chalmers 1919 | | authority | 90371 | Bacillus typhimurium | | synonym | 90371 | Salmonella choleraesuis serotype typhimurium | | synonym | 90371 | Salmonella enterica 1,4,[5],12,:i:1,2 | | synonym | 90371 | Salmonella enterica ser. typhimurium | | synonym | 90371 | Salmonella enterica serotype Typhimurium | | synonym | 90371 | Salmonella enterica serovar Typhimurium | | synonym | 90371 | Salmonella enterica subsp. enterica serovar 1,4,[5],12:i:1,2 | | synonym | 90371 | Salmonella enterica subsp. enterica serovar Typhimurium | | scientific name | 90371 | Salmonella typhi-murium | | synonym | 90371 | Salmonella typhimurium | | synonym | 90371 | Salmonella typhimurium (Loeffler 1892) Castellani and Chalmers 1919 | | authority | 90402 | Geoglossum | | scientific name | 90402 | Geoglossum Pers., 1794 | | authority | 90426 | Methanosaeta sp. | | synonym | 90426 | Methanothrix sp. | | scientific name | 90427 | Methaniculleus sp. | | synonym | 90427 | Methanoculleus sp. | | scientific name | 904339 | Staphylococcus hominis VCU122 | | scientific name | 904376 | Drouetiella hepatica Uher 2000/2452 | | scientific name | 904376 | Leptolyngbya sp. Uher 2000/2452 | | synonym | 904724 | Staphylococcus aureus subsp. aureus 21178 | | scientific name | 904725 | Staphylococcus aureus subsp. aureus 21189 | | scientific name | 904737 | Staphylococcus aureus subsp. aureus 21232 | | scientific name | 904754 | Staphylococcus aureus subsp. aureus 21283 | | scientific name | 904761 | Staphylococcus aureus subsp. aureus 21311 | | scientific name | 904765 | Staphylococcus aureus subsp. aureus 21321 | | scientific name | 904784 | Staphylococcus aureus subsp. aureus IS-125 | | scientific name | 904786 | Staphylococcus aureus subsp. aureus IS-160 | | scientific name | 904787 | Staphylococcus aureus subsp. aureus IS-189 | | scientific name | 904977 | environmental samples | environmental samples | scientific name | 904978 | uncultured Quadrisphaera sp. | | scientific name | 9053 | Phasianus | | scientific name | 9054 | Phasianus colchicus | | scientific name | 9054 | Phasianus colchicus Linnaeus, 1758 | | authority | 9054 | common pheasant | | common name | 9054 | ring-necked pheasant | ring-necked pheasant | genbank common name | 90627 | Gallionella group | | synonym | 90627 | Gallionellaceae | | scientific name | 90627 | Gallionellaceae Henrici and Johnson 1935 (Approved Lists 1980) | | authority | 90627 | Gallionellaceae Henrici and Johnson 1935 (Approved Lists 1980) emend. Boden et al. 2017 | | authority | 90627 | Gallionellaceae Henrici and Johnson 1935 (Approved Lists 1980) emend. Kojima et al. 2021 | | authority | 90627 | iron bacteria | | common name | 906689 | Dendrobium catenatum | | scientific name | 906689 | Dendrobium catenatum Lindl., 1830 | | authority | 90675 | Camelina sativa | | scientific name | 90675 | Camelina sativa (L.) Crantz, 1762 | | authority | 90675 | Myagrum sativum | | synonym | 90675 | Myagrum sativum L., 1753 | | authority | 90675 | false flax | | genbank common name | 90675 | gold-of-pleasure | | common name | 906938 | Dichromena pubera | | synonym | 906938 | Dichromena pubera Vahl, 1805 | | authority | 906938 | Rhynchospora pubera | | scientific name | 906938 | Rhynchospora pubera (Vahl) Boeckeler, 1873 | | authority | 907197 | Psychrosphaera | | scientific name | 907197 | Psychrosphaera Park et al. 2011 emend. Lee et al. 2014 | | authority | 9072 | Phasianinae | | scientific name | 90723 | Aphelenchoides | | scientific name | 907261 | Ralstonia syzygii R24 | | scientific name | 907261 | Ralstonia syzygii str. R24 | | equivalent name | 907261 | Ralstonia syzygii strain R24 | | equivalent name | 90730 | "Desulfosarcina cetonicum" Kuever et al. 2005 | | authority | 90730 | Desulfobacterium cetonicum | | synonym | 90730 | Desulfobacterium cetonicum Galushko and Rozanova 1994 | | authority | 90730 | Desulfosarcina cetonica | | scientific name | 90730 | Desulfosarcina cetonica corrig. (Galushko and Rozanova 1994) Kuever et al. 2006 | | authority | 90730 | Desulfosarcina cetonicum | | synonym | 907364 | Phytohabitans | | scientific name | 907364 | Phytohabitans Inahashi et al. 2010 emend. Inahashi et al. 2012 | | authority | 907714 | Sillago sinica | | scientific name | 907714 | Sillago sinica Gao & Xue, 2011 | | authority | 907714 | Sillago sp. TG-2010 | | includes | 908620 | Nitriliruptoria | | scientific name | 908620 | Nitriliruptoria Ludwig et al. 2013 | | authority | 908620 | Nitriliruptoridae | | includes | 908620 | Nitriliruptoridae Kurahashi et al. 2010 | | authority | 908626 | Angustibacter | | scientific name | 908626 | Angustibacter Tamura et al. 2010 emend. Kim et al. 2013 | | authority | 908626 | Angustibacter Tamura et al. 2010 emend. Ko and Lee 2017 | | authority | 908626 | Angustibacter Tamura et al. 2010 emend. Lee 2013 | | authority | 908827 | Punctulariaceae | | scientific name | 908827 | Punctulariaceae Donk, 1964 | | authority | 908941 | Salimicrobium salexigens | | scientific name | 908941 | Salimicrobium salexigens de la Haba et al. 2011 | | authority | 908941 | Salimicrobium sp. 29CMI | | includes | 908941 | Salimicrobium sp. 53CMI | | includes | 909626 | Streptomyces dysideae | | scientific name | 909626 | Streptomyces dysideae Glaeser et al. 2021 | | authority | 909626 | Streptomyces sp. RV15 | | includes | 90964 | "Staphylococcaceae" Schleifer and Bell 2009 | | authority | 90964 | Staphylococcaceae | | scientific name | 90964 | Staphylococcaceae Schleifer and Bell 2010 | | synonym | 90964 | Staphylococceae | | includes | 90964 | Staphylococceae Prevot 1940 (Approved Lists 1980) | | authority | 90964 | Staphylococcus group | | common name | 909656 | Phocaeicola | | scientific name | 909656 | Phocaeicola Al Masalma et al. 2009 | | authority | 909700 | Etheostoma (Ozarka) | | synonym | 909700 | Ozarka | | scientific name | 90974 | Acrocarpospora | | scientific name | 90974 | Acrocarpospora Tamura et al. 2000 | | authority | 909768 | Acinetobacter calcoaceticus/baumannii complex | | scientific name | 90978 | Bipolaris kusanoi | | synonym | 90978 | Cochliobolus kusanoi | | synonym | 90978 | Curvularia kusanoi | | scientific name | 90978 | Curvularia kusanoi (Y. Nisik.) Manamgoda, Rossman & K.D. Hyde, 2014 | | authority | 90978 | Drechslera kusanoi | | synonym | 90978 | Drechslera kusanoi (Y. Nisik.) Subram. & B.L. Jain, 1966 | | authority | 90978 | Helminthosporium kusanoi | | synonym | 90978 | Helminthosporium kusanoi Y. Nisik., 1929 | | authority | 90978 | Ophiobolus kusanoi | | synonym | 90988 | Pimephales promelas | | scientific name | 90988 | Pimephales promelas Rafinesque, 1820 | | authority | 90988 | fathead minnow | | genbank common name | 909929 | Selenomonadales | | scientific name | 909929 | Selenomonadales Marchandin et al. 2010 emend. Campbell et al. 2015 | | authority | 909930 | Acidaminococcaceae | | scientific name | 909930 | Acidaminococcaceae Marchandin et al. 2010 emend. Campbell et al. 2015 | | authority | 909932 | Negativicutes | | scientific name | 909932 | Negativicutes Marchandin et al. 2010 | | authority | 910038 | unclassified Aminicenantes | | equivalent name | 910038 | unclassified Candidatus Aminicenantes | | includes | 910038 | unclassified Candidatus Aminicenantota | | scientific name | 910038 | unclassified candidate division OP8 | | synonym | 910046 | unclassified Candidatus Latescibacteria | | equivalent name | 910046 | unclassified Candidatus Latescibacterota | | scientific name | 910046 | unclassified Latescibacteria | | equivalent name | 910046 | unclassified candidate division WS3 | | synonym | 910348 | Escherichia coli P12b | | scientific name | 910348 | Escherichia coli str. P12b | | equivalent name | 910348 | Escherichia coli strain P12b | | equivalent name | 91061 | Bacilli | | scientific name | 91061 | Bacilli Ludwig et al. 2010 | | authority | 91061 | Bacillus/Lactobacillus/Streptococcus group | | synonym | 91061 | Firmibacteria | | synonym | 91061 | Firmibacteria Murray 1988 | | authority | 9108 | Gruiformes | | scientific name | 9108 | cranes, rails & allies | | genbank common name | 9108 | terrestrial and marshbirds | | common name | 9109 | Gruidae | | scientific name | 9109 | cranes | | genbank common name | 911 | Nitrobacter | | scientific name | 911 | Nitrobacter Winogradsky 1892 | | authority | 911045 | Pseudovibrio sp. FO-BEG1 | | scientific name | 911092 | Caldanaerobacter subterraneus | | scientific name | 911092 | Caldanaerobacter subterraneus (Fardeau et al. 2000) Fardeau et al. 2004 | | authority | 911092 | Thermoanaerobacter subterraneus | | synonym | 911092 | Thermoanaerobacter subterraneus Fardeau et al. 2000 | | authority | 911113 | Bryobacter | | scientific name | 911113 | Bryobacter Kulichevskaya et al. 2010 | | authority | 911341 | Heliantheae alliance | | scientific name | 9119 | Rallidae | | scientific name | 9119 | Rallidae Rafinesque, 1815 | | authority | 9119 | rails | | genbank common name | 912 | "Nitrobacter hamburgensis" Bock et al. 1983 | | authority | 912 | Nitrobacter hamburgensis | | scientific name | 912 | Nitrobacter hamburgensis Bock et al. 2001 | | authority | 912594 | Mycobacterium iranicum | | synonym | 912594 | Mycobacterium iranicum Shojaei et al. 2013 | | authority | 912594 | Mycobacterium iranicum Shojaei et al. 2013 emend. Nouioui et al. 2018 | | authority | 912594 | Mycobacterium sp. CCUG 52297 | | includes | 912594 | Mycobacterium sp. FI-05198 | | includes | 912594 | Mycobacterium sp. GN10803 | | includes | 912594 | Mycobacterium sp. HNTM87 | | includes | 912594 | Mycobacterium sp. M05 | | includes | 912594 | Mycobacterium sp. NLA001001296 | | includes | 912594 | Mycobacterium sp. OPBG12013762 | | includes | 912594 | Mycolicibacterium iranicum | | scientific name | 912594 | Mycolicibacterium iranicum (Shojaei et al. 2013) Gupta et al. 2018 | | authority | 9126 | Passeriformes | | scientific name | 9126 | song birds | | genbank common name | 913079 | Salmonella enterica subsp. enterica serovar Mississippi | | scientific name | 913099 | Sedimentibacter acidaminivorans | | scientific name | 913099 | Sedimentibacter acidaminivorans Imachi et al. 2016 | | authority | 913099 | Sedimentibacter sp. MO-SEDI | | includes | 9133 | Fringillidae | | scientific name | 9134 | Serinus | | scientific name | 9134 | canaries | canaries | common name | 91347 | Enterobacterales | | scientific name | 91347 | Enterobacterales Adeolu et al. 2016 | | authority | 91347 | Enterobacteriaceae and related endosymbionts | | synonym | 91347 | Enterobacteriaceae group | | synonym | 91347 | Enterobacteriales | | synonym | 91347 | gamma-3 proteobacteria | gamma-3 proteobacteria | in-part | 9135 | Atlantic canary | | common name | 9135 | Canario raza | | equivalent name | 9135 | Common canary | | genbank common name | 9135 | Fringilla canaria | | synonym | 9135 | Fringilla canaria Linnaeus, 1758 | | authority | 9135 | Serinus canaria | | scientific name | 9135 | Serinus canaria (Linnaeus, 1758) | | authority | 9135 | Serinus canarius | | synonym | 9135 | canary | | common name | 91352 | Campylobacter hyointestinalis subsp. hyointestinalis | | scientific name | 91352 | Campylobacter hyointestinalis subsp. hyointestinalis Gebhart et al. 1985 | | authority | 914 | "Nitrosomonas" Winogradsky 1892 emend. Campbell et al. 2011 | | authority | 914 | Nitrosomonas | | scientific name | 914 | Nitrosomonas Winogradsky 1892 | | authority | 914127 | Vibrio vulnificus MO6-24/O | | scientific name | 914127 | Vibrio vulnificus str. MO6-24/O | | equivalent name | 914127 | Vibrio vulnificus strain MO6-24/O | | equivalent name | 914238 | Rhynchosporium agropyri | | scientific name | 914238 | Rhynchosporium agropyri Zaffarano, McDonald and Linde 2010 | | authority | 9146 | Meliphagidae | | scientific name | 9146 | honeyeaters | | genbank common name | 915471 | "Geopseudomonas linyingensis" (He et al. 2012) Rudra and Gupta 2024 | | authority | 915471 | Geopseudomonas linyingensis | | synonym | 915471 | Pseudomonas linyingensis | | scientific name | 915471 | Pseudomonas linyingensis He et al. 2015 | | authority | 915471 | Pseudomonas sp. LYBRD3-7 | | includes | 91561 | Artiodactyla | | scientific name | 91561 | Cetartiodactyla | | synonym | 91561 | even-toed ungulates & whales | even-toed ungulates & whales | blast name | 91561 | even-toed ungulates & whales | even-toed ungulates & whales | genbank common name | 9158 | Passeridae | | scientific name | 9158 | sparrows | | genbank common name | 9159 | Passer | | scientific name | 9160 | Eurasian tree sparrow | | genbank common name | 9160 | Fringilla montana | | synonym | 9160 | Fringilla montana Linnaeus, 1758 | | authority | 9160 | Passer montanus | | scientific name | 9160 | tree sparrow | | common name | 91626 | Mucor ambiguus | | scientific name | 9170 | Sturnidae | | scientific name | 9170 | starlings | | genbank common name | 9171 | Sturnus | | scientific name | 9171 | Sturnus Linnaeus, 1758 | | authority | 9172 | Common starling | | genbank common name | 9172 | European starling | | common name | 9172 | Sturnus vulgaris | | scientific name | 9172 | Sturnus vulgaris Linnaeus, 1758 | | authority | 9172 | starling | | common name | 9173 | Timaliidae | | scientific name | 9173 | babblers | | genbank common name | 91732 | Paramormyrops | | scientific name | 91768 | Lybiidae | | scientific name | 91771 | Megalaimidae | | scientific name | 91776 | Psilopogon | | scientific name | 91784 | Semnornis | | scientific name | 91796 | Semnornis frantzii | | scientific name | 91796 | Tetragonops frantzii | | synonym | 91796 | Tetragonops frantzii Sclater, 1864 | | authority | 91827 | Gunneridae | | scientific name | 91827 | Gunneridae D.E.Soltis, P.S.Soltis & W.S.Judd, 2007 | | authority | 91827 | core eudicots | | equivalent name | 91827 | core eudicotyledons | | equivalent name | 91834 | rosids incertae sedis | | scientific name | 91835 | eurosids I | | synonym | 91835 | fabids | | scientific name | 91836 | eurosids II | | includes | 91836 | malvids | | scientific name | 91882 | Asteranae | | includes | 91882 | campanulids | | scientific name | 91882 | euasterids II | | synonym | 91888 | Gentiananae | | includes | 91888 | euasterids I | | synonym | 91888 | lamiids | | scientific name | 91891 | Legionella pneumophila subsp. pneumophila | | scientific name | 91891 | Legionella pneumophila subsp. pneumophila Brenner et al. 1979 (Approved Lists 1980) | | authority | 91896 | Cyclocheilaceae | | includes | 91896 | Cyclocheilaceae Marais, 1981 | | authority | 91896 | Cyclocheileae | | includes | 91896 | Nesogenaceae | | includes | 91896 | Nesogenaceae Marais, 1981 | | authority | 91896 | Orobanchaceae | | scientific name | 91896 | Orobanchaceae Vent., 1799 | | authority | 91896 | Rehmanniaceae | | includes | 91896 | Rehmanniaceae Reveal, 2011 | | authority | 91896 | Scrophulariaceae | Scrophulariaceae | in-part | 919 | Thiobacillus | | scientific name | 919 | Thiobacillus Beijerinck 1904 (Approved Lists 1980) emend. Boden et al. 2017 | | authority | 9193 | Laniidae | | scientific name | 9193 | shrikes | | genbank common name | 91942 | Hortaea | | scientific name | 91942 | Hortaea Nishim. & Miyaji, 1984 | | authority | 91942 | mitosporic Dothideales | mitosporic Dothideales | in-part | 91943 | Cladosporium werneckii | | synonym | 91943 | Cladosporium werneckii Horta, 1921 | | authority | 91943 | Dothideales sp. SD 378 | | includes | 91943 | Dothideales sp. SD 416 | | includes | 91943 | Dothideales sp. SD 429 | | includes | 91943 | Dothideales sp. SD 430 | | includes | 91943 | Dothideales sp. SD 440 | | includes | 91943 | Dothideales sp. SD 449 | | includes | 91943 | Dothideales sp. SD 450 | | includes | 91943 | Dothideales sp. SD 454 | | includes | 91943 | Dothideales sp. SD 480 | | includes | 91943 | Exophiala werneckii | | synonym | 91943 | Exophiala werneckii (Horta) Arx, 1970 | | authority | 91943 | Hortaea sp. SD 483 | | includes | 91943 | Hortaea werneckii | | scientific name | 91943 | Hortaea werneckii (Horta) Nishim. & Miyaji, 1984 | | authority | 91989 | Bolidophyceae | | scientific name | 91994 | unclassified Staphylococcus | | scientific name | 9205 | Ibis, herons and pelicans | | genbank common name | 9205 | Pelecaniformes | | scientific name | 92180 | Trichinella T8 | | synonym | 92180 | Trichinella sp. T8 | | scientific name | 9219 | Galbuliformes | | includes | 9219 | Piciformes | | scientific name | 9219 | jacamars | | common name | 9219 | woodpeckers and others | | genbank common name | 9220 | Picidae | | scientific name | 9220 | woodpeckers | | genbank common name | 92221 | Microcotyle | | scientific name | 9230 | Sphenisciformes | | scientific name | 9230 | penguins | penguins | genbank common name | 9231 | Spheniscidae | | scientific name | 9231 | penguins | penguins | genbank common name | 9235 | Eudyptes | | scientific name | 9242 | Trochilidae | | scientific name | 9242 | hummingbirds | | genbank common name | 9243 | Calypte | | scientific name | 9244 | Anna's hummingbird | | genbank common name | 9244 | Calypte anna | | scientific name | 9244 | Ornismya anna | | synonym | 9244 | Ornismya anna Lesson, 1829 | | authority | 92443 | Venturia | Venturia | scientific name | 9254 | Prototheria | | scientific name | 925459 | Anthropoides regulorum | | synonym | 925459 | Anthropoides regulorum Bennett, 1834 | | authority | 925459 | Balearica pavonina regulorum | | synonym | 925459 | Balearica pavonina regulorum (Bennett, 1834) | | authority | 925459 | Balearica regulorum | | scientific name | 925459 | South African crowned crane | | common name | 925459 | grey crowned crane | | common name | 925459 | grey crowned-crane | | genbank common name | 925459 | royal crane | | common name | 9255 | Monotremata | | scientific name | 9255 | egg-laying mammals | | common name | 9255 | monotremes | monotremes | blast name | 9255 | monotremes | monotremes | genbank common name | 92558 | Dolichopodidae | | scientific name | 92558 | Dolichopodidae Latreille, 1809 | | authority | 92558 | long-legged flies | | genbank common name | 9256 | Ornithorhynchidae | | scientific name | 9257 | Ornithorhynchus | | scientific name | 9258 | Ornithorhynchus anatinus | | scientific name | 9258 | Ornithorhynchus anatinus (Shaw, 1799) | | authority | 9258 | Platypus anatinus | | synonym | 9258 | Platypus anatinus Shaw, 1799 | | authority | 9258 | duck-billed platypus | | common name | 9258 | duckbill platypus | | common name | 9258 | platypus | | genbank common name | 92581 | Sympycninae | | scientific name | 92621 | Acridoidea | | scientific name | 9263 | Marsupialia | | synonym | 9263 | Metatheria | | scientific name | 9263 | marsupials | marsupials | blast name | 9263 | marsupials | marsupials | genbank common name | 92644 | Streptomyces malaysiensis | | scientific name | 92644 | Streptomyces malaysiensis Al-Tai et al. 1999 | | authority | 92644 | Streptomyces malaysiensis Al-Tai et al. 1999 emend. Komaki 2025 | | authority | 92644 | Streptomyces solisilvae | | synonym | 92644 | Streptomyces solisilvae Zhou et al. 2017 | | authority | 92644 | Streptomyces sp. HNM0141 | | includes | 92644 | Streptomyces sp. NBRC 16466 | | includes | 92645 | Herbaspirillum frisingense | | scientific name | 92645 | Herbaspirillum frisingense Kirchhof et al. 2001 | | authority | 92645 | Herbispirillum frisingense | | equivalent name | 92647 | Burkholderia tropica | | synonym | 92647 | Burkholderia tropica Reis et al. 2004 | | authority | 92647 | Paraburkholderia tropica | | scientific name | 92647 | Paraburkholderia tropica (Reis et al. 2004) Sawana et al. 2015 | | authority | 926566 | Terriglobus roseus DSM 18391 | | scientific name | 926569 | Anaerolinea thermophila UNI-1 | | scientific name | 927083 | Sandaracinus amylolyticus | | scientific name | 927083 | Sandaracinus amylolyticus Mohr et al. 2012 | | authority | 927083 | Sorangiineae bacterium NOSO 4 | | includes | 92712 | Simkaniaceae | | scientific name | 92712 | Simkaniaceae Everett et al. 1999 | | authority | 92713 | Parachlamydiaceae | | scientific name | 92713 | Parachlamydiaceae Everett et al. 1999 | | authority | 92738 | Termitinae | | scientific name | 92738 | snapping termites | | genbank common name | 92759 | Gluconacetobacter sacchari | | scientific name | 92759 | Gluconacetobacter sacchari Franke et al. 1999 | | authority | 9277 | Dasyuridae | | scientific name | 92793 | Aquabacterium | | scientific name | 92793 | Aquabacterium Kalmbach et al. 1999 emend. Chen et al. 2012 | | authority | 92860 | Melanommatales | | includes | 92860 | Pleosporales | | scientific name | 92860 | Pleosporales Luttr. ex M.E. Barr, 1987 | | authority | 92860 | mitosporic Pleosporales | | includes | 928852 | Bathyarchaeota | | equivalent name | 928852 | Bathyarchaeota Meng et al. 2014 | | authority | 928852 | Candidatus Bathyarchaeota | | scientific name | 928852 | MCG | | acronym | 92939 | Gloeotrichia | | scientific name | 92939 | Gloeotrichia (Agardh, 1824) ex Bornet and Flahault, 1886 | | authority | 92942 | Nostoc linckia | | scientific name | 92942 | Nostoc linckia Bornet ex Bornet & Flahault, 1886 | | authority | 929439 | Leishmania mexicana MHOM/GT/2001/U1103 | | scientific name | 92944 | Ketogulonicigenium | | scientific name | 92944 | Ketogulonicigenium Urbance et al. 2001 | | authority | 92944 | Ketogulonigenium | | synonym | 92945 | Ketogulonicigenium vulgare | | scientific name | 92945 | Ketogulonicigenium vulgare Urbance et al. 2001 | | authority | 92945 | Ketogulonogenium vulgarum | | synonym | 930 | "Thiobacillus crenatus" Emoto 1929 | | authority | 930 | "Thiobacillus lobatus" Emoto 1929 | | authority | 930 | "Thiobacillus thermitanus" Emoto 1928 | | authority | 930 | "Thiobacillus umbonatus" Emoto 1929 | | authority | 930 | "Thiobacterium thiooxydans" (Waksman and Joffe 1922) Lehmann and Neumann 1927 | | authority | 930 | Acidithiobacillus thiooxidans | | scientific name | 930 | Acidithiobacillus thiooxidans (Waksman and Joffe 1922) Kelly and Wood 2000 | | authority | 930 | Thiobacillus crenatus | | synonym | 930 | Thiobacillus lobatus | | synonym | 930 | Thiobacillus thermitanus | | synonym | 930 | Thiobacillus thiooxidans | | synonym | 930 | Thiobacillus thiooxidans Waksman and Joffe 1922 (Approved Lists 1980) | | authority | 930 | Thiobacillus umbonatus | | synonym | 930 | Thiobacterium thiooxydans | | synonym | 930124 | Bacillus halosaccharovorans | | synonym | 930124 | Bacillus halosaccharovorans Mehrshad et al. 2013 | | authority | 930124 | Bacillus sp. E33(2010) | | includes | 930124 | Metabacillus halosaccharovorans | | scientific name | 930124 | Metabacillus halosaccharovorans (Mehrshad et al. 2013) Patel and Gupta 2020 | | authority | 930129 | Alteribacillus bidgolensis | | scientific name | 930129 | Alteribacillus bidgolensis Didari et al. 2012 | | authority | 930129 | Bacillus sp. P4B(2010) | | includes | 930152 | Bacillus salsus | | synonym | 930152 | Bacillus salsus Amoozegar et al. 2013 | | authority | 930152 | Bacillus sp. A24(2010) | | includes | 930152 | Litchfieldia salsa | | scientific name | 930152 | Litchfieldia salsa corrig. (Amoozegar et al. 2013) Gupta et al. 2020 | | authority | 930152 | Litchfieldia salsus | | synonym | 930152 | Litchfieldia salsus (Amoozegar et al. 2013) Gupta et al. 2020 | | authority | 9304 | Sarcophilus | | scientific name | 9305 | Sarcophilus harrisii | | scientific name | 9305 | Sarcophilus harrisii (Boitard, 1841) | | authority | 9305 | Sarcophilus laniarius | | synonym | 9305 | Sarcophilus laniarius (Owen, 1838) | | synonym | 9305 | Tasmanian devil | | genbank common name | 9305 | Ursinus harrisii | | synonym | 9305 | Ursinus harrisii Boitard, 1841 | | authority | 93060 | Prochlorococcus marinus MIT 9215 | | equivalent name | 93060 | Prochlorococcus marinus str. MIT 9215 | | scientific name | 93060 | Prochlorococcus sp. MIT 9215 | | synonym | 93060 | Prochlorococcus sp. MIT9215 | | synonym | 93061 | Staphylococcus aureus NCTC 8325 | | synonym | 93061 | Staphylococcus aureus subsp. aureus NCTC 8325 | | scientific name | 93061 | Staphylococcus aureus subsp. aureus str. NCTC 8325 | | equivalent name | 93061 | Staphylococcus aureus subsp. aureus strain NCTC 8325 | | equivalent name | 93062 | Staphylococcus aureus COL | | synonym | 93062 | Staphylococcus aureus subsp. aureus COL | | scientific name | 930805 | Halioglobus japonicus | | scientific name | 930805 | Halioglobus japonicus Park et al. 2012 | | authority | 930805 | gamma proteobacterium S1-36 | | includes | 930979 | Lyophyllaceae | | scientific name | 930979 | Lyophyllaceae Julich, 1982 | | authority | 931074 | Oenococcus alcoholitolerans | | scientific name | 931074 | Oenococcus alcoholitolerans Badotti et al. 2015 | | authority | 931074 | Oenococcus sp. UFMG-PEM25 | | includes | 931074 | Oenococcus sp. UFMG-PEM32A | | includes | 931074 | Oenococcus sp. UFRJ-JP7.3.6 | | includes | 931074 | Oenococcus sp. UFRJ-M7.2.18 | | includes | 931100 | Wolbachia endosymbiont of Oedothorax gibbosus | | scientific name | 931172 | Oedothorax gibbosus | | scientific name | 931172 | Oedothorax gibbosus (Blackwall, 1841) | | authority | 93133 | Mycosphaerellaceae | | scientific name | 93133 | Mycosphaerellaceae Lindau, 1897 | | authority | 93133 | anamorphic Mycosphaerellaceae | | includes | 93133 | mitosporic Mycosphaerellaceae | | includes | 931442 | Staphylococcus aureus subsp. aureus CIG547 | | scientific name | 931450 | Staphylococcus aureus subsp. aureus CIG2018 | | scientific name | 93171 | "Candidatus Entotheonella" Schmidt et al. 2000 | | authority | 93171 | Candidatus Entotheonella | | scientific name | 93171 | Entotheonella | | equivalent name | 93172 | "Candidatus Entotheonella palauensis" Schmidt et al. 2000 | | authority | 93172 | Candidatus Entotheonella palauensis | | scientific name | 93172 | Entotheonella palauensis | | equivalent name | 932028 | Pomatorhinus ruficollis | | scientific name | 932028 | Pomatorhinus ruficollis Hodgson, 1836 | | authority | 932028 | streak-breasted scimitar babbler | | genbank common name | 93217 | Pandoraea | | scientific name | 93217 | Pandoraea Coenye et al. 2000 emend. Jeong et al. 2016 | | authority | 93222 | Pandoraea sputorum | | scientific name | 93222 | Pandoraea sputorum Coenye et al. 2000 | | authority | 932674 | Corvus cornix cornix | | scientific name | 932674 | Corvus cornix cornix Linnaeus, 1758 | | authority | 933 | Thialkalimicrobium | | synonym | 933 | Thioalkalimicrobium | | synonym | 933 | Thioalkalimicrobium Sorokin et al. 2001 emend. Sorokin et al. 2002 | | authority | 933 | Thiomicrospira | | scientific name | 933 | Thiomicrospira Kuenen and Veldkamp 1972 (Approved Lists 1980) emend. Boden et al. 2017 | | authority | 933084 | Jaapia argillacea MUCL 33604 | | scientific name | 933632 | Sphaerodactylus townsendi | | scientific name | 933632 | Sphaerodactylus townsendi Grant, 1931 | | authority | 9338 | Vombatidae | | scientific name | 9338 | wombats | | genbank common name | 933952 | Andinoacara | | scientific name | 9347 | Eutheria | | scientific name | 9347 | Placentalia | | synonym | 9347 | eutherian mammals | | common name | 9347 | placental mammals | | common name | 9347 | placentals | placentals | blast name | 9347 | placentals | placentals | genbank common name | 9348 | Edentata | Edentata | in-part | 9348 | Xenarthra | | scientific name | 9348 | armadillos and others | | genbank common name | 93506 | unclassified Archaea | | scientific name | 935652 | Toxoplasma gondii RUB | | scientific name | 9357 | Choloepus | | scientific name | 935700 | Jannaschia aquimarina | | scientific name | 935700 | Jannaschia aquimarina Park and Yoon 2012 | | authority | 935700 | Jannaschia sp. GSW-M26 | | includes | 935854 | Bacillus subtilis J22 | | scientific name | 935854 | Bacillus subtilis str. J22 | | equivalent name | 935854 | Bacillus subtilis strain J22 | | equivalent name | 935856 | Bacillus subtilis J24 | | scientific name | 935856 | Bacillus subtilis str. J24 | | equivalent name | 935856 | Bacillus subtilis strain J24 | | equivalent name | 935858 | Bacillus subtilis J26 | | scientific name | 935858 | Bacillus subtilis str. J26 | | equivalent name | 935858 | Bacillus subtilis strain J26 | | equivalent name | 935859 | Bacillus subtilis J27 | | scientific name | 935859 | Bacillus subtilis str. J27 | | equivalent name | 935859 | Bacillus subtilis strain J27 | | equivalent name | 9359 | Dasypodidae | | scientific name | 9359 | armadillo | | common name | 9359 | armadillos | | genbank common name | 936 | Thiovulum | | scientific name | 936 | Thiovulum Hinze 1913 (Approved Lists 1980) | | authority | 9360 | Dasypus | | scientific name | 936053 | Mucor delemar | | synonym | 936053 | Rhizopus arrhizus var. delemar | | synonym | 936053 | Rhizopus delemar | | scientific name | 936053 | Rhizopus delemar (Boidin) Wehmer & Hanzawa, 1901 | | authority | 936053 | Rhizopus oryzae var. delemar | | synonym | 9361 | Dasypus fenestratus | | synonym | 9361 | Dasypus fenestratus Peters, 1865 | | authority | 9361 | Dasypus novemcinctus | | scientific name | 9361 | Dasypus novemcinctus Linnaeus, 1758 | | authority | 9361 | nine-banded armadillo | | genbank common name | 936156 | Bacillus subtilis BSn5 | | scientific name | 936156 | Bacillus subtilis str. BSn5 | | equivalent name | 936156 | Bacillus subtilis strain BSn5 | | equivalent name | 9362 | Eulipotyphla | | scientific name | 9362 | Insectivora | | in-part | 9362 | Soricomorpha | | synonym | 9362 | hedgehogs, shrews, moles & allies | | common name | 9362 | insectivores | insectivores | blast name | 9362 | insectivores | insectivores | genbank common name | 936435 | Serpula lacrymans var. lacrymans S7.3 | | scientific name | 93660 | unclassified Aeromonadaceae | | scientific name | 93660 | unclassified Aeromonas group | | synonym | 93681 | Kinneretia | | synonym | 93681 | Kinneretia Gomila et al. 2010 | | authority | 93681 | Matsuenia | | equivalent name | 93681 | Mitsuaria | | synonym | 93681 | Mitsuaria Amakata et al. 2005 | | synonym | 93681 | Paucibacter | | synonym | 93681 | Paucibacter Rapala et al. 2005 | | authority | 93681 | Paucibacter Rapala et al. 2005 emend. Pheng et al. 2017 | | authority | 93681 | Pelomonas | | synonym | 93681 | Pelomonas Xie and Yokota 2005 | | authority | 93681 | Roseateles | | scientific name | 93681 | Roseateles Suyama et al. 1999 | | authority | 93681 | Roseateles Suyama et al. 1999 emend. Gomila et al. 2008 | | authority | 93681 | Roseateles Suyama et al. 1999 emend. Liu et al. 2022 | | authority | 93682 | Roseivivax | | scientific name | 93682 | Roseivivax Suzuki et al. 1999 emend. Chen et al. 2012 | | authority | 93682 | Roseivivax Suzuki et al. 1999 emend. Park et al. 2010 | | authority | 936889 | Roseivivax sediminis | | scientific name | 936889 | Roseivivax sediminis Xiao et al. 2012 | | authority | 936889 | Roseivivax sp. YIM D21 | | includes | 9369 | Tenrecidae | | scientific name | 9369 | tenrecs | | genbank common name | 9370 | Echinops | Echinops | scientific name | 9370 | Echinops Martin, 1838 | | authority | 93708 | Uloboridae | | scientific name | 93708 | hackled orbweavers | | genbank common name | 9371 | Echinops telfairi | | scientific name | 9371 | Echinops telfairi Martin, 1838 | | authority | 9371 | Echinops telfairii | | synonym | 9371 | lesser hedgehog tenrec | | common name | 9371 | small Madagascar hedgehog | | genbank common name | 9373 | Talpidae | | scientific name | 9373 | moles, shrew-moles, and desmans | | genbank common name | 93758 | Corchorus | | scientific name | 93758 | Corchorus L. | | authority | 93759 | Corchorus olitorius | | scientific name | 93759 | Corchorus olitorius L., 1753 | | authority | 93759 | Nalta jute | | common name | 93759 | Pseudocorchorus sp. Randrianasolo 519 | | includes | 9376 | Soricidae | | scientific name | 9376 | shrews | | genbank common name | 937601 | Mucidula | | scientific name | 937601 | Mucidula Pat., 1887 | | authority | 937605 | Hymenopellis | | scientific name | 937605 | Hymenopellis R.H. Petersen, 2010 | | authority | 937743 | Agaricus radicatus | | synonym | 937743 | Agaricus radicatus Relhan, 1786 | | authority | 937743 | Collybia radicata | | synonym | 937743 | Collybia radicata (Relhan) Quel., 1872 | | authority | 937743 | Gymnopus radicatus | | synonym | 937743 | Gymnopus radicatus (Relhan) Gray, 1821 | | authority | 937743 | Hymenopellis radicata | | scientific name | 937743 | Hymenopellis radicata (Relhan) R.H. Petersen, 2010 | | authority | 937743 | Mucidula radicata | | synonym | 937743 | Mucidula radicata (Relhan) Boursier, 1926 | | authority | 937743 | Oudemansiella radicata | | synonym | 937743 | Oudemansiella radicata (Relhan) Singer, 1936 | | authority | 937743 | Oudemansiella radicata var. furfuracea | | synonym | 937743 | Xerula radicata | | synonym | 937743 | Xerula radicata (Relhan) Fr., 1975 | | authority | 937743 | rooting shank | | common name | 9379 | Sorex | | scientific name | 9379 | Sorex Linnaeus, 1758 | | authority | 93827 | Caripia | | synonym | 93827 | Caripia Kuntze, 1898 | | authority | 93827 | Gymnopus | | scientific name | 93827 | Gymnopus (Pers.) Gray, 1821 | | authority | 93834 | Silvetia | | scientific name | 93837 | Pelvetia siliquosa | | synonym | 93837 | Pelvetia siliquosa C.K.Tseng & C.F.Chang, 1953 | | authority | 93837 | Silvetia siliquosa | | scientific name | 93837 | Silvetia siliquosa (C.K.Tseng & C.F.Chang) E.A.Serrao, T.O.Cho, S.M.Boo & S.H.Brawley, 1999 | | authority | 938405 | Belnapia rosea | | scientific name | 938405 | Belnapia rosea Jin et al. 2012 | | authority | 938405 | Belnapia sp. CPCC 100156 | | includes | 938406 | Calothrix brevissima | | scientific name | 938406 | Calothrix brevissima G.S. West 1907 | | authority | 939 | Caldariibacterium | | equivalent name | 939 | Calderobacterium | | synonym | 939 | Calderobacterium Kryukov et al. 1984 | | authority | 939 | Caldibacterium | | equivalent name | 939 | Caldoribacterium | | equivalent name | 939 | Calidariibacterium | | equivalent name | 939 | Calidibacterium | | equivalent name | 939 | Hydrogenibacter | | equivalent name | 939 | Hydrogenobacter | | scientific name | 939 | Hydrogenobacter Kawasumi et al. 1984 | | authority | 9392 | Scandentia | | scientific name | 9392 | tree shrews | tree shrews | genbank common name | 9393 | Tupaiidae | | scientific name | 9393 | tree shrews | tree shrews | genbank common name | 9394 | Tupaia | | scientific name | 9394 | Tupaia Raffles, 1821 | | authority | 9397 | Chiroptera | | scientific name | 9397 | bats | bats | blast name | 9397 | bats | bats | genbank common name | 9398 | Old World fruit bats | | common name | 9398 | Pteropodidae | | scientific name | 9398 | flying foxes | | genbank common name | 939858 | unclassified Thiotrichales | | scientific name | 940 | Hydrogenobacter thermophilus | | scientific name | 940 | Hydrogenobacter thermophilus Kawasumi et al. 1984 | | authority | 9401 | Pteropus | | scientific name | 94028 | Argiope | | scientific name | 94029 | Aranea bruennichi | | synonym | 94029 | Aranea bruennichi Scopoli, 1772 | | authority | 94029 | Argiope bruennichi | | scientific name | 94029 | Argiope bruennichi (Scopoli, 1772) | | authority | 94032 | Uloborus | | scientific name | 940557 | Granulicella | | scientific name | 940557 | Granulicella Pankratov and Dedysh 2010 | | authority | 940557 | Granulicella Pankratov and Dedysh 2010 emend. Falagan et al. 2017 | | authority | 940557 | Granulicella Pankratov and Dedysh 2010 emend. Mannisto et al. 2012 | | authority | 940615 | "Edaphobacter tundricola" (Mannisto et al. 2012) Qiu and Cao 2025 | | authority | 940615 | Edaphobacter tundricola | | synonym | 940615 | Granulicella tundricola | | scientific name | 940615 | Granulicella tundricola Mannisto et al. 2012 | | authority | 940663 | Racocetra | | scientific name | 940663 | Racocetra Oehl, F.A. Souza & Sieverd., 2009 | | authority | 941189 | Salmonella enterica subsp. enterica serovar Paratyphi A str. ATCC 11511 | | scientific name | 941189 | Salmonella enterica subsp. enterica serovar Paratyphi A strain ATCC 11511 | | equivalent name | 941322 | Escherichia coli MLST 131 | | equivalent name | 941322 | Escherichia coli Multi Locus Sequence Type 131 | | equivalent name | 941322 | Escherichia coli O25b:H4-ST131 | | scientific name | 941322 | Escherichia coli O25b:H4-ST131 str. EC958 | | includes | 941322 | Escherichia coli ST131 | | synonym | 941322 | Escherichia coli Sequence Type 131 | | equivalent name | 94133 | unclassified Campylobacter group | | synonym | 94133 | unclassified Campylobacteraceae | | scientific name | 941429 | Shigella dysenteriae CDC 74-1112 | | scientific name | 941429 | Shigella dysenteriae str. CDC 74-1112 | | equivalent name | 941429 | Shigella dysenteriae strain CDC 74-1112 | | equivalent name | 9415 | American leaf-nosed and vampire bats | | common name | 9415 | Phyllostomatidae | | synonym | 9415 | Phyllostomidae | | scientific name | 9415 | leaf-nosed bats | | genbank common name | 9416 | Artibeus | | scientific name | 9416 | neotropical fruit bats | | genbank common name | 941639 | Bacillus coagulans 2-6 | | synonym | 941639 | Heyndrickxia coagulans 2-6 | | scientific name | 941639 | Weizmannia coagulans 2-6 | | equivalent name | 9417 | Artibeus jamaicensis | | scientific name | 9417 | Artibeus jamaicensis Leach, 1821 | | authority | 9417 | Jamaican fruit-eating bat | | genbank common name | 941843 | unclassified Kiloniellales | | equivalent name | 941843 | unclassified Rhodospirillales | | scientific name | 941986 | Amycolatopsis bartoniae | | scientific name | 941986 | Amycolatopsis bartoniae Zucchi et al. 2012 | | authority | 941986 | Amycolatopsis sp. SF26 | | includes | 942 | Anaplasmataceae | | scientific name | 942 | Anaplasmataceae Philip 1957 (Approved Lists 1980) emend. Dumler et al. 2001 | | authority | 942 | Ehrlichiaceae | | includes | 942 | Ehrlichiaceae Moshkovski 1945 | | includes | 942 | Ehrlichieae | | includes | 942 | Ehrlichieae Philip 1957 | | includes | 942014 | Nematolebias | | scientific name | 94219 | Dendrobium nobile | | scientific name | 94219 | Dendrobium nobile Lindl., 1830 | | authority | 9422 | Phyllostomus | | scientific name | 9423 | Phyllostomus hastatus | | scientific name | 9423 | Phyllostomus hastatus (Pallas, 1767) | | authority | 9423 | Vespertilio hastatus | | synonym | 9423 | Vespertilio hastatus Pallas, 1767 | | authority | 9423 | greater spear-nosed bat | | genbank common name | 94231 | Epinephelus | | scientific name | 94231 | Promicrops | | synonym | 94233 | Mastacembelidae | | scientific name | 94234 | Afromastacembelus | | synonym | 94234 | Caecomastacembelus | | synonym | 94234 | Mastacembelus | | scientific name | 942866 | Cupriavidus alkaliphilus | | scientific name | 942866 | Cupriavidus alkaliphilus Estrada-de Los Santos et al. 2012 | | authority | 942866 | Cupriavidus sp. ASC-732 | | includes | 9429 | Desmodus | | scientific name | 9430 | Desmodus rotundus | | scientific name | 9430 | Phyllostoma rotundum | | synonym | 9430 | Phyllostoma rotundum Geoffroy, 1810 | | authority | 9430 | common vampire bat | | genbank common name | 9430 | vampire bat | | common name | 9431 | Vespertilionidae | | scientific name | 9431 | common bats | | common name | 9431 | vesper bats | | genbank common name | 9431 | vespertilionid bats | | common name | 94311 | Salarias | | scientific name | 9432 | Miniopterus | | scientific name | 94328 | Zingiber officinale | | scientific name | 94328 | Zingiber officinale Roscoe, 1807 | | authority | 94328 | ginger | | common name | 9434 | Myotis | | scientific name | 9436 | Molossidae | | scientific name | 9436 | Molossidae Gervais, 1855 | | authority | 9436 | free-tailed bats | | genbank common name | 943815 | Streptomyces shenzhenensis | | scientific name | 943815 | Streptomyces shenzhenensis Hu et al. 2012 | | synonym | 943815 | Streptomyces sp. 172115 | | includes | 9443 | Primata | | synonym | 9443 | Primates | | scientific name | 9443 | Primates Linnaeus, 1758 | | authority | 9443 | primate | | equivalent name | 9443 | primates | primates | blast name | 9443 | primates | primates | genbank common name | 944322 | Methylobacterium oxalidis | | scientific name | 944322 | Methylobacterium oxalidis Tani et al. 2012 | | authority | 944322 | Methylobacterium sp. 35a | | includes | 944435 | Burkholderia sp. WSM2230 | | scientific name | 944481 | Hippea sp. KM1 | | scientific name | 9445 | Lemuridae | | scientific name | 9445 | lemurs | | genbank common name | 946125 | Asteroma rosae | | synonym | 946125 | Asteroma rosae Lib., 1827 | | authority | 946125 | Diplocarpon rosae | | scientific name | 946125 | Diplocarpon rosae (Lib.) F.A. Wolf, 1912 | | synonym | 946125 | Marssonina rosae | | synonym | 946125 | Marssonina rosae (Lib.) Died., 1915 | | authority | 946125 | rose black spot fungus | | common name | 946234 | Flavonifractor | | scientific name | 946234 | Flavonifractor Carlier et al. 2010 | | authority | 94695 | "Halomebacteria" Cavalier-Smith 1986 | "Halomebacteria" Cavalier-Smith 1986 | authority | 94695 | Halomebacteria | Halomebacteria | in-part | 94695 | Halomebacteria Cavalier-Smith, 2002 | Halomebacteria Cavalier-Smith, 2002 | authority | 94695 | Methanosarcinales | | scientific name | 94695 | Methanosarcinales Boone et al. 2002 | | authority | 947009 | Pelotomaculum terephthalicicum DSM 16121 | | synonym | 947009 | Pelotomaculum terephthalicicum JT | | scientific name | 947009 | Pelotomaculum terephthalicicum str. JT | | equivalent name | 947009 | Pelotomaculum terephthalicicum strain JT | | equivalent name | 947166 | Ramazzottius varieornatus | | scientific name | 947166 | Ramazzottius varieornatus Bertolani & Kinchin, 1993 | | authority | 947525 | Miniimonas | | scientific name | 947525 | Miniimonas Ue et al. 2011 | | authority | 9479 | New World monkeys | | genbank common name | 9479 | Platyrrhini | | scientific name | 9479 | monkey | monkey | common name | 9479 | monkeys | monkeys | common name | 9480 | Callithricidae | | synonym | 9480 | Callitrichidae | | synonym | 9480 | Callitrichinae | | scientific name | 9480 | marmosets and tamarins | | genbank common name | 9481 | Callithrix | Callithrix | scientific name | 948102 | Mycobacterium franklinii | | synonym | 948102 | Mycobacterium franklinii Nogueira et al. 2015 | | synonym | 948102 | Mycobacterium franklinii Nogueira et al. 2015 emend. Nouioui et al. 2018 | | authority | 948102 | Mycobacterium sp. CV02 | | includes | 948102 | Mycobacteroides franklinii | | scientific name | 948102 | Mycobacteroides franklinii (Nogueira et al. 2015) Gupta et al. 2018 | | authority | 94827 | Tinamus guttatus | | scientific name | 94827 | Tinamus guttatus Pelzeln, 1863 | | authority | 94827 | white-throated tinamou | | genbank common name | 9483 | Callithrix jacchus | | scientific name | 9483 | Callithrix jacchus jacchus | | synonym | 9483 | Simia jacchus | | synonym | 9483 | Simia jacchus Linnaeus, 1758 | | authority | 9483 | common marmoset | | common name | 9483 | white ear-tufted marmoset | | common name | 9483 | white-tufted-ear marmoset | | genbank common name | 948311 | Cephalosporium proliferatum | | synonym | 948311 | Cephalosporium proliferatum Matsushima, 1971 | | authority | 948311 | Fusarium proliferatum | | scientific name | 948311 | Fusarium proliferatum (Matsush.) Nirenberg ex Gerlach & Nirenberg, 1982 | | authority | 948311 | Fusarium proliferatum var. proliferatum | | synonym | 948311 | Fusarium sp. SIK-2001 | | includes | 948311 | Gibberella intermedia | | synonym | 94833 | Gavialinae | | scientific name | 94834 | Gavialis | | scientific name | 94835 | Gavialis gangeticus | | scientific name | 94835 | Gharial | | genbank common name | 94835 | Lacerta gangetica | | synonym | 94835 | Lacerta gangetica Gmelin, 1789 | | authority | 94835 | true gharial | | common name | 948519 | Aeromonas rivipollensis | | scientific name | 948519 | Aeromonas rivipollensis Marti and Balcazar 2016 | | synonym | 948519 | Aeromonas rivipollensis Marti and Balcazar 2016 emend. Talabrand-Reboul et al. 2017 | | authority | 948519 | Aeromonas sp. OY1 | | includes | 948519 | Aeromonas sp. P1A11 | | includes | 948519 | Aeromonas sp. P2G1 | | includes | 948519 | Aeromonas sp. SC42 | | includes | 948519 | Aeromonas sp. SU15 | | includes | 948519 | Aeromonas sp. SU3 | | includes | 948519 | Aeromonas sp. SU9 | | includes | 948561 | Staphylococcus aureus O11 | | scientific name | 948561 | Staphylococcus aureus str. O11 | | equivalent name | 948561 | Staphylococcus aureus strain O11 | | equivalent name | 94885 | Coluber guttatus | | synonym | 94885 | Coluber guttatus Linnaeus, 1766 | | authority | 94885 | Elaphe guttata | | synonym | 94885 | Pantherophis guttatus | | scientific name | 94885 | Pantherophis guttatus (Linnaeus, 1766) | | authority | 948950 | Pilosa | | scientific name | 948951 | Cingulata | | scientific name | 948953 | Folivora | | scientific name | 94929 | Ophidiiformes | | scientific name | 94929 | cusk-eels and others | | genbank common name | 9498 | Cebidae | | scientific name | 94992 | Parasilurus | | synonym | 94992 | Silurus | | scientific name | 9513 | Cebus | | scientific name | 9513 | capuchin monkeys | | genbank common name | 95162 | Nocardia amycolata | | equivalent name | 95162 | Nocardia beijingensis | | scientific name | 95162 | Nocardia beijingensis Wang et al. 2001 | | authority | 95179 | Agrotinae | | synonym | 95179 | Noctuinae | | scientific name | 95182 | Amphipyrinae | | scientific name | 95186 | Plusiinae | | scientific name | 952 | Wolbachieae | | scientific name | 952 | Wolbachieae Philip 1955 | | authority | 9520 | Saimiri | | scientific name | 9520 | squirrel monkeys | | genbank common name | 95244 | Hadeninae | | synonym | 95244 | Hadenini | | scientific name | 9526 | Catarrhini | | scientific name | 9527 | Cercopithecidae | | scientific name | 9527 | Old World monkeys | | genbank common name | 9527 | monkey | monkey | common name | 9527 | monkeys | monkeys | common name | 9528 | Cercopithecinae | | scientific name | 9529 | Cercocebus | | scientific name | 9529 | Cercocebus E. Geoffroy, 1812 | | authority | 953 | Wolbachia | | scientific name | 953 | Wolbachia Hertig 1936 (Approved Lists 1980) | | authority | 95301 | Pseudomonas multiresinivorans | | scientific name | 95301 | Pseudomonas multiresinivorans Mohn et al. 1999 | | authority | 9531 | Cercocebus atys | | scientific name | 9531 | Cercocebus atys (Audebert, 1797) | | authority | 9531 | Cercocebus torquatus atys | | synonym | 9531 | Simia atys | | synonym | 9531 | Simia atys Audebert, 1797 | | authority | 9531 | sooty mangabey | | genbank common name | 9539 | Macaca | | scientific name | 9539 | macaque | | common name | 9539 | macaques | | genbank common name | 9541 | Cynomolgus | | includes | 9541 | Macaca cynomolgus | | synonym | 9541 | Macaca fascicularis | | scientific name | 9541 | Macaca fascicularis Raffles, 1821 | | authority | 9541 | Macaca irus | | synonym | 9541 | Simia fascicularis | | synonym | 9541 | Simia fascicularis Raffles, 1821 | | authority | 9541 | crab eating macaque | | common name | 9541 | crab-eating macaque | | genbank common name | 9541 | cynomolgus macaque | | common name | 9541 | cynomolgus monkey | | common name | 9541 | cynomolgus monkeys | | common name | 9541 | long-tailed macaque | | common name | 9544 | Cercopithecus mulatta | | synonym | 9544 | Cercopithecus mulatta Zimmermann, 1780 | | authority | 9544 | Macaca mulatta | | scientific name | 9544 | Macaca mulatta (Zimmermann, 1780) | | authority | 9544 | Rhesus monkey | | genbank common name | 9544 | rhesus macaque | | common name | 9544 | rhesus macaques | | common name | 9544 | rhesus monkeys | | common name | 95485 | Burkholderia cepacia genomovar IV | | synonym | 95485 | Burkholderia stabilis | | scientific name | 95485 | Burkholderia stabilis Vandamme et al. 2000 | | authority | 95486 | Burkholderia cenocepacia | | scientific name | 95486 | Burkholderia cenocepacia Vandamme et al. 2003 | | authority | 95486 | Burkholderia cepacia genomovar III | | synonym | 95486 | Burkholderia cepacia genomovar IIIb | | includes | 9554 | Papio | | scientific name | 9554 | Papio Erxleben, 1777 | | authority | 9554 | baboons | | genbank common name | 9555 | Anubis baboon | | synonym | 9555 | Doguera baboon | | common name | 9555 | Kenya baboon | | common name | 9555 | Papio anubis | | scientific name | 9555 | Papio anubis (Lesson, 1827) | | authority | 9555 | Papio cynocephalus anubis | | synonym | 9555 | Papio doguera | | synonym | 9555 | Papio hamadryas anubis | | synonym | 9555 | Papio hamadryas doguera | | synonym | 9555 | Simia anubis | | synonym | 9555 | Simia anubis Lesson, 1827 | | authority | 9555 | baboon | baboon | common name | 9555 | olive baboon | | genbank common name | 95607 | Afipia genosp. B29 | | synonym | 95607 | Rhodopseudomonas sp. B29 | | scientific name | 9564 | Theropithecus | | scientific name | 9565 | Macacus gelada | | synonym | 9565 | Macacus gelada Ruppell, 1835 | | authority | 9565 | Theropithecus gelada | | scientific name | 9565 | Theropithecus gelada (Rueppell, 1835) | | authority | 9565 | bleeding heart baboon | | common name | 9565 | gelada | | genbank common name | 9565 | gelada baboon | | common name | 9567 | Mandrillus | | scientific name | 9567 | forest baboons | | genbank common name | 9568 | Mandrillus leucophaeus | | scientific name | 9568 | Mandrillus leucophaeus (F. Cuvier, 1807) | | authority | 9568 | Papio leucophaeus | | synonym | 9568 | Simia leucophaea | | synonym | 9568 | Simia leucophaea Cuvier, 1807 | | authority | 9568 | drill | | genbank common name | 9569 | Colobinae | | scientific name | 9570 | Colobus | | scientific name | 9570 | black-and-white colobus monkeys | | genbank common name | 9577 | Hylobatidae | | scientific name | 9577 | gibbons | | genbank common name | 9577 | lesser apes | | common name | 958 | Bdellovibrio | | scientific name | 958 | Bdellovibrio Stolp and Starr 1963 | | authority | 95818 | "Candidatus Saccharibacteria" Albertsen et al. 2013 | | synonym | 95818 | "Candidatus Saccharimonadota" corrig. Albertsen et al. 2013 | | authority | 95818 | Candidatus Saccharimonadota | | scientific name | 95818 | Saccharimonadota | | equivalent name | 95818 | candidate division 'Torf, mittlere Schicht' 7 | | equivalent name | 95818 | candidate division TM7 | | common name | 959 | Bdellovibrio bacteriovorus | | scientific name | 959 | Bdellovibrio bacteriovorus Stolp and Starr 1963 | | authority | 9590 | Hylobates syndactylus | | synonym | 9590 | Hylobates syndactylus (Raffles, 1821) | | authority | 9590 | Simia syndactyla | | synonym | 9590 | Simia syndactyla Raffles, 1821 | | authority | 9590 | Symphalangus syndactylus | | scientific name | 9590 | Symphalangus syndactylus (Raffles, 1821) | | authority | 9590 | siamang | | genbank common name | 95901 | "Candidatus Babelota" corrig. Yeoh et al. 2016 | | authority | 95901 | "Candidatus Dependentiae" Yeoh et al. 2016 | | synonym | 95901 | Babelota | | equivalent name | 95901 | Candidatus Babelota | | scientific name | 95901 | candidate division 'Torf, mittlere Schicht' 6 | | equivalent name | 95901 | candidate division TM6 | | synonym | 95901 | candidate phylum TM6 | | equivalent name | 95901 | domain cluster TM6 | | equivalent name | 9596 | Pan | | scientific name | 9596 | Pan sp. WO2005014654 | | includes | 9596 | Pan sp. WO2007026120 | | includes | 9596 | chimpanzees | | genbank common name | 9598 | Pan troglodytes | | scientific name | 9598 | Simia troglodytes | | synonym | 9598 | Simia troglodytes Linnaeus, 1758 | | authority | 9598 | chimpanzee | | genbank common name | 9599 | Pongo | | scientific name | 96 | Gallionella | | scientific name | 96 | Gallionella Ehrenberg 1838 | | authority | 9600 | Bornean orangutan | | genbank common name | 9600 | Orang-utan | Orang-utan | common name | 9600 | Orangutan | Orangutan | common name | 9600 | Pongo pygmaeus | | scientific name | 9600 | Pongo pygmaeus (Linnaeus, 1760) | | authority | 9600 | Simia pygmaeus | | synonym | 9600 | Simia pygmaeus Linnaeus, 1760 | | authority | 9600 | orang utan | orang utan | common name | 9601 | Orang-utan | Orang-utan | common name | 9601 | Orangutan | Orangutan | common name | 9601 | Pongo abelii | | scientific name | 9601 | Pongo abelii Lesson, 1827 | | authority | 9601 | Pongo pygmaeus abeli | | synonym | 9601 | Pongo pygmaeus abelii | | synonym | 9601 | Sumatran orangutan | | genbank common name | 9601 | orang utan | orang utan | common name | 9604 | Hominidae | | scientific name | 9604 | Hominidae Gray, 1825 | | authority | 9604 | Pongidae | | synonym | 9604 | great apes | | genbank common name | 9605 | Homo | | scientific name | 9605 | Homo Linnaeus, 1758 | | authority | 9605 | humans | | common name | 9606 | Homo sapiens | | scientific name | 9606 | Homo sapiens Linnaeus, 1758 | | authority | 9606 | human | | genbank common name | 9608 | Canidae | | scientific name | 9608 | dog, coyote, wolf, fox | | genbank common name | 9611 | Canis | | scientific name | 9612 | Canis lupus | | scientific name | 9612 | Canis lupus Linnaeus, 1758 | | authority | 9612 | gray wolf | | common name | 9612 | wolf | | genbank common name | 963 | Herbaspirillum | | scientific name | 963 | Herbaspirillum Baldani et al. 1986 emend. Baldani et al. 1996 | | authority | 963 | Herbaspirillum Baldani et al. 1986 emend. Carro et al. 2012 | | authority | 963 | Herbispirillum | | equivalent name | 96318 | Fusarium oxysporum f. raphani | | synonym | 96318 | Fusarium oxysporum f. sp. raphani | | scientific name | 9632 | Ursidae | | scientific name | 9632 | bears | | genbank common name | 96344 | "Pseudomonas oxalaticus" Khambata and Bhat 1953 | | authority | 96344 | "Ralstonia oxalaticus" (ex Khambata and Bhat 1953) Sahin et al. 2000 | | authority | 96344 | Cupriavidus oxalaticus | | scientific name | 96344 | Cupriavidus oxalaticus (Sahin et al. 2000 ex Khambata and Bhat 1953) Vandamme and Coenye 2004 emend. Sahin and Tani 2026 | | authority | 96344 | Cupriavidus oxalaticus (Sahin et al. 2000) Vandamme and Coenye 2004 | | authority | 96344 | Pseudomonas oxalaticus | | synonym | 96344 | Pseudomonas sp. DSM1105 | | includes | 96344 | Ralstonia oxalatica corrig. (ex Khambata and Bhat 1953) Sahin et al. 2000 | | synonym | 96344 | Ralstonia oxalaticus | | synonym | 96344 | Wautersia oxalatica | | synonym | 96344 | Wautersia oxalatica (Sahin et al. 2000) Vaneechoutte et al. 2004 | | authority | 9639 | Euarctos | | includes | 9639 | Ursus | | scientific name | 9643 | American black bear | | genbank common name | 9643 | Euarctos americanus | | synonym | 9643 | Ursus americanus | | scientific name | 9643 | Ursus americanus Pallas, 1780 | | authority | 9645 | Ailuropoda | | scientific name | 9646 | Ailuropoda melanoleuca | | scientific name | 9646 | Ailuropoda melanoleuca (David, 1869) | | authority | 9646 | giant panda | | genbank common name | 96492 | Frigoribacterium | | scientific name | 96492 | Frigoribacterium Kampfer et al. 2000 | | authority | 96541 | Lachnidae | | synonym | 96541 | Lachninae | | scientific name | 9655 | Mustelidae | | scientific name | 9655 | weasel, mink, badger, martens and others | | genbank common name | 9656 | Lutra | | scientific name | 9656 | Lutra Brisson, 1762 | | authority | 9657 | Eurasian river otter | | genbank common name | 9657 | European otter | | common name | 9657 | European river otter | | common name | 9657 | Lutra lutra | | scientific name | 9657 | Lutra lutra (Linnaeus, 1758) | | authority | 9657 | Viverra lutra | | synonym | 9657 | Viverra lutra Linnaeus, 1758 | | authority | 96574 | unclassified Alteromonadaceae | | scientific name | 9665 | Mustela | | scientific name | 9668 | European polecat | | genbank common name | 9668 | Mustela putorius | | scientific name | 9668 | Mustela putorius Linnaeus, 1758 | | authority | 9668 | Putorius putorius | | synonym | 9669 | Mustela furo | | synonym | 9669 | Mustela putorius furo | | scientific name | 9669 | Mustela putorius furo Linnaeus, 1758 | | authority | 9669 | black ferret | | common name | 9669 | domestic ferret | | genbank common name | 9669 | ferret | | common name | 96736 | Eublepharis | | scientific name | 96736 | Eublepharus | | synonym | 9676 | Hyaenidae | | scientific name | 9676 | hyaenas | | genbank common name | 9677 | Crocuta | | scientific name | 9678 | Canis crocuta | | synonym | 9678 | Canis crocuta Erxleben, 1777 | | authority | 9678 | Crocuta crocuta | | scientific name | 9678 | Crocuta crocuta (Erxleben, 1777) | | authority | 9678 | spotted hyena | | genbank common name | 9681 | Felidae | | scientific name | 9681 | cat family | | genbank common name | 9682 | Felis | | scientific name | 9685 | Felis catus | | scientific name | 9685 | Felis catus Linnaeus, 1758 | | authority | 9685 | Felis domesticus | | synonym | 9685 | Felis silvestris catus | | synonym | 9685 | Korat cats | | includes | 9685 | Korat cats L. | | authority | 9685 | cat | | common name | 9685 | cats | | common name | 9685 | domestic cat | | genbank common name | 9688 | Leo | | synonym | 9688 | Panthera | | scientific name | 9688 | Uncia | | synonym | 9689 | Felis leo | | synonym | 9689 | Felis leo Linnaeus, 1758 | | authority | 9689 | Leo leo | | synonym | 9689 | Panthera leo | | scientific name | 9689 | lion | | genbank common name | 9694 | Felis tigris | | synonym | 9694 | Felis tigris Linnaeus, 1758 | | authority | 9694 | Panthera tigris | | scientific name | 9694 | tiger | | genbank common name | 9696 | Felis concolor | | synonym | 9696 | Felis concolor Linnaeus, 1771 | | authority | 9696 | Panthera concolor | | synonym | 9696 | Puma concolor | | scientific name | 9696 | puma | | genbank common name | 970 | Selenomonas | | scientific name | 970 | Selenomonas von Prowazek 1913 | | authority | 9702 | Otariidae | | scientific name | 9702 | fur seals & sea lions | | genbank common name | 97028 | Trifolium medium | | scientific name | 97028 | Trifolium medium L., 1759 | | authority | 9703 | Zalophus | | scientific name | 9704 | California sea lion | | genbank common name | 9704 | California sealion | | common name | 9704 | Otaria californiana | | synonym | 9704 | Otaria californiana Lesson, 1828 | | authority | 9704 | Zalophus californianus | | scientific name | 97050 | Ruegeria | | scientific name | 97050 | Ruegeria Uchino et al. 1999 | | authority | 97050 | Ruegeria Uchino et al. 1999 emend. Martens et al. 2006 | | authority | 97050 | Ruegeria Uchino et al. 1999 emend. Wirth and Whitman 2018 | | authority | 97050 | Ruegeria Uchino et al. 1999 emend. Yi et al. 2007 | | authority | 97050 | Silicibacter | | synonym | 97050 | Silicibacter Petursdottir and Kristjansson 1999 | | authority | 97051 | Cinara | | scientific name | 9709 | Phocidae | | scientific name | 9709 | crawling seals | | common name | 9709 | earless seals | | common name | 9709 | seal | | common name | 9709 | seals | | common name | 9709 | true seals | | genbank common name | 9717 | Phoca | | scientific name | 972 | Halanaerobiaceae | | scientific name | 972 | Halanaerobiaceae corrig. Oren et al. 1984 | | authority | 972 | Haloanaerobiaceae | | synonym | 9720 | Phoca vitulina | | scientific name | 9720 | Phoca vitulina Linnaeus, 1758 | | authority | 9720 | harbor seal | | genbank common name | 9721 | Cetacea | | scientific name | 9721 | cetaceans | | common name | 9721 | whale | | common name | 9721 | whales | | common name | 9721 | whales & dolphins | whales & dolphins | blast name | 9721 | whales & dolphins | whales & dolphins | genbank common name | 9721 | whales, dolphins & porpoises | | common name | 9722 | Odontoceti | | scientific name | 9722 | tooth whales | | genbank common name | 9726 | Delphinidae | | scientific name | 9726 | dolphins | dolphins | in-part | 9726 | marine dolphins | | genbank common name | 97331 | Arthrobotrys flagrans | | scientific name | 97331 | Arthrobotrys flagrans (Dudd.) Sidorova, Gorlenko & Nalepina, 1964 | | authority | 97331 | Duddingtonia flagrans | | synonym | 97331 | Duddingtonia flagrans (Dudd.) R.C. Cooke, 1969 | | authority | 97331 | Trichothecium flagrans | | synonym | 97331 | Trichothecium flagrans Dudd., 1950 | | authority | 97376 | Biscogniauxia | | scientific name | 97376 | Biscogniauxia Kuntze, 1891 | | authority | 9740 | Phocoenidae | | scientific name | 9740 | Phocoenidae Gray, 1825 | | authority | 9740 | porpoises | | genbank common name | 9741 | Phocoena | | scientific name | 9747 | Monodontidae | | scientific name | 97479 | Pyrenophora teres f. sp. teres | | synonym | 97479 | Pyrenophora teres f. teres | | scientific name | 9750 | Physeteridae | | scientific name | 9750 | sperm whales | | genbank common name | 9753 | Physeter | | scientific name | 9755 | Physeter catodon | | synonym | 9755 | Physeter catodon Linnaeus, 1758 | | authority | 9755 | Physeter macrocephalus | | scientific name | 9755 | Physeter macrocephalus Linnaeus, 1758 | | authority | 9755 | sperm whale | | genbank common name | 976 | "Bacteroidetes" Krieg et al. 2012 | | authority | 976 | "Bacteroidota" Whitman et al. 2018 | | synonym | 976 | "Sphingobacteria" Cavalier-Smith, 2002 | | authority | 976 | BCF group | | equivalent name | 976 | Bacteroides-Cytophaga-Flexibacter group | | common name | 976 | Bacteroidetes | Bacteroidetes | synonym | 976 | Bacteroidota | | scientific name | 976 | Bacteroidota corrig. Krieg et al. 2021 | | authority | 976 | CFB group | | equivalent name | 976 | CFB group bacteria | CFB group bacteria | blast name | 976 | CFB group bacteria | CFB group bacteria | genbank common name | 976 | Cytophaga-Flexibacter-Bacteroides phylum | | common name | 976 | Sphingobacteria | | synonym | 9761 | Mysticeti | | scientific name | 9761 | baleen whales | | genbank common name | 9765 | Balaenopteridae | | scientific name | 9765 | finback whales | | common name | 9765 | rorquals | | genbank common name | 9766 | Balaenoptera | | scientific name | 9766 | Balaenoptera Lacepede, 1804 | | authority | 9771 | Balaena musculus | | synonym | 9771 | Balaena musculus Linnaeus, 1758 | | authority | 9771 | Balaenoptera musculus | | scientific name | 9771 | Balaenoptera musculus (Linnaeus, 1758) | | authority | 9771 | blue whale | | genbank common name | 9774 | Sirenia | | scientific name | 9774 | manatees and dugongs (seacows) | | genbank common name | 9775 | Trichechidae | | scientific name | 9775 | manatees | | genbank common name | 9776 | Trichechus | | scientific name | 977775 | Panpulmonata | | scientific name | 9778 | Trichechus manatus | | scientific name | 9778 | Trichechus manatus Linnaeus, 1758 | | authority | 9778 | West Indian manatee | | genbank common name | 9779 | Proboscidea | Proboscidea | scientific name | 9779 | elephants | elephants | genbank common name | 9780 | Elephantidae | | scientific name | 9780 | elephants | elephants | genbank common name | 97818 | environmental samples | environmental samples | scientific name | 9782 | Elephas | | scientific name | 9783 | Asian elephant | | common name | 9783 | Asiatic elephant | | genbank common name | 9783 | Elephas maximus | | scientific name | 9783 | Elephas maximus Linnaeus, 1758 | | authority | 9783 | Indian elephant | | common name | 9783 | elephant | elephant | in-part | 9787 | Perissodactyla | | scientific name | 9787 | odd-toed ungulates | odd-toed ungulates | blast name | 9787 | odd-toed ungulates | odd-toed ungulates | genbank common name | 9788 | Equidae | | scientific name | 9788 | horses | | genbank common name | 9789 | Amerhippus | | synonym | 9789 | Asinus | | synonym | 9789 | Dolichohippus | | synonym | 9789 | Equus | | scientific name | 9789 | Equus subg. Amerhippus | | synonym | 9789 | Equus subg. Asinus | | synonym | 9789 | Equus subg. Dolichohippus | | synonym | 9789 | Equus subg. Equus | | synonym | 9789 | Equus subg. Hemionus | | synonym | 9789 | Equus subg. Hippotigris | | synonym | 9789 | Equus subgen. Sussemionus | | synonym | 9789 | Hemionus | | synonym | 9789 | Hippotigris | | synonym | 9789 | Sussemionus | | synonym | 9796 | Equus caballus | | scientific name | 9796 | Equus caballus Linnaeus, 1758 | | authority | 9796 | Equus przewalskii f. caballus | | synonym | 9796 | Equus przewalskii forma caballus | | synonym | 9796 | domestic horse | | common name | 9796 | equine | | common name | 9796 | horse | | genbank common name | 979620 | Dissophora ornata | | scientific name | 979620 | Dissophora ornata (W. Gams) W. Gams 1989 | | authority | 979620 | Mortierella ornata | | synonym | 979620 | Mortierella ornata W. Gams, 1983 | | authority | 979627 | Lachnoanaerobaculum orale | | scientific name | 979627 | Lachnoanaerobaculum orale Hedberg et al. 2012 | | authority | 979627 | Lachnospiraceae bacterium N1 | | includes | 979650 | Haplosporangium | | scientific name | 979650 | Haplosporangium Thaxt., 1914 | | authority | 979673 | Entomortierella beljakovae | | scientific name | 979673 | Entomortierella beljakovae (Milko) Vandepol & Bonito, 2020 | | authority | 979673 | Mortierella beljakovae | | synonym | 979673 | Mortierella beljakovae Milko 1973 | | authority | 979688 | Mortierella clonocystis | | synonym | 979688 | Mortierella clonocystis W. Gams, 1976 | | authority | 979688 | Podila clonocystis | | scientific name | 979688 | Podila clonocystis (Gams) Vandepol & Bonito, 2020 | | authority | 979690 | Gryganskiella cystojenkinii | | scientific name | 979690 | Gryganskiella cystojenkinii (Gams & Veenb.-Rijks) Vandepol & Bonito, 2020 | | authority | 979690 | Mortierella cystojenkinii | | synonym | 979690 | Mortierella cystojenkinii W. Gams & Veenb.-Rijks 1976 | | authority | 979699 | Mortierella epigama | | synonym | 979699 | Mortierella epigama W. Gams & Domsch 1972 | | authority | 979699 | Podila epigama | | scientific name | 979699 | Podila epigama (Gams & Domsch) Vandepol & Bonito, 2020 | | authority | 979765 | Linnemannia zychae | | scientific name | 979765 | Linnemannia zychae (Linnem.) Vandepol & Bonito, 2020 | | authority | 979765 | Mortierella zychae | | synonym | 979765 | Mortierella zychae Linnem., 1941 | | authority | 979771 | Aspergillus saccharolyticus | | scientific name | 979771 | Aspergillus saccharolyticus Sorensen, Luebeck & Frisvad, 2011 | | authority | 979771 | Aspergillus sp. AS-2011 | | includes | 9798 | Equus caballus przewalskii | | synonym | 9798 | Equus ferus przewalskii | | synonym | 9798 | Equus przewalskii | | scientific name | 9798 | Equus przewalskii Poliakov, 1881 | | authority | 9798 | Przewalski horse | | common name | 9798 | Przewalski's horse | | genbank common name | 979982 | Leuconostoc sp. C2 | | scientific name | 98005 | Chalcanthus | | synonym | 98005 | Chalcanthus Boiss. | | authority | 98005 | Eutrema | | scientific name | 98005 | Eutrema R.Br., 1823 | | authority | 98005 | Neomartinella | | synonym | 98005 | Neomartinella Pilg. | | authority | 98005 | Platycraspedum | | synonym | 98005 | Platycraspedum O.E.Schulz | | authority | 98005 | Taphrospermum | | synonym | 98005 | Taphrospermum C.A.Mey. | | authority | 98005 | Thellungiella | | synonym | 98005 | Thellungiella O.E.Schulz | | authority | 98005 | Wasabia | | includes | 98005 | Wasabia Matsum., 1899 | | authority | 980083 | Camelineae | | scientific name | 980083 | Camelineae DC., 1821 | | authority | 980116 | Coprinellus angulatus | | synonym | 980116 | Coprinellus angulatus (Peck) Redhead, Vilgalys & Moncalvo 2001 | | authority | 980116 | Coprinus angulatus | | synonym | 980116 | Coprinus angulatus Peck, 1873 | | authority | 980116 | Ephemerocybe angulata | | scientific name | 980116 | Ephemerocybe angulata (Peck) Kun L. Yang, Jia Ying Lin & Zhu L. Yang, 2025 | | authority | 980116 | Tulosesus angulatus | | synonym | 980116 | Tulosesus angulatus (Peck) Wachter & A. Melzer, 2020 | | authority | 980254 | "Roseimaritima ulvae" Bondoso et al. 2015 | | authority | 980254 | Planctomyces sp. UC8 | | includes | 980254 | Planctomyces sp. UF3 | | includes | 980254 | Planctomyces sp. UF42 | | includes | 980254 | Roseimaritima ulvae | | scientific name | 980254 | Roseimaritima ulvae Bondoso et al. 2016 | | authority | 980427 | Deinococcus wulumuqiensis | | scientific name | 980427 | Deinococcus wulumuqiensis Wang et al. 2010 | | synonym | 980427 | Deinococcus wulumuqiensis Wang et al. 2010 emend. Hong et al. 2015 | | authority | 980427 | Deinococcus xibeiensis | | synonym | 980427 | Deinococcus xibeiensis Wang et al. 2010 | | authority | 981070 | Arabideae | | scientific name | 981070 | Arabideae DC., 1821 | | authority | 981071 | Brassiceae | | scientific name | 981071 | Brassiceae DC., 1821 | | authority | 981085 | Morus notabilis | | scientific name | 981085 | Morus notabilis C.K.Schneid., 1916 | | authority | 981100 | Eutremeae | | scientific name | 981100 | Eutremeae Al-Shehbaz, Beilstein & E.A.Kellogg, 2006 | | authority | 98130 | Illadopsis | | scientific name | 981327 | Acinetobacter lwoffii CIP 64.10 | | synonym | 981327 | Acinetobacter lwoffii NCTC 5866 | | synonym | 981327 | Acinetobacter lwoffii NCTC 5866 = CIP 64.10 = NIPH 512 | | scientific name | 981327 | Acinetobacter lwoffii NIPH 512 | | synonym | 981384 | Ruegeria conchae | | scientific name | 981384 | Ruegeria conchae Lee et al. 2012 | | authority | 981384 | Ruegeria sp. TW15 | | includes | 98143 | Oxylabes | | scientific name | 98144 | Motacilla madagascariensis | | synonym | 98144 | Motacilla madagascariensis Gmelin, 1789 | | authority | 98144 | Oxylabes madagascariensis | | scientific name | 98144 | Oxylabes madagascariensis (Gmelin, 1789) | | authority | 98144 | white-throated Oxylabes | | genbank common name | 98147 | Pomatorhinus | | scientific name | 9815 | Edentata | Edentata | in-part | 9815 | Tubulidentata | | scientific name | 9815 | aardvarks | aardvarks | genbank common name | 9816 | Orycteropodidae | | scientific name | 9816 | aardvark | aardvark | genbank common name | 9816 | aardvarks | aardvarks | common name | 981671 | Miniopteridae | | scientific name | 981671 | Miniopteridae Dobson, 1875 | | authority | 981671 | Miniopterinae | | includes | 981671 | Miniopterinae Dobson, 1875 | | authority | 981671 | bent-winged or long-winged bats | | genbank common name | 9817 | Orycteropus | | scientific name | 9818 | Manis afer | | synonym | 9818 | Manis afer Linneaus, 1758 | | authority | 9818 | Orycteropus afer | | scientific name | 9818 | Orycteropus afer (Pallas, 1766) | | authority | 9818 | aardvark | aardvark | genbank common name | 9821 | Suidae | | scientific name | 9821 | boars | | common name | 9821 | pigs | pigs | genbank common name | 9822 | Sus | | scientific name | 9823 | Sus scrofa | | scientific name | 9823 | Sus scrofa LW | | includes | 9823 | Sus scrofa Linnaeus, 1758 | | authority | 9823 | Sus scrofa Pietrain | | includes | 9823 | pig | | genbank common name | 9823 | pigs | pigs | common name | 9823 | swine | | common name | 9823 | wild boar | | common name | 98302 | Ostreoidea | | scientific name | 9834 | Tylopoda | | scientific name | 9835 | Camelidae | | scientific name | 9836 | Camelus | | scientific name | 9838 | Arabian camel | | genbank common name | 9838 | Camelus dromedarius | | scientific name | 9838 | Camelus dromedarius Linnaeus, 1758 | | authority | 9838 | camel | camel | common name | 9838 | dromedaries | | common name | 9838 | dromedary | | common name | 9838 | dromedary camel | | common name | 9838 | one-humped camel | | common name | 984307 | "Burkholderia brasilensis" Baldani et al. 1997 | | authority | 984307 | Burkholderia brasilensis | | synonym | 984307 | Burkholderia kururiensis | | synonym | 984307 | Burkholderia kururiensis Zhang et al. 2000 | | authority | 984307 | Burkholderia sp. KO3 | | includes | 984307 | Paraburkholderia kururiensis | | scientific name | 984307 | Paraburkholderia kururiensis (Zhang et al. 2000) Sawana et al. 2015 | | authority | 9845 | Ruminantia | | scientific name | 9850 | Cervidae | | scientific name | 9850 | deer | | genbank common name | 985054 | Ruegeria halocynthiae | | scientific name | 985054 | Ruegeria halocynthiae Kim et al. 2012 | | authority | 985054 | Ruegeria sp. MA1-6 | | includes | 98519 | unclassified Dermatophilaceae | | scientific name | 985762 | Staphylococcus agnetis | | scientific name | 985762 | Staphylococcus agnetis Taponen et al. 2012 | | authority | 9859 | Cervus | | scientific name | 9860 | Cervus elaphus | | scientific name | 9860 | Cervus elaphus Lennaeus 1758 | | authority | 9860 | Cervus elaphus Linnaeus, 1758 | | authority | 9860 | red deer | | genbank common name | 986140 | Cyperoideae | | scientific name | 986140 | Cyperoideae Kostel., 1831 | | authority | 9869 | Rangifer | | scientific name | 9870 | Cervus tarandus | | synonym | 9870 | Cervus tarandus Linnaeus, 1758 | | authority | 9870 | Rangifer tarandus | | scientific name | 9870 | Rangifer tarandus Linnaeus | | authority | 9870 | caribou | | common name | 9870 | reindeer | | genbank common name | 9871 | Odocoileus | | scientific name | 9874 | Odocoileus virginianus | | scientific name | 9874 | Odocoileus virginianus (Zimmermann, 1780) | | authority | 9874 | white-tailed deer | | genbank common name | 988006 | Oeneis glacialis | | scientific name | 988006 | Oeneis glacialis (Moll, 1785) | | authority | 988006 | Papilio glacialis | | synonym | 988006 | Papilio glacialis Moll, 1785 | | authority | 98808 | Bactrocera tyroni species complex | | scientific name | 98808 | tyroni species complex | | synonym | 98809 | Bactrocera neohumeralis | | scientific name | 98809 | Bactrocera neohumeralis (Hardy, 1951) | | authority | 98809 | Dacus tryoni var. neohumeralis | | synonym | 98809 | Dacus tryoni var. neohumeralis Hardy, 1951 | | authority | 9881 | Odocoileinae | | scientific name | 9885 | Megamuntiacus | | includes | 9885 | Muntiacus | | scientific name | 9885 | Muntiacus Rafinesque, 1815 | | authority | 9886 | Cervus reevesi | | synonym | 9886 | Cervus reevesi Ogilby, 1839 | | authority | 9886 | Chinese muntjac | | common name | 9886 | Muntiacus reevesi | | scientific name | 9886 | Muntiacus reevesi (Ogilby, 1839) | | authority | 9886 | Reeves' muntjac | | genbank common name | 9886 | Reeves's muntjac | | common name | 9888 | Indian muntjac | | common name | 9888 | Muntiacus muntjak | | scientific name | 9888 | muntjak | | genbank common name | 9895 | Bovidae | | scientific name | 98964 | Cardinalis cardinalis | | scientific name | 98964 | Cardinalis cardinalis (Linnaeus, 1758) | | authority | 98964 | Loxia cardinalis | | synonym | 98964 | Loxia cardinalis Linnaeus, 1758 | | authority | 98964 | northern cardinal | | genbank common name | 99 | "Renobacter" Nikitin 1971 | | authority | 99 | Ancylobacter | | scientific name | 99 | Ancylobacter Raj 1983 | | synonym | 99 | Angulomicrobium | | synonym | 99 | Angulomicrobium Vasil'eva et al. 1986 | | authority | 99 | Methylorhabdus | | synonym | 99 | Methylorhabdus Doronina et al. 1996 | | authority | 99 | Microcyclus | Microcyclus | synonym | 99 | Microcyclus rskov 1928 (Approved Lists 1980) | | authority | 99 | Renobacter | | synonym | 9900 | Bison | Bison | scientific name | 990078 | Bradyrhizobium huanghuaihaiense | | scientific name | 990078 | Bradyrhizobium huanghuaihaiense Zhang et al. 2012 | | authority | 990078 | Bradyrhizobium sp. CCBAU 05656 | | includes | 990078 | Bradyrhizobium sp. CCBAU 23303 | | includes | 990078 | Bradyrhizobium sp. CCBAU 43257 | | includes | 9901 | American bison | | genbank common name | 9901 | Bison | Bison | common name | 9901 | Bison bison | | scientific name | 9901 | Bos (Bison) bison | | synonym | 9901 | Bos bison | | synonym | 9901 | Bos bison Linnaeus, 1758 | | authority | 9903 | Bos | | scientific name | 9903 | cattle | | genbank common name | 990650 | Sphaerobolus stellatus SS14 | | scientific name | 990719 | "Candidatus Borkfalkiaceae" Hildebrand et al. 2020 | | synonym | 990719 | "Candidatus Comantemaea" Hildebrand et al. 2019 | | synonym | 990719 | "Catabacteraceae" corrig. Lau et al. 2007 | | authority | 990719 | "Catabacteriaceae" Lau et al. 2007 | | authority | 990719 | Borkfalkiaceae | | equivalent name | 990719 | Candidatus Borkfalkiaceae | | synonym | 990719 | Catabacteraceae | | synonym | 990719 | Catabacteriaceae | | synonym | 990719 | Christensenellaceae | | scientific name | 990719 | Christensenellaceae Morotomi et al. 2012 | | authority | 990719 | Comatemaea | | equivalent name | 99105 | Tanacetum | | scientific name | 99105 | Tanacetum L., 1753 | | authority | 99105 | Tzvelevopyrethrum | | synonym | 9913 | Bos bovis | | synonym | 9913 | Bos primigenius taurus | | synonym | 9913 | Bos taurus | | scientific name | 9913 | Bos taurus Linnaeus, 1758 | | authority | 9913 | Bovidae sp. Adi Nefas | | includes | 9913 | bovine | | common name | 9913 | cow | | common name | 9913 | dairy cow | | common name | 9913 | domestic cattle | | genbank common name | 9913 | domestic cow | | common name | 9913 | ox | | common name | 9915 | Bos indicus | | scientific name | 9915 | Bos indicus Linnaeus, 1758 | | authority | 9915 | Bos primigenius indicus | | synonym | 9915 | Bos taurus indicus | | synonym | 9915 | Indicine cattle | | common name | 9915 | zebu | | common name | 9915 | zebu cattle | | genbank common name | 991789 | Anaerotignum propionicum DSM 1682 | | scientific name | 991789 | Clostridium propionicum ATCC 25522 | | synonym | 991789 | Clostridium propionicum DSM 1682 | | synonym | 9918 | Bubalus | | scientific name | 99213 | Parasitidae | | scientific name | 9922 | Capra | | scientific name | 992288 | Bacillus pakistanensis | | synonym | 992288 | Bacillus pakistanensis Roohi et al. 2014 | | authority | 992288 | Bacillus sp. NCCP-168 | | includes | 992288 | Rossellomorea pakistanensis | | scientific name | 992288 | Rossellomorea pakistanensis (Roohi et al. 2014) Li et al. 2024 | | authority | 9925 | African dwarf goat | | includes | 9925 | African dwarf goats | | includes | 9925 | Capra aegagrus hircus | | synonym | 9925 | Capra hircus | | scientific name | 9925 | Capra hircus Linnaeus, 1758 | | authority | 9925 | Naine d'Afrique de l'Ouest | | includes | 9925 | domestic goat | | common name | 9925 | goat | | genbank common name | 9925 | goats | | common name | 9935 | Ovis | | scientific name | 993516 | Rhodopirellula baltica SWK14 | | scientific name | 993516 | Rhodopirellula baltica str. SWK14 | | equivalent name | 993516 | Rhodopirellula baltica strain SWK14 | | equivalent name | 993517 | Rhodopirellula baltica SH28 | | scientific name | 993517 | Rhodopirellula baltica str. SH28 | | equivalent name | 993517 | Rhodopirellula baltica strain SH28 | | equivalent name | 9940 | Ovis ammon aries | | synonym | 9940 | Ovis aries | | scientific name | 9940 | Ovis aries Linnaeus, 1758 | | authority | 9940 | Ovis orientalis aries | | synonym | 9940 | Ovis ovis | | synonym | 9940 | domestic sheep | | common name | 9940 | lambs | | common name | 9940 | sheep | | genbank common name | 9940 | wild sheep | | common name | 994319 | Marinobacter sp. UST090418-1611 | | includes | 994319 | Marinobacter xestospongiae | | scientific name | 994319 | Marinobacter xestospongiae Lee et al. 2012 | | authority | 994702 | Rhynchosporeae | | scientific name | 994702 | Rhynchosporeae Wight & Arn., 1834 | | authority | 99479 | "Candidatus Nostocoides" corrig. Blackall et al. 2000 | | authority | 99479 | Candidatus Nostocoides | | synonym | 99479 | Nostocoides | | scientific name | 99479 | Nostocoides Deshmukh and Oren 2024 | | authority | 99479 | Tetrasphaera | | synonym | 99479 | Tetrasphaera Maszenan et al. 2000 | | synonym | 99482 | unclassified Micrococcales | | scientific name | 99482 | unclassified Micrococcineae (miscellaneous) | | synonym | 99487 | Elephas maximus indicus | | scientific name | 99487 | Elephas maximus indicus Cuvier, 1798 | | authority | 995019 | Sutterellaceae | | scientific name | 995019 | Sutterellaceae Morotomi et al. 2011 | | authority | 995037 | Cryobacterium aureum | | scientific name | 995037 | Cryobacterium aureum Liu et al. 2018 | | authority | 995037 | Cryobacterium sp. Hh31 | | includes | 995085 | Stenotrophomonas maltophilia complex | | equivalent name | 995085 | Stenotrophomonas maltophilia group | | scientific name | 9957 | Oryx | | scientific name | 9959 | Hippotraginae | | scientific name | 9963 | Caprinae | | scientific name | 99657 | Xanthoceras | | scientific name | 99657 | Xanthoceras Bunge | | authority | 99658 | Xanthoceras sorbifolia | | synonym | 99658 | Xanthoceras sorbifolium | | scientific name | 99658 | Xanthoceras sorbifolium Bunge, 1834 | | authority | 99658 | yellow-horn | | common name | 9971 | Edentata | Edentata | in-part | 9971 | Pholidota | Pholidota | scientific name | 9971 | pangolins | pangolins | genbank common name | 9972 | Manidae | | scientific name | 9972 | pangolins | pangolins | genbank common name | 9972 | scaly anteaters | | common name | 9973 | Manis | | scientific name | 9973 | Manis Linnaeus, 1758 | | authority | 9974 | Javan pangolin | | common name | 9974 | Malayan pangolin | | genbank common name | 9974 | Manis javanica | | scientific name | 9974 | Manis javanica Desmarest, 1822 | | authority | 9974 | Sunda pangolin | | common name | 9975 | Lagomorpha | | scientific name | 9975 | Lagomorpha Brandt, 1855 | | authority | 9975 | rabbits & hares | | blast name | 997894 | Clostridium bolteae 90A9 | | equivalent name | 997894 | Enterocloster bolteae 90A9 | | scientific name | 997895 | Clostridium bolteae 90B3 | | equivalent name | 997895 | Enterocloster bolteae 90B3 | | scientific name | 9979 | Leporidae | | scientific name | 9979 | Leporidae Fischer, 1817 | | authority | 9979 | rabbits and hares | | genbank common name | 998084 | Streptomyces himastatinicus | | scientific name | 998084 | Streptomyces himastatinicus Kumar and Goodfellow 2008 | | authority | 9984 | Oryctolagus | | scientific name | 998465 | Pseudoalteromonas sp. J010 | | scientific name | 9986 | European rabbit | | common name | 9986 | Japanese white rabbit | | common name | 9986 | Lepus cuniculus | | synonym | 9986 | Lepus cuniculus Linnaeus, 1758 | | authority | 9986 | New Zealand rabbit | | includes | 9986 | Oryctolagus cuniculus | | scientific name | 9986 | domestic rabbit | | common name | 9986 | rabbit | | genbank common name | 9986 | rabbits | | common name | 9989 | Rodentia | | scientific name | 9989 | rodent | | common name | 9989 | rodents | rodents | blast name | 9989 | rodents | rodents | genbank common name | 9991 | Sciurinae | | scientific name | 9992 | Marmota | | scientific name | 9992 | Marmota Blumenbach, 1779 | | authority | 999432 | Treponema denticola H-22 | | scientific name | 999432 | Treponema denticola str. H-22 | | equivalent name | 999432 | Treponema denticola strain H-22 | | equivalent name | 9995 | Marmota monax | | scientific name | 9995 | Marmota monax (Linnaeus, 1758) | | authority | 9995 | Mus monax | | synonym | 9995 | Mus monax Linnaeus, 1758 | | authority | 9995 | groundhog | | common name | 9995 | woodchuck | | genbank common name | 9995 | woodchucks | | common name | 999810 | Botryotinia fuckeliana T4 | | equivalent name | 999810 | Botrytis cinerea T4 | | scientific name | bbuchfink-diamond-6dc5717/src/test/mini_nodes.dmp000066400000000000000000051303451523407312000220240ustar00rootroot000000000000001 | 1 | no rank | | 8 | 0 | 1 | 0 | 0 | 0 | 0 | 0 | | | | 0 | 0 | 0 | 10 | 1706371 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100 | 99 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10001 | 337752 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100034 | 147498 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100035 | 100034 | species | MP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1000413 | 4022 | species | AY | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 100048 | 1208339 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1000566 | 2893577 | species | HL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10015 | 1963757 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10016 | 38662 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1001833 | 2614581 | species | HS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1001989 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 10020 | 10016 | species | DO | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1002340 | 2614906 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 10026 | 337677 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10028 | 10026 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10029 | 10028 | species | CG | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10035 | 10026 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10036 | 10035 | species | MA | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1003877 | 3650 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1003878 | 3650 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 10040 | 337963 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10041 | 10040 | species | PL | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1004156 | 380240 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1004301 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1004302 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1004303 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10045 | 10066 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100474 | 1142503 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100495 | 703537 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1005394 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1005550 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1005722 | 1890438 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1005739 | 649777 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 10066 | 337687 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1007104 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 100746 | 150886 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100784 | 925459 | subspecies | BR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 100787 | 1036719 | species | VL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1008308 | 76008 | species | FT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 100860 | 120409 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 100861 | 100860 | species | AE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 10088 | 39107 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100883 | 2810280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 100886 | 135858 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10090 | 862507 | species | MM | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 100907 | 36199 | species | DE | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1010 | 28453 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1010840 | 1314 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 101094 | 1344963 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1011 | 89373 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 101100 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 101137 | 34489 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10114 | 39107 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10116 | 10114 | species | RN | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 101201 | 5543 | species | TA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 101203 | 4769 | species | SP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 101364 | 7956 | species | CG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 101474 | 37990 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 101475 | 101474 | species | PP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10150 | 33550 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10151 | 10150 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 101571 | 87882 | species | BU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10158 | 33550 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10159 | 10158 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1016 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10160 | 10159 | species | OD | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10167 | 33550 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1017353 | 84997 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 10180 | 10167 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10181 | 10180 | species | HG | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 101851 | 5181 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 101852 | 101851 | species | GL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10190 | 2697496 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10205 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10206 | 10205 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10207 | 10206 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10210 | 193209 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 102106 | 84107 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10211 | 10210 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10212 | 10211 | species | BN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10226 | 6072 | phylum | | 1 | 1 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10227 | 2493110 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10228 | 10227 | species | TA | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10232 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10239 | 1 | acellular root | | 9 | 0 | 1 | 0 | 0 | 0 | 0 | 0 | | | | 0 | 0 | 1 | 102684 | 1301 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1027249 | 74385 | species | GK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1027273 | 305899 | species | EM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 102749 | 102815 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1027910 | 27337 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 102804 | 4210 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 102810 | 102804 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 102814 | 911341 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 102815 | 911341 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1028384 | 222543 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1028802 | 726 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1028803 | 726 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 102897 | 2994368 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1030 | 135617 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1030533 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1031537 | 2714594 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1031542 | 194 | species | CV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1031594 | 1434001 | species | EV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1032243 | 194 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1032526 | 3440665 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1033 | 41294 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1033008 | 41247 | species | MA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033247 | 41247 | species | ML | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033252 | 41247 | species | MM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033263 | 41247 | species | MR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033281 | 41247 | species | MV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033282 | 41247 | species | MV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 103372 | 64782 | species | AE | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033738 | 2644826 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 103376 | 452342 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1033840 | 5583 | species | EA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033846 | 2742 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1033978 | 1028384 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1033996 | 1643678 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1033997 | 1033996 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1034 | 1033 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 103429 | 42360 | species | DL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1034303 | 2720871 | species | AS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1034943 | 445 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1035191 | 293 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1035514 | 5855 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1035538 | 3041 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 10357 | 3044472 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10358 | 10357 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10359 | 3050295 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 103599 | 9726 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 103600 | 103599 | species | SC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1036719 | 1033978 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 103690 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 103702 | 145349 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10371 | 3050282 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 103732 | 165301 | species | LF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10374 | 3044472 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1037661 | 281213 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 103796 | 264449 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 103816 | 1827 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 103830 | 95244 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 103836 | 359169 | species | TF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 103855 | 517 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1038856 | 1372 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 103887 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 103933 | 144703 | species | BB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 103943 | 8710 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 103944 | 103943 | species | PM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1040987 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1041 | 2800788 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104101 | 434 | species | AI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1041607 | 599737 | species | WC | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1042 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1042127 | 5579 | species | AS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1042139 | 178174 | species | SG | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1042163 | 1465 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1042316 | 67819 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1042322 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1042324 | 84993 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 104264 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104267 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1042876 | 303 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1043005 | 1042127 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1043206 | 2617493 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 104341 | 2041757 | species | RP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1043627 | 332947 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 104366 | 2983527 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104397 | 683158 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104421 | 13390 | species | CF | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 104430 | 37567 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 104431 | 37567 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 104435 | 104430 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1046 | 135613 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1046043 | 63743 | species | NG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1046117 | 1207070 | species | OG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 104663 | 79328 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 104669 | 5206 | species | CA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1046947 | 363464 | no rank | | 0 | 1 | 25 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1046950 | 111630 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1046980 | 67820 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1046981 | 142187 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1046984 | 221216 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1046990 | 67810 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1047 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1047005 | 67812 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1047068 | 456828 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 104779 | 44578 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104780 | 104779 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104781 | 104780 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 104782 | 104781 | species | AV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 104783 | 44578 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1048 | 85076 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1048680 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1048954 | 2728979 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1048955 | 1048954 | species | TF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1049 | 85072 | species | AV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1049027 | 259009 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1049028 | 1049027 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1049657 | 85823 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10497 | 3426474 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 1049790 | 293084 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1049970 | 408140 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1050199 | 168694 | species | SO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1050719 | 28889 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1051054 | 5193 | section | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1051531 | 2071 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1052105 | 474942 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 105219 | 48736 | species | RM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1052197 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 105255 | 10016 | species | DS | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1052815 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1053170 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053173 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053175 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053176 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053213 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053214 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053221 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1053223 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 105351 | 5052 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1053547 | 2053 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 105390 | 6341 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 105426 | 2037 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1054460 | 257758 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1055323 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1055686 | 3031712 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1055688 | 1055686 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1055692 | 2897177 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 105591 | 1892251 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1056 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 105696 | 104397 | species | EN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1056966 | 43817 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 105711 | 278205 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 105767 | 5215 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1060 | 3374108 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106004 | 5277 | species | LC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1061 | 1060 | species | RC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 106121 | 7581 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106146 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106173 | 603456 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1062 | 196779 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 106218 | 6545 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106219 | 106218 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106220 | 6546 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106335 | 47605 | species | HS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 106370 | 1854 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1064 | 75787 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1064518 | 1344552 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 106549 | 3749 | species | MB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 106589 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106591 | 227292 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106592 | 106591 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1066 | 1064 | species | RT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 106633 | 72276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 106648 | 469 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 106654 | 909768 | species | AN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1068625 | 5692 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1069201 | 2720871 | species | AL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 107 | 89373 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1070314 | 3064797 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1070861 | 2806742 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 107213 | 50385 | species | DB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1072568 | 54388 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1072570 | 54388 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1073 | 41294 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1073089 | 5066 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1073196 | 83618 | species | PW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 107327 | 53246 | species | PU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1073373 | 1305 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1073531 | 1762 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1073569 | 1308 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1073570 | 1308 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1073986 | 1644056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1073999 | 1163710 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1074000 | 535744 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 107401 | 104267 | species | TM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 107465 | 388435 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1074872 | 5811 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 4 | 1 | 0 | 0 | 1 | 1075417 | 1522128 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1076124 | 907364 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1076256 | 47424 | species | AS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1076588 | 1608298 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1076926 | 379 | species | RL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1076935 | 337075 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1077257 | 67819 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1077285 | 674529 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 107819 | 1502 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1079112 | 110618 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1079922 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1080193 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1080233 | 395010 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1081 | 41295 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 10811 | 2732539 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1081102 | 150359 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 10814 | 10811 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1081782 | 1822464 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1081798 | 292625 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1081891 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1081914 | 2618023 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1082702 | 1903410 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1082930 | 2831106 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 108385 | 7422 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1084421 | 1434045 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 108525 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1085622 | 31957 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1086 | 85273 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 108619 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1086822 | 2619674 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 108822 | 28725 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1088540 | 383610 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 108869 | 214909 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 108875 | 108869 | species | HU | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 108930 | 130551 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 108931 | 108930 | species | NL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1089458 | 96318 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 108980 | 469 | species | AU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1090 | 68336 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1090322 | 2221 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 109042 | 9003 | species | TP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1090488 | 36209 | species | PA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10912 | 2946186 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 109168 | 2886822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 109262 | 255526 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 109265 | 748770 | species | DC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 109280 | 72046 | species | HC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 109372 | 42308 | species | HF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 109376 | 3712 | varietas | BO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1093978 | 71493 | species | EM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 109458 | 633 | serotype | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1094858 | 34294 | subspecies | CA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1094983 | 5476 | strain | | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1094986 | 5476 | strain | | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1095657 | 127906 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1095743 | 736 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1095774 | 553 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1095778 | 2256 | species | NT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 109634 | 86085 | species | GJ | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 10967 | 28875 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1097465 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 109760 | 4815 | species | SP | 4 | 1 | 1 | 1 | 16 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1097667 | 361607 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1097956 | 2643230 | species | AS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 109882 | 1352827 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 109884 | 1587496 | species | IA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1099 | 274493 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 109967 | 1352827 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1099794 | 1227556 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 110015 | 71529 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1100706 | 2626134 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1100824 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 110321 | 28105 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 110367 | 167180 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 110368 | 110367 | species | BA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 110450 | 83307 | varietas | OM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1104572 | 651137 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1104668 | 95901 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1104688 | 1052815 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1104692 | 1052197 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11047 | 2499620 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11050 | 2732545 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 110534 | 97376 | species | BM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 110542 | 42308 | species | HR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 110564 | 103887 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1106 | 1508594 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 110618 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 11069 | 12637 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1107 | 1106 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 110791 | 157396 | species | IP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 11082 | 3048448 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 110844 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 110846 | 5185 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1108595 | 535 | species | CV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 110932 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 110934 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1109443 | 65672 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11102 | 3700683 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1110389 | 364316 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1110546 | 29465 | species | VT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1110697 | 1824 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1110702 | 1636618 | species | FC | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 1111 | 2800788 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1111111 | 451868 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1111112 | 1111111 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 111137 | 34444 | species | LS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 11118 | 2499399 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 111198 | 27439 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1112217 | 47885 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1113 | 2683265 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1113537 | 809 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1114874 | 237 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1114924 | 663242 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1114970 | 136843 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1114981 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 111500 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 111520 | 6684 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 111527 | 32008 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1115568 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11157 | 2497574 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1115757 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1115758 | 1501226 | species | RI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 11158 | 11157 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1115828 | 1314 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1115997 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1115998 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116004 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116010 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116014 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116021 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116027 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116087 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116089 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116090 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116091 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116092 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116093 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116094 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116096 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116097 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116098 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116099 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116100 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116101 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116102 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1116229 | 101852 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 111630 | 1783270 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1117 | 1798711 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1117308 | 36751 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1117310 | 1117308 | species | FC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1117311 | 1117308 | species | FG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1117645 | 308865 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1117708 | 866673 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 111781 | 3079910 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1118 | 1301283 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1118279 | 1332112 | species | LR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1118560 | 81883 | species | FR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 111880 | 76218 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1118817 | 8985 | species | PP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1118959 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 111932 | 366209 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 112 | 203683 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 112074 | 204434 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1120755 | 5827 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 112090 | 100860 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 112091 | 100860 | species | AC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 112098 | 4769 | species | SD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1121 | 1890450 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1121022 | 347481 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121115 | 418240 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121126 | 2756 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121131 | 831 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 112123 | 3041336 | species | SL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1121310 | 36839 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121320 | 36845 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121323 | 160404 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121431 | 58137 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121439 | 293256 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121476 | 332095 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121869 | 188144 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1121960 | 3137766 | species | VZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1121961 | 2723 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1122 | 1121 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1122192 | 531310 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 112234 | 59732 | species | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 112252 | 4751 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1122611 | 404386 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1122977 | 82985 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1123492 | 687 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1123738 | 2754999 | subspecies | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 112413 | 1813 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 11244 | 11157 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1124625 | 41297 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1124673 | 139380 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1124983 | 380021 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1125 | 1890449 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 11250 | 3049954 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1125646 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1125693 | 584 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1126 | 1125 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1126236 | 1073986 | species | HI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1126249 | 1134080 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1127829 | 2517206 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1127830 | 1127829 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1128425 | 40457 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1129 | 1890426 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 112902 | 1843490 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1129264 | 399320 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1129544 | 36751 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1129771 | 203491 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 112987 | 92713 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1129896 | 37919 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 113 | 1914233 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1130097 | 71598 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1130102 | 71598 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1130107 | 1130102 | tribe | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1130380 | 203691 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11308 | 2499411 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1130819 | 400634 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1131280 | 580370 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1131442 | 1781 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1131492 | 5042 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1131552 | 2608980 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1131567 | 3462706 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1131581 | 5073 | species | PA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1131624 | 5042 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1131813 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11320 | 2955291 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 1132390 | 5346 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1132836 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1132860 | 5395 | species | PA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1133283 | 214506 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1133546 | 754249 | species | LX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1133570 | 2762276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1133849 | 37326 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1134077 | 1126249 | species | GM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1134080 | 34478 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1134404 | 68336 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1134687 | 570 | species | KM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 113508 | 404256 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 113540 | 27726 | species | SF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 113557 | 1597 | subspecies | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 113559 | 1865 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 113561 | 3240234 | species | PD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 113563 | 3240234 | species | PD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 113568 | 1865 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1136164 | 47951 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1136497 | 1696 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1136790 | 73028 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1136873 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1137211 | 1069201 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1137263 | 168694 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1137281 | 1868329 | species | XG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1137986 | 3705878 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1137989 | 1860 | species | GN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1138189 | 379 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1138194 | 379 | species | RL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1138383 | 120793 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 114 | 113 | species | GO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 114041 | 35675 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1142201 | 7954 | species | DA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1142503 | 451442 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 114313 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114328 | 114313 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114329 | 114328 | species | NC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 114378 | 2856582 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114380 | 183924 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114398 | 449632 | species | PT | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1144317 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1144331 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1144336 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1144344 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1144553 | 83681 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1144664 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1144674 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1145106 | 28453 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1145177 | 487 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 114527 | 86331 | species | MD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1145345 | 2831111 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114627 | 3118656 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114657 | 3214 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1147111 | 232080 | species | FE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 114810 | 37991 | species | XA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1148157 | 469 | species | AO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1148163 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114894 | 114907 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114907 | 312687 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 114953 | 6995 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1149773 | 28100 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1150 | 1301283 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1150298 | 1407607 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1150613 | 555 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1151180 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1151312 | 1496 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1151610 | 200643 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1151670 | 170 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1152 | 1890436 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1153 | 2593292 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 115335 | 1988 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 115353 | 104435 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 115360 | 7568 | subphylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 115361 | 115360 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 115362 | 7570 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1154809 | 1311 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 115531 | 28890 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 115547 | 48510 | species | UA | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 115553 | 3137766 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1155738 | 1892251 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1156394 | 112098 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1156497 | 3243775 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1156568 | 45404 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1156935 | 147266 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1157616 | 91943 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 115780 | 213119 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1157951 | 588 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1158 | 1892254 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1158459 | 1330547 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 115860 | 67575 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1158622 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1158637 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1159059 | 210 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1159062 | 210 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1160 | 54304 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1160739 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1161 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 116150 | 111932 | species | PA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 116151 | 71526 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 116172 | 3701029 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1161911 | 1719 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1162 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1162705 | 320599 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 1162706 | 1162705 | species | US | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 1162965 | 908626 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1163 | 1162 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 11632 | 2169561 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1163385 | 35772 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1163390 | 562 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1163710 | 413496 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1163720 | 231212 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1163730 | 683846 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11646 | 327045 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1164882 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1165 | 1163 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 116557 | 6658 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 116561 | 6665 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 116569 | 6830 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 116571 | 116569 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 116576 | 84318 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1165861 | 168172 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1165939 | 1163390 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1166 | 748770 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 116704 | 6752 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 116706 | 116704 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 116707 | 116704 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11676 | 3418650 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 1168169 | 2608980 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1168313 | 2768677 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 116925 | 27871 | suborder | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1169251 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169252 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169254 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169280 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169281 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169282 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169283 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169310 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169330 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169358 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1169538 | 2605696 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1169539 | 1169538 | species | VB | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1169747 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1170227 | 3159504 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 117062 | 930979 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117069 | 1663051 | species | SP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 117187 | 171627 | species | FV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1172191 | 72275 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1172192 | 1172191 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1172203 | 1513 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 11723 | 3418654 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 1172565 | 1082702 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1173022 | 241425 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173027 | 2886352 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173061 | 43987 | species | GC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1173263 | 3687901 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173264 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173566 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173569 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173586 | 22 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1173949 | 59207 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1173950 | 1173949 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1174501 | 44249 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1174673 | 1051054 | species | MI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 117544 | 5117 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117563 | 186828 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1175631 | 55208 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 117569 | 1476529 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117570 | 7776 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 117571 | 117570 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1176198 | 1883 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1176488 | 90370 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1176516 | 171638 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 117681 | 286 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1177 | 1162 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1177169 | 3020832 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 117743 | 976 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117744 | 117743 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 117747 | 976 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1177931 | 2639385 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 117853 | 30475 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117893 | 7778 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117902 | 54588 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 117903 | 117902 | species | PX | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 118 | 126 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118141 | 7931 | species | MC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 118152 | 7933 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118153 | 118155 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118154 | 118153 | species | SK | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 118155 | 118152 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1181747 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1182 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118200 | 1517830 | species | DP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1182544 | 470704 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1182545 | 1033840 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1183151 | 76831 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1183400 | 357 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1183412 | 357 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1183429 | 358 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1184125 | 721789 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1184396 | 1643948 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1184398 | 1184396 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1184720 | 379 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1185 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118510 | 99105 | species | TC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1185407 | 3085636 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1185411 | 1185407 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1185415 | 1873 | species | MW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 118553 | 99213 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1185650 | 36809 | subspecies | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1185843 | 1303912 | species | DT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1185920 | 33049 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1186 | 2661849 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118781 | 3689 | species | PT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1187845 | 723171 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1187847 | 723171 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1187848 | 723171 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1187904 | 2499237 | species | AB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 118791 | 8906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118792 | 118791 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118793 | 118792 | species | RB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1187938 | 2499237 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1187941 | 2499270 | species | AR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 118796 | 119500 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118797 | 118796 | species | LV | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1188247 | 1086 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1188254 | 3161156 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1188315 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 118882 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118883 | 2281 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118884 | 1236 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 118964 | 188787 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 118969 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119042 | 356 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119043 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119045 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1190508 | 1716 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1190573 | 487 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119059 | 75682 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119060 | 80840 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119066 | 28216 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119067 | 32011 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119069 | 2008785 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119085 | 5020 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119088 | 6231 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119089 | 6231 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119093 | 6329 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1191159 | 494028 | species | GS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1191300 | 246167 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1191302 | 246167 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1191324 | 212663 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1191478 | 3118669 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119164 | 2169577 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1191937 | 224379 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119195 | 119197 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119197 | 119203 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 119203 | 7778 | infraclass | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 119210 | 11320 | serotype | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1192578 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1192842 | 59204 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1192846 | 59204 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1193503 | 1240483 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1193515 | 481 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1194085 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1194404 | 103796 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119500 | 9722 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1195242 | 44752 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119542 | 121820 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 119602 | 1334 | subspecies | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1196022 | 563843 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 119603 | 1301 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1196083 | 1193515 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1196302 | 30420 | species | CM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1197460 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1197472 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1198 | 1892254 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1198114 | 940615 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1198318 | 298 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1198451 | 2191 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 119857 | 263 | subspecies | FT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 119977 | 225058 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 120017 | 5269 | species | UH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1200657 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1200751 | 473772 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1201010 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1201036 | 2647013 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1202464 | 1202465 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1202465 | 301297 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1202785 | 431057 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1203033 | 1578 | species | LH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1203512 | 3268 | suborder | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1203605 | 671222 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 120409 | 4763 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1204342 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1204383 | 475962 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1204474 | 851 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1205 | 1892252 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1205679 | 1679 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 12058 | 464095 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 12059 | 2946630 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 12062 | 138949 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1206336 | 1608404 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1206776 | 82996 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1206794 | 33317 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1206795 | 2697495 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1206980 | 3123326 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1207070 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1207073 | 640293 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1207075 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1207504 | 87882 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 120793 | 1763 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 120831 | 2896860 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1208339 | 1255046 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 120862 | 33283 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 120959 | 2249310 | species | MK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 120961 | 1508635 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1209926 | 5455 | species | CO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1209931 | 2707335 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1210080 | 236511 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1210091 | 356145 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1210119 | 2762286 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121036 | 84992 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1211036 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1211807 | 578833 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121221 | 30005 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121222 | 121221 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121224 | 121225 | subspecies | PH | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121225 | 121222 | species | PH | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1212548 | 316 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 121282 | 54907 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1213188 | 4883 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1213189 | 1213188 | species | ZC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1213857 | 5465 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1213861 | 1891915 | species | AW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121402 | 54908 | species | AG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1214071 | 106591 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121428 | 165695 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121478 | 1477611 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 121479 | 121478 | species | CR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1215731 | 2707338 | species | CA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121588 | 39107 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1217098 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1217100 | 1217098 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121734 | 2831443 | species | HU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1217416 | 1706372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121759 | 38946 | species | PB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1217647 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1217664 | 40215 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1217669 | 28090 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1217714 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1218 | 2881426 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1218169 | 303 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 121820 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121821 | 121820 | species | RT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121844 | 3101716 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 121845 | 121844 | species | DC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1218507 | 1578 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1218682 | 175116 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 121872 | 88723 | species | NT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1219 | 1218 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1219344 | 215350 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1219345 | 1219344 | species | PA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1219382 | 469 | species | AN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1220 | 2627481 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1220182 | 286104 | species | WL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1220599 | 41295 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1220600 | 1220599 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1220926 | 36080 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1221082 | 70332 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1221328 | 135461 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1221880 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 122202 | 2053 | species | GJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 122277 | 1903410 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1223503 | 153151 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1223544 | 173559 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1224 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1224679 | 6200 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 122612 | 41297 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1226754 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 122706 | 28221 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 122728 | 29547 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1227455 | 62319 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1227489 | 121872 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1227556 | 1937961 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1227571 | 213849 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1227747 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 12283 | 2732546 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1229152 | 182709 | species | OC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1229154 | 44249 | species | PD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1229662 | 393283 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1229756 | 1244 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230056 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230059 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230061 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230062 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230063 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230065 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230066 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230072 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230077 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230080 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230081 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1230097 | 117544 | species | CL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1230840 | 9818 | subspecies | OA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1231 | 35798 | species | NM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1231058 | 50719 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1231241 | 2631113 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1231392 | 1046117 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 12316 | 39740 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1232 | 206379 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1232188 | 1491 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1232554 | 535025 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1232575 | 119977 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1232724 | 35617 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1232801 | 637416 | species | AA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1233081 | 1903858 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 12333 | 10239 | no rank | | 3 | 0 | 11 | 0 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 123349 | 1489921 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 123365 | 1489388 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 123366 | 123365 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 123367 | 123366 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 123368 | 123367 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 123369 | 123368 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 123375 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1233951 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1234 | 189779 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1234260 | 44580 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1234261 | 1234260 | species | DC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1234273 | 641818 | species | TF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1234367 | 85991 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1234545 | 3423716 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1234595 | 1960290 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1234666 | 183967 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1234841 | 423349 | species | MX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1234877 | 2816960 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1235314 | 3060301 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1235850 | 183967 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1236 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1236046 | 1184396 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1236218 | 186824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 123683 | 8089 | species | OJ | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1236968 | 2066486 | species | IN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1237068 | 1329916 | species | FA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1237077 | 10 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1237085 | 497727 | isolate | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1238180 | 36819 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 123820 | 310966 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1239 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1239438 | 3426505 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 124 | 265487 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1240361 | 3701 | species | AT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1240482 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1240483 | 1240482 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1240688 | 330702 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 124129 | 7900 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 124130 | 124129 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1241616 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1241978 | 59732 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1242080 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1242148 | 1236218 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1242970 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1243 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1243583 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1243588 | 54388 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1244 | 3016637 | species | LG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1245 | 1243 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1245236 | 48772 | species | PH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1245541 | 48772 | species | PC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1246 | 1243 | species | LL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1246635 | 213119 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1247513 | 45247 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1249101 | 1866885 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1249526 | 75985 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1249554 | 267893 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1249661 | 57975 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1250198 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1250278 | 2633436 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1250792 | 32459 | species | MB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 125216 | 3385906 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1252372 | 81078 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 125287 | 2805590 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 125288 | 125287 | species | OH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 125295 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 125296 | 125295 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 125297 | 125296 | species | BG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1253 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 125316 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 125369 | 221678 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1254 | 1670797 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1255043 | 186931 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1255046 | 92860 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 125614 | 2212691 | species | TD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 125627 | 2212731 | species | TF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1257 | 186804 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1257080 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 126 | 112 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1260 | 150022 | species | FM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1260955 | 2000 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1261032 | 2647522 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1261042 | 185370 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1261273 | 71817 | species | AC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1261624 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1261626 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1261628 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1261629 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1261633 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262452 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262740 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262746 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262750 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 126277 | 1394505 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1262772 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262773 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262792 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262804 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262889 | 2624479 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262895 | 2624479 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1262936 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1263 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1263046 | 817 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1263090 | 28118 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1263107 | 40520 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 126344 | 1198 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1263636 | 33882 | species | MK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 12637 | 3052464 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 126385 | 586 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 126396 | 27829 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1264859 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1265309 | 379347 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1265311 | 425468 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 12657 | 3050281 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 1265818 | 1494960 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1267211 | 2635961 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1267423 | 290180 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1267547 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1268 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1268272 | 468 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1269 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1270 | 1269 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 12721 | 348386 | species | HI | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1272114 | 219443 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1272115 | 2644781 | species | TS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1272141 | 7065 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 127312 | 40037 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 127320 | 42282 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1274358 | 182709 | species | OL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 127582 | 9778 | subspecies | TM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1275971 | 738 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1276229 | 216945 | strain | | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1276290 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1276920 | 254787 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 127820 | 7501 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 127821 | 127820 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 127825 | 377833 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1278906 | 40685 | species | SS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1279 | 90964 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1279009 | 649507 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 127906 | 666 | serogroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1279085 | 5127 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 127916 | 33154 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 127928 | 9170 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 127929 | 127928 | species | LR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1280 | 1279 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1280412 | 5794 | class | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1280681 | 2639466 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1280998 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1282 | 1279 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 128215 | 13804 | species | SM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1283 | 1279 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 128389 | 33574 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 128390 | 128389 | species | NN | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1284197 | 430498 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1284404 | 294 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 128442 | 2752537 | species | TP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1284657 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1285242 | 3031148 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1285586 | 1421 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1286 | 1279 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1286148 | 2211641 | species | YS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1286186 | 89583 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1286322 | 5654 | subfamily | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1286631 | 882627 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1286821 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287086 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287105 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287233 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287270 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287274 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287276 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287277 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287280 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287285 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287322 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287334 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287474 | 1382 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1287727 | 74030 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1287735 | 222 | species | AI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 128785 | 83618 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1288 | 1279 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 128827 | 526525 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1288410 | 286 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1288483 | 2337 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1288971 | 45497 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1290 | 1279 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1290773 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 12908 | 2787823 | no rank | | 8 | 0 | 1 | 0 | 2 | 0 | 0 | 0 | | 11 | 0 | 0 | 0 | 1 | 129136 | 264449 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 129137 | 47877 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 129139 | 47877 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1291539 | 2517203 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 12916 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 12917 | 12916 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1292034 | 155892 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1293059 | 39829 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1293356 | 1648033 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1293359 | 1293356 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1293361 | 147428 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1293362 | 147428 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1293365 | 147428 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 129337 | 3120669 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1293497 | 1802340 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1293498 | 1293497 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1293499 | 1293498 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1293576 | 3117462 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 129394 | 347 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1294264 | 309788 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294267 | 329857 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1294270 | 83453 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294305 | 4932 | strain | | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294308 | 4932 | strain | | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294317 | 4932 | strain | | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294340 | 4932 | strain | | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294372 | 4932 | strain | | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1294511 | 31957 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1294630 | 5110 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1294634 | 8492 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1294635 | 1298654 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1294636 | 1294634 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1295533 | 104669 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 129577 | 84642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1295829 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1295833 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1295835 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1295838 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1295839 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1295840 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1295841 | 5207 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1296 | 2803850 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 12960 | 2008794 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1296118 | 104669 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1296122 | 463800 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1296536 | 158836 | subspecies | EH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 12967 | 2547934 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 12968 | 12967 | species | BH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1297 | 3384194 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 129701 | 1263 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 1297570 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1298 | 183710 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1298654 | 1294634 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1298855 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1298915 | 40117 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 129912 | 1489883 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 129917 | 72045 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 129918 | 43697 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 129920 | 43697 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 129921 | 2893673 | species | AK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 129922 | 1851 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1299275 | 90370 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1299333 | 1789 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 129985 | 2675231 | species | MJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1300 | 186826 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1300227 | 1679 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1300307 | 68287 | species | MW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1301 | 1300 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1301143 | 88646 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13012 | 31009 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1301212 | 88646 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1301283 | 3028117 | subclass | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1302 | 1301 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1302176 | 107465 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1302425 | 1491 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1302650 | 135461 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1303 | 1301 | species | SO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1303579 | 50709 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1303912 | 3031624 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1304 | 1301 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 130454 | 3817 | species | AI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1305 | 1301 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 130551 | 33362 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1305598 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1305674 | 416949 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1306 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1306180 | 285454 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1306952 | 1254 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1307 | 1301 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1307774 | 1307796 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1307775 | 1307796 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1307796 | 3563 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1307937 | 265960 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1307939 | 215221 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1307940 | 92759 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1308 | 1301 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1308713 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1308956 | 204042 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1309 | 1301 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1310165 | 3116862 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1310618 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1310681 | 2881046 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1310697 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1310931 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1310945 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1311 | 1301 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1311018 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1311573 | 210 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1311759 | 75985 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 131190 | 45456 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 131209 | 131221 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 131210 | 2684882 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 131211 | 131210 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 131215 | 77301 | species | EH | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 131221 | 35493 | subphylum | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 13124 | 338152 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1313 | 1301 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13130 | 33386 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13131 | 13130 | species | ME | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1313211 | 256845 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1313291 | 140 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13134 | 41295 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1313767 | 768503 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13138 | 37434 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13139 | 13138 | species | MD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1314 | 1301 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1314666 | 5334 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1314669 | 705562 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1314675 | 41248 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1314780 | 147573 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1314798 | 64653 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1314800 | 80600 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1315306 | 107327 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 131567 | 1 | cellular root | CO | 8 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 131568 | 33981 | species | KR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 131578 | 63710 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1317064 | 4792 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1317065 | 4792 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1317066 | 4792 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 131715 | 256835 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1317729 | 292192 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1318598 | 301297 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1319815 | 188913 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1320322 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1321819 | 310300 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1321938 | 210 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1321941 | 210 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1322061 | 5250 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1323361 | 2979332 | species | PD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1323744 | 2901189 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1324261 | 339268 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13244 | 2927774 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13245 | 13244 | species | RS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1324617 | 1822464 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 132464 | 163735 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 132474 | 1927 | subspecies | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 132490 | 119060 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1324991 | 292628 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1325044 | 795749 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1325095 | 374 | species | BG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1325099 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1325107 | 374 | species | BZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1325120 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1325634 | 5476 | strain | | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 132567 | 2272 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1325689 | 3034003 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1325737 | 2748175 | species | FS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 132605 | 1890436 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1326972 | 293387 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1328 | 671232 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1328300 | 232080 | species | FK | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1328755 | 34448 | species | MF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1328756 | 1328755 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13289 | 5279 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1329 | 1301 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13291 | 13289 | species | TC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1329200 | 3120697 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1329262 | 1780122 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 132932 | 33951 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1329799 | 32561 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329911 | 1329912 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329912 | 1329950 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329916 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329929 | 8560 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1329930 | 8560 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1329950 | 1329961 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329961 | 8509 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329975 | 1329976 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1329976 | 1329912 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 133 | 31993 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1330043 | 658666 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1330547 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 133076 | 27482 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1331061 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1331062 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1331200 | 518 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1331674 | 8314 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 133193 | 72276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1332074 | 553 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1332112 | 2934961 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1333528 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1333651 | 1678 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1333998 | 1742977 | species | TM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1334 | 119603 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1334117 | 795748 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 133412 | 4888 | species | SC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1334272 | 3990 | subgenus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 133448 | 1344959 | species | CY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13348 | 47021 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1335 | 1301 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1335410 | 36809 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1335416 | 36809 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 133550 | 7586 | clade | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 133551 | 7586 | clade | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1335613 | 644652 | species | GU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1335745 | 72276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1336742 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1336743 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13373 | 111527 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 133746 | 908827 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1337936 | 2619626 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 133814 | 2599185 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1338366 | 7898 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1338369 | 8287 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 133894 | 6685 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13390 | 72773 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1339210 | 2026349 | species | ER | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 133925 | 1643824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1339286 | 817 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1339298 | 817 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1339314 | 817 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1339315 | 817 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13396 | 3681280 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13397 | 13396 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1340029 | 2720871 | species | AE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1340177 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13402 | 16714 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1340430 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1340494 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1341 | 1301 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1341166 | 258075 | species | EB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13426 | 745090 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 13427 | 13426 | species | CI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1342794 | 657 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13428 | 3433 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1343610 | 2779867 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 134362 | 451867 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1343895 | 323449 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13442 | 169640 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 13443 | 13442 | species | CA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1344414 | 51453 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 134453 | 4346 | species | RR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1344552 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1344953 | 1344963 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1344955 | 1344963 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1344959 | 544 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1344962 | 101094 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1344963 | 4827 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1344966 | 4827 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 134536 | 1822464 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 134549 | 74201 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 134601 | 1866885 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 134621 | 203494 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 134623 | 415000 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 134625 | 1783257 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 134629 | 1505891 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1346330 | 1385985 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1346790 | 332055 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1347786 | 192206 | species | CW | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1347891 | 1294511 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1348393 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1348616 | 756610 | species | DE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1348663 | 81942 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 134875 | 343 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1348853 | 165696 | species | NM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1349 | 1301 | species | SU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1349415 | 1301 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1349434 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1349818 | 2632715 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1350 | 81852 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1350487 | 706027 | species | CO | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 135083 | 970 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1351 | 1350 | species | EF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13511 | 22118 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 13513 | 9445 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135184 | 57435 | species | TM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1352 | 1350 | species | EF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1352827 | 4810 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1352929 | 2632575 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1353008 | 5061 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1353534 | 217158 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1353952 | 29889 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1354 | 1350 | species | EH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1354268 | 82983 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 135461 | 1423 | subspecies | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 135487 | 1817 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1355374 | 2321111 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1355388 | 1117645 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1355531 | 210 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 135589 | 2038740 | species | CW | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 135613 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135614 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135615 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135616 | 72273 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135617 | 72273 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135618 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135619 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135620 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135621 | 72274 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135622 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135623 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135624 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135625 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1356405 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1357 | 1300 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 135739 | 2742 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1357716 | 100474 | species | BS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1357915 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1358 | 1357 | species | LL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 135858 | 2810280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1359 | 1357 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1359174 | 784 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136 | 203692 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1360 | 1358 | subspecies | LL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 136037 | 7502 | species | ZN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 136099 | 85021 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 136100 | 136099 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1363 | 1357 | species | LG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13632 | 7374 | species | LS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1363568 | 588673 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136468 | 662 | species | VL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1365253 | 43657 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1365365 | 2610881 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1365662 | 197 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1365924 | 2029 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1365962 | 1685 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136609 | 1243 | species | LK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1367491 | 195 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13675 | 186746 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13676 | 13675 | species | SJ | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1367968 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 136836 | 8076 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 136838 | 136836 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 136841 | 286 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136842 | 286 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136843 | 286 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1368430 | 379 | species | RR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 136845 | 286 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136846 | 2901164 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 136849 | 286 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13685 | 144017 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1368584 | 1313211 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13686 | 13685 | species | SI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13687 | 41297 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13689 | 13687 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13690 | 165695 | species | SY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 137 | 136 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1372 | 186818 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13745 | 28683 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13746 | 13745 | species | UA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13749 | 217062 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1375 | 186827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 137519 | 182238 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 137520 | 137519 | species | HT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 137591 | 46255 | species | WC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 137658 | 286 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1378 | 539738 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1378264 | 599737 | species | WM | 4 | 1 | 1 | 1 | 4 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1379154 | 331654 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13792 | 1035538 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1379296 | 112123 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1379697 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 137992 | 2732526 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 138 | 1643685 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1380 | 1643824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13802 | 113508 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 13803 | 13802 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1380354 | 2620175 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1380355 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1380363 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13804 | 13803 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 138072 | 568987 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 138074 | 613 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1380770 | 234292 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13817 | 29626 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1381753 | 221103 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13818 | 13817 | species | AC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 13819 | 2003540 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1382 | 2767353 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1382522 | 317047 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 13827 | 1521257 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1382798 | 3400367 | species | NN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13828 | 13827 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1382803 | 535 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 138285 | 2720871 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 13829 | 1975592 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1382928 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1382929 | 1382928 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1382930 | 1382929 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 13832 | 13829 | species | BS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1383844 | 56688 | species | HP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1384040 | 190893 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1384061 | 303 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1384298 | 2685337 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1385 | 91061 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 138532 | 2035 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1385514 | 462910 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1385974 | 666507 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1385985 | 28453 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1386 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1386078 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1386089 | 412687 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1386924 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1387165 | 165695 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1387399 | 219687 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1387562 | 33184 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1387563 | 1387562 | species | OO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1387713 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1388766 | 396024 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1389203 | 181123 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1389223 | 2742 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 138949 | 3428502 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 1389713 | 1763 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1390 | 1938374 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 139077 | 937601 | species | MM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1391 | 55079 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1391043 | 2939270 | species | CL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1391486 | 1351 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1391654 | 1524217 | species | LL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1391994 | 1770 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1392 | 86661 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 139208 | 254250 | species | IV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1392243 | 1341166 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1392248 | 41068 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1392250 | 306088 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1392389 | 538999 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 139271 | 3337 | subgenus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1393 | 55080 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 139331 | 2008794 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 139380 | 355688 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1394505 | 3700 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 139456 | 133894 | species | PC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 139475 | 565685 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1395130 | 45293 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1396 | 86661 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1396418 | 2625155 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1396500 | 642610 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1396506 | 1396500 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1397 | 2837506 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1397368 | 1847 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1397668 | 2916693 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1398 | 2837504 | species | HC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1398016 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1398745 | 2834353 | species | LK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1399 | 2675230 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1399116 | 1360 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1399770 | 451824 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1399969 | 1827195 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 140 | 138 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1400054 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1400700 | 48565 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1400762 | 201230 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1400857 | 118884 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1400859 | 1400857 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1400873 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1400883 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1400935 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1400941 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1401 | 44249 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 140106 | 110618 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1401878 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1402545 | 287 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1403365 | 213118 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1403941 | 1492 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1404 | 2800373 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1404258 | 135461 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1404367 | 374 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1405 | 86661 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1406 | 44249 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 140625 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 140626 | 140625 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1407607 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1408 | 1386 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1408890 | 196779 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1409 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1410620 | 2643062 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1410680 | 403 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1410867 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1411023 | 186804 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1411316 | 2628915 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1411568 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1413510 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1413568 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1413687 | 40685 | species | SD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 141390 | 42054 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1414851 | 106146 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1415167 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1415545 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1415559 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1416333 | 5693 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1416753 | 106592 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 141679 | 2218628 | subspecies | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1416803 | 517 | species | BG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1416808 | 517 | species | BG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417008 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417011 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417013 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417019 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417026 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417027 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417028 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1417353 | 581536 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 141825 | 36182 | species | PC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 141832 | 60542 | species | PL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1419277 | 374 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1419722 | 2642239 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1420599 | 380021 | isolate | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1420891 | 1873 | species | MO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1420897 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1420912 | 2637121 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1420915 | 2637121 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1421 | 400634 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1421430 | 136843 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 142182 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 142187 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1422414 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1422616 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423 | 653685 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1423323 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423451 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423716 | 89059 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423753 | 267633 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423758 | 1203033 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423787 | 152332 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423789 | 60520 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423809 | 508451 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1423830 | 113557 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1424203 | 286 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 142471 | 84842 | species | PA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1425377 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 142577 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 142586 | 2624479 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1426 | 1906945 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1427368 | 85991 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1427369 | 85991 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1427370 | 85991 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1427378 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1427518 | 290112 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1427754 | 2005 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1428 | 86661 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1428644 | 2995703 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1429439 | 93171 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 143067 | 2905377 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1431546 | 203263 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1432051 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1432052 | 1432051 | species | ET | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 143221 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 143222 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 143291 | 9401 | species | PM | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 143292 | 9973 | species | MP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1433300 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1433993 | 2762286 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434001 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434006 | 3029087 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434010 | 2805416 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434011 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434019 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434022 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434045 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434046 | 3423719 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434701 | 1572663 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1434702 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1434886 | 1883 | species | SO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1435044 | 76759 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1435058 | 76759 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1435070 | 232080 | species | FP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1435342 | 2767892 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1435358 | 670 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1437006 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1437009 | 2041902 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1437010 | 9347 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1437180 | 58024 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1437183 | 3398 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1437197 | 4447 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1437201 | 91827 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1437360 | 374 | species | BE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1437453 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1437816 | 61653 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 143786 | 1643686 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1437876 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 143896 | 32521 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 143897 | 143896 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 143899 | 143897 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 143900 | 143899 | species | AA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 143919 | 12283 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 143949 | 805116 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 143950 | 143949 | species | SF | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 143999 | 34695 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 144001 | 34695 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 144004 | 34695 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1440121 | 5721 | species | TS | 1 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 144017 | 34695 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1440559 | 640627 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1440578 | 1440559 | species | TR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1441629 | 36746 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 144197 | 80992 | species | SP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1442555 | 2626047 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444054 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444056 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444082 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444090 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444108 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444115 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444206 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444233 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444261 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444263 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444278 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1444712 | 1851152 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 144536 | 214508 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 144537 | 144536 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 144538 | 144537 | species | PB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1446379 | 2821351 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1446380 | 2821352 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 144679 | 453566 | species | AL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 144703 | 28641 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 144708 | 28641 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 144715 | 28641 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1447705 | 2618356 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1447872 | 1955774 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1447940 | 93827 | species | GA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1447944 | 1447940 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448314 | 1340029 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448315 | 446911 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448773 | 1773 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448847 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448848 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448851 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448852 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1448854 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1449046 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1449243 | 1293497 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1449981 | 458197 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1450204 | 44249 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1450526 | 421525 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1450539 | 979771 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1450694 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1451 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1452 | 653685 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1452269 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1452501 | 2625543 | species | FS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1452721 | 570156 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1453349 | 2615035 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 145349 | 81953 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1453492 | 59732 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1453544 | 1775411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 145357 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 145358 | 3467296 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 145391 | 1290 | subspecies | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1453990 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1454010 | 2620175 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1455 | 108525 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1455061 | 40118 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1457232 | 329857 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1457250 | 1542963 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1457286 | 119088 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1458357 | 1827195 | species | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1458476 | 64187 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1458665 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1458928 | 1892252 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 145971 | 2707335 | species | CL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1459967 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 146 | 137 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1460289 | 35140 | species | CT | 4 | 1 | 1 | 1 | 4 | 0 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1460372 | 1774 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1460647 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1460663 | 125369 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1461322 | 662 | species | VR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1462418 | 3444710 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1462422 | 1783276 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1462606 | 3846 | subgenus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1462614 | 3465 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1462923 | 1184398 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1462996 | 44249 | species | PY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1463137 | 3440 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1463164 | 1463165 | subspecies | KQ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1463165 | 3390273 | species | KQ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1463841 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1463845 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 146476 | 434 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1465 | 55080 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 146507 | 84563 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1465809 | 1485 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 146712 | 338152 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 146785 | 2881378 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 146786 | 146785 | species | TV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1468449 | 61170 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 146918 | 1853225 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 146936 | 2008795 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 146940 | 146936 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1469603 | 107 | species | SO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1470178 | 1849 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1470180 | 142577 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1470261 | 1883 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1470337 | 2621892 | species | AS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1470392 | 332160 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 147047 | 2910983 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1470557 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1470563 | 573139 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1470575 | 2648997 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1470577 | 3374108 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1470593 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 147067 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147100 | 6157 | subphylum | | 1 | 1 | 1 | 1 | 9 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1471398 | 1970189 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1471399 | 1471398 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147207 | 102106 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 147266 | 357 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1472660 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 147271 | 1293359 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1472720 | 91994 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 147367 | 359160 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147368 | 359160 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147369 | 147370 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147370 | 4479 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 147380 | 147367 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147387 | 1648037 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147389 | 1648038 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1474269 | 265459 | species | SS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 147428 | 1648036 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147429 | 1648033 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147498 | 92860 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 147537 | 716545 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147538 | 716545 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147539 | 715962 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147541 | 715962 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147545 | 716546 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147547 | 716546 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147548 | 715989 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147549 | 147538 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147550 | 715989 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147571 | 134362 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147572 | 147571 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 147573 | 147572 | species | PH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 147645 | 265 | species | PY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1476529 | 7742 | clade | | 10 | 0 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1476754 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1476791 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1477025 | 545366 | species | HK | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1477431 | 1883 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1477611 | 214607 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1478 | 2675229 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 147802 | 1578 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1478131 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1478134 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1478142 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1478174 | 2643326 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1478967 | 214607 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 147949 | 27705 | species | MD | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1480154 | 3197 | subspecies | MP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1480694 | 146 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1480728 | 2642239 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1481663 | 662 | species | VM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1481888 | 5959 | species | BS | 1 | 1 | 4 | 0 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1482558 | 629295 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1482601 | 629295 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 148305 | 48558 | species | PG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1483600 | 2644672 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1484109 | 2804525 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 148448 | 2256 | species | NH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1485 | 31979 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1485228 | 2649388 | species | FS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1485594 | 45401 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1485951 | 187857 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1486246 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1486281 | 2614913 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1487592 | 5368 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1487596 | 5368 | subfamily | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 148813 | 286130 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 148814 | 2767877 | species | AK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1488331 | 76008 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1488384 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1488395 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489100 | 41665 | infraclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489340 | 32443 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489341 | 32443 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489343 | 1489341 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489388 | 186625 | cohort | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1489460 | 32446 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 148959 | 431959 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489620 | 8002 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489678 | 2623546 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489739 | 7991 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489793 | 7995 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1489798 | 1489388 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489838 | 123368 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489841 | 1489838 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489843 | 1489841 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489844 | 8043 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489869 | 123369 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489872 | 123369 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489873 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489875 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489878 | 1489875 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489883 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489884 | 129912 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489885 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 148989 | 27694 | species | PM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1489892 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489894 | 1489885 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489900 | 1489892 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489904 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489906 | 1489904 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489907 | 1489904 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489908 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489909 | 1489908 | no rank | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489910 | 1489908 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489911 | 1489910 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489913 | 1489908 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489919 | 1489908 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489920 | 1489908 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489921 | 1489920 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489922 | 1489872 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1489923 | 1489922 | no rank | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1489928 | 1489922 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489940 | 1489922 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1489943 | 8111 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1490019 | 8100 | infraorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1490020 | 8100 | infraorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1490021 | 8100 | infraorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1490222 | 667113 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 149040 | 86026 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1490483 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1490484 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1491 | 3691983 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1492 | 1485 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1492669 | 48772 | species | PB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1492922 | 33811 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 149385 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 149388 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 149391 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1494 | 1485 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1494215 | 1111112 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1494960 | 1637 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1495038 | 1769717 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1495039 | 1495038 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1495066 | 286 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 149539 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1495646 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1495647 | 1495646 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1495648 | 1495647 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1495649 | 1495648 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1495650 | 1495649 | species | TH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1496 | 1870884 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 149698 | 2895353 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1496996 | 283810 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1497346 | 201174 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1497615 | 374 | species | BN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1498435 | 167498 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1499392 | 206351 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 149990 | 42242 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1499966 | 1940406 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1499968 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1499973 | 561 | species | EM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1500077 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 150022 | 1570339 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 150054 | 102684 | subspecies | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 150055 | 1301 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1500946 | 666506 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1500948 | 88404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1501 | 1485 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1501226 | 186804 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1501239 | 2675229 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1501348 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1501391 | 239759 | species | AI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1501433 | 1892252 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 150173 | 2755564 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1502 | 1485 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 150203 | 3423720 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1502180 | 2792775 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 150247 | 3120669 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1502711 | 41399 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1502724 | 196773 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1502776 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1502784 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1502841 | 434 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1502851 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 150287 | 497678 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 150288 | 150287 | species | BP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1503054 | 87882 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1503055 | 87882 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 150340 | 2315253 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1503470 | 1983111 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 150359 | 2996321 | species | NI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 150366 | 474943 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1504156 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1504633 | 206008 | varietas | PH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1505 | 1849822 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1505233 | 296141 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1505652 | 186804 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1505657 | 186804 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1505891 | 274794 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1505960 | 29178 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1506 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1506151 | 2720871 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1506295 | 297313 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1506334 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1506553 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name; | | | 0 | 0 | 1 | 150723 | 31988 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 150830 | 2821832 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1508375 | 414715 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1508594 | 32064 | suborder | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1508595 | 32064 | suborder | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1508635 | 1508595 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1508657 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 150886 | 127320 | subtribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1509 | 1485 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1510206 | 51366 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 151208 | 7114 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1513 | 1485 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 151303 | 151316 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 151316 | 7096 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1513890 | 587753 | subspecies | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1516159 | 662 | species | VC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 151659 | 12908 | no rank | | 11 | 0 | 1 | 1 | 2 | 1 | 0 | 0 | uncultured | 11 | 1 | 0 | 0 | 1 | 1517 | 28895 | species | TT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 151754 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1517830 | 9220 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1518149 | 267889 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1518534 | 44542 | species | AC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 151895 | 1649482 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1519473 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1519475 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1519490 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1519565 | 880756 | species | FS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1520 | 1485 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1520801 | 2638619 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1520817 | 473772 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1520881 | 147547 | clade | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1521257 | 241806 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1521258 | 241806 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1521260 | 58023 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1521262 | 241806 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 152161 | 2821832 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 152180 | 2829814 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1522127 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1522128 | 1522127 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 152267 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 152316 | 152317 | species | TA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 152317 | 1812776 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 152332 | 2767893 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1523416 | 2626550 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1523425 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1524097 | 149698 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1524216 | 3031712 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1524217 | 1524216 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1524460 | 1564515 | species | PX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 152480 | 87882 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1524964 | 712 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1525212 | 13792 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1525371 | 227290 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 152601 | 42449 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1526609 | 91061 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1527299 | 2614957 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1528773 | 2610881 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1528787 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1529117 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 152919 | 158360 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1529434 | 1529449 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1529436 | 1529434 | species | AJ | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1529449 | 106121 | subfamily | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1530123 | 909768 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1531 | 2719313 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 153151 | 1906945 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1531963 | 83494 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 153232 | 2800061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1532557 | 2626865 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 153265 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 153266 | 153265 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1534972 | 722752 | species | TL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 153505 | 41247 | species | MP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1535245 | 379 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1535325 | 766764 | clade | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1536648 | 670486 | species | DE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1537279 | 2610881 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1538125 | 172845 | species | CD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1538159 | 379 | species | RH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1539049 | 1795363 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 153976 | 45053 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 154046 | 1649459 | species | HH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 154116 | 145358 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1541822 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1542 | 1485 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1542737 | 1839 | species | NM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1542963 | 1963268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1543375 | 642 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1543704 | 2829815 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1543705 | 2829815 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1544798 | 1471399 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1544799 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1544800 | 1544799 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1544861 | 1827195 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 154538 | 5324 | species | TP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1545897 | 1489940 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1546154 | 666505 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1546255 | 85015 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1547898 | 376170 | species | HR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1548148 | 2593540 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1548153 | 2593542 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 154826 | 7968 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 154827 | 154826 | species | XT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1549497 | 71028 | species | PG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1549640 | 2661779 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1549675 | 8825 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1549855 | 1804663 | species | HJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1549949 | 374 | species | BV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 155000 | 2985477 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1550230 | 2643866 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1550240 | 2622527 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 155077 | 10 | species | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 155149 | 5181 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1552123 | 1637 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 155322 | 86661 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1553900 | 3018035 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1553901 | 1553900 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 155415 | 189359 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 155616 | 5302 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 155619 | 5302 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 155891 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 155892 | 75 | species | CV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1559 | 1485 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 155900 | 151659 | species | UO | 11 | 1 | 11 | 0 | 2 | 1 | 1 | 0 | uncultured | 11 | 1 | 0 | 0 | 1 | 155974 | 39845 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 155977 | 1890429 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 155978 | 155977 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1561068 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1561205 | 196814 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1561206 | 196814 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1561947 | 5073 | species | PL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1562 | 2937910 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1562158 | 1812776 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1562566 | 57723 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1562887 | 2994361 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1563254 | 214908 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 156408 | 7399 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1564500 | 35571 | species | BO | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1564515 | 1937961 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1564516 | 1564515 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 156511 | 1293059 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1565313 | 403 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1565532 | 1903411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1565536 | 288018 | species | YM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1566151 | 870536 | species | WV | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1566205 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566227 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566236 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566240 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566243 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566244 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566258 | 2608935 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1566283 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 156630 | 2499237 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1567021 | 51337 | subspecies | JJ | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1567539 | 171627 | species | FC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1567541 | 171627 | species | FM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1567552 | 5543 | species | TL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1569 | 186818 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 156973 | 2005520 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 156974 | 156973 | species | DG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 156981 | 1707 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 156993 | 2762302 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157 | 2845253 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1570301 | 5014 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1570339 | 1737405 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157076 | 82802 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1571195 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1571470 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1571481 | 1004301 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 157183 | 13289 | species | TL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1572660 | 182639 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1572663 | 2762318 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1572751 | 2676755 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1572762 | 1975703 | species | XC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1573 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157304 | 192383 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1573534 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1573535 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1573719 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1573805 | 1970189 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157396 | 189314 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1574141 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1574161 | 583 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1574408 | 9859 | species | CC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1575 | 110932 | species | LX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 157591 | 2008793 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157608 | 452335 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1577075 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 157739 | 3914 | varietas | VA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1577788 | 1235850 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157784 | 3236658 | species | ZT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1577897 | 2614906 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1577898 | 2614906 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1577899 | 2614906 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1577900 | 2614906 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1578 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157821 | 388282 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 157920 | 85017 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1579336 | 1579337 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1579337 | 8464 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1579366 | 93506 | species | AG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1579370 | 93506 | species | AG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1579506 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 158 | 157 | species | TD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1580 | 2767886 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1581030 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1581037 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1581055 | 2614124 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1581073 | 2620948 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1581077 | 91994 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1581133 | 2609248 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 158114 | 1293362 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1581140 | 2614124 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1581149 | 2644349 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 158149 | 147271 | species | PV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1583079 | 695564 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 158331 | 4747 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 158332 | 4747 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 158350 | 158331 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 158360 | 158350 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 158383 | 4146 | subspecies | OE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 158386 | 158383 | varietas | OE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 158392 | 158332 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1584 | 1578 | species | LD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 158406 | 158392 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 158440 | 187620 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 158441 | 158440 | species | FC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 158449 | 270602 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 158455 | 158449 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 158456 | 158455 | species | BS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 158483 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 158484 | 158483 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1585427 | 3934 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1585432 | 1585427 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1586232 | 1699375 | species | NL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1586481 | 1261042 | species | EA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1586633 | 294823 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1586634 | 1586633 | species | RB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1586708 | 2624094 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1587496 | 4812 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1588022 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 158836 | 354276 | species | EH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 158846 | 1843491 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1590 | 2767842 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1591132 | 2643310 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1591174 | 2643310 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 159191 | 3079761 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1592324 | 2893671 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1594786 | 13012 | species | CM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 159591 | 42020 | species | HM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 159639 | 5178 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1597 | 2759736 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1598 | 2742598 | species | LR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1599 | 2767885 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 159987 | 147541 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 16 | 32011 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1601 | 2767887 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 160148 | 1930602 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 160324 | 110564 | species | CR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1603291 | 2646048 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1604021 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 160404 | 2039240 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 160433 | 1903410 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 160434 | 160433 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1604349 | 150830 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 160502 | 940663 | species | RP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 160513 | 33358 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1605367 | 2031119 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1606679 | 2743705 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1606681 | 1606679 | species | PT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 160734 | 134629 | species | PL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1607839 | 1244 | subspecies | LG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 160799 | 44249 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1608298 | 3067276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1608404 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1608407 | 1608404 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1608454 | 75365 | species | SA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1608482 | 61401 | species | HY | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1609134 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1609272 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1609531 | 59732 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1610490 | 1329200 | species | FH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1612173 | 1543704 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1612203 | 157920 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1612424 | 5073 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1612435 | 1883 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1613 | 2742598 | species | LF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 161398 | 53246 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 161620 | 1648011 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 161652 | 125295 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 161653 | 161652 | species | PN | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 161679 | 8917 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 161683 | 161679 | species | LL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1616833 | 1890497 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 161696 | 8431 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1617025 | 2633794 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1617086 | 53365 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1617412 | 3414708 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1617422 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1617805 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1618113 | 558415 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1618534 | 1794839 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 161865 | 37818 | species | DC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1618782 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1618783 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1618876 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1618898 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1618930 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1618941 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1619053 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1619061 | 1801912 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1619069 | 1895827 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1619098 | 74243 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1619116 | 422282 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1619232 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 161934 | 3554 | species | BV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1619898 | 44765 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1620264 | 110618 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1622 | 2767887 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1622070 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1622492 | 156408 | species | HS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 162266 | 8522 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1623583 | 5110 | species | CA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1624 | 2767887 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 162481 | 29000 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 162484 | 29000 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1627892 | 326319 | species | DP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1627999 | 119210 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1628085 | 2048137 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1628153 | 558415 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1628157 | 1628153 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1628206 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1628207 | 2636778 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1628209 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1628268 | 2949 | species | SN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1629404 | 139331 | species | DH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1629710 | 2630699 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1629712 | 2614931 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1629718 | 41296 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 163 | 157 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1630141 | 1980513 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 1630633 | 2617939 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1630837 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 163091 | 3804 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163092 | 1978181 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163118 | 76797 | species | CR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1631629 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1632 | 2742598 | species | LO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1633135 | 2633794 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1633200 | 185291 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1633202 | 185291 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1633203 | 185291 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1633495 | 305899 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 163485 | 3807 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163487 | 3807 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 16360 | 4447 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163603 | 1988 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1636607 | 257493 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1636618 | 3424642 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 163665 | 156973 | species | DM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1637 | 186820 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 163706 | 182511 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 163713 | 163706 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 163714 | 163713 | species | CT | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 163725 | 2231387 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163729 | 2231385 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163735 | 2233855 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163742 | 2233839 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 163743 | 2233839 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1637645 | 1118279 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1637847 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1637848 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1637866 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1638099 | 690086 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1638980 | 577469 | species | DG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1639 | 1637 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1639119 | 5819 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1639133 | 1344959 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1640 | 1637 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1641811 | 52018 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1641860 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1641866 | 2621151 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1641871 | 2628915 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1642 | 1637 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1643 | 1637 | species | LW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1643336 | 2675231 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1643678 | 651137 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643682 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643684 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643685 | 136 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643686 | 203692 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643688 | 3118682 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643822 | 84998 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643824 | 84999 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643826 | 1643822 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643946 | 188708 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643948 | 1643946 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1643951 | 188709 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1644056 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1644061 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 164450 | 2267 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 164451 | 164450 | species | VD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 164546 | 106589 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1646340 | 1330547 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1646373 | 1565532 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1647182 | 85012 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 164759 | 238749 | species | DN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1647988 | 48461 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1648011 | 147428 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1648017 | 147389 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1648021 | 147380 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1648026 | 147429 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1648029 | 147429 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1648030 | 147389 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1648033 | 147369 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1648036 | 147369 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1648037 | 147368 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1648038 | 147368 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1648182 | 1883 | species | SY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1648404 | 2800681 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1648497 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1648505 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1648508 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 164860 | 7211 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 164882 | 43901 | subtribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1648923 | 653685 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1649 | 186818 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649266 | 323449 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1649279 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649453 | 126 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649459 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649476 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649482 | 84566 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649487 | 41297 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1649495 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1649845 | 629 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1650 | 1649 | species | KZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1650438 | 3701763 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1650654 | 2676541 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 165179 | 2974251 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 165186 | 129701 | species | UR | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 1652081 | 147387 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1652132 | 2024979 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1652133 | 1652132 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1653 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 165301 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 165302 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1653176 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1653776 | 2893056 | species | HO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1653778 | 2034146 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1653831 | 34098 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1654 | 2049 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1654067 | 53335 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1654741 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1655 | 1654 | species | AN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1655234 | 1518149 | species | TE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1655433 | 1913444 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 1655488 | 85023 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1655489 | 1655488 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1655514 | 54526 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1655516 | 1655514 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 165695 | 3423717 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 165696 | 41297 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 165697 | 3423718 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 165716 | 3624 | species | AR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 165779 | 1570339 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 166 | 2638727 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1660086 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 166009 | 114894 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 166010 | 166009 | species | DD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1660105 | 2626209 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1660118 | 2646634 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1660142 | 2614943 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1660158 | 32003 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1660171 | 57609 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1661050 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1661053 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1662329 | 3399771 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 166235 | 147100 | superorder | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 166263 | 88664 | species | CL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1663 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1663051 | 930979 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1663419 | 67819 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1663425 | 1663419 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1663426 | 1663425 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1663717 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1664069 | 1386 | species | BG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 166415 | 83319 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1664318 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1664319 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1666917 | 58840 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1667 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1667020 | 92860 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1667166 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1667327 | 1463165 | subspecies | KQ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 166793 | 207599 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 166894 | 110015 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1669417 | 1252372 | species | PS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 166953 | 2831111 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1670755 | 1221082 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1670756 | 1670755 | species | FS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1670797 | 1253 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 16714 | 3502 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 167180 | 127320 | subtribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1672701 | 74385 | species | GO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 167371 | 218112 | species | PP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1673718 | 2034765 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1673721 | 1392389 | species | IM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1674869 | 191411 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 167487 | 4056 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1674871 | 292629 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1674873 | 213462 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1674876 | 278082 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 167498 | 167487 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1675792 | 12916 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1676141 | 135613 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1676142 | 1676141 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1676683 | 662 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1676925 | 91732 | species | PK | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 167729 | 3257 | species | EX | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1677858 | 2622417 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1677894 | 237 | species | FL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 167791 | 3805 | species | BV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1678 | 31953 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1678136 | 2620435 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1678900 | 1546255 | species | MX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1679 | 216816 | subspecies | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1679166 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1679170 | 2675229 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1679449 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 167964 | 233189 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1679721 | 1663717 | species | HL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1680 | 1678 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1680155 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 168172 | 27350 | forma specialis | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1682 | 216816 | subspecies | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1682393 | 67608 | species | MT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1682405 | 37989 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1683602 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1683673 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1683674 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1684385 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 168488 | 26473 | species | BA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1685 | 1678 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1685480 | 126277 | species | ME | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1686 | 1678 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1686064 | 2633235 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1686381 | 2816438 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1686400 | 2757714 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 168694 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1687857 | 118553 | species | PS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1688776 | 185291 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1689250 | 186822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 168934 | 2844866 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 168935 | 168934 | species | TL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1689985 | 2830882 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1690 | 1694 | subspecies | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1690245 | 2627005 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1690502 | 2630326 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1690815 | 2619320 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 169133 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1691903 | 451512 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1691987 | 8000 | species | PD | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1692040 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1692041 | 1692040 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 169388 | 232080 | species | FS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1694 | 1678 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 169417 | 9655 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 169418 | 9655 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 169427 | 1822464 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 169435 | 244127 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1696 | 85019 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 169618 | 24966 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 169640 | 1968428 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 169669 | 136843 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1698369 | 2845410 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 169862 | 8578 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 169863 | 8578 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1699067 | 766 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1699375 | 1644061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1699412 | 1763531 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1699426 | 27320 | species | MB | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1699513 | 3931 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1699522 | 1699513 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1699524 | 1699513 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 170 | 1643688 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1700837 | 928852 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1702250 | 286 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 0 | 0 | 1 | 1703359 | 2646123 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703362 | 225057 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703384 | 1703362 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703385 | 1703362 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703410 | 1546154 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703416 | 939858 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703751 | 1798711 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1703755 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1703937 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1703944 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1704234 | 204428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1705399 | 89966 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 170557 | 61471 | species | TP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1705720 | 2593542 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1706369 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1706371 | 1706369 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1706372 | 1706369 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1706373 | 1706369 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1706374 | 1706369 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1706375 | 1706369 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1706379 | 1706372 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1706432 | 1706374 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1706441 | 1935183 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1706732 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1706840 | 2000 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1707 | 85016 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1707952 | 1107 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1708541 | 148959 | species | WM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 170865 | 8937 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1708783 | 2901189 | species | HO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1709327 | 2662613 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 171 | 170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1710 | 157920 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 171004 | 72025 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1711 | 1707 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 171163 | 1963268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1712260 | 119043 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1712382 | 1577788 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1712871 | 2005 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 171292 | 97818 | species | UM | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 171392 | 54298 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1714386 | 1534972 | forma | TL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1714387 | 1534972 | forma | TL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1715086 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1715100 | 2620435 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1715167 | 91994 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 171549 | 200643 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 171550 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 171551 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 171552 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 171576 | 40040 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 171585 | 111880 | species | NI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1716 | 1653 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1716077 | 29404 | species | ME | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 171627 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 171631 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 171637 | 3745 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 171638 | 3745 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 171673 | 41295 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 171674 | 171673 | species | IL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1717 | 1716 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1718 | 1716 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1719 | 1716 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1719132 | 1763 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1719398 | 1719434 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1719401 | 1719398 | species | EV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1719434 | 2043654 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 171968 | 186275 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 171969 | 171968 | species | CG | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1720343 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1720349 | 1717 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 172042 | 32207 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 172045 | 308865 | species | EM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1723665 | 281668 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1725326 | 187271 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 172713 | 44249 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 172797 | 4107 | species | SS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 172820 | 2925400 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 172845 | 6913 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1728959 | 23513 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 172900 | 255528 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1729712 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 173 | 171 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1730 | 186806 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 173245 | 1489907 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 173246 | 173245 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 173247 | 173246 | species | EN | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1734397 | 2626258 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 173479 | 219687 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1735038 | 1911577 | species | OT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1735270 | 55007 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1735272 | 1735270 | species | GA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1735325 | 2614637 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1735583 | 2627060 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 173559 | 2053 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1735672 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1735674 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1735678 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736 | 1730 | species | EL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1736211 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736223 | 2647522 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736239 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736243 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736245 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736289 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736305 | 2641148 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736319 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736322 | 2615069 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736323 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736333 | 2624265 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736345 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736354 | 2637632 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736361 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736373 | 2630143 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736383 | 2630143 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736385 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736396 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736398 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736403 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736405 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736460 | 2615069 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736465 | 2648921 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 173647 | 37581 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1736471 | 2636909 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736488 | 2615069 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736492 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736501 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736505 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736547 | 2648921 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736559 | 2635362 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736585 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1736593 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1737066 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1737354 | 44249 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1737359 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1737404 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1737405 | 1737404 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1737407 | 1737404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1737408 | 1737404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1737424 | 572511 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name; | | | 0 | 0 | 1 | 1737568 | 2676755 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1738132 | 230760 | species | RR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1738654 | 3104269 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1739319 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1739359 | 91994 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1739362 | 2623750 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1739368 | 91994 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1739395 | 2609248 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1739452 | 2609962 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1739459 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 174 | 171 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1740 | 188711 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1740090 | 2628915 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1740721 | 2675232 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 174260 | 214966 | species | DP | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1742977 | 2813035 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1742989 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1742990 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1742992 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1742993 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1743 | 31957 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1743164 | 44013 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1743166 | 44013 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1744 | 1743 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1745381 | 2632575 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1745382 | 2632575 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 174575 | 118882 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1745969 | 41247 | species | MA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1746091 | 2055135 | species | AF | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1746199 | 2630031 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 174643 | 27320 | species | MD | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1747 | 1912216 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1748771 | 1562566 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 174951 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1750517 | 1883 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 175115 | 192204 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 175116 | 175115 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 175121 | 9126 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1751870 | 768507 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1752188 | 201174 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1752708 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752716 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1752717 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752719 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752720 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752722 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752723 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752724 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752726 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752727 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752728 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752729 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752732 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752734 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1752737 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 175304 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 175306 | 175304 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 175332 | 74971 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 175333 | 175332 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 175340 | 175333 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1754190 | 4756 | species | NC | 4 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1755504 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 175628 | 2053 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 175693 | 216695 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 175694 | 175693 | species | AP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1756988 | 2641084 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1758121 | 161683 | subspecies | LL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1758398 | 2640945 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1759074 | 2614943 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1759075 | 2614943 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1759396 | 3020825 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1759442 | 1851469 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1760 | 201174 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1760987 | 403 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1760988 | 1760987 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 176113 | 9369 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1761746 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1761772 | 374 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1761774 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1761794 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1761802 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1761884 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1761904 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1762 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 176275 | 5581 | species | BB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1763 | 1762 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1763521 | 1763524 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1763524 | 2691356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1763531 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1764 | 120793 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1764569 | 2929456 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1765 | 1773 | biotype | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1765055 | 2624677 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1766 | 1866885 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 176616 | 102749 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1766253 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1767 | 120793 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1768 | 1763 | species | MK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1768241 | 2083206 | species | TH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1769011 | 53433 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1769012 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1769247 | 5303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 176946 | 37579 | species | PB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1769710 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1769716 | 188708 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1769717 | 1769716 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1769726 | 75787 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1770 | 1764 | subspecies | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1770545 | 231454 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1770638 | 295922 | species | EL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1771 | 1866885 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1771349 | 666505 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1771355 | 1771349 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1771356 | 1771355 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1772 | 1866885 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1772287 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1772333 | 2632371 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1773 | 77643 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1774 | 670516 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1774373 | 314275 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1774954 | 165696 | species | NP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1775121 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1775292 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1775403 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1775411 | 135614 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1775474 | 34072 | species | VG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1775636 | 2643099 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1775674 | 2647645 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1775880 | 1742989 | species | GM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1775910 | 407 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1776 | 1866885 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1776083 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1776740 | 469 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1777134 | 1827195 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1777137 | 1827195 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1777142 | 1827195 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1778488 | 54526 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1778540 | 204037 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1778601 | 2762318 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1778653 | 2772226 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1779141 | 126 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1779184 | 2816438 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 178 | 2633828 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1780 | 1763 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1780122 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 178025 | 77572 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 178032 | 178025 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 178035 | 178032 | species | DN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1781 | 2993898 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 178174 | 1699522 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1783234 | 2323 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1783257 | 3379134 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1783270 | 3379134 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1783272 | 2 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1783273 | 1783234 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1783275 | 2157 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1783276 | 2157 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1783515 | 2838335 | species | SQ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1784 | 2249310 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 178441 | 2983527 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 178469 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1785 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1785161 | 136845 | species | PW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 178606 | 261386 | species | LF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 178871 | 37467 | species | PM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 178872 | 37467 | species | PM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1789 | 1763 | species | MX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 179 | 189779 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1790 | 1763 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 179015 | 2035 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1792192 | 1386 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1792290 | 28253 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1794810 | 1783273 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1794811 | 1783273 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1794839 | 1794810 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1794840 | 1794811 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1795 | 1866885 | species | MN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1795032 | 1073531 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1795043 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1795363 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1795545 | 152919 | species | ZA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1795874 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1796 | 1866885 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1796610 | 447020 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1796635 | 1918536 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1796644 | 1960084 | species | RC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1796646 | 1918540 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 179676 | 58277 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1797174 | 305072 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797275 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797288 | 1042316 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797320 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797338 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797344 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797351 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797382 | 1700837 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797387 | 404130 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797403 | 404130 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797477 | 33809 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797489 | 33809 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797598 | 1704234 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797602 | 1704234 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797607 | 1704234 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797608 | 1704234 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797610 | 1704234 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797628 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797650 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797669 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797710 | 1752717 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797727 | 1752717 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797745 | 1752717 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797810 | 122706 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797818 | 122706 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797883 | 122706 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797913 | 1403365 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797919 | 74152 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797921 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797926 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797930 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797936 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797938 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797956 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1797962 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798225 | 2644710 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798237 | 2634405 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798376 | 1752720 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798385 | 1752720 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798386 | 1752720 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798389 | 1752720 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798398 | 1752720 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798413 | 119069 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798416 | 795747 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798418 | 1798416 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798421 | 1798416 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798425 | 1798416 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798427 | 1798416 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798429 | 1798416 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798590 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798610 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798630 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798660 | 1817910 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798665 | 1817910 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1798710 | 1798711 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1798711 | 1783272 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 179879 | 87882 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1798913 | 84993 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1798998 | 222545 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1799696 | 231213 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 179993 | 569360 | species | FL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 179997 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1800 | 1866885 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1801616 | 1783276 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1801617 | 1783276 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 180162 | 203492 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1801623 | 1219 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801629 | 2626047 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801631 | 1783276 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1801634 | 1801631 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801697 | 1298915 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801700 | 1298915 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801894 | 213421 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801911 | 1619053 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1801912 | 1619053 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801947 | 473814 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1801968 | 473814 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802008 | 87634 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802010 | 87634 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802082 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802084 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802088 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802090 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802092 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802094 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802095 | 2760815 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802114 | 1817914 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802118 | 1817914 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802143 | 1895827 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802196 | 1130380 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802272 | 1817917 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802339 | 1802340 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1802340 | 3379134 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1802485 | 1752722 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802487 | 1752722 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802524 | 1752722 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802603 | 1817899 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802733 | 1817925 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802746 | 1817925 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802752 | 1817925 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1802758 | 1817925 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1803397 | 1803398 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1803398 | 1801911 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1803424 | 305072 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1803458 | 305072 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1803463 | 305072 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1803467 | 204433 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1803511 | 3121605 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1803640 | 1478967 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1803665 | 374 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1804621 | 3563 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1804663 | 3031145 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 180495 | 117747 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180498 | 3995 | species | JC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1804986 | 1813 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1804991 | 142182 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1804992 | 1804991 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1805007 | 93506 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1805070 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1805204 | 234665 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1805205 | 234665 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1805249 | 1801634 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180536 | 19151 | species | EV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1805361 | 2760815 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180541 | 742031 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1805827 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1805930 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1806053 | 1717 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1807140 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1807790 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180843 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180850 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180854 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180856 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180869 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 180887 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1809 | 2993898 | species | MU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 180978 | 85621 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 181014 | 2499258 | species | AE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1810906 | 2720870 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181096 | 30420 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181100 | 2927229 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 181101 | 181100 | species | PB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181123 | 2234120 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181124 | 34448 | species | MO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1811694 | 2621639 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1811696 | 2621639 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1811719 | 1198451 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1812776 | 3402561 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1812911 | 2621068 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1812916 | 204430 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1812934 | 158836 | subspecies | EH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1812935 | 354276 | species | ER | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1813 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1813537 | 3711 | subspecies | BR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1813606 | 1853223 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1813735 | 57723 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1813876 | 20 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181400 | 94929 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 181401 | 181400 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 181402 | 181401 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 181461 | 8158 | species | CM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181472 | 94311 | species | SF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 181550 | 37104 | family | | 1 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1815985 | 2844087 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1816219 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1817 | 85025 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1817794 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817797 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817799 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817801 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817802 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817806 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817807 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817810 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817811 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817832 | 1817799 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1817859 | 3106394 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1817869 | 3106474 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1817870 | 3106474 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1817878 | 1817811 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1817899 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817904 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817906 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817910 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817911 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817913 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817914 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817917 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1817925 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1819295 | 70799 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1820010 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1820382 | 575215 | species | DS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1820614 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1821036 | 156993 | species | RV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 182136 | 1329200 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1821960 | 635 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1822222 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1822227 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1822240 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1822249 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 182238 | 8012 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1822464 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1822465 | 1822464 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 1822466 | 1822465 | species | UP | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 182269 | 255475 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 182270 | 182269 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 182276 | 40417 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1824 | 1817 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1824618 | 4128 | subgenus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1824621 | 4128 | subgenus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1824901 | 1824618 | section | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 182511 | 116576 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1825620 | 2720871 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1825787 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1825933 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 182639 | 2726069 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 182640 | 182639 | species | KF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1827 | 85025 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 182709 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1827195 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1827295 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1827481 | 2608935 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1827502 | 175304 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1827580 | 1883 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1828 | 3259750 | species | RF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 182803 | 29012 | species | AV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1828052 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1828244 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1828829 | 1890506 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1829 | 1827 | species | RR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 182948 | 400782 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1831 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1833 | 2840174 | species | RE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1834089 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1834096 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1834109 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1834128 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1834143 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1834147 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1834154 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 183417 | 583 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1834191 | 1350 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 1835 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1835722 | 2993541 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1835756 | 2626134 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1835766 | 2626134 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1835769 | 2626134 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 183663 | 9376 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1836787 | 134549 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 183710 | 118964 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1837130 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 183715 | 1490021 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 183716 | 183715 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1837344 | 1085622 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1837929 | 2800686 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1838 | 1835 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1838142 | 1759442 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1839 | 85015 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 183924 | 28889 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 183925 | 2283794 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 183963 | 2290931 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 183967 | 2283796 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 183968 | 28890 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1839768 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1839939 | 6243 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1841 | 1839 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1841655 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1841864 | 1926655 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 184208 | 2982305 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1842535 | 2626550 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1843185 | 2976354 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1843210 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1843371 | 469 | species | AG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1843488 | 909932 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1843489 | 909932 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1843490 | 909929 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1843491 | 909929 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1843691 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1844094 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1844096 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 184430 | 184208 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 184431 | 184208 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1847 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1848189 | 2615049 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848399 | 31979 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1848605 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848683 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848687 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848688 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848689 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848709 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848900 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1848935 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1849 | 622451 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1849069 | 2039236 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1849167 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1849169 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 184923 | 45404 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1849260 | 1803511 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1849551 | 134623 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1849719 | 1618113 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 184977 | 28556 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 184978 | 184977 | species | DG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1849822 | 186804 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1850093 | 89966 | species | HN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1850517 | 44249 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1850975 | 5073 | species | PN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1850978 | 1775411 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1851 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1851019 | 1775121 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1851152 | 809 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1851167 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1851187 | 78910 | species | SF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1851410 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1851469 | 155616 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1852 | 1851 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1852384 | 2895461 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1852787 | 305072 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1852840 | 1104668 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1852867 | 122706 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1852880 | 84086 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1852909 | 1130380 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 185291 | 171549 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1852921 | 713063 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1853220 | 68336 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1853221 | 1936987 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853222 | 1853220 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853223 | 1853221 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853224 | 1853222 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853225 | 1853224 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853228 | 976 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853229 | 1853228 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853230 | 200644 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853231 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1853232 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 185370 | 79514 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1854 | 74712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1854010 | 48283 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1854492 | 57665 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1854574 | 1883 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1855288 | 2636738 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1855318 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1855340 | 2624428 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1855348 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1855352 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1855416 | 335929 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1855648 | 2640945 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1855823 | 3076173 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1856685 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1856860 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1856865 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1857645 | 1654 | species | AV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1857889 | 2560081 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1857891 | 1857889 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 185809 | 30073 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1859128 | 213121 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1859130 | 1859128 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 185978 | 44249 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 185979 | 1386 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1859940 | 1667166 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1859967 | 1859940 | species | PF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1860 | 85030 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1860090 | 196798 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1860091 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186058 | 1824621 | species | CE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 1861 | 1860 | species | GO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1861711 | 246795 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1861795 | 43845 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186188 | 85017 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1862145 | 390876 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1862316 | 2609468 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1862317 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1862318 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1862323 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1862324 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1862640 | 13511 | species | EN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 186265 | 3593 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 186275 | 186265 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 186328 | 31969 | order | | 0 | 1 | 4 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186329 | 31969 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186332 | 31969 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186333 | 186332 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186449 | 47747 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186466 | 6566 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1865 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186622 | 7899 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186623 | 7898 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186624 | 1489340 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186625 | 1489341 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186626 | 32519 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186627 | 186626 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186628 | 186626 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186632 | 29140 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186633 | 32519 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186634 | 186625 | cohort | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186650 | 119045 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1866885 | 1762 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1866905 | 2636767 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1866924 | 49928 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1866929 | 49928 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1866933 | 49928 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186745 | 8224 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186746 | 186745 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186749 | 186745 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 186761 | 3137766 | species | VG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 186770 | 3195 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 186774 | 186770 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 186801 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186802 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186803 | 3085636 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186804 | 3082720 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186806 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186807 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186814 | 68295 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186817 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186818 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186820 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186821 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1868215 | 11244 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186822 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186823 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186824 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186826 | 91061 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186827 | 186826 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 186828 | 186826 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1868329 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1869185 | 2618254 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1869190 | 2617492 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1869212 | 569836 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1869214 | 115860 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1869227 | 49928 | species | BX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186928 | 186803 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1869299 | 1403365 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1869303 | 1403365 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1869308 | 213431 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186931 | 106633 | species | TN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1869337 | 2649774 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 186995 | 58055 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1870822 | 3345070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1870884 | 186804 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1870904 | 2643062 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871011 | 2675230 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1871013 | 375288 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1871037 | 61432 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1871043 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871047 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871048 | 196773 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871049 | 2645906 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871052 | 2642050 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871053 | 2640670 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871066 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871070 | 119059 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1871071 | 83494 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1871086 | 2622653 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1871111 | 469 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1871328 | 2649579 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872085 | 2636252 | species | WS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872090 | 2633901 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872094 | 2638182 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872118 | 2614800 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872119 | 2625945 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872122 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872419 | 2685101 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872421 | 2608915 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872424 | 2623499 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872427 | 2638842 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872429 | 2630414 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872435 | 2641541 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872444 | 2608932 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872504 | 2623618 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872523 | 2633634 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872578 | 2620789 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872589 | 2630587 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872635 | 2641713 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872650 | 2643817 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1872678 | 53246 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 187271 | 72276 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 187272 | 351052 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1873 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1873425 | 44249 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1873462 | 90316 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1873897 | 2640874 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1874826 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 187492 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 187620 | 36141 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 187734 | 2499237 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 187857 | 200783 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1879010 | 84086 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1879320 | 2625375 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1880836 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1880838 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1880855 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881016 | 2626865 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881018 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881024 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881025 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881030 | 196773 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881035 | 2626991 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881048 | 2617802 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 188143 | 641 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188144 | 188143 | species | EN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1881751 | 329961 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881782 | 632517 | species | OS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1881785 | 1252372 | species | PS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1882221 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1882271 | 234661 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1882482 | 251612 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1882483 | 1882482 | species | TC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1882762 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1882763 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1882795 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1882945 | 2684853 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1883 | 2062 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1883445 | 2624094 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1883446 | 2621553 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1883453 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1884358 | 2636677 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1884383 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1884429 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1884633 | 5234 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1884717 | 59475 | species | PM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 188477 | 71493 | species | EC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1886 | 1477431 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1886785 | 149698 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 188708 | 200918 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 188709 | 2419 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188710 | 67799 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188711 | 188710 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188786 | 68933 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188787 | 1297 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 188905 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188907 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 188913 | 180162 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 188932 | 84567 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 188961 | 1505960 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1889774 | 197483 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1889775 | 54393 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1890 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1890291 | 31979 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890302 | 86661 | species | BW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1890424 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890426 | 1890424 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890429 | 3079744 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890430 | 1890424 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890436 | 2881377 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890438 | 3079749 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890449 | 1118 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890450 | 1118 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890497 | 52604 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890500 | 52604 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890505 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1890506 | 1890505 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1890528 | 1890505 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 189055 | 5073 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1890675 | 2624150 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1891229 | 87634 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1891233 | 2630389 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1891238 | 80841 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1891241 | 33809 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1891915 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1891919 | 662 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1892249 | 3079757 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892251 | 3079753 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892252 | 1150 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892254 | 1150 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892255 | 3079757 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892259 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892265 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1892297 | 1890438 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1892855 | 2644549 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1892896 | 2629414 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 189314 | 42289 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 189315 | 42289 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 189330 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 189359 | 37989 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1894 | 2063 | species | KA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 189426 | 44249 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 189478 | 147538 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 189479 | 189478 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1894969 | 1873 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1895 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1895716 | 2648352 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895782 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895817 | 41292 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895822 | 2621553 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895827 | 95818 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895836 | 203473 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895854 | 2621999 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895923 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895925 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1895928 | 3139182 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896178 | 2604474 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896179 | 2604474 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896180 | 2604474 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896187 | 2604474 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896188 | 2604474 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 189691 | 44249 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1896965 | 2628570 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896977 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1896984 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897004 | 2624479 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897007 | 1798710 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897010 | 2641225 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897058 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897060 | 2649013 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897064 | 5206 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1897614 | 2615042 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897630 | 2632016 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1897645 | 979650 | species | HB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1897647 | 2626619 | species | HS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 189774 | 200795 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 189778 | 203693 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 189779 | 189778 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1898038 | 2629414 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1898103 | 75788 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898104 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898111 | 253244 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898112 | 41296 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898203 | 186928 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898204 | 189971 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898206 | 38780 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898207 | 39779 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898208 | 2146 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1898209 | 1898208 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1898321 | 2614687 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1898548 | 2641197 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1898978 | 2615202 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1899015 | 2638182 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 189907 | 151208 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 189913 | 189907 | species | LS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1899355 | 221817 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1899569 | 2621999 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 189971 | 31979 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190017 | 135621 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190021 | 119045 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190045 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1901 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 190195 | 182639 | species | KA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1902408 | 2614947 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1902503 | 28253 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1903071 | 196795 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1903157 | 2627988 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190323 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903409 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903410 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903411 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903412 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903414 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903416 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903434 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1903473 | 2649394 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1903720 | 1526609 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1903858 | 227290 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1904 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1904044 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904254 | 2610897 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904441 | 58840 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1904459 | 2614992 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904827 | 2633855 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904861 | 1411023 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1904862 | 196814 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904944 | 196198 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904961 | 2626254 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1904969 | 2634184 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1905334 | 2609274 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190563 | 42813 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 190564 | 190563 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1906119 | 1798710 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1906152 | 1798710 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1906156 | 3121626 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1906272 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1906665 | 93506 | species | AX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1906666 | 1234666 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1906740 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1906945 | 3120669 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1907202 | 196798 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190721 | 48736 | species | RI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1907226 | 109882 | species | CC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1907398 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1907414 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1907575 | 2629395 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1908 | 1482558 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1908240 | 84567 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1908524 | 165696 | species | NU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1908690 | 1914234 | species | FR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 190893 | 662 | species | VC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 190895 | 717610 | species | VR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1909291 | 1920255 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1909293 | 41293 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1909294 | 41292 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1909295 | 1363568 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1909299 | 2626550 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1909378 | 4613 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1909445 | 2636825 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1909456 | 2636825 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 190972 | 1737407 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191 | 2829815 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191028 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1910789 | 766764 | genus | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1910893 | 5234 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1911175 | 2618356 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1911520 | 105426 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1911565 | 137 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1911577 | 75787 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1911586 | 2632303 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1912 | 2839105 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1912094 | 2648997 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1912138 | 2632280 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1912216 | 31957 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1912246 | 1649495 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1912599 | 1822464 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1912891 | 2611147 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1912919 | 1049657 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 191292 | 1827 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1912936 | 5379 | species | SD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 191302 | 46913 | species | DN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1913444 | 3067276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1913637 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1913638 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191373 | 2937910 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191391 | 286 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 191392 | 35461 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 191393 | 68337 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1913961 | 90141 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1913980 | 2642558 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1913988 | 33807 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1913989 | 33811 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1914 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 191410 | 1090 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191411 | 191410 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191412 | 191411 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914156 | 1487596 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914213 | 1914156 | species | CV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1914233 | 2691355 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914234 | 1914233 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914297 | 675068 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914299 | 1914297 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914300 | 439484 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1914449 | 2008793 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1914450 | 2617525 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1914538 | 190017 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1914540 | 1386 | species | BO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1914915 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1914916 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1914917 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1914919 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1914921 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1914933 | 2837510 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 191494 | 320583 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191495 | 191494 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1914963 | 290180 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1915 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1915004 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 19151 | 981071 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1915308 | 1553900 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1915389 | 196198 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1915401 | 2829814 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1915402 | 2639107 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1915412 | 1915415 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1915414 | 3415498 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1915415 | 1915414 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1915612 | 1033997 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1915987 | 1462422 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1916 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1916082 | 96574 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 191675 | 543 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1917441 | 1301 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 191769 | 186828 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 191770 | 191769 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1917864 | 2681298 | species | IE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1917865 | 2635961 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1917874 | 990719 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1917889 | 84406 | species | VD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1917966 | 2643346 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1917967 | 2617605 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 191816 | 13124 | species | LP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1918385 | 3082771 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1918536 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1918540 | 2005473 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1918599 | 1836787 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1918611 | 2622126 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1918636 | 2620728 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1919 | 1482601 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1919101 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1919110 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1919165 | 38063 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1919231 | 2301 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1919254 | 475964 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192 | 191 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1920 | 1883 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1920170 | 231454 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1920175 | 196858 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920190 | 2625579 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920240 | 2887327 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1920255 | 85013 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920423 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920427 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920490 | 268141 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920663 | 1122 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920664 | 1122 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920887 | 135618 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1920889 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1921002 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1921565 | 257482 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1921781 | 134625 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1921782 | 1921781 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1921783 | 1921782 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 192204 | 9126 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 192205 | 192204 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 192206 | 192205 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1922223 | 2627060 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192258 | 4196 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 192259 | 192258 | species | GA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 192383 | 79514 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 192387 | 29330 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1923877 | 2077 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 192389 | 59732 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 192404 | 27659 | species | SH | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 192421 | 1372 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1924944 | 2645799 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1925021 | 1386 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1925666 | 2626258 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1925762 | 246875 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1926307 | 2630086 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1926625 | 2058169 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1926655 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1926659 | 815 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1926873 | 57609 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1927 | 1883 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 192734 | 8418 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1927833 | 1903411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1928 | 2867164 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 192812 | 1855416 | species | QF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1929018 | 114657 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1929279 | 2648731 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1929291 | 2630009 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1929293 | 2634919 | species | IS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1929414 | 2641570 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192944 | 1827 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192952 | 2209 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192953 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192954 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192955 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1929886 | 2648737 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 192989 | 1783276 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 193 | 191 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1930 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1930275 | 2795973 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1930536 | 122612 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1930602 | 33342 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1930617 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1931 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1931080 | 9126 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1931355 | 5303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1932 | 1883 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 193209 | 558764 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1932123 | 34444 | species | LP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1932666 | 2615002 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1932667 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1932692 | 641407 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1932716 | 388461 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1932778 | 423349 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1932779 | 237 | species | FU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1933778 | 2593673 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 193383 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 193384 | 193383 | species | RV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1933926 | 51352 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1934409 | 2647000 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1934913 | 80811 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1934914 | 1934913 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1935183 | 2157 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1936 | 1883 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1936111 | 126 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1936112 | 2677239 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1936156 | 2629323 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1936168 | 292486 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 1936169 | 1936168 | species | UA | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 1936242 | 2619133 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1936272 | 1935183 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1936987 | 68336 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1936988 | 1937959 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1937007 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1937012 | 2642729 | species | IS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1937959 | 976 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1937960 | 1936988 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1937961 | 1936988 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1938374 | 653685 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1938672 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1938796 | 2615204 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1938804 | 2615204 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1938805 | 2615204 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1938816 | 44013 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1938842 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1938861 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1938870 | 53335 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 194 | 72294 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1940288 | 2647248 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1940289 | 2627012 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1940300 | 467943 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1940406 | 3071915 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1940529 | 175304 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1940652 | 248111 | species | GA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1940758 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1942 | 1883 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 194287 | 431837 | class | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 194407 | 30380 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 194408 | 194407 | species | RB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1944635 | 40544 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1945581 | 59732 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 1945593 | 2629304 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1945595 | 41289 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1945643 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1945862 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1945880 | 2624428 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1945884 | 2638792 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1945892 | 2902719 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 194690 | 53246 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1948701 | 909932 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1948754 | 203692 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1948762 | 1497346 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1948766 | 1783273 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1948889 | 93660 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1948890 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 194890 | 2017694 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 194924 | 213115 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 194963 | 28105 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 195 | 194 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1950123 | 2627629 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 195102 | 1502 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 195105 | 366614 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1951096 | 219686 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951140 | 795748 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951176 | 415000 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951303 | 909930 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951308 | 1647988 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951448 | 1643824 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951481 | 1813606 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1951614 | 1400857 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 195166 | 30009 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1951966 | 1643948 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 195257 | 6348 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 195258 | 195257 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1952929 | 134621 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1952944 | 1471398 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1953020 | 1843491 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1953041 | 407032 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1954172 | 2619626 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1954211 | 2625747 | species | BS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1955150 | 7001 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1955243 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1955247 | 7524 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1955248 | 2631489 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1955249 | 370471 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1955251 | 7400 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1955420 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 1955630 | 74201 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1955773 | 299071 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1955774 | 1955773 | species | EP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1956187 | 3073809 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 195936 | 319058 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 195964 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1959861 | 2623030 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1959862 | 2623030 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1960084 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 196024 | 642 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1960290 | 2820280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1960295 | 2649220 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1960893 | 1930617 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1961112 | 473814 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1961369 | 2620628 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1961474 | 263369 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1961502 | 213483 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196159 | 13687 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1961799 | 134623 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1961806 | 2646494 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196197 | 146918 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196198 | 40323 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1962118 | 36809 | subspecies | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1962171 | 1853229 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1962850 | 1930617 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1962852 | 1962850 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1962854 | 1962852 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1962910 | 332160 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1963036 | 3087 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 1963268 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1963270 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1963360 | 204429 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 196367 | 1827195 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1963757 | 9989 | suborder | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1963758 | 9989 | suborder | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1963761 | 1963758 | superfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1963862 | 1911565 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1964365 | 2614935 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965096 | 9481 | subgenus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1965233 | 2641225 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965294 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965318 | 2624132 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965333 | 2630115 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965347 | 3250 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1965356 | 2614124 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965358 | 2637249 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965551 | 2646395 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965581 | 2646395 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965603 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1965616 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1966343 | 2615055 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1967498 | 2629258 | species | IS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1967583 | 59203 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1967650 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1967657 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196771 | 45401 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196773 | 46913 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196779 | 1060 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196795 | 60136 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196798 | 2433 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196806 | 497 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196814 | 28253 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196816 | 469 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196818 | 22 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196821 | 286 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196834 | 28228 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1968428 | 1968429 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 1968429 | 169618 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 196858 | 52959 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1968598 | 33811 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1968599 | 33811 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 196869 | 237 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1968838 | 2685547 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1968906 | 2619116 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1968909 | 1643678 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1968910 | 1968909 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 1969407 | 2629782 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1969481 | 2646754 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1969738 | 2637652 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1969739 | 2637993 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1969742 | 2648435 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1969793 | 1127830 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1969813 | 694019 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1969821 | 1648508 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 197 | 194 | species | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1970189 | 200643 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1970304 | 2648610 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1970323 | 2633795 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1970331 | 2648921 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1970384 | 2636392 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1970395 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 197043 | 139475 | species | HV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1970520 | 1798413 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1970547 | 41292 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1970738 | 1193503 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1971 | 1883 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1971211 | 2635419 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1971605 | 2646395 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1971748 | 2639862 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 197221 | 146786 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1972444 | 231684 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1973477 | 2656917 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1973478 | 938406 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1973919 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1973953 | 83494 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1973956 | 1751870 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974002 | 403978 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974005 | 403978 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974498 | 1752726 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974529 | 1752727 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974539 | 1817904 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974540 | 1817904 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974627 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974628 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974633 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974713 | 1817911 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974717 | 1817911 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974737 | 1047005 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974782 | 1801912 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974784 | 1801912 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974789 | 1801912 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974794 | 1801912 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974800 | 1817913 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 197482 | 2321114 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 197483 | 186817 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1974843 | 1752723 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 197491 | 191412 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1975076 | 422282 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1975553 | 2624967 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1975592 | 13828 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 197562 | 197563 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 197563 | 6656 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1975703 | 186822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1977054 | 2615029 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977061 | 2638319 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977087 | 81684 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977263 | 2638081 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977630 | 549779 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1977903 | 2608905 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977908 | 2626134 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977910 | 2626134 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1977915 | 23672 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1977916 | 23672 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1977919 | 1977916 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1978181 | 3803 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 1978229 | 45405 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1978230 | 81440 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1978231 | 305072 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 0 | 0 | 1 | 1978374 | 2622455 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1978412 | 504481 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1978525 | 451299 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1978762 | 81684 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1978774 | 2635230 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 197911 | 11308 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1979270 | 13687 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1979385 | 2364209 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1979545 | 213495 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1979961 | 2613841 | species | WS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1979962 | 2640016 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 198 | 194 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 198037 | 32324 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1980413 | 3151837 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1980442 | 2560074 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1980513 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1980645 | 28890 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1980646 | 1980645 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1980697 | 995019 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 1980700 | 2645598 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 198119 | 44249 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 198213 | 46332 | species | RT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 198215 | 42897 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1982319 | 503183 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1982325 | 320756 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1982367 | 3424297 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1982368 | 1982367 | species | PP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 198251 | 1655514 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 1982764 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1983103 | 1890424 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1983111 | 1117 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1985169 | 2610897 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1985254 | 338 | species | XP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1985742 | 2648142 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1985927 | 2761142 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1986179 | 221670 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 198618 | 286 | species | PU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 198620 | 136843 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1986223 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 198625 | 127916 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1986594 | 2626047 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986615 | 105426 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986643 | 41296 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986644 | 1655516 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986650 | 96574 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986659 | 49928 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986661 | 49928 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986672 | 1853230 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986696 | 115531 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986805 | 2647897 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986836 | 69476 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986862 | 41296 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1986952 | 84568 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1987165 | 2611147 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 198719 | 32320 | species | DI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1987580 | 583 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 1987723 | 2624793 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 1988 | 2012 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 1988031 | 3085097 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 198806 | 8918 | species | CP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 199 | 194 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 199306 | 5500 | species | CP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 199592 | 33882 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2 | 131567 | domain | | 0 | 0 | 11 | 0 | 0 | 0 | 0 | 0 | | | | 0 | 0 | 1 | 20 | 76892 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2000 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2002831 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 200324 | 860303 | forma specialis | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2003363 | 2635563 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2003540 | 3268 | suborder | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2003543 | 13819 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 200361 | 37682 | subspecies | AT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2004 | 85012 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 200407 | 7460 | subspecies | AM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2004513 | 2639413 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2004951 | 2602519 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2005359 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2005360 | 2635385 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005473 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2005520 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2005523 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2005525 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2005711 | 49928 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005715 | 49928 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005722 | 49928 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005724 | 49928 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005725 | 49928 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2005728 | 49928 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2006 | 147067 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2006115 | 469 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2006184 | 2642280 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 200643 | 976 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 200644 | 117743 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 200666 | 117747 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 200667 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2006847 | 2005473 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2006848 | 278955 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2006849 | 451320 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2007296 | 2599254 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 200783 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 200795 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2008785 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2008790 | 32003 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2008793 | 32003 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2008794 | 206389 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2008795 | 206389 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2009042 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 200916 | 256835 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 200917 | 200916 | species | AO | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2009179 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 200918 | 3384194 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 200930 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 200940 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 201 | 194 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 201096 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2011014 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2011095 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 201174 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2012 | 85012 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 201217 | 34431 | species | LL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 201230 | 34435 | species | MF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2012485 | 1104688 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2012489 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2012522 | 1919231 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013 | 83676 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2013066 | 33807 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 201329 | 98130 | species | IC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2013666 | 33807 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013705 | 33809 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013723 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013785 | 84086 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013798 | 33811 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013803 | 33811 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013805 | 33811 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013829 | 2760814 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013830 | 2760814 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2013832 | 1130380 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2014310 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2014367 | 2638619 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2014804 | 2036868 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2014805 | 68287 | species | MW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2014872 | 2024965 | species | DK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2014887 | 963 | species | HR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2015172 | 213859 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2015173 | 2015172 | species | OB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2015350 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015515 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015556 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015577 | 41292 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015582 | 37452 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015799 | 196771 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015800 | 85009 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015801 | 2015800 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2015814 | 2788787 | species | SP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2017172 | 1794840 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2017440 | 2632165 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2017482 | 2633072 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2017595 | 2611147 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2017685 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2017694 | 3275 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 201800 | 169863 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2018067 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2018083 | 2633002 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2018661 | 55799 | species | DP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2018689 | 1184720 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2019903 | 2997407 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 2019999 | 1936988 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2020000 | 1921783 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2020325 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2020335 | 34019 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2020716 | 44249 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2020856 | 2647561 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2020875 | 2618669 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021360 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021361 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021368 | 83496 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021371 | 190021 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021378 | 174575 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021379 | 363886 | species | XB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2021391 | 403978 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 202202 | 34643 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2022527 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2022549 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2022552 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 202256 | 9373 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 202257 | 202256 | species | GP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2022749 | 2623549 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2023182 | 171 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2023184 | 171 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2023265 | 237 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2023338 | 261933 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2023354 | 7008 | species | SS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2023355 | 2023354 | subspecies | SS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2023717 | 657 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2024004 | 2982316 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2024223 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024268 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024405 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024747 | 8511 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2024826 | 2647022 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024830 | 2621467 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024834 | 2618068 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024839 | 2647166 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024840 | 2629249 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024843 | 2619919 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024844 | 2638683 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024846 | 2636776 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024849 | 2647897 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024851 | 2641864 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024856 | 2625383 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024860 | 2631504 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024889 | 131190 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024890 | 2638824 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024892 | 1692041 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024893 | 2024892 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024894 | 667305 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024895 | 3106242 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024896 | 1324991 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2024965 | 2571193 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2024979 | 3031419 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2024981 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2024982 | 2024981 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2024983 | 2647355 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2025307 | 2637784 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2025310 | 332157 | species | LK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 202533 | 175340 | species | SD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2025608 | 2632390 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 202584 | 8247 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2026092 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026099 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026186 | 86661 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2026187 | 86661 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2026188 | 86661 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2026190 | 86661 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2026349 | 119045 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2026714 | 1700837 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026715 | 1961502 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026719 | 2621393 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026720 | 1895827 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026724 | 189774 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026725 | 2576752 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026728 | 1986672 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026730 | 1313767 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026734 | 1318598 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026735 | 3106814 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026738 | 517744 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026739 | 115531 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026741 | 1387399 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026742 | 234665 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026743 | 1706379 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026744 | 1652132 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026745 | 2026744 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026747 | 3053648 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026748 | 69658 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026750 | 1920240 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026751 | 2026750 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026752 | 2020000 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026757 | 1151670 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026758 | 1191478 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026759 | 2026758 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026760 | 3106486 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026761 | 1660158 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026762 | 99482 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026763 | 213495 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026764 | 2303497 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026765 | 1775403 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026766 | 2026765 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026769 | 1449243 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026770 | 688163 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026771 | 503183 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026772 | 1951176 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026773 | 3108012 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026776 | 1778488 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026777 | 1385974 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026778 | 1546154 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026779 | 69476 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026780 | 473814 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026781 | 2894089 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026782 | 1706432 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026785 | 1712260 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026786 | 941843 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026787 | 1196022 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026788 | 1699067 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026789 | 742032 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026790 | 2019999 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026791 | 1470392 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026792 | 233070 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026795 | 1104572 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026799 | 417295 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026800 | 490346 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026801 | 388747 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026803 | 3106621 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026805 | 1738654 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026806 | 2026805 | species | WB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026807 | 1131280 | species | ZB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026809 | 122728 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 202687 | 67960 | species | TH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2026885 | 2250122 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2026887 | 1298915 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2026888 | 1948762 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 202696 | 721929 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 202697 | 202696 | species | JA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 202698 | 133746 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2027290 | 586 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2027319 | 291601 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 202746 | 2771471 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 202750 | 1649 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 202771 | 2898533 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 202772 | 202771 | species | ZG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 202808 | 7443 | species | VV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2028282 | 2608895 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2028339 | 2623417 | species | SS | 4 | 1 | 12 | 0 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2029 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 202907 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2029104 | 1679449 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2029117 | 2919468 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2029574 | 2302851 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2029855 | 2640945 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030 | 2029 | species | KA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2030800 | 1797919 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030806 | 132490 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030808 | 1047068 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030809 | 1046981 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030810 | 3106459 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030811 | 1801912 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030813 | 2640636 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030816 | 119067 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030823 | 2643953 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030824 | 2646486 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030827 | 1104668 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030829 | 3143221 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030882 | 269023 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2030927 | 185291 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2031119 | 3141702 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2032565 | 57609 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 203263 | 1716 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2033 | 33882 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2033014 | 1042316 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033035 | 37989 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2033133 | 2625955 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033488 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033493 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033502 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033507 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033515 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033588 | 2968748 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033661 | 2626525 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2033725 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2034 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2034146 | 3052 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 203473 | 200666 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2034765 | 171551 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 2034769 | 122277 | species | PZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 203490 | 32066 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203491 | 203490 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203492 | 203491 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203494 | 74201 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2035 | 2034 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2035198 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035406 | 49928 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035407 | 49928 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035423 | 49928 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035533 | 43676 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 203557 | 48461 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2035771 | 3106467 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035772 | 1047005 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035811 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2035813 | 180495 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2035835 | 1860 | species | GC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2036010 | 2637691 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 203682 | 1783257 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 203683 | 203682 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2036868 | 1937960 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 203691 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 203692 | 203691 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203693 | 40117 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203697 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2037 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2037900 | 68287 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2037913 | 1906945 | species | PY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2038154 | 1985927 | species | IL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2038280 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203830 | 100495 | species | RF | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2038343 | 1434010 | species | JT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2038740 | 40424 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 203908 | 5260 | species | ML | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2039164 | 1654741 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2039236 | 1644061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2039240 | 3118652 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2039638 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2039639 | 2162846 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2039723 | 135616 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2039724 | 2636650 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2039811 | 2652172 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2040 | 85015 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2040332 | 2627917 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204037 | 1903410 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204042 | 204037 | species | DZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2041042 | 2629321 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2041141 | 1492669 | varietas | PB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2041757 | 2983338 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2041902 | 3149309 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2042035 | 2620435 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2042036 | 2620435 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2042057 | 122277 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2042821 | 2606572 | species | RS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204286 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2043420 | 71195 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2043424 | 71195 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2043654 | 6479 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204428 | 1783257 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 204429 | 204428 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204430 | 65842 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204431 | 218872 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204432 | 57723 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204433 | 204432 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204434 | 204433 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204441 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204446 | 2844877 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2044508 | 2593671 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204454 | 44746 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204455 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204456 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204457 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204458 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2044590 | 1729712 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2044591 | 2044590 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2044595 | 1046947 | species | CA | 0 | 1 | 25 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204475 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 204476 | 335928 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2044855 | 28453 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2044880 | 44249 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2044936 | 1151610 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2044939 | 348841 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2044940 | 1403365 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2044941 | 117744 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2044944 | 203473 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2045014 | 2636472 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2045016 | 2649013 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2045214 | 40323 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2045217 | 3106501 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2045258 | 2806 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2045261 | 2806 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2045451 | 40323 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2047426 | 2688919 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204754 | 159639 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2047720 | 182269 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2047757 | 434307 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2047966 | 2802288 | species | DM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 204799 | 245876 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2048137 | 3085642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2048245 | 2647733 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2048253 | 2647733 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2048769 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2048906 | 1748771 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2048971 | 1191937 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049 | 2037 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2049031 | 2619274 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049035 | 2637482 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049036 | 2619893 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049039 | 2639160 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049043 | 231685 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049044 | 544447 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049046 | 361210 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049048 | 433337 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049052 | 1951303 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 204919 | 84524 | species | GP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2049295 | 1839 | species | NI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2049356 | 302781 | species | ME | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2049428 | 1951140 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049431 | 1737408 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049432 | 82569 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049433 | 231684 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049434 | 2637890 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2049589 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 205 | 2593542 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 205120 | 1489909 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 205130 | 94234 | species | MA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2052139 | 1948766 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052142 | 112074 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052143 | 1081798 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052145 | 1562566 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052146 | 2052145 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052148 | 1703755 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052149 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052151 | 3106472 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052152 | 3106526 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052155 | 204429 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052156 | 2052155 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052158 | 84998 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052159 | 2052158 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052161 | 2628203 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052163 | 1914233 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052164 | 2052163 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052166 | 1897007 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052168 | 1712382 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052170 | 2649730 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052174 | 40087 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052179 | 208050 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052180 | 1500946 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052182 | 1850978 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052185 | 869804 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052186 | 1952929 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052312 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2052315 | 2939593 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2052660 | 182709 | species | OZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2052684 | 2642690 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053 | 85026 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 205328 | 1485 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2053302 | 1970189 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053303 | 2053302 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053306 | 1798416 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053307 | 231686 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053489 | 3106477 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053491 | 3106597 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053492 | 2619054 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053493 | 1046990 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053509 | 3106259 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053516 | 1951481 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053517 | 404130 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053527 | 2751484 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053538 | 1951614 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053541 | 1751870 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053554 | 3106388 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053562 | 3106453 | species | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053567 | 1951966 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053569 | 1368584 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053570 | 910046 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053589 | 3106533 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053593 | 3106545 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053594 | 1952944 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053607 | 2760815 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053608 | 2627732 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053611 | 2637378 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053615 | 1948754 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053618 | 2685293 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053622 | 2618290 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053624 | 1005739 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053634 | 3106607 | species | CU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2053728 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2054177 | 1917874 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2054182 | 1219 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2054903 | 1298 | species | DK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2054919 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055135 | 3113901 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2055364 | 2647165 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055654 | 2055804 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2055655 | 2617938 | species | OS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055759 | 2648599 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055761 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055790 | 1983111 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055804 | 166894 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2055893 | 2678343 | species | HD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2055894 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055940 | 2642459 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2055955 | 2800686 | species | TF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2056292 | 40445 | species | ML | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2056687 | 72273 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2056696 | 2056687 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2056842 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2056867 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2057793 | 2609248 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2057910 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2058085 | 490567 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2058097 | 498374 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2058152 | 570 | species | KG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2058169 | 2772534 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2058174 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2058175 | 2058174 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2058180 | 105426 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2058291 | 53457 | species | JM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2058293 | 970 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2058300 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2058390 | 2627422 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2058474 | 225464 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2058624 | 2630295 | species | US | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 205889 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2059268 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2059724 | 129577 | species | OM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 205975 | 2576752 | species | EO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2059875 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2060 | 85028 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 206008 | 2100772 | species | PH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2060323 | 2632320 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2060878 | 2685059 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2061 | 2060 | species | TP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2062 | 85011 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2063 | 2062 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 206351 | 28216 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 206379 | 32003 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 206389 | 28216 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 206393 | 191373 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2065382 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2065818 | 196197 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2065820 | 2633699 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 206594 | 103702 | species | HM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2066053 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2066434 | 3108222 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2066474 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2066479 | 122277 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2066484 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2066485 | 2066484 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2066486 | 2066485 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2066523 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 206669 | 7684 | species | HL | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2066992 | 1769247 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2067430 | 562 | serogroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2067450 | 2683265 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2067553 | 2639665 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2067991 | 197491 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2068623 | 2644764 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2068716 | 8830 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2070 | 85010 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2070348 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2070414 | 2684950 | species | RS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2070510 | 2679998 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2070669 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2070673 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2070675 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2071 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2072018 | 2917831 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2072025 | 2636778 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2072096 | 119210 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2072408 | 2961925 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2072417 | 1207073 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 207244 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2072716 | 6274 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2073117 | 1674871 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2075069 | 223899 | species | TV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 207598 | 9604 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 207599 | 320599 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2077 | 186821 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 207710 | 3082578 | species | NA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2077100 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2077140 | 1915987 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2077276 | 4783 | species | PL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 207745 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2078013 | 186650 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2078569 | 2634373 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2078785 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2078952 | 1055323 | species | AK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2079155 | 562 | serogroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2079531 | 838 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2080302 | 121036 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2080303 | 3096663 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2080468 | 2008794 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 208050 | 186807 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2080521 | 2609250 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2080570 | 2609250 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2080742 | 33877 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2080744 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2081523 | 2169411 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2081524 | 1704234 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2081706 | 1961474 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 208215 | 255474 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 208224 | 354276 | species | EK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2082293 | 186449 | species | HH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2082722 | 28453 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2083206 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 208332 | 28758 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 208333 | 208332 | species | GM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 208348 | 5296 | species | PT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 208479 | 2719313 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2085 | 31969 | order | | 0 | 1 | 4 | 0 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2086 | 186333 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2086405 | 2593313 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 208717 | 1130107 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2088599 | 1252372 | species | PS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 208893 | 11250 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 208962 | 561 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 209 | 72293 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2092 | 2085 | family | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 209246 | 1817 | species | NI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 209247 | 1817 | species | NY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 209281 | 208717 | species | TL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2093 | 2092 | genus | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2093373 | 1046980 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2093742 | 186928 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2093807 | 596498 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2093808 | 2093807 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2093811 | 241558 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2094023 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2094029 | 1769011 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 209559 | 2720871 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 209769 | 48736 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2098 | 2895509 | species | MH | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2099583 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2099584 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2099671 | 3106426 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2099675 | 579921 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2099677 | 1801894 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2099678 | 213431 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 210 | 209 | species | HP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2100168 | 2620880 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2100421 | 2956182 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 2100760 | 118883 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2100764 | 1903409 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2100771 | 4539 | section | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2100772 | 4539 | section | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2100816 | 9859 | species | CH | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 210143 | 93758 | species | CC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 210225 | 4418 | species | NC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2104 | 2995234 | species | MP | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 210409 | 80835 | species | PT | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 210448 | 33644 | species | FC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 210567 | 2316155 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 210581 | 557415 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 210631 | 205120 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 210632 | 210631 | species | PR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2107689 | 171392 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2107699 | 1983111 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2107702 | 1983111 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2107706 | 1983111 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2108399 | 122277 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2109333 | 2838335 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2109596 | 5506 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2115957 | 163092 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2115968 | 400634 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2116518 | 1873 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2116661 | 9126 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 212210 | 189778 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 212360 | 92939 | species | GE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2126066 | 1988 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2126319 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2126436 | 2747 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 212663 | 662 | species | VT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2126983 | 469 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2126991 | 2634549 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2127048 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 212767 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 212791 | 119042 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213006 | 1334272 | section | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2131 | 186328 | family | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213113 | 3031853 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213115 | 3031449 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213116 | 213115 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213117 | 213115 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213118 | 3024418 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213119 | 213118 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213121 | 3024411 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2132 | 2131 | genus | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213421 | 69541 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213422 | 3031668 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213431 | 69541 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 213462 | 3024408 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213465 | 213462 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213481 | 3031418 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213483 | 213481 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213495 | 29 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2135438 | 2558949 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213545 | 523712 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213546 | 213545 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2135644 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2135648 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2135649 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2135652 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2135723 | 2647929 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2135754 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2137278 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2137760 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2137880 | 3022867 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2137881 | 2626703 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2138309 | 2647000 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2138324 | 2637819 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 213849 | 3031852 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213859 | 36668 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213865 | 213859 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 213866 | 213865 | species | EB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2141 | 2132 | species | SI | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 214437 | 8955 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214503 | 2212732 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214504 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214505 | 1133283 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214506 | 3705879 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214508 | 214506 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214509 | 214506 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214514 | 38669 | subspecies | PL | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 214597 | 26122 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2146 | 186329 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 214607 | 214597 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 214687 | 4641 | subspecies | MA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 214688 | 114 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2147 | 2146 | genus | | 0 | 1 | 11 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2148 | 2147 | species | AL | 0 | 1 | 11 | 0 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 214853 | 264995 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 214907 | 3629 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 214908 | 3629 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 214909 | 3629 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 214915 | 3629 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 214966 | 46746 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215200 | 1257 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 215221 | 1434011 | species | KR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 215243 | 5583 | species | EO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2152925 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2153354 | 570 | species | KH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2153479 | 7434 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215350 | 1489894 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215357 | 30870 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215358 | 215357 | species | LC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 215402 | 33789 | species | CA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 215451 | 6606 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215465 | 39702 | species | SL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2157 | 131567 | domain | | 0 | 0 | 11 | 0 | 0 | 0 | 0 | 0 | | | | 0 | 0 | 1 | 2158 | 183925 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215802 | 224463 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 215803 | 215802 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2159 | 2158 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2160 | 2159 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2161663 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2161748 | 286 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2161866 | 320756 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 216274 | 3120499 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 216275 | 6448 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 216276 | 2315723 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2162846 | 2039638 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2163009 | 2599254 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 216305 | 6448 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 216307 | 216305 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 216318 | 6497 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2163413 | 27320 | species | MA | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2163959 | 2170555 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2164068 | 2676252 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 216572 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 216592 | 861906 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 216595 | 294 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 216597 | 90371 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 216691 | 4185 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 216695 | 216691 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 216706 | 4136 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 216718 | 216706 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 216769 | 91896 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 216806 | 4149 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 216816 | 1678 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 216851 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2169411 | 204432 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 216945 | 2132 | species | SS | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2169561 | 2732514 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2169577 | 2732553 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2169582 | 2642459 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2169593 | 1915612 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 217035 | 4345 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 217037 | 4345 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2170427 | 1890426 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2170428 | 2170427 | species | VL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 217046 | 217035 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2170555 | 539002 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 217062 | 217037 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2171494 | 2648686 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 217158 | 1485 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2172 | 2159 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2172021 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 217203 | 222 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 217204 | 222 | species | AI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2172549 | 2685353 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2172550 | 1046950 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2172819 | 197562 | superclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2173169 | 2615033 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2174975 | 6994 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2175648 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2175878 | 2684962 | species | AS | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2175907 | 2707337 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 217634 | 157304 | species | AG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 218 | 2593540 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 218102 | 5114 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 218105 | 399129 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 218112 | 40424 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2182797 | 1883 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 218284 | 2837508 | species | RV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2183744 | 2615047 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2183747 | 2631190 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2183906 | 2632876 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2183911 | 2649847 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2183912 | 2649073 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2184072 | 562 | serogroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2184569 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 218467 | 6875 | species | CS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2184738 | 132567 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 218490 | 52959 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 218538 | 39948 | species | DI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 21880 | 2836339 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 218822 | 1813 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 218843 | 45183 | species | TS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 218872 | 204430 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2191 | 224756 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219120 | 4210 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 219121 | 219120 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 219171 | 5957 | family | | 1 | 1 | 10 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 219181 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219182 | 219181 | species | OT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2192 | 88404 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2193 | 2192 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 219335 | 185809 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219336 | 219335 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219377 | 1162 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2194 | 2191 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219443 | 71527 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219574 | 136843 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 219685 | 142182 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219686 | 219685 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219687 | 219686 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 219809 | 56621 | species | PG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 22 | 267890 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2200760 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2201154 | 1918599 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2201156 | 1042324 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 220126 | 53300 | species | MP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2201895 | 444459 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2201898 | 2742 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2202144 | 1130380 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202152 | 200940 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202153 | 2202152 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202177 | 1920887 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2202197 | 2202177 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2202200 | 2593542 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202732 | 886737 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202734 | 234684 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202823 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2202825 | 407 | species | MD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2202844 | 1859128 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2203198 | 2618356 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2203201 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2203203 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2203204 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2203209 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2203210 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2204 | 2194 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2204096 | 5204 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2206 | 94695 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 220664 | 380021 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 220687 | 2675232 | species | NN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 220697 | 168934 | species | TX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2207 | 2206 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 220714 | 559173 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2209 | 2207 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 221102 | 654128 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 221103 | 221102 | species | MR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2211117 | 1679449 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2211146 | 89966 | species | HE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2211225 | 1798711 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2211376 | 1170227 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2211638 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2211641 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2211642 | 2618023 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2211645 | 2618023 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2211651 | 2709238 | species | ZP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2211665 | 2626459 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 221167 | 171627 | species | FX | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 22118 | 3646 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 221216 | 1794811 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2212439 | 72273 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2212440 | 72273 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2212464 | 1962910 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212465 | 1921781 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212467 | 45253 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212468 | 2212464 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212469 | 1960893 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212470 | 1817801 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2212473 | 2212465 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212475 | 1674876 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212480 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2212651 | 237 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2212691 | 2212439 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2212703 | 451507 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2212731 | 2212440 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2212732 | 1137986 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2212966 | 6209 | species group | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2213021 | 2635730 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 221496 | 114380 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2216012 | 2841540 | species | HL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 221669 | 92860 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 221670 | 715340 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 221678 | 1255046 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2217820 | 2750818 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 221817 | 135620 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 221822 | 302485 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2218628 | 29487 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 221903 | 147548 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2219058 | 2820788 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2219059 | 2056696 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2219224 | 83681 | species | NP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2219225 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2219556 | 6448 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2219690 | 451828 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2219692 | 451828 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2219693 | 451828 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 221976 | 667179 | species | PR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 222 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2220 | 2206 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2221 | 2220 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2222 | 143067 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2223 | 2222 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 222438 | 66288 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 222439 | 222438 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 222440 | 222439 | species | SS | 1 | 1 | 6 | 0 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 222543 | 147550 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 222544 | 147550 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 222545 | 147550 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2231183 | 2649451 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2231382 | 2231393 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2231384 | 2231393 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2231385 | 2231384 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2231387 | 2231393 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2231390 | 163725 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2231393 | 3814 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2231603 | 150366 | species | AM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 223184 | 57493 | species | KM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 223347 | 3426993 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 2233521 | 451827 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2233838 | 2231382 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2233839 | 2233838 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2233855 | 2231382 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2233857 | 2233838 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 223390 | 99 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2234087 | 2638574 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2234099 | 562 | serogroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2234120 | 54204 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 223428 | 3383949 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 223429 | 223428 | species | XV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2235 | 183963 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2236 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2237 | 1963268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 223781 | 8962 | subspecies | AC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 223785 | 292630 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 223899 | 2907192 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2239 | 2236 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 223967 | 2282523 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2242446 | 676495 | species | HS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 224308 | 135461 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 224313 | 8976 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 224314 | 224313 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 224372 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 224379 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 224458 | 31 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 224463 | 3031713 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 224471 | 80840 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 224727 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 224729 | 57045 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 224756 | 2290931 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2249 | 1963270 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2249222 | 2637969 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2249310 | 1763 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2249420 | 316340 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2249475 | 5658 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2249476 | 2249475 | species | LO | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2250122 | 3121609 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2250253 | 183968 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2250254 | 2250253 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2250255 | 588815 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2250256 | 1849260 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2250272 | 3106351 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2250274 | 1801634 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2250277 | 490896 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 225051 | 1817 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 225057 | 1807140 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 225058 | 225057 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2250708 | 2663134 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 225143 | 84642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 225324 | 212791 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 225359 | 5121 | species | EP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 225464 | 2192 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2256 | 1644061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2258 | 183968 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 225842 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 225849 | 404011 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2259 | 2258 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 225915 | 44249 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2259170 | 84567 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2259171 | 2675232 | species | NP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2259638 | 204037 | species | DL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2259644 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2259645 | 2631432 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2259865 | 2649073 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 225991 | 283 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 226 | 2903219 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2263 | 2259 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2266 | 183924 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2267 | 2266 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2267227 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2267253 | 2039723 | species | TI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 226742 | 63711 | subtribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 226749 | 226742 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2267618 | 2608929 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2267691 | 1813 | species | AE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2268 | 114378 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2268147 | 1962850 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268178 | 2268147 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268179 | 94133 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268180 | 1227571 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268183 | 1104692 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268189 | 2641974 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268192 | 44765 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268195 | 459247 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268199 | 80814 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268202 | 508677 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268204 | 1919231 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2268206 | 688328 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2269368 | 2638247 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 227190 | 8906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227191 | 227190 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227192 | 227191 | species | PT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2272 | 114380 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227290 | 82115 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 227292 | 82115 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 227318 | 390988 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 227327 | 68889 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227329 | 227327 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227330 | 68889 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227331 | 68889 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227332 | 68889 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227334 | 68889 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227336 | 227332 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227508 | 948953 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 227715 | 129921 | subspecies | AK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 227866 | 653685 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 228006 | 1817 | species | NT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2281 | 183924 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2282135 | 2624677 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282141 | 1077257 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282142 | 1803467 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282150 | 451208 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282152 | 2282141 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282155 | 1674873 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282449 | 2644629 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2282523 | 119045 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2282740 | 2867375 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2282741 | 186807 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2283091 | 2048906 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2283092 | 2283091 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2283196 | 1775292 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2283317 | 13687 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2283794 | 28890 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2283796 | 3366610 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2283840 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 228398 | 2062 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 228582 | 3431745 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 228599 | 1817 | species | NH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2289 | 213119 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 228956 | 252356 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2290919 | 2498709 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2290931 | 28890 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2291 | 2289 | species | DH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2291027 | 21880 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2291674 | 2800373 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2291710 | 2627418 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2291815 | 2680022 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2291990 | 189971 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292003 | 2633649 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 229202 | 13749 | species | VD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2292027 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292077 | 2648499 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292195 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292197 | 2633649 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292199 | 2633649 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292203 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292207 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292219 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292220 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292270 | 473772 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292286 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292301 | 2633649 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292313 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292325 | 2637548 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292348 | 2652273 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292367 | 2637578 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292771 | 208215 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 229289 | 30988 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 229290 | 229289 | species | AF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2292939 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2292944 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293008 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293056 | 2626703 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293067 | 2626703 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293068 | 2626703 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293081 | 2626703 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293162 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293173 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293222 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293223 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293227 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293239 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293240 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293247 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2293569 | 281472 | species | JR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2293571 | 1883 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2293832 | 286 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2293833 | 286 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2293856 | 2627572 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2294119 | 237 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 229535 | 5073 | species | PN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 229563 | 74712 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2299 | 3031624 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2301 | 183967 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2301116 | 6236 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2301119 | 2301116 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 230148 | 183716 | species | LT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 230172 | 30527 | subspecies | OA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2302851 | 716546 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2302959 | 2685293 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2303331 | 2637139 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2303332 | 2624793 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2303497 | 192989 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2303507 | 3079748 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2303513 | 2303507 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2303515 | 2303513 | species | DH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2303519 | 2303507 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2303520 | 2303519 | species | TT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2303527 | 3079749 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 230361 | 2172 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2304100 | 3602 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2305440 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2305446 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2305467 | 453849 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2306012 | 1046990 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 230686 | 64782 | species | AI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2306995 | 2800685 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2307285 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2307286 | 2635326 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 230759 | 5338 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 230760 | 2024004 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 230806 | 41247 | species | ME | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 230808 | 41247 | species | ML | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 230810 | 41247 | species | MO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 230838 | 4777 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 230839 | 230838 | species | PS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 231212 | 162481 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 231213 | 162481 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 231454 | 1775411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2315236 | 3389915 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2315253 | 717610 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2315449 | 766765 | species | YT | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2315723 | 216275 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2316020 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2316155 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 231623 | 44580 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2316362 | 2791032 | species | CA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2316715 | 2685029 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2316717 | 2685029 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2316727 | 2685029 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2316735 | 2685029 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 231684 | 213119 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 231685 | 194924 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 231686 | 213121 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 231916 | 86085 | species | GD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 232 | 2614992 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 232080 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2320850 | 2636767 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2320852 | 2620728 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2320863 | 1344552 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 232088 | 2499258 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2321111 | 2808963 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2321114 | 2808963 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 232115 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 23212 | 171004 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 232244 | 563798 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 232259 | 232244 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2323 | 2 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 232347 | 1437183 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 232378 | 1437183 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 232846 | 507 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2330 | 972 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 233070 | 136 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 233189 | 292628 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2335 | 188709 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2337 | 2335 | species | TN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2339232 | 2793122 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 234 | 2826938 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2340 | 32036 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2341086 | 1763 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2341115 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 234292 | 2062 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 23461 | 4011 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 234661 | 85030 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 234665 | 142182 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 234684 | 89374 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2349 | 1937961 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2350 | 2349 | species | HH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 23513 | 41937 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 235627 | 1663 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 235629 | 3977 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 235631 | 3977 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 235633 | 3977 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2357 | 3031658 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2358 | 2357 | species | DT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2358454 | 1906152 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2358456 | 1953041 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2358460 | 212210 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 235880 | 235629 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 235882 | 235631 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 235887 | 235631 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 235895 | 235633 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2360 | 32036 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 236068 | 182639 | species | KJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2364082 | 2358454 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2364196 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2364209 | 2364196 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2364647 | 53335 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 236511 | 1817 | species | NN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 23672 | 41937 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 236756 | 2897346 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2368 | 72276 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2369 | 2368 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 237 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 237306 | 251701 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 237436 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 237437 | 237436 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 237438 | 237437 | species | RI | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 237609 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 237611 | 13687 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 238 | 308865 | species | EM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 238069 | 3688 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 238742 | 461499 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 238743 | 238742 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 238744 | 238743 | species | MM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 238749 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 238884 | 33651 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 239 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 239106 | 528 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 239759 | 171550 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 239934 | 1647988 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 239935 | 239934 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 240169 | 64159 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 240176 | 5346 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 240405 | 8397 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 240726 | 91768 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 240729 | 240726 | species | TL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 241145 | 143222 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 241271 | 202584 | species | CU | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 241368 | 872 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 241421 | 1892255 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 241425 | 241421 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 241558 | 68298 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 241722 | 2714147 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 241778 | 4037 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 241780 | 241778 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 241792 | 241780 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 241806 | 78536 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2419 | 188708 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2419778 | 329857 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2419830 | 1783234 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2419831 | 2419830 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2419832 | 2419831 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2419843 | 2282741 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2420300 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2420332 | 1204383 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2420337 | 1983111 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 242060 | 5809 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 242605 | 1775411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 242820 | 933952 | species | AR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2433 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2434 | 2433 | species | RD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 243963 | 424566 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 244127 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 244292 | 1763 | species | MN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 244366 | 3390273 | species | KV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 244447 | 106173 | species | CS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 244562 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 244566 | 286 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 244735 | 580374 | species | KX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2447890 | 2647522 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2447898 | 3053821 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448023 | 84993 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2448047 | 1723665 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2448051 | 2066434 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448052 | 2448051 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448054 | 1951096 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448161 | 245876 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2448454 | 3766 | species | PU | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2448455 | 528 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2448480 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448777 | 1853228 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448778 | 2448777 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448779 | 1962171 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448780 | 85024 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448781 | 32061 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2448782 | 2448781 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 245059 | 36291 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 245186 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 245187 | 245186 | species | LF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 245188 | 2211641 | species | YV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 245876 | 69277 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 246167 | 662 | species | VC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 246196 | 1772 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 246404 | 109882 | species | CC | 4 | 1 | 1 | 1 | 16 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 246432 | 1279 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 246437 | 9394 | species | TC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 246490 | 37990 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 246795 | 1177 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 246861 | 641 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 246874 | 200644 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 246875 | 563798 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 247143 | 88746 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 247480 | 3390020 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 247617 | 81835 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2478483 | 713467 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2478916 | 2648467 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2478956 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2478959 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2478969 | 2608889 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2478976 | 2608889 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2480211 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2480213 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2480587 | 71950 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2480627 | 1350 | species | EF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2480800 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2480805 | 2614992 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2480810 | 83618 | species | PW | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2480821 | 221496 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 248111 | 1130097 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2483033 | 2738399 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2483199 | 3235057 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2483200 | 2483199 | species | CT | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2483363 | 2618417 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2483366 | 666505 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2483404 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2483800 | 2823237 | species | AK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2484252 | 436400 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2484911 | 171 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2484912 | 171 | species | LM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2484982 | 171 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2485102 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485104 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485112 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485123 | 657 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2485124 | 122277 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2485151 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485153 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485178 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485181 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485192 | 2627005 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485498 | 1811719 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2485925 | 473772 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 2485926 | 1951448 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2486023 | 2767886 | species | LT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2486216 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2486291 | 40163 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2486292 | 40163 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2486853 | 1865 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2487125 | 2632780 | species | SS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2487274 | 41275 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2487352 | 1827 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2487417 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 248746 | 173647 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2487580 | 83780 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2487765 | 2788772 | species | ES | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2487907 | 174575 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2487934 | 2709266 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2487988 | 3782 | species | CG | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2488560 | 2626614 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2488639 | 122277 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2488730 | 2780027 | species | FF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2488749 | 3382697 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 248903 | 44249 | species | PX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2490493 | 2636825 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2490848 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2490854 | 838 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 249248 | 104781 | species | AR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2492662 | 1835 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2493110 | 3043702 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2493676 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2493681 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2494466 | 450425 | species | FI | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2494548 | 2630922 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2494701 | 354276 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2494702 | 547 | species | EH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2494733 | 396811 | species | FM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 249529 | 186814 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2495426 | 2633343 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2495496 | 414371 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2495593 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 249586 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 249589 | 39733 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2496117 | 34072 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 24966 | 4055 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2496658 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496691 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496706 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496713 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496715 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496719 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496721 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496733 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496737 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496747 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496770 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496771 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496787 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2496842 | 419014 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2497436 | 547 | species | EQ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2497438 | 33630 | phylum | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2497569 | 2732396 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2497570 | 2497569 | subphylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2497571 | 2497569 | subphylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2497574 | 2497570 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2497577 | 2497571 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2497618 | 2448023 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2497619 | 2497618 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2497626 | 1798913 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2497627 | 2497626 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2497634 | 708127 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2497638 | 1495647 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2497639 | 2497638 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2497861 | 3137761 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2497879 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2498093 | 2006847 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2498129 | 2593542 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2498705 | 2498710 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2498706 | 2498705 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2498707 | 2498706 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2498708 | 2498707 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2498709 | 2498708 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2498710 | 3379134 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2498850 | 390250 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2499140 | 1948701 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2499141 | 481447 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2499237 | 5598 | section | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499258 | 5598 | section | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499270 | 5598 | section | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499398 | 76804 | suborder | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499399 | 76804 | suborder | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499411 | 2497577 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499604 | 76803 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499610 | 2499604 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2499620 | 2499610 | species | AE | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 250 | 59732 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2500179 | 2605940 | species | HG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2500525 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2500527 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2501515 | 1470577 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2501609 | 2250122 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2501931 | 11118 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2502190 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2502980 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2505979 | 286 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2506144 | 641310 | species | ES | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2507557 | 30302 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2507920 | 26339 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2508073 | 2507920 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2508948 | 990719 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2508983 | 3135529 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2509004 | 1778601 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2509153 | 2629826 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2509193 | 7952 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2509455 | 33877 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2509511 | 694002 | subgenus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2509718 | 1434046 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2510335 | 548904 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2510336 | 1055686 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2510337 | 2510336 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2510645 | 2640160 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2510646 | 290910 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2510794 | 61432 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2510978 | 1813 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2511006 | 40685 | species | SK | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2511166 | 374 | species | BI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2511819 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2511995 | 2709666 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2512112 | 182639 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2512115 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2512133 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2512149 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2512164 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2512169 | 2634876 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2512257 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2512260 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 251229 | 54299 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 251612 | 5267 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2516328 | 3111648 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 251695 | 136849 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 251698 | 136849 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 251701 | 136849 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 1 | 0 | 1 | 251707 | 251701 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2517203 | 1235850 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2517205 | 3106794 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2517206 | 203682 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2517240 | 37085 | subspecies | MA | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2517899 | 196806 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2517927 | 2956032 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2517936 | 2955347 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518115 | 2642239 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518119 | 2642239 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518257 | 388449 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2518610 | 2039638 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2518612 | 2518610 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518620 | 2628896 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518622 | 2648257 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518647 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518648 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518649 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2518650 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 252141 | 89954 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 252356 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 252740 | 117544 | species | CC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2527671 | 2643062 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2527775 | 44013 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2527939 | 1080193 | species | HF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2527971 | 1649453 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2527974 | 2680020 | species | TP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 252798 | 214437 | species | ST | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2527983 | 2795778 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2528032 | 1969793 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2528034 | 1546154 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2528245 | 444599 | species | HQ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2528271 | 2647645 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2528274 | 1802339 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2528436 | 639021 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2528437 | 231684 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2528642 | 2723776 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2528703 | 1104572 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2528831 | 1843185 | species | HL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2529119 | 2622029 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 252970 | 1822464 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2530046 | 2638792 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 253017 | 35939 | species | IG | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2530374 | 281472 | species | JU | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2530378 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 253237 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 253244 | 246874 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 253628 | 1494215 | species | VG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 253822 | 85015 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 253824 | 253822 | species | UN | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 253839 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2541728 | 2699245 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2541729 | 2647535 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2541730 | 2632575 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2542237 | 265459 | species | SS | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 254250 | 85017 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2543737 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 254448 | 108822 | species | CL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2545267 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2545688 | 28890 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2545689 | 2545688 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2545691 | 2545689 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2545693 | 2545691 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2546198 | 2632115 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2546211 | 3166 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2546361 | 263510 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2546446 | 1822464 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2546569 | 2788787 | species | EP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 254717 | 95186 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 254785 | 1301 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 254787 | 1742990 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 254789 | 451435 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2547934 | 42740 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 254878 | 5073 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 255473 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 255474 | 255473 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 255475 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 255526 | 135613 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 255527 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 255528 | 278082 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2558200 | 3073811 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2558360 | 2791118 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2558872 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2558949 | 149990 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2558951 | 149990 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2559225 | 2670774 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2559227 | 2670774 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2559228 | 2670774 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2559230 | 2670774 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2559587 | 10239 | realm | RX | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2559612 | 2619396 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2559916 | 2767842 | species | LD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2560010 | 1654 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2560025 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2560065 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2560069 | 11158 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2560071 | 2560065 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2560074 | 1980413 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2560081 | 2560065 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2560194 | 2560069 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2560319 | 3051375 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 2562117 | 44768 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2562120 | 2609473 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 25623 | 1446379 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2562314 | 2636767 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2562705 | 1951308 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 25628 | 25623 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2563104 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563897 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563900 | 49928 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563905 | 49928 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563908 | 49928 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563914 | 49928 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563929 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563930 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2563960 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564157 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564227 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564271 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564335 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564391 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564436 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564437 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564448 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564479 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564502 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564507 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564592 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564651 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564711 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564788 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564837 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2564887 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2565184 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2565186 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2565191 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2565248 | 92221 | species | MC | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2565365 | 76890 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2565572 | 577310 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2565780 | 1783276 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 256645 | 84616 | species | DN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2567881 | 2632435 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 256818 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 256835 | 64387 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 256845 | 1783257 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 25692 | 41945 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2569512 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2569520 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2569523 | 686665 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2569539 | 44011 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2569850 | 2080468 | species | ZB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2570193 | 2633351 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2570319 | 2593643 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2570351 | 2742 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2570927 | 58113 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2571105 | 286 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2571127 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2571159 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2571193 | 388448 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2571221 | 150830 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2571258 | 589350 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2571259 | 2571258 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2571260 | 2571259 | species | BF | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2571749 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572044 | 1935183 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572705 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572709 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572875 | 2608710 | species | NS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572882 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572883 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572884 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572886 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572890 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572894 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572895 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572916 | 2624150 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572919 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2572920 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 257482 | 583 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 257487 | 2747 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 257493 | 642 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 257496 | 2034 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2575441 | 182639 | species | KJ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2575572 | 1703751 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2575867 | 2675671 | species | IL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2576752 | 135613 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2576834 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2576904 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2577535 | 59205 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 257758 | 1301 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 257877 | 54602 | subspecies | MT | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 257886 | 30860 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 257984 | 1742989 | species | GM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2579970 | 99 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2579971 | 2683599 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2580423 | 1883 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 258075 | 241722 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 258255 | 2821832 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2582653 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2582831 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2582921 | 724 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2582935 | 1783276 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2583211 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2583806 | 2614913 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2583815 | 444459 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2584625 | 2633649 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2584682 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2584823 | 2815311 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2585208 | 450948 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2585209 | 2585208 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2585211 | 1546255 | species | MZ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2585815 | 91776 | species | PH | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2585816 | 56296 | species | PB | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2585821 | 9119 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2585822 | 2585821 | species | ZA | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2586642 | 48001 | species | DM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2586752 | 2645757 | species | GS | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587012 | 2630922 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587021 | 2617802 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587065 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587074 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587092 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587122 | 2626991 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587123 | 2626991 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587124 | 2626991 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587160 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587529 | 570 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2587838 | 3143221 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587853 | 2625375 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2587855 | 196795 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2588691 | 3099418 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589077 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2589895 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589899 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589923 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589930 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589952 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589959 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2589964 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2590012 | 400634 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 259009 | 1182 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2590157 | 244366 | subspecies | KV | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2590547 | 44249 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 259059 | 2767888 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2590777 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2591003 | 2647981 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2591147 | 2745 | species | HH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2591381 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2591633 | 3382698 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2591822 | 1649495 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2592345 | 2632301 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2592639 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2592643 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2593292 | 1152 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593313 | 5073 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593411 | 970 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2593536 | 28222 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593537 | 2593536 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2593540 | 209 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593542 | 194 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 259357 | 507 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593640 | 872 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593641 | 2593640 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2593643 | 83681 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593645 | 59732 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593653 | 2838250 | species | KM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2593658 | 1177 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593659 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2593666 | 5506 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593671 | 28196 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593673 | 2071 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593676 | 1883 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2593994 | 1915412 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2594266 | 2685541 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 259437 | 6855 | parvorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2594432 | 237 | species | FG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2594473 | 13687 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2594474 | 2635733 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2596745 | 2934961 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2597351 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2597353 | 196806 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2597356 | 2640016 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2597357 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2597518 | 2893037 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2597659 | 2053 | species | GZ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2597769 | 2627627 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2598458 | 329857 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2599185 | 2283796 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2599196 | 133814 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2599254 | 133814 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2599294 | 423349 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2599297 | 13687 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2599640 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599846 | 2960508 | species | GP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599860 | 2955539 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599930 | 434124 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599932 | 1783270 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2599933 | 134625 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2599936 | 2565780 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599937 | 2599932 | species | FG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599938 | 2599933 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2599941 | 1915308 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2600065 | 286 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2600200 | 5251 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2600201 | 2600200 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2600208 | 358905 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2600214 | 2600208 | species | SS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2600215 | 2600208 | species | SS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2600219 | 5240 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2601057 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2601176 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2601502 | 2600219 | species | TS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2601529 | 5752 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2601530 | 2601529 | class | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2601638 | 3432284 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2602519 | 45234 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2602736 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2602760 | 2626817 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2603623 | 2642459 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 260364 | 22 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 260367 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2603888 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2603889 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2603892 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2603893 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2603895 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2604144 | 1812916 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2604148 | 1647182 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2604179 | 36922 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2604346 | 5455 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2604348 | 37991 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2604474 | 4855 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2604800 | 165301 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2604845 | 2634418 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2604851 | 2634418 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 260552 | 48073 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2605694 | 2814446 | species | RL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2605696 | 877183 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2605748 | 2814446 | species | RN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2605785 | 2624479 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2605940 | 3466454 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2605988 | 2013 | species | ND | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 260615 | 74925 | species | MR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2606219 | 44249 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2606448 | 89966 | species | HL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2606572 | 204754 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2606610 | 2636767 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2606611 | 2636767 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2606630 | 2815787 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2606636 | 2815776 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2606640 | 172900 | species | VL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 260680 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2607030 | 3078114 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607033 | 8893 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2607479 | 186188 | species | XO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2607763 | 2620434 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607766 | 2620434 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607769 | 2620434 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607780 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607783 | 2620434 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607787 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607788 | 2649277 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607791 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607793 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607794 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607796 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607802 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607804 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607814 | 2646443 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607820 | 2683338 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607821 | 2683338 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607837 | 2683338 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2607910 | 149698 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2608082 | 2642519 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2608109 | 2759 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2608131 | 2830 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2608252 | 57494 | species | NE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2608324 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2608331 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2608346 | 2608935 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2608710 | 1562158 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608715 | 2619007 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2608787 | 2619441 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2608887 | 1301 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608889 | 561 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608891 | 1350 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608895 | 1506553 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608897 | 1678 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608905 | 1743 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608915 | 239934 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608920 | 1263 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608929 | 570 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608932 | 239759 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608935 | 547 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608980 | 416 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2608999 | 106589 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2609248 | 1654 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609250 | 33886 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609265 | 914 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609274 | 33057 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609279 | 149698 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609280 | 149698 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2609281 | 149698 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2609283 | 2609279 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2609290 | 33882 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609414 | 204286 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609468 | 28453 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609473 | 120961 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609562 | 33981 | species | KR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2609666 | 2745 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609805 | 1198 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2609961 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2609962 | 724 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 261007 | 3398 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2610880 | 1678 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2610881 | 29580 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2610897 | 47420 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2611147 | 165695 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2611341 | 2759 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2611352 | 2759 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 26122 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 261299 | 1505657 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2613769 | 379 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2613784 | 32008 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2613841 | 1676142 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 261386 | 179 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2613923 | 1649459 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614124 | 1696 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614128 | 1485 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614226 | 1382930 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614233 | 84404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614243 | 1962854 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614245 | 1334117 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614247 | 2614226 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614250 | 1919254 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614252 | 2614243 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614255 | 2614245 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614257 | 874265 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614538 | 136842 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2614574 | 42360 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614575 | 2614574 | species | DS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614581 | 42308 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614586 | 2614581 | species | HS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614591 | 246490 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614592 | 246490 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614600 | 2604179 | species | DS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614609 | 1798998 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614610 | 246490 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2614637 | 890 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614656 | 590 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614687 | 2005 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614688 | 2005 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 261477 | 1817 | species | NK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2614800 | 119977 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614906 | 191028 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614913 | 74030 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614931 | 274591 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614935 | 510690 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614943 | 165697 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614947 | 1434046 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614957 | 67572 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614977 | 662 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2614992 | 226 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615002 | 475794 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615029 | 283735 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615031 | 153265 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615033 | 326319 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615035 | 363408 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615042 | 252356 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615047 | 178469 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615049 | 111500 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615055 | 68288 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615069 | 1839 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615202 | 89966 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615204 | 1822464 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2615210 | 407 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617492 | 125216 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617493 | 522 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617518 | 1873 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617525 | 1914449 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617605 | 174951 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617802 | 423349 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617938 | 2055654 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617939 | 37914 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2617991 | 13134 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618023 | 155415 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618068 | 1217416 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618194 | 69278 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618254 | 1434702 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618290 | 57665 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618356 | 1813 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618417 | 85076 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618669 | 1565313 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618759 | 670516 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2618968 | 53460 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619007 | 377315 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619054 | 327159 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619116 | 29407 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619133 | 79328 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619274 | 28050 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619320 | 1847 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 261933 | 2843308 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2619396 | 38501 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619441 | 1779141 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619523 | 633413 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619537 | 45989 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619626 | 1186 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619674 | 1163 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619695 | 29404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619774 | 8033 | no rank | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619893 | 577309 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619919 | 338191 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619925 | 81 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2619995 | 579 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 262 | 34064 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2620051 | 2222 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 262014 | 8353 | subgenus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2620175 | 1707 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620434 | 105591 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620435 | 1578 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620628 | 2268 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620728 | 1918385 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620789 | 92793 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620880 | 29487 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2620948 | 1269 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621013 | 106633 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621068 | 1004301 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621151 | 940557 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621393 | 767891 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621467 | 34067 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621553 | 75309 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621639 | 191373 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621730 | 55968 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621847 | 6333 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621892 | 202202 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2621999 | 107 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622029 | 748770 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622126 | 1918540 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622400 | 29330 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622417 | 112902 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622455 | 1759396 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622462 | 44000 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622527 | 28895 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622646 | 2571159 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622653 | 41275 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622719 | 551 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2622732 | 367188 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623030 | 71196 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623417 | 412764 | no rank | | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623499 | 205889 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623546 | 1298 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623549 | 202746 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623618 | 1617805 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2623750 | 482 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624094 | 93217 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624132 | 1471399 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624150 | 963 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624265 | 190323 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624378 | 1716 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624428 | 1232 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624479 | 1730 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624677 | 2237 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624792 | 34093 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624793 | 10 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624803 | 1200657 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624949 | 1378 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2624967 | 187492 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625061 | 120831 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625155 | 2735 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625375 | 97050 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625383 | 518755 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625466 | 32012 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625543 | 45059 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625564 | 151754 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625579 | 47 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625747 | 155149 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625945 | 33973 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2625955 | 1485594 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626047 | 1129 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626134 | 665874 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626209 | 47670 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626254 | 1988 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626258 | 358023 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626459 | 2211638 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626525 | 1643951 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626549 | 1865 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626550 | 150203 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626614 | 152267 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626619 | 979650 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626703 | 100883 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626756 | 1649487 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626817 | 232115 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626850 | 1158 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626865 | 222 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2626991 | 93681 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627005 | 96492 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627012 | 1564515 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627060 | 258255 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627418 | 323413 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627422 | 1955420 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627452 | 28443 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627481 | 1218 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627572 | 69894 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627627 | 28231 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627629 | 193383 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627732 | 1508657 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627739 | 122277 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627917 | 189330 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627922 | 59 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627954 | 28065 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627959 | 195258 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2627988 | 1114981 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628203 | 96 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628295 | 157591 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628446 | 4756 | no rank | | 4 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628533 | 2077 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628565 | 513557 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628570 | 434 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628675 | 84544 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628820 | 1648508 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628896 | 2039639 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628910 | 450526 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628915 | 84567 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2628985 | 1433993 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629105 | 224458 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629175 | 1525371 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 262921 | 4346 | species | RW | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2629249 | 40222 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629258 | 682522 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629304 | 459786 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629321 | 1648505 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629323 | 150830 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629395 | 1434010 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629414 | 620 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629479 | 12960 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629782 | 265975 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2629826 | 295418 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 263 | 262 | species | FT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2630009 | 445219 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630031 | 517 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630086 | 29465 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630115 | 48463 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630143 | 16 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630295 | 401469 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630326 | 53335 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630389 | 156973 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630404 | 56106 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630414 | 296014 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630422 | 898 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630587 | 391952 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630699 | 85 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630922 | 191 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630964 | 1079112 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2630983 | 180162 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631020 | 28263 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631113 | 2335 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631190 | 2058174 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631349 | 1890291 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 263139 | 71814 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 263140 | 263139 | species | SM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2631432 | 34008 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631489 | 651456 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631504 | 630749 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631537 | 117062 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631580 | 374 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2631648 | 231623 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632016 | 1775292 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632023 | 42163 | no rank | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632115 | 1434022 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632123 | 153232 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632165 | 1771356 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632280 | 574891 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632301 | 376469 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632303 | 191769 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632320 | 1495038 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632371 | 74317 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632390 | 286130 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632435 | 169133 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632575 | 1854 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632609 | 1562 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632610 | 234 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632611 | 357 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632715 | 303379 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632780 | 5538 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632833 | 626 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632864 | 132605 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632876 | 1330547 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2632986 | 5309 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633002 | 49279 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633068 | 88741 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633072 | 436357 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633097 | 1041 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633235 | 316612 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633343 | 1915412 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633351 | 73029 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633371 | 106591 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633426 | 1004302 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633436 | 143222 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633465 | 586 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633570 | 2040 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633591 | 2063 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633634 | 2086 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633649 | 580596 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 263369 | 2024979 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2633699 | 28884 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 263377 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2633794 | 79206 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633795 | 958 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633828 | 171 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633855 | 1107 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 26339 | 73496 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2633901 | 1427378 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2633909 | 1573535 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634177 | 832 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634184 | 1851 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634190 | 1742992 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634373 | 644652 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634405 | 104264 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634418 | 1648497 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634549 | 231454 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634635 | 1458928 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634827 | 1501433 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634876 | 432330 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2634919 | 36862 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 263510 | 1890450 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2635139 | 104267 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635230 | 1689250 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635283 | 429 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635326 | 2307285 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635362 | 68 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635385 | 2005359 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635419 | 72763 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635563 | 404235 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635686 | 36739 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635730 | 1197472 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635733 | 56112 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635829 | 1870884 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2635961 | 504481 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636157 | 204456 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636252 | 85043 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636392 | 109262 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636472 | 45667 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636650 | 2039723 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636677 | 1221880 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636738 | 329857 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636767 | 1866885 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636776 | 188907 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636778 | 400634 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636825 | 51366 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2636909 | 75654 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637121 | 78156 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637139 | 413435 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637249 | 340096 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637378 | 970 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637482 | 86331 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637548 | 102106 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637578 | 841 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637632 | 1860 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637652 | 574697 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637685 | 61170 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637691 | 42255 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637784 | 1778653 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 26378 | 2508073 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2637819 | 210567 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637820 | 59739 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637890 | 115780 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637901 | 2132 | no rank | | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637969 | 1859128 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637987 | 58050 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2637993 | 1649476 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638081 | 580024 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638182 | 33951 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638247 | 1073 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638319 | 52972 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638335 | 838 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638338 | 2753 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638500 | 283 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638574 | 1740 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638619 | 46205 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638681 | 2172 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638683 | 35800 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638727 | 157 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638792 | 133925 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638824 | 1032526 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2638842 | 59753 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639107 | 1915401 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639137 | 1205 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639160 | 33024 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639179 | 1649279 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639280 | 447467 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639385 | 936 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639413 | 184923 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639466 | 830 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639665 | 1652133 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639704 | 150247 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639862 | 497726 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2639971 | 378210 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640016 | 305976 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640096 | 285810 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640160 | 599652 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640612 | 1156568 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640636 | 109168 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640670 | 20 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640676 | 953 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640874 | 106589 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2640945 | 44013 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641067 | 4863 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641084 | 245876 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641148 | 110934 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641197 | 2330 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641225 | 283168 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641541 | 246875 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641570 | 907197 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641626 | 244127 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641713 | 490567 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641838 | 535 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641864 | 1284657 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2641974 | 236756 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642050 | 1033 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642155 | 44471 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642239 | 56688 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642280 | 1246635 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642459 | 129337 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642494 | 1763 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642519 | 866673 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642558 | 568394 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642604 | 1843210 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642690 | 2204 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2642729 | 1937007 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643062 | 323620 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643099 | 933 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643117 | 32068 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643230 | 347751 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643253 | 165301 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643310 | 338 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643326 | 112987 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643346 | 99479 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643807 | 449972 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643817 | 1380 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643834 | 228398 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643866 | 88138 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2643953 | 437506 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644261 | 441 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644349 | 246861 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644389 | 544 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 264449 | 317 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644528 | 305899 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644549 | 335405 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 264459 | 264449 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 2644629 | 33986 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644672 | 2207 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644710 | 225842 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644732 | 165696 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644764 | 364316 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644781 | 1272114 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2644826 | 1649 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645567 | 451452 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645598 | 1980697 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645676 | 881023 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645757 | 42814 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645785 | 53365 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645799 | 836 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645906 | 83618 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2645927 | 171673 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646048 | 201096 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646097 | 816 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646123 | 173479 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646205 | 54298 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 264637 | 2903107 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2646395 | 216851 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646443 | 752201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646486 | 666508 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646494 | 1961799 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646634 | 379899 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646735 | 1386924 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646754 | 529883 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646756 | 114627 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2646786 | 1827195 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647000 | 1742993 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647013 | 354349 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647022 | 265487 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647165 | 41145 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647166 | 367771 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647248 | 1004303 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 26473 | 216806 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2647355 | 2024982 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647522 | 613 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647535 | 1608404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647561 | 762641 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647645 | 1870822 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647733 | 1569 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647897 | 198251 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647929 | 43676 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2647981 | 74968 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648079 | 572511 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648142 | 1849551 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648257 | 1410680 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648352 | 281119 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648435 | 1495649 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648467 | 2282523 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648499 | 2737 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648599 | 54304 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648610 | 50709 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648686 | 478070 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648731 | 32 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648737 | 84111 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648758 | 1291539 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648843 | 118 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648921 | 75 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2648997 | 168934 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649013 | 69578 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649073 | 2013 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649220 | 190972 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649277 | 43988 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649388 | 269154 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649394 | 1903434 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649451 | 1011 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 264951 | 33202 | species | PV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2649579 | 57493 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649730 | 395331 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649731 | 27772 | no rank | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649762 | 28067 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649764 | 413496 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649774 | 375288 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649784 | 1434006 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2649847 | 180541 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 264995 | 186806 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 265 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2650499 | 47251 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2650566 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2650964 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2650975 | 1070314 | species | HH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2650976 | 1963036 | species | SS | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2651160 | 1400859 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2651161 | 2651160 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2651163 | 1325044 | species | IB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2652172 | 1234 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2652269 | 165779 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2652273 | 1432051 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2652289 | 1953020 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2653122 | 3701763 | species | MD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 265317 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2653178 | 85413 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2653189 | 2646205 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2653513 | 629 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2653677 | 2645676 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2653789 | 91561 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2653852 | 42255 | species | RM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2653857 | 2618356 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2654182 | 229563 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2654244 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2654248 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 265459 | 7184 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2654633 | 6237 | species | CB | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2654636 | 2636909 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 265487 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 265488 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2654974 | 44249 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2654982 | 1822464 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 265606 | 265488 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2656917 | 159191 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2657482 | 2053 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 265780 | 3615 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 265960 | 1434011 | species | KN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 265975 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 266009 | 81682 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2660712 | 1185411 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2661779 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2661849 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2662056 | 543769 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2662143 | 1434045 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2662364 | 28453 | species | SZ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2662611 | 2611341 | phylum | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2662613 | 2662611 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 266265 | 36873 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2663013 | 1505233 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2663014 | 2663013 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663134 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2663374 | 2604348 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663376 | 246490 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 266359 | 9146 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 266360 | 266359 | species | GP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2663821 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663822 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663824 | 110932 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2663883 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663885 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663890 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663896 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663899 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663902 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663903 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2663912 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2664177 | 1988031 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2664178 | 2664177 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2664899 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2664923 | 2707338 | species | CN | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2665391 | 36866 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2665663 | 83681 | species | NR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2666084 | 75654 | species | DG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2666183 | 286 | species | PJ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2666298 | 2871671 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2668073 | 2239 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2668074 | 2668073 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 266940 | 131568 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 267 | 2688777 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2670774 | 5110 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 267213 | 4118 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2672569 | 2619695 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2675151 | 2633465 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2675218 | 1716 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2675229 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2675230 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2675231 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2675232 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2675233 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2675266 | 2675229 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2675272 | 2675232 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 267555 | 1824901 | species | CA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2675671 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2675710 | 2608929 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2675711 | 2608929 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2676063 | 32011 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2676064 | 2676063 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2676234 | 1124625 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2676252 | 72275 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2676293 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2676309 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 267633 | 2767886 | species | LH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2676541 | 635 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2676582 | 1616833 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2676603 | 373984 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2676755 | 335929 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2676868 | 2836216 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2677239 | 1936111 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 267746 | 55079 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2678257 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2678260 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2678261 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2678343 | 1644056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2678352 | 1471398 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2678353 | 2678352 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2678529 | 1706372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2678616 | 1988 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2678657 | 2615055 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 267888 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 267889 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 267890 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 267891 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 267892 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 267893 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 267894 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2679998 | 2896860 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2680020 | 1763524 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2680022 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 268115 | 2784135 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2681298 | 186818 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2681406 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 268141 | 1005722 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2681469 | 2822114 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2681496 | 22 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2681869 | 37581 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2681972 | 49928 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2681985 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2682092 | 107 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2682140 | 1663426 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2682144 | 2682140 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2682468 | 38834 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2682541 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2682552 | 7735 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2682553 | 2682552 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2682560 | 31299 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2682577 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2682607 | 1500948 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2682849 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2683018 | 2625375 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2683019 | 2625375 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2683020 | 2625375 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2683021 | 2625375 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2683234 | 149698 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2683265 | 1111 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2683338 | 1155738 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2683599 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2683628 | 33634 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2683629 | 2683628 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2683721 | 332173 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2684405 | 1716 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2684853 | 55080 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2684882 | 131209 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2684926 | 12916 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2684950 | 38452 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2684962 | 40679 | no rank | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685029 | 83461 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685059 | 123375 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685101 | 152180 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685106 | 1243 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685164 | 195964 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685290 | 289257 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685293 | 292632 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685337 | 343758 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685353 | 380240 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685541 | 396811 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685547 | 768669 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685620 | 1193503 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2685869 | 1839 | species | NO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2685953 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2685956 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2685961 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2685976 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2686094 | 2768684 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2686346 | 2614957 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2687296 | 1553901 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2687297 | 2687296 | species | OB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2688601 | 204476 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2688777 | 265 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2688919 | 55506 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2689614 | 3060226 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2689615 | 2689614 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2689616 | 2689615 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 269023 | 135617 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2690255 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690260 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690292 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690314 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690315 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690317 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690337 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690343 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690345 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690366 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2690837 | 84111 | species | EG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2690964 | 471798 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2691042 | 2888275 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2691354 | 203683 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2691355 | 203683 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2691356 | 203683 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2691357 | 2691354 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2691358 | 2691354 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 269154 | 155000 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2691550 | 2691358 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2691551 | 2691550 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2691554 | 2619774 | species | SS | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692173 | 75654 | species | DL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2692189 | 1679449 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2692190 | 152161 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2692211 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692233 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692248 | 3041 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2692426 | 61432 | species | FB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692623 | 2828734 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2692772 | 2619674 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692778 | 2619626 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692779 | 2619626 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692780 | 2619626 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692794 | 2630404 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692800 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692810 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692814 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692817 | 2632864 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692829 | 2642155 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692841 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692842 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692848 | 2609805 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692874 | 2628910 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692878 | 1165 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692880 | 1165 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692901 | 44823 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692905 | 92942 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692906 | 92942 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692911 | 126344 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2692914 | 1177 | species | NF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2692915 | 2692914 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2694930 | 323449 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 269536 | 2632575 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2696285 | 2678352 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2696291 | 33634 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2696385 | 2844241 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2696452 | 2844265 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2696566 | 33981 | species | KI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2697010 | 286104 | species | WH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2697049 | 3418604 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2697495 | 33317 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2697496 | 2697495 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 269767 | 90723 | species | AB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 269771 | 4836 | species | PN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2698727 | 1742993 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2698737 | 2759 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2698788 | 2 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2698789 | 2698788 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2698826 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2698831 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2699245 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2699746 | 2649784 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2699756 | 2628565 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 270 | 188786 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2701 | 31953 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2702 | 2701 | species | GV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2703787 | 79328 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2703789 | 2617802 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2703883 | 75654 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2703892 | 2615204 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2703898 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2703899 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2703941 | 56688 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2704063 | 3041 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2704249 | 1979385 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2704414 | 2622029 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2704415 | 2622029 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2704416 | 2622029 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2704465 | 455076 | species | RR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2704466 | 323449 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2704647 | 5653 | subclass | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2704949 | 2704647 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2705014 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2705056 | 204429 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2705072 | 3106312 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2705894 | 45080 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2705999 | 119066 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2706 | 1728959 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 270602 | 50370 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2706027 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706029 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706058 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706073 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706074 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706086 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706094 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706108 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2706119 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27065 | 41945 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2707173 | 2615031 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2707174 | 2608935 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2707335 | 5455 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2707337 | 5455 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2707338 | 5455 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2707349 | 5455 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2707354 | 5455 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2708301 | 2678529 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2708539 | 75 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 270857 | 410274 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2709238 | 4812 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2709266 | 563798 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2709306 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2709383 | 1344552 | species | NG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2709394 | 1716 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2709666 | 1775411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2709686 | 3423719 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2709689 | 2709686 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 271 | 270 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2710882 | 196779 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2711 | 2706 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2711153 | 1906156 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2711154 | 2711153 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 271155 | 237 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 271157 | 237 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 271217 | 103830 | species | MS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2712223 | 1839 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2712892 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2712894 | 2629175 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2714147 | 159987 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 271432 | 1663 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2714358 | 2892397 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2714592 | 126 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2714594 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2714739 | 3028535 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2714751 | 2723775 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2714942 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2714953 | 2621013 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2715133 | 3045370 | species | FR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2715164 | 469 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2715212 | 816 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2715229 | 2649764 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2715252 | 2691354 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2715253 | 2715252 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2715691 | 574559 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2715692 | 2715691 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2715754 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2715852 | 9513 | species | CI | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2716489 | 1219 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2716691 | 74030 | species | RG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2716883 | 1004301 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2717494 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2717498 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2718534 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2719005 | 58840 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2719007 | 58840 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2719231 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2719313 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2719314 | 2719313 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2719315 | 2719314 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2719382 | 3106433 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2719616 | 89966 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2719793 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2720024 | 1873 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2720082 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2720165 | 2634635 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2720400 | 2676582 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2720415 | 219377 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2720482 | 2642155 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2720870 | 5052 | subgenus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2720871 | 5052 | subgenus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2720872 | 5052 | subgenus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2720873 | 5052 | subgenus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2720874 | 5052 | subgenus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 272129 | 2634827 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 272161 | 1663 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 272199 | 29051 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 272242 | 7423 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2723 | 69657 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2723030 | 1674869 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2723068 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2723086 | 2621553 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2723093 | 2615204 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 272339 | 108385 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2723775 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2723776 | 2723775 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2724076 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724121 | 2643310 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724122 | 2643310 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724123 | 2643310 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724207 | 2645567 | species | BS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724213 | 388809 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2724214 | 2724213 | species | BS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724528 | 2714592 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2724927 | 441 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2724928 | 2644261 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724929 | 2644261 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724930 | 2644261 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2724996 | 2631537 | species | TS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2725303 | 2614128 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27254 | 16360 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2725563 | 2614124 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 272557 | 56636 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 27257 | 27254 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2726069 | 85009 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2726071 | 2726069 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2726072 | 2726071 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2726075 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2726118 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2726187 | 2644732 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 272622 | 2816960 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 272623 | 1360 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2726362 | 2005359 | species | FF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2726947 | 451867 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2726976 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2726977 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2726979 | 2630326 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2728022 | 423349 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2728834 | 165695 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2728912 | 98519 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2728979 | 1111111 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2729138 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27292 | 4930 | species | SP | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2729421 | 482460 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2730080 | 2905136 | species | FM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2730425 | 136843 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2730845 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2730846 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2730848 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2731219 | 2646756 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2731341 | 10239 | realm | DX | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2731342 | 10239 | realm | FX | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 273136 | 2093 | species | MA | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2731360 | 2731341 | kingdom | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2731361 | 2731360 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2731363 | 2731361 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2731555 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2731618 | 2731360 | phylum | | 9 | 1 | 11 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2731619 | 2731618 | class | | 3 | 0 | 11 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2731691 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27319 | 2916678 | family | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27320 | 27319 | genus | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732004 | 10239 | realm | VX | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732005 | 2732004 | kingdom | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732007 | 2732005 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732047 | 2731691 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732068 | 2732047 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732092 | 2731342 | kingdom | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732396 | 2559587 | kingdom | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732397 | 2559587 | kingdom | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732405 | 2732396 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732406 | 2732396 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732408 | 2732396 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732409 | 2732397 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732416 | 2732092 | phylum | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732424 | 2732416 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732459 | 2732405 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732461 | 2732406 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732462 | 2732406 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732464 | 2732406 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732505 | 2732408 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732506 | 2732408 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732507 | 2732408 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732510 | 423349 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2732514 | 2732409 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732523 | 2732007 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732525 | 2732007 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732526 | 2732525 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732539 | 2732424 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732541 | 2732459 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732544 | 2732461 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732545 | 2732462 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732546 | 2732464 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732549 | 2732505 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732551 | 2732507 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732553 | 2732506 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732554 | 2732523 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2732868 | 3389915 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2732968 | 2560071 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27337 | 1036719 | species | VD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 273384 | 1696 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 27344 | 5296 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 27349 | 5296 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2735 | 203557 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27350 | 5296 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2735257 | 1396506 | species | BN | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2735513 | 1700837 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2735539 | 422676 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2735567 | 641876 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2735568 | 2735567 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2735829 | 1803397 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2735830 | 2735829 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2736290 | 558436 | species | XM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2736662 | 239106 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2736666 | 2624150 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 273678 | 33882 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2737 | 81852 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2737006 | 28453 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2737049 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2738399 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2738413 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2738439 | 407 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2738447 | 2634190 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2738451 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 273877 | 65149 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2738817 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2738831 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2739016 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2739441 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2739904 | 213006 | species | EN | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2740405 | 202746 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2740534 | 465 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2740535 | 2740534 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2740537 | 1017353 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2740538 | 2518257 | species | KB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2740819 | 54293 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2740820 | 2740819 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2740835 | 2585208 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2742 | 2887365 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2742598 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2742669 | 2608935 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2742698 | 106591 | species | EO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2742965 | 2624967 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2742993 | 165779 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2743612 | 133 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2743616 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2743617 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2743619 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2743694 | 7953 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743695 | 7953 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743697 | 2743695 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743705 | 7953 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743709 | 30727 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743711 | 2743709 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743713 | 2743709 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743726 | 30727 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2743731 | 2743726 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27439 | 71528 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2744470 | 2609279 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 274493 | 191412 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2745 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2745493 | 286 | species | PU | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2745502 | 286 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2745509 | 286 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2745510 | 286 | species | PZ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2745590 | 58840 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27456 | 43871 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2745870 | 2623546 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2745871 | 2623546 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 274591 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2745934 | 2610881 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 274613 | 7008 | species | SP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 274614 | 7008 | species | SC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2746961 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2747 | 186828 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2747482 | 2585208 | species | TI | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2747483 | 2747482 | subspecies | TI | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2747601 | 97050 | species | RH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2747605 | 1980646 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2747813 | 1892297 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 274794 | 30871 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2747968 | 232080 | species | FV | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2748030 | 2005523 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2748031 | 2748030 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2748175 | 232080 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 27482 | 33385 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2748629 | 374 | species | BQ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2748771 | 2632986 | species | AS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2749832 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27506 | 7456 | species | PE | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2750814 | 2618759 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2750818 | 86661 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2750990 | 2685620 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2751 | 2747 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2751202 | 2644629 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2751272 | 2644629 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2751316 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2751342 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2751484 | 1379697 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2752537 | 5094 | section | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2753 | 649777 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2754074 | 1332112 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 27549 | 7002 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2754999 | 85621 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2755 | 186820 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2755281 | 7073 | species | ZM | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2755382 | 1817 | species | NH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2755406 | 374 | species | BD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2755564 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2756 | 2755 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2756312 | 85022 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2757714 | 354276 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2758039 | 2820085 | subspecies | SH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2758090 | 2635686 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2758440 | 2912996 | species | CY | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2758724 | 2609414 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759 | 131567 | domain | | 1 | 0 | 1 | 0 | 1 | 0 | 0 | 0 | | 11 | 0 | 0 | 0 | 1 | 2759039 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759149 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27592 | 9895 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2759495 | 204454 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759587 | 13817 | species | AN | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2759680 | 2630983 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759736 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2759824 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759840 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759842 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759845 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759846 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759955 | 54297 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2759956 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2760090 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2760807 | 2036868 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2760814 | 1817810 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2760815 | 1752708 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2760932 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2760981 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2761142 | 195166 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2761390 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762014 | 1046984 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762059 | 2641084 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27621 | 9436 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27622 | 27621 | species | MM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2762228 | 528 | species | OG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2762276 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2762286 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2762302 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2762306 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2762318 | 200644 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2762321 | 2628915 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762325 | 2618968 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762330 | 2614124 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762511 | 2631648 | species | RS | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762512 | 2631648 | species | RS | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762553 | 155978 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762563 | 2647733 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762567 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2762569 | 2608887 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2763 | 2759 | phylum | | 4 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2763041 | 2591381 | species | DH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2763043 | 84111 | species | EH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2763075 | 286 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2763657 | 2944150 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2763671 | 2944197 | species | JS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2763678 | 2983250 | species | YW | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2765360 | 149698 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 27659 | 40234 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2766473 | 2870713 | species | FO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2766967 | 538 | species | EG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2767002 | 2628446 | species | NL | 4 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27671 | 9431 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767327 | 1643824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767353 | 1643824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767358 | 2895623 | genus | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767450 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2767490 | 91994 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27675 | 9357 | species | CD | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2767842 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767877 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767885 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767886 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767887 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767888 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767892 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2767893 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27679 | 9520 | species | SB | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2767996 | 2628915 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2768069 | 1883 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2768097 | 79707 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2768443 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2768449 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27686 | 8289 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2768677 | 301454 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2768684 | 76892 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27687 | 27686 | species | EC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2769259 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2769280 | 2638500 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2769284 | 2645906 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2769291 | 2633371 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2769295 | 2645906 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27693 | 1489739 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2769303 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2769311 | 2684926 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2769338 | 2622719 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27694 | 27693 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2770089 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2770092 | 2770089 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27705 | 8180 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2770504 | 256818 | species | GH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2770547 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2770592 | 2637820 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771101 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771102 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771106 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771107 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771108 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771109 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771110 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771113 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771120 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771122 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771123 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771124 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771127 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771133 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771134 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771136 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771147 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771162 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771165 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771166 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771173 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771178 | 3407010 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2771471 | 213849 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2772226 | 32003 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2772252 | 1386 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 0 | 0 | 1 | 27723 | 41712 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2772457 | 2847256 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2772534 | 200644 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27726 | 27723 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2774142 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2774146 | 1914233 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2774151 | 2774146 | species | FT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2774294 | 2648758 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2774297 | 2638338 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2774344 | 1983103 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2774460 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2774602 | 2698789 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2774603 | 2774602 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2775029 | 2624803 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2775276 | 2609279 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2775300 | 2609279 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2775421 | 2756312 | species | FR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2775505 | 136843 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2775555 | 1983111 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2775584 | 1983111 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2776706 | 2856573 | species | IL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 27772 | 504567 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2777475 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2777537 | 1822464 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2778370 | 2675266 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2778430 | 3019938 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2778641 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27791 | 1579336 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2779358 | 2884610 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2779583 | 2757714 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2779590 | 2757714 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2779859 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2779860 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2779861 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2779867 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2779937 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2780027 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2780167 | 3428793 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 278082 | 1313211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2781024 | 2635362 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2781026 | 2678353 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 278164 | 34772 | species | AA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2781732 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2781978 | 2663824 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782008 | 2635419 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782014 | 2632833 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 278205 | 2908833 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 278209 | 3259750 | species | RY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2782182 | 2640874 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782229 | 2782232 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2782231 | 2782232 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2782232 | 2762318 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782352 | 2963349 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2782551 | 1372 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2782612 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782616 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782624 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782663 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782673 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782676 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782678 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782679 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2782701 | 1822464 | species | PY | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 27829 | 2301119 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27830 | 27829 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27834 | 126396 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 27835 | 27834 | species | NB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2783818 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2783819 | 257496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2783858 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2784 | 31345 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2784135 | 2303507 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2785011 | 6544 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2785015 | 735337 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2785026 | 196806 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2785785 | 2608980 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2785929 | 2005525 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2785930 | 2785929 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2786 | 2784 | species | PU | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2787097 | 2624479 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 27871 | 6179 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2787120 | 2637685 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2787625 | 2619523 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2787635 | 2634190 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2787713 | 2608891 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2787731 | 2638319 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2787732 | 2638319 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2787823 | 1 | no rank | | 8 | 0 | 1 | 0 | 2 | 0 | 1 | 0 | | 11 | 0 | 0 | 0 | 1 | 2787854 | 1 | no rank | | 8 | 0 | 11 | 0 | 0 | 0 | 1 | 0 | | 11 | 0 | 0 | 0 | 1 | 2788772 | 1977630 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2788787 | 2731619 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2789293 | 2647733 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2789312 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2789328 | 2626258 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2789329 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2789340 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2789345 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 278955 | 134623 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2789715 | 1160 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 278993 | 2937911 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 278994 | 278993 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 279 | 335928 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2790277 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2790670 | 2997407 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2790955 | 196806 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2790996 | 544448 | order | | 0 | 1 | 4 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2790998 | 2790996 | family | | 0 | 1 | 4 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2791015 | 136 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2791032 | 184208 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2791118 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 279113 | 202907 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2791990 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792013 | 1847 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2792015 | 357 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 279238 | 48935 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2792614 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792615 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792616 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792617 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792618 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792625 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792626 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2792775 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2792787 | 1913444 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2792791 | 1913444 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2792978 | 2701 | species | GL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2793065 | 89966 | species | HG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2793076 | 1822464 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2793120 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2793121 | 2793120 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2793122 | 2793121 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2793153 | 1813735 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2793154 | 2793153 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2793218 | 2357 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2793219 | 2793218 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2793630 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2793805 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2793806 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2793821 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2793945 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2794006 | 2633371 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794021 | 2709689 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794338 | 2620435 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794362 | 1110702 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794363 | 1110702 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794376 | 1110702 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794377 | 1110702 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794587 | 2750818 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794592 | 2750818 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2794837 | 2992719 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2795027 | 1016 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2795031 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2795114 | 2634549 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 279518 | 5379 | species | SH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2795385 | 2633371 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2795778 | 126 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2795973 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2796146 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2797 | 2763 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2798040 | 2621730 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 279826 | 2675231 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 279828 | 337004 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2798577 | 2845254 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2799283 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2799284 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 279965 | 1854010 | species | AC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 279966 | 245059 | species | OO | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 27997 | 2497438 | clade | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 27998 | 27997 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 27999 | 27998 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 280 | 279 | species | XA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28000 | 27999 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2800059 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800060 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800061 | 2800059 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800062 | 2800059 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800128 | 257487 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2800323 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2800326 | 191 | species | AE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2800328 | 59732 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2800373 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800384 | 267893 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800408 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2800409 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2800681 | 335929 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800685 | 335929 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800686 | 335929 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2800705 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2800788 | 335929 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2801029 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2801330 | 174951 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2801332 | 2884326 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2801455 | 524788 | species | AD | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2801916 | 596707 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2802288 | 84642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2802295 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28026 | 1678 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28031 | 400634 | species | LF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 280332 | 374 | species | BJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28035 | 1279 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28037 | 3409772 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28038 | 2767885 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2803811 | 347533 | species | ZI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2803841 | 150830 | species | RL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2803850 | 90964 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2803939 | 2893205 | species | FO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2804525 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 280472 | 563798 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 280473 | 280472 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2804958 | 5352 | species | LA | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2804962 | 5352 | species | LD | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28050 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2805415 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2805416 | 2805415 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2805590 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28056 | 85008 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2806 | 2763 | class | | 4 | 1 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2806418 | 2283796 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2806419 | 2806418 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28065 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2806565 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2806590 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2806596 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28067 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2806742 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2807096 | 2946607 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2807190 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2807195 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28072 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2807577 | 390988 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2807665 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2807667 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28080 | 194 | species | CU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2808963 | 213849 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28090 | 469 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2809020 | 2898489 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28092 | 2038280 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28095 | 32008 | species | BG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 280969 | 39677 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28097 | 3116862 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28100 | 69277 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2810280 | 526525 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2810293 | 2775505 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2810351 | 338 | species | XB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2810368 | 3240234 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28105 | 227292 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2810616 | 2745 | species | HJ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28108 | 226 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 281090 | 59736 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 281091 | 6 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28110 | 262 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28111 | 816 | species | BE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2811131 | 1892297 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 281119 | 1501348 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 28113 | 816 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2811415 | 1769726 | species | NM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2811422 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2811425 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2811501 | 2635829 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2811502 | 40117 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2811503 | 2811502 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28116 | 816 | species | BO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2811780 | 836 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 28118 | 283168 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28121 | 2639466 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 281213 | 703495 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28123 | 836 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 281242 | 603422 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28126 | 2974251 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2812636 | 3166 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2812655 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2812896 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2813033 | 2483366 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2813034 | 2813033 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2813035 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2813057 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28131 | 838 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28132 | 838 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2813360 | 286 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 281361 | 237 | species | FD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2813651 | 47022 | species | OO | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2813779 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2813788 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2813851 | 32053 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28141 | 413496 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28142 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2814271 | 2811503 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2814272 | 2814271 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28144 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2814446 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2814653 | 2646786 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2814671 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28147 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 281472 | 1217100 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28152 | 629 | species | YK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2815212 | 2663824 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2815305 | 1279 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2815311 | 1150 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2815338 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2815394 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2815407 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2815776 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2815786 | 2005473 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2815787 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2815910 | 1118 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2815913 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2815936 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2816034 | 510690 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2816136 | 10190 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2816232 | 1883 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2816438 | 1344959 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 281668 | 34634 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2816960 | 1359 | subspecies | LC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2817059 | 861914 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28171 | 662 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28174 | 662 | species | VO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2817656 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2817700 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2817705 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2817853 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2817858 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2817859 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2817991 | 2685620 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28183 | 171 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2818389 | 225143 | species | OP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 28184 | 171 | species | LW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2818440 | 497 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2818467 | 2419832 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2818468 | 2818467 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2818472 | 352449 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2818473 | 2818472 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2818505 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2818506 | 2818505 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2818507 | 2818506 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819119 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819121 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819132 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819143 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 281915 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2819169 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819178 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819180 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819181 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819190 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819192 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819257 | 2508983 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2819258 | 2819257 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819261 | 2628295 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819262 | 3031649 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28196 | 2808963 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28197 | 2321111 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2819731 | 2614656 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819732 | 2614656 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2819933 | 2650499 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2820085 | 1883 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2820280 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2820288 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2820289 | 33882 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2820788 | 2056687 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2820812 | 2870712 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 28211 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2821115 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2821122 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2821275 | 2643310 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2821351 | 3313 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2821352 | 3313 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2821355 | 2688601 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28214 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2821406 | 374 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2821504 | 1983111 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2821543 | 458032 | species | CV | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28216 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2821832 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28221 | 68525 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2822114 | 809 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28222 | 213119 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2822682 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2822761 | 2640612 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28228 | 267889 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28229 | 28228 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 282301 | 39217 | species | ML | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28231 | 213422 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2823144 | 1050719 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2823237 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2823743 | 2170428 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2823744 | 2170428 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2823745 | 2170428 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2823902 | 1030 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 282425 | 186634 | subcohort | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2824556 | 2754074 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2824559 | 283820 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2824560 | 212360 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2824670 | 2630964 | species | IS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28253 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28256 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2825974 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28263 | 2049 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2826938 | 118882 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2826939 | 1124625 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2828514 | 414715 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2828734 | 85017 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2829500 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2829673 | 49928 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2829814 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2829815 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 283 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2830 | 2608109 | phylum | | 4 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 283033 | 641308 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 283035 | 283033 | species | SL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2830842 | 2901189 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2830882 | 335929 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2830990 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2831023 | 2608929 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2831100 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2831106 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2831111 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2831443 | 31984 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2831522 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 283168 | 1853231 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2832500 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2832643 | 2788787 | species | CS | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2834353 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2834413 | 44249 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2834466 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2835787 | 2860235 | species | GM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2835867 | 2649073 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2836 | 2696291 | phylum | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2836179 | 99 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2836180 | 226 | species | AO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2836216 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2836339 | 216718 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2836373 | 2626549 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2836391 | 216307 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2836556 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2836561 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2836624 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 283699 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 283734 | 2815305 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 283735 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2837504 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2837506 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2837508 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2837510 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2837511 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2837522 | 2837506 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2837526 | 2837508 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 28376 | 2024747 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28377 | 28376 | species | AC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2838015 | 1883 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 283810 | 85034 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 283811 | 283810 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 283819 | 1890430 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 283820 | 283819 | species | WN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2838250 | 2813035 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2838335 | 1883 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28384 | 2787854 | no rank | | 8 | 0 | 11 | 0 | 0 | 0 | 0 | 0 | | 11 | 0 | 0 | 0 | 1 | 2838461 | 207244 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838484 | 572511 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838488 | 572511 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838490 | 572511 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838503 | 2508948 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838531 | 1716 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838623 | 1392389 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838640 | 2767887 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838671 | 2316020 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838729 | 909656 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838757 | 1769710 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2838777 | 2704249 | species | CR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838788 | 2691355 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2838789 | 2838788 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838795 | 2604346 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838869 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838870 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838871 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838872 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838873 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2838874 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2839024 | 2635283 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2839105 | 1883 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2839663 | 54308 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2839976 | 2847305 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2840174 | 1827 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2840188 | 2981530 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2840371 | 2624949 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 284040 | 1883 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2840469 | 374 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2840487 | 171550 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2840488 | 1239 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2840490 | 990719 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2840493 | 186803 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2840523 | 333046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840536 | 2840487 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840552 | 539002 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840583 | 538999 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840590 | 538999 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840598 | 538999 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840604 | 2840490 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840618 | 2840493 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840627 | 552397 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840633 | 552397 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2840685 | 2840552 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840733 | 2840536 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840736 | 2840536 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840744 | 2840583 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840745 | 2840583 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840751 | 2840583 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840759 | 2840523 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840764 | 2840523 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840823 | 2840590 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840868 | 2840633 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840893 | 2840604 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840902 | 2840627 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840927 | 2840598 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2840941 | 2840618 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2841271 | 1329799 | subclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2841273 | 1679449 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2841507 | 114627 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2841515 | 2631349 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2841529 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2841540 | 3402413 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2841841 | 2622646 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2841842 | 2622646 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2841924 | 259357 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2842329 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2842350 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2842357 | 286 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2842422 | 2842329 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2842453 | 1813 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2842456 | 48736 | species | RW | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2843019 | 2842422 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2843308 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2843364 | 3424297 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2844087 | 2843019 | species | SD | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2844241 | 2732068 | species | WA | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2844265 | 2732068 | species | WT | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 28443 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2844375 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28446 | 2039240 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28447 | 1573 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2844864 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2844866 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2844876 | 28221 | subclass | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2844877 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2844884 | 2844876 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2844887 | 2844884 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2844908 | 2844887 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2844909 | 2844908 | species | CZ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28450 | 111527 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2845253 | 3120456 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2845254 | 2951104 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28453 | 84566 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2845385 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2845410 | 2843364 | species | CG | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 284551 | 4454 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 284555 | 4454 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 284579 | 1884429 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2845820 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2846760 | 2619320 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2847256 | 1843490 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2847305 | 1913444 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2847307 | 1643824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2847308 | 2847307 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2847774 | 67818 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2848634 | 32347 | species | DI | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2848916 | 1737405 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2849041 | 48075 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2849095 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2849641 | 209 | species | HG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2849858 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2849866 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2850323 | 2918511 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2851012 | 2952781 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2851646 | 33882 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2851957 | 2844265 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2852115 | 2788787 | species | LP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28526 | 49274 | species | SP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 28532 | 1168313 | species | TH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2853449 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2854021 | 2845253 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2854022 | 2854021 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2854170 | 204455 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 285454 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2854766 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2855394 | 1848399 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2855434 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2855442 | 2782229 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 28556 | 715340 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 285574 | 1883 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2856337 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2856573 | 114378 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2856582 | 183924 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28568 | 5042 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2857 | 33852 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2857527 | 423349 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28581 | 4806 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 285810 | 221670 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28583 | 28581 | species | AM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 285892 | 204455 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2859077 | 2641084 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2859082 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2859083 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 286002 | 38771 | species | GF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2860051 | 2648079 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2860235 | 2820280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2860824 | 2639179 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28609 | 164882 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 286104 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28612 | 28609 | species | RZ | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2861286 | 2614124 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286130 | 2771471 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2861750 | 2618356 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2861782 | 1822464 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2862144 | 186827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2862498 | 13687 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2862677 | 2630326 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2862868 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2864 | 33630 | class | | 4 | 0 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 28641 | 83311 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2864135 | 2615202 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2864180 | 2639704 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286419 | 9612 | subspecies | CL | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2864201 | 365032 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2864203 | 22 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 286438 | 33877 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28644 | 83310 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2865673 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2865782 | 2976171 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2865837 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2865933 | 263377 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2866581 | 2645927 | species | IS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2866583 | 2632303 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2866595 | 196198 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286660 | 159987 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2866600 | 2625564 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286661 | 286660 | species | PF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2866626 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286681 | 2135438 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2866998 | 28037 | subspecies | SM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2867018 | 58840 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2867023 | 196795 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 286710 | 160513 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2867164 | 1883 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2867375 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 286780 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 28683 | 8906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28695 | 28683 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28697 | 28695 | species | CG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 287 | 136841 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2870 | 569578 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2870414 | 2615069 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2870712 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2870713 | 3385906 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2870716 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2870838 | 2678352 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2871096 | 40323 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2871175 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28712 | 9193 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28713 | 28712 | species | LL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2871671 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2871672 | 2871671 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2872309 | 1073531 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 28725 | 192204 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2872648 | 2100764 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28728 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28731 | 192204 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28732 | 34944 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2873383 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2873601 | 2986344 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2873699 | 329857 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 28738 | 1489913 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28741 | 136838 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28743 | 28741 | species | CV | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2874602 | 2648731 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2874628 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2874699 | 2886916 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2875730 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28758 | 8087 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2876565 | 2633570 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876623 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876625 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876630 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876632 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876635 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876636 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876641 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876642 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876646 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876649 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876656 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876660 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2876662 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28771 | 45443 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28781 | 76071 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2878679 | 88723 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2878915 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2879629 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2879630 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2879633 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2879634 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 288018 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2880219 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2881046 | 909768 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2881055 | 187492 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2881335 | 245186 | species | LG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2881337 | 186650 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2881377 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2881378 | 3079744 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2881383 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2881384 | 2881383 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2881385 | 2881384 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2881426 | 1890424 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28828 | 30948 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28829 | 28828 | species | SS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2883183 | 49928 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28843 | 1224679 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2884326 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2884610 | 171550 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2884833 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2885093 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2885204 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2886347 | 1892251 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2886352 | 2886347 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2886376 | 445 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 0 | 0 | 1 | 2886822 | 3024411 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2886915 | 1890500 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2886916 | 2886915 | species | WA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2886936 | 1663 | species | AZ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2887326 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2887327 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2887365 | 72274 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28875 | 3432193 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 2888275 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28884 | 135616 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28887 | 29298 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28889 | 1783275 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28890 | 3366610 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28895 | 186814 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28901 | 590 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28903 | 2767358 | species | MB | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28908 | 186774 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 289201 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2892029 | 1883 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2892397 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 289257 | 280969 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893036 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893037 | 2893036 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2893050 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893056 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893057 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893059 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893205 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893468 | 662 | species | VG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2893553 | 2626991 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2893577 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2893671 | 142577 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2893673 | 1813 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2893890 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2894089 | 265317 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2895352 | 3018276 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2895353 | 75682 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895461 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2895473 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895474 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895476 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895477 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895488 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895509 | 2895623 | genus | | 0 | 1 | 4 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2895523 | 1211036 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2895564 | 2638319 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2895623 | 2790996 | family | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2895977 | 2714751 | species | LD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2896366 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2896847 | 2643834 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2896860 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2897177 | 206351 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2897327 | 2628915 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2897330 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2897337 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2897346 | 1127829 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 28983 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2898489 | 481 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2898528 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2898533 | 135619 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2898544 | 2593666 | species | FS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2898545 | 2593666 | species | FS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2898585 | 149698 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2898945 | 1883 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2899078 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2899113 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2899152 | 285892 | species | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2899220 | 149698 | species | ME | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 28995 | 5320 | species | PP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2899660 | 37806 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2899670 | 2899756 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2899671 | 2899670 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 28997 | 452332 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2899756 | 6676 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29 | 32015 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29000 | 5204 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29002 | 93133 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 290052 | 35829 | species | AE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2900548 | 1752188 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29006 | 451455 | order | | 4 | 1 | 1 | 1 | 0 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29007 | 29006 | family | | 4 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 290112 | 626 | species | XS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2901164 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2901189 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29012 | 6913 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 290174 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 290180 | 2762306 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2902486 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2902673 | 3433342 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2902719 | 2896860 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2902797 | 2855442 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29029 | 32349 | species | DE | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2903107 | 2146 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2903219 | 72275 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903220 | 2633068 | species | XS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903223 | 88647 | species | TP | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2903573 | 2633591 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903633 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903792 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903804 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903864 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2903901 | 2640670 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2904249 | 48073 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 290425 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2904603 | 125287 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29051 | 7422 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2905136 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29052 | 272199 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2905228 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29053 | 29052 | species | CF | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2905377 | 224756 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2905648 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2905650 | 44249 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29064 | 9688 | species | PU | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2906523 | 2705999 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2906524 | 2906523 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2906648 | 2643807 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2906764 | 2646786 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2906765 | 2646786 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2907104 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2907155 | 2635362 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2907158 | 2745 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2907192 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29073 | 9639 | species | UM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2907303 | 2625061 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 290731 | 3029090 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 290732 | 290731 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2908000 | 174951 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2908207 | 13687 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2908539 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2908646 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 290882 | 1255046 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2908833 | 2785015 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2908884 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2908893 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2908919 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2908926 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2908927 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 290910 | 245186 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2909285 | 3138693 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2909336 | 2625061 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2909669 | 2639280 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2910145 | 1813735 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2910146 | 2910145 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2910147 | 2910146 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2910167 | 1804992 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2910168 | 2910167 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2910983 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2911065 | 204446 | species | ZM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2911369 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2911538 | 242605 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2911618 | 2593542 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2911702 | 939858 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2911883 | 2633909 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2912058 | 2593673 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2912611 | 2626756 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2912996 | 2049 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 291302 | 9432 | species | MN | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2913614 | 838 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29138 | 9338 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29139 | 29138 | species | VU | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29140 | 186633 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 291403 | 246875 | species | AY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2914038 | 3031648 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2914039 | 2914038 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2914042 | 22 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2914161 | 2719314 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29142 | 186632 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29143 | 29142 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29144 | 29143 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2914925 | 2701 | species | GG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2915812 | 286 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 291601 | 2029574 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2916181 | 2649579 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2916182 | 2649579 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2916414 | 2633591 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2916678 | 3239874 | order | | 4 | 1 | 12 | 0 | 4 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 2916693 | 186807 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29169 | 53469 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29170 | 29169 | species | AC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2917419 | 2639137 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2917757 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2917761 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29178 | 2662056 | phylum | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2917831 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2918196 | 2624378 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2918453 | 2626258 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2918511 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2918753 | 2618194 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2918791 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2919468 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2919626 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 292 | 87882 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2920312 | 2750818 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2920387 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29216 | 2797 | order | | 4 | 1 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2921743 | 2646786 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 292192 | 36668 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2922394 | 265 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2922866 | 2905136 | species | FT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2923420 | 257493 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2923428 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2923548 | 161696 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 292415 | 36861 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 292486 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 292491 | 147548 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2925400 | 554296 | order | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 292625 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 292628 | 292629 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 292629 | 292625 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 292630 | 213849 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 292632 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2926470 | 3016631 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 292691 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2927128 | 2635362 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2927229 | 36270 | no rank | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2927774 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2927803 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 292800 | 946234 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2928017 | 2914039 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29283 | 2703941 | species | HD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2928702 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2928706 | 2632876 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2928708 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 292919 | 4118 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2929456 | 155977 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2929476 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2929492 | 2646395 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2929781 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29298 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 293 | 41275 | species | BD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29301 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2930259 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 293084 | 29506 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 293138 | 47523 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29314 | 1073531 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 293141 | 43873 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 29317 | 2609248 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2931984 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 293256 | 2950009 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2932623 | 213849 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2932774 | 423349 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29330 | 186823 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 293386 | 1792192 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 293387 | 1792192 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 293388 | 1386 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 293389 | 1792192 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2933965 | 48073 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2934369 | 90316 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29347 | 1506553 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2934712 | 2837522 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29348 | 3025755 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2934961 | 1150 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 293508 | 284555 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2935737 | 1663 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2935858 | 2627739 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29363 | 1485 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29372 | 1485 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2937417 | 816 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29378 | 1279 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2937909 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2937910 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2937911 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2938231 | 197483 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29384 | 1279 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29385 | 1279 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29388 | 1279 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29389 | 1301 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2938918 | 2593292 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2939270 | 5317 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2939400 | 2685290 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2939405 | 2027319 | species | VA | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2939419 | 3407004 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2939593 | 2052312 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 294 | 136843 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29404 | 31957 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2940562 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2940619 | 2609468 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29407 | 41294 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2940935 | 28253 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2941323 | 447020 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29419 | 209 | species | HC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2942298 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2942470 | 469 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2942476 | 2634405 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29427 | 2282523 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2942908 | 2796146 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2942999 | 2633426 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29430 | 469 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2943436 | 697304 | species | PM | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2943493 | 2636778 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29438 | 251698 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2944150 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 2944197 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 2944682 | 1775121 | species | LR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29447 | 338 | species | XA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2944807 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2945019 | 191393 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2945101 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29459 | 3703990 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2946167 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946173 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946186 | 2732541 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29465 | 31977 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946607 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946630 | 12058 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946636 | 2946173 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946648 | 3424297 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2946699 | 1193515 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2946797 | 2946648 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 294691 | 131578 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29471 | 122277 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29473 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 294746 | 4929 | strain | | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 294823 | 41155 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2948571 | 1652081 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 2948641 | 2946636 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29487 | 1903414 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2948772 | 3424297 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29488 | 29487 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2948815 | 2946167 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2948851 | 585893 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2949 | 252141 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 29491 | 645 | subspecies | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29494 | 662 | species | VF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29495 | 662 | species | VN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2949632 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2949650 | 375288 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 29497 | 662 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2950009 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2950074 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950075 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950076 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950077 | 910038 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950079 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950080 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950082 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950084 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2950086 | 910038 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29506 | 171 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2950604 | 55080 | species | BR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29507 | 171 | species | LK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2951104 | 3120456 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29521 | 143786 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29522 | 29521 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29523 | 2646097 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2952781 | 3374108 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 295319 | 54388 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 29533 | 237 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29534 | 237 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2953684 | 3231601 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2953808 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2953809 | 259357 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2953880 | 2767886 | species | LY | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2953889 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2953890 | 2641838 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2953896 | 48736 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2954143 | 2 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2954144 | 2954143 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2954145 | 2954144 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2954146 | 2954145 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2954147 | 2954146 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2954148 | 2954147 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2954159 | 2954147 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2954160 | 2954159 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 295418 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2954237 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29544 | 2629479 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2954503 | 2635139 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29547 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2954806 | 2626850 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2955291 | 197911 | species | AI | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2955347 | 2946797 | species | AN | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2955539 | 2948641 | species | BD | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2956032 | 2948772 | species | JW | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2956182 | 2948815 | species | MM | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2956727 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2956786 | 2644389 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2957802 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2957809 | 2643117 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29580 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29581 | 29580 | species | JL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29585 | 28908 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 295922 | 577237 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29595 | 2003543 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 296 | 136842 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 296014 | 267888 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2960508 | 2948772 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2960910 | 2948851 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 296141 | 65842 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2961630 | 2211225 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2961651 | 2961630 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 2961670 | 270857 | species | NV | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2961925 | 995085 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2961944 | 3051548 | species | OV | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2961951 | 1055692 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 296199 | 662 | species | VG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2962034 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29626 | 13819 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 2962858 | 2837522 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2962936 | 1502180 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2963091 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2963284 | 1505652 | species | TM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2963349 | 3141700 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2963429 | 2639971 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2963430 | 2639971 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2963433 | 3065678 | species | NO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2963522 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2963703 | 2613923 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2963939 | 416 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2963956 | 2619995 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2965064 | 1827 | species | RT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2965275 | 2641626 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29655 | 27257 | species | ZM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2967132 | 2646735 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2968608 | 2788787 | species | BP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2968711 | 3703693 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2968712 | 2788787 | species | PP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2968713 | 2788787 | species | PP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2968714 | 2788787 | species | PP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2968741 | 191411 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 2968748 | 2968741 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2968969 | 136846 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2968985 | 2837526 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2969303 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2969304 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2969676 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2970464 | 2609279 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29709 | 158114 | species | MR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2970906 | 191 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2971619 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2971620 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2972387 | 1857891 | species | SP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29727 | 180536 | subspecies | EV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2972785 | 2653513 | species | YS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2972915 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2973072 | 2035811 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 297308 | 6935 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2973084 | 2847308 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 297313 | 355688 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2974022 | 122277 | species | PJ | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2974027 | 2624378 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2974251 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2974257 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2974265 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2974597 | 2647522 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2975391 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2975407 | 2626865 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2975441 | 80840 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2975652 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2975678 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2975865 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29760 | 3603 | species | VV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2976171 | 213465 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2976241 | 1453544 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2976331 | 2795973 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2976350 | 3231601 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2976354 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 297637 | 2499258 | species | AT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2976471 | 2628675 | species | PS | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2976535 | 57665 | species | SO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2976697 | 2626991 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2976809 | 1375 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2976893 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29780 | 23461 | species | MI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2978049 | 651142 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2978050 | 2978049 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2978051 | 2978049 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 2978054 | 2978050 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2978060 | 2978051 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2978344 | 3479963 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 2978345 | 22 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2978683 | 87882 | species | BO | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2979332 | 85025 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2979467 | 2611147 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 298 | 136843 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2980555 | 663243 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29808 | 25628 | species | TC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2981530 | 2172021 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29817 | 26378 | species | IP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2982168 | 2982303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2982185 | 44249 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2982298 | 85772 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2982303 | 5338 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2982305 | 5338 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2982316 | 5338 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2982496 | 3041089 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29827 | 3243773 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29828 | 29827 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2983250 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2983338 | 5303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2983527 | 5338 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2983765 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2984028 | 59732 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2984199 | 57739 | species | VM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2984338 | 1817 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2984495 | 1883 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2985477 | 5338 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 29856 | 110564 | species | CR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2986344 | 2762286 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 298654 | 2994363 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2986930 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 29875 | 5543 | species | TV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2987526 | 93681 | species | RK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 298831 | 182948 | species | SK | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29888 | 5254 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 29889 | 29888 | species | CC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 299071 | 33183 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2991433 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2991496 | 1883 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 29920 | 4783 | species | PC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 2992127 | 231454 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2992719 | 1737405 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2993541 | 1937960 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2993563 | 223785 | species | HC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2993898 | 1763 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 299421 | 1883 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2994361 | 74712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2994362 | 74712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2994363 | 74712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2994368 | 2994362 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 2994560 | 186822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2994561 | 2994560 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2994648 | 547 | species | EN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2994971 | 337004 | species | MD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2995234 | 2790998 | genus | | 0 | 1 | 4 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2995306 | 55 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 2995658 | 136849 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2995703 | 2062 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 2996012 | 380738 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 2996017 | 863253 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2996321 | 474943 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 299642 | 6914 | species | NP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 2996698 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2996790 | 2629105 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 2997407 | 34146 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 2997416 | 3240234 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 299766 | 158836 | subspecies | EH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 299767 | 354276 | species | EL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 29979 | 6820 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30001 | 6960 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 300019 | 33882 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30002 | 79706 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30005 | 85819 | parvorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30009 | 71193 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 300110 | 144004 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 300111 | 300110 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 300181 | 613 | species | SU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 300267 | 622 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 300279 | 70799 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 30033 | 32352 | species | DK | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3003414 | 2593313 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3003735 | 3099864 | species | AP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 300413 | 94231 | species | EM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3004354 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30073 | 33339 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30078 | 33355 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30079 | 30078 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3009 | 2870 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3009078 | 2644528 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30092 | 33375 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 301 | 3236654 | species | EO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3010 | 3009 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30102 | 33368 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 301148 | 1276290 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 301206 | 683158 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 301207 | 301206 | species | MA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 301297 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 301301 | 841 | species | RH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 301454 | 3699 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3015149 | 2617518 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3015997 | 2622653 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3016094 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3016107 | 2685164 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3016342 | 1912216 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3016631 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3016637 | 1243 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3017783 | 265 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3018035 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3018263 | 1462418 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3018276 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3018444 | 2013 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3018538 | 2923548 | species | BJ | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3018589 | 135615 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3018973 | 2611147 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30195 | 144708 | species | BT | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 301959 | 6547 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3019889 | 2622462 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3019938 | 3046411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30207 | 7456 | species | PF | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3020825 | 31989 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3020832 | 224372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3021720 | 2626850 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3022791 | 2901164 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3022867 | 1906119 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3024408 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3024411 | 3031451 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3024418 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 302485 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3025312 | 1817 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 0 | 0 | 1 | 3025664 | 2593645 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3025755 | 2810280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3025782 | 3701761 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3026162 | 171163 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30262 | 33342 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3026967 | 626 | species | XB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 3027 | 2759 | class | | 4 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3027225 | 196198 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3027471 | 329857 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 302780 | 66288 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 302781 | 302780 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3027943 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3028082 | 1301 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3028117 | 1117 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3028535 | 2691357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3028709 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3028843 | 6132 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3029060 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3029087 | 649776 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3029090 | 649776 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 302913 | 40996 | species | EA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3029169 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 303 | 136845 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30302 | 7712 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3030827 | 1763521 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3031114 | 2871672 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3031145 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031147 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031148 | 3036766 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031239 | 72763 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3031418 | 3018035 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031419 | 3018035 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031449 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031451 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031624 | 213118 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031648 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031649 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031650 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031651 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031657 | 3031650 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031658 | 3031657 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031663 | 69541 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031666 | 3031663 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031668 | 3031651 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031711 | 2818505 | subclass | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3031712 | 3031711 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031713 | 3031711 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031852 | 29547 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031853 | 29547 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30319 | 8342 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3031999 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3032195 | 2627452 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3032198 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3032205 | 2643253 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3032209 | 2617518 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3032594 | 2614977 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3032809 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3032872 | 3032809 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 303379 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3034003 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3034020 | 3125902 | species | HR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3034022 | 2618356 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 303405 | 2857 | species | NI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 303412 | 44353 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3034131 | 67555 | species | RK | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3034132 | 3034131 | subspecies | RK | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3034144 | 2628985 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3034152 | 1541822 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 303518 | 195936 | species | PN | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30352 | 8416 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 303541 | 1578 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30367 | 8293 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3036766 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3036944 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30380 | 8445 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3038079 | 1855416 | species | QF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3038772 | 104267 | species | TT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3039116 | 2642604 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3039153 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3039385 | 235627 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 304 | 93681 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3040018 | 2609414 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3040602 | 374 | species | BN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3040672 | 2636157 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3040680 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30409 | 466585 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3041 | 33090 | phylum | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3041089 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30413 | 9109 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3041336 | 2907104 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30416 | 3078114 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3041620 | 2645785 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30417 | 30416 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30418 | 30417 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30419 | 30418 | species | OH | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3042 | 2812636 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30420 | 28725 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3042114 | 34735 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3042687 | 3407073 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3043301 | 196198 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3043500 | 2632023 | species | PS | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3043701 | 10226 | class | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3043702 | 3043701 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 304378 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3043872 | 1079922 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3044177 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3044279 | 149698 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3044472 | 548681 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3044571 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3044648 | 549779 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3044715 | 3152113 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3044761 | 3044648 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3044782 | 11050 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30449 | 3073812 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30451 | 30449 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3045147 | 469 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3045175 | 2632610 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3045176 | 239106 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3045370 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30454 | 30451 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30455 | 30454 | species | FG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30458 | 3073808 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30462 | 30458 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3046310 | 2617492 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3046411 | 53433 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30467 | 8803 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3047085 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30475 | 7858 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3047873 | 2675272 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3047874 | 2675272 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3048035 | 213113 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30483 | 119195 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3048448 | 3700964 | species | ON | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 304895 | 414878 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3049 | 3051 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 304901 | 414715 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30496 | 119195 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3049954 | 1868215 | species | OH | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 305 | 3116862 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3050281 | 548688 | species | PE | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3050282 | 548688 | species | PE | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3050295 | 10358 | species | CH | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 30503 | 119195 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 305072 | 57723 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3051 | 3042 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3051137 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3051375 | 2560194 | species | OJ | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3051548 | 72275 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3051910 | 1489922 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3052 | 3051 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30521 | 9903 | species | BG | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30522 | 9903 | species | BI | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3052230 | 11102 | species | OH | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3052464 | 3700964 | species | OD | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3052493 | 1980442 | species | OP | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 30527 | 9935 | species | OA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3053191 | 378070 | species | ST | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30533 | 35500 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3053648 | 1936272 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 30538 | 30539 | species | VP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3053821 | 1662329 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 30539 | 9835 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3054905 | 3487 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30559 | 9397 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30560 | 9397 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 305899 | 2066474 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30595 | 38039 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30596 | 30595 | species | CC | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 305976 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30599 | 376915 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 306 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 30600 | 30599 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3060226 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3060301 | 3044761 | species | MC | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 306088 | 2720871 | species | AS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3061629 | 2649073 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 30640 | 10001 | species | SC | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3064349 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3064797 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30648 | 1963761 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3065 | 3042 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30656 | 314146 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3065678 | 1644061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30657 | 30656 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3067276 | 135613 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30700 | 8075 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3071001 | 2840488 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3071002 | 3071001 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3071909 | 2 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3071910 | 3071909 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3071914 | 3071910 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3071915 | 3071914 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 30727 | 7952 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 3072905 | 379584 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3072906 | 379584 | superfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3073799 | 3078114 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3073800 | 3073799 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3073806 | 3078114 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3073807 | 3073806 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3073808 | 3078114 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3073809 | 3073808 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3073810 | 3073808 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3073811 | 3073808 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3073812 | 3078114 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 307491 | 464929 | species | AG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3075 | 191392 | species | AP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 307506 | 35466 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 307507 | 307506 | species | RS | 4 | 1 | 1 | 1 | 22 | 0 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 30761 | 1489844 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3076173 | 90964 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30771 | 1489620 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3078114 | 8825 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3078917 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 307937 | 1620264 | species | DM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 307959 | 75365 | species | SR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3079744 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079748 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079749 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079753 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079757 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079761 | 1161 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079908 | 2815910 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3079910 | 3079908 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 30806 | 8205 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 308060 | 8821 | species | AR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3081713 | 1890438 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3082113 | 9870 | subspecies | RT | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3082578 | 163487 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3082720 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3082768 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3082771 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3082809 | 2005523 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3082813 | 2005523 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3082824 | 649777 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3083061 | 3082809 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 3083093 | 3082824 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 3083128 | 3082813 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 3083136 | 2815786 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 308354 | 1279 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3085097 | 3085098 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3085098 | 1382928 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3085327 | 3085335 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3085328 | 3085327 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 3085333 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3085334 | 3085333 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3085335 | 3085334 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3085338 | 3085335 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3085339 | 3085338 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 308558 | 53747 | species | EA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3085636 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3085642 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3086 | 35491 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30860 | 3051910 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3086086 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3086087 | 3086086 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3086088 | 3086087 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30863 | 1489909 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30869 | 1489923 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3087 | 3086 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 30870 | 1489923 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30871 | 1489943 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30874 | 1489923 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 308865 | 2762318 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3090882 | 67817 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3090883 | 3090882 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 30910 | 50374 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 309120 | 39948 | species | DM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30942 | 8252 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30947 | 30942 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30948 | 30942 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3096663 | 1752716 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 309788 | 400634 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 309803 | 2337 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 30988 | 1490019 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 309886 | 1298 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 30989 | 1489793 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 30991 | 94992 | species | SA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 309941 | 144708 | species | BA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3099418 | 2545693 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3099864 | 3044715 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 31 | 80811 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31009 | 1489793 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31013 | 1489793 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3101447 | 3018263 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3101716 | 30092 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31022 | 1489922 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31028 | 31022 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 310297 | 909656 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 310300 | 816 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31031 | 32517 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31032 | 31031 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31033 | 31032 | species | TR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3104269 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3104451 | 3245 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 310575 | 290425 | species | AK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3106242 | 224372 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106259 | 2847774 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106312 | 2705056 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106351 | 1817797 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106388 | 1752728 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106394 | 1817802 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106426 | 1817806 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106433 | 2572044 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106453 | 1817906 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106459 | 1752734 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106467 | 1817794 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106472 | 1752719 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106474 | 1817807 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106477 | 3366641 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106486 | 62680 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106501 | 1752737 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106526 | 1752729 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106533 | 1752724 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106545 | 1817913 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106597 | 1706441 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106607 | 1752732 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106621 | 1801616 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106794 | 2517203 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3106814 | 32015 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3108012 | 1801617 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3108222 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31089 | 1489343 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 310910 | 2779861 | species | LE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31092 | 41712 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 310966 | 1524964 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3111648 | 403 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 311180 | 2919626 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 311230 | 1822464 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31138 | 34903 | subspecies | TS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3113901 | 2611341 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3115840 | 6125 | suborder | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3116862 | 48736 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 311702 | 119210 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3117462 | 138 | species | BN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 311790 | 9347 | superorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31184 | 7674 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31185 | 31184 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3118652 | 3085636 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3118656 | 3082720 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3118658 | 3082720 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3118669 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3118682 | 203691 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3119832 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3119833 | 3119832 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3119969 | 9918 | species | BK | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 312026 | 1822464 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3120394 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120395 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120456 | 203692 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120499 | 2219556 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120654 | 3120394 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120669 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120697 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120698 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3120710 | 135614 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3121367 | 166953 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 3121605 | 2582935 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3121607 | 67810 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3121608 | 3121607 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3121609 | 3121608 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3121626 | 1906152 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3123326 | 2593658 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 31234 | 6237 | species | CR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31242 | 33286 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31244 | 6180 | superfamily | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31245 | 31244 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3125902 | 1644061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 312687 | 33283 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3126996 | 2052312 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3126997 | 3126996 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3126998 | 3126997 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3127008 | 3126998 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3127016 | 3127008 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 31276 | 28000 | species | PM | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 31277 | 6020 | order | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 31285 | 5691 | subspecies | TB | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 31299 | 2546211 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3131914 | 1184125 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 31345 | 29216 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3134675 | 2599196 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3134678 | 3134675 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3134679 | 3134678 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3135529 | 3090883 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3136022 | 30559 | superfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3136023 | 30559 | superfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 313624 | 70799 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3137154 | 2628820 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3137695 | 2811503 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3137761 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3137766 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3138693 | 134623 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3139175 | 32061 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3139182 | 3139175 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3140596 | 3085097 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3140597 | 3085097 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3140689 | 3140596 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 3140690 | 3140597 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 314122 | 47021 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 314145 | 1437010 | superorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 314146 | 1437010 | superorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 314147 | 314146 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3141700 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3141702 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 314230 | 124 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 314232 | 245188 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 314254 | 2632123 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 314275 | 226 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 314285 | 393662 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 314293 | 376913 | infraorder | | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 314294 | 9526 | superfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 314295 | 9526 | superfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 3143221 | 648176 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 314344 | 377315 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31453 | 50289 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 314722 | 83618 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3149309 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3151693 | 2497571 | class | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3151837 | 3151693 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 315204 | 90402 | species | GU | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3152113 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 315271 | 1166 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 315405 | 1301 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 315556 | 43808 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3159502 | 640293 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3159503 | 3159502 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3159504 | 3159503 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 316 | 578833 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3161138 | 194 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3161156 | 119542 | subspecies | RB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 316340 | 34395 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3166 | 2692248 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 316612 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 317 | 251695 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 317013 | 1985254 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 317045 | 1156497 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 317047 | 317045 | species | KC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 317549 | 44196 | species | PC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 317661 | 83778 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 318425 | 1866885 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 318456 | 657 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 318546 | 319095 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 318559 | 319056 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 318560 | 318559 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31872 | 2617991 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 318763 | 247143 | species | PF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 318829 | 48558 | species | PO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 319056 | 8113 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 319057 | 318546 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 319058 | 318546 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 319095 | 8113 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3193 | 131221 | clade | | 4 | 1 | 1 | 1 | 1 | 0 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 31932 | 1643678 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3195 | 3193 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 31953 | 85004 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31957 | 85009 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3196 | 29585 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 319653 | 1253 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31969 | 544448 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3197 | 3196 | species | MP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 319705 | 36809 | subspecies | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 31977 | 1843489 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31979 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 319795 | 68909 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 31984 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31988 | 69277 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31989 | 204455 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 31993 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 319939 | 3236656 | species | MO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 32 | 31 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32003 | 28216 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32008 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32009 | 28095 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 32011 | 32003 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32012 | 224471 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32015 | 2818505 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32016 | 2802295 | species | NO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 32022 | 197 | subspecies | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 320322 | 4640 | species | MT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 32033 | 135614 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32036 | 118884 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 32053 | 2881385 | species | TV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 320583 | 588673 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 320599 | 588673 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32061 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32062 | 1298 | species | DR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 32064 | 32061 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32066 | 3384189 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 32067 | 1129771 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32068 | 1129771 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32069 | 187857 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 320756 | 134549 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3208 | 3193 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 321 | 317 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 321084 | 43464 | species | CP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 321325 | 85043 | species | WD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 321397 | 114313 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 321398 | 321397 | species | LC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3214 | 404260 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 321662 | 136843 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 321846 | 286 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 322009 | 596707 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 32201 | 13402 | species | CI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 32207 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3223 | 1929018 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3224 | 3223 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32244 | 23212 | species | QS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3225 | 3224 | species | CP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 322505 | 519427 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 32260 | 92443 | species | VC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 322601 | 57495 | species | DB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 322611 | 196159 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32281 | 7215 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 32304 | 32281 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32307 | 32304 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 323097 | 912 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3231601 | 2584823 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 32320 | 32281 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32321 | 32281 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32324 | 32321 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32335 | 32281 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32341 | 7215 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 323413 | 1775411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 323449 | 1853232 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 323450 | 323449 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 32346 | 32341 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32347 | 32346 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32349 | 32346 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3235057 | 54409 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32352 | 32346 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32355 | 32341 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32357 | 32355 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32358 | 32355 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 323620 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 323655 | 399 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 323656 | 399 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3236652 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3236654 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3236656 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3236658 | 135621 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32386 | 7354 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32390 | 65207 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32391 | 32390 | species | CG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3239812 | 2634177 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3239873 | 147537 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3239874 | 147537 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 324009 | 131715 | species | ST | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3240234 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3243770 | 147537 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3243772 | 3239873 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3243773 | 3243770 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3243775 | 3239874 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3243778 | 4891 | order | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3244 | 1521260 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32440 | 186623 | subclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32443 | 41665 | infraclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32446 | 282425 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3245 | 3244 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32459 | 30700 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3246 | 3104451 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32473 | 8082 | species | XC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3249 | 1521260 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 324925 | 34090 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 324952 | 2000 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3250 | 3249 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 325166 | 9577 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32517 | 31028 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 32519 | 186634 | subcohort | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 32521 | 186624 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 325217 | 68287 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32523 | 1338369 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32524 | 32523 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 32525 | 40674 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 325452 | 4783 | species | PK | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3255 | 1521258 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3256 | 3255 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32561 | 8457 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3257 | 3256 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 32597 | 28000 | species | PO | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3259750 | 85025 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 325984 | 4672 | species | DZ | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 32630 | 81077 | species | SC | 7 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 326319 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 326431 | 28771 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 326606 | 2033035 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 326616 | 326606 | species | AB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 326617 | 326616 | varietas | AB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 326644 | 42360 | species | DC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 326657 | 42308 | species | HC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 326681 | 42308 | species | HT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3268 | 1521262 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 327045 | 11632 | subfamily | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 327061 | 326606 | species | AT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 327109 | 94032 | species | UD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 327159 | 119066 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 327277 | 1678 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3275 | 1203512 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3277336 | 1802339 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3277337 | 3277336 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3277338 | 3277337 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 327740 | 8421 | species | HS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 327750 | 2641067 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 328320 | 8486 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 328321 | 328320 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 328814 | 239759 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 329046 | 109967 | species | RG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 329406 | 57488 | species | TM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 329857 | 186822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 329878 | 159987 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 329961 | 33406 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33008 | 1827 | species | RG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33010 | 1912216 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33013 | 28447 | subspecies | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33024 | 909930 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33028 | 1279 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33038 | 2316020 | species | MG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33042 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33043 | 33042 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 330485 | 47284 | species | PS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 33049 | 2918791 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 330517 | 71684 | species | PP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33057 | 2008794 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33060 | 629 | species | YM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33069 | 136849 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 330702 | 29507 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 330750 | 36270 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 330841 | 34735 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 330842 | 330841 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 330843 | 330842 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33090 | 2759 | kingdom | | 4 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 330920 | 13687 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 330922 | 497 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33114 | 4071 | species | CB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3313 | 58019 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33154 | 2759 | clade | | 4 | 0 | 1 | 1 | 1 | 1 | 1 | 0 | | | 0 | 0 | 0 | 1 | 331635 | 85991 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 331654 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 331657 | 329878 | species | CM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3318 | 1446380 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33183 | 451871 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33184 | 33183 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33194 | 28556 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33196 | 28983 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 331992 | 1501433 | species | KF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33202 | 1131624 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33203 | 1052105 | species | PL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 332055 | 165695 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33208 | 33154 | kingdom | | 1 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 332095 | 448125 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33213 | 6072 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 332157 | 2896860 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 332160 | 204432 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 332173 | 213117 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33256 | 6249 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 332589 | 2867164 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33259 | 33256 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33278 | 27829 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33283 | 6300 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33284 | 33283 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33286 | 6301 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 332947 | 42367 | species | HM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 332949 | 1350 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 333046 | 171549 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33310 | 1206794 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33312 | 190564 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33317 | 33213 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 333367 | 2719313 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33339 | 7496 | infraclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33340 | 7496 | infraclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33341 | 33340 | cohort | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33342 | 3701061 | cohort | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33343 | 7524 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33345 | 33343 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33347 | 33345 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33349 | 33347 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33351 | 33349 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 33354 | 33351 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33355 | 33354 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 33357 | 33351 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33358 | 33357 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33361 | 1955247 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 33362 | 36151 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33365 | 1955247 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 33368 | 33365 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3337 | 3318 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33370 | 30102 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33373 | 7524 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33375 | 33373 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33380 | 33373 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33385 | 33380 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33386 | 133076 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33387 | 133076 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33392 | 3701061 | cohort | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 333966 | 1835 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33406 | 41830 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33415 | 37572 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 334406 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3345070 | 1783270 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 334542 | 2840174 | species | RQ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 334819 | 117187 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 334852 | 407 | species | MO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 334885 | 257886 | species | PR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33491 | 115362 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3349921 | 68336 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3349962 | 3349921 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 33511 | 33213 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3352 | 139271 | species | PT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 33527 | 586240 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33528 | 33527 | species | GA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 335284 | 330922 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 335405 | 2820280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33550 | 9989 | suborder | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33553 | 9989 | suborder | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33554 | 314145 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33574 | 9205 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33582 | 9205 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33583 | 33582 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33584 | 33583 | species | BR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33592 | 8941 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 335928 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 335929 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33611 | 8922 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33630 | 2698737 | clade | | 1 | 0 | 1 | 1 | 4 | 0 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 33634 | 2698737 | clade | | 4 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 33644 | 33856 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33651 | 2683629 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 33652 | 238884 | genus | | 4 | 1 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33653 | 33652 | species | CR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3366610 | 2157 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3366641 | 1935183 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3367 | 1446379 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3368 | 3367 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33682 | 2611352 | phylum | | 1 | 1 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3369 | 3368 | species | CJ | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 336960 | 1239438 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 336983 | 54131 | subspecies | CA | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 337004 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 337075 | 47204 | species | PO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3371042 | 9726 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3371155 | 3371042 | species | SO | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 337330 | 1590 | subspecies | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3374108 | 204455 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 337451 | 337465 | forma | CM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 337465 | 13428 | species | CM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 33760 | 3429929 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 337677 | 337687 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 337687 | 1963758 | clade | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 337726 | 55153 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 337730 | 337726 | tribe | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 337752 | 9991 | tribe | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33789 | 30910 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 337900 | 2303520 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3379134 | 2 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 337963 | 337677 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 338 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33807 | 28211 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33809 | 28216 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33811 | 1236 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 338152 | 9681 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 338153 | 9681 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 338188 | 816 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 338190 | 31932 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 338191 | 338190 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 338217 | 174 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33823 | 120862 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33825 | 6020 | order | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3382697 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3382698 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3383031 | 2701 | species | GB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3383949 | 452221 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3384189 | 2 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3384194 | 2 | kingdom | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 33849 | 2836 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33850 | 33849 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 33851 | 33850 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33852 | 33851 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33853 | 2836 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33854 | 33853 | subclass | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33855 | 33854 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33856 | 33855 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3385905 | 3120395 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3385906 | 3120395 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3386224 | 588814 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3386242 | 588816 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3386246 | 3386224 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3386247 | 3386246 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3386251 | 3386242 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3386293 | 3386251 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 338645 | 338648 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 338648 | 3086088 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 33874 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33876 | 33874 | species | CJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33877 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33878 | 33877 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3388067 | 44249 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33882 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33883 | 33882 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33886 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33889 | 1696 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33892 | 1765 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3389915 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 339 | 338 | species | XC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3390015 | 3120669 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3390020 | 3120669 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3390202 | 338 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3390273 | 570 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3391093 | 1489739 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3391113 | 3391093 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33917 | 33882 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33926 | 2146 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 339268 | 120793 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33945 | 1350 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33951 | 186806 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33953 | 1485 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 33958 | 186826 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 33962 | 2767893 | species | LK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33964 | 1243 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 339658 | 1428 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 33973 | 204434 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3398 | 58024 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 33981 | 83778 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3398495 | 383614 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 33986 | 539742 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 339866 | 32012 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33987 | 33986 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 33988 | 775 | tribe | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3399770 | 3349962 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3399771 | 3399770 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3400367 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34008 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 340080 | 33825 | family | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 340093 | 3052493 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 340096 | 186821 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 340097 | 340096 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34018 | 1081 | species | RC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 340188 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34019 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3402413 | 2235 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3402493 | 294691 | species | PC | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3402561 | 222545 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3402707 | 54253 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 34037 | 1903411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34038 | 34037 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34042 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34064 | 72273 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34067 | 135616 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3407004 | 1926659 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3407010 | 1125 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3407073 | 55 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34072 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34073 | 34072 | species | VP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34087 | 28453 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34090 | 1099 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34093 | 92712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34094 | 2624792 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3409772 | 1301 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 34098 | 39782 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3410118 | 9709 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34102 | 3694169 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34103 | 34102 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 341189 | 85982 | varietas | SL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34145 | 131211 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 34146 | 34145 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 3414684 | 795747 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3414708 | 3414684 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3415498 | 28889 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34168 | 455304 | species | DC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3418604 | 2509511 | species | BP | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3418650 | 11646 | species | LH | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3418654 | 11646 | species | LS | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3418804 | 4762 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3419797 | 100746 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 342002 | 1073531 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3423716 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3423717 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3423718 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3423719 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3423720 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 342381 | 170865 | species | HS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3424297 | 2731619 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3424642 | 3424297 | family | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3426474 | 39743 | species | AH | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3426505 | 249589 | species | AG | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3426993 | 10814 | species | BS | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3427237 | 143919 | species | BE | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 34275 | 3633 | species | GM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 34276 | 3633 | species | GD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 34277 | 3633 | species | GT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 342808 | 1709327 | species | PP | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3428502 | 12059 | species | EB | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 34286 | 3633 | species | GK | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 34287 | 3633 | species | GD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3428793 | 1636618 | species | FC | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 34289 | 3633 | species | GL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 34290 | 3633 | species | GA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 34294 | 3660 | species | CA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3429929 | 12316 | species | IP | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 343 | 3390202 | species | XT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3431745 | 119164 | species | PC | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3432 | 232347 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3432176 | 1914299 | species | RV | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3432193 | 10912 | species | RA | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3432284 | 2732968 | species | SP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 34329 | 87658 | species | CC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3433 | 3432 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 343334 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3433342 | 2732068 | species | WP | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3434 | 3433 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 343403 | 343334 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3434657 | 5185 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3435 | 3434 | species | PA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 343510 | 445 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3435293 | 216851 | species | FL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 34353 | 3243772 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3435358 | 2830 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 343564 | 34687 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 343581 | 343564 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34368 | 654833 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 343691 | 343581 | species | HI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34371 | 5120 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 343758 | 2043424 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34384 | 33183 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34395 | 451870 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34397 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3440 | 41768 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3440528 | 184208 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3440663 | 74201 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 3440664 | 3440663 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 3440665 | 3440664 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 34431 | 5339 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 344338 | 47928 | species | UB | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 34435 | 5339 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34444 | 5401 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3444708 | 743725 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3444709 | 3444708 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 3444710 | 3444709 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 34448 | 654128 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 344610 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 344612 | 5057 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34470 | 5320 | species | PD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34475 | 2066992 | species | RR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3447509 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 34478 | 451435 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34479 | 34478 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34486 | 4857 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34487 | 34486 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34488 | 34487 | species | CC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34489 | 1344963 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34502 | 116925 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34503 | 34502 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34504 | 34503 | species | PW | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3456524 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3456997 | 4762 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3456998 | 4763 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 346 | 643453 | species | XC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34619 | 426437 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34620 | 34619 | species | DA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34625 | 426438 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34627 | 34625 | species | HM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3462706 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34630 | 426437 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34634 | 6934 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34643 | 74975 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3465 | 41768 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3466454 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3466516 | 311790 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34667 | 71528 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3467296 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3468 | 1462614 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 34687 | 43734 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3469 | 3468 | species | PS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 34695 | 36668 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 347 | 338 | species | XO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34717 | 143999 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34725 | 7434 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34735 | 7434 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 347481 | 76890 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 347515 | 5664 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 3475240 | 1543705 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 0 | 0 | 1 | 347533 | 84642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34763 | 41302 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34765 | 34763 | species | OD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34772 | 55119 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34773 | 34772 | species | AS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 347750 | 2681869 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 347751 | 347750 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3479 | 3481 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3479148 | 186823 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3479963 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3481 | 3744 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 34815 | 42148 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34816 | 34815 | species | MS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34828 | 13513 | species | EM | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 348386 | 11646 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 348388 | 196816 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34839 | 10151 | species | CL | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 348442 | 154116 | species | GR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3487 | 3744 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 348720 | 116150 | subspecies | PA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34877 | 9850 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34878 | 9850 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34879 | 9608 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34880 | 34879 | species | NP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 348802 | 5583 | species | EX | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34881 | 169417 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34882 | 34881 | species | EL | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 348841 | 186801 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34902 | 8476 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34903 | 34902 | species | TS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34915 | 1294636 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 349312 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 349313 | 349312 | species | KC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 34944 | 28731 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34956 | 28732 | species | VA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3497 | 3054905 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 349747 | 633 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 34979 | 8570 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 34984 | 34979 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34989 | 8570 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 34999 | 169862 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35005 | 34999 | species | TE | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3502 | 91835 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3503 | 3502 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35069 | 133550 | class | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35070 | 35069 | subclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35085 | 418103 | species | PS | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 350893 | 237 | species | FD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 351 | 135621 | subfamily | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 351052 | 133193 | species | AE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3511 | 3503 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 351195 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35140 | 1136790 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 352 | 351 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3524 | 1437201 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 352449 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 352851 | 5179 | species | SN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 353 | 352 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 353565 | 3049 | species | PM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 354243 | 1073531 | species | MK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 354276 | 547 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 354349 | 118882 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 354351 | 354349 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 354354 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 354355 | 354354 | species | NY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 354356 | 354354 | species | NK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35460 | 75966 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35461 | 35460 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35466 | 35491 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35484 | 3042 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35491 | 2812636 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35493 | 33090 | phylum | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35497 | 91561 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35500 | 9845 | infraorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3554 | 1804621 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3555 | 161934 | subspecies | BV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 355591 | 2742 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 355688 | 155619 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 35571 | 7184 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3558 | 1307774 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 355930 | 337004 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 356 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35608 | 4219 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3561 | 1307775 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 356145 | 1817 | species | NN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35617 | 1767 | subspecies | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3562 | 3561 | species | SO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3563 | 3524 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35675 | 2696291 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3569723 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 357 | 227290 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35701 | 2831443 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35703 | 544 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35715 | 163487 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 35717 | 5112 | species | EF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35721 | 34489 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35722 | 35721 | species | PP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35729 | 8206 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35737 | 30648 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 357441 | 1350 | species | EL | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 357465 | 3468 | species | PA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 357466 | 3468 | species | PA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 35753 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35754 | 35753 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35756 | 1716 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35761 | 2615069 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 35763 | 90974 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35764 | 2000 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35772 | 85621 | species | PW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 35798 | 206379 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 358 | 1183400 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35800 | 407032 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 358023 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35806 | 34008 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35828 | 2634177 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 35829 | 3120654 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35832 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 35833 | 35832 | species | BW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35841 | 1276290 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 358771 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 35883 | 4119 | species | IN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 35885 | 4119 | species | IT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 358905 | 1506295 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 359 | 3701763 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 359160 | 4479 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 359169 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3593 | 866800 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 359359 | 613121 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 35939 | 25692 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 359823 | 71323 | species | CL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 360054 | 911113 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3602 | 403667 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3603 | 2304100 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 360336 | 34329 | subspecies | CC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 36050 | 569360 | species | FP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36056 | 5369 | species | BE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36064 | 355688 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36080 | 4830 | species | MC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36086 | 119093 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36090 | 31242 | species | GP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36100 | 6452 | species | HR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 361210 | 171551 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 361279 | 459532 | species | TH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36141 | 730333 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3615 | 3524 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 36151 | 33361 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 361572 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 361606 | 588673 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 361607 | 361606 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36182 | 504567 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36189 | 30806 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36190 | 36189 | species | CA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36199 | 8206 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 362 | 1183400 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36206 | 8205 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 36209 | 36206 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 362242 | 1809 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3623 | 41945 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3624 | 3623 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 36270 | 2116661 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 362788 | 53922 | species | ST | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3629 | 41938 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 36291 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 363265 | 2974265 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 363276 | 388449 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3633 | 214907 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3634 | 3633 | species | GB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 363408 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 363464 | 1783273 | phylum | | 0 | 1 | 25 | 0 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3635 | 3633 | species | GH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 363568 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 363569 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 363886 | 335928 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 363952 | 283 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3640 | 214909 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 364024 | 35715 | species | PC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3641 | 3640 | species | TC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 364270 | 4036 | suborder | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 364316 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3646 | 91835 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3647 | 3699 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3648 | 3647 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3649 | 3648 | species | CP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3650 | 71239 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 365032 | 89374 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 365332 | 613091 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 365340 | 34008 | species | RI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3655 | 1003877 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 365532 | 3385906 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 365590 | 22 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 365591 | 22 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3659 | 3655 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3660 | 1003878 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 366209 | 127320 | subtribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3663 | 3660 | species | CP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3664 | 3663 | subspecies | CP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 366453 | 2905228 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 366454 | 366453 | species | NC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 366614 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 366649 | 346 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 36668 | 2153479 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 367188 | 3064797 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36723 | 9665 | species | ME | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36734 | 6032 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36739 | 85020 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36746 | 136849 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36750 | 214506 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36751 | 36750 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36753 | 214509 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 367737 | 28197 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 367771 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 367928 | 1680 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3679999 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36807 | 33882 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36809 | 670516 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36811 | 1866885 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3681280 | 30496 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36814 | 1866885 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3681502 | 1562566 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3681503 | 3681502 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36818 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36819 | 1813 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36827 | 1491 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3683 | 3646 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 36839 | 1485 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36845 | 1485 | species | CI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36853 | 2937909 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36854 | 36853 | species | DD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36861 | 919 | species | TD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 36862 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36866 | 543 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3687091 | 6125 | suborder | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 36873 | 1822464 | species | PX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3687896 | 1890436 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3687901 | 3687896 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 0 | 0 | 1 | 3688 | 3646 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 36880 | 2682468 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 36881 | 36880 | species | CT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3689 | 238069 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3691768 | 43693 | family | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3691983 | 1485 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 36922 | 767018 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3694 | 3689 | species | PT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3694169 | 2975441 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3695485 | 147100 | superclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3697513 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 369791 | 232115 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 369798 | 133 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3699 | 91836 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3700 | 3699 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37003 | 326431 | species | KM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3700668 | 2731619 | subfamily | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3700683 | 2732545 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3700712 | 2732554 | suborder | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3700833 | 3700668 | genus | | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3700964 | 3044782 | subgenus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701 | 980083 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3701028 | 197562 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701029 | 3701028 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701030 | 3701028 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701045 | 72041 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701061 | 33340 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701062 | 33392 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701063 | 3701062 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701064 | 3701062 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3701761 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3701763 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3701765 | 82115 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3702 | 3701 | species | AT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3703693 | 3700833 | species | XB | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3703990 | 234 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3704128 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 370471 | 65551 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3705 | 981071 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3705317 | 112252 | clade | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 3705878 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3705879 | 214504 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3705883 | 4761 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37077 | 30451 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37079 | 37077 | species | PU | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3708 | 3705 | species | BN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 37084 | 9231 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37085 | 37084 | species | MA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37090 | 31277 | suborder | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 370974 | 237 | species | FF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3710399 | 2982305 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37104 | 5719 | order | | 1 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3710460 | 2982305 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3711 | 3705 | species | BR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3712 | 3705 | species | BO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 371601 | 816 | species | BX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37180 | 9963 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37181 | 37180 | species | BT | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 372310 | 8930 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 372321 | 372310 | species | PF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 372326 | 372321 | subspecies | PF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 372463 | 182709 | species | OP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3725 | 981071 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3726 | 3725 | species | RS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 37267 | 7002 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 373 | 3701761 | species | GV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 373040 | 149698 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37326 | 1817 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37329 | 1817 | species | NF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37330 | 1817 | species | NN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37332 | 1817 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37343 | 2982298 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37344 | 37343 | species | AR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37372 | 209 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 373984 | 1185 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 374 | 41294 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 374063 | 192734 | tribe | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37434 | 1912919 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3744 | 91835 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37442 | 38663 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 374468 | 4893 | genus | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3745 | 3744 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37452 | 976 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 37467 | 227329 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37468 | 37467 | species | PT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3749 | 721813 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 375 | 374 | species | BJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3750 | 3749 | species | MD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 375288 | 2005525 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3754 | 721805 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 375446 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 375451 | 2434 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3755 | 3754 | species | PD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 375574 | 397456 | species | GI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37567 | 41197 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 37568 | 104430 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37569 | 104431 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37570 | 104431 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37572 | 104431 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37573 | 104431 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37579 | 34984 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37581 | 37567 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37599 | 9133 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3760 | 3754 | species | PP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3761 | 721790 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37616 | 5658 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37617 | 37616 | species group | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 376170 | 1644056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37623 | 37858 | species | OE | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37635 | 2648843 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3764 | 1176516 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 376469 | 84566 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3766 | 721813 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37682 | 4480 | species | AT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 376911 | 9443 | suborder | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 376913 | 9443 | suborder | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 376915 | 376911 | infraorder | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 376919 | 9479 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 377315 | 580372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37734 | 1350 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 377532 | 92581 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 377616 | 83618 | species | PY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 377833 | 92738 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 377994 | 127825 | species | TM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37806 | 2899671 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 378069 | 30503 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 378070 | 378069 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3781 | 41946 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 37818 | 158406 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3782 | 3781 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 378210 | 2008793 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 378266 | 5303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 378272 | 5318 | species | IR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37840 | 1812776 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 378404 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 37849 | 6712 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37852 | 68882 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37858 | 6563 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 378806 | 41 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 378850 | 9498 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 379 | 227290 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 379097 | 1891919 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37914 | 85029 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37919 | 1827 | species | RO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37928 | 3456524 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37930 | 1742989 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 379347 | 2083206 | species | TM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 37945 | 3695485 | class | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 379532 | 30600 | species | PC | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 379583 | 33554 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 379584 | 33554 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37989 | 222545 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 379899 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37990 | 37989 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 37991 | 37990 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 380 | 663276 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 380021 | 136842 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38018 | 12333 | species | BS | 3 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 380240 | 1127830 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 380244 | 58113 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3803 | 72025 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 380358 | 29447 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 38037 | 2316155 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 38038 | 38037 | species | RS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38039 | 376919 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3804 | 3803 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3805 | 2115957 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38063 | 2235 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3807 | 3804 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 38070 | 9498 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 380738 | 1127830 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 38074 | 388283 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3808 | 163485 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 381 | 68287 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38130 | 30262 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3814 | 3803 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3817 | 2231390 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3818 | 3817 | species | AH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 382 | 28105 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38290 | 1716 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38301 | 1716 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38313 | 22 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 383407 | 129394 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 383610 | 28184 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 383614 | 1182 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 383615 | 3398495 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 383750 | 28253 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 384 | 379 | species | RL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38452 | 110844 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3846 | 163735 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 384602 | 1269 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 384638 | 538999 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3847 | 1462606 | species | GM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3848 | 1462606 | species | GS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 38492 | 66101 | species | SC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38501 | 85030 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 385255 | 1329930 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3853 | 163743 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38563 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 38568 | 5658 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38581 | 38568 | species group | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 38582 | 38568 | species group | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 385972 | 383615 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 38608 | 9263 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 38609 | 9263 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 386267 | 240405 | species | SP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 386414 | 2974257 | species | HT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38654 | 8495 | species | AS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 386614 | 117853 | species | AR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38662 | 10015 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 38663 | 10015 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 38669 | 37442 | species | PL | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3869 | 163729 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 387 | 384 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3870 | 3869 | species | LA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 387005 | 6281 | species | OF | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3871 | 3869 | species | LA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 38727 | 2100771 | species | PV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 38748 | 33850 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3877 | 163742 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38771 | 8487 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 38780 | 137 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 38785 | 3701 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 3880 | 3877 | species | MT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 388085 | 171392 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 38815 | 3031666 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 38820 | 4734 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 388282 | 147547 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 388283 | 1520881 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3883 | 163735 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38832 | 41873 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38833 | 38832 | species | MP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 38834 | 2704063 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 388435 | 1520881 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 388447 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 388448 | 388447 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 388449 | 388448 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 388461 | 363276 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3885 | 3883 | species | PV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 388747 | 48461 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 38875 | 2837504 | species | HO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3888 | 3853 | species | LO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 388809 | 254789 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3894 | 553630 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 38942 | 3511 | species | QR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 38946 | 299071 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 389734 | 227334 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3898 | 163742 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 389951 | 227334 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39 | 80811 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 390242 | 84567 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 390250 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 390637 | 574347 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 390876 | 2844864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 390896 | 100048 | species | TP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 390988 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 391 | 2613769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 39107 | 10066 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 391180 | 34882 | subspecies | EL | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3913 | 163735 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3914 | 3913 | species | VA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 391612 | 2546361 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 391623 | 55802 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 3917 | 3913 | species | VU | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 391948 | 490828 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 391952 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 392016 | 3479148 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 392030 | 231623 | species | RM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 392033 | 231623 | species | RS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39216 | 166235 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39217 | 39216 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 392413 | 1298 | species | DM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39251 | 155891 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 392547 | 380240 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 392733 | 204434 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 392734 | 392733 | species | TR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 392815 | 9528 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 393003 | 79328 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 393087 | 74385 | species | GL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3931 | 41944 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 393283 | 37840 | species | PF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3934 | 41944 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 393657 | 168934 | species | TT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 393661 | 1706372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 393662 | 393661 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3939 | 1585432 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 394 | 380 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 394340 | 446660 | subspecies | AE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 394559 | 196869 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 39482 | 2005359 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39483 | 1573534 | species | FC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39485 | 28050 | species | LE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39486 | 189330 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39491 | 1766253 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 394935 | 535 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 395010 | 395590 | species | ZC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 395331 | 1198451 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 395387 | 2034 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 395501 | 166415 | species | HI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 395590 | 93133 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 396024 | 2720874 | species | AR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39616 | 28725 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39617 | 39616 | species | AC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39620 | 330750 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39621 | 39620 | species | AA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 396331 | 5303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 396416 | 144715 | species | BP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39643 | 49 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39650 | 10 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 396597 | 152480 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 396712 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 39677 | 147539 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 396811 | 2762286 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39687 | 1866885 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39692 | 1866885 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39693 | 1866885 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39700 | 5690 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 39702 | 93133 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 397287 | 186928 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 39733 | 2732551 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39740 | 2732544 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39743 | 137992 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 397456 | 1499392 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3977 | 3646 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 39779 | 186802 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 39782 | 200644 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39791 | 1716 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 398 | 3701763 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3980 | 235882 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 3981 | 3980 | species | HB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 398257 | 83614 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39829 | 116707 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39831 | 573 | subspecies | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 39845 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 398518 | 103855 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 398673 | 5543 | species | TG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3987 | 235880 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 398736 | 662 | species | VR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3988 | 3987 | species | RC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 398843 | 3259750 | species | RK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 399 | 1525371 | species | NG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 3990 | 235895 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 399129 | 5114 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 399320 | 2791015 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 39946 | 4530 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 39947 | 4530 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 39948 | 31977 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 3995 | 235887 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 399587 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 40 | 39 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40037 | 33415 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4004 | 3646 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40040 | 33415 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4005 | 4004 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 400634 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 400727 | 72702 | species | PC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 400782 | 175121 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40082 | 7135 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40083 | 7135 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40087 | 31993 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 400946 | 582472 | species | WC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4011 | 41937 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40117 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 40118 | 3137695 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 40138 | 36668 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 401469 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40150 | 9747 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40151 | 40150 | species | MM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 401562 | 414371 | species | AU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40163 | 37945 | subclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40199 | 679429 | species | FA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40215 | 469 | species | AJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40216 | 469 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4022 | 1977919 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40222 | 135616 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4023 | 4022 | species | AN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 40234 | 9415 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40237 | 9415 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40238 | 9415 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40247 | 49448 | species | DV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 402649 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 402998 | 243963 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 403 | 135618 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40307 | 1955251 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40323 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40324 | 995085 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40354 | 43219 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40355 | 40354 | species | FP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4036 | 91882 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40364 | 32321 | species subgroup | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 403666 | 91835 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 403667 | 91834 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4037 | 364270 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 403978 | 200644 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 404011 | 22 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 404130 | 213481 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 40417 | 452342 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 404235 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40424 | 139380 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 404256 | 3208 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 404260 | 3208 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 404386 | 83681 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40445 | 378266 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40455 | 2985477 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40456 | 40455 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40457 | 40456 | species | FH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40492 | 5644 | species | SH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 404941 | 670516 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 405031 | 127312 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 405034 | 405031 | species | BI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40520 | 572511 | species | BO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40544 | 995019 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40545 | 40544 | species | SW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40548 | 1437197 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4055 | 91888 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40552 | 73496 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 405534 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 40559 | 33196 | species | BC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4056 | 4055 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4057 | 1498435 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40576 | 626 | species | XB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4058 | 4057 | species | CR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 406341 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 406425 | 2978683 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 406432 | 283810 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40674 | 32524 | class | | 2 | 0 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40678 | 3028843 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40679 | 40678 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40685 | 238069 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40686 | 40685 | species | SV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4069 | 91888 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 40690 | 35729 | species | TB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 407 | 119045 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4070 | 4069 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 407032 | 1293499 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4071 | 424564 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4072 | 4071 | species | CA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 408113 | 111198 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 408114 | 408113 | species | MA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 408139 | 171 | species | LK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 408140 | 408139 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 408180 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 408184 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4085 | 424562 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 408753 | 516086 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 409 | 2615210 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 409322 | 157 | species | TP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40948 | 241792 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4097 | 4085 | species | NT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 40983 | 28231 | species | GH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 409849 | 86204 | species | PM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 40995 | 45676 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40996 | 40995 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 40998 | 40996 | species | EA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41 | 40 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 410072 | 3569723 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 410274 | 52632 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41068 | 2720871 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4107 | 424574 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41084 | 7041 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41086 | 41084 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41087 | 41084 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41088 | 41084 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4109 | 4107 | species | SC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4113 | 4107 | species | ST | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 41142 | 7055 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41145 | 569635 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 411464 | 901 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 411483 | 216851 | species | FD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41155 | 34667 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41170 | 33986 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4118 | 4069 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4119 | 267213 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41191 | 7088 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41196 | 41191 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 41197 | 41196 | parvorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 41200 | 2608897 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 412032 | 118884 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 412033 | 412032 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 412034 | 412033 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41211 | 2632609 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 41212 | 116571 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 412133 | 5722 | isolate | | 1 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 412384 | 2800373 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41247 | 2024004 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41248 | 41247 | species | MG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 412687 | 53357 | species | IO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41275 | 76892 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 412764 | 766764 | genus | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4128 | 292919 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41289 | 2206 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 41292 | 356 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 41293 | 433 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 41294 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41295 | 204441 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41296 | 41295 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 41297 | 204457 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41302 | 2507557 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 413071 | 29875 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 413435 | 568386 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 413496 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 413497 | 413496 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 413503 | 413496 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4136 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41399 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 414048 | 84567 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4143 | 91888 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 414371 | 255475 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4144 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41442 | 83155 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41443 | 474069 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4145 | 426106 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4146 | 4145 | species | OE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 414684 | 34018 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 414713 | 414714 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 414714 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 414715 | 414713 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 414771 | 44249 | species | PD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 414877 | 414714 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 414878 | 414877 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4149 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 414999 | 74201 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 415000 | 414999 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41514 | 59203 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4155 | 1502711 | species | EG | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 416 | 403 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 416017 | 182639 | species | KA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 416441 | 34444 | species | LA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 416442 | 34444 | species | LH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41665 | 186623 | subclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41666 | 8292 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41679 | 3726 | varietas | RS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4169 | 216769 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 416916 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 416949 | 84566 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 416955 | 416949 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4170 | 4169 | species | SA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 41705 | 1489388 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 417102 | 2053 | species | GL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41711 | 1489798 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41712 | 31089 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 417183 | 4862 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 417184 | 417183 | species | MS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 417295 | 74201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 417368 | 1350 | species | ET | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41768 | 1437183 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 417921 | 909700 | species | EC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 418 | 2608980 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 418031 | 2642494 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 418103 | 5820 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 418107 | 5820 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41819 | 41828 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41820 | 58262 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 418240 | 572511 | species | BW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41827 | 43786 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41828 | 43786 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 41830 | 43784 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4185 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 418719 | 2742 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41872 | 1489919 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 41873 | 13792 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41874 | 1525212 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41875 | 41874 | species | BP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 41899 | 32008 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 419005 | 838 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 419014 | 31953 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 419125 | 4418 | species | NT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 419257 | 629 | species | YM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41937 | 91836 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41938 | 91836 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41944 | 91836 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41945 | 71274 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 41946 | 1437201 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 419474 | 234 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4196 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 419612 | 9836 | species | CF | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41978 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 419825 | 1873 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 41986 | 33877 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 419942 | 43080 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 42 | 39 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42020 | 31453 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 420245 | 5660 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 420408 | 85621 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 42054 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42062 | 32307 | species | DN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4209 | 91882 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 421 | 416 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4210 | 4209 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 42100 | 9741 | species | PS | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4211 | 102814 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 42113 | 6340 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4212 | 4211 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 42148 | 1489923 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 421525 | 2782231 | species | KH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42157 | 6281 | species | OO | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42163 | 162266 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4219 | 886714 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 42192 | 6548 | species | MC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 422282 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 42234 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42236 | 1883 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42238 | 1883 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42241 | 88770 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42242 | 42241 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42243 | 2558951 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 422442 | 53355 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42252 | 2802295 | species | NT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42255 | 84997 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 422564 | 62336 | species | ML | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 42258 | 4953 | species | ZM | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 422676 | 5794 | class | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 42282 | 33415 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42289 | 7143 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 423054 | 75739 | suborder | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 42308 | 2033035 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4231 | 102814 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4232 | 4231 | species | HA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 423349 | 84566 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4235 | 745062 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 42353 | 2609265 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 423536 | 31276 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 4236 | 4235 | species | LS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 42360 | 2033035 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42367 | 474942 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42442 | 5352 | species | LN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42449 | 7114 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 424551 | 4070 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 424554 | 4070 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 424562 | 424554 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 424564 | 424551 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 424566 | 424551 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 424574 | 424551 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 424799 | 2870716 | species | NT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42495 | 1489739 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 42513 | 42495 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42514 | 42513 | species | PN | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42520 | 10040 | species | PC | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42525 | 42495 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42526 | 42525 | species | CM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 425306 | 68287 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 425468 | 120793 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 426106 | 4144 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 426128 | 89958 | species | NP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 426430 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 426437 | 6939 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 426438 | 6939 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 426481 | 104267 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42672 | 171627 | species | FN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42684 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 427077 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42740 | 2683629 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 427920 | 2893050 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42813 | 33310 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42814 | 33312 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 42881 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 42895 | 2608935 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 42897 | 623 | serotype | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 428994 | 2611147 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 429 | 403 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 429133 | 88138 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 429341 | 44249 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 430498 | 314122 | species | DH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 430531 | 111527 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43057 | 1653176 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43080 | 2100760 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 431057 | 511745 | species | MK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 431241 | 51453 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 43138 | 5884 | species | PP | 1 | 1 | 6 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 43148 | 2116661 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43149 | 43148 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43150 | 43149 | species | HR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 431675 | 2800384 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 431837 | 5878 | subphylum | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 431838 | 5878 | subphylum | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 431957 | 2204096 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 431958 | 431957 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 431959 | 431958 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43219 | 34395 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 432330 | 186823 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 432403 | 2743713 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43257 | 30874 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43263 | 3236652 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4328 | 232378 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 433 | 3120395 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43304 | 1866885 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43305 | 830 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 433286 | 1843210 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 433337 | 171550 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 433404 | 8202 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 433405 | 433404 | species | AO | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43346 | 9901 | subspecies | BB | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4335 | 41945 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 433684 | 31032 | species | TF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 433720 | 104781 | species | AS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 434 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 434124 | 68337 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 434235 | 55512 | species | PI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 434307 | 51291 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4345 | 41945 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 43455 | 33611 | species | CA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4346 | 217046 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 43464 | 8955 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 435591 | 823 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 435837 | 145391 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 43595 | 2330 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 436295 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 436357 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 436400 | 31 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 436486 | 8492 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 436489 | 436486 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 436491 | 436489 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 436492 | 436491 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 436515 | 34072 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43655 | 53246 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43657 | 53246 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43658 | 53246 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43662 | 53246 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43663 | 1742992 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43665 | 1742992 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 436663 | 165697 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43667 | 1742989 | species | GU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43670 | 1707 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43675 | 32207 | species | RM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43676 | 85017 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43689 | 8155 | species | SD | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43693 | 2601530 | order | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 43697 | 1489892 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43698 | 129918 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43699 | 43698 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43700 | 43699 | species | MA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43733 | 7203 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43734 | 7203 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43738 | 480117 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 43741 | 43738 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 43742 | 43738 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 43746 | 43741 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 437506 | 2800062 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43752 | 43741 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43755 | 43742 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43767 | 2979332 | species | PE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43769 | 1716 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43770 | 1716 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43784 | 7148 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43786 | 7148 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 437897 | 158846 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43793 | 33406 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43801 | 41819 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43808 | 7149 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43816 | 7157 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43817 | 7157 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43845 | 7214 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43867 | 7211 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43871 | 164860 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43873 | 403666 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 43901 | 43867 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 43914 | 7371 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 439357 | 153976 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 439358 | 439357 | species | MU | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 439484 | 135619 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 43953 | 6670 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43987 | 34353 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43988 | 1892249 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43992 | 374 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 43996 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 43997 | 43996 | species | CM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44 | 39 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44000 | 3071002 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44008 | 1350 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44011 | 267892 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44013 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 440515 | 178469 | species | AE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44055 | 3235057 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 44056 | 44055 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 441 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4410 | 261007 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 441112 | 599652 | species | TI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 441157 | 430531 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 441209 | 119542 | subspecies | RB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 441366 | 210581 | species | GW | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 441620 | 223967 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4418 | 4410 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 44191 | 3028843 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 441921 | 270857 | species | NL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44196 | 44191 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4422 | 261007 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4423 | 4422 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 442302 | 2960910 | species | PP | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 4424 | 4423 | species | BS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 44249 | 186822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44250 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 442694 | 338 | species | XP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4429 | 232378 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4430 | 4429 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4432 | 4430 | species | NN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 443226 | 199306 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 44353 | 40307 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 443867 | 50931 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 443868 | 443867 | species | AR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 443876 | 10497 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 444 | 118969 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4441 | 27065 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 44412 | 2109596 | species | FB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44417 | 5799 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 4442 | 4441 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 444459 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 444599 | 3149309 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 444605 | 3689 | species | PA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4447 | 1437183 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 44471 | 1892252 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44474 | 1890500 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 444922 | 67572 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 445 | 444 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 445219 | 2844375 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44534 | 7164 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 44537 | 44534 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4454 | 16360 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 44542 | 44537 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 44543 | 7164 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 44544 | 44543 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 44547 | 44544 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 44574 | 914 | species | NC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44577 | 914 | species | NU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44578 | 2816136 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44580 | 104783 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4459 | 293508 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 445961 | 59732 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 445973 | 261299 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 446 | 445 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4460 | 4459 | species | CE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 446470 | 283811 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 446660 | 447020 | species | AE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 446911 | 2720871 | species | AU | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 446948 | 2793945 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 447 | 445 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 447020 | 1643826 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 447093 | 5037 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4473 | 284551 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 447422 | 143222 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44744 | 35484 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 44745 | 44744 | species | HL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 44746 | 1921002 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 447467 | 1706371 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 447471 | 447467 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44752 | 1827 | species | RW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 447591 | 247617 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44765 | 1090 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 44768 | 1106 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 447689 | 104267 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4479 | 38820 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4480 | 1648030 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 448125 | 1737407 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 44823 | 1125 | species | MW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 448371 | 2676603 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 448385 | 56 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 44935 | 3137766 | species | VV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 44941 | 4873 | species | GR | 4 | 1 | 1 | 1 | 1 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 449632 | 34643 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 449972 | 69277 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 450367 | 2675229 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 450425 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 45049 | 38130 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 450526 | 2303527 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45053 | 45049 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45059 | 153976 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45070 | 445 | species | LN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 45080 | 10232 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 450947 | 74974 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 450948 | 74975 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4512 | 1648017 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 451208 | 204458 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451299 | 204457 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4513 | 4512 | species | HV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 45131 | 451869 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45132 | 45131 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451320 | 135614 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 45133 | 66739 | species | LT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 451435 | 3705883 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451442 | 451435 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451451 | 451442 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451452 | 451451 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451455 | 451456 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451456 | 3705317 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451459 | 112252 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451460 | 451459 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451507 | 1913637 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45151 | 5027 | species | PT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 451512 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451678 | 432403 | species | BU | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 451745 | 942014 | species | NW | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 451751 | 1502 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451752 | 1502 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451753 | 1502 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451754 | 451751 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451756 | 451753 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451757 | 1502 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 451824 | 1264859 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451827 | 1913638 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451828 | 3704128 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45183 | 3683 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 451864 | 4751 | subkingdom | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451867 | 147541 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451868 | 147541 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451869 | 159987 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451870 | 147545 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 451871 | 147545 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4520 | 640630 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4522 | 4520 | species | LP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 452221 | 388283 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452283 | 452284 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452284 | 5204 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452332 | 5302 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452333 | 155619 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452334 | 452333 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452335 | 155619 | subclass | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452338 | 355688 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45234 | 474943 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 452342 | 355688 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45247 | 135617 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45249 | 3701 | species | AS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 45253 | 815 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 45264 | 6127 | species | AM | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4527 | 1648021 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 45292 | 290882 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45293 | 45292 | species | ME | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 45299 | 221669 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4530 | 4527 | species | OS | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4533 | 4527 | species | OB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 45349 | 6103 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45350 | 45349 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45351 | 45350 | species | NV | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 453565 | 1133283 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 453566 | 453565 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 453584 | 34008 | species | RK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 453602 | 56454 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 453849 | 69657 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4539 | 1293365 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 45398 | 1883 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 454 | 445 | species | LI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4540 | 2100772 | species | PM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 45401 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45404 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45405 | 45404 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 454130 | 2720870 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 454155 | 577309 | species | PX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 45443 | 28738 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 45456 | 28221 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 454600 | 649462 | species | GT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 45462 | 55080 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 45475 | 3427237 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 45497 | 2794837 | species | SU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 455076 | 3078917 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 455193 | 1835 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 455304 | 1965347 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 455371 | 132464 | species | SS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4554 | 1293361 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4555 | 4554 | species | SI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4556 | 4554 | species | SV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 456299 | 59732 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4564 | 1648030 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4565 | 4564 | species | TA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 45667 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45669 | 90964 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4567 | 4571 | subspecies | TT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 45676 | 451867 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 456828 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 456999 | 1322061 | species | RS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4571 | 4564 | species | TT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4572 | 4564 | species | TU | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 457405 | 76859 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 457427 | 998084 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 457428 | 1916 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4575 | 1648029 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4577 | 4575 | species | ZM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 457945 | 2593658 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 458032 | 3681503 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 458188 | 8906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 458189 | 458188 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 458190 | 458189 | species | DA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 458196 | 85100 | species | UI | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 458197 | 613 | species | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 459247 | 224756 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 459283 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 45950 | 105711 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45951 | 45950 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 459526 | 237 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 459532 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45954 | 45951 | species | DP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 459658 | 92644 | subspecies | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 459786 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 45979 | 1817 | species | NP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 45989 | 2194 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4609 | 38820 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46099 | 1307774 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46100 | 46099 | species | GS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 46124 | 117563 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 461281 | 1156497 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4613 | 38820 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4614 | 1909378 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 461499 | 8075 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4615 | 4614 | species | AC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 46158 | 1988 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46159 | 1988 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46163 | 1988 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4618 | 4734 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46182 | 83681 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 461836 | 529818 | strain | | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 46200 | 2945019 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46201 | 46200 | species | GF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46205 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46206 | 46205 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46240 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46254 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46255 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 462910 | 289201 | species | PY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 462949 | 165696 | species | NI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 463025 | 517 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 463040 | 517 | species | BG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 46332 | 994702 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46360 | 9860 | subspecies | CE | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4637 | 4618 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4638 | 4637 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 463800 | 490731 | species | KM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4639 | 4638 | species | EV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4640 | 4637 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 464095 | 2732506 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4641 | 4640 | species | MA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4642 | 4618 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46429 | 165695 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46432 | 188961 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46433 | 46432 | species | RF | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 46451 | 292491 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 464929 | 80764 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 465 | 444 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4650 | 4642 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 465554 | 6324 | species | BO | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46569 | 1912919 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46610 | 2627627 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 46634 | 5579 | species | AM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 466585 | 9005 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46678 | 136849 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46679 | 136843 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46680 | 627141 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4671 | 40548 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4672 | 4671 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46729 | 3115840 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46730 | 46729 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46732 | 46730 | species | PM | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 46746 | 3115840 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 467943 | 178441 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 468 | 2887326 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46841 | 338152 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46844 | 46841 | species | LG | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4685 | 703533 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4686 | 4685 | species | AO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 46877 | 43845 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 469 | 468 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 46913 | 2831106 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 469371 | 2006 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 469605 | 849 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 46968 | 1463137 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 46969 | 46968 | species | TT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 47 | 39 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 470 | 909768 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47021 | 189479 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47022 | 47021 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 470704 | 82105 | species | CY | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 470868 | 222 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 470934 | 53335 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 471704 | 34717 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 471798 | 186824 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47204 | 110846 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47212 | 110846 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47213 | 47212 | species | TH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 472368 | 1803640 | species | DH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 47251 | 3081713 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47284 | 3065 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 473037 | 27320 | species | MS | 4 | 1 | 12 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47312 | 2060 | species | TP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47314 | 32335 | species | DN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4734 | 1437197 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 473426 | 346 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 473772 | 216572 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 473814 | 203682 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 474069 | 41442 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47420 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47424 | 862241 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47427 | 47424 | species | AG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4747 | 73496 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 474942 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 474943 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 474960 | 596767 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 475 | 468 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47500 | 55079 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4751 | 33154 | kingdom | | 4 | 0 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47520 | 6599 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47521 | 47520 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47522 | 47521 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47523 | 47526 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 475255 | 84567 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47526 | 47522 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 475327 | 7089 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4756 | 29007 | genus | | 4 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47569 | 5690 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47570 | 5690 | subgenus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 475794 | 1706372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 475962 | 200795 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 475963 | 475962 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 475964 | 475963 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 476 | 475 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47605 | 214907 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4761 | 3705317 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4762 | 33634 | phylum | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 476201 | 2735539 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 476202 | 476201 | species | CC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 47621 | 3633 | species | GA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4763 | 3456997 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4764 | 4763 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47670 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4769 | 4764 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47693 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47694 | 47693 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47695 | 47694 | species | CR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47714 | 1597 | subspecies | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47715 | 2759736 | species | LR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 477195 | 2632611 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 47720 | 930979 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47721 | 47720 | species | LS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47743 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47747 | 47743 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47757 | 28781 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4776 | 3418804 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47760 | 2838335 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47763 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4777 | 4776 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47770 | 1578 | species | LC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47777 | 3042 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47789 | 47777 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47790 | 47789 | species | TS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 478070 | 2821832 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 478114 | 667113 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4783 | 4777 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 47830 | 2589077 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47832 | 27456 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 47839 | 2249310 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4785 | 4783 | species | PC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 47850 | 1873 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 47866 | 1873 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47871 | 1873 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47877 | 251698 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47878 | 136843 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47880 | 136845 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 478820 | 12968 | isolate | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 47883 | 136843 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47885 | 136845 | species | PO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47917 | 613 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4792 | 4783 | species | PN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 47920 | 12916 | species | AD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 47928 | 1239 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 479433 | 304895 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 479435 | 182640 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4795 | 4783 | species | PM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 47951 | 662 | species | VC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4796 | 4783 | species | PP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 479676 | 4346 | species | RG | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 479978 | 1873 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 480 | 475 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48001 | 213119 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48003 | 2767358 | species | MP | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 480035 | 1817 | species | NW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 480117 | 480118 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 480118 | 43733 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 48021 | 182276 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4805 | 451460 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4806 | 4805 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48073 | 1706373 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48075 | 135620 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 481 | 206351 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4810 | 451435 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48101 | 40948 | species | AD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 481178 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 481181 | 481178 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4812 | 4810 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48138 | 10045 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48139 | 48138 | species | PO | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4814 | 109882 | species | CH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48140 | 5305 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 481447 | 203494 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4815 | 34479 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 481743 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 481883 | 96736 | species | EM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48193 | 8190 | species | MC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 482 | 481 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 482145 | 2720871 | species | AT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 482460 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 482536 | 30657 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 482537 | 482536 | species | GV | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 482561 | 121759 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4827 | 2212703 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48283 | 8902 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 482957 | 87882 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48296 | 909768 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4830 | 34489 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 483139 | 242060 | species | CS | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 4 | 1 | 1 | 0 | 1 | 483215 | 338188 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 483366 | 73026 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 483367 | 483366 | species | PS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 483370 | 114041 | species | PS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 4836 | 1344966 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 483913 | 653685 | species | BI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 483937 | 2044880 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48395 | 8803 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48396 | 48395 | species | CU | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 484 | 482 | species | NF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48409 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4842 | 1344955 | genus | | 4 | 1 | 1 | 1 | 1 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4846 | 4842 | species | RS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48461 | 203494 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48463 | 203557 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48479 | 2 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 48484 | 171627 | species | FA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4849 | 1344962 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48490 | 171627 | species | FC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 485 | 482 | species | NG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4850 | 4849 | species | BT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48507 | 171627 | species | FD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48510 | 2157 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 4854 | 214503 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4855 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48558 | 2528436 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48565 | 5379 | species | SB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4857 | 1399770 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 485725 | 3894 | species | SB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 485751 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 48578 | 5379 | species | SP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48588 | 5379 | species | SS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 485918 | 79329 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 48592 | 5379 | species | SV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48593 | 5379 | species | SW | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48595 | 227332 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 486 | 482 | species | NL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 486010 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4861 | 2219690 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4862 | 4861 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4863 | 4862 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4865 | 4862 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4866 | 4865 | species | DA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 486698 | 1763 | species | MR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 486993 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 486994 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 487 | 482 | species | NM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48705 | 50237 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48709 | 48705 | species | OC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 487173 | 39948 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4873 | 36753 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48736 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4874 | 4873 | species | GM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 487698 | 995085 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48772 | 1477611 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 4883 | 61421 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 488447 | 87882 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 488537 | 107819 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 48867 | 35737 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 488720 | 7482 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 488732 | 87882 | species | BD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4888 | 4883 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4890 | 451864 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4891 | 147537 | class | | 4 | 0 | 1 | 1 | 3 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4892 | 4891 | order | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4893 | 4892 | family | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 48935 | 165696 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 48936 | 165696 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 49 | 3031712 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 490346 | 203557 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 490567 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 490731 | 1884633 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 490828 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 490896 | 183924 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 4910 | 4893 | genus | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4911 | 4910 | species | KM | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 49168 | 4346 | species | RM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 49184 | 83778 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 491861 | 121588 | species | GS | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4919 | 1156497 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 49212 | 2291027 | species | SH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 4926 | 4919 | species | PM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 492670 | 1938374 | species | BV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 492736 | 120831 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 49274 | 4107 | subgenus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 49279 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4929 | 766728 | species | MG | 4 | 1 | 12 | 0 | 4 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4930 | 4893 | genus | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4932 | 4930 | species | SC | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 493391 | 194890 | species | LH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 49369 | 13442 | species | CE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 494016 | 48073 | species | MD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 494028 | 218102 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 49442 | 186995 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 49448 | 1648030 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 49451 | 4085 | species | NA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 49495 | 29595 | species | CR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 495161 | 28728 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 495162 | 495161 | species | TR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4953 | 4893 | genus | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 49546 | 200644 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 496057 | 1769012 | species | AG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 496065 | 90370 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 497 | 468 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 497107 | 5475 | species | CO | 4 | 1 | 12 | 1 | 4 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 497678 | 8220 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 497726 | 1033997 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 497727 | 497726 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 497977 | 90370 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 498199 | 37914 | species | DC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 498211 | 155077 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 498213 | 591968 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 498374 | 1968910 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 498718 | 84108 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 498761 | 35701 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 499202 | 4827 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 499228 | 2770092 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 499229 | 499228 | species | TA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 49928 | 2 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 499555 | 37914 | species | DT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 499656 | 2633097 | species | ES | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 49968 | 3434657 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 49969 | 49968 | species | GC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 4998 | 1910893 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 4999 | 4998 | species | KI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 500640 | 133448 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 501010 | 2013 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 501024 | 379 | species | RT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5014 | 451867 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 501487 | 1243 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5016 | 33194 | species | BM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5020 | 715340 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 502268 | 1873 | species | MQ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5023 | 1111111 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50237 | 2768097 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5024 | 5023 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5025 | 5024 | species | VI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 50259 | 2649762 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5027 | 28556 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 502800 | 633 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 50289 | 2045261 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 503183 | 414999 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 50338 | 379 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5036 | 299071 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5037 | 5036 | species | HC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 50370 | 1489900 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50374 | 1489900 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50385 | 226749 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5042 | 451871 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50421 | 2627954 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 50422 | 196818 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 50423 | 1236 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 50428 | 46729 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50429 | 50428 | species | SP | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 504481 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50451 | 981070 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 50452 | 50451 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 504567 | 8015 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 504568 | 8015 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 504805 | 1367968 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5052 | 1131492 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 505249 | 2321114 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 50557 | 6960 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5057 | 2720872 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 506 | 80840 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5061 | 2720871 | species | AN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5066 | 2720873 | species | AW | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 506608 | 97051 | species | CC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 506668 | 2653178 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 50672 | 480118 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 507 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50709 | 3385905 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50719 | 2315253 | species | VD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5073 | 1131492 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50741 | 83889 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5076 | 254878 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5083 | 5073 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 508451 | 1578 | species | LT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 508458 | 3384194 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 508677 | 508458 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 508770 | 596495 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 509170 | 470 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 50931 | 88639 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5094 | 28568 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50955 | 214505 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50956 | 50955 | species | GP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 50989 | 1124673 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 50990 | 50989 | species | RM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51022 | 29169 | species | AD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5103 | 33183 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5104 | 5103 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 510684 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 510685 | 510684 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 510690 | 510685 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 511 | 507 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5110 | 34397 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5111 | 5110 | species | CP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5112 | 34397 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51137 | 2743731 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5114 | 222544 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 511434 | 333046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 511435 | 511434 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 511487 | 55080 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5115 | 218105 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5116 | 5115 | species | CP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 511678 | 641 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5117 | 5114 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 511745 | 717964 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 511995 | 511435 | isolate | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5120 | 147548 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51201 | 1883 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5121 | 34371 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 512265 | 41212 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 512340 | 7915 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5125 | 222543 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5127 | 171627 | species | FF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5129 | 5125 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51291 | 204429 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51298 | 9434 | species | MM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51337 | 48867 | species | JJ | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51352 | 403 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 513556 | 2819262 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 513557 | 513556 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51366 | 641 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51453 | 5543 | species | TR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51514 | 186807 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 51515 | 51514 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 51538 | 65207 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51564 | 5104 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51605 | 4473 | species | SI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 516086 | 2848916 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51637 | 5761 | species | NL | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 516502 | 219336 | species | SA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51668 | 81852 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 51669 | 51668 | species | TH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 516702 | 152267 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 51671 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 516756 | 28644 | species | EM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 517 | 506 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 517424 | 427077 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 517719 | 1679449 | species | PN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 517744 | 335929 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5178 | 147548 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5179 | 28983 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 518 | 517 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5181 | 5178 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5185 | 147549 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 518636 | 333367 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 518755 | 203557 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5192 | 5185 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5193 | 5192 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 519427 | 2810280 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 519472 | 2737 | species | VT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 520 | 517 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52017 | 2630422 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 52018 | 1760 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5204 | 451864 | phylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5206 | 1884633 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5207 | 1897064 | species | CN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52133 | 469 | species | AV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5215 | 5234 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5217 | 105767 | species | TM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 522 | 3385905 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 52228 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 52229 | 52228 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 523103 | 5550 | species | TM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 523164 | 82616 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5234 | 155616 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5237 | 36064 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 523712 | 7020 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 523742 | 2742 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52392 | 293138 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 52396 | 52392 | species | LS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5240 | 5237 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 524788 | 65178 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5250 | 36064 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5251 | 5250 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 525241 | 46099 | species | GB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 525337 | 47714 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 525377 | 28035 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 525379 | 1335 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5254 | 28997 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5257 | 452284 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5258 | 162484 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5259 | 5258 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5260 | 5259 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 52604 | 3028117 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5262 | 5258 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 526216 | 659693 | species | OI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 526243 | 5324 | species | TM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52632 | 85772 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 526524 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 526525 | 526524 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5267 | 5257 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5268 | 5267 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5269 | 5268 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 52693 | 33951 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52694 | 33951 | species | AW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52695 | 3240234 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52697 | 1865 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 526975 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 526989 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 52699 | 2040 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 527012 | 28152 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 527019 | 1428 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 527027 | 180869 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 527030 | 180854 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 52723 | 43793 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5277 | 1163720 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5279 | 62916 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 528 | 2826938 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 528178 | 1525371 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 528191 | 44249 | species | PX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52824 | 3705 | species | BC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 52838 | 4640 | species | MB | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5286 | 5533 | species | RT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 529 | 234 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 529120 | 28108 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 52959 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 5296 | 5262 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5297 | 5296 | species | PG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 52972 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 529818 | 877559 | species | TT | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 529883 | 1655489 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5302 | 5204 | subphylum | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5303 | 355688 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53036 | 13804 | species | SF | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5305 | 396331 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5309 | 80628 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 531306 | 1335745 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 531310 | 647960 | species | MT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 531312 | 1249554 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5317 | 5303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5318 | 1931355 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 531813 | 1082930 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5320 | 104366 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5321 | 5320 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5324 | 5317 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53246 | 267888 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53249 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 53271 | 1329929 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53300 | 156511 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5332 | 2985477 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53326 | 29169 | species | AC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5333 | 5332 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53335 | 1903409 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5334 | 5333 | species | SC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53344 | 2815305 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53345 | 1350 | species | ED | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53346 | 1350 | species | EM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53355 | 85021 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53357 | 85021 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53359 | 35753 | species | DF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53365 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53367 | 195964 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5338 | 452333 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5339 | 2982305 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53407 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53408 | 136841 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53409 | 136849 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name;specified | | | 1 | 0 | 1 | 53431 | 1817 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53433 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53457 | 85021 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53458 | 53457 | species | JL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5346 | 184431 | species | CC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53460 | 85031 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53469 | 33278 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53485 | 5027 | species | PT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 535 | 1499392 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 535025 | 135461 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5352 | 72117 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5353 | 5352 | species | LE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53541 | 7158 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 535744 | 413496 | species | CU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 535904 | 2870716 | species | NO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 536018 | 68287 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5368 | 227330 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5369 | 1487592 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53707 | 47877 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 53747 | 102814 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5375 | 48595 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 53751 | 53747 | species | EP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5379 | 227336 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 538 | 481 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5383 | 5379 | species | SS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 538381 | 152161 | species | SI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 538999 | 186802 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 539 | 538 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 539002 | 1385 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 53922 | 163091 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5394 | 227331 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5395 | 5394 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 539738 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 539742 | 539002 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 539813 | 547 | species | EM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 53985 | 4783 | species | PF | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5399 | 3710399 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5401 | 452342 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54061 | 209769 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 54092 | 29828 | species | LT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54131 | 9570 | species | CA | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54136 | 9569 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54180 | 54136 | species | TF | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54204 | 5258 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54253 | 2272 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54262 | 2263 | species | TC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 542827 | 9569 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 542832 | 70742 | species | PE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 54284 | 7387 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54293 | 68298 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54297 | 2596745 | species | LF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54298 | 1890528 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54299 | 54298 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 543 | 91347 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54304 | 1892252 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54308 | 44474 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54318 | 698016 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 543314 | 3082720 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 543639 | 34619 | species | DS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54375 | 3073807 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54376 | 54375 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 543769 | 2698737 | clade | | 1 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 54378 | 1956187 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54379 | 54378 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54380 | 54379 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54388 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 54393 | 468 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 544 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54409 | 35675 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 544447 | 128827 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 544448 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 544580 | 1654 | species | AO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 544645 | 574697 | species | BV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 545 | 544 | species | CK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54526 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 545366 | 248746 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5455 | 681950 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 545632 | 32347 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 54571 | 1883 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54584 | 2486291 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54588 | 2486292 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 546 | 1344959 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54602 | 9539 | species | MT | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 546342 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 546364 | 1813 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5465 | 2707354 | species | CO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 547 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 547163 | 1866885 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54736 | 590 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5475 | 1535325 | genus | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5476 | 5475 | species | CA | 4 | 1 | 12 | 0 | 4 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5478 | 374468 | species | NG | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 548 | 570 | species | KA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5481 | 1910789 | species | DR | 4 | 1 | 12 | 0 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 548478 | 39791 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 548480 | 1679 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5486 | 5475 | species | CV | 4 | 1 | 12 | 1 | 4 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 548681 | 2731363 | order | | 9 | 1 | 1 | 0 | 0 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 548688 | 10374 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 548904 | 255474 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 549 | 1654067 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 54906 | 32521 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54907 | 54906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54908 | 121282 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 54954 | 4328 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 54955 | 54954 | species | TS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 54973 | 6475 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 549779 | 3700712 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55 | 49 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 550 | 354276 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5500 | 33184 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55007 | 216274 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5502 | 28556 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 550537 | 149539 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5506 | 110618 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5507 | 171631 | species | FO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 550727 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 55079 | 85151 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55080 | 186822 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 550984 | 2609666 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 551 | 1903409 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55118 | 1489460 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55119 | 55118 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 551459 | 59732 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55153 | 33553 | family | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55169 | 45132 | species | BD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5518 | 569360 | species | FG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 551936 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 55208 | 122277 | species | PW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55209 | 53335 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 552397 | 216572 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 55291 | 8290 | species | PS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 553 | 53335 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 553190 | 2702 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 553239 | 662 | species | VB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5533 | 1799696 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55339 | 103376 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55340 | 55339 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 553468 | 367188 | species | HL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 553611 | 657 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 553630 | 2233857 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5538 | 221903 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 553981 | 2796146 | species | CN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 554 | 122277 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 554132 | 2625466 | species | TS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 554290 | 54388 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 554296 | 2759 | clade | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 5543 | 5129 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 554406 | 32067 | species | LH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 555 | 554 | subspecies | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5550 | 34384 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 555059 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55506 | 1843491 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55508 | 29580 | species | JA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55512 | 4011 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 55513 | 55512 | species | PV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 555315 | 106591 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 555512 | 263377 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55571 | 4672 | species | DA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 556 | 204037 | species | DC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55601 | 662 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55661 | 33592 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 557415 | 63826 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 557555 | 329857 | species | CX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5579 | 1570301 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55799 | 1839939 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5580 | 5579 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55802 | 2263 | species | TB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55805 | 1931080 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55806 | 55805 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5581 | 474943 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 558170 | 45669 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 55824 | 42113 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5583 | 43219 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 558314 | 1485951 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 558415 | 1970189 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 558436 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55867 | 7042 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 558764 | 10207 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55879 | 2301119 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 55885 | 6243 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 559173 | 33958 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 559292 | 4932 | strain | | 4 | 1 | 1 | 1 | 3 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 55968 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5598 | 28556 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5599 | 187734 | species | AA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56 | 39643 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56003 | 2682560 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 56004 | 56003 | species | FT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 560555 | 120793 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 561 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56106 | 1162 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56112 | 2937909 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 561184 | 1434019 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56174 | 34431 | species | LB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 561879 | 1386 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 561896 | 104341 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 562 | 561 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5624 | 2982168 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56259 | 2558200 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56295 | 3073800 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56296 | 56295 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 562976 | 101137 | species | HP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56308 | 3073810 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56309 | 56308 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56310 | 56309 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56311 | 56310 | species | TM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56312 | 30462 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56313 | 56312 | species | TA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 563192 | 35833 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 56326 | 2969676 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56361 | 150203 | species | BU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 563798 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 563835 | 1853229 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 563843 | 1853224 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 564 | 561 | species | EF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 564181 | 42520 | subspecies | PC | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56427 | 56438 | subspecies | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56433 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56438 | 56433 | species | CC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5644 | 103376 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 564413 | 2005 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 564415 | 28443 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56448 | 338 | species | XA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56454 | 338 | species | XH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 56455 | 338 | species | XH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 564608 | 38833 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 56463 | 338 | species | XC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 565 | 1903434 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 565040 | 1682 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 565224 | 364316 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 565225 | 565224 | species | UV | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 5653 | 33682 | class | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5654 | 2704949 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 565685 | 33370 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5658 | 1286322 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5660 | 37617 | species | LB | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 56615 | 5297 | forma specialis | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 56621 | 40138 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56635 | 2272 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56636 | 56635 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5664 | 38581 | species | LM | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5665 | 38582 | species | LM | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 566679 | 2631580 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 56688 | 1644056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56717 | 1489921 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56718 | 56717 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 56799 | 196834 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 568069 | 315556 | species | CM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 568386 | 1775403 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 568394 | 1499392 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 568708 | 90371 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 568899 | 1433300 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 568987 | 146507 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 5690 | 5654 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5691 | 39700 | species | TB | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5692 | 47569 | species | TC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5693 | 47570 | species | TC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 569360 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 569365 | 82105 | species | CI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 569578 | 2696291 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 569635 | 41142 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 569836 | 563835 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 570 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 570156 | 53246 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 570277 | 1027273 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 57028 | 246875 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57045 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 570521 | 290174 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 570935 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 570936 | 1847 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 571 | 570 | species | KO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 571087 | 5324 | species | TP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57161 | 1329916 | species | FD | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5719 | 2611341 | phylum | | 1 | 1 | 1 | 1 | 0 | 0 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5721 | 181550 | genus | | 1 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5722 | 5721 | species | TV | 1 | 1 | 1 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 572265 | 138072 | forma specialis | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 57240 | 9235 | species | ES | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 572419 | 273136 | strain | | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 572511 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 573 | 3390273 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 573139 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 57381 | 9219 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57384 | 3073810 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57385 | 57384 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57386 | 8936 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57388 | 8936 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 574096 | 53335 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57420 | 57386 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57421 | 57420 | species | MN | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 574347 | 28256 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57435 | 57388 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 574559 | 2800062 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 574561 | 379 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 574697 | 1853231 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5747 | 2696291 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 574786 | 281242 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 574789 | 574786 | species | MR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57488 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 574891 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57493 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57494 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57495 | 145357 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 574964 | 34037 | species | RV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 574987 | 441 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 575 | 570 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 575178 | 3390015 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5752 | 2611352 | phylum | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 575215 | 6668 | species group | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 575615 | 652721 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 57577 | 3898 | species | TP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 57609 | 32033 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5761 | 3691768 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 576134 | 150173 | no rank | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 576137 | 576134 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57665 | 2932623 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57666 | 57665 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 577 | 570 | species | KT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57706 | 1344959 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 57723 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 577237 | 116151 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 577309 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 577310 | 995019 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57739 | 1499392 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57741 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 577468 | 85006 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 577469 | 1042322 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 578456 | 5217 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 578457 | 341189 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 578458 | 5334 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 578462 | 28583 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 578833 | 136846 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 579 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 57926 | 3131914 | species | AA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 5794 | 33630 | phylum | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 579507 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 579563 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5796 | 1280412 | subclass | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 0 | 0 | 0 | 1 | 57975 | 111527 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5799 | 423054 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 579921 | 563798 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5800 | 5799 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 580024 | 1643826 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 580026 | 447020 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58019 | 1437180 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5802 | 5800 | species | ET | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 4 | 1 | 1 | 0 | 1 | 58023 | 3193 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 58024 | 78536 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 580370 | 1224 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 580371 | 580370 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 580372 | 580371 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 580374 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 58050 | 267891 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 58051 | 2637987 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 58055 | 3136022 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 580596 | 3085642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5809 | 423054 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 58096 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 58097 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 581 | 1903414 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5810 | 5809 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 5811 | 5810 | species | TG | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 4 | 1 | 1 | 0 | 1 | 58113 | 85034 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 58116 | 58113 | species | GT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58137 | 2282740 | species | DT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 581385 | 81687 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 581536 | 581385 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 58172 | 185978 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 5819 | 422676 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 582 | 581 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5820 | 1639119 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 582472 | 3018589 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 582475 | 400634 | species | LX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 582607 | 93681 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58262 | 43801 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 582680 | 33882 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5827 | 418103 | species | PC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 582744 | 266009 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 58277 | 41820 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 582851 | 182709 | species | OS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58291 | 4842 | species | RM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 583 | 1903414 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 58314 | 34008 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5833 | 418107 | species | PF | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 58340 | 1914 | subspecies | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58347 | 2063 | species | KA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58354 | 2063 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 584 | 583 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 584787 | 745410 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 585 | 583 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5855 | 418103 | species | PV | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 585893 | 2732549 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 586 | 1903414 | genus | | 0 | 1 | 11 | 0 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 586240 | 8079 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 586396 | 4005 | species | LT | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 586526 | 50451 | species | AN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 586722 | 39251 | species | PF | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 587 | 586 | species | PR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58712 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 587753 | 136842 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5878 | 33630 | phylum | | 1 | 1 | 6 | 0 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 588 | 586 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58823 | 40083 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 58824 | 58823 | species | PI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 58839 | 6033 | species | EI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5884 | 340080 | genus | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 58840 | 31989 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 588496 | 325217 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 58853 | 5543 | species | TC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 588596 | 1129544 | species | RI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5886 | 5884 | species | PP | 1 | 1 | 6 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 588673 | 1497346 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5888 | 5884 | species | PT | 1 | 1 | 6 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 588814 | 224756 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 588815 | 94695 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 588816 | 94695 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 589350 | 3027 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 59 | 481 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 590 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 590646 | 2315449 | strain | | 4 | 1 | 12 | 0 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 591932 | 9569 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 591936 | 591932 | species | PT | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 591968 | 36827 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 59201 | 28901 | subspecies | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 592026 | 43997 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 59203 | 28901 | subspecies | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59204 | 28901 | subspecies | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59205 | 28901 | subspecies | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 592050 | 12916 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59207 | 28901 | subspecies | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 592978 | 2316020 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5931 | 37090 | genus | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5932 | 5931 | species | IM | 1 | 1 | 6 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 593586 | 666 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 594 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 59445 | 30560 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 59463 | 9434 | species | ML | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59472 | 27671 | species | PK | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59475 | 59445 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 59479 | 49442 | species | RF | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 595 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 59534 | 9957 | species | OD | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 5957 | 194287 | order | | 1 | 1 | 10 | 0 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 5959 | 219171 | genus | | 1 | 1 | 4 | 0 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 596 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 596085 | 838 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59619 | 1485 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 59620 | 59619 | species | UC | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 59628 | 34503 | species | PS | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 596495 | 2070 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 596497 | 908620 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 596498 | 596497 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 596707 | 1268 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 596767 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 59689 | 3701 | species | AL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 596919 | 5401 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 5970 | 5583 | species | ED | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59732 | 2782232 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 59736 | 1575 | subspecies | LX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59739 | 200667 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 59753 | 224372 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 597926 | 60896 | species | AV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 598 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 59818 | 41443 | species | TP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59823 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 59843 | 44249 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59845 | 44249 | species | PI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59846 | 44249 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 59861 | 27772 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 599652 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 599729 | 3243778 | family | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 599737 | 599729 | genus | | 4 | 1 | 1 | 1 | 3 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 59977 | 4335 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 59991 | 59977 | species | LE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 6 | 335928 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60 | 2627922 | species | VS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 600 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 600346 | 6757 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60133 | 838 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60136 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60137 | 60136 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60169 | 5073 | species | PP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60172 | 5073 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60184 | 499202 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60185 | 60184 | species | PA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6020 | 431838 | class | | 1 | 1 | 6 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 602035 | 47830 | species | LS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 602398 | 1317729 | species | SB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6029 | 112252 | phylum | | 4 | 1 | 1 | 1 | 1 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6032 | 6029 | suborder | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 6033 | 36734 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 603422 | 451868 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 603456 | 30947 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60450 | 182639 | species | KS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60520 | 2767842 | species | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60524 | 2705894 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60542 | 60524 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 60711 | 392815 | species | CS | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6072 | 33208 | clade | | 1 | 1 | 1 | 1 | 5 | 0 | 1 | 0 | | | | 0 | 0 | 1 | 6073 | 6072 | phylum | | 1 | 1 | 1 | 1 | 4 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 607660 | 9604 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 608538 | 940 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 60894 | 1835 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 60896 | 83323 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6101 | 6073 | class | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61015 | 1279 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6102 | 6101 | subclass | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6103 | 6102 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61169 | 2622400 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 61170 | 128827 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61171 | 61170 | species | HF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6125 | 6102 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6126 | 3687091 | family | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6127 | 6126 | genus | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61284 | 679429 | species | FT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 613 | 1903411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 613091 | 8372 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 613121 | 85025 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6132 | 6101 | subclass | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61384 | 13124 | species | LR | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 614 | 613 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61401 | 338152 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61420 | 2720871 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61421 | 2219693 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61432 | 49546 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 614643 | 2637901 | species | SE | 0 | 1 | 4 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 61471 | 213546 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61474 | 61471 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61476 | 61471 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 615 | 613 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6157 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 9 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61615 | 8432 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 61616 | 61615 | species | PC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61621 | 542827 | species | RB | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61644 | 1047 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61645 | 354276 | species | EA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61651 | 613 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61652 | 613 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 61653 | 3149309 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 616997 | 697025 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 617147 | 29497 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 617148 | 29497 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6178 | 3695485 | class | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6179 | 6178 | subclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 618 | 613 | species | SO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6180 | 6179 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6181 | 31245 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6184 | 6181 | species | SB | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6188 | 6181 | species | SR | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6193 | 6179 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6194 | 6193 | suborder | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6196 | 6194 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6197 | 6196 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6198 | 6197 | species | OV | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6199 | 3695485 | class | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 620 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6200 | 6199 | subclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6201 | 6200 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6208 | 6201 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6209 | 6208 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 621 | 620 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6210 | 2212966 | species | EG | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 62133 | 134362 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6217 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6218 | 6217 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6219 | 6218 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 622 | 620 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6220 | 6222 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6221 | 6220 | species | CL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6222 | 6219 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 622450 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 622451 | 622450 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 622452 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 622695 | 1372 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 62283 | 9379 | species | SF | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 623 | 620 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6231 | 1206794 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 62319 | 2249 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 62322 | 22 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 62336 | 1648026 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 6236 | 119089 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6237 | 55885 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6238 | 6237 | species | CB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6239 | 6237 | species | CE | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 624 | 620 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 624146 | 2800384 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6243 | 55879 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 624315 | 907364 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6249 | 6274 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 625 | 2629414 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 626 | 1903414 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 626377 | 38563 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 626378 | 626377 | species | DB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6264 | 33259 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6265 | 6264 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 626559 | 377532 | species | TS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 62680 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 626935 | 102106 | species | CT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 627131 | 1148163 | species | PU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 627141 | 136841 | species subgroup | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6274 | 6236 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6281 | 6296 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 629 | 1903411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 62916 | 452283 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 629295 | 1883 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6295 | 2072716 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6296 | 6295 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 629742 | 1290 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 630 | 629 | species | YE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6300 | 6236 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6301 | 33284 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 630280 | 30761 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63057 | 3479 | species | TO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 630749 | 1706375 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 630921 | 374 | species | BE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 630975 | 1847 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 631 | 629 | species | YI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 631455 | 2782231 | species | KT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6324 | 33823 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 632517 | 65177 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6329 | 1457286 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 633 | 1649845 | species | YP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6332 | 6329 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6333 | 6332 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 633413 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6336 | 6333 | species | TN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6337 | 6333 | species | TP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6338 | 126396 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6339 | 6338 | species | HP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 634 | 629 | species | YB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6340 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6341 | 6340 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63429 | 303412 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63436 | 63429 | species | LH | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 63459 | 3558 | species | CQ | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 634771 | 79328 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6348 | 105390 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 635 | 1903412 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63707 | 27439 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63708 | 63707 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63710 | 27439 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63711 | 63710 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 637416 | 2899660 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63743 | 3402413 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 63820 | 5073 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 63826 | 123349 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 639021 | 222544 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64001 | 568386 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64002 | 64001 | species | NR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 640293 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 6406 | 55824 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 640627 | 147387 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 640630 | 2948571 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 6407 | 6406 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 641 | 135623 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64104 | 86661 | species | BP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6411 | 6407 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6412 | 6411 | species | HR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 641307 | 8165 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 641308 | 8165 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 641310 | 5747 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 641407 | 256845 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 64142 | 50370 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64143 | 64142 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64144 | 64143 | species | AT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64159 | 558314 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 641818 | 31013 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 641853 | 74152 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 641854 | 641853 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64187 | 347 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 641876 | 641854 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 642 | 84642 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 642610 | 451435 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 643052 | 1400054 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 643453 | 338 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 643671 | 332157 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64387 | 27439 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 644 | 642 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64459 | 7115 | species | PR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 644652 | 1643826 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6447 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6448 | 6447 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 644801 | 316 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 64495 | 4842 | species | RA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 645 | 642 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6451 | 216276 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 645134 | 109760 | strain | | 4 | 1 | 1 | 1 | 16 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6452 | 6451 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64523 | 2779937 | species | PH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64525 | 2779937 | species | PM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6454 | 6452 | species | HR | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 645466 | 207244 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 645663 | 1352 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 64567 | 2779861 | species | LS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64609 | 1079112 | species | ID | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64640 | 34489 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64641 | 64640 | species | PA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64649 | 1344953 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64653 | 64649 | species | BC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 646534 | 246861 | species | GM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64659 | 5624 | species | CN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64668 | 30409 | species | LM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 647 | 257493 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6475 | 75116 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64782 | 143999 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6479 | 69555 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64792 | 144001 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 64793 | 64792 | species | WA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64794 | 37599 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 647960 | 83676 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 648 | 642 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 64802 | 64794 | species | LC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 648176 | 301297 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 64898 | 32069 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 648995 | 357 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 649462 | 1813606 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 649507 | 1133570 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6497 | 2836391 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 649753 | 292800 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 649756 | 207244 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 649764 | 84109 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 649775 | 508458 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 649776 | 649775 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 649777 | 649776 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6498 | 216318 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 649802 | 88178 | species | PF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6499 | 6498 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6500 | 6499 | species | AC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 651 | 642 | species | AM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 651137 | 1783275 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 651142 | 651137 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 651456 | 1643948 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65149 | 7408 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 651561 | 59732 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 65177 | 7408 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65178 | 7408 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65207 | 7402 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 652721 | 2638335 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 652751 | 2630922 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 652754 | 2630922 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 652764 | 2630922 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 652876 | 329857 | species | CL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 653685 | 1386 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 653937 | 262 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 654 | 642 | species | AV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 654128 | 2982316 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6544 | 6447 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 654480 | 5543 | species | TC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6545 | 2785011 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 6546 | 6545 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65467 | 3432176 | no rank | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | specified | | | 0 | 0 | 1 | 6547 | 106220 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6548 | 301959 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65483 | 42163 | species | PR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 654833 | 663566 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6549 | 6548 | species | MC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6550 | 6548 | species | ME | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 65515 | 83681 | species | ND | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 65551 | 188786 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65552 | 65551 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 656 | 642 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 656178 | 93217 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6562 | 6545 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6563 | 98302 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 656443 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 65656 | 47420 | species | HT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6566 | 106219 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 65672 | 358905 | species | SI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 657 | 641 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6573 | 186466 | species | MY | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 657323 | 2608920 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 65786 | 47420 | species | HI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6580 | 2908833 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 658087 | 186928 | species | LB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 65842 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 658457 | 3236654 | species | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 658473 | 41247 | species | MC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 658644 | 196821 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 658666 | 86661 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 659 | 657 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6592 | 74489 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6595 | 6592 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6596 | 6595 | species | MM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 659693 | 3031147 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 659824 | 1866885 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6599 | 2785011 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 660027 | 5507 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6601 | 278205 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 660122 | 2747968 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6602 | 6601 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 660274 | 8560 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6603 | 6602 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6604 | 6603 | species | MA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 660469 | 5116 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6605 | 6447 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6606 | 6605 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66101 | 28983 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 661399 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 661483 | 1839 | species | NM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 661491 | 1839 | species | NG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 662 | 641 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66288 | 2662611 | order | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 662880 | 1298 | species | DH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 662960 | 55968 | species | LE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 663 | 717610 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 663242 | 31989 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 663243 | 34072 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 663276 | 28105 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 663566 | 716546 | class | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 663604 | 402649 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 663606 | 402649 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 663609 | 402649 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66370 | 2838335 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6638 | 215451 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 663951 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 66420 | 7145 | species | PX | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66424 | 1883 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66428 | 1883 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6643 | 6647 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6645 | 6643 | species | OV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6646 | 6638 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 664683 | 3137766 | species | VT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 664692 | 1813 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6647 | 6646 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 664784 | 1425377 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 665099 | 2675230 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 665467 | 1145345 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6656 | 88770 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6658 | 3701030 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 665874 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 666 | 662 | species | VC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 666018 | 68287 | species | ME | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66645 | 293141 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 66646 | 66645 | species | TM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 6665 | 84337 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 666505 | 203682 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 666506 | 666505 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 666507 | 666506 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 666508 | 666507 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66655 | 214915 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 66656 | 66655 | species | DZ | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 666685 | 75309 | species | RD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 666686 | 185979 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6668 | 77658 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6669 | 6668 | species | DP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 666964 | 12960 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 6670 | 2172819 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66704 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 667113 | 2012 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66712 | 1744 | subspecies | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 667120 | 1821960 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 667129 | 618 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 667144 | 175116 | species | CH | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 667179 | 9158 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 667305 | 84994 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 66739 | 45131 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6675 | 116172 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6676 | 6675 | infraclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 667725 | 72019 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 668 | 511678 | species | AF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6681 | 3701029 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6683 | 3701045 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6684 | 6683 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6685 | 111520 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66852 | 2638681 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 668547 | 2726947 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 66871 | 1883 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66876 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66885 | 1883 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66888 | 1883 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 669 | 717610 | species | VH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66904 | 1883 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 66913 | 7997 | species | IF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6692 | 6683 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 669453 | 5690 | no rank | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 670 | 717610 | species | VP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 670052 | 69578 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6704 | 37849 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 670422 | 181402 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 670423 | 670422 | species | LD | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 670486 | 1202464 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6705 | 6704 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 670516 | 1762 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6706 | 6705 | species | HA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6712 | 6692 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 671222 | 2608905 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 671232 | 1301 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 671266 | 447020 | species | AC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 671267 | 909656 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 672 | 662 | species | VV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6724 | 6712 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6725 | 6724 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 67258 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6726 | 72430 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6728 | 6726 | species | PC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67283 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67296 | 1883 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67297 | 1883 | species | SF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67304 | 1883 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67318 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67324 | 1883 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67350 | 2838335 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67351 | 1883 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67352 | 2063 | species | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67360 | 1883 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67366 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67367 | 1883 | species | ST | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67380 | 1936 | subspecies | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67381 | 1883 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67384 | 1883 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67385 | 1883 | species | SX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67386 | 1883 | species | SY | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 673940 | 741162 | species | LI | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 674529 | 816 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67474 | 38748 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 675 | 662 | species | VC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 675063 | 2732461 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 675068 | 675063 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6752 | 6692 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 67555 | 2743731 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6757 | 6774 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 67572 | 267894 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 67575 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 675811 | 29494 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 67593 | 4783 | species | PS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 676 | 662 | species | VF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67608 | 1682405 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 676201 | 947525 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 676495 | 30002 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6774 | 116706 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 67767 | 488720 | species | LN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67774 | 1525371 | species | NH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 67799 | 200940 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 67810 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | effective current name; | | | 0 | 0 | 1 | 67812 | 1783257 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 67817 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 67818 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 67819 | 1783272 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 67820 | 1794810 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 67827 | 1344959 | species | CW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 679429 | 5506 | species group | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 67959 | 891383 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 67960 | 67959 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 679716 | 31285 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 68 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 680125 | 1234545 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 680247 | 28105 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 681950 | 1028384 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6820 | 72041 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68209 | 1883 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68233 | 1883 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68239 | 1883 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 682522 | 2448023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68255 | 1883 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 682634 | 82996 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 68270 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68272 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68280 | 2839105 | species | SV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68287 | 69277 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68288 | 563798 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68295 | 186801 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68298 | 186802 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6830 | 3701030 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 683083 | 32022 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6831 | 512265 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 683158 | 715340 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6832 | 6831 | species | TC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 683308 | 2994368 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 683318 | 2632575 | species | FS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 68336 | 1783270 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 68337 | 200930 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 683846 | 685950 | species | FF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 684063 | 44249 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68408 | 68410 | species | MB | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68410 | 30533 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6843 | 6656 | subphylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6844 | 6843 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6845 | 6844 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6846 | 6845 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 684658 | 37852 | species | AG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 684738 | 1360 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6849 | 6846 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6850 | 6849 | species | LP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68525 | 2 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6854 | 6843 | class | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6855 | 6854 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6856 | 70336 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68565 | 1988 | species | AH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68569 | 13687 | species | SL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 685727 | 43767 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 685948 | 183924 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 685949 | 685948 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 685950 | 685949 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 686389 | 97050 | species | RF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 686665 | 31953 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 687 | 662 | species | VG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6875 | 6856 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 687525 | 295418 | species | RR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68784 | 157608 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68785 | 68784 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68786 | 68785 | species | SS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 688067 | 28443 | species | HM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 688163 | 189779 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 688328 | 188709 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 68872 | 4169 | species | SH | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 68882 | 7402 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 688867 | 1210119 | species | OK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68888 | 36086 | species | TS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68889 | 452333 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68895 | 106589 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 689 | 662 | species | VM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 68909 | 1298 | species | DG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 689277 | 254717 | species | CI | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6893 | 6854 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 68933 | 188787 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69 | 68 | species | LE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 690086 | 2137278 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 690164 | 690086 | species | SR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6905 | 6893 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 690536 | 3939 | species | OG | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 691 | 717610 | species | VN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6913 | 74975 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6914 | 450948 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69181 | 3705 | species | BC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 691965 | 1982368 | no rank | | 3 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 69219 | 550 | subspecies | EC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 692418 | 156993 | species | RF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 69277 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69278 | 69277 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69291 | 1490020 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69292 | 69291 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69293 | 69292 | species | GA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 693153 | 662 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 69319 | 51538 | species | MD | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6933 | 6854 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6934 | 6933 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6935 | 6934 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69360 | 1056 | species | TR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 69365 | 33882 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6939 | 297308 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 693982 | 382 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 693991 | 76857 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6940 | 34630 | subgenus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 694002 | 2501931 | genus | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 694019 | 568386 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6941 | 6940 | species | RM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6946 | 6933 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6947 | 83136 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69474 | 33988 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69476 | 126 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 69501 | 66704 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6951 | 83137 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69541 | 3031651 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69555 | 6448 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 695564 | 37570 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69578 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 695850 | 101203 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 6960 | 3701030 | subphylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69657 | 2800060 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69658 | 69657 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 6970 | 33341 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 697025 | 3040680 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69710 | 157 | species | TV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 697304 | 42243 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69774 | 5073 | species | PH | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 69785 | 5073 | species | PR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 69791 | 5073 | species | PW | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 698016 | 8165 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69820 | 7106 | species | SL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 698769 | 84406 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 69894 | 3118658 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 698948 | 1517 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 698957 | 2702 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 699041 | 1716 | species | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6993 | 33341 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6994 | 6993 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6995 | 70906 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 69974 | 68287 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 6998 | 114953 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 6999 | 6998 | species | GB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7001 | 6993 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7002 | 92621 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7003 | 27549 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 700344 | 2707349 | species | CS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7004 | 7003 | species | LM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 700598 | 354356 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7008 | 37267 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7010 | 7008 | species | SG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 701042 | 120793 | species | MM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70125 | 2652172 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 702 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7020 | 33341 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 702115 | 286 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70226 | 90723 | species | AA | 1 | 1 | 1 | 1 | 14 | 0 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 702437 | 135083 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 702453 | 1640 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 703 | 702 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70332 | 83139 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 70336 | 259437 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 703495 | 159987 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 703497 | 1037661 | species | MM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 703533 | 40552 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 703537 | 40552 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 703913 | 56718 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7041 | 3701064 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7042 | 71529 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 704570 | 115353 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 705192 | 704570 | species | PC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70542 | 7968 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 70543 | 70542 | species | MA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7055 | 75546 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 705561 | 62133 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 705562 | 705561 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 706027 | 1583079 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7062 | 7055 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7065 | 71527 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 706587 | 2358 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 70666 | 28843 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 70667 | 70666 | species | SS | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 706981 | 45299 | species | CE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 707248 | 117681 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7073 | 1272141 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 70742 | 4777 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 70775 | 136845 | species | PP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70799 | 159191 | species | NS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 708091 | 292691 | species | GJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 708127 | 255527 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 708192 | 2707349 | species | CL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7088 | 85604 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7089 | 37569 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7090 | 475327 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 709032 | 148813 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 70906 | 2174975 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 70910 | 1955150 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 7092 | 7090 | species | BM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70958 | 3877 | species | MM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 7096 | 37569 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 709813 | 2630922 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 709860 | 1873 | species | ML | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70987 | 7458 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 709881 | 1873 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 709888 | 1873 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 70992 | 200667 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 70993 | 70992 | species | FD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 709991 | 28118 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7100 | 37570 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71028 | 660274 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 710421 | 1800 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7106 | 95182 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 710685 | 36814 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 710705 | 2593676 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 71112 | 169417 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7114 | 37572 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7115 | 152601 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71193 | 41087 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71195 | 71193 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71196 | 2043420 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 712 | 135625 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71237 | 2803850 | species | MV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 71239 | 91835 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 71240 | 1437183 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 712538 | 2637378 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 71274 | 1437201 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 71275 | 1437201 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 7128 | 37569 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7129 | 523164 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7130 | 7129 | species | MS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 713054 | 1895827 | species | TP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 713063 | 544448 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 71323 | 980083 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 713467 | 526525 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7135 | 37573 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71353 | 981071 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 71354 | 71353 | species | HI | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 7136 | 40082 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7137 | 7136 | species | GM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7139 | 37568 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 714 | 416916 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7143 | 37572 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71433 | 68287 | species | MA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 714473 | 3761 | species | GA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 7145 | 189315 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71460 | 27830 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71465 | 71460 | species | CG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7147 | 3701063 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7148 | 7147 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 714899 | 3701765 | species | PH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7149 | 41828 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71490 | 977775 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 71491 | 71490 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71492 | 71491 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71493 | 71492 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71526 | 41088 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 71527 | 41088 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 71528 | 41088 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71529 | 41088 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 715340 | 92860 | suborder | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 715451 | 226 | species | AN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7157 | 41827 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 715784 | 1839 | species | NI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7158 | 1056966 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7159 | 53541 | species | AA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 715962 | 716546 | clade | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 71598 | 38074 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 715989 | 716546 | clade | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7164 | 43816 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 716545 | 4890 | clade | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 716546 | 147538 | clade | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7167 | 44547 | species | AA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 71684 | 230759 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 716925 | 28105 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 716928 | 716925 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 71717 | 184430 | species | CM | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 717610 | 662 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 717954 | 92860 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 717963 | 1955630 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 717964 | 717963 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71804 | 669453 | species | TG | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 71814 | 52723 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 71817 | 7062 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 718220 | 1396 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7184 | 41830 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71950 | 3710399 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 71967 | 596919 | species | LV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72000 | 57493 | species | KR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72004 | 9903 | species | BM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72018 | 198625 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72019 | 72018 | species | SA | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72025 | 91835 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 7203 | 7147 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72041 | 6681 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72045 | 1489884 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72046 | 129917 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 720584 | 55806 | species | ME | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7211 | 43752 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 721123 | 1126 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 72117 | 2982316 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72123 | 389734 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72124 | 72123 | species | HA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7214 | 43746 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7215 | 46877 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7217 | 545632 | species | DA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 721789 | 171638 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 721790 | 171638 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 721805 | 171637 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 721813 | 171637 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 721885 | 40492 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 721927 | 452333 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 721929 | 721927 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7224 | 40364 | species | DH | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 722472 | 374 | species | BL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7225 | 32386 | species | SL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72273 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 722731 | 2249310 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72274 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72275 | 135622 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 722750 | 91989 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 722751 | 722750 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 722752 | 722751 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 72276 | 135613 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72293 | 213849 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72294 | 213849 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 723171 | 662 | species | VG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 72361 | 653685 | species | BV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7237 | 32358 | species | DP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 724 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72407 | 573 | subspecies | KP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72409 | 2631020 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 72430 | 6725 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 72556 | 222 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72557 | 222 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 726 | 724 | species | HH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7263 | 198037 | species | DA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72664 | 98005 | species | ES | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 727 | 724 | species | HI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 72702 | 54973 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72763 | 31957 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 72772 | 7479 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 72773 | 7479 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 7282 | 32357 | species | DO | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 729 | 724 | species | HP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 73026 | 3435358 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 73028 | 2608131 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 73029 | 2008795 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 730330 | 30001 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 730331 | 30001 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 730333 | 730330 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 73044 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 73496 | 1437197 | order | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 735337 | 6599 | infraclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7354 | 1861795 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 736 | 724 | species | HP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7371 | 43755 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7374 | 43914 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7375 | 7374 | species | LC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 738 | 2094023 | species | GP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7387 | 43755 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 739 | 416916 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7399 | 33392 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7400 | 7399 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7401 | 7400 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74015 | 1783270 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 7402 | 7401 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74030 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7408 | 7401 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 741162 | 717954 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 741275 | 202698 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 74152 | 3379134 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 74199 | 69501 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74200 | 74199 | species | TL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 74201 | 1783257 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 742030 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 742031 | 742030 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 742032 | 742031 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7422 | 1955251 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7423 | 7422 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7424 | 272242 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74243 | 1783234 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 7425 | 7424 | species | NV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 742739 | 1502 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 742743 | 487173 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 742766 | 156974 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 74315 | 41275 | species | BI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 74317 | 2800061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 743302 | 37991 | species | XV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7434 | 7400 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 743725 | 1783276 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 7438 | 34725 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74385 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7439 | 7438 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7443 | 7439 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7445 | 7443 | species | VC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7446 | 7443 | species | VM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 74489 | 6580 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 744985 | 1655516 | species | AP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 745 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 745062 | 219121 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 745090 | 219121 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 7451 | 7439 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 745277 | 34038 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 745368 | 204475 | species | GF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7454 | 7451 | species | VV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 745408 | 192944 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 745410 | 3120698 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7455 | 7438 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74556 | 3456998 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 74557 | 74556 | species | TC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 7456 | 76984 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7458 | 3042114 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7459 | 83321 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7460 | 7459 | species | AM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 746360 | 294 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 74649 | 3764 | species | RC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 747 | 745 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 74712 | 85013 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 747676 | 203908 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7479 | 36668 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 748120 | 1268272 | species | PB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7482 | 72772 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74823 | 3468 | species | PN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 74829 | 136846 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 748672 | 109458 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 748770 | 1892259 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7489 | 7422 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7490 | 7489 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74925 | 328321 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7493 | 7490 | species | TP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 74940 | 8016 | species | OT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 749547 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7496 | 85512 | subclass | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74968 | 90142 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 74971 | 6905 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 74974 | 74971 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 74975 | 74974 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75 | 76892 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7501 | 1912919 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7502 | 127821 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75037 | 30869 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75038 | 75037 | species | SA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 75105 | 1822464 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 75116 | 69555 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 751944 | 2668073 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 752201 | 1892259 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7524 | 33342 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75289 | 1847 | species | PX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 753 | 745 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 75309 | 1775411 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75365 | 2743694 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 754035 | 536018 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 754093 | 622 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 754249 | 577468 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 754436 | 657 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 754476 | 40222 | species | MN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 75546 | 41086 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 75588 | 136843 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 756499 | 36854 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 75654 | 2895353 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 756610 | 36753 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7568 | 1206795 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75682 | 80840 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 756892 | 469 | species | AI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7570 | 115361 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75702 | 3689 | species | PE | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 7571 | 33491 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75739 | 5796 | order | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 4 | 1 | 0 | 0 | 1 | 7574 | 7571 | species | LA | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 75743 | 7829 | species | ST | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 75787 | 206389 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75788 | 75787 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 758 | 1960084 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7581 | 35070 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7586 | 33511 | phylum | | 1 | 1 | 1 | 1 | 9 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75868 | 2068716 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75869 | 75868 | species | AS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 758820 | 280473 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 759362 | 92945 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 75947 | 4235 | species | LV | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 75948 | 4235 | species | LS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 75966 | 2692248 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 75984 | 712 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 75985 | 75984 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76008 | 3679999 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 760192 | 2350 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 76025 | 265780 | species | PM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 76066 | 365332 | species | EP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76071 | 1489913 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 761204 | 4792 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 76193 | 7145 | species | PM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 762051 | 136609 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 76218 | 171576 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7624 | 133551 | superclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7625 | 7624 | class | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 762641 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 762845 | 1350 | species | ER | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 762903 | 151895 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 763406 | 4926 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7638 | 7625 | subclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 764842 | 203697 | species | DL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 765091 | 1747 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 765133 | 151303 | species | DK | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7652 | 31185 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 765257 | 178872 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7653 | 7652 | species | LP | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 765867 | 2640096 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 765868 | 119085 | species | PS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 766 | 28211 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 766728 | 766764 | genus | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 766764 | 2916678 | family | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 766765 | 766764 | genus | | 4 | 1 | 12 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 767018 | 5114 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76717 | 71112 | species | LC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76731 | 93681 | species | RD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7674 | 7638 | superorder | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 767453 | 1613 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 76747 | 28105 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76759 | 136845 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 767891 | 3119833 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 76797 | 630280 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76803 | 2499398 | family | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76804 | 2732506 | order | | 9 | 1 | 1 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7681 | 7705 | subclass | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7682 | 7681 | order | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7683 | 7682 | family | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76831 | 49546 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7684 | 7683 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 768480 | 423349 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 768486 | 1354 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 768503 | 976 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 768507 | 768503 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76857 | 848 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76859 | 848 | species | FA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76860 | 671232 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 768667 | 388447 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 768668 | 768667 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 768669 | 768668 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76890 | 76892 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76892 | 204458 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 76936 | 209 | species | HT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 76984 | 7455 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7705 | 7624 | class | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77097 | 3137766 | species | VA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7711 | 33511 | phylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77115 | 28741 | species | CT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7712 | 7711 | subphylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77133 | 48479 | species | UB | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 77156 | 55867 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77166 | 77156 | species | DP | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 772 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77225 | 9398 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77298 | 286 | species | PJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 773 | 772 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77301 | 272339 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7735 | 7711 | subphylum | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7736 | 2682553 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7737 | 7736 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7740 | 7737 | species | BL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7741 | 7737 | species | BB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7742 | 89593 | clade | | 10 | 0 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 7745 | 117569 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7746 | 7745 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 775 | 766 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77519 | 418103 | species | PG | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 7756 | 7746 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7757 | 7756 | species | PM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 77572 | 3042114 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 77643 | 1763 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 77658 | 116561 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7776 | 7742 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7777 | 7776 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7778 | 7777 | subclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78 | 2648921 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 78156 | 46451 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7826 | 30483 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7829 | 7826 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78327 | 136845 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 78331 | 77643 | species | MC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 78350 | 191373 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 784 | 69474 | species | OT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 78410 | 140106 | species | ND | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 78536 | 58023 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 78556 | 2637987 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 7858 | 117893 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78899 | 2233521 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78903 | 78899 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78910 | 78903 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78918 | 2219692 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78919 | 78918 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78920 | 78919 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 78921 | 78920 | species | TP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7898 | 117571 | superclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7899 | 32440 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7900 | 186622 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7901 | 124130 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7906 | 7901 | species | AR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7914 | 1489100 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7915 | 7914 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7917 | 512340 | species | AS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79206 | 2937909 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7925 | 32521 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7930 | 7925 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7931 | 7930 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7932 | 7931 | species | MA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79328 | 563835 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 79329 | 79328 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7933 | 32521 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7934 | 7933 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7935 | 7934 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7936 | 7935 | species | AA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7948 | 55118 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 7949 | 7948 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7950 | 7949 | species | CH | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79514 | 34667 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7952 | 186627 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7953 | 30727 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7954 | 2743711 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7955 | 7954 | species | DR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7956 | 2743694 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7957 | 7956 | species | CA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 795747 | 1134404 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 795748 | 795747 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 795749 | 795748 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7961 | 2743694 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7962 | 7961 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 796334 | 551 | species | EO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7968 | 2509193 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 796925 | 34488 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 79706 | 730331 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 79707 | 730330 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 797292 | 28453 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79782 | 30079 | species | CL | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 798079 | 1986179 | species | NC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 798299 | 1314 | serotype | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 798300 | 798299 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 79880 | 2893057 | species | SC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79881 | 2893059 | species | AG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79883 | 2837511 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7991 | 186628 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 79912 | 667113 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 79922 | 6196 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 79923 | 79922 | species | CS | 1 | 1 | 1 | 1 | 9 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7993 | 3391113 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7994 | 7993 | species | AM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 7995 | 186628 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7996 | 1489793 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7997 | 7996 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 7999 | 1489793 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8000 | 7999 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8002 | 186628 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8004 | 30771 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8005 | 8004 | species | EE | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8006 | 41705 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8012 | 41711 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8015 | 8006 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8016 | 504568 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8018 | 8016 | species | OK | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8019 | 8016 | species | OK | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8023 | 8016 | species | ON | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 80248 | 63708 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80249 | 80248 | species | PC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8028 | 504568 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8030 | 8028 | species | SS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8033 | 504568 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80379 | 4071 | species | CC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 8038 | 8033 | species | SF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8043 | 1489843 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 805116 | 27482 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 80600 | 5375 | species | RV | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 80628 | 452334 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80744 | 389951 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8075 | 1489913 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8076 | 8087 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80764 | 33387 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8079 | 8087 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80811 | 29 | suborder | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80814 | 49 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8082 | 586240 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8083 | 8082 | species | XM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 80835 | 600346 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80840 | 28216 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80841 | 80840 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 80864 | 80840 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80865 | 80864 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80866 | 80865 | species | DA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 80867 | 3051137 | species | PA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8087 | 28738 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 80879 | 281915 | species | CD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8088 | 47757 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8089 | 8088 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 809 | 51291 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80969 | 30863 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 80972 | 80969 | species | AO | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 80992 | 30863 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81 | 45401 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 810 | 1113537 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8100 | 8111 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81029 | 85 | species | HA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 81077 | 28384 | no rank | | 7 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 81078 | 81084 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81084 | 1955251 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8111 | 1489922 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8112 | 8111 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8113 | 1489911 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81408 | 1906945 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 81440 | 76892 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 815 | 171549 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8155 | 319057 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81569 | 97050 | species | RA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8157 | 1489907 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8158 | 8157 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 816 | 815 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8165 | 8112 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8166 | 641307 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8168 | 8166 | species | PF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 81682 | 32011 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81684 | 1224 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 81687 | 7139 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 817 | 816 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 818 | 816 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8180 | 1545897 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81835 | 74975 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81852 | 186826 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81882 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81883 | 81882 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81887 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8189 | 41872 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8190 | 8189 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8192 | 8100 | infraorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81942 | 2063 | species | KC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 81953 | 83232 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 81972 | 59689 | subspecies | AL | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 82 | 2619925 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 820 | 816 | species | BU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8202 | 8192 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8205 | 8111 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8206 | 8205 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 821 | 909656 | species | PV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82105 | 43219 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82115 | 356 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82135 | 2767327 | species | FV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8219 | 1489878 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8220 | 8219 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82202 | 1843491 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82203 | 82202 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8224 | 1489894 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 823 | 375288 | species | PD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8234 | 186749 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8236 | 8234 | species | TA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82380 | 33882 | species | MO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8243 | 1489906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8244 | 8243 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8245 | 8244 | species | XG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8247 | 1489928 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8252 | 1489904 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82541 | 106589 | species | CG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8256 | 30942 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82569 | 1046 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8261 | 8256 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82616 | 7128 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8262 | 8261 | species | PP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82633 | 106589 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82761 | 29979 | suborder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82762 | 82764 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82763 | 82762 | species | IB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82764 | 82761 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8277 | 1489869 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82802 | 186828 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8287 | 117571 | superclass | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 8288 | 1338366 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8289 | 8288 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8290 | 8289 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8292 | 32523 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8293 | 41666 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82982 | 1903412 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82983 | 82982 | species | OP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82984 | 1903416 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 82985 | 82984 | species | PF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82995 | 613 | species | SG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 82996 | 613 | species | SP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 830 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 831 | 830 | species | BF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83136 | 6946 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83137 | 6946 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83139 | 6947 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 8314 | 30367 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83155 | 6951 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8317 | 1331674 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8319 | 8317 | species | PW | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 832 | 204431 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83224 | 56454 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | specified | | | 1 | 0 | 1 | 83232 | 8511 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 83262 | 670516 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83263 | 31988 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83264 | 31988 | species | AA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83307 | 4527 | species | OM | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 83310 | 70987 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 83311 | 70987 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 83319 | 70987 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 83321 | 70987 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 83323 | 70987 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 8342 | 41666 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83449 | 42 | species | CF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83451 | 47 | species | AV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83453 | 44 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83460 | 40 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83461 | 31 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83462 | 83461 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83494 | 80864 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 83496 | 506 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8352 | 30319 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8353 | 8360 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8355 | 262014 | species | XL | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83555 | 810 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 836 | 171551 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8360 | 8352 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83614 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83618 | 32033 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83654 | 543 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83655 | 83654 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83676 | 85012 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83681 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 837 | 836 | species | PG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8372 | 8417 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83778 | 622452 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83780 | 83778 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 838 | 171552 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8382 | 8417 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8383 | 8382 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8384 | 8383 | species | BB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 83889 | 2742 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 839 | 558436 | species | XR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8397 | 30352 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 83986 | 45989 | species | MB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84030 | 2719231 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84086 | 1239 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 841 | 186803 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84107 | 84999 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84108 | 1643826 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84109 | 84108 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84111 | 1643826 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84112 | 84111 | species | EL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84139 | 2657482 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8416 | 8342 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8417 | 8416 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8418 | 8417 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8421 | 374063 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84275 | 29002 | species | CK | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8431 | 8342 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84318 | 43953 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8432 | 8431 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84337 | 116557 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84378 | 29521 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84379 | 29521 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84404 | 3048035 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84406 | 186817 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84407 | 84406 | species | VP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8445 | 8292 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84524 | 54284 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84544 | 72773 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84563 | 191675 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 84566 | 200666 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84567 | 84566 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84568 | 84566 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8457 | 32524 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8459 | 2841271 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 846 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84603 | 5399 | species | AC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84607 | 5399 | species | AP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84616 | 1667020 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84633 | 49184 | species | KR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8464 | 8459 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84642 | 135624 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84644 | 2743697 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84645 | 84644 | species | LR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8465 | 27791 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8468 | 8465 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8469 | 8468 | species | CM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 847 | 846 | species | OF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 84702 | 2100816 | subspecies | CH | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8476 | 8486 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 848 | 203492 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84842 | 2969676 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8486 | 1579337 | superfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8487 | 8486 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 849 | 848 | species | FG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8492 | 1329799 | clade | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 8493 | 1298654 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8495 | 34915 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84992 | 201174 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84993 | 84992 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84994 | 84993 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84995 | 201174 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84996 | 84995 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84997 | 84996 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84998 | 201174 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 84999 | 84998 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85 | 69657 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 850 | 848 | species | FM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8500 | 8493 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85004 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85006 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85007 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85008 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85009 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85010 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85011 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85012 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85013 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85014 | 1760 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85015 | 85009 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85016 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85017 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85018 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85019 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8502 | 8500 | species | CP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85020 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85021 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85022 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85023 | 85006 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85024 | 1762 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 85025 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85026 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85028 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85029 | 85007 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85030 | 1643682 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85031 | 1643684 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85034 | 85014 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8504 | 32561 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85043 | 85025 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85057 | 5693 | subspecies | TC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 85066 | 30420 | species | CB | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85072 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85076 | 1046 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8509 | 8504 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 851 | 848 | species | FN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85100 | 57385 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8511 | 1329911 | suborder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85151 | 186822 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 8522 | 1329975 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85273 | 1544800 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 853 | 216851 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85309 | 286710 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85310 | 85309 | species | NV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85413 | 2831100 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85512 | 50557 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 856 | 848 | species | FV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8560 | 1329961 | infraorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85604 | 3701063 | superorder | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 85621 | 33926 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 85681 | 2706 | species | CX | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 85698 | 222 | species | AX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8570 | 1329911 | infraorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85701 | 773 | species | BT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 857141 | 1309 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 857144 | 1309 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 857151 | 1309 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 85772 | 7399 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8578 | 34989 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85819 | 160148 | infraorder | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85823 | 6970 | order | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 85831 | 816 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 858423 | 374 | species | BA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 858877 | 41247 | species | MF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85982 | 80744 | species | SL | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 85991 | 810 | species | CP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 860 | 848 | species | FP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 860221 | 154116 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 86026 | 2755564 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86029 | 1423 | subspecies | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 860303 | 27344 | varietas | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 86040 | 346 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 86049 | 82105 | species | CC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 86085 | 3710460 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 860918 | 330843 | species | AC | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 861109 | 332055 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 861269 | 2609290 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 86176 | 251698 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 861768 | 2649731 | species | CS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 86185 | 136842 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 861906 | 562 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 861914 | 2896860 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86192 | 587753 | subspecies | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 862 | 68298 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86204 | 497678 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 862241 | 2982316 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 862507 | 10088 | subgenus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86265 | 286 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 863 | 862 | species | SW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 863253 | 3120710 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86331 | 543314 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86335 | 70742 | species | PD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 863372 | 963 | species | HH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 86342 | 453849 | species | HB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 864051 | 80841 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 864058 | 1883 | species | SK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 86416 | 1501 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 86473 | 50423 | species | UG | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 86546 | 2800323 | species | FG | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 866536 | 232259 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 86661 | 1386 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 866673 | 1573805 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 866774 | 82135 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 866800 | 3524 | suborder | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 86802 | 5269 | species | UN | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 868131 | 2160 | species | MP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 86840 | 136849 | species | PC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 868597 | 40324 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8689 | 34989 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 86971 | 7490 | species | TB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 869719 | 13687 | species | SE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 869804 | 213465 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 869949 | 2646205 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 87 | 2630699 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 870435 | 37468 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 870536 | 81887 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 870730 | 461281 | species | OA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 87088 | 3913 | species | VU | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 8710 | 8689 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 871585 | 48296 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 872 | 194924 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 87229 | 33196 | species | BP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 872330 | 2614800 | species | AS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 8728 | 8710 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 874265 | 188786 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 87458 | 2862144 | species | RT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 87461 | 1073 | species | RR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 875184 | 168172 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 875328 | 1073531 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | effective current name;specified | | | 1 | 0 | 1 | 876003 | 2627959 | species | ES | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 876090 | 459786 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 876091 | 876090 | species | UO | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 876142 | 58839 | strain | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 87634 | 72274 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 87658 | 1699524 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 877183 | 33630 | clade | | 1 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 877466 | 1495650 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 877507 | 35717 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 877559 | 172820 | genus | | 1 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 8782 | 436492 | class | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8783 | 8782 | superorder | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 87882 | 32008 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 87883 | 87882 | species | BM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 879819 | 1838142 | species | CO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8802 | 8783 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8803 | 8802 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88036 | 3246 | species | SM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 880440 | 3808 | species | AP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 880535 | 418107 | species | PA | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 880591 | 92945 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 880756 | 67474 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 88082 | 8728 | species | CT | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 881023 | 1892255 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 881260 | 547 | species | EB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 88138 | 85030 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88178 | 114313 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8819 | 8783 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8820 | 8819 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8821 | 8820 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88217 | 7460 | subspecies | AM | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 882446 | 1817 | species | NG | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8825 | 8782 | infraclass | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8826 | 1549675 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 882627 | 34103 | subspecies | SN | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8830 | 8826 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 883064 | 1502 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 883119 | 571 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 883163 | 13690 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 88404 | 2191 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88431 | 189330 | species | DL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 88456 | 44417 | species | CC | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 4 | 1 | 1 | 0 | 1 | 885 | 2593640 | species | DS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 88639 | 388283 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88646 | 1302176 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88647 | 1301212 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88661 | 8277 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88664 | 88661 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 886714 | 102810 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 886730 | 102810 | subtribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 886737 | 338190 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 886794 | 224314 | species | OG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 88723 | 1644061 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88741 | 1301143 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 88746 | 157821 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 887462 | 1883 | species | SB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 88770 | 1206794 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 888060 | 82203 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 888062 | 309120 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 888268 | 161620 | species | DO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 888435 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 888809 | 1305 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 888820 | 1305 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 888825 | 1305 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 88886 | 32307 | species | DS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8892 | 2607030 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8893 | 8892 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 889300 | 245876 | species | NA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8896 | 2607033 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8897 | 8896 | species | CP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 890 | 213421 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8902 | 2607030 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 890402 | 1679 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 89053 | 2053 | species | GA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 89059 | 2767887 | species | LA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8906 | 3078114 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89061 | 46255 | species | WT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 891383 | 2045258 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 8917 | 8906 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8918 | 8917 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8922 | 2558200 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89248 | 9789 | species | EQ | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8929 | 3073799 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8930 | 8929 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8936 | 3073810 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8937 | 8936 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89373 | 768507 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89374 | 1936988 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89386 | 54376 | species | AK | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8940 | 3073806 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8941 | 8940 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89462 | 9918 | species | BB | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 8955 | 56259 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89583 | 433 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89593 | 7711 | subphylum | | 10 | 0 | 1 | 1 | 2 | 0 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8960 | 8955 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8962 | 8960 | species | AC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 89673 | 9422 | species | PD | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 89674 | 4520 | species | LR | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 8976 | 1549675 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89772 | 69278 | species | AL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 898 | 213116 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8982 | 8976 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 8985 | 8982 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89954 | 2864 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 89955 | 89954 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 89956 | 89955 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 89957 | 89956 | species | PG | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 89958 | 3118656 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 89966 | 1853232 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9001 | 466585 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9002 | 9001 | species | CU | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9003 | 466585 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9005 | 8976 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 901 | 872 | species | DP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 90105 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90141 | 82115 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90142 | 2301 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 90253 | 2779867 | species | AW | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 90254 | 34489 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 90255 | 90254 | species | CR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9030 | 9072 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9031 | 9030 | species | GG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 90316 | 85023 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90370 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90371 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90402 | 34368 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 90426 | 2620051 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90427 | 2619537 | species | MS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904339 | 1290 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904376 | 2303515 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904724 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904725 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904737 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904754 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904761 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904765 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904784 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904786 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904787 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 904977 | 317661 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 904978 | 904977 | species | UQ | 11 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | uncultured | | | 0 | 0 | 1 | 9053 | 9072 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9054 | 9053 | species | PC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 90627 | 32003 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 906689 | 37818 | species | DC | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 90675 | 71323 | species | CS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 906938 | 46332 | species | RP | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 907197 | 267888 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9072 | 9005 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 90723 | 33823 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 907261 | 28097 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 90730 | 2299 | species | DC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 907364 | 28056 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 907714 | 43257 | species | SS | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 908620 | 201174 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 908626 | 83778 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 908827 | 452338 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 908941 | 351195 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 909626 | 1883 | species | SD | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 90964 | 1385 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 909656 | 815 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 909700 | 54318 | subgenus | | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant | | | 0 | 0 | 1 | 90974 | 2004 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 909768 | 469 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 90978 | 5502 | species | CK | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 90988 | 51137 | species | PP | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 909929 | 909932 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 909930 | 1843488 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 909932 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 910038 | 67817 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 910046 | 74015 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 910348 | 562 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 91061 | 1239 | class | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 9108 | 3078114 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9109 | 9108 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 911 | 41294 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 911045 | 2627060 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 911092 | 249529 | species | CS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 911113 | 1962910 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 911341 | 102804 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 9119 | 9108 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 912 | 911 | species | NH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 912594 | 1866885 | species | MI | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9126 | 3073809 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 913079 | 59201 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 913099 | 190972 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9133 | 175121 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9134 | 37599 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91347 | 1236 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9135 | 9134 | species | SC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 91352 | 198 | subspecies | CH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 914 | 206379 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 914127 | 672 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 914238 | 38037 | species | RA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9146 | 1931080 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 915471 | 286 | species | PL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 91561 | 314145 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9158 | 175121 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9159 | 9158 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9160 | 9159 | species | PM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 91626 | 4830 | species | MA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9170 | 9126 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9171 | 9170 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9172 | 9171 | species | SV | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9173 | 2116661 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91732 | 31092 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91768 | 9219 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91771 | 9219 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91776 | 91771 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91784 | 57381 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91796 | 91784 | species | SF | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 91827 | 71240 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 91834 | 71275 | no rank | | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 91835 | 71275 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 91836 | 71275 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 91882 | 71274 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 91888 | 71274 | clade | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | | 11 | 1 | 0 | 0 | 1 | 91891 | 446 | subspecies | LP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 91896 | 4143 | family | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 919 | 2008790 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9193 | 192204 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91942 | 668547 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 91943 | 91942 | species | HW | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 91989 | 2696291 | class | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 91994 | 1279 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9205 | 3073812 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92180 | 2621847 | species | TS | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9219 | 3073810 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9220 | 9219 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92221 | 54584 | genus | | 1 | 1 | 1 | 1 | 9 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9230 | 3073812 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9231 | 9230 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9235 | 9231 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9242 | 8892 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9243 | 9242 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9244 | 9243 | species | CA | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 92443 | 273877 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9254 | 40674 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 925459 | 30413 | species | BR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9255 | 9254 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92558 | 50672 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9256 | 9255 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9257 | 9256 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9258 | 9257 | species | OA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 92581 | 92558 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92621 | 70910 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9263 | 32525 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 92644 | 2839105 | species | SM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 92645 | 963 | species | HF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 92647 | 1822464 | species | PT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 926566 | 392734 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 926569 | 167964 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 927083 | 1055688 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 92712 | 1963360 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92713 | 1963360 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92738 | 46569 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92759 | 89583 | species | GS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9277 | 38608 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92793 | 224471 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92860 | 451868 | order | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 928852 | 1783275 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 92939 | 1892265 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92942 | 1177 | species | NL | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 929439 | 5665 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 11 | 1 | 0 | 0 | 1 | 92944 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 92945 | 92944 | species | KV | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 930 | 119977 | species | AT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 930124 | 2675233 | species | MH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 930129 | 1433300 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 930152 | 2813788 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9304 | 9277 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9305 | 9304 | species | SH | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 93060 | 1219 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 93061 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 93062 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 930805 | 1217416 | species | HJ | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 930979 | 2982303 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 931074 | 46254 | species | OA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 931100 | 2640676 | species | WE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 931172 | 447591 | species | OG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 93133 | 2726947 | family | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 931442 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 931450 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 93171 | 3277338 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | candidatus current name; | | | 0 | 0 | 1 | 93172 | 93171 | species | CE | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | candidatus current name;specified | | | 1 | 0 | 1 | 932028 | 98147 | species | PR | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 93217 | 119060 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93222 | 93217 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 932674 | 181096 | subspecies | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 933 | 135616 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 933084 | 202697 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 933632 | 53271 | species | ST | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9338 | 38609 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 933952 | 318560 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9347 | 32525 | clade | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 9348 | 9347 | superorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93506 | 2157 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 935652 | 5811 | strain | | 1 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | 4 | 1 | 0 | 0 | 1 | 9357 | 227508 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 935700 | 188905 | species | JA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 935854 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 935856 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 935858 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 935859 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9359 | 948951 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 936 | 2771471 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9360 | 9359 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 936053 | 4842 | species | RD | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9361 | 9360 | species | DN | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 936156 | 1423 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9362 | 314145 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 936435 | 341189 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 93660 | 84642 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 93681 | 2975441 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93682 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 936889 | 93682 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9369 | 3466516 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9370 | 176113 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93708 | 450947 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9371 | 9370 | species | ET | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9373 | 9362 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93758 | 1563254 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 93759 | 93758 | species | CO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 9376 | 9362 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 937601 | 862241 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 937605 | 862241 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 937743 | 937605 | species | HR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9379 | 183663 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93827 | 72117 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 93834 | 3010 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 93837 | 93834 | species | SS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 938405 | 365532 | species | BR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 938406 | 1186 | species | CB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 939 | 64898 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9392 | 314146 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9393 | 9392 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9394 | 9393 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9397 | 314145 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9398 | 3136023 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 939858 | 72273 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 940 | 939 | species | HT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9401 | 77225 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94028 | 6913 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94029 | 94028 | species | AB | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 94032 | 93708 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 940557 | 204434 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 940615 | 940557 | species | GT | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 940663 | 36753 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 941189 | 54388 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 941322 | 562 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 94133 | 72294 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 941429 | 622 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9415 | 30560 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9416 | 40234 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 941639 | 1398 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9417 | 9416 | species | AJ | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 941843 | 204441 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 941986 | 1813 | species | AB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 942 | 766 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 942014 | 28771 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94219 | 37818 | species | DN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 9422 | 40238 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9423 | 9422 | species | PH | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 94231 | 1505891 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94233 | 129920 | family | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94234 | 94233 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 942866 | 106589 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9429 | 40237 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9430 | 9429 | species | DR | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9431 | 30560 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94311 | 703913 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9432 | 981671 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94328 | 4650 | species | ZO | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 9434 | 9431 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9436 | 30560 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 943815 | 1883 | species | SS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9443 | 314146 | order | | 5 | 0 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 944322 | 407 | species | MO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 944435 | 2613784 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 944481 | 2614233 | species | HS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9445 | 376915 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 946125 | 446948 | species | DR | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 946234 | 216572 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94695 | 224756 | order | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 947009 | 206393 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 947166 | 286681 | species | RV | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 947525 | 125316 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9479 | 314293 | parvorder | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9480 | 9498 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9481 | 9480 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 948102 | 670516 | species | MF | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 94827 | 30467 | species | TG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9483 | 1965096 | species | CJ | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 948311 | 171627 | species | FP | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 94833 | 1294635 | subfamily | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94834 | 94833 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94835 | 94834 | species | GG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 948519 | 642 | species | AR | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 948561 | 1280 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 94885 | 201800 | species | PG | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 948950 | 9348 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 948951 | 9348 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 948953 | 948950 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94929 | 1489873 | order | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9498 | 9479 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 94992 | 30989 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9513 | 38070 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 95162 | 1817 | species | NB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 95179 | 7100 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 95182 | 7100 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 95186 | 7100 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 952 | 942 | tribe | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9520 | 378850 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 95244 | 95179 | tribe | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9526 | 314293 | parvorder | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9527 | 314294 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9528 | 9527 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9529 | 9528 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 953 | 952 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 95301 | 627141 | species | PM | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9531 | 9529 | species | CA | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9539 | 9528 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9541 | 9539 | species | MF | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9544 | 9539 | species | MM | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 95485 | 87882 | species | BS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 95486 | 87882 | species | BC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9554 | 9528 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9555 | 9554 | species | PA | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 95607 | 2638247 | species | RS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9564 | 9528 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9565 | 9564 | species | TG | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9567 | 9528 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9568 | 9567 | species | ML | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9569 | 9527 | subfamily | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9570 | 9569 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9577 | 314295 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 958 | 213483 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 95818 | 1783234 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 959 | 958 | species | BB | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9590 | 325166 | species | SS | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 95901 | 1783234 | clade | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 9596 | 207598 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9598 | 9596 | species | PT | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9599 | 607660 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 96 | 90627 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9600 | 9599 | species | PP | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9601 | 9599 | species | PA | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9604 | 314295 | family | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9605 | 207598 | genus | | 5 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9606 | 9605 | species | HS | 5 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9608 | 379584 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9611 | 9608 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9612 | 9611 | species | CL | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 963 | 75682 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 96318 | 5507 | forma specialis | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | specified | | | 1 | 0 | 1 | 9632 | 379584 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 96344 | 106589 | species | CO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9639 | 9632 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9643 | 9639 | species | UA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9645 | 9632 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9646 | 9645 | species | AM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 96492 | 85023 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 96541 | 27482 | subfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9655 | 3072906 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9656 | 169417 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9657 | 9656 | species | LL | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 96574 | 72275 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9665 | 169418 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9668 | 9665 | species | MP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9669 | 9668 | subspecies | MP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 96736 | 385255 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9676 | 379583 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9677 | 9676 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9678 | 9677 | species | CC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9681 | 379583 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9682 | 338152 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9685 | 9682 | species | FC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9688 | 338153 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9689 | 9688 | species | PL | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9694 | 9688 | species | PT | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9696 | 146712 | species | PC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 970 | 1843491 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9702 | 3072905 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 97028 | 3898 | species | TM | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 9703 | 9702 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9704 | 9703 | species | ZC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 97050 | 2854170 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 97051 | 96541 | genus | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9709 | 3072905 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9717 | 3410118 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 972 | 53433 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9720 | 9717 | species | PV | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9721 | 2653789 | infraorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9722 | 9721 | parvorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9726 | 9722 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 97331 | 13348 | species | AF | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 97376 | 37990 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9740 | 9722 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9741 | 9740 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9747 | 9722 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 97479 | 53485 | forma | PT | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9750 | 9722 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9753 | 9750 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9755 | 9753 | species | PM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 976 | 68336 | phylum | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 9761 | 9721 | parvorder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9765 | 9761 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9766 | 9765 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9771 | 9766 | species | BM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9774 | 311790 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9775 | 9774 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9776 | 9775 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 977775 | 216307 | clade | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 9778 | 9776 | species | TM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9779 | 311790 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9780 | 9779 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 97818 | 1763 | no rank | | 11 | 0 | 11 | 1 | 0 | 1 | 0 | 0 | uncultured | | | 0 | 0 | 1 | 9782 | 9780 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9783 | 9782 | species | EM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9787 | 314145 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9788 | 9787 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9789 | 9788 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9796 | 9789 | species | EC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979620 | 101100 | species | DO | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979627 | 1164882 | species | LO | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979650 | 4854 | genus | | 4 | 1 | 1 | 1 | 4 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 979673 | 2779859 | species | EB | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979688 | 2779937 | species | PC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979690 | 2779860 | species | GC | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979699 | 2779937 | species | PE | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979765 | 2779861 | species | LZ | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979771 | 2720871 | species | AS | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9798 | 9789 | species | EP | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 979982 | 2685106 | species | LS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 98005 | 981100 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 980083 | 3700 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 980116 | 3440528 | species | EA | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 980254 | 1579506 | species | RU | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 980427 | 1298 | species | DW | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 981070 | 3700 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 981071 | 3700 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 981085 | 3497 | species | MN | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 981100 | 3700 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 98130 | 9173 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 981327 | 28090 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 981384 | 97050 | species | RC | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 98143 | 9173 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 98144 | 98143 | species | OM | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 98147 | 9173 | genus | | 10 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9815 | 311790 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9816 | 9815 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 981671 | 30560 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9817 | 9816 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9818 | 9817 | species | OA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9821 | 35497 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9822 | 9821 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9823 | 9822 | species | SS | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 98302 | 6562 | superfamily | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9834 | 91561 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9835 | 9834 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9836 | 9835 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9838 | 9836 | species | CD | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 984307 | 1822464 | species | PK | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9845 | 91561 | suborder | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9850 | 35500 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 985054 | 97050 | species | RH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 98519 | 85018 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 985762 | 1279 | species | SA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9859 | 34878 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9860 | 9859 | species | CE | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 986140 | 4609 | subfamily | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 9869 | 9881 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9870 | 9869 | species | RT | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9871 | 9881 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9874 | 9871 | species | OV | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 988006 | 3419797 | species | OG | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 98808 | 47832 | no rank | | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 98809 | 98808 | species | BN | 1 | 1 | 1 | 1 | 5 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9881 | 9850 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9885 | 34877 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9886 | 9885 | species | MR | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9888 | 9885 | species | MM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9895 | 35500 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 98964 | 56326 | species | CC | 10 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 99 | 335928 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9900 | 27592 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 990078 | 374 | species | BH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9901 | 9900 | species | BB | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9903 | 27592 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 990650 | 68786 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 990719 | 3082768 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 99105 | 886730 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 9913 | 9903 | species | BT | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9915 | 9903 | species | BI | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 991789 | 28446 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9918 | 27592 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 99213 | 2448047 | family | | 1 | 1 | 1 | 1 | 5 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9922 | 9963 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 992288 | 2837508 | species | RP | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9925 | 9922 | species | CH | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9935 | 9963 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 993516 | 265606 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 993517 | 265606 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9940 | 9935 | species | OA | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 994319 | 2742 | species | MX | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 994702 | 986140 | tribe | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 99479 | 85021 | genus | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 99482 | 85006 | no rank | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 99487 | 9783 | subspecies | EM | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 995019 | 80840 | family | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 995037 | 69578 | species | CA | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 995085 | 40323 | species group | | 0 | 1 | 11 | 1 | 0 | 1 | 0 | 0 | | | | 0 | 0 | 1 | 9957 | 9959 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9959 | 9895 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9963 | 9895 | subfamily | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 99657 | 1977915 | genus | | 4 | 1 | 1 | 1 | 1 | 1 | 0 | 0 | code compliant | 11 | 1 | 0 | 0 | 1 | 99658 | 99657 | species | XS | 4 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | code compliant; specified | 11 | 1 | 1 | 0 | 1 | 9971 | 314145 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9972 | 9971 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9973 | 9972 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9974 | 9973 | species | MJ | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9975 | 314147 | order | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 997894 | 208479 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 997895 | 208479 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9979 | 9975 | family | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 998084 | 2839105 | species | SH | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9984 | 9979 | genus | | 2 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 998465 | 194690 | species | PS | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9986 | 9984 | species | OC | 2 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 9989 | 314147 | order | | 6 | 0 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9991 | 55153 | subfamily | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 9992 | 337730 | genus | | 6 | 1 | 1 | 1 | 2 | 1 | 0 | 0 | code compliant | | | 0 | 0 | 1 | 999432 | 158 | strain | | 0 | 1 | 11 | 1 | 0 | 1 | 1 | 0 | | | | 0 | 0 | 1 | 9995 | 9992 | species | MM | 6 | 1 | 1 | 1 | 2 | 1 | 1 | 0 | code compliant; specified | | | 1 | 0 | 1 | 999810 | 40559 | strain | | 4 | 1 | 1 | 1 | 4 | 1 | 1 | 0 | | | | 0 | 0 | 1 | bbuchfink-diamond-6dc5717/src/test/nr_10k.faa000066400000000000000000237035351523407312000207500ustar00rootroot00000000000000>MBL8757583.1 hypothetical protein [Phycisphaerae bacterium] MAAVVGAVAGAVGGEAMTVDPKWLAAQAARHARAGDRLCACGFNVLGLRIGEPCPRCGAAVTPNPRAAARVPRFEAFPDSVLDRLARAGTCLAWGMTLISGGFLAAWLVGIVRVVGPDVPRAAATVALLGAALPGSVLWLIGAVLVTRRQTPDAEPSPANLVAGRGRWFGWSAGPGQGLWVAGVALAVGSGAAGGHETGTGLALAGASAVLIAWASVSAGPLMVVLRDLGQFARDDYATNRFQNMAVGLPVVAVVLAALPFLPYALGMDYLRLIIGLGVTSVVLIPPVWLLNAGLWSLASSCRWARESAGESAAKDERLRARAERAARGG >EHX4537433.1 complement resistance protein TraT [Escherichia coli] MSTAIKKRNLEVKTQMSETIWLKPDSERTVFLQIKNTSDKDMSGLQGKIADAVKAKGYQVVTSPDKAYYWIQANVLKADKMDLRESQGWLNRGYEGAAVGAALGAGITGYNSNSAGATLGVGLAAGLVGMAADAMVEDV >WP_133518962.1 glycoside hydrolase family 16 protein [Curtobacterium flaccumfaciens] >TDN45085.1 glycosyl hydrolase family 16 [Curtobacterium flaccumfaciens] MQHEPGARHRMTTRRSFIRSGATIAGVLGVAAVAGTASVVLPMRSGGSNARAEAMPTGALESAGTRWVPYLAQDFDLDAGLGELLAVYPRMAEYSGMRDTSGKGLYAPDQVVSVHDSVLDFHLRSSGSQPLVATVLPAGYRAYTHQRVSIRYRADEVPGYKFVMILWPLSGDWNEGEIDWPEGDLSGDVRPVSAIPGSYDPDTEAMTFLPEDPPVVPGGQTDWHVATVEWTADAVRFFWDDELLDTVTGAVPTTPMRVTLQAETIIHDDEVPTNASGHVQVDWVVAYRQSRARS >XP_015036367.2 5-methylcytosine rRNA methyltransferase NSUN4 isoform X2 [Drosophila pseudoobscura] MRAALLTRHKYIAMVNNFGDTEQTCSMLETDGAINMKSLINLAQERLQGTDPALKGQGQNRYEIDDKLDALLRKQQEREVASIYPSAGEGGAAVQMPQQLKYDNVEEKEESQTESPDFKQSLTKALEEDVKLDEHRLVDPQFGTGGLYEYMPAHSIKGMEDWVAESEHYKYYQTSADFPLRIEPETSFHFPEHLALYTYEMGNCSDFKAPKKCLTGVSSHFLMDGASTLPPLFLQVQPGEKVLDACASPGGKSLLLLQTLHLDQLVCNDIQESRLNRLRRLMQEFLFDYKQRSAARHLIFSQSDARNLDEYEQYDKILVDVPCTTDRHVVMEQDNNIFKPSRIKERLRIPELQAGILTNCLRLLRPGGSLVYSTCSLSPIQNDGVVHMALQKVFVEHGITATIKDLSRHTELFSDIFKFEHPKGLKYGQMVIPYLPANFGPMYFSKITRNV >PAA16140.1 glucan biosynthesis protein G [Pseudomonas fragi] MIVSPLNAPKMSAKRLRNALVTGSALFCLFGAGQLWAFSLDDVAAEAKTLAEQKYQAPRSNLPKEFRDMKFADYQKIQFNRDKAQWAGDKTPFKLSFYHQGMHFDTPVKINEVTATTVEEIKYDPSRFDFGDVQFDPKATENLGWAGFRVLYPINKADKQDEIMTMLGASYFRVVGKGQIYGLSARGMAIDTALPSGEEFPRFTEFWIEKPKPNDKHLVIFALLDSPRATGAYRFTLRPGVDTVVDVKAQMFLRDKVGKLGIAPLTSMYLFGANQPSKVLNYRRELHDSSGLAIHAGNGEWIWRPLNNPKHLSVSNFAVENPRGFGLLQRGRDFSHYEDLDDNYHKRPSAWIEPQGDWGKGSVDLVEIPTADETNDNIVAFWSPETLPEPLKPFDFAYRLHWTMDEASLHPADSAWAQQTLRSTGDVKQSNLIRQPDGSVAYLVDFEGPSLKALPENAAVRSQVSVGDNAELVENNVRYNPETKGWRLTLRLKIKDPSKATEMRAALVQDVEQAAPAKAEKAPETKAEKAAAKAQEKKDHAAKDAKAPEATPATPEPVKTEKVLTETWSYQLPADE >GLZ33620.1 glycogen operon protein GlgX homolog [Lentzea sp. NBRC 105346] MRPWPGTPYPLGATYDGVGTNFTLFSEVADYVELCLFDDDGTETRIRLPEVDGFVHHGYLLGVGPGQKYGYRVHGPYDPDRGKRCNPNKLLIDPYAKAISNGIAWNESLFGYTFGDPDERNDTDSAGHVPLSVVVSPFFDWSTDRPPRTPYNESVIYEAHVKGLTIDHPEIPPRLRGTYAGLAHPVMIEHFQQLGVTAVELMPVHQFVTDHALSQRRLSNYWGYNTIGFFAPHDAYAAMPEQANQVQEFKGMVRALHEANIEVILDVVYNHTAEGNHLGPTLSMRGIDNEAYYRLVDDEPKFYMDYTGTGNSLNVRSPHTLQLIMDSLRYWVSEMHVDGFRFDLAAALAREFYDVDKLATFFDLVQQDPTVSQVKLIAEPWDVGPGGYQVGNFPPLWTEWNGKYRDTVRDFWRGEPATLGEFASRITGSSDLYQQDGRRPYASINFVTAHDGFTLNDLVSYNEKHNEANGEDGRDGHDDNRSWNCGAEGPTNDPEVLELRARQRRNMLATLLLSQGVPMLLHGDEFARSQQGNNNAYCQDNEVSWVDWSLAETNKDLLEFTSALAAFRKAHPVFRRRRFFQGKPIRKGEELRDIAWFTPEGEEMTEQDWGNDFGRSIVVFLNGEGIPDLDQRGMRVIDDSFLLAFNAHHEDIRVTLPDADYGPEWTVVVDTATGKVGDGGELIPCSGHLTVPARSLVVLERVG >XP_039555956.1 pericentriolar material 1 protein isoform X23 [Passer montanus] MAAGGGPFEEGMNDQDLPSWSNESLDDRLNNTDWGGQQKKANRSSEKNKKKLSGEGETRLTNDISPESSPGMERRKTRTSHSFPHARYMTQMSVPEQAELERLKQRINFSDLDQRSIGSDSQGRATAANNKRQLNENKKPFNFLSLQINTNKSKDPTSGSQKKEGEVSAQRKELFGAALSKDFLQNCQVSAQEDGRGEQAMDSSQIVSRLVQIRDYIAKASSMRDDLVEKNERSANVERLSHLIDDLKEQEKSYLKFLQKMLARENEEDDVRTIDSAVGSGSVGESTSLNIDVQSEASDTTARDPQQEAKEELENLKKQHDLLKRMLQQQEELKALQGRQAALLALQHKAEQAIAVLDDSVVTETTGSVSGVSLTSELNEELNDLIQRFHNQLHDSQTQSVPDNRRQAESLSLTREVSQSRNSSMSEHQSDEKAQLFNKMRMLQGKKQKMDKLLGELHTLRDQHLNNSSFFPASGSPQRSVDQRSTTSAASGPVGIVTVVNGEPNSLASAPYPPDSLVSQNESEEDENLNPTEKLQKLNEVRKRLNELRELVHYYEQTSDMMTDAVNENTKEEEETEESESDSEHEDPQPVTNIRNPQGISSWSEINSNSNVQCGTNNRDGRHLNTDCEINNRSAANIRTLKMSSALDCHNRENDKHLDLPQGEDDEVEEDRVSDDSMSSHRSSLGDVAGDAEFEQKINRLIAAKQKLRQLQNLAAMVQDDDPEPQGAIANASNIGDLLGEVEETKQQPNNVRASSNKLKKDARLNEKAREKFYEAKLQQQQRELKQLQEERRKLFEIQEKIQVLQKACPDLQLSTGLGNCPANRQTSQATSTPAMNECNTAGKPLFDCDESVPVGNEQLWSEMRRHEILREELRQRRKQLEALMAEDQRRRELAETISAVAASVRSEGSEAQCTPQQSRTEKTMATWGGSTQCALEEENGDEDGYLSDGVGQAEEEEEDASSLNDSFSIYPNNNLPENAYFIKGNKDRWKNCRPLSADGNYRPVSKARQQQNINMRRQENFRWMSELSYVEEKERWQEQINQLKKQHEFSVSICQTLMQDQQTLSCLLQTLLTGPYSMMPNNVASSQIHLIMHQLNQCYTQLTWQQNNVQRLKQMLSDLMQQQEQQCQEKPSRKERGSSAPPPPSPVFCPFNYPPQPVNLFNVPGFTNFSSFAPGINCNPVFPSGFGDFAHNVSPRSSEQQEQQHPLDHNTSGKTEYMGFPKPFESSSSNGAEKQRRNHRQPEEEIEKRSNWLDDSQEMKKDDQSQLNAGFAVSVQNTASGHKNQCDVNRRREFDEESLESFSSMPDPIDPTTVTKTFRSRKASAQASLASKDKTPKSKNKRKSSLQLKGRIKNTGYESASASSVCEPCKNNKSRQSDDVVHAKVFSKRNQEQLEKIIKYSRSTEMSSETGSDLSMFEALRDTIYSEVATLISQNESRPHFLIELFHELQLLNTDYLRQRALYALQDIVTRHLCEKNEKGKCAKSLNSATWVASNSELTPSESLASTDDETFGKNFSTEACQDCEQPDPDNGSTMSTSSNFEPFATDDLGNTVIHLDKALSWMREYERMKVEAESTLDSEGCSSNFQGASAAKLEGTGECQSVPQSGDVSAVPCPRIDTQQLDRQIKAIMKEVIPFLKEHMDEVCSSQLLTSVRRMVLTLTQQNDESKEFVKFFHKQLGSILQDSLAKFAGRKLKDCGEDLLVEISEVLFNELAFFKLMQDLDNNSISVKQRCKQKIETTEVMQSYAKEAKKGLQVDVCSSVEDVDEDKDKDETETAKQVPDSEVCAGNGVPESIRSDASDQEEDEESESGPVAISLSKAETQALTNYGSGEDENEDEEIEFEEGPVDVQTSLQANSETTENEQTSNQELSKAKSSEILSSEQEPVKGEQDVSAAVHHYLSVMENTPALTVNTPESFITSTVKTEGSSSSLAVNEAQTPDTTCAENKSGASSESSMAGSPDTESPVLVNEYEPGSGNVSQKSDEDDFVKVEDLPLKLAVYSEADLMKKMETEAQTKSLSDELLDGGGAQDQELVGDAQTLKEPETFGAQNA >MBO7734838.1 hypothetical protein [Methanobrevibacter sp.] MARKKLTEEQKRHFNEARRKTLLEKYGDPNYTNVAKIKKTKEERYGNPNYNNYEKFRKTCIDRYGVDHQCKIKEVSEKISRTKKTAETQQRYEKTMLDRYGETASNRVPSIQKKRLETLMSNYGVKNPLQSKEIFQKRIETMKKNGSFNKSKDEEILYKKLSNQFGEQSIKRQYKDSRYPFMCDFYIEPLDVFIEVNFHPSHGYHLFDPDNKEDILFLEELKSRNDDWSNMIIDVWSRRDYEKYQHAVKNNLKFIAVYPDVISMTKPCEFLETPILL >WP_206363707.1 ATP-binding cassette domain-containing protein [Sinirhodobacter huangdaonensis] MMQDSKFHHGEVAVTDAIIRLEEIRKHFGNVIALNGVTFDVRPGECHCLLGDNGAGKSTFIKTMSGVLKPTEGRILIDGKETTFSGPRDAQDAGIATVFQDLAMIPLMSVTRNFFMGREPTKGRGLFKRFDHRRANEICVEEMRKMGINLRGPDQAVGTLSGGERQTVAIARAVHFGARVLILDEPTSALGVRQTSNVLSTIDRVRRQGVGVVFISHNVRHALAVGDRFTVLNRGQTLGTAVRGQISAAELQDLMAGGQELAELEGSLGGTI >XP_007207923.1 uncharacterized protein LOC18772368 [Prunus persica] >ONH99895.1 hypothetical protein PRUPE_6G056200 [Prunus persica] MKLPSSSPSFSSCSSLSSTSTAFDAAMCNSKGAAAGCLAGIFRRILCYGSFPTYPSDHITEEEEQAANSAESYKDQDFKSMEKTGEKTESAATPSLVARLMGLESIPDVNLVNGQSTLNSISRSKSMNSVDRFAGGGDDPMQAQHRKVKSTQSFREMPTFLELENEEFFILSFENESKVKEIRSKGRKGEMGCREGKQKRAGKSKNNENITEREADKKKKQVQEGKSRRVLKDLNGREILRSRSRSSSDNPSNKVGNINGIVKDSKSASIPTICDVLKNVESECSSEDLSPVSVLDCGQFLVDPEAPTSDQEDSGLPCPCKDNGLIGDARRTKAREGKCLGSRKKEFHSGKHIEMCGEICRLVEDELVSSNWIIHNKGSWNQAGSAGIGADFESQILDQLLDELVDQFADLPLKIQNL >XP_051956784.1 rab9 effector protein with kelch motifs [Xyrauchen texanus] MELLPILDPEDKPSNRQWYVVVPTGCAPGVSVGHTCTYLPSDGGKGRILVIGGANPNGSFTDSYIISLDAHEWDIPEWDGLQARYEHCSFVPESDPQSLWVFGGAEQNGNRNCVQVLHTSGDVKGHGSWKTVQVKGTPPTARTYHTNSACIGDRLFVFSGGDAGTSPVTDPQVHVFDTAAASWSQPETKGMPPAPRHGHVIAAVGSVIYIHGGIAGEKFHNDMFSLNTETLKWEKVKAKGDVPPGTAAHSSVTIGKNIFIFGGMTSEGATNSMYKFQCDKQRWTLLKFEGDLPPSRLDHSMCVVPWRVRTTDREQANRNSEADVVYLCFAFGGMDTQGLIFNDCLVTVLT >OGK79387.1 MAG: hypothetical protein A2X53_16815, partial [Candidatus Rokubacteria bacterium GWA2_70_23] MNVLLVGLGRWGEKHLRVLQELGVELWVADVSEARRGFAVKAGVAPERAVEDFRRALPHVDAVDLVTPADTHLALARECLEAGRHCFVEKPLALTYAEGRELARVVHATGRVLQVGHIFRFHPVTTALREQLASGAVGPVRYATGRFTGFKRPRTDVGVTQTDAIHYFDLFAHLLGRRPTAVTALLRDYLGRGMDDCSFATVEYDGVPAFIEAGYFAPGTSRDCVIVGEQATLSADFGSSEVTVHGNRHV >WP_025531131.1 kinase [Hungatella hathewayi] >RGD67227.1 uridine kinase [Hungatella hathewayi] MAKLIIIRGNSGSGKTTVARALQRRFGDHSMLISQDMVRREILHVKGEKNMLALPLMQELVAYGRDHCEITILEGILTSQWYEPLFDSAKTLFGDAVFAYYYDLPFEVTLLRHQTKSNREEFGENDMRDWWREKDYLKNISENALTAEMSLEETIERIYRDVTLA >KAJ8763828.1 hypothetical protein K2173_003610 [Erythroxylum novogranatense] MATTGNKSINAKLVLLGDVGAGKSSLVLRFVKGQFVEFQESTIGAAFFSQTLAVNDATVKFEIWDTAGQERYHSLAPMYYRGAAAAIIVYDISNQASFERAKKWVQELQAQGNPNMVMALAGNKADLVDARKVTAEEAQVYAQENGLFFMETSAKTAANVNDIFFEIAKRLPRVQPAQNSSGMVLMDRPVERTAAASCCS >MBQ1311177.1 LacI family DNA-binding transcriptional regulator [Blautia sp.] MALKAKDIAQMLGVSTATVSLVLNNKPGVGEAKRQEIIEKIQELGCEYMLKDLPGGNGSIGFVVYKTIGSIIDESPFFTYIMERINKNILNSGYTLNFVYLDREMAKEELQAQIRAMNCKGLIIFGVEMTRQDLQAFVDTGIPFVVLDNSMRESDVDSVTINNAQGTSKALHYLYEMGHRRFGYLMSKERITSFEERYQAYVNTLSSLGVERLPEDVCIVEYKDSVIRGQVREFLAARKEPMPTAFFAENDYIACSALQGMKEAGYKIPQDFSIIGFDDRPICTMVNPNMTTICVPKDDFGIQSVNLLLSRINSSRQHSLKVELGTWLLVRGSVRRLEPEEGAAGSGT >WP_268714943.1 competence type IV pilus assembly protein ComGB [Streptococcus oralis] MDISQVFRLKRKKLATAKQKKIITLFNNLFSSGFHLVEIISFLGRSALLEKDYVAQMHQGLSQGKSFSEMMESLGFSSAIVTQLSLAEVHGNLHLSLGKIEEYLDNLAQVKKKLIEVATYPLILLGFLLLIMLGLRNYLLPQLDSSNIATQIIGNLPQIFLGLVLVCSLSLLLALTFYKRSSKMRVFSMLARVPFLGIFVQTYLTAYYAREWGNMISQGMELTQIFQIMQEQGSHLFKEIGQDLTQALQNGREFSQTIATYPFFKKELNLIIEYGEVKSKLGSELEIYAEKTWEAFFTRVNRTMNLVQPLVFIFVALIIVLLYAAMLMPMYQNMEVNF >TME45086.1 efflux RND transporter permease subunit, partial [Chloroflexota bacterium] MTLVASSRRRAVAIYLLLALLAAVGIFEGLRMPASIFPSVTFPLVKVIADVGEEPAAHVMPTVTRPLEEAILRVPGVQLVRSITSRGSAELTAQFGWGTDMQAALQRVEAETQRVRPDLPPQTKIDVQWMNPAVFPIQGYALTSDTRTQAELRELADFKLKPALFRIPGVSQVFVIGGRNREFEVQLDRAALDARHLTAADVVSALQKDNQVLSAGFTESNHELYLTLVNGRVDGLDALERVSVPVPGGIPATLGELGKVKVADEVSYIRTTADAHPAVLVNIIRQPSANTVQIARAIDELFQSQPDLLPKGVRWTTFYDQARYVSDSVSGVRDAILIGVALAALVLLIFLRSFRLTLVAVVAVPACVSIVALGLGVFGQTINLMTLAGIAAALGLIADDAIVVIENIHRHREGRLSPDPAESGLREILPALAGSSLSTIVIFLPFALLTGVVGAFFKPLALTMAITLAVSFCLALFAVPVSVSLLGEGHAHGRAHNRFAASGPGRIVAALARLWRWVSSRTGRAYAATVRFFVRHGLAAVVVVVLLFAGSFLLYRSIGTDFLPSMDEGSIILDYWTPPGTSLTDTDQMLVEAEKVIASLPDVAAYSRRTGAQLGFSLTEPNRGDYVIRLKPLGQRRPVDDVISDLRTRIAAREPAIHTDFGQLLEDNIGDLTGGAPQPIDVKLFGEDQALLEQKARAIAQSIAQVPGVEDVFNGIVIAGPALQVRL >VDK71801.1 unnamed protein product [Onchocerca ochengi] MCVLLPSILIITIVAVAAKADNEIITKKNDSYVNESNQNFMTINSPVNNIVRTSDDHEWSETEENGTSLFNLVNGRERKQKVTPSESTKTYFNDNFEDLRGRISMETLDLIKQLHTYYFNTENLIKQPESLSSGENKSKKEEIVHVSGKLEILQL >OGA29379.1 glutamine--fructose-6-phosphate aminotransferase, partial [Betaproteobacteria bacterium RIFCSPLOWO2_02_FULL_65_24] MCGIVGAIAQRNVVPILIEGLKRLEYRGYDSAGVAVVNGVLQRVRSAGRVAELEKLARQQALNGPLGIAHTRWATHGVPSERNAHPHISGGVSVVHNGIIENHDEMRVRLRAQGYEFASDTDTEVIAHLVHSCLQRGANLFEAVRRASAELIGAYAIAVVCESDPSRLIVARHGAPLLLGLGEGECFAASDASALVQVTQKIIYLEDGDCAELSLPGPLVVDKDGARVERPVHLSQLSAAEVELGSYRYYMQKEIFEQPMAVANTLEMVTGAQTVAPQLFGAEAEEVLRGIDSVLILACGTSYHAGMVARYWLEGVAGLPCNVEIASEYRYREPVASPRTLVITVSQSGETADTLAALQHAKALGQQHCLSICNVPESALLRASKLRFLTRAGPEIGVASTKAFTTQLVALVLLTLVLAKLRGRLTRERELELLQALRHLPAALRHVLQVESQVQQWSARFAKLEHALFLGRGIHWPIAMEGALKLKEISYIHAEAYAAGELKHGPLALVDKSMPVVAIAPKDRLLEKLKSNLQEVSARGGVLYVLADQDTELSEGDGLQVIRMTDHAGMLSPILHTVPL >EGI67351.1 hypothetical protein G5I_03994 [Acromyrmex echinatior] MRRLLGSPTITEPPKRATNGPKDGEEVAQFAPVADDIDTSIETGNIDTPSKIEEDEAEKKEESGSCLSKTWEADLTASLIQDEKDRMAEQFQITVPDLLLQACREFSRMEGRRSFRTARLRSASGRHRFRPVCQRPATRRPHAR >XP_021846694.1 uncharacterized protein LOC110786446 [Spinacia oleracea] MKQEIERSLTSLSSKKAPMVWDCGSPLYDSFELSSLSHIIERHMMALPPSSSSSSSTRSSLSSSCSSLRSEGTSFDEGLKRKVEWEEVSKKKKAEKRIKVTSGQTFP >WP_224792367.1 alpha/beta hydrolase [Pseudomonas fluorescens] MERLVAGRERFYLDRFWNEFAGNPAKVDEETRQHYAKLYARPGNMHAAFAQFRSIRQDAKDNEPTMSKKLSMPVLAIGGEKSFGANEAIVMRNAADKVTEVVIAGAGHWLMEEAPTQTIEAIRGFIGR >OIO24646.1 hypothetical protein AUJ65_00460 [Candidatus Micrarchaeota archaeon CG1_02_51_15] >HII38831.1 CPBP family intramembrane metalloprotease [Candidatus Micrarchaeota archaeon] MIPFSLLLFFAPFVLLKFFEGKGLRESLDFLGFKLGKPFTQLGQGFLLFFFGFWILIAEGAVLNALGLMDVEKVAEHVLNQPLLVLAFAIVVAPVVEETFFRGFLQKKTGVVFSSAVFAVLHWGYGSVSEVAAAFTAGLVFGWWVRKNNTLIPAIAAHAAYNAMSILVILLGVGGG >XP_004466702.1 ATP-dependent DNA helicase PIF1 [Dasypus novemcinctus] >XP_023446957.1 ATP-dependent DNA helicase PIF1 [Dasypus novemcinctus] >XP_023446958.1 ATP-dependent DNA helicase PIF1 [Dasypus novemcinctus] MLSGTAVAECEDAELRCRVAVEELSPGGQPRRRQALRTAELSLGRNERRELMLRLRAPGPAGRPRCFPLRAARLFTRFAAAGRSALRLPADGAPRPGAVQLLLSDCPPDRLRRFLRTLRLKLAAAPGPGPASARAQLLDSRPRDFITISPVQPEEVRREAAPRGPGATAGKRPAETPARAEPSKEAPRWPLPVKKLSLPPTKPQLSEEQAAVLRVVLKGQSVFFTGSAGTGKSYLLKHILGSLPPTGTVATASTGVAACHIGGTTLHAFAGIGSGQAPLAQCVALAQRPGVRQSWLNCQRLVIDEISMVEADLFDKLEAVARAVRQQNKPFGGIQLIICGDFLQLPPVTKGSQPPQFCFQAKSWRRCVPVTLELTEVWRQADQTFVSLLQAVRLGRCSKEVTRQLRATAAHKVGRDGIVATRLCTHQDDVALTNQRRLQELPGEMHSFEAMDSDPDQAQTLDAQCPASRLLQLKLGAQVMLVKNLAVSRGLVNGARGVVVGFEAEGRGLPQVRFLCGVTEIIRADRWTVQAAGGQLLSRRQLPLQLAWAISIHKSQGMSLDCVEISLGRVFASGQAYVALSRARSLQGLRVLDFDPMVVRCDPRVLHFYASLQRGRGLSLDSPDDDEASDQENVDPNL >MOY61908.1 envelope protein 2 variant 527 [Hepacivirus C] TTHITGGKAAQSAFNLARLFSPGAQQKLQLVNTNGSWHINRTALNCNESINTGFIAGLFYHYKFNSTGCPQRLSSCKPITFFKRGVGPLRDANISGSSED >WP_053342583.1 MULTISPECIES: molecular chaperone HtpG [Clostridium] >KAI3349825.1 molecular chaperone HtpG [Clostridium botulinum] >KOM87215.1 molecular chaperone Hsp90 [Clostridium botulinum] >KOR57300.1 molecular chaperone Hsp90 [Clostridium botulinum] >MBY7025592.1 molecular chaperone HtpG [Clostridium botulinum] >MCS6111838.1 molecular chaperone HtpG [Clostridium botulinum] MIKENGNISIHTENIFPIIKKWLYSDKDIFIRELISNACDAISKLKRLSALGEANVDENEKFKVTVIVNKEKKTLKFIDNGIGMTEEEVKKYINQVAFSGAEDFVEKYKDKMDEGSDIIGHFGLGFYSAFMVSDKVQIDTLSYKEGSEPTRWICEGGTEFEISNSDSKNERGTTITLYINEDSNEFLDEYKLRTIITKYCSFLPIEIYLEDENKVKEEPKYETKKNEDGTEYQELITPEEAKPLNDTHPLWMKKPSECTDEEYKAFYRHVFTDFNEPLFWIHLNVDYPFNLKGILYFPKLKHELEATEGQVKLYNNQVFVADNIKEVIPEFLLLLKGAIDCPDLPLNVSRSFLQNDKDVAKISNHIIKKVADKLTSLFKNSRDEYNKFWNDIQIFIKYGCLRDEKFYEKIKDIIIFKTINDEYVTLKDYLEKAKEKHENKVFYVNDVRQQSQYIKLFKEYELDAIILDASLDNHLISFLEMKESGVQFTRIDSDISDVLKSDEDSNTEEVKELNKKIEEMFKSNIGEKIKNISVEGLKDAGTPAMILISEHSRRMAEMSKMYAAMNMPAGMFDEEKTLVLNNNNIIVKKLISLSEDESKKEDVKFICEHIFDLAKIANKELSPEDMDEFIKRNNELLSRILL >EMD83093.1 N-acetyl-L,L-diaminopimelate deacetylase [Pacificimonas flava] MRRYVMTSAAILLAAPAMSAAAQEGGQTPLGQELESEWDGSLEELFLTFHRNPELSFRETETAKRMAAELKDAGFTVTENVGRTGVVGVMENGPGPVVMVRADMDGLPVKEQSGLDYASTATQEDIDGEVKPVMHACGHDTHITAMVGAARALAARKADWSGTLLFVVQPAEERIGGAKAMMEDGLYERFPKPDYALAFHVSADTPTGKIGLFPGITASSSDSVDITIHGVGAHGASPHMGKDPIVMGAEIVMALQTLVSREISPLAPGVVTVGSFHSGFKHNIISDEAKLQLTVRSNDNAVRETLIDGIKRIAANVGRMNGLPEDRLPEVRVGFESTPVTVNDPELTERVRSALTSGIGPDVLLAEDDNEGMGAEDFAYFAAPNTDVPGAYMWVGGTPQAVIDAAEAGGPPVPSHHSPQFKVNAEEAVTLGAEAMTVAALDLLPKS >EJT84792.1 hypothetical protein PPS11_16961 [Pseudomonas putida S11] MPSGYISSTLGREQQIAASLEQALLVGGQGARVLVEVFVGAELQRVDENAGDHEIGALCSLGHQGGMAAVQVARW >WP_077010214.1 glycine oxidase ThiO [Saccharothrix sp. ALI-22-I] >ONI81754.1 glycine oxidase ThiO [Saccharothrix sp. ALI-22-I] MRVTVLGGGVIGLSVAWYAARAGFAVEVVDHGSPHGGSWVAGGMLAPITEAWPGDEDVLTLGVESLGLWPEFARELGVELSPVGTLAVAVDRADVEVLDQLCAYLATMGRSASRLTGRELRALEPGLGSVRSGLSVPGDLAVDNRTLLGALREACVASGVAFATESAAVSDVVVIAAGAWSRDLHPLLRGVIRPVKGEILRLAARPGALPPPRHTIRAQVSGRPVYLVPREGGFVLGATQYEAGFDGDVTVGGVRDLLRDAEVVWPGIAEYALVEAAAGFRAGSPDNAPVIDWLEPGVLAATGHHRNGLLLAPVTARRVLTLLREGGNSR >HAN2236324.1 alpha-amylase [Escherichia coli] MKLAACFLTLLPGFAVAASWTSPGFPAFSEQGTGTFVSHAQLPKGTRPLTINFDQQCWQPADAIKLNQMLSLQPCSNTPPQWRLFRDGEYTLQLDTRSGTPTLMISIQNAVELVASLVRECPKWDGLPLTLDVSATFPEGAAVRDYYSQQIAIVKNGQITLQPAATSNGLLLLERAETDAPAPFDWHNATVYFVLTDRFENGDPSNDQSYGRHKDGMAEIGTFHGGDLRGLTNKLDYLQQLGVNALWISAPFEQIHGWVGGGTKGDFPHYAYHGYYTQDWTNLDANMGSEADLRTLVDSAHQRGIRILFDVVMNHTGYATLADMQEYQFGALYLSGDEVKKTLGERWSDWKPAAGQTWHSFNDYINFSDKTGWDKWWGKNWIRTDIGDYDNPGFDDLTMSLAFLPDIKTESTTASGLPVFYKNKTDTHAKVIDGFTPRDYLTHWLSQWVRDYGIDGFRVDTAKHVELPAWQQLKTEASAALREWKKANPDKALDDKPFWMTGEAWGHGVMQSDYYRHGFDAMINFDYQEQAAKAVDCLAQMDTTWQQMAEKLQDFNVLSYLSSHDTRLFREGGDKAAELLLLAPGAVQIFYGDESSRPFGPTGSDPLQGTRSDMNWQDVSGKSAASVAHWQKISQFRARHPAIGAGKQTTLSLKQGYGFVREHGDDKVLVIWAGQQ >HBZ0881431.1 hypothetical protein [Klebsiella pneumoniae] MESRTEAVGTGWKGQKKNRHMTGGKSMLAWIDCVLHFSQTDKLYLSTFAAEVSMLNFNKATTTSS >AMA90994.1 cytochrome oxidase subunit 1, partial [Sciaridae sp. BOLD:AAN6432] >QBO27564.1 cytochrome oxidase subunit 1, partial [Sciaridae sp. BIOUG20842-C03] TLYFIFGAWSSMVGTSLSMLIRAELGCPNALIGDDQIYNVIVTAHAFIMIFFMVMPIMIGGFGNWLVPLMLSAPDMAFPRLNNMSFWLLPPSLTLLLTSSLVESGTGTGWTVYPPLSSTISHSGASVDLSIFSLHLAGISSILGAVNFISTIINMKTPGMSFDKMPLFIWSVLITAILLLLSLPVLAGAITMLLTDR >MBU0883769.1 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase [Gammaproteobacteria bacterium] MLKPLLLSEVAALLGAQVIGADVAFSAVSSDSRAIQPGQLFVALAGPRFDGHDYLAEVAGKGAVAALVEREVVGAPLPQLLVADTRLALGQLGALNRQAFNAPVVAITGSSGKTTVKEMLASILREGLQGPVLATRGNLNNDLGAPLTLLELAPEHVAAVIELGANHVGEIAYTVGLTQPQVAIINNAGTAHVGEFGGPEKIVEAKGEILEGLSDSGVAVLNLDDRAFAIWQQRAKGRTVRSFALSNPAADVYASELARDARGCSAFTLHCASGQVRIQLNLLGEHNVANALAAAAAALALEIAPAAIKAGLEKLQPVQGRTVAQIAPNGLRVIDDSYNANPTSVCAAIDILAGFSGRRVLVLGDIGELGAWAEQGHRQVGSYALGKVDALFAVGPLMAHAIDEFGTNGRHFADQASLIAALQSEQGDTTFLIKGSRSAAMEKVVAALCGTSGEIH >MBD5551606.1 SpoIVB peptidase [Lachnospiraceae bacterium] MKKVIRNLYKGILFCAVAGLLVAGWYTCYDSVPSQVKLATQREQRMNFKIPASASIETEQGTFQTGLYRPVTMVTGAEEATYQMDVKLLGLIPLKSVEIQVMSERSISAAGFPVGIFLKTKGVMVVGIGSFQDANGVNHEPSKAHLAEGDYILSYNGVEITGKKHFMSLLAENRGTEIILGVERDGTYLEERVTPAQNQSGEYKMGIWIRDNAQGVGTLTFVDENGNFGALGHGITDSDTGELMELGRGSLYGTKIIAVRKGTDGVPGELTGMIEYDDENVIGEITKNTSYGIFGRINLEKLNENGIDLKTQKIGFKQDIYIGPATMISSVNDEMHEYNIEITAIHMGNDGGSKGLEILVTDEELLNLTGGIVQGMSGSPILQDGKVVGAVTHVLVNAPEKGYGIFIEEMLMGE >MCB9999913.1 isoleucine--tRNA ligase [Methylobacteriaceae bacterium] MNDAPKAAKADKSGPDYSASLFLPQTDFPMRAGLPKKEPEILARWNEIGLYRLLREAGKGRKKFVLHDGPPYANGAIHIGHALNKTLKDLVTRSQQMLNKDSNYVPGWDCHGLPIEWKIEEENYRSKGKAKPDLRDSAAMIAFRRECRAYADHWVNVQREEFKRLGVVGDWDHPYLTMTYPAEAQIARELFKFAENGLLYRGSKPVMWSVVEKTALAEAEVEYEDHTSDTVWVAFPISVGSSGAHGATAWPEIWAKAEELLGARVVIWTTTPWTLPGNRAICFSPKISYGLYGVTAAPENNWAKVGDRYVLADKLAEDVLKAAKVEDWERLRDVSSDVLAMTECAHPLAGLDGGYDFRVPLLSGDHVTDDTGTGFVHTAPGHGREDFEIWMASGRMLAERKIDTRIPYTVDEDSFYTKEAPGFDGKRVITEKGDKGDANDAVIKALVERGALIARGRLKHQYPHSWRSKKPVIFRNTPQWFVAMDRPFVPNDAAPTNPHPEEPAQAGVSKDGHDDHASRRALSGAPQHEGAGSGERASLRSVALEEITKVRWEPASGQNRITGMIAAKPDWVMSRQRAWGVPIAVFVRKGEHAPLVDARVNKRIGDAFEAEGADAWFADGAKARFLAPDYDPDEFDKVDDVLDVWFDSGSTHAFVLEDAKHFPGLQGVHRIRDGGVDEVMYLEGSDQHRGWFHSSLLESCGTRGRAPYDVVLTHGFTLDEHGRKMSKSLGNTVVPQKVIAESGADILRLWTASVDYSDDQRIGPEILKFVTDNYRKLRNTIRWMLGTLAHFSEGDRVDFATMPELERLMLHRLAEVDAVVQQAYADFDYKKVVATVTPFMTGDCSAFYFDIRKDALYCEAPSSHLRKSALTVVDAICDAVLKWLAPILVFTTDEAWAMFRPDGAPSVHLEIFPEGLARYRDEALAERWKKIRRVRSVVTGALEIERANKAIGSSLEAAPVVFISDPQLREAVVGVDMAEVCITSGITIEAAGDTPEGAFVLPDTPGVAVTPAKAQGRKCARSWKISPLVGADPEFPDVTPRDAAALRELKAQGRWGAA >WP_007356512.1 MULTISPECIES: GAF domain-containing protein [Kamptonema] >CBN57310.1 putative Histidine kinase [Kamptonema sp. PCC 6506] MLTIFEEFFSSGQFIPHGNSYLWQPQLLWLHILSNLSIAIAYFSILAMLIYFVYKRRDVPFLRIFILVGVFTLLSGTGHLLEILTLWHPLYWLSVVEQAMTGLVFCYTVAQMVTLLPKFFALRNSEQLETINQELEHEIAERQKAEEALKSIVAATASVTGEKFFSALTQYLAKALDVRYAFVAEIVSKESQKLKALAFWNGNNIEDNFEYILSDTPCELAIEQASLQYFPERVQELFPKAIDLKKMEAICYLGVPLLSAKGEVIGILCINSDRPLVNEESAKAIMRVFAGRATAELQRQRAESAKNRAYEDLENRVQERTAELVETNAILETEIREKVVAESALRKSDIRLRKQQDGLLKLAKKQSIYEGNIQGALREITEVAARTLSVERASVWFYSEGKSEIYCADLYEVTPNRHSQGTKLSATDYPNYFQGLETDRVIVANDAHTHPRTQEFSELYLTPLSIASMLDTPINFKGQSVGVICLEQVGTARNWAIEEQNFSSYLAYMTSLAMESRDRKRAELALRETAEREKAIAFMMQRIRQTLEIDKIFSAATSELRQAIDCDRVGVYRFNPDWSGNFVAESVASGWKVLLDSPINQPQRTETTIEKENCATKTLSITGEPIEDTYLQANQGGFYQQKTYYRSVPNIYQAGFDTCYIDLLEQFQARAYIITPIFCSSKLWGLLATYQNSDIREWREAEIKMVVQIGAQLGVAIQQAELLAQTQKQAAELKIAKESADAANSAKSEFLANMSHELRTPLNAILGFSQLMNRDRSLSTEYIQYLNIINRSGEHLLELINDILEMSKIEAGRMVLYENEFDLYNLLDNLEDMLQLKAQSKALKLTFQRDKTVPKFVKTDQSKLRQILINLIGNALKFTEKGNVILRVKVAGRERSNNEQKENTNIPSSFFLLPSSFFLQFEVEDTGPGIAPEDFDKLFEAFGQTATGLKSGQGTGLGLPISQKFVQLMGGEITVSSQLGQGAKFTFDIQASSVDRIESEKAQAINKKILGLAPNQLAHRILIVEDNPANRLLLVRLVSSLGFEVREAENGQQGIALWESWEPHLIWMDMRMPVIDGYEATKKIRAQSKSRETVIIALTASVFEEEQQLILSAGCDDMVRKPFKEQELLAKMSQYLGVNYLYENDGEDLITNSESEVCDFSRILQPETLQLMPKEWIKQLYLAASQGSDSLIYQLLEQIPAENSAIAKAIGDLVENFRFDKILELAQLTIS >CAH8368929.1 unnamed protein product [Eruca vesicaria subsp. sativa] MIRAESNDQRISFESDLGQSDKAPPLMEQQQQQPSGGLIWRDTTLLDSSNQDFEFHISRTFDPSPADEILADGMILPFQVTTASVMPKGLYKYQ >UKN67998.1 ORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] LQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSFATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHXXXXXXXEXXQVXSEMVXXXXXXXXXXXXXXXXXXXXXXXNSVYNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEXXXXXXXXXXXXXXTGLFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYRRXXXXXXXXXXXXXXXXPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_220664202.1 branched-chain amino acid ABC transporter permease [Neotabrizicola shimadae] >QYZ71602.1 branched-chain amino acid ABC transporter permease [Neotabrizicola shimadae] MDFLNALVAFLNFVFVPAVAYGAQLALGALGVTLIYSILRFSNFAHGDTMAFGTMATILFTWWFQSMGWHFGPLPTALLALPFGIVVTCALVLGTDRMVYAYYRRTKAPPVILVIVSMGVMFIMNALTRFIIGVGEQNFADGGRFLISAGDFKAATGLAEGLAIKSTQAITVVVALICVGLLFWFLQKTRAGKSMRAYSDNEDLALLSGINPDRVVQITWIIAATLATIAGVLYGLDKSFKPFTYFQLLLPIFAAAIVGGLGSPIGAIVGGFLIAFSEIMVTYAWKKVLGYLVPADMAPDGLVQLMSTDYKLAVSFAILIIVLLFMPTGLFKGKSV >PRQ70658.1 hypothetical protein AAT19DRAFT_10815 [Rhodotorula toruloides] MSALSSWSTCSMGQHQDNFKGAGSRRCRLAFPLFPRSLLLLPLPPFPPMPLQRAPSSPPSRTRPTRSNPAVPLCSHSDPVPSDLSLLDKGRRPKRISGRACTADSSVRPHEAGASYVSSPSRCRRSRGDFKQMRLGAAGLRSGSQGDLLGLLLLCSTSCWTRSQAHAQGSRGRRPG >XP_028261945.1 potassium voltage-gated channel subfamily B member 1-like [Parambassis ranga] >XP_028261946.1 potassium voltage-gated channel subfamily B member 1-like [Parambassis ranga] MEKSLAELNKAASRSTSSLPPEPVDIIRSKSCFRRVRLNVGGLPHEVLWRTLDRLPRTRLGKLRDCNSHESLMEVCDDYNLEENEYFFDRHPGAFTSILNFYRTGKLHMMEEMCALSFSQELDYWGIDEIYLESCCQARYHQKKEQMNEELKREADNLKDREGEEFDNACCAEKRKKLWDLLEKPSSSVAAKILAIISILFIVLSTIALSLNTLPELQGTDEFGQSTDNPQLAHVEAVCIAWFTMEYLLRFLSSPNKWKFFKGPLNVIDLLAILPYYVTIFLTESNKSVLQFQNVRRVVQIFRIMRILRILKLARHSTGLQSLGFTLRRSYNELGLLILFLAMGIMIFSSLVFFAEKDEEDTKFKSIPASFWWATITMTTVGYGDIYPKTLLGKIVGGLCCIAGVLVIALPIPIIVNNFSEFYKEQKRQEKALKRREALERAKRNGSIVSMNLKEAFARSAELMDVVVEKSERPHDNHLSPSRWKWTPKRATSETSSNRSFNAQELGSPSKGRPTSPQRLNVQKLEEMYNQMAKTQSQPNFNAKDRVSRVGKQRDEIELGAIQDHGPPVLGTREGVGDMKSLSSIDSYISCATDFQENPRFLHSPALDLGHQESNCYSYSPATALSQHASAKTGQRTAGEREPMLTPVPVTKSSCTETARKFFFSGNSSKSLTPKGGCHSEGESGPSPLSDSSVMSDHSLLSPGTSVYTTASSRTPPKTPESTTLAPTVFTFHDSSISKYIDADTDDDEHLRDISDTSPSERLLASGSPKRNINKNYQRGANHLEAAQKMLGQNCLFPLEGIRGITHENHIGPEMARRPKVERGRQNTLDKGL >WP_127607693.1 MEKHLA domain-containing protein [Paenibacillus chibensis] MHYSGIGATNEHARLIMESYQRLTEKSLLGEPASDSHPFEQLFNAPCVVLSHGTETDPVLNFGNRAALELWAMDWDKFTSTPSRLTAEPMEREARSVFLRTVGEQGYIDNYTGIRISSTGRRFHILEATVWNLTDEIGKIHGQAAAFREYRYV >NEO89073.1 methyltransferase domain-containing protein [Moorena sp. SIO3G5] MRSRSVGFAESLFLHQCFSPFPAFNDTRHPTPDTRHPTPDTRHPTPDTRHPTPDTRHPSDGHLRPQDIDSYLYWQEEVHASIPRVISITQSTELGTVYRPQEILALVEYAHQHGMRVHMDGTRLVNAAASLNCSLGALTTELGVDAISFGGTKNGLLMGEAVIFPNSDPSLSRNFSAIWKQSMQMPSKARFIAAQFLALLKDDHWLQNASHENKMAKYLAEQVSTIPEVEIVYPVETNAVFAKIPPNWIEALVNVCHFYVWDSSTGLVRWMTNFDTQPEDIDLFIGKLYSISMASVRPENAITLEQSMSREQAKDISETRPWLSRICDSQSTEELKTNYDSWANTYDADVKEDWSFMPANIARTLSKLLPKKDATILDAGAGTGLVGQALAQQGYTNLTAADLSEKMLAIAKERQVYKALHQCNLEDSQIFSNLANFDAIIAAGVFAYAHAGVKVLNNLFGLLKEEGIFLFTIREDYRREMQTALDKLPWTLVSEEDFPIYDEARLMYLLGLKKRKINN >SHX72876.1 Uncharacterised protein [Mycobacteroides abscessus subsp. abscessus] MRSEPDCNGMCSWGHTFGVCAIASMTSSVNSAGCGEVNRTRSRPSIRPQARSSSAKAPRSRGISGSAKLTP >EAT3027009.1 RNA 3'-terminal phosphate cyclase [Salmonella enterica] YHVGEREVATLEAHFPQAEKNVVALEGGCGPGNALSLMIQSEQLTELFAAFGVKGTSAEAVANQVAHEARRYLASPAAVGEHLADQLILPLALAGEGAFTVARASAHLLTNIAVVERFLPVRFSCEATESGYLVRVSD >WP_161818832.1 chemotaxis protein CheB [Sediminibacterium roseum] >NCI50512.1 chemotaxis protein CheB [Sediminibacterium roseum] MAENELTPPFQVVIIGGSAGALEVVLNIVATVDETAPYAFVIILHRKSSSDSSLAGILADKTKWPVKEVDDKDSIAAQHIYIAPGDYHLLIEKDGSFSLDDSEKINYSRPSIDAGFESAADAYGEQLVAVLLSGANADGAEGMKSIKEKGGTCIVQDPSSAEVAYMPNEAISRLKVDHITDGKQIGKLLNELAGI >MBQ5338540.1 S8 family serine peptidase [Oscillospiraceae bacterium] MRLTAAAAVFCAAILSCGGLQCAAVREICAPAVQMQQINDAAPATVIVRVAGDALLAQPDAAGMGADYLPTSAAAAQSACCQAVQQRVQEQIRSFYPALTVGYSYSTLINGFSCELPADLIDRVAALPEVLSVTSADTVQLPQMDRAAALSGFPAFCAETGCTGEGQVIAVIDSELDTSHPMFGPLSDEITPALGYEDIASVIESGVLHIDADPDRAYLSSKLPFVMDYRDADRYGGVPDPKSYHGTHVCGVACGNAYETDDGTVLSGIAKDAQLLFFACGSGRSMNTDAALAALEDAVALHADVINMSWGAEYEYYGENPFTAAVAAADRAGIIVCNSAGNADNGTGSDSRAVTPDMPDTGMMCDKAESGSPILFVASADNTGQAEAGAFLFAGQTVIYRPTMNSDGIISFLSAELPAGEYAYTDCGTGTEDDMRAGKPQGKLALIRRTASVTFADAAVNAKRFGAVGVIVIDRDYPDGLQYARSDAPLKLAVITHDEGQMLLDAEDQTVTFTGKTMMIEYPTAVSSFTSWGVKHSLDLRPDIMGVGGRVRSAAYDGSDAVRSGTSVASPYVAGCAAVLREYLEQQGTALSGTELTSYLRSLLMNTAIPYEEDGLLVTPRRQGAGLVSPARALAAKVLMTAPDGNAKINLYDKLESSFSFDLTLTNISDEDVTFADAALRLTTDGTRYDSTRGCDVLSGQQALDCTTDFSGPVTVAAGASETVTVQVELSPWQYAALSRQFRNGFFAEGFLLLSGAENSADISIPLLGFCGDWAQVPIADPDKVMAATVFGESYAIDGMPMIERECLLCDIRSRVPDSVLWYERVNLAKYAAEDECRLLEYGRNEAWISPNHDGIADELYGMRLMPSRSARAELSLLDADGTCVYAEQNFRFRELIELNCGQFALPEGDYTLTAKAYIDYTGAAERPQIFQTKLHVDKTAPSADVSYALRNGRQILTVTVSDDRRLQGIVITGKGSGSLLTSGDVIHGQAGDSEPYWTYDGNQYGGYYPWYAGDAAAQAEKLPVVLRQLAGFAQNADEDINFKEYIFCGDTGDAPFTFEYDVTDLQDYSFTVLDYAYNYTEIGPTDDAAENLLRHAGWWLDARRGVCKIDDGSLRFRDFFDGSDMFYICMAKYNRLTLYDTSLHLQKYLLVKQISDIEYILTDMETGEALDLVMTVDAERYAQRAFYSVQQLKKAAAADSAARHGRPVQRTELIYMDSPDSVGLRVYFEPDEDGTQICDEYQNLSLLNGSGILFTHRLSSDGMIFGDDQYAPQQISLFAKMLTKIPAGLYYAKEYACAFLFYNDGASGMILYSSMMNNPLGISSDTPFAYTIARDSSITFCINGRMLHGTLLSDGESGGIRINTDSSEHLKDSDAYGGIVLEPVTTDPAEMASLRPTEELLALAETYAMAVTGKAPCAICFDGYCPDYHMSDTYGSDAFGYRCLISFDYGWDSFFLAIDPLTLTGRDDAENEIDLLKPPVLSEGAYTPEALARMAVQEYTDRMGVTPDEYFTWMRTDNSVELVLRTYDHSELDVYTIDAQTGEGTHGFGETINLPETGRLHPAERIAELLAGLLLAAGVLCIGRVRRRRNASVSHVFDDFSKNSEKNRILHHNMLL >MBW1825233.1 NHL repeat-containing protein [Deltaproteobacteria bacterium] MVYYLQNLQKKLLLPVIAVITFLTFFAPYVCAYQVTPLLHLFDIEHGFHQPSDVAVGKDYRIYVLDGVNHSVKVFDGRGAFLFRFGGKGSAKGLFNYPLGITIDKRGRVFVADTGNNRGQVFTPHGKFISLFPITSEAGEKASDPVDLALDERRKKLYVVDNDNHHVLVYSLDSFNLLARWGTEGEGRQELRYPFFITVVLNTRVQVWSPQGEAVGTIGEWGVDLGQLYRPKGVCVDKDNQVYVSDSYLGVIQIFNRYGHFKSVLGTEEGEVMKWKTPVGITIDDRQRLYVVEMLSNRVRVYEILNKKIERKE >MBQ0119857.1 N-acetylmuramoyl-L-alanine amidase [Bacteroidales bacterium] MNSTTKRIIILGTAHGSNVPGKCSPDKKFREYQFSREVIGILKPRLEAAGYTVFVDMPEDVVPTPQVNELAKRCRFVNGICAKHGTQNCVYVSIHVNAAGSGGKWLDARGFAVYVARSCSATSKNLAKTFCELAVSRNLHGNRSIPGEHYWQANFYVLRETACPAVLTENLFQDNRDDVDFLTSPTGKEAIVKLHFDAINQVFGK >WP_152158314.1 peptide chain release factor H [Sutterella seckii] >KAB7660259.1 peptide chain release factor H [Sutterella seckii] MLMQISSGSGPAECELAVLLFFRALRKEFPDIELVDERKGSVAGGRASIRFRTRWELPDLKALAGTIQWICPSPLRPHHGRKNWFIDLSILGEAPRPDMSGPVRFERFRSGGKGGQNVNKVETGVRLVHTETGIAVRETGERSQWMNRRRAEERLQAALGELRIEAEKKDEEGAWRAAKTLERGNPTRIYEGPRFILRDVRK >AOW33101.1 pol protein, partial [Human immunodeficiency virus 1] GQTKEALLDTGADDTVLEEINLPGKWKPKMIGGIGGFIKVRQYDQIPIEICGKKAIGTVLVGPTPVNIIGRNMLTQLGCTLNFPISPIETVPVKLKPGMDGPKVKQWPLTEEKIKALTAICEEMEREGKIEKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDEGFRKYTAFTIPSINNETPGIRYQYNVLPQGWKGSPAIFQNSMTKILEPFRAKNPEIVIYQYMDDLYVGSDLEIGQHRAKIEELRXHLLKWGLTTPDKKHQKEPPFLWMGYELH >XP_027422845.1 solute carrier family 15 member 4 [Bos indicus x Bos taurus] MEGAGDERAPLLGARRTAFAGRRAACAAVLLTELLERAAFYGVTANLVLFLNGTAFGWEGAEASQALLLFMGLTYLVSPFGGWLADARLGRARAILLSLALYLLGMLAFPLLAAPATRSALCGAPGPTNVRNCSAPPCTDTPTRYCAPAVLSALALVGLGVGAVKANITPFGADQVKDRGPEATRRFFNWFYWSINLGAIVSLGGIAYIQQNVSFVTGYAIPAVCIGVAFVVFLCGQTFFITKPPDGSAFTDMFRILVYSCRPQKRIREHSPSGEGIGVFQQSSKHSLFDSCKMSRGGPFPEDKVEDVKALVKIVPVFLALIPYWTVYFQMQTTYVLQSLHLKIPEISSITTNPHTFPAAWLTMFDAVLILLLIPLKDKLVDPILKRNGLLPSSLKRIAVGMFFVMCSAFAAGILESKRLDLVKEKTINQTIGNVVYYAADLPIWWQVPQYVLIGVSEIFASIAGLEFAYSAAPKSMQSAIMGLFFFFSGVGSFVGSGLLALVSLKAIGWMSSHTDFGNINGCYLNYYFFLLAAIQGATLLLFLIVSVKYDRQRSRANGTPTSRRT >UVD88834.1 hypothetical protein NRZ53_08955 [Staphylococcus haemolyticus] >WAI21541.1 MAG: hypothetical protein NRZ55_05875 [Staphylococcus haemolyticus] >WAI22709.1 MAG: hypothetical protein NRZ54_11555 [Staphylococcus haemolyticus] MAEVKLSQESYDELLKDIKALRLQSDTYFEQWQDVKHKAEAWDKVVEIYQAQYEEGLTHNEVVDKIGYIIHDLERT >XP_028733567.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733568.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733570.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733578.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733579.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_037055217.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_037055227.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] MEEASLCLGVSSTAPEAEPHLSGPVLNGQYAMSQKLHQITSQLSHAFPELHSRPNPEEKPPAALEEKAHVPISGQPMGSQMALLANQLGRDVDNSLNGRVDLQQFLNGQNLGIMSQMSDIEDDARKNRKYPCPLCGKRFRFNSILSLHMRTHTGEKPFKCPYCDHRAAQKGNLKIHLRTHKLGNLGKGRGRVREENRLLHELEERAILRDKQMKGSLMQPRSDLKPLAHAQQAPLATCNLALPPNHSVPDVAHPAPSPKPASLQEDSVTPAAGFRCTFCKGKFKKREELDRHIRILHKPYKCTLCDFAASQEEELISHVEKAHITAESAQGQGPNGGGEQSANEFRCEVCGQVFSQAWFLKGHMRKHKDSFEHCCQICGRRFKEPWFLKNHMKVHLNKLSVKNKSPTEPEVSVPMGGLSQEAHANLYSRYLSCLQSGFMAQDKASLSEPTQLYGKGELQAKEKEVLGKLLSPISSMSHSVPEGDKHSLLGCLNLVPPLKSSCIERLQAAAKAAEMDPVNSYQAWQLMARGMAMEHGFLSKEHQLTRNHEDTLANAGVLFDKEKREYVLVGADGSKQKMPADLVHSTKVGNQRDLPNKLDPLEGSREFLSHGLNQTLEYNLQGPGNLKEKPTECPDCGRVFRTYHQVVVHSRVHKRDRKNDEDVLHVGVGLDERRGSGSDQESQSVSRSTTPGSSNVTEESGAGGGLSQTGSAQEDSPHPSSPSSSDIGEEAGRAAGGIQQQALLRDRNLGSAMKDCPYCGKTFRTSHHLKVHLRIHTGEKPYKCPHCDYAGTQSASLKYHLERHHRERQNGAGPLSGQPQNQEHKDETSSKAPLFIRPDILRGALKSLPGIDFRGGPASQQWTSGMLSSGDHPGQATGMSSELSSDTLKGSDLPSKSSHFSEIGRAYQSIVSNGVNFQGSLQAFMDSFVLSSLKKKDTKDKVPSDAHSMKVHAADSGEERASGKPSQRKSEKSQYEPLDLSVRPDAPTLPGSSVTMQDSIAWHGCLFCAFTTSSMELMALHLQANHLGKAKRKDHPTGVTVNCKDQVRETSKVPVLPSIQSNKEMALSSTVGALDSAPEKMVQGPAKETLGDQKSGQWPSHVDPTFCTFPSDFYKQFGVYPTMIGSGAPGSCSNKNPDGKTHLEDEAPLLIPETTNKNTTDDLSDIASSEDMDSSKGENNEDEEIDTEPEMMSKPLSALSKDGSSEGGDSLLPPGTSQPIQGLVSPLAQASEEQWHNPGLLPAQDPSAGLPKPERGPPGLEKPMSMLSVLRAYSADGLAAFNGLASSTANSGCIKRPDLCGHRPFQCHYCPYSASQKGNLKTHVLCVHRMPFDNSQYPDRRFKRSRVDSEASGNFEDAATVKAGSFAELTDERGKGQEEGN >KAF8533701.1 hypothetical protein BDD12DRAFT_472653 [Trichophaea hybrida] >KAF8536705.1 hypothetical protein BDD12DRAFT_889541 [Trichophaea hybrida] MLAKYGTDNAGSVVVYKGQCKKTQKYSLCLHFAINAISTGLLAAGNCTMQALISSTKGEINKSHKNNDWVEIGVISFRNLRRISMDRVVLWWLLALSSVPLHLRFNSVVFTTVATNAYTGVVTPESFLVQPSYTMPDECTYGCNSVFGSSTFNDRVKYIYTHANSFKQLEKVDGIRACG >XP_031270756.1 uncharacterized protein LOC116129140 [Pistacia vera] MNKIKELRRVDVELEAVQFVEPSSRMDKSWIHHPNRLSIEYANGVRTFIEIARNHVDSDGNTHCPCRKCLNAFFKSISVVKKHLFMNEFSRTYENWIFHEDSLFEGSTNLMHSTDIDQPTSNGVDINDDMLNVLSDVCRPATSISFNHDNMNVEADAVDEEIDLNIWSNKSLDMLLTLLNEVLPKGSSLPKNTYGVKRMLHDLGLGCEKIHACKYDCALFWKENEKLENCHVCDESRYKMNNGIGKKIPHKVLRYFPLKLRLQRLFMSRHTSVDMWWHTEKRVNDGMLRHPADGKEWKKVDRLYPSFASDARNVRLGLA >WP_255266214.1 GGDEF domain-containing protein, partial [Nocardia farcinica] MITVPPVLGGPVLTATTVPIVVAGTLVMIGYGLRRYRPARPLPWYLLSGSAVLFATGSVLSAASGGGGRAGDLCVLAGYLGVAAAAAVWLRPRQARGEYDLTLDSALIGLAALLASWTVLISPILRSGSPGFDTLVAAAYPLLDAVLLAMVAHSVATAGRSETSLRLLHVAVIAVLLGDLGAGIDAAGLARVDDGLLHIPLLVAYAAVGIAALHPTMAGLGEPRRVHVHRSRQRAGVIAVALIVAALVPALGTRLGTVDRVVVATLFALLLIGVLVRGERAVQRSARSERRAQYQADHDMLTGLLNRTALLRTLARERADWRAGPLSLLFLDLDGFKRVNDSYGHAVGDELIANAAARIRRVAGRIPVCARYGGDEFVVLTPCGVREAVTLAERLLDAFGRPFELSVGAVTVTASVGITGADGDADIFDLIRDADAAMYRAKDQGLGYALPQRETPTPRPNSHEDNGIRTPDPTTAEGCSTPAVRALPLRRRWLPGARRPVPG >KRX90811.1 Calcium/calmodulin-dependent protein kinase kinase 1 [Trichinella pseudospiralis] MYKNCLITDKYLNDHRQLFSSLFDDSLFSVREKVNKMTNMEMHYGSDESSAMSEECVQSDQKAHFANNLKTDTAHSLLVNSVSCEDQLHMYSKTSSDMQKLDSLKSDVPDQAHCFFMASESSMNSDKSPKWISIRRTSSLNRPPGSCSPPIISRTDSLNAFGAETEIREYQIMSCIGQGAYGSVKLVYDTNRQQYFAMKIVDKKKLLKKFAMFRHPPARKSQTRKIHDPLSRIYCEIAILKKINHPNIVKLVECLNTSKTVHCQKIVHRDLKPSNMLLSDTGYVKITDFGVSREFTGLDAFLTGTAGTPAFMAPESLTEDEDHFYSGRAQDIWSLGVTLFSLVYGDVPFKAPYSIILYKKIRTEPLCFPEKPEVNESLKDLLIKILQKEPEKRYTLSQIKEHPWVTANSTKPLHEPEQHNEMVKISEKDVKNSVEVIPGLDTIALIKLMGFHRSFCNPLRKKRSGANSRPSRSADRLGSSPREKRTTNNVLSEEFLRMNIQ >MBN4200190.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4277266.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4647899.1 immunoglobulin heavy chain junction region [Homo sapiens] CARVSVGNTRVLYFFDYW >WP_114054641.1 asparaginase [Streptomyces globosus] >AXE23460.1 asparaginase [Streptomyces globosus] MGRIVVISTGGTIASRWQGSGFAADADGREVMATAPLPEGVTVEVIDLFSVNSPRLTTAHQLTLLHTVHEVLADPGVDGIVVTHGTDTLEESAFLVDLHHHDPRSVVFTGSQLPMGTAEGDGPGNLYDALLVAATTRELGVLISFAGRVHAARGTVKTQAVALDAFADPSRELLGKTGFGKVTVLRRPQRPEPLPLPAMPERPPRVDIVMHHADGDPLLFEAAMAAGARGIVLIGTGAGNATPEIVDAVRAAVAQGVLVALTTRVAAGPVTEIYTHGGAVDLVAAGAVPTGTLRAGQARIAVLSALLASTDPEAQARTLRETACPTGPVLLSA >ERV81283.1 phosphatidylserine synthase [Pseudomonas aeruginosa BL04] MTPINKAKAWGVHAVTASGVILALLALLALVDNKPQACLLWLGLALLVDGLDGTLARKYEVKEMLPHFDGSVLDLVIDYLTYVFIPAIFIYRYIPLPEHFELLAVGVILVSSLFCFCNVNMKSTDNYFVGFPAAWNVVAVYFYVLDLHPWVNLVTVLVLAVLTLTRMKFLHPFRVRQFMPLNIAVTFVWLISSGLLIVQQPADLPILLGLWFAASAYFVGICLWRSAREWFG >WP_104462564.1 ABC transporter permease [Bradyrhizobium sp. AC87j1] >PPQ18965.1 putrescine ABC transporter permease PotH [Bradyrhizobium sp. AC87j1] MSSRRIFARPARFAAITPYVWMALFFLVPFAFVLKISLSQTAIAQPPYEPVFDLMAGWDALKTGFAALSIDNFKLLVSDDIYVFAYVRSLTVALTATALLLLIGYPIAYGMARLPKSWQAVAMVLVIVPFWTSFLIRIYAWINILQHDGLLNQILLGLHLVSQPVVWLSTDSAMYIGIVYSYLPFMILPLYATLAKMEPALEEAASDLGAPPWQVFWLVTFPLSLPGVGAGVLLCFIPIVGEFVIPDLLAGSNSLMIGQTLWLEFFTNKDWPVASAAAIVLLVVLLVPLLLYERLQKRQLEHGR >WP_061239294.1 cupin domain-containing protein [Pseudomonas composti] MNPDTPLQLLGGLTAREFLRDYWQKKPLLVHQAITDFESPISPDELAGLALEEEVESRLVIEHGERPWELQRGPFNEDTFQDLPERDWTLLVQAVDQFVPEVAELLEDFKFLPKWRIDDLMISFAAPGGGVGPHFDNYDVFLLQAHGHRRWQIGQMCDADSPLLPHADLKILAQFEPTDEWVLAPGDMLYLPPCLAHCGTAEDDCMTYSVGFRAPSAAEVLTHFTDFLGQFLPDEERYSDADIQPSEDPNQIQRDALERLKTLLNEHMSDERLLMTWFGQFMTEPKYPELVAGIEIEEEDFLGALEDGAILIRNPSARMAWSEVGEDLVLFASGQSRLVSARLRELLKLICSADALHVENLGAWLADDEGRTLLWELVKQGSLGFADE >WP_050238626.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MBS0668272.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MBS0678729.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MBW8120301.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >MCQ0042877.1 glycosyltransferase family 1 protein [Streptococcus pneumoniae] >QPN72354.1 DUF1972 domain-containing protein [Streptococcus pneumoniae] MKKSVYIIGSKGIPAKYGGFETFVEKLTAFQQDKAIQYYVACMRENSAKSGTTEDVFEHNGAICYNVDVPNIGPARAIVYDIAAINRAIKIAKENKDEDPIFYILACRIGPFIHGIKKKIQAIGGTLLVNPDGHEWLRAKWSAPVRRYWKISEGLMVKHADLLVCDSKNIEKYIQEDYKQYQPKTTYIAYGTDTTRSILKSSDEKVRSWFKEKNVSENEYYLVVGRFVPENNYESMIRGFLASNSKKDFVLITNVEQNKFYNQLLAKTGFDKDPRVKFVGTVYEQELLKYIRENAFAYFHGHEVGGTNPSLLEALASTKLNLLLDVGFNREVGEQSAIYWKKDELSQVIEKVEQFDAKMIDELDRQSNQRIADSFTWEKIVTDYEKVFKG >HIH01984.1 hypothetical protein [Thermoplasmata archaeon] MKRRGETLDESLNIITKLKKTDVDVADSTLTVEHLTKAIKNSIDKAGMPEEEARAMAQHVMNFFGYSERIIDNVLEPEDRDAFYMLEDAGILTTEREETTLYDGREWRIHYWMFRKERISELIYGKGKSDAQLEEGATVYDEIPEDIWSRE >EGC4236544.1 D-glycero-D-manno-heptose 1-phosphate guanosyltransferase [Campylobacter jejuni] MQAIILCGGLGTRLKSIIKDIPKPMAPINDKPFLEFIFEYLKKQGIKEVILAVSYKYEVIKEYFKDEFLGIKIKYSIEKEPLGTGGAIKETLKFVKNEAYVLNGDTFFDIDLSKLKLNESKICLALKQMNDFDRYGTVNVDEQDLVISFEEKVFKKQGLINGGIYLLTKDIFNDFALQEKFSFEEFLQENYKKLKARACI >WP_250258169.1 methyltransferase [Dermabacter sp. Marseille-Q3180] MSTAHTSSTLPPTPTIDPVLLARLRDDLASARYTADGIDEILSAPARAALERENPIPALRELGPLAESGTASATLMRLFTLGRTATRTELDRALPHVRTEGLLALGLVREVGGENSDAASAFTATFDLRPYQATDDFGDILWWIVSDLGELATGRALEGEHVLGIGGATSTLIAITPRTKVTRALDLGTGCGIQALHAARHAAHVVATDISERALTLTEFNVALNHDTLPASHVIETRKGSMLEPVSGETFDLIVSNPPFVITPRVAGAETWTYRDGGAEGDTLVASLLSEIDDYLAPGGIAAMLANWEITAGAEWDARPRTWLENSSASALIVQRDIEDPASYASTWLRDGGVTDRDERWTPMTNAWLDDFASRNVAGIGFGHVLLTKPRDGEKRFEHYAFIETTGSGPLGPRYAEMLRARAHLAQLDDAALGELVLARADDVIERRHYTPGDEDPMVIDLVQGGGFGRTLQIDTHTAAIVGPLTGQYPLSVFLTAYASLLEAADQAEHAEAARDAIMRTTRTLVEWGFLHIVEQPKAA >WP_242961281.1 diguanylate cyclase [Clostridium beijerinckii] >OOM33862.1 cyclic di-GMP phosphodiesterase Gmr [Clostridium beijerinckii] MIAGRMQEEFFLSREVLVDKEGVIIACDNSEFINKKAMIPNNEVEKLKQNEVVVTNIIEREDFNDGAKSAIIASPIFVGGKYQGFIANIMNMNYFEKLVNDVSFFDTGRILIMDQNGAVAAGTSNNIKENIKKINVPNNLYEQWEKIDFDSTPNGIIEYKINNTEKIGYYSRISNTGWIVLSAIELSEFKTPTERTIKNTVAFFIIISLLITVSYLFIVNYFSKPIYKLLEVIRKIKQGNMDDRFIYNKEDEFGEIATAFNGLMDTIEKNKKHIEEKNRRLQSLTSNIPGGVYTCKIENGEYILDFVSSGCLSILGYKEDEFTENQRRKKLIELICEADRERVMRDIREQISKYGKYTVEYRVKRSDGVNVWLLDNGQIVENSYGKLFSYSVVINITESKITQEELRMSEERYRIIMSQTEDAIFEWNIPKDTVYFSGNWENKFSYKSVVNNISEIIYKTDYIYNDDIKNFGKLLNDIIYGDTYKEAEIRIKKNTNEYIWCKIRITAMFDGNGDIFKAIGIIIDIDEEKRENEKLLFKAQRDSLTSLYNKGTVQNMIEEYMKSAKKGDSGALFVVDLDNFKAVNDNLGHLAGDFVLTDISSMFSEIFKEDSIVGRIGGDEFVIFLKNITSEELLIEKAKALMNGFRSNNTDEVLSQKVSGSIGIARYPEHGKSFKELFINADKAVYLAKSKGKNNYCIFEEN >WP_045385114.1 ankyrin repeat domain-containing protein [Vibrio rotiferianus] MKKLIVIFSLAVVAIIAAFQAFCADTIHLAAYNGNEAQVIELLKTSPDPDERDSYGGTALHAAMFQDNTRIVELLIEAGYDVNAVGPRNGYTPLHDAVWANNLPALKILVANGGDITIKGKDGNTPLEKAIAEDKPEIVAYLQSLK >WP_233987225.1 MULTISPECIES: fimbrial protein [Pantoea] >UIL53208.1 fimbrial protein [Pantoea agglomerans] MKKLSKIASLILSKTVLSALVIWLWSASCSAYDFSVTCYGDNGLCGPGVNFTLTKISTAHDAVPLPLTPTSIQFYLANCPSDTSCTKLVGPFYDRTSPMSAWEDKNWGTYATKFLSANNILNGAITGGINAGTGDVWNPNAYKNLCFSITGVNFSTSWAIWGINYSYPMGTVMCSVPINRVVADTCSVSTPSIDVAFGQLERSEISTTLPASNDVSKTLTLNCSGTSVHNFSLKLNMTPVSWSNSQITTSNSALGISVSKDSTVLNNGSSFDMSVAGSGTAGLVFSVLRNPSLPSSSIATGDFTASATLVVTEQ >KAF8901107.1 hexose transporter [Mucidula mucida] MVAPTVANDAAADLVSRLAAQDTTPWYKKPNLRFLYLVLMPTCIGVEMTSGFDSSMMNGLQAVDSWDKFFNSPRSTLLGLMSAIYSLGAIVVLPLVPWVSDHLGRRMAIVFGSVLMVIGAALQTASQNFAMFVCSRLVLGFGIPFAIVGASSLIGELSHPKERAILGSLFNSCWFIGSIVAAGITLGTFKMESNWGWRIPSLVQIVPSFLQIGFIFFLPESPRWLIAHGRGEEAYEILAKYHAEGDMDSEFVKAEYAQIERTLDLEKEVAKTSWLELVATSGMRKRLLIGSLLGLFTQWSGNGLTSYYLARILDNVGVTDNHTKNLINLALTCWGFVNATFFALTASRFNRRTVYLIGTLAILLLFTGWTVASSNYAMTSSDASSRAVIAFIFLYSPAYNVCFNALTYPYLVEVFPYHVRAKGIAVFQWFGRMAAFFNQFVNPIGLANAGWKYYISYCVWIAVELLLIYFLFPETAHKTLEELSFLYETDIQKEQVKRVEEDLGDQVEKRDDDEAGTKDA >MBI5413544.1 hypothetical protein [Candidatus Peregrinibacteria bacterium] MTDTDNENSEEEVLRPRFKISKTRIGEGEKQAPAASGFEPDKVIYAEIDDEITTIFDQIRRARGERIALVVPKRAVLLQSVVNLKILKKKCDELQKEILIVTMDANGMQLAEKARLKTAERLFEKEENAPAPRPLPPMRGERPTRIMEKKISISDVIHHDKKDMVSSFIERIKEKIKKRKSHPKETRLVFIAPNKQAFFTLILVSVLLLLAIAYIALPGATVYITPKSSVLDPSFNVTFLDYEKNRSAFDNNYSNNILVATYPVNPPAFTKKFTYNATGKVFKGANSRGVITIVNLSNAPWVLAVRTRFQTNDGLVFRIPSEVRVPAMRGSTPGTLDVNVTADEFDASGQVIGTRGNIPPTRFFLPGIKNEENSKKLYGESKTPMTGGVTETVKTVSKEDIEAAKGLIEREINKSAVDDLKRYLEEQNLIRKTNFSIFSDKNLIKISQPEVSIQEGLVGQNLEQFTAVATYTLGGTAFDRSQLVDALKERIANRVDPDKKILKVEEDDIGYRFLDSDPNAGKVRLTATMRAIQMYELDPEKENGHRFIKKITDHILGMNIKEAMTYMQQQTDEIASVDIKTWPMWAPSLPNIADNIKFVIKEDTSN >WP_245770707.1 divergent polysaccharide deacetylase family protein [Roseovarius azorensis] >SEL88385.1 Uncharacterized conserved protein YibQ, putative polysaccharide deacetylase 2 family [Roseovarius azorensis] MARGVLAGLITGTLVSGLVLGGLSVLIGAPGKTRSGGSPEAASVEITPGSEFDLRREDAEAALPALQEGPTIADRPQVATPAPDDLAALSGTDTTPAIQPETGAAEELAQPTSSGEPGSGIAVLTENPVLPSPQAAAPVVPATEGVPDVSGDVARIPATESEEAGTMPGAEPEEQAVPVFPVEEPAPSLMPGASASDPAVAEVVVPDEGSIGESEADSTGTPAQSLATTGVIDNRAEGVTTDRLPAITDAPQTPETPERDASADAPQGALGRNAEPFENPQGKPLMAIILMDDGSGSIDPDALQGFPYPVSFAVDVNWDGAGAAAERYRAAGFEVLAMTDLPEGASAMDAEVAMQTWLGRVPQAVAVLEGTGTGLQSSREASAQLAPILLESGHGLVMHPNGLGTVQKLIAREGVPSATLFRDFDGQGQNAAAIRRFLDQAAMKANQQAEGVIMLGRLRDETISALLVWGLQDRAASVALAPVSAVLTAQ >MYU10132.1 ATP-binding protein [Streptomyces sp. SID8361] MKMCRYSVPVRFIDRKVTVTLTCDELIVCDVSVDCAGYHSGHGLLEIDELGYLELDRRGAEMLFHVLNERGEKNSIAVASNEAFTGWSRTFIDPRPGAAIVDRRTFNATLIETGSESYRLARSKANQTKRSS >GER04731.1 tRNA (N(6)-L-threonylcarbamoyladenosine(37)-C(2))-methylthiotran sferase MtaB [Kordiimonadales bacterium JCM 17846] MTDHSGPEIITFGCRLNAYESEVMRDNAIAAGLEDVVIVNSCAVTAEAMRQARQAIRRAKRARPDARLIVTGCGAQIDPKMFLDMPDVDHVLGNAEKMRPRSFVDLAMGTAERLLVNDIFSVGETAGHLIDGFREKARAFVQIQNGCNHRCTFCIIPYGRGNSRSVPAGEVVEQIKRLVDHGYGEVVLSGVDITSWGGDLPGTPPLGRLVQQILKHVPDLPRLRISSIDSIEVDAPLFEAMISEPRLMPHLHLSLQAGDNMILKRMKRRHSREDAIAFCQSVRAHRPEIVFGADIITGFPTESEAMFQNSLKLVEACDLTWLHVFPYSERVGTPAARMPQVDVPVRKERAARLRALGEAQVDRYYADCVGKTHMVLVEKTGSGPDGPWAMGHSEGFAPVRMQGDYAAGAIMAVVIDGQEDGVLQGRAQQSIGAAQQMMGVK >MCC8048325.1 nickel-dependent lactate racemase [Oscillospiraceae bacterium] MKIEVGIGRRTMAAEVPEANLLAVLRPNKVEHDLTGEAEVRRALQNPIASPPLRDIVKAGEKIAVISSDITRPMPTYKVMPAVLDELYAAGVRQEDITLVLALGSHRGHTEEERRHLAGERAFAEIRCIDSDPDDCIHMGQTRRGTPVDITRAVAEADRRICLGNIEYHYFAGYSGGAKAIMPGVSTRAAIQCNHSMMVRPEACAGRLAGNPIREDIEEAAALCGVDFILNVVLDEHKEIIKAVAGDVTAAHCEGCAFLDTLYAVKIPHRADIVIVSQGGAPKDLNIYQTQKALDNAKHAVRDGGIVILVGSCAEGFGEKTFESWMREAEKPSDLTERIARDFKLGGHKAAAIAMVLERADIYLVSDLPDDTVKSIFMQPFADVQSALDAAFAALGKDAEVIIMPYGGSTLPREA >WP_141361908.1 sugar diacid recognition domain-containing protein [Glutamicibacter uratoxydans] >GED05149.1 hypothetical protein AUR04nite_06810 [Glutamicibacter uratoxydans] MAHKRTGVLTHTVAVRVVDTIAPRIDYPLNIMDERGIIIASSDPKRVGNLHPDALKALGENRTIFTHHADPATGQQPGVNVPLLLDGALQGVVGVTGTPKAVAPLAQLISLTVQLLLTQQEEHVRDTLRTTVASEMLSGLVSGTSSAQMVAEQLDLLEFPKPWSISLLRPQEGQPLPSFGDKHAVLAVNNALWVLSSSGMAPKAPEGALRSVVGTPRDDAAQLLVDAENWRTLDGYPALIPRAASAEFWDADLALAAARTPAGYSRTLAARIVKLSEEHARTLLALATSASHVDAAERLNVHRNTLIQRMERIKLVTGCDPRIPGELLSLLGSVYASVKLGELHIF >XP_039261378.1 sphingosine 1-phosphate receptor 1-like isoform X2 [Styela clava] MSYGEPHVEPKAEIYLGPYPESEPEPEVEPGIYGYGNVTGEIPIGDGEPDAATISDPTIMRIMASVAGIISIGIIIQNVLVLFVLWRAWPKQNPTITYFIIHLACADLASGFQFLWFNCIDIFLRKTHEGMWVLILCGFWMVTIAASIGGLINFAHLRIHALKNAMKNQKYSKKRAIICVLLSWLLPLAGLFVPPIAGWNCIDYSGGNMGKDCSQVVFPFTKPYVLMLVSLLFFSIIWLSVLYVWIFMLVHKRSWSHFIKSEQAHQAASGNTRKVSQRWHRMIIRAQRKQRKVSDKLEAVKGMTAQTSTNKDTERQLFNTMMIILSIFFLCHCPVGVVLIFDYIIVEQNTALVDAFQIILTISFINALLNPILYYWRMPATRDAFWLALGKREKTQNKLMYSRSSVNSKRNDRNTLSIVDLESNKIDNNMKCTSI >MBO1529847.1 alcohol dehydrogenase AdhP [Psychrobacter coccoides] MANKMKAAVLHEFNQPLQIEEVDVPTAGAGQIVVKMEASGVCHTDLHAVEGDWPVKPSPPFIPGHEGVGIITSVGENVHHVKEGDRVGVPWLYSACGHCTHCLGGWETLCLKQENSGYSVNGSFAEYVLADADYVGIIPESVDSVEIAPVLCAGVTVYKGLKMTDTKPGDWVVISGIGGLGHMAVQYAIAMGLNVAAVDIDDEKLEFAKKLGAKVTVNAKNTDPGEYLQEEIGGAHGVLVTAVSSKAFDQALTMLRRGGTLVCNGLPTGDFPVSIFDTVLNGITIRGSIVGTRLDLQESLDMAAAGQVKATVAAEPLENINDILDRMRDGKIEGRIVIDYSM >MBR3162388.1 hypothetical protein [Bacilli bacterium] MIKLNRDEIINKYDKSEFMNFLKTDNNGKVLELLNDEGLSILNDSPLKQDRINYILCHSNYKNELFQNKKFLHIFLDTNIDYYYAYLNNLSDETYSTILEECQKQNLSPQTIIDIFKYTSIKFQEQNIKRFFNNEELIYILFQSAEPKTLQVVIDNYDIDLTSHNINIENFFSKCKDFILNARKDSNSRNETKEGIKIPPHMITEKLLEKMWNKYDIFELRQIVNDIEYCMDPTVINKYIKYKEEQVINHSRKELLPPFNEIYDFLKRLDQEKKNDEESSDLEKNHENRITYYKLLTNIKNDTIRIKMKQAFQKGELNEAFNCLKEQSNRKLSNCIIDYHFEENYHNIMLDINELLRFYYDGNIVLPSERVDLYYNISNIDYLEINEKIELHNLLKKFNMIEIFYDDMRLARDIVYDSIKEYSLSSSMLEKYRDEKLSKEYGVDVYLMDGEPFFGLVKSGGHIRNYLPTGYSYSLIGDGCLAVFGDIENNNTYLYNSEDLNPEQIVHVFPFDSYSCYHPFEYSTSATSRVQTLMMPDELVKSSYSYNELVILEKGRKATNIDDKIPELKKLALYCLDEIQKGTVEQAKKEGVGIFLVKSNQYKNDNSKNNTFNRIDNPFEYDYFDGKHDIEKFERRR >MBX9747080.1 TonB-dependent receptor [Hyphomonadaceae bacterium] ITAQREEETLQRAALPVTVLSADLLRDAGATRPAELSQLAPALQVAGLSGSYAVYYIRGVGNFSGNSLADPAVTFNYDGVSIGRPSSTSGFFFDLERIEILKGPQGTLYGRNATGGAINVLPRRPRLNEWGGELIAEYGDYDWLRVDGALNAPLGPDAALRLAGSRVAHDGYMSDGGDDQDDWSARLSFLVEPTPDLSIALVGDYFSQGGRGPGSTPIALGPDNRFGISSPEAAAFYQGRRHAIAGRNFNPIPATQRMDNEFWGVNATVEWRTPFGDFTFIPAYREGHLDTVGSATGLTLSFIEDDRQASFETRFATHIGERIDLLIGAIVFDEVNEVPLFVPNNQYNMSVQRLITRTDSTAIYGRATFDLSEALQLTLGVRHTEDEKDFEGYFQSFNRLCPPVPTALCPLSPRFPAELVTPPLFIPPGAPGVAPVFNPADGTLTTGVAISADETASFSRTTWRAALEWELSPSSLLYASFETGYKSGGFFFSNDDQTYRPEFVEAFTIGWKNRLFDNRVQLDIEVFHWAYDDQQVSHITLDSLGVTNLRTSNAGEATIQGAEIELSWLAPTGTLLSADVQYLDATYDSFVFLTPISSGPPVSGCDVASSGSSFSVDCGGRRAPYSPEWTVNLGAEHSFALDSGSELTLVARAHYQSETLTGLDFTPLEYQDAYWSVDASLTFTPPDERFSVTLFARNLTDETVVANTFQPPFGNFAVGSLRPPRVIGIRTAARF >MBR3056759.1 phage head-tail adapter protein [Clostridiales bacterium] MNKDWSEKNKKMQTLIGKEATFSEGIDVLIDLRNDLFEKITSIVNEYPEEAFSLMPFAGAEGYHSKTLVYSMWHIFRIEDIVAHELIAKDKQVLFTKNWLKKTKSPVITTGNEFHDEGIAEFSKKLDVKAVYEYCRAVMESSNEILRNLTYKDMKRKFTEDDKKRILDSGSVSTDESAIWLIDYWCGKDLRGLVKMPFSRHWIMHIEAMCRITSKLDQKGKK >XP_046337982.1 ankyrin repeat domain-containing protein 42-like [Haliotis rufescens] MPGTTVPRVPGQCQNIHDAVKNSDVFHLEAMVKNGASINEIDERDNFTPLHAACNVGALECVHWLLWHGADATVTTPRGWSPGHIAAIRGQDGCLQALANNGISLTGKDTRGSTPLHLAAAHGNSFSLHTILRTGVDVNALDKHGWTPIHSSAYHGRLGCIQLLVKWGGHLDEVDNNGNTPAHLAAMEGHLPCLKYIVTNSGNTMHTLGARNDNGETPKDLAQQFYKENILEYINNIEWERDHPVEAENLAFPAHVAASSGDLDHVRMLVENGVVNINERDDKGSTPAHKAAGQGHIHVLQWLIQMGADMAIMNQAGETPKDVARRFAQLACIKLLGGDTEQDTEVVVDEPREEEMGGDARSNEAMAKGRAKMRVDELERLLDIAKRNFSQLGGTLVEDRHRLQLMRDKDHTIKELETLLEYERVKREKLECQLDDFRRELAYLRSHLDNTKMDPMSDEDLRQRSRKKRSGSAKKKSYGDGGVFIKRNVTVPARSSRTRIV >RVW27732.1 putative ribonuclease H protein [Vitis vinifera] MGGGALEKKPHLVSWKAVCADKKKGGLGIRSLATFNKALLGKWLWRFANENEPLWKHIILSKYDLQEGGWCSKDARNRYGVGVWKAIRKGWENFRSHSRFIIGDGTRVKFWKDLWCGNQSLEEAFPILFNLSVNKEGWVAEAWEEDEGGGSWGLRFNRHLNDWEVGEVESLLSKLHPLTIRRGVEDLFRWKENKNGTFSVKSFYSSFSRDSKPPFPARTIWTPWVPIRASFFGWEAAWNRLLTTDRLKRIGWSIPNRCFLCKHKEETTDHLLLFCEKARMLWLLIFSLFGVQWVMHSTVEKHLLGWHGSFVGKKRKKAWRAAPLCLMWTIWRERNRRAFDDMERNDQDIKSIFLYTFVNWARVYIEEHTLSLIDFVDWLATK >ACU21193.1 unknown, partial [Glycine max] MIQQSIASKFCEYSLGNCKMDLPNRDKQLTVAVKKTALRDLQNDNKIMVPTSVGSSSFFKDKDLGTDSSRVSGTKRPLSDYPLNHHLQQSPSNNAANGHLVYVRRKSEAELSKGTAFENPSIDAYCPHSRQLCCGEETAQPKSQTKEPPQLKEPKVSCFPAFAPFPMASSMNSSGKPSVPISLGKSAMKLAPVESNYVTASSGPTTIGNPKGLKNLHWEERYQQLQMFLRKWTNQIRDISNASLLS >WP_223975418.1 LysR family transcriptional regulator [Bradyrhizobium sp. RD5-C2] >GIQ78033.1 transcriptional regulator [Bradyrhizobium sp. RD5-C2] MDTELARTFLTVVSAGNFITAAERLHVSQSTVSTRIHTLEQQLGCVLFVRNKAGTTLTPAGRQFQRHASVLVRTVEQARHDVGIPKGFSATLVVGGRIGLWEEYLLRWLPLMTRAHPDISIRAESALEPELMQGLVEGRIDIGVMYTPQSRPGLKVEQLFEEQLILVSTDPKSAPEPGQGYVYVDWGPEFYARHATLFPNFTGPALTVNIGWLGLQHLLVNGGSGFFARRIVEPLLKARRLHAVAGAPSFAMPAYVAYPADRQDDHLARAVAIMHRLAASQVQVATEVPRAKTGTRRRR >HAV2038468.1 sensor histidine kinase [Escherichia coli] MKISWNYIFKNKWRFHITSISLFLIMLAVSIAFLHLRFNTLSGTDKMRLEMYKSTLYSTIEQFYVLPYMLSTDHIIRQAVITPDDMTSSELNQRIAHFNTQLKTAAIFILDTQGKAIASSNWQDPGSYVGQNYSYRPYYKHAMSGLNGRFYGIGSTTNTPGFFLSTSIKDKGKIVGVVVVKISLNEIEKAWAEGPENIIVNDEHGIIFLSSKSPWRMRTLQPLPVQAKQKLQSTRQYSLDNLLPADYYPCYTVSNFTFLKDKKEQLCLFPQYYTQQIAIPEFNWKMTIMVPLDNLYWSWAISLVITLIIYLLFLLFIKYWRMRSHAQQLLTLANETLEKQVKERTSALELINQKLIQEIKERSQAEQVLQITRSELAESSKLTALGQMATEIAHEQNQPLAAIHALTDNARTMLKKEMYPQVEQNLKHIISVIERMTQLISELKAFASRHRVPKGSADVIKVMYSAVALLNHSMEKNNIERRIKAPSMPLFVNCDELGLEQIFSNLISNALDSMEGSSYKRLDIAIRQANNKVIITIKDSGGGFAPEVVDRIFEPFFTTKRRGMGLGLAIVSEIVRNSNGALHASNHPEGGAVMTLTWPEWGEEHE >RBH73006.1 type IV secretion protein Rhs, partial [Xanthomonas oryzae pv. oryzae] MSTAAKHFDPQLGIDIHMYAMPPFPLPTPHIGLVLDPFDYLPFLGATVTVNGVKRATAGTGGLDIHIPLGMWTPQLSMPMGPQFDGEEIFMGSKTVTADGDPFSRLAAPVLDCNLAGLIPPFRIKKLKKPFRSLWLPTGINVAIPTNVKVGGPLTISLMAMLFHAAFAGLGALRRSKLGARAAQAF >MBL1150364.1 guanylate kinase [Armatimonadota bacterium] >NOG93397.1 guanylate kinase [Armatimonadota bacterium] MAGKLVILSGPSGSGKDTVLNAWKSLRPDVARVLTFTTREPRSGEVDGVHYQFVTDDEFQEMVERGEFLEHKDVHGDRYGSPRSDVERLLAQGKTVVLQIDVQGAMDVVNVMPEAITVFLLPPSLEELERRLRARGTETEESLKTRLENAKREMAFASQYKVQIVNDVVEEAVRELDEAVFGEVAA >EAA7679439.1 TerC family protein [Salmonella enterica subsp. houtenae] >EAN3150880.1 TerC family protein [Salmonella enterica] >EBI0350286.1 TerC family protein [Salmonella enterica subsp. arizonae serovar 48:z4,z23,z32:-] >EDU9328316.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. enterica] >EDW5430101.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. enterica serovar Djakarta] >EEE1666758.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. houtenae serovar 48:z4,z32:-] >MBA2976850.1 CNNM family cation transport protein YoaE [Salmonella enterica subsp. houtenae serovar 43:z4,z32:-] MELLMDPSIWVGLLTLVVLEIVLGIDNLVFIAILADKLPPKQRDKARLIGLSLALIMRLALLSIISWLVTLTKPLFTIWDFTFSGRDLIMLLGGIFLLFKATTELHERLENREHDAGHGKGYASFWVVVTQIVILDAVFSLDAVITAVGMVNHLPVMMAAVVIAMAVMLLASKPLTRFVNQHPTVVVLCLSFLLMIGLSLVAEGFGFHIPKGYLYAAIGFSIIIEVFNQIARRNFIRHQSTLPLRARTADAILRLMGGKRQANTQHETDSPAAMSVSEGAFAEEERYMINGVLTLASRSLRGIMTPRGEISWVDANLSVAEIRQQLLSSPHSLFPVCRGELDEIIGIVRAKELLVALEEGADVAAIAASSPAIVVPETLDPINLLGVLRRARGSFVIVTNEFGVVQGLVTPLDVLEAIAGEFPDADETPEIVADAEGWIVKGGTDLHALQQALEVDHLVNEEGDIATVAGLVIAANGHIPRIGDVIDVPPLRITIVEANDYRVDLVRIVKEQPAHDEEE >GLX88815.1 GTPase Era [Pseudomonas fragi] MTDSTATRCGYVAIVGRPNVGKSTLLNHILGQKLAITSRKPQTTRHNMLGIKTEGAIQAVYVDTPGMHKGGEKALNRYMNKTASAALKDVDVVIFVVDRTKWTDEDQMVLERVQYVTGPLIVALNKTDRIEDKAEMMPHLSWLQEQLPNAQIIPISAQHGHNLEALERVIAGHLPENEHFFPEDQITDRSSRFLAAELVREKIMRQMGAELPYQITVEIEEFKQQGKTLHIHALILVERDGQKKIIIGDKGERIKRIGTEARKDMELLFDSKIMLNLWVKVKGGWSDDERALRSLGYGDL >MCE2395269.1 gamma-glutamyltransferase family protein [Candidatus Poribacteria bacterium] MPNSHRPSFRGKRYVVSSLHYLATMAGVRILESGGNAADAGVATGICINVLQPGSAQFGGVAPIIYCPASGKPVETISGLGRWPKAATMDYFHEHHDGDLPAGILRTVTPAAPDGWLTALARFGTMRFEEVIQPALDLVENGRPVDDQFHGLVSGDGIRNCPTTAAVYNPGGHVPQIGEIFVQKDLAETFKRMIEAERKASGDRRAGLRAARDLIYKGEIAHEIADFYRAEGGLLTYEDLAAFSVRVEPPEHITYNGYDVYTCGPWCQGPTLNMALKIVEGFDLKGIGHNTADYLHTVVESLKLAFADRHAYFGDPDFVQVPMAGLLDGRYAAERRAAIDPQHAAPDMPAPGNPWRFHPELRRENGPFPTMDPERPQPEYTSEWETDTSYICVVDEAGNAFSATPSDGVGSTPVVPGLGFAISSRGTQTWLDPDHPCCLQPWKRPRLTPNPALSLKEGKPFMPFGCPGGDAQVQGMLQVFLNIVEFGMEPQEAIEAPRAITHSFPNSFWPHGIQPGEVTVEARVDPRVREVLRERGHIVHDNQEWGSVSCVCAITVDPDTGVRAGGADPRSTSYAIGW >WP_281543397.1 ABC transporter ATP-binding protein [Butyricimonas virosa] MQWAVRDISFEIPRRGIYGLLGSNGAGKSTTMNIISGVIRQTEGQVFIKGIDPRKRPVDAKRHIGFLPQQPPLYGDLTVEEYLIHCARLRWVADKDIIPAVDEVLAKCGITHFRKRLIKNLSGGYQQRVGIAQAIVHKPDLVIFDEPTNGLDPNQIMEIRHLIRDIAKDRTVILSTHILTEVQAVCDHILMIEEGKVAFMGTIDEFDNYIIPSSLYVAMIDPPVADELAKIEGVLGVEELGNRNFRIRFTEAQEVIDQIVKLSAANDWRLSEVRVEKSSLDNIFAELSKKAH >GHI39478.1 diguanylate cyclase [Streptomyces violascens] MLLEDDVPQWYTEGPDPRFEDEWHPQDRLYAPMYSAGGTQELLGVISVDKPRNGRKPGAWGREALQMYASQSAIAISNARLRANMQRALVRLEREQQALRASEESFRQAFEYAPSGMAIAEMGGDQHGRLLRTNDALCRLLGRPASVMRRYSFADLVHPEDIGTLLRTSAEGGRAELRLGRRDGTYVWVSLRNSVVADTADGPRFLLTHVEDIEDRKRHELQLAHRASHDALTGLPNSAELRARLSARLCPRPHSVGPASAAETLDAAYGQLPAATGESEAHGHAFRADGFDFDALPGGGPYDHHVHTVAPDSEIDDGTKGLAVLFCDLDGFKSINDRFGHHTGDAVLIEVARRLTTGVRDGDTVARLGGDEFVVLADGLGAADAADLAVRLRNAIIPPIRVDGRAVRVGASFGIGWASCGMSVEEVLRSADQRMYIEKRSRSKVHRRAG >WP_234749042.1 GNAT family N-acetyltransferase [Arthrobacter ramosus] MTSTVEIGQLWIPDSLDADDAKDFLAAVEVSRRVRMQIWGTDDLAYTPLEKLLELGDPYERQVILVARVDGRIVGTVDIALPLADNMDLAEFTLDILPEFQRRGVGRQLLEAAEHFAKSEGRTMIMVDTNHPAESLRGGAEGQLVPGSGLGFVPLASREVDFARRTGYTLQHIEQFSSCALPLDSKLVAELEAEAEVANAGRYQVHHWTDRCPQQWLEAVAALENAAGEVVSERSETAEAEQQQLVFDAGVLRQAEDAAVAQGRRTVVTAVEHVASGRIVGLTTIGVLAQRQDVVFQDDTIVLQEHRGNKLGLLIKVANMQRLSEQFPDARVIYTWNAPENRYLLTVNKQLGFTTAGVTGLWQKELPNMGPRVTSSE >WP_281674273.1 hypothetical protein [Porphyromonas asaccharolytica] MTKQGLEKLKELSTEIDELREQTTKKLTQLLNLYRYEEDINAREAHSMLIKASESMKDVPWNLGMAVTQIQSAYKAEEELNAFYDGLLSKAGKDNDNR >MBO0734013.1 metal-dependent hydrolase [Methylocapsa sp.] FGHSAFRIELPGAIILIDPFLSGNPKFIGSADEAARGATHILLTHGHDDHIGDAARIAKITGAQVIANYEICMHLNAQGAENINPANTGGTIDLGSFRASFTHALHSSSTIAGGQSIYLGNPNGIVITPKDAPALYHMGDTAIFSDMALIEEIYAPKVGLVPVGDRFTMGAKTAALAVKRYFHFAAVIPCHYGTFDVLAPDASAFVAAMQGHPARVLVPRIGEALEF >RPG10933.1 hypothetical protein CBE01_002600 [Planctomycetaceae bacterium TMED241] MPRSRLRQTLLIGFMLLXAPASMAAMFTLRPGTSLYSRPGFRMTHRLDLRSEEIVVEGPAIEQSEQFCLYCLLDRSGRPSVPEKAWVPCYAIDRLFESPR >WP_122576107.1 pyridoxal-phosphate dependent enzyme [Pseudomonas viridiflava] MTPVGASVLARIASDDAAARTNRGGLGCFASTLTPTAPLEALSLDWLQGVELAVLRLDLIDPLISGNKWFKLSGHLAQAQSASGVISLGGAYSNHLHALAAAGKRFGFPTVGLMRGHPQDTPTVLDLNAFGMHLHWLGYGGYRARHQPDFWLPWRERYPQFHPLPEGGGGRVGAVGCGVLVDQARAQLGTLGWADYDGWWLAAGTGTTLAGLALAEAGAHPVYGAMAVPDDHGVAQNVAAIVQGGYELLDASRGGFAKVDPLLRTFIEQTEQACGLPLEPLYTGKALLALKLQIEAGRFRPGTRLIFIHTGGLQGRRGFGD >WAX08241.1 hypothetical protein BM127P1_00010 [Phocaeicola phage BM127P1] >WAX08304.1 hypothetical protein BM127P2_00025 [Phocaeicola phage BM127P2] >WAX08343.1 hypothetical protein BM127P3_00017 [Phocaeicola phage BM127P3] >WAX08398.1 hypothetical protein BM127P4_00025 [Phocaeicola phage BM127P4] MNGYKRVQLIIERALNLSANTGDKIITYGDGNLYPQDIANLIYASKTASAAVEKLTENIICEGFENESFRTLTNGNGMNMDDVLEVTANDVSRFKGWAWIVQYGLREGGYVPINVYNVPFEYVRAEKSDNYLKDPKIYNWRVFNNWDRQNVKATNVMQNSTVYPTYDPKNVINEIEDCGGIENHPGQLLYVNLCTTRPYPISTFHAVRNEMDAENKNGKYVSRTLGRGFHMCSIVSHGEFETDREQEEFTETLSEMMGSENAGAVLTVRNNNLDQANKFITVDELGSPIDKDLYKAYVEPLRKDIAIAAYNIPLPLIDSSLLTYSNASGEVIKELQKVYRNSLAKVRSRISRELAQIFGIDENITRILNKFEKEQNELPDPISPDVI >WP_255734230.1 PIN domain-containing protein [Epibacterium sp. MM17-32] MLLDTCVLYPTVMREMLLGAARAGHFVPLWSARILGEWERAAVKLGPTGAAQAKAEIALLNAGWPKAAVAANSGLEARLWLPDENDIHVLAAAIAGHADGIVTVNAKDFPRQTLAEEGLTRIAPDELLYDFWLKDPEGIEAVGQAVLAEANRLSGEVWQMRALLKKARLPRVAKALGQ >KZS73167.1 thiamine-phosphate kinase [Mycobacterium kansasii] MREDASGQASGESPTLQQLGEFAVIDRLVAGRRQPPVVELGPGDDAAVVAARDGRVVMSTDMLVQDRHFRLDWSTPHDVGRKAIAQNAADVAAMGARCTAFVVSFGAPTDTPADQVSALVDGMWDEADRIGAGIVGGDLVRCPQWVVSVTVLGDLEGRAPVRRSGAKPGSVVAVAGELGRSAAGYQLWHNGIDGFDELRRRHLVPQPPYQQGVAAAAAGAQAMIDISDGLVADLRHVAQASAVGIDVSTAALAHDHAALAAAADAVGADPWPWVLGGGEDHALAACFADAVPAGWRVIGRVVDGPPRVLVDGNEWGGYAGWQSFD >PYM79331.1 MAG: hypothetical protein DME13_26395 [Candidatus Rokubacteria bacterium] MAAIVALTGCVGWATAGDAQTVTGQARAVQVTVLGSLTVLGSQTVLSDTGALTGGDDARQASQVTGAVPSVLTAEALHATTIGWPDQAASEASLAGLAVTVAGNGITAGFVMARAAAILGE >XP_015253450.1 PREDICTED: transmembrane protein 132C-like [Cyprinodon variegatus] MKGKMKMMVNFTYGYLSAQLELCVWIPRLPLQIEVSDTELSQIKGWKVPIAGTGQRSSWDSDDEDDEDRRGRSCTLQYQHAMVKVLTHFIAESAEQRGQTAFMLGTDWQVDITELVGDFLKVEDTQIAKLLDRRILVGQDTGMTTIQVLSPLSDSILAEKTVTVVDDKVTITELGVQLVTGLTMGLQLSPGSNRAIIASTSTQDILQNPKQEALISAWLQFSDGSQAPLDLYDPDFFVLTATSLDKEVVTVQQDPSWKWPVIVTEAEGQGLLIRVEMTVSEVCQKFKRRSILAAGNYNVMVKFGPGDSSRGGSNDYGPDGDDMENRGRLSSQDRTGLDTHYYGSSISDIEDGVSGRATTTRSAIIRRPKLSGGGQNMPIDFADFPAQVDLPHGRNTDDDLMHSSRGLTDLEIGMYALLGVFCLAILVFLINCVSYTLKYRHKELSIEGQENLNHAHDWVWLGNEAELLESQISLSPQQEEQTSMIDSSSGLEEGSHLLNGGSMQKNVQGQVHRAADTAKDGKGDSPTTKRKRVKFTTFTTLCSDDSRPAVNTLTGSHSQDIKWVCQDVQLGDSKELRNYMERLNDSALKEVA >YP_008379230.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >AGQ42584.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >URH14131.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >URH14157.1 NADH dehydrogenase subunit 2 [Cacajao calvus] >URH14196.1 NADH dehydrogenase subunit 2 [Cacajao calvus] MNPLAHLTISFTILTGTMIAILSSHWFFIWMGLELNMLSIIPILAKSTNPRSTEAATKYFLTQATASMILLMAIILNNLLYGQWTINPSLNQILSTMMLIALTMKLGMAPLHFWLPEVVQGIPLIPAMLILTWQKLAPMSIIIQIFPSINTNLILMISILSIMVGSWGGLNQTQLRKILAYSSITHMGWMMAVLYYNPNITILSLLIYLFLTISTFMVFYLNSNVTTLSMSHTWNKLTWVVPMTTLMMLSLGGLPPLTGFSPKWAIMQELTKNNNLIIPLVMAMLTLTNLYFYMRLTYSISMTMFPTSNSTKINWQLKYMKPSPLLPLLMMASTSLLPLTPLMLAN >KOU48934.1 ABC transporter ATP-binding protein, partial [Streptomyces sp. MMG1522] MRRVGREARPFLRARTGAVLRLAGWSLLEFAQTFLSGYGVARALDDGFLASRPATGLCWLAVAAVAVLPSVLAARGVFGRLADLVEPLRDGLVRRAVSRALGGALGRSGDVSTRSLSQVTHQSEIARDGWAGLVLTLRSFAFTAAGAVTGLLALAPALLLIVLPPLAVGAALFLATLPPMAARQRAYLAADEAYAAHAGELAASVRDIAAAGTAGRTVAESGALAEAQLAASRSLARWSAVRVLALAVCGRFPPLLLLLAAPWLLRNGLTAGALVGALTYLTQALAPAVQALMTMLGTAGGRLVVVLDRFTNAPPPPEDDPPQAVRDSA >MCK4671080.1 hypothetical protein [Candidatus Aegiribacteria sp.] MAVLMNEFRYLLRIAEKSVMLSLIVLLISALQVFAQIEHEEIAGASWVEGRLVLEEITIRGELRTPQALFMMLKATPDLSNVLL >WP_097830045.1 FtsW/RodA/SpoVE family cell cycle protein [Bacillus cereus] >PDY83515.1 cell division protein FtsW [Bacillus cereus] >PFA16629.1 cell division protein FtsW [Bacillus cereus] >PFM42642.1 cell division protein FtsW [Bacillus cereus] >PGL59414.1 cell division protein FtsW [Bacillus cereus] >PGQ06004.1 cell division protein FtsW [Bacillus cereus] MKPNSQYQIDYVLLFILFAIGTVSCFAIASAQASLPPFLQNVNFVLKQIQWYFIGFIAIGVIMIIDFDRYQKIAWYLYSFAMVLLIGLELQVPGALTIKGATAWYRLPGIGNFQPSEIMKLFLIIVIGRIIANHNEKYFFRTIQGDFLLLGKIFAASLPPLLLIAKEPDLGNTMVISAMLAAMILVSGIRWRFIFGLVSGIITAGSTLIYIFFSHTEFFKAHILKEYQLNRFYGWLAPYKYDAQGYQLRQAFLAAGSGEMQGKGWENGQVYFPEPHTDFIFTNVAEQFGFLGASVIISLFFLLIFRMIHIALESNDPFGSYICAGTIGMFTFQVFQNIGMTIGLLPITGITLPLMSYGGSSLLTYMIAIGFILNVRSRTKIFMFK >WP_143957119.1 metal ABC transporter permease [Rhodoligotrophos appendicifer] MMDYLLEPFGYGYMVNAMWVSAMVGGVCAFLSAYLMLKGWSLIGDALSHAIVPGVAGAFMLGLPFSLGAFFSGALAAGAMLFLNQRTKLREDAIIGLIFTSFFGLGLFMVSLSPTSVNIQTIVLGNILAITPEDTLQLAIIGCVSLAILFVKWKDLMVTFFDESHARSIGLNTTLLKVLFFTLLSACTVAALQTVGAFLVIAMVVTPGATAYLLTDRFQRLLVLSIAIGALTSFIGAYISYFLDGATGGIIVTLQTLVFLTAFVFAPKHGMLASRLKAARALEAAQ >RZB31430.1 hypothetical protein SRB1_01808, partial [Desulfobacteraceae bacterium Eth-SRB1] SLLGGGIVALAVTFIVTAVYGGIQYMNGNGFAGLGWEVSLYLLAGCIVSSVVSVTYLDQNSR >OLC29722.1 hypothetical protein AUH28_16850 [Acidobacteria bacterium 13_1_40CM_56_16] MASAAVLTMILVLALQNSGARPTPDAPKGNLQRSSEILYFKRFAESGSERGKEIYFYKCWVCHNDYTRAAGTAAPTLRDLYKRPRLISGQPINDQTVTAKIKTGGPGMPGYQYTLNEQDVADLVSFLREGKCCWEDFEEKEPPRNPRYKAK >MBF1369421.1 PD40 domain-containing protein [Porphyromonadaceae bacterium] MDIKKPLLCGLLLGAAALSASAQERPLWLRYPAISPDGKTIAFAYQGDIYTVPTVGGEARRLTSTEAYECYPVWSPDGKQIAYTSDRNSSGVNIYIMPAGGGKARQLTTHSGREIPQAFTPDGRYLIFKAHIQDPASSALFPNSLLTELYRVPVTGGRPEQILATPAEAVNVSRDGRRILYQEIKSFENEWRKHHTSSASRDLLEYDFDKKTYRFVARHDGEDRDPVYSPTGKSFYFLSERNGGSMNVYEGNLAGPATEAKALTQLKGDPVRFLSSSADGLLCFGYAGEIYTLVPGRSEQRVPIRISKDQAPDEELHLAMSRSLGSAAVSPDGKQIAFLSRGDVFVTATDYTTTRQITKGSQAERGVSFGADNKSVVYASTKDGSWDLYIAKVERGEDQNFPNAMAISDEKLIPSLKGEKMYPSFSPDGNEVAFLYQREKLMVYNLKTRQTRQITDGSQTLDPDFVWSPNGKWIAFSYVSRGRGPYTDVGIVSAQGGQPIQNLTNSGYFSSNPRWSTDGNILLYATDKYGMRNHASWGSMNDIMAVFLNRAAYEKFRMNDEDLALLEEAEKQAKADTTKTKKAQPTKSTNGVIEWDNLDLRTVRITPASSRLGDYILSPDNKKLFYFSATEAGQDLWVYDMRKGTTQLQKKMNLSSPFFASDKKGTKFFILGASPMTLDPKTDATKAITMAGHRRIDRIREREVMYEEVVREEEARFYRKDMHGVNWKKLTDHYRTFLPYIDNNQDFAEMLSELLGELNVSHTGSGARSSSSAFPTAELGVFVSPVAGSGALHVDEVVAGGPFDNSRTKLQKGSLITAIDGEKLEAGKDYFPLLNDKVGKRLLVSFRTASGEQVDEVIRPISSSALNDLLYKRWVKQRAEEVERVSKGTLGYVHIPSMGDPSFRTVYSDVMGKYYQKKGIVIDIRYNGGGRLHEDIEAFFTGKHYADQVVRDRQYSEMSSRRWNRPSVLVTCEADYSNAHGTPWVYQHLKVGKVVGMPVAGTMTSVNWVTLLDPSVYFGIPAVGFRLFDGRYLENTQMEPDVVVPLDPTKVLQGVDTQIEKAVEVLRAETK >HBU4069332.1 L-rhamnose/proton symporter RhaT [Klebsiella pneumoniae] MNHAITMGIFWHLIGAASAACFYAPFKKVKHWSWETMWSVGGIVSWLILPWAISATLLPDFWAYYRSFSASTLLPVFLFGAMWGIGNINYGLTMRYLGMSMGIGIAIGITLIVGTLMTPIINGQFAVLMHTQGGQMTLLGVLAASIGVGIVTRAGQLKERKMGIKAEEFNLKKGLLLAVMCGIFSAGMSFAMNAAKPMHDAAAALGVDPLYAALPSYVVIMGGGALVNLGFCFIRLAKVKNLSVKADFSLAKPLIISNLLLSALGGLMWYLQFFFYAWGHASIPAQYDYMSWMLHMSFYVLCGGVVGLVLKEWNNAGRRPVSVLSLGCVVIIIAANIVGLGMAS >MCK4027136.1 hypothetical protein [Streptococcus suis] MSITIKRDTGAVGAAGKLHFLVNGQTAGSIGNKETITLKLTGKTAQFAIREDKKSTIEVQNGDHIIIQPNKLYFSIYIISLLAIIALAFLTFAPIVETVIAGIALTVFLVSNFLLPRYHLSKDTKNSG >GBF67295.1 feruloyl esterase [Trichophyton mentagrophytes] MATLANINYSADLRIAAREQYGHALSLTNAMLRDPAKARQPTALDTVMLLGMFEVVTCRSNRSLSSWRSHHEGALALLKINSKPGPEDIINFRMFVQARGQILSSCLLTSSRAPPFLQGVPREQQGCLPKSEGLLEDVTTLLVKLCNLRAEIEDRSLVSPEDIIPQAFAQEKDFTALFSELWEYYPYNTLAVIDRETPPSPADEVYGKYYHTYTDYFVPNIYNAIRGARILVTEIIEEAAAKLSPSSPLYAQYDNLPLLIEQSRAAALQAAIDICASVPYDLGSIEMKRKDGIKYEDLAYGVKNGFAVVGSNNGHNGTTAVTMYHNYDVQIDFSWRALHTSIAIGKEVVAQYYNRPHRKSYYIGCSLGGRQGFQSAVKFPEDFDGIVAGAPGLDFNNLVSWRASFFPLTGSVESPDFITARAWKTFIHGEVLRQCDGIDGVMDGIIEDPSLCHFNASTLLCKPGEETGCLSQVQVDIVRKIFSPLMGEDGELIYPAMQPGSEELATTKLYAGKPFSYSDEWFKYVIYNPSWNASTFTVHDAAVAEARNPGDVKTWPTFGDLAEYRARNGKIIVYHGGQDNQITSFNTERYYNYLLQSEGAGSAGHLDRFLRFFRISGMFHCSGGPGAWVLGQGGGAASEGIEFKGENNVLAALVRWVEKGVAPDTLEGVKFVDDKVTSGVSLRRRHCRYPLRNVYMGGDSSDPNSWKPRYHHTNMPLFGASSRSKSPLSFLSRNKQSPTAQKSTYSNNKSTGSSHLDLPPAYTPVSATSTTAPSFPAASSEGSSVPASPDRPDSFLAQFDTVFLIDDSGSMRGASWKATENALAKIAPICTAQDKDGVEVYFLNHRSDSSNGAYSSVRDTGHVREVFTAVSPCGGTPTGTRLNHILKPYLKGFEEASKSMSPDERDNAVRPLNIIVITDGVPTDDVESVIVQAAKKLDRLNAVPWQIGIQFFQVGNDPEAAADLKELDDALAGHNNIRDMVDTVPWDGTQAGGGLNADGVLKVVLGAVHKKYDRKNATTGGRQ >MBS6439950.1 uracil-xanthine permease [Clostridiales bacterium] >HCH67584.1 uracil-xanthine permease [Clostridiales bacterium] MKLVYDVKDKPSFGKTLVFALQQLLAIMAATIAVPMIISGSYDSVGDVSMSTAAALFGAGVGTLVYLLFTKFRSPVFLGSSFAFLGSMSAAFAGAASMQAGYLGLIIGAVLAGLVYVVIALVVKIAGVGWIDKLMPAVVIGPTVAIIGLSLSGNAVGDLVKGSVLNAEGVPVANTYIALLCGLVTLAVTMLCSTYGKKMIKMIPFIIGIVAGYAVAAIFTVIGKAAGVEALQVINFSAFENMQWLPDFTFLEAFKGVKDISGGYIATLAVAYVPVAFVVFAEHIADHKNISSIIEKDLLKEPGLHRTLLGDGVGSMMGAFFGGCPNTTYGESVGCVAISGNASVVTILTTAILAIVIAFVAPFIAFLSTIPSCVMGGVCIALYGFIAVSGLKMIQNVDLGDNRNLFVVSVILIAGVGGLTLNFGKVTLTQVACALILGILTNLILKKRDGKKSSDK >MCE2394956.1 hypothetical protein [Candidatus Poribacteria bacterium] MNGREKIQVTVGFQPRIHGRLSQLAEQYEMTINEIVRECVEIICPV >WP_275149613.1 thiamine phosphate synthase [Elizabethkingia meningoseptica] >HAY3553072.1 thiamine phosphate synthase [Elizabethkingia meningoseptica] MIIVLSPEQSVARETLLTNQLFANGLDYFHIRKYRLSDKEMNDYISGVDQQYYHKLVLHSHYHLADHFGINRLHFREESRQKKEYIHYQDKYILSASTHSIEDFNTLGAEWFYAFLSPVFASISKQGYGTDNTILSEMELKDNPYVRLIGLGGVNSNNIDIVLKSKADGVALLGSIWQYQNPVNTLMKCQQALKNHKYAE >XP_009132605.1 non-specific lipid-transfer protein 3 [Brassica rapa] >XP_013640544.1 non-specific lipid-transfer protein 3-like [Brassica napus] >KAG5403971.1 hypothetical protein IGI04_010090 [Brassica rapa subsp. trilocularis] >RID69377.1 hypothetical protein BRARA_C01475 [Brassica rapa] >CAF2122016.1 unnamed protein product [Brassica napus] MASALSFFTCLVLTVCIVASVDAAISCGTVTSNLVPCAGYLMKGGPVPASCCAGVSKLNSMAKTTPDRQQACKCLKTAAKSVNPSLASSLPGKCGVSIPYPISMSTNCNTVK >WP_017065630.1 dimethyl sulfoxide reductase anchor subunit [Vibrio crassostreae] >OEF03718.1 dimethylsulfoxide reductase [Vibrio crassostreae 9ZC77] MIFHEWSLIFFTVLAQTAVGGYLLIGARALVLGHDEEKLNSYKVPMFILWVLMGLGFMFSTTHLGSPLRAFNAFNQLGSAWLSNEVFFGAAFFAVGGLQWLLSVVKKGGVAIQKALMVGAMVLGVIFMYAMINVYMINTVPTWDNIYTPLSFIMTMVVGGLLLSQFVIVFANDSRFTVDRNITMLAVIAVAISLLVTVGKLNLIGDIQTSAAKASELVDGLGSYVILQVALLMASLLIWILPMLNKAKVNPVNLGLALVLFLVSELIGRGLFYSLHMTSGL >WP_134064782.1 C4-dicarboxylate transporter DctA [Mycobacteroides salmoniphilum] >TDZ76855.1 C4-dicarboxylate transport protein [Mycobacteroides salmoniphilum] >TDZ85845.1 C4-dicarboxylate transport protein [Mycobacteroides salmoniphilum] >TDZ86558.1 C4-dicarboxylate transport protein [Mycobacteroides salmoniphilum] MTAAIEAPASEMVRLANKPPWYRSLFVQLLVAIVAGVLIGWQWPELGADLRPLADGFIKLIKMLIAPIIFCTVVLGIAHVGDLKSVGRIGVKALIYFEAVTTFALLFGLLVGNLAKPGAGFHIDAGTLATGADAIAKKTNNGELPHTVEFLLGIIPSSIVSAFAENALLQVLFFAVLFGLALAKFGESGPPVVLEFIEHLSHIFFTIIGWIMRLAPLGALGAMAYIVGQYGIGSLGSYGKLIAACYVAALLFIGVLAVIARLFAGVNLWRFVVYIKDELFLALGTASTEVVLPRIMTKLNHAGCSKTTTGLVIPTGYSFNLDGATLYLSICVLFLAQALGVDLSIGEQITAVLVLMLTSKGMAGVPGSSFLALSATVAAIGHGAIPVAAVALLLGADRIMDSMRVSVNLLGNCVATMVVANWEGQLDKDRMRKVLAGEQVAAEPDEEPVAAHR >WP_031764117.1 benzoylformate decarboxylase, partial [Pseudomonas aeruginosa] MKTVHSASYEILRRHGLTTVFGNPGSNELPFLKDFPEDFRYILGLHEGAVVGMADGFALASGRPAFVNLHAAAGTGNGMGALTNAWYSHSPLVITAGQQVRSMIGVEAMLANVDAGQLPKPLVKWSHEPACAQDVPRALSQAIQTASLPPRAPVYLSIPYDDWAQPAPVGVEHLAARQVSGAALPAPALLAELGERLSRSRNPVLVLGPDVDGANANGLAVELAEKLRMPAWVAPSASRCPFPTRHACFRGVLPAAIAGISRLLDGHDLILVVGAPVFRYHQFAPGDYLPAGAELVQVTCDPGEAARAPMGDALVGDIALTLEALLEQVRPSARPLPEALPRPPALAEEGGPLRPETVFDVIDALAPRDAIFVKESTSTVTAFWQRVEMREPGSYFFPAAGGLGFG >KAH7111090.1 major facilitator superfamily domain-containing protein [Dendryphion nanum] METLTPRPTAVNESDMELYDINPDLDETRATELEFSLPPVDGGKDAWLFLFSAFVLEILVWGFPFAFGIFQEYYTSNPPFAGSRNIPIIGTCAMGLMYLSSPLIFGFFAWYPNSRRRCITIGLIIMCLSLGLSSLSQTVPHLIASQGVFYAIGGALCYSPVVAFMDEWFINKKGLAFGIMWAGTGIGGIIIPLLLQYLLDRYGFRTTLRVWSAVLFVATIPLTIYLRPRLPVAQATNHRKFDMTFLRNRSFLLFQLGNVLEGFGYFVPSIYLPTYARTLGASSPVSALTLILINVAAVFGCVVMGGIVDRWHITTCILLSTIGSTLSVFLLWGFSTNLPLLLVFCAVYGLFAGSYSTTYPGVMKTLKDNEQGTDSMMVFAVLAAGRGIGNVACGPMSEALIRTGKVGGRGLYASEYGPLVLFTGISAALGGVSCFGRTLGWL >KAF3601053.1 hypothetical protein F2Q69_00032735 [Brassica cretica] MTKQQNNANYIIFVTRELKVLLRAPPSDAFNIEIWSSSLLAVALPLEKKLMIFHQRKKKTTSPTLLPPPSLQSPGEVSAAPSEGTSKETNSKRAKKDDEKRDTWNSPYDNDEIAVLQGMIDFKKDTGNSPYDDTNAYYHYIKKSISIEDLMGWLLSPTACRKREIRREEEKRACHAIGLIGVTRQCRGLLVEARVVPALVDLFRDGDEKGKILAGNALEIIAAQTEYIRLVTEADSIPLYVELFSGGDSMGKDIAEDVFFVALPLEKKLMIFHQRKKKTTSPTLLPPPSLQSPGKTTSVSNSGEVSTAPSEGTSKETNSKQAKKDDEKRDTWNSPYDNDEIAVLQGMIDFKKDTGNSPYDDTNAYYDYIKKSISIEDLMGWLLSPTACRKRESRREEEKRACHAIGLIGVTRRCRGLLVEARVVPALVDLFRDGDEKGKILAGNALEIIAAQTEYIRLVTEADSIPLYVELFSGGDSMGKDIAEDVFCILECLFCDFCFP >XP_056097092.1 Fanconi anemia group A protein-like isoform X2 [Rhinichthys klamathensis goyatoka] MARLVPGTRALLSEEDEPDACADVCDLTGRVQDSAVALWRNTQIRSLRKRPQYQLSFSEWLSAELQVHRSRDALTDAERQEYEQWACHQYLHMSECDGGCDGDVTQICARIISAVLDHHTTSRTGARSPPPTDCCLPDLLSLLQAFLYEELLTHSASKDTGHFLWDLIDSRCSVTPDPDSIAQELKYQQTLHDVSRVLALLPAALLVSARTDRRTLDCRRMMDHITHVQRRASGSAGLLSFSLTAHFLKAVVCVGASCAGPADAVNACVSEFSAQCPLLLLSAARWWRRLSVVLSSQWKRLTGRDALPQQLQMLDDSHSWSSRLIKGLASAAPAAPSWLLAAALHSVLRRSDSESRRRVLTQLDDKDQVWLFLFLYSVMELISAQLNDDVCVKRVRDASAGLLAHLLLHDADWLLLFDQSGSDHRLSGFSSRVASPQILRLMPFAFYSILSALDSEVLTRAIRSPGFLYRAAVCYRDLSQLIMSGSTTQQQVLLEARKLLMTSISLSSRTCLSLSQRKQLCSEYEELDAEISAALAHVT >WP_202659240.1 agmatinase [Fuscibacter oryzae] >MBL4928040.1 agmatinase [Fuscibacter oryzae] MALEDAKSQVDTAFTRAQQRGYSFENAFGGATSFLRRSYTKDLTGVDLAITGVPFDQAVTHRTGTRFGPRAIREASTLQPYDPPYGWPTNPLDELNIIDYGDVAFDYAKVSDFPETLTAHIRKILSAGAGSITLGGDHYITFPILRAYAEKFGPLGVIHFDAHSDLWPDDDLSRIDHGTMMYKAVKQGYVDPKRSVQIGIRTTTEDYLGVHVIDAREVHEKGVAHAVELAKSIVGDKPTYVTFDIDALDPAYAPGTGTPVWGGLHSWQAAAALRDLAGINMVGGDVVEVSPPYDTTGATAIAGAHVAYELICLYHWARTQR >EEI68160.1 hypothetical protein HMPREF0530_1549 [Lacticaseibacillus paracasei subsp. paracasei ATCC 25302 = DSM 5622 = JCM 8130] >BAN73147.1 replication protein [Lacticaseibacillus paracasei subsp. paracasei] MRTAMSKTIKELAEELSLSKSGIRKYLTASFRVRYTHESAHRILIDDAGIKVIKEMIAYKGVHSERTQKAHGVHTEQASAQSNSVLVEQLRAKDKQIEHLQKLLDQSQQLQLMAENKLKRLEMPQNGPERSSEPGDDQIHDRAPEAPQATKNSPEQPVPFWQRLFSPRK >WP_249240542.1 KH domain-containing protein [Faecalibacterium sp. I3-3-33] >UQK45076.1 KH domain-containing protein [Faecalibacterium sp. I3-3-33] MQELLLAVARGLVEDKDAVKVTVDEPREDGIIVYHLSVAEGDMGRVIGKQGRIAKAIRVVMRAAAVRVDEKVLVEID >GIX80479.1 hypothetical protein CDAR_366871 [Caerostris darwini] MLFFFAGVEAAPAVTPASTAAAASVAMTRVGNHTNSSDPQSVQSRVFVGNLNTYVVGKEEVERIFSRYGRLIGISMHKGYAFVQYTDTWDARNAVVGEDGRTVAGQLLGEYTFAHSTVIMDIGLLN >XP_054464105.1 peptidoglycan recognition protein 6 isoform X2 [Anoplopoma fimbria] MHVNLYKCQEETTGADIWSRSRLRMDNGHWKPALVLVVVLLSTYVEASYSQHMDDFINAVRRVEDGDHGSDPLSVLRRLRMAAGLNDAFIGHFLGNAVGPEVDASLSGYLSKAVHHRVTEDAKEEGVVLTPDGTTVALAPLLLGIEAGFLAKTEGRVRGLYQLTLAKDLDSSPLLGPDGCWDSVTSPQVFTLMGSPSALTTARVNGGMDGVVLGMEVSTKGRRPLTLSGLLSEYYCGQLESEGLDTAPRLISRRRRENFRGLVSPPVLARQVVKAVELRRTLTGRSKMEVKEKKQLVALVKEGMKEFVHKYIDCPPIIPRCMWGAEPYRGTPTNLSLPLSFMFIHHTHTPSQPCLTFQQCATDMRSMQRFHQDDRGWDDIGYSFVAGSDGYIYEGRSWLQRGAHTLGHNSVGYGVSLIGDYATRLPSQHSMGLVRDQLASCAVGGGRLVADFVLQGHRQVVNTSCPGDALYDEITGWEHFGVKKGK >WP_031739936.1 DUF2330 domain-containing protein [Mycobacterium tuberculosis] >KEB58765.1 hypothetical protein AO98_00474 [Mycobacterium tuberculosis M2193] MAVLPACRLGLVVCVATAVITATMVLATPSYACACGAAVTAHGSQATLNHEVTLLHWDGTTETIVMQLAMNADTDNVALVVPTPTPAIVTTADQSTFGELDTLSAPLIEHQRHWSLRRGVGASGPQEAAARAPHVLNQVRLGPLEATTLTGGDLSGLQTWLSDNGYAIRPAVSAALDPYVRDGWAFVAIRLTSTDLIVGGLDPVRMTFRSSRLVYPMRLSVAAQEPQHVTIFTLSDHRQQRTDADAATQTTHVRFAGDMSTAVRDPLLRELIGNHGSYLTKVEVDIYQTSRISSDFTFGNAPNDDPYRQVVTVYDDVALPPLLLVVVSAIAVGAAGGAVVVVLRRRRRAHTG >XP_052068338.1 bifunctional heparan sulfate N-deacetylase/N-sulfotransferase-like [Mytilus californianus] >XP_052068339.1 bifunctional heparan sulfate N-deacetylase/N-sulfotransferase-like [Mytilus californianus] >XP_052068341.1 bifunctional heparan sulfate N-deacetylase/N-sulfotransferase-like [Mytilus californianus] MMFKRFWERLKTNYLRGSPLHRVGRTKTLVSAVVCLSFLSFIAFTYHFLNSSPVHRIANPPEPVITCRMNNLQKSMFTPKDHTSKERLHIGARVLVFVESQYSKAAKQITSSLQYARIDYKLENAGHNLPTLTHADKGRFAVIIFESLEAYVNMDNWNRQLLDKYCQDYKVGMIIFVHSADEYGIEKEKVPGLPLILRYNVAVKDYRLNAFTDIWRITKPGETVLDNIEEDDWVVFEYNHSTYEPLSYAKLAPPPYLNSRYIPDNSTVVCALLDRGTLDGIQRIFFGNDLSFWVHQMIFIDGISYLSHGKLSFPLERYILVDVDDIFVGITGTRMTADDVEALAKSQERLQKEVSNFHFNLGFSGWFYQHGTSLENAGDQKILEYRNKFWWFGHMWRHEQGHKFDQAKLETSMIKNYQFAKEHNIPVMHQYAVAPHHSGVYPVHEPLYQAWKNVWDIRVTSTEEYPRLYPSWKRRGFIHKGVMVLPRQTCGLFTKTLYIDTYPGGRKKLDDSIQGGELFKTFLYNPINIYMTHMGNYANDRLALYTFESVIKFVKCWTNLQLKQVTPLEMGIKYFEMYPEDKEPVWQDPCVYKRHMQIWSANKSCDRLPKFLVVGPQKTGTTALYKFLQIHPAILANYNSPDTFEEVQFFNGNNYHKGIDWYMEFFPVPGNATSDFLFEKSANYFDGELVPYRVHSLLPKAKIICILIDPAKRAYSWYQHMKARGDQVAGNYTFHDIITAPDSAPRKVRELRNRSLIPGIYVQHLQKWLEFFPSRQIFIIDGGRLKSNPVAVMHNVQRFLHIEPHYDYNDYLRFDPKKGFFCQVSSANKSECLGRGKGRHYPPMNETSIEFLEQFYRKNNVALSKLLSKHKYRIPDWLEKELSD >CAI9830983.1 hypothetical protein IBTHAUMO2_1130061 [Nitrosopumilaceae archaeon] MTRLLPLAYLIWLPTCLTNSNSKCSNTFTTCLYETDDGLGLRCFLPMMRHNGCHIKRRRFLGCGQNGIYKTII >WP_150194162.1 dienelactone hydrolase family protein [Streptomyces parvus] >KAA6202412.1 hypothetical protein F2B00_09855 [Streptomyces parvus] >GGS52544.1 carboxylic ester hydrolase [Streptomyces parvus] MTEPTAGLPLSAPEALTVLGALVLVLARWLPDRLRGPAALAAGALLAGSVTVLVVTGLRWQLVPVLVVVAVVGGFALAPLLARRSGRAPWRARWWLAVPGSVVCAVLVATGPVAAWAFPVPEFPAPSGRFPVGTETVEWSVPATRTEREKQPGTAGPRPLVVQLWYPAGRSAPDARRAPYLGRTEAEARTVSAALADYTGVPGFLLDGLPRARSHAVPGAPVADGGGRFPVVVFSPGLGGVRTQNTAWAEELASCGYVVAAVDHPYDSAAVVLSDGRTLRTRVTATGDRAKDRALAEEWTRTRAADLRAVLTRLERLERSEAEGRLAGRLDVGRVAAAGHSIGGAAALQAARQDRRFDAVVDLDGFPHGPVGARFEQPVLALTQEIGRGTDPDYLPRLTRVLGRSDATSYRLTVPGAAHLTFTDAPFYLPPVPGIVGSLGRTEGHRITAGATLSFLDATLRRTPVDLPAALSAHGEVTVHRPEGAR >TIL25499.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIL49880.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIL56529.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIL84271.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] >TIM12582.1 4a-hydroxytetrahydrobiopterin dehydratase [Mesorhizobium sp.] MTDTLAEKTCTPCRGGVPPLTRDEAQRFQAQAPDWELGDDAHRIQRSFRCRNFRDALAFVQEIGELAETESHHPDISFGWGYVTVSLSTKKIKGLHENDFIMASKIDRVFDRSGLPLDRQQ >KMK70211.1 2-isopropylmalate synthase [Bacillus safensis] MNLNAQEKLIIAKQLERLGVNIIEAGFPASSRGDFLGVQEIARTIKNCSVAGLARCVKGDIDAAWEALKDGVEPRLHVFIATSDIHLKYKLKKTREEVVEQAVAMVKYAKERFPVVQWSAEDACRTDLAFLAEIVEKVIDAGASVINLPDTVGYLAPKEYGNIFKYMKEHVPNIDRVNLSAHCHDDLGMAVANSLAAIENGADQIETAVNGIGERAGNAALEEIAVALHIRKDFYQVESTIQLNEIKRTSDVVSKYSGMIVPRNKAVVGNNAFAHESGIHQDGFLKEKTTYEIISPELVGVTTDVLVLGKHSGRHAFKDRMKTLGFKLTEDEINKFFETFKNLTEKKKEITDDDLISIILEEKVADRKIGYEFESLQVHYGTEQMPTATVSLKNQETQAVIQEAATGAGSVEAVYNTLERCMEERIHLLDYRIQSNGKGRDALAEVYVTVSIEGKETAGRGVAQDVLEASAKAYVNAVNRHLIFKSNLIEIEKHHAIS >MBL7906248.1 T9SS type A sorting domain-containing protein [Bacteroidales bacterium] MKVKFLLLILFSISFTFCNSQPLIIDWQNCFGGPGNEKAFDLVSTGDGYIILVSHYVDEIQGRNIQLLKTDTGGNIVWEKSLGGTKFDEPCRIFSAGNGNYFITSVATSSDGDITNDPYPTAMNNWILKINGSGEILWEKIYGGTCIDNGNFGTTTSDGSVIAYCYTCSDDGDITNNYGSYDAWMVKVDSLGNKVWDFTIGHNNGDFSNAIIETSDRGILAALQSYRATGGNIECEYFNEYTDIVLFKLDSVANIEWQQCYGGSQIEYVYDIIETTDGYILAGSGESDDGDLAGSGYHLGYDNNGNQTSDIWLLKIDFTGNVIWSKCYGGTRNEYANRVFQTGDGGFIIFGETGSFDGDVTGNHSAGPGISDIWVIRIDSIGQLLWQQCIGGNGYDRLVLGVVDNGDGSFVIASTIYDFNSGQVECPTTNGSDQVWLIKVMDTTVVNIHEKPLAGNGVKAYPNPANDYVIFEEVGTRNVASKKGNEPTLLITDIYGRAVAHLSVIGDKTIWDVRGVAPGVYLYQIINGSISDKGKLMISH >WP_199537626.1 hypothetical protein, partial [Spongiactinospora gelatinilytica] >PZG12220.1 type III restriction endonuclease subunit R, partial [Spongiactinospora gelatinilytica] SQIIQLFGRGVRLKGRNYSLKRSTPGERPKGLHLEKLETLNVFGVRADYMATFKQYLEDEGITPSDEILELNFETRPNMPATRLKTLKLKDGYKDNQRLGFKRVYFPELYEVPADFQGKIKQPHIK >WP_255657767.1 GntR family transcriptional regulator [Aeromicrobium sp. Leaf350] MPSPQTPRTKRDDIVDALRHMIFSGDLKRGDRLRQDALADHFGTSITPVREALRVLESDGLAISEPHRGVRVAALDMARLEAIYVMRRLVESYAMQRASLRISELELRAAEDFINELENATAAGDAPGARRLNRAFHFYLYDRCGLPTLVDQITVLWNAFPWDLILSSPQRSSVSQREHREILRAMRSGDLEDVARTTEHHIAQGFAAATAPLGGSVTSDPFDLT >XP_008572610.1 PREDICTED: MAGUK p55 subfamily member 3 [Galeopterus variegatus] MPVLSEDSGLHETLALLTSQLRPDSNHKEEMGFLRDVFSEKSLSYLMKIHEKLRYYERQSPTPVLHSAVALAEDVMEELQATSVHSDQRELLQLLSTPHLRAVLMVHDTVAQKNFDPVLPPLPDNIDEDFDEESVKIIRLVKNKEPLGATIRRDEHSGAVVVARIMRGGAADRSGLVHVGDELREVNGIAVLHKRPDEISQILAQSQGSITLKIIPATQEEDHLKESKVFMRAFFHYDPREDRAIPCQEAGLPFQRRQVLEVVSQDDPTWWQAKRVGDTNLRAGLIPSKQFQERRLSYRRATGSLSSPQSLKKPPYDQPCDKETCDCEGYLKGHYVAGLRRSFRLGCRERLGSSQEGKTSTVADSPELLTYEEVARYQHQTGERPRLVVLIGSLGARLHELKQKVVAENPQHFGVAVPHTTRPRRSHEKEGVEYHFVSKQAFEADLHHNKFLEHGEYKENLYGTSLEAIHAVMAKNKVCLVDVEPEALKQLRTSEFKPYIIFVKPAIQEKMKMPPMSPACEDAAAALDEEQQEMATSAAFIDQHYGHLVDAVLVKEDLQGAYSQLKVVLEKLSKDSHWVPVSWVR >EGS7320029.1 YebC/PmpR family DNA-binding transcriptional regulator [Campylobacter jejuni] MGRAFEYRRASKEARWDKMSKLFPKLAKAIQVAAKEGGTDPDMNPRLRSAIATAKANNMPKDNIDAAIKRASGKDSADIKNIHYEGKAAHGALVIVECMSDNPTRTVANVKAIFSKNGGEVLQNGSLGFMFTRKAVFHLEKFAGDLEELELDLIDAGLEELEQNEEELVISGDYTAFGELSSAIETKGLVLKKAGLEYIPNNPVSFSEEQLSDIEKLLDKLEDDDDVQAVYTNID >EHD1462244.1 tail fiber assembly protein [Escherichia coli] >EHO0043458.1 tail fiber assembly protein [Escherichia coli] MLHLKNITAGHPKTAEQYQMTKQHGITWLFSEDDKNWYEELKNFASDTIKMVYTGDGRVVWVGKDVTGIEPRNASVIEVPDITANRRIIVPGYWFYRDDKFVFDYKLKAEDERDALLKQVSIMTSEWEKDLLLGLISDEDREKLKAYRIYAKSLQAMDFSAITDKTTYNNISWPEQPQNT >WP_105794890.1 type IVB secretion system protein IcmH/DotU [Burkholderia multivorans] >PRH01419.1 type IV secretion protein DotU [Burkholderia multivorans] MSLITADPQSQGGSLALPSVATRLKRAEQSVNPLLEAARVLLSALADTPDVLDADSVARRRRWLEHELRLFARLGAELGLPPEHIGSASYCLCSALDESAMQTRWGKGEATGVAWEVDGLAAAMGHDRQGGDRVFELIDEALCSPRENLDLIELYQNILDLGFRGRYRFERDGQQRLKRVRERVHDVVVTGGVGANFAREPLRQWRRTVDPWVRPLAMRRSSRVGAVVAITAALLLGAAGYAAVDRWVVSREAQRLSPFDALARNLERRLRDEVAAGNVELIRDPAHHVLTLRFAGMFVPGAVTVAPWGASVVASAGREIASIAEGAVVRVVGYADSAPAGSARQISNQAISEARAEDVARILVAAGVPAHGLPVEGRGDADALADNGTESGRARNRRVEVIVAE >KAJ4753967.1 Glutathione S-transferase [Rhynchospora pubera] MVLENAKEEETSVHSGATKRHRKAGKKRQQKNQRKQKSSVKEVLPPPLTATSPPPSLFDGTTRLYVSYPCPFAQRTWIARNYKGLQEKIKLVAIDLGDRPAWYKEKVYPENVVPSLEHKNEVKGESLDLVKYIDNHFEGPPLLPDDLAKQTFAEELLAYCDSFAKSLNSFLRSKGDDISDAGMVSPVVALDKFEESLSRFGDGPFLLGRDFSLVDIAYVPFVERLHLFLSDLKKYDITKGRPKLTSYIKELNKIEAYTATIWDPQESLTQIKKKFENCPKILGPRKKCYMFFLKINWGSKSAICYLASFICSIWMASSRNKE >XP_007512765.1 predicted protein [Bathycoccus prasinos] >CCO17365.1 predicted protein [Bathycoccus prasinos] MHKTIYMVEFLLLSFIFALGARLRVHLKSACFSLARSLDSLSFSLSLSALSARVLEQTGSAILFNFFNGKFIASELRAIGGIRRSQDDVLFKLGLVLAVFGALVNVVSDEILLRRRRANTRATPSRAAARRHSVVSTNKSSKYILPNGFFFDYVLCPNYLGEFIEWLGLAVATNNLALRAFALWTFANLFPRAVNYRRWYVDTFGEKAVGKHRKAFLPFLV >EFU9196970.1 phosphoenolpyruvate--protein phosphotransferase [Escherichia coli] MALIVEFICELPNGVHARPASHVETLCNTFSSQIEWHNLRTDRKGNAKSALALIGTDTLAGDNCQLLISGADEQEAHQRLSQWLRDEFPHCDAPLAEVKSDELEPLPVSLTNLNPQIIRARTVCSGSAGGILTPISSLDLNALGNLPAAKGVDAEQSALENGLTLVLKNIEFRLLDSDGATSAILEAHRSLAGDTSLREHLLAGVSAGLSCAEAIVASANHFCEEFSRSSSSYLQERALDVRDVCFQLLQQIYGEQRFPAPGKLTQPAICMADELTPSQFLELDKNHLKGLLLKSGGTTSHTVILARSFNIPTLVGVDIDALTPWQQQTIYIDGNAGAIVVEPGEAVARYYQQEARVQDALREQQRVWLTQQARTADGIRIEIAANIAHSVEAQAAFGNGAEGVGLFRTEMLYMDRTSAPGESELYNIFCQALESANGRSIIVRTMDIGGDKPVDYLNIPAEANPFLGYRAVRIYEEYASLFTTQLRSILRASAHGSLKIMIPMISSMEEILWVKEKLAEAKQQLRNEHIPFDEKIQLGIMLEVPSVMFIIDQCCEEIDFFSISSNDLTQYLLAVDRDNAKVTRHYNSLNPAFLRALDYAVQAVHRQGKWIGLCGELGAKGSVLPLLVGLGLDELSMSAPSIPAAKARMAQLDSRECRKLLNQAMACRTSLEVEHLLAQFRMTQQDAPLVTAECITLESDWRSKEEVLKGMTDNLLLAGRCRYPRKLEADLWAREAVFSTGLGFSFAIPHSKSEHIEQSTISVARLQAPVRWGDDEAQFIIMLTLNKHAAGDQHMRIFSRLARRIMHEEFRNALVNAASADAIASLLQHELEL >WP_133662298.1 copper chaperone PCu(A)C [Paraburkholderia sp. BL10I2N1] >TDN69064.1 hypothetical protein B0G77_2432 [Paraburkholderia sp. BL10I2N1] MSIQIKNKSPAALAAALAAACLLSFSATAQAAGPQAIAAQNAWVRWLPNNLPAAAYVTLVNAGDKPIDLIDISSSDYGSAMLHQTVSNGSTQKMVMVDKVTVPARGTVSIAPGGYHVMLEDAKHKIAPGDTVHLQLKFSDGETLDTPFAVKPPSQTK >WP_156164841.1 hypothetical protein [Bradyrhizobium sp. LTSP885] MRIVPDQIWHGGLPLNIYAGFGYGCYQWFCIVAVLGFARRWLTADTAPRCYLTDAIFPYYIVHQTAIIVIAHALRGQDLPAWLEASIVIAGTAATCALAYEIIRRVNILRPLFGLKLASRPVLLTTRDQPAE >XP_040774166.1 MFS general substrate transporter [Cryphonectria parasitica EP155] >KAF3763205.1 MFS general substrate transporter [Cryphonectria parasitica EP155] MFAAFFGRLPVLFWFLVIATGTAAWCAAATSFNSFCAARILNGFFSTVAQGGGMMFIQDMFFFHQRPRKINIWASFFIMSPYMGPLLAAFMIAYKPWPTPFWVYTAETALVLILAALVVDETYYDRRIPASAQPPRGSRISRIVGISQFRSRHLRNSFGAACMRVVKVLTKPTVLLSATYYLLTFAWVVGINTTLSIFLTPLYNFGPLQIGYFYFTPVVAVLLGEITGHWLHDLLAKHYIRTHKGHFEPEVRLRAIFFSIPLMAVGLVLVGQALQNAWHFMALSVSWGLYVYGIMITTVAVSSYALDCYPEASGEVSAHLNNARTLGGFIISYFQVTWAEASGPKVSFGIQAAICTAAFGIVIVLIVFGKRMRVWAGPLGFTTA >XP_010489688.1 PREDICTED: spindle pole body component 110-like [Camelina sativa] MGKSVLGRKIHNFYHNLSSLFIKELEEFRSKLDATKQTAEASADSAQSTHIQCSMLKKQLDDKTRSLREHEDRVTQLSHQLDDLQRDLSLRECSEKQLRDEVMRIEREVRETIAKAGIGGIDCELRKLIEDISPMKFETMNRRVEVKDGEITKLKDEIRLMSGHWKHKTKELESQLEKQRRTDQDLKKKVLKLEFCLQETRSQTRKLQRKGERRDMEIKEIRDLMSEKQELNESWDKQKFWDNPGFKIVVSMSMLMLVVVSKR >WP_116818916.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] >MBK1495049.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] >NQD33740.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] >HCF7179103.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Pseudomonas aeruginosa] MSSLPHSTGQALDRVDGPAKVTGQARYAAEYPAADLLHGSVVSSDVARGRVRGIDCAAALAVPGVVAVLHHLNRPPMAGDDEPYKDADAAEGEPFRPLFDDRVLYSGQPLALVLARSLELARYAGSLLRIDIEPEPHQTDLLVALDQAHEAPAELPAERGDFYTAYRAAPIRVEASYSTPIEHHNPMEPHASTVIVQPDGSLLVHDKTQGTQNSQAYLQKVFGLPADKVRVCAAYVGGAFGSGLRPQYQLALAVMAALQLRRSVRVVLTRQQMFTFGYRPRTLQRLQLGADAEGRLLALGHQATAQTSRFEDFTEHVVEWSGMLYRCENLSLAYRLVPLDVYTPLDMRAPGAALGLIGLECAMDELAVRLGMDPIALRRFNFAERNGNEDKPYSSKALLACYEEGARRFGWQARDPRPRSMSEGRQLLGWGMAGGVWEAMQSKASARARLEADGLLRVASATTDIGTGTYTVMTQIAADAAGMAPEEVRFQLGDSALPKAPLQGGSFTVSSVGSAVRLACLRLRQALVAHARARHPELAGTAEERFRICRGHLEAGDTRYALADLLQGLPEDAMQVEVEAEPSARRKGYATATHSAVFVEVRIDEALGTLRVSRVVSAVAAGRVINPKTARSQILGGVVWGLGMALQEETQVDHALGRCMNHNLAEYHIPVNADIGDIEVIFVDEPDDIVNELGSKGVGEIGIVGVAAAVANAVYHATGRRLRDFPLTVDKLLG >WP_234306850.1 NAD(P)-dependent oxidoreductase [Streptomyces sp. NRRL F-2890] MTDAPAPLVWIPRPVHPDAVDRLSRHAEVRLGYGADAVPFDAVCHRVAGILLRTERVDGAMMRRAPRLRIIARHGVGLDTVDLDQARAQGITVTTTPTANTQSVAEHTIALLLAVRRGIGLAVRGEGDTRTAIRGRELNGATLGLVGFGRIARRVAAIAAHGFGMRVLAHDPMVPDGDITAAGAEPAELPAVLAAADHLSLHVPLTPGTRGLIGAPELAALPAGAVVVNTSRGGILDEEALLASVRAGHLAGAGLDVTTVEPLPRDHPLRAEPAVVITPHTGAQTEEALYRMAAEAADHLIRHLG >ECO0852462.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica subsp. enterica serovar Newport] >EGF6661171.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica] >EHH5776288.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica] >EHN5885802.1 biotin-dependent carboxyltransferase family protein [Salmonella enterica subsp. enterica serovar Newport] MLNIIRAGIYTSVQDSGRHGFRQSGLSHCGALDKPAFQTANLLVGNDANAPALEITLGQLVVEFENETWFALTGAGCEAQLDDQPVWTGWRLPVKAGQRLTLHRPLHGMRSYLAVAGGIAVPEVMGSCSTDLKSGIGGLEGRLLKDGDRLATGKPSRQFSGPQGVKQLLWGNRIRALPGPEYREFDRASQEAFWRSPWQLSPQSNRMGYRFQGQSLTRTTDRELLSHGLLPGVVQVPYNGQPIVLMNDAQTTGGYPRIACIIEADMYHLAQIPLGQPIHFVQCSLEEALNARRERQRYLEQLTWRLQHEH >MBC8149950.1 polysaccharide deacetylase family protein [Bacteroidota bacterium] MSKIILTYTSPTQRMKYSAHILFNVCLGMEVEWDCTSKTDALTISFCGSSISCPLHAISLEDDENAFSSGVNWSEWGRFNYPCEVLGMTDLQFDPLASVFFCCVRWEELQSQGEKNTKFRDEHGRFRGAVSAAYTHKMLKTPLVENLAHALAAELKIPKELYATDYTFEPTIDIDIAYAFKGRGVCHNAFAAIRDIVFFRWRSLRNRIDVFMGGVDPYFTYDWVIKIHQKVKLQTRFFILYAEYKRPHDLPVHKVVLDSLISHLVKSSLVSWHPSYAASSSLIKFDKEKKTFENNGIEGGNKTEIVRTHFLLGEQSSWKQFVDAGIKHDYSMGYADQVGFRSGMSKPYPAYDLVNEQPLDLIIHPFAVMDSTLKSYLQLDTSEALNKVSQLSDSVREVGGVMVTIWHNTSVSDHGIWEGWQSLYKEVVLRCIP >AFA09475.1 cytochrome oxidase subunit 1, partial [Perola clara] TSLSLLIRAELGNPGSLIGDDQIYNTIVTAHAFIMIFFMVMPIMIGGFGNWLVPLMLGSPDMAFPRMNNMSFWLLPPSLILLISSSIVENGVGTGWTVYPPLSSNIAHSGSSVDLAIFSLHLAGISSILGAVNFITTIINMRPKGMSFDQMPLFVWAVGITALLLLLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDPILYQHLF >GBC84792.1 hypothetical protein HRbin11_01227 [bacterium HR11] MNRKLPWVALLYFAEGFPFGFVNEVLPVALRRAGFRLETIGLFHLTGLAWTYKFAWAPLVDLWGRRKYWIVGCQAGLAVLFGLFPWSGLPEAHGVLWATVIGLTVLSATQDIAIDAYSIQLLEPREMGLANGVRVTAYRVALIVAGGVLVVLAGRWGWPATSGVAAGLFALLALVTLRAPNPSVSRDEGAGDRPSARELLTGFFQRPGWYGVLAFIFLFKLGDQAMSPMKRPFLVDAGLTLAEIGFLQGTLGMLMTVAGALVGGGLTSRWGIFASLWRLGLLQALSNLLYAYAAWDRTRAWVGTAIVVEEFTGGMGTAAFLAFLMAVCDKRYAATQYALLSALFGLPRTLVAALSGVGAARLGYGPYFALTFLLALPAFALLPVVRPWVPESQMSRARSQSVSP >OLE88521.1 hypothetical protein AUG08_08065 [Acidobacteria bacterium 13_1_20CM_2_55_15] MIAAVFWLLLATSTVPTALQRQGIFSEAVEGLLPEILDPATRRPFSNNIIPENTMDPAAVSLLSRYPLPTSGGTANNYRRTGKETDNQNQYDMRVDHRFSAMNSLFVRYSSFNAFAGFGTQRPNRLRDPNLPNGQRTTSRYFYTDAFVAAPQFTIGTSSRNPIQGPGFQDIDVALIKRVKFRERYTAEVRAEVFNLTNTPPLGAPNTVLGSPGFGSITSAGDPRVVQLAAKMHF >BAV52815.1 Uncharacterized protein MLTONO_p0345 [Mesorhizobium loti] MRSIAQDQGFDADLAEAIAWAESDLGASQGPSKAGALGIMQLMPATAADLGVSDRCDTQANVRAGLRYLKSLYDEFQDPLLMLAAYNAGPNSVYKAQGIPVNPETAEYIAKILNRWKFGGVVKKSALTKSEMLAAAPPADEDDWQDGHVMDFGN >NXT80179.1 SIAT1 sialyltransferase [Zapornia atra] MVHINVLKKLMCVLVVILVALTICLWRETRRSYYITFKTENDDLQVHRTSEKSHPLQSEGLFHEAASELGQVPQTWFSNHNKVKGSTFGTAEKSRRASDSLKVWDKDSSSRNLIPRLQKVRRNYLSMNKYSVAYNGKRNPAKLSPDKLLCQLRDRVNVTMIQGSDGPFDTSEWRQYLPEKSLNETAGRLGRCAVVSSAGSLKSSHLGQEIDSHDAVLRFNGAPVQGFQEDVGQKTTIRLVNSQLVTVEEQQFLREALYNTGILIVWDPAPYHAEVHEWYRKPDYNFFESYKSYRSRHPEQPFYILNPKMQWQLWDILQENSLEHIQPNPPSSGMLGIMIMMTLCDEVHVYEFLPSKRQTDICHYYQKFHDRACTMGAYHPLLFEKNLVKHINQGTDEEIYTHGRVTLPGFRNVRC >WP_200941876.1 long-chain fatty acid--CoA ligase [Angustibacter sp. Root456] MSATHTPIDHGDHAGGTAPAGGGAPVASPAEKATFTSLVPQLPESVGELLAWRVRQSPDREAFRFQGPDATWQAVTWRETAAAVDEVAAGLLSLGLEAEQPVAIASATRWEWVLADLAVMRAGGATTTVYPSTPPDDVGYILADSGSAVVIAEDAEQLAKVRDHWARLPHLTAVVVIDASAVGPDSEHAGDQRVMSLEQLRDRGRRLLSDDPWAVDRASAGVAPTQLATLMYTSGTTGRPKGVRLPHSAWVYTGTATRATDLLTADDLQYLWLPLSHAFGKVLLTVQLTVGFSTAVCGDLDRIVDNLAVVRPTFMAGAPRLFEKVHARVMTQLESERQPKAAIAAWALDVGRRVSALRQAGHEPAGFLALQHAVADRLVLRTIRQRFGGRVRFFVSGSAALSREIAEWFHSLGVLVLEGYGLTETSAASFLNRPDSVAFGTVGRPFPGTQVRLAPDGEVLLRGPGVMSGYHQLPEETAEVLDVDGWLHTGDIGEFDRGGLRITDRKKDLIKTSGGKYVAPQGIESRFKAVCPYASQIAVHGDGRHYITALITLDPDAMATWAERHGMAGARYEDVVTAPQVREMVQHYVDELNRGLGRWETVKKFQVLDHDLTVETGELTPSLKLRRRVVEARYADVLDAFYAGPHSG >WP_146310544.1 hypothetical protein [Apibacter muscae] >TWP23718.1 hypothetical protein ETU10_05665 [Apibacter muscae] MSITVALILGMLGMIVLILVPIFLVAILTSQSRKRKRKNIINKLPSNVEFYAPMRINSERKNNAFFKFTSFECSGILYAHEGKLFFRGTKKQFELLEFNLDKVSIYWIGVQAQNGALQWFSIKGSDKGNFYFNLDTGMTIFNFSKSGETTKGIYEKIMNMKLKENIDDIGKV >KAJ4994524.1 hypothetical protein K4K48_013096 [Colletotrichum sp. SAR 10_66] MTCSFPQRATQYKLTSPRTSETAGQAPVSNMPQTIPPPQTPQNQAAPLPGGQAVAYAPAQASPPPKTTPTKTTLKALPTVRDHTTDQLNAAGDEYLPREIDEFGEKKVMPNGQLLGGREYKCRTFLVPNRGDKLFMLATECARVLGYRDSYLLFNKNRSLYKIIASQPEKDDLVSQEILPFSYRSRQIAIVTARSMFRQFGSRVITNGRRVRDDYWETKARKQGFTEADLAGEKRPGAAKAREAAAEAQNQVMMGGPHGEIVYSNTPSQFPGAPQPQIVQPGSELSDNRPRDYSGILKGGPRQEITGPAYQDQTRPAQIGEVHAQAHHAAEYNRSLNQQRDMRGDYLQGIWRRPHEQLQSSNLAQAVSTSDAAAPTTRATQSPHTSASGMPQSGIVPNQSPQMMMTAPPYSQSIHAQNPISQAPMRAGSASNMPQGAQGYHYPASGQMWPQTQQTPQHNYSGYTTQNQQSHQQSPAPQLRHATSSVQPAMQFPGMPGMGQNYGAGQAMYPTDQTPRQYMPQPNQGSPAVTQAWSNQQTPAQWWTNQPQ >NQU26924.1 putative selenate reductase subunit YgfK [Candidatus Marinimicrobia bacterium] MSDRLFTYPINKLLCWILAEEKQGTIFDISKDLFFTPNFNGPFRMQRYGQLLETPIGVAAGPHTQLSQNIIAAWLTGARYIELKTVQTLDQIEVSKPCIDMQDEGYNCEWSQELKLRQSFDQYLDAWILVHVLRHHFGWDSTNGPGVIFNMSVGYDLAGIKNRNVQEFLDLMENCQLLLDQKLTLLEPIFPAVKDIAIFARISDNVTLSTMHGCPPDEIERIARYLIEERKLHTAVKLNPTLLGPERLRQILNNDLGFKNVNVPDQAFEHDLKYDQALTIIRNLQQSANESRVEFGLKLTNTLEVLNQKELFPEKEAQAYLSGRALHPLSVNLAAKLQQEFDGTLDLSFCAGADCYNIADLVACGLAPITTCSDLLKPGGYGRLAQYIENLQQHFTDRSVNTINELIAISARNPGDKQPVVITNLNNYAQSVLNDEYYQRQTPFYPSVKTTKPLPLFDCISAPCTEACATDQGIPEYMYHTANGKFDQAYATILKTNPLPGITGYVCDHLCQTKCTRINYDRPLLIREIKRFATEWGQKGISPKAIAPNRFKAAVIGGGPSGLSCAYFLALAGFSVEIFESKASLGGMVSGAIPRFRLGDDSIRNDLDLITGLGVKINYNHLVDKAEFARIHQENDYIYLGMGAQVSRRLNIPGEEISRVMDPLDFLSGVKNDLSIPAGSEVLIIGGGNTAMDAARSSLRLVGEGGKVTIVYRRTIDQMPADWEEIEAAQAEGIEIRELIAPVALTETNDHLSMTCQKMKLGDKDASGRPRPVAIPDSDFIFETDYVIPAVGQSVAFDFLDVDDLKIDPETQATSLPNIYAGGDAVRGAYTIVAAVGDGKRAAQSITSEATGKNRYISNLKKKAAPAVQKINFSRRDYGSAVSGFTPHHDQPVKTLLTPEQAQAEAARCLFCDEFCDVCVTVCPNRANLAYPVDSVNIDIPIVSQQNGVTKIEYNGKLIVDQPTQIANITDFCNECGNCTTFCPTAGDPYLDKPRISLSAASFADQIESYWLQPDRLDYKFTTGKTRLKANGDKLVWDGELLTVVLDKKTLVVERIEWNVNDDQSVSLEPALKMAVLWKGLCRLPQFKNGPENNLMSC >KKQ17530.1 hypothetical protein US29_C0007G0004 [candidate division WS6 bacterium GW2011_GWF1_36_8] MILKHRLLEKYDAYTFRIPVHSRDKVLVKAGDTVTEGADLYIRKGNNAKHSFYIPDQLNCSLDTAIRFITCIDGEFVNEGDVLAEKTSSGGLTVKKLISLSNGIVDLTRIKLGYIDVLGEEQEALIKSNFKAEILDVNPLEGITIKASALALDLLSVSSAERVLLAGEFVTLNMGKDIKLKGEESSYEGKIVFVGKHLHASLLRDLFEKGAKFVLTYSMDYQDFRNQGLPIGLIGGFGEMYSGGDLLGMLSDLNGSYAVIDFDESQIFFLKETKKLNTTESVFVKNLVGSKIVSRTLGSYGMTGEIMGVEGSSYVTVEWEHGGRSVTNIGSLEFVSYQV >WP_262043205.1 formate hydrogenlyase subunit HycE [Escherichia coli] >MCQ6599557.1 formate hydrogenlyase subunit HycE [Escherichia coli] MSEEKLGQHYLAALNEAFPGVVLDHAWQTKDQLTVTVKVNYLPEVVEFLYYKQGGWLSVLFGNDERKLNGHYAVYYVLSMEKGTKCWVTVRVEVDANKPEYPSVTPRVPAAVWGEREVRDMYGLIPVGLPDERRLVLPDDWPDELYPLRKDSMDYRQRPAPTTDAETYEFINELGDKKNNVVPIGPLHVTSDEPGHFRLFVDGENIIDADYRLFYVHRGMEKLAETRMGYNEVTFLSDRVCGICGFAHSTAYTTSVENAMGIQVPERAQMIRAILLEVERLHSHLLNLGLACHFTGFDSGFMQFFRVRETSMKMAEILTGARKTYGLNLIGGIRRDLLKDDMIQTRQLAQQMRREVQELVDVLLSTPNMEQRTVGIGRLDPEIARDFSNVGPXXRASGHARDTRADHPFVGYGLLPMEVHSEQGCDVISRLKVRINEVYTALNMIDYGLDNLPGGPLMVEGFTYIPHRFALGFAEAPRGDDIHWSMTGDNQKLYRWRCRAATYANWPTLRYMLRGNTVSDAPLIIGSLDPCYSCTDRMTVVDVRKKKSKVVPYKELERYSIERKNSPLK >WP_092054000.1 WYL domain-containing protein [Desulfuromonas acetexigens] >TRO79114.1 WYL domain-containing protein [Desulfuromonas acetexigens] MDTLMRQWNLLTLVPRLPAKKTTVRLRDELEERGYPTTLRTVQRDLEKLESEFQLSSDGNRPAGWFWPRDAVQFDIPGMSPYAALVFKMVRRHLGRLLPEACLDLLAPYFRQGDKILADIEPQPLATWPDRVAVLSRTQPLQPPLIDSQVLFAVYDGLLHGRQLSIAYRRRGEDQAQERIVNPLGIVVVDQTHYLVATFWHYTDLKQLAIHRIETAQVLDTAALTPEDFDLQTYVDSGAFGYPEGEELLSLRALFAPDPARQFEETPLSAEQKLSEQADGRILLEAQVRDTAQLRWWLQGFGAQVEILGPPGLREEFAEQIRQLAARYGCLFLR >KAH7904576.1 hypothetical protein BJ138DRAFT_1119284 [Hygrophoropsis aurantiaca] MALKLSWRVVRRINVITNIEEKIRDLLIAHDIGVIASESSGCPEPDNVLQQIRGFTGDSEQIIHLSLEERLLNVDLLELRRPVRFFWSIQDFIMGVRAVKAPPHSGRRCTETTTPNHGCHPSSKVAHSDVQRSHLIAYSRRDRIGHVLSGDPSPFKRPRHRSESRVPSSLSENRRSLQTLQSPLLSVLSVVFRSCALRPSSASYTTMPVICDVLILLPGHSIYGETISGVVILRAFSTSSKFLRHMIRCVDTNANPYYWMWGVNRWFSTRFSPLSSAVISLTGLMFSSSPNICAALIGFTLAFASNVTHSARRFVGLEQSMVRIEYLLPLDMSNFWSRLPSSPVKEHSERTRKSPEFIEPSPAQTWPDNGSIDPTILSGTVRSMLDVFDEYQNAEIVYACFWNSPIFYFINHSRPDTLQFKSLRRVHLVLAEATPSNEADTVNVNVSRNLDPLVSEGRENFSTGECPMLDLGRD >ULB83374.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFXXTISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIPCSVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >MBO7707210.1 sugar phosphate isomerase/epimerase [Thermoguttaceae bacterium] >MBR5414402.1 sugar phosphate isomerase/epimerase [Thermoguttaceae bacterium] MKIAFCNEVFGNWPLEKQFESVASAGYDGVELAPFTLDEAFASGAEANADVKRISPARRALIRRLAEQNDIEVSGLHWLLAKTTGLHLTSADADQRNRTAEYFKDLIRFGAETGAQYLVLGSPVQRNLAEGVSLEEGYDRAASVLEQLLPLLEESQMVLGLEPLAPVETNFLNTARQALDLITKMGNPGPITIHLDCKAMADGEDRPIPEVIADPAIVPFEKTFHAQDPNMKGPGFGKLDFGPILAALKATGFSGWIGVEPFDYSDGADVLCKNSIDYLKSVG >KAF5967767.1 hypothetical protein FCOIX_11763 [Fusarium coicis] MESPPKRMTRARAAAKATDPSAKTTKIVTAAARAKSTATAGTKSTAAKRKTRADEEEEEQREVAVVRRTRGRPKKTEDQESEVEPVAPAKPTRGRAIKKTATEPPKETAAPVRATRGRPRKAVAAEPEESAPAPAPKKTTTRTRTTTTTAATTKSTAAAKPAAVKPAARKAVKFQEPDKENIEPATEAKEPARPGIRGRPAKRGGAAGSRTTRAAVRFAESTDNKPLSPKKITQIPVSRDDDSEDELAGDMPSVKPMKKNPIKPPTSAARAQPEPTEKSTESTNALDSIINPPDLGGINLSPAKRRPASPLKDTMRSPARRIGPVALPGSTMKKTQDDTTQAAENTSFKNSLLMSAAKRPQSAIKGLNFATSLKPQQTQSAMKASLLLSPPKRAMPGLKPVTEPRPRDIAELGQPPVMKPLVMDTPSRAPSTRSSDKLMSEEQAELEFDAVDDDVFNDPIENLQFPGRLSAVLPRHADPALKKEMGIVDETDEEPAPADAIIETLEEPQAEVETAVEVCEDTAIEAEAVQEVVEEVNDLTDEEDSMVVDEESAEADDVPEEVESKNSTPAQSPQQEHNPMFQLRDKDLEPSQDSDSEDETMAIKGVAPTTPTPFFRKTPKTSRASMGGFSALADRLGSWKASTPIKMPPLGGEKLSNKSATPRSEASPASTHYFEDEMTVRAGMEELQADRTGEIVEPTFDDMEVTEEDVELANEANEMSLMEPEILEEVVNTEAFDDTLSEASQEYGDENEAPVSMTPITPVRPVMKTFNTTTKVPLKPADDSSPSPLKKRSFSASRVAPKRPSGPTRSASVISYSPTKVRKSMPATIAEVPSAPSTPAPVTPSKSELWSSLGTPARTPRRDVDPALLRGAVVFVDVYTSEGADASSIFVELLTQMGAKCLKSWSWNPSGSGNDVTSTKVGITHVVFKDGSKRTLEKVRESNGIVQCVGVSWVLDCERENDWVEESPYKIDTSNVPRGGARRRKSMEPKALANMNGTLINSPTKGSSRITPSTPINRRESTQWMYTPSDQGDEDEEMEDFEYSEAILTPVPKTPAPEAIARYAANLVPDTPSDDGDDDDMGDSPSKDALLMRTCPPKANPFRELGAGIISETKDDNVLMRLMAARRKSLQFAPKIGSPLARTWQ >WP_052991486.1 envelope stress response activation lipoprotein NlpE, partial [Shigella sonnei] MVKKAIVTAMAVISLFTLMGCNNRAEVDTLSPAQAAELKPMPQSWRGVLPCADCEGIETSLFLEKDGTWVMNERYLGAREEPSSFASYGTWARTADKLVLTDSKGEKSYYRAKGDALEMLDREGNPIESQFNYTLEPAQSSLPMTPMTLRGMYFYMADAATFTDCATGKRFMVANNAELERSYLAARGHSEKPVLLSVEGH >ORB86003.1 NADH-quinone oxidoreductase subunit I [Mycobacterium kansasii] >VBA36436.1 NADH-quinone oxidoreductase subunit I [Mycobacterium attenuatum] >VBA49004.1 NADH-quinone oxidoreductase subunit I [Mycobacterium attenuatum] >VBA54480.1 NADH-quinone oxidoreductase subunit I [Mycobacterium attenuatum] MARLLDAVAGFGVTLGSMFKKTVTEEYPEKPGPVAPRYHGRHQLNRYPDGLEKCIGCELCAWACPADAIYVEGADNTEEARYSPGERYGRVYQINYLRCIGCGLCIEACPTRALTMTNDYEMADDNRADLIYEKDRLLAPLLPEMTAPPHPRAAGATDKDYYLGNVTPHGVREPQQAGDSR >WP_219866541.1 TRAP transporter small permease [Marinobacter sp. F4218] >MBW7470741.1 TRAP transporter small permease [Marinobacter sp. F4218] MSSLRDKFYLASGYAAGFCIALIMVVILMQIVGRIFGFIIPSAENVSGYALAASTFFGLAYTFHEGGHIRVSLVIQKWPPRARYIQELVVLIFGFGLACYMTFYCWHMVYESYIFEEVSHGYIPIPIWIPQIPVGLGMTALAVAMLDDLIAVLRKQTPSYQQHENDINLEEI >MBA0681195.1 hypothetical protein [Gossypium aridum] MEAPEFFQGTSYCSQLTPEKQAVGGDHFIVEDLLDFSNEDAVITDVANFNSSVAGHSTDSSTITAVESCNSSSFSGPETNLGGGIGCRSFTDGQFAGDLCVPYDDLAELEWLSNFAEESFSSEDLQKLQLISGMKTLPNVSSEPRGLQPELPNQIENAIDGGGGDNNHVFHPDMTVPAKARSKRSRAAPCNWASRLLVLSPTVSSPEPDIIVPVQPLPSNQPGKKPVKTTSSSSKKKDGGETNSDGRKCLHCATDKTPQWRTGPMGPKTLCNACGVRYKSGRLVPEYRPAASPTFVLTKHSNSHRKVLELRRQKEM >CKF71070.1 GGDEF domain containing membrane protein [Bacillus paranthracis] MNIYFTLTFILDISSFRMLTTDTWVLIGYFIAQSLVIYAVISLYRREEYSSSRISLIIGFTIILVYGYIHLFQLNAGIKPSSEVSYLIHTASILLIGLSSILYILDKPIQHETKTKYYRFDYVRFILPYFSIIITFSFIIFQPWDDKFMLIGLVLSLILLFLRQLYMWKDNQALIDTYEQLTTQLEDKVEEGASALSKSEQRYKSLFEDHPDAVFSLNMYGIFQQSNTACESLFTAYYCEVESYSLLHFIDPKDHDLLQKALQLTKEGRPQTLEVRTKEKEGYYYYLHITLIPTFINKEVVGMFGIARDITTLYEKQKQVEHLAFHDALTGLPNRRKFEKDLKNILNTAQASANDVAVMFLDLDRFKKINDRLGHDVGDLLLIEVAKRLRSCLRSKDVVARQGGDEFTILLPDMYSEKSAAFIAEQILNILNKPFFIKDEELSITPSIGIAMYPDCGTDVTALMKNADMAMYRAKANGKNRFVFFSKEMSIAQNESNFLEGELSKALQQNEFFLEYQPQVSTKTKQVIGFEALIRWKHPKLGIVSPAQFIPLAEETGFIIELGNWILRTACLEAKRWHNQGFSHLKVGVNLSVVQFNHADLIPTISKVLEETELKPEALDIEITESIAINQNQSVVAKLEQLQNLGIQISIDDFGTGYSSLAYLTKYPINTLKIAREFICGITTSPLEEAIISSIITLSKELNLEVIAEGVETEEQWKFLYEQNCDHIQGFFISKPVSSKDVWRLLHKKTTV >WP_078732502.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] >OPA93975.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] >OPB12086.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] >OPB23084.1 helix-turn-helix transcriptional regulator [Pseudomonas fluorescens] MSQDVLAKETNRRQLQQIISGLSDGVILAEVDQTILWANEAALAMHGVGDVMGLGASGQQYAERFALRYRNNHPVQPDNYPLARAAAGDEFSDVVVEVTPTADPDKTWVHRLRSLVINDSRGEPELLVLILSDATEWASAEQRFEKTFNANPAPAVICRLSDLRYIKVNQGFLEMTGYNRDQVIGKSVYELDVLEQAERKDLAIQRLGEGSTIPQMQAELRLPEGGSKLVVVAGQPLDMNEEDCMLFSFMDLEPRRKAEIALRQSEERFAKSFRLTPVPTLVCNAANRQVVDVNEAFMSITGYISEELIGKSIEDIDFIDNADCAAQLFATLEKAGNLDGQDLKVRKKGNEVIDCVVSADTVIIQDVPCYLLVLMNITERKRSELELVAAIEEVMQDASWFSQTLIEKLANAKSVNSPNLPNISYTDLTARERDVLGLICEGLADKEIASRLKLAPNTVRNHVATVYSKLGVHSRSAAIVWARERGLFAGELRVKKQR >WP_079688138.1 GNAT family N-acetyltransferase [Ohtaekwangia koreensis] MSESLLHSDITLRVANTKKEFDDGRALFHQYANSLDLDLSFQNFAKELETIEEQYSAPTGALLLAYKNELPVACAGVRKIDTSIAELKRMYVHPDYRQYKIGKKLLELALDRARELDYHYIRLDTLPTMTPALNLYRAFGFYEIPAYRFNPVSGAVYMEKKLIK >MCE2498961.1 prepilin peptidase [Nitrosopumilaceae archaeon] MIPPDALPYMEDGRMLAVACMLAINAYTDLKHREVAGRDRHYAAAGAVGGFVFLVFGGGWQDLPALFSMVAGITASLALWRCRVLSTGDCIVLAVVSVMLPSYGVIYFVPVVIAMLSIMMLALLLPMYNFVLNVLQPISASGRPLFDAYPRAGAWKRAACMFTAHHKRPWEKYVVPVWEDGDGSFSVRHTVPFDRRDWDAVGVGRLVVVVAPVVPFFLTAFVLVVAVAAWSAAP >RUX64007.1 urea ABC transporter substrate-binding protein, partial [Mesorhizobium sp. M2A.F.Ca.ET.040.01.1.1] TKPVLIGEIQANGQFQTVSKTPGLVMGDEWSDYLPDSKDLISDWRAPLSCGNFNVKTGKCGGKGTN >CRZ84703.1 electron transport complex protein RnfC [Vibrio cholerae] MQAIARAIVHGEPLIRRVVTLTGDCFRKPRNVWALLGTPVQALLNEFGYKADKKLPRLIMGGPMMGFTLPHAQVPITKTANCILAPTRNELTSSDNEMACIRCGQCAEACPVSLLPQQLQWHAKAEEFDKCEELDLKDCIECGACAYVCPSEIPLVQYYRQAKAEIRTRSLEAEAAERAKARFEEKKARMERDKAERENRFKQAAEDRRKEMQQQGGSDAIAAAIERVKAQKAQLEPTDNSVKPAIAAAIARAKAKQAEAAQSGASEPDNSEMAKLREERKRQARERKAQKGEVTEASTSDGADDKKSAVAAAIARAKARKAEQQETESAAQPAQATPSSDDADPKKAAVAAAIARAKARKAEQQETESTAQPAQATPSSDDADPKKAAVAAAIARAKARKAEKQETESAAQPTQATPSSDDADPKKAAVAAAIARAKARKAEQQETESAAQPTQATPSSDDADPKKAAVAAAIARAKARKAAQQSSSNLNAEEKD >MBT3222043.1 RsbRD N-terminal domain-containing protein [Pseudomonadota bacterium] MSLHQLLLKQQAKIAKQWFGRTVETYSPEASLAFTRQKNPFDNPVGHTLAKETAAIVALLIEGSDPEELRLHLLPIIRMRAVQEFTPAQAISFVYLLKLIIREELASELDGAGLEQELWHFEMRIDRMALLAFDIYSDCQRILCDVRLNEMKRNVANLWKRAFGDVDVDPSEALDPNCSETCGVE >WP_273849839.1 SDR family oxidoreductase [Serratia liquefaciens] MNTKTQQVAIVTGASRGIGAAIVTGASRGIGAAIAERLAADGFTVIVNYSGNQALADELVRKIEQSGGRALSARADVSDAAAVAQLFDRAEQAFGGVDILVNNAGVIALAPVAEMSDADVDRLIDINLKGTFNTLREAAKRLRDNGRIINFSSSVVGLLQPNYGMYAASKAAVEALTSVLAKELRGRNITVNAIAPGPTATGLFLDGKTPELIDRLAKMAPLERLGQPQDIAAAVSFLAGADGAWINGQTLRANGGII >WP_025260862.1 MULTISPECIES: heme exporter protein CcmB [Pseudomonas] >AHF68467.1 hypothetical protein PCH70_33140 [Pseudomonas cichorii JBC1] >MBX8491463.1 heme exporter protein CcmB [Pseudomonas cichorii] >MBX8499630.1 heme exporter protein CcmB [Pseudomonas cichorii] >MBX8505250.1 heme exporter protein CcmB [Pseudomonas cichorii] >MBX8508337.1 heme exporter protein CcmB [Pseudomonas cichorii] MSNVFTLLLAREARLLVRRPAELLNPLVFFAIVIALFPLAVGPQTQLLQTLSPGLLWVAALLSVLLSLDGLFRSDFEDGSLEQWVLSPHPLALLVLAKVLAHWVFSGLALVLLAPLLALMLGLPTQCLPVLLFSLLLGTPVLSLLGAVGAALTVGLKRGGLLLALLILPLYIPVLILGSGALQAALQGMPATGYLLWLGSLTALAVTLTPFAIAAGLKISVGE >HCI3789247.1 tail fiber protein [Escherichia coli] PTGWLKCNGAAFSSEKYPNLAKAYPTNKLPDLRGEFIRGWDDGRGIDPRRALLSLQNGGVESHTHQGQLFRVSDYRTNEIPASEVMGRNYLASLTPGANSPLDFDDYPVALIPNGYFVGNQRTTAYGINETRPRNIAFNYIVRAA >AMW35569.1 zinc protease [Haematospirillum jordaniae] MVLPAGSVQAQTALQTQIQASRIGVEAPKVYNASTFTLDNGLQVVVVENHRMPVVSHMVWYKVGAADEPPGQSGLAHLLEHMMFKGTDTLKPGEFSALVARNGGRENAFTSSDYTAYFQNIAVDRLPLVMKLEADRMRNLAFDEKEFLTERDVVIQERLMRTENEPDAQLYERASMALWVNHPYRNPIVGWMDELSALTRQNALDFYKKWYAPDNAVLVISGDVTVDQVRNLAETYYGPLSRGPGVQRLRNRQPPPDAVVRVDMAHPNVIQLRWGRRYRVPSINTAPARQDTLALSVLSDILGGGQLGRLYRDLVIKRKLAVDAGASYSPLAVDDGVFDIYAMPRPGVSVAELEKAVDEVVQGLLRDGLTVAEVEDVKARMQAGAIYARDSLQGPAYRIGMALSVGDTLESVETWPQQIAGVGRDDVMKAAHTWLRDQAAVTAVLKPGGKS >WP_067225239.1 DUF1707 domain-containing protein [Mycolicibacterium celeriflavum] >OBG12466.1 hypothetical protein A5765_13950 [Mycolicibacterium celeriflavum] MAASWSGRQTPGTRAKDSDRNDTCQILDSALSEGQLSMTEHGERVKAATTAMTLGELQALVADLQTGNAPVQLPTLKKPHSLSVAGAGWGLRIAVAGVLVALGIAIGWGLYGNTPSPLNFTSDPGAKSDGITPVVLTPPKQLHSLGGLTGLLEQMKQRFGDTSGYRLVVYPDYASLTRPDPNEDRRELNYSYRGGWDDPTSSSKTSDAVEVDLSKFDAKAVVGVLRGAPETLGIKPEDVDSTYLSIDPADDPTTPGALSVDVYVSSDFGSGYIELAGDGTVKQVRYPG >PTQ72351.1 aminodeoxychorismate synthase subunit I [Pseudomonas sp. GV071] MSAWPLAALAPAADESANDFIQRLRAALAQLGSAELPDGCELPFAGGLMGYLSYDFGRRLEAMPIQAVNDLQLPDAQLGLYGWALISDHQLGTSQLLFHPALAETERQRLIALFEQGTATEVQPFRLQQDFAADLSEAQYRAAFERIQGYIQAGDCYQVNFAQRFRAPCQGEPWAAYQALRVACPTPFAGYQVLGAGEAVVSLSPERFVRVHRGQVETRPIKGTRPRGSTPAEDQALAADLLASSKDRAENLMIVDLLRNDLGRSCATGSVRVPELFVLESYPNVHHLVSSVTGTLAPGKDALDVLAASFPGGSITGAPKIRAMQIIDELEPTQRAIYCGSLLYVDVRGEMDSSIAIRSLLIKDAQVSCWGGGGIVADSDWQSEYNESITKVRVLLQTLEGLA >EFG1785427.1 S49 family peptidase [Escherichia coli] SIGVMMSHVSYAGHLAQAGVDITLIYSGAHKVDGNQFEALPAEVRQDMQQRIDAARRMFAEKVAMFTGLSVDAVTGTEAAVFEGQSGIEAGLADQLINASDAISVMAGALNTHDTGGTMPQLTATEAAAQENQRVMGILTCQEAKGREQLATMLAGQQGMSVEQARAILAAAAPQRPVASTQSEADRIMACEEAKGREQLAATLAAMPEMTVEKARPILAASPQADAG >XP_025268496.1 collagen alpha chain CG42342 isoform X6 [Camponotus floridanus] MKTDPSAESWSSVPGKGSSSCLEASMPRKFRDEARRAGTAGLNWAMCALCLASLTMSGVLLYRELGLESRIASLEAHCLRVEESSSPVDVLVQRLRSEVQEQLRQTQQIAPAEVFRPKREVSDARCNCPAGPPGEPGPPGKRGKRGKKGDPGEPGAPGVAGTPGKNGFPGPIGLDGPKGDPGRPGDKGQKGELGSPGFDVLSAVKVNAQGLGLKRSVTTLRGGTLGYAEIVALKGEPGEPGPPGPPGPPGAEGLPGHEGRQGIPGDVGAPGEKGPPGPIGPVGPPGTPGLVGPKGDKGDKGDRGYTTTLKGDQFASPVFEGPPGPPGPPGPQGEKGELGPTGPPGLPGEKGARGKPGKRGFKGESGVTLARGVLGLPGPKGEPGERGSKGDAGLSGPKGEAGQQGLPGLNGTDGDPGIQGPPGLPGISGPKGEKGDYGDIGPPGLMGPPGLPGPPGYPGMKGEKGEKGESKYKKLRRRQGDGTFEMNAGEVIMGPPGPPGPAGTPGLQGPPGIKGDRGHDGAKGDSGEKGAKGDPGPMGLPGPMGLRGESGKPGDSGKPGAMGPPGLDGMKGAQGEPGTKGERGDPGLPGTDGIPGAEGPPGKRGRKGDKGNKGDQGVPGLDAPCPLGQDGLPLPGCGWRPPKDITSTSTPAIEGPEPAETDYEEPEDEYEEYTDPNGNLAEQ >OGE84663.1 hypothetical protein A3J48_03735 [Candidatus Doudnabacteria bacterium RIFCSPHIGHO2_02_FULL_46_11] MENKPYIKPGRYQHYKGNYYQVIDVARHSETGQYLVVYKKLYGDMGLNVRPYEMFIENVGVDGKIVPRFKFIE >MBH2016034.1 efflux RND transporter periplasmic adaptor subunit [Burkholderiales bacterium] MTLTRLRLLATALATSLPALVQAEPFGCLIEPDRVADVGSASVGVLEEVKAERGDFVSAGQVLARLSTGVERASLAVAESRARADAEVKAAQAAADLARNKLDRARDLIKSNFISSQALEQAQAEARVADQRAQQARDARDVAQREFHLSSAQLGQRFIRAPFEGIVVERYRTQGERIEREPVVKIARIHPLRIEAIVPAALFGTIQSGQVGQVRPQLTQFGTLQASVTVVDRVVDAASNSFRVRLTLPNPDHRIPSGLRCTVDFDPAPAAPPRSAAPAAPGAPARPAR >GEY28869.1 heat shock protein DnaJ, cysteine-rich domain-containing protein [Tanacetum cinerariifolium] MIPPSTSFSTSACIALAEFMEHDEKPLSIDIRLLAALVEKCRAFAKALHYKEMEFEGALSKKMDVNPVAVVEALIHINNQLHQHKSIGMHINLSCSWNINLCSTASWYEKLQQWDDPHKAYTAKSAQESSQHFILDATLGTELAHPTRQQFINKLIYISRLKLEERVTCLQNMSHALCCSPLSSISSSKPRLIGGSSSAPKVIFISNLTSQKSKNERFQSLEVKAATDETKSTTKVNSIVCDSCEGNGAIQCTQCKGDGVNSEDHFGGRFKAGGLCWLCRGKKEILCGNCNGAGFRGGFMSTADQ >Q9GKS6.1 RecName: Full=Phospholipid-transporting ATPase VD; AltName: Full=ATPase class V type 10D; AltName: Full=P4-ATPase flippase complex alpha subunit ATP10D [Macaca fascicularis] >BAB19008.1 hypothetical protein [Macaca fascicularis] MACNLCYEAESPDEAALVYAARAYQCTLQSRTPEQVMVDFAASGPLTFQLLHILPFDSVRKRMSVVVRHPLSNQVVVYTKGADSVIMELLSVASPDGAGPEKQQMIIREKTQRHLDDYAKQGLRTLCIAKKVMSDTEYAEWLRNHFLAETSIDNREELLLESAMRLENKLTLLGATGIEDRLQEGVPESIEALHKAGIKIWMLTGDKQETAVNIAYACMLMSTILKELQKKTQALPEQVSLSVDLHQPPVPQDSGLRAGLIITGKTLEFALQESLQKQFLELTSWCQTVVCCRATPLQKSEVVKLVRSHLQVMTLAIGDGANDVSMIQVADIGIGVSGQEGMQAVMASDFAVSQFKHLSKLLLVHGHWCYTRLSNMILYFFYKNVAYVNLLFWYQFFCGFSGTSMTDYWVLIFFNLLFTSAPPVIYGVLEKDVSAETLMQLPELYKSGQKSEAYLPHTFWITLLDAFYQSLVCFFVPYFTYQGSDIDIFAFGNPLNTAALFIILLHLIIESKSLTWIHMLVITGSILSYFLFAIVFGAMCVTCNPPSNPYWIMQEHVLDPVFYLVCILTTCIALLPRFVYRGAGKMNQVTSNYANQSADKSGRRPKPGPSTVFAMKSATSCAIEQGNLSLCETALDQGYSETKAFEMARPCKD >WP_247392216.1 filamentous hemagglutinin N-terminal domain-containing protein, partial [Ralstonia pseudosolanacearum] MNAKCYRTVFNAARGMLVAVEESARSTGKGRGAGSRASRRRASVLMLTAAGALASPGLYGQSLTVDRGAPGPHPVVGVAANGTPVVNINAPSAAGVSSNAFTHYNVSQAGVVLNNSGQNSQTQIAGWVQGNPFLGNNSARVILNQVTSGNPSTLAGPTEIAGNRANLIVANPAGIICSGCSFIQAPRVTLTTGTPNFDALGNLSSLSVQQGQITVNGAGLDARGAQLDLLSRAMAINGAVWAERLNAVAGANRVDYGSVTPTAIAGTGPAPQVAIDV >WP_218790267.1 phage tail protein I, partial [Klebsiella pneumoniae] MSNSLLPPGSSALERRLAQACSGISDLSVPLRDLWNPWKCPVKFLPYLAWAFSVDRWEEEWPEIEKRQAVSDAFWIHQRKGTVAAVRRVIETLGYSMTIQEWWEVADPAGTFRLEIDLKDIGITEPMI >WP_258570851.1 DMT family transporter [Hoeflea sp. WL0058] MFGLSTYLYVLGVERAGAASASIALQAYPVFSIFWETLFLKRRKSPSELVLTAVLVAALYYLGTQGTGRIDGFSAWFLVALAVPFLWSIAHVIIKEEFNRVPITPAQVTLFRVAVSSVFLAIILAFVDPAAFLADASRLDFQSFAVLMGLVYYLELLVWFYAVRHIDVSLASSITTPWPAFTMLLAVIVLGNEVETYQIGAFVIVAASIYGLTLAGLQKTRRQNA >WP_025399520.1 DUF58 domain-containing protein [Borrelia hermsii] >AHH03134.1 Putative cytosolic protein [Borrelia hermsii YOR] >AHH13672.1 Putative cytosolic protein [Borrelia hermsii MTW] >UPA08901.1 DUF58 domain-containing protein [Borrelia hermsii YOR] MQYSDESNASTKTKIKALKFFSRKMLLELNFGGYRSIFKGLGLEFHEFRPYEETDDARLIDWNVSSKTDSIFSKVFKEDKGMNLHLLVDNSLSMSLGSLVNKKEIQDLLVSIFAHMAFFNNDKIGITFFSSETDKFISSRKGHSHLGRILNETINRQLKRGSNLTYVFKNTAEYYKKRSLIIIISDFKANDYFKSLTVLSKRHNIIAIRLTDFFDENLPQYGVLTYEDIETREDFLASGFSKTILNSYKNYWTLDKIKWRKECIKRGINFIEISTKDDVFRKLKALLKKENSI >KAG1839801.1 hypothetical protein F4604DRAFT_1691071 [Suillus subluteus] MLHAIKATLELSDPFDACIWAMASCAFFGMMHFGEVSVESRAAFNPTKHLTRKDVFLGTDLSGKSYAHLDLPSAKTAHPGEIQSVFFVAEGSLCPIAALHNLASAVPALPDDPLFSWRDRTGEIRPMIKQRALE >WP_151427539.1 thioester-forming surface-anchored protein, partial [Streptococcus pneumoniae] MTNFVKFRKNNLTRRKGILSFVVAFTLLLTYLLTASRPVFAGGFPNDAKGISGNGKYYSLGQIEKLYSNQFATYNNLTVITSDTHENSDNFAFCLANGKRFPSFTDEKPKGIYTLVKDINKEQYTKLLKENHKWSSIPNLNQAWDTFSRLSYMYLKDPTDIVKRAWGTDLNTARTYFHQVIQYEIWRYTDGMRVSSDTNVYIYEKFSPQQKKALEMIRTDLYNFTVPYENLEYRFYKPDWVFGLGFQALATVRWKIEPATITVTKKWENVKEGAEKPEVWIQLLKDDKPEGDRKRIEPDKGRTTFEIPNKDEINKYSVKEVDKEGRDWKHKDFTAGQPVNKGNGHFEITNTKKEKPKIKVTFKKIAGDTNKDLAGAHLVLKKIFDDGNGLLIKQWDTIGQPVDIDLDAGSYTLTEEKAPDGYMLAAPVSFYVEEDGQIILPKGEDLEAQNDKTITMVDEKIKEKPTKPSGKLATTVEVDGTKADAQKELELSVATDKVTKTVKDTVV >EEC9966669.1 hypothetical protein [Escherichia coli] >EFW8098903.1 hypothetical protein [Shigella sonnei] >HBC3250082.1 hypothetical protein [Escherichia coli O146] >EEQ4423523.1 hypothetical protein [Escherichia coli] >EEQ9034028.1 hypothetical protein [Escherichia coli] MLQIIRGKLVIFLITLCLFVVYLGFDNNSNSDIVFYGHKTPKSVEIYLSEKNIIYKIINDQKISRGNGHFISI >UOZ97514.1 DNA-binding transcriptional regulator BolA [Cupriavidus sp.] MTGPIPLTQEIEARLRQAIPVLALDLWDESEAHKGHAGAQGGGGHFHLRLVSPVFEGKNRLARHRVVYDALQQWIPARIHALSIDARSPSESE >WP_006305873.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Centipeda periodontii] >EGK60592.1 UDP-N-acetylmuramoyl-L-alanine-D-glutamate ligase [Centipeda periodontii DSM 2778] MSYQNQSALVIGAGISGFAAAKYLAAAGARVTLSDAKEEADAEKDPLTQQHIEDLRTQGISCVFGAQREELLDGTDLIVLSPAVPERIPLVRSARTRGIRVTTEVELAGEIARAPIYAITGTNGKTTTTTLLGELLRAHFPSVGVGGNIGVPLIDVAQEIPADGAIAAEISSYQMEATTHFHAAIVAELNVTPDHIIRHGSMEVYQAMKEKLFAAQTAEDFLVLNYDDPHTRGMAERAKGRVCFFSRREELAEGATVRADGMIVIRWDGEENVLIATHELGIPGGHNVENALAAAAMAFLAGVTSAEMRPVLRAFKGVEHRIEFVRTLDGVSYYNDSKATNTDSAIKALEAFDGHIILIAGGDDKLTDLTEFMALVRARVDALILVGDATERFAAAALDAGVSAEQIHRASYHMEEAVRIAHELAAPPQTVLLSPACASFDMYGGYEERGRDFKRIVNEL >WP_210226425.1 GTPase Era [Candidatus Thiothrix anitrata] >QTR49586.1 GTPase Era [Candidatus Thiothrix anitrata] MTELSSQRCGYVAIVGRPNVGKSTLMNHLIGFKVSAIANKPQTTRHSIRGILTEGDYQMIFVDTPGIHRTSKSLLNKTINREAVASIEGVDAVVMIVEAMRWQDEDDLVLERIAHVQCPVFLIANKVDKIEKKEKLFGWLPEVLSKYPFKEIFPLSATKGTNTEQLKNALAKVMPQQDWIYAEDDVTDQSTRFICGELIREQLMTYLHQELPYSTAVEIETFTEKPHITEINAVIWVSRENQKGIVIGSKGDTLKRIGSSARIALEAFLERKVMLKLWVRVEENWENSPRHLQSLGIST >MBO7120934.1 MFS transporter [Bacilli bacterium] MESKRNTHVYRFLTFALYFGDTFFTPFFSLYFASCAGLNELEKSILLASVPFAFFFGNLLYSFFETSWKNNVFLIRLISVLEAIFLGCFGLTQNFWFLLPITILTAMHNSCFFGLVDGMGANSAKRHNIPFSTIRIVGSFAYICGSLFGYFFLDKIGYKTFFNIGALFILAMLPISFFLVRPKEEKQGQVIPEEKISNKEFFSNRNVWLLLIFSALFYGALNNFNYILPIYMTGGGGGLSDGETAIWTVVRVAVEMVIMLMLPLFLKLFKTQKRILVLSC >NVO14071.1 lipocalin-like domain-containing protein [Rhodoplanes sp.] MPGRNRPAVCWPILAVPPTPVGPSRRAGPRRRSRRLLHPALRRPKPPPWEAVVQKRFVLIASLAAVLVTAGAVRPSWAEDTASVVGLWKLVGYEVEVQATGQRGPVMGDHPTGYSLFTPDGRVFFMLTGEGRMPAKTAEERAALLTTMVAYTGRYRLEGDKWITNVEVAWNPEWVGTEQSRTYKIENGRLQVLTPWRIMPNWADKGMQRSIVTFQKAE >MBP8196496.1 DNA topoisomerase (ATP-hydrolyzing) subunit B [Deltaproteobacteria bacterium] MQVLKGLDAVRKRPGMYIGDTDDGTGLHHMVYEVVDNSVDEALAGHCKNIEVIIHFDNSVTVTDDGRGMPTDMHPTENRPTPEVIMTVLHAGGKFDKKSYKVSGGLHGVGVSAVNALSEWLKLEIHRDGKEYRQEYHRGVPFTSLEEIGPSTKNGTKVHFMADVEIFSKVEFSYETLHQRLRELSFLNPRLRITLVDERSDKKADMFSESGISGFVKDLNVAKEMVIAEPIFVTGSHDHPEIEGTEVIAEAAIQWNDGFSENVFCFTNNIRNRDGGSHLTGFRQALTRTINSYATANNLLKDMKQGLAGGDLAEGLVAVVSIKHPDPKFSNQTKDRLVSSEVTGIVNSVIGDRLAEWLEEHPREARAIIGKSVLAARAREAARKAREMVQRKGVLESMSLPGKLADCQERDPALCELFIVEGDSAGGSAKQGRDRRNQAILPLKGKILNVEKARLDKMLSSQEIVTLITALGCGVGESKDMAKLRYHKIVIMTDADVDGSHIRTLLLTFFYRQYKELLDGSIDRKHFIYIAQPPLYKVKKGSREEYLKNEQALEDYLLRSTADDLVFESQDGKLRVTGDKLRELWRYVGRYARALAACDKKWDSRIVEAIVHGGELSPSTLRDEATVLSALSWAEIHMRKHFDDVNELQAQLSTDAELGNLRALIPARYGGARRETVIDLAMLTSSEYVELTRIHDKLKQFGDGPFVLVDGNTRHKVARLAELASLLDTIGRKGLQIQRYKGLGEMTAEQLWETTMDPARRTLLEVHVDDLVEAERLFSMLMGEAVEPRREFIEQHAQYVRNLDV >WP_281034490.1 NIL domain-containing protein, partial [Mesorhizobium sp. M7A.F.Ca.CA.001.08.1.1] >RVA68283.1 methionine ABC transporter ATP-binding protein, partial [Mesorhizobium sp. M7A.F.Ca.CA.001.08.1.1] LLKDINRQLGLTILLITHEMEVIRSIADRVAVIDAGRIVEQGPVWSVFADPQSDITKSLLGAIRPQLPAELAARLLPAAGPETILRVDVAGEAASRPLLSDLATAVPGAFRLVHGGIDHIQQQPVGTLFLSVPGSDANHLADIITFLKARQARVEVLGHVANPV >GMH74815.1 hypothetical protein TrLO_g3392 [Triparma laevis f. longispina] >GMH79601.1 hypothetical protein TL16_g08195 [Triparma laevis f. inornata] MNPHHAYANEHNATANPFAVGSDVSHQNTAQESLWSTTNSDARLHFSYRETLLSPTVRSVMIKSIRDYYAIYWLSKLLNSLNVSGEMVRNIVDYAYPGAGTVVPFLLTLLPHNWSQKPKITSLAVVLQTTSLSPPLQTPLQTPSPHHKGNFKIYVRPRPIQKSESTSGNYHVISTSRSKTITLHYGKIGRTGNRLTTEHRLYKFDHCFSEDTGNQEIGNRAMGDMKRPRTVICYGQTGTGKTHTFKGILDSIGSRLTSLKTEESVFIQFYEVHGKKCYDLMEGRKNLRILSDKDEKVHAVGANVVEFKIKSKYSETSSEAFERWKKILEEPLRLRSTQSTQRNDVSSRSHSIFTVTLVNESEIRLEKVKREEELRLAKMEKEMNEGEVGCSVADNSFGVDDSSSEDEGKSNYDPTNHPAFEIINTKIRLVDLAGSEQNADTGKMAAQDHKESADINTALMSLKECIRKHRAKSLSNYRAHLLTRILRDCFVDPNHETMIFATISPTTIDTLHTLNTLNHVAMMQVRPSKNERKKERVTSGGGKVGENLGGVITNVVVEVPIVDSGTFNKTVGEWTAEEVRGWIAAANGGKFSHIVLPVSLKGEDLLKLNETSLSRLFDMTRIETVARGEGEGSTWVISANAESGGGGEGGDPDVGRARQEIGRELFQALRIENKHIAQKRLVQENKDRMTGR >WP_243220715.1 MULTISPECIES: hypothetical protein [Methylobacter] >UOA09906.1 hypothetical protein KKZ03_06525 [Methylobacter sp. S3L5C] MAKNKHITEPDVFGFQVRIVRRGKESSRYFSHKLWGNKNKSLNAAITWRDQMLVVLKGSKTRFLKPPKNKTTTGVTGVSRTIKYDHRKDKNYLCYTVFWVSNGKSRNKTFQVGNVDKVTADDELHAFRTAKLFRICYEVSIDNDIEFYDDKFVGWKKTRLYDDENLNAVL >KAJ4794342.1 18.2 kDa class I heat shock protein [Rhynchospora pubera] MSIVRSNIFDPFSLDVWDPFQGFPFNTNRSLTTFDNDTSTFVNARIDWKETPEAHVFKADLPGMKKEEVKVEVEEGNVLKISGQRSREKEEKNDKWHRVERSSGQFLRRFRLPENAKVDQVKAAMENGVLTVTVPKEEVKKPEAKANEISG >WP_062821347.1 MULTISPECIES: class II aldolase/adducin family protein [Bacillus cereus group] >KYQ03835.1 L-fuculose phosphate aldolase [Bacillus cereus] >MCC1488722.1 class II aldolase/adducin family protein [Bacillus tropicus] >MCC2338125.1 class II aldolase/adducin family protein [Bacillus tropicus] >MCC2351916.1 class II aldolase/adducin family protein [Bacillus pacificus] >MCC2466741.1 class II aldolase/adducin family protein [Bacillus pacificus] MPSVINDLKVYANKIVQTGLVVGAGGNLSMRDGNMMYISPSGFDLQEIEDHEWVRVNIETGEILDDLKPSSEILMHLECFRKRPDITAVLHAHPSYSVGVSCTGHTIPSLFPDFPAMIKSVSYLEYMIPTTEVLATAVSNVIEENDVVVMRNHGVLTVGKTMKEAYFLMQILEEAAKVYTIASTVGVPRILTEEECHELRNLSSEKYRLQLLKDGE >EBP8848134.1 MFS transporter [Salmonella enterica] WMPDRFGGVKVAVVSLLVETAGLLLLWLAPTAWIALVGAALTGAGCSLIFPALGVEVVKRVPAQVRGTALGGYAAFQDISYGVTGPLAGMLATSCGYPSVFLAGAISAVVGILVTILSFRRG >MBI5683150.1 acetylglutamate kinase [Deltaproteobacteria bacterium] MQKYIEKIKTLLDSLPYIRQFYDKTIVIKYGGSAMVAENLKQSFARDIILMKYVGLNPVIVHGGGPQIGELLKKLGKESKFVNGIRVTDKETMDVVEMVLVGKVNKEIVGMLNHFGGKAVGLSGKDGKLILAKKFKTKGQDMGMVGEVKSINPNVIETLDKNKFIPVIAPVGVGEDGETYNINADIVAGKIAGALKAEKLILLTDVEGVLDKNKKLISTLSIKQAKALIKKGIASGGMIPKLECCFGALNEGVSKAHIIDGRVEHAVLLEIFTTAGIGTEIYRGRG >WP_262394687.1 hypothetical protein [Youxingia wuxianensis] >MBC8584899.1 hypothetical protein [Youxingia wuxianensis] MTKIFAFGGDCNFSDEAYGHQVLARKQVALVLSQKMEDGLFTSSQAEKIAEDLFYGNAARLYHI >HCE7036204.1 hypothetical protein [Pseudomonas aeruginosa] MTSIPRLEQTIIDNGRQELDAILSFHRKKAEGIGGEQLEQACRDYLARYHALCALLVFGHLPDCGMSEPGARELRAIEAELHVVNKAAAN >GJP50541.1 hypothetical protein CLOM_g9698 [Closterium sp. NIES-68] >GJP58549.1 hypothetical protein CLOP_g402 [Closterium sp. NIES-67] MTPTATVAASSAATPAASFSPTASTSAAASNQSSAAIFQSNSPVASQGAEREGRAGDVAGCACDVARSDDVTAARGLPLPVPGSACINSGTAATGAGALGADAIRSNPNASAVHLPAAAGALLPVSSGGVGTGASSSSDGRSARSAGSARKPEGDLGLREKALAAGAAAVLSAVIMNPLDVVKTRLQAQTATASSHAPPPPPLSSSPTVSITSRALASTVTSASASATTASASATACCRPAAFCSRHPAFHPAVAATAASAPSAAAFCSHHRALFPSAAFPAVAATGASVPPAAAALLARGGQMHGHGDVRRAAMSVCCDAMGVYGQGGAVGSSNHGYTHGHTHGHAHGHGKGNVAHLLEHHHHHPHPQHHPYRNTWDVFTRIVREEGALRLWRGTGASLLMAVPTVGIYLPVYDTLKLELATVTINGRDRLVLEAYAPLIAGSVARALACVSCAPLELARTRMQAQRTVGPLGSVGLGVGARGGVGGGVGGSRPGTLATLRTILQPHSHSGAQGLRALWTGVDAQLARDVPFSAICWGLLEPTRRYLLSRYADRWEEKQLRIEGGYGAGASAGAYVPALTGAADEARQLPLLQVVGANFGAAMVAGSVAAAATHPLDVAKTRRQIQVTGAQLNTAQTLQNLWREGGMRALFAGAGPRILRAGPSCGIVVTFYEVMKHLLN >HBY86896.1 Fe-S protein assembly chaperone HscA [Colwellia sp.] MALLQIAEPGQSTVPHEHRLAAGIDLGTTNSLIASVQSGNASTLSDDQGREILPSIVSYQADNILVGQTAQALSIEDAQNTITSAKRLIGRSLQDIQSKYPSLPYDFCGDENHPEIMTRQGAVNPVQVSAEILKSLNSRAQAALGGELTGVVITVPAHFDDAQRQSTKDAAKLAGISVLRLLNEPTAAAVAYGLDSGQEGVIAVYDLGGGTFDISILRLNKGVFEVLATGGDSALGGDDFDVALVDYFVEQAGLVRPLSPSLERQLMQQACYAKEQLTAKEQVDITISLDDNSDWQTSLTKAQLNELIGSLVNKTLRACRRTLKDADITIDEVIEVVMVGGSTRVPLVRSEVEKHFNKKPLTSIDP >UAQ80067.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLYEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVXXXXXXXLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >MBL02020.1 hypothetical protein [Acidobacteriota bacterium] MARWIAIWLTVLSGQVFAQTSAPANNSIQQSDLKADLYFLASDAMQGRLTNTPENRLAAEXIKSRFXRMGXQAAGPNESFYQPFNLITTTLGDDNRFXXSXMEQPATERSLRLGQDYYPLTLSANGRTXGELVFAGFGIDAPSLAHDDYRTGSVEGKLVMILDHEPGERNPXSPFDGVVTSEFARTLRKVVTAQARGALAVLFVSDVHNHPESTNFEAVAARTWPTXSARVXRYMLETWMNKVKIPVVQISPAIANDLLRVDGTSLEELAQSAEASGGVTLRTVTGQQLDLGTAVNRHTIPDRNVVAMIKGADPDLAHEFVIVCAHYDHNGADGTRIFNGADDDGSGTVALLEIAEAYALAAATGLRPRRSILFAAWNSEERGLLGAWAYXENPLVPLSDTVAVLNMDMIGRNEEVPVGGGGRFRGLEVQTAESNNNALNILGYTYSPDLLSEVEESNQXYGLELXXRYDNNRSNLLRRSDQWPFLQNRVPALFFHTGLHPDYXTTNDRPEKINYVKMETIARLVHXVSWNLAQTSSXPRYIK >WP_278361924.1 acyl-CoA dehydrogenase family protein [Stutzerimonas kunmingensis] MDHLLPVQLVELQSIATDLAENRIAPLAAEVDAECRWPADSMQALAEAGLLGLQVPVELGGLGQGLLGLCVLTESIARACPSSALCYGMHCVATAVIAAKATEHQREHYLREIAAGRHITTLALSEQGTGAHFYLPETRLDADGDEFVIDGTKQFVTNGGHADSYVVSTVAADAEAGDFSCLIVDKDGAGMHWLDAWDGFGMRGNSSRPLRLEQVRVPARNLLGEPGDQVWYVFEVVAPFFLMAMAGTYLGVAQAALDEASLHLRSRHYSHSGESLRDVESLQIRYGELWTELVKTRALVREAARRGDGAHPEALSFILACKADAAETAVRLANEAMTLCGGAAYRENSRVARLLRDARAAHVMTPTTGLLKLWTGRSLLGLPLL >WP_061121232.1 MULTISPECIES: FAD-binding oxidoreductase [unclassified Caballeronia] >SAL54844.1 FAD dependent oxidoreductase [Caballeronia turbans] MKLDSYWLDTAPAMIPTCEGPADGQADVAVIGGGFTGLSAALALGRRGAGVVVLDAGRVGGGASGRNGGQCNTGVAQDYAALRAQLGVERAQGCYRAYAAAVDTVERLIREENIDCDYLASGKLKLAAKPHHLDHIAKTAELIRREVDPDIDLLDRAQVRNEVQSDAFYGGLLQRHGGQMHMGKFAAGLAQAAVRQGARLYEHAEVTGITKEGGAYRIDSRRGALHAKQVLIATGPSKHGPFSWYRRRLAPVGSFIIVTEPLPADQLQRLLPNRRSYTTSRLMHNYFRVTPDARLLLGGRARFTASERPSDAKSGRILQANLAAIFPSLANVRIDYCWGGLVDITADRLPRAGQHDGIYFSMGYSGHGTQMSTHMGQIMADVMNGHADANPWRDFDWPAIPGHTGKPWFLPLVGAYYSIKDVFY >WP_215391030.1 alkyl sulfatase dimerization domain-containing protein [Polynucleobacter sp. VK25] >QWD67503.1 MBL fold metallo-hydrolase [Polynucleobacter sp. VK25] MNIKLTKISFAIVMMSSGFVMAAGGGGVVVDPGAMQGKHFDVKGKSPSSYTVELQNGLRKTLPFEDKRDFEESKRGFIAAPPYKAIMADAGNVAWDMGSYEFLLQGKDFDSVHPSLQRQAILNMGYGLYEVVPDKIYQVRGFDLSNISFVKTNTGWIVFDPLTSKETARAALELVNEKLGKRPVVAVVYSHSHADHFGGVRGVVEESDVKSGKVKIIAPAGFMDHAVAENVYAGNAMTRRLYFQYGVLLPRSPFGHVDQSIGKNTAAGNLGLIEPTILINEPFEKMTVDGVEMEFQNTPGTEAPAEMNTYFPQFKAFWAAENITGTIHNIYTLRGALVRDALAWSKNINNALYRYGNEAQVMFASHSWPRWGNDRVQEVMRTQRDSYAHLNNEVLHLANNGVTINEVHNVYRQPESLKKQWAAHSYHGSEEHNSRAVINRYLGYWDANPATLIPLSPKDSAPLYVEMMGGSAKIMAKGKELYKQGKYREAMEIVNKLVYAQPNNTAAKDLLADIYEQIGYQKESPSVRNSFLGAAYELRHGMPSGASPKTNGPDMIRAMTTELWLNALAISMDSKKAAGMKFTINLNTPDNGEKFVVGMSNSALTNIKGYQDKNPNLTITVNRSDLEKVMGGQTTFEKLLSEGKTKFEGDRKAFDQLRSTMTTFAPDFELIPGTKAKAPPAKSNKDPFEAPPIANSDGA >WP_237480153.1 prolyl oligopeptidase family serine peptidase [Lichenibacterium sp. 6Y81] MTDGTELPTLAKPDDDPWIWLEDVEGERATAWVDERTADTVRRFGGPRRDADAAVLAALLDRPDKIPGVTRRGDHLYNVWQDAANPRGLWRRTTLDSYRRPEPEWDVLLDLDALARREGEDWVWAGSSVEPTRRERAILRLSRGGSDAVVLSEFDLPSRSFVADGFTAAEAKAGIDWLDPDTLLLSSAAGEGMATRSGYARTVRRWARGQTVDEAEPVFAVAEGSMAGWGVVDRSVSPPRAVYMDRLAFFDSVGWLGDATGPKRRLELPTDADWFVHGDTLLVKPRTPWTVAGRTHAPDELVAAPLSAFLSGARDLAVLFEPGPRRSLEGFFWAGGALVLSVLDDLVPRFTLLTPDGAGWRRRELDALPSTGVVGLRALDAEPEDGDGTLVVSAEDPVTPPRTLLFSASGDGAFPVPALLKASPAGFDAAGLVVTRHEAVSVDGERIPYTQTGPAGETGDAPVHLSGYGGFAVSTMPHYRLAAGKLWLERGGTTVTANIRGGGEFGTRWHEAGRRDGKRLAHDDFAAVAADLVRRGVTRPGRIAAEGGSNGGLLIANMLTRYPERFGALFCTIPLIDMRRYSKLLAGASWIAEYGDPDVPEDWAFLGPMSAYHAAEPGRPYPPTLIATTRRDDRVHPGHARKMAAKLQAMGYPAWLYEPAAGGHGYGKDNAERAAFVALGYGFLRRAIGWDA >WP_058093348.1 bifunctional cobalt-precorrin-7 (C(5))-methyltransferase/cobalt-precorrin-6B (C(15))-methyltransferase [Corynebacterium pseudotuberculosis] >ALP33697.1 Precorrin-6Y C5,15-methyltransferase [Corynebacterium pseudotuberculosis] >ALR33644.1 precorrin-6Y C5,15-methyltransferase / precorrin-8W decarboxylase [Corynebacterium pseudotuberculosis] >APX36087.1 cobalamin biosynthesis bifunctional protein CbiET [Corynebacterium pseudotuberculosis] >APX38129.1 cobalamin biosynthesis bifunctional protein CbiET [Corynebacterium pseudotuberculosis] >AQL51141.1 Cobalt-precorrin-6y C5-methyltransferase / Cobalt-precorrin-6y C15-methyltransferase [decarboxylating] [Corynebacterium pseudotuberculosis] MSREATSLRRIAVGDSVAKTGFITVVGISAGGVDELGTQAREALYQADIIIGSWRQLGLVPEDVSAERRPWPSPMLPKIPEIFAELTDLNVVVLGSGDPMFHGIGSTLIRLLPQHSVTVIPHSSSASLACARLGWPLDKTPVYSLVTNAVDHLVLPIQRGGNFLVLGQDEKTPASICDLLVELNQSDAKIIILSDLGSSDEVVVSGTAEQPPTATSSLNVIAVSLQRKGESMLPGLADAHYISDGQLTKRHIRALTLSTLAPRQGETLWDIGGGSGSIAIEWLRSTPGTTAVCFEVVEERRNRIAKNARSLGVIDRLTILHGAPDSFDEVPTPPDAMFIGGGLTAPGVFDAAWSRLPMGGRLVANAVTIESESVLWELRKTLGGSMARFDISQEHNVGSFTTMKPALPVLQWSVTKSNTPKL >OZZ34426.1 L,D-transpeptidase, partial [Klebsiella pneumoniae] MRNRFPVTLWLTLVALVAALALPARANTWPLPPPGSRLVGQNQFHVVQDDGGSLEAIAKKYNVGFLALLQANPGVDPYVPRAGSVLTIPLQTLLPDAPREGLVINLAELRLYYYPPGKNEVTVYPIGIGQLGGTTITPTMVTTVSDKRANPTWTPTANIRARYKAMGIELPAVVPAGPDNPMGHHAIRLAAYGGVYLLHGTNADFGIGMRVSSG >MAI76755.1 glutaredoxin 3 [Rickettsiales bacterium] >OUU51221.1 MAG: glutaredoxin 3 [Pelagibacteraceae bacterium TMED65] MKKILIYSSNICPYCLSAKNLLKNLDLSFQEKCIDNSDEIKQEMLKKSNGKKTVPQIFFGEFHVGGYDDLEVLYKKDEIMKFLNEN >WP_235074910.1 MerR family transcriptional regulator [Paenibacillus alvei] MYTVKAFATLTGVTERTLHFYDRKGLMAPSSYNEHGHRLYSKDDISTMQKIITLKYLGFSLQEIADYLENHDSPQMRDTLQKQKAMLAKKREELDYVINTITRVEQIMQDEDLDSDLLLAIIHSIQREKEQEEWLSDRLSQSVIEHALLKHLSPQERLKFEREMLAIVNQLQHYCKLGVSPSEVVVQRTIEHMITTMNEHIAPHYQEKIAELDLDDHSQLYVSIFSKEVEDYIKEAVNRFEENQLRRS >WP_183882442.1 3-ketoacyl-ACP reductase [Pedobacter cryoconitis] >MBB5636678.1 3-oxoacyl-[acyl-carrier protein] reductase [Pedobacter cryoconitis] MESLKGKSALITGAGKGIGRALAIALAQEGVNVGLIARTESDLQQVAEELKTFNVQVAVAMADVSSIDSVNTAVAKVKSDLGAIDILINNAGISSFGSFLELEPARWEEIVKVNLFGVYYVTRAVLPEMIERQTGDIVNISSTAGQRGAAVTSAYSASKFGLIGLSESLMQEVRKHNIRVTTLTPSTVATDMAKDLKLTDGNPDKVMQAEDLAELVVSQLKLNRRVFVKEAGLWSTNP >EHW4468754.1 Y-family DNA polymerase [Salmonella enterica subsp. enterica serovar Kottbus] MYALADVNSFYASCEKVFRPDLRNKPVVVLSNNDGCVIARSPEAKRLGIKMGGPWFQLKSVKFPDPVIAFSSNYALYASMSNRVMSHLEELAPRVEQYSIDEMFLDIRGIDSCIDFEDFGRQLHEHVRSGTGLTIGVGMGPTKTLAKSAQWASKEWSQFGGVLALTLHNQKRTEKLLSLQPVEEIWGVGRRISKKLNTMGITTALQLARANPTFIRKNFNVVLERTVRELNGESCISLEEAPSPKQQIVCSRSFGERVTTYEAMRQAVCQHAERAAEKLRGERQFCRHIAVFVKTSPFAVTEPYYGNLASEKLLIPTQDTRDIIAAAVRALDRIWVDGHRYAKAGCMLNDFTPTGVSQLNLFDEVQPRERSEQLMQVLDGINHSGKGKIWFAGRGIAPEWQMKRELLSPAYTTRWADIPAAKLT >AMS43029.1 deoxyribose-phosphate aldolase [Aminobacter aminovorans] >MBA8905337.1 deoxyribose-phosphate aldolase [Aminobacter ciceronei] >MBA9019363.1 deoxyribose-phosphate aldolase [Aminobacter ciceronei] >MBB3708462.1 deoxyribose-phosphate aldolase [Aminobacter aminovorans] MEMNEGSGAVMRVVRAASDADVGLPRNPGMALDLGFLESMRSVNRSALERRVGTLIKRRSIKADNQAAWLLRSISLMDLTTLNSNDTDERVRRLCAKALNPLRRDLTEALGLGEVLIRPAAVCVYHPFVATAVEVVKGSGIHVAAVSTAFPHGLAPLSTRLAEIEASVSDGADEIDVVIPRGLVFGAKWRELYDEIRQMRAACGEAHLKVILGTGDLATLRNVTLASMVAMMAGADFIKTSTGKESVNATLPVGLAMVRAISAYHEQTGYLIGFKPAGGISTAKVSLDWLVLMKEELGRPWLEPELFRFGASSLLTDIERQLEHHISGRYSANHRHAMA >WP_274400640.1 hypothetical protein [Sporolactobacillus sp. CQH2019] MSDRLTGCVFGFPKTRRAVSVDCFVFRKDEMIRQERKIRPVSLTAASGRSRAGADVRGRCMPQVFDGKNRKRARDSEIRYGRTIIMTALIKAKTLIEVRMSILLVSSVGSSTKHVMEVVV >WP_283129754.1 hypothetical protein [Neisseria lactamica] MGKLLLSTIIWAILAISFGLAAIMGNSKRKKYERRSRHAERNRKAFIGTLLVGFGLSRNLLNLCCLHKDFSTPSKNIEVNRS >MCJ7574591.1 DNA repair and recombination protein RadA [Candidatus Bathyarchaeota archaeon] MTEVIEEGMLEGVASTTIGKLKKAGLTTLEAIAVTPPRDIEALTGMGSDTAYKVNQLARMKVDPGFI >WP_216195748.1 translation elongation factor Ts [Polynucleobacter sp. UB-Tiil-W10] >MBU3541033.1 elongation factor Ts [Polynucleobacter sp. UB-Tiil-W10] MAAITAAMVGELRAKTDAPMMECKKALTEADGDMARAEEILRVKLGSKAGKAASRVTAEGIVATSINGTTGALLEVNCETDFVSKNDDFLAFVNDCVKLVAEKNPADVAALLALPLNGQTVDEVRSALIGKIGENIMPRRFKRFAGSNKLVSYLHGTRIGVMVEFEGDETAAKDVAMHIAAMKPVALSMADVPAEAIAVERSVAVQKAAESGKPPEIVEKMVEGSIQKFLKEVSLLNQTFVKNDKQTVEQMLKAANTTIKGFTMFVVGEGIEKRQDDFAAEVAAQVAAASKATA >WP_180047249.1 MULTISPECIES: major capsid protein [Acinetobacter] >QOW46936.1 phage capsid protein [Acinetobacter piscicola] MAQSFIIDGAPLELLDVGELALIHSNYKPMSTWILEKFYPNRPAFDRDEVPLAELNTVHDLAPLVSPQQPGKPFDTKRAAKVDFVKPAYYKPKNMVTAATSFDEALMERLRTAGIISTGSQKLSDQEKMIIAQIAVMKRNHDAIDNSILLMATELLLNGKYLLQSDDYEYNMVDYDRDASLTFTPATPWNQPGAKPISDLELIEKLLLDANGGSSKAYLMSGKVWAALFANEEFKERFIKPYAGIAVPYKPSLNVQEDASFKGYLDDKELWVYDGTYRLKSGVKRFIPDDYFGAISDLNGSIAQCKIKNTLANGAVQKYFDRQWYNEDPSGIFLMTESAPLAVPSNKNGVCGGTGFIV >KAF5693711.1 integral membrane protein [Fusarium denticulatum] MASADDKPPVFNYILSFVLVGLAWGFTTPFIRRAAQSHNPPTHPVLESPSVQSSWLKSKLYGAFFAVIDLLKNPRYAIPLVLNLTGSIWFFLLIGQAELSLTVPIVNTLAFLFTVLGDWYVDGKVISKDTAVGMALMLGGIGLCVQSKR >MCF0245553.1 ATP synthase F1 subunit delta [Ileibacterium sp.] MKHESAPYALALLEIAQEAKTEKLFGDQLLRIKEVVAGQPELQLLLKHPKIDPKEKIDLLESIFSAEVDPVVMHFLQVVCSNHAAGMLEMMADDYQRLYDESQNIKSVNVTSACELDAEQRQALKDMLEKKLNGPVRMSVEVDPALIAGLRIQADGLTMDNSVASRLAVMNEALHRH >EFX7948152.1 hypothetical protein [Shigella dysenteriae] >MKQ12287.1 hypothetical protein [Shigella dysenteriae] MEVNYRIGEPLEKQLDTDSIRERRMLAGSRYDLVERNNNIVLEYRKSEVIRIALPERIEGKGCQTLSLGLVVSKATHGLKNVQWEAPSLLAEGGKITGQGSQWQVTLPAYRPGKDNYYAISAVAYDNKGNTSKRVQTEVVITGAGMSADRTALTLDGQSRIQMLANGNEQKPLVLSLRDAEGQPVTGMKDQIKTELTFKPAGNIVTRSLKATKSQAKPTLGEFTETEAGVYQSVFTTGTQSGEATITVSVDGMSKTVTAELRATMMDVSKSTLSVNELSGDVVADGQQSHTLTLTAVDTDGNPVTGEASRLRFVPQDTNGVTIGTISEIKPGVYSATVSSTRAGNVVVRVCVLSASSISWAHYNKR >NCW17563.1 hypothetical protein [Paracoccaceae bacterium] TQILKTQILLTERLNRQKPNTQYPVKTPFQFRMLRRCLGLIASLLFFVAPADVIAVDTTNGDSLAQFCVDLQPKANQTANPDEMIKIAQIFAAENGWKLARHTHNQRGMAARFQYIFQIDKITQFRLSAFFVADRLRGMRNEIYHGLDPVTLSVFKTDCNLRERRKITYLDDGRMERVTVQHSDKSDEQIWINPAPLAKINNKRQGTNPALIVGHIDSGIDYRRPDFQPHLIYDRDGNLVARDLWDGDSLPFDANLARSPFYPQSHGSYVVDILSRVGPDFRLLPVRYPRRNMRLMEDAVEWLATHKARIVMMPLGSRDADEWEAFFAAAARHPEMLFIISAGNNGVDLSKQPIYPAVN >KGQ91714.1 isocitrate lyase [Candida albicans P94015] >RLP61750.1 isocitrate lyase [Candida albicans Ca529L] MPYTPIDIQKEEADFQKEVAEIKKWWSEPRWRKTKRIYSAEDIAKKRGTLKINHPSSQQADKLFKLLEKHDADKTVSFTFGALDPIHVAQMAKYLDSIYVSGWQCSSTASTSNEPSPDLADYPMDTVPNKVEHLWFAQLFHDRKQREERLTLSKEERAKTPYIDFLRPIIADADTGHGGITAIIKLTKMFIERGAAGIHIEDQAPGTKKCGHMAGKVLVPVQEHINRLVAIRASADIFGSNLLAVARTDSEAATLITSTIDHRDHYFIIGATNPEAGDLAALMAEAESKGIYGNELAAIESEWTKKAGLKLFHEAVIDEIKNGNYSNKDALIKKFTDKVNPLSHTSHKEAKKLAKELTGKDIYFNWDVARAREGYYRYQGGTQCAVMRGRAFAPYADLIWMESALPDYAQAKEFADGVKAAVPDQWLAYNLSPSFNWNKAMPADEQETYIKRLGKLGYVWQFITLAGLHTTALAVDDFSNQYSQIGMRAYGQTVQQPEIEKGVEVVKHQKWSGATYIDGLLKMVSGGVTSTAAMGQGVTEDQFKESKAKA >MBW1731384.1 M48 family metallopeptidase [Deltaproteobacteria bacterium] MIPVKDFKREVFNWADEIGVRPREVHVREMKRKWASCSSKGRLTFSYALLNRPEEERALAIVHELLHLRYPNHNKMFRSMLSGYLGKKGIDVNNVKLGEAADRFHNRPTQVF >WP_090340093.1 biphenyl-2,3-diol 1,2-dioxygenase [Mycolicibacterium malmesburyense] >CRL69025.1 biphenyl-2,3-diol 1,2-dioxygenase [Mycolicibacterium malmesburyense] MSDLKSLGYVKVQATDIDRWRQFAFKVLGFAEGSGPDEDALYLRMDERAARIIVVPGDVDKIVTVGWEVRDHAALTRVKAALDRAGVPVKELSLEEADSRRVEEVIAFDDPAGTSTEVFHGAVLDHSPVVTPYGARFVTGDQGLGHVVLPALDVPGLFQFYTEVLGFKSRGAFRVPTPPEFGPLRVRFLGINARHHSLAICPAMTLRDPGLIHLMVEVDSLDAVGQALDRVNKDGFQLSSTLGRHTNDKMVSFYVRAPGDWDIEFGTDGMRVDETYYTAEEITADSYWGHEWVSDLPAAMRP >WP_095963788.1 hypothetical protein [Pseudomonas sp. ACN5] >PBJ10542.1 hypothetical protein BSF40_02100 [Pseudomonas sp. ACN5] MKPLLKKLTLAAALACALPAWACTPEEATAKREQLAREVAKLTEQNPTKAKEINDELQKMDLGTASKDLPDKCQLIDQRLKELGSAEKKTEG >WP_051773451.1 hypothetical protein [Streptomyces sp. NRRL S-237] MARHAAPSLPNRLRSAGLTVSMAGAALAMAAGGAQAGELDIPAALSGVADPIANLKVNPLAHTGVDPLDNGVATKVADFPSVGTGMVTGILTQGPSVGELPTAAASSLLGPVLPKQ >WDF47893.1 substrate-binding domain-containing protein [Chryseobacterium sp. KACC 21268] MKKIFFLFIAIAAIVFACSKEKPKEIDTPNKGEITVETDESFKSVVEALAERYMALNPETKINVVIKKEDLGLLDLLDRKVRIAVMSRELSQKEKEAYDTKIDLPWLPGKFAADAVLFVVPKDSPLESISMEEIYSELNSDKKRLIFDGTNSSNLNFIAQKFKKDPSQLKFSIINGNENVAEQLKNYPDKIGVISYNTISRPFGEEAQRLRNDLKILKVVKDSQAYDVTGDNLKNMTYPFTRVLYFVSNEAYYGLGNGFIRFSCQQLGQIVVEKEGLQPYNIFKREVRMK >WP_079458535.1 3'-5' exonuclease [Pseudomonas aeruginosa] >CRP99575.1 DNA polymerase III subunit epsilon [Pseudomonas aeruginosa] MRTAKVLDRLKAEQAKNPDVPHYDSMGTPWPQPPSDVKTAGYWKLEGRRPARGEQPCAFVVSGHGSRYNPTGWVAAYHLSQTVEIRRRQAAPQPERLTTAARPIAPEPLPLIEDDRDETRQRLDSLARLLERAPLGGQVLYLDTETTGLAPTTNDLLEVAVVDESGAVLLDTLVRPRRRQAWPEAQAVHGIRPEDVATAPELATVAARLAEVIEAADALVIYNAPFDLGFLPARVRKLAAQKAVCAMEAYALWVGDWNDYHGNYRWFRLTAAAMAAGHTWSGQAHRALADTLAARSVWQWLHAQALPNPRDV >MCB0395607.1 type IX secretion system membrane protein PorP/SprF [Flavobacteriales bacterium] MKKTILAIGMAFSGLFAYAQQDAQFSQNMFNRLAINAGYAGSRGAICGTLLYRTQWVGFDGAPETTLLSVDMPVKVLYGGAGITVFQDQLGAEKNFSATLDYAYRRTLGAGNVGIGIELGLFNKNLRGLASNGVKDGLVPIDPNDPSIPANSESDMTVDFGFGIYYNTNDLYFGVSTSHIPETDVKLQKIDISLARHYYVMAGYNYQLPNPSLVLKPSVFIKSDAATTALDVNALLEWNSTVWAGGSFRPGDAAVALVGVQIIKDLKFGYAYDFTLSDIKGYSSGTHELMLNYCKKLQSEQPPMRYRNVRFL >WP_105462017.1 hypothetical protein [Escherichia coli] MMCKRKRWSREDREFIEASVGKMTVEEMAKKLNVAPTALQAHARRYGISLCVYRISEHDKYLCRELYKEGLAIHVIAQKMELSNRAVSSIVYSEY >WP_070054132.1 5-dehydro-4-deoxy-D-glucuronate isomerase DhuI [Streptococcus agalactiae] MKIALINENSQASKNTIIYKELKAVSDKKGFEVFNYGMYGKEEEESQLTYVQNGLLTAILLNSGAADFVITGCGTGIGAMLACNSFPGVVCGFAADPVDAYLFSQVNGGNALSLPFAKGFGWGAELNLRYLFERLFEDEKGGGYPKERAVPEQRNARILSEVKQITYRDLLSVLKEIDQDFLKETISGEHFQEYFFANCQNQNIADYLKSVLD >MCI0441261.1 hypothetical protein [Chloroflexota bacterium] MTQQNGNLGRLIEQAIRGRPRQEDPLGEQPNWPPRLVPLDPPPNLTVDANVQQLPDMPGATHLRIFVLDAPIRAWTGNRTPSSTSGGQWEDGTIIEWLEPTLDYRPWIANFRFTRATATNAILAIEPFQLQTRP >WP_268428026.1 PTS transporter subunit IIC [Aeromonas caviae] MDFLGVVINYILNLGAPVFVPFIMLLAGLVVRMKFRDAASAAITLGVAFVGMSMLIGFMVDAIGVAAQAMMQRTGLELSIVDGGWTTMANISWAWPYAFAMFPLQVGVNIVMLMLNKTNTFNADLWNVWGKIFTAFIVVSVTTPLFGPAWSLALAFLVAAFQIIMELNAGDIHQHRIEKLTGIPGVTCTHRMVFFGAIYYPFDLLLRKIPVCNKPMDATALRAKVGVFAENHIIGFILGILFGVIAGYSVAKTLMLGVQASTALVLFPMISKLFMQALSPISEAISDYMNKKFSGRKLFVGIDWPFMGGASEIWFAIIVAIPFTLIWALILPGNKILPFAGIINIALIVPAYLVTRGNTLRMVILSIIGVPFFLFVGTQFAPMITELGLATKAITIPAGQLISNSSIDAPVFTYAFSFLFKFLEGDLIPLLFAVWWACGYFFYSRELRRESSLAQQEAGQQENAQQA >WP_257882322.1 Fic family protein [Prevotella histicola] MGKKEFREYSEILFSCHSCGIEGSSFSVDDTRCLFEEQLGYHPVGKSLLECQEMADHFAAYEWMHNHLDHPFDVELMKTINRLVTLHTLTYKQTDAVPGEFTTVDMAAGDTVFGEHQGLVAQVPRLMSSTAGMMKRGELHPMVLSARFHGFFEYLHPFRDGNGRTGRLLSNFILLRHGYPELIIEKEDRQEYIAALRTIRMEGTDEHLIAFFFKAATKQMEYALAQKKQNSRKMFFF >MCI2079698.1 hydrogen peroxide-inducible genes activator [Prevotella sp.] >MCI2101447.1 hydrogen peroxide-inducible genes activator [Prevotella sp.] MTLQQLEYVLALDKYRHFAKAADACKVTQPTLSSMILKLEEELGLKIFDRRRQPIAPTQAGRVVIRHAREVLQEARNLRSAVEEDRHSLAGTFTIGVLPTIAPYLLPRFLPHLLNEHQEMDVRVIEMKTSVMKKALADSAIDAAIMAKVEGLEGLQLTTLYYEQFYAYVSSNDPLFSRQVVKTTDFSNDFLWLLDEGHCFRDQLVKFCQLPAAVQSKKTYSLGSIETFMRMVESGKGVTFIPELAVHQLSDRQRLLVRPFALPIPTREIVMAVTDDFFRRTLLDFLVANIKDSVPRDMLKPLQTARIVL >WP_203201698.1 SRPBCC domain-containing protein [Variovorax paradoxus] >QRF55676.1 SRPBCC domain-containing protein [Variovorax paradoxus] MAQPASPDTGRPSLTLRRHYAVAPDKVWRAWTDPQALRHWFGPEEIVSVPHAEVDLRVGGRFRVAMLAADGETHDVSGTYLEIVPQRRLVFSWAWRSTPERESRVTVRIEPDAAGTGCALELLHEQFFDQAAREGHEHGWAGSMVRLERWLADGGR >WP_089867971.1 MULTISPECIES: hypothetical protein [Clostridia] >SDL42771.1 hypothetical protein SAMN05216497_1335 [Clostridium cochlearium] MYGLDINLDYNTTKEYRFRYESQCDCAYCRNYYKTFKIKYIKTSKLLEDFGLCIDFPLETMPLEYDEMNKEMGYISYYPVKGTIDEDSLILNLEELEVRILKGSDLNNPCPNPKMEAPYLLIEISGIKLPWILDEEIE >MBO8233644.1 HAMP domain-containing histidine kinase [Prochlorococcus marinus XMU1419] >MBW3077118.1 PAS domain-containing sensor histidine kinase [Prochlorococcus marinus str. XMU1419] MKMKTLQEVLTFFYEKWKTKVKGFSKNNKNIELTKNQQIFDFPFDKVKPQQILSWLDYSSQGWMILSSDLTIKFINQKGLSLIKFIKYKDVIGKAINDINELEVLRNKILYSRKKDFPISLDCIISGEPISVNIVRARKKNYLILLESKLSIESIKKRQNQLINDVSHELKTPLTSLILIGERLEAVVSKKDRYLVKRLKKESKRLRKMVEETLELSKLESNDAFQENKKVSISDLVMESWQTIKPLAEKKDVKLNLLIPTKYFISGDIENLKRAFINILDNAIRYSPDNEEIQIEIFKRDSSVVIRVRDKGIGLEENEFNDIFSRFYRGDPSRTKFKKSGSGLGLSITKKIINNNKGFIKAFNHKEGGAIIETIFKLTNE >UVY40774.1 MAG: protein of unknown function (DUF859) [Bacteriophage sp.] MVEFWSNNDRGYRIRLWIDQVGQNIQTNTSDVRIRLALLNQGWTFASYQCSGYVDGFGQRIDYSGSPAMLNRNSEIQLIDRTITVRHADDGSGTFGVRAHFNGSGGYSPGNLDIGNQGIALTTIPRGSSVSVAEGFIGNQVDITIDRKLAGATHTLRYAWGNKQGKIADNVGTSFKWTIPADFANDIPDATTGRGTIYVDTYVDGKLIQTQSATLTASIVTNNMKPSFTGFTLTDTNATTQRIIPEPTHFVSIMSLVKVVFNGAQAKNGATIAGYYAEIVGASNSVSTNGGVFREVAVNKDTQMTLRGRVQDSRGIWSDWKETKITFLFYFSPTLKFEVVRSGSKSDTLTIKRFAKIAPLSVNGVQKNTMKLTFTTAKVGTSNVVADNGQAGGEWSSISEFKGSNANLGKEYPADTSFIVTGKLEDRFSDSKFQDTVPTDKIIMSYDQQGVGIGKYRENGALDVNGLIYSGSKPIQHHRLTEVRGAAIIEYNNTNLDDYRTTGFFSVMSTMKNYPISKPKPTEQVGFLEVIEGLGGIHQSLTTSSGRFFKRTLTQNSVGNWVEFVRSNQPAVKKEIPIGYGVKANIVRQGSVVTFSLIRAIHSVVEGEHRELDEKIPNGFKPCVQTHLIVNKNAANQHKECAVWHLEPDGNMYFSNQSSENAVYTGTVTYITEDEYPTIEE >NLZ92879.1 S1 RNA-binding domain-containing protein [Bacillota bacterium] MSLVVGAIVEGVVTGITHFGAFVQLANGETGLVHISEVADTYVKDINEHLNKKDKVMVKILSVDGNGKIGLSIKQAAPNAGRGHHSRGSRLSFEDKLSKFLKDSDERLQDLRRNTESKRGGRGSSYKANM >MBC8192126.1 hypothetical protein [FCB group bacterium] >MBL7026051.1 hypothetical protein [Candidatus Marinimicrobia bacterium] MKRKGVEVYFVIYLATIISFFAIEGEVKNYKERQKDIIEVISREKIEQLVNIDRVEPVNDIDSLTLNVKLIGYYNPETLEGVVRFDPVLLDDSVFYESHTFPLILMTSGNVGWYSARIPKAVFGEFGAIPYNVTAEIKVSPAFNEKVRQRWLADYKDEKVVKKLIETIDRVGHISLVKSLPNAIVPSGGGNLSPFTLQSAKAQYSALVGLDWEVQIFVGGVNSRDDFHIEIVEGATLVQNETIAVPEMKISGQAKNNGRIVVIGTRASDNEQDTVAFDIKVRPPIWVKTPTSREVYVGEQYTFDGSLLDIPLENMQVKITGTGVNDQERLVPGARAMMPTFEKEGELLFQVMVNSVEIPGMNHAVIIKTPPPPEIKLLSREPSGSNNLIFELITYGQINEVISFQQRGGIIRNQQLADPDIRGNKKYYRWLVELEKPFKENETFQEISFKVWDKYEQFSEHRKQYQYNF >GDY00464.1 DNA or RNA helicase [Phycisphaerae bacterium] MGISIFGDTSSDNYNAALALRPALEELIGERGDVRIVVGAFTPGCQVQDTDLLVLGVCTGVVPIPEELLAEELSSRPARLSNFAIAIEVKGHPPEAIRFEGNQVLVRYINRANGQVEWHGATDQNLKQVHSLKTYVERQGFRSPFWLSALWLRNVPARALPKVQSNILGADVTAKDFLRAIVNQRHEDIKRDLHKPWQNSFVRCGRDDAATEVKNAIDIFTRRIEASPLDRQKIERITKRTVEPELPEYMKKLGSQLLIFRGRGGSGKTVRLLQLANRLREDRGARVLFLTYNRALASDLRRLMHLMGIRENLDDPTVSIRTSERFFWELMSAWGEAPPIQEGEPFPAEEFQAKKLVLRELFAGESRETLQQEEAWKAHPSLFNWDFVLIDEAQDWPTEERDILGALFGPNRIIVADGVDQLVRRDGRCDWTLLAPTESRQIVPLRKSLRLKANICAFVEAFVAASHLEWDMAINDEVLGGRVIVVVGPYTQHVHSRIMGEHQAAGNRQVDALFCVTGSSGSTSTGIGATLQQWGEQVWDGSIAANRDTFPENVQQFRIVKYESCRGLEGWTVVCLDFDRLLQRQLEEGLRRPKDLFETQQEVADRFSARWGMIPMTRAIDTLVLQVSPHSNAAGVLTAIAKGRDYVEVIGG >MBQ1564907.1 stage 0 sporulation family protein [Clostridia bacterium] MVRVIGIKFKTSGRVYYFDPLDLPIKAGDGVIVETARGMEYGEAPNDPKEVDESEVVAPLKPVVRIATDEDKRLRAQYAAKEGDAYAICLEKIAEHGLDMKLVDVEYTFNGSKVVFYFTADERVDFRELVKDLAYALKTRIELRQIGVRDEAKMLGGLGPCGRLVCCKSFLDDFRPVSIKMAKEQNLSLSPTKISGLCGRLMCCLQYEQSAYEAIRSKMPKPGKEVNTVDGVGVVVENNAITERTKVRLTMEDGSIDIREYPYTHLSQPGEPLPEEALAAKKGDPAKDRDADAQFKREAANNARRNNRGERASQGQKPAQKPEQPKQEQQKQPQQKQPQPPEQQNAQQKPAQNADNANGQKNGQYRRRSRRRKPGNAPKAPEKNS >WP_075653737.1 gamma-glutamyltransferase [Helicobacter pylori] >OLR42784.1 gamma-glutamyltransferase [Helicobacter pylori] >OLR46658.1 gamma-glutamyltransferase [Helicobacter pylori] MRRSFLKTIGLGVIVLSLGLLSPLSAASYPPIKNTKVGLALSSHPLASEIGQKVLEDGGNAIDAAVAIGFALAVVHPAAGNIGGGGFAVIHLANGENVALDFREKAPLKATKNMFLDKQGNVVPKLSEDGYLAAGVPGTVAGMEAMLKKYGTKKLSQLIDPAIKLAENGYAISQRQAETLKEARERFLKYSSSKKYFFKKGHLDYQEGDLFVQKDLAKTLNQIKTLGAKGFYQGQVADLIEKDMKKNGGIITKEDLASYNVKWRKPVVGSYRGYKIISMSPPSSGGTHLIQILNVMENADLGALGYGASKNIHIAAEAMRQAYADRSVYMGDSDFVSVPVDKLINKVYAKKIFETIQPDTVTPSSQIKPGMGQLHEGSNTTHYSVADRWGNAVSVTYTINASYGSAASIDGAGFLLNNEMDDFSIKPGNPNLYGLVGGDANAIEANKRPLSSMSPTIVLKNNKVFMVVGSPGGSRIITTVLQVISNVIDYNMNISEAVSAPRFHMQWLPDELRIEKFGMPADVKDNLTKMGYQIVTKPVMGDVNAIQVLPKTKGSVFYGSTDPRKEF >TJW17418.1 hypothetical protein E8M75_09285, partial [Neisseria gonorrhoeae] >TJW36490.1 hypothetical protein E8M73_08730, partial [Neisseria gonorrhoeae] >TJW74928.1 hypothetical protein E8M70_12390, partial [Neisseria gonorrhoeae] >TJW78851.1 hypothetical protein E8M71_12235, partial [Neisseria gonorrhoeae] >TJW81894.1 hypothetical protein E8M67_12495, partial [Neisseria gonorrhoeae] MDWNNFVLNRCTFDWNGGGCAVNKGDDFRAGASFSLGRNPKYKEEMDAKKPEEILSLKVDADPDKYIKATGYPGYSEKV >NEK79366.1 integrase [Xanthomonas perforans] TPTLTNKQSYIGGRGGFFEWAQASGHYPRGDNPASGHVSYSTREKRARRKFGFKAYDAHQVQALFAPAAFEGLPLAARWASLIGLYTGARASEVGQLLTADVVVDGGIPCVQISDEGEHQKVKTDVSLRTVPIHPDLLALGFLDWVEQARAQGQERLFPAAKADAKNGQGNWISKAFSRHLAEVGKNWPTAKRG >MBI2506024.1 undecaprenyl/decaprenyl-phosphate alpha-N-acetylglucosaminyl 1-phosphate transferase [Candidatus Latescibacteria bacterium] MNTEKHIRLFNIDKLIISCFVVFLLTHEAQHLLAGSGLKWGYLLLLSFGIGFILTPLVCWLAHRLQVVDVPGGRKAHRETTALLGGLAVYLAFAITIVRNFSFSEELKGVALAGTLIFAVGLVDDLRTLPARLKIVFQLVAVGILIKYGVVISFFPYGLWGDVGEWLLTALWVVGITNAVNFLDGMDGLAAGSCAINAFFFGLVALQNNQDYMMYLSMAMLGSCLSFLPYNFRYRQPALIFLGDAGSNFLGFMMAALGIMGDWAGDELVKLIVPVLILGVPIFDMSFISFMRVKHGQVRSVGEWLAYTGRDHIHHRLEAMRIGRTGAVLVIYAVTTWLGLSALVLKSVTGLNALLQVAQAVIVFLLLGFFMVFVERQYTAIEQQANDQKGS >PIU18101.1 arsenical-resistance protein [Elusimicrobia bacterium CG08_land_8_20_14_0_20_59_10] MDDITKKLSFLDRYLTMWIFLAMGAGVAAGWLWPQAVADFNAASSVGTTSIPIAIGLILMMYPPLAKVKYEEMHRVFANKKVLALSLVQNWVVGPVLMTALAIIFLRDKPEYMVGLIMIGLARCIAMVIVWNDLARGDREYCAGLVAFNSVFQVLFFSVYAYFFVTLVPRWLGLEGAVVNITMGEIAKSVFIYLGIPFLAGIVTRYSLIAAKGKDWYSQKFVPVISPLTLVALLFTIVVMFSIKGENIVQVPLDVVRIAVPLLIYFVLMFFVSFYMSKKAGAGYPESATLSFTAASNNFELAIAVAIATFGIGHGAAFAAVIGPLVEVPVLIGLVSVSLWIGRRWFAQPPAGASAA >CAH2014332.1 unnamed protein product [Acanthoscelides obtectus] MVHNVVLLCYSDPDSHPFISDKEKMYLKKELENVHRESPATPWRSIWTSTPLWALVAAQIGHDWGFFTMVTDLPKYMSDVLKFDVKENGIWSSVPYVVMWLISMSSGWLCDWLITPSLGPALFIMIASYSGCDRYLTVAMFTIAMGFMGTFYCGMKVNALDLSPNYAGTLMAIVNGIGAITGIFTPYVVGALTENHTLKQWRVVFWITFAVFVVTNIIYTCYGSGEEQSWNNKEKNRDEKGKDLS >NBX99292.1 arylesterase [Burkholderiaceae bacterium] MLLVLGDSLSAEYGISRGEGWVNLLERRINNKGPAWQVFNASISGETTAGGLSRLPDLLQQKKPQLVIIELGANDALRGLALSSSEKNLRTMVQLSLKAKAKVLLLGMRIPSNYGATYSKQFANMYSTIATVENISLVPFFLKGVAEKPELFQADRLHPRAEAQPILLQNVWGKLAPLL >WP_254566347.1 VOC family protein [Oscillatoria sp. HE19RPO] MGINVDYQAAFVTLAAANFEEIVEFYGQLLAIAPNPYRPEVYAEFSASGLKLGIFKPKASHEAEFLPQGSGNLSLCFEVTHLEEAIAHLSHLGYPPPGEIITASHGREIYAYDPLGNRLIFHQSVQHFPTN >WP_108024271.1 SDR family NAD(P)-dependent oxidoreductase [Melghirimyces profundicolus] >PTX58650.1 3-oxoacyl-[acyl-carrier protein] reductase [Melghirimyces profundicolus] MHPPLSGEVALVSGGSRGIGAAIALHLAAAGADVALTYRSSAEKAKRVSEGCRAYGVRSSAYRSDVRSRSDVRGMLDEVTRELGRPSLLIHNAGVAGNSLFFQDVTGEEYDRVMDTHVRGAYHLIQEVLPDMVSRRFGRIILLSSIWGESGGAGEVLYSAAKGAINAMARSLAKETAPSGITVNAVAPGAIRTDMLNEQLSDAEKEELAGRIPSGRLGEPEDVAAMIGWLCRREAGYVTGQVIHVNGGWYP >XP_032206552.1 phosphatidate phosphatase LPIN3 isoform X4 [Mustela erminea] >XP_032206553.1 phosphatidate phosphatase LPIN3 isoform X4 [Mustela erminea] MNYVGQLAGTVLGTMKDIYRGLNPATLSGGIDVLVVEQADGSFRCSPFHVRFGKLGVLRSREKVVDIEINGEPVDLHMKLGDNGEAFFVQELESDDEHVPPRLCTSPIPGGDLSGFPSDSQLSTASEPEALAEGVSSTGRKKRLRRRKPRRKEDAVAASSSSEELETGAESELSLLEKPRPEPSGCVRTSPLSSVQSEGESSPQARDFYPYSDGEWGPQASLLPGGCTSPKSDSELELRTPEPGPPRAESHIQWAWGRLPKVAKAEWPESLKVADGRVGPASPLQEEPSAPSASVAGADPSGTLILQAGAGADLPPTDVDPPALVGSPLPTPGRKQTKPQSRREASLPPPSKSRSWATLEGPVAARQPEGSSGGKGPLKRSQHLGPSDIYLDDLPSLDSENAALYFPRSDCGLGPRRWSEPNSQKPLGDPSPEREPEPTPDVVAMIAVSLCGGLADGRDISLEKFNQHIVSYQDLVQNPGLLEHPNLVVKINEKHYNWAVAAPMILSLQAFQRNLPKSTVDKLEKEKMPRKGGRWWFSWRRRDFPAEERSAQTEKTTAREQQGGKTDVLSSEDEASESPVILEAPSLPPSPPAYTPTYKKFLRLSSNQIRRLNLQEGANDVVFSVTTQYQGTCRCRATIYLWKWDDKVVISDIDGTITKSDALGHILPQLGKDWTHQGITSLYHKIHLNGYKFLYCSARAIGMADLTKAYLRWVSERGCGLPKGPILLSPSSLFSALHREVIEKKPEVFKIACLSDIRQLFLPNEQPFYAAFGNRPNDVTAYRQVGLPESRIFTVNPRGELIQELMKNHKSTYERLGEVVELLFPPVARGPSTDLAHPEYSSFCYWREPLMTVDLDALP >EEY8067912.1 alpha2-macroglobulin [Escherichia coli] MKKLRVAACMLMLALAGCDNNDNAPTAVKKDAPSEVTKAASSENASSAKLSVPERQKLAQQSAGKVLTLLDLSEVQLDGAATLVLTFSIPLDPDQDFSRVIHVVDKKSGKVDGAWELSDNLKELRLRHLEPKRDLIVTIGKEVKALNNATFSKDYEKTITTRDIQPSVGFASRGSLLPGKVVEGLPVMALNVNNVDVNFFRVKPESLPAFISQWEYRNSLANWQSDKLLQMADLVYTGRFDLNPARNTREKLLLPLGDIKPLQQAGVYLAVMNQAGRYDYSNPATLFTLSDIGVSAHRYHNRLDIFTQSLENGAAQQGIEVSLLNEKGQTLTQATSDAQGHVQLENDKNAALLLARKDGQTTLLDLKLPALDLAEFNIAGAPGYSKQFFMFGPRDLYRPGETVILNGLLRDADGKALPNQPIKLDVIKPDGQVLRSVVSQPENGLYHFTWPLDSNAATGMWHIRANTGDNQYRMWDFHVEDFMPERMALNLTGEKTPLTPKDEVKFSVVGYYLYGAPANGNTLQGQLFLRPLREAVSALPGFEFGDIAAENLSRTLDEVQLTLDDKGRGEVSTESQWKETHSPLQVIFQGSLLESGGRPVTRRAEQAIWPADALPGIRPQFASKSVYDYRTDSTVKQPIVDEGSNAAFDIVYSDAQGVKKAVSGLQVRLIRERRDYYWNWSEDEGWQSQFDQKDLIENEQTLDLKADETGKVSFPVEWGAYRLEVKAPNEAVSSVRFWAGYSWQDNSDGSGAVRPDRVTLKLDKASYRPGDTIKLHIAAPTAGKGYAMVESSEGPLWWQEIDVRAQGLDLTIPVDKTWNRHDLYLSTLVVRPGDKSRSATPKRAVGVLHLPLGDENRRLDLALETPAKMRPNQPLTVKIKASTKNGEKPKQVNVLVSAVDSGVLNITDYVTPDPWQAFFGQKRYGADIYDIYGQVIEGQGRLAALRFGGDGDELKRGGKPPVNHVNIVAQQALPVTLNEQGEGSVTLPIGDFNGELRVMAQAWTADDFGSNESKVIVAAPVIAELNMPRFMASGDTSRLTLDITNLTDKPQKLNVALTASGLLELVSDSPAAVELAPGVRTTLFIPVRALPGYGDGEIQATISGLALPGETVADQHKQWKIGVRPAFPAQTVNYGTALQPGETWAIPADGLQNFSPVTLEGQLLLSGKPPLNIARYIKELKAYPYGCLEQTASGLFPSLYTNASQLQALGIKGDSDEKRRASVDIGISRLLQMQRDNGGFALWDKNGDEEYWLTAYVMDFLVRAGEQGYSVPTDAINRGNERLLRYLQDPGMMSIPYADNLKASKFAVQSYAALVLARQQKAPLGALREIWEHRADAASGLPLLQLGVALKTMGDATRGEEAIVLALKTPRNSDERIWLGDYGSPLRDNALMLSLLEENKLLPDEQYTLLNTLSQQAFGERWLSTQESNALFLAARTIQDLPGKWQAQTSFSAEPLTGEKTLNSNLNSDQLATLQVRNSGDQPLWLRMDASGYPQSAPLPANNVLQIERHILGTDGKSKSLDSLRSGDLVLVWLQVKASNSVPDALVVDLLPAGLELENQNLANGSASLEQSGGEVQNLLNQMQQASIKHIEFRDDRFVAAVAVDEYQPVTLVYLARAVTPGTYQVPQPMVESMYVPQWRATGAAEDLLIVRP >RYP28707.1 hypothetical protein DL767_007104 [Monosporascus sp. MG133] MAWSKSTRISIMLAIDVVFFLVELISGFMVHSLALMADAFHMLNDIISLIIGLWAVSVAQRATTDKYSYGFVRAEILGAFFNAVFLIALCISIILEALTRFIEPQEVSNPKLILIVGCCGLASNLVGFLVLGGHGHAHGHGEDDHSHGEEHAHDHVHQHDTIAAVEEGRAHGPTEATRHIQFNEPESSQSPGALGRRERERRRASSVKHSRLTSIEELSIHPASFRQDIIAHSRSTRDEDRTDESATDEDIDESAVDEMSPLVRGRNAQGHDTVSNGASRGYEPHAHRSSQRPRRDSGVHTQHNHNRTRSKSRKKGHGHGHDHGDMGMNGMILHVLGDALGNVGVIATALIIWLTEWPGRVYADPAVSLFITLIILKSAIPLTRATSKVLLQATPDHLELSEIKEDIQNLPGVVSCHHVHVWQLSDTKVVASMHIQIAFPITEEGGERYMKLAKQARKCLHAYGIHSATIQPEFCVDESCNHSEDGALALDGHSAPRCGIKTEGDVACLLECVDDCVGPGCCAPSSAAPSKAGSSRRSSSTSHDHAHNSSHGREHEHH >CAG7600102.1 Phd_YefM [Hyalomma marginatum] MKKWSLQEAKKYLAAIVDDVLHGDVQAIVKSNGEVVYLIPGEKSLPTKDATDLLHHQEKISPNIRSQ >KAF6036899.1 hypothetical protein EB796_004777 [Bugula neritina] MTGTKRKVYKGLLSPPGVKAEQAVDPELSQTALYLPSLPDSVTDRELFDFFKQFGPLVDVVLPWDSYTGRKRGFGRVQFAKMEDAKRALDSKHSSGSFSEIKQSEKRYESKLEKEKLYIRVESPETQSLVQTICGPDSLRSLRAASAYFPLLFVPMTSPESALKALERLQAEGVYVLFARERQAGLRGQRRF >WP_038233489.1 hypothetical protein [Xenorhabdus szentirmaii] >PHM32599.1 hypothetical protein Xsze_03346 [Xenorhabdus szentirmaii DSM 16338] >PHM41093.1 hypothetical protein Xszus_00770 [Xenorhabdus szentirmaii] >CDL80538.1 conserved hypothetical protein [Xenorhabdus szentirmaii DSM 16338] MAEFFSPILDLRSVGLLGELRGAPDTTYLVGSVMALPGLLSKGPVFIGSRGVAYYESKTCDELLSAVQSYAKYITNLQCTEKLCATPSKYILADHSLVKLLRIIDTLLNEPSVANEDVLPFIDAVKVYAKIVTSILTGNTFNVSFDFLHNLKLPASIRKQIPRTYIEGDNHLLTLAAAQIDPCPNSLVIGIMLGGAAAAAVTAEVWNSELNLVKISRYDDALCNSNHIWGRNISSQTMSSQTMSSKTSITIIDDNCGTGDTLRQATDLIMARTGVRPTARAVEFHWEKQVRTQVYGYSDRVFDPENSYVLTPWCFRHHKLLDKLVDQLLADGRCSSISTADWVAYSHGVLSILHDTSTNQAWSRKLLSFLSHLAPQKSLDSETPTDAFQTIVHQCPECSPNCSHSKPHFG >WP_260810007.1 thymidylate synthase [Vibrio splendidus] >UWZ97978.1 thymidylate synthase [Vibrio splendidus] MKQYLDLCQRIVDDGTWIENERTGKRCLTVINADLEYDVGNNQFPLVTTRKSFWKAAVAELLGYIRGYDNAEDFRKIGTKTWDANSNLNEAWLNNPYRKGEDDMGRVYGVQGRAWMKPDGGHIDQLKKIVDDITNGIDDRGEILNFYNPGEFHMGCLRPCMYSHHFSLLGDTLYLNSTQRSCDVPLGLNFNMVQVYVFLAIMAQITGKKAGVAYHKLVNAHIYEDQLAPMRDVQLKREPLAGPTFHINPEIKSLEDLETWVTMDDFWVEGYECHEAIKYPFSV >XP_030976676.1 uncharacterized protein PgNI_11542 [Pyricularia grisea] >TLD03809.1 hypothetical protein PgNI_11542 [Pyricularia grisea] MTSPDSKQRVTLPVGSEVVTVKIINPVNFGPAILDRFMAPPVPGFEKFPALPSFSFLIEHPSSGRKLVFDLGIRKDFKTGYSPKICQYIPTTNYDIKVEKDVVEILEEGGVDPQKIEGVIWSHWHWDHIGNPQSFPGTTDLIVGPGFKEAMLPGAPANPESPIQESDYANRKLREVTFDGPQAFKIGSFPAYDYFGDGSFYLLDSPGHAVGHLCGLARTTASPNSTFVLLGGDVCHYAGIFRPSPQLPIPDSITPHPCPSSSLPTLCPGHAWEELQKSRGGRQPTDTLYDMTFGHDIPLATNTMRWLQELDCIDDVFVIIAHDGTVRDGGVPQFPASLNDWKAKGWGRDLRWAFLRDLESFWRSKELL >KAI9082639.1 hypothetical protein K1719_035508 [Acacia pycnantha] MSRGTSTGAKGKKKGATFVIDCAKPVEDKIMDIASLEKFLQERIKVGGKAGALGDSVIVSRDKSKITVTSDSNFSKRYLKYLTKKYLKKHNVRDWLRVIAANKERNVYELRYFNIAENEGEEED >MCC7230466.1 prepilin-type N-terminal cleavage/methylation domain-containing protein [Fimbriimonadaceae bacterium] RRSLRGFTLIEAVASIGLVAIGIASAMGGLGAMAKTDRQMQEREIMQRLAVQKYDEIVSTNAIDTAELNGDFSDRSDNRYEWRAEVEPSGEENLEILTVTVKRLDTEEGPEATLDGLVYRPPVATGGTTP >WP_190890574.1 MULTISPECIES: TauD/TfdA family dioxygenase [Nostoc] >MBD2559798.1 TauD/TfdA family dioxygenase [Nostoc linckia FACHB-391] >MBD2645238.1 TauD/TfdA family dioxygenase [Nostoc foliaceum FACHB-393] MKNPEIDKPIIKKLGTFKRQIVSISPEELIKTECLEGRLLPLIVQPTIQELNLAAWAKNNQQFIETNLLKNGGILFRNFQINGAAEFELFIQAIAGNLLDYSYRSTPRHHVSGKIYTSTEYPAEESIPLHNEMSYSCNWPMKICFHCVQPAKEGGETPIADSRKVFQRIAPSIREKFQQKKVMYVRNYRDKLDLPWQDVFQTNSKTEVEDYCRNNGIEYEWYDQNSLKTRQICQAVSTHPQTNEIVWFNQAHLFHVSSLNPTVREGLLAGFKEEDLPRNTYYGDGSPIETSVLDSIREIYQQEAITFPWQAGDVLLLDNMLTCHGRAPFIGSRKVLAGMAEPFISKN >KAG6242063.1 hypothetical protein E4U24_005858 [Claviceps purpurea] >KAG6275354.1 hypothetical protein E4U47_000928 [Claviceps purpurea] MSEKTALPILSSQGAAPSDHKPPTVNTTTTTATATATVMAAATAWKPFNRRQSWNREEQKREMQMREVGTVKSKTGSGFTEKGV >MBM3933481.1 hypothetical protein [SAR202 cluster bacterium] MDRVTIEIRTDGEIRASEIIADLRAAAETLYFPMKLVGFWDYRQRLHLCPHEERRLSCPHVLPKEDPAHVPYETTVQRDRKGSLAIDFPHAGTVVYLR >WP_115313274.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >MBL7565186.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >MBL7571777.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >QQB98265.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >QRJ65881.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] >RTX96492.1 MBL fold metallo-hydrolase [Staphylococcus saccharolyticus] MRISSLTLGLVDTNTYFIEDDNHLLLIDPSSESDRIIKKLNQINKPLKAILLTHAHYDHIGALDDIINKYNVPVYMHDEEFDFLKDPEKNGAAKFKQYGMPQVISDAKPLSIKEGPTTIEGFHFSVLHTPGHSPGSLSYVFKDFAVVGDTLFNNGIGRTDLYRGDFETLVDSIKDKLFELDGDLPLFPGHGPYTTVDDEQLNPFLNG >WP_166199813.1 hypothetical protein [Sphingomonas sp. HDW15A] >QIK95339.1 hypothetical protein G7076_01520 [Sphingomonas sp. HDW15A] MLAKILGALAGQKLASRNNKATGALIGAAVPIIARRGLGPLGLALGAGWLAKKGYDKYQARERTRAA >WP_009803198.1 hypothetical protein [Oceanicaulis sp. HTCC2633] >EAP89005.1 hypothetical protein OA2633_14046 [Oceanicaulis alexandrii HTCC2633] [Oceanicaulis sp. HTCC2633] MAVRSKRKSQAWLVRIRDCSAKAFVLGVLGLAVILFPLALTSGSVWALWYF >WP_166389238.1 histidine kinase [Nocardioides ochotonae] MSTRWWRWADRDEVSRVDAYTRQSLHLLLWGSPLFLALQALPRVPEDQTGLAAGIVAAGLTVCVPATVVLRDVMEAHPRAGSLPRRAVPFLALLAVAYVAALWLPTETRGLAVMLLWSALAWSLGGLRGRVATGVLLAALTLTPALASREPMTALLGLGVGAFFVFTVRVSLWLLAVVRELDEARSTRAALAVAEERLRFSRDVHDVLGRQLSVIGVQAELAATLAERGDPGAAARMQEVRAAAHEALREARELARGYRATDWHQEVEGARSLLRSAGTEVELAVDDLPPAWHEPAAWVVREAVTNILRHSAATRVEVRYADGELCVTNDRPAPAGAQAGTGLQSLSDRLAPVGAALRTAHTPERFTVVAALPGTAPAAVPAAGAGLVATEGGAR >WP_214921910.1 HTTM domain-containing protein [Streptomyces sp. ISL-98] >MBT2507906.1 HTTM domain-containing protein [Streptomyces sp. ISL-98] MTVRAALALGRESAGGLGRQVAGRARNLTLQPLALYSAAAIRIGLAGLYLIHLLRESVRADRLWGPGSPFTPELFDQTMKARGWDGAFSWWYSLLATDSSLVFWSWYALAVVVSALLMLGWHTRATAPAFCFLVVAFYIRGSMANSGWALLSLLFANFLVFVASGRHWSLDARRRARSKGTSKFVFWGAETEELRRRMVTVLHNGGMAMIALQVVVIYGSAAMYKIQGESWRNGTALYYSMMYDDFSTWPELSAWVASYGTFAAVMAYVTVFSQMLFPALVFNRRLKYCILVVMLATHIGIGILMALPMFSAITIVGDLVFLPTTFWLAATRLVRTLRAREEKPEETVRPPREAEAEAEAEAEVEVSSSA >BDT03353.1 hypothetical protein SHM_09990 [Spiroplasma ixodetis] MLNLLNKLREDLKMKIKALKKLQLITVLIFILTILIIIAGLLLLGLFHGKEVVTIKSNHLVKNTEPLIYEYNGFTLWSKYSWYYILTNNNICLNNFGSYYIIHNSYNYSLLWLKIAVIFSTIVVPIFISIILSLTFLIIGLKRKIKNNNFWDAIANCEIISNGFSPFMYYF >KAG9273239.1 enhancer of mRNA-decapping protein 4 isoform X1 [Astyanax mexicanus] MASSSNIDIEGATQHLRDILKLDRPSNSAEAPAGESQRKTSFNGELNGLMGADLIGTGVRTAMVEPTAHNTDKMNTTLDSQTISLSGDDGSTCIAITASNVEIIASRDSSIDSKARGSNKVKIQPVAKYDWEHKYYYGNLIAVSNAYLAYAIRGGANNHSMIRVLRLGSSERTLLKGFTGAVTDLAFAHLDSNLLGCVDEAGNMFIWQLSSQNSKIQDEVIVHIRRPEDTLLNSNRRLIWCPFIPEDNEENPEDSCQTLALLHEDRAEVWDLDILRSSNSIWPVDATELKEGFITIKGHTARISEGALSPDGTVLATASHDGYVKFWQIYIEGQDQPSSTVSCRCLHEWQPHNGRPLSCLLFCDNHKKQDPEVPFWRFLITGADQNQELKMWCTVSWTCLQTIKFSPDPLNSSVQPSLKASLDLSAECLILSDVQRKVLYVMELLQDQDKGRASFTAVSEFLLTHPVLSFGVQDVSRARLRHTEVLPPDEESESMTAEGSQGPLESKSGIQIKLYCVHTKSLQDVQIWFQPNQGAAASLFMPSCSGSQDGFGFADPLTDLSIEALSSDKESGGNGSQNDLCKIPALPAPADFLSPAGSAMPKLMTPDAFMTPSASVPASPGSSASSLTIVTAMSSSDSGARAAEDLMQSPKLCTDGASSSLALSTSSPRSSSILISGLGENIQVLPSPNPPLSLDLQAIEPILLPQASPTRARSPDVISSASTAMSQDIPEIASETLQRSLVGTAAEARDPLQGLHADSMASAASALHLLSPRNRNSSEPILLPLELGGGTTDGEQRLSNTPSLLETALSQENAAAAAAVSCSDSSANHSWPAAPDITRETRNSLRDNGLGDCSREDLKERHMSSPYHRRTYHLTQNDSQDASAEQSDHDDEVASLASSSGNCGSRASHRLPVKDWKTSPRGSPKLKRKNKKEDGESSGRQADNQLSAEVQEELLLLLRSQQRELAELRQSQQELLQRVTGHMDAVQSSIMAHVEHVLLTQQEQEQRRMERVLAEGHARNQQLQEHMAQQLAHTLGTTLSSRLDKVLREEMKKTVPQTISKSLEPVTGQMSNTIAAKLTAVEGTLKENVIKVVKSKNITDAIGRAAAEAMQGPIQAAYKDAFQSIVLPVFERGCQSMFQQINDSFKQGTHEYIQQLETHAKNRKQREQEARDPVIGQLQQMIDTLQSSQDQLATTVAAGVRSEVQHQLHIIVGNLQDSILTQVQRIVKGEVSLAMKEQQAAVTSSIMQAMRSAAGTPVPTAHLDYQAQQASILQLLQQGQLNEAFQQALSAADLNLVLYVCETIDSQQVFGQNPCPLHQAVLLSLIQQLSTNLATRTDLKISYLEDAVMNLDHGDPVTRDHMSAVLSQVRQKLLQFLQQDPHSPLSKRARRLMMMLQGLVSH >KAH9897695.1 hypothetical protein C8Q73DRAFT_368004 [Cubamyces lactineus] MANVNRCEAVTTVGIPAGREGPVRFLCCMRPRNKPASVERASCKATLRSHFRRRHSCSASMSCTIKWYVPVLATASASTSPRRTSVSPPPQPIQYARLDPQRSLPTVRRAGSIVHTCLFRLIRIRHNGAVPREVGLPYTLRLGWWRSVHVRMSGRICSLCRLSAAQGTYEGRREDNTVDSPPMFGICIYPVSHSDSGWTAVQSRVKRGGSSAISVNFTELYDLVGRRPQAGTLLGVAISGGPD >RXM36450.1 hypothetical protein EOD39_11825 [Acipenser ruthenus] MMNGYLRAKGIFVQRQRIRMSLNSIDPVSSAGQWAQVINRRSYHVPSPNSMWHMGGHMKLIRWGFVIHGAIDGFSRLVPYLHCATDNSSSTVLQAFSKAVAEYGLPSRMRSDHGGENIQVALLMNILRGLQRGSHITGVSVHNQRIERLWKDVFLQVVEPLYKEFYDLEDLSILEADNDVHKTCLQLVYLPEINKILQLFRQGWNKHKI >WP_119380110.1 M48 family metalloprotease [Henriciella barbarensis] >RIJ22191.1 peptidase M48 [Henriciella barbarensis] MPTRFLKGALAAALTAAAAMTASAQSLIRDAEIETTLRNWTDPILEVAGLDPDDVGLYIINDPDLNAFVANGQRIHLHTGLLIAADTPGQIKGVIAHETCHIACGHSISRSRAANVASRPALISIGLGVLAMAAGAGDAGAALIASSQQFAALNFFVHTRAEEATADAAAVSYLAQLGQSPSGIVDFFDKYRVQEVLSESRRYPYFRSHPLASDRIRTTRALAEDTGLMDVEPDAQTIREFELMQAKLIGFLEPLARVYQKYPRTEDSEPARYARAIAAMQSSDMTSALSEIDSLLEEFPENPYYWELKGQALFEMGRAAESVEPHAKSLEYLPGHPLLLINYGRSLIARAEQGDLEAGEEALRDALIREPDNSFAWNQLAAALEKQGRRAEAELATAESAYHIGDYQRAHIFARRAIEDLEEGTSEARRANDIRNVTDPALPENQDYWRRRG >KAI9362949.1 PIN domain-like protein, partial [Zopfochytrium polystomum] ATHASIWLHQFQKALRDKEGNPVQGAHVLGFFRRICKLLFFNIKPVFVFDGVTAPLKRQTVANRRKRHRDAETSLQKTAEKILQQQLRLRAISSLTQEG >XP_024427063.2 cohesin subunit SA-3 [Desmodus rotundus] MPTLRSSSSWFHGSSSPSSASSPLQQAMGSGQRGLSAPSSLYVNVPCDDRDLDRASEGDSDSLSADEGSDFEDSSRRNVKKRAAKRPLKTTPVAKHPKKGSQMVRGHSQKESEPPANDLFDAVKAAKSDMQSLVDEWLESYKQNQEAAFLELINFFIQSCGCKGTVTPEMFKKMSNSEIIQHLTEQFNEESGDYPLTAPGPSWKKFQGSFCEFVRTLVYQCQYSLLYDGFPMDNLISLLTGLSDSQVRAFRHTSTLAAMKLMTSLVRVALQLSLHKDNNQRQYEAERNKGPGQRAPERLESLLEKRKELQEYQEEIEGMMNALFRGVFVHRYRDVLPEIRAICIEEIGSWMQSYSASFLTDSYLKYIGWTLHDKHREVRLKCLKALKELYSNRDLTARLELFTSRFKDRMVSMVMDREYDVAVEAVRLLILILKNMEGVLTDADCESIYPVVYASHRALASAAGEFLYWKLFYPEYETRMVSGRERRRSPLAQRTFFHLLLSFFVESELHDHAAYLVDSLWDCAGSQLKDWESLTSLLLEKDQNLGDVQENTLIEILVSSVRQASEGHPPVGRVTGRKGLTPKERKIQADDKMKLTEHLIPLLPQLLAKFSADAEKVAPLLQLLNYFDLNIYCTRRLEKHLELFLQQLQEVVMKHAEPAVLEAGAHALYLLCNPEFTFFSRVDFTRSQLVDLLTDRFQQELEELLQSSFLDEDEVYSLAATLKRLSAFYNAHDLTRWELYEPCYQLIRKAVDTGEVPHQVILPALTIVYFSILWTLTHLSGAGASQKQLLSLKGRMVAFCELCQSCLSDVDPEIQEQAFVLLSDLLLIFSPQMIVGGRDFLRSLVFVPEATLQSELASFLMDHIFIQPGELGRGHSQEDHLQIEQLHKRRRLLAGFCKLLIYGVLEMDAASDVFKHYNKFYSDYGDIIKETLTRARQIDRSHCSQILLLSLKQLYTELLQEQGPQGLNELPAFMEMRDLARRFALSFGPQQLQNRDLVVMLHKEGIKFSLSELPPAGSSSQPPNLAFLELLSEFSPRLFHQDKQLLLSYLEKCLQRVSQAPGHPWSSVTTYCHSLSPVENTAETNPQGYPHSKKRRIEGSSRQHREDISSSQEESLQLNSIPPTPTLTSTAVKNRQPLGALEETEEEGGSESEFTQRQLLRGTQKSRFLSAQHFQTALNPSGPGLGNRLTRLSLMEEDEEELEIQNKSGEEWQDPDKPSYPSEPGLDLLDSTELNFEDF >MCS7281253.1 type 1 glutamine amidotransferase [Thermodesulfobacteriota bacterium] MKDKRERKNVLIVKNAIEEGPGNIAEFLKAKGIEFHEIEAYKDRYLPGSSFPYEYVVVLGGPMGVYEIDRYPYLAMVAKLIELALSKGKKVLGICLGAQLLAYVLGARVYDSGELEIGWCEIELTDEGSSDECISTFFGEKRKCEVFQWHRDTFDLPKGALRLASSKRFLNQAFSYFGSLGLQFHPEITPSMVKEWFRDRKDFEQIVQKTKVMYASYRKAAENLYEKFFKLERR >WP_014036593.1 WYL domain-containing protein [Stenotrophomonas maltophilia] >AEM50681.1 putative DeoR family transcriptional regulator [Stenotrophomonas maltophilia JV3] MRHTAHRLLRLIALLQARRQWSGAELAERMGVDRRSIRRDIERLRELGYPVQASSGVGGGYQLGAGAPVLPMLLDEEEATTLAIALRAASATVTGIDDTARGLLSKLDPLVPTRRRQQAGEVHAATATLSDLPSTDARLLGRLAQHCRQASRLAFEYRSAQDAVTQREVEAQHLVNYGRRWYLLAWDLGRQDWRTLRVDRMGAVRECAEPGMHRRTPAPPDVMVRQAVSQAPFALQAIVRLAGSRAELEGRIPPWCGVLEADGPDHCLLRMGAESRGMMLAQILSLDRVPVALWTTPPGLRDELAQRLAGLGQVLAVPPVTG >WP_272150417.1 hypothetical protein [Tenacibaculum aiptasiae] MENKNTLKTAMKMYRGGGSTDDGMQNGGGSSTGTGDSTGGGGNGNGGNG >WP_226863423.1 MarR family transcriptional regulator [Mycolicibacterium baixiangningiae] MVVRAFDERLGDRGVSTPRSKLLAEIERLQPVRSADVARAVGITQATASTLVDALVREGLVMRAPDENDRRAVRLSTTDAGRRQARDWRADYTAAAHEMLACLSHGEKKQLTELLTRLGDHLA >KAI5358731.1 hypothetical protein Slin14017_G110140 [Septoria linicola] MRPQRAEYTRSITLDSIPTINSRGQAQHVQRFDGINKRNEQWDHLRRDNELWSADGDCVVHLCAPKTSRRGPSFKIPLKVVEQTDSPFLLEECLHRIGSASPTISDDDNSDSGYSGSASGSQPGCSELYIPAPAYATRTEAHSFHLNTRNLFAYLLDVPLVGRSLGEALAQLWNRINQWHPGASAESDFRVYCKEQGYLSYVENPQYSLATLYFVEQTRTADMWTEAFVHCVGMGHDRLEDYEDYTRLSESTRELLAEGEANMRSHITQVTKSLGTFLEEDLGTENLGLSKPLRDHLDRFRSILHSFYVHEINGYFPPDESDPWGKRLWHGMYGDFHSLYLYLADTKSSEDHASNLGAQGGICVAQNLQAFDERHDFAALPYMLPLIPDYRPRLQERAPELRRSLGSLRIGRSGGTITTKPTSGQALSRATNSHDQSVIRNRLVQEYIRFEGLKMEEKVTSTEARKVRWLLVYSALQLLISITKAPAEVRDTRTPSYPLCVLDTACPTWPEDQDTWQSSEEHAAQYFAAVEAVRKSADEDRISIHPDCEASCAADYFSMTAVSRPGTSAGAECTTPSALTRRPSTLSRTASIRSSVSTLHRSVVGSLARRNSQRRGSMVAPSLRSPTVGTFCETLHELQGSEVEEVSPVDSVMGLDTPFEIIKSDDTDAPALEMHQLSIVDTTAKPVRRLRHTSGSIRHKRRKSKTASIDCGFPASEATPMDLPQRLASELGTLGGFDFGFDMPQSIAEPEPQYGTAQSTEQLQPPQQSKRAGIAIGSYVPAGTFTNKSRVQSTTSLVSMASNASSVYPENSTQADEIEEEDIRGRRRLRGLDRLRSFAL >WP_242320225.1 efflux RND transporter periplasmic adaptor subunit [Bacillus cereus group sp. BfR-BA-01349] MKKKKKNKVLITSVVAIGIAAGSYFAFAGGGSEVAMAYSGYKVTEKQIQNAQKFGGEVIPNGIETISFDPTKGTYELAVKKGDEVKKGQLLFKYNDPTAKQGVTEAEMQKKIAQKEVTLFQKQIDAAKQKLQKDKNAGLPAEALKASEVEVGQLESQLEMKKFEVEKADEMIKAAKEKVNTLSVTSPADGVIDDIVKTADEKTGMSGITLRHAGQFKVKGQLSEYELASMKVGQEVTVSSKTVAGKTWTGKVTEIGSTPLKSMDENKTVSNYQFTVTLDNSDELQNGFHVYVTSKSGEATGTIVPKSSIVKKGDKNVVFVVKDGKAKEQAVTVEFETDSEAKVSGVKKGEEIISKPEKDLKDGMEVVAQ >MSZ54974.1 thiolase domain-containing protein [Actinomycetia bacterium] MSIRGAAYVAGIYEHPRREIPDRTVWEIHTEVALGALADAGLSMSDVDALFCDGTAGFGVLTLCDHFGLQPKYVDSTETGGSSYLAHVGHAAAAIAAGKCSVALVTLAGKPRTGKPGVSFAAGPENSFESGWGLSGAPHSYALAAQRHMYEFGTTSAQLAEIKVAASIHAQYNPHALLQNVVTVDEVLNSPMVADPLHRLDCCVVTDGGGALVIVSPEIAKKLGKTNAKILGHGEAVKHTNNGRIDLTHTGAAWSGPLAFAEAGVSVQDIKYASIYDSFTITVLQTIEDLGFCEKGQGGRFVMDGGLVAPFGKLPFNTDGGGLCNNHPSNRGGITKVIEAVRQLRGEAHPEVQVPNCQIALAHGTGGSLGSRHGSVTLILGQEDA >NRB72577.1 alpha-hydroxy-acid oxidizing protein [Xanthomonadales bacterium] MAKLDRCLNIDELRHAAKRRAHRMVFDYIDGGADDEVTLARNSDAFNDYDLLFKVLSGADDVDMSTTLLGAKIHVPFFASPAAGHRLFHTDGERGVARAAHKVGTIFSLSTLSSVSMEDISALTTGPKWFQLYVWKDRGLVKEMLDRAKEAGYRALILTVDFPVAGNRERDPRNGFSIPPRVGLKQAWHAMMAPAWMLDYLIRPAVRYANLSEDTAAVSLQEFVNEQFDAGFNWKDAEWLLGEWGGPAVIKGVVRPDDARHAVDLGFKAVMVSNHGGRQLDRSPAPVHVLEPIVEAIGSDAEVILDGGVRRGTDILIALALGAKAVGFARPFLYGLAAGGEAGACRALEILRDELRRNMALLGTKNIAEINRALVQRRPSS >KAJ1832792.1 hypothetical protein LPJ70_006523 [Coemansia sp. RSA 2708] MACKRTRSEFEADLYQFDWSLSDGMSWSLTSLTTESSIFSVATILTPSTDLSPTMVSTANYSSNEDTLTETYPLE >WP_007162313.1 MULTISPECIES: Bax inhibitor-1/YccA family protein [Pseudomonas] >OYT81646.1 BAX inhibitor protein [Pseudomonas sp. PGPPP4] >HCV78162.1 BAX inhibitor (BI)-1/YccA family protein [Pseudomonas sp.] >EHK69348.1 putative 24K membrane protein [Pseudomonas psychrotolerans L19] >KIZ49837.1 membrane protein [Pseudomonas oryzihabitans] >KTT54689.1 membrane protein [Pseudomonas psychrotolerans] MNERQYAYNPAIAQPRDVSRVLRNTYALLAMTLAFSGLVAFVSQQMRLPYPNIFVVLIGFYGLFFLTVKTRDSGWGLVSTFALTGFMGYTLGPILNMYLGLPNGGSVIASAAGMTALAFFGLSAYALISRKDMSFLSGFLMAGFWILLGAVVLSFFVQISGLQLAISAGFVLFAAAAILFQTSAIVHGGEDNYIMATITLYVSIYNMFISLLQIFGFASNND >OJD14960.1 hypothetical protein AJ78_04743 [Emergomyces pasteurianus Ep9510] MRTLHYYQNNQPFLPLNLSNILASLVLAAWAQWCPSGSQSLASTYHFGDVKNSNVDEAISMSRNEKKMKRKISGCYDMHKFAESVKHAVVEGSGNDLRKGDIMFDGGNENYRKTERRRRELEPKGISWVGMGLTGGYPSARHGPSVALG >XP_025094492.1 programmed cell death protein 4-like [Pomacea canaliculata] >PVD30284.1 hypothetical protein C0Q70_09548 [Pomacea canaliculata] MSADMENVSEPVQLQDGESTDVAMNGEVEVIPESETAEDRPVRKAKRQLSRQRSGSDSSNNNAAVKKALPNSKNSRKSRDGRGRGLPKKGGAGGKGVWGRPGEELGEDGNTVDSHDPNYDSDSQDSNIQFEKICPEMSQEDFCKFINPVVMEFYEHGNTKDVLEELNDINFEHLKRTLVECLISKALDHKDHHRELTSVLISDLYGRVLSSDDVVDGFDDVLGKLSDLTIDTPDAATVVGKFIARAVADDCLPPKYIMKYRGEETEEDCPHTKLAVDHADVLLNQTHGIVRLDNIWGQGGGTRPVKLLIRKIVMLLKEYLSSGDITEATHCLTELDVPHFHHEVIYEAIVMVLEESSQRAAEMMSKFLKSLAEAVIITPQQIGQGFARAYDNMPDICLDVPNAYSLLEQFCTLCNKEGFLSDALMKDLPQRGRKRFVSEGDGGRIKSS >HFC49641.1 FAD-binding oxidoreductase [Thermofilum sp.] MRGAVRMAKYNVVIIGGGITGVALAYMLAERGVERVLVLERNYLGSGSSFKCAGGIRASFSSEEHVKLMLRSIELWHELSKQLGFYYEQSGYVWLLSTEEEFKHYRELARFHNTLGLTTRVINGERVSDLVPTISVEGLVGALFDPLAGKASPFETLYSLYLAAKKLGAEFWTGCGAEKILIDDGHVVGVKTGRGPIYCDAVVVAAGSETRRLLMGVGVDVPLEPVPRHALITEAYSEVFKPLVVDASEGAYAVQVKEGNFLLGADIEERKGAPLTVRADFPALVLKVWSRWFQWLLYTGILRYWSGYYVVTPDRHPVLGPVNKVEGIYVAAGFSGHGFMMAPVVAEELTNWIVKGKPQNTYACRLVLS >WP_125257517.1 DNA polymerase III subunit chi [Brevundimonas fluminis] MTSAPEIWFYHLERSSLEQVLPGLLEKTRERGWKALVRVGSPDRLDTVDRDLWTYRDDGFLAHGRADKPHAERQPILLSQSGENLNGAQALFILDGAELGRTEGYERCFILFDGRDDLAVQAERDRWKALKGQGAALAYWKQSPEGAWQKAA >KRL50971.1 hypothetical protein FD48_GL002024 [Lactiplantibacillus paraplantarum DSM 10667] MEVMPMLTPNEIRRRLRRDLFTIAEAYQIGFESRLYTETEYENLKQTLLQLRELNMKPQHIKQLLAING >WP_270429919.1 DPP IV N-terminal domain-containing protein [Butyricimonas virosa] MKKFIVYLFFLNLSCGLFAQNANYEQAEKAKSNRLPWNSDQLTPFFTQGSDDFWFREVKEGEEKYYYVDLKARKVEKLWDPVYLAAEMEKATGRKYDPKKFGFWKIYFNKGGEILNWMDGNVIFEYNRKTRKLSYTKKEINPSDMMPRRMRFDTGISPDGRYQVFGKEHNAYIRDLQDSTVVQLTFDGIPGFSYTDERETTKEVPLAPLWFDDSKNFCLFRQDLRGLGEVSYINCLKGRPLAQNSPIILVGDSVVLYNEITLYDVSTKTQKKVKIDKWQDQQMRILHSDTKANKLYLERRNRRNTMLDVCEVDLSTGDVKVIIHEEGVPYIGIELASITFLNDYKDIIWWSERTGHGHLYHYDGEGNLKNVITSGNWTAGKVVSIDEKNRTVYFQAYGVTPGENPSYAKICKANVDGKGKMVVLTPEEATHNVIFCPSKRFIIDAFSRPDLPYQFTVRDTRQGDLVFKLSELDLNDMYKQGWKMPETFSVKAADGETDLYGVMWKPFDFDSTKRYPIISCVYPGPQTDNVPLTFEVGSTNEALAQVGFIVVAFNHRGGLPLRGREYHSFGYNSIRDHALADDKCGLEQLIARHSFIDGDRVGIYGHSGGGMMSTAAICTYPDFYKACVSSAGNHDNNIYSQFFVESHYAIDEEVKVIEEKLETKDGRDSVIMREKTFYSVNLPTNMELAKNLKGHLMLIVGGMDGNVHPVQTIRMVDAFINHGKDVEFVLLPRGRHTYDGVSAWYFENKLRSHFAKYLLGDFKSSGFYDIEINEYEQIIK >KAJ1924652.1 N-alpha-acetyltransferase, non-catalitic subunit [Tieghemiomyces parasiticus] MTAHPPVRQNMESAMSNGHGPDHASAKGGSNESNDDGWTDILPLLASAAQELKTGELLRAPHFELVDCMSVLEIMDPKMDAGLHLVQQNPAPEFDPEAPRTPAEVLWIMDQFSVCEMTWQSGHSDIQTLHTCRYLPHLVYLAESAVDRYRDERFWTFTLYTYLLAVLHGAHLVWTEMRKGHLYEDEDFTTATHGQPFPQHLTVSQSRRLLVGAIEGVKARLAALAATPAPAPNGAPSGATAAPPRKPTDRRVLLAVLNRLEIRLLWLRILQLHPYTPEACANVECLVDTYFTHRRSDNRVERTAQAVGCPVQGVFDPNAGLKLIEQTPPRAIRLLTVTEAGGAMDQLLTGLQRLLQIRNFDSSMSLVTFLALFHDGARAPAPFVRSLIMTLLDVHGTVFEHRSHHQLIADRVREFCCPPRQFLPPDAETAPCLATPSNQDRTAPVTRPDTLATQFIKHTTGAYLSYLKVFSQNLARQRRLQRRLLTDWDTIYVQTLELERQNAEINRALTRATDRHIPQEYGYFSAWAMDVKLTVMIRFVLSGVALDIYKPGELIIIYWYADYLQSVRISHIQSVRDSITRIAEASDYDGIDRAAFERTIHLLRSMRGRLCVEQELCRGLVMVLAALARLGQHDRWDFGLSDVKAYFDTRFRVFLGVSIPTLLDHTQWTQVGQYFADSPPEPLLERAEDHFSECLRQLDDLAYNPADFRGYRFCIDTSLQRYLADVRRTAVLNRQTVSWLQDRLENDPVSLRAGRRLVKCSSLTYSPAFVVFRPPES >XP_043876828.1 CUGBP Elav-like family member 2 isoform X8 [Solea senegalensis] MVSKKCNENDIRVMFSAFGQIEECRILRGPDGLSRGCAFVTFSTRAMAQNAIKAMHQSQTMEGCSSPIVVKFADTQKDKEQRRLQQQLAQQMQQLNSATTWGSLTGLGGLTPQYLAVRSAATPPTITTSSSSAPYYSPVANAAAALLQQATSSGNLGAFSGIQQMAAGTTGSSNAGAMNSLTSLGTLQGLAGATVGLNNINALAGSVNSMAALNGGLGGAGLTNGTAGTMDALTQAYSGIQQYAAAALPTLYSQSLLQQQGAAGSQKEGPEGANLFIYHLPQEFGDQDILQMFMPFGNVVSAKVFIDKQTNLSKCFGFVSYDNPVSAQAAIQAMNGFQIGMKRLKVQLKRSKNDSKPY >WP_047430984.1 NAD-dependent DNA ligase LigA [Acinetobacter sp. neg1] >KHF76702.1 DNA ligase [Acinetobacter sp. neg1] MEHNSVIEQMRQLIQLIAKHNHAYYVMDQPSISDSEYDHLFHQLKALEQQYPDCIQADTPTNKVGGQALSKFESVTHAVPMLSLGNVFNQEDLFAFARRIDERLPNQKVQYEVELKLDGLAISLWYENGVLVRGVTRGDGETGEDITQNVKTIRNLPKVLSSQHQAIPQFLEVRGEVLMPKQGFEKLNADQEAKGDKTFANPRNAAAGSLRQLDPNIAASRPLAFYAYGIAQCIPNHGLETMHDSLHWLTKFGFEIAERQFLCASIEEVQQRYEQIQQERPDLKVEIDGMVIKVDSLKQQQQLGFLSREPRWATAYKFPAQAALTKVENIDWQVGRTGTLTPVARLAPVFVGGVTVSNVTLHNIGEIHRLDVRVGDTVSVYRTGDVIPKVEKVWAEFRPVDAEMVHLPENCPVCDSPVVMPEGEALARCSGGLYCAAQRIEAIRHFVSRKALDIEGLGDRWVESLLHLDLLKDVADIYHLHEHRATLLTIEKMGEKSVQNLIDAIEASKKTTLARFIYALGIRGVGETTARMLANTFQTLEALKSADIEALKKTPDVGDITAEWIADFFQAPHNIEVLDRLMAAGIHWDAPTAPTRQPLNGESWVVTGTLETMGRDEATQKLQALGARVSGSVSSKTKCVVAGEKAGSKLDKAQKLDIRVMNEQEFLEFLAQYEA >WP_150396769.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] >AYB51828.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] >AYB56382.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] MPMTLSPLASPSDAAVPAAARDALLHASGLCKTFAGVTALDNVGLSVHAGRVHALMGENGAGKSTMMKILSGVYLADRGALYKHGRPLQLRSPRDALRHGIAMIHQELNLLPDMTVAENIWIGREPRNPLGLVDHGELRRRTAQLLSRLEIHIDPDTELGDLSIASRQMIEIAKAVSCESDLLIMDEPTSAITDREVEHLFRIIAELKRAGKAIIYITHKMDEVFRIADDVSVLRDGRYVAGGPANGFDHAALITAMVGRELSEIYPKVDVAPGEVVLAVRGLTRRGVYRDVSFEVRAGEVLGVAGLMGSGRTEVMESLFGIVPADAGEVHLDGARVQLRHPGDAIARGMAFLTEDRKKSGAFLSLSVGCNMEISALGRHCTAGFVRQHEMTRKCEAMRRQLRIKTPSLDEAIENLSGGNQQKVLIARWLLNAPRVLILDEPTRGIDIGAKAEIYRLIGMLAQSGVAIVMVSSELPEVMGMSDRILVMHQGSVGGLLARPDFSQERIMALASGVRTFDL >WP_239393343.1 YfcL family protein [Pseudoalteromonas sp. OOF1S-7] >MCG7533602.1 YfcL family protein [Pseudoalteromonas sp. OOF1S-7] MSLQAYIEAAQQFFDELVDRASDDELFAGGYLRGHFDLAVGYAQVEELTLSVDELNAKVEASLVKAYRDGELNEEDKHHVVTIWERLKQLGA >MCH8996551.1 hypothetical protein [Nitrososphaerota archaeon] MKITITEDQLEINFSTSKKILSMKGSFKIPLKHIQSITTQLPKPTWKEIKAPGTMIPGLIKAGTYYTDKGKQFWFVTKGKGILNIELKNESYKRIILGIDNNVKWAKKISDARFSK >XP_032956783.1 PH and SEC7 domain-containing protein 4 isoform X5 [Rhinolophus ferrumequinum] MGSGSRSLAGKGCFASVFWMPRGLGDGGHSGFQLPPASTPPDAHHGILKTDTPGLPHPCTLWMMGDDRLSEHPKPMGLLNICLEDDVQHPPGVHPKGTPEPSWEHTWASAPADLTRPGAPPSGSNAEPMDLGASPSLGDPRQNQGTSTQVVFWAGILQAQMCVLDLEEELEKTEGLRAGLRSCLPMAPADLPPFSCSHASPRDLGLLPSPPVEEVSGEDSSGPDGEDQDLVWPGKGMPGSSLEWGAEEESVFFDNPLFLESPCSDSASGARFSWGTPDACAAMGLDNPHTLEPPVLAPGDGAPWGLGEDPDGGESIADSSGHTTPPFSVPTYRSHSWAVVDTTDQAPTAPPGDSEQALPSAVGWHTEQGPSWPKVPLISQDRGDRHAECPQESAPCISAPSPWGGPAPSPECSSPESDSRGPGSRPSSESSPEGSPRPWGQQASSILPKWTPDAPCPSLLERGGAEPSSLERAAPESGGDVKSEGASQPDVHRTSTEGGSLMTPMDFPRLPESPMSHVQPPEEGQRPQAGDKLANGIGTNKLAWDLASRLYRLEGFRKSEVAAHLRKNDDHSRAVAQEYLSFFQFGGQSLDRALRGFLQALVLSGETQERERVLYQFSRRFHHCNPRLFSSVDSVHTLTCAIMLLNTDLHGQNIGKSMSCQEFISNLNGLQDGGNFPKELLKGLYWSIRSEKLESAVDEEDAARPEEAQLSTLAGKMRNPFLQLAHDSTVPTYKQGILARKMHHDADGKKTPWGKRGWKMFHTLLRGMVLYFLKGEDQGLEGQMVDEPVGVHHSLATPATHYTKKPHVFQLRTADWRLYLFQAPTAKEMSSWIARINLAAATHSAPPFPAAVGSQRRFVRPILPAGPTQSSLEEQHRSHENCLDAASDDLLDLQRNFPERRGRSRELEEYRLRKEYLEHEKTRYEMYVQLLVARLHCPSDDLDLWEEQLGRETGGMQEPKPSLKKSHSSPSLQQDEAPTTAKVKRNISERRTYRKIIPKRNRHQL >WP_162060842.1 DsbC family protein [Undibacterium sp. KW1] >BBB63116.1 thiol:disulfide interchange protein DsbC [Undibacterium sp. KW1] MKKTLQGLMVIALALAGSVFAAETAQEANVRKLVQPTFREGVKIDSVTKTPYSGLFEVRIGSDIMYTDEKAQFLFTGEVIDAKNGTNYTKARIDDLTKVKFSELPLDSALKMVKGDGKRVIAVFEDPNCGYCKQFRKTLATMDNITVYTFMYNILAEDSKTKSKNIWCSADRNKAWDEWMLHGKVAPEAAANCNTPNDKIFALGQKLRVTGTPSVFFTDGTRAPGMLDVKTLESRIAAAASNSKAN >MBF06337.1 peptide-methionine (S)-S-oxide reductase [Chloroflexota bacterium] MDEHEIATLAGGCFWCVEAVFELVQGVEKVVSGYTGGETENPTYEQVCAEITGHAEAIEVHFNPSTIDYETILEIFFSYHDPTTLNRQGADVGTQYRSAIFYHNLNQQSIAEECIRSLEEEDVFPDPIVTEIKSAEKFYVAEQYHQSFFTNNPYQPYCQFIVAPKVIKLRQKHAELLKVEHSHEI >MCC5885453.1 ligase-associated DNA damage response exonuclease [Gammaproteobacteria bacterium] MFRARSPPAGNFRFGPLVHSREQRHPLPCHAQHTGKHHHRSCRVTAAADLIILDDHGLYCPLGDFHVDPWRRVPRAVITHGHGDHARPGMGHYWAEQSSLPILRKRLGRYAPLEGLAYGQQVRFGDVKVSLHPAGHILGSAQVRVEHGERVWVISGDFKRDADPTCAAFEVVPCDTFITEATFAYPVYRWPLARDVAGEIHAWWQHCAEAGRPAVLFSYALGKAQRILAELTHHTDQAVLLHGAMVDLVRIYREAGVDMLPTTPVADLGRKTSFAGRLILAPPSAAGSKWLRRFKNAETGFASGWMQIRGNRRRRGYDRGFVISDHADWDSLIRTIEECGARQVLATHGDTEILVRHLLERGLEAKPLRAPYGDEEDAGGDQGPD >KPK46604.1 MAG: cyclase [Thiotrichales bacterium SG8_50] >KPK74056.1 cyclase [Acidithiobacillales bacterium SM23_46] >KPL28633.1 cyclase [Acidithiobacillales bacterium SM1_46] MTTIHRSAIVPYSAHDMYTLVADIGAYREFLPWCGGARVLSSKDGEVIASIDIAYKGVHKSFTTRNHLQVDKIIEMRLLDGPFSHLHGVWQFTALDEQASKISLDMEFAVANRLMSLAITPVFTTISNQLVDCFRQRADALFGKQR >WP_185928545.1 D-hexose-6-phosphate mutarotase [Klebsiella huaxiensis] >VUT09590.1 Putative glucose-6-phosphate 1-epimerase [Klebsiella huaxiensis] MSLIKQLFSLPVLETLSPGITRRKMDELEVLVIQTPFCKAVIALQGAHLLTWKPSRQTTPVLWLSDCTPFKTGVPIRGGVPVCWPWFTDLGGEPFHGFARILPWRLTALENSKTSLAMTLTLNDTPQTRQLWDHAFQLEMMLTFTAEVCELLLTAHGSFSATAALHSYLSTPDIRATLIHGVGTQGYDTVVGESVQNLPSPLSLYGEFGAIFPQVEKQTELVTPARILTLTHVNNSNVVVWNPWQQRAEQISDIPDDGWQNFVCLETAAIDRPLVSTPQHPASMGVQFALSHH >KAI8118081.1 putative inorganic phosphate cotransporter [Lucilia cuprina] MKLPKVLNKNGSMAVNTPNAPEESSKKASIFGIRHLQCFLLFCGLSVAYALRVNLSVAIVAMTDKQATNPDFDEFDWSEKNKSLLLSSFFWGYVITQVPAGQLARKFGGKIMLLTGVFVCSLLTVLTPICARIGDWQLVCALRVIQGLSQGFLFPSTHTILSKWAPVEERGTLTTYCYSGTQFGTVVMLASSGVMASSSMGWPSIFYISGGVGLVWSAAWFFWGASTPNEYKNISPEEKKLIETSLGGKNEDEENKPMPKAPWLKFFTSVPFLVLTLTHCTHNWGFWTLLTEIPSYMKNILNMDIKSNALLSALPYTAMFLLSFVFSGIQAVLSKRKCIPLSVSRKLFNSIGHWIPMISLIGLGYVTADQTNLAIVLLTITVGINGATYLGFQVNHIDLSPNFAGILMGITNCAANIMSIIAPLIVGFIVTNEKDPDQWRIIFFIAAGFYFIGNLCFILFGKTEVQSWNDPENEQLMKKRNSTFVESQH >MBI2691306.1 alpha/beta hydrolase [Solirubrobacterales bacterium] MKRKFIFAVVVAIVAVNWTWGRLPSEPPAPAGSKYAMTEGVNFNYVETPGREPAVVMIHGHPGTYLDWAYVQQKLSGRRTIAIDRPGYGYSSGGYIDFNDQVSAIHALTKKLKLDRPVIAGHSYGGALAIAYAQKYPRETKAIVAVDPGVEPNGGSAFDKLQAQFVKVMQLPVIQPLAYATFSQAVLSASADPQVKKAFEPDPINPDYEKQLKAVSLKSSDLKTFADEELDYGGVVDQLAAKYSATRTPAWVIQGTDDQLVPTSAVEQMAGQLPNAKYIPLSGGHMQTWVHPTQVARAINSAAR >MCE9521167.1 curli production assembly/transport component CsgG [Alphaproteobacteria bacterium] MKRLTALAVGLFVSTSLTSCAGMAPGDATGVKPLIVYPVTSNDTPYSQCLRKLQTVSASNLPVFAVGEIADKTGQVSYYDKAGSNLTQGAAEMVMSALYKTGKAHLVERYDLRIPLAEVKLAEQNRLNRTVDSFGKLPSTDFIIVGALTELNYNIVTGGVGLRVAGVGGGARMAVVNVALDLRVINSKNFAVSYVSSLQKQIYGYEVEADIFRFWDSTLVELEAGHVRNEPLQLGVRSVAEMAVYQIMTDFMRLPRDPSCALVENDHMSSYLEQLKPNGETK >WP_167196601.1 ribonuclease III [Roseovarius gahaiensis] >NHQ74762.1 ribonuclease III [Roseovarius gahaiensis] MKLSAELKAFEERLGHRFAQPALLVRAVTHSSMASATRDDNQRLEFLGDRVLGLVMAEALLERDPAAEEGLLAPRYNALVRKEACADVAREIELGAVLKLGRSEMLSGGRRKLALLGDAMEAVIAAVYRDAGFDVAKAVVLRLWGSRIDKVKDDARDAKTALQEWAQARGLPPPAYVETARTGPDHAPHFTIEARLENGARESAQAGSKRQAEQAAAKALLARLEAS >WP_180298529.1 opacity family porin, partial [Neisseria meningitidis] LLFSSLLFSSLLFSSAAQAASEDGSRSPYYVQADLAYAAERITHDYPKPTGANNTSTVSDYFRNIRAHSIHPRVSVGYDFGGWRIAADYASYRKWNNNKYSVNIKKVERNNNGNREELKTENQENGTFHAVSSLGLSAIYDFKLNDKFDKFKPYIGARVAYGHVKHQVHSVETKTTIVTSKPNGGPVPSSVTKPPYHESHSISSLGLGVIAGVGFDITPKLTLDTGYRYHNWGRLENTRFKTHEVSLGVRYHF >WAY96880.1 ATP-binding cassette domain-containing protein, partial [Serratia marcescens] AKPIIADLNLSIAAGESVAIVGPSGAGKTTLMKLMCGLLSPDEGAVLVDGMDISNIGVNNYRQCIACVLQDDKLLAGSIAENISGFDAEMDLKRIEACARRCNMHDDIQNMPMGYETLIGELGGSLSGGQKQRLLIARALYRRPSILFMDEATSHLDLDNETHINRAISQLNITRVIIAHRPSTIASADRVIRLG >NQW24640.1 alanine racemase [SAR202 cluster bacterium] MERPIFQPVGTPVEELDTPALVVDLDVMDRNIQTFQSYFKDSAVKARPVVTSHLCPQIARRQLDAGGTNGGIAVTTLGEAEVFANSGFADILLANLVVTPSKIRRLCALAKQTSIGVAVDSPDNAEQLSQGATAAGVELRVLVEIEAGMGRCGIAPGPDAVALAQMVNGLPGLKFEGIMGSVPGPKSDDDPAQHETKTRANLQVVLEMKEAMEKAGLPVVVVSVGGTHCYAQAVQMLGITEVRAGRYPLMDHRLKSFLPELAPAARVLASVISHPTKGMAVLDAGHKVMAPDQGRPVLDGVAGGTATRFSAEHGVVELEGEAQSQLNPGDKAWLVPYELGACVNQFDYIRAVKDGKLEGFWPISARGRLA >WP_174261300.1 fimbrial protein [Pantoea ananatis] MPVIASSVQALSHLSPVRPCAAKEYTVSGKEPLLAALLLFTVTAAGAADTTVTVTGVVHDNTCTVQAGSADFSVNLLQTASKQLTTPGAASPPVPFSIRFSRCGSSATAVRIGFTGSADPDNNRLLKADAGTGTAQGVAIQLLTGSQVPVAINAAQSDLSWLTLTAGQPAVLQFWARMMAVRTPVVAGTVSATAGVTLEFQ >WP_194481458.1 MULTISPECIES: NAD(P)-dependent oxidoreductase [Bradyrhizobium] >UVO39122.1 NAD(P)-dependent oxidoreductase [Bradyrhizobium arachidis] MADASKVNPQGVERLGYLGLGLMGTPMTLRLLKAGYHVNVWNRSEGKAAPLIEAGAKRADTPRDLLANCDIVFMCVTDAAAVEEVIFGPVGLATAPGACKLVVDFSSIHPDAARDLAARLKGANGASWIDAPVSGGTKGAEEGTLAIMAGGEAADIERARPYVLAMARRFTHMGPTGAGQTTKLCNQVIVGCAMAVLAEATRLASNAGIDASRLPEALAGGFADSIPLQLFVPRMVQGIHSPPLGHIATMLKDLDTVADVAQATSTPVPMATLAGQMFRLAKAARGADADALEIYKLSATDH >MCD8020507.1 PTS sugar transporter subunit IIC [Clostridiales bacterium] MEEPKKSKMSQDTKEKESFLKRKNVVISFQRYAIDALGAMALGLFASLLIGTIIKTLAENICAAGLMTTLSGLSGTELTEQVAALTGWQNFCWMIWQVGNYATQVTGAAMAVAIGCALQAPPLVLFSLCAVGQATNTLGGSGGPLAVLFVAIIACEVGKLVSKETKVDIIVTPAVTILVGVLCAMALCPIFKAICDYLGTFIGWATNLQPFLMGIIISVVVGVVLTLPISSAAICAAIGISGGAVLAGLTDGSVSMEVWNGLALAGGAATVGCCTQMLGYAVISYPDNGVGGLVAQGLGTSMLQVPNLMKKPVLWIPPIITSAILGPLSTCVFQLRNNGAAISSGMGTSGLVGPIGVITGWSSMPEGYMIGAKDWIGLLLLCFVLPILLNWLIGKFMRARGWIKEGDLKVDLG >MBF2027262.1 helix-hairpin-helix domain-containing protein [Leptolyngbyaceae cyanobacterium JSC-12] MSLLNWLAKVAQTQTVKSRILNDPYYRFQSIEELQLAASLGIQIDVNKAGVDDWLRLPGLSIHQARTLTELTQAGVHLHSLEDIAAALNLPLQRLQPLLPALLFCYYDQASLHTIQPIDANTASVEALTRIPPVDLYLARLIMQNRPYRNLPHLQRKLSLSNELTAQLMHYLKF >EGN0346558.1 PhoX family phosphatase [Campylobacter jejuni] >EJD3802283.1 PhoX family phosphatase [Campylobacter jejuni] >QSY20620.1 PhoX family phosphatase [Campylobacter jejuni] MLGFKAVSASTQDKVIVPQGYEAKVLISWGDPLFSKAKPYDENKIIDMNAVKNAHLVFGDNDDGMSFFPLSKNRGILAVNNEYINPEIMFNHHGKNLSKEDVLYEQASVGVSILEIEKKGDDWTVVLDSKYNRRIDANTKMQVSGAAKKEVLKNEKFVHGTFANCANGQTPWRTYITCEENFDDFFGSSDENLEFNDSLKRYGFNKTSLYGWEKFDERFDLAKNINEANRFGWIVEINPFDAKSTPVKRTSLGRFKHENAEIIVEKDGSVIVYMGDDEMNEFIYKFVSKHKYKKGADTSKILDEGTLYVGQFNGNVGDFKGQGKWIALEYGKNSLDEKNGFKSQAQVLINTRLAASIVGATPMDRCEWIASHKQSGSKEVFATLTNNKNRQEPNAANPRTKNVYGQILKWMPKNSHKDDDFTWEIFALAGNPDNQQGLYKGSNNMTSENKFNSPDGLKFDRDGRLWIQTDGSYSNKDEYESMGNNCMLAANPKTGEIRRFLTGPIACELTGIAFSEDYTTMFVGIQHPGEGLKGSTFPYGKTPRSSVMMIRKLDGGVIGS >MBB1654724.1 immunoglobulin light chain junction region [Homo sapiens] CQQHGNLPWTF >AEO85464.1 envelope glycoprotein [Human immunodeficiency virus 1] MRVRGIRKNYWHWGRWGIWRWGMMLLGMLMIYNATGQLWVTVYYGVPVWKEATTTLFCASDAKAYDTEVHNVWATHACVPTDPNPQEVELVNVTENFNMWDNKMVEQMHEDIVSLWDQSLKPCVKLTPLCVTLNCTDLRNATNTHNNVTNGGEMKNCSFNVTTEVRDKVKKEYALFYTLDIVQIDNTSYRMTSCNTSVITQACPKVTFEPIPIHYCAPAGFAILKCKDKKFKGTGSCTNVSTVQCTHGIKPVVSTQLLLNGSLAEEEVVIRSENFTDNTKNIIVQLNEAVEINCTRLNNNTRKSIHIGPGRAFYTTGDIIGDIRQAHCNLSRAAWNTTLQRIAKKLTEQYGNKTISFNRSSGGDLEVVMHNFNCGGEFFYCNTTELFNSTWNGTEVVNINEGNDNITLPCRIKQIINMWQEVGKAMYAPPIRGPIKCSSNITGLILTRDGGTNDTTEVFRPAGGDMMDNWRSELYKYKVVKIEPLGVAPTKAKRRVVQREKRAITIGAVFLGFLGTAGSTMGAASVALTVQARQLLSGIVQQQSNLLRAIEAQQHMLQLTVWGIKQLQARVLAVERYLKDQQLLGIWGCSGKLICTTAVPWNTSWSNKTLEEIWNNMTWMQWDREINNYTNLIYNLIEQSQNQQEKNEQELLELDKWASLWSWFDITKWLWYIKIFIMIVGGLVGLRIVFTVLSIVNRVRQGYSPLSFQTRCPAPRGPDRPEGIEEEGGERGRDRSGRLVDGLLALIWDDLRSLCLFSYHRLRDLLLIATRIVELLGRRGWETLKYWWNLLQYWSQELKNSAVSLLNFTAVAVAEGTDRIIEFVQGVGRAFLHIPRRIRQGFERALL >CIY68995.1 oxidoreductase%2C DadA family protein [Streptococcus pneumoniae] MKKVAIIGAGIVGATAAYYLSKESDLEVTVFDHGQSQATKAAAGIISPWFSKRRNKAWYKMARLGADFYVDLLADLEKSGQEIDFYQRSGVFLLKKDETKLEELYQLAFHRREESPLIGQLAILDQASANELFPGLQGFDRLLYASGGARVDGQLLVTRLLEASQVKLIKEKVTLTPLASGYQIGEEEFDQVILATGAWLGHLLEPLGYEVDVRPQKGQLRDYQLAQDMKAYPVVMPEGEWDLIPFAGGKLSLGATHENDMGFDLTVDETLLQQMEEAALPHYPALAKATSRTERVGIRAYTSDFSPFFGEVPELAGVYAASGLGSSGLTTGPIIGYHLAQLIQGKELTLDPLNYPIENYVKRVKSE >VGM95377.1 Anaerobic glycerol-3-phosphate dehydrogenase subunit A [uncultured Avibacterium sp.] MKKSPHFYQNAQDFSPINTDVIIIGGGATGAGIARDCALRGINCVLLERRDIATGATGRNHGLLHSGARYAVNDEESARECIQENLILKNIARHCIEDTKGLFITLPEDDLAYQKTFLTACDNAGIEAVAIEPDLARRLEPSVNPNLVGAVVVPDGSIDPFRLTSANMLDASERGAKIFTYCEVKGLIREGDRVIGTKVYDHKNKVERLFFAPVVVNAGGIWGQGIAEYADLKIRMFPAKGALLIMGHRINNLVINRCRKPADADILVPGDTICVIGTTSSRIPYDQIDNMVVTPEEVDILFREGEKLAPSLRHTRVLRAYAGVRPLVATDDDPSGRNVSRGIVLLDHAERDGLEGFVTITGGKLMTYRLMAEWATDLVCKKLNKSATCTTASQPLPGSGATQEETYKQIISLPTPIKISAVYRHGQRATKLLEKERLDRSLVCECEAVSAGEVRYAVDELKVNNLVDLRRRTRVGMGTCQAELCACRAAGLMARFKVATPRQSTTQLASFMEERWRGIQPIAWGEAVREAEFTSWIYYSLLGLNDVKPLDEQATQGTDSNEI >WP_229710081.1 GNAT family N-acetyltransferase [Novosphingobium indicum] >GGN45147.1 hypothetical protein GCM10011349_10850 [Novosphingobium indicum] MASKAQDYEVPSSVVDPEAEAVRPPSYRLDCVPWRDMEDEVLAWDRLADRASEPNPFFESWYLLPSLRAMPETEEVTVLRFERDGELAGLLPMIRAPKYYRWPVPHLSSWLHANSFCGVPLVAHGCEVPFWQAVLRWADDEPGTALFMHLRGVVLGGPLHAALEGVVACDGRQVEIVHHEARAMLCSSLSPEAYLEASMSGKKRKELRRQANRLADLGEVRFERRTDADDIEDWCDRFLALEAAGWKGEAGSSLASDESTTTLFRESLAGAAERGKLERLALWLDDKPLAMLATFLTPPGAYSYKTAFDEEYARFSPGVLLQRENLAVLDRPDIVWSDSCAAADHPMIDRIWREKRGVGRLSIAIGGMLRRAAFSQFVRAETARSPATTEV >ECK9821833.1 site-specific DNA-methyltransferase [Campylobacter jejuni] MFHPQLYNDHFQNFKRYNIPKAQLVIADIPYNLGNNAYASSPKWYINGDNKNGESKKANKAFFDTDNDFRVSEFMHFCSKMLIKEPKECGKSPCMIVFCSFEQQTMLIEVAKKYGFNHYINLVFRKQSSSQVLKANMKIVGNCEYALILYREKLPKFNNDGKMIYNCMDWQKDEGIPKVHPTQKPVKLLERLITIFTDAGDVVIDPCAGSGSTLLAATNLNRKAYGFEIKKDFFKSANEIMFKHIERSLFCLS >KGO32348.1 hypothetical protein Q757_01565 [Oenococcus alcoholitolerans] MQNEGNHLELFNLAFLKQALFIYVPDDSVVKETLFFKTDHFSRTK >BAF39771.1 hypothetical protein BAD_0990 [Bifidobacterium adolescentis ATCC 15703] MADIFDFPRDARNVARADGKEADMGGEAPQTMLMRPQGVPDQVWNAVLSVDRMRRLKGMTYREIPVPNSMANFGIGVALECDETYASGWIMILYSLKFREDWHSHWRCVAFASLPLPDKEDDCLTPGMYWDMMMERLNPNDSEHVSGTVTVTQNTAFGHDPDVPRVGCEIRVSWTPLDYADGGLDAGSQVGQWASFLRSMTQSEEENPVD >WP_190772838.1 MULTISPECIES: 50S ribosomal protein L9 [unclassified Leptolyngbya] >MBD1909711.1 50S ribosomal protein L9 [Leptolyngbya sp. FACHB-8] >MBD2155977.1 50S ribosomal protein L9 [Leptolyngbya sp. FACHB-16] MAKRVQLVLNKDVSKLGKVGDLVEVAPGYARNYLLPQGLAVNVTPGVLKQVERRREQERQRLLELKKEAEVQKATLEKLGVLTIAKQAGEGDAIFGSVTDREVAEVVKEKTGLELDRREIEVPEVRKVGSYKVQVKLHPEVVVTLNLSVVGEAEA >WP_246966510.1 translation initiation factor IF-2 subunit alpha [Natribaculum luteum] MKYSGWPDPGELVVGKIDEIEDFGVFVDLEEYEDKRGLIHISEVASGWIKNVRDHVREGQIVVCKVLDVDESSQQIDLSLKDVNDHQRSDKIQEWKNEQKADNWMELAFGEEIEDEQYTSIANELLAAHGGLYDGFKQAAIHGQEALENTDLADEEVDAIVETARENVSVPYVNVTGYVDLENPSESGVDGVRKALKAAEGNGDVPEEVDLEVTYVGAPEYRIKVQAPNYKTAESQLEASARRAVAAIEDRGGEGEYHREQRTDDE >WP_052125494.1 MULTISPECIES: SNF2-related protein [Shewanella] >QDF75263.1 helicase [Shewanella marisflavi] MREIWQAGQQVRLISDPGRVGTLSGKTRAQGGITRYFVHYPDGSSWVIAKSLELIDSGNTDDPYSMLENKQFGRVNDLRRNLTCIQLSGRLANLVYSMDTTNTEFFAYQYKPVLSFLEAQSKGILIADEVGLGKTIEAGLIWTEMRARTDARRLLVVCPAMLREKWRDELAFRFGIDATLMNAAELCQELKRDRHNVPPGKAIVCSYDGLRPPRQKMDDEAKGITSKAKKVSPRQKLAQLMAENEAEEPLFDMVIFDEAHKMRNAESATSKLGRLIREVSENIILLSATPINLHSQDLYQLLNLVDEDTFSSEHIFPSILTANEPLVRAQRQALDKSSGWEAIETELNRAQRHYLLRDNNQLQAILDDGLNDAELKDDSVRIQLANRIERCNLLSKAVIRTRKADVKELRVIRDPMAPHVEMTEVEAELYQRVTEIVRRYAVERDISEGFMLATPQRQLSSSMFAAMKSWQGRSSKDDFQLYEDLGTDSAGGDSAPLMQHIVAGVQGIVELEELREYDSKFSVLLDTLSTFFTEYPNEKVIIFSYFRGTLRYLAERLGEHHISSEVLMGGMRETKQDIIDRFKEKAGIRVLLASEVASEGVDLQFCRVLINYDLPWNPMRIEQRIGRIDRHGQKADRITILNFCYHDTIDQRIYNRLYERLDVFKRSLGDMEAILGEEISLLTKDLFCAELTPEQEQQRIEQTSLAIEQLRQTTDQLEAEASNLIAHSGHILQEVNAAHEFSKRITEADLITFVKDFLERHCTGFEFFQPKTDQTVYEIILPSQTAAELGKFVQKNKMQGLTSLEQGGRRTVVFRNKMVKSDHQHEVINQTHPLIQFISEYLRQHNEAFVPLVATRLAQDKLKDLLPGQYVAVVKRLSFEGIRIEEKLVSRLIHLESDELFEPNKSFDVVNAGRLQGKDWPNVSSSVDVAAIDSAFFRCDEQLQSDYEKEAAQKIAENNDRVGLQLSSAKKHFERQLNSRNSALFKHQLAGRSSLIKATEGQIRKLTERFEQREAELNQSAVLKHHIHDVCHLVINVERSS >NBR42698.1 FAD-dependent oxidoreductase [Verrucomicrobiota bacterium] MFRRLLFAILLTSTLFAEESYDVVIYGGTSAGVIAAVQAKKMGKTVVIVGPDKHLGGLSSGGLGYTDSGDKSVIGGLSRNFYHRVWQYYQKPQTWVHQKRETFGNKGQGTVAMDQEERTMWIFEPSIAEKVFEDYVKEFAIPVFRDEWLDRAKGVRLNDGRIVSIAMLSGKAFAGKVFVDATYEGDLMAA >XP_007007273.1 uncharacterized protein TREMEDRAFT_34664, partial [Tremella mesenterica DSM 1558] >EIW66740.1 hypothetical protein TREMEDRAFT_34664, partial [Tremella mesenterica DSM 1558] ERRQELIDSLPKSGPVQTTYEDKLGLYALYKQATEGDLKGSRPGMLDLLGRAKWDSWNKQKGLDKIEAKRLYVASLLKVGFPFTRVN >NXP66683.1 TM242 protein [Chloropsis cyanopogon] QLFLAGGIFLGTVATAGMIAGFGTTLAMAKKKNPDWFSKGITATAALPESGSSLALRALGWGSLYAWCGVGLLSFAIWKALGVHSMKEFQSKMQSIFPAIPKNSESNVEWENLLKSK >UJJ97602.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGXXXXXXXKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >AWI66342.1 MutS, partial [Alcyonium sp. 143,2010-10,173] MTQIPVQYFNLAEKNYSKYGLSVIQLIQIGKFYELWHEPDTPSRQQAYSQAELLAELYMRSRPLGVTPPIEQVASLLDMRIISPGKRSLLQMGFPIYSLTTHLSTLLDKGWTVIVIDELVTGKSGPKQRAISQVYSPSCNLEDCSELSYVLSIYFSQDDLLGITLFSAMNGHSIMFPVSWTDRDKVARLLISYHIREIVIWANSGVGSEILINKIYKLLIGWNLFPFEPNAKIEVMGEALTNLPCYLSY >RUA32032.1 hypothetical protein DSY76_00845 [Bacteroidota bacterium] MKNSYLIIAFLIIASSFSACKKDEVVIPPEPIKDVYTNASFNYNFSDVDPKINPIFNGYIKTYESAVNQAKWQYNNYYSLKNLNTIIFAYDRDANNFDAVYMIVPPNGKYTGDLSDEYQTSNTASDGTKIIRVNDKAFLKDLINARLSGSSFGKAKVKDVDYLYFFFDKKRYDKTLKPLDIMREVGFFTHEGFHLTTQLGFKRPSNSLESIRFNLPSDYPADSVSFSLIASGIKMYESILFDNIQNTEDYVKMYYVLFKKLKAQDNSGKNYIDNYYLYECWLEGSAEFTEYSMNIGSGVMDGSIPEIRYDNSYQEFVDLTKKEIAAGVPPTVIYNGKERVVYYAQLVEITYYKLGSAPLFLLDKLGVDVYAKLKAGKNPYQMLEEYITANNISVDEEATYEELKSQINWEDTKDMMQDYIELFN >EHY2137407.1 hypothetical protein [Escherichia coli O157] >EHY2147414.1 hypothetical protein [Escherichia coli] MEIKPEDELSNIVLFPVKEDDPRNQVNFLYEPSERPYCHHASVRVDEKERQVRCKICGAVVEPFDWILSVAKRETRLADDVKLLRLEEQERRKNIGKLIQIERNAKARIRRATKSRTE >UZO03952.1 hypothetical protein OCT59_024351 [Rhizophagus irregularis] MPEFHAKPYFSVLLIRESNSINVLLDDKIICYYDSQEFKNFVKIGSGGFSTVHVAYWKNTTKFAIKEFNENLNSMEEIINEEIQFKFAKEITGAILWLHDNKIIHGDLHSKNILIHQNTIKLSDFGCSRLRQQEKVSYLPTKPRGIIPYVDPKILNNVKGYDLNEKSDIYSLGVIFWELTSCSSPFNYETRNDNASIILKILDGEREKPIPNTNDKFVALYEECWRQEPDERPNIHKVNSELDKIIDSTDPKVSTSLANNFKNESETTVILRNDDSDLLNLPNLPSCDDCDINSDKYQI >MBX9718818.1 RNA polymerase sigma factor [Microbacteriaceae bacterium] MTETARSAVDLDDFVAREYSKVVAAVGVITGSRRDAEDAVHDAIVGFLARPPRREIQNLAAWITVVASNRVRDLQRSRNAESRALAEVGVTDESTEAPSDDVDVDVDVMKALEQLPLQQRQACVLHYLLDQSIQTIAEGLGVTEGTVKTQLHRGRAALARRIERGDHRA >MCU1411638.1 rocD [Rhodoglobus sp.] MTGISLAEAFVAHNYHPLDVVVESGDGAWVTDVTGRRYLDCLAAYSAVNFGHGHPGLIAAAKAQLDRITLTSRAFHNDRLGPFAEALATLAGKDMVLPMNTGAEAVESAIKVARAWGYRVKDVPAGKATIIVADGNFHGRTTTIISFSNDEQARADFGPFTPGFVSVPYGDAAALEAAIDENTVAVLLEPIQGEAGIVVPPADYLPAVRALTSKHNVLFIADEIQSGLGRTGSTFACDLLGVVPDLYLLGKALGGGIVPVSAVVGNSDILGVLRPGEHGSTFGGNPLASAVGLAVVELLATGEMQERARMLGERLQASLRLLLGHGVVAVRGAGLWAGVDIDPALATGRRVCELLAERGVLAKDTHGSTIRLAPPIVVEPEDLDWAVGQLEAVLLELGAG >WP_195368055.1 ABC transporter ATP-binding protein [Coprococcus comes] MHTLKKFVKYYAPYRTVFFLDLICAAIISLVDLAFPQILRSLTKTLFTEDPSQILGALLPIGLALLVMYIIQTFCKYYVSYQGHMMGAHMERDMRQKLFDHYERLSFSYYDQNNSGQMMSKLVSDLFDISEFAHHGPENLFISVIKIVGSFTFLFLINWRLAIPLLVMVVFMLIFSYKQNRQMQETFMDNRRKIGDVNSSLQDTLAGIRVVQSFANEKIEREKFEKSNEGFLVSKDANYHCMGSFMSGNLFFQGMMYLITLVFGGWLIAHGKMEAADLAMYALYIGIFISPIQILVELTEMMQKGLSGFRRFLDVVETEPEIVNAPDAKPLENVKGEVEYKNVSFHYSDDDTPVLDRVSFKIPAGRSIALVGPSGSGKTTICSLLPRFYDVTGGVITIDGQDVRKLTLESLRSQIGLVQQDVYLFCGSIRENIAYGKPGASMEEIIDAAKKANIHEFIMSLPDGYDSFVGERGTRLSGGQKQRISIARVFLKNPPILILDEATSALDNESERWIQQSLEELAKNRTTITIAHRLSTIRNADEILVVANNGIAERGNHDELLEQGGIYAHYYEMS >MBW4439448.1 hypothetical protein [Pleurocapsa minor GSE-CHR-MK 17-07R] MAIVFLAAMMLMGQFSAARVSAQEIQPTFTPADQLTRAFEGVRNALEERFDVTLRPLRNYEWEQREFTNGIDDCSTNVESPRSLYFGWRFVITALDGRQYEGRSSFDATIITTCDEVTEPTAAAVDPAVTNPDLPPPVAGSALASGFALGGHALEMNANTVSLMQRSGMTWVKQQHVFRLGQNASAVAGILNSRALGFKVLIGIPGEIGEMGNFDSYIQSYAAFVADVARAGADAIEVWNEPNIDRQWPAGSINGANYTRLLAAAFNAIKSANPNTLVISGAPAPTGFFGAAGCAAGGCNDDVFMQQMAAAGAAQYMDCVGLHYNEGILSPTAGSGDPRGNYPTYYFGSMLARGYNLFGGKPVCFTELGYLSPQGFNDPLPGAFAWAQNVTVQQQATWIAEAAVAAANSGRVAILIVWNVDFPFWGSDPAGGYALFRPDRSCPGCDTLAAVMRR >KAI9530097.1 hypothetical protein NQZ68_004114 [Dissostichus eleginoides] MPHAFSIKTAGSRLPQGELNVFTEEADTKKAKSERDFDVCESGPGQGAEA >NSW79198.1 MASE1 domain-containing protein [Chthonomonadetes bacterium] MSPSAVNWRIILWNLLLAAVYLVTAKIGLLFAYAHEMATLIWMPTGISLAAVLLGGFRLLPGVALGAFLTVATADVPLWVAFAVSVGNTLEAFTGAFFLTRLARFDITLSRIRDVWNLILWAGLLSTLFSATIGVTSLCVAGSTSWTEFRRVWLIWWLGNVISDLLVAPLALVWSRPLRWRVDRAVEFVLMIALTAIVTSIAFGGWLPFTEVEYYPLTFAVFPVFIWSSLRFERYGSTAAAFVAAVFATWWTVQGRGPFASVGLHESIALLWAFMIVTTFPSLLLAVSVHERRRAEERIQHAYAQLHQIINNAPTIAIQGYDAEGRVVFWNKASEELYGFKEEEVLGKRLGEFLLSEEDARRFEQMVQRIATTLQPEPLREWETQTAEGTPRYILSSLFPIRLEQGQVQVVCMDVDVTENKRLQAEILRAQRLDSIGRLAGGIAHDFNNLLTAIMSYAEIALARLPDEHPARQDIQRLMDTVNRAAELVKHLLAFARRQTLAPQIVNLNRLLDDLNPILTRLLGKQVQLQVLTDPHLKTVRTDPAQLEQAILNLAINARDAMPSGGTVTIQTANVMLDETYTQSHPDVSPGEYVMLAVSDTGTGIEQEHMEHIFEPFYTTKGERGTGLGLAVVYGVVKQSGGHIEVESQPGKGTTFRIYLPSASETSPQ >WP_163042480.1 NAD-dependent dihydropyrimidine dehydrogenase subunit PreA [Aurantimonas aggregata] >NDV85782.1 NAD-dependent dihydropyrimidine dehydrogenase subunit PreA [Aurantimonas aggregata] MADLSTSFLGISSPNPFWLASAPPTDKEYNVQRAFEQGWGGVVWKTLGEDPPLVNVNGPRYGAMWGPDRRLLGFNNIELITDRALDTNLEEITRVKHNWPDRAMVVSLMVPCEEAPWQKILALVGETGADGVELNFGCPHGMSERGMGSAVGQVPEYIEMVARWCKQHSDLPVIVKLTPNITDIRFPARAAQKGGADAVSLINTVSSIMSIDLDNFAPTPTIDGKGSHGGMCGPAVKPMALNMVAEIARDAQTRGLPISGIGGITTWRDAAEFIALGCGNVQVCTAAMTYGFKIVKEMISGLSDWMDEKGYRTIEDFRGLAVPNVTDWQYLNLNYVTKARIDQDLCIRCGRCHIACEDTSHQAITAMVDGVRHFEVIDAECVGCNLCVNVCPVENCITMEQIAGVDPRTGKPIPDEYGNWTMHPNNPMAKEKQQFAAEPVVLPDAAE >NXY58604.1 FBP1L protein [Callaeas wilsoni] LQDQFDNLDKHTQWGIDFLEKYAKFVKERIEIEQNYAKQLRNLVKKYCPKRSPKDEEPRFTSCIAFFNILNELNDYAGQREVVAEEMGHRVYGELMRYSHDLKTERKMHLQEGRKAQQYLDMCWKQMDNSKKKFERECREAEKAQQSYERLDNDTNATKADVEKAKQQLNLRTHMADENKNEYAAQLQNFNGEQHKHYYIVIPQIYKQLQEMDERRTIKLSECYKGFADSERKVIPIISKCLEGMILAAKSVDEHRDSQLVIDCFKSGFEPPGDFPFEDYSQNIYRTISDGTISTPKQEGMRIDTKTTVGKAKGKLWLFGKKPKPQSPPLTPTSLYTSSTPNGSQYPIFSIEPVHYCMSDIKTGKPRIPSFRSLKRGVSL >MBS5721782.1 C39 family peptidase [Clostridium sp.] MKKTLLRNLIIAILVIIIIFSTMTRTYAIGVINSVELADLSLSNSADDKSSNIGSSTATSLLAGLEEASSDLKNMVSITSNGYELQGNYALRIIQALEKASVDTYAFGFRDKDYDIKSNDNTSQTYTPDSQLKNVLDKYIRTELKNMLPNIGSYAHTAINGNVKIKRYTSKFGRYNASNSGGTSQENGMDFGEGITLEYVPYETLKKYSKTVARTYDETQQYLKYFSINPQGMKLCILVSEENYVWYYNNITPKRAIDDSGTQDPVGVELLPDDYKTASKVVSTFKIKEYEYLNLLEQTATPVNYFLAMQMISQNEDFMNELLDKCNSDSKIEIGFLESTETDFIHYNYGTDAKDVIRGGKLSTYQVDTWNRWDCCKDITTTTTDSEGNVTSHTEEKPHSGKELVNKQIGDYIGNEDEVYATCLKYAGYELKDFLNVKIKNTGDLYLIRAETWNMNYQLKPKVGGIERPFKKLNSVKKIDIKPDPVPYVERLEPYEERRIGRHNCDANHYSNLYEWKNTHFYIYEGKAEWTNKYNIYTVIDGEYKTDFIIGLIKKYPQVQNNFTSAASLLFSLLEQNGNTQELERFMRTVITQVTGNQYLTENTQNLNYDFAVGLSEDSMYSFNINSNDTSATPKSYKVDTDSSASSSNGPKMSGGSGKTKWTLSKLTTIKTTDQDGEFISNRQYYYFKQGTGTNICGRASLAICLSGLGIKNPSTGQPYTPTEISPNNTNAWFSWMSSVGATGVRYTNNLKAKLIEQLSTGNPAIVHIKANSDPSNIYNTKGGHFIAVVGLKYEGDALAYVLDPGSSRATRTENYININKILAYADEVRTVKLK >KAG6055499.1 hypothetical protein E4U17_002946 [Claviceps sp. LM77 group G4] >KAG6075788.1 hypothetical protein E4U33_001988 [Claviceps sp. LM78 group G4] >KAG6083136.1 hypothetical protein E4U16_004883 [Claviceps sp. LM84 group G4] MSPHGEEIRQLTSNDAAASAVNSTGNPEHGAPQPLASSGQPAVTPSTPRSPSRSPSDVSNSDERGFTSHHTNGYAVDDAHAAPYLNGCSNGHGINGFGINSHGDTDRRPQIDAAGSSPYLLPTPLDVEYDLICVGFGPASLAVAVAMHDALACGRKLLADGSSPKVLFIEKQSRFAWHSGMLLPGAKMQISFVKDLATLRDPRSEFTFLNYLHRHNRLVDFTNLGTFLPARIEYEDYMRWCSSFFTRLVQFGQQVVSVSPNAAGKGAAARSFTVRSEEVATGQTHTYRGRHILIAAGGQPSLPKSFHHKHPRVIHSSQYANVIHKIFPKTSTPCRVVVVGAGQSAAEIFNNVASSYPNSRTHLVMRQEFLRPSDDSPFVNCVFNPEYIDSMFPKSAKYRNNLLTEARATNYGVVRLELIEALYERMYDQRRELGVDENRWPHRIMGGKQITGMESHGETLQLSLQNVDAAGVDGFVDASHQEIIEADLVIAATGYRRDAHVSMLKDAWHLLPKAAPGGPEFGKGISGWNVDTEQGERKIAVGRDYKVKFTPGAVAEDAGIWLQGCCEGTHGLSDTLLSVLATRSGEMVDNIFGKQVE >XP_019459237.1 PREDICTED: uncharacterized protein LOC109359143 isoform X3 [Lupinus angustifolius] MASSSSAAVSRLNNLRRHLDSNLPDTTIKVKVAAEVSEALSLGRPVVALESTIISHGMPYPQNLETAKQVEAIVRENGAIPATIAILDGTPCVGLTIEELERLATLGTKAQKTARRDIAHVVASSGNGATTVSASMFLASLVGIPVFVTGGIGGVHRHGEHTMDISSDLTELGRTPVAVICAGVKSILDIPRTLEYLETQGVCVAAYKTNEFPAFFTESSGCKVSCRVDTPEDGARLIEANIKLNLGTGVLIAVPIPREHSTSGHIIESAIQKALKEARENKITGNAETPFLLARVNELTGGASLASNIALVKNNALVGAKIATALAQLREHCPSC >NJE80740.1 dTMP kinase [Olsenella sp. SW781] MARGIFITLEGADGCGKSTQAELLAEVLLARGREVVRLREPGGTPISEKIRALLLDSANAEMVPEAELLLYEASRAQLTRQVIEPALERGAVVLCDRYYDSTYAYQAGGRGLDETIVRQSNVLGSCGRVPDRTLVLDLDPAIGYARATAGGADRMEAEGLAFQERVRAAYLRLADEEPARVRVVDAAGEKDAVTARLASALEDLL >WP_153870478.1 hypothetical protein [Pseudomonas haemolytica] >MBJ2247380.1 hypothetical protein [Pseudomonas haemolytica] >MBJ2272190.1 hypothetical protein [Pseudomonas haemolytica] >MBK3450136.1 hypothetical protein [Pseudomonas haemolytica] >MBK3461717.1 hypothetical protein [Pseudomonas haemolytica] >MRJ36192.1 hypothetical protein [Pseudomonas haemolytica] MNNATTAQATTAPTLPAHIQALVNQLHDLIAVHGLLALHSQRQIATQLGLSRRRVNDLSKMRPPTTLDMSATTSEFDLTEFNTEPTMTRVQAVDAILALAIRPLGVKYHEYKETLGAAFGLTCVDGEFNLNMDEKQHRQLRADVRRKAKAAGDVALFIPGWMDASDPVASNRAMLAAAQAVYEAVEDAAAAYRDQYPDMPYLSVVNEIKAIAIPGYSSDPVVARCERNSNTVDLLLSRT >MBP6015992.1 DUF2779 domain-containing protein [Candidatus Promineofilum sp.] MHDYYLTKSDFKVAQSCPTKLFYHKRHYPTREEGDEYLGHLADQGYLIEALARLFYPDGRWLGFQKDVEAAAWDTMAALSGNGTLFEATLISGGKLARVDILVRRGDVFELIEIKSCSFDRQKNDELVQNGRPNLFRSPRSPDGIRSEWRPYLEDAAFQTSILQDIFPGATIIPYLLMPDTSRACHIDGLHRRFALRPAQDHQDQLPYSDYTGDPREIRRNPMLVRVDVSAEIQLLLPEVRRRADTYVKSLIPELTRIATPPSTHCRACEYRIPDNQESGFHECWGQMATIKPHIFDLYHVSQIRSGDGPAADQLIAQGKAGLFDMPEKYLARSDGTLGENARRQRTQIQCTRDQREWISDELRDALESLTYPLHFVDFETCAPAIPRYQRMHPYETIAFQWSCHTIVTPDAQPRHAEWLQAADIFPNPAFAKSLRRQVGDEGSILIWSTHEKTVLRSVQKQLAEREDGEGDTVEWIGRLLAGERMTDLNDLTRKHYFHPRMGGRTSLKVVADAVWQADPHIRARLPHYHREMGTGSTSPYQALPPLVIGDRQIAVAEGVGAILAYYALIERMTANATLEVSRWRRLLSQYCELDTMAMVMVWWRWRRLTGQMA >WP_185218257.1 sulfatase-like hydrolase/transferase [Sphingobacterium mizutaii] MKNALKPAIFVLLSLFVQYSIAQNNKQPNIILILADDLGIGDLSSYHERYETPNLDKLGKEGIRFNNYYSASPICSPSRAGLLTGQRPAKLHFTTFLNTREDNRKKEQVDFLDPDMLTMADMLKAEGYKTAHFGKWHLGGGRDVTDAPNFDQYGFDAWAGTYESPDPDPAITATDWIWSDQDSVKRWNRTKYFVDKTLDFLQKNRDKPCFINIWTDDVHTPWIAGDDETGKFDWKPQQERSFKFVLKEYDREIGRLMEGLKEMGLDENTLVIFISDNGPLPNFRQDRSAGLRGSKLSLYEGGIRMPLLMRWPARIKAGKVDDQTIISALDLLPSLAKLAEAPLKNTKRLDGQDLSGAILGNPITRNKPLIWEYGRNDSTVFSFPKKINRSPALAIRDQEWKFMMNQDGSDPELYNLKSDPNESVNLADERKPLVIKYSKALMKWWKDLPTFKKME >MBZ0302078.1 ribosome silencing factor [Anaerolineae bacterium] MRTEYAFYRRRSLDSFDLARYIVDVVDEHKAENIVLLDLRPDTVIADFFILCTGTSDRQIGALVDHVKTAVKEQYDQRPYSVEGTPESGWQLLDFGDVVVHIFLEEVREYYDLEGLWHKANVLVSIQ >MBE56502.1 hypothetical protein [Acidobacteriota bacterium] MQVVLAMAVLGGGIVSAVQRMPLAMAVGCVAQEGDQWWLVSATEPVEITEEVPPEPEVATVLGAGRLRLIGTLDEFGVSNHAGHKVRVKGILLEDVNETRLNLTSIRHMLPSCE >MBY8116888.1 baseplate J/gp47 family protein [Vibrio fluvialis] >MBY8248124.1 baseplate J/gp47 family protein [Vibrio fluvialis] >MBY8281519.1 baseplate J/gp47 family protein [Vibrio fluvialis] MSKRPTADFVEILADSGIPVTEDELETKLKTEVLGAGSNLSNDSEMSPFWRWVRAAVVTPVVWLIRTLLAGHVMPNLFVATAERWALELKAWEYNVTPKGAVKTQGWITFTKENAEDEVSVAAGTIVQTTAIDGVIYQVAVIEDAVISAGVATGKILCEATEAGEQYNLAAGYFNILPKGVAGILLAVNEPDWITTPGANEESDEELALRLQNAFTSSGTWHIDDVYRSIISSVAGIRSDNIFFENTGDVMPGTANAYVLMEVGTTPQAVLDQLNQYIMDDGHHGHGDVLTCLAIPETQHAVTADVVFARNLTEQQKVNELLEVEERIRAAFRETAAYPEMTRARPESRFSMSQLDTEIHNHMDNVVSVRITVDGAVQKDIVSLLTQPRIQSLTVQELADE >WP_026974351.1 ABC transporter substrate-binding protein [Alicyclobacillus contaminans] >GMA49961.1 peptide-binding protein [Alicyclobacillus contaminans] MTKKQKWLLPIATLSVTGLLLAGCGTGGNNAVGNTDNGSLNASTATPKDGGTLVVSSFSDIVTVNPLFIEDTASGDIQQLLYANVYDVDRKGNLVAEPWSLADGPLKISPDGLTYTVKLKPNAKWSDGQPVTADDLVWTINTILNPATGSVLLSNFDHVKSVKKIDEHTVQIQLKSVFAPFQYSLNFPVLPYHVLKNIAPKDLEKNPYGTDPTKTVTDGPWKWTEWNQKEYLRLDRDPNYWGPKPHIQTIMYKIYADQNTEVQALIKGDTDVNESVPIPQLNAVEARKNIDVILKPGPQYEYLAFNFQASNFPGNFDPFTGQKTRQAIAYALNCQGMLDSVLHGTGTLLNSPFLPAPVGWTGAATAGTTYNYDPAKAKQLLKEDGWTPGPDGILQKDGHRFSFTLLYNTGNSRREQIATVIQQELKDVGIDCQPKAEDFSSLVANSLNPGKFQAVLMGQNMTVDPDVSVLFSSKYFPPNGENMGWYKNAQVDKLLAEGDATLDKTQRSKIYQQVAKIMSQDLPEVFLYQYGLPFAYSSNVHWNPQWAPEPSLPYGYFYGIQTWWVDRQS >HAB35737.1 tetrahydrofolate synthase [Cryomorphaceae bacterium] MSRYAETLDWLFAQLPVFQRTGGQNYKIDLSKTWAFMEVLGHPEKDFPSIHIGGTNGKGSTSHMVASCLQEAGYRVGLYTSPHLVDYRERIRLNGLPCSEEFVVDFVETWRTHLQRLELSFFEMSVGMAFVYFRDMHVDVAVVEVGMGGRLDSTNVLHPLVAAVTNIDLDHQAFLGNTRAAIAGEKAGIFKPGVPAIVGERHPETDAVFRSHAAQVGASLQFAEDLAVTLTPTDLLGSYQAKNQRLARAILAAQQVFPVSEDELARGLLHVAEQTGLQGRWQVVSQEPFTVLDTAHNVHGLRETMAQFTSMGKGPMHIVFGMVGDKDASAALELLPKDAKYYFCAPAIPRALPVEALTILGEALGLTSCAYPNVHAAWGAAQSAATSADRIYIGGSTFVVADALKPKSAS >WP_183491762.1 MULTISPECIES: Gfo/Idh/MocA family oxidoreductase [unclassified Mitsuaria] >MBB3293507.1 2-hydroxy-4-carboxymuconate semialdehyde hemiacetal dehydrogenase [Mitsuaria sp. BK041] >MBB3362724.1 2-hydroxy-4-carboxymuconate semialdehyde hemiacetal dehydrogenase [Mitsuaria sp. BK045] MSTPLRIALAGAGAFGQKHLDALRLIDGVEVVSLISRDLDKTRETAAKYGIDHATTELDEALARDDVDAVILCTPTQLHARQALACLDAGKHVQVEIPLCDVLAEGEAVVRRQRETGLVAMCGHTRRFNPSHQWLHRRIAAGQLRIQQMDVQTYFFRRTNMNALGQARSWTDHLLWHHAAHTVDLFAWQCGSPIVKAHALQGPIHPTLGIAMDMSLQLQAANGAICTLSLSFNNEGPLGTFFRYIGDTGTYIARYDDLVTGKDEIVDVSQVDVSMNGIELQDREFVAAIREGREPVASVAQVLPCYQVLHDLERELTAG >CAF1218540.1 unnamed protein product [Adineta steineri] >CAF4034556.1 unnamed protein product [Adineta steineri] MDIDVPTLQTELIRFLEDYDELLRDSDKILYRTFTYPDTIQITTDIDLQETLNEIQRKIQDVQVLQIRMPIIAPMKAGKSTIINAHIGGEYLPTRSDAMTAVPTAVALKLGEPDNGNIWLPKLILENQTKNAIETLQSTVTEILRNHFKDDDQSLETLLHSNDHLTTTAKFLRDNPTNFSNTNDHSDEHLSIQKRLTFINELIRISIYLSSYQSDSNMSLNSFLNNIPSIHVNYQPIPNAELNIRYPCQLLFIDTPGPNEAAGVTQLTRFLKNELRKADVILVVVEYGHFNTEIDAKIIDEIKNISHIGYKEGCIYVLISKADQRQRKDMPIDKLRQHVAELYSVNIDHVFELSGKYALIAQNFLTDYRQHGNNIDTRTSNTVKDILEIYCPVDWSERLDDVELREVEMYASRLYNKSGLTKVLDKVLTTVLGEVISRCFKSAILTCQTLNANLKNDIDIRLNGLKQMAEGLRKEIDDLDQDLKALDNIKNIQLEAMKKISDRLENNLKSTFENTLNECNKQVMEIFNENNKKWYDKEKEQQRQNDVEKMEAGQVKVGFIAGGVAGVCVTQTMGGDAAIGLGAIGGSILSLVIVQKLIAYFRKDQNEVEFASEADATTFKNGITELVNNLSKSAYATAEKEVNSICSAACHNFESQISDQMKNILQRAKDRLNSTFNIQQIVLTKIDLKLNQINLDVNDIGRIEPYYPTFFHRLSPITLPKTRDSTWILSRSTIQEKCEEGVKANLKQIQTDIVEHTNKEMKDNFQSLFNDLQAYLLKYQRYAEICLSDKRLTEENQATFISDLEKLRQRVLEKETEVNSFNQSVDWTKLS >HBO5091502.1 MCE family protein [Pseudomonas aeruginosa] RTIEIKVHIEPAYADLVRKHTRFWNASGISISGGLSGFKVRSESLLTLAAGGIAFATSDSRGDSPPTDPSKPFRLYDDYDAAQAGLRVKLKMNDVSGIDPGRTPVMFNGVQVGLVKSIDMDKDYSSATADLAMDPRVEDMLLEGTEFWTVKPSISLA >WP_142480892.1 MULTISPECIES: hypothetical protein [Klebsiella] >NNS04950.1 hypothetical protein [Klebsiella michiganensis] >VUS50666.1 hypothetical protein SB6407_02085 [Klebsiella pasteurii] MSLKLKVLSDDNYFIKGVVSCTEILDAIKHTNTHIIDFKNNSLKQALIFIEKNEFTNLLLYCNDVNLLPLAVFLKKRNRKIDVWCNYGKLFIEANNYLKVNSEITIVNRSIIKINDVKVKVRYKEFDLLNSIAKEVGIEQYLLMNKMSRSAYYKTRRDLMKKLRVNISMIYSIF >UCF86936.1 MAG: hypothetical protein JSV71_05510 [Nitrospiraceae bacterium] MKKLCILLLTIIIVLTHTIAFAESEYGHKLDRDTAAADIVIDVLITRPVGFVGLVTGTAAFILTLPVAIATESVDRTRFAFIETPYDYTFHRPLGDVD >KAI0494562.1 hypothetical protein KFK09_024700 [Dendrobium nobile] MSISATETKAAPATQVEVEFAKCECCGLTEECTPAYIVGVRERHHGRWICGLCTEAVADEIGRADQRISSEEALARHMSFSRDFRFRAVSQDPSESAEHLIAAMRLLLRRSLESPRSLRSTPASPRRRMEEEKADDVPRPSLTRSGSCFPTIAG >MBR3040588.1 MBL fold metallo-hydrolase [Lachnospiraceae bacterium] MITNLWYYPCGYCVNEMKYIVKKPAEKTRKFYAGVFLLKHERFGYILFDTGYSKEIYDCGKKGALYNKLNPTFVKKKDTIKEQLLADGIDAKKIRYIVLSHLHPDHIGGLKDFPNAKLVVSKECMKEYQKKKLRNLIFEKMLPEDFEKRVHKVRKFEQSVYTDVKRSYWEDVKRSLTGFDLFRDGSLFLLPLDGHARGQMGLLIKTAEGKKDILLAADAAWGSEFLDRVCEMSLPARLVQNDYKMYAQNAALLRTLTDGGMEIYFSHEPIEKKVLL >WP_253057132.1 SLBB domain-containing protein [Tenacibaculum sp. XPcli2-G] >MCO7186312.1 SLBB domain-containing protein [Tenacibaculum sp. XPcli2-G] MSQIEVDDLSDEQVAKYWEKIKEEGYTLDQALAIAKTRGMSELQAQKLRARIETLKSKPLNKKEENEEEPQEEVDSTQLLFGLTGEEEKKEEKKEELFGYDFFNNPNISFTPNLNIATPENYIIGAGDVVSIDLWGAAEVNYEKKVNKQGAINVEGVGYIQLIGLPVSAAKSKIKNYLKRIYAGIGASSSSYNKVNIAVSIKEVRNVQVNIVGEVKVPGSYSISALSTVLNALYAAGGPTKNGTFRRIQLFRRGVKEADFDFYQFLVNGSEEGNITVQDQDVIIVKPYESKITIEGAVKRPGIFEMKTEESVKDLLNYCSGFTSNAYRQKVVIERIKGVQKEIVEVSKDNFDLVKIKDGDYIKVNEIVDEFLNRVSIGGAVFQPGNYEYKEGMTASNLLLKAEGVTKEAFLDRGIIVRTHDKSDKETLSFSPRKAMENKEHILLKESDSIYIFTKEELKEKEFITINGAVNKEGEFDYMKGMRVEDLIVLAGGLKDGADASMIDVSRRLKDGSFETVSENFDLSASKNLGTDHLDNFVLKPFDIVSVRYLKGYTEQKRVTITGEVNFEGEYSIGQKNQRISDLIEQAGGLTKYAYVEGAFLTRKNNEEEDEKQSDFIADFAQRDSLSSNVEQRIKKKKDFKIGIELQKILASGGKKSKYDIILEEGDELFIPSERQTVKVEGEVLSPSLVRYEKGKSFKHYIENSGGFSESAKKSRAYIVYANGDIRTTKKFLFFKSYPDVKPGAVILVPKKPEVTNKVTTQQVIAITTGLATLGVLVKTLTEK >DAT68911.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MVAVFKIDGKDFTDILPEGALKWSRNDLDSDQTGRTLDGIMHRTRIAIKAKLSITTKRLTTQRLMELNAALKPSFISVTYLDPIDGVVTKKFYGSSVESTTQIVMGGETYWTGTTFNLIEQ >MCJ7486393.1 aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Candidatus Aminicenantes bacterium] MNIDIFKMERMQSLWENVVDYNLSESGVHPLNLKELLTPAELDSLAEVEIGYTQTNGTAGLREQIARLYPGVGIEQILTTAGSSEANFLLIWSLIEPGDEVLFELPNYMQMAGLLRAFGAKVKPFYLRESLGWQPDLDEMKKLVTPKTKLIVLTNPNNPTGSVLDPEVMKGIVDLAAGVGAWILSDEVYQGAELSGVRTPSFWGTWDKTLVVNGLSKAYGLPGLRIGWIIGPEEIVKKTWPYHDYTTISPSALSDRLATLTLAPVTRERVLQRTRGILNANFPVLETWLKGREDLFSFRPPKAGAICFPRYSLKVNSTELVERLIREISVLLVPGDHFEMDGYLRFGFGPESGYLLRALGRVEEILKKIR >WP_259173727.1 hypothetical protein [Xanthomonas campestris] >MCS3846011.1 hypothetical protein [Xanthomonas campestris] MNGAEMRHASGGLVHGRPYTAGLIALAVGLIALAARLLYIQYFAVSMPFWDQWDAEGDHLLKPLLSGSLGWADLLHAHNEHRILPTKLVTLASYLATGQWNNIYEARISAAVYAMIPAILVWHGMRIGASLRSGFWLITVAICAAVLPYSWENFLVGFQSQFYFLILFGLLAVSLAAAMHDNLIAIGGVAVLCVISVLTMASGLLTPVAAAVTYALAAWLLPGRRWPSVLAIGLLLAIAVLAYKSMPVIPEHAAMRAQSALELFGGLTRVLSWPVRGMHVPSLLVWLPGVLGLGLTLYARQAGKTDITMAGLLAWGGLQAAAIAYGRGHDLVELSPRYTEILIPGLFANTWFAIRLVQLRHAFPTLLQRGAYAVAALFMLTLFGGWAERFHIDMGALHARHEATEAQAQSVLYYVASKDDVTLQSGRLPLPYPNSQRLHQLLQDPYLLQALSGSDRPRPLDSFTSPNDVH >XP_039550146.1 uncharacterized protein C14orf93 homolog isoform X2 [Pimephales promelas] MLHEESYNASKRIKKAHDVNIAESVRRLHNSENNPHKYVPQTRINSSHNLAVTTYLFEELRSTFTDVDPECVKGWKMYFETLRRKYSLAQPEKAQKRKTMTSIAKNLQRKRLLLETRSGVVQTNTEKELWKTATIELMSDEDDAIVDGRPV >WP_025917677.1 hypothetical protein [Herminiimonas sp. CN] MAKKVRVLATLYLDGKEYMPNTVLELDDKQAKSMEKDGTVDTAPEAVAYCTSTLGQPVIKHTSEPDEVVEVIQPAA >WP_219989626.1 N-acetyltransferase [Enterobacter hormaechei] >MBW7731837.1 N-acetyltransferase [Enterobacter hormaechei] MIRKWQSENTAPLLSLWLESTTEAHPFIDASYWQANEAVVRDEYLPAAETWVWEENGTLWGFISVMQFQFVGALFVAPAFIGKGIGRALLNHVQQHYPYLTLEVYQKNVRAVNFYHAQGFRIEDSAWQDDTQHPTWIMSWQADQTP >WP_120012998.1 capsid protein [Mesorhizobium amorphae] >RJT42042.1 capsid protein [Mesorhizobium waimense] MALMKTSSAFGVAVTPSPRTLRAELLRLCARIGYSPPAFL >XP_007378490.1 hypothetical protein PUNSTDRAFT_57635 [Punctularia strigosozonata HHB-11173 SS5] >EIN13573.1 hypothetical protein PUNSTDRAFT_57635 [Punctularia strigosozonata HHB-11173 SS5] MRRKPEAAWEVVDHRMVNPVPMLDEEEGSADVLELVDIADEELRATYLFDVHRLSKTQLRNAVAFAQHQLREELEHSGEFNVFMMEGWQLTLLRKGKKFRIKIQYRGLPARVIGKTSPPEPPPFLDLLCTLALS >HAZ7424284.1 PAS domain-containing protein [Escherichia coli] MSSHPYVTQQNTPLADDTTLMSTTDLQSYITHANDTFVQVSGYTLQELQGQPHNMVRHPDMPKAAFADMWFTLKKGEPWRGIVKNRRKNGDHYWVRANAVPMVREGKISGYMSIRTRATDEEIAAVEPLYKALNAGRTSKRIHKGLVVRKGWLGKLPSLPLRWRARGVMTLMFILLAAMLWFVAAPVVTYILCALVVLLASACFEWQIVRPIENVAHQALKVATGERNSVEHLNRSDELGLTLRAVGQLGLMCRWLINDVSSQVSSVRNGSETLAKGTDELNEHTQQTVDNVQQTVATMNQMAASVKQNSATASAADKLSITASNAAVQGGEAMTTVIKTMDDIADSTQRIGTITSLINDIAFQTNILALNAAVEAARAGEQGKGFAVVAGEVRHLASRSANAANDIRKLIDASADKVQSGSQQVHAAGRTMEDIVAQVKNVTQLIAQISHSTLEQADGLSSLTRAVDELNLITQKNAELVEESAQVSAMVKHRASRLEDAVTVLH >WP_210832037.1 hypothetical protein, partial [Providencia rettgeri] >MBQ0330360.1 hypothetical protein [Providencia rettgeri] >MBQ0687276.1 hypothetical protein [Providencia rettgeri] YNIKHYINDVIMITQKQLCCSDSDHHFPNEIVSNPFDFKVDTQKYYDDRVKNMSEYHSKAAVQFPEIKSLTLEILNTEQNLNDKEVWLINTLLAEKKDIVKLEEEGSYSGVDYFGDELFKYKMLNDDFKKVEIDIIVKMVILKYISSGAKNDELMDKILSLSGKKRDLKQQIAKTEKNIKELIVRNKFNYPEIGAMTAEESKECEQIMASYISAFKEDGSSSSNHLESSSVNAGLIQGVKLDQTIGLDI >WP_044318929.1 M10 family metallopeptidase [Pseudomonas amygdali] >PHN38539.1 metalloprotease [Pseudomonas amygdali] MPGPNDSSPAELLPEGSPDDRVTSLLWGPFWLGDSTGTQLTYSFHTANSVYATDYSRSQEPSDAYSLTDAQAAAARSALGAWSAVADIKFTEVQDTPDNVGDIRFGGFKSLQSTEYGQAYAPGTLGRSGDVWIGPKVNAADPAKGTDDYLTFMHETGHALGLKHSFEASQYNDVLLDAKFEDARYTIMSYTNNYSFKPTTPMLLDVAAMQFIYGANTSYHTGNDVYKWAPDQSVFETIWDAGGKDTIDASNQASFVKINLKEGEFSTIGKPFLDYNQNPDAPTLMNSGLAIAYGAHIENAIGSAFNDTLIGNSLDNVLDGRGGLDTMIGGLGNDTYVIDQAGELALVQEKANEGIDTLKITYDNTSPVATVIDLNAGPLANFENVHLKGEGEFTLLGNDRNNTLTGNDANNVLFGGAGNDKLVGGLGADIMTGGSGADRFVFNDLAEMGKGHASDVITDFNSQQGDKLSFLKMDANVDTKALDAFSFIGSGEFTGAGQLRFADHVLSGNVNGDLHADFEIQLVGVTEFHAHDLAV >EPY77985.1 hypothetical protein CB1_001144023 [Camelus ferus] MKVTISEALPQLKQPQKSISNWEATKRPKGMAHTHQFSIRQIAKSIMDSSAVEARWRTTVVKAFPACLQGKTSQLSDILKGETFNCEKCHESCIECKGPGAKNCTVCPANLLLHVDGSRCLRCCNASDPTGAQECCDCRDTTDECILRVSKIEPAREHTKTALFITSSIMLVLLLGAAVIVWRKSRGRVRPTEKVSYEKLADPSKTYSSYKSSHHQSTSFEEDQVIEYRDRDYDEDDDDDIVYMGQDGTVYRKFKYGLLHDDDEDELEYDDESYSYQ >MBQ6717580.1 deoxyguanosinetriphosphate triphosphohydrolase [Clostridia bacterium] MENVRLLTESIEKQTLSPYATLSSDSVGREKKEEKCELRTEFQRDRDRIIHCKAFRRLKHKTQVFLSPESDHYRTRLTHTLEVAQIARTIARALRFNEDLTEAIALAHDLGHTPFGHAGERALNELYSGGFTHYAQSVRVCRVIEKAGKGLNLTHEVLDGIMNHTKGEWPHTPEGKIVRFSDRIAYINHDIDDAIGAGVFSEDIIPLEIREVLGFRKSERINTLVKSLVENTEKDDVKMDDRTANAYESLHKFMYDTLYLNPAVKFEETKVDGIVSGIYDFLLKNPDKLDDEYKAIREREGIERAAVDYIAGMTDHFAVTTYSDIYIPKAWKV >MCI5582667.1 hypothetical protein [Anaeroplasma sp.] MKKSIIFIILAICFYCFSLKCNAASYRYEWTDTVIHVPVNESIEKYRSIPKATLYVNNQEVFDACIQIADEGDWLYYLKDVNTSRVGSYEVWYKAFEYQKYKPGTCPGYKCKVMFIVEDKIPPKIEVINEVIEIKRRDAYCILDNITATDNYSEGVRYSSNINNDIVCVENKNAFTNGICIVDVTVYAFDQFDNKSLPASYKIKVLDNEYPEIVYLNEGNPIIAAIGTQIDYSSYFTLSGINKDEYSIKYLPLDTSVEGEYQQKAYIENTDISYDFKVLIIDDEIPTLELTEQSVILDYKTNIEELNFEYYIKILADGKKEINYDNLKITTDIDNKVGKYHAWYYYTDGTNSVEKVLEISMMSFDDPIIEADVINCYENEEINPKDYINIIDPSDDNINSSLDIFDDNVDYSKSGEYYLEAYVINSSGRSTTKKIKVVVEKKETTISEETKKIVTEYGSTLVDDGNEKNYIIIIAVLVGIITFMLWKNKKNKKI >KAH7819128.1 hypothetical protein MONOS_3303 [Monocercomonoides exilis] MVFIPRHSRHCLSLTWFSDTCEWLEKMDRACGNVRGVVGVWQRVGDVKKCRTVAGQVTIAMELQLLVFATIFENGNVMLGRNGECVLVVEECKFRVKKARISHSSKGGIMQGIDVVVEVHSIQTSELARESCMWWRVCAFSSSAEERQLGKQ >WP_072176998.1 MULTISPECIES: aminoglycoside phosphotransferase family protein [Bacillus] >AWM44078.1 aminoglycoside phosphotransferase family protein [Bacillus amyloliquefaciens] >KAF6537559.1 aminoglycoside phosphotransferase family protein [Bacillus sp. EKM208B] >MBT9286167.1 aminoglycoside phosphotransferase family protein [Bacillus velezensis] >NRF34450.1 aminoglycoside phosphotransferase family protein [Bacillus velezensis] >NUI60987.1 aminoglycoside phosphotransferase family protein [Bacillus amyloliquefaciens] MDKWLKAELESKIGAINHMSLLDEQGGTSTVRKIVTGQDAFLLKSSFQQKYREWLMREAFVLQKLTETRRLPVPVYYGMIQEQHASHIIMSFEDGITLTSALRKAKGDTEKKKLIKSFGRFLQRLHETDMVSGLQPETDWLDLQIKRAGEYVKKGQAEGSAELLKELDRYRPVPVQQTMIHGDCTTDNVLVKDGEVYLFIDAAGISAGDPRYDESLAISHFVTNEACLNAFYEGYCRYRVSKQEFEYFNDGLYEFF >MBN2408678.1 hypothetical protein [Candidatus Aminicenantes bacterium] MSSLFSIKDYPFQNGNKRIAITALPVLLHKNKKWIRADNQELFNLTSAHRSTYHGRQRDEAKSLPRTFILPAQQKRKLLSIYSPALH >WP_124583682.1 MULTISPECIES: 2-hydroxy-3-oxopropionate reductase [Burkholderia] >MBN3747249.1 2-hydroxy-3-oxopropionate reductase [Burkholderia sp. Se-20373] >RQT09496.1 2-hydroxy-3-oxopropionate reductase [Burkholderia contaminans] MATIGFIGLGIMGAHMARNLLKGDHQLVVNGAFPIPDDLRTSAKVVANSTEVARNADIIISMVPDTPDVRNVLFADDGVAKGLSAGKLVIDMSSISPLDTQEFAKQINALGCDYLDAPVSGGEVGAREATLTIMVGGPEAAFERAKPLFEKMGKNITLVGDNGAGQTCKVANQIIVALNIEAVGEALLFAARSGADPERVRQALMGGFAASRILEVHGARMTKRTFDPGFRIELHQKDLNLALDGARKLGLALPHTASAQQLFSVCASHGGKAWDHSALVRALEIMSNFEIGQTPAA >XP_055364111.1 protein furry homolog-like isoform X4 [Betta splendens] MEFLRSLVPAVISGEGATENAGALPRDTGPRLLRMKRMGLLSMGQTIEEDPVTETDSEVASSRPARTNRPRLKASVPVSSSVSRRRAPASVTSQSWEKHNIAVMSSITVDPELKPGEFVIKSLFAEFAVLAEKKIETVMAEPLEKTLSRSLQRGEDAQFDQLISSMSSIAEHCLPSLLRTLFDWYRRQSGTEDESYEYRPRSSTKSKGDEQHRDKDYLLERRDLAIDFIFCLVLVEVLKQIPLHPVPDVSVHEVLNLAFKHFKHKEGYCGPNTGNVHIIADLYAEVIGVLTQSKFQAVRKKFITELKELRQKEQSPYVVQSIISLIMGMKFFRVKMYPVEDFEASFQFMQECAQYFLEVKDKDIKHALAGLFVEILIPVAAAVKNEVNVPCLKNFVEMLYQTTSDLSSRKKHSLALYPLVTCLLCVSQKQFFLNNWHIFLQNCLSHLKMPSNNSIRKQIETLQNKDPKMSRVALESLYRLLWVYIIRIKCESNTVTQSRLLSIVSALFPKGSRSVVPRDTPLNIFVKIIQFIAQERLDFAMKEIIYDLLCVGKSHKTFTINPERMNIGLRAFLVIADSLQQKDGEPPMPTTGIIMPSGNTMRVKKIFLNTTLTDEEAKVIGMSLYYPQVRKALDNILRHLDKEVGRSMSMTSVQMSNKEPEDMITGERKPKIDLFRTCVAAIPRLIPDGMSRQDLIELLAKLTIHMDEELRLLAYATLQALMMNFSEWREDVLSGFVYFIVREVTDIHPTLLDSAVKMLLQLMGQWKQALSGNKSHDTQASGAGHPLCLERNHPLGVLHVVEGLALVLLCSCRPATRRLAVTVLKEVRALHSALGIGKGDEELAIDVMDRLSASVLESFIHLTGADQTNLLYCPSGIDLQALAEWSSSPISHQFDVVSPSHIWVFAHVTQGQDPWVISFSSYLRQENLSKHCPTALNYAWMFAYTRLQLLSPQVDINSPINAKKVNSLNSSDSYIGLWRNYLILCCSSASSSSMTSSSSASGSVRCSPPETLASTPDSSYSYDSKIVGTPSPSSLFKHIVPMMRSESMDITESLVLGLGRTNPMAFRELMEELNPIIKEALERRPENMKRRRRRDILRVQLVRIFELLADAGVISQIASGGLDGESHSLNGTLLEYVDLTRQLLEAENDKDSDTLKDIRCHFSALVANIIQNVSVHQRRTIFPQQSLRHSLFMLFSHWAGPFSIMFTPLDRYSDRNMQINRHQYCALKAMSAVLCCGPVADNVGLSSDGYLYKWLDNILDSQDKKVHQLGCEAVMLLLELNPDQSNLMFWAVDRCYTGSRRVAAGCFRAIANVFHNRDYQFDTVVLLNLILFKAADSSRDIYEVAMQLLQILEPKLFRYAHKLEILRTDGILTPPSPLPHLYSVSYYQLSEELARTYPELTLPIFSEVSQRIQTAHPGGRQVMLHYLLPWMNNVELVDFKPTVRRAEDCGSVEDEEDAHEREIMMVNSRRWLRGEGWGSPRATTMVLNNLMFMTAKYGDEFAWSEIENVWTTLADSWPKNLKIILHFLISMSGVNSDPSLLPYVKRVVVYLGRDKTMQLLEELMCELELTDPVSSAVTHMDNPPYYRITSSYKIPSVTSGTTSSSNTMVPENDGHHDSKVKDSNMEDSYTHLDIYSGLNSNLNRQHHRLESRYSSSSGGSYEEEKSDSMPLYANWRLKVMDHNRPEPLPFPPTGGCWSPLVDYLPETNTPAVPLHRCNIAVILLTDLIVDHGVKVEWSAYLHLLLHAIFIGFDHQHPEVYEHCKRLLLHLLVVQGANGNVRSVAMVLLRNRDYNDPRVLTVKPIAPDLNLTGVQEMASDSQPSPMTDSGLSTSSTSSSISLGAGGTALSHLSPPLFSEVDVSVEQDEKAKALIEFITSRKRGPLWNHEDVSPKNPNIKSADQLSVFVRHVMTVFRHSPSGFPLESLLSEIALRTALSCCCRHYAGRSFQIFRALKQPLTPATLSDILSRLVETVGDPGEEAQGFVIELLLTLEAGIDTLADTMKNYDLLTALAQTSTRDHLLGPKFASNRKSTGQLNMNSGGLFHYVHNRSSSLRASLMGERKTDRRRSNTLDIADRLCGSHGNLARTRSLSSLGGGGSPGGDAVPPVDPSNLMATVFWIAASLLESDYEFEYLLALRLLNKLLGQLPLDRADSRERLEKVQAKLKWYSFPGLLQLFLKGFTSASTQELTIHLLSKLISVSRHTLVDPSQVAGFPLNVLCLLPHLILHFDSPTSFCKETADKIAKVCTDEKSATLSNLAHMMSLYSTHSYSRDCTNWINVVCRYLHDAFAAITLNLVTYLAELLEKGLPSMQQSLLQIIYSLLSHVDLSAAPVKQFNLEIMKIIGKYVQSQHWKAAQNILKLVVSRSASLAVPDDVQHSYSTESCGSPEIAFTRIFNNSSKELPGKTLDFHFDISETPIIGHKYGDQRTAASRNGKPQVIAVTRSTSSTSSGSNSNGLVPVSWKRPQLSQRRTRERLMNVLSLCGPESGIPKNPSVRLLSYSKASDKVVFSSSEDLDSTDQQTSLIPTVEEVVREEEMQGEDTGSEQQFGVFKDFDFLDVELEDAEGESMDNFNWGVRRRSLESMDKGDTPSLQECQYTGSTPSLNLTNHEDTDESSEEELNSDSATDDTTSNHVDSLQQSQESSSSALTEEASVLPSLPSLRLDSPMLERAHSDSASSQLPEDAVSVTAADELSSSVSEDTGFCSAPPLPSDPTELCDLTDPQDPPDSQGTQDPHETQDPQEELDPAPPPPPAIDTPPGSLSEEEAQTVLALSLTLPYETQPEPDADPDSTCGSVWEEDVTQALKELDERCEEEEADFSGMSSQDEGDADCFPEIQASPPPSPFLSAILAAFQPVAYDNEEDAWRCHVNQMLSDTDGSSAVYTFHVFSRLFQSIQMKFGSITHASVRFLGERLQRMGNQFLSSLEVMTSRSQCPTVLLDAETLVSCGLLETLKFSVLELQEHLDTYNAKREAAELWLENCRKTFGDKDSNQQLNTHAQQMENLAELELCRRLYKLHFQLLLLFQAYCKLISKVDTMKREAEVTNMSEELTILESCLKEAETGNDCQEDVCMSDTAQTNTEMAIQSLIESLRARDFSSAITQVKAFRSLWPNDIFGNETDNAVQTLLHIYFRHQTLGQTGCLAVVGPSRDLSQASSRLMELNLQIREALSQAQACQPHTTMVSTGL >KAH7671712.1 protein phosphatase 1L protein [Dioscorea alata] MGYLNTVVPAASASQVNGSSASGGGLSQNGKFSYGYASSAGKRSSMEDFYETRIDGIDGELVGLFGVFDGHGGVRAAEYVKQNLFSNLIKHPKFITDTKSAIADAYNHTDSEFLKSENNQNQNRDAGSTASTAILVGDRLLVANVGDSRVVISRGGTAIAVSRDHKPDQTEERQRIEDAGGFVMWAGTWRVGGVLAVSRAFGDRLLKQFVVADPDIQEEVIDGSLEFLILASDGLWDVVTNEEAVAMVKPIEDPEQAARTLMQEAYQRGSADNITCVVVRFLVNKNNNSHHESGHRNNVKQENNTMTHRELESGSYRQRNSGHN >MCC6251785.1 phosphoglucomutase/phosphomannomutase family protein [Bacteroidia bacterium] MAKIKFGTDGWRAIIAEDFTVNNVARVSEATAKWILKNHKTKTVVIGHDCRFAGELFAETCAKVMIHYGIKVNIAKGFVSTPMISLGTLKLNADLGIIITASHNPPAYNGFKIKGSYGGPLMPEQIQEIEDIIEDTVSVDLKSKSIDDYVTENKAAYVDLETMYIEHVEKNFDLEAIRNSKMQFAYDAMYGAGQNVMRRLFPDITFLHCEHNPSFDGQAPEPIHKNLTEFSELIKVSGDIDCGLVTDGDADRIGLYNNEGDFVDSHHIILLLIHYLVKYKKAHGKICTAFSTTVKITDMCKHYGLDLEVVKIGFKYICGIMIKEDVLLGGEESGGIAIKGHIPERDGIWMGLVIWEFMAKTGKSLKELVQEVYDITGNFWFERSDLHLKEEVKNEIVANCKNNVYKQFGDYKVQRVEDLDGWKFFFSDSEWLMIRASGTEPVLRTYAESSNKEKAFAILNAAKKTLLG >WP_161548226.1 fimbria/pilus chaperone family protein [Pseudomonas sp. Q1] >NCE83899.1 fimbrial chaperone protein [Pseudomonas sp. Q1] MPTFPGFSFQTLRRCIGALLLLLSHPAVADGMVPDTSVIIVYEAEGEASVSVTNTDGKLALLHVTLEDNPEDTEPLLFVTPPLARVEPSKSQLVRFILQSAQPLTTQRLKRVIFEGMPQGRSQAQAGHARVGVTVRQNLPVIIHPKGLAPNRTPWEGLVWRLEKNQLTVSNPTPYVVRLAQELRLLPGDNSALLPRTYVLPGETLSINVSAATANTVRLQPATTYGFAVAPYDAALNL >PWA40393.1 hypothetical protein CTI12_AA563040 [Artemisia annua] MERNPAKKEEIPKKDLASCHHCNTPGHWKRNCPLFLEDLRKNKNKKDAGNVASTSESDGADPTTAIPLGSNDTKGKTSQNVEFYHQPFVFKEPNRDTRYLVASPFTSRIRDYDMPDGLKVPTNLKTYDGMFDPDDHLTIFMGTMDRPDESLKDYVARFSQETLHMADRSDAMVSGAFISGLRPGRLFKDLIARPPTSLEDLFTQTHNFIRAEEANNENRLREPRQGNRETKQHVTYKDLPRKHKEKFVSRSATRYSEHRKAPHDGFTTLVKSPAEIFATAKGKSILRPPPKMFTPGNKRDKTKYCEFHEDQGHDTNDCIDLQKEIEICVRNGRLSHLAKGAKTQNNSQATVPSGSRNGNQPQIDWNKREEASGKPKNEIHMTLHDRPTATNPRYSYPSITFSEEDPISRKRDHSFTEEHSLEEEQSLNKENNEEKEPPLIVEPLYFVDPNVAPEPLTPDGVVPDLALGSHPVAASNGVLPMPNWDVTLWSENQALRGANEELLSLIREMMGREVLAERLYKDLQGVIVSRDNTISSYMYEIDQLHTEQRVMLSEISVLEEEVTHLRRGQSTRRRR >WP_024957561.1 MULTISPECIES: hypothetical protein [Stenotrophomonas] >AIL06254.1 putative decarboxylase [Stenotrophomonas maltophilia] >OMP40894.1 decarboxylase [Stenotrophomonas sp. KAs 5-3] >OOD04868.1 decarboxylase [Stenotrophomonas maltophilia] >QQA80952.1 decarboxylase [Stenotrophomonas maltophilia] >SNW11064.1 decarboxylase [Stenotrophomonas maltophilia] MTAGSFRGKDKTMTALVLSLLGMAFAASASAAAADPEPAPVETPVFGAWRNLQTESGYAPAQRNLAFAMLPQAATRGDRFAILDREGKRTVCCLQVASPSLGVAALREQYHLPQAWVTDLSNGRSPARPYVPHVYAMQRVDELADYSFADVPGAYSDLGGLLIPEGAALEADGSAVRLGDTRYPLHFQRQPHADDDGALDRYSLQAGEGAAPIVVEVPFGTY >XP_026202203.1 colorectal mutant cancer protein [Anabas testudineus] MEDSNLVRRDSLDPGSGCDREGIDHFDPDGSDPTANLEPSPAELAQCEAEVGTLLTIIAELNKKMGSLKAPSESDDLRQPGPTRPLVPDLLSHRLVRKSPERHISAAAKPPLADQGGSGVVWTKLQRVLSSVEDSISCRRTWAYPIRATDQDKHKEHLKAAQESWVKAAQILEEMEREFGITCPSGLPKDQYQEEMLDVDKRDSALKSTLQSHQEELERAQSTISLVEEEKNKLVGLHKSWRSGSHSPSYRSTPGSLNSDWASPPYPGSPLLHRRRARTVTPLCSAGDSSPLGSVYSGSPCPSPIGLESETERLNRYIERLKARNERLTAALERKKGESEQISITLNRLESDCSALQMALRYCEECEEAYSELLSLYEAKKQQSIPLQRDPAEAVGDRQEPDSPSFQLRKMGTEELSTSFSTAGVTEETETQSHTGQRTHELVDRETVLRQRIECLKRDRAAICLPMPRSTRVESKMGPETVHLAESRGGHTTKDNTKPPEGKKEKSSVFYELISVREEMSDLRALIRLKEKELRCLEWSLMAQKAQEAAGIFVPESLPEELEHHKTEQQRLCETTARLCSDGDIAGPRTRPLLKELQAILQREQALKKRLALVHDSDSASHRRDSGEQIARLTQAHSKALSSYRQIRRKYREQVLRLEQKVAAMMESHHNQSGAPKTAGEDLEWKREETVL >XP_049917061.1 muscarinic acetylcholine receptor M5a [Epinephelus moara] >XP_049917062.1 muscarinic acetylcholine receptor M5a [Epinephelus moara] MEGETVLNSTVNTSTIDIHLVTHSLWEVITIATVSAIVSLITIVGNVLVMLSFKVNSQLKTVNNYYLLSLAAADLIIGVFSMNLYTSYILMGYWALGNLACDLWLALDYVASNASVMNLLVISFDRYFSITRPLTYRAKRTPKRAGIMIGLAWLVSLILWAPPILCWQYFVGKRTVPERQCQIQFFSEPVITFGTAIAAFYIPVSVMTILYCRIYKETEKRTKDLAELQGINYPTEPGVPQPQKTIIRSCFSCKLRSASHDRNQASWSSSSRSNAAKSAATTNDEWSKAGQLTTFNSYASSEDEDRPVSPGGFQPSFRNQACETIKSGVGSESEQLSSYDEDSFFQTPPKSNSQKSGKCVSYKFKPVAKDTHVEHHSKNGDTKMASSTFSSAESMSVPSTSSTSKPIDATLKNQITKRKRMVLIKERKAAQTLSAILLAFILTWTPYNIMVLISTFCSDCIPLSLWHLGYWLCYVNSTVNPMCYALCNKTFQKTFRMLLLCQWKKKRIEEKLYWYGQNPVVSSKLT >WP_121975536.1 MULTISPECIES: type IV pilus twitching motility protein PilT [Acinetobacter] >SPL72135.1 Twitching mobility protein [Acinetobacter stercoris] MNITELLAFTVQNGASDLHLSAGMPPMIRVDGEVRRINLPAMEHKDVHKLIYDIMNDKQRRDYEAFLETDFSFEVPSLARFRVNAFNQNRGAGAVFRTIPSKVLTLEDLGFGTIFKNICDYPRGLVLVTGPTGSGKSTTLAAMLDFINEHRYEHILTVEDPIEFVHQSKKCLINQREVHKDTLGFNEALRSALREDPDIILVGELRDLETIRLALTAAETGHLVFGTLHTSSAAKTIDRIIDVFPAEEKDMVRTMLSESLQAVISQVLLKKPNGGRVAAHEILIGIPAIRNLIRENKVAQMYSAIQTGASYGMTTLDQSLKTLVSKGIIHSQTARNFAKQPESFL >WP_065763488.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE8852099.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE8984240.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE9285435.1 DUF4906 domain-containing protein [Bacteroides fragilis] >MCE9302861.1 DUF4906 domain-containing protein [Bacteroides fragilis] >NTS10563.1 DUF4906 domain-containing protein [Bacteroides fragilis] MDAVTRGVPAVPTKLYNLEILQYNRNGTYQTGKSYGDVNLGTHLDVTLNVMNDCQLLVVARGNKDAVKTLVGKNLEDTESTKGVKSMDIDASIINQIDPSTANAIDAMPYVLHLEHVNVVTGTDGKAVIQSPEGSYDTRLLLKRLAARLTVSWNYTVSGYELKQVLLQSVPLNYTLVPTADSNGTYPSILDQFHTVEIDMSKGNSYSCWIPANVRGESPAANSDLQRTKANAPKGSSFLNFVAVNTTDPKKKLDYRVYIGGKTSSDFSLNNNTEYSYAVSFSHTGIPTNDKRVTYIDPVPASENNDNPVPTANCFMVAPGGGFCFDPLAYQSDGTEKTNETLKGWCQGGGIVKVKLLWQTKEDGDIGEPVMGIVNSAEDHTNIVDIKRTDGKAVGQNPVTDKGQCRIYCRVAPGTTGGSGVIAAYDSSDNILWSWHVWVTDYHPDATGNVDVQEPLTKRKLKFTYGNHSDQRPMMDRDLGAMAGYAKAPTLDVEKFKAHGFQYQWGRKDPYPSSYSNKPIKTVNLPAKITEPIVGIMSLYGSDGVKFLPFDPSYNGRAGYQMAYRNPLTAYKPSGSQYWFTDDVTSSISGAWATVKTVHDPCPAGWRVAKAEEYYSLFSDKGYNGTLPSTSTNNMNMSNYNTQGADKGFVLRYDETDQSKTTYFRLCGYYADRAFVQIGYFDFIWCCNCAKNGNTYQARHLQLVSTASDQRRGINGINNEGTLSAMLPLRCIQEKD >VEA68798.1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Serratia rubidaea] MLADWYRQPVFHELSAPHREALIEARSHNDGPAVAAMLEATSLGRQPWLAPQLRQLPLPKLVLCGAEDAKFQALTRAAGLPLRIIEQAGHNAHLANPRAFAAQLNDFLVNPA >MBL8103469.1 AAA family ATPase [Anaerolineales bacterium] MMRFDRFTERAQEAAQRAAEIIQRYGHNQIDTEHILLALIEQPGGVIPQILEKLSVSAEALTERLDATLRASPKANIFGGGAGQIFITPRVKRIIDLANEEANRLKDEYISTEHIFLAILTERNTPAARILESAGLTRDRVYDAIQDLRGGQRVTDPQAETKYRTLEKYSRDLTQLAREGKLDPVIGRDKEILRLIQILSRRTKNNPVLIGEAGVGKTAIAEGLAQKIATNDIPEILSGKRVVALDLGAMIAGSRFRGEFEERLKAIMDEVQRAKGDVILMIDELHTVVGAGAAQGAMDASNMLKPALARGELQCIGATTLDEFHKHIEKDAALERRFAPIYVDEPSVDDTIKMLHGLRDRYEAHHKVHFSDEALEAAARLADRYVTDRHLPDKAIDLMDEAAAKLRVALYSMPPDLKALKTDIDKLHAEEEQAGLERDYERAAQKKAERLRLEQ >XP_020704071.1 probable NADH dehydrogenase [ubiquinone] 1 alpha subcomplex subunit 12 isoform X2 [Dendrobium catenatum] MASVVRGVLKAIKEKGIVNFAKDLKEEGYLNCIFDGNLLQTKIHNIGATLIGVDKFGNKYYQRLDDTQYGRHRWVEYAQKSRYNASQVPPEWHGWLHFITDHTGDELLMLKPKRYGVEHKENFSGEGDEYIYHSKGHALNPGQRDWTRYQPWLSTKTSS >PWU01878.1 MAG: hypothetical protein C5B53_02310 [Candidatus Melainabacteria bacterium] MADVAVLGTAFGATISSAQQAFARTSMSHYPSHYQQKLVNELLLRLKSRGFGYNDSIEEDKKRAKQIADEQLENRVLNARACSEYEYIKNRILDCTEELNKYLDFDDLFKISAYQNCTSVRFRDRALIIEFKHVPFNDVQIHHSLDLIFQVSGAHSGNAGRTTLVLARQQDEFVWRQLAPVVHAPVATSKDLVASLLRWLEDGTDVFS >KAI9244788.1 Scd6-like Sm domain-containing protein [Helicostylum pulchrum] MSGQNYIGSKISLISLSDIRYVGVLHNINSAESTVALQNVQSFGTEGRKASINEEIAPSDNIFDYVVFRGSDIKDLQVFEAPPSYKPVVQQNMSTPVPSANNYYYNQQRYAPYATQSYGNYWQNGNTTAQSQMQMPVPENYQDQKSLKVNDNDFSKNKQEEKTVVVSPPIERRGSIYQEKQEVLNVVIEDENFLVDSLVKQVSDLDIKKASPKVSKSVKEKANKKDKQKSMVAVETVSVKTSRSTTRSTRSTTSSSRGGNNRNRSHGNHNGNNTIVPRSDFDFASANAKFDKTEITVIEKDNTTSKGADSISEPEHFYNKSFFDDISCDSKESNKGRRVKYQEECKLNLETFGQTNTSQGQNSKRHRHRGRDRGRNARERENKPHNDNNAEIVKEST >WP_140465756.1 hypothetical protein [Hymenobacter nivis] >TPG67452.1 hypothetical protein EAH73_06970 [Hymenobacter nivis] MAQLYRTRFPWLGLLAAVWAVLSALGACAQEKPVLPGAPVGVPAPPALGAPGLGAPAVGPPALGIPVLGVPALGAPATAAPAVGAPRPAATAVPPPSSRRCRYLRLAPGRDTTDFALADTLTIVPASVTAADGRAVPYDARTNRYRWVRPAPRDSAGAPRPDSVLLCYRVLPLRLEAARYRRPLRLMDSLDFRRAPIGYEDFSVKEQILNTPGISKTGNLARGVSFGNTQNVFVNSALNLQLEGQLTDGIHLTAAISDQNVPFQPEGNTQQLQQFDKIYITLTSQQGSLTAGDVVLRNKPDYFLRYYKNIQGAALEANFGPPLPGLTSGPAAQGVANTVFLNGQAGQLPVAPGGAVPTLNPATISQPQLADPNRQVPLAGTVATASGRTAKGLAWQSSTAIAGGVAKGKFASLDVAPLENVQGPYRLTGPNGEQYIIVLANSERVYLDGRLQVRGYDADYTIDYNLAEVTFTPRHLITRNSRIKIDFEYSDLNYSRSLYALSHYQQIGKLSLHANYYQEADNPDNAANLELGPADRLRLRAAGNVAAVDAPGADSAAFNRTIVQYHRDVVLPPGALAPVAVFTYVGATSPIDSVRGVYTVRFTDLGQGNGDYVASTRFVAANGRVYEYVAPVGGVRQGRYQPVRRLPTPQLKQLVSAGASYEVARGATVFVDAASSRLDRNRFSPESDRGGAVHVGYVVQDRRLNLPGLRDYRVRSALDYEYTAPRFAPIDRYRDIEFDRNWSTASTVQGNAVGGVPREDNILNFSVGLTKNVNNNFSYRVSHRYRPGEVNGTQHWLDGAQKFGGLELRGSLFLLNSEAGRFRSSWARGEGTARFVGGALVPGYAYRFDKNRVALPGGDSTSTVNYFDEHNVFLQSRDSARTKFRLDYSYRRDQGPTADRRALAERSAAQTWQGSLAARPGRTQDLRIVATYRSLAQRDSALSRTALGKIDYNVGLFQNQVRSELSYSVATGRELRRDYSYLAVPAGQGTHYWQDAPPYDGIQQKNEFFEAQTADAQYRTYIKVYLPTADYLTAFTNRLSYRLTTAAPRGWREAGGWRAVAARFATLSSVTVDRRTANPNLGQRLSPFGYGPDDEQLLAFNQLMRNTVYFNRSNPIFGAEFTVQQTQQKTLLTQGFDLRNLATQSLLVRRTLAQFFTGRLTLTRDIREAQSDYLTTATTSRNFRLLNYAVQPEISYQPSPALRLTATYLRTSRRNVRDDAYFGTAGVFDELGLETRVSQVSKRTLTAATRFTRVAFDGDPTSAVGIEILNALRRGANFTWNLNVEQRLSNGLNLTLAYDGRKANGLNVVHTGRMQVAVLF >MUT95740.1 RND transporter [Subdoligranulum sp.] MEKLATLIVDKRNLIFLLYIFALIFCVIATGWVNVENDITTYLPDSTETRQGLTVMNDNFTTYGTARVMVSNITYDKAVQLEEQLEDIDGVDSIDFDETSDHYKDSSALFSVSFDGEVDDPRAEAAMDEIRAELADYDTSIYTEVGYDSSADLQSEMSVIIVIAAVIIVLVLTLTSRSYAEVPVLIMTFGAAALLNMGTNFLCGTISFISNSVTVILQLALAIDYAIILCHRFSDEHETLGVREACIAALSKAIPEISSSSLTTISGLAALAFMHFGIGRDLATVLIKAILFSMLSVFTLMPGLLVLFSKLIDKTRHKNLVPRITAVGKFDVKTRYIVPPIFAVVIIAAAVFANLCPYCYTYTDLVTAKQSERQAAYQKIKGEFGTSNMVAIIVPAGDYESEGKILAELDSCPEVDSTQGLANIEAMDGYMLTDALTPRQLSELANLDYEIAKALYGAYAVEHDEYGEIINGLSDYKVPLYDMFMFLKQEMEDGNITLGGDVQNTLDDLFAQLDKAQVQLQSDKYSRLVAYLNVPEESGETFAFVDKIHDIVGKYYDSDYYVVGNTTSAMDLSSSFGQDNLLISVLSALFVILVLLFTFKSAGLPVLLIIVIQGSIWINFAFPYLQHSQLYFLGYLIVNSIQMGANIDYAIVISSHYTDLKKVMHHKEAIVAALNESFPTIFTSGSILASAGVLISVLTTNPVIAAIGECLGRGTIISIILVLFVLPQILVLGDSIIERTSFEMKGIGVTTRTASGTMHVNGRVRGYINGVVDAEIKGVLHGQFNASISTGTEVTVDEPDMYLPEGDVTATDESPNEPADTTKGGDAE >WP_019100427.1 magnesium-translocating P-type ATPase [Chromobacterium haemolyticum] MTKHTSSRHKLKGYVATPSTKQEKPVIRAVEEADSSVEETLQHVRGHQDGLTMAEAHQRYAQFGPNEVAHDKAPHPLIQLAQAFKNPFVVVLMVLAAISYFTDVYFATPGDEEWTGIIILLTMVGISGLLRFWQEFRSAKAAEKLKSLVRNTATVQRRPANGSSPIRQEIAMSELVVGDIVHLQAGDMIPADIKLLESRDLFISQAVLTGEALPVEKYDTLGSVAEKSANGQANGDTDLLDLPNICFMGTNVVSGKASALVVATGTDTYFGSLARSVVSRKRVETSFDRGVSSVSWLLIRFMLVMVPVVFMINGLTKGDWMSALTFALAVAVGLTPEMLPMIVSANLAKGAVAMARRKVVVKRLNSVQNFGAMDVLCTDKTGTLTQDKIILEHHYNIHGLKDEGVLQLAWLNSFHQSGMKNLMDIAVVEHADELGNRVKPSGYSKVDEMPFDFVRRRLSVIVENQRGRQLMISKGAVEEMLAVSSHVQDGELIKPLTAEERAALLKRSQDYNAEGYRVLLVATRDIPAEEAKRNYKTNDETQLVVRGFLTFLDPPKDSAAPAIRALKEYGVAVKVLTGDNPIITAKVCRDVGLSPGVPLVGKDIEAMDDVALCSAVKHTTIFAKLTPLQKSRVVKALQANGHTVGFLGDGINDAPALRDADVGISVDSGADIAKETADIILLEKSLMVLEEGVIKGRETFGNILKYLNMTASSNFGNVFSVLVASAWLPWEPMLAMHLLIQNLIYDVSQMVLPWDKMDPEFLKKPRKWEASNIKRFMLWLGPTSSVFDITTYTLMWTVFGAGAAYYAGLAHGVSDGGASIMHSGWFIEGLVSQTLVVHMLRTRKIPFLQSTASLPVLLSTSVAIAIGCYLPFSSLAESIGFIKLDTSYFWWLLATMMGYMTLTQIVKTIYIKRYGRWF >WP_165185356.1 S41 family peptidase [Caulobacter soli] MNTRHLLLACAVLALTAPDAPALAQVKSGVEQAAPNALSKAARDAALVAIAETVRAAYVFPEKDATIIARLEKARLDGRYDTTDAGVFAERVSEDLTAASGDHHMYMLYDPAQYAAATSAGSANASVNEAAEAAFARSLAVRDHHGLVEQKILPGNLRYLKIAAFQWVQDETGTIYDEALRFLKDGDAVVIDLRGNPGGSHPAVRYLVSHFMDGDVLEMTFLESGQTPVQSRTLEHLPAGRLRGKPLYVLIDNNTGSAAEAFAYDIQQFKLGELVGATTAGAANNNRFLPIAPGFMLSVSFGRPVHAVSQTNWDGTGVAPTVAARPEQALAVAQSLALKRLAATPGASPEAKAEYAWASIDVAAGLNPVSIPPGKLKTWAGRYGEVTISLRDGKLWMARADRPLRGLTALTVDGLFAVDGSDMLRARFTATGLETLWRGDPDPRVYPRI >WP_097942517.1 MaoC/PaaZ C-terminal domain-containing protein [Mycolicibacterium agri] >PEG34878.1 dehydratase [Mycolicibacterium agri] >GFG50499.1 hypothetical protein MAGR_19400 [Mycolicibacterium agri] MTGAQQVYAEDIAPGYELPELVKNCTPRQLVMWAGAAPDFYEIHYDAEYARAAGLPGLVVHGALKYAFLGQLLHDWVAPDGRVVSFRCSYRGLDVPGEDLRCRGVVRGSTVEAGETRFELQIWIENPRGEITTPGSAVVVLPSRS >EDX1137207.1 cytochrome d ubiquinol oxidase subunit II [Salmonella enterica] MTIDLPVIWFAIIVFATLMYIVMDGFDLGVGILFPFIRDKHDRDVMVNSVAPVWDGNETWLVLGGAGLFGAFPLAYAVITDALTIPLVVMLLGLIFRGVAFEFRFKATESHRAFWDKSFIVGSILATFAQGVVVGAVVSGFQVEGRTFSGSQLDWLTPFNLFCGVGLVVTYALLGATWLIMKSEDPLHSRMCALSRPLLIVLLLVMGGVSVWTPLTHDDIAEHWFTLPNLYYFLPVPVLVLAFSVWLWRSVKKPESHARPFILTLGLIFLGFSGLGISIWPNIIPPDISLYAAAAPPQSQSFMLVGALIIIPIILAYTFWSYYVFRGKVRHGEGYH >WP_071558608.1 hypothetical protein [Paenibacillus polymyxa] >APB75625.1 flagellar hook protein FlgE [Paenibacillus polymyxa] MTTVRVLVDAVGQYNSGDIVTDAPDGLVDIAKNEIRNAATGQLLAEIVDGNGAPDGSPSERELQLQAELEQSKAREAELLEQIDILQSDGELKELKASAKELKIPGYTKMSIEELKQAISAAGGTADGN >WP_171312884.1 alpha-ribazole phosphatase family protein [Vibrio splendidus] >NOJ05182.1 alpha-ribazole phosphatase family protein [Vibrio splendidus] MENGTTKNIYLLRHGKVEGEAALNGLSDVLVNPDLQDRICGALAKQDIAFDCVVTSPLRRCSDLANRYAQRMSVPLSVAPDFQEMNFGDVDGVPFDELEDKWGMLETFWQDPANHQLTGAESLQGFHDRVTQAWSQLLNDPSDNILLVTHGGVIRILLAHCLDIDWKNPSLYSKLSIENASITHIQITQFAQSFISVKSIGLPVL >WP_172272319.1 hypothetical protein [Xylanibacter muris] >NPD90885.1 hypothetical protein [Xylanibacter muris] MNYLISLVRSLKPLCIEHWFVVVILLYSIGGFIRYNFLSGTIGNTIPFVGFCILIWRLLASRKSMPLRGVSAFFYFILVVWTLWLTIDMILFTDFREITMEYKGITTVLLNISQSLMFAPNLLPLTIFCIPRNRNLDFSYIVRACILMMILYIIAYPFALWSVTNFALDMTARAGEEGNYNSFISDASIHISLLLAPNLMLYCREYLPRKKWLFFLLAFIASLIITVYTARRGGTLFSVLYLFFAWFIYSVHNKKVSKFKAMLLAVVVVSAAYYIVTGLADSFFSLIFERGIEENRTNVEESFYADMTSWYDWIFGRGWFGTYYDLSFDQFRMGLETGFLTLILRGGLLYLIPYVAIMLIGAFNGYFRSRNLFCKSLGVLLFMNVCSLYPFGWPEMNFTFFIYWIGIWICNQPRYRNMTDIEIKQIFFTHPLIR >WP_206698867.1 CNNM domain-containing protein [Alkalihalobacillus lehensis] MIFVAIILLFIASSFFSGSETALTATNKIKLQTKAAQGDKKSERLLKLVNNAEEFIPGILIANNVPNIILPSLVTIVAIDYGLNVGIATGVLTVLIIIFAEVLPKSVAAAYPQRIAYAVYPLTNLLLKLLKPFTFLLNAFTRLVIRMLGKNAGTETTFSKEEMRAMVDIGHIEGTFKNDEVYRLKGMLDFDQLNVADVLQTPRIDVQGLPAESTFEEAKEIILNNQYTRYPVYEEDIDHIIGVFHSKFVLKWSQEPSKPLKEMADLQPLYVYEFHPVNRVFQKMLQEKKHFAIVLDEYGGTEGIITHEDLIEAMIGQDIEDETDVDDVLIEEQSESRLVCDGKISLRRLNNVFHVNIPEEEDNLASFLIQQFGYLPTVGEQLDYKELRFEILDMDDKKVNRVQLTKKIDPMLSQ >XP_015918471.2 uncharacterized protein LOC107447941 [Parasteatoda tepidariorum] MHMMAVYIRRRHLLFLLAAFYFTYLLLYLYILDNSLRTLSELLEINELFSFNKNPKNRIFEKVFDYIETNEIISSKETDNDFSSREDQYFDGSPGSYNGQLKKPMYLKEYEGPYREDNIIEPEKKNETYSLLLKLNINKNFPRSYFKDITLESENNEQYSSVRKLNALPNNVQGNIQKKIVSHSEDIASEPQINVQYSSKRKIENHQKEDASKIFNMSPTISLINDIKIKQMHWTSEKLENLMLEKLVTHSPQPLESKVLFRLKTVSQKVHNTISSLQSFFNTTTKKQNSKSNSDILSINAVTLPQNIILSRNNTTPSEKDVSVLKPIPKPKKDPNFIIDTKGCKIPKMSPWDSTILHLIQLHNPLKCSNIPLFMTPEPNGIIHLNVSVLEQYYNTTVDELKCYYQAIYRKHEDPGNVRENDYFVSEVQNLIFNSPMQDEYVAAKCFFPNNYTHEQYFPLVRIKKDVEETKSKITPPSPLNVILLGIDSVSKLNFLRHFMRTKSFLKDKMRSFDMKGYTKVGDNTFPNLVPLLTGHFVEYYWNESLRDTFFFDNISLIWKEYAKNGYRTFYAEDSPLFGTFNYLKRGFYDPPTDYYYRPLALAIENSMLRAKARVTNSPCLNSEMETDLMYDYLINFIKTMGKRPYFAFCMVSILTHDFLNKAGRNDVPAVRLLQALNDEGALNSSALVIFSDHGLRFGEIRHTYIGKFEERMPFMYVHIPKWFLEKHPDVERSLAINQDRLVTLFDVHATMKHLLYLDDNLQDKTDELGISLFNEIPENRTCEDAHIHQHWCPCNNFNQISINHPAISNVSRSLVDHVNELLQPHANVCEILEVDQVTDARFGMPNMKDMGVQTTESTTGDYLITLIVKPGGGVFEGTVRYFSNNMTSDVLGVSRISVYGKTSWCIDSPKLKLYCYCKTQQE >NOT03931.1 NAD-dependent epimerase/dehydratase family protein [Anaerolineales bacterium] MSQNELHVIFGTGALAKWTARELVKLGKPVRMVSHSGKMDSRIPAEVEVVKGDAYDVKRNIEVTKGAESVYQCAQPQYHEWAEKFPPMQKAILDAVAVNGAKFIVGDNLYMYGDTNGQPIREDMPYQPHTKKGKVRGEMATAVLEAHRAGRIRAAIGRASNFFGPDDTAVTSYAIRPALAGKSVNLLGRTDQPHTFSYIADFGRLLATLGTREDTLGQIWFTPSPAPVTQVELIKLMEDELGHKVKFMAAGKMMMSFLGLFIPAMRESVEMLYEWDKPFIMDSSKAQKAFGLQPTSLKDAMHATIEWCKIQN >WP_122081718.1 aminodeoxychorismate/anthranilate synthase component II [Vibrio coralliirubri] MADIVFIDNFDSFTYNLVDQFRSLGHSVKIYRNNIPAKVVEAAINELDTPVALLSPGPGAPADAGCMPELIQLLKGKVPMIGICLGHQAIVEAYGGTVAGAGEIIHGKVSMMEHQNHATYQGLPSPLAIARYHSLVATHVSDSLTVTAEVDDLVMSVVQEQDKVCGFQFHPESIMTTYGATLLANAIEWALEKPLRLEKSSTLEKTEK >XP_023664563.1 transketolase-like [Paramormyrops kingsleyae] MASYHKPDEKTLQGLKDIANKLRIHSIKATCASNSGHPTSCCSAAEVMSVLFFHTMRYKAMDPRNPSNDRFVLSKGHAAPILYAAWVEAGYVKEADLLNLRKIDCDLEGHPTPKLAFVDVATGSLGQGLGAACGMAYTGKNFDKSSYRVYCLLGDGECSEGSVWEAMAFASYYKLDNLVAIIDVNRLGQSEAAPLQHDTETYRRRCEAFGWNTYVVDGHDVEELCKALWQAEQDKSRPTAIVAKTFKGRGLKAIENEDNWHGKPISKDRAEGYISELKGLIQTNKPLCPELPTEDAAPVDFSPILLPSLPNYKLGDKISTRKAYGVALARLGQSSTRVVALDGDTKNSTFSELFKKAHPDRYIECFIAEQNMVSVAIGCATRGRTVPFASTFAAFLSRAYDHIRMAAISQSNVNLVGSHCGVSIGEDGPSQMALEDLAMFRAIPTCTVFYPSDGVSTERAVELAANTKGICFIRTSRPDTAVIYSPEETFEVGQAKVVRQTESDRVTLIGAGVTLHEALAAADQLAKEGVNVRVIDPFTIKPLDKDTIISSVRATGGRVITVEDHYPEGGLGEAVCSALQGEPGVMVQRLAVSGVPRSGKPQELLDIYGISASKIVDAVRTAFAN >MCI6056265.1 L-serine ammonia-lyase, iron-sulfur-dependent, subunit alpha [Clostridia bacterium] MDMKMALEAMRSEMKPSMGCTEPVAIGLAVSRACALLEKPATHLDMVISSNIFKNAYSVQIPNAGTNGIELSCVLGCLLADPDNTMEIFAKVKPEHVEKGQKLVEEGFVTVKVLKSSQFYIECVATNETERAHTITEDAHDNLVYSEKDGKVLLDNRKEEVVEEETHDGFDITQYTFADFFKMANEVDVKDLAFIQEGIDMNLDIAKKGLEKKYAIGIGPCMQKMVLNGTLSNDMVTDVKLTTAAACDFRMSGGNGSVMTYLGSGNQGLETMLPAAVAAKHLQASPEKLLRAELLGMLIIMYMKKHVGRLSPICGATLAGSGSAAAITYMMGGNLEQISGAVQNMMGGVAGMFCDGAKGGCALKLSICAGEAVYAALYAMDNSIVQATDGIISTAVEDTTKNLMKLSHEGLTDVDMKVIEIMQNKK >XP_043867713.1 ubiquinone biosynthesis protein COQ4 homolog, mitochondrial isoform X2 [Solea senegalensis] >KAG7499601.1 ubiquinone biosynthesis COQ4-like, mitochondrial isoform X2 [Solea senegalensis] MWLPASKPLQRWFNQRHRVLTCKVCVQQLCISSSQFTESCYDGLYPGHIPTTPIQKALLAVGSGVAALQNPYRHDMVAVLGETTGHLALINLRDRMRNDPEGYTILMERPRIRLSTLDLSKMSSLPDGSFGREYFRFLEDNHVTPDSRADVKFVDNEELAYVIQRYREVHDLLHTLLGMPTNMLGEVAVKWFEAAQTGLPMCTLGAVLGPLRLNASRLQTLFTTLGPWALLNGRRARCVLSIFYERRWEQSLEDLRQELNIEPPPITPSASKKRST >MCI6733811.1 sodium ion-translocating decarboxylase subunit beta [Clostridiales bacterium] MFSFLNSLLSLDIGESLKSLWESTGLHELVSTFTAGGWQNLAMILIACVLFYLAIVKKFEPLLLLPIAFGMFIVNIPGVYHILFGTKGYVVTEVYKNIDTEAITTGTEIARGTLAELCAKFGVAGEPDMEKLISALNSLSTTNGVYTVGYEISGEQVIRDFGLFYYIYKGVDWVIFPPIIFLGIGAMTDFGPLIANPKSMLMGAAAQLGIFITFFGAHLLFGFTAKESAAIAIIGGADGPTAIYVTKKLAEHLLPAIAIAAYSYMALIPVIQKPIMRAVTTKKERAIKMQQLRKVSKLEKVAFPIVVSLVVGVLLPDAMPLLGMLMLGNLLRESGVCGRLVDTASNGLMNTVTIFLGVMVGSKATGSLFLSLGTIEIILLGLFAFCMGTLGGLLVGKLMCKLTGGKINPLIGSAGVSAVPMAARISQDVGRETDPDNHLLMHAMGPNVAGVIGSAIAAGVLLALFG >WP_200441331.1 hypothetical protein [Corynebacterium macginleyi] >MBK4162624.1 hypothetical protein [Corynebacterium macginleyi] MATVSGSLLFVSSRAAQVSEVWLHAREVRTHAGGVVTTGNDRFPVNDGEVTFTALPGPAVLALISQGRAVDTIPIVVGEGDEQSLRHVVRAAQVVDEASAREIERLSAEMMGALDSARGQAEAARGHAGTAGEQAVVARGQAEAAASSAEEAKGHASAAEGHASRARSSAEGAGRAADRAEGARGELGTARDAAVQARDAARGHASTAEGHANAAAASAREAEGAVGRADASARQVREIATSTRWDGDRVTVNGKQSPRLTGPRGERGPQGPPGEVDNIDLSQYARLDQLSDVVRSGDLEKRFKAYRPETTSTIGGKGHIGVPIAASKHGLLSIEGSVIISRPGKISLNDPSCIWAPNPPRDYSDVTNKRYVDKMTNTNRLAPANHTHRVTDISGLSEYVSSATHKLKLLDTYSFPQQEIELRKYSNGMVQVHLSGARQGAEITIPAGCAPKSGLFYGVVLDTAGNKAGILTVHKDKAVVERIDDTAVGTFVYPAS >OQD63521.1 hypothetical protein PENPOL_c009G06841 [Penicillium polonicum] MPPRKKTKRAHSPTPQDDTVAESSANTPSSDSVGKSDTDYDLITDPWTDEQETALLKAIIKWKPVGLHKHFRMLAISDYLKSQGYAPSTAEHMRIPGIWKKLSSLYNLEALDEREDSVITDVNEDDEGSGEMYCTFELPYDEYGDMMFERRLAMEESLSPVTSRASRAGGSRRGSTVADTDEPRSSPAPSRGRISRPSTRGTRSTRLQVEIGPGSQGKVSDEGGDSAEDTGANDEDDEEGEEGEEGISDEDEGEGEKGGSRSTRAQTSRSKAKDNRPSTGTATRRTARRR >XP_041032211.1 P2Y purinoceptor 13-like [Carcharodon carcharias] MNINLYNSSNVNVTFHNLNISSQGKCIRDVRVTKVLFPVLYTVLFIIGIILNLLAIRIFLQIPSNSTFTVLLKNVVIADLLMTLTFPFKILSASQLAPWQVRWFVCRFSAVIFYFTMYISIILLGLISLDRFLKITRPFGKSCIRRVRFSKFVSVAVWAIMFLLSLPNIILSNKEATPDSVRKCMGLKGPAGLKWHAILNYICQFIFWAVCLLMVMLYAIIAKKVYESFVRSKSTGSKAQRRTKAKVFIIVLVFFACFAPFHFVRVPYTLSQVGKVKECWKQNMLYYIKEITLWLCSSNTCLDPFIYIFLSKAFRRKLVKGNSSTVTCSRNTQNLANDNQITESAL >WP_250323911.1 hypothetical protein [Williamsia sp. CHRR-6] MVANRIRVVGPNAPIPELPVACAVWEPEPSWSTSTEAWLMAGGPHHTVLSTAVDARTLDHFATMTRTELLDIDGDTTTKSFARELKWNAVYHHIAAGL >XP_045908845.1 trafficking protein particle complex subunit 11-like [Micropterus dolomieu] MTDILSSSPWPLLLAASSLQLLTMISNTPQLQSQLQDVVLQTGECASECFCLRCPPLTNSNSTVATGQYLISWRRESSSADSPLIQTTVTLPHIILEFVPLYIHADLPSFGRVRESLSVRYHIENRTALVQEVEMAVEPSDAFMFSGLKQVRLRILPGSEQQMLYNYYPLMAGYQTLPQLSISLPRCPNTNTHTLRRFLPQRIFVKPQGRQLDDASIAAA >WP_024330540.1 glutamate--tRNA ligase [Simiduia agarivorans] MTIRTRIAPSPTGDPHVGTAYIALFNYCFAKSQGGQFLLRIEDTDQVRSTRESEQAILDSLRWLGLDWDEGPDVGGPHGPYRQSDRSEIYQTYCDELLAKGHAFKCYRTPEELDALRDARREQGGFAALKPSELALPADEVAKREAAGMPYVIRMVVPEGEGPCPIEDMLRGTIELDWGQVDAQVLLKSDGLPTYHLANVVDDHLMGITHVLRGEEWINSAPKHKLLYEYFGWDMPVLCHLPLLRNPDKSKLSKRKNPTSILYYKDMGYLPEGLLNYLGRMGWSMPDESEKFTLEQMIANFDIMRVSLGGPIFDVEKLDWLNGLWIRENLSEEQLAERLHHWAFNKERLMQLLPFAQTRMNKLSDFAPLMAFMAAGQLPISQASFADLKMEEDQLKAVLQFALWRLEALRTWERDAIFNELKTLAGQMDIKVKDFLAPLFIAIAGTTASFSVMDSMTLLGPDMSRARIRHALNSVFGEIGKKQAKKLEKAYELLGN >NGS95655.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT00082.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT06664.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT26486.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] >NGT33455.1 hypoxanthine phosphoribosyltransferase [Clostridium perfringens] MKDDVKKVLYSEEQLAKRVKEMAEEISKDYAGKDLLVVGILKGSVLFTSDLIKNITIPCEIDFMAVSSYGNSAQTSGVVRILKDLDSDIENKHVLIVEDIVDTGTTLSYLLEYLKARKAASIEIVALLDKEARRTSNVSAKYKGFDVPDEFIVGYGIDYAEKYRNLPFIGALKEEIYNK >OLB04871.1 hypothetical protein AUH06_11160 [Gemmatimonadetes bacterium 13_2_20CM_69_27] >OLB54800.1 hypothetical protein AUI13_11055 [Gemmatimonadetes bacterium 13_2_20CM_2_69_23] >PYO33044.1 hypothetical protein DMD32_02320 [Gemmatimonadota bacterium] >PYP23422.1 hypothetical protein DMD51_14415 [Gemmatimonadota bacterium] MRAFLLAATVTLIGHSTAVSAQAQAPAQRGGIKLSDLAGTWDTKTMVGPKDSVAVTSVVTATADRKGWTLRLPNRDAIPVRVVAVGGDSVVTEAGPFQSVLRPGQMVTTHTVGHYKGDTMTGTIEARYASGDVVRLKTAATRKK >MCB1103648.1 aldo/keto reductase [Cephaloticoccus sp.] >MCP5529550.1 aldo/keto reductase [Opitutaceae bacterium] MKYRNFGKHPLNCSEIGFGAWAIGGAWGQQQDDDSLAALHRALDLGCNFIDTAAGYGEGRSERLIAQVLRERAQAGKKDTVTVATKTPPTAGEWPPSPYDQAEARYPENYLRANIAERLRNLGTARLDLLQLHTWTRAWNRNPTPFKILRQLQKEGLLGLVGVSTPEHDQNSVIDLMRDGWVDSVQVIYNLFEQEPAAELLDVAKECGVGIIVRVAFDEGSLTGKFNAATKFADDDFRAGYFAGDRLARTIARVAEIRADLEGSGLTMAQAALKFVLAHPAVSTVIPGIRNITQAEANCAVSDLPDLPPQLLEKLRRHNWRRAFWYGGK >WP_008056683.1 FHA domain-containing protein [Limnospira fusiformis] >ULB44769.1 FHA domain-containing protein [Limnospira fusiformis KN01] MSHSLPKTQLEKSSDPYLELTNQTQTVTFALTKAQLILGRATDADLKIPEDWLAISRYQATLTRNGDEYEIYDGITKNGTRQPSRNGLLVDQRRVGVVEYYQLFDGAELQIGQDPMTLIRLKYHNPQNPKFIVSSTTRNQSISIKNRSIVLGRDPSCNLVLDSPVVSRKHAVIDKFDGGYYQLFDYSTNGVFVNEQKVNQSMRLPDGCTIRIGSFILVLSGDRLTLQDRGDKLRLDAWEVTRIVSKHSRNSQTLLNCVSIPLEPGQLIAIVGGSGTGKSTLLKTLLGIQPLSGGYVYLNGSDLQQNFNIYRTQIGYVPQEDIVHRNLTVDRVLTFAAQLRLPPDTNIEAVIQKTLTEIELLDRRHTLISQLSGGQLKRVSIGVELLADPKLFFLDEPTSGLDPGLDKKMMQLLRKLAHSENRTVALVTHATANITLCDRVAFMGRGGNLCYFGPPSEAPSFFNVGRDDFAEIYNELEKSPEENQGCSIEDYCQQWNTRFKQHTDYQKYVRDALIIPGKINANSPGINQANQTTTKFKDKPKQVKPSALRQIRVLLQRDIQLVLADRFNLGLSLLTAPIGIALITLAIREQEPLILGDGSDPTLAPLALRVLFVFTCAAIWVGLSGSLQTIIRESAIYARERLVNLGLFPYLGSKILVLCFLGLAQTLLMAAVVILGFKSPEPTLIPWLIGLSITTFLTLVTSGCLGWAVSCFVHNETQANTALPLLLLPQIIFSGVLFKMEGIGKIISWLMLSRWSVGAYGALVDVNAMVPEPMKTPDGSIIPQPFEVTPVYDPTWSNLSLNWFLLGLHAIVYLTLALWKQKQKDIF >UCF69744.1 MAG: PaaI family thioesterase [candidate division WOR-3 bacterium] MSTEFLMDEYCFACGPRNENGLKLRIIEADDGVRARIEPPAWSQGYPNVVHGGIIATILDELAVWAAFKKGYRSVTAEFSMRIKGSMNTEKIYTALARVCNIKHRLIEAESEILDNKNARVALAHVKLLRTES >WP_061554953.1 VasL domain-containing protein [Obesumbacterium proteus] >AMO83081.1 hypothetical protein DSM2777_19760 [Obesumbacterium proteus] >OAT58322.1 hypothetical protein M993_02857 [Obesumbacterium proteus ATCC 12841] MANIDYQQVATGKDPRDIDEFERIRGEINKMTHPLHPPVDWSLVQRLGVALFTKNGVDLQSVVYYAMARTRLNGWNGFAEGCELMAVLIVSQWESFWPNTNAMRARNEMLDWFAARVGALVRQLVRSPETMQDVFRAEYALKRVSDKLQQHKEINVMLINSLLYFLQECVKESKAAASTYSNEPPIVLPLVYLPQQEASTSSSFSSSIPATADTQQVFTSIHAIKTKKRFPWIPVLSGVVAGCVLTLGSVLVYHMWEPEAPVAHFLAAAQPEPELMPINQAMTYNAELQQQEQKILRIYQQKLMDIAQASPVNDLQRGQEISQLLQKVYPQNSVSTQWRQQLENLSAVAKDTGYVSTQQAVQALLNELLESEKLHRGYMTISSLKTGLYNIQSQLSASPPIAYLLMQIEQQNQQGIKPSPAQLHQIDDQLKGLQARYLLLQAAKEREFQE >KAF1884135.1 hypothetical protein Lal_00046424 [Lupinus albus] MAKEEVLEFLGSVPLLQRLPSSSVMKISELVVLKHYEPGEYVVREGEPGNGLYFILKGEAEVVGTNSDNDNEHPEFQFKRYDYFGFVLSNAVHHADVVAVTKLSCLVLPHEHSTLLQPKSIWSAEESLETSSPMETILHLEPIEVDVFRGITPPYAPKTGQVFGGQMVGQALAAASKSVDYLKVVHSLHAYFLLGGDYNMPIIYQVERLRDGKSFATRKVDAIQKGNVIFTLLASFHKEETAFENQEVDIPSLLSMEDLRLQFVTDPCLPRTYRNKVATSEFIPWPIEIRFCEPRRSRNQTKSPPSLKYWFRAKEKLSDDQALHRCVVAYSSDLIFIKVSLNPHRKKGLKAHVVSLDHSIWFHRPVKADDWVLFVIFSPSSYNARAIVTGQMFNQKGELLASLMQEGLTRKDNSANKSKL >WP_271489102.1 hypothetical protein [Synechococcus sp. AH-779-G23] MFLLLETKIRRVLDKQMDLRLVELLGKYQEEELEAIERWFNHTQPLALEIMGSMKIARGAIKREKKL >EIC7331684.1 UDP-N-acetylmuramate--L-alanine ligase [Salmonella enterica] MNTQQLAKLRSIVPEMRRVRHIHFVGIGGAGMGGIAEVLANEGYQISGSDLAPNPVTQQLTSLGATIFFNHRPENVRDASVVVVSSAISADNPEIVAAHEARIPVIRRAEMLAELMRFRHGIAIAGTHGKTTTTAMVSSIYAEAGLDPTFVNGGLVKAAGVHARLGHSRYLIAEADESDASFLHLQPMVAIVTNIEADHMDTYHGDFENLKQTFINFLHNLPFYGRAVMCVDDPVIRELLPRVGRQTTTYGFSEDADVRVEDYQQIGPQGHFTLLRLGMPNLHVTLNAPGRHNALNAAAAVAVATEEGIDDDAILRALESFQGTGRRFDFLGEFPLEPVNGKAGTAMLVDDYGHHPTEVDATIKAARAGWPDKNLVMLFQPHRYTRTRDLYDDFANVLTQVDALLMLDVYPAGEAPIPGADSRSLCRTIRNRGKIDPILVSDPAQVATMLAPVLTGNDLILVQGAGNVGKIARYLSEIKLKPQIQEEEQHG >YP_009703532.1 pB602L [African swine fever virus Benin 97/1] >CAN10179.1 pB602L [African swine fever virus Benin 97/1] MAEFNIDELLKNVLEDPSTEISEETLKQLYQRTNPYKQFKNDSRVAFCSFTNLREQYIRRLIMTSFIGYVFKALQEWMPSYSKPTHTTKTLLSELITLVDTLKQETNDVPSESVVNTILSIADSCKTQTQKSKEAKTTIDSFLREHFVFDPNLHAQSAYTCASTCADTNVDTCASTCASTCASTCASTGASTCADTNVDTCASTCASTCASTCASTCASTGASTCADTNVDTCASTCASTCASTCASTCASTGASTCADTNVDTCASTCASTCASTCASTGASTCADTNVDTCASTCANTCASTEYTDLADPERIPLHIMQKTLNVPNELQADIDAITQTPQGYRAAAHILQNIELHQSIKHMLENPRAFKPILFNTKITRYLSQHIPPQDTFYKWNYYIEDNYEELRAATESIYPEKPDLEFAFIIYDVVDSSNQQKVDEFYYKYKDQIFSEVSSIQLGNWTLLGSFKANRERYNYFNQNNEIIKRILDRHEEDLKIGKEILRNTIYHKKAKNIQETGPDAPGLSIYNSTFHTDSGIKGLLSFKELKNLEKASGNIKKAREYDFIDDCEEKIKQLLSKENLTPDEESELIKTKKQLNNALEMLNVPDDTIRVDMWVNNNNKLEKEILYTKAEL >OYR82937.1 zinc ribbon domain-containing protein, partial [Halorubrum distributum] VIALTRVPAPESWPLILAGIAILPPIRRLTAEPLGSPLKREVMAGIYAVFALIGIALFVLLG >MCB1431703.1 trypsin-like peptidase domain-containing protein [Alphaproteobacteria bacterium] MRGTAEGSIETVLLAAAFALSMLSGQSGHVLAQTPGIIGTDDRVPVTDTDDRWLSIGQVNVGGYSRRSICSGTLVSPRSVLTAAHCVFDFARHRPFPARNVHFAAGVHRDRVAGRAMAKCVLFPPRFDPEVEAQLLPDISLTRLPNESFRNDLALIVLDRAIDGVKPMPLAGTGILARKSPVTLAGYPVDRRYILSYQEDCEVLDMVKDVAFVDCDAKPGTSGAPVLVKAGSGYRIAGVLTGHLQIGEANVVTSLSSWPGLAADAACPGQ >PHJ25428.1 hydrolase family protein [Cystoisospora suis] MVLTVVMGYAAINLHGLPACNAKDKHWVDFHTQETAAFVNDSVHDKVNTPPVLYSVYIPMRDGVELAADIYLPKPYYNTAENLAVRTHRIGLLDKALEKTQRRLTVLQQESERDEAAQRKTKEPKTVFKRYQEIRNLLHFQVHLEKRLREETAERDALLGSVKQLPVYLDITRYNRRTEAFWPLSMLRMWKNPRGATVNLWSFSAQQAFTANGYAVVVVDARGTGASFGERYVDLSEVEIQDLSEVVQWVKRQWFASGKIGGGGVSYDGMTGLNAAAAGGVDAVLSLFTPMHVFGDLLVPGGVICSSFLKDYAGMTYGFERTGTPAGHMLNNPWKYPLHVLLGFTVAFGTASGVFGREGDLTRAIAGHRKNWDMAHTVKMVEYYDDVVTLHNNETASAAEFGIHEAVMRKLAERNVSVYVVGGYCDSASVRGATRLYDYMKRHAPTSGSKLLLGSWTHGARRSCSPYAGSFPCFEADLYLDAVRFFDCRLKEECWGGILEEPSVHYWQVGAEEWRTSEYYPPETNMSYVDFHLSNKKFVNLHRLDCKRAPIQQRPVLGGTPSDVCLSPLFSLDSSVAPKCPLPTSPFTVKARRPQRHSLERLDNRGSSPAVELTGPTMAPAHSNSTIADSSPFSLPVLLPATFNLQLSTFEHRLHDIVQNVALYWQQLQTHVELLLRQARDHQLRTEDERGNEVLQTLTISNLIGVALVGFQDEWGEGTAYNGRAMTKKPVVGRLKDSFSILESDPNAYLMSLEGGSLNAAQESYVRPSLAKEIPISFTPQAQSQTAVAMARPRPTLAQRLLLRRFPSKRSPRVHYNVEYFSTTGVFSRWVIAQHPFRQAVHYGNRLFPRRVRPDFPINLSPPPGAAGESFHPSPFYLDSVHASLLSWTSGVLLENIDVVGSAWVHLQLFVKSCTDVSVFVYLEAVDVNNGYSHYVTEGKIVVSHRPVKVKEESPIGSSDTVFRSFTKSSRVPLNAAGEIIELMMPLEPVSWTFLKGHAIRLSLTGSDVDNFEPAVQNRMILPREWTVLTASAKLRLPVHHR >MCL2354882.1 ATP-binding protein [Oscillospiraceae bacterium] MSNLIDRNEYLENLKKFRNVELIKVITGVRRCGKSTLFKLYIKYLKSIGVENNQIVEINLEEKENKHLLNEESLYNFLISQMLKEKTTYFFIDEVQLCENFERAVDSLYVKKNTDVYITGSNADMLSRELATLLTGRYVEIKMLPLSFQEFKTAFSDLEKSELFNRYLNYGAFPILSKTEFDIQTYDQILLGIYNTILVKDVTKRGGISDITILERISKFLAGNVGSLISTSNITKEVVKSGRPILQKTVDKYIKALCDSFLFYKVDRYNIKGKTVLKTNSKYYVVDTGLRNTLLSSENLDVGHQIENIVFLELLRRGYRVNIGKVGDKEIDFVATKLDTKEYYQVATSMLDEGVKARELEPLQKVSDNFRKVVLTLDDFEGSYEGIEQINLRNWLLQK >WP_009197348.1 TatD family hydrolase [Cesiribacter andamanensis] >EMR00906.1 putative deoxyribonuclease YcfH [Cesiribacter andamanensis AMV16] MERPKLPKQSALSYIDSHAHIYSKAFDEDRAQVLERAAELGVYRLYMPNIDVPSIDQMLETELRYPQCVPMMGLHPCSVQKDFERQLYTMEDWLGRRSFAAIGEIGLDLYWDKSLFEQQKEAFRIQVGWAKQKGLPVVIHTREAMPQTLELLEELQDGQLQGVLHCFTGTLEEAQKALALGFYLGIGGVATFKNGGLDAVIPHIPLQKLVLETDSPYLAPVPHRGKRNSPEYIPIVARRVAELCKTSEADIAQASTAATLSLFQAHV >KAH8830836.1 hypothetical protein DL96DRAFT_1594494 [Flagelloscypha sp. PMI_526] MLGFIGTIVDTPSLGQLSIRHNQLLIVSNEGLITHLESFSSATSEAAIQALNSSQIIKIPNGSFLLPTFCDLHLHAPQFLYQGNGLHLPLMQWLDKYAFKAEERLDSDSNLAERVYKRLGQRLIQNGTGTVLLFGTIKNETNIVLARVMQEAGIRAFVGKLSMDISTRPTYCEPSSAEAIEAATRFVADCKALVASLPPHLRFVAPVPYASFSDVRIQSHLAEAKDQVEWVRLERGKEDIDVFDEAKLLTPRTIQAHCTFLDNPSLSRLHSAGTSVAHCPLSNSYFSAKPFPLREALDLMVKVGLGTDIAGGYSADIMNSMRQAVISWHGTNDRKLDIDWKEALFLSTKGGTEALGLQTGAFRVGGASACSILVSGEGMGDLDFFDDSHRSDEWVLTEDILEKWWCLGNHTNRVARL >UWQ95440.1 carbohydrate ABC transporter permease [Rhodobacteraceae bacterium M385] MSIASNDTVIRSSKVTRTFMYLVLVLFALFYLMPLFIMVVNSLKPLDEITSGGMISLPHNWTIEPWLSAWSTAQIGVSPTGLRPYFINSIAMAVPAVAISTIAGALNGYVLTKWHFRGATWVFGLLLFSCFIPFQIVLIPMARVLGLLNISGTTYGLILVHVVYGVGFSTLYFRNYYAAFPTELVRAAQIDGAGFFQIFWRIMLPSSGPIIAVCCIWQFTNIWNDFLFGASFASGGAAPMTVALNNLVNSSTGVREYNVHFAGAIMAAAPTLLVYIVAGRYFVRGLMAGSVKG >WP_059534878.1 MULTISPECIES: phospholipase C, phosphocholine-specific [unclassified Burkholderia] >KUY88875.1 phospholipase C, phosphocholine-specific [Burkholderia sp. RF7-non_BP1] >KUY91915.1 phospholipase C, phosphocholine-specific [Burkholderia sp. RF7-non_BP4] MSATNRRDFLRLAAQSAGAMAAYAGFPPAIRNALAIPAAYRTGTIRDVEHVVIFMQENRSFDHYFGGLRGVRGFNDPRPHLLPNGAPVWQQPPASVFTKNYHSRGLDPSAPYVLPFYLDPKQTTEFQPGTNHGWSSGHLSWNNGQWDQWVNQKQDVLTMGYLKRQDLTYHYALADAFTICDSYFCSAHADTAPNRIYLWTGTIDSRNVYGAQPNGPGIGERNNTNGYTWTTYAERLENAKISWKVYQGGTGIPGDPTDNYTDNSLMFFKKFQVKEGASGPLVDKGASDHTLAELKADVQANRLPQVSWIVAPYKYSEHPQASPTDGAFYINMVLEALTSNPEVWAKTVFILNYDENDGLFDHVVPPVPPVTSGVGGQGIVSSNLLSNLGDELLDLNKYPGEMSPLVPGADPGGIQPIGLGPRVPLIIISPWTKGGWVCSETFDHTSVLRFLEARFGVQEPNISAWRRSVCGDLTSAFDFSARPDTRTVSFTVPQHIATAGQAYQVPAQQSMPAQEPGTRPARALPYELFVHARVNGRDDRVSLDFANSGDAGAAFYVYDRRNPATPPRRYAVSSHDRFADTWSTSAARGDYHLAAYGPNGYLCEFQGNTRLAADGRHANPEAKIGYDVRNRHVYLQLRNSGRAACRVVVDNAYSHAHARTYTLEPGERVEDHFELSSSHGWYDLTITATTLRGGDDKVVRRFAGHVETGRPSQSDPGPVKQTA >MCB9490987.1 heme lyase CcmF/NrfE family subunit [Dehalococcoidia bacterium] MNFVATLGASALVVSLASAFLAVGASVYGHRFHHRGAVAIGRRSIYAVAGLNTLAIGLLAYALMTDDFSIAHVANVSSSNMQTHMKWASLWSGQPGSLLFWTWMMSVWMAAFTFITVPKIPWGGPHAVATAGSVIAAFLIAAAFFASPFRLSPVTPPDGQGLNPLLVDPGMLIHPPFLLTGLVSTSIPFIVGAAALMAGKIDNAWIRHARGWALGSFIVLSVGNVLGGWWAYTVLGWGGYWGWDPVENSAILPLLPLTAFLHALIVQERRGMLKAWNLVLVLAAFALAVFGTFNVRSGLVASVHSFAQSEVGPYFLVLLGAVVVASIVLMVWRLPRMHADYEFESLVSRETGLILNTYVMVAIALVVLGGTLFPVFSELFRNVRITVGPPFYDDVVGPLLIIMVTLISVGTILPWRKAAPGLLRRRFTLPLALTALVTIALAVLGIRDPFALAGLAAATLVLVASAREYALGTRAIHAARRSSWPGAFGSMFNRDPRRYGGYLVHIGVAVMAISVVATHVYQKQTRAVVSPGETFQAAGHTMRFDDLVVRRPGVDGIDSDILARVSLIEDGKVVGVMEPGRRFFTNFPDQPTAIVDVDGNLKRDLYMFVQGWDANRLTEIQVFENPLQAWLWIGAGIYAAGGLLAFAPFRSRRRVEVTSTEAAPGTQTA >ECG5348412.1 chorismate mutase [Salmonella enterica subsp. enterica serovar Tennessee] >EIA9362103.1 chorismate mutase [Salmonella enterica] MIRHIAIFLCSLLMCSTTFADSVTSVSLGALLTVLNERMLLMKDVAAYKMKHHLPIEDFTREQNVFAEAEEEAKNNGLDPHSMTPFIRSLMDASKAIQYRYLAQWRTGPEPSFPIQTLSVTRQRIRQLDNQMLIIISQRLMVGAFSHEDMVWLRTHFNAPNLNESDISDVLASLSLVRRAR >MBP8039875.1 gamma-glutamylcyclotransferase [Aeromonadaceae bacterium] >MBP8065371.1 gamma-glutamylcyclotransferase [Aeromonadaceae bacterium] >MBP9569323.1 gamma-glutamylcyclotransferase [Aeromonadaceae bacterium] MALIWVYGTLRRGEVNHAMVQNCAYLGQWWSPPRFYLIDLGEYPGIIAGQQSVLGEIYVADEVTMAKLDALEEVPHEYSREMMQTPWGEAFYYHYRMECHGLAAIASGDWRCRFVC >NOY27702.1 serine/threonine protein kinase [Oligoflexia bacterium] MSTRLHRQLAPGDELGRYRITEVLSSGPGGVVYRVRHLDLGVDRALKVCHLRGPEAIQRFSQAARIQAGLRHPNLVGVVDVIDVGGSPALVLELVEGPTLAELLRDAPPRLDEATRLFMDILAGMACAHAAGVVHRDLKPSNIVLDLTATPPAARVTDFGIAQAVDSERGPAHLGFCGTPAWCAPELLSGELATEAGPQFSGDVYALGALLYTLATGQVPFPQVDFQALLQAKSAPSTVDPSVAAGQPLPAAITATIARCLHPNPTRRPADAVAIQEMLAQAGDGVQAAPRRARASPLTTLLACALAGSVALSIVFAAKWSKSDRRARAGSLELAAARVSPQDPAAALALLRAAAV >OGM15869.1 hypothetical protein A2V97_03825 [Candidatus Woesebacteria bacterium RBG_16_42_24] >OGM17299.1 hypothetical protein A2V56_05320 [Candidatus Woesebacteria bacterium RBG_19FT_COMBO_42_9] >OGM68022.1 hypothetical protein A2985_00970 [Candidatus Woesebacteria bacterium RIFCSPLOWO2_01_FULL_43_11] MEIRNWSVSDSMAALKKQRLINLLPSEEFAVTTTGRILSWALSTFRYIVIVTELVVILAFISRFWLDAQNADLAEEIEQKQSLIASSKDFEREFIEVQKRLIIYKTLTSDSVSFSKIFSNISVNIPEDVLLSKISLSGESLTVDGLSPSERSIVQFAVNLEKNAGYPKTTLKSVETNRNDPSLLEFSLDVSLAKEEI >AAA50346.1 histone H1, partial [Tigriopus californicus] MTETASAKPKKVSKPKAKPTHPPTSVMVMAAIKALKERNGSSLPAIKKYIAANYKVD >QUQ06080.1 cytochrome oxidase subunit 1, partial [Exilia vagrans] TLYILFGMWTGLVGTGLSLLIRAELGQPGALLGDDQLYNVIVTAHAFVMIFFLVMPMMIGGFGNWLVPLMLGAPDMAFPRLNNMSFWLLPPALLLLLSSAAVESGAGTGWTVYPPLAGNLAHAGGSVDLAIFSLHLAGASSILGAVNFITTIINMRWRGMQFERLPLFVWSVKITAILLLLSLPVLAGAITMLLTDRNFNTAFFDPAGGGDPILYQHLF >WP_271116088.1 methionine adenosyltransferase [Paracoccus sp. SCSIO 76264] >WBU56346.1 methionine adenosyltransferase [Paracoccus sp. SCSIO 76264] MSEYNIFTSESVSEGHPDKIADQISDAVLDAIISEDPRARVACETMVKTGVAIISGEITTSAWVDLESIVRDVINDIGYNSSDVGFDGATCSVINIIGKQSPEINQGVDREALEEQGAGDQGLMFGYASDETDVLMPAPITYAHRLVERQSEVRRNGQLDWLRPDAKSQVTFRYDDAGQVAGVDAVVLSTQHNPDISLENLREAVIEEIIKPVLPAEWLSGETKYFINPTGKFVIGGPVGDCGLTGRKIIVDTYGGMARHGGGAFSGKDPSKVDRSAAYAGRWVAKNIVAAELAKRCEIQVSYAIGVAEPTSISLNCFGTETVPIDRIIAAVRQVFDLRPFAIIGELDLLHPIYRATSTYGHFGKAPTDISYAGKIHRGFTWEDTGRAEALKAAI >WP_212799263.1 ribonuclease T [Pseudomonas sp. St316] >BBP57692.1 ribonuclease T [Pseudomonas sp. St316] MSEDHFDDEQDGNGGSGGARHPMAARFRGYLPVVVDVETGGFNSATDALLEIAATTIGMDEKGFVFPDHTYFFRVEPFEGANVEAAALEFTGIKLDHPLRMAVSEETALTDIFRGVRKALKANGCKRAILVGHNSSFDLGFLNAAVARLDMKRNPFHPFSSFDTATLAGLAYGQTVLAKACQAADIDFDGREAHSARYDTEKTAELFCGIVNRWKQMGGWQDFDD >AKF94945.1 hypothetical protein EX87_14495 [Brevibacillus laterosporus] MTSQNKDLGIIEAAPSETYSVTDPEGDSFTVVEKINGTVIRSFPGVAGKEEAATIPPDIWLTLQPDVVHTLAVTATDKQGMTYTRSYTFKRFENKIVIDGLAVPFTTDIAAKRVLITPDWVIPFGTIVKVETCNNAFDESPTWEDCTLVVKLGRGYLYTNDKKTADKWGIDIRFHIEKGEATKPISFQGFGGAFD >MCS7249985.1 hypothetical protein [candidate division WOR-3 bacterium] MSIKKMENNNSCHELYKIIRKKEPSVCEFQCPFSLTSKYRYSTKTPLIFIKTLKICRSKR >WP_154377822.1 TonB-dependent receptor [Duganella guangzhouensis] >MRW91439.1 TonB-dependent receptor [Duganella guangzhouensis] MQQFKRTPLAAALLTVLASAPAWAQEQPAADTSSEGTTVVVSGIRQSVRKAEDIKRTADQVVDSINAEDIGKFPDRSVGEALQRIPGVQVGRTSSEVNTVLIRGLPDLATTVNGNEIFTGDGRRLSYQDLRIEGVAGLDVYKSATPDQQEGGIAGLMDVRLRKPFDFKGLSVSGFADAVNLHPRGTNADQHTDPSLGGLVSNRWKTDHGDVGLLLDGTYVKDRFVNPIQWFAEPGGAGLWQVRADGTAYRDDPSNPNLAAEKAKGGTTTAAIMPFPGGVYGYGERERQQLHGAAQWKPNDKLELNSQVIYMGYRGRTADDYLFGVARDGYSATNVVVAPGGDYCNTSRGYACPIASADVTAAADGSTPYTATSTQAHQQKTNTYYGSLGGKYKDGALQVTTDLAFTYSRYSDDRIIVDQSIPNATLHVIGLDDSGHGGFSVSTPTSANAAADPNQYVLRGFFQSWEESIGRQAQWRTDVSYRLNQGIINKLVGGIRLSSRDAEYHGAEGGVDTPNGVRPVPVSVFGSSFNDVVPGVNRLGGAYAAPAMNFLLDNRDKLRAYYGLPAGRLPDDPTRLFKQTEKNYTAYGMANYGFDVGSVGVSGLAGVRVSRLDRDLKGSNRIGDVITDIDSSTSHTDVLPSVSAKVDWANNWMSHLGWGKTVTRPDFASLNPALALTPATVNRPGYGSAGNPNLKPVESKALDVTLERYFDNNGYVSVAMFDRRIDGYLQSFSQVESIDGQQYTITRPQNAGKGKLYGYELSAQKFLDFLPGALSGLGVQANYTWINGHTESANTLNGTDYTITPLTNVAKKNANLALIYEQFGFSGRLAFTRRDKYVESLNNGGIQLPATNMVRARNQVDLSVGYEFNQHVSLQFNAWNLSNSAYQSYSGYEQFGRDIRYDPRTYSLGLRFKL >KAA0177341.1 hypothetical protein FNF27_01119 [Cafeteria roenbergensis] MAASGEDASLQEGIQEIFREFGRAPPPKSSAPGKSELKMKKRQRKGAKKAAAEAEGKEARSKPARQRKHESPGSGGSGSGYAAEHEGSYQSSSAAASGWSAGRANGASSSSSSSSAAGGDIAIGSSTGEAAEGADVDGELHASEAAALMRRAREAKALSLGGKGTRMTFGDDGEGEVAAPVEAAAPAPASAPASTDEAAVAAAEAEAIAEEAERAAGSFKATGRLGQGKEGEPWFVVAAALEAAEGIERKGEAAAPRPLGGLENEAQFVRVQEQAAAALRAEVARRAAKQETMRGQGGAEWLRRVLERGTFGDKVAALSLLITEAPVQSLERLDHLVGMARKPGRRDTARQVSEALRDVFLTALLPSDRRLRPFHTQPLRRARKCPELLALWYFEDSLRSRYASYITALQAASSDAQSWFRRSAAQQAFDLLVDCPEAEQALLSLLVNKLGDSDRKISAHAGHLSSKLLQKHPAMQPVVVREIRQFLARPSLSERARLQATLALSQMVLSRRSPQTALALVATYFDIIASCLSLGKDPAAKGKKSSGGGDDDEHDDNDGDDDEQTSKRKPRLHADDEDIGAHSRLITAALTGVNRAFPFAQPLLFAPDEEAKDDADAKTAASNGSSSSSSSSSAGGAAAKADKSDVSRAAGRETPESLRAALFARVDELFRLVHRGSVGTAVQALGLLFRVMAARATLSDRFYRALYAKLRDPAVLAATGKHAMFLNLVFHAIAADKDEARRRAMIKRLCQMGMSAPPPFAAAVIFLVARIHEHAPELAKSVTEVEVPAADTTDAKGASHSSAYDANKREPRFAGAEHTCLWELLPFSTHYHPSVRRFARHVLDAPSPSAITYEGDPLRDFTLMAFLDRFSYRNPKKLAQVAASGPETMNTREMAYARASGKDMSRLTAASKGLLRGDALQQRKTARTGRIAVDAPASSAEFQALPEDAVREDDAFLHRYFKLAAKARKDAEGDGPASAKAAAQKRRAGELAAQMVEEEGEEAAFAQALAESLMQEADMDGDDDLEDFDYDDATAERLADAGVDGDASSMESGEEAGERDGAEGEEAEDSVSDESDSDDSDSEEAEGGEPQDELTPEEQARLQAMLKAEAASLTQAYHKKEGDARRAKRGREEQEEEESDDEDEEEEEEEEEKVSGADSDSDSEDEEGLFAAMAGDDDDDEDDDDDEAGVSAAAASGGSGGPASSFATLESYMAQIEQADREQKPDKEVRRREDTEEVPRGRGAGRPRGRRGQASTPASRGAQPAGKRPAAKRSRRAR >MCQ4833490.1 lipopolysaccharide biosynthesis protein RfbH [Hungatella sp. SL.1.14] KSGYRIVGELNNTDRIMADTFWIGVYPGMTDEMTDYMAAAIIEAVKKNS >MBF0221393.1 hypothetical protein [Desulfobulbaceae bacterium] MKNKHIPVLIFALIYFSPFISFAIDNNECMECHGDESIVRTNSHGSNDQISFDYREFQYSIHNINGIGCVDCHSDITKLDMDNDPPHPIEMAQVVCSNCHEEEGENYERSVHAQANKKGMSIHCTACHSYHFTKSLANKPVLERENGSCLKCHDPFKFHNWLPQKESHFTYVECTVCHSPDAPRHIHLRLYDLVTKSFTSPDTILTALDTDQDSFMDLLDSDGSGSLSRKEFENMVFILKRKGIHATFHGELLSEHQPLIHQVSKAAAQRNCEDCHLPASPFFEAVTLFFPHDNGTVDHYVLDRDVLETYTLSNFYMPGGTRIRELDIIGVLMIIGAVFGISGHQIGRMLTVPLRRKRNDKEAARNNKKEAKP >CUQ74728.1 Type IV secretory pathway%2C VirD4 components [Lachnospira eligens] MLDEFANVALPDDFCSLLSTMRSREISSIIIIQNFAQLKALFKDTWETIPGNCDTFIYLGGNEQSTHKYVSELLGKGTIDKKSSGETKGRQGSSSRNYDVLGRELFTPDEAEQKAKIDRWQANELEYVDESQKSDAADSANASNGSTGAKPVRNPEREKPKWEDTITNRMLHWSYTPEQKEEVKKALAAGVPKATILTYFYPEVTVEKMSSYRNKH >WP_066046987.1 glycine--tRNA ligase [Anaerotignum propionicum] >AMJ39908.1 glycine--tRNA ligase [Anaerotignum propionicum DSM 1682] >SHE27427.1 glycyl-tRNA synthetase [[Clostridium] propionicum DSM 1682] [Anaerotignum propionicum DSM 1682] MTEKTMEKVVALAKNRGFVYPGSEIYGGLANTWDYGPIGVELKNNVKKAWWKKFIQESPFNVGVDCAILMNPQTWVASGHVGGFSDPLMDCKECKERFRADKLIEEYIAEHNMPEAAVDGWSNDEMKQFIDEHQVACPSCGSHNFTDIRQFNLMFKTFQGVTEDAKNVVYLRPETAQGIFVNFKNVQRTSRKKLPFGIGQIGKSFRNEITPGNFTFRTREFEQMELEFFCEPGTDLQWFEYWRSFCKDWLLKLNMDAESIRLRDHEQEELSHYSNATTDIEFKFPFGWGELWGIADRTNFDLRCHQEVSGQDMTYYDQDKNEKYIPYCIEPSLGADRVTLAFLCEAYDEEEVSEGDVRTVLRFHPALAPVKAAVFPLSKKLSEKATEVFALLSKEFNCEFDESGSIGKRYRRQDEIGTPFCITYDFESEEDQSVTVRDRDTMEQVRMPIAQLSAYLKEKMEF >TYJ28824.1 hypothetical protein E1A91_A06G027400v1 [Gossypium mustelinum] MHDIAIPLPPCVFQPPLRTCSKGSGVDDSDDPFLAAYKECTKVSNKGKKGRGWSVLKKGFFSFACKGSCGVRDDSLVRVSQLPIERDID >MCP4196081.1 acyl carrier protein [Pseudomonadota bacterium] MRKKIAEIIINELRLKDVTPETFDPNLDLIEDLGIDSMELTTIVVVLQDEFGIRIDEDNFSQLTTLAKIDEHVKTLKAS >MBD5426059.1 septum formation initiator family protein [Treponema sp.] MKKFRLLCAALAGTLIYVLISLSGGTDGFWAKKQLQEQKRLLSARTQQIQNITDGLELEFTALENDPDVIAAFARKLGYIRDGEKAVRINGLMTDRDFDFETGTPLKAAEPYTLPEWFCKVFALAVFAVVYALLLLDDYRKGRFRNKDTLIRGIPVYDLPQV >WP_094880233.1 LL-diaminopimelate aminotransferase [Prevotella sp. 885] >OZT04369.1 LL-diaminopimelate aminotransferase [Prevotella sp. 885] MALVNEHFLKLSDNYLFADIAKKVNAFKVSHPQVRVISLGIGDVTQPLCPAVIEAMHKAVDEMATKASFHGYGPECGYDFLREAIVKNDFAPRGVKIDPTEVFVNDGAKSDTGNIGEIVRWDNSIGVTDPIYPVYIDSNVMCGRAGVLENGRWSNVNYLPCTAENNFVPQIPDHRVDMIYLCYPNNPTGTVLPKEELKKWVRYALDNDTIIFYDAAYEAYIRDADIPHSIYEIKGARKCAIEFHSYSKTAGFTGVRCGYTVIPKELTAVTLDGTRRVELNHLWDRRQSTKFNGTSYISQRAAAAIYTPEGKRQIRATIDYYMDNALLMHKALTDMGFEVFGGRNAPYLWVKTPDGIGSWKFFEQMLYAVGVVCTPGVGFGPSGEGYIRLTAFGNREDCEEAMSRIREWMAKK >KAJ1466945.1 hypothetical protein T484DRAFT_3632256 [Cryptophyta sp. CCMP2293] MLLRVTAYLLLVLVATRLLIGATLCCTAFDPKFPLPCNSPAHLYGGMKAEGFNVSSANADLIAEMGGCTSSLLRFIENGYLFKARPIGGGCNPDIAEHLPVLRMLLMEPHVTHGSEVGVRDGFATWAFLDAARERLEKGMRPLKIRLYDISKTKKVKALLQKVNSECPALDVELSEGNDLVIPIEETDIMLLDTWHSFRQLNAELKRIPHKIRRTLLLHDTVTFEQRDEGTTGHGGKPINEELFEGSMQYQGLLPAIKKFLRAEQARGETSKPNDRDSLFVLRETRTNCNGLTILDRQKFLHQINNITDPA >RHP78675.1 extracellular solute-binding protein [Blautia sp. OF01-4LB] >RHS13195.1 extracellular solute-binding protein [Blautia sp. AF13-16] METGKGICEQEIKTNIYFKEEKIMMKKTLAVLMTAALAASCLTACGGGGSTEESKGDSGKDSAGSGEEITLKVFDAHAYGLDEYAEMAKKFEESHPGVKIEVQHAANDSNTLLQSRVNSGDIPDVFDVESGTSAQKYYEYAYDWTDEKDVLDKFNEAALDTGKDADGKIMSLPWTYENMGLIYNKDLFEKAGITELPKTMDELEAACEKLDAAGITAFALAAKETWVLQQLSTHFMMDKSLDAKGVVEKLNSGDLKFKDMKNFQNIFRLLDLAVKYGPDKPLEVDWETCENMLANGEAAIIHMGDWCQSTLDSFNPDANLAFLPCPVSDNADDVTLLSSCNWTYIVNKDSKNLDLAKEYLEYILTSEEGQKWMCDGVGAVPGAKTDMDVKGALANDASTYVEEGKTNGWIHTIEPNGYADIVGPALQAYMTGDMTAEQVTEEFQNGWVVQ >WP_084523054.1 putative quinol monooxygenase [Nocardia inohanensis] MTLTAVSTFQARAGKEDLVRAQALALVEPTLAEPGCVSYQPYQHPTRPGEWVVVESWESRAAFEAHMNSPHLLAAFEAGVDLLAGPPVERIFED >XP_051312901.1 glutathione S-transferase [Hypoxylon trugodes] >KAI1387127.1 glutathione S-transferase [Hypoxylon trugodes] MTLTVHHLGVSQSDRVVWLCEELGIEYEFKKYDRSPIMAPPEYKALHPLGSAPVIEDGEVKIAESGACVEYISQTYGNGRLTIAPGQKGYAEYLYWFHFANGTLQPALLLNLSLSRSGLGEDDEIVKRYEGRQKQILEFVDRRLSEVPWFAGDQFTVADIMNVCCLTTMRCFLKYDIGGYPNILAYLKRVAERDGYKRAMQKGDPDQNIDELTGAAPPPLPKALAAAVRARLS >MCC0650618.1 AEC family transporter [Clostridioides sp. ZZV15-6598] MNFSNIFIQVAVLFIIILVGYFVRKFNLLDEHCTSKLSNLTMTIFLPSMIISSMQINFDNKMIQKILLLLFISLVMYIVSIIIAFLLKYILKCEDTKDLGIYQYIVVFSNVAFMGYPVIEAVLGHEAIFYTAIFNLPFNLFSFTLGIYLLSKGSTTKGFSMKSLISPATIAVVIGLFLFITGLRLPQFINDPLKMLGNMTTPISMIIIGSLLANSSAIDCFVNKRLYLVTIVRLLVLPVIIYFILKGWVNDKMILAIPVVISSMPAAANTAIFANQYDSNVTLASQCVFFTTLFSVISIPFISIFLLS >WP_070931219.1 hypothetical protein [Mycobacteroides chelonae] >OHU63695.1 hypothetical protein BKG85_09365 [Mycobacteroides chelonae] MSGMSEQALVAAVQQRLMAMYSWLSAEHVSAVVQGAHAQFVDCRVREFVPLLVERRARAELATASSSSAVTAEEATARLA >MBE6457252.1 acetyl-CoA carboxylase biotin carboxyl carrier protein [Alphaproteobacteria bacterium] MSFRATVESMSKIMDDMGITELDLERQFLFGVYRKHIHLSKQQTVAVAPTAALNNDAKCINNDADKNTFCGCALKSPMVGVVYLAPEPGAEPFVTIGKSVKAGDTVALVEAMKTFNPIKADKDGTVKEILVSDGAAVEFDQPLIVIE >EDD2777448.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Glostrup] MIMKLDTRLTSSALTLALAAVVIPFTADWQLPLLNGVVVRWIENGQALWLLFGTLFTAWYIRPFSRPEGAKQFWLWAVVWWLVLLGRSTSWGRDYFPDEPRMLFRTISVLLIAALVLPVLFSAGLRKEIVRRLRDVSLPLWLFTVTACSYLISDTVEHHRWLSPIFLHNARYTDLIEELYEVPFMIGLFMVTVVFMQQDKQDECTALEMTPYHAK >WP_228705204.1 hypothetical protein [Klebsiella pneumoniae] >WGF32119.1 hypothetical protein QCC56_16055 [Klebsiella pneumoniae] MAANHISRSGGNLSLAELFDQSYLCVTPNGRVKDMLNQQDMTETAKAVLNALSDKPATAGEIAQNTHLTRERCQLILTQLVMAGLSDYQFGCYKRLQ >TVQ27286.1 hypothetical protein EA382_04125 [Spirochaetaceae bacterium] MTVRRLLPVIGAIMALVVGLTSCSINRLAVNVLADTLAGTDGDGVSTFTTDADPELVGDALPFALKLFESILEQTPRHEGLLLATGSGFISYANAFVATPASMLPFYEWDRKESMQRRAKALYLRGREYVIRGLDVRYSGFRDALFATDAAAVKPYLARMRARDVAYLYWIGAGWVAAFGLDPFDLELAFSVPRALPLMLRAVELDDEFNDGALHDFLLQYYASVPPTMGGDRAKAKYHYDRLIRIADGRLAGPYISYAETFAIPSQDVDLFIELMERALAVDADAYPDARLVNVLSQRKAAWYLANIEEFFLLDWPEEEDDAF >CAF1538990.1 unnamed protein product [Adineta ricciae] >CAF1682834.1 unnamed protein product [Adineta ricciae] MRIARFFDDNPVVLPSKASTFNDAKWEDATGFLNAWEYGPWEAEHWTNCTTQRVKKAAEGILVESEKLNNDISKKQAKEIADDLVLVANSDLKTI >MBJ9940918.1 hypothetical protein [Burkholderia multivorans] >MBU9286581.1 hypothetical protein [Burkholderia multivorans] MNRLMQIFIGLCLLIGFGTAIAQGPRSEVSPLLGEWRYVSTQHEGGKPYSTFVIKLHKSSSNKIAGSYCFITEEGRRIDCDPEGMSNLDGVISPDGLQATINFFSFFGARNGIADISLNNSELHWKVVKNPDGDFFYGPFDVFLTKSERASKNKMVVTNRAYLYSGPAIKNKSKAYLIKGDEVELLNISDNLKFWKIRYTAKDGRTIERWLECGAVNACP >MBL1405656.1 ETC complex I subunit [Hyphomicrobiales bacterium] MSARIYSPAKTAMQSGQNKTGFWILEFESDSAKKIEPLMGYTSSSDMNSQIRMKFDSQEAAVSYAQRSGIAYSVLQPKERKRRPMTYAENFSFKRSLPWTH >WP_002896703.1 MULTISPECIES: hypothetical protein [Streptococcus] >EFX93273.1 hypothetical protein HMPREF9398_2145 [Streptococcus sanguinis VMC66] >EGD30574.1 hypothetical protein HMPREF9381_0111 [Streptococcus sanguinis SK72] >ETD07205.1 hypothetical protein HMPREF1196_01473 [Streptococcus sanguinis CC94A] >EGJ36389.1 hypothetical protein HMPREF9393_2107 [Streptococcus sanguinis SK1056] >RSH99601.1 hypothetical protein D8891_05200 [Streptococcus sanguinis] MTMSALFELFVALLGVASTCYLVYAYCQFIKEEVHHFLHHNPPV >RKH80454.1 hypothetical protein D7X99_21895 [Corallococcus sp. AB032C] MVRAMSPRLPTQFADLLTPKGRRILEGRDSETCGALLDPTRPFIALQGVIDVKKAAEARDILDAALRDTLVTMEDPIPEDSITGMVENYTEALPKTVRVRTALLESRRSRSWRAAEAVGLRALLRSDTFAAFAATVSGRPLKRGWGIQVLCYGPGDYTGPHNDHHPEEADARDGYVDMHVSLTLPAVDHQYLVYAKDGHFSELTKVSTVGGVTVYRLPFWHYTTPLVAKPAREDAARRWVLLGTFLDAAPGTRPSSTVLPAGAPPPVRAVTVGRGTGAGRR >RWC01310.1 mannonate dehydratase [Mesorhizobium sp.] >RWP08098.1 mannonate dehydratase [Mesorhizobium sp.] >RWP34301.1 mannonate dehydratase [Mesorhizobium sp.] >RWP69823.1 mannonate dehydratase [Mesorhizobium sp.] >RWQ18455.1 mannonate dehydratase [Mesorhizobium sp.] MRHVWRWFGPVDKVTIADARQAGAQGIVTALHHVPHGAVWLPAEIERRQREVASLPDGSASELTWEIVESLPVSESIKTQVGEWRSHLANYRTSLENLARAGISVICYNFMPVLDWTRTDLAWRLPHGGTTMRFDLIDFAAFDIHILKRQAAPGDYTPEIAAEAARRYAQMDDHARKILARSVNSGLPGSTEDTSLDGLAAQLSNYDRIDATTLRRHFVDFLAEVVPTAERLGLRLCCHPDDPPFPLLGLPRIMSTEADYSYVLDAVDSPANGATLCTGSLGARPDNDLPSMIERMGPKIHFAHLRNVRKEAAGTPCSFHEDEHLAGDTDMVAVVAALLREEARRKVEGRQDAVIPMRPDHGQDILDDLTRRAQPGYPAIGRLKGLAELRGVEHAIRRSTSGEPLSTYPA >CCZ55979.1 mRNA interferase MazF [Clostridium sp. CAG:1219] MIKRGEIYLANLNPSLGSEQSGIRPVLIIQNDTGNRYSPTVIVLAITSKEKKNIPTHVKIDAMQGLEKDSVVLVEQVRTVDKERLIKKLGMLSFEKMQEIKEALKISLNIRCNFGNIFFDW >KZC14685.1 hypothetical protein WN55_07351 [Dufourea novaeangliae] MDINYFQKLMLQTRQIDKGIESLVEIWNRPHVFIGRFAECSEETNFHIEAIWNNIKNAQDGIEQISLKVDERIEDVAIEQLLQETRKEYESLKEQCDNIELVLEKYGYHHNQDNTLDETNISTSKESNQCTLQEITEVTEVEFTSNLSWKHEIKQKEQLMTVPDVSNESISVTTPSAKRSKKRFQRHWFDADESLKAWLEEVVTDGGARLDRVFAARGDTSVSSAAANFGEVGGPGLVKSTYTTSTWCPLGPLAASAVKGANGVSGALGSPGAGAGAVVERAAPVSLSDDREEPAVDHQAAGVLNTTGDERRGEKKGDPPSEALPGPSGPAASRAGKAPIVRLQRLAGTEGSTSASARGGRCYVCGGTGHVARDCQESPRCPVCSDLGRPAGHRLGGRDCAPPPSRRRKRRGTAATPPGAAAATQPQESQPAPVAPAERREGGSGPGEAMDTA >WP_096201219.1 vitamin B12-dependent ribonucleotide reductase [Bacillus sp. FJAT-45350] MTMMMSKVMKVNVESLNEDIKQFPQVHPISSDMNITKKGVSRLVMLDRYTFKDTEKKTLKEGDFVVLTVKDDPKFPARGYGFVLDIDWNLNKAKVLVDEEFQHVLEDPEEMKTGVVSRSLDTIEKPLELFYEQIAKRNATGLASVEVDEEVRQTSFEKYYHELVNMNFIPAGRVLYGAGAETDVTYFNCYVMPYVKDSREGISEHRKQVMEIMSRGGGVGTNGSTLRPRNTLARGVNGKSSGSVSWLDDIAKLTHLVEQGGSRRGAQMIMLVDSHPDILEFIISKMQNPKILRFLLEQTNDDQIKSLVKEKLKFTPLNDVESAMYQGIVNFKNVPGQGGFEDKAISEAEEKLITGGNYSVNNPEFLTGANISVCLTKEFMDAVEKDEEYSLRFPDVENYSVEEMAVYNAEWYKCGDVREWESRGFKVRTYRTIKAKELWNLINICATYSAEPGIFFIDNANEMTNAKAYGQKVVATNPCGEQPLAPFSVCNLAAINLAEMADKENQTVNYDKLKQTVEVGVRMQDNVIDATPYFLEQNTKQAKGERRVGLGVMGLHDLLIYCETKYGSEEGNKLVDDVFETIATTAYRTSIELAKEKGSFPFLIGETEEKTKELRQAFINTGYMRKMPEDIRQGILEHGIRNSHLLTVAPTGSTGTMVGVSTGLEPYFSFSYFRSGRLGKFIEVKAEIVQEYLDKHPDADENNLPDWFISTMELPPEAHADVQCIIQRWVDSSLSKTVNAPRGYTVEQVQGVYERLYRGGAKGGTVYVDGSRDAQVLSLKAEENKFDEETAPKEKSKVVLVDTINALRSTNVTIGSEVGDTCPVCREGTVEDLGGCNTCTSCGAQLKCGL >WP_206023254.1 cation diffusion facilitator family transporter [Runella sp. CRIBMP] MSPNYPKKVVQVSQNSKFRWIIVSLSLSIILMAIKFTAYYLTRSNAILSDALESIINVIASSFAFYSIYLSSQPKDKDHPYGHGKIEYFSSGFEGALIIIAGVWIAIEAIQHLLHPQPIQHLDWGLWLILLTVVLNGVVGYYLQKVGKRTRSEALIADGKHLMTDSLSSVLILIGLGLLILTGLQWIDSAASLVLSLVIFYNGFMLIRGSAAALMDQTDPELMESIVNILKNHKRDYWIDVHNMRIQKYGSDLHIDCHLTLPYYWDLRQVHEAVHEFEEALEKDAGGYVEFFIHVDPCLPECCKYCRLADCPVRAKAFKRDIDWSIHNLSKNQKHFVEPD >KAJ3986273.1 Rho GTPase activation protein [Lentinula aff. boryana] MAEEEHSSSTWHNSEQSDLASTSSYRRPSLTSHDDSAESAGPGHILRPGSPQPRMSSDSGGISSGSKWRDTSTALSDSREIPPSNPEIVETTFDENVLRVLCDMDCGVPLLLDRIKQSMVSCREASVFFKKRALIEEEYGKTLQKLARSTSEVYSMNDGKAGTFVTAWQNSMKIHEVLGDNRIRFSQHLNEMSEELANIAKEVDKNRKSTKELATRYERALQESESFTEKCKNRLEVTTEELERLLLQKEGESFKDNTVQTRAGTTGGKRVIGKAVAKGGLLLKGKNPGNIQRQEDDIRSRMSAASDAFRKSVIDTQAMRQEYFNFQLPRILRALKECSDEIDLGTQYHLTRYAFLFESILLNDGSALVPPKDEGGHSVGLKIAMEAIDNRGDFRTYMQNYAYAHSVSPTKGPRREGPSDEGFLPALSSRNSDKPPTPSSATHVNGYNSSDKGRPTFGIDLGEQMARDDVDIPPIMRRCCEAIEKYGINSQGIYRLSGTTSKVAKLKQLLDKDLEAVNLDVHEWSSDINNVTSVLKMWLRELPEPLMTFSLQQGFIEAAKIENDRLRHIRLHERVNDLPDPNYATLKYLLGHLHRINQHASENSMTNQNLAIVFGPTLFGQSAPTAGPSSSIADAPYQNQAIETILNFYTDIFVDDSE >WP_230766143.1 hypothetical protein [Agromyces mediolanus] >MCD1571858.1 hypothetical protein [Agromyces mediolanus] MDELTRRLDAARPALPRRGDPLAAATEERMRGIVHAAEPRSRRPLYFSVAAAVVVFLAATIGFVALGKPSASFAAATPPLLEPAPVDGAPKDLLMQLSENIAPTGATGTVRFQSWSLSLVIGEGGAVEQSSIEPEVRTIEHGDGGSRVEVRRGQPHDSDGVPIEVEDYDVGSVIWEQEFGPGEYAFVFGTAPTTAAEFGPFLEQPLGRTGITTGDALLQLGNLLSEQRLDAEQLRAALRFLAERPDLRVEGAVEDRLGRAGLSFVTESRSPGEYAERIIVSDEGLGILSIETTYIGHDRTDIPSPAVINYTAWE >WP_282423266.1 TonB-dependent receptor [Polyangium sp. 15x6] MRLSTSAVLCFGASLLAAATAHAEEPAQSGKDKDNGAEVVVTGTRMPEQSQRATVRVDVVTREEAERRGATNVAEAIAGQPGVQINPSAYGDIGNPSAIQIQGLDKQRVLVLEDGERVIGDVGGAIDLSRMPLSDVARVEVVAGPMSSLYGTSAIGGVVNVVTGQPLHPGFSGRARIEGRNRRGVIAQGNAAWRGERAWATLDGNFFRTDGVSLLEDAVDLAMPSRLQGMVGLRVGGNIDSRTRLQGRVRWIHDASEGRQSQVVPGLGTYRIDLPQSTDRFAVHLVELVDLGRGSTLRLALGQQWAFDTTQKDRYESPIDETRDREASLSSLEATGTIADGRRTWVVGMRAEVEKLSQSLTRAELISGAVQTKTIEELVPVTLGSVAGYAQLGWKLFDSLTLLAGGRAEMHLRYGGVAVPRLALSYQPSPSVTVRASVGRGFRAPAAKEIGFAFDHGALGYRVLGNPNLGPETSWGTSGDVSYRSKNGFQIRGSVFANWIDGLIDIDIRPSASQGGIDDYTYRNIGRARTFGAQIDGAFTLANVLRAEAGYSYLWTRDDENERPLEGRPPHTVVTAIRADLPLRLELVLRYRMVTDAFLDEGLRTPGFQTIDARIARPLVRGLRAYAGVLNALGAQKDPSRLGDQRPVQGRTLYLGLTADFPAEEP >MBN4303450.1 immunoglobulin heavy chain junction region [Homo sapiens] CTRSYEWELSLGNAFAFW >WP_193956008.1 glycogen/starch synthase [Microcystis aeruginosa] >MBE8993377.1 glycogen/starch synthase [Microcystis aeruginosa LEGE 91341] MGQKKSFNILIVGSENANLLGAKVGGLGDFVKDFSSELLEQDCQVSVVIPSYGFLHQSPSSQFLGTITFQFSGKNEEAQVFQVVGENSNQVKQLVIHHPGLVSLDKNGRYEIYHHDLDSEPCQTDASRYALFCIAVAQGIEQGIFGHLDCIHLNDWHSACLLILRAYHPNYQTLQKIRTVYTINNLSYQGVRPFAGVASSLETWYPDLEYDPDKLADPRWSDHVNLMKAGIQLADAISTDSPSYAQEILCPTEAPRFYGGEGLEKELLVAFQQGRLFGILLGCEYPDKRIIPKLNFSDLISLLKAEIIQWQQTAKYLSPNCSLAHKRLTELSYLSEKPPIILTSVCRVVEQKLYLMKASGNKFISGLSGVLEGLGKQGIYILLGTGETEYERFLTEITSQFDNFVFLNGFGSEDCAAALYANGDFFLMPSSYEPCGISQMLAMRDGQPCLVHKVGGLKDTVIDGFNGFVFGGDSVEEQVDNLVLSCLKAIEVKLNNPSQWQEICQQAEKSRFLWKDTVSQYITKLYEHQNVEKYIRS >HCB14820.1 Trk-type K+ transporter membrane component [Gammaproteobacteria bacterium] MTGQSVRLLAAAVRPRVILKYLGVLLLSIVAIAAVPALAAFFYDDSKSALRFAAMAAMLFIVGRGLARIHAPPHIQLNEALAITALAFLAAALAMIWPLMAEGLSFIDALFEAISAVTTTGLSTLATVEDRSPAFLFARAWLQWYGGLAITVLALAFILTPGAATRRLAGSEVDAAELVMGTRWRARHVLAVYVVLTAGGILLLWIAGTRGFDAVIHTLAAISTGGFAGYDRLDRLGAWPVLTGLMVIMLSGAISFSLQFRSWVKGLHVLRTDPELHALLLAGLITFLALAACFAFSKGSIPDKDGWANAAFLAISAQTTTGFAMTPVAELPDAAQLVLIVSMSIGGDMGSTAGGVKILRLLILLRLVQLLLARVMVPRHAVLDLQIGNRRLDAREIEAAVGVAAAFSLVALLSWLPFLLAGVKPLAALFEVASAFATCGL >XP_040382927.1 traB domain-containing protein isoform X2 [Oryza brachyantha] MAAGPTPSTAASFRPPLPPPPPCFDYREAMLGHTRAAAVTAADPALAALVESGALVRVPRRRFGPVPAWRPPDFVEPEDVWILGTSHLSEQSVADVERVLLAVRPDNVVVELCRSRAGIMYAATADSSAGDGEPLLKSNMFSLGGSKFFGAINRSINLGGQTALALRLLLAVFSSKISSGANRPFGEEFRAARKVSEDLGAQLVLGDRPIEITLERAWKSLSWDEKTKLVASLFRGITSTTDTPDEKAAGSPYELYEKLSISYPSLLQPLIHERDMFLAWSLKRSKAVNKSKTVVGIVGKGHMNGVVYALISDQGDLRFRDLVGRASSDTWASSLIKGLVRDTIIGIVLWALYEQLQAVI >NIR36035.1 hypothetical protein [Actinomycetia bacterium] MGTFEEHRFILDTMSGLGPFEGMDRDRFKQLLRDTTDEVCRAYPTDGVRITDAGVSSLTAAVCDALTPELRVQALKMAADLARADGMNPAEVRLLEQLREGLDVDPEVAQEFLGGAA >MBP8741618.1 DEAD/DEAH box helicase [Pseudoxanthomonas sp.] MPLDSFHPAVARWFDGAFPGPTAAQVAAWPAIMAGCNTLVAAPTGSGKTLTAFLAAIDALVREGLANGGALPDQTRVVYVSPLKALSNDIALNLEAPLAGIGAALAELGLPEVEIRAVVRTGDTPQAERARLRRKPPHILVTTPESLYVLLGSASGRAMLGTVRSVIVDEIHALADDKRGSHLALSLERLEALCGRPLLRIGLSATQKPVEEVARFLVGGGNVYPTRADLPQRPSLRGGGTDGVGAVHGGSASIEVPDCAIVDIGYAQQRDLALELPPTPLSAVMSNEQWEQVYARLVERVRAHRTTLVFVNTRRMAERAAFHLGELLGRENVGTHHGSLSRELRLEAEQKLKAGQLQVLVATASLELGLDIGDVDLVCQLGSPRSIAAFLQRAGRSGHHVGGVPKARLFPQTRDELVECAALLDCVRRGELDALRIPPAPLDVLAQQIVAEVAASEWDEDALYDWLRRAWPYSKLERAKFDGVVRMLADGFSDRRGPRAGWLHRDAVNRRLRGRQGARVVATMSGGTIPDTGDYAVVLEPGSTFIGSVNEDFAVESMAGDIFQLGNASYRIARIEPGRVRVEDAQGLPPSIPFWLGEAPGRSNELSFGVSRLRTEIAARLGSPLPPGEGSNSPAIAWLRDEAGVDEHAARQLVDYLGSTAIALGGAMPTQRCIVLERFFDETGSTHLVVHSPFGSRLNRAWG >WP_094107226.1 tRNA (N6-threonylcarbamoyladenosine(37)-N6)-methyltransferase TrmO [Lonsdalea populi] >OSM98566.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT70982.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT71572.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT73089.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] >RAT76540.1 tRNA-Thr(GGU) m(6)t(6)A37 methyltransferase TsaA [Lonsdalea populi] MSEFCFDQIGVIRSPYKEKFAVPRQPGLIEDGGGELHLLPPYNQPEAVRGLSDFSHLWVLFVFHQTASAGWRPTVRPPRLGGNARMGVFATRSTFRPNPVGMSLVELKGVRADKHELVLELGSLDLVDGTPVIDIKPYLPFAESQPQAQAGFAPCAPDADMPVTFSPLAEQQLIAWHDRYPHLRRFITQVLAQDPRPAYRKTSHDDKEYAALLLEFNVRWRVTGEQTEVICLDSR >BDP97621.1 hypothetical protein EfmGK961_14370 [Enterococcus faecium] MNDSIKKMLRITEKDLMITEVSYETLQKKRTLVVDAVLSPTPRACRSCGSTVMYVSSIFHE >WP_142260807.1 polysaccharide deacetylase family protein [Thermopolyspora flexuosa] MVKRPVAALALAAVASAPAALALPAQASAAPAASASPAAAASAKPAAARVDCAKVKCIALTFDDGPGPYTARLLDTLKKHKAKATFFLVGKRVEERRKLARRIAREGHEIGNHSYSHQSLPALPDFELTEELSRTQDVLRRAIGRRPRLMRPPYGHTDARVRAAAGRLGLAQVLWTGTTLDWSLRDTRRIGDTVLRLARPNGVILMHDVVPQTVKAIPRVLRELRKRGYHLVTVSALAGPGRLAPGASFPR >MBN1157556.1 AbrB/MazE/SpoVT family DNA-binding domain-containing protein [Candidatus Woesearchaeota archaeon] MQMSDIAVMSSKGQIVVPKSLRDELGIDAGTTFAVFGQDDALIFKKINMPNAKEAFDKLSKWGQKLAKEKGWKEKDIMKKIHQGRGIADA >NCR29367.1 hypothetical protein [Microcystis aeruginosa LE13-04] >NCS55404.1 hypothetical protein [Microcystis aeruginosa G13-05] >NCS59857.1 hypothetical protein [Microcystis aeruginosa G11-04] MEALDFSEQLQWTAEAKAKLKNIPYFVRSQARQRISEIFKIHFSEPLNR >MCE2505556.1 NADH-quinone oxidoreductase subunit NuoH [Nitrosopumilaceae archaeon] MSAIAPKFKLSEFIKSLLDNAFWIVLIVSLIGLPAIQVVLFYVEMPVIDGELLTPFLAMTWLADPSRSLPILKAFMATDMFRVMAFPGFGFAALIAAATIFVERKMLAKLQLRVGPFYCGKIEGILQLAGDGLKLISKEIIIPAKADKPIFWAAPVIFVATAAAFVALIPVAPGWVVADVDLGLLGVFAVIGFFPIITILSAWSANSKFPFIGGIRALFQMVSFEIPLILSLLGVVILTGTLNLSEIAASQSNFPWIIFLPVGAIVFFITMLAELERIPFDLPEAESEIVAGWLTEFSGMMYGLVQLGTYLKLYAFAGLFVVLFLGGWNGPMVVPPFPEEILTDGIEMGPIVAGPFPGLPLFDQAMLNGTLWFVLKTVGVIFFILLPRGVFPRIRIDMLLSLGWTKLIGLAFVNIFIALGLLYAGVLGPGGLQ >WP_039102441.1 DNA-binding protein [Klebsiella variicola] >AJA93708.1 DNA-binding protein [Klebsiella variicola] MNNIILFKSKKHILVEENYNEFIKFCRYQLSGLTQTQDWEQYAWKGYVTFRKIGIGNKIFDSIDAMHEDYINFAKAYIRYQHTLKPLKNYGVIMMALRCLEQALLQVQNTGLIYNVTAVVFDEAMQIGSKYFEGNVLAKCGIQLEKISNFLCEHNLVKSGYISWKNHVKQKVKNNYLPEIEDYHRSDKLPDEKALLAIADIFSQNDELLSPRDKFTSSVFALLLCCPSRISEILALPADCEITQIDGKGIERYGLRFYSVKGYGPNIKWIPRVMIPVAKKAIRRLLSLSQNARALAHWCEKYPDKFYRHELCPTVDEKAKLTVVQVCHALGYNLFDHKSCVLKIKRTSLDGGKSFLNHNDYNYSLSNLWEIISSNFSRDFPWYDKEKSIKFSNALCLLNTDQFSLSRMTSIFTFYKPTKSFFFSDIQRKKSYEMNYKNIFSRYGYYDDEGKPLLIRSHQPRHLLNTIAHYGEMSELDIAKWSGRINANQNRVYNHVSEEDMLDKIKAIKLNRSNYCQRESIPTNELTIDFDNLNQGAIHLTEFGYCVHNYLIKPCAKINHLIECDNETPDINSVDRIRLQSVREKVMQLKRITQIAYENGDYGADKWLQHHEKNLERINKLLNN >WP_118445081.1 hypothetical protein [[Ruminococcus] gnavus] >RHM71460.1 hypothetical protein DWZ50_15490 [[Ruminococcus] gnavus] MYVEVKANTIVEAEKLLRNPLVNVVSVGDENCIHKLPTVEEIYEFYKKATMAGKKVKIIYPKVPNKYYDKSIIHLKKVSTLNVEITLNDYGMIFEAKTLKLKQGFTIGRNIAFTLLSSPWYGLLVKKENSLMKSALSASNMESTFKLQYLKSLGANSLEIEGLPEMWEQTNSIKNCEFSVYAHIDFCLVAYSRCCMSRKLHSYISCKECNCVYSAEITRKFVSVPVQDKNIEYVKGTHYISDEEVNKIYPILYFMGNALFRKNSVDYVDKERVERIIVNQVFYPSEAEMNFKIMNFVKER >WP_124983255.1 YceI family protein [Ralstonia solanacearum] >MCL9844940.1 YceI family protein [Ralstonia solanacearum] MKLRTLVAALSAVAATAAFAAPVTYQLDPSHTYPSFEADHMGGLSKWRGKFEKSSGTVTLDRAAKAGTIDVTVQTDSIDFGFAKMNEHAKGADLFDVAKYPTATFKGTFTKFKGDAPTEAEGQLTLHGVTKPVKLEIDAFKCMQHPMLKREVCGADAEMKFNRDEFGLDYGKQYGFKMETKLKIQVEGLKQDASVAQQ >MBQ2432233.1 NAD(P)/FAD-dependent oxidoreductase [Peptococcaceae bacterium] MIQESARTGIVQKDKETVALIPEIKFGMLTPEDLEKLAAVSRKYEIPAIKITSAQRIALVGVKPEHVEPIWDELGMEPGHGLGTGLNYIQSCPGTSVCRLGQRDSLEMAERIYDAIKPLAIESKIKFGVSGCPLQCGEGAIRDIGVFGKKATGWTVQIGGNSGLNA >WP_164585387.1 zinc-dependent alcohol dehydrogenase family protein [Streptomyces sp. SID10815] >NEA48031.1 zinc-dependent alcohol dehydrogenase family protein [Streptomyces sp. SID10815] MKAYVFHGPGQSAWEDVPDPDIKDPTDAVVRVDTVTICGTDLHILKGDVPEVRPGTVLGHEAVGEVVEVGADVRTVRPGDRVLVSCVSACGRCRYCREAVYGQCLGGGGWILGHLVDGTQAEYVRVPFADLSVYPLPAAVPSEDAVLLADIFPTAYEVGVLNGRVRPGDTVAVVGAGPIGLAVIAAAHLFAPERVIAVDVDPARLEAARRLGAEAVADAREAPEQLVADLTAGLGADVVVEAVGLPETFETCTRMVRPGGRVANVGVHGRPATLHLEDLWIKDVTITTGLVDTHSTPTLLKMAAAGRLPTSQLITHTFPLERMQEAYDVFGHAAETGALKVVLGGPQREVVPVPTA >WP_205009067.1 YigZ family protein [Streptococcus loxodontisalivarius] >MBM7642213.1 putative YigZ family protein [Streptococcus loxodontisalivarius] MNYKTIFQDGIAEEEIKKSRFICQLRRIETEEEGREFIAQIKKEHYKASHSCSAMIIGEDSSIKRSSDDGEPSGTAGVPMLTVLEKQGLTNVVAVVTRYFGGTKLGAGGLIRAYAGSVSHALKEIGIVEVKEQTGLKVTLTYPQYQTFANFLSQENLLEQEPLFLEEVTSTIYVDPEKVEGTLASLTEFYQGKVRVEEAGSQIVELPLTLETSEEN >WP_111627730.1 TIGR00730 family Rossman fold protein [Larkinella arboricola] >RAJ99943.1 hypothetical protein LX87_01640 [Larkinella arboricola] MDAEKTVQRSETQNVSQIKKDLPKRDELLLTPDEQRIKEAFQDRNWSEIKIADSWVIFKVMAEFVEGFDKLAKIGPCVSIFGSARTKPDNPYYQMAEDIAAKLVKHGYGVITGGGPGIMEAGNKGAFEQGGKSVGLNIHLPFEQESNIYIDPDKNINFDFFFVRKVMFVKYAQGFIVLPGGFGTLDELFESLTLIQTKKIARFPIVLVGTSFWKGLVGWIEEVMLEQEGNISPGDMKLFSLVDTAEEAVQAIDDFYLKYLLKPNF >MBS0463004.1 glutathione S-transferase N-terminal domain-containing protein [Pseudomonadota bacterium] MKLYSKPGACSLADHIALEWTGKPYEVELVDAKATKQPEFLKLNPSGQVPALVDGDFTLTQNTAILHYIADQHPEAQLAGNGSAQGRAEVNRWLGFANSDIHPTYWPLFGSTSFLPHAEVEQTKEAARKKLRGMYERADKQLEGRDWIAGSRSIADPYLYVTLRWAPLVGVNLDGLSHLAGFKARMESDTGVQRALKAEGLV >MOW13079.1 immunoglobulin light chain junction region [Macaca mulatta] >MPN93304.1 immunoglobulin light chain junction region [Macaca mulatta] CQKYRSSPYSF >WP_097698856.1 WGR and DUF4132 domain-containing protein [Escherichia coli] >EFB2626945.1 DUF4132 domain-containing protein [Escherichia coli] >EFB5155010.1 DUF4132 domain-containing protein [Escherichia coli] >EFB9211679.1 DUF4132 domain-containing protein [Escherichia coli] >EFB9257438.1 DUF4132 domain-containing protein [Escherichia coli] >EFD5121957.1 DUF4132 domain-containing protein [Escherichia coli] MRHFIYQDEKSHKFWSVEQQGNELHISWGKVGTKGQSQIKSFSDAAAVAKAELKLIAEKVKKGYVEQAKDNSLQPSQTVTGSLKVADLSTIIQEQPSFVAETRAPDKNTDAVLPWLAKDIAVVFPPEVVHTTLSHRRFPGVPVQQADKLTQLRRLACSVSQRDNKTATFDFSACSLEWQNTVAQAISQIDGLKTTQLPSPVMAVLTALEMKCTRYKVREDVMDQIVQEGGLEYATDVIIHLQQIDIKWDYANNVIIILPSGIAPDYLEQYSRFELRLRKHLSLAEESLWQKCAQKLIAAIPHIPEWRQPLIALLLPEKPEIAHEIAQRLLGQKKLPSLEWLKIVATDEHILASLEKYHEPYAIFDDYYCGAIWSATVLQEQGVAALPRFAPYAASDYCADVLRHINHPFALTLLIRVAGHTKRCHDRMTKACAAFPHAAMAALTELLGQKEENSWRIMLMTMLISQPALAEQVIPWLSTPAVAVLKSCQQQLTQPSNHASADLLPAVVVSPPWLSKKKKSPIPVLDLAPLGIEPICYLTEEISNQLLAKYIWYSKHITVSHEESTTNLLARMGFQRRIAGTYIKAPEAVVEAWLNEDYSTLLSEFKVFHSPTGHYWQLGILTTLPLEKAVKAWNALTLSPHTDTEYAMLHFGLKGLPGLVNSLARYPQEALPITNYFAASELAPAVARAFNKLKTLRENARSWLLKYPEHALTGLLPAALGKAGEAQDNARAALRMLTENGHQPLLQEIARRYNQPEVTDAVNALLALDPLDNHPTKIPTLPAFYQPSLWTRPVLKANAQSLPDSALLHLGEMLRFPQEEALYPGLLQVKDVCSADSLAGFAWDLFTAWQTAGAPSKESWAFTALGVLGNDDTARKLTPLIRAWPGESQHKRATVGLDILAAIGSDIALMQLNGIAQKLKFKALQERAKEKIADIAESRELTVAELEDRLAPDLGLDDNGSLLLDFGPRQFTVSFDETLKPFVRDVSGSRLKDLPKPNKSDDETRANDAVNRYKLLKKDARTIAAQQVARLESAMCLRRRWSLENFQLFLVEHPLVRHLTRRLIWGVYSAENQLLACFRVAEDNSYSTADDDLFTLPEGDISIGTPHVLEISPTDAAAFGQLFADYELLPPFRQLDRNSYALTEAERNASELTRWAGRKCPSGRVMGLANKGWVRGEPQDGGWIGWMIKPLGRWSLIMEIDEGFAVGMSPAELSAEQLLSKLWLWEGKAESYGWGSNSTQEAQFSVLDAITASELINDIEALFE >WP_254638680.1 hypothetical protein [Clostridium beijerinckii] >NRZ85917.1 hypothetical protein [Clostridium beijerinckii] MSSITINSNRTNLFKNININSTDDKNKNVVNGNSSITNKQDKKESGLMQNLLKQKQELKEEKTSIDG >XP_028327800.1 band 4.1-like protein 3 isoform X7 [Gouania willdenowi] MTTESGADSEAKQAQGNKETEKSTNKPASQPSKSAAEQTSPRNQAEPLSAAAGHSTPARKEQEEDQGSQRSSTSRLSRSPLRGVKKLKIMQCKVTLLDGSDYTLNVEKRSKGHVLFDKVCDHLNLLEKDYFGITHRDVENQKSWLDPSKELKKQIRAGAWNFAFNVKFYPPDPSQLSEDITRYYLCLQLRDDVVSGRLPCSFATHTVLGSYTVQSELGDYDPDELGSDYISELRFAPNQTKELEEKVMELHKTYKGMTPAEAEIHFLENAKKLSMYGVDLHHAKDSEGVEIMLGVCASGLLIYRDRLRINRFAWPKILKISYKRNNFYIKIRPGEFEQFESTIGFKLPNHRAAKRLWKVCVEHHTFFRLVSPDAPPKKFLSLGSKFRYSGRTQAQTRRASSQIIRPAPLFERSSSKRYNMSRSLDGAPITENHETLMKDGVNDGAAKVIIKGELITTITKERKAEEEKAEQEDAQKEAVESPEPAASTPHRDTKCVHHEYTSDPLRSELSLPSSPVSSTKVRRRRRDHARKRASSVSPAKSSNGCRRRQARADRKAALLEEQALLLSARKQRLEQGKRRSGTLFSFSLHLPDLSSILDDDGYITFPDLTDMRFLPECAQNILPIKSPSLIPCFLFIFFFLLSTSFSVPYALTLSFPLALCLCYLEPKAASLTASIAQGYHGHDSSEEEETDSEQTDFAFDGEMTATESEADEDSEMRTQYSFIRRVKGENVFIKHSNLMLEDTDATEEMVKHQTNISELKRSFLETSGGGSAGLTEWEKRLSSSPLRSPRGDEAPMIEPLELLDTDENEQPVENETEKQVEPKVNEAFADQNEMPVTTETEAAPAKQTGPTVNILTADASGELAVMSAEPAEEELVCVEATQSELSSGLVDPGSVDPCMSEAQVLPVATNVVVNEGCLRSLQDGVDVGDDANESLMFTVTPVLLSVGDNCEGQWLKDMSSKMVQFSDEVQILQEENSFTQLHDSIEEVKEEEDTLESEKDEEPKKILKRFEKEKYHHVKYESSEDETEMAENEATGVEVNVVTLKHCREEDENSVDEEMIKVIKDAKDVSEEAIEEELLKCEMREFIPHHVTEAESLTSDALPSLLPGGVSQSESPDVADVASKETPVVHTETKTITYEAAEVDTNGEADPGVLLSAQTITSETTSTTTTTHITKTVKGGVSETRIEKRIVISGDSDIDHDEALAQAIKEAKEQHPDMSVTKVVVHKETEIAPEEGED >GES47013.1 hypothetical protein RsS62_62650 [Rhizobium dioscoreae] >GLU81301.1 hypothetical protein Rhsp01_24770 [Rhizobium sp. NBRC 114257] MRDAAGIDDGEEKAKVGQIEAHDVQITACPVFGIAEGWLRIIRIVPVFVSATERE >MBI5098096.1 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase [Nitrospirota bacterium] MALTADEIIKSAGGELLCGNSKTFSGVSIDSRTISEGEVFFAIRGEKFDGHNFLDKALLKGIGAVVDSRPVSLPKDRVMIYVKDTLKALQDLAHYLRIKLDIPVVAITGSNGKTTTKEMVYSILSGSFKTLKNEGNLNNHIGLPLSLMRLEPDHEAIVLEMGMNAPGEIRRLCEITVPTHGIVTNIGSAHLGRLGSYEAVRDAKLEILESLSVAVLNADDRFLMQGVAETKKFNGEIITFSINNDSHVMAKDIQITERGSNFKLEFKDAGLIPVNLNIHGIFNVYNALAASAVCFSLGIQIDEIKRALEEFSAFPMRFEITEREEITVINDAYNANPSSMEESLKELIRPGRRGRRIAALGDMRELNDFSEEAHRTLGRMIAEVNVDVFIAVGEMMSLAAEECMKVKGGKSVPEIYTFRDVNDANEDMMNIVKHGDIILIKGSRLMQMEKIAGRILDAI >RNF14763.1 putative glycosylphosphatidylinositol (GPI) anchor [Trypanosoma cruzi] MPFRFSALLCVFLVFLLCPVVIYAHASTVPRTEKKYTIHLQPLTEGLGDVGEEPTLVSVTETTSLWLPRGSAEDNDEHLTFNEDLDPFWVHVLRRRRFESLEWSGCGGSWRPDWSVTLHDTNSSMSESTRELIYDLSHHTVCYFSALSACGWTGEEGTDGYVANKSVSLDVEAQGHHQWLAQFVSSLLSSPLSWSRVTPRNIRPVGVLHPVTGRVGAAAGLGNRHWCSYHLAQRDTVCTQHVSAILSGGRSGKGVEEKIPKGIFRAGLVTMQDFFSSSFHHFNFGVSQSELPAENMNEETEIQLLFRMAFVARKGDFDLLANHWKRSLPTYSDRLIFFYGPNVNKKFQDAIRSLPSSSHVEGVSGDKEALKGEKRSFSSELAPTAHYYISSVGHDRGTYRLVIHPPMRRTNTISANEHHEPDRWNGLRVGDTLDSLLIFPLHVIRPSLYEMHSGPDGSTMLENAFFDDNANALLVLLKTVLTETHVNSLHRSDNNNGTAPYGFVVCEFPFRFGWSALKDMPHDANSHRILPQPVIRVGRRFGKTELKKFAGSYFANNNGNKRWSERCPASQCASFASMQIDHQASLERLTDSLFRNHSRSEIGFSCFCYYWLRCSNVAGTTIPTPDPAMVFNVISLGVFFSGVLTAGVSRITRMMFDRREGQEFGEEGSTRNRSIDVEEKKQKK >KAF3493633.1 hypothetical protein DY000_02056407 [Brassica cretica] MFVQTTQPDDLPESLLVNAEVRMFGLQRRSSKEKPPRQSISQNPSKYSLNNFDEFVSVQEQPDIWRKTTRDVADPKRRLLQFDVQGFCDNFVEEVVKPLKDVNQTHKKSTSTRAPVAGPSLFISNKSKGKSETHVEELNDFSDSLPIYDEYDEEPIESLMICEKNCDFPSFESELMIDNEQAIVELTVLQPEHPSSLVLSPHVFEEEPLDYPHQGPRLDSRKTLDEDLGPIFDEEDEPGPVFDEETTSITSIAMETPSKHLFPVGLVRHIKQRIEIASLLDRCVTSGNKLASGISAAFRICCATLQSTITSFVRLVRHIKQQSKLGSIKRLSAPLASTFNPPFLIRSVSDHIPKSG >WP_174567215.1 polyprenyl synthetase family protein [Nocardia yamanashiensis] >UGT45819.1 polyprenyl synthetase family protein [Nocardia yamanashiensis] MSDESTVVAGVDLGDPELAATVRKGLVQVEDLLITELSDGEEFLQEAALHLARAGGKRFRPLFTLLTGQLGPDPTSPDLVTAGTVVELVHLATLYHDDVMDEAPMRRGATSVNARWGNSVAILAGDYLFAHASRLVSTLGPDAVRIIAETFAELVTGQMRETIGAKQSQDPVEHYLRVVWEKTGSLIAASGRFGGTFSGADREHVERLARLGDAVGTAFQISDDIIDISSVSEQSGKTPGTDLREGVHTLPVLYALRDEGPEGDRLRKLLAKPLETDAEVEEALDLLSRSRGMVLAKEKLQGYADIAHAELSALPGGPANEALERLVRYTIERVG >KAI5402274.1 hypothetical protein KIW84_050045 [Pisum sativum] MTPVSGEGNESLQVQLVTIDQLVTIDLLVTIDLLVFVDQYGDLLTLLKMVVDPVPLQTLLQFYDLELRCFTFQDYQLAPTLEEYSILMNVPIRYQVPFLDVPKEVDFRVIARALHLGIKEVSDNWKSSGDVVGLPLKYLVRMAKEEAKKGNWEAFHAQLAIMIYGIVLFPSMPNFVDFAAITIFLGGNPVLTLLADTYYVIHSRHGKGGAIRCCLPLLLRWFLSLLPTSGPFVDTQSTHKWTQRIMSLTSYDIRSQSYRMNVRNVIMSCGEFRNVPLIGTKGCINYNAVLSLRQLGFVMNGRPLDVEIAESVYFEKRSDPARLEQVGRAWKTIGVKDGVVLGKKFAVAMPDYIDWVKKRVETLLLPYDRMESLQEQPPLILSESVPAEHYKQALMENRRLKEKEQDTHMELYKAKADKLNLAHQLKGMQGENASRLKSKKRSYEEMETLLNEEHRECLRLQKAEANYQKKIRDMEKQLRDKDIQLKKEVDLRRASESQLGGEVVELRRQLKEKLTPLPECSECDLLIDQCQYLKTLIPGGHLS >WP_189129312.1 HNH endonuclease [Nocardioides albus] >GGU33332.1 HNH endonuclease [Nocardioides albus] MNETIDQLLTGPPLGASESELVDWITRLEEVKCVAEAVQAEAAVRLEDAVRTRQAEAGVPARKLGEGVASQIALARRVSPVKGASFLGLAKVLVAEMPHTYALMKTGLFSQWQATILARETACLSVEDRRVIDYQLCALGEDGQVPRVVAMGPRQLENAAKKLAITLDQESVVNRTASAEKDRRVSVRPAPDTLTWLGALLPVKDGVAVYAALDQAAKAAQAAGDERTRGQVMADTLVDRVTGRAGADAKPRIEVKIVMTADALANDSNQPAMVEGYGPVPAGWAREALTEAEVFVRRLFTDPAGQLVAMESRSRKAPDGLAEFITTRDGGICRTVGCDAPIRNIDHVERHADGGETRAENLQGLCERCNQAKEALGWQARPGPDGSIVTITPTGHTYVSPPPETWRPEPPPLSTAEFVLRDVLLDHRLAA >MBK6342078.1 hypothetical protein [Flavobacteriales bacterium] MTTSFPAKPRNARLLFFALLLAICSWHIETAPDDNTVSRALAVRALVEEGTLEITAHHELTGDKAITGDRYFSDKAPLPTFIVAGFWKCARVIGLADLRDDPVDARILLLGGFLFGSVPMALILLIAFIELRRTRPEAPWLLSIVPLLGSFLFVYSGTFFNHLPAALFALLAALDIRTGKHLRAGGFAGLGAACDAALLFVLAAWLVQLAFGRLRALMPFLMGLVPGAAITMANNFAVTGSAFTFPSAHAVNYGVMREAYGFGTWQPEAFLGLTVSAYRGLLFYAPALIAVVILAIAERARLFQRELLFDPLVLPAIVLLLVFFTHATWWGGWAYGPRYLTPVPALLLVRAMPALAKRPWHVRAAIGFGCIGLICAVAAKLTTGHGLPTDVKDPLVSMVLPLIRERAYYGAGWPVRAGFSPTMGAFLFCLALVLAYFGARRITRTA >WP_267292626.1 2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Parachryseolinea silvisoli] >MCD9015904.1 2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Parachryseolinea silvisoli] MALQIKVPAVGESITEVTIANWLKKDGEAVQADEIIAELESDKATFELRAESAGVLKIVKQQGETVPIGEVICEIDANGQAGAAPAPKKEEAAAAASKPAATPAPAPSAPKATGGVKEMKVPAVGESITEVTISTWLKKDGDTVQIDDIIAEVESDKATFELPAEATGILRIVAQAGTTLPIGGLICRIEVTDGAAVSAKQETAAAPAQASGDKTYAAGHPSPAAGKILDEKGIPAGQVAGTGVGGRVTKEDAQKAQAQAPASKPAESKPVAAPAVPAVAGARTERREKMTSLRKTIAKRLVSVKNETAMLTTFNEVDMKPIMELRSKYKDQFKEKYGVGLGFMSFFTKAVCVALKEFPAVNASIDKDEVIFHDYCDVSIAVSTPRGLVVPVIRNAEALSFNQIESEVIRLATRGRDGKLSIEEMTGGTFSITNGGVFGSMLSTPILNPPQSAILGMHNIVERAVVKNGEIVVRPIMYLALSYDHRIVDGRESVSFLVRVKELLEDPGRLILGV >DAW46080.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MISRRRIRCSKIIYEIGGEDKFLFYEGWGTSYKKAFKILNNVIGNTNFIIKGIQDYIAIFSVNISSILNEGEIKYTLEYKERECE >WP_138941726.1 type IV pilus secretin PilQ family protein [Vibrio rotiferianus] >TMX40154.1 type IV pilus secretin PilQ [Vibrio rotiferianus] >TMX56822.1 type IV pilus secretin PilQ [Vibrio rotiferianus] >TMX67908.1 type IV pilus secretin PilQ [Vibrio rotiferianus] MKQGNTLRYRKLLELLWLCGLLLFPPAVWAEESQSNALRSIDFRSNKNKEAVIVVELASPAAIVDVKRVQEGVSIDLLNTSVKDDQLYLLDVKDFATAVDSVEVFRDAATTRLLAHIEGDYTHDYRLTGRYLEVKVARLKPNEKVPDKSILEKEGKLISINFQDIPVRNVLQLIADYNDFNLVVSDSVEGNLTLRLDGVPWQQVLDIILQVKGLDKRVDGNVILVAPKEELDLREKQQLEKQKLEEEIGELASEIIKVNFAKASDIAEMINGEGNISMLSNRGSMTIDERTNSLLIRELPENIEVIRDIVESLDIPVKQVQIEARIVTVNEGNLDELGVRWGFSSINGNNMVGGSIENNLAAIGLYDEGGDNEDGNTVGIDDFLNVNLAATSPSATSIAFQVAKLGSDTLLDLELSALQQESKAEIISSPRLVTTNKKPAYIEQGTEIPYLEASSSGATSITFKKAVLSLKVTPQITPDNRLVLDLSVTQDRLGKVVKTGTGEAVAIDTQRIGTQVLVNNGETVVLGGIFQHNVTNTVDKVPLLGDLPLLGALFRRSYENVGKSELLIFVTPKVVVQ >WP_113767226.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Bacillus altitudinis] >RAU01024.1 3-oxo-glucose-6-phosphate--glutamate aminotransferase [Bacillus altitudinis] MQILTKISGKSKDYLPLLDMINQGVQVKADSVEKNLANDKLVAFLEQDIARTGLEKILFHYKQNKEKKIPFLPVDKLISEDEIDDIMQVLKEVLSSGRFTSGPYIPKFEKTLAAYLGKKYVIATSSGTDALMISLISAGVHPGDEVILPANSFAATENAVLAIGAVPVYADIDPDTYCLAPNEIEKHITDKTVCILPVHLYGKQADMKAISTIAKRYGLSIIEDGCQAIGSSGLGAFGDGLVLSFNPYKNLGVCGKAGAIATNDEALAEKCMEISYHGFEPGKKNVKRSDYGFNSKIDNLQAAIGLERMKYLGLQNFKRFYLAKRYIDQLQTLEDEGYIKLPKMTEDHVWHLFPIRVVKGSRDELAEKLLEMGIETDVYYPILSHQHQTNLVSQKYKQTALPHTEKAVQQLLHLPLYPGMPLQDQEKVIEGVHHVIKSSIQ >KAF4728781.1 hypothetical protein FOZ62_000797, partial [Perkinsus olseni] MVGGPTSLEAGGHGSKYRAHTLGRVCSTAADDGKYRDQPLEVPSPSTSSHDRMRSLLPHPRYAERSLTFEDLSWLEVEDRDFLITSVLNHPPKDRKVKEKYVNRDTVPYFLQRRRLLRRYVLGNSRSLVDDAEFDELFRTVKDLKSEGSHQCQSSEGLPIGRSTQDSGRKQIWLVERTQCDGPNIPVAPGTLMVCKCIDIEALFHDPVGGEEEGDEGGQGYSLDRHQGRPKHCIREDTLVEMFFSKLFTRFFGCPNFDRSIDVMHDSARVYFLFEFFEGGDLLDYMTARASQMQNRRRASVAESAPVDDLSGPVDDSVSAASPMSCPDGDATVRLTVDRQGLWKFFDEVTSPGKEKPDQPHQPRADEGAREEVVAVPSTPSKESKTEVEEETPPTVVRLNVKEVCIILASLTNALELLHSLHLAHLDVSPEQVLVHISPHNGR >WP_060551745.1 MULTISPECIES: L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus] >ALN77247.1 L-serine ammonia-lyase, iron-sulfur-dependent, subunit beta [Staphylococcus agnetis] >MBY7663346.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] >MCO4325908.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] >MCO4356749.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] >MCO4361738.1 L-serine ammonia-lyase, iron-sulfur-dependent subunit beta [Staphylococcus agnetis] MARTKDYQSAFDVIGPVMMGPSSSHTAGAVKIGQAARAVLGDTPERIRVHYYESFAETHKGHGTDLAIIGGLLGFSTFDARIKSSTSIARDQGIPFEFIEEKGSSLGEHPNCALIIIDKGERHVELNGISIGGGAFKVKSIHVNGMCILLSHTPNLLVIDGECNMSEINHLINDLVDKSVDINEEIKTMNQERCLLALHLNKAIKDELLEEIRQKYTNLQFSYIQ >WP_267918242.1 arginine--tRNA ligase [Borreliella garinii] MTKSVKEDIKNEISIIVANLALSKNIKLDKININIQKPPKSDLGDISILIFELSKTLELPIATISEEIIKTLKTKYEIKAMGPYLNIKIPRKEYINNTIQMVNAQKDSYGTSKYLDNKKIILEFSSPNTNKPLHVGHLRNDAIGESLSRILKAVGAKITKINLINDRGVHICKSMLAYKKFGNDITPEKAFKKGDHLIGEFYIEYNKYSQENENAEKEIQDLLLKWEQKDANTIKLWEKLNKWAIEGIKETYKITNISFDKIYLESEIFEIGKNVVLEGLEKGFCYKREDGAICIDLPSDSDEKAEAKAKQKVLIRSNGTSIYLTQDLGNIAIRTKEFNFDEMIYVVGSEQIQHFKNLFFVSEKLGISKNKQLIHLSHGMVNLIDGKMKSREGNVIDGDNLISELIESIMPEITQKIDNKESAKKNALNIALGAIHYYLLKSAVHKDILFNKKESLSFTGNSGPYIQYVGARINSILEKYNALSIPIIKKINFELLKHEKEWEIIKIISELEETIIKAAKDLNPSILANYSYSLAKHFSAYYQEVKVIDINNTDLTAARIEFLKAILQTIKNCMHLLNIPYMLKM >SCL72461.1 Uncharacterized conserved protein YlxW, UPF0749 family [Micromonospora peucetia] MPPAEPVVQEPDDGATVDLSRAAGEASAASASVRGDEASARSTSVRGGGARWRRLSSAGVMIAVLLALLGFTLVVQFKSTSTDPTVGATRQEDLVRILYDLNSREVRLRQDIATLEESQRQLRSGQQGRQAALEEATRRADELGILAGTLPATGPGLSVRFEAGEKPISASRVLDAVQELRGAGAEAMQISGGDRATVRIIASTFFLDGENGSLVVDGRRLTGPFTITVIGDPATMRTALNIPGGVVASVTGDGGKLIVEDREAAEVSALHAPIKLEHARPVS >WP_226276978.1 DHA2 family efflux MFS transporter permease subunit [Burkholderia anthina] >MCA8091217.1 DHA2 family efflux MFS transporter permease subunit [Burkholderia anthina] MNPPAAASPPALNRPMLTLSIMLATLIQTLDSTIANVALPHMQGTLSASQDEITWVLTSYIVAAAIATPLTGWLSDRLSMKRLLTISIAGFTIASALCGLSESLVQIVGARLLQGVFGAALVPLSQSILLDINPREKQGQAMAIWGMGVMVGPILGPTLGGWLTDSYNWRWVFFINVPIGAFALAGVLTFLPARAPRPHVKFDAFGFATLALAIGAFQAMLDRGEQLDWFGSYEIRIEALVAALSFAFFLVHTATVGKASFFKSELLRDPNFATGTLFIFVVGAVLYATRALLPPMLQNLMGYPVATTGLVTAPSGAGTMIAMLFVGRLLKYVDARALLLAGLAISALALWQMMQYTIVLSEADIVWPGVVQGFGLGLVFVPLSALSFSTLTPELRADGTATYSLMRNIGSSIGISIVQTLMTRNTQVAHADLATHITPFNPAVQAMAGSHLDIALLDRTINQQAAMIAYLNDFKLMFVATLLMIPLLLLIRPPQKTASVDVSHAAMD >WP_247893884.1 DUF3422 domain-containing protein [Azospirillum sp. YIM B02556] MTTDTLARAGTPGTGGAMIGPRPLRDHPLRQSLTNEVHARPPESLTAPMRATMLAMLSGEAAAEADRRHLEALCDWAGVVRPPQDATHHSASFGSFHLKWERHTEFSTWTVFRPSAMPSGSLVDPFVEPALQALPRDWLAGLPGELLVGIHVAVLAPDMPEPSPTMMAAMFGSESYVGSRIAGRSATAWTDFRIHGDGFSRMLVIDHSMTPRQTGRVVQRLLEIETYRVLALLALPMARGVLPRIGPIEAGLSDVTTRIASLRGLQDERDLLDRLTLLAAQTEQIAAETAYRFGAARAYHELVERRIEELREIRIEGLQTVREFMDRRLTPAIRTCEAVEERLDSLSQRVARASTLLRTRVEIAVEGQNAELLQSMDRRAQLQLRLQETVEGLSVVAISYYLVGIVGYAAKGLKGFGLKVDPDMLVGVMIPVVIAFVWSGVRRIRKVLVGEH >MBE3671043.1 tyrosine-protein kinase [Vibrio navarrensis] MYETMTTPQTRPSVDNASDEIDLGKLLGILLDAKWFIFAITFIFAVGGVAVALLSTPIYKADALLQIEEKSSGGVSSLVGDMGDLFSAKSSATTEIEILKSRMILGDTMERFNLTTVTEAKYFPLVGKGLARMAGKVNQIEVSRYQVPDYAQGMSHTIVVTDEAQQGYQLVREDDTVVLQGKAGELVKHDGYELFVTELRSHTGQEFSIGQRNRLEAIEWLKENLAISERGKQTGILQLSFEGENRKQISEILNHISQTYFLQNVERNSAEAEKSLTFLKGHLPDIKDSLTAAEDSLNRFRQENDSIDLGLEAKSTLDVMVKLEAQLNELTFKESEISQRFTKDHPAYISLLDKRETLLKERERLNLQVQKLPKTQREVLRMTRDVEVNQQIYIQLLNKVQELSIIKAGTVGNVRILDEAQTFARPIKPKKPLIAVLATLLGGMLSVAIVLVKAALHRGVETPDQIEQIGLSVYASVPKSTLQIALAEKIKRKGKHNKELALLSESNPADLSIEALRGLRTSLHFAMLEAKNNVVMISGPAPGIGKSFISTNFAAVAAKTGQKVLIIDADMRKGYLQQCFGLKWENGLSDYLAGKIDTATAVQHAKVDNLDIIARGQVPPNPSELLMHPRFKELVEWASENYDLVIIDTPPVLAVTDPSIVGSLAGTTLMVARFGQNTVKEIEVARNRFEQAGIEVKGVILNATEKRASSYYGYGYYNYSYGDSKKA >XP_041854783.1 prosalusin [Melanotaenia boesemani] MLIILFGLFLFLYRPVCCVFQKLYCTISESCDCDFKPNIRGLEWDLYKNVYGQHLAQDILSEEVAKFLNNKNPDRPLVLSFHGSSGTGKTLVSSMLGNHLYGSAMSSPYIHQFVPTLHFPSPQRVKHYRKELKSWVEGNLTECARSVFIFDEMEKMPPGFINVLEPFLGPSHVVFRTNYRKAIYIFISISGEDVINKVALENRQAGQEREDIKLADLEEAIAHAVYNNNTSGFFKSSIIKQSLVTRFVPFLPLSRCHVERCIRSQLCQQGSCSRQDVVEAVGRVMIYAPVPGKYFSTTGCKAVSAKISFFL >RHX96716.1 hypothetical protein DYB25_008558, partial [Aphanomyces astaci] MFAIIADGFAADVPKHKKQFNRFLKEFLTCLTDKLSDDKASIALAGLGNFAAIVPVFMGADALPKIHARLIKYGEDLVAIRDGIKLKWMLLCRYTTCYGRFVQKMQCQSDIVVQNFSVELVCRLLDAYPSSAIYVKYQAELAIVSMADAFSSTDVMKRILQHGMLLTVSNRIDTPDGVHEFNKSSRLLFEYEGLWRGCLKRMQGGALEQAMVNAMADTMLTILQRLDLRYQLEADTAESSTQYTVLQVSKAMPQYHDELLIATSVFVVATPVSMVDLAILVPALKQALALGVFHFDTAVAAVEALERWRSDTVVPFYPEVLPLLAPYLDEAANQSASFQISVLRLLGSLGGYSRFVVEENHAARDDVDKTAAAAPLTFPVALDRVHADMSIELLLRQMRDLAITSIDRPVKAAAGEAYHAMVLYLCGKTATLPTAKTHASEKSVYFDHWHGIFPSLVQLAADADTITRSLFAPLLAQLLRWFSGIAALYPFEAHAFLDAIMHGLSCVDDSSGGVRDVAAQSVATFLKYASKQPPTSRANTSSVFSAHALMERLFALCGHPLLSCRVGAALAINHMYRDFREDNELVRTYALSMAKHVLVALKPPDDPNAVLPLVHALAHMEKILVRRAADLQHDDDTRVVLGGTDCLNLNAFTTWLFSNVASSAPKFRSNCLRLFEQLARMVNMTGSCKAWLTQFQKNHSAAQLQYILAPPALTDISVRTTGV >WP_127737066.1 acyl-homoserine-lactone synthase TraI [Sinorhizobium meliloti] >RVP81748.1 autoinducer synthesis protein [Sinorhizobium meliloti] MEILAVPAAARGEFADLIDSMHRLRACVFGDRLDWDVEIRDGREADAYDQFDPTYILAVSPTGAVAGCARLLPATGPTMLANTFPQLLPARGLNAHPGMVESSRFCVDTALDQHRTPGPLHKTTLMMFAGIIEWSMANGYDEIVTATDLRFERILKRAGWPMQRLGPPCPIGNSLAVAGILSADVGSLDRIRAGAARPGTRHTVAV >MBN2689333.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex ATPase subunit type 1 TsaE [Gammaproteobacteria bacterium] MLELGAELAKKVVLGSVVFLHGELGAGKTTLVRGFLQALGHDGKVKSPTYTLVENYTLDNKTVFHFDLYRLHDPEELEFIGFRDYFSKDAICLVEWPERAGSLLPKADLLINIEVDGDARNVYFEK >WP_162119468.1 MULTISPECIES: O-succinylhomoserine sulfhydrylase [Rhizobium] >MBW8790025.1 O-succinylhomoserine sulfhydrylase [Rhizobium leguminosarum] >MBY5368842.1 O-succinylhomoserine sulfhydrylase [Rhizobium leguminosarum] >MBY5451837.1 O-succinylhomoserine sulfhydrylase [Rhizobium leguminosarum] >NDK53966.1 O-succinylhomoserine sulfhydrylase [Rhizobium laguerreae] >NNH61570.1 O-succinylhomoserine sulfhydrylase [Rhizobium laguerreae] MSKTWRPATQLVHGGTLRSQYGETSEAIYLTQGFVYETSEAAEARFKGETEGFIYARYGSPTNDMFEKRMCMLEGAEDARATASGMAAVTAAILCQLKAGDHIVAARALFGSCRWVVETLAPKYGIDCTLIDGRDLANWEKAITPKTKVFFLESPTNPTLEVIDIAGVAKLANQIGAKVVVDNVFATPLFQKPLELGAHIVVYSATKHIDGQGRCLGGVVLSDKEWIDENLHDYFRHTGPAMSPFNAWTLLKGIETLPLRVRQQTENAAKIADFLAEQGKVAKVIYPGRKDHPQADIIAKQMTGGSTLVAFELKGGKDAAFALQNALEIVKISNNLGDSKSLITHPATTTHKNLTEEARAELGISPGTVRLSAGIEDTDDLIEDFARALAKVSA >WP_150171631.1 C39 family peptidase [Streptomyces venezuelae] >QES31726.1 hypothetical protein DEJ47_24415 [Streptomyces venezuelae] MCRQLITPAEWDLHGGWALGDRIEWSNRACGLASLRMILLAYGQEAPTVTELLKLAVKNEVLTPRGALHAGIASLATELGVPSTAEPVLVEELPARLYEAPLIVSVTEQFPDDGRSGGHLVILRGYEDGPDPTIHFRDPSAWGQRHDSVPLSRLAPSYTGRAITFAPLTNGEFR >WP_002615101.1 MMPL family transporter [Stigmatella aurantiaca] >EAU65599.1 transporter [Stigmatella aurantiaca DW4/3-1] MFRALARAIHHHRGLVFAASAVFLALAIAALVRGGRLSTGVVEGTEAERAQQLASATTVGSTDTTLAVVFHSDTLRNTSKEFQDALKGTLEAAAKLPSVEGVLSPLGAPKAVAAQLQASTGHDTLALVRLKGDIREATRAFPEVRAVLSAGPLQATLTGRIAFIDALNQLLEEDLLRAELISFPLALLVLLRVFRTWVASLLPLVVGGLAVLSGVAGVFALSHFTDMAQYTINVVSLIGMGVAIDYSLFIVSRFRSELEREQGIEAALERTLDTAGRAVAFSGLAVAVGLAGLLFYRGSYLSAMGIGGALVVAFAVVFALTVLPALLSWLGPRVNRGRVPFPSLFADKEGLWHGLATWVMRHPVLVLVPTLLILVAVGLPFMRLQLAATDITALPAETEARRGAESLQKLFPRQAANGLVVVVQFPSGSAFTAERMGALYDKSRQLARLPGVIGVDSIVNLKETMDRDAYQELPDFPEEMLPPEFSQARDAYLHGSVTVMRVLTEAPASSQAARDIVETIRRERAVGDGTLLVAGQTASDVDAGHFVRAHTPRAIAFVMGLMCVVLFVLLGSVVLPLKAMFMNLLSIAGSFGALVWIFQEGHLSGLLNFEPGPIEPSLPVLLFCALFGLSMDYEVLLLSRMREEWERTHDNAHAVAEGLERTGGLITSAAAIMVAVFAAFSLAHVVVVKAMGGGGWPSRWRWMRRWCASCSCPR >WP_278982769.1 aspartate kinase [Sutterella wadsworthensis] MLKITKFGGSSCASAEQFRKVKAIIEADPSRRFVVISAAGRKTPKDNKLTDLLYLCRAHIEYHVDCQPVFDLIKGRLLEIKTELGLDTPIEEELSRFREALPDLTIDDIASRGEYFTSRLMADFLGFPFVDAKDVVAMEFDGTFNFEKTTENLKGVLQKNSRFVMPGFYGTTPDGKIKVMTRGGSDMSGSILARCLKADLYENWTDVSGFLMADPRIVPNPKNIEKITYAELRELSYMGASVLHEDAIFPIREYNIPIHVLNTNRPQDPGTLVLDKISDRDTGPLVIGIAGKKGFLSIEIVKRNMSTMVGIVSGALDVLNKYGVSIEHLPSGIDSFNVVVNKKDVEHNLYEILSEIKQAIAPDSIRVPEPIALIAVVGRNMNARVGSSAKLFGALAEANVNIRMISQGSSEIDIIVGVSQQDFSKAVQALYNTFTK >KAH9272690.1 ATP synthase subunit beta, mitochondrial [Batrachochytrium salamandrivorans] MSAAGLSTEAASLGAVRSVIGAVVDVQFESGSLPPILNALEVQNHNVRLVLEVAQHLGENTVRTIAMDGTEGLTRGQKVLDTGAPITIPVGPECLGRIMNVIGEPVDERGPIVTKQLLPIHAISPRVC >WP_096722254.1 LysR family transcriptional regulator [Paraburkholderia acidicola] >PCE26361.1 LysR family transcriptional regulator [Paraburkholderia acidicola] MELRALRYFVEVVRQQSFTVAAEQMFVTQPTISKMVKSLEDEIGSPLLLRDGRQMVLTDAGRIVFQRGQEVLAAHAQLQAELDDLDKLGRGQLTIGIPPMGGSLFTPTIAAFRQRYPKVELKLFEQGARGIEAALIAGELELGGVLQPVDPQALDVLPMTRQLLWLVARRGSRWDGAQQVPLGDLATEPFVFYGESLALNDVVLNACRTAGFAPIIVGRSGHWDFMAALVQAGVGIALLPAPYCRRLDPVQFTCLPVVEPEIPWEMAIGWRRNGYLSHAARAWLDVARETLPSQAGDEFMHTPV >WP_208947654.1 biopolymer transporter ExbD [Acidovorax avenae] >AVT00527.1 biopolymer transporter ExbD [Acidovorax avenae subsp. avenae] MAFGRLERTSAPKPMSDINMTPLVDVMLVLVVIFILAAPLLASAIRLDLPRAEGTTQGASGDSVEVAIDAAGQVFVGGVPVDGAALAERLRGVAQAHPQAEVQLRADAGVPYGRVVEVMGAAHAAGLHRLGFVAEPGAAPPATAAAARP >KAF2590612.1 hypothetical protein F2Q70_00041283 [Brassica cretica] MLEVIKRGPQQVDSEADVNTNGDALFDLSGGRRAFIDLEEARELLRPLAELNNSYTKIRFSNRSFGSEAAKFAVGVLSSVKDQLTEVDLSDFVAGRPEAEALEVMTMFSSALEGSNLRSLNLSDNALGEKGIRAFASLIKSQRGLEELYLMNDGISEDAARAVRELLPSTGEIRVLQFHNNMTGDEGAIAIAEIVKQCPSLEDFRCSSTRIGSDGGVALAEALASCSRLKKLDLRDNMFGVEGGVALAKTLSVLSELTEIYMSYLNLEDEGTEALAEALIKSAPRLEVIELAGNDITVKSTGKLAACIALKESLSKLNLSENELKDEGTIIIAKALEEGHDQLAEVDMSTNMMRRAGARXTSLVLWMIMTRKEKILKMKTKKRKA >WP_014785013.1 TolC family protein [Terriglobus roseus] >AFL87444.1 outer membrane protein [Terriglobus roseus DSM 18391] MKTYRFTFLTISILLAAASASAQMDNMPGMHHDNKPMQSMPNMSAPAKPAAQQPAATTSIRRDTLKLQESEAPDSHTGDNQPAPELLKEADANAPLTLQQLEDLATANNPTLKQATALQQRSQAQARQAALPPNPTIGYSGEHIRGGSYGGGEQGAFVQQTIVLGGKLGLRRDVYQQAAKADAIGIEQQTIRVRADVQSVFYQALAAQSAVEIRRQLMALAQNVTETSHTMQNLGQTDTPDVLQAEVENEQSKIDYVAAQRDYLQKFRSLTALCGQPNLPVAKLTGDLEAIPNLDTNETINNVLNNSPDIQRAQQEVAVAEAQRTSAKREPVPDLKIQAGAWNSGDQLSDPTKRAGWMGFAQIGVELPLWNRNQGNKAAAEADLTRAKNDVARTQLQSQQRAQPLVQSYLAARFEAERYRTQLLPRAQRAYELYAMKYQSMAAPYPQVLMSQRTLAQLRMAYLHALEKEWMGVIALQNYTLSGALDAPSSNGDAMLRSTMGGTQ >EBF5808819.1 hypothetical protein [Campylobacter coli] MMVSLDFNILETTGLIIIKFLVLLVELGFYTSALFLAALGVLGVFKTPGVFYKLFVFIVLELAAFACLSLGYTIGLTNIDFIFKI >WP_213827928.1 heme o synthase [Halomonas jincaotanensis] >MBS9405568.1 heme o synthase [Halomonas jincaotanensis] MPNAMVERAESIEDVQWNWRDLLTLCKPRVVVVMLACALVGMALATPSLPSLSIVVFGLLGIGLAAGGAAAFNHVVDRRLDALMLRTSRRPLASQRMPTSVALGWATLLSVAGIAVLTWQVNVLTAWLTLGSLIGYALIYTAFLKRATPQNIVIGGVAGAAPPLLGWTAVTGQLGPEPLLLLLIVFAWTPPHFWALAIHKRDEYARAGVPMLPVTHGDAFTRLQVWLYGWLTVAVTLMPFVIGMSGAIYLVGVMALNLRFMFWNWKVWRGRDLEAPLAAFWFSIRYILGVFGVLLLDHYAILWVA >WP_254400636.1 inorganic diphosphatase [Streptomyces sp. AC555_RSS877] MEESPVEFDVTIEIPKGSRNKYEVDHETGRIRLDRRLFTSTAYPTDYGFVENTLGEDGDPLDALVILDEPTFPGCLIKCRAIGMFRMTDEAGGDDKLLCVPATDPRVEHLRDIHHVSEFDRLEIQHFFEVYKDLEPGKSVEGADWVGRTDAEIEIERSYKRFKDQGGH >MBR3156871.1 InlB B-repeat-containing protein [Candidatus Saccharibacteria bacterium] MRRKYFKLLYAAIPLVIAVIVAIGNTIAAGYNMPYSGGVNLENAVIEDADLVDSLTPLIEKGSGVDSTPYGGEWIEGVYMKPSGTTCRPAKAMTFSKNNATSLIGNSFKVQGASYEAYVTIEGVDVDISSSSSVAPSQQFALVINPNNNSINVGYRLFTDSSCTEAIPSFKHLDTTDGVTIYVNTKIALRKKNKTTNFTASGVHFGLTDIDAAQSYKILNSDNVLTANSNMYTRSKTSLQPTSGTLRNKFNNDYIYSQFSGEDLINLTGDDGHIYVPLTLSTQSSGLNMVFGYANAAGSGIEFYAQEFNVDYTSDSNGSITGITTEKVASGGQPSGSTQSANSGYEFSHWVANKDVTLANNSAVIPAGNHLTSDQVTQVVVKEDITFTAIHQATTPEPTQYTVTYTTDGHGTITGIPSETVNENSSPSGTSQTPNTNYSFICWKANAAVTLKSGSTIAQGACITSTDLTNVVVNRNLTFTANYEYNEPEPTYYTVTYTSDENGEITGITSETVESGNEPSGSAQEPNEGYKFIHWVANANVILNDGTPIAADSPITEAQLKKVIVTQNLQFTAIHEAIPNEDDPEDEPEEEPEEDTYPMATPDTGSSTGEINAVVLPVSILSVVSVFTIHGLIKIFRKRIAFKE >XP_021741676.1 zinc finger CCCH domain-containing protein 17-like [Chenopodium quinoa] MEDELLKRNTDCVYFLASPFTCKKGVECEYRHSEMARLNPRDCWYWMSGNCLNPTCAFRHPPLESHNVAPTDAAPPLLNQSSVSATKTTVPCYYYYNGFCNKGDRCPFLHEPGGALGLNTKMAIAVDAAVHPLDSKTSGRAESELKPAEKYLIPSEMTTTSASRLQNEQKQQPQHYDTAIIPELSTVSKQTYIPEREGTVAVKTGTLQHVERSNKSEFEPSLESDQSSEDQIDGNIVRDEWCESSPGFDVLVEGETEDMVYEDDPEDMRSIDGNDGGNEHLFLPHGYAHQAEYDEKEYFDNGLYEPSEYINDELRTDLLEFPSRHTQDRGARRTVARKRNILCVETPVGGRHDVDLRDYLRKQRMVDGYLETHDLRHVRDGRQEKLQRHASNQRVHGRLASKVERPGVRLSRRRNSAVDAEQRGRSRNSQHNGNRQYNGMRSRQSLSERRTYSKRERYAQESTVYESKNHDAVKVDRNEGHLHKNGSADFEGPKPLSEILKDKKKMA >WP_001329193.1 molecular chaperone [Escherichia coli] >AFG42089.1 Gram-negative pili assembly chaperone protein [Escherichia coli P12b] >EFK25723.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli MS 187-1] >ELC14462.1 hypothetical protein WCM_00528 [Escherichia coli KTE10] >EOW92810.1 hypothetical protein WGC_03835 [Escherichia coli KTE41] >ESK15837.1 hypothetical protein G723_00980 [Escherichia coli HVH 50 (4-2593475)] >KDX39297.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-156-04_S4_C3] >KDX58919.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-210-07_S4_C2] >KDX64134.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-210-07_S4_C3] >KEM88074.1 gram-negative pili assembly chaperone, C-terminal domain protein [Escherichia coli 2-222-05_S4_C1] MFYRPAHLKGRVNDAWKSLEFKRSDHSLNIYNPTEYYVVFAGLAVDKIDLTSKIEYIAPGEHKQLPLPASGGKNVKWAAINDYGGSSGTETRPLQ >MBO6057326.1 D-lysine 5,6-aminomutase subunit alpha [Bacteroidales bacterium] EQLAFSAGLKEEQMGLGHAFEMDPMLENGFLLELAQAQMTREIFPKATLKYMPPTKFMTGNIFRGHIQDALFNMIGIWTHQGIQLLGMPTEAIHTPFMSDRYLSIENAKYIFNNMHSIGEEMQFREGGICRERAKLVLNNTIALLEEIVKEGLFTALEKGIFGDVKRPKNGGKGLEGVTQKGENYYNPFVEIMKGKR >MBW1848151.1 hypothetical protein [Deltaproteobacteria bacterium] MDFVCDNYLNKEGVNDNKLEAFANIYKQLGLAWEFLGLQCRHWDGYRKTRDRREVCKICGKVRGIDETHVLLPSKGHKKLGRKIRPTSRKIFRTKREAQILNESIEFHGARLDVNVHNSYKSKLFQGEHDINITSERIVKLRESGIECSIGRHRIDIRVGPAKQKGSKPDYGNFAFELKKKDLKHFPVIFRFDDNLKFSGLTILR >KAG5815829.1 hypothetical protein H9Q71_002596 [Fusarium xylarioides] >KAG5827721.1 hypothetical protein H9Q74_002213 [Fusarium xylarioides] MASSSDEGEIAENAAKDLKATSLQHTGGSSVDRQDRNKSRLSTPDHDSASRYSNGSRRSISPRGYKRSHDERDRDRDHYNSRPRDQGYRRNYEDSRRDDHRKPRGQYDDLDRPASRTSNFSYGARDRSRDRDNYRDGDRDRYSSKRPRNRSRSPQRSRPSDRGRFDRFLEKWRFCVQEDDCLTNGHGTSKASQQETAAQKEPERKPEPEPEPDYEEPEPFDEEAEIERRRKRREEILAKHSSATPLLLHAVGAAASKAHGASPASTAPDTPMRAQSDIESPRTPRSDIASPRSPGSHTEMSPGGINFLDDRNLMNSHGKAQPDEEDGPSAADYDPTGDMKEDERRHELRHGNVVLHGEQHPIATEQQPQEDVQEESTEKTGGDDDDDDFDMFGEDFDEEKYATKPVEPVAPIEGDGKAPDAPAIKGGVLEGDDKDGYYKIRIGEVLNGRYQIQAALGRGMFSGVARAVDITTKELVAIKMMRNNDALRKGGYTEIAILEKLNEADPEGRKHIIKFIRQFDYKGHLCMVFENLSMNLREVLRKFGNNVGINLGATRAYAYQIFVALAHMRKCSIIHADLKPDNILVNESHNVLKICDLGTAIDKTDAATAHMDVTPYLVSRFYRAPEIILGIPYDYAVDMWSIGCTLYEMYTGKILFAGDSNNQMLKAIMEIRGRLTPKLFKRGQLSPAHFDDKGQFVSIERDKVLGKTTVRTMAVVKPTRDLRTRLMAASSGMNDAETRDLNHFIDLLEHCLTLNPDKRMKPADALRHPFFTARAGHVRR >WP_135279859.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EEX8824285.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EFI7183269.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EHH4775881.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EHH4795811.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] >EHH4800680.1 bifunctional glycosyl transferase/transpeptidase [Escherichia coli] MAGNDREPIGRKGKPTRPVKQKVSRRRYEDDDDYDDYDDYEDEEPMPRKGKGKGKGRKPRGKRGWLWLLLKLAIVFAVLIAIYGVYLDQKIRSRIDGKVWQLPAAVYGRMVNLEPDMTISKNEMVKLLEATQYRQVSKMTRPGEFTVQANSIEMIRRPFDFPDSKEGQVRARLTFDGDHLATIVNMENNRQFGFFRLDPRLITMISSPNGEQRLFVPRSGFPDLLVDTLLATEDRHFYEHDGISLYSIGRAVLANLTAGRTVQGASTLTQQLVKNLFLSSERSYWRKANEAYMALIMDARYSKDRILELYMNEVYLGQSGDNEICGFPLASLYYFGRPVEELSLDQQALLVGMVKGASIYNPWRNPKLALERRNLVLRLLQQQQIIDQELYDMLSARPLGVQPRGGVISPQPAFMQLVRQELQAKLGDKVKDLSGVKIFTTFDSVAQDAAEKAAVEGIPALKKQRKLSDLETAIVVVDRFSGEVRAMVGGSEPQFAGYNRAMQARRSIGSLAKPATYLTALSQPKIYRLNTWIADAPIALRQPNGQVWSPQNDDRRYSESGRVMLVDALTRSMNVPTVNLGMALGLPAVTDTWIKLGVPKDQLHPVPAMLLGALNLTPIEVAQAFQTIASGGNRAPLSALRSVIAEDGKVLYQSFPQAERAVPAQAAYLTLWTMQQVVQRGTGRQLGAKYPNLHLAGKTGTTNNNVDTWFAGIDGSTVTITWVGRDNNQPTKLYGASGAMSIYQRYLANQTPTPLNLVPPEDIADMGVDYDGNFVCSGGMRVLPVWTSDPQSLCQQSEMQQQPSGNPFDQSSQPQQQPQQQPAQQEQKDSDGVAGWIKDMFGSN >MCJ1311962.1 hypothetical protein [Agyrium rufum] MALASGRIFNFFDVAYIKAPDEEQTSLFNNNDPRSVCSGSGSLFFGTNDGQVKIISESLKAVKAFQAHDAGSVTFMKQVKDTAFLVTISEDLSNDPVLKVWALDRLEKNGSPKCLSSLAVSNGRKQFPISAFAALDDLSQLAVGFANGAVTLIRGDLIHDRGAKQRTVFESEEPITGVEFRVGLAVTTLYLTTTGRILTLTISGRGQGQPAKPLDDTGCGVGCMTIEPESGDIIVVRDDAVYYYGTSGRKPSYPYEGPKRLVRTFNQYVALLCLPNPTQTTKTGFSRLFGGSNAQDVYNPSTFAILDTDLKYVAYTEQINGEIKSMFVEWGDIFVITQDGKLFRYREKPLQQKLEILYQRDMYVFAINLAQKAKLEPAKQNIILRRYGDYLYQKGDFDTAMQQYLKAINNTEPSQVIRKFLDTQRIHNLIEYLEELHGQDKATVDHTTLLLNCYAKLKDTEKLEAFIESDNNFDFDTAVTMCRQGGYYEQAVYLAKKHGEHDLVVDILIEDSKDYQRAMNYIWRLEPEIAYPNLMKYARVLLEHCPNDATQVFIDYYTSTYRPKQETIQESIPIQDPAFYSGMANAIPNLSSFIPLAYRPLPSVASPETNGSQQLALDQNEAAEVAAAAEPLPAYKVPKPRTAFSAFVDHPVNFVIFLESCLKQEHIDEADKVDLYTTLFEMYLETASTKKGSERNEWEMKAKKLIEGQHIPIDASNVLLLSHLSNFEDGTVLVREQQGLRFDIFRSYTTANDTAGAIKALRKYGSQEPQLYPAALAYFTSSSRILEEAGGELDAVLRKIDIDGLMAPLQVIQTLSANGVATMGMVKKYLSDTVEQERKEISNNRRLIESYRGETASKRAEIQSLSTKPTTFMPNRCAACGGSLNLPTVHFLCKHSFHQRCLTQVDDNAECPQCSKQNATIRAIRRAQEDSADRHEMFQEALKRSREKFGTIGEFFGRGVMGASGVGE >WP_092424818.1 ferritin family protein [Yangia pacifica] >SDH07246.1 Rubrerythrin [Yangia pacifica] >SFS92407.1 Rubrerythrin [Yangia pacifica] MRFFTQRRHFRDLSEQEVLALAISSEEDDARIYRSYAERLRAEYPDTAAIFDGMAEEEDGHRRALINLHRLRFGEVIPLIRREHVAGFYARRPVWLVQNLPLERIREEAEAMEREAERFYLEAAKRSSDAATRKLLGDLAAAEAGHEERAGELVEKHLDGEARETEDRMAHRQFVLTWVQPGLAGLMDGSVSTLAPIFATAFATQDTWTTFLVGLAASVGAGISMGFTEAASDDGELSGRGSPLKRGVASGVMTAVGGLGHALPYLIPHFWTATIIAWIVVFFELWAIAWIQKRYMETPFLRAALQVVLGGALVLAAGVLIGSG >XP_047289230.1 eukaryotic translation initiation factor 4 gamma 3 isoform X17 [Homo sapiens] >XP_054195348.1 eukaryotic translation initiation factor 4 gamma 3 isoform X17 [Homo sapiens] MNSQPQTRSPGGFRPIQFFQRPQIQPPRATIPNSSPSIRPGAQTPTAVYQANQHIMMVNHLPMPYPVPQGPQYCIPQYRHSGPPYVGPPQQYPVQPPGPGPFYPGPGPGDFPNAYGTPFYPSQPVYQSAPIIVPTQQQPPPAKREKKTIRIRDPNQGGKDITEEIMSGGGSRNPTPPIGRPTSTPTPPQQLPSQVPEHSPVVYGTVESAHLAASTPVTAASDQKQEEKPKPDPVLKSPSPVLRLVLSGEKKEQEGQTSETTAIVSIAELPLPPSPTTVSSVARSTIAAPTSSALSSQPIFTTAIDDRCELSSPREDTIPIPSLTSCTETSDPLPTNENDDDICKKPCSVAPNDIPLVSSTNLINEINGVSEKLSATESIVEIVKQEVLPLTLELEILENPPEEMKLECIPAPITPSTVPSFPPTPPTPPASPPHTPVIVPAAATTVSSPSAAITVQRVLEEDESIRTCLSEDAKEIQNKIEVEADGQTEEILDSQNLNSRRSPVPAQIAITVPKTWKKPKDRTRTTEEMLEAELELKAEEELSIDKVLESEQDKMSQGFHPERDPSDLKKVKAVEENGEEAEPVRNGAESVSEGEGIDANSGSTDSSGDGVTFPFKPESWKPTDTEGKKQYDREFLLDFQFMPACIQKPEGLPPISDVVLDKINQPKLPMRTLDPRILPRGPDFTPAFADFGRQTPGGRGVPICKVQSRHGLPILEQSKAPTCPPLVMSHPPMKSLPLGLLNVGSRRSQPGQRREPRKIITVSVKEDVHLKKAENAWKPSQKRDSQADDPENIKTQELFRKVRSILNKLTPQMFNQLMKQVSGLTVDTEERLKGVIDLVFEKAIDEPSFSVAYANMCRCLVTLKVPMADKPGNTVNFRKLLLNRCQKEFEKDKADDDVFEKKQKELEAASAPEERTRLHDELEEAKDKARRRSIGNIKFIGELFKLKMLTEAIMHDCVVKLLKNHDEESLECLCRLLTTIGKDLDFEKAKPRMDQYFNQMEKIVKERKTSSRIRFMLQDVIDLRLCNWVSRRADQGPKTIEQIHKEAKIEEQEEQRKVQQLMTKEKRRPGVQRVDEGGWNTVQGAKNSRVLDPSKFLKITKPTIDEKIQLVPKAQLGSWGKGSSGGAKASETDALRSSASSLNRFSALQPPAPSGSTPSTPVEFDSRRTLTSRGSMGREKNDKPLPSATARPNTFMRGGSSKDLLDNQSQEEQRREMLETVKQLTGGVDVERNSTEAERNKTRESAKPEISAMSAHDKAALSEEELERKSKSIIDEFLHINDFKEAMQCVEELNAQGLLHVFVRVGVESTLERSQITRDHMGQLLYQLVQSEKLSKQDFFKGFSETLELADDMAIDIPHIWLYLAELVTPMLKEGGISMRELTIEFSKPLLPVGRAGVLLSEILHLLCKQMSHKKVGALWREADLSWKDFLPEGEDVHNFLLEQKLDFIESDSPCSSEALSKKELSAEELYKRLEKLIIEDKANDEQIFDWVEANLDEIQMSSPTFLRALMTAVCKAAIIADSSTFRVDTAVIKQRVPILLKYLDSDTEKELQALYALQASIVKLDQPANLLRMFFDCLYDEEVISEDAFYKWESSKDPAEQNGKGVALKSVTAFFTWLREAEEESEDN >MCB1505913.1 OsmC family protein [Hyphomicrobiaceae bacterium] MDAEELKALQAPLKDRYRQEPGAAVVTLRSEGRIGDGVTCSVATSRAIVEAGLHPATGGSGIHACSGDMLFDALVACAGVTLNAVATALKLDVKGGRVRAEGDLDFRGTLGVDKTAPVGFRDIRLTFEIDGNLPEEECTNLLKLTERYCVVFQSLKTPASLGVTLDVNPA >WP_257691625.1 electron transfer flavoprotein-ubiquinone oxidoreductase [Aeromonas veronii] >MCR3972720.1 electron transfer flavoprotein-ubiquinone oxidoreductase [Aeromonas veronii] >MCR3977061.1 electron transfer flavoprotein-ubiquinone oxidoreductase [Aeromonas veronii] MEREAMEFDVVIVGGGPAGLSAAIALKQQDATLSVCLLEKGAEIGAHLLSGALFDPVALQELLPDCWQQAPLGVPVSDDQVHLLQSEQRSLQLPAWAVPPRMHNEGCHIISLGNLCRWLGQQAEKLGVEIYPGFTASELIMEAGRVKGVITGDLGLDRAGNPKADHVPGMALLGRYTLFAEGARGHLGKQLIADFNLASPAQPQHYAIGFKELWQLPAGQGKAGQVLHGSGWPLGKQGGGNSHGGFYLYHMEGDQVAVGLIVDLNYQNPWLSPFDEFQRLKHHPLIAGVLQDGERISYGARAITKGGWHALPRMHFPGGLLIGCDAGTLDFSRIKGIHTAMKSGMLAAKTVAMALRGGDEGGRDLAQYGDELHQSWLARELKAARNFGAALHRYGPWLGGAFNWLEQRLFGANSPFKLLDKAHDYRQLRVASRCEPIHYPKPDGRLSFDKLSSVYLANTSHDEDQPCHLKLQDERIPVEVNLPTWAEPAQRYCPAGVFEVLEMEGAAKLQINAANCIHCKTCDIKDPSQNIIWTPPQGGSGPNYPNM >KGI55490.1 hypothetical protein LR59_11800, partial [Campylobacter sp. MIT 97-5078] MKKTINLSLAICLILNQITLANESIFNTPPAKEEPKKETNTSLASPKKYDSLIEFNADKKNLDYLFNNENINMKFPIDDYIYKGGFKEANQNVYEAYQNELNGTKSLEQSKAEAEAEFRKNLQKELLAQSGNKKGNIMVDENGNILRDANGNPMYDNIMYNENGYPI >WP_138438236.1 hypothetical protein [Marinobacter alexandrii] MELKLLVLSATMKGTEEGKEISLPLAIKTRGERTGSYFHMPSNWLNVRVAANYGEGLCTELVTEFSM >KPK79043.1 MAG: hypothetical protein AMS25_14005 [Gemmatimonas sp. SM23_52] MVDFTPRDDLSPGANSLVEEALQTQAKHKHETLGWKHWLLVLLKRHGPMAESLVDGLDAKELAKLLRKEVGKADVGEPLDADKLVAQALERAAKQGKERASERDLAAVILQAAGYEVAETSYVPTGPASESGGAGAEAVAFGGKARRPTPTIEKYGRDLTALAAQGKLHRIVGREQEIEGILRALCRRTKRNPALVGPAGVGKTAIVEGLAQRIVADDVPEVLKGVRLLELQPSILTAGAGVVGELQKRMKAILQEASQPGIILFIDELHSIVGAGGVRGTEDIGSLLKPALARGDIACIGATTDDEYRRYIEPDRALERRFNPIAVHETSREVTLMIMGAHREKLLALRNVQVHDEVLPWLVSFAGEYLRTRTFPDKAVDLLEQCVASAVVKGESEVTLARAQAVAQEMVGMPIDLNMRLDALEQAIQESGLLTPDDTAALLDRLNVTLRGLDLQPLRPAAVVLLTGDAVTSGNALAEAMAETLYGGDDRIVDLDFSQYDGAEDVNTLVGPPPGYIGFEGRRPLHALMQMPRSVLLVKNVHGCHPEVREAFGQALSDGVVAERGGGRIYLSDAVVLMTAAAGGAVHRTIAGFGRERAEDKQVTELGRAVAGQLGAGFVEWIDLIFAQVPTTQEGQRKWVDRNLLERISRGYRSHGLQLEWDDSLISWILNQQESHPTRGDLTRFVEERLGEALIPHLPGAGAGEVRVQVSVKKGKLHVEPQ >OIT02720.1 hypothetical protein A4A49_33035 [Nicotiana attenuata] MGRKHCARRWYRRGQYHCSRQVPAESVASAMSGPSFSLFSDSQSLFSRNPSSSHVENTTENVELEGGKGNNINASSVDETPYQSLPDTNSEPVIGGVPVTDKGKGKVVEDSELGGSRRKSVPTTETQPVDVDCSDDSQLKKKKIGVAPKKIRVMHHLLIREVHHEVKNEMRFVVNDSRLRFGLGEFALVTGLKCKGDTSIESIAENRLISKYFGTASVTLAQLADCFKKKKWETDDDALKIAVLYFVNSFLLSQLKTKLKNITPTDDEKQLFDVHGLNFEIEVECTDSQPDSFQVFGTQLSKTQSMHESTGGDSQPTNAEIMKELQGLKLFVETKFEEVLAAIGRQSMKPGGNSAVLIFYII >WP_224365716.1 hypothetical protein [Campylobacter coli] >MBZ8204618.1 hypothetical protein [Campylobacter coli] MKDASRKYLVVLHTMINYSVESYGLFGDEREVGSFTSVGHKGVDGG >MBK6724754.1 DUF1801 domain-containing protein [Acidobacteriota bacterium] MNPKIDIYMAAGCGRCPLGNTPDCKVHDWTSELRALREIALECGLTEELKWGVPCYTDNGKNVLIVSAFKEYASLSFFKGSLLTDSENILVSPGENSQAARLLKFTTVDQIAAIEPSIKALIGEAVEVERAGLKVQFKSISEHDVPAELILKFDEDPAFEAAFNALTPGRRRGYLLHFSQPKQSETRIARIAQIKTKPTAASVGDFLNAVQPEQKRKDSFVILEMMKKASGEEPKMWGGSIIGFGNRRYKSPTTGREVDWLEIGFSPRKANLSIYLLGGLKQHAATLEKLGKHKTGVGCLYVNKLDDIDLDVLRDMIGVSLKSASASE >NXB44255.1 MADD protein [Leucopsar rothschildi] FFFLLPFRHPSSDSVAQTPELLRRYPLEDHADFPLPPDVVFFCQPEGCLSVRQKRMSFRDDTSFVFTLTDKDTGVTRYGICVNFYRSFQKRVPKEKGEGTGGHRAREGQKLPKAGDPSAPAEEVGTESSESGSSLQAPSAESTPDVNRSPRTKRLAKGSHRSRNSTLTSLCILSHYPFFSTFRECLYTLKRLVDCCSERLLGKKLGIPRGVQRDTMWRIFTGSLLVEEKSSALLHDLREIEAWIYRLLRSPMPVAGQKRVDVEVLPHELQPALTFALPDPSRFTLVDFPLHLPLELLGVDACLQVLTCILLEHKVVLQSRDYNALSMSVMAFVAMIYPLEYMFPVIPLLPTCMASAEQLLLAPTPYIIGVPASFFLYKLDFKMPDDVWLIDLDTNRVIVPTNAEPLPALPEPEASELKKHLKQALASMSLNTQPILNLEKFHEGQEVPLLLGRPQNDLQSTPSTEFNPLIYGNDVDSVDVATRVAMVRFFNSPNVLQGFQMHTRTLRLFPRPVVAFQANSFLASRPKQTPFADKLSRTQAVEYFGEWSLNPTNYAFQRIHNNMFDPALIGDKPKWYAHQLQPIHYRVYDSNSQLAEALNVPAEKETDSDPTDDSGSDSVDYDDSSSSYSSLGDFVSEMMKCDINGDTPNVDPLTHAALGDASEVEFDDFQEYSGDPDEQIMDSENSQENNQPRSSSSTTASSSPSTVIHGVNHVSDSAEIEEKLAAGFSNHLSSLPLQPSFPKISLDRRESDIAAGSMSSSEGVVRKREYDNPYFEPQYGFPTEDEDDEQEESYTPRFNQTLNGSRSQKLLRPNSLKLASDSDADSDSRASSPNSTVSNNSSEGFGGIMSFASSLYRNHSTSFSLSNLALPTKVGRDKNTPFPSLKVFGLNTIMEIITEAGPVSNEGNRRALVDQKSSVIKHSPTVKRESPSPQGRTSNSSENQQFLKEVVHNVLDGQGVGWLNMKRVRRLLESEQLRVFVLSKLNRTIQSEEDARQDIIQDVEISRKVYKGMLDLLKCTVLSLEQSYANAGLGGMASVFGLLEIAHTHYYNKEPEKRKRSPTDGSVTPVGKDPASSPRVEPKPAMQLPVPQLMPKPPSPAGKGPREFDTRSLKEENFIASIELWNKHQEVKKQKSLEKTRPEGVKQFDLGETDEKKSQISADSGLSLASGSQKSDFDSIPSGGPTVMVRSTSQDSEVSTVVSNSSGETLGADSDLSSNAGDGPSVENGGNLAGSRGTVSDSEIETNSATSSIFAKSHNLKQSVKDSKGSTPGRGPEDGNQRVYLYEGLLGRDKGSVWDQLEDAAMETFSLSKERSTLWDQMQFWEDAFLDAVMLEREGMGMDQGPQEMIDRYLSLGEHDRKRLEDDEDRLLATLLHNMIAYMLMIKVNKNDIRKKVRRLMGKSHIGLVHSQQINDILDKLANLNGRELPVRPSGSRHIKKQTFVVHAGTDTTGDIFFMEVCDDCIVLRSNIGTVYERWWYEKLINMTYCPKTKVLCLWRRNGQETQLNKFYTKKCRELYYCVKDSMERAAARQQSIKPGPELGGEFPVQDMKTGEGGLLQVTLEGINLKFMHSQVFIELNHIKKCNTVRGVFVLEEFVPETKEVVSHKYKTPMAHEICYSVLCLFSYVAAIRGKEAENKSKPPRPVSS >WP_226232337.1 hypothetical protein [Burkholderia sp. AU39826] >MCA7970736.1 hypothetical protein [Burkholderia sp. AU39826] MISFQQTVSLREIEAAYDEAVRDSILRIPLSLRYGGAVGVPSALMQYVATWSRLQANSALRLYGNADSNPMEALAQEPHGLVSTYFAGSVEVPGREDPLSTREALSFGVGRIQAMQESQFRDTMRGRGVFLCCFARAKNEYLLPLYSRPHPGGLRSRADFVSLTSKIISACAPAAEWKVSEQDNTAIGTLIYELFKNTDEHATVDEEGKPYVRNVRALMAKFISYDRDAQHEQVVSDDAVFGEYLAEHTAAHAAAAPGGDSPLQRTSFLELTVLDTGPGLVRRWMSRYGAPPKGALSIDEEVDIVKRCFALHATTKDTNASGGGLTYVLKTLSELNAYLRLRTGRICLVQDFSNTPTGAFEPTHWLEDQRELSHTAGASYSIVIPMTTAVSR >EEE4210954.1 DUF4406 domain-containing protein [Salmonella enterica subsp. enterica serovar Muenchen] >EJF5837280.1 DUF4406 domain-containing protein [Salmonella enterica] >EJF6004886.1 DUF4406 domain-containing protein [Salmonella enterica] >EJF6162540.1 DUF4406 domain-containing protein [Salmonella enterica] MSVIYIAGPMTGKPNFNRKKFIETATHLWAEGHTVLNPAMLPDGLAYEHYMDIGFAMLRGADEIYLLDGWEDSDGAKREFNLARRLRLKISTPESRKGGGAS >RLE02911.1 saccharopine dehydrogenase [Candidatus Aminicenantes bacterium] >RLE06181.1 saccharopine dehydrogenase [Candidatus Aminicenantes bacterium] >HHF42197.1 saccharopine dehydrogenase [Candidatus Aminicenantes bacterium] MKKVLVLGAGFVARPLVRYLLEETPFKVILADINLSAAQRIIANHPQGETLHLDIRQRELLQPAVRKVEVVVSLLPRNFHPLVAEICLGEKKHLVTTSYVSSEMQALDEPAQKAGILLLNEIGLDPGLDHMEAVNFIHETQSLGGEVTAFVSFCGGLPAPEAKDNPFHYKFSWSPQGVLQACQRPARYLWEGQIVEVSGQDIFYHCHSLSIDQVGTFEGYPNGDSLPYQQLYGLSKAHTLLRGTLRYPGWCQLMQTIKEFGLLAEEEKNWPVTTYREFSQAFLQTEQLSERLFQKWGKESVTLARQALEWLGFFDDLPLPARCSSPRQLLAHLMIQKMQYQPGERDMIILEHQFEIEAEATKKKAISSLVEFGQPQGDSAMSRLVGLPAAVATRLILEGKIKLSGVRIPVEEEIYQPVLAELARLGLRFRRQLFPLKGK >WP_171334399.1 MULTISPECIES: Rieske (2Fe-2S) protein [Acinetobacter] MTEDIPEREARSFETEDGDTIFITQRDGSFYAYQNLCPHLQTELEFLENQFLDQDQEYIQCSTHGALFEVETGKCIFGPCEGDSLEKVNIKVHSDGGIYLED >WP_064779756.1 MULTISPECIES: nucleotidyltransferase family protein [Thalassospira] >MBE72348.1 alcohol dehydrogenase [Thalassospira sp.] >MBO6577951.1 nucleotidyltransferase family protein [Thalassospira sp.] >MBO6817253.1 nucleotidyltransferase family protein [Thalassospira sp.] >MBO6890005.1 nucleotidyltransferase family protein [Thalassospira sp.] >NJB73902.1 dTDP-glucose pyrophosphorylase [Thalassospira tepidiphila] MQDISEIVLEPEDEVKLAIAILDRHPARIVLIVSPEHELLGTVTDGDIRRAILNGMPFDAPVSRVMNSKPTTANLLDDKEHLLSMMVSRVLRHVPILGPNGKLVGLETLDGLLNQEKIPNTAVIMAGGRGKRLRPFTDSVPKPMVHVAGKPMLEIILDRLASEGFVNIVISLNYKGEMIKEYFGDGQFKGLNISYVEEKMPLGTAGALSLINQDIKDPFLVMNGDVLTQVNTRNLIDFHHTHPCKATMCVREHSYEVPFGVVNVDGYKILQIEEKPTSTYLVNAGIYLLEPDVLNFVKPNQYLDMPTLFEIIRESNYPTHVFPILEAWRDVGRPDDLELANEEYSDK >WP_033603452.1 bifunctional proline dehydrogenase/L-glutamate gamma-semialdehyde dehydrogenase [Helicobacter pylori] MQKIIDDSLELAKKLQNNISQHLSEQEKAFHSKMQKLLNNPENKVMLIELMDRSFRCLDNKARFEMIEHVLDKYKSREIFSSFEKLLLMGFLSFGKMLPDMSVPFFVNKIRSDTKAMVLEQEESQLKERILKRKNENIVLNVNFIGEEVLGEEEAAARFEKYSQALKSNYIQYISIKITTIFSQINILDFEYSKKEIVKRLDALYALALEEEKKQGIPKFINLDMEEFRDLELTVESFMESIAKFDLNAGIVLQAYIPDSYEYLKKLHAFSKERVLKGLKPIKIRFVKGANMESEETIASVKDWALPTFSSKQDTDSNYNKMLDFVLEGDNYKYIHIGAASHNIFEIAYVYTRIHALNDPVVLEHFSFEMLEGMSLQASQELKEMHKLILYAPVCDEAHFNNAIAYLVRRLDENTSSDNFMKAFFNLKVGTSEWKDQEQRFLNSLKGIATLDNSTHRTQDRNAKQTGHTTYPNHSFKNESDTDFILKANREWAKKVREKMHNAPILELYPEIDGRFEDPNLTPLEVFDKIHHKKIASVHLADKEAILKALEVAKSDKSRFSQKSFAEIHALMSQVAQLFRERRGDLIGISALEVGKTFAETDAEVSEAIDFLEFYPYSLRVLQEQNQKTQFAPKGVGVVIAPWNFPVGISVGTIAAPLAAGNRVIYKPSSLSSVTGYKLCECFWDAGVPRDALIYLPSKGSDISEHLLKDESIKFAILTGGEDTAYKMLKANPTLALSAETGGKNATIVSKMADRDQAIKNVIHSAFSNSGQKCSATSLLVLEQEVYEDENFKKTLIDATLSLSVGDPFDFKNKIGTLADKPNEKVIQAMEELKGYENYEIPVSFVNDNPYLMKPSIKYGTKKGDFTHQTELFTPILSVIKAQDLDEAIDIVNSTGYGLTSALESLDEREWEYYLERIEAGNIYINKPTTGAIVLRQPFGGIKKSAVGFGRKVGIFNYITQFVNIDQEEEDDHALTNPLSEALERLTQKGYDEHTHELKRAIFMAKSYAYHYKHEFSQTKDYVKIRGEDNLFSYTKVKSVGYRITEKDTLSDMLGVTLACLTSQIPLTLSAENEHANKDLAFFLECLKTLQANAPIVYESLQKFSEKLNAFNRIRYLKSDLDLLHERAGALGMVLATAKPCLNGRFELLYYHLERSVSISYHRYGNLGSRVLKQPACHKSCCAEK >EEC9022132.1 Flp pilus assembly complex ATPase component [Escherichia coli] MLDPADLPPDDILDYVAIDTDNSGQLRVRVVEGKKHLRAVQEYLTRLRARHQGRVGDFEFTTLDVIARLRQDTTTAGDESAINPVQQKMLGYIRHSASLGASDLHMTPGRDNTDFTYVEARVHGELEVLDILRKEEGLELLGATYSGMTDVIKGTQFDPGVPQDARLSEQYLKLAGLFGARYSHYPCVGGLYAVLRLIKDDSQQIPTFSMLGYHPEQERTLRRILQRPEGIITLSGPTGSGKSTTLRTASAAYLEQYGFNNTGGILLPRRRLFTIESPPEGRIPGAIQTAVMDTAQGWVDSIKSALRLDPDGILNGEIRDHDSAITAIKAAMTGHLMLTTIHANDPINILERLEMEGVQTRMIADPQLFIGLLSQRLVQLICPHCRRPWHEVATGRTDDERRLVEGFCNPDLVYLRNHEGCSHCWRGVTGRTVIAEVISPDARFFQLYREKGRIEAKTYWHRELGGMTRNQHLLGKINSGQVDPLAAHYISPIDEDSYTLLH >XP_047408935.1 periostin isoform X4 [Sciurus carolinensis] MERLKMILSLPIFSLFLLFVVNPANANGYYDKVLAHSRIRGRDQGPNVCALQQILGTKKKYFSSCKNWYQGAICGKKTTVLYECCPGYMRMEGMKGCPAVMPIDHVYGTLGIVGATTTQHYSDVSKLREEIEGKGSFTYFAPSNEAWDNLDPDIRRGLENNVNVELLNALHSHMVNKRMLTKDLKNGMVIPSMYNNLGLFINHYPNGVVTVNCARIIHGNQIATNGVVHVIDRVLTQIGTSIQDFIEAEDDLSSFRAAAITSDLLESLGRDGHFTLFAPTNEAFEKLPRGVLERIMGDKVASEALMKYHILNTLQCSEAIMGGAVYETMEGNTIEIGCEGDSITINGVKMVNKKDIVTNNGVIHLIDEVLIPDSAKQVIELAGKQQTTFTDLVAQLGLASSLKPDGEYTLLAPVNNAFSDDTLSMDQRLLKLILQNHILKVKVGLNELYNGQILETIGGKQLRVFVYRTSVCIENSCMVRGSKQGRNGAIHIFREIIQPAEKSLHEKLKQDKRFSIFLSLLEAADLKDLLTQPGDWTLFAPTNDAFKGMTNEEKEILIRDKNALQNIILYHLTPGIFIGKGFEPGVTNILKTTQGSKIYLKGVNDTLLVNELKSKESDIMTTNGVIHVVDKLLYPADIPVGNDQLLEILNKLIKYIQIKFVRGSTFKEIPMTVYRPAITKIQVEGEPEFRLVKEGETVTEVIHGEPIIKKYTKIIDGVPVEITEKQTREERIITGPEIKYTRISTGGGETEETLKKLLQEDTPVRKIQANKRVQGSRRRSREGRSQ >WP_179136748.1 rhodanese-like domain-containing protein [Candidatus Entotheonella palauensis] >ETX06367.1 hypothetical protein ETSY2_17530 [Candidatus Entotheonella gemina] MPYAVRQFMRLGLLWLTIGIAIAASANPKDYPEYANIKIAQNIEIEFITPEDVKHRLDAGAPQMLVDVRSHEKFQHTHLPGAISIPLRTLEERAKSIPRETLVVLY >WP_195269918.1 AI-2E family transporter [Eubacterium sp. 1001713B170207_170306_E7] MRIKFDKQYLKYYTYAVLGVITIILFYKILDNLGFILSAISNVVGSAFEILLPIIMGAVLAYFLFRPMRWIEKKAFKYIKGSERKPKLVRLLAVLVVYIITIIVVILFMYISIPAIIDSVVGLVSSIPTYAEEINAFLINLSHRGGFLKDLVDMVQLDLSSVQSLNAKDTMDFIFGDMNFNSESVKQIGNIAVGFAKGTTSFLIGFVAVFFSGFYLMLDKENIERQLKRLNRAILSPKANNGLNWAVRTIDGVFYKYFSGKIMTSALIGLICYVGLLVLRVEYAPLIALVVGVTNVIPYFGPIIGAIPGIFLTLLYSPAKALGVAIWILIVQQFDGNVLGPNVLGKIVELNPFWVLFCVMVGGSLFGPLGMFVAIPFFAVIKVFVTEALDRWERRKTTVQDEVTDKINENMKDLL >KAG0881289.1 hypothetical protein G6F34_013706 [Rhizopus arrhizus] MPPPLKVLAYADDVCVLLHSTDDYCRLRHHLDRYGSVSNAKVNIHKTEAFSLDGRSYPEWIAFLAAQGISKRHDHSSSSPLRYLGFPLIQSFHQRRYLEQQLLQTVKSQCTIYSQRRLSIKGRVTIVNALILSKLWYVLRMVHLPTTFFRRLNSAIYQFVWHNCKPKIKYTQLCLDPKLGGYAGFVKFWKITTLSLVVNLYC >MBN1756127.1 TM0996/MTH895 family glutaredoxin-like protein [bacterium] MKRIQILGTGCPKCEELARIVQKVIEELDGDYQVEKITDINDILSFGVMMTPSLVVDGQVKLVGKIPLPEEIKSLLLE >WP_150731550.1 MBL fold metallo-hydrolase [Pseudomonas fluorescens] >VVN45438.1 hypothetical protein PS681_05740 [Pseudomonas fluorescens] >VVN62458.1 hypothetical protein PS684_04633 [Pseudomonas fluorescens] MANPVSIPDHTSTPEASRQHQGLFRNHAPVQREGVRKMLRIMWNMIFHKPRNTRPAAPIPVQALTREELLAAPNHSVYRLGHSTLLLKLRDKFFITDPVFAERASPVQWAGPKRFHQPPISIDQLPPIEAVILSHNHYDHLDYQAVLRLAAKTNLFLTPLGVGDTLIKWGIDASKVRQYDWWQGAEIAGIRFVATPSQHFSGRGLFDGNSTLWASWVMIDGDTRIFFSGDSGYFDGFKRIGEQYGPFDLTLMETGAYNVEWPHVHMQPEETLQAHIDLKGRWLFPIHNGTFDLAMHAWHEPFDRILALAWERSISITTPQMGEAFNIAQPQRGEAWWLAVEGESEAMVQSA >KAF6802222.1 FAD-linked oxidoreductase YvdP 2 [Colletotrichum sojae] MGQKPSSPLATCLDNVCDGRSSCVGYPNDPLYQINWVKPYNLDIPVKPIAVTKPSTKEDVAGFVKCAADNGVKVQPKSGGHSYANFGLGGTDGALVIDLANLQHFSMDTDTWQATIGGGHRLHDVTEKLHDNGKRAMSHGTCPGVGIGGHATIGGLGPSSRMWGSCLDHVLEVEVVAADGKIQRASETQNSDLFFALKGAGAGFGVITEFVVKTHPEPGDVVQYSYAITFARHRDLAPVFKAWQDLISDPDLDRRFSSEFVMQELGVIISATFFGTEDEFKKTGIPDRMPAGEVSVVVNDWLGDVAQKAQDAALWLSEVQSPFTAKSLAFTRDDLLSDKAIQDLMNYIDGANRGTLIWFLIFDVTGGAINDVAMNATAYRHRDKIMFCQGYGVGLPVLSGKTKEFMAGVASTIRSGVPNELSTYAGYVDPTLEDAQEKYWGTNLPALQRIKAAWDPKDLFSNPQSVRPDAEAKDVEPAPKPSRTEPADSNSNPS >WP_255517101.1 hypothetical protein [Herbaspirillum sp. SJZ099] MPSRPPASHSPAARRPKQHAVLPFWRRALLHLGLVLSMAAGPWLQPALAQAPQDIPAMAICSVANTGGAGNAGGTPAHAAAHCQLCCGNQTPYPLPAADLPGTAASGISYPVARAWQAGFAPSLAPGAKRARAPPAA >MCK5244187.1 hypothetical protein [Desulfobacterales bacterium] MTIVFEKDMCSRGRSGSIEWAGVRNASPCGLVFLPPLIGGKASHQIGMFRWLTRKGYDLISFNYSGHGNTSGRFCLAATLRDTECMLAHAHHLASRRGIPLFGIAPCYSAIPLLYSADRLKEPLQGIVLINAVLRLNPGAVIRSFCAHYRKMFPAQIGIRKCLTALAHYADFLFPGIRKGRDRFGILERKRVRLCATLADFLTLDPLEWIQLQKTRVLCLYARQDRILKVYDGGAGTDYKDDVSRVCPRALFKTLDGDHFFSHQMTRDRVAMHIKAFLQGTGTK >WP_197710405.1 SpdA protein [Streptomyces sp. M56] MTGIMAAVVGLTFLFGFGNVWTLALRLGVPPWVAPLVAPAVDLSVLGLLLGTRYLALQGAGREQLRPARRLLVFSSLMTLALNVTDPLLAGQNGKAAFDAVGPLLLIGWAEVGPELLQAISSTEGRTFPGSETADVPECPVSHAQMRIEQESVDADKSYVQVPAEDDQCGQLGADGHNLLERAAAEDAWHWQTYQRPISAETLRKRLHVGAARSRMLVSMVRSARTGSVTMEASSAQRDPSTPQPAHQVARVGEEGSR >WP_100540054.1 MULTISPECIES: MerR family transcriptional regulator [Paenibacillus] >PJN51769.1 hypothetical protein PAEVO_48620 [Paenibacillus sp. GM2FR] MESKVMSIGVVCELTGLTERQIRYYEERKLIFPERTKGGNRRYSFEDVKIIQEIHQKMQEGFNTFELKELNKTKKQRCTPIFR >TXT57728.1 hypothetical protein BAJATHORv1_10432 [Candidatus Thorarchaeota archaeon] MQNRLQSELYASIATLDQLKKMFDLGVVDIRSYQRESEALLYEVNNYVEELRRSGFDVQSFLGSEIFIHDFPEALRMLDLTSNRGEAFPKDMTKEEYYDFIGLAVLDVATANSAKGLMGLAELIVEVVRKIPQLKSVSYNDVIQAVDMVAEHGLIPGIRTLRCGVKVVELRPLELRRDQSDVINLAASKGFTSIEEIMMRLKWSEDHARQVLSSLVDAGMAVADRRFSTGGRYWFPGLRSREESDNTQIPSA >MBT5378964.1 hypothetical protein [Opitutae bacterium] DFSENEEPLLNREETTAQENPNSPESGFEEQEGELLLPDEKRNYGTGKVFLLLILLLAGLGGYLYLNNLIPAKILNIIFPKSAPSIPPALITQTPSFIEETPVILEAPKPDEIVETTIQEPPTILSKPSETQEMHISGHAPIPTLYGNDFGQTTIKQETHVSGYKPKPTISGKGFGQPTIQEKTHRAPVPDSANLIEEKELTLEQKPIKIPMTKPMLAPDPDPQEPGTPLRGRAVKAYLDFIESTIEKLVELTKECFEISWSYLKGKLNFLNLSSNKL >MBU1113346.1 YggS family pyridoxal phosphate-dependent enzyme [Candidatus Omnitrophota bacterium] MIKENFQNILSQLPPGVELVAAAKERSVDEIKAAISAGARIIGENYVKEAKDKVAVVGRDVKWHLIGHLQKNKAKAAVGIFDMIETLDSLELAGILDQECKRINKFMPVLIEVNSAGELQKAGILPEAAEKFLKQILVFSNLKPMGLMTMGPWLDDVEGLRPYFKKTKDSF >WP_194499183.1 urea transporter, partial [Pseudomonas aeruginosa] >MBF3143032.1 urea transporter [Pseudomonas aeruginosa] MPLQSLLNASRILLRGISQVFLQGDPRLGLACLLAIAVGAPPLLAGALLGGALGPLLARLLHCADSDIEAGLYGYNAVLIGMLLAFRFAWSPGLVSLVALGCLASVALQRLFLHGLRRRRWLPPYTLGFVLNSWWLVPLGAWLGLAPAAHGGCFSCAWSGTAELAALTLGIGEIIFLGEPLAGLLVWLGLLLVSRPSAAWALA >WP_093868643.1 MULTISPECIES: UDP-N-acetylmuramate--L-alanine ligase [unclassified Tenacibaculum] >RBW56939.1 UDP-N-acetylmuramate--L-alanine ligase [Tenacibaculum sp. E3R01] >SED40708.1 UDP-N-acetylmuramate--L-alanine ligase [Tenacibaculum sp. MAR_2010_89] MNLNKIHNVYFIGVGGIGMSAIARYFSVNGKIVAGYDKVETPITNSLKSVGIEIHFDDAVKNIPLSFLDKESTVVVYTPAVSDEHQELTYFKANNYTVLKRAEILGEITKNSFCLGVAGTHGKTTTSSILGHIMAPVKATSFLGGIAENYNSNLILGGEEVSVVEADEFDRSFLKLSPNIACITSMDADHLDIYGEADALEQSFREFANKVTDTLIIAKGLPIEGLTYAINDEADYMAFDIEINDGAYVFSVKTPTKLIKNIEFYLPGRHNLMNALAAFAMADVYGVSLEVIKEQLKTFKGVQRRFSYKIKTNSVVLIDDYAHHPTEINAIENSVREMYPNEKVLAVFQPHLFSRTQDFSDDFSRALSKFDEVLMLDIYPARELPIKGVTSSWLLDKMSLENKKLTTKQKIVQDVLKSEAKIIVMIGAGDIGLLVNDVKVKLEEKYKV >KAI0308946.1 hypothetical protein OF83DRAFT_1180191 [Amylostereum chailletii] MHTVYAVQIHNYLEIVALTILYEDHLLTLPVKISKIWFRARTRAVFYFFLNRYPPFLCNIVVVIFSFTDLGSSSEKGCSCSPSISKFIYD >WP_073388870.1 restriction endonuclease [Butyrivibrio fibrisolvens] >SHI34968.1 Restriction endonuclease [Butyrivibrio fibrisolvens DSM 3071] MLNIELTPDMKVYIILLAALICVVVLVLILRKFKTPRPPLVDELEGHDFEYYCADLLKMNGFAKVEVTKGSGDFGADILCERNGITYAIQCKCYDKDVGVHAVQEVYAAKDYYDRMVAAVLCNQYFTSPAAMMADKLNVMLWDRDYLDMLHANCSSK >WP_027388460.1 acyltransferase [Chryseobacterium gregarium] MNFIKTERVHFHTFDSLRFLSFLLVFLHHSPVPQDSFLYCFSKEGGIGVSFFFVLSGFLITYILILEKMNNKGIVSLKKFFRRRILRIWPLYYAMVLFAMCTPVILDSLSLSYSDKGYQPNWFFTLTFLENYRMMCTHQFPNVSPLTVIWSLCIEEHFYIFWGLAFYFISLKNIPKLFLGCIVFSFSMQIIYEQYNIKTLDVFTNIHYFAFGAIPAYLFVFKKKSIEKLEGISAFYKYAYAFVVVAVILTVANTDIIPDLKLSSLLFSILFSGLILLTLGDKNVFKIPDNSITGRLGKYTYGLYLFHTICINLFMKIGNTLGIGWIEVILLSFLSTVIFSVLSYHLFEKQFLKLK >NCW99628.1 molecular chaperone DnaJ [Betaproteobacteria bacterium] MIPNPCTACDGVGRTKRTKTLEVKIPAGIDDGMRIRSSGNGEPGVNGGPAGDLYVEIHVREHPVFQRDGDDLHVVVPVRMTMAALGGRLKVPTLDGSVEIDLPEGTQPGRKLRLKAKGIKGVRSQEVGDLYAHIEIETPVRLTDRQREILAELDRSLLDNDRHSPKEKSWTDKVKDFFK >WP_210726445.1 hypothetical protein, partial [Lactococcus lactis] >THA50073.1 hypothetical protein E5555_11995, partial [Lactococcus lactis] TSSTDGGSSSGGTTNPTSSTDGGSSSGGTTNPTSSTDGGSSSGGTTNPTTPSDGKTVTLPGKDGKPGTDDDVTVTGDQPLTPGSDGSVTLPSDGGKVDRPDGSYNVPGGTIVDPDGTIHLPGGDIVNPDGTVTLPGQDGKTGTGDDGKVKPNGPIIPGDNGSVTLPDGGGTVTTPGGTINVPGGSVVDPDGTVHLPGGNVVNPDGTITLPGQDGKTGTGDDGKVKPNGPSISNPDGSITLPGGGTVQTPGGTINVPGGSVVDPDGTVHLPGGNVVNPDGTITLPGQDGKTGTGD >WP_015699100.1 LacI family DNA-binding transcriptional regulator [Rahnella aquatilis] >AEX54076.1 transcriptional regulator [Rahnella aquatilis CIP 78.65 = ATCC 33071] >KFD00415.1 LacI family transcriptional regulator [Rahnella aquatilis CIP 78.65 = ATCC 33071] MCKLSKITLKSIARELGVTHTTVSNAFNNPGKLSESLRKRIIDYAHSVNFYGPDNIGRALRTGRSDAIGIIFNDTLSYVFTDSHDVQLMQGIAGECDRKGVSIILIPLHNGQGARASVINTAVDGYILNATHNNDQIIAKALSKNLPVVTTDFKIPPHSSVSIDNYRAMREICLHLLEKGHREFGIISFPSLQGRKGIVPLSQDISGDNDVMITRVKSCVETFREWNIELDNCFLCETSHHETFGEIAAQELLNVNPGITAFICLSDRFAQGAINYCRQSGLRVPQNIAITGFDNIPRPENEIGLTTISQDPVRKGEIAAALLLEGKNNIHFDLEFTLIIRGST >MBY9080345.1 hypothetical protein [Paenibacillus sp. CGMCC 1.18879] >MBY9082996.1 hypothetical protein [Paenibacillus sinensis] MNSSNKRSSTRPRLDGKSYLQLAKKEGFGWVSGNWVGYALSGSNGVYRQISGEWTVPFVMRTPRSAYSSAWIGIDGFHNGSLIQTGTGHECVEGVVRYYAWWEILPVEETVIHKPVHPGDRMRAVIVMLYRGKWFISLSNLTRGWTFRTVQPYNGPRNSAEWIVEAPQVEGRTTRLAWFSSIPFRNCQVNGRNPRLSPSDGGILTQDRKIVAIPSCPSPSGDAFLVKRKLWTGSFLG >WP_093295436.1 queuosine precursor transporter [Sphingomonas sp. NFR04] >SFJ63832.1 hypothetical protein SAMN03159338_2017 [Sphingomonas sp. NFR04] MNTPPRPSHVTARSLAGGHFRYFDFVMAAFVAIILLSNVIGAGKVAQIWLPGVGYWPFGAGILFFPISYIIGDVLTEVYGYARARRVIWAGTAAVLFMAFMSWVVVALPPAPDWKNQAAYEVIFGQVPRIVLASVCAFWAGEFVNSYVLARMKLWTGGRMLWTRTVGSTVAGQAVDSLIFYPLAFWGAEGWTNALVVKVLFTQWVLKVGWEVLLTPLTYLVVGFLKRAEGVDVFDEGTDFTPFATRV >XP_008215352.1 G protein-coupled receptor kinase 2 isoform X1 [Nasonia vitripennis] >XP_016845857.1 G protein-coupled receptor kinase 2 isoform X1 [Nasonia vitripennis] MELENIVANTVYLKAREGQCGGDSNKGKSKKWRKILQFPHISQCIGLKDKLDIRYSYVVDQQPIGRLLFRQYCQDKKPAYHRYNLFLDAIEKYEVEMDENRTEMAKLLFEQYLKREGSEVVDILNDSLITQCEERLGSAGKEIFVEIAQTVKNFLAGEPFAAFLTTFYFYRYLQWKWLEAQPITYKTFRMYRVLGKGGFGEVCACQVRATGKMYACKKLEKKRIKKRKGEAMVLIEKNILQKINSKFVVSLAYAYETKDALCLVLTIMNGGDLKFHIYNMGGEPGFDINRARFYAAEVVCGLEHLHLQGIVYRDCKPENILLDDHGHVRISDLGLAVEITEGDMVRGRVGTVGYMAPEVIDNEKYTFSPDWFSFGCLLYEMIEGQAPFRARKEKVKRDEVDRRVKEDQEKYSHKFTEEAKSLCQQLLKKSPKSRLGCKCGRHGAKEVKLHNFFQCLNWKRVEAGMWEPPFIPDPHAVYAKDVLDIEQFSTVKGVNLDATDDTFYSKFNTGSVSIPWQTEMIETECFKELNVLGPNNTPTPDLLINHPPPNNENRGCFPFRRKKKQSARTQEIPLSECHLLELSQSQSSEMPAS >MBO8197404.1 hypothetical protein [Streptomyces smyrnaeus] MYTDSVLLESRSARSGMTHRVEVLDKVKALAFSTGAAQATTRDVANYFEVPVKTVEKLTERHREELINNGMTVLRGADLHAYQTDTLSVSSEPGSGYPQRRSGLTVFSRRAVLNVALLLRDSAVAQRVRAYLLDVEEVARAHPGVEAVRQSAEELRQTVRTLAAGYGSLDRRVGNLEAADAELGTVLQELAPVIGRISTRVERMDHRLAETERRTERTEQVVCAMSQRLADMGEDMRAMREELRGVVRAVGAGPTPPESRMES >UCC96225.1 MAG: 7-cyano-7-deazaguanine reductase, partial [Candidatus Omnitrophota bacterium] YYLYAFRNVKVYNDHVVNKILEDLKRTLNPYEIAVAGEFSTRGGIGNRVSAHYKARK >MBV8508112.1 sodium/glutamate symporter [Alphaproteobacteria bacterium] >MBV8577261.1 sodium/glutamate symporter [Acetobacteraceae bacterium] MLPSLLAACLVLLVGGLLGRRVPLLTRYSIPAPIVGGLIFALLGLLAERAAGLGITFDTSAKAPFLLLFFAAIGLTADLAVLRQGGARLVRFLIALFPFLLAQDALGVAMARLLDLHPVLGLVAGSITLVGGHGTGAAYAERFAEEHDILGVMGLTMTSATIGLILGGIIGGPVAERLIRRIAPPEATIAPADGGVVGGPVSTPVTATSFISSLAAALAAVVAGQALGSAFEGAAITVPGFLWCLIVGLIIRNGASAIGVHLHDAASELIGSVCLSLFLTWTMMTLHLVDVVHMAGPLLIILAAQTILVAAWATWVTFPALGRDYESAIIAGAFCGFGMGATATAVANMQALTRRHGPAPQAFVVVPISGAFFIDLMNLAVLTFFLLPGFIVSGG >THH04310.1 hypothetical protein EW145_g5616 [Phellinidium pouzarii] MADILRTARLTLFSFSLLVVVTSAASVSNTTGLQRAQTFLEYIDVCKEVASKISAASNVYFPLSNEYTADNYHWASSSTQISACSVEPGTAEDVGVILQILGETQTPFAVKGGGHTTNPGFSSTEGVQISMTRFNEVVYDASSSTVEIGAGLIWDDVYAALADVNVTVAGGRVSGIGIAGFTLGGGYSWHANQHGLTLDTVQAFELVLPNGTVTTATSAFNPDLFFGLRGCFNNFGVVTKFTLTTYAQEEVWGGFIVLAGDKLAAVAKATANFNANNTDPKAQIIVELSTLEGLPGATVNIFYDGPDQPQGIFDELLAIEALSTDISTRSFLSLILSSPANETAGLRTAFHTVSITELTPSLLDVIANETTFWGSNVETILSSGVFISYDIEPFLPSIFTHGSDSAYPPSRTQGLLPLNIYFAWLAPAADDYFLNAIRQSAATIQAAAIAEGQDVANAALYGNYAVIGTSIYRIYGDNVARLKAIKAQYDPDNVMGLAGGWKIPT >MBL7795363.1 hypothetical protein [Saprospiraceae bacterium] RQTTAEEYRHLLPADEFAALQTKQNPPNILLQTQGIRIKEGVRAEVLGPFDNISLEPTLASLNNHQGACERIKNTPLLRQYDFFTRLFLVVFIVLLPFCLVGDFQKINLPQLMPVISVLLAFVFATMGKVGEVNEDPFENRITDIPMTAMCNTIERDLKEMLGETDLPAKLLPEDGYLW >EDT7412775.1 hypothetical protein [Salmonella enterica subsp. enterica] >EGZ3967429.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Aberdeen] MNVYQLKNRTDVLIWLSLIEGDLLSIQASLNAGLYPLYDDRQEEPEFECAVFNCGMAFGEFMERLESEDIDVLTTAGHELTGTIEHMGRMLCEPVWTQAVLLGRNEARVDRAICAAEADGWLYAPA >MBU6492563.1 NUDIX hydrolase [Burkholderiales bacterium] MPDIHSHERGLIETRIDGETLFEGNFLTLKRDRVRLPDGKEATREFLEHPGAVMVIPLFDDGQVLMERQFRYPLRQVMCEFPAGKLDADESPLFCAQRELLEETGYSAGRWQRITRIHPVISYSTEFIDIFLARDLSAGQRQLDDGEFLETFTMPATQLLDWVRCGQVSDVKTVIGAFWLEKILGGQWSPEPDAG >MBR3700964.1 hypothetical protein [Clostridiales bacterium] MAVICRNCGGTLVFDPKSQKMTCNRCGAFITPGEVEFYARDILEDKKVIPLSKIMGAEPYDDLPVRYSDQDEESADDSEDETDAPVSLLRDPDEIRKDAEEYPDYELEDPPPLLKDIPGPIRNFAKRNFAKWDFSDNYMECAVYTCDYCGGEVIVNGTEASTMCIFCGNPVIVFSRIAKQRRPELIVPFKITKKDALKAIRKHFNKGIFIPREVKHFKEKQVRGIYIPYWIADAEHYGSAIILGSVEKSKSGEPDTYYYGRAGTIMIRDFPVDASRILPYDISSRLEPYGIRNATEFNEDYLAGFYSSIADDSFDGLSDLIEKRAAAIFEEEAKADIMNAYPERIIEAVHHTEIDYDSLRYAMLPAWFVIYEHKGKHNTILVNGETGKVVCGVPWNRKSLYSLYFLFATALSCGAVYMINIFLTETDWDYFDIFIALLSLVILIGISFAWGIKMFKKVSKSLGLTQGRSVFNFVKRGREQV >WP_064613675.1 hypothetical protein, partial [Lacticaseibacillus rhamnosus] >OAU30171.1 SbcC family exonuclease, partial [Lacticaseibacillus rhamnosus] FLQIGFIDFLRQHIPFFEVNDQGTIYFGNWYHRRDFGHINVILRAITQSTDEQRKILPQLEAFSDDPDHYLDRQLDAMRKEVYRDVDSLHTQIDNLEAEAAPERDQSAQGNGGFRGLLKNFIDPSDESDAPASHASKTDASQLKARFDKEKLAADDTFDKRKRELEVSAAITRYEYQAVLSTYSSVAEFENVLANLKDDFMQSLKLEGGRTHA >XP_031540112.1 terminal uridylyltransferase 4 isoform X4 [Vicugna pacos] MEESKTSKNENHEPKKNAWALSEESKAVKVITNQTLKARNDKSIKEIGTNSPNRNSSKKNKQNDICIEKTEVKSCKVNAASVPGPKDLGLVLRDQSHCKAKKSPNSPVKSEKVPISQAKVERAPSLQAKAEKSPKSSNSPVKTEKTPSFQATVVEKTLNSQRRAEKAPSSQMKSEKVPSLPPEAEKVPSLLLKENMRQTELQQIGKKIPSSFTSLDKVNIDVTEGEKSALEDSQQSQKKQTCTDNTGDSDDSASGIEDISDDLSKMKNDESNKENSSEMDYLENATVIDESTLTPEQRLGLKQAEERLERDHIFRLEKRSPEYTNCRYLCKLCLIHIENIQGAHKHIKEKRHKKNILEKQEESELRSLPPPTPAHLAALTVAVIELAKEQGITDDDLRVRQEIVEEMSKVITTFLPECSLRLYGSSLSKFALKSSDVNIDIKFPPKMNHPDLLIQVLGILKKSGDYNVRTIFGTLPVVCDNTANDTKRVLYVDVESDFHAKVPVVVCKDRKSGLLCRVSAGNDMACLTTDLLAALGKMEPVFTPLVLAFRYWAKLCYIDSQTDGGIPSYCFALMVMFFLQQRKPPLLPCLLGSWIEGFDPKRMDDFQLKGIVEEKFVKWEYNSSSATEKNSIAEENKAKADQPKDDTKKTETDNQSNAMKEKHGKSPLTLETQNQVSLGQLWLELLKFYTLDFALEEYVICVRIQDILTRENKNWPKRRIAIEDPFSVKRNVARSLNSQLVYEYVVERFRAAYRYFACPQRKGGNKSTVDSMKKEKGKINNKKPVKSDNVASNCCILLGGSTEKINAERGQPDKYDEMKCTSQRCITEDDILLINELDLAENGQESSSLSTSEGSELQPKSVKKQDVLAPSETCLKKELSRCNCIDYKSPEPDESAGTDCRSNLETESSHQIVCTDTSATSCNCKATEDASDLNDDDNHPTQELYYVFDKFILTSGKPPTIVCSICKKDGHSKNDCPEDFRKIDLKPLPPMTNRFREILDLVCKRCFDELSPPFSEQHNREQILIGLEKFIQKEYDEKARLCLFGSSKNGFGFRDSDLDICMTLEGHENAEKLNCKEIIENLAKILKRHPGLRNILPITTAKVPIVKFEHRRSGLEGDISLYNTLAQHNTRMLATYAAIDPRVQYLGYTMKVFAKRCDIGDASRGSLSSYAYILMVLYFLQQRKPPVIPVLQEIFDGKQIPQRMVDGWNAFFFDKTEELKKRLPSLGKNTETLGELWLGLLRFYTEEFDFKEYVISIRQKKLLTTFEKQWTSKCIAIEDPFDLNHNLGAGVSRKMTNFIMKAFINGRKLFGTPFYPLIGREAEYFFDSRVLTDGELAPNDRCCRVCGKIGHYMKDCPKRRSSLLFRLKKKDSEEEKEGNEEEKDSRDLDTRDLHDTRDFRDPRDLRCFICGDAGHVRRECPEVKLARQRNSSVAAAQLVRNLVNAQQVAGSAQQQSDQSIRTRQSSECSDSPSYSPQPQPFPQNSSQSTAITQPPSQPGSQPKLGPPQQGAQPPHQVQMPMYNFPQSPPAQYSPMHNMGLLPVHPLQIPAPSWPIHGPVIHSAPGSAPSNIGLNDPSIIFAQPAARPVAIPSSSHDGHWPRTVAPNSLVNNGTVGNSEPGFPGLNPPIPWEHAPRPHFPLVPASWPYGLHQNFMHQGSARFQPNKPFYTQDRCATRRCRERCPHPPRGNVSE >NOT95054.1 prepilin-type N-terminal cleavage/methylation domain-containing protein [Nitrospira sp.] MERSIEIGRQRARGPNGFTMIELMIVVSIVGILATLAAPSYQASVVKAREAALRQDLSTLRDVLDQHKADQGKYPPSLSVLVGSGYLRAIPKDPVTGSTATWQEILDPVEGGVVDVFSGSEFVGTNGTPYNRW >WP_164724930.1 type IV secretion system DNA-binding domain-containing protein, partial [Escherichia coli] PVISMWLSIAIRGLLAMGENRNRRVWFFCDELPTLHKLPDLVEILPEARKFGGCYVFGIQSYAQLEDIYGEKAAATLFDVMNTRAFFRSPSHKIAEFAAGEIGEKEHLKASEQYSYGADPVRDGVSTGKDMERQTLVSYSDIQSLPDLTCYVTLPGPYPAVKLSLKYQARPKVAPEFIPRDINPEMENRLSAVLA >WP_263833039.1 ABC transporter permease [Sulfurospirillum oryzae] MQKNLSLYLVKKYLRFDKSQPFITVISLLAFFGVAIGLTVLMVAMAIMNGFDKEFEKKLFTMNYPLSIYSRSFSPVDQAHLNALKEQFPKLKFSPYISTQVIIKKGNRLEGGMLFGVDFEQEAKINSIIAEATKGKTLDKYDLITGSEIAKTHLFAPDEKATLIFTKNDPGGMSLIPKMKRFNYQGSFRSGLMAYDKSYMYTTLDSLAQVMQYDEGHFDGIHIYSDDPFADIEKIRKVLPDDLGIVGWWQMNGNFFAALALEKRALFIVLMLIILIASLNIISSLLMTVMNRRKEIALLLSLGAYKKEIKNTFFYLGLVIGGGGMLFGILLGSVTLLLLGSFDIVSLPADVYGTAKLPLDLSMLDFILIVVGTSVIVALSSYYPAYKATQINVLDTLRNE >MCO6480516.1 thioredoxin family protein [Phaeodactylibacter sp.] MKHLNLIFTLALALVSFACKGDANIEQQTKESEAPAKTVALKPDGAGIGDKAPDFKLKNVDGKEYSFHNIKDANGNTPKGYIVIFTCNTCPYAVASEQRIIDLHNKYAPMGYPVVAIQPNDPAIQPGDSFEAMQKRAQEMEYPFLYLFDESQEVFPKYGATRTPEVYLVDKSLIIRYHGAIDDNVRDADNVKEKFLENAIQAIEKGEEPKPAETKAVGCGIKAA >MBD5558909.1 TerD family protein [Clostridia bacterium] MAVNLRKGQKVDLTKGKAGLTKLLVGLGWDTNRYDGGSDFDLDAAAFLLGTDGRAAKEQNFVYYNNLEDPSGAVKHLGDNRTGEGEGDDEQITIDLSLVPPDVDKIDFTATIFEADERGQNFGQVSNAYIRVVDESNGEELVRFDLGEDFSIETAVVVGELYRHAGEWKFNAIGSGFQGGLAALVRNFGLDA >NLW39422.1 ATP-binding cassette domain-containing protein [Tissierellia bacterium] MTSYAIEVKNLRKEFEIKKRNGFFKRNKKKEVFIAVDDISFQVKKGEIFGFLGPNGAGKTTTIKMISTLLRPTSGTAIINGINCVERPMEVLKILGTVLTGERSIYWKLTGRENLEYFAAMNGITGRKAQVKIDYLLTRFNLDKRADETVEKYSTGMKQRVALAKALIADPEILILDEPTSGLDPQSTLNLRELILEIKEEGRTILLTTHYMEEADQLSDRIAIIDHGKIIAMDTPCNLKKGLNKTNIIVLELKDWNSSTEERIKGIPMVENITSRFDDIAQRWEVKIHMVNGNDSINDLITNIISTNNKIINFRVEEPTLEDVFISLTGKSLRE >WP_222637261.1 formate dehydrogenase subunit alpha [Staphylococcus aureus] >MBY6736715.1 formate dehydrogenase subunit alpha [Staphylococcus aureus] >MCR6086091.1 formate dehydrogenase subunit alpha [Staphylococcus aureus] MQEHLVVTLDGKDYLVEPGTNLLEFIKSQDTFVPSICYNESMGPIQTCDTCTVEIDGKIERSCSTVIDRPMTVNTVNNDVKDAQKEALDRILEKHMLYCTVCDYNNGDCEIHNTMDAWGLQHQTYEYKEKPYEKDYGPFYRYDPNQCILCGRCVEACQDIEVNETIRIDWDREHPRVIWDNDVPINESSCVSCGQCATVCPCNAMMEVNMEGNAGYMTDTEPGSLAAMIDLTKKAEPGYGPLFAISDSEAEMRKERIKKTKTVCTYCGVGCSFEVWTKDREILKVQPSHDSPANKIATCVKGKFSWGHINSDQRLTKPLVRKNGEFHEVEWYEALNVIADNFTSIKEKYGPDALSFISSSKATNEESYLMQKLARQVIGTNNVDNCSRYCQAPATKGLFRTVGHGGDSGSIEDLEKAAMSVLIGTNTAEAHPVIASRMKRAQKLFGQKIHVFDIRKHEMAERADRFYQPKPGTDLAWLSAVTKYIIDHDLHDKAFIEEWVEDFDEYYKSLETFTMAFAEEATGIPEAELIKFAEECAKAESVVICWAMGITQQDIGSDSSTAISNLLLVTGNYRRPGTGAYPLRGHNNVQGCSDMGSMPDKITGYQSIEADDIRAKFEKEYGVKLNPKVGKDNHEMVEGVHDGEIHSLYLYGEDTGIVDSNINFVQAAFEKLDFMVVQDEFLTFTATFADVVLPASPSLEKDGTFTNTERRIQRLYQALKPLGDSKPDWKIFQAIANKLGFDWNYKHPSEIMDEIARLTPLYAGVSYERLEGFNSLQWPVHPDGTDEPILYLEGFNFDNGKAKLFPLSFDNYFKQDEVYDIHVNNGRLLEHFHEGNMTYQTPMIKYKVPRAFVEISPELAEDRGIHEGAEVKLISETGEAVLQVHVTDRVKGKEIYIPLNNDAMENGDLGAINLLTNSDVDQYTDTPSYKRTSCRLEVITKRGKSPLNPNNFRVNKKRHPQYSVQVQKKWERPDYVFPGNQVDK >WP_257633067.1 aldehyde dehydrogenase (NADP(+)) [Streptomyces samsunensis] >MCQ8832218.1 aldehyde dehydrogenase (NADP(+)) [Streptomyces samsunensis] MLSSTNPKTGRTWSVSSPAFGVEDVDRLVRDAVGAAEVLAASGTAGRASMLRSIADELDADGEKIVTLADEETGLGVDRLTGELARTSGQFRLFAEVLDDGGYLEATIDHATESGPDLRRMLVPVGPVAVFAASNFPLAFSVAGGDTASALAAGCPVVVKGHQAHPATSLAVHEAAKRGLAASGTPAAALGLLFGREAGVRLVEHPQIKAVGFTGSLSGGRALFDIAQGRPEPIPFYGELGALNSLVVAPGAAAERGDRLARELAGSATLGMGQFCTKPGLALVPAGAAGDDLIAGLRREFAAHAGGVLLSASIKDAFDREVRKRVSAPGVQLLTQGIAQSGGGFTAQATLLVVPPAELTGELLDECFGPLLVVSRYSSEAELTAALDRLPGALTATVHATDADRTLMRSVLPVLEARVGRLVWNGYPTGVAVNWAQHHGGPWPAATGSAHTSVGASAVRRFLRPVAWQNTPPEFLPAELRDEAVAIPRRVDGALVM >MCU0422147.1 serine hydrolase [Bacteroidia bacterium] MIKKLLLLLTFSYGVLVHAQINPQMAQSLQKSLDSVCTLYNIKGATAAVLVPGQGIWEGTHGISKPNEPVNKSMAFGMGSNTKTYIAALLLKLQQAGKLSLNDTIGKWIQGYPNIPGSVTIKQCLNHTTGIAEYLSAAVNDSLLQNPPKIWTLQEMLTTVKEPNFTPGTSWSYSNTGYIIAGIIIEAVTGKTYQQAMHEWILDSAGYNHTFFYGEPNSAPLPGQWTMNLTGTSMVEMNSYTVNIIPQLFSLASTAGGLMCTASDNVRFWFDLVKGNLLDRTLFKEMLEFVPVSSGTSYGLGIFRYNRRTNGRTVYSHGGTFLGFINENVIDTFSGAVISVLTNQDSISNSRILSSVIPALHRHTLGLQYLGVNQPNTYHTLKVFPNPANDLLSISEYQNLNEIKLVDLTGKVHLHTFAQPQINIKELPDGIYMLWASDKDGENYYYQRILIQH >XP_042343617.1 phosphatidate cytidylyltransferase 2 [Plectropomus leopardus] MTELRHRGAKDTDPALQQQPSEDKGSDSELKVEKDGASDGESKVDSGVPEVPVPPDDTPEVLNKALSGLSSRWKNWWVRGILTLAMISFFFFIIYLGPMVLMMIVLCVQIKCFQEIITIGYSVYHSYHLPWFRTLSWYFLLCVNYFFYGETVTDYFFTLVQREEPLRILSKYHRFISFALYLTGFCMFVLSLVKKHYRLQFYMFGWTHVTLLIVVTQSHLIIHNLFEGMIWFIVPISCVICNDIMAYMFGFFFGRTPLIKLSPKKTWEGFIGGLFSTIVFGIMLSYVMAGYRYFVCPVEFNNDSNSFQVDCEPSDLFQLQDYALPSILESVTGCTTVRLYPFQIHSIALSSFASIVGPFGGFFASGFKRAFKIKDFANTIPGHGGIMDRFDCQYLMATFVNVYIASFIRGPNPSKVIQQLLALRVDQQLHIFNSLKAHLTEKGLLPALEEAAA >WP_176958177.1 4-hydroxy-tetrahydrodipicolinate synthase [Mariprofundus sp. KV] >NWF36205.1 4-hydroxy-tetrahydrodipicolinate synthase [Mariprofundus sp. KV] MFHGTMTALVTPFVNGKIDEEAFREHLERQIEAGVDGVIPAGTTGEAATLSFDEHKQVIRMAVEQVAGRVPVIAGTGSNNTAESIELTAAAKAIGADAALLISPYYNKPTQEGIYCHYKAVADAVHLPQLVYNVPGRTNSNILPETVGRLSHVANIVGIKDATANMEQLAHTMAACGERIEFYSGDDATTMPFMAMGGHGVISVVANIAPQAMLALTRAMADGDLQRARKAQFAMRELNRVLFIEANPIPVKAACAALGWMGSELRLPLLPLAGESLQALHCAMADFEFEGQRLELAES >KAJ2277403.1 hypothetical protein EV176_002103 [Coemansia sp. RSA 451] MLWPLLLCGAASLVVILRLLLSYGDRRRCAWYVQLAAATSWYLPFTIVFILSFDFSSTLYRICEHDCDEPLGYISSPFTRRLWVGLYWSMYLLTWVVLPIMMSYVDSGAFTFRDRLRESAWSNLQFYGVSGAVGLLVVGYIALTRGVFGADLVAFFMALANFWGLFLVITFMGFGLVAIPRKLWFRGDLALELSKIEGRAMAYKDKAYDSALELADAASEVRQVSERVSSTDDLRPCVDRVLAYCPQQHSPGRSVQNTHSTSHVPAEITEAYLAMLHNRIKHAVLKEERDRWRWSRSARRAFFLQDAIASRGNPNRQLVSSLGPWNRWTLARRSAAWWWYIALRPVVFRALSVAAALLSISILWSELTFGVASQFSVVRHVLRALGLSYLAIEATSIVFVAYMCLCAYSSVMKLRIFNVYSLESHHHTNERSLLFCGAYLCRLMFPLCYNFLGMAGSDSTSDVTEFSKFMDQIDLVPVLGEQSNRAIPVLVMIPAALAFFNVHGRVMDYFSIDRVARTAPSPDGDDAELGPLCLPHEEGRSLLLEARRSAERTQGISEGHSTRRYSPAASTHTDSINFRTTVSSTGTLGDLPAASTRGPREWHLGRPSLDHLRDESHYDPTFESPSLPAFGDARLHVPGLAKFSSSNDLFSYAGGGIAAGIADDAASGDSSDSSNPDAASASSPQPAIKPTGMAARFGRWLPGRSSARTPKSRAKASSGHPNNASRLRPSSRQSSRQSSRQKDISDDSLFPPRMPTLSQNGTSTFNRFTTDRYLYATAAVRGTNHNPNQPLLYSPSSPGRAMNPWIEGSGSTRSQIRRHALSDSSARVPVDSSHDVFSG >WP_110358640.1 patatin family protein, partial [Salmonella enterica] >PXS20786.1 patatin family protein, partial [Salmonella enterica] ALVAEGGWQRGIFTAVVLDYFMRAQFNPFHLYFGTSAGAQNLSAYLCNQPGYGRKVIMRYTTRREFFDPLRFVRGGNLIDLDWLVESTAARMPLQMDTAARLFDSGKSFYMCACRGDDYTPGYFSPTKQNWLDIIRASSAIPGFYRTGVTLEGINYLDGGISDAIPVQEAAKRGAKTIVVIRTVPSQMYYTPQWFKRMERWLGESSLQPLVNLVQHHETSYSAIQQFIEKPPGKLRIIEIYPPKPLHSMALGSRIPALREDYKTGRLCGRYFLATVGKLLTATPPLLRHTSRIAVPETVVVPPAPVANDTHVAEVISAPQANDTTFTDEDLA >OJV98239.1 ABC transporter permease [Microbacterium sp. 67-17] MSGTRLWTLVRLDLTQRVRSVAWYVMLGVFAAILVVVTALSLLSFSYAGGAGAGAGVYSVVVFVVLLLAVLVSPTLSGNAINGDRDAANLAPVQVTLATTAEIVLAKFLAAWLTGLSFAVIAVPFMLVAAVSGGVDPLVVLVSLVVLIVEIAIIAAIGVGLSGIVARPLFSVAVTYLVVAALVIGTPIAFTLGGAAIRTDVTQSYRSYIYDDETGTTSNPPECGPWESTTYEVPRFDTVWWILSANPFVILADATPARFDTSGYPEDLFGNFSYLVRSAQIPPQDTVTWDDCARMPQPTPTPEEIYNQTTPSWFVGLAVQLVLAGALLWWGGARTRTPSRTLPPGTRIA >MBS1410118.1 hypothetical protein [Christensenellaceae bacterium] MKIHRLTALLLSLLLLFSCALAESTDDKLMATVNGEELRYSAYVTYLTQYQQLLSGAYDETDETQAAYIEDLALTTAIQDILIEQDMRAKGCYDFDEETENWIQAQGQTAYETALTNVGETLRAELGYSDEEDMSSFALSYAKALGVTVEDYIAVYRKQRAMVNYYTVLLGDNPVTEDAIQSAYETNVAASKERFEGDAAAFETALYSGKEVWYKPDGYRSILQILLPAEGDTDEARLESVQATVDAIDERLNAGESFQTLMAEYNTDVAFYDADFLTVGYQVHRDSVVWDEKFVAAAFSERMAQPGCWSDPIVSDAGVHILYYLCDSKSGAIEMTDAIHDALSYTLYQDMCSEALSARLNELSDSAEVVLY >HBC3664605.1 hypothetical protein [Acinetobacter baumannii] >HBC3672553.1 hypothetical protein [Acinetobacter baumannii] MKDYNCPTCKKMIPVDRSKIKAGDEVSFCRVTQSSKSARFSSKEGIVDCREGDVVLVKYRKEIIPLNI >KAG5959692.1 hypothetical protein E4U57_000525 [Claviceps arundinis] MSIRPLPKDAINGIKASSAVTSLNDVVCGLLKNSLDAQASKVNISLDFSLGNCVIEDNGLGIEPREFGDDGGLGRLHHTSKLPLNPKIHGGRGEFIASIATLALLTISSRHHHHEFCSALTIHNGNVLARSIPAPLDQQLASKGHGTRLSIRNLFGSMPVRVKQRGLLFSDRGKIDREWDRVAKEIAALLLAWPEEVSVRIRETNSQREARIITRSLDPAMRTSRLFVQAGLAESEDRESWVPVSASSRRVSIEGAISTTPVASRRSQIVCIGIRPVQNSFGTNILYEEVNKMFKSSTFGVMDGNGIDKVQEKAKKGIEKWPMFFFKVNILGTDESLAVEDILGNSNHSLHAIVDLLKVVCYGFLKKHWMEPRRGQKPDMNKKPSHLQYVGGQHTLERGTARPSLSSRTPTGGCTPSPFDSWHRTKVGKAPLLKSSITKHQTDRISERTSEAAAAAAPVKVHRRLVGEGGMLLRKPFDDVDEMECVSQAEIQRDSSETAEDRPTTDSEQKDIVDRQAVPKRTNDVPTSQPSKVDAKPPRQKWLNDILETWENPVFEITEPRIPALPQNADPIERCVEVRGDGQRSKFFSHEHKNVQFEASSMNLSSRVSRIALDKAKVIGQVDRKFVLLQLPLRPSKHAAPSSEASSALIMLDQHAADERCRLEELMSQYFSQSTQGLKPVTEQLERPIVFEMSAREKDLLGRCHAHFQAWGIVTEQRKTDKHGDAQRVDAGGAVVAVSKLPPSILERCQSDPKLVIELVRKEIWKFEDGAVPLNPVYEPGRSWVSCFHGCPDGILQLLYSRSCRSAIMFNDALSLEDCQQLVSRLSQCAFPFQCAHGRPSMAPLVDIGSGTGRLGKWSEGLSAPRVIQWQKWVTDGN >WP_138471989.1 dicarboxylate/amino acid:cation symporter [Marinilactibacillus psychrotolerans] >TLQ07004.1 dicarboxylate/amino acid:cation symporter [Marinilactibacillus psychrotolerans] MLKKIKLGLVPKLLIAIGLGVLVGQLTFIPDFLLQIPVTLSALFSQLLAFIIPLMIVGYVIKGISDLTDGAGKLLGLNVLLAYSNTSIGGFIAYFLASSLFPLFIDASVRETVQIDGTELSPLFTFPLEPLFSVTSAIVFAFLFGVFISWLRKEKKGEVLYNVFTEFGEIITQILNTIIIPGLPIYIFGNFLNLSYSGAVFSLLSVFWRVFIVVISLQILLLIILFTLAGLYTGKNPIVLLKNQIPGYFTALGTQSSAATIPVNMECARKNGVSKEIREFVIPLSSTIHLMGSVVTITSCVTAVLLMFDMPHSFSMMAGFIATLGVALVAAPGAPGGAIMSALPFVYIVGIDPTGSLGNLLISLYITQDSFGTAANISGDNAIALIIDKVYNKYIS >MBL7722360.1 lipopolysaccharide biosynthesis protein [Chitinophagaceae bacterium] MSSIRRQSIISSLVIYIGFAVGLVNTYFFTKQGTFTEAEYGLTTIFIAIATMMSAFATMAMPSYIFKFHPYYNDNLPPRKNDMITWALLVSFVGFILVMIAGWSLKHLVIKKFGTNTPQLVSYYYWIFPLGLGLTIYTVLEAYAWSLHKSVLTNFFREVQWRLFTTIIIVLYISGIISDYDLFIKIFAFSYPSIAIALFAYLVITKKIHFTFSVSKVSRRYFKKILALCTFVYGGTLIFTISQVFDTIVIASVLEEGSAKAGIFGLATIVTSIIQAPQRGIISASIPHLSKAWKDKNMDLLQKVYQRSSINLLIFACGIFLLIWLNFTDGIITFGVKPSYLDAAWIFFLLGLTKIIDMGTGVNAQIIGTSTYWRFELISGVILLSVMLPLTYILTKQYGLIGPAIAALVSISVYNIIRIIFLWKKFRLFPLTMQSLYTLLLAGSCYAVCYFAFKEMHGFTGMFVRSIVFIALYATGVISMKLSPDIQPVVLTIKKRLGIKQ >KAF4995643.1 hypothetical protein FDECE_12738 [Fusarium decemcellulare] MASLSTGLTLLLAAAAAFNPVAARPSIDDPRDAVVAITNSDLLSTLNAPSKPSKRGSPQAPNGYTPTEVNCPSDRPTIRNGTRISDMEREWLPKRRNETISPIRTLLKRLSIPDFDSDEYLKDVETDAAALPNIGIAISGGGYRAMLCGAGALAAWDIRSDGSDKDGNLGGLLQSATYLSGLSGGGWLVGSLMMNNFTSVQESVNYPGIWQLEYSILEGPKQYSLLGYYDNIFDEVSDKKDAGYERSLTDYWGRMLSYQLINATDGGPSYTWSSLADDTAFSEGKAPMPILIADGRAPNEKIINLNSTVFEFTPWELGSFDPTLDGFAPLKYVGSEFDNGEIPKGKSCVRGFDNAGFVMGTSSSLFNAIVQYLDEPDSPYVPDGVPDVAIDAVTGILDSIGNDNNDIADWTPNPFKGWNEEENLSVDSERLTLVDGGEDLQNVPYYPHIRIEREVDVVFSFDSSADTDSGWPDGASPIATYERSLEDISRGSAFPVVPGKNTFLNLGLNTRPTFFGCNATNTSDPAPLIVYIPNYPYVYASNISTFQPTINTSQLSAIIENGYAVATMLNATRDENWPVCVGCAMLSRSFDRTNTTVPEKCRECFQNYCWNGTLDESDPGEYNPTFIGQEIEIESFGSRVMSSSALAAAVAVVAGFALTI >KAJ5614194.1 hypothetical protein N7528_007848 [Penicillium herquei] MSLRPNTQFPVWKSELDRDGDLRDGDTQAATEFLHNITESHYKALKAGIGSGVPIYDMELLNQVRQEASSRADKIFVNYEALHAMLIRHEDTVRKRWDKKTRAQRLKVLLSAWPNMPLTHRPDFDAFQRKADFVRDRGTKYRDCFMWPYINQEDLLTTRALPLLLNARGRHPPSHFAAADERTMHFGMLTKALVPIILGGYAMILNGIEENSRAYGRLVAWEEHPESIDWLWTGKQFNPGEGLLILEAQERLLIGLVQCCQQLLQDIPESEVTSDQFPVLPEPQLKSGSEIRGFKSLGTMAAEAPYRLPVELDLPSLKSLLSARASAAEDHIWALREDPDYFSTVLLEAKDHRPEFLKDLNGNEHPILASPGGARTLWSCVIRTFICDAYCTLEYFSELSLQAENLASLQVKYVSDICPSKDLPKEYSDALVRFRFYLQQVILGSFDMLNMVAKASPPPAKVLRSRATIES >WP_251116163.1 type II secretion system protein N [Acinetobacter sp. C32I] >USA52924.1 general secretion pathway protein [Acinetobacter sp. C32I] MRAITEKIQQLRWQKLDKLSGLVLVLLILWLCWKLASLFWWVVAPPQPMQFDRVELGSQQAQVPNISSFALFNEPAATSADDNVNLELQGVLLGQPNYLSSAVIKLNDSAERYRVGETVGSTSYQLAEVYWDHVVLKQGNGATREVKFKGLDKGLYQPIDPVLNHTNNVPPAAAVPTQNSPQSALGQAIQQMQDNREQYLKNMGVSNGGAEGYEISDKTPSNLKNTLGLRSGDRILSINGQTVGQGLNEVQLLEQVRREGHAKIEIKRGDQVMTIQQSF >MBS1909834.1 hypothetical protein [Bacteroidota bacterium] ADQGTYTARFVNVCATGPESNAISFANAAIAQTINFANIPDIQLTPMLKIPLNATSSSGLPVFFQKVYGPGYIQNDTIYFSGNGTLTGDVIINATQPGNDEYSPAPVVQQTFRVLRGNQAISFDTIPDMIFGDPQFPLSATATSGLPVIYSVVTGNNYVIIGGDNKIYIQGVGNVTIRASQPGNTNYLNATPVEQSFCIGVRNLSPILGDINPCLNTYRYNAQYIPGAIYQWTLSGGGILTTNKDTAWIQWQTPGNHTLKVKANSACDAVFTQESILEISTSNNSPQPVTGMLPAHQAIDQQLPLRLSWIPGSNTTLYDVYVWKSTDPQPATPYASNVDDISFTLPLNSFPYNDTYKWRVISKNPCSQTSGPIQEFSIIPLPDLLVSDVQAPATATSGQTITVSWKVTNVGPGSTLPTDNWNDGVFFAIDTLPNVNFYSSPNWSSHSWSTLTASGKPLILGVKPRPTQLASGQSYTNSLDFTLPLSYSFPVYVYVITNYNTYIRQVTVANDTARMTDPMDITLAPTPDLRVDSVFTPGTTFSGSTINLTYKVKNYGVLTPPGGKWVDSFFISQSPLFDPNTAIPLKTIKSNGSYYPNAPDLTVNNNNQLQQDSFYTKNVSAIIPNFIFGTWFIYAKTNARTTGDYIYEGPLNNNNLAQAQIQVYLTPTPKLTISSLNVPVTNAATTQPIGIN >KAI4951926.1 hypothetical protein J4E91_003387 [Alternaria rosae] MVKSVFGGAALSDSSYFKTQEDRAKLIDVLLANGVKNIDSARLYAGSEVAIGQLEKRKDFVIDTKLPGGFGTPGELKKDNVIKYCQESIERAKIDQFDIFYLHAPDPTVPFEETLEGINEVYKKGIFRRFGLSNFSAEQVQQVYDIAKAKGYPLPQVYQGNYNPVARHLETQLFPTLRKLGMHFYAYSPLAGGFLVKTAADLDAGAGRFNEQAMGNMYGKLYDNETMRKALIKWNEIAEKEGVTKAELAYRWVAYHSALEGDEDGVIFGASKIAQAEQTAQSLKKGKLSDEAVKGIEQIWESVKEVAPIDNYHSYAKKL >MBS0323691.1 tyrosine-protein phosphatase [Pseudomonadota bacterium] MTSDTINLEGAPNFRDLGGNRAADGRRVRHGRVYRSESLAHLTADDRTRLARLGVRRAADLRSAYERQHRPSLWPEANPPEILTLDVNVDMRAGHTDLIDLIRKGADAGSAEQIMLHTYRLLPVAFESGLARIFDALLEGEQGYPFVFHCTAGKDRTGFVAAMLLLALGASENEVYRDYLRTLEAGNLERMKQQTAKFVAAQMGRAPDDVLLTALSAVRSEYLDAALDTIRTRHGSVDAYLDHAGGLNDLRRARLRDLLLE >EDS6425957.1 SPI-1 type III secretion system effector GTPase-activating protein SptP [Salmonella enterica subsp. enterica] MLKYEERKLNNLTLSSFSKVGVSNDARLYIAKENTDKAYVAPEKFSSKVLTWLGKMPLFKNTEVVQKHTENIRVQDQKILQTFLQALTEKYGETAVNDALLMSRINMNKPLTQRLAVQITECVKAADEGFINLIKSKDNVGVRNAALVIKGGDTKVAEKNNDIGAESKQPLLDIALKGLKRTLPQLEQMDGNSLRENFQEMASGNGPLRSLMTNLQNLNKIPEAKQLNDYVTTLINIQVGVARFSQWGTCGGEVERWIDKASTHELTQAVKKIHVIAKELKNVTAELEKIEAGASMPQTMSGPTLGLARFAVSSIPINQQTQVKLSDGMPVPVNTLTFDGKPVALAGSYPKNTPDALEAHMKMLLEKECSCLVVLTSEDQMQAKQLPPYFRGSYTFGEVHTSSQKVSSASQGGAIDQYNMHLSCGEKQYTIPVLHVKNWPDHQPLPSTDQLEYLADRVKNSNQNGAPGRSSSDKYLPMIHCLDGVGRTGTMAAALVLKDNPHSNLEQVRADFRDSRNNRMLEDASQFVQLKAMQAQLLMTTAS >WP_205996060.1 glycosyltransferase family 4 protein [Paraburkholderia sp. Ac-20347] >MBN3812683.1 glycosyltransferase [Paraburkholderia sp. Ac-20347] MSHELIDEAASSERAAAPVQRRDASSPSRGESRTVTELRPAHEGRAARRRPRVAIVHDWLVTYAGAERVLEQIIDCFPDADLFSVVDFVDDKDRGFLRGKRATTSFVQRLPKARTKYRAYLPFMPLAIEQLDVSDYDVVISSSHAVAKGVLTGPDQFHISYVHSPIRYAWDLQHQYLQESKLTRGPKSMLARLILHYIRNWDVRTANSVDQFVANSEFIARRIHKVYQREAEVVYPPVDVDAFELETKKEDFYLTASRLVPYKKIDLIVEAFARMPDKKLVVIGDGPDMQKVRAKAGPNVEVMGYQPFAVLHDRMRRAKAFVFAAEEDFGISVVEAQACGTPVIAYGKGGALETVRDTGSHPTGLFFDEQRAEAIIAAVASFERDPGRFRAEACRANAEQFSAQHFREQFFARVAQAVPAIAEAGMARAPVAPPPDTRGDAAASNAPRVLAIDQSGVLGGAELSLLEVVKGLRSRIEVLLFNDGPFREALDAAGARVDVLDSGALQNVRRDGGAAPKLGVLAGIASLVRETRRRAREADVLYANTQRAMVIGVLAGKLARKPVVWHLRDIVSDEHFGRVQRAVIKGCAKLGLAHVIANSHASAQVFTDLTRFDARRIDVVHNGVDESPFRALARVPQAQLRAQIGLPQDAFLVGAFSRLARWKGQHVLLEALLLEPRAHAVFVGAPLFGEDAYAQELHDFVKANGLESRVHFLGFRHDIAACMRAMDVIAHTSITAEPFGRVVVEGMFAQRPVVASRDGGVTEIVTHGKSGLLCTPGDARELATTLGALYDDATLRERLAQDGLAVARERFGKEQYVEAVERVLDGVAARAR >MBW7898988.1 DUF1566 domain-containing protein [Candidatus Brocadia sapporoensis] >QQR67337.1 MAG: DUF1566 domain-containing protein [Candidatus Brocadia sp.] >TWU52133.1 hypothetical protein B188_00800 [Candidatus Brocadiaceae bacterium B188] MKLKGKKLLWLMSVLVVPVTYGGYVMAVEMEAAELPGHVTKTTTDAWDKKIPKATKRFKVVLGGEAVLDKETGLVWEKSPDTERRTWANAISYAYDKNVGGRKGWRLPTVEELASLVDPTRSNPALPSGHPFANVRSDYYWSSTTYVGNTGVAWNVHFYAGGVYYYDKPGNYYVWCVRGGHGYDGQ >WP_111206393.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Staphylococcus aureus] >PZH32769.1 VOC family protein [Staphylococcus aureus] MTALFPYIAFENSKEALAYYEEVFGATDVKRLEVGEEQASHFGMTKEEAQEATMHAEFEVLGVKVLCSYSFGRADKINNGISLLIDYDVNNKEDADKVEAFYEQIKDHSSIEIELPFADQFWGGKMGVFTDKYGVRWMLHGQDYTAIQQ >MSW04208.1 UPF0182 family protein [Actinomycetia bacterium] MNRNRSPLFITAGILVALGAFLTYISGYYVDWLWFNSVDFTSVWSTVLTTKIELFILVGAITSFVISLNIYIAYKRRPLYVPSSIEISGLERLRAQIEPIRRWVFLAVILVLTYFAGTSGMVFWREWLLFKNSTDFGVKDPQFGLDVSFFAFKLPMWQAVIGWGISTLVLATLASAFIHYMYGGIRTAVQSDRTTVAARVQISILLGFIVLLKAVAYWFDRYSLALKEGKLINGLTYTDVNAVLPAKAILSAIAVVCALLFFANIVRRSWLLPAAGTALLVISSVLIAGIYPGAIQQFQVKPSESSKEAPFIQRNIDATRSAYDLDDVTMQDYNATISTNAGQLAKDASTISNIRLMDPNVLSATFRQLQQIKPYYTFPESLDIDRYTVNGVSRDAVVAIRELNIEGNPSRNWINDHLVYTHGFGFVAAYGNAVDADGKPNFLVGDLPPTKGLGKFEPRVYFGENVPSYSIIGGKKTNSPVEFDYPDDTSANGQKNYTYTGTGGVPVGSTLNKLIFALKYGEQRILL >WP_057651690.1 glucose 1-dehydrogenase [Bordetella sp. N] >ALM82844.1 NAD(P)-dependent oxidoreductase [Bordetella sp. N] MPTSNNDPRNAQPTPPFPAQHQKPPGETGPMNPQPDHGEQSYRGKGLLKGKVALITGGDSGIGRAVALAYAREGADVAISYLNEDADAQETARLVKEAGRKALLLKGDISARDLCGAIVDKTVQAFGRLDILVNNAATQPIHRKLEDIRPEEVEQTFRTNVFAMFDLCQIAAPHMKPGSSIINTTSVNAKIPNAEMLVYATTKGAIATFTAGLAKLLAPQGIRVNCVAPGPIWTPLQPSTKSSEEIEKLGSATPLGRAGQPAEVAPPYVLLASDEGRYITGAMIPVTGGMPML >WP_032918432.1 sugar phosphate isomerase/epimerase [Streptomyces rimosus] MVRIPDAKVALSTASVYPESTATAFEIAARLGYDGVEVMVWTDPVSQDIEALRRLSDFHGVPILAVHAPCLLITQRVWSTDPWVKLQRARNAAEKLGASTVVVHPPFRWQRNYAREFVRGVWRMESETDVRFAVENMYPWRYRDREMLAYAPDWDPTKDDYRHFTVDLSHTATSRSDALHMVDRMGERLAHIHLADGNGSNKDEHLVPGRGSQPCAELLERLAATGFGGHIVVEVNTRRAMSGAEREADLAEALAFTRLHLASPTWVPGT >MOR90002.1 immunoglobulin heavy chain junction region [Homo sapiens] CTRGRYSSGKQKWYETSGRQKWWFDPW >WP_096527630.1 DoxX family protein [Candidatus Nitrosoglobus terrae] >BAW81161.1 hypothetical conserved protein [Candidatus Nitrosoglobus terrae] MDQVLNLVSRLLLAPVFIMAGISKLGVGYAGTQAYMASVGIPGTLLPLVIFLELGGGLALIAGFFTRWVALVLAVFSLLAAMLFHANFTDQIQSIMFMKNLAIAGGLLLLAAYGGGNLSIDAKRKSIRIKR >XP_014362268.2 uncharacterized protein LOC106713883 isoform X3 [Papilio machaon] MMLYVQTAGEVPVRRPPRRRQISANIKRHHAGISQSSCSDGSLLSVGSSEMDEDSSSGHHHSHDHSSRSDHSDLYNVSEPPPGVAPLSHSAARHKMAVRPRRTHGAPRRKKTNPIAASALPITPELNEEMTRSTTPDAAQHAPGVVTESFSSSTTTRHQMIVKEHQQMNREIQRVVEQPNDAKLKSSSLPPGLALGQGTSSPAKLSIADSNTPRSSIKRSKSSTQEQPLRDTSKPHGGSPIQTYTEDRSKYRIDKKYAEETCHEKKSKSEKKIENEVIKCKKEESFFSRLLLRKSGKKSKKDQTDGESQEVKKSKTEKARSSNSELERNDYPEIQVYKPVPMERSYKSAGQKVFANQQHKRMDKQGAYVQDGYKDAYSAAKVSGVEYNITDLKIAEETDTMLNLEMKSRFSRREDFTEKVERKRSTSREAIDDKRESFNLNHDKTKRPASVQRLMDPFSSKAFINNEINHSQEEALSPSLEISDEEPPLRAMRIKNNPDYTFHSGSMPKNLPYFNPSIVISQPQSKISQSSENVKKTTRSSENVEYREKIETREVQFPTKTEESYVTSGIRSLGDEYETRSSIGKSHSFRYASESTSISSQENQMPSLPAIVGISEPLLESWEVNYRRNVDRHDYSKRVSARNYNIVQSNSETNYDSLQSTDSSYLDSLKAEDDRKLFTNSIHITLDTHKRDSDISQIEAKIDDIISSPKPLISPTILKSNSLDSVKSSPEKIVDDRRKTISVESALSQTEKIAQIETKYDSDNFISVTHVNRELTPVAVKNMETKINKSDEKLQKPTKSGVPEFLNIQLNKVDAKPVTNVVLTANVTPKKEIPQQDKEQDIETFPVTETKVLSSIEKEPIKIENIENSQVVDKIAKTSIQTTQISGSPSTPRNFFKRKATSVDNQDRPEKTRTNSLSTEGSTEKIYDNISIDQKSHSSFGSKSSIQSFDSNENKIDRQEETVVYRKKPIIGKETRDRKNDDEPELMKVFARRSLKIKDTEADSIAQEITDTKDKKDDNTKSKILKNEFNASIKSRDSDKENDGKDQTENKLVDIAARVSQFGHYQRSVSIHSVSNVKRESAPVYRNEINKYKKEVSDSTPEKRLRNRTFPDPSNDRDMVKNEVMAYKADTLTKRPWQRKDEFRLSVEKERRESSVIEGESGKEKVESDKDKVNTGEADASPQFKGILQMRAEWERRAKQGMTK >GFY15021.1 retrovirus-related Pol polyprotein from transposon 297 [Trichonephila clavipes] MAKVNGVEFKEEQRKCPDLKPLWDKAQTGINKEFRIIRRKLVRVVRTKRWEEVRQLYVPIKFRLDMNKLSHDEIGGHLGVMKTKDRILRHFSGQTCTETWRSSSKLAISSKYPEAIPVESITSPNVIDALLSTFSRIGFPREIQSDLGTSFPSELTTTFFNKFGIKVTSPSVSHHQSNAVERVHRTIKRVIKALCVESGEDWEGVLPLALFSLRTVAREYRFQSHRVGHGKEFENTPNVSLRGMDGGRKHESVDSGIYIAAK >MBV9888347.1 hypothetical protein [Acidobacteriota bacterium] MTRTLLCGISVATMLALGVAARPSPNLTQSDPGKQSEPATKSVAGKVQSIGNSGTTFALQVDGNDNKVMNFVVGKDTQLKGHVTTGTLVTVEYRPVDDGRNVALTITVRS >MBE9467362.1 HAMP domain-containing protein [Bacteroidota bacterium] MKYKNKLALQIFTVGSIILFFVLYAAFRYNYESTILQELNYTVSIVDEVAVNVQHQLLEKIKTNQTLSITPILKNAIKASNNKYGSLSEKDRNKKIYSQNEKWKATEDENDAFILEFTHNRIANFLKEQQNNLQGEYGEIFLTNKYGALVASTAKLTTFAHVNKYWWQGAFNKGLGTVFFDDRGYDESVDGYVLGLVIPIKENSKIIGILKVNLNILGAISEMLLSSQNEKAGDFKLIRSGGEIVFEEKIVPLSTRIPDLLYKKLLATDEHSFLFNDSDNKWVIGKSEIKITSKDAEGYLFGGSFESIDHKKGNAGESWYIINFRNLDTVLEPLKNSTLIISITVFLLIVILAFVAFIFGKLSIKPLNQLIEQSKKIATTDFSTRILVTRTDEFGLLGNAFNKMTEELEKNTTSIKNLEAEISQRLKAEQKLKEQNGKYATLNGEYKTINEELIIAKDEVKKSEEKFKSIVTSSPSAMYFYQLEENNQLILIGANPAAEKLTGISSKLLIGKTIEKAFPSLVQTDMPEMYKKIARKKIGPQYFEIQYTDSNVLFYFNVSVFTTQTNAIAVEFFDISDRKKAEQTLKENELKLHELNATKDKFFSIIAHDLRGPLSSILRLSEILNKDFEKHETEEQKEFSGVIHKGIKNTYKLLENLLLWSRSQQGRISFNPEKTNLYLLANETIELLNQSTTEKAIKISNKIQKDIYVNVDKYMSLTIFRNLVSNAIKFTSKGGNITLQSHMPSNKSNQKFLEISIEDNGVGISKEIQSKLFNINENSSTPGTENEKGTGLGLILCKEFVEKQGGKIRVESEVNKGSKFIFNLPLVL >WP_037310167.1 SGNH/GDSL hydrolase family protein [Saccharomonospora viridis] MTQFNSYVAIGDSFTEGLNDALPDGTFRGWADRLAEILADGRSDFRYANLAVRGKLLAEIMEEQLPIALDAKPDLVTVCAGGNDIIVPGTDVDHVAAEFEKGIAKLREAGIEVVIFTGPDTKRMSVMSILRRKVGIYNSHLWAIADRHGAKVVDLWAMEPLNDPRAWSDDRLHFTSEGHRRIALRVAEVLGVPTEGDWREPWPENPKSTNWLTLRRSDLEWTKTHLLPWIRRQLRGKSTGDGVLPKRPQLAPITTSTAPTAATAAAPATASTATTLAERAVAERGHSRPA >WP_244292824.1 thiamine-phosphate kinase [[Micrococcus luteus] ATCC 49442] MGGAHGSATLLGPGDDAALVASPDGRTLVSIDTQVQDQDFRIQWANGYRTTGFDVGWKAAAQNLSDINAMGGKATSLVVSLTLPPETPVSWVEDLADGLTAGITELGAADCSVAGGDLGRGTEISVTVAVLGTLDGGRAVLRSGAGGGEVLALAGTVGRAAAGLALLESRTPVHSLDAAQRALVDTQCRPLPPLSAGPLAREAGATAMMDISDGLVRDAGRLAAASGVVLDLDPLKLKRHAEGLRPASDVLAGDPMEWVLGGGEDHGLLATFPAGIQLPAGFTAIGSVQAPGTDTGPGVTIAGRVAGATGWDHFAD >MBI5162857.1 D-glycero-beta-D-manno-heptose 1,7-bisphosphate 7-phosphatase [Magnetospirillum sp.] MTRRRFVLIDRDGTINVDKHYLSQPEQLELLPGAGEALRLLMAAGFGICVVTNQSGIGRGYFGLAELERVHARLHALLGAEGVTIDGIYLCPHGPDDDCACRKPLPGMIEQAVAEHGFDPASAIVIGDKEADVGLGRGVGATTFLVRTGYGRAAEAKGTQADHVVDDLLAAARLIVAG >WP_236345246.1 menaquinone biosynthesis protein [Paenibacillus sp. JJ-246] >CAH1221161.1 Chorismate dehydratase [Paenibacillus sp. JJ-246] MGLHRPITIGRIDYANVWPIFHYAKQMLPDSRYIIDKRVPSALNGAIQRGEVDITAMSSFAYAQHADDYLLLPDLSVSAKGRVNSILLFMREPIERVLKGRIALTATSATSVHLLQIIMSLYYGASPSYVTMEPDLDSMLQHADAALLIGDPAIQASWQEQGLTVLDLGELWRKWTGCGMTFALLAVRKATAAERPEEVAAVLHALSESKRRSLLNPQPLIDQACRQLGGERAYWSRYFQELSYDFGAEEQAGLQLYFNYAQQLRLLPHEVRMQFFIDDTAIRVNE >WP_212226535.1 cupin domain-containing protein [Bradyrhizobium lablabi] >MBR1124840.1 cupin domain-containing protein [Bradyrhizobium lablabi] MRFCLAAVALLLSNSVSAMAQERAAPSLSAAPVVTDAPGKGIQPGVSSHSSRLPDLYVLDQQPVEQISPLVQRQYLVGAQSTFVKWTVKKGGVFPLHHHASEQITWITEGRCEVTSQGKKFIMTAGTVMVIPPNTPHEFVCTEDTVDIDFFAPQRQDWIDGVPSIAGRSR >MAJ92374.1 4-hydroxybenzoyl-CoA reductase subunit beta [Rhodospirillaceae bacterium] >RPG04078.1 4-hydroxybenzoyl-CoA reductase subunit beta [Rhodospirillaceae bacterium TMED63] MENMPEFTLHRPDTAAEAVKLKXSDSTSRYLAGGTDMIVNVRRGIETPETMIDLTAIADIAAIATDGDGLXIGAXXKLADLAVDETIIREYPAVAQAAASVAGPTHRAYGTIGGNLCLDTRCLFXNQSQWWRESNNFCLKHKGDVCHVAPGGKRCFAAFSGDVAPAMMVYEAKIDLEGPNGSRTIPLEDLYRNDGMDHLTLEQDELLVSIRLPKAGPGAVSAYEKSRVRGSIDFPLAGCAVRLTXDDGKIADLRIALTAVSPYPQMVNGLADFIGKALDDDALDAIRELVRKQAKPMRTTTVRPWYRRRVVGALARKLTVRLAD >WP_257504872.1 HAMP domain-containing sensor histidine kinase [Actinomyces sp. 594] MAGSIGALSTLMLRHALTDRLDEQLAAASERVAARRQAAAPVGAAPVQDPRLSSSPQSPGDDDSRPAAPSNAVPIGLDAVGQSTGTLTVIASGERGGGSDADASAGAGGATGSAVSTVKAGYIDDDGNYRILTDAQCQALLSLEVTGEPVTVSVGSLGDYRVLVTEDSASGDVVVTGLSTSSDEKLVRAQLLAQLLIAIIGAVIAALAGRALVRTALAPLERVAGTAERVASQPLARGEVSIRERVDAVDVASSQEVGQVGNALNTLLGHVDEALTARQRSETQVRQFVADASHELRTPLASIRGYTELIQRSGADAVLPEEAVHALERVHSESVRMTALVEDLLLLARLDAGRDLEHAEVDLVEILLDTVADARAAGPEHVWELDLAVLEPPAGLSPQAAEEFVPEPTLVVGDEARLRQVMVNLLANARVHTPAGSHVQVILSRGDGDTLVIKVADDGPGIDPTVRERLFERFARGDASRERRTGSTGLGMSIALAIVQSHHGSLTVDSRTGAEDHGTTFTVTLPTSLAS >UVB16817.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVCGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLCKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPIETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >MBK7087525.1 substrate-binding domain-containing protein [Chitinophagaceae bacterium] MILILRYPMVIAGFAYCLIMSCNNSEKDKKAYDTPGHGTINISVDESFKPVIEEQIKMYEASFPDSKIIAHYKPEAECFKDLWKDTVTRLIIVSRGLNDKEEDYFKNNMNYVPGWNIVALDAVVVLVNAKSNDSLFTLNRLKLQMEGKINRHQKIVFDGVNATGTVRFILDSVLKGNKFDTTVVKAAKNSDEVIDYIAETPNAIGLVGFSHIGNPEDTAQINKLKKVKMAYVQCTICPDSPFVKPMQQSISSKHYPLVRGIYYIINETHLGLGTDFTGFLKFERGQLIFRRAYLVPVMQFDVRAVKVNEKIPEN >EFT8991253.1 tetrathionate reductase subunit TtrA [Salmonella enterica] >EFT9044752.1 tetrathionate reductase subunit TtrA [Salmonella enterica] MNGLTRRLQHANLTRRQWLKVGLAVGGMVTFGLSYRDVAKRAIDGLLNGTSGKVTRDRIFGNALIPEAQAQTHWQQNPQQTIAMTQCFGCWTQCGIRARVNADGKVIRIAGNPYHPLSQEHPIDSSVPFSEAMEQLAGESGLDARSTACARGATLLESLYSPLRLLEPMKRVGKRGEGKWQRISFEQLIEEVVEGGDLFGEGHVDGLRAIHAPDTPIDAKHPSFGPKTNQLLVTNTSDEGRDAFLRRFALNSFGSKNFGAHGAYCGLAYRAGSGALMGDLDKNPHVKPDWENVEFALFMGTSPAQSGNPFKRQARQLASARLRENFQYVVVAPALPLSTVLADPRGRWQPVMPGSDSALAMGMIRWIMDNQRYNADYLAIPGVQAMQQADEQSWTNATHLVIADELPTLAGQHLTLRHLTPDGEETPVVLNTDGELVDASTCRQARLFVTQYVTLADGQRVTVKSGLQRLKEAAEKLSLAQYSEQCGVPEAQIIALAETFTGHGRKAAVISHGGMMAGNGFYNAWSVMMLNALIGNLSLSGGVFVGGGKFNGVSDGPRYNMNSFAGKVKPSGLSIARSKTAYEASEEYRDKIAGGQSPYPAKAPWYPFVAGQLTELLTSALEGYPYPLKAWISNMSNPFYGVPGLRAVAEEKLKDPRRLPLFIAIDAFMNETTALADYIVPDTHNFESWGFTAPWGGVASKATTARWPVVAPATHRTADGQPVSMEAFCIAVAKRLHLPGFGDRAITDPQGNAFPLNRAEDFYLRVAANIAFMGKTPVAPANQEDITLTGVSRILPAIQHTLKADEVGRVAFIYSRGGRFAPEDSGYTEQRLGNAWKKPLQIWNADVAAHRHAITGERFSGCPVWYPARLSDGRAIDDQFPIGQWPLKLISFKSNTMSSSTAVIPRLHHVKPANLVALNPQDGERYGLQHGDRVRIITPGGQVVAQISLLNGVMPGVIAIEHGYGHREMGATQHSLDGVPMPYDPQIRAGINLNDLGFADPTRTITNTWLDWVSGAAVRQGLPAKIERI >MBY0434949.1 hypothetical protein [Cyclobacteriaceae bacterium] MKKYILILLLAFTAATAQAAPPLRVTEADTVVDKNTLKKILHWVSVFTMYSSVDLTDKVDLQEYAQAADIAQALVFNPELRQRLGQFRQNTFVNVYPQGMLAGEEWILKKLNEVSLAQYSVMNPPFITIEVWFRPDASAQSYTVSLLFKTNEEKLRTPVTNVNSTLNASLLGKTYTQPRQAKADVNAALFAGLTALETAIGNTFAPNIAVRFNDELYINNQTIETWQRTAEAITIQAVDRNNYLLSGPLTWTGVVGTGNTVRVPVGTVGMERITLKSGTFEIGILVKVKEFNLDLSSLLKRLIVEALSKKKKQASEDLATLRKDSVANAAAIRELLASVERDNFPMESTGATLTPMFVEPITLSDTSAFRDGSLARVATLKEIKKRKRIRTNIRRNLNIEAVADLIVKDQNRINTLLDNLLKNSGQLIASLITGKDSKGQEDVARDIIVDYINQNLEQLTGAPPVEDEKPLIAEATSSNEQFVATKFVYVNKQLPLSSSTTFIKALEDSARKKNTYVFINYSLDVSTQAYLQRSNAARPKGLPPNTKFVTISVVNIPGSIQNMMFGSSNRRVSGGQNQEKNVWDYLEISGQGDNILNVTWVPKNQIPCTKCLFLSPAGKPILVNDPEEVAILRSSSAGFTNDIFPTYPIYGYRLKDGITFFSDYRSSTFLGYYKTSEKNAGYATFPGAIDSFDKLPVDIILAQTTGDSFKKESVTNKDWFTHRGDKNLYNAEGEFLREVCFTCKSRFVPLSSTELSVKIQATKSLRDAEYTKDVKRFQEKLKLLLNAQSTIALDDNIVDLESKQLIDERLQSYNKINNNSKKIFIISGRVNYFLDLSEWDTFSAEVSNTTPGFNSQNYTLVVMPFVVSETPGVSTTGALGVKPVADVFVGYSGLNKGDSRQVPDVLEFFERFYSQIPKPYIIHSYTLGIRGNLDYQRISSTKEVIGYGKIYDIRFFVDNRIEIADKYWGLASSLSQTNTQYSLYSPQMVSRTKTEYEKFANDFFELLKVDRKQADYAQIELPIPVFEKYIESYHDEIVNNFILRTYRGMSSYARMVNAAIENSALKEPVDVILNLIDLGGFLTSFIGLDVLFDISGASYSLYRGYTFETAIYSASSIVPFATGAGVRQTTKITKESINNLSVYSVKSIDEQLSLAFKSSDTKIRTLLNSGDNRSIINSNPNFLAKVSLLTDNAKALLLDDLLSKPEMVDLLAKDINAIDAWEMIVRKIPNNSGTTQFARDISTLKKISEYLTPSNSNKLEAIGGRDGLESFIGFHKDVPCVNCTGGVAVFAGRTLDEMIENYVEVGYNFKNNKPLWDKLKQGTESSNPHMREGTQHTLEAFRKNPERYSPEKIENIDMKFEELPEGIDLCTNCRYDVKFKANAGNDVPRLAEFKSYSKDTWARISGSEKFLKQFMAYLASGEVVRIEDLVYVINIKKASVEDVKRSFVEIFTKNKLEIFNSMNSSLKNSLFIDEVVDLDQSKINQIIDSFVKLE >MBB2902420.1 PhzF family phenazine biosynthesis protein [Kineococcus radiotolerans] MRELRFTQVDVFSAVPLGGNPVAVVHDADDLTAGQMQRFAAWTNLSETTFLLRPTTPEADYRVRIFTTRGELPFAGHPTLGSARAWAEAGGTPRRPGVIVQECGAGPVEVRCTGSALAFAAPPLTRRGPLAPDLLARVLEGLGVGAGDVVASSHLVNGPEWVVVRLADAAGVLQLAPDPGPLAGLAVGVVGAHPEGHEAAVEVRAFVGEGATFVEDPVTGSLNAAIGQWLSDLPDRYVAAQGVAVGRAGRVRVEREDGRVWVGGDTEVVLRGTAAF >KAG8379083.1 hypothetical protein BUALT_Bualt07G0051300 [Buddleja alternifolia] MVKTPSSDTHMQNDFWNEDDERKMARYSSNHGTGLRKSGKSSRQKWSNNQKTDPRHMNFSPQEEELVIQLHAAIGSRWPIIAQQFPGKTDNDVKILWNSKLRKKLSAMGIDPVTHKPFSQILADYGNIGAFPKARTRFTSLSRDLKSAIMLKSERPQTFSNSDNHLLAPKLLDRPELSDNHHSLDLYSQLQTINLVTEASNYTKNENTIQHVMTECASSSDSLNDEITSFSWSDFLLEDAFSPANVVEQENKGNQSLGGVEDNKNGEIIELVEGFEASSSSNTSFVEAMIESQDEMFSQFSWII >HBV8273101.1 TetR family transcriptional regulator [Klebsiella pneumoniae] MARKTKQQARETRQLILDVALRLFSQQGVSSTSLATIAKAAGVTRGAIYWHFKNKSDLFNEIWELSDASISDLEIEYRAKFPNDPLSVIREILVYVLEATVTEERRRILLEMYQFCPTLRGPESLSA >KAI5005557.1 hypothetical protein ZWY2020_032800 [Hordeum vulgare] MDARDCWRHRYDDRAYDLLLPFFFDRFDQLLIVVPPVIIMRAVLLLLVVSAAVGSAAAAAEAAGLWKRGGTRHSVMAFHAAGDGETDDSKAFEETWNSACSDSGGGATVYVPAGRTFLLGEIRLQGPCKSPITVQVDGDIVAPNSLWKQKPSSLLTFYRVDNLTVDGGGQIDGRGAPWWHCYNQKKCRYRPQLVSFSFCNDLRVTNIRLKDSADKHMSLYECSQVQVHNVSIMAPGDSPNTDGITMGASNHVRISSCNIHSGDDCVSILTGTTDVNVTDVTCGPGHGISVGSLGAAHEKPVLVERITVSNCRFFNTTTGVRIKSWQGGRGIANGLLFRDLNMTEVRYPIDINQFYCPQRNCPEREGGVAITDAKFINIQGTSSRQEAIKIRCSKSVPCHGIFLDNVDLSWANHTAPTKACIENAQGSVAGTVKPQVRFRGP >MBT7135637.1 50S ribosomal protein L25/general stress protein Ctc [Polaribacter sp.] MKSITIKGSKRESVGKVATKALRNAGMVPCVIYGGENPIHFSAEEKAFKNLVYTPNVYTATIDVDGQKIPTILQDIQFHPVTDKIIHVDFYQLFDNKEITMKIPVKLTGTSPGVLNGGSLRFTNRKLKVKALPSNLPDFISADISGLKIGSKLLISSLFNEVYTFMHPDNTVVVQVRTSRNASEAEEATEEATEATEATTEAAATE >WP_011490055.1 50S ribosomal protein L2 [Paraburkholderia xenovorans] >Q13TH3.1 RecName: Full=50S ribosomal protein L2 [Paraburkholderia xenovorans LB400] >ABE32616.1 LSU ribosomal protein L2P [Paraburkholderia xenovorans LB400] >AIP30878.1 ribosomal protein L2 [Paraburkholderia xenovorans LB400] >NPT36606.1 50S ribosomal protein L2 [Paraburkholderia xenovorans] MAIVKVKPTSPGRRAMVKVVNKDLHKGKPFAPLLDSQSTTAGRNNNGHITTRHKGGGHKHHYRVVDFRRNKDGIAAKVERLEYDPNRSANIALVLYADGERRYIIAPKGVTVGQQLMSGSEAPIRAGNTLPIRNIPVGTTIHCIEMLPGKGAQMARSAGTSAMLLAREGIYAQVRLRSGEIRRVHVECRATIGEVGNEEHSLRQIGKAGANRWRGIRPTVRGVAMNPVDHPHGGGEGKTAAGRDPVSPWGTPTKGYRTRSNKRTTSMIVQRRHKR >XP_021299958.1 uncharacterized protein LOC110428451 [Herrania umbratica] MEEESAVELLQRYRRDRQILLDFILSGSLIKKVVMPPGAVTLDDVDLDQVSVDYVLSCIKKGGMLELSEAIRDYHDHTGLPQMNSAGSAGEFFLVTNTESSGSPPRRAPPPIPVSVPIPTPSAPVFAPSPVVSTVSRSESFDSEQVQELTVDDIEDFEDDNDLEEVNSLKISRRNPNDVGDLVLKLPSFATGITDDDLRETAYEILLACAGASGGLIVPSKEKKKEKRSKLMKKLGRSRSENIVSQSQNAPGLVGLLETMRVQMEISEAMDIRTRQGLLNALSGKVGKRMDALLIPLELLSCISRTEFSDKKAYIRWQKRQLNMLAEGLVNHPAVGFGESGCKASEFRILLAKIEESEAFPPSAGEVQRTESLRSLREIAIPLAERPARGDLTGEVCHWADGYHLNVRLYEKLLLSVFDVLDEGKLTEEVEEILELLKSTWRVLGITETIHYTCYAWILFRQHVITSEQGILRHAIDQLKKIPLKEQRGPQERLHLKSLHVRVDGEEGSRDVSFLQSFLSPIQKWADKQLGDYHLNFAEGSVVMQDIVTVAMIVRRLLLEESDIVVQSSTVSDRDQIELYISSSVKNSFARILQAVDKSDAVEHPLALLAEEVKKLLKKDSTVFMPILCQRHPNATIVSASLLHKLYGNKLKPFVDGAEHLTEDVVSVFPAADNLEQYILNLIKCACEGENVEIHFRKLIPYQIESISGTVVMRWINSQLGRIIGWVERTLQQERWDPISPQQRHGSSIVEVYRIVEETVDQFFAIKVPMRPMELNALFSGIDNAFQVYAKHIVDNLASKDDLIPPLPVLTRYRKEAGIKAFVKKELFDSRLPDQRRSIEINVLTTATLCVQLNTLYYAISQLNKLEDSIWERWTRKKPQDKIYIRKSMDDKSKSSTQKDTFDRSRKDINAAIDRIREFTGTKIIFSDLREPFIENLYKPNVSQSRLEAVIEPLDVELNQLCDIIVEPLRDRVVTSLLQASLEGLLRVLLDGGPSRVFLPSDAKLLEEDLEILKEFFISGGDGLPRGVVENQIARVRLVVKLQGLEARELVDDLRSSSGKLGADNQTLLRILCHRADSEASQFVKKQYKIPKSSA >XP_033668161.1 uncharacterized protein M409DRAFT_66277 [Zasmidium cellare ATCC 36951] >KAF2167272.1 hypothetical protein M409DRAFT_66277 [Zasmidium cellare ATCC 36951] MESPKIFALVDYEDVYVQPLLLSAVQAQLPSDLLVLIKDVSELPSPACRLLQWRQYESIDFDHLMQHSTSSLANSHIIRKALIRKHYLSATVSHWLTKNPKSLLKDHVQPSVEFEVDYAEFLDDALVEAYELKESWARNESLSEDDESREWWILKPGMSDRGQGIRLFSSEEELQEIFEEWDPPSDDEDEGAQSNDEHINGLGEKQDDSSDGVIASQLRHFIVQPYIQSPLLLPEPHPSAGRKFHIRTYVVAFGALKVFVYKPMLALFGGPTYADPCTATSPNDELSSHLTNTCLQTGEREGSVHAFWSLPTSISGVRAQDWKEDVFDQICAVTGEVFEAAARSMGIHFQPLPNAFEIYGVDFLVDSRGTAWLLEINAFPDFAQTGNDLQSLVQDLFQEVVAKTMRPFFGLPEGKKEEELFPLRQVLDIDLGRK >WP_059510827.1 NAD(P)-dependent oxidoreductase [Burkholderia diffusa] >KVH44652.1 D-glycerate dehydrogenase [Burkholderia diffusa] MKPRIVAYKPLPDDVLAYLREHADVVQADGADALADALGDAHGAIGASLKVTPQMLDRAPRLKAWSTISVGYDNFDVADLTRRGIVLAHTPDVLTESTADTVFSLILASARRVVELAEWMKAGHWHRSIGPDLYGTDVQGKTLGIVGLGRIGGAVARRAALGFRMQVLYTNRSAHAEAETQYGARRVSLDELLAQSDFVCLQVPLSPQTHHLIGAAEFAKMKRGAILINASRGPVVDEAALIDALQARTIRGAGLDVFEKEPLAADSPLLRMSNVVALPHIGSATHETRHAMARCAAENLIGALAGTLRTNLVNPDALARA >WP_056611679.1 MULTISPECIES: F0F1 ATP synthase subunit delta [Paenibacillus] >KRE73638.1 hypothetical protein ASL11_07150 [Paenibacillus sp. Soil750] >OAS14576.1 ATP synthase F1 subunit delta [Paenibacillus oryzisoli] >CAH1216081.1 ATP synthase subunit delta [Paenibacillus allorhizoplanae] MSDIVVAKRYAKALFEVAKEKNIISQVEDELKSVASAIRDNADLQKFLNHPNIGNTAKTDLLKQIFEGKVSEPVWNTLLVLIDKGRQSIVSALANDYAKVANEALGQASATVYSAYVLSDAQQAEIASHFSKVTGKTIRVSSVVEPKLLGGIQVRIGDRLYDGSLAGKLDRLAKALV >HAT6344274.1 U32 family peptidase [Aeromonas hydrophila] MKFSLGPLLFYWPKADTQGFYQAAAASQADIVYLGETVCSKRRELKVDDWIALAHQVAGSGKQAVLSTLALISAPSELKEVKRLVDNGELMIEANDLGAVQLASEAGLPFVCGPAINAYNADVLRMLLKQGMQRWVMPVELSRDWLVQLNQDLGSARQQFEVEVFAYGHLPLAYSARCFTARSLDRPKDNCELACIDYPIGRLASSREGQKVFNLNGIQTQSGYCYNLGNDLAGMEGLVDVVRLSPEGLDTLTMLDRFKANQQGQAPLPLQQERDCNGYWRQIPGMMLAQ >EHU4169843.1 DUF1073 domain-containing protein [Escherichia coli] >EJG5812425.1 DUF1073 domain-containing protein [Escherichia coli] MAEIEITGGLGSALMHILEAEEIQPGTDIGYELCKQLWQFHPLGGKLVEKPILMAMCKPRQYNVETDPDERVVRRFQEVWERMKVNEKIKNLFFLSRCYGAAAIGVGTDSVPCREPLPTFGLTEDDVYINAWAPLNASGSMVTDQNPNSPFFQEANKKLKIGGKDWHPSRTLKIFNGTPIYLEFQSSSFGFTGRSVFQRVLYSLKSYINTMEANDLVSQKAGVLVAKVVQYGSKLDGIMAAATGRKRENVKEAKNKGVLSIGKDEDVTSLNLQNIDGALNAARDNIISDIASGSDVPAILIKEEAFSNGFGEGTEDSKAISQYIDGVRQQIEPVMDYFERLVQYIAWNEEFYQSLKNDYPDIITDDYKTTFYQWRREFTATWQELVEESPDKRRESDSKVIQQAIALFSAVSPQVDPENRAAVTEWLASLVNATQTYGEAPLIIDVDALANYEPPKQETPDGNFQPGGEEEETDQDAI >XP_024696459.1 GPI2-domain-containing protein [Aspergillus campestris IBT 28561] >PKY07865.1 GPI2-domain-containing protein [Aspergillus campestris IBT 28561] MPSPPPKDPSSPPDPPPVPVETHPYRTSFSSALSPSSSRLPDPTRLAPEDAYFAPMVRSRTETSYDESLAVLNGGPAFGGSAARKDLRKVGGGAGGRRRKRKGAWKKLLWVRQSYPDNYTDTETFLDHLQRNPRVRPYDFWPLVADSTVIVQHVCSVAIFVCCFVGIVQGRLSPVSVVCWGSVVTGMGWVLWDMWFLRAHGEDAAAAEERAAEIADDGSSSSSLASRDAVVHGLGLAMSAGESGLRQGNGSSGESCDLGSSSSPPPQTSYGNGPWPTTNDELSKSHILTSRNRQRLSTLKSAFLIYFALLGLSPILKSLTKSTASDSIWAMSCWLLIINIFSFDYGSGQGAGATKFPASLSTNTAVMASTVLASRLPSTPHVFSLMLFSIEVFGLFPIFRRQLRHVSWTGHVLLTLALVIVAGGAVGVTMQGGLFAAVVGSVLGSMLTALAMGGCSWWLLSLQKYKNVVTGPWDPARPIIRRHWELS >CDZ73727.1 Iron compounds ABC transporter, ATP-binding protein [Neorhizobium galegae bv. orientalis] MIGLEDATVRFGSRTIIEALTFSVPVGRTLAILGPNGRGKTTTLKAMLGFQRLDDGRRVAPDIVGYVPQTGTSNQRYRALDVAVMGRAAHLGIFGQPGPEDFRIAHSALERAGATRFADHYFDRLSGGERQLVLLARAIATGSQVLVLDEPAAALDLHNQERLLTLLNTLRQPRDKAIVFTTHDPNHALSSADDALLMMPDGQPPLFGPVAETITPEHLESLYGVPMRVVELAGPSGETHRAVLPAFAGIRAA >KAG9509822.1 hypothetical protein GZH46_01647 [Fragariocoptes setiger] MDTKSMMQVDVNGSSSLLSTTDIATQQRNMSHRQPMDDNQSPTVHLGDDDQAMKAKSEDAKVILVYILIVVNVFFSVFNAILIYWVVDTISRTILGQSSQIDIQGSDGKIIIHGQIIFTDNLNTPSLRTKAIDGNNTSGHRLVLSSRSNVTIGLSESSYNSSQESRQSNTDQRHTHENPSHESLRHLYHHHPIVSLIQESIVINSSSIIVKHPDNNASSIDIKKSDITIRSPQLMITEKRGLDAGHLSFMTPRVSSNDANDGVDFHSPTRALKMISPQTMSFNSGESIHIKSIEQLSIESTDGSIVLEASLVDTSYLDTITPSKTGSTYSGIYQLCQCVLRANVNQRQIDELDVIARASLMERKGAIFATNPRLKCNDFDWYCSSL >TWK83191.1 Gamma-D-glutamyl-L-diamino acid endopeptidase 1 [Bacillus paralicheniformis] MSNILNIPEPLLISANANAAADEFYFPGASFQAGKNVPAAETYEQLQLLVNQYTLEDEQWLTKTVVYDSAVLKKEIDRLTECFPFVTSRIIGRSSMGQPIYELLLGAEYAEKKTHMNASFHANEWITTSVLMKWLKEYCYHLCTGRSALGFSPLDIFSSTKLSVVPIVNPDGVDLVLNGPGHLGIAREALDEMNEHQPDFREWKANINGVDLNNQFPSFWEIEKQRKPPKSPSYRDYPGDEPLTEPEAAAMRDLIANEPPDRLVALHTQGEEIYWGYKGLEPPESADVIQTFERLSGYKGVRYIDSYAGFRDWFIHFFGREGYTVELGKGKNPLSMKQFDDIYCKSRGILWASCFFES >WP_176700057.1 mechanosensitive ion channel family protein [Roseivirga seohaensis] MKAPFLTSILNLSGGIFLKTVKPFKTGDFIEINGEIGSVTSSNWINSEIKTIDGEKVLVDNSQFIFGTLNNLSNKNIIRLDLKLNVCYSENMSDVKEAINTFLKEHTNILKSPKSRIIVTKLHENYVELKVSPWCLLDHFLELDYKLETALHNYLIEKGFKMPISKEAFIQVRETA >WP_141400768.1 hypothetical protein [Pseudoxanthomonas wuyuanensis] >SOD54740.1 hypothetical protein SAMN06296416_104352 [Pseudoxanthomonas wuyuanensis] MYVATGHQAYSAPYLVSRCLRLARDFLVLPDRRHRWSVAIVTGMIGILIACFVRYAYVEKHQLMDSFFYGRLRFSFVDRGFPEIFGYGLELAACGLFALSAWMYRSKQWYACAAILLLMFLDDAFELHETIGGAFSAASGLSPVVGDLVGFAMMGLLSAAFWIGGARLIHDEDDWLAYLVFTAYFGVLVFFGVGVDAVHGTVAKHASQTLLTLIEDGGELATIALISLSAWGMWLRQKAAVIANELPANPGLPNP >MBS07362.1 peptidase S8 [Alteromonas sp.] MKYTLIVAILSLIAAPISQAQLAGTLNQVVSPVRPIIDRTSSDLKAIREEARRKAQSSIEGTRDLSTVASGVLSDIPAPQFIAPAATTILSTSGHVVVNEVTVENGFLAVEKEWLFLGKEADKVHFQGANIEIQKAQFLPALSQWLFKVKVTGDEDDVSSIRNSLPHNLQSQIGRNHIYLSQTKPTSNGSFQEISSEKLETCPTPLRIGMVDTHVASNHPLLSHVNLTQASFIVXHNQDXNQEQDGNAGSETDVAFSSDHGTAVASLLAASLPKSSQVFNASVFYSRNSVSQGATLMSLXEGLNYLASQQVDAINMXLAGPDNPILARVINQLDKSGIQIIAAVGNEGPASLPLYPAAYTETLGITAVDKSNVIXXWANQGDYVDFAAFGVSVDAAHPNGKTIRQTGTSMASPRATALYACFLREKQERNAALLKLQQLALDAGAPGRDSVFGFGVLP >MCL2204087.1 valine--tRNA ligase [Defluviitaleaceae bacterium] >MCL2239557.1 valine--tRNA ligase [Defluviitaleaceae bacterium] MTNIPKHYDPSREDEIYTRWLERGYFRAKVNPGKKPYTIMMPPPNITDRLHIGHAFGSAVRDMLIRTKRMQGYEVLYMPGTDHAAISTEVQVVKTIAKEGLTKEGMGREKFLERVWAWREEYGSAIVNQFKKIGVSCDWARERFTMDEGLSAAVLEAFVRLYDEGKIYRGERLVNWCVKCQTTISDAEVEHEDGEGTLYHFKYPLTDGSGHISFATTRPETMLGDTAVAVHPQDARYASYVGRAVVVPLFGEAGREIPVVADGYVDREYGTGVVKITPAHDPNDFELGQRHSLPCINVMHDDGTINENGGPYAGLTRAGAREKIIADMTALGLYVKEEKISHAKGTHDRCHEVVEPLVKLQWFLRMEELAKPALEAYTAGKLKFNRGRFGKIYQHWLKNIRDWCISRQIWWGHRIPAYYCPAGHITVAKTPPEKCATCGATALRQDEDTLDTWFSSALWPFSTLGWPERTPELDYFYPTNVLSTAQEIIFFWVVRMVFMGQKFMGDIPFTHVLIHGTVVDEHGRKMSKSVGNGIDPLAVVEKYGADVLRLTLLNGNAIDSNTRFYWERVEWSRNFMNKLWNAARFVLMHRGEGEGEEASPIAGVPNLRPAGLMMHNRAVGTSSPSPPLPVEDKWILSRVNALVREVTEKIDAHELGMATQKTVDFIWDEFCDWYVEIVKPRLRDDTKPQALAVLVRTLTICLKLLHPTAPFITEDLYLALQGEETVTRSPWPVFDPALADPAAEKAMENIKESVRAVRNIRAEKQVPPSQKIAIHIHPDDTAAQALFTQAKGFVGALCNASEIKILSSPPPSQEGVVSLVAPGATLYLPLASLVDSEKERARLEKERKRLQGELARIDAKLFNEGFMAKAPEALIAAEREKRAGFGVMLANVEKELRA >WP_027780629.1 hypothetical protein [Paraburkholderia caledonica] MALLVMQVAVSGELVEVFEMTVDDVDGHRMLAAANGDERVIHPSGQAPEDGEVWIDLIDGDGETLFDQVACFHRADASDALQIHFDMNVDVVKDCLSKSNVASLHARHRLAAQAYFRQIDRLVDCSPVSSRRSNRRRVGDATVMELAIELRRRLEGVVTQLALSELPTHVQAAAQELKDATKSYVGAIQRL >EAG5222239.1 tRNA pseudouridine(38-40) synthase TruA [Listeria monocytogenes] MTRYKAIISYDGSGFYGYQVQPNTRTVQAEIEKALTKMHKGKTVRITASGRTDTGVHAKGQVIHFDSELDITAEKFQKALQVMTPFDISFLTVEEVPDDFQARFGTVGKEYRYVVKRTKIFDPFSRNFALHYPYELDISKMKLASKRLIGEHDFTSFCSARTERDSKVRTLYSIDFYEEDDETLVIAFQGNGFLYNMVRILTGTLLDAGQGRISPDDISEALLARDRQKLISKTAPPQGLYLWRVDYE >WP_097514015.1 methyl-accepting chemotaxis protein Trg [Escherichia coli] MNTTPSQRLGFLHHIRLVPLFACILGGILVLFALSSALAGYFLWQADRDQRDVTAEIEIRTGLANSSDFLRSARINMIQAGAASRIAEMEAMKRNIAQAESEIKQSQQGYRAYQNRPVKTPADEALDTELNQRFQAYITGMQPMLKYAKNGMFEAIINHESEQIRPLDNAYTDILNKAVKIRSTRANQLAELAHQRTRLGGMFMIGAFVLALVMTLITCMVIRRIVIRPLQHAAQRIEKIASGDLTMNDEPAGRNEIGRLNRHLQQMQHSLGMTVGTVRQGAEEIYRGTSEISAGNADLSSRTEEQAAAIEQTAASMEQLTATVKQNADNAHHASKLAQEASIKASDGGQTVSGVVKTMGAISTSSKKISEITAVINSIAFQTNILALNAAVEAARAGEQGRGFAVVASEVRTLASRSAQAAKEIEGLISESVRLIDLGSDEVATAGKTMSTIVDAVASVTHIMQEIAAASDEQSRGITQVSQAISEMDKVTQQNASLVEEASAAAVSLEEQAARLTEAVDVFRLHKHSVSAEPRGAGEPVSFATV >WP_208099194.1 hypothetical protein, partial [Nostoc sp. 106C] CAVTVNAVSPTKLGKTKKNVFKSTNLPEVERQKGQQHVGKAGNREKALKLESGKTCVTW >XP_025777939.1 protein SDA1 homolog, partial [Puma concolor] DPPAYIEEFLQQYNHYKSNVEIFKLQPNKPSKELAELVMFMAQIGHCYPEHLSNFPQELKDLLSYNHTVLDPDLRMTFCKALILLRNKNLINPSSLLELFFELLRCHDKLLRKTLYTHIVTDIKNINAKHKNNKVNIVLQNFMYTMLRDSNATAAKISLDVMIELYRRNIWNDAKTVNVITTACFSKVTKILVAALTFFLGKDEEEKQDSDSESEDEGPTARDLLVQYATGKKSSKNKKRLEKAMKVLKKQKKKKKPEVFNFSAIHLIHDPQDFAEKLLKQLESSKERFEVKMMLMNLISRLVGIHELFLFNFYPFVQRFLQPHQREVTKILLFAAQASHHLVPPEIIQSLLMTVANNFVTDKNSGEVMTVGINAIKEITARCPLAMTEELLQDLAQYKTHKDKSKLHGKPTEASIEARVQEYGELDAKDYIPGAEVLEVEKEENAENDEDGWETTSLSEEADADGEWVDVHHSSDEEQQEISKKLNSMPMDERRAKAAAVSTSRVLTQEDFQKIRMAQMRKELDAAPGKAQKRKHIEIDSDEEPRGELLSLRDIERLHKKPKSDKETRLATAMAGKTDRKEFVRKKTKMNPFSSSTNKEKKKQKNFMMMRYSHNVRSKNKRSFREKQLALRDALLKKRKRMK >MBL6625757.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] >HAO57732.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] >HCA14179.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] >HCD79143.1 LLM class flavin-dependent oxidoreductase [Alphaproteobacteria bacterium] MKFQLAINLERMSPDTDMNEVRDHTLAMVKMADQAGFEIVWAAEHHALEMTIAPNPFQLLTWWAGHTQHIRLGSGVANAAYWHPIRIAGEAAMLDLVSGGRLEFGLGSGAYQREFDRMHPGLEQKEGYRYLQEMLPLVQQLWQGDVTHDGALWQFPASTSCPKPLQSSVPIWVAARSPITFDYAVENNCNIMSWPLTMPFSEVEKYRGLLDESVAKANGKWSGQLAMMRHTSVYETESARGAALNATTHVLGQFGNLMMKKGDVVNGFPDRVPFEQLEGILRVDTDALETNLMFGTPDQIVQKLGMYADIGADAFIYYASMGLGMAEQRRSMELFIDKVMPHFSAPSLPAAAAN >KAH7548383.1 hypothetical protein JRO89_XS14G0111900 [Xanthoceras sorbifolium] MLTKFLPQAFPSPKEGSLIAEDLDPRLTVHYGIPSTASVLAFDPVQRLLAVGTLDGRIKVIGGDNIEGLLVSPKQLPFKNLEFLQNQGFLVSVSSENEIQVWDLEHRRINSTLRWESNITAFSVIYSTSYMYLGDEYGMVSVLKYDAEEGKLTILPYYVPTDVIAEGAGISSSNQSSVVGVLPQPCSQGKRQGKPYLEVSHLFQIFNTMSLILVISLLEANLVSFWRKRFSDLKGIWIRYWDLANERLLIAYDNGWIVLWDVSEDKVVLVRGNKDLQLKGETVVHSSQSVRPELSENLQDSEQAEKEISALCWASTDGSVLAVGYVDGDIMFWNLPTDASTKDHKAENSSNNVVKLQLSSADKRLPVIVLHWSADKSHNGGQLFVYGGDRIGSEEVLTILCLDWSSGIEGLKCVGRVDLTLSGSFADMVLLPSLGGMESCGSLLFVLTNPGQLYVYDDACLSSLMSRKEKRTCASSLQYPMVIPTIEPRITVGKLSLVYRHGKFSRDLSKEVSAAKVQALHTPSATLTGNTKWPLTGGVPYQFNDAEDYLVEKLYVAGYQDGSVRIWDATYPALSLVYVLGSELAGFKTASASAPVSALEFCSFSLSLAIGNACGMISLYKLIRSSNETSLNFVTEAGKEVHVLPQGDGPQCMAVFSFLNYRTNEYEPAIAVGNICVHVLPQGDGPQCMAVFSFLNSRICNLQFADFGGRLAVGFECGRVAMLDISTLSVLFLTDSISDSSSPVISLAVKSFSDTNSVVNNGGNLFSDMSIDKHSLSSPQNSEAKTESAQTTTNNKNIPLAAELEPSIETTYFGQRLNDLFVLLCCEDSLWLYSLKSLIQGDSNSFQKVNLSKPCCWTTTFKKNERECGLVVLYRSDLIEIRSLPNLEVVGETSLTSILRWNFKTNMETTISSSDSGQIVLINGCEFAFLSLLAYENDLRFLSLSLSPPISSPYVSVIPESLPCLHDKVVAAAAEATINLSPSQKKAEDTAPGILSGIVKGFKAGKVEQKVDLLEISNSTCAHLDHLFSYPPFLKPSTDVKDDHDIVIDGPLVVSSSSQSSKNDEKDKRTEKERLFEGAPKTRTIDEIKAKYRKSGDASSAALEAKNKLAERQEKLEKLRDRTEELQSGAESFADMANELVKNMEKRKWWHI >WP_271250528.1 hypothetical protein [Pseudoxanthomonas mexicana] >WBX94110.1 hypothetical protein PE064_02550 [Pseudoxanthomonas mexicana] MTTERWVLEVYRTIIETLQGIAWMLLAFFAAALLAYVVRLSELKWATSPTP >WP_197888162.1 sugar phosphate isomerase/epimerase family protein [Pseudomonas putida] >MBH3468902.1 sugar phosphate isomerase/epimerase [Pseudomonas putida] MIISTFSYLWSSTAIDAIAQLSEHGYRVFEVPVSSPHCWPVEMSIAERSAASVRLRQYDAKIRSLNAGGYDVNLASPAANMRQKSIDHIKAVIDLAVAWDTQEVVISPGTRRPMISPPLEKTYDWMYESLAVLTPLAKQAGVRLLLENTPYCFTPTMGELAEVVATINDDVVRVVYDIANAAYIGEDPVASLLTYRSAIDFVHVSDTGMDVWGHDPVGTGVVDFVGLGEAVQATCGIENCVLEIIREENALYELNKGVQDLREKGWNIP >XP_033991852.1 EH domain-binding protein 1 [Trematomus bernacchii] MASVWKRLQRVGKHASKFQFVASYQELMVECTKKWQPDKLVVVWTRRSRRKSSKAHSWQPGIKNPYRGVVVWPVPENIEITVTLFKDPHAEEFEDKEWTFVIENESPSGRRKALATSSINMKQYASPMPTQTDVKLKFKPLSKKVVSATLQFSLSCIFLREGKATDEDMQSLASLMSMKQADIGNLDDFEEENEEDEENRVNQEEKTAKITELINKLNFLDDEDQEVPPALCSNPFEDPDDDLHPNHLNPFDDPDDTEPPAQPVLRQRVEDNSFYDHDSSNPFDDPEEPETETAPGNPFEEADPDTDLQPEPEPPKPRQRKGVRPVDMSKYLYADTAREEEEQLDESNPFYEPRTSSPEHPPAGSPSLDVGSGQKRRAPPPPSSSSGLGPSTPAPKPSAGPDRERNQPVGPSPVAVVMERELASSSPKPSPIPSPVLGGKPNASQSLLVWCREVTKNYRGVKITNFTTSWRNGLAFCALLHHFRPDTIDYKSLNPQDIKENNKKAYDVFASLGISRLLEPSDMVLLAIPDKLTVMTYLYQIRAHFSGEELNVVQIEANSSRSTYKVGDFETDTNASIGQDKFYAEINDVQHHQANSEPVDAAGEVNSESNGTKAAEEEVTEPGWKAEVGAVSCPASGSLKSPPVPSPRTALAASATSSEDRGSLLKAKTLDLSELPHRETERERQQQQAEEGGEERREGSTEPGSPTRRGASPPHQKLGFSYNRDADLIKKKRASLRHSESEPASESTPPPANHTDNTPKQEPTPVSSPPAEKRVLSRQEELKERARLLLEQARRDAAMKAGNKNVPNSALTAPNRATSVCDERDAERRRQLRERARQLIAEARSGVKMSDMSLDITDRGKGGKTIPAGDVLDGVGSPFEDDDGGEGERGEEEGRVEEEQLDLSGGGGDDDTFAATSASALVTNPLPLEENLPATSSTPLHLELTNPNYELTSLGKIHWLLNSKHVDLKAKKLVEVSPSQRRVTSPHPVLHISSPPMPPPPPRAPAEGRENNAEELRAERLRRATERLRSPVVFNKDSAVRKTQLKSFSQYVESRPEVKRQRSIPEDLRKAEEDRGSPTDLDIRRPFEEEKAFKDTSQYVVGELSALESEQRHIDARAARVEKRLRYLMDTGNKQEEEEAMMQEWFMLVNKKNALIRRQNQLSLLEKEHDLERRFELLNRELRAMLAIEDWQKTEAQKRREQLLLDELVILVNKRDALVRDLDAQEKQAEEEDEHLERTLEQNKGKMAKKEEKCVLQ >HAF54287.1 6,7-dimethyl-8-ribityllumazine synthase [Thauera sp.] MQRNQPENARQGARYDGIAEIDPSFDGAGVRVGIVMARFNLDICEGLLSACTDELITLGVARGDIRIVTVPGAL >WP_167613923.1 (2Fe-2S) ferredoxin domain-containing protein [Maribellus sediminis] MKKPDYHILVCNSYRVAGDAKGYCNKNGGADFIQYIMEECNDRGLDVAVSSTACLNVCSQGPVMVIHPNNFWYGGLTEERIDDILDALEEGEAVEEYLISD >MPZ45416.1 hypothetical protein [Betaproteobacteria bacterium] MMSAAGRVTTEQHAAPYRQRLHQPGPVPEKRDDYTSRLMAALYAIIFVTGGATLALELLASRVMTPYFGVSLYIWTGILSITLVALALGYWAGGRAAAILAADNRSERLYSMFLLMPALSALALVGACLMYPHVFPLLAGEDLVAGSFIACVILLGVPLVTTSAMNPLLIAIRVRQAAARVHADAGAGRVFFVSTVGSVAGVVVTAFGLIPRFSNFVSLLIVALCLSLLPMLALLPASQRPAGRRGLLATSAVAIVAAAALLWRADAYLGRMWPVKYSGLDWTIEARESSLFGTVKILRSSPIDERGRFVRVYFQDGLMQNRMLSDGESFSFYTYALEALALSHRPDMRTALVLGLGAGVVPRRLSERGVEVTAVEIDPASFTVSRRFFGLDRTKVKAIQEDARTYLRTCNGGYDAIVADLFHGDGTPDYLITRNFFADLRACLAPRGVVVFNTFADLDLPIGYAHFLATLRTEFPYVTLYRENDPGARHVNSYVVASVAVPAPIPVELRNIPGRYGEQLAALLRSPRQLDPGLLAGGLVITDARSGGAVDLARAQMGYRRQVARDLPPAFLVN >WP_067019348.1 LPP20 family lipoprotein [Marinomonas spartinae] >SBS35038.1 hypothetical protein MSP8887_02284 [Marinomonas spartinae] >SBS36512.1 hypothetical protein MSP8886_03732 [Marinomonas spartinae] MKMTIQLLLLAALGATLSGCQNLGQTTAMTCTTVGPCNGNIVGSPTSTALNYPNSVQNATNVIGVIKQEPIIIHATGYAAINPSKRYTKSQAKLMALRSSTLDAYRNLSERVYGLKIDGTSSLSNMVLQHDELRSYVDAYLVGAKIVSQREHEDGTFETVVEMALQENFRQCVSNPSSINNDPKCQIRPGYRAVNVESAHPTTNFYTIQ >MBO5601840.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.] >MBQ6033774.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.] >MBQ7717190.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.] >MBR0524023.1 glycerol-3-phosphate dehydrogenase [Prevotella sp.] MYNCGNIAIIGGGSWATAIAKIVLDHTQHIGWYMRRDDRIEDFQRMGHNPAYLTSVHFDVNKIFFSSDINKIVQNYDTLIFVTPSPYLKNHLKKLKTRLRDKFVITAIKGIVPDENLVCSEYFHQVYDVPYENLACIGGPSHAEEVALERLSYLTIGCMDKEKAQSFAQLISSDFIKTKTSTDVVGIEYSSVLKNVYAIAAGICSGLKYGDNFQSVLMSNAIQEMNRFLTAIYPLDRNINDSVYMGDLLVTGYSNFSRNRTFGTMIGKGYSVKSAQIEMEMIAEGFFGTKCMKEINRHWHVNMPILDAVYNILYERISPQIEIKLLTDSFR >MBU6248241.1 sulfotransferase [Xanthomonadaceae bacterium] MPGDAVTVRDVAGTLEQALAHAGRLLPTEPALAEAQVDEILKVVPGHPPALQLLAAAQAAQGRLDDALTVLESLAEGHPQWAAVQFELALARLQAGRRGAAIDALRRALALQPELPQGWRLLADQLREAGDVAAAQAASLEHVRHAARDPRLLAAGAALADDRIPAAEALLRQHLREAPTDVVAIRMFAELAARVGRADEARVLLERCLELAPGFHAARQNYALLLHRANLPEQALAEIERLLAAEPRHPAHRNLKAVVLCRTGDYATAIDLYAELLAEYPDNAQVWMSYGHALKTAGLTARAIEAYRRALAQQPSFGEVWWSLANLKTFRFTDEDVATMRGQLARTDLSDGDRLHLDFALGKALEDAREYEASFRHYAAGNARRHGQLHYDPDETHARVEHIRRQYTREFFAERAGSGSAARDPIFVVGLPRSGSTLIEQILSSHSQVEGTMELPEITSITRLLRGQSDGDSPMPYHDALARLDAGALRELGERYLAHTRIQRKTPAPLFIDKMPNNFMHIGLIHLMLPNAIIIDARRHPMACCFSGFKQHFARGQSFSYRLEDLARYYTDYVRLMAHFDAVLPGRVHRVIYEHMVEDTEGEVRRLLAHCGLPFEEACLRFFENERPVRTASSEQVRRPIYREGVDQWRHYAPWLGPLEQGLGAVLRAYPGVPEQEGP >WP_165682932.1 MMPL family transporter, partial [Mycobacteroides abscessus] >SHO81890.1 Probable membrane protein, MmpL [Mycobacteroides abscessus subsp. abscessus] >SHW10837.1 Probable membrane protein, MmpL [Mycobacteroides abscessus subsp. abscessus] >SKV47783.1 Probable membrane protein, MmpL [Mycobacteroides abscessus subsp. abscessus] MKEELGAGINTGIIRAMGGTGKVVTSAGLVFAFTMLSMVVSDLRVIGQVGSTIGIGLLFDTLVVRAFMTPAIAALLGRWFWWPQRIRRRPAITSQAPAERRMRVLLDA >WP_143020066.1 GntR family transcriptional regulator [Sinosporangium album] MSPPAATNEGSEAMRLPQQIAARLRADIHDGTLLPGQLLPSEFQLVERYGVCRHTARCAVALLREEGAVYTVRAEGSYVGPRSAPRRRPPLKCEEVAGDLRERIRDGRLRAGERLPNEVVLAARYGVARDTVRAAINLLRDSRLVHTLPRKGTFVAD >WP_238972864.1 toxin-antitoxin system YwqK family antitoxin [Fusobacterium nucleatum] >MCG6836555.1 toxin-antitoxin system YwqK family antitoxin [Fusobacterium nucleatum] MKNKIFIIAFSLLLSVSAFSNPIEVRKKDLKVIEKIYYLKDSEIPFTGKVSEGRDRLYYLNGRQDGKWISFYKNGNIKSIVNWKDGKLNGKYVIYESDGRKSTETIYKDGKENGYYYLYNPNGTYRTKGAYSMGKPVGEWEYYDKDGKLTNKVIVQ >ABG88111.1 envelope glycoprotein, partial [Human immunodeficiency virus 1] AKTIIVHLNESVTINCTRPSNNTRKSVRIGPGQAFYATGAITGDIRRAYCNVSGSEWQKTLRQVVTQLRKHWNTTIIFSNSSGGDVEITTHSFN >WP_260325674.1 energy-coupling factor transporter transmembrane component T [Clostridium perfringens] MLTYIKKDSPIDKLTGATKLICFIFWTLAAMLTYDTRVLIGMLIFSLIIFKVSKIEFKEVSFIVYFILFFLLLNDLAIFIFSPYEGVNIYGTRHDIFHIVGPYTLTWEQLFYEFNVTLKYLSVIPMALLFILATNPSEFAASLNKIGVSYKISYSVSIALRYIPDIQREYQDISFAQQARGIDMSKKEKLGKRIKNISSVLMPLIFSSLDRIENISTAMELRAFGKNKKRTWYNERKFSKGDYLAIIVVILIFALSLYFTFNNGSRFYNPFVK >MCC7417019.1 GNAT family N-acetyltransferase [Acidobacteriota bacterium] MEKMPYQPSLDTAVLPAAIDRPEPSAPDWRRDLPALRGAMVTLREMRIADAPALFAALTTEQVSRFISPPPSSVEGFERFIAWSQRQRAAGQYVCFAVVPHGSDVAIGLYQIRSLEPAFGTSEWGFALAEEFWGSGVFMDGAKLAATFAFEVLGVRRLEARAAVRNGRGIGALRKLGAVQEGLLRRSLLRHGEWLDQSLWTLLADEWHGGRDLWIAASVVH >MCI8430709.1 carbohydrate ABC transporter permease [Lachnospiraceae bacterium] MNKKMNKAAVKALLLLPGLFFCAPVLFLLSGSILSRQELRESLLPLMADTDQLITWRFFPMYPTFAHYGKLLFQTPQFFVVFWNSMKITVCILLGQLLIGVPAAWAFAVYPFRFRKVLFTLYIVLMLMPFQVTMLSSYLVLDGLGLMNTQEAIILPAVFSTYPVFLVYRGFCSLPKGLIEAARIDGAGEWMIFAKLGLPLASGGILSAMVLGFLEYWSLIEQPLAFLEDQTLWPLSLYLPEISLEQAGYSFVAAVITLIPAVFVFLAGREYLEQGIAASGMKE >XP_030622007.1 zinc transporter ZIP1-like [Chanos chanos] MEYLLQVKVGALVGLLLLTLLCGFIPARLKWFRETSGTEMHRIMLSLISCFAGGVFLAACLLDIIPDYLSDMSEELRTQGLDVNFPLPEFIMACGFFAVLILEKTVLSFSAQRSEESAPLLVSPGHGHDHGTVYDPEGSARHVHVDLHAHSSFRSFMLFLSLSLHSVFEGLAIGLQTTDTKVLEICIAILIHKSIIVFSLSVKLVQSQVKPLWVVGYVCIFAAMSPLGIAVGILVTEAQLESGVLIQAVLEGLAAGTFVYITFLEILPHELNSPERQLLKVLFILVGFSVMAALSFLG >WP_053695461.1 winged helix-turn-helix domain-containing protein [Streptomyces sp. NRRL F-5755] >KOU07371.1 ArsR family transcriptional regulator [Streptomyces sp. NRRL F-5755] MNGETRLLAPLVPTRGYFPDFLTPAEGLLGLDEGLEAVRATPPARLHAELSRLPATRPLPSWLRALSEGDSAALGRLTGALQSYYENAVAPYWPRLQARIEADRAARGRALLDGGADHLLATLPPTMRWRPPVLEVDYPADRDLFLNGRGLLLLPSFFCRRTPVTFYDPDLTPVLVYPVEHPAPRLVTPAAPVHASLGKLVGRTRSAILHGVGGGCTTSELARRVDVSLASASQHATVLRDAGLLLTLRHGNAVLHTLTPLGAALLRGGPEVDVRGVDTRGLEIRGLEIKESEEWEARGMGAREAGGREMEAREVGA >XP_029196159.1 uncharacterized protein LOC114961573 [Acropora millepora] >XP_044173217.1 uncharacterized protein LOC122957277 [Acropora millepora] MSFKDARDALVLYHDNGVIDHEEFCLLYDANRSKNPEFPYEEYGKFDLEEMDNSECKAEFRFRKEDIPMLAEALGIPETFTCSQGSVSDGIEGLCIMLKRFSYPCRYSDLIPRFGHPVPVMSMICSTVVDFIYNLHGHKITEYNHNILNPASLQIYADAVFSKGAALDNCFGFVDGTVRPICRPGEMQRAVYNGHKRVHGLKFQSVALPNGLIANLFGPVEGRKHDASMLDESGLLNELERHAFSPTGQAMCIYGDPAYPHRVHLQRPFQYGLLTQQMQNFNGSMSKVRSSVEWIFGDIINYFKFLDFKKDLKLDLSPIGKMYIVCALLRNALTCLYGNTTSDFFQLDPPSLEDYFA >WP_049009918.1 magnesium-translocating P-type ATPase [Citrobacter koseri] MLKNITRELFARLNRHLPHRLVHRDPLPSAQSVANTPIPPSLSDRCLKMAVMEEAALWRAFDAHPEGLNVAEVEDAREKYGENQLPTQKPTPWWRHLWVCYRNPFNILLTILGVISYATEDLFAAGVIALMVGISTLLNFVQEARSTKAADALKAMVSNTATVLRVINEKGENSWVELPIDQLVPGDIIKLAAGDMIPADLRVIQARDLFVAQASLTGESLPVEKVATTRDPKQSNPLECDTLCFMGTNVVSGTAQAIVIATGGETWFGQLAGRVSEQESEQNAFQKGISRVSMLLIRFMLVMAPIVLIINGYTKGDWWEAALFALSVAVGLTPEMLPMIVTSTLARGAVKLSKQKVIVKHLDAIQNFGAMDILCTDKTGTLTQDKIVLENHTDVSGKPSERVLHSAWLNSHYQTGLKNLLDTAVLEGVDEESARQLSGRWQKIDEIPFDFERRRMSVVVAEEADVHQLVCKGALQEILSVCTQVRHNGDIVPMDDNMLRRVKRVTDTLNRQGLRVVAVATKYLPAREGDYQRIDESDLILEGYIAFLDPPKETTAPALKALKESGITVKILTGDSELVAAKVCHEVGLDAGDVVTGSDIEGLSDDELAELAARTTLFARLTPMHKERIVTLLKREGHVIGFMGDGINDAPALRAADIGISVDGAVDIAREAADIILLEKSLMVLEEGVIEGRRTFSNMLKYIKMTASSNFGNVFSVLVASAFLPFLPMLPLHLLIQNLLYDVSQVAIPFDNVDDEQIQKPQRWNPADLGRFMIFFGPISSIFDILTFCLMWWVFHANVPEAQTLFQSGWFVVGLLSQTLIVHMIRTRRVPFIQSRAAWPLMLMTLVVMVVGIALPFSPLAGYLQLQALPLSYFPWLIAILAGYMTLTQLVKGFYSRRYGWQ >OTA99890.1 hypothetical protein M426DRAFT_324788 [Hypoxylon sp. CI-4A] MSQKTIAFFGASTGVGLAALRHSLAAGRNCVALCRDPAKLSNIFSQEKTPNLKIVQGNAHDLSAVSQCLRTLENELIDEIVFTIGGKFILSKVSLDDPNVCEKGITTVLNAISELRKQGVEGRPHIIACSTTGFSRFGRDVPLSMVPFYNIALKVPAADKIIMEDKLATSNEDFTVVRASRLVDGETDNTIRVGIEDPKAGVEVKAIGYKISREDTGKWIAKNLISGMDGKYLNKNVTVTY >KPP66050.1 C2 domain-containing protein 3-like, partial [Scleropages formosus] MRRDVIPSTSLPPLVGGQLRCFLRVTVSRVLWIISKPPLTVIVRLRWWGESSGGTNFFPQSGPEQGAVRTTARYAIRCGPKQFTSYLTDMGTLVLEALTKPDHFPIGRVQIAGIAQLSLSHSISGFFTLVSPTSEKLGEVQSYKNLILLDRGSKLRNAMVVSALKSTLDSEMILRDIPLPVPKDNITAITALPSVHSSGKLLQDLLRPEPSLIYPQEDQHSPEEPSHIWVPDTEKRAIELLLGSPDGLVLPFWDGEGSPPDLSSGASSVCGNSELGDPHYDQSLLEKLFYRAPMLDTSSNDFVGEKDSRTPGKKQNSPSGREEMAEHPRESDGKNSVGRLVQEDAMHNSKTAVVPSLSLDQIAMLGQRPHLRAIDSTLYQAGNVVSFQQHGLFQVQFISTTIEHWWNTELTFTIYSRKGSQKKVTLEMDVGKKSFPSVSGSKAPSQLPQHPSSPHEKTALLSDDLSTPVQSLKLYNSNASVGFVNKQRTDLIPVQDMLCPPPHSILPVGKPLQQPEENSLLLHVLLMIPNGRDFSCGPAQTYLMCKLFGTDESSKSAVSWGQTYPTFNFIQVAPVTMTSRLLERMKNNVMVIEVWQKRSTFWQDRLLGLVKLPLHQFYVCFRDPKISHLLLRAQYPVVGVDSYMPVVDVSSGSSHGHLQVLLAMGLAEQIASLQQLRGKDLIFMSQPIRPLHLLDPGSLPEPMVNMGHSEVMTEHMFQFRVERVKGLVPLQSTVWGEADCYVQYTFPAWDQGRAHKVDPHSPEKSADLIQFRTATTLCVPDPVFNHSETHALLTPVGVPIQRLLLHSFSGHGTDARPGIQFEVWCRYYYPSVRDQLVAKGLLPLSKLCAMVTMQGEGQIGPQVFSLPLVPRTESSPGYQPQPSGLIDVSVHYKHRSVRTKDVRYGPVALQVVMLAIHIHRAAGLQAAMRAMARHDSRFQYYSNVGVNSYIVVELSFLPESERRSTRVVAQSFCPEFEHHMEIPCSLLTHRVQGETCSLAELLDGGTAIFTVYHQESHKVDRPAPSDTVLGTVKVQLTDLVHKSTGISGWFPLYWPQSSEMFNLHHSPIGGLQLSINFAHHSDREWVISSARDLGWEVDGEEQEKEEEGLCSDREQTVSVAVSIPRLWVPLHCLQLPGQVGLERSTYCYFRYKLYDMDAFCSPLKHPSLKEEHREGYAIATMAFRSYQTVELRSTPPLHWYLLEETLEIQVWVAFGKHKRPRPHDTDRLVGSAYVDLSSLAKRGQQKLTLTGVYPLFKCSAPDLSGAALRVHITMTHNMGTSLFCEPGPVIESEGEHNISGLEDTEEDDHPHAVLSDTPNRLQKQISMCSEIPQSQKAELNAGNTFAVCITVERAMHLSLKGNPLVESNGAIPSCCVLYSTTDSSNPIMTPVVQDSDCPVWDHQQESRLSKQLLLDPQQTLVFKVWHKGDVERVIGFASVDLSPLLVGFQSVCGWYNITDFNGQCQGQLKVSVSPLEDIQDLQALRKKANDEDPKDSAVLFQPSAVYHTSAMYNTFPTHISRYPEQRIISSPDQQEALFSG >QDF59120.1 light-independent protochlorophyllide reductase subunit B [Botrypus strictus] MKLAYWMYAGPAHIGTSRVASSSKNVHAVMHAPLGDDYFNVTRSMLERERDFTPVTASMVDRHVLARGSQERVINNITRKDKEQRPDLIVPTPTRTSSILQEDLQNLVDRASLSSNSDVILADVNHYRVNELEAADRTLEQIVRYYSNKARGQGTLNQCLTDKPSANIIGTFTSGSHNQHDCRELKRLLRDLGIGINRVIPEGGSVGDLRNLPKAWFNIVPYREVGLMTATYSEKEFGMPYVSVTPMGVVDTAEFIGQIQKHINTWAPTLLGRKVNYGSYIDNQTKFVSQAAWFSRSIDCQNLTGKKAVVSGDATHAASITKILAREMGIHVSRAGTYCKHDAEWFNEQLQGFRDEILITEDHTKVGDMIARTEPSAIFGTQMERHIGKRLAIPCGVIPAPVHIQNFTLGYRPFPGYEGTNQIADLVYNPFTLGMEDHLLDLLGGHDTKEVITESLSTDEDLTWNLESKLELNKIPGFVRGKIKRNTEKFARRKGITNITIDVPYAAKEALNA >MPC98265.1 hypothetical protein [Portunus trituberculatus] MNLSNLLLKLPTIKTLKRSLSLKRPPDTEHHHHTDQDHHNHQKDLCPHLSATDSHLYSNHLITNTLAHSHNIGDSCWDTDYLIF >BBC91732.1 MFS transporter [Streptomyces rochei] MTLVAGFMSLLDVTIVAVALPTVQRDLGASPAQVQWVVSGYALTFALALVTAGRLGDALDRRRIFLLALSAFVLFSAACGAAPDITLLVVARLAQGLAAGFMAPQNSALIQQLFRGAERGRAFGFFGATVGISSAVGPITGGAILALASGADGWRWIFYVNVPIGILAVLLGRRLLPRVQGTGRGRVDAIGVLLLGLGVLALMYPLVQADSGGIERLWWLFPVGAVVLLAFAQWQRRLVAKGEQPLLDPRLFSTVRGYAVGAGVGTLYFIGFSGVWLVFALFYQHGLGFSPLRSGLAVTPFAVGSAFAAVVAGRLVERLGRLLTVCGLAGVILGLGGAALLLHSVDLGTAPWVAAPVLFLGGIGGGFVVSPNFTMTLRDVPVRMAGAAGGALQTGQRLGAAVGTAALPGLYYLVLGRHQDYRAAVVIALGAALIGMVASLALATFDWQRDRRARSGGGKRPQEVADDPVRSGQS >XP_040685867.1 uncharacterized protein ASPWEDRAFT_44257 [Aspergillus wentii DTO 134E9] >KAI9934763.1 hypothetical protein MW887_000380 [Aspergillus wentii] >OJJ32190.1 hypothetical protein ASPWEDRAFT_44257 [Aspergillus wentii DTO 134E9] MSTPQQRLSSIANQFSGPGAASARDRLLSKNPDDVVITLAVRTPLTKARKGGLKDTTIDNLLVSLLTTVREKSNLDPNLVEDVCVGNVLAPGSAYVARSAVLAAGFPATAAASVANRFCSSGLLAVQNIANQIIAGSIDVGIAVGAESMSTNPDGGAPEMSDKIMSHPLASQNKQPMGQTSENVAGQFSISRERHDQFAAKSFQKAEHAQKAGWLNDEIVPVQTIIKDPKTGEVKEVVVDRDDGIRYGTTPESLGKVRAAFPQWKPSATTGGNASQITDGAAGIVLMKRSRAQELGQPIVAKFCGATVAGLEPRIMGIGPSIAIPKILSKVGLTKDEIDIFEINEAFASMGVYCVSKLGLDEKKVNPRGGAIAIGHPLGCTGARQVVTALSELRRQNKRIAVTSMCVGTGMGMAGVFVSEH >EDQ0183574.1 hypothetical protein [Salmonella enterica subsp. enterica serovar 4,[5],12:b:-] >EDQ8095106.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Java] >EDR2261629.1 hypothetical protein [Salmonella enterica] >EEE5613297.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Typhimurium] >EDQ9996407.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Java] MDPVIRKVCLYLPVLLTAFFAFRVWSAGHIMPAALLTTLCASLAFLAIAVE >WP_072476944.1 winged helix-turn-helix domain-containing protein [Amycolatopsis australiensis] >SFW70327.1 regulatory protein, arsR family [Amycolatopsis australiensis] MLKIHFTEADLAKLTIAEDADPMWELLMSSYRMRRPEGEPFFGRWRRGSRSAVPESGRLLMAAVPPYGYCPDFLTPAGRRTIGDGVAAVLDTPPPVLAADVAELAAQGTRVPAWLRRLAGGETRELHRLGTALHDYYRRCLAPDWPAVRRAVARDRRRLQASLDHGGPQLLLSTLHPDITWTPPVLRVRFPAEQELHLDGRGLRLIPAFFAHGMPTTYKNPGLPPVLVHSISHPGFDRDAEPGPALAALLGQTRARALVTIAIARCNTSELAELTGVSLATASQHASVLRASGLITSTRSGKAHVHEITPLGLGLIRAS >MBR3327931.1 cell division protein FtsL [Atopobiaceae bacterium] MRRADSAALRLDAPAVVLPRGSRANFTAIEGESLDANARQGVRPLFMRIVSCLVAVALVAFAFGGTAVWLTSGTVAILQQNNALSSQIKDTRNLNDDLRIECSLLSRSERISQIATQNLGMVYASTADRVSVD >ACU61622.1 Methyltransferase type 12 [Chitinophaga pinensis DSM 2588] MLWNERYTKGLPALEIPDPFFVKMYEEHISKEFPNGGIALDLAAGTGRHTLFLSTDNWQVRAVDISDVAMERLAEKAAGRPVQTICTDLAEYAFPQAAFDLIVLYYHFDRALFAAVGKALKPGGLLISKQAVGKPVNPHTLQAYELLQLTEGLEQISYAERPVKERGVAEYLGRKPF >EFM1979785.1 ethanolamine utilization protein [Escherichia coli] >HCO7396825.1 ethanolamine utilization protein [Escherichia coli] MNNPVTGVVTKADLASMEHISLVKCWLREAGAHNVLVTSAVNNNGVTELFALQHTEEGCC >WP_029005116.1 MarR family transcriptional regulator [Azorhizobium doebereinerae] MRRHNPPAPAAAPPALAGAASGEALQPWPLAERPGFLIRRLHQIHVALFAEICAAHKVTPLQYSLLSALSECESADQTTLSNKVVLDRTTTTGALKRLEARGLVQRGKSPEDRRSHACRLTPQGRALHALMEQDARRAHAATLAPLDAADSRTLVALLKRIVDASQTRCDGQDLL >HCF98070.1 DUF4418 domain-containing protein [Bifidobacterium sp.] MPRKLFAAISQIVLGALIVIAPQTFAHVCAVKDMPMACRYTARVALGLGVVIALLAIIGFFAPSRVRAGLDIANAVLGVLVVLVPTMLVGVCRGSMMHCHMVTMPTLIVLGVLLAVLAAVAAYLDLKPAKRG >WP_280541983.1 heme o synthase [Vibrio splendidus] MVSRTSTQYEVVAQDAALTHKIAANNDTALSNEIAIKNKATWKIYLTLTKPKVVALMLLTALVGMCLAVPNGLPLLQTVFGMIGIGLMAGSAAAFNHLIDKKIDGQMTRTNRRPLPSGELSSVRVFSFAAGIGLLGFATLVVWVNQLTAWLTFASLLGYAVIYTMYLKRATPQNIVIAGIAGAMPPLLGWTAVTNELHSNAWLLVMIIFIWTPPHFWALAIHRRDEYAKVNIPMLPVTHGIEYTKTSILLYTLLLSIICILPVLVGMSSWIYLSASLVLNGGFVYHAWVLKYRDEPNMAMKTFKFSIYHLMILFVALLADHYLL >KEH41285.1 TAZ zinc finger protein [Medicago truncatula] MIIYYIAILMSKTPKNANIYDHFFFRTEKGNSKVTASRLSYFDGDCWCSNAMEVAETFGKESGGDYEKRVAIVDDIPSDSKHNDIVLESGLFENRDNFLSFYQKTLSFSLTHSVLPKNWESNEEMMVKLLNVLKHASQCRTANSEPCSHPHCMKISFIQTAHSRNCKDSERRIPRCSDLKKHVEQRSMHSESCRRAVVGQ >ORV68006.1 hypothetical protein AWC09_16005 [Mycolicibacter hiberniae] MLLAGCSTTVDGHPTAAPGGGGPPEPSLRPPRTSTTPSSPPRPAPSATPNQPADAIPLPPDDNGYVFIETKSGRTRCQISSPQVDCEAEFTNSPLKDGQHANGVSVSADGTVQWVLGNLGDIPVVTIDYLTYRAQGWTINADIDGTRFTNDRSGHGMVVSIDNVDTF >HCA7191507.1 YaeF family permuted papain-like enzyme [Escherichia coli] >HCA7467544.1 YaeF family permuted papain-like enzyme [Escherichia coli] MDKPKAYCRLLLPCFLLLSACTVDISQPDSSATAVDVEAKTWAVKFQHQSSFTEQSIKEITVPDLKPGDLLFSSSLGVTSFGIRVFSTSSVSHVAIYLGENNVAEATGAGVQIVSLKKAMKHSDKLFVLRVPDLTPQQATEITAFANKIKDSGYNYRGIVEFIPFMVTRQMCSLNPFSEDFRQQCVSGLAKAQLSSVDEGDKKSWFCSEFVTDAFAKAGHPLTLAQSGWISPADLMHMRIGDVSAFKPETQLQYVGHLKPGIYIKAGRFVGLTR >WP_111083956.1 MULTISPECIES: RNase adapter RapZ [Curtobacterium] >MBF4586158.1 RNase adapter RapZ [Curtobacterium sp. VKM Ac-2887] >MBF4604229.1 RNase adapter RapZ [Curtobacterium sp. VKM Ac-2884] >MBT1622620.1 RNase adapter RapZ [Curtobacterium flaccumfaciens pv. oortii] >NQW89316.1 RNase adapter RapZ [Curtobacterium sp. VKM Ac-2861] >PZE97447.1 RNase adapter RapZ [Curtobacterium sp. MCJR17_020] MTDSATATAHASQHDILIVTGMSGAGRSTVGKALEDLGWYVVDNLPTQMLAPLTELADRAGEKIPKIATVVDVRGGRFFTDPEHAVEQVRSTTSARVRVLFLEATDAVLVRRFEQVRRPHPLQGEDTLLDGIARERTRLAGLREASDMVIDTSDLNIHQLANTVTEQFADDHFVGVQVTLMSFGFKYGLPADADMVADVRFLPNPYWVPELRAHTGLDQPVSDYVLAQAGARPFVDRYVSVLEPVLEGYQRENKRHATIAIGCTGGKHRSVAIVAELANLLRGMPGVAVRVKNRDLGRE >XP_044551221.1 uncharacterized protein C9374_001561 [Naegleria lovaniensis] >KAG2387229.1 hypothetical protein C9374_001561 [Naegleria lovaniensis] MEANSSTMYLDEGNTIQCREMEYMKSCSSKSRAEIPFHFRTDDEEEMMNGHMRVIEHTNNLGNLPMEMIHYICRHLHSDQLFRSLFVLNRHWYECLRTYPTVFLRKCRNSEGALQVLKDRFIDLRFLNLSGLELHDREGNCQHVLKELREAMNSSCKRLRYFRISNCLTSPVQKSAANQMILRDIDSELGKDGYNWFAQPSEDGNGREITIEISTKHIETVVFEMLGQISRIRVVSIEDQEQDRNCNLKPNSISLFISRCRYVSKDTFDTMSENREFCERVAELMLEWNIGVDDLTIESICRSFPNIEKLSVANCVSIGSAGFGLISSVHNLRSLVVVGTKIKDEDLIKLSSLPNLKAIDLTGTKVTIMFEESYMKFVENCPQLEELSLSDCNLSDATVLLIKKHLKQLRKLDLSWNVEMADAGMDNILGELPRLEQLTVISGAKIEHAMLLKERNAPNPLLPHLKKLCLGMRNFQSAQSVSNILQNAPNLTSLLLSGCSLLTSDSFEVSPANCSLNKLKEVHLMRCRRLDDSALDKLLPLCITSLDSLLLQKTKISKAKIEQWKHQSGGVLKKIGYPKY >MCK9592859.1 hypothetical protein [Methanoregula sp.] MKATINHNTYEITVDPAAACNEAAQLNINGKMFGFIKPNGTLCIFGEGPINKVWVSRAFPTEYVGQDPTLAATRIDSGDHYEEVP >WP_076194242.1 HAMP domain-containing sensor histidine kinase [Paenibacillus odorifer] >OMD77659.1 two-component sensor histidine kinase [Paenibacillus odorifer] MKNNIIGLKLGFVIMSVFVVVLLVLGVTIERMFTNFYYNEMQKETEELTSHFIGMAESQDSSNEQMMSTFAEFSDVSIFNISKDGNVILHSGVHDRLDRSFIHASDVSRIFAGKSVDFEYKDPAGYSYFIIGKPIMEGDTTQSALYVMSSTESMKQSLASIRNLLLIAGMGAFILALGITGVIAMILSRPLIKMQKATRKIAAGELETRLSIRSTDEIGFLAAAINDLAVDLQRYRDTRQEFLANISHELRTPITYLEGYTKVIKDGLYETEGERDLYLDIIHQEAHRLQHLVDDLFELAKMEEGKVTLTQEWIDLSQLTEQAVRRVELKAKEKGLQLKLQLSGDAYMIRGDQKRMEQIIMNLLENAIRYTDEGEIIVHVEFAADAATLIVEDTGIGIPEEELPYIFERFYRVEKSRSRQYGGSGLGLSIVKKLVELHGGKIRMMSQPGAGTRCEVQLLNLSKSE >MBI2147080.1 DEAD/DEAH box helicase [Candidatus Woesearchaeota archaeon] MDISSLKEAIPEALYTVLLQQKHQELRPCQEKALGKGLLAGKNLLVCTPTGSGKTLVAELACTNAILTRRGKAVYIAPLKSLASEKYKQMTSRYGQLMRVALSIGDMDASDPYLAEYGFIITTSEKLDSLIRHGTPWLKEVAVVIIDEIHLLNDPGRGPTLEILITILRKILKDVQLIGLSATIGNPKELAAWLGAELIIDHWRPVELKKGIYFDGELVFDESHRSSEPVSESVRQDRDKKHKI >WP_068964936.1 hypothetical protein [Desulfosporosinus sp. BG] >ODA40207.1 Cytochrome c family protein [Desulfosporosinus sp. BG] MKKTFLLASLFLILMVILTLKQGRTPEWSDYQKEYFNEQISELQVQLGAIDDENKKKQVELQIASYQNRKPEIIDLILPNGKVERCKTCHIGIEEISNSHPSNTFGCAVCHGGNPLSLDETTAHAQMYGGSHPGSLNAASLSCGGTGGNGISCHANNQEQAKNEVDLVKTSIMSTKAGELSVVRMMFGLDKTKDVPGLAKGQVASLYPHPLQGQPSERGFKEDCLSQCHQSEGDLPVQHQGLTSSNAQQGIAQAKSNGQNGDNDKVQGNGCEACHVLTNPTHTYIGDDTTIKTNDIGHGMVHRLTTQIPYTQCNQCHNQGNHDALKMSFSVRSDMAKVVRDWKAGDTTWADRLSDYYLPGEIFARCEVSLDCIDCHTRQDVMGDDKLYTSQYDAVHLQCLDCHGTKERLPLTKKIENLNDLAFEEQITNSQFPALQIGDEILRTVKGEELPFLRHKGDNWIQSSRITGKIFNVPLVYGSKCEQTLDEQGADSCHKCHAQSAQHP >EHD1229023.1 ZinT/AdcA family metal-binding protein [Escherichia coli] MAIRLHKLAVALGVFIVSAPAFSHGHHSHGKPLTEVEQKAANGVFDDANVQNRKLSDWDGVWQSVYPLLQSGKLDPVFQKKADADKTKTFAEIKDYYHKGYATDIEMIGIEDGIVEFHRNNETTSCKYDYDGYKILTYKSGK >WP_259619769.1 MFS transporter [Paenibacillus doosanensis] >MCS7463912.1 MFS transporter [Paenibacillus doosanensis] MSRHTTQTAAAAATADEAIQERQADPRRWYALAVFLLPVLLISLNTYMIQVALPSIQSSLQASFSEAQLMVSGFSLSLAVALIVSGKLGDLYGKKRMLLIGVSGFTLMAALGGMASDPALLIALRIVQGIAAACIQPQVLSLMQVGFLPREKGLVFAIYGALIGLGFAFGLILGGILVHWNPFGLGWRTVFYFNVPFGGAVLLLLPFLPEAGMIRRRGRGQSIDWTGTLLLTVGLFLLIYPLSEGQKRGWPLWTGGCLAASVLLLLAFIAVQIRKRGGPSVPLIDLSIFLRRTFRIGILTVITVYFSMFSFFFILSYYLQFGLHYSMQLTSFVFLPLGCGFFLTSLLSSRIVSRWGITGLKAGALVMGGSTFLLIASLHCDSGQLLNARAVLILLVYGCGLGMVTTPLANVVLSTVTPEEAGTGSGLFTTFLYLSNSLGVALTGILFTASLGHPLAEAAANDYVRAFSASLTLTGGLAFAAFGLLCLLPGGEANSQD >KAF4306879.1 putative tata-box-binding protein [Botryosphaeria dothidea] MDSLNTHPATATQAKAFTAPGSLSFPGGAGDLTPPSSEKDVQQSQNGGNAGNGVMPATPAATPGAAANGVSGIVPTLQNIVATVNLDCRLDLKTIALHARNAEYNPKRFAAVIMRIREPKTTALIFASGKMVVTGAKSEDDSKLASRKYARIIQKLGFNAKFTDFKIQNIVGSCDIKFPIRLEGLASRHHNFSSYEPELFPGLIYRMMKPKIVLLIFVSGKIVLTGAKVREEIYQAFELIYPVLSDFRKS >WP_017171503.1 phage tail protein I [Xanthomonas phaseoli] >MBO9855183.1 phage tail protein I [Xanthomonas sp. A1809] >MCC8532433.1 phage tail protein I [Xanthomonas phaseoli] MSSSPLPPNATPMERALAAVTERLAAIPLPYPDLWNPDTCPASHLPWLAWTLSVDDWKAEWSDAVKRSRLRSAMAIQRRKGTANSVRMVVESFGGAVAIREWWQTEPRGAPHTFELTLTLTGTDGQTATSRFVNEVIAEVERTKPVRSHFTFTQGFQVEARIGVLAVARPAVYRRLLMDAQ >WP_022389025.1 aldehyde dehydrogenase [Blautia obeum] >MZT68387.1 aldehyde dehydrogenase family protein [Blautia obeum] >RHL43327.1 aldehyde dehydrogenase [Blautia obeum] >RYT67731.1 aldehyde dehydrogenase [Blautia obeum] >CDD87240.1 aldehyde dehydrogenase (NAD) family protein [Ruminococcus obeum CAG:39] MNQNDIHKLIEKQRAYFYSNETLNIEKRIHALKKLKTCIQKNEAEIATALEADLGKSNFESYMCETGLVLSEISYMLKHIRRFSREKRVHTPLSQFHSRSFTKPGPYGVVLIMSPWNYPFLLSLDPLIDAIAAGNTVILKPSAYSPNTSKLIEKMIRECFSPEMVAVVTGGRAENTSLLEEHFDYIFFTGSQNVGREVMRKSSAHLTPVTLELGGKSPCIVDESADLKLAARRIVFGKYLNCGQTCVAPDYICCHSSVKDAFLAEVKKQISLQFGEQPLSSSNYGKIINEKHFHRISGLIDHDKVIFGGHNDRNTLRIEPTVMDHVTYEDKVMQEEIFGPVMPVLTYNSLDELIGKINSMPHPLALYFFTRDKVAARKVTSQCQFGGGCINDTIIHLATSEMPFGGFGESGMGGYHGHEGFRTFSHYKSIVDKKTWLDLPMRYQPYKRINDKLIHFFLK >WP_010462366.1 MULTISPECIES: STAS domain-containing protein [Acidovorax] >KRD16409.1 hypothetical protein ASE39_10880 [Acidovorax sp. Root267] >MBD9393596.1 STAS domain-containing protein [Acidovorax sp. ACV01] MSKEETTPGGLLSKVVRFVKNPTVNWTELDSIQDDRESQYSKQMLKEMIERKRRNDFVRRREFDQLRKLRQREVLQGQRVEDAAGRPSFFQSSMASPDDRAVTLKKIDEIEAQMSQQWWKSKQGAEAPTQPGAMPAAASGAATSDSEHARAYAPTAPGSLPAPLENKPGVQPLFADDSMAIGRFGGTDAQMLPGEGPGEASFSPAAATAATPAPASEPEEFVHEPDLEEAAIRFANGDHAGAESGLLDVLAQHQQDAPDDQLEIWMTLFDLYRATGQHDRFDTLAIDFAAQYSRSAPLWFSMLEQLGMAPPPAAAAPGAPAAAPVGAVRRDFSWNAPPTLAVSSVAALQASLARSASPWTLSWARLGAIDEAAVPLLAEQFTRWAERDGQLVFSGVEKLNALLDAKTQSGDRSTSPEWWSLRMAALRLMGKPDEFELVALDYCVTYEVSPPSWVSPRCGYSDNEGASSGSAPLAADSDFMASDLGDASAPAPLETGPVAQLSGHIDGDATPLLEAFQAFLRPGVPLTIACDKLIRVDFAAAGSVLNWAAEQQGHGHVIQFHNLQRLVAIFFNVIGINEHAWVVPRKN >KXN72221.1 hypothetical protein CONCODRAFT_137633, partial [Conidiobolus coronatus NRRL 28638] PTLKQRFIKWAVNRGIVFIYLFLWILLQILVFCLGYVKYNYGDNYKTLRSELGYGFVFARAAAVVLHFDTGIVMLPMCRNLVSYLRISRLGKIIPFDKNIEFHKIIGYSIVFFTLIHIGAHYYNFWLLQKLNPTGPSWVYFSFLSGPGWTGHGMILALFLMVITSIELVKRKYFEVFWYTHHLFAVYFGLFSVHGMFCLLKPDRPPYCGDGGSFWKYYVLSGLLYLIE >TFE29608.1 ABC transporter substrate-binding protein [Frankia sp. B2] MNAQFGPRPGPGRGSGRGRGGRLPRLVSVLATILLATVLAATVTACSGGSGDGSRELAASPTPATTTTPPPSGKPGGTLRIVTQWMPSGDPGWADQPGERAVSRLVTRQLYSYPSDEDTTKSTIPRPDLAVGAPVVTENGLVYTVRLRPAARWDTPNQRRITANDVARGIKRLCTPPNPSPLRGYFTATIVGFREFCAQLAATPVADAAAFVESSTVEGIEIVGDDTLAFHLLAPVNDFVDVLALPAASPVPLEALAYPPDSLEYLHNLVSAGPYRFTVAPGEGYRLSRSPSWSASSDGIRRALPDHITIFDGLSPEAMQQELESGDADMSLDGKIPDSRAVELARANDPRLVVDGVGVTLALTVGFNGPSAAALRELSVRRALPYCIDRVSLAAALGGPEFAAAATGLLQETMTGYTDADPFPSPAGLGDAARCREALSHTPGGPVTALSLLTTDSATDVAAAEALRTAFARSGIRLDIRIRTGERYRAAAVHPTGQFWDLALTTIAPDWYGDAGRTVFQPLLDETWAGPRPADGGYRDPGALHLLATALRATSEATAASNWADLEHTLVEQVAVIPLAVVHTPQFHSTNVTAFTIVPSIGTADPTAVSLGSG >KAJ4310611.1 hypothetical protein N0V84_010882 [Fusarium piperis] MAPHLLLSLPLHLRLLLLIPLFAFHASAQFLPRSDAEARNLTVVRSPANRNVTVSYKVPEGACATAFDSQKQYTGWVSVPGDYPTNLFFWFVEARERTESLTIWLNGGPGSSSMYGFFTGNGPCEVVEKGLNDYDTVTREWGWDRASNMLFIDQPNQVGFSYDSPTRGTANFARGTVEVPPVPNPNYPEWVFRNGTFSSGDREHTANTTQTAAMAVWHMIQGFLATFPQYQPSSRGQNSSLGINLFAESYGGRYGPIFAETFQEQNIRRQNGELPSNSTIDVHLKSLGIVNGCVDMETQVPFYPIFANQNSYNYKAMSSTDANFYLDKYSSEGGCRDLLHQCGTAVSLSDPEGEGDEVAVNEVCSKARDECLDIQNAYFGSERGAYDLAAPYADPFPPMMFQEYLNQAEVHRAIGSPVNYTMSNTNVFYEFAETGDIARDGNIPRLAALLNQGVRIGLMYGDRDYICNWMGGEAVSKNIAKEAGNAYSTGFPEAGYAPIIVNESYIGGVVRQFGNLSFSRIYQAGHAVPAYQPETAFQVFARIIMGTSVSTGKDIDAASYNTSGDANATHTDTLPKQMKPTCYVRDYGGTCDKDAQQLAIDNDGVVINGVLYSSSGDWPLNAKTTTKARTTTVTASATSDLTGVYTATETPDAGAWNAPRPGMVLAFAGMAGLGAMMV >MBT3309449.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium] >MBT4331178.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium] >MBT5360950.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium] >MBT5635852.1 SIMPL domain-containing protein [Gammaproteobacteria bacterium] MRHTTYPLLLLVFLFSSALQAKDDLPTIHYQVTESREVESDLLVASVNVQQSHSDAGAASRQVNEAVLKIIELVQQIEGVTLSSGGYHTSSRQYGKKGKRRVEWVVRQVLSMKTQHFPPLLNHLGEIQQAGGMVQSLNYTVSPDRKREIEDQLKVKAVSRFRARAADYAEAAGMGREEWKLLTLSIDGQQAEPMPMSRGMFAMESTQGISAPSGTNTLMATVSGAITLQKTEVGIEERIQTVTEKVVEQLKQ >WP_128950282.1 UDP-N-acetylmuramate dehydrogenase [Bradyrhizobium guangzhouense] >QAU45507.1 UDP-N-acetylenolpyruvoylglucosamine reductase [Bradyrhizobium guangzhouense] >RXH10995.1 UDP-N-acetylmuramate dehydrogenase [Bradyrhizobium guangzhouense] MSFPDITPSLKAAMPELRGRLLANQSLAELTWFRVGGPAQALFTPADEDDLAYFLAHLVRDIPVYVVGVGSNLIVRDGGIAGVVIRLAPRAFGEAAASGDVVTAGAAALDKRVAEVAAGANIGGLEFYFGIPGTIGGALRMNAGANGGETKDVLIEARGVGRDGTKHIFSNADMKFVYRSSGVDPSIIFTSARFRGEIRDAEAIRARMADVQSHRETAQPIREKTGGSTFKNPPGHSAWKLVDAAGCRGLRVGGAQVSEMHCNFLINTGDATAHDIETLGETVRERVKANSGIELHWEIKRIGVSA >WP_187335130.1 DUF4040 domain-containing protein [Novosphingopyxis iocasae] >MBH9536857.1 DUF4040 domain-containing protein [Novosphingopyxis sp. YJ-S2-01] MSWLIGLVLLLVAVGGLMVVITRDPRKQVYALGINGLILTLFFFVLQAPDVAISEVGVGAAIVPLLFLVALTAINNDRERRGK >WP_164767343.1 NAD-dependent epimerase/dehydratase family protein, partial [Mesorhizobium sp. M7A.F.Ca.CA.004.04.1.1] >RUX91594.1 UDP-glucose 4-epimerase, partial [Mesorhizobium sp. M7A.F.Ca.CA.004.04.1.1] MKFAILRYFNACGADPDGELGEWHSPETHLVPRVLMAASGIIDAIEVFGTDYDTSDGTCVRDYIHVTDLARAHLKALMHLEGGGQSLAVNLGTGRGVSIKEIVKAVGRMTSRPVPAVFRSRRAGDPAELYADPGSAREHLGFVPELSDIDTIVRTAAPFFGLKTRPMKLPPARAATSVAARRVRDSGGDSSRAGQTR >WP_014217999.1 aldo/keto reductase [Niastella koreensis] >AEV98085.1 aldo/keto reductase [Niastella koreensis GR20-10] >OQP40117.1 aldo/keto reductase [Niastella koreensis] MTTIAKIRLGANGPLVSKLGLGCMRMSSVWGGPVNDEGESIATIGMALDNGINFLNTGDFYGSGHNELLVGKAIKGRRNDAFISVKFGGIIYNGQFVGLDLRPIAIKNFINYSLVRLGIDTIDLYQPCRLDNSVPMEDVIGTVADLIKEGKVRYLGVSEITADQLRKAHSIHPVTALEIGYSLADRQIESDLLPAAKELGIGVVAFANTAEGLLTGEMKAPLPANSYHNHFSRFQGENLVKNLEKVEVLKKMAKEKGLSPTQLAIAWVNAQGEHIMPLVSMSRRSRLPENMSAMEVTFTAEEMNTLNTQFAPGAIVGGTYLHR >WP_173302040.1 ribonucleoside-diphosphate reductase subunit alpha [Winogradskyella litoriviva] >NRD24388.1 ribonucleoside-diphosphate reductase subunit alpha [Winogradskyella litoriviva] MNENINLDHENKVVNPQTTITSPHDELIKARKEAIKEAKAEPEIKWLTDHSRQFLASGYLTGDTTPEERIREIANNAERILKIDGFADKFYGYMAEGYFSLASPVWSNFGKKRGLPISCFGSHISDDMGDILYTQSEVGMMSKLGGGTSGYFGKLRHRGAPVKNNGESSGAVHIMQLFEKMVDVVSQGSVRRGRFSPYLPIDHQDINEFLEIGTEGNPIQELTHGVTVGNEWMQQMIDGDNEKRAIWAKVLQRRGEIGYPYIFFKDNANNAAPEVYRENKHEIYASNLCSEIMLPTNDRWSFVCVLSSINLLHYDKWKDTDAVETMVYFLDAVLEEFITKLEVYRDSPDRDDRQTFMFMEKAYNFAKENRALGLGALGWHSLLQSKMLSFDSKEAFDLNSEIFRTIRTKSVKASEELAKLFGEPEVLKGYGRRNTTLNAVAPTTSSAFILGQVSQGIEPIWSNSYVKDIAKIKTTIKNPFLTALLEEKGMNTSEIWKSIRDYDGSVQHLEGLTDHEKDVFKTYSEIDQMTIIYQAANRQNHIDQAQSLNIMVHPDMPVKDINKLYVTAWQLGVKSLYYQHSMNAAQKFKQKKECTSCEG >MCH6132484.1 plasmid SOS inhibition protein A [Salmonella enterica] QAILTVEESRRRGARLPALPHARTFLRVLSGSSRINTTVAQRIPGLNWEPKNRLTSLKQVEEALDRLISSHGEYCPLPLSVDVQAELFPEVIHARTDRRMQREKIAFNRKMRREEKALEHAWLLRQNLLGQAMTELNFQSPETVNAWYTRWADEFDARELAQGFWQWRTRFTSLTSLDWLRDSDEPLYNVMYEIWFIVRENPVYVREAERWQVPNKLTNRRPGRLP >KAJ8911168.1 hypothetical protein NQ315_013023 [Exocentrus adspersus] MTNAMNRKAYFGSVQPLANEYGQLKSLNFTMQAKGSRGKAIKTKQLVKSYHTLYCTDKKCKRLCPGAIENNCTLGVAGDTATISYST >EGC1082389.1 DUF945 domain-containing protein [Salmonella enterica] MRLASRFGRINQIRRDRPLTHEELMQYTPSVFSEDKHTSRSEKYTYIPTITLLENLRREGFEPFFACQSRVRDPGKREHTKHLLRLRRAGQITGQQVPEIIILNSHDGSSSYQLLPGYFRQVCTNSLVCGQSFGEIRVPHRGDIVGKVIEGAYEVLGVFDRVEEKREAMQSLLLPPPAQQALAKAALMYRFGEEHQPVTDTQILTPRRYEDRKDDLWSVFNRIQENLSKGGLPGRTVQGKRTHTRAVNGIDGDVRLNRALWVMAEQMQQALS >UZH89542.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLITXXXXXXXYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAISGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLGRDLPQGFSALEPLVDXXIGINITRFQTLLALHRSYLTPGDSSSGWTXGAAAYYVGYLQPXXXXXXYNXXXXXXXXXDCALDPLSETKCTLKXXXXXKGIYQTSNFRVQPTESIVRFPNITNLCPFDEVFNATRFASVYAWNRKRISNCVADYSVLYXXXXXXXXKCYGVSPTKLNDLCFTNVYADSFVIRGNEXXXXAPGQTGNIADYNYKLPDDFTGCVIAWNSNNLDSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEYVNNSYECDIPIGAGICASYQTQTXXXRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLKRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKYFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNHNAQALNTLVKQLSSKFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >GBE22655.1 thymidylate kinase [bacterium BMS3Bbin01] MLIRLPSGSLVVFEGLDKAGKSTQVDALSDLAWDSPIPLSTHMPSGFTRFTKSVYALTEKARVTEGAQIKSPLALQLLHLACHAENQKAIAHAREQRGVFLDRWWWSTVAYGWYGAGLRDQVAEDVFFGMIDAVWGRVEPDLIFLFLEPFATDKLNNDDVTAGYLHLRSSSPDSTVIVPAADVSETTDWLLAQMVSRGLVST >WP_233227509.1 transposase [Streptomyces sp. I4(2020)] MIVDHGHVVGNASRAAIISNRRITCLSAAVIAELVAEVEPLWHERHQAKLASRPRKRAVGAGAKHQLVFVDRLLATLVHLRHATTHDVLACWFGVDRSTITRAIAEVRPLLAERGCTISPGVRLRTLAEVIDHLGTDGKTGIIDGTEIRVRRPAAGRKDRDKFISGKNKQNAVKAMVVTDGDGRMLFCSPTQHGSCADITHARQLGLVRLLEGGPAAEILADAGYQGLGAQTGGRVVTPPHRKFKKNAPEWYEEMYERQRKAHSSRRIRVEHGIAHLKNWRALARHLGRREHISDTVQAVAGLLSHQQTADLMPARQV >XP_006114890.1 aprataxin isoform X2 [Pelodiscus sinensis] MRVCWLVRKDKCCQRIKLPHLETTVIGRGPETEITDKKCSRQQVQLKADCNKGYVKIKQMGVNPASVDLVDIGKDEEVKLKPGQVLHLVNKRYPYTVQFLEDTGASGTGAEGKTKASKRSYIDSGNSCMENIPEKSMKMEQLDLQDGSSSCMPKNTSNSFSSAHDSSSSHKEHLGHWSQGLKISMQDPKMQVYKDERVVVIKDKYPKARYHWLILPWDSISSLKSVTKQHLELLEHMHAVGEKVVQQCLDKDRLEFRLGYHAIPSMSQVHLHVISQDFDSPCLKNKKHWNSFTTEYFLNSQDVIEMVKTKGKVLVKDGTCELLKLPLRCHMCKQHLPTIPQLKEHLKKHWPK >CAI9595211.1 unnamed protein product [Staurois parvus] MLRLLLDTSHNAAGRLPRRGVASITERIKRDERRQRQRVQQEEDAARVSQVKGQRWKEKEVIKYEISTVPGDKKDTTCPLPSSYSPRYVEAAWYAWWVKQGFFKPEYQSRLPQSTPEVFSLCIPPPNVTGSLHLGHALTVAIEDSLVRWRRMLGQKVLWVPGSDHAGIATQAVVEKKLFKEQGLSRHDLGREEFLKAVWKWKEEKGDRIYHQLKSLGASLDWDRVCFTMDEGFSWAVSEAFIHLYEDGLVSRRRRLVNWSCALRSAISDIEVENRQLTSKTYLTVPGYEKKVPFGLLFRFAYPTEGGEDEITVATTRPETMLGDTAVAVNPNDKRYQKFHGKNLFHPFTGRLIPVVTHDLVKPEFGTGAVKVTPAHSQVDFEIAKDLALPFVSVIGEDGTMTQASGDWIQGVKRFDAREKIVAALKEKKLYRGESEHSMVLPVCSRSGDVIEHLLKNQWFVNCEKMAQRAIKAVDSGQLQIIPSYHQKNWRNWLSNISDWCVSRQLWWGHQIPAYLVTLPEMQITSENEGFWVPAHTEEEARKKAAKALGKAESELSVKRDEDVLDTWFSSALFPFAMLGWPEKTGDLKEFYPNSLLETGSDLLFFWVARMVMLGEQLTGQLPFKEVFLHSMVRDAHGRKMSKSLGNVLDPLDVMTGISLEHLRDKLKEGNMDPREFKVAEAGLLKDYPNGIPECGTDALRFALCSHRVQGDDINLDVTSVLAVRHFCNKIWNGVKFTLTALGEDFTPLPMDQLRPHAPIDRWLLDRLRQTTEECEKKFQTFEIHGAAGAIHSFWLQSYCDVYVEAVKPILNGPGAADAKQVLYWGAENMLRLLSPFMPYLSEELWQRLPAAASQNAPSVCVAEYPTPRHTGHWNYPEEGECFDFALSVIRTVRKLRNEFSLTKARPEVHIFCSREEDLASLQSFCSPLQTLSLSGSLHIQLSSDTSQEGDDRIGWAMEQVTDNCCVYMNLQGFVDPKSEVGKLQPKLDKLERQLQGKKPLEEEDNEDSAIHRKISRLQQTIRTLQQMLKN >WP_108109984.1 hydroxylase, partial [Vibrio splendidus] >PTP41029.1 hydroxylase, partial [Vibrio splendidus] VGGARTAKLSNGGVIGIRAPLRETEEPTVRHYTLVDDIQSAVTAAEKLGAEVAVPPMELPRHGMCAIVIQGGVELGFWEL >MBX2936516.1 hypothetical protein [Saprospiraceae bacterium] >MBX7178652.1 hypothetical protein [Saprospiraceae bacterium] >MCO5282990.1 hypothetical protein [Saprospiraceae bacterium] >MCO6471720.1 hypothetical protein [Saprospiraceae bacterium] MTNIKNLLFVFLACIPVLFTACDKDECIKTCAPNEVLTDNCECVPVGDNSTVIVSGNISSDVTWTADKVYVLAQRVTVLPGVKLTIMPGTVIKGQAGSGANATALLIAKGAKIDAQGTVDKPIIFTSVADEIKSGEIVSPNLDQGINGLWGGVLILGDAPISANAPSVQIEGIPPSDINGLYGGNNPQDNSGIMKYVSIRHGGTNIGEGNEINGLTLAGVGSGTIIENIEIVSNQDDGIEIFGGTVNPKNIMVWNTGDDMFDCDQGWSGTMDNIIGIAGDQTDSALELDGGEGVENPTYTISNGTLKGHTAATSGKYADLRAKVSVSLKNLYFFNFSEGSEFRLNDQGVSDSWFSGKILFANLEFNVSHMNTQPSLADIFRDKGSHDEDLNNAAPGFAKISTANTVGARVSEFEKWTLVAALGQLAQL >WP_218623326.1 hypothetical protein, partial [Xanthomonas oryzae] ELNSPPIKSEALIVTTHSATRHFRKSALSILFALATGASTSASAQAIKVYVKNYNSNVKGLWIQNEENPNGWACFPVTAPLRTSSGRITPGTANAPALLYGLYYSAYALISTDCNAGGQRINNLSTHYYKAPNNQASTTIYITNTMLNISP >XP_050255036.1 aspartic proteinase CDR1-like [Quercus robur] MASSVRFHPCFLVASILSYYVIGLLATAHNVPQTQLTLHKDQHIMKFSIGTPPVDFYGTADTGSNLVWTQCLPCDACFKQIYPMFDSKESSTYREISCQSEECRILLDEATCSPQNICNYKTGYATGLSKGVWAKEKVTINSTSGQAVSFDIAFGCAHNTGGFHYEGHATGIIGLGAGPLSFVSQIGSKRFSYCLVPYGTDPSITGKISFGNGSEVVGDGVVSTPYVGGDQYYLTLEGISVGDTYVPFNSSGKVSKGNICMDSGSPPLTLPPDFYDRLVVEVKKQISIDPIKNDTLLGTRLCYRTEITNENGPILTVHFEGADVELKPIQTFNRPVKEYEYYCFAITNIANTELDFKDGAGLYGSNVQANFLIGYDLETKMVSFKPTDCTKL >WP_278264086.1 TIGR03118 family protein [Nocardia sp. AG03] MVRGAVFGAVLLVATACSSSEATTGEVTALEGNRYGQTNLAADKDSYHAQFTIPEMVDAWGLANRPKGAGGHFWVGAGGKSYQFLGDVHSSSDPKLQKLSQDQLETVGIPGADADTTDKSVGKTTGVVFNPAPITSDLFVVRDQWVDLDGLPVPLTGSARFIFATDSGKISAWTEQAPDGAIIRRNGGANQVFDGSAQGMAFFGLALSPAGDKLLVADFGADPQIRTFDKFWQPVATTGFANPFATGDLIDPSTPEKGKKAEPGDPAPFNVTTLGSRVFVSYAVTKPDAKDPTAFDKGEEDALDAAADKAADGKPDKGKVAEFDAAGKLVRIIDDGGRLNAPWGVAIAPSNFGALSGKLLIGNFGGLGRVLAYDDTTGTFVDYLRDTEAKPVEIPGLWALLFGNGESLGDANALYFTAGPEDEKQGLFGSLRVQ >WP_243977667.1 LysR family transcriptional regulator [Vibrio natriegens] MLTRSDDLEILLAVVDSGGFSAAAEVLDIQLARVSRAVSKVERQLGVSILNRTTRRVELTDEARQFVDLVRGGLAQLQKAEEEIILRGELPSGNLRVDAASPFVFHQLVPLAQAFKESYPDIHLELTSNEGFVDLIEKRTDLAIRIGKLTDSTLHARPLGKSSLYIVASPDYISRRGIPKLTADLAQHDTIGFSTPKTLNNWPLKGFDVLKATFTSSNGETVRQLVLAGNGIACLSGFMVKKDIEEGRLVSLLESERFPDIGREQVNAVYYKSSSVSKRISAFIDFIQPKLSL >KAF4611166.1 hypothetical protein D9613_007346 [Agrocybe pediades] MAQLRLFYPALPQRLGSIPVNIENDMVFHVVTKVVQEFSEVDLKCNKITLYKANLPLEPHDDFRERSLELIRDATIENRMKPARSLDYYFPNTDEMRDGHIHVIVSTYEVEEMADALVGGIYYLRKSVRRHAFLSLPSLSPSGTVKDPKRCVEVFGKTIHVDRFPVALFSTILASLCKDLNKLDDIQPDPRTVRSASLYARAVLRVYETEDMCQLAISPSVASIFGTPDWNACIPWADYMKASAVWTTSFGATIPYMLWELKTIAGSSGDPLLQAAVGYAKIVSSTEAVSACEDRTNFPMILLGIAGRRLQLAAAVFTGSIYVSKLITLDLGLGLNVDSHIITLARVFDCIRKCQLRLHRYYSELFSQPLQPTFCSAFPNPTPVNSSVPLPSITYHGFISNETGAIVADLTQMNQGTTARYYATLEDDTKVVVKLASRYNVNAHKLLADAGFAPALYFCEEVVGGAFMVVMEWVDAKPLAGRIPPIVLDKLADAVEILHAKDIVFGDLREQNILYDASSGRLALVDFDWADKDGEGRYPPHVMISGLGLRWASGVEPFGVMMKEHDLWQIQRMRREGDEQHFY >WP_215493005.1 cysteine--tRNA ligase [Porphyromonas bobii] MQHPLSIYNTLHRRKEAFVPAQAPHVGLYVCGPTVYGDAHLGHARPAITFDILFRYLSHLGYKVRYVRNITDVGHLEHDADEGEDKIAKKARLEQLEPMEVVQYYLTRYHHAMERLGVLSPSIEPMASGHIIEQIALTQQILDAGFAYESNGSVYFDVEKYDKSFNYGELSGRRIEDMLSNTRALDGQDEKRGPLDFALWKKAQPEHIMRWPSPWGEGFPGWHAECTAMGRKYLGEQFDIHGGGMDLVFPHHECEIAQAKASQGGESMVRYWMHNNMITINGQKMGKSLGNFITLDQFFTGEHDQLEQAYSPMTIRFFILSAHYRGTVDFSNEALKAAEKGLARLLDAAALLDGLQAGSTTSIEGIQGLSERCHAALNDDLNTPIAIAELFEAARAINSIHHKQATITAEDLDELRRVYRLFLFDLLGLRDERLGEGGASEAFSGAVDLLLSIRAEAKSNKDWATSDRIRDELAALGFTIKDTKEGTEWSL >MBK8070034.1 elongation factor Ts [Rhodanobacteraceae bacterium] MEITASLVKELRERSGAGMMECKKALTENAGDIEAAADWLRKTGLAKADKKATRVAAEGRVALGQADGLAVLVELNCETDFVGKDENFVKFSAAVAVAAAAAGTADVDAIKSLKLADGSTVDEARQALVAKIGENMQVRRAAKVAAGNIGAYVHSNNKLGVLVAMEGGSAELAKGIAMHIAAMNPQYLDMSQIPADVMTRERDIAMEQSKDSGKPPEILEKMIQGKIRKTLAEQTLLGQAYAAPDANGVGVEEALKKAGAKVLSFVRINVGEGIEKKEENFAEEVMKQVKASQ >KCN41050.1 dehydrogenase [Mycobacterium tuberculosis BTB05-660] MTGYDAIVIGAGHNGLTAAVLLQRAGLRTACLDAKRYAGGMASTVELFDGYRFEIAGSVQFPTSSAVSSELGLDSLPTVDLEVMSVALRGVGDDPVVQFTDPTKMLTHLHRVHGADAVTGMAGLLAWSQAPTRALGRFEAGTLPKSFDEMYACATNEFERSAIDDMLFGSVTDVLDRHFPDREKHGALRGSMTVLAVNTLYRGPATPGSAAALAFGLGVPEGDFVRWKKLRGGIGALTTHLSQLLERTGGEVRLRSKVTEIVVDNSRSSARVRGVRTAAGDTLTSPIVVSAIAPDVTINELIDPAVLPSEIRDRYLRIDHRGSYLQMHFALAQPPAFAAPY >MCP5750602.1 TetR family copper-responsive transcriptional repressor ComR [Klebsiella pneumoniae] ALADYFAAIANCFTSKDTPAGCFMINNCTTLSPDSGDIANTLKSRHAMQERTLQQFLCQRQARGEIPPHCDVTHLAEFLNCIIQGMS >MBP7130798.1 GatB/YqeY domain-containing protein [Bacteroides sp.] DMGKVMGVASKKLAGLAEGRAISAKVKELLG >XP_033679940.1 uncharacterized protein BU26DRAFT_89458 [Trematosphaeria pertusa] >KAF2244936.1 hypothetical protein BU26DRAFT_89458 [Trematosphaeria pertusa] MSIFSTGLFGGMEHDDLPRNQPYSSSSLGQHKGVLQAPARTHDRKDLVSFLEALNSVLVGRPWLDFTFANFLDGQYLTGGATFTVRRHILQRRLHSPPHRKVPGDVVILKIARDAIANGEFSSEDSTTERIEALIKEILILAHPPVRFSPNVVDLLSLLFEFDRNALRPVLILEYAELGNLNDFLRSHGPVNLEGKKDLCKDVARGIYALHKSGIVHGDIKCANVLLFPVNNAGMSAKLTDFGFSTLLSGVEDGSSIRIGGTYPFKAPETEDAVPKAALCRTDYYSFGMLVWQMLLPGCPDDPFAFHPFELTHGEGGEQAVLRAKQSPDFLQNVTASLRAYGEEEDRLAFERMLEHLLDPDPERRDMVTAFGTFDSSIAADFLELQRTNSTLPSQINLQTTFDNDTLDLSRFSTTHFAVQAQLVSSLKRHAEDMSSHVNKRAEASFLLAQCYLNRFGVPEYDDQEGLRYLRRAAELGHSRACEVAFNVHHALQADMNALGAEHLEALEKWIEQSVRSGSRIAALNRLDEGLGGGEEQIEADRKLYRTASLVKVPPKVERIPLPDMASVEDLVRFMDDFPDRVGNYNEDGDSLLHWAAARDIDGFAEIILSSQPNLQEATNNLLETPLLFACRHGSTAVTRLLLQRGARKDTISLTGETPLHWLAAFPDDEVDAIGVALLDSTALTSFALANAMITGHFGDDFISGTPLNRAVALRRAKVVKFLLHHGADPFYAGTILFDREALVQAGYEPIDNDSGPSHLPVHWACQAHDVEMLALLTYDWNFVETPEWPTDMELLAETALDPDLPPKTMGDWLLPPRVVLFRKHPTAWAKTAKDAMTRRQDGLGCELFSSRSLLGYACDPFPRFFRLATHGKHYKDAMKIIDNIETMSGQDIERVSYTGLTAIMQAARNGDIDICLHLLSKEQTKSTLETSYKGGWGMKPLHIAGLNNDEALLRALLVAGANPSAERSDGGTALQVIATQYFPDQRLAEVLLDQAPDLVSRSSVMETPLSTAVRNLDFGLADLLLRKGAGVNQLIGPHQTNTVLFQVLAGGSTVDADLEALRYLLRIPNIDFVVAPRQRYTALHAAVVLRARYSDVQCAPSTLNLALAALLQKWHSKPALLMQDHKGNTALHYAAIIRDTSSIKLLVEAMEAVGATLNTLSTYFGSPVNRSVLDALDLRSEPPSSVIEEGDAAVDEWHQQTAEMRGYLTRHGAKHRQEVLQGVWDELSFWDKRKANLLSSQKLATVAQLAEVLDLKWSLGPDVKWTRERIEAERNPDEIVRR >WP_283922158.1 hypothetical protein [Neobacillus sp. WH10] >WHY78855.1 hypothetical protein QNH20_06910 [Neobacillus sp. WH10] MKKFLVSLSALTMAIGLTACTSNEEAKTEKKEEPKEAAAPKVDIKKELVKFYMDLGNKINAKDADLNTYVAKATKEDAKPEELPTAEDRAKASDSAGSVAAELNSVQIPAELKNQKTDLEAAIKDYAASYQAKADELKKDAPSLDAADEIFAQGEEKLGKVFEGEKLLPPSLAKQVN >WP_133251971.1 OmpA family protein [Actinomycetospora cinnamomea] >PVZ08010.1 outer membrane protein OmpA-like peptidoglycan-associated protein [Actinomycetospora cinnamomea] MTPAARPAARRAAGLLSVVLTGVLVAGCSSGDDAAGGFSGGGVSALSCPVPVGPMAFAVSGRSNSPEPGLPGAVQDATVSVLSRAVDEGYEPRITLINVDGRPTSAGNDTFRTDAGNAIAAEDDRNAFLDGFGQAVTELRAETPEVDVLSALDLAGRSAGGNRPGTVVLVDSGLSTVAPLDFRQRGLLDAPPEQTVEALRAENALPGLQGTTVILAGLGDVAEPQPALSPAQRQSLVALWTAVATAGGASCVAVVDEPRGGDAPSDAPPVSVVDVPPPPTITPGQATALPDDNSVGFRPDTAEFRDRNAARAVLAPFAQFLTESPTRRIALTGTSARAGTTEGQVDLSTRRAEAVKALLVELGAPADRITTRGVGSRFPGYVNDVGPDGRQLPGPASANRTVIVEPSE >WP_267714175.1 VWA domain-containing protein [Streptomyces sp. CoH17] MGARTTGGVSSAGLEDDGAAQERLRRWRLVLGGDPADGTGHVLSGRDAGMDGALTALYGRGDTPTRPGKDRAAGLGASAPAVARWLGDIRTYFPSSVVQVMQRDAIDRLGLATLLLEPEMLEAVEADVHLVGTLLSLHQAMPDTTRETARSVVRKVVEDLEKRLAARTRATLTGALDRSARTGRPRHHDIDWNRTIAANLKHYLPEHRTVVPERLVGHGRSARAVKKEVVLCVDQSGSMAASVVYASVFGAVLASMRSLDTRLVVFDTAVADLTDQLDDPVDVLFGTRLGGGTDINRALAYCQSRITRPARTVVVLISDLYEGGIRDEMLKRVAAMRSAGVEFVALLALSDEGTPAYDREHAAALAALGVPAFACTPGHFPEVMAAAIERRPLPIPDAG >WP_135306871.1 hydroxymethylglutaryl-CoA lyase [Pseudomonas nabeulensis] >TFY96088.1 hydroxymethylglutaryl-CoA lyase [Pseudomonas nabeulensis] MITDYSDALIVQEVSPRDGLQIEPTWVETADKIALIDQLSLAGFSRIEAGSFVSPKAIPALRDGEPVFQGIARKPGVIYVALIPNLKGAQRAVESRADELNLVMSASQTHNLANMRMRCEASLAAFSDIVSFAGDHPVRLNGSIATTFGCPFEGKIDGDRVLQIVEAYQELGIQGISLADTTGMANPRQVERLVKRVLARVSASDLTLHFHNTRGLGLCNVLAAYEAGARRFDAALGGLGGCPFAPGASGNICTEDLVNLCEEVGIHTGIDLPHLLQMSRRLPALLGHELPGQVAKAGRNCDLHPPPAYIATL >MBE5737882.1 calcium-translocating P-type ATPase, PMCA-type [Clostridiales bacterium] MDFYNKSIENSIKILNSNKVMGLGLKEQKLSAEKFGKNLLSKRKKQTFIARFFSALKEPMLLILLFSLVIAFGTNLGKLLKTGQGDFSECVGILVAVSISVIITLIMEGSSEKAFELLNGIYDNILVKVIRSGEIITIKQQDVLVGDILIVESGDKIIADGRLIESQDLLIDESALTGESQPLRKDASKVYSNSLPLAERKNCVYSGTFVVGGNGKILVTDIGDKTVMGSIAGELSQTKEKDSPLQSKLAKLGKIITTIGACTAVIVFIISAVRLYVQGSLSFDSIQELFISCIVLIVAAVPEGLPTIVAVSLALNMIKLAKSNALIKKMTATETAGAVSIICSDKTGTLTQNKMRVVSICYNNACSENKSDINEVLKQNFVLNSTADIIKHGKSFEEIGSATECALLYSYQRNKKHKHYIQYRKDFQVLDRQPFSSQTKFMTTTIAIADKKRTLLKGAGEIVLDMCQLSIEQKNIVKNQMSIHQKMARRVICFAHKDDSGVEGFIYDGFVAIADPVRKEAYKAVYDCKKAGIKVKILTGDNKITAYAIAKELKVAEHESQVIECSELERLDDESLKKILPKIRVIARSTPSIKLRVVRVLKSMGEVVAVTGDGINDAPAIRHADVGFAMGISGSDISKEAADIVLLDDSFATVVKSIAFGRNVYKNLQRFILFQLSVNLSALLFITVCAIMNLPSPFNTLQLLWINLIMDGPPALTLVLESANSKVMNYKPVKRTDGIVGLSMLLRMIFNGVFVAFIMITQYLFNFLHLDVKEMSGGLFTLFIMFQLFNAFNCRELGYNSIFRGIGKNKIMVITFGCVFLLHFIIVQVLYKLFAVSPLCLLSWLKIISISFTIVLVSELYKLIYRKFVKDKRRFLVKGK >MSL30063.1 outer membrane protein assembly factor BamB [Escherichia coli] LNADAGKEIWSVSLAEKDGWFSKEPALLSGGVTVSGGHVYIGSEKAQVYALNTSDGTVAWQTKVAGEALSRPVVSDGLVLIHTSNGQLQALNEADGAVKWTVNLDMPSLSLRGESAPATAFGAAVVGGDNGRVSAVLMEQGQMIWQQRISQATGSTEIDRLSDVDTTPVVVNGVVFALAYNGNLTALDLRSGQIMWKRELGSVNDFIVDGNRIYLVDQNDRVMALTIDGGVTLWTQSDLLHRLLTSPVLYNGNLVVGDSEGYLHWINVEDGRFVAQQKVDSSGFQTEPVAADGKLLIQAKDGTVYSITR >WP_046302954.1 FimV/HubP family polar landmark protein, partial [Grimontia sp. AD028] >KKD62216.1 hypothetical protein RN22_02500, partial [Grimontia sp. AD028] MRAVSDPDFYNAMKRTLFSYLSGGRLGKTLVVSSLLLSLGVPFSAHSAIRILGPVEESPPPNAAAPLAQQNQAPLSSVNRRQSVGPTRDSDTLWSIASRYQPNNSVTVYQTIGAIFRLNPGAFEDANIHGLTPGSTLLMPTLTEIRRESTDDVASRLQIDQARKDAQRVANQPLSQQVKAPAATPKPAPKPAPKPEPAMAETAKPEMESVETDSMAENKPMQEKEMMEPEGDTSGAPAKPNMSTVQNQINESDLQMGKLVESNHILKIRLAEVQNELAVLKDQMSADEELTEEIREFLEIQRLRQAQMEMKEPSFFESLMASPLMLATMAIIPALLVIGAAAFFIMRRRKDEDVDVEEPEGLDGEDPELDAVMVADDDTDELVLEDDELEVTDDIDADQLFGDDMGDDLDDINLSDTLELSEEPEEGGLDIDADTDLTSNLDVGLDDDFDTSTDLDIEANTDGAIGLEDMERALDEMSSQPEESELSPDEALAAMWEQSLGGGDDEEVDDIDALLNAEQSGGSEEATAEETDSEDVEPALEAQEEETSEGDLETNEALFDKVLDDEPEVDLSQDIDLSDDDIDDLIGDAAEPEQSADDNSAMLDGLLDEDIDLISDGVSEDEDIADPDALLDEMLGDDLIDEDGNTVEAEVKDDIDDLSLDTEPEADLSESDALLDELVSEDGDIDPLDESALLDESIDEDDLLSDVLGDSEEQEDVDLGETDVLLDELIDDGDTLEDESALLDEVPDDDLLGNDLDVDSELDIDNELDIDNELDIDGDLLDEAADESPVDVLDDVLETSDELDIPESDESLVADDTEALDELNALVEETPDHLEVEPEASESDLELLDDVLEQEEQTDVEAPQDDEPLAEDTAIEEPEATADDLELLDSLLDEETASEEFEQADVEPTDLEQPEQTSAESEDIADSEEATDAEDLIADEALDLESAEPETESTEQEVELEAPELPDQEPEDLAIEEEPQDAFEAEAEAE >WP_050926421.1 DUF4345 domain-containing protein [Vibrio harveyi] MSKLLVYLTALFFLLYGAIFAVFPVDMANLITGSSPNSTSATIDVRATYGGAQFAIGLALILVLKIKQDVTLALVIVAITLLSMAFGRLIGILFDGQPNTLMYVYLVAELVFGLLALYLRKSEASVANA >GAO25539.1 hypothetical protein ALISP_5359 [Alicycliphilus sp. B1] MDWLSVPGTATGPAGPGRAVGAVDGAMGTGVEQAASIPTISAIQTRRGRRTFMVLILLEALVALLIFVGILWWTMFSGRKRGELPPPADKDE >WP_165894367.1 cyanophycinase [Sphingobacterium alimentarium] MRLFWLIGALLIISCSKDNSKNPFDPSAPKPVNTATRPSSIGILGDTTDVKPATKAGLVIMGGGTDVDAAFQWMINRSGGGDVVIIRASGTDAYNAYVNKLGKVNSVETLKIDSRKLADDERVARIIRNAEMLFIAGGDQADYVGYWKDTKTMQAINYLLTEKKVPVGGTSAGAAILGNYYFGAERGGLDSDEALTNPYHTKVVIGREDFLKAPFMSNIFTDQHFSERNRQGRLSVFMARLMKDWGKTAYGIAVDERTAVCVDETGNAEVVGAKNAYFVKSDNTKQPEIINTGTPLTWNHAGKALTVYALSPTLEKNKFNLTNFSPQNSSGVDSYWWAIVAGSWQIVR >WP_018858575.1 peptidoglycan-binding protein [Rhizobium sp. 42MFCr.1] MNGSRSNSPRHSDRASLDALNRTIEGLEARIEGLMGAGARDQRQRAPAPERDVYSDPYAARASHAAEARPDPFAEIRQRQRILEASRERPAAREPAAYTREQPAPSRAPLPVAERAPRPAAAQPASAQPAYRPAEDTMTEIAQALVNLRQDLKRDISDGVTREMNALREEIRSIKVGAEDNRFADDIRADMTRLASSIDQLASRSSAPEAQGLRGEFEELRSLMDGLAREDSIRHMETRWDGVENQLHALDTAGLQEELVALAYRLDDIKRHIGGMGESPAVRALEDKLISIATAMEQFGSMIQPHDRAMAEQFAAMDSRLDEISRAIAATGRAAASGDPAMMHRLEGRLNALGEQIDLMGHSVASRAAPTDALADRLETLTLRVEELANAEATSRLDERLEHLSYLLERSHKAAPQPELTGALADISRKIDALEVGSVNDALAQRLDYLARRIDEMDFQPLQPVVASVDDSAIRRIEGRLGDIVARLEESTAAPAADTHALRNLEDQIANLSALMSEPRPAAELPAEFDRRMGAIEDYMATSDEYIIEAARQAAEAVVEAYARNGALQGGAPAAADMSALHALAEDLRQLEDLSRSSEERTHKTFQALHETLVQIAERLDTMEDRAVARPAARMPAADVDFAVDTFTMMQAGAEEAQKPVVFGTRASASSQPEVADEAPALPVMATTDTSVVAIEAAMKPVSSAAPSKGSLLAGLGKRLLPGKKAKAEAATAERTLIDPAPSIDPVDVMPPEAANEPLEPGSGAPDVKKILERVRASQNAARVNAKPATENERADYIAAARRAAQAAAMETEPSAKPQPAKADRKAKDKDAVKGSAFSRFRRPILLAVGAVLLAIMAFPLARTLTTGQPAPSAEVAVLTDSSSNALPVDSETAPDQAVVAAPEVPATEAPAVDALAAPLASSDTAPAPAAPDHLTAAAPLTGDAVAPLAPSGAPQDASGFVAKETTPAAAGMATTPAAPVAETAGIAIPDAVQPKSLADAARSGDPLALFEIGARYSEGRAGVAADPKEAISWYQLAADKGFGPAEYRLGNIYEKGTGVDRDIAKAKQYYEQAANRGNASAMHNLAVLYASGALGQQDYKAAADWFVKAADLGITDSQFNLAILCARGNGITQDLTESYKWFAIAAKGGDKDAAQKREEVAKAIKPDQLEKARAKVDQWKAVPLDSKANGVDLPDEWVGNATKTSTVDMKKAIRNIQAILNNNGFDAGQPDGEMGAKTVAAIKNFQKSIGQEPSGKINDDTVKALLARNKGPATKV >HBB7853833.1 GGDEF domain-containing protein [Escherichia coli] MIQSTRISMGLFFKYFLSLTKIDPGQNYISLPSIKSSTHIALLFMVSMGTQKLKAQSFFIFSLLLTLILFCITTLYNENTNVKLIPQMNYLMVVVALFFLNAVIFLFMLMKYFTNKQILPTLILSLAFLSGLIYLVETIVIIHKPINGSTLIQTKSNDISIFYIFRQLSFICLTSLALFCYGKDNILDNNKKKTGILLLALIPFLVFPLLAHNLSNYNADYSLYVVDYCPDNHTATWGINYTKILVCLWAFLLFFIIMRTRLASELWPLIALLCLASLCCNLLLLTLDEYNYTIWYISRGIEVSSKLFVVSFLIYNIFQELQLSSKLAVHDVLTNIYNRRYFFNSVESLLSRPVVKDFCVMLVDINQFKRINAQWGHRVGDKVLVSIVDIIQQSIRPDDILARLEGEVFGLLFTELNSAQAKIIAERMRKNVELLTGFSNRYDVPEQMTISIGTVFSTGDTRNISLVMTEADKALREAKSEGGNKVIIHHI >QGT50941.1 hypothetical protein Firmicute1046_0170 [uncultured Firmicutes bacterium] MRRFVVSVLKRLMIGLTGLSVLLASFGMGMSVAFAADITYKNEFAPDVFTWRTDSGFGDATNESGGGRNGSAAKRFKSAQYGNRQADLNWDFQEFTGTTWVQLWVKAETAGQRISIQFLDETGARVGNEQKTTLTADWQKLSYQYENFSTVKRIRFGDAGTDGGINVLIDSVIISNVDPDTTEPGEEQPSDVVRYDEDFDTHRLFYEWKSGGASAADTDGYSGNGKMITFQGGGTQFVYVELPSDWSAKADSGTMWISARIKATDYEDSRINLQFRNGSGGLITEAKPTITKEWSVYSMRFDANTNDIKTAASLRFANMGNKQGSIIVDDIIICNVDPETLTTDPPDVPEPEPEPEETALVNDFDPDLFSWSNGGMNAAYTSEGGLYETGGMTISYNSNNQWGFAAAQLGNSWDLSGFTEEKWLSMWVRSESSSTALTEPLKLGIQFRCGDAALGEVKTQATASDGKWYKVIAEIPFDITAADTIRFTNQMGTASGVFVIDDFTITNLRPQEKPPIVPGTSAEEKPVVYINDFDSDENKFTQKAPGGLTLSVGDGGYSGKGAFIGYQGKNQYTFVSQSINASWDMSKFKGNTWIKAWLKAEPTENAVNLEDAVLEIALRNAEDNAGIASGRFTIPADGQWRELYFKVSGSLADVAVIRFSNPMQSSSDVTICIDDFTITNQNPQGAAKPEVRVDSVILTQSGATLTALSDALSGTVTFTVSVSNTQQKEAEVVAIVALYDKRGLPVKILTQQKTVSAQEVIDILVPVEEKPNWKAVVYVWDGWQNIRPVDITYTPKEF >KAJ5748900.1 hypothetical protein N7511_010596 [Penicillium nucicola] MVTTVECLSIQHVFDPQTKARAGKRPRLLISDGFAAYKSLESLKFCLANNIIPCRLPSHISHKLQPCDVGVFSALKTAYREHREQVELFYQVELMLRARNSAGTPRNINAGWSKTGLFPWNPNRVLKDIKPPPGASCSNRGNVAKVAHYSDGYKTKLVGGTKTLSFSPTVLPIQRRKHSRTSALLRNDHERLLAQKNEKRCRTSNPARKVGNAKVMSYEDIIEAQRNLEAKRPPRLESRTPIKEGLRWL >WP_073432751.1 hypothetical protein, partial [Paraburkholderia terricola] MKNSYPQGVSVTCRYSDTTWTDVLYTSVLKTPGKVEDAARFLTDRRGIRITGESLRLKLREVEGARISGEMFELLVEWMLEKNQPHALDAVHAFNARFGLVAALNQRPDPEEGITALVTAALGVSDKTGRLAEEVRRAASDGVIDPREVEAIERIGRDGQRQIEQTIT >KAG5702777.1 hypothetical protein BaRGS_003651 [Batillaria attramentaria] MGKNELVAKVISTVLGLAASFTITYFGVRWLVNAMDPTRKEKEEAQKRLSEYELCIASNLVDPVSMEISWQDIGGLEDVIRDIKETVILPFQKAHLFRHSSLLQPPKDSFLRSRTSTDHEATAMIKTQFMSFWDGLMTDPSCHVMVMGATNRPQDVDAAILRRMPSMFYIVFHQQVAALDFDRLAELTEGFSGSDLREVCRSAAVSTVHEYLAQWRQQEGDEEEEDELRCLTMADMETAIAKVKDAKSVSRGNPAFINLD >WP_036488090.1 hypothetical protein, partial [Myxosarcina sp. GI1] MALRWEARELPEPQKVGYVKTIAKKMSGLLEKDRSLPDKYGDRVKFLAKLPERLSAEETNRALKTVEGINFDLVADLGNELQVAVDGPKSAARPDGELLKTLKAIGSYKYPQWLLDKKNPEAYQNREMKTNGYSPIDLIVAETNKHFQQNQLVSEPTVSFRPLFSDIKFDRALEELARSVRDTYNSLIAEAIATEKQVDQPVLKVTSATSGRTIEIDNLLKFAKSDSPIWKAKKL >OAA61066.1 hypothetical protein SPI_05090 [Sporothrix insectorum RCEF 264] MTKPWDEHRAEITKLYIEQNLPLHRVRTLMVQRNFPLTSVRAYRAWFKKWKLTKYKRNRETASQTDGSTPASESFPWDASGVLASPALPGQHADAGTASGGNIPLSHPQAAGGTLPSLPSFPPAGLPPHPAGLLTPVQSPRDQTYFGNPNNNNNSSSNGNGMSYHNNLVSSFATGSSNDGNGNNNNGHNRNTRPPLASLQYAAEGARPQPGGSSVPRRRGTTEQQPYHQAHTTTHHRSARPANLSFLSSAAATTALGPPNLTAMQPPLEMPAASMAPWLSPTNAQAPTTSGHTGNTVGRQTSALPHRRNGNQAATMVGGATTGTTTIIAPDDANGLDLGDDIAATPTKPTYLQQQRQARQLQRQHIPERQLRSPRGVRARARPQPEQQKRQQQQQQQQQQQQQQQQQQQHQQHQQQQRQQQLYPTPQGSSYGPVVDYTHGNYLSKPRGQQHPSHDQGYGLYQARPDPTHALSAAMARTVSQQQQQQQQQQLHQQQQQLQHQQQQQQQQQQQQSWNNAADRSGPEPDMASYSLYAYPPLQTG >MCI0877007.1 Gfo/Idh/MocA family oxidoreductase [Chloroflexota bacterium] MTRILISGLGSIGRRHLKNLVQLGQQDIVLHRSGRSTLPADDLEQFESESDLARALERWRPDAVLVTNPTALHLEVAIPAAQAGCQLFIEKPISHSTHGIDDLDAALKSGGGQALIGYHFRFNPGLRAIKEWLQDGAIGRPISARVYWGEYLPDWHPREDYRTSYSARSDLGGGVVRTLSHPFDYLRWLLGEISEVQAMTANSGSLGIDVEDTASIVMGLDQGLIVNIQLDYLRRPPAHSLEIVGTEGTLGWDGSNGHARWYDPKDDRWNELPPPAGFERNAMFMDEMRHFLALIAGEEEPACGLTDGIRVMEIVEAVLESARVGSKVALLRVEA >GLI99474.1 hypothetical protein Sbs19_32920 [Sphingobium sp. BS19] MGERIGVSDDEWALIGPLLPSERGRGCRPAGDNRPYFEGMVWMARTGAQWRHLPDEYGKWNSVFRRYRRWVVTGVFEAMLETLAAVVERDVSADMIDSTVVRAHHCAVGLKKGIKNSKGSAAREAVSQPSCTPAVMVRGDRYVSS >MCB1065733.1 elongation factor Tu [Verrucomicrobiae bacterium] RPQFYFRTTDVTGTIKLPEGVEMVMPGDNISMEVELITPIAMEKTIRFAIREGGRTVGAGRVGDIIE >XP_056041627.1 uncharacterized protein POJ06DRAFT_258755 [Lipomyces tetrasporus] >KAJ8098177.1 hypothetical protein POJ06DRAFT_258755 [Lipomyces tetrasporus] MEHHLPPYNAVPRIKRSRKITICLSCYKRRVKCDKEKPQCSQCRTLSIRCEYASTSPSSIGGFGSEEAVGGSKKWKVVGELLDSPLAKKRPDAGYLAVDILTGESRYASTAYWPSFFKEESAMADILDGASPNTKSDELNEETLESIQCRKVISAYLPQRQVVEDLVGEYFSVVHPFCPIVDRHYFLLVYDSQFWNILASSSQNIQVAFVVLLFATLYGGALSKKQKLKYDPSGSRLREVKTYEMIMEKLLAASDIFLRIHKFPERPSLCCLMGATVIQFCRRRDGSMDTTFDISHLIRIAQVMGLHRDPALFRNSGLDELQIQVRRRVWWQLVYLDVTGSLGNGLPTTSHPAQNDVKMPSVDFYELEEDKLFASFANCRSNGIRILSRLLSELYGINQPLPTMVAGILRELEEFRRDVKRTKDTMHLFTFNKRSSRASIDVLHKLQTQLSLLLDVICEKLFLIYYFPLASGTPDVNRDQNARAHREQVIHTAIRVMRLFLDYSELPKYVEFCLSLSRYHQFHAMIIILRDIYHYPHDIPEPTTRYGIKDEDAQPYDERTDVLQQGLTRTEYLGMNSISPLAVKQWKTFLQLKEEAWNRKYAPPSQSIEAFPATLASSGASVPRPSFAQTSIGTPNVIEAPEPAIIDSATINQSFASDTSSVEFQNFLNIQFTADKISGRIGTASSNDYVQHVLGINSWDIDWTAYGFRLE >WP_225902036.1 helix-turn-helix transcriptional regulator [Escherichia coli] MGLLVGFDPASASSRMNHYEKGRHVPDIDTLRRMAAELNVPLNYFFCDDQITAELALLISRMTEEERSNLIEALKKHPGEKHADKK >KXH55701.1 malic enzyme [Colletotrichum salicis] MTDFNPMSSVDISVIEDKMRMASLDQHRGYSQNTFGEVQQYRNTEYVPKTQATAFQILREPLWNKGELITAAPPTYTVFPASALNPTALCTHRLFPNMAYPFSLHPSI >WP_258930666.1 hypothetical protein [Desulfoferrobacter suflitae] >MCK8602812.1 hypothetical protein [Desulfoferrobacter suflitae] >MCK8603944.1 hypothetical protein [Desulfoferrobacter suflitae] >MCK8604086.1 hypothetical protein [Desulfoferrobacter suflitae] MANLDPTSTPKADSFYIQIESFGYGPILRLIGCRQDDLSSSDLLLRALFSTNYPLKQSTLLISQYN >WP_037548932.1 amino acid permease [Staphylococcus sp. TE8] >KDE96129.1 gamma-aminobutyrate permease [Staphylococcus sp. TE8] MEDNNMKRGLKSRHISMIAIGGAIGTGLFVATASVISQAGPGGAILAYILIGIMLYFLMSSIGELATFYPVSGSFSSYSTRFVDPSLGFTMGWLYWGMWSLVTSVDIIVASNVLQFWDVFKVLSPLAWSLIFLTFIFLINIFSVKAFGETEFWLSLIKVITIIVFIIVGILMIFGILGGHSYGFDNYTKGQAPFVGGISGLLSVLLVAGFSVGGTEVVAVTAGESNNPQKSMPKAIKQVFWRILLFYVLSIAVIAAIIPYTDPLLLNEHKSVSQSPFTIVFDRIGIAFAASVINAVILTSLLSAANSGIYTTSRMLFSLSADGQAPKFFGKLNKQTKLPMRALVTTYILIILVIIYANFNANAVFNLLNIIGSMVIVVWGSSIWSQIRLRRAIKRQGKNPDELLPYKAPFYPVGPIIVIITLLFLLLGNSYSSINTGDLLSVLRNFAPIIILSIIYFVHKLIKRTHFVKLEEMDLTPHNYKN >MBM3160744.1 nucleoside-diphosphate kinase [Bacteroidota bacterium] MAKNRTFTMLKPDALENGYMGKIIDMIIEAGFEIKAMKYTRLSTEQAKKFYEVHAERPFYGDLVEYMTSGPIVAAILEKENAVADFRALIGATDPAEAAEGTIRKAYAESKGRNAVHGSDSDENAEIEGKFHFSGNEIY >VAI84247.1 unnamed protein product [Triticum turgidum subsp. durum] MVLTSQHPSKAGKACSPWPTTSARRGEHVITISSSFVTTPERARCSDKVICYTAIDICHRWTVHIVSLHVIISVTSAFERHVIRIVYHN >AAX29823.1 copine IV, partial [synthetic construct] MKKMSNIYESAANTLGIFNSPCLTKVELRVACKGISDRDALSKPDPCVILKMQSHGQWFEVDRTEVIRTCINPVYSKLFTVDFYFEEVQRLRFEVHDISSNHNGLKEADFLGGMECTLGQIVSQRKLSKSLLKHGNTAGKSSITVIAEELSGNDDYVELAFNARKLDDKDFFSKSDPFLEIFRMNDDATQQLVHRTEVVMNNLSPAWKSFKVSVNSLCSGDPDRRLKCIVWDWDSNGKHDFIGEFTSTFKEMRGAMEGKQVQWECINPKYKAKKKNYKNSGTVILNLCKIHKMHSFLDYIMGGCQIQFTVAIDFTASNGDPRNSCSLHYIHPYQPNEYLKALVAVGEICQDYDSDKMFPAFGFGARIPPEYTVSHDFAINFNEDNPECAGIQGVVEAYQSCLPKLQLYGPTNIAPIIQKVAKSASEETNTKEASQYFILLILTDGVITDMADTREAIVHASHLPMSVIIVGVGNADFSDMQMLDGDDGILRSPKGEPVLRDIVQFVPFRNFKHASPAALAKSVLAEVPNQVVDYYNGKGIKPKCSSEMYESSRTLAPL >OZV86646.1 ABC transporter ATP-binding protein [Streptococcus agalactiae] MIELILGLKTEKKIIIIATHSPDVYNKVDHIIRIRKR >WP_007708736.1 response regulator transcription factor [Enterocloster asparagiformis] >EEG56403.1 response regulator receiver domain protein [[Clostridium] asparagiforme DSM 15981] >RGX30800.1 DNA-binding response regulator [Enterocloster asparagiformis] >UWO75604.1 response regulator transcription factor [[Clostridium] asparagiforme DSM 15981] MKKILIVDDERDIVECLDMNLRKKGYATAFAYDGTEAVLTARRERPDCILLDVMLPKISGIEVCHLLKADQATGHIPVIMLTAKGEEDDKVTGFDAGADDYITKPFGWRELFARIEVALRRSQPSAPQSQEDNALRVKDLAIYPDKYVVEQDGRRVDLTPTEFGILRVLAEHRGNIVTRNELNEALGITNNGGEIRSLDVHMRNLRKKLGDDIQECRYIETIRRIGFRVNE >MBT7163208.1 type II/IV secretion system protein [Victivallales bacterium] MARGEPIPMHDGRVLAAKVLRSDARHLVIQLPNRRRGTLVRWDQIDRSFRLHPLHGKPLSDGTESDDAAPVVADGAAPWGMVPVPEPGSPSRFAYFLVAVFLLFWANLWSVRAVGMWAPQDSRSPWRSLLTLFFGPPAALFYWLSCRGPGKFLRKRSRPSMPGRSAPPVSCQFYTWENEPIKAKRKASSGLHVAQEVFSRAISMGASDVHFNTSTDGVKVAMRVDGVLRTPEVLAGDSGRKVMAAIKMAAGMDVAKRHETQDGACRLLAGDAWHDLRIARAWSVEGEALVVRLLRSGGEATGLVDFGMSTEMARQAAELTGETSGIIVLAGPTGSGKTTTIYALLKLIEGTGRNILTIEDPVEHRLENATQISLNAKLGATFANALRASMRHDPDVILVGEIRDAETMDVAFQAALTGHLVFTSLHATGLMAVIGRLHELGLSAYMIKTGLQAVVCQRLVRMLCPSCREPYLPEPDELKFWGLRAEENEGLLFYRPKECHLCGGSGYHGRIGVFRMVTMDNALRSQIKGEIEVEGLGKAIEKTALGTVPGYARTLLAQGVTSPSEFRRTLGMFDYGRTEPEE >WP_210734217.1 TrmB family transcriptional regulator [Bacillus cereus] MKYKSKHRRTKKVDYIVQQLKKIGFNEYEAKSYVSLVKQGPVTAYQVSKDSGVPRARIYEILGNLVEKGIVMKEEINDTTRYSPLPVEIFLQKAQSEWQSTYEGISDSLKKLETSEEKTDNRVITLKDNQTIISYSQALIKKAERRIVISMWDEMYEALKEDLSEVADKVTIQGITLHVENPIKNLEAHRITPYTETLSTEHWFIVSIDSKEMIYGPSLAERNIAFYTDDPVHIYLLEDYVWHDVLVNRLVRRNQDDLQQWITAERKTFFMGK >WP_211296720.1 S41 family peptidase, partial [Polaribacter butkevichii] QLKKITLMNRISVLLIIMTLSFKISLGQNFGDFPKIEKQKLLNDLEILYQGLDKFHSGMYWYTPKDSVDIAFKNVKSKISEDMNVLQFHKLIAPLVALSREDHTDIYLPKKIIEKRNLESTFIPLTFVFLGTKLYCVKNGSNYQELIIEGKEIESINGEKPIDIVEKIGNLFASDGYIKPVKYSDLEGFNFSKYYFYYYGNITDVTIKFQEFENPIIIKPLKIENINKNLRSRNTNKKGDKNKELLEFKILNKTTAYLGLHSFSNSDIKKETKEKSLSKFLENSFKSILVNKITNLIIDVSENGGGTEGNEGIVYSYLGDNYQKYKKVRAKTQKAVLDNGIDKPITLKTFGFLERTFVNKKMTDGSLERKQWIGYGLMAYKKEPKNKFSGKTYVIISPITYSGGSEFSNMVYSNDKGTFVGQETGGGYLGNTSGYSKELILPNSKIEIDIPALQFVMNVEQKLPFGSGVVPDHKVIQTFDQYINNVNAPLEYILEKIKNEK >MBO0787136.1 aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Actinomycetia bacterium] DPAGLARAVAAARAAGRRIGAVVVTLPDNPTGQLARADAVRDLAEVAAEHDLIIISDEIYRDLVYPESPRFASPAGFAPDRTVVTTALSKSLALGGWRVGVARLPEGPLGRALTERLLGIGSEIWSATAAPVQHAAALAFSEPPEISERIGASRSLHAAVARAVAQRFAAAGVSVPAPQAAFYVYPDFGPWREHLAQRHGVVTGPALAALLLDRYGMGVLPASAFGEDESVLRLRVATGLLYGETDADRERALASPDPARLPWIAAALDRLSEILADLAS >MOK24130.1 immunoglobulin heavy chain junction region [Homo sapiens] CAKSKDCSSSSCYRDYYYGMDVW >WP_070509780.1 HAD hydrolase-like protein [Actinomyces sp. HMSC08A09] >OFT43628.1 haloacid dehalogenase [Actinomyces sp. HMSC08A09] MTMPQATDAAAPATLLGSEQPLCTAYDVALLDLDGVCFAGQARVPHAADNVNAARKAGMHLSFVTNNASRAPQTVVDKLADNDIIAEASEVFSAAMDAAAMLTEHVEPGSMVLVVGGDGVRQALLDEGFQVTSSAQDGPVAVVQGWDPAVDWALLSEGVYAISAGALHVATNLDATLPTERGFALGNGSLVAAIVHASGKEPLAGGKPFPGIYTRALKRAGGTRPLAVGDRLNTDHVGARAAGIPGLHVLTGVSDARDVICAPATERPSFLHTDLRGLTEPHPEPVRVEVDGQVWWRVCDRSARVLGSRLELQDFGAVTSPDGSAVRIDLDSYRALAVAAWDWADAQGRQGEAAALEVPEIEVIEP >XP_027172582.1 transcription factor bHLH162-like [Coffea eugenioides] MERFHPSPSNPKMERRIVEKNRRSHMKDLYARLYGLVPSDSSKENLTVPDQIDEAINYIKSMEKKLEKCKEKKEKLLFGKRPYSGATSETTKITNVEVHDMGPNMDVILLNGLEEQASFYGIIRLLCKEGFEVVNANFSSNGNSVLQVVHDKGGISTSRTETTAVAKRLKELIYGYSHGEVESRLDSWVETRLDSWDFEIEPDILNSNVLELMSPGQFCFLQQL >AQY75504.1 xylitol dehydrogenase [Kluyveromyces marxianus] MTNTQKAVVLKKQREIAFEERPVPEIKDPHYVKVHIKKTGICGSDVHYYTHGAIGDFVVKEPMVLGHESSGVVVEVGEAVTLVKVGDRVAVEPGVPSRYSDETKSGHYNLCPHMEFAATPPIDGTLVKYYLIPEDFVVKLPDHVSLEEGACIEPLSVGVHANRLAGTGFGKKVVIFGAGPVGLVTGNVASAFGASDVVYVDVFEHKLKRAEEFGGTQIINSKDYPKEDDLVKAIQDKLGGKSPEIAIDCSGAEVCIRSAIKVLKVGGTFVQVGMGRDNVNFPITLIITKELRVLGSFRYYFDDYNIAVKLVSEGKVNAKALITHTFKFDEAIDAYNFNRDHGNEVVKTIIDGPE >MCL4333886.1 50S ribosome-binding GTPase [Candidatus Thermoplasmatota archaeon] >MCL5790165.1 50S ribosome-binding GTPase [Candidatus Thermoplasmatota archaeon] MIPDKIPTVPDSKEIIERSFKDIKKVQNVYMPNFISKLKSISIQKIKLMESTALRAIGRVYDGFPKFDDLDRFERDVLFIMVNGREYERSLNNLKWARSKIAEFATNSIKGIKKAPSLTAIARFRSSFYGRFSSVIEDLDESLTFLKEAREALKKVPQVSREMKIIIIAGFPNVGKSSLISKLTNLNPEIADYPFTTKSINVGMMKMGTSIYEVLDVPGLLNRKNHNSIERVALAAIDNIGNLVVCMLDPSEECGYRLEDQKRLCDSIRELGKNVLVVENKSDLQVTDSRNLKISCATGEGIEELKKIMEANIGGGQDKGNSVFQRA >KAF9419545.1 argininosuccinate lyase [Podila epigama] MATTSQQSQPAARKLWGGRFTGKTDPLMEKFNASISFDSRFYKADIVGSQAYAKALARKGIITEDEAAKLHEGLDKVLAEWEANSFVLQDGDEDIHTANERRLGEIIGTHISGKLHTGRSRNDQVATDFRIWVRDEGKKLVKVLKQLIAAAVVRAQNEIDVIMPGYTHLQRAQPIRWSHLILCHAWSWHADCQRLEQLLDRLNQLPLGSGALAGNPFQIDREFLAKELGFARLMPNSLYGVSDRDFVAEFLFWASLTMVHISRFAEDLIVYSTGEFGFVQLADAYSTGSSLMPQKKNPDSLELLRGKSGRVFGGMSGFMMAYKGTPSTYNKDLQEDKEPVFDAFDTLMGSLQITTGVLATLSIRPQKMLASLSIDMLATDLAEYLVRKGVPFRETHHISGEAVRMAEERQCTMADLSLADFKSLHPAFEADVSKVWNFEQSIDNRCTPGGTSRVTVQAQIDDLKVFLGADLTEYLSSSSSSEQ >WP_019296707.1 MULTISPECIES: DUF4157 domain-containing protein [unclassified Leisingera] >KIC17963.1 hypothetical protein RA21_05900 [Leisingera sp. ANG-DT] >KIC22301.1 hypothetical protein RA23_19420 [Leisingera sp. ANG-S3] >KIC53514.1 hypothetical protein RA22_09605 [Leisingera sp. ANG-S] >KID07909.1 hypothetical protein GC1_18050 [Leisingera sp. ANG1] MPLKPEDVKAQVEALGGKKAKRKKLKTEPEGTKGKKLPGDVRKALEAHFSKAKLAKVQVHVGGNAKDVCKELKAKAFTYGNDIYFMKPGDAKNPQLLVHELAHVLEQGKGRMPKAKDGVALTSK >EAZ5330394.1 NADH-quinone oxidoreductase subunit NuoN [Salmonella enterica] MTITPQHLIALLPLLIVGLTVVVVMLSIAWRRNHFLNATLSVIGLNAALVSLWFVGQAGAMDVTPLMRVDGFAMLYTGLVLLASLATCTFAYPWLEGYNDNQEEFYLLVLIASLGGILLANANHLAALFLGIELISLPLFGLIGYAFRQKRSLEASIKYTILSAAASSFLLFGMALVYAQSGNLSFEALGKSLGDGMLHEPLLLAGFGLMIVGLGFKLSLVPFHLWTPDVYQGAPAPVSTFLATAGKIAIFGVVMRLFLYAPVGDSEAVRVVLGIIAFASIIFGNLMALSQTNIKRLLGYSSISHLGYLLVALIALQSGEMSMEAVGVYLAGYLFSSLGAFGVVSLMSSPFRGPDADSLYSYRGLFWHRPVLAAVMTVMMLSLAGIPMTLGFIGKFYVLAVGVQASLWWLVAAVVVGSAIGLYYYLRVAVSLYLHAPQQPGRDAPTNWQYSAGGIVVLISALLVLVLGVWPQPLISLVQLATPLM >WP_251450535.1 universal stress protein [Parasutterella muris] MRILLPIDGSIYSDRAIEYICNRSALREKTNTLYLLNVQKKVPAKAAQIIEKNELEEILDDAAKEVLRPAKKALEAAGYKVKTKVAYGKATNRIVEYAKEIKANLIVMGSHGHTPVKNVLFGSKTSAVIASCKIPMLVIRHKFKDEPGAMQVGVCLDGSEYSQSVMNYIIDNLPLFGKEPTFHLVNVVTPYSGILMPGVSAFGGPAMTAKEFESEQRSPFVDAAKPFYNKLRSEGYNVVIAELKGDPSEEISKYADEKKLGLLVMGTHGGGMIRIMMVGSTTMRVACMTDLPILLIHKESVSKKSKMDKK >WP_245456681.1 hypothetical protein, partial [Rhizobium hidalgonense] ALGESRSNMRCHQTRSFFLLFVVLFLRLKVTDPNAGVKLRRVQSRMRSSSVCICSEPSVSRKLMPSLLGMSFLETLGSLQMQTDELRIRD >WP_063503202.1 tetratricopeptide repeat protein [Wohlfahrtiimonas chitiniclastica] >KZX37439.1 hypothetical protein A6V30_00690 [Wohlfahrtiimonas chitiniclastica] MRTTTFLILALIVINGCTSRTDGGARVRPLPNQPASSTSGAIPSGIPLDDGSAPAAQATPYGGTNEVRFPSYPMDQSSGFPVETPKAPNAPQAPVFPNTAQAPVSAPKPTTTQQPTYAPNAPMIPGQSTTTASADKGTYKPSQNQNNAVQSLLDEANSAVKANQLERAATALNRAVRLEPNNASIWYDLAQIRLHQGKYEQSEQLANKSISFAKGNQDLVNKNWRVISSARQAKGDTAGAQEAMRNAQ >WP_214279799.1 hypothetical protein, partial [Escherichia coli] KELEKRGYLSIYNYPQIEQEGEEEIKGLHLHKIEHYPNLHQADPFFNRLGFLGNSGWLIYNH >MBT4680312.1 alpha/beta hydrolase [Flavobacterium sp.] MNKKSKIKYFVYLFVICLIFVIKGGVYADISVEDLKNDYANEQSQFIEVNEMQVHYRDEGEGFPIVLVHGTAASLHTWDAWTHELKKTNRVIRMDLPAFGITGPNKDADYSIEAYTTFLHSFLEKLELKKFHIAGNSLGGNIVWNYTADYPNKVEKLILVDASGLPTNKEQPAIFKMAKTPVLSS >WP_222465269.1 hypothetical protein [Marinobacter salsuginis] >MBY6071283.1 hypothetical protein [Marinobacter salsuginis] MVIEKLSVISAFLGIASMIGGLLGILFTVTVAFPRILMVEARIAAPGAYLDMTKTLWGDGPWGRWIRAMNVWSFFTYRNLPVIGSRVASRMGKEEGVTPRHLKLWALIPVSFTFACAMIFAVSAIFLVIVE >WP_157580311.1 class E sortase [Plantibacter sp. Leaf314] MTDDLPSRASARASERRAPAKHRISVFGVAGELLITAGMVVLLFLAWQLWWNDMIMAGSQANAASNQSQQWIANAETEPAPEPTVDASGAPNYGEPPVTARPAPGDPFAVLYVPRYGADYRRVVAEGVDTATVLNSFDLGVGHYPSTQMPGEVGNFVVAGHRKAYGGAMTLISDLQIGDRVYVQTADGYYTYVFRNITYVLPTQVEVLNPVPQLDGVAPTQRILTLTTCNPLYSTAERSIAYAVYESWQPLSAGPPAEIAASVAAAGG >WP_265399898.1 RNA polymerase sigma-70 factor [Cryobacterium sp. SO2] >WEO78779.1 RNA polymerase sigma-70 factor [Cryobacterium sp. SO2] MGTPSRDATTAELAELATGFESMRPRLFGIAYRMLGSAVEAEDVLQDAWIKWQTTDRSAIRSHAAFLTTMTTRLAINVATSARVRRETYIGPWLPEPVLTGTDPELGAENTEALEIGLLLLMERLTPKERAVYLLHEAFDYSFSDIAAVIETTEANARQLARRARLHLQDHSDTRVSVAQKNRLLRSFLAAAQAGDLAGLQTLLADDIIIYSDGGGIVSAARRPVEGRDRVGRFLLGTVQKLQPGAQLDITAVNGADAFVIRQHGEPYLVGSLGVSAEGIHRIFFVLNPEKLGAVRSVPNESWAPAVG >WP_258941688.1 SRPBCC domain-containing protein [Actinomadura glauciflava] >MCR3741303.1 putative conserved protein YndB, AHSA1/START domain [Actinomadura glauciflava] MNPDLDLGLERIIRAPRATVWRAWTDPSQLEQWWVPAPSRCRVDHLDTRPGGAFVTRLSDDGAHFGPHMDACFLAVEEPHRIVFTNAIDSTWRPAHPAPVAMTATITMDDHPEGTAYRLVVQHRDPEARARHSELGFADGWTTVAGQLAAFTERITAR >OAH97901.1 hypothetical protein A1332_21235 [Methylomonas methanica] MVGNKRKHNEDALLDCPSLGLWVVADGMGGHQSGDVASRLVVDSLSTLEFNQNLDSQVEAVCNRLHKINEDLCLFASGIQQGSIVGTTVVALLAKEAECAAVWAGDSRLYQLRNGAFTQITRDHTLIDELMDSGVMSREVAAKQVGANVITRAVGGQLTLALDVVRFQAASGDRYLLCSDGLDKELSESEIAELMAAGNCQSAAEALINQALSRSGRDNITVLVAEFIG >MCH8821589.1 hypothetical protein [Patescibacteria group bacterium] MAQSINLLPRITEAQARKEVYKKKINITSIAALLAVALIFLSLFAYQLFLQTSRSRVDRQSQNIEEEISSQKEKEISQRALIDKLDQIDSLLGSAIPNASAVANISDIAKKSGNISISQVSIQSDGDVTFGGVATDSKKIEKLINELISSEERGIFGAITLQNLSREEDEPYNFTITMDFLLKGLKSNEN >XP_038144206.1 sodium/calcium exchanger 1-like isoform X3 [Cyprinodon tularosa] MCQTGSPPLSSINHLLFLLTFVSVELLHSAAGASASTLNSNSTARNQTKCGGSNKCIEGVILPLWKPENPPFADRMARATIYFVGLFYMFLGVSIIADRFMASIEVITSQERKITIKKPNGEKITTTVRVWNETVSNLTLMALGSSAPEILLSVVEVCGHNFDAGELGPNTIVGSAAFNMFVIIGLCVSVIPDGETRKVKHLRVFFVTATWSVFAYTWLYLILAVFSPGVVEIWEGLLTLFFFPFCVGLAYVADRRLLFYKYVYKRYRAGKQKGMIIETEGEPELPSKVDIEMDGKMLNSHGDELLDGEVGSEEKEVDEEEARRELARILKELKQKHPEKEMEQLMELANYQVLTQQQKSRAFYRCQTTRIMTGAGNVLKKHAADQAKRATQHDICSEISVNNFSSKVFFYPGNYQCLENCGSVVLNVVRRGGDLTSTVCVDYRTEDGTANAGSDYQFTEGTVVFKPGETEKEIRIDIIDDDIFEEDEHFLVHLTNVRVISNGANDHKMNHVDGLAGLGLPCTATVTIFDDDHAGIFTFEEPVMTVSESTGMMEVKVTRNSGARGLVVVPYKTIEGTAKGGGVDFEDTNGVLEFDNDEIVKTISVRIIDHEEYDKKASFYVELQEPCWDSRRWTGGFVQTDKQLCGKDIYRKVQGRDRRAPSNIISITDGVCEEALTKKEEEERRIAEMGRPMLGEHVRLEVIIEESYEFKSTVDKLIKKTNLALVIGTNTWREQFVEAITVSAGDDDDEGGEEKMPSCFDYVMHFLTVFWKLLFAFVPPTDYWNGWACFVVSIIVIGMLTAIIGDLASHFGCTVGLKDSVTAVVFVALGTSVPDTFASKLAAIQDQYADASIGNVTGSNAVNVFLGIGVAWSIAAIYHYSKGQEFKVDPGTLAFSVTLFTIFAFICIAVLIYRRRPSIGGELGGPRIPKILTTTLFFSLWLMYIVFSSLEAYCHVKGF >WP_236905832.1 lipocalin-like domain-containing protein [Collimonas pratensis] >AMP05795.1 lipocalin-like domain protein [Collimonas pratensis] MTDMKKKRVVSLSILLAATAFATAQAQETSLTGSWKLIGYQVESKDTGKKIPAMGDHPTGRVIFTADHRVAFVLTGEGRKSGKTDAEKAELLNTLVAYTGIEQIHGNEWCTQVEAAWNPEWVGTVQCREFRLEGDRLEVLTPWRQMPNWPGTTRSIITFVQDK >WP_124213670.1 MULTISPECIES: sigma-54-dependent response regulator transcription factor FleR [Pseudomonas] >RQI54198.1 sigma-54-dependent Fis family transcriptional regulator [Pseudomonas aeruginosa] >RQI67240.1 sigma-54-dependent Fis family transcriptional regulator [Pseudomonas aeruginosa] >HBN8559651.1 sigma-54-dependent response regulator transcription factor FleR [Pseudomonas aeruginosa] >HBN8563887.1 sigma-54-dependent response regulator transcription factor FleR [Pseudomonas aeruginosa] >HBP1416388.1 sigma-54-dependent Fis family transcriptional regulator [Pseudomonas aeruginosa] MAAKVLLVEDDRALREALSDTLLLGGHEFVAVDSAEAALPVLAREAFSLVISDVNMPGMDGHQLLGLIRTRYPHLPVLLMTAYGAVDRAVEAMRQGAADYLVKPFEARALLDLVARHALGQLPGSEEDGPVALEPASRQLLELAARVARSDSTVLISGESGTGKEVLANYIHQQSPRAGKPFIAINCAAIPDNMLEATLFGHEKGSFTGAIAAQPGKFELADGGTILLDEISEMPLGLQAKLLRVLQEREVERVGARKPINLDIRVLATTNRDLAAEVAAGRFREDLYYRLSVFPLAWRPLRERPADILPLAERLLRKHSRKMNLGAVALGPEAAQCLVRHAWPGNVRELDNAIQRALILQQGGLIQPADLCLTAPIGMPLAAPLPVPMPAMPPATPPSVEIPSPAAGQDASGALGDDLRRREFQVIIDTLRTERGRRKEAAERLGISPRTLRYKLAQMRDAGMDVEAYLYAI >WP_000391618.1 type II toxin-antitoxin system PemK/MazF family toxin [Staphylococcus aureus] >EHS70990.1 PemK-like domain protein [Staphylococcus aureus subsp. aureus IS-125] >EHS72060.1 PemK-like domain protein [Staphylococcus aureus subsp. aureus IS-160] >MBN4913218.1 type II toxin-antitoxin system PemK/MazF family toxin [Staphylococcus sp. EG-SA-13] >NZD72327.1 type II toxin-antitoxin system PemK/MazF family toxin [Staphylococcus aureus] >ADL66075.1 PemK-like growth inhibitor protein [Staphylococcus aureus subsp. aureus str. JKD6008] MEEKRYKVYQRGEIIYADFGKGVGHEFSYKHFCIVINKKDNKNNGKVTVIPLTSKSKHNAFVNIHLIKPFLNTLKQSIAKHEKKIESIENIINQNPNDLKVIVYARFLCDSLKNEMKQYDFVENKLKNLVDKSSYAKTQDITTISKDRILNYIKDLSVLIRLPKHETDRLVNICFKKMS >XP_048688918.1 sushi domain-containing protein 6-like [Caretta caretta] MAKAPGCPRLRRPSCYLPTALFFTALCGSGAVLRRKDCQFPDPSDHTTYRCVSLACTLSLGSGGFKAGSMVQHFCEDGYVLAGHPGVSVCKGGQWSVLKPVVCNPLTGSPVPRSGSIFGVSSIPMVAAASVTVSALLLVAMVCVLVGPKPCSNWCWRWYEPMEESEVSIVDSCPVPLPSYEEAVYGSQGGPVPPTSTTPTPLVLSRGLAPPSEAAELCCSPEAATPPPSYQESQAAAAGGSSLVRPTVPPARFLFPGAAKDPCR >XP_018381815.1 hypothetical protein CC77DRAFT_1053564 [Alternaria alternata] >OAG16394.1 hypothetical protein CC77DRAFT_1053564 [Alternaria alternata] MPLWRIYAHPDTFTLDQKRGIAAAITKHYDVLPAFYVDVIFVDCKEGNVWVGPEPKTNFVRIVVEQIARAMPSPDTAEGRAWRTGWMDKINETLRPYILDRKELDWEMHISETPRDLWRVQGIDPPPTDSEAEKSWKAKNYAHPY >HAJ6883934.1 chromosome partitioning protein ParB [Escherichia coli] AGSGVVVSWRYGNVCVQRGVQLRSEDDATDDADRTEQVQEKASVEEISLPLLTKMSSERTLAVQAALMQQPDKSLALLAWTLCLNVFDSGAYSKPAQISLECKHYSLTSDAPSGKEGAAFLALMAEKARLAALLPEGWSRDMTTFLSLSQEVLLSLLSFCTACSLNGVQTRECGRTSRSPLDSLESAIGFHMRDWWQPTKANFFGHLKKPQIIAALNDAGLSGAARDAEKMKKGDAAEHAEFHMKDNRWVPGWMCSPRPQTDATERADNLADAA >WP_259823591.1 hypothetical protein [Brevibacterium casei] >MCT1549702.1 hypothetical protein [Brevibacterium casei] MSAPMVWEAESTSAVDMTTTVRMIDTRMPAARAIPGGMSTAFHVAPRASGARYVAARGECPALDVG >EBL5661155.1 peptidylprolyl isomerase [Salmonella enterica subsp. enterica serovar Enteritidis] AYGEFDDAAVQEVPRENFQGVEDIQPGMQFQSQTEDGHVMLVTVKDVQDDKVIVDANHPLAGKKLHFDVEVANIRDASDEELQHGHVHGAGGHHH >WP_268394364.1 serine hydrolase [Bacillus inaquosorum] MGIDADKLSELDPKIKSEYSNINGIVVVRNGYIAYERYYHGYGPNDTHHVASVTKSIMSALIGIAIHAGYIKSVDQNALDFFPEYVPGPYNKQKQDITLRHLLTMTAPYPFEDWHEPLDKMCMQPDWITYTLDMLGQGGTIGTFKYSTAGAHLLSAILTRSTEKSAREFANEHLFKPSGMKEIPHYEMKSFGFDDLFGKDVKGWVNDPDGNSTGGWGLTLTPRDMARFGLLYINRGCWDNQQIVPESWIDESTALNASNYGYLWWLHDEDGVFSYSALGDGGNVICCVPEKGLVVAIASEFTMNARDRWQLIKKYLVSR >WP_107106807.1 MULTISPECIES: signal peptidase II [Rhizobium] >MBB5575178.1 signal peptidase II [Rhizobium paranaense] >PST64398.1 signal peptidase II [Rhizobium sp. SEMIA4064] MTDSEINEQAPVKPALFSRPLPILIFIVAAVILDQVVKIMVDNWLPLQEMVPVIPMLALYRTYNLGVAFSMLSGMDGWFIVGMRLVIVVFVLWLWRRTPNHRWLAHLGFALIIAGALGNLIDRFLYGHVIDYILFHTETWSFAVFNLADSFITVGAGCVILDELLLPKKAKA >WP_250824310.1 MetQ/NlpA family ABC transporter substrate-binding protein [Latilactobacillus sakei] >MCM1597223.1 MetQ/NlpA family ABC transporter substrate-binding protein [Latilactobacillus sakei] MQKRYLSVLAGLLIVGVLLTGCRAKKADPNTIVIGASTIPHAAILRHIKTELKKEGITLDVKAFSDYVLPNKALASGELTANYYQHIPFMKKANHDNGYHLVSAGGIHLEPLGLYSKRVKKLSAVKTGATVLVSNSQTDWGRVLSILKTGGLITLKPGVKVENATFNDIAKNPKKLKFKYTFEPKLMPELLKNDEGTLVAINSNYAVQAGFTPEKDAVAIESLSSPYVNVVAVNKGDENKPAIKKLIKALKSKSTQAWIKKQWHGAVLPVK >WP_067144449.1 Fic family protein [Mycobacterium sp. 1245852.3] >OBJ81098.1 death-on-curing protein [Mycobacterium sp. 1245852.3] MTDYPTTDEVLIAAEYACGFRPIVRDAGLLESSLMRPAATVFGHDAYPGIWDKAAALLHSLVTTQALADGNKRTGWAACWLLLGLNGHRISPTLDVDAAETFVMAIAANELTWEQIAARLPDFAE >MBD5174823.1 Dabb family protein [Bacteroidales bacterium] >MBD5219000.1 Dabb family protein [Bacteroidales bacterium] MVRHIVMFRLAADSDRARLAKEFKEAIEKLPAVLPTLDAVAVGINDGPAAGNWDIVLTADCADYAALEAYSAAPEHLACVAIIKPALEGRVCVDYTVD >NEP75465.1 pentapeptide repeat-containing protein [Okeania sp. SIO2G5] >NEP96578.1 pentapeptide repeat-containing protein [Okeania sp. SIO2F5] >NEQ94333.1 pentapeptide repeat-containing protein [Okeania sp. SIO2G4] MANQKSLDQLQKLINDSAQTSNQKLTNNFTGISLECADLSLCDLNDINFTEAILRDAYLICANLKRTNFSNSDLSHANLSGAIMWFANLNNVNLKSADLRGISLRDANLGNANLENANLWRSEITDAQLIKANFTNANLIRTNLRNTNLTDANFSYAQLDEANISEANLEGANFSYANLTDVNLKDSNLKGANLSKINLLRVQLNRANLEGANLEGANLEGANLSDTNLNYAKLINANLNHVNFRGVKINYATELDDKWYLVWDIVNHGAYGRTLNSVDLEYANLKGANMGNANLADANLRYANFRYANLSNTNLSNSKLTNANLTDVNLIKANLSNSNLQGANLSNTLLFNAILKGASLNEAKLLKAQLCDAELSNAKLKMANLMDANLKNTKLLKADLREINLEGAELEGTIFGENLGINEEMKQELVKRGAIFQDKY >WP_247326555.1 hypothetical protein [Luteibacter aegosomaticola] >UPG88372.1 hypothetical protein L2Y96_13175 [Luteibacter aegosomaticola] MAGGPQDGERFTREFYTSHATPPAMRASDGKVCCPVAVRAMRQTALCVVVHPDARDEQIEHAIDAMVAAAEGEVISGK >AAM31096.1 hypothetical protein MM_1400 [Methanosarcina mazei Go1] MYYDTSNSLYHKVKSITFEPLNIYEYENFKSIVEPLRKPINYFRKFHVLLSRYFRTCSKFFQYHDKNENC >MCH2098905.1 hypothetical protein [Pseudomonadales bacterium] MVALIGSAALVTALVLAIAAASPRVRDAVVEHVLFLAGARASAIEGRLTDRLILSGVELDSGRTTVGTLVLAWRPLALLRGKLVLEKVAIADLNITLERTAEAPDAAFSGIELPLPIRIEAFTIEGARLHGEGALAGLTLSAAAQAYASDQQLTLPSAHLSIIDASDRTLHLAGAARLELSANLPWSWTGTGTGTGTGAGTGAGTGAGIADGQRSQAARAGAAASSDLSRLEASLKLEGTLRSAALAAELSAPLPLRLTASIPDLSAPTITADAELLAARAFDAFTLASATAHFDGALDRGSSSAAAVIEVSDPFAAERLPINVALSGEQDARGLMFTLQAVSKHLRLDATGRTLIPSGGTDAKLHARLDARAPRSNSHALAFDASTDVLWSPADATLRLSDGALTGTLDGRPVSLEGHAALSLASNLRANALDVTGALGSNRLRIQKEAGTAPEAALRIDLADVASYIDTSDVALALEMDEDTVASAVSDRVTVDPAEVA >WP_143387569.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX01236.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX05239.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX09142.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX09223.1 zinc metallopeptidase [Flavobacterium gawalongense] >TRX26680.1 zinc metallopeptidase [Flavobacterium gawalongense] MGMGYLILAGAIMLFSWLVSSRLKSKFEHYSKLQLQNGMSGAEIAEKMLADNGIRDVRVISVAGQLTDHYSPVDKTVNLSEAVYNQRNAAAAAVAAHECGHAVQHAVGYQWLTMRSKLVPVVNVASTYMQWILLAGILMIKTFPSLLLIGIVIFAATTLFSIVTLPVEYDASHRALAWLENKRMLTQQEQAGAKDSLKWAARTYVVAALGSIATLLYYISIYMGGSRRD >MCU1579718.1 hypothetical protein [Rhodoglobus sp.] MHLMNAAWMPAAIAFAAWLVTFSLQLADLGTARFDSRRLARGARTVVRLHPVAWVIPVAAIAIVGVGFGLDFATRLLVAGSTVFSIIVGLSLVVGVVAAWLVITVAVTKPAADSYRAIRDELLDLAGTRVQQQRLDSLRARLATLDTEGDISQKLPHPSFGASIGWVFRRPQRIVPPAFAVAMLVFVAIAASEDPAGRWAVALAAAAVVLGCLLAVAGARASLTLVAAVREAQVAHRVDVVHLLAEAERSAKKPVAGLGDRVARALQILREQQG >MBE8222136.1 cell division protein ZapA [Bdellovibrionales bacterium] MQTGIHEIRVGKQAVNIKSSKTKEEVQNIVKFINKKFRELSKASPGISFQNAMILISLSLTEELFETKKQATSSLGNLEKKAQKIFSTLESSQTL >RYD06084.1 hypothetical protein N752_06030 [Desulforamulus aquiferis] MIHIWERALPLTPQSWFLYRFCFMGSKICLGNTNTVRNSLLTNYNFKLFVILLIVMVK >XP_039387169.1 dynein light chain Tctex-type protein 2 isoform X2 [Mauremys reevesii] MDKHAKASKVLSGGKGERRLSMFEKDNYAQIVKERLRSSSHEVHGTEPMDNESFAEFGKSEIFTLKTSMAKIRYANTYKMEPYRKFQAHLVRNKAQHILTRLQETKYNGVTSIVLCNSISEEILTAVKDMGFDRYKYVVTVLILQKTGQAIKISSRWVWDVARDNWVSAKCETESFISLALIMACYYE >WP_082565353.1 tRNA dihydrouridine synthase DusB [Duganella sp. Root1480D1] MNIGPHELRNNVFVAPMAGVTDRPFRQLCKELGAGYAVSEMAASNPRLWASEKSSRRTDHTGEMEPKAVQIAGAVPEELADCAKFNVDRGAQIIDINMGCPVKKVCNNWCGSALLQHEDLVQRILEAVVPAVNVPVTLKFRTGWNRENKNALRIARIAEQAGIQMLTLHGRTRADGYTGDAEYDTIAAVKAAVTIPVVANGDITTPEKARYVLDKTGADAVMIGRAAQGRPWIFREIDHFLRTGEHLPAPLVAEVRKLMDEHLQAHYAFYGEFLGVRTARKHIGWYVRDLPGGEEFRQEMNRLESTAEQLRAVDSFFESQWKYGERLQYRLAEEPLAA >PKL40887.1 type II 3-dehydroquinate dehydratase [Spirochaetae bacterium HGW-Spirochaetae-1] MKEPYTLIVINGPNLNMLGTREKDIYGTLALDEISSMVESYARENNIKVIFFQSNSEGDIVSFIQSNRHAHGMVINPAAYTHTSVAIRDAIAAVNIPAVEIHLSNIHAREEFRKHSFIAPVCVGQISGFGYNSYILGIRAIIEYLESRK >WP_092015539.1 MBL fold metallo-hydrolase [Brevibacterium siliguriense] >SDS96335.1 Ribonuclease BN, tRNA processing enzyme [Brevibacterium siliguriense] MKLTAIGTAGSFPGRGALASCYLIETDEDTPTRIILDLGSGALSPLQETIDTDRLSGIVLSHLHPDHCMDMTGLYVKHCFDPKFFNGDISDTGTIRTRTPVFAPAGAKERLFRAYYTDPGKSPVANGGDDSNFDNAFEFTDIDHGARHQVGSLTIESFLVDHPVEAYALRITDATGKVITYSGDSDECDNLVEAAKGADLFLCEAAFQEDRDTARGIHLTGKRAGRVAQNAEAAALVLTHIPIWTDCSIVRGEAAGEYRGPIELAKPGATWTV >WP_236777269.1 efflux RND transporter periplasmic adaptor subunit [Agrobacterium tumefaciens] >WCJ65046.1 efflux RND transporter periplasmic adaptor subunit [Agrobacterium tumefaciens] MKRTIARKNGLIIGSVVAVLTIGGASARTVFSEMDDQDEIVMPVVQGTVEEAVVASAVLEPARLVNVGAQVSGQLKNLHVELGQKVKQGDLIGEVDSTPQANGLRIANAALANLKAQRRARDIQRHQAELAYSRQRTLNSANIVSTANRETAEAAFRALQAEVEALDAQILQASVEVENAEVNLGYTKVRAPIAGTVVAVVTKAGQTLNAVQAAPTIVSLAQLDTMRVKVQVSETDIGRVRVGQNVRFTIMGYPDRPISAELEQIEPAPTTIAADSTASTGVSGAVQGAQAVYYNGLFKTPNTDGRLRPMMTASVRIIVGKAENVPLVPWSALTDRDKDGRYHVRVRQASGAAVEKLVTVGLTDKINSQIIDGLSVGDKVIIPAEGETSTNTDMVTM >NLX21103.1 DUF1559 domain-containing protein [Phycisphaerae bacterium] MLSKLESGRRRPAFTLIELLVVVAIIALLISILLPSLARARELSRRAVCQANLKGMGTGFHTYANENADDFPIPPHVKPTNAGTGLGEVDYTQAIGSDTPGRGDVDDLTAGDPGVPPRTSLSNKLSTTRCMYTLVRTNVSTAKSFICPSSEDAAADEDSPQSYWDFGKGDNNSDGGGVQGAWNMVSYGYQVPYGDTGRPSRDRDQQMPLAADKGPWGAFIDGGKTEPVSGDLNRLTVQSSPDDWKQFNSPNHGGVREGEGQNIFYADGSAGWQGRPIAGLAYDNIYTRWTTRPGTGVGTKERGTVMAQGAKHTPFAQTDSVIYP >WP_281498184.1 AAA family ATPase [Mycolicibacterium sp. F2034L] MRAGVPEAPSLSAEQLSVVEQPIDSKTVVTAGPGTGKTHTLVSRIEHLIGEDSEVAGQEVLSLSFSRAAVGVLRRRVSMLSTRGSRVRSATFDSFATRLLDTYGESSLEGIGYDRRIELAIELLCTRVVDELHETRHVLVDEAQDLTGVRADFVHKLLEVTNCGFTVFADRAQAVYEFGNEVPDGRSFVERVSATYADTVQAMHLTTNFRTTDPDILAVAALGGPIRHTSAERDQVVDQFDHVTRGLPTAGAITDAAYMLQGAADTAILTRRNSEALAVSDALAAAGVEHQLRRRADDPVVGAWLSRLQHELGSRRLTLADLEPASPLLPWTPAVTWAALSRAARPRKGVLDLGQVAEHLAALVPPDELIDTGTGGVVVSSIHRAKGLEFDTVLLVPFDIDASSDWLEEARVLYVGLTRARHTLMTLKRVDDGRWNFSNRAQRWRRIKFAGKRRYTTGVEVSGSDVFTFHPAGASSPAEPPAGVCEYLWSAVHKGDPVVLERRNDDASPVRYDVLHNGQWVATTTELFGDVVANRLDLRASPTRIGGCRVESVATTALTASVAELFDLKTQLVPSCRIHGVGTW >WP_099711363.1 MULTISPECIES: malate dehydrogenase [Flavobacterium] >PIF33487.1 malate dehydrogenase (NAD) [Flavobacterium sp. 9] >TPG41670.1 malate dehydrogenase [Flavobacterium pectinovorum] MKVTIVGAGNVGATCADVISYRGIASEVVLLDIKEGFAEGKALDIMQCATNTGFNTKVSGVTNDYSKTAGSDVVVITSGIPRKPGMTREELIGINAGIVKTVAENVLKHSPNTIIVVVSNPMDTMTYLALKSTGLPKNRIIGMGGALDSSRFRTYLSLALDKPANDISAMVIGGHGDTTMIPLTRLASYNGIPVTEFLSEEALQKVAADTMVGGATLTGLLGTSAWYAPGASVAYLVDSILNDQKKMIACSVFVEGEYGQNDICIGVPCIIGKNGVEEILDIKLNEQEKALFAKSADAVRGMNDALKSILV >WP_127202722.1 MFS transporter [Neisseria meningitidis] MYAKKGGLGLVKSRRFAPLFATQFLGAFNDNVFKTALFVMIGFYGLGQNGFLPAGQMLNLGALLFILPYFLFSSLSGQLGNKFDKAVLARWVKVLEMIIMAVAAYGFYIRSAPLLLACLFCMGAQSTLFGPLKYAILPDYLDDKELMMGNSLIESGTFVAILFGQILGTAVAGVPPYIVGILVLLVAVGGTVGSLFMPSVPAKAADTQIEWNIVRGTKSLLSEMVRHKPVFTAIIGISWFWFVGAVYTTQLPTFTQIHLGGNDNVFNLMLALFSIGIAAGSVLCAKFSRERLMLAWVTVGALGLTVCGLVLVWLTHGHRFEGLNGIFWFLSQRWAYPVMAVMTLIGFFGGFFSVPLYTWLQTASSETFRARAVAANNIVNGIFMVSAAVLSAVLLFLFDSISLLYLIVALGNIPLAVFLIKRERRFLGAAAIRKKP >XP_027728774.1 LOW QUALITY PROTEIN: angiotensin-converting enzyme [Vombatus ursinus] MPEKEIREDASPLSSFCRGGRSTGKLRCLEVITCPGAPGLTQRCMMFTNRRMGTGRASVTGRSSTYEEGTEEEHGHRGEEFGGVEEQRGGALGPGEGRGRKGVRPLPGPLIPPSPPLSKSTRGRRGLWSWCAPKAAQRLSVAGTMVSALGSPGPLVRQLILLLLPTGLLLQPSQALPTELLPGDFATDEAGARLFAQSYNSTAEIVRYRSAAASWAYEVNITQENAQRQEEADLLSQEFDEAWGMKAKLLYDRIWENFTDPMLHRIIGSVRILGLANLPIEQRQKYNTLLSKMTSIYSSAKVCFPNKTATCWALEPELTEVMASSRSYAKLLFAWEGWHNAVGVPLKPEYQAYVSLSNEAYKVDGFEDTGAYWRSWYDSSTFVEDLERLYQQLEPLYLNLHAFVRRGLYHRYGDKYINLQGPIPAHLLGNMWAQSWENIYDIVVPFPDKPNLDVTSTMVEKGWNVTHMFRVAEEFFTSLGLLPMPPEFWAESMLEKPDDGREVVCHASAWDFYNRIDFRIKQCTRVNMDQLFTVHHEMGHVQYYLQYKHLPVSLRRGANPGFHEAIGDVLALSVSTPGHLQKIGLLDSVTNDNESDINYLLKMALDKIAFLPFGYLVDQWRWRVFSGLTTPSQYNYDWWYLRTKYQGICPPIARNGAHFDPGAKFHIPSVTPYIRYFVSFVLQFQFHKALCAEAGYTEPLHYCDIYQSQQAGAKLREVLQAGASRRWQEVLKEMTGSETLDAGPLLEYFEPLTDWLKQQNQINGEVLGWPDFEWRPPVPDGYPEGIDNLTDEAEAEKFLEEYDRLGLVITNAYVEANWAYNTNITEENSKIMLEKNLELSSHTLQYGTRARQFDTSSFQKSSVKRLLEKLKDLGRAALPPADLDKYNNILLKMESAYSTAKVCQQNGSCLPLDPDLTELMASSRNYDNLLWAWKGWRDKAGRAVLPNFPEYVELSNKAAQLNGYADSGAYWRAWYETPSLEQDLEKIYLELQPLYLNLHAYVRRALYRHYGADYINLQGPIPAHLLGNMWAQSWSNIYELVVPFPSAHQVDATPAMKSQGWTPRRMFEEADKFFQSLGLLPLTPEFWNKSMLEKPNDGREVVCHASAWDFYNGKDFRIKQCTTVNMEDLIVIHHEMGHVQYFMQYKDQPLTFRDGANPGFHEAIGDVLALSVSTPKHLYSIGLLDNEGEGYESEINYLMSVALDKIAFIPFGYLIDQWRWRVFDGSINKKDYNQEWWSLRLKYQGLCPPVPRTQEDFDPGAKFHIPANVPYLRYFVSFVIQFQFHEALCRAAGHQGALHKCDIYQSKKAGQLLADAMKLGLSKPWPEAMMLLTGQPNMSATAIVDYFQPLLDWLITQNKEQQETLGWPQYDWTPYSGNYVGRALTKNESKNESAANEFVKEYDQTAQAVWNEYMLALWKYSTNITEYNRQKMLEKDFLMDQHILYYGVKAHDFNTTNFSNPLLKRILWKLREMEKASLPKNDLKEYNELLANMETIYNMADVCLEEGPCVILEPDLTELMASSWKQEELLWAWQGWRDSVGRQLHPIYSQYVELSNKAARLNGHQDTGASWREVYESPTLEKDLEKLYQEMEPLYLNLHAYVRRALYNYYGSELISLKEPIPAHLLGNMWAQSWTNIIDLVTPFLSSSKMDATMAMRSQHWTPFKMFEEADKFFQSLGLLPVLPEFWEKSMLEKPQDGKDVACQASAWDFYDGKDFRVKICTKVDMEDLLSVFHEMGHIQYFMQYKNLSLALREGANPGFHEAIGDVVXLSISTPKYLHNSELLVAEIEDYKSDINFLMNIALEKIAFIPFSYLVDQFRWKVFDGRISKEFYNQEWWNLRLKYQGLCPPVPRSEEDFDPGSKFHIAANIPYIRYFISYVIQFQFHEALCRASGHSGPLHKCNIYSSQEAGKLLGDIMKLGFSKPWPEAMKMITGQYNMSAKPLMKYFKPLLDWLVAENVRQEEILGWPEFNCFISDDNAPPFSTVIGTAPGILASCLQPLM >MBL9135845.1 carbonate dehydratase [Verrucomicrobiales bacterium] MRNLQHLFASNRTWADRIRQQDPEFFLKLSRQQFPKYLWIGCSDSRVPANQIVGLLPGELFVHRNIANIVVHTDLNCLSVLQFAVDILNVRHVIVCGHYGCSGVLAALRRDRLGLADNWLRHVQDVREKHDRLLALPNDPQLASDRLCELNVIEQVANVCHTSIARDAWDRGQELSVHGWIYGLQDGLLTDLNATVTRFEEVPGVYRQAVAGLSETTGART >XP_049133140.1 uncharacterized protein ColLi_10971 [Colletotrichum spaethianum] >GKT50790.1 hypothetical protein ColLi_10971 [Colletotrichum spaethianum] MIFTLPFVLFALATAAPINGTSHTSAESLLSSISSLDLDHDDVILYGVNGQYKVIKDAEFQTLTSAGVLTYGGNDKVETRHLLDSSALVKARDCDGSNAEFEITSTADFLDWDVQISPVIGAQQAPVTIAVARGYSLANSVTVGGTAGISAEGISIGLKIDYQQTWTTTDTTTITYTVPTGQYGVIISQPWTHRIYGNVYTSCSTDPGAKSTFMGSSHTSQTYGSMDWVTGVFRLCASKNYPIPYCNGQGSHH >MBP5665134.1 hypothetical protein [Clostridia bacterium] MDLELLKLAKPVFLEGLEDDVNIQAGFATVLDVPDVSRMEGAFVLVTARNFYRLYVNGIFVAHGPARTCDGYLR >QRN83137.1 radical SAM protein [Chloroflexota bacterium] MERLNYREVTVKGILNPVHGEDDWFGLSYNMNLYRGCEHQCIYCDTRSACYQIENFNDEVLVKINALELLEDALPRKRKVGVIGFGSMNDPYTYAEDQYGLTGKALEIVAKYRFPVHIITKSDRVLKDLATLKRINQVKARVSFTVTTTKDALAARLEPGAPSPSRRLAAMARLAEAGIETGVVMMPILPFIEDSLENIESIVLAAAAHGAAYIIPSFGVTVREGQREHFYRKLDEQFPGVRQQYERAFGTSYFCPARNVRQLERLFTDLCARHKIATRLSPYPPKPAAEQPPLF >CAE6472910.1 unnamed protein product [Rhizoctonia solani] MQIKPLNINIIITGLVVSRVGATHAFAIHPRQTSNASTISWFTCPDVNVTECAFFDVPMDYTNPNSSSTVSIFLRKYPATASEDQRLGSLLINPGGPGGSGSDAVASSGEYFSTMVDGRYDIIGFDPRAVNLTGPSTACHDTEYKFADRAYQLNLQGAPFPHIGGVGETAHVAKLSAIQSSQNAACVENGNHEMLRNSGTVAVAKDMERIVQALGEDGLNFLGYSYGTVLGATFAAIRPNLVKRMVLDGVSDAEAYFSGVLQWGRSGLQDTPKTMLGFISTCIDAGPSQCALATTRDNKTETVEGLAKRLDALYTKLGKEPLVVGDSLTGPGILQASNVQSAVFALIYYPQEWPGLAQALAELEQGNGRDYYPIVNSIVYGAVPEPYTQNVFNRSMQKYPGSTRESTYPILCGDSPQLNITVEDYADYFREMGKLSPLGEQLALIVGGCRGWSFRATERYTGPWTTEKGLGKTRFPILFVSLDADPITPLASAIKMSRGFGSESASLLIQQGFGHTSIAHPSLCTSKNIHDYFVDGKVPKNGTHCTPEPGWIYPTNNTNSKRSMLSKRDKELLEAVEKIGHVGSKTWIGF >MBX6384685.1 MFS transporter [Microbispora sp.] MRDFRLLWIGETTSTLGGSVGGVALPLVAVVTLHASPLAVGLLTAAAWLPWLLVGLPAGAWVDRMPKRPVMLVCNTVSMAVFASVPIAAWLGALTTTHLLVAATAAGAAKVFFTLAYRAYLPVLVERDRLLEANARLQGSESAAQIAGPGLAGLLAQWFGAVSGVLADAVSFAIAVLCLRSVRTREAPRETGAKRQLRAEIGDGLRFVVHDPYLRTLTAFSAMSNIALMGYASIQVAFLTRDLGAEAGQVGVVLAVAGSGGLFGAALSGRVATRFGPARGFLLCEALAAPMALLGPIGTGGAGLALFAAAGFGTGLGVVASNILTSTFRQRYCPAGMFGRITASTSALNYGAIPLGGLLGGLLGEAIGVRETMILMAVVQLLSVAILVLSPFRPLRDFPAPRISRT >AZV79909.1 hypothetical protein EBB79_19830 [Parasedimentitalea marina] MSGAIAGLIVEEGLQEINLTDIPIHGCSLILREVFSDLVDLMIERWVKANYRQNVSIERHRPGSGGFSVQEYRWYVDPFTVRQLQ >MCK5187010.1 hypothetical protein [Deltaproteobacteria bacterium] MVCQLTISVDGLFDIMENITAGTGGIIQLAATLVLLPLWIGLSFFIPYVLGKGINGLFLSGRSFKNSSLFFAFIGGIGFFALFVLVLGPSIIQIFSVTISEELYEYLLPIGSTGNTVGIVSSLAVGLLRGTDEER >WP_142037733.1 S8 family peptidase [Stackebrandtia endophytica] >TQL76389.1 subtilisin family serine protease [Stackebrandtia endophytica] MSPNARTRRLATLSTAALSTALCLAFTAVPAQASAAPITGTAHPEAIADHYIVTLADRSPEAATRIAEAYDATVTVTYRHTMRGFAATMTPEQARLLAADPAVAAVAADRWVGLADVGTDTDLRTDAVQLGPPNEGLDRIDQKQLPLDGRYEYPDSAGAGVTVYVLDTGVRLTHQDFAGRITSGPDFVDGDNDADDCNGHGTHQAGIVAGNAHGVAKSAEIVAVRVLDCGGAGSLSNVLAGIDWVTDTVLNSPTHQPAVVNLALGASANPTLDDAVRTSIGAGISYSVPAGSSQQDACLNSPARVTEALTVSSSTTRTDQARGNFGPCVDLYAPSTDIVSTWHTSDSATMTLSGGSAATSHGAGAMALYLGEYPNATPAEVTGAIVANATPDVLTGVPAGTANLLLNISFLV >KAJ7821411.1 hypothetical protein B0H13DRAFT_1486282, partial [Mycena leptocephala] PERSRNAKAQARHRAKRKAYIEEARLSSLPLSLSSHASHSWKRVTKLQTALGQFTFEQAAVLPLPLAKIRELEAENARLMRENHDLHRM >KAH7980918.1 hypothetical protein HPB49_020120 [Dermacentor silvarum] MVYCCVPHCKSQSSRTKGVSFHQFPSDAELVAKWLKNISRENLVVNDKSASTVVCSRHFLSTDYVPGCRIRKLLPGVVPTVFDEYPSYLVPSAKKPRKEPASRCSVPAPKPSKRNAEPEGAVDLPESQDDFADKKHSVCTQTANKDAQRVSAYVSLIGRLRKQAAYHRSKCSKLQQQLDAARKANAFYRENKRHASVKEVVADSAKGEKKAIFLLHQLDSYGQKRPCYPEEIIRECVVWRFLSPKGYDHARTSQLLTLPAKCTLQRYMGPSPTTTGMSPAMRERLVFEASLHSSKQHMATLIIDEASIKPKCIYDRKSDAVFGLRDKPSSDTPGGSKETLANRVLCFVLHGIASSYRIPCSYYFTKQLSGRDLFAWTKEVINAVESCGFLIVRIVTDNYSANTTMFKLMGNGCLSTVVEHPHDDNRVIFLSFDPCHVLKNVRSQFLERELTDGVGDISGIFVQKLYEHQKDMTVKLARNLTKKHVYPTNLEKMNVLRAVQTFSPQVIAAIEHLQENTGGDSTLYVFSKASSTIHFMKTIKRWFDIHDTTYAGSGQKSPISNTDDPRLLWLANEFTSYIEGIQENSKARGKDGFTCETFEPCALRRSLQSKLHVFFCGMVSTASLRGS >BBQ86561.1 hypothetical protein WP3W18E02_P12580 [Klebsiella sp. WP3-W18-ESBL-02] >BBR23598.1 hypothetical protein WP3S18E05_P13150 [Klebsiella sp. WP3-S18-ESBL-05] MTEITVNGMTCTSCATHVKDALEKIPGVNAAVVSYPESRAQVMADTAVSHNQLLAAIAALGYQGSIRVGDFKDEPKIRDALEGAGLHIAIIGSGGAAMAAALKAVEQGATVTLIERGTIGGTCVNIGCVPSKIMIRAAHIAHLRRESPFDGGIAATVPAIDRSKLLAQQQARVDELRHAKYEGILDGNPAITVLHGEARFKDDQSLVVRLNEGGEREVTFDRCLVATGASPAVPPIPGLKESPYWTSTEALVSDTIPARLAVIGSSVVALELAQAFARLGSQVTILARSTLFFREDPAIGEAVTAAFRAEGIEVLEHTQAS >XP_006689993.1 protein phosphatase 2A regulatory subunit PR55 [Yamadazyma tenuis ATCC 10573] >EGV60779.1 protein phosphatase 2A regulatory subunit PR55 [Yamadazyma tenuis ATCC 10573] >WEJ93950.1 protein phosphatase 2A regulatory subunit cdc55 [Yamadazyma tenuis] MTVNETWKFSQCFGDKGDIENLTEADVISTVEFNHDGNFLATGDKGGRVVLFERNHSKNSNCEYKFFTEFQSHDAEFDYLKSLEIEEKINKIKWIKSYNDSLYLLSTNDKTIKLWKIMERNVKLLYQNNLNGADHLPASGLNLSSLKLPKMTVHDKLISAQPKKIYSNAHAYHINSISVNSDQETYISSDDLRINLWNLGISDQSFNIVDIKPSNMEELTEVITSAEFHPSHCNLFMYSSSKGTIKLNDMRSNSLCDSHSKIFEEYLDPASHNFFTEITSSISDVKFSHDGRYIVSRDYMTVKIWDLAMESKPIKTINVHEHLRDRLCDTYENDAIFDKFEVQFGPDNKSIMTGSYNNNFMIYPNSINGDSSYGSMKPIKMKKRGRTVGEPEDDEDDDEEGDDDEEDEEDDDEEPQSPAADGGFPESPTSSHLDDDQQEEIVLQADKSAFKTKKMGSNNGMMRRRMMTNGSDLSNDFDNIDFKKSILHLSWHPRENSVAIAATNNLFIFSTL >WP_009475234.1 hypothetical protein [Rhodococcus sp. JVH1] >EJI99539.1 hypothetical protein JVH1_3147 [Rhodococcus sp. JVH1] MPNTTLAHAAIAAVAALALGGCASPQEESASPDGRSQPGSDLVAEAGSTEVEGPEPRLVVSDADSGRVDVLDLATAETLQSFEFDNPTRVTTVKDRYAFAVDGAGGAVHVVDAGSWTIDHGDHTHSYTKPPVELGALEGGKPAHVIAGDDKVATFFDGDGLARVIEFAALRKDSIDVGAVVDADAPHHGVALPIADRFVVSHSAADGTDSRPGTFEVHTADGEVEQSFDTACPNMHGTAVSDTNVLAACGDGLFLATTAAGAWTSEKVPYPAGIGAATRPTSIHGHDGLPIHVAAAGPAATNDGVLVFDARTRGWTHVRTPDRALSVALAGDGRSVFAVLADGTFRVYDTTTGAETASSHVLAAPYDGSDESATLPAVVVGGNRAYVSDPASKTVTEIDFRDDARVARTLDVGVAASTLGVVGL >MCK5175373.1 hypothetical protein [Planctomycetota bacterium] MAIFPQTGLGGRGQFVVGCSPAGGSVFGEAKPMVGVGVHTSIGLLRKHAATLAADGGGHVAIVESLRDVVLCWIPAFAGMTVRRFGVN >WP_039095635.1 DNA topoisomerase IB [Croceibacterium mercuriale] >KHL26398.1 DNA topoisomerase [Croceibacterium mercuriale] MTNTPANLIFVDDELPGITRRKAGRGWAYFDATGERIKDRAEIDRLNSIALPPAYVDTWFCPADNGHILATGYDDKGRKQYRYHPVFRTQQEGLKFDGCRTFGELLPLVRKRVETDLSGRTVTRSHAIASVVRLLDLGIVRIGNEAYAKENNSFGATTLRQEHATVSGPRLKLSFRAKSGKQREVTITDKRLAHFVRKMQDLPGQHLFQYLGEDGEVHNVGSDEVNEYLCETMGQHFTAKNFRTWHGSVLAFNMLAGAKAKLTIKALMEEVADKLGNTPAVARRSYVHPAVTALIDDQVTWRETLKLPRRTQWLSREERGLLALLEQSPPAGEMLAEAA >MCM0593547.1 Uma2 family endonuclease [Gloeotrichia echinulata DEX184] MTLAKPSELGITHLPDHTELPESDGNFVKNFQEHPQSLLLTDSITERLQELHPDNQYSIGQDSGIYWRLTDPPERGAEAPDWFYVPNVSPLLNGQFRRSYVLWQEYVAPLIVLEFVSGDGSDERDKNPLKGKFWVYEQAIRVPFYGIYEFSKASVEVYHLVDGKYQLLPANERGHYPIPPMGVELGIWQGQYKNMEAPWLRWWDAQGNLLLSSDEKSQQLSSQLEEVSSQLEQEQQKAERLAQRLRQLGIEPDDV >RWZ64791.1 hypothetical protein ELQ92_08230 [Labedella populi] MMLVLAAQQDQNAWTAAAPRYVDFASMWDGRWYNIVAVAGYPAELPLTDDGHTAENAWAFLPVYPLVVRTVMILTGAEWAVAAVAVSVLAGFGAALVTYRLFREHLDAGTALFGVVIFSVAPVAPVFQVAYAESLHLLLLSLALLLLVRRRYGLLMPVVVVMGFTRPSALAFALLLGLHLLVRIVRRDREPFASGELPLVIGATLLSGLVGLAWPAVAWAVTGSVTAYTDTELAWRSVYIGYQHLIPFTPWFQGFEWWFGRPLGWIGVILLVAGFAVALTSRPVRMLGLEVRLWLAAYALYLLAVFFPQSSTFRLLVPFFPFAGAIAVPRSRVYRTTVVMGSIALQWLWLLVAWRVDGYDWTPP >MBX7220138.1 hypothetical protein [Blastocatellia bacterium] MKYFSFFLLVCLSVSGFVWLPSKKVVTVRAESPESSTFQWTLNGPFGGTVRSLVQNPKQPERFFLGTGDGQLYLSNDKAQSWKWLPTLHRPGFIIDNLLIDPRASETVYLSMWSLANDRDGGIFKSTDGGEHWKELFQGHSVRALTMADQDSSLLVAGALDGVYRSTDAGKSWKLISPANDAEIRNIESVAIDPRDGDTVFAGTWHLPWKTTDGGKNWVSIKGAETMILDDSDIFSIAIDRSLPDRMFCSACSGIYQSNDRGRNWTKFQGIPYSARRTHIIYQHPTKPATLFACTTEGLWRTTDGGQTWRVLTKQIVVNAIEIDEHEPDRVVIGTQNSGVLVSQDGGETFLPSNLGFATYQVSSLVPDPLQRGRVFASVLYNGLEGGVYVSEDNGRSWRPSSQGLGIRDVYSVTVNPNNPKQLYAATNTGLFLSENSGLTWNRLEITAKAAPPSAKPTGKGKGKPRSRSVVARPKSRPKTPAPPPGPKLHNLDGHVMEVALTTDGKKAVLLAASWDGLFRSSDPKRGWEKLTITGYEGRVFAVVVPPLQPNWMYVGTSDGLFVSRDKGVTWEHIEMDGRDHSFVHEIAVNPNRPEIIAVGTRRSLYITKDGMKTWERRGRGIPYGDIAAIRFNPRDDKQILVGEVGEGGLYLSTDGGDHFRRIDREDLPSKRVWTVAFDLFEENQVYAGSFSSGVLVGAPSRPHVTAGN >KAG2053605.1 hypothetical protein BDR06DRAFT_1021352 [Suillus hirtellus] MIPSRHPTTPQGLTVLTLSWHPFSPSYPPSPLLSTLPMTSSSSCLCLSLLESIGSLQEFDHCHDAFLRTRDFAEYELTLLSSVCGNYAELSGRSRISVLDVLSSSEDLGVNLEELDEYCISEGKGLGGIDDLFDRSIPSTPRCDISRSRSVPSTPTTLKLKEPPSSIPQHITSNTVSDYVTQVNYSDHRPFLPCLTVNAGTAYTREGAKGSHKKSMSSSAPSHTDKPVFLPKSRASDLTLLARTTRLAHPPVLQRGNQKLYYGTGVNSTQKERRTCVWSDFPCGTAKGKIVVWNFLPNAIDSPTWNDDKSTSEVCYFGNPRSYTCYILLDCKSDPNNPQLASLAKIF >NXV13419.1 TC1D4 protein [Cepphus grylle] MAEQLPPGMATDGAEAPLLRGTRRSSQPPARGSEEGKLPLLPSRRSSILSTLPAPLASRRSSLGAAPGGRRPSIGPWMLHSRVSFSGLPLFQPILKTRLENTYRMQPDKGCKFDAGQVQRVLEVALAGALGTTIYSPQGSAPLAQSLVELLQSRAKEVVPPRYKLVCQVLLGQQGQQSLLVASQALWDPETDSFASATFSNASLFAVATVHGVYFE >WP_114094371.1 type II toxin-antitoxin system HicB family antitoxin [Thalassospira xiamenensis] >RCK40317.1 HicB [Thalassospira xiamenensis] MNAMTYKGYMARVEFDSDDEIFVGHIAGIRDRVGFHADTVADLKEAFYEALDDYLDTCTKTGKTPQKPYSGKMMLRVSPDIHRKAAIAAELAGKSLNQWSEEIIEKAVKRKEPSTA >WP_092156886.1 gamma-glutamylcyclotransferase [Bosea sp. CRIB-10] >SFC50891.1 cation transport protein ChaC [Bosea sp. CRIB-10] MRAPLPPEDLWVFGYGSLIWRPGFAFVERAGARLHGYHRALCIYSHVHRGTPEVPGLVLGLDRGGICRGVAFRVPADQAEETIDYLRAREQATAVYLERRLALRLDDGRRLTALTYIADRNHEQYAGRLPEQAVLAFVRQGKGVSGENPDYVRRTHEHLHEMGIHDPLLAHLVAELDRTNEPGAP >EDF0432725.1 type II toxin-antitoxin system antitoxin CcdA [Salmonella enterica subsp. enterica serovar Enteritidis] LKAYDVNISGLVSTTMQNEARRLRAERWQEENREGMAEVASFIEANGSFADENRNW >MCA1589644.1 HDIG domain-containing protein [Acidobacteriota bacterium] MSKRIKDLQSPITRWRLVLWDRIRRPYESLTADQRFWMGFAALCFVTTLILNNPLWRSAGDSPYRIGDVVRETIVVPADIYFVDDEQTERNRQAATRSVRPTFSSEPRRAEEAVQSFRLGWDKLERQSPPANANRGNSNLKSDPTSSGFADVFSIRRFSGNELDAVARVLRENASGDIYGDQDEPFLQQEISITDRQRPTDSRVAQKPAMTMTKLSAARENLRIGLAQIRSLSPGEAAGFYDAVAPLIQPSVVYDQSATEEARRGRAAEIEPVTVTLKRSQKIAEEGNVVTPQMMSQLAALRSYTVSTRQVNRFFGLLVLITALYWAGWKFIEHRGLVQRLALSQQKTFALFGFIVVIHTALVALFFRLADFTASQNVKAPLSDPTLWSFGVPFAFGSLLMALLADRRMALFTGIFGAVLAGFLAPRGLEFAVYAIISSSVAAYGIGRYRSRSTVTIAGALVGVASAAMAVALIAYTQQPFILNTILLAVACGLASGLITAAVTAVFLPICESMFGVLTDVKLLELSNADLPALGQLALRAPGTNQHSHAVGQLAEEACRVIGGNTLLTRIGSLYHDIGKTAAPEHFVENQLAKNPHDNLRPAQSAKIIIAHVTYGIKLGRELGLPQRIIDFIPQHHGTRTLHYFLKRAQDQARSDEEISENEFRYPGPKPQFREAAIMMIADSCEAGARSLAEPTSGNIRFIVTKIVDAIVADDQLNECDLTLRELTQIRESMIRSLVAIPLP >KAI9774712.1 MAG: hypothetical protein M1839_001673 [Geoglossum umbratile] MKWPFGSKKGKERSSQPGGYSPTTTADQPAEKLRDVSQAGTARPTVVQQPVQIIQSSPSAPGRIDKYGLFLLNPQTSHSDGMEAEETFLLDIVALHGITGDAYNTWTHENGKFWLQDFDQKRRIIFICHSMGGIVVKKALIIALIDKIYDNIRASVTAILFLGTPHRGSEETGFPLVLTSIANMALAGTSRFIGSARSDLIKSLEKDSKMLKDISTDFRDQTRDIKVASFIEQNCTPPAKNRIVDDISGIMGVAGERIIPMPNCDHKSICRFGGETSGGYKSRYSKDKTDAVSDRILFSLVITEPTSEDLSCLHSLVYPEMTYRRQEVDRAYPNTCGWILQHESYTKWMSGECGLLWVKGSPGTGKSTLMAYVYRALQAVPAHERHMDLDFFFHGRGTMLQKTPIGMFRSLLHQLFTRAHSVRGPIRKAFQEKRGFREPGKDWEWQLKELQDLFFNAMIYIAKTRAVTVFVDALDEAGFKAAEELVTYFHILNDRLIASNSVRICISCRHYPVVARIPGLEIYVEKESHGDISTFVHDQLNSKVLVWEEDPTSIDACRVLEAAIVKKASGVFQWARLVVPMVSKRLNDGESLEAIHQMLARVPEEVGTVYEHILKNVIEASYLARTLHLMQWICLAERPLSLIELRFAMASDDTHIHPPQLRCKDATDFVETDARMEKLAISLSGGLAEVKHHGGGTTVQFIHQSVNDFLLSGGLNFLASASAGALLGGGSEHLMGLSSGEIVGRSQHRLSRSCINYLKLEEVLRQW >TAM11363.1 MAG: SDR family NAD(P)-dependent oxidoreductase [Sinobacteraceae bacterium] >TBR74099.1 MAG: SDR family NAD(P)-dependent oxidoreductase [Sinobacteraceae bacterium] MSLGDVVPVVAITGASGFIGRRLVAAFAQSGWQIRVLARHAPDSGLWGATTADAVVGDLDSPQALAELVAGADAVVHLAGLIKASSRSAFMKVNRDGTAHLAAAVAERARKARFVQVSSLAARQPELSDYAASKQAGERVVRGVLGVRALVVRPAAVYGPGDRETLTFFRLARGPWAPLPAPAEARVALIHVEDLCALLLHHAAGNGWSGGETVEAADACPQGYSWREILQAIAVAVGNPGVRLVRVPETALRVAAACGDVGRHFGMASTLTRQKLRELQFPDWSVKAADWAHPAGWAPRFGLSDGFADAVAGYRAAGLLPAAKR >WP_281462881.1 OpgC domain-containing protein [Commensalibacter sp. TBRC 10068] MSIPTTKPGRDHRIDALRGLALIMMYVDHIPEDLLNRFTMRNVGFADAAEIFVLLAGYASWLAYGRKVSKDGLWGVVKKILHRCWKIYLFQMGLVLISLLSIYQWRRFCVLPVDFLEPELAHGYSIARQIWRLLLLDALPSNLNILPLYIILLGIFPLLYLLIQCRWWLAIGLSFIMWLGVNINPWFNFPNWLDPDGWFFNPFAWQFLFTIGIYGAIIAGKHQGSFPAYSWLKWLLSLYLLFSFFEAFPWQYWGLPDLRILHVSVPAKAYLSPLRLLDVVAIFYLVQSSELAKRLSEGKVGQFLALYGRHSLEIFSLSTVFDLWGRLMFASWGTSLMLQFIVNCIGVFLLYCLAVYLDKKRVKAKAMLNVK >KAJ5168969.1 ABC transporter integral membrane type 1 [Penicillium canariense] MRGVRLPAWTPGVSPRLVLRPQSAVLCNILPVANRSISRSGACNVSNRLYNTASGALGDRAGGSIRPAEMTFLLRQPTSQYTLSTSRIVPQTRFLSSTSCLLQAKPPSLPLNPSQANSRPVPEKEAEDAEEDKGFELSERAAQAAQVNLRAKLAKDGASGKNSGFAEIWRLFKIARPEAKALGFAFFFLLISSSITMSIPFSIGKIMDTATKSEEEGGSQLFGLSIPMFYTALGGVLLVGAAANYGRIIILRIVGERIVARLRSKLFRQTFVQDAEFFDANRVGDLISRLSSDTIIVGKSITQNLSDGLRAGVSGVAGFTLMAYTSLKLSSILVLLLPPIGLGALFYGRAIRNLSRKIQKNLGTLTKIAEERLGNVKTSQSFAGEILEVNRYNTQVRKIFDLGKRESLISATFFSSTGLMGNMTILSLLYVGGGMVQSGAISIGELTSFLMYTAYAGSSMFGLSSFYSELMKGVGAASRLFELQDRQPTIHPTKGIKVESARGPIRFENVSFSYPTRPAVTIFKDLNFEIPQGTNVAIVGPSGGGKSTIASILLRFYSPTAGKVIINGKDISTMNAKSLRRKIGVVAQEPVLFSGTIAENISYGRPRATRSEIVAAARKANCQFISDFPDGLDTPVGARGAQLSGGQKQRIAIARALIKEPDILILDEATSALDAESETLVNSALAALLRGNNTTISIAHRLSTIKRSDTIIVLGPNGTVAEQGTYEELSSRPDGAFTKLMEWQMSGGDAIPAPPARVVPPEDLYKLEKETEEQDLEEDEVEESKSQKKE >NNM97518.1 hypothetical protein [Candidatus Dormibacteraeota bacterium] MKRSKIDQATYYRGVPTAPYDLVKEISVALVVILVAVLALAFVLSSPDVPPVTIQTWAHAAPVDFMQTATAELQGDTISADYGPPYNIDADGLDQKEASTEGTSVQTWGPLAPQIWAGVHQPVEAPQAYVTIPLNLASVGRPALVAALRQYQQAPVSQEQAWLTSYSTALQHAQVNHQQVVVNGGAYGPVNVMMQSLLADARAGALDSLLMHSGKFYDVNYTEPLLFLGDGGYLPNLAAAQKLTGSQWGMMNETGRYPGQSWLWLFTLWYQIPPYNSASNADLLVVLTIGFLTTLLLLVPFIPGLRDLPRWLGLHRLVWREHYRLVKEAAPPKRE >KJS37244.1 MAG: UDP-N-acetylenolpyruvoylglucosamine reductase [Hyphomonas sp. BRH_c22] MQNASLAPYTWFRVGGPADWLFLPADAEDLSLFLRELDPAVPVTTLGVGSNLIVRDGGIEGVTIRLMGKYWGEVSAVNATTLSAGAGALDLAVARAAAANGTRGLEFLSGIPGSIGGATRTNAGCYGRELKDVLNKLEGITRAGEPVAYQGDRAEYGLPALKMDYRHSELPEDFIVTRLLLSGDGTDDPDAILADIETLQARRAETQPIRDKTSGSTFANPDPPGTPDQRSAWKVIDAAGCRGLRVGGAQVSEKHCNFLINTGNATAADLEALGEFVRARVLDTQGIDLRWEVRRIGRLQLPA >WP_099529629.1 copper homeostasis protein CutC [Stenotrophomonas maltophilia] MSTRLTLEVASNSLASALAAQAGGADRIELFDNLAEGGTTPSFASIAIARERLSIPLFVLVRPRPGDFHYDALETELMLRDIAQCRALGCDGVVIGALDVQGGIDVALCRELVQAAGPLQVTFHRAFDAARDLPAALEQVIELGCQRVLTSGGQVSAEAGADVLAGLVTQAAGRITVMAGAGLGPANVAAVARRSGCTELHASAKGLRRSAMQFQNPALRGLDPDWSQTSTATVAALRQALDG >RZJ01256.1 MAG: glycoside hydrolase family 16 protein [Brevundimonas sp.] MRSLLISLALTALAPAALAQEPPPGHRLVWSDEFALDGAPDAEKWTFDTHANATGWYNEEAQYYSAGRPENARIENGHLIIEARKERLEQAPDFGGQDYTSARMVSRGPGWTHGVIEVRAKLPCGGGTWPAIWMLPTTLDDWPQDGEIDIMEHVGNKPGVVLGTVHTGAYNHVAGTQRGGEIQIPDACDVFHTYQTRWTEDALVFAVDGREFYRFDNDHAADKATWPFNQPFQLILNIALGGGLGGAIDDAALPQRMEVDWVRVWAAEP >HHH37178.1 nitrate ABC transporter, permease protein [Campylobacterota bacterium] MNYDLAKKIILPMFVFGALILVWSWTASKVESFPTPADTYIAAFGGTTSAGDEMKGVLSDPFYVENEDDKGIFWQIVASLERVFMGFGLAILVGVPLGLIIGMSKEAQYAFDPFIQVFKPVSPLAWLPLLLFIFQDINMTAVSTIFVTSIWPIIINTTLGVKNVSPDYMNVAKVLRFTPIEKVIKIILPVAVPFIFTGMRLSLGIAWLVIVAAEMLTGGIGIGFWIWDEYNNLNYYNIIIGIIMVGFIGFLLDLIMGKIADFFDYRKRGRA >XP_025046235.1 harmonin-like [Pelodiscus sinensis] MRRFAGGLQLHTTDLDDINLDDVDKPTKRIAPLPPPPHATSATSAAHPLSSPHVPSSRCPAPTASSGSRVTLSSSTGMHPPAPPLPASLPSQPTGSLCVPPMLLEERVGIQCYHSSGPTESLHGWETKNYRGRSTFGPISSQNNDHTYLSSPKGLRNNSRVGKISSASSNPLQFAPSPPTQRRPGVSIVSKPVMLQPDPNFMVRSTTRPEALPKEMFKRMVVYNSSFRSNKKQVK >WP_274885772.1 protein-disulfide reductase DsbD [Vibrio harveyi] MRALLSVLLLGLITFSAPSFALFGNDQLNNSQSNAFGSSNDTFVPVDQAFPFNYYQQDGKLMLDWQVRDGYYLYQERLSVAGEKVSLGELQMEDGTPHKDEFFGDVHIYTQPLFVNVPMHDWQDGARVVVQYQGCAKAGFCYPPETRVIPISAFTSSSSDSTAATTTPKAEQAPTATPPAAQSSSSSDTPSTPVTQQDSLAANLADNWWTPLLFLALGVGLAFTPCVLPMYPILTSIVLGSGKLSQSRALGLSFVYVQGMALTYTLLGLVVASAGMQFQAAMQHPYVLIGLSVLFVTLALSMFGVYNLQLPSGVQTWLNNLSNKQQGGSSAGVFAMGAISGLVCSPCTTAPLSGALLYVAQSGDLLTGGIALYALAMGMGIPLILVAVFGNKLLPKAGGWMDRVKTLFGFILLAAPIFLLERILPEMWATALWSALGIAAFGWLYHIKNSLEFGGWKQSAVGIIAVLGLFASAQPALNYWFGGNTTTQTQQATMSFTRIANVAELEAALAQAKQVGKPVMLDFYADWCVACKEFEKYTFHDPSVEAKLQDFVLLQADVTKNQVQDIELLKHMNVLGLPTIEFWDANGEHVSNARLTGFMQAEPFLEHINRF >WP_252384350.1 hypothetical protein, partial [Escherichia coli] DEDGNILTAPVLDENGEPRLDSNGQPLTRNVVKDSASAVIVQRMNMIPSSNWRTVIMTKEQFASIPLREKTIEENSQQAVFNAVEMGRLDLASGKHRDAQKKNKIKDQAANTGTTKKQNIPYFEDMNFDSVIADEEHNYRNSFNAGR >CQR41738.1 DNA polymerase III, epsilon subunit [Thiomonas sp. CB3] MLPCYVLLDLETTGSNPVLDRITEVAVMRVEQGEVVANWSRLLNPGQRIPPFIQQLTGIDDAMVAGAPAFGEVLPELLAVLDGAVLVAHNVRFDHGFLKQAAAREGVDLRVKTLCTVRLSRKLYPQARGHGLDAIMRRHGLHTTARHRAMGDVELLHQWLHIAQTELGPAAVQTAAQELLRGSASLPPHLETPVDDIPEAPGVYLFYGEGEVPLYIGKSVRLRSRVLSHFQADHRDARELRLAQEVRRVEWRETAGEFGALLLEMRLIKELQPLLNRQLRRERQLCAWRLAEDPVARPLLTLVRGDELDPRFFPQLYGCYRSKRQAVEALRALAQRHALCPQALGLESGKGRCFAQQIGQCKGVCCGLESAERHHARLLLALAAERLRAWPYAGPVGLREHSPEQDRTEVHVFDQWRHLGTARCETDLAELMEGWCEADSSGFDLDIYRLLLSRLAGAKGPPPDLIRLR >MBC7879491.1 hypothetical protein [Anaerolineales bacterium] MKPKYFFILTIIALLVGACAPAPTDAPAPTDVPALPAVPALPADPYTIDVTAADFVAGVDNPYFPLTPGSTKVLEGMTENGLEHIEIKILLETREVMGIQATIRQDTVYIDGALVEDTFDWFAQDKAGNVWYLGEDVKNYENGQLTDSAGSWEAGVDGALPGVIMYADPAAHIDETYYQEYYVGEAEDAAQLLSANESVTVTAGSFENVVKTFDFTPLDPGSLEHKYYAAGVGVVKNVNLVTGVIFELIEYTTGEAVSAELLPQPTSGFPPGFVPNEADRVDIVKPTFSNPTSITNPLFPISETDQLIQLGLKDGHPHRTEFTLLPDTKTITWNGEQTEVRVLQFVAYLDGRILEHALDFLAQADGGAVWYFGEDVYNYENGVVADLDGTWLAGKDGPPAMIMPANPQVGNIYRVENIPGKVFEEVTVQAINQTLEGPRGLIEGVIFVQQIGMDGQTTVKAFAPGYGEFLAHTEDVGVAVPIDSLPEPLPAELETLLTGASSIFDAADSADWESLSATRATMTEAWEAHQVNLDLGSLFPLLDIQMARSLAALTSAIEQQNPAATRDAAFDVAVATLDFQLPYRPRIEIDNIRFDLWTRRVITDSASANAGHVAGDVVILEFIWQRISHTVDASAAQTIETQLAALRTAADAEDLTVAADAAAQLQTILGGL >MBS3963684.1 molybdopterin molybdotransferase MoeA [Methylomonas sp.] >PPD21330.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] >PPD26927.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] >PPD38858.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] >PPD41708.1 molybdopterin molybdenumtransferase MoeA [Methylomonas sp.] MNDVCYPTTTGLISIEQARASMRTAILPVSEVERIGIEHAHGRILATRVRSAIAIPPQRNAAMDGYAFNGHALPPADDASTATLTIVGTAWAGQPFDGELKPGECVRILTGAVVPDTADSVIAQEQVERHDGNITFPRSLPLFKNIRPAGSDVALDEVLIDAPQKLGARHLALLASAGIGHIDVYRRLKIAFFSTGDELVDVTQTLKTGQIYDSNRYLLSGLLHAPNHVVTDLGIVADQPERLERLLSDAATHHDVIISTGGVSVGDADFVKQTLARCGKLDFWQLAIKPGKPLTFGRIGECWFIGLPGNPVAVWVTYEQFVKPALQQLAGAAATQKLRLPARCLDTLRKTAGRQEYQRGILQQSADGSLSVKRAGGQDSHQMQAASRANCLIVLDVDCQGIEIGESVWVEPLSTEL >HET19539.1 glycosyltransferase family 4 protein [Chromatiales bacterium] MNIAIFTNTFSPHVGGVARSVEAFSREYRERGHRVLVVAPEFPGMPKEEVDVVRIPAIQNFNASDFSVALPIHLQLSDRLDAFRPDIVHAQHPFLLGMSAMRVARHR >EGM3572601.1 YdbH family protein [Salmonella enterica] MKGKYKAALALLLLLILIPLTLLMTLGLWVPTLAGIWLPVGTRIALEQSPRLTRHGLVIPDLRYLVNDCSLAHITQAELTHPSRWLLNIKSLKLDAACLAKLPATEASPAAPRTLAQWQSMLPNTWINIDNVILAPWPEWQLAISMTPVIQQIRYQGEKVKFQGQLRGQALTVSQLEIAALANQPPVSLAGEFVLPLVPDGLPVSGHAAATLRLPQEPSLVDAELEWRDNAGQLIVMARGNPDPILDLPWAVTRQRLTISDGRWNWPYQGFPLSGRLAFNIDNWQAGPDNAQVSGRLNILTQGDAGKANAVLTIGPGKLSMDSSEMPLQLTGEAKQKDLIFYAVLPAMFRGSLADPQLTFAPGALLRSRGRVIDALDIDEIRWPLAGVKVTPRGVDGRLQAILRAHENEMGDFVLHLDGLANDFLPDAGRWRWRYWGQGSFTPMRAHWDIAGQGEWHDNTIRLTSLSTGFDQLHYGAMTVTSPRLALNKPIVWVRDATTPSLQGALSLVAGKTVFTSGSVLPPSTLNFSVEGREPTLFQFKGDLRAGAIGPVRLNGRWDGERLRGQAWWPKQSLIVFQPLLPPDWKMTLREGSLYAQVAFSAAQGQGFEAGGHGVLKGGSAWMPDNKINGVDFILPFRFHNGAWQLGTRGPISLRIAGIVNQVTAKNITADLQGGYPWSESNPLLLSDVSVDVLGGQIIMKQLRMPQHDPALLRVQNISSSELISAINPKQFAMSGPVSGALPLWLNNEKWIIKDGWLTNPGPMTLRIDKDTADAVVKDNVTAGSAINWLRYMEITHSWTKINVDNLGVLTMQAAITGKSRVDGKTAIVNLNYTHEENVFTLWRSLRFGDNLQAWLEQNTALPQPPCRKDKDCEDK >MBI4678329.1 glycosyltransferase family 9 protein [Elusimicrobiota bacterium] MKRILIVKLSALGDVLRTTSLLRPLAARHPRARIAWLTSREAAPLLETNPWIAALGVVDPASAVNAIPEGPPGPGHPISWKARGSALDRASAEPGACKLGPFDLVLSLEEDAAAARLAEESAQGELVGVVAREGRLSYTPSSARYYDMSLLNRSADGSLAHADALKAANSLTYAELWLKVLGLPIPRDRNELRPILVLSEEDRTFARTLGRNAGLAGRPAPIGLNPGAGRRWPSKQLSVESAARLARTLHRRFGRPILLFGGRDESSRNKTIAGLARRAGVPLVDPGTKQDLRSFAALVELCEAVVTTDTLALHVAAALGKKTFALVGPTSAAELDVFGRGEKIAPALACSCFYRPRCRLAKTCLDRLPAGRVADAVGRWLSAGGRRGRGRSPSVTCAIRKGVGDRRLGESA >RME29710.1 hypothetical protein D6792_03385 [Candidatus Parcubacteria bacterium] MLADWLAFPLLGGMLMIQSAIISRLTLLNGSGDLVLLALIAWALHERVRSALAWLLVGGLLVGWVSGLPLLVPLVGYGMVVALARVIRRQVWQIPLLAMLFVTFWGTLIYHALTIVTLQFNGTSLTWAEALTHVTLPSLFLNLIFAFPVYALVNDLANWLYPETVVRHA >MBT3228703.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT3630228.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT3824807.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT4132313.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] >MBT4296313.1 methionyl-tRNA formyltransferase [Candidatus Marinimicrobia bacterium] MNNPTPLKIVFMGTPDFAVPALKALNSSPHHIQAVVTVPDKQQGRGRREKPSAVKIVALEFGLPILQPEKLTSPDFISTLKELTPDVIVVVAFKILPEAVFILPKYGSFNLHASLLPKYRGAAPIHWALLNGDVETGVTTFFLKRRVDTGNIIKQIKIPILPEDNLHTLYARLCEVGAELVLETTNLIANGSNVAGEQDNSLASPAPKVTSETRLLDFQENAEKCHNRVRAFAPSPGAFTHRDSGLLKILSTRRVEGLGAPGTILQVSEDGFTVACSEGALEITSVQPESKKVMDAASYLRGYPIEIGDILG >WP_086136661.1 MULTISPECIES: MFS transporter [unclassified Janthinobacterium] MNKASSRAAVAASHDIAPAMVLLLAIASGLIVANLYYAQTLVGPISASTGLSAKAAGLIVTLTQVGYTLGLLFVVPLGDLLENRRLIVTALLVTATALVAAALSTGPIVFLAAALAIGLGSVAAQVIVPFAAHLSQEATRGQTVGKVVSGLLLGIMLARPVASLVAAHASWHVVFGGAAVLMVLLALVLRRALPVRQPVSSMRYPALMASLWHLLLGTPVLRRRAAYHAGLFGAFSLFWTVTPLVLASPAFGLSQTGIAIFALVGMAGAVASPIAGRLADAGHTLPATAAALALGIAAFALPMFAPESTHVALGLLVVASIVLDMGVAANLVLGQRAIFSLGAEVRGRLNGLYFALFFAGGAAGSAIGAWVYASYGWPATLLTGMAFPGLALLVWLAEFLPLAARRTA >GJE89625.1 hypothetical protein PsYK624_057290 [Phanerochaete sordida] MPRLHQVYFSRLNDHNLDSLLAFEHLSQLTTLSFRATQSWKDVDDSYDVSKLAEVLRRAATSLSTLHICGNFHGSVRHSIDSDIVLPKLRDMELDTKEDCWLPLLPRLTTPGMLFRVDIHLGTEAALQHANLLTAATRAASMISAASHSSPPPAPQLQVFLSFMHVARYLEEIPEVWFVAFGGVDISEDKATQGPRNHCLAYSYSFHLDTKSALTFLSAMLADLRPQIEHLSIFRGEYWPPTILNEIAGLFTAVEDVLFGGFTLPHITSALAAHPALLPNLRTIRLVECSICNQCQPSRPGTFCGCGQAMAVFAALLMHRRALGVPVRRASFVRCWQTRLAEQEAALAAIVPEFSVVDPQV >WP_267911890.1 DUF5983 family protein [Enterobacter sp. LAM2022] MKLNADSINVLALNMGKIAVDVDGIEIAELIAAVNAQGLTLRIAEDPGEVVVETSSHLLLSSLVR >WP_164636240.1 heme anaerobic degradation radical SAM methyltransferase ChuW/HutW [Rhodopseudomonas sp. BR0G17] >NEW97482.1 heme anaerobic degradation radical SAM methyltransferase ChuW/HutW [Rhodopseudomonas sp. BR0G17] MAEVKQGDRVAAPVHGGHGTIHGHGGHRGHGAGHPMSVKPASIGDYLVRVGCDPLTEAFGKRAFSPPWRGSRPVDEDNAQAVMERVFATPRSETAVAYLHVPYCQNHCLFCGFFENVWRPEAGPAYVDDLIAELTAKSHTPLIASAPIDAIYIGGGTPSALDAEDLARLIAALHRYLPLSADCEITLEGRSYGFDLAKAKKLADAGVNRLSIGVQSFSTEVRRRLGRKRTGEEVAEFLSELMAQGRTSVVCDLIYGLPGQSDADWRRDIDTVGRIGLDGVTLYALNMFPGGPMARAVENGKLPQPATPAAQARLYAEGVERLTENGWLQVSQSHLVRSLRERNRYNASIKRGVACLPFGAGAGGQAHGHRWRNVIDIARRREMVAQNLAPIEGLALVPSDHAAHAMIAAGLETGRLDLAAVEALRPGFRVAVTPLLANWTAAGLGELRGDGFSPSLAGSFWISNLTSGLTAGLTAAATAGEVGCGF >WP_055406376.1 metal ABC transporter substrate-binding protein [Neisseria meningitidis] >CKK80481.1 ABC transporter substrate-binding protein [Neisseria meningitidis] MKHPKLTLIAALLTTAATAAPLPVVTSFSILGDVAKQIGGERVSIQSLVGANQDTHAYHMTSGDIKKIRSAKLVLINGLGLEAADIQRAVKQSKVSYAEATKGIQPLKAEEEGGHHHDHDHDHDHDHEGPHHDHGEYDPHVWNDPVLMSAYAQNVAEALIKADPEGKVYYQQRLGNYQMQLKKLHSDAQAAFNAVPAAKRKVLTGHDAFSYMGKRYHIEFIAPQGVSSEAEPSAKQVAAIIRQIKREGIKAVFTENIKDTRMVDRIAKETGVNVSGKLYSDALGNAPADTYIGMYRHNIKALTNAMKQ >MBP6544771.1 long-chain-fatty-acid--CoA ligase [Piscinibacter sp.] MEKTWLKQYPAGVPANIDVEQYPSLVALLEESLKRYASLPAYKFMGKAISFAQVDEASRALAAYLQSLGLAKGDRVAIMMPNVPQYPVAVAAILRAGYVVVNVNPLYTPRELEHQLKDSGAKVMLMVENFATTMQQVINAVPTKKVIVTALGDMLGFPKSLIVNYVVRKVKKMVPAFDLPGAVKFNDALSQGRGKTFKPAQVGPDDIAVLQYTGGTTGVSKGAVLLHRNLVANILQAEAWYQPALKKIPKGEQINTVCALPIYHIFGFNTNMMLSMRMGGCNILIANPRDLPGVFKDLAREKFHSFPAVNTLFNAMANHADFGTVDWSSLVISVGGGMAVQSATAKLWLEKTGCPIVEGYGLSETSPSATCNPVDSTAYSGNIGLPMPNTELTLLDDDGREVPLGTPGEIAIKGPQVMAGYWQRPDETAKVMTADGFFRTGDIGVVDERGYFKIVDRKKDMILVSGFNVYPNEVEDVVTQMDGILECAAIGVPDAKAGEAVKLVIVKKNPAVTEADVRAYCEAHLTGYKRPKIVEFRTELPKTPVGKILRR >XP_046298169.1 olfactory receptor 52R1-like [Marmota monax] >VTJ81055.1 Hypothetical predicted protein [Marmota monax] MLTSGNSSSHPMSFILLGIPGLESSHFWIAFPFCVMYVVAVAGNIIILHVIRTDHTLHQPMYLFLAMLALTDLVLSSSTQPKMLAILWFHVHEIEYHACLIQVFFIHAFSSVESGVLMAMALDRYVAICFPLRHSSILTTSVVIKLGSVVMVRGLLWVSPFCFMISRMPFCPNKVIPQSYCEHMALLKLVCADTRVNRGYGLFVAFSVAAFDIIVIGISYMKILRAVLQLPSGEARLKAFGTCGSHICVILTLYVPALFTFLTHRFGHQVPHLVHIIFANVYLLVPPMLNPIIYGVRTKQIRDRVVRVCCGKEP >GCB60913.1 hypothetical protein [Scyliorhinus torazame] MGWRKEAYCEYLKSINFISQALIEDAQTKDEMELITPEVQKMLKLADQCLERIKTTAAKLGKVGNMPTASQETKPAHTPSHRRVASDGGGTSLSFLPPEVFKKMQSPETLLTKRELTPLEEASRQNQKLKAAYEARMARLHPKQGMQKTSLTLSLQRQMMENLIIAQARQAALQRKMEERRLRLQEVANRRFSNSATLTPEEEEQRNVYTSILEFEQDHEWPKQWKMKLRSQPNDHVLVADLLSQMLSCSEYPVSQLLKKLQCRIYSKLYPVVNKHFSDLSSVSELDAGTPFYSSLSQYSLRTDVTSSLNKGSRLKSSKSACCLGSVQDHSKINTGGLRHSSSVSSVTFTEYRNANLDIGEQSGLAHNVTDQIISTTAMPDLVGDKASPFEDLEHYVMKFAPQPGNITDNLMQLTNDDHLHQMEDIPLQNHLKNIVTDVHNSIDRLLCLCVLAFEPLNTATGKDQCLASIEEALFRPIWMFLLALFRKVNVQREVALEKSMKLYKTVGPADIGVAAKLFPKESAASIDSYPYEVAVQELRLITKEYCPQKKLECIVRTLRLICECAEHYCNSKHAGALHVTSAIGADDLLPILSYVVLKSNLTQLVSECAALEEFIHEGYLIGEEGYCLTSMQSALSYVESLSKG >MCB9680378.1 SDR family NAD(P)-dependent oxidoreductase [Alphaproteobacteria bacterium] MAGRAIVVGASSGIGAALVARLVRDGWKVAAVARRRTELDAVCDLATANGPGDAFAVAHDVTDTASVPGAFADAVDRLGGLDVLVYAAGVMPAIGADEFDPAKDRTIVEVNVIGAMAWLDEGARHLAAQGRGHLVGIGSVAGDRGRIGNPAYCASKAALHTFLEALRNRLDRKGVTVTTVKPGPVHTPMTEGRSDLPLAIDAVQAADAIAGAIRRRAMVAYVPVVWWPIMTVVRSIPSVIFKRLSF >KAI3679517.1 hypothetical protein L2E82_51259 [Cichorium intybus] MERIEKQFRDILVHQRRNWRKRYFAISFENNSIHSLISYGVKIFDLEILAVIPDLKEIANSMFDSNCGRECSQAFISVQKSIAFRPHQLGVVIIAGMYKVLLDLMPDIENLYSDENGLYIRYQYHSVLTWVGDYLKVRLIELKNTVREDLSNSLVPDGGIHHLTNYMMDAIKSLNNYSDLLSMFLKDDLVGDNQESSSSPHRSPGHEHDSINGNSSSSPLALYFRSLIHAHKLSEKDMKYSAEELENFMLKRFKDPLSEDQDHFSYLDFFSDLDNLERRDSNDIKNALENRK >MBU0598391.1 hypothetical protein [Patescibacteria group bacterium] >MBU0964411.1 hypothetical protein [Patescibacteria group bacterium] MRWITTLEKTLANSSKNRKLRQEGLLFPSAQTWFITDECTKHCAGCPNADGKLDGDMSEDDWVALGQESIKFGCMIAMILGGEPMLKKEMVKRIKQRLGNQMLFLVFTNGDLITDQDMQDFRRLGIALAVNIGSGRKSDDGALRTLQLAKKHGVMAGASITITQQNYKQVTSQAYMDWLVLQGALFAFHFHYVPTGCDADQRFTLQGDTFYDVERRLIALRGPIRVIHYSQCRAAHALASVDLDGNVKLCAFCGGKKSVGNVLGSSMLDVFNNDRFGQLRRLNKGQACMVLQHTDRLGELGYLPAKTVQAVNQCQYPRGYIRRPGWWHELSVRLRDWAWAR >WP_118925030.1 helix-turn-helix domain-containing protein [Nocardioides immobilis] >RHW27409.1 PucR family transcriptional regulator [Nocardioides immobilis] MREREVAPEVRSLSRRLLPDAEGLGTRMAERICAEIPVYAEGELLTFDQLADSCAHNIRYILGILAGDPSTSLDTPRATGAARAGQGVPYDAVLQAFRIGGRYIWELLVEHAPPDEHDVLLLAAADVWSVSDDLSDHVTDAYRRALADRARRDGQMRAVLVGALLDGDEAPEYVFEAARVLNLDGARDFVVVSAESPESGAEGLVDVERKLRRSNVASAWRLDHHHHDGVVALHFGFGVEHLVEALTELATGRVGVSALLGRLERASEGRRQARVACTAVTPGSTGILRYDANPLSVLLASSSESARSLVDGVLAPVLELPEDDREVVLATARAWLAAGGSTSTAARHLHVHRNTVRYRLRRLEELTGRDLATPVDAAELHVALECVRILGLG >MCB3018266.1 PTS mannose/fructose/sorbose transporter subunit IIC [Klebsiella pneumoniae] >HBT5364761.1 PTS mannose/fructose/sorbose transporter subunit IIC [Klebsiella pneumoniae] MEITLLQIVLVFIVACIAGMESVLDEFQFHRPLIACTLIGAVLGDMKTGIIIGGTLEMIALGWMNIGAAVAPDAALASIISTVLVIAGHQSIGAGIALAIPLAAAGQVLTIIVRTITVAFQHAADKAAENGNLTALSWLHVSSLFLQAMRIAIPAAVIVAISVGTSEVQGLLNAIPEVVTSGLNIAGGMIVVVGYAMVINMMRAGYLMPFFYLGFVTAAFTNFNLVALGVIGAVMAILYIQLSPKYNRVAGAPAQAAGNNDLDNELD >MSP81668.1 hypothetical protein [Alphaproteobacteria bacterium] MRARIHGLLVAALASAPLGLAVADSPALPDPCYDPARPGPAYCELIAERTVARPGGESYVNQLYEFYEDLAAGEARPPQWVFDYTPPYNQSGIKLYDEAARLLLAGEWNVGGAWFEAPDVIDHPDYGTLLVIPQRFAGTGAIADDRLLRFADGSWRRIAASPFRDEATGEPGWLDGVIAELPADLGIWKGVPVDYLTMRGQSPLWRATDANCCPTGGTVDLGFALDGDRLVVREVVYRP >SFB29161.1 osmoprotectant transport system permease protein [Cohnella sp. OV330] MNLWDVFINRRDDIVRGTLEHLQISFIALFIAILISVPAGLALTRFRRLASPVIGLTSLFQTIPSLALLGFMIPLVGIGRVPAIIALTVYALLPILRNTYTGIMNVEKPIKEAGIGMGMTSMQVMWRIELPLALNVIMAGIRTATVMVIGVATLASLVGAGGLGDLIFRGISTVNTELILAGTIPAALLALLLDFLLERMERAVTPPGLRPVGRKRTNRFVRVVEIALGILLVAAIATSLLGRGGLGFGGGGGGKTITVGGKNFTEQDILVHMLSSLIEAKTDLKVVRKPFLGGSQVTHSALTSGSIDLYPEYTGTGWSSVLGEAPIGGDPQATYDKVKETYETRFGITWLPPFGFNNTYTLSMRADAAARLGIDTMSQLAARSSELTLGATHEFLEREDGLKGLQAAYGMQFKKVTGLDPGLTYGAVKEGTTDVNDAFSTDGRIQAFKLKTLKDDKQFFPPYYAAVVIRDDTLKAHPELEETLNLLAGKIDDATMSALNGKVDLERKEPRAVAEQWLKEQGLI >WP_204638884.1 septum site-determining protein MinD [Fusobacterium periodonticum] >VTX63628.1 Septum site-determining protein MinD [Fusobacterium periodonticum] MGARVIVITSGKGGVGKTTTTANIGASLAEKGHKVLLIDTDIGLRNLDVVMGLENRIVYDLIDVIEERCRISQALIKDKRCPNLVLLPAAQIRDKNDVNADQMKELISSLKDSFDYILIDCPAGIEQGFKNAIAAANEAIVVTTPEVSATRDADRIIGLLEAAGIKNPRLVINRLRIDMVKDKNMLSVEDILDILAVKLLGVVPDDENVVISTNKGEPLVYKGDSLAAKAFKNIASRIEGVEVPLLDLDIKMSILEKIKFVLKR >WP_176354145.1 ABC transporter ATP-binding protein [Ensifer sp. HO-A22] >NVD39759.1 ABC transporter ATP-binding protein [Ensifer sp. HO-A22] MIGQYLSLIGLEKHFGSVRAVTTLSLEIGAGEFVSLVGPSGSGKTTALNMIAGFEEPSAGKIVIGGRDLTHVTPNRRGIGMVFQKYALFPHMTVQQNIAFPLRMRGQSNKTRIATRVDEMLELVQLSSYGERYPQQLSGGQQQRVALARALAFEPPVLLMDEPLGALDKKLREAMQFEIKRLQERLGATVVYVTHDQDEALTMSDRVAVMAGGELKQFGTPTELYRHPNSAFVADFIGRMNFIEGNCIENAGGTAMVRLSDDTVLSIRAQGLPARPSAGQSIKLAIRPERVRVARRGEGGSGCLAAVVQTCVFVGSVHILVVRLECRPDVLLQIQLPAEGGQPFRERDTVDLLLDDGAIHLFADTERHAA >WP_226741138.1 ACP S-malonyltransferase [Microvirga lenta] >MCB5176108.1 ACP S-malonyltransferase [Microvirga lenta] MKRAFIFPGQGSQSVGMGKALAETFPQAKAVFDEVDEALSQKLSAIMWEGPADELTLTANTQPALMAVSLAMVRVLEAEAGLDLGRDAAFVAGHSLGEYSALAAAGSLTIADTARLLRIRGNAMQEAVPVGQGAMAALLGLEYDAALEVARAAAQGEVCDAANDNGGAQVVVSGHKSAVERAVAIAQEKGAKRAVMLAVSAPFHCALMQPAADAMREALARVTVHAPVVPVVANVEAAPIGDPDAIRDALVRQVTGTVRWRESVAYMASQGVEAFYEVGSGKVLTGLVKRIAAGASATALGAPDDVTAFKASLQG >ACU52521.1 CD8 beta [synthetic construct] MSSALIQTPSSLLVQTNHTAKMSCEVKSISKLTSIYWLRERQDPKDKYFEFLASWSSSKGVLYGESVDKKRNIILESSDSRRPFLSIMNVKPEDSDFYFCATVGSPKMVFGTGTKLTVVDVLPTTAPTKKTTLKMKKKKQCPFPHPETQKG >EAF4311303.1 hypothetical protein [Listeria monocytogenes] >EAF4320102.1 hypothetical protein [Listeria monocytogenes] >EAF4335979.1 hypothetical protein [Listeria monocytogenes] >EAF4351491.1 hypothetical protein [Listeria monocytogenes] >EAF4352187.1 hypothetical protein [Listeria monocytogenes] MLSLADGINDIYVYENEDYQLDLTFDNVLRVLELNGDTRLEDNFRVNLAVEVLFENETPWSQFDDDNPYQSIQEKILVLLDIFENYIVKDDAKGIQYDIDGNKMPVATGEGEEEQAYYSLTQDSDYIYASFLQDYNIDLIDVRGKLHWYKFRALFDSLRDDTAIKSIMNIRQTELPTGKGSEKEREALIKLKNHYKLQD >PIR98590.1 hypothetical protein COT88_00795 [Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_41_28] MTKAIKKLGRNTALGFLTVAVLSGYAMPFIAPTAFAADFNGGSQPYATLRVSNYTENPNCDSCWNDNAVGAGVGDTISLGVFVHNTSSELAEDVTVSIDSDVSSGEIRFDVEIKADNASTITDSVKVNITDGDAQDIDHVTTIVRDGFGNSKSFTGDVLSSSGINIGNVNAGLSNSRIVVVRIDIKGDSDNNGGGEDKPGVTTLPATNIEDDRATLRCDVDANGDDTDVWFEWGDYDNQLDEDTNDVRVDADESNKRVEIEINGLDSDNRYYFRCVAENSEGTTRGSVRDFRTDNGDDNNDGNLSATTLSATNIDKDSAKLRCDVDTEDADADVWFEYSKGDKDLNEDTKKVSVNDNETDERVETSIDDLDEDSRYYFRCVVEDDDNNIDRGTTRDFRTSDTGNTNGNEPTVVTLSPSNVTSNSATLRGSVDPNDDDTEAWFEWGVVSSNLNRDTSKQDMGSGDRSIDFDTRVSGLTAGVTYYYRAVAESSEGIDRGVVKSFTVSSGTTTNVVTRFIDIFRTVEVEEEPQDEALIVILDSDTLNFSDRDREVRYIVSYENRTDNTLTDALLRVDVPRELEFLDADPNPDDESRGQLVFEIGTIRPGEQDEFVIDTALESSVDDNDEIVFVAQIEYKDSDSIDKKIVRVIDNSRYGDKANGGAFTALVADSLRGFFGNPIFWLILLALLIYFTIRYVTASRDKRSEALV >RLV89158.1 Autophagy-related protein 9 [Spathaspora sp. JA1] MASYNPYRDDIASDNQEQRPQSSLEWQKQQQQQQFGLDTQNDTFLSRIFGLNSIYNQLHENYQYYDPEFDSTDQQTQQLQQSNSNEHQQQQQDEEDESLLPVASSVINTNQEGIKIGGGGHSSLLDSESDSDLSSSSESYVRPKSNIEAEQEQEHKDSRRLKFNLPTKLTGKFKQDTILPTYTIPSQFRKPKKEQAENSKRRTTFVIPPKERALYLWANITNMDEFLGDVYYYYCGKGLANIIISRVIDLFILVFILLFTVFLKWGINYEFFIQWRQTQDTHITLSDLIISNFLVDKVPILAKFLLFGFFVYVILRIIQLYFDYNYKLREIRNFYYYLININDEELMTINWKTIVERLMLLKDYNSLTSTKDPQHYVNDLSSKVRLNAHDIANRIMRRENYMIAMMNKDVLDLTLFNNRFLSITQNSILTKTLEWNLKLCVDNFIYNRNGQVNPSILKDYNRNHLAKELSSRFKLAAMINMLLCPFIAVYFVLLYFYRYFNEFKSNPSSLVGSRQFTPFAHWKLREFNELPHFFNKRLRMSIGPANTYINQFPKGYITINVMKLVNFISGALLAILVIMGIWYEDELHSFWAFELTEGKSSLFYISIFGTIWAVTGTTTGNSSTEVSSSESFVYDPEASLRYVSQFTHYLPSKWNKKLHTIEVKNSFCELYSLKILLIMNEIFSIVFTPFILWFKISRNSGAIIDFFREYSIHVDGLGYVCYFAMFNFEEKDKNMMVDLNKRKKKHKKSKSKPMTNEIEMNKISKSDQDASSNDSSEEEPSDIDYMRHYQQDDKMIKSYMYFLESYGAGSQAQTKAKPTSQQVQTKKRAPVDPSPSFLYDQTNLSDSLYNINYKFDDSMILKDDMARRKGGVLGMLNQFYKQDLS >RMG03831.1 hypothetical protein D6735_07830 [Acidobacteriota bacterium] MIKLITVTDVDKAIAPIDGMRPNAFSEFSNCQDIIDSATQYVLGYLPQPYVNLLRRANGVVLDTERLQVNNSGKWILPRPLTGEWSSYILFMAGDKDANGEYTYGDQIVTPDSIIDKANNHILQPGIYVLDVVFGDNQTASCPFVLKQLIVDECILRYYESLPEYFANQIMLRLYEAKRMQHSEELVSLRTGRLRIDDWDGMTIATKKKNREINSYMARYFA >MBA2496669.1 FKBP-type peptidyl-prolyl cis-trans isomerase [Acidimicrobiia bacterium] MAATEKPHVYVPPGEAPPSALVTEDVEVGDGTEATAGSNVEVHYVGVAWSTRKQFDASWDRNDTFSFKLGAGQVITGWDEGVAGMMVGGRRKITIPPGKGYGRQGAGRAIGPNETLVFVVDLLGVT >WP_127979673.1 aspartate/glutamate racemase family protein [Enterococcus avium] >RVU96457.1 aspartate/glutamate racemase family protein [Enterococcus avium] MKTIGLLGGMSWESTVTYYTRINELMNQQLGGLHSAKIKLASVDFEEIENYQAANEWEKSGAVLGKEAQQLEQAGADFLLICTNTMHKVVPQIAEYLTIPILHIADATIAELQAQQIKKVALLGTKYTMTQAFYKQKIIDSGIDVWIPNEATIETINQIIFAELCHGKILTESKEKFIEVIEEAIKAGAEGVILGCTEIGLLIQQADVAIPVFDTTEIHSQKAVEQALAE >WP_101025682.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RGX36413.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RGX40734.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RGX48335.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RHB45007.1 BREX system P-loop protein BrxC [Bifidobacterium longum] >RHC66707.1 BREX system P-loop protein BrxC [Bifidobacterium longum] MDQAFTTATGNEARDILKDYQKQYNPTIADFADDVRDWLQRQPENFRLVFLVDEVGQFIGTDIDRMLNLQTVTEELFSRTNGRVWVIVTSQEDIDAVVGDRTVRQGLDFTKIKGRFAINLKLSSADAIEVIQKRLLLKTEQGEAETEELWRKHHDELDALFTFQGGGNTRQFRDTNKFGSKEDFTATYPLINYEFALFQAAMRGMSSAGFFEGQHRSVGERSLLATISSALVDYKDKKVGTLVPFSALYEGVSGTIQSTVNHRINQALRELDAQTCRYALPLLKALLLVKHVEGFTANVRNLRILILDRFDENIPELEQHIRDTLDTLERQNYVHRTGDVYEYLTNDEQAIENEIKNVDVEDRQIRSRIGKIISGDILGSPQVNYGQGRQKIPFRYGLSIDGIAQSTQRPITLNIITPMDSAERDAKILQSAGIRDELRVILDDNPLLLRDIYTLERTEKYLKLHANEQGARKRIIDNKRDDLARMQVGLKATLAKALSAATLAYNGATLETTAREDAASVVTEGLQTLIGRLYTNLGMVDGLAYSEKDLPVVLADADANADSATLAETDSVRNGLDLPAREVCDYVTGEIRKDLTPTVRSIVQHFEGVPYGWPLADTLACLCHLYGAERIHLVLDGSRVPRTDVVKYLTNQKKTESMGVAIPKSYDSGKLKELRGFAGDYLGLTAGKLPADAEEMAQSIKNGLNAEIARIEALKDANTRFAFVAQLDEPVRRLRAVASMPDDWILESFPTESEETNTDRLLDDKEEIIDPILKVLNGVQRGTLVSGLDWIATNDSNFTLASAELQKERDEIRAIADDPMLFRGNKVNLFNTRLTVLKEHLEAWIGEERAHALEVVQTVRGNIIGIDSYCNAREDAQRNALQTLDNAASKINDAKYIADIRQTADTVKGNLYLALVNQLDAARQQAEVQPDAVAVHDGPVVSTESVESGDTEPEHVDVSVAPTAQPVNRNIRVTPPKPKPMLVTENDVAEFLDEYRRKLMSAIHEGKRILL >MBL68646.1 NAD(P)-dependent oxidoreductase [Verrucomicrobiales bacterium] MRVLIVGCGYVGLSLGRTLVDQGHEVHGLRRTADGAAEMETVGLKPHRVDITADGSLEALPRDFDWVINTASSSRGDAAMHHEVFVEGTRNLLEKFEDSQARLLFTSSTSVYPQTDGNWVDEESFDEPAAGTAQNLALAEEMYLEHSGGATVLRVSGIYGPFRGHLYRQFLRGKAVMEGEGGRWINMVHRDDVVTAILCAMENEMGIYNVTDNEPVTHRSFLEWLAGQLRRPLPASGEPISGGKRARTNKRVSNARLKAIGWTPRFPTFRDGYTALMKSEGVL >WP_027600082.1 MULTISPECIES: fluoride efflux transporter CrcB [Pseudomonas] >OYT80742.1 fluoride ion transporter CrcB [Pseudomonas sp. PGPPP4] >KIZ51292.1 camphor resistance protein CrcB [Pseudomonas oryzihabitans] >MBA1259235.1 fluoride efflux transporter CrcB [Pseudomonas psychrotolerans] >MBH3331854.1 fluoride efflux transporter CrcB [Pseudomonas oryzihabitans] >NMY93193.1 fluoride efflux transporter CrcB [Pseudomonas psychrotolerans] MPYALFAVMFGGALGSACRWWVGLRLNALFPLLPLGTLLVNLVGGFVIGLALGLFSRYPGLEAQWRLLLVTGFCGGFTTFSTFSAEVVGLLQSGRLGWAALTVTIHVLGSLLLTLAGFALAGRLG >WP_183298005.1 alpha/beta hydrolase [Cellulomonas cellasea] >MBB2925275.1 dienelactone hydrolase [Cellulomonas cellasea] MHVTSEQHHDDGVLARDFSLGDIPGTLWTPRSTPAPLILMAHNNGLPRTDARLVARARYTAAVHGYAVASVDGPGSGDRPRPAAVEQAGADLRRAMQAGEPVDELLESLVGPLVDAAVPDWTATVDALLRLPEIDGPVGYTGWAALGIRLAVADPRIAALGLFAGGHVPRAQREEAREVAVPLLLLLQWDDEGNPRQRALDLFDAFGSTEKTLHANRGGHLGTPAFELEDTCRFLDRHLR >NLL64488.1 nucleoside deaminase [Clostridiaceae bacterium] MHGQYPASEHDYFWMKQAQILAARAAALGEVPIGALVIKENTAVGIGWNRREQAQLVTEHAELMALQDACTNLSSWRLDGCDLYVTLEPCLMCAGAIQQARIRRLIFGASDPKTGAIHSRWHSYDLTGLNHDVLWTAGVLKESCSKQIKDFFYELRQENKRTEQKLGGRGARRRNAKGN >XP_021682448.1 auxin-induced protein 6B-like [Hevea brasiliensis] MSAGIGKCSKIRHIVRLRQMLRRWRNKARMSANRIPSDVPAGHVAVCVGTSCRRFVVRATYLNHPVFKKLLVQAEEEYGFTNQGPLSIPCDETIFEEVIRYISRSESGNSACFLNLEDFQRYCHVGVRSKLDFWTESLPLLHGFAE >UJV88611.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UJV92467.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UJV93173.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UJV94036.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UKI64423.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYSPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_158303127.1 hypothetical protein [Prauserella endophytica] MGLGDRALGRRLDPVTLNIEVSAKVLGVLMCREVVIVMLWELAVLPTGGSDSRGFD >MBI1797961.1 phenylalanine--tRNA ligase subunit alpha [Candidatus Eisenbacteria bacterium] MKPAGAGVAAFYDRAARGIAGAPDLAELKERHTRLLGRERGIVTGRLAGLPELSPEERRQSGRALNLIKRWLTELEAARRSALEREQESRSAQGLDVTLPGRKPWIGHRHVLAQIQEELLDLFHGLGYSVYVSPEVESDDYNFGKLNFPPDHPARDAHDTYWVDGGLLLRTHTSPGWVRAMEERQPPLRLVFPGRVFRAEQVDASHMDQFHQVDGLFVDRDVSMADLKATLNTFARSIYGRAVRTRLVPVYFPFVEPGAQLDVACVICDGSGRVRDARCPVCKGGGWIELLGAGMVHPNVFRAVGYDPEAVTGFAFGMGLERIAMMRWGIPEIRLFLENDLRFLNQF >WP_259568097.1 aconitate hydratase AcnA [Proteus terrae] >MCS6713223.1 aconitate hydratase AcnA [Proteus terrae] >MCS6731809.1 aconitate hydratase AcnA [Proteus terrae] >MCT8229969.1 aconitate hydratase AcnA [Proteus terrae] MSLRLKKESHSTLLVGSQEYEYYRLSEVARQLGDITRLPKSLKVLLENLVRYLDNETVVEKDIKALVEWQKTAHASREIAYRPARVLMQDFTGVPAVVDLAAMREAVKSLGGQVDKVNPLSPVDLVIDHSVMVDEYASKNAFAENVEIEMERNYERYLFLRWGQQSFERFRVVPPGTGICHQVNLEYLGKAIWSEVQNGRHVAYPDTLVGTDSHTTMINGLGVLGWGVGGIEAEAAMLGQPISMLIPDVVGFKLTGKLREGITATDLVLTVTQMLRAHGVVGKFVEFYGDGLASLPLADRATIANMSPEYGATCGFFPIDDITLDYLRLTGREEQEIALVEAYSKEQGLWRHTGDEPIFTSTLSLDMGTVEASLAGPKRPQDRVNLPSVPKAFKAAVELETNKKPLSHFPQVKIDDYPAFELTDGAVVIAAITSCTNTSNPNVLMAAGLLAKNAVEKGLQRKPWVKSSLAPGSKVVTDYLNLAGLTPYLDELGFNLVGYGCTTCIGNSGPLLAPIESAIKDNDLTIAAVLSGNRNFEGRIHPLVKTNWLASPPLVVAYALSGNMNIDLTKEPLGKDKQGNPVYLKDIWPDSRAIADAVEKVKTEMFHKEYSAVFEGDETWKSLKTQDTPVYDWQPDSTYIRHPPFFEGMSKIPAPIKDIHQASILAILGDSVTTDHISPAGNIKADSPAGRYLREHGVEPKDFNSYGSRRGNHEVMMRGTFANIRIRNEMVPGVEGGFTKHIPTGEILAIYDASMRYQQENTPLAIIAGSEYGSGSSRDWAAKGTRLLGVRVVIAGSFERIHRSNLIGMGVLPLEFPKGVTRQTLGLKGDEKIEITGLNALTPSQDVAVNITFADNRTETIMARCRIDTQTELAYFQHGGILHYVIRNML >HCD4651973.1 YfhO family protein [Enterococcus faecium] YAAASFLIPFLILALVYLSIGIYPGSSRSILASDAFSQFSNFHASFRNVLLGKQSIFYTWNASLGLNYLSLISYYLGGIFTPLVFFFPNQMMPDALYVLTLLKVGCAGLAFWFLARTFKIPRWGHVALSVSYALISFITAHSEIIMWLDAFVYLPLVILGIHRVMDLKRPKLLFISYLLLFLSSFYMGFMIGVFSFLYFIARLLTNWSEYKKTIVPYGITSLLAGGASMIIVLPAVLDLRSNGEALSQITTLKTEATSYLDLIMKNMIGVYDTTKYGSIPFVYAGLLPLVLCLFYFASRKVPLKNKFLYGSLFAILIASFYLVPLNLFWHGMHAPNMFLFRYAYLFSFLVLLLAGKGWEKIEQDDGGLLLGIILVVAALFAVAWGIKPEGSYTYVTMTSFVLTVVFLGIYAFAVGFYQHKKLSFNHLSILLLLIMSAEALVNTNSMIHGILDDWNYASRSLYTDPYPDLKALVNETKKDSDSFYRLENLDPVSANDSINYGYSGISLFSSIRNRNSSSYLDKLGFRSRGTNLNIRYNNNTLLMDGFTGIKYNISKNESTFSKYGFRQAGQSGDYTLYQNVNALPLAFTAPLSVNDVEQPVTDNLTSQTNLINTLSGLNEQYFTFYTPTLKNQLNTTITKTTTGVTYSETADNQPKELTWEVHVPANTQAYLSLFPTNFAQLESSSATITVNGTSRKTQINISGQYYDLGYYPQETTVTFTASFYGTKEISFMEPKVVGLDVVAYQAAMNQIKEKGVEMEATGRKASGTVNTAEDSMLVTTIPYDKGWKAKIDGKPVKVSNFKDAFLMIKVPAGKHTVTFSYLPEGFTIGAILFVLCIALFILYVWYLDRNRPFYGTIDPAIEEQPRNTHRRRRRK >WP_109124355.1 response regulator transcription factor [Dyella sp. C11] MHTNSARTPRAGLKPKLIIADDHRMVAEGVQHILDEDFDLAEIVADGEALIDAVMRIQPELVVADINMPRCNGMDALKRLRQAGMDTRFVFLTMHMEPALAVAALRAGARGYILKNSAGEDLRNAAQQVMAGGTYVTPALGARYISGQLTDMRNLTSKQLQVLRLVGEGLRSKQIALQLGLSVRTVEAHKYTMMQVLGVHSTLELVRRAEDLGLLF >MCK9579519.1 helix-turn-helix domain-containing protein [Methanoregula sp.] MATIGERIKAARILAGLSQEDLGGQMGVTKMAISKYETGGVIPNSTALIALSKALDVKIEYFFRSMSVTLSKPSYRCRKALAQKEETRILGKTAEWLERYLMVEHLTGTEKPLDLPKPEHCRIKTVSDIEKIAHKIRKEWNLGSDPIENVMDVLEQHGIKVGVVEAPESFDALTLWYNDKCPVIVVNKRFPGDRQRYNLAHELGHLVLQIESDLDAEIAAHRFAGAFLVPDDMAVRELGTQRNVLDFRELYILKHKYGMSMAAWIHRAVDLGIVTQAAAKRHWISMRAKGWHKTEPHRQVPAESPTLMRLLLFRAVSENTITRSRFAELLGVDLAKAVEPCA >WP_252122124.1 GTP 3',8-cyclase MoaA [Streptomyces sp. MBT42] MTDRFGRVHTDLRVSLTDRCNLRCAYCMPAEGLDWLPRPELLTDGEVVRLVRLAVRRLGITEVRLTGGEPLLRRGLPGLVARLHALPDAPALSLTTNGIGLARGADALRAAGLGRVNVSLDTLRPERFAAITRRDRLPDVLAGLRAARDAGLAPVKINTVPVRGVNDDEIADLAAFAVEHGYRARFIESMPLDAQGAWDRDRMVTAQEILDRLGERFELVPVGRRDNAPAEEWRIAGTDTRVGVIASVTRPFCGSCDRVRLTADGQLRNCLFATEESDLRALLRGGADDAEIEAAWRTSIGGKGPGHAVDSPGFRRPERPMSAIGG >WP_031912375.1 LPXTG cell wall anchor domain-containing protein, partial [Staphylococcus aureus] >KAA38251.1 clumping factor B, partial [Staphylococcus aureus VET0080R] >KAE46230.1 clumping factor B, partial [Staphylococcus aureus VET0369R] SDLDSDSDSDSDSDSDSDSDSDSDSESDSDSDSDSDSDSDSDSESDSDSDSDSDSDSDSDSESDSDSDSDSDSDSDSDSESDSDSDSDSDSDSDSDSDSDSDSDSDSDSDSRVTPPNNEQKAPSNPKGEVNHSNKASKQHQTDALPETGDKSENTNATLFGAMMALLGSLLLFRKRKQDHKEKA >WP_102687017.1 MULTISPECIES: hypothetical protein [unclassified Pseudomonas] >PNA04677.1 hypothetical protein C1X28_13920 [Pseudomonas sp. FW305-BF15] >PNB80039.1 hypothetical protein C1X30_15695 [Pseudomonas sp. FW305-BF6] MPLPSAPQQRPVINVLSPHNPNHLCILSVVLGVIGQHVTTKSPEEVQAYTHPGESTIYVAANKNGESLIAACEVLLTAIHPGGSNALMEAARILHVLFSETDRVINQNIPEYELQESWLKSNQVGNKNGNWATDENSKLVRWKFLDRAPIIPDTKLYVTNMLSKTAEEKAKVAEKILELTYNPRLNTKQLNNLLNLVKAFKEQKPLPRTVVLSPITKITNTPPTPHALQYVENDGYHAEISLMRALIIGSGFKPVIKGNLGGKKAACAKCSAWFSKVKTLSANQIDPSFPNEAEFGNLRPQRQSPTNWAAPKFSPHVFSSTDFTVFKTVYEGAGKVTTSAEEELMEFT >OWA15278.1 hypothetical protein B9W61_34295 [Streptomyces sp. CS057] MLNHGAVIHRHELSDAEWEFVRPLLPESLRGRKRLDDRRVLNGIVWKFRTGTAWRDVPERYGSWATLYTRFRRWAADGTFDRMLRAAQAKADTAGGIDGLVSVDSTGRPCPPACSSGSKKGSAPRLLAGPEVV >KAG7153436.1 Ribosome-binding protein 1-like 11 [Homarus americanus] >KAG7171620.1 Ribosome-binding protein 1-like 4 [Homarus americanus] MKIQLTVVLCVGVWSQAWAQDASYVLDSRGVQLDQGLTPPKQLLDNHQVLSEAFKHRSEELARTYSNDQVAYNDPDPEYMWAYEVDARSTGDKKSAREERRGDVVVGQYSVMDPDGSLRVVDYSVAPDTGFQATVTKQSTHENFQSQSQYNQQRRDQFQKQQNHRNQFHNQQNRRNQLQNQQNRPDQFQNQQSRPDQFQNQQSRLDQFQNQLSTHEQFQNQLSTHEQFQNQQSRLDQFQNQQNRRNQFQNQQNRPDQLQTQLSTRDQFQNQQSRPDQFQNQQNRPDQFQNQQSHPDQFQNQQNRPDQFQNQQSRPDQFQSQQNRPDQLQNQLSTRDKLQNQENVVQYYSQSRQQQHQYQQNQESINQFQQNQNQENQNLYQQNQQEESRNQYQQNQNQFQQNQYQQNQENRNQYQQNQENSNQYQSKYRTSTNQYNHNNQSNNLHNNRYNSQTYGSTNNNQNYNQNSHLNSNLLNLEYNQQLSQLSTNNHNQYGRSQVSVVLAGNHKYRLQQMNHWQH >EAI4228870.1 pentapeptide repeat-containing protein [Campylobacter jejuni] MIKETLEKILNTLEKCCEETHQNHKSDYQIRRQLFDILSKNNPNNIKEYDISVLNEDKQDDFRQQDELFPRNEKWYLVCNKEDSKTDTLLLCDKIKDIPCNVIFNNCNIDLHIDESKGVKKDNTETIKNCLYFYNCAFEKSLNLKNIIFEKTLTFNQCVFYNNLEIYQNQFLDHLVFINCHDNQDKKITSLDLQENEFKGYFFIKNCAIEKINLWKNKFKNRCYFIDSMFLKVDKLSKFNFSNANFQDNVYFNNTHFKDYVDFHECEFEKIACFYGVKFYKTPNFSACYFKEPKAVNLINVDIDKLDFKSVEKYIEDNYQDESYKNEHKLRYAKNLKDSFRVIKDVLITQNNTLEAQEWHKLELYAKEKELEIQLGGDNKDSIKNIQKIKKSVIKKPSNNPSNILAKIQSLSDKYIKICDFVVCFIMLIGRSIFGFLLSIIEIFCNVIKSICKIIQIILSCIFCIASIDRILKLEYLKFYRKISSLGKTMLDFTLWFDCVLLQVYRNTSNHHTNFLKILNFTILMISSYAIFGLLFLNNMDFILSFDPMTIATTNYIVLLMLLIIFIDLTRQLYQYGAILLFLICGLFIISIVSFLSPIYIPAFYFLIYFASVLISYLLFICKIKLFIFISRLFAYTCLIGVVILKPQLINPFVGIFSSDKLYESKFEKRLNDLNTSAIINLAKLSQKDFNFTKEYINISFTELNSAKTLIIANKEKLK >VDP10889.1 unnamed protein product [Heligmosomoides polygyrus] MAGFDAPMNLGGASQDSSQGFSLQMFSKPTIVLAHVAFKGAALAYYFLANWLSSSFIVQFLVILTLLSMDFWTVKNITGRLLVGLRWWNFVDDNGNNHWKFESAKDQSRFPAMDRRAFWFGLVLGPLIWMFFVTMAFFTFKWEWMIVALLGLAMTSANLYGYLRCRWADANQFTNYLSKWAFLSVRFQNS >WP_188340499.1 DUF5519 family protein [Streptomyces xanthii] >QNS07838.1 DUF5519 family protein [Streptomyces xanthii] MTAAQRAMTELGTWPHLVSGPPRCSIGHAFGPAGHDLVHFHSDDCADLYLTAPAVQRLLPHLRRTSAVRVHPGASWITVLLECDTDVQLLLSLVSLALKEQAGRAPHACPAPPCDWERPRAS >MCL0086045.1 uroporphyrinogen-III synthase [Thermodesulfovibrionales bacterium] RPLFGSRILITRKYTPDYGPLEDLGAEIFEVPTTKIVPPASYSEIDSTIDRIEDYNWLMFTSANGFRYFIKRFVDRDKDIRDLKGIKICAIGTKTAEAIRNYGIKIDLVPKEFNAEGLIMAFVKGHSVQEAGGDKNLEGLKILLPRADIAREIFPQKVRELGGKIDTPATYRAIKLEKHGKRLKQFLKEGRISIATFTSAATFNNFIDIVGEEAIDFLRGTAIASIGPVTTKAIEVAGLKVTIMPQEATIKAMVDDIIKWAAN >WP_192500494.1 ABC transporter ATP-binding protein [Flavobacterium sp. PL002] >MBE0391568.1 putative ABC transporter ATP-binding protein YbhF [Flavobacterium sp. PL002] MSIKVQNISKSYNKILAIDEITFDVNQGELFGLIGPDGAGKTTLFRILTTLLLANEGTATVAGFDVVKDYKSIRNSVGYMPGKFSLYQDLTVEENLKFFATIFGTTIAENYELIEDIYIQIEPFKNRRAGALSGGMKQKLALCCALIHKPSVLFLDEPTTGVDPVSRKEFWQMLKRLQQKGITILVSTPYMDEATLCDRIALIQKGKILKIDAPENIIKNYDKTIYDIRAKNTHQLIVDLKKYPSQYSVYAFGEYLHYIDKSTDFNPDELQIYLESQNHLEIEIKVAKNTIEDVFMDLTAVNQ >WP_142114448.1 HPP family protein [Bosea sp. AK1] >TQI75135.1 CBS domain-containing membrane protein [Bosea sp. AK1] MSSASPPSHASRRSHFRFFVPILAGATWRDRLVSCVGALVCVGATGLICGLLLGNDPHLPLLVAPMGASALLLFAIPSSPLAQPWPIVGGNTVSALIGLLVSRYVPEPAVAAGCAVALAIAAMSLLRCLHPPGGAAALTAALGGPAVATYGLGFAFVPVGLNALVLTLLGVAFHRFSSHSYPHRPPAPANTHGTKDPPSGQRVGFNEDDIDAALSDVGEAFDIDREDLDRLLRRVELHALARKRELPRCADIMSRDLVRVDQHDDIETARRLLLDHAIRTLPVVDRENRLLGTVGLRELTHPGLRVRDVMSPAVIARPDEPAVDLIAALTDGSHHAVIVVDDDERLVGLVSQSDLLAMLLRPLRREAA >MBI1884116.1 hypothetical protein [Chlamydiota bacterium] >MBI3267291.1 hypothetical protein [Chlamydiota bacterium] MSKYDVLSAIKELDRSIFTTHELSLCCGGKRSSTVQALRHLEKKGIVLRIARGLWSLQLGSHKLSPYSVIPYLLNQHRAYISFTSALHLYGIIEQIPQVVTLAAGVHTRTVRTKVGTFLIHQIAPSFFKGFDWYQGRGTFLIAEPEKALVDCLYLSARKKKRFTYFPELHFPDTFDFKKVRRWVKEISNPQIASYVEKRLGLIIPQSINILAKSAKVSSNLNII >KAJ0250772.1 hypothetical protein HA466_0140560 [Hirschfeldia incana] MSSPSLRLSDCQSLRHRLFVSPAPTLSYPLRLSVSVFVGLSPCLCRSVSPALRLRVCPVLSVSPAQSLSVSLSLRLRVSASLCLSVSPSIRLSINPSLRLEKDGFNNNRWALLSEIISIV >HBN08959.1 hypothetical protein [Cyanobacteria bacterium UBA8530] MPATARVQDTPHLRQRQNASKAAVAPARTSSATRPVQDTVAHLRDRLELSRSAKKNSLPAVAPVPRTNAKPAVPAAATQSTLSASIERLKALSTAELARLGANDKQAFFAALRPAAEEAEKQYGVPAEVTLAQAALESGWGKSALGGFNIFGIKGSGPAGTIASRTQEWVSGRYVTITANFAKYGNFYQAVVEHGKRFHNGYYDKAVNQFAKDQDYRKFIQNIQGIYATDPKYSSKLLSIIDDYHLAA >QEC74319.1 hydroxymethylglutaryl-CoA lyase [Arachidicoccus ginsenosidivorans] MIELVECPRDAMQGWHRPINTDTKVAYLKALLKVGFSVLDFGSFVSPKAIPQMADTKEVLSRLDYKSLQTKTKLLAIIANVRGAQEACQYEEIHYLGFPFSISETFQRRNTNSTLAESFDRVKQIQQLCQAHGKALVIYLSMGFGNPYGDAYSPEILQDWAAKMANLGIKTISLADTVGLATPAQIKEAVQELIPQYPAITFGVHLHATRQNSKAKIQAALEAGCIRFDGALKGIGGCPMAQDDLVGNMDTELMIDMFKSKGIN >KAJ7903702.1 kinase-like protein [Mycena olivaceomarginata] MGAVCCCLSEPVDYNAEVTLYHFDLHRAVGKGAFGKVRVVEHKPTKKLYALKYIDKARCIRQKAVANVIQERRLLEEIDHPFIVNMRYAFQDDENCFFVLDLMLGGDLRFHLERKGFIPEEVVCFWVAELACALEYLHRQKIIHRDIKPDNILLDAMGHAHFTDFNVAIHYSERRLHTSVAGSMAYMAPQVVGRKGYSWAIDWWSLGVTAYELLFHRRPFDGRTSERMTHSIMKDPLKFPEDSKSKVSDACIRALKGFIDKDPATRLGCRPDGQGIEDVRRHPWFAAIDWENLSRKESQPPFVPDMKAANFDVSHELDEFLMVEKPLTHTKRKANADLDKLKPELRELEEKFTVYDFASTKRLSYYPHNQPIVTVASETDTERTLAPSQTATMAERSQAGSPTLDSAHHDYPMPEMPRPSHSPSQRSRPSHSSRRRSRSPSS >RXN11474.1 hypothetical protein ROHU_030002 [Labeo rohita] MVTCKEMRAAIIALHKNGFTGKDIVATKIAPKSTIYRIIKNFKERGSILVKKASGRPRKSSKHQDRLLKRIQLRDRSATSAELAQEWQQAGVSASARTRTSQTKPHNQITANPLSTTEPDTSSPSDVRTQPSQQTVELPEPTNIQSHTSSQDSNVPESAVLVVCLPDEPHETSPDCLAVNTQVPVPRLLGNLIERGVAKKLYLVITLEKEVRLEALVDTGADLTLMSSQLFDRLQTEAKRQNRTLKYQQCVLNVQSYSQNEVQLEQVAPIHLTIGPMSLVHPVYIAPVDTYPLLIGKDLLDRFEPLLDFKQLKIWAQVREPLPPQAPRSPETDCQATKVTENPTASRGNVSTQEQGSRSMLCAFQLDKDFDSDGPQILAGLQLNDVTTTDLILALWADNSAISLTLFNALKRHTTNISFANKRTRFALNPGLSTLVTAKVICALNLNWNDRCLTHYFLVLPDLPHDVYIGADILIRLKAHVDLLNGVIWAPMTSQASAVPVNPENLLSGQTIHEACTLISEQETVIPAYTKGVAVRLNLRCGQTLSHSLGFFQPSPECVELGLTLEATPLIEVTSRALYILFNNCMAMDVRVPKAYRLGWLRGAQATQWLTVPFKLITILSVVPVVKEQVCRTELTVDQHLAVYTVSSHPTCETDNATAPPTVHQTDDVKTGEPYPGFETQVQQILKDADALQEDADRHKLRQVLYKYKDSFAKDSLDCGLTDLHVVRVPTHPKAPPTFVKQYKIPLESYEPVQEIINSMLEMTKHGISPQHPLRELSN >MCJ7468405.1 four helix bundle protein [Maribacter sp.] MGRIEKFEDLEVWRRAREICEYVEELFLTTPLGANFSMRDQMDRSSGSIMDNIAEGFDRDGSKEFHNFLSYSKGSASELASQAYRALDSRLITQQQSEILRSKCTTVKNKIGALMHYLRNSDIKGQKFKKD >ECI0838809.1 AMP-dependent synthetase [Salmonella enterica subsp. diarizonae] MNQTLPLSQWLCTPRSDETVIAWLGDHSWTLAQLRYDVATLLADLNKQEGSRWALCFENSYLFIVALLATLHAGKTPVIPGHCRASLLDEQRALFDGVLSDSPLAWHGPQLLVDSAKCAKAPATALPAIAADAFVELFTSGSTGQPKRVVKTIAILDAEAALLGTRFAERLVGYRVVASVVPQHLYGLTFRIFLPMALGLPLHAAMLYYAEQLAAISPQHRYLFVSSPAFLKRLDHQLAPPPIEMILSAGGMLPWQDVTDSQSWSGIWPDEIYGSTETGILAWRHRQQDDIPWLPFPGVQITPEGDAFRARSSLIADADGLLLDDVLHFNDDGRFRLAGRRGRVVKIEEKRISLSEVERRLTDLEGIREAAAIPVTRGGRQGIGVLLVLDDALHHRWQETHSKALELSWRRALLPWLEPVAIPRYWRVLDEIPVNSMNKRVYAQLQELFDET >WP_087918330.1 type I methionyl aminopeptidase [Paenibacillus donghaensis] >ASA24350.1 type I methionyl aminopeptidase [Paenibacillus donghaensis] MIICKSEQELAFMREAGRIVAESHRLISEAIAPGVTTGELDRIADQYIRSQGAVPSFKGYNGFPASICASVNEQLVHGFPGKRKLLEGDIITLDIGAEYRGYHGDSAWTYGVGSISEDAQRLLDITEGSLYAGLALVKPDVRLFTISHAIQQYIEEAGFSVVREYVGHGIGAKLHEEPQIPNYGIADRGPRLKPGMVLAIEPMVNAGKRNVRTLEDNWTVVTVDGSLCAHFEHTVAVTPDGMEIFTKLNA >EJA1208030.1 type II toxin-antitoxin system ribonuclease toxin YhaV [Escherichia coli] MDFPQRVNGWALYAHPCFQETYDALVAEVETLKGKDPENYQRKAATKLLAVVHKVIEEHITVNPSSPAFRHGKSLGSGKNKDWSRVKFGAGRYRLFFRYSEKEKVIILGWMNGENTLRTYGKKTDAYTVFSKMLKRGHPPADWESLTQETEENH >KAJ7494177.1 hypothetical protein FB451DRAFT_1360695 [Mycena latifolia] MSNRISEIASVLLPPPQIHETLRASFRNGIPRPLQWRKHQILQLARMFQDHEPFAEALAKDIGKSEIQAYGSEIGSSAPSSYLRKYLNGVPLKVLLPEYLEKDLASVPRRKILQTAPTGDPSMSECGITGDLRASATDHVLSPSRFHNEHAALLACTPPPAPFFGSNLSLTANVAARNHHAPSIADTSTASLSLEIVIFWAQLTPKLSSVPFSWAEKRTTCFLKQLGAHQRLVIDERRERSTLIHPDVTNGARRRTASPTERVEMRTVERRDTREERPRMMGSALECVVVVGVEDATEEDLGALHFWRPRGRA >MCH2663613.1 Gfo/Idh/MocA family oxidoreductase [bacterium] MAKPIRIGIIGAGGIFRSRHFPGLAKIQDTEVVAICNRTKASGRKIAQEFKLDPEIMTDPHALIARKDVDAVMIGTWPYMHMPFVLESLDAGKHTWVQARMAMNLREAKAMYARAEETGLTTQICQPPHCLAGDHYIRHLIANGYVGDITNVVVRSMNGSLLNPKTPLHWRQIGRYSGLNTMVVGMLVEFVHRWCGYTASVTAQAETFTKLRPAGRGKMGEVDRPDTVNILSTLEIGATAVYMFSGMSNGAPGEQIEIYGTKGTLVYHTNVDLRKQKIYGGKTSQSSLKEIKIPNSRRREWTIEQDFVDAIRTGQNAESTFFQGVKYMEFTEAVFRSVEQGNTIRLPIVD >WP_157476287.1 DUF3109 family protein [Phnomibacter ginsenosidimutans] >QGW26989.1 DUF3109 family protein [Phnomibacter ginsenosidimutans] MIAIDNKLVSDELVEEQFVCDLVKCKGGCCVDGDAGAPLDKEELARIDEVFDAVLPYLPAHHVAEINKQGRYVYDREFGWVTPAINGGICVYAITDAAGIVKCGIEQAYNDGKVTWKKPISCHLFPIRIQQSKNGDTEYVNYEPRETLCKPACKLGKKLKVPVYQFLKEPIIRKYGQDFYEALDAVAQDYFEIQGK >WP_149911652.1 two-component system sensor histidine kinase RstB [Citrobacter freundii] >KAA3568988.1 two-component system sensor histidine kinase RstB [Citrobacter freundii] >MBA8049246.1 two-component system sensor histidine kinase RstB [Citrobacter freundii] >HAT3772388.1 two-component system sensor histidine kinase RstB [Citrobacter freundii] MKKLFVQFYLLLFVCFLVMTLLVGLVYKFTAERAGRQSLDDLMKSSLYLMRSELREIPPRDWGKTLKEMDLNLSFDLRVEPLNKYTLDAPTMQRLREGDIVALDDQYTFIQRIPRSHYVLAVGPVPYLYFLHQMRLLDIALMAFIAISLAFPVLIWMRPHWQEMLRLESAAQRFGEGHLSERLHFDNGSSFERLGVAFNQMADNINALIASKKQLIDGIAHELRTPLVRLRYRLEMSDNLTGQESQALNRDIGQLEALIEELLTYARLDRPQNELKLSVPDLPVWLTTHLEDVQSVNPGRAVHLRHLETGDYGALDMRLMERILDNLLNNALRYCQSTVQASLLLNGNQATLVVEDDGPGIAPDAREQVFEPFVRLDPSRDRATGGCGLGLAIVHSIALAMGGTVVCDESELGGARFTFRWPVWHNIPEISAA >HBF6683624.1 prepilin peptidase [Clostridioides difficile] MEYIIIISLFFAHLINKSLCVFCDREKKNLYNTFFIYIITVVLSVLIYLKFGISVECVQYMVLIPFLIIISIVDYYTIYVYDITIVSGIIVQGIIFLAFFNIAQFDYINHIFGLLIGFIIPYIIAKLTKGLGYGDVGLYSLCCFALGNNYGFYVIVLSFILAFLFFIILYITKIFKDVDIRKQIPFTPFISLS >WP_175740884.1 TetR/AcrR family transcriptional regulator [Burkholderia ambifaria] MGVSRQQAADNRNAIVAAAERLFRVRGVDAVGLTELMKEAGFTQGGFYNHFKSKDALVAAVMEKAMQDGADSPRAGSVAQQVTSYLSTAHRDNVEAGCPLSGFAGDAPRLTDAARACYAHGVAGYLDRLERMVAAEGAAAADTRRDAIAVFSQMVGALVLSRAVAGTDPALADEILDAGRHALAGQPDDPAVPAA >RUU66461.1 ABC transporter ATP-binding protein, partial [Mesorhizobium sp. M2C.T.Ca.TU.009.01.2.1] HGTSVILITHDMGVVAEMADRVIVMRNGRMIEEGATADIFARPQAAYTRELLAAVPRIGSGAGRRASGEPDEMAGKDKVAVVNDLHVRFDLHGGFFGRVTRRVHAVEGVSFSIAPNETLALVGESGCGKSTTAKALAGLVPYTGGVTIGGRELSGLGGDARKAVRRDVQMVFQDPYASLDPRMRVGDLVAEPLLIHGIGTRQERQSQVAALFERVGLSAAQMELYPHEFSGGQRQRICIARALALRPKLIIADESVSALDVSVQARVLDLLKELQREFGVAYLFISHDMAVVENISDRVAVMYLGQIVEIGSRDQVVSNPRHPYTRRLIEAVPVPDPSRRRTRFARLDREIPSATRRIGETVPKLLLKDFGGGHLAAVAD >MCP1831263.1 acyl-CoA thioester hydrolase [Bradyrhizobium sp. USDA 4545] >MCP1924372.1 acyl-CoA thioester hydrolase [Bradyrhizobium sp. USDA 4532] MTSATATSEMPLPSAPFRSSVMQIEPQWIDYNGHLNMAYYNVMFDRAIDEMWLQLGIGPDYMKARRCSTFTAECHVRYLREIHLGDPVQVQVYLLGADEKRLHTFEELRHATEGWLSATSENLTLHIDMEARKVAPFPPDIRARAQAIVDSYVGVSRPEGIGRNVAMPSAK >WP_012785155.1 FAD-dependent monooxygenase [Catenulispora acidiphila] >ACU69860.1 monooxygenase FAD-binding [Catenulispora acidiphila DSM 44928] MNTTSSTRGSGSGNGNVRSILISGAGIAGPSLAYWLHRHGFAATVVERSAFLRDSGGAVDFRGEQVKLLKAMGIFDAVKAAETGMGDQVVIDRAGEPVMAFSSAFFSGEVEVERGDLARILFEATREYTDYVFGDWIVGLDQRADGVDVTFASGAAATYDLVVGADGLHSGVRRLAFGPEEQYRTDLGWLIAGFTAPNDLGLDHEGRIYNVPGCGVMAASARDRSRLGVGFVFHAPGLLYDRHDVAAQKDLVAATYADAGWETPSLLQGMREADDLYFDTLSQIHMDRWSTGRVVLLGDAAWCAGPGGSGTGMAMMGAHVLAGELAAATNDHPTAFAAYERTLRPAAKIGQKQGKGSGAFLAPINDKKIATRNKAYKMLTRKLVAGFFNWLTARAANAVEYKEYPTTAATAPALPTTRDSRIAA >RYD69609.1 MAG: hypothetical protein EOP84_28140 [Verrucomicrobiaceae bacterium] MKVIGTVEIEGVSDVVCDFCRLTTRVNGGGLQFATLQAHWGYGSKHDGERWEIHLCEDCFFQAVAGLKQERRIHGIFDESGGMPDDDFGLITKDDFFKDRG >MBF3543544.1 acyltransferase [Burkholderia pseudomallei] >MBF3605662.1 acyltransferase [Burkholderia pseudomallei] >MBF3913226.1 acyltransferase [Burkholderia pseudomallei] FLYALFICMLIAWAVSAITLRARTHGGASGANGENGEPSGAPCAVPAMPIVLVLLAIGGLAAVAFVAGS >NXN86496.1 ASH2L methyltransferase [Bombycilla garrulus] AAAGEGAEPPPEPPPAPEPPAPPEPPASDTDTGGVGEGAPDSSPQPRAVSDPGPGPFQDAAGDAAEAMDAQGGSGDEENARQLGEIELQCGICTKWFTADTFGIDTTSCLPFMTNYSFHCNVCHHSGNTYFLRKQANLKEMCLSALANLTWQSRTQDEHPKTMFSKDKDIIPFIDKYWECMTTRQRPGKMTWPNNIVKTMCKERDVFLVKEHPDPGSKEPEEDYPKFGLLDQDLANIGPAYDNQKQNNAVSTSGSLNGKFFTQEGFGWGMAAGGSGKGRGAKRKQQDGSTTGTAKKTRSDPLFSAQRLPPHGYPLEHPFNKDGYRYILAEPDPHAPDPEKLELDCWAGKPIPGDLYRACLYERVLLALHDRAPQLKISDDRLTVVGEKGYSMVRASHGVRKGAWYFEISMDEMPPDTAARLGWSQPLGNLQAPLGYDKFSYSWRSKKGTKFHQSIGKHYSSGYGQGDVLGFYISLPEDTETAKSLPDTYKDKALIKFKSYLYFEEKDFVDKAEKSLKQAPGSQIIFFKNGVSQGVAFKDIFEGVYFPAISLYKGCTVSINFGPYFKYPPRDITYHPMSDMGWGAVVEHTLADVLYHVETEVDGRRSPPWEP >HBG7982863.1 transposase [Clostridioides difficile] LCCTDVDIEAFENANNQIGLDLGIKEFCISSCGEFIENPKYLKKSLSKLAKLQRELSRKTIGSLNRNKARLKVARLQEHIANQRNDFLQKLSTKLIKENDIICIEDLQVKNMIRNRKLSRLISDVSWSEFVRQLEYKANWHGRQIVKVGKFFASSQICNKCGHKNEEVKNLNIREWICPSCNETHDRDINASINILKEGLRLITIQNK >WP_107194058.1 MlaA family lipoprotein [Photobacterium kishitanii] >PSU21343.1 ABC transporter [Photobacterium kishitanii] >PSV17736.1 ABC transporter [Photobacterium kishitanii] MNKKLLLIIFLSLGIVGCAQSPDKTSEQTVSTNVTDHIDGDNATANTVYDPFEGFNRAMWDLNFNYLDPYVARPVSLAYVNYTPSFARTGIANFLSNLDEPAGMVNSLLTLHGKDALTHFNRFWINTVFGLAGLIDIASAADITKVQDRDFGDTLGYYGVGNGPYLMLPVYGPITFRGFTDSVDDLYLPLSLLNFWEGLGKWIFEGMEDRAALVNQESMLNNSPDPYLFTRDAYIQYKNFTASDGKVSDQPQADTFDNSYLDEIDND >EFO2269166.1 polysaccharide export protein [Escherichia coli] MKKNIFKFSVLTLAVLSLTACTLVPGQNLSTSNKDVIELPDNQYDLDKMVNIYPVTPGLIDQLRAKPIMSQANPELEQQIANYEYRIGIGDVLMVTVWDHPELTTPAGQYRSASDTGNWVNADGAIFYPYIGRLKVAGKTLTQVRNEITARLDSVIESPQVDVSVAAFRSQKAYVTGEVSKSGQQPVTNIPLTIMDAINAAGGLTADADWRNVVLTQNGVKTKVNLYALMQRGDLRQNKLLHPGDILFIPRNDDLKVFVMGEVGKQSTLKMDRSGMTLAEALGNAEGMNQDVADATGIFVIRATQNKQNGKIANIYQLNAKDASAMILGTEFQLEPYDIVYVTTAPLARWNRVISLLVPTISGVHDLTETSRWIQTWPN >WP_271569604.1 hypothetical protein [Bradyrhizobium sp. CCBAU 11386] MKARFLRFAGVKSRARRASTVGLFLTLFASAAHAQQGTPEQRRACTPDVYRLCAGEIPNVRAITACMRRNRPSLSEACRALFDQARG >KAG9297605.1 hypothetical protein G9A89_007680 [Geosiphon pyriformis] MSITLYIQKVIGFSITYYLGGVFITLVIIKLQKLFVKTRDKSLKPEYVYEYDETLIVKNEVLEKPKEIVTSQCMAIILFSKPFEYVTPTQFKSSVIKQVKKASVGPYVLEKLHGHFLRASLGIKKESPLKGNFFSEAIFEFKPPYVLSRATTSLLTSTSWQLLKKTAAVPNKRAEQPNIAPICRSTIKMISTKEKCWVLRIDLGSGVILHLKIGTLIEEITSKIIDKDEQSIRVYCLLGEIWDQIKNTQFPLELLTVSKQNFTMQSIANMLFNYIRQSTLIDAMNIPAAKIKITLNTYEIKHGLRNPETKLICRTLRKENIMDNQFCHELEQLLSFTDFWNIPILKPPKTNVFSPQKIPLAGPRDNLINKIILNIDKKGFLYHDPKKLLETNIFDDRDDDGVKELPHDLYQESKFVQQPDPNNQVELEDEKLSLFGQDSKYTCINHLTSEPSENDDSDINELCFNGPNAAASSRHDAGYEKFLEQAAELRITEEEEPNISDSKAARMRLAAHRLAKTLGWDWDGTRVEPEDGNNWNN >KAG9291817.1 hypothetical protein G9A89_012102 [Geosiphon pyriformis] MVRPHVPEDLNSVIQHAKKYEMAMEEAICTKLINLAIGETSSAAEKKIDQLTKKNCHYCGISGHWKRDCRKLQRDQQNRSNQRYSPLQQFYYQLPLPAYYPSRPQYQNNYYQPTLQPIQQQYQQSPTPHYQNFYHTALSEGRAAARQQNPSYILTTIPPARIAENANLSDIFPFKFEANKSPFLLSNAVANKQKAIIAIYTEAKVEGKPIRLILDSRSIGSIITYQLMQQLKRNVDRPAQTIIVTADGIKKTPVGEIDNFSFTIDRITIPVKVLVMDAPQYQALVGNNWLQKANANLNWETQEQHARVPATCGIFNKCSEKAPAFEFEPEEEKPIIETFMALESTSNWAKETEQEHFTSHSEPETPG >WP_103478303.1 MULTISPECIES: transposase [Arenibacter] >MCM4174247.1 transposase [Arenibacter sp. TNZ] MYKNDGYVRRYSESFKLKILAELTKGNHSKRQIALTYGIQSSTINVWIKKYGRKDLMNTRVTVQTDDEFTRIKALQKELKQLKDLLIKKDLDKLVADSYLQVAAENLGYKDVEELKKNLNIEP >WP_159081190.1 hypothetical protein [Morganella morganii] >HAT3767124.1 hypothetical protein [Morganella morganii] MTEEYEHASIRVEMASDATIRDYFAAKAMQGILVNTERNEFSFGKVDEIASKAYELADAMLRAREK >PHU26875.1 hypothetical protein BC332_05207 [Capsicum chinense] MAALPCSKTRPFRSISLPVRSHPTTQRVEKVLNKLNALEISIAPTAEAICNSLLGLEELQKCMDDLLNSTQTLQILSHHQHAKWFEELLEKSVKILDVCGTSREFVSQYKENVRALESSLRRRKGDSNADAEIARFTTFSKKMKKDAKRLVLSLKQVDGETPATAFLEADQETIAVIRALREANAVCILIFQMILSFLSVPLLKPKQPKWSLVSKLIKNGRTEREGLGNSTILETKLKTVEVQLDSIEMELEGTFRSLIRSRSLLLNVLSC >PMD26514.1 hypothetical protein NA56DRAFT_654341 [Hyaloscypha hepaticicola] MSYSQGPDDIAEDFKVALQELSMNSRYEISNLTMIAKENTEHAFAISESLKLHIKTTSPQKKLPAFYVLDSIVKNVGTPYTLFFGRQLYQTFMEAYALVDNSVRRKMDEMLKTWKEPVPGSMDPRPVFPAEITRPIENALIKAKTSFVQAHQEHLKNQQQQLNRGRATASPAGYRDTPTPPNAYRPTPPNAAPRYGPNYPQQPQQQQQQQQYPPAPLNGQQYPNQPYGLPPRPPSQQYPPQVAPGQSSWQQPPSQGYQVAENSIARLNSDIDKLITTSKAEWAQNPYDNSIGTRLKALLDLQTILQSQQLPPDQIALIKDQVDQLSIASQPASKPQLPPAPVLPLAPVAAAQPPAQQPSLSSILGPGALAALARVSATPQPMVPVQGGAPIRSPQPSYAQPPYQPPPTNAPASTPAPEPSSLLERLRAAGMLPAVPAPTNAPTPMSSLPVPPGFPPSFLNTPPSASRTPLANLSNDIVLKTASLKEKRPHLISSLYERLGAPCTQCGRRFQADEEGKKKKTAHMDWHFKVHQRMAEAETRGQHRSWYLDELDWIKSREVEDESGTATIVANNSSAATAAANNPKLQYLAVPDDPALANSLCPICQEKFEMKWLDEAQEFVWMDAKKVGDRIYHASCFAEATKDVNTQIKRGTPEPAGVLGKRKAEDDPIVLRTKIKIEN >WP_106281081.1 hypothetical protein [Paraburkholderia sp. BL25I1N1] >PRY06185.1 hypothetical protein B0G73_10783 [Paraburkholderia sp. BL25I1N1] MNNQKPFTTRLLDLALENKIWALSVAVPLLGAIPLYIYAMSAGELPDFSLGELTGTLIASFLTELFLGMAMVGYLLFTGFATRKAVAAFYPGANGTAADDHGYLIRGNFILGVTIFSLLAWFGLLTKSFDAWLSPQNPELSRGAYVLSLGSAALLLLVDWRRGRRPLKYALLALLAASITFLAVLVTAYLNGYVVVPQGNPVPPPSSSVSLVAIGTWSANACAWLLQDRLIGTAFVAAISVAVAIPVAARITRGRRDANRSGRPPQPFFGSEATRLMAAKVWATLVFCFCASVTFLFLSVVVSASPLHTQTVIAIVGGSYLILLNCGAFAARDWRQRAWIGVATFGLVFIILPLQGDNATLLPKMVVNVLGFGNRHATNVALDGTECSALAPYGVDCSATKDTSIGITNVNILDRLGSTVLIELQLRQSTDSEITSEIERPAMPAAVVRGSSSRRVTLRTLTMPIGLAKEGQNSLVASWYPCDSLLLEKLRAVDSAKANALACVKLSVPKERMIGHTINGPATYVGDFSQYVRLSP >OYU97658.1 iron-sulfur cluster assembly accessory protein [Bacteroidetes bacterium B1(2017)] MITVSEKAKTRIAQLMDEQHYDPSYFLRVGVESGGCSGLSYKLDFDNQAKDGDEIFGDNGVKVVTDKRSVLYLFGTELDFTDGLNGKGFTFNNPNASRTCSCGESFSV >MBP5531704.1 hypothetical protein [Lentisphaeria bacterium] MKFRMFALKRLLSLSVIAVSISLFAGCLLDNKAVAKPQCRAMIYLLFPKNRNCALKRAILVDGVELYGNTPFEYFEGDDVRHIQRDEMTLNPPASGKELEMYISGLNDEISKWGENTDWSRVVFRKSADQIHVRIRLKSGKVIGSFYTVKQDLVPEKCFVETVMYR >WP_203325777.1 3-isopropylmalate dehydratase small subunit [Shewanella litorisediminis] >MCL2919978.1 3-isopropylmalate dehydratase small subunit [Shewanella litorisediminis] >QRH02152.1 3-isopropylmalate dehydratase small subunit [Shewanella litorisediminis] MQAFTTHTGLAVAIDSANIDTDQIIPKQFLSKVTKDGFGIHLFHDWRYLDDAGDTPNPEFNLNKPRYKGATILLAQENFGCGSSREHAPWALADFGLRAIIAPTFADIFYGNAINNGLLPVRLPEAAVRQLMDEVEANEGAEVTVDLENLKVVSPSGAEFSFTLAESARQNLLKGLDAIGLTLAHEAAISDYESRIPAWRR >WP_225927241.1 UvrD-helicase domain-containing protein [Pseudomonas ekonensis] MPESVSVAQHTPDLPPELRPLAEMPWFKRLAARFLGHGLTRLRAQHRSSWLHGQADGFRSGHTAGVEYGYKEGRQDGLEEGRQVLLIRDSRSTEHRPPSIDDHLFDDWRLPLTPELKKRMKADVARLLPAHAQPSAAQWKMIFSDTPSTSVVAGAGAGKSTTLVLRILLLTHYLGFELDSMTVVTFTRESRRDFIKKLIELFALWGRPLEQKQARDLVRTFHSLILPMVRSLPGFERLQAFENLSNRPQGGDDEADSNPFDLRINEAQRQRLNTCYHRLYTEDERFRQLIQPLSRHALQLKELERDHPDVQKRVAVTELAAKRDEELCDVIEDLWFRAGAWPIKGIEPNRQTFEINGARFHCHGYIPSLDAWVVLGFDAGENPQTCRPGAKLTVRSEWAVKRTLFQAFCRKPLIWLDNYEMSKRVLATLAGDASAGPGFDYKVKGELASAPLLDCFVGAAGFIENLGLDVPDAVGRMSFAKDDPDCFFFEALSLFWRALEDHLLDQKPPVMTYNRMFALFSEHSPENLKLLGDDLLRPMSHLMIDEFQDVSPQIVSWIRASLAEIRSRGPSMHVGRGAQRSSLLCVGDDWQSIYGWRGSSPSYFMAFNTEFPSPATTRVMLSENYRSHQHIIDAAEHVVRAAPAIPGKKAKACGEAGELRPVNVLERDDAALAQRLTEHYRQGDSILMLYRRSSDKLLIEQHIQSVVNVDSSLPYEARRLKQLTFHSAKGLQADAVFMLGDCQHLTSSPYKNQVYRMAGLGKAGDSEPYDSAQKDEILRLAYVGITRAVSHCYWYVEPQDGPAVNMPRASDRVDAGKPFFADRRPQKKTA >WP_261402515.1 DUF599 family protein [Chenggangzhangella methanolivorans] >QZN99448.1 DUF599 family protein [Chenggangzhangella methanolivorans] MTSFGLIDAAAILYFLVVWFGHYAFSERSAKSLNSVMAERRRDWMRRMAGREARMPDTMTMTGLQNGSAFFASTSLIAIGGAFAALGASANAIEVFSALPLGITTTREAYDIKVLGVAAVLTYAFFKFVWSYRLFNYGSILVAAAPPREELGTPQMEIAIERAARMNIEAGKHFNRGLRSLFFALALIGWFVSPWVLIATTTLVTIILHRRQFSSEPLKAAGWDG >HHO42668.1 hypothetical protein [Campylobacterota bacterium] MNERLIEATKNNNLEAVKYAIENGADIHANADAALCWSASRGHLDVVKYLVENGADIHLDGDLAFRWAATSGHLDVVKYLLENGVDVRTNDDYALRYAAGSGHLDVVKFLIENGADIHADNDDALRLVAENGYLEIVKYLVENGANINACKYRKYALGCAAENGHLNVVKYLIENGADVHAENNDALRCAASNGHLGIVKCLIENGADIHVDDNYALRYAAENGHLNVVKYLIENGADIHALREEALKIAAKNGHLDVVKYLIKNGADIHADNDDALVWAGLEKHTAIVKYLVENGADIHADDDLMLRLASSRGEIDLVKYLIKNGADINACKYRKYVLDLAVEGRHIKTIKCLVENGADIHADDDYALRLASRNGHIDVVKYLIENGANIHVNDDEPLRLARANKHSETVKLLESTMQKIPDDLAKDAIKEKTKRRKYVK >WP_049480885.1 heme transporter CcmD [Streptococcus constellatus] MHDTMLEQGPMVESIHEESEQKKFFVEPTPTPFVVLFLWSLLLSVLSVANPFLTNFATNLQSQNLYAGWAMAQGQVIYGNIYGTSGLLYYLTNWVGSLFMGNILFAVVQCFALFVAGIFLFKIVYQLTTVRNTSVKILSLFYGLTLALGWGGLYSSIFAFPFVFGALYFLMRYVAGEASDRGFIGFGALGTLMFMIDPMTSLVFYLVAFLVLSAYNISIKKKVHGLYQFLAALVGFSFLFYPLGYYTVLNGSFGLAISQILYPLESFRFAGQHLLYNGLLYGGLIIGIGLVFSWVRSFSLPANSLERFLQLFSFFASLILVLFVFFLPDQGAYQLLPVLPFFLILLSMWLGKSKLKRGGRHSRVQKSTSILGTYVAKNAFLPLLAVAYLIGSPLVNHYILSSGEASERVSAANYIKDKAKKTDKIYAWDKTAALYQASRHLSAVPILTPGLYQGTAENKMALARSLKENAPTYILVNNQVPVLQDVQKQIQKNYEKTDLELHHFKLYKLK >KAI5618353.1 E3 ubiquitin/ISG15 ligase TRIM25 [Silurus asotus] MGSSLDKPANHRGVCPLCHCENWDLITLECGHGFCRKCVKELWSGASTGPYYCLECNHEIRKLPDLFGETDGASTSTGTRTSLNLGKHFSERYSSLNLLGKRKFGSSSLKQNIGGCRLGTGSSENHTTTINDSSDNEIPAKKRASERQKFPHVQDTVQASMASSGKSCSEESHSSRNCGEASSSGTQAQEPPPPPANTKSKESPQKSNSNEEQTKSPNKKAQESHERPAGFIICHYCSGHEQRMAVKTCLVCGASMCSEHLRVHLESPVFQSHPLVPAVDDVSQWRCQDHQEMNRIYCRPCGVCVCTVCTVIGSHKDHTCISIKEAEKELRASLKTEMKKIQTKEAAILNEVKKLTDYKSSVQESLEGVRTAVVQQYQAMREALKIEEQQALHCVSQEENRVLRSIQAQLDMLTPALTTIQHTFHPLTDLADSQGASRLHDQAFIMEYRKITESLNGLSDPVENLEPVEEVNKGRLDCLQDWTERRLDIVVISMPHRGPFRLLYGLSPTLDPDTVHPKLLLSAEDRRVEYSEVQQDYPDLESRFSVFPQVLSKQSLSQGRHYWEVEVSLDEGRWKVGVCGEHIGRKGQKDASRLGFYPNSWCLVYEKGKVEALHDKATSVVCAVGLQKVGVLLDFEEGSLSFFSVGEQGTLTLLYSFQHEFSEPLYPALAVSKTHLTICDLFARSTTD >WP_117292786.1 hypothetical protein [Solimonas sp. K1W22B-7] >AXQ30465.1 hypothetical protein D0B54_18065 [Solimonas sp. K1W22B-7] MKRRIALLALLLTGFASSSSAGEPESFANDRNTVCLEMEGEKFGLRIVAAGGAHEVLGSGALQQEKNLLSMEFSDSFENNVKGTFDPKSGILDLRSVKADMGSPSAAAASYGRYVLSRKKCTSNALE >WP_127595852.1 hypothetical protein [Nitratireductor alexandrii] MRIEILAAAAFGAIMTAGGTASAQDGERYWVEKSQDGYVRMDRQTGEMSYCNQRDGRLVCRLAADDRRALQDEIARLQDEVAAIEERLASLENRPREEGLPSEDEFEKTMGYMERFFRRFMGIVKEFERDLGGEPDDGTSQKT >XP_043406427.1 AMSH-like protease isoform X2 [Chelonia mydas] MERLKRNSNLLGLQTVGNMEQPFTVSSLKKLAAMPDHTDVSVSPEERVRALSKLACNITINEDITPRRYFRSGVEMERMASVYLEEGNLENAFVLYNKFITLFVEKLPSHRDYQQCSVPEKQDIMKKLKEVAFPRTDELKKDLLKKYNSEYQEYMQDKNKCKAEFLKKLEQQRLIEAEKKRIAQMRQQQLETEQFQFFEDQLKKQELARDQKIKENMVMSEQIDGSVLSCISMHQNNSLSTTFSEKASKSDASVSAGQSPPVNQALKPAATLSTVQNQMAEALRGVVLPTDLCHKFLLLAEANTVRGIETCGILCGKLIHVQHLFIRRPLIQVIFLPCVLQTHNEFTITHVIVPKQSAGPDYCDMENVEELFSVQDQHALLTLGWIHTHPTQTAFLSSVDLHTHCSYQLMLPEAIAIVCSPKHNDTGIFRLTNAGMLEVSACKKKGFHPHTKEPRLFNSSQIWKQGYWSVSHN >NNL66378.1 Hsp70 family protein [Myxococcales bacterium] MGHVIGIDLGTTNSCVAVVENGQPTVVPNAGGYKTTPSMFAVSEDGKRLVGHLAKRQAITNCLNTAYGVKRLIGRRFDSEEVQRTLKDVPYEVVQGPNDDARIQMSGKTFTCPEIAAIILREMKRVAQEYVGEPIEE >GBM10107.1 hypothetical protein AVEN_210906-1, partial [Araneus ventricosus] IRARNSIKWTQTLSTVLLGLRSALRGDTNYTIAQMVYGLPIRLPGEFFEKSKSILDTDTFAKELQKQTELLKPLDTRRRPQKNFVHKDLHTCTHVFIPIDRVRKPLEPPYDGPLPVVKRHDCSSYFAVTIKGKDINCRQIKTSIFAVN >MBF8294570.1 hypothetical protein [Bacteroidota bacterium] SDYGSVSGIMDKHHVAATPKEGATKAVEAGLDMELPDIYFYGEPLLQAANEGSVSMVAINQAVRNVLRAKFRLGLFENPYVDSRAASATNDTPENRALAREAGRKAIVLLRNENKALPLRKDIKSIAVIGPEADAVKLGGYSGFGTKTVSLLEGVKNKVSSGIKVTYEKGCDVGFASLPSIPAEFLVPPDAKPGEQGLRGEYFKNKNLQGKPDFVRIDKGINFTWAMGSPDPGIPPDEFSARWTGKLVPKQSGTYNLGFSSDDGVRLFLDGKLLIDSWFDRGATLDVVTMKLEAGRKYDLRIEYYENGGWAYANLVWDVKRPLDPRIQAAADAAKQADVAIVAVGIIEGEGYDRASLDLPGEQQQLIAAVAETGTPTIVVLVNGSAVTMKVWLDKVAAVVESWYAGEETGNAIADVLFGDYNPGGKLPITFPQAVGQVPLYYNHKPTGRGDDYTDISGKPQFPFGFGLSYSTFTYSNLQIDPGKIDPNGRIQVSVDVQNTSNRKGEEVVQLYLHDPVASVTRPVKELRGFRRIALEPNEKKTAVFQLSKDEIGFLDIAMKFVVEPGSIEVMVGSSSDDIRLRSVFEIVK >WP_120358183.1 methyl-accepting chemotaxis protein [Pectobacterium polaris] >RJL19780.1 HAMP domain-containing protein [Pectobacterium polaris] MNLANWRIGYRLGAGFAVLILMLFVVSIFSLSKLSGFQDGARDIVKEVYPQTVDSNNLIDNVTSILVAYQRLMLVSGEDKIKENVDRVNEFRQEIGRLLDKLESHTVEERSISQLRAIRAIRTEFLKSGDKIISEVVAGNRDAAIEEFNNNLNVVQRQYRDAVRQLVNYQDDAMDTSVEAMAEVYSSTRMILLLILALSAVFGVLIAWSITRSVTRPIQQALQVADRVAQGDLTSRITVTSKDETGLLLQSLDHMNTSLSTIVGQVRDGAETISTAASQIAAGNQDLSSRTEEQASSLEETAASMEQLTSTIKNTAENTQQATDIANKASGAAKQSGEVMVSVTQKMRGIRDSSQRMAEIIGVIDGIAFQTNILALNAAVEAARAGEQGRGFAVVAGEVRSLAQRSATAAREIKDLIDDSVSKIQEGMSLVDTAEETMSGLTGYVRDVNEIISEISQASREQSDGINQMNLAVGQIDTTTQQNAALVEESASAALSLQSQASVLAEAVSAFKLQSYGNGKTASYASAPTRTPTLSLAPAAAKNKGNDGDWTTF >KAJ8673388.1 hypothetical protein QAD02_004650 [Eretmocerus hayati] MSVVQFRDLKAVRLFLNLGIDLKKCEKSDPPILQRAAKNRCTEVLDYLLSRRILDPSNADENTVTALYVAAESVNPRAMELLLEAGAKVDPVNHRDGFTPLHQALSLATVRWYSSKIEDEIAHCIELLLSYGADVEAEMYGGNELETSEDGGVVQYRLDYSKICGAPLKVLLSHVNLLLSQGRRVDTKLYQEMKNYDEACQNELETLKTEILGEPVSLYHVLTGGFCKFYTRYSGVMQNIQDCEHVSKLKDRFPIYGRRVVKYIDHQILMEKAAGKLSRLLGLQKECFHLIIEKIILMLHKRDMQVLSIL >NWY89495.1 GADL1 decarboxylase [Loxia curvirostra] VGVCKQEMLQKKNAVLVDGVILNGPIMDSKAGQKFVEEACKIIMEEVVQKADDVTEKVCEWQAPEKLKQILDLEMRDIGECHQKILQLCRDVIKYSVKTNHPRFFNQLYAGIDYYSLVARFITEALNPSVYTYEVSPVFLLVEEAVIKKMIEFIGWEEGDGIFNPGGSISNMYAMNLARYKFCPEIKEKGLSGLPRLVLFASEECHYSMKKAASFLGIGTENVYFIKTDERGKMIPEELEKQVQRARKEGSAPFLVCATAGTTVLGAFDPLDKIADICEKHGLWLHVDASWGGSALISRKHRRLLHGIHRADSVAWNPHKMLLAGIQCCALLVKDNSGLLKKCYSAEAAYLFQQDKFYDVSYDTGDKSIQCSRRPDAFKFWLMWKALGTAGLEQRVNRALALARYLVEEIKKREGFQLLLEPEYSNVCFWYIPPSLRKMEDGPEFWQKLHQVAPIIKERMMKKGSMMLGYQPHWGKVNFFRQVVISPQVSREDMDFLLDEIELLAKDL >RLI44152.1 hypothetical protein DRO64_04485 [Candidatus Bathyarchaeota archaeon] MIVQIFFGDYVLSIALTALAIISGLTVKLLMSPLRAGMNQTVIYKGLIGLMLIRRKLLHAFIGIRIWNLMVSSIVMVSGALTFGILPLAWAFLNLGLSFPCFRSFKDVFTSLG >WP_251057605.1 amidohydrolase family protein [Streptomyces sp. ISL-94] MSDSQPQQPFHFPRGGRGEGGGHAPAHPSHSVGNAAAAEATTLLLAGARLTDGRTVDVRLSGGRIQAVGTAGSLPAPALSRVDLGGYLLLPAPAEPHAHGDTALTADGEGPVSYTPDEVQRRATEAALLQLGHGATALRSHVRIGDVHGLGPMEAVLQARRSLRGLTDLTTVAVPRLLTGAAGADGLVMLRDAVKMGASVIGGCPDLDPDPTGFLEAVLELADEHGCPVDLHTDGDDPARLARLAAMAGGLRPGVTIGPCGGLSRLPLDAATRAADQLAAAGVRVTCLPQGDCAALERRGLRTAPVRLLRAAGVRVSAGSGALRDAGNPVGRGDPLEAAYLLASQGGLRAGEAYESISSAAREAMGLPEVRVEAGFPAELLAVRGDRLAGVLSLAYSRIVIHRGRVVARTSAVREYCDSAVAVALDLPRQGRTEPGP >HHD92264.1 hypothetical protein [Candidatus Portnoybacteria bacterium] VSVGIPIKENLGKYRIATAISYNRNILNQRNFQNFSTGKNNEAKVINVENIDKRSLVKNSGSKINSWKYLILAGIILVLAILAGIGFIGFKKFKASGKNSRGKGPRSLLFLLFFMSSAVIFSMFLNVGNAQANGTLKICVYGKLFDTNKGVYNKLLPSVNIYWNGSSANSYLGHQNGCYTISGPAGTYKGTITASKPSYSYDGVNYHFYNSSHDNFTLHDGWTTRVNIYLTAKNGSVKFYTYNCTDNSAIGNATVHYESYTVNTNNNGYYTLNGVYPGVFRYLYASKNGYSNSDAKLVKISSERLSNLSLCLKPSVGSVTGRVTVCGSPSQGIAKADMLYKGNLLVNDLTDNNGYYTFKKVAAGTYNNISFGGVSGFHNSASQTVVVKPNTTTIANFCLNPNFNSLGYSWFPADGTNYYGFLGTINYKFFINNSTLFTYKNATVKFLYEGTVVSTITKDVNMLKTTEFDYDYLSFIKFPGSHKIGAQVYWNGSQILSEERTINVKTLGGGFLSGQVTDCKDKTKISSARVTQGTNFVNTNSSGIYSMRLPVGTYNGVYASKTGYEDSVSQSVSIKANTTTNANFCMNKQTGSLIVRVLDRSNHPVNNASIFWDDPSAGANNIFLGKTNANGFISGVNLPVGTYHGIYASIGTNKSTKETVTINANSTTRLNLIVSPPSSTPTLNVSFNANPSLGKAPLNVKLTTSVGGTAVGVITYSNQHCGSGGTISNINGGSFNCLYNSPGNYTAGIRVQREGITKTATNNITVSGNSYLDIGLRYYDGSKIVGIAAEKALSSPLRIYKNGKIYGIALVNINDPKASKIRVKTLGGIKALRKL >WP_057452934.1 MULTISPECIES: biotin synthase BioB [Pseudomonas syringae group] >KPW67156.1 Biotin synthase [Pseudomonas syringae pv. broussonetiae] >KWS99133.1 biotin synthase [Pseudomonas syringae pv. broussonetiae] >RMS30859.1 Biotin synthase [Pseudomonas savastanoi] >RMT24598.1 Biotin synthase [Pseudomonas savastanoi] MSASTTATLRHDWTLAEVRALFVQPFNDLLFQAQTVHRAHFDANRVQVSTLLSIKTGACPEDCKYCPQSGHYNTGLEKEKLLEVQKVLEEAARAKAIGSTRFCMGAAWKHPSAKDMPYVLEMVKGVKAMGMETCMTLGRLDQEQTEALATAGLDYYNHNLDTSPEFYGSIITTRTYSERLQTLAYVRDAGMKICSGGILGMGESLDDRAGLLIQLANLPEHPESVPINMLVKVAGTPLENAEDVDPFDFIRMLAVARILMPQSHVRLSAGREAMNEQMQALAFFAGANSMFYGDKLLTTANPQADKDMLLFSRLGIKPEAGEGHADEVHQAAIEQALVEQQSSSVFYDAASA >ETK88527.1 hypothetical protein L915_07235, partial [Phytophthora parasitica] VASVSVNGSSQVLNSTGASFELIAEVSDFERGSKVGFEVRRSSAGDEVTTIVYDDAEKKVIIDRLKSSNTECAVFKDNGVKPILDSVWGYFYLYDLFTGASQNDVCEATREKLSFHVFVDVSSVEVFVNGRFSLSARMYPCATRTNSDGIALTASGNATFENVQVWTEPKHAWAETRTVPTF >XP_033323208.1 guanine nucleotide-releasing factor 2-like isoform X10 [Megalopta genalis] MASTPKSEKHAEVEERSSGKARGGKLARRARSFKEDFLEKLSQMRSPGSVSGGGGSGAATRAASPSSPRTPRDKNAPACTDTAAATTEKNPIRDLHIHVRQVQLALLHFRDVVWKKKLEMLPGNGTIVLDTITTIQSVLKSYLLYENSSALGSATDLVYQTLAQLLQLCDEVLLQGDQSPALDTEHVTHVIRVVEEAVKNLVALANEKIANRQKPAAVAANNRTSGYGSELTPQRNSLPDIPLTPRERQILEQTAATTSLVRSSHSSESILRDSSPPPKPPLPERTNVCLSEENSSSGTPPPLPPKRKTRAQQLLEESEIRSLLASSLDRVSLRSQSPVDSSSLLSASGGSLDSALNHSRDEDEIRAIMGPNDESLNVSMDSLMATIQGMQVNGTSNCSGWDGSETSITSIMLLGQTPQEMLDAFTGIEGKLERLSTQTQESGVVSMHSQRSSSQSYTTSSITSKRSSQQSSISYNSQTFNSQQQSFSQTKVSSDSNGSIFTQKTMSSSESTISTTNISGNGDPALLEKLVNEIESISVSDTNGVPPALPEKRSKRRKERQPSQYDNVPENEHLSTCSLHTSNGDSPDASKPPPLPLKKRHMFQSVAYSVMAYMEMFGNCSHSNNDFISGLGTRHSVAAYNSMQAEWQKHEMALTTTQSCSFMAHTMTTLHDSSNTSITMTPPVSEVTNNSSLPPALPPKRSRSIKSNATPPPISPKPTVSMQSIHTIDPVVTSTPVKIEESVCTHEKKDITPSTPVKLNNVTLETILPPSRPASNALSTVSVDESTLELRDVDQDVKYSPSILEELDVTKYLVFKKPDEEGPDIRGGHPDALLIHATKANKHDEKESDFLYQEAFLTTYRTFMQPLELIRKLHRRHQLFSCSADVIEQRAAREAFSLLVRVVSDLTISDLDDTLLQTLMEYVLQLVCTGDLTMAKALRVKILEKHQAKQLQSAQPILSSLSVTTKQASLLDFKSEQIAEQMTLLDADLFMKIEIPEVLIWAQEQNEERSPNLTRFTEHFNKMSYWARSRILEHRLENEAKDREKYVVKFIKIMKHLRKINNFNSYLALLSALDSAPIRRLEWQKHITEGLKEYCALIDSSSSFRAYRQALAETQPPCIPYIGLVLQDLTFVHIGNNDLLPDGTINFSKRWQQFNIVENMKRFKKGRYSFKKHERIITFFNNFSDFLCEEAMWQISESIKPRGGKKTQSQN >XP_034290446.1 olfactory receptor 1L4-like [Pantherophis guttatus] MDRENYNTSHPDFLLLGLSTRPEQEHFLFVTFLVLYLLNMTGNLLIIFLIRSDARLLHAPMYFFLSHLSFVEVCFTSTTIPKMLHNLRTGCKNIAFTNCMIQMYFFLAFAITENFLLGAMALDRFMAICLPLRYPVLMKPLQCHIMVFVAWLLAHLHALLHTVLMSRLSFCDHHEIPHFFCDFQPLVVMACSNKSLSEMLSFFEGGAIIIGNFILILVSYIRIVQVVLRVPSGQGRSKAFQTCASHLTVVTLFYGSAIGVYFRPLSSYSGDKDKVATVMYTVVTPMLNPFIYSLRNADMKAALHRALDKLRNALQKSQTINS >HEY66416.1 BON domain-containing protein [Caldilineae bacterium] MFKIGADVYCTDGRAGRLVKVVVDPHTRRVTDLIVEKGFLQKKDRVIPIEVVEKSDDQGVYLRISSQELKNYPEYKVEEFTVPAPDWESGLGYSSEDILHWYIRYGTVAPSVEVRPMIRQRVQKGIDPNETVIGRGTRVHDAEGTIGHIDHLLVNKETGEITHLVLRKGIFPRRLVIPIDMVKYIDEEGIYIHATREELEKLSQHTQRADKDILAELRERLAAATEFDLSHVKATLEDGLVRLSGQVADVAAKRHAEAIARSIEGVVGVENAITTDTGIVARVIAALEADPRTRLAVIDVASEHGVVTLSGKVSSPEVRKVAEEIARQQEGVVSVINALEVEPDQLDELTPPIRYWPIQQLRLQE >MCB2073222.1 hypothetical protein [Novosphingobium sp.] GLAIGAAIADRGDRHYYDRGYYGHRRYVRVRGYPGHYYYYDGYPNRYYRDRYYDRYYGRYQRDRWRDGYYGNRWNRGYDRVDRWYGRDGRRGYRDRDDRRDYRDRNYRDRGYRDRRWRDR >HCL9643688.1 outer membrane beta-barrel protein [Escherichia coli] MKKVIAVSALAMAGMFSAQTLADESKTGFYVTGKAGASVMSLSEQRFVDGEGAWADKYKGGDKSDTVFGAGLAVGYDFYQHYNVPVRTEVEFYGRGNAESKYRLSYWESVGSAEFDDAQNKLSVNTLML >KAI9631590.1 hypothetical protein KEM48_014199 [Puccinia striiformis f. sp. tritici PST-130] MVKPKGLTASHQVKVLSPQAQTYLEDLKRRLRQWSSQMIGNNSANHVKVIYGGCNMGLHMRMAPAVIHGWARAILSRHGPVSLYTPPTGPEYVWETIPCVVTMSTCYTIKKAEPDPVSFLNPLANHKNWKYPTSPAHWPQRVVLFRLADFVNTSYISSGHLQTNQLLNRHKI >WP_203891666.1 depupylase/deamidase Dop [Planobispora longispora] >GIH76917.1 proteasome accessory factor PafA2 [Planobispora longispora] MTVRRVMGIETEYGISVPGQPGANAMVTSSQVVNAYLAASAARARRARWDFEEENPLRDARGFDLAREVADASQLTDEDLGLANVILTNGARLYVDHAHPEYSTPECTNPRAAVIWDKAGERVMHDAAVRASAMPGNAPIQLYKNNTDNKGASYGCHENYLMRRATPFADIVRHLTPFFVSRQVVTGAGRVGIGQDSRGEGFQISQRADFFEVEVGLETTLKRPIINTRDEPHADPEKYRRLHVIIGDANMSEISTYLKLGSTALILAMIEDGFFTRDLAVENPVQALRAVSHDPTLRYEIPMRDGRRLTAVQLQMEYLELARKYAETRSGNGVDEPTKDILDRWESVLTRLADDPMQLSGELDWVAKLELLEGYRSRDGLPWSHPRLQLVDLQYSDIRPDRGLYNRLVARGRMQRLVTEEEVQRAVEVPPSDTRAYFRGRCLSQYSDSVAAASWDSVIFDIPDRESLQRVPTLEPLRGTKAHVGELFDRCRTASELVTALTGE >PMH44474.1 hypothetical protein BCU68_02945 [Vibrio sp. 10N.286.49.B3] MVLALSSLKIKSFMILAIFTLLLFPVIYLNTNGSLTSPVNDSYGLFISLLTDSAGSRGFLITLAVLCLMTLSLKLNKATLLRFTLALAFLLITSFATKSILKHVTQQPRPYVEFLQQEHIIPDTDTFYRAELLEKNLFITEATNNTSTWRTRHWLGETNYSFPSGHTIFVAICIIFFGGIFAHYRCYAFIALLLTWGLGVSYTRLWLGMHHPFDLLASTLCAALLFALMPTNAIQRWLVSKKLSK >WP_280892754.1 DUF6083 domain-containing protein [Streptomyces sp. LBL] MCPNSASTACRWDGSPRDARPRRPLRVAATSPSRLLRTGQSSRCRACGNPIDFYQRADQRPIVLHPAELAAALVPVSCRWHLSCGIAHPHGDGSAWCRIPHAVLCPARTPTVRLTAHVEEMRRQLGVRSRRLIDSGVFAPAPPPPPEPAPGSARPARPVVQLLLGRYLADRPIEDIRCVAQTRHRRRCPLPVLAPGTPKGVWKLLPAGPQRGQLTLPTGPMAVYDLSRLPYGEQLRWRTQHCPAHAAAPNAADLALARWQVFDPLLHAAHIRTGLPHGPGGQV >WP_209898688.1 STAS domain-containing protein [Nocardia goodfellowii] MTTAVAVHDSTTVLTVAGEVDLATAPALETAIEGVLADQPRALIIDLTGVSFLASAGMAALVAAHQRAGDATTIAVVADGPATSRQLKMTSLDQVFSLYSTLDDALAAFTS >NOQ32749.1 molybdopterin molybdenumtransferase MoeA [Methanosarcinales archaeon] MVFKKRTRVDLAKKTLLEHIIPIERRERVPVKDAVDRVLAEGIVSAIDVPDHRRAAMDGYAVRAEETTGASPPNPVLLREGIDCVRVHTGSPVPDDMDAVVMIEDTIPAESGGMVEIHSAVHPNKHVSMVGEDVCHGDVVFECGHHLRGCDIAMLGMLGISHVPVYARPRVAIIPTGSELVPMQSELESETGKIRETNGIMVGLYVEKWGGIPVYKDIVIDDPDLIEKEILASADCDAIILCGGTSVGARDYVPGAIESLGSLLVHGVGLSPGKPAALGMIDTIGKTGRETGAMPVLSLPGYPVACLIALFEFGRPAILELARMPLMPDRLMRARLGAKIASKIGYLTYTRVHVTGGAAHPVMTSGAGILSSVTGSNGFVVIREELEGLDEGDEVDVIWIE >WP_260444899.1 TNT domain-containing protein [Listeria booriae] MDFKINMGELEGVLTSLHKMKASLETLDSVLLNVQDAVGKQKGKLADALSIEFGAHRDDISRQQRTVTKLYTYLECYVSDLKSIDSPTYRNRDMLVDARGLQRLAETQRDILDHAKSDVFRVPQPSIGALPDDPDELWVMRHNQGLMEDLDDYLRQKLTQLQQEEGEALHRISQDMLRLMEMDHTHASKIEKDYRQYDRNKVRQIGASTRDSIFGFGKRAIESLRHPEKHLESVAMLMKNLKSDPSGTAGMFWNGIVESYLEPYKKGDAYGLASSTILFASLFGITKGINDLGKIKKVNEVNTNAKVNALSDELGATAKPFTPKKISLANGEIAYQSKNGALVRSIKYLDESGNIKWPKADGFVVDSTGKAITIDAKLKAGQVIDRYGDPFGKFTSPVENGKILEYDTRGLPYPESVKPYYQYKVMKDINLENVKEAFGKLDMGNQRKLLESMKDYKFTFEDIASPQQGKIAEVFGAGGGSQIQLGTVVDWYEKLGLLKEVK >WP_157435775.1 hypothetical protein [Actinospica robiniae] MRQRSMFDRAGRHYREIAILRLELQQLAHRLRLHVEAGFDELGEIEAAFFAIGDLEFLAYRYRADHGVLVDLHRGADLEAAEALDRLLSVLGVDRGVIAALVQPDGSWETMD >WP_254398103.1 VWA domain-containing protein [Streptomyces sp. AC558_RSS880] MLALCLALVATFLTACSGDGGDDTVRLRVLAGPDLAVLEPLLDELKDETGVDLRLHPRADAETKTPDRDRYDLAWLSSDHYLRLTDRRAIRGLQRTVTMTSPVVIGLKPEVARELRARVPGSRLTWADIADAAATGTVRFGMADPRHAGSGLAALVGVATAAAGTGAALRPEDVSCDRLRGFRSGQALTADTGPALVDTYVDHQDEANALITYESDLLALNASGRLDDHLEVIRPEDGMVLADFPLLLLNPAHRAAYDKVTRWLRRDSVQRQIMRHTVRRPVTTTVTRDARLREPVGNALFYPDQPAVVETLLADYGDPDRRTTSQVVFLLDFSGSMRGARMAALREAFAGLSGADPSASGKFTRFYRGERLTVVRFGGRVLEQTTVTVTGPKDLTALAGTVARGGYGDATAVWSALDHGYRTAALELAADPDRSVSLVLMTDGENNAGLSYAEFVRRHKALPAAVRAAVPTYPVHFGEADAGELRRAAARTGGRMVEAADSSLSEAFKEIRGCH >GBF98204.1 hypothetical protein Rsub_10704 [Raphidocelis subcapitata] MLGGGPFRRADAGAGAGGAAAAGGRADQDCAPWRPLGKRSRGSSRGAARRPLLTGALMLGPSQAWDGDRPASPAPLPLPLPQPWPGSGSCGAARAAGAQQAPGGATAAELRGGDSADGRPGRDTSTSGGDCYQAAGPAFTFGSRRGAQAGAAAGEDVPGPGAYSAPARPATGPAFSFRGRTRRDAYAAPSHPGPGAHQSTLFRAGGPAFSIRGKPSRPAAPEEETPGPGAYGQQDGGGEAAGGARPAGGATEAAAPAWTLGARRWPGGAAGAAGNGGGADGPGPGAHEADALPFRPCGPAFTFARGAAREGGAARAGDSPGPGDYQQRAAAVAGAAAAAPAFSFAQAARGDPVAASDREPAPAPGEYHSAEAARARGGAAAGAFSFGVRRSERAQPAEAGPGPGEHEAGAASRVTRPAAPCFTIRTRPAAPPAGLGAGGSDSPGPGDYSAGGGPAKAGPAFSFPAGSRDAAGAGCGGGCGETLGPGAYYCAAPGGGAFGAAAAGPAFTLAARSRGGACAGGGGAAAPGPGAYDPPAPEPGPAFSMGARPDAAAAAARRGGAGGGGCGGGSAAEAPGPGDYQPSGAALILPGSAAFTFPQAARGGCEGASAGEGSGPGPGDYYAHQAASSPHGAAFTFGSRPAEGGGAAAASDAAPGPGSYDAGVAGPASAPGGPAWSFGLAPRGAAAACGAKNQEAAAGPGPGAYDLASAARAAASSAPAFTIGGRDALATAVSAGCGVGPGAYDPEGAARLASGAAPAWSFATAARAEAEASSGGGGGGGGCSPGPAAYAPAAAGPAGPSWTMPGRPADDSGGPHGGPGPAGAATPAPGDYPAAASAAAGLARAAPAFTIAARLAAPGEAGVLAAGAGPGPGDYGVIPDPRAASAPAWSLGARVGGAGGAAQAGGGDAPGPGEYGDWAAAGRAGSGGPAHSFARAERGDGAGGGEASGPGPGEFAPAVEGLPSGPAWTMGGRRGGGGERSSPEVPGPGAYCGVEAAPTGAAFTIAARPPPPAPPPTPPGPGEAAPAPRFGLGGPAFTLGARPAAGGRRGAASRLAGASGADCSDPAVAMGMQDSSPGPADYTPPPPPPAAALARAPSFAPPPPPGLGALRRRLAELLVARDAAKAAAGAEKAAAAGGDSAGDACGSGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGAAAEKPRGAEKSTGAPPAAGSGAGKRRASSGKRAGLGIVSERGVPAPGPGEYARQLVASPAEAAARRRAAAAAARAPARPPPQPAARSP >MBS4056461.1 hypothetical protein [Bacteroidales bacterium] MKNRLMTIVFSLVMLTAFGQASDDYSQTIRKEFNTTAETTLEITNQFGKVKCENWNKPMVGVVVTITAKTDNKEKADKILAAISVQMEQKNNAIALVTKIGDMPSRNKGDNFNIDFVVSLPETMALSIDNEFGDVVCDRRKGDFELELSYGAYQLQALDGQRNKLEISFSKGVINSASNAEITLSYSGLQMESVGTVKLHSEFSELSLTQCNALDLQSAYDKLNFEKIGSFKGETAFSTVKLGEITADLTAEFEYGAVSIRKLASTLGFFDARFEFSSLKIEDVGAIRFKTLAVDIEHGNFNYPSGLNVKVEKQGYTEVKYRAEDAAGTAKFKVTATNSNISMR >WP_176533080.1 DUF4269 domain-containing protein [Bradyrhizobium quebecense] >UGA44984.1 DUF4269 domain-containing protein [Bradyrhizobium quebecense] MTVGHYASAVTSSAVMELLKPFDPRIVGTLPLGLAVPGSDIDIVCHAPDPNAFADIVWTHYQSADDFVLYRWAKGTRQAIARFVWDGWPFELFGDLRPVNQQQGWIHFEVERRLLALDDGRLRQAVGKLRADGLKTEPAFAALLGIPGDPYRGLLELAAEADASLRARLAACGVG >XP_026180907.1 uncharacterized protein LOC113140969 isoform X2 [Mastacembelus armatus] MLEIHFPLVTPLTVAQRVIQHSRHILEVDGKKYRLTVTEHCESLDPDKVILSLSATVDCRKLPGGILALEKLHKSHPDVQMKFEATGELYTICGSYSKVQAALAQLFGHSGGTQSTENRDSGQPSSFRSVQAAQKSHTQESKDQSKKASKQREQGVKVYAGTPSDDYNSSSDLTPFDWENSSQTEGAAVQLPGHPTVSEEDFSLIVDADMFQYLQKHCRKEYQYILNQYGVEVVDMTNQGVTTLFLRLATGAEVGGQEQEHLKLAKKAISRLYQENEAKIRRTQFPKSILSRSGLQTAMENLSVRFPKLLLNEDDSYIYIIGNSSDVSEAKQFLILDRGESRDKKEDVSSLLRFPSYDSTLLTPADEEKVPLTTFSTEGSPDIRIDQMLMSEEDERRGEGSRRYKLAARFKDSGLAALGNRPADFTLRGLSSPSRQTRTGPMLGHDVLSEKAGTSGEKISKTLIQNTGVDILFKSGDPLPPSAYVPNKTSFTSNLMDTRTKSLTSPFSTTQSSLSGTATLPPAGSGTTLKRASSFSGTPQQKSQVMGQKSQDDSSKATVRARGRSSSFSTQTGRDKREGYNGEFRVSSVMWQYIKEAYSTRVCDLTSDVQLKESHPEGSSDVSVIIRGASSSKVSSCRLELQKLVESVSADFSIQELPLSELGVTDPADETLQACCAEVLSRFKKVSIQILKKNLYLLGPQLLCSNVYATLREVFSGDLAQISEQQAFPSSSTSKQNPSTLSQMNEDQITSLYCNTNPKMILESQTDKAGAAAGGSRERRNHKSNVGDKELVNGSISQPLVKKDPVIKEKVKMVGKLEMDGQKTETSVDLSATGNDRSTRRVNGVGSTMASTDKDLTFHKKERATHSTPKDSTQLRQVEIQDTPKESRSGQGDLEGICVCGANGISIIRTKCGVTMCPTCLETVHTHCRVCHETKPISQATLGKMSYSKLNMSLPGHNKDPAIKITYCIPDGIQAEGHPSPGKPFKGGVFDAYLPDCEKTKKLLPRLEKAFKRGLTFTVTDKDTVARVTWDCIPHKTSLQGGRSGSGYPDSGYLNRLSEVLTSYGIEEPAAKSQY >WP_074781633.1 LicD family protein [Sharpea azabuensis] >SFD55384.1 lipopolysaccharide cholinephosphotransferase [Sharpea azabuensis] >SFK55706.1 lipopolysaccharide cholinephosphotransferase [Sharpea azabuensis] MKSSKAIYSSIFNDLILSQEDLDKLHKALFSMLIDIKAVCEQNNITFFLAGGSALGAVRHKGFIPWDDDLDIMMFRSEYIKFRSLFLNELRDKYDLVEPLEEGYTQKKPKLFLKKSVFKEITSDGLPERFNRLFIDIFLIEDVPASKIKRKILGNFYNFAFSASSLIADYKYPSRTILEKGKINRDLLNYYKLRRRMGFLFNILGGMHLYIKITQVLSHSKKETGWVAIPSGISYNREVFRKNIFEDMIKVSFNGELFNIPKNYDLYLTNLYGDYMKIPPIEERQVHSTTEFKILK >WP_117338721.1 DUF4459 domain-containing protein [Salmonella enterica] >EBQ6247269.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Fluntern] >ECG6537579.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Frintrop] >ECU0033092.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Eastbourne] >EDZ8699096.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Miami] >EIU1131105.1 DUF4459 domain-containing protein [Salmonella enterica subsp. enterica serovar Kua] MKKCFLFIFMCLFIFSANAELKFRPEFGNKKIYFQGKVTDYTLNDFTFFGDSREPFYGSENDDYTATADEWLGFYAELPDVRKWQRVVPDDFSTMSGAPWCDIQFFEQENDHSVITGSEHMRCIDFLVTPKRKGLIPMGTKGTLMDYGSYLAFAPQIKRITLEGRFPEASRTWLPVRSVQTSATSIADLKIMLNEIYARHGYIFRPGGEMERYFRQQQWYRPRYANVDYLITKTEHRNIKLLKKLLSPESQRKKALYIQNTTDFCEALKANNIKYVMDNTAEYLTTGVDQPINLEKVWQKYRDLMINGGGNCQRDIESYKRYSFLYSEPLGIYYNSTFEFDEKKGKYVLTYVNFDSSCNKEGDTIELEGMMVKREHVIEDNQGQHSDKDLELKTINLQCVAGAMTDQPDWDRYVQLILPPEKYNYYQRFIGKKITLRGKVMIAESMYHVTPVLLNLLEEQNPIIKVADMPVRP >MBT4014425.1 acyl carrier protein [Deltaproteobacteria bacterium] >MBT4184153.1 acyl carrier protein [Deltaproteobacteria bacterium] >MBT4628599.1 acyl carrier protein [Deltaproteobacteria bacterium] MEEIQVKVIKIISEQLGKDESEIKMNSHFIEDLDADSLDTVELVMALEEEFEVDIPDEAAEKITTVQSAVDFIVESKA >NUR77767.1 ATP-grasp domain-containing protein [Thermoleophilia bacterium] MRPITVLVTASGAPGTAALLRGLRENGEREVRLVGTDMSERSVGRHLCDAFHVVPAGADPAFPDAMLEIARREGVDAILPQSSFDLQGLAEHVDRFPIPVLVSKPDVIQRSNDKAESYEFLHRIGVRAPEFRRVNGAAEVDAAARELGYPERPVCFKPVFSSGSRGFRILDPTVDRAHQLLHERPGSVAMRLDEAVELLPDEGGPDLLVMELATGGERTIDGIANGREVVLGHPKTREAMRAGLAMFFVTLDDPELMELANKIVVELGIEHFFNIQLVGEHVIEINPRISTIVYQEDLDLPYLGVKRALGEISDDELRTYASRIRPGRTALRYFDQLEFDQCAAT >KAI0987017.1 hypothetical protein GJ496_005758, partial [Pomphorhynchus laevis] TEVTGDPVAVRKCISLCTERPSANMTCNFHVLGTPIGDDIFVNSHLHEQAFPKLKQAIDAVSSLPDPQIAYLLLRHCVAGPKINHFNRTIPPLVMESFLHRFDQEVMQAFERITATQLNEATRQQVALSVNLGGLGLRSGEKHSFCAYISSILSVARNGSRDPRDSWGRPPVTHEPLERFFEECQDEVQKSQKQGSIEDMVDKELSTFKEKLTDREDNEMIHLITDVFLTAEELENVNESSISKDLSIPSKKQQQEGLNQGYSEGSPLNMAKCVDDLTISHPSPNHLVLTEEFYSRNNGHYSDAESQHAPSKRIVSQSHSRPIGFPNVGNSCFLTLS >MBI1874593.1 hypothetical protein [Acidobacteriota bacterium] MDEWQNDRLADAELHALFDRLFPRGFADADVLVVAEVLRRARGAKK >EBF8124084.1 VWA domain-containing protein [Salmonella enterica subsp. enterica] >EBP4524322.1 VWA domain-containing protein [Salmonella enterica] >EBU7937204.1 VWA domain-containing protein [Salmonella enterica subsp. enterica serovar Chittagong] >EBY5128489.1 VWA domain-containing protein [Salmonella enterica subsp. enterica serovar Brazzaville] >EDH6302362.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Westminster] >EDN7241372.1 VWA domain-containing protein [Salmonella enterica subsp. enterica serovar Thompson] MLNGKTLMLLLGGVVLSGCGPEPSDPQGNNPAELKQEQAIQKDNSAQAGDDTVQKRQAEAAQQAAKKAAEYKANAEAKALADAKAASLATAEAPQYEMQTRAAASKAFAAQGSNVMGTARYEHYDENSIKQVSQAPLATFSLDVDTGSYANVRRFLNQGQLPPPEAVRVEEMLNYFPAPQPVADKQDNTKPIAACIPMPFAVKYELAPSPWNAQRTLLKVDVQARDMQTRDLPPANLVFLIDTSGSMQPAERLPLIQSALKLLVNDLRAQDNITIVTYAGGTHVALASTAGNNTTAIKAAIDDLDAYGSTGGEAGLRLAYEQAEKGFIKGGVNRILLTTDGDFNLGITDPKDIEALVKKEREKGITLSTLGVGDDNFNEAMMVRIADVGNGNYSYIDSLSEAQKVLKDEMHQTLVTVAKDVKSQIEFNPQWVTEYRQIGYEKRQLRDEDFNNDKVDAGDIGAGKHVTLFFELTLNGQKASVDKLRYAQDKAASKPTKSSELAWIKLRWKAPQASESTLAEFPVVMGKMPIFADASEDFRFRAAVAAFGQKLRGSETLADTTWPQIIKWGEQARGEDKQGYRAEFIKLVKLAEGLSH >WP_097794281.1 head-tail connector protein [Bacillus pseudomycoides] >PDY00493.1 hypothetical protein COO07_07400 [Bacillus pseudomycoides] >PEA84756.1 hypothetical protein CON99_05455 [Bacillus pseudomycoides] >PED09069.1 hypothetical protein COO19_06135 [Bacillus pseudomycoides] >PED70290.1 hypothetical protein CON97_20375 [Bacillus pseudomycoides] >PEF74188.1 hypothetical protein CON94_17375 [Bacillus pseudomycoides] MNEILLKDVKSRLRITWNDEDAQLLKTIERGKAYLQNLCSTSFSFEEEDQVKQLLIERCRYEYNNALEDFEKNFRGELQRLIIDAALKERAKDEAIQ >RLD79060.1 tryptophan synthase subunit beta [Bacteroidota bacterium] MTENYFKKYPNLEGYFGEYGGAFLPPNLEEEMKRISDAYFSISKSHKFISELRSIRKHYQGRPTPVYFCNRLSEKYGGRIYLKREDLNHTGAHKLNHCMGEALLAKYLGKKKLIAETGAGQHGVALATAAAYFGLECEIHMGEVDMEKEHPNVVRMEILGAKVIPVKHGLKTLKEAVDSAFTSYVEDPVMALYCIGSVVGPHPFPMMVREFQRVVGIEAKEQFFDMTGELPDNIVACVGGGSNAIGIFSAFLDDSECELYGVEPAGRNINKNGEHAATMTHGKPGVIHGFKCYLLQDEKGEPAPVYSVASGLDYPGVGPEHSMLKDLNKVKYDYINDEETIDAFYELSRLEGIIPALESAHAVAYALKLAKENPQKSILVNLSGRGDKDLDFVVDTYGLPDK >WP_130237435.1 MULTISPECIES: tRNA-modifying protein YgfZ [unclassified Escherichia] >RZM87760.1 tRNA-modifying protein YgfZ [Escherichia sp. E1V33] >TBR68015.1 tRNA-modifying protein YgfZ [Escherichia sp. E1S7] MAFTPFPPRQPTASARLPLTLMTLDDWALATISGADSEKYMQGQVTADVSQMSEDQHLLAAHCDAKGKMWSNLRLFRDGDGFAWIERRSVRDSQLTELKKYAVFSKVTIAPDDERVLLGVAGFQARAALANLFSELPSKEKQVIREGATTLLWFEHPAERFLIVTDAATANTLTDKLRGEAELNNSQQWLALNIEAGFPVIDAANSGQFIPQATNLQALGGISFKKGCYTGQEMVARAKFRGANKRALWLLAGSASRLPEAGEDLELKMGENWRRTGTVLAAVKLEDGQVVVQVVMNNDMEPDSIFRVRDDANTLRIEPLPYSLEE >NEP09993.1 type II toxin-antitoxin system VapC family toxin [Symploca sp. SIO2C1] MGYLLDTNIVSLVLRNNLKIKKKIKQVKSQKHLLAISCITCFEIKRGLFAVKATKQLEKFNELCQDYQIILLDDLAILEKAAEIHAKLRLKGLPIQTEDILIAATAIVKGLTVVSNDRDLLGLAA >WP_254833504.1 primosomal protein [Phenylobacterium sp. LH3H17] >UTP37994.1 primosomal protein [Phenylobacterium sp. LH3H17] MPGPEIGDGYDEQDGAETYDESNLDDHEGLNEMRTFEELPDLLDVTSARGDRDEDEALALDADEFDEDAFTDADLEDDDELHYRATAGDEDEERDAFDEDRVDPDSIDGLEEVADAELVSGGEDDFTNFQSKGLSDEDLDRMGYARRPASAQDSTRKN >HBO7852577.1 attachment protein [Pseudomonas aeruginosa] >HBO7886742.1 attachment protein [Pseudomonas aeruginosa] >HBO8195026.1 attachment protein [Pseudomonas aeruginosa] >HBO8317981.1 attachment protein [Pseudomonas aeruginosa] MTGDSCPPEQELDPADGACKPPPEECKEGELFPAKGPDSPVVTSGGRNYVGDGGAPSACYQSCEYGGNPSPASCYLVKGSTTTGFCNYILKGTGQNCGADSYTFAQTGDSLNPPDTPNTDPSDPNDPGCPPGWSWSGTTCVKTPTDPTNPTDPTTPGGDGDGGDGNGGGDNNGGGNDGGTGNG >MAQ88009.1 dTDP-6-deoxy-3,4-keto-hexulose isomerase [Candidatus Marinimicrobia bacterium] MKIHRSSDFQTESIGDNTIIWQYCVVLSGAVIGNDCNICSHCFIENDVKIGDRVTIKNGVYIFDSIEIGDDVFIGPNVTFTNDVYPRSQRSDEREEINYPKTKICKGVSIGGGATILPGVTIADSAIIGAGAVIVEDVKARSIVYGDAAKFRRDIDTKI >WP_256546297.1 ABC transporter ATP-binding protein [Halobellus ramosii] MSRDSSESDAAAGVTRSDSDAPLLEVDDVVKRFGGLTAIDHASFGVEAESITGLIGPNGAGKSTLFNCVTGMLTPDSGAVRLAGEDVQDLPPNRIAQRGLGRTFQTPKIFRGMSVRENLAFAARGQTGERPISALVQPGTVGSEEADIRERVDDTLEFLSLDHLAEEYASGLSGGQRKLLELGRVLMLDPEIILLDEPMAGVNPSLADDLLDRLHELNDRGRTILLIEHDMDLVMNHCDRVVVLHNGQTLASGPPSIVQEDERVVEAYLGGFENA >WP_108335718.1 threonine synthase [Vibrio cholerae] >EJL7975322.1 threonine synthase [Vibrio cholerae] >KAA1199461.1 threonine synthase [Vibrio cholerae] >KAA1210525.1 threonine synthase [Vibrio cholerae] >KAA1223399.1 threonine synthase [Vibrio cholerae] >TQP47251.1 threonine synthase [Vibrio cholerae] MKLYNIKENDEQVSFGQAVRQGLGRNQGLFFPAQLPKFDDIDALLAEDFVSRSSKILSALIGDELPADKIRAMVDSAFQFAAPIAKVKEGVYALELFHGPTLAFKDFGGRFMAQSLAAVSNGGKITILTATSGDTGAAVAHAFYGMPDINVVILYPKGKISPLQEKLFCTLGKNIHTVAINGDFDACQALVKQAFDDAELRQQIGLNSANSINISRLMAQICYYFEAAAQMSKAERENLVISVPSGNFGNLTAGLLAKALGLPVKRFIAATNANDTVPRYLETGRWEPKPTVATTSNAMDVSQPNNWPRIEELCQRMGWGLETLGKGAVSDVESAQAVQELYDLGYLCEPHGSLAYRVLEEQRQPQETGLFLCTAHPAKFKEVVDEILGTDIALPAPLAKHAAMELLSQELNADFAALRALLVNVK >MBH8634352.1 YgcG family protein [Pseudomonas aeruginosa] PRGGGGPPVAVAASDVEEEAEAARDAGYESAEVPALARRVTDLTATLDAAERARLEASLAALEARKGAQVAILMVPSTYPDSIEAYATRVFEAWKLGRKGIDDGVLVLVAKDDRRMRIEVGYGLEGTITDIDAGRIIREYMTPAFRQQDYAGGLEAAAQRLVRLIDGEALPPPPRDPLEPGAVRQTLAIAFLLGALGGVALLVRPRAWYWTLGVVVALAAALALGRHWPAGAMVALAEMVAVLGVGFGALLKYSRGARWFFAILVLYAQGLFWAYSRYGLPVLHYGLAVPLSLGLTLLMLAGAWQGLRRGRRWAYLPGLLGLLLTLALECLLLLVDDPLNSIEALIILPAACLPLLIGCNFSAGGSGGGRRRGGDYASSSGSSSSSSSSSSSDSFSGGGGSSGGGGASGSW >ECI4825602.1 amino acid ABC transporter permease [Salmonella enterica subsp. arizonae] QYTEFFARIQEVAATNFKFFHAYLFAAVVYLIGVTFIVILTRLLECRLLRHYDQDR >WP_070060651.1 PilW family protein [Variovorax boronicumulans] >OEZ32830.1 hypothetical protein AO062_00705 [Variovorax boronicumulans] MSTVFTALPRTRNAARGFTLIELMISLTIGLVILAAALSTFSTSSRSSQLSQAETQLNEDGILALNLIQQQLKQAGYSQQLIPSNGATVMGNYAGPAVRGCSGGFTDAAAAFDKLSCTGKGSDAIAIRYEATTDNTMPTGTDAKLATNCLGNGINALTPSQVNPPPTPAPGAPPPGNYALADNRYLVTDASTAPMLSCRGMEKRDAVNAIGPSQPLLANVESMRILYGVASRPSIELAATYDPLRHQIVKYLDAAGVDALASSGVLADLAEDRWSRVLSVRVCLQMRSDRPVRDVPDGGLAYKRCDNTDRTGTDGYLRRTFTTTVLLRNRLITP >AOW36968.1 pol protein, partial [Human immunodeficiency virus 1] GQIKEALLDTGADDTVLEEINLPGKWKPKMIGGIGGFIKVRQYEEVPIEICGKKAIGAVLVGPTPVNIIGRNMLTQLGCTLNFPISPIETVPVKLKPGMDGPKVKQWPLTEEKIKALTAICEEMEKEGQITKIGPENPYNTPIFAIKRKDGXKWRKLVDFRELNKRTQDFWEVQLGIPHPSGLKQNKSVTVLDVGDAYFSVPLDESFRKYTAFTIPSINNETPGIRYQYNVLPQGWKGSPAIFQSTMTKILEPFRKQNPEIVICQYVDDLLVGSDLEIEQHRAKIEELREHLLKWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIQLPDKD >NDH20019.1 D-2-hydroxyacid dehydrogenase family protein [Paracoccaceae bacterium] MADRLAPFDAITLFRERTVIGDDLLARLPNLKLISHRGAYPHVDVDACTRRGVTLSANQNKSTAPSYAAPEHTFALILAAMRQIPQQMTHMQAGNWQMGVGKTLYGRVLGLYGYGRIATRVAQYAEAFGMQVIWWASEAGRARLLADGRTVADNRAAFFETADVVSVHVRLVPETRGIITKTDLMSMREDALFVNTSRAAVIEAGALLGALNAGRPAQAALDVFDQEPIKVANDPIATHPRVICTPHIGFVTEDELNLQFDDIFAQVAAFAEGTPIHVINPAAA >WP_224774708.1 hypothetical protein, partial [Citrobacter freundii] QVNFADGPDYGKQVNFTGGRECGEQVNFADGPDYGKQVSFSDGPDYGKQVNFSDGRECGKQVN >WP_236373897.1 hypothetical protein [Pseudomonas salomonii] >MCF5547816.1 hypothetical protein [Pseudomonas salomonii] MFKPTRLSFTLAALLASAVVQADIEVPLGSTQRVTQLFAFPNNCNVICFRPWTLEQTAEHYLNQSLQRDGYSRAKVSVKTRDGQVSATFSGVPEHYGQPLTTLLNTADLAYQGASKLNSDGKWAYNWYLFLPLGMALENRKSIELLHFPPDYSLTQAQDYLESATTDRWATLLTDNGIPATETPAYQTIIDIAPIAAPSNAGKDLENVYSYFADYQTRMVKELSLHANGSLPMVAFGAPVRNWIKQQYGQTVAVLGLAQISPAAGKTVSVLGSNHPSYIWYAADPASYDGNEQKADEAGLKVMGQDLSAACWQAGMGQKPASDPNVLLKACMNTWQVTRKEQTCELFYTSVRNLTPEQANAKCATPPIKAQLKQLKDAAPVPAVTAPAL >WP_011739125.1 phosphoglucosamine mutase [Mycobacterium ulcerans] >A0PMD3.1 RecName: Full=Phosphoglucosamine mutase [Mycobacterium ulcerans Agy99] >ABL03502.1 phosphomannomutase, MrsA [Mycobacterium ulcerans Agy99] >OIN30656.1 phosphoglucosamine mutase [Mycobacterium ulcerans] >UDM34021.1 phosphoglucosamine mutase [Mycobacterium ulcerans] >ULP51341.1 phosphoglucosamine mutase [Mycobacterium ulcerans] MGRLFGTDGVRGVANRELTAELALALGAATAQHLASSTGPGRRVAVVGRDPRASGEMLEAAVIAGLTSQGVDALRVGVLPTPAVAYLTGAYDADFGVMISASHNPMPDNGIKIFGPGGHKLDDATENRIESLVAAGPGLRPVGSEIGRVIDAEDAADRYLRHVSKACTTRLDGLTVVVDCAHGAASEVGPRAYRAAGARVIEINADPNGLNINDDCGSTHLEAIRAAVLAHGADLGVAHDGDADRCLAVDANGDLVDGDAIMVVLALAMQEAGELASDTLVTTVMSNLGLHLAMREAGVNVRTTGVGDRYVLEELRAGDYSLGGEQSGHIVMPGLGSTGDGIVTGLRLMTRMVATGASLAALASRMQTLPQVLINVQVTDKATAAAAPSVQAAVDRAETELGDTGRILLRPSGTEPLIRVMVEAADEEAAHRLATSVADAVSAAG >XP_044902674.1 zinc finger protein 28 homolog isoform X3 [Felis catus] MTVELVKAISQDLVTFKDVAIDFSQEEWEWLNPAQRSLYKNMMLENYQNLVSLGLCLSKPYVISSLEQGGEPWEIKNEMTESPDLESMYETHELSLKHFVYGDVLMEGITGYGLEHSTFSENWKCEDLFERQLRIHTGEKPYECKECGKAFNQSQHLVQHHRIHTGEKLFECKECRKAFSQNVHLIQHQRIHTGEKPYKCTECRKAFSQPAHLAQHQRIHTGEKPYECKECGKAFSDGSSFARHQRCHTGKRPYECIECEKAFRQNTSLIRHWRYYHTGEKPFDCIDCGKAFSDHIGLIQHRRIHTGEKPYKCKVCGKTFSYGSSLTVHQRIHTGEKPYECVICGKAFSHHASLTQHQRVHSGEKPYKCKECGKAFRQSIHLASHLRIHTGEKPYECKECGKAFSISSQLATHLRIHTGEKPYECKECGKAFNQRAHLAQHHKIHTGEKPYECKECGKAFSQTTRLIQHQRVHTGEKPYICSECGKAFSDSSSRSQHRRLHTGQRPYECVECEKAFRTKSSLICHQRCHTGEKPYECSVCGKAFSHRQSLTVHQRIHSGEKPYECQECGKTFSQIGHLNLHRRIHTGERSYECKECGKVFRQSAHLTHHQKVHAAESSQPRSSSPPQISPSPVDISARYFWNSSTFSSHCPSPKHSHFTWTIPV >HBE7681505.1 DNA translocase FtsK [Escherichia coli] MSQEYTEDKEVTLTKLSSGRRLLEALLILIVLFAVWLMAALLSFNPSDPSWSQTAWHEPIHNLGGMPGAWLADTLFFIFGVMAYTIPVIIVGGCWFAWRHQSSDEYIDYFAVSLRIIGVLALILTSCGLAAINADDIWYFASGGVIGSLLSTTLQPLLHSSGGTIALLCVWAAGLTLFTGWSWVTIAEKLGGWILNILTFASNRTRRDDTWVDEDEYEDDEEYEDENHGKQHESRRARILRGALARRKRLAEKFINPMGRQTDAALFSGKRMDDDEEITYTARGVAADPDDVLFSGNRATQPEYDEYDPLLNGAPITEPVAVAAAATTATQSWAAPVEPVTQTPPVASVDVPPAQPTVAWQPVPGPQTGEPVIAPAPEGYPQQPQYAQPAVQYNEPLQQPVQPQQPYYAPAAEQPAQQPYYAPAAEQPVQQPYYSPAPEQPVAGNAWQAEEQQSTFAPQSTYQTEQTYQQPAAQEPLYQQPQPVEQQPVVEPEPVVEETKPARPPLYYFEEVEEKRAREREQLAAWYQPIPEPVKEPEPIKSSLKAPSVAAVPPVEAAAAVSPLASGVKKATLATGAAATVAAPVFSLANSAGPRPQVKEGIGPQLPRPKRIRVPTRRELASYGIKLPSQRAAEEKAREAQRNQYDSGDQYNDDEIDAMQQDELARQFAQTQQQRYGEQYQHDVPVNAEDADAAAEAELARQFAQTQQQRYSGEQPAGANPFTLDDFEFSPMKALLDDGPHEPLFTPIVEPVQQPQQPVAPQQQYQQPQQPVAPQQQYQQPQQPVAPQPQYQQPQQPVAPQQQYQQPQQPVAQQPQYQQPQQPVTQQPQYQQPQQPVAPQPQDTLLHPLLMRNGDSRPLHKPTTPLPSLDLLTPPPSEVEPVDTFALEQMARLVEARLADFRIKADVVNYSPGPVITRFELNLAPGVKAARISNLSRDLARSLSTVAVRVVEVIPGKPYVGLELPNKKRQTVYLREVLDNAKFRDNPLPLTVVLGKDIAGEPVVADLAKMPHLLVAGTTGSGKSVGVNAMILSMLYKAQPEDVRFIMIDPKMLELSVYEGIPHLLTEVVTDMKDAANALRWCVNEMERRYKLMSALGVRNLAGYNEKIAEADRMMRPIPDPYWKPGDSMDAQHPVLKKEPYIVVLVDEFADLMMTVGKKVEELIARLAQKARAAGIHLVLATQRPSVDVITGLIKANIPTRIAFTVSSKIDSRTILDQAGAESLLGMGDMLYSGPNSTLPVRVHGAFVRDQEVHAVVQDWKARGRPQYVDGITSDSESEGGAGGFDGAEELDPLFDQAVQFVTEKRKASISGVQRQFRIGYNRAARIIEQMEAQGIVSEQGHNGNREVLAPPPFD >KAI5383356.1 hypothetical protein KIW84_070675, partial [Pisum sativum] VTSLRGSLSSFQEQASCKVKVPSVDVPYNLCLPFNLRIRLSVPLQIKYHSAEEEIAFGPACWLWDYLRRSGASGFLLPLSGGADSSSVSAIVGCMCQLVVKEIANGDEQVKADAIRIGNYKDGQYPTDSRELVKRIFYSVFMGSENNSKMTKSRAKVLADEIGSWHLEVSIDGLVSSLLSLFQTLTGKRPRYKVDGGSNIENLSLQNIQARIRMVLAFMLASLLPWVHNKPGFYLVLGSTNADEGLRGNLTKYDCSSADINPIGSLSKQDLRAFLRWAAIHLGYSSLAYIEAAPPTAELEPIRSNYTQCDEVDIGMSYEELSVYGRLRKTFRCGPVSMFQNLCYRWGARLSPSQVAEKVKHFFKYYSINRHKMTTMTPFYHAESYSPEDNRFDLRQFLYNTRWPYQFQKIDELVHELDVKDVQKLGNHDTVAALSNGVGATGSGNPNV >MBU0720484.1 DTW domain-containing protein [bacterium] >MBU1989134.1 DTW domain-containing protein [bacterium] MKTYYGDREKCYSCYRPKSSCMCGYISAVDTKTKFVILMHPKEFKKVKNNTGFFTHLSLSNSELFIGVDFSSNKRINEIIATHESYILFPSPHALSINEQNPKLKSDKEIAIFIIDSTWACTKKIFTQSQNLRSLKHLSFSTQKTSQYQIKEQPQSSYLSTIESALVVLELLNAWHVENLESEELEGFLNPFLKMIEYQQKIIANPRSNAVRFRRKV >QEG42388.1 Asparagine--tRNA ligase [Roseimaritima ulvae] MAFPGGAWERNNEILKDPTMQNDQWILIREARQEATVGKTVEVRGWVRTRRDSKAGFSFIELNDGSCFGNLQVVAPGELDNYADEIQKLTAGCSVVVEGKIEASPAKGQATELHATAVRVVGWCDGETYPLQKKRHSFEKLRDWAHLRARTNTFGAVARVRNQICDSIHSFFQENDFYYTNTPIITASDCEGAGEMFRVTSLDLNRLAKSGRDVNYELDFFDKPTFLTVSGQLEAETYATALGRVYTFGPTFRAENSNTSRHLAEFWMVEPEAAFFELPDNMRLAEAFLKRVFTDCLQQCGEDMEFFEKRIQPGVIAQLAKVVEQPFTHMSYTEAIEVLEKCDEKFEYPVSWGTDLQAEHERFLTEKHVGAPVILTDYPSSIKPFYMRVSDDGKTVAAMDVLVPGVGEIIGGSQREERLDVLQRRMNEAELDMSEYEWYVDLRRFGTVPHAGFGLGLERAVQYVTGMANIRDVIPFPRTPGNAEF >HCD3539350.1 SAM-dependent DNA methyltransferase [Klebsiella pneumoniae] ERVEDYLKLGESLEIHKRYKCQRRKNWYVVPKVPPGEGFFFKRCNEYPKLHKNNFEILTTDAAYNLVVNEGYNIESLIYSFYNPLTLCFAELYGRYYGGGVLELVPNEFRRLPIPYKEISSQLFLDFSNKFKNKANIDEILLSSGRDVLSDIIEEHEFIEIINIYKKLIQRRLKS >EET4886479.1 IS66 family transposase [Escherichia coli] KIARAETRITELQNRLGEAQLQLTSMAGETAPKTSDSPVRKALPATLPRDRQVISPAETECPVCSGKLKPLGESISEQLDIINTAFRVIETVRPKLACSRCDCIVQAPQPPKPIERSYASPALLARIIMAKFAEHLPLYRQSEIYARQGVELHRNTMGRWVDIMGEQLRPLYDELKHYVLMAGKVHAGDTPVNVLEPGQGKTRTGRLWVYVRDDRNAGSTMPAAVWFSYSPDRKGIHPQQHLADYRGILQADAYAGYNALYESGQVTEAACMAHARRKIHDVHVRHPTTVTGEALRRIGELYAIEAEIRGSPAEERLAVRKARTVPLMQSLYEWLQGQMSTLSRHSDTAKAFTYLLKQWDALNEYCRNGWVEIDNNLCENALRVVALGRRNYMFFGSDGGGESAAVMYSLIGSCKLNGIEPETWLRHVISVINTWPANRVKELLPWNVTQSVN >WP_120463061.1 Rrf2 family transcriptional regulator [Paenibacillus aceti] >GGF90907.1 HTH-type transcriptional regulator CymR [Paenibacillus aceti] MKISTKGRYGLTIMMELAAKFGEGPTSLKSIAEKNQLSEHYLEQLIAPLRNAGLVKSVRGAYGGYILSRDASEITAGDIIRVLEGPISPVDFTEEDDPAKRDLWLRIRDGIAEVLDSTTLEDLITFEEQSTEENYMFYI >HCS32205.1 hypothetical protein [Eubacterium sp.] MLLKNELKKLYIKQYGLIVLLIVFIAKLLTSADLYKASYSDMLYEQQKYYLEYMQEYGGQLTDEKETAILSLYSEAEAAKQQQSEILEKNRAGEYSTPEEFTNAMREIPDIIEKYDAIKLLYSNYERVSADRENLLMLPSGSNAMTSGIEYLFIMAICYISAAMCYYERKMKPLIVTAANGRRSGGYRLISLFSLIFTGWLGLFIIELTSLFAVIGAENLGCGVQSLEAFENTPFGSLSIIAMFIVIHLTKLLGYLLISAVCVLLCTLTKNLPLSLFVPMAVTCVWVYLFGQNNAVYYSPFSLVLGSPYYTGDCYVTEGRLEILLYSCVPAELLVMLITIAVIVIAVTAAVYIGSIKRCRPGKKAVISAVAASLILLLSGCSQSTADNTAADGRYGFAYDGEGYYLLSTETDDEYNIISQRIIRYDDKLNLSEDDILRNITCDGRVAYMLASDGYLYYTESFQNGGTYTDNVCRIRLSDYYKETVLAAPDAQRLSRYLDLLTIWSGDSDDYSYNGMCKYQNNLYLQTNNYKVFVLDLNTGARRLLFSENYINGDISVIDGKVFYLNSDGNPVCFDNEKKIISERMFYAIASDGEYIYCSNNSVTYRYKVSDLSEEKFADKGEAYMADRSCVYFGDGTYMDAYGKQVEISQAKDGSIFLANGRVIVKNSDGTLEFSDK >ODM89149.1 DBH-like monooxygenase protein 1 [Orchesella cincta] MDKKLVLVVALVLLQVQMSLGHLGHDHGTDEGKENNDSEWLGAHSLALKVLQGVDFRWLASDNETVTMEMSSFTKGYVSLGFCPKWKGTMEGCDIVLGWVNNTDGTAQLFDYYAKTNTLPELDASQDYELLAGTQEHGKTTIKFRRKWSTGDENDADFENNVRVMWAWHPEDPFSPASYFKHAGNSRGHMNDDISLKNPSLNHHHHQHLHSAGFSVQATSFVVISCLFCLFTLFHV >ETI39029.1 hypothetical protein F443_15338 [Phytophthora parasitica P1569] MPSLLGLWLGRFDPTASKPSIGWCNDVPYDDSDAEAEWEEYIRRQRSIESNQFDNESVASLNTEEASEEAIENEIEKSTHEVFCQSFDSDSFRYQVETPASRFLTLPVRVNSSVDSASVKSEADEDEKSDNNAEDLEMDAIADKYVTSDQLEDVDDEFDDEVFALTPETCPSPPVSPRPVPPKIPLRIFVATWNMAAKDPFAHRRRGQYIGDDLAAETLQELLPLGYDIYAIGTQEKVTKHLHAAVLARLNQQIVVSMENTSTDRKYQRLELTAKRRWLHSRRRRRREDECQHWRAYQSSDFGNVSSVGLTSFCGSELPCNMCSPHANSAYSINSPYASFCCDDVPSRKSSADTVYCTPRCSWWNKETGEKEIRGRGDHAFIRRKSTGLSVYYASHLQDQIEVVAAGLHKFTGSKGGIAVTIRIAGDPQTLTFVNCHLEAHKIERRRRQLDKLARALPRSLGFNTTLANCSDHVIWMGDFNYRIQILDGDEVLRLLSAGRLQELHDHYDSMTEDLKHVQGLQSFREPVKWPTFYPTYKKVVCRSRLPLSGSTTGTGRDTRWAQHVYQTTYREPFYKGGRVRKRVPGWCDRILYCSRAETPWETCLKVEQAACPDSSRGRSSFGSEAVRDNYRALNDELRGSDHSPVSCTFLWSVQR >USR37329.1 ribulose-1,5-bisphosphate carboxylase/oxygenase large subunit, partial [Geum aleppicum] TETKASVGFKAGVKEYKLTYYTPDYETKDTDILAAFRVTPQPGVPPEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYHIEPVPGEESQFIAYVAYPLDLFEEGSVTNLFTSIVGNVFGFKALRALRLEDLRIPPAYVKTFQGPPHGIQVERDKLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECL >WP_235292752.1 glycoside hydrolase N-terminal domain-containing protein [Portibacter lacus] MNNFNKITLALIFFLFLLEISAQRAEMILEESPHDLIFSALPAVWDEGIPLGNGMVGALVWEKEGKLRLSLDRVDLWDLRPMENADTRVNNYKWVYDQWKKDDYKPVQDRYDAPYNRSPAPSKIPGAALEFDVSSLGEVESVHLNLETAICKVSWKSGVRFYAFVHAEDPVGWYRFEGLEGEISSELIPPAYNLAGISGEESPVTGQDLRRLEYPEGVSIRASTRRN >WP_133499669.1 M13 family metallopeptidase [Lysobacter terrigena] MTARPIVAALAVALFALTSAPNVDAATKKKASTSSSRSTKSAAPTACTDFYSYANSTWLASNPATPGVASISALDQLRQRAYQQQVDLLNGAMTAPSNDVQKLLGDFWASGIDEPAVERDGANPIAPLFSRINAIKKAKDIPAAIAALHQVGIPVAFNFSADVDLADTSRHIGYFTGGGIGLQDPAFYSRTDAETRDVMERYKTYVQKILLLTGSTQAQVPQDLGYVMDLETRIAAAERPLAAQRDPRANYAAVPTAGLAKTYPRLQLADFLKAQGVTDDQVSMANPELFTTLDSLIAGVPVDEWKTFLRWRVGDAMAPYLAKSWRDANFDFRGRILGGQSAPLPRQQQVLDAINLAAGPMLGREYVARYLPAASRTQAEQIATQVRDALSAMVDRDTRLGAGAKTEAKAKLAALKVEVGAPRRDLDYTVQPMGRGSFGSNMLIASTWRHREEMRRIGRGNADRRWDVLPQQPALTYDVPQNRLIVTAAMLQPPVFDATQPAASLYGGYGALVGHELSHAIDAQGRLIDSKGQGRDWWTPTETAAWSSLGNSIATQANALAYPQLTGVKLNGTLVRDQLIADQAGVELAQAALQAAQPGASKDAMQAFYTGWAHLWPEQVSVDEATARAGSSAYPPGRWRTNLPLMNQPAFGTTFACKAGNAMMPKAEQQIRLWP >WP_232839144.1 DUF5914 domain-containing protein, partial [Streptomyces triticisoli] RRGRLPLRLRRAPAARERRHPTWREARPALIADALERAQARPSGNWYVVGASRDLRADRPLARTVAGHEVVLWRDGRGRPVAGPGVCPHLGAPLRDSPVRRGTLVCHWHGLALDGTPFAGWEPWPAHDDGVLLWVRLDGVGGEEPTGRPPVPVRPAAAGALAAVYTGTGVCEPDDVVANRLDPWHGAWYHPYSFVDLTVVHTPGPRGGEDAFTVDVSFKVAGRLVVPVRAVFTAPGPRTVVMRITDGEGEGSVVETHATPLGRDALGRPRTAVVEAVVATSGRPGFAVARRAAPLLRPVIRYAAGRLWRDDLAYAERRWALRSTGRFPG >KAF7255154.1 hypothetical protein EG68_07409 [Paragonimus skrjabini miyazakii] MKIRLKFRDKFHVHHVANADVELLELLQAISDLFRIDLVNVQISLNAKDYIGIHESGVSISEVGVVNGDIVYVKSLESLDDIRQSMERELSISVDSLYNSMAVSLCTVEILFTLPLYLFAIAKDLICMDHFPPRPSSAGSSVRMQFVYRSTPEVHISFTLFTTGNLICLAASSQELNLARQLILPTRDHLTVSSISDLESQEKPSLLLKHLRTLACRIKDELIEPMLVDIHAKRGMPERMTLSNLPTELLTRILLFVPLRSLGQLMLCSRHLCEEIKFCAPVWRMHLAQFNAKKQPLLDAALSRQQRQSQSQPRPLTPIEPHLDSNEPCSDLQSTIQSDTEDNVPTPDSSTQSYERFVTRYRSLIIQRRNRGLSPIFI >MBP8049567.1 YitT family protein [Blautia sp.] MDYLMIIVGTALMATAINSVFDMSGMVTGGFSGIAILVKEWTEGVVPGGIPLWITNLSLNIPLFLIGMKLSGFQFVKRALVGEICLSFWLAVLPAFDIAGNDLLLAAVYGGVIQGIGIGLVFLGRGTTGGTDMMAALLQRKLRHYSIAQIMQFIDGAIVLVGMYVFGVQKALYAIIAVYLVTKVSDSLIEGLKFSKQAYIITSKPDEISREIMDKLDRGVTGVHGKGMYSGQDKLLLYCVVGRKEIVALKELVDHIDPDAFVIVSDVREVHGEGFIERK >WP_224314556.1 phage virion morphogenesis protein, partial [Klebsiella oxytoca] >MBZ7325181.1 phage virion morphogenesis protein [Klebsiella oxytoca] KRKRKNADKVLTRDGYLRNTLRWQVNADELLFGTNRVYGAIHQFGGTIEIAARSQQAYYRQKKNGKVASQFVRKSKSNYSQWHTIPAYKITIPARKWLGVSKAEGEILIDMAKNYLQGAFN >CDZ81696.1 Putative cystathionine beta-synthase [Candidatus Rubidus massiliensis] MPFLSILDTIGKTPLVHLKKICPNPDVTLLAKIEYFNPGGSIKDRIVLHIINHAEQKGLLKPGGTIIENTSGNTGAAVAMIAAVRGYKAILVMPDKVSKEKQNTLKAFGAEIIVTPTAVPHDSPEHYENVAKRLAQEIPNSFRINQYDNLKNPEAHFQTTGPEIWEQTNGKIDYFVASGSTGGTISGIGKYLKSKNSKIKILMPDPIGSIYKEYFDTGKIPTEGNCNYYVEGIGEDRLTEAMDFSVVDQMIKVKDQDAFDTARLLAKKEGILAGGSAGANVWGALQLAETISKGVIVTIIPDSGVRYLSKMYNDEWMLEHEFATDGLTDSVYV >WP_240904022.1 ABC transporter permease [Bacillus sp. N1-1] MSEQRKGSFLMDTLVFTKRSIITIIRNPLIFIPNLIISLFFLFVYEGGLSGISELPAFEGANYLAFILPVSIVSAAIGGAGGAGQALVKDLENGYFSRLLLTPSSRLAIVLGPIIAGMLQLLIQTVLILVVAYFLGLEVAAGFGGVIVVLLLTLGWGLAFAGYSVGVALRTKNAQSAQAGTFVFFPLIFLSTTFVPYELIEAGWLKVAATINPTTYLFEAMRSVFIDGWEAWPLVRGFLVIALLCAITISFSAISASKAVSAD >WP_139489874.1 DUF4942 domain-containing protein, partial [Escherichia coli] LHQNKDEVFERGVINVFKGLSRDYKTNSPCKFGSKIIV >WP_246442701.1 MarR family transcriptional regulator [Actinomadura namibiensis] MQETEQAIARRLGDVPLRHDAMMAVSNIYRAAAAIRQHFEGSVLRPTDLTWTAFVVLWVVWIWDGMETRHVAEEAGISKGTLTGVAKTLEGRGLVERAPHATDGRLVVLRLTDKGEELMRELFPRFNAEEAFVVERLSGADNERLAGTLRSVIEHLEERGEERRAALHADSPPPPRRSGRRPRP >WP_254033437.1 CmcI family methyltransferase [Planktothrix agardhii] >MBG0748119.1 cephalosporin hydroxylase family protein [Planktothrix agardhii KL2] >CAD5935930.1 Rhamnosyl O-methyltransferase [Planktothrix agardhii] MKITIDTEQKTLVYDENGQQKVLELYAKEAFELISSCWVKIGWDQKYAYNFTWMGRPIIQLPEDMIRIQEVIYQVKPDVIIETGIAHGGSLIYYASLFKAMGKGRVIGVDIEIRPHNRKAIEEHELFPYITLIEGSSTDSAILNQVKSLMKPGEVVLIILDSNHSKAHVADELEAYHDLVTSGSYLVATDGIMKDLHDVPRGNPEWIWDHPTAAAAEFAERHPEFVLEQPKWPFSESNLTENVTHWPGAWLRRV >OHA02323.1 hypothetical protein A3C12_02325 [Candidatus Sungbacteria bacterium RIFCSPHIGHO2_02_FULL_49_20] MSNRSLALRVHWRLFFILIIFFLIALALLSRLFYLQIINYHTYIALAARQNDSAIEPIRRGQIYFQDKDGQLIPAALNKDTYTLLAAPSQIKEPRAAAAALADIVSLDLTVLENKLSQRSGQYEVLVRKLDEVVADKIRALRINGIELRKQLRRVYPSGAQAAQVLGYVSLERDKEIGRYGIEKLKDDALSGESGILDGIENPRDYLSGVAKRILRPSTSGKNIILTIDANIQQEAEIELAAVTKKYKSESGSMTVIEPETGRILAMAGAPSFDPNSYNTAEDLGVFLNRVVQSSYELGSVMKPITMAAGINEKVVTPDTTYNDTGEVRIKGSTVRNFDNQGHGIQTMAGVLAKSLNTGAVFVEQKLGQDKMLSYLKAFGFGEKTGIDLPGEISGNISNLDNHRDIDYATASFGQGIAVTPLQMATALSVIANGGNLMKPYIVDRIVDESGVTETFAPVVRRRVLSPETADTVSRMLVSVVDNGFEHRARIDGYFIAGKTGTAQLPVGGVYSTDQFIHSFMGYAPAFNPKFLIFIQMNKPEGVNFASNSLTETFHSMTEYIIRYYGILPDRI >WP_121252511.1 glycosyltransferase [Solirubrobacter pauli] >RKQ93942.1 alpha-1,6-mannosyltransferase [Solirubrobacter pauli] MSAVLAPERGLLRLVEPERPLRVVDVALFYGERSGGIRTYLDAKAAYAARTGAFEHRLVVPGAQHDVSGPTCALPSVRVAASNGYRWPLGSKPLVDLLRELEPDVVLLHDPFWAPRAAVAAARSVGARVVMVHHGSLARDAAALPGPDRLYRPALGRWLRHVYGHVDAVMAACDPLGDTGREATLPLRFGLDPAFFPSGEVRRGDHVLYAGRLGREKGIFELLEAAARAEDPWPLWIMGTGSAEQHVLARARRLGLGDRVRMLGHEPDREALARAYEAARCVVMPGALETFGLVAFEAAASGAAVVACEAAPSARVIGPLAETFPAEDVDALLAAIERARARTPNRLAAARFAAAHRWETAFASELADLEAL >WP_242254186.1 MULTISPECIES: ABC transporter permease [Bacillus cereus group] >USL13586.1 ABC transporter permease [Bacillus thuringiensis] MRAFLMQCKMEILRTFRNKLFIFFSLLMPVMFYYIFTNVVQVPQNGNEWKAHYLISMTSFSIIGTALFSFGVRLSEERQKGWAQLLRITPLPEGAYISAKIVSQTVVNVFSIVVIFIAGILINDVQLTFGQWIGAGLWLLLGVTPFLALGSIVGSIKKVDAAAGLANILNMCLAILGGLWMPIEVFPKILRSIGEWTPTYHFGSGAWDIVAGKSVGWENIAVLGGYFLIFVVISIYIRKGQEAV >OFX32653.1 cadmium-translocating P-type ATPase [Armatimonadetes bacterium RBG_16_67_12] MIGRHGRAVLTAATLGALLSGVALSRAGQEPAAHAGYVLAYVFGGLVASRAAWEALRRGRIDVNLLMLLSAAGAAVLDAWDEGAVLLFLFSLSNTLEHYAMARTRRAIEALMRLRPDRALVRRPEGERLVPADAVAVGETIVVRPGERIPLDGRVQAGISEVDQSPITGESVPVTRVPDDGVFAGTINGPGLLEIEVTKLAGESTLARIIRLVAEAQSQRAPTQRLIDRLGQPYAVGVIVVSVLVATGLPLLAGWSAADAFYRAMTLLVVASPCALVISTPASLLSGIANAARAGVLFKGGAALETLAVVRSVVFDKTGTLTRGVLAVTDVLPLDGSDTGEMLALAAAAEQRSEHHLAAAIVTAARAAGASLRLPEVFRSVPGQGVVASVNGTEVTVGGPDLIRSTCGEVPASARDALAALEAGGRTAVLVAVNGRVLGSIGLADVVREEAPGVIAALRRLGIAHIGIVTGDNERVANAVAGRLGITDVEARLLPEEKVDAIRRVRNLGHAVAMVGDGVNDAPALVASSIGVAMGRTGTDAALETADVVLMHDDLRRLVYAVALARRARAVVIQNLAFASLVILGLVGAALFGGLRLALGVIGHEASTVIVVMNGLRLLRWRPPDAGLVAAAAPAARSKENPAAGLK >KAI9191373.1 hypothetical protein LWI28_007620 [Acer negundo] MTMKLDSAVYKFLGGLQLKTSKKKSREMGESSSENKDDGSLGKHEEENEEMIRTKPGSLRMVLKDSDWKDVLLMVMGSIGSVADGSAMALIMLCLGSLMNGYGSSALTLHDINKYAMSLLYVAVGVGSGAFLEGFCWARTAERQTLRLRRRYLGAVLRQDVGFFDTNHGASMTSQVVSSISTDTLTIQGVLTEKIANFLMHMSTFITGQLVALYLSWRLAIVAIPALSMLIIPGLVYGKLLGGVGEEIQEAYAIAGGIVEQTISSMRTVYSYVAEDRMLKSYKIALEPTLKLGIKQGLLKGMAMGSIGITFAVWALQGWYGSTLVKKNAKGGNVFTAGVSIVYAGLSLGGALINVKYLIEANVAASRIFEMIHRFPNIDSEDQQGITVLDVKGELEFKDINFAYPSRPENLVLRKFGLRVMANQTVGLVGKSGSGKSTIINLLERFYDPLEGIILLDGIDIKTLQLRWLRSQMGLVSQEPILFATSIKENILFGKDEASMEEIVVAAKAANAHNFINQLPDGYDTLVGQLGNQMSEGQKQRISIARALLRDPKILLLDEATSALDSHSEKAVQDALNQASIGLIQSGEVVESGFHDELMGRGGSYSGMVQLQRAIISDDNASTTKSMESNTSDFLDKGTPRTADMQISSHDKITNQLQEDPKGSPSLWYLMCMTVSEWKSTVLGCIGGVCYGMIQPLYSFCLALPLWDYGREFDKKVREILFGKIITFEIEWFDQENNSSGSLCSRLATDAAMVRTLITDRLSMLAQNISSATLAVVLGALLSWKLALVAIAMQPFIIGAFYTKAIMMKSMSRKLLKAQNNSSELASEAVANHRIITAFYSQEKILKLHELTQISSTKESRKQSWYAGLGYPSHSS >MBP9713953.1 molybdenum cofactor guanylyltransferase [Sterolibacterium sp.] MGGVDKGLQLLVGRPLLAQVIERFAPQADRLLLNVNHHAAAYASFGLMRVADLTPDYAGPLAGLQAGLTCCTTPILACVPCDTPFLPLDLVPRLHAALLAHDAELAVATVAGRAQPAFMLCRRTVLPGLTDFLQRGGRRIGEWQQQCRSVEVAFDDEAAFINFNHLEELREYATHPFQKTP >WP_098502057.1 DedA family protein [Bacillus cereus] >PFM75504.1 alkaline phosphatase [Bacillus cereus] MELHELLSYIEQYGYWALFFCLWLGIIGMPIPDEMIVMSGGFASSLGILSVIPAFLLTYLGVVSGLSLGYILGKIFGTKVLDKLMKKKKAKYLLKSQQMVEKYGHYALVTSYFIPVVRHIVPYLVGMNNMSFKTYALYSYMTGFVWTLVYFVLGALFGQHIESIVAIAIEYGVYFGVIVFIVTGILYLYRKKRITLMSK >WP_243269836.1 MULTISPECIES: DUF637 domain-containing protein [Pseudomonas] MDVRQFAFLARQPSAALKPRDAFFGLPKRGLALILANALFWQPLLAQAEGIVVSAPGTTVGAAGNGVPVVNIATPNGAGLSHNQFKDYNVGPNGVILNNASGAVTNTQLGGYIVGNPNLKGGAASVILNEVTGSNPSQLRGYTEVAGQSAKVIVANPYGVTCSGCGFINTPNVTLTTGKPVLDANGQLQRYQVDGGAVTIDGEGLNASNVDRFDIITRSAKINAQINARELNVIAGRNDVDAQSLKTTPRADDGSAKPELAIDSSALGGMYAGAIKLVGTEAGVGVKLDGTLAASGGDIQLDANGRLSMAQAATAGNIKVTAQNVDLTDKVYATGNVQITSAQALVNQKSVAAGQRIELNAATVTNPGIVEAGVASDNSRNTTGDLVVNAQTVTTSGNLLASRALAITAAQALTNQGAIIQAKTVDVSSAKLTNQGATARLFGEQSLVINSPAIVNLGGLIRFGEGQAATLNSASLNNQGRIEMAGGSLVLTSADLNNSGGQIIADELTLNAGKLNNQNGVLVAKTATVNATELDNSLKGLIQADGGALNLIVSNGFNNAQGFAQASTDLTVNAGTLGSNAGGVLSADTGKLTLTAAQQLNNAQGRVQAGQGNIELHTANLDNQSGVIVGKQLLLDVAGGDIDNRAGRVLGDQLDVRASGLDNRSAGLLAGGAQGVSLLLKGPGQLLNAQGRIQSEGLLQLRGERFDNSAGILLGQTVDVTAQRFTNSNKGALVSDGGDVVLNVSDLLTNVGGQIDAGERSVLVKQLTTLDNSGGTLRGKRLDITAQHLNNNDDGQLLAGAGGLSFSGQDVSNRKGLILSGGALTELHTTSLDNQGGTVQGDSLTVTADKVDNGSGGLMASLVGNLQLTVEALANRGGKLFGKEQLTVSGATLDNSEGGQVSGNLLNLTSRDTLTNQGGLIEANQGLSLNGGNLDNSANGQLRALGGASSSLNLSGAVNNQGGTLEFGSTAFSLDATSLNNQAGLLQHAGSGLFRINTASLNGSQGTINGMGTADWAFGKVDGLGRLQLNEVLTYKSAQGLALKAGDRMASGKGLVLNVASLDNGGELLSDGDLSITTGDMSNSGRVSALQTLTVAANNLSQNGGRLAANNTRLTLGGTLDNLGFLTARQQLDIAAAQINNRGTLGAQGAVNLTAVNGITNAADSLLFSGGNLTLRANGFSNLHGDVYSKGDLSFAARDGGRAALFSNRSGTVESEGSIGINAGFIENAKDEFELGQTLTTGSLSWICGQHCGEKDWWEKGIITIYETYLEAATKDSAAARLVAGKNMLLQGDNVQNRYSLMAANGDLSIAAGDLLNQGAATRTGQRKIVVTTPGRVSDDLFERMQWVDVPAFNAATAAGHFDKARFEELKNRSPNSYPFEHISDVTTWTNNSGPGYDATLQAGGTVNLNVARTLQNGTLHNNTLAQLTGTLGDDQTGIPVGGININLSKHANDPSAKAAGSILPVAGAAPGGGFVPVDYTGTAFAPVDPTTSPNFQLPKGEYGLFVKNPDPTSHYLIETNPEFASLTGFFSSDYMLGKLGFSSDNAWRRLGDGQYETRLIRDAVLAQTGQRFLAGGLYSDADQFRYLMDNALASKDALRLSLGVTLTSQQVGALTHDIVWMENRVVDGQTVLVPVLYLAQAESRNVRGNSLIQGRDLNLVTGGDLINVGTLRASNNLSAAAGGSLYNGGLIEAGNNLALLAQDSIRNAMAGEIRGKQVSLTALRGDITNDTTAIQVRDGVGMRTLTDGSGGTIVARENLAMDAGRDLTNRGALVAGNDANLTAGRDLNLIAASDTSVKHEIRDGGEKSSITTDVKNLAASVTAGGSINMQAGQDVNIIGSTATAGKDLNIAAGRDLNIASVSDMHNVDGKEKHGKKRIKTADEQTTQVASVLTAGGDFVSQAGRDTTIVASRISAGNEAYLYSGDKLSLLAAQNSTHTLYDMNENGGWGAKKAKRDEVTQTTNVGTEIKTAGNLTLVSNGDQLYQVAKLNSGNDLILKSGGAVTFEGVKDYHDESHTKSKSNMAWFSMKGKGKTDETLRQSELVAKGQTVIEAVNGLKIDIKQVDQQTVSQTIDTMVKADPQLAWLKDAEKRGDVDWRQVKELHDSFKYSNSGMGQGAMLAVIIIVTIVTAGGASALVGAGASAGSTMAAGTAAVAATSTSAAVAATSAGLGNMMATAALTSLASTGAVSTINNKGNIGLALKDTFSSSSLKNAAIAGLATGALNYADSNWFKGASPVDGAGAKVTTAGPVQNPGYSSEWLSWQKAQDAVLRGGTHAVIESSISTAINGGSLKDNLGSALVSQGFDLAAAAGNKGLGNLANDLDLSPGSAEKVLMHALLGGALSAARGGDFKTGAIAAGAAEGLTAIATENLGKYLDERFAKDDQFKVATAQIIGIAAGSLVNGNPNDAAWVAGNVERYNEQLHPRAAELIKEQAPKMAADQNISPQEAERRMAVALTYYTDEDWSKSIPPEDASKIDIATLQNLGVALAPIADNYARSDASADGSQRGYSGNETAALILDFKDTRPSAYKDGTRNIDYLGDPEGHNSQGTVDFYKSNLNYSDKPTDYLESFKGGVAGVGRSAWGLVTSTAKVGSELLGGNALGVANDFLGPVADPSLNPVGQMTTRQTGRAFVSDLQGNSYESAAQVSELVTDAATMVAPGSTAGRFGQISKAGEASALVRADSTLVARSEAGAGMTARLADDIPTYGLSPNSFDTTLQFERTGTRTPTTSVGAYQPTALTGDVGSYVRADDLLAARSNEVVLTKYKEPCCFAAGTKVSTPNGDRAIESLKVGDVVWSKPEKGGKPFAATILATHQRSDQPIYRLKLKSVRADGKAEGETLLVTPGHPFYVPAKRDFIPVIDLKPGDQLQSLADGDTDNTSSEVESLELYLPVGQTFNLTVDVGHTFYVGDLKTWVHNTGPCVLPEGYFGAKGSTSGLVPGDAGVVGTGKIAAKDANFDGPKNTSSEIDQQKLELLTSHPNAHSLDVHGGNVTDGDLMVRAKTGVKPDGAIGPSVPPLSSAFHSDDLLVQADQFVRNNALQKAIARNPGSDTVRVTADDVGDVGADLGRGFKRIWSSGNTAKNLEVLGAPAKVSNLRSVEGVYQFNPGKNVWETITIFPAPLPK >MCK5068303.1 pantetheine-phosphate adenylyltransferase [Bacteroidales bacterium] RTSADFEYERAIAQINKKMLPTVESIFLLTTPEHTPVNSTIIRDIIRNNGDASQFLPEGIDIKEYL >WP_135110180.1 hypothetical protein [Lentibacillus salicampi] >TFJ92735.1 hypothetical protein E4U82_10645 [Lentibacillus salicampi] MRKLFVLLCCSVSLLFLVSACENKEDNAVEIGEKFIKELYNVGNSSVDLNKMNAEQLIDKQSEFSIYFTEEEFEDLANKRFFLIPQEVGSKQNNTISVQNIKFEKYEQGQSESESLDFNHSFTLIFTDPEGNEADKAKMKGQMTIVNTENGLKIDRYYDGETLKDILNR >WP_215638040.1 pyridoxal phosphate-dependent aminotransferase [Blautia sp. MCC270] >MBT9835124.1 pyridoxal phosphate-dependent aminotransferase [Blautia sp. MCC270] MISEKMKPYVKNNSAIRMMFEEGNRLRAKYGADKVFDFSLGNPSVPAPDSVREAIIELVNTTDPTILHGYMSNAGFEDVRQTIAESLNRRFDTKFSAKNLIMTVGAASGLNVILKTILNPGEEVIVFAPYFLEYGAYVRNYDGVLVEISPDTTTFQPNLAEFEQKITPKTRAVIVNTPHNPTGVVYSEETIKKLSAILEAKQKEFGSVIYLISDEPYRELAYDGVEVPYLTKYYNNTVVGYSYSKSLSLPGERIGYLVIPDEADGSEELISAATIANRTLGCVNAPSLIQKVVAKCVDAKTDLAAYDKNRQALYNGLKECGFECIKPQGAFYLFVKSPVEDEKAFCEAGKKYNILMVPGSSFACPGYVRLAYCVSYETIVNSLPEFKKLAAEYGLK >OFZ34164.1 hypothetical protein A2070_01725 [Bdellovibrionales bacterium GWC1_52_8] >HAR42267.1 hypothetical protein [Bdellovibrionales bacterium] MTFCQRPSLNQSERTTEMTFCQTHRIRAPACILVYARAKVLQGDILRYFVVKMSLGFFGLSVAVWHWSCVIND >HAQ04103.1 endolytic transglycosylase MltG [Acidimicrobiaceae bacterium] MVTDETPIEKPYEEESDFEEFHLGDDDYEIRSDVRWVRYRPPMGPIVRWGLVVLVVLIVFFSGWSRLENWIDDQVQPSQISGIEIEFSIEDGWTTNDVIATLGDLEIIDSPTMFRQWMRCPSVLKRFLNCNTGEDYSFQAGRYLLREHSSFQDTVAELRKGPIPEEVIRVTVPEGLTVDQITKRLLEALPTFNEEELRISLLDDRLKWEHYPSNLSFLLAEGLLFPDTYQLDEATVSDEMGLLLRMHRQFLRVIEEEEIEKKTQSLGITPYEALIIASLIEEEAQLAKERPMISRVIYNRLQRGWRLGIDATSRYAVGKTAGQELSIEDLEYDSPWNTRVSLGLPPTAISAPGRASIQAALNPVKGEWLYYVRTDQNGVIGAHTFAITSEDFEKARKICVNKDLGCG >HIG02706.1 hypothetical protein [Myxococcales bacterium] >HIL01491.1 hypothetical protein [Myxococcales bacterium] MSNVLIISADCHAGALPSIYNEYIPKAMHAAAQEWWVTYVKELIARTGTFFDQEAMDDLAAKTGDAGQYQALMKQAPGQIEDEGLFAMLSDGESPFAPRRGEWDMAVRIEELEADGIAGEVIFPQMAPFGAGLLQYRNPVDPEHNLAGIRAYNRWLADFCNENPGRHAGVILINIDDIEVTCQEVRAARESGLWGGVLLPTSTGDFPFYHHPRYEPLWATCAELGLPLQAHSGWSPDYGDVPGATAMYISEVDMWAQRAFTALLWSGVFERYPDLKLILTETGTAWILERLRVFEFKANLPFFQHFSSGLSLTPTEYFQRQCYIGASFMPGHEGKERHRIGLEKILWGSDYPHLEGTWPNTRDYMRETFADYPEKEIRAILGESALVAYDFDPQLVRAAAARAGLSMAEITGGVGEADTGD >HBS5629917.1 hypothetical protein [Klebsiella pneumoniae] >HBV9754552.1 hypothetical protein [Klebsiella pneumoniae] MNDQQIENEIVSKGKTAPRVTPEHIQSLITGEYYFSAENGVNGNIHKQDELTRLTGYHGELKLLTFCVLVLKNGFTVTGESACASPENFDEEIGRKIARQNAVNKIWMLEGYLLKQKLSEQ >MBO9310472.1 hypothetical protein [Chloroflexota bacterium] EAAIETCKAFQDFLGKLQDAKVAAHLSATYLPDLQRGKRALERYLAARQAEQTRLRETLLAQWSAFSAQNVREALALAVAAL >MBO4463486.1 hypothetical protein [Prevotella sp.] MRNIITKSPFSCYRVGNNASNHHIGMLGLFLIALISTLFSCCGNGDESVTLETPFTIEAIEDGDVVLSGDVSFEYRINHGDMQEATIEDVFVINLSKGDIVELFGDNDRAPYIPETPKCYIYGNVMSLLSSTSYSELTSIESPHAFRHMFWGNANVMLHDSKELLLPAIRLSEDCYKSMFEGCTSITSAPELPAKILAEDCYERMFARCTSLTSAPELPATILAEGCYAGMFQGCVSLTSAPELPAMRMEKACYRGMFADCSQLSKAPDLPAMQLAKKCYAEMFYNCLNLAEPPSLPATQLEWHCYEDMFGIDNEKGQSVELMVEEGY >WP_230210113.1 hypothetical protein, partial [Solemya velum gill symbiont] MNTEDEVELYSQLFSKDTGDMDDTDAAGGTNLGLIARAFYTKDGKNVELLGRLQLDLCQQDRWLLNGLP >EEV0504409.1 DUF1983 domain-containing protein [Escherichia coli] VKLQQMQDGRLYIAGIGAGIENTPDGMQSQVLLAADRIAMINPANGNTKPMFVGQGDQIFMNEVFLKYLTAPTITSGGNPPAFSMTPDGKLTAKNADISGSVNANAGTLNNVTINENCQIKGKLSANQIEGDIVKTVGKAFPRDSRAPERWPSGTITVRIYDDQPFDRQIVIPAVAFSGAKHEREHTDIYSSCRLIVKKNGAEIYNRTALDNTLIYSGVIDMPAGHGHMTLEFSVSAWLVNDWYPTASISDLLVVVMKKATAGISIS >NCV89943.1 TRAP transporter large permease subunit [Betaproteobacteria bacterium] MDWLIDHLAVVMFFALIFIMFLGYPVAFLLGAIGVAFGFLGMAFDVFNLNQFANLLPRIWGQAAQNPVLVAVPMFVFMGTMLEKSGVAEDLLHILQLMLARIPGGLAIAVTLLGTIMAATTGIVGASVIMLTLIALPVMLSKGYNKSLAVGTIASAGTLGILIPPSIMLVILGDLIGLPVGTLFTGAIAPGLLMSALYVVFIVVVCSFMPSLAPAVRGAVGASEERLNGPMVLKGFVPPAFLITLVLGSIFAGWATPTEASGIGSLGAIFLAYANKRLSMKVLKDVMASSALTNSMVFFIIFGATLFSYVFRALGGDDVVIDILKSLGIDTGWEMLIFVMIIVFIMGFFFDWIEICLIVVPIFAPIMGKMDFGGFIQGKEVILTWFTILLSVNMQTAFLTPPFGFALFYMKGTVPPSVTMMDIYKGITPFVLVQLLALSLCMIFPDIVLFLPRHFG >GFS02759.1 peroxisomal trans-2-enoyl-CoA reductase, partial [Elysia marginata] VKKLISQTIEKFGKLDFLVNNGGGQFMSHTADITLKGWNAVVETNLMGTFVMCRE >XP_025814622.1 probable LRR receptor-like serine/threonine-protein kinase At3g47570 isoform X2 [Panicum hallii] MCDRPRRHVPHVRTLSLRSSRLLILLHLSNPAGLLGSWKQNDSLSFCRWPGVTCSKTSTPRVVALDLESSGLNGQIPPCIVNLTRLTRIHFPDNQLGGQIPLELGKLSRLSYLNLSSNNFNGSIPNTLSSTNLQVIDLGSNKLSGVIPEEVGMLRNLSVLHLARNSFTGNIPLSLGSSPSLVSVVLANNTLTGPIPSALATSYSLQVLNLVENNLGGDIPPALFNSTSLRRLNLGWNSFTGSIPAVSNLNSPLQYLTLSVNVLAGTIPSSLGNFSSLRSLLLAENHFQGIIPVSITKIPNLQELDISYNSFRGTVQPSLYNISSLTYLSLGVNDFSDTLPFDIGYTLPSIQTLILQQSNFQGKIPPSLANATNLEFINLGANAFHGIIPSFGALYKLNTLILASNQLQAGDWSFLSSLKNCTQLEVLSLATNVMQGNLPSSVGSLATLKALWLHANEISGTIPPEIGNLTNLLQLRMEQNNFVGNLPGSIGNLANLTYINLSRNKLSGQIPLSIGKLHQLYKLLLQDNNFSGAIPRALGDCKNLITLNLSCNTLDESIPKELCSLTSLTEGFDLSHNQLSGQIPQEIGGLINIGSLYFSNNHLSGHIPTTLGSCVHLESLHLEGNFLDGRIPESFINLRGIAEIDLSRNNLSGKIPNFFQSFNSLNLLNLSFNNFEGQMPEGGIFKNSSEVFVQGNILLCSSSPMSQLPLCVASSRQRTSHNLMITGISVALALISFSCVIFVLLKWRKRSKRTDHPSFMEMKNFSYADLVKATNGFSSDNLLGSGTYGSVYKGVLESEASEIVAIKVFKLDELGAPKSFVAECEAFRNTRHRNLVRVISACSTWDNKRNDFKALVMEYVANGTLESWIYSEMRRPLSLGSRVTIAVDIAAALDYLHNRCVPPIVHCDLKPSNVLLDDVMGARLSDFGLAKFLQSHNSSSITSSTSLAGPRGSIGYIAPEYGTGSKISTEGDVYSYGIIILEMLTGKRPTDELFNNGLSLQKFVGNAFPQKIHAILDRNIIPNFGSEGMENKLDHENNAIMGMYSCIMQLAKLGLSCSMQTPKDRPKMLDVYAEMSTIKRTLSALATMC >OFZ82064.1 50S ribosomal protein L31 [Bdellovibrionales bacterium RIFOXYD1_FULL_53_11] MKQGVHPEYVETTVTCACGHVVETRATKPNIKVEICSNCHPFFTGKHKLVDTEGRVERFLNKYKKK >WP_096765790.1 molybdenum cofactor biosynthesis protein MoaE [Snodgrassella alvi] >PCL21048.1 molybdenum cofactor biosynthesis protein MoaE [Snodgrassella alvi] MQTRIQIQTEDFNLSQELALAEKIAPDCGAVVSFIGKVRGNDNPQQPLSHLYLTHMSEVTEHEISKIITRASERWSLPYACVIHRVGELPVGAQIVLVLTASGHREHAYQANHFIMDYLKTEAPFWKKECFANGQQHWVEMKHTDQLRTQSWE >MCL2206583.1 hypothetical protein [Fibromonadales bacterium] MKQVWKKRPGTTAYTGLEKPTEKQFKQALIGLYNPEIRYDYFYGYILLRSDVFSKGGKWIEHKLWWLHSGMRDTKNYTRIPRMEKLCTKYRKWIGEMREEKIVIGEAPKQRRLKCVR >MCI8806686.1 ECF transporter S component [Oscillospiraceae bacterium] MPNLTKLLQDISENLMYVLVFLLIFAAIFAVAMALEKLWLKTERQSSARRVAYIGIFAAIGAILVYFEFPLPFAPGFYELDFSFVPELICSFSLGPVAGVVCALVKELLKLLLRGTTTAFVGDLSNFVMGCSFILPASVIYYVKKSRKSALIGMGVGTVVLTAFGSVFNAFYLLPAFSALYGMPMEAIIGAGTDINPAINSVSTLVLFAVVPFNLLKGVLVSVITFLLYKHIERLLHMR >MBI4773680.1 anthranilate phosphoribosyltransferase [Deltaproteobacteria bacterium] MTNVIQRLIEGRNLTEEETFEAVTEMLDGTMGQAAAGAFLYALRTKGETDDELIGALKAFRRILPEAKPVPRLLSMDRQEIQLESETRSRVMEHESRTRTFNVSTATAFVVAGSGMRVLKSGMAPASDYCGSENVLKALRISLNVSMSQVIRFVEDVGLGFLYAANGKMRPLYRLLDQLGFRTVFNIVGPLANPGGAETLFLGVYEAERTEKTASLLLKLGVQRAGIVYSEDSLDEMSICGETRITELENGRLHTYTVVPEDFGLKRALPTNVQGGDAGENARIIRSILDGVPGAPADLVLLSSGFALYLGGRVGAIEEGIELAREAIRTGSAANVLEALMKKTGEEGFVRKAI >MCK4320383.1 formylmethanofuran dehydrogenase subunit E family protein [Candidatus Bathyarchaeota archaeon] MTPGQNMNTELKDIMNKAAEFHGHLGPFLTIGVRMGLLAKKTLKSNGFKDLSVTVNTGNKTPLSCVVDGIQVATGCTLGKGNITVTNLSELSAVFHAKHKAIRVKMKTEVFQSLKRKLLDGAPEKMEETARKISSIPDVKLFSIEELAEKRL >WP_052016305.1 lipocalin family protein [Deinococcus sp. RL] >KEF35291.1 attH protein [Deinococcus sp. RL] MRPIRAFPLGAAAFLLPALLSACLPPPQAFDPARLPAPADLGAKNAPMEWWYVSGYLPESGLAFHWAQFKVNYRGIPYHAGHVAVTDLRTGQLNFYENEAQQARFGFPPLRVEQGEWRLRQEGAAYTLRAGPLNLTLTPRKGPVVHPPGYSGTPEVGRLYYQSITRLDVSGTVLVPGRAGGSEVRPATGQAWLDHQWGDQQPGAQARWDWFGLHLSDGSDLMLYRVRNAAGEVVQVAASRVDPAGVAREVPGVTMTPGRIWRSPSGRDYVLTWQVTAPDLTLSLEPLRDDQELLSRNTSVAYWEGPVRGTGTLAGQPVTAQGMGEFVGGLLTRAEGGRFVPSGR >QDT53250.1 hypothetical protein Pan44_12660 [Caulifigura coniformis] MNRELEQKYLEMQAAPKKVFFSQLPEDADIHEAASAEAQEDDFVLTPRTSVPSPIKPEAPASKKGSQPTVATPTPAASIDDLPDLDSPEAAQAVKTPAASLSDGGVAHSVATGGDALLDIARSEEAEGKKKRRGRPTGPIRTATGFIIFCPYGCKVEVKDQHKGMTGKCPKCRAPFIVPTAPPDYEFAKEREKSVADSAAASAAPGGFVAWMHDVHVHTVNPTKLKLKEASLSKEFALFDFGFGPGKLLVVSLAPKKAGGMFGGAKKGGSDPREAVLTHLKEGKAPEDLPVATKQVYSADDARQIRVVWPEASRASSAFHGIPVFGKQMIAVQLPLVGDGDPQYASFTLSQFREFNKHLEEMFGVDGLAANLGIPMTDEFSTAKCHYSEAQVKSLKDPEWYLADTARPTVIAGYRCEGCGITVSEAARKKEKLGGANGKGIAKATCPKCKKKFGNKPLYTFPEAESGPSISGETPAAKA >MCG7858617.1 queuosine precursor transporter [Flavihumibacter sediminis] MIHNIIRDKPSRLFIILGGFFIANAIIAEVIGVKIFSLEPTIGIEKASFTLLGESGLSYDLSVGVLPWPIVFIMTDIINEYYGIRGVRFLSFLTAGLIAFAFFLFYFAIHTVPAGWWQVSQQENGVPDMQAAYSQILGQGMSIILASLTAFMVGQLTDATVFRKIKKLTGEKRIWMRATVSTLFSQMVDTIVVSYIYLYFALGFSFPRVTAIAMVGYTYKFTIAILCTPLIYLIHGLIERYLGKKQAAEMKAAALELQKQS >TNF43597.1 peptidoglycan bridge formation glycyltransferase FemA/FemB family protein [Cytophagales bacterium] MELQELSSNQATWIHTKDQNWLIQWDAIQRNHQEGMFTQTSSWLSSYRAYGFDFELLIKVDSKNQIEAGMACLLIKAGPFTIYSCPWGPFSPRAEFIPECLEKFDQRAKEIGAMVSQLNPAWRADTDILIQNLEDGGYQKGTFLKKVFVPTDFNMIALPSLEEKDWERILLKSFSENAKRNIKTALKQEVTLKKVQSFEELEEAYACFQANADREGYTIRSWEDIRDSLWDGVKNENSLVLFAQFQGQTVGAIWCAHGGNMLSYIMGGVDRTEKDLKLGHLLQWSAISEAVKRNYSRYNISVGGSEGVVRFKSSFYPTQISSSGPYFKVLRKAHYLGFNAVFPFLEKNKKLASRILKLIK >MBO7597869.1 aminoacetone oxidase family FAD-binding enzyme [Bacteroidales bacterium] MSSTRLAIIGAGAAGCFCAANIAENTLEFDITIFESSDKPMHKLSLTGGGRCNITNTFDAVGALNHVYPRGANLLKKLFYNFDHNALQEWFLAHGVTLFAQDDGRVFPTSQNALQIVDTLYNALISKSITIKTNHRLSSLQINAEGKFILSFDEKPPQMFDIVVVATGGTSPAFLDIFRNLGIETIEPVPSLFTFTIKDPDLNALMGATVDDASCSIAGTKFTSEGSILVTHWGLSGPAILKLSSYAARYLKENKYTSNLIVNWLNTNEEDARNIVFSFQSRYPQKTVLSVRPDGITNRMWLYITNKCDIDGAKRWSEVSKKNLNRLVSILISDTYKIQGRGHYKEEFVTSGRISLNAVSSKTLESKAVKNLYFVGEVLDIDAVTGGFNLQSAWTTAYTAAMSIVNNQNKSN >WP_218401824.1 type II secretion system minor pseudopilin GspK [Enterobacter mori] >QXM19714.1 type II secretion system minor pseudopilin GspK [Enterobacter mori] MSGKSVRKQRGVALLVVLILLVMMSALAAKISQQFCRNLQKTRYQVSQQQLRWSIQSQQKTIEDLLQTYASGESKGLSPKGEWSEPVETEGEHYTVVSQVEDAQTCFNVNNLLAADQTPAVQTAGALPEKPVKERIVEQLLTDSGISAGDAEEIYQQLLDYLDGDTTTAKEGLETDAWAGVEPARQPANQMMRTPGELKLLPAFPAAAYDKVSNLLCALPDSASKVDVNTLTGEQAPLLAALFIGSLTEDEAARLIASRPEEGWESMEAFLKELETNYPQTKDALKQVQALLAVNSNYFRVNSTGNTDDLTLRVVSQLHVDNEAGKVITWQRRYRMVE >WP_228618531.1 hypothetical protein [Streptomyces barringtoniae] >MCC5475018.1 hypothetical protein [Streptomyces barringtoniae] MPRTSWTRRTLAALAACVLLPLGAAACASGHTHDGTVPPSPVGKVLDDTDSTGRHLREVDKRDAPQVGVEVTPHSGGGWDVRLTFRHFRCSAPGSGSTAVSGRGLVYLFVDSRRITGLRAGGYHLPDALVPRGTHHVTARLYADDGTVWAVHGKPVQSSADITVSDPETASGGPPAGAAAPVAGK >MCK6520984.1 hypothetical protein [Myxococcota bacterium] MSPLSLLLAFVLATPALAERPPQNPDPRPMGPPDPHLDALAGASDLGDWAVSLEAGFPFFGVRGQVATPWAGLNAVGSVNSALFADTWALGGVSMRWVDTHRVVLSGELLVGGTVRTGDLSRRGPAAQTTLRLARGHGRVVPALTLSSRQVLLTDVQVNQTAEGELIERSRAVAWSPVASFDVGVGVCPGFAVSAGLDVPWFDPPGFSLPGAHLNLIVGGWK >WP_232018041.1 L-alanine exporter AlaE [Citrobacter portucalensis] >VEC15689.1 inner membrane protein [Citrobacter portucalensis] MFSPQSRLRHAVADTFAMVVYCSVVNMLIEIFLSGMSFEQSLYSRLVAIPVNILIAWPYGMYRDLFMRAARKATQAGWAKNLADVLAYVTFQSPVYVIILLTVGADWHQITAAVSSNIVVSMLMGAVYGYFLDYCRRLFRSAAIIRLKPDTLLRDWHCQSRY >WP_089092961.1 sulfur carrier protein ThiS [Nodularia sp. NIES-3585] >GAX37813.1 hypothetical protein NIES3585_38580 [Nodularia sp. NIES-3585] MSNQITLQVNGETRSCLSQTPLPDLLEQLGFNPRLIAVEYNGEILHRQFWSQTQIQPSDRLEIVTIVGGG >MCI6324393.1 TonB-dependent receptor [Bacteroidales bacterium] MFKSFLKKRAFRFRRFSHKAYAAFCSLHREVTIGRVSGYMTDLEMLKHGKSAALIALMLVAGASAIEAEEGVPKDSALTESQQLSLQEVLVISQKAEVQSDAYRLITQVSHDEIQALPIQTVADILQYLPGVDVRTRGVNGAQADVSMRGGTFDQVLVMLNGVSLNDFHTGHYALNLPISPSLIERVEVLQGTSANLFGAFFGAINIITKAQPEMVLKLTAGMNGLVNPEFAGSWQKDEVHINASAEYSRAEGYYAPDPTEKEQTALTNSDYQLANLYLQTRWRGLDVQMGAQWKDAGAGMYYGFGSQDQFDATRTAFASAKYAHRWGAWRLEAQAAYRANYDRYEWHRGQRLYGNFHFAQTTSAALSAHYASRIGTTSFGVSIRNENIHSTNLGDTINPNGQVPNVEGFNLADVRVLDLVRGGNRFHLNYFAEQTVYYAGLSASLGVNGTYNTQFGNHFAGGANIGYEYAKNSSVYINANRSLRMPTFTDLYYNAGNQLGNKNLQPEEAWLLSVGTKYNPTFGKAGSLALAADWYYRWGKNIIDWVYTPEDTKRPYHAQNQQQVNATGVELSVAYRWNEWLRCLSVDYAYTYLDLDLKEAGSRYLDYLSHKLTIHLEHGIYKGLGASWTVRYQQREGQYNDAQGEVQDYQPVWLLDGSVFWQNKHLRVSVDCTNITNTRYYDYGGILQPGAWAKISIKAML >EFL3122059.1 RHS repeat protein [Escherichia coli] TPRGELAVVYDRSGKQVRSFTYDDKYRGRMVAHRHTGRPEICYRYDSDGRVTEQLNPAGLSYTYQYEKDRITITDSLNRREVLHTQGEAGLKRVVKKEHADGSVTQSQFDAVGRLKAQTDAAGRTTEYSPDVVTGLTTPDGRASAFYYNHHNQLTSATGPDGLELRREYDESGRLIQETAPDGDITRYRYDNPHSDLPCATEDATGSRKTMTWSRYGQLLTFTDCSGYVTRYDHDRFGQVTAVHREEGLSQYHAYDSRGQLIAVKDTQGHETRYEYNIAGDLTAVIAPDGSRNGTQYDAWGKAI >MBR4563510.1 hypothetical protein [Paludibacteraceae bacterium] MVCLTISSSCGAYEWILNHAQKYVWFQSSYIAPPPSLISAMRNAAQRGVDVRVMVPEHCDTAIMRPINKSYYAELTEAGVQLYVRSGEFMHSKTLVCDDYLSCVGTTNLDYRSFGIDYEINTFFYDRAVALRQKQIFENNLPICRLVIAAEAHPTPWQRLMRHLAPIV >XP_029371967.1 LIM/homeobox protein LMX-1.2-like isoform X2 [Echeneis naucrates] MLNDIKIEDRLRTDACSLDIMIGSDCRSRRAVCEGCTRIISDRFLMRVNDASWHEDCLQCAACQQPLTATCYFRDTKVYCKSDYQQLFATKCSGCLEKIAPTEMVMRALECVYHLSCFYCCVCERRLCKGDEFVLKEGQLLCKSDYERERELLSSFSPDNSDSDKSEDEDLIMKSENSTAAGKGSDDSKDHRRPKRPRTILTTQQRRAFKASFEVSSKPCRKVRETLAAETGLSVRVVQVWFQNQRAKMKKLARRQQQQQEQHNSQRLGQEVISGCMEGLLSSYSGTLPPNQQQHLVTMEHNSYNTDPFQQGLTPPQMPGDHMNPYGTDSFVHDIDSDNSLTSLSDCFMATTDGGSLQTQVENPIDRLYSMQSSYFAS >ACA34490.1 putative two-domain glucosyltransferase [Campylobacter jejuni] MNLKQISVIIIVKNAEQTLLECLNSLKDFDEIILLNNESSDNTLNIANEFKKDFANLHIYHSAFIGFGALKNLALSYAKNDWILSIDSDEVLENECIKELKNLELQEDNIIALSRKNLYKGEWIKACGWSPDHVLRIFNKNFTRFNDNLVHESLVLPSNAKKIHLKNGLRHYAFRDISHLIDKMQHYSSLWAKQNIHKKSGVLKANLRAFWTFFRNYFLKNGFLYGYKGFIISICNALGTFFKYMKLYELQKQKPKTCALIITTYNQKERLKLVLDSVKNLAFLPNEVLIADDGSKEDIARLIKKYQKDFPCPLKHIWQEDEGFRLSKSRNKTIKNADSEYIIVIDGDMILEKDFIKEHLEFAQRRLFLQASRVILNEKESEEILNKDDYRIAFSKKDFKSSKNSFLAKMLYSLSKKDEKIFKKTKLIKGVRGCNMSFFKADFDELDGFNENFIGWGREDSEFVARFLFNNGIFRRLKFKAIAYHIYHKENSKKMLESNHQIYLDTIKNKKISWRN >KAG3000577.1 hypothetical protein PC118_g171 [Phytophthora cactorum] MTIQIQLKTLALPPVYALFAPWGVNSIPCSCLPSFVAKVTRVTAVEWTDDVCTPPEHSTLSSNCYGACSSSLCVNYASSTAEDKSKESSDAGFFYRGCSIADMPSCKSNVTSGTCQVQCLVNSPASWSTPQWTLTIAQPQSDKTDTAVFQEIDDLTLPSTLQNLTIIGATASSQITVPLSFSSNAFRSGTALQQIVISDVNVGDMLTNIFPDSLQTLIIQRSRLTQFDPRGSHAFSSVSTLDLRDNQLSDIPTIIYEMRNLSALYLQGNAIANAHVTLPQLQYLQELPIFEANLTVDGSCSSGYQALSWSDKSVCYTNGDGLGSINSSGSKEKSTTSTASESNSTSVVLFVVLGLVFFTVLAVVGGVVLLRRWKQKTGKEQHDSLVSADGNKIKANLKSLRARMGVNGTVQTTELEASLNEYNTGGGLRKAPFKEIPATDMVMLNQLSTSGPVVVALAEHRTKLVLVTKLQPSDDDVEAALDMVPTLSQMRHPQLLSITGLLWDDRHAMTAVCEYMTLGTLEAYLRSSGSELNWKNFKMKAAAEIARGLMYLHSQHMVTYDGLNGRSVFVDPSKGCKLNPIQAALPTDGSSPYSCQSYYRRSDSTSKAFFAPEILIGEPSRSSSDMYAFGVLLAHLDTCQTADEMIRSSWRMRTHIGDFDTDNGTLLSTDGTVVSTNTSDSDNSRRRTTHLESLPSANNSLTLQSSRSLALEENRRRTTPVLGTHNNDDTSFMSMFTFTPECPTMVRELAGACLQYDPSLRPSASYIAAMLHI >MBI0841908.1 PTS galactitol transporter subunit IIC [Escherichia coli] HTQLAANAGALKAGGMVASMDQGGSPITWLLIQVFSPQNIPGFIIIGAIYLTGIFMTWRRARGFIKQEKVVLAE >MCL5061987.1 cytochrome c3 family protein [Nitrospirota bacterium] MKKKFTVSILAIALFADAAFAGIEKSKHDLSYDRKEEICIWCHTPQRVYTGTADVTLWNKAIPSVVYSIYGTPITGIPVDTVPLTLSKVCFSCHDGLQAPDIKFDKVEERSVYPLPSGTTLIGQDMVDRTHAYHPVSLIYTEGKANLKPTGEMLSGWQGANTVADLLRNGKVECVSCHDPHAGDKPAFLRRHNIKSSLCYGCHSK >EHR6291555.1 ABC transporter ATP-binding protein [Salmonella enterica] >EHX4507014.1 ABC transporter ATP-binding protein [Salmonella enterica] MSEAVITLHGLTKRFAGMDKPAVAPLDCTIHSGYVTGLVGPDGAGKTTLMRMLAGLLKADGGNASVLGFDPIQNDSELHAVLGYMPQKFGLYEDLTVMENLNLYADLRSVTGEIREKTFARLLEFTALGPFTGRLAGKLSGGMKQKLGLACTLVGEPKVLLLDEPGVGVDPISRRELWQMVHELAGDGMLILWSTSYLDEAEQCRDVLLMNEGELLYQGEPKALTQTMAGRSFLMSSPQENNRKLLQRALRLPQVSDGMIQGRSVCLILKKEATAADIRQAEGMPEITLNETAPRFEDAFIDLLGGAGTSESPLGSILHTVEGTAGETVIEAQELTKKFGDFAATDHVNFVVQRGEIFGLLGPNGAGKSTTFKMMCGLLVPTSGKALVLDMDLKVSSGKARQHLGYMAQKFSLYGNLTVEQNLRFFSGVYGLRGRAQNEKIQRMSEAFGLKSIASHPTDALPLGFKQRLALACSLMHEPDILFLDEPTSGVDPLTRREFWLHINSMVEKGVTVMVTTHFMDEAEYCDRIGLVYRGKLIASGTPDDLKAQAADEQQADPTMEQAFITLINDWDKEHTHE >WP_023685930.1 MULTISPECIES: ABC transporter substrate-binding protein [unclassified Mesorhizobium] >ESW62978.1 ABC transporter permease [Mesorhizobium sp. LSJC277A00] >ESY04526.1 ABC transporter permease [Mesorhizobium sp. LNJC398B00] >ESY25542.1 ABC transporter permease [Mesorhizobium sp. LNJC394B00] >ESY28714.1 ABC transporter permease [Mesorhizobium sp. LNJC386A00] >ESZ37905.1 ABC transporter permease [Mesorhizobium sp. L2C066B000] MKASYLVSAVLLAATAMPAAAGEISDGKVKIGILNDQSGVYADFGGKWSVEAARMAVEDFGGKVQGAPIEIVNADHQNKPDIASNIARQWYDTEQVDAIMELTTSSVALAVQGLSKEKKKIDIVTGAASADLTGKQCSPYGFHWAYDTHSQAVGTGGALVQQGGDSWYFITVDYAFGYSLKEQTSKVVEASGGKVLGEVRYPLGSTDYSSFLLQAQSSGAKVIGLANAGLDTSNTIKQAAEFGIVAGGQRLAALLFTLAEVHGLGLQAAQGVVLTEGFYWDRDDKSRDFAGRFFKRTNRMPNMIQAGTYSAVLQYLKAIDKAGTDETEAVAKQLHEMPVDDIINANGKVQADGSMVHDMYLYQVKKPEESKKDWDYYTYLATIPGDKAFIKAEDSGCPLVTK >WP_261952390.1 NUDIX domain-containing protein [Streptomyces nigrescens] >BDM68367.1 putative Nudix hydrolase [Streptomyces nigrescens] MAEEPLNVDEVLDVVDENDQVVGQAPRGESYARRMRTRCSFVLVRDAEDRIFVHRRTPNKLVFPAHYDMFVGGVVGAGESYDRAALREAEEELGVRGLPQPEPLFKFLYETAEHTWWSAVYQVRCTLPVVPQEAEIDWYAFLTEEELIARLDEWPWTPDGMAAYRQLLARRERGEC >WP_135059887.1 cyclic nucleotide-binding domain-containing protein [Legionella israelensis] >QBR83502.1 cyclic nucleotide-binding domain-containing protein [Legionella israelensis] MSRNMDSKSSKNSGLKRSDKAKKSSRQITIVQALRKSELFGVLDEESLQQISNVAHQSNVNAGETIVKEGEPSDRIFLIVNGIAEVKKHLTNESEKILAYLMPGNTFGETGVLEDQPRSVTVVALSDVELIEVHQALFKNLLMTFPQLGIELSRLLGHYLIQTNNRLIRGSKDKRLVVIFKFGRVKSAELLSKSIAEKINNKTEQPTIFINYTGRAKSLKLTHQFQIDRSSTAYDVLLNGKTLKFPSDSRISMIVDRLLDTYDNLIIYFANLPKENLALLFEYLTQMIILTDKPNYLTSVAWMEKLREQLRQEPVESFILSEEKNSHQDPINYHFMGKHDLNNGKLTFSSTINMLTDRLKRNNRIAIFIPITSTINHADTSTMINETLKFLGNIFGGATSKEAAGVWKNQDVKKNINFIQEEKIFMIYSYTTGKALRNNLHKVVEFAKTIKNSLQQESLAIEINNKLILI >XP_008902753.1 hypothetical protein PPTG_09502 [Phytophthora parasitica INRA-310] >ETN11814.1 hypothetical protein PPTG_09502 [Phytophthora parasitica INRA-310] MSCGSSGNRPIEITKAMKLVGKWAQDASQTPLPSHLCDDLVEEGKVYVNKLSSFLIKADLIGALRKIESSTRDVFQSTVEERAANALSWTRQLKEGASVEDVDKGILLLDEVIRHQEEGWKPRNNEDRLAVISKWRLNRYQTKTDSGSATANNPKKIKKERGQRG >WP_186282298.1 nitroreductase family deazaflavin-dependent oxidoreductase [Streptomyces cupreus] >MBC2902389.1 nitroreductase family deazaflavin-dependent oxidoreductase [Streptomyces cupreus] MPLEGEYEPSPTQWVREQVELYESSGGTKGTTLRDTGLPVILLTTRGARSGKIRKTPLMRVEHAGRYAAVASLGGAPKHPVWYHNVKADPLVELQDGPDKREMRAREVTGAEKSEWWERAVAAYPPYADYQEKTEREIPVFVLEPVEGD >WP_118283063.1 MFS transporter [Enterobacter cloacae] >RHI03515.1 MFS transporter [Enterobacter cloacae] MNTTTAPHAASRWVIFMLALGAGFSVASIYYAQPLLPLMGADLHLSIEGMGLVPTLTQAGYALGILFLLPLGDRHDRRTLILIKSAALALFLLGCSLTGQPHSLLLASLLIGMAATMAQDIVPAAAILAPEGKQGKTVGTVMTGLLLGILLSRTVSGVVGEAFGWRVMYQLAAASIAFVGAVMWAVLPRFAIHSTLSYPALLRSMEHLWRRYPALRRAALAQGFLSIAFSAFWSTLAVMLLERYHLGSAVAGGFGIAGAAGALAAPLAGGLADKLGAGKVTQLGAVLVTVSFAMMFLMPTLGVHGQLMLIALSAVGFDLGLQSSLVAHQNLVYSLEPQARGRLNALLFTVVFIGMALGSVLGSNIYTLAGWTGVVALATVCGVIALVIRLIESARVTSAQAEIA >HAL7851047.1 molybdopterin-dependent oxidoreductase [Escherichia coli] GIVGGNMTRSSPSASAVKRLMNCYGGSLNQYGSYSTAQISCAMPYTYGSNDGNSTTDIENSKLVVMFGNNPAETRMSGGGITYLLEKAREKSNAKMIVIDPRYTDTAAGREDEWLPIRPGTDAALVAGIAWVLINENLVDQPFLDKYCVGYDEKTLPADAPKNGHYKAYILGEGDDKTAKTPQWASQITGIPVDRIIKLAREIGTAKPAYICQGWGPQRQANGELTARAIAMLPILTGNVGISGGNSGARESTYTITIERLPVLDNPVKTSISCFSWTDAIDHGPQMTAIRDGVRGKDKLDVPIKFIWNYAGNTLVNQHSDINKTHEILQDESKCEMIVVIENFMTSSAKYADILLPDLMTVEQEDIIPNDYAGNMGYLIFLQPVTSEKFERKPIYWILSEVAKRLGPDVYQKFTEGRTQEQWLQHLYAKMLAKDPALPSYDELKKMGIYKRKDPNGHFVAYKAFRDDPEANPLKTPSGKIEIYSSKLAEIARTWELEKDEVISPLPVYASTFEGWDSPERSTFPLQLFGFHYKSRTHSTYGNIDVLKAACRQEVWINPIDAQKRGIANGDMVRVFNHRGEVRLPAKVTPRILPGVSAMGQGAWHEANMSGDKIDHGGCVNTLTTLRPSPLAKGNPQHTNLVEIEKI >WP_007635864.1 glycosyltransferase family 2 protein [Rhizobium sp. CCGE 510] >EJT02488.1 family 2 glycosyl transferase [Rhizobium sp. CCGE 510] MRIAVITPYYKEPNELLEQCRASVLDQTVACDHVFVADGFPNAVVGGWRAKHFILPNAHGDAGNMARVIGSLSAFAQGYDAVAFLDADNWYKSDHIQRLLELHRRTGAAVCTSRRSMHRADGTYMFDDLKSDGRTHVDTNCLFLTRPSLPIIARWAHMPRELYPVGDSVYWSSIRSSRLSCAHEPTATVCYRTTWEADYKRIGEPAPAGSKTLAFTDQPYYWFKSLPARDRWRIWQDFGFPLRRRTVAKLIGQYALSRLSPYSYLGAKHEY >WP_223101678.1 peptide chain release factor N(5)-glutamine methyltransferase [Streptococcus ratti] >NMD48106.1 peptide chain release factor N(5)-glutamine methyltransferase [Streptococcus ratti] MNYAQAFAQYEAVLAANGEEKAALAYVFNDWKDWSRLDFILHQSHEIPEADLRQLDRITKLLKQHIPAQYITKKAYFADLTLTVDERVLIPRPETEELVNLILEENPDESLTVLDIGTGSGAIAIALAKARKNWQISASDISKKALLLAQDNARANQTAVNFLHSDVFSQISDKYDIIVSNPPYIAFEDRNEVGQNVLLHEPHLALFADNEGLSVYQKIAEGAAEHLTAGGRIYLEIGYKQGASVSEIFRNYFSDKRIRLLQDSFGKDRMVVIDDG >WP_140372075.1 long-chain fatty acid--CoA ligase [Vibrio parahaemolyticus] >TOQ34755.1 long-chain fatty acid--CoA ligase [Vibrio parahaemolyticus] MAQQHNDWADITSLDTFPKVLQHNAKHWPEQVAMREKEFGIWREFTWQDYENRVKWMALSLQDLGIGEQDVVGLLGDNRPEWVWGELAAHAIKGYSLGIYQDSMHEEVAYLINYAKAKVVIAEDEEQCDKLLELGDEIPSVEYIIYCDPRGMRKYDDPRLIDVEQVYKKGQLIDKADPDKYLNMIAATKGSDLSILCTTSGTTSKPKLAQLHSGTFLDHCAAYLRADPRSPGDNYVSVLPLPWIMEQVYVVGQALISRQIVNFVEEQETMMSDLREIGPNFVLLAPRVWENIVADVSARMMDSTPFKQKMYKLGMSLANKALDQGKRSKLAEWILLRALRDRLGFSNLSSAATGGAAMGPDTFRYLQAIGVPLKQLYGQTEMCGAYTVHQADDVDYDSVGVAFDNADVKVINPDSNGVGEIIAKSTGMFTGYLNNQAAYDEDVQDGWMHTGDAGYFKDSGHLVVIDRLKDMSETSHGDRYSPQFIENKLKFSPFIAEAVVVGKGRPWLSAIICIRYAIVAKWAEQKGIAFTNYTNLSAQPEVYKAIREEVLKVNKSLPDAQKISKFILLYKELDADDGELTRTRKVRRGVVAEKYGDIIETIYSAAPTVDVDTVITYQDGTKTRIQTSLVIETLIQHELTLVDSEQRRIA >SDP58856.1 dihydrofolate reductase (trimethoprim resistance protein) [Litchfieldia salsa] MKVSLIVAMDKNRVIGKENDIPWRIPKDWEFVKNTTIGQPIILGRKNLESIGRALPHRRNIVLTRDKNYNFEGCEIVHSVEDVFKICNNEKEIFIFGGEQIYKMFLPYVEKMYITKIHHEFEGDTFFPEVNFNEWDQVSVEKGIKDEKNPYNYYFHVYERKLLSYHERTQISFIFCGEVLIHGGLTEAMI >AAO64374.1 bindin, partial [Lytechinus pictus] ISGHRRTRRSTDTNKEVSDDSGRSARKKRYGNMNYPQPMNQPMGGGNYPGQPPRQNYAPQAMGGPVGGGGMGGAVGAGGMGGPAGGANGIGESVEDEMSVDSDYSSLEGETTISAKVMQDIKAVLGATKIDLPVDINDPYDLGPLLRHLRHHSNLLANIGDPEVREQVLSAMQEEEEEEENDAANGVRENVLNNLNANAPGQGGYGGTQGGTYGGQGGGVMGNQGMGGQGYNQGYMQG >KAI2867803.1 hypothetical protein CBS12448_249 [Aspergillus niger] >KAI2897304.1 hypothetical protein CBS13152_3047 [Aspergillus niger] >KAI2923288.1 hypothetical protein CBS147371_1734 [Aspergillus niger] >KAI2957565.1 hypothetical protein CBS147322_2173 [Aspergillus niger] >KAI2972324.1 hypothetical protein CBS147323_2578 [Aspergillus niger] MIELGLSRIVRLLQQTPLTWKAIHIAGTNGKGSISAYLSHLLSTGGVRCGRFTSPHLIDRWDCITIGEKVVQESLFRQIEARVKLRDQTLGIGASEFELLTATAFEIFNHERVDIGVVEVGMGGRLDATNILTDVLVSVIAKIGLDHQFLLGDTIEEIAREKAGIMKSGVPCVVDGTNSVEVLRTLEGHIKELGIDAIFTRPDTPEYHSPSLGQLFATLDLLPHQRANMSCAVSALKLALPRFRPDIDVDALVPQLSKVEWPARLQKILLKPLVDREEPVLLDGAHNTQSAEVLGEYVDYKLRPQGTNVTWVIAASRETRFNRTRLSLDWRTRIVPLGLT >NNE58254.1 septation protein IspZ [Hellea sp.] MSDENNKAPQKQWIEFGPLIIFFIVYIWLRNTLADPKEAIYPAAGVLAVLSIATVLYTKIRHKTVPMVLVFSAVLVCLFAAIAYFLDDPRFFYIKPTIINIIFGVGVIGGVLFKKNVIKIMFGDAFDLPQKAWNNLAIRWGIFFFVLAGLNEYVWRNFEEPTWVKFKLFGLIPLTFLFTMTQVPYILKHGTIKGQE >WP_092396407.1 MULTISPECIES: bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas] >MBC3345032.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas tehranensis] >MBT2297455.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] >MBT2305653.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] >MBT2314324.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] >MBT2319184.1 bifunctional 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase [Pseudomonas fluorescens] MKQEKTQVVIVGGGPNGITAAHYMGMYGIDCVVLELADCILPYPRAVGMDDEALRVLQGIGIAELAARDMICDVPLRYYNSRGVCFAEVKPSTAHYGWPMRNIFMQQLLEGTLREQLGQHPSVQLRQGHEMLELEQDAQGVTLQVRDAQGTLYQLQAEYVIGADGGRSTVRKKLGIELLGLTHPRKWVVVDTANDTLDAPYTALHADPQRPFVCIYLPYQQRRWEFMLLEGEDEAKMCEEGTIRKLIRGHIGDAVDQLNIIRIRAYTHHSRVAARFVEGRVVLVGDAAHISPPWAGQGLNSGLRDVANVAWKLAAIIQDRASASILESYDQERRGHATELVALADNMGAVLGLTNPLMAGVRDWLFQAVNSVDNLRSHLLEFKFKPKATITKGLVYHERAELREDDLVGQLFVQPYVEDAQGQRQRLDSVMGSSYAILGYRVNPREQVSEEMADYWARWEARFIQVNRSRSGVGRNQPLTAVDAISVEDVDNRLGEWFSRVRDCIVVVRPDRFVAAITTPERLDGVLRKLAGQLS >CAF4033986.1 unnamed protein product, partial [Rotaria sordida] AGIASREFPDQLLIALEPEAASIYIRKLRMHQFIPDETPTYSRNSVRREHGPLSSSFSNQSSPILFDSDKLSTDQIEYNTSKQAFEVILDRGTRYIVVDCGGGTVDVTVHELDNKMGTLKELYKATGGPYGSVGVDQEFEKLMCTIFGKEVMEDFKMKRPAGYVDLMIAFEARKRTASPFKNNPSNISLPFSFIDYYKKKKGSTVESAIRRYNDPDIKWSSQGMMRLTPEAMKRLFHPTIEKIKGAIGDVLNSPDVKGIHYLFLVGGFAESPILQHEIRRAFSSILKVIIPQDVSLSILKGAVLFGLDPTIVNVRRSRLTYGVSVLNRFVSDYHIIEKKITKDNIEWCADIFDKFVLVDQSIGLGDTVIRKYTPARHNQPQCIISFYCSESDKPLYVTDPGVRKIGTLVLDMFNDGYIQTNHHNNSSITSKDRRREIQTRMVFGDTEIKVSALDMTTGKCVRATIDFLNK >KAH7290269.1 hypothetical protein KP509_30G039800 [Ceratopteris richardii] MLRDVTTAFNTESEQIKDELEVCNSTRSQAEEEARDKFEKEKAAIETSLRDELVSCRICMLNPRSIMIMPCMHAQFCAECVEQSIRRNGDKCPSCRGTIVSKFPYVC >PZN79281.1 alcohol dehydrogenase [Candidatus Methylumidiphilus alinenensis] MLVSPFSISRLPSIVFGQGQIKQLPALLRQFGQQALVVTGARSFRQSSNWERLIQGLAEVGVGFEQLTVSGEPSPAVVDEAVVRFIGRGIQVVVGIGGGSVLDAAKAIAGLLPHGNSVMDHLEGVGRNIPYIGPSIPFIAVPTTAGAGSEATKNSVLSITGEFKKSFRHESLVAQYAVVDPDLLATCPPDLIAADGMDAFTQLLESFVSVRANPFTDALAKSGMEAFSEGFFNAWRGGEGEQANAGRASMAYAALLSGITLAQAGLGSVHGLAAPLGAFYPIPHGLACGTLVAEATAVNIRALRERSLGHSALEKYAQASALLCRRSFPNNEAAWAALIALLREWTETLGLKRLGEFGVEPSHVDRIVANARGNSMLTNPVTLTDGEIAEIVRARL >CAD8042782.1 KIR [Macaca mulatta] MSLIVLSVACVGFFLVQTACPYTGGQDKNFLSAWPSALVPQGGHVTLRCHYRGGFNNFTLYKDDRSHVPIFHSRIFQESFLMGPVTPAHAGTYRCRGSYPHSLTEWSTPSNPLAIRVTGVHKKPSLLALPGPLVKSGETVTLQCSSDTVFEHFFLHREVTLEEPLHLVGKLHGGGSQANYSINSMMSDLAGTFRCYGSFTHSPYVLSAPSDPLDIVITGKYEKPSLSAQPGPTIQAGENVTLSCSSRCSFDMYHLSREGEARELSLSAVPSVNGTFQADFPLGPATHGGTYRCFGSFRTAPYQWSDPSDPLPVSVTGNPSRSWPSPTEPSSKTSNPRHLHVLIGTSVAMILFTIFFFLLHRWCSNKKNAAVMDQEPAGDRTVNREDPDEQDPQEVTYAQLDHCVLTQGKITCPSQRPRRPPTDTSVYTELPNAEPRSKVVFYP >WP_083051706.1 mechanosensitive ion channel [Marispirochaeta aestuarii] >ORC34171.1 hypothetical protein B4O97_13915 [Marispirochaeta aestuarii] MGNFLALAGQIFFSPLKIGDIEFPFSLMKVTIELLLPILLIVIVYRLILLSAVRLLRRTSLEEAGRNKIRRFLRLGFGALALLGITALVLRLLGAEIAKYGEALYRIVSAPFFESGGTKISLLTLLLLIPVFYLSGKMGQLTRSFTDRHLFSRVGLDESKKFSFSNLLRYTVMVLTVVVGLTIIGIDLSALAVMFGVLGIGLGFGLQSVVANMFAGLVIIFSRPIKEGDRVLVGEYEGTVTNIRLISTTINTISYETIIVPNRLIIDDTVYNYSYDDRRIILRNPVQVSYDTDLDQAIEVMREVGRRNPFALTVPEADVRVSSFDDSGITLILLTWLGDVSDKYSASSWNNLEIWRSFRDEGIEIPFPQRDLHLRSGMEPMVRELRELRKSLSEKS >WP_242531680.1 thioredoxin family protein [Salipiger thiooxidans] MPPVCNFGWRAPGFHLPGVDGRRYRFDDIAGPKGTLVMFICNHCPYVLAVLDRIIRDARELQALGIGVAAISANDALAYPQDSFENMKVMAAERGFPFPYLYDEAQGVARAYDAACTPDFFGFDAKGGLQYRGRLDASRKEAGAPDLKRELFEAMKQVAETGHGPREQIPSMGCSIKWKAA >XP_028635853.1 hydroxysteroid dehydrogenase-like protein 2 [Grammomys surdaster] MLPNTGKLAGCTVFITGASRGIGKAIALKAAKDGANIVIAAKTTQRHPKLLGTIYTAAEEIEAAGGKALPCVVDVRDEQQINSAVEKAVERFGGIDILVNNASAISLTNTLETPTKRVDLMMNVNTRGTYLTSKACIPFLKKSKVAHILNLSPPLNLNPLWFKQHCAYTIAKYGMSMCVLGMAEEFRGEIAVNALWPRTAIHTAAMDMLGGSGVESQCRKVDIIADAAYSIFKRPKSFTGNFIIDENILKEEGIKNFDVYAITPGHPLLPDFFLDEHPDAVTEEKESNDPVPEVKEEKLQLQEQPPHQEQPQQQEQPQQQEQPQLQVQPQQQEQPQLQVQPQKQEQPQPQPQPQLQEQPQLQEQLQQRTQQRTQPPPLVQSMLPLKPHFGAVEETFRIVKDSLSDDVVRATQAVYQFELSGEDGGTWFLDLKSRGGKVGHGEPSDRADVVMSMATEDFVKMFSGKLKPTMAFMSGKLKIKGNLALAIKLEKLMTHMNSRL >MCB5199682.1 TCR/Tet family MFS transporter [Loktanella gaetbuli] MRLPVVFILVTVVIDAMGIGLILPVMPDLIQSIEGAGVARAALWGGMLASIFAVMQFLFGPLLGALSDRWGRRPVLLVALAVMALDYVLMAVAHTMALLVIGRIIGGITAATQSTAGAYMADISKPEEKAANFGLIGAAFGVGFVLGPLIGGLLAEFGTRAPFYAAAALAGLNFVFGYFVLPETVTDRIRRPFSWRRANPVGAFRHIGALPGVGRLLVVIFVYGVAFYVYPAVWAYFGTERFGWGPGMVGLSLGLFGIGIAVVQGFLVGPAIRRFGERGTVLLGLGVDIAAFVALGFVSNGWIALALTPFTAIGSIAGPALQGIMSRRAADNQQGELQGVLTSTHAVATIIGPLAMTQTFYAFTVPGAAIYLPGAPFLLAAGLTLICVAIVLATPRARAA >MBI4905271.1 hypothetical protein [Acidobacteriota bacterium] MSTRTNWLAIGTGIGIEISAQQLRVAVTKVRPSGAEVLGTLLIDSYQTRPAAEWGNEYAALLRRHGVSHQAAAVVLPRRELTVRVVSLPGVADADLENALRLQIDSLHPYPENDTAWTWAKLGKQGALLVAITRQSWMERHLELLTEAGIKVSSFTFPAALLYSALRLYTTPPVEGFVGLMETDAGVEVYGESPARAAFSALYEVSLERAAGLAAAELRLSEHFSPKELAGLLPSPRRVMAGSSDPLPIAAYLASLAAACPRLALPANLLPAALRVTSSRWIYVPTIALGTLVMIGMVALGFYARYEDKKYLDALNAEIRSLEPKAQMVSKIDQQVAQAQAKMRLLDTFQGRTKQDLDALREVTKVIPPPAWLNTLELSRTGLVVAGESDQATGLLKALDSSPQFQGSEFLIPLSRVGNVEVFRIRSGREGVQQ >WP_181797223.1 NUDIX domain-containing protein [Streptomyces sp. WELS2] MTVRAARRSAGLLLFRHTDQGLEVLLGHMGGPLWARKDAGAWTVPKGEYDPAEPAWEAARREFREELGVAPPDGEALPLGEVVQRNGKIVTVWAVEADLDPETIEPGTFTLQWPPRSGRYQEFPELDRVAWFTPDRARAVIVTAQAAFLDRLAEHSG >WP_109219819.1 spermidine/putrescine ABC transporter ATP-binding protein PotA [Salmonella enterica] >PWD06252.1 spermidine/putrescine ABC transporter ATP-binding protein PotA [Salmonella enterica subsp. enterica serovar Anatum] MGQSKKLNNQPRSLSPLVLLSGISKSFEGKEVISQLDLTINNGEFLTLLGPSGCGKTTVLRLIAGLETVDAGHIMLDNQDITHVPAENRYVNTVFQSYALFPHMTVFENVAFGLRMQKTPAAEIAPRVTDALRMVQLEEFAQRKPHQLSGGQQQRVAIARAVVNKPRLLLLDESLSALDYKLRKQMQNELKALQRKLGITFVFVTHDQEEALTMSDRIVVMRNGVIEQDGTPREIYEEPKNLFVAGFIGEINRFDATVIERLDEQRVRASVEGRECNIYVNFAVEPGQKLNVLLRPEDLRVEEINDDNHIEGLIGYVRERNYKGMTLESVVELENGKMVMVSEFFNEDDPDFDHSLDQKMAISWVESWEVVLADEEHK >WP_101606078.1 hemolysin family protein [Amycolatopsis sp. BJA-103] >AUI57198.1 hypothetical protein BKN51_02560 [Amycolatopsis sp. BJA-103] >PNE15477.1 hypothetical protein B1H26_30945 [Amycolatopsis sp. BJA-103] MGSPTALLVIAIALILLAGVFAAADAAVSTVSKARADGLVRLGRPGARQLALVIAERRRHINLILLLRMTCELTATVLVTVDILGWIEPLWLAIVVAAGVMVVVSYVLIGVGPRTLGRQHPYRIGLVVAGPVRVLGSILGPLSRLLIVLGNAITPGRGFREGPFTSEVELRELVDLAQERGVVEESEREMIHSVFELGDTVAREVMVPRTEIVWIEHDKTVRQALALALRTGFTRLPVIGESVDDIVGVVNIKDLMPAYMGEGGPQRVVEELMNPASFVPDSKRLDDLLKEMQVSHNHMAIAVDEYGGTAGLLTIEDVLEEIVGEITDESDTDERPEVEELESGAVRVSSRLSIDDLGELFGIDLEDHDVETVGGLLAERLGRVPLPGAEAEVAGLRLFAEGGKDRRGRMRITTVVVHPADATAVTDPAQGRRRTRVPQPDESDRSVEHA >MBD5153813.1 imidazole glycerol phosphate synthase subunit HisH [Oscillibacter sp.] MIAIIDYGVGNLFSLKSSFAAIGAETVVTGDPAVIRDADKLILPGVGAFGDAAELLRQDGLDKLVCEETGSGKPLLGICLGMQLLFDYSLEYGRHEGLGLIPGSVRPIADYIPVGYKIPHIGWNALHFPAGKPVSPLFRHIHEGDCVYFVHSFCGAECGESVIASAEYGAELTAAVAKDNVYGVQFHPEKSGNVGLNILRAFCEL >MBR2770999.1 endonuclease [Bacteroidales bacterium] MKRRSLLTVLTFLLVSATIWAQGPNGSKDYYEAADGKKGQALKTALHGIIHKHTNIGYDGLYESYKKTDTRPDGYVRDWYSNATYYTHVKDKAGSYKKEGDCYNREHSVPQSWFEDYGDANIIKADIVHVVPTDGKINGMRSNDPLANVGTVSGQSKNGYSKWGKCSVSGYSGQVFEPNDEIKGDMARIYFYMATCYENVVNKWNGNATASNVFNGTTYPAFTTWYLNMLMKWSKDDPIDAVEIARNNAVYGEQKNRNPFVDYPGLEEYVWGSKKDQAFSYDNYDGTIPDDPDPDDPDPDDPDPDNPDPTPGTGDFAKVTTNSQVKAGYEYIVVNEAKSVAMGALEKTYMLPVDVTIDNDAVSPSESVVILTLGGSKDAWSLKGSEGYLTSTSTKTMAWSDTEVATWTISSTDDGYTLKATAGILQYNVSSPRFTTYTSSQGPAVLYYRTISEPTDPLTGIISMKSAKMSENAIYNLRGQQMKHESLPKGIYIRDGKKFVVK >WP_240406805.1 integrase [Enterococcus faecium] MEWVFEVTFLFFQSLLEDIKDFLGHKDVSTTQVYAHISPEVKKRSMNQLENYIEEQIKKHSN >XP_036266973.1 protein CLEC16A isoform X4 [Pipistrellus kuhlii] MFGRSRSWVGGGHGKSSRNIHSLDHLKYLYHVLTKNTTVTEQNRNLLVETIRSITEILIWGDQNDSSVFDFFLEKNMFVFFLNILRQKSGRYVCVQLLQTLNILFENISHETSLYYLLSNNYVNSIIVHKFDFSDEEIMAYYISFLKTLSLKLNNHTVHFFYNEHTNDFALYTEAIKFFNHPESMVRIAVRTITLNVYKVSLDNQAMLHYIRDKTAVPYFSNLVWFIGSHVIELDNCVQTDEEHRNRGKLSDLVAEHLDHLHYLNDILIINCEFLNDVLTDHLLNRLFLPLYVYSLENQDKGGEQRPKISLPVSLYLLSQVFLIIHHAPLVNSLAEVILNGDLSEMYAKTEQDVQRSCAKPNIRCFVKPTETLERSLEMNKHKGKRRVQKRPNYKNVGEEEDEEKGPTEDAQDDAEKAKEIEMVIMERSKLPELAASTSMQEQNTTDEEKSAATGLESVQWNRPFLDMVYHALDSPDDDYHALFVLCLLYAMSHNKGMDPEKLERIQLPEPSAAEKTVYNHLLAERLIRIMNSAAQPDGKIRLTTLELSCLLLKQQVVTSTGCIIKDVHLACLEGAREESVHLLRHFYKGEEIFLDMFEDEYRSMTMKPMNVEYLMMDVSILLPPTGTPLTGIDFVKRLPCGDVERTRRDKFPEVEFLVQRAIRVFFMLRSLSLQLRGEPETQLPLTREEDLIKTDDVLDLNNSDLIACTVITKDGGMVQRFLAVDIYQMSLVEPDVSRLGWGVVKFAGLLQDMQVTGVEDDSRALNITIHKPASSPHSKPFPILQATFVFSDHIRCIIAKQRLAKGRIQARRMKMQRIAALLDLPIQPTTEVLGFGLGSSSSQHLPFRFYDQCRRGSSDPTVQRSVFASVDKVPGFAVAQCINQHSSPSLSSPSPSASGSPSGSGSTSHCDSGGASSSSTSSVAQSPSDDAVTLEQPQPNLPDQLVIVNEMEADARPCKSLAKSVDVETVSLSPSLTPAQQPAISLLCEDTADALSVESLTLVPPVDPDSLHTLAGIPPPPTLAAEGTGTPGEETAHPEPAGPAEH >WP_104333814.1 sigma-70 family RNA polymerase sigma factor [Rathayibacter sp. AY2B5] >PPG37831.1 RNA polymerase subunit sigma-70 [Rathayibacter sp. AY2B5] MLATARPQTRAAAPAVLLDHGTLPALPMDSDRVLVIRAASGDDRAFAAIVNRYSRLLRAIASRTLGSSADVDDVVQETFLAAWTHLDSVIDGDTIAGWLATTTRRRSIDRLRAPASARRSELDEELPALENGDPEAAGRCAALAADARRVLEKMSSLQRRCWELRQLHELSYDEIALDLDLTPAAVRGLLARARLLMASELAHWR >WP_087759142.1 FGGY-family carbohydrate kinase [Klebsiella pneumoniae] >MBW5910009.1 carbohydrate kinase [Klebsiella pneumoniae] >MCP5649681.1 carbohydrate kinase [Klebsiella pneumoniae] >OVG15259.1 carbohydrate kinase [Klebsiella pneumoniae] >HBT1908533.1 carbohydrate kinase [Klebsiella pneumoniae] >HCM6795697.1 carbohydrate kinase [Klebsiella pneumoniae] MDFYLGIDIGTSRVKAVLFDQHFTACASAAENTSPRLSANGYAEQDMTQLWHSVLAILRQIACHPALQAGRLRAIGLAGQGEGVWLSDEQGEPVGPGILWSDTRSHELMSDLLRRPGFDRRYFADTGTHLQPCNTSLQLYWLKQYQPARLAAARYLFFAKDWIRFRLTGVAALELTDASSSLLNQQTGSWSSVVMNEMGLHELLPLFPPLLAPDAPAGTLSDAVAALTGLPAATPVAAGALDVCSAALGCGAVNEGDIYTILGTTCCTGIVCRGPQTVNEATRFVTHTEAGQVISLFPMQAGTPNIDWLQQHISLDADLGRLEQAIAAVEPGSGGVFWQPYLNGERAPFYSPDARAGFFGISPHTTRAQLQRAVFEGLAFAIVDALQGYPQGGELYLTGGGAASATWLQIIADCTGRTVVSSAFNELSARGAAILAARSVAALAETPPLAQTRYQPRPQAHARYAALYPVYRLLREQMLPVWQARQAALQPLSQDLQP >GLH03554.1 Enolase [Gryllus bimaculatus] MPLQKLFARQIFDSRGNPTVEVDLVTDQGLFRAAVPSGASTGVHEALELRDNEKENYMGKGVRKAVENINKIIVPELLKQNFEATQQNEIDEFMLKLDGTENKSKLGANAILGVSLAVCKAGAAKKGVPLYKHIADLAGNKTLILPVPAFNVINGGSHAGNKLAMQEFMILPTGAASFTEAMKMGCEVYHNLKSVIKEKFGLDATAVGDEGGFAPNIQNNKDGLILIKDAIEKAGYTGKVEIGMDVAASEFFKDGMYDLDFKNPNADKCSRVSQDKLIGIYQEFMKEFPVVSIEDPFDQDHWEAWTGFTSKVNIQVVGDDLTVTNPKRIQTAIEKKACNCLLLKVNQIGTVTESIQAHLLAKQAGWGTMVSHRSGETEDTFIADLVVGLCTGQIKTGAPCRSERLAKYNQILRIEEELGSKAQYAGKNFRKPL >MBW6524271.1 1-acyl-sn-glycerol-3-phosphate acyltransferase [Sphingomonas citricola] MGDVVRTWVFRLFFAIGSLIVVLLIPFVALFGQRVMIAYSHGWARYHTLIARWIMGVRAQIGGAAIPDGPVLYAAKHEAMYETLELPYRLGGPAVVIKRELAQIPLWGWAARIYGALPVDREASAKALRQLMTDAAVFKAEGRSVIVFPEGTRMPHGERPPLRSGFAGLYRALGYPVVPIALDSGKRWPRKGHAHSGPVRVLIGEAIPPGLPRREAEERVHAAINALND >MBK8955603.1 ParA family protein [Saprospiraceae bacterium] MGKIVAIANQKGGVGKTTTAINLASCIAILEHKVLLVDADPQSNSTSGTGLVVESGQYSLYDCMINEVPAEEAIVESDTPNLYILPSTIDLVGADIELVNMPNREKVLKKVLDPIKQDYDFIFIDCLPSLGLITINALAAADSVIVPVQCELFALEGLSKIKNTIDLVKSVLNPKLEIEGVLLSMYDKRLRLSTMVIEDIRSNIHLPVFETIIHRNSKISEAPLAKKPVVLYDAASKGSHNFLNLADEFMRKNTTVNHETKK >ERO62343.1 amino acid dehydrogenase [Pseudomonas piscis] MHSTRLESLHLSIDPATGLKAVIAIHDNRLGPALGGCRYLPYPDDASAVADAARLAQGMSYKAALAGLPQGGGTAVIIRPAHVENRAALFEAFGRCVEQLDGRYITAIDSGTSVADMDCIAQQTRYVTSTSAAGDPAPHAAMGVFAGIRSTAMARLGSDNLEGLRVAIQGLGNVGYALAEQLHAAGAELLVSDIDSGKVQLAMEQLGAHPVANDALLSTPCDILAPCGLGAVLNSRSVAQLRCSAVAGSANNQLTNLQVADQLERRGILYAPDYVINSGGLIYVSLKHHNEELPVITAHLSQISLRLTEIFAHAQAEKRSPARIADELAERVLYR >KNZ61865.1 hypothetical protein VP01_1348g3 [Puccinia sorghi] MLHDHSKTFPVLSYLIKDYLASSVSSCASEKMLSSAANFCSSGRGSLKPWIIERCASSHMWLKKGIQVTGKFKKAQKTVKNYVDFSQKNSKK >KKT69527.1 hypothetical protein UW65_C0022G0025, partial [candidate division WWE3 bacterium GW2011_GWB1_44_4] ILIVPFTQWLGIPWPIVYKIGWFGLFLLLGSFSFWKLIRSVLPNDAKMFWPISIFIYVINSYALMLVSGGQMGVALSYAVAPLVLASFIDFQKNDVSPQKNVKFQISNVKSIILAGLILAFQVMIDLRIAYVTMVAVMIYFGVTRKNIITVGISVGVALLLNAFWLLPQVLLKTNPVAELGAAYTSAESVKFFSFADFSHALSLLHPNWPENIFGKTYFLQPEFLVIALFAFAAFLWKSDVKIRLFGILALVGVFFAKGAF >XP_045788843.1 protein RCC2-like isoform X2 [Trifolium pratense] >XP_045788844.1 protein RCC2-like isoform X2 [Trifolium pratense] MAVAFYLCAKKHKKGQLGHGDTIQRDRPTVVSELSKYKIVQAGAGRSHTVVVTDDGNSLAFGWNKHGQLGSGSAKTEIEPSPVRCVVSEVKYTTCGGDFTVWLSSVDGASIQTAGLPQYGQLGHGTDNEWRWIRMALSTRGVMVVMEGKI >CEP11827.1 hypothetical protein [Parasitella parasitica] MNYYDNYSSFYYCQDTATSLEEQLNLFNQQPKDLSMEQLLSTPIPTLHIQPIPLNQQLHQEQLSSPSSSSPSDKDSNSPILHDRFFDELLIPDMDKQQISTTSILSAPPPSCTFFTTTTTTTTTTTTTTTTTTTTNVKNKKKKTRLSHKKSYPPGQCTLPIRVAITHKPARPPRHVECFNCKITKTPLWRRTPDRLQTLCNACGLYYKQYNQHRPLLIRHKPIAVNTKTATFTPALLRLSCYHQQEKWIAPIELEQPSPPSEQQQQQQQQQQQQTFEQEQVDGNIECSNCQQTKTPLWRKNENGDLLCNACGLYAKLHHRNRPIEMRKSTIQRRRRDWASSSCNLQLQLSLQLPDNANNNMMSFLSSFPSNEITKMDKSEIQDYLGRLEHKCDLLRHALDVDNE >MCS7015141.1 glycosyltransferase [Gemmatales bacterium] >MCS7160524.1 glycosyltransferase [Gemmatales bacterium] MISVIIPALNEAASIQSVVQFARRHPLVSEVIVVDDGSIDGTPELAQQAGARVIYSTLLGKGASMEDGLWAAQNEIVLYLDGDLTGLHEDLVEKMTLPLREGRADFVKAKFTRAAGRVTILTARPLIRTFFPELAYIEQPLGGIIAARRSFLRNLRFETDYGVDVGLLLDAAAAGGRIEQVDIGHIQHDNQPLEVLGDMAGQVVRVILERAARYGRLDLGQLEEVQEVERRVQSELSMIGQRLGRVQRLALFDMDGTLLRGRFVVTMAQRYNKMAELSQYLDHPDLPADERTRKIAQLFAGLAKQDLQALARAMPLMPGAAETVIGLRRLGFRVGIVTDSFFLVSETIRRRVFADFSVGHVLRFRQGVATGEVHLCPAMIHPQGCPEHPMCKANVVWHLSEQFQLPPAQILAVGDSEADGCMLRVVGLGVAFEPKSDRVRQAAQFVIDTNLEQLVSLAEKYFQASP >WP_276507912.1 IS1182 family transposase [Ligilactobacillus murinus] >WET90235.1 IS1182 family transposase [Ligilactobacillus murinus] MHSNYNINQLSLNMATFYEPEKNHQAHYIHHLVESIDFDDSYTFGRPFEYEPRVLLKLVLLAYSYGIFSCRKIERFARENVVAMWLTQEAQPTYRTIARFVVSDTIEMMLKSSFSEFREYLRKNGLIDEAVFIDGTKILANANKYSFVWKKNTIRYDDLNRQKAKKLLKEIKESIVNIDFADDLTVDQLDEICARLEQRIEYLNEKVEETKKISPNPAKQERRTAKKYLKQTRERKQKNSKYAEQFAIVGERNSYSKTDNDATFMRMKEDPMKNGQTKPGYNLQVAANNQFALDYTLAPNPTDMRTLIPFLEKMDADVIQGPIVADAGYGSEPNYEFIEDKFGVFDYLIPYNTMLKEETKRWRSDERKVMNWHYNAEDDYYIDPKNVRFNFKRYAYRHDTYGYKRNFKVYEAEKFDEDRKEDPNALTKKGNVRKIYINPQWEYFKGKVKTNLSNTEKNKIYRRRKYEIESIFGNLKAYLGFTRFTVRSKKKVNRQMGIALMALNMWKMSTSSSKISPNNKNKKKTIEVNP >WP_240732162.1 hypothetical protein [Geobacter sp. FeAm09] MPACAEVCPTGAIAFGKRGDLLRDARGRIDANGGRYVNYIYGEREVGGTNHLYLAGVPFIRLGLPRLPAEAPAEFSERIQHTIYRGFIAPVALYAMLCAIALRNRKKREQAGIREEEE >XP_027061846.1 LOW QUALITY PROTEIN: purple acid phosphatase 18-like [Coffea arabica] MKPNLKTLVSVVSLAVVSVINVIATTGDYIRPAPRKNLQFPWSPKHSSHPQQVHISLXGDKHMRVIWITDDKSAPSVVNYGCXPGKYNSVAQGESTSYSYLLYSSGKIHHTVIGPLEDDTIYYYQCGREGPEFKFKTPPSQFPITLAVAGDLGQTGWTKSTLDHIDQCIYDVYMLPGDLSYADYIQSRWDTFGELVQPLASARPWMXTQGNHEKEHILLIKKSFASYNARWKMPYEESGSSSNLYYSFDVAGAHIIMLGSYTDYDEFSDQYSWLKADLAKVDREKTPWLLALFHVPWYNSNDAHQGEGDNMMASMEPLLNAAGVDIVLAGHVHAYERSQRVYNGRSDSCGAVHITIGDGGNREGLAHRFKDQQPEWSVFREASFGHGELKIVNSTHAFWSWHRNDDDEPVRSDEVWITTLRSSGCILEESRDLRKLLLQP >MBV8380961.1 primary-amine oxidase [Planctomycetaceae bacterium] MSFTTPTPLALGPATPSPRRLALVLAAFGLAAGQLAAEEPPGIAHPLDPLSKEELAEAVRVLKAEGKAGPAARFPLIALEEPPKEDVWRFTPGDPLRRRAFAVVYDLQAHRTAEAVVDLGDRTLVSWHERPGVQPPFHGEDNRIAHEVVRADPRWREAIRRRGIEDPDEVLFDIWGPGPDLRPEERGHRTARVIFFHRGRAHNPYARPIEGLVVSVDLEAKKVTRVQDSDAPTPKATADFDAKSVGPMREGPKPLRITQPAGPSFTLHGREVRWQNWRFRFSLHPREGLVLYTVALEDHGRPRPILYRASLSEMVVPYGDPSPAWSFRNAFDEGEYAIGSGANTLEPGTDCPENATFFDATFLSDDGATFRDIPRAVALFERDGGLLWKYAGHGGGNESRRARQLVLTSYTTLGNYTYGFEWIFHQDGALELGVLHTGIMLVKAVDTAMASGHGGGDDPFGHAVASGLVAVHHQHLFNFRLDLDVDGTANSVVELATEALPEGPENPDGNAFVMKETVLRSEREARRTLDLASGRKWKVINPSVKNALGHPVGYVLMPGENTVPYDLPGSSIRRRAGFLEAHLWATRHDPAQMYAAGSYPNLDPGGDGLPRWTEADRTLVGQDVVLWYTLGLTHTPRPEEWPVMTSRRIGFVLAPCGFFSRNPALDVPKPE >WP_136095406.1 ATP-dependent Clp protease ATP-binding subunit [Streptococcus pyogenes] >VGV73069.1 Chaperone protein clpB [Streptococcus pyogenes] >VHA61292.1 Chaperone protein clpB [Streptococcus pyogenes] >VHB43012.1 Chaperone protein clpB [Streptococcus pyogenes] >VHB91054.1 Chaperone protein clpB [Streptococcus pyogenes] >VHC13331.1 Chaperone protein clpB [Streptococcus pyogenes] MLCQNCNLNESTIHLYTSVNGKQRQVDLCQNCYQIMKSDPANSILNGLTPGYRAQDRSTSPFFDDFFGDLNNFRAFGNLPNTPPTQAGQNGNGGGRYGGNYNGQRPAQPQTPNQQAKGLLEEFGINVTDIARNGNIDPVIGRDEEITRVIEILNRRTKNNPVLIGEPGVGKTAVVEGLAQKIIDGTVPQKLQGKQVIRLDVVSLVQGTGIRGQFEERMQKLMEEIRNRKDVILFIDEIHEIVGAGSAGDGNMDAGNILKPALARGELQLVGATTLNEYRIIEKDAALERRMQPVKVDEPSVEETITILKGIQPKYEDYHHVKYSPAAIEAAAHLSNRYIQDRFLPDKAIDLLDEAGSKMNLTLNFVDPKEIDKRLIEAENLKAQATRDEDYERAAYFRDQITKYKEMQAQKVDEQDIPIITEKTIEAIVEQKTNIPVGDLKEKEQSQLVNLANDLKAHVIGQDDAVDKIAKAIRRNRVGLGTPNRPIGSFLFIGPTGVGKTELSKQLAIELFGSTNNMIRFDMSEYMEKHAVAKLVGAPPGYVGYEEAGQLTEQVRRNPYSLILLDEVEKAHPDVMHMFLQVLDDGRLTDGQGRTVSFKDTIIIMTSNAGTGKSEASVGFGAAREGRTSSVLGELSNFFSPEFMNRFDGIIEFKALSKEHLLHIVDLMLEDVNERLGYNGIHLDVTQKVKEKLVDLGYDPKMGARPLRRTIQDYIEDAITDYYLEHPTEKQLRALMTNSENITIKAVKEGDSFLNEESLD >WP_006004624.1 YedE family putative selenium transporter [Desulfovibrio piger] >MBR2609902.1 YedE-related selenium metabolism membrane protein [Desulfovibrio sp.] >EEB34517.1 hypothetical protein DESPIG_00619 [Desulfovibrio piger ATCC 29098] >MCI6941752.1 YedE-related selenium metabolism membrane protein [Desulfovibrio piger] >MCI7507497.1 YedE-related selenium metabolism membrane protein [Desulfovibrio piger] >OLA83490.1 hypothetical protein BHW59_08745 [Desulfovibrio piger] MKNSFNFFSSTTGIVVTGLILGLIAVFLQFSGNPGNMGICVVCFNRDIAGAVGLHRAPIVQYLRPEIMGMVLGSLAAALCFGEYRARGGSAPAVRFLLGVIAAIGALVFLGCPWRVIMRLAGGDANALFGLAGLVVGIGLGTVFFRMGFSLGRSQSQSKASGLILPGIMLALVAVYLFNPPMEGQPQSGVLFYSLKGPGSMHAPFLLSLGAGLLVGFLAQRSRFCTMGAVRDVLLFNQWHLALGFLAMLVAALVANLAVGGFHPGFEGQPVAHTDGLWNFLGMVTAGLAFALAGGCPGRQLFMAGEGDNDAAVFVVGLIVGAACAHNFGMASSTAGIGPNGMLGALGGLAVCLLIGFFNCKRGA >WP_210212399.1 MULTISPECIES: GlxA family transcriptional regulator [unclassified Mesorhizobium] MIDGNHGSPRRYGFLLIEGYALMSAASAVEPLRAANLLSGRVLYDLNFMSAKGGWMRSSVSGAFETEPVSQAGTDFDILFVVAGGNPLTYRDDRILAWLRRLARSGVPLGGISGGAAILAAAGVMSSRRFTIHWQHIDAMRETYPDALIERRLFVIDRDRFTCAGGMAPLDMTHALIASDHGVELARAVSDWFIHTGVRQAEAPQQLDPIRRYDLRHPALVAMVELMTSHIADPLKLGDLVHLSGIGMRQLERLATEQLGQSVMQFYRSLRLEKADEILQQSNLPLVEVALATGFSNRSHFSRAFQAHFGVGPATHRKQRGQSENYHGRTLLGGGQV >EIK8394933.1 class I SAM-dependent DNA methyltransferase [Campylobacter jejuni] SGGFGELENIFNIYNKGKGNFDMPVFNGGLFDESKTALLSTPKIFNDKDLKFILNQLLNFKDKNLSFKRDYKTLSVEHLGTIYEGLLSYFFEIANEDIYYVSYKEKSKEIECYFDNYDFKILEKSKKVEKYTFYKKGQIYLKNTSNSRKASASFYTPQSIANFLIQSALKDKLNNENILKFKILDNACGSGHFLVGVLNAITHIVLSDFDHFTNLKELYEEEKENILNHIKDFVQDYEVDESDILKRLLLKRIIYGVDLNPFSIELTKLSLWIDSFIFTTPLSFIEHHIKCGNALINSNLSDFKDLIKQNSSNLFTNSITQEFEILQEVFEKLDNLKDTNEEQIKQSKQIYQNEITPKLNKLNLYLNYINTLHFVNKEELQILKALSQDDIQNLSQNEQAKAIISKYQKEFNFFNYELEFPEIVENQVFKGFDIIIGNPPWDKTKFSDSDFFPQYKSDYRSLIASKKKEIQDNLLAKDYIKQNYEKQKAYINDLSEYYKKAYPLNKGSGDGNLFRLFVEKNLSLLKQDGNLAYVLPSALMFEDGSLTLRKEILENKTLEYFYSFENRQAIFADVDSRYKFALMLIKNTQANHTHKIKMMFYKTDINSLKNKDEILTLNLKDIKKLSPTHLALMELKDKQALEILRKSYNAFQNLSFDYIDFRRELDMTNDKDLFIEEFREGLLPLYEGKMIHQFNANFSQTTYFLEKAKLDEHLKSKELYRAKKATGKELNPKLIKYDREFFRLGYRKIASDTNERTLIASLLPKNCGGADSTYSNIPKQYVLKDDVICMDIVPYERILFVLALFNSLVVDFIIRNMVQINVSKSYLERIPLPQPSDEEIQNNEIYKTLAKNALLLQLYNDQNHHFDELKQEFNIKNEEIPKTKKAYDILRAKNDLLVKELYGLSDDEFSYMISTFKVLNEKQSEYITLLKTI >WP_137255610.1 urate oxidase [Kribbella jiaozuonensis] >TKK77437.1 urate oxidase [Kribbella jiaozuonensis] MAIHLGANQYGKAESRVVRIYRDTPRHQIRDLNVSTALRGNFEAAHTTGDQSDVLPTDTQKNTAFAFAKEKGVGAIEDYALTLGAHFLEASPAAEGARIEVEEYAWDRIQVDGQDHDHSFVRTGGGVRTTVVNVERRGDERKSYVVSGISDLVVLKSTGSEFHGFLKDKYTTLPETNDRILATSLVARWRYDHTDVDWDKSYDGIKGLLLSRFATIHSLALQQTLYGMGEAVLEQHPEVAEIKFSAPNKHHFLVDLSPFGVENPGEVFIAADRPYGLIEATVTRDDASDAGSAWHAVPGFC >MBT3459617.1 ATP-binding cassette domain-containing protein [Halieaceae bacterium] LENISLQLQPGETVALVGRSGSGKSTLVQLLLRFYAPEHGEIRLDDLVIEEYELADYRKQLGVVSQEISLFSDTIANNIAFGEMRDAPYDAVLMAAQKAHAIEFIEAQPQGLDTLLGDDGAGLSGGQKQRLAIARALLKDAPILILDEATSALDTESETYIQEALAAFCEDRTTLVIAHRLSTIESADRVVVMDQGRIVAFGPHQQLLTESPLYARLHKQEIVQS >WP_222256467.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba] >MBY6163091.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba] >MBY6171355.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba] >MBY6176579.1 alpha-glucosidase/alpha-galactosidase [Mameliella alba] MTTISIIGAGSTVFVKKLLGDIFLSEIPGALDIRLMDIDPARLDTSEGMARTLARSTGRAAQIRATTDRSAALDGADFVIVLIQVGGYRPATVIDFEVPQNMGLRQTIGDTLGAGGILRGFRTAPVLIDIGRDMMRLCPDALMLQYVNPMAINCWALQRMVPGLRVVGLCHSVRNTAQMLADHLGEPLADIRYECSGINHMAFFTRFEKHGPGGVEDLYPRLNRVTPPMEERVRYDILKRFGYFVTESSEHFSEYVPWFIKAGREDLIETFAIPLNEYPRRCEEQIARWDQMATEIASAQTFEVVRSDEYASEIIEAQVLDRPCLIHGNVPNTGLIPNLPEGCCVEVPCLVDANGVQPVRSGPLPAHLAALMLTNVAPQICAVEAIVQNDPQMLRRALALDPHTGAELSLDEIWQLADSLLGEHGSQAYAS >WP_029080824.1 MULTISPECIES: transcriptional repressor LexA [unclassified Bradyrhizobium] >QIG92268.1 transcriptional repressor LexA [Bradyrhizobium sp. 6(2017)] MLTRKQYELLRFINERLKEAGVPPSFDEMKDALDLRSKSGIHRLITALEERGFIRRLPNRARAIEVIKLPELSAGGGNGRRGFTPSVIEGTLGKRSSTPPIAEDDGNRPVAVPVMGRIAAGTPIEALQTRSHTISVPPDMLGSGEHYALEVRGDSMVDAGILDGDMALIQRNDVANTGDIVVALIDEEEATLKRFRRRGASIALEPANTAYEVRILPPNRVRIQGKLIGLYRKY >WP_174951329.1 porin [Burkholderia lata] >VWC79977.1 porin [Burkholderia lata] MKFSKAVVLSPLAILACTAHAQSSVTLYGTIDEGLDYFSNSGGHSLYALATNYQQLGTRWGIKGKEDLGGGVSAIFQLENGFSVNNGSAQPNGQMFGRQAYVGVDSNRIGALTLGRQYDSVVDYLSPLSAAGSWGGSLFAHPFDADNINDTFRIDNSVKYTSADYAGVQFGGLYGFSNQAGAFANNRAWSIGARYRNGPLAVAAAFMNLDGAHTNTTGAVIESPYAAARQRIAGAGASYAIGSAVLGLLYTHTDIVDRFTFPASTVKFDNVEVNAKYDVSAAWYLAAMYLYTFEGVTYSGGRNSPHRNQVGLMADYRLSKRTDLYVQGVYAKASGNEAWGAVGTYAESTSNNQTVARVGIRTSF >MBO0691049.1 FAD-dependent monooxygenase [Candidatus Dormibacteraeota bacterium] >MBO0762768.1 FAD-dependent monooxygenase [Candidatus Dormibacteraeota bacterium] MGAGLQLAPNALRVLDHLGLLEEISRSAVSPRRLVLGDLRSGEDITALDIDGAFRRRYGYGYLVMHRGDLLDALLRACRATGRVTLDADREVETVEQAGADGAAVRCADGTVYECEAVVGADGLRSAVRRAVVGDGEPVESPFVAYRGPMDAAAAPRHRCFEDMVIWAGPNRHFVQYLIHHGGLYNQVAVFKSARFGSDGWGGVEELDERFQDACAPVQEGRRHLWRDRRWPLVDRLPVHSWTRGRVTLLGDAAHCMHQYLAQGACQALEDAVCLADCLARHQDPGDAFADYERVRLPRTALLQSTARRFGDVLHADGLGAQLRDTLLARRPPDDCTYVDWLYAYDVRQAVPAIAASRGS >MCU0423654.1 YkgJ family cysteine cluster protein [Bacteroidia bacterium] MVTLPEQLAPIAREKQIENIFFKKHLRNFSSKQVDEITHQLYHTYSKQIDCTACGNCCKQLEPGLMEEESGKFAELLNLPLAEFITDFTATDGTSRYLKTKPCIFLNADCTCKIYTQRPQACAGYPHLDSKDIKYKKSIWDNYTLCPIVFNVLEELKKELGFTYGK >WP_239588825.1 GNAT family N-acetyltransferase [Gordonia hydrophobica] MVAARVEAYGLSPRFLGGELWTASQPSSSLAFSGANLMPLIGGATDLEVFAERALSMPRICSSVVGAADLVLPLWERLGTSWGTAREVRDDQPLLSLTGYPEIAPDPKVGLVTMSDLDAYFPAAVEMFIGEVGVDPCVGDEGRSYRRRLAALISARRVFARFEDGRVVFKAEIGSMSRKVGQIQGVWVDPEWRGRGLGATGTAAVAAAIARQGRIATLYVNAFNGPARETYRRVGFGQVGTFATVLVD >WP_120575284.1 DUF3293 domain-containing protein [Corallococcus sp. CA041A] >RKH29422.1 DUF3293 domain-containing protein [Corallococcus sp. CA041A] MSDVRRAALHGAFKATGYVVRPHPLVGDRKHVLRVDALHPELDAALTAHRFPTWAFLTAWNPRAHARPLRTNARLQQRLLALLEARGHPSVSAVGVAEDRRWFEESLFVPGLSRDEALRFGRLFDQEAVLWGAVGGAAELVMCREPAHS >WP_200162023.1 hypothetical protein [Francisella philomiragia] >MBK2267619.1 hypothetical protein [Francisella philomiragia] >MBK2279282.1 hypothetical protein [Francisella philomiragia] >MBK2289114.1 hypothetical protein [Francisella philomiragia] >MBK2290832.1 hypothetical protein [Francisella philomiragia] MLVDEKIVRIYELYKYSQTQTFIKADIVKFREKLISKLNVKEKPNLETLDDEGIKKFINECVFDMAIGERLRYWSDLSRSKDGYYGKKLRVKEIIF >WP_216576398.1 tRNA pseudouridine(38-40) synthase TruA [Falcatimonas sp. MSJ-15] >MBU5471160.1 tRNA pseudouridine(38-40) synthase TruA [Falcatimonas sp. MSJ-15] MKRVMLRVAYDGTNYCGWQIQNNGITIEEVLNRELTRLLGEEIKVTGASRTDSGVHALGNVAVFSTDTRIPADKISFALNQRLPDDIVIQESKEVESDFHPRYARCEKTYEYRILNRRFPLPSERFNSHFFHYKLDIDKMRQAAKYIIGEHDFKCFCAAGAQVKTTVRTIYALDISENNGMVTIRIRGNGFLYNMVRIIAGTLIKVGNGDIEPEYIKEIIASKKRENAGPTAPANGLTLVKIRYIDMETD >CAF3478760.1 unnamed protein product [Rotaria sp. Silwood1] MNKSLSSNSKSKSISENEFKYQNQEKFEETPTWAAVITVLGYAILSALGWLRDFLRNIGLEKKKTANDPNPKDFVPLYQSYECFYTRNLYTRIRDVFNQPIASVAGAKVHVMERLSDDFNWTFKFSGRKIPSINLGSYNYLGFAENKGPCSEQAIKSIEKYGVTTCSTRHELGNQQYMKELESLMAEYLNVEDCIAFGMGFATNALNIPALVGKGDLILSDKLNHVSLILGARLSGATVRTFDHNDMKDLELQLRKSIIHGQPRTCRPWKKILIIVEGVYSMEGSLCKLPEIIALKKKYKAYLYVDEAHSIGAIGPRGRGVVDYWKVDPNDIDIHMGTFTKSFGSAGGYIAGKKTLIDHIRIHSHSACYSSSMSAPVVLQIISALNIIMGRDGTNDGQKRIQQLACNVRYFRRQLVDMGFIVYGNDNSPVVPVMIFMPAKIAAVNREMLKRGCAVVTVGFPATLLTESRVRFCISAGHTKEMLDHALRAMDEVGHLVSLRYSKQNPHRRWHELNRAEYDKEYLS >PKI91935.1 asparaginase [Actinomycetales bacterium SN12] MLETLTIADAVELAIVERNGFVESRHAGAAVVLSPGGEVIAQHGNAEALVLPRSSLKPLQAIASVTAGATLEGEQLALGTASHSGTDRHVEVVREVLAAGGLNEDDLACPAAWPTDTTARRDMIRDHADKARVRMNCSGKHALMLRACVATGWPTEGYLDPAHPLQVHIRDVVERLAGEKIAHTSIDGCGAPVHAITLLGLARAIHRIGSASERSPFALHRVAGALVRAVRENPWTIAGPGEPDTIAIETLSVFAKHGAEGVMVMVAPDNTTVALKTLDGSSRASAIVAATLLARAGALTEADVAALASALPLDVLGGGQPVGMIRPGSGI >SMS09381.1 glutamine synthetase [Pseudomonas viridiflava] MNRNDARSAAQQLTGIDEVECVTPDLNGVPRGKVMTAEGFLEARRLQMARGVLLQCIMGGYPPARFYGSDDGDVALVPDPAQLHRLQWSDQPRALAICDADELTGTSCALSTRGQLKSVLARYDEYGLTPVVATELEFFVFAPNPDPLQAFVPPVGLDGRRELGHSAFSISSNNGLRPFFTEVYACMAALGLPRDTFMHEMGVSQFEINLLHGDPLLLADQTFLFKHLLKEVALKHGVIVVCMAKPLANTPGSSMHLHQSVVDAVSGRNVFSAEDGQSTPTFRHFIGGLQTCMADFTALFAPNVNSYQRLFHPFASPNNACWSYDNRAAGLRIPASAPSARRVENRLPGADANPYLVIAASLAAGLYGIERGIEPTPAVQGEIQVPEELTLPCTLQAALERLKCSHLAKELFGHEFIEGYIASKTLELTSFLDEITPWERRVLAAQI >WP_146207192.1 CAP domain-containing protein, partial [Blautia sp. BCRC 81119] >PWY57744.1 hypothetical protein DMI82_19430, partial [Blautia sp. BCRC 81119] TNQVRIKHGSAPVVENEALDRGAAVRAKEIYTKFSHERPNGEDSSTAYYEAGAGNIEGENIASTLSGAKRAVDLWEHSSGHLVALIDKDATHIGVGYYRGYYVQQFAKNPDEKYTLTVYGNGGVFPSKGGVEKFEISVPARADVKLSTIDIPEKEGCSFIGWTEFHENPYFEGGLRDLDDIKNGGAVHIFENRKIKANWSDSSDSSN >WP_132336079.1 DUF397 domain-containing protein [Micromonospora sp. KC213] >TDC43289.1 DUF397 domain-containing protein [Micromonospora sp. KC213] MDLSGATWRKATRSGNTDCVEVADNLPGVVAVRDSKDPAGPVLAFEPATWKAFVRYAKQH >XP_022816306.1 putative uncharacterized protein DDB_G0291608 isoform X1 [Spodoptera litura] MPAVTTPSVEEQNEADQKMWSALKRYIIRERQRKKEEYEAEVEEERLRKEREARERQDVMTLEETKEQIEQLEQKLKQLEKEKQQLFMQLKKVLNEDEIRKRQQQKETNDFSSEMQSMKMQPMGNIQIPMFPLSTSTGQAEPPPQGRPPPLTSHMMTKHKHSNHMLFPQQQTIVRGPIQSGVKRPRSPSPTYALYAHRLHQPPMKHQQVYSDHKVEDGRMGRQMARAVLWNKPSQYASNVGGSSVSSNAYYAMPTSGVVGVVGERPPPLLYAHHAHTPHTPHTPHTPHHTLMYPPAPQPPQLYLDMLKNRDGQQHQEQKKEAQPQVLIGLSEAHHPSVSSGVAYAQPPVSRHLSIHPPPQHNNMQTSKPGSITQGYPVQQSSNVQNPSMYPSRHRY >WP_247429569.1 ABC transporter ATP-binding protein [Bradyrhizobium sp. 139] >MCK1741554.1 ABC transporter ATP-binding protein [Bradyrhizobium sp. 139] MDSVAQRLSAVGAGAALELRGVTRLFGALAALTDVTMTVRPGERRAVLGSNGAGKTTLFNCITGDFPPSSGTIRFFGEDVTHFPPYERIRRGLRRTYQISALFPGLSVQDNVYLACRGVSRGRFSFLRPGQSDALMHAADGLVQAVHLAAVKDQRVAELAHGQQRQLEIALALAGAPRFVLFDEPAAGLSPTERQELIEILTSLPAHIGYIIIEHDMDVALRVVESVTMMHNGRIFKEGLPQEIQSDPEVQELYLGGGHE >SFW06215.1 Uncharacterised protein [Chlamydia abortus] >SGA31597.1 Uncharacterised protein [Chlamydia abortus] MTKKLIEKMMNYTDPEAAAEYKKLDSKVKKYFETLDKAKFEKDKAEDKKEEAKETKSKENKPKVESTKKTTTKKEETK >WP_137512405.1 phage tail protein, partial [Escherichia coli] MGKGSSKGHTPREAKDNLKSTQLLSVIDAISEGPVEGPVDGLKSVLLNSTPVLDSEGNTNISGVTVVFRAGEQEQTPPEGFESSGSETVLGTEVKYDTPITRTITSANIDRLRFTFGVQALVETTSKGDRNPSEVRLLVQIQRNGGWVTEKDITIKGKTTSQYLASVVVDNLPPRPFNIRMRRMTPDSTTDQLQNKTLWSSYTEIIDVKQCYPNTALVGVQVDSEQFGSQQVSRNYHLRGRILQVPSNYNPQTRQYSGIWDGTLKPAYSNNMAWCLWDMLTHPRYGMGKRLGAADVDKWALYVIGQNCDQSVPDGFGGTEPRITCNAWLTTQRKAWDVLSDFCSAMRCMPVWNGQTLTFVQDRPSD >WP_211254406.1 hypothetical protein [Knoellia sinensis] MTTSIYEAAGGRTGCFASRRHGMSASSPTLARLTWDRALEDCGLDADPALRTTLHDYFANGIRRMAEHPETPDTVPDGLRLEQWTLE >EJU2993617.1 baseplate J/gp47 family protein [Salmonella enterica] MALALAEPVFLETRPEVILREIIDWYEKESGKKLYPADDEMLLINMVAYRESLVRTLIQDVAGQNLVAKAREPMIDYLGHLVGVFRLPAVPAVATLRFSVDEAAQTSILIPSGTRVSATDSVIFATDSDVLLVAGTLSVDVKATCVDVGAGGNGWQPAQISNLLDDIDGADFHVMALAPSSGGAEAESNDHLRQRIILAPESFSNAGSIGAYRFHAMSAHQDIVDVAVTRPVPGTVKLTPLMSYGLPDQVILDAVLGSCSEEKVRPLSDTVLSEVPYVVDYTIEATLIVYSNQDEATVISAATKSVVAWEKGVSARLGLNIIPSQISAALSVPGMYKVELTSPQEHVLARTQWARCTGITLTPGGKHD >UXE63572.1 MAG: hypothetical protein KA717_13735 [Woronichinia naegeliana WA131] MIELENGTAITADPEENLERQPATLSRFVGESMTLMLTSSARLPPRLVLNITSGLFSKSFQTRFANEILEQQRSLRSGREDANLETVLVIEKISAPLKIEAGQWKLEIVAHQLLFSSSDLLGKSLPFHKQIWVRAIPQNPITLPNKPLPLDLATYRLGEARLEIYQICDFQQKTCPQNPKP >WP_196954680.1 RICIN domain-containing protein [Hymenobacter guriensis] >MBG8553658.1 RICIN domain-containing protein [Hymenobacter guriensis] MKNTLRISQVAALLLLLLLAPAAWAQTANGIVSGGVYKFIHKGVDPAVCLDVDLNLATPGTRIHQWLDNGNDAQRFVVTMQTDGSYKLMHLNTDQYVQPVGGAVEHGTRIEQNNSTDADYQRWLLQDMGEGYYKVTLKGTTQCLEVAGNSPTPGADVQLWDDNGNDAQRWLLVRTDVSTGNKRAAGATFSLSAYPNPFTQSLRVELQGLSNGPGRVALCDLLGRTVYSQQVDLKRGMNTVQINTRTALRSGLYVLRVQQGNSVQQLQVVQR >RYP53376.1 hypothetical protein DL768_001621 [Monosporascus sp. mg162] MCPIPRDTAIAGEPNNVKTKDSSSTCFSCKRLNDSTFRIVEDDKWDEIPIIYVKIYDTVLALIDTGCGGAAKDDTAALTSLRKFLETYPVPDNNNTALNPGSEKGYLVICSHCHFDHIGGIAQFLDTPKCTLWASSYDRAFVEGDGVLPMHSLCQYFGMKTPEYKVTVWAEDGQNVIYGPDNTDLGLVIYHTPGHTPDELAVWDSRKRVLFVGDIMYEWSYIVWPLEGNLLLYSQTLGKLKDLVRSWNNEIRSTDDDGEQLLNDVDLFLYHVAEGIVEENPQGTFRDEQLISYNREDGKINFTGPKMLFEAFKSDETAMDAIRKRHS >WP_153811865.1 dienelactone hydrolase family protein [Streptomyces sp. SUK 48] MTTMTTRTVTYRADGLTMVGHLALPAGVGRGPAVLLGPEGMGLSDVERRRADALAGLGYVALAFDLHGGRYLSDPEEMLARCTPLLADPGRMRGIGHAALDVLRAEPRTDPDRIAAVGYGTGGIIGLELGRDGVGLRAIGTVNGLATGRPGEAARIRCPVWAGVGSEDPIMAPAIRNAFTDEMRAAGVDWRLTVYGGALHAFHHPPVDHPAVPGVGHHPRHARRAWHDVVGLLAECLPLAEDPGA >WP_236689647.1 IS5 family transposase [Elizabethkingia miricola] MLPHLSKGKRGFSTRFDLGKIFKLIIKRLKTGCQWRELSLKEYFSKETISWQLVYYYFSKWSKDGSFKRIWISLLQNNKRKLDLSSVQLDGSHTRSKTGGESVGYQGRKSSKTTNCIFLCDNQGQMLSMGKPISGEHHDLYNIEETLEEIFGLLDAADIENKGLFLNADSGFDSKKLRDILDKKEIIGNIKENPRNGDTKNEKHFDNELYKRRFKIEKANAWLDSFKALLIRFETLNVTWINLHYLAFSILFLRKIKV >MSQ41299.1 50S ribosomal protein L16 [Dehalococcoidia bacterium] MLQPSRVKFRKIHRGRRKGVATTGSDVSFGDYGLKALENAWITARQIEAARRTITRHMKRGGQVWIRVFPDKPATKRPAETRMGGGKGAPDHWVAVVRRGRVMFEVGGVREELAKEALELAAHKLPIPTKIVTREER >WP_124548640.1 SRPBCC family protein [Burkholderia cenocepacia] >RQV24053.1 polyketide cyclase [Burkholderia cenocepacia] MSASHVEPAEAHDLVITRTLRAPRQALWRAWTDPALLKEWWCPKPWTTEVRAFDLRPGGAFHTFMRGPDGGTSDNPGCFLEIVPESRLAFTSMLAGGWRPQTPWLGFTAIVTMADDDAGSRYEARVMHPDAATRERHEALGFFEGWNTCITQLDDFAAALR >WP_274773199.1 methyl-accepting chemotaxis protein, partial [Chromobacterium amazonense] MNQLLAQFSIRLKIFGLILLGILAALIIGANGMSGASKMFDLTTDMHDNMLKPVYLLGQAGIQAVYVSRSDYRYIAESEKPAMDQVQAKRDQQVAAMKGFLDQYRKTELTPPEVDGLKRFDAAWEAMEGPCKQMRALSYNDSGNGENNKKALQIMAKQCRPLFDVANSILNELSDINIKLADKGLQDAQSNYQSVRTLAISVLLVGLIILVALGLMVQSGIVGSLQDASRAMEKMGEGDLTGKIIPKGKDEIAAMMQSLADTQERLRQTVGEII >WP_200156222.1 metallophosphoesterase family protein [Allochromatium vinosum] >MBK1653151.1 metallophosphoesterase [Allochromatium vinosum] MKVAIFSDVQGNLPAMDEAISHILDWGPDLVVMAGDLINRGPSSLACLERFDELKRTRGWLPVNGNHETWILRCGREPPRDALEAEMRLFADWTYRQIEPRLDALVDWPDHLCFNAGTNDSWVHVTHGTMVSNRHGIGARSTDEELRGTVPDDLALFVTAHTHRPLERVLDGLPILNVGSVGSPFDGDPRGSFALLTFERDAWNWEIVRFAYDRQQAARDFDDLGFIEHGGPLARILFEEWKRARPLMPLWRRDFEPAVLAGERALQPAVDEFLSTLD >KJF42781.1 hypothetical protein LH29_19880 [Draconibacterium sediminis] MANRLVCMCNFVDEAEIKKLLEKGADSTAQIQSLTRAGTSCGRCLPVIDGLVEAHLKTKPKPQQGKLRLGF >WP_149069943.1 hypothetical protein [Hymenobacter sp. KIGAM108] >TYZ12708.1 hypothetical protein FY528_05305 [Hymenobacter sp. KIGAM108] MGYFIPDQDSLQEIFGAYMARGLRFEVKPDAHFVCYALKVRFAEGSNASPVFPLPPEEMQTPEAAQQWLEQLRDTELVKFTRGGGVNNRIG >EHW5693237.1 inositol phosphatase [Shigella sonnei] MHITNLGLHQVSFQSGDSYKGAEETGKHKGVSVISYQRVKNGERNKGIEALNRLYLQNQTSLTGKSLLFARDRAEVFYEAIKLAGGDTSKIKAMMERLDTYKLGEVNKRHINELNKVISEEIRAQLGIKNKKELQTKIKQIFTDYLNNK >KAJ5060329.1 cytochrome P450 [Bipolaris maydis] >KAJ6284740.1 cytochrome P450 [Bipolaris maydis] MTIVTPVAAFLLIAVGLLYAVIRFWQNRHALPLPPGPKGIPILGNVNDMPKPGMLECHHWLQHKELYGPISSVTAMGQTLIIINDPTIALDLLRDRSAIYSSRPSLVFAGDMVGWRHATVMIPYNNVWKIHRKNITKITSTSTSLSVFDRVQEAEAARFLVNMLESPDRLFEHVRKESGSVILKITYGYNIVPHGKDPLVDVAEKTMEQFAEATVPGRWAVDIFPFMKYIPDWMPGAGFKCTAKEMAKQLDQCTTRPYQFVKQQMREKRHTPSFLSQSIESADSTPEMEFYHKWAALALYLGGADTTVSAITTFFLAIHLFPTVQLKAQQEIDSVTQGLRLPTLADLPNLPYISAIVQETHRWHLVAPMGIPHTSTKEDEYRGYRIPKGSILLANNWGFMHDPAVYRDPMAFRPERFIASEGRDSEPDPRTHVFGYGRRICPGRQVADHALFVTIAQTLAVFNITPSVDAAGRVKRSEAKFEPGTISRPMPFECLVTPRSSAHIELIQEAGKRFAYEESHAMELEQVKW >QWY38042.1 pol protein, partial [Human immunodeficiency virus 1] PQITLWQRPLVTIKIGGQLKEALLDTGADDTVLEDINLPGKWKPKMIGGIGGFIKVRQYDQILIEICGKKAIGTVLVGPTPVNIIGRNMLTQIGCTLNFPISPVDTVPVTLKPGMDGPRVKQWPLTEEKIKALTEICREMEEEGKISRIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDESFRKYTAFTIPSTNNETPGIRYQYNVLPQGWKGSPAIFQCSMTKILEPFRSKNPEMVIYQYMDDLYVGSDLEIGQHRTKVEXLRXHLLAWGFTTPDKKHQKEPPFLWMGYELHPDRWTVQPIVLPEKDSWTVNDIQKLVGKLNWASQIYAGIKVKQLCKLLRGTKALTDVVPLTEEAEL >WP_013133580.1 hypothetical protein [Thermobispora bispora] >ADG90047.1 hypothetical protein Tbis_3357 [Thermobispora bispora DSM 43833] >MBO2473099.1 hypothetical protein [Actinomycetales bacterium] >MBX6168033.1 hypothetical protein [Thermobispora bispora] >QSI46501.1 hypothetical protein CYL17_00440 [Thermobispora bispora] MISDVPTLPAIELNREDYLADFWRCFQRLKGDFWKLERGQTFREPEEPSWVALDQGDWRRAIALIDQRTEEIKRPVEEAARHVSMHRLRIVERPYSPYLRWELYYIRLRALAGEDIRVLDADKIRHLEHDRMLPELVVLGEEVMYQVLYDQSGTLRGARRIEDRERVAACAKEISDLHEKAEGIRDFLKREPSALPPPLKRELGALPPV >WP_261132050.1 acetylglutamate kinase [Bacillus sp. Marseille-Q3570] MNYLVIKCGGSVLEALPESFYENIVHLEKELDVKPVIVHGGGPLISSLLKVMGTETTFVNGLRVTTEEVLDVVEMVLSGSVNKQIVRHLVEAGGAAYGLSGIDGGLLKAKKLESSVDLGYVGKIFHVETKLISQLGDHGYIPVISPLGIDERGQRYNINGDIAAAEVAKALGAKLCLISDIPGIYVEEADEKQVLHSVTKEDILQLMDAEVITGGMIPKVKSAIDALEHGVPEVSIINGMAVDALIDFCTGKEIGTKITLAEEVAHVH >MBQ4139225.1 NAD-dependent DNA ligase LigA [Muribaculaceae bacterium] LRGIEASLQVPFERVLFALSIDYVGETTAKVLARNVHSIDNLMNMNADQLAAIPEIGPKIAQSIVDYFAVPANRLIVERLRQAGVQMSLSEEQLSNRTDKLAGKKIVISGVFAHHSRDEYKALIEQHGGKNVSSISGATSFILAGENMGPAKLEKARKLGVTIVNEDEFLAMLQ >KAJ6827980.1 hypothetical protein M6B38_364420 [Iris pallida] MNRFAVEPTAGGRRVSTGSHQLRRDRIAAEGDDALELDLFSSTRAYTGSAAAAAGPVSPAAGSNSHNEGVRLERISVGAARIGRGGMEDLLDAEIGKHDYDWLLTPPESPLFPSASAKESDKPSPLSSTPRGRTTVRSVSNTRPSRLSTSQTENGHSTRPVRSSSVTRPSISNNYASSFSNNNRTTMINSSSASVTSSRPSTLGSRSTSGRPFTILTTAIPSTTSTTGRPSITSIIVRSSTASRPIASRLPTPTRTRPTPTISGDRITRPSDNSSPSTPTSSRPQTPSNPKTNIDPRPNSRLSTPTCQPTTPAASTAPSIGGRYPSVGQIPAANTRNQAAPASCPSSPGQCPQAPVRPIDLPDFSNDVPPNQRTKLPERPASAGRTRPGMSLTLHASPNSKAVAPPAAASPISSNRRNYLSVVSSRFPESPPRTANKLHSSNGHEASHEIQKPAAPDGGVRRLTKPTSAAESTGFGRTISKNSLDMALRHMDIRQGTGGIQASSLFPQSNRSTTPKGRPACKSDPVLP >MBQ2444858.1 Asp23/Gls24 family envelope stress response protein [Oscillospiraceae bacterium] MLRQETDYGNIQVGLNVYTLIAGNAATKCFGVKGMAMRSVKDGLVHLLRRESMGKGVSVRFNEDETLSIDLHIMVDQGVNIPVVCRSIISEVRYMVTKQTDTEVKDVTVYVDSMMLD >MBO4463451.1 flavodoxin family protein [Prevotella sp.] MKRIIVISTSLRHGSNSDMLADKFVEGAKAAGNDVEKISLSDKSIQFCKGCMGCHKLGKCVIKDDVNDIMAKVMEAEVVVWATPIYYYEMSGQMKTLIDRMNAMYGRDYKFRDIYLLTTAADDDPETPKRAETGLGGWIACYPKSHLAGTIFCGGVNEPKAIEGNAKLQEAFELGKSV >MCB0447740.1 glycosyltransferase [Gelidibacter sp.] MNKGRYKVSIIIATYNRAHLIVETLQSIKKQTHQNWECIIVDDGGTDNTHETIRPILSNDHRFQFLKRPEAYKKGLSGCRNYGLDLATGDYIIFFDDDDIVHPQNLELCLFYVNQHPNLFFCHYKKEAFQGHFDKVYLQSLEPKAVETGDDFYEKVLTYEIPMASCTVLWKKECFDKVRFNETLLYAEDWECYQKILSTQVKGVVLNENLYFNRKHVNSNTGDFYAKSPIRLASKKKAITLITIHLASKQLLSEKALNFLITTAIPYRDIRLMNEIIKIASVNLKKKVHILLKFYMFPIWKEYHKFIKK >XP_016452348.1 PREDICTED: dihydropyrimidinase isoform X1 [Nicotiana tabacum] MEFCHRVQLLIPLVYVIALFSTIFAVVSASNEFCDATFVYGDSGCNIPPSVSSKILIKGGTVVNAHHKEAADVYIEDGIIVAVQPNIKVGDDTRVIDATGKFVMPGGIDPHTHLAMEFMGSETIDDFFSGQAAALAGGTTMHIDFVIPVNGSLSAGYKAYVEKAKRSCMDYGFHMAITKWDETVSEDMEIMVKEKGINSFKFFLAYKGSFMVNDELLMEGLKKCKSLGALAMVHAENGDAVFEGQKRMIELGITGPEGHALSRPPVLEGEATARAIRLAGFVNTPLYVVHVMSIDAMEEIARARKSGQRVIGEPVVSGLVLNDSVLWDPDFHFAARYVMSPPIRAPGHGTALQGALATGLLQLVGTDHCTFNSTQKALGIGDFRKIPNGVNGMEERMHLVWDTMVASGQISVTDYVRITSTECARIFNIYPRKGAVLLGSDADIIILNPNSSFEISSKSHHYRTDTNVYEGWRGKGKVEVTIAGGRIVWENDELKVVPGAGKYIEMPPFSYLFDGIDKEDAKYLSSLRAPVKRSTT >WP_063417119.1 bifunctional acetaldehyde-CoA/alcohol dehydrogenase [Klebsiella pneumoniae] MAVTNIAELNALVERVKKAQREYASFTQEQVDKIFRAAALAAADARIPLAKMAVAESGMGIVEDKVIKNHFASEYIYNAYKDEKTCGVLSEDDTFGTITIAEPIGIICGIVPTTNPTSTAIFKSLISLKTRNAIIFSPHPRAKEATNKAADIVLQAAIAAGAPKDLIGWIDQPSVELSNALMHHPDINLILATGGPGMVKAAYSSGKPAIGVGAGNTPVVIDETADIKRAVASVLMSKTFDNGVICASEQSVVVVDSVYDAVRERFASHGGYLLQGKELKAVQDIILKNGALNAAIVGQPAAKIAELAGFTVPATTKILIGEVTNVDESEPFAHEKLSPTLAMYRAKDFEDAVAKAEKLVAMGGIGHTSCLYTDQDNQPARVAYFGQMMKTARILINTPASQGGIGDLYNFKLAPSLTLGCGSWGGNSISENVGPKHLINKKTVAKRSENMLWHKLPKSIYFRRGSLPIALDEVITDGHKRALIVTDRFLFNNGYADQITSVLKAAGVETEVFFEVEADPTLTIVRKGADLANSFKPDVIIALGGGSPMDAAKIMWVMYEHPETHFEELALRFMDIRKRIYKFPKMGVKAKMVAITTTSGTGSEVTPFAVVTDDATGQKYPLADYALTPDMAIVDANLVMDMPKSLCAFGGLDAVTHALEAYVSVLASEFSDGQALQALKLLKEYLPASYHEGSKNPVARERVHSAATIAGIAFANAFLGVCHSMAHKLGSQFHIPHGLANALLICNVIRYNANDNPTKQTAFSQYDRPQARRRYAEIADHLGLSAPGDRTAAKIEKLLAWLESIKAELGIPKSIREAGVQEADFLAHVDKLSEDAFDDQCTGANPRYPLISELKQILLDTYYGREFVEGEAGAKAEVAPVKAEKKAKKSA >KAF1483258.1 Arylacetamide deacetylase-like 4, partial [Megadyptes antipodes antipodes] MAVAYTLLVLFLAVFVAGFILLVMGAINFHFSNAEIPPGVNQPVKLRIIHIILISRAVVGRILENIGICSQVSFVRYLQGRKTLGADPKLFIKDLCFEKVPVRIYQPKVPSASQWRGVMFFHGGGWVSGSLETHEKLCRSIARESESVVVSVGYRLAPEHKYPAAYEDCLNATIHFMKNIEHYGVDPARIIICGDSAGGNLAAAVSQTLAGRSDLPRLRAQILIYPGLQALDFNLPSYQQNRGVPLLFRECAAFFALQYLNGDASNLEEVLEGCHMPIDIKLKYRKWVSPDNIPEKFKIRGYKPHVLLDCTTEVYETVKRFCEPNLCPLLAEDAVIHQLPESFILTCEYDVLRDDGLLYKKRLEDNGVRVTWYHLEDGFHGIISSFNSDWLSFSSGKRGLDNIV >ROW03190.1 hypothetical protein VPNG_08117 [Cytospora leucostoma] MFIGGLNWETTDESLRDYFSQFGEVTECTVMRDGATGRSRGFGFLTFKDPKTVNVVMVKEHYLDGKIIDPKRAIPRDEQEKTSKIFVGGVSQETTDAEFREYFAQFGRVVDATLMMDKDTGRPRGFGFVTFESEAGVEACLATDLEIHGKPIEVKKAQPRGNMREEEEANRRGGKFGKGRGAGNNMDDGSSQGGGMSGGGPGGITPQAMAQQWSRMQQMFQMWQQQMAMNRGMAGGQMGMNPQAAMMQMMQMQQMQQQMMMQAQQGGGRGANPQMMQQMMNQMGAQMGGQMGGAGGPQIPGSPAGAQAALQQQQHPGSPAAVAGAPAGPGGNQPRPAYNAYEQQAFEQQKYDQRGGRRDNFGGQQAGPAAYAMGGAGGPTSWEGMYDDVPQPNIPNQMGGNMAGGMRGGGFHRGRGAGGFHQNQQQQQQQQQGGPVDPSKAPPANAPTGPKNAGRPGANYRGGGRGGASRGFHPYGR >WP_241566677.1 hypothetical protein [Mycolicibacterium elephantis] MRLGWTNPVRAEKSAERAVGHHQRDVDDAKLHVRNDLALNAEDGDQAVVSPTRRSHTAGDPDSAGGVITEWSRKSRSAMCRTFAELDYTPLVESGRVPAMITLTYPGDWEVVAPDGASVKRHMVLWRKRFQREYGETARYIWKLEFQRRGAPHIHLWMAPPTSLGRSGRSFSQWLSETWTHVVDHPDPKQKARHRIAGTAIDVRNGLKACDPKRLAIYFTKHSSPNLHGDKEYQHIVPESWRQPGRGPGRFWGVYGLKKAIAVVEVAQDAYFTARRIVRRWSRNQAVYGDSADRFPTAVVPRMATRLVPRVNRDTGVVEHRRVGRRRMLCNQGGLAGGYALVNDGPSFAAQLARAIA >WP_233178716.1 hypothetical protein, partial [Paraburkholderia sp. ASV22] VWSQVSVDGVVDDVGVGDDAVVLWLDEGGVSQVSEDDNADVVGRDVGSTAAGVAVTDSSQAVLEVEVSEHPQWLDVEVELVVISATCCVSQPLSEC >WP_215152714.1 MULTISPECIES: cytochrome P450 [unclassified Streptomyces] >MBT2416274.1 cytochrome P450 [Streptomyces sp. ISL-24] >MBT2437451.1 cytochrome P450 [Streptomyces sp. ISL-22] MTTQEPRPAVDAESPTDPVPLMGCPYKSNPYPLYERLREAGPVHRVLFPSGVQAWLVTGYEAAHSALNDDRLGKSHDRGNDRWRARASIMPEPQHSQLQVHLLHQDPPKHTRMRRFVTDAFTPRRIERLRPRFQELADALVDALPETGPADLVTGFAARFPFQVLAEVIGLPGESAARFDRDWGKVVQPVGPTDPGRPRYEARLHGLQSYIAEVVAHKREHRDDDLLSHLVAARDRRELTQEELDSMIFQLLVAGQEPVTNQLTTAMVALFRHPGQLARLRADLGLLPRAVEELLRYDSAFELTTWRFFDRDSDLHGTEVPAGDSVIVSLCAANRDPRRFPDPDTLDLDRSPNPHLAFGHGIHFCPGAALARAELQIALGTLLTRLPGLHVAVRDEDIQWTPAVLGRGTDHLPVGYDRRL >MBO5433620.1 hypothetical protein [Clostridia bacterium] MKNLNSKRVISIVLIFSVIVFFSSYIIYQIVASGNAKMETEFALKETVYEAIDTQCFVVRDEKFINNDAKGTTVSFVTNGERVAAGDTVSVVFDSIEDASSFLQIQELKKEIEHYEYVSGQANVQTLNIDSLTKKINSELTDYLKSVDGGDYKKAIDKS >XP_040967143.1 uncharacterized protein LOC121228077 [Gossypium hirsutum] MEFDDPGTVQFCLGGLVHQLNVPEFGVVLRLYMEEFMDDDDFDTLHRHIHMSSSNCWRALVPTSATYDSTHSKASALAPSLRFFYTTRVAKLRRDIELDKQVSKLALTVSNLESQGKLPSQTEPNPRYNVSVKTLRNGKVLKPVPGTSRAYDTSQDKEKLDTETSVESAPQKSFAVPPPFPGRLVQCKKEREEKEILDTFQKVEINIPFLNAINQIPRYAKFLKELCTNKRKLLNNEKASVRENVSAIRQRKIPPKCKDQGVIIQLADRSVVHPEGVLKDVLVKVNELIFPADFYIIDMEDDNSANYSDRLFGRPFLSIAQTKIDVRSGILTMQFDGEVVKFNVYEAMSRSSMISNVSNIDIIDPLTELHLEYHDKDELQTILCRSLDFDAIEELKEWITFEEFIHETVAHMEASQLRKNPSKFLKLSPSQTQLLPSVLQAPELELKPLPDHLK >WP_278781114.1 DEAD/DEAH box helicase [Ligilactobacillus agilis] >HJG05008.1 DEAD/DEAH box helicase [Ligilactobacillus agilis] MKYGASNIQQEMRNDLKGYIRTQYLGKTPILAENLEKELSQEGILYKEPYIESSPAYKTVAGGFNHAKLLDWEKDFLSELADRNLGVFKQPFEHQVEALEAFEEGKDVFVSTGTGSGKTECFLWPLLVKLAKEAKDGKSWSKRGIRTIVMYPMNALVSDQITRLRNIIGKDEFAEIFSKLNSDTRRPQFGMYTGRTPYPGAKPKKQDDIDLAEKLKELITGNEQYTETLRKEGRIPVKANLEEFINNLEKGKHITAADDAELITRFEMQETIPDILITNYSMLEYMLFRPREAKFWKETTAWLNEEKENKLLFVIDEAHMYKGSAGGEVAYLIRRFLHKLQIDRDKVQFILTTASMPQHHEEEILDFACNLTAANNRESFSMIRGVKEELPKDKLNDLPINKLLEINLEAFNQEDDVDILKQLNSLWGVDFENVEAAQNWLYENLYKYRPFNQLFTLCRGKAVSLGDIAKEIFPDENEDRAITATNVLLEIATLAKNNKGDVLFPARMHMLFRGIKGVYACCNPHCTRATKGGGITLGRLFVSQEIKRCPDCNSVVYELYSDRHCGALFYHGYIATDVQSELDKEYLWHNPGKITRGMTGTVKEVNLFIPYDGFNSRKIKGVAPCYLNIENGYVYFNEDYPGEKSSYLKLYYDTKATNNINNDSITFRKCPQCRKNLASGINNFDTRGNQAFYELVKSQFNAEPLVKKSAELPNQGRKVLLFSDSRQKAAKLALDMSETSQRAATRQLLALAIKYLNNESTEINLDNIYGYYLKAVYEKGTKNILVDDDRKEYSKVTRKIDKGKTLDKKFKLDKAPDFVKESILRLYCSPYNNYYDTAISWLEPTGDSLKDFIDNLEDDDIEIPSEHKSYLKEVLTIWMMLVCTNYMALDSSISDVLRLKISEYADKGLKESELENLPEIIRDALEKIGIGEDSIEDFIDNLKNCYLSKSSTGEWYLRLDVIKPCLDLEHTWYFCKKCLQVVPFNIDKKCPYCELGELHELSDKLLENLDYWRKPIIAVLTSQNEKVSLIDTEEHTAQVSNKDVREKYWSTSENYELRFQDILKDGEDSVDVLSSTTTMEVGIDIGSLVAIGLRNVPPTRENYQQRAGRAGRRGASLSTIVTFCENGPHDSLYFNDPVPMFEGDPRVPWIDVQSDKIIQRHLNLVILSEYLLAKGRSIDALKINDFIDGYYSDFLHYLDLWKVEESSILLNKKFDEVSFKDNLKKDLRTIKQKLQNHPEIYNIDKHNSGKDVKKLLDVVYEEGTIPSYSFPKNVVSAYLGDNEVDRSLDFAISEYAPGRTVVVDKKVYQIGGLRSSANADRSSTRKYLADSTHVKSVYSCDNCSWFGIEGDRVKAGDKCYFCGKGTISKSEKPMIRPWGFAPKNGTQLSSSNVKEEVTFAQEPIYSTLPNNGKDIKVVNDYQHLKIANRKNQRIIMMNTGGNGRGFMLCKACGASMPGNDIKVLQNIQAPDKKSCSHPEMINVDLGYDFITDMLVLKFEFDSKKINTSYNNIWYHRAGVSLAEAIRLAAGKILDIDFSELVTGCRYRNDKQGCFLDVYLYDDLLSGAGYSNSLSKIIGQVLAEAEKILKQCNCDDACYNCLKHYRNQYVHGDLDRKAALELLAWGRDGEIATSIPQKQQLELLEPLHDILLERGLKLDNLKINNKEVVIYPSMRLPEKDGKIYLSEYLMKYALPLAVQEINSNF >XP_014204645.1 protein enabled isoform X1 [Copidosoma floridanum] MNAFSSSGLYTMRMGVEESKRSRARLLATRPIESPCPPERDGRRSSSSSSSSSSTHYAEPTFPGGRPGQAADSNEIVDAPVLAYNKQYDWKCEVSISSARASVMVYDDVNKKWVPSGSSSGLSKVQLYHHQVNNTFRVVGRKLQDHEIVMNCAILRGLKYNQATANFHQWRDNKQVYGLNFSSKEDADAFAKAMLSALDILSGNGTTIPRTIGQQAPATQQPQQQPPMNYPQQQQQQQQIVQQQPNGQYEEDMGYRTMTREDVAIIQERRMSSQQQQQNQVPNGLNAISPSCPSNMSQQQQQQQQQSGHHRTSSAPPAPAPPGQQAVVIQQQQQQQQQQQQQMPPVPPPQPPAAPPAPSMINFPGAIAQQYAQSPQSQQAASAGVGGIYGTTGGQPQQQQPQGPQTMVYPVQQYTPNNQYGSRASLNSQYAALPSTAGPYVSQGPYGPVVSQQPLAQTATVVSAAGSPVIVNPYGTPANSINQAYISTQPEVVNAYAPVGSVAAAAAGLNQGLVQQTVVSAPPPPPPMAPHMQLQQQQPPQQQVSAPPPPPPPPAPSARLVAQDDGPPPALDVNSLAAALQAKLRKKQQSQAVENSGSSTSSSGSGNYGTLGRSSGDGGEGVGINAMMVEMAKTLARRRAAVEKKQPDQTPEPDSSPDKKSWDKSNSSISNSASNNKFSNGAESPKAHRKRFGSASEDTLLKVNGVNEGPSITPQEMDAFKAELVKEVRKEIQKMKLEIIDALKSELNRR >WP_275765493.1 plasmid stabilization protein [Priestia megaterium] MPHKMTLTGSATGPLREYDRYVAFDMREKGSPSAPKGLKKSTFISYTVFVAKKAFNKTGLTKKSIMHEKILIQGEPTLDIPIDECPGEIGIICFQITVLPNKNDKETNESKDKKEAKQEVSKAQQEVAATKQEEKQEPVAKEAKTVQPEVKETPVQEKKAAPQQKQLSTQPKGTQDVVNFDEIIVPEAFLKTRPNPVKTEEVVEFVKRTGHLDKPLTIDKGSKILKDGYRRYIVAKTVKMDKVPVVYEYQK >WP_136332629.1 LysR substrate-binding domain-containing protein, partial [Pseudomonas aeruginosa] LQARTGVVLFQRFSHGMRLTPEGEQVYPGLRQAFEQITASLAQLEAINARQTLTVSTEPSFAATWLVPRLGQFSASHPQVEVRVEATALLADLRRERIDVAIRHGLGDYPGLDVQALMAPPLIPVASPRLLAEGPEIREAIDCLAYPLLQESERNDWRLWLRAMGVEDDPRSERGPAFADDLLLVRAAETGQGIALVREIHARAEIASGRLAVALERPWPSRFAYYAVSLPG >OFI40104.1 hypothetical protein BIU82_02885 [Arthrobacter sp. SW1] MAGAAVAVVCVALLVIVFFLDSFNAATYSMTGKSVQDATDEARDIRESYSGVRIGALIVLLVSAASAIAGGVLLYLNRSAVPDDEEDNGEDVDFEDLAGR >HBA9856909.1 lipopolysaccharide N-acetylmannosaminouronosyltransferase [Escherichia coli] MNNNTTAPTYTLRGLQLIGWRDMQHALDYLFADGQLKQGTLVAINAEKMLTIEDNAEVRELINAAEFKYADGISVVRSVRKKYPQAQVSR >WP_012147640.1 baseplate assembly protein [Aliarcobacter butzleri] >ABV67910.1 hypothetical protein, putative baseplate assembly protein W [Aliarcobacter butzleri RM4018] >GGT78419.1 hypothetical protein GCM10007985_13460 [Aliarcobacter butzleri] >SNV31112.1 Uncharacterised protein [Aliarcobacter butzleri] MAKKISKEKSFKRMIETPLGSRVHLPFFGSKIHELIDKEMNQKWVLLFQKYIYECFFDENWEPWDDRSIPEGIDVTNFDEVNSSLSCEVSFQDGTTLIYRYVRTK >WP_045121741.1 MULTISPECIES: TolC family outer membrane protein [Pseudomonas] >MCU0092406.1 TolC family outer membrane protein [Pseudomonas koreensis] >UVM24663.1 TolC family outer membrane protein [Pseudomonas sp. B21-021] MFGCMNKLSMLAAAFALLAGNSAVAAMGPFEIYEQALRNDPVFLGAIKERDAGLENRAIGRAGLLPKLGYNYNKGRNSSKATSLDSRARNNTDERNYSSYGSSLTLQQPLLDYEAYAAYRKGVAQSLFADENFRGKSQELLVRVLDNYTKALFAQDQIDIAQAKKKAYEQQFQQNEHMFKQGEGTRTDILEAESRYELATAEEIEARDEQDAALRELGALVGVPAMDISDLAPLDQNFQTFALMPANYDTWHELAVSNNPNLASQRQAVEVARYEVERNRAGHLPKVSAYATMRQNESESGNTYNQRYETNTIGFEVSVPLYAGGGVSASTRQASRTMEQAEYELDGKTRETLIELRRQFSACLSGVNKLRAYQKALASAEALVVSTKQSILGGERTNLDALNAEQQLFTTRRDLAQARYDYLMAWTKLHYYAGTLSEQDLARVDEAFGQGPRTQ >CZT45482.1 probable ATP-dependent RNA helicase dbp10 [Rhynchosporium secalis] MPHRASSPAVSENEFDITNALFQDDVDDDDDVTFTFPSSKDLGDLDAGGILDLESDGDGDEAFIAAKQAASNRKASNVKGKSVKKGGGFQAMGLNSHLLKAIGRKGFSVPTPIQRKTIPLVLDHKDVVGMARTGSGKTAAFVIPMIEKLRSHSARVGARALILSPSRELALQTLKVVKEFGRGTDLKCVLLVGGDSLEEQFGFMAGNPDIVIATPGRFLHLKVEMSLDLSSVKYVVFDEADRLFEMGFAAQLGEILVALPTSRQTLLFSATLPKSLVEFARAGLQEPVLVRLDGESKITPELKSGFFSVKSAEKEGALLHILNDLIKMPTGLPEAAMRAAADANSKKRKRESGGPHPRQKPTEHSTIIFAATKHHVDYIASLLRLSGFAVSHAYGSLDQTARNQQVEDFRTGRSNILVVTDVAARGIDIPVLANVINYDFPPQPKIFVHRVGRTARAGKSGWSYSLVRDTDAPYLLDLQLFLGKRLLMGIESGDSPNYNEDVIVGALLRDKLEATSEWITKLLGDDDDLSALRGVAAKGEKLYVKTRNSASSESANRAKEVVASKGWMQLHPLFNNATTSSEQARIDMLARISGFRPQETVFEIGTRGKAGHGEAAEMMRARREKIFPRRQKEEDEKAAAKAEAPVEDAEMDVSLFPDEDENADEKVAEEDDDEMEVTVTGGGNDNMSEASSADLELTFSKTAQKGKGRSLSYKDSENFMSYTPKNLNVAEERGYGVHSGSYNTASQNSNFVEAARDVTMDLANDDGAKSFAEPARAKGMRWDKKNSKYVARANDEDGSKGKKMIRGESGQKIAASFQSGRFDRWRKAHKVDRLPRTGEAERDGAGATSGVGRGMGTRYKHKQEKAPKEADRYRDDFHVRKKRVEEAKEKRVGKWKDGSGKQEIKSAGDVHKERQIQEQKKAKNARPAKRSKR >MCD6247767.1 cytidylate kinase family protein [Candidatus Diapherotrites archaeon] MIICLSGLPGSNTANISKLLALQLGIKYLSKEALLRKIAKSNKKTLQEIEQEVASEEFVEKLRKLLLSEAKNDHVIIDWPLACWAMSEAELRVFLYSAPKQRAEKIIKKEKIPLSDAKRKIDEEEQKLRQNMLKLLGVNIYDVKNFDLAINVDKVGMEGAASIIIRYLKNVKMR >MBL0720829.1 cell division protein FtsL [Piscinibacter lacus] MSKRLSVLLVLALLASSLWLVQVSYRSRMLNHAIFQAEQQALRLDAERELLEAERRAQATPMRVQQLAREKLSMQPASPSHTLYIELPAGIERWPASQGPQLGERLAAERSALVASGTGSPEAAR >WP_281562017.1 M48 family metallopeptidase [Verrucosispora sp. WMMD573] >WBB52210.1 M48 family metallopeptidase [Verrucosispora sp. WMMD573] MNFFERQRQVRRLSTRLVLLFVLAVVGIVVVVNIAALLAFNATAADPAQLAGFIAMVSVATLAAIGLAALVRTLALRGGGGKVARELGGVPVPANTTDPELRRLRNVVEEMALASGVPVPEVYVLPEETAINAFAAGWTPSDAAVAVTRGALQRLNRDELQGVIAHEFSHVVNGDMRLNIRLMGLLFGILFLTVIGRGLARAGVIGGGRSRSNNGGGSAAPLALVGLALLVAGYVGVLAGRLIQASVSRQREYLADASAVQYTRQTQGIAGALKKIGGLSDGSELKSPKRDEVGHMLFGEAARTSWFATHPPLVDRIKALEPSFDPGELRQLSRQWAAAPPSGRQEDVAMGLAPGQTPPAQPEPPVRGERVRVAPDEVLARVATPTATAYAHAAAILDRIPDPLLDRARDRQAAVPLLLGLLLSAEPAARQHQYAAVAQRHGQELADDALRAADDLVELPAELRLPLAELAFPALRDRPGPEVESLLAAVFTLIQADGAINVTEYCLSRLLLAELAESLRPDSRWRTDRRKLTDARSAAATLLAILAQVGHPDRPEAERAFQAGVAALLPGAALPYAPPENGVLALETAWPVLDALRPADKERLVAATVAVISHDGMMTVPEIELLRTICGLLHCPLPPMAGHVTG >MBF1128433.1 Stk1 family PASTA domain-containing Ser/Thr kinase [Dialister invisus] MVGKTLDNRYKLEKKIGSGGMADVYMATDLLLDRVVAVKVLHSSFAEDNDFIVRFRREAQSAGKLTHPNIVGIYDVGDDQGVHYIVMEYVEGVTLKQYIQDHSSISVDMAVRIAVEIGSALEAAHENGIVHCDIKPHNILLTETGKVKVTDFGIARAINSATVIDKKSILGSVHYLSPEQAAGDKVTEKTDIYSLGVVLYEMLTHHLPFEGETAVSIALQHMRGEVPRPTKFNPAITPMLEECVLTALQKDPDKRYNSVSDFISELKMAQGFTTSIYKPAQPEFAAMTKPIAQKTEKIARTETEGKLSHLITNFPQKYIWIAMVLLFISCFLWAFFSFGNFWSTSNVTVPMLVGEPVEVAQKTLKEMNLKFSIDEIASDDIPAGQVISQTPVGGASVKEQRIIHLTVSKGGAVILVPDLKGLTLDQAKERLGKLDLALGAVENGSDQSQTAEIIISQSPQSFSKVAKGTLVNIVINLRQPVNVPNLVGMTLADAKNALDSVHLTLGTISSSDGVAADDSAVVLAQNPTGGVSTNESSVNLTIGKKEKTQKKTGSVNITIPKNGNSRHVVIYIIDDNGKSVSYDQQVKPGSTVNQSVSGIGNVKVQVLIDGNIVQDREL >WP_045308192.1 MULTISPECIES: metal-binding protein ZinT [Enterobacter cloacae complex] >KJM82699.1 zinc-binding protein [Enterobacter hormaechei subsp. hoffmannii] >MCL8181223.1 metal-binding protein ZinT [Enterobacter hormaechei] >MCM7039530.1 metal-binding protein ZinT [Enterobacter hormaechei] >MCM7463387.1 metal-binding protein ZinT [Enterobacter hormaechei] >QJP76820.1 metal-binding protein ZinT [Enterobacter cloacae] MAAQLGKIALTLGTLLVSGSLFAHSHGHQMTEAEQKAANGVFEDKDVRDRTLSDWDGTWQSVYPFLLDGSLDPVFEKKAQKGEKSAAEVKAYYRKGYATDVDAIGIENNVMEFHRGKTMSSCRYDYSGYKILTYASGKKGVRYLFECKDKASQAPKFVQFSDHTIGPKASSHFHIFMGNTSHEALLKEMDNWPTYYPNEMYKEQVVEEMLHH >AAZ67085.1 glycoprotein, partial [Muju virus] >AAZ67086.1 glycoprotein, partial [Muju virus] >AAZ67087.1 glycoprotein, partial [Muju virus] >AAZ67089.1 glycoprotein, partial [Muju virus] >AAZ67090.1 glycoprotein, partial [Muju virus] TTPVCQFDGNTISGYKRMVATKDSFQSFNVTEPHISASALEWIDPDSSLRDHINVVVGRDLPFQDLSETPCQIDLSTSSI >WP_154454910.1 MULTISPECIES: LD-carboxypeptidase [Streptococcus] >MST53776.1 LD-carboxypeptidase [Streptococcus alactolyticus] >NKN41086.1 LD-carboxypeptidase [Streptococcus alactolyticus] >NKN84569.1 LD-carboxypeptidase [Streptococcus agalactiae] MKKLSPNSHIRVLSPSDSIARLGGFEANLSAKETLENLGFRVSFSEHYLESDMLYSSSIKSRVADLHAAFADDSVDAILATIGGFNSNELLPYLDYDLIAKHPKIICGYSDSTAFLNAIFAKTGNLTYMGPSYSSFKMKEGQDYQSKAWLNATTKSAYDLVPSQEWSSDPWYDPTQPRHFMPTEWKIYNAGKASGTIIGGNLSTFGLLRGTPYAPQVEDYVLFLEQSEEDGYYEFTRNLAAILQAYPQPKAVLIGRFPKECQMTQDILIYILDKHPILKTIPVMYDLDFAHTQPLFTITIGAKASIDTDSFSISIRE >WP_274915895.1 FadR/GntR family transcriptional regulator [Streptomyces sp. WZ-12] MGATMGQLGNPGSYAGHGQHGAAVEALAQRIVTGTYGEGDVLALQKVMAELGVSQTVLREAVKVLATKGLLATRQNHGTYVRPREEWNLLDSDVLRWKLAAGASSDFYADMLELRRSIEPAAAALAAERRTDDDLEALNAALSAMSATEDDPVLLVRADASFHTALLLASNNRFYAQMHRVIVPVIIQRGREVYASGGAFAHPHPVHAAVAEAVRDRDLDGAYMAMLELLDKSAREHP >OHX54041.1 hypothetical protein BB776_05745 [Planococcus salinarum] MKRLETLILPACFTKKRWKKNRMHRPFPARHAGSGGGRLEGAIPHFIRSAELDPGNSAVGEALVKTYTALEDVPAAFAAALILLQHDPLVLDFKELFELAVTEESVQLVSKTLDAVADRCRKNGCLSARRIARKKKDAWRKRKTCSSRPKS >XP_022216402.2 glutamic acid-rich protein isoform X6 [Drosophila obscura] >XP_022216403.2 glutamic acid-rich protein isoform X6 [Drosophila obscura] MMKEVESGRKLRHVACNDRSQPILTCKSITKVDEKFIYETEKDNSHNKLLQQIQGGIKLKPTRTNDRSKPVLDGLRKFRRQMTIEEQLQKSQSKVNMLCEAPSSHALGPSIASALGAGRSRPSIGSAMSIDEESPDELDDIDKIRDDLQSTKQMLALELRNREAQERENKKLLAKIRTLETELEREKSREKNLEYGSNVIVATMDPTPTAEQTYVNSLKSEVEDARKVSKEVEKNYQSTSEQLVEAKTEIEEQRRQIQLLERKLAAALQGCATPSTNRPHISNCFAYDDDDDDDYYDHYYVGKHAPHQGGGMLDGSRRSSDANFGRDSSPELDLEVSESDPDEPEEKKTERREKRVGKELKVLRSKLTKVKVKEEAAKKEKDVLKQAMKKNQEILKEENKKFKKLEKEVQKMAASMKLDEDDVDGEDKDDEEEAGEEHESEEEEESDDESEESESGESEAETGSESEPEDAANSAKKANVEPRVKKHESRFAAMKKCNVLLQANVDNLQDQIVQVRHRATNLQDELDAVIADLGF >WP_165724099.1 MULTISPECIES: LytTR family DNA-binding domain-containing protein [Pseudoalteromonas] MQLKTLIVDDEYSAIEGLMIRLESFPQIDVIGHANSVDDAVSIINKTQPNLIFLDIEMPEKSGFELVKYFIGNYCPAVIFVTAFHQHAVQAFEVKAVDYLLKPVKLQRLGEAIERASERLSSVVNKQQLLEMRESYLNAQQPKLINSTKIETLVEANNLIIQDGRNPIQLVPYNDILCIDAAGDYMCVHTQQETFVMRARMKSLEKDTLPADFVRIHKSAIVNLKHVKRLEPLRNSEYNAILKNDKSMKVSRTYSKELKSRLLNNSGYLLSQSLN >MBN8606766.1 PAS domain-containing sensor histidine kinase [Caulobacterales bacterium] MSNAENFDAPSGQAPDKAIRPFMALVLVFVTAFFIAIGAQIKAYRDSAAETVVAAQASTAGLVAERINANLAVAMGAAAGAADVARAAGGVGADPRSVANAAANSSPAVGAAIVTRDGVVEAVTDPQHSAVAAAAAQAASTSDAAWAGAPDMGELATAPTIVRHVGERSIVTIIDPARLLPDLDANARVIITSPAGDILYASPALQSAGIRAQQQILSAARTEAAGTLIRDGSGSTWVAAEATAQIGEFRVLVASPAPTDMQLWLAALLRFALVAAAPLAAIAVLYLLMRQNAQRARLAEAEAARAETHFRIAADGAKVGVLEWRPSADEVQMSEQAARLLGAPSDTLGLREFLELVLSEDRFGVEEEFRRARQTGLLDARFRVTRGGGLAWIEARGAAVEDSAGRMETRVFATVIDATQRHEAEQRVGHLERQLRAAIENFSGPFALWDARKRLLLWNQSFAEAFKLGPEILRHRASYEAIAAASIPAIRREKHEPENPDVRVIELATGQWLHIVERRAADGGVITVGVDITPLKRQELELARNEKRLSDALTRAESQEYRIKALAKEAHEERQKAEEASRAKSTFLANMSHELRTPLNAVIGFSEIMAKELFGPIGNDQYKQYSTDIFDSGNHLLDLINDILDMAKIEANKLTLTPRPLDPSVAIEQAVRLTKRKAEEKGLSIVVDAEELPEIEADHRAVKQILLNLLSNAVKFTDQGAIMVHGRGGPAGLTLRVVDTGCGIPPEHLPRLARPFEQVEEELTRNNHGTGLGLALTKSLAEMHGGKLSIQSEVGRGTIVTVTLPRTFGGTREAEATAAE >KAJ7773233.1 hypothetical protein B0H16DRAFT_1880676 [Mycena metata] MADADVTMDYAGAGFYAMDADLNPEIAAILLWLQTVVEASRSQFDYLLDSSHGLATIVSSALEAALVQYLTSCPVLPQPVHLRSQEERQSIWKGLSQNSPEYKTAQYIQAICRARHTRGLSQEDEDYAQLLNEAFANDFQGDSVDLFCSTLSRYAEAFDSRTYYGRIIVWYGPSGAGKSKGIDTLQTIFPTFTACFRSSDDPRKGWPPGDLPIVRYFDRRGTTSTAEEWVAAFLGAYFEIAASELDKHMHSETRNTESSQLANRVRKVWNYEHQRGVSYDATSRGKLFQTIADRASALLEEHGAQKMQVLLTEPSAKYIKLWQTYCEPGAQQLMAQMDSAPFCLFALDECTEIPGVEAVALRRIMEAGNGHSKLWFILLGTNASINALAPTSSTFAPSQRFGELQCLPLWCYFGYGQLAPPDPPTPNEALNVDYLRKVGRPLFATYRTSSAAYSNARAKLFSPRLAFDPTSPVHVLTAFSHRILLELGNTAVANQMAAESVNSNLRYPIQIDGGIIRTMSPSEPLLSLVACDVLNRGDNFSASLKTLVAEVKKATIDRGLEGELYSRLLIIRARDFALHRKIERASVKLIHMLLAEHAESPKTPLSAPPSIPDGAYDFGDTFATKSFAVRLITLQEHLEALVYLDNLAPEDASQIRAFSKPYHVNVTHMVQLLEPVSAIPQTYLCELFVRGAAVQCCHSQPVIDGFFVAYRGDLSQPFDLDLFIMISWQSKAKVAAASLTSLVSAVTGPMQLDGKGQRCKKAELVLVLDLNVRAAFQKGNPTFQATFRRAAPITSSHKQDSSLSSNQKKKPAKEPKPWAGYAMSEDIRGATPGLVP >MCQ2156413.1 replicative DNA helicase [Bacteroidales bacterium] MDNLIDSAQSKVYEAIQSNVRREIQDIGSIITEALNDIQDMQGRTGLNGVPSGFESIDRITMGWQPSDLIILAARPSVGKPAFSLNLVRNAAVDHHMPVAFFSLEMSAIQLAKRLMTSETGLGADKIKGGAKLEPYEWEQMEYKLKALVKAPLYIDDTPGLQLMEFRTKAKNLVKNKQVRLIVVDYLQLMQGPPELRGMREQEVAAISRTLKMTAKELNVPIIALSQLSRQAVQRQGGGGKPQLSDLRESGSIEQDADMVIFIHRPDYIGLSESKEDREKTQIIIAKHRNGETADIDMTFKSDQIRFVEMDEALDMQAAGMTTGSAMNNDFADTQEF >WP_089246429.1 sugar ABC transporter ATP-binding protein [Rhodococcus kyotonensis] >SNS87047.1 ribose transport system ATP-binding protein [Rhodococcus kyotonensis] MTDALCITGLSKTFSSQRALDGVDLSLAPGEIRGLVGQNGCGKSTLIKVLAGYHDPDDGARIEVGGVQLHLGVPGSGEAAGLRFVHQDLGLVESLDVIDNLALGHGYATTALGTIDFRAERQRAKAALGELGLDLPLDRLAGSLSMSERTMLATARAVQDRSGTTSVLVLDEPTANLPAAEAVRLFDLVRRIRDRGVAVLFVSHHLGEVFTLCDTVTVMRDGKVVTTRPLEDLEESGLVELMIGRRVEEFLAEPEETTEREGDPVFEVEGLSCGAVRDLAFTIRPGEVLGIAGITGSGREQIVPALFGAESRGGTVTVDRRVVEPGRPDLAMSAGIGCVPAERSSNAAFAAASLRENVSVADPWAYTRRGMVSTKREKSDVAHWLERLGVRPTGDTERPLGTLSGGNQQKVVLARWLRRTPRVLLLDEPTQGVDIGAKADIHALVDSVAESGAAVLVVSTDHGELTRLCDRVIVLSVGSVVDDFVRPRIDPDRLTASTLKKPALATAAYTGARNR >VDO63589.1 unnamed protein product [Onchocerca flexuosa] MLFDCSALVSFYFYIKVMGLVASVMSRWPSSKYYSYGYGRVEVLSGFINALFLIVIAFFIFLEALERLYDPPDISTDKLMIVAVAGLIVNIFGMFAFHGATHAHSHGDDGNHSHNNAASHSHSSTSHAHSHSHSHSHSHAHSHGEANANMQGLDIYYFKI >WP_098642363.1 penicillin-binding protein 2 [Bacillus wiedmannii] >PGA00914.1 penicillin-binding protein [Bacillus wiedmannii] MLHIKRWRFFAVLSIVGLILLILLKINFISITIATSSAERGKISDQNGVILATNKKVKSLYCTSNDEKVSNQDTSNTLAFFKQFSNEFQHDISAEDIKSQLQQSCKKQTMNDLPLYSDINESELTFINKNKPNNVIIKDEWIRYYPKHEVGSQLIGYVENDLNSKYGPVGKSGIELQYENDLKGKPGKTLIFKMNNKKFLWNIQKVQKGKDIRLALDSKLQQKTEEALRSQIKKITDVNAGYVVVTDVKTGAILTMANSAVFDPNTLYEQVSSKKENIKSLSQNKAIQKLKHGESYVNMASTIKPLTILIGLNEKLFQPEDTYLDKGTFQYDNQNNITNAPGTPTGEITPRQAIINSSNTFMTAKVALPLFNQNNGNIEKVAHIWTEYLKQFGLRSKTGVDLPFEEDGQYEFHPTNKFENGISALLNASWGGNEVHTPLQLAQYAATLASKGDKYKPQILSAIIDQNGKETKKFKPILESSNRYPVKFWSVVQGGMSQNIEEIKNLPFHVAGKTGITGAPNEQERMINHSLFIAYAPTEDPQIAVSVVIPGSNSEKNIAALVTSEILEYWNTLQ >MBA2651112.1 CsbD family protein [Tatlockia sp.] >MBA3536477.1 CsbD family protein [Tatlockia sp.] MNKDIFEGNWEEIKGKMKQKWGKLTDDDYDQLKGSQQEIYGKLQKHYGYSKEEAEKAVKDFNND >UCP72061.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSVKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAXITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQVCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_070709792.1 hypothetical protein [Micrococcus sp. HMSC31B01] >OFS04017.1 hypothetical protein HMPREF3105_11855 [Micrococcus sp. HMSC31B01] MEYLVPVLAVVVIGALAFAAARWMSAGRARQAADPRTPSGRGLDIGPERARLAAGLLDENAHRRVYGHIAQNRVMEAVRDYRAHTGRGLKDAVMDVQSLAVHPQVYSEPVQEPDATSAGVAGPVPGDHGEPHRDDAAPAETPGPKRPGQDSSGRGEPDAQTPDRETSDAVAEDDARQDTDHASAAPRPTAPSADELTTLTVPAEWTAAPAEEELPFEVEVMRGTESVRLSSQDLPPWLRDQLAAMVRDGNLESAAVQLSSHSELSVPEAYELLRRMRERRGEG >MCI0750124.1 alpha/beta hydrolase [Nevskiales bacterium] MANTALNLFYATNRRHIGTDRWRPRGYGTAFSADGLENLRFGRVRVNADAARITQFLDASHEKMGRGQGTELAQYLSGCAKKADIHAYPERLDATVSDSAQPEARLGSRALFAEVQDLMLKGSDVLVYVHGFNVSWPEAVGSALALQLALNRNDGADPGQTVSVVLFTWPSDGMALPFASYKSDRSEAKASGYAIGRGFLKLRDFLINLRGRARAEGTPLCDQSLHLLCHSMGNYVLQNALGRMDRYTPGNALPRLFENIFLCAPDVDENALEPEGALGRVHELAREVTLYYNRGDLAMYVSDYTKGNPERLGTHGAARPALMHNKIQQVDCSEIVSGTVEHSYYLDGWINLDIRHSLEALAANDTRRQRVLKGELSNVWTLLRPA >MBR6483218.1 hypothetical protein [Bacteroidaceae bacterium] NVNHHAATDYTEWLPDANGGLHDYYMINEERLSGIGWDIKMGIILRPIQESPFRIGLAVHTPTFYNLTQDAYLYMNSPFALYNDKGDQISNYTEASAEIWDNNFNIRTPWKFNLSLGTTVGNFLALGAEYEFADYGSACISYDNYLDEWNNYWDQGVKDKPLNREIDRFLKPVSTVRLGAEARLAKGVFARVGYNFVSAPFEKDAYLNLFTDSPSYFYSTNTDYVNWGDTHRATAGLGLRGKHFYADMTYQYQTQKGELYTFHVPEQAGEQNRLQAADIQQNRHNVMLTLGYKF >MCA8947870.1 carboxypeptidase regulatory-like domain-containing protein [Planctomycetota bacterium] VSPLQVSFALAATFGLLSAQAPVTYSDELMPGSEEPGWLVFRVVDDLSSAPVAGAEVFLVGESVTPIAGEFPFQRKGISDDQGVVRIPVADIGPRWEQVLRHPKQGTCSRGPVEGPVWRVGRGFDVPVLVTDWRGQPAPGATIGLCGGCGHSPDLVNAVADVRGIATLPNVDPHNHVADIYVQHPGLGLGYDSIDWYPGGPPALARCDWSIPLTGTVVDHSGAPVPDVFVGALDVHRGPWARTAADGTFTILGGDPGTGAYHVRTAAGRKFYFETPASYPVTLKLPDDDPEAYEGTTDVGDGWEMPPLELRKVRVRFETSGERLEASVLLPGRSPLDAVDDTIQVPTTGPFAVCFAPEESGGLPWSRFLAFDDVSALPTEPLLLKWFSPTRVVGRVVDGDGAPVPVRVSVGTDWSRNLAPSAVDCDTGSFELPVRDTGMRVLVIEPRRDDLRRRVVWLPLPLRGDDVVVDLGDIVLATEPQLVAFDSEGPLEFGKLSWARAGYQQVDRWHDFDLDYEGGWQGPDLRAGDVVMLEGEGDELPFRTVLEGDGPWRIEAPVGQLDVRVRAAAGELVVPTIAFADQVLQVKDVRRLRRLRQGPLRLWAMAPGHRTAVIDVVVGAEPQSIEVTLPAR >WP_244356123.1 cytochrome c-type biogenesis protein CcmH [Vibrio gelatinilyticus] >MCJ2376518.1 cytochrome c-type biogenesis protein CcmH [Vibrio gelatinilyticus] MIRLIACPVQVLLRLLSAAIVSFALLSFSIPASAEQAKIDTVELFEFESLQQQKQAIELAKTLRCPMCQNQNLIESNSPVAKDLRLRVFELIREGKSNQQVKDYMVDRYGEHVLYRPSFSFKNGLLWGVPILCLLLVILNLFITFKRKQKPS >HBJ0687394.1 hypothetical protein [Escherichia coli] >HBV0217001.1 hypothetical protein [Escherichia coli] >HCO5126130.1 hypothetical protein [Escherichia coli] MTNNISNINNTAHNKNLDKTTFDEQPGYETRVSQAKKILQSFSSNDIKVDTNTKFISLIESVRALSPELQCKVLDGLNYAKNTLHNINQNSAVATKSSCQSTESIEKTITFNILDMLDNLTMRQQNIMEAFLRVFTSMYNASAKADASMSIVFEQLVKLQSDETKNASWANLTGAIVGSAINITGAVFMAGAELAKPAGKIDDIAENQEQNADKPDDQTRIRSKEDMANAKTRLAKIEEQQKELSKNQNIEDNDKQEQSSKLQKEKESITNKIKDKEKINSHNLKYGITSSISHTNNLFQSIANLSQYGGTVAAEHTRAEKDLAEPAKNVMHSVMSSYLDQINRDVQGRDQALNLLQQIIQTIIDTDSAIVQGIRS >MBQ2719788.1 phospho-sugar mutase [Clostridia bacterium] MDYVREYERWLASPVLSEEERAALRATTSEEEKELAFGRTLEFGTAGLRSSMALGPGRMNVYTVAHATRGIAGMIRREGGATRGCAIGYDSRHNSALFAHVAARVLAEDGIRVYLFDGLRPTPELSFAVRRLGCAAGINVTASHNPREYNGYKAYAEDGCQLSPEAAAAVAATMAELDVLVPLPRLSLEEAVAEGLVTLLGEDFDEEYLAAVEATVIDRALLRRAGETLSVVYTPLHGAGRRLVPEILSRVGLRHVYPVPEQMIPDGDFPTVVKPNPEYAEVFTLGIALAERVGSDIVIATDPDSDRVGVVARTAAGGFATISGNQMGALLLDYIIGARRRLGTLPTDAYAIKSIVSTDLVSRICEKNGVRLYDVLTGFKYIGEVIKDHEATGNEQSLLLGFEESYGYLPYTAARDKDAVAASLLIAEMTAYYEERGMTLCDALSELDERYGIFREKTTEIYMEGLDGLLRQRRVMETLRKTPPTVLGGRRVVSIGDYRKGYFTNVDTGERTAIPQPESNVLYFITEDDDKVVIRPSGTEPKIKLYFLVHAPTEAEAEEKLAALTRDTAAFSRV >GFD16573.1 retrovirus-related Pol polyprotein from transposon TNT 1-94 [Tanacetum cinerariifolium] APSPSKSLTPTKIQSSVILQDVGNDNLDIEVAHMGNDLLLGVPPQEVWELVPRPDKVMVITLKWIYKVKLDELGGILKNKARLVARGYRQEEGIDFEESFAPVARLEAIRIFLAYVAHKNMVVYQMDVKTAFLNGSLWEEVYVSQPDGFVDSDNPNHVYKLKK >MBS4051699.1 Crp/Fnr family transcriptional regulator [Methylomonas sp.] MVMQLALWKQNFPEFVNQDDKVLKQLMDSAVLVNLPAGQQVFYPGKICENYLLMLSGSVKAQIISADGREVLLYHVRAGDSCVLTTSCLLGDNRYPAEGFTETEVKAFAIPAPVFHRCLGYSAFFREFVFRSFSSRLADVIKRMEALSFGTVDQKLARVLLAGQSGTIHKTHHELALEMGSVREVVSRHLKRFESYGWLSMKRGSIEIVDAEALKQVIAGSSEH >MBT4867863.1 hypothetical protein [Planctomycetaceae bacterium] >MBT6154960.1 hypothetical protein [Planctomycetaceae bacterium] >MBT6483098.1 hypothetical protein [Planctomycetaceae bacterium] >MBT6496783.1 hypothetical protein [Planctomycetaceae bacterium] MNKPHITTNEAAASANYRSQRDSDPVQLTLDELERSGRDLRNVTLDEFKTLLTRTVRERAAREEHLVSC >WP_211354231.1 hypothetical protein [Stackebrandtia albiflava] >TWJ14679.1 hypothetical protein LX16_0366 [Stackebrandtia albiflava] MTEPVKVDPRRSRLRRMISLGNRPVRLLLKSPLHRPLSRRLMLLRYTGTKTGRRYEIPIGYHRWEGGRLLALSAGTRWPQRVRNLTVELRVAGAELPATVEVVEDRDGVAALLDAFVARHGPAAASRLLIGLPRDRRPTRDELHAAALRARLVLFTPVED >HAM57133.1 hypothetical protein [Candidatus Rokubacteria bacterium] MGKRIVVNAGVTETRLAVQDGNQLAELYVERARRRSIVSNIYKGIVTNVLPGMQAAFVDIGLQKDA >NMO74192.1 TolC family outer membrane protein [Vibrio breoganii] >NMR70993.1 TolC family outer membrane protein [Vibrio breoganii] >PMG40593.1 agglutination protein [Vibrio breoganii] >PMG95954.1 agglutination protein [Vibrio breoganii] >PMJ47989.1 agglutination protein [Vibrio breoganii] MKRIKLSAIALATMLCNPVSAQSLEQAISYTLQTNPTVKSSYNDFMSFVYENKAAVREYYPKLDLSAGIGWENYQNDQTDRDDDYTAIDASLTFTQLIWDGSNTLNNMDRTAAEAESLRYKVLSDASDISLEVAKVYLDALKAYEILALSESNLATHKEIFKDIKKRTDSGIGSTADLSQVEARIAKAHGNLLAAQNNLFDTHTQFTRLVGQSPQGLVFPRADETTIPLTLSEAIDVALEKHPVIKTAKVDVDAAKFQYKQSNSPNLPTFTIEAGYNYYDDAEGVDYQRDEMNATLRMRYNLFNGGVDSANKDRAAYQMNKSKDLRDRAYRNVEESLRLSWSALDLTLQQKEFLADHVDAASDTVVAYDKQYKIGKRTLLDLLNTENELFESRKGYVDALYAEQYAKFRVLNATGTLLESLLVDVPEQWNEAVEY >MBQ8462807.1 DUF4982 domain-containing protein [Prevotella sp.] MKIKLLIMAMLCAVAGQAQQRQEILLQDDWQFSYDKQQWQTVSVPHDWAISGPFDKKWDLQVVAIEQNGEKEATEKSGRSGSLPWIGEGHYKRKFTIPSDFSGHAELVFDGAMAEPTVYVNGQKAGYWAYGYNTFRVDATPFVKSGENLLEVDLQNVEESSRWYPGAGIYRPVTLVLTGQARIDRWGTFIHTTAIENGEAQLAVTTACQGGNAVEVLLKDAKGDIVDQHHAALSNGEAEMVFCIDKPQLWSPETPYLYKAVVRLYDNGQLLDEITQNVGIRTVEVSKEGGFRLNGVTRKLKGVCLHHDLGPLGAAVNKAALIRQIKTMKEMGCDAIRTAHNMPSQMQMDICDSLGMMVMAESFDMWVYPKCKNGYARFFKEWSDRDIETLVRANRNHPAIVMWSIGNEIPEQGMRSGKDMAAHLQDICHRLDPSRPVTQGMDRIDNAISTGFAQVMDVPGMNYRVHKYQQAYDRLPQGFLLGSETASTVSSRGIYKFPVRVTDNSQYSSWAKSYDPNAIKTADGQCSSYDVEYCSWSNLPDDDWRWQDDYPWVIGEFVWTGYDYLGEPTPYDEYWPSRSSYFGICDLAGLPKDRYYLYRSKWNSDAHTIHLLPHWSWGQTKKDKGNRIGQVTPVYCYTDYPEGELFVNGKSQGRIRKMASARSANIDTRLDRYRLRWNDVKYEPGELKVVVYDANGKAAGEQVVKTAGQPTAIKADVWTQSGTTLKADGNDLAFVTVSLADQEGTFVPAATDRLTFAVEGAGTFKAVCNGDATSLESFTQPAMPLFSGQLVVIVQAAKEKGQLTLTIEDKQRGLTQKIAIPVN >TEA36026.1 hypothetical protein DBR06_SOUSAS810161 [Sousa chinensis] MRALISLSRSVPVADPGQRAESTGSRSSRVVCPPARLPALRGPCRSGQLKATSSFFRMPAALVENSQVICEVWASNLEEEMRKIREIVLSYSYIAMDTEFPGVVVRPIGEFRSSIDYQYQLLRCNVDLLKIIQLGLTFTNEKGEYPSGINTWQFNFKFNLTEDMYSQDSIDLLANSGLQFQKHEEEGIDTLHFAELLMTSGVVLCDNVKWLSFHSGYDFGYMVKLLTDSRLPEEEHEFFHILNLFFPSIYDVKYLMKSCKNLKGGLQEVADQLDLQRIGRQHQAGSDSLLTGMAFFRMKELFFEDSIDDAKYCGRLYGLGTGVAQKQNEDVDSAQEKMSILAIINNMQQ >WP_205173112.1 sigma 54-interacting transcriptional regulator [Bacillus pakistanensis] >MBM7586069.1 PAS domain S-box-containing protein [Bacillus pakistanensis] MNFPTEHFSAVLNHLNDGVFIANTKGVALWVNDMSTKQLGIDRTGIIGKTVEELESIGLFTPSVTKIVLKNRETTTKVQTSKGRQYLATGLLIKLENTEYVLVHVKDITETVKASFKLEKTEALMKQYWQQLQEMKFTQKKENDGKLIIGKSKQHTEMFELMNRVASFDATVLLNGETGVGKSMIAEELHKKSTRSDKPFVQINCSAIPETLMESELFGYMKGAFTGSNSKGKQGLVKKADGGTLFLDEIGELPLQLQPKLLHLLQNKSYIPIGGTEVQKADIRIVTATNQNLLEMVKQKRFREDLYYRLNVITITIPSLKDRKDDILPLLYHYLGIFKTKYTRDVSFSKEAVELLQDYDWPGNIRELENTVERLVITSLKNVITLEDLPDKILNESTTAIDQHQQENNLLQLKNQSLPQYMESIEKKLIENALNEHGTTRKAAKSLGITQSSISRRIKKYHLNNLD >CEL11538.1 hypothetical protein ASPCAL14639 [Aspergillus calidoustus] MCSRRVAASLPVCRCGKNVAIVPSKPLAAAPVGQPTRQSLPQLQPKPCLSEADLIMVMCPQCLGIRMDAVRAMPLSRTYEIATSQLDPFFTDRSQAGSSFDLLLHHCVHVLWPMARPTEFSERSLKAYLDPARNPMVMQSMLYSASLHFDALRRIHGVTGRLLSGTHPLRLKGSMMNQVRKKLSTLNSANMHEDWVDDILMSILYLPANENIDQIGRPEKSPLAAPFRSL >XP_018282977.1 putative ATP synthase alpha chain mitochondrial precursor [Cutaneotrichosporon oleaginosum] >KLT46486.1 putative ATP synthase alpha chain mitochondrial precursor [Cutaneotrichosporon oleaginosum] MRSALAQSLRAASGRRMAVRSYATAKPAASEVSSILESRIAGTSVGGDVQETGRVLTIGDGIARVYGLRNVQAEEMVEFSSGVRGMALNLEADNVGVTIFGNDRLIKEGDTVKRTGEIVDVPVGPGLLGRVVDALGNPIDGKGPIKAETRTKAQVKAPGILPRRSVHEPMMTGMKSVDSLVPIGRGQRELIIGDRQTGKSAVAIDTILNQKKWNDGSDESKKLYCVYVAVGQKRSTVAQLVKTLEENDALKYSIIVAATASDAAPLQYLAPFSACAMGEWFRDNGKHALIIYDDLSKQAVAYRQMSLLLRRPPGREAYPGDVFYLHSRLLERAAKMNEKYGGGSLTALPIIETQGGDVSAYIPTNVISITDGQIFLEAELFFKGIRPAINVGLSVSRVGSAAQTKLMKAVAGSLKLYLAQYREVAAFAQFGSDLDASTRYLLNRGARLTELLKQPQFSPMATEIMAPLIYAGVNGLLDKVPTDKITAWEKSFTEVLKNQHQSLLEKLSGGVLTPEIEKEMKAVIEGHVADFVAA >KJS39335.1 hypothetical protein VR70_08470 [Rhodospirillaceae bacterium BRH_c57] MLLLAGCLQSKKADLLDKAEGIQTKAALRDRLGQPDDVAKLGPIETWTYKASDGTVSFLIAGDTVTMSTTGETAPAR >WP_276369440.1 Gfo/Idh/MocA family oxidoreductase [Chryseolinea sp. H1M3-3] MNTRRDFLQKLSASAFTLPFVPSLSLASTDEAKETPYQGPVLRVAICGLGSYGTRVAEAMQSCKMAKLVGVISGTPSKVKDWQAKYNIPEKNCYNYENFDKIKDNKDIDAVYVITPNALHKPQVIRVAQAGKHVICEKPIALNAAEGQAMVDACKKANVKFLVGYRMHFEPKTLEIIRLRNAGEFGKVLFFQGLTGFRIGDPNQWRLNKELAGGGSMMDIGIYAVNGARYMIGEEPSWVTAQEVKTNPEKFKEGVDETITFQMGFPGGAIASCLSTYTMNNLDRFFLNGDKGFAEMQPSTGYGPIKGRTHLGELTQPHNTHQTIQMDEMAAIILQGKKPVVPVDGEEGVRDLKIMDAIYKAVKTGKKEDLKA >GGN43478.1 hypothetical protein GCM10012285_24910 [Streptomyces kronopolitis] MVTGTRYYVLLAWMPMLALTAETRRWEPKRLRPRLFSAAAHIITTGRRWLRFTTLIRPASQDGRQKRKW >WP_049599782.1 sugar efflux transporter [Yersinia bercovieri] >MCB5302120.1 sugar efflux transporter [Yersinia bercovieri] >CFQ37172.1 sugar efflux transporter [Yersinia bercovieri] >CNI01520.1 sugar efflux transporter [Yersinia bercovieri] MKSALTFSRRINPVFLAFFVVAFLSGIAGALQAPTLSLFLSTEVKVRPLWVGLFYTVNAIAGITVSFILAKRSDSRGDRRKLIMVCYLMAVGNCLLFAFNRDYLTLITAGVLLASVANTAMPQIFALAREYADSSAREVVMFSSIMRAQLSLAWVIGPPLSFMLALNYGFTLMFSIAAGIFVLSALVVWFILPSVPRAEPVVDAPVVVQGSLFADKNVLLLFIASMLMWTCNTMYIIDMPLYITASLGLPERLAGLLMGTAAGLEIPIMLLAGYSVRYFGKRKIMLFAVLAGVLFYSGLVLFKFKTALMLLQIFNAIFIGIVAGIGMLYFQDLMPGRAGAATTLFTNSISTGVILAGVLQGGLTETWGHDSVYVMAMVLSILALIICARVREA >MBE6348968.1 4Fe-4S dicluster domain-containing protein [Spirochaetaceae bacterium] QSYIIKGYKMVQDVKKGGTFLINCQWSDEELSQHLNAEAKRYIANNNVKVYTVDAVKIAGEIGLGKRTSTVLQSAFFKLANVLPAEEAIKYMKEKAEAKFSKKGQEIVDMNWKAIDAGCNALHEVAIPADWANAVDNTEKVKLEGEAKTVAMVEKLMNPIALMDGDSLPVSAFKDCADGQFELGASAYEKRGTAVMVPKWDAAKCIQCNNCAFVCSHATIRPFLLSEEEVKNAPAGLVAVDTKPKASQYKFTMSVTPLDCMGCGECITVCPTKAIEMVPQETRIEEQPVFNYLVKNVSKKADSGYADNTVKGSQFNQPLLEFSGSCAGCAETSYARLITQLFGENMYISNATGCSSIWGGPAATCPYTINKDSKKGPAWANSLFEDNAEHGLGMYIGQKFIRDSLISKLEEIATSDKASASLKDAIAKFIETKDSTIDNAEPTKVLIAELEKLDCSCKDEILEKKAYLNKKSVWIMGGDGWAYDIGFGGLDHVLASGENVNVMVFDTEMYSNTGGQASKASNIGEVCQFAAAGKDIGKKSLAEIAMSYGYVYVAQIALGANPAQALKAIQEAEAYNGPSLIIGYAPCELHGVKGGMNHCQDEMKAAVKAGYWNLFSFNPALKAEGKNPFTLTSKAGDGTYQQFLANETRYSSLTRKFPERAELLFKKNEDAAKARFEHLQKLVELYK >WP_004699236.1 MULTISPECIES: UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter] >ENU43944.1 UDP-N-acetylmuramoylalanine-D-glutamate ligase [Acinetobacter seifertii] >KHO14664.1 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate synthetase [Acinetobacter baumannii] >MCG8286354.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter seifertii] >MCH2003585.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter seifertii] >NUF52133.1 UDP-N-acetylmuramoyl-L-alanine--D-glutamate ligase [Acinetobacter seifertii] MLIQRGGLKVVAGLGISGVSAVNFLHEQGYQVAVTDSRPTPPGHDQIPAEVKTSFGQLDQELLLQAEEIILSPGLAPQLPEIQAAIAQGISVVGDIQLLRRATDVPIVAITGSNAKSTVTTLMGLMAKDAGKKVAVGGNLGRPALDLLKDQPELLVLELSSFQLETTSHLNAEVAVVLNMSEDHLDRHGNMLGYHKAKHRIFQGTKKVVFNRDDALSRPLVPDTTPMQSFGLNAPDLNQYGVLRDADGTLWLARGLQRLIKSSDLYIQGMHNVANALACLALGEAIGLPMESMLETLKHFKGLEHRCEYVKTVHDVRYYNDSKGTNVGATLAAIDGLGAAIEVKKGKVALILGGQGKGQDFAPLRSSIEKYAKVVVLIGEDAPVIEQSIQGATKILHAATLKEAVELCQRETHAEDVVLLSPACASFDMFKSYNDRGQQFVACVNSLV >NOT18216.1 sodium-extruding oxaloacetate decarboxylase subunit alpha [Sulfuriferula sp.] MTNKVFITDLVLRDGHQSLIATRMRTEHMLPICAKLDNIGFWSLEAWGGATFDACVRFLKEDPWERLTKLRKALPNTPIQMLLRGQNLLGYRHYADDVVRAFVQKSADNGVDVFRVFDAMNDLRNMRVSIEAVKKSGKMAEGAISYTTSPVHNIPHFVELAKGLANFGCDTIAIKDMAGLLTPNAAFELVTAIRAATGLPVHTHSHATSGLASMTQLKSIEAGATIIDTCISAFAEGASHPTTESMVAALAGTQYDTGIKLDDLEEIAAYFREIRKLYWQFESKFTKVDPRVLISQVPGGMISNLSNQLKDQGALDRMDEVLAEIPRVREDLGYPPLVTPTSQIVGSQAVINVLTGGRYKTITNEVKLYMQGRYGQAPGAINAAVRGMAIADQEVITCRPADLIADEMDKLRAEIEDVAHSEEDTLTYAMFPDLGRTFLQERNAHTLTPETLLPIEAKAASDCTRLAADEFRVTLHGETYHIRLTGTGHGSQTDRPYYVSVDGVTEEVFVEALNEVEISANGSTSKAKSTQKTSTTGRPRPTHAGHVTTAMPGNIVDVLVSTGQKVTAGQAVLVIEAMKMENEIQASISGTVINLFVVKGDAVTPDQVLLEIQPE >UUS71569.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLTTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHXXXXSGTNGTKRFDNPVLPFNDGVYFASIEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNYKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPKKSTNLVKNKCVNFNFNGLKGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEYVNNSYECDIPIGAGICASYQTQXXXXXRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQXXXXXXXXXXEQDKNTQEVFAQVKQIXKTPPIKYFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFKGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNHNAQALNTLVKQLSSKFGAISSVLNDIFSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLXXXXXXXXXXXXXLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >VEL25898.1 unnamed protein product [Protopolystoma xenopodis] MIPFHEFLPASFALQVESHVYMFVCMSICLSVRLTTCPSVLYLTVCLFVCLLIRLPEERLKTSKPQKTYRGKISPQLFCLHPPGIPQVHCCFVQGTIDQ >WP_280938002.1 pyridoxal phosphate-dependent aminotransferase [Spirochaeta lutea] MNERLEPMSLGRQFLKSHKLDDVCYDIRGPVMQESKRLEEEGFKILKLNIGNPAPFGFDAPDELIHDVIVNLRDAQGYCDSQGLFSARKAIMQYYQTKQIMGIDIDDIYMGNGVSELIVMAMQGLLNSGDEILVPAPDYPLWTAAVTLAGGKPVHYICDEQSGWYPDLEDMANKITPKTKGIVVINPNNPTGAVYPREILEQIVELAEKHGLILFADEIYEKIVYDEAVHVPLAGLAANVVCITFNGLSKAYRAAGFRSGWMVITGRKQLAAGYRDGINMLANMRLCANVPAQFAVQAALGGYQSIHDLVLPGGRLREQRDAAWQGINDIPGVSCVKPEGALYLFPRLDPKRFSIIDDQRMVLDLLLDKKMLIVQGSGFNWIDKNHFRVVFLPDVETIRESVARMRDFFSWYKQ >MBI5809191.1 response regulator [Ignavibacteriales bacterium] VSISYDYLNTYFILEIKFEYGKRVNILDKKKPRLLVVEDDLENQKFLRIFLKRNFELDVCDSEESFYEKLNDNKYDIILMDISLRGAKDGLQLTKELRSKEKYKNIPIVGLSAHAFQKDRDNAYEAGVDIFITKPVQGNFLMENLLTALKQKTGITAD >WP_064441345.1 cation:proton antiporter subunit C [Hoyosella altamirensis] >MBB3037863.1 multicomponent Na+:H+ antiporter subunit C [Hoyosella altamirensis] MTLALFVGVLVAGGVYLVLQRGMVRITFGFVLLGHAANLVLLSAGVASRREAPLVQLSDLAGAADALPQAFALTAIVIAFSITIYMLTLAGAGSGDDDTDDPPMSADKPRPPGAEETVTETDAGSTDKIQRGDVPSASPKGEGMRTSDVHGEGNP >WP_163968309.1 DUF1631 family protein [Noviherbaspirillum galbum] >NEX64380.1 DUF1631 domain-containing protein [Noviherbaspirillum galbum] MADPVPDTISPPRPDAVLPRLVALALKAVAAQSDAFLARLAGVLAHTASAGKDADQARHAAHAGEVLGARGKLFQQRMLQALERGLASAMRAILDPGLSRLRRDALDLSASTFEAMQDKVLLENLADAIDKRHAASLDGLTLRLGQVLRTDELGSAQNPFRAAVFLEAVADAWTDVDPDPAGRRIMLRHLRPEVFLQLDPLLQALCQLMPLPLAPAQEESSPPARKAAEPPARRRGDSVIGKLQQWLSPRVPSHSRSSASTYHPALRAYLTDLQRRYVPAAMPDAEVLRRVLREAPAGLFSQQDHNAVELLAATFELIFREAPLPGDIKRELGRLQIPALKASLADKDFFFTPEHPARRFIEAVAQAGRACDPRQGREDPLFKKLQHAIDRLLRDFDDQLELFDRGVARLNAFYVHEEAESGGKVALAIEAALRQEQEAEALVHAEETVIARIETGDVANFIETFLQAQWIPVLAAATRAGRPAQALATMEALIDSVKPKSSPEERRQVLSGIPGLLAELNAALDALPWAGPERESFFAALAERHAAVVRTPLETMPRQQLEIALNLAQKASEHRLTRRSLEQEKSVDEFVHSVNALAPGSRVDFKRGNGSALRCRVAWISPGRTRFVFHARQLHQVFTLASDTMSQVLRNGQVALVSSDDIMARALAGALADMNEE >CVV42982.1 pneumococcal surface protein PspA [Streptococcus pneumoniae] MEKTQKELDAALNELGPDGDEEETPAPAPQPEQPAPAPKPEQPAKPEKPAEEPTQPEKPATPKTGWKQENGMWYFYNTDGSMATGWLQNNGSWYYLNANGSMATGWVKDGDTWYYLEASGAMKASQWFKVSDKWYYVNSNGAMATGWLQYNGSWYYLNANGSMATGWVKDGDTWYYLEASGAMKASQWFKVSDKWYYVNSNGAMATGWLQYNGSWYYLNSNGAMATGWLQYNGSWYYLNANGSMATGWVKDGDTWYYLEASGAMKASQWFKVSDKWYYVNGLGALAVNTTVDGYRVNANGEWV >WP_167239634.1 DNA polymerase III subunit epsilon [Massilia genomosp. 1] >NHZ65697.1 DNA polymerase III subunit epsilon [Massilia genomosp. 1] MRQIVLDTETTGLNPRTGDRVIEVGCVELHNRMLTGNNFHRYINPERDSEEGALAVHGLTTEFLRDKPKFADIAQELREYIQGAEVIIHNAPFDLGFLNNEFKLLGLPTFTEHCSGVIDTLVNAKEMHPGKRNSLDALCDRYGVSNAHRKLHGALLDAELLADVYLSMTRGQNSLSMDVEEEAGEGGGLLEAVALAEVIVLAASADELAEHDSVLGGLDKAVKGNCIWRNYAEA >WP_142725797.1 endonuclease [Chryseobacterium sp. ON_d1] >GEJ47407.1 hypothetical protein CRS_40150 [Chryseobacterium sp. ON_d1] MKKILLPIILISSCLSAQAPAGYYDGTAGLTGYALKSKLHDIISEKMINWHYDDLKVLYGQTDLDKYYDHDASNTQYLLDIYSEIPSGPDSYEYTVDQIIAGASVEGMGYNREHMMPQSTFSTSSSISDYPMYSDLNFIIPVDAYINQRRSNYPYGVGNTTNHYIFNNTSRISNAAIPNYPYTGRVYEPINEFKGDIARSLLYFAVRYEGKLGSFNTAYTTSANLTPATDQCPLDGTEERAIDLPYVAMLKQWSAMDPVSQREIDRNNTIYTLQKNRNPFIDHPEWIDMIWSETPDNIAPAAPGSLASTQQNAYFINLNWTASPDSDILGYRVYMNGSTTPVAVTKGTSISIDHLSPSTTYTFTVKAFDKAYLESPFSNTLTASTIASDSYAPDLMITKYISGTNNNSNTVKNNALEIVNKTGHEVNLNNYRINIQFKNTSTGAFYSGDTYELEGKVGNNETFVILNPKSTLSCYTSAQARFVTASDPMMFSGGNYVELAYNKTVTVDAIGVKFTTNNNGNVSLYRKSTVNQPNSTFNISEWDSYPSNYCQDLGGTLSTAELIAVDHEFTVYPNPVYDNLYVKGEIEKVKTAQIIDLSGKVIYTEKDPFRYKKNISVQGIPTGIYFLKLDEKAHQFIKR >WP_189821229.1 acyl carrier protein [Streptomyces finlayi] >GGZ89928.1 hypothetical protein GCM10010329_07970 [Streptomyces spiroverticillatus] >GHC80716.1 hypothetical protein GCM10010334_07960 [Streptomyces finlayi] MNSVEELCTLIGSRITWGRGEDASSLDADTPLLERGLLDSLAIMEIVTALDKEAGIALPDTEIVAANFRTPRALWSAIGKLSGETLPDGMRI >NWY11222.1 MNX1 protein [Aphelocoma coerulescens] AAPQSGLMGKCRRPRTAFTSQQLLELENQFKLNKYLSRPKRFEVATSLMLTETQVKIWFQNRRMKWKRSRKAKEQGAQVEAEKQRGLSKTCEKLLPGEPQGQAAESPEFVGHSPGSGFLHCSTSELSYGPDSSCSGGEEEEEDEMGATERKIGSVL >WP_169605852.1 YXWGXW repeat-containing protein [Mucilaginibacter robiniae] >QJD94835.1 BcpO-related WXXGXW repeat protein [Mucilaginibacter robiniae] MKSTLKLLIGLSLVTGLFSSCAGEYYVASRPVAPYYARPVAPYAGAVWVPGEWYYRGGGYAYRNGYWSRPRHGRAYIEGRWEQGPRGHVWRHGYWR >WP_207918089.1 MULTISPECIES: phosphate ABC transporter ATP-binding protein PstB [unclassified Paenibacillus] >NIK67136.1 phosphate transport system ATP-binding protein [Paenibacillus sp. BK720] >TCN01181.1 phosphate ABC transporter ATP-binding protein (PhoT family) [Paenibacillus sp. BK033] MTEIALAAKQLNVHYGEKHAVHDVSLDFAEKEVTALIGPSGCGKSTFLRSLNRMNDLIPSCRVTGDIWLKEQKISGTETDVVALRKKIGMVWQRPNPFHKSIYENIAFGPRYHGIKNKRQLDELVEQSLRKAAIWEETKDRLHKSALALSGGQQQRLCIARTIAVRPDVILMDEPASALDPISTSKIEELISELKQDYSIVIVTHNMHQAARVSDKTAFFLNGHVVEYDKTETIFTNPTHQRTNDYITGRFG >WP_100081012.1 type II toxin-antitoxin system RelE/ParE family toxin [Pleomorphomonas carboxyditropha] >PIO98717.1 plasmid stabilization protein [Pleomorphomonas carboxyditropha] MPRVIVTEGGAAGLERCRRLLAAKAPEVARRAGQAIERQFLLLERMPDMGRPLPDLPDLRELVIAFGESGYVALYRHEPADDAVYILAFRHQREAGY >WP_014407515.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes] >AFC66097.1 tRNA delta(2)-isopentenylpyrophosphate transferase protein MiaA [Streptococcus pyogenes MGAS15252] >AFC67961.1 tRNA delta(2)-isopentenylpyrophosphate transferase protein MiaA [Streptococcus pyogenes MGAS1882] >QCK25184.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes] >QCK55881.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes] >UEN79290.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Streptococcus pyogenes] MTKIKIVVIVGPTAVGKTALGISLAKAFNGEIISGDSQQVYRQLDIGTAKATQEEQEAAVHHLIDIREVTESYSAYEFVQDAQKAISDIVSRGKLPIIVGGTGLYLQSLLEGYHLGGQVDQEAVKAYRQELDQLSDQEVYELLQVKSITIKQLNRRRAIRALELSQFADDLENAETAYEPLIIGLNDDRQVIYDRINQRVNRMLENGLLEEAKWLYEHYPTVQASRGIGYKELFPYFVGEMTLAEASDQLKQNTRRFAKRQLTWFRNRMAVSFTAITAPDYPQVVHDRVRDFLGQKEKS >WP_158131988.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Pantoea agglomerans] >QGY59210.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Pantoea agglomerans] MRHALFPAGLLSLLFLLALSLTLVNLHQALPQTEWWQALWSPAVDSLPQMVFHYSLLPRTVLALLVGAGLGLAGLLFQQILRNPLAEPTTLGVSSGAQLGITVATLWHLPGGALTQQFAALSGALLVGALVFGVAWGKRLSPVTLILAGLVLSLYSGAVNQIFAIFNHDQLQSMFLWSTGALNQMSWENVQQLWPRLLLAFVLALALLRPLTLMGLDDGVAKNLGLALSVARVGGLGLAILLSAQLVNVAGIIGFIGLFAPLLAKLLGGRRLITRMLLAPLTGALLLWLADSCVLWLSTHWRDIPTGTATALLGVPILLWLLPRLRTGSVPPALNQGDKVPAERQNLLRWALTGLAILALLGWGGLAFGRDAQGWVWSAGEMLQSLLPWRAPRVLAALVTGLMLGVAGSLIQRLTGNPMASPEVLGISSGAAFGVVMMMFFVPGDALAWLLPAGALGAALTLLVIMAVASRGGFSPERMLLAGMALNSAFVTLLMLLLASGDPRMGGLLSWISGSTYNISGTQAIQSAVCALVLVSLAPLASRWLTLLPLGSATARSAGMALTPARLSLLLLAAALTASATLTIGPLSFVGLMAPHMARMLGFRRALPQLLLSGLLGAGLMVLADWCGRMLAFPDQIPAGLMATFLGAPYFIWLLRRSG >MBE6713534.1 HlyC/CorC family transporter [Oscillospiraceae bacterium] MKYVGPLILQIVLIFLNAVFAMAEIAVISMNETKLSKLQSDGNKKAGKLLKLKSDPAKFLATIQVAITLSGFLGSAFAAENFSEIFVNLFSKFLKNADPEVLESVSVVLITLILSYFSLICGELVPKRLAMRKTESVSLGLSGTVYFVSKAFAPIVWFLTVSTNGVLRLLGIDPHADDEEVSEEDILMMAEASAEKGIIEEEERELIENIFEFDDLTVGEVTTHRTDVALLWMEETDEEWANVIRSNRFTMYPVCDGSIDNIVGVLDTKDYFRLEDQSRENVLEKAVRTPYFVPEGAKADITFRNMQKNRVSFAVVLDEYAGFSGVISIKDLLERIVGDMEDEDEPEEEQDEIQRIDERKWRIRGNASLSVLEKELEVVFPDESETLSGLVFSLYGAVPEDGSSFTVEHEGIEIAVTEVLEHQVVGAVITLPEKENEDEENDD >MCP4293344.1 hypothetical protein [bacterium] MKNNLLTRCFVFALLWITLPAAASTWCGENGVVRFSFTEGDALQPTKTMESGGKGITTVDLYAYITDVDAVKLDGVAFLHMAALEFTLLIEGAEGFITSQEIPVPNRSVGRRPGEVLVGMDPGISVKNGRALLVHWKVLFQGHPENVVFKLDPSALISCERIEGCPEGQPYGLYTGSDSDGQLGSLFGLGYVPAYLNFSGEPDLEARHSRQSWQDVGVYQKR >WP_125555296.1 alpha-glucosidase [Salibacterium salarium] >RSL34027.1 alpha-glucosidase [Salibacterium salarium] MKTWWKEAVAYQIYPRSFMDSNGDGIGDIQGVITKLGYLQELGIDVIWICPIYCSPNDDNGYDISDYKGIMEEFGTMADFDQLLWDVHERGMRLIMDLVINHTSDEHPWFIESRSSKDNRYRDYYIWHPGKNGKEPNNWESIFGGSVWEFDELTKEYFMHVFSSKQPDLNWENSEVRHDLYNMINWWLDKGIDGFRIDAISHIKKIPGFPDLPNPAKEKYVSSLDGHMNRPGIQTFLKELKQETFDHYDIMTVGEANGVTIDEADEWVGKKNGKFHMIFQFEHLDLWGKDTTKGIDLQALKETLTKWQTGLHGNGWNALFLENHDQPRSVSTWGNDGKLRTESAKCLATLYFLMQGTPFIYQGQEIGMTNVRFHSIEDYNDVSAKNLYRMEKEKGTSHKKIMEVIWKNGRDNSRTPMQWNDKHQAGFTTGTPWLEVNPNYPKINVEKSMADTDSIYHYYKNLIKLRKNKEVLIYGNYELVLKEHDKIYAYTRSLGNETALIITNLFNKKAEWVLPDTLQGRLSQLWMSNYYVEEDEQIHNITLRPFEARVYGFK >WP_251586805.1 hypothetical protein [Microbacterium hydrocarbonoxydans] >MCM3779857.1 hypothetical protein [Microbacterium hydrocarbonoxydans] MTLSDDIANLRRETHRKGEQGIRGHDKANAYLAVQISGLWDAIALLAKAHDEKAVAED >WP_154557671.1 choloylglycine hydrolase [Eubacterium sp. BL-380-WT-2B] >MSS95845.1 choloylglycine hydrolase family protein [Eubacterium sp. BL-380-WT-2B] MCTAVTYVTKDHYFGRNLDLEFSYNQKVTIVPRNYEFNFRKVKPMKSHYAMIGMAFVVENYPLYYDATNEKGLSMAGLNFPGNADYKQEVEGIDNIAPFEFIPWILGQCATIAEVKSLLDRINLINIDFSKELPLSPLHWIISDKEVSITVESVKAGLKIYDNPIGILTNNPTFDIQMFNLNNYINITKEVPENRFSSKLDLDIYSRGMGAIGLPGDLSSSSRFVKAAFTKLNSISGTSESESISQFFHILGSVNQERGCVRLAKDTYEITIYSSCCNTDKGIYYYKTYENSQITGIDLYNENLDSQILISYPLISGQHIKMQNR >NXK93169.1 ARHGQ factor [Formicarius rufipectus] TNPAFKEVLSRIESHKDCRNLPMISFLILPMQRVTRLPLLMDTICQKTPKDSAKYENCKQALKEVSKVSPAGTGCAQGRAPQQCLSSGAALWPFPLVSSSRWLVKRGELTMYVEDTGLFSKRTSKQQVYFFLFNDVLIITKKK >WP_120653510.1 polysaccharide lyase family 7 protein [Pseudomonas sp. DY-1] >AYF88998.1 polysaccharide lyase family 7 protein [Pseudomonas sp. DY-1] MIDLSTWNLTLPVGVPAVTIETPLLVGGYRDYYFQNDGATVRFWVPVNGSTTANAVYPRSELRETYADGKLRNWTYPSADNLLSANLAVSQVPSTGKLVIGQIHAYGSTSPMLKLEYQFKTKTQTANIVAKVRNSPDDETSVVIPLLSGIPLNQRFSYVIDLTPNGLLSVMVNGSLWSQQLSTAWAPKPLYFKAGVYAQDNEGYETEAGAATFYSLKIEHRAP >WP_083053697.1 MULTISPECIES: TetR/AcrR family transcriptional regulator [Alcaligenes] >MCB4322180.1 TetR/AcrR family transcriptional regulator [Alcaligenes sp. 13f] >OQV33673.1 TetR family transcriptional regulator [Alcaligenes faecalis subsp. phenolicus] >ULH08461.1 TetR/AcrR family transcriptional regulator [Alcaligenes faecalis] >USY27055.1 TetR/AcrR family transcriptional regulator [Alcaligenes sp. 1735tsa3] MSRGRGRPAGGAGLTLDDILNAGLALLDEGGEQGLSMRALAARLGVTPMSLYNHVPDRAGLLRVLSDRVYAQVLQGLDEQEGSELRRILLRYHQAVSRHPHLTVAIFSDPAAFAGVTQEITQRLRSLLADCTEEPELWLGILIDHAHGSGLPASITNDEAAQRVYEQALDRLLMALNGTA >WP_262890005.1 TIGR02117 family protein [Hymenobacter terrestris] MAAFVAFILLLMTGATVPVNRHFRQTPDGIPIFVVSNGAHTDLVLPLHDPQTGHDWLRELSQPELTARFSRYRYVGFGWGNEGFFLGSMGGRTPGPGAMLRALLPSKTLVHASFYRAAPDSGALVVPLRVSAAQYGRLVAHVQATLAAPDSLGRQPLLQAGGYGAADFFFRARGRYHALRTCNDWTTRGLRRAGIRVPLKSPLAAPVLHHARQTSRKTR >WP_129053209.1 BamA/TamA family outer membrane protein [Flavobacterium sp. YO64] >RXM45895.1 hypothetical protein BOW57_04710 [Flavobacterium sp. YO64] MKKNSTKITAFILIAILICACNAVKRVPDGKNLLVKNNILVNGKSTNDETALNQMYQKPNGKLLGYKLRLNLYNLANLNPDSTYKAQFIKHPHRYERWSKVLSAKQVDRLGQSFLNKGLNDFLKNTGEAPVIIDTAKAKKSLLRLKYYYFNNGYFNVSTDYSIDSIAQKKAQINYKITTGPGYTIDTIRTKIMTPALDSLYKNNPEASVLKSGNQYKTSDFEEEKNRITTYFRNHGAYFFQPTYITFDIDTIGKKNKANVTLIISNNNIQEKDSSRTEPFKLYTISDVNIFTDYSAANAKSKISDSTTYNNFNLYSYKKLKYKPRAITDAVFINKGSTFSDTRTTLSSRYLNNLKIFNYPSIQYEVDKRDSTAQSLIAKVYLTPRKKYSFGTTLDVTHSNIQDFGIGASISETIRNVFNRAETLEISTRLNIGSSKDMANPNDNFFNVSEYGVDLKLNFPRILMPFGTEKIIPKRMIPSTSISAGFSKQRNIGLDKENFTGGISYNWSPKRHNSVKFDLLNAQFVRNLNPNNYFNVYTSSYDELNGIGKDYNINPNFWGETPEEQIRKDLTIPNGTTGFTSDVLNNKTALLPGDPQYKDVESIEERRVRLTENDFILATSYTFTKTTKKDLADNTFYQFKTKIESAGTLLSAISSIGNLPKNGNGNYEIFNLEYSEYIKTEFDYIKHWDFGKEKVLAVRSFFGIAVPFGNSNYIPFSRSYYAGGSNDNRAWQPYSLGPGSTNAVNDFNEANMKIAFSAEYRFKVFGDVKGAIFADAGNIWNVLDNVIDEKAKFSGVNDLAEIAVGSGFGLRYDLSFFVIRLDLGFKTYNPAHEKGDRWFKEYNFGHSVLNFGINYPF >MCB0080507.1 hypothetical protein [Caldilineaceae bacterium] AVDANVLIFERMKEELRVGRSLRLAVEAGFSRAWPAIRDGNVSTLITCAVLYWFGSSFGASIVKGFAVTLVIGVVLSMITAVLITRTFMRSFLAGGRGSTGVSRSMIGY >CAG8634459.1 37388_t:CDS:2 [Gigaspora margarita] MIFIIEQHITELEILPPEESKSKLESGEESESELESDKESKTMATEPVNSITVWP >WP_244349102.1 UDP-glucose/GDP-mannose dehydrogenase family protein [Thermostichus vulcanus] >MCJ2541895.1 UDP-glucose/GDP-mannose dehydrogenase family protein [Thermostichus vulcanus str. 'Rupite'] MRVAVIGTGYVGLVTGACLAHLGHHVICVDNNPAKIEGLQRGRLPIYEPGLEDLVREGSASGLLQFTTDLRTGIQNSQVVFIAVGTPALPSGDPDLRYVEAVAREIGQQLDEQYRVIVNKSTVPIGSGDWVRMIILDGAAETAKQRLSSPEEGKVEVLSERDPDGELGGVVTQGLRPASASSESCWMPQFDVVSNPEFLREGSAIHDTFNPDRIVVGSESPRAIQIMRELYEPILSRQKGLSGDPVPWVVTDLASAEMIKYAANAFLATKISFINEIANICERTGADVTQVADGIGLDKRIGRAFLNAGLGWGGSCFPKDVAALIQTAADYGYEARLLRATVEVNQQQRQRLVEKLQQALKVLKGKTIGLLGLTFKPNTDDMRDAPSLSLIEHLHKLGAKVKAYDPIVSGSGIREGLAHVVVETDVLRLAQDCDALVLVTEWQEFQSLDYSHLAGLMRRPLLIDARNCLDRQALRQAGMTVLGIGW >WP_137652803.1 glycosyltransferase [Bifidobacterium moukalabense] MIYDSVVTIQQHDQLPQFSLLMSVYANDSLPQIERAIASATIEQSLPPTQIVIVRDGQVPDDIGRFLQGLPGTVAGWFGVPGASPMPCPEVTVVPLDANQGLAHALNEGLRRCRYDVVARADSDDVSLPERFATMMPLFAADHVPVIDIAGSAIQEFTGEENRNGQVRTLPREGAELERFARMQSPLHHPSVVFRRSVVLAAGGYPEHIGRFEDYMLWERLMLRHARFHNVPEALVLYRVDAGAYQRRGGLGMFRDELQLQLRFLHDGFVNLPQFLRNVLVRAVYRLLPTGFRKSCYHLLVAVRNRLTGKS >MBD8931956.1 hypothetical protein [Ruminococcus sp.] MFIKSYKFVFVNKNHYFNGLFELKAIKLMVFVKLSEEHKGNILYTAFFTRACYNKGTSVNWLSLTIYCTR >WP_237973393.1 EpsI family protein [Akkermansia muciniphila] >MCG4597544.1 EpsI family protein [Akkermansia muciniphila] MNIKTLKILIIPFLMAVMLGGTYLMPRKGEVQDSSISMDLPTGMNPYGWHGTRRQESEQERGILAPDTEFSKADYVQELPISLDATETVPVLCRVSIVKSGHDLNNSIHRPERCLPAQGHFNLTGTTVDVPVEGRGTIRMTKLKSQQNIAPDHPQPVILDSMHYYVFIGHRHMTEDHLIRTLMDMKDRVLHGMDQRWCYFQISTTYGDKIRVPEEKAREQTERLISQLLSQLVKWDELNW >WP_061356765.1 hypothetical protein [Escherichia coli] >EEU5900262.1 hypothetical protein [Escherichia coli] >EEV6371578.1 hypothetical protein [Escherichia coli] >EEX5672534.1 hypothetical protein [Escherichia coli] >EEY7266838.1 hypothetical protein [Escherichia coli] >EFH6733074.1 hypothetical protein [Escherichia coli] MQITEALLSEPGDIRRFVQQAVDHWPHLLAFYFTLHSAEGNINGQQIHAFCTSFYRQVHERITERNHTASPSSPLVLRWLREQHGGATIRCLLLLSQTSICHPRASATVDEQCSQVVDLLQQTWKVISAGGQCQVERCFQVARGDTSGQYVALKTVALSLGLPVVTAITHRPVQRCTLITVQ >WP_073201850.1 signal recognition particle-docking protein FtsY [Gracilibacillus kekensis] >SHN15831.1 signal recognition particle-docking protein FtsY [Gracilibacillus kekensis] MSFFKKLKEKFQTNEENEEVSDKYKDGLSKTRKSFSEKINDLVARYRTVDEEFFEDLEEVLISADVGVSTVMELIEELEMEVKRQNIKDTKEVKQVISEKLVEIYQGDDDQEDHTDLNLQENELTIILFVGVNGVGKTTTIGKLAHQLKSEGKEVILTAGDTFRAGAIEQLNEWGKRVGVDVIKHSEGSDPAAVIYDGIQAAKSRQADVLLCDTAGRLQNKVNLMNELSKVKRVIEREVPNAPHEVLLVLDATTGQNALSQAKTFSQATDVSGIVLTKLDGTAKGGIVLAIRNELGIPVKLVGLGEKMTDLQEFDPHAFVYGLFADMLEEE >MBF1224416.1 outer membrane protein assembly factor BamA [Haemophilus parainfluenzae] MKKLLIASLLFGTTTSVFAAPFVAKDIRVDGAQGDLEQQILASLPVRSGQRVTDKDVANIVRSLFVSGQFDDVKAFQDGDALVVSVIAKPIISEVNIKGNSVIPTEALKQNLDANGFKSGDVLNRAKLEEFAKTLREHYKSVGRYNAKVDPIVTTLPNNRAEITLQIDEDDTAKLRSVTFNGNEAISSSKLQEQMELQPDAWWKLWGNKFDGSQFDKDIQAIQDYYHNNGYAKAKVTKTDVQLNEEHTKADVTIDVSEGEKYNLTSARIVGNLGGMADELQPLLGELHLNDTFSRADVQNVESLIKDKLGERGYGSATVNAVPTFDDANKTLALTFVVDAGRRLSVRQVRFEGNTVSADSTLRQEMRQQEGTWYNSQLVELGKVRLDRTGFFESVENRVEPIQGSNDEVDVVYKVRERNTGSINFGIGYGTESGISYQASVKQDNFLGTGAAVSLGGTRNDYGTSINLGYTEPYFTKDGVSLGGNVFYETYDNSKSDTSSTYKRTTYGGNVTLGFPVNENNSYYVGLGYTYNKISNFAYEYNRDLYMKSMNLTGNSIKTNDFDFSFGWNYNSLNRGYFPTKGVKASLGGRVTIPGTDNKYYKLSADLQGFYPLDRDHRWVLSGKATASYANGLGGKRVPFYQLYTAGGIGSLRGFAYGAVGPNAIYQDKYGQWYQSTDVVGGNAMATASVELIVPTPFVGDKSQNSVRTSLFVDAASVWNTKWKSDKEGLKSSPIYATLPDYSKAGRIRASTGVAFQWQSPIGPLVFSYAKPIKKYENDDVEQFQFSIGGSF >WP_165438496.1 hypothetical protein [Pseudonocardia sediminis] >RZT88121.1 hypothetical protein EV383_5058 [Pseudonocardia sediminis] MSAVEQYRDVVARLAGAVVELREVDAARAEELRGELRSAERELHAAGDALVLARGMFELRWEDALALMWSTSEPGKPRPRPDLRADPTAHHELENNADEALETLRASGDRRLFRRRPKDG >MBC8203931.1 polysaccharide biosynthesis C-terminal domain-containing protein [FCB group bacterium] MIEFSDRKLLEVYRGLEEAGLYSAGYKMGMFMAILTTAFRFAWQPFFLSEAKNPEAKQLFARIFTYFFLTAGFLFMLFMFYAPDILEWKLPLWNISILDPRYWPGMAVFPIILLAHLFDGIYSNFTVGVYLKNKTKVVPLIIGMGAVFNLGANFIVIPVHGMMGAAWTTLGAFIIMAVSLQLYIRRIYYIPYEWSRIFKLGLIIMVLSALYFFYPKFILWRLMLTVLFPILLLITGFFGKTELIRLKNLVSRGR >WP_227085212.1 MATE family efflux transporter [Anaerostipes hadrus] >MCB6612354.1 MATE family efflux transporter [Anaerostipes hadrus] MEGNLTKGPILKTLTKLAVPIMASSFLGTLYNITDMAWIGLLGSKAVAGVGVGGMFTWFSQGLASMSRMGGQVQVAQCIGRGDKEEAHKYAQTAVQLATLMGLLFAAVMLLFLHPLVGFFQLQDPEALQAALSYTKIACGLIVFSFLTLTLTGIYTAQGDSKTPFIANFIGLVTNMILDPLLILGLGPVNKFGVNGAAIATVSAQAIVMTILILGIIRQKKQNVLKGIKLFTKIPFKYLSGICKIGIPTAIQGMVYCGISMVLTRMVSGFGAEAVAVQRVGGQIESVSWNTADGFGTALNAFIGQNYGAGKMDRVRKGYKASLCSVGIWGIFITIMFVFQPKAIAEIFFHEPKAIMIAIGYLTIIGVSEAFMAVELMTVGALSGLGKTHLCSVISILFTSARIPLAIILGGALLGLEGIWWAFSVTSIVKGIIFVCTFCWITRGKGTAKMTKLNKE >WP_034327214.1 MULTISPECIES: flagellar basal body rod protein FlgB [Helicobacter] >TLD77931.1 flagellar basal body rod protein FlgB [Helicobacter typhlonius] >TLD88864.1 flagellar basal body rod protein FlgB [Helicobacter sp. MIT 03-1616] >CUU39846.1 Flagellar basal-body rod protein FlgB [Helicobacter typhlonius] MAIADISKAYPVVYKALDYRSIRQDMIASNLANADTPFYRPKDINFEQYLARENQKIFNTAPRSYELPLAQTSQMHLDTKRKPQDSATMFWRDGHLAKNDGNSVDLDVETSEMGKNSTMYQALTSALKRHKGIFTYAIDSGRNI >MAC18593.1 hypothetical protein [Phycisphaerae bacterium] MNEQVDLRPSKSPPGGGTAMTAQRLSTRRGLSLIESVIATAVLAVAITGIFSALAAGTAHAGASADDLAASVAAEDLLDRVLHDCDRRGIDPLDWNGHQEMPGELVDAQGRPILGGAARVGRRIVVEESTRRIGDGPRIEGRMLQVIAVDRTGRRLGSVERWIPQLNGGS >NOY92382.1 hypothetical protein [Deltaproteobacteria bacterium] MNHDNPQRPASAAHLAFPACIALLALGLSACASGGGTRGSRDSGTAPQRDSSTTDGMIVPRPDSSVDSGRPDTGITLMDSGPRDTGPRDTGPDDTGPGHEPSARVHDGHGLRRRPRLHGHGDLRRRALRGRNRGEL >MBW2071526.1 radical SAM protein [Deltaproteobacteria bacterium] MDLTPFKTCSLDCIFCQLGRTTHKTVVRQEYVPTAEVIAELEKWLETDGKADYITLSGSGEPTLHSCFGEVIEFIKVKSTIPTALLTNGTMLQSQEVRQAASQANTVKVSLSAWDQDSYERVNRPHQQLQFDQLVESQRVFAAQFSGKLWLEIFLIEGVNSMPEDVRKIAALVRTINVERVQFNTAIRPSAEQFVKPLSHEDMRVLVHLFQPPAEIIPEFSAATVKKMPVTQEMVFSMLQRRPCTAEQIADAFNMHPNEVAKYLGRLLRTERIRTVRKNGVVYYLAAGREVIMGD >MBP8762091.1 citrate transporter [Oscillospiraceae bacterium] >MCI7202800.1 citrate transporter [Oscillibacter sp.] >RHU69046.1 citrate transporter [Ruminococcaceae bacterium TF06-43] MFAQIIAICIFVTMFLLIILDKFERHYITLGSGALVLVLVFGVCMRSMSAIWETLNLGAFFQSTFWYGASEESTAGINWSTILFIAGMMIMVEGLGKAGFFRWLCLTLAKLVHYRTVPLLICFMSLSAFLSMFIDSITVVLFLATVTLELAQTMKFDPVPMILSEIFCANLGGAATMCGDPPNIIIGTSLGYTFFDFIENTGAVVAICFVFMLIYFTLCFRKELERAEHANGGPVTCPEPSTAITNKKAFLASAGVFLLAVVLLITHAQTELSVACIGVIVAILTLIVLGLTSGKKSVIEIIKGVDYKTLLFFIGLFVSVAGLEKTGVLNMIANFITSVSEGNIAVIVIVILWLSAITSAFVDNIPFAATMIPVIRAIAATEGMDIGVLAWALSLGTDLGGNATPIGASANVVGTSASAKGGYPIGWGRYCKYCVPATIIVMAVSTAYLFLRYL >GEV03352.1 hypothetical protein [Tanacetum cinerariifolium] MQTQRCAIIEELERLPGNLVACKTTEHLKRIQKAVFVEIIDLKKELRLQLLDIIDERRSLIGELEQRLSTKVMAYKTRQELKCHQKDDMIRAMEMRSTDHGVCINNSMSESDKHTSLGEQVIIPGPAGIVQMAKLRKLVDTRECGEESVMSTQDVIDYVTVVGGIVTSCFGDVKKFLKNGKLEQIVAVIKSCTPNALDDLTVTLKDLSGTIFGTIQYKVLTEERFAKTFTVG >WP_183483256.1 MULTISPECIES: glycine zipper 2TM domain-containing protein [unclassified Mitsuaria] >MBB3283531.1 outer membrane lipoprotein SlyB [Mitsuaria sp. BK037] >MBB3295571.1 outer membrane lipoprotein SlyB [Mitsuaria sp. BK041] >MBB3364787.1 outer membrane lipoprotein SlyB [Mitsuaria sp. BK045] MNTNQKIAAGAVGATVLVVAAFFAGRHQSAPSMPDTPVAAAEQQGNIVDRNGANAADEARAARRSGDQAVQQHASNEPRRGSQSRDGGSTGYADNNGSAGQAESRLCASCATVLSVRTEAREGQGTGIGMVGGAVVGGLLGSAVGGGTGKKIATVGGAVAGGYAGNEIEKRQRSTTVWVVKMRNADQSNRTMTFSHDPGVQSGDVVRVSDGQLIRQ >WP_196074572.1 MULTISPECIES: dihydrofolate reductase [Acinetobacter] >MBJ9955137.1 dihydrofolate reductase [Acinetobacter baumannii] MTFKNFEIVHVVAMDQQHCIGKANDLPWHISADLKHFKEITQGGVVVMGRKTLESMGRALPKRVNWVITRDSDWHFDGVKTANSIESALEQAIPDVLASEKPTSIFIIGGGEIFKQTLHIADRLELTHVDLDVQGDAHYPEIPLEFHKVASESHVDDKTAIAFEFATYRK >WP_107033910.1 glycosyltransferase family 39 protein [Proteus mirabilis] >MBS3855810.1 glycosyltransferase family 39 protein [Proteus mirabilis] MTLSFARLRKPVYWWIIGYAVLWIIVSYLFDPTVPYDAVEAVNWGTNGGWGSPKNPWFVGFIMWPAIYGGIDFSFYWYFIHFVMIAIGLLGVWNLAYKLTKNYHLAWFAMLGLNLSGIINFDIIPYNDNYILVGCWPWALYFFLCAINDNPKYWCGFAVVMGVATMGKYSSLALIGAVFLLSVLVPKVRQSYRSPYFYLAIAIWLAFVIPNFIWLWQNDFAAFKWVDSQIEARFNLRTLRAALTVFYPVILMWGIVRFYGGRVSWRASQDSQLLNFILLFPLAIIFVWFSFHEGGRITEWLQPFMSVATALLVGSISVIPKRSLRGVLYGLAVFGMLVVSGYTVVQAANVRNAGQKFIGVKTFVQDVEHAWHQHYHQPLSYVGGEYMHEWVTFYGKDRPLSAQPWIVEKDVQPPNIYNRHITLAQLEDKGVLLIGQVGYYCDKAHFDAGLQYWPSLKIADTQEVMFRSEPDALAEPVCIAFVSPKQQ >MBR5482150.1 sigma-70 family RNA polymerase sigma factor [Bacteroidaceae bacterium] MENIELQFTRMVKEYRKTIYTVCYFFSKDTEEVNDLYQEILINLWKGFPNYRGESSLKTWIWRVSLNTCSNQERKKKSRIRTVPLSIDIDLYNDEDAGSRQIQMLYDRINRLDVFDRAIILLWLENMTYQDIADVVGISVSNVTTRLFRIKEQLKTKSNK >HAP8698574.1 hypothetical protein [Enterococcus faecium] >HCC0860071.1 hypothetical protein [Enterococcus faecium] MNKHNRKITNNKELILLLIGIWGIFLLFNMYMPTMRADDVVYASRLDELGYLGASIEHYKTWSSRIIIELFLMFFSKHFMLWKLLNSTIMLGIVVLLCKYVFEKINVKNLLLVCSIYCLIPLTVMGETGWRATTLNYQWPVAFSLLTFYPFFQLLRGEEINRKIYWVSIPLLIFLTNQEQVNACFFVLTSIVSLYLIVNGR >WP_041723747.1 MULTISPECIES: trypsin-like peptidase domain-containing protein [Agrobacterium] >OCJ22295.1 serine protease [Agrobacterium sp. B131/95] MGLIDKNITAADDGALIDAYSQSIASAVDMVGPAVSRIERVGGKGGHGSGFAISPDGLIVTNNHVVDDAKLVRITTPDGSVTEGRVLGRDVDTDIALIRANSGVSAWARLGDSKRLRRGHIAIAIGNPFGFEWTVTAGIVSALGRSMRSASGRLMDDVIQTDAALNPGNSGGPLVSSAGEVIGVNTAVIQGAQSIAFAVASNTANVVVSEILRYGHVRRAFIGIAGDTIELPRRIALEAGTRQATSVRVRRVESGGPAERAGLKDGDYILAIDGTSVGGVDDIVRLMNGDRIGEDTELLVFSVAGRLETRRLVPVARS >ECY0969635.1 aconitate hydratase B [Campylobacter coli] RIEVPGCSLCMGNQARVNDGAVVFSTSTRNFDNRMGMGAKVYLGSAELAAVCAILGKIPSKEEYLQIVSDKLSDAHKANIYKYLNFNEIDNFKLDN >HBX8004802.1 glycosyltransferase family 2 protein [Klebsiella pneumoniae] MTKYYLEITVKKKISIIVPVYNVEKYLRECIQSVLDQDFNDYEIICVNDGSTDGSLDIILSFDDQRIKVINQENQGQSVARNVAIESSTGEYIWFLDGDDKISHGSLKLIDKITNEKNYGIIFFNAHVFFDTPDLEKKGWHDYKRSTFGEIDALTFFEKEMANKKLIVQPCCYVFKRELLNGNAFIPNICHEDNHFIATLIFDNYSTICLSLDEELFLRRVRNDSVMTSKKSMRHIIGYSTCIDELTKYKKTKGIQNKSFDRFVNEMVLSLFSISETIKTKEAMNYVARYKKHPDLSFKDSVLINYPLIKKAYLKLKNGKVFNYLRNSIINKKSNP >WP_180748367.1 hypothetical protein [Mycobacteroides sp. LB1] >MBA0045433.1 hypothetical protein [Mycobacteroides sp. LB1] MSKTNRPNYRRADREDRSRRSSRRDRRIVVRGVRRDPPDLRKLARAVIALAMAEMEAENTPVTEDALPIGQNVTEQPDKGQQPDATEPELSPDAAADDGVRP >WFQ78449.1 tellurium resistance protein TerW [Xenorhabdus sp. SF857] MLLSPKQFRNFKLTLLLSQGKPVSKVRIIRELNCSEPTLTRALRELRDLYCADIRFSKMGNTYQLVDKGILTRKDVRRIEELLVQHLSCKSEDATSHVFLDKEKKKPVSLSLRMSVIRKIDSLANRLETTRSDVVETVVDRFIEKLLKESVKGSSSKRRIP >TMD19778.1 aldo/keto reductase, partial [Chloroflexota bacterium] MRVSVVGLGCGGFGGIGSVPELFGKGEDKASAFALMDRAWAAGINYFDTADSYGGGLSERIIGDWLKKRGVRDRLVLSTKVFYA >GGC93399.1 MBL fold metallo-hydrolase [Flavobacterium lutivivi] MQIYFLGTGTSQGIPVIGSHHSVCLSNNPKDKRLRVSVWIKTEKASIVIDCGPDFRQQMLVSNCQKIDAILFTHEHADHTAGLDDIRPFYFKQGKDIPIFAQKRVLDNLARRFDYIFEKENKYPGSPSVEVNEINVSESFSVNGEKILPISVQHGNLEILGFRVGDFAYITDASAIIESELSKLKNLKVLVINALREETHHSHFSLSEALNFIHLIQPEKAYLTHISHLLGFHDEVEKNLPPNVYLAYDNLVLTI >ABQ63546.1 cytochrome oxidase subunit 1, partial [Centroberyx lineatus] LYLVFGAWAGMVGTALSLLIRAELSQPGALLGDDQIYNVIVTAHAFVMIFFMVMPLMIGGFGNWLIPLMIGAPDMAFPRMNNMSFWLLPPSFLLLLASSGVEAGAGTGWTVYPPLAGNLAHAGASVDLTIFSLHLAGISSILGAINFITTIVNMKPPAISQYQTPLFVWAVLITAVLLLLSLPVLAAGITMLLTDRNLNTTFFDPSGGGDPILYQHLF >MCB1412915.1 MFS transporter [Xanthobacteraceae bacterium] MVLNGRIVDTDIPARLDSLHWSGFHTRVVLALGITWILDGLEVTLAGALAGVLKESPSLHFSNLDVGLASSAYLAGAVLGALGFGWLTDRIGRKKLFFVTLSVYLAATAATALSWNVASYALFRFLTGAGIGGEYTAINSTIQELVPARYRGWTDLIINGSFWIGAAIGAVSAIVLLDPAVTGPDTGWRLAYLTGAVLGLVVFLMRLWIPESPRWLVIHGRPEQADVIVARIVGAARRRDVPPPGGWHRIRLRMRNATPLSDVARTLFVDYRQRSLVALALMAAQAFFYNAIFFTYALVLTAFYGISASRVGWYLLPFAAGNVLGPLLLGRLFDTVGRRVMIAFTYGASGVLLAISGYLFSIGVLSAQTQTIAWMVIFFFASPAASAAYLTVSETFPLEVRALAIACFYAIGTGVGGVAGPALFGALIDSGSRPSVFVGYLLGAGLMIVAAAVAWRYCLAAERRPLEAVARPLAAIDGPGPGVER >EUJ18213.1 hypothetical protein MAQA_10781 [Listeria aquatica FSL S10-1188] MAILPFIHELKITLPVISCNGGLVRDFTTGEILYKSSLARETIEAVLAVLAELEVDYHIYTTERILGPSNTGKIAFFNEQNKQLPENEQVPITLTKTPLEELSEGEFPLKILAVDEDENKRKKVKDALDRFDLSVMSSGKNLVDIMNKGIDKAHGLRYLAEHGYLDLAETAAFGDNENDVGMIELAKVGVAMGNGIELAREKADFITTDNDAGGLAQFVRDEILKG >WP_022347710.1 SusF/SusE family outer membrane protein [Bacteroides fragilis] >CDD38879.1 uncharacterized protein BN669_01713 [Bacteroides fragilis CAG:47] >EXY73579.1 susE outer membrane family protein [Bacteroides fragilis str. 3988T(B)14] >MCS2568668.1 SusF/SusE family outer membrane protein [Bacteroides fragilis] >MCS2738042.1 SusF/SusE family outer membrane protein [Bacteroides fragilis] >RGY76895.1 SusF/SusE family outer membrane protein [Bacteroides fragilis] MKKIYFYTLLLGLLAFTACEDEKSPVMELQKASAFEPFSQSDFTFNDENAAAEFPEIKWTAADYGVKAVVNYDVTLTNDANAKTVLLGETGTTSLKFTNGQMNTMMAKVGAYPGQTYNFTITLTSKAYDMTADPASNSVTFKATLFDPNAVDWKFAYVAVGYPDWDYTNAYLLGDPDGDGVYQGYANFDADGVSYAIIDGSDLTKVLAKDQTAAKKGFYGIKVDAEGKVEQTEPLVWGVVGDATSGGWDKDTQMDYDATTRLWTVTTSLLDKEFKFRSNNNWDSDNYGAVSGKESELEGELVAGPNNFKVLKASPYVITMNLTNAGKYSYSMVETTIELSSAEMALPGSYQGWDATKDDCYKVQSAARDFIYTGTFYFDADTKFKFWDAGVWIGMMGPISWDEAKNIGTFVLMPSDGDNIKIETAGYYRVGADMKKLTASLTKTGWEIIGDATPGGWDKGTVMNYDPATKLWSVDVTLVAGEMKFRWDGAWTVNLGGSLGALTQDGANMKVTAGTYTIVLNPDAKTATMTKK >MBE3121179.1 hypothetical protein [Thermoplasmata archaeon] >MBE3138022.1 hypothetical protein [Thermoplasmata archaeon] >MBE3141643.1 hypothetical protein [Thermoplasmata archaeon] MNKKMILLIIIMCVVIIGVVYLFVLQSGGRWIYVHEFESTPPAPSEFYNLTAGDIERFPFLLESIQKNADVHISEEEYNELMNFLDVPMFVEWDNRYYDVQIRMS >XP_022005570.1 uncharacterized protein LOC110904073 [Helianthus annuus] MADWGPVFVAVMLFILLTPGLLIQIPGHTKVVEFGNFQTSGVSILVHSVIYFALMCIFLLAVGIHIINCISEEMADWGPVLIGVVLFVLLQPGLLFQLPGNSKQLEFGSMRTNGKAIAVHTLIFFALYAILVLAVHIHIYTG >WP_216244265.1 sodium:solute symporter family protein [Faecalicatena faecalis] >MBU3877648.1 sodium:solute symporter family protein [Faecalicatena faecalis] >MCI6463955.1 sodium:solute symporter family protein [Faecalicatena sp.] MKPAVFISLGILAYAIFIVWHGFRSFKSTSESSEKFFTADRGLNPFVLLCTTSISVFSALAFYGAPSGIYKDGIGFYSNTGGMVAGLMFVILGYRLWLLGKEYGFTTPVDYLRSRYYSEGYGLLVSIVLILFIIPYVAMQLIAIGDAVVVTTEGMVPYVIAVAVGTIVVSLHIIGGGMGSVAWMDTFHMCLGFGTLLTLIVYLTMHYFPNGGFVEAVDIMRQNGTFDILSTPGPNGAFDWKGIVGNALTGAIATVVWPHIFMRTFVASSKENFRQMSWAMPISYVLVYTPIVLIGAILAPAILGAGFDKPDNIVAVLSTQYAPPFIAFISLLCLFAFGVSTADSLLLSASAMASRDIYLHHVYELKGRSSDSKQVVKFGRIVLLVLMIITLIIVAVRPASITDYAYKLSSPFFAQILPATVAGLFWKKATKEGAIAGTVSGLIVAIIFTFIVTPPLGFSALIWALVVNTALLVIVSLCTKVPEEIIAKYHTRIDSIIYSGAELTSLTDATIAAVNEK >WP_193275955.1 MotA/TolQ/ExbB proton channel family protein [Vibrio parahaemolyticus] >KCV74661.1 flagellar motor protein MotA [Vibrio parahaemolyticus VP49] >EGQ8179808.1 flagellar motor protein MotA [Vibrio parahaemolyticus] >EGR0933469.1 flagellar motor protein MotA [Vibrio parahaemolyticus] >EHD6029048.1 flagellar motor protein MotA [Vibrio parahaemolyticus] >EHH3646711.1 flagellar motor protein MotA [Vibrio parahaemolyticus] MIKKWLSVALISTAAMMPHTTFASDTLLQKAQQENRQQQTHNASRESGFKKTEQELQAIKNKLVAERAALQAEADTLSVTFSENEAELAQLEEKLRLETGSLGELFGVVRQNAKELESELKHAVTGVDANSYQKDIEAIVAAKSLPTLKQLQAMWRSMEEQVTASGELAKVSFTLLDGEGKEQTVNGVRLGAMALLDDNGYVKWNGQRGDAVNYLRQPENGPTASAFTNGELNSLVIDPSRGILLEQLANSPTLKDRLNAGGVVGQIILVLLAIGLIIALVRGVSLFIARQKIAKQLKNPTKAEDNPLGRVLSVYQNDKHRSVEALELRLLEAVVDEQTHLEKGLSMLKLLAALAPMLGLLGTVTGMIETFQVITQFGNGDPKVMAGGISMALVTTVLGLVAAMPLLLAHNVLSSQAESIRNILEKQGIGLVAEQAERDMSNNKGNRNTIAENAA >EDQ2752402.1 DNA-packaging protein [Salmonella enterica subsp. enterica serovar Pensacola] PVERRGREVFYDVKAVLEIDRERQKKKQESPDGENNLEERLLQARIDLTEEQAVAQRLKNQVTEGKMVDTGFCVFFLSRLAMDLSSTLDAIPLAMQRKFPDMPPQQIAHLKTLVAKGANQCAKAGDKLPELLDEYIRT >WP_124996221.1 hypothetical protein [Mesorhizobium tamadayense] >RRI05809.1 hypothetical protein EH240_04485 [Mesorhizobium tamadayense] MKIRVALVSALLAVSGCTTLGRGSPTSPVTPAATPPAGGKVGASIVAAMNGGLIGGSIGSGLSDAEKRKGLEAEYKALEYNASGQKVTWKGDSSSHYGEVVAAQPYRVGSQDCRQYTHTVYAGASGVTARGTACRNADGSWTPLT >MBR6406611.1 glycoside hydrolase family 13 protein [Lachnospiraceae bacterium] MESPGIPEKPKTNPIDREALFADETAFYRFPVSFCPGTEVTFRFRTAKDDVNRVLLFGRTVRLEMEKAFSKGSFDYYEAKYTADNRRFSYAFVVFSDSERCFFNKLGATSEEYITEDYMFDFDPDFHTPEWAYGAVMYQIFPDRFRKGDPGSSVRSGEYRYMGAPVEQVRDWDAPIHGFDVRRFYGGDLVGIREKLPYLSQLGVEVLYLNPIFISPSNHRYDSQDYDYIDPHLTGCADGPGGDRCENGRFSEHYRYIVTDREILERSNRWFSDFVAEVHRFGMKLILDGVFNHCGSFHKWMDRERIYEGGNGYETGAYVSEDSPYHDYFYFTPDGQWPYNGKYLGWWNNPTLPKLNYESSDAVREEILRIAKKWVSPPYNCDGWRLDVAADLGPGKRYNHEFWRDFRTAVREANPSAILIAEHYGNPREWLRGDQWDTVMNYDAFMEPVSFFLTGMEKHSDHYDSVLYANGREFFYMLREKMSRLPGQSLLSAMNELSNHDHSRFLTRTNHRVGRLQSVGALAASEGISYAAFREGIVMQFTLPGAPTIYYGDETGVCGWTDPDCRRTYPWGEEKWDLITFHRDMIRMHKNLSFLRTGSFRELMDDYGLVVYGRFDENGSAAVVINHSDRPRKLRIPVRTIEMPENGRVYRILETTDVGYNIGVLKKNIRDGILYAELEGWSAAVYSTAVF >MBS6066499.1 MarR family transcriptional regulator [Limosilactobacillus fermentum] MDDDYREINQALVRVYNGIMWIEEHELRKSAFSNLTIKEMHAIDAISMYNHQTASQVAKKLHLSPGTMTATTDRLVRKGYVQRFRDEHDRRVIRLGLTKRGRVLYRSHRAFHNMMVKSFLKGTDEEQKRVIRRSLMNLEAFLDENA >XP_029123601.1 helicase protein MOM1 isoform X2 [Elaeis guineensis] MATATRSGRFNKDEGTNNSKIRSAGLIAKYMKGSTASGSTANGSSKSRTSKISAKDIESPTTSDIKAIDSSNLRRSTRETPTKKMNASTSGLQKSGRPENGPPSSSDKRKPEGTEKKRPQSPLRRSERIEKYNASSSSGSKISNKSSSPMPVKKKVNNEEKLVESGTEEESKDKKLDLKSDGSSKKRKRLDARSYRALLKPQAKRPKSSDATTMHQEDDASLGDKIDSGASDSMEHGERKGDELSLKYSSEKFEEAVEGSSADLKGLAELTLGVEGEGKAPTSMKHDIIETNEPRTVDIWPQAKCSSILLQSSPVGSAATDNSSGYVQRENVGGADRINTCGFDKEDLGTAETIESASEDKSLAGNLCLESGAISVGPSTKQILILETSTADAMASSPSVTKKKNLEKCIVFSKFKRVQDSKDQELCPCEHTTEHEEVFETVVLSENPQKDENIFGCSQEVEAKRSSVPETREQFSDSAMQNCFITSADTRYVTVPMDGDRARLEFSDCMGVPNEQLRSTYWKESTTESGASACVICKHPGLLLCCDGKDCKRSYHLSCLDPPLQSIPPGLWLCIPCIKKRIVFGVYSVSKGMESVWDVKEGMQNDKVYFVKYEGLSHVHNCWIPESKMLLEVPALVSKFNRRYQKEKVAYAKIIRWKQEWTEPHRLLQKRLLMSQNLADEFFHGLGNNVSYCYHEWFVKWKGLGYEHATWELENSPFLCSSDGRMLIKDYETRREEAKKTSDPSRTEKALQIKRKPFQKLSKLPDGCPPGLDNDHLNSVNRLREFWHKSQNAILVDDQERVVKSILFIIASLSHASRPFLVISTITSLSLWETKFNRLAPSINVIVYNGSKDVRKIIRTLEFYEEGGCIMFQVLLSHPDAIIEDFGNVDCIGWEAIVVDECQNSRVSKYFEQLKNLSTDFRLLLLSAPLKDSLAEYLNLLSFLDSGGKENCISNLKFDHNDHAGTLAILKERLARYLAYERKPDSSKFIEYWVPVWFSNVQLEQYCATLISSSIALRSCSKIDHVGALRDILISTRKCCDHPYLVDKLLQNSLTKDLPVVDILDVGVNASGKLLLLDKILKEMKNRGLRVLILFQSISGTGRNSIGDILDDFLHQRFGADSYERVESGLIMSKKLAALNMFNDKAKGRFVFLIENRACLPSIRLSSVDAIIIYNSDWNPLNDLRSLQRISLESKFGRVMVFRLYSSYTVEEKLLIFAKQDMILESNIQGISTSVSHSLLSWGATYLFSKLDEFHQQENLNNCSENSTDNLLLDNVVLELLTKWHGKAEACNPSNCSVLIKAPQSGASYSRNITLVGEKDGISSLDKDPPSFWSILLDGRYPRWRYISESFQGSCRKFQHLDSSLMIPDEVNDEVKKKHRKVVVSNTVISLQSCLQEKGKEAAEGKGSMLPENLTQCGSNHPSLISPWKEALAPSITMKESELSGDRSNILRQHTVTSPHVTSQAIHNQNESLLSVDTSGVHKSPSVESEGSETLRNVQRSLHVQLKPELSILCKILSLSDDVKRTAEMFLGYIINNHHVNREPETLLQAFKISLCWHAASFLKHKVDHQESLALAKKYLNYQCNEELAESVYYKLRKVNKKFSCRTGTLRNDSEPNSAEDNSPQSGKDVAGELVHEMTPNVDVCHHHEMDGEELRDKPDCLRFTEQQILVEQEQEQEKVLVTPPMLQHHIESVKDELLKSRVDLIHKICSRRAEELILKQQQEISNFNIHKEEGKMKLKKAHDLDLELIHTIHMDSTVRNDKIRLLNQEFSKKMAAFEEHMKCQHANLEVMQLNARNKEEQIKDNWMEEAKACKLAESFDSIPLSDSGFRVEEFRDISEQTGACDGSGNTMPRSGPSSDPPFVDATTTDPMESIYLNAKYSEKSATNHTSGAVEVSIESGTLSSQSNNRNGMECLKPTNISPEIPASVSPGETGSMPTGARDPVLWSNIMNSVGSRPNAIPVVSGETTAVDNEQIGGADNSDGACLISSPLQSIIEYPSFVSASTSSGCENSVSSNEEHFINEHEEPAACGGEERDRGSCSSQQIVVPPHSVDIVHSLVEPTNRDATVSESLDQVSSSSQEIMAPSSHVVDVVSSQVEPTNQSTTISASLQLQLPLSTDMPVIEHGQESTPLHMEGEEEPTHHIHCTSQQIEVPLQQPNVTAAMPVGQSRQLVSQLSVSVVYPSLSNASMQAERPHSEDLRSTSVQPLSESPFPQLFPMAPLLPPQGLQSEPLKNELTRLRMHQDSLAKLHDDKIVRLKLECDQELERVRKKYDALLKHTETEFLQNKEMIETVYNKVYMNQILAEEFRAKFVENKGATSASFLVPGLCSSSLQHLHQASQPQVADRPVSVLSVPVSTPATLPPGPSPTPTPSLLASPRFWVPGSTASSISSGQMVHNMASIFPGNVARLRYGPTLPPCGNLQAASETRAPAPHLHRFRPHTSLSVQNFGIPTNGMSSQRQALANLGSPSSSSAQAAAVSHVLSSAVSVGGTCQPISSSVLPVCRGAALAPVNLPLDAGDFQIGADRQNLSQLADISPNFDRWLSSNMALTGELSQSCMDATMPSVSTDVVCVSDDD >TNE39473.1 NAD(P)-dependent oxidoreductase, partial [Alphaproteobacteria bacterium] MPEKLRVGIAGCGAMGLPMAINLQKADFRVKGYDVRPLDEFGDFASHLVKSAAELAKTCPVVISVVRDWHQTEVLCFGENGLFSGETNPEILVISSTLSPRQMLELRGRIPVDTALVDAPMSGAPIGAENATLTFMIGGEALEVDTLMPVFRAMGKEINHLGDLGAGMTCKVLNN >WP_223565913.1 aldose 1-epimerase family protein [Pantoea sp. OVA07A] MKIKLALTVLAVLVSGSAAAKTWVLTSAEQGTEQGNWKISSSELKFQGKPFSIEQKVLHGGKQEGSKILTIRSEDGLTITLSPTRGMNLLRVEGFGTRMGWDSPVKEVVNPAYINLESRNGLGWLDGFNEMMVRCGYEWTGHPVTDEGRIYTLHGKAGNTPVSQLEVEVADAAPHEIRIRGLIKESTFKKADLQTMTELRYVPGSNSFSLHDVLTNHADYPHDYQIIYHSNFGKPILEEGARFLAPISGISPFNDYAKAGLKEWQTYKGPTKDFDEMVFNIKPLSDSNHQTVAAVINKAGNSGASIQFDTRQLPMLTLWKNTDTLKQGYVTGIEPGTSYAYPVTIEREQKRVKQLQPGASTTFDLTYTLLHSSEQVNDVEKRIKGIQGETKIDVSETPIAKE >MCI8760428.1 hypothetical protein [Clostridia bacterium] MDLEETEDEDILQYLDINNYIRKDITKQKNQLIKQAFKNEEIRIVALKNDIKKIYIYGKQSKHKSNNIYLNTEWKYKKQSQKDRTIRHEIGHAIDYKYDYISCKGEILTALEIDKQNLLKHQEKLKQTLKSKEYREYAELSDIIGGLTNNQIRGKYYHRDSYWKKENALEKETFANLFAITGKNDKEYLQIVKQYLPNTLKVFEELIRRVK >XP_031982117.1 syntaxin-binding protein 4-like isoform X3 [Corvus moneduloides] MIRLRLKTLMGPYGMDRTVHCFDFYDCANGLGIKVIGGIKELTGEEYGVYVKRILPGGVAYADGRLQPGDQILEVNGDSLIGVTSERAVDILRTASATSHMRLLIARDDDARREFSELLEKFGSQSNTGSARSSPILHGSSRYLESTSSGSSSRSQSPLLLSPASSHSPFVGNPAHAPHAHYSMDSGIQSISIANSSGLGLTISGGSNRPDGPMIYVQELLPDGDCYKDGRLRPGDQLIAINRDSLVGSTHEEARKIIEKAKFRHEASTEVAFIPGRGRLHPGLSVHNNIPSPPPKAVGNGLSSCRLKVHVRSPENRRENPFPVPSLSPDICPPELTVSAPASVSNYKAASGTKPKVALDPHIRLKDGKLELVLQYLGLDVTEEKKRQLRQNLTTDSQGTVAYGDVLQALRDLLQEELDEAGLDSSSVLFTQHEVANLLDTSAFHSLTFDSVNCNGNEDLEQLQLEMTDLRHEVRRLKSLLKEVENSKKSMEDELQRLNQKALGFLSENRTLHSKLQMAEVVQRQAHSAEQDYEEVIHLLEAEIAELKMQLAGKKAKHVSEIEEDILELKRQLSLADGQLRKSEVSRKRLEISNRKLLLFVQNVHKVLSTHSHLPDEKSVNHETEEDKTDAVSDTSLPSSDLVDLLLSEAKELLAPILFNKDALPWDRDQCLPAEGIPNYNDHLHQKTTWPPPAGQTKSDQPQPPSPTELPKKPT >MBT3401245.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT4773440.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT5359944.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT5769413.1 amidohydrolase [Rhodospirillaceae bacterium] >MBT6310175.1 amidohydrolase [Rhodospirillaceae bacterium] MPTIDIHTHMFGDGWLDMIKKHGAPAYEIADMEDRRNYLVEYGTPACALEVEAFDYDKRVEMMDRLGIDISIVSLTSPNVHFGDEAISVATARLANDEMAAGQTAYPDRIRWFASLPWEYPDAALAELDRCIALGAVGVMCVAHIGTRHLIDPLFAPVWEALHKRAFPVLIHPTAPLGAKDVNYGHERILMPAAGFMYDTTIALARMAIDGFFERFSDIKMIASHGGGYIPFVNGRVDMFFGVETLAKFDIPKLPSDYFSQLYYDAIVYDPAALQLVIDIAGPERVMFGTDLPMPADVPKLYELVDGRPAGEIAAIRGDNAVRVFGL >HCF4435603.1 carboxy terminal-processing peptidase [Pseudomonas aeruginosa] MKRFLPRTALLLLLGASSLPLFASTAVSVGSAQNSWDSLQPDREQVIASLNVVELLKRHHYNKPPLNDERSAKIYDSYLKMLDPARMYFTAGDIAEFDRWRNRFDDFLKSGDLDPGFVIYKRHLDRLKGRLDYALAMLDKGVDKIDFSVDESLLIDREKAPWAKDTAELDDLWRKKVKDEVLRLKITGKDDKAIQEQLTKRYKNQLSRLKQTRSEDIFQAYINAFAQSYDPHTQYLSPDNAENFDINMSLSLEGIGAVLQSDNDYVKVVRLVPAGPAAKSKQIATSDKIIGVAQGKGEMVDVVGWRLDEVVKLIRGPKGSQVRLEVIPASNAPNDQTSKIVAITREAVKLEDQTAKKSIIKVDHEGRSYKLGVIDLPAFYLDFKAYRAGDPNYKSTTRDVKKLVAELQKDKVDGIVLDLRNNGGGSLQEATELTGLFIDQGPTVLVRNSDGRVDVLNDDEGKAFYTGPLAVLVNRLSASASEIFAGAMQDYHRALILGGQTFGKGTVQTIQPLNHGELKLTLAKFYRVSGQSTQHQGVIPDISYPSIVDDKEIGESALPDSMPWDTIRPVVKDEANPFKPFLAQLKAQHDARTENNADFVYARERLALAQELMKEKTVSLNEAKRRAQQTSIENRQLAMENALRKSKGQEPLKELKREDENALPEEDDKTKPQDDAYLTESGHILLDYLNLNSAVAKH >MCF7955924.1 MFS transporter [Phycisphaerae bacterium] MSHLSNIKKLLDPGHSPAPLLGCTFFFSAAHGGFFPLALPFVIVLLGGSEKDVGLCIGLGTVAYIISCMTVAKHLDKYCPKRTLQFSSLSIALCVMAIFAVCRFFTAGKLTLNPIAVLTIINIMIGLILAMFWPPMMGWLSVGHEGHALSRRLGLFNITWSMALVISPLIAGYIIEVDPVKAILVTGLLIFAGFSSVSTAAAPNKEVSPQNTSAPEPPKAIHPLNTAYIFMSRLGLLTGCITIALFKTQFALLFTENLKFSKEQFGIATMILCFANFVGFYLTGKTRAWHHKLIPLVTAQLVTAAAMLIILYCKSLGWLMAAAVLIGAGQSFIYASHQYYGVSGKTNRSGSMAVHELIIGAGYASGAIAGGYLAEYLTRYWPYWFGLITLLAAVGIEMLIYILNTKTIAGKKT >WP_237762402.1 fimbrial outer membrane usher protein StdB, partial [Salmonella enterica] >EBI9548933.1 fimbrial protein [Salmonella enterica] >HAT0219567.1 fimbrial outer membrane usher protein StdB [Salmonella enterica subsp. enterica] MKITRLAILITLTFSVLKSQATEFNASLLDSGNLSNVDLTAFSREGYVAPGNYILDIWLNDQPVREQYPVRVVPVAGLDAAVICVTTDMVAMLGLKDKIIHGLKPVTGIPDGQCLELRSADSQVRYSAENQRLTFIIPQAWMRYQDPDWVPPSRWSDGVTAGLLDYSLMVNRYMPQQGETSTSYSLYGTAGFNLGAWRLRSDYQYSRFDSGQGASQSDFYLPQTYLFRALPALRSKLTLGQTYLSSAIFDSFRFAGLTLASDERMLPPSLQGYAPKISGIANSNAQVTVSQNGRILYQTRVSPGPFELPDLSQNISGNLDVSVRESDGSVRTWQVNTASVPFMARQGQVRYKVAAGRPLYGGTHNNSTVSPDFLLGEATWGAFNNTSLYGGLIASTGDYQSAALGIGQNMGLLGALSADVTRSDARLPHGQKQSGYSYRINYAKTFDKTGSTLAFVGYRFSDRHFLSMPEYLQRRTTDGGDAWHEKQSYTVTYSQSVPVLNMSAALSVSRLNYWNAQSNNNYMLSLNKVFSLGDLQGLSASVSFARNQYTGGGSQNQVYATISIPWGDSRQVSYSVQKDNRGGLQQTVNYSDFHNPDTTWNISAGHNRYDTGSNSSFSGSVQSRLPWGQAAADATLQPGQYRSLGLSWYGS >WP_149886053.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes shahii] >KAA2374821.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes shahii] >MBS5476293.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes sp.] MKKTVIGLMLCGAAALASCNLDTIPTDKYTVETFWETEEGTEAAMTGCYNILTNSALFGDSAPLLEETCTPNAYNYNNAGGYNVIAQGTHTANSSGIIANRWKKCYEGIGRCNTHLNRLPAAAVADDRRVQMEGEAKFLRALYYYMLVTYYNGVPLILEEPVYAHGSLPRASREEVVRAILDDLNDIIDRELLDWQWTKAADQGRATRGAAMALKARLLLFEASKLVNPSNDAAKWQAAADAAKAVIEKEAQAGYDLFGDYRKLFLPANEHSCECVFNIEFSKTKNTAVNSFNVYSVQYRNNAPLLDLVMDYRTTTDGAATMGKYDNLDPRFAATNFYPGSTFLGKANCPAGEVCQFTGFAHRKLTIYDAQKRDSDDSNGETNYMFIRYADVLLMFAEAQNEVDATPSDAVYDAVNRVRGRVGMPTYAYGSKSQSEMREIIRHERRVEFAGEGLYYNDIRRWMTAELVMNAVIQDYAGTDIAVRAFDPDRDYWWPVPADQILLNKKLEQNPNY >WP_109850746.1 hypothetical protein, partial [Acinetobacter baumannii] MLFNGSEELVVISNDGTRSALKSCRIDNEETIFTSDSTDGVSIGDRLIKKLQNGSNREYLVKSVKDGVNMFGHREI >XP_026175731.1 CMP-N-acetylneuraminate-beta-galactosamide-alpha-2,3-sialyltransferase 4 isoform X2 [Mastacembelus armatus] MKMSQKATKTWCLRLLPLLIFFISFLTYYCSYSILQSISRRTQLFMKLEDFFWREHISKQTLPYGIKGSELMLLKVLAVTANYQVPDNIENLECRSCVVIGNSFAIKNSSLGSMINKYDVVIRLNDAPVKGYEDDVGNRTTMRLFYPESASYNPGLHNEPDTLMVLVPFKQQDLRWLKEILYNEKRIRKGFWKPPPQIWLGDVSKIRVLDPHFLQQTAERLLHIPLQPKSKQNPVHPTTGILAVFVALNYCDVVHIAGFGYPSSKSQKQPIHYYGYDTMKSMKNSYHDLNHEAQALKRLEDSGAILYLHPHL >MCI0684678.1 MG2 domain-containing protein [Gemmataceae bacterium] MHPASQHTSRGLRIGVAGVFCAGLAGLILLWQQGRAGGTPFAPQVAAVFDKDQLQVGVGLARGTAEPLQGALVVELLDEAGKALDRAETEVDQETDYAQHRVAVRADKSKAGRYRLRVGMGKQTVELPLGKALLAKAHETSITAGTEYFAGSAVALRCGVHGVVSLTQTMPLPGSEVQARLKDKTGKVHELFRGKTGRAGLAGVEFVLPALEAGQYELEIVTRSALGEEKLQRQVSIKAGAKVLLVSDKPIYQPGQLMHLRALALRSFDQKPVEDKDILFEVEDSKGNKVFKKTLTTNQFGVAAVDFQLADEVNMGDYHIRAAVGDAKAEKTVNVKRYVLPKFKVAVKADKSFYLPKETIQAELQSDYFFGKPVAQAKIEVTASTFDVAFRKFHTWKGDTDDNGHAKFEIQLPDYFVGQPLQKGDAMVKLDVKVLDSADHTETIAKTYTVSDQPIRVSLIPEGGKLAPGMENRVFAAAIYPDGSPAANCEVKVWHRKTVVPQPGGPQPGGPPPARVQPRRGGLQPIAKDAALPVAPAAKEEDLGPALATVTTDAAGLAEIKVTPKADQFRQGAWGPRDVETLGGKQVNHGPAVIYDVRAEAKDPKGNTAAFNLELNSHPLGENVLLRLNKAVYQTGDMMDINVHTSAGLPTVYVDVVRGGQIMLSRWLDVNNGHAAQRLDLPPSVYGSVEIHAYQVLAHGEIIRDSRVVYIQPKNDLKIAIDAVKEYAPGEDARIRFTVTDAAGKPAQAALGVIIVDEAVYALQEMQPGLEKVYFTLQEELLKPQVQIKFGDTIDNIVLQPALPAPRQKIAEVLLTSVKLPVPQRWNVAPAVNRKQRAEQQLTQIGNVLYWNAVDPSNGIAFQEFDKEKKRWVFRKNLLDDMVKTRGLPPQLLEGPFGGKLTLDDLARLEGTFTPAQLAQAATVQRLHQVMWSVVHYTNQHQARFKKGQRWTLPDNVVDEVVKAQRLHAGYAKDAWGQPFRLVKRDKKHDQQFGNGQFEFFDLVSLGADGELGTQDDVTRDAAIALNMGRFRGVWWMDADRLAELGDGMDPRLRLADRWGALPANRMQLERARAVQDFAVPLAPAPGAIGGGGPRPMAAKAEAAGKPVPTDAAGQAGGHGGGEAPITRVRDYFPETMLWQPALITDDKGVADLAVNFADSITTWRLSASANARSGALGGTTVPLKVFQDFFVDIDLPVSLTQSDEVAFPVAIYNYLKEPQQLKIELQEEPWFTLLDKEGLTRTLNVKPGDVTAVRFRIKANKIGFQPLLVKAYGSKKSDAVKRSVEVVPNGQKIEKVVSDRLASPDRKVGVDNAPHKIKHVIDIPADAIPDASKLLVRIYPGVMAQVLEGVEGMIRLPGG >MAH46576.1 hypothetical protein [Candidatus Pacearchaeota archaeon] MAIDSNSYCAITDLERRISDLLVGNVFTTGTRPTLAQAEQMVDDVAAEINNALIVAGFVAPIVVGDDPFPHASAVAANSAGAAVKVMNTFPSESWDPNAPEPTRNRISGFAAEYKSFLDKIEENKIKATRSTGVTGLFIVGAARSRKTGNLNTPAFTRDMMDFPGRVSRADSTQ >MBS4052605.1 hypothetical protein [Methylomonas sp.] MKKNKKNKALWLKASDVDVGYLYFTTANQYRAVLAMQGDFLIYAPSSEGLEPSFTDMPFENSPCKKCQILTFAQKEYQAFTVNGVNAIRHPLTESQLAEAIVQCNATSAIAELGG >HBD3580067.1 alkyl sulfatase YjcS [Escherichia coli] MNNSRLFRLSRIVIALTAASGMMVNTAYATDEAKAATQYTQQVNQNYAKSLPFSDRQDFDDAQRGFIAPLLDEGILRDANGKPYYRGEDYKFDINAPAPETVNPSLWRQSQLNGISGLFKVTDRMYQVRGQDISNITFIEGDTGIIVIDPLVTPPSAKAALDLYFQNRPQKPIVAVIYTHSHTDHYGGVKGIISEADVKSGKVQLIAPAGFMDEAISENVLAGNIMSRRALYSYGLLLAHNPQGNIGNGLGVTLASGYPSIIAPNKTITKTGEKMIIDGLEFDFLMTPGSEAPAEMHFYIPALKALCTAENATHTLHNFYTLRGAKTRDTSKWTEYLNETLDMWGNDAEVLFMPHTWPVWGNKHINDYIGKYRDTIKYIHDQTLHLANQGYTMNEIGDMIKLPPALANNWASRGYYGSVSHNARAVYNFYLGYYDGNPANLHPYGQVEMGKRYVQALGGSARVINLAQEANKQGDYRWSAELLKQVIAANPGDQVAKNLQANNFEQLGYQAESATWRGFYLTGAKELREGVHKFSHGTTGSPDTIRGMSVEMLFDFMSVRLDSAKAAGKNISLNFNMSNGDNLNLTLNDSVLNYRKTLQSQADASFYISREDLHAVLTGQAKMADLVKAKKAKIIGNGAKLEEIIACLDNFDLWVNIVTPN >YP_010013434.1 DNA binding protein [Mycobacterium phage DyoEdafos] >QFG10314.1 hypothetical protein SEA_DYOEDAFOS_86 [Mycobacterium phage DyoEdafos] MGLEPRCRSGKKCVSRTPDGPAIVALRPLCDGCVKDIQKCLDDLPTYAALLEQYKGYVPGSVGQSKVSSSAEPKSPLNLTVIDLIGQIGAVIHRTQGYQVRDLITLSGGLEVALDIRSVYSKSDGIIGLQRVWERRRVPCPECNLPTLGGWVGEGTIYCTNSECRNALSKAQYEEYCEMKSREKVKRA >WP_049105913.1 sigma-70 family RNA polymerase sigma factor, partial [Burkholderia cenocepacia] MTTPRPTPRADTPLDPIIQLLALAGEQGYLTHADLVDALPPESDSPDALDVVRAALADIGIAVLDEPAVPAPFAGAAPVEVDRDALDEGRAMLGDLARGTSASTDPLALYMRRMHAVPLLTREGEIVLAREIETGRHQVLHAIAGYPPAVDALLERHRATGTTGSPDDDDADAPVPARYDTLQAAASALREAVHAHGTRSAEYRDARNHVAALLGSLAWVAPAVDDASRVVRALAAAPHDPSAGDAACFDAVARRALAAALSDGQQKVRDATRAMLEANLRLVLSIARKYLNRGVDLSDLVQDGCLGLMRAIEKFEYRRGFKFSTYATWWIRQAIARAVADRSRTIRVPVHVGDQYQRVQRHAL >MCQ2543220.1 hypothetical protein [Lachnospiraceae bacterium] MSRRVNYAIRFAIAAIAGIILFCFGIKGVVTGILPSTDLYDTDWTTLKSGQHIEVYLDFVLEPFEITTDTKNNNDVSAIYTVPDLQISDTDGRIYMKHFIGVRANARDFSVYDKIVDASWKWWEDTSGSTELGDSGFKYINGSLKKMSSKERGFLESYLKDAGYTNEEINEMIIPYVLVENGSFGRNIGFVGAGALMTILFGIISVVLFMKREQ >GCE22918.1 hypothetical protein KDK_67180 [Dictyobacter kobayashii] MLVRKIWQGFVFASNYAPAGSLQQFLAKPLPQARALAIIRQVGEALQAAHKQGIVHGNLMPNNILFLQREAEIEAQDTAIMDEQPVTPAATDQVVITDFYLSSLAATQTFNTVNEHPQLRFYMAPEQFQGVRNALTDQYALAAIAYELFTGATPFAGSARTTLQHKHEDALPAAPDKLNPALSPAIAQAIVKALAKNPTERFPSVQDFLAAMESDHTAALNADPDVAVASTKKIKAALSRAPFINVRQSGRAARQPVRRKRLLLALLLLLLLLGASVFYVSGLYLPLLNGVLAARSTPTPTIASRSTTSTQQSRAGITATATQNNVRQPTPTNGVTPAITATSAPLPTATATTINVNLQVQPTPTPTPTPQAVATPTPTPNIISPPAPPGQGTVKPVLECVQLQGSSGYLAKFGYLNTSNSSITIPLGTDNMVVPMQYSSLLPTNFAPGRQYATIQINVSNNNPLVWMLDGSTATASPFSQRC >WP_077093245.1 SDR family NAD(P)-dependent oxidoreductase [Mycobacterium colombiense] >MCK8647218.1 SDR family NAD(P)-dependent oxidoreductase [Mycobacterium colombiense] MSELRFDDRVAVVTGAGRGLGRAYAHLLASRGAKVVVNDAGGGLDGDGTDGGPAEQVVAEITAAGGEAVASGASVATRDGGQEIIRTAVERYGRIDVLIHNAGNVRRGSLKEMSYEDFDAVLDVHLRGAFHVVRPAFPVMCEAGYGRIVLTSSIGGLYGNRDVANYAAAKAGVIGLSNVAALEGAAEGVRCNVIVPAAVTRMAEGIDTSAYPPMGAELVAPVVGWLAHESCSVTGELFIALAGRVARAIVAESPGVCRSSWTIEDVGGHLDAIRYVEAPLIFPVVPDGHNEHIRYSFELAQRSNELHDSTDQGALNG >CCX33905.1 Similar to conserved hypothetical protein [Penicillium marneffei ATCC 18224]; acc. no. XP_002150191, partial [Pyronema omphalodes CBS 100304] MSSEQNNYFFSPHFSFMRNWFSSSSNISNLPPSCDEELVDDADEPPDSHYFPVPEASEFAKQPLLLSHNPLPKESLLTRALLTSPSLHPVRDVQYDRGMSHMSIWSSTSASTASTADLISDGSPSRANTPSPTMPPMFLNHIASILSTTKPCHNPIEVMEPKEDVIEGLGRKRCISFACGGVAPPSRRGSTDSIQTTHTTATRDEAAERPEIPAKKPSALTFVCAQKEESERPRSASIRFSPPASRTIDFAHHSPRTNISIAPAVVNKPTFETTPATPAVEFRERQLYDTESAADSWYNQPIDKSRLLRVDDVLRKEKDIRKLSEEALDEDGDNLDDEDEEDQDNEDGEDEDEDYDEDEEDGDDEDEEGEDEDEEDLEVDDASDYGYGSGNESDNDYLSDADSSDSDDDDEDASSISALHPPLLPPLSIPRP >WP_124989189.1 MULTISPECIES: N-succinylarginine dihydrolase [Klebsiella] >GJK19882.1 N-succinylarginine dihydrolase [Klebsiella pneumoniae] >GLV15758.1 N-succinylarginine dihydrolase [Klebsiella quasipneumoniae subsp. similipneumoniae] >EIY5366703.1 N-succinylarginine dihydrolase [Klebsiella quasipneumoniae] >KAA6487475.1 N-succinylarginine dihydrolase [Klebsiella quasipneumoniae] >MBS0838645.1 N-succinylarginine dihydrolase [Klebsiella sp. MC1F] MTAREVNFDGLPGLTHHYAGLSFGNEASTRHRYRVSNPQLAAKQGLKKMKALADAGYPQAVIPPQERPNVSLLRQLGFSGSDEQVVARAAQQDPDLLSAVSSASAMWVANAATVCPSADSLDGLVHLTVANLQDKFHRASEASTTGALLQAIFPDRTRFAIHPALPASAWFGDEGAANHNRLGGEFGAPGVQLFVYGRRRGSKEAPRRYPARQTLEASQAVARLNQVNPRQLIFARQHPAAIDKGVFHNDVIAVSNRQVLFCHEQAFADQDAVLQQLAQQVPGFTPLVVPASRVTVEEAVATYLFNSQLLSRADGSMALILPQEAQAHPGVWNYLNELLAADNPIAALQVFDLRESMANGGGPACLRLRVVLTSEEYQAVNPHVLMNDTLFATLNDWVDRYYRDRLTQADLADPQLLREGRDALDRLTQILQLGSVYPFQQ >EEL0394597.1 chromosome partitioning protein ParB [Salmonella enterica] MPLTVLEPFKTQMISPDELILDAKNPRLYNGKSFNDNADPHELVKALSDTADLEELIKSISENGYMSIEPLIVMKKGAKYVVLEGNRRLAAIKLLTEPGLAQKCRVVVPKNLDARVIDSLKEVAVYLVNDESEARSFIGFKHVNGPHKWDSFAKAQFAYKWFVSERANGLTIDDITKKLGDSNNTVRSIVSAMFVLEQAKNQQVYDIHADRMSPKFSFSHLYTALNRSEYKDFLGLERDWNVTLKDNPVPSQNIDKLKDVLTGLYG >WP_238717267.1 DNA mismatch repair endonuclease MutL [Streptococcus suis] >MBS8112203.1 DNA mismatch repair endonuclease MutL [Streptococcus suis] MSHIIELPEILANQIAAGEVIERPASVVKELVENSIDAGASQIEISVEEAGLKMIQITDNGEGIAPDEVALALRRHATSKIKNQSDLFRIRTLGFRGEALPSIASVSHMIIETATADSAHGLHLEAKGGVIEKEEPVSRPVGTQITVSDLFYNTPARLKYVRSQQAELSHIVDVVNRLSLAHPEIAFVLVNEGRELIRTAGTGKLRQAISGIYGIASAKKMVEIEAEDLDFQISGYVSLPELTRANRNYISIFINGRYIKNFLLNRAILEGYGSKLMVGRFPLAVISIEIAPYLADVNVHPTKQEVRISKEKELMTLIREAISQALKEQDLIPDALENLAQSSTRPKVKAEQGTLPLREPKIYYDTIKQDFFLKPDVVAEDVKPLEEDRQEIVESPVENRPTSVQFAERQSVESEDQEHPNLSAKELAKLADKLDREETSTFPELEYFGQMHGTYLFAQGKTGLYIIDQHAAQERVKYEYYREKIGQVDNSAQQLLVPYIFEFPQNDALDLVHKMDALRQVGVNLEEYGSNQFILREHPIWMKEEEIESGIYEMCDMLLLTDQVSIKQYRAELAIMMSCKRSIKANHALDDYSARDLLRQLSYCQNPYNCPHGRPVLVHFSKSDMEKMFRRIQENHTSLRELGKY >KAJ5991093.1 hypothetical protein N7522_011300 [Penicillium canescens] MATEQSKMKAWLYTDTTNGLENNLSFTSEARTPPALRNDDVLITVLSASLNPADYKFPEMGLLMRKLVIGTPASPGMDFCGRVVATGPDATNFSPDQLVYGNLGKPCQFGTLAELIVASASLLVHLPEGVEVDHAATLGGTGQTAYQSLKGYVSADDKVFINGGSGGCGIFAIQIAKVMGCHVTTTCSTKNVEFCRGLGADEVIDYTAEEDLVASLRERGVVFDHIVDHIGYPATLYRQSHHFLAPGKTFVQVGVPGMGTIAERMLLPGFLGGGRGSM >RCN27560.1 nematode fatty acid retinoid binding protein [Ancylostoma caninum] MFRLLLVTAAISLAYVSSLEMMGLPIQYGDLMPAPVKSFMTGFTERDQATMRQFYQNYHNYNSREEADAALRAMSPELAAKIQQLQSYFLGKVASLGPEARAFYEQMDRITSKTRAQFYSGLRPNPAEVKKAELEVMKLYRAMSATGKAEFTKNFPVLAMYYSNDKLYQQLQSTI >MBQ3742794.1 hypothetical protein [Bacteroidales bacterium] MKTLKLFIAATALLSFMACNPIEDLSLREKYVTNAGTPISSDELSAALTVSQDGATNDIITLKNSRPDIGGAWHVGTAMGETIIKNDTYTYVYEANGEFEIYYAGISAGKIVESKRFPITVTDVYDPWAGMLTGAKSNTDKSAKKTWSWREVSWGSICNMGAHGGWKYASAGYTPESNFAWWANFTLADVDPSKERMVFEYDGSKMTTYGPDGSVAAQGTFGFIKTSPEEAVLGTWVTTAPLIGARFDDCGQGSSNQFYLLTFTDQYITIYHNGWDGSADWDDCGWYAYFEAK >HBM7970352.1 hypothetical protein [Escherichia coli] MNIEILEFNRDKFITECKIASHALKEFSWDNNKWSSSLLFYELNLNQKKRTNKKYLSREFIDIAKSVIWHECLDNPAKGVNYIISLRLIESALITYNEKANICLLTYKVIEYAQTLAFKRYTNHNASKYCNNMLKIVRLLVSKKIISPNLRFSGCYFKEYYDYVTTGKNEHKLPNEHTLFFLCNLFSKKLTNPRDIFTTSIFALLMSAPWRISEVINLRYDCEVLQRSEDGVARYGLRYIGAKGYGEDIKWIPSVMQPIVKEALRRLRVLSKNARFVASILEDIIENRKAERTLLNKDLGDKIIRLYKMRDKTSLVKMNDVQNMASLLESKKPKGFPFINGNKSFKYSDMLCLLNKDQLHAIKQTSIFEIYMPNPTFFRMDFYSNRDGEQPNRWGNIFQRHGLSEQQNYHLKTHQIRHLINTLAQRGGLSDIDIAKWSGRTHVKQNRVYDHMTDDELFTASVCFMKDEEVSKEAVLKNNFGESFSYMKNIINEIKYFQGNIGDDAMNLKDTRLLTALLPHLEEIYYNLKKREDKHGKKIQ >WP_067035785.1 histidine kinase [Streptomyces dysideae] >KUO14523.1 hypothetical protein AQJ91_46360 [Streptomyces dysideae] MLAAGAVGYLVKGAPAQEVVEAVTRAARGQFSMPAELAEACLRPLRRDAARPVRPGTRPGTVGEGTNRDRQVLLGRLIHAQEEERRRIAADIHDDPIQVITAACLRLQQLRGRLTDARDIQVMGRLYGTLGLSLSRLRRLVFDLRPAGLEHGSLATALQAFLDRMRAECGTPYRFEDRLRFALPVETMVLVYHTAQEALMNVRKHARAKMVRVQLLGVDDGCLMRVVDDGVGYDLLEADSCPGHLGLTLIHERAQMAGGWSRVESEPGAGTTVEFGVPLAGAPAASTGSGTEGGGVGMPKAAGP >SEP77558.1 two-component system, cell cycle sensor histidine kinase DivJ [Devosia sp. YR412] MRSLFSFGASREMPLVAAGNGHRPEMLRRKTLANNSRILLALSALAMPFAIYLLVIGNAFPLIVATLALGAGMATMALHQRRLFDLAAAGQVYAMFLIGFLLTLADPNVGDAGLAIVMMGPVMAALLGGAALRHQSWLLLAGVLIVIGVAALMALPGLPVAGAVLMGTAVAAFAAAMAVVLHTANRINAGYEVYDKSQMTAYRHLIEHVQDGVIRFSSEGEILLASRSSETLFGCRRYELSTMALSERIHVADRPAYLTAFADANIDGRTRTLEVRMRQDDPRGARNVPRFIWVEISLSPVLDPELGGERHEVVALFHDVTSRKDNELAMAEARRIAEEASAAKSRFLATIGHELRTPLNAVVGFSEMMTSGIGGELSDTHREYAGLIHQSGKHLIEVVRMLLDMSKIEAGKFELQAEAFLVEDMVGPCFSMVEALATTHQVTLTADIASQLPMLVADERACRQILINLLSNAIKFSHPGGKVTVSLKRQGQSINLSVSDNGVGMAPESLERIGEPFFQAHDGLDRRYEGTGLGLSIVKGLVDLHKGTLRALSEIGAGTTVTVLLPINGPAIKSDDTGSVTPFRKEPPAAQIHPWQDEKRKAQ >MBS6296676.1 glycoside hydrolase family 127 protein [Alistipes sp.] MKPHFKIFSAFVLLLSAACTPSDELAVRNKGLEIRWEQTAEGWKISRIADRKGRCWGVPDGAYTILFSSEKPSAEPETITNRGGDTMNFDIARFHYIAKDFNRAVSSVPMNRAGEALRFYPEKGWKEGRAVCFEARNELGRLRTTWSPDPDYPADIRIESVFYPARKGYYSVSTPTLAILPEERLGWSVVPGFFQGDYIQPVFHLAYMYGQGLPHLPVICNDNTVTTMITSMTEKAGNTLALIPDSGYSRSEYSGGKRTHGISWRCGLSHMNRQGELSPTLYYPVLGQEGSEKQAGDSVRFGFRVSMTDKGWYEAHKHAVYDIYGLGNSLALKHTTLPLYKRMEAIWDYILDDSLSFWRTADYKGLTIGAQDYLGGVVEADRDAMKNSDIGASWMLASMTGDPRLTEERLPYMRNFKLMQQAPAGDPNHGAAMGQYYLWKKQKFVEEWGDHIEPIGITYYTLMDLGNILLFERNDSLLRSSFRAGAERLLSLQQADGGFAVAYGKHDGEPLFTDLKDLRPTFYGFVVAYKLLGEHKYLDAAVRGADWFVRNAVDKGAFTGVCGDARFINDFATGQAVQALLDMHGLTGEARYRDAALRTARMYATSIYTHPTPGDREIEYKGRKMQEWQISQVGLCFEHGGCAGSAVKSGPILLTSHCGMFVRLYEETADRLFLDLARAAATAREAHLAPDTHMATYYWSQFDRGPGPFPHHAWWQLGWIADYVFAEAEMRSGRRISFPRGFMTPKVGPQRIFGFEPGTVYGEQANPIMVKGLFDADNTDIEILSALTTDRNRLCLILMNSTPRKLHATLTVHPAAIPGRRIDTASAADPATGRKITPGDDGAFGITLPGYGIQTLKLDLEP >MCM4298717.1 DUF5983 family protein [Escherichia coli] >HAX7532390.1 hypothetical protein [Escherichia coli] >HAZ6448982.1 hypothetical protein [Escherichia coli] >HAZ6490420.1 hypothetical protein [Escherichia coli] >HAZ6581377.1 hypothetical protein [Escherichia coli] MKLALTLEADSVNVQALNMGRIVVDVDGVNLTELINNVAENGYSLRVVEESDQQSTCTPPPFATLAGIRCSTAHITETDNAWLYSLSHQTSDVGESEWIHFTGSGYLLRTDAWS >WP_106627677.1 MATE family efflux transporter [Selenomonas massiliensis] MNKILSKLYALKRRERIYGIRNPLTYDFLHHNMHHLHVLLFHSADQQDFTRGAIMRQLLVFMLPILLSQLLQQFYTIADTALIGQALGAEALAAVGTAGLILSVIVNFFIGFSAGLSVLVSHLYGEKEYTRLSALVQSIFIIVFVFTILFTAAGIALTPVLLAALSTPDELIPMASLYLRVALLGLFAQLLYNTSSAILRALGNTTSALHYLAAAVLLNIVLDILLLFIIPCGIAGAAAATIIAQYTAALLALRKFRHLRGAWQFRLARPIFVPKHIMPILGTSIPAGLQAVFMSISSLIIQTYINSFGYAAMAGMTVYARVEGFLYYPLFAFGIALTSFIGQNVGAGDLARIHTGLRTSLRLAAGGAMGMALIAGLAAPALVTLFTNDPAVTENALDAVYYTFPFYWLYGINQIYIGAMRGLGDTLYPMMTALAAYCVFRVAWCWAWDIAGTHSMHIVYSAYSVSFFVMAVLLWAGCRRAMARIEKAA >KAJ1958754.1 hypothetical protein GGI12_004659 [Dipsacomyces acuminosporus] MADDAEKLSASQASAAAAATTTTISANGASVSDLQGGVNMKTATTATAATTASHIHTESEQSDAGPGTDNSDAEQPTDEYTTDSYTEDDYSDEYTEESVFTDGSGSGNEDVEDIEGEEDEGDKDSQPASASHADTARAAQSIVDDQNRALLQSQRRDTSFSNTYKNSNRRSWLSASDDPNSVGFDTHFSSGTTSPNPVDSLNTTRAANALAPARHFQSHTPWGTSTGRLTRGLRGKGRLWDDPHSVTAANEDLSGPQFAQQRFPTFDEPAAAGLSIDDSAVVANSTASAAAIARGSEHNGSGLHQYQHMQRHHHGSAQVGAFAQHAYARANPQVHHPSSVQNGLASESSANNQAYAHMTMPAQPNGVGSNNGSSTNMHNLQQQIAQMQKQLHNNYYQPQQIMANQVVNVIPVQQGTKNYNQLQQQMLLERKLQQDTIEGKLLQGRRAPRIVTIAQFIKSVSRLLGIGFPSATCTEARLTVALIAVLGVRTGLDVWFANFNARTVRAVVTYDRSTLLRRLLPEYLAMMIPMAAVNQTIKWVISSLTIALRVRLGRYAHERYVDGITNITWNQLHHQGPNGSTPAYERPDWLLTVQIHRFADMLPRLIADVVKPTFDWFVFSRLLSRFISRKGSLTMVLYIVLANVVIRLSSPPVGKHASRLAQLEEKYRVVYARISSIIQRAASSSTPLVFQQQKAAQAQAQVDKTSTIISPDPSPLTTPHDDTDVRPVNGSYDHGQHQAQAQPAPAAFVPRVQATFRQRAKESLDGSLNAVASSVVSTNIRRFFGGVGETILAKYGATLTAYYLLSRPLCSPGRRLASEILHDPAAVMMSYSRNSSYLINLSQATTRLLLMVNDLPKFVWSTVKVDRLLRSLEVHSRYRTEVVDSSSAAANDDGSSYSSS >WP_149230790.1 ATP-binding protein [Azospirillum lipoferum] >KAA0597264.1 histidine kinase [Azospirillum lipoferum] >MCP1608783.1 signal transduction histidine kinase [Azospirillum lipoferum] MTVQPLTAPRRPVPAVLRRLLSGGLRIWKPVAVQAAVTLVLALGYVWLGDVCVRVLVAEHRADAALTASSLASTLSSALNERFALVRGLTAFVEVASGSGNLADQFPRYAEGLRRSVVGVRNIAAAPDFVVRIVYPVEGNEKVLGNDLLRDSRPGFAETVRRAIISRDVTVHGPVNLLQGGQGLIARQIVNGPGKPWGAVGLVFDVGAILNEVRFDRVPAHLGFAVVTDTGQQVAGDALAWKSDPLVERINLPDGYWHLALAPRTSWEVLTHDDPAYRGFQIAFLLLSLLIEAVTLMAIGRRHALERQVDLRTAELGRAKNELEQFAYATAHDLQEPLRVIASYAQLLERQQKGKLDEESEGFIREIADGAGRLKMLLRDVQLFLAEDRVPLSCGVISASDALQAALAALKRRIADAGACVTVAELPSVQADERLLRKIFVVLIDNAVEYRHPYRAAEVEISHRRVEGHDMIDVRDNGIGIEPRYRNQIFEVFRRLHSRDEHPGTGMGLAIARKMVERLGGRITVVSSPGVGSTFSIHLPYSAFRGSP >NLI68303.1 DUF3298 and DUF4163 domain-containing protein [Bacilli bacterium] MMQKVPLPVMVRTRVERERNAIFYIPEIFGHWHPYVEREINWHMYDAVRRLAKQQCKEQDVEDFSEMISTYEIKTNERNVLSVTFTNYAYAEGHAHGLTLMDALTFDVITGKRYHLNELFKPHANYVDVLTRKVNEQIKERDIPTLKNKVSVNRRQPFYIADLSLVLFYPLYAITPYYYGIPRFPISVFELQAIVDDKSPLGRMLPT >KAB1283136.1 TSC22 domain family protein 2 [Camelus dromedarius] MEYYERDSDSSVLTRSGDCIRHSNTFDQTADRDSGLGATGGSVVVVVASMPGAHGPDSGTDSSLTAVSQLPPSEKMSQPSPAPPQSFGVGQPQPPPPPVDALANPLQLTPMNSLATSVFSIAIPVDGDEDRTEVFDNQALQYLQMALLKFLIS >NLZ91447.1 class I SAM-dependent DNA methyltransferase [Clostridiales bacterium] MVKGEIRDFALRARKGLMEQVARRAEMLGVIRDGPGAGAVAVENQPGFRAAYDALVKAVRERGFDRVVEDVAGTWFNRFNCLWYMEVNGYLPKQIPGLSGLERVPHGTGQQRNLIIRQCKLLSEMLPYVFEDRLGFEGLLLPDRLLGEGSVVRDMMDSIDRGEFLENVQITGWLYQYFISPEKDRVYAALRRNKKTKKDDIAAATQLFTPDWIVKYMVENSLGRLWLEAHPDDGLKPGWRYYLEEAGQSDEVVHQLKEVAAERKGLSPEDIKVLDPAMGSGHILVYAFDVLYSIYLSAGYKEESIPALILENNLYGLDIDHRAAGLACFALMMKARSKDSGLFDKKIRPRLYWVRESGGLAIEDVIPLVMPGRKGGDEHGCRRDMALLLEAFRDAGELGSVIILPDLDLERLRKWWEGFGENIDTGTGAFTVHGRIKELINQALVMQGKYHVVVTNPPYMGIRGMNDNLADYLNTHYEIS >WP_241105826.1 glycosyl transferase family protein [Pseudomonas sp. LS.1a] >UMY59999.1 glycosyl transferase family protein [Pseudomonas sp. LS.1a] MTAPRPLTLETPAEHPFAEFVRILGKGKRGARGLTRDEARMAMTLLLEDKVEDTQLGAFLMLLRHKEESAEELAGFTEALRAHLQAPSIAVDLDWPTYAGKKRHLPWYLLAAKCLANNGVRILMHGGGAHTAGRLYTEQLLSLLEIPLCRDWAAVSQALDQQHLAFFPLQDWAPQLQRMIDLRNTLGLRSPIHSLARVLNPLAARCGLQSIFHPGYQAVHREASRLLGDHAVVIKGDGGEIEVNPDVISHLYGTTAGEAWDEEWLALSERRHVKPPSLQPEQLLAVWRGEAEDSYGEMAVVATMALALRGLGQHREQAFATARGYWSARNQSNN >AFQ97813.1 maturase K, partial [Fallopia multiflora] >AFQ97814.1 maturase K, partial [Fallopia multiflora] >AFQ97815.1 maturase K, partial [Fallopia multiflora] VQTIRYWVKDTSCLHLLRFFLYEYCNSVITLKRSVSNFSKKKNQRFLLFLYNSYVCECESIFVFLRNQSSHLRPTSYEAFLARVYFYLKLEHFLKGFTKHFWVILWFFKDPFLHYVRYQGKWILASRGTFLLMTKFKYYFVNFWQYNFSLWVQTRRLYINQSSNQPTDFMGFLLSVRLNPSVLRSQMLENSFLIDSGIKKFETLVPIMPLIGSLAKAKFCNVLGHPISKPAWTDLSDSEIIRRFGRICRNLSHYYSGSSKRGSLYRIKYILRLS >WP_251874466.1 C-terminal binding protein [Brevibacillus sp. BB3-R1] >USG67367.1 C-terminal binding protein [Brevibacillus sp. BB3-R1] MRKWKVVVTDWEYADLRYEEQVLSSEQIELVAVQCRTEEEVIAACRDADALINQYAPISRKVIENLSNCKVITRYGVGVNTIDLGAATEKGICVANVPDYCMDEVADHALALILAWTRKVVVANQAVKNGVWDFKVTQPIARLRGKTLGLVGFGKIPQALAEKVKPLGLRVIAFDPYVPEAVAASYGVQIVTLDQLCADADIVSVHAPLTEATEGLMGAGQFAAMKESAIVINTSRGPVIDEQALIHALRTGKIAGAALDVVEREPIDTDNPLLSMDNVILTPHVAWYSEEAAAEMRAKAAMGVVDVLLHGEYPKYLVNHEVKASVPLQECCPEARYAALV >MBE7001547.1 RNA chaperone Hfq [Oscillospiraceae bacterium] MSDQFNLQEAILGEVLRDKIPVTLFLMNGFQLRGTITGYDNFVVVLVSDGKQQMIYKHAISTLAPMKPMKAV >WP_019843633.1 GNAT family N-acetyltransferase [Dickeya zeae] >UJR56459.1 GNAT family N-acetyltransferase [Dickeya zeae MS1] MTETSRQEPLTIRIDDLTGEATRALVALHLAGMHDNSPPESVFALDLSGLQSPDITFWSVWRGEQIAGIGALKMLADGSGELKSMRTHPQCLRQGVAAYLLAHIVDEARRRGLPRLSLETGCGPAFEPALVLYRKHGFVNGSVFAEYTASEFNQFLHLSL >XP_028702799.1 afadin isoform X8 [Macaca mulatta] MSAGGRDEERRKLADIIHHWNANRLDLFEISQPTEDLEFHGVMRFYFQDKAAGNFATKCIRVSSTATTQDVIETLAEKFRPDMRMLSSPKYSLYEVHVSGEERRLDIDEKPLVVQLNWNKDDREGRFVLKNENDAIPPKKAQSNGPEKQEKEGVIQNFKRTLSKKEKKEKKKREKEALRQASDKDDRPFQGEDVENSRLAAEVYKDMPETSFTRTISNPEVVMKRRRQQKLEKRMQEFRSSDGRPDSGGTLRIYADSLKPNIPYKTILLSTTDPADFAVAEALEKYGLEKENPKDYCIARVMLPPGAQHSDEKGAKEIILDDDECPLQIFREWPSDKGILVFQLKRRPPDHIPKKTKKHLEGKTPKGKERADGSGYGSALPPEKLPYLVELSPGRRNHFAYYNYHTYEDGSDSRDKPKLYRLQLSVTEVGTEKLDDSSIQLFGPGIQPHHCDLTNMDGVVTVTPRSMDAETYVEGQRISETTMLQSGMKVQFGASHVFKFVDPTQDHALAKRSVDGGLMVKGPRHKPGIVQETTFDLGGDIHSGTALPTSKSTTRLDSDRVSSASSTAERGMVKPMIRVEQQPDYRRQESRTQDASGPELILPASIEFRESSEDSFLSAIINYTNSSTVHFKLSPTYVLYMACRYVLSNQYRPDISPTERTHKVIAVVNKMVSMMEGVIQEVDQVDQKQKNIAGALAFWMANASELLNFIKQDRDLSRITLDAQDVLAHLVQMAFKYLVHCLQSELNNYMPAFLDDPEENSLQRPKIDDVLHTLTGAMSLLRRCRVNAALTIQLFSQLFHFINMWLFNRLVTDPDSGLCSHYWGAIIRQQLGHIEAWAEKQGLELAADCHLSRIVQATTLLTMDKYAPDDIPNINSTCFKLNSLQLQALLQNYHCAPDEPFIPTDLIENVVAVAENTADELARSDGREVQLEEDPDLQLPFLLPEDGYSCDVVRNIPNGLQEFLDPLCQRGFCRLIPHTRSPGTWTIYFEGADYESHLLRENTELAQPLRKEPEIITVTLKKQNGMGLSIVAAKGAGQDKLGIYVKSVVKGGAADVDGRLAAGDQLLSVDGRSLVGLSQERAAELMTRTSSVVTLEVAKQGAIYHGLATLLNQPSPMMQRISDRRGSGKPRPKSEGFELYNNSAQNGSPESPQLPWAEYSEPKKLPGDDRLTKNRADHRSSPNVANQPPSPGGKSAYASGTAAKITSVSTGNLCTEEQTPPPRPEAYPIPTQTYTREYFTFPASKSQDRMAPPQNQWPNYEEKPHMHTDSNHSSIAIQRVTRSQEELREDKAYQLERHRIEAAMDRKSDSDMWINQSSSLDSSTSSQEHLNHSSKSVTPASTLTKSGPGRWKTPAAIPATPVAVSQPIRTDLPPPPPPPPVHYAGDFDGMSMDLPLPPPPSTNQIGLPSAQVAAAERKKREEHQRWYEKEKARLEEERERKRREQERKLGQMRTQSLNPAPFSPLTTQQMKPEKPSTLQRPQETVIRELQPQQQPRTIERRDLQYITVSKEELSSGDSLSPDPWKRDAKEKLEKQQQMHIVDMLSKEIQELQSKPDRSAEESDRLRKLMLEWQFQKRLQESKQKDEDDEEEEDDDVDTMLIMQRLEAERRARTAMPAISVLDLDEERRRQQQLEEMRKREAEDRARQEEERRRQEEERTKRDAEEKRRQEEGYYSRLEAERRRQHDEAARRLLEPEAPGLCRPPLPRDYEPPSPSPAPGAPPPPPQRNASYLKTQVLSPDSLFTAKFVAYNEEEEEEDCSLAGQDKYSSTRMSHGDLLPAPLKPRPPPCQPRPASDGIFLSNSFQPSPAKANSTAHKKGQPPPPPKKSSSYHPSHCKGRGPNSYPGSAGAAVGAHDAYRDAKEKRSKSQDADLPGSSGAPENLTFKERQRLFSQGQDVSNKVKASRKLTELENELNTK >MBU4432787.1 J domain-containing protein [Alphaproteobacteria bacterium] MSADFEYRPKFFDIRVRPPKAGESAQPDVLGLKPGEKRCDHPECRLAGSARAPKARNMPNEHYWFCQKHAAEYNKNWNFFAGMSEGQIRAEQETEKVTGGRPTWSFKADSRSREAAAMAARDARHVADPFGLFRAQQRKAESDRAAGERHLGKLERGALADLDLDGTADAAAIRTRYKDLLKRCHPDVNGGDRSAEHKLQRVIKAYKTLQKAGITT >WP_225239495.1 dihydrolipoyl dehydrogenase [Massilia oculi] >MCA1857267.1 dihydrolipoyl dehydrogenase [Massilia oculi] MNRLDVDVAVIGTGTAGMTAYRAAKAQGARVLVIEGGEYGTTCARVGCMPSKLLIAAAESAHAMRHSAPFGVHAGEVRIDGRAVMERVRRERDRFVGFVLESVASFPEEDRLRGHARFTGPHTLLVDGHTEVRAARIVIATGSSPLRLPALADGGPGVVTSDDVFYWDTLPESVAVIGTGVIGLELGQALHRLGVRVKLFARGGSIAQLSDPEVLRCATRVLGGELDIQFQSTALGAVQEGGRVALTVADALGTESTERFQCVLVAAGRRPNVHDLGLEHSGLERGPDGIPLFDARTMQCGTSHVFIAGDANDERPLLHDAADHGKIAGDNAGRYPDVRPGLRRTPIAVAFTEPNIATLGASYRQLCAGGGRKFAVGAVSFENQGRSRVMLQNQGMLRVYAEFGSRRFLGAEMIAPRAEHLAHTLAWACQMRMTVDQMLDMPFYHPVIEEGVRTALRDLSRCLAAGESDVDAADTEPGT >GAM38698.1 hypothetical protein TCE0_033r09635 [Talaromyces pinophilus] MRDIPYLSQSLRPCCNGESMEFCNTALLIQLALQFFNIGFGTCIILGSTFGMGKKLVYFEELMASFCTAMLCFCLGQLFYVVTSVLVRLLITITLVRLAVDNLHWGILFAATVLSIVAGTIFFFFAISRCTPVAYYWNRNYGRGPLLEH >WP_069647812.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EHS4949476.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL6268107.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL6282443.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL6830709.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] >EJL7008132.1 DEAD/DEAH box helicase family protein [Vibrio cholerae] MSDRQSFLYSGHKLSSGGANDPLLPRLVQAINHATEIEISVSFIQPSGLDLLFDPLFDAVQSGAQVKLLTSDYLSITHPVALRRLMLLTERGAQCRVFECGQHSFHMKSYIFVRCEQGEILEGCAWIGSNNISKTALLDSHEWALRHDFEPPETSAAALEFLHIRQQFASIFNHTNSKDLTHTWIDHYLERYQQAKKQHGMPILADSQDEQSEPPAPNAVQVEALTALNATRAQGFSRGLVVLATGMGKTWLAAFDALQTQSTKVLFVAHREEILLQAEKTFCQLIPNAKTGLYNGVTQNTQAMLLFASVATIGKQNHLQRFAADHFDYIVVDEFHHAAARSYRNLLTYFKPKFLLGLTATPERSDQADILSLCDSNLVFERNLVHGIDEKILVPFDYHGIYDQAVNYQEIPWRNGKFDPDSLDNALATQRRAEHVYQHWHQKKQTRTLAFCVSKKHADFMAEFCLSKGIKAIAVYSDSKVRRNQALQWLDSGKIDILFSVDLFNEGTDLPAIDTILMLRPTESKILFLQQLGRGLRRSIETQKSKLVVIDFIGNHDSFLNRPTTLYNVSHLKDALAKHQQQALPDGCHITFDITLLNFWQQLTRKMRFSVQDEYQQLAHQLAHRPTASEFFYHGIEMSKVRKQAQSWFHLVASQENDPELAEIVTRYGDFLLHGIESTSMSKSFKAILLEALLELDGLRTPPTLATLAECSYTVLARRPDIMAEDLTENAKQFKAADKDWLNYWRNNPIKAFTNKATKQATWFSIDSQQRFVANFDIREQDLERLHDCIQELVDLRLAEYAQRPKQHKENLIKAKSKAAVISLIPEQKTIGTPIPFYPELKIACGNFKRGSEREVQTYFVPDGYGLLDPTRHFVAPASGNSMNGGKNPIQDGDLLLLEWVTPSSAGSISNLTMAIETQDETGDNQYLLRVVRKIAPNQYELQAQNPSYPNMPATDAMKTFARLKAVIKNNSQQSQTR >WP_100524661.1 hypothetical protein [Mycobacteroides abscessus] MNSFRNVLRTSVTALAVAAFAAVPAAAHADPGWPWAPAPTYSVIDTAALPLSSTAEWSPVTGHDTTIGALEGVVRCSVDRQPPAGDLGSRVQATSPTYFAWLNPTGDAAGWEGSIAATTYPGVDAASHALAAYRRYLDACKTAPERADQFRNAAIGTSALDPTQAHALIETTDTWMEVFAVATNDAVVELVFNHPKDGPLNFDYNPAVVFNALKMADIGALAQPIA >WP_068798537.1 ribosome maturation factor RimM [Pseudonocardia sp. HH130630-07] >ANY08263.1 ribosome maturation factor RimM [Pseudonocardia sp. HH130630-07] MTSSTSRTTDAGRDEVLVGVVVRVHGLRGEVVVEPRTDEPRERFATGSVLHGRHRRAPGPGPLVVAAARAHSGRWLVLFEGVSDRDAAEALRGVQLVLPTAELAEPDDAEEFHVHQLTGLRVELTDGTPAGTVRDVVHGPGGSLLVVARPAGHEAMVPFVAAIVPEVDVAGGRIVLDPPDGLLDPED >WP_170382009.1 helix-turn-helix domain-containing protein [Ruegeria atlantica] MKHYVLGNDHAQLARTTIERQRNIDVFLNESESKASAEMVVEFFQALNDLVEDHTYSVNIRCAAKAPAGDPLYWSGRTAIFWGDFHKTWLNDYNDTSRLSQVLNLAPRSILVGGAVLLLAQTGRGDQTVAAIHPNFLAAAQEIGLADCHQCSHRSPDGRVHSAATKLSALRLLSEFVALDHGEHLAETLRSYIGLTEPKRSCSSQLATRLIQRSGADPMVRQVVEKMLKNVEDPLKISDLAEALGASTRQLQRRFLNKTGVKLLTTYRELRLERAYSLLRYTDMPQLEISAATGFSSAGALGRAFRAQYKTTPEAVRSHRFAGNLSEL >AXI09756.1 hypothetical protein CUC15_12830 [Oceanobacillus zhaokaii] MRQSKQLIRNKLTAASSTSSFVTVTSTQWIRIESSATAAASTIIIFSPAATAIAVIAMSSVTAVMTVVTVTSMMTAISTITIMSARTAALGKMLDLFHDFFKHVDLLSPFIGIFEGIKNFLTTLVRL >WP_158161316.1 glycerol-3-phosphate 1-O-acyltransferase PlsY [Vibrio mimicus] MTPLALSMIIFAYLLGSISSAVLICRVLRLPDPRDVGSQNPGATNVLRIGGRKAAISVLLCDMLKGTIPVWGGYFLNIEPFMLGLVAIAACLGHMYPIFFHFKGGKGVATALGAIAPIGLDLTGMVMATWLVVVALFRYSSLAALVTVLLAPFYTWLIKPQYTLPVAMLCCLIVLRHHQNVKRLFAGTEPKVGEKKSHQS >HBQ61597.1 hypothetical protein [Balneolaceae bacterium] NLSYGDRFLFAGTNSDQQPFEVDDATGQVTNNSNGKNISVKAGDGVNIDFGVNGQELASTPSGDLFGILEELEQKLRDNDQQGINDMLTSLDDTVEHVTDVTSRLGNNINRMDYMFEQYESSKIAQRSDVSELVDTDYAQAFSDMQRNQVAYESAMAVHTSMFKNTLLNYL >KAG9648608.1 methylenetetrahydrofolate reductase-like protein, partial [Aureobasidium melanogenum] EMASDRIVDKIAALPDDSTYFSLEFFPPKTQQGFANLHARASRMAHSLRPLFVNVTWGAGGSTSTKSLALAEMTQRQLGLTTCLHLTCTNMSRKLIDETLEQAKALGIRNILALRGDPPRSDEYRSNELENQEEDDSNKEFTWAVDLVRYIRKEYGNYFCIGVAVYPEGHSDQSHPEHQHATYDLPYLVEKVEAGADFLMTQLFYDIQAYQDYERMLRQHESGVFKTIPIIPGLMPIQSYQILKRTTKLSHANLPCEVSNRLEPIKNDDEAVKRAGVDILSEMVETLKKSPTPGPKGFHFYTLNLEKAVAHVVERCKLIGAANDFVAVEDDDTPLANGNADKKAKARRRSSLANSAPQNRVVVDKTTRSASHGSASFEAFDDEAGVPGEDPPSRADALAISEGEGALGREATWDDFPNGRWGDARSPAYGEIDGYGVSLHVSIPSALKLWGHPVDTKDITSIFERHVRGELSAIPWSEEGLNPETATIKKELTGLIQKGWWTVASQPGVNGFRSDHEIFGWGPPGGFVFQKPFVEFFCSHEDWTRLRAKLDKDDQVTYFACNGKGDFQAADEESLNPVTWGCFTGKEIVTPTMIEAVSFRAWAEEAFGIWTEWRHVYPPRSASANLLREIRDNYWLVNIIHHDFTESNGLWQMLLDA >WP_208823465.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Bradyrhizobium neotropicale] >MBO4223035.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Bradyrhizobium neotropicale] MNAMRASELPLPQIGRGKVRDIYAVGDDRVLLLTTDRISAFDVVMAETIPMKGAVLTQISAWWFRQLESTVPHHMISADADEIIREVPALKAHRADIVGRAMLCRRTAVFPIECVIRGYISGSAWKEYAAHGTLAGEKLPAGLVESAKLEPAIFSPATKAETGHDENITVARVREIVGFEVADTLERMARTVYAYGEKVSRERGIIIADTKFEFGRDKDGRIILIDEVMTPDSSRFWAVDVYRPGQPQPSFDKQPLRDYLDTERRAGRWNGDAPAPQLPASVVDATSKRYLEAYRRVTGSELKI >EFV3192858.1 GntR family transcriptional regulator [Salmonella enterica] >EHL3133241.1 conserved phage C-terminal domain-containing protein [Salmonella enterica] NGGFDPSESGGDPSVKSKQDPQVTSKPSCPVAAQPDPEVVITDQAILVLTHLNQISGSRYQKSKTSLENIRARLREGYSVADLQLVIDLKHEHWHENDEQYQYMRPETLFGPKKFESYLQSATRWEQKGRPKRADWGAKKRDVMAFGPVETTIPEGFRG >WP_006027485.1 MULTISPECIES: zinc-dependent alcohol dehydrogenase family protein [Burkholderia] >AJY40047.1 zinc-binding dehydrogenase family protein [Burkholderia sp. 2002721687] >ALX45961.1 alcohol dehydrogenase [Burkholderia sp. Bp5365] >EIP86957.1 alcohol dehydrogenase, zinc-containing [Burkholderia thailandensis MSMB43] >QPS47452.1 zinc-dependent alcohol dehydrogenase family protein [Burkholderia humptydooensis] MKALVYHGPGRKSLDERPMPELVAPTDVIVRVTRTTICGTDLHILKGDVSSCEPGRILGHEGVGVVHRAGAAVSTLKEGDRVLISCISSCGQCEYCWRGMYSHCATGGWILGNRIDGTQAEYVRIPHAQTSLYRIPPGADEEALVMLSDILPTGFECGVLNGRVQPGGTVAIVGAGPIGLAALLTAQFYSPAQIVMIDPDPNRLAVAQRFGATACIDNGQVDAVAEVKALTGDGVDCAIEAVGIPASFELCQQIIAPGGVIANVGVHGVKADLHLETLWDRNITITTRLVDTSSTPMLLKTVGAGRLDPKRLITHRFPLAGIEQAYETFGHAANTRALKVIVEVSE >WP_282014297.1 ROK family protein [Marinifilum flexuosum] MNIWRDERVVMTLDAGGTNFVFSAMKSGEEVVEPIRKPSNADNLDLCLQTIVDGFQEVSNKLSENPVAISFAFPGPADYRNGIIGDLPNLPAFRGGVALGPMLREKFNMPVFINNDGDLFAYGEALGGVLPEVNNKLVQAGSPKRYKNLVGVTLGTGFGGGLVHNEELLIGDNSIATEVWLTSSRIYPERFAEEGISTRAIQREFLSRAKSEYPKDLMPKDVYDVAMDQNNPDNNAALESFKIFGKCLGDSLANLLTITDGIAVIGGGLTGAHDLYMPAALEEMNGKCYTSHGDSLPRLVQKVYNIDNEDEFTEFAADHSTEIKIPGTDKTIKYDPNPRLAVCSSKLGASKAIGIGAYAFALKNL >CAC9512212.1 hypothetical protein [uncultured Gammaproteobacteria bacterium] MSKINQIENALKELDGGAFQKLANSYLLKRGYPQIKPTGSVAGSNKVRKGTPDTLIQTEDGKYIFCEYTTISENKVYSKFYDDLTKCLNENKTGVAISKIKEIVLCCTSDLSIENIDKLSKQCQIEEVNLNLFGLGAISYDLLEKYPSIAKDYLGIEVDTGQIVPLNDFISWHEENKLTTTLETSFHFREEEKSNLLSLINDNSLVIVTGKAGVGKTRIAIECYRQFTKENKKYKAYCIFNRECNLFEDIKSYFSNSGYFLIFVDDANRISGFQYIVQLLQTKRDNQNFKIIVTVRDYALDKIRETCQPIEVSSEINIKPFTNEEIKKLVQEEFEIKNQSYLDRIVSISHGNPRIAVMAAQVAKDSNTFNSIRDVSEIYDKYFSSIKSDLDALKDGTILKVAGIVAFFRSVDITNNNLMSDIGKIFDISAEDFEKASKKLHEMEVLDMFENEVVKISDQVFSTYLFYLVFFKEKLIDFSILIDKDLFPQYKRRLVDAISPILNTFNLNETKQTMEISVDKVWEQIQAKDEGAFLQLIDVFCFLKPTETLIFIQNEIRNYDSQKIPFDDIKFEKNSISSLPKFLSALSQFRHYREDDMNISLDLFLQYAKKQPGDTPDILHFLIDRYGFQPESYRDAYHVQHAVVDKILECSSSGGDEYFTRMFIALSGDYLHTHFSSTKSGIGHTDTVSITPFDVVASDELFKLREKILTNLFSLYGNMKYQQYILKLILSYTQSGDKISVGEIIVHDSKQIALFFNDKLDPNNLYHCVIVQQYLRLLKRFNIPVKEELKIRFKSSSYVLYDLLRNKLEKKRLAHGQDQNAYRRYEKKEIAGFMGSYAKENYDEILHELFNILETLEGYSKWQINQGVIAILEELAIRNPSLFCEVIKNYLQQGEYLTINPSIVVPNLISSFGSIASLAILTLSDYPTKNLWLFSYYQHLLKKDIKQKQIDALSKLYQISDYKHFTHEVDYLLRYEAIKKGFVAEIVQIISDRSRITSEFAYAVSLVFCKHTKINKQLPSLFSSRPELLENTYIAVDKVKPQVDYDGVAFSKLLDNNQGFINRYLEDRFSQNKCLNNHDERDYSFIWLRDDYLSVMQRISEVVFKYRQKDRCFVDYYDDDYLVFLKEVANSQTDESILERQDEYFLGEICSEHSKKKYMHLLFSVIVNFESKRKITFYKTFLEKNTQFEDFKDLPFEPMPAYLSGSAVPMLQKKIDFYKKIIPLCNSAELLEHKQYIEQRIRGIRYEIRNEKKRDFTEA >WP_247315376.1 MULTISPECIES: hypothetical protein [unclassified Bradyrhizobium] >MCK1278719.1 hypothetical protein [Bradyrhizobium sp. 61] >MCK1448358.1 hypothetical protein [Bradyrhizobium sp. 48] MQVYFSHSYRDVAVNGYFIDKFANEDLPLRADQKTDIWCVAKLERYLSEMRGFISVIPCRPTDADLGGYSPYIGRELDLARRARVPRLLFVDERVLRHHQLEFPEDAVSFKADEPAEAAGQHDEAIRAFRLALETTVRPERQLSKEAIVVAAGTGTLRDAARDVVEILRRHNFRVTPLIGKFNDRGLDDIRLLEAIWRSELCIFLLGERLSDTHLALALAHAHCIPSIRLQHSPTADQCAPTISGTIHWRDRGEMLVELERQVSSYREGLVRPVEIAQGLGATDAARAIGTMRWRHRPENLWDVDDGGAILSHVRPDLAFIQDEVNRARRAYGASFANARGREAMMQICRHIYDGIRRHRFGFELEPKGPEPSVQIVRSPLQIETHRTANCLDLACLFASLIEAAGQAPIIVIVDGDGFAHALVGARGFSEPAWRNSQLGDLRRALSLGDALFFEPTGAVEADAPVADELEQDRCDKLLDFATARLAAERTIKRDDIRVRHVVDILYLRQRQS >MBB1664612.1 immunoglobulin heavy chain junction region [Homo sapiens] CAKDRRYDILTGYSPFDYW >WP_159801197.1 PadR family transcriptional regulator [Flavobacterium sp. MK4S-17] MNIENTKAQMRKGILEFCILSVLNGKEAYTSEILDTLKNAKLLVVEGTVYPLLTRLKNDGLLSYRWEESTSGPPRKYYGLTDEGKNFLKELNTTWTELSDAVNIITSQNKHSHE >HBY6471839.1 hypothetical protein [Klebsiella pneumoniae] >HBY6483132.1 hypothetical protein [Klebsiella pneumoniae] MSDLQTDPELHDKVIGHYLNIKHYQ >WP_125260587.1 excinuclease ABC subunit UvrA [Dickeya lacustris] >WFN54948.1 excinuclease ABC subunit UvrA [Dickeya lacustris] MDKIEIRGARTHNLKNINLIIPRDKLIVVTGLSGSGKSSLAFDTLYAEGQRRYVESLSAYARQFLSLMEKPDVDHIEGLSPAISIEQKSTSHNPRSTVGTITEIHDYLRLLFARVGEPRCPEHDIPLDAQTVSQMVDNVLAQPEGKRLMLLAPVVKDRKGEHTKTLENLATQGYIRARIDGEVCDLSDPPKLELQKKHTIEVVVDRFKVRDDLAQRLAESFETALELSGGSAVVADMDDPNAPELLFSANFACPVCGYSMHELEPRLFSFNNPAGACPTCDGLGVQQFFDPARVVQNGELSLAGGAIRGWDRRNFYYFQMLRSLAEHYEFDVEAPFDSLSASIQKVILYGSGKENIEFKYINDRGDTSVRRHPFEGVLNNMERRYKETESTAVREELAKFISNRSCASCHGTRLREEARHVYVEQTTLPQIADMSIGHALTFFENIKLSGQRAKIAEKVLKEIGDRLRFLVNVGLNYLSLSRSAETLSGGEAQRIRLASQIGAGLVGVMYVLDEPSIGLHQRDNERLLETLIHLRNLGNTVIVVEHDEDAIRAADHIIDIGPGAGVHGGQVIAEGTATQIMAVPESLTGQYLSGARKIAIPAQRVQGDPSKVLKLIGARGNNLKDVTLTLPVGLFTCITGVSGSGKSTLINDTLFPIAQRQLNGGELNEPAPYREIQGLEQFDKVIDIDQSPIGRTPRSNPATYTGVFTPIRELFAGVPEARSRGYNPGRFSFNVRGGRCEACQGDGVIKVEMHFLPDIYVPCDQCKGKRYNRETLEIKYKGKSIHEVLEMTIEDAREFFDAIPALARKLQTLIDVGLSYIRLGQSATTLSGGEAQRVKLARELSKRGTGQTLYILDEPTTGLHFADIQQLLEVLHQLRDQGNTIVVIEHNLDVIKTADWIVDLGPEGGSGGGEILVSGTPETVAQCEQSHTARFLKPILDRG >WP_131836551.1 aldehyde dehydrogenase family protein [Ancylobacter aquaticus] >TCK23608.1 aldehyde dehydrogenase (acceptor) [Ancylobacter aquaticus] MTLSVNPIADIIAPLPKGLLIDGAFVPALSGKTFKTFNPATGEVLAEIAEGDAADIDLAVAAARRAFNGPWSRFTPFQRQQCLLRFADLVEKHFDTLALIDVLDMGAPITAMQSRRQRALGLPRFYAGMCTVIAGGTLPNSLPGEVFTYTLKEPVGVVGAITPWNAPLTSTIWKIGPVLATGCTMVLKPAEDAPLTALRLGELLLEAGVPAGVVNIVPGFGPTAGDALARHMDVDKVAFTGSDVTGRKIVEASKTNLKRVTLELGGKSPDIIFADCDMEAAVAGAGMGVFANSGQICVAGTRLLVERPIYEEFVARVSAYARSLKVGNGLDPATQIGPIVNARQLERITSYMEIGISEGVTATAGGRRLTEGALGDGHFFEPTVLSGVTNAMRIAREEIFGPVATAIPFDTPEEAAAIANDTPFGLGGGVWTSNLSTAHRMAKAIRAGTVWVNTYGGLDPVVPFGGYKASGYGRESGTEHLDAYLETKSVVMKLS >MCH5281797.1 BMP family ABC transporter substrate-binding protein [Lachnospiraceae bacterium] MSYEKYMNALKAGQKEFHAHLTRGDYPYLPVLDEILSYVKEKHEVNLGLCEIPLELIVGTKTKGRTNSFASNFMPLLEPHTEFATKWIQLYTYLQEEGLQEPIKVYEFMNRFYVQEGNKRVSVLKHLDAYSLPCYVIRVIPKRTDEKDNEIYYEFLDFYEITKLNTIYFSEKGRFADLLEKIGTPKGEKWTSEERMKFESVYFHFRKAFDAKGGSKLPITVGDALLTFITVFGYEETKQKTTEEFKKDLAKIWDEFLVLTEENSIELLMDPPEDEASRSLYKNLLNLIIPDNSNHAKIAFFYEKTHRTSSWAYAHELGRLYLENALPGQLETTVFENIIAGENDQELMEQAIEDGHNLIFSTSAIMIPASLKIAANYPDVKVLNCSLNTSHPTLRTYYARMYEAKFLAGVIAGSMTTTNKIGYIADYPVYGMPANINAFALGARMVNPYAKIYLDWRNLKDRDLEITKDPEINYIMDQDMTTPENASRHFGLYYIGDETPVNLAMTTWHWGKLYEKIVRIVLNGTWKEDDAATGNRAINYWWGLSSGVVDLICSQNLPQGTKRLVDLFRNDICSDVLIPFSGELYAQDGTLMNEADQIIPPQEIITMDWLLDNVVGRIPSISELTEEAQIVTKMQNLSETQTPEE >WP_068156215.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >OBK56222.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >ORV98460.1 alpha-ketoglutarate dehydrogenase [Mycobacterium kubicae] >QNI07570.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >QNI12555.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] >QPI36079.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Mycobacterium kubicae] MTTEFARNDLAKSSSNASEPDRVRVIREGVASYLPDIDPEETSEWLESFDQLLARSGPARARYLMLRLLERAGEQRVAIPALTSTDYVNTIPTELEPWFPGDEDVERRYRAWIRWNAAIMVHRAQRPGVGVGGHISTYASSAALYEVGFNHFFRGKSHPGGGDQVFIQGHASPGIYARAYLEGRLSADLLDGFRQEHSHPGGGLPSYPHPRLMPDFWEFPTVSMGLGPLNAIYQARFNHYLHDRGIKDTSDQHVWCFLGDGEMDEPESRGLLHIGALEGLDNLTFVINCNLQRLDGPVRGNGKIIQELESFFRGAGWNVIKVVWGREWDALLHADRDGALVNLMNSTPDGDYQTYKANDGAYVRDHFFGRDPRTKALVEHMSDQEIWNLKRGGHDYRKVYAAYRAAVDHKGQPTVILAKTIKGYSLGAHFQGRNATHQMKKLALEDLKAFRDSMRIPVSDAQLEEDPYLPPYYHPGADAPEIRYMLDRRRTLGGFVPERRTKSKALKLPERKIYAAMKKGSGQQEVATTMATVRTFKEVLRDKEVGPRIVPIIPDEARTFGMDSWFPSLKIYNRYGQLYTAVDAELMLAYKESEVGQILHEGINEAGSVGSFIAAGTSYATHDEPMIPIYIFYSMFGFQRTGDDLWAAADQMTRGFLLGATAGRTTLTGEGLQHADGHSLLLAATNPAVIAYDPAYAFEIAYIIESGLARMYGENPENVYFYITVYNEPYVQPPEPENFDPEGVLRGIYRYHAVTEERGSRAQILASGVSMPAALKASQLLAEDWDVAADVWSVTSWSELNRDGVAVETHRLRHPDEPARDAYVTQVLADTAGPVIAVSDWMRAVPEQIRPWVPGTYLTLGTDGFGFSDTRPAARRYFNTDAESQVVAVLEALARDQEIDASVPIKAARQYKIDDVQAARGQDEDAGSAT >WP_249351853.1 3-hydroxyacyl-CoA dehydrogenase, partial [Pseudomonas asiatica] VERYYVSALEKGRLSSEKAAEHAGHIRYEGSLEAIAGADLIIEAVFEDLAVKQDVFRTLDRFAKPGAILATNTSYLDVDAIASVTDRPGDVIGMHFFSPAHVMKLLEVVKTAHLHPDVLATVLQLGGRLGKTAVAVGNCYGFVGNRLLAVREREATFLLEEGASPEDVDRVLRGFGFPIGPFELRDLAGVDIAWFNRKGRGEHLGQAERQCNLIEQLHEAGRFGQKSGAGYYRYEEGQRKGSPDPFVANMLVEHRQARGLEPRVISDDEILQRCLFVMINEAAYMLEQGIIDSPNDIDLIWIHGYGFPRYRGGLLYYADQIGLTQIGEALEQWALKHPDRQLKVCALLQSRAKERVSLSQS >QXV60806.1 hypothetical protein CVV72_29975 [Amycolatopsis sp. TNS106] MTTGESPNSAAPREEARRLLTAVPDERVSAALAALRRLTEAPLGAEPRRRRFRTVGVFDGEHDLGRRAKELARDELGGGSSKSA >MBU1949725.1 hypothetical protein [Candidatus Eisenbacteria bacterium] >MBU2693061.1 hypothetical protein [Candidatus Eisenbacteria bacterium] MTRRKYPVWLLSILLLMGAMAPAPSVWADGPELRAEIQKVRAPLITVESIDDGYVEIDQSRGNVAVSLEIDPGESTRGWILTVRSDQEVFNPVGTGKPCSDLMWKLDNDGKEAYRRLESHETVVVENPQGGAARITLDALVKIDWETDPGAYSLGLIFRVTYI >WP_163911025.1 hypothetical protein [Pontibacter burrus] >NEM96202.1 hypothetical protein [Pontibacter burrus] MKQEVKPSGTLLQKFFVKGKGLLKTVYTPKPTLLVEPDAWQCTIEKWDIIGKDSAALMLHLAEQRLTETVTASDSMSKKAEIIISILIPFLTVLIGFILSRDATAFDKDALGLAALFCIIPVCASLYFIQRNFRPYRITVPGESPQNIATARNFDNDLTTDEKYYNLVLNQLGSYQDRILTNEEINSTRVENIRLALFCMMFIPIAPLLAFLLVFLSGLVNF >WP_103186018.1 SGNH/GDSL hydrolase family protein [Vibrio vulnificus] >POF51411.1 lysophospholipase [Vibrio vulnificus] MNHEQLLKELEENACLDLHKLYYANPDKRFYALLAELYQLRKQHGLTTRLSPYVTEIESLTKTLSLTKERSLTDEQKGHTVTPEQFDHLVETLDFNQRAHRMSRFILTKDNHKTFSKPVELVMYGDSITEWGPWHDAFSGFQVANRGLAGDTTAGMLERIDTTLVCQPKLVCIMAGINDLAQGYSVQQVVENYRRMLAIWQEQGIEVWVQSTLYVGERMSSLNPLVSELNRQLGQICQAQSLRFIDLNATLCPEQTLPLDCSCDDLHLNSHAYTQWLSVLTPMLDARFAVA >XP_050828762.1 uncharacterized protein LOC127059432 isoform X1 [Serinus canaria] >XP_050828763.1 uncharacterized protein LOC127059432 isoform X1 [Serinus canaria] MFEISDCIQVGMFEISDCIQAGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQAGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQAGMFEISDCIQIGMFEISDCIQVGMFDISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQAGMFEISDCIQVGMFEISDCIQVGMFEISDCIQVGMFEISDCIQAGMFGSSPGQSMSQWDDGSLSALQEHSLAHEQEMINN >WP_195426888.1 benzaldehyde dehydrogenase [Cupriavidus sp. IK-TO18] >MBF6986135.1 benzaldehyde dehydrogenase [Cupriavidus sp. IK-TO18] MNLTHSPGLLDKNIWTGQLFTGRWQAGSFATGVIEPATGRELGRIGMADISTIASSAEAAAKAQPGWASLHYEERAGVLRRAVRVAETHFDEIVGWIVREGGSTRAKAAFETTITIKVLQEAAGLPSRSAGEVLPSVPGRLSLARRRPLGVVGVISPFNFPLYLAMRAVAPALALGNAVVLKPDPRTAVSGGFVVARLFELAGLPAGALHVLPGDGAAGAALTADPNVAMIQFTGSTAAGRKVGEAAGRHLKKVSLELGGKNSLIVLDDADLDLAVANAAWGTFLHQGQVCMATGRVLVQRAIHDRFVGKLAAKAASLTVGDPAEGDVALGPLINKSQRDNVARIVSEAQRSGARIATGGGYRDLFFEPTVLSDVTPDSLAFSEEIFGPVAVVVPFDTDEDAIALANRTEYGLSMGIVSSNVGRALHMGERLRTGMLHINDQTVNDEVINPVGGVGASGNGTSIGGAANWEEFTQWQWMTIQGEAPQYPI >ASV44386.1 hypothetical protein PBI_SCTP2_371 [Salicola phage SCTP-2] MAEKFNSEKDVHTEHCCIQHGCKYCDDDCPVVNGIKTQSFECEDCDHDSDFAYEQAIDFAIELDNKEGIEFLKSLRSEDFSVVKSRYPSFSQKLGSSFFNNEWKY >MCI8395767.1 hypothetical protein [Acutalibacter sp.] >MCI8920504.1 hypothetical protein [Acutalibacter sp.] MKTLILYHSKTGFTAQYAQWLAQGLSCACIPYKKRKAISLDTFDAIAFGSGLRAGILPGAKWFFSQVPKLEGKRLALFFTGAMPPDPAGIERAVQQNVPPEARERVPVFYLWGGLNYEKMGFVDKAMMAAFRKMLSAKKNPTPEDQEAIRTVASSFSKADRENLRELEAYLREGK >WP_085524223.1 ABC transporter permease [Tuberibacillus sp. Marseille-P3662] MMLRMFQADMLKMKRKWIWFLIFLGPFGVIALQGVNYGLRYDYLLNLYSNDWQGLIGNIQNLVPVTLLLGIAIVTSMIANIEHHQNSWKQLLALPVQRSVIYGAKFFVTVLMLLVSCLLLFLGSIILGIILDFGWTFSVIDLLKMSFMPLLAALPLLAFQLWLAITFKNQALALSIGILGAIFSMYTADMPDWVLWKWPLLQSEHAVAWYAIIGGMTGIIIFLIGMIDFTKRDVT >WP_093727561.1 hypothetical protein [Terribacillus halophilus] >SDD08022.1 hypothetical protein SAMN05421663_106194 [Terribacillus halophilus] MVQKNGAKGDKDKHGFSKVESENREKQLENKQDMQVDDIPVDEVERELQDDRHKHRTKQASNSDPEE >MBD1933857.1 Rpn family recombination-promoting nuclease/putative transposase [Trichocoleus sp. FACHB-69] MQLGFRGACHPLREVKETAKRIDGVFVPSNESRKPIYFVEVQFQPDDIFYYRLFTEIFLYLGQNKPKRDWRAVAVFCRRSIDQAVPIEYQRLLLSQQVQWVYLDELEETANSSVGLGMVRLVVENEDTAQTLARQLIQKAQQELEDEALRRKVLELIETILVYKFTQLSRQELEAMFGLSDLKQTRVYQEAKEEGKLEGKLEGKLEGKLETVPRLLQQGLSVEQIAEVLELDIEAVRKVAQQSDS >TCJ90160.1 geranylgeranyl diphosphate synthase type I [Nocardia alba] MPNRSHCSPTSPLEAALSAGIGTPLSRFGADALAPVDLVALTPGTPAFVAAVEQVLTSFFATRREIVEPLGPVFLDAVESLGQFVVRGGKRTRPGFAWTGWLGAGGDPAGPDAAAVLTACSALELVQACALVHDDIIDSSRTRRGFPTVHIEFEDRHAAAGWPGDGAAYGSAVAILIGDLALAWADDLVHEAGLSPRALARFAPVWARMRTEVLGGQLLDINGEAGADESVEAALRINRYKTAAYTIERPLHLGAALAGADEALVDALRVYGTDVGIAFQLRDDLLGVFGDPAVTGKPSGDDLREGKRTVLIAEALRRADPAAAALIRTGLGTDLDDAAVDRLRTVLTELGAVDEVERRITELTDTGLAAIATSSATPQAKQLLHAMALAATRRAA >EKD82894.1 hypothetical protein ACD_39C01021G0002 [uncultured bacterium] MPGRYKAYPTHKESGVEWIKRVPANWEILSGRRIFINRRGCSRPDDVQLAASQRFGVVPQELMMEMNAAKVMLALKGTDSFKHVEKSDFVISLRSFEGGIEYSDYSGCVSPAYTVLSASKQINAGFFRHLFKSAAFISALQATTDSLRDGKSITYEQFGKISLVMPSVIEQEKIAQFLDHETGKIDALIEKQQQLIKLLQEKRQAVISHAVTKGLNPDAPMKDSGVEWLGQVPAHWAIKELRYLTTQIGGGTPNKDKAEYWNGSIPWVSPKDMKVDYIFDSQDKISPKALSESSTKLVPKGSVLIVVRGMILLHSVPVALTMGELTINQDMKALVAKDSINCEYLLFLLKGFRNFILDLVESSAHGTMCLRTEGFERMKLALPSVFEQKNIVIQLKEKLLRFDSLLERANQAIHLLQERRMALISAAVTGKIDVRDWQAPADSTAFSSQNPPITGRENDTEMCLNGGEVADD >WP_242018727.1 O-acetyl-ADP-ribose deacetylase [Phaeovibrio sulfidiphilus] MTPHDIAARMSVVQADITTLGVDAIVNAANETLLGGGGVDGAIHRAAGPGLLEECRALGGCPTGQARITGGHRLPARFVIHTVGPVWQGGAAGEPLLLASCYRSALALAAEHGLDTLAFSAISTGVYGYPAPQAAVVAVDTVSGFLEASPLPRHVVFCCFSGPSADLHREALAALAFQVPDRAP >SIS29303.1 hypothetical protein SAMN05421768_101547 [Chryseobacterium joostei] MIFKKYFFGKADAGMKFLVVNITKDIVWLAISLLIIEKTKSNFLFIVICFIVASFLIYLPIIKLINKS >XP_048228476.1 3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Ricinus communis] MDSHYKFNRELNQVLFEGESFFRKVILNRPDKLNSLNYEMISQMLKNLRDFEIDPSVKLVILKANGNAFSVGGDLVASFGFLTTGHWSFGARFVKKQLNLDYLIATYRKPVIPLIDGIVMGGGAGLSLHGKFRIVTEKAVFSMPEASIGHFPDVGASHFLSRLPGHFGEYLGLTGARLNGAEMLACGLATHFVESKDLPLLENALQALISSEEISINEVINKFSQQPRIKEDNIYNRLDMVDRYFSKDTVEEILHALEEEAKNKAENWIIMAMKSMKSASPTSLKITLRSIIEGRMQTLKQYFCKPKWEPSKLELVSKEMVDHCFAGIDDDDWKYLKLPCSRSNRLEELLKPKL >MCH8904788.1 DNA polymerase III subunit gamma/tau [Bacteroidota bacterium] MDKFIASARKYRPSTFNAVIGQKHITDTLINSIKSERFSQSYLFTGPRGIGKTTCARILAKALNCLNRTAEGEPCNNCDSCNSFNQSASFNIYEIDAASNSHVEDIRALIDQVRFPPQSGKFKTYIIDEVHMLSQSAFNAFLKTLEEPPPYAIFILATTEKHKIIPTILSRCQIFDFYRISVEDITSHLEKISKEEKVKAERDALHIIAQKSDGSLRDALSIFDKLVSFSNENITYQTVIDQLNILDYEYFFDTTEAFVSEDTARILNLFNDITSKGFEGDDFLLGLTEHIRNLMIAKDPQTIGLLDVTEGLKEQYENQAQTLSNSFLVTILNLANECDVNYKLSKNKRLHVEIALIKMCYINAKLSASSTVKTSVQPKQEPIEAKKKPEELSIDPLGQTIPNKSEEAKEDTAKGLETNEPLPDFKFTSKSEAIVDDSSQAEEAASSEEATVVAIPNEKPLEEKALAEAWKAYALTLKEDGQDYLYSLMNTIHPQVISEDRFQITIENQVLQTKLTEQKTYLLEFFKKKLDLNTIQMDILVNKELQQVKNLLYTDRDKFNRMAEKNPKLLELKKRFGLEIDF >WP_234970720.1 SIS domain-containing protein [Olsenella sp. KH1P3] MGVSIQQEVSAIVGRVLESHDITHVVWVAAGGSFGGFHAANYFMERESKAIFSSTFTSNEFVLAPPAYVDEHTLAVICSMRGTKETCEAARTAKELGAATIALYVEQSDLTAVCDQKIAYESIALDESRVERVNSSIALQIAMALVNQLEGYAEYETAMAAFDVVDAVYRKAVAYARPLAHCWAEQMAGEKTIYVMGSGPAYGSAYIFSICNIEEMLQIDSPTINCCEFFHGPFEVLDKSKPVFLLMSVGRCRKADERALAFLERYGGCNVYVLDGKEIGLNDLPDSVSEYFNHILFSPILNNVYMRALSKATSKDYMTRRYMWKVEY >MBQ8958073.1 DUF262 domain-containing protein [Bacteroidales bacterium] MSNISLDTKLVGEIKGDFTIPAYQRGYRWKEEVKMLLNDINGIPDCANYCLQPIVVKKLGNDKYELIDGQQRLTTLFLTLSYIKTYRPRLTVKYTIDYEIRENSKQFLSNLNFEHIPDAANNIDEYFISEAAKSIKGWFESTNDPDDSASRMADKLNNRVKVIWYEIDSDEDAVSLFTRLNIGKIPLTNAELVKAIFLSRNNGIDKRYQLEISTQWDSIENELHNDSFWYFATNKNAEQYPTRIELLFDLMADKRDGDQRLYTFFWFMDKTKTPEYKDQKINLWKLVIESYQRIKEWHRDSELYHKIGYLIAVNQKPLADLMEDSLKNTKSEFRNSLDQQIANSIDAKKDYREMTYSNDYGDIEKLLLLFNVESVRQNGDKSMRFPFDKHKKKKHNEGWSLEHIHAQQSEGLKDRKLWNEWLDLHLVSLKNINFEKNKELISEIENRDRENLSGEHFNYYFDKVIAAFELETNLSYVDTLENMALLGKFDNSALNNATFDMKRDKIIEMDKHGDYIPICTRRVFLKYYTPSEKNQLHFWGEDDRNAYLKAIQTCLKPYLEIIGKEICHEH >WP_204806484.1 type II toxin-antitoxin system PemK/MazF family toxin [Mycobacterium riyadhense] MPEPQRGDLWLVALGATQAGEPGIHRPAVVVSVDEILTGIGDELIVVVPVSSSLTHSALRPHIAAAEGVDAESVAVCRGIRAVARTRLLQRLGTLAPDTMHQIEHALALILGIQVA >WP_087711902.1 DUF1801 domain-containing protein [Chryseobacterium mucoviscidosis] >OVE54822.1 hypothetical protein B0E34_18585 [Chryseobacterium mucoviscidosis] MKNTFKNIDEYIALFPEIRDKLENLRKLILSQSSEIEEYIGYQMPAFRYKNKPLVYFAGYKKHIGFYPGAEGIKRFEKEFKKSNYKFSKGAVQFPVKEDLPENLIKKIVQFRLEEINHKKS >WP_203562037.1 flagellar hook-length control protein FliK [Burkholderia pseudomallei] >MBM5643660.1 flagellar hook-length control protein FliK [Burkholderia pseudomallei] MPPLPLIGMLLGAASTMIKSSAGAPGASSGDASSAAPFAQALKQSVQTQRQTGANADASNAGHAANAATADTAAASSPASGAGDRTTASAGDTKASGKPDDQDDDKHAAQPASADAAALAAAASLQAQLQARPDAQAAQAAAGAAAAQAGAGDAAHPPATPAASAAAGDTDASAPAGAQQPIGDALNAALSKLTGAGRTGTAAVQGAQPAGRNGDASAPLAANGAAFDKLLAGAKAPAAQAAPTGASGANPATALANAAANAAPPDVSGALAALQDAADSARATLAASSAPAALQQAAPAALAANASAAAASAAPSLAPPVGTPDWTDALSQKVVFLSNAHQQSAELTLNPPDLGPLQVVLRVADNHAHALFVSQHAQVRDAVEAALPKLREAMEAGGLGLGSASVSDGGFASAQQQQTPQRQSSDGSATRRAFGASTADASLDELAAASSSGAARRTVGMVDTFA >MCQ2617452.1 Hop family outer membrane protein HopA [Helicobacter pylori] MKKTILLPLMASSLLAENDGVFMSVGYQIGEAVQQVKNTGEIQKVSNAYENLNNLLTRYNELKQTASNTDSSTAQAIDNLKESASRLKTTPNSANQAVSSALSSAVAMWQVIASNLANNSLSTSEYNKINAISQLLQNTLENKNNGLKIENDYDQLLTQASTIINTLQNQCPGIDGGNGKPWGINASGNACAIFGNTFNAITSMIDSAKKAAAEARRTRPEGPNQQSAFTDADFNKNLNQVSSVINDTISYLKGDNLATIYNTLQKTPDSKGFHSLVSRSSYSYSINETQYSEFQTTTKEFGHNPFRSVGLINSQINNGAMNGVGVQLGYKQFFGKNKFFGIRYYAFFDYNHAYIKSNFFNSASNVFTYGAGSDLLLNFINGGSDKNRKISFGIFGGIALAGTTWLNNQSANLKITNSAYSAKINNTNFQFLFNTGLRLQGIHHGVELGVKIPTINTNYYSFMGAKLAYRRLYSVYFNYVLAY >WP_201520784.1 formate dehydrogenase accessory sulfurtransferase FdhD [Gulosibacter hominis] MSHSPASRRITKRRRTLVIYADGDHKLRRDTLAGEEPLEIRVNDRQLAVTMRTPGDDFDLVAGNLVTEGLISHREQLHSMRYCGENVDENGDRSWNVIDATLPQLAADAITSRRVVTTSACGVCGATSIDAVRRSSVFGCDTGPATVARETLLELPELLRAEQRLFDSTGGLHAAGLFRFDGTALYVREDVGRHNAVDKVIGAALRDDRLPATETVMQVSGRASFELVQKCHLAGIPVMAAVSAPSSLAAELADEVGITLVGFSRGERATIYTHPQRVAGCDQEL >WP_185496123.1 RNA polymerase recycling motor HelD [Listeria booriae] >MBC1890334.1 UvrD-helicase domain-containing protein [Listeria booriae] MHHVHEVIEQKTAQLKQKQGNLATDVIDLRKNFWDEIKVNLETFDDRLETALSIKQQAEFLAERELTHHHRDKALQILRKLKDSPYFARVDFTPDDTNETTPIYIGIAGLSNETEDDYLIYDWRAPISSMYYDFSPGPAEYASMEKIISGTMDLKRQFIIRHGELQSMFDTNVAIGDELLKEVLGNNASDKMKNIVATIQKEQNQIIRNIKNNYLIVQGVAGSGKTSVALQRAAYLLYHYKEKLNNDNMLLFSPNPLFSSYIASVLPDLGETSIQQLTFQAYVEKRLGKHLTMESPFSQMEYLLTTENAARKAGIRFKASLAFKEYIDQYAEQLSTGGLVFKNIALRGNIIISKEAIGAYFYSLDHTISIPNRMSMTKDWLLEELAFLEKEERDKDWVKDEAELLDIEDYTEVYHDLQDNAEDDTFDDFDKELKILTAKIARKYFRKIRAAVNKLKFLHITALYKKLFDVQADYASLPENWDAVCVYTLESLRQKELLYEDTSPYMYLEDKLTRLKTNTQIKHLFIDEAQDYSPFQFFVLQQLFPSARMTILGDIHQAIYMHTLNSATLFSGEEVQTDNTEKIELHKSYRSTRQIVDFTRHLLVADLAIEPFERDGEKPSFVLCMNEQERDAKLRHTLSGLVGKEYGTIAVICKTAAESAAMYELLSPAFDVQLATEYSYSYDSGIIVLPAYLAKGIEFDAVIIPDASAHNYEKSFEQNLFYTACTRAMHELVLFAVGGKTPFMNRVPADFYTLA >MBR3968535.1 SPFH/Band 7/PHB domain protein [Clostridia bacterium] MPWLIVIAVFFFVIIIPNVRIVPQATQYIIEFLGKYKCTWDAGIHVKIPFLEKISNKITLKEQVMDSPPQPVITKDNVTMQIDTVVFFRIFDAKLYTYGVVNPVRALENLTATTLRNIVGEMELDGTLTSRDIINTKMAEILDEATDQWGMKVSRVELKNIIPPAEIQNAMEKQMKAERDRRETLLQAEGHKAAAITRAEGDKQAMILAAEGERDARIARAEGEAKAIYLSKKAEADGLIALKEAGVDAAVLELKKYEALVNMSNGTAAKLIIPTDAVNTVTNNAIFSETTGLGDNTKSAPKPKKPAQKDECCD >NDE79167.1 alkane 1-monooxygenase [Chitinophagaceae bacterium] MTHRIRAFKYLSPWIFFLGGWIAFTSTGWMVWLNMIWAWICVPLVELLIKPDSTNLDTAEEELVKNDPIYDWLLYGVVIVQYALLFLFLQSISDPSLSKWDFTGRILVMGLLCGSFG >MCS6915397.1 FG-GAP-like repeat-containing protein [Myxococcota bacterium] MRALLLATLCVALCGCDEAMPCDPYPGTCLNVNLQSATGLGERIDAAHFLVEGDGAFRHEHSYTAVPGGQLLPLTVALPLPDEARRTIRVHAEVLRHGRVLLSGARTVADLVPGTRRFIWIELRPTAPGQDSGCEDGRQSGAETDVDCGGPCPRCLGGQACLQPADCASDRCEGGRCVPGLGLRALRPENGPTTGGIPISVLGEALDSSVTVYIGGSPAPLGEVTPDGRSARLMLPPGPPGRVDVRLSRGGESHTRPGAFGYYFGTLRFASQPRIPTGRKPYFVMAGQLNPLIDRHMDLIVVDEDEGTVRTFLGAGDGTLRLAGRFPVFHTMERSPFPIYAALGDFNGDRNPDVATADNRRPTVSVLLGNGDGTLQGHVQVPLPEGSKRIWPSAVAAADFDGDGRDDLAVTDATPDEEGPLGRLYVLLARPDGTFGLPTPPEGLATGEARADTTLVAVRIDENETVDLAVAVNSTRAVRLFYGQGDGTFRMGPDLPAGGIGPFGIAAADMNRDGRQDLVLSCRGSANISVLLNAGGGTFLPPQKSPAGGGPFAIALGDLDGDGLPDAAVPNSAPDERIIHDGVTTLALSDGRGGLPRLLRLAAPLIPYGVAVADLNGDGRLDVATVGSTANQLAVFLNESQ >MBB4243944.1 hypothetical protein [Rhizobium tropici] >MBB5594984.1 hypothetical protein [Rhizobium tropici] >MBB6494284.1 hypothetical protein [Rhizobium tropici] MVRSMIWIWFGIALSLYVICGCMRRPYGCEAGFSSIEAAVLAALYELRIKFGMLTTPLPPGDLVGRYP >MBK8326393.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Moraxellaceae bacterium] MPISLTTLRDFKKRGEKFTMLTCYDTIFAQTMNAAGVECLLVGDSLGMVLQGHSSTLPVTMQDMVYHTQCVARGNSNAFLVADMPFMSYATVNDALHNAADLMRVGAHAVKLEGSAWLADTVTQLARGGIPCCVHMGLTPQSVNVFGGYKVQGKTPDAAAQLIADAKVLEQAGAALLLLECVPSSVAAQVAQSVSIPVIGIGAGKDCNGQVLVMHDMLGLHQGKAARFVKNFLTGQDNIQAAFSAYVKAVKEQSYPAPEHGFN >MCB1072350.1 HIT domain-containing protein [Chlamydiia bacterium] MSAVTFQSEDHFAEAFYPLSSEEVEKRMDERVPLKIHFDEKLSIEKKIPIRNFGVGNIVATEVYSGNYLGVYYPEKPRVPHHLAIAMKREVKGLGDLKREECQELFKTLKKVAEIYKTIGIRGFVIAQYDSPQEGHKGCYVVEVIPHLPGFEKIKNIVDKMDCNRHVLYRSANISPMLFPFKVGEIEEGCSFWQKAFIRGAPPLQESEIEVTYPVDRMESHHRESEEALYYHLLEMLQDKGAFVKEARSFSLTMPTKSPEEVKTVTIARCFFCDPMIIKKQLVFEYENVLVFYNIRKGAKPGSNFLLLPKRHTQKVYGLTREEIENIRIVRGVLAEVLKEMHPESEVVVYVQDDPSIGQTVFHTHEQVVAVDPKTVALTWTLMSLYPEGNVSDEEMERIKGEFSKRLWDKMYESDLKKVE >NJP20283.1 hypothetical protein [Hydrococcus sp. CRU_1_1] MIFWLLIGMPLVWFFYGNILQVGTITTLIILVKQPVNGIFNALVASLILTYKPLYRWANCSSGRATVFFEQILLNLLVAFVLFPALTLMVVNNRVAMKHEQNQLIAALETSSQNLAVDLLRWHQSGLAALRQLAQTSSQTSIVVSGQTQQSMELAIKSLPLFQRIYIINAN >MCB0342695.1 ankyrin repeat domain-containing protein [Bdellovibrionales bacterium] MRWSVLFLLFLASCASKPKPNLNPEMGPAEGAIPIVKWAARGHLEKVIGQHEGQSISVNIQNSQGTTALMVACFNGHKNVVEYLLSKGADVSLKDRWGATALHYAVQKSRVEEVDLLIKAGAPLESKNEFGFTPLMMATRFASAETVEQLINRGSALDAEAEDGWTPVFFSIPRGEIEILNIYLQKKVNLEVTDDFGDTPMIVAAQYGQLDMVKALKAQGAKIDVQNFEGESPFYVAVKNNFRKLAQYLNKMGAKVNHQRLDGRTPLMEAVSNGSENMVQWLLKAKAKVNLQDKSGATAVDLARSLNNEKLLGLLNGSVK >MBI9015564.1 hypothetical protein [Clostridiales bacterium] MSIFQKKVDSLIKKELEALKEAKMKKVDEAKAIHKRETTQSKINRLLDEQKKEKEKENKKSD >WP_186214732.1 hypothetical protein [Burkholderia gladioli] MKTVAQLRAAGFTVRPSSSAIGGTDVESAEQFFFLNLRFLDGIAQATEQLDRGRVERGSDGIFRIIVAGQYADDAEFPFLVLKPLDAENLTNFALFHAAALEDAEAARARARNHEDQFNALIRDLSN >WP_055486904.1 SpoIIE family protein phosphatase [Streptomyces sp. WMMB 322] >SCK39321.1 Serine phosphatase RsbU, regulator of sigma subunit [Streptomyces sp. WMMB 322] MIFTRWSARLPGTQRRNSAAQAARATAAQAHETTESAADGAGGDSDGSDPVADDAVSGSAGNVPAARAERRDAATVDGTDPARPATRAAASAASTSSTAARTSSEAPGAGVTGASSAHVTRSIDALSVHDLLGQVPALAAVVHGADHRIAYVNDAYIAVFGSRTQGDTARDALPELVELGLLPLMDQVLRSGKPRTVKSRRVPRSADARDSRDAFYTFTCTPITADGENGVLIFAAEVTDQVEAAERLRASERRQREAAVTLQRSLLPQELEQPDDLRVAATYQPGGTEAAVGGDWYDVITLGAGRTALVIGDVMGRGVRAAAVMGQLRTAVRAYARLDLPPHEVLQLLDGLAAEIDPSQIATCVYAVHDPNEGLLHYASAGHPPIIVRDMDGTVQRAPEPTGPPLGTGGWVHASSSLPLPPGGSAVLYTDGLVERRDADIDAGISKLERAFAGATGSPDIVCDRLLRSLGITAEHDDDVAVLVLHHPARTGHDAELFHNAALDLLGGTEAAPRARAFASGVLTSWRFPTELHDLGVLAASELVANSLQHGVPPMRLRLRRTDRRLIVEVTDGDEHLPQRRAADAADEAGRGISIVATIASAWGSRRTPGGGKSVWCEFTLPTA >KAJ9212931.1 hypothetical protein DTO166G4_5435 [Paecilomyces variotii] >KAJ9236150.1 hypothetical protein DTO166G5_4195 [Paecilomyces variotii] >KAJ9254736.1 hypothetical protein DTO195F2_6492 [Paecilomyces variotii] >KAJ9357714.1 hypothetical protein DTO280E4_5480 [Paecilomyces variotii] >KAJ9366377.1 hypothetical protein DTO282E5_8942 [Paecilomyces variotii] MSFLGGAECSTAANPLAQFTKHVQDDKSLQRDRLVGRGPGGMQESMRSQGMVGGQDQMMDEFMQQPGHMAQGPPQPFAMEQMRRELENFQTAPPRTGSPGWAAEFDPGEQARMEAAFAGPKAPMMNGGAGFTPAEFARFQQHNQTGMARTGSPITSTPSPLMSGGFQRPMGMGYMGGMGMMRPAYSPMGMQQQPAEMSTQDKGKGRMVELDDQNWEAQFAEMETAGTQDLDVEANAAMEAELNELDRKMAENAKFDVTDDSLHMGQLEEWEGFDNLHTRFRDPQLGDYLFEPENAFRAVNNPFEEGVKIMREGGNLSLAALAFEAAVQKDPQHVEAWTYLGTAQAQNEKESPAIRALEQAIKLNPKNLDALMGLAVSYTNEGYDSAAYRTLERWLSVKYPQVIDPKDLSSDADMGFTDRHALHEKVTDLFIRAAQLSPSGEQMDPDVQVGLGVLFYCAEEYDKAVDCFTAALASTETGTSNQQEQLHLLWNRLGATLANSGRSEEAIEAYEKALTINPNFVRARYNLGVSCINIGCYPEAAQHLLGALSMHRVVEEEGRERAREIVEGVDGIGDDELDRMIDVSHNQSTNLWDTLRRVFSQMGRRDLADMVVPGMDVSVFRKEFDF >WP_262510814.1 hypothetical protein [Aequorivita antarctica] >SRX76402.1 hypothetical protein AEQU3_03402 [Aequorivita antarctica] MESILEFLTLEHRIEHDLEHKKLFSAPKIYNANGDSAGDNLT >KAI6876782.1 hypothetical protein KC334_g18042 [Hortaea werneckii] >KAI7655353.1 hypothetical protein KC318_g13042 [Hortaea werneckii] >KAI7689422.1 hypothetical protein KC353_g19619 [Hortaea werneckii] MPNLKALYSVLRVMFGVRGLVDVFNGGIGSYGLFMMLVAALKRGERSRKPPVTVGEQLMHFLKFYAHFDMQKRGLTLSPVAKPFLKHDVKDTPLIPYIAAANARGDPVRAGQWAIGRLRPLQPYLLSLQDPAKPTNDLGRKSNAMKHIQETIAELNVAMQENIAAVEVARARGSAWEGESLLEPLVGRAHEIFAVRRQRVEDWGKASAQAESSKSERQMAQAPSSQQDGVQNGEEIAQAS >WP_164166542.1 DUF998 domain-containing protein [Stenotrophomonas maltophilia] >MCI1050164.1 DUF998 domain-containing protein [Stenotrophomonas maltophilia] >MCU1179108.1 DUF998 domain-containing protein [Stenotrophomonas maltophilia] MSRRSRLLLCAGLLPLPWFLFWTSVAAVLAPGYNPLAQHASELLQAPTLASICGRIAALGSGVGFVAFAIGIWRESGRRIAVGAICWAIFGISMLTNGLWPMGHPMHGFYTIGIANIIAPAMSHIELSAWSANRRAYAVTAVVSIAGIVYLWLNVVGADPEGFRGLTQRLFSSINSLWPFLVALYLLRRDSSALKAQAAH >WP_024039518.1 histidine--tRNA ligase [Clostridium butyricum] >ETI90435.1 Histidine-tRNA ligase 1 [Clostridium butyricum DORA_1] >RQN11929.1 histidine--tRNA ligase [Clostridium butyricum] MKKNIIKPSILPGFMELLPKEQEIFDDMVSKIKTVYEDNGCLAIDTPIIEKAEVLLAKTGGETEKQVYNFQKGKNQLALRFDLTVPFARYVAQYYNDLVFPFKRYQIGKVYRGERNQKGRYREFYQCDIDVIGKEKLSIGNDAWVISLASKAFKSIGLIDYRFQISNRKILKGILSELKIDNDNEVMILIDKYDKVGKDVFSKELENIIGTEKSNYINRVLDLNGMNKEIIEELSKLNIENKYFIEGIEELKKICYTLSMLGVSEEEFEINLKIIRGLDYYTGTVFETILVGNEGYGSICSGGRYDNLAENYTNNILPGVGISIGLTRLFFVLKEIGFIEKYEIKNKLDYLIIPIGDTIEYCIKVMNHLQDNGKKVTVYFEESSLKKKMNYANKLDINNVIIIGEDEVEMKEVKIKNMITGESRNIDYRFL >MBP9926316.1 hypothetical protein [Cyclobacteriaceae bacterium] MQQPSISLLGIRIDEPVNMFTDLIISAVCLIAYYKLTKKKRPGKTHRYFRLYFLLMGLATFFGGVIGHGFLYAFSFAWKLPGWILSMLSIALIERSSIENANSLIDPKIGKSFLTLNIIELLTVMTITIYTLNFKWVELHSGYGLLAIVLTFHGLVYLKTRNKGSANIIIGVGFASMAALIFMNEISPHIWFNHIDLSHVLLAVAAQFFFRGALRLGSVSPPPG >NLF87571.1 DUF438 domain-containing protein [Candidatus Bathyarchaeota archaeon] MSQPTSVQFDFGSLNQTILNPLLNTLPIEITFIDDTETVRYFNNPPKMIFLRTKGVVGMKVQNCHPAKSLDTVNKIIEAFKSQQKRMADFWVTSHGRLIYIRFFAVRDAAGKYLGTVEVVEDITDIQNLKGEKRLLDWSD >WP_033667247.1 methyltransferase domain-containing protein [Salinispora fenicalii] MVTRLVEVEQTRGRLAGPPLTPRTAVIWSVLRAELDRRAGTDLTVLDVGGGTGGFAVPLAQAGHRVTVVDANPDALAALTRRAMDAGVADRVRAVQGDGDALAGLVEPASVDLVLCHAVLEVVDDPAAVVAALAGALRTGGAASALVAGRAAAVLGRAMTGQLDVAALLAADSSGAAGPRDTLRRRFAAEEAAALLTAAGLEVEEIHGVRVLTDLLPAAVADGQPAALLELELALAAQPPWRDLAAQLHLFARRQA >WP_005582143.1 helix-hairpin-helix domain-containing protein [Schnuerera ultunensis] >CCQ92629.1 Competence protein [[Clostridium] ultunense Esp] >SHD77923.1 Competence protein [[Clostridium] ultunense Esp] MSYFTKKEQILIIIIIIIIFIISGFNFINKNFLSTKNDHNENTDGVEELFMKLEEEAETNEDEQYIMVHVSGQVYNPGIVELKLGSRVIDAINLAGGLKKDADSDKINLARKLSDEEKIHIPKIGEEEISFEDSNLKQGNNEGKININTCTKEELMSLPGIGEVLAGRILEYREQTPFKTIEDIMNVSGIGNKKFESIKELIIVK >WP_074121838.1 FecR family protein [Bradyrhizobium sp. AS23.2] >OKO73700.1 hypothetical protein AC630_28035 [Bradyrhizobium sp. AS23.2] MNLRFLFFPTLLSAALCAAPCALAQTRVGEAVVIQNEVVRVAATTTPISVGDSMLRDETVRTGADSAARFVMADSTNLSLGPSATLKLDRTVFNDEHSYRDVAIRMTTGAFRFVTGHSEKTAYKITTPLATIGVRGTTLDILSQRGRSVVVLQDGAASVCTTNSQCVQLTQPGDTAVITSTGGKVSITKTNTPPWTFAANCAASAGLCSVNQYADASPTITPAVHDDGMLCGR >XP_036400802.1 complement C3-like [Megalops cyprinoides] MKHIYKTHWPVPRGHLYTLETTGYSLMALVKAKMFDQVGSVVKWLTEQRFHSGRYQSTQATIIVFQAVAQYMMEVPDIKDLDLKVSIDVSGRSKPIKWSFNNDNAYITRSDKIWIDQNLTVTAKGAGQATMLVVTLYHALPEEKDTDCKNFDLQVKIEKQPEVSDENALETYIQYLSPDRDAAMSVLDITLLTGFNADKYDLAKLTSRRDRYVQKIERDKKMSDKGSLLFYLDKVSHMLSDKVVFRIHQMTRVGLLQPAAVTLYEYYAMENHCMKFYHPQKKGGALNRICHEEVCRCAEENCSYQKEQRSTDLDLQKNSGGG >XP_022242849.1 disks large homolog 4-like isoform X3 [Limulus polyphemus] MPVNSVKHVVPWFPHPLHCGYSGFQYLREAHQALELLEEYHHKLTCTQDKQLKNAIERVIKIFKSRLFQALLDIQEFYEVTLLDDKKSIQQKTAETLQIACRWETSSPIIGLNNEKFRYREEDLPPPPTPAELKQISSMDGMVRNKGDISTDYSTDFSDSPKKSNDSWLSQDGDQAHTPLLGGGCDRDVNGDGDWEYEEISLERCGTGLGFSIAGGTDNPHINDDPSIYVTKLIPGGGAAADGRLKVNDIIIKVNDTELLHVPHSAAVEALKRAGNSVHLFVKRRVLHHRHVMEVELVKGNKGLGFSIAGGIGNQHIPGDNGIYITKVMEGGAAYSEGNIHVGDKLVAVGEKNLENVTHEEAVATLKATTDRVVLTIAKSRPSVFINHTIPASASQSLQEQTPGTITPPSSNVSITEYHQEPPPSTCPSKVLTDENITREPRKVMLVKGQSGLGFNIVGGEDGEGIFISFILAGGAADLCGELRRGDQIISVNGIDLRRATHEQAATVLKGAGQNVAMVVQYRPEEYNSFEAKIHDLREQMLNTTTGSLRTSQKRSLYVRALFDYEPSRDSGLPSRGLAFLFGDIIHVINASDDEWWQARIVHPDGEEDGIGIIPSKNRVERRERARLKSVKFQGKCQYNDGKMSLDRKKKNFSFSRKFPFMKSKDNVVDDSSEGENQLNTSTVSENEFSASRALEDPVLSYEAVTQQEISYTRPVIILGFLKDRINEDLVCEHPDRFGNCVPHTTRPKRDYEVDGRDYHFVESREQMERDIKSHMFTEAGQYNDNLYGTSAKAVQDVAESGKHCVLDVSGNAIKRLQMANLYPIVIFIKPTSVESILEMNKRMTEDQARKTYNGAIKLEHEFAQYFTGIVQGDTPEEIYSRVKRIIQEQSGHVIWIPSKEKL >WP_136055013.1 L-threonylcarbamoyladenylate synthase [Microbacterium sp. K24] MSTIFDCRDEAQLLAGMRNARQAIGRGELIVMPTDTVYGVAADAFSPTAVQRLLDAKGRGRDQPPPVLIGSKDTLAALAESVPEPVQRLVDAFWPGGLTIVLPAQPSLVWDLGETLGTVAVRMPEGHVALELLAETGPLAVSSANLTGRDAAISALDAEKMLGDSVAVYLADGMSKNGIASTIVDATSLVRRGDEEPGLVRILRYGVVTREQLHEVLGDLLEPDDTQEPNEEHAHEDHPEEQDGNP >OAL01167.1 hypothetical protein IQ06DRAFT_293283 [Stagonospora sp. SRC1lsM3a] MSVCVACHNPLEVEVERDEDEEYNTGASSSSKAPAAAPETVPDDVQMNCGCHFHWDCLLEAYQITECPNCGKNIASTDSTGAQQVLCNLNNEGGLQEDLDILPLLSEESYLKAYPEDRKSRAFLEFCREGDYKAIIGMLQDDEVDEDDEDEEMADSDETGNKEVGIDRMLRYQDPIGDMQSGLHAAVQAQSREVAWLLLLLASNYDLLEFPPEVFQEAESMGIMRGLTEDKVDIRSLRDANGKTAEDIAGEIGGVWVGWTGNGRLAI >QUL58516.1 sugar ABC transporter permease [Paenibacillus tritici] MLLPTSIIFFINCYIPMFGLFIAFKNINYIDGIMGSPWAGLDNFRFLFATSDALRVTINTVGYNVVFIISGLILSVSLAIAINEVRNKLASKFFQTVMIMPNFLSMVVVSFIVYAFLHPEYGFLVKHILPMFGYSSVNAYMHPNAWPYILWITKMWHSIGIGSVIYLAAITGISEELYEAAVMDGASKWKQITKITLPLLTPIMVILTILNMGGIFRSDFGLFYHVTLDSGALRSTTDVIDTYVYRGLIQLNDLGMSSAANFYQSIVGFFLVIGANALARKLNRDTALF >MBO7265633.1 hypothetical protein [Alistipes sp.] MIIRLLSIVAAVTLFVGCIEQPAPKKANVDVVGEFHKRYTAMREAMAEGDVERAKQLSRDTNTWLESLSAEEQTLISRTLTHTEH >USL51576.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLITRTQSYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLGRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAGAAAYYVGYLQPRTFLLKYNENGTITDAVDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFDEVFNATRFASVYAWNRKRXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNEVSQIAPGQTGNIADYNYKLPDDFTGCVIAWNSNKLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGNKPCNGVAGFNCYFPLRSYGFRPTYGVGHQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEYVNNSYECDIPIGAGICASYQTQTKSHRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLKRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKYFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNHNAQALNTLVKQLSSKFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_203203455.1 NADP-dependent malic enzyme [Variovorax paradoxus] >QRF57655.1 NADP-dependent malic enzyme [Variovorax paradoxus] MSDTTPSSSSTPSPEDKRAELRRAALEYHEFPVPGKISIAATKQMVNQRDLSLAYSPGVAAPCEEIVKDPANAFKYTARGNLVAVITNGTAVLGLGDIGPLASKPVMEGKGVLFKKFAGVDVFDIEIDEKDPAKLVEVIAALEPTFGAINLEDIKAPDCFYVERELRKRMKIPVFHDDQHGTAITVAAAMLNGLKVAGKNIADVKLVTSGAGAAALACLNLLLKVGLKRENVFVTDLAGVVYEGRTELMDDDKRQYMQNTTARSLAEVIEGADVFLGLSAGGVLKPAMVAKMATRPVIFALANPNPEITPEDARTVRDDIIMATGRTDYPNQVNNVLCFPYIFRGALDSGATTITDEMEIAAVHAIAELAQAEQSERVAAAYVGEKLSFGPEYLIPKPFDPRLMMKIAPAVAKAAEESGVALRPIKDMDAYRDKLQSFVYASGTTMKPIFDAAKRAPKKRVAYCEGEEERVLRAAQIVVDEGIARPTLIGRPAIIAQRIEKFGLRLKEELDYDVVNVEQDHRYRDFWQTYHRMTERKGITVQVAKIEMRRRLTLIGAMLLHKGEVDGMICGTWGTTLIHLHYIDQVIGKRPGGCASTPQDVPVYACMNGLLLPERQVFLVDTHVNYDPTPEELAEITTMAAEEMMRFGLKPKAALLSHSNFGTSNEPSALKMRKTLDLLRVQAPWLEVDGEMHGDVALDSKQRAVVMPHSALAGDANLLVFPNIDSANISYNLLKTAAGGNIAIGPVLLGAAKPVHILTASATVRRIVNMTALTVADANAER >WP_258699485.1 ATP-binding protein [Pseudomonas sp. B21-015] >UVM51895.1 ATP-binding protein [Pseudomonas sp. B21-015] MKKIDNEVNEPGEVRVSFSSDPDYVIKGLTSDVTTIECIYDLIDNSIDAARNSLLKTDTKKDKFGLPASYNGYEIRVSIDNKNVTILDNCSGIDEQTLSNKTFTIGSRSQHPYGIGHYGVGLNRAIFKLGARVHLTTDDGTDQFSLTFSESEVRKAVANTLEIKAIKLKTTNKKFNLIKISDINSEVYSDLGSAIWLKSTTEEIRKRYGIFTSKNLKILINDVPIGTFGPEIRDPVFLRKRERTLFSQSRVNIYMESGLHQDYRIRSVDNDYQELKSGIPELTKEYGWYIVCNDRIILVADKSKITGWTTSWHNEYHGFLGWAYYVSEDPSLLPWDSKKTGINSNNKAHEESLPILKGLADSYRTDNRKLRKTKAAAPASNPTPIIRPKDPSALSGSQNSKPKSNDWKPAAGVGAGVTTNNEKNNLHTNDMDYLVYDINTISTSPRTTSLLQEAKEISIKQHPYTAIVLLRVLFECALREFAIRHKFYNTIKESYFSEQDFAGRPFTDKQKKDYSPNLQKMITWLLQNTENLPNDHRRAASLSLGKFKKDLSTINGIVHEDGVLTDNSEVNQIRNNAYKALQTLLEN >WP_048222205.1 DUF1173 family protein [Citrobacter sp. MGH106] MERKQQPKVCVHLLDKEKPYYFSPEQQKSAPPNFFQHSLKLARDNRNYIATCCCDPAQELKLYVRSNKGSGPFTLCRNPNTGPRHKPSCSYYSRINTDSGAKAYSSAAVREEEDGTLRIGLDFSLRVSTSDPERAAPAAIHPPRERKQVERLRKMKMLGLLHLLWENTGLNEWAPYLEGKRKLTTVMNRLYKEASSIKQSRTILADVLLRQGNEHANKKAVNYACAKSRRLIAISELNAWSPTMNVGNNLPLAGTTKSSPPAGMPYLTIDSSRWERSLARFPRDVAWWQRGGKIIAIAVTDVPVKKIAEKSGQEYFSASVRQVVLMMVSEQWIPLDSAYEGIIEEKLAKERREFIKPLIYDSAEDQYHPDFILTDVNGSDFVPLEVWGLDTEDYLQHRTVKEKWYQQEFDDTWWSWDAVRHPRSDEIPTFPQRKKHYESKYPVEKMETKC >MBE3049203.1 chloride channel protein [Candidatus Bathyarchaeota archaeon] MRSYAPYAAGSGISEIKVIIAGFVMKGFLGAWTLLIKSVALPLAIGSGLSVGKEGPSVHYAVCTGNVISQLFSKYRRSATKTREVLCACAAAGVAVAFGSPIGGVLFSLEEMAGYFPLKTLWRSYFCALVATSV >MBJ08097.1 hypothetical protein [Euryarchaeota archaeon] MTKTTKHLSSIIGNLESAGWTTLRLEDVVLDLDIGAHEYEKGXKQPVRFXIEVLLEGSEPPKADQIGNVLXYEYLHHSIESATSRRHSLMETIASSILETILLPENVVAGVVSLTKISPIGFDGKFGCTLARVKTKSED >XP_054805378.1 uncharacterized protein At5g50100, chloroplastic isoform X2 [Prosopis cineraria] MALRGAAAASMASASSSFIARRRTPIFLSIPRYFKLKAHNPPTYHANSLLAIPIYRPGFQCQIRAISQAAAEIEVSKRESEEQSPEDWKIKMLYDGDCPLCMREVNMLRERNKTYRTIKFVDISSDDYSPQENQGLDYETAFRRLYEQVGLGWVYAVTKYEPIATVADAIYGVWAKYRLQITGRPPMEEILRTRRKKGEACKDSNACKM >WP_024270964.1 MULTISPECIES: LuxR family transcriptional regulator [unclassified Shinella] >EYR80444.1 DNA-binding HTH domain-containing protein [Shinella sp. DD12] >MCO5152854.1 helix-turn-helix transcriptional regulator [Shinella sp.] >TAA60600.1 LuxR family transcriptional regulator [Shinella sp. JR1-6] MPVLNKHYRRYDFESDLEKALNRVDFFRIFHTLALRYGFEHFGILQLANEHETSHLAGRLVLHDLPAGLAEAYDKRHRLNDSAIFKSFYKSTIPTVWLSDDPVENGAVGSGDFLEQIGFDMALAIPVHSIGGIRYVVLFLGDGEDIGRSAHYEICYEANCAFDYFYRKVLANKAGMGLTPRETEILRWISYGKTASEIALIVSVSEHTVNSHTATILKKLDVVNRTQMVAKAIREQIIQ >WP_204224003.1 hypothetical protein [Archangium violaceum] >QRN97775.1 hypothetical protein JRI60_01420 [Archangium violaceum] MDVKGVAFLARQAQAEQTFGVERWRAFLAEQAKRDPLFAQPVLPVTRIPADAFLRLNDALTRQFYAGDPQAYWKYGVKSAEYALSLGQLKAIFSKGEHRRFALFTPGIWKGYFTAGDLTAQINGNVAELRITGVPRPHIYFELSVMGFASGGIAYLSGMEISHEVLKGFSRGDPEVVYRFTLPS >PIE36668.1 hypothetical protein CSA54_03745 [Gammaproteobacteria bacterium] MRVLRLTLLGLVAYVLAVLWFFPAAPVVERFRPQLPQYVSLEDVSGRVLAGNIARARYTDDLLPLEFSDVGWRLKPLSIISGAALDVNFTGYGGGGEGNILRKGNGDIAVSDVSVTAQAKALEPLLPAPVASFSGDLEMNVERLLLQEQLLKAFAGDFVWKAARLERPFPANFGDVTINVKPADDNTNTHRALITASGGDVTAEGEIVIFLNGDFNADVLLTPTVTASQELRDNLARIGRPDSSGRIRWVQQGNASQM >HDK38158.1 FtsX-like permease family protein [Thiolapillus brandeum] MMDFIRKQTYLIDFTLSSLMRRKGKNLGLLLVYTLIVFMLASVMLFTHSLKKEAHIILQQSPEIIVQRLVAGRHALIPADYLEKIGRLRGVVSKKGRLWGYFYNPMVKANYTVMAPDHMELATTEVVIGTGIARTQGLGIGDYFSLRSDSGNTYSFQIKALLDWDSELVATDLVLISEKAYRVITGIPEGQFTDIVLSVRNPREVRKIAEKLSKKLPDVRPILREEILRTYDSIFSWRQGIVFVLLVGALLAFVIFAWDKASGLSAEEKREIGILKAVGWESGDILRMKFWEGMIISLSAFILGYLFAYLHVFYSAAVLFEPVLKGWAVLYPEFKLVPFVDGLQLATLFFFTVFPYVVAIIIPIWKASVTDPDAIMR >GAF66133.1 fibronectin/fibrinogen-binding protein [Bacillus sp. TS-2] MSFDGMMTRAVVKELNDSLATGRINKIYQPFKTELILSVRSKGKTHSLLLSANAQFARAHLTREKYSNPATPPMFCMLLRKHLEGAIIERIEQFGTERMIFIDCHSKDELGDETKKRLIVEIMGKHSNIILIDRQTDMILDSIKHISLSQSSYRSVLPGQSYKFPPPQEKKNPLEATEMTLLEGVDFNAGKMDQQLVTLFAGFSPLIGKEIIHRAHLVNRQSLMDAFFSVVNPLKSDQYIPKIIFSKNKEYFSVVELNHLTGTEKEFETVSEMLDRYFYGKAERDRVKQQAHDLEKLLMNEYQKNKKKIKKLEKTLVQADKAADDQKKGELLTAHMHLVKKGDTSVEVVDYYDPDGKIITIELLPLKTPSENAQLYFKRYNKAKNSVAIVKAQIEETKSEIVYFEQLIQQMESASPADIDEIREELMEEGYIRKRQQKGDKKKKKDHKPQLERYVSSNEIEFYVGKNNKQNDYLTNRFARQDEVWLHTKDIPGSHVVIRSTEPDELTLQEAATVAAFYSKAKLSSSVPVDYTKIRHVKKPNGAKPGYVIYDNQTTLYVTPNEDLILSLRSRS >WP_087085326.1 SDR family NAD(P)-dependent oxidoreductase [Comamonas thiooxydans] >BDR07042.1 SDR family oxidoreductase [Comamonas thiooxydans] MTGDLNDQHALVTGAGQGIGEAIARQLLAQGARVTVLGRRAEPLQKLVEEHPGQCRMVLADVADESQVKTAFEKAVAAQGAISILINNAGQAGSAPFMKMDAAHWQQMLAVNLSGTMHCIQQVLPAMSASGWGRIVNVASTAGLVGYAYVAAYVAAKHGVVGLTRALALEYAKTGITVNAVCPGYTETEIVKTSIDRVVAKTGRTPQQAMAEFVKSNPQGRLVQPHEVADAVLWLCGRGASSITGQAIAVAGGEVM >EKY24506.1 hypothetical protein HMPREF0185_03202 [Brevundimonas diminuta 470-4] MYDEWRIGFIRRPIDHVLKPEGIQADAVTWLPPCPRRFQFLADPFGIERDGVLTIFAEAFDYRIRRGEIRYFQYEGDRLVRQGLALAAPFHLSYPSLIEDDGALYMLPEGYKSGALTLYRCERFPDRWTPVHRLLDLPAIDATVVRRDGRWWMFYALPGPNDRAMREMHVAWADALTGPWTPHAANPVRVGFMDARPGGSAFEHDGALYLPVQECRPTYGAALRLLRVDVLSPTDFLATEVRRFAPDGLLPGFEVGLHTLSGDAGVTFIDVKGLRRSRAEKGIKALYKARRLLGLNGPRDVTAPEQELV >WP_015138129.1 phenylpyruvate tautomerase MIF-related protein [Nostoc sp. PCC 7524] >AFY47677.1 Macrophage migration inhibitory factor (MIF) [Nostoc sp. PCC 7524] MPLIKVQTSVSAPAKGEVEAMLKSLSAKLAKHLGKPESYVMTAFEAAVPMTFAGTTEPVCYIEIKSIGTMKPNQTEAMSQDFCQQINQSLGVPQNRIYIEFADATGAMWGWNGSTFG >EFA5158712.1 peroxide stress protein YaaA [Escherichia coli] >EFN5736677.1 peroxide stress protein YaaA [Escherichia coli] >EHD5900775.1 peroxide stress protein YaaA [Escherichia coli] >HBA7077466.1 peroxide stress protein YaaA [Escherichia coli] MLILISPAKTLDYQSPLTTMRYTLPELLDNSQQLIHEARKLTPPQISTLMRISDKLGGINAARFHDWQPDFTPENARQAILAFKGDVYTGLQAETFSEDDFDFAQQHLRMLSGLYGVLRPLDLMQPYRLEMGIRLENARGKDLYQFWGDIITNKLNEALAAQGDNVVINLASDEYFKSVKPKKLNAEIIKPVFLDEKNGKFKIISFYAKKARGLMSRFIIENRLTKPEQLTGFNSEGYFFDEASSSNGELVFKRYEQR >CUX17903.1 putative metallo-hydrolase/oxidoreductase [Agrobacterium sp. NCPPB 925] MNMKPEQLLNSTPKGLYCPAGDFYIDPVRPVERALITHGHSDHARAGHGAVLATRQTLDIMRIRYGEDFCGSEQAVAFGETVEVNGVTVGFHPAGHVLGSAQISVEMNGLRIVASGDYKRGIDPTCAPFETVPCDVFITEATFGLPVFHHPLPRVEIGKLLTSIKQFPERTHLVGAYSLGKAQRVIRLLRDNGYADPIYIHGALARLCDYYVSEGIDLGDLRPATVEKSNPADFRGAIVVGPPSAFQERWARRFNEPLIAFASGWMMVRQRAKQGGVELPLVISDHCDWPELLETIREIGPQAVWVTHGREEALVRWCELQGIAAKPLHLVGYEDEGD >WP_176462507.1 autotransporter outer membrane beta-barrel domain-containing protein, partial [Escherichia coli] YRGKSNDFYTDAVVDTHWRDGDVFTLNIANTTIDDDYEALYFTDSYKDGDVTKHTNETFDTSEGVAVNLDVESNINISNNSRVAGIALSQGNTYNETYTTESHTWDNNISVKDSTVTSGSNYILDSNTYGKTGHFGNSDEPSDYAGPGDVAFTSTWNSNFDPNGHDSNGDGVKDTNGGWTDDSLNVDELNLTLDNGSKWVGQAIYNVAETSAMYDVATNSLTPDATYENNDWKRVVDDKVFQSGVFNVALNNGSEWDTTGRSIVDTLTVNNGSQVNVSESKLTSDTIDLTNGSSLNIGEDGYVDTDHLTINSYSTVALTESTGWGADYNLYANTITVTNGGVLDVNVDQFDTEAFRTDKLELTSGNIADHNGNVVSGVFDIHSSDYVLNADLVNDRTWDTSKSNYGYGIVAMNSDGHLTINGNGDVDNGTELDNSSVDNVVAATGNYKVRIDNATGAGAIADYKDKEIIYVNDVNSNATFSAANKADLGAYTYQAEQRGNTVVLQQMELTDYANMALSIPSANTNIWNLEQDTVGTRLTNSRHGLADNGGAWVSYFGGNFNGDNGTINYDQDVNGIMVGVDTKIDGNNAKWIVGAAAGFAKGDMNDRSGQVDQDSQTAYIYSSAHFANNVFVDGSLSYSHFNNDLSATMSNGTYVDGSTNSDAWGFGLKAGYDFKLGDAGYVTPYGSVSGLFQSGDDYQLSNDMKVDGQSYDSMRYELGVDAGYTFTYSEDQALTPYFKLAYVYDDSNNDNDVNGDSIDNGTEGSAVRVGLGTQFSFTKNFSAYTDANYLGGGDVDQDWSANVGVKYTW >WP_048370512.1 Na+/H+ antiporter NhaC family protein [Bacillus sp. LK2] >KMN46454.1 sodium:proton antiporter [Bacillus sp. LK2] MKETRGNGLALLPLGIFLALFIGSGIITGDFYKLPILVAISIAVGIALAMNRKESFNVKVERFAKGAGNPDIMIMVLIFVLAGAFSATAKGMGGVDSTVNLALSILPQGFIVAGIFVIGAFISLAMGTSMGTIAALAPIAVGISGQTDISIALTMATVVGGAMFGDNLSFISDTTIAAVRSQGTEMKDKFKTNFLIVLPAAIITIVLLVMITLGSDTEIKAHTFDWVKILPYAGVLVTALLGWNVLIVLTGGTVLSGVIGLIDGSYTLESFFKSVTTGMGSMMELVLLAILIGGMVELIQYNGGIQYLMNLLTRNIRSKKGAEFGIAGLVSMTNMCTANNTISIIFTGPLAKNIADQYEIDPRKSASVLDLFSCCVQGLIPYGAQMLTAAGFAALSPIELLPYAFYPILVGVCGIISILIGFPRFSKGTEKKEYHKTA >XP_031360469.1 interleukin-8-like [Lonchura striata domestica] MGAPLLPWLLLLLLVMSHSAHAAILEVNGNLSCRCAKTTSEYISPKKYESIEIRPVGSSCRRMEIIIKLRTSGKVCVNPEAPWVKKLLKRIAST >WP_186101535.1 1,4-alpha-glucan branching protein GlgB [Burkholderia gladioli] MSDTLFDPSDIDALLDARHPDPFACLGKHRLGERTVVRALLPGAHRVHAVTREGGRVLGELERVAPAGCFAGTLEDDADYRLSIDWMTVTQEVEDIYAFGPLLAEDRLARLAEGDPQAVLDCLGARPMSVDGVPGVRFALWAPSAARVSVVGDFNAWDGRRNPMRLRRPWGVWELFVPRIGAGVRYKFELRTREGVVLPLKADPCARATEAPPLTASVVADAEALSSFEWHDQDWMRRRAETDAERAPMSVYEVHPESWQRLGDPPRAPSWDELADRLIPYAAGMGFTHIELMPVAEYPFGGSWGYQPLSPFAPSARFGPVEGFSRFVDRAHAAGLGVIVDWVAAHFPTDPHGLGQFDGTALYEHADPREGFHPDWNTLVFNLGRHEVRGFLIAAALAWVRDHHVDGLRVDAVASMLYRDYSRASGEWVPNVHGGRENLESIAFLRGLNDTLHGPLAPPGVLSIAEESTAWPGVTAPTAHGGLGFDFKWNMGWMHDTLSYLGEDPIHRRHHHDRIGFGLVYAFSERFVLPLSHDEVVHGKGSLLAKVPGDAWQRFATLRAYYGFMWAHPGKKLLFMGGEFAQPGEFSHDGQPPWDLLDAPAHRGVQRLVRDLNRLSADEPALYRLDSRPEGFGWLVGDDASNSVYAFQRRDDSGRVLVAICNFTPVPREGYRVGLPAGGRWIELLNTDSAAYGGTNSGNGGAVQAQDVPAHGQSWSAELRLPPLATLWLRPD >WP_197052899.1 response regulator transcription factor [Tepidicaulis marinus] MIGKQPLLRHGLAGLAGRVLEPAHIGEAGSLGEARGVLGRGEPFGAALLDVPSRVGTEPASLLGALLRTRPSLALALFLDRDDFFLIPEFMALGVNVFLPKHGDIRELERALRAFAKGGPYVPDYGKGESTGQERGLESGPGGFDEGAVYDFEGAAGTGIPGSGALSGLTPRQHEVLHHLAAGRSNQEIAERLGIALATVKLHVNAILAALNVRNRTEAAIIAHRAGMRDNDADGLPEGAGL >KAG2061513.1 WD40 repeat-like protein [Suillus hirtellus] MSTPEVYSIAKTPVTCHAFNADRSQVAVSLNDNNVQIYAKQGKEWILSETLSEHDKLITSIDWAPNSNRIVTASQDRNAYVWSLSPDPLTGHLVWKPTLVLLRINRAATFVRWSPNEDKFAVASGARAIAICSFDPENNWWVARQLKKPIRSTVLSVDWHPNNVLLAAGSADMKARVFSAYIKDVDKRPSPTIWGEKLPFNTICGEYSSPAGGWVHAVGFSPSGDVLAFASHDSSISIVYPGGPMVYNIRISSLPYVTLAWTSEDALVAAGHDCQPVVFSGSEQGWGLIGTLDDITASSASKTHGAKTGTVGRLNSAAFNTFRNADTRGHTGGGDTASDTELLTVHQNTITSVRPYAYGGEGIVSRVSTTGVDGKLVIWDVNAVSALTGKMGGLRV >WP_249930443.1 response regulator [Pseudoalteromonas sp. S1612] MRTDESAVSRFEEQMQLFILWLLCVGGLLTAASLFILELPNNTLSLMIIAVWELCALSAITFKKIRQRLLTLLTILITLAFPFIILVNGVVPASLAPLFVVVLVLVLKGQTRIICMCILNITPLMLLANGEPQTTAIVVRVVFSTIVLSILIYYLLSSYQALVDKTQLQLDTNERIYGVIGHELRTPAATIKMLIDIELEQNCSKNILELQRLSSHLLCVLDDMKTSSSSATLAVYKNNETISVHDTVERAIEGVKPLAEKYNFIINFSAKRAVTEHHIGSTKAIFQIIQNLIKNAILHSGGSTVTVMKSAESLSHDKTHYRINVIDDGKGIDVKFRDKMFNAFERGDTLSEGTGLGLNICKQIANTLEDGDLSYISSENGGANFELVFVLHSVDEHDAASVKVDDFELLQNLKILLVEDTPMLRMIASKILTQNGAIVTEAEDGIIGLNQASTGDFDLVITDIMMPNCDGYELTVRLREQGFVNPIIGVTGATVGSEAERLIACGANAVLPKPLTLLSITEELKKLKVNKA >KAB7776415.1 lipid-A-disaccharide synthase [Xanthomonas sp. LMG 12460] MALVAGEASGDLLGAGLIEALRARYPDAEFAGVGGEAMRQAGCQTWFDASELAVMGLLEVLRHLPRLLKLRRALRERLLAWRPDVFVGIDAPDFNLGVERWLKQRGLRTVHYVSPSVWAWREQRAAKIGASADRVLCLFPMEPPIYAKHGVDARFVGHPMADAIALHEDRGAARASLGVAADVPVLAVLPGSRLGEIGKLGDTFFAAAAQVLQQLPDARVLVPAANAACKALIEEQLARSALPAAATRVLDGHARTALLAADAVLLASGTATLEAMLVKRPMVVGYKVAPLTYRIVKALGLLKVDRYALPNILAGHDLAPELMQDACTPDALAAALLHWLRNPQAVAALQPEYERLHLLLRQDASARAADAVLELLEGRESGIGNRESTGATA >WP_226360036.1 organic hydroperoxide resistance protein [Pseudonocardia sp. ICBG1142] MANYTTEATSTGGGRDGHIRSEDGFIDQDLKMPPELGGPGGATNPEQLFAAAYAACFHGALRLAARKAKVAVPDDAQVTATIQLQPDDVSFHVAADITAHLPGLEQSAADELVEAAHQVCPYSKATRGNIEVTLTATV >KAG6208320.1 hypothetical protein E4U50_003369 [Claviceps purpurea] MGVGRFFCVGLPLALTIASIIALLIATLSGVAHNQLWMFQLDTRNLSISPVDAAHLAGKAGLSLRDLKTDNITAADLNLADTYDVNLWGYCSTTHDGQRQCTKASFDWAATALNASVIETLNSTTGLKIELPHEMEAALRTFRTVTKWTEVAFIIALVALALQLVVGIFAMCSRAVSCLTWLLSGVTGILVGVAAGMATAMATVVIGAVESSAKYYGVEGHVGGRFLATVWIAALFAIVSGLFWIFTVCCCKPERRQKRSKDADGEKLLPTGAYKPISGHRVEMTGGQSGHPAYYDPNQAHAGYSSGPRHAAGQGRANMAYEPYSHRA >KAF8844043.1 putative rRNA pseudouridine synthase [Paxillus ammoniavirescens] MASSSLTRDQVASAQREGDYAIKSESLQPKLDTSQWPLLLKNYDKLLVRSSHFTPIPSGSSPLKRDITTYIKSGIINLDKPSNPSSHEVVAWLRRILRVEKTGHSGTLDPKVTGCLIVCIDRATRLVKSQQGAGKEYVCVLRLHSSLPNPTALPRALQTLSGALFQRPPLISAVKRQLRIRTIYESKLLEFDEKRNLAVFWVSCEAGTYIRTLCVHLGLILGVGGHMQELRRVRSGAMSENDEIVTMHDVLDAQWMYDNTRDESYLRRVIRPLESLLVGYKRIVVKDSAVNAVCYGAKLMIPGLLRYEADISVNEEVVLMTTKGEAIALAIAQMSTVELATCDHGVVAKVKRCIMERDTYPRRWGLGPMALQKKKLVKDGKLGKHGEKIDGITPAEWSRDYVDYNREQPPATAAAVPVVAVTVPAPAPEATSPKKEEKEKKRKRKSEAAESVADVTMITEDADGSEDAERAEKKKRKKEKKEKKEKKEVEDGDDDEARRERKRLKKEKKAREAAGEE >WP_014657023.1 MULTISPECIES: ATP-binding cassette domain-containing protein [Providencia] >AFH93717.1 ABC transporter ATP-binding protein [Providencia stuartii MRSN 2154] MTVACHFSQFNIEFHQTALFPPLNGSLICQKNALIGNNGKGKSVLMRLLAQQMQPTSGYVSWAMPFMHVDQLTRLEGDTIADALGVSPLVDAFTRVDSGNATMEDLELLEDKWHLPAIWQSLLDSAKLPVMIDAPINHLSGGERTRLALCRAFLHKDHFLLLDEPDNHLDHEGRQWLSNKLAEHKAGSLVITHNRALLAHMQMIFELTDKGLHEYGGNYALYEEQKHFAMAAIEAKTERLDNQIRQEKRQQHATLQKAEQRRKQGEKVRYSGSQSLLLLDMQTNRAQKRQSNVAERHQRVMNDLQGQLQDVQDKQIHNKQQKMTLNYQPDGRKVTIFASQLQLPYGYTEPVSFTAYTGEHWHIKGRNGSGKSTLLKNLAGMITAVSGEYRINPAFCYLDQHLNLLDKTLPVAEALQRYQPAFTVEQWRTQLGMLRIRGDKSLQPLSQLSGGEQLKATLLALTHSPTPPAILLLDEPDNHLDLDSKTLLEGLLSDYKGTLFLVSHDETFVEQCGMTNELVLAN >WP_013017739.1 phosphotransferase [Stackebrandtia nassauensis] >ADD42168.1 Hygromycin-B kinase [Stackebrandtia nassauensis DSM 44728] MTKPSLSPQVVHAAVNEALGQVDDFAPITEGQESQAFEFRSDGREFVVRVNGRAAGFLKDRWAAERVPAAVPVPEVVHIGQIDEAHHFCVSVRSPGTIVQDCDTETLHGLSAAMAETLDGIAATDVADISGYGDFDAVTGEGKFDSWAAYILHSTRHDWSPHADAIDVAAAERLTAWLRQEAAGLPDVHELVHGDFGGDNVLVEPGRVTAVLDWEGAVIGDRLYDVARMRFWAPFMESMRIHTDHLLAAAEHDSERLRCYVVANGLDATAYFAAADQTPIAQAMLARTLTEVP >WP_012456188.1 glycosyltransferase family 2 protein [Methylorubrum populi] >ACB82584.1 glycosyl transferase family 2 [Methylorubrum populi BJ001] >OAH32923.1 glycosyl transferase [Methylorubrum populi] >PZP66144.1 glycosyltransferase family 2 protein [Methylorubrum populi] MSPDPTPLTAIVVAHDSADALPACLAALAREGIPAIVVDNASRDASVTVARVQGARVIAHPRNEGYGRANNIGVRAAEGTGRVLILNPDLVLQPGAAAALLAAAEAWPDAGLLAPRIHEPDGRFFFQPRSLLAPYLTNPKGRLALPEGDACAPFLSGACLMIERSFFLELGGFDPNIFLFYEDDDLCRRVADAGRALVHVHGAVALHGRGRSSAPAPGRTFRTRWHQAWSRAYVSRKYGLPDPSPGLLAANAPKAALSALVLRRAGLERYGGSAAGALAALRGQSALAREGLAP >MBI5477481.1 type Z 30S ribosomal protein S14 [Deltaproteobacteria bacterium] MARACAFAKLQQVPKFSVRHRNRCKVCGRPRGYYRKFELCRICFRNLALKGEIPGVIKASW >WP_018996200.1 TIGR00730 family Rossman fold protein [Hirschia maritima] MSGIKSVCVYCGSSNDADPAYIELAQELGRAIAKRGWRLVYGGGTVGLMFAAAEAAHKAGGEVLGIIPQFLQRIEGNYDDVPHIVVETMHERKKMLLDESEAFVVLPGGIGTLEEAVETLSWAKLSLHAKPMGFLSKNEYWTPFFECLEKMVEHKFAPESMLDLVFKSDDPEYTLDEFLNRFVDVG >WP_235104528.1 group III truncated hemoglobin [Acidovorax sp. YS12] >UJB63301.1 group III truncated hemoglobin [Acidovorax sp. YS12] MAPDHAPLPLDLDSITALVHGFYADVRADPLLGPVFAQAIGTHWDAHLARMVDFWSTVALGSKRYRGSVAARHLALEGITPAHFAAWVRLWARHTDARFTPEAARQLQQAAHGVARTLFRVCLGQPPAFVQAHGHAR >WP_207517291.1 GyrI-like domain-containing protein [Staphylococcus simiae] >MBO1198552.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1200650.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1202958.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1210543.1 AraC family transcriptional regulator [Staphylococcus simiae] >MBO1229024.1 AraC family transcriptional regulator [Staphylococcus simiae] MDYKVKQLETLNLIGVTKSYSNGTEAQQHIADFWQQFFNMQWEQTLVAQSNNQLPGFLGVLSPHDNGCMDYMIAVTTDIEDDSEFETIELAASKYMVVEAKGAVPKAIQHKMSEIHDYLTNSRDISAKHAPCFELYGEGDTTSDNYITELWIPIN >AMB21424.1 fusion protein, partial [Avian orthoavulavirus 1] GSKPSTRIPVPPMLITRIMLILSCICPTGSLDGRPLAAAGIVVTGDKAINIYTSSQTGSIIVKLLPNMPKDKEACAKAPLEAYNRTLTTLLTPLGDSIRRIQGSVSASGEKRQKRFIGAIIGSVALGVATSAQITAAAALIQANQNAANILRLKESIAATNEAVHEVTDGLSQLAVAVGKMQQFVNDQFNNTARELDCIKITQQVGVELNLYLTELTTVFGPQITSPALTQLTIQALYNLAGGNMDYLLTKLGIGNNHLSSLIGSGLITGNPILYDSQTQLLGIQVNLPSVGNLNNMRATYLETLSVSTTKGFASALVPKVVTQVGSVIEELDTSYCIETDLDLYCTKIVTFPMSPGIYSCLSGNTSACMYSKTEGALTTPYMALKGSIIANCKITTCRCADPPGIISQNYGEAVSLIDRHSCNVLSLDGITLRLSGEFDATYQKNISILDSQVIVTGNLDISTELGNVNNSISNALDRLAESNGKLDKVNVRLINTSALITYIVLTVISLVFSALGLILGCYLMYKQKAQQKTLLWLGNNTLDQMRATTRT >MBI3058450.1 ABC transporter substrate-binding protein [Deltaproteobacteria bacterium] MTRNLSNPKALPIMKVTVDLRIVLFSVFILFLCAKAQAAEQLLVAYGGHNENVAPMWVGIEKGTFKKYGLDVSMLQVRSGPMIMATLASGSVQVTWPASSSVLSAASGGLKVVCVASPNNKIPRELVVRKEIKSFEELRGRVIGVQSIGGGFWLQTMIVLDNIGLDPEKYQLKMRVIGDTATITQALISGNIDAAVLPYSFSSMVKRAGYRSLVDSGELKAPYQGSGLCAQREAIVRSPDLIMGLVKGLIEAVLIIHDPSHKQDVMEILKKNLRLAKAEDVESSYKVLRVQTTLDVAPSLPSWRATQRIVARVNPRVGQVDIEQLLEGSFVRSLEESGFLPEMRRRLKD >CPW15624.1 putative secreted protein [Mycobacteroides abscessus] MAPVFATAMGVGFAGPAAAVAPPADGTYRMIEDGAGEVTWTISAVCVQASGTRVQSDYTDPTIQADGCTLTVTSATPDIVKHSDRLQNFSTPARLVDDQWTFLHARPQGMTCPDGSYAPTQEKYVFNDETLAGTHTTIHSAVCGGQPGMTKKPFSLQFVKPLDVPVERFPQYCXRHARGRLHTHGTCS >WP_220281278.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >EFA6334732.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >MBW8950522.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >MBW8961536.1 dimethylsulfoxide reductase subunit A [Escherichia coli] >HCK1632539.1 dimethylsulfoxide reductase subunit A [Escherichia coli] MKTKIPDAVLAAEVSRRSLVKTTAIGGLAMASSALTLPFSRIAHAVDSAIPTKSDEKVIWSACTVNCGSRCPLRMHVVDGEIKYVETDNTGDDNYDGLHQVRACLRGRSMRRRVYNPDRLKYPMKRVGARGEGKFERISWEEAYDIIATNMQRLIKEYGNESIYLNYGTGTLGGTMTRSWPPGNTLVARLMNCCGGYLNHYGDYSSAQIAEGLNYTYGGWADGNSPSDIENSKLVVLFGNNPGETRMSGGGVTYYLEQARQKSNARMIIIDPRYTDTGAGREDEWIPIRPGTDAALVNGLAYVMITENLVDQAFLDKYCVGYDEKTLPASAPKNGHYKAYILGEGPDGVAKTPEWASQITGVPADKIIKLAREIGSTKPAFISQGWGPQRHANGEIATRAISMLAILTGNVGINGGNSGAREGSYSLPFVRMPTLENPIQTSISMFMWTDAIERGPEMTALRDGVRGKDKLDVPIKMIWNYAGNCLINQHSEINRTHEILQDDKKCELIVVIDCHMTSSAKYADILLPDCTASEQMDFALDASCGNMSYVIFNDQVIKPRFECKTIYEMTSELAKRLGVEQQFTEGRTQEEWMRHLYAQSREAIPELPTFEEFRKQGIFKKRDPQGHHVAYKAFREDPQANPLTTPSGKIEIYSQALADIAATWELPEGDVIDPLPIYTPGFESYQDPLNKQYPLQLTGFHYKSRVHSTYGNVDVLKAACRQEMWINPLDAQKRGINNGDKVRIFNDRGEVHIEAKVTPRMMPGVVALGEGAWYDPDAKRVDKGGCINVLTTQRPSPLAKGNPSHTNLVQVEKV >MCK4862399.1 ACT domain-containing protein [Paracoccaceae bacterium] AECERHYRPYWLGLDTETQKIFANLARTVKAGEPVSDIVPDESRDATRACFVMPDHPGIFARFAGALALAGANVVDARTYTSSDGVATAVFWIQDGEGKPYDQTRLARLRKMILRILQGEVIAGDALKSKDKIKKRERDFIVPTSVIFDNDGSEIFTIIEVDTRDRTGLLFDLARTLTDCGASISSAIIATYGEQAVDAFYVKDLFGLKIHSADKQRTIEKRLIAAIEQGQKGATE >HBP5520355.1 DUF1302 domain-containing protein [Pseudomonas aeruginosa] MYIPNRQPRLRSAPARAGFAFAGLLPLLGGQAQAVEFSFLDNEVSGSLDTTLSYGTLWRVQGQDKSNNDINTNDGNRNFDTGLVSEVYKITSDLEATWRNYGVFIRGTAFYDTQIMDKRNDYYSHNDPSQPSQSYPHDDRFTSQTRDIAGHKAEILDAYVYGSWDIGNMPLSARFGRQVFNWGEGIFYRGGVNTTNPVDAAKYRLPGSELKEVLMPVEALSFNIGLTDNLSMETFYQWNWKETRLDPVGTFFSETDLFADGGNTGYSDFTGTALDTPVPGFGNVIGLYQALGNNPLLSGALKNTGLYANGVTPAYGNVMKVSSVGKDINARNDGQFGVAFRYIAEELNSTEFGFYFVNYHSKEPTLYADIGDYAGADLAALANTLRPIAGNFAEALANGLVTADVMGNINARREFAEDIRMYGFSFNTTVGDASVFGELAYRPNLPIGIAATNDLIGDLAHGAAEAANGGQINVGGQMVGLGGQIHNYERVEAFNTSLGTIYNFGPSLSFDSLTGVAELASEHLRGSSLKYTAYDGSTRYYAGRGNSSYVSGGDRGDQVNRNAYGYTLLLSGTWNDVFAGVNVSPYVVYKDDFEGNSYQTGNFIEGRKAYTLGIKATYLNSLEGELQYTEFYGGGQNNNIRDRDNIGLTVKYSF >WP_230171322.1 ammonium transporter [Rhizobium sp. CECT 9324] MLAAVAATPSLASEADPATVYNPADLSWLMAASGMVMMMQVGFLLLEAGMVRSKNSINVAQKNLLDFVFGVVAFAAIGFMLAFGDSGWLPIGIDGDLFFLQKTDSWVAGFFVFQVMFCGTAATIVSGAVAERMKLVAYVFGSIVLSALIYPVFVHWTWGTALGPNSGAFLANLGFVDFAGSTVVHATGGWISLAACMVLGPRLGRFDANGRPVRIAGHNPVLSTSGALILFFGWIGFNGGSTLKASLDVAPIIMNTVLAGGMGTCVGYLLGFKQDGVVLPEKSLCGMLGALVAVTAGCHILEPGGALLVGALGAAVAVYGNQFVEEYLKVDDAVGAIGVHAFAGVAGTLALALLAPVEHLPAGSRFGQLYVQVFGSALNFYWSFGLGYAFFYALDRMIHIRVSAPVEELGLNIAEHGTRLGVGHVEDALSELVRGTSDLSHRLTVDPGDEAEKLTRLFNSLMDNIQQEEHSRNALQSMIRDQEESDRVAALANATFEAIVMHENGLIIDGNEQLEHLIGLPLDQMIGRSIGDLVDEEGRRRLTEDPDPDHDVLREFTVVREDGQEIPIEARGRNIEYRGRKIRISCLVDLRERKAVEQRIRHLGQHDPLTGLANRTLFTETLARHVERATSHWGCAVVLVDLDHFKDVNDLHGHPAGDEVIREAARRLSQALGPRDLAARLGGDEFAIILANTHFKTQVEDFGRRLVAAFRQPFDTGQGQLIKCSVSVGGALCPEHAATLEELIGRADVALYHAKKSGRSTFRIFRDGMDELIEKRRALEADIERGLANGEFELYLQPRVKAATAQISGYEALVRWNHPERGMVQPNDFIPVAEVSGKIVALGAWVLAEACRLLAALPADLHVSVNVSPVQFRHPDFLAELSHSVARHGVSPQMLELEITESVLIDDDDRALSILSHLKHLGFRIALDDFGTGYSSLSYLSRYPFDVIKIDRSFVTALGTEETANAIVRSVIDLGSGLGMSVVAEGVETLDQALYLAAAGCEELQGYLLGRPVPVAEAPKIVSPDIAAELQKVASFAMRTGTGTERRFANGSQTSKLIRPLSLGA >WP_127958949.1 orotate phosphoribosyltransferase [Helicobacter pylori] >RVZ06176.1 orotate phosphoribosyltransferase [Helicobacter pylori] MDIKACYQNAQALLEGHFLLSSGFHSNYYLQSAKVLEDPKLAEQLALELAKQIQEAHLNIECVCSPAIGGILAGYELARALGVRFIFTERVDNTMTLRRGFEIKENEKILVCEDIITTGKSAMECAKVLEEKGAQIVAFGALANRGICKRAHSHLKAQEGACLPSHLPLFALEDFVFDMHKPSSCPLCATSVAIKPGSRGN >KAJ2127656.1 hypothetical protein GGF48_003185 [Coemansia sp. RSA 921] >KAJ2641386.1 hypothetical protein IW137_003103 [Coemansia sp. RSA 1287] MPPTPQLKSITPNQVSVIVNALNDQQKRDLLAQFASFAGVNTTKAREELLKNPALAHALLVSLESLGGVDQNTLRHIRGEFGGEGSAMNSPYHQTMTGGQPRPYQSPYMPVQSPPQPYQQSPQPYYQPPHPHPPHPPHPPQNMQTDSASSDVDNTEVLKQLLSLTDEQLAQLPEDQRKQILDLRRQIQDR >AGC97326.1 cytochrome c oxidase subunit I, partial [Trichosalpingus sp. NLG-2012] HIISQESGKKEAFGSLGMIYAMMAIGLLGFVVWAHHMFTVGMDVDTRAYFTSATMIIAVPTGIKIFSWLATLHGTQINNSPSTLWALGFVFLFTVGGLTGVVLANSSIDIMLHDTYYVVAHFHYVLSMGAVFAILAGFVQWFPLFTGLSLNMKMCKIQFAIMFIGVNITFFPQHFLGLSGMPRRYSDYPDAYVLWNIISSIGSIISLIGVFYLIFIIWESFSSARKSISTLNMTTSIEWLQ >RDU38945.1 hypothetical protein DRW41_00625 [Neobacillus piezotolerans] MLSWIRGFKSPFSLLEFKKRIENFSVDNEKVKRLNTLLEDIYRVGIIGNYNPYLKSHRWQHKSDERVIIDEGWLFVIHNGLNTALSVTKAKKEKNQTDLYNYDSTALKPNEIYDAVVTRIYPNRVIVDIHDNGMKYKGSIHISKVTNRFVRDINEYFNIGKQVTVKVLNYDSLHRSWVLENQTLITN >WP_275700896.1 alpha-amylase family protein [Tessaracoccus sp. HF-7] MSWSEHAIWWHVYPLGACGAPIREPHPEPGHRLNRLLNWLDYATELGTSGLLLAPVFASSTHGYDTTDQFRIDPRLGDDADFAALIEACHSRGMKVVLDGVFSHVGREHPAVAAALANGPDSPEAELFDIDWQHPDGPQPRVFEGHGALVRLNHASQRARDYTVDVMNHWIERGADGWRLDAAYSVDNAFWADVLPRVRERHPHAWFLGEVIHGDYPAFVEQSTVDTVTQYELWKAIWSSLKERNFFELDWTLQRHNEFLQTFVPQTFIGNHDVTRIASTVGQDGAILALAILMTVGGIPSVYYGDEQGFTGVKEERADGDDAVRPPLPDSPADLLPFGRHAHRAYQELIGLRRRNHWLTRATTRSLALTNTHYVYQAEADGQLLTVELLLDHDPAEVVIRDRDGLELWRS >MCO4653091.1 hypothetical protein [Streptococcus infantarius subsp. infantarius] MELMSYEYMINNGILVDTGDVCTIHNKPYYRRMKQQGEYTSTAFCLDCQKDELERLKQSSAEQQTVNGMLAKTWNMFESVSIIPDDLKNATMKNFEEHNFEDQKAHAFAQRAVRYYGKGGEGNTFLQGRPGVGKSHLSIAIAKQLNDTFKIYNEPKSVIFMPVARLIQRVQASFNGGGRFTEEFATKLLTNCDYLILDDLGKESTTENNMKQANDWTYRFLFNILDSRNKTIVNTNFTRKELIQIYDNAFVDRLTKGMRGDKDRIFKFSEGAESKR >NHW60074.1 hypothetical protein [Escherichia coli] MAEKRVSVRLAAVGGRQVRAELEGVGEAGARGFGRLSREMEAANARLAGFARRVRVAAAAAVAAATAA >OQY98020.1 50S ribosomal protein L6, partial [Planctomycetes bacterium UTPLA1] RALHGTTRALIQNMVTGVSQGYERKLEIYGTGYGCAVSGKTLDLNVGYSHPIKLDIPQGIKVAVEVGQTKGDETPAKLTISGTDKQTIGQFARSIKDARPPEPYKGKGVRYAGEQIKRKAGKAFAGAGG >MBL4853947.1 acyl-CoA dehydrogenase family protein [Robiginitomaculum sp.] MSDLELFRAETREWLEGNCPPEMRTPMNRETDACWGGRNWVYSSNDQKIWLERMAAKGWTAPSWPKEYGGAGLSRAEAKVLEQEMKRIQARPALLSFGIWMLGPALLKFGSDAQKMRYLPEICRGEIRWCQGYSEPNAGSDLASLATKCEDKGDHFLVNGSKVWTSYADESDWIFCLVRTDASGKKHHGISFILFDMESEGVSTKPIKLISGRSPFCETFFDDVKVPKENLVGERDKGWSIAKYLLTHEREMIGDSGNLKPVAQMVAEMGITPDAALQTKITELTIDEWAFSQTMSRMLAEAKAGASLGAKSSMLKYYGTELNKRRYEVMMDAAGTDGLEWESERSNDGDLARKWLRTKGNSIEGGTSEIQLNIIAKHILQLPGT >NVK06315.1 FMN-binding negative transcriptional regulator [Marivivens sp.] MHPNPIYRQTPPDQAIEFARDRAFGTLTVNGDEGPLASHVPFLLSEDGKIADIHLVRSNPIVRALSEPQKCLLAVNGADSYISPDWYGLDDQVPTWNYVAVHLRGTLEKLPDGAMRDMLDRQSAFFESRLLPKTPWKTDKMPDDVIERMMRQIVPVRLTITSVDSTWKLAQNKTTEARLAASNELDKHGFGLEPSTIGALMRATLAD >WP_001203076.1 ferric reductase-like transmembrane domain-containing protein [Streptococcus agalactiae] >EPT57575.1 oxidoreductase [Streptococcus agalactiae CCUG 25532] MRAWKGIVLILSSIVVTLVAWQNAGLSEFVVPGLALTSLSLTFLLSTKFRILESYFQGIENMYFYHKVMAVFSMILLLLHKIGLGQGRHGSEFAKTIGSAGLYLFLSIVFVAYFGNFLKYEIWRFIHRFVYLAYILGLVHTFMILGDRILGNTLLSLIVLGYAVIGVISGFYIIFLYSRMRFRRVGYVQKVTHLNHDTTEIEIAMKRPYRYDYGQFTFLKIYQAGFESAAHPFSISGGHDRVIFLTVKASGDYTKSIYKQLKVGTKIALDRAYGHMLFDKDKKEQVWIAGGIGITPFISFIRENSILTKRVDFFYTFSNQDNLIYQDMLESYAKANPNFKLHLNNSSLQGRLDFSQSVFEGQPTIFMCGPTSMTSTYAKVFRQKDAKSRLVYEGFSFRDSWLSIFLLKTFDKVYSNLIK >WP_248055680.1 lipase [Enterobacter bugandensis] >MCK7238608.1 lipase [Enterobacter bugandensis] MMIKKISGRHAASGLVGVSACLLICNTAFAWQQEYIVSDAQSNTTERYTWDADHQPRYEDILAERINHSQNAAGFALNDPSGSDAETVLSVGWNFPVAGHITTGPVMAWRTEGTPPSTVNTFSDTTTAPSLTEPLWHASVNSLGWRVDTQYGDLHPWAKISYNQQSEEEYLYTLGLSAKF >PWI17876.1 hypothetical protein DI272_29730 [Streptomyces sp. Act143] MLDAAAHHRLAQSYVEVVKVTKDDKHPLFMEAVRDLLASGAELASAILGVQLCAPAYVIDAAQKVADTVQGSGPDGVEPYKDAQVAFLNAARYDLDYNPKRWQLWKQRKTRKFTTQPRALERASEG >MCD6199266.1 excinuclease ABC subunit UvrA [Deltaproteobacteria bacterium] MTNQTIDIINVRQHNLKGFDLSIPLGKITVLTGPSGSGKSTLALDVLFAEGQYRYLESLGMAVKRIVDLWDRPLVDAIKGLPPPIALEQKPFVRSPRSSVATLTGIADFMRLFFATCGRPYCPKCQIEISALSVDQMADKILDFPEGTKLILMAPLTQRMDLIPQDEILNYLKKDGFLRVRIDKKPFTLDAPVTLEKKPKSLELVVDRLIVKPGILSRLADSLTLALSQGDGSVVIEILPVKKRERPEILTFSEKMTCPECQESFPALSPRIFSSSHPDGMCISCNGKGKNKSAQPCRKCRGTGLNPFARNVRIEDRAFPDLMTWSVHKTYLWLLSLSMEFSKKFHGIKNIQAGIRIIEAISSRLKPLEEMGLGYLELDRPTTTLSGGEIQRLRLGAQLGRDLTGILYILDEPTIGLHPCEQQALWQNLIHLKDQGNTIIVVEHDLDIIRKADHVIELGPGAADEGGRLVFSGTAEDMAKDQDSVTGPYLQGNRRLKRHAHRRKNHGQVILCNAQKNNLKDITVAFPLGCLICVTGVSGSGKSTLVTDELYHAIRSNPRDGSSEKTKLILKGGLSTIPETILVDQAPLVKARFSMPATYMGIFTHMRGLFSRIPEARSRGYKAGYFSLTRKGGRCERCKGQGFIDLDLQYLPSIKITCDLCRGIRYNREALGIRYKGLNMAEVLDMTVKDAADFFARIPRIRCPLEVIERIGLGYLRLGQPACTLSGGEAQRLKLAKELAKQAHDPTIYIMDEPSRGLHQRDLERFIPVLEELLEQGHSVILIENQPEILNLADWIIELGPGGGPDGGNIVAEGPPVTAKK >WP_275889644.1 hypothetical protein [Glycomyces sp. YM15] MEVPAPALEPHPWPEAPARDDFDGPRLDPRWNTLRRHADPAWLSLTARPSHLRITGGQSPHGRRTPSLVAQRVTAKHGVFEAGLAFDPQTGDQTAGITAYYNSFNWYCLQVGLEQGRRTLTLVGSDRGRRTFETIAEVGPDLDLRIVFDGPVLRFAYRDHGSGGPGTWTEPPVERDATILSDEHATWVEPGLLHAFGFTGAFVGLWVQDLAAEGGFADFDHAAYHPASEPESDASRP >MBR4375795.1 HAD family phosphatase [Spirochaetia bacterium] >MBR4437207.1 HAD family phosphatase [Spirochaetales bacterium] >MBR4796223.1 HAD family phosphatase [Spirochaetia bacterium] MELKGVIFDMDGVIVNSEPLHVKFECDILKSLGVDFPKNGLAEYAGLAMDKFWLSLKEKYNLQQPVEELLAYDTAMRAKAFREHDDFDAPAGVISLIKSLKREGIPLALASSSHTLVIDAILDKMGYRKYFDVVVSGFELKNGKPAPDIFLYAADLLGTPHAENLVVEDSANGVLAAMNAGMKCLGYQNPTNPTRQDLSMADLVSDNFESVTVDQLRKVMES >HCD1639688.1 DNA-binding protein [Escherichia coli] VNLSHILIDSLDDAKVNLAPVIVSILETFLKSPYINDVRILDWCFNKSMQYFDDSAKIKHACSVINHIDFSRDQSKDFSCDQSKIKIAETLFFNLDKEPYKNSRKLQELIWDKLVAYVNDFSLSNQEKSRLILRLFDDVKLLFNEVPVSILVNDIFLKDFFMKQPDFAKWYFYQLLKCYEGEQLYLNELGYVYGDEEKTKEIVNKLPGYVVKIFEEKMVNELKIRTRMMK >MCQ2150528.1 phospho-N-acetylmuramoyl-pentapeptide-transferase [Bacteroidales bacterium] MLYHIYNFIKEFDIPGLGLMNFLSFRAMLANVISMLIAFFAGKSIIKALQRHQIGETVRNLGLAGEGQKKGTPTMGGIIIILSMLISVLLVCDLSNIYVQLLVLTTVWCGAIGFADDYIKVIKHNKDGLSPKVKLIGQFSLGLVIALAMCFSPAIKMDEIVTTIPFVKAHEFDYSWLSPFSGQIGTYCSWGIYMLMIIIVIAACSNGANLTDGMDGLAAGTSAIVGIVIGVLAYLGGNLLNSDYLNIMYIPGSGEVAIFMSAFVGALLGFLWYNTYPAKVFMGDTGSLTIGGVIGVSAVLIRKELLLPILCGIFLIESVSVILQKFHFKRTKKKYGEGKRLFLMAPIHHHYQKKGIPEPMIVVRFWLVAILLAIGSLAMLKLR >CAI2795006.1 Putative gluconate transport-related membrane protein [Pseudomonas fluorescens SBW25] MVVNVLVGLAGERALTQGHEDHRAIGRIHRHGLQNCHLHAKPLLPLNAPKVRLNALAQLYQVCFSNRKQKETIFPTCSIRSPVLELSTAAWMVHDTRLMLCVLLAIASIIVLISATKLPPFLSILIGTFIAGVGAGLPPEEVAKAFSKGAGAILGEAGIIIALGSMLGALMAESGAADRIATTLLGLGKGKSLPWVMALVAMVIGLPLFFEVGLVMMVPIIFVMAKRSNQPLLKIAIPALAGMTTLHALMPPHPGPLIAVGALHADLGLTMLLGFCLAVPAVILAGPLYGNWLSKRLHVDEPADIGALFSAPPKAPRQPSFGVSLLIILLPVILMLGSTLAKVALPAESTVGLTLKFLGEPLIALGLAVIAAVICLGWAAGMPRAEVGNTLRKALAPIAVLLLTIGAGGGLKQTLLDAGVSQTISKVAEGAHMPYLLLAWLIAVALRQATGSATVATTTTAGILAPMMAGLAATQSSLVALAIGAGSVFFCHVNDAGFWMVREYFGLQLKQTIWVWSVLQTIVSVVGLIGTLLMWHFLT >MBE6900854.1 tryptophan synthase subunit beta [Oscillospiraceae bacterium] MSKGRYGDFGGQYVPETLMTEIHKLEEAYEFYKNDKDFNEELDKLSREYAGRPSLLYYAEKMTKDLGGAKIYLKREDLNHTGSHKINNVLGQALLAKKMGKTRIIAETGAGQHGVAAATAAALLGLECEVFMGEEDTIRQALNVYRMELLGAKVNAVKSGTKTLKDAVNEAMTDWCKRTHDTLYVLGSAVGPHPFPMIVRDFQSVISREAREQILEKEGKLPAAVLACVGGGSNSIGMFYNFINDESVRLIGCEAAGRGVDTDETAATFATGSTGVFHGMKSLFCQNEQGQIAPVYSISAGLDYPGVGPEHAYLGTSKRAEYVPVTDDEAVDAFEYIARTEGIICAIESAHAVAHLIKLAPTLSKDDIVICCLSGRGDKDVAAIARYRGVDLHE >AHG02917.1 glutathione ABC transporter permease [Halobacterium sp. DL1] MLQFLIRRSATVLLVLFGVSVITFGLMFVTPGDPAETIMRQQMGGRAPSEEAIDQFREEHGLDNPIPVQYVDWATDVVQGDFRQSYFQDTKVSTMILNRVVPTTELALAAIAVAVAIAIPAGIISAIHQGQPPDYLSQFGALLGISMPNFWLGYLLIIVFSVQLDIFPVAGVGGLDHLVLPAITLGTGMAAIITRLVRSSMLEVLDEEYIQTAHSKGLKEKIVVYKHALRNALIPVVTIIGLQFGYVLNGAVVIEIVFQRPGLGNLLIQSIFSRDYPVVQGLVLVIGAIFVLTNFAVDIAYRLIDPRISFEGGNQ >MBQ6038336.1 bile acid:sodium symporter family protein [Bacteroidaceae bacterium] MIAVIQKLSRWLSGHASIVVIAAAILSFFLPQLFAWVRGNTQTVILGIIMLTMGLTLTTQDFRILARRPFDIFIGACAQFFIMPCVAYLLVHVFRLEPALALGILLVGCCPGGVSSNIMSFLCHGDVAFSVGMTCASTLLAPVMTPLLMQLTAGAIIEIDAVGMFLNILIVTIIPVGIGCFLNYTYSHRNSFPVIQSMMPGLSVTCLAFIVGGVVSTVHDDLVARGLWLFLWTFLVVFCHNSLGYLLGWTVGRLARFNTAKKRTLSIEVGMQNAGLATVLAGTFFAAQPLSVLPCAISCAWHSISGTILAGIYLRWDKRKKN >WP_279293890.1 MFS transporter [Arthrobacter humicola] MRRATLASSVGSALEYYDFYIYGLASALIFGPLFFKPLGEDGALIASFATYGVGFAARPFGGMVFGYIGDRFGRKMVLILTIGLMGTASFAIGLLPTYEQAGMLGAVLLVTLRILQGLGAGAEQAGATTLISEVAPRRRRGFFASLPFVGIQLGTLLGAGTFALIAMADKAVLEGWLWRVPFLASVLLVVVAIFIRLRLKETPVFQELEKHKNVVKNPIGQLWKHSKKNVLIGIGLRMGENGNSSIYSALLIAFLAAKDGVFPGDKFIGPVGLLIAAGFAAVMVITFGALSDRFGRVPVYRYGALFQALIALPAFYLVTLGNVTLVWIVMVVGIALGVQSMLGPQCPLLPELFGSQYRFTGVAMSRELSAVLAGGLVPLVGAALLAATDHSWLVLAIYSLVLALISFVTTFFTPETVGRDLLLTEDAH >QNW05614.1 beta-channel forming cytolysin [Staphylococcus aureus] MFKKKMLAATLSVGLIAPLASPIQESRANTNIENIGDGAEVIKRTEDVSSKKWGVTQNVQFDFVKDKKYNKDALIVKMQGFINSRTSFSDVKGSGYELTKRMIWPFQYNIGLTTKDPNVSLINYLPKNKIETTDVGQTLGYNIGGNFQSAPSIGGNGSFNYSKTISYTQNSYVSEVDKQNSKSVKWGVKANEFVTPDGKKSAHDRYLFVQSPNGPTGSAREYFAPDNQLPPLVQSGFNPSFITTLSHEKGSSDTSEFEISYGRNLDITYATLFPRTGIYAERKHNAFVNRNFVVRYEVNWKTHEIKVKGHN >MBQ1868746.1 response regulator [Selenomonas sp.] >TYZ25144.1 response regulator [Selenomonas sp. mPRGC5] MQPVRMNDIAKHVVFSQTKKLTPRALMKTYIDSFVHPDDAADMMRLTDLDYLQKRLAEEPFVVQLYRTRQNGIDTYFRLRIVKLTQRPILVCAFENIDKEVREKKRTAHEREQYNMLINGLSREYSSVWYIDATLNLVSLVRTNTKSVTTKRVLEDVKEISYEKAIHNYIDKFVVPEDRKRLYQQTSIKELLKHIPHDGVYRIDYARTNLDGKRCQFQACFARDISVKGTPCFIAGFRDVQSMFMAEQKKQQELAEARRVAEEANAAKTNFLFNMSHDIRTPMNAIMGFRDLVEKHQDDPERCHHYLTKIKEASKVLLSIINNVLEMARIEKGSLALENNVFNTHEFANTIFSVVEELMKAKQLEFSCEVRVEHAYLYGDTTKLREVFLNILSNACKYTAPGGSVHLVCEELPGSKEGWGIIRTTISDTGIGMSEDFLPHVFDEFSRENNTTSTKIEGTGLGMSIVKKLVTFMDGTIEVTSEKGRGSTFVVSIPHQFAKSSEIARQKNAEPGVASLAGISILLAEDNEINAEIAMTLLQEAGIHMERAADGKECVEKLQTVPAGTYDLILMDVQMPNMNGYEATRAIRALPDAKKAGIPILAMTANAFAEDRQAALDAGMNGHIAKPIEMPVLLRSITELLDNSRENRIISN >EED80871.1 predicted protein [Postia placenta Mad-698-R] MPPKSVFRQPGTQHFQLVHRSQRDPLIHDPEASQHVLKAFERGNVVKGKSRADLERILPSADLAHDTERANIGEAAVYGVYYDDTDYDYMKHLRPVGLQEDGVDSILIQAPSKPQPKGKGKAPITLLDLPPEALPSTAEAPRNFESQENIPSSIAGFQPDLDPHLRQVLEALEDDAFVDEGLDEDFFGELVAEGELAAGENLEFEFQEEGIEGDERAEVSAASAEEVVEDGEEESWEARFSKFKKAQKAQPRSEGSDIDDFSEGGDTVGSLPQMSVIGGKRRRRGASDASGYSMSSSSMFRNEGLTMLDERFDEIQKEYDSDEDEEADDMSDASGEAPELITSREDFDAIMNEFLDNYEILGGKMRPVLAGETAADKLDTFRKALGQVHLREHDEDSEEDDILMPLDIDEKKDTWDCETILTTYSNLENHPRLIKSRQDKPVPKIRLDPKTGLPVVLGKQPASRREDDATSSSGSDTEDGSRVQRVTVTRPKNESKEDKKARKQAIKVERQVRRADKKATKEQFSVEAKRQNRTLANKEKSKAKQL >WP_083944445.1 lipid A deacylase LpxR family protein [Variovorax sp. WDL1] >PNG07808.1 DUF2219 domain-containing protein [Stutzerimonas stutzeri] MPLNFPRRRTAWTIVVIAAGLCSLPLEAFSMCEFGTQAYLVRFDNDLMTSRNIDGGYTSGIRIETFGDLARRATPIDELMDGIAGSGIGEPCVTDNAGGRGLHSWFIAQEIYTPAVIEVAEPQPDDRPWAGALYVGRSWEAVGRRGGALAARRIEMGLGFVGDASLARQAQERVHRITGSDTPKGWDNQLHNRAAAAVRVLERRRWGNDHADLVAHAGGMLGTLQGYAHAGATLRYGRFGCEIATRGVVSHVLRVSEAGGCQRASDAARYFGFIGIDVRAFAWNEVIDGKPCRGVSHVRSEHLAGELRAGFSYGIGRWTNTYLMAWRRAEYSVPGMPHPPSVNYASIVLLYE >DAS51312.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MAKSNKPKNNKSVLENTQNQEETVETTEEESQEETQVDTENSEETTTTTEENTENASEGSEEAPVTPASEEQPVDKYEASRNIDLDESYTLVKSTLARQDIGDDEKLEIISNGTNIAYKAVIEEFEEYNTAVVNGLTNDPTAFANKVHELFGRLKRILDDEDTYVSNAKLMILLLLFRKYYQTSFVPSIYSLYAEYFPGTDHDYLEYQYVMTTLSTLAHNKDPEVIKRRINFNKPDFKYGKKLEELFINLYN >EGH2885952.1 biofilm-associated protein BapA [Salmonella enterica] MRLLAVVSKLTGVSTTVESSAVTLNAPSIVKLSVAREEISQLTRINQDLVVRLHSGETITIKNFYVTNDLGASQLVLAENDGTLWWVENPQAGLHFEQIADINELMVTSGASHEAGGAVWPWVLAGAVAAGGIAAIASSGGGDSHHHSDGDNPPPDNTNPDGNPPDNSNPGGSTPNGNTPGSSNPVDTTPPLAPGELLISADGKTVSGEAEAGSTITIKDPSGNVVGEGKADSDGKFSIDLTAPQISGEQLTVTATDDAGNTGPSATIDAPNVPLPDTPAITAAIDDAAPLTGTLSNNQFTNDNTPTLEGTGSTGTVIHIYANGQEIGSTTVDASGNWHFAITSALADGENHFTAIATNVKGESSESARFTLTIDTLSPDAPRVELIADNTGLLTGPLQNNDRTDEAKPLFSGQGETGNTITIKEGSTVIGSATVDENGRWTFTPTTPLRDGEHTFTVEQSDKAGNTSRVTTTPTIIVDTTPPDAAIIDNVAKDGTTVSGTAEAGSTVSIYDPAGNYLGSTITGENNHFSITLNPAQTHGERLEARIQDAVGNIGPATEFTASDSQYPAKPTILTVTDDAGVVTGLLKNGDATDDNRPTLSGTAEPGSTISINDNGFPVATFPPIVADADGKWSFTPSLALADGDHVFTATATNDRGTSGQSVSFTIDIDTQPPVLEGLAVSDVGDRLTGTTEAGSTVVIKDSLGNTLGSGTAGDDGTFSIGISPAKINGETLSISVTDKAANSGPVETLNAPDKTAPAAPDGLTVATDGLSVSGQAEAGATVTIRDSSNTVLGSAVANGNGQFIVPLNTAQTNGQALIATATDVAKNESAAATVIAPDSTAPEMPKNVVISEDGTSISGTAEPGSAITIATPDGKPLGSGKADGEGHFTLPLVPAQTNGEQVTVTATDSANNVSPPTTAQAPDITAPDKPIITQVLDDVESFTGPLVNGQTTNDNRPTLSGTAEAGARVEIFDNGVSLGLATLQPNGTWTFTPSQNLGEGAHRLTVIATDAKGNASPAASFDLVVDTQSPQQPVITFITDDAPGILGSVAHLGLTNDSTPTINGTGEPGSTVHLYQNGARIADIIVGNSGVWSYAYTTTSPLADDTYTFTVTASDSNGNTTPFSTDFTITIDTQAPAAPGVIGVADGDGNTIDTNQITQESQPRLSGSGTAGDTIILYDNGNAIGQALVGTDGRWQFTPPAALGDGDHLLTARANDPAGNESPESLSFTLRVDTQAPDAPQIVSAAITGGEGEVLLANGSITNQRMPTLSGTGEPGAIITLYNNGVELATVQVNPQGSWTYPLTRNLSEGLNILTATATDAAGNSSPTSGVFSVTLDTQPPAQPDAPLISDNVAPVIGNIGNNGATNDTTPTFSGTGEIGSTIILYNNGSEIGRTTVGDNGSWSFTPAALTPETYTITVTETDIAGNISPPSASVTFTLDTTAPANPVITFAEDNVGEVQDTIVSGATTDDNTPVIHGTGDIGSVITLYNGSSVVGVVTVDETGTWTLPVTSALPDGVYTLTAIAADAAGNSSGVSNSFTFTVDTVPLQPPVVNEILDDVAPVTGPLTDGAFTNDRTLTINGSGENGSTVTIYDNGVAIGTALVTDGVWTFNTPELSEVSHALTFSATDDAGNTTAQTQPITITVDITAPPAPTVQTVDDDGTRVAGLADPYATVEIHHADGTLVGSAVANGTGEFVVTLSPAQTDGGTLTAIAIDRAGNNGPATNFPASDSGLPAVPAITAIEDDVGSVQGNIAAGGATDDTTPTLRGTTDIGSTVEVFIDGDSAGFATVDASGNWIFEIATPLSESTHYFTVQATNANGPGGLSAPVGITVDLSAPAQPVITSATDDVPGMTGTLDNGALTNDSRPTLNGTGEAGATIRILDNGVEIGSATVDQSGNWRFTPNAPLESIAHIFTAVATDPAGNSGQPSDGFTLNIDALAPDVPVITSVIDDNNQPTVPVLPGQSTDDRQPILNGTGEPGATITIFDNGTPLGTAQVGENGSWTFPVPRNLSEGSHNLTVSATDPAGNTSAVSAPWTIVVDITPPAIPVLTSVVDDQPGITGNLVSGQLTNDATPTLNGRGEAGATINVYLDGNSASIGTTTVNSDGTWSFTPQTPLANGSHTFTLSATDPAGNSSAVSSGFVLTIDATPPAAPVIASVADNTAPVTGIVPNGGSTNETRPTLSGTGEAGTTISIYNGSALVGTAQVQANGSWSFTPSTSLGAGVWNLTATATDAAGNTSAASEIRSFTIDTTAPAAPVIDTVYDGTGPITGNLSSGQITDEARPVISGTREANTTIRLYDNGTLLAEIPADNSNSWRYTPDASLATGNHVITVIAVDAAGNASPVSDSVNFVVDTTPPLTPVITSVSDDQAPGLGTIANGQNTNDPTPTFSGTAEAGATITLYENGTVIGTTTAQPDGAWSVSTSTLASGTHVITAVATDAAGNSSPNSTAFTLTVDTTAPQTPILTSVVDDVAGGVTGNLANGQITNDNRPTLNGTAEAGNVVSIYDGDTLLGVTSANASGAWSFTPTTGLNDGTRTLTVTATDPAGNVSPATSGFTIVVDTLAPTVPLITSIVDDVPNNTGAIGNGQSTNDTQPTLNGTAEANSAVSIFDNGALVATVNANASGNWSWTPTAALGQGGHAYSVSAASPSITIIVDTIAPGAPGNLVINATGNRVTGTAEAGSTVTITSDTGVVLGTATADGTGSFTATLTPAQTNGQPLLAFAQDKAGNTGIAAGFTAPDTRVPEAPIITNVVDDVGIYTGAIANGQVTNDAQPTLNGTAQAGATVSIYNNGALLGTTTANASGNWSFTPTGNLTEGSHAFTATATNANGTGSVSTAATVIVDTLAPGTPSGTLSADGGSLSGLAEANSTVTVTLTGGVTLTTTAGSNGAWSLTLPTKQIEGQLINVTATDAAGNASGTLGITAPVLPLAARDNITSLDLTSTAVTSTQNYSDYGLLLVGALGNVASVLGNDTAQVEFTIAEGGTGDVTIDAAATGIVLSLLSTQEIVVQRYDTSLGAWTTIVNTAVGDFANLLTLTGSGVTLNLSGLGEGQYRVLTYNTSLLATGSYTSLDVDVHQTSAGIISGPTISTGNVMADDTAPTGTTVTAITNANGVSTPVGAGGVDIQGQYGTLHINQDGSYTYTLTKPTAGYGHKESFTYTITQNGVGSSAAQLVINLGPAPVPGSVIATDNNASLVFDTHVSYVNNGPSTQSGVTVLSVGLGNVLNANLLDDMTNPIIFNVEEGATRTMTLQGTVGGVSLVSTFDLYVYRFNDAIQQYEQFRVEKGWINTLLLAGQSQPLTLTLPGGEYLFVLNTASGISVLTGYTLAISQDHTYAVDSITANTTGNVLTNDVVPTDALLTEVNGVAIAATGTTEVNGLYGSLIIDARGNYTYTLKNGVGADSIKTPDSFIYTVKAPNGDTDTASLNITPTARALDAINDVSDTLSVATLQDTAAWLDSSVGSASWGLLGKSGSGSGTFDVATGTVLKGASLVFDVSTLITLGNLNISWAIQENGTVIRNGTVPVANITLGSATVTVNLSGLELDAGTYTLNFTGTNTLAGAATITPRVIGTTVDLDNFETSGTHTVPGNIFDGSDAAGAMDQLNTVNTRLSISGYNGSAATLDAAANTTSATIQGHYGTLQINLDGAYTYTLNNGVAMSSITSKEVFTYQLDDKMGHTDSATLTIDMAPQIVSTNQNDVLIGSAYGDTLIYHLLNGADATGGNGADRWQNFSTAQGDKIDIHELLTGWDHQAATLGNFVQVHTSGTNTVISVDRDGAGSAFKSTDLVTLENVQLTLNDLLQNNHLITGG >MCP4417814.1 DUF4111 domain-containing protein [Chloroflexota bacterium] MNKPTPYTDLNLVLQELASSVQATLNANLIGFYLQGSFAAGDFDEHSDVDWLVIMQQDLTEMELAALQAMHQRIFGLPIPWAQHLEGSYFPLKMLSRYNPVEDRPFYLDNGSQKLERSDHDNSWVVRWTVREHGISLVGPPPKQIIDPIPPEALHQEVVEVMHNWGAEILDGRYQINSRWGQPFATLSYCRMLQTLANGRIESKKAGVIWAQAHLPAQWHRLIQQAWLERANPWEKVYQPAKPKAVAETKAFIRFALTANMRS >WP_230700203.1 glycosyltransferase [Flavobacterium sp. ENC] >MCD0464368.1 glycosyltransferase [Flavobacterium sp. ENC] MNNSTVLLIPYYNNSEGLLKSLRSIDPDEEIDIIIVDDGSISDKFDEDIVRSNFKAKGTVLFEYLENNKGIETALNSGLRTSTEKKYKYIARLDCGDSCLGKRFAVQKAFLEENPEVKIVGSNVLAVDTNAHFLYSINLPLDDSNIKKKMYLNSMLIHPAVMFCSEILDSVGLYPLNHKFAEDYAFFFTISQKYKMANIKEYLTQIEINANGISLKKRKQQVRSRITIIKKHFYFGFYPIYGLLRNYVLLFLPYNLILAVKKIRK >XP_020469382.1 tetraspanin-2-like [Monopterus albus] MDKSGGTMSKVQGGMKCVKYLLFIFNFIFWLSGLLVLAVGLWLRFDPETVELLTGNEAPDSFFIAVYILLGAGGLMMIVGFFGCFGAVRESQCLLASFFACLLIIFGAEVAAGVFGFLNKEQIVEEVQKFYSSSFNDVTSPNGTAIALIYHKTLNCCGTSQSDVTNTQCEDDSSQGKQDCLAAITNFFNDKLYIIGYIGIGIAGVMIMGMIFSMVLCCAIRNSREVI >MBR5475092.1 cell division protein SepF [Lachnospiraceae bacterium] MGIFGKLWGDESEFEEDNDLGFEESMPRSKKNSDTIEEVSIDAPRKGNKVVNIHATAQLQVVLVKPERFDDASAVADHLNAKRTVVLNLEGANKDVARRILDFLSGVAYANDGQIKKVANCTFIITPYNVGLMGDLLDELENNGLYF >NQD93247.1 DUF962 domain-containing protein [Pseudomonas sp. CrR25] MATQTHDRYTSFAEFYPYYLQEHSNPTCRRLHYVGSLLVLGILTYALASQQWLWLLAIPLAGYGCAWVGHFVFEKNRPATFQYPLYSLMGDWVMLKDAFTGRIKF >MBW0490175.1 hypothetical protein [Austropuccinia psidii MF-1] MRLLRQLVCYLGRFRLLIKLLLLNPWCVLGSLLGKKESFQVMYGPNDRQSGLLDDIFNLSPAKTNDNYLESGCCHETKDSDFKEISNQHSGQNQDQKLNNAPNQQHFAGSPSGSFKSWPLREFGTVQIPQKSSPSSFSVDYQSAGHKASHPHEPNDGGTTFSIGLVNDKESYSSNGEKTDSLPSTSSELSPLASSFGLEPHPESIKETQTTSMVKSIRPVVSVFPLETRSGWAADFGNSPELLIQYLESQTNGLSPLWSNLQSALRPFEFLCKFDNLGAIEQQNEDFKSVVDAIVWHQSHRPRTTSQTDRFGQLPIVYTLLHSKNPQKGYLALSPKGAKRSLSVSITGRNFNRLTKRTLFYLSNSLNKVKTPYFREKMKKEMLEWLLHAVLRRTDGLPLVGVTTKLVDELQEEDFTIAQKLLMCALTANKFEEVADSTSLSLIAIFYQEKEPELWTEYFRSELEFWKLTFAEVLKGQYGADPTFWLTPKEFENFNALKLMCPPDTNTRKRKLKPNEQKPRTMLRLEEDELGLIKIA >MBT5105952.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] >MBT6114179.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] >MBT6594433.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] MASTEQAQLPTVSDDILADIPHCVARALEEDIGSGDITAQLIPQQQRASALVISRDQAVICGRPWVDEVFRQLDSATAKQTDEPLESTQIEWHINEGESVSPNQKLFTLHGNTRVLLTGERAALNFLQTLSATATTARQYADISLNSANSQIKILDTRKTIPGLRLAQKYAAAVGGCQNHRIGLYDAFLIKENHIAACGGIGQAIAKAREIAADKLVEVEVETLAELHQALAAKADVVMLDNFSPADIEALSSIDLGETKIEVSGDITEEKINAYSHGAVDFISSGSITKHIRAVDLSMRLVD >KAJ5673421.1 hypothetical protein N7507_002548 [Penicillium longicatenatum] MHLAEYLFRRIHEINIRSIFGVPGDFNLTALDYIEECGLHWVGNVNELNAGYAADGYARIRGMSAIVTTLGVGELSALNAIAGASAELVPIIHIVGFPSTAIQEKKLPFHHTLADGDFESFMKMSERISAAVIQLKDPLEATKMIDDTIVECYRSSKPVYIGLPMDLVKAEIDSSPLEKPLLLRPPSTSTTATEEHVVKTIRERLFKAQNPVVIVDSLAGRYEGLHITRSFVEKSNLPCFAFPMAKGIINESLPNYRGIYAGGVSNPGVQEAIQASDLILLIGPRPSDLNTGAFKSDVPDIDTIVFHRDTVKMVEETYSDLSMENVFGKLSDAICASTSNTASNSYSSSPLSSPASSLGTKAPNISLDEADQAIPGKKLDTSAGSIEISQEWMWQRISSWLEEDDIVAMDIGTSALGGVWCHHPRGAQSLFQLLWCSIGFALGATVGAAIAAREQLEEFETKQKRRTILFTGDGSLQMTAQEISTLVRQELGVIIFVICNDGYTIERFINGWEKSYNDVQPWDYKLLPQVFTPKPDFVRTYSVRTRDELEALLTDDQFGPAGNFDEAQPEPLRLVEIYIDKHDAPQTISDMISAIHGKTAN >GBC87342.1 23S rRNA (guanosine-2'-O-)-methyltransferase RlmB [bacterium HR12] MNPGRRSGGARRPATFALGGRRAALEAARAGLAEEILVATDARPTPGLRELLTAAAAAGVPVVEADRRILDRHAADHRGVVVRLRPPPALSERDLASWPFPEDAVVVVLEGVEDPQNLGAAARSAEAAGAAMLVTRARRAAGVTPGAVRASAGALLHLPHARVANVPRALERLRDLGFTVIGLDGAAPRSVYDEPCPPGRVALVVGSEERGLSRLAREACDLLVSLPMAGRVGSLNASAALAAALYAYVVPSRRRA >WP_097242040.1 MULTISPECIES: restriction endonuclease [Streptomyces] >RAS30001.1 restriction system protein [Streptomyces avidinii] >SNX77724.1 restriction system protein [Streptomyces microflavus] MSRRSNGLVGAWAEAQRQLQRQHEAQHRAAVQGAREQERLQRAHERDMARLHREQQAEYRRRREADARRRTEELEARVGVLEGLLAAGSRVSAFRTASLGRAEEIEPFAPGQLACPVPMPDVNRYQVQGGWTAGRRAQAQQEAHARYQQDWRAAQAAEAQRQQQLAAYRRQYDDWAQGQLSEIRRHNAGVSELAVALRRGDAGAVVEYFSAALYSSSAWPAEFPRQVTVAFDPAGRQLVLDWELPGFTVVPESKSVRYLVGSDTEKETPRPVGQRRALYRDVLAQCVLLVLRDVFAADEFEVVESVALNGFVHDIDPATGRQASVCLSTTMVSRTEFGGLNLEQVNAVDCLTGALRGQLSARPDQRLAVRPGRIPAELESGSVSHGGGAEPDLLEMDPIEFEGLVAELFRARGMHAVTTQRSNDGGVDVEAMDPDPISGGKIIVQVKRYRNTVPPSAVRDLYGTVQGAGANKGVLVTTSGFGPGSYTFAEGKPLTLVSGTELVDLLRRCGLRGRLPGAGGAGVPAQRSSPEGEPAGEHNVLGMTWSGGVALDVCALVCRGGRVLSDDHFVFFNNPRTPDGAVRAVPGFAEDRAALSVSFDALPAEADRVVLVAAVDPEAEPSGDLAGFTQACIRLRDARGVELDRLEVSDGRAGEVALVLGSFRLRGSGDWEFVSGGRGYADGLGALLQEYGIEVA >WP_126547421.1 TonB-dependent receptor [Pseudomonas aeruginosa] >RTU10517.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9701829.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9720772.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9766852.1 TonB-dependent receptor [Pseudomonas aeruginosa] >HBN9888529.1 TonB-dependent receptor [Pseudomonas aeruginosa] MPDVRLSSRSLTPVLCAVGLACALQGEVQAADGGPRDVATAPRVFDIAPGELAEVLLNIVRQGHVPIAFDQRLVAGLRGPDIRGRLSVEDALRRALAGSGLAYAQDESGAFVLRRGQAPEQETRGAAVAPTLSTVVVTGTRKSDVRAQDSLSPIDVVSATQLRSSGAVDLRDALVKLLPSLTRQAQPFNASALTHTQSLRGLSPNHVLVLVNGKRRHETANLNISGGLEKGSTGVDLDTIPINAIERVEVLRDGASAQYGSDAIAGVINVILKSADHGGSASADVGQTGDGDGFTHGGGGNIGLAFGDSGFVNLTAEYREQERTMRSGIDERTGRRDNISMGDPAFHRQSLALNSGFGLGDDIEVYGFGTYTRRKASSAANYRLASVAPTLYPDGFTPRPNSDEDDYAFLAGMRGERLLDAWHWDLSSGYGADRPDIGMTQSVNAAIYRETGNSPRSFDLARYRNSQWTSNLDLGREFQLDFLAAPLALSLGAEYRRESYRIDAGDPASYYSGGAESLAGLSPLSEGQWSRHAWASYVDLGTSLTPAWEVDVAVRHEKFSDFGSTTNGKFATRYQFDPRVALRASVSSGFRAPSLVQEHYTGLSVGPTIALGLLAANSPAAKMLGADELQPEKSTSFNLGLVLNPWENVGLNIDAYQIGIRDRIVDSATYSGQEAIDALAAAGISLPASASTVSTHYLANGADTRTRGVDITGHYLVALGEYGQVDWELSANFNRTTLRKNHRGANGEPLLNAQQVAWITSSTPRSQVSLGGTWSRQDWEVSLRLTRYGRTSSELDYTVGPDAWSTEKFNHFVNDPKYITDIAARYRLSADLTLTAGADNLFDVRPDKLPAQNTTYGDVLRYDTYASQIGFNGAFYYLRAAYRF >WP_093699720.1 type I-C CRISPR-associated protein Cas7/Csd2 [Streptomyces sp. MnatMP-M27] >MYU09148.1 type I-C CRISPR-associated protein Cas7/Csd2 [Streptomyces sp. SID8361] >SCF59302.1 CRISPR-associated protein, Csd2 family [Streptomyces sp. MnatMP-M27] MTAPHLDPTRKIDFVFLLEARDSNPNGDPDAGGMPRTDPVSGQGLITDVALKRKIRNTVSLLNEEDKKPGYDIYVEAGIALNAQHERAYAADALGGEASQLDAQQWMCRTFFDVRMFGAVMTTGKKDRQAGRVRGPLQLTFSRSIDPVTPLEYGITRVTPTKQEDINAGKVTEMGSKHIVPYGLYRGEGHFSAPLAARTGVTTDDLTMFWRAFTLMFDHDRAAARGELNLRGLYVFTHDDPYGKAPARQLLDRITVKGPGDATARTFHDYHVAVDETELPQGVTLTTLIG >ECC1749556.1 transketolase [Salmonella enterica subsp. diarizonae] >ECI2916795.1 transketolase [Salmonella enterica subsp. diarizonae] MSSRKELANAIRALSMDAVQKAKSGHPGAPMGMADIAEVLWRDFLNHNPTNPSWADRDRFVLSNGHGSMLIYSLLHLTGYDLPMSELQNFRQLHSKTPGHPEV >WP_145544593.1 sensor domain-containing diguanylate cyclase [Yersinia massiliensis] MISTKIFRLDLGRLILILAVMSAFVTLANNFYASYKVQRQLLIDNTLEANRVYATKLASSTEIFLKSAQRQLHYSSMIAAQHFDDPKILQAETARLKYQTDSFNSVVITDVHGIIRATSPDSLQLLGHALSSPGSIEALKLRQPIISKPYVSAANNLVVNISTPIITPDGHYRGYIGGTIYLRKQSILNELLGEHYYRDGSYIVVLDKDRRILYHRDTSRIGEVLEPKPLTEAPKTANNGSLMVTSTSGESMLAGYAMVEPSGWEIITLRPEAVTLKPLEGLMLKGLAHIAPLALFTLLAVWLLSRLIARPLWLLAGSANDMDKPDIAVSIKQIPSWYFESTQLKRALLIGISLLQKKIGKLKFEAQTDPMTGLYNRRGLATTLEPIAQLGQPFSVIALDIDHFKLINDSYGHDVGDEVIKQLAMQIRDSSRDTDILCRSGGEEFLMLLPGTTLDVATQVANRLRHNVEVMVMPNVHPITISLGVAFWRGEGMPEDALKLADEALYRAKQQGRNRVEIG >WP_203771012.1 chitinase [Actinoplanes deccanensis] >GID77240.1 glycosyl hydrolase [Actinoplanes deccanensis] MSSPDSAAEPRRRLSVPRILLVVVVVAAAVCAPFAFRTVKDRLDAGAAQVSSFAPYVDVTNTPQFSFEDASANAAGTVVLGFVVSSTDVVCRPSWGTAYSLATASTGIDLDRRIARLRQRGGDVTVSFGGASNKELASACTDPAKLQAAYEAVVDRYGITSVDFDLEDGGETAAVMARRAAAVRAVQRKRVAAGKSLDVWLTLPVGTAGLTSVGVAELDAMLAAGVEVAGVNALTMNYGSPGTGRTMTSLVEASLTSLAGQVVTSYRKIGTTLSAEEGWQRVAATPMIGQNDTADERFQLSDASALLAFAREKGLRRLSMWSANRDNNCGVNYVDTTIVSTSCSGLDQERGAFTALFNEFTATTPTKAPASAAAPPSDDPATSPYPIWNELTAYAKNAKVVWHHNVYLAKWWTQGDTPDAPVTNAADTPWTLLGPVLAGETPLATGSSTVTATAYATWNPAATYVAGDRVQYHNVVYQAKWWTLGDVPGAAVSDPSDTPWEKL >HBS26035.1 50S ribosomal protein L29 [Gammaproteobacteria bacterium] MKASELREKTIVELNEELISVRQEQFNLRMQQASGQTPRPDQITLARKNVARILTIVKEKQLEGNKA >WP_263867815.1 type-F conjugative transfer system pilin chaperone TraQ, partial [Escherichia coli] VHKYKFSLPRLDITGMWVFSLGVWFHIVARLVYSKPWMAFFLAELIAAILVLFGAYQVLDAWIARVSREEREALEARQQAMMEGQQEGRHVSH >WP_002803816.1 GrrA/OscA1 family cyclophane-containing rSAM-modified RiPP [Microcystis aeruginosa] >CCI38064.1 Similar to tr|P73642|P73642 [Microcystis aeruginosa PCC 9701] MNISNKTGLVGFLLALSAFGLTSTAQAASDEGNPIEARLSRLSSAVRERVNQLPSGTADPSLQALGWGDGGNRGWGNSRVGGWVDGRGGSFVNARPWRNGWSDGGGFFNSRPRWGNGGSFLNRW >WP_205186167.1 aldehyde dehydrogenase, partial [Burkholderia sp. LMG 13014] APTERRRLLLKAADLMDARIDAFIATGVAETGATPGWIGFNVTLAANMLREAASMTTQIAGDVIPSDVPGNLALAMRVPCGVVLGIAPWNAPVILGTRALAMPLACGNTVVLKASEACPGVHALIGAVLDEAGLGAGVVNVITHAAADAPELVERLIAHPHVKRINFTGSTHVGRIIARHAAAHLKPVLLELGGKAPVLVLDDADLDAAVDAIAFGAFFNQGQICMSTERVIVARPIADALVERLAAKARTLVAGDPLAGHPLGTMVDAGAAARAASLVEDAREHGARLPLGCRVEGATMQPVIVDGVTRDMRLYREESFAPVVAILRADSDDEAVALANDSEFGLSSSVFSRDVARAMAVARRIESGICHINGPTVHDEAQMPFGGTKASGYGRFGSRASIAEFTELRWITVQTTPRHYPI >NEQ77371.1 cobyrinate a,c-diamide synthase [Okeania sp. SIO2C9] MSLIVAGERSGVGKTTVTLALLSYLKWQNLQVQSFKVGPDYIDPMFHQYVTGKSCRNLDPMLTSEVYVQQCFARNIQDVDFALVEGVMGLFDGVSFNPHSPPLQREVEDEYDSILLKKGEKDDGDGCFPNFVFNPPCPPLERGVEDESDTCFPDFASTAHISRLLNVPVLLVLDCSRLSASVAAIAHGLISFDPTINFAGLILNRVGSDRHLQLLQNSLKFINLPVLGVLRRHQNITIPDRHLGLLPTDEMPDLDYLINDLADLAKTCFDWEKLLPLLKIQNEEYQHFLSRQILPNNTIHFSLSNVKNVEKKKSEFLIGVARDRAFNFYYQDNLDILEELGAKIVFWSPLKDENLPAGVEGLYFGGGFPEVFAQQLSENILMRKAVEKAIISGMPTYAECGGLMYLSQAIIDFNSKSWKMVGILPTTAVMGKNLKLGYRQAITNIDTPLLAANTQVYGHEFHRSELTEVPERHLYKMWRIDEDKNRSKATVEGWKFYQLHASYLHIHWGSRVDIPQRFINYLEEGRSKKEEGKRKD >MBQ1823017.1 hypothetical protein [Lachnospiraceae bacterium] MIIARYFDTFIIFSVIGWIYECLYCTLKGGHWENRGFLFGPVCPIYGSAVVIAQIVFRLLPELPSHSDYPIWAIFAICFVGSAIIEYSTSWVLEKIFHAVWWDYSDMPLNIHGRICFPASCGFGAAGVVVVRFIFPLIEKAAALTHPLLNEGMMLVFSMILGMDLALTVASLTKILERMNAAEEVFNSKIESGYQAVNARVESGYQAVNNRVGNGAQMVQDAAKDVMEGLTNRERYHLRSMRGYRPVRRATEVKEHAKNLFRAVQQKAIRRKENESTEDHIH >XP_020476240.1 nucleosome-remodeling factor subunit BPTF [Monopterus albus] MRGRRGRPPKQAAVMREGSPGPVRGSRGGRSRGLRGRGRGRGRGRGRGGSGGVCGTGSAEVDTEISGRENFHSSRGRRKVGASTTGAAAASRGRGGRGRGRGSRGGRGGRGGVRRPQTKVVYDDNSDEEDDNLSYRSDEDELLNDNPSSDLEEEEALGNDSDYLEALPEDDDASYCTESSSRSHSTLGSTPGRRRSRAMRPQSPIIEAKDVPPLELPKGSEDLLIPTSHLLNVSAVYEVLRNFGSVLRLSPFRFEDFCAALASQEQCTLLAETHISLLKAILREEDTSNTTFGPADVKDSVNSTLYFVDGMTWPEVVRAYCESDPEYRHILPFQEGEDYPYEPLESKIKVLQFLVDQFLATNIAREELMSEGVVAYDDHCRVCHRLGDLLCCETCSAVYHLECVKPPLQEVPEDEWQCEVCVAHKVPGVADCIPEVQKSRPFIRQLPIGYDRHQRKFWFLNRRVVVEEDGEQGDKAIWYYSTKVQLAELIDCLDKEYWEADLFAALEEIRDEVHTHMDITEDLTNKARGSNKCYLTAANEEILERLRAKREEELEEVKRRAAEEAQKARLEKEKKEPAEEEDEEDKLKDMGQQEGTVKDMTKEEEESKEEATEEKKDGVKDAVAEAPPPGQEGCSGSNLSDRPVLQVTSVPPQTNSASSDLATEAPKPQEAQPEAFLSNNREAENQSSDSVPVSGDGIPSLSQPSQPSEENSNSSMGAGVSLRGPEPPDLADKSSQSSLASLEDTGDSKDSANGETAGLSSKKSSATRMVTRLRNPDSKLSQLKNQQVAAAVHEANKGFKEGKEVLVVNAQGDITRVSTRSSKEVVMKGTLSQYFKLGQEGKYRVYHNQYSSNALALNKHQHREDHDKRRHLSHKFCMTTAGEFKWNGSIYGSKVLTISTLRLTIIQLENNVPAPFMHPNWASHRANWIKAVHMCSKAREFALALAILECAIKPVAMLPVWKDSLGHTRLNRMTSMEREEKEKVKKREKKLEDEETMQQATWVKYTFPIKHQVWKQKGEEYRVTGYGGWSWISKTYVQRFVPRLPGNTNANYRKELEDAKLGKKCTLLDLSRRPSVAAPEAQGTATLSSETKEQDSSSVSEPPTDHLMPAEDLAEEKKEEMQEKEKTEELLADESAAKMEVDPTDSRSDEEQKSSIQEDKVPVKEETTESLQRPFNYDVVDVSQGFLTRIAYKKKVKSSKLDSLLERRVKQHIIEEKQRQQVSASKSQTPTAVSPTSTPVLSTPVRPRSPLKPHTLTSTQLVMGETVKVEEKSSTTQTPGSGQVQGDNQVKLSETTDENVTPPLPSPVLVSTSKDGYSTGTCGDLASPQNQTTSLPQELDADRVERTTGPKETNSDSSGQDGVRLPDVEEITALGTRSSLEQHTASVPSDVTKAVHIEGAGSEIPSVDSVRTSTMVLDQKRSQNTTPSKAIPQNPPSLSSVHSHVEENGMGPEENQGNKQSRTLGDSTPNSVSPLPQVNGNDGLGSESMLTNSVMRSNNGVLTSSPQPKVNSTGKVDEQGLIVLPKDSTQQRPLVNGDLAPVNDSTDAGIREPTQASKVAIESKITVLDQDYKPPLKITRLENNIDVHAASTQSTVQHNNRSLFQSIALKSKPVVKIIRMAPSPIPSAEESSLSDDFAEENSNSGTTEPLKTIITQVTTTTTTVVSTEKRVGNAPSNTHGEIVSTTESSAVSTLTTMTKTTVTKICSSGLDGQSDDSQSETVTQQQRTTHSASISRSVTDTSGKTSVTSFAVSEDDSSSTKGRVHLLKFSRTKKMRSDTALPSYRKFVTKSSHRSIFVLPHDDLKALARRGGFREVAVFSYNAKPASDIWPYPSPRPTFGITWRYRLQTVKSLAGVSLMLRLLWACLRWDDMAVKPSAAVGTTRTETSDTEITTTEIIKRRDVGPYGIRSEYCIRKIICPLGVPETPKETHTPQRKGLRSSALRPKKPEPTKQTGPVVIETWVAEEELDLWEIRAFSERVEKEKAQAAEQAKKRLEQKPGSVTATPTGTPTTPVTMPKVIVGSLSGQGTPSTKVVLSTKMGTPVTFHQNKNFQQSFATWVKQGQSSQGASTETTVATSGGPTFQITGTSVGGKVVTTKLPLPANSKIVTVNMPTSQGAGGAQSYSPFQPRTTTLNIRPSTPSSQQQVLAAGGQIRPGMTVIRTPIQQTGPMGKTVLRTPLVVQQGQAGQQVVTQIIRGQAVSTAVSGASPVATVTGQGPASPTTGGQAGQTPPGAPRAQGQGQVKLTLAQLTQLTQKQQAGSGVDRQAGIGGTQQALTVMVQGQGQTTGQLQVIPHGVTVIPGPGQQLMQAALPNGQVQRFLFTPLASAATPTSTTATTVSGPPNSTFTKTPVQPAQQAAAPVQAGATPLAATTSPTSATPQGHLPPQTHAHMPIQSPASLQVKTPGGTTQVQLQQTPQLLSMSGLQQQVQVLAQLQAQQGGGSLPQHIKLQLPIQIQQSGATSAQGGQIGNVVTIQASSVQEQLLRIQQLREQQQQKKRQAAEAKREQALNAANQSDIIQKQVVMKQNAVIEHLKQKKTMTPAEREENQRMIVCNQVMKFILDRIDKDERQAAKRKKKEEVVEAKKRLANASKLSSLLYRHKESLKMEILKKRALLDKELQLEAQEELKRDLLRMRREKEKERAQAAAHQAALAAAQAAAQAALNQQQHTVEHAHGITITQHHLTATTTSTHKRKREEEREAAASAKSKKKKMISTTSTKESKKDTKLYCICKTPYDETKFYIGCDLCTNWYHGDCVGITEKEAKKMDDYICVECKQGQRGSTEELYCICQTPYDESQFYIGCDRCQNWYHGRCVGILQSEANHIDEYVCPQCQSTEDAMTVFTPLTDKDYEGLRRILRSLQAHKMAWPFLEPVDTNDAPDYYRVIKEPMDLSTMEERIQKREYVKLTEFVADMTKIFDNCRYYNPSDSPFYQCAEVLENFFVQKLKGFKASRSHNNKLQSATS >AYV78736.1 MAG: transcription initiation factor IIB [Edafosvirus sp.] MDKIINIEDINNLTDIDLRDIFEDIDFKKKAGVQTDVEKEIDICPNCNTADNIIDDSSAGISVCKKCGQVIGSLMDSNPEWRQFDDDTKTTVGRCSLPISQLLPQSSLGTSIGGLGRSRIKTLHGWNAMPYKERSLNIVLKEIQYRCHKGIILKCIEDDAKIMYKMVSESKHLKGKNKGKSIIIRGANRKSLIAACIFFACRRKGETRSPKEIADIFEMKYTEITKGCKTFLKLMKIRKKGKFDLNMNSSFPEHFVTRFCKELKIKKLFMDQALQITKNIQKLNIASVHTPLAVATGSILLMADLNNLSVLTKRKIAQQFNVSEVTIAKAYKKILPYKNALIDDALTDKIVISLQKNSDEIIIPDILKKRLELFTKDDKEKIKNKIDKIANEEMFYDEFEEFEEFDDNIEFLDDDEGFKYEYCDINADLTEYKNSIDLDIYEQLNNTDMDYYDLMNNYS >MCI54718.1 hypothetical protein [Trifolium medium] MLKLTNPFLEDVKECQKTDERLMKKLVLINEGKETNIKIDESGVMRFHGRVCVPDVPELKKMIKEEGHRSGLSIHPG >WP_062003339.1 MULTISPECIES: nitrile hydratase accessory protein [Burkholderiaceae] >AME25919.1 nitrile hydratase [Burkholderia sp. PAMC 26561] >AMM18016.1 nitrile hydratase [Burkholderia sp. PAMC 28687] >OTP72690.1 putative transmembrane nitrile hydratase [Caballeronia sordidicola] MFTRFEEYAASSMLGQPDSPPRLQGKFLFDKPWEREVFGLALSLSKAGYFEWEAFRQNLIESIAQWEDGYCEGQPRWDYYERFFVALKKTLIETGVLSASEMAQIDAVFADAGA >WP_258236293.1 DapH/DapD/GlmU-related protein [Nocardioides campestrisoli] MFVNDNAPSGRLEHRETWDLSPVLVRQGAAIGSNATILGGVTIGRDAVVGAGAVVTRDVPDGATVVGVPARLP >HIZ10317.1 tRNA threonylcarbamoyladenosine dehydratase [Candidatus Borkfalkia avicola] MSQYARELSLIGEENFKKLRGASVAVFGIGGVGSYAAEALVRAGVGSLTFVDGDAVAESNLNRQLVALHSTLGKNKAEVMAARAKDIDPACKVTALPYYYNRENAHLFDFSRFSYVADCIDSVADKVALIAAARAAGVPVVSCMGAGNRLHADFRVADVEKTSGCPLARIVRRELRARGVTGVAAVYSPSEPLSPSRAFGKEEERLIGSISFVPSAAGLLVAETVVARLLAGD >MBK7750076.1 hypothetical protein [Candidatus Obscuribacter sp.] >MBK9204956.1 hypothetical protein [Candidatus Obscuribacter sp.] >MBK9772593.1 hypothetical protein [Candidatus Obscuribacter sp.] MASDFREMFKPSLTERMAQDKLNTLDLMEKEQKAHPQPAAKPPEAPKEATTLLGKAVEFGWDKALGEAQTDKDKAARAAKSDQYAEIAADTIASVPKIGTLVGGISRATLLSDVSGNASAYDFSKKFALDLAQGAALNRVGKFAFGSAESAVVNGATIRAEMTTHFYGGAAFGGVKSAFNGDTYKDKDGNFSALAATQNLATGIGTGGLISMPAGYIGGRVGRASSLLLGNSAEQSLASSVLRSTITGSSNGFANGAVFGGVEAARHDFSFKSIMDGAIEGGAIGALTGGALSGADRLQAGRISTPKAAEVNGPKSVESSPPNAADITAKAVEVAPKTTTDKAVTTQPPEQLPFVEQFATPRLTIGPHRPSNVDQPMQPKRGVSDHGEPSKGVDGDSGIVPNRETSIKGDRQRRGKVTETTPEEHLYEWLYSDRAIERYEALSFKPFEKASISETAGKLKQLPNIEESRHVLPDGMSTKHEDIVQLLERIKTPGTEPDVVDFLRQMDFKPVSLRVYEVQGRETSITVPETYARQLDQVRTLRRDVELAQGETARAEATRKLDEHPLKDRALPEDIVQMLEHLPQSDLITRIELQGEPGLTDLHSRYKYNDPNFVAAARVGEDGQITLLQPEMNSALTTYVTHELTHLTRWSNKVNSRLFDKASSVDLVEANTNHTETRLARRIEPRADDVESQSIYHPSEHAARNLDEGWAVAKGEELMHPDADHMSFYARKAPVRALVLSKAMADGANHAIAHGDSPISRIILERARILDNGVRPTALNILQERLVNGSAQQRVDAADLIGTFGNSRAHGEVLLKTALDNSNSKLPEVDGKPLPDAISPRQAAVNAMVKLHSDNPAKSLDFAVQLAKEYPQLRAEAAVAIKRLNDPRVGFYRRLLEFDGQPEGVSDLFKHLPNVRGSDQAGRELMYKEMMGALSQNKSKQMEWSVNVFEKVPTLRHAVMDHLQSMVANGLNPTDRQRVGRYMQDVAGRVSGSEQDHARRVIDAVNRFNQLDGARRALSNDQSPESQLRAVEVLAAEPGLQSMVPLVELASSGRPEVDVAAMRALAKHSPNVIKHYVQEARQTHRNDPAKLERLNRLVNWRNYREAGIPEPGSN >WP_149406163.1 SURF1 family protein [Rhodococcus sp. ANT_H53B] >KAA0925811.1 SURF1 family protein [Rhodococcus sp. ANT_H53B] MRKLAFLLRPKWLVLAAVVLAFAFLCFSVLAPWQLGKNTSTSARNDLITRSVDADPVPISDVLTANGFPAEDEWRRVIASGAYVTDSDVLVRLRSIRDQPAYEVITPFVIDGGPTVLVNRGYVLPVEGTRAPEFEAAPAGEVTLNARVRQAEGTSREPVEDDGRLQVYNINPEQIGAAVGVDAIDGYLQLDDAQPGGLGLIELPQTDAGPYLSYGLQWLAFGIMAPLGLAYFARAEIRERRNSRAELANAMSGEPDTEPEPEDKAGPDEEEEFTLPTRREKRAKARAASRPTTPSDPRLADRYGKNR >WP_142133210.1 amino acid ABC transporter ATP-binding protein [Arthrobacter sp. SLBN-83] >TQJ60330.1 amino acid ABC transporter ATP-binding protein (PAAT family) [Arthrobacter sp. SLBN-83] MTTHVPGDTLVSLNAVNKHYGQLHVLKDINLQVRKGEVVVVIGPSGSGKSTLCRAINRLETIEGGTISIDGKVLPEEGKELAQLRADVGMVFQSFNLFAHKTILENVTLGPIKVKGVSKGAAEKDAMALLERVGVGHQAPKLPAQLSGGQQQRVAIARALAMKPKVMLFDEPTSALDPEMINEVLDVMVQLAKEGMTMIVVTHEMGFARKAADRVVFMADGQIVEDATPEEFFTNPKSDRAKDFLSKLLTH >WP_160354134.1 hypothetical protein [Sphingorhabdus profundilacus] >MVZ98191.1 hypothetical protein [Sphingorhabdus profundilacus] MFIGHWAPALVVATSKNAPSLPVLFIAAQLVDWAFFLLLIFGIEAMRVTPGISAMNPMDLYYMPFTHSLLGSSIWAAGFGMLVYAFSRNQSAAVIAALVVQSHWFLDLLVHVPDLTLAGREPKLGFGLWNHPAIEMPLELVLTFGALWFFALRAKPKRLPLLVLAALLLAFQAINWFGPVEPEVSLGTSLLAFVAFGLVTLASWWTASSASA >WP_073017683.1 hypothetical protein [Clostridium intestinale] >SHH89680.1 hypothetical protein SAMN02745941_01200 [Clostridium intestinale DSM 6191] MDIDGIKSPEDIFRYMNDYIEYGWIDINNNKHIKTMKDFRKMYRTSSLEETIENRLGTCIEQVELMHYLFTRLNIENKMFCCRIYEPDDYGNLEEEEHMHCFLLYYLNNKVYHIEHPNFKKKGIYEYESEESAINTIVNYYKELRDGKDSPTTEFYEVKKGLSFKEFNNYINHIND >MBO6826978.1 DedA family protein [Sneathiella sp.] MQTIEMFILDYGLGVYMILFGYCFLKSGLLPLFAGYAAQTGLLDLSAVLMTVAAGGYLGDEFRFFVSRRYGIAKIENSPRLNPILTRARQLLDRYGHAYMFLYRYPKGMRTIGALPLGLTPISWVMFTTLNFASVVLWVGIMVGGGYLFGASLEAALAENWKYISIMMLIAVLGIGVYLWYQKPRNPS >WP_237025736.1 hypothetical protein [Lactococcus lactis] >ARE13706.1 hypothetical protein LLUC11_1375 [Lactococcus lactis subsp. lactis] >ARE16120.1 hypothetical protein LLUC08_1379 [Lactococcus lactis subsp. lactis] MQVKQIRQQTIDDKVKATEEEANISNEIYNFVEPSLVAMTEKYKEHKKVYEAAAIAYNISKKGYDAEYAKFSELKENLQEINSLKNPSQTVIGYITRDMEAAKNRVDNLAKDFYPLEEKFNLQKNIFEQISTSYVLVKNLVDEKKGKSKVSNETLTETLNAQKKITMVLEVLKSKYGLLNHQRGQSEEAFKVISQQYEELEKEFQKEQSSFSKIKEDYTAFETRYNSTKESYDIAKEKLAQSEENLEIVKKAYSDIAGLLRVATVNKESILEEYKNSEKEFNRLTDTKEGFEFEVQNNFTALDETYQKGEQLCLYLTEQAKTWHDDYPQYSHSYKTILPEYTKMNSQLEKLSQQYEVVFNDYQNLNKSSEIVQTQYQQEMQRYNADQELYNQVSQEFNHCLDLRNVVLKKDNEFETALNNLNQFIFKNNTLTFPIGEATGSNFIDEFNIPEIEVSESSAKLTNKFELSQWTETYQNLYALVDSISKELKQALTEYQNQLSIFIKVGGKRVIDLGNSDIAYRGTNIESYLERLAINFKEWQSEYVKREQVFSLLVKNYRQYLEESVKLNENIARMSESKNGLQEIINAINSLPNYMDIYSTSYRNVELLASALGAEVSDLTHLRNIDELKEIINKVYFEHVLALIDENLENTINHFSEIRSSYDQSIINLRKQLDEMEKITGIPTRKVMIESSLPNDLDLKSYFTGALNENVKQLFSTIISSSSFINSVKKVNQFKRVQNLLSVNEGGNAIILPEVPIAFDKKELEFSLVIATIKNIDAPVKVEKLESAYVKPEKPENLADKPSYVEDIVEVEKIEKQHQKIDTEPLKALA >AAZ73234.1 cystathionine beta lyase, partial [Salmonella enterica subsp. enterica serovar Gallinarum] EFDIDISIQAGTKYLIGHSDAMVGTAVANARCWEQLRENAYLMGQMLDADTAYMTSRGLRTLGVRLRQHQESSLKIAAWLANHPQVARVNHPALPGSKGHAFWKRDFTGSSGLFSFVLNKKLTEAELSAYLDNFSLFS >WP_167324608.1 M20 family metallopeptidase [Serratia marcescens] >MBH2749820.1 amidohydrolase [Serratia marcescens] >MBH2968734.1 amidohydrolase [Serratia marcescens] >MBK5574117.1 amidohydrolase [Serratia marcescens] >MBN6136706.1 amidohydrolase [Serratia marcescens] >QIR65951.1 amidohydrolase [Serratia marcescens] MSNSKLQAFIDDYIDQRQPRFSTLSDAIWDHPETRFNETYSATLLADALEQEGFSVERGVGDIETAFIASYGSGHPVIALLGEYDALAGLSQRSGCATPQPLVENGNGHGCGHNLLGTAALAGAFAAKAWMQQNRLTGTLRFYGCPGEEGGSGKTFMVREGLFDDVDAALTWHPEGFSGMFNTSTLANIQAAFHFKGVAAHAANSPHLGRSALDAVTLMNTGANFLREHIVQEARLHYAVTHTGGSSPNVVQADAEVLYLIRAPQLDQAQDIYQRVINIAKGAALMTDTQMDVRFDKACSNYVPNRSLERAMYQNLCDFGLPEYSDAERRFAEEIRQTLSRDDLRNAKLNIARTGGAAGREWVQLLGDKVLMDEVAPYVESDDLLYGSTDVGDVSWVAPTAQCFSPCFALGTPLHTWQLVAQGRTAIAHKGMCLAGKVMAATAIDLLSDSALLASCRSEFEHQRAEQPYRCPIPQGVKPSPLK >MBF7068745.1 hypothetical protein [Campylobacter volucris] >TDJ81922.1 hypothetical protein E2O25_01255 [Campylobacter volucris] >TDJ86298.1 hypothetical protein E2O24_06645 [Campylobacter volucris] MQVSSNYNNSFYFQQNYHKDKEENKDFEFSTEKSQENTQTKDKEKKEEEKENTQKVNGKDLTEEQVRQVRELEKIDREVRAHEAAHQAAGGALAGAASYGYTRGPDNRMYAVEGEVPIRMQKGNTPEETIANAMQVIAAAMAPADPSPQDYKVAANAMQMQNDARMEQAKLKAQELKEKNEENKEESNKNSDPKAIKAYTQSTTDNSLGNQYNKSI >WP_002598431.1 hypothetical protein [Clostridium thermobutyricum] >ENZ01229.1 hypothetical protein HMPREF1092_01937 [Clostridium thermobutyricum] MGLKLMTGLATGAVVGAAVGMVILPQLDRKTQKKMRKAGRVIISAAGDTFDTIASVMK >XP_010216383.1 PREDICTED: mitochondrial basic amino acids transporter [Tinamus guttatus] >XP_010216384.1 PREDICTED: mitochondrial basic amino acids transporter [Tinamus guttatus] >XP_010216385.1 PREDICTED: mitochondrial basic amino acids transporter [Tinamus guttatus] MMGLTFINALVFGVQGNTLRALGKDTPLNQFIAGSAAGAIQCVICCPMELAKTRMQLQGTGEYKLKTKNYKNSLDCLIKIYRKEGLRGINRGMVSTFIRETPSFGFYFLTYDCMTRYLGCEAEDSFVIPKLLFSGGISGIVSWLSTYPVDVIKSRLQADGVGGVTQYKGILDCVRKSYHDEGWRVFTRGLTSTLLRAFPVNAATFATVTVFLMYMRSEDDLRGCEPGPAIQQPSSL >WP_238741277.1 OB-fold nucleic acid binding domain-containing protein [Kitasatospora sp. A2-31] >MCG6493656.1 OB-fold nucleic acid binding domain-containing protein [Kitasatospora sp. A2-31] MSGDNSSGQPQGRFRRLLSRLTSSAEELEAEELRLESAAETGCTPIASCGDRELVTVAGTLRTVTLRPRAGVPALEAELFDGTEALDVVWLGRRSIAGIEPGRRLVASGRISHARGRRVLFNPRYELRPVGHGSE >WP_175395805.1 type I methionyl aminopeptidase [Paenibacillus xylanilyticus] >NUU76068.1 type I methionyl aminopeptidase [Paenibacillus xylanilyticus] MITLKTKEQIQNMKKAGEILAACHKEIAKMIRPGITTQEIDQFAEAFMKKHGATPEQKGYNGYQYATCASVNDVICHGFPGKYVLKDGDIVTIDMVVNLNGWLADSAWSYAVGQVTPEAQHLLDVTKTSLYKGIELAVVGNRIGDISNAIQTYAEGEGLSVVREFIGHGIGEKMHEEPQVPHYGPPHRGPRLKEGMVITIEPMLNIGTFRSKLDADGWTARTQDGSLSAQYEHTIAITADGPVILTAQE >WP_125933644.1 glycosyltransferase [Streptomyces sp. WAC 06738] >AZM44710.1 glycosyl transferase family 2 [Streptomyces sp. WAC 06738] MTLLAWIVLFSLAAWGWLLLGQGLFWRTDVRLPLRPPPAQWPSVAVVVPARDEAAVLPDSLPSLLAQAYPGEARVFLVDDGSTDGTAETARALAEKAGDRALPLTVSSPGEPPEGWTGKLWALRHGIEQAYRADAEYLLLTDADIAHRPESLRELVAAAEAGGYDLVSQMARLRTATGWERLVVPAFVYFFAQLYPFRWVNRAGGRTAAAAGGCVLLRADAARRAGIPEAVRGALIDDVSVAREVKRTGGRIWLGLAERVDSVRPYPRLAELWGMVSRSAYAQLRHSPLLLAAAVGGLALVYLVPPLAVAAGMLGGAPAVAVAGALAWAVMAGTYLPVLRYYGQPPWASALLPFTAGLYLLMTVDSAVRHHRGKGAAWKGRTYA >MBR4207675.1 Ig-like domain-containing protein [Lachnospiraceae bacterium] MKNRVKRILSLFFTASLLGSEFAPIAALAAEDRFAQTVSEDAEDDASGNVAKEVIAEEQRDAAVSSSVDAGSYDAMLTVTLDQSIENPYNLMLLCSTESDMEAFKDMEEFDATNIPDAMYDWTFWPYENSTDKEENNVVTFNLYRYDEEKNEGYLSPNTKYVWRLYESYYENGETTWWFVDGYDTFTTKPAKTKTNVKLESVEVVEGKSTYFHKDIKVKVSDPDKEINDTMQSAVIQVVDDASKGADAGAVSGYDGLLGLTYNESEGAYTGTVYKDEIGSDVRVAVRGGDGSTYVYSNSLELKDGGFVDYTENNMSLSSTVSESGIRVSAAFNPNYGDTARLFLYYREKGASEYTKIEKSRFDKEGKAEAEVSSLKADTKYEYYAEVYGDTSKYYDWSYSMFGSNLYNESMRGYTLIKTFGSADKPLLLNTADPNAVYVQKVTLSGNTLNSIKPGATRQFTAIIAPEAAAKTELKWESSDTSVATVDNTGKVTGISEGKAKIKASAEDESGQYAEVEITVADKAVKGISINEGEAIEITKGTSKQLTFTTDPKDATLKSVSWNSSAPGIATVDNNGRVTGVSMNGTTLSANGTTVSADSATVTVKFTDEQGNTVSADITVKVTEPKPAADPSEPGEPEAPEEPADTTVNVSSVTIEEGSSAALKISGGSGSVVYGKLQLNATVSPENATNKGISFNSSNPEVASVNEKTGLVTAVNEGVAVITATSVDGGKTASITVTVTIEYEFDIADKKSSLSADVVLQPDGAEDTPDKFMTLAANGKKATLNKKLTKKGHSFKGWYVTYTDNKGVTKAKKISAVNASVLKKYAVNGKLTLKAVFKANTYTIRYNKSAKLDGKTVKVSGKAATEKKAYMSNGAVATVTLAAADAFKPRENDIKFLGWTTKKNGSAVEYGAGATVSLADILPAKGKNITFYPVWGK >AOR13807.1 cytochrome oxidase subunit 1, partial [Orthocentrinae sp. BOLD-2016] SGMIGTSLSLMIRMELGNPGYLINNDQIYNSIVTAHAFIMIFFMVMPIMIGGFGNWLVPLMLGAPDMAFPRMNNMSFWLLPPSIYMLIFSMMMNQGVGTGWTIYPPLSLNLNHEGMSLDFAIFSLHLAGMSSIMGAINFITTIMNMRPNKMKLDKMSLFIWSIKITTILLLLAVPVLAGAITMLLTDRNLNTSFFDPA >MXZ96777.1 hypothetical protein [Acidimicrobiaceae bacterium] >MYF43071.1 hypothetical protein [Acidimicrobiaceae bacterium] >MYJ36111.1 hypothetical protein [Acidimicrobiaceae bacterium] MVELDAATLLVGWAAGGWFFLWVTTRRREVGLGYGWLMRGVFLALAGGSLVTALLAEPTWSREVATMVFALAGLVAGAVSVARRSAGVAGQRAQVARRSARVAEMTGIDRAETRFDPAAPEFPPVLDLLAATAGLIAVLLGALAAGGPAGLAVARTLVGALFCGAVLSAMLLGHWYLVQPGLARGPLLQMIRAAAVIWVPETIVMLWPTGMVSVLNGTIDDGYNGLLGWFWVASTATTLLLVAVARAALRERQYSAVMAATGLVYLAIVTAFGQDLVARILLAP >MBU0783111.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU0849698.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU1266149.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU1529340.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] >MBU1779281.1 FAD-binding oxidoreductase [Gammaproteobacteria bacterium] MHTTELSRFDVAVIGGGIVGSSVAYHLLEDNPQLSVAVIEPDPSYEFASTPRASGGCRVQFTCPENIAMSLYSIEFIKKFDAVMSAGGHAAQAGWVEGGYLFLVAPEHTAALEKNARFQQEHGCVVELLEPAELKSRFPSMNVSDLGLGALSPQDGWCDPNGLLWGFRRKAVELGAKYIRARVVAANLERFKVESIVLDDGRVLRADAFVNAAGAWAGEVASYFGMPLPIKPLPRLAHYFTAGSPMEKIPYIKELSRLAFRSEGQGFSGGLVNEQALRGFNFEIDHGYFERVVRPAVAHRFPVLEAARCHGSWSGLYEQNEFDGNPVIGSWNDSLPNLYTVAGFSGHGMMHAPAAGRAMAELILQGAYQTIDLRKFGYQRITALLPYSELGIV >WP_231587592.1 AAA family ATPase [Corynebacterium comes] >QGU04304.1 Chromosome-partitioning ATPase Soj [Corynebacterium comes] MSSKIRTLSFFNNKGGVGKTTLSTNVAHDFAERGHRVLYVDCDPQCNATQLMLTEDQTAEIYAPDSDPDSARRRSLANTVYGLFIPLLEGEPEIEKNIHTVRSERFKVDVLAGHPTLSKIEDVMSNAWQAAHGRETAAFRRVHWAGQLATAMEDQNRYDIILFDVGPSLGPFNRTVLLGCDAFVTPTATDLFSFHAFDNLSRWFENWVAEYSEMQEANIAAWSQYSNSFDEKSRTLRLHGHEGRQLNYLGYTTLEYMKKKAGGGEQLVGAFERFRDRFPEEAQRIASSLGQKEDEFLLGHIPHMHSMPATAQDVHSPIAGLVSKDGVRGTQLNQRDGYVDKIKSVAETVHKRLMA >ORV24296.1 RNA polymerase subunit sigma [Mycolicibacterium conceptionense] MAAGRLGLLEWLSDDALARRAQRGDAEAFDALVVRHAPALHRFVANTCPDRDECDDIVQETFITAWKALPTFAFRSQFRTWLYSLASRRTVDALRRRRPQTGLDSTADAPDLTPGPGQRALAGDFMAALNRELALLPYPARAAWWLREVYDLPLSEIATVLHTTEGSVRGHLQRTRKRLAAALEEFRP >WP_130617254.1 general secretion pathway protein GspN [Dyella amyloliquefaciens] MNAAAQRRLTPVLGGVAAVFGVVLLLFLGGLGRGVSWGAPRPATPLPETHDQGLPPPIPLAQFSAVWQQPLFNPDRKANLRTASGGASLGDMQLTGIIVTPGLHMALLHDKSGDHEVRVREGDTLPDGSWRLVELKPRAAVFESSSGRTELELPAGAPIDMPKNAPGQPAPPQTGTNGQAPSGGMQMMIAPAQPQGTPPGANSAPDQPNSTQADRLRALREAIQKRRAQQQAANPEGAH >SNS96357.1 Predicted nucleotidyltransferase [Bacillus sp. OK838] MKACGLVVEYNPFHNGHVLHARESREKTGADIVVAVMSGPFLQRGEPAIVSKWTRAEMALNGGIDLVIELPYAFATQKAEIFAKGSISLLESLGCDSFCFGSEDGRIEPFITAHRILTDNSAAFDAAIKSYMDAGNSYPSSAAKAYRSITNGDAALDLTKPNNILGKEYVSAALSNGFSIRPYTIQRVAAGYHETKLSKDPIASATGIRKAIHEQQELNPVSSYIPQPTMSALEQYLSTYHALHDWEMYWTMLKYRILSSSLIELAEIYEIEEGIEHRIKEMAKQSSSFTGFMAALKTKRYTWTRLQRMCVHVLTHTLKEQVIHNDQPAYIRLLGMNGRGQEYLRTVKKGLPLPLISKLSSYQKQDIDMDLRAAQVYALGLPEPYQADLMKREYEAPIIIK >WP_224014827.1 M20 aminoacylase family protein [Paraburkholderia tropica] >CAG9232412.1 Hippurate hydrolase [Paraburkholderia tropica] MNTMAIPPEIAAIEAEMIALRHAIHAHPELGYEEFVTSDLVAQRLAEWGYEVHRGLGGTGVVGTLKAGSGARRLGLRADMDALPIHEATGLDYASRIPGKMHACGHDGHTAMLLAAAKHLAQSRSFDGTLHLIFQPAEEGLGGAKRMLDEGLFERFPCDAVFAMHNMPGFPTGKLGFRAGPFMASSDTVVIDIDGRGGHGAVPHKAIDPVVVCANVVLALQTIVSRNVPPLDMAIVTVGAIHAGDAPNVIPQTAQMKLSVRALRPEVRDLLQARITALVHAQASVYGATARIDYQRRYPVLVNDPAMTVFAQDVARDWLGEAGLIHDMDPLTGSEDFAFLLEHCAGSYLIIGNGDGEGGCMVHNPGYDFNDDCLATGAAYWVKLAERFLQP >AAM89588.1 IpaD, partial [Shigella boydii] IRTTNQALKKELSQKTLTKTSLEEIALHSSQISMDVNKSAQLLNILSKKEYPINKDARELLHSAPKEAELDGYEMISHRELWAKIADSINDINEQYLKVYEHAVSSYTQMYQEFSAVLSSLAGWISPGGNDGNSVKLQVKSLKDALTTLKKNYEDKPLYPATNTVSEQEANKWLTELGGTIGTVSAKNGGYVVSLNMTPINNMLKSLDKLGPLAEGVL >WP_146943319.1 ribosome biogenesis factor YjgA [Halomonas venusta] >QPI62748.1 DUF615 domain-containing protein [Halomonas venusta] >QRL01933.1 DUF615 domain-containing protein [Halomonas venusta] >UQI39151.1 DUF615 domain-containing protein [Halomonas venusta] >WAM47281.1 DUF615 domain-containing protein [Halomonas venusta] >WAM50778.1 DUF615 domain-containing protein [Halomonas venusta] MPKQRPEPFDIDEQEERPSKSQLKREMHALQALGETLIAMKPAERAKFPLSDDMLRAIEETSRIRSHEGRRRHMQYVGKLIRKEDLTAIQGVFDAIEQEKEQRDHAFHRLEKWRDRLIEEGDSAVDLFMAEYPNADRQAIRQLVRNARKEREQSKPPTSSRKLFKHLRDTLAL >MBK7076265.1 DNA-binding protein [Myxococcales bacterium] >MBK7191425.1 DNA-binding protein [Myxococcales bacterium] MAPVVNARIARIFDEVAALLAEQGASPYRVRAWHDAAATITDLPRELTDVFRDHGRAGLEALPHIGRHLSAVIIELVRTGHAAILDRLRGEVHGADLPPAPDVEPGPPPAHHGLTPPPVALLLAVDARYRGAATADHLPRIAPRRHNPDGAAWLPVLHDERDGWVWTALYSNTARAHELGHTHDWVVVYYHHPDDGDEGHATVVTEHRGPWRGQRVVRGREGECAIHALALGLEPAP >XP_054023409.1 interleukin-7 [Dryobates pubescens] MIHAFFRSIFRVLPLLLVLSPVNSSACTMGNKTTEIRAKYENILSHDIDELVNMSAEYRDRCCRNKKHERVFFCNDTQEIQSLQRMACNMLRFSHKQRLSRDLRWKAALVSCGTLQVLQCNILCRHRKVCTQLNTGNREDAGTGEQSKKKCNQDFCELKENLSSLRSCWNKFEKIVSR >WP_116073604.1 DUF6084 family protein [Asanoa ferruginea] >REG01385.1 hypothetical protein DFJ67_7468 [Asanoa ferruginea] >GIF47990.1 hypothetical protein Afe04nite_25290 [Asanoa ferruginea] MSLRFSVRDIVAEPHAVTPQLTAKLRIDDDAGRRVHAMVLRCQVRVEPQRRGYDDAEGEALRGLFGGRERWVDTVRSFPWLRCDTTVPGFAGATEVDLALPCTYDLDVVGSAYLHALHAGSVPLTLLFSGTVFVPGATGFAVEPVPWDQTATYELPVLVWRQMIEQYFPGTGWIRLDRDVLDALAAVRARRGHVSWDETLRSLIPAHDGVVT >WP_162428520.1 DUF5686 and carboxypeptidase regulatory-like domain-containing protein [Pontibacter pudoricolor] MRFTWFLFLLLFAPLFCFGGTLRGRLTDENGQGLPFASIYIKETSSGTATNENGYYQLQLDSGTYTLEFKYVGYKAKTQVVKINGHPVELNVQLFPEVLNLKEVVVHASDEDPAYPIMRNAIRLRKYHLNEALAWSARVYMKSVARMDKVPSKVLGVRVVDVDTGIVYLSESVSQLHFKRPNKVNEKVISSRVSGQKKGFSFNQASEMNISFYENLLKIEGLNERGFVSPLANNALFFYRYQYMGAFEENGRTINKIKVIPRRRNDPVFEGNIYIVDGTWRIHSTDLKLTKRAGIEFVDFIRVRQVYEPVLEHVWMPVSQKFTFEAAGLGFKGRGYVTGVYSNYKVQAAYKKPPVLEEVEPEPEETIVANAQTTRPTPKPRFKIIEPEKADPKEKPIHSEKLFTKEILVVDKDANKRDSLYWDKIRPTPLTKEESKDYVKKDKLEAIKESKVYQDSLDRIRNKPTFGNLFLSGYTYNNSFEGTYLRFDPIISPTNSSILQYNTVEGVVADVKVAYGRRFDDRRRYIIEPTVRYGFSNEKFNAKLRAAYVYNTTTNSIIQLEGGRYVDQININSPISSFVNSVYTLAAGKNYMKLYQRDFVRLAHRGELANGLLLTANLEYAHRMPMQNTTFYSFKDPNPEGISTFTSNVPVNAELADASFTPHQVLMASFSLSIKPGQRYITRPDRKINLGSKYPTISLAYRTGLKAFGGDIKYSTAALGVNDELSFGLLGSSSYSAAAGIFWNKESMTLMDYRHFKGNRTVFAGAYDGFQLLDYYRYSTNNNYLEAHYEHHFNGFLFNKIPLFRKLKLQEVVSLNYLNTQQSRNYLELGVGIEHIFKVLRVDFITSFQEGEKARTGVAIGLGF >AVM35379.1 cytochrome oxidase subunit 1, partial [Epuraea labilis] FGAWSGMVGTSLSILIRTELGSPGSLIGNDQIYNVIVTAHAFIMIFFMVMPFMIGGFGNWLVPLMLGAPDMAFPRMNNMSFWLLPPSLSLLLMSSIVESGAGTGWTVYPPLSSNIAHGGSSVDLAIFSLHLAGVSSILGAVNFITTIINMRPSGMSLDRMPLFVWSVMITAILLLLSLPVLAGAITMLLTDRNLNTTFFDPSGGGDPILYQHLF >GJQ31858.1 hypothetical protein HBSAPP04_06970 [Ignavibacteriaceae bacterium] MSKLTHNPFQSVSFSVLLLSVICTTEVSAQFDTNIFTRKAPYWPESVVYMGDQNSDGYDDFLLLELDSNRGSNGKACLFYGGNPVSSVPVLQFPFESPRCLTSCDINRDGKRDIILQRKGSYYPPILDIYYGGSDIDTVVDLSFTWHDSLIKYIEFWFDYFDFNGDGFSELFLVTGKKSPYSSYAITSLYVFETDTPFNFTDYHQIQFYPDTSYQVPSLVYSSADLDGDGKTDFSFYLNKKFAPADSPAVKRRIYYGNENFDFSQYYEITDTFYHIEGMHLMKDLNNDGKGELIFSNQGGTYPDWFTDVLSKGSRPPDFIPEEGINTQYAVWAKGFSPGDVNGDGYNDYIRPYPHSTMFLYLGGDPMADEKVMAYGTSSSFYNLNFGGRVGDIDGDGIDDICIGENGYYEHLVSSPPGRSLHYQGNKNINFGKRRYIGCSHSRTCCEDISQPNRLDSQLNILPSICG >WP_249866435.1 precorrin-6y C5,15-methyltransferase (decarboxylating) subunit CbiE [Paenibacillus konkukensis] >UQZ85786.1 Precorrin-6Y C(5,15)-methyltransferase [decarboxylating] [Paenibacillus konkukensis] MKPKVIGIGDNGQEGLLPQYAKWVYESDVLVGGERQLQFFPDYMGRTIVIKGGLSELAAKLKAEAEQGRSVVVLASGDPLFYGIGGYLSSKLDVEVYPSPSSVQVAFARMGQSWQDAYITSVHGRSIKGLAQRIDGKPKVALLTDETNHPGAIARYLLSFGMTEYRAFVAENLDGEGERTGWYDLTELAEQQFSPLNVLILSAAGGKGPGTRDALGIEDDRFIQRKPDKGLITKKEIRVLSLAQLQLQEDSVVWDIGTCTGSVAIEAAKIARYGQVYAIEKNEADLQNCIDNMHRFRTDITAVQGRAPQGLEAFPDPDAVFIGGSGGEMKELLHACCTRLKPGGRIVLNAATIENLYEANKAFAEEGFATSITLAQIARSKPILDLTRFEGLNPIYIITAKHKEPGGAEEREANAGE >CDE57470.1 type I restriction-modification system M subunit [Prevotella sp. CAG:873] MATSIQQKQELFKAIWATAEDLRNSVDGWDFKSYVLGILFYRFISENITNYVNRLQADAGVTDFDYAEFADADAEAARAQLVHEKGFFILPSQLFGNVRKHAKDDPNLNITLDNAFKAIEASAIGTESEDDLKGLFADIDVNSNKLGGTVDKRNEQLAKILNNIGNIDLKGEYSENQIDIFGDAYEYLMTMYASNAGKSGGEFFTPQEVSELLARIVTHGREYVNKVYDPACGSGSLLLKFAKILGKNNVKKGFFGQEKNITTYNLCRINMFLHDINYSDFDIRNGDTLLEPYHWNDEPFDAIVSNPPYSTKWVGSDNPTLINDPRFAPAGVLAPKSKSDLAFTMHMLAWLSTAGTAAIVEFPGVLYRGGAEQKIRKYLIDNNYVDTVIQLPANLFFGVSIATCVIVLKKSKFENKTLFIDASQLFVHEGNKNKLSPENIDAIVTEYAEHKQVKHFSALVDNKVVAENGYNLSVSSYVEAEDTRPQTDIRELNERIRRIVAHENELRADIDAIIAELEAETL >EEY6110619.1 non-canonical purine NTP phosphatase [Escherichia coli] >EFC1875094.1 non-canonical purine NTP phosphatase [Escherichia coli] MHQVVCATTNPAKIQAILQAFHEIFGEGSCHIASVAVESGVPEQPFGSEETRAGARNRVANARRLHPEADFWVAIEAGIDGDSTFSWVVIENASQRGEARSATLPLPAVILKKVREGEALGPVMSRYTGIDEIGRKEGAIGVFTAGKLTRASVYHQAVILALSPFHNAVYQ >WP_071876418.1 ABC transporter ATP-binding protein [Enterococcus silesiacus] >ALS00352.1 hypothetical protein ATZ33_02845 [Enterococcus silesiacus] MAYLEIKNLTFQYAGSDRPVLKEVSLSIEKGEFVLISGATGSGKSTLLKLLKPQLTPAGKQTGSIYLNNEEITALPEHFSASKIGYVMQNPENQIVTDGVWPELAFGLENIGIPTAEIKSRIAEMANFLGIQELLEFKTSELSGGQKQLLNLASVLVMKPDILILDEPTTQLDPIASQNFVDILVRLNREMGVTILLVEHSVESVFALVDKLIILDHGQLIFEDAPRAISTEIKKNRSDLGRFIVSLPSAVQIFLGSGLKDECPVTVIEGKRFLARHFSADMVLQEQQTSPIKKKTTISIQLKNCWFRYEKNSRDILAGVDFEVYEGEIFSLVGGNGTGKTTLLKTIAGIYDCYRGKISILNQSIKKNKETIGYLPQEPQMLFIKDSVLEDYKHYLESKKMNETKQMERIKSVVTLLDLNEVMQQHPLDLSGGECQRAALGKLLLTDFNILLLDEPTKGVDNYGKKQLIKIVKELSKQGKTILVVTHDLDFAAELSDRCGLFFQNKVLTTAKPKIFFSHHTFYTTAASRISRDNFHALVTTEQVIEACQAVKGVV >MBW3588078.1 DNA gyrase subunit A [Actinomycetia bacterium] MADEAPPVQPSFEDGGIETVEIEQEVQRSYIDYAMSVIVGRALPDVRDGLKPVHRRILWGMLQLGARPGTQHKKCARVVGEIMGKYHPHGDSAIYDALARMAQDFAMRHMLVDGKGNFGTVDGDSPGAPRYTECRLSPLAMELLRDIDEDTVDVFPNYDGSEEEPLPLPARFPNLLVNGSTGIAVGMATNIPPHNLGEVIDGVVAMIDDPNIGAADLMKIIKGPDFPMGGSILGREGLKEAYLTGRGTVRVRAKSEIEETRTGRQRIVVTELPYMVSGDRVLEKIADLATAKRVQGISDLRNETNRQGTRLVIELKKDAIPQVVLNNLYKHTQLQDSFGMNMLALVDGVPRTLPLVDILRHYLDHQVDVVTRRTKYRLRKAEERMHVLEGLLIALKNLDAVIKLIRESKSAEDARGKLMTKFKLTEIQATAILDMQLRRLAALERNKIKEEAEELAKTIKELKSILASPAKLKKLIREEILQIREKFANKRRTQIVAEEGAFDIEDLIPDEDVIITNTRSGYIKRVKAATYKTQGRGGRGVIGAKPKEGDIVDRMLKTTNHAYILVFSNRGKVYRIKAHEVPEKERTARGISIRNLLPFTADESVAALIDTRDFEALKYLVVATKKGIIKKTAFTAYNTSRRDGIIALNLRGDDEVVQVRATSGDDELIMVSKRGMSICFKETDVRPMGRTAGGVIGMKLRADDEVVSFDVVDPNGELLIITDAGYGKRTLLERYPRQRRGGKGVKTAKLTGKRGSIQGAGVVRVGHEVFLIASDGQVIRMTVKDISRQGRDTTGVRVMRMDSGTTVAAMAPVIIDEEEISG >BCJ09783.1 hypothetical protein SMNM65_02150 [Streptococcus mitis] MKKTILTTLLFAILYFLCMGIGVLLGNLFDQTGNMFYAPAFTALVGGSVYMILVAKVPRFGAITTIGLIIALFSWELNTVLVPSFLELSVVC >WP_151615076.1 hypothetical protein [Brucella anthropi] >KAB2788143.1 hypothetical protein F9K97_03290 [Brucella anthropi] MATITAHWADKHLSLFGGRLNQLNTRFPKVLPRIVNQVGNRAKTQVIRALTKQTGLQRKTIVKAIGDPGVARPGKLSYDMVTRGGNIRLKYLSPKETRKGVSAKPFGQRKVFAGSFMKGGKFPNRQDVPKLYGHVFHRNRSAGRHITYTRSGVFIPVEMTKGSTKAAFERMAAPLLQERVDAAIKKLLP >QAA77085.1 hypothetical protein BIP78_1319 [Candidatus Bipolaricaulis sibiricus] MREQRRLGVVLALGLAVGAGGISSPVFPPGVEELLPHAVNLWHWKTLAPFGAASLTVLAVGDLTEDGLDDVVVSDHQTIYVFAGTPDGGFVDRPVGFYEVKWHNGRYYTVIGSTQPLSATLVDLDEDGALDLVAGATSTQDKLYLFRNGGRGGLDKMAALEVPKPPYQLWVLDFTGNGLLDILWWTEGGRNDGQLFLHEGQGGFTFGGPLVLAEVKGQPLGLADLNGDDFLEFVFYSSDAVQVLWGSPQGFTEKTEWLSPHGKIWHGRLMEHGGGLVELVLGTSEGLVTGLLSREGLEVGAFYPVGEVIWVHLIDLTYDGVEDALVLLRSAGWMVLAGKGDGGFHLPTSEFLLFGSLSLGGRESTWTMTIAGQPALVLNSRPFPTVYVVSSAPRGESLIPFSGRYLLAVGDLSRNGSPDLVVEGRAGVDVLWNNGTGAFVRRELLQAELNVITAEVEEGKLYLLNLVPRERGWAAIELWTVSARGDVLSREVLEEFGPYEENTIQPVLLVADFDGNGTSDVLLLRKEAVLVKWDERTWESFPWEKGNLGLATAGQFTRKDIPEAALLSEEGVFFVSFPHRVLEVKQAPFALEVLPLAMSAGDLDGDGYDDLVLLGLEIEIQVNEERVAVGVVGSRGWVLWSTGEVAELALPQLSQGDAPWPLQGLALGDFTGDGIGDIAFTTIHGAGVFVLPGRGDGTFAEAVQIPRPMGPLFAADLSRSGQPALIGSSVGLEPYLWIRWNGGGQ >WP_013384884.1 carbohydrate kinase [Ketogulonicigenium vulgare] >ADO43234.1 ribokinase-like domain-containing protein [Ketogulonicigenium vulgare Y25] >AEM41528.1 Carbohydrate kinase, PfkB [Ketogulonicigenium vulgare WSH-001] >ALJ82384.1 carbohydrate kinase [Ketogulonicigenium vulgare] >ANW35147.1 carbohydrate kinase [Ketogulonicigenium vulgare] >AOZ55270.1 ribokinase-like domain-containing protein [Ketogulonicigenium vulgare] MILCCGEALIDMLPSSDMLGRKAYVPVTGGAALNTAIALGRLGTPVGLFTGLSSDPFGQMIISVAADEGVDTAPSAIRALPTTLAFVHLLDGRASYSFHDENSAGRMLAVSDIPDTSAACYLFGGISLAAEPCGAVYEAFQARASESSLTMLDLNIRPALINDEAAYRARLDRMITRADIVKISDEDLDWLVGPGDMADQAQKLLDMGPKLVLLTMDSRGARGFGRCGTRVSVAALHVPHVVDTVGAGDTFNAGTLAALYDAGLLTKDAIATLSAEDLHAAMLQGTRAAGYCVAQAGANGPTRAQLCAL >CAF1284994.1 unnamed protein product [Adineta steineri] >CAF1566423.1 unnamed protein product [Adineta steineri] MVATQLDATMGMGESYNKNSKVQLSTIDLSIPSVRKAIDALDVDCLSSDPFIIADFGCAQGLNSLHIMKIIINYLQQTNKNIRELLVVHNDLPTNDWTSILKLLADDNSYKSVISDRSFYEQCLPNNSLSIGYTSTSIHWLSKMPCNLSNHCLCFFAVGDELAAFQDQSRLDYIQFLEHRSHELRPGGVLILANVCLDNQGKSGLENVIDLLYKCAQQASFTEQELLDYTIPFYARSYKEFVDEELFTRYSLEVVQSECVPAFWFTQWRERQMTLDEFARLIVSYFRAWSEPTIQQTLIRSGRAKEDIAEILNQLWNLCEQEIKQQPDHLPSLVHHAFIILKKKLAVVQE >ORY38386.1 SPX-domain-containing protein [Rhizoclosmatium globosum] MKFSVIIQLNAWQDWYEHYIAYDSLKKWLYLVEKAKLGFLELPDSYRNVDPDVFIRLGNRNYNSPRLSAVAIGTAQTPRRSAPSDLGLGAGPSERTPLLLSVSTNNNNNNNNNTSTGAASSDSEALASQQQLQQSSSPVTPTTPSALSRRSQLESFFIEPLDDQLLKIKRFYAAKKAELCQRIEDLAVNVALVEGFDITHQNTLINSNALMSNTPNPASGSSSTNPNASPSIHQSSAPFQQPARKTSRRSMSSSFNTSDSESTSSSWAVTSLSSAVASASASHPNTLSYNFWNKPGNKLQRGNFRSQSSALYAELKELQEYVLMNHNGFAKILKKYEKVTGFRLKTKYMAVVEKTSLFTADEAAGLREAIERVVEIYARVATDNDLRNARVELDSKCRQRITIERNTVWKDMVEVGGRTMSIVEARRKPDGELEDDGSFCGWLWSRLVTPRFIILMILLGVFYGLINYNLFETVEAQNCFAIFVFASGMWAFEIVPLFVTSAMVPFLVVVFRVMRDTVVLPDGTITHPRLDAKGQAKRVFADMFSPVIMLLLGGFSLGSAVSKHGIAKLLASVVLDKAGSDPKIVILANMFVSTFASMWISNVAAPALCFPLISPILRNIPTSSTYAKALIMGIALAANVGGMASPISSPQNIIAMGIMNPSATWFEWFAIALPVCIVIDLCIWVLLLLIYQPKLPHSQQQQQQLENGINADPSSAVGNSGVEGTGQAAEPHINQYMTQEPLNATQWYILGVTFATIFLWCIENKIETVVGDMGVIALLPIIAFYGTGVLSKDDWNQQLWNVVMLAMGGICLGKAVDSSGLLAYITSLITPHLAGLSAYMCMFVFSLIVLVITSFISHTVGALIILPVVAEIGANMPDPQPRMLIMLIALVCSGAMGLPVSSFPNMNAISQQDAVGVPYISVVDFHKVGLLSSVVAWGAIVTLGYYATFLLGFK >GLO13544.1 hypothetical protein PPUJ20028_21250 [Pseudomonas putida] >GLO36434.1 hypothetical protein PPUN14671_32690 [Pseudomonas putida] MKNHPTPVQTLTGGDAIVASLKAHNVDTVFALPGAQIYGLTDALARNSDSLRIFGARHEQTSAYMAFGYARSSGRPGVFAVVPGPGILNASAAMLTAHGCNAPVLALTGDVMSPFKDRGRGQLHELPRQLEVLQGIGKWAAHIEQPAEASWRVAEAFQHMQSGRPGVVSLQASWDFFTRPAAVQIQQPLALQPKPPVDSDAVSVAAKLLSQAASPMIFVGSGALDASAEVNQLAEVLGAPVVSFRGGRGVVADDHPLGFTVAAGARLWPKTDVAVVIGSRFELLDIRWRHRPAGLKLIRIDIDPAEVRRMAADVNLVADAAEGSAALAEAVLKQGAPKRRDSELAETKAAAEQAIQCVQPQLDYLRVIRDVLPRDGFFVEEISQVGFTSIFGFPVYKPRTLVTSGHQGTLGFGFPTALGVKAAHPDKAVVSICGDGGFMFAAQELATAVQYQLNLVTIVFNNNAFGNVYRDQQESFGGRLLGSELINPDFIKFAESFGVEAYRVDSPARLRPVLERAFAADKPVLIEVSVPRGSDSSPWQFLHPDFSN >CAI9173470.1 unnamed protein product [Rangifer tarandus platyrhyncus] MGAGVGAAGPSEGQTHPWPGHQDRGRAASACPAGQEKDTRGPRSLASTALTTGAGVISPLMSAAQLRPDGRLHRDAVQPPPPAPRWCPLGDTWASGFKKKAGHAVPSPWLHVHWQPEDFTAHVSEAEQASVLARCEGGPAGLTQPV >PHI20455.1 hypothetical protein CEQ90_08315 [Lewinellaceae bacterium SD302] MALYDINRVALILRPSEELLNWAIREDPALEEEIDPEDSDDLASVYLLPDFDDLDDADVWIEKNFVEILESLLEEWIPNEAAWPDEFSFKHFELYADYAFTNMVVDTQDESYDE >MCA3282362.1 mandelate racemase/muconate lactonizing enzyme family protein [Roseomonas sp.] MTDLTIREVKTTLLRMPWADDPWLAGHALGSMRDLVVVEITTQSGITGMGYLHLLNLPLQRTIGACIAEAMAPRIIGRDATAAEAIWRDLWRAALTGGRGGVAMMARSAIDIALWDILGKAAGMPLHRLWGHYRSEIPIYGSGCFRGARGDGMIAKAKHYIEQGYRAIKMQVAHIGDLNTDLDNVRRMREAAGPDIDIMIDVNMGWTADIAITMGRKFEECDIYWLEEPVLADDYAGYLRCAEALDMRVVGGETHFGRADLKPFLENPRLPILQPDPMRGGLTELRKIATVADTWGITIAPHLFPELNVHLLASIPNGIWAEQMGLLDDVFISLPKIANGMITAPETPGHGLAFKPEVLKDFVLK >EFG4747393.1 hypothetical protein [Escherichia coli] DGQNGQYRYMGNNGPMQLEVPRDQYAGAVETMRNKIREGKVPGVTDPAEASRLIRRGHLTYTQARNITRFGTIESVTYDIAEGSVVSLAAGGISFALTASVFWLSTGDRDAALQTAAVQAGKTFTRTLAVYVTTQQLHRLSVVQGMLKHIDFSTASPTVRQALQKGTGAGNISALNKVMKGTLVTSLVLVAVTTGPDMIKMLRGRISGAQFIRNLAVASSGVAGGAVGSVAGGILFSPLGPFGALTGRV >MBE6211131.1 hypothetical protein [Rikenellaceae bacterium] MIFTSIPDNYTPVTHPLIYRFAFDEEQEVVDVQIIDARHSRTLGIKRLYNVLHGEIDIAPMLAETFCCEYVEGGTLLGVAEGLFATIVVQIGDIATPIRYFSPYPVMDGVGTIFRISPKVQRLFRGESDFVVLYAPNGGFISCESYHDGEVVDVADFMIDPDHALQIFKLSTADCAEMADEIIVQFNLDGVEDFQTYRVVPKPESTHRLVWLASDGSLQLYTFPTCRSRRLAVQKQRVVSSDGVVVASAASESSLTLVSDYETTAEIERLGEIIESKQVWLERGTKGVKVDVLSSESVVRYGGSLNSLQIEIRPCDRKERLL >WP_126136917.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Tritonibacter mobilis] >VCU58551.1 tRNA dimethylallyltransferase [Tritonibacter mobilis] MDIDNIPADRPVLIAGPTASGKSELALRIAEQNGGVIINADASQVYDCWRVVTARPSAQDESRATHLLYGHLAYDAPYSAGHWLREVTPLLNGPERPIIVGGTGLYFLTLTEGMAEIPATPAAIRAEGDQMSLEALSDALDDTTRMRIDMKNRARVQRAWEVLRATGRALADWQDDTPPPVLPYESCTALVVEADRDWLEARIRRRFSMMIANGALEEARAMRGRYDPNLPSCKAIGVPELMAHLNGDLSLAEAEESASVATRQYAKRQRTWFRSRMKKWQRVSPSP >MCS7352192.1 hypothetical protein [Thermoflexus sp.] MAFTVKEFRDLVRLLEAHPEWRVELRRLILSEELLALPEIMRDLAAKIAALAEVQRQTEEEVRQLVEAQRRHDEEFAAYRAETERRFAELAEAQRRTEERVQRLEEAVERLAEAQRRTEERVQRLEEAVERLAEAQR >MBT5102369.1 hypothetical protein [Planctomycetota bacterium] MQPNSPNETPEPKGDNKGKGAKPPRRPIAPFLLVSALLLVMLVMMGSDPSRININEDAFWYNLYTGQFEQVLAFDDNSGFEATFRKSETDPKAKAIRATITVPDSRTIWPKVREIQAKAKDLEPSMPFDRFLADVKAGSILPLRGYPIRLFEPIDPNDPKSATIERQRFFLDFSDSKGIHYAEIDAL >WP_222125851.1 MULTISPECIES: amino acid ABC transporter ATP-binding protein [unclassified Paenibacillus] MIEVTHMKKSFGSLDVLKDVSFEIQKNEVIAIIGPSGSGKSTMLRSLVHLEEINGGSIKVQDQYLVKDGVYSSPPQIKAITSRMGMVFQHFNLFPHLTVQENLGLAPKHVKKQSKEEVRTNGTALLQKVGLSDKADVYPGNLSGGQKQRVAIARALMMNPDIMLFDEPTSALDPELTGEVLAVIKQLAEEHMTMVIVTHEMSFAKEVADRIIFMDHGQVVEAGTPDQIFNQPKMERTREFLNRAAR >GIY87976.1 uncharacterized protein CDAR_596111 [Caerostris darwini] MFLRNETEEQNESLIHEIPYNENLPSSSSNTEQIIVFPYVGPPGAGPGLLGSKPGSGKLEYLVALERHANSLKSALAIAATLNGLKNRNVHDEVVCNSICNIENEDLARYRQD >KHC51086.1 Protein required for growth in medium lacking phosphate and for resistance to copper and Phloxine B [Candida albicans P60002] MDQQVWNPIFSPSGTTPGKSPSYYNELAPQSQSHISNQDPQLPLQTQHHRLFHIDGGSNHSTPSGNIQLPSSSQQNTPHIVSNTPTAFADSDQVFLQHMEMYDNQQHTNQSAGNTPGPISFHNHNPNLQQASQQPHQHISPHLNNQQQHSQQPYQHQHCHSRSHIDSEAPSANDTPTSSGALGMAPQPPLLSSTTNPQSFDLGLDTIGFIIPEELNFDTDPNHISSAFPPQLPADQTPSLLAVDKLKQLQQQQQQQQRQQDPLNELSSPVLPGQNDQSYNPHHYYHRQSSSNSVFVAGKNTGSSVSAPSQHVRPDAVFTPLVSPVVAPLDTNGKADKENGNNSGGHNNSHSSSFSPQPAVQISFEPLTSPALNAEPSTIKSKGGKKNHKETDDRRRSTSSAYAPSKDENKQYKRRTPHGTPILQGHTSNATTVNGSGKPYKSPITKNGKNSQKQDFSFTNQFEKLPESTITVKSEPMETSVEPPLAPQGQQQDDSNPMLPPNGKPVEITGAPLMGFTMGKLAEGGAGTVADKKSAKKAGANNGKLSRKPSYSKNRNSVSSSSDESSSTSASTSPKMLANNGTNSSGKRSEKPATKKASHKLAEQGRRNRMNNAVQELGRLIPQSYHDEVSIPSKATTVELASKYITALLKEVEELKGRK >XP_048190726.1 RNA-binding protein 5 isoform X2 [Perognathus longimembris pacificus] MGSDKRVSRTERSGRYGSIIDRDDRDERESRSRRRDSDYKRSSDDRRGDRYDDYRDYDSPERERERRNSDRSEDGYHSDGDYGEHDYRHDISDERESKTIMLRGLPITITESDIREMMESFEGPQPADVRLMKRKTGVSRGFAFVEFYHLQDATSWMEANQKKLVIQGKHIAMHYSNPRPKFEDWLCNKCCLNNFRKRLKCFRCGADKFDSEQEVPPGTTESVQSVDYYCDTIILRNIAPHTVVDSIMTALSPYASLAVNNIRLIKDKQTQQNRGFAFVQLSSAMDASQLLQILQSLHPPLKIDGKTIGVDFAKSARKDLVLPDGNRVSAFSVASTAIAAAQWSSTQSQSGEGGSVDYSYLQPGQDGYAQYAQYSQEYQQFYQQQTGGLESDSSSASGTAVTTTSAAVVSQSPQLYNQTSNPPGSPTEEAQPSTSTSTQAPAASPTGVVPGTKYAVPDTSTYQYDESSGYYYDPTTGLYYDPNSQYYYNSLTQQYLYWDGEKETYVPAAESSAHQQAGLPPTKEGKEKKEKPKSKTAQQIAKDMERWAKSLNKQKENFKNSFQPVNSLREEERRESAAADAGFALFEKKGALAERQQLIPELVRNGDEENPLKRGLVAAYSGDSDNEEELVERLESEEEKLADWKKMACLLCRRQFPNRDALVRHQQLSDLHKQNMDIYRRSRLSDQELEALELREREMKYRDRAAERREKYGIPEPPEPKRKKQFDAGTVNYEQPTKDGIDHSNIGNKMLQAMGWREGSGLGRKCQGITAPIEAQVRLKGAGLGAKGSAYGLSGADSYKDAVRKAMFARFTEME >KPQ18226.1 succinyl-CoA synthetase beta subunit SucC [Rhodobacteraceae bacterium HLUCCO18] MNIHEYQAKALLRDYGAPVSDGRAVLKAEEAKTAAGELDGPLWVVKAQIHAGGRGKGHFKEPGAGDKGGVRLAKSVEEAEAEAKKMLGRTLVTHQTGPAGKVVNRIYIEDGSGIERELYLALLVDRQTSRISFVCSTEGGMDIEEVAASTPEKILSFSVDPATGYQPFHGRRIAFSLGLEGKQVKECVNLMGILYKAFVEKDMEMLEINPLIVTDTGNLKVLDAKLGFDGNAVYRHPDIAALRDETEEDPKELAASKHDLNYIALDGEIGCMVNGAGLAMATMDIIKLYGAEPANFLDVGGGATKEKVTEAFKIITSDPNVKGILVNIFGGIMRCDIIAEGIIAAVKEVGLKVPLVVRLEGTNVEKGKEIIANSGLDVIAADDLKDGAQKIVKAVKG >KAI3869934.1 hypothetical protein MKW98_002823 [Papaver atlanticum] MENQIHDDDEPILRLNSEREEEDADIQLEGGKTEVRIFHKPVASLEECPFKVLLKIEGVGADEGRLGVDLVTILNISGSIGGNTLIKMKLAMQFLVEKLSKIDRLSVVVNFNGMADKLCPLRQITETSIMEIVDQVNDLVPDQSSKNAEAGLKLALRILNDRTRTKNRSAAIMLMSDGMEDVESQAISFPVSEVPVYTFAFGDGCNDHEVLREIAKNSKGGTFSPVQDSDDLSVVFSSALSGHLNVSIEDLTLTISPLNRSQLDEVIAGNYPQTKQATVMDPVTVTFRSLYDRETRKVLALLTLPKVDKRFAVQIFKVRLKYRVNGKDAYDYDERTMNVTRTATQTYGEIPEVQAEETRIRTTSSIKEARILADQRELAEARKSLDNADASVSEIDAVFKAQMEQLLLLMSSQETYDKQGKAFALALEASQESQRSVALPAGIASGYDTPLMAEYKEQAKKYDENPQTYMVPTAEEDSKATIPHPSLQL >NEO65312.1 formylglycine-generating enzyme family protein [Moorena sp. SIO4G2] YHAAFPIALTPDLLYCLWANFQQDIQGDNLNIPWIAVADLLLSPLCHEVGHELYEMEPETRNVLLEQLNSNPRFNRNNHQRIKMLAHFLLAYIKLQLNSPKNSVRTIAQAQRWTALAYIDPEAAARDLALQLTQLSLAQKTEWVRMSKLAETLAAPLREGRFEHLLIYLQGMRDLARGHEQGAASKFDQLPTHHNRLLVAGVTLPIPEFEDSVWNINTVKVPPPSLHPLDFETAELIQQPRFMGSGSQWLINRGRGQAEVFYEQLGENTVLEMVQIPGGEFQMGSPKKEGDYREQPQHLVNVAPFFLSRFPVTQAQWGAIARNDKVMIDLPPAPSRFPGEKLPVEGVTWFEAIEFFERLQLQTGRPYRLPSEAEWEYACRAGTATPFHFGETISPKVATYDSTEKYRFGPKGKSSKQTTEVGFHQAANGFGLEDLHGNVWEWCADHWYHNYIDAPVDGTARITNYRVSHQVIRGGSWIESPNVCRSGYRNGVPPENRILTIGFRVALSLNNTKIN >WP_183555556.1 cyanophycin synthetase [Massilia aurea] >MBB6134896.1 cyanophycin synthetase [Massilia aurea] MTKKNDIKFLRINYLAGPNIWTYRPVIEAWLDIGELEDYPSNLLPGFTTRLTTWLPGLIEHHCGVGYHGGFIERLNEGTWAGHILEHVVLEVQSLAGMKTGFGKTRSTGEHGVYKMAFRTRDNVVGRAALDVSHRLMMAAINDEPFDLPAAIARLTDMVDRLCLGPSTAHIVDAATDRRIPSIRLTDGNLVQLGYGAAQRRIWTAETDRTSAIAEGIASDKDMTKNLLASCGVPVPEGAIARSADAAWEEAADIGLPVVVKPIDANHGRGVSLNLNTEAEVRAAYVIASEEGESRSVLVERFITGSEHRLLVVGRKVVAVARGESLWVTGDGRQNVAELCDSQINIDPRRGESEEFPLSPVEPRKSEENQLQLKRQGLTPDTVPPAGQKVLIQMNGNVADDVTDQLHPEVAHAAALAARIVGLDIAGIDLVCEDISRPLAEQRGAIIEVNASPGLLAHTKPASGTARNVGKDIIEHLFAPDDTARIPVVGVTGSLGCSLITRLIGCLVNITGKEVGVANGEGLYLNARVISNRDSTGVEAGQRILINRNVQTAVFESNARSILQDGLPYDRCTVGVVTDMAGLADLAEFHIHDDDALRNVIRTQVDVILPDGVAVLNAANEQVAALAELCDGGVIFYAFDEHHAVLAAHRAAGERIVFVRDGRIMLAEGDAETRLNTLDTMKPSTVKYPENVLAAVAAAWALGVPSDLLCGGLRAFDATPKQTTH >TAH42824.1 DUF1003 domain-containing protein [Bacteroidota bacterium] MLTSHVSKTRISPGESVKGTELREGIFNLIQLEYPDFTKECLISIDELNHYRRQYLTWLIAQEKGELIHLHQDVLDSIKNNSILSENIQDEIEAELTIGERLADRIAVFGGSWTFIITFFSFILLWMAINIWILATKPFDPFPFILLNLILSCLAAIQAPIIMMSQNRQEQKDRKRAEHDYKINLKAELEIKLLSEKMDHLLIHQNKKLLEIQEVQTDYLEDLMKELKKK >XP_034617399.1 3-oxo-5-alpha-steroid 4-dehydrogenase 1 isoform X3 [Trachemys scripta elegans] MEATGGLWQRLSGPEERRLLEILSYGLVGAGALSALLLRFVRMPYGRYSTRRFGCPVPVRLAWALQELPSLLVPLGLSLFSGAARVSKWPNRVLLALFIGHYAHRFDLQGNLLHTGLWTFQIKKQPRGSNEVTSERALIFSFLIRGGKPTPFITFALALIFCVYNGYLQGRSLSNYAEYPSGWLKGPCFIVGFAGWLSGMTINIYSDHILRNLRKPGETGYKIPRGGLFEYVTGANFFGEILEWFGFALASCTIESAAFAICTLFILGSRAHQHHQWYREKFEDYPKSRKIVIPFVL >NJD87536.1 tetratricopeptide repeat protein [Betaproteobacteria bacterium] MAGKPAVGQAFQWYREGEFARALEAARRLLEVDPSDVNALHVAGLATARLGDAAGGLALIERALAAAPASVPLWLSRGKVLLDAGREDEAREAFAKAAALDPAGYNAHLELGLLDAKRSRPRDAARSLLRAWRSRHDDVFAQRELFELLRAHPREFAAAPPAPRAPVARPRITLVICSIDPVKFEAAKRSFARAFGDWEYELLGIHDARSLAEAYNRALRACRGEIVVFSHDDVDVLSADLGGALARAFERADVVGVVGSARLAGPAWGARMADAMIDRGVDIIF >MBK8449583.1 hypothetical protein [Saprospiraceae bacterium] MKKLLYSLVLFSICALSCIDHDFDAPPQVTDDIGFQTNSSIAALKTKFVAGKFIDITDDLLIHASIVADDKSGNLYKTLVLQDSTGGIELKINRTGLYANFPVGMKIGLRCKGLTIGDYNGLIQIGQGTYQNGNFTNLSGIEDALVDRYVFKGPRNQVITPKKRTIPALIAQDLSTLIQLDDLEFIRSDTGKTFADIIGKNPSNLMLTDCAGNEIILRTSDFADFAGNTVPPTNGSIVVILSKFKSDAQLYIRTINDIQFSKPACKGGSGGNGALINILDLRKLFTGTITNAPDLTKIIGTVISDRVNQNTTSRNLQLQDQTGGITVRFSANHSFSVGDQIEINVSKQELSEFDGLLQVNNVDLLNAKKLGTLTVVPSKKTIAQIVADFENLESTLVELTDVAISKSSGASYSGTCTIKDASGMMDLYTRSAALFANDNFPTGNVKIVGIVTQGGAGLSKQVAIRTTSDVSGGGTGGTPELISLKDIRATFLGTMTTVASNKKIRATVISDKDNMNTTTKNIHIQDASGGIVVRFTVDHSFSLGDELEINVSNQELSEFSGLLQVNNVPLANATKIGTNTIIPVVKTIAEILNNFESLESTLVEVSDIAISKASGTTYSGTCILSDGTGTMDLFTRSQASFSGTNFQTSKVKIVAFVNQGGALLSKQLSIRKITDITP >WP_062308724.1 rod shape-determining protein MreC [Alicyclobacillus sendaiensis] MSRYLTSRRLFLILGSLIVLMIIAGLTLSQTGRRATFPERVLMDIQSAVSGIVYRPVSKLTGFFAGLSNLRQMYEENAALKQEMENYQALRAELADAQAENQRLETMLHFYRRTVSQLHEIPARVVGREPSEWNSSLTIDVGSADGVQPNMAVVAPDGSLVGRVDTVSAHSARVVLITDTELGDGVSALVEASHMQPFGVITGSATSPGELNLDFLGQIIQLPASQLVGDEVVTSGLGDVFPRGLVIGTITKVIYGAHNTAKSAIVQPAAQMDFLQDVFVVREQGSSP >MBQ9754467.1 hypothetical protein [Lentisphaeria bacterium] MKIHFKRTNFGAALLAVFLCMMIQLLILTGRDGGELHFESLFFFMNYLDGRNLFAQVMDPFRNDWGLYQARELSYLFDVLDTRFVAFLLKKHIVWFHSLCSLLLCGVMVFIQHYYTRKFFPKIPGMLVTLISVFFVLSMAVTGLNYFRCAKYLTATGLWGTFFAAYACCRWGNTRSRIALILSLFLMCLSDRQGFFFTAAFCGTMAVVMVWQSRCRSLLVVRRSRFVVLSAFAVMVFGIINNLYLTPALVKFLNGYEVDFAYQRDFQLSFASIRSGFLFLMGNGGNWFSSFTGDIRIASLTGSLLLGGLGIELYCRYRKCENSWLYLSLLWLCALGAMLICGSAMTARHPMIMLADVVYGTYAINFLVITLFLLTLTAAGGKERFRKVLLTLVSAGILLRMGTEYLGERFAPESQSFKGYYSGQHVLKEALRDPAFDETRYLLPHRMELFLKFYREQVLKKQ >WP_278278068.1 hypothetical protein [Anaerofustis stercorihominis] MSRGHFGTTCPEAVGSVPTPEHAAGMGQEAFSGRTAARKRRNA >WP_195180108.1 helix-turn-helix transcriptional regulator [Mesorhizobium sp. INR15] >QPC95571.1 helix-turn-helix domain-containing protein [Mesorhizobium sp. INR15] MDLRVVVGLNVQRIRREQTLSQEELSFRSGFTRSYLSGLEAGRRNPTILSLEKIASALGASVEDLIHRPVKETTARDKAAAGTATEKRKPAS >UKZ95812.1 hypothetical protein TrAFT101_010627 [Trichoderma asperellum] MRAIQDTARHIKCHETWRHRTLAGMSLRLELQHTFLPPKGWLNPSSWVQSMWKSAVKIKKPIIVTDATQKATRTSAIHATTEIPSGHGDVPYGIRQLAGHIKKNLL >WP_088086543.1 cytochrome c biogenesis protein CcdA [Bacillus sp. OV166] >SMQ72214.1 cytochrome c-type biogenesis protein [Bacillus sp. OV166] MSDVNIFLALGAGFLSFISPCCLPLYPAFLSYITGMSVGELKSENAMLQKRSLLHTLFFLLGFSIIFIAIGFGTSFLGSFFLQYKDLIRQLGGIFIVFFGIVIVGILNPKFLMKDRRIEFKNRPSGYFGSVLIGMAFAAGWTPCTGPILSFVISLAATNPGSGMMYMIAYCLGFAIPFFILSFFLGRMTWIKKNSGKIVKIGGYIMIVMGVVLFFDWMTKIITIFSGMFGGFTGF >WP_110180126.1 benzoate/H(+) symporter BenE family transporter [Klebsiella pneumoniae] >PXH11762.1 benzoate transporter [Klebsiella pneumoniae] MRSFSLPLPTLFAGFVAVLVGYASSAAIIWQAAAAAGATPGQIAGWMTALGLAMGISTLALSAWRKVPVLTAWSTPGAALLVSGLQGVTLAEAVGIFIFANALIVICGATDLFARLMQIIPHSLAAAMLAGILLRFGLQAFAGLQDHLPLCGGMLAAWLLCKALWPRFAVVAALVIGALIAAASGDVASAAVPLAFVTPEWVAPQFTPALLLSVGLPFFLVTMASQNAPGFATLQASGYTVPVSALIVVCGGLALLLAPFGVYSICIAAITAAICQSPEAHPDPNQRWLAAIAAGGFYLLAGLFGGSITALMSALPPAWIQMLAGLALLGTIGGSLFQAVHQASERDAAVLTFLVTASGVTLAGIGSAFWGVVLGGVSYGVLSALRRP >WP_129639177.1 DUF1993 domain-containing protein [Rahnella variigena] >RYJ18785.1 DUF1993 domain-containing protein [Rahnella variigena] MSASLYGSTAAQFVRGLKNLSALLEKGAAWAKENGKSEEEVLNTRLAEDMYPLARQVQITSDMSKGAIARLSGVAAPAMEDNEVTFAQLQERIAKTLRFIESVDVAKLEGDESREIVVKGRNHELKFTAHSYVTVFAVPNFYFHITTAYNILRHLGVDIGKADFIGGN >CAG9815058.1 unnamed protein product, partial [Phaedon cochleariae] MDHSVIADWYGGQNIFITGATGFMGKVLIEKLLRSCTNVANIYILVRPKKGKGAKQRKAEFINCPAFESLKNSPNSTEIFEKLKCLSGDVCQENCGLSPEDQELLKTNVTVVFHMAANVRFDQPIKNTITANTGGTLNVLELACNFQKLKVFLHVSTSYCHCNVAKLEERLYRSPQDPRRMLQLAEWMDDEMLQALTPVLLKNSSPNTYAYTKCLTEQLVSEYREKLPIVIARPSIIIAAYKEPIPGWIDNINGPTGILIGAGKGVIRTMHCNESMSADVVPVDMVINSVLIVAWKVGCEPRKSEVEVYNVTANRDDPISWGRAIELGRKYFADYPFSVCLWYPGGSAKSSYFVHVIAAFFLHIIPAYLVDALMTLTGNKPFLVKLQKRIENGLSVLQYYTTREWYFHNEKFEKLYESLGSTDKELFYTNREALKYDKFMLDYILGARKYCVHENEDTLPTARKLNRRLFYLDVLMNIVLIGLFLWALYSFVTTFFV >PJJ44766.1 uncharacterized protein ATK23_2009 [Glutamicibacter mysorens] MPTESIIRRSDAMMHNGSVTSEQKNTAKDSATGQHIIAQLARELSSESAVAPWQIKAAIELLDSGSTVPFIARYRKEVTGMLSDSQLRLLEERLRYLRELEDRRAAVLEAIAEAGKLTDQLAQAIRAASTKAELEDLYLPFKSKRRTKAQIAREAGLEPLADLLLSDPSTDPVQAAAGYLNPEAGFATDADVLSGARSIVTERVSQDVVLAGELRERLWKTGKIGASVAAGATAEGQGKYSDYLDYVADLDRLPSHRVLALLRGEREGVLNLQLAEADPRDEQALADARGNYENSIAASLGLNVPSDAPAAKWIAQTVRLAWKARLLTRFESDLRSRLFEAAEDESVKIFAANLRDVLLAAPAGNKAVLGLDPGLRTGVKVAVVDLTGKSVETATIYPHAPANKWNESIAVLANLAKKHGTTLIAVGNGTAGRETDRLAAEVIKALGGEGISKVIVSEAGASVYSASELASQELPDMDVSLRGAVSIARRLQDPLAELVKIDPKSIGVGQYQHDVTASKLDRALDAVVEDCVNAVGVDVNTASPSLLARVAGVGPLLSRNIVDHRNANGPFATRKDLLKVPRLGAKAFEQCAGFLRITGGKEKLDASSVHPEAYALAKTLQASAEAQGRRLEELNPQDFATEQFGEPTIRDVIAELRRPARDPRGEFVTATLKEGVETIKDVKPGMIMEGTVSNVAAFGAFVDLGVHQDGLIHVSAMSNKFISDPREVVSSGQIVKVKVLDVDVVRKRISLTLRLDDELPVAGEAGKNSGPRERKGPGAGGSARPSQNRNGQNRNARSAQGKPAAPGNTAMAEALRRAGLGK >WP_237150901.1 HAD-IIB family hydrolase [Planococcus plakortidis] MNGATHLLATDLDGTLVGDRAGLQELLDFYERQPYEVGLIYITGRHLASARQLIADEALPVPEALVTDVGTEIYTGPDFRKDAQWEAHLMDEWAPGQVEALAREISGLTPQDLPVISRRSYHVTDTQAVEQFRNLLEAENVPHKLIFSGGKDLDILPPASGKGQALRYLLERHGLSDAKLLVAGDSGNDLEMLTLGFPSVIVGNAQPELKTHEEHPLIFRANRHCAGGIYEAWNHFHVD >MCE9516778.1 hypothetical protein [Mycobacterium sp.] MPSIPQSLLWISLVVLWLFVLVPMLINKRDTVRRTSDLALSTRVVNSASRSRLLRRRGPATGHRHDPDWRPEDVDLDEDYQDYPAEDYDEAVREAMQEASSRDGRGQTRSAMVLAAVNESEANTEPVYIDVDVVDENSGALPVGDGVQADGVQESLFEQPPGGAGADADAEDEDEHEEPLVTAETDTETPEAGFDEYEYVEDTSGLEAEDESDIPEAPRSNRRRRMESTAAAVTARKYRFRKRVLTAMAAIMVLTAVLSFTVSASLWWACGSTAAVTLLYLGYLRRQVRIEEQVRRRRQQRMMRSRMAGEPFAERSARAGFDVDAARLRRPGAVVLDIDDEDPVFEHLDEMPYSRRFDLPRAAGQ >KFU90592.1 Transcription termination factor 1, partial [Chaetura pelagica] LDIARQELEEFIPHVRNISDSSIRKMAGRDLMRFKEFKKQGVTVKFGRFSRKENDQIRKNVEDFLTITGIDSAEKLLFTSRYPEDKETIKRLKAEHLFCQKLSEGIPRPWRLIYYRARKMFDPNNYKGRYTKEEKEKLKKYHALHGNDWKKIAEMMSRSNLSVAMKYSEIKSAINYGPWSKEETQKLMHAVEEVIRKRLEGEESNSLSSSGKSNRDLSIDREKLCEKLPWTEIEAKVGTRYWRQCKQKWTTILTNKMTKGQQVYRGTKGLQAKINLIKRLYEMKVEDANEVNWEELSNIIGDVPRAYVQAKFYKLKVSCVPFWQKKTFSEIIDYLFEKKLPEFEEML >PDX17128.1 adenine phosphoribosyltransferase, partial [Helicobacter pylori] IREVKDYPKKGILFKDITTLLNYPKLFNKLIDALKKRYLALNTDFIVGIEARGFILGSALAYALGVGFVPVRKKGKLPAHTLSQSYSLEYGSDSIEIHSDAFRGIKGVRVVLIDDLLATGGTALASLELIKALQAECIEACFLIGLKELPGIQLLEEHVKTFCLLEC >MBX3707511.1 DNA internalization-related competence protein ComEC/Rec2 [Pseudomonadales bacterium] MTLVLPWPALPGSAAATTLATAALGCMALLLGRSAVPAGTTAGGAGQLRARPAGAWLAGAAGLLAGIAWSVAEHRSVLDARVGSAVPADAVRLEVIVASQPVTLEGPSPERTGIRFEADVSTGPEWALGRRLRLTWYAPEPVGQGERWRFAVAVRAPLGNVNPGGFDFERWLVGQRIHGTGSVRRGTRLTAAAPGWIERQRVALTAFVAAQELASGGVLTALMVGAGGAIAPDLWEVFRATGTVHLMVISGLHIGLAVGLGYGAGQMLARLCPPLLLWIDARKAGACLGALAGLGYTLVSGAGVPAQRACIMAAPALLMLAWGRRGQAGGLLWLALAGVLLADPLAIHQQGFWLSFGAVALLVIRFGSGRRRGGRLAGFLRAQWSLTVFLAPLLLLVTGRQPLAALGANLVAVPLVSLVLVPLTLAGGLLAGVWPALAAVALTSADAVFGWLLAILSVAAMFPSVNAEPTRWTAVVGLAGAIAWLWSGAGRERLLLALAVGVMLLGPMSRIPFGAFRVTAFDVGQGDAILVDTARHRLLFDTGPGFPGGRDAGATVVRPGLLATGRRYLDVLVLSHADLDHVGGLAGLEEGIAIGRVYASFDHPGAELCEAQAWDWDGVRFSFVAVPRAGPGQPLPDGNDRSCILLVEAGDRRALLTGDIGARVEAHLLRHLAQPVDLLQAPHHGSAGSSSRAFVRTLRPAHVLVSAGFGNRYGHPHPRVLENYRAVGATVHQTALAGALTWESQAPETVSGWRAQAPAYWRTPVASTAGN >EAH8201998.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAJ5674859.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAJ6177281.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAJ6452556.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] >EAK0767141.1 acetyl-CoA carboxylase biotin carboxylase subunit [Campylobacter lari] MEIKKVLIANRGEIALRALRTVKEMGKKAICVYSTADKDALYLKYADASICIGNARSSESYLNIPAIISAAEISEADAIFPGYGFLSENQNFVEICAKHNIKFIGPSVAAMALMSDKSKAKQVMQRAGVPVIPGSDGALNGVEAAKKLAKEIGYPVILKAAAGGGGRGMRVVEDEKDLEKAYWSAESEAMSAFGDGTMYMEKYIQNPRHIEVQIIGDSFGNVIHLGERDCSMQRRHQKLIEESPAILLDEKTRARLHETAVKAAKAIDYEGAGTFEFLVDKNLDFYFIEMNTRLQVEHCVSEMVSGIDIIELMIKVAEGYPLPKQEEITLKGHSIECRITAEDSKTFMPCPGKITKYVAPAGRNVRMESHCYQDYSVPPYYDSMIGKLVVWGEDRNTAISKMKIALQELIVGGIKTTKDFHLAMMDNADFINNNYDTNYLSRH >KKU62290.1 Type 1 secretion target domain protein [Microgenomates group bacterium GW2011_GWD1_47_13] MGGIGWIFSRQQKITENTEIVPTKVQITNQAENKFSVSWITTKETVGWVEYGTTSNEMKQIAMDDRDSGTVKNEYLTHHVTIAQLQPETEYFFRIISGKEKTIFENEGLPYTVTTGPIIATTPKAETFYGTVTAPAGEVVVGSLVYVTLPEAEMASTLVKDDGSYTITLSTIRASGGETYAEYDYSASVASLLIDNGKLQSEASVSLVNAMPVPLITLGENADFRGQGNEPSLAQESTATEAAVLVVDPYEDYEYEEYEEEEELELPPTLTPTPSPSSRAVTQTTATAAIVNPAVEGEVIFTNQPEFRGTGTKGLTLSIAVNSARSYSDTIVVENDGTWAWSPPGELAEGNHKITVSYISAGVSKTVQRNFVIATSAGAGGGLQPAFVASGAASIKPTPREVMPATASGVPTTGVITPTLLTVSLGFVMMALGVLLVVF >MBK5571697.1 hypothetical protein [Ensifer sp. SSB1] QASIDGDRDSMFAAIAKLGGINTDEITSKWGIDPAELKGLFGAGIKRVATGGGMSIDAMGEALAEYGYLSRDEHGKHDTRELEELFDSELRGEKHYTPQGWEQALRDRQAAEYEDYLNQQDLEAAGAGNFTDEQMDALDAILGDPAEDAAVSAFLHSISEAENVQSSTAEEDLGNAAATEAAADQSGAREVVAPNEEGR >WP_176282182.1 type VI secretion system-associated FHA domain protein TagH [Marinobacter lutaoensis] >NVD35648.1 type VI secretion system-associated FHA domain protein TagH [Marinobacter lutaoensis] MEHANTPTLTLTIANASAVPTTPEPACTFGVQGGSIGSASSDTWRLSAQGTGIMPGHAEVRWADGAFCLIDRSGRTYINSASEPVGRGRRARLQQGDEIRLGGYRLRADMNGRVAQSWSAPTDDETSMLPPVGDETGLLRSGPAAERDGGEPLGRLQPAPGQPEDPLPDWCPHPGVGAVAEREGDAYREARDGVMELPVIGRQRSAEGANRVCDRRNEGAAVDNSRQHLSGAPLLRGLGVEIGFEDTEAMSLFLEEAGATLKATLEGLLALHQGEDRRHRALRTRWQPIEDNPLRLGQDYAHTVQTLFAGQRSPVHLSAPAAVRESLASLDCHQQATQAAIREALDAVLHAFSPQALLRRFHGYRRGLRAGEDEGRWAWDMYQHYYEELKSRRQQGFERLFQEVFDQAYDQHMRQLQRENLS >XP_038766703.1 uncharacterized protein EAF01_009638 [Botrytis porri] >KAF7895676.1 hypothetical protein EAF01_009638 [Botrytis porri] MSASPTTAPTQSTKRPLEDPSSPSAPSDQPDAKRPALDKIVKGEDGSEKKPSVIETELPVLTNPNGDAKPDEANGIKEEVKDAQGDTEVADAPTTEATQPIQTTVPTKTEGTSSGNALPHDESGWIHVRSVITSAEAATVIGKGGENVSLVRKLSGAKCTVSDYQKGAVERILTVSGVVDAVAKAFGLIIRTLNNEPLEAPSDSTSKTYPLRLLIPHILIGSIIGKGGVRIKEIQEASGARLNASDSYLPLSTERSLVVLGVADAVHIATYYVGSTLFEQLTERFGGPAASAYASRSGGPAGVVPGGMQVVPYVPQPAGGNYGHPDNHRRSDRGSHHTPGNSYAQPYGQGQAPHQQPAAAAHYGGHASPAVGGYGGVGPQQPQQAGHAVPQPHGATGPQGQPMPGAIPGQPLTQQIFIPNDMVGAIIGKGGAKINEIRQFSGSVIKINEPQDNSNERLVTITGTAECNQMALYMLYSRLESERHRASS >WP_276078981.1 TldD/PmbA family protein [Mycolicibacterium arabiense] MPRLQLADAALTAARAAGASYADLRIHRITTEIIQLRDGELETSVISRELGLAVRVIVDGTWGFASHAELAPRVAADTARRAVAVATTLAPLNAERIELADEPVYANATWVSDYDVDPFAVTTAEKIGVLDEYSGRLLAADGVDHVSASLYAAKEQTFYADTFGSSITQQRVRVQPTVEAVSVDPAAGSFESMRSLARPTARGWEAVAGDDVWDWSTELAELPTLLAEKVKAPGVVAGPTDLVIDPSNLWLTIHESIGHATEYDRAIGYEAAYAGTSFATPDKLGSMKYGSPVMNVTADRTVGHGLATIGYDDEGVRAQSWDLVREGVFVGYQLDRVFARRLGVARSNGCSYADSPHHVPIQRMANVSLQPAAEDVTTEDLISRVADGIYVVGDKSWSIDMQRYNFQFTGQRFFRIRDGRLDGQVRDVAYQATTTDFWGAMEAVGGPSTWQLGGAFNCGKAQPGQVAAVSHGCPSALFRGINVLNTREESGR >NXM82541.1 TOM1 protein [Oenanthe oenanthe] RATDGSLRSEDWALNMEICDIINETEEGPKDAFRAIKKRIVGNKNFHEVMLALTVLETCVKNCGHRFHVLVSSQDFVEGVLVRTILPKNNPPAIVHDKVLTLIQSWADAFRSSPDLTGVVAVYEDLRRKGLEFPMTDLDMLSPIHTPQRTVYNSNSQSGQNSPAVNSPQQMESILHPVTLPPGRGTSSDAPITPTPEQIGKLRSELEVVNGNTKVMSEMLTELVPSQAEPSDLELLQELNRTCRAMQQRVLELIPRVLHEQLTEELLLINDNLNNVFLRHERFERLRTGQPVKAPNEAENSLIDLGPSTPSALKQPEVTSNLSSQLAGMNLGSSSVSAGLQSLDTSGKLEEDFDMFALTRGSSLAEQRRGVKYEDPQATKGLAGALDARQQNTGAGESGASSDGAQLTKWMMRQGMVPVPQGNFMEDIEKWLSTDVGESEDPKGVTSEEFDKFLEERAKVADRLPTLSSSSAGTSVSPPAASHHQKQAKEDDAMFAL >KAG1843883.1 hypothetical protein F4604DRAFT_1884546 [Suillus subluteus] MLIRACTFTRLCPNCSGEFSSIEAVVLHLNSQSTCWPHEAHPQHSPVPPGLRGSHPSTSDTTGHFHPRSGYVFGLGKNLFDRLQEDQYNYRREVNTYYPFHDEGEWELARFLVENLNQTQIDKFLKLKWFNTCPKPSFTSKDQLLDWMDALPCFAEWKVSNLEFTGYKTIRPIQLIWRDALEVVKQLFSDPVFANHITFQPHIANVRNQCEYGDYMSADLAWKIQDCLPLGAMQVPIILGSDKTPVTRTTGGLEMHPIFITIGNLDSEVRSKATLRAWRCIAYMPIAKFCVHPDYQTILQARLWHKCVDLVCANLKLAAKRGCFMPDPSRFIRYVFTPLVAHVCDLPEASMIAAISKTTDVWDLDKFQKAAKAVNLSGVHMPYWHDWIYACPSVFLAGEILHTCLKFFADHPLNWTKEVVGKPELDARFIAQHKRVGMRHFTKGITHVNQMTGREHRDIQCTIVASIAGAAPPRFIRALRALIEFIYLAQNPVHSADTLMSMAQALSDFHAFKDAIIEAQARRGKKGSKEDFFIPKLELLQSFRGTVERLGTLMQFTADMTEHLFVRTNWRANDFVEQSVQILNWQESIELFNLYALLHSRGASLVNVISTEDEAVTTINPALSWISRILPDETHSVHGPRPVCNHFLKGILSGDALTAFHLTLTPDFKSLSPTDIHSVYSLIDFDHALSQFIRCFSFSTGEHTRWDYRYGHFSAVVQAYPPGESFPLGNCDNVLVNITGDNGQITTHVAQVRLIFQPNLPHASNLVLPSYLSCPLLYIQYYHFVASPNDRPELAMWTVERSYVEDQHGKHRCGGVVPLTSVTHAVELIPEYGEKIDEKISLAICLESYDRFFLNNFADKESYHTLSTEFA >KAJ4375381.1 hypothetical protein N0V83_002467 [Neocucurbitaria cava] MLRFRDQEDNDDDDNNDNVETVISVEIVTAENTNTGRVVWVTQTAEQQKTLVPPAVRTRPSSTDDEDDQESTTTAKATASKKASSTQNTDAEETGSATLKQASTLMVATKAPTPGSGSAVAGLASATAAITSVSATASAEATEGGMSGGAKAGLALGILVAVGALLVGILLVYRRKKKQMVAEKQNEKIDLYDAPPPPPPQVQTAAASAPSIRTQRTMSTAPRLSLRPVTQFDPTFNEQRKSGGNLLSVAAAGGAAASHNRDQSSERPTSAWERPGATNAPAANPFNDPENRSGPPSANPFGNNAALDHHQASIPDSPPNASPMHSTKPSGDFANPAPAIAAADIDPVAMAGAMSSIPPPTNELPLPPAIAANTASVPPSPAWTEDFPASPGPAPTGALPIAGGAMAAGSRSQSPAPGPNNVHRVQLDFKPSMQDELDLQAGQLVRMLHEYDDGWVSSSRAFN >WP_001977095.1 FlaG family protein [Helicobacter pylori] >EMH42727.1 FlaG protein [Helicobacter pylori GAMchJs106B] >EMJ42579.1 FlaG protein [Helicobacter pylori GAMchJs124i] MVNEVQGIGIPASHASVQTTPTKEISRANTISTIDESKTTIDPDQYKPKLELLSERLNEEMKRIGTDINFSYNDTIKGLVVSVKDANGDKVIREIPSKEAVELMQRMRDVIGIIFDEKG >XP_052534275.1 glycerate kinase isoform X1 [Tympanuchus pallidicinctus] >XP_052534276.1 glycerate kinase isoform X1 [Tympanuchus pallidicinctus] >XP_052534277.1 glycerate kinase isoform X1 [Tympanuchus pallidicinctus] MPAPQGPPQKALSLLRRASGSAAPLQLSSGHRATDVYTLSPVVEPFCSQHNSTFSQPELLQLANESSVTEVKVGCLRTRQCWQRVCKPTPSRAEQLSLATLGSMSLREHALSLFRSAVGTVRPAPMLKRALKLQGEGCPQLLVSSRAFPLKRDLYLVGFGKAVLGMAAAAEEILGDHLVRGIINVPLGIQESLQRAGMQEMLLKPRSRIQVIEGAKNNLPDPEALRGASAIRELAEGLTADDLLLVLISGGGSALLPAPIPPILLEEKEKLTKMLASRGAAIQELNAVRKILSLLKGGGLARLAYPAQVVSLILSDVIGDPLDIIASGPTAASSHSVQDCLRILAKYNLLHSLPSSVEAVLSSSPTKPAAAEDYSHVCNVIIGSNTLALAEAKRHAESLGYATLVLSAAVCGDVGRVAVLYCQLICLLCLRLASLGEGPRGSEVKENLLQLAAELDIPGLNMAEFLQALQGMERRKPVCILAGGETTVQLQGTGKGGRNQELALRVGLGLHRARGVEASSLGRCDVVFLSGGTDGQDGPTDAAGAFCSPELVAEALQEGLDAETFLSNNDSYAFFSHFQRGRHLLVTGLTGTNVMDIQVILIRATDRS >AAW57761.1 nef protein [Human immunodeficiency virus 1] MGGKWSKSSIVGWPQVREKIKQTPPATEGVGAVSQDLDKHGAVTSSNMNNADCVWLRAQEEENEGVGFPVRPQVPLRPMTYKGAFDISFFLKEKGGLDGLIYSKRRQEILDLWVYNTQGFFPDWQNYTPGPGIRFPLCFGWCFKLVPVDPREVEEDNKEENNCLLHPISQHGLEDEEREMLMWKFDSALARKHIARELHPEYYKDC >KXZ65002.1 NUDIX domain protein [Acinetobacter venetianus] MFSEDETMNQIKTKALCIFRYKEKVLLSKGYDPSKNENYLRPIGGGIEYGELSERAVCREVMEEIDKQIIYPKLLGVLENLFTFDGQQGHEVVFIYCADFVDESMYQIQQITGHETNGSTYLAQWFSKEEIEDNHYAVYPKGVEQWLFTT >WP_279840346.1 efflux transporter outer membrane subunit [Pseudomonas sp. GD03862] MKPGLRLSPLLLAVLLTGCTLGPDFLRPDSQAPQQWAPLQGEAAASQPQAEPLELRWWETFHDARLSALIQRVAERNLDLQMASARLLQSRALRSTLAADEVPSVDVNAGYSRARNSADGLSDPSGKAGKEAFNLWQGDLVAGWELDLWGRVRRQVEAADATVEVAENDRRGVLLALLSETAGNYIQLCAVQHTLDVTQDNLRVARHSLKLSQDRQAEGVATRLDVAQASAQVASIEARLPSLEARRDDLINALSLLAAEPPRSLQAELLPGGELPAPQQKFAIGLPSELAERRPDIRQAEARLHAATASIGVAKADFYPSIRLSGSVGFQAMQLSDFGGWDSRRFAFGPQMSLPIFEGGRLKGTLELREAQQQEAALNYRKVVLGAWHEIDDVLRLYNASQLRRDHLAEAVRQNRIALETAQRQYVEGAVDFLNVLTVQGALLASEEQWIDSSAAVSQALVGLYKALGGGWQAFDEPPPNAHG >WP_056329268.1 glycosyl hydrolase [Arthrobacter sp. Soil764] >KRE91890.1 beta-mannanase [Arthrobacter sp. Soil764] MFNSIKTRFAAVAAGLGIALAMTVVQPAAAQAAAGQIALSPATGPAGSSITVTGSGFKASTTGTVIIGSATFPLKTTSTGAFSAPATIPATATGRVTVTAKTSSVQGSAVFTVTVPAPAVPGVSTAKLRFGAATAGGPLAGAELDEVAVLAGEAPSSVLFYEDFAQPAPITEMNAVRARGAVPLVTWEPWLWGGGVNQPAYSLDRITAGDFDPYIIQWGQSLASWGYPVQLRLAHEMNGDWYPWAESVNGNQPGDYAAAWRHVHDLVAAQGAGNVSWVWSPNVPYYGSTDLAGLYPGAGYVDIVALDGYNWGTSASWSGWISAQDLFAPGIAQLRALAPGLPILIAETASSEAGGDKAAWNSGLVSYLAAQPDVMGFVWFHMQKETDWRINSSSASAAAFKTALQLRRTS >MBX3400476.1 prepilin-type N-terminal cleavage/methylation domain-containing protein [Gemmataceae bacterium] MMLARSRNRRSGFTLLEVLLATVIGIMLLSGLYVTFEMVLKQSDAGRTAVERGDLSRAIVNRMTLDLSGSLGPLPPKSGGGLPPESTNINSGSAASSSSSSSSSGSTTTGTEGTTGTEGSTETETTTSEMAVAADVPFQGGVFGSGKQLTLYVSRVPTDLLDVNSAAQTALGGDPKPDLRRISYYLGATGGLCRQEQFLVTADGVRNSTDPDYTRETVDLIAEEVIDVNFEYYDGGSWSSTWAGDEENSDGKTVKGPPRAIKMTMVIADDDGNQKTVEHVFAIRAAVGTFLPPLPPEDTTTTTEGM >WP_128786583.1 methyl-accepting chemotaxis protein [Photobacterium chitinilyticum] >RWX52837.1 methyl-accepting chemotaxis protein [Photobacterium chitinilyticum] MRLSLKLKLVLSSVLLILITILVLGGFSYQTLDKQAWSAIESESQNTAKAYSQGIGDWFHDRQNSVSATVNAIKRDSQLDIVGHLKQTLVSGGFGLSYYGTKEGVMHRHDPSLNRAGYDPRVRGWYKEASAARKQITTKPYVSHTMQTLVVTLAEPVYSQGKMLGVVGSNLALGQLMEDVLDITVPGKGYAMLLDTKNNLVVAHPNQDLELKPITELGQGFNEQNLEQAMSSRSLFFTNMDDREKAVAVSAIPNTTWAIALVMDKATLVSPLNSMLLKLALFGLLIMAFVSAFTAWLVSHLFKGLNNVSAALSDIANGEGDLTVRINMQSDDEVGKLADNFNQFVGRLHTMAVNLRDITLQLNHSAADSADAATLRSKNIRHQQDEITMVATAVTEMASATQEIAGNAENTAKTAEQAVALTEEGHAQVGQSQSSIGNLAKEVDSAVNIIEDLNGHALKISSILSTIRDIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRVLSQRTHTSTEEIQTMIETLQSTTKQAVTVMSDSHQLAETSVQDVDDAGVSINNIANEINVISDMATQIASAAEEQSSVTAEISRNTEGVQEVANQMAGEAQEAAHQAEGLKALANQLEQEVKRYKL >MBV8060578.1 HipA domain-containing protein [Alphaproteobacteria bacterium] GQPTTHILKPPISRFHATTENEAFAMRLAAAVGLDVAPVEPRRVGDRPFLLVERYDRDIDAEGHIRRLHQEDFCQALGVPPENKYASEGGPRFPDCFDLVRRACTTPAPAILRLLDAAIFNVILGNADAHGKNFSLLYRQGAVTLTPLYDLLCTVAYPELSAKFSMKIAKRATIEEFRPDTWEQFTAEIGVGAPYTRRRVRALAESMAEQAPKVAATLSEQSLDADALSQFIAIVRERAARFL >XP_003035978.1 uncharacterized protein SCHCODRAFT_02606363 [Schizophyllum commune H4-8] >KAI5899868.1 hypothetical protein SCHCODRAFT_02606363 [Schizophyllum commune H4-8] MAPAAKKSTTAKASSKAAPAASKTAAKSTHPPWAEMIKECIVDNTEDARHGVSRPQIKKYVEEKYKLTIGPAQNTQLARAIAYGAEKGHFVLPKGPSGRVKLPPKSRPADAASKENKPAAKPKSAAAKVPASKAKAAPSKAKAAPTKTATKKATTAKATTAKSTARTTKAAGTVKKPTAANAKAPAKAKASTSKAKAAEPGKKKAAAPAKKNAAATTKKPTAASKRAPAKKAATGTTPATKAKTAAKKATVTKKAAPAKKAADKEKPAKAARTSSGRKTTAPKK >XP_039406663.1 gamma-aminobutyric acid receptor subunit beta-1 isoform X3 [Corvus cornix cornix] MGAAARRTGPRALLLPLALAVACAARSADGPSNMSYVKETVDRLLQGYDIRLRPDFGGPPVDVGMRIEIASIDVVSEVNMDYTLTMYFQQSWRDKRLSYSGIPLNLTLDNRVADQLWVPDTYFQNDKKSFVHGVTVKNRMIRLHPDGTVLYGLRITTTAACMMDLRRYPLDEQNCTLEIESYGYTTDDIEFYWNGGESAVTGVNNIELPQFSIVDYKMVSKRVEFTTGAYPRLSLSFRLKRNIGYFILQTYMPSTLITILSWVSFWINYDASAARVALGITTVLTMTTISTHLRETLPKIPYVKAIDIYLMGCFVFVFLALLEYAFVNYIFFGKGPQHQKKTAGRAGHATGKKSKLETNRVQSRGDKPPSYGLLCTDTVYPFLWKIRKGKKQHNPHSDQLSQQLLR >HBG17616.1 hypothetical protein [Bacillota bacterium] >HBK68389.1 hypothetical protein [Bacillota bacterium] >HBT17363.1 hypothetical protein [Bacillota bacterium] MRTVYRVLIVDDEPLVRLAIKSLTNWENYGFNLNYEANNGKQALKIIKEEAIDLVVTDLNMPIMDGLQLIQELKRLELPQRIAVLSAYDDYYLVREAFRYGADDYILKPEMDVDNILKLLQDLSNRMEDKSKLSDDDPALTKKILREKLLRDLIIGGKIDDLDKKIKELRFGIGKQNLVCCFFWVDDYHKIVNKYGQMDLGRFQTSVGHSINQVLAEGKGGEYLSLSPQEYIIVLSFPDVGLNEVRKRVLETVNTIKHSLKTYINITVSTGVSSVKTGYEHIGKLFAESKQYAKLRFIFGKDRIVFPEDTAVLARENHPPSFLKNKEQFLLALKENDPRRVFMELEAIFDKIRSFDVLKIEETYPYYMEILFLIINFLNELGEESNEVFERETDFYTTISRFETVFEINNWIKNLVGAMLHYLQEKASIRLHRAVVRACQFVKDNYQEEITLPMIGEFVGLSESHFSRLFAKEMGENFIDYLTKIRITKAKELFVTTNLKVYEIAEKVGYTSAEHFSRIFKRYTGESPSNYKG >WP_277324932.1 biotin synthase BioB [Streptomyces sp. JH14] MDLLNTLVDKGLRRELPTREEALAVLATSDDDLLEVVAAAGKVRRQWFGRRVKLNYLVNLKSGLCPEDCSYCSQRLGSKAEILKYTWLKPDEASKAAAAGVAGGAKRVCLVASGRGPTDRDVDRVSQTIEAIKEQNEGVEVCACLGLLSDGQADRLRSAGADAYNHNLNTSEGTYGDITTTHTYADRVQTVQQAQAAGLSACSGLIAGMGESDTDLVDVVFSLRELDPDSVPVNFLIPFEGTPLAKEWNLTPQRCLRILAMVRFVCPDVEVRLAGGREVHLRSMQPLALHLVNSIFLGDYLTSEGQAGQADLDMIADAGFEVEGAGTTTLPRHRTEAGAEPGTGGGCGGHSGGCAPCGEAADEPSTAGAEAPAARTDLVAVRRRGAGTDVAPNA >XP_037916999.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917000.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917002.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917003.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917004.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] >XP_037917005.1 poly(U)-binding-splicing factor half pint isoform X4 [Hermetia illucens] MEQSIKMVLMKQTLAHQQQAINRFQQLASQRTQVQRQQALALMCRVYVGSISFELKEDTIRAAFLPFGPIKSINMSWDPITQKHKGFAFVEYEIPEGAQLALEQMNGALMGGRNIKVGRPSNMPQAQQVIDEIQEEAKNYNRIYVSSIHPDLTEEDIKSVFEAFGPILYCKLAQGTSLHTHKGYGFIEYANKQAMDEAIASMNLFDLGGQLLRVGRAITPPNALMGPTTNSSMPTAAAVAAAAATAKIQAMDAVASNAVLGLSAAAPTLGIPSIAKVLPSVGATPLVPATLQASGIAVPAVTPILNPPQIITPVLGTQSAIGVTAAAPITVTPAGVAVNVTASINQTANNPEDILKKAHEKQQEELQKKLLEEGEPQTLQQQESMSIKGQSARHLVMQRLMRPQESKVIILRNMVGPEDVDETLQEEIQDECAKFGTVERVIIYKEKQSENEEDDDADVIVKIFVEFSTAAEAERGREALHGRFFGGRRVIAELYDQALFDHGDLSG >PBP26446.1 SOH1-domain-containing protein [Diplocarpon rosae] MRMEDIKMENNQTPPPPIPLDEPRYGGFTRFEIELEFVQSLASPLYLNHLASQKYLENPAFIAYLSYLQYWSHPPYTKFLNYPGPTLKNLELLQQERFRADILSPEVTARLFEEGVKKSLEGPRN >MBS3742576.1 hypothetical protein [Candidatus Cloacimonadota bacterium] MIDLIDEIISKYPGPEKVEQLNRKNKTCLTEIHKGNNPLYIVWLGTENHLYIEFCRQNNEVYSYYLTPAWMNRLIKYFY >WP_150253061.1 DNA topoisomerase IV subunit B [Nocardiopsis deserti] MTALTAAIHDPEDYSARHLSVLEGLEAVRKRPGMYIGSTDSRGLTHCMWEIIDNSVDEALGGFCLRIDVTLHSDGSVSVSDDGRGIPVDAEPKSGLSGVELVMTKLHAGGKFGSGSYTASGGLHGVGASVVNALSARVDVEVDRQGHTHAISFRRGIPGRFAGSGPDAEFTPVSGLEQVRKVAQKITGTRVRFWPDMQIFLKDADIAREALLDRARQTAFLVPGLTISVRDERVEGEPAYEEEFRFDGGIGEFCTFLAPDEPVSDVLRIQGSGNFTETVPVLDDAGHMVPADVERRLDVDVALRWGTGYDTTVRSFVNVIATPKGGTHINGFERALVRVINEQLRTTKLLRNSDDPVTKDDTQEGLTAVVTVRLPEPQFEGQTKEILGTSAATRIVSQVVGKELREFLTSTKKVEKARARSVLEKVVGAAKARLAARQQRETQRRKTALENSALPAKLVDCRSEGLEHSELFIVEGDSALGTAKLARDSEFQALLPIRGKILNVQKSSVTDMLKNAECAAILQVVGAGSGRTFDIDAARYGRIILMADADVDGAHIRCLLLTLIYRYMRPMLEAGRVYAAVPPLHRIELTNTRRKRGSKPEDRYIYTYSDAELSRTLLDLEKRKISWKEPVQRYKGLGEMDADQLAETTMDPRHRTLRRIRVEQGEEASAVFNLLMGNEVAPRRRFIQQGAQELDVARIDA >MBT3887354.1 2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Rhodospirillaceae bacterium] ATAPTAAAPAAAAASGAAPAVSPAVRKLIEENGLDAAAVPGTGKDGRITKGDVLSYLKNPPAAPAAVPAPVPAAAPEAAQTQIPSRPAGPREERVKMTRLRQVIAGRLKEAQNTAAMLTTFNEVDMGAVMETRAAYRDRFEKSHGVRLGFMSYFVKASIVALKDFPAVNAEIDGTDLIYKNHYDVGVAVGTENGLVVPVLRDADQMSFADVEKTIRDFGGRARDGKLTIDEMTGGTFTITNGGIYGSMLSTPILNAPQSGILGMHNIVERPMVVNGEITIRPIMYLALSYDHRIVDGREAVSFLVRIKECIEDPQRIMLDM >WP_273302807.1 phosphoribosylanthranilate isomerase [Sphingomonas ursincola] >MBY0620075.1 phosphoribosylanthranilate isomerase [Sphingomonas ursincola] MTTLIKICGLSTEAAIDTAAREGATHIGLVHFEKSPRHVTLEQAAELRRRTPSHVQVVLLLVNASPELTQRAQRTVRPDVIQFHGSEKPEWLRIVKQHMPVEAWKALGLRSADTLTNARRFDGSADRLLFDAPAQALPGGNGSVVDWSLLVGHHHALPWGLAGGLNPDNVREALAATQAPLVDVSSGVESAPGVKDMDKIARFCQAVRDHDQHRNPA >PKM59746.1 transcriptional regulator, partial [Firmicutes bacterium HGW-Firmicutes-4] MSTKIPPIERCDCDVIHEEIVRQVKEKMPPEEMLYDLAELFKVFGDSTRIKILWALDEAEICVCDIAYL >MBW0517832.1 hypothetical protein [Austropuccinia psidii MF-1] MNWVAALQPGDKERCNSCLVMVDRYRKTLILLPCHKDDTAMDTALLIWNRVISHTGISKNIISDREPRFKYALCRNLYKLLGTKLSFSTAYHPQTDGVAERMLWTLEDIIRIFCFYVLDFKDSDGFTHDWCTLILELELAYKTSMHASTEKTFAMMEKGDNPKLPVQNFKKYLGNIHPNASILKLLIDKSSHHANQIITEAFEYTKKKWDKSHRTPEFKVGELILVSNSSFHYIKGPKKWKDSFEGQFTMKAPHGTNAVKVELSGILEK >OQA38407.1 Signal recognition particle protein [Acidobacteria bacterium ADurb.Bin340] MFESLTEKLSKAMRALKGEARLTEKNIETVLREVRMALLEADVHVQVARSFLQRVKEKALAEGPDGKGTTVLQGLNPAQQFIDIVYRELTEIMGGAAPEQPLDFGPKPPTVVMLAGLQGSGKTTTSGKLAKFLKKQGRNPLLVPADVYRPAAIEQLHVVAKDAGVPSFRTEEKDPVAICRAAVEEAKLKGWDVVILDTAGRLHLDDALMEELARIQAATEPREILFVADAMTGQDAVRSASAFHARLNLTGVVLTKADGDTRGGAAFSIREVTGKPIRFVGAGEKLDDFERFHPDRMAQRILGMGDVLTLIEQAKEKIDEREAEAMAQRLVKNQFTLNDMLGQMQQVQKLGSMQKLIGMLPGMGQMKQQLETVVTDKRVKHLEAILLSMTPAERANHNLLDAKRKRRIAAGSGRPVHEVNQLLKQYLEMKKMMSQMGDPRFMKRMQAMAGRMGGGMPF >GLV83862.1 glycosyl transferase family 1 [Streptomyces lavendulae subsp. lavendulae] MRKQSSPAPTPAPEPLPPTVLHLVQPVDGGVARVVTDLVRAQAAAGLRVLVGCPPGGRLTDDARAAGAEVLTWRAGRSPGPGLPAEVLGAARLIRHVRPDLLHLHSAKAGLAGRIAVRGRVPTVFQPHAWSFDAVGGATAALAMRWERAGARWADRVLCVSESERRAGEAEGITARWSVIRNGVDLDHFRPAHHDPDRERAEARAALPLPASLTGDGPLAVCVGRLCPQKGQDVLLRAWPELLGNVPDARLAFVGDGPDAERLRRTAPPAVHFAGVAADIRPWLRAADLVVLPSRWEGMALAPLEAMACGRPVLVSDVSGARESLPPGQGRLCLVPPEDPTALAKALGRLLTEPRLLTELGEQAQQHARTEFDVRRTTDAVTGLYHELLGRPRPLNQESVSR >YP_009017695.1 gp081 [Rhodococcus phage ReqiPepy6] >ADD80972.1 gp081 [Rhodococcus phage ReqiPepy6] MSDGAIAALLIVVYYHLMALSLIYSDKLMKLVPRKLEKFLTKQFLKLASIFDKLFKRIEGVHLKWKSRL >XP_003875641.1 conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103] >CBZ27153.1 conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103] MCIDFAPTLNLRSLRTQHTDVQDAPMEGNQLQVVAAAVHTEALSRAEGHACRTSPVRCVYRLRDACAALQLILLAYKYRRCGAKSMTVAMFVQACASDLVKEVRVLEDALSSSPRRVSSGDAIATLEAPWFYIGSEAGDDVRVYLLLPTYADYFFDYTMHWARVAYSEMARQYVGHALIAKLQTVGGGWASLHRADKSLACALQLQAVAQAVFDEDVVRKCRLFIGWAHLWNSDPAKALEVFYAELAAARRHGDTVHERRCLHAIQNAEHNPCLAPGGAHTGRYQLVSLWWRALG >NRF69152.1 type II/IV secretion system protein [Aquabacterium terrae] MRLADAFGLPCFETADMQARTPAFDRLPLARAQQRKLLLLRALPADGAAPFVAVLPDPFDRDAQLQLEEWAGAAISMALATPEDIQAYLNQQEAQARALENLDDAPIALAGDDEPVEVLSLATLDEAPSPAVRLLNSTVYDALRAGASDVHLESTSSGMVIKYRIDGVLEVAHQPAGRALAEQVISRLKVLAELDIGERRVPQDGSFRVRAQERAIDLRVSIMPSVHGEDAVVRVLDKQAVIEAHGKLTLKGLGFDAGALATLRELIEAPYGMLLVTGPTGSGKTTTLYAALSETHTGRDKIITIEDPVEYQLPDVLQIPVNEKKGLTFARGLRSILRHDPDKIMVGEIRDRETAEIAVQSALTGHMVLSTVHANNVFDVFGRFTHMGLDPYALASALNGIWAQRLVRVNCPHCRRPEMPAAAELARAGLDASVAAGFHFQRGQGCGDCRGSGYRGRRAVAEILRLDDELREMIAEKQPVRRLKEAARQRGMRSLVDAALDLVRSGDTTLEEVRRVTMAA >MCH2678216.1 SMC-Scp complex subunit ScpB [Alphaproteobacteria bacterium] MNNDLLIKIAEGIIFTSQEPIKVKDLSNRLPECKDIDSIIDFLINKYKQGGFVLEKNGDTLAFRTSSSISDYMKVEKTIQKKLSKAALEILAIIAYHQPVTRAEIEDMRGISVSQGSLEVLLNNNWVEPKGHKNIPGRPSTWRTTKDFLDHFGLASLKELPGISELKSAGLLARNIGPSVLNRDNISEL >WP_278390468.1 lipid IV(A) 3-deoxy-D-manno-octulosonic acid transferase [Stutzerimonas kunmingensis] MNRTLYTLLFHLGLPLVFLRLLWRAWRAPAYSRRIGERFAFGLPPLRPGGIWVHAVSVGESIAAAPMVRELMARYPHLPITVTCMTPTGSERIQALFGDSVQHCYLPYDLPWAAARFLERARPKLAVVMETELWPNHIHQCARRGIPVALANARLSARSARGYARFARLTAPMLAKLSLIAVQTEAEAERFRQLGARDECVEVTGSIKFDLTIDPALLERASKLRQQWAALERPLWIAASTHAGEDEIMLAAHRQLLSNHPQALLILVPRHPERFASVYESAVRDGFVAVRRSTGEVVDAGTEVLVGDTMGELLFLYALADIAFVGGSLVPNGGHNLLEPAALGKPVLSGPHLFNFLEISAQLRAAGALREVQDAAQLAQAVSELWGDPGGTQAMRDAGLGVLKANQGALARLLAGLGRLLG >WP_130514498.1 MULTISPECIES: N-acetylglucosamine-6-phosphate deacetylase [unclassified Shinella] >MCA0341758.1 N-acetylglucosamine-6-phosphate deacetylase [Pseudomonadota bacterium] >TAA64233.1 N-acetylglucosamine-6-phosphate deacetylase [Shinella sp. JR1-6] MTVIAGQDVAPFDIDATEAWWLVPERLFDGETLDTGRAVRIVAGRIDDLHPVVEAGRDDLPVWRTNGLASPGFFDVQVNGGGGVMVNGTPTADGLRAIAAAHRPGGTTAILPTLITDAPEVMEKAVSAVIAAVGRDGIVGVHLEGPHISVARKGAHNPRFIRPIDDDTLSCVRRLRAANVPVLLTLAPECVPPGTIASLRAMGVVVSLGHTAADAATTRAAIAEGARAVTHLYNAMTPITSREPGVVGAALDSDLYCGFIADGHHVDDAVLRLAIRSRPMVGRMVLVSDAMSTWNGPDHFTLYGETIRLEGGKLVNSIGSLAGVHTDMATSLRRLVDVVGVPLEDALKMATANPSRLMRLEANVGFLRPGMPADIVLLGGL >WP_275865201.1 hypothetical protein [Vibrio sp. CAU 1672] MSSLPTLSNATLIALERAFQTPARNLTKSRGKNIHRFASSKMGKRVTVELDSYEQLKQKSAQN >XP_031258584.1 2-alkenal reductase (NADP(+)-dependent)-like [Pistacia vera] MAGSDEVSNKQVILKHYVTGFPKDSDMSVVTKTMKLKVPEGSKDTVLLKNLYLSCDPYMRGRMSKLDRPYFVTSFEPGSPLNGYGVAKVLDSTHPNYKKGDLAWGYTGWEEYSLIASPLLLIKIEHTDVPLSYYTGILGMPGITAYVGFHEVCSPKKGESVFVSAASGAVGQLVGQLAKLAGCYVVGSAGSKEKVDLLKKKFGFDEAFNYKEEPDLDAALKRYFPEGIDIYFENVGGKMLDAVLLNMKLRGRIAMCGMISQYNLEQPEGVHNLMQVVGKRIRMEGFIASDHYDLYPKLLELVLPAIKEGKIVYVEDIVEGLEKAPAALVGLFTGQNVGKQVVVVARE >WP_248676944.1 LysR family transcriptional regulator [Pseudomonas umsongensis] >MCK8681842.1 LysR family transcriptional regulator [Pseudomonas umsongensis] MLPSFTTIVSRLRLKQLRLLIALDEHGSVRKASDAMSLSQPGATKALHEIEAIFGSSLFERTSKGLDANDIGRCVIRYAKLIHTDLEHLREEMVGILQGHGGRLTVGTIMGAVPALVDSLARLREKQPELSVSVIEDTSARLLSLLDQGRLDVAICRTSVSQRPTAYQTRSRAPEPLVVVANPMHALADRAALQLADLMESRWVVFPVNMPMRLTLEREFRQAGLSFPLYAIETSSTFTTLSLLLQDRNLIAVMPADVAQMALDHSMLVKLDLTINSVSEPYGIVTRADVELTVPVALLIDELTA >KAJ2272836.1 hypothetical protein EV176_003531 [Coemansia sp. RSA 451] MGIPGVWRWLQQLCPTACKTASRVDQPNTHSLFVDLNSTIHTSARQSNGNMASVLLAIDRVVKQVQPQHLLFLAIDGVPPRLKERLQRQRRSRPEPYMTDSADSFSAYFVTPGTLWMRQLETKLTEYIKEKRRTDREWAGLRVVLSGSRDPGEGEQKIMAYVRRLPRHSWDHHVVWSNDADSVLLALATHTPNITVVSERWIGTTSSYTVVDVDTLRTHIVERYTNVEARSWMSKSRIVDDLVFMTFLVGNDFLPPLLNGQLANDGLVVDGVWAMYPEFIAEHKDHLHRKGRISPLALQTLLRVLVREREERQFRRYVGVTQLGPQLTAMRVRRMEWDIQRQKLEDSSGSDSTKVCKEELDLNAWDLSEPAHRKKAKHKGKSSVRISARTNCGRRIPYVWTGKSSDFEQNVKYAAQMSGAAPLTNVFPVYTPQSKRTDGHMLKLDNVPLISIEMYLIFDWIQRVAAEESKPAIAGVLSSINHNKVAWLRSFAKALGMKLEAYGMGDTEYKPMYKKWKHAKTAMLCIGQATSTRPSLVLTLNRLASSQPLTNEFSTISNVSVVGDNEWDTLLADAHTEYERDLKISEWKASFYAQRSTEHTADRITTLYARALGWTAHYFFTGTVSSWEFTWPDDIDIAPLPSDLLACVSSMGTEWSALPESDKLPPLLREHLLSVLPPEAWSSLGQEEQTLARLLSDSEYSEETRMQVHAKLANTTEEAPMVDIWL >XP_017754998.1 PREDICTED: esterase E4-like [Eufriesea mexicana] MSKPIVTVKQGQLQGVRVKSVLGSSYIAFRGIPFALPPVGNLRFKDPQPLPPWTGIKQATDSEGYFCPQLLDIQPFGIVCNEDCLYLNVYTNSFTQSKPVMFYIHGGSFLVGSSSFQRYRADYLLPKDVVVVTTNYRLGAFGFLNLGHRDAAGNQGLKDVIAALEWVQENISNFGGNPKNVTVFGASAGAVLSHALLVSPRARGLFHKMIIQSGTLNCTWNSSQSESSFCFKLASFLGNDSTDPVETLKFLRTVSAKDIVRAQVRIMKTEKLRFLGPSFGPICDEIAENPVLPEPIEQLIMKPADVPLIISHTARESLMFVADTSVNAIKAFNALLREHIGYMAKLKNLNSEEIEKLVLKVEDWYFSGGPVTKENLDKYLDLITDTYFSIPARIIFDNQIKCTNSPKYFCVYSYIGKERTLTDVLGQRIMPGASHVDDVAYLFYQPFCKTKDPNPPAVGTKDRITIERMTRMWTNFAKTGDPTVEEDEFIWNITWKPATKDDLCYLKIGDELQLLPIEDHILSSI >HBO0131372.1 flagellar motor switch protein FliG [Pseudomonas aeruginosa] >HBO0135008.1 flagellar motor switch protein FliG [Pseudomonas aeruginosa] MSENRLAAKLTKVDKAAILLLSLGETDAAQVLRHMGPKEVQRVGVAMASMRNVHREQVEQVMGEFVEVVGDQTSLGVGADGYIRKMLTQALGEDKANNLIDRILLGGSTSGLDSLKWMEPRAVADVIRYEHPQIQAIVVAYLDPDQAAEVLSHFDHKVRLDIVLRVSSLNTVQPSALKELNLILEKQFAGNSNATRTTMGGVKRAADIMNYLDSSIEGQLMDSIREVDEDLSGQIEDLMFVFDSLADVDDRGIQALLREVSSDVLVLALKGSDEAIREKVFKNMSKRAAELLRDDLEAKGPVRVSEVEGAQKEILTIARRMAESGDIVLGGKGGEEMI >XP_035800909.1 epidermal growth factor receptor substrate 15-like 1 isoform X1 [Amphiprion ocellaris] MAALTSLTQLSSGNSVYENFYRQVDPGNTGRVGPTEAALFLKKSGLPDITLGKIWDLADPDGKGYLDRQGFYIALRLVACAQSGQEVSLSSLNLTVPPPKFKDTSSPSLSTTTSASGESHWAVRHEEKNKFDGIFESLAPVNGLLSGEKVKPVLINSKLPLDVLGKVWDLSDIDKDGHLDKDEFAVAMHLVYRALEKEPVPALLPSALIPPSKRKKSLGSATSSVPGLPASPPPPKDSLRSTPSHGSMNSLNSTGSLSPKHTLKSGQHLVNWVVPVSERGRYDDIFLKTDADLDGFVSGQEVKDIFMQSGLSQNVLAHIWALADTRQIGKLTREQFALAMHLIQQKVSKGIDPPQALTADMIPPSERGTPVPSMSGYMTPVGSEMAALSEMRRAILFKLWDSSSSVGSGEFTGIKELDDISQEIAQLQSTLAFTQWNTLREKYTLEQDIRETEEAIRHKSVEVQEMQNDLDRETTSLQELEAQKQDAQDRLEEMDQQKHKLEDMLNEVRMKCQEESQMISTLQSQIHSQESDLQCQEEELSRAKADLGRLQQEENQLEQSLAAGKIQLETIIKSLKATQDEINQARSKLSQIQDSQQEVSKSIEQYNSTLNGTHGGSMTNLADMSEGFSDRENGGFPAVVRAAQEDPFKVKPSVFNSQPQELHTDPFHSEDPFKTDPFKGDPFQNDPFAKQQPTSTADPFGGDPFKETDPFKASSEDFFKKTTKMDPFSTPDPFSKSATLPSKQASHFTSSDPFSSSHPKPKGPDLFGTLDPFGSSSFSSSSNNSPGFADFSHMSKPRDPFEGRASWLPDYQKPVFVEDPFSRKNDTPALPPKKSVPPRPKPPSGKTTPVSMSGTADSSKPCDPFQPFSGDVIDPFQNKKGLGDPFSGKDPFAPSSASRPDKVKLGNEAQQLEWAKRESERAERERLKRLRQQEQEDLELAIALSKAEMSNA >WP_222878685.1 CbbQ/NirQ/NorQ/GpvN family protein [Mycolicibacterium austroafricanum] >QZT61384.1 CbbQ/NirQ/NorQ/GpvN family protein [Mycolicibacterium austroafricanum] MTVNNFRLTAETGSPAPFYRAAGPEVEIFRAAARRGSPVLLKGPTGCGKTRFVEAMAHDLGRELITVAGHEDMTSADLVGRFLLKGGETVWVDGPLTRAVRDGAICYLDEIVEARQDTTVVIHPLADHRRELPIDRLSTTLSAAPGFQLVISYNPGYQSILKSLKDSTRQRFVAISLDFPAAEIETEVVAQEAGIDAATAGSLVALGNAIRNLDGAALSEVASTRMLILAGGLVAEGLHLRDAVQSAVVEVLSDDPDVIRGLGELVDAVLPRR >MCD8548598.1 SufE family protein [Aeromonadaceae bacterium] MDAAQISFLTSHPLGDGGLDAATVIAALGQGAWEERYRALIQLGKQLPELPPAWRGEEQELPGCESQVWLLSHQDEAGVWHFAADSQARIVRGLLAVVLAALNHQRTETIRATDMTAYFEALQLAKHLSPSRGNGLRAMVEAIRNQLA >MBK6756051.1 tetratricopeptide repeat protein [Flavobacteriales bacterium] MAEPRAGGGWDVVIASDNFFDPSATFSEALLEQDLDSLARAGRKDIKQLTAAAAEYRSAFEQEQQREEQQRAERRLAFETAMAAARDQLTSGDFEGATNLLEQARSLDPLAVDPLVLLNETRRAMERKRLKDEADYASACEEGAALNGMRAYDRAKRSYERALVVKPGSTEVKALIDGLNAILLKKKDREKFHALGDQDKALAQVQAALKEPGRSGDVELLVLEARILIAKGLSGQAVPLLNTVLQREPRYLDALSLRASVLEKSNVPDQQQAAVADYYSLMLHDPWSPSYHHRLARLLCHTQGKCDEAMEVLEQAKTKAPNDAETHYQMGVLLAHRARHADALARFDGSLELDNACARCHLARGLSLLELDRAADGEAAVATAQRTGLSDSERTEMTLLAQQHLSKAKELQGLNAFAEADHHFLLACVLDPEQSENRLLKARNLMRFEQYSAAITDLDRYIEKAVTPFVGFLERGNCHLGAGNYDLALKDFETILSNNVESMRQPAMLGKARAFFAKGDPANAESLLKGVLKTEKRNGEVLAMMTKICLAAGRYEEAKGYGEQAVDADKMSGPYVYDLGLAYQAMLNDNAAVRCFEKSITLGYDRADAKKQVGRSAMLVDNLKEALPAFDESLRIRDDVECGRWRAHCLRETGKYQEALEQLNLVYDRNEAMKRDVSIHVDLAMLYVLNERLPLAKDYLAKAEALDPLFRPTQLTKSAYLYRAGQQEDSVRLLRSLVNSGEVKEDDLRKWPVLKEVMASKAYRDSKR >WP_021117716.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] >EQA07793.1 hypothetical protein HPSD74_1803 [Glaesserella parasuis D74] >UVV65186.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] >WGE10213.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] >WGE12347.1 Gfo/Idh/MocA family oxidoreductase [Glaesserella parasuis] MKYLNDILHGMQPNEEFIKLLTGEAARAAIATADACTLSVREKRRVELSEIIH >EEJ0015338.1 flagellar protein export ATPase FliI [Listeria innocua] >EEJ1214024.1 flagellar protein export ATPase FliI [Listeria innocua] >MBC2107608.1 flagellar protein export ATPase FliI [Listeria innocua] >MBC2112380.1 flagellar protein export ATPase FliI [Listeria innocua] >MBC2124677.1 flagellar protein export ATPase FliI [Listeria innocua] MNWSPKTEAWQELKNTVPYIQKGKIHTVQEQVYISKGPQVKIGDTVMVGENKVLCEVISIEKENNMLLPFNQSDKVAYGDWVYVTDTKITIPADEFLLGKVLNASGDILNEEAGTAKFKQKMPLEAPPIHAFNRAEITETLETGIKAIDGMLTIGIGQKIGIFAGSGVGKSTLLGMIARNAKADINIIGLVGERGREVKDFLRKDLGEEGLRKSVIVAATSDESHLMQLRAAKLATSIAEHFRDQGKTVLLMMDSVTRFADARRSVDIAVKDLPIGGKTLLMESYMKKLLERSGKTKNGSITGIYTVLVDGDDMNGPVPDLARGILDGHIVLTRELATKNHYPAIDVLGSVSRVMEEIVPESQWKSASKIREWMSIYQENELYFKLGTIEQTSDNAAIFTSKEKSYFIHQFLKQLRDESVTLAETSKMMETLV >HCJ45190.1 glutamine--fructose-6-phosphate aminotransferase [Erythrobacter sp.] ALEGALKLKEISYIHAEGYASGEMKHGPIALIDDKVPVIVLAPSGPLFEKTVSNMEEVRARGGQV >NDD52781.1 hypothetical protein [bacterium] MELVDNPYVSDFTRKTLAQFGWQDNDPIPADLGEWLVKVKETLPTSSRTDILIDANLMAPGAVEFVKAQLAEAKSVAAVLDKQKEKQQQLEKIAPQIRGQYESVLRQLEVVDDRAAQESASGPAESAPAKTEDAPAQTEKDPAPAPAAPGETETALAAFSPAPVIPFCPRCGWNMRQKFESVPTERDKEDFLATILGNSRFRKTYELFGGKIVITLRSLMAEENRLIYRQLVLDQADKQVATDAEWYLRFQDYRLACSLERVTTAAGKVLAEIPELNISGFKTSETEPFATPIPAQLQFVNKTALGHEATHYSGADPSNKNWRIKHRLVLQEVHRRAEAELFTHVHRHWCAYLSHSNLKEESFELVKNKSSEALAGLQRHIFPWVKETPPEESAKPGVNSNSTIDPATQRLIDRYRELTAQRAQ >HBT3241107.1 viral enhancin protein [Klebsiella aerogenes] >HBT3282816.1 viral enhancin protein [Klebsiella aerogenes] >HBT3286466.1 viral enhancin protein [Klebsiella aerogenes] >HBT3382142.1 viral enhancin protein [Klebsiella aerogenes] MTQEIKQKCYTLQSAIWLDKAGFEKGRKHDRQALGFILPANTVLKIRQTDLSNGISTLRLMCDDSAVEKSSALTTNWTTISTTVDSVPFVDTLFTDSPCEFSVIYQQPAATKPLPSWKSGQSEETFFVDWENNKSSFALVDLDVINLLLPYADRDNAMKAGLASLHRFYNHLFTRYNDWAGLSENPDSQWNQNVANRYFLRADKHGVGSAYYNTNWCAQTASTVGEGWLDNVATQWVILHEIGHGYQGKFMQDPTLSVSEVWNNIYASFYQQLTLSQDNHLYTDGWLYNYGKLAAQEAQLVNYITDKTPVTSWGLRSRLQFLMLMLFKAGIASFRTFNQNYRQLANSESFQPSDHQLADMLATAIATSAGYDVTPFIELCGLTLKNATRENIASLATKPLYPLYRFLPQSEWDSARQQLGLDSFFWLVDNSELAILGKTGALTLTLNIDLPEQIYGQTLAIKDNCGNHYSLVINSDVLTLKDMPIGVYQVELPKGRSQKYRPDISYITVKEGANTVTVNYVQQNDTSERNVTISFLGYSDAPFAHLDVDYENQQLILNVTSANPHSYYPGTLYAAVSVLSANGEKVFERKMTGTNCATGKVIIPFSPHYHLYITHMEPGRLKTSPGYLTLVAREKYQLIRIDDNGLYNFILGNSPADDLEAIFEHNAQAIRTQPSLVAQEECVCKNDLWLMLPHIEEPRRSELLKAYADVLPQDNNDPGELTGKSVTLDLRGQGNNEFCQIVIDNKQRAMTVATRAGTPHSYYTTHTYASITVTAEDDTVVYQRSYAGATNNLANSETITLAEGMIIEIFHDEPYRSSATNGTTQNAVTLKQHNRWRVVKTGLQVYALAPDEPDEEATDTEEETALYGDSFSWQLLGDDDVCFAGMEMDIGSGALTFSANAVVPNKHFTTTYATVNVYNTRGSVVYRQSIKGSSQLGDYVDTAILDEGYTIEVFHAEAGNRSVIINPLNGNSWQQPNTVTWQVTTRGLQRL >MCS5664414.1 EamA family transporter RarD [Acidimicrobiales bacterium] MEVFGSGGETPGMRRGLLYILCAQVMWGVSPAFWRGVADVPALDVLAHRVFWTFTVLLVVHLVRRSWTAVREAAGMPSVLGLEVLAGVLIGSNWLAWIWAVNNDMVLEGSLGYFITPLVSVLLGVLVVGERLRRAQWLAVALGAASVVWLTVDMGRLPWVSLFLAGTFGIYGLIKKKVDRPPVDMLAIELTVMLPVTLGYLAYRTSSGHDVLFSGTSSEVVVLVASGVFTAAPLLFFAGGVRRAPLSVVGVLQYLSPSINFLLGVLAFGEPFGSGRLIGFALVWTGLAVFTADGLRSVRPPRRR >WP_091054162.1 YchJ family metal-binding protein [Glycomyces sambucus] >SDL73813.1 SEC-C motif-containing protein [Glycomyces sambucus] MPRRSRKPARPAACPCGSGETYAACCGRLHSGAAKAPSAEALMRSRYSAFAVGDEAYLLRTWHPDTRPERLDLAADDRTWTGLDVLDATGGTALHTTGTVRFRAHYTDADGPGSQTEHSTFRRLGADWLYVDALAFE >WP_016340583.1 polyprenyl diphosphate synthase [Spiroplasma syrphidicola] >AGM25934.1 undecaprenyl pyrophosphate synthase [Spiroplasma syrphidicola EA-1] MSVKGPEHVAIILDGNGRWATAQGLARTDGHEQGAKQIKTIALAASKMGIKYLTIYCFSTENWNRSVGEVNYLMNMPQRLLQNKQINDFNNEQIRINHIGRTTKMPPKTLEILQDSLAKTKDNKGMVLTFAFDYGAVEEMVSAINNIIAEKIPVVDETILANHLYTKDLPLVDLLIRPGGEKRLSNFLLFQSRYAELYFSDKYWPEFDEKCLLAAIMDYNNRNRRFGGITDNE >WP_281733574.1 DedA family protein [Microbacterium sp. SSW1-47] MLWLLDTVQSIDPVTRTLVAGLAVMLETSILIGLIVPGDTIVIIASMGIATPWEGVAMGVTVVVGALIGESIGFGLGRWLGPHIRSSWLGRRIGEQNWVRAENYLARRGGIAIFLSRFLPVLHSLVPLTVGMSEYPYRRFLAWTTPACIIWATAYVSVTSLAAGSFRDLVDRVHYASYIFVGAIALFLLLAYLGKKLLQRLEARHLEAPEAGTDADVKD >HCI6016418.1 bifunctional phosphoribosyl-AMP cyclohydrolase/phosphoribosyl-ATP diphosphatase HisIE [Klebsiella quasipneumoniae subsp. similipneumoniae] MLTEQLDWEKTDGMMPVIVQHAVSGEVLMLGYMNKDALEKTEATGKVTFYSRTKQRLWTKGETSGNVLNVVSITPDCDNDTLLVLVNPIGPTCHKGTTSCFGDAGHQWLFLYQLEQLLAERKHADPESSYTAKLYASGTKRIAQKVGEEGVETALAATVNDRFELKNEASDLMYHLLVLLQDQGLDLGEVIDNLKSRH >KAI6876023.1 hypothetical protein KC338_g573 [Hortaea werneckii] >KAI7359498.1 hypothetical protein KC320_g464 [Hortaea werneckii] MRFTTALEDEAALHGDHDFFSCSECGLQLEHVPSPPRGTKHVKRRGVTSLKQSTKAQASRKNAETSRQAAKLQEAAEDLTELPSLNNAAAAATAADMSTFVNHYAVLHLPVFANHTSIRSAYQDRVKRLDERSAAAAFEQGITRRLPVSLFEASQQKAITTTPYTPTPRRDSGPGIETILLAGDIHLPIDMQITSSGKLCEIPTAETQLPQVPDLSSQPPKPNPNPTLINDWTWYPYTSEQICRRNILDAAFNILIHPIKKRRYDLQYLHVLQRYQIERIVKDEHQTENQKRLAVRQLGNWMVSLQRGRSVEVTVGSVPFPWTREFEEMGSGMDRSLMPVSGMAGEVVQAWVDSMED >EIP7986019.1 phage tail tape measure protein [Acinetobacter baumannii] AAQDQRNQIAAEYAKNAQDIEDKYQQDRLNTQIAFGGQMMGSLTSMFGSMFGEQSKAYKIMFAADKAYAIAAAGISIQQSIAKAASVGFPANIPLIASAIAQGASIIANIRAIKDQGFAEGGYTGRGGKYEVAGAVHKGEIVWSQEDIKRWGGVGLVERMRKSANPEAFLNNNASADSVMRRAMMSSNAFIESQKQSDIFNQPVQDTQIIYKGNRDTPKLASSANSDLFHDGKVYFSSNGLVLDRSNLDDVQDFTSGRASRPQAEIKPSIEPASSIINFKIEVINQVSGATVEAEQLDEQTVRIIVKDEMDKQLPRTVPKLVSDQIGNPNSTISRSLTENTTVRRNR >RWW57209.1 hypothetical protein BHE74_00036028 [Ensete ventricosum] MATRRRCMATYTDELRRAGTQLYRSSHKIPVHCIRRPLSLMRFVEQQMTKTSRCDCSWPRPSQILFDLPKIKASKMACGFERTITIGDVTSDSSSLSSNILVCPVFSELLDSELVELLWQDGHVVMHTQSNHRASAINDESKPDQEPQCERSLARSAGLIQDDETVSWLQYPLDDPPAKEFCSDFFSEMAGIDVIGVPPTESTAFAATRPPRPPQGCKPQASSFGDGDASICGSNQIHAQADLSRDSAAAAAKGSPSETEAYETTLTSSSGGSDCSVRRTRKQSFGSNRSQKRRKRDADDREYQSEVIFSSPSIDLALCHRYLLRNLQNQFHRHLQEAEIEWTEAKKLARRSTSTRRSRAAEVHNLSERVRTDEELLE >XP_025220530.1 protein diaphanous homolog 3 isoform X5 [Theropithecus gelada] MSEERSLSLLAKAMDPRHPNMMTDVVKLLSAVCIVGEESILEEVLEALTSAGEEKKIDRFFCIVEGLRHNSVQLQVACMQLINALVTSPDDLDFRLHIRNEFMRCGLKEILPNLKCIKNDGLDIQLKVFDEHKEEDLIELSHRLEDIRAELDEAYDVYNMVWSTVKETRAEGYFISILQHLLLIRNDYFIRQQYFKLIDECVSQIVLHRDGMDPDFTYRKRLDLDLTEFVDVCVDQAKLEEFEEKASELYKKFEKEFTDHQETQAELQKKEAKINELQTELQAFKSQFGALPADCNIPLPPSKEGGTGHSALPPLPPLPSGGGVPPPPPPPPPPPLPGMRMPFGGPVPPPPPLGFLGGQNSPPLPTLPFGLKPKKEFKPEISMRRLNWLKIRPHEMTENCFWIKVNENKYENVDLLCKLENTFCCQQKERREEEDTEEKKSIKKKIKELKFLDSKIAQNLSIFLSSFRVPYEEIRMMILEVDETRLAESMIQNLIKHLPDQEQLNSLSQFKSEYNNLCEPEQFTVVMSNVKRLRPRLSAILFKLQFEEQVNNIKPDIMAVSTACEEIKKSKSFSKLLELVLLMGNYMNAGSRNAQTFGFNLSSLCKLKDTKSADQKTTLLHFLVEVCEEKYPDILNFVGDLEPLDKASKVSVEMLEKNLRQMGRQLQQLEKDLETFPPPEDLHDKFVTKMSRFVISAKEQYETVSKLHENMEKLYQSIMGYYAIDVKKVSVEDFLTDLNNFRTTFMQAIKENIKKREAEEKEKRARIAKELAERERLERQQKKKRLLEVKTEGDETGVMDNLLEALQSGAAFRDRRKRTPMPKDVRQSLSPMSQRPVLKVCNHGNKPYL >WP_234466695.1 insulinase family protein [Streptomyces sp. MBT60] >MBK3546318.1 insulinase family protein [Streptomyces sp. MBT60] MSPSVTVLPGGLRVCVESVPQYGRGLAAVALTVAAGGDDDPAGRHGTAHLVEHLMFPRSGREGSADPAGEGYAALVAGAGGVCNAETHRDHTVFHTTVPAELLPDALAWEAGRLLGFAPTEDVIRTETDVIGEEIRGAGDAGRYWESALGALYPGSRDSFGTAAELAGITAGEVEAFFRAHYTAPRMVLSVVGDVDPARVVAVVREVFAGVVPTAEETRAAEAPRTARGIRAAEAPRAATEIRTAPLPAGRPGVAVGHPLPDPVADRPAYLAQAVLAQVLGRSRLPVLARSVRDGHRLTSATVTCGYHGQWLASAAPDLTLAVLGRAPGTEVGAAVDIWRSVLRAVADGPLPEAEHRRAVNSLLVAWHRQADSLPTRAVALGRDALLLPGSAGPDALPAELRRTTPAEVAAAARALLEGPVTVTELAPQKGTVG >KAI0154282.1 3-oxoacyl-reductase [Xylariaceae sp. FL1272] MSTVDNRLTGRLALVTGASGGIGAAVARDLWAEGCSLALTGFSKIDVVDKLATELLSKCTHNKQKISRHCVDTSDATALEELFQEIKDGHGQDGPDILVSNAGYGKRFPGILDVSIEEFDKTLNINLRASFILSKLAIPHMETQGWGRIIFVSSIAALGGGINACQYAASKAGLSGMMRNLANKHAKSGITVNDVAPAMIGETGMIPDAKSVEGSPGDVRNIPVGRLGTPQECANVVTMMCKTGYLTGQSILLAGGLK >WP_266771233.1 SGNH/GDSL hydrolase family protein [Streptomyces sp. NBC_01239] MLRFMPVGDSMTIGSAGEHTWRYRMWQHLRASYGGPFAVVGPREALYDKATDTPTSYEYADPDFPHFHLAGWGEGWLHMAPLIGEAVRAHRADVLLVSLGLIDLGFYTNAGQTADNLRSFIAEARAAKPTVRMVFLPVIPNVRARTDVPFATEVALFNELQAKAVADLDERRSPLLLASLPESYDVDHDTYDGTHPNAAGEHKIAGAFAGAMHQAWGVGGEYGDEGEDTDEDDGDTARDFERYRATHSSSRRSAWR >MCK5360090.1 DNA polymerase III subunit epsilon [Gammaproteobacteria bacterium] MFDFLLSEDAKRRKLLAIAPEGPVKVFLSSPLIDRNQDVHAVSLLSLDFETSGLDPGKDHIVSAGYVDISRGEILLSTAMHDLVRPNKLLTENSVVIHKITDDDASAGKSLEQVISSLLQALAGKVMVAHNANIELAFLTQACRQLYGISPRFPVIDTMRIAKKWLERRNKEIEQGDLRLFNLRKRYGLPMYQAHNALTDAIATAELLQAQIAHMDSRKILPLKQFLK >KAH0848936.1 hypothetical protein FOPE_03247 [Fonsecaea pedrosoi] MPAKENDLYLFQKKAQEVAARPITGSRVDRVDVVPPRLSGRSAALTGREIRPEQQLPDEETHPGFSHASITSFVL >MBP2236311.1 hypothetical protein [Sinorhizobium kostiense] MRTASSRAPAPAHIIEGGIPTEALLAQIAVSKADGLPLYQQEAIYARDKVELDRKLMAQSSVDLTTLPTSRGPGSALCSGRCRSLIDATTGHQSPSGARQFIRQRYRDKLRRLLQKHSC >MBP6786080.1 ATP-dependent chaperone ClpB [Candidatus Promineofilum sp.] MRLDKLTEKSREALLEAQHLAEQYTHPAVEPEHLLAALLAQESGVVPSIINKIGGDTQMLAGSVDAALSKMPRASGSSVQVGLSRDLTNILNEAESIAGAMKDDYTSTEHLLMAMANPKGGRVRELLARHGVDYNAVMQALASIRGSQRVTSQNPEAQYEALAKYGRDLTQEARRGKLDPVIGRDEEIRRVIQILSRRTKNNPVLIGEPGVGKTAIVEGLAQRIINGDVPLGLKDKRLVSLDLGALVAGAKYRGEFEERLKAVLKEVQDAEGQIILFIDEMHTLIGAGAAEGSMDASNMLKPLLARGELHAIGATTLDEYRKHIEKDAALERRFQPVFVDEPSVEDTISILRGLKERYEVHHGVRITDAAVIAAATLSHRYISDRFLPDKAIDLIDEAASRLRMQIDSKPAELDEVDRVVMQLEIEREALKREKDKASRERLEKLEEELANAKERSTQLASRWESEKDAIQHIQAIKEEMDTARIQIEQAQRDYDYQKASELQFGRMRRLEQDLEEAMTQLRQMQADGAMLKEEVDAEDIALIVSKWTGIPATKLLEGEVEKLIYMEERLHQRVVGQEEAVAAVSAAVRRSRSGLQDPDRPIGSFIFLGPTGVGKTELARALAEFLFDDDRNMVRIDMSEYQERHTVARLIGAPPGYVGYEEGGQLTEAVRRRPYSVVLFDEIEKAHPEVFNVFLQVLDDGRLTDGQGRTVDFRNTVIIMTSNVGSQYILDDIDDETMRARVMEAMRNHFRPEFLNRVDEVVIFHRLGREQLREIAEIQMNNVRGLLAKRNITLSLTEAATDLLIEEGYDPVYGARPLKRVLQRRIIDPLAVRVIQGDVREGDHVVVEVEDGDLAFRVVETGEFETA >MCD6482094.1 NAD(P)/FAD-dependent oxidoreductase [Thermoplasmata archaeon] MFDFQVAIIGGGVVGSAIAMELAKYDIPTVVFEAGSDVASGTSKANSGVIHSGINSPPGSLKAKFCVEGNQMIQKLARKMHLEIKMVGKYVVAINEDEISVLEELKEVGIKNGVPGLKIVDGNDVKKNEPNVKCCKALWVPTAGIISPYKFTIALAETAAENGVRFMLETKVVDIKAKEQKGGFSIITNRGEFTSEVLINAAGVHCREIVSMLMEPDFDVYPCRGEYLVLDKEYSHIITSMIYPVPPRDKSVLGIHITPTIEGNILLGPSMEYVDDVDDTRTTREVMKMLMEEAKKLVPSLPDRAVINAYSGIRCKLKKGEWADYRIEEYKDVPGMINLLGIESPGLTAAPAIGKYVVDMVARHVELKKKETFRYRNAYGNRFADMDDSRKSEVIKQNSGYGRIVCRCEQVTEAEVIEALSNPLGARTLASVKYRCRAGMGRCQGGFCTQHVVRIMEERFGMEPREIKLKSPGSFLFAGRTRKEEEND >XP_041715299.2 uncharacterized protein LOC121547966 [Coregonus clupeaformis] >XP_041715300.2 uncharacterized protein LOC121547966 [Coregonus clupeaformis] >XP_041715301.2 uncharacterized protein LOC121547966 [Coregonus clupeaformis] MEPNPSLAGMDSQGNMVFRVVKPVMGIFQVSSEQTNSVGQGGLQQTMVEGLTGLPGLSDHPSMVLGDGQGQGQQGMGDVNQMQAQIQIPAGDTTQTQAGAPNHNHIPHVPFAEVSSLLDPNMKSSKARKYLIPYDEIKRRLEAPEKMSLRSLAAYTRVSRGPASKKTLQESLNILGLTPSTTTAVSSSFSKLTEGDTKALCNDMKDFAHDYMDFGNMAKQLIPETNTVQHWSKIIETRSHLEAMRKCFHDPVNSALFDNVTHGLGLGMLDTALDMITMVIDKQIRILSGAAATDPVDTGPPMRRIRRRHRKPRDDGNDKPHRSVGGVKGQGKESGKGKGRGRGRKKAQLQESGTPVGIAMDTTQQQDQEHRQPEDVESSVLTLVSVGYETISSGLNTTVQI >OMF24356.1 hypothetical protein BK132_24875 [Paenibacillus sp. FSL H8-0259] MDTAGMRTGRKQLLRICYAGFDLAVILTIPMLAGLIYIFQYGGLMLDRYPEKLILLESSVIMASDGTVLRRIPLPETGYRTNAGLGEMPQLLIDTFIAVEDRRFYSHEGLDYQGIARALVNNTVRMGVSEGGSSITQQLARGLYLNRGQNLLRKLNEASIALALERRLSKDEILQLYLNQIYMGQGQYGVKSAAERYFGISDLKQLGIGQIATLAAIPKGPSIYNPADNLERSASRRNLVLRIMQQHKLITTDQMTAAMNSTYQPPVRAKTEVVGASYMDAALQEAMQQTGLSQKELRTGGYTLVTGMNIGAQRAMEHIFSQEDAFPPDGKDQRAEAAMVIIDQRTGEVAALLGGRNPSTGDLNRAVIPSRQPGSALKPIIDYGPALESGKYTPDSLLPDVKTAYGSYSPANLNGVYRGQVSMRVALQQSINAPAVWLLQQVGVSYARSFAARLGVKLAAEDNHLAIALGGLHSGVSPLTMAQAYTVFANGGILNKAYLVRSIRDAQGREVYAHVSAPQQVISARTAADMTGMLRQAVSEGTGRRARMNVTVAGKTGTTQLDLPGVPGKANRDLWFVGYTPRWTSAVWMGFDRSDPDNYITAGSGLAAALFSRVLSKL >WP_215262079.1 diguanylate cyclase DgcJ [Escherichia coli] MKLHHRMLRHFIAASVIVLTSSFLIFELVASDRAMSAYLRYIVQKADSSFLYDKYQNQSIAAHVMRALAAEQSEVSPEQRRAICEAFESANNTHGLNLTAHKYPGLRGTLQTASTDCDTIVEAAALLPAFDQAVEGNRHQDDYGSGLGMAEEKFHYYLDLNDRYVYFYEPVNVEYFAMNNWSFLQSGSIGIDRKDIEKVFTGRTVLSSIYQDQRTKQNVMSLLTPVYVAGQLKGIVLLDINKNNLRNIFYTHDRPLLWRFLNVTLTDTDSGRDIIINQSEDNLFQYVSYVHDLPGGIRVSLSIDILYFITSSWKSVLFWILTALILLNMVRMHFRLYQNVSRENISDAMTGLYNRKILTPELEQRLQKLVQSGSSVMFIAIDMDKLKLINDTLGHQEGDLAITLLAQAIKQSIRKSDYAIRLGGDEFCIILVDSTPQIASQLPERIEKRLQHIAPQKEIGLSSGIYAMKENDTLHDAYKASDERLYVNKQNKNSRS >PWA60456.1 epoxide hydrolase [Artemisia annua] MEGIEHKTISANGLNMHIAQKGQGPLVLFIHGFPELWYSWRHQILYLADHGYRAVAPDLRGYGETTGAPLNDITKFTIHHLVGDMIGLIDAIASEGEKVFVVGHDWGAIIAWHLCMFSPDRVKGLVNMSVPFFPWNPNGDMAQMMSKAYGEDHYMSRFQKPGDIEAELAKMTSKTVMKKFLAYRDPDQIYFPKGKGFRYSPGDTPVTLPPWLTEQDVEYYANQLEKTGITGAVNYYRAFHLSWELTAAWRGAKVMVPTKFIIGDLDLTYHMPGLKDYMLGEAFKKDVPLLEEVVVMKDVAHFVNQEKPDKVNKHISNFLQKF >WP_103025967.1 MULTISPECIES: sulfate ABC transporter permease subunit CysT [Ralstonia] >AUS44970.1 sulfate ABC transporter permease subunit CysT [Ralstonia solanacearum] MSLFSPFSSARRRKPANVLPGFGLALGFSLLYLALIVLIPLSATVLKTVSMTWDAFWSTVTAPRVVASYQLTFGASLLAAALNLVFGLIVAWVLVRYRFPGKRLVDALVDLPFALPTAVAGIALTALYAPNGWIGSRLEPLGLKVAFAPLGIVVALTFIGLPFVVRTVQPVLEDLEAELEEAAASLGATRWQTFLRVILPTLLPALLTGFALAFARATGEYGSVIFIAGNMPMISEITPLMIYSKLEQFDYAGATAIAVVMLAISFALLLVINLLQAWTRRRGSRNDAIERPAQPLAAVGAAGA >WP_019092761.1 MULTISPECIES: DUF805 domain-containing protein [Pseudomonas] >PNV97541.1 DUF805 domain-containing protein [Pseudomonas protegens] >ROM19906.1 hypothetical protein BK645_27015 [Pseudomonas protegens] >ROM33079.1 hypothetical protein BK646_29170 [Pseudomonas protegens] >SCZ71451.1 Uncharacterized membrane protein YhaH, DUF805 family [Pseudomonas sp. NFPP17] >SDA74839.1 Uncharacterized membrane protein YhaH, DUF805 family [Pseudomonas sp. NFPP15] MSETRYKIVFDGTLLPGVEKATAQLNLAELFKSDAAAVERLFSGQQVELKRDLTQADAQRYLEALKNAGIDARIESEQALKLDLDAVTPTPRASSLSESPYAPPQAAVGDAIPQYAALNVFSFEGRIGRLRYLAWTLVLTVAMLAVVGVGAFFGILSAAVFNSTLLTGLGIVGGIVVFIGFLVVSIQISVQRLHDLGWSGWLWLLNFVPIVGSIFPLVLMVSPGSNVANRYGAPPPPNTTAVKVLSWMWVVLIVALIVGMVAGGLSSLEDRYSETSYSESIDSSNADEDAEPADIAAPVESESEQE >WP_033744100.1 molybdenum cofactor biosynthesis protein MoaE [Helicobacter pylori] MLKIIQGALDTEKLLKDYQEEACAKNFGAFCVFVGIVREEGNVQGLSFDIYEALLKTWFEKWRHKAKDLGVVLKMAHSLGDVLIGQSSFLCVLMGKNRKNALELYEDFIEDFKHNAPIWKYDLIHNKRIYAKERSHLLKGSGLLA >WP_194543596.1 tRNA (guanosine(37)-N1)-methyltransferase TrmD [Paenibacillus sp. JZ16] MRIDVLTLFPEMFDGVFQSSILGKAAEKQIVSLNAINFRQYAGNKHGQVDDTPYGGGGGMVLKPDPIFAAVEDILASNGNEIANHGGDGANPAEEIPAEVSGTVKPPRVILMCPQGETFTQKKAEELSQEDHLVFICGHYEGYDERIREFLVTDELSIGDYVLTGGELPAMVAIDSVVRLLPGVLGNETSAVTDSFSTGLLEYPHYTRPAEFRGWKVPDILLSGHHANIDVWRREQALKRTWERRPELLDKLELSKQDRAYIDKLQREAGSS >WP_054998585.1 polysaccharide biosynthesis/export family protein [Pseudomonas cannabina] >KAA8709757.1 capsular biosynthesis protein [Pseudomonas cannabina] >KPW81714.1 Polysaccharide export protein [Pseudomonas cannabina] >RMN34788.1 Polysaccharide export protein [Pseudomonas cannabina] >SDQ75474.1 polysaccharide export outer membrane protein [Pseudomonas cannabina] MSQTLLAVILFSLILQGCAFAPGQHMTPDDVTLSDPDEPQAKLIAITPGTLRQQQLRAAAEANALPQKLLDYKTPEYVIGPGDTLLVTVFEHPELTAPGSQDQLDANTREVLIDGTLFFPYVGRIRAGGKTVSQIREQLRMGLAPQYTEVKVDVKVLRYNSQRVLLSGSFKVPGPQSITNIPLSLVQAVSIAGVELNDANLAGLTLRRDGEDFLIDIDSLNRKGSQLSRIFLKDGDYLHLNSNSKNRIYVLGEVRNPQVISFGTTRLTLLEALGNAGGLSPDSADGDAVYVIRGAENFAEAPSTVYQLKGKKPTAYLLAGQFELKAQDVVFVGPADITRWSRFISQLLGSASVVQTGAAFRN >MBK6870374.1 GGDEF domain-containing protein [Kineosporiaceae bacterium] MTGLLNRRAVEEHIRGAIAQCPGESYAVAMADLDHFKHLNDVYGHDAGDQALRQFATTLQQTIRAQDIAGRYGGEEFVVFFPRATPAEAAQILDRLRADLANTTARGASAPVTASFGTAGSTERSGFLDVLNLADTRLRRAKQLGRDRTVFSDDEGALTDATSVTPDSAAPASAVPAPRERAEPQNSRRRSDEPPLDLAGQ >WP_108820366.1 hypothetical protein [Pseudovibrio sp. Alg231-02] MCRWLSVLVLVSFSGLIAGCQNKVEADTSDLPKAKQIERNCDQLAKDFEATERSYRLESQRVEMGEVPVVPVEDIEDQLNKLMAQAERKKCDWVN >WP_152569558.1 MULTISPECIES: hypothetical protein [Sphingomonas] MSVRAALGSGLMLCGSAASAGLLTTSGPGVAWFEQCDGYGKPTENGDGMTKEASGFLGIFTGGPSAGNTRRSTPAFGAAGVQACDTALADPRLRERYWARRTSLLMARAVHGLADGKADGAIADLDKAQAAVQAPNDPYYQRSLGLGLELVRAYALRQTGQEAKARELAADVLRQRPWSRATGSAMIAIVPDEAAVLNGTPMVQSLARLQPKFVDAIFQRAMTTRDFATAIRLYPNLVAPTRTLDRGTSGIAEELGRERNEAVERLYSVRRRGALAYALAATGDATGARRALADGDAELAQLAQPLPPLPEGEKEGWKARSRRAVNEAIVTAGQRVGSELAIWRAMTESKLALRDGKVPAALDLKNILPNGAGYDLLLTYKQANVPDAARLADLLGEALKPNPKSNPKIEIPLLFASLPHAEIPQRIATYRKANSDFIGYLWGGTSGFKTKANADGTTTISFTGQKSSGNVVEEMALLRAADYVHSLGRDGFVIRSRADFERTIQMVGMYSGGARYPDGYSTELTIEPVDVAHPSPALAAAPWRIIKADEIISALGPTYFAPQVASGTAN >WP_175083644.1 MULTISPECIES: DsbC family protein [Pseudoalteromonas] >NUJ23803.1 DsbC family protein [Pseudoalteromonas sp. 0802] >NUJ32885.1 DsbC family protein [Pseudoalteromonas sp. 2103] >NUJ69759.1 DsbC family protein [Pseudoalteromonas sp. 2102] MSLKKTITAIGLLATVSLLSVSSMAKSINPKELKQTLSQKGDIEGIQELPVENLMLVKTKSGQTYFVSKNGRFVFQGQLIDTWFRRTIDELSEARNAHRVPLEKMGVKLDELATLSFGNQDIPKQATIFVDPNCGYCHALFNKIQQSPEKYNVDFVLTAMLGSQSLLESKRLNCAVDKSKAVIDLMNKTKLATEMREDCDAKAVQKAPIVMGLLEARGTPFLVREDGLTFNGLPNDFDAWLEME >CAD8183695.1 unnamed protein product [Paramecium pentaurelia] MSTKSLEEEVKSLESKISKMIDEIEGLDKYYADKSHQLFHLNTQIEGLSKSLKQRKELGTDKIKEQLEQEQVVLKKSQEQTDVKLRKTFQNFFTQQKTRMYLLANKSNQKMDVNSVAVFLLENPHKFVLTKWSEDETQDFNDGFSVIYRCVTFLIKKTTTLQQIFEWSVQYWELSRTEYTMVDKNCNCMDLLMNYSAENFFSAHKEQVQFACLYVYRKQLATNFLLDEQKINISLPNRNQQTSQDDENIKQIRKELDDFVDVQPGLKLYEKQDQEENNESTNISIGWKIFLLILSATLLILIYLNSKNIMDYETTSQVRLTLHNYLLEVKNGLNTVSTIDDLYKKINLITIVDKFNVTQSDGSIQEEIKIQFQFIQMGPKFKVFQVQSSNYTCNEIELASGYNECYYSIYSDKNALKSQIKSTDGNTYPWGEYKTAEDSGVFPFSGILSNYDGGGFDESYDSYEYVDDKVQMHKSQGMFNIYTTKMVLFNIVIYDDSREQFYVIYYFFEIAPSYEIVQQLHMQSFRCLKPEESANFWLTEYIMLTISGILNSIMIFVAVKETLNQIKKKYQDFQIRRDFTAFIQVGIMYQLTIFILQLVSFLMFSSIPSDSLNILQNSAESSIMYYANQFNDGLIIRGVLIILVGFNTLKLFQISESVAFVQAMAAKGAENIIMIIIFAITILASYAFIFYQLFSQRFDEFTTYYRSFISTCGMFFLGNFKIWFKIVDYEVQTMIIITSLVFVTYTYGATVLVNAVLQEVYRTISYRTDHLQTIKEFYAKIDEIKNKIQLAISQLIDKLKRKNQ >HCD1954593.1 hypothetical protein [Escherichia coli] MFPVSSIGNDISSDLVRRKMNDIPESPTGNNLEALAPGIEKLKQTSIEMVTLLNALQPGGKCIITGDFQKELAY >MBX5702633.1 IS3 family transposase [Pseudomonas aeruginosa] >MBX5734606.1 IS3 family transposase [Pseudomonas aeruginosa] YVWAQGRWHYLAAVLDLHTRRVIGWAFSAKPDAELVIKALDMAYEQRGKPQQVLFHSDQGSQYASRLFRQRLWRYRMQQSMSRRGNCWDNSPMERLFRSLKSEWVPSTGYLTAQEAQRDISHYLMHRYNWIRPHQFNHLRWPKKNSTHCPGWVDHYNYHPR >HBM93052.1 hypothetical protein [Ruminococcus sp.] >HCV91373.1 hypothetical protein [Ruminococcus sp.] MKLVLKQRLFSWFDSYDVCDEYGNAVFSVKGRLAWGHLLEIYDNMGNKVGVLKEKVLKIFPTFEIYIGGEYMGCIKKEFTFFKPKFHIDFCGWRVDGDIFGWDYSVYSGAEQIMYVSKELLHLTDTYVIDVYDDSNALAGLLIALAIDAEKCSDGD >WP_281919021.1 serine/threonine-protein kinase [Nocardia sp. Y13_IFM12275] >BDT92521.1 hypothetical protein IFM12275_24970 [Nocardia sp. Y13_IFM12275] MDVVDGAVFAGYRIERRLGAGGMGTVFLVQHPRLPRRDALKILADSHLDDPEFRARFLREAEIAAWLQHPNLVAVRDRGEQDGRLWITMQYVDGVDVAELIRRGQAGLDPARAVRIVTEAARGLDEIHRAGLLHRDVKPANILVAPQPDGSDRVLVTDFGIARPADDSPTLAVGGMTASLAYAAPEQISGDRADRRGDVYSLGCTLYQMLTGSVPFPRDSPGSVMYAHLNEPPPRPSLGKPGLPAAFDAVVAKAMAKNPGDRFGSCGELARAAEAALTGEIPGVAAASTGHPRGRRLLAIVAAAAVVVSVAISVWALARPDESAARRVPRSTSPVPAVSSAWGAYAYMAEAFPQLLPFSPDGVGYQEAAFCRAVDENGRQIAFATEVPVGALRCNGDRDPAVLLEVFCNADRSAMVQIPRDRTEGVEQWSRASGAGSLHWSNYTTVLGEVSGRLDVYFDAPNRKFCRLQVVGGDSGAEMRARWWADAPL >MBQ3726282.1 phenylacetate--CoA ligase [Selenomonadaceae bacterium] MGKYFQEEIECMPVEKIKALQDELLPKQVRYVWENVPYYRKKMEEKGVTPDDIKSAADLYKLPFLSKADLKAAYPYGLLAVPLKDCVRIQSTSGTTGKRVVAFYTQEDIDLWEDCTARAIVAAGGSDEDVCQVSYGYGLFTGGPGLDGGSHKVGCLTIPTSSGNTERQIMFIMDLSATILCCTPSYAAYIGETLKEMGYKPEDIPLKIGIFGAEAWSEEMRRDIEKTLGIKAYDIYGLTEISGPGVAFECSEQRGMHIQEDHFIAEIIDPDTGEVLPEGTQGELVFTALDKKAFPLIRYRTRDICTLTREKCSCGRTHIRMSKPKGRSDDMLIIRGVNVFPSQIETVLMNNGYAANYQIIVGRVNNTDTFEVKVEMTPDMFTDNIGEIQARRKVLEDGLRAMLGIKAKVSLVAPKSIARSEGKAVRVIDTRKI >WP_066678157.1 MULTISPECIES: WG repeat-containing protein [unclassified Chryseobacterium] >OBW41667.1 hypothetical protein AB670_01895 [Chryseobacterium sp. MOF25P] >OBW46287.1 hypothetical protein AB671_01582 [Chryseobacterium sp. BGARF1] MILRKLKLGFLIAFSVFAFSQSKTLKKNDLNKSKNRVKSNIVKNDVSKLPVVNEEVPLLIPQKKNGKSGFVNQKGKFVIQPEYDLVMFFGEDCNLLNSPNEKVRKFGAADFATVEKNKIAYRISKVGKKVYQYKDADLGKCILELKKALFHAYILKGKYGIIEDSKFKNPSNQSEFTIYPKYQYLYILEGDDVSNPMIVATYNDKFGVIDVNNKIIIPFEYADIKRNYSWKLGKMFEVTKDDKNYYYIDSYNRSY >WP_025209636.1 DpnII family type II restriction endonuclease [Hippea sp. KM1] MINYSLLGFKKFEDFSNFFFKTLLPSNKTYEYFVDWNKVKKSLDKYINEISLMNSLAKLPKDQRAKHLYRILEDYPSTAQIIPILIAERLKKGKIEVFDTDLDKFLTLTFNTQNLNKELIVKFCEKTGILSLFEKISDLYDYLLGVEVGMDTNARKNRSGAIFEKMVAYKLNKIIDKRYKIIEHDPNLSLYPILLNKKLKKAKNHDIVIYLDKKPIAIIECSFYNTQGSKPISIAESYPKMHRIAKELKINFIWVTDGPAWNSMKEPLLRAMKEMEWVLNFKMIDKIPKILKSINT >WP_255435582.1 30S ribosomal protein S13 [Paracoccus sp. S1E-3] MTYIHGIGPHFAEQIITSVGIDPTRRVNDLTDAEVLQIREYIDANLTVEGDLRRETQMNIKRLMDLGSYRGLRHRRGLPVRGQRTHTNARTRKGPAKPIAGKKK >WP_254101325.1 acetate--CoA ligase [Alteromonas sp. LMIT007] >MCP3429232.1 acetate--CoA ligase [Alteromonas sp. LMIT007] MTGKLYPVPETLKGNGRLSEEQYFAMYEESINNPEKFWAEFKNEIDWFKEPTIIKNTSFDPKDVSIKWFEDGQLNASYNCIDRHLADNAKKTAILWEGDNPADAQAITFQELHYEVCKLANGLKKLGVTKGDRVAIYMPMVPQAAYAMLACARIGAVHSVIFGGFSPNAIADRINNSDAKVVITCDEGRRAGRSVPLKANVDEALANGACPSITAVVTHKLTGGDVTWNADVDVWWNELTEDCSAQCEPEVMNAEDPLFILYTSGSTGQPKGVVHSTGGYLLYTAMTFKYGFDYQPDDIYWCTADVGWITGHSYMVYGPMVAGATQVFFEGVPTYPDVRRIAQVVEKYKVNSLYTAPTAIRALMAHGEKPVEGCDLSSLRILGSVGEPINPEAWEWYYRVIGQSKCPIVDTWWQTETGGMMIAPLPSSTPNKPGSASRPLFGIQPALFDAEGVELEGATEGNLVIKDSWPSQARTVYNDHKRFIETYFSAYNNVYFTGDGCRRDEDGYYWITGRVDDVLNVSGHRLGTAEIESALVAHEVIAEAAVVGYPHDIKGQGIYVYVTPLDGVVADEALTAEIRSWVRKELSPIATPDLIQWTSGLPKTRSGKIMRRILRKIAANEYEQLGDTSTLADPSVVDTLIAERLNK >WP_276362074.1 ABC transporter ATP-binding protein [Amycolatopsis sp. QT-25] >WET77233.1 ABC transporter ATP-binding protein [Amycolatopsis sp. QT-25] MSALLEFDNVTMRFGGVTALKEVDLTINQGEIFALIGPNGAGKTTVFNVITGVYRPSEGQVRFGDTRIDGMKRFKINQNGIARTFQNIRLFHNMSALENVMVGADSHHRTGAISATLGLPVHRKEEKRGRELARELLDFVGIGRVEHNTAKNLSYGDQRRLEIARALATDPKLLLLDEPAAGMNPAEKNSLQQLIRKIRDDGRTVLLIEHDMSLVMHISDRLAVLDFGQKIAEGLPHEVQNNQKVIEAYLGVAEDAS >HEM46184.1 hypothetical protein [Alphaproteobacteria bacterium] MEHARGELPLVVIEDEDEDADHHQRELSARMLHREHDEPGASVATLHLHLDRHNCLEAKVIRGTPDDVRSIADELIALKGVKFGRLIPATAGRNIT >MBI2651826.1 mechanosensitive ion channel [Candidatus Woesearchaeota archaeon] MVIVPNSKIASTTITNDSLPVPEMSVVVQCGVAYTSDLEKVEKVTIETAKKIQKNVQGAVKDFEPFIRYHTFGDSNINFSIILRVQTFVDKYLVTHEFIKSLKKSYDKERIEISWPVRKIYYGNADS >WP_046631173.1 membrane protein [Neorhizobium galegae] >MCQ1765767.1 hypothetical protein [Neorhizobium galegae] >MCQ1844681.1 hypothetical protein [Neorhizobium galegae] >CDZ39293.1 Uncharacterized membrane protein [Neorhizobium galegae bv. officinalis] MTIEFAPFLSWPILAALGVFALILAGLSFWRGIRGATLRTLALAALLLALANPTLLQEDRDQLSTVVPIIVDRSQSQDTAQRKEQTDEALAGLQDRFSRYPRVETRVVEVDDDGDSDTPSTKLFTALRSAISDVPPARIGGAVFLTDGQIHDLPGINQDLGFNAPVHGLITGKPDEFDRRVEVVRAPRFGIVGEEQELTLRVFDDGRTGGGPAQVTVRMNGQQTATLRATPGQETPFSFTVPRGGNNVMEFSVAELPGEVTIANNRAVHVIDGIRQNLRVLLVSGEPHAGERAWRNLLKSDASVDLVHFTILRPPEKQDGTPINELSLIAFPTRELFVEKIKDFDLIIFDRYKHRGVLPILYYDYIAQYVNNGGALLIAAGPEHAGEDSIASTPLEQVLPAAPTGEVHSAAFYPHLSPEGEKHPVTRGLDGSNANPPAWGRWFRTIDVDTPQGQTVMEGDGDRPLLVLNRQGEGRVAMLLSDQGWLWARGFEGGGPHVSLYRRIAHWLMKEPELEEEALTARAVGRTLEATRQTIGDDPGPATIKYPSGRTETVPMTAAGPGQYRLERRMEETGLFEVTNGQFSTLVHVGTVDAPEFKAMISTEATLKPYADKTRGLVTRVASGDSISLPDILPVRGEVRVNDPDRMVIRLTDETVLRGINTLPLFAGFAGLSALLFAVAAMWWREGR >WP_143210733.1 KpsF/GutQ family sugar-phosphate isomerase, partial [Escherichia coli] >PZT61093.1 D-arabinose 5-phosphate isomerase, partial [Escherichia coli] LHVPLICITGRPESSMARAADVHLCVKVAKEACPLGLAPTSSTTATLVMGDALAVALLKARGFTAEDFALSHPGGALGRKLLLRVNDIMHTGDEIPHVKKTASLRDALLEVTRKNLGMTVICDDNMMIEGIFTDGDLRRVFDMGVDVRQLSIADVMTPGGIRVRPGILAVEALNLMQSRHITSVMVADGDHLLGVLHMHDLLRAGVV >WP_026893585.1 response regulator transcription factor [Clostridiisalibacter paucivorans] MEKKILIIEDESRMRRLIGDYLKREGYMVIEAEDGNEGLEKFQFENVDLVILDIMMPKYDGWTVCREIRKKSTVPIVILTARSQESDQLFGFELGADEYITKPFSPKLLVARVKALLRRYKKDGCSNNTTDLDGLRIDTDAHRVFIDDNEIELTPKEYDLLVFLVEKMGKALTRENILDGVWGYDYYGDLRTVDTHIKRLRIKLSGKSDYIQTIRGVGYRFEV >KAE9373439.1 hypothetical protein N431DRAFT_228375 [Stipitochalara longipes BDJ] MRISSLNHGTSIRTRLGDPGKSRAAAFFHRADRTVRCRPLPSPVLDRVREQGPLEQRLKTATRRLKQLADDHLLLLCKNLRSLSVETAHRASRIAVALRIRILLLFEELRAHTRRRSPSTGECFSPRRRGRSEDAAKSRCWCYPYYAEVEFYGLWFVRWSSRVCLTKPLPAGAHPGEQPDTSTRTPPGPGGQPMAARRGAYAGTESRIDAPFRRRKLEEPL >TDB49724.1 MerR family transcriptional regulator [Bacillus sp. CBEL-1] MYTISQVSEELNISAHTLRYYEKESIITPDRSPNGERLYTADHVAWLKFVIKLKETKMPLSKIRQYAELFKEGEKTAQARLELLENHHLSIQEQLQTLIDTEEMLTHKISTYKKMLAKQNV >KNY10996.1 Fis family transcriptional regulator [Achromobacter piechaudii] MQKLASQLQLAAATDASVFIVGESGAGKEIVARAIHDASERRGAPFVAVNCGAISGTLAHAELFGHEKGSFTGAVAQNAGYFEYASGGTLFLDEVTEMPPDMQVHFLRVLEAGTYQRVGGSDLLRANVRIICASNRDPAASVADGRLRQDFLHRLLVIPLRVPPLRERGDDAVILAQRFLDQLNAQYQTQKTFSKRMLDSIAQHDWPGNVRELRNVVQRAFILSDAQLDTNLLARPAASQHAEMREGAMSFPVGMPLGQAQRAFILATLAHHGGDKRLAADTLGVSLKTLYNRLDVYEKEGLSGV >WP_089322445.1 hypothetical protein [Desulfurobacterium atlanticum] >SNR65769.1 hypothetical protein SAMN06265340_10292 [Desulfurobacterium atlanticum] MVFLKDLLEDYVENSGIKLIVKDGIDVKDSNIEEGTVFEIETEKNPILVAVINAGELNEVVLMSYQYEFATENDLIIHFEHPLRDVWMLEGDFVFYLSEGFLKRCTPVGKIPEEALKKMKKFLEDDDYYFDKTESGVGRNLPIKVAFKKFEAERTKALLGELLTKIDQEEESSIPKVLTFFVEENVELPAAAKLEKTAVEMADYLLFKEDSHTVKVKVINPKLINREAKIKLGSTELEISALPEEFRIVLQNPVNLEAFSKILEIEVDDELG >WP_145514932.1 oxygen-independent coproporphyrinogen III oxidase [Yersinia massiliensis] MSEHAIVWDLSLIQKYNYSGPRYTSYPTALEFKEDYNEAAFQQAVKRYSQRPLSLYVHIPFCHKLCYFCGCNKLVTRQQHKADEYLAVLEKEIRQRAVLFAGRQVSQMHWGGGTPTYLNKAQITHLMNLLRDNFDFLPGAEQSIEVDPREIELDVLDHLRAEGFNRLSMGVQDFNKEVQRLVNREQDEDFIFALIARAKALGFNSTNIDLIYGLPKQTPESFAFTLKRVAELSPDRLSVFNYAHLPSLFAAQRKIKDADLPSAEQRLDILQHTIRFLTESGYQFIGMDHFARPDDELAIAQREGKLHRNFQGYTTQGESDLLGLGVSAISMLGDSYAQNEKELKTYYACVEQRGNALWRGLTMTEDDCLRRDVIKTLICNFQISYEPIEQHYGIRFADYFAEDFELLAPFEQDGLVERNEKGIRVTPRGRLLIRNICMCFDIYLRQQARKQQFSRVI >CAD8073566.1 unnamed protein product [Paramecium primaurelia] >CAD8159543.1 unnamed protein product [Paramecium pentaurelia] MKKVKGGDFNFASRAQKIDKLEFPQSTEERFIVKANKDGVGFQWKTYDEKLLARSIDKQTFDNTVGEATRICRNLWREKQREEHKDPTKAYQPLLYVSVFLILLAFVFLLVLIYGNRDKLGLLYVAVSILCLAALLTLIVVAKTWSLEPQFMDLEKEQLNKVTEYLNNQNSQIYQAKGYKWQVEPNLYWIELVAI >WP_101794136.1 response regulator transcription factor [Porphyrobacter sp. TH134] >PLK23245.1 DNA-binding response regulator [Porphyrobacter sp. TH134] MSEGTTEPAAQPGAAEHPGADARKLQIALVDDDRNILTTVSIALQAEGFATRLYSDGETALKALLDNPPDLAVFDIKMPKMDGMELLQRLRSQSALPVIFLTSKDDESDEEAGLQLGADDYIAKPFSLRLLIARIRAILRRAEPLAAGANPATQPEPAPATLTRGRLFMDPARHQVTWDGEPVSLTVTEFLILEALAIRPGVIKSRNQLMDAAYPDDVFVDDRTVDSHIKRMRRKFKGVDQAFDAIDTLYGAGYSFTDG >EEF30376.1 Calcium-binding protein, putative [Ricinus communis] MKGLFKSKPRTPIELVQQTRELLIFVDKNTETRERKREEKMSELSKSILEMRTVLFGNGQTEPSPEACAQLAQEFFREDTFRLLIICLPKLELGARQNATHVIANLQRQRVKGRLVAPDYLEENLDLMDILLPGYLDDEIALTYGAISRECIRHQTVARYVLESEHMKQCFNHIQIPNFDIASDAQATFKELLTRHKSTVAEFLSLNYEWFFEEYNTQLLQSSNYITRRHAVKLLGDVLLERSNSNVMIRYVSSLDNMRILMNLFRDSNKTIQLETFHVFKLFVANQSKPPEIISVLVTNRSKLLRFLGDFNIDKDDDQFQLDKVQVMKEIATLEIGDRSCVDSEECEVES >RKK88308.1 hypothetical protein BFJ69_g164 [Fusarium oxysporum] MDQANDEWPARKRLRTSHAVSLQSCLMLHVLTDISAMLVVPARQGWVIYQKLDSLADSDRCDGNNPCATCASIGHDCTYGSEANSRSKNDLILESVLRVEKTLHELRSAIPAGVQLANSPQTNRTNSFSGSSPDLNLRRQSHAIQTPTSQDQRENVNNFENAVLDSMHTSTTESILQWPHFDVFPLLRHDGDSIFYLEQARPPLAVASNPMYPYVDAEDITSMLEAFERNINFWYPSMSQEQLGNLRATLQTGMPSEDTVHSCLCLLTLALGCASQAAEDLRFTAEPDAAEKDRRLRKRKLGDIYFQLALKKLHVAHLQVDSGSTQCLFFTALYFASLVRPLQAWEYLSATATRCMLLLSYPPNTHDDEAEERIRRIFWSCYILESDYMAELSACPPSGIARVESSIPLPSTYHTHPSEIVEEESSLYFLACISMRRLLNRVHQLLYAKDTGAAFDHTRFPRIVAELQRQLDDWREVLPASFSFSIDTEEAATAAGGFLRQRYLTCKGVIYRPYLMWMLSSSYAETRVPPIPDAMQNCKLCLDACLLHALDLRGFPQTVLIDTWICSLSMSGAMLIILAASHVPALKEFIGSRATLVGSHLEKLFRNWREVSFGGDSPSVDRINGLVRESPFTTRIHEKIQAAKAKASRDFRSDVVTVPVEEMMEAILAASVNDDIYDSEGDPSVKALEAKMVELTGMEAALWAVSGTQGNQICLRTHLTQPPHSVLCDYRAHIQCWESGALPVISQATVTTVHPKNGIHLTLEDVKANMIADGNIHFPPTRVVSLESTLSGTVLPLAEARAIADYVRSFPVSEGSRPVAMHLSTRPDMSICLAKGIGAPMGSVIVGSKRFIERCKYYRKMLGGGTRQPGMMAAAALSAFEYTVPQFPAIHALAKRAGSQLEDTGYRLALPAQSNMVVLDLAGMDIPGAAFVQYCADAAVAVFPNGRLVFHHQTSEEAVADLVNALKRLLRAKKDGKALNSEAVQGGCS >WP_252809941.1 carbohydrate ABC transporter permease [Actinoallomurus spadix] >MCO5990898.1 carbohydrate ABC transporter permease [Actinoallomurus spadix] MTTLTVGERSTVTARPRSPRRRIRAGGAASAILLWVYALAALAPLVIMAFNSLRTEQDLANQPLGLPLHPAFGNYSRAWSEGNFSTYFMNSVLITVTSVVLGTGVSVLAAYPLGRYRFRGRGVLSSYFLAGLMLPIRLGAVPVFYLVNSLTQSMPGVDARFWLICVYAGSGVPFSVFVLTAFFRQLPMELEEAARIDGAGELRIFARIMVPMVRPALTTVALFQFIPLWNDFFFPLVLLRDDQWTLPTGLTRFFGEFEAAHATLSAGLVITTIPLVVLFLVATKQIVAGLTAGISK >WP_270506568.1 serine hydroxymethyltransferase [Eubacterium limosum] MNFEHVKREDPEIYEFMEKELKRQQSHIELIASENFVSEAVMEAMGSHLTNKYAEGVPGARYYGGCAFVDEIERIARERAKALFGADHANVQPHSGAQANTAVYFAVLEPGDLVLGMRLDQGGHLTHGSKVNLSGKYFNFISYGVSPDSETIDYEELERLIAQKKPKLVVVGASSYPRAIDFERISKVCKANDALMMVDMAHIAGLVAAGLHQNPVPYADFVTTTTHKTLRGPRGGLILCKEAFAEKIDKAVFPGIQGGPLMHIIAGKAVAFKEAASPEFTEYQKQIIKNAKALCNALTDKGFRIVSGGTDNHLMLVDVSAVGLTGKEADDILGSVNITANKNAIPYDKQKPTVTSGVRVGTPAVTTRGMKEEDMSVIADAFEAALIKKDLELAKEKVAYLTQKYPLYE >EKD39302.1 hypothetical protein ACD_75C00444G0001, partial [uncultured bacterium] MVKPEISIIIPCGRRELVAETLRGLAQQTIP >WP_185816158.1 MULTISPECIES: OmpA family protein [Xanthomonas] >MBD7920512.1 OmpA family protein [Xanthomonas surreyensis] >QNH12402.1 OmpA family lipoprotein [Xanthomonas sp. SI] >QNH16663.1 OmpA family lipoprotein [Xanthomonas sp. SS] >QNH20964.1 OmpA family lipoprotein [Xanthomonas sp. GW] MKRTVIQGMSVALASALLLSACATGGSYVQRDQYGNPTEQQNNRTGRGALIGTAVGVAAGLLSGSSATERRQHAMIGAGIGALSGAAIGNYQDRQERALRERTANTGIDVRRDGDNITLNLPDGITFDFNQSTLKPQFYSALNGVASTLGEYNQTMIEVVGHTDSIGSDAVNQRLSEQRAASVAAYLTAQGVQRERIETLGAGKKYPIADNSTEAGRAQNRRVEIRVVPLRS >WP_275495439.1 acyl-CoA dehydrogenase family protein [Streptomyces sp. AM 2-1-1] >WEH43063.1 acyl-CoA dehydrogenase family protein [Streptomyces sp. AM 2-1-1] MAEFTLELNDDQKQVRDWLHGFAAEVIRPAASEWDEREETPWPVIQEAAKVGIYSLDFYAQQFFDPTGLGIPVAMEELFWGDAGIALSIVGTGLAAVGVLANGTEEQIGTWIPQMYGDANDVKVAAFCSSEPDAGSDVASMRTRAVYDAAKDEWVLNGTKTWATNGGIANVHVVVAVVDAELGSKGHASFIVPPATPGLSQGQKFKKHGIRASHTAEVVLEDVRVPGHCLLGGKEKLDERLARARERAKSGGERVKNAAMATFEASRPAVGAMAVGTARAAYEVALDYAKTRTQFGRPIIDNQGVAFQLADMRTQIDAARLLVWRASWMASANKPFTSAEGSMSKLYASETAKKVTAQAVQILGGNGFTREYPVERMHRDAAIYTIFEGTSEIQRLVIARTLSGMPIR >WP_123237441.1 urea ABC transporter permease subunit UrtB [Pseudomethylobacillus aquaticus] >ROH86378.1 urea ABC transporter permease subunit UrtB [Pseudomethylobacillus aquaticus] MFDYSMAEIGNIVVMQGFSGISLFSVLLLMALGLAVIFGQMGVINMAHGEFMALGAYTTVLFSQVAVSYDIVSYYFIFAIVAAFIVAFIVGYLVEYGLIRHLYKRPLDTLLATWGLSLIMQQTFRSIFGAKEVSATLPDWLLGSFQPTPDIDIPINGVFVLVLAAVVTVGVYIFMFRSRWGLRMRATVQNRIMAGAVGINTKKVDRVTFALGCGIAGVAGAAFTTIASTGPTTGSLYIVDSFMVVVFGGAASLLGTIASAFGIAQAQSILQFFMTSSMGKVATLMVIVGILMMRPEGLFASKLRK >CAD8089828.1 unnamed protein product [Paramecium primaurelia] MNVETQNSDKVQQILLKQEQLIKEQKYYEYEQKILTFGSRFINQQNKDGAIILYLQASKVLVKNNQDNSGFNLATEVIKISDELDSQNIAEIMSIYSIAQFSKLKVQFINKVLKKYPNYKDQICQQVGVDLINHNKFHLAWRYLIQLSDVNTEIQMLLKWNQQLSEQERQYNLIRYLLIKLGQGLYNESVKILNELIPTTVTQEALFIHLLVKSIRIQSREAYDLIFNKFKVVIDADPIFQDLYYKVGVKYFGLKEKEQQSQGIGGLLSQFFQ >CAH0143531.1 hypothetical protein SRABI80_00450 [Peribacillus frigoritolerans] MAVIVGSFLVGIGINGFLVPHHLIDGGVIGIALILHYFFSFQTGLSMLVLSIPIFLYAWYYERPFFYSSVHGLLLTSLFMDWLNPLKKVFSISILTSSLIGGVIIGMGIGLMLRYETSSGGTDMLAKIISKSTSMDIALAIIVIDTLIISAAAFTLGIEIFLFSCVTIVIIGLVTSLMKVRE >WP_147833981.1 preprotein translocase subunit SecG [Phyllobacterium endophyticum] >TXR50796.1 preprotein translocase subunit SecG [Phyllobacterium endophyticum] MQTVVIVIHLLIVLALVGVVLMQRSEGGGLGIGGGSGFMTARGAANVLTRATAILATGFFITSLALGIMARYGENPTDILNRIPATTGSQPAGQQAPAGGGILNQLGGPSSNNATPPAGNAPAAPPAAGSTAPGTTAPESTPAPTAPVTPAQPANPVPNSQ >QLL10545.1 ParA family protein [Mycobacterium vicinigordonae] MRVLHTTYDPLPRPRQRRVFTVANQKGGVGKTTTAVNLAAALAVQGLKTLVIDLDPQGNASTALGITDRQSGTPSSYEVLIGEVPLREALRRSPHSERLFCVPATIDLAGAEIELVSMVARENRLRNALAELDEFDFDYVFVDCPPSLGLLTINALVAAPEVLIPIQCEYYALEGVSQLMRNIEMVKAHLNPRLDVTTVILTMYDGRTKLADQVAEEVRRYFGDKVLRTVIPRSVKVSEAPGYSMTIIDYDPGSRGAMSYLDASRELAQRDRPAGRE >WP_111625343.1 GIY-YIG nuclease family protein [Arenibacter echinorum] >RAJ07111.1 putative endonuclease [Arenibacter echinorum] MKLSYVYILKCSDDSYYTGVTSNLNGRLLEHISGIHKDSYTFTRRPLSLVYYAEFSDINLAILTEKQIKKWSRAKKEALINNEFEKLPNLAKKKFRM >TDZ21558.1 Protein transport protein sec39 [Colletotrichum orbiculare MAFF 240422] MSLVLPPPKLVLLAVHLAINADIDNLASLTSRYPIVLRKDLVLRILLTYLPETVNSSDYVLFIEELSTGEIADRQAGDIDCTIVESLSDHDAIKRVRKLRLSPLAWDYAPFDTDGDPITLFLLRRAHRVDEEAGLLTQVPDLLRPFLQYAPDIRVWTVSTVLPLIRRNYDYYPTDGAPCTLAEFQSLPDVTAVSALLSQTGRRPGDYHLIGRDLRGLLMPWLHSNARWRQGTTGSHDEPPVEGPYCQGWERALEWLLAQSGSNWRAAVAAVEQWGGAVDVDLGAYDAVWLSEEQQQYLDRRYARAVLACAYLVPEATEEALEGAHQMLRKVIDLLGKDDTLSLRKAASSLPAISGLDGGDIMSPRNTAFMRDDLLRQSNPLTTPSTKSTHLLHGLISSAFILTSHGLPCSVKKAGDLAFVQDEQEQKTEAIKLVHAISEQAPRHEDKFWIEARRQLLWLRSWGQDSSSDAPLVGIFAKVKAEVIETEVLKSLLSSGRYSLAKLLYEDTHETPFPARLLQETVIAAALNAYDNASNPNRTRGGLKKCDEILNSLPQTTPQSLPERRRIEALLRATHALSDYRLVLRQGEPFSPVVLRVHSDPISIIAILLEQNPKSYTQNQDLAEVGSNMIRAGLVNRDRRGLVTHTSEDEEAHIRTAEKRITAMCIDAALKEDDFETAYSYVVNRLSGTADGSVPALDREDTWSWKAALQAGQYMRTTKTLRPTHLGNTSGNPDIRHLEQRIDCLSIALRIAPPPQLQEILKTFRRCEEQLDSALKEEAAREEDIDAAADLGMPGGFDAAPIARPHRPAGGQNRAASTAASKGGDEAPMSLFDLSRATARAASRNFAALSSLQQSAGGKGPYAGNMEAEEGWLIGAPAPHYPGSHEDNGRPTK >WP_169079632.1 MULTISPECIES: acylneuraminate cytidylyltransferase family protein [Yonghaparkia] MTVLAVIPARGGSKGVPGKNLRTVGGRSLVARAVGAARAAASVDRVVVSTDDPAIAREAEASGAVVVVRPAELATDEAASESALLHALEVAGDGVDVLVFVQATSPFVDHDDLDAAVARVRSGEADVVFAAIATPVFLWAPSNEPSGGWAGVNHDAAHRPRRQELPPQVAETGAFYVLDAAGFRAARHRFFGRIEPAVVDERGALEIDTEQQLRLADALAGTIEGGDA >WP_099949840.1 ADP-forming succinate--CoA ligase subunit beta [Escherichia coli] >PIM58246.1 ADP-forming succinate--CoA ligase subunit beta [Escherichia coli] MNLHEYQAKALLAGMGMPCPKEIAIQQISQLTEAWQHIACPSKGAVLKAQVHAGGRGKAGGVKVLKQLPEAQAFAQHMLGLQLVTYQTGPEGQYVSSILLCENIYPVRQELYFGMVVDRESQRITFIVSPEGGVEIEKVAHETPEKISSVSIDPLTGVQPCHIREMFAVLQLEHGLFAAFSRLVNQAWKAFNELDFALLEINPLVLRETGEFMCADAKVSLDDNALYRHPELQALRDETQEDPRESQAAKLDLNYVSLDGNIGCMVNGAGLAMATMDIIKLYGEQPANFLDVGGGATQERVSEAFRLIVSDSKVKAILVNIFGGIVRCDMIARAIIHALNEASITLPVVVRLSGNNAAEGQRLLAESGLAVEAVDSLDDAAKRIIALLN >WP_188506850.1 oxygen-dependent coproporphyrinogen oxidase [Parapedobacter pyrenivorans] MMDKQQIAERYKILQDEICRGLEALDGGSTFVEELWQREGGGGGRTRIIQNGSFIERGGVNFSAVHGVLPEQIKNAFQVDDEDFFATGVSIVIHPNNPFVPIIHMNIRYFELNEKVRWFGGGIDLTPHYIQLDDASYFHRQLKNICDRYSSSFYAEFKAFADRYFYIKHRAETRGIGGIFYDRLTPEKTLVSWEDLFDFSCAVGDAFVPTYAELVNRNRHRTYTEQQKQWQYLRRGRYVEFNLVYDAGTKFGLETNGRIESILMSLPPHAQWMYDFKPEPDSDEAFTLSMLKGGVDWLAQ >TQD79640.1 hypothetical protein C1H46_034817 [Malus baccata] MALAISHAFLYPKLQFSQRNIRPNVTELRLPPSFVRTIPQNGRVICAAASAAGSSNPDSDLNPYEVLGVSPIEGFDMIKAAYTKKHKEAVRSGDDATAARLEKAYDKVMMAQLTNRKKGVTFGSFKVSKDIKYADKRPIVPWGPRFTKSSVQDMRINLAISAVFVAWLLIKRNAEYKPLQFLTFAFVYRIFEKLKSFEPPVSPTYTEDGEDAGRGLRMGKRLLRSLALVFGSIAIASVGYTTALNLIEYMGSYIPAALYNNQELIITSATAFMLYIMASYYR >QRX02582.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDIFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKFKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEI >WP_095648367.1 efflux RND transporter periplasmic adaptor subunit [Pseudomonas indica] >PAU57488.1 efflux transporter periplasmic adaptor subunit [Pseudomonas indica] MKGSPFTPALLALAVLASAAGGYWFGQRQVHPQSAQAAATPATERPVLYWYDPMYPDQRFDQPGKSPFMDMDLIPKYADQGDAGSGLSIPAQTVQNLGMRTAPVLRGALPASLDAVGSLAYNQREIANLQARAAGFVERVYGRAPGDVLPAGAPLVDLLIPEWSAAQLEFIAVLADGDPRLIDAGRERLRLLGMPAALIEQVARERRARPVQTLRAPIAGELLELPVRAGMTVSAGQDLARINGLSTVWLDLAIPEAQAALARPGAEVQVQLSAYPGEDIQGKVIALLPSTDPQTRTLTLRSELPNPDGRLKPGMFARARLNDAPSQSVLLIPSEALIRTGKRSLAMLADGDGRFQPQEIRTGRETASQVEVLAGLEEGQQVVVSGQFLLDSEASLRSVLTRAVPAEEPLHRSEGIIRTLEDGYVTLEHGPFPSLDMPGMTMEFPLASTRIAAGLKEGDKVRIAARQTDDGLVIEQLEKQGDAP >HBB9152465.1 nitrate/nitrite transporter NarU [Escherichia coli] MALQNEKTSRYLLRDWKPENPAFWENKGKHIARRNLWISVSCLLLAFCVWMLFSAVIVNLNKIGFNFTTDQLFLLTALPSVSGALLRVPYSFMVPIFGGRRWTVFSTAILIIPCVWLGIAVQNPNTPFGIFIVIALLCGFAGANFASSMGNISFFFPKAKQGSALGINGGLGNLGVSVMQLVAPLVIFVPVFAFLGVNGVPQADGSVMSLANAAWIWVPLLAIATIAAWSGMNDIASSRASIADQLPVLQRLHLWLLSLLYLATFGSFIGFSAGFAMLAKTQFPDVNILRLAFFGPFIGAIARSVGGAISDKFGGVRVTLINFIFMAIFSALLFLTLPGTGSGNFIAFYAVFMGLFLTAGLGSGSTFQMIAVIFRQITIYRVKMKGGSDEQAQKEAVTETAAALGFISAIGAVGGFFIPQAFGMSLNMTGSPVGAMKVFLIFYIVCVLLTWLVYGRRKFSQK >HAD16081.1 L-lactate permease [Erythrobacter sp.] MTIALILAALAPLIAVLGLLVMLRLPAAVAMPISLLVTALVSVVIWRVPVIQVLAAAAEGTVIAASIVWIVFGAIFLLKVLTAGGAMTVIRDGFTRIAPDPRAQIIVIAWLFGAFLEGAAGFGTPAAITAPLLVALRFKPMAAVVLALIADSSPVSFGAIGTPVAIGLAQGLEEDGQVDAAIAADGDQSLETMLEAVAVQAAMIDLFVGSLIPLIMILIFTRFFDVRQSWKAGLAAWKFALAAGFAYTLPALGVAAMLGPELPALIGALCGLAIIVPIARKGWLLPDGGLRPTLEHGTLVASPMSLKRAWSPYLLLAVMLVVTRIEILPFKSWLNKVSIQWNGIFGTEISVSVAPFYLPGAMFVVIAVLTLRMHRMNLAQVRTSLNEAARIVGTSAMALGAAVPMVRIFIQSGVNDAGLRSMPMELASFAAGGVGTKWPLVAPLLGALGSFLSGSATFSNMTFALLQTQAAEQVGMPTVLVLAGQMLGANAGNMVSVLNVVAAAAVVGLIREEGTIIRFTFLPMLIYALASGTIIFALMLAS >WP_060879438.1 hypothetical protein, partial [Streptomyces scabiei] RAAALLALAAAIALTTAWLTPKPAPALGTAVAGGLLAVTGLGGIARAVLPDVWTVPGYLLCGIALLVTVRTSAPEPVRRGLAHASAVVQALALATALPVVAIALLGPVSRLERIWSGAPEDARAAVTLDVPWPPNAATVPLMFAVVAGVLALTARTASWRTQALVSAFVLTWATALVLPAVLELPYTAGLVAHGLVCLATLAFAGLARSTETPRLRAPLPLTGALLALVTSLNLALQSLASEPVTLTVLAASTVLFAAAAWRTGLGPLTAPTSLVHATALACATGASVGWEPRHTALLVLTVPAVSALLAARLGDSPLTVPVEATGAAAGLLAIGLSATHPPLLALTLALCGVIVTGTAVRPDRRRLGHAATALFVLAAWVRLAAWDVGSPEAYTLPVTVPALLVGHLRRRRDLAVSSWTAYGPGLAVTLVPSLVAAWGDTHWLRPLLLGTAALAVTLLGARHRLQAPLLLGGATLALVTLHELAPYLAQVVDALPRWAPPALAGLLLLTAGATYEQRLRDARRVRDLLGRLS >MBQ1583517.1 DNA-directed RNA polymerase subunit alpha [Muribaculaceae bacterium] MAILAFQKPDKVLMLEADNSFGKFEFRPLEPGYGVTIGNALRRILLSGLEGFAICSIRIDGVQHEFATIPGVKEDVTNIILNLKKVRLKRIVEDTDTEKAVVKVSGQSVFKAGDIGKVLSAFEVLNPELEICHIDPASGFQIELSINKGRGYLPAEENRNANDPIDVIAIDSIYTPILNVKTAVENFRVEQKTDYEKLVIEITTDGSIHPKDALKGAAEILIQHFQLFTDREIVLDNTENNANEEFDEEVLKMRQLLKTKLVDMDLSVRALNCLKSAEVETLGELVVFNKTDLLKFRNFGKKSLSELEELLATLNMHFGMD >WP_166737936.1 putative Ig domain-containing protein, partial [Staphylococcus epidermidis] >TER66613.1 adhesin, partial [Staphylococcus epidermidis] MTKKEKDYKKSLEQQKTRVKLYKSGKSWVKASINEIELLKTMGLPFLSKNEIQENVTEKTKGHKLKKSAAKTTALVGGAFTFNMLNNHQALAASETPITSEISSNSETVANQNSTTIKNSQKETVNSTSLESNHSNSTNKQMSSEVTNTAQSSEKAGISQQSSETSNQSSKLNTYASTDHVESTTTNNDNTAQQDQNKSSNVTSKSTQSNTSSSEKSISSNLTQSIETKATDSLATSEVRTSTNQISNLTSTSTSNQSSPTSFANLRTFSRFTVLNTMAAPTTTSTTTTSSLTSNSVVVNKDNFNEHMNLSGSATYDPKTGIATLTPDAYSQKGAISLNTRLDSNRSFRFTGKVNLGNRYEGYSPDGVVGGDGIGFAFSPGPLGQIGKEGAAVGIGGLNNAFGFKLDTYHNTSPPKSDAKAKADPRNVGGGGAFGAFVSTDRNGMATTEASSAAKLNVQPTDNSFQDFVIDYNGDTKVMTVTYAGQTFTRNLTDWIKNSGGTTFSLSMTASTGGAKNLQQVQFGTFEYTESAVAKVRYVDANTGKDIIPPKTIAGEVDATVNIDKQLNNLKNSGYSYVSTDALQNSNYSETSGTPTLKLTNSSQTVIYKFKDVQGPQISVDSQTREVGKTINPITITTTDNSKDVLTTTVTGLPSGLSFDQTTNTITGTPSEVGTTTVTVNTTDATGNVTSKQFTITIQDTISPVVNVTPSQASEVFTPINPITITATDNSGKVVTHTVTGLPQGLKFDASTNSIVGTPTQIGTNTITIESTDASGNKTTTKINYEVTRNSASDSTSTSIVNSVSTSISNSTSLSDSVKASQSLSTKESTSKSLSGSLSASTSNSASIKASESASTSKKLSESASTSMSDSASIKASESASTSKKLSESASTSMSDSASIKASESASTSKKLSESASTSTSDSASTSMSESDSTSESTSLSDSTSASLSESTSTSTSDSASTSTSESDSNSTSTSLSESTSTSLSESTSTSTSDSASTSASVSDSNSASTSLRESTSTSTSDSASTSTSESDSDSASTSLSGSSSTSVSDSTSTSTSDSASTSTSVSDSNSASTSLSDSTST >XP_044786537.1 transmembrane protein 191C [Bubalus bubalis] MAEAQELLLQLQKDNRDGRLRKQELEELVRGLEAESESLTARLQDLSERERGCGQLLPPPGVWAPRGGGRRVDAASAAEPQFPLRSLQRRRSQAARALRGEAREAARERADRARGLLEAAEQRQRDLEQQNRQLQEQWEELSSQLFYYGGEQLSQQRAEQQLGTQLAALQKQLELVEAKHTMQAEALRQGARRMDEAWASFQEQSGVLQELQGKVMEAAAALDSSRGGPEPCDSQPRRGQDCAGSLMEEVAKADCEKRLFGAGATGFRLWALGALQTLLLLPLGVMALPLLYLTLVNPSALRRGLARPGSDAALRRLRYTLAPLLQLRARGLLPA >KAG7243800.1 hypothetical protein INR49_008165 [Caranx melampygus] MGAVRSRYNHVASSQLTARPGLSSAASQLHFSPGSAEETPQHKMLLLPAAALCCLCSALVTMAAEMLIQDQLSLTRRVDESVSFSCGRTDRCDYNYIFWYQKKEKETFRVILRIDRNEPVVKLVVKPVVSVYPAAARAHLEGKSSLLCVASAMFPPLVQFSWERQKEGGPLELVSADDGEQLVLTESGRSAAILLIDQPQDVTYKYRCSVKHESGTVEAQTRQGDEGLRFQLQQLPVLQREHRHAWQLCTKLTCFPWILSSLSAGVWASTVPDSCFTEQRYVYVASSGWSINKMAAERPDSVSTSCSSLAGENSFRGISTFCFFQENWTRGGDMAEATHSRELFPSRWALAAAGYTLTTGFTTGSSEAARIISHCGGSLFKQEQ >MBN8831519.1 TonB-dependent receptor plug domain-containing protein [Sphingomonadales bacterium] MIVKVRDVSRRLLGGASLTSLCVLGVLAPVASASATDADTLAAAASSDDADSSKDVVVTGTRVVRDGYRAPTPTTVIGGEEIERSAKINVSEMLWQMPALAGMTKTNTTTVSAGQVGIQAPNLRNLGITRTLVLLDGQRIPPATTGMLSDLNTIPNTLVKRVDIVTGGASAQWGSDAVGGVINFVLDKDYTGFKGEASGGITTYGDAPNFKVSLTSGLKFAGGRGHFLVSAENEYEEGAPPLTSRSWYTGTKSYLNPAFTVGNGQPYYLLQDNVGYTNIAPGFVISSAGPLQNTLFGPGGQVSTLHFDSVSADASHQWGVGGDWKATDFGNGPQQLMASSSRQNVFSRASFDVSDHINVYGQFMFGRSHSYVVSTPNFYFGNLTIKVDNPFLPASVAQAMTKAGLTEVKGGSYLDAIGGSRYDAEREQYRYTVGITGDFNLLGTKWNYNAYWNKNIAFIQQKFHTITSANFTRALDAVTGPNGTPICRSTLTDPNNGCVPFNILGTGVASPASIAYISGTPTLNQRLLQQQFAVSFNAEPFATWAGPVSIAFGAEHRNEAGRGTQDAKSLVNSYWAGNYKAINGSYNVTEGFLETVVPLLKDSPAGKALDLNGAVRETEYSSSGRVASGRRARATFVPGICRSCSSPGRR >WP_131827568.1 type IV pili methyl-accepting chemotaxis transducer N-terminal domain-containing protein, partial [Salinivibrio sp. MA440] >OOF01602.1 hypothetical protein BZG80_15235, partial [Salinivibrio sp. MA440] MTNYLEVTPDEQGINRSIGIFDSLVFKIGSLLIMISIIALVSMVSAVYISDNAQTDAHAINLSGSMRMQSYL >XP_023194678.1 leucine-rich repeat-containing protein 40 isoform X1 [Xiphophorus maculatus] MLLNFVDSLSRRVEAVLAANQRHVEPFGLGMGCQLIYESIQRKMSRFKRAGNVDSLAGFRTPKPEAAVPYGLLRAARKSGQLNLSGRGLTEVPQNVYRLNVDESAEAQENVSFGGSDCWWEQTNLTKLLLSSNQLTQMSEDIKLLPALTILDLHDNQLSSLPSALGELQELLQLRLSHNKLSSLPTEVCSLNNLRSLTLQQNLLETVPEEIGELGNLTELDLSNNLLKRLPSSVGRLSALQKVSLCHNKLSSLPDSLGQLANVKLLDCSHNELTDVPVSLAGMLALEQLYLRHNKLRRLPQLPAPSLREVFAGNNRLELLEAEQLSCLSAVTLLELRDNKIRNLPEELTLLLTLTRLDLTNNDISTSLPASLSLLPNLKVLLLEGNPLRGIRRELLTKGTGDLLKYLRGRIKEEAEEAAEPTAMTLPSEGLVNTHNIKTLKTLEYSNKQAASVPDQVFDAADHQAITSINFSRNQLTAFPLRLLELRSSLSDINLGFNRLSCCSADICSLQQLTHIDLRNNQLTDLPSEMKNLSKLRCIVLNYNRFNSFPEALYQIVSLETVMLGNNQVGGVDPSRLMQLLSLSTLDLSNNDLLSVPPELGLCTSLRCLSLEGNPFRTPRAAIVAKGTDAVLEYLRSRIPT >MBR5392328.1 hypothetical protein [Prevotella sp.] MIRLKNISACILSLVISFLIIGTTTASAQYRKKKPQTVVPDTVPLFNGFQVSADLLGAAMMHLGSYGQYEGALRLNLRDRYFPIVELGYGKADHTDDGTQLNYKTKAPYGRIGVDLNLMKDKHDAYRLLAGVRYGFTSFKYDVFHSSVEDPVWGDPVEYRAEGVQAKYHWMEVVFGVDATIWGPLHLGWSVRYRNRLSHDAGELDNVWYVPGYGKSGKSVLGGTFNVIIDI >NDH19650.1 type II secretion system protein GspE [Actinomycetia bacterium] MSQAITDVLVTEGVISAEQLAEAEELVTVRGEPVLTVLIEQGAIARRDVVRYTVQAAGMEFVEIMDVPVDQEAVGMITGDQARRFGVIPIRIEGDDLVVVADSQTAMNWQIKDDLQTITKKNIKFACSIKSEIDSRINMLYRAEAELGSLMKD >MCA9786884.1 MFS transporter [Candidatus Cloacimonadota bacterium] MGRHAEDPIIDRSLQHSVKDGVAYTVLSGGTESWFSAWALHFQAGASQIGLLASLPPLLGSLSQLLGAWLGRRAGRRRVIILTGAGLQAAALVPMALLPLLLPAHAVPLIILSAVMYFGGVNMASPQWSSLMGDLVPEDRRGRYFGMRTRLCSITGFSALAISGLTLDQFTRWQLTTVGFLLIFASGLSARLISIWHLSRMHDPPGSVAALRLPPLGQLWQRVKSSPFARFSLFFSAMQFGVGIASPFFVLFMLRDLRFSYRTFMIVSAVSVFVQFLTLNRWGQLSDSLGNRRILLGTGILLPLLPALWLFSGHPIYLIMVQALSGTVWAGYSLSAGNFVYDLIPPERRVVLMALHGMGSGLAMFLGALLGGWLGDWLPVSIGLAGLHWTVASPLVWLFLISGLVRLAIAVLLLPRLLDSSGIPDGAATPLVWRVTRMLPQAGLIFDLIGRRPLEKEPSRRKGSVRD >WP_140706444.1 MULTISPECIES: formate dehydrogenase subunit gamma [unclassified Mesorhizobium] >MBZ9992353.1 formate dehydrogenase subunit gamma [Mesorhizobium sp. BH1-1-4] >TPL91236.1 formate dehydrogenase subunit gamma [Mesorhizobium sp. B2-3-12] MTMQPASTEIASRTAAIVQDLKDLEGPLLPILHGIQEEFGHVPQAAVPVIADGLNLSRAEVHGVVTFYHDFRARPAGRHVLKLCQAEACQSMGSDAVAARIKQLLGIDFHETTRDGSVTLEPVYCLGLCACSPSAMLDGEVIGRLDDEKIDEIVAEVRA >WP_230834693.1 MULTISPECIES: hypothetical protein [Halomonas] >MCD2087725.1 hypothetical protein [Halomonas meridiana] MIETKEELEAIKKTCQAMVTKSAGLSAGTAIIPVPGLDIGSDVAILMRIIPKINSQFGLTPEQIDDLDTESKLFVMTAISNTGSKMAGKYITQNLIVSLLSKMGVRVAAKGASKFVPLIGSAVAGGISFTAMKYMGNSHIDDCYRIALAALEHRQLERAVEDDAVIEADAYTPTNGPTRPDS >CAH2408238.1 hypothetical protein MES5069_660027 [Mesorhizobium escarrei] MRESHDFQMPAVTAPSKVETQLAIARNDPRRPAVLGAELIIGRRESLKASALDHGARDALLSGSRHDQARSAIQCRVSAAQLHLTAAQVSAHSPLSGGPALLLLPSDNALRLGQECDARSQASAPIVCGWRSHIVPTCIDFSQMEACSPAVDVLAIELAKLRARNRRQVSRQKSRP >WP_279652328.1 DNA recombination protein RmuC [Tenacibaculum sp. GRR-S3-23] >WGH76462.1 DNA recombination protein RmuC [Tenacibaculum sp. GRR-S3-23] MNTTLLIILAAVSTLIIGFIIGNLLSKLKFKQQTADLEKEISVLQNHQANFEIQKREKEESFIQQKEDFLTRLDEKTKENSELRREKEFNALELARKNEELKNLQVKLNENKEEVTKLQDKFTKEFENLANKILEEKSNKFTEQNKKNIKDILNPLQEKIQTFEKKVEDTQKESISMHSALKEQLLGLKELNAQMSKETLNLTKALKGDSKTQGNWGELVLERVLEKSGLEKDREYFVQQSFVNNEGKRLLPDVVIHLPNNKKMVVDAKVSLTAYEQFVNSDEDVEKERFLKEHVSSLKRHVEQLSEKKYEDIYKIESPDFVLLFVPIEPAFAVALNEDHTLYNKAFEKNIVIVTPTTLLATLRTIDTMWNNEKQQRNAIEIARQAGALYDKFNGLLIDLVNIGKKIEGTKSDYLAAMNKLVEGRGNLINSVEKLKKMGAKTKKALPENILQRAKEED >XP_016482688.1 PREDICTED: uncharacterized protein LOC107803464 [Nicotiana tabacum] MDLDIRWTRKMRAMSGIPRVRWGALTKDKSQELGEKLLRGGERGVRGLKGISGGHKGDQWWNEEVQEKVEAKKVTYLKLVESIDEGQKSANRKGLAKVRERKARGSGPSEMHKRRGGKSFIGKGTDQAEMAGSATEAIHIVRRLVERYRAVKNYLHMVFMDLEKAYDKVPREVLWRCLESGVVLVAYIRVIQDMYDGAKTRVRTAGGDFDYFSVEIGLHQGSALSPFLFSLSMDSLTRHIQREVP >WP_122377077.1 hypothetical protein [Pseudomonas caricapapayae] >RMV99004.1 hypothetical protein ALP01_02178 [Pseudomonas caricapapayae] MQDEAEPDVENPGEVIVRQVPGEVAVPGFIEEYSAYLSAEKKTDSAPVILTSLRLIGLLLLVVGGVFIIFGPGTVRIDYLTGLTFLQFLQLYPGPIASVGVLVYGISNFLRSSGIEEQMIPEQFLTANYCLKLPEGIDDDKPLAITYVGNEVFRIEDTVEQA >EFW22388.1 DUF1682 domain-containing protein [Coccidioides posadasii str. Silveira] MIRISRISRLLPSSPPLRPLPHRLLALPSPKDFMQEAFILPFILFIVIFHVWGTRKNRRKAKAWAQAHIPVLHNEFAVVGYKGVRRGAILKDLSSSADLVIDDNLLREKAANEFTTYATGRQNVAFVDVTIQLVKRYNPMFILGDSIAGMFFDSLTPQTEKIEVTAYSFDGKEKDLVPAPPAEKEQLGKGMNSTHDGFVFAIVNKTAMRRLREDRYDVSLTFTKDNPKLPEWVTVMSESAEITDTILTNELIKAIEDAGDLFEYLIITDQPADKPAKVEEAVSRKRSILSMRVPSSTSSTAYASSLPLFHLFIRLTDRLAASAHFRPEVLRKLRATREEEVRRLRRATEDEKAEERKLAAEKVKKEGRDRLLRGMSAEEQRKYLEKEKERETKKEMKKYSRRA >WP_059048359.1 M12 family metallopeptidase [Streptomyces acidiscabies] >GAQ58903.1 hypothetical protein a10_08802 [Streptomyces acidiscabies] MTTRYCSLVRPPEPGFTPGLAAERLGALMSGRRMWVNGTVLHYCFFDSENAGTGGSRRVSWAGGEAQRDVVRDCFREWQDLGIGLTFAEVADRCEAEVRIGFEESDGSWSAVGREALLVGVHERTMNFGWDLTAPGERATALHQIGHALGMQHEHQSPYAGIHWDEEAVYADLAGPPNHWSRERTYVNILRKLDATEVNGTVWDPQSVMEYPFPAGLILEPEQFRQGVHPPGALSTLDKEFVQRWYPPPLTPRPAALVPFRSAPLALGPGEQADFALEPSETRDYRLAAFGDCDTVVVLFEEREGEPRFLAGDDDGGTQGNASLRVRLVKGRRYFVRMRLYSAWGAGRSAVMCW >KAJ8530820.1 hypothetical protein K7X08_023701 [Anisodus acutangulus] MLKGRESLIRLIGRRRRLRRRHSLLNSSAPQGLLIAPKEDKDEVTTGNGNGNGGEEMVDCPVCGNKVRGEINSHLDKCLARGTKRKLSQCTLFQLKFCTRPKVTVSSVESDFTRTYVGPSAIDGNICDLASDISSSDGPLNNVQDESNSSPVSLTLTTNRSNICTRESSVCNGVNRIENLDGLVKFDDECKLLSGAKPTISGLEDSPQHQISDNRIDNITNSPLSLSENGTSKCVEPLEDDDTILLDTFIVGRKFGGVIELTIGAMVMLSRDSQNVKDTNAIKVLTEDTGHSKELGFIPRELAQYLSPLIDKFQLRFEGHITSIPQHPRAVVPIQIYSSSIASFGKKDSYGFQEFNSFRRNALCAAEFSKTHPPIPAKYQHNLLLLLKEVLKINAHLFTEGEKTLLKSFLSLSDDSQRLFARLYARKGPWFRMARISYAEICDYEEAVKGLSEAECVTLFESIDKLQIDDLKEVLNVLNVGELWDLLCSLNKSHKKIVQKFGHGTRKQDYIARVLGAYESRLCPNLPSMILGKTGSCIRISASAESVFWRAERLFFLNGEQDLSAFLLVDLGIVKYPAYNCIFTDQIFPDRSDLLSYEEAIEVAQVMDESLDENNNELVSRCIEISASHVSSFVEEDRSSHSGSMVAFLSCFSASWVYSKVILLGVSFLEHERRYKDAIDLLKLLLVKFKYDRRRGYWTLRLSVDLEHVGCLDESLEVAEKGLLDPWVRAGSIVALKRRVLRLGKPPRRWKTPSFSNSFNRKIVEVHVQGRPVNCKTGVKNVFYGEDGERCGVEELALEYYAGGGGCWQGVHTESGIWLTIFGILMWDVVFADVPNVFRTKFQTAPLDLETDSFYEVRRGLVEALLDKIEHGMAEELLIMSWESHAGTACRGVNWDKHSLSELRAAVTCIGGPCLASICRNLAQDYRSWSSGMPDLLLWRFHDDYRGEAKLVEVKGPRDRLSEQQRAWLLFLMDCGFNVEVCKVSHTPI >MBK6751737.1 class I tRNA ligase family protein [Acidobacteriota bacterium] MADRWIISRLNKTALAVNRALDTYQFHEAVSLLYHFFWDDFCDWYIELVKDEITAGSPPYEGGVAAASADGVVLTSRTRILTILEIALRMLHPFMPYLTEELWQKLPGTSSALHDAAYTDADATIMLTKFPPGDVAAIDQKAENEMSAVIDVIKKVRNIRAEMNISTAIKFTVHIAADEDFRNVFAANKAQILKLAKAEDLVIGSELDVPRASAKAVTNDARLAVPLEGLIDFDVERARLTNQIAKLTEERTRLDAQLSNANFVDRAPAEKVNELRERSAELEHQINTLNNNLSLE >WP_237907640.1 sn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC [Azospirillum brasilense] >UKJ77385.1 sn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC [Azospirillum brasilense] MAGVTLRGVRKRFGRIEVIHGVDLEVADGEFVAFVGPSGCGKSTLLRLIAGLEEPSGGDLSIGGQRVNDRPPAARGIAMVFQSYALYPHMTAYENMAFGLTLSRTDKGTIAERVRDAARLLQIEELLDRKPRDLSGGQRQRVAIGRAIVREPQVFLFDEPLSNLDAGLRVQMRLEIAKLKADLRATMIYVTHDQVEAMTLADRIVVLNAGRVEQAGTPLELYHRPRNRFVAGFIGSPAMNFLDVVSEGRADGSVRVWLPGGVPLDVAVDGSAPAAGTPLTLGVRPEHVGLADGGAGLVATILAVERLGGETHCHAALEDRQRLLVRLDGDRPVAAGERLRLNLRGETAHLFGLDGQRL >WP_098626931.1 PTS sugar transporter subunit IIC [Priestia aryabhattai] >MCM2976368.1 PTS sugar transporter subunit IIC [Priestia aryabhattai] >PGA18395.1 transcriptional regulator [Priestia aryabhattai] MDILKGTGLLLLVLFLFWLFSNKAPYGMKAMGALASGAVAAFLVEAFQSYVGGDLLGISFLGEVGKAAGGMGGVAAAALVALALGVSPVYALMMGVVCSGLGLLPGFFAGYLMAFVVKFIEKKAPAGLDLLGNILIAAPLTRLIGNAFSPIVDATLLNIGGIIKDTTSASPILMGIILGGVITVVATAPLSSMALTAMLGLTGLPMAIGALAVFGSSFMNYVLFDRLKIGDRRTTISVAVEPLTQANIISANPIPIYVTNFVGGALAGVVVALFGLVNDAAGTATPIAGLAVMFGFNDPMKVTICAVLCALAGALAGFIGSVVFKNFKIKTVDDVASEQEAA >WP_017900964.1 MULTISPECIES: SLATT domain-containing protein [Enterobacteriaceae] >EGS1810715.1 SLATT domain-containing protein [Enterobacter cloacae] >RFS90946.1 hypothetical protein CH426_24455 [Klebsiella aerogenes] >HCB2270695.1 SLATT domain-containing protein [Citrobacter koseri] >HCB3236090.1 SLATT domain-containing protein [Citrobacter amalonaticus] >HCK38395.1 hypothetical protein [Shigella sp.] MLNKVWFTYKARIQAHHRLEWMDTHSQFLLVWYAILGAALAVVAIRYPTLLGKNTDIFGAILSITLLGVSLSVANRDFRGRALNMRKNYLALQHLYNVISTRNTVQPEDIVKYDELMNDVENHQDMDDKTFRVRNSSQLTSRHPRKKEYFQVYFFTVFKYVVLLIFYTTPVIVAWYLYE >KIH61449.1 hypothetical protein ANCDUO_08280 [Ancylostoma duodenale] MVVDVADAKFIALVEKLPYPYSRPEFLYFSEDEISLSADQCVRPVLCPKNPSRMPLYAGYAEVVNAGKTLQNEDQASARIMTLVQQGYEAEEAKELEHCQTQNSSGKSSTKDDDDLMSPSGGSTSGSVSPARAEAAFFAIFDGHAGSGAALVASKCLHEHVKTRLGDVLESIIHLDRNETLLSGRGRSDSSYSISKLGYPVHKLRLNTVGGCPVDSVSLRCDDLVIGALEAAFVDMDSQIAEDKQTWRISANAGDCRAVLVTDEGSRPLSSDFTPASERKRLQTLAYQNPELIGNCFSRLEYSRSLTKKDLKTKVLFRDWFMDGWASKTVKDCDLKPPLISESSRKKRLLNTIGVSRGFGDHHLYTVDDHLPIKPFLSSVPEIHTGTVVHHYDQSSDRFRKNL >DAS51696.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MSERLNLVEERRAIGRLRALLCATEQMKAAQRTSNKSGIIYYETKSTQEYDAMIPVTYDPTFPSGRIIKIETTFTARKQQWPYVLFLPQFYVGDNPDTLAGAQIIGGSIIDQSAPDINKLEVPYQLAFSATASIDNPQPGQTKYVYAKCIFLGTDKGSFSMKASLL >MBQ2198584.1 FAD-dependent oxidoreductase [Bacteroidales bacterium] MDRRKFLETSGLFAAAGAAAPLLSSCRGGMDPFLAGAKTAVKESYRCDILVVGGGPSGVCAAISAARLGAKVMLVDSGNCLGGMGTKGLVGPFMTCYDAKGEEMIIRGLFEEVVDRLVAIGGALHPSGIRQKTEFTAWISEGHDHVTPFDPELLKVVYDHMCKEAGVKVLYNSVFAHPVMKGDAIRGAVLLTPSGLEAAEAKMVIDATGDGTVAFRAGAPCVFGDPESGRVQPSSLFFRMNNIDTDRLIAEVEPHLPEFRRVNGVSYRCLHWRVAEAEAAGEWDLARKSVNIWRSVEKDQWVVNCTRIHGVDATDAENLSAAEEEGRRQVQELMHFFRKYVPGCEKATLMGTGSVMGIRESRHVHGDFVLPVQDLIDGVIPEDNILLSANSIDVHGAMGGPAGGLYMPIKKDKYGIPYRVLLPAGVRNLLLTGRCVSADSAAAGAIRVMPPAMALGQAAGTAAALCLKDGVQPDNLDYGELRDALTKGGAYL >HAN66834.1 DNA topoisomerase (ATP-hydrolyzing) subunit B [Chitinophagaceae bacterium] MSTETEILTPPASPAYGADSIQVLEGLEAVRKRPAMYIGDISVKGLHHLVYEVVDNSIDEALAGYCKNIRVTINEDNSITVEDDGRGIPTGMHTKENRSALEVVMTVLHAGGKFDKGSYKVSGGLHGVGVSCVNALSTKLHVTVKREGKVFEQEYATGIPQYSVREIGTATETGTRVQFWPDGSIFTTTIYNKDILEGRLRELAYLNRRISIILNDLREIDDAGNTYSKTFYSEGGIVEFVETLDKNANRQPLIPRTIYCEGHDEKSNVAVEVAMVYNAGYQEHIFSYVNNINTIEGGTHVAGFRRSITRVFKTYGDREGMFEKAKVVIEGDDFREGISAIISVKVPEPQFEGQTKTKLGNSEVMGIVDTTLSRVLEAYLEENPREAKTIIQKVILAAQARAAAKKARDMVQRKSVLVGGGLPGKLADCSDKDPGKCELFLVEGDSAGGTAKQGRDRSFQAILPLRGKILNVEKAMEHKIYDNEEIRNIFTALGVKIGTSEDAKALDLSKLRYHKLIIMTDADVDGSHIATLILTFIFRYMKEMVEQGYVYIAQPPLYLVKKGKEQEYAWNEEERKALVTQLGQGKDDSVTIQRYKGLGEMNAEQLWETTMNPVTRTLKQVTIESAAEADRVFSMLMGDEVPPRREFIETHARYARIDV >WP_091629500.1 low temperature requirement protein A [Micromonospora peucetia] >SCL67941.1 Low temperature requirement protein LtrA [Micromonospora peucetia] MGGIRWRERLGPAVSIAPGARVDRFEVFFDLVFVFSFFIITRTTAADISGWRLGHAMLVLAVLWWCWVVHCVVATRVRLGEGFVPVLMVVGMAALFCFALSLPQAFSDATDVAAGPMVVALSYVVIRGVHLTLYWHIAREKPGERRMLLKYSPEVTISTLLLTAAALVPPQIDDPVQAAMLRDGLWVSVILLQYGMGLVAGAWGWTVTSAEHWTERYDLILIIALGESVISVGVGSNLLGQAPTWPAVAAAVLGIFFTAALWWAHYDLIAPAARIALHAAEGRPRVSMARDAYAYLHLPMIAGVILFALGAEEIVHQVADTEVPIGDPTHGPGVLLLFGGVICFLCANMLFQLRTLRTVSWTRVGAVLLLAATIPVGQRLPALAALALLTAICVGLVAVEAVVMADSRRALRELVFEEKTSHEAHEAAWRARWREPATDEPST >WP_065450627.1 glycoside hydrolase family 3 N-terminal domain-containing protein [Flavobacterium piscis] >OCB72121.1 beta-N-acetylglucosaminidase [Flavobacterium piscis] >OXG04088.1 beta-N-acetylglucosaminidase [Flavobacterium piscis] MKDYIIKISLCASFLFLITNCGVSKKNNTIKDLKTDPVTTDTVVYTAPKTSEKKTFFKDSDKETAWVDSIYNKMSLREKVGQLFMISAYSNKDSVHVNEVNKLVQDYKVGGVIFFQGGPVRQAKLTNLYQSKAKVPLFVGIDAEWGLAMRLDSTYRYPWNMTLGAIQDLNLIEKVGRNMANENKRIGIHFNFAPVLDINTNPKNPIIGNRSFGEDKVNVSEKAIALMKGVQSQGVFSTGKHFPGHGDTATDSHQALPLVTFSKERLEQIELYPYKRIFDEGLVSVMVGHLNIPSLETTPNMPSSASYNVVTNLLQKELGFEGLIFTDGLAMKGASNFKGPGDLEIAVILAGNDILLCPENIPVAVQKLEAAYNENVITEERLAHSVKKILHYKFKAGLNHYKPIDMANIYTDLNPSQNDALHYQLYENAITVLKNEKEILPIKELDQKIAYVKLGDDTNSTFVSTLKKYTEITEVKDTNLDSLNKELRKFDKVIISFHKVNKPWEKQEFTLTEMLWLKEIAKHNDVILDIFAKPYSLLSISDFDDIEGLVVSYQNSDISQVVSAELLFGAIAAKGKLPVSINTSFKVNDGLTTEKLNRLAFTAPENVNMNPAILSKIDAVAQKAIDGKMAPGMQVLVARKGSVIFQKSYGNQTYENGKKVTNTDLYDVASISKMISTLPNVMQLYDKEKVNLDTKLKDMVPFFAKTNKENIIFKDLLTHYAGLQAWIPFYKATLDNQGKPSEKYYRKIAGPDFTTKVADNLYIRNDYHDTIMKIIADSPVSLKKEYKYSDFTFIILKEYLERKTHKKLEDLSQQNFYSTLGMNNTLYNPLDKFDKSNIAPTEVDTYFRHQVIQGYVHDMAAAMEGGVAGHAGIFSNAMDVAKMMQMYLQKGNYGNKEYFSPQTFDAFNTCYYANQGVQRGLGFDKRIGKDGPTCACVSPSSFGHTGFTGNIAWVDPETEIVYVFLSNRTYPGTNGDENKLAKGKIREEIQQIIQEAIIK >WP_067487176.1 DUF4129 domain-containing protein [Actinomadura hibisca] MIRTDPIGRDEARELARRELDKPIYQRDKPSWLERAWDSFSDWLRELFQRTAQPEAHGSGAMGWVSWVVIIVLLLAAVALVVWLMRGGRNVRSAQDALLDDAPSSALDHRAEAERLAATGAWPQAIRERLRALARDLEERAILAPRPGRTADELAAEAGEALPDLAGDLAAAVRIFDDVWYGDRPGSAPAYEQVKAVDDRVRAARPRALDDERADDPALTGADQDGGPRW >GBN84473.1 hypothetical protein AVEN_67721-1 [Araneus ventricosus] MTTDLTHSQNNLSELAIFQQNIVNQGRPLADRTNCSKLGSVPKLANAGVRTALDYRNRPKLCPVGPHAFQDRHWHPPQHSYTQHPSIPRTRS >MBE6257848.1 calcium/sodium antiporter [Prevotella sp.] MLLNIVFIVVGVALVIWGADRLTDGAVSLARGMNVPEIIIGLTIVAAGTSAPELFVSMVSAFKGTADLAVGNVIGSNIFNTMLIVGCSAVVAPMAVAKSTVKKDIPFAVIASILLFMLCFDDMDSPHLWGNEISRSDGFILLTGFLAFMVYTFNAAKKEGLMPTEEEREDLKEMPKDYSKLWRNLSMIVLGLACLIVGSNLFVDAATYVAYRFGVRPSVVGLTIVAGGTSLPELATSVVAAYKGRSAIAIGNVIGSNVFNILMILGVTAAVHPLRIMGITIIDLMMMLVSVGLLWLFAFTKYSVSRREGFVLIGGFLAYMGWLIWLL >MCP5281008.1 hypothetical protein [Rhodoferax sp.] MSKDETSAVFLREQMTPAASRLRDNRALIRPVSQVQLVLKRAGDEDLFAATVDHILRWMNNRAGRTLPREAWQRVSFELADIGAQRTAAVAIRDPRYWSARLDDADKSVPMRTWVTEIGVGLAPGGDVLFGTRLICATRGDDVPFERSVPGFVRAVTIGAKTFLDEQPLALEPVFVHDDAGIDALIDLLEDPLRRNPVIVFGLPDDGTDPHETAANAFRVHQRTLGAAHVFIVSGNASFHLTHELGRDLSVFRQAVRLYRPGFSRWKAEPYAHPLTLPERVRNWQECGAEAYERWLISQTLAITATRADRDDALPGFETVRRMASQLQRQAAKIAGSTNTELLDLADKELVKLESELQKQHETYDGLLLASQQELEQAEAERNDAISHMHALRERVASLERALKTAGTVTPIPDDLSELEFWARDHLTGSVTLLSRAFRGVKASVYDDPIFTFHALLLLRDFFVPMKRLSSSEAKERFEAECERLKIENSPVGEATRTHSEQYTVQHVGRPRVMDWHLKRGDARDRARCFRLYYFWDDDTQCVVVGWLPSHLDNSLT >WHE12941.1 ORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] LVRGFGDSVEEVLSEARQHLRDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVXXXXXXQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXALDXXXXXXXXXXXXXVVTCLAXXFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPFTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLFPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVIPTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPIETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_070310045.1 MULTISPECIES: aminotransferase class V-fold PLP-dependent enzyme [Janthinobacterium] >AYM79282.1 aminotransferase class V-fold PLP-dependent enzyme [Janthinobacterium agaricidamnosum] >OFA08592.1 cysteine desulfurase NifS [Janthinobacterium sp. HH107] MKDIYLDSNATTCVLPAAVAAARQAMEQGYGNPSSTHATGLQAKAMMDGVRQRASGLLGVGDGRLMFNSGATEGIQTAVLSALCALRERRDAGKRIGSLLLYGATEHKAVPESLAHWNRLLGLKLEVRKLPVDAQGRHDLQALDALIGEAAMLCTMAANNETGVVSDLSAIAQLLQERGADAYWMVDCVQALGKLKLNLAATRIDYAPFSGHKLYAPKGIGMLYVRAGAPFTPLMMGGGQEAGLRSGTENMAGIAALGAVLAALDDGKTFRSHADLAAFREQLVASLEHAFPGIVFNMPFDLSLPTTLNFSVPGLSSKELLDLFDAARVRVSSGSACSAAKALPSYVLEAMHVPQWRASSAIRLSFGPLIDAATVASACARIERCGEALRSSCLLPSALAPSPQDGIIQLSVDGQCTWLLSDAASASCVVIDPAAALVPRLAAFIRCQHLALRAIVHTTAPADHGAARLALLQELAIEQVGRVDIDGELALGRQRLRRIECGETHVYLLEQRFAFIGSLAPEALTPLLDAALLTQDTVLCASGDDGSICGTVRTVQNGSVPAAELQLDAAALPAFLRQHPDAILIDVREAYEHAACAGTVFEGCEVRSVPLSRLAGQVAAWLQQPQRPLVFFCRSGNRSARAAACLRRLGHGAAWQLNGGMAMAEATRHPLAIAA >WP_182080621.1 class I SAM-dependent RNA methyltransferase [Bombella favorum] >MBA5724799.1 tRNA (uracil-5-)-methyltransferase [Bombella favorum] MMEGSTQAHATVEQLGRSGDGMVRHNGQVWYIPGTLPGERLHLRFHNGQVELLERESSAAERVTPPCSLADRCGGCALQHMDPATLLDWKKDQVERTLIKSGFTDLPDPSLYQTPPHSRQRLDVALQRVPGGMVLGLHQRGGDPVDMTECPLIHPELLALLPALRQCLSSLGALTSRGNLAINLLESGPDLTLETSAPLSGSDREKLAAFAREHHIPRITWRPAPGKVMETAAQSGPVFHHFGGVKVSPPPASFLQATQEGEQAIRNAVLAGLPPLNRKDRIIELYAGCGTLTFPLAQHGFVLAYEGEKAAIEALRTATHGSRAEGFERDLNRQPLLPPELNQARVVVLDPPYAGCGKQLASLLRSKVQDMIYVSCNPAALEKELPAMKEAGFAVLAWTVIDQFLWSTDVETVLVLSRDLKRIRKAEKKRKR >WP_266170214.1 beta-ketoacyl-[acyl-carrier-protein] synthase family protein [Dyella subtropica] MKTYLNELGVICALGAGKAAVAEALFAGDHGGIRPEAGWVPGRDLPLAAVRMDLPSIPEALAGHRDNRNNRLLLAAAQEIEAPIRAAIARYGSERIGVIIGTSTTGIDEAGQGIAGFRRDGAWPADYRYAHQELGGPAEFLAEWLDLAGPCYGISTACTSGARALLSARRLLRMGVCDAVLCGGADTLAGLPTNGFHALEALDDARCRPFSRNRRGINIGEAAALFLITREPGPVELLGGGASSDAYHMSSPDPQGLGAQQAMRDALQDAGLDAAHIDYLNLHGTATEHNDSMESQAVAAVFAQGVPCSSTKSMTGHTLGAAGALEAAFCWLSLRDSRAERRLPPHVWDGEADPALPALVFTQVGSHLPAGGSRRLMSNSFAFGGNNTCLVLGDAT >MBP6854588.1 D-amino acid aminotransferase [Rhodoferax sp.] MNDTLPATHCYLNGSYTPLNEAKVSVMDRGFIFGDGIYEVVPVYRGKPFRFAHHMARLSRSLKELRIPNPLSNEQWRTVVDELLARYASSSGVATDQGNQLIYLQITRGVAMRDHVMPTDITPTVFAMVNTMRTPSPEQLANGVACVTADDFRWEKAHIKSTSLLGAVFSRQISHDAGALETVMFRDGFLSEAAASNVWVVKNGAVLGAPRDNLVLEGIRYGLIEEICQTAGLSFELRRISRAEVLDADELLLTSATKEVLAITTLDGQPVGHVSHRGRPGPIGIRLLAAYQVAKQSATD >WP_275364603.1 exodeoxyribonuclease VII small subunit [Escherichia marmotae] MPKKNEAPANFEKALSELEQIVTRLESGDLPLEEALNEFERGVQLARQGQAKLQQAEQRVQILLSDNEDASPTPFTPDNE >WP_131609232.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Rhizobium leguminosarum] >TCA16546.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Rhizobium leguminosarum bv. viciae] MSNIIRDLAKDNDFTSERPVNISRRGFLLGSIGTAAGSLVLGFGLPVRPALAQALAVMTPGTRVPAFLEIRPDNTVRFMSPFVEGGQGIFTAMAQIVGEELDMDPSSFSVENAPTGSDYLIIGGKMRITGGSMSVRMSYDTMRRLGALARAMILEAAAKRLNVPVGEMTSEPGQVIHAASGRKLTYGDVATDAMSLPVPAAESVSLKERSQFRWIGKPIKRLDILDKSTGRAIYAIDCKVDGMLQASVQHAPRLGMAVGNIRNEADVRAMPGIHSVHRLPGAVAVVAERWWNAKRAAEALVVDWIEAGSKPLIPGTRNMPADFSTAAFSERLANEPGTGKDAETAGDAPAVLAGAKSVVSATYRSQYLRHAQLEPPSALARFNDDGTLDVWAPNQAPEMFQAEIAKTTGLDASKISVHSPLLGGFFGRHFLYAAASPFSQAIELAKQVGRPVKVIWTREEEFLRDPLRPMASVRFRGSLDDDGMPAAIEAISICEGPTEGLSGHDENKIDETAVEGLTGKAYAIPNRRIAQIYVENPTMLAYWRSVGNSMNDFFYEAFLDEMADAGKQDPFALRLHLLKDNERLSNLLKAVAEASGGWKRGPFTAEDGSRRARGIAMASPFGSHAAAIAEVSIRAGEVVVHDVWEAIDPGSIVNPAIIEAQLNSAIALGVSQVLIEEAIYEQGEPVARNYDLYPILPPSRMPRVHARIVESGAAMGGIGEPGLPATPPAVANAVSTLTGRRVRSMPLSQYRFES >WP_278888642.1 4-hydroxy-tetrahydrodipicolinate synthase [Prevotella stercorea] MARNIFKGLGVALITPFTSDGSVDFKSLTCLVEHLIDNGADFLCILATTSEAPCLSAYEKEEVKKHVIDINRGRLPILMGCGGNNTKAVVDELKNSDWRGIDGVLSVCPYYNKPSQEGLYQHFKAIAEASPLPVVLYNVPGRTGVNLKADTTVRLANDCENIIAIKEASGSLEQVDEIIKNKPARFDVISGDDALTFSMVASGAAGSISVIGNALPKEVSRMIRLEFNGEYEAARTIHHRFTELYSLLFIDGNPAGVKALLHEMGFIENVLRLPLVPTRITTLQKMTEILKTLKI >WP_213413035.1 DoxX family protein [Xylanibacillus composti] >GIQ70259.1 hypothetical protein XYCOK13_30830 [Xylanibacillus composti] MKWFVRIVQGLLAAVFLMNGLMKVFVSSEEIRTLYTEPLGYGVGFMRMIGVLELLAGIGLIAGFRWPRFALLSSAVIVMIMTGAVISLLALGQGALIATFPFVMLALALAVLFIAGRPLLPHYRQKEKI >WP_198140600.1 WhiB family transcriptional regulator, partial [Bifidobacterium longum] MSSAFDWRAKAACRDKDPELFFPVGNTGAAYQQIEEAKAV >CAF1441577.1 unnamed protein product [Didymodactylos carnosus] >CAF1553027.1 unnamed protein product [Didymodactylos carnosus] >CAF4237905.1 unnamed protein product [Didymodactylos carnosus] >CAF4414129.1 unnamed protein product [Didymodactylos carnosus] MELSRKREKVADLAVLLWHSFGSVAVLLHEVISVYPYITPPTLTAQQSNRVCNALALLQCIASHPDTRSLFIQANIPLFLYPFLNTKSSTRPFEYLRLTSLGVIGALVKTDETDVINFLLTTEIIPLSLRIMQSGSELSKTVATFILQKILADDCGLSYICQTFDRFSHVAMVLGRMVLQQQREPSGRLLKHIIRCYLRLSDNPRAREALRSCLPDCLKDHTFDIALKDDQSTKKWLTQLLMNLETSSSTNAINSVAVGQQQQASTFQQQS >WP_149656427.1 ABC transporter permease [Mycobacterium simiae] >KAA1244473.1 ABC transporter permease [Mycobacterium simiae] MTRFLARRLLNYLVLLALASFLTYCLTSLAFSPLESLMQRSPRPPQAVIDAKAHDLGLDKPIPLRYIHWVSHAVRGDFGVTITGQPVSTELGRRVATSLRLLIIGSVVGTVLGVVIGAWGAIRQYRLSDRVITMLALLILSTPTFVIANLLILSALRVNWVVGLQLFDYTGETSPGVMPGTWAALGDRLKHLVLPSLTLALGAAAGYSRYQRNAMLDVLGQDFIRTARAKGLTRRRALVKHGLRTALIPMATLFAYGVAGLVTGAVFVEKIFGWHGMGEWMVRGISTQDTNIVAAITVFSGAVVLLAGLLSDVIYAALDPRVRVG >EFV9058489.1 hypothetical protein [Shigella sonnei] MSGIDNQRVGVLAELSAQMYYIKEGYEIYTPIMPQSKCDFIASKSGDIVKVQVKKATENPTRFGTYLQVRLQGKPTPFWNKEL >CAH1968295.1 unnamed protein product [Acanthoscelides obtectus] MIPIPQYPLYSATLAEFNIQQVGYYLNESTNWGLDISELKRAIEEARKTCYPRAIVVINPGNPTGQVLSRENIEAIIKFAHKEKLFIFADEVYQHNIYAPGSKFFSFKKVLVEMGEPYSKMELASFMSCSKGYMGECGLRGGYAEVLNMEPQVKAMYLKAISAMLCPTVLGQACLDIIMNPPRKGEPSYELFQKEKNGVLESLKLRAKMVADTFNSMEGFSCNEVQGAMYAFPQIKLPSKAIEAAKKAGKAPDVFYAFELLENTGICIVPGSGFGQVPGTYHFRTTILPQPDKLKAMLDNFARFHKQFLSKYS >MCK5224664.1 PTS sugar transporter subunit IIB [Candidatus Calescamantes bacterium] MELKNFTLRIDDRLIHGQVNVGWLQPLNKKNVYIVDDRSNNDFLTKSLWDMSIPPGTHLNIFSHEQFRSKLPSLDLNDSMLLVRSVEDCFALLSGCGMCFSKINVGGLHYSEDSREIFPYLFLSTSDIQIFEKMIDKGIKLCLQLTCNSAKIMIDTEFIEKVKGNCT >ECD4982842.1 fimbrial biogenesis outer membrane usher protein [Salmonella enterica subsp. enterica serovar Wentworth] >ECD5197485.1 fimbrial biogenesis outer membrane usher protein [Salmonella enterica subsp. enterica serovar Wentworth] MAHYKKFRLSTLAAVVGIVLAVGPENSYAEAPIQFNTRFLDVKDDASLDLSRFSRKGYIMPGSYHLQVLVNQSQIAQDNVITYSVDNNDPDNTYPCLSPELVSLLGLKPEIADKMIWINAGQCLQPDQLEGMETQTDLSQSTLTVIIPQAYLEYSDEEWDPPSRWDEGIPGVLFDYNVNSQWRHAEHDDGDEYDISGNGTVGANLGAWRLRADWQANYRHENDSEDKDNFGSSSEQNWDWNRYYAWRAIPQLRAQLTLGEGSLESDIFDGFNYVGGSLITDDQMLPPNLRGYAPDISGVARTNAKVTVTQRGRVIYESQVPAGPFRIQDINETVSGDLHVKIEEQSGQVQEYDVSTASIPFLTRPGQVRYKLAAGRPQDWDHNMEGGFFTSAEASWGIANGWSLYGGAIGEQDYQALALGLGRDLALLGAFSVDVTHSRATLPEGSAYGDGTIQGNSFRASYAKDFDDIDSRLTFAGYRFSEENYMTMDEFIDTHNDDNDRQRTGHDKEMYTLTYSQNFSAINVNAYINYTHRTYWNQPNQDSYNLTLSHYFDVGEVRGISLSVNGFRNEYDNERDDGVYVSLSIPWGNNRTLSYNGSFSDDNNSNQVGYYERIDDRNNYQINAGRADNGATLDGYYRHQASYADIDVSANYQEGDYTSGGLNIQGGATLTAKGGALHRTSVNGGSRLLVDVGDEANVPISGYSTPVYTNAFGKAVIVDVNDYYRNLVKIDITQLSEDAEATLSIAQATLTEGAIGYRRMEVLSGKKAMASIRLRDGGTPPFGAEVYNSRQQQLGIVGEDGSVYLIGINPGERLQVTWEGKTQCEAALPDPLPGDLFSGLLLPCIGDASSPEATQPEEKPLLQLHTQRRTSSTQPEALSSRYPTH >NNC58435.1 elongation factor G [Erythrobacter sp.] MARDYPLERYRNIGIMAHIDAGKTTTTERILYYTGKSYKIGEVHDGAATMDWMEQEQERGITITSAATTTFWSAEDGEGPKHRINIIDTPGHVDFTIEVERSLRVLDGAVAVFDGVAGVEPQSETVWRQADKYGVPRMCFINKLDRTGADFYYCVQSIIDRLGATPLVLYLPIGAESDLQGVVDLVNNRGIVWENDGLGADFKYVDVPADLADKAAEYRELLIEKVVEQDDDVMESYLEGNIPDAATLKKLIRKGTMERSFVPVLCGSAFKNKGVQPLLDAVVDYMPSPLDVPAIKGVLPDSDQEETRPSSDEAPFSALAFKIMNDPFVGSLTFTRIYSGKLGKGQVLNSVKDKKEKIGRMLLMHSNNREDIDEAFAGDIVAIAGMKDTTTGDTLCDPSHPIILERMEFPDPVIELSVEPKTKADQEKMGVALNRLAAEDPSFRVATDHESGQTIIKGMGELHLDILVDRMKREFKVEANVGAPQVAYRESLAREVEVTYTHKKQSGGSGQFGEAKVVVTPGERGQGIIFEDEIKGGNIPREYIPSVEKGMREQAESGYLVGFPIIDFTIRLIDGKYHDVDSSTVAFEITGRGAMREAADRAGIKLLEPVMKVEVVTPEDYLGDVIGDLNSRRGQIQGTDTRGNAQAVEAFVPLANMFGYVNELRSFTQGRAQYTMQFSHYDEVPASVAQEVKEKLA >WP_233737742.1 oligopeptide:H+ symporter [Lysobacter sp. GX 14042] >MCE7031811.1 oligopeptide:H+ symporter [Lysobacter sp. GX 14042] MSTPASAASATDQFLGHPKGLFVCFFTEMWERFSFYGMKALLLLYILKYHLFGDDAGYDLLGAYGGLVYAVPVIGGLLADRYLGMRKAVVLGAVLLVLGHLGMAYEGHAAYLDADGRIVRDTAALQVFYLSLALIIMGVGFLKPNISTIVGRLYPENDPRRDSGFTLFYAGINVGALFASLICAFLGETYGWKYGFGAAGIGMVAGLVMFLWGQKYLHGHAEPNDPARLAERVGGLSREWWIYLGSVAGVAVVWQLIQRTWTVHGAMHIIAVALLAWFVWFLATQCNRVQRQQMVTLVLLIIGVLVFFSLYEQTYGSWLTFTDRLLTKDLFGTLAPGSYTAALPWAVYSLGASPPLMIAALMASDRGHMGAAKALVGLMAAGLAVAIVHDVVLVPQTAGSLTFLGAFFIVVLAPVFSWLWPWLEKRGLNPSKPAKMGIGLIFAGLSFIPLLLAAQQAGATGVMASVWWLVAAYFVLEIGEMCLSPIGLSAVTQLSVPRVVGLMMGAFWLGTAYSEVLAAQFGKLASVEVIEGQAFDMAGAAAGYAHLFGIMLWTGIGAGVLFLLVTPLARRWMHGVR >HAX5007168.1 glycyl-radical enzyme activating protein [Escherichia coli] MIFNIQRYSTHDGPGIRTVVFLKGCSLGCRWCQNPESRARTQDLLYDARLCLEGCELCAKAAPEVIERALNGLLIHREKLTPEHLMALTDCCPTQALTVCGEVKSVEEIMTTVLRDKPFYDRSGGGLTLSGGEPFMQPEMAMALLQASHEAGIHTAVETCLHVPWKYIAPSLPYIDLFLADLKHVADAPFKQWTDGNAARVLDNLKKLAAAGKKIIIRVPLIQGFNADETSVKAITDFAADELHVGEIHFLPYHTLGINKYHLLNLPYDAPEKPLDAPELLDFAQQYACQKGLTATLRG >WP_113620603.1 DNA topoisomerase 3 [Faecalibacterium prausnitzii] >AXB27472.1 DNA topoisomerase III [Faecalibacterium prausnitzii] MSFQLVIAEKPSVALSIAAVIGAAEKQNGYWQGGGYLVSWCIGHLVSFAEAGRYDEKYCKWKYEDLPILPQPWQFIVPDEKKQQFEIVRALLNRPDVDSVTAATDAGREGELIFRFVYQMAGCTKPVKRLWISSMEDAAIREGFANLRPDSDYDALYQSALCRAKADWLVGINATRLFSVLYHKTLTVGRVQTPTLKILVDRDAKILRFQKEKYYTVGIQSGSLKADSGRIADAETANSLKEKCTGANAVCTSIRREKKAEQPPKLYDLTTLQREANRLFGFTAKQTLDYAQQLYEKKLLTYPRTDSQYLTEDMGRTAQHLVSDLLGLLPFAQGLALAPNVGRVLNSKKVSDHHAIIPTSEFVKQGFTGLAESECKLMNLVCSKLLCAIAAPHEYETVTAVFSSAGNEFTAKGKTVLVPGWKEIDQRFRSTMKADGEEEVESLNTLPELAEGQSFRVTSTVSEHFTSPPKAYTEDTLLSAMERAGAEDIPEDKVNCFAGAREGGLGHAERKGLGTPATRAAILEKLVQVGFVQRKGKQLVPTKDGINLAVVLPESLTSPTLTAEWENRLTEIAKGSADPDEFMAEIEAQVRQLVKTYSCISADKQNLFQSERLIIGKCPRCGENVYEGKKNFYCGNRGCQFVMWKNDRFFEQRKKAFTPKIAAALLKNGKAKVKGLYSEKTGKTYDATVLLADTGGKYVNYRVERKE >NND17855.1 SDR family oxidoreductase [Silicimonas sp.] MAKILIIGGGGMVGQKLARSLAADPLHAGDEVTLFDMAFPPNGGAPASQKLPGNVTDRGAIRRLAAGRPDVVFHLVAIVSGEAETDFDLGWNVNMVAFRDFLEAFRDEVKASDGAYRPRIVFTSSIAVFGAPFPDQIDDEFLQAPQTSYGAQKAISELMLTDYSRKGFFDGLSIRLPTICVRPGKANLAASSFFSGIIREPLNGKEAILPVPRDVRHWHASPKSAAGFLRHAATLDLDKVGHRRALTMPGVSCTVEEQIEALRDVAGNDAVALIRDEPDERIMAIVKNWPRDFAPERARALGFRAEDNFRQIVETYIAEDLKR >XP_041823288.1 U7 snRNA-associated Sm-like protein LSm10 [Melanotaenia boesemani] >XP_041823289.1 U7 snRNA-associated Sm-like protein LSm10 [Melanotaenia boesemani] MASEGAEPPSGPAPSGDVVNSIRERTIAENSIVVLLQGLQGEVTTVDLRNESWARGRVVNVDAFMNIRLEEVLYQDRRGQRTQLQELFITGRNVRYVHIPDHVDIMKTIQNQLAKIHRVRNFGSEGGGRKEFAKKK >KIA87593.1 hypothetical protein OA85_08510 [Flavobacterium sp. AED] MKTPDLPILVLLLFFCCFLVYSQFKKGGFSKMNYYDKYRSMIGYLLIPIVMIILLVAVFDKLVSNS >WP_177209229.1 site-specific integrase [Halobiforma haloterrestris] >SFC65120.1 Phage integrase family protein [Halobiforma haloterrestris] MTDGLEPISPERAVDMYIEGRRDELSEQTIPSHIYRLEAFKQWCDEEEIENLNDLTGRDLYGYRVWRREGNGEGREPVTTITLRGQLATLRAFLRFCADIDAVPEDLFTKVPLPTVSGGEGVSDTTLEPDRVVDILDYLERYKYASRRHVTVLLLWHTGARAGGLRSLDLRDCDLEENPGLQFVHRPETDTPLKNGKKGERWNSISGLVAGVLQDYINGPRKDVTDDHGREPLLTTSNGRPAISTIRDTLYGVTRPCWRGAECPHDRDPSNCEATNYAEASKCPSSRSPHDVRSGRVTAYRREDVPRRVVGDRLDASDDILDRHYDRRNDREKAEQRRDYLPSL >KAH7714125.1 hypothetical protein AAVH_18520 [Aphelenchus avenae] MEPSGNVLGSESSPLAKQQSHTTIVLVRCVVGQERVVVIAEDRCVTLKSDEPNPERFHLYISASAASRHIDDLMRFKRLASGFDPHLTPEDSGKMKAELKGIMDRAEQPPEERTWTYGPNPDPLLQKITYQTVAGAGQQQSFIVAQAGHLAVAEQAKEYINDPNATRQAG >WP_125553257.1 ZIP family metal transporter [Salibacterium salarium] >RSL35018.1 ZIP family metal transporter [Salibacterium salarium] MESFISLHPVMQAFLWTMFTWGMTAFGAAAVFFAKGTNHKLMDGMLAFAGGVMIAASFWSLLSPAIDMAEDSNVPGYIPAVVGFLLGGALLLLVDKLLPIFNQDRYFTEIKDVKAKHRTALLVFSVTLHNIPEGLAIGVAFGALAAELSSASLGGAIALALGIGIQNFPEGMAVSMPLRREGMSKMKSFMYGQFSGMVEPAAAVIGAFAIILIDPLLPYALSFAAGAMIFVVAKEIIPGSQERGYVQLSSICLMIGFAVMMVLDVALG >MBJ7531026.1 RNA pseudouridine synthase [Nocardioides sp.] MSQTSEHRSLSVPESLAGERVDAALARMFGLSRTRAADLIAQGLVQVDGAGVGKSDRVLPGSLLDVEIPTLTDPLTVTPEIVEGIKIVHDDESIVVIDKPVGVAVHPSPGWTGPTVVGHLAGAGFRIATSGASERQGIVQR >VIF85598.1 plasmid-related protein [Clostridioides difficile] MDEKILELLQEMQGNISNMQGSISGIEGTISGMQGTISDMQGNIGDMQGSISGIEVTISGMQGNIGDMQGEIKGVNSRLDNMEPNIKDLKTGQVETSSKLNTIQSDVTEIKSDVKINRNTLDTIIKHTSSLVEDTSDIKNDLNNIEIVTSKNWNDIAKLKSVK >KAH9082671.1 hypothetical protein LEN26_021254 [Aphanomyces euteiches] >KAH9126652.1 hypothetical protein AeMF1_002930 [Aphanomyces euteiches] MKLPVTIWTCQVSSFFHSPRPNHGVHISTPGQMPRCFGRSIKPGLNRRCHHKWPRCQIHNPKYHEIFSSYHGHVHRSTGLVSSRSALLYDIEKDYGNREHDIIQGGTRVAFQGPHFPTTHSFARHSRRLQEFDTLLESLNDPDVDTQGPAGPPDQHPGPRGPRGPHNPPGPPPMSAGEPNAISV >WP_192202944.1 beta-ketoacyl-ACP synthase I [Pseudoxanthomonas sp. PXM03] >MBD9437817.1 beta-ketoacyl-ACP synthase I [Pseudoxanthomonas sp. PXM03] MRRVVITGLGITSCLGNDADTVSAALRAGHSGIRHIPQYAELGFRSQVGGAPEIDLDAQIDRKQKRFMGDAAAFAHIALRDAIADAGLDDALVSQPRTGLIAGSGGGSAEWQIEAADLLRARGIRKVGPYMVPRTMCSTVSATLATAFKIKGVSYSISAACATSAHCIGAAADLIRAGRQDIVFAGGGEELHWALTMMFDAMGALSSKRNDDPAHASRPYDADRDGFVIAGGGGMLVLEDYDHAVKRGARIHAELLGYGVTSDGADMVAPSGEGAVRCMQMALEGVTAPLDYLNTHGTSTPLGDVIELEAIRTALGDTLPPISSTKALSGHSLGAASVHEAIYCLLMMRDGFIAGSANIETLDEGAKDFPIVQASRDATLATVMSNSFGFGGTNASLVFGRV >WP_243361436.1 NADH-quinone oxidoreductase subunit M [Fundidesulfovibrio terrae] MNACPLLSAVTFLPLAFALGALLLGKRPDACRKFSLAAALFHLGFTAWAMALPLPLIEDAAWIPALGARYALEMDGVSGVLSLMTSFLTVIAVLVSWKEIGEKVGAYHALIFGVATTALGVFLARDLLLFLVFWEAQLVPMFFIIAVWGHEEKRRAAFKFFLFSIAGGLFMLLAAVWLYLAHGAMTGTYTFSLAALMASPVAPAAQGWLLAAFLLAFAIKTPIVPLHTWLPDAHTQAPTAGSLLLAGVLLKTGSYALARWAIPLFPQASAQYWWVLAALGAGGLVYASWVAFAQTDAKRLVAYSSVGHMGLVVLGLAVWKTATLEGAVLLMVNHALTTGALFVMVGMLGERAHTREMARFGGLWKSMPTFSGFFLLFAMASAGLPGLGNFVSEMLILLGSYGTAPLGAALAFGGLVLTLAYVLRLVQAMLFGESATDHAYRDLTPREALILAPLAACVVVLGVAPWMILDLIRGPLKALLA >RAL39799.1 hypothetical protein DM860_013000 [Cuscuta australis] MPTALSPCLLSGNVHVVPTQFHLLRQSPPFFRLSFHSFFATPLSSRVYPKSSSLTGKDIRIFGSWKKTSMSDFVAGEMKAKVQVFDSEEELKGSLAKYTADLSEKFCRERGSFSVVFSGGSLIKCLGKLLEPPYIDSVYWSKWHVFWADERVVPKDHPDSNYLLAYDSFLSKIPIPAGNVYAINDALSAEGAADDYDTCLKHLVNTNIVCTSEASGFPQFDLMLLGMGPDGHVASLFSGHPLLQEKEKWATFIKDSPKPPPERITLTLPVINSSANIALVVPGASKADAVYSALRGSQNAVSLPVQMVLPEGQLVWFLDKGAASKL >VDM37090.1 unnamed protein product [Toxocara canis] MPAGGSLVSGRGNFRPGFVSRAADTRMFLSEPLLAFKVAFASFSGCIAHH >WP_185892671.1 alkyl sulfatase dimerization domain-containing protein [Vibrio vulnificus] >QNE02840.1 MBL fold metallo-hydrolase [Vibrio vulnificus] MTMKPLSLYIALALTSGAVLAEPIPSKPATQATIEANQAVYQALNFKDETDFKNAQRGLIAKQDVVTIKNANGDVVWDLEAYKQFISLENKAPDSVNPSLWRNAQLNMINGLFEVTEGIYQVRAYDLSNITFIKGDKGWIVFDPLISQETAKAALEFVNAQLGERPVTAVVYSHSHIDHFGGVRGIVDEEDVKAGKVEIIASHGFTEHAVSENVIAGNAMGRRAIYMYGALLPRNERGGVNGGLGQTTSTGLPTLIVPTRIIEKTGEEVTVDGVRMVFQYTPGTEAPTEINTWFPDKKALWMAENSTNTMHNILTLRGAQVRDALKWSSYLNETIEMWGDEVEVKFQSHHWPMWGSKEIVAYFKGQRDMYKYTHDQTVRLMNQGYIGSEISEVIQFPEELEKNWSTRGYYGTLRHNSRAVYQRYMGWYSGNPSDLNNLPPTNAAVKYIEYMGGESATIDKAQADFDKGNYRWVAEVLKHVVFANPQSKRGKALLADTYEQLGYQAESGPWRSVYLQGAYELRNGTPKAGGTNTASPDIIKNMPPEMLFDYLAVRILPEKAAGKTFAININFTDLDEQYTLYVENSVLNHTRKQAKKADVTLNLTKATLDDVQLGNITLEKAIADGDVQLKGNKQVFKDFVGMLDKFDFWFNIVTP >WP_129703040.1 HPP family protein [Pectobacterium zantedeschiae] >RYC47406.1 HPP family protein [Pectobacterium zantedeschiae] MKKLRGGGALPPKPTFIQLMKGLVGGSVGILILSYLGQSTGVPWLMAPFGATCVILFAAPASPFAQPRNVIGGHFITSAVGLIALYGFGDTIVVLSLAVGVATMLMQYSRTVHPPAGANPLVIILAGKSAVGFEFLVTPVLLGSIVLVAIAAVINNYAEESKWPAYWHGIGLRKRQP >WP_132079800.1 hydantoinase/oxoprolinase family protein [Sinorhizobium americanum] >TCN22807.1 N-methylhydantoinase A [Sinorhizobium americanum] MNSRRLTRASADIGGTFTDIVIEIDGIRASTKVLTTHQAPERAVIDGVLGLLLKQGLDFDDLDIFLHGTTLATNAIIERRGAKTSLITTHGFRDTIEIGSESRHDQYDIFIKKAQPLVGRGLRFTLVERVAADGSLLLALDESEVEALADELKAAGVESIAVSLIHAYANPFHELRVREILSARLPGVYFSLSCETCPEVREYERTSTTVANAYIRPIMASYLGRLKAELADKGMTAPILLMTSGGGLTTVEQAADYPIRLVESGPAGGAILAAKIARECALDEIVSFDMGGTTAKICLIDHGQPLKSRSFEVDRSERFLKGSGLPVRIPVIEMVEIGAGGGSIAQVDAMGRLTVGPESASSDPGPACYGIGGSRPTVTDGDFVLGRIDTRKFADGRMKLRRDLAERALSDHVGEKLSLGPVQAAAAVTAIVEENMSNASRVHAAEHGKDLRRRAMIAFGGAAPMHAAQLASKLSLSNVIVPKGAGVGSAIGFLEAPMAYEVVRSRHSRLEGVNEPAIRDLIATMQREAKAVVSPAAGVEPVTARVSAFLRYVGQGHELEVDLPMTLDGGIDPAGLKDAFSRRYADVFGRFLPNHEIEVLTWAVTASAAQPTLAADADPVVTGNRIEPSGTTSFTDSDGNTTDAPVYERTELAPGIVLSGPLVVTERETNTAVPRGFTVECNAFGHLVLTNLAVRSAFSA >EAG8834195.1 hypothetical protein [Listeria monocytogenes] MNENDQKLTVENAEVIIRNHVLIKLILNQADCYKEIDYNLELTDTNELVGRKNAKPKALTTKTILKAKTKELRLKINKISHRIELKLGVQHFENIYFEEGMLFTKENIQEKIAANYGSDWLSILDKAKLKVKTRQTIQQGSIFSYPIGNEYGFGLVIGCFQAFRKQKIMPQDSSHYLRLMMGVPLVIRSFNYTSKQNTVDLSLLKKQELLNPEFIMDDLVLRGDFPIIGRVDLEEADISFPMNFSFNGVSTTYAGYQAIGEPDRDIIKKYEEEITVRFDWGFGSKTMPAKEFLKRSSGKESFLPYSGLGMTPIAGYSKKLVFPKSIFSEEELKQIYAVLDINGEMSFDDFNENYNGLTAQNILSI >WP_210473185.1 4-hydroxy-tetrahydrodipicolinate reductase [Vibrio crassostreae] MEIFAVVRIAIAGAAGRMGRNLVKAAHHNSEASVGAGSERPESSLVGVDIGELCGEGRFDVALVDDLSKAIEEFDVIVDFTAPVSTLANIELCKRHGKKLIIGTTGFSEEEKQVIDAASKEMAIVMAPNYSVGVNLVFKLLEKAAKVMGDYCDVEIVEAHHRHKVDAPSGTAIGMGEAIAGAMGNELNDVAVWSREGITGERTKDEIGFATIRAGDIIGEHTAMFADIGERVEITHKATDRMTFANGAIKAAVWLNDKPAGFYTMTDVLGLNDL >HBO82804.1 phospholipase C, phosphocholine-specific [Cupriavidus sp.] MNSSSRRNFLKMAGSSAAATAALAAFPPAIRRALAIPANNATKSIRDVEYVVILTQENRSFDHYFGTMNGVRGFSDRFPIPLPG >WP_183495065.1 HD domain-containing protein [Neolewinella aquimaris] >MBB4078821.1 hypothetical protein [Neolewinella aquimaris] MEKKQKILNDPVYGFISIPYGILFDLVEHSYFQRLRNIKQVSLTHYVYPGALHTRFHHALGALHLMQQAVISLKGKGVKINKREAEAVMIAILLHDIGHGPFSHTLEKTLIDVHHEELSLLFMQRLNEEFRGRLDLAIRVFTGKYKKHFLHQLVSGQLDMDRLDYLNRDSYFTGVAEGVIGYDRIIKMLNVVDDRLVVEQKGIYSVERFLTSRRIMYWQVYLHKTVVAAEQMLRLILHRARELADAGQTPWSPPSLAYFLNHRIVRSDFYERRNDLLDCFAALDDTDISTAVKAWQQHPDPLLSYLSHGLVNRRLFRLEFSNEPFAEEYVDGIRRALAQSTQVPRQAAAHLIIQGKETNSAYTLTKEEIMVSVKHGEVVPMSSVSDFGITPRVFTKYFLCYPKEVS >WP_171519907.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Ensifer adhaerens] >NOV16438.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Ensifer adhaerens] MFASDLSNTTVAGDRIDQLVAAHRPGHGLVRAFYHDEDIYERDLDRVFRRHWHCVAHESVIPNPNDFEVFRMAAEQVIVTRTATGAIHAMLNVCRHRGAEVCTKEKGNARAFVCPYHAWTYGNDGALKAARLMPKDFKREDHGLKKLHVRVVEGLILISFAEQPLDFTEVENLLHATCGQYGWAEAKVAHRQSYPVDANWKLAVENYVECYHCGPAHPEYSETHALEQPLHMIEELNAKMEARTCALGIEVGSGDHWQSSAGGKETVHAFRYALYDGVKTGSKDGQPLSTLMGRFSDFDGGVTSIHLGGTTFLVCYPDHGMIYRFIPKTAGTCEMELIWLVDGKAEEGQDYDLEKLTWLWKVTTDEDKAIIEHTSRGVRSHYFVPGPIAPMEQNELRYINWYLDEISRPSQPSSLFLSQGSSSAASAV >KAI1498309.1 Gpi16 subunit [Biscogniauxia marginata] MVTMRSFFPSLIPPFLLFCHAVFASDYFEQLNLKPLPHLSLLASFDFRSNTSFSQFEAQNYRYFPRSLGQILQHVGTKELHLRFSLGRWDAESWGARPWDGTREGGTGVELWAWLEADTDEEADRKWLTLTNALSGLFCASLNFIDGTRTTRPVMSFRPEGDHPNSTLENTHLLYGVLPHEVVCTENLTPFLKLLPCKGKSGISSLLDGHKLFDASWQSMAIDIRPVCPLGQECVLEIEQTIDMVLDIERSKRPRDNPIPRPPPGHDLKCNTSKPYHSGDSCFPTDLLEGQDWTLDQVFGKTMKGTCPLTDPNVPPVCIQAPTRRDVYTTAGVTELKHPSGFSRCYQVPSDLDFSLVLPRMPREGEDAKTNADEMVAPETPLLYAERSFTGHGQERGGVQSILTNPSPDTEVEFIYMESLPWFMRIYLHTLKTRIEGIEGINEDVIEEIYYRPALDRARGTQLELRMRIPPASTVFLTYDFEKAILRYTEYPPDANRGFDVAASVITILPSTDPSAAPARQKTSNLRTTSLLLSLPTPDFSMPYNVIIFTSTAIALAFGGLYNILVRRFVAADEGPEVNVTGLKGKIIQGVMGIFRKIKGMKGKLE >WP_222532997.1 ISL3 family transposase [Azospirillum sp. 412522] >MBY6266026.1 ISL3 family transposase [Azospirillum sp. 412522] MAQSLRCTGCVPPGFVVIEATDAGLAVQITVRSTAAFSPCPVCGGHSFRVHSQYQRLLLDLPLAGRNVHLHLQARRFHCDVPTCRRRIFAERFDPDVLKPWAQRTARLDDVVHHLGLALGGRPAGQLARHLMVPITKDTPLRTMRRHGRPAFLPPSAIGIDDWAWRRNQRYGTLICDLDRHRTIALLPNREPASAEEWLLDQPQIAIVARDRSGAYAQAASNALPHAVRVADRWHLMENASHAFLDAVHKPMRQIRAAIGAATVDPALLTAAERIQYEGYLRREETNGAILALAKEGVAIKEIVRRTVNRHGIRTPYRG >WP_063007015.1 MaoC family dehydratase [Nocardia kruczakiae] MPIDLKTALGAELPSQEFSWTPSDVQLYHLGLSAGTRWTDPGELRYLDDKQPQVLPTFATVAPTMRLTDPPKVSYPGVEIELAKVVHGSQEIIVHRPIPAEGKATATGRVTELWDKGSAAVLTRELTIVGSDGEPLWTDISSIFAKGEGGFGGERGPSSKAVLPDRAPDFEVLTPTLPQQALLYRMCGDRNPLHSDPEFARAAGFPDPILHGLCTYGLVCKTATDTVLDSDASRVTGFRARFAGVLYPGETIRSRIWREGDELVIGATVVEREDAPVLSDVRLSFTA >CAG8726868.1 4909_t:CDS:2, partial [Ambispora leptoticha] TGGNNNDKCGPDKIWVEPNKTYRLRIIGATTLEDLVFGIAGHNMTIIEADGTYVNPVTTEFLEIAPGQRYSVLITTNQIPSDYQITANVLIRSDKPNRVANAILSYTFPKNQTIHTLTLPTQFALSQSLTTLDNYNQFIPPLPTKSDRTIVIRGNQVLLINDGRQWTVNSVSFTTPQSAVLLDLYSGKRPVYTDYSNLPNGYNASIGTYPLRYKETIDLVFQNTFGPEGKCEYHPWHLHGHAFWEIVEGPGEFPFSNTSSFTYPNGKNSTPIYRDTTLVYPSPMFGTPSQGCGWKVVRFIADNPGVWVAHCHIVPHMLMGMMVAFEEATAFLNDTTAPPTEKQFCLVH >UFM02602.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFSLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQYGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVTMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVGTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_044229656.1 hypothetical protein, partial [Phaeodactylibacter xiamenensis] >KGE85039.1 hypothetical protein IX84_30165, partial [Phaeodactylibacter xiamenensis] SEGLKEALAPNRREANAKATALLATVGWEGSLSKYGARSGSEPGVARQVGNLAKSGKAQKPDNLPR >WP_079396843.1 MULTISPECIES: imidazole glycerol phosphate synthase subunit HisH [Campylobacter] >ECP5118838.1 imidazole glycerol phosphate synthase subunit HisH [Campylobacter coli] >EIK2208244.1 imidazole glycerol phosphate synthase subunit HisH [Campylobacter jejuni] >MFI80259.1 imidazole glycerol phosphate synthase subunit HisH [Campylobacter jejuni] MIALIDYKAGNLNSVAKAFEKIGVTNFIAKNPKDLQKADKLLLPGVGSFKEAMKNLKELGFIEALKEQVLVQEKPILGICLGMQLFLERGYEGGVCEGLGFIEGEVVKFEEDLNLKIPHMGWNELEILKQEPLYQGIEDKSDFYFVHSFYVKCKDEFVSAKAQYGHKFAASLQKDHIFATQFHPEKSQNLGLKLLENFIRL >WP_201618498.1 hypothetical protein [Psychrobacter maritimus] MSNFKLLSKSIAMTAIALIVSTSAMAHDPKMHAEKDQMNCEKMQKHMQMMEKMDHSKMDMNDPAMKAMMANMGKMKQMYQKHCVTSDSKS >WP_054377321.1 IS3 family transposase, partial [Streptococcus pneumoniae] IAYNLSISPNLEQVQTMLEQAFTEKHYENTILHSDQGWQYQHDSYHQFLEGKGIQASMSRKGNSQDNGMMESFFGILKSEMFYGYEKTFKSLNQLEQAIVDYIDYYNNKRIKVKLKGLSLVQYRTKSFG >KAH8074532.1 hypothetical protein JL721_2098 [Aureococcus anophagefferens] MHALCRRVDAAVLLLDAGARVDDRTYSGWTALHYAAAKGRTDMCKLRLSRGAWLDVRTNYGDDPEARARFRGRTATADVLAAVRAAGGWRPYCTAQRPYCDAPFLELRRELRAPGAVAESSERLYERVFVELPNAVFPRVLAFRPDF >HIG56173.1 FMN-binding glutamate synthase family protein [Candidatus Handelsmanbacteria bacterium] >HIL10301.1 FMN-binding glutamate synthase family protein [Candidatus Latescibacteria bacterium] MRRQFVVFSIIAIAGTAAIAHFAWPPFWWALVVIAPLVVFGFYDMLQVEHTIVRNFPLVGRGRYLMEALRPKLYQYFVESDIDGTPINRIFRSVVYQRAKGITDTVPFGTELDVNSIGYEWMNHSLAAHNPQEADHDLRVKVGGPDCKKPYNASILNISAMSYGALSKNAILALNGGAQIGNFAHNTGEGSISPYHLEPGGDLIWQIGTGYFGCRSPEGRFSEELFAEKSQGETVRMVEIKLSQGAKPGHGGILPASKNSPEIAAIRTVPPHTDVISPPSHTVFSTPLEMLAFIQKLRDLSGGKPIGFKLCVGIRSEFLAICKAMIETGIKPDFITVDGGEGGTGAAPVEYSNSVGFPLNDGLAFVVDALVGFDLKKDIRVIASGKIFTGFHLLRALAMGADMSNSARGMMLALGCIQALECNKNICPTGITTQNTQLMAGLVVSNKRQRVANYHHQTVKSVAELLTASGLDRIDQLSRTHIYRRVSAVAVARLDEIYPYPETGCMLKGEAPERYYSDLAQATSDSFGASCPMPILG >XP_018062972.1 uncharacterized protein LY89DRAFT_691041 [Mollisia scopiformis] >KUJ08617.1 hypothetical protein LY89DRAFT_691041 [Mollisia scopiformis] MASLGEDLLGIVNKLQDLVFNTIGNDSLDLPQIVVVGSQSSGKSSVLENIVGRDFLPRGSGIVTRRPLILQLINIPTDDDDSPEAHTAAAVATQPEWAEFHHIPNRRFTEFQDVKREIENETARIAGNNKGINRQPINLKIYSPHVLSLTLVDLPGLTKVPIGDQPTDIEKQTRNLISEYIAKPNSIILAVSPANVDIVNSEALKLARHVDPLGRRTIGVLTKIDLMDHGTNALDILSGRVYPLKLGFIGVVNRSQQDIQGNKSLAEALKSESDFFKHHPAYRNMANRCGTQFLARSLNTTLMAHIRERLPDIKARLNTLMGQTQQELASYGDMHFSGKEHRGSLVLQLMTRFASSFISSIDGTSTEISTKELCGGARIYYIFNSVFGNSLETIDPTTNLSALDIRTAIRNSTGPRPSLFVPELAFDLLVKPQIKLLEIPSQRCVELVYEELIKICHTCGSTELTRFPRLQAKLIEVVSDLLRERLGPASSYVESLISIQRAYINTNHPNFLGAAAAMSNVVSNKQDKERKRLLQEERERRDRRRQKELGGANGADTPENEEEEVEKVENLSHRKALHKNPRSMSPAVRENGNSITSTMNGIRAGSPPRFNGQAMGGARDSFLNYFFGKDGAPGGTGASSAQNPNLGRHVSQSMEPSFSQSIRRQEERVVHRTPAQQAREDDYELGRAQREYDYNSPFGNNTEPALTDREAMETELIRALISSYFNIVRESIADQVPKAVMHLLVNHSKDVVQNRLVSELYREDLFEELLYEDDAVKKEREKCEKLLKTYREAAKIVSEVGI >WP_170725874.1 ABC transporter ATP-binding protein [Escherichia coli] MTYAVEFDNVSRLYGDVRAVDGVSIAIKDGEFFSMLGPSGSGKTTCLRLIAGFEQLSGGAISIFGKPASNLPPWERDVNTVFQDYALFPHMSILDNVAYGLMVKGVNKKQRHAMAQEALEKVALGFVQQRKPSQLSGGQRQRVAIARALVNEPRVLLLDEPLGALDLKLREQMQLELKKLQQSLGITFIFVTHDQGEALSMSDRVAVFNNGRIEQVDSPRDLYMRPRTPFVAGFVGTSNVFDELMAEKLCGMTGSFALRPEHIRLNTPGELQANGTIQAVQYQGAATRFELKLNGGEKLLVSQANMTGEELPATLTPGQQVMVSWSRDVMVPLVEER >MBK9009608.1 nuclear transport factor 2 family protein [Novosphingobium sp.] MAPSSGGRPGARPRVAERIAERLRALEDREAIRDLIARYGPLADSGDAAGVAALFAPDAVYAVGGMGEAKGRAAIAALIDGPVHRALMAQGCAHVLTSPAIDLHGDLAKARCHSVVFAREGEGWRAVRVSANLWELARSAQGWWVTRRDNRLLDGSEAAQALLDSRNP >WP_122013538.1 DNA repair protein RecN [Maliibacterium massiliense] MLQHLSIRHIALIDALELSFAPGFNVLTGETGAGKSIIVDSMKLALGGRADRDLISAGEARAYVEATFFVPPDAPVRALLEEEGLLETEETSLVLARELTTSGKNTCRIGGVRVTLDLLSQVARQLVDIYGQHEHQSLLNPASHLGFLDCLASGKVAALRGQVQALCAQIASVNREMSQGFGSEQDRAQKMDMLRFQIDEIEQAQLRVGEEQELKEQRALMQASETIAAQLSGAYSALYESEMGPSAMDSVMQAAQAVGRVAHYQQAYEQIRQRLDDAYYALEDTAHTLRDLAGEVFFDPQELQRIEQRLDDLYKLKRKYGADEQAVLDFQQQAQKQLDMLEHAQERMETLSQRREALLDAYYEKACALSQARRAFAKQLEGQVMEQLRDLGMEKCRFAVTFDALPTREACQACVHAEGMDTAAFFISPNPGMPLRPLAKIISGGELSRVMLALKTISAAREGVPCMIFDEIDTGIGGQMAVVLSKKMARIARSHQVLCVTHLAPVAVMADAHLHVQKSGQQETHTQVARLAEDARAAEVARMLGGSVEDALSLEHARQMLAQARAFKQTL >XP_023607675.1 potassium voltage-gated channel subfamily B member 2 [Myotis lucifugus] MAEKAPPGLNRKTSRSTLSLPPEPVDIVRSKTCSRRVKINVGGLNHEVLWRTLDRLPRTRLGKLRDCNTHESLLEVCDDYNLNENEYFFDRHPGAFTSILNFYRTGKLHMMEEMCALSFGQELDYWGIDEIYLESCCQARYHQKKEQMNEELRREAETMREREGEEFDNTCCPEKRKKLWDLLEKPNSSVAAKILAIVSILFIVLSTIALSLNTLPELQETDEFGQASDNPQLAHVEAVCIAWFTMEYLLRFLSSPNKWKFFKGPLNVIDLLAILPYYVTIFLTESNKSVLQFQNVRRVVQIFRIMRILRILKLARHSTGLQSLGFTLRRSYNELGLLILFLAMGIMIFSSLVFFAEKDEDATKFTSIPASFWWATITMTTVGYGDIYPKTLLGKIVGGLCCIAGVLVIALPIPIIVNNFSEFYKEQKRQEKAVKRREALERAKRNGSIVSMNLKDAFARSMELIDVAVEKTGEPAKTKDPTDDNHLSPSRWKWARKALSETSSNKSYENKYQEVSQKDSHEQLNNTSTSSPQHLSAQKLEMLYNEITKTQPHCHPNADGQEQPERPSAYEEEIEMEEVVCPQEQLAVAQTEVIMDMKSTSSIDSFTSCATDFTETDRSPLPPPSASHLQMKFPPDFPGTEEPQRARGPPFLTLAREKGPAARDASLEYVPVNITGHPDASGSQSGLHGPGPSDSAPESPRSSLRGSHPMKSRSFKVNFKENRGSAPQTPPSTARPLPVTVADFPITTPQLISTILLEETPPQGDRPLLGTEVSAHCQGPARGPSPRVPKQKLFPFPSRERRSFTEVDTGEDDDFLELQGPRQDAQAGSSPNCFADKPSDGRDPLREEACAGSSSPQDTGHNCRQDIYHAVADVKKDSSQEGCKMENHLFSPETHSNPGDTGYCPTRETSM >WP_013970683.1 MULTISPECIES: RtcB family protein [Pseudomonas] >TXI03941.1 RtcB family protein [Pseudomonas monteilii] >GJB79849.1 RNA-splicing ligase RtcB [Aeromonas caviae] >AEJ11111.1 conserved hypothetical protein [Pseudomonas putida S16] >AHC80613.1 RTCB protein [Pseudomonas monteilii SB3078] >AHC86045.1 RTCB protein [Pseudomonas monteilii SB3101] MDILQVAGGKPVKLWTDGVPVEDDARKQLLNTARMPFIFKHLAVMPDVHLGKGSTIGSVIPTVGAIIPAAVGVDIGCGMIAARTSLHARDLPDNLHGLRNAIEHAVPHGKTFGKRDQGAWADVPAKADKAWGQLAGRFKAITDKYPRLEKTNNRHHLGTLGGGNHFIEVCLDEADRVWFMLHSGSRGVGNAIGNLFIELAQADMRQHLANLPDKDLAYFEEGSRHFADYVEAVEWAQDYARQNRELMMLAVVGAARKALGKPFEASLEAVNCHHNYVQREQHFGREVLVTRKGAVSAQKGQLGIIPGSMGAKSFIVRGLGNEESFCSCSHGAGRVMSRTKAKSRFTVEDQRRATAHVECRKDKEVIDEIPMAYKDIDAVMRAQQDLVEVVHTLRQVVCVKG >EJJ0661731.1 SMI1/KNR4 family protein [Cronobacter sakazakii] >EJJ0670724.1 SMI1/KNR4 family protein [Cronobacter sakazakii] >NCH40670.1 SMI1/KNR4 family protein [Cronobacter sakazakii] MKDIYDELDKLISESGEDAQGSGSAADEKIRLYEQELEVQFPYTYKLFLEKYGTLSFNGESFYGISKLGLGAQSAPDVRYTTLKARELGDIDNNMVLIKSSGYGPLFSIDLSVHKNGEAVVIKTDLSFKRDGSKKIVARSFAEFLINEVKESLEY >KAJ5985703.1 hypothetical protein N7522_012899 [Penicillium canescens] MRPDPVILTSVSGCAKTEVPQLANQVSNKQVDSQEDKKEIPPSLDTTRTDTPTTDAKSNNTIQVSRVTTSFATEREDLIGALKLIAESIAQQRQVAAQSIIHHWLSWVVMGIVFAGIFFVMYNDSSDCGRIILTCTGALMVGLLLTRNSVAGYLDLAENTGTWKWLYGPDESENIRNTEKWRNYRPLKKHQLTSENAYDIVVIVRYQSAVIATLVLRVVRCDQLNSKSDIRRTASQRPIGQNHAAFIRALTVAYRYRYLGLGGALLRVAVMMREENNWKSIEFADRHAMSPQVLPKHFIFSSSGLARAWVDRLRDMVLEYQQGSREFPWLLDEDHKARDGKLPPYLQLDVQFEKLNATQISGELLLSYSNYPNEHW >WP_151430057.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] >MCI8305375.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Enterorhabdus sp.] >KAB1650792.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] >MCI9673281.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Enterorhabdus sp.] >MCR2027258.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] >NCA32570.1 3-methyl-2-oxobutanoate dehydrogenase subunit VorB [Adlercreutzia muris] MAQKVLMKGNEAMAEAAMRAGCRHFFGYPITPQTEVAAYMAKMMPKVGGTYLQAESEVAAINMVYGASAAGARVMTSSSSPGISLKSEGISYMAGADLPGVIINVQRGGPGLGGIQPSQADYWQATKATGHGDFQIVVFAPSTVQEMADYAFEAFDVADRYRVPVMILADGMLGQMMEPVVLPEAIDPATLPAKPWATDGHGHARPHNVANSLYLTAAALEDLNRERYERYDAIKAAEQRAECYRTEDADIVLVAFGGAARVARSAVNAARERGIKAGLVRPITLWPFPEDALAEALGRGKAALVVEMNMGQMVEDVRLVANGTVPVEFYGRTGGVIPAPEEVLAAVEALNGKVGE >KAE8933980.1 hypothetical protein PF009_g16030 [Phytophthora fragariae] >KAE8999913.1 hypothetical protein PF011_g14419 [Phytophthora fragariae] >KAE9099844.1 hypothetical protein PF010_g15038 [Phytophthora fragariae] >KAE9101612.1 hypothetical protein PF007_g15075 [Phytophthora fragariae] >KAE9135033.1 hypothetical protein PF006_g14692 [Phytophthora fragariae] MGVATRHLRRAAPVVASGAVVLTLVACLVIAKANNVYTGGLTWPYFSDLGRDSPGYDVFCVGLTVVAIALCATWYFNYKFQSSALRLPTLLGYVSPFVQWTARACTVTGIISTIGLPTLAFFSTSSYPSLHNNAAYWFFLLETVAIFLNTYVSYKLVESAKVPETTAGEIPVICDFDDIDADTKLRGMRPFQAAHDRPERDLGQVYCHLTMKHDGVFTKLWNYEQDYSATQMRAAAQLGCILTLVGYSISFLTHNVEVLAKDRDRVATSEASGMQTNHAHFCAIPLLMSPERPSEIRESTDFINV >MBU3899877.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU3996060.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU4019142.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU4078860.1 hypothetical protein [Gammaproteobacteria bacterium] >MBU4114928.1 hypothetical protein [Gammaproteobacteria bacterium] MAVTLMQVGKLADGNGGGTLEELREQIIAVALDRAFLLGPLPTNELDFKRRIDEGRGRLTLIATEGALLWGVHKFSRFLTNQGQLHNQKVVQAVFFLLRYVSPVLILVVMLKGLKFF >VQC01530.1 degenerate transposase (Orf2) [Streptococcus pneumoniae] MTEFSLDILLKAIKLARWTYYYHLKQLDKTDKDQELKAEIQSIFIEHKGNYTYRRVHLELRNRGYLVNHKRVQGLIKVLII >WP_086520229.1 galactose-1-phosphate uridylyltransferase [Clavibacter michiganensis] >OUE22256.1 Galactose-1-phosphate uridylyltransferase [Clavibacter michiganensis] MHADQTVTTSPSGITQRRTLLSDGRELVYFDDADTTLPPERAADARPAAPRPPTATMRQDVLTGEWVSIAAARQNRAHLPPAELDPLAPASPSNPSEIPSMYDVAVFENKSPSFGPALADTEGVDAPVDDNDLTAIGLERTRTSVGRCEVVCFSPAHTGSFSGLTPSRARTVVEAWAERTRALSAMPGIRQVFPFENRGEAIGVTLHHPHGQIYSYPYITPRTRRLVESIERFGPGLFQRILETEQASERVVLRGEHFTAFVPFAARWPVEIHLLPHRHVPDLAETTAAERDELATMYLKLLQGMDRLYDTPTPYIAAWHQAPVDAHHDEIRLMLQITSPRRAADKLKFLAGSEAAMGAWIGDVPPEKAAEMIRKAVEDA >MCP4204994.1 FHA domain-containing protein [bacterium] MLVSRFHPPDPDHGKALKLDGSEVKIGRSGDCDLVLTEPRASSEHLQIAWQPEEGYRLVDLESRNGTLVNERLADDQLLQHLDRIRIGDTVVTFEIHGH >NWZ25026.1 GMPR1 reductase [Asarcornis scutulata] MPRVDADLKLDFKDVLLRPKRSSLKSRSEVDLTRTFTFRNSKQTYMGIPIIVANMDTVGTFEMAVVMAKHAMFTAIHKHYSLEEWKLFAANHPECLEHVAASSGSGKADLDKLTSILEAIPPIRYICLDVANGYSEHFVEFVKSVRALFPNHTIMAGNVVTGEMVEELILSGADIIKVGIGPGSVCTTRIKTGVGYPQLSAVIECADSAHGLKGHIISDGGCSCPGDVAKAFGAGADFVMLGGMFAGHDQCAGEIMEKNGKKVKLFYGMSSDTAMKKHAGGVAEYRASEGRTVEVPYRGDVELTILDILGGLRSTCTYVGAAKLKELSRRTTFIRVTQQHSQVFS >WP_101844355.1 shikimate dehydrogenase [Halobacillus sp. Marseille-P3879] MLRFGLIGFPIAHSLSPWIHNRLLEDQQLNGSYELFEIEPADFNKEILNLKKKELDGFNVTVPYKERIIEYLDEIDEAARFLGAVNTVKVKDGKWIGYNTDGVGYVTSIADRYPEHLKELSEVLILGSGGAARGIYYALLQRGISRVDIANRTVAKAEHIIDDLNGREKSSPLSIEEAERKLDKYDIVVQTSSVGMSPNDQQSIVKVDKKLDGALFSDIVYRPKLTMFLKQAQEFGADLHFGYEMLFHQAVYAFKIWTNTSPETKKILIDFERKLEGE >GAK23860.1 LOW QUALITY PROTEIN: LPS-assembly lipoprotein RlpB precursor [Vibrio sp. JCM 19052] MRFFSLIKLPVVLVLAGLLSACGFHLRGEYSVPEELHTMSFTSYDEYSPLTRYIRDQLELNKVDLVQPSSNTPNLHLIEATIDERTLSLYQNSRAAEKELTYVVKYRVTIPASAQKTFTTTVNRNYLDNPLTALAKSVERDVIEDEMRQQAASQMMRQLGRVRAEYEQGHVSPEVTNANSTNTNS >WP_143320175.1 YafY family protein [Clostridium sp. HBUAS56010] MQISRLFEIVYILLNKKTTTAKELAQRFEVSVRTIYRDIDTLSSAGIPIYTSQGKGGGISLLDDYVLNKSLLSESEQNEILFALQSLAITQNPEIHKVLSKLSNLFNKSTTNWIEVDLSPWGSDNNKTCEFTLLKNAILNHQIIEFTYFNSSGKKCVRKVEPLKLIFKVHAWYLQGFCLTKDGYRIFKISRMSNLEITQDCFTDRELEEMTADHREKDSQTFIDVQLKITPQGAYRVFDEFEEKDITINQDGSFTVMASLPESKWLFHYILSFGTDIEVLAPKSLREMIEEKLDEMIRKYKK >2VYZ_A Chain A, NEURAL HEMOGLOBIN [Cerebratulus lacteus] MVNWAAVVDDFYQELFKAHPEYQNKFGFKGVALGSLKGNAAYKTQAGKTVDYINAFIGGSADAAGLASRHKGRNVGSAEFHNAKACLAKACSAHGAPDLGHAIDDILSHL >WP_051325724.1 histidine kinase [Glycomyces tenuis] MLDHDPPPTTWLARAGHTAAAALVGIVLGFATLWTGNLVPVALAVVVTTAGVLIAFVDVPMPQITVTVTSLLLTATLVGQFAWSDSIVGLFTGMVYAFCFLTAALVVALSRARRNYVRRGWELAFAEAREQEARIEQAVSREREAMAGEIHDGLGHRLTLIAVQASRLSLDERLPEHVRAEMRQMRENAAAASEELGETVHLLGERAEGVTASLSGLRIGDVIERARASGVTVHGTVEPSVEDALSDYTHAALLRALQEGLTNAAKHAPGAEVRLAIGLEGNLVVLQMRNPAPPAGPPTAPSGHGLLALRHRVAILGGALETERDEDFVLTMRLPRTAMPSTASADERPSRLGLLAEEAADAKRGRRKAMRQAWLVPSAMLLLLVLSTVGYFVYATVASVLPPDRFAAIEVGDDRVETERRLPQVEMLDAPRSFVPEPPGAECHYYEASVSFFERDDVFRICFADERVVSKETIAPDA >MBC5824559.1 DNA replication and repair protein RecF [Candidatus Eremiobacteraeota bacterium] MRVLSIELANFRNYAAVEFEPPAGTSILIGRNAQGKSNLLEAFALLATGKSFRTSREVDMVRAGAPAANVSARVRTKTGDARLACIIASVGEGSRKRFFRDGRAVPYGRFLGGIAAVTFAPSDLALVGGPAALRRRMLNSALAQSGGGYYHDLARYSKLLAQKTALLRGPGFCDRALLETYNDQLSESGARVVAARAAYIRRLTREAAAIHARWAGGHQGFDVAYRPRPPQPDESPAAVAGALRVAMNQAFSSEIARKAALVGPHRDDFALLLEGEPLARYGSQGQQRTAVLALKSAEYALLHASAGEAPLLLLDDVLSELDAARRAAFLETLSDYDQALVTATELPELPPGFRSALVTIQAGALSTDAAAVNA >MBF0357294.1 trypsin-like peptidase domain-containing protein [Magnetococcales bacterium] MSQSDAFCGKVYHKYLYLVGVTAVLVMIGSYWYVEYYSGHHRGEHGGGNVTAANSRHSPGNVVGTNRPIPSASQPQMQSPAVKPQMQPPAVLEQQLPAQPVAAQFPAEGNTFSSVARAMMPSVVNVSATTAKNPEPVPPEQKQSPGLKFAQPFSGIAQESIGSGIVITKDGYVLTNFHVIDKARHISVTIFNAMGTKRYHADVVGRDEMKDLALLKISPVRDLTPAALGNSEKMQVGDSVIAIGSPFGLDQTVSKGIVSGKNKVVNIGGTIHKGLLQTDAAINRGNSGGPLVDRGGTVIAVNTAIYTTTSAFAGVGFAVPINSAKEFMEELIRIPNVKPKLTGQGVMAAMPVAAATAPPISANAVMPHDDRGPCESCHEILPGNQPIMTVAARNAPPITADAILPHGDRGPCESCHDILPGPQPINFGLGPHGKMGREALSKFGFAPGGAIGLPAANVTGAPARMGANLQPLDQASAKRLNSPVPGGVLVVSVEQGTAFNIAGLQLDDIIFKVDGRRIASIEQFDTVINSFEAGEEVRVSVVRNGDRLDLTLIVDAPGVQPVALVQPQQNFAGPDTQQNFQLQNMQTQPAIPGQAGNNPMQPKRAGVVGPVLTEFEWMGMEMSPVKAKTAAPNQPGRLQTRSAGALVADVDVGSSAQLAGIKRGDVLLAINGKPVDNAGALDKAIKDVKGQAGVLLEVERRGQRLFTVLQ >WP_097902424.1 DUF3238 domain-containing protein [Bacillus cereus] >PEC23638.1 permease [Bacillus cereus] MANIVKIRGSVFAPYAWLEPIKDPTTGKLFEYTGDAREFTPYAVNTMRSRLEQEVIIDFYKKEIFSHANACIVTVKITNPDGSIEYKKGRTSTENIVCTNVVWSTDEVSFKMSASASNPLNTAAPAADYVLTIHVNKSGVAHIEGAHDGFPCYEFYKQTDFGPFELIYTHDFRKTGNTPAALAGEMEYSFKTTI >GBD21053.1 Galactose/methyl galactoside import ATP-binding protein MglA [bacterium HR28] MPLSAQGESDERSVGAARERSAGRVVLEARGITKRFGTVVANDHIDLTVRAGELHAVLGENGAGKTTLMRILFGELQPDEGEIYLDGQRVRFRSPRDALRHGIGMVHQERKLIPAHTALENIILGHPKTGAILNLREAEREVSALCERYGFRVPLHAKVWQLSEGEKQIVEILKELYHGARILILDEPTSVLSPPEIVKLLESLTRMAKEDLAVIPFITHKLPVVLEHCDRVTILRRGRVVAEMETRHATEQTLAAAMVGREVVLQLERVEVPLGDPIVRVQDLWVRDDRGLFAVQGLSFEIRAGEILGIAGVAGNGQEPLAEALAGLRPVERGTITLDSIDITHAPVLERWRRGLGYIPTERREVGSIPTFSLVDNVLLNYHFEREFSRWGILASGQARELTERILREYSVVAAGPNAPARSLSGGNLQKVILGRVLSRKPRFLIACLPTHGLDVGAAEFVQRKILEAKQSGTAVLLISEDLDEILALSDRIAAIYEGQFTGIVPASEASKELVGELMAGLRRERV >WP_268737299.1 TipC family immunity protein [Streptococcus gallolyticus] MGKLVNFMKKKIISLVVLCVLALSAEIYYYIHQPKNIFDEIYQETKRTYRSNNIFNQLDDVDVHKYQEYSSDSKFYPNITYHDEVFSEDYSNVHLTFHFTQDTKTVFISFEKEITTSIRLWIFGNYSLNENLFQKDVQIILENGDSNNYIEDESKVKSYLQDYGITAADLDNYYNEIVNQKVLTDWCSIYDSKFSPEDYGDVTVKTQWENW >WP_194365392.1 CHAD domain-containing protein [Candidatus Sulfurimonas marisnigri] >QOY53557.1 CHAD domain-containing protein [Candidatus Sulfurimonas marisnigri] MDFREWFKERANVTNELYIRLDNYEDIEVLHQYRVNLRKLYACSEVYAKQVDKKKSKELSKLIKRIIKPTSALRDLDVFLGEIETFTCSAQIKKKLHNILNIKRATLFEKFSSAVKSDEYKNNLKDFYTMSKSDKFFLYKKIGRVNNYKTIKNIEKIIYGDFNKIDESTSFTELHELRMKFKKFRYALNIYEQCFDEGKKISTDLSKLKILQDLFGAIQDNLVRLEFVKSLKGELTKKQLIELKDYFKKNLNSAREKLYIFKDSKEWLL >XP_039612537.1 extracellular calcium-sensing receptor-like [Polypterus senegalus] MYLLVAYFLFNSVAVMATSKKTIADCSLQGLFNLSGFLEDGDIIIGGLFPMHYRVLVQDLSFFYKPATSECLGFDPRSFRWAQTMRFAIKEINENPHLLPNITLGYKIYDSCATHVAALRATLTLLNGPENVQSEFCLGSSPVKAIIGDSGSSQSIVVSRTLQPFKVPMISYISTCSCLGNRKEFPTFFRTVPSDIYQVKAIAQLVKHFGWTWVAAISEDGDYGRYAFQALIEEFKISGVCLSYYEVIPKVYNKKRILEILEVMKASSAKVVISFAGEGALYPLLSEYARQNITGIQWIASEVWVTASLFSSSEFYPSLGGTIGFAIRKGEIPSLKDFLLQVTPLAYPESALVKELWTSVFGCTFQISNLTGSSGQMTPKCTGKESLEEKYNIYTDVSSLRVSYNVYKAVYAIAYSLQNIINCKPGNGPFHNFTCANITNLEPWQLQHYIQNVSFTSNMGETIYFDKNGDPVPSYDIINWQRGVDGKIWFVTVGLYDVSAGAGKELIINEDAVIWNNDKIKARCKEPLVPQSLCSEACPSGTRKGVRQGEPLCCFDCLPCADGEISNQTDSVECTQCPSDFWSNAERTECIPKEIEFLTYDEIGASLAVIALFGTCLTFGVLGIFLYYKSTPIVRVNNSELSFFILFSLALCFLCSIAFIGEPGSWSCMLRHTVFSVTFSLCISCILGKTVVVLMAFKATQPGNNLMKYFGPLQQRMMILFCTLIQIVICAIWLISTPPFPVKNTKYQNSKIILECHVGSTLAFWFVLGYVGILACLCFVLAFLARKLPDNFNEAKYITFSMLIFCSVWLAFIPAYVSSPGKYTVAVEIFAILSSSFGLLFCIFAPKCYIILLKPEKNTKQHLMRKVNKQIGSSN >RMP03152.1 hypothetical protein ALQ30_200487 [Pseudomonas syringae pv. persicae] MYSSIQTGGSLGMQTLDMCLADLVKRGLITRESARERAKVPDNF >WP_202291019.1 outer membrane usher protein [Serratia plymuthica] >MBL3523569.1 outer membrane usher protein [Serratia plymuthica] MDAKKFKSGALPLNSLGICISLALSSLSFQGWADDAIQFNTDILDVNDRKNIDLSRFSKGAFIMPGMYNMTVLMNKQSLQEQPVAFYPPENDSEGSAVCISPQLVEQVGFKKEFIKRLRWWHNDQCLDLASLSGIEAKGDLAASALYLNIPQAYLEYSSPDWDPPSRWDNGIPGLLVDYNLNGQVQDNQKGGGQTQRLGGNGLVGANLGAWRLRADWQTSLNHQTGSSGNSQQTFDWSRYYAFRALPEWGAHLALGEDSLRSDLFDSFRFTGISLNSDDNMLPPNLRGYAPEVTGIAKTNAKVTITQHGRVLYEAQVAAGPFRIQDLNDSVMGKLDVKVEEQDGSVQQFQVDTASIPYLTRPGMVRYKLAGGRPSNWEHNIQGPMFAVGEFSWGISNGWSVYGGTITGGDYNALSLGTGRDLLALGALSFDTSQSRARLPGESSTKSGASYRLSYSKSFDEYDSQVTFAGYRFSEQSYMTMSEYLDARYHGLQNGKSREMYTITLNKQFRDLGISAYLNYDHQSYWDKPSSERYNLALSRYFDLGSLRNMSLSLTAYRNKYSASNDDGMYLNLSVPWGVNSNFSYSSTWNRNNSSQRVGYYERLDEHNNYQLTTGLSRNGGSASGFYSHNGDVARIDTNVSYQSGQYTSVGMNLQGGATLTAKGAALHRNSSAGGTRLMLDTEGVAGVPVRGFGATTRTNMFGKAVVADVSSYYRSQASIDLNNLPDDVEATQSMVQATLTEGAIGYRRFNVISGQKAMAVIRLADGSTPPFGAEVFNIRKQQTGIVNDGGSVYLSGIRTGEKMTVHWGGKAQCEIDLPALRKDVALNDLLLPCQPVTAAQEG >WP_018159095.1 hypothetical protein [Smaragdicoccus niigatensis] MPNELLVTTSAGNASVVVDTPTGEPRGLVVLTHGAGGGIETLDLHAVRDAAVARGAVVARVNQPYVVAGRRMPPRPPVQDPAWIEVILQLRQRFPGPLVQGGRSNGARVACRTATSVEAVGVLALAFPLHPPGKPENSRVEELRGAGVPVIVVNGANDPFGIPDAGDAQEVHVLPGEAHSFKKSRAEIRAAVDPWLERWLS >WP_011147179.1 MULTISPECIES: hypothetical protein [Photorhabdus] >AWK42668.1 phage tail protein [Photorhabdus laumondii subsp. laumondii] >AXG47989.1 phage tail protein [Photorhabdus laumondii subsp. laumondii] >MCC8386363.1 phage tail protein [Photorhabdus laumondii] >MCC8415544.1 phage tail protein [Photorhabdus laumondii] >NDK94974.1 phage tail protein [Photorhabdus laumondii subsp. laumondii] MSVKNDFKAFSTSNNSNVVSQQLYEETPELSTGFPPYSVPTHVLNKVLRQTSIMASVLANFIAEQSGEDILDDGDIAKLTAQLSKVFYVGAKRPGDIYLSAHPASDLAKGEYIANGDVHLIDSVVGRALNNLSDAYKAAWGIKQTGDKINLPNLFVDGRGIFVRAGLQPGVMQEDAIRNITGNLGWQGHGLFTRTSGVFYGVRSTATVIAAGTKVHSNHGYSAYATFDASKVVPTADENRPLNISMIPVIYLGV >WP_265889043.1 6-phospho-beta-glucosidase [Escherichia coli] MSQKLKVVTIGGGSSYTPELLEGFIKRYHELPVSELWLVDVEGGKAKLDIIFDLCQRMIDNAGVPMKLYKTLDRREALKDADFVTTQLRVGQLPARELDERIPLSHGYLGQETNGAGGLFKGLRTIPVIFDIVKDVEELCPNAWVINFTNPAGMVTEAVYRHTGFKRFIGVCNIPIGMKMFIRDVLMLKDSDDLSIDLFGLNHMVFIKDVLVNGKSRFAELLDGVASGQLKASGVKNIFDLPFSEGLIRSMNLLPCSYLLYYFKQKEMLVIEMGEYYKGGARAQVVQKVEKQLFELYKNPELNVKPKELEQRGGAYYSDAACEVINAIYNDKQAEHYVNIPHHGHIDNIPADWAVEMTCTLGRDGATPHPRITHFDDKVMGLIHTIKGFEIAASNAALSGEFNDVLLALNLSPLVHSDRDAELLAREMILAHEKWLPNFADCIAELKKAH >EAJ3842941.1 CatB-related O-acetyltransferase [Campylobacter jejuni] >EAL7611217.1 antibiotic acetyltransferase [Campylobacter jejuni] MEKITLKCNKNILNLLKQYNIYTKTYIENPRRFSRLKTKDFITIPLKNNQLESAAGLGIEEYCAFKFSNILHEMGSFSFSGSFLPHYAKVGRYCSIADGVSMFNFQHPIDRISTASFTYETNHSFINDACQNHINKTFPIVNHNPSSSITHLIIQDDVWIGKDVLLKQGITLGTGCVIGQRAVVTKDVPPYAIVAGIPAKIIKYRFDEKTIERLLKIQWWRYHFADFYDID >WP_134660892.1 MULTISPECIES: phosphodiesterase [unclassified Pseudomonas] >TFF06960.1 phosphodiesterase [Pseudomonas sp. BCA17] >TFF09398.1 phosphodiesterase [Pseudomonas sp. JMN1] >TFF19512.1 phosphodiesterase [Pseudomonas sp. BCA14] >TFF24252.1 phosphodiesterase [Pseudomonas sp. BCA13] MNRPFLVAQISDLHLKAGQRLTYGVVDTLCALRRAVDHLNASHPRPDIVVVSGDLVDFGRADEYAVLRPELARLHMPCYLVPGNHDCRGPLLDAFRDHAYLPETADGPLDWVVDEHPLRLIGLDSTIPGGHGGQLLDSQLQWLDAQLSLRPDAPTLLILHHPPFISGIGHMDREPFINAAALEQLVARHRQVERLLCGHLHRPMQRRFGGSLSCVCPGTSHQIVLDLQDAAPAHFNLEPAGYLLHRWDAQQGLISHNGVFGEYPGPYPFYDAHGLID >MCI1641075.1 NfeD family protein [Actinomyces sp.] >MCI1661443.1 NfeD family protein [Actinomyces sp.] >MCI1690451.1 NfeD family protein [Actinomyces sp.] >MCI1787092.1 NfeD family protein [Actinomyces sp.] >MCI1829342.1 NfeD family protein [Actinomyces sp.] MRVIWWLVAALVLGIIEVATVDLIFLMLAIAALLAALASGLGLGLVGQVVVFAAAAVVLLFLVRPWARRHLARSTPDVRTNAQGLVGQEAVALSRLTGTDGRVRLVGETWSARTVDRAEVPAGTHVRILSIDGATAVVGPLSSVVDPPADQV >WP_014206161.1 PDR/VanB family oxidoreductase [Acinetobacter pittii] >YP_004994663.1 vanillate O-demethylase oxidoreductase (vanillate degradation ferredoxin-like protein) [Acinetobacter pittii PHEA-2] >ADY80981.1 vanillate O-demethylase oxidoreductase (vanillate degradation ferredoxin-like protein) [Acinetobacter pittii PHEA-2] >SSP16588.1 vanillate O-demethylase oxidoreductase [Acinetobacter pittii] MDVIIQKIHQLTPTIRAFELVAANGTELPSFEAGAHIDVHLKNGLTRQYSLSNCCTEKHRYVIGVLHDANSRGGSRCIHNEYREGDHLKIGEPRNLFEIHPQTKQAVLFAGGIGITPILSMAYRLKSANIPFELHYFVRSHEMIAFYGNLTEHFGDQVHFHIQDQPDTECNMAEVLGQASPDKHLYVCGPTGFMQFVMSSAEQAGWHSEQLHQEHFVAQKVDTSNDEAFTIEVKGTGRRIEVLPEQTATEALIANGFDIPVSCEQGICGTCITRVVEGTPDHRDMFMTDEEHALNDQFTPCCSRAKTKHLVIEL >CAA0126222.1 putative protein [Halioglobus japonicus] MRLENDLAQYDVVILGAGAAGLFCAAVAGARGRRVLVLEKANKVGKKILMSGGGRCNFTNYFVSADNFICGNPHFSKSALSRYTQWDFIALVEAYGIAYEERKHGQLFCTNSAADILSMLLDECKKHGVTIVTHCDVRGVESVSPRAGQGSAGSESEARFRVAYAHQAVGDGALCYVHCQSLVVATGALSIPTLGGSGLGYEIASQFALPLTERRAGLVPFMFSDAMKSLCERLSGVALEVEVTCAGHAFTENMLFTHRGLSGPVILQISNYWHPGDAVAVNLLPELDCSEWLLQAKREHGNILLRTLLHRQLPKALVSELQALWWQQDDARKLADFSDKRLRELAGLLNGWQLKPSGTEGYRTAEVTLGGVDTAAISSKTMAAKSCDGLYFVGEVLDVSGHLGGYNFQWAWSSAFSAGQVV >WP_139387589.1 sodium ion-translocating decarboxylase subunit beta, partial [Salmonella enterica] RGTAAGVLMAKLLNLCSKNKINPLIGSAGVSAVPMAARVSNKVGLESDPQNFLLMHAMGPNVAGVIGSAIAAGVMLKYVLAM >KAF0292372.1 putative RNA-directed DNA polymerase from transposon BS [Amphibalanus amphitrite] MATLRDRRGRVRWETSFSDSRLFPQGLAQGSVLAPLLWNIYASDILPRAPPGVHISVYADDVALWATERKLSQCEATLQPALDEISDWCTRWKVQLSASKCSATPFSLDPREAGGKVHLKLSLQNRPVNHVTYPTFLGLKMDGGLTFSEHIKQLKKSMARRRNCLAALAGRSYGCSRRTLRAAYIGYIRSLADYGAAVYMTHAAPASRQALEAEQNACARIITGCIRPTRRDALLAEAQLEPLTVRAKKLSSNEAQRLKRLPPDDPAKEVIDREVPPRLKYRAHEAWIREVQQAGTNSGPPLPCDEDVVLDAKPCVRRVAAWMASEAGLAELPAEPLALTPPVLLPDSTSLTISTSLTVPTSRTDPPEARRAAAETTLASLPQPDVSIWTDGSAGGGTHDGGGGALLIFHQESRTVQLTVAAGKVCSSTRAELVAIREALAEAAGDLPDRPGMLLLCCDSRAAIQSLQDTADSQSALVAEIRDLLDTITRSGHRLHLQWVPGHAGLPENEEADRLAAIGSSRRQDQIPVDLWSARAAVARRARAMCDARARRSHPHPDPTPGHDGLDRRASVTVAQLRVGCSPLTGDTRHRLGLAESDACVDCGEPDSVPHLLMDCPAHQGPRTRRWGPLPTLGEIFSTEADLIVDFLVETGRAPRDPA >MBI5007102.1 hypothetical protein [Nitrosomonadales bacterium] MSKYTLKPLCLAIGLAMAGSASAATLDLSGTNFYMKFLDGSQMGAPTGSIDTASGGDQGQFTEMNLNFKATISPKVEAGGRIQSRSSAAYWTEFGGFGQENAGGGYTADQINHQKFMKLRGAYVELSPGYDWLSQVRVGTSDWGMFDPFTVGKIRYIDRDNYNGLYFKGPMMASGSSWELARVSLPSYLQYNWGQGPVCCSTDNAQYNEAVYIAQFKMPAGPAKLAASYMSFIDHTVGTTANTYTGVNTRAIYKNTVLSLKADASPADGIDLRGAYYRSTSDTSAGTVGETWGNAPRSSLTDKAIKLDVDWTTPVDSLTLSYQYFNIGAGYYSTAAARRESDVLLTEGSESAWYNWGNAIWSGGATSDYTQSASARNVTDNAYMDFNESPAESSIGWKGHTFMGKYEVAETPMSLELTRVGYNNNWQNYSATGPLSNYFALNQDRSTNIIAFKLNHNFQVMGGLDANLKFKRVDDKDKVSAAIATDDRSVLDSGVTASVGNQLFADLYGTLSFGRYIRDIKAGANTFNNSKSIYGVKLAYNLPGFEMGMLTQWIRGYGYPTETVGPSIKIQQYRMKAYAQVNF >MBU2178615.1 MotA/TolQ/ExbB proton channel family protein [Gammaproteobacteria bacterium] SSKLASIEEIERVWFEIQREMTESGKVTRFKTDVVEAGGQKVNKSVIRVGAFALVADGKYLEMNPVTGNVAELLRQPANRYSDGAAKLQNAAAGELVEFGLDPTGGSILSLLVQAPNFEERLDQGGLVGYIILAVGAVGLLLALERLISLTMIKLRVDRQLKTTEVRTDNPLGRILKVRELFPNADTETLELKLTEAILGEVPKLSRNLTIIKIISVVAPLMGLLGTVTGMIVTFQAITLFGTGDPKLMAGGISTALVTTVLGLVVAIPMTLLYAILNTRSKNVVFILQEQASGVIAERAERG >WP_008134825.1 branched-chain amino acid ABC transporter ATP-binding protein/permease [Bradyrhizobium sp. YR681] >EJN13590.1 ABC-type branched-chain amino acid transport system, ATPase component [Bradyrhizobium sp. YR681] MRRASTIDKLKPLLIAALAVIALPFLLRAFGLSLNTGTWIVGLAIATMGLNLCIGYTGLVSFGHSAWFGIGAYAAGLIQLRVFPGEIWLPLLGSMVVVAIASSVIGMLILRRRGVYFSLLTLALAALVYTTAFRWTSVTGGEDGLGGLKRGGIGPVSFDGALNYYIVVAAIGLFVLYVLMRLVRSPFGHVLVAIRENQLRASFQGYPVERYKLAVFVISAVVTGLAGALIAFLNYLVSAEAVSVPFAGELLAMVVIGGMRSLLGPALGALFFILFRELFSIWTSDWLCWFGLTFVAFVMYSPGGLVGIGALVMRHLRPPAEESAAMSRRKIYDGLPLPDFLRPESLEGTVLEVSGVSRKFGGIRAVENASIKVAAGQIHALIGPNGAGKTTLFNLVSGLYAPDQGTIRLNGRDIAGVPASLICHQGLARSFQITNLFRGLPIYENLRLSLQARRGMRFNIWNDIDAYKDIHAETAALTKFLGLEGIEEIEGGELSYGGQRLVDLGIALGSRPQVLLLDEPLAGLAAAERERVSNLVRNIAANIPVLIVEHDIDRVLGFSQVVTVMNQGEVLMSDCPKAVRADLRVQEIYTGKGIPAVAQRRPPEETAERATVLRLDGVNTFYGKSHILNDAALDVRDGEIVALLGRNGAGKSTLLKSIAGLVPAASGRIDYHGSDIARLPAPDIARRGVGYVPQGRGLFAGMTVRENLALGRLARKTDGSDGVVWDEERILHTFPRLKERMNVAADYLSGGEQQMVAVARAMSGNVRLLLLDEPFEGLAPAVTLELFTVFDQLRRHMSIVIVEHNLDLVLALADRVFALERGAVFHQGPAAPLLNDLGYRKQILWL >WP_049267651.1 transporter substrate-binding domain-containing protein [Raoultella planticola] >MCQ6500874.1 transporter substrate-binding domain-containing protein [Raoultella planticola] >HBC8113379.1 transporter substrate-binding domain-containing protein [Raoultella planticola] MRKRIVALALGALSAGAQAKIDLRANEQPLPVTVDNAAIARIPASYRFVEPGTLTVAISALNSPPLALLASDNRTRIGSDPDIARLLAGSLGLKLKLVPTAWEDWPLGITSGRYDVALVNIAVTEQRKEKFDFATYRVDSLAFSVKSTSAIEKISGAADLSGRKVIVGSGTNQERILLGWNGENEAAGRQLALPIYLTDDASGNLYIQSGRADVFFGPQSVAAYKAALTGTTKVVGLGPKKAWVATTTKKGNGLVFALQAALDGAIARGEYQQVLARWGELGEAVAQSQVNPPGITY >WP_199097566.1 DUF899 family protein [Dyella sp. ASV21] MNEPLHAVRFPGETSAYRIARDRLLRAEMALRRHVEDTAALRRALPLGGVAPVDYTFTDEGDTPLETDIERPIRLSALFADGKDTLAIYSYMYGPAMAQPCPSCTSILDALDGQMLHLRQRVNVAVVARSPIRRIRQFARERGWRYLHLLSCAHNTYNTDYHGESADGRQMPALNIFVRRQDGIHHTWCSELMFVPPEAGQDPRHIDPIWPLWNMLDCTPDGRGVDWRPSLRYDR >MBB4862510.1 hypothetical protein [Pseudomonas nitritireducens] MTKDELRAELERQEQRYKDEQGGEVTLYAAQPEPEKKPWRKRPSVQDKAFDRELARIEEERLKKDQDTASL >WP_029222463.1 PilT/PilU family type 4a pilus ATPase [Vibrio splendidus] >OED83005.1 type IV pili twitching motility protein PilT [Vibrio splendidus ZF-90] >OEF16963.1 type IV pili twitching motility protein PilT [Vibrio splendidus 5S-101] >PTO62427.1 twitching motility protein PilT [Vibrio splendidus] >PTO84101.1 twitching motility protein PilT [Vibrio splendidus] >PTP27895.1 twitching motility protein PilT [Vibrio splendidus] MELNQILEGMLSQKASDLYITVDAPILFRVDGELRPQGEKLNAAQVAQLLDAMMDQDRRDEYQQTREANFAIVRDFGRFRVSAFFQRELPGAVIRRIETNIPTFEQLKLPDVLQDLSIAKRGLVLVVGATGSGKSTSMAAMTGYRNTNRSGHILTVEDPIEFVHEHKKCIVTQREVGLDTESYEVALKNSLRQAPDMILIGEIRSRETMEYAMTFAETGHLCMATLHANNANQALERILHLVPKEQKEQFLFDLSMNLRGVVAQQLIRDKNGSGRHGVFEILLNSPRVSDLIRRGELHELKATMAKSKEIGMQTFDQALYDLVLAGKINEEDAFHSADSANDLRLMLKTRRGGDDYGTGALAGVKIDMG >MCM1185292.1 purine-nucleoside phosphorylase [Lachnospira sp.] >MCM1248366.1 purine-nucleoside phosphorylase [Lachnoclostridium sp.] >MCM1536328.1 purine-nucleoside phosphorylase [Clostridium sp.] MEKAVSVYEKLQNCYACVRKKTDFAPKVGIVLGSGLGSYAGSISVEKEIPYKDIEGFPLSTVPGHAGKFIFGTIGGIPVVCMSGRVHYYEGYDVTDVVLPIRLMKLLGANILFLTNAAGGVNASFQAGDLMLITDHISLFAPNPLVGANLDELGTRFPDMSHVYDRKLQNIIRTKAREKKIALKEGVYAQVTGPSFESPADVRLLKAVGCDAVGMSTAVEAIAARHCGMKVCGISCISNPAAGITDRTLTHREVQEAADKSAPVLKELITESVKGFKGLADGQKGRL >MBI6149093.1 zinc/cadmium/mercury/lead-transporting ATPase [Serratia marcescens] MHNQQNHNHQEHHHAEGGCGCNHSHSKTQHGCSSEPKNAAAQAEQAHHHHDHGDSGCCAATPDDPDEESDRLAAAPPSGSQRFSWKVTGMDCPSCAKKIENAVTALPGVDSARVLFATEKLVVDAQSDISLRIQDAVAQAGFTLLGTQNAKAAAPKTSRFGEFAPLLLLTTLMVVSWVLDRVNPELGRIAFIATTLVGLAPVAAKALRLIRSGTPFAIETLMSVAAIGALFIGATAEAAMVLLLFMVGELLESYAANRARRGVTALMELVPEDALLLQGTERKRVPVASLRPGDVIEIAPGGRLPADAELLNPFASFDESALTGESVPVERQQGEKVAAGSLSVDQAAQMKVISEPGKNAIDRILQLIEEAEERRAPIERFLDRFSRYYTPAIMLLAVAVILLPPLLFSQPWDTWIYRGLTLLLIGCPCALVISTPAAITSGLAAATRRGALIKGGAALEQLGQIQTIAFDKTGTLTEGKPTVTDVLPIGTLTEQRLLQLAAAVEAGSHHPLAQAIINRAAASGAELPLAQARRALAGVGVEGIVDGKTVLISAPGKLAPGLLDVQWQSKVDKLENAGKTAVVVLEDGAPIGLLALRDTLRSDAKQAIAELNALGIRGVMLTGDNPRAAAAIAGELGLDYRASLLPEDKVNAVTELSELRPTAMIGDGINDAPAMKASSIGIAMGSGTDVALETADAALTHNRLLGVAEMIRISRATHANIRQNITIALGLKGVFLITSLLGLTGLWLAVLADSGATALVTANALRLLRKRQ >EAG2878363.1 PTS sugar transporter subunit IIA [Listeria monocytogenes] LRARFENEATIELIENEDYEENFDIILTTNRDVALEKAGSIFIHPLLTTKDIKKITSRIQTKKKILENNIRGQQIDRYIVRSLYSNQIDPSELTPAKIREQMISKMEKQTFVTPEFKEKVEKREQMAPTSFPSGIAIPHSIKNDALQSGVSIMTLQEPIYWNDVKVKIIALVAISKKDATEFNDFFEKFVGIVSEPINTKRLSMVESFEEFIRKLKMMMEESE >WP_202269758.1 hypothetical protein [Chryseobacterium sp. KMC2] >MBL3546378.1 hypothetical protein [Chryseobacterium sp. KMC2] MKTLQLFNAVLAQKSDQIPFVSNAGFVIEPDALWAKKQIIAYYSKEKLKGNDLNKTFHKSWEKIKNSTRLELFMDQIRHYISTYGSNFQDEIYIPDEVLNIPELKLSLKVIKAYSIDEMTEKCLSLLRSGIALKEETINDLLFILTEELDYEFTGKENIRNKEAIVKIADLYQIYPENPVEFLRYVIFKTTASSLLIKNNELIENIKLSKFDPSDLFETFGLEKLAEVFNRFKPLFLAYKNKNKGARATVNKISKLSKTHHKPLISNPLNDATNTLLEETDLHWLDNASPFALFKALSACYQRMYGQDTFVYRIRNGKSWVKTGKNSAANELNYEFILSYLQSKFDLSGKKFYFPENVEFGLPTSEKMFVGNIPTGTRFSGENLAVGIYWENAWGAYDLDLSGLNIAGKTGWNAAYNQGDGNLMYSGDMTSAPQGAVEYLYANRGLNTPTLIMNNVYSGDAECDYKIVVGKGDNISRDYMMDPNKVFAEAKCKSVQRQTILGMLLPKGEKQCFVLLNFGAGHSHVSGNSEIAVLATNALYQQWYEPMSFNELVKELGATVTNEKSDADFDFSLENLEKDSFTKIFK >XP_007043916.2 PREDICTED: uncharacterized protein LOC18608934 [Theobroma cacao] >XP_017970595.1 PREDICTED: uncharacterized protein LOC18608934 [Theobroma cacao] MSGVTLAVAPRSEPDKTIAPGEKLEHKPLRQQQQQSVAGGLMGSLRVIELQLVAFIMVFSISGLVPLLDLVFPAFASTYIIALSLFAFPSHGRISTGSQEIFQGSKLFRLYVILGTTIGLFLPLAYVLGGFARGDKHAVRSATPHLFLLSFQILTENVISGLSLFSPPVRALVPVLYTVRRIFIIIDWMHDVWLNKTLPANAQLKDIAWDWFGKGLAAANLFYFSINLLCFLIPRFLPRAFERYFRERDEVDAKMSEDKRSTAAKKSQATDKKVD >WP_260402970.1 glucokinase, partial [Salmonella enterica] >ECB6493214.1 glucokinase [Salmonella enterica subsp. enterica serovar Typhimurium] >ECY5806235.1 glucokinase [Salmonella enterica subsp. enterica serovar Typhimurium] >EDR6988020.1 glucokinase [Salmonella enterica subsp. enterica serovar Eko] >EDT4258211.1 glucokinase [Salmonella enterica subsp. enterica] GLVNLYRAIVKSDNRLPENLRPKDITERALADSCIDCRRALSLFCVIMGRFGGDLALTMGTFGGVYIAGGIVPRFLEFFKASGFRGGFEDKGRFKDYVHGIPVYLIVHDNPGLLGSGAHLRQTLGHIL >WP_122896374.1 radical SAM family heme chaperone HemW [Alteribacter keqinensis] >RNA68852.1 oxygen-independent coproporphyrinogen III oxidase [Alteribacter keqinensis] MKPKAVYVHVPFCEQICHYCDFNKFFLKNQPVTEYLMDCDTEMERTVEAFPYDNIQSVYVGGGTPTSLSTNQLQTLLRSVRTHFNIKEPESIEFTVEVNPGSADEEKLTMMLREGANRLSIGVQTFDAGLLEKIGRDHKPDDVQETIDRSRRAGFENISIDLMFGLPGQTIEQFEETLERALALNIEHVSAYSLKVEAKTVFYQLMKKGKLPLPTEDTEADMYERLIEKLTGGGFTMYEISNFAKPGRESRHNLTYWENEQYYGIGAGAHSYINGVRRRNHGPLPKYMNAIQEGQLPYLEEHTVPVKEQMEEEMFMGLRKRIGVSMARFEEKYGCTMESVFGGTIDQLKKRELVTINQGRIQLTEKGRFLGNEVFEQFLLQR >KAJ7197949.1 hypothetical protein GGX14DRAFT_402268 [Mycena pura] MHLLQHLARPTHHWAEGRWWRWTSYGLSTIGGTRGQKLTMARPPPDAPRGDTDDGAHVILVDDRVRRPERVNNGAHELHSPGGLRYAHLPPAPGGGKRCTRVVERHRLRARVLQRFCAREPPGGDGADGWAMATDPQAARTRQPAACEHGGLLRLKDGMPERSLCLLEGPGGNGKGDRQFESACCNQNISALIQRDNDNSGL >WP_096851915.1 hypothetical protein [Escherichia coli] MIVPSVVISEKHTDMLEITEHPVEVGVAVADHAYKKPSEVVMEVGFAGGGALLDFASNLTATSLLGLSPQQTYQELLGLQESRIPFDVVTGKRLYSNMLIWALEVTTDKTTENVLSAVLTLREVIISRTQQITVADKTNMKEGASTSAVQNSGNKTTKPPDTSLLKSITGNVASLLGGG >WP_060613079.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >EIW9104513.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >KSX31450.1 lipid A export permease/ATP-binding protein MsbA [Klebsiella pneumoniae] >MBD0875028.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >MBD0879604.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] >MBD0885730.1 lipid A ABC transporter ATP-binding protein/permease MsbA [Klebsiella pneumoniae] MQNDKDLSTWQTFRRLWPIIAPFKAGLIVAAVALVLNAGSDTFMLSLLKPLLDDGFGKTDRSVLLWMPLVVIGLMVLRGITSYISSYCISWVSGKVVMTMRRRLFGHMMGMPVAFFDKQSTGTLLSRITYDSEQVASSSSSALITVVREGASIIGLFVMMFYYSWQLSLILIVLAPIVSVAIRVVSKRFRNISKNMQNTMGQVTTSAEQMLKGHKEVLMFGGQEVETKRFDKVSNKMRLQGMKMVSASSISDPIIQLIASLALAFVLYAASFPSVMDTLTAGTITVVFSSMIALMRPLKSLTNVNAQFQRGMAACQTLFAILDSEQEKDEGTRVIERAKGNLKFENVTFTYPGREVAALRNINLDIPEGKTVALVGRSGSGKSTMASLITRFYDVDEGQILLDGHDLREYKLSSLRDQVALVSQNVHLFNDTVANNIAYARTEEYSREQIEEAARMAYAMDFINKMDNGLDTIIGENGVMLSGGQRQRIAIARALLRNSPILILDEATSALDTESERAIQAALDELQKNRTSLVIAHRLSTIEQADEIVVVEDGRIVERGTHHDLLEHKGVYAQLHKMQFGE >XP_021776778.1 disks large-associated protein 4 isoform X3 [Papio anubis] >XP_023076333.1 disks large-associated protein 4 isoform X3 [Piliocolobus tephrosceles] >XP_028683083.1 disks large-associated protein 4 isoform X3 [Macaca mulatta] >XP_045218852.1 disks large-associated protein 4 isoform X3 [Macaca fascicularis] >XP_050662984.1 disks large-associated protein 4 isoform X3 [Macaca thibetana thibetana] MKGLGDSRPRHLSDSLDPPHEPLFAGTDRNPYLLSPTEAFAREARFPGQNTLPGDGLFPLNNQLPPPSSTFPRIHYNSHFEVPEESPFPSHAQATKINRLPANLLDQFEKQLPIHRDGFSTLQFPRGEAKARGESPGRIRHLVHSVQRLFFTKAPSLEGTAGKVGGNGSKKGGMEDGKGRRAKSKERAKAGEPKRRSRSNISGWWSSDDNLDGEAGAFRSSGPASGLMTLGRQAERSQPRYFMHAYNTISGHMLKATKNNTTELTAPPPPPAPPATCPSLGVGTDTNYVKRGSWSTLTLSHAHEVCQKTSATLDKSLLKSKSCHQGLAYHYLQVPGGGGEWSTTLLSPRETDAAAEGPIPCRRMRSGSYIKAMGDEDSDESGGSPKPSPKTAARRQSYLRATQQSLGEQSNPRRSLDRLDSVDMLLPSKCPSWEEDYTPVSDSLNDSSCISQVREAELSDQYEAACESACSEAESTAAETLDLPLPSYFRSRSHSYLRAIQAGCSQEEDSVSLQSLSPPPSTGSLSNSRTLPSSSCLVAYKKTPPPVPPRTTSKPFISVTVQSSTESAQDTYLDSQDHKSEVTSQSGLSNSSDSLDSSTRPPSVTRGGVAPAPEAPEPPPKHASLKSEQGTLTSSESHPEAAPKRKLSSIGIQVDCIQPVPKEEPSPATKFQSIGVQVEDDWRSSVPSHSMSSRRDTDSDTQDANDSSCKSSERSLPDCTPHPNSISIDAGPRQAPKIAQIKRNLSYGDNSDPALEASSLPPPDPWLETSSSSPAEPAQPGACRRDGYWFLKLLQAETERLEGWCCQMDKETKENNLSEEVLGKVLSAVGSAQLLMSQKFQQFRGLCEQNLNPDANPRPTAQDLAGFWDLLQLSIEDISMKFDELYHLKANSWQLVETPEKRKEEKKPPPPVPKKPAKSKPAVSRDKASDASDKQRQEARKRLLAAKRAASVRQNSATESADSIEIYVPEAQTRL >WP_200650920.1 CvpA family protein [Paraburkholderia aspalathi] >MBK3837383.1 CvpA family protein [Paraburkholderia aspalathi] >CAE6705958.1 Colicin V production protein [Paraburkholderia aspalathi] MFTAFDYAVMAVIGLSALRGTWRGFLSEIFGLIGWIAAFFIACRFVGYVVPFIPATWPGGALTQWLLAFALVAIGVVLVASVLNALLSRIVQASGLSGVDRSLGLMFGLVRGVVLVLVLVALAGLTELPQQEFWRNALLRPYAVEGVHVMKPLLPETLAAYVRV >WP_267560498.1 hydantoinase/oxoprolinase family protein [Actinoplanes sp. Pm04-4] MSIRLAVDIGGTFVDAMELDTRTGKVRFRKASTTPAHPAEGVLNAIAALGTDLSEVELFIHGTTLGLNAVLERRGGNTGIITNEGFRDIFLIGRGNVPAAHMYDFRYQRPESLVQRRFTAGVTGRLDYKGNVVDELDPESVRAAARELVENQGVTSIAITFLHSFLDPTHEREAARIIREAYPEVSLSLSTDIVREYREYERTSTTVLEAYIRPIFERYVDELEKGLADQGFAGRFLIMRSGGGSMTGAVAKTSPTHTVLSGPAGGIVGAAYLASELGRDNMLTFDIGGTSLDACVIEKGSAVAAYEAQLEHFPLLIPTYDIRTIGAGGGSIAWLDRGLLKVGPQSAGAAPGPVCYGRGGTQPTVTDAAVVLGFMDPERFLAGTMGLADEAARDAIREQLAEPLGLSVPEAAAGIFDVLLAKTVGAVRQITVERGHDPRVFSLLAFGGAGPLLAPLLAREMGIGEVLVPFAPSGFSAWGMLSADIVNDFSRTVMTTLDGADLAALEPLFKETEAEAIASLTAQGVPAGDGVLERQFELRYLGQEHSLMVTVGSTLDAEAVRAAFDEVHHARYGHTMSNPLQILNLRVRGIGRTSRPELPLIESGGAATPRTRREAFDFGARAIVPFDVYDRADLKAGHTFAGPALVDEGTSTTVVPSGQSVTVDEHGYLHVTLEEAAQ >AGQ38940.1 hypothetical protein J450_07410 [Mannheimia haemolytica D171] MLDVGYQGIVVAGVGNGNMNAENLALFRGSQQYF >WP_108677987.1 hypothetical protein [Vibrio vulnificus] >MBN8140251.1 hypothetical protein [Vibrio vulnificus] >MBN8149522.1 hypothetical protein [Vibrio vulnificus] >NIG89319.1 hypothetical protein [Vibrio vulnificus] >PUZ79195.1 hypothetical protein DC357_20910 [Vibrio vulnificus] >HAS6387952.1 hypothetical protein [Vibrio vulnificus] MDFYSLDERAIKREIDYKNEEISKADVVFSWSCTTKRSFEDKFFEIFILAFMPLLLVFLGSDIYLFSFVLVMSILMDLYFRFTLHQPRSFYYELTKVGVRYTVEENVHEFFYKFSRAGGGVIIAVSMLAMIFVGPTALAGVGAWLLHAKLMSNHRKLKEYKKHILPNSFHIRYHRARQEIAFNPKYEKEMMSIGIYDFLTIGDVYISPNKLHQLIFYVKKEFDVIDIKEVNNYKDLDMYCLD >HBS1873186.1 L,D-transpeptidase family protein [Klebsiella pneumoniae] MKRKTMITLALLSALGASTAAWAVDYPLPPDNSRLIGQNQYWTVQEGDRNLQAIARHFDTAAMLILEANDTIAPVQPKPGTQVLIPSQMLLPDVPREGIVVNLAELRLYYFPPGENQVQVYPLGIGQLGLETPEMTTRVGQKIPNPTWTPTAGIRARSLEKGVTLPAVVPAGPNNPLGRYALRLAYGNGEYLIHGTNAPDSVGLRVSSGCMRMNADDIKALFSQVKTGTPVRIINQPVKFAVEPDGKRYVEVHRPLSQTEGENTRTIAYTLPAAFHAFAEDKAVDDLQLKKAMSRRAGYPVVVSAGAGSTATSLSAQNSSSDNGLLTQ >EPB66139.1 hypothetical protein ANCCEY_14770, partial [Ancylostoma ceylanicum] MAEVSAMSDLELVLDRMSSEYPALVMETFLSIQIRLSVPYRVIVTQSVLSQEGTHHKGTVQLPLPPSGLPYSAKSVVAVEDLLVFWWYPEKESLVIFLRLPPLFITKLGFDDDLSNDNAFIEELSNLRDGSSQDDESLSLFVKAFTLFATKNILEACDVMKPLLSKSESDLTALVYTFLKYVIDQPVGSQPEKGLNKKRIVVPTKVLVSSLSDSRTGSSILTEMTERVAVAIALWQWECIREDRAEIMEQVIKRLEQICSVPYGCESTIYSALSIIHHLPTACIQTIRELMRRAVDKEAKQRLVQLCADLLLTFMNAVETHRRNVPVTATNELQWTTGTISDAYFLA >XP_013957138.1 hypothetical protein TRIVIDRAFT_60249 [Trichoderma virens Gv29-8] >EHK22934.1 hypothetical protein TRIVIDRAFT_60249 [Trichoderma virens Gv29-8] >UKZ47984.1 hypothetical protein TrVGV298_002220 [Trichoderma virens] MSTVSPFSSKDSFATALEAVLNSPDASLEAALLNIYTKESVITVNQKRMTWDEFLPYLEAIRARLASVEIKSHHLLRDGNMFSERHTAYGHGKDGTETGAEAMLMGELNEDGKAIWLEEIAVLRSDADSASSEAS >WP_087214971.1 DUF1934 domain-containing protein [Enterococcus cecorum] >OUQ10387.1 hypothetical protein B5E88_06440 [Enterococcus cecorum] MKLAKNGIPVSVKLRTKISQDNHHQSFLHESMGQAVRVGENWYIRYEENGEEQQPITVMIKLTSEGSIHLTRNGIQKTKLIFHPKLVTQSNYQTPYRIMVLTNQTHQLSVHFAEEPLSGKVDIYYELFSGEENSIGKYQLHLEFKEI >MPZ95749.1 response regulator [Propionibacteriales bacterium] MSSPETAPGLRVLVVDDEVPALEELAFLLGRDHRIGEVLTSSSGTGALRVLESEQVDALFLDIAMPGLSGLDLARVLARFRTHTPVVFVTAHDDHAVDAFELHAVDYLLKPVRDDRLAEAVRRVVDTTSGDEAGDEDETIPVELGGVTRFVSRSDIRYVEAQGDYARLHTADDSHLVRIPLTTLEERWKDAGFLRIHRSLLVSIDHIDETRSEHGRYSVVVDGTVLRVARRHTRHLRDVLVRQARLGRP >WP_050658900.1 GTP cyclohydrolase FolE2 [Gallaecimonas pentaromativorans] MTHALPDVSLSESPLNASALEWVGMEGIDLPITLAEPGYRRQLHAKVDMQVDLPEPGIKGIHMSRLYRLLEPLANGRALLPGRLRQLLRAMVASHGDCHSSHARLRLHFSLLVRRAALRSDGLSGWKAYPMVIDASLVGGQVALTSQVTVAYSSTCPCSAALTRQLQEQGFLAAFAGQGLLAPETVAAWLRQHGTLATPHSQRSLAEVSVSHSSGAGHFGLLGLIDTIEQALATPVQTAVKRADEQAFAALNGQNLMFVEDAARRLQGALAHYPAAKIKVRHMESLHPHDAIAMAG >CAD1480127.1 unnamed protein product [Heterotrigona itama] MNKHKSNQVKLMKNKSSKEKYIPSKALYKQKYTTPLKRKTRKNEYNAEEEARLEKIAFGDPSGIINNILNNENLENVKNDNDVSVFDNASNDSIGEIEISQEYSKKAAWVDEDDIKCSIQDAAKIQNRKIADVPEKLYKDYLSNKYKKIVGNPKWAKLEKSDDLDNEILKHSCHLEKPKVKNLPKSIIDIKALSPINKETHTEGPIVSSVEFHPSSTVALVAGSSGILSLFQVDGIENNKLHTMQYEKFPISTAKFLKDGTEVLIGSQYYAHCHSYNLMSGKTYRMLLPSGLTNIQKYEVSPDGKILAICGRSGEIFLLHSLSKELITTLKMNARCRALAFTPDSNTLITHGDSNEMYIWDLNNRVCIHRTIDDGCLSCASIAMSPNGQFLATGSKEGVVNLYHTKTVLESRNPVPLKTVLNFVTSITNLKFNPYSEILAIASGKRHNGFKMMHLPSFTVFSNFPTYQTHLSMPEAIDFSPSSGYLAISNKSFSAFLYRLKHYRNY >OKZ56768.1 hypothetical protein BHV99_03735 [Clostridium sp. 26_21] MEHWSVEDYKNFANNKIKKSKYRANKTSIDGHTFDSKKEADYYCELKLKLQAKEINGFCLQPTFMLAPGLKYKADFIVFNTDNSYDVIDVKGVRTKEYITKKKVFEDKYNMKITEI >RBR02939.1 hypothetical protein FVER53590_01267 [Fusarium verticillioides] MSSMMFLNRAGARGIRSVAQTQQMRTAATLATFKTPKVFNEPNHHYAKGSDQREGLTAAIEKLQKKLPIEVPVVVGGKQIKASALSKQQNPADHATTVASYHTATTADVSAAIDAALAAKPAWEILPFADRAAVFLKAADLISTKYRYDIMAATMLGQGKNAWQAEIDAAAELADFLRFNVHYAEQLYNTQPEHNSPGVWNRLEYRALEGFVYAVSPFNFTAIAGNLPGAPALLGNVVVWKPSDFAIASNWLVYQILIEAGLPKDVIQFVPGNPVDITKVVLEHKEFAALHYTGSTAVFRQLYGTIGQGIAEGRYRGYPRVVGETGGKNFHLIDPTAEIDNAVKQTVRGAFEFQGQKCSATSRLYVPKSMWPEFKEKLVAEVEAIKIGNPTEHSNFMGPVIHEASFEKLSGAIDEAKSDKDLELVVGGKYDSSKGYFIHPTIYATTNPNHKFFSTEFFGPILTTYIYDDAAPNAMADVCKLIETTSDYGLTGAVFAADREASRFAEEHLRNAAGNFYVNCKSTGAVVGQQPFGGSRASGTNDKAGSQNLLTRFVNVRAIKEEFTPTTKITYPSNEV >WP_164653811.1 sigma-54 dependent transcriptional regulator [Thiorhodococcus mannitoliphagus] >NEX20703.1 sigma-54-dependent Fis family transcriptional regulator [Thiorhodococcus mannitoliphagus] MTSQPLESRGFDRPGDDRPAPDAGDSILIVDDEPGMLSFIEHSLAPHFARVETAADADTARTLARDLHFDLMIVDIRLQGSESGLALAREIRDRHQADLDVIFVTGYADIYDEIDALRDASADVLRKPFLADQLLTVIQRARERRRVAHERALTQREQDRRPVAKRIVGESESLKEIWRTIHRLAPMPSTVLIKGETGTGKELVARALHDLSDRRGSYVPVNCGAISADLIEGELFGHLRGSFTGAHQARNGLFSHADGGTLFLDEIGEMPLPLQAKLLRVLEERRYRPVGGNQEIPVNARVIAATNRDLAAEVLAGRFRKDLYYRINVVDLRLPPLRERRGDIPFLAGYFLNVLSTELGVPNAELSPWDLEQLMGYDWPGNCRELRNVIERSLLLGKPVAQLLCITPPQAPGASESALGSGPASLERVQRAHILSALAAADGNKTVAARALGVSRKTVERKLKDWSQPDNVSEAD >TYG81953.1 hypothetical protein ES288_D01G046900v1 [Gossypium darwinii] MANSNLPRRIIKETQRLLSEPAPGINASPSEDNMRYFNVMILGPTQSPYEGGVFKLELFLPEEYPMAAPKVRFLTKIYHPNIDKLGRICLDILKDKWSPALQIRTVLLSIQALLSAPNPDDPLSENIAKHWKTNEAEAVETANEWTRLYANGA >GEU53557.1 DEAD-box ATP-dependent RNA helicase 53-like [Tanacetum cinerariifolium] MNSLIRCSSITKLTALASLQHIIFRPILISSSQSLFPNTLTQTFTSHDAHKVSTTSSFHTTPWFNVRASAVLSQSAGVAFAAETGSDEDDTPSDGLEVSKLGISQEIVNALAKKGITKLFPIQKAVLEPAMQGRDMIGRARTGTGKTLAFGIPIMDKITRSIHKNGKGRNPQAIVLAPTRELAKQVEKEFHEAAPNLSTLCVYGGVPIQRQMSTLDYGVDVLVGTPGRVIDLLKRGSLNLSEVQFAVLDEADQMLNVGFADDVETILEYLPKERQSMMFSATMPSWIVKLTRKYLKNPLTIDLVGDSDQKLADGITLYSLVAETRDRPSVIGPLITEHAKGGKSIVFTQTKRDADRLAYAMNRHFGCEALHGDISQNQREKTLSGFRDGRFNVLVATDVAARGLDVPNVDLVIHYELPSSSEIFVHRSGRTGRAGKKGRAILIHSSMQMRDVKGYEREVGCRFVELPQISVDASSRIELGGGFASSGGGRFGNSGFGGSSNGYGGGRTGGRFGSSGGSTYGRSSGSSTYGGSSGGSTYGRSSERVSDFGDRGGNTRSSGFGKFGSDRSSGFGNFSGSGGRTGGGFGSFGKE >WP_274755179.1 ATP-binding protein [Comamonas aquatica] MFKVFSQRLYLRIWLAVVGGVAVLTLVVGWAWRVAEEYNASNNAQQTNNARELVIRDGQGQILLQGPFERIRRPGADGVVFNIEGTDGQTYHLEMAPRAQPGGGNPRERAGGGRPPPGHGGQDWAFWLRPPFGFLWLLGLIGLVVVVGVFPIIRRLLKRLENLQRGVQRFGEGDLSVRVPTEGRDEVADLARQFNAAAGRIEALVQSHKSLLANASHELRSPLARIRMGLELMGGDCASVAAAKAEIQRNIAELDQLVDEILLASRLESPEVDVGTMEVLDLIGLAAEECARVDADLDVEATEGLEVPAIAKLVRRALRNLLENARRYSHGEVSLTLSREGAMAVIRVEDIGPGVPPAQRERIFEKFYRLPGASERSGGVGLGLSLVRSIAQRHGGSVRCEDRRDGRPGASFVLRLPLQAAG >WP_003642885.1 MurR/RpiR family transcriptional regulator [Lactiplantibacillus plantarum] >MBJ7522901.1 MurR/RpiR family transcriptional regulator [Lactobacillus sp. CRM56-2] >PNW64629.1 RpiR family transcriptional regulator [Lactobacillus sp. ATCC 15578] >AMR21001.1 RpiR family transcriptional regulator [Lactiplantibacillus plantarum] >ARO10690.1 RpiR family transcriptional regulator [Lactiplantibacillus plantarum] >AXQ26153.1 MurR/RpiR family transcriptional regulator [Lactiplantibacillus plantarum] MTSVLFTIHNRLENFSKAEQKIGRYILDHTNAVIKMSTAELAAATGVSTATVARFGKTLIPDGGYPALKLRLSAESTVDQTLYDEINPKDSLDAIKSKLALRITHTIDETNRSLDDAALQAASQLIADKASVYVYGLGASNVVATDFEQKFIRIGKAVIHSQDPHLLAVGMTTQRQNVVLLLISNSGEKSESIRLANLAHSINIPVIVLSRNATSTLGKLADIILINDDSEENQTARAAATTSLMAQLYVVDLLYYTFITNDYE >WP_222018129.1 TonB-dependent receptor [Pseudomonas sp. AO-1] >QXZ15162.1 TonB-dependent receptor [Pseudomonas sp. AO-1] MNLSRLALPLFLLPTANTLADTFERDQALKLPDTLISANRQVEARNDSSAANTVFTREDIDRLQPGSVTDLLQRVPGVQVAQAGGRGSLPGIYIRGTQSAQSLVLVDGQRIGSSTSGDSNLQHLNIDQIERVEVLRGSRSVIYGSDAIGGVIQIFTRRGNEQGLQPRLHVGFGSNQTWERSLGLSGGDDKTRFNLGASLDDTAGIDRTHESYPSDSDHDAYRNKSVSLSLSHALTDDIEVGANLLDNRGKSEFDNPFGRFDTSTFESVQQQPYSDFNVSSVSSYVDARVNEIWKTRVEFGHSENREKTFDKLSDERTVFNTYRDSVNWQNDLTLDARNSLLLGGDWYEDRVNSSTAFNEDSRWNRAAFIQHRYQADSFSTELGLRHDDNQQFGSQNTWSGTFTLPLNPDNDLLLSYSEGFRAPTFNDLYYPDFSNPDLKPETSKSYELQWRSQLTDSSRLEASIYRTDLQDAIIFGSNSRPENVASARINGFEAALKQELFGWQSNLGVAIIDPRDRDTGHTLARRARRTLSWDLDRQFDQIGVGASWQAVSSSYDDLKNENPLGGYALFGLRSSWALNREIKLDLKVDNVFDKGYSRANYSYDGSRYGYREEGRVWMFGVTWTPGLN >KAJ8608448.1 hypothetical protein MRB53_039613 [Persea americana] MSWICSRGHWGALPQRHLPAIDSFGDNLHERVNREIGLLAGPRRSPGSVSASPCIGSSHEHSIRTAVIWFLRHIFPDILSGCIDLEGQAAPLTFESHASKCRLLTVDVSKRLAAMLQNTTSFLSSLPSRKNVDEIDRTAHSSIAAYRLRFYG >WP_063477675.1 DUF4275 family protein [Paenibacillus glucanolyticus] >KZS45190.1 hypothetical protein AWU65_04195 [Paenibacillus glucanolyticus] MDSSNYRNEINQMLDSLPEEELRKVFWFVNVTLGKHLYNKNLLDKGVVILELIEEAKEIIDLWDRAFAKNISDEIKKEIHYHQYKWHIFSYKKKECLEGEAARDAFDILTKNELYVMYQNSPDIVFEYKKAKDVVSANFDSEQDIYIFDKSFKWTYVHTHESMCGPYFYKK >PPE01392.1 hypothetical protein GOBAR_DD01573 [Gossypium barbadense] MATAPSTKLTPLLKDELDIVIPTIRNLDFLEMWRPFFEQYHLIIVQDGDPSKKIRVSDGFDYQIYNRNDVNRILGPKASCISFKDSACRYPSGKEINVLEQHIKNLLTPSTTHFFNTLYDPYREGADFVRGYSFSLREGAPTAVSHGLWLNIPDYDAPTQLVKPLERNTRYVDAVMTVPKGTLFPMCGMNLAFDRELIGQAMYFGLMGDRQPIGRYDDMWAGWCMKVICDHLGLGVKTGLPYIWHSKASNPFVNLKKEYKGIFWQEKAIPFFQSVSLPKECSSVEKCYLALAGEVKSKLGEVDPYFIKLADAMVTWIEAWNMVNSPGEKPAMTSLPNATSKK >MBE8398245.1 adenosylcobinamide-GDP ribazoletransferase [Leptospira borgpetersenii serovar Hardjo-bovis] MIRSIIREECNRFCASWTFSTRLPIPPFCVYSESTASRSTRYFPLVGWIVSVRASFCTYFLSWILPVEISVVFGMILGILSTGGLHEDGFADVCDAFGGGWNKEKILE >XP_044006408.1 uncharacterized protein PF11_0213-like [Aphidius gifuensis] >KAF7997464.1 hypothetical protein HCN44_006035 [Aphidius gifuensis] MMNDKKIEDKKKYVFFTDPDVVAKRAEAASASTLNNRFFSSNDNKPLTKTHECQLQPHPFTFITAVKRKLAIAAEHELNKQQQQHQQQQQQQQHIPDNISTLNIDKMDFIKPLKVPDMKISPKNMDYSPRLSQKSQKISLAHRKLDFSQSEGSSFITSDEIEQLKTPDVSFTSSINKKKDHTRDNNTKEKENRTKKLKNDDTSDNFKRRLIKHTSRKDYDDIQNKIKKNLSKDNDFNDYFGKKTKQKILATTTASSSSSSSPSSSPPPPSTTSVAAATLATTTSTTATAMTTTAAATTTTSTSTTTTSKKDDDRKLKSTSLHSIKSRDRSLESRSRSYSSESISDRNFKTRNNEQINHKYNDDFTKQRISSKKQFDTKKNDKSNFKNSKNNDDLNDSLDCRIKDIDKSQQTGSTNSIDDIFMDPRRISFRDDSYSTQDEFYNLTTPDMNLLYRPRKRKDTRIIQEQLQDDLQIGTNKKNIDDDKNINLRHPTALHMQFQAELHLFDSYNQSLQQVMDVENCLYNVQQEKSRELTDDKTNEFINQTNELIEPKKIAKEVQTQTANDIATQTDICIKKKQHPSITYSRGDLNQLSLGSIDEYDDFENIDKLKKMRTMSEISLHETTSSIKTETGTEISISTRDVTCSFNKYLDLEMVQLMKDEEQMYDKIELLFKSREKTLNDRTRKLVKLEEQKKALRDTGQDSRISSVKKKQRALLLKLQQEKDEMNRLKELHKLASQERKLMLQKQRNMFNPTMSTKNILTKLKRTADCQSPRRLSGPMKGYDIRSNSSISSLVDSDKSHIEKTKQSFNKNLQDSTNSSQIDSPKKFEVRKGKFEEKMPKVDSLKLRCHQFDIDDKINQTKQGDNFINNNNNNSINNNINNNNNGDCQEQKSESDTLVEDLTRKKMIDDNDDMTKKSKTTQIKLQNIPENNKQINKRKNSKSIKNKSSINVLSENILRQKTNILNNDDTIRSHKRTNNKIDKNDDENYKLSKNSILEELDMNESQNSIQTLVKHSKALKEKNCRLLKDISNDDEDVKENYLNDSKDITGEIDNDDDDDVQNLGNISTRSQVSTLTISRHSSGDSEKSYSRSVVIRSQDHRFKAPKKFEQEAKVVARQNCVEDWIAWHARLKARENRVARMEEATYKLFNASNPASYNDVTVSSDASEVAGRVELLSEELAEKKAVLVKLSKKQTKQKLKALEADLLNKIKKYDTTINEMQKKIETNRVVSKKSGKLAIEAKALADVKVPEIPIKRIQELYKNNDLLRSRSESDLLVNYTNPKTQTTDKTKKPSIRSIESILSERKNISQIKSSSNIDDESKNTKKYTDNTMTTTTKTKTRLTDELKNSKSLTNKIDYGHINNNESLDDPISTLKNDLKTLSEIMSNFSKKSDEKLRSVILTSVHEETPKSTSRDITDDLLKSSQTTSTIEPESIPEILTYNSNNKKSTDTTSSLILQNNIDNNDTNDVLSINLNKDNDTSSEITSVDVTEVISSIIPSQECTKISEEIDFTARSKAMLSEIEKSIILDKSLVNNGGKNLELSGAKLEKSMDDLHKENEALSSDFNIIEGDIQSISEIISKMSENNQSLSDYKCHQSNKQSLIENINSFIEDESNNHEIISEKDVNISHDSQDNLSVDKQSETMTSIDNNYDNDEVEIEEEIEEEIEASEINEAGNESSLESTKISHHENSSKIHENSKNESDWTISDSFEIQQDHSNIINNSNEQQIELNFDNNNKLIKNINNSFNYQNFDNDIDASYFVPNCESTNIGNTMLNDQETDLSIMIQQNTSQTDELDDILEIIENDCKKMELKNREKIITNIDNVPGELQLEIKNNIGVPVYSPELSLTTDVEPALKKLTEVLRSVERNIEKRTQSIETEKQGDIQDPVGSESTENDIEQITSKSTDTNNQCKNKKVSFSDKIILEIDFKDKTLVETNIDEKIEINRHLDEALDRLSVSEDNDCHHENLNDSNDTFITNDCNENDVIFKKPINKIQEILRDPEYEDISEESMEVSEILDRSISSSSHKSSKIPDKYEKIVRTDDVLRILDEISQKKDNNLSCIPQDLSKIPSLSYENNQTTIENIDETKSINDYIINETEKIDKIDDKSFENLRNIEDTTDDSSEEQETPREISEINMDSPRDQNSSRLDIETLDDDLLTPISPENTNNKLEYHTARPQTESEKDIENMIDKLRASLNTPGLDVAIIDARLLRIEELQIELQIKKLEAEEVSYYLREIPNKPPPPYTPPGGPKTSSRLKNLPSTVIPNNIDELTNFTEKATMFIYHEKKCGNDILMLDAPEEICETTTTNNNTSNTDDKIIDKNIKDDKKIYNTFLFDLCKETVADIYQSEYEKPGPSWTKPNYKTKTIIKLPKNIDELNEHVCKEVATLFGFKTKMQRENMVMRWSRKKGDRVDELLAREAQAEEDEWTKFHHDELAVKNELTIAIFNTLIMETTSVVKAAYAKKRKVIV >WP_218283561.1 G5 domain-containing protein [Crassaminicella indica] >QXM06868.1 G5 domain-containing protein [Crassaminicella indica] MEIPFRSMKFLTKRNFMILISVLVISFFYASHALTKEVVIKDGDKEVKVEGIFFHVEDAVRKGKVALHPHDQLSEPLKGKVKNGMIIAIKRAYPVNIQVDRKLKEIMTANEKVKDILDEYHISVGEKDIISPALDASVKKYETIKVVKVEEKVITKKETIPYQSVIKYNDKLEEGKTKIIKKGKNGSREAKYKVVYEDGIIVSKELLEENILTEAEDAVIEKGTAMYIATARGKLRVKKVIKMTATAYDATFESCGKHPSHPEYGITRSGTRVRPGVVAVDPRVIPLGTKLYVKALDGSKDYGFASAEDTGGAIKGKRIDLYFESPRDVARYGKRKVLVYVLD >OKH85141.1 MFS transporter [Mycobacterium sp. ST-F2] MSAPIQSGLRRVVLASMAGTVVEWYEFFLYGTAATLVFSKVFFGQSGSDLDAIFAAFVTYAVGFVARPLGGVVFGHFGDKFGRKTLLQFSLLLVGSATFLMGCLPTFGQIGYWAPALLVVLRFIQGFAVGGEWGGAVLLVAEHSPAQSRGFWSSWPQAGVPVGNILATVVLLTLTKTLSEPEFLSWGWRVAFWLSAVVVLVGYYIRTKVTDAPIFVAAQQEAERVKASSLSVIEVLRYYPGKVLTAMGLRFAENIMYYLVVTFSITYLKVHAGVSTSLILWYLLVAHAVHLVAIPLVGKLSDRIGRRPVYLIGTLLTAVWGFVAFPMMDSKHYFVIMSAITAGLVAHAFMYAPQPALMSEMFPTRMRYSGVSLGYQVTAIFAGSLAPIIAVRLLKDYHSSVPIAIYLAGACVVTLVALAFARETKGIDLADVDRADSERAAVG >XP_022457077.1 uncharacterized protein KUCA_T00001029001 [Kuraishia capsulata CBS 1993] >CDK25062.1 unnamed protein product [Kuraishia capsulata CBS 1993] MGETTNHHHHVVTRVNRPLPELEKDTEEHGSPPQHHHHVLEHSNDNGQVHHHLVHHGLTKDSKESLESCDWNQFCHPLDLHGGIVDATVLDNFLECCYEPHRPEPEISHLHEAACALDCDLSELEKLLFTSCPIASNTADKEVECNSQGLGCTECDLNRMGICCSEESCGMECDECSKCGAECEFEIGNQKSLFRSESVQCQWEEGPIRCRRVFATTGELHNHIVEDHIGSGKSQYQCRWAGCSRHGRTFAQKQKAVRHILVHSKDKPFGCPSCNKTFSTEVMLEQHVRTHTGERPFVCGTCGKQFKTSSSLCVHTRIHTGDRPIRCKWPGCTKSFNDSSNLSKHYKTHSRKFKCGECLKSFHFESDLASHYRMRHYAEKVEIKTEAKTEVKTEVKNEVNTGIRRNLLDGIRV >WP_162500151.1 NAD(P)-dependent oxidoreductase [Bradyrhizobium vignae] >SPP93456.1 conserved protein of unknown function [Bradyrhizobium vignae] MRVGIIGVGLMGHGVAKNVVARGGFPLAFLDHPGNQPVDDLIGLGAKACKTPGEIANASDVIILCVTGSPQVEAILTGETGVLSRLRRGTIIVDCSTALPDSTLRMAAAVEAAGGRFLDAPMTRTARHAEEGTLNLLVGGDEADLRSVRAVLASFTENVEHVGPVSFGHRLKLLHNYVSIGFMALLGEAAAQAAEAGVDPAIFVDVLAKGGGAGVALQRMAPAIVTGDVGAVPFFIGNALKDISYYQTMASHSGASKAIADGVGAAIAAVVESGHGQAYISDLARLFRKTKSAA >XP_050030289.1 protein TsetseEP-like isoform X2 [Dermacentor andersoni] MKYFSVIAITLALVVQCSLAEQEPDPVENVDQLRVVYPNHWPAQSWPQPWPQPWPQPWPQPWPQPWPQPWPQPSPRPWPQPEPRPWPRPEPLPEPGPSPLPEDSTPTAPEPAENVDQLRVVYPKPFPPRPSPQPWPQPWPQPWPRPEPRPWPRPKPLPGDFTLKDLLEVDISAEEESKTRKRRAILPRPKPWPRPWPKPFPRPGPEPWPRPFPRPWA >MBV9229016.1 tRNA uridine-5-carboxymethylaminomethyl(34) synthesis enzyme MnmG [Chloroflexota bacterium] GPAVQALRAQCDKQAYRLAMKFVLEGQPNLELKQATIMRLLSSTGDDGRSVITGVVTNNGWQYEAGAVILTTGTFINGRLVVGEKTQPGGRAGEGPALGISDSLRGLGLEVRRFKTGTPPRIDARTIDFSKTEPQPGSRVPLYFSRAVSAREDIQLPGTRPNPLYPVTEEDLRGWRPQLPCYLVRTTARTHQIIRDNLHRSPLYTGIIEGIGPRYCPSIEDKIVRFADKSAHQIFLEPEGWRTGEVYVQGMNTSLPEDVQLAMLRSIPALEYAEMMRVGYAVEYDYVPPEQLLTTLETKVVSGLFLAGQINGTSGYEEAAAQGIMAGINAALHVRGEEGFVLGRHEAYIGVLIDDLVTRPMSEPYRLHTSRAEHRLLLRPESADLRLSDYGYKFGLIDAGRYAQVVQKREAIQRTLVRLDSVMFTSSRLVESRAQEVGIAPLGQMLSARDLLRRPEVRYQQVAQLSMCMEAERSEPISRSESLSSLPTLSDEVAEEVELQVKYESYVRKQEQMVHRTQRLEEMHIPDALDYQQVKHLRTEARQKLTRTRPRTVGQASRVEGVTPADIAILMIYLEKLRAIKVSS >EDL37908.1 mCG56968, partial [Mus musculus] RLDKFRARPQERGRESQLHRQTLLDRIADDEAVDWSDVFLVTKETSRPFMNLLIAPGLVFPLWLAYGRDICDRELPTLVKGHKTTSFE >WP_208909738.1 LacI family DNA-binding transcriptional regulator [Levilactobacillus sp. HBUAS62285] >AYM03327.1 LacI family DNA-binding transcriptional regulator [Levilactobacillus brevis] MTTIKDVARLAGYSPATVSRAINHSGYVSAAAAAKIQAVIAQLDYVPNDIARDLSQGRTVNVGVVVPHLNHPYFTQVFNGILTAAFAADYNVVLLQSKYDADLERGYLEQLHRKAFDALIFTSRAIPLAELAAAQKYGPIICCEDPGDYPLAAAYSQRTAAYQAAFRWIQTQGYHHIGLTLSRSDKLSATTRLTLATYATIFGHAPDPDLVALGVTTFADGYQAAQTWAAQASQPDFIFSNGDDIATGIRQFYLDHQLAVPPLMGQENQLSGRLLGLPTIDHHFQQVGAAAFHLAASRQVTHVPVAAELILR >MBK6659833.1 (2Fe-2S)-binding protein [Pseudomonadota bacterium] MPVINVTVNGTRYEENVPERLLLVDFLREQLALTGTHVGCTYEGVCGACTIHLDGEAVKSCLMLAVQADGHAITTIEGLGGDTLSPLQQAFTDNHSLQCGFCTPGILMNMSDFLRDNPDPSDDEIRRGLVGNLCRCTGYVHIVRAVREAARAMREQN >WP_251511058.1 SepM family pheromone-processing serine protease [Oceanobacillus luteolus] >MCM3739150.1 PDZ domain-containing protein [Oceanobacillus luteolus] MKLSKKRIIFYVIILVCVYFFAVYRIPYYIQKPGNTEPLNPIVEVDGGHASEGEMHLVTVSGLQATPLQYVLAKVLPHNEVRPLHEVIPEGITPDDYMHGQLQVMESSQEASLVVAYESAGKDITIDYVGVYVVGVVENMPSFGKLEMGDRIISLDGNEIEESSDLVSYVEGKQAGDTIAVDFIRENETLSTEITLDYFPNDESRVGMGISLVTDREVTVDPEVNFSSGNIGGPSAGLMFALEIYDQLTEEDITKGYKIAGTGEIDYDGNIYRIGGVDKKVVSADREGIDIFFVPNENGRADSNYEIAKQTAEEIDSEMEIVPVDTFDDALNYLEELQ >MCA2619319.1 AAA-like domain-containing protein [Microcystis sp. M099S2] >MCA2649077.1 AAA-like domain-containing protein [Microcystis sp. M065S2] >MCA2679317.1 AAA-like domain-containing protein [Microcystis sp. M043S2] >MCA2695050.1 AAA-like domain-containing protein [Microcystis sp. M040S2] >MCA2809911.1 AAA-like domain-containing protein [Microcystis sp. M095S1] >MCA2827326.1 AAA-like domain-containing protein [Microcystis sp. M088S1] >MCA2830308.1 AAA-like domain-containing protein [Microcystis sp. M086S1] >MCA2852248.1 AAA-like domain-containing protein [Microcystis sp. M076S1] >MCA2858350.1 AAA-like domain-containing protein [Microcystis sp. M005S1] >MCA2864386.1 AAA-like domain-containing protein [Microcystis sp. M049S1] >MCA2868035.1 AAA-like domain-containing protein [Microcystis sp. M058S1] >MCA2870467.1 AAA-like domain-containing protein [Microcystis sp. M055S1] >MCA2915965.1 AAA-like domain-containing protein [Microcystis sp. M022S1] >MCA2917172.1 AAA-like domain-containing protein [Microcystis sp. M017S1] >MCA2920578.1 AAA-like domain-containing protein [Microcystis sp. M038S1] >MCA2927552.1 AAA-like domain-containing protein [Microcystis sp. M020S1] >MCA2932092.1 AAA-like domain-containing protein [Microcystis sp. M018S1] >MCA2936722.1 AAA-like domain-containing protein [Microcystis sp. M015S1] >MCA2956894.1 AAA-like domain-containing protein [Microcystis sp. M010S1] >MCA2972750.1 AAA-like domain-containing protein [Microcystis sp. M110S1] >TRT65090.1 MAG: AAA+ family ATPase [Microcystis sp. M_QC_C_20170808_M3Col] MKPQGWDEFLKHLAREYGVQGKLKEIFLVRFAYENWRKPDEEIWEMAEAASHETYKKQMTKIYSYFSADKDNGCPELELGSKGPGKFQILREWFKDIKYPQWKNHPTPIVAEKSVTDTYISRPPVESDCYQEINRPGSLIRIKAPEKTGKTSLLKHLLAQADSWGHSTVYINCQVAEKAMFASLDRFCRWFSANVSRELGLKPQLDEYWDEELFGSLISCQTYFQSYLLEQINGPLFLALDNLDRIFEYPDIARDFLPLLRCWHEEANNLEIWQNLRLAIANSTEIYIQLDANQSPFNVGRAIKLPGFSLEQLENLASSYGLPKNEDNQRFIGDLIALVSGHPYLSRLALEARVRGEKNILPNAATQGGIYAAHLRHHWDSLQKQPELLTAMGEVVNSPDKRARLEPITAYKLESMGLIQLKGDLAQPSCQLYQLYFREEQTGSGL >UMA88644.1 ORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] QVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNLEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAMTILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIXXXXXXXXXXXXXXXXXXXXXXXNKFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAPKEXIFLEGXXXXTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCXLAXXXXXXXXXXXXKGGAPXKVTFGDXXVIXXXXXXXXXXXXXXXERIXXXXXXXXXAXTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYXXXXXXXXXXKLVSXXXXXXXEXQVXXXXXXXXXXXXXXXXXXXXXXXXXXKQDXXXXXXXVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPXXXXXXXXXXXXXXXXXXXXXXXISSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSWLMXXXXXXXQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVXXXXXXXXXXXXXXXXXXLKXXXXXFQEKDXDDNLXDXXXXXXXXXXXXXXXXXXXXNLLKDXXXXXXHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARXXXXXXXXXXXXXXXXXXXXXXLSEXXXXXXXXXXXXXXXXXXXXXXXXXXSVYNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCXXXXXXXXXXRAKVGILCIMSDRDXXXXXXXXXXXXPXXXXXXXXXXXXTGLFXXXXXXXXXXXXXXXXXXXXXXXXXXXEGLCVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPEXXXXXXXXXXXCFSXXXXXXXCWHHSIGXXXXXXXXXXXXXQWGFXXXXXXXXXXXXXXXXXXXXXXXXXXXXRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_260365401.1 diguanylate cyclase [Pediococcus ethanolidurans] >MCT4397736.1 diguanylate cyclase [Pediococcus ethanolidurans] MTSNDDQKSVLYTDVCLLLFLALIGIMAILMALTGHVLLNTIFLFCTLAVLLITYFFGIIASLITNLGFIALQTIIVIYQYLDGTQTIPWGLTYWMILPLLLSVTLYFMTKNQVKLQKINGALRANIIEQGAFDDETKLRTTVAYMEDAAVFIETNKRFKLPVTTIIVKIRYFNDLKRMMGPEQLRNLLKLTSNVIKQATRDNDITYLLNNEDPTWAILLFTDTDGAQIAANRIKQAFDKQLNNSSLASLAIAMVVGVATWNPEEMKNPHDLIDAGVRKTQYDVQ >WP_238869695.1 bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Escherichia coli] >EFG5263605.1 bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Escherichia coli] >MCQ6875480.1 bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Escherichia coli] MSLAGKKIVLGVSGGIAAYKTPELVRRLRDRGADVRVAMTEAAKAFITPLSLQAVSGYPVSDSLLDPAAEAAMGHIELGKWADLVILAPATADLIARVAAGMANDLVSTICLATPAPVAVLPAMNQQMYRAAATQHNLEVLASRGLLIWGPDSGSQACGDIGPGRMLDPLTIVDMAVAHFSPVNDLKHLNIMITAGPTREPLDPVRYISNHSSGKMGFAIAAAAARRGANVTLVSGPVSLPTPPFVKRVDVMTALEMEAAVNVSVQQQNIFIGCAAVADYRAATVAPEKIKKQATQGDELTIKMVKNPDIVAGVAALKDHRPYVVGFAAETNNVEEYARQKRIRKNLDLICANDVSQPTQGFNSDNNALHLFWQDGDKVLPLERKELLGQLLLDEIVTRYDEKNRR >WP_113156891.1 FAD-dependent oxidoreductase [Nitratireductor sp. OM-1] MTQTLPSHAQIVVIGGGIIGCSTAYHLARDHKADVILLEQGKLTSGSTWHAAGLIGQLRSSASITRVLKYSVDLYKRLHEETGLETGWKMTGCLRLATNEDRWTEFRRLATTARSFGMEMELVGPEEVKRMWPLMDTSDLIGASWLPTDGQASPSDITQSLARGARMNGARLFEGVQVTGFEMEGGRIVAVETDRGRIACEKVVNCGGQWARQIGAMAGVSVPLQPVKHQYIVTEKIEGLSSDTPTVRDPDRRIYFKEEVGGLVMGGYEPNPQSWATGLPGGDVPNRFEFQLFDDDFDHFEQHMTQAIERVPALAEAGVRQMINGPESFTPDGNFILGQAPECANMFVGAGFNAFGIAAGGGAGWVLAEWVVRGEAPLDLWVVDIRRFSELHRDRKWVEERTLEAYGKHYTVAFPHEEYESGRPRIVSPLYAKLQDHRAVFGSKLGWERPNWFAPEGMDARDDYSMGRQNWFGPVGEEHAHVREKVGVFDQSSFAKYELTGPDAADALERICANHVAKPAGRLTYTQILNSRGGIECDLTVARLSDDHFYIVTGTGSRTHDFAWIEDHLPAGANARLVDVTEEHGTLSLMGPRAREVLAAVTGADVGNEAFRFGRVQEIDIAGHRVRAMRVTYVGELGWELHVPIEGTGDVFDALMDKGRAQEIRPVGYRAIESLRLEKGYRAWGSDVTPNDNPFEAGLGWAVKLRRDTPFIGREACEAASGGPLTKRLACFTTADPDAVLLGRETILRNGEPVGYLTSGGYGYTVGKPIGYGYVRAAGGVDDAFLTSGDYELIVANERFAATVHMAPLYDPPGERVKG >AFG64821.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64822.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64823.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64824.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] >AFG64825.1 hypothetical protein CL3386Contig1_03, partial [Pinus taeda] GMMVGSTMTVTGVTMRRLREDLKQQQILVETALALGASPRQAMLPHVRRAVKLALSPAIDNAKTVGLISLPA >MBN8458701.1 thiamine pyrophosphate-dependent dehydrogenase E1 component subunit alpha [Verrucomicrobiota bacterium] MLVARLLEAKLASLYKAGRIVGGVHLGRGQEAVSAALGTALLRGVDVFCPLIRDQAGRTAFGEPLLDCTRTYLGSVEGPMRGRDGNVHRGRPLEGMPAMISHLGAQISLVAGMLLARRLKGRLQGTVGATCVGDGATSTGAFHEAFNQAAVEKLPLVLVVANNQFAYSTPTSRQYAAGDLVERAAGYGVRGWSVDGTDLLACASVMREAVRLARAGDGPQMVVAHMLRLCGHGEHDDAFYVPDSARAGHYGRDCLEVAIRQLVEKQVATVDEIVAWRDQATDDVQRAVAQAQQESPPDPFREDWASISTRFPISQ >CDD38815.1 putative uncharacterized protein [Clostridium sp. CAG:299] MKKVITYGTYDLFHEGHYRLLKRAKELGDYLIVGVTTEHFDECRGKLNVVDPILKRIENVKNTGFADMIIVEDHEGQKIEDIQKYGIDIFTVGSDWIGTFDYLNAFCKVVYLERTPNISSTMLRGNAYKLIKTGIVGTGRIAGRFISEARYASGIEVSDAYNPETESVSQFKKIFSEYDITIETEDYERFLSKVDAIYIASTNETHYEYAKQALTHGKSVLCEKPLAFTKKESMELYDLALRKHVVLMEAIKAAYCPGFQQLLNVVQSGRIGQVKDVEASFTRIANIHSRERTDPMYGGAFLEYGGNVLMPIIKILGTDYRSVTFDSLDNELGTDDYTKIQIRYKDAMATAKVGMAVKSEGQLVVAGTEGYVIAQSPWWLTEKFDVRYENETIVEHYEPRFVGDGLRYEISEFIAKIRGFGEKSYKLTAEESISITGIVEKFVKSRKIIK >WP_139665379.1 HlyD family secretion protein [Pseudomonas aeruginosa] MSIVRLSKVAATFACGLLALCLALQLWQAYVLAPWTRDGRVSAQVIRIAPEVSGSVEAVFVADNQRVARGDPLYRIDPRSYRLAVRQREAELEQARETLRQRDEQWRRRMQLAGAVSREEVANAGRALRIARARAEAAGAALDQARLDLRRSELRSPVDGYVTQLRVQPGDYAAAGRTNIFIVDRRSFWVTGYFEETKLRNVQVGAPATIKLMGFDPLLDGHVASIGRGVADLNESRADSGLPQVSPNFSWIRLAQRVPVRIELDRVSAGVVLAAGMTGSVEVLQAGTARHWRLTRWLQEYL >WP_214516916.1 AMP-binding protein [Mycobacterium tuberculosis] MSESSLADLLQKAASQYPNRAAYKFIDYDTDPAGFTETVTWWQVHRRAMIVAEELWIYASSGDRVAILAPQGLEYIIAFMGVLQAGLIAVLLPVPQFGIHDERISSALRDSAPSIILTTSSVIDEVTTYAPHACAAQGQSAPIVVAVDALDLSSSRALDPTRFERPSTAYLQYTSGSTRAPAGVVLSHKNVITNCVQLMSDYIGDSEKVPSTPVSWLPFYHDMGLMLGIILPMINQDTAVLMSPMAFLQRPARWMQLLAKHRAQISSAPNFGFELAVRRTSDDDMAGLDLGHVRTIVTGAERVNVATLRRFTERFAPFNLSETAIRPSYGLAEATVYVATAGPGRAPKSVCFDYQQLSVGQAKRAENGSEGANLVSYGAPRASTVRIVDPETRMENPAGTVGEIWVQGDNVGLGYWRNPQQTEATFRARLVTPSPGTSEGPWLRTGDLGVIFEGELFITGRIKELLVVDGANHYPEDIEATIQEITGGRVVAIAVPDDRTEKLVTIIELMKRGRTDEEEKNRLRTVKREVASAISRSHRLRVADVVMVAPGSIPVTTSGKVRRSASVERYLHHEFSRLDAMA >XP_007311010.1 hypothetical protein STEHIDRAFT_163281 [Stereum hirsutum FP-91666 SS1] >EIM80030.1 hypothetical protein STEHIDRAFT_163281 [Stereum hirsutum FP-91666 SS1] MTTNRTSKKQRPQPLPQMKSSTIPPLDLTSLFALIIGISTYPDMSGLRSLPGVKADVDSMKAFLEDMNAPSDRIHTIQNEEATSSAIYQALKDITKNKNIGRNDPILIYFAGHGAKADITSEGNFLSSVRMLCPYNFARRNDGVSLKDGTPNDDAAPGRNGAASENGITDAVLADILNDISRAKGNNITVIMDCCYSGYGTRGTVSLRSKANPRHVAESRSKVALCDKLKTMFQYSGVFSHTLLAGSGMEQPGNEKPDGGAFTKALIDVLKTLKKRNITYRELIENMEDLNDQYPQCVGNNQNRYLFSMQSNFREHDLYKVKLKKCGSSTSSSSPNNIPRDHQELVTYHLTVGTAYGITKESKFNVYTTMDTKKLPLGEFTVRNVTNYTTDLVLTTSSTTGKVFPQVAYASRTRLGNDFQITIPKELSYIEEFVQENLGKHRNISVTTVTGVIPKLTLVATSRNLVDFEVNNETCHKYEVTRLCRTVKCHTKRSSTINEVISVISGAADFFTHLDRFPTTSQYFGSERRNVFLRCYALEEGDIDDVHVMKHKDPAVDLITSDVLECPSVPEPLGFEVENRTNDSLYVALLYFDIGDLSIRLFYQPGTAKHGHVDPSIGPNGQLTIGYGSSGWRPQCFHPREGRPVDVGFLKLFVSTQWVDFSDIEQASPFDGYPRGRTSHSQPYISPNTPWDSISVPVVQRSAPATSRNSGHTDDDRERKIPPSNEETHRFMSGR >NLW10703.1 hypothetical protein [Clostridiaceae bacterium] MDYLFFASNSVCFAVTVLLLFWRMSKYHSGLLIRHWVIALLAGIVFHLLNQYIFSRIVFLYFIINAAVPIMLLLVLFWLFWTHEGVE >CAI6348765.1 unnamed protein product [Macrosiphum euphorbiae] MCVEKPLCSLWKNYTCNQKPDVHMKLTITQSGLKAFTKEHGLTEYWSHRVTYCLASPQFPRIFCWVYRHEGRKLKQELRCHAVVCTKESVARQIAGQLRCRLAQALSEFKRDKISRQNARLSLANSVYENPSLPRRKILLSTGSHNYRPPLERSKSAPRLVSIEESLEEDEEPADSCAAFRRCRAENRLRTGTLRNRLGGLHGYRETAAATAAAITAATAAAAAATAATNASADVTTDTTEMVNEIENRLAKSLQLGDDGSTDDSAQSYQNVDCDSAESLPSYRDVIAEDQESTSSSSSSTICVEQQQHELLPKYNEVIVDCPQGPEDVCYKYNSLVRDRKRLFESIGGGIGGRRDQFKRISSDSELLGAYNNLVKNRKLLFEGCRDVDGDDDSYVDEEDLDEDKDCGYPDDESTPSLQSISSGGSDACKKIAMDLDSLSEEEDSDESGYVEAPPSRCPADAAGHVDKEKELHKRNNHAVAARNASARRVGA >MBA0553791.1 hypothetical protein [Gossypium lobatum] MCNKGIVDHQQQHNNQAVYLMDSPSSTPVSALASSTLSSNDEPPRLKFLCSFLGSILPRPQDGKLRYVGGETRIVSLPRDISYEELMNKMRELYDAAAVLKYQQPDEDLDALVSVVNDDDVTNMMEEYEKLGAGDGFTRLRIFLFSHPDREGSSHYVDGDERETERRYVDALNSLNEGSDFKKCDSPVMAPVSDDIHLAEQFFNGVSVDGSLHSQRNAEMLVPPYNLHHLNIPQMGSGQLLPPVPQRYNEMEGTWSPAYYSPRHHGHHDPRTLSEFPPSPSSSRYRVPFPELADKCLDRLPEEYVRQQLSHHPQYEHQPQFSDNVIWMPTAAIPGNKPAGFPSNILHGHSVYEGNHICEHCRATFSRNQTPLLDHSIMGNGVPQVNSPCPECPPNHEAFMLNADGKLQHGFYSKDHTDPRSAYGETHSHDRGRVLQNQLNPCVEEARNHVPGAGRLNDHYVHDGAGMNLPLGHASLADGHHLPSNYVHHQTVSELGNEVFHDQAVVASPHLHIPPEERGVRYGNYPYPYGGDNVYQAPPGHLHGQSVWRNVQNPTQGAPAYEASGLPEQVNGACNPAFLKGVVEGSSIHCVTDGQNPWVESSQKMLGFNATGVPDNAYAHTLKMNISPHDLKTQCSITMEPIRSPQDMLNVSLSPEPVQSPEQTTTLIHDKHVSSNNPRSLDNSNATWALRTEEKIVAMEDKEANNAVKVENFDVPSILCTEQNKITENESKTALVETRISSCKKFAEEDGEQAKPGEKDPSAAENSKLSVNHLSFIPQFVASVKKAALEEVEEVKVKVQEGASMKHEAVQGEVAENESESVGELELDPDNDNITLSKIEPTKAEAEAIARGLQTIKNDDLEEIRQLGSGTYGAVYHGKWKGSDVAIKRIKASCFAGKPSERERLVMDALVFNYIRLLTIE >MCI5711730.1 DUF4065 domain-containing protein [Lachnospiraceae bacterium] MARAIDVAQCIFTEYKLLSGKIIDEMNVHKLLYLSQRESLAITNEPMFPENFEGWKYGPVCREVRNCFTEDGMFADDIQEISDEEHYIVKNIILQYGAYESWKLS >XP_039985286.1 fibronectin type III domain-containing protein 7-like [Xiphias gladius] MGAMKWLVIFVSLGICSQAATESAIQVSVFSATSKTVTLRWTRYSGASSYKISVAPTSSPSDPIAFAQFGPNTVMGSVNSLSPGVNYVFTVEALDNSQATLSTATTESSTAPEMMDPIQAVKPKDSRTLMAEFTLRTGATHYVIRIQNSNGFYREDTVSSSPTEIRSLTPYTEYTLSIMAVNSGGRSQPSLPVTAKTVLPPPQLSTSSPSNDSIVVSWAPVAHAVQYTLSVYKFGSNTNVKHNASSTNLTIAGLDAGSLYVIRGFAWDPEGRAGEGSSHTNQTTRPPTPSSVNVSVVTANGAAGLSVSWEGDPEVYGSIEYFVMSDQNLTCNSTSSSCTLSPVACGEVHVIRVTASNEAGPSCPSSPEVFITFPCPPESLALAEPTEGNCTLTWDTVPHADSYVAFIKRSDGAEETCNTTCSNCTYHCQCGYTYLMSVLAFNRAGASPPGMNLNYTTLPCCPEGVSVSAVSTDTLEITWTASRGAELYETRAAGSSEVILCNDTAPVCALSDLRCDSAYSVVVTPCNEISGCNRACKAHTKDTAPCMPTDLRLNPKNSSCVSVSWTANNRAATYTVSALGGEGGHTCATAGNSCDLTGLPCGSTYEVSVIASSAAGQSLPSYSDSLETEPCCPVNLTVAQVTQAMTNVSWSHAKGAHSFITSLTSPRGHARCHTQDSHCLVGCITCGTNYTVAMEAASHSGRKANCSYQGFSSSACCPSGVRLYRMAGDALRVHWRSAGSTGSHGSPSYITEVVGSSSNYTCTAPPGENSCDVGDVRCGDIYRVLVAPLTPEGSKVLFCPQRLYSVTCSDSNVGAVIYRGKRSVD >WP_253646963.1 SDR family NAD(P)-dependent oxidoreductase [Williamsia deligens] >MCP2194161.1 Short-chain dehydrogenase [Williamsia deligens] MFASRPDRRTHHARAVVTGAGSGIGRAFAVELARRGGSVICADIDADRAKETVALIEAEGAGRAHAVFCDVSRTEDIDALADLAEDHFGAPTTLMINNAGVGIGGRPVGEIGLEDWQWALGINLWGMVYGSERFLPQLRRAGRAGLINVASTAAFSAAPSMAAYNVGKAGVLALSETIAAESGGTGLAVTVLCPTFVKTNVAVDGRIAGGASALAQTVMKWTGVSPERVARTTLDAHDRERLYVVPQPDARMIWAAKRHLPRTYTAGLGLLNRALPALDRLSGATPEPQPTRTGV >KAJ8525108.1 hypothetical protein ON010_g16007 [Phytophthora cinnamomi] MQLQVNYFGVSLDSLPAEIFKYHVDVERSPDLAADSKYGPSGGAPGDQKDDTMGDEPKQEGKDEKEDKEDKDVEMSEVSAAPKREQRPERPLPRTLVRNVINAALRQYEAEFGGIRVVHDGMSAMFAPSLLPWEAHSKTFVDINPDGLSPTPAPAPPPAAGEAPRRPFRGPRTFVVKIKLAETIASNSLTDYYSNPDVNVMPVLQALDVAARHLGAQRLIAVGRNFFSMKKTFPLKGGKELCWGYHQAIRIADRKVLMNVDQAATVFYAPKELMELVLAALNARSPNDIRGLSDRDAKNLARALRKIEVVPTHRKDRKRAIFGISAQPANQTIVSIKGETMSVADYFSKRYNMNLRYPQLPLVNVGSKRAGKENWLPIELCEVAPGQRCPNINELDTAEIIRQTSQNPRTRQENIIDQVRQAGFENDPYLGAFGIKIEQRLETTDARVMDPPDVQYANVSERPSGGQWNLRDKRFVEGATMRNWGVVITANVGERDVQGFIRNLVDMAGKSGLTIEDSNPHIVHMDHFRGAQVEELMQTCFKELESRNRGPPQLIMVIKQDKSVGSYGDIKRMSDTVLGIPSQCIVSQNVRNAKPQYCANVCLKINMKLSGKNSILRESLPLVSDAPTIIIGADVEHPRSGIGSRPSIASVVASLDRYSAKYVARVAAQKASSDIQLLPHMLRDLFLAYYQSTNRKPEHVIYYRDGVSEGQFYDILQTEMRALRKAFKMISDGYNPPVTFIIVNKRHHMRAFPINPRDADRKGNVVPGTVIDTGIVDSHRFDFFLYGHSGIQGTSVPCHYTVLHDENKMTAEDVQRLTYHLGYTFARCTRSVSFATPAYYAHLAAGRARFFLNEGSDGASTVGSFNSSSSNFDFTELHNDLKNCMFFI >XP_048409145.1 dual serine/threonine and tyrosine protein kinase isoform X1 [Stegostoma fasciatum] MEAAGGGRSLSPAARELLRTLGSCSKHASYLRQNLRETKKYFRELRHTHGGSPGSQEGEQGLGEGEAGPAEADSQPTLLEGSLSCISFPRHEEEYLQATVGSFPCIMILGQNCGAKCHVLNSLLGEKLLPIIRNSNEKKCKRRRLKFTHGKRTSISLALPGQYVLVHHLAAHQGKWDTIPEEDLEIQDDSQDPAHRAAHLEVTLHHPLLQEMDILVLPCHETGAEGGKFDDCWRHSLPIIVYAISEDRFTASEESELQQMREHSLPVFFIKVPKHLSVLHPDGHSGLDKDLPVKNSKSEKEKSYLYRQLAKLDFLSPSTGGHSTCSKAQSVLVEHFEKFRQLGIFAKQVVQMHLVDAATVLNGVHCRCLDIFINQAFDMQRDLQITPKRLEYTRDKENELFQSLMSIANRKQEEMRDMIVDTLSSMKEELLEEAANLQFKDIIISESGETVGNKDIKCCIKQIQELIISRLNQAVANKLISSVDYLRESFVGTLERCLKSLEKSNQDSAMNNATSNHLKQILNAAYHVEVTFHSGSTVSRLLWEQIKQIIHRMPWVHPPAVTIEWKRKIAQDAIESLCASKLAKSICSQFRTRLNSSHEAFAASLRQLETGLSGRLEKTEDLWLKVRKDHAPRLARLSLESRSLRDLLLHGKPKLGRELGRGQYGVVYLCDSWAGHSPCALKSVVPPDDKHWNDLALEFHYTRSLPRHEQLVDLHGSVIDYNYGGGSSIAVLLIMERLHRDLYAGLKVGLKLEVRLQIALDVVEGIRFLHRQGLVHRDIKLKNVLLDKQNRAKITDLGFCKPEAMMSGSIVGTPIHMAPELFSGKYDNSVDVYAFGILFWYLCTGTIKLPEAFEKCSSKDQLWNNVKKGARPERLPTFDEECWQLMEACWNGDPSQRPLLGIVQPILQSIMDRLCKSHSGPLCKGGST >WP_093752330.1 MULTISPECIES: hypothetical protein [Streptomyces] >MBT3077497.1 hypothetical protein [Streptomyces sp. COG21] >MBT3082821.1 hypothetical protein [Streptomyces sp. COG20] >MBT3087642.1 hypothetical protein [Streptomyces sp. CYG21] >MBT3097321.1 hypothetical protein [Streptomyces sp. CBG30] >MBT3104798.1 hypothetical protein [Streptomyces sp. COG19] >MBT3110452.1 hypothetical protein [Streptomyces sp. CYG20] >NUV44642.1 hypothetical protein [Streptomyces sp. CAI-24] >NUV81154.1 hypothetical protein [Streptomyces sp. CAI-155] MSENSEAPGTPPAAAATGSGGGAPTPPGPQPEPIRFFGTTWVDHDGGYGLRRVGVAAGSLAAAVGSCLALRFAFQGLAIAEVDSIVGVLVIVMFAVCSAIAFRKTWESFGARPKDPAREDSLRGLKSIGFIGSLLAYFFRSLIEAPGEKLHRAEYESARTQFEKRRATRTGNPAARKRPKRR >MBV8506574.1 MFS transporter [Alphaproteobacteria bacterium] LFGHYGDRIGRKTTLISTLLLTGLSTFAVGFVPGYEAIGIWGAIILTTVRFIQGLGIGGEWGGATLMAMEWARTDAHRGFITSWPQWGGPAGLFFANVAVLIFSAISGDQFLTWGWRVPFWLSIIMVGIGLYIRLGILETPVFRRILEERRVERTPVIEVIKRQPKQIILTALARMAEQGPFYVYAAFVFVYGTKVSGMSRDFLLTALLVATGLSAVTIPLSGYISDRIGRKRMYLIGAVSVGVFAFIYFAMMNSMVPVLIFLAIVLSFIPHDMMYGPQAALIAECFTPRLRYSGSSLGFHLASIVAGGPAPLIATAMFAATGSGYAVALYILFCAIVSITATAFLPDYTNRDISQEHDIASATSTVA >WP_063434200.1 phage late control D family protein [Enterobacter kobei] >EFO4321323.1 phage late control D family protein [Escherichia coli] >KZQ09219.1 hypothetical protein A3N51_09240 [Enterobacter kobei] MSISAIKNGISNGVSGVNNTLTEACKSPAFSIKMGNKVLQELADRVISLSLTDNRGFEADQLTMELDDTAGDVALPGRGVELSLWLGWMGEALIYKGVYTVDEVAHDGPPDRITVTARSADFREEFNVKREVSWHDVTVERVVSAIAKRYGLKAQISDMLMNIEIDHADQTQESDMSFLTRMAEMLGAIATVKNGYLLFIIPGGGFTASGKPIPSIAITRSSGDRHRFRIADRDAYTGVRAYWLDLNFGKKKKVSVKRRASTKKADKSSSREGDYIEGADGNVFIMRKTFQNEDAARRAAAAKWQQLQRGAAEFSITLARGRADLYPEMHATVTGFKADIDAQDWIISKVQHDVDSNGFTTQLNFEAKISDWIAETE >WP_222594143.1 NADH-quinone oxidoreductase subunit D [Terrabacter aerolatus] >GEO31232.1 NADH-quinone oxidoreductase subunit D 2 [Terrabacter aerolatus] MSTHTEFTQTEVPDPGANDVYATSVADEQASEGAHVFNAAGGDWNDLVDEATSLGEERIVVNMGPQHPSTHGVLRLILEIDGETVTEARAGIGYLHTGIEKNMEYRTWVQGVTFCTRMDYLTPMFQEAAYCLAIEKLLGITDDIPERANVIRVLMMEMTRISSHLICLGTGGMEMGATTVMTVAFRERERLLRVIEMVTGLRMNNAYIRPGGVAQDLPPGCIDALREMVPEVRRGLGELEALLNENPILKGRTVDVGVLNLAGCMALGITGPVLRSTGLPHDLRKLDPYCGYETYDFEVKTRTSQDAYGRLRIRIDEMYESLKIIEQATDRLQASEGEHASVMVADKKIAWPAQLALGSDGLGNSLDHIREIMGTSMESLIHHFKLVTEGFRVPAGQAYVGIESPKGELGCHVVSDGGTRPYRAHFRDPSFNNLQAVAAMCEGSQIADVIVAVASIDPVMGGVDR >WP_200162643.1 carboxyltransferase domain-containing protein [Francisella philomiragia] >MBK2296600.1 carboxyltransferase domain-containing protein [Francisella philomiragia] >MBK2341067.1 carboxyltransferase domain-containing protein [Francisella philomiragia] MSYYFLSENCFIYNISNKLSLDDNLKILNIYKSFIKDKAFCHKYKIYDVVPTYNSIAFHFDYMDVDYLQNAVLARIESIDLNEVIDSKTHYIDVDYNGEDLANVSQVLGLDIAEIVKRHTQVEYHIAMLGFKPYFPYLLGLDKSLSVPRLAIPRNRIAIGSVAIGGSQTTIFPEQSPSGWNIIGVSDFRDFSNFSAGDKIIFREK >AAX35861.1 hemagglutinin [Influenza A virus (A/New York/131/2001(H3N2))] MKTIIALSYILCLVFAQKLPGNDNSTATLCLGHHAVPNGTLVKTITNDQIEVTNATELVQSSSTSRICDSPHQILDGENCTLIDALLGDPHCDGFQNKEWDLFVERSKAYSNCYPYDVPDYVSLRSLVASSGTLEFNNESFNWTGVAQNGTSSACKRRSDKSFFSRLNWLHQLKYKYPALNVTMPNNEKFDKLYIWGVHHPGTDSDQISLYAQASGRITVSTKRSQQTVIPNIGSGPWVRGVSSRISIYWTIVKPGDILLINSTGNLIAPRGYFKIRSGKSSIMRSDAPIGKCNSECITPNGSIPNDKPFQNVNRITYGACPRYVKQNTLKLATGMRNVPEKQTRGIFGAIAGFIENGWEGMMDGWYGFRHQNSEGTGQAADLKSTQAAINQINGKLNRLIEKTNEKFHQIEKEFSEVEGRIQDLEKYVEDTKIDLWSYNAELLVALENQHTIDLTDSEMNKLFERTKKQLRENAEDMGNGCFKIYHKCDNACIGSIRNGTYDHDVYRDEALNNRFQIKGVELKSGYKDWILWISFAISCFLLCIVLLGFIMWACQKGNIRCNICI >WP_194312569.1 lysylphosphatidylglycerol synthase domain-containing protein [Flavobacterium soyangense] >MBF2709326.1 flippase-like domain-containing protein [Flavobacterium soyangense] MISISHKAKQFLVLLIKLLIVGGAFYFIYSQLANNDKLDWEKFIVLFKKNQSITGISFILLLSVLNRLFEILKWQNLVSYLHKISLPEATKQVLGALTAGLFTPNGVGEYAGKALFFEKSKTKKIVFLNLICNGIQMILSVVFGIFGLLYFNSNYNIITSKTVAILFGLFFLVFVVTFLLKKITIKGYSIEKLIHKTNEIPKSIHQKNIFLAVCRYLIFSHQYYFLFLAFDVDLPYLTMMATIASVYFLASSLPTFQFLDFAVKGSVAVYFFGILGVNEWIVVFISTLMWFLNVVLPVIIGSYYVMNYKILTPTLSFGEGDKT >OCR38384.1 alpha-galactosidase [Bacteroides fragilis] MKKLLATLLILVACIHVNAQESRQIRISTDRTDLILEVAPDGRLYQSYLGDRLLNEQDLKNLSGSSRGWEVYPGSGGEDYFEPAVAITNNDGNLSTILRYVSSEQKAVEGGTETIIRMKDDQYPVDVTLHYVAYPKQNVIKTWSEIKHQQKKPVVLWRYASTMLYFSNQKYYLTEFSSDWAKEVQMSTQQLQPGKKILDTKLGSRAAMHMQPFFELGLEQPAQEHQGQVVLGTIGWTGNYQFTFEVDNEGNLRIIPAINPYASDYQLKANETFTTPEFIFTLSNNGTGEASRNLHNWARNYQLKDGKGDRMTLLNNWENTYFTFDEELLGKLMKEAKHLGVDMFLLDDGWFGNKHPRNDDHAGLGDWEAMKSKLPGGIPALV >WP_245823513.1 peptidoglycan-binding protein [Metabacillus halosaccharovorans] MFIDDVVEAFRNFNGVQTPSQPNQPSKPPQQTAPAPNRVTKGSTVKLPIGEGASGAFVRDIQQQLIKAGYRLPRYGADSVFGEETENAVMRFQRDHNLAVDGLVGQVTLSKLQQVNQQRVSAPDFPLPSGVLRRGDQGENVRQLQRALKQINYNPGTVDGVYGPRTEDAVRRFQSMYAALKDDGIYGPNTRKYIRMDLDD >WP_109993532.1 flagellar hook-basal body complex protein [Salinisphaera sp. LB1] >AWN16021.1 Flagellar hook protein FlgE [Salinisphaera sp. LB1] MGFTQGVSGLQAASADLSNIGNNIANSQTTGYKSSSTQFADIYANARTGLGVSVAGTAQDFSAGSLTNTGRNLDVAIDGGGFFRLAHNGTTEYSRDGQFQQTKNGNLANSSGALLTGYNVSNFNNPNTASSVNAGGNPQVIQLPTQGLNARATTQASLSAALDASSPVKSGAAFDPTNANTYDWSTPNTVYDSLGNAHSVNMYFTKTGSNQWQVNGQMPLGQAANVATSVGQTPPGGSSFAMNLSSFTNAAGNTPTQDGNGTYTYTDSSGNNYTAHVTGATGSSGAYTGGTVSYTQSVPATQLSFDSSGNLASATPTSGTKASSLSNSQVAYSLDSQNGSSPMSFTFDFAGSTQTAQSFAAGNPSQDGYASGALTGIKIQNNGMVTGSYDNGQSMNLAQIALASFRNENGLQPVSGNAWTETASSGQPALGTAGTGQFGTLRGGTLEASNVDLSKQLVNMIVSQRDYQANAQTIKAQSQILQTAVQLG >HIR98957.1 hypothetical protein [Candidatus Coproplasma avistercoris] MYKLQLENARFHRVSRGQTEDQILQTFGRPAIGEAREGAVVLLGEGNFTPYRARVGEDYAAIAHKFGIGEDRLRRANGDRPVYPSCVLCIPSADET >CAG5150301.1 caax amino protease family protein [Streptococcus pneumoniae] >CIW24329.1 caax amino protease family protein [Streptococcus pneumoniae] >CJD99461.1 caax amino protease family protein [Streptococcus pneumoniae] >CJE60160.1 caax amino protease family protein [Streptococcus pneumoniae] >CJF00900.1 caax amino protease family protein [Streptococcus pneumoniae] MHYLQERLPGLLSIILVGLVFALTHMHSLALSEWIGAVGYLGGGLAFSIIYVKEKENIYYPLLVHMLSNSLSLIILAISIVK >WP_231784956.1 TraR/DksA C4-type zinc finger protein [Lysinibacillus sp. GJ-1] MKQQMIEKFKNQLQQELQELEKQLEESERPQATELSNYDNHPADNASDLTDQLTEMAIDEHRSDHAEEIEHALQAIEDGTYGKCAICGEEIPLGLLEAMPHALTCVEHAEQRDELLRPVEEDVLSSLPKSDDFEELEEFGSSDTPSDKM >WP_171486859.1 redoxin domain-containing protein, partial [Klebsiella pneumoniae] >NON33560.1 redoxin domain-containing protein [Klebsiella pneumoniae] DFTPVCTTELGLTAKLKDEFAKRGVKAIALSVDPVDSHHKWIADINETQNTVVNFPIIADADRKVSDLYDLIHPNASDTLTVRSLFVIDPNK >MAF07216.1 ATP-dependent DNA helicase RecG [Acidiferrobacteraceae bacterium] >HCX88256.1 ATP-dependent DNA helicase RecG [Gammaproteobacteria bacterium] MDATAQASVGVLKGVGPQLAEKLEGLGISTVADLLFHLPLRYQDRTRLAAIGELRPGTEALIAGRIEVSGVRYGRRRSLMTVISDDTGRLTMRQFHFSATQARGLNRGGFIQCYGEVRAGPAGLEMVHPEYRVLGGLQDVTVETALTPVYPTTEGIGQRRWRDLTDQALGLCAGGIPELLSEACAAEFSDLALSEALLLLHRPSPEVDLETLRDGAHPAQRRLAFEEMLAHHLALRQRRQRRGAQTATPIPPSAELWPKLQEQLGFALTGAQQHSVAEIVTDMGKAQPSLRLLQGDVGCGKTVVAAAAVLAAVEAGQQAVVMAPTELLAEQHLGVLGRWFAPLGMQPVWLSGRMGQRERKAVCAQLASGEAKIAVGTHALFQDDVAYQRLGLVVVDEQHRFGVAQRLALRDKGQTDQHVPHQLIMSATPIPRSLTMVMYADMDISVIDEMPPGRQPVETVVLPNTRREAVQERIREACARERRAYWVCPLIEDSDALAVQAASSRAEALKAELPELRIALLHGRIPPAEKDQIMEAFRSGKVDVLVATTVIEVGVDVPEASLMVIENAERLGLSQLHQLRGRVGRGDRQSVCVLMYQGPLGSTAKERLATLRQTSDGFAIAQKDLELRGPGELLGTRQSGAPQFRIADLARDRALLPAVQRAATALLRDQPEQVVPLVARWLRAGLAFSHA >KAJ1492758.1 hypothetical protein T484DRAFT_1770350 [Cryptophyta sp. CCMP2293] MGHRRDKGMLAQEEIEEEEEYAAEAELMAELEANATNATSSEGGAARRRARRTGRGANNPRGRRSETSDTKALEEGDVIMDPDTISDFEEHCNLKDLGPGGDNLTCISTVPQEHCFCKNSDEEKTTEGCMHHNCGEGLCFKTRVSPISDIHGFSHMGKAGLTVIALFFQKSWSTMMDLCLQALSPGITSGIYAYGYFFLVVIMGSFCLLNLTVATVGSTYQRVKKASEAKKAQKEAEIAQRDKVQAERDEMKEKQKAEKKAAGGDDDDEDDSADVTLLFDQLTARKCWALGIVGIPFAHRIYFKGWYAGWWFTLRCLTFNYCYVGWVIDGLALDAVNQTSSEAEIERRQATLDKRKKLLETELIKIAGLQYDPRIIKLSKFLAYPTVDYPWKDSQAYLTRQFELFKAENPKMFPKEEETDVGKMEDLEDLEDSSDDGSSNADEAPAEAVEEGSQSVFAWFADFVVVANAGTLAMGGFDDSLNIYLEAVGYFASIFFIMEAIVKSKVL >OYZ89234.1 glycosyl transferase [Rhizobiales bacterium 17-65-6] MISVIIPTKNSERQLVLVLAALVQGVTAGVLRDVILADAASTDDTAAIADAAGCTLFSSMHDMGMRLRQGAAMARGRWLLFLQPNSILEEGWPREIATFLETVERRGLGDRTVATFRLSVDGYGFKPRFGEAVAAARLALLGLPQAGQGLLISRKHYERLGGHPSGVAPQKRLFSRIGRRRIHVLRAHVLLPEKAQGGILE >WP_063706594.1 MULTISPECIES: flagellar hook-length control protein FliK [Pseudoalteromonas] MAISDINLQVKTEQGTGFSGKDIESNEKASGLSFLTSLTEASEAANAHASTKSQPKSDTDTDTDSVDETKAISLSEEPKSDAKLGDENTTSDAKVATATTSTEQQSKTSPDIRNEAVTKEQGDELALVEDEENSLLSQINAAQAMSTKVNKLIGNNEFSPVVVDKKPTPIDTITPVIPSPMTEVAKTDDSKIVAQDDNSVSSLLHKSKVATAVDSQLKAMGDLPPKDSVTPIVDSPLTDKEKQGVSAVNTPDTKPQVANIASAAQVIDSKETAVDVDALLNSAKKQSANVDTLKSSEEKVPDTNETSKVALNKLLSDTDNGTQSDVKTADVTAKQAQNNGDKSAVNLATDELVVQKSDAASAARTSDKPTDAAIKLELAFTEKPVTDKSIVSLFAKVQSGDGQTVSEFAKGLSLTSEQQKQLEQQINQLKADNKLGADEVATIKSLLTDVMSSKPTTQTTQSVVSQQAVEPEIADDSQTQQDVKLADNKALDSKLPASVEKQLTALSKDEQQALLNKVNAQLQTLTPGTAQYEKLSAAQTVLTEAINTPATASTAMPVSAVTVNAENNKAKQNNTAQVAAQVSEAIAGEDVTAEQEVKLNSERTQEAVTPRVAQLFNQLTAPLNTATQTGAYEVAHQQYEQALDVQTMHTQTTQTQAQSKSVSVDPGVMQAINIIKSDAAKMLQERVSALLNINNKEAEIRLDPPEMGSMQIRIRSDAEQAQINFVVQNQQAKEALEQSMPRLREMLAQQGIELGESSIQQGSPEQQDGQSGQGQFAGNQQTDEQQPEVSAQSSETSRQQSSSSIDYYA >KZT58963.1 Pkinase-domain-containing protein [Calocera cornea HHB12733] MTSVYSAPYTLSSSPSAPSFHPTHALSTNSSASSIGRPSTSASTNYTSPPTTPSPGATTASHLDSAASHVSYLEFVSTWSDTHISRWLAENRLASLAPTFRDNDIRGSVILDLDMFALKEMGINSVGERVKIMAAVKQLRKACSSTSGSSFSSHTPRVPSTGGMSSSSATSTETRMGASPPQSQLLLRPPPTTNGSLPRRPSTSPASSPSAAIRPLPYTPAEGAARRTGVRSGGRPPPLDLSQSTTSLSLPQVIDVPPSSAVSLSSSPMPTIITPRAAPPLHPPSVPVPVTNSLNSSGRSSSGGSTGGFIRHEKDASGSGRTNIPPMPPPPKSQALPPPPAPHTLRNIPSAPVMHNVPPRDGSLRPQRSHTPTPSELPYNSLGAPSSTAALVTARGEYGLPRGPADTKRTFSGPGLPANPRSNSPLPPQPPQRQASLRRAHERTGSLKVNPIQTGVQRPTVPSRPATSGSAAAPATRHPYAVSGSSVGSTLQLPNFPNNSRPDLSPITESSPSSSIASAMTPGSIYSTYSKSPNTGRPQTPSTAPHGHVMHQPSLQDLRRRIVKFLDAENGHSCKLNVEQWDSGVEVLEQVLKKFNKASRGGIDEKEAEGAADGTLSVDGYGLYLQSPTKPDTPGDKPLTESELLAICNSPNHPAREHGLYLKQVTSTHHATAQAAKLAHFFGESVNAVQGAQTSPTSPTYLIGPRMADANGEFSLVPPYLAGTPKTSKQLKRASTVSVMSGLGGVPDLHTVPRSPSNTSFLSSPKSKITSFFTRRPPSELITNNLKEYFPDIEKKNLSRAARHSIMRKNHQRLSSSRFSISSNDSGMRYPRGSPAASLNSSPLPPPTGPRAQRLSVMPPRPSFESSPRISIEDTDTEESDVPSETPDTASTQLTEHELLPPVPVVSDLASMLNLTSSPSGTLNLNSPPMHGVELQRTASQRRMSSIFNQIEEMRAKRDKSDTASIITVDEITKRVESRRHSTLNLAATLGTPGAVEETPAQDEDGQYVVVPSVKPVVGLSPAYEEEAEEIPEELHEEEEEDFEEEDDEDTLEQEADADEAEPGKPQTSQGGKKNIRWIKGALIGAGSFGSVYLGMDASTGTLMAVKQVELPTGTTSNEERKKAMLSALEREIELLKTFQHENIVQYIDSSSDEKYLNIFLEYVPGGSVAALLRSYGAFEEPLVGNFVGQILTGLNYLHERDIIHRDIKGANILVDNKGGVKISDFGISKKVQDNFGGARSHRPSLQGSVFWMAPEVAMQKAGAYTRKADIWSIGCLVLEMLTGQRPWAELDQMQAMWKIGTKVKPTFPSDISANALDFLNKTLDPDPSNRPSAEELLQHPFVLGPK >WP_137783451.1 MULTISPECIES: hypothetical protein [Halorubrum] >TKX78677.1 hypothetical protein EXE53_19955 [Halorubrum sp. SD626R] MGDEDMDGPMSAEQFRSLRDGLVRQSSGGGTTVYKNAAGVGCPNPDCDRGVFQTLFVSDHGWQQIGATRDGIDLCLVNTDSKRLVFIHDE >WP_195156489.1 transposase, partial [Streptococcus suis] AKLEATNNLIKVIKRNAFGFRNFENFKKHILIALNIKKERTKFVLSRC >KAJ7469048.1 hypothetical protein FB451DRAFT_368888 [Mycena latifolia] MCSSACTRHAPRLRARRVLNADPGPGGELHRAAVAGASGDPLPAPHTSARSSHAPSCVGDVLYMRLESSSKWGYCSSATEACTIVCAAMLFLRLPPFWSLPVSSWVSRSPPPWPEYLRGFGWCQGRSRVSFAYVRSINGAEIHARLRPTPRPQPPLPHSSTQTLSAFTGFDGDADVTLQLFRYGILHSSRRLDNVVSLSPPRGLPPSL >WP_064292413.1 MULTISPECIES: type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus] >KAA9219724.1 type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus urinae] >KAA9265193.1 type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus urinae] >OAM71742.1 cell division protein FtsN [Aerococcus urinae] >OFL13661.1 cell division protein FtsN [Aerococcus sp. HMSC075D05] >PKY87251.1 type II toxin-antitoxin system PemK/MazF family toxin [Aerococcus urinae] MAYQPRQKDIVWINFNPSKGHEIQKRRPALIVSSDDYNHATHFVIVCPITNTKRKLKTHLRLKGYQTTGQVMTQQMYSLDVTEAGGREIQYIERLSKKDFHLIKQLIQYNFGF >WP_226800426.1 porin [Burkholderia sp. Z1] MKAKSFGMRNNLNDRMKTPDAAGKLSPLQWAGRAAGASLFVLASAGVNVAQAQSSVTIYGIVDSGFTYTSNQGGKSLVQATAGNQQGSRLGFKGTEDLGGGLSAIFRLENGFDTDSGALKQGGRLFGRGAWVGLNSDRWGSVTAGRQFNPVQDYLSNDGVGAYTQYGNILYDNDDLNNTFRSDNSIKYTSPRINGLQAEALYAFSNSPGAADNRSWSVGAQYLNGPLRIDAAYALLNKPALNTTGAIPSDNYFPTSVVSNVQRQQIWGVGGAYTVGALSVALLHTQSNFSLVGNSLDFSNYEASAQYWATPVWQLGVGYDFTTVHQSVGGNAKYHQIGGNVSYYLSKRTDLYLNVIYMHGSGGAAWINGLSNPSSTGVQTTAIAGILHKF >WP_228049692.1 MoaD/ThiS family protein [Tychonema sp. LEGE 06208] MPNCRSHKTAVSNSSITVTVKLFAAFGEAYGVSFVTVELPPETPVSQVLENSIAQYPQLEEWRDRTRFGVNLEFVSPDTILQDGDEVVLIPPVSGG >RYU57897.1 hypothetical protein EWI61_11680 [Methylococcaceae bacterium FWC3] MSDSSKAPTIPIPNTSISQLSLVDAAFWVLLADNTILMRLLETGSWSKLPAISNDGSKKVLKIAGTLNGLYALCNDHKIRFWHYSSNTWKYALALPEPLQIDVFPAEISAVDYWVSVTLSNGTSFIFKKYSEEDNGTWVRIQVPTQLPKPAVS >UCF87976.1 MAG: slipin family protein [bacterium] MPFVFANPLVIALVLVFLAVLASIKIVTEYERLVVFRLGRLVGSRGPGITLVIIFIERAVRVSLRLVTMDVPPQDIITRDNVSVKVNAVVYFRVMDPSRAIVEVEDFYYATSQLAQTTLRSVLGQVELDDLLSEREKINHQLQEILDQATDPWGVKVTTVEIKHVDLPTEMQRAMAKQAEAERERRAKVIAAEGEHQASEKLAMAADVLSTNSQAIQLRYLQTLREIATENNSTTLFPIPMDLVTGFMKVLNKAGGEDDK >AQR57668.1 NADH dehydrogenase subunit 1, partial [Calochromus sp. UPOL MT0045] >AQR57669.1 NADH dehydrogenase subunit 1, partial [Calochromus sp. UPOL MT0046] MLIMLYYFFSLLIFLIFILIGVAFFTLLE >WP_045323370.1 trypsin-like serine protease [Streptomyces sp. NRRL F-4428] MSGRVRGRQRGRAAVRGSAAVGLLGTLVLAGAGYVAWELRGIAATRADGDPAQGVYQQDPERADRTASAVLGIVREDPDPPKDGKAFAGADAVNWRSGGWAASDPLVAAPAAAEPAIGALFSPGNDGDPDHHCSAVVVHSPAGDLVATAAHCVYAGGFRTNLAFAPGYRDGIAPYGVWVPTRIDVDPRWTGDQDPDHDVAFLRLRRPGYPGQRLEDVTGAGTIAFGRELPAPARLVGYPNSSEQPLDCRTTAQPAGPTQVRLDCADVPNGTSGGPVLTDGHTLIGVIGGRDGGGDEKTSYSVYFGDGVRALYERATRA >MBD9057797.1 helix-hairpin-helix domain-containing protein [Prevotella sp.] MQSSNPDSPIKSELMKFKDIFYLQKKDRQALLTLLAIMIVCVSLTFLIQEKPEDAPVTSQLDSTNSNQEKDATSSMVHHATKSHPLYSKEEGMVHELFPFDPNTASAEDFERLGLESWQARSIIRFREKGGIFSRPSDFARVYGITKRTYEVLLPFIQIADDYKPAADFYGKEGYGRSRRRYTPYYNDREERYRRYAQDNTSPSEGKAEGKTGTKVYSYPHKLRANEHIEINGADTTLLMKIPGIGSYYASRIVRYRERLGGFASARQLEEIDGLPESAIAYIKIDNQQIRKMNLNKLTLNQLKKHPYLNFYQAKEICDYRRLKGPLHSIEDLKLLKDFPPDEIDRLKPYICF >WP_158934128.1 isochorismatase family protein [Burkholderia sp. S171] MTITTLDPKTALVVIDLQKGIVALPTAHPVSDVVKHAVELLDAFRSHGLPVVLVNVAGGAPGRSEQARNLAGLPADWADLVPELKQQPEDHIVTKRTWGGFTNTDLDEHLKQLGVTQVVIAGVATSVGVESTARYAHELGFNVTLAIDAMTDMNADAHTNSITRIFPRLGETGTSREIIDLLGSTRA >QHO28611.1 Putative RING-H2 finger protein [Arachis hypogaea] MGGTLSFNPIFNLTFSFFLVTITTTVIFIVADADDDSRESPPSFPSFQNSTNRVPSTNGISTGNSNNLNRKSQPLKPSTIIVVGVLTTLFSLTFIFLLYIKHCIHRNNENQSHQEGEPLQRNDSGIDRGVVEKLPIFRFGSLRGQKEGLDCAVCLNRFEHTDVLRLLPICNHAFHVDCVDKWFDAHSTCPLCRNRVELKDIVPREQLQEQGERDELVEDIERGTFRRVSGRHSSVLGEREGGFLEIITHNSNEKKNKKMKSSSSTRSFHSSSRSFGGFVRPRKDKTLMARQGQEGNFSNNNNRGSNAEHHRLQHQIIIDSPVASFVSSNGKGESSSSHPHHR >CAH2238127.1 jg22055 [Pararge aegeria aegeria] MAADTGMDTCPSPEITDSRKRPLDGDSENGDVKRSHFSSVQDLVTALPLANGHSNITSHFGESSESYYVRSSLALWFLVARMPRARSRSCSHTC >WP_017718577.1 GspE/PulE family protein [Oscillatoria sp. PCC 10802] MTTNYSPKERRALVTLQSNFSPFGNKLIQAGYVDRNQMQQAQNESRKSGKPLTSILEEITGKALPPELQRQYKKQQLFELKVLYGIEAIDPELEQISAEGVANLIETLISVDICRRHRLLALAQLETAPPSVLVAMVEPDNLTALDDLNRILQPQKLGLQKRVIAPEDYEHLLNQYLDAQVKEKAAVAAKTSDLDLTFDPNALDDVEISEAAAGDDSDLDLNKALAEADSAPIVKTVNQILARALTDAVSDIHIEPQEEFLRIRMRKDGVLQEYLRLPKKIVNPLVSRFKILADLDIAERRNAQDGRIRRIFQGRTVDFRVNCLPSRYGEKICMRILDNSSTQLGLDKLITDQDALANVREMASRPFGLILVTGPTGSGKSTSLYSVLAERNDPGVNISTAEDPIEYALPGITQCQVIRAKGLDFTALLRAFMRQDPDVILVGETRDKETAKTAIEAALTGHLVLTTLHTNDAAGAIARLDEMGIEPFMVAGALIGVLAQRLMRRVCSECRVPYTPTPEELGRYGLSASRELSSGVTFYKAGTVPPSERAARKEAGSLCPKCNGGGYKGRVGVYEVLRNTERLQILISQGAPTEQIREAAIEEGMVTLLGYSLNLVRQGYTTFEEVDRVTFTDSGIEAELKAKRKIGLTCKVCSAGLLQEWLDCPYCMTPRFQD >RLG01914.1 hypothetical protein DRN49_00230 [Nitrososphaerota archaeon] MIEIKKIKARKVYNSRGEETIEVEVWAGEGYGRAAAPAGKSKGGKEVTYYPVGGVDESIKLINNELSKKLVGFDALNQEAVEDL >XP_031974225.1 barttin [Corvus moneduloides] MAEEKTFRYGFIILGFFLVMTGMFIMSVEKPHIYITFCVLGVLLVAVGITWSMCQCYPKITFIPADLEAKQFLDRKPMVLPQKDTRLIAPCPNQEATSTYETSLPSYDQIQRQVVSSAPLPPMAQSRSRSCSQSAVQAKAEVHRELGGAGDPLQELGPRLETAEGSCPARPAPGDAPLASLLEEMDTPSLEGSVPGSPTPQSRTLPSAARSGLTPSSSSAGGEHPGSTRKGPGEQDDLYYGLQEEPDALLKDSDRLFEPEN >WP_267861425.1 aldo/keto reductase [Pyxidicoccus sp. MSG2] MQKRKLGKSNLEVSALGLGCMGLSFGYGPAVDKQQGIALIRAAVERGVTFFDTAEVYGPFTNEELVGEALAPFRKQVVIATKFGFKLDSNGRQAGMDSRPEHIKQVAEASLKRLKIDTIDLFYQHRVDPAVPIEDVAGAVKDLIQEGKVKHFGLSEPGAKTIRRAHAVLPVTAVQSEYSLWTRGPEAEVLPTLEELGIGFVPFSPLGKGFLTGKMNEQTSFNKSDFRNSLPRFKPEALKANQTLVELLGKVAERKKATPAQIALAWLLAQKPWIVPIPGTTKLNRLEENLEAANVELTPDDLGEITSAASKITVQGARYPEHLERTTGL >MCD0163384.1 hypothetical protein [Deinococcus sp. 6YEL10] MAAILILLVIFAGVTAIVYVDNTTRAGRRALKGAARPDALPDPLADSRPLTAPPTSQELSLPLLLSLPEPARTRAWALLGRVTDALNAGPGDTRTAFLLSQTRDTYLPDTLRAYATLTPGARQTLERQGQPPEVLLDEQLSLLEDGVREALRHDHAAADRLLTQGRFLRERFGAESAGNGLRQKP >NDF46396.1 glycosyl transferase [Betaproteobacteria bacterium] MPTQDVFYHMLSYGNAALGLLGVYRLALAMQKPQWAWPSVVLLCLAFPYSTLAVKFNANAILLSVWPWVAVAWWHSVHKSMQPAWLASIALGLLSALAMLGKYYSGVFLLSIFLVSLTYKTGREWFKSYHPWLALLVFALGLLPHLHWLKQHDYVTFRYLGDQGGEDGVAWGMVTKFALIPMAYWLFAWLTCAWVYAPGHPTLLQRLQGWPARLVSSWLPNAWHDTLFWLAMLPWAISLAFGATGFVELSMPWAIPIGYGFSLLWLRNLHTDQVDTALTHQMLKKTFIAWSTLVLLVSPWYAWHQAQKGTENHYLPRREAAAALLKGWQERHPQVPLQWVGGQWAENALLAFYGDNRLQVVAGVPNAFPATVTPLPHWEQ >WP_141134618.1 TetR/AcrR family transcriptional regulator [Haloechinothrix alba] MTTRMYGGKTARERQSERRAALLDAALDVLAEHGATGVTMRAVCHRARLNDRYFYEHFRDRDALLKAVLDDVTAAGIQHVLGAVARAETDIPTVMRAAIAAGLEFVTEDRRRGTLLVESQATDALRAGRNEVIRSLARTMTTQSRALLGERAPSESDAELAALTLASGVLEVVAMWLRDRLDTSREQLTDVLAGMLVTSVDLPRAISRSADGASRADPTE >RKT82586.1 signal transduction histidine kinase [Saccharopolyspora antimicrobica] >SFN34914.1 Signal transduction histidine kinase [Saccharopolyspora antimicrobica] MVSRIRQIALDASVAVVLVVVEGLRTPGALGWISAAVLCAPLLVRRRWPNAVLAGVVLLGAGAVVAGVADEIAAVVIALAVYPAATAISALVGSLAGIAAAGLLVVAVPGLPLVAPQTGSESFETTPITVFAFNAVLISGSWALGRLVRARRAQAAQLVELRERQAATEERLRIARDVHDVVGHSLGVIAMKAAVANHLVDSHPAAGREALGTIERVSREALDEIRAVLGALRDRPEEVEFDRLVADVRSAGVDVVLDRADLSAVPPDVCSSAHRIAQEALTNVLRHAGATRCSLGLAVVPGALSVSVVDDGNGCATATPGHGLRGMRERVALHGGTITAGPEPGGGFAVRARLPFAEASDG >WP_131284109.1 penicillin-binding protein 2 [Alloscardovia theropitheci] >TCD54349.1 penicillin-binding protein 2 [Alloscardovia theropitheci] MNRTLRHIFYVIIALFTLLGISSSILTVIRSESLNSDTRNTRALYHEYAQPRGSILASDGTELARSTESNDIFSYQRSYASGPVYAPVTGYFSVTVRADRGIEASRNSQLSGQSSALWISRLHNLITGAKDSGAIITTSIDTKLQNLAYELLQQNGYDGSVVAMEPTTGRILAMASTPSYDPNALASHNTKEVAQTYSELVQGNNSPLINRATNQLYSPGSTFKVVVAAAALESGNYNADSMIPAGSGYTLPGTSTVLPNAVSQGDGVNGEISLTNALTYSSNTAFAQLGVALGQDSIESMAKKLGYGSTINIDGSDNIGVPMQAVASNFPSSQSADKLALSSIGQSNVTTTPLLNAMIASTVANNGVMLKPTLVDTVRASDLSVISQRSNTVLSEAFSANTASQLNTMMQSVVDNDTPTLRMNNIRIAAKTGTAELGDGTNNGWLMGFAPADGTPRIAISIVLHGIRGYGIQEAGPIMRSLIQEYLQ >PYS39036.1 pantetheine-phosphate adenylyltransferase [Acidobacteriota bacterium] MRRAIYPGSFDPVTNGHLDIIQRGCKLFDEIIVAVLVNPDKTSFFSIEARSEILREVLQTIDRGDCEVTVESFQGLLVQYAAERGANAIVRGIRAISDYEYELQMALMNRRLQPGLETVFMMPAEAYSYVSSRLVKEVFQLGGAIQGLVPPLVEERMRKAR >MBS1636088.1 HAMP domain-containing histidine kinase [Bacteroidota bacterium] MHKRFGFIFLFLVGYIIIQFLWWETLLVKQSNDIIREKQKLVALNSSNPGAMHHEIDELEHRRMMKVYMFAGEGTVFLLILLYGAYKVRQAMRKESELTGQQKNFILSVSHELKTPIAATKLQLQTLLRHELDRDKQKQLLNNALQETNRLNKLIEDVLLANQIENSNLSIHKETFDFSETTQQQLHNYFGPYLDKGELTMAVQPGITVLGDKTLLPSVLINLVENAIKYSFDHIRVHVSLTKEAQAIVLQVKDNGSGINAPDKDKIFEKFFRSGHEDTRRTKGTGLGLYIVKQVVTAHNGRITVDSNHPSGSIFTVYL >WP_272889997.1 dihydroneopterin aldolase [Stutzerimonas stutzeri] MRWNPDSNEATRPCRDAKEDSVDIVFIDGLEVDTVIGVYDWERGIRQCLSLDLQLGWDIRPAAAGDELAAALDYAAVSARVQAFAAESAFQLVETFAERLAALLMAEFGIRWLRLRLTKPGAVPAARGGVGVEIERGCR >MBR4734761.1 hypothetical protein [Bacteroidales bacterium] MKKFFAFLSIAAIVVAACTKPNSGNSDTPGGNTLPSAAGINPVVKVEGNVVTFSLPEGTTGLIPIWYTNESGDFVFAGNGSPFTKTFFDGGTFKVRMYVSNSAGQSVDYSEAEFTVEVAKEWNGYNYNSEFNIWKKAEDTGMEDSYTYYNPGWAAEKNLAFTINPYKLTLADACSDRWQAQLHLVPKTDIALSSEKHYDFSCLITLNKKAGVTVKLTENGDDENFLFLSLDDMEEGTTIYYQKDITGIDAPKVKLVFDFGYCEAGTEVEISRITLKDHANDDGTVAPDKVEPEPEPEPEPETGDEVDPSFVFDVNGEANLWKAAIGNEKFFYYHCTGGWNGTDTETTEVPFLAKNGNSYVVSYAEATTDQWQNQLFMFPNAGSYIPLDAEKKYALRFSVSANNATHVFFKIAKFAPADTEPAKHEGETIWEWGRKSIEANTETTVTSKVITGAACDNINLIFDFGGNPANTEITIKDICLQEYNK >MCM6312373.1 FAD-dependent oxidoreductase [Klebsiella pneumoniae] MKSWDVIVIGSGAAGFAAAVTACCKGLSVLMLEKAGQFGGTSAISGGAVWLHDTDQARAEGKSGSAEAMKTYLRTIIGEGQYREDLAEAFVSAGREALAFLEREGAVKYSLRPLSPDYYPDEPGAVDVGRALEVVEYDGRELGDAFRDLRSPPPGMLLFGGMMVNRVDIQHFLDMRRSLRSLAHCTRLLLRYARDRVKYPRGTRLAMGNALIARMATTALRKGMSLRLNVNVLTLCEAQGAVRGVEIEYQGQRETLHARRGVVLAAGGFAAGALAARYRPHPREHFTMSPPANDGAALHLAAALNAREGADRPSNFFWAPVSVLTRADGSEERFPHLVTDRAKPGVIAVNQRAVRFVNESSSYHHFASAMQDAAENAPCFLLCDAQAMKRYGLGLARPAPVNNDALVAAGYLHKADTLAALAQQLGLDAQTLSETVARYNRDAAQGVDREFAKGGNSYNRAMGDPGHQPDACNAPLLSAPFYAIKLYTGDLGTSRGLVTTADAQVVNTEGHPIPGLYAVGNDMDSLMAGTYPGPGITLGPGLTFGYLAACHLAQHSTH >XP_015239306.1 PREDICTED: transcription cofactor vestigial-like protein 3 isoform X2 [Cyprinodon variegatus] MQTGRHGHCMLWGIYGAAAGLDDTASLKSQGELLSAFFSLFHATFSLFSKVVFFSAMSCLDVMYHQSYGAHYLPAAAYKASYYNHHQQQQQKLNTYNKMQECLEQQQPSQGGGRGIMQRNQGLQLGPATTIAEISRRSPAELDLKDSTQPAEAEYLSSRCVLFTYFQGDIGDVVDEHFSRALSQASSFSIESKPIRGTQATAAASNNLWKDGGSHPDGQGSSPWSSPFPPQANSCLPSVSVSVHPDFPASPVSFSHPDGALWASHVLSQASIPSPASLSDSWTYSLSPQSTSGYPNVHDVYHSHPRPHPHIHARHHHSMLHPYPPHSPALDPRFNALLLPGVRSQSQAATSTGSSPHSEGGKTEMDLSSNSPVSAASVTWTPPALHGSLEAYDSAIDQSKVKASIWF >WP_010048070.1 hypothetical protein [Gemmata obscuriglobus] >AWM35744.1 hypothetical protein C1280_01035 [Gemmata obscuriglobus] >QEG31719.1 hypothetical protein GobsT_65630 [Gemmata obscuriglobus] >VTS11065.1 unnamed protein product [Gemmata obscuriglobus UQM 2246] MEEVAESVLAFIRWTDEHPLPPNAPTRVVLNALRTHLDAKVPGWRQRAFENDSSQEAVEIEVHLSGGRIVRGTLLQRPSTVQDGAA >GFV41582.1 hypothetical protein TNCV_3627331 [Trichonephila clavipes] MIIEDVSGDSQVSVPILLSVLHATQTQNQELCSGVPFLLTAEPLWSSLKTHSTAVHSENCFSTVTFAVPWPYFTQENARPHMTRVTMNCLAACQTLPWSSRSPDISQIKHVWDMKGGRLQAGGSTPY >KAG1464501.1 hypothetical protein G6F55_001739 [Rhizopus delemar] >KAG1551670.1 hypothetical protein G6F51_001703 [Rhizopus arrhizus] >KAG1504010.1 hypothetical protein G6F54_001296 [Rhizopus delemar] >KAG1517332.1 hypothetical protein G6F53_001455 [Rhizopus delemar] >KAG1528737.1 hypothetical protein G6F52_000385 [Rhizopus delemar] MFKLLFISLLLVPSLLAEAIKNIIVFGDSYSDVGNYQRLTNGPLWSENLAAAWDASLYSFAFSGAVCNNSVYPKQTSKQYIPSIEDQLEMYYHQNLNLNPQETVVAIWVGVNDIYKTFEMREGEQQANLKRVVDCISSNVRNARRIFSTNKFIVFGVPPLEKIPYYADSPLRLSREQAANELNEYLLKEVQKMNKHLQSVDIDFMDIHQLLDHIVQKPNSFNIKNAVDAYWDACQGQCSDDINSYVWWDKAHLTGGVHRLIADSIAQSGSFATEMEIPKDLDVNALLNNADSKFKSPRYEAKANTGEIDRLIEKMNEEKQMGNPNIKIDGEAEQEGITKEKGGINSYVYFGVAATVIVCIGFVLFNKRAKNRTSHLASLSNLLKKEDRGRFVPLRNIDSDV >QDK31721.1 hypothetical protein DM450_02735 [Sphingomonas sp. IC081] MNRQMPNFGVGGFPPAFVRGTTGKDRSAIFAWLAGLGLNALELQMTRGANMPKHTCRLYRKLAENYGIRLSIHGSYYIVLSSPEPEKYRRSTESLLRTFELADELGVREIVIHPGSLYGQDEEEAAKRFVDGVGAFMEKLGRCGTGLFIETAGKLGQLGSVEAILDMASQVDGVEPCIDFGHVHARTLGGLSEAEAVAALGSRLVEFAARWPGKRFHFHYTPIHYGLRGEIQHRALSDIRPLGISGRSEPFYPRPEPVAEVLRRILSRFTAISETLDSQEEGGLALQNLCLR >KIJ40064.1 hypothetical protein M422DRAFT_780862 [Sphaerobolus stellatus SS14] MSEPRFDRNQRLSWCIKGAALATGQDNIYFSRNTHTSSKMGHHANSKLAATYYFLEIRLLVTMQLSLAHKAYQGEYVNANGDVVSQVNFRFHKSSQSGIYSCNATLGAGSDAVSYHHRECIVSGNTITWTIPGTAIITPSRWNGHFGASDDVITGTWTAVNPLLSAYPSFPPEAHGTFQTLIF >WP_282979415.1 23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Microbacterium barkeri] MAKPGRPGAAKGKKGPTKGTGGKNRRSLEGKGPTPKAEDRPYHVAHKRKQAAERLAAKRGGSAQKPQQRSSRPKDDTENVTGRNSVLEALRAKIPATALYIAQRVEMDDRVKEMLAIARNREIPVLEVTRPELDRMAGFDGVHQGVALKVPPYEYAHPQDLLEQVVDTGATPLFVALDGITDPRNLGAIIRSTGAFGGHGVIVPQRRSASVNSAAWKTSAGAAARIPVAIAPNLTTTLKEFKKQGVFVLGLDGDGDVSLPSIELADRPVVIVIGSEGKGLSRLVTETCDQVVSIPISDVTESLNAGIAASVALYQVSTIRGAQA >KAG7602925.1 MFS transporter superfamily [Arabidopsis thaliana x Arabidopsis arenosa] >OAO95585.1 PHT4 [Arabidopsis thaliana] MARLTLRPHNQFVSSPIFSHKQPFLSVYTIFPHHHHNPLIKSRVKCSASGTERVRESKKLPPKDPLEDPKPQLPIPEVLSTETGFEQNWPPWKNIPQRYKLIGATSLAFVICNMDKVNLSIAIIPMSHQFGWSSSVAGLVQSSFFWGYALSQLPGGWLSKIFGGRKVLEIGVFTWSFATALVPLLAGFMPGLIFSRILVGIGEGVSPSAATDLIARTIPVKERSRAVGFVFGGLSLGSVMGLLLAPPIIETFNWESVFYLFGLLGVGWFVGFQFLNEEEVSYKGNEISTSHKSENATKEELGSSLKEIPWKSFFQSPAVWAMIYTHFCGSWGHYTCLSWLPTYFSEALSLNLTEAAWVSILPPLASIVVTSLASQFADYLITNGVETTTVRKICQTIAFVAPAICMTLSSVDIGLPPWEIVGILTAGLALSSFALSGLYCTHQDISPEYASILLGITNTVGAVPGIVGVALTGFLLDSTHSWTMSLFVPSIFFYLTGTVVWLAFASSEPQTFTKEDS >EIZ9235425.1 Tar ligand binding domain-containing protein [Cronobacter sakazakii] >KAB1487516.1 methyl-accepting chemotaxis protein [Cronobacter sakazakii] MGLLKDFSIRAVMLTVLGVLCVLWAAVGVYSVYSLSAMADGNRVDRQLVSQMTVLSKGNDQYFRFVTRLTRAMENGTPDAKSLESAQQALDTMSRQLDAFKQLSPGPLDPAVSQQVIADWQKLLDDGVIPQMKLAREGTPDAYRAHAGKVTPVFSRAFGASAEKFNAAAGAKLDATRERVDSMTVTTKTVIIIAVIIGLLLLLLTDRYLVAMLVKPLEKIRNHFTLIAGGDLSQPVEPFGRNCVGKLVPLLTAMQDQLREAVSAIRHGSENIWRGASEISAGNNDLSSRTEEQAAALEQTDASMEELTSTVRLNAENARQASELAHAASENAGKGGQLAQNVIETMQGISGSSKKIADITSVINSIAFQTNILALNAAVEAARAGEQGRGFAVVAGEVRNLASRSAEAAREIETLITESVERIEKGSELVNAAGDSMAEIYRGVSNVSTIIKQIASASEEQSKGISQVGVAITQMDTVTQQNASLVEQVSAAAAALERQTEELQSTVQKFRLSA >MCA1959605.1 glycosyltransferase family 39 protein [Desulfomonile sp.] MKRSTRLTYIASALVAVTFLAVSLFTLHNDHNWGDDFSMYILHAQNLFCGRDYCSGILMNYSYEEYDPLYATRTRPPLFPLALTPIIAVWGVDLFWLKIPNLLFWMLWVAVMYCILKRMLGKTHAVLLTLVLLFSPWFFRFKQQILTDVLFSLFVAAALLVYMRGLQGRERISARAFGLFVLLATLAALTRPAAHPLILAAILHLSLFERKYLLAGVLAAVWLVINTGGQLIGITDSVSFASYALGSKKFGVLQASWDHAVYTFSLIVLFLAPQYFPPFPILLVVLLALILLGFAVRVRSTAGFGIIEVFSPIYFAMLLAFPYPNGPRYILPIVGFLLAYSLIGLRTGCDFVSRNRWGAHAVTAVLVGTLLYCSAATWKDRGFNGGVLKSPPVQSLAAWVKENVGPDEHFLFRKPRALALLTGRTGLPTPKTPEEVRKICREQGVRWVILSPPWNTGIIKSLRSSSDFRYAWKYPGIHVFEYLLCSRQ >XP_027026332.2 arginine-glutamic acid dipeptide repeats protein isoform X2 [Tachysurus fulvidraco] MTADKEKDKERERDRERDRREKARESESSRPRRSCTLEGGAKNYAESEHSEDEENEAAGGTAAPEEATKKSKKKLPKKKSRYERTETGEITSFVTEDDVIYRPGDCVYIESRRPNTPYFICSIQDFKLSKRDHLLMSVKWYYRQSEVPDSVYQHLVQDRNNENDSGRELVITDPVVKSRELFISDYVDTYHTAALRGKCNIAHFSDIFAAREFKPRIDSFFYILGYNPETRRLNSTQGEIRVGPSHQAKLPELQPFPSPGGQVTENEELVWMPGVNDCDLLMYLRAARSMAAFAGMCDGGSTEDGCLAASRDDTTLNALNTLHESSYDAGKALQRLVKKPVPKLIEKCWSEDEVKRFIKGLRQYGKNFFRIRKELLPNKETGELITFYYYWKKTPEAASSRAHRRHRRQPVFRRIKTRTATTPVNTPSRPPSSEFLDLSSASEDDFDSEDSEQELKGYACRHCFTTTSKDWHHGGRENILLCTDCRIHFKKYGELPPIEKPVDPPPFMFKPVKEEEDGLGGKHSMRTRRNRGPMSTLRSGRKKQTASPDGRASPNNEDLRSSGRTSPSAASTSSTDSKMDSVKKPSKKIKEEAPSPMKSAKRQREKGSSDTEESERASAKKSKTQELNRPDSPSECEGEGEVESSDGRSINDEGSDPKDIDQDNRSSSPSIPSPRDNESDSDSSAQQQVLQGQHPPVIQCQTGTLPPAPPSTTAPMPLTSSAAPLPSQVSPSVPTTTVPPQQIASHIQSGAALHPPRLPSPHSPLQAIPQPSVPSQSGPQALQPQLHGPMPPMGHPLQAGSHMPHPHTSLPPQNFPLPQSQVPPSPMSSQAQASSLSQQQPTPHTPPSQSTSSQSGTQPPREQPLTPAPMSMPHIKPPPTTPIPQMQNPQTHKHPPHLSAPQFPQKPPNLPPLPALKPLSSLSTHHPPSAHPPPLQPMPQPPAAQPPVLTQSQNHVPPPAPPLPSPSTGPSHSSSSQPPFPPHPFIPGAPAALPPSSVPSSVAGPLAALQQPPSSISMPLPASISTPCSGPSSVPAVQIKEEPLDEAEEPESPPPPQRSPSPEPTIVNTPSHASQSARFYKYLDRGYNTCARTDFYFTPLPSSKLAKKREEALEKAKREAEQRAREEKEREREREKEREREREREKEAERAAKASSSSHEGRLGEPPMAGPAHMRPPFDATPATIATVPPYIGPDTPALRTLSEYARPHVMSPTNRNHPFFMPLNPAEPLLAYHMPGLYNADPGMRERELREREIREREIRERELRMKPGFEVKPADLDNLHPSANPMEHFARHGPIGLPPMAGHPFATFHHGLNHLERERLALANPQLRPEMSYSERLAAERLHAERIANDPIARLQMFNVTPHHHQHSHIHSHLHLHQQDPLHQGSGAHPLVDPLAAGPHLTRFPYPPGAIPNPLLGQPPHEHEMLRHPVFGTSYPRELPGGLPPPMSAAHQLQAMHAQSAELQRLAMEQQWLQSHHHMHGGPLPGQEDYYSRLKKESDKQL >MBL6706528.1 M20/M25/M40 family metallo-hydrolase [Planctomycetaceae bacterium] GTAEERLKNDLKFLADDKLEGRGVGTDGLNLAADFIKDQFKAAGLNVTALEGDAFQKFTMVTGTKLLENNSLKFVGPEEKTIEFQLEEDFNVCSFGGSGKISGEIVFGGYAINAKEASYKDFGDVDVKGKIVIVMRRTPQQANHKSPFASGHGVSRHASIQAKVSVCSTAGAAAILFVNDPHSVDAETEKAIDSANNAVVKVARELAKLEPTDAAFADTRKKLDAALERVSSAHGDAHTGGFDTLMKFGYAGNGKDDAIPVVHISQAKCDELLKLALNKSLADLEAEIDTDLKPRTQVLEGWKVTGETSLERIRTEVKNVIGVLEGEGPLADETIVVGAHYDHVGMGGDGSLAPGVIEVHNGADDNGSGTVALIEIARQLAARKTPLPRRVVFIAFTAEEKGLIGSAKYVEKPLFPLDKTIAMFNMDMVGRLREDKLTVFGVGTSPTFKDDITRLGEAAEFKLSLKPEGFGPSDQSSFYAKKIPVLHFFTNTHSDYHRPGDDWEKINFKGIRRIADLFRDVVVYTAETQKRPEYLEVAGTADTQRQGSRPYFGSIPDFSGEGEGYAISGVSPKSPAAIGGLKGGDRIVQFGESKVSDLSDFDLALRNFSAGDEVDVTVLRDGQRVKLKVKLAKPR >KAJ7726226.1 hypothetical protein B0H16DRAFT_1780642 [Mycena metata] MYIPGVTVKQFRAKKAGDRVELDHRDQPCNSTYLPTGHWTPDAGEDCARTACLAHPVLFDVGAQQIESSSLERISKLEARSPSSFEVLDSATAGIGLADSESGILTSRMVSNHSPWSATGPSAVLPSELSFTSDNFKFLLAGDTNLSIYYRARCPYVASSGIHEDPTLSLGIHENPIHDDQDLEL >WP_039764622.1 dTDP-4-dehydrorhamnose 3,5-epimerase [Pseudomonas fluorescens] >KIF65192.1 dTDP-4-dehydrorhamnose 3,5-epimerase [Pseudomonas fluorescens] MNVIPTDLPGVLIIEPKVFGDERGFFYESFNARAFQDATGLDTQFVQDNHSRSQKGVLRGLHYQLENTQGKLVRVTAGEVLDVAVDIRRSSPHFGKWVAVHLSADNHRQLWVPEGFAHGFVVLSEFAEFLYKTTDYYNPSSERSIRWDDPDLGIDWQLDEAPKLSAKDQAAGLLKDADVFS >RLS46433.1 MAG: carbohydrate kinase, partial [Planctomycetota bacterium] EICEFLQSQGLSLDLVQRDAIHGTGTVTVEPTATGTTYTFLPDSAWDFLAPQPELIAAMHAARAVCFGTLAQRSAVSRETIHDCLAAVSGDCLVVYDINLRPPFFERAWIERSLHHAKIVKLNDDEVRTLSQMFGTGPSSDLDYARDLLATHPQLELVCITRGANGCLAVSRTEVVDLPGIAVQVVDTVGAGDSFTAALIQTRLAGWPLAKSAAFANRVGSLVASRPGAMPILREELATLRCEFE >WP_279008479.1 ribose ABC transporter permease [Veillonella parvula] MDSKALQYVKKLGPLIGLILLFIIISVMNDSFLEFSNLRNLLRQVSINAIIAFGMTFVILTGGIDLSVGSILALSSAVMANLIVTGTDPVLAIILAAGAGLVLGGINGLVITYGRVAPFIATLATMTIYRGATLVFTDGNPISGLTQDPLFHGFGQGDIAGLPVPAITMFLAFIILWFVLSRTSLGRKTYAVGGSEKVSYIAGIKIDRVKIFVYALTGMLCGIAGAIITSRLNSAQPTAGAGYELDAIAAVVLGGTSLAGGRGHIVGTLIGALIIGTLNNGLNILDVSSFYQQVVKGIVILLAVLADRKKA >QQH27121.1 AAA family ATPase [Mycoplasmopsis bovis] MHFNNDANNVVRIAYYLHYYCNQILNNKSSTYTSLENVKKCFYDENKFFILAEQKEQIVNDAIKYALNKELLLIKEDKVYTTQTYNDEMTIASFLAKKSRVKKIGSYKFKKYIREIQKETNIENFKYDKSQINALRKFINNKFVVITGGPGTGKTTLIKGLVKLFKKVHPNESFKIATPTGRANTQELKRVLKNLML >XP_003040019.1 uncharacterized protein NECHADRAFT_85638 [Fusarium vanettenii 77-13-4] >EEU34306.1 predicted protein [Fusarium vanettenii 77-13-4] MGRLRDVIGHHSCDASVERPRVRYWVHQVGYTPQPYLGGKDKSMPRHRCLCRVCLSVNYSAWFKDRSPTIDFNPGYFKTSPNETPRFRCTLTNNVHSNTKKVSVILTEHRAPQTHTRSPSGTSPWENKQPSEQEYKQRIQDWLSDPGLDIQGRLLSGRSRRSTPPRGVRQEGEAVGRKVRQAVL >MCF6767132.1 RNA methyltransferase [Thiotrichales bacterium 19S11-10] MLEKVRIILVEPSHMGNIGSSARAMMNMGLKSLYLVNPKEEPGIESHQLASGASQVLTEANICSSLAEALEGVGLVIGTSARARKLSLPIINVREAATEINTFLEQASQSNSQDEVAILFGRERTGLYNEEILMCHKHLYIPASKEYNSLNLAQAVQIIAYEVRMAFQNKLNDMPQLPYVKKASQKQYEGLYGHLSEMLVATEFLDPANPGLVLERVKRIFQRAQLEESEIHLLRGIIKQVLTHSKN >HAF12758.1 hypothetical protein [Blastocatellia bacterium] >HCX30583.1 hypothetical protein [Blastocatellia bacterium] MKRELFNQYLDYFRQGFAVLILSLCVFGSTGYAQKQPLVRLLTVPFTMRADFQGESLGQWASYPPPQDIGYEPSLSPTGDFDARGGRSLMRVASPNRRGPLRFGFIKRLSMVMAEGAQLSFAYQLRSPSSNDLIEIGLAGQDGHRYTTKVPAAPDRWTNLEIKLAELRDEKGQEPVTGLEIEAIYLVADLASANPDLTYRFILDDVALSAARDARFEVRTPEALEIEPWCALNSALGYRSGETISIKATAPARLARAECILKNQVERIVSSQPLYDDGTHGDERAGDSVWSNNSLYTLRPTDPTGVWVAHLQGVTSDWRNVSTPVRFIVHPSQARSHPRLLFGPSDREALIARAANPKTAALWAKLQTVAKNTRETGNLAHGGEAFTRLDRVYLLPTLLGYFDVLTRARARIASNAFNAYVTGDAESLAAAKSAMLDVARWKTWTPPWFEAHGQHTYYPAGELAFDMGFAYDLLYDKLSDDERALVRSALIERSIIPTYEEYVVDNRAMAGTSNWIAHTVGGALFAAAAIAGDGPAAESNGRLELYTNGLLQKLESHMAASYLPDGSYGEGISYQEFDLESLGPAFTALQRVFGIDYWQRSNVLGSLAYPLYTLAKPTSESLDMGDSHPPSGRTIAPLVKKSGDPTLRWYYDQFEHSSIIDFIFFDDSVAPRAPSLPTSRLFSDKGNAVFRTGWGPEDFVFLYRAGPNFNHNHADQGSFLLNAFGENLVTEAGWSDYYKDPYYATFFTQAIGHNTVLVDGNPESQDIADTLQFAALNTYPRITDAITSGFYDALGSDLKAVYKDRLDRYTRRIVFVKPHYFVIYDDLSAKGAPATFDWLLHLPDRTRINTLPGLTLYGGNRAALAVRTFARVDAELHVRDGHIPYPVFAVSTPKSVPPQPAFLDVRTTSPATSAQFLIALVPARTATEAQALAARMTEIKGDGWIGLRTERGTERDLVMFRVGATNGASRYEEWMTDAVAWTIMQREEALRMFAVQNARSFTRGGRALFASDSAASVAANYNANAIDVACYSASQAKIQLFAGAKPVRVLLDGRELRAHYDRDSMALSLTMPAGQHQLRIALQ >KAH9403806.1 hypothetical protein TYRP_014998 [Tyrophagus putrescentiae] MDSFLKVVRSFWNISPDLITRMANRASGSSYQVQSAANLSLAEIKTQNRWPFWRILLYAYLLFGVLRYWFAAVVLGTGSPLLLAIQQYDVIMRIAIDQKLMTFYGVILFSPLSIVVLVFDYTINVKRYTNFCRPMYELMVINPLHFFTLNPQLKPALFWEYDNPLDVTTRTRALLLNWFLQLFVGCFTAGTALGGLHYHFAVFRPRITSWTKYLLGIADLTLICLCAVHTYKLLTFVLHVFILVNYVYHCYLKELKGMMTLCLAAIKRRQICQLAFNRTVHFFLLETSAWLQNAISSNSALASPLLFYGLFSQFTINLHLVTSIFFTPDTSLRDRAMAYVLVAIQAVVAIGAFQVAIKMASEQLPLGRMLGRLQLYLFLCTDRENVALKVLSLYEQLHSNDAFCYTVGPVKIINNFIFEQSSRILYHSERMHRQAVQLALKKGQSAVGSRKGFSLADHLKVNRMEDNHRSVATQSCFHLVTGQQINSRMFEMLFSYISLVFMMVFKNHKKQ >MBK7636756.1 hypothetical protein [Saprospiraceae bacterium] MNGKLTILLIFLIIQVELFCQCDSIEKHFDKKLATMIGYKLMEIVSPDMGFTAEFKILSKNIDINSARIVYEIKFSCEVVNEVLFPSPGKYDICTRIKLNLYNGKTLIELTELNEFGKKSTFDKDIHRSVEESINYRCDDIINGSEILAIFEDYCICLNAKDMCTFLKLKFERKIEDTYSYLTMMQLIPSQWYDNLNGKILASEYKDTTITLKIEMSFKAKTQMIFGEIGQAIFTVIF >KAJ6236901.1 guanine nucleotide exchange factor [Anaeramoeba flamelloides] MNDKSQTIKIYSFQENKSIEFGCDQTTSIHDIASSSKISPNIGIFLTNKKGRKSTKERKNKNKSKDNEIEIEIEKELTIEQPLRNKLRKMRVLSDYTQKNKGSDSEFSQEENEIEKGKDHKKEMKKKKNNYSSTTRSRSEFEEINNLDYGSSIEIESKSLQLHLHQENTLNKISSKQSNQFSMSSKYDSHNSLNQIEVNTNLMFSLFKNSFCPSNDFKGIFLDSSKKILKYRDCDLEFRELPKKQAEIEIISNLPKFNSNVKVFSTQTTLDEIFDYYQSKDSIINREEFGIAFSNQDHFQKGIFKIIPNNELTKKEIQKMFLENSLSFGVWAKINKKYCLGGYISKLGNKYDTIQFGRKPSFVTIILPDKRKIEILIDLNCKVELIIKNLVKKFSLKRKLIKNEILHEIKYHLFLIEFAKENGKLIESQLVKINPYQSLDFQGIYQFSKLKMVSVTVPSLEKNTIKNVSSKTNLWKELRTNQQNLTLWKEKINERSTSQISQKSDFLFNRICGISLNKLIVLLTSTGYQTEEFLTIFLELLPSYSNELTVLNRLVERFDVPSLHPQTRRTILEDEKLDIQILVLNLIVKLIGNNPNFFPLQAKHKLKKFIQSDLINNFNDDIEDNKDDNSNSKVNSKKYKTISKHIKAINDYLQSNSISYNKSKNMHNFRKPTLKIKRRNSVRKLSQINLESIDFEKVDLDQFAQQISLSTHNIFSKITSRELFNKEWTRRDKHIKAPNLTTLINKFNFYADWASTIILEKKNSKKRLGIFQRLILLAHEFFILNNFQDMFAILSGLQSAPVSRLFNLKKDLPKKCLKIYNNLLDLTDVTSGCKKLRKYTLECSLPAIPYIGTITSDLAHIHELPNFVDNNLLNWRKRMRIYEVIAHLRKFKQIGYSFIYLSNIQNYLDRKEILDEDSMWDVSFEIKPHPMNL >XP_033541489.1 alpha/beta-hydrolase [Lindgomyces ingoldianus] >KAF2464645.1 alpha/beta-hydrolase [Lindgomyces ingoldianus] MALISDLRAHLLRLYTSFTTTNTAVSTPATVKGEPSKCRYRLDNDCSDTFTLPDGRKLGYAQYGLQTGRPILYLHGIPGSRIEAAQFHDLGLKLGARIIGADRPGIGWSSPHPSRILLDFPKDLELLAKHLELDEYAVLGISGGGPYALACAVSLPREKLKCVSIVCGLGPPDIGMSGARWLNWLGFTLGYRYAPSWANRWFWQRQPIGRLDLTDEKRLELLLQSASGSIGAHEKDLEVMKDEDFLRLILRSTRESFAQGYDGIGQDGKVMCMDYGFRIEDIRADLPVQLWYAKHDVFVPLNHGKQIAARLGGRGHLRVEDETHSSIVVNWRKEILEDLVRSA >PPC85417.1 MAG: ribosome-binding factor A [Hyphomicrobium sp.] >PPD00736.1 MAG: ribosome-binding factor A [Hyphomicrobium sp.] MAKKSGKPTAGPTQRMLRVGELIRHKIAEMLARGDIHDDVLASHVVTIPEVRISPDLKIATVYVMPLGGKDVKPVIEALTRNRKYIRAEVAQTLNLRYAPDLRFREDETFEEATRIDRLLDSPKVRQDTEKK >WP_004751198.1 RnfABCDGE type electron transport complex subunit B [Acinetobacter sp. ANC 3789] >ENU81117.1 hypothetical protein F975_00978 [Acinetobacter sp. ANC 3789] MSLPFPLIQQIDALLPQTQCGLCGHRDGCLPYAKAISEGEDANKCVPGGQPVADAIAQLLKRPLLKAEESVWDIQADGRPQRMKAIIREDECIGCTKCINACPVDAIIGSGKLMHSILSDLCTGCELCIPPCPVDCIDLVEDTELLPTATQQIEQQDDLRYRYYAHIQREEQRRIQRKGPIVRAAIDSELFVQFSSYLNSVPTIQRAEKSAEQDLVADAKTTIELAKLRTQIKKLEKQLSVWDNPAKREQLQQLNAQLDALQGDA >MBQ2640849.1 winged helix-turn-helix domain-containing protein [Lachnospiraceae bacterium] RTLDVHIRKVRSKLGDAGSYIETVRGVGYRFKV >WP_245885601.1 response regulator [Xylanimonas oleitrophica] MTGWVDGREVVQVLLVEDDPGDVLMTREAFADHGVADRLFVVPDGVAALEFLRKEGDHAGAPTPDLVLLDLNLPRMGGREVLAAVKGDPALARIPVVVLTTSDADDDVVASYALHANAYVTKPVDFDRFIEVVRKIDDFFVSVVRLPPR >MBE0607625.1 hypothetical protein [Deltaproteobacteria bacterium] MTSYDNNYYFDPATTILAPGPRAVNIGTLAAGETSTVLIADFEVPRVSGDTDVRVTVNVAGTEPDPTSTNNGSDGSYLIDGENLVRIGSLFNNSSGGCSTTGGTTDDSLGTIFGAYGPLILMAIGLKAYSIVRYRKAGRRV >WP_144384753.1 C40 family peptidase [Streptomyces sp. SAJ15] >TVL90931.1 hypothetical protein CD790_20455 [Streptomyces sp. SAJ15] MASHRRTSPNGLDRTVRATVLSAAAASAAAALSAFPAGAEPRPADPASARTTVDRLYREAERATEKFNAAGERTRRLREQLDRLQDRVARGQEGVNRMRGALGALAGAQYRSGGVTPGVTLILSEDPDGYLDKAATLERIGYQQAGQLRSLQSALRTLRQQREQASGKLTELAKSRAAAARHKKTVQRKLATARRLLNALSPDQRDAYARSSRDVGRPGGLPGMGQAPGASSGRASAALMAARQAVGAPYAWGQAGPGAFDCSGLTQWAYQRAGVAIPRTSQGQRGAGTQVPLSQARPGDLVVYRADGSHVAIYAGNGQVIHAPYPGARVRYDPVGMMPISSVTRP >AOJ74168.1 23S rRNA methyltransferase [Burkholderia ubonensis] MPAAHDGAPVLEIESLDMEARGVGRMTTEDGEPGKVIFVEGALPGERVTYSSYRRKPSYEQALVVDILRPSVMRTEPKCKFFGTCGGCSMQHLDMRAQVAIKQRVLEDNLLHLAKLRAETMFAPIHGPSWGYRYRARLTVRNVVKKGGVLVGFHEKKSSYVADMTSCEVLPPHVSAMLVPLRRLVEGLSIRDRMPQIELAVGSQVTALVLRVLEPINAADEALLRAFADEHKVQFWLQPKGPDTVTPFYPLDVPLDYTLPEFGIRMPFKPTDFTQVNHQINRVLVGRALRLLAPSRDDRVLDLFCGIGNFTLPLARLAREVMGIEGSETLTTRALANARENGVDGHTTFACRNLFEVTADDIRALGAFDKFLIDPPREGALAVSKALADIAQSGEGPLPRRIVYVSCNPSTLARDAGLLVHEAGYRLKGAGVVNMFPHTSHVESIALFERD >XP_005573423.1 PREDICTED: sodium channel protein type 9 subunit alpha isoform X1 [Macaca fascicularis] >XP_015287803.1 PREDICTED: sodium channel protein type 9 subunit alpha isoform X1 [Macaca fascicularis] MAMLPPPGPQSFVHFTKQSLALIEQRIAERKSKEPKEEKKDDDDEAPKPSSDLEAGKQLPFIYGDIPPGMVSEPLEDLDPYYADKKTFIVLNKGKTIFRFNATPALYMLSPFSPLRRISIKILVHSLFSMLIMCTILTNCIFMTMSNPPDWTKNVEYTFTGIYTFESLVKILARGFCVGEFTFLRDPWNWLDFVVIVFAYLTEFVNLGNVSALRTFRVLRALKTISVIPGLKTIVGALIQSVKKLSDVMILTVFCLSVFALIGLQLFMGNLKHKCVQNSLVNNETLESIMNTLESEEDFRKYFYYLEGSKDALLCGFSTDSGQCPEGYTCMKIGRNPDYGYTSFDTFSWAFLALFRLMTQDYWENLYQQTLRAAGKTYMIFFVVVIFLGSFYLINLILAVVAMAYEEQNQANIEEAKQKELEFQQMLDRLKKEQEEAEAIAAAAAEYTSIRRSRIMGLSESSSETSKLSSKSAKERRNRRKKKNQKKLSSGEEKGDAEKLSKSDSEENIRRKSFHLGVEGHRRAHEKRLSTPSQSPLSIRGSLFSARRSSRTSLFSFKGRGRDIGSETEFADDEHSIFGDNESRRGSLFVPHRPQERRSSNISQASRSPPILPVNGKMHSAVDCNGVVSLVDGRSALMLPNGQLLPEVIIDKATSDDSGTTNQIHKKRRCSSYLLSEDMLNDPNLRQRAMSRASILTNTVEELEESRQKCPPWWYRFAHKFLIWNCSPYWIKFKKCIYFIVMDPFVDLAITICIVLNTLFMAMEHHPMTEEFKNVLAIGNLVFTGIFAAEMVLKLIAMDPYEYFQVGWNIFDSLIVTLSLVELFLADVEGLSVLRSFRLLRVFKLAKSWPTLNMLIKIIGNSVGALGNLTLVLAIIVFIFAVVGMQLFGKSYKECVCKINDDCTLPRWHMNDFFHSFLIVFRVLCGEWIETMWDCMEVAGQAMCLIVYMMVMVIGNLVVLNLFLALLLSSFSSDNLTAIEEDPDANNLQIAVTRIKKGINYVKQTLREFILKTFSKKPKISREIRQTEDLNTKKENYISNYTLAEMSKGHNFLKEKDKISGFGSCVDKYLMEDSDGQSFIHNPSLTVTVPIAPGESDLENMNTEELSSDSDSEYSKVRLNQSSSSECSTVDNPLPGEGEEAEAEPMNSDEPEACFTDGCVRRFSCCQVNIESGKGKIWWNIRKTCYKIVEHSWFESFIVLMILLSSGALAFEDIYIERKKTIKIILEYADKIFTYIFILEMLLKWIAYGYKTYFTNAWCWLDFLIVDVSLVTLVANTLGYSDLGPIKSLRTLRALRPLRALSRFEGMRVVVNALIGAIPSIMNVLLVCLIFWLIFSIMGVNLFAGKFYECINTTDGSRFPASQVPNRSECFALMNVSQNVRWKNLKVNFDNVGLGYLSLLQVATFKGWTIIMYAAVDSVNVDKQPKYEYSLYMYIYFVIFIIFGSFFTLNLFIGVIIDNFNQQKKKLGGQDIFMTEEQKKYYNAMKKLGSKKPQKPIPRPGNKIQGCIFDLVTNQAFDISIMVLICLNMVTMMVEKEGQSPYMTDVLYWINVVFIILFTGECVLKLISLRYYYFTIGWNIFDFVVVIISIVGMFLADLIETYFVSPTLFRVIRLARIGRILRLVKGAKGIRTLLFALMMSLPALFNIGLLLFLVMFIYAIFGMSNFAYVKKEDGINDMFNFETFGNSMICLFQITTSAGWDGLLAPILNSKPPDCDPKKVHPGSSVEGDCGNPSVGIFYFVSYIIISFLVVVNMYIAVILENFSVATEESTEPLSEDDFEMFYEVWEKFDPDATQFIEYNKLSDFAAALDPPLLIAKPNKVQLIAMDLPMVSGDRIHCLDILFAFTKRVLGESGEMDSLRSQMEERFMSANPSKVSYEPITTTLKRKQEDVSATVIQRAYRRYRLRQNVKNISSIYIKDGDRDDDLLNKKDMAFDNVNENSSPEKTDATSSTTSPPSYDSVTKPDKEKYEQDRTEKEDKGKDSKESKK >RCN52028.1 hypothetical protein ANCCAN_01816 [Ancylostoma caninum] MDRNDVLPLLSRLWTESLEAPEFNVFLCKDVKKPNLKKPILRTWADPGREDEISLHVLPWWEGSTSRGGGAAHPPPPPPPPPPAPAYHHGGGHGGGGYGYGGGHFAHGNGGYSYAKGPTGYQHPPAQGHFPSYQQPPSYQQPAQTSYAQPAPSVARFEPPASYAKAPSYYYNRVAPSPAPAAPMRPTYSVPRVESPPVGNSIVEAPQSGYVLPPGTYGKARSKA >WP_122383566.1 glycosyltransferase, partial [Pseudomonas savastanoi] MTIGQQHQIKPDVTSTVDIEGRSKIAVLIPSYKVVAHILGVIADIGPEVDRIYVVDDCCPDNSGAYVEQHCNDPRVVVLRNPEGRSEVAGC >WP_274676460.1 DUF3265 domain-containing protein [Vibrio aestuarianus] MIRNAWHFYCALVLVFKVVCGSFSIALLTP >WP_139627894.1 type II toxin-antitoxin system HicB family antitoxin, partial [Clostridioides difficile] MKKDIYVYPAILSYDEDGISVEFPDLPGCLTCGDTTEEALKMAKEVLGLHLYSMEEDNDIIPNPTTIDKLNLEKNQIPTLVEIYMPIHRKAIENYSVKKTLT >WP_012517468.1 polysaccharide biosynthesis/export family protein [Alteromonas mediterranea] >AEA97114.1 sugar transporter [Alteromonas mediterranea DE] >CAH1201116.1 Polysialic acid transport protein KpsD [Alteromonas mediterranea] MKFMNIKNSFKALTYAAYAVAVCSAFVNPASAQSVEQLQQLRERAQQSQSGAATPSVSPLSISTQRTLPGATASANTMGQFSTQPRNGVNLPGEPTIDTVFPAQAPMENPPFAANLFIGGFESERSSGLNDNYLIAPGDKISIWLWGAVNFSDVVTVDNQGNIFIPNIGPIRIANTPAGSVNQTVTSKIRQVYTNDVNVYVNLLTSTPVSLYVSGPVLRPGQYAGLASDSVLYYLKRAGGIDFQRGSFRQIDIVRNGKVVASADLYAFFRSGKLPEISFKDGDTILVHPIGNTIVVETGARNSFTFEFLNEELNGGVVNYFARPGEFASHASVSGIRNNKQFARYVSVNEFASLKLSAGDTVEYIADHEPQIYRINVAGAFAGASQVMVDKGARLIDVLDHIEADTTLSDTQNIYLLRESVAVKQKEIIEEGLQRLERSMYTAPISSTGEGAIRAQEAQLVADFITRARQVEPQGRVVVSENGEIANILLEPNDTIVIPEVTDLIHVGGEVLLPQSVVFNPDATTEDYVAWAGGFTERAEDERILIVRKNGNVTFTSVNDSFLSSNDSKLEPGDQIIVLPAIDTKILQAVKDITQIVYQIAIAANVATD >WP_249312942.1 regulatory protein RecX [Congzhengia minquanensis] >MBC8541103.1 regulatory protein RecX [Congzhengia minquanensis] MKITKIEPQKKHKNRMSVFLDDTFAFGIDAFSLYALKLKENDEIDEIRLREIKNTVLFESAKTYAANLVSARSYTERGMKQKLMDHTGDEATANKVLAFLKEYKLIDDSDYARRFASDCLNLKKYGRRKIKYKLLEKGIPAEIAENAIEELDCNDVEAENLEKLMQKKLGGDFDMKNVMRAKRYFAARGYSFDDIDSTLRKLKAESEDGYSC >WP_145756500.1 MULTISPECIES: hypothetical protein [Burkholderia] >MBU9168414.1 hypothetical protein [Burkholderia gladioli] >MBU9379874.1 hypothetical protein [Burkholderia gladioli] >TWC76174.1 hypothetical protein FB600_103398 [Burkholderia sp. SJZ089] >TWD06493.1 hypothetical protein FBX98_103398 [Burkholderia sp. SJZ115] >TWD10375.1 hypothetical protein FB601_103398 [Burkholderia sp. SJZ091] MGVREQQANQALRVLDDMHRHGEIDRQAYRQRRRAVLEALGDTSGAGEAAVTAGEDLAAIGREPGRDTVRRTVPAQEFDGAGEARLVSAAATKLPRKRRARAANAGRATTWLVVLLGMAFGVAAVYWFMMMS >CAH1111016.1 unnamed protein product [Psylliodes chrysocephala] MNPLIKALKPPSIWLKNNAILVTAVRNHWNKDYKPGPYPQTEEERLKAAAKYGLDPREYQPYPDDGQGSGDYPKLPLESMESRDPYYPWDNPELKRNFNEPLHAEYDLIREDRYDVSAKLRVPLWGMWAQFLGTMFGTYIIYRLLDNVKMFHSVIPKQYPNNGKTHYTFDSDE >OFJ58224.1 glycine--tRNA ligase subunit beta [Neisseria sp. HMSC073B07] MTTQTLLIELLTEELPPKALNNLGNHFAASVAEGLEKAQLIDGAAEYTAYASPRRLAVQVKNVKAVQADQKIVKKGPAVANAMKDGAPTKALEGFARGAGAKIEDLIIIHDGKQDVYAYEYVQTGKPLGELLEDIINQAVKKLPIPKVMRWGSSTFTFVRPVHGLIVLHGGDIVDVSVLGLQSGNQTLGHRFLSNGEITITNADSYATQMREQGKVVASFAERKAAIQTALNEQAGRLKATVAADEALLDEVTALVEYPVVLEAGFEEHFLAVPQECLILTMQQNQKYFPLLDQNGKLMNRFLLVSNLQTDDPSHIIQGNERVLRARLSDAEFFYKQDQKATLESRLPKLANVVYHNKIGSQAERIERLQSIAAHIAKALGADAAAAERAARLAKADLVTEMVGEFPELQGTMGKYYARLDGETEEIAEAVEQHYQPRFAGDNLPNGKVATAVALADKLETLVGIWGIGLIPTGDKDPYALRRAALGILRMLMQYGLDVNELIQTTFDSFPKGLLNEKTPSETADFMQARLAVLLQNDYPQDIVAAVLAKQPRRLDDLTAKLQAVAAFKQLPEAAALAAANKRVQNLLKKADAELGEVDESLLQQDEEKALYAAAQDLQPKIAAAVAEGNFQTALSELASVKPQVDAFFDGVMVMAEDPAVKQNRLNLLNRLAEQMNAVADIALLGE >MBI3448467.1 30S ribosomal protein S13 [Acidobacteriota bacterium] MARIAGVDLPQNKRVEIGLTYIYGIGRARSNAILGKARVGVNAKVKDLSEEEVSRIRQVITEEGGVEGDLRKNIQQDVRRLIEIGSYRGYRHRRNLPCHGQRTHTNARTKRGPRMAIAGKKRAVGKKG >WP_091978272.1 nucleoside deaminase [Methylobacterium sp. 13MFTsu3.1M2] >SFE04891.1 tRNA(Arg) A34 adenosine deaminase TadA [Methylobacterium sp. 13MFTsu3.1M2] MTSKLRGTGPHGHEPPVAPDAGRRAFLGAAALGVALSTGARPASATTAAPATAADETFMRAAIAEARRADFPFGAVIVAEGEIRARGLNLGKQQRDPTAHGEMVAIRRFLAEHGPEALRGTTLYTSGEPCAMCMGAIVWCGISRVVFAASLQQLATKIDQIMITCTEVADRSAFRPIAITGGVLAEEALALFPPGDRPSK >WP_226208117.1 MULTISPECIES: helix-turn-helix domain-containing protein [unclassified Burkholderia] >MCA8067694.1 helix-turn-helix transcriptional regulator [Burkholderia sp. AU38729] >MCA8258144.1 helix-turn-helix transcriptional regulator [Burkholderia sp. AU31624] MECPTARALDCIGESWTLLILRDALQGCTRFDEFQRSVGIATNTLTRRLKRLVDQGLLERRRYMTRPTRYEYVLTQMGIDLFPLLVVLFDWGSKYLVNDGVAVQQIDRESGRVLESVVVDRNDLQPITVDRVLLKAGPVASAAVHERVEQVRELRESASGS >TGL93452.1 hypothetical protein EHQ76_17390, partial [Leptospira barantonii] MDPVRDSRFFFDLKHKFESILEEVEKKTFDQKDEIRELESIWEEMFGLAGKNDSPYFQIRLKTLKKQLDTFVKNKGYEKNEF >QNM59064.1 hypothetical protein XHV734_0205 [Xanthomonas hortorum pv. vitians] MRAATVAHSAESGLNKPNNTHSNQNAHAQRSRKDGRRKAWRRLCPAALPGLPKKRLTKLPRASEGVRGVSFTTLRRAI >AAL18389.1 ATP synthase beta chain, partial [Equisetum x ferrissii] PVGEVTLGRIFNVLGEPVDNMGPVEATAKSPIHKPAPAFMDLETTVSIFETGIKVVDLLAPYRRGGKIGLFGGAGVGKTVLIMELINNIAKAHGGVSVFGGVGERTREGNDLYMEMKESKVINEENISESKVALVYGQMNEPPGARMRVGLTALTMAEYFRDVNKQDVLLFIDNIFRFVQAGSEVSALLGRMPSAVGYQPTLATEMGCLQERITSTKEGSITSIQAVYVPADDLTDPAPATTFAHLDATTVLSRGLAAKGIYPAVDPLDSTSTVLQPWIVGEEHYEVAQGVKQTLQRYKELQDIIAILGLDELSEQDRLLVARARKIERFLSQPFFVAEVFTGSPGKYVSLNETIRGFKMILTGELDSLPEQAFYLVGNIDEATAKAAILQLDNI >WP_248087248.1 argininosuccinate synthase [Acinetobacter radioresistens] >MCK4085943.1 argininosuccinate synthase [Acinetobacter radioresistens] MTDNATILQHVPVGKKVGIAFSGGLDTSAALLWMKQKGAEPYAYTANLGQPDEDDYDAIPKKAENYGAVKARLIDCRLQLALEGIAAIQCGAFHISTGGMPYFNTTPLGRAVTGTMLVTAMKEDDVNIWGDGSTYKGNDIERFYRYGLLTNPNLKIYKPWLDQTFIDELGGRTEMSQFLIDNGFDYKMSKEKAYSTDSNMLGATHEAKDLEYLNAGIKIVEPIMGVAFWKDEVEVKAEEVSVTFEEGMPVALNGQRFDNPVELILEANRIGGRHGLGMSDQIENRIIEAKSRGIYEAPGMALLHITYERLVTGIHNEDTIEQYRINGLRLGRLLYQGRWFDSQALMLRETAQRWVAKAITGTVTLELRRGNDYTIMNTESPNLTYEAERLTMEKGDSMFTPMDRIGQLTMRNLDITDTRAKLGLYTDSGLLSLGQGSALPQLENNKK >MBK7937165.1 sialate O-acetylesterase [Lewinellaceae bacterium] MNNRPFLLRPTRFSLISLMLLLSFTARADIRLPAIFGSHMVLQQNSEVNFWGWAAPEDKLRVVCSWLPGQEFPIRADRSSLRWAVKLPTPAASFQKHTITIKGGWADVVLDDILFGEVWVCSGQSNMEWQPAWGNVSITEAQYEAANDSLLRFFNVPRMSIPEPQNDCRGEWKTSTRETMYRFSATAYFFGRELRDRLGIPVGLVNTSWGGTPIESWMHEADFKMNTLQTVIDDYHPVWNYGRPGSLWNGMIAPLTSLKIKGFLWYQGETNTYNSHYYAQMLEQLATDWRQDFGDPELAFYYVQIAPWRYGTPRQGAAVRDQQRLALSRIPRSGMAVISDVGDIEDIHPSNKTEVGKRLAAWALVQTYGVAGIPVSGPLYREHRVENGRVRVWFDHAQNGLLAKDGDLRCFEVSGADRRFYPAKALIEQDAVVVSAPEVPQPVAVRFAFENTLEPNLFNTEGLPASCFRTDDWPAVAQMPVFLSKKYRKTAMRWWKSPAETTPSRCVIP >XP_050320449.1 aldehyde dehydrogenase X, mitochondrial isoform X2 [Bactrocera neohumeralis] MANPNEVPKYTQLFINNEFVDAVSGKKFPTINPTTGKLIAQVAEGDKADVDLAVAAAKKAFHRNSEWRKLAPLQRTDLIHKFCSLLERDKSLLASLETQDNGKPYADSVFDIDIAIMTFKYYAGWTDKFFGDTIPGGEFIVQTRKEPVGVVGQIIPWNYPILMLAWKWAPALAVGCTIVLKPAEQTPLTALHLAALTKEAGFPAGVINVIPGYGPTAGAAISEHHDIQKVAFTGSAEIGRIIMEAAAKSNLKRVTLELGGKSPVVVFDDADIDLAVDITHEALFSNHGQSCCAGSRTYVHEKIYDKFVAKAVAAAKARKVGNPFDESVKQGPQIDDEMMNKVLGYIESGKQEGAKLQCGGRRIGNVGYFIEPTVFSDVTDKMKIAQEEIFGPVQSIFKFSNMEEIIDRANDVVYGLAAGVITNDINKATKFANNVNAGSVWINCYDAVLPQTPFGGYKQSGIGRELGKDGLDSYLETKTITMKLV >WP_203164019.1 peptidase G2 autoproteolytic cleavage domain-containing protein, partial [Atlantibacter hermannii] >MBL7637906.1 hypothetical protein [Atlantibacter hermannii] LMGRRVTPRALRTVVLGDASSGNASTANIKAEIVMGNGNVNIAGTLSQNVTFTDIAKMFENVTRGEIPVGALVAWEGRKVRLARKGDVAISVHSRTYAQLLGDSQFTWAGRYMRNEFGQIITQDIPDPEWQAKIPDPEWQERIINPDHPVIMMEPVIDENNQETGISLPHINSEPFIDNPEPQPLVDNP >WP_269268099.1 hypothetical protein [Microbacterium sp. H37-C3] MKKRHPSLAVASDVAQPVGEPDVAEPVAEAVEAAVSAEVASRAGLFTAASTAGAVATRGGALLAAGALVIARRRTVG >PKB44918.1 outer membrane receptor protein involved in Fe transport [Algibacter sp. RHA_19] MPKRGFFTTISYIFILFLSFTTAFSQSKSGITGKVTEENNQPIEAATVTLLNPTDSTYVDYTITNSTGYFNLDKAKEGNYILQISFMGFESFSKNINFKTSLLDLNTIVLKEDSFALDGITLTAVVPIQIKQDTIAYNANSFKTNPDDNLEELLTKLPGLEIDADGNINAQGNEVAKIMVDGKEFFGGDPSIVLKNLSADAIANIEIIDKKSDESELTGVDDGNKQMVINFTLKKTKKNNGFGKVSAGMGLDSKYFSNLNYNKFTSKTQFSVIGKLNNINITGSNIQGFLKNANGIADDSDDDDQTNQKNKSLSGYLKTGVAGINIGHEFKDKESLNIDFFYNLSDNEGVSKTKRINFSNNSNFDFRTENTFNNSSNNYNLNFDYKNKSNKNNSLLIKGKFTKDNVDYITNRDGFYFNELNELATSNIAASNNKRDKSIGDVTINFYQRLAKLGRSFNVGLKTTANNSNRLNNQTTLITRRQNTDNPTSSTINAIRDEEFLTTMVNLNFKYTEPLGNNHYAKLETYLRNRTNNEDVHQAKTTIGTTTKDELLAYKYKHIENSAQTRLVHSYSPGKLNTYAAIELQELGRTFGVLTETNIVSNKLYVNPMANIVYKPVRGQKYRLNYKKFVRNPNSFQSSTVINDINPYNIRKGNPDLNAEKTNAFTINTVVHNFKSDLSFNTRFDYQNTTDAIIRSVTIDDDYVKTISYQNSGKKERFSNSLSFGQKLKDIGLRYTFKNKNTYTSVNSIVNLQTNKVKSTDIMLSLLLENSNKSTLDVKAGATYSTNNTTFSIENNLDRKYTKQQYFVMFDKDFTKKLSFNTQLDYLVFVDDKFESNQKLPLWNATVSYALNKNRSNLLKLVLIDLLDKNINIARRSTINYFEETESESLGRYVILSFTHKLKGTKKKTK >MBW6484923.1 outer membrane beta-barrel domain-containing protein [Syntrophobacterales bacterium] MKKMVLGVAVLLLLVFAATGMAEVKAGSLSITPYIGGYRFEGNMDVENGPVFGLRGGYNFTKNAGLEGYFHYVKAEFKGVAGNPDMKLLGYGIDGLYHFLPGNRLVPFLAAGVGMTHYDPEIMNSRNKLTINYGGGLKYFLTDNVALRADLRHVLPINGRYNDLLYTIGVTFAFGGAKETPAPAAAAKPAPAPVAPAAPAAVVIGDSDNDGVLDNQDKCPGTPAGVKVDAVGCPLDADGDGVYDYLDKCPGTPAGVKVDAVGCPLDADGDGVYDYLDRCPGTPAGVKVDAVGCPPPAPATPKEKAIIEKGRVTLNVEFDFDKAVVKKQYYNEINELATVLKKYPELKIAIEGHTDSIGKAAYNEKLSQRRAEAVMNYLIKQSEIAAARLSAKGYGEARPIASNATKAGRQKNRRVEAAAEYIIKK >WP_105585532.1 MULTISPECIES: DUF3938 domain-containing protein [Bacillus] >PQZ56626.1 hypothetical protein CQZ94_11745 [Bacillus sp. MYb209] MNQYVRYTIAVLFAIVGGVICFWTNTQLGENIIFNGIETLVSASILGGYIFFLFNPEENAQKTMLLTMIGIVGGCISYSMTNYTLPLQLSSAFFHGLWTWFIAFCLADVFNLLQDHEEENGQQIESNS >XP_017476002.1 PREDICTED: LIM homeobox transcription factor 1-beta-like [Rhagoletis zephyria] MDDFNLSIAAGGDGGLGGGGHCNDACNTAAMYSTNTNNNNSNNNCIDHNGNSNLTNCLNGNNGSTNNANSNNNNNTNSSMFVTMQSHGSLLQKQQQQQQQQHLQMHFDTHSHTQFPIEGNSPPCNSTPPTPSTSLRHATKAGTKCDSAAAVALGLPMALPLSLSLHLPMSSSALTCRTAATSDATQCAYCCQPICDRYIMRVVDTSFHEGCLKCATCALHLLHSCYARDGKLYCRIDYERQFLRNRCLGCGHRIASDELVMRTFDSVFHLKCFACVVCGGILKKGEQYVVKQGQLFCRLDYEKEVEMLQGYDFYGDDLFTPKLDGRRGPKRPRTILNTQQRRAFKASFELSPKPCRKVRENLAKETGLSLRIVQVWFQNQRAKVKKIQKKAKQEHSKGASDSQDSQESDSSNLAKIKDEAHSDSESLLESPFSACVDGAVKMRSIKDENENTSFNCMETNKENCNKMNEPFLSTVLGLSYSTFQQLMGPLTQSPMVNPIDRLYSMQNSYFRPEELGYSGCSKDLVEP >WP_122047024.1 MATE family efflux transporter [Vibrio atlanticus] MLTKLRPFTRESGALMHLSVPIILTQIATQAMGFVDTTMAGQVSPADLAAIALGTSLWIPVLLLLRGVIMALTPVVAYHRGARDFQSISVEFFQMVWLALIASVLLIAYLVSAKPILEWIGVASEIIPIGSDYAFALAFGVPGIALFYTLNGFCEGMNNTKVPMIISVVGLLVNIPVNYVLIYGKFGFPEMGAVGCGWATSLVYWLMSGMLYSYIKGHHHYKTIINFSDAKPKAKEMLHLLRLGLPIGMNIAVCGSIFAVIALMIGRIGAENVAAAQIALNISSLTYVIPMSISFGITIRVGHALGEKDELGAIERSKVGILVAALISLLSVAMFLLFPEWIIRLYTTDPAISATAAVLLTFTAMYQFSDALQTSANGALRGYKDTKIPMMLAIASYWGLALPLGMVLGLTDHIVPAMGEEGFWIGILTGLSISATLMLIRLRYVIKKRDLLPSINAAIR >CEY44168.1 Pneumococcal surface protein A [Streptococcus pneumoniae] MWYFYNTDGSMATGWLQNNGSWYYLNANGAMATGWLQNNGSWYYLNANGAMATGWLQNNGSWYYLNSNGAMATGWLQYNGSWYYLNASGAMATGWLQYNGSWYYLNASGAMATGWAKVNGSWYYLNANGAMATGWAKVNGSWYYLNANGSMATGWVKDGDTWYYLEASGAMKASQWFKVSDKWYYVNGLGALAVNTTVDGYTVNENGEWV >WP_253063755.1 N-acetyl-gamma-glutamyl-phosphate reductase [Sporolactobacillus shoreicorticis] >MCO7127339.1 N-acetyl-gamma-glutamyl-phosphate reductase [Sporolactobacillus shoreicorticis] MKAGIVGANGYSGAELIRLLLNHPQIKLEMLIAHTNAGTDIQSIYPHFDGIVERTLEDFDADELAKRVDVVFFATPAGVSKHLLPDCLNHGLICIDLSGDFRLKNPQDYADWYQKEPADEALFGDAVYGLAEVNRRRIEGATFISNPGCYPTAALLGLAPVLKNDVIDMTSIIIDGKSGVSGSGKKEVLSNLFCEVNENVKAYKLGRHQHTPEIEQMIAQMSGEQTAITFTTHLIPMTRGLMCTTYANLKQGFSTRELLERYETFYEKSPFVRIRPLGSWPATKEVIGSNYCDIGLNVDGRTRRLTIVSVIDNIVKGAAGQAVQNLNIIKGWDEQTGLGFTPIYP >NEB02235.1 gluconate transporter [Streptomyces sp. SID13726] MTRLSVEMLAADAPEPITSAGHAQLGIAVLAGIAVIVLLITKFRLHAFLSLTLGTLVLGAVAGAPLDKAIASFTTGLGTTVAGVGVLIALGAILGKMLADSGGADQIVDTILEKAGGRSMPWAMVLIASVIGLPLFFEVGVVLLIPVVLMVAKRGNYSLMRIGIPALAGLSVMHGLVPPHPGPLVAIDAVQANLGVTLALGVLVAIPTVIIAGPLFSRYAARWVDVPAPDRMIPQRASEELEKRPGFGPTLATILLPVVLMLSKALVDIVIDDPENLTQRVFDVVGSPMIALLAAVLVGIFTLLRPAGFGKERLSPLVEKGLAPIAGILLIVGAGGGFKQTLIDSGVGQMVLDISKDWSIPALLLAWLIAVAIRLATGSATVATISAAGLVAPLAEGMSTGEPALLVLAIGAGSLFFSHVNDAGFWLVKEYFGLDVGQTIKTWSVMETIISVVAGGLVLLLSLII >SOE22515.1 hypothetical protein SAMN06298216_2943 [Cytophagales bacterium TFI 002] MKKIVFVIMPLAFISLFLGMLGGWVRIGYVFPIPTAATVTQHGILMVGSFLGTLISVERVVTQNNNALWLFPLTTIVSLPLILTGYTQVGYYAILIGSLGYLYIMFGIWKSHNLRGHSLMLIGAVFQVGAIILLIVTGSYPMALGGWIMFLLFTIVGERLDLIRFLPVSKNAFKILYACLLLVVVGMSFYHSGYAFIAGLGLILVAVWLFLNDIALINIRKTGSYKFLGYALLGAYFWLFIFGFLLLINLNGTYAYDALVHSFFVGFVLNMILAHAPIILPSVLGFSQKPFHVFFYVWLIILHLSLFLRLYGDLSQNIEFRKLGGLLNGLSFLLYMANVATLVFKPKLRLSHD >WP_012339795.1 MULTISPECIES: LysR family transcriptional regulator [Burkholderia cepacia complex] >ACA94757.1 transcriptional regulator, LysR family [Burkholderia orbicola MC0-3] >KOR21597.1 LysR family transcriptional regulator [Burkholderia cenocepacia] >MBR7978850.1 LysR family transcriptional regulator [Burkholderia cenocepacia] >MBR7984804.1 LysR family transcriptional regulator [Burkholderia cenocepacia] >MBR8037829.1 LysR family transcriptional regulator [Burkholderia cenocepacia] MSWDDIRYFLAVMRGGSLSAAARALQVQHSTVARRIDALESALGIRLFDRLPRGWPATDEGLHLAEHAARLEADAHAFARAAQGAAALDGVVRVSASPVFASHFLAPRLARAQRAWPALRIDLMGEMHAANLYAREADLAVRLSRPSEPGLAARRLGTMRFALCAAPEWADAPPDTWPFVGYDDALAQTPQQQWLERVAAGRRFAFIANDLAAQHRACAAGAGVALLPRFLVDDPAAHAGAPLVELTAAPRCDIEREIWLVVHPDVRRSPRVQRVADAIADAVHAADGRL >MBP2355331.1 cytochrome P450 [Kribbella aluminosa] MTDSEQLVQYPIPPVDAIEPPPEWERLRRRCPVAQVQLPSGDEAALLTRYDDVRQVLSDARFSRTAEGSARVSAEGAGVFDRRRPGVPQSGDGHQRWRRMITKWFTAKRMAALRPSIEAMADQLVDGMVAAGQPADLKAALGFPLPVWVICELLGVPASDRERFSYWSDTFLNLSRYSAADMEAAHAEFAAYMTGHIEAKRAQPGTDLLSDLITGTDAAGEKLTDDALVSTGMGLLIAGHETTTNMIGKMMAMLLADRSRWEQLLADPALVRTAVEEALRYDANAGFGMIRYVTEELELSGGVLPAGTTAVCSMASANRDERIFADAADMDLTRTPNVHLAFGAGPHSCIGQSLARTELQVVLEVLLRRLPTLALAVPAAELPLVEGLLVGGLREVRVIW >MBP7061284.1 30S ribosomal protein S10 [Patescibacteria group bacterium] MPAKAKSSSNPKLRIKLKSYDLKMLESSLGKVTGLLVKSGADVKGPIPLPSKKKIYTVIRSNFKHNESREQYERITYTRLIDVTNMGSKTMEYLQNIAIPVGVMVDVKVF >NLL47071.1 hypothetical protein [Bacillota bacterium] MKRLRFTMAFLLLALLLVPSSLVMAETETIEWQEMPYGAWMAGTWTGVNWNEETGKYEGVGPGMGYILVFNFDGTHVAISAFFEHLYVTGKYEVEGDIIRFLARTAQESKDGGLTWEEAKPVADESLQWVFGHDEQGTYLLMAEKGAEPPFVHGINAFRYNQVPDVPIF >EJG1264510.1 sugar porter family MFS transporter [Staphylococcus pseudintermedius] MKINKKMIFFIGALGGLLYGYDMGVISGALLYLKDDIPLNAYTEGLVVSSMLVGAIVGAGLSGPLSEKLGRRRLVFMISIVFIIGALILALAPTMEILVLGRVIIGLAVGGSTAIVPVYLSELAPTDARGSLSSLNQLMITIGILASYLVNYAFAPIEGWRWMLGLAVVPSIILMIGVIFMPESPRWLLEKRGEKAARDVMKLTYPASEIDHEIENMKKINQIADNTWTVLKSPWLLSTIIIGSVFALLQQLIGINAIIYYAPKIFATAGFGESTAILSTVGIGVVNVLVTIFAISIIDKIDRKKLLVIGNIGMVASLLIMSALIWLIGVNSAAWIILLCLTTFIIFFGVSWGPVLWVMLPELFPMRARGAATGIAALVLSIGSLLVAQFFPVLTDVLQVQQVFLIFAVIGIIAMIFVIKFLPETRGRSLEQIEQDLRARTNAKNVE >MCD6597402.1 peroxiredoxin [Bacteroidales bacterium] MAVLVGKKAPSFKTTAVVNGGEMVEDFSLDQYLGKKYVIFYFYPADFTFVCPTEILAFERKMTEFDKRNVAVVGCSVDSKFSHWKYLQTEVNDGGIKGVKHPLLADQSKTIAENYDVLAGEYEYDDDGKISFEGTPRAYRGLFLIDKAGIVRHQVINDMPLGRSIEEALRLVDALQYFEKYGEVCPADWHPGEDAMKETQEGVAEYLSNH >KAH6984898.1 hypothetical protein BKA56DRAFT_324500 [Ilyonectria sp. MPI-CAGE-AT-0026] MASQQEASASQSSRRSGGRTVGQFNIGSEIGKGSFAQVYLGWHKETKAAVAIKSVELERLNKKLRENLYGEIQILKTLRHPHIVALHDCVESTTHINLIMEYCELGDLSLFIKKRDKLATHPATHDMARKYPSAPNSGLHEVVIRHFLKQLTSALEFLRRNNYVHRDVKPQNLLLLPSRAFRDQRGRPVMQASQDSLIPIAGLESLPMLKLADFGFARVLPSTSLADTLCGSPLYMAPEILRYERYDAKADLWSVGTVLYEMSTGRPPFRARNHVELLRKIEAAEDVIKFPREVTITSDLKALIRSLLKRSPVERLSFENFFTHQVVTSDIPGLVEDDVPRPVRQEPRELRTINQGETMPSSPRIRRSSGNGSPREGSITRSPRDLLTRSPQTGSPGEGRYQRPSGDGHRMGNSPREAGEGLGIRRPVPQHTVSLPNQTRFPDRGATRDNVSPPSSLLNETRKARTPSRPTTEEEKAAQDVALEREYVVVERRHVEVNALADELAANEKFGAQQNASSPRSGPMTRRHTQGTSGVPTGAIPTPSSRTALVAQGRHDRRSSYDKALSASPGSASSAISKAIQDASLRLFGFKVPPLRGTKDQSPPLYQPFPAYPTPSTSTSAGLIGDGKNVESNDEDGRAAQTIEELATRSDCVYGFAEVKYKQLVPMAPSADHGLGGVEPDQMAPEEDGLTMEAVVSLSEEALVLYVKSLTLLARAMDIASLWWSKKSRGEVNSGVSAAVAQSVVQRINAVVQWVRQRFNEVLEKSEIVRLKLVEAQKQLPEDHPSHPSNHGTESSIASSTGSGAKQVYLTPGISAEKLMYDRALEMSRAAAIDEVTNENLTGCEISYITAIRMLEAVLDSDDEAHVERKRLASGKEIDRDAAKETSGDLDSDEEAHVRKMIKMITGRLGAVRKKQQMIAEANSKAQYAQQHAARRRSGDVTPRSVPSHASS >WP_141817398.1 SigE family RNA polymerase sigma factor [Ornithinimicrobium humiphilum] >TQM95680.1 RNA polymerase sigma-70 factor (sigma-E family) [Ornithinimicrobium humiphilum] MRSAHEQEFAAFFDDASPRLLSAAWLLTGEQHAAEDLAQEALARTYARWAKVRTGNPLAFARRVMANLHTDRWRKHRREVLTEDPPETSLVTDPQTVDLVRALRGLSPRERECVVLRHYLDLSEKQTAETLGIGVGSVKSYTMHGLRGLRAQLLEGEQTHV >KAJ5220196.1 hypothetical protein N7468_009400 [Penicillium chermesinum] MFADTQTMGISGADFAILAGDTRSTSGYNINSRSEPKVFTIQDAKNQSIVISVVGFAADGHALKEKLEGIVTMYKYQHGKNISLRACAQRVSTILYEKRFFPYQLQTMVAGIDADGEGAIYYYDPAGCIEKRSHCCAGGASSLMLPFMDSQVPRLQPISREVAEGLVRDAYQGAAERHIEVGDYLQMLVVTKDGVEEHVVDLKKD >WP_095981693.1 S46 family peptidase [Melittangium boletus] >ATB33698.1 hypothetical protein MEBOL_007196 [Melittangium boletus DSM 14713] MKRLLIMASLLGATPALADEGMWTYNNFPSSKVKEKYGFAPTQDWLDKVRLSSAKFGGGCSSSFVSADGLVMTNHHCARGCIQQLSTAKKDFIANGFYAKTQAEELQCPALEVSQLLDITDVTEQLNAATKGLTGKAYADGLKAEMAKLEKACATSEQFRCDVVTLYQGGKYNLYKYQRHQDVRLVFAPEQAIAFFGGDPDNFEFPRYDLDVSFLRVYGKDGKPAKTEHYFKWSEHGAKEGEATFISGHPGRTSRGLTVSQLETLRDMTLPKTLFRLSEMRGQLTEFQTRGAEQKRTSTNLLFGVENGLKANKGKLEQLSDKGFFAQKVAAEQELRTKVNADPKMKAKYGSAWDEIARAQQTYRDLRKEYESMENGLYSQLFGLARSLVRAADELPKPDAERLRGFNDANLPQLKVQLMSKAPIYPELEVLQLTFSLTKIREELGTEHPFVKKVLGKESPRALATRIVKGSKLADLKVREQLLSGGKAAIQASKDPLIQLASLVDPDARAIRKRYEEEVDAVVRKNSELIAQARFDVYGTQIYPDATGTLRLSFGAVKGYVEDGKQVEPFTSMGGTFGHATGEEPLALPKSWLAAQKTVKDTTPMNFVTTNDIIGGNSGSPVINQNAEIVGLVFDGNIQSLGGDYGFDESVNRAVSVHSDAIVEALQKVYKADRVLQELRPGATSAKGGSGL >WP_253352066.1 hemagglutinin repeat-containing protein, partial [Sebaldella sp. S0638] >MCP1226458.1 hemagglutinin repeat-containing protein [Sebaldella sp. S0638] GNLLLEGKIQGISNLLISGSNITNNGNTISSGLLRLSGNDITNNLTISASNVELVATGNILNNSMIEGETGKLSGNNITNKDLIIFLDKLDIEGTKLINKDASVYSDNELNIVAGDVDNTDGEIVGQGTLNITDFNLLDNTRGIIDSRGNILLSGNKLLNSGEVSGQYRLYWITWDGQYIYDDVWQELDDAYAQTGNSSLITGLDNWVISENYTMDYKTGYDKLKKEYGDIENPFYYLNTTVKYEKNKYETKVLEGYVDTSKLVTKGGRILSGGNLTLDVVELENKNSKISSGGTLRITDKVQKIENTTDVSTIKVYDGKETLVFGEKVMASKFYDTVGIGRTLIDVGRDYNIADRVSVIEGNNLIIEGTPTINNGYDYSKIGTGIVVDPSTITSKDVDVDLYYDPVSVHVDRTAVIDIITTGTIPFNPGVFTSSQSKLFTESKDPNSKYLLETRSQYIDLSRFFGSDYFLSKIGYNESKDWNMARRLGDAYYETKYMNNLLLETLGTRFINGKADTELMKEMLDNAVSTSGDLQLTIGVALTGDQIKALKSDIIWYVEQEVNGEKVLVPQVYLSQATLENIKSPTTTISAQETLAINSSTLVNQGRLEGKTVYVNTDNLINKSVGSLTAEITGTNIQIDAKNDILNIGAVISAKEDLMLTAGGTISNVTTGVETTEHDRLEGKERTRIYDDIQNVGVISSGNTTYIEADKYVSRGAVTESGGTTYIESNDVNINTIALKDYERTEENHGYDLYRTTEKLGSEITGLDNVIINAGNDINIKGSTVASDGTVQLTAGNDINIENDKNTMYTESKRDKKGTFSSYSKLETNYQEGAVASTVIGNNVILDAGNDANIKASNVIAVKNDNIQSSGGNIVVTAGNDINITTDDMNNEYYLKEKKSGWSASASMSGGGASAGVTYSSTSLENTRNSTTVATSSIVSEGSTLLSAGNKVKTEAMQANVGEDMIIRGVNGVELLDAQEVYNEKIKQESKSVGITVSVGSTITSFISSVDEKSQNNGKYGFGNKSELINSYGDGLDVARQGIKAGSDLSQLVVDGMKGSYGSLGGYGVTANVTVSASKSKYESNTSGTTSVAGNINVGGNLVISSEGDVKLVNQKVNVGENIIVDAKSFEATAGKNTYNNTTDSSSQGMSAGYDFTGGTVTGGINGSKGNSNSSSVYYDNTVINAGGTFQLTTKEDATFKGANVTADKIDFEIGGNLNVISLQDEYKLDGSNKSGGLNYGHTEQSDGTGYNSVSGSASYGESKGDSKWINNQTSIIAENGGSIKVGETLTNVGAIIGSMNDSMRIEAKEVVVENLKDHDNGENYNVGLSGVDRKNAVPQTELQYGSHDKEQDTNATFVNTVVVENGQEINLEERGINTDISKAQVITKDDVVEQIDTKLHTDLLNSGKVKDLINDLNKIYSNVGEVRDQIVVTRLPNESVEEYYGKIAEGLEENKIIVIEMDRAGVYDSSLINSCTGSNCVLYDDDGTTKLYAHDLSGNAPKYDKVENTKLYMKDGKQYEGVNGKIFYDLQSVVMDASQEIIKISRDDNLEYGWQTYAIETKDKNGKTVTVYGYTPFVQSGEASAAIGLNKINEEIAKGNYIPLGAVIVAVNHSHGKEYPINDVSEYFSQGDLGNANEKHSISVVTPSGKVYQYNNDKTIYYYGDVNITQPLNSGNFELKTEKMNSWELKKDSSGNEIHDSNGKPILIQVEYEKLIIFPKSK >GFT52874.1 adult-specific rigid cuticular protein 15.7 [Nephila pilipes] MIAKVTILFAALAAVHASALLGHGALVSTGVSTSARSQDALGNYAFGYDIKDGLGAANSRSEVGDGYGNKKGSYTIADIDGRARRVDYVADGLGFRASVKTNEPGTAASAPAAALIASPYAGPIAPVVNHVAPVAPAVAAPVALAAPGVYGGVLGHGAALGLAAPAAAVAYGGALGLGHGAALGLAAPAGLAYGGALGLRHGATLGLAAPAGIAYGAPLGLGYGLGLSKALIH >CDE36962.1 uncharacterized protein BN634_01434 [Eubacterium sp. CAG:38] MQKKEVCLGMIGAGRATELHMNAIHRYSGVPVRCKTIVARRWEQVVEAKNKYGFETATLNVKELLEDPEIDVIDICTPPYMHEEMIIQAMEHGKHVICEKPLCGCFDTTLSKTEMYESVLNSLEKIDDIIRKTNRKFMYAENYIYAPAINKAAEIITKKKCRILFAKGEESLKGSSSAVAGEWSKTGGGTFIRTGAHPLSAILWLKQVEAKVKNCDIKVDTVLADMGCVTKTLSEYDHRHIAARPIDVEDTSTVILKFSDESRATIMAADTLLGGSLNYVDLYCNDAVIKCNLTMADMMSTYFLDEERLDDVYISEMLPGKTGWNNPFLEDEIMRGYTDEMRDFIEAVYYDREPKSGISIARDTIKIIYAAYKSAELKQAVELE >XP_011272275.1 Kleisin, abnormal closure, protein 2 [Wickerhamomyces ciferrii] >CCH45883.1 Kleisin, abnormal closure, protein 2 [Wickerhamomyces ciferrii] MRTTRSSLQHLIRTIINPVKHTPTDSLKSLSFTPRSLILLSNSRNIQKATQDILELSNASQALSRVLDIIKLSNSNQSLSLVLASVDSVYQDYTSEIWLSKPLTFQDALTLDENGDKFQQHKTQLTFDFHKDQIKLPLVRTDPFTDFPYTLCFKLQDGSFSPILSELSISLPLIPSEVKSKTSLEVIHQDWFRITSHLDNMIKTINGKPASEILLSKLKDANLGKTQESVFLELRSKGVSINKYEVIAGGGEYGAKSEMLVLNCDKLPQAENLEGRFLCSIGNVDNQNPKGLIIEQVSDDSRIVLKDKDILLDNHLRIGNEAGFEYNEVNFKARDDQVELQFKE >WP_023319464.1 deoxyribonuclease V [Klebsiella quasipneumoniae] >ESM61946.1 endonuclease V [Klebsiella quasipneumoniae subsp. similipneumoniae] MDLAALRIQQQQLAASVERADRLDRDPPTLIGGADVGFEQEGEITRAAMVLLTWPELELVEYQVARVATSMPYIPGFLSFRETPALLAAWEQLSQKPDLLFVDGHGISHPRRLGVASHFGLMIDVPTIGVAKKRLCGKIGDLCDEPGALAPLMDKNEQLAWVWRSKVRCNPLFISTGHRVGMDSALMWVERCMRGYRLPEPTRWADAVASRRPSFVRWQANHS >MCJ1318822.1 hypothetical protein [Xylographa vitiligo] MAESTVPKLRHALKNEVDTRTPSGFSAIRDHSDPDWERKPTMAVYKGDEPEYEYRDGVHLVEVAVPKSGYDIPYMKERYENAKEEWRTFKDAKLRGEVFKKEWTALKEANPNQVQPDQVICTGIGTFSMYSEQYPHCNSYLQLADLEMFVKILSELSDTLKNKKINIFMQDPSFNELDKEFLRGQSFEIIEHPEAFNKMTATTFFYAPGNHDDVVYHAFRVAEPTLFIGDDLDAWGERNGLPNPNNQQQYYDKSIRDNPEIIRNFESTHGKFSLPEPAPNTGTRSYWSLASAVYYNL >WP_054146239.1 ABC transporter permease [Frigoribacterium sp. RIT-PI-h] >KPG83738.1 peptide ABC transporter permease [Frigoribacterium sp. RIT-PI-h] MTDAAVAADRREPLYKRLPVVAQIRRSVGLQRGMLLTGVVIVAVFVLLAIFAPLIAPYGFGQLRGATEAFPRQAPPSAEHLWGTTVGGYDVFSRVMWGTRTAVAVVIVAVVLSITIGVTLGLISGYLGGWLDRVLVVIADAVYAFPSLLLAIVVSIVISGGQSSLWGGIVSAGISITVVYVPQYFRVVRAEATRLKAEAFVESAKVNGSSTGRIMFKHVLRNATRSLPLILTLNASEAILTLAALGFLGFGIGPTSAAEWGYDLNRALSDTASGIWWTGVFPGAAIVLMVLGLTLMGESLNDLADPRRRSRRRAKRKTRASRGAEQAPTTTNDEVTA >WP_102273603.1 hypothetical protein [Bacillus massiliigabonensis] METIIRCAREEDSTRVELFLEEAGLSKDGVQASIDYFLLMENQIGDIKATLGIEPLGKVGLLRSLAMRPDRTEKDLSLLFEQILILARDRQLNTLYLASNKKSSLEIFRLIGFTEEIIENLPDELFQSEHVKHILTVDNSFFLKLSI >MCT7046027.1 EscG/YscG/SsaH family type III secretion system needle protein co-chaperone [Salmonella enterica subsp. enterica serovar Soahanina] MESLLKSEVISDDVRRLLLEIMFAGVNHSLISQVHAMLP >MCE1309955.1 hypothetical protein [Enterobacter hormaechei] MNSTTNEFYIEFKKIFYNHFFLGDGNIDHDGCLKILNEVVNRIKDSLLDEDFYFPILANGLEKDEINLGIASIIPKENIFSDIQPNFTTDVIELAEEFCNSQLHPYKHFLKITIKNCSKERRKYLSKQIANFIVGIIQLFSEHFQIDSDVVALSLNPYPNYESFYITNNDDGYNYCFSSKGTIVHSAVFWQKFKQENASELGSIIKQIIIHATTPKSNPVLVDRLIDAIFIFRSAMQDNDDSSKIVKLTTALERLVNTQKDNITSTFISRVTLLLNMYHKDNSDWSSIAKEMYNYRSEIVHGSWSLYRQTKPLYAGRYSELTSKALISACIGFFHVGLKREDDIKLINSFYDYLSKNNQS >KAH9016734.1 hypothetical protein EDB85DRAFT_702270 [Lactarius pseudohatsudake] MTDVIVKIMVEVLSIFAIATKQIKQGFAKKFVKKLVGRRDIEDALQKLDRLTQEEARMATAEVLRVTHGVDDKVKVVGFQVEGVNKGVQDVDGKVDGVDERVQGVDERVQDVDERVQGVDERVQSVDERVQGVDERVQRVGDGVHGVDERVRGVDERVQRVDHKIQAVDDRVKQVDHRVAVVNDDVKLIIDGGKETTAALQRIVNTVDDMSRNQLRRDLRNWISPPDPSINYNTACGTHHKGTAAWLTRGDAFKAWRAHGCLLWVHGKPGSGKSILSSVIVRDIEDVCNAGLASMAYFYFDFKDTAKQDSRALLSSLLIQLSHQSDVYCDILHALYSSHRQGSVQPNDDALTQCLKTMLVALGQTPVYLILDAVDECVNTSGMPSPREKVLILVKELVELKLSNLHLCITSRPEIDIRNALEPLAAHRISLHDESGQNADIANYVSSVVYSDSRMRRWRAEERDLVVGRLSAKADGMFRWVFCQLEILRHCFPASVLNILEQLPKSLDETYERILREINRANRDHAYRLLQCLTVAVRPLRVEELAEVLAVDFNASGGPKLNADWRWADNEEAVLSACSSLVAVVMDGGSRVVQFSHFSVKEFLTSNRLASSLGEESQFHIRLKSAHTILAQASLGVLLRLDERIDRDNIVGFPLARYAAEHWPKHVKFENVFSQVKDGVDELFDADKPHFAAWLWLHNVEGSSMKGTSPSQPEAPPLYHAARIGNRALVEHVLLKRPQDVNVKGGDYETPLHAACSKGDVGIVWLLLENGADLNIRNGSNGTPLHHASARGFPDVALLLLRRGVDVTAQDGQRWTALHMAAHNGHLDVAEILLEHNAEVNASQLYGQVPLHYAAGRGHLEVARLLLKHGGNASARNSFGKTPGDLARTGAHTAIVELLSEHVNE >MBG6268407.1 GspL family type II secretion system protein XcpY [Pseudomonas aeruginosa] MSGVSALFLPPASTAGADGELAVWWVQDGECRRAPFAQALAEIRAPWRLYLPVEAVTACAVNLPTQKARWLRQSLPFAVEEQLADDVEQMHLALGPTLADGRHRVFAVQRTWLAAWLALAEGAGKAPASLHVDADCLPGEGSCLFWLEERWLLGGSGAVRLACGSEDWPVLRDSCPPPQRAFAAQEVAAPEGVEVQPLAGNPHVWLSEQPLGTDLAQAEFAARQQSSQWRRWRPLLGLVGLWLVLQWGFTLVQAWQLQREGDRYAAQSAELYRQLFPEDRKLINLRAQFDQHLADSASSGGEGQLLGLLGQAATVIGGEPTVSVEQLDFSAARGDVALQVRAPGFDVLERLRSRLSESGLAVQLGSASRDGSTVSARLVIGG >MQF68191.1 ATP-binding cassette domain-containing protein [SAR202 cluster bacterium AD-802-K11_MRT_200m] MDVSGKIIAAVDALAACCATNACVEFGSELILDDVSFSVMPGTMTGVVGPNGGGKSTLFNAIAGVQDLAHGSILINNKSPKDARGDIGYVPQRELVNWRFPLSARDVVSLSKAGKNVYVRAI >WP_046925025.1 DinB family protein [Streptomyces lydicus] >AJT63108.1 hypothetical protein T261_1422 [Streptomyces lydicus] MSDQQRTKPPQTADERASLTGFLQYQRETLAMKCAGLTAEHLRQRAVPPSGLSLLGLVRHLAEVERSWFQVVWNGEDIRAYWPGSVYGTFAEFDVDSADPDDALTTWQMACARSRAIVDAAESLDTTAQWGEDVFTLRYVLTHMIEEYARHNGHADLLRERIDGATGE >WP_041119847.1 4-(cytidine 5'-diphospho)-2-C-methyl-D-erythritol kinase [Pseudomonas protegens] >BAO64493.1 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase [Pseudomonas protegens Cab57] MSVEKLTLPSPAKLNLMLHILGRREDGYHELQTLFQFLDYGDEITFALRDDGVIRLHTAFEGVPHDSNLIVKAAKKLQEQSGCTQGIDIWIDKILPMGGGIGGGSSNAATTLLGLNHLWQLGWDEDRLAALGLTLGADVPVFVRGHASFAEGVGEKLTPEYPEEPWYLVLVPQVSVSTAEIFSDPLLTRNTAPIKVRPVPKGNSRNDCLPVVAMRYPEVRNALNLLGKFTEAKLTGTGSCVFGGFPSKAEADKVSALLTETLTGFVAKGSNVSMLHRKLQSLL >WP_020226160.1 hypothetical protein [Holdemania massiliensis] MDEKPLLFLNLNRQFVFDSEYKILNSQLQVKSYLPGLAIFSEPISQISDYWVNLDDHGFSYYFSVLEQQRDIVPSCQFAFVSDEHEKELIRQNNNVRWFQQDELANNPSSKIQFYRIWTLQTDTLEIAVRCPDFMLELVLPAVEATFNRLAK >MBL7732834.1 acyl-CoA thioesterase [Chitinophagaceae bacterium] MSQFSMPVQVRWSDLDPNFHLRHSVYYDWAAMCRMNYLTIHGLTPAVMQQHRFGPIIFREECVFYKEIKYGDAVTINMNLLKGKKDYSRWTIQHEIKKQEDILCAKVSIDGAWLNIVERKLFIPPAEVVTVFSQMPLSEGFEWTE >WP_267248697.1 MFS transporter [Yersinia sp. Marseille-Q5920] MTDRSETGPQPSINTQTIDKTKVKRTSFSILGAISVSHLLNDMIQSLILAIYPLLQAEFSLSFAQIGLITLTYQLTASLLQPLIGLYTDKHPKPYSLPIGMGFTLSGILLLAVATTFPVVLLAAALVGTGSSVFHPESSRVARMASGGRHGMAQSIFQVGGNFGSALGPLLAAILIAPYGKGNVGWFSLAALLAIVVLLQVSKWYQQQQRATHGKILKASSVEMLPKKTVIRALAILMVLIFSKYFYLTSISSYYTFYLMHRFGVSIQNAQIHLFVFLFAVAAGTIIGGPLGDRIGRKYVIWGSILGVAPFTLVLPHASLYWTGVLTVIIGVILASAFSPILVYAQELIPGKVGMVSGLFFGFAFGMGGLGAAVLGYVADLSSIELVYQICAFLPLLGIITVFLPNIEDK >XP_019381256.1 PREDICTED: inactive dual specificity phosphatase 27 [Gavialis gangeticus] MASSKDSDSEQVVPDEEDGPDVKAVQARYLRSPSPSRCSIMSDTDTESIFMEPIHLSSAVAAKQIIKEELKTKEVKADTVCLGMLESAKQLLVEDLYNRVKEKIDDTSLFNTPCVMDLQRALVKDRLEAPKDPVDEVWPNVFIAEKSVAVNKGRLKRLGITHILNAAHGTGVYTGSGFYNGLNIQYLGIEVDDFPDMDISKHFHQAAEFLDEALLTYRGKILVSSEMGISRSAVLVAAYLMIYHHMTILEALMTLRKKRAIYPNDGFLKQLRELNEQLLEEREEEDAAGEDNTVSQSSIIQAGACSLPSGAEDSGSVMGAKVHSITVEEEDTNSILGSVLSASSLGKSSLVSKQPTLISEEEEEQLYEEWRRNQGLPARELPNKEEERKPPRLPDQAGEESEEDVERMIQEWQCRNEKYQVEGNCPPKREDEDCSMGGRPYHSSEFSDTESVSSLDIQILKQQLEASGIKRMTRGRTDSMSTESTWDMWNQRLLEIEKEAAQQYCSRNRCCEDSPGQGPGGKVRDVDEESVFSDTSSFHNFCQKNKDKLTPLERWKIKRIQFGFHKKDLESPERPKVEEGSHPGEEAAEEKNLSDVNLTAYQAWKMKHQKKVGSENKNEIVELAKGEDSVSAKKKQRRAELLEHSKKVLEESQSLCSWEAESAMSGSIPLSAFWPSTPSIGGADDSASVLSVQSNLPPLSQTRSSTGAMQPQMPVIPLPNLQAGPSDTISMASIQNWIANVVSETIAQKQNEILMLSRPPSEMASSMKSGDFGKHLDDDKISLLSAQSGSSLAGSLLRQRDIRCADTQSVLSCNTSVSARTEGSSSRVTQTSKPLFSLFADDVDLKKLSRKEKEMQMEMREKMSDYQIEKLVRDNKRSTLFKKKKDKGEDEEEKVKDDSESTLGNVRYPLQTDIDRNHTTSAFSGQYANTGAMNSETEMNVSKWLSDLKEEERPSHRAQSEKAGEKHNRSSTVRQVNSESESSSYRFSRSQRAKLDSFSSSESEGDSLRTTSRFSSVSAEKDKEMYKFTRSKVSETSSREESPEPHFFRKTPEPSSDSESPEASAHSRFRSRHVEESEEESRTDMSEFGAKRKFTQSFSKSEEDGEKEEKVEKSEERFASRRSSQYRHSTRKEEEEEMDDDAIIAAWRNRLEETQAKLRRRREE >WP_230822898.1 filamentous hemagglutinin N-terminal domain-containing protein [Yersinia mollaretii] >CNJ06522.1 Large exoprotein involved in heme utilization or adhesion [Yersinia mollaretii] >CNL18508.1 Large exoprotein involved in heme utilization or adhesion [Yersinia enterocolitica] >CQQ97391.1 Large exoprotein involved in heme utilization or adhesion [Yersinia mollaretii] MANSSINIKCHGRYITAILFYSLMGCIYFASISCSHADIIVDNTAPLNQQPKVTAHLEKRKMCSVQNAHCQGGTFTTVNIVAPDANGLSHNKYKRFNNAIGKGHNELILNNTLADSTERVGNPHLTDKPARVILNEVTSNQPSQLYGLLSVAGRTAHVIIANPSGITCDGCRFNNTGHVTLTTGVPVLHGGELLGYDVNRGVIHIEKNGLKHNDDPYTFLDLFANRLKVNGEIRSRDIIAIIGKHAVGFAKSDETVAIRSIGGFSNDYRKAVNVDVSQLGGMYSNRIFIKTSGGSVLNKGTIDSDLVVNISSSFSIRNNNGTISSHKVKLKSEGFIDNRQGQIKSQRQDLPSHVNAKENFAIRLVGRNIFNKEGGIYANSGNISIQATDTVGNVQGAIKSNSTVGPANISIKSKAVNNFMGKIITSSNIAINTGHLKNNHGKIVSIFGQVDLSYKKVTDMSGVIHAGLEVNRTVKPLLTNSHRGWSHF >UJW31884.1 helix-turn-helix transcriptional regulator [Saccharothrix sp. AJ9571] MTSFLPDPYDRDCPTRQLLDRIGDQWTVLIVGTLGGGPLRFTEIGRRVQGISQKMLTQTLRALVRDGILRRRMYAEIPPRVEYELTDLGRDLAEPLSMLAEWAKAHMGRVQEAREAYDRAS >KAF0554084.1 nuclear pore protein [Gigaspora margarita] MMKLVFPRQDIPTIDTEEDGSQEQPIAFASYVHGYSHRYLICLCRNRRVVVWSLKTRRYLESNPLSFIQDDDTDTDLNDSEDWPLDYNEPLNPLPPIPKKYIQALVSSNIHSPMTFHFVVFIPTSSDGYFRLYRARVDTSGGLREMSMIGQTFNNPSEQLQSRDFPFRNLVDMGLTHTHLVEESEPDNEDGPIWRQEWRLWALWKRNRQATLTYTNFNITYYGSIDSNIEDAITAIEMFNFGKRWEFVTKSPIKTHDHGYLANMLKDGDELLDHVQVYTDYLFSPGRFSTSIIKYALEKYVKNIVKDESEVFNILNIDGDLKQKVKQVVAKHIRLHNDRENDIPLENEHRTSVINEWLRFVLLCIEIQERASFPMSLSLVQSGSFVGITHQDSISVLRVCDILEFIQYYTGEEAHELNLSMSYNQLFPSYPMINECEEIDMINVFAASNLVISSMTEIDLLNFDRKIIRTLSKPMMVSVAQSVSELYDTHLRHRLTPDLRAKIWFKLDLCSQLDRTIQTIIGALNDVKYILRERDDRIDTVKTTIFMDALIASAATDVIQSHYIIARNIFLLLVVILNTKPNSGHEQRVSMAMSTLYVHMILKWMSEQSAYSDATTESTSINVDDGMFKRFSHLNMISATRSVSESPDLRYSLLYSLIVQQYPLNLRFRSQLMPIIITRGVQELLDEIGFLPEAPHLMVMAPETYAKFGHLLETSGYIGHLHQYVRLLLDTPANLYLHGKQLLKERKFDEAEHKFKRAGSGFAHDMTLPPYTAGPIIPSQDYIPGNLTAYYRHVAVLYENCEQPLHVINFCKLALEAFSNEQRQTPEGRNLVSQLYTKIFTNALKKDMFDLAYNAIASNPNSISQQANLRPFVRDMCEKKQVSKLLEFPFINFRRDFETILEFHARTHDIKESPNYSKICYTYYLSRQQNRDAARIMYQYANKVENMGSIFDNFQKGMTELASSYLSAINALEVLDKSLAWFHYNSLPPSDNVRARKRQKVDKELMNDDGEPITEVITIADLTKRYTMVMARLELGREFSDQVTPMKSQEAVKLCSFAGKFDLAISIAKLFEIPLDDVFDGMTRKCLSLINSNMPVSNMHKFSWVKGNESTQFIHGTDKDKAWAMLRKYLDKYDKKEETLSRYRAVVLKTMLTVDSYVSIPEWLTSFYKMHNQVDHIRILLDFGRLSEATTATLDLIKLETDNHQPGKIASHCLPWNLIDSLMALFQDTLAKTFDPERKKIIEKLESDLSKAVESYCSEIC >WP_234280079.1 CsbD family protein [Halomonas alkalisoli] >MCE9681984.1 CsbD family protein [Halomonas alkalisoli] MNKNQVKGHAKEAKGKAKEVAGKVTGNKSTEYKGKAEKQGGKAEAKYGDIKSEIKKSKQ >WP_033365653.1 HNH endonuclease family protein [Dactylosporangium aurantiacum] >UWZ51847.1 HNH endonuclease [Dactylosporangium aurantiacum] MTRPSRLLAALLAGVLAALVLGAPSPATPPGIPSKSTAQSWLTALTVAAEGSTSGYSRDLFPHWITISGTCNTRETVLKRDGSSVVTDSSCAATSGRWYSPYDGATWTAASDVDIDHVVPLAEAWRSGASSWTTAKRQSFANDLTRPQLIAVTDNVNQAKGDQDPSTWQPSLSSYRCTYAKMWIAVKYYWALKLQSAEKSALQTMLNTCAS >WP_019182526.1 MULTISPECIES: cellulose synthase complex periplasmic endoglucanase BcsZ [Stenotrophomonas] >AOX62898.1 endo-1,4-D-glucanase [Stenotrophomonas sp. LM091] >WIA60656.1 cellulose synthase complex periplasmic endoglucanase BcsZ [Stenotrophomonas sp. BIO128-Bstrain] MRDPSVPAPAPARRRFLQAMAAAGAAAVLPLDVLAQACGTPWREWRAFVDRHIEPDGRVVDHLNTDLRSTSESQSYGLFFALVDNDPVLFDRILAWTRRHLCRGRADLNLPAWLWGRAADGQFRVLDPNTAADGELWIAYALLEAGRLWKRPGLVEAGRQTLALMRTAEVVELPGFGPMLLPGNRGFVQADRWTLNPSYLPLFVLRRFAAVDARGPWARLAERSVAMTRASAPVGFAPDWIAWNGKAFVADPGKGAIGSYDAIRCYLWAGMTDPADPLRRTLLDGLSGPASMLRAQSGFAEKIDTRLGVGTGTPSPGFAAALLPYLSALGQPALAKAQLARIPAAGTLNYYDRALVLFGKGWMDRRYRFSADGRLLPAWSSPCSARP >XP_009464764.1 PREDICTED: LOW QUALITY PROTEIN: homeobox protein Hox-A10 [Nipponia nippon] MSARKGYLLPSPNYSTTMSCSESPAANSFLVDSLISSGRGEAAGAGGGGGGGYYPNSGIYLPQASDLSYGLQSCGLFPVLSKRNEGTSQSMVPSSHPYVSGMEVWLDPPRSCRMEEPESQQATSCSFAPSIKEESSYCLYDSEKCPKGSAATELAPLPQXLPARGYSRLSQAYGPSKSYGAGSAGAAPFPPQPPGRFQTPPSLPPVPDAGRKEDEERSPSPLACVSQREDETQASSSTAEELSPAPSESSKASPEKEPVGNSKGENAANWLTAKSGRKKRCPYTKHQTLELEKEFLFNMYLTRERRLEISRTVHLTDRQVKIWFQNRRMKLKKMNRENRIRELTANFNFS >OFY34840.1 hypothetical protein A2W91_04315 [Bacteroidetes bacterium GWF2_38_335] >HBS88269.1 hypothetical protein [Bacteroidales bacterium] MTKHWINLASTFKIFRIMIKIKIFAATVIILMSLNSSAQTPPASVASSLQNILDNAVSSSDFSKPGAIMQVVVPGQWTWSGASGYAISGITAGQPESLAEPGFLFRIGSITKTMVATCIMKMEQEGLLSIDDPISDYLRATLINDTLMPSEPIHIRHLLNHTSGVFNSADNEECQMDVLTNPLGDHTLEEAIFCGGSQGEYFPAGFAWAYSNTNYSLLAMIIEEVSGISYQEYITQIIFEPLNLQNTMIPADNQIDSLHMGCYWNIGYWIDLTIINPTTYTGWADVVSTTDDLNHFFSSLLNGEIISESQLDRMKTIDPVSFDYGMGLDFYEYSGHSYFGHYGEVANTSGMFFADINSELAPNGYYISYNFNYQGAPMFDESVINLMLEPLNVNVPEMLTLKVYPNPASDYCTVCFPVRSSETIISLFDLKGNKVKTVGVRSGNTKHTIDLTDCAPGLYLITVDGFSAQKILIE >KAG7131021.1 hypothetical protein HYQ45_010320 [Verticillium longisporum] MASPSDDTPGLRSSVDKPQPVEPPAVDRLPDEIIQQILRDADADSFASLVLLNTNWRRVSQQAELYAYHLSKCPSYAASHSGTPEIEASDDNLPRLRALFAREVKRNLFEAYLRPAETTIKLISNSISSSSCPGGEGLQFSPSPRGHHILAYNSSRIYILDVRPAEIHVRRELKILRRPASACIKDDGSLLAVLSSEMQVDIYDLTQSPPRRTQSIILDNAPRTIAMSPCGSVLAAAYEGGIEVTSLTPGAMPTERRAVKCDAVDSLAFSFDGTQLLGTTVHTGLPNTVVLTAPYYDPGSMMDDNMSALWTTSILFPNTSRDCSHAVLLQDTSREEAAWSFTYDRSFETFRAVRIDDLRNGTSYFTGPIPSPSESEQAKLVPCTLPAATYHGDLVSAGFKGKDIWLYGIPEDLDAVPDCGPAVTDSSLSTTSASGRRNSNPPSRTPSSRTAQDSTTRPQWQLLCDRLRNTFVWGAKIAELEGVSTVKWVAGFGESSSRERLVVAARGLQPGKSITEEDDIDFLDGGRITLLDFDYGIADGAKEEITIEVGTIEPEVLEEERRDIDAEVAIVRRRTVAQRRVGDRLMRAATTAGAEAPPPVPDMPPQEDSDSNNNKDDDDDPLLPRRIGAPPRPAQQTSATHTAPADNEHRTMMEAQEAVDAPYSHDNPRSTTTLRRAATAAAVNRRRQPQEPAAGSVPYRRADGRREHPHESDADNWVPPPPPYQKDDPVDLPAFLRQPAVTPANQQRQRDLQPPRIQTAAPTVGSAWPLPNPQQMVNQPPIHTRGYQEPPHSAHPVMPRRTNSDSTTMSRPRASSQPRPTTSPSVHDGDDENIYDVSPPDSPRLAARRRSGAQQDLAQPARDAYDAPRQTSLSSQQHAHARRPSTATSPAAPLRNLSYPSDSQGPPVLDLQIPVVNLAAGLGPQSSHPAPSAEPLPRRLSNAQTWPRAPGPSAVQTTPAGYPLTAPAGPASPRRVPVGSRTTAHTQSPAVEDQPLIISTPGGVTGAFDAPNRRTSGRGRGETPILAPIPRHVRPAIERLDPSYVPPVNAGASVTDPRSSSSRFMPSWLSAPSTVSNGRQSHGSISRKPSRAERSAAKNMQDAKRRGWGGSKKKKKRKKHPDFDVASSAAWTDVSAASQGNMPGRGDKADKKCVLM >WP_246735792.1 glycosyltransferase [Agrobacterium sp. a22-2] MFACRQNSRQSIKTPPGTAASPRRFIRRIGIFTQNLPGGGFPDKSQDFLSWRENVTIRDNPRAIARGVIQESVEKALGGDMDGAQALLDSLAADTELVAQADLGPPTVLGWPRKLHSANLKLAKIARDRLRVTGLQFTLVPDPAVMADVGRYSGEEQRIIARLAGEKVPRVLHQIWIGDLPQPPAVEAWRKHCAAFGMEYRLWGDAELRAEGFDEHPAFCEMIARKDYPGAADVARYLVLERFGGIYMDADWYPARDDVGFDDFIALVGFTALAAEIPRLTSAGGLLLANAFIATPPGHPVIRRIVEAIPRVMGALPDAPAWWSTGPLIFTYACRGAGVTLATVDMMAAVVPRGAPFEAVDAARKDAMSSDRGFLIDWKSW >NWV63665.1 ARMC7 protein [Malurus elegans] MELGRLEYLQALVTEFQVTDSTGNKRRCSLALSVSSVSSHTRRFSFAEAKEQVLANLANFAYDPSNYEYLRQLQVLDLFLDMLTEDSETLVEFAIGGLCNLCLDKINKEYILEANGVEPIINCLSSSNEETVVSAVTTLMFLTTPQSRAQTTALPVVECMLRFSLSANTRLSNLASIFLQDYCSPPQVEEARNLSKHTAVGIPLPKD >EBS5850541.1 SPI-2 type III secretion system translocon protein SseD [Salmonella enterica subsp. enterica serovar Cerro] MEASNVALVLPVSSLLTPSSTPSPSGEGMGTESMLLLFDDIWMKLMELAKKLRDIMRSYNIEKQRLSWELQVNVLQTQMKTIDEAFRASMITAGGAILSGVLTIGLGAVGGETGLIAGQAVGHTAGGVMGLGAGAAQRQSDQDKAIADLQQNGSQSYNKSLTEIMEKATEIMQQIMGVGSSLVAVLAEILRALTR >WP_108137685.1 cation:proton antiporter [Halanaerobium saccharolyticum] >OEG62008.1 MAG: sodium:proton exchanger [Halanaerobium sp. MDAL1] >PTW03505.1 transporter (CPA2 family) [Halanaerobium saccharolyticum] MNELINFSAHEVENWLVFNNIADKELYLISFFLLFAFLVVLLAKKYRIPIVVGYVFLGILLSPDIISIFPRIDQEMSNMYTFVLANLDYVTNIALAFIAFTIGSELSIKTIKRLGKSIFSIAIMESAAAFLVVTAAVYMIGRPLYMALLFGAIASATAPAATVMVLKEYNAEGPLTSTIMAVVGLDDAFALIIFSLISPIAYSQYKGEGAINFSEVLVLPLIEIFGAIILGLLFGYAAQYLLIKFNEKTRKILTIVTTITLSSSVSIFFGFSALIANMSVGFAVRNFAKKNLQISEEIDTLTIPLYAMFFIIAGTEIRFSEMGSLSFLLIAFIYLTARIIGKVGGSTLAARISGAPEAVKKYIGLGLLPQSGVAIALAYSVQQQYAQDPEVGLLIFNTLLLTAAMTEVFGPLLTKYAVVNAGESQMDTNHH >WP_060347438.1 SDR family NAD(P)-dependent oxidoreductase [Burkholderia territorii] >KWN14674.1 short-chain dehydrogenase [Burkholderia territorii] MSVLADQVALVTGVGSSAGIGYATALRLAQAGASVIVTDIDARAEACARELLAHGFMARGYICNLASRQQVETFITSVTADVGTVSVLVNNAGMTLGGQREEYARFDQCSDSHWDLTIERNLTTCFNVTRRVLPHMVRRCYGRIVNVSSVTGPLVSMPGEAAYGAAKSAMIGMSRAIALEIAQHNVTINNVLPGWIATGSQTSYEREAAKHTPLRRAGTADEVAAMIAFLASPAASYITGQAFVVDGGNCLQEDKGRQSSFVPRPDVSVEEGRGLA >WP_213973719.1 M20/M25/M40 family metallo-hydrolase, partial [Tepidanaerobacter acetatoxydans] TPPEEKYVVEKYTNLFVDIGATSRQQVLDLGIDIGSPIVYKPKFQKLQGTRVLASFADNRTGCTALLTLSHFLCGKKPKSTVYFVGTVQEEFNLRGAMMAARTIRPDIAICIDGGACGDTPDLQGSSHVQMGNGPILTMYNFHGRGTLNGTIPHPAMLRIMEESSNKAKIKFQRSVMMGGLTDAAYLQLEGMGIKCVDIGCARRYTHSPCEIVDMKDIEILTKWVMEFLQGDYTTYDFERE >WP_259005392.1 TRAP transporter permease [Serratia sp. AKBS12] >MCS3408316.1 TRAP transporter permease [Serratia sp. AKBS12] MNAEKLTPPPVVDLDKEAGTGSRPLAGITLRLATLLAMAISLYAIYSNALANTQEFYRNTTFLSGILILGFILFPFSKKHATSAFNRWDYLFITLTLVSYGYFYFNYVDLHVVRKSIPNTTDYLMAALGIAVLFEAARRTTGYFIPGLATFAIVYALFGQYFMGIFGHGGFSVERLLYRLFMTSEGIFGITLSTASTAIVVFILFGAFLSVSGATQLFNDLALAMAGRRRGGPAQVAVISSALTGSLSGSAVANVATTGTFTIPLMKSIGLSPRFAGAVEATASTGGMIMPPIMGAAAFIMAGFLGISYTTIVIAAIVPALLYYAALIMAIDLEAKKQGLKGLSKEHIPQVKAVLKARGLLLLPLVIVIGTLLMGKTPIYAGFLGIVAIIVASWITPDSTVRMTPKKIAEALNEAARGSIQVTIACAAIGVIICVVTMTGIGSTLAFNIVSMTNNTLWMILLVVMLVCIVLSMGLPSTALYIVVAVTVSPILIKAGVMPLAAHFFVFWFGALSNITPPVALASYTAASIARADPMQTSWDAVRLALPGFIIPFILVYNPALLMQGEDMNVFSMIHMIVTALVGIYALSIASANFWLMKTHWLERLLFIVAAIMLIKPGLLTDLAGAALIVSAGVMHLLRYKQRAPLAANLPESNE >EJV0278763.1 ParA family protein [Vibrio parahaemolyticus] >HBC3831088.1 ParA family protein [Vibrio parahaemolyticus] MAKIIALLNQKGGVGKTTTAINLSDTLSNQGYRVLGIDLDPQGNFSKVVSNGEVRFEKNVMHLFLKDNTTNIAELIHSSEDNERFFYIPTDIRLSRVIESGLTLSFREHRLSKHLDKVKNQFDYIILDCPPNLSLTTTNAIVAADLFLMPVNSGVFALDGLEDLLAALQEVGQGEDLPYYVFRNEVATQNKKINTAIDEDLISIANDRVLNSSIRRCEDIGQASFMSLPLSKYKKGSVAVNDYKALAREVRDLL >MBN3769952.1 isochorismatase family protein [Burkholderia sp. Se-20378] MLHVSDDSVVVLVDFQTRLMPVIHEGASVVTQAVRLARIAQILGVPVMGTEQSPVQLGRNVPEIKELCSHTVVKDHFDACAEGLVDALPAGRNSVIVAGCEAHVCVLQTAFGLLHSGRKVTVVSDAVGSRRTIDRDAGIARLRAAGAQIATVEMIAFEWLGSSRHPRFRDVLRLIK >MCH5163858.1 DEAD/DEAH box helicase family protein [Clostridiales bacterium] MFEGISFNGTFRTYQQRIIDKSDSYLSDGHMHIVAAPGSGKTILGLELIRRLNLPCIILSPTTTIRSQWGERFVNSFKKANYDLSSYFSYSLNHLAPITSVTYQALHAAMNKIKDEEDDYSKLELVKAVKEYGVGTICLDEAHHLRSEWQIALENFLKELGENIKIIALTATPPYDAKPNEWKRYIDVCGEIDEEIFVPELVKQGTLCPHQDYIYFNYPDTEEIEVFSIYRECAYNAIDEFIKLPILNKAYKKFNILANDYDFLYTYTKENLSLIALFNSIGLKVSKKITKYLTAGKQIPKLSLERMEVAINFLIKNDDICNEEDRESIKTLFAKSGLTDRGEVALDLNEKLKRKLISSVGKLKSIAEISKSENNSLGKRLRLLILTDYIKKDSLSSVGNGERFNEVSIVSVFETVRNIGIKVGALSGALTILPENCISVLQAKGIDFTFSELNKTGYYSINFKGSNIDKVHYVSSLFEEGHINVLVGTKSLLGEGWDAPCVNSLILASFVGSFMLSNQMRGRAIRVDKNNLADTANIWHLVTVEPEYLFPKKLSERITEKLLTVHTEIKSYDFETLSRRFVCFVGPRYDSDVIQSGFQRISNIKPPFNKNGIEAINNDMLKRSRERQQLKESWDNALAVSEKVNKVSEVPPENHVPAFTFYNVLMVIMLSSVMFSCLGAFINSFFQLTHSIDGAYLLFALLMMGIFAVSTFCLLNILINKMLRHISPTRSIRTLAQCIADTLIELRIISADARVVVNSDPGGIVVQAELKNASIRDTQIFHTAIKELLSPIKNPRYLLIPRALVFGLRYSNALACPEILASKAEYANCFIRHLKKSMGKMEAIYTRNENGRKLILKCRKRAYITRNAKELKTYEKVD >MBP6972346.1 alkaline phosphatase family protein [Syntrophorhabdus sp.] >OQB78299.1 Type I phosphodiesterase / nucleotide pyrophosphatase [Deltaproteobacteria bacterium ADurb.Bin135] MQKKALIVGIDGVPFGLITRMMEQGHMKELKHMCEGDYTIHKMHASYPDISSVSWTSFMTGANPAEHGIYGFTDLKPNSYDLYFPNSRDIKAPTFWQTLQKQKKIKRVLVLNIPNTYPAFPIDGLLVSGFVAIDFNKAVYPTSYVAPLQRMGYVIDVDLMKARQDKDGFYQDLMDSLAVREKVSINLITEEEWDIATICITETDRLHHFFFDKKDTPVFHDFYKRVDTFIGNIYRAFEKKYGKDFLFLVLSDHGFTEQVAEVNLNALLRDSGYLVTDESRDYYDKIEKGTIAFAMDPGRIYIHYEKKFPRGQVKSSETEQIKKALKAVFLELADTNGTKVIKEVVDKEEIYKGPYYDNAPDLICISNEGYDLKGNLRRKEVFSSDIFKGMHTGEDATLITPKNITFDQQVTIENPANIIMNYFL >MBV9963051.1 GMC family oxidoreductase [Parafilimonas sp.] MADNVFDAIVVGSGISGGWAAKELSEKGLKVIMLERGMDIKHITDYKTANLDPWEFQHRGIRTQKMINDYPVLKRDYVLNEANLDWWASDKDSPYTETKRFDWFRGYHVGGRSLMWGRQSYRWSDWDFEANAKDGIAIDWPVRYKDIEPWYDYVEKFAGISGNRDGIPNLPDGQFMPPMDMTCVEKDVAARINDHYKGTRFMIIGRTANITQPLPGRTNCQFRNKCWLGCPFGGYFSTQSSTLPAAMKTGNLTLRPWSIVTRVLYDKDTKKATGVEVLDAQNNKTYEYKAKIVFLNASTFNSAWILMNSATDVWPDGLGSSSGELGHNVMDHHLGVGASGTVDGYEDKYYYGRRANGIYIPRYRNYFGDKSNYLRGFGYQGGGSRQGWGREIAEMQIGGAFKDALTEPGNWTMGMGGFGEMLPDHNNKVTLDKNKKDKWGLNVLAFDVELKDNELKMRKDMLNDAVEMLTVAGVKDVHGYDGDGTPGRGIHEMGTARMGADPKTSVLNKWNQVWDAQNVFVTDGSFMTSANCCNPSLTYMAFTARAADHAVSELKKQNI >HCT31040.1 hypothetical protein [Bacteroidales bacterium] MERKISERKVLIFTTALIVIAGLIRVVKYPLGFVLFYLAFLPYVLYRLNYYKNLRGKAKQQIDGYRFVILITIIVSIILNLIGLQDVEFFLLFLLMIDFLLVINKKD >WP_006697084.1 type I-C CRISPR-associated endonuclease Cas1c [Selenomonas noxia] >EHG23343.1 CRISPR-associated protein cas1 [Selenomonas noxia F0398] MKPLLNTLFVNQDEAYLALDGGNVVVVREEKELARFPLHNFEQITTFGYTGASPALMRKCAEENIALTFMSSEGRFQARVIGKMNGNVLLRREQYRRADDETASLALAKNFILGKIYNARWMIERTRRDHAMRIDEEKFQSVSDFLQTSCHEATCASDLEELRGVEGKAAVSYFSVFDDMILKQKGEFFFTERNRRPPLDNMNCLLSFLYALLMNDVGAALEGVGLDSYVGFLHRDRPGRQSLALDLMEELRPMADRTAFFMVNTKKISGKDFRLEEGGAVYLTDDGRKKILEAWHAHKEGMMTHPFLEEKIKWGLVPHVQAMLLARHLRGDLDAYPPFLWK >WP_106136481.1 SDR family oxidoreductase [Spirosoma oryzae] >PRY44045.1 short-subunit dehydrogenase [Spirosoma oryzae] MKTVLITGANKSIGFETARQLLQLGYYVYLGSRDLTKGQQAVDQLRADGLPQVEPIMIDVDDLHSVQSARDELGQKTTVLDVLVNNAGISGSITAGPLATDLGEFRQVLDTNFFGVIQVTQAFADLLHQSPEPRIVNVTSGLGSLTRQSDPSWVYYGITPAAYVASKAALNAYTIALANHLRDTPFKVNAVDPGYTATDFNHHSGPGTVPDAAARVVKAATLGPDGPTGQFYSDDNAPDTGISPW >WP_098092873.1 aminoglycoside phosphotransferase family protein [Bacillus wiedmannii] >PEJ11001.1 acetyltransferase [Bacillus wiedmannii] >PEM24453.1 acetyltransferase [Bacillus wiedmannii] >PHC61923.1 acetyltransferase [Bacillus wiedmannii] MNQIHTDLVKKLIGEQFPEWAHLEVKPVKFSGHDNRTFHLGDEMSVRLPSEAAYAPQVEKENKWLPLLSKKLSLPISTPVVKGNPSEEYPWPWSINKWIEGDTVTKQNVRDLNEFAADLGAFLIELQSIDASNGPIAGAHNFYRGGLISVYDEEARVAIENNKHVFDETVLKHLWDVALQSTWESKPVWIHGDVAPGNLLVKDGKLCAVIDFGILGVGDPACDAAMAWTFFDKGSRNVFKEVLHIDEETWNRARGWALWKALITYDANKTSNKIVAEESYRVIQVIVDDYER >WP_198730235.1 hypothetical protein [Pseudomonas simiae] >MBI6616582.1 hypothetical protein [Pseudomonas simiae] MIDVKDLNFGVALNVSVFFLGFVAPGFLIFYLLNPSLFLALDVWKLFVLATSITIPTFAFHLMIALCIYFNLQDDSPDFAHKWGGPREWYVRAGFGNSLNMYTIALLIWVFDFGVKGFIVSCIVHIAISTFTELGHFIRFLRDPESFNYGFLSSISTFIK >XP_016611986.1 uncharacterized protein SPPG_01398 [Spizellomyces punctatus DAOM BR117] >KND03947.1 hypothetical protein SPPG_01398 [Spizellomyces punctatus DAOM BR117] MLATTKSLSPTEADIQLLILDWSLYVATTYYLRAAQDVKDKLGCARVAEDFSAISDDILNTLTDLDTTPLKCRIQLYRLASVVLNRPRRKAGSESLTSIIPTFLSVGGWVLQETAAADATDDAEPYKILDPWYDLFLELQIQAGVEDYLYGGKSPEDCCKSLCQHDVLDDPVLAKGIKEKSYQRYTRMKEKAWKEKLQGHPSAEFDEMMIQYVAAVADIMGVPVLTQYQECTDHPDLRWLTCSPLLGLKIGDENSVKVEDDR >WP_230800902.1 glycosyltransferase family 2 protein [Seohaeicola saemankumensis] >MCD1626346.1 glycosyltransferase family 2 protein [Seohaeicola saemankumensis] MRITAVTCVKNEGPFLLEWIAFHRVIGVTDFLFYSNDCTDGTDRMLDALAERGVLQHLPNPAEGRNYQMEALKHAATQEVVTGADWVWVADVDEFLNIHVGDHTIPALIAACGDPQAISVTFQFFANDGVDAFTDRPVIEQFNRSHNPDIWCGESAIEVKSLVRKDFPLHYYGAHRPFFRAKLPPRNMPRWTDAAGRAVPHKFLVAANPRRIRKFPAAGARQFATLNHYALRSLDSYLVKNDRGDVNRENRAFDDTYWRERNDPAHEDTSIRRYLPALETEIARLRSDPVIDALHLECVSLHLARRDALLQQPAYQKMRAQLKAASTLPPQEEALLRELDLWEGAA >MZP65343.1 helix-turn-helix domain-containing protein [Bacteroidales bacterium] >NLK53916.1 LexA family transcriptional regulator [Bacteroidales bacterium] MYFASNIKFLRKRKGRTQDDMAAALDLKRSTLSGYENGVAQPGIDVLVSFSGYFNLSIDTLLKIDIAGLSESQLGELERGYDAYVKGSNLRVLTTTVNSENRENIEMVSEKAKAGYTTGYADPEFIGELPVFNLPFLSDKRKYRAFQLKGDSMFPIPEGSWVTGEYLQDWNELVNGKAYIVFTIDDGIVFKIVENNIRKTGKLTLFSLNPLYEPYEIHINEVREIWKFVNYISNELPEPVMPEKQIFQSIAIMKNDLQRIKAKLGTDITDISEVD >MBD1815385.1 peptidase [Microcoleus sp. FACHB-DQ6] MRLWKVTVKPRFLAGLGLAVCCFSFIIFTQVNTPAATLSSIPSSLPNPQVHPLPPTLANWQDSTNSGDYFDQVKPPNFGHLLWSKFPIQVYVERPVDANKSEEWVAAVLDVVREWGVYLPLEVVDSSEVADIRILRRAPPLRQGVLRSRSGEATYELYARRDGDQTVLSHRFSVYLNPNQVGKYIPATARHELGHALGIWGHSLMETDVLYFSQVRNPPPISARDVNTLKRVYEQQTRLGWEFQRLGD >XP_003048468.1 uncharacterized protein NECHADRAFT_47676 [Fusarium vanettenii 77-13-4] >EEU42755.1 hypothetical protein NECHADRAFT_47676 [Fusarium vanettenii 77-13-4] MFLLSIPALSIAIAVCALFYVWKCVSSPLWAAPGPFLSRFTPFMLRWNEFNANRTLYIHSLHLKYGPIVRIAPNEMSFSSYEAVKEIYGSKGSGYDKSTFYDLFTVFGRRTLFSTLDKTAHAKRKRLLADRYANSNVLKPASLNGIENRAREFARQCGDSTGSSRLFMLYTPTLYKYSSKILDCFFEPRATPLADNFVTKRSKLDDPEEFTLLSRLRSKLGDELAEGDIASECLDHMVAGIDTTGDVLCFLIWELSQPRSAQFQDELRRELKGNPDMAFDKLPVLDSIVQEGLRCFPAIPMSLPRVVPKDGRVIDDIFVPEDTIVSSQAYSVQRHHAHVFPEPDRFNPHRWMSNENDAEMRRHIFAFSYGGRGCIGKHLAYAEMKLLLREVYSQYQTVPDPSMTEESMRAHDQIISARPFGQKCLLRFVPTAA >WP_217413389.1 iron donor protein CyaY [Marinobacterium ramblicola] >MBV1788372.1 iron donor protein CyaY [Marinobacterium ramblicola] MTESEFMAQVDETLQRVEEILDEAESDLDYETNGGMMTVKCENGSQIIFTRQPPLKQLWLATRTGGFHFDYSDEQQSWVRDSDGADLGELLTQAFADQAGEALDFSAI >EDJ6414383.1 hypothetical protein [Campylobacter coli] MLLIGFVEKKKQEKILIVYNLQRNKGGRHVINSYLDLENLFSFANKIRQRDKNCRINFISDGFDAAISFMNMSKIDQILQKRQIDFCQDIVSEYINNKKNILKNNSCFDCSVVGENYENFLESIKLLLTSNIIISNARSFCYGVLVNCKKDYFFKQEAYFRSRGSLYDIWLKERNIELKDFKSYDTFLGGM >WP_019616094.1 LacI family DNA-binding transcriptional regulator [Psychromonas ossibalaenae] MTNPKTINSAQIAKLAGVSRSTVSKVVNNYPDIPEETKNKVRSVMDKHGYTPNAAAQVLKGKAQSVVALYIYASETDTETDSLCRLGSPYVMGVISNFIMAASQCGYRMMVELLVHGEDEQEIKGSIKKSFESKSITAAVFLGLPDTVTFIDQLVAENFPVAVIDRDVDQSRTAVNIYTNDSQGAYQAAHHLHKQGFESICFIGGDPDKRSARMREEGYCRAMQECGAVPFVIPGHFSELSGAHAAEQIADMSPRPEAVVCASDAVAYGLIRRLREIDAQYLDMLGIVGFDDTYFNDFQHPPLSSLKVDFAAMARSTISALLDPEHNKSVPVPVELVVRASSLCRH >MCB1141657.1 hypothetical protein [Leptospiraceae bacterium] >MCP5512837.1 hypothetical protein [Leptospiraceae bacterium] MDIFFTLVSFFLIFYLWKENKKLNSKLIDLSLRLSTLEKQTITKNPESQIPEVPPIIEPISKPVQEKNNPFKAPEGITKEYKIPSKVQDIPVEKPIPAWREKLDSLRIQILENWTGLAGTLVLVLGTGFLGLYAAFVLSALFRVLMILSFSVLIYFLSGIVKKRFHQENLSDWLESASVTIALFTAMGSGFVDGLKFLEGSFAYFPLFPALILNFYVGYRKEQASRAVFHLLLSLLVLSLLPPSQTMLGLGTCITFLVQWINYRKKWDFHLLATGSAYFLFHIYQYDSIGEIKPYLMNALGISFSFLIYTQAILVPYFSKEYRTSNSNKIAILTHSLSWIFLGILLGQYSIGEKYISFLILFFSFVLYFFSHSAKTLNIYWLFLSDRIVSIALFVLATANFLDFGLSPSLILFLSSLGIFALLLDSKNEKDKVLISISYSLLFLYSLVHIGLILNTIDNSNKPLFDSENFYSMIFFPIVFAIHRIHKFSNYIPYYNIFRISTNSIYLIGFLVTYLYYLSHLYSEILIGVQFLFLFWLIRLYRNRSFYSLIHFYFLTILCINWFQIQKLMIPGDLDKFLFTTLPLIIISFMSIFFLKSPVLKFSPGIYFSSISILGFVYYLTLPYSTLLPGVLILSITPLISAASIRFLEYRKDLLISGFLFLLFFILRHIVVHLQAEFNFFFLPVRFWIESYSITIFLYYYLEKNGYEYFHGIKKYFLEVILLFSFFLMNSILPDIYFSLFLSLEATLLLYLSGMKFDETRMKIYSRGVYLGSAFTLAILTGSGDNPPSNHFWMNLGFSGILSIFSMIVYIVFQFKKGILGESEILQVRNFANPGYALNFYPFLISVILFLSWSFSGGSLTFFWTLLGVGVFLIGIYLKEKHFTYSSTVLFVFCLIKLFFIDMSDAGTIQKAFVFMGMGVLLILTNFLYAKFRDRL >WP_025427984.1 MULTISPECIES: hypothetical protein [Ensifer] >AHK45095.1 hypothetical protein OV14_3868 [Ensifer adhaerens OV14] >MBD9490144.1 hypothetical protein [Ensifer sp. ENS11] MATLQNFDAEIEKTKSVVEQMRGKLEQSGVVLEQFAKAETKLGDVNFDIENARIQDVISQQKVMEANIADLIIGLEDATNVFGSEFESMKNYTGYEKFIGMFSKQKMQRMRTDRVRNMSLAGNLQELLSKSDTIVGILKDQKSILDQRYKTSEQSLIQVIERRKGTMSNLEAVQKRIEELNPLLLDIENRIAASTEQKVRTELEGERSALATEYNEKQAKEQELLAESQTLERYTSMFQTFVDSLNNQIAAQNTLINKLTIDTEQRIVLYKALEDSLKTAAQQDVAHKINTLGSQVDTAAEETMAGIGAAAQRHIGDLLEMHEKNMLSTQDIQRRKKLADDAFARRFQTVMDKHNTAHYVKQ >TNN34207.1 Ankyrin repeat and IBR domain-containing protein 1 [Liparis tanakae] MGAGELFCKRKADGSALQKGSVATAERHWDREKLLEAWMSDSGECCQRSGVQMPNPPPSGYNAWDTLPSPRTPRATRCSAAASPQQVSLLPAGEEASLVRRYVTRSSSDS >AUQ33312.1 MHC class I antigen [Homo sapiens] MRVTAPRTVLLLLSAALALTETWAGSHSMRYFHTAMSRPGRGEPRFITVGYVDDTLFVRFDSDATSPRKEPRAPWIEQEGPEYWDRETQISKTNTQTYRENLRIALRYYNQSEAGSHTWQRMYGCDLGPDGRLLRGYNQLAYDGKDYIALNEDLSSWTAADTAAQITQRKWEAAREAEQLRAYLEGLCVEWLRRYLENGKETLQRADPQKTHVTHHPISDHEATLRCWALGFYPAEITLTWQRDGEDQTQDTELVETRPAGDRTFQKWAAVVVPSGEEQRYTCHVQHEGLPKPLTLRWEPSSQSTIPIVGIVAGLAVLAVVVIGAVVATVMCRRKSSGGKGGSYSQAASSDSAQGSDVSLTA >MCP4914981.1 sigma-70 family RNA polymerase sigma factor [Oligoflexia bacterium] LPFDRTLAINIEFENQKEKLLKQFPVHTKALRTILKKNREDYGQLKLKRTSVKDRFRLLKNVRNRQRKGSAIIEELCIRTKKLQPIMKRLQETSSGMNSVKKQIVLCEKRDKMKDKLRNLKSKLSEYEDLVLETPERLRQRVESFERIYKQHEVAKRKLSSANLRLVVSIAKKYRNRGLSFLDLIQEGNTGLMRAVDKYEYRRGYKFSTYATWWI >WP_260986135.1 hypothetical protein [Bordetella genomosp. 13] MSIHPLSRSDSLLTEDESPVAQLKRIDANRKDFPGEHLIVLGLGLLLMRAGLRSTTMLRRTLLSMAGTALVGRAASGTGGISRVARVLQRVR >WP_206581849.1 Tex family protein [Clostridium aminobutyricum] >MBN7773005.1 RNA-binding transcriptional accessory protein [Clostridium aminobutyricum] MNIIEKLAMEFSIKISQVENTVQLIDEGNTIPFIARYRKEVTGGLSDVILRDLEERLNYLKNLETRKEEVIRIIEEQGKLTEELKVEIEKAEVLQRVEDLYKPYKQKKSTRASKAKEKGLEPLALLFFAQEIEAGSMEELAYPYVSEEKGVETVEEAIQGAMDIIAEKIADDPELTALVREKTQKAGLISTEAADEEEKTVYEMYYGHQEGIDKIPNHRVLAVNRGEKEKKLKVKVIAPIEELQAILEKQVVINEKSIFTELLKDTITDAYKRLIAPSIEREMRNNLTERAELEAVKVFAKNTEKLLMVPPVKGARIISIDPGYRTGCKVAVLNETGKLLAYTTVYPTEPKRDIAGTEATLKKLVEKFKINTIVIGNGTASRETEEVVENFIKKNGYDVNYTIVNEAGASVYSASKLATEEYPDLDVTTRGAMSLGRRLQDPLAELVKISPKSIGVGQYQHDIDQNLLNGALTNVVEDCVNRVGVDLNTASPSLLSYIAGINMGIAKNIVAYREEVGQFTARKELLKVAKLGEKTYKQCAGFMRIADGKNPLDATSVHPESYAAADTMLLKLGIDKEMIRQGGAKDIEERICETYPALKKAIIPNGKKGLEALAVLKETKEDPKKGLGKSIEKLADDIGIGAMTLKDIIEEIKKPGRDPREDTPAVVFRNDVRSFEDLKVDMELMGTVRNVVDFGAFVDIGVKNDGLVHISQISNKFIKHPMDAVAVGDTVKVKILSIDHDRHKIALTMKF >XP_055989820.1 protein FAM161B [Sorex cinereus] MTVGRPVGASSSSEGSQQIFPPKSSSDTETEELSGDGLALPRAGKLDEFLSPDDETDSTSDSMGNLFELLRELKEKGKWGLLKSLYPSTSDSDENLSEDDEDLESFFQNRGRGMPQSPRNSSRRRCSSLSSLPSSTPRDQPQPHSRPASQHRSVSSWASSITVPQPFRMTLREARKKAQWLASPACFEQERQQAQKQGQEEAECQRQFRAQPVPAHVYLPLYQEIMVRKEARRQAGIQKRKELLLSSLKPFSFVEKEAQRKEAAQQRELAASAKANSPKPKAIRKIPKSVLEPALGEKLQEAELLRKIRIQMRALDMLRMASSPISASKGRADAQPRTATRTWEKQLGFLNRDFGFQPRVNPVVPDYECLYKAFQRRAAKRRDTQEATRNKPFSLRTASLHHPRRPCDVATSGGQKDSPQPPTTPLPRSRSLSGLASLSANTLPVHITDATRKRESAVRSSLEKRDKADESTQWLEKHKKKCQAMSKSVTLRAKAMDPHKSLEEVFRAKLRENRNNDRKRTKEYKKELEEMRKRIQRRPYLFEQVTKNLARKEAEQRYRDTLKQAGLDEDFVKNKGEGARAMQWKGQPEARDCPSSRETTELSIKSPQQDLEESLEWPLSSKKDSEDLSHEFLENAKSLA >HIM51057.1 DUF1592 domain-containing protein [Acidobacteriota bacterium] MLGELDKLRWWVVARDGPPEHARMGQEESPVLGQRTGSNIRAALACMRVRRFPLATDLHMKSRSTVVALMIVALAYMPAGGAAQQTSAVSTAEVSPQRALLDQYCVTCHSQRIVSRPAVPDENLQITQLRNVGLTLDTEDVTNVAANPEVWEKVVRKLRVGAMPPPPRPRPDQATYDGFRVWLETELDRVAAVNPDPGRTLAFHRLNRTEYRNVVRDLFDLDVDVSELIPADAPDEHGFDNNAGALSFSPALLERYVSAAHKIARLALGVSPPGPVSATYDVPLNLMQDDRRSEDLPFGSRGGVAIDHTFPVDGLYRVKVKLQTNYVQFVRGLDIPHVLEISVDGERLEQFTIGGEAPGLPAPYSFAGNIRGDDEWESYQMRFSDAGLVVEVPVKAGPRVVGATFPREQWEDEGVLQPRQQGFALAVNDMPDTNPRVGSIEITGPLTDEGPGDTPSRRRILTCRPATPADEPACATEILSAVARRAYRRPVTDDDVATLLAFYEAGRLQGGFESGIQFALERLLASPDLLLRIERDPVDAEPGTAYPISDIELASRLSFFLWSSLPDDELLALAEAGTLAEPAVLARQVRRMLADDRAAALVDSFVGQWLYLRNLASVYPTPSEFREFDENLREAFQQETEHFIDHQLRADRSVLELLSADYTFVNERLARHYGIADVYGTRFRRVSVEGDRQAGLLGHASLMTVTSYPNRTSPVLRGKFVLENLLGAPPPEPPPNIPALEETDADGKPRSLREAMVEHRENPACRVCHAPMDPIGFSLENFDAVGTWRSTFAGEPIDASGVLPDGAAFDGPTGLRDMLLSRPADFVGTVTEKLMTYALGRGVEYYDMPTIRRIVREAETADYRWSAVILGIIESAPFQMRRTQS >RZD53001.1 oligoribonuclease [Euryarchaeota archaeon] >HIG20340.1 oligoribonuclease [Candidatus Poseidoniales archaeon] MTGDNLVWIDCEFTGLDPAENRIIEIATIITDAELNIIAEGPCLAINQPADLLAGMDEWNTTHHNDSGLVEQVLESDIDDAEAERLTLEFVRQYTDPRSSPLCGNTISQDRRFLRRYMPELHSHFHYRSIDVSTVKELAKRWNPEIPSMEKTGGHRALDDILESVAELAYYRERIFKS >MBQ7978512.1 cation transporter [Candidatus Methanomethylophilaceae archaeon] MKKTYKIEVDCASCATKMEDAAKKTEGVKDATINFVMQKMSVEFEDGVDVNAVMKQVLKNCKKVESDCEIEI >MPC84742.1 hypothetical protein [Portunus trituberculatus] MVSVPSVLDKLSASSLVSPDLLQTSAQSPSSSANHQSDEDVSEENLDMSTDLQNRENSYGSGNNLYDIAVLCLVRT >OFX35756.1 RNA polymerase subunit sigma-24 [Bacteroidetes bacterium GWA2_42_15] >OFX97764.1 RNA polymerase subunit sigma-24 [Bacteroidetes bacterium GWE2_42_39] >OFY45497.1 RNA polymerase subunit sigma-24 [Bacteroidetes bacterium GWF2_42_66] >HAZ02844.1 RNA polymerase sigma factor [Marinilabiliales bacterium] >HBL73790.1 RNA polymerase sigma factor [Prolixibacteraceae bacterium] MTVNEYNQSVDQFSDRIYRFILKNLRDEERARDIVQDCYEKLWRNVDNVSFEKVKPYMFSMAYHTMIDVIRKEQRISIVEDHQLPEDIHFDQYSDLGEVLDKALAQLPEIQRLVVLLRDYEGYSYEEIAQIASLSESQVKVYIYRGRVFLKNVIGKIEVLV >HAS28932.1 glycosyl transferase family 1 [Alcanivorax sp.] MKLAFLLFEYFPYGGLQRDMVAIATKALERGHQVTVFTRAWHGDPTPVDGLEVRTLPSAARSNHASDADFARRVTTLLDGFDRVVGFNKMPGLDWYYAADGCLADRYQGLKTLLPRYRSKLAMEAAVFGADATTGVLSISPPQKALYQHHYGTPDARFVSLPPGIRRDRVQPADHLHRRTVLRAELGISEVTPMLLFVGSGFRTKGLDRALQALAGLPGDARLFVVGEDKAAPYQRQARRLGLEGRVHFMGGRDDVPAWLWAADLLVHPAYAENTGTVLLEAAIAGLPVLTTRACGYADYIRDADLGRVLDDPTPESLAAAARELLALDRPAWWEKAARFAEQADIYSLTDHAVDAIEGEPPGAPR >WP_193436854.1 exosome complex exonuclease Rrp41 [Thermosphaera aggregans] >QOR95061.1 exosome complex exonuclease Rrp41 [Thermosphaera aggregans] MSSKPRLLREDGTRLDGRRLDELRPVKIRVGVLKNANGSALVEYGGTKVLAAVFGPREALPRHIALPDRATLRVRYHMAPFSTSERKSPAPSRREIELSKVIREALESVVFSEQFPRTSIDIFIEVLQADGGTRTAGLTAASIALADAGIPMKDLVIGVAVGKIEGSLALDINELEDEYGEADLPVGIAPNIGEILLLQLNGVLTPEELKAGIELAWRGVESIYKVAKEALYAKYIKAFEEVK >WP_257107333.1 NAD(P)-dependent alcohol dehydrogenase [Pseudomonas sp. LJDD11] >MCQ9427086.1 NAD(P)-dependent alcohol dehydrogenase [Pseudomonas sp. LJDD11] MKVYRLQKIGSIEGLELCEEPIPTPGPGEVLVRIVATSLNYRDLAILNGSLPFGVQDGRVPLSDASGIVEAVGAGVSRFAVGDRVVNAFVPGWVSGPFREFAPQYGLQLDGWSSEYRTIDQQELVALPDSISFEAAATLPCAAVTAWSALKGIGPHQRVLTQGTGGVSLFAVQLAKAAGAQVIATTSSEQKAAQLRDLGADHVINYLEHPNWSEAVRALTNGRGVDRVVEVGGPGTLMQSVKAVAIGGQVSLVGILAAGEMPGFMDIFLSQARLQPIATGNRQDLEDLIATVARHDLKPVIDSRYAFDDASSAWRRFAARNLFGKVVITQNL >WP_010905191.1 MULTISPECIES: glucose-1-phosphate thymidylyltransferase RfbA [Lactococcus] >AGY43538.1 glucose-1-phosphate thymidylyltransferase [Lactococcus lactis subsp. lactis KLDS 4.0325] >EQC90431.1 glucose-1-phosphate thymidylyltransferase [Lactococcus cremoris subsp. cremoris TIFN7] >AAK04292.1 glucose-1-phosphate thymidylyltransferase [Lactococcus lactis subsp. lactis Il1403] >ABJ71818.1 Glucose-1-phosphate thymidylyltransferase [Lactococcus cremoris subsp. cremoris SK11] >ADA63973.1 Glucose-1-phosphate thymidylyltransferase [Lactococcus lactis subsp. lactis KF147] MKGIILAGGSGTRLYPLTRAASKQLMPIYDKPMIYYPLSTLMLAGIKDILIISTPTDTPRFKELLQDGSEFGINLQYAVQPSPDGLAQAFIIGEEFIGDDSVALILGDNIYHGPGMSKMLQNAAAKEKGATVFGYHVPDPERFGVVEFDENMNAVSIEEKPEEPKSNYAVTGLYFYDNDVIEIAKNIEPSPRGELEITDVNKAYLERGDLSVELMGRGFAWLDTGTHESLLEAAQYIETVQRMQNMQVANLEEIAYRMGYITADDVLKLAQPLKKNEYGQYLLRLIGKD >WP_253620872.1 ATP-binding cassette domain-containing protein [Bacillus sp. S0628] >MCP1321433.1 ATP-binding cassette domain-containing protein [Bacillus sp. S0628] MKVNQLIANNINKLDATIPFNKSFGIAGLSGSGKTTFCQTIGEESKKRLVSLLPKAEYQYLFPNIMETNFSAIKMEEIPLVLFLGKSSISSNPRSTIGTHTGVFTEVREKLAEVFNLSPEVFSFNNQLGWCTGCKGRGTTKNVECKKCKGKRYSEEIEQHEIDLLDKPHSISNINDLSIESILSLAKELNISEEKQHILQNIINMNIGYLTLNRIMGTLSGGELTRLYLAEFMAVSENAVIIIDEISVGLDHETLLQILEEIKRLGCKNQIWLIDHSDTVLDTTDEQLFFGPGSGKYGGKIVEESPRPKSILWDRNKEIPTEYYTFYDLYCRNIQMAEFQIPKNRLVTVTGESGCGKSTLVNECLATDFLKRYPKDKLVMVGQDRNQSITSRSTVATFLDIKKKLTKYSEDIDDIFERSIEDIIDELPNEDIAYKRLSLLIKLGLGYLTLERKTQTLSTGEFQCVHLVSELFANTRNPHTLFIFDEPSKGLSQNILNQFIDSIRGILQDESVSIIMIEHNRYMLESSDYIVDFGKRQNESIEHLDVVNHEDYYRQKSNVNSTEKIHISSMLKQKKGVHYLEENHINYFKNAENIYKGGILKSLSSMARLIYGEYESDTIAPVIAIDLERHLYSQYSFLYEIGGLINHIVAAHPINKDTRSFDFYSQDNHCPSCSGRLQIEVFDKDIAIQDQSVPFWDGLFDPEIMKVLKFYQHEKIEFLFEEIKNELDHDLSKSYNDMSEEEKHTFWYGYFEKSFYDKKGKTRRTWVGFNTIIGGYIVISKAPIKEEIKSSKKMMKCPICEGTVLNHHKPLKFDNVDIREIINQPINEVVKTVGDLPTLVKLKSIVGGDMVLTEDVSLLPRKAQVALKMFELEQASFSNYEMVLQNVLPFWGEIKGNIESISVNNQVTVCDFPNVYETRENIIDKYFTNGKYKKLTYVYEAFGYKKIVTQINKIKKSNPCPFCKGKKVITEDNLHDGVFKLTIPCVTCNASGINDEGLKEVVEGVDVQTWLTGKVSDVVDESLLTEAVGQIPIFNRIRELDKRDMMAVYECLEKNN >WP_012573472.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Candidatus Azobacteroides pseudotrichonymphae] >BAG83711.1 putative pyruvate-flavodoxin oxidoreductase [Candidatus Azobacteroides pseudotrichonymphae genomovar. CFP2] MCKNSKNKGFLTCDGNQAAAHIAYMFSETASIYPITPSSTMAEYVDEWAASGRKNIFGETVRVDEMQSEAGAAGAMHGALQAGALSTTFTASQGLLLMIPNMYKVAGELLPGVYHVSARALASHALSIFGDHQDVMAVRQTGCAMFVTGSVQEIMDLSAVAHLSAIKTRVPFVHFFDGFRTSHEIQKIEQLNNEDLAPLIDQESLVAFRKRALNPDAPVARGMAQNSDIYFQAREACNKYYNRVVDVVEDYTNRLSNLVGRKYGLFDYYGSQDAECIIVAMGSVTETIKETIDYLISKNKKVGLVSVHLYRPFSVKHFLAVVPKSARCIAVLDRTKEPGSTGEPLYLDVKNCFYDSKEHPLIVGGRYGLSSKDTTPACILAVYDNLSLFEPKNNFTVGITDDVTFTSLPQREELFLENGTFEAKFYGLGADGTVGANKNSVKIIGDNTNKYCQAYFAYDSKKSGGFTSSHLRFGDKPIRSAYLVNTPDFVACHIQAYLNLYDVTKGLKKHGTFLLNTIWNEKQVKENLPDNVKRYLSNNHINFYIINATDIAHEIGLGNRTNTILQSAFFKITGIIPYNLAVEQMKRFIVKSYGKKGEDVVNMNYAAVERGGDVLKIEVPIEWSDIQLKTEKIKDDIPNFVSKIAYSVNAQKGDDLPVSAFVGYEDGTWEQGTAAYEKRGVGTHVPTWILDNCIQCNQCSYVCPHASIRPFILDESEQSEAPVDLDTLKAVGKKFEGMNFRMQVNVLDCLGCGNCVDVCPGNKNGKALQMSPIENEWNNQSNWDFCTEKVKTKQHLVDVSLNVRNSQFATPLFEFSGACSGCGETPYIKLISQLFGDHQMIANATGCSSIYSGSAPSTPYTKNAKGHGPAWANSLFEDNAEYGFGMRIGTEKMRERVERLMMQGLSCSRCSKEKKALFREWIDNRDDYAKTREIADSLVPMIRGSACCNICKQLTELTHYFVKRSQWIIGGDGWGYDIGFGGLDHVIASGQNINILVLDTEVYSNTGGQSSKSTPAGAVAKFAAAGKCIRKKDLGMMATTYGYVYVAQVAMGANQMQTLKAVCEAESYSGPSLIIAYSPCISHGLKKGMGKAQKEQKLAVECGYWHLWRFDPRLETEGRNPFQLDSKEPDWSKFQDFLKSEIRFSSLMKQYPEKAQELFRITQANAKWRLDGYKRLVSQIY >WP_098097765.1 heat shock chaperone IbpB [Salmonella enterica] >PEH15020.1 heat-shock protein [Salmonella enterica] MRNYDLSPLLRQWIGFDKLANALQNSGESQSFPPYNIEKCDDNHYRITLALAGFRQEDLDIQLEGTRLTGKGTPEQPENEPKWLHQGLVMQPFSLSFTLAENMEVSGATFTNGLLHIDLTRNEPETIAPQRIAINERSALNS >EFK2137151.1 MATE family efflux transporter DinF [Escherichia coli] >TFA40460.1 MATE family efflux transporter DinF [Escherichia coli] >HAI3390652.1 MATE family efflux transporter DinF [Escherichia coli] >HAI5991775.1 MATE family efflux transporter DinF [Escherichia coli] >HAM7049535.1 MATE family efflux transporter DinF [Escherichia coli] MPPGIAVCFSSLFIRLVCMAFLTSSDKALWHLALPMIFSNITVPLLGLVDTAVIGHLDSPVYLGGVAVGATATSFLFMLLLFLRMSTTGLTAQAYGAKNPQALARALVQPLLLALGAGALIALLRTPIIDLALHIVGGSEAVLEQARRFLEIRWLSAPASLANLVLLGWLLGVQYARAPVILLVVGNILNIVLDVWLVMRLHMNVQGAALATVIAEYATLLIGLLMVRKILKLRGISGEMLKTAWRGNFRHLLALNRDIMLRSLLLQLCFGAITVLGARLGSDIIAVNAVLMTLLTFTAYALDGFAYAVEAHSGQAYGARDGSQLLDVWRAACRQSGIVALLFSVVYLLAGEHIIALLTSLTQIQQLADRYLIWQVILPLVGVWCYLLDGMFIGATRAAEMRNSMAVAAAGFALTLLTLPWLGNHGLWLALTVFLALRGLSLAAIWRRHWRNDTWFLAT >WP_169577965.1 hypothetical protein [Micrococcus luteus] >MCK6110195.1 hypothetical protein [Micrococcus luteus] MDAKPTRLRKKATQEEILASLPVQARVRPARWVFLWVLLVACTALFIWVIFRPPEDVSAGFGVWRGLSFIALPLCLVLLPAATMSLFRPRHVTFDETRVWTRDWSVDWADVKEVGGANVTSEHAFQVCLFVSKTLWNEGGLRKANRWDSGRPLQGGGLTSPQPCVRTQPALAPSALTLFEVFDELKKRNRRAGSPR >WP_004957233.1 organic hydroperoxide resistance protein [Serratia odorifera] >EFE96887.1 peroxiredoxin, Ohr subfamily [Serratia odorifera DSM 4582] >MBJ2066282.1 organic hydroperoxide resistance protein [Serratia odorifera] >PNK91425.1 organic hydroperoxide resistance protein [Serratia odorifera] >RII72486.1 organic hydroperoxide resistance protein [Serratia odorifera] >VDZ55829.1 General stress protein 17o [Serratia odorifera] MSIEKVVYRAHAKATGGRDGRATSSDGVLDVKLGVPKEMGGAGGEVTNPEQLFAAGYSACFLGALKFVASKEHVKIPAEASIEGTVGIGEIPNGFGIEVQLDISLPGVERSVAEDLVKKAHVVCPYSNATRGNIDVTLNVK >QNF21522.1 methylated-DNA--[protein]-cysteine S-methyltransferase [Aeromonas hydrophila] MSDYARIADAIRFIASQVARQPTLDEIAAHVHLSPFHFQRLFSRWAGVTPKRYLQVLTLERAKALLQESRPLLEVADTLGLSSGSRLYDHFVQLEAVTPGEYKQRGAGLVIDHGVHDTPFGQAFVALTPRGVCNFSFLDDQTPQTPLAALAQSWPEAELREAPSRTQGVIHTMFDSSKKADRPISLHVSGTNFQISVWRALLQIPPAKVVSYAQVASAVGNPKAARAVGLAVGANPVALMIPCHRVIQQNGKLGGYHWGETRKQAIHAWEAARYE >EJQ2687561.1 lipid A biosynthesis lauroyl acyltransferase [Campylobacter jejuni] MKNSDRIYLSLYYILKFFVTFMPECILHFLALIVARITFYLNKKHRKIIDTNLQICFPQYSQKERDKLSLKIYENFAQFGIDCLQNQNTTKEKILNKVNFINENFLTDALVLKRPIIFTTAHYGNWEILSLAYAAKYGAISIVGKKLKSEIMYEILSQSRTQFDIELIDKKGGIRQMLSALKKERTLGILTDQDCTDKESVKLKFFGKEVNYQMGASFIAQKTNALIIPVYAYKEDGKFCIEFFKAKDSQNASLEELTLYQAQSCEEMIKKRPWEYFFFHRRFASYNQGIYS >CDA87281.1 unknown [Bacteroides sp. CAG:754] MACHKQGSARKLLLTLANYRKGITISSGNSYLCVYDSLRQRNYVQEPVKLAYHFVSTPVLLRYTTDHIGGMRRKQRGKLRD >MBO5946342.1 HAD-IA family hydrolase [Clostridia bacterium] MKNIILFDFFGVICSEIAPFWFGDRFDKQTALRIKEELVGPADLGYIEEDVLFERIARACNTEADLVRREWMELAVIDWEMVELVRQLKEKYKVYLLSNAPGEFLHEILTKNNLYPLFDRMFISSEIKLAKPSRDFFEYCISKIGEPKEAMIFTDDNIKNVTAAREVGIDTIHFIGCEDYKARLKTLL >MBQ8711066.1 C10 family peptidase [Bacteroidaceae bacterium] MNVNDALDAAVGFLPLRRGGENKKPELAHVEKDSLNDHPYYYIFNRGGEQGFIIVSADSRTKKILAYSNEGHFDIESLAPEMKAWLGGYTEALSDLSMTPDSLLAQLNEGPLKRAVHDDAGLAPEVKPLLGNICYAQTFPYNAKCPNKSLTGCVATGAAQIMRFYEFPKQPSGKSHSYENEGETVSSSFTTTYDWNNMLPTYSKTGGDEKENAAISQLMFDVGVACNMDYSPSGSSASRIDLAQALVEYFGYGNNMVNFRRDAFTPEDFVYYLKKELSEGRPVLMGGTDEEDFGHCFVCDGYDTNGLFHFNWGWNGTSNGYFEITNLSPVRPGSRTGAVANYNENVTFIGGIQPPSANNEKVSVLSMKGLEAAPSGKKGGRVRVKVERVSNCTIGNFTGNLGVALYKDGEMVKTLEVTDASLTPTRSYRELEFTPILPSNLSGDDYQLVMVSKANSDSKWRPILTAGVGCINLEVKGDNVTLKPNSFDHYVDLGNLTATSNAALGKKDKKSKKDNGKSVTNGLGDVDANDFYGN >NIW25441.1 RND transporter [Gammaproteobacteria bacterium] MVEFAVQHPRAVIVLAVLVTAALVVPIPTAVIDTDPENMLRADEPVRLTHARVKDEFALADFLVVGFVGKNDLLTSDFVGRVEELVEVVEGLDGVIAED >WP_135949574.1 potassium-transporting ATPase subunit KdpA [Microbacterium laevaniformans] >TGY36191.1 potassium-transporting ATPase subunit KdpA [Microbacterium laevaniformans] MGVDSADIWFGVLQIATLVLLLALLYRPVGDLMFRIFTGEKDAAAERFVYRLIGVDPRSEQTWQAYTRGVLAFSLMGVLFVYALQRLQALLPASLGLPAVPEGLAFNTAASFVTNTNWQSYSPEATMGYLVQLAGLTVQNFVSAAVGIAVAIALVRGFARRGQSTIGNFWVDLTRGLGRLLLPIALVAAVVLLAGGVIQNLNGFVDAHTLAGATQSIPGGPVASQEAIKMLGTNGGGFFNANSAHPFENPTPWTNLFQLLLILVIPISLPRTFGRMVGDNRQGYAILAVMSTLAIASIAAVSALEVAGHGTAPQLAGGAMEGKEQRFGIVGSALYAAVTTLTSTGAVNSMHDSYTATGGMIPLLNMMLGEVAPGGVGSGLYGMLVLAIIAVFVGGLLVGRTPEYLGKKIGPTQIKLASLYILVTPTLVLAGTALSFGIPAVRADVEATSILNPGIHGMTEVLYAFTSAANNNGSAFAGLTANTPWFNTALGVVMLLGRFVPIVLVLALAGSLAAQERVPATAGTLPTHRPQFVGLLAVVTVVITALTYFPVLALGPLAEGLS >XP_048633428.1 uncharacterized protein LOC125607929 [Brassica napus] MLDRHWAALSLSVSYAGKSASFAANAANQNPNMKKQFAACKDAYATIIASIKSAAAELKESPDTANYDVMVCRDSTTIVKNLIKKNLDKDSKMLIKMTLMMERLLTIAVGATVAVGG >KAI6047342.1 RNA polymerase III transcription factor IIIC subunit-domain-containing protein [Pisolithus marmoratus] MQPTAVAQERPLPATQFYSVEYPGYVQPSSVHLALRNLGGPSSLENAFKRGAAKHEGLLELNFRPGNPFAHPIPGDVVNTSNVLFKVTKRRRRNVDGDKSADAIAGDYTVEAMGVILKSARFRSMADYQFQPDMSDPIAQLRIAMDRMDVDAVMRYTIPDEKEDYSLSLGGSIRADLDPQLTDQTLSRSNLRLFPPPLFSRQGVPQNYNFKANPASMVTTIADEDTGQERKRLINKGRWKGYGPATISFGDLNVPENPPPGLLQARNTIKQDLLDRVVHLLEQRPVWTRAALYNQFNPAEVREIHNSKLILPLACYMFQDGPWRDTLVRFSYDPRKDSTARFYQRIYFRNANHPMSRTSVVTRRQEGRSVAAYISRSVEQEETAGVEQRRSHVFDGLTITKETAAFQLCDIIDPMLKEMIDREEDLRETCDERDGWYSAHALERIKTVLRHKFFSLLQGYVATKEECEALLEQGGGQKKTQITRISKRLKYGKHNMAKGALRPEDAAAARLQATLERNAKNLQTTRREGKHVCHSLT >MBR0160695.1 GTPase ObgE [Oscillospiraceae bacterium] >MBR0392157.1 GTPase ObgE [Oscillospiraceae bacterium] MASFVDQAKIHLHAGKGGDGAVAFHREKYVAAGGPDGGDGGRGGNVVFVVDDNMTTLMDFRYKRKYTAENGADGQGKRSSGRDGEDLFVRVPRGTLIRDTDSGALMHDMSDGEPYIAAKGGRGGWGNIHFATPTRQVPRFAKPGLPGEERDITLELKLLADVGLVGFPNVGKSTLLSVVSKAHPKIANYHFTTLYPNLGIVYADEGKSFVMADIPGMIEGASDGVGLGHDFLRHVERCRLLVHVVDASGSEGRDPVEDYEVICRELRAYGSDLAQKPQIVAANKCDLVDEENEGLKKFLEHVEAEQIPVVSISAATHRGLKPLIDLCLKMLSDLPPAEPFEPDYIEPEAIPETAEDIRILHADGEWQLEGEWLKRVAASVNFSDYESRMYFDRTLRRAGVFDRLESMGVQENDTICIYDLIFDYHF >MVZ66986.1 endonuclease [Sphingobacterium sp. DK4209] >QGA25954.1 endonuclease [Sphingobacterium sp. dk4302] MKTMKKITSIFILMVLLACSKGQDNKPSEIDPPKDKTIVKTMTYNIFGARSGGIPDLKVIAEVIKKADPDLVALQEVDKNSERNKNNGDIAKALGELTGMDYYFAKAIDIAGGEYGDAVLSKLPIKEKRAYNLEVDPVLGGERRSVARILVEKDGKEFYFMSTHFDHLGDERNRIKQANDFNTLCKNFGKPMIVGSDFNALPNSNTMNILRTFFTFGCLNGNCSQFTFPTPNPTRTIDYLIYHPLDAFTPQMYSVFTWADKESDHYPVIANFMINF >MBF2759673.1 AMP-binding protein [Ectothiorhodospiraceae bacterium AqS1] MDNASTDPSPSSGSESNPAKAAPHSPAPPAEEFAEGLLLETLRSIVDELHPHIGARTTITLDSALDRDLGLDSLSRMELLSRLEKASGATIPVEAMGGAETARELLPLLRIPDPSARRSSAGESEGPSPSAADRFADPRAGDHWPPSASSLLQALDFHVRHHGDRVHVFLEGSAAPAGAENPFPVRFAELDDRVRRIAAALIERGLEPGSHVALMLPTGLDYLCAFLAVQMVQAVPVPIYPPARPNQIEDHIRRHAAILDNAAATMLITFSDILALSRLLGARVAGLKTVDIAGLIGDARFEGLPDSSPESTAFLQYTSGSTGNPKGVVLSHGDVIASLVAMGQAIEITPEDAAVSWLPLYHDMGLIGMWMGSLYYGFPLALMSPLDFLADPARWPAAIDRHRATISGGPNFAYELCVRRIDPERAKSLDLSCWRFAFNGAEPVQGRTMRRFAERFAPSSGFRAEALAPVYGLAEATLGVAIPPPGRGFKIDRVDARIFSRRKKAQPIADIEGFESSDEGSLAAGIDGADSEARSSASRVAEFVSCGPPIPGFEVRIVDERGRECEERTEGSVQFLGPSTTSGYYRNPRASAELFDGRWLRSGDRGYIAAGELYISGRDKDLIVRAGRNIYPYDLEAAVGGIEGVRKGCVAVFAAPDPRTATERLVVVAETKEGDLSTRQWIEGEIRREVADRTGSPPEEIVLAPPRSVLKTSSGKIRRSAMRELFEAGSIGRGXLIPFALARVRALTERIDPIAADRSWYDRSIKFSIKIGSLSIMEIQMNESGIEWSAGSGFDLFVFAIFVFLTIWPFWRIWKRTGHSGWPGLSMIVPGVNIVMIYALAFKSWPIDKTADEEGGKR >MBQ3459675.1 uracil-DNA glycosylase [Solobacterium sp.] MKRNHWTPWLKEEWAQPYFVQLAAFIHEAYEHRQIYPPKQQVFSAFENCDIDDVKVVILGQDPYHQKGQAHGMCFSVNPGVQIPPSLVNIFRELQTDLNCRMPNNGYLMPWAQQGVFLLNTVLTVEDSHPRSHAGRGWETFTDHAILKINEKKEPVVFLLWGRDARNKAPMIDRSRHLVLEAAHPSPLSAYHGFFGCRHFSKANAFLKEHGQKEINWQVPDL >MBQ3104376.1 formate--tetrahydrofolate ligase [Lachnospiraceae bacterium] MKTDIQIAQEAVIKPITEVAQQLGITMEELELYGKYKAKITDDYINKIKSRPDGKLILVTAINPTPAGEGKTTTSVGLGQAFGKLGKKAIVALREPSLGPCCGVKGGAAGGGYAQVVPMEDLN >NCN26743.1 class I SAM-dependent methyltransferase [bacterium] MQKSLGPELFISKLGHPTFLKRLADCNNKAQPFRKAFGKLSSEDLIVDCTSGFGQDLLCLASWGAPTIGVERDSKVFAWLSEAIQLLAKTRPQIKKISSNLKLLNLNATEALSTLETEPTHIYLDPIYPEKEKSALGKLDLRLLKEHVGEDLDTSELLEAALKKASKRVIVKRPLKALEITHQTKPSLSAEGKSTRYDIYII >WP_089109701.1 type I 3-dehydroquinate dehydratase [Secundilactobacillus mixtipabuli] >GAW99913.1 3-dehydroquinate dehydratase [Secundilactobacillus mixtipabuli] MTPVSFKGLSLGSGVPKICVPLTGADPNIVIGQAGEAVSSSADIAEWRLDYFNNLEDTAEVLSTANRLIEILGDLPLIMTLRGRAEGGKRQIADADYLAIYTQIILHTEVTAIDVEWQRDPSITSQLITFARAHQVRTIISHHEFEHTPSESEMIDQLTKMAQLDGDIVKLAVMPENNDDVLNLMLATHQASQSISQPIITMAMGPLGAVTRVAGQTFNSVLTFATTSTLSAPGQLTVDQTRQILKIIAQ >GBL21590.1 hypothetical protein EMGBS4_16500 [Acidimicrobiaceae bacterium] MNITAFLRKKITAFPVIAVFIAVFAWGIGPLLFLAPAISINSILFYRVLFWPPLLYLIVRRNGSRINKGLLRSVLVPGILFGTSTIFGFTAITTTSVANATIIGNISTAMVLFVAPSFSMNGSRNYRSCLL >HAB9632401.1 DUF4127 family protein [Listeria monocytogenes] MNILYVPLDERPCNAIYPEQTAAVNQTMNVLSVPQALLGNKKKPANIYGIRSFIKKNIVNCSYAIISTEMLLYGGLLPSRLHHLTEADLNEYEVFLRGIKKEFPDKKIFLSNLIMRTPKYNSSDEEPDYYEQYGEAIFRYGWLKDKAARDTLDEREESEWNQLKETLPKDVIFDYETRRAFNVQVNLLHVQLVAENIVSFVSVPQDDSAPYGYTAMDQSKVYSEIANKRLKDRIMVYPGADEVGFTLLARAYNDHLGKTPSLFVRYSATFGAQIVPLYEDRPINESLKAHVLAAGFRLVDDVKDAEFVLEYNTPGKKMQESWDQLATKDVTYDSYRHLLSFVLEIQADLAVGKKVGICDAAFANGGEMELIELLDEKGILEEILSYKAWNT >WP_026002076.1 alpha/beta hydrolase domain-containing protein [Sphingobium xenophagum] MSKASSLPDTKRRWRSPACGTALALAIALLVASGADAEVLPMPTVTPVPPSGKLPLSSAARAGTEYVDLEEVGYEEAEYYLTGVAPAITATGQTVTTAPYITRFLIRQPKDPARFNGTVIIEPFSWFGERAAGWILTRDYLTRKGYAFVGYTLSINTPPNDPKFPPDETGQSGDARQYGDIVNFDFMRRFDYPRYAPLGSYFDAGKFLRGGKPDPFIPQAQGISAELAMLLKSNLPHGPLAGRKVERVYVNTWAVNAQIWMDYLDQGRHQQWRMPDGRPLIDAYMTGKLAYGEVAGDSIRVPRHMPTDAPFVTIFSQSETVHDAIEQITLPPDTDQPKLRYYEVMGTPHLRKADLGTGEVEPMPYERGKPDDPRCQQIYDEPSELPFSALLDALDRWVRLGVPMPRADRVARDGAGVRRDAKTGNIVGGVRPPWIMVPSAEYWTDYETGCGVVYDTKLPYSAARLRALYGNYRNYARRFEDAKRRSVSAGYLLPGDAEGLEPIASPADFTKKAP >WP_198095175.1 polyprenyl synthetase family protein [Novosphingopyxis sp. YJ-S2-01] >MBH9538551.1 polyprenyl synthetase family protein [Novosphingopyxis sp. YJ-S2-01] MAANVHLLKPGRAASLEPMMALVASDMNRVNSVILDRMQSDIPLIPELAGHLIAGGGKRLRPMLTLACAALLDYPGDRHHKLAASVEFIHTATLLHDDVVDGSDMRRGKTAANLIFGNPAAVLVGDFLFSRSFELMVEDGSLKVLKILSNASAVIAEGEVDQLTAQRQLATSEEHYLDIIGAKTAALFAAACRIAAVVAERDNAVEEALDRYGRNLGVAFQLVDDAIDYASDSATMGKGVGDDFRDGKITLPVILAFARGDAEEQAFWREAMAGRRVSDEDLAHATRLIERHDAISDSIDRARHYGQRAIDAIAPFPAGPAKSALTEAVEFAISRAY >AHH33963.1 VP1, partial [Echovirus E6] NDVQNAIDRAVVRVADTMPSGPSNSESIPALTAAETGHTSQVVPSDTIQTRHVKNFHVRSESSVENFLSRSACVYIVEYKTRDDTPDKMYDNWVINTRQVAQLRRKLEFFTYVRFDVEVTFVITSVQDDSTRQNTDTPALTHQIMYVPPGGPIPQAVDDYNWQTSTNPSVFWTEGNAPPRMSIPFMSVGNAYSNFYDGWSHFSQTGVYGFNTLNNMGKLYFRHVNDKTISPITSKVRIYFKPKHVKAWVPRPPRLCEYTHKDNVDFEPKGVTTSRTQLTISNSTHVENYGAF >XP_043014885.1 uncharacterized protein E1B28_000370 [Marasmius oreades] >KAG7098415.1 hypothetical protein E1B28_000370 [Marasmius oreades] MATYDEKSKAAVLQPAVFDVDTRTGFLPAEVPLQRLPSGWFAWEFLLDEAIKKRLAPGDKVGLTSEEAAQSARWRASACKMPLLATDPLLKDESPAVSRRAHLVLAFLLSFYIQTLPPTEPVLIPKSISIPVLQVSKAIGMPPVVTYADCVLYNWNAPNLEQPSSCSCPNSNEFSTFTVCSCAKLLSENIRCQSLFTGLGDEEFFYLTSARIELRGVEALDIMRCAMDEIFVNDTIAVTRITNLLSRLSVVIGELKGLLMDCRKGCDPERYYNDVRPFFRGEDATHVERKWVFQGIEEYPDLLNSDVTKELSGASAGQSSLIYALDVFLGVGDTRTSTFMAKMQKYMPRNHRLFLDHLSSNSRPLRPWVLERQDGEKGKELAEAYNKSVKALKEFRDSHMIIASLYILGPARRARDRLLNPQEEKATKGTGGTDLVKFLKGVRDQTAGTVVPITP >WP_069877432.1 phenylalanine--tRNA ligase subunit alpha [Bosea sp. BIWAKO-01] >GAU80950.1 phenylalanyl-tRNA synthetase alpha chain [Bosea sp. BIWAKO-01] MNEIDTLSDSLLGEIAAAQDEAALEQLRIAALGKSGSVSALLKTLGAMTPDERKEKGPLINGLRDKVQGAITERKEALGQAALDARLAAERIDVSLPVREGPEARGRIHPISQVIDEITTIFGDMGFSIAEGPDVETDDLNFTKLNFPIGHPAREMHDTFFFAPDANGERKLLRTHTSPVQVRTMISQEPPIRVVCPGRTYRMDSDQTHTPMFHQVEGLVIDKKANFGHMKWVLEEFCKAFFEVDSVKMRFRPSFFPFTEPSAEVDIQCSRKGGEIRFGEGDDWLEILGCGMVHPNVLRNCGLDPDVYQGFAWGMGIDRIAMLKYGMPDLRPFFEADIRWLSHYGFRPLDLPTLTGGLTS >UIR12670.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVXXDIDYVPLKSAXCITXXXXXXXXXXHHANXXXXXXXXXXXXXXXGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >TEB32912.1 hypothetical protein FA13DRAFT_1599527, partial [Coprinellus micaceus] PNAETGRPETGKEFAARMRNHFRLKGPKPPLEGVNMGQETLTAQQAPSDVTEFPDDLPATTPPSLVDIVSSSQGLDLMEIIKGRYGQDGFFSTIIERPKEYRNFRVEGGYIYQQDENRRALCIPRIVVDRRSVREMVINEAHSVLAHLGARKTIAYLRDHVWWK >EDP2695460.1 hypothetical protein [Campylobacter jejuni] >EDP3105004.1 hypothetical protein [Campylobacter jejuni] >EDP5586062.1 hypothetical protein [Campylobacter jejuni] >EDP6444015.1 hypothetical protein [Campylobacter jejuni] >EDP6760684.1 hypothetical protein [Campylobacter jejuni] MFYLNKILYFFLILFLLIGILGFFINSNPSNQIIKKPYLPFLEIGDLVFRAGIGSESFLIENLSQSSYSHIAMVVKTSPTILIHATTDDDKNAKNQVILSSMDDFLKLSHKIAIKRLKFDEKTKQKIVAKALEHLGRKFIISTDKDAFYCTTFLEQSINSITPFHL >XP_035216353.1 stathmin-1-A-like [Stegodyphus dumicola] MSDSAVRATETAKGGIKYELVLSEPSVNDPPKKDQITSPPKTMSVEEIEQKLKAAEERRLMLEAEKLNQINEKKNKLQEANQKRQEYNNNFIQSTKETLEQKMEIFETNREAKLRALQEKLKEHERHIEEVRQTKNLNLVEATQEESVASSG >WP_137773782.1 nuclear transport factor 2 family protein [Citricoccus sp. SGAir0253] >QCU78250.1 nuclear transport factor 2 family protein [Citricoccus sp. SGAir0253] MTTHTAFDLARFTRATEERDARALLEAYAEDAEVRIVDRNNPPRTPQVLKGREAIRPWLEDTYSRDMTHHVVDPVVGGDRVALTTLCRYPDGTNVHCACTAELSDGLITRQTVVQVWDE >XP_036437421.1 collagen, type XI, alpha 1a isoform X2 [Colossoma macropomum] METSRWPTRWKTKRRLWEPSFSALVTLAIILLPHANSAETVDVLKVLEFHNSPEGVQKTSGFCMNRRASQPDKAYRVGKAAQISAPTRQLFPNGVFPEDFSIMTTIKPKAGLQSFLLSIYSERGVQQLGVEVGRSPVFLYEDQTGKPAPEDYPLFRTLNLADGKWHRVAISVEKKTVTIIVDCKKKITKPLGRSDQAALDTNGITVFGSRILDEEVYEGDIQQLLIVSDPKAAYDYCEHYSPDCDTPHKDTLQAQEPEEEYTTAVDYGELYDYYDGPATTDTTHRFSKTQRVKRSVSMTAKRTRKSVKSKARPYKYPASKKTAAKTLASKKKRHGYQATAPARKANLGVGGGAFLGQKGEKGEPAVIEPGMLIEGPPGAPGPAGLPGPPGLQGPPGPPGDAGDRGPAGRAGLPGADGMPGPPGTMLMLPFRFGGDGEKGPVVSAQEAQAQAILSQARLAMRGPPGPMGLTGRSGPVGLPGPSGLKGEGGDPGPQGPRGVQGPPGQVGQAGKRGRPGADGARGMPGESGAKGDRGFDGLPGLPGEKGHRGETGPPGPPGAPGEDGQRGEDGEIGPRGLAGESGPRGLLGPRGPPGPPGQPGVAGVDGPQGPKGNMGPQGEPGPPGQQGIPGTQGLPGPQGPIGPPGEKGPHGRSGLPGLPGSDGPPGHPGKEGPPGEKGALGQLGPQGPIGYPGPRGVKGADGVRGLKGGKGEKGEDGFPGFKGDMGLKGDRGELGVLGPRGEDGPEGPKGRAGPPGESGPMGLAGEKGKLGVPGLPGYPGRQGPKGSTGFPGFPGANGEKGARGVAGKPGPRGQRGPTGPRGARGARGPTGKPGPKGTSGNDGPPGPPGERGPQGPQGPVGFPGPKGPPGPPGKDGLPGHPGQRGETGFQGKTGPPGPGGVVGPQGPTGETGPVGERGHPGPPGPPGEQGLPGAAGKEGAKGDPGPQGPPGKDGPPGLRGFPGERGLPGAPGPAGLKGGEGPQGPPGPVGSPGERGAAGPAGPIGLPGRTGPQGPPGPAGEKGAPGEKGPQGPAGRDGVQGPVGLPGPPGPQGPPGEDGDKGEVGEPGQKGSKADKGEQGPPGPAGLQGPIGAPGPAGADGEPGPRGQQGMFGQKGDEGSRGFPGPPGPIGLQGLPGPPGEKGENGDVGPMGPPGPPGPRGPQGPSGADGPQGPPGGIGAMGAVGEKGEQGEAGNPGPPGEPGTGGPKGERGEKGEAGPPGAAGPAGPKGPPGDDGPKGNPGPVGFPGDPGPPGEPGIAGTDGSPGEKGEDGEGGQPGPPGPSGEAGPPGPPGKRGPPGAAGAEGRQGEKGAKGEPGAEGPPGKTGPVGPQGPPGKPGPEGLRGIPGPVGEQGLPGAPGQDGPPGPMGPPGLPGLKGDPGSKGEKGHPGLIGLIGPPGEQGEKGDRGLPGPQGTPGPKGDGGIAGAAGPLGPPGPPGLPGPQGPKGAKGSTGPAGPKGDTGVVGPPGPPGPPGEIVQPLPIQSPKKTRRSSDMQADEATIMDYGEGMEDIFSSLNNLKQDIERMKYPMGTQNNPARTCKDLQLCHPEFPDGEYYIDPNQGCSGDSFKVYCNFTAGGETCIHPDRKSSGVQMSSWYKEVPGSWYSSFTHGQLLSYVDAEGNSINPVQMTFLRLLTASARQNFTYSCHQSVGWHDATTDSYHKALRFLGSNDEEMSYDNSPYIKALVDSCATRKGYGKTVIEINTPKIDQVPIVDVMLSDFGDPNQKFGFEVGPTCFLG >XP_023028205.1 facilitated trehalose transporter Tret1-like [Leptinotarsa decemlineata] MAVTWTSPVSLKLLSSDPIINPLGKPVTTLQLSFIGSFPSLGAISGLMLLGSCFDIYGRKKIMLALSSLLAVSYIILAFSTNIYFYYASMVAIGLALGVGTAGTTLYCSEITEDHNRSKFICFIGLSLPLGNLLAFVLGPFFSVKVFSLMCSIPSFINFFCFSIILPESPVYLLSKGDVENAKKALTELRNKSLKEIEKEIEMIQFTLMQNMKSEEKGLVYLVKNRASRKAFIIAAVMFSFSLTGAPSIIAFLDLIFQEAGTNISGFVSTITVALVQVIGCIVASMIVEKFGRRQLMLTSSILCGIPMFAISLFFKMKSYNPSITESLGWLPVLSLVIFFIFFVIGLGNVPMVFVSEVFPNNVKSLATSIVISTNFIVIGLTLFLFPVIMANFGLAWNFFGIGGMCILNFVFIYCAMPETRGKSILEIQDILNK >MAT93460.1 MFS transporter [Halioglobus sp.] MPSASGARVAHPVSKRELVAWAFYDFANSGYTTVVLTTVYSAYFVAVVAASLDATSPGSATLAWTLSIAAANLVVLLGGPVIGAVADHRAMKKPFLFASSVLCIASTALLAATGPDSLYAAMALLVLSAIAFAAGENLIAAFLPEISSAEGMGRISGFGWSLGYFGGLLTLGVCLGYVSWAEGRGLPATHYVPATLLITAGIFAVTAAPTFVWLRERAEPRAPLGGTSYLRMGFRQVALTLRHAAHLPDLFRFLFSLTLFQAGVATVVVIAAIYAQEVMGFSSQQLITLIMVVNLTAAVGAFLFGYAQDHFGSVPSLTGALVVWIAAIGVAYFSTSPGDVWLAGNLIGLAMGATQAGGRALIGRLTPARRNAEIFGLWGLANRAAAIIGPISYGLISEASGGDHKMALLSTGTFFLAGMVLLLTVDERRGMAAARAAAAG >XP_040253449.1 uncharacterized protein LOC109757334 isoform X5 [Aegilops tauschii subsp. strangulata] MVGGSSPLSCVVACLFSSCPPFVSFRLGAHSSPCSCALVCESSLGLVADGLRWRRAAVTRLRSAVLLFAGPGSAAPFFDLRLLLLGQQTCSSSCACWSSRLAPRICRLFWSRGYFSEPAVLIGPVTWWCCWLLRTYLHSCLLIIGDGSSSRVLHAPAVGALGVRKRKRDGWFPVLTPAMSARNRKRRKLLRTLHHHGVTVLYSVEFQKRGLPHAHILVWLKGDHSKMMWRSLRFRVHIYSAVY >NOZ55740.1 hypothetical protein [Calditrichota bacterium] MRVRAILFVAVLLGLAWAVRGHFGHEQGAAWAGGVGALAVVAASGRLDWFKRLPWLGAIGAIGWGVGGMMSYGIIVGYGRAQDFGNVFYGLSMLAVVGGLYGFVGGGLLGLALESSEERRPDWPRLLTEMLAGGFLFWGFLIYQLGWRMTPPRSELWAGCLGAAVALAWYAWRHGFFRSLRLAWFSALGAGFGFAFGNFLQTLGSASGMAFNWWNVMEFTLGFCGGAGMAYGVFTTDWPRSGPVARATNGFGLVVLLALIPALNIDQALDYRELLSTAQKLGLSAPGRVAFLQLAGAIALATFVLVAGIVGWRRVQWEGDSALRRAAAWAVFGYATYYILMSHIKKNVFVNLAGQPEQVIYWGLLAVALLLWFTGLRRAELFPLGEVRSLTWSTWFRTLVVLVLLCALLSLISAHAHGPLPGAHQRFS >EBY6522830.1 AraC family transcriptional regulator [Salmonella enterica subsp. enterica serovar Livingstone] >ECK1271878.1 helix-turn-helix domain-containing protein [Salmonella enterica] >ECU2494853.1 AraC family transcriptional regulator [Salmonella enterica subsp. enterica serovar Kentucky] MSPISCHSSAAPAMKKIFSVSDFIAFGERYGIDYRFPALPQYTQSSPVLHGDIEEIALPGGICITRSDVHVLQPYETTSRHSSPLYMLVVLEGNVALAVNEQTFLLSAGMAFCSQLSEQQTIRAHHGADSKLRTLSLGMYPDGGWRERLPVSLADEWERSAASARVWQVPEFLLSGLRYAQQPGPHAASRQLMLEGIMLQLLGYALNLCQPATQKRGLPVTGEYQRLELIRRLLEQTPEKAYTLNELARRAAMSPSSLRCKFRHAYGGTVFDYLRDCRLARARRYLMEGYSVQQAAWMSGYQHATNFATAFRRRYGCSPGELRDASLTASRHCA >WP_148545383.1 L-rhamnose/proton symporter RhaT [Seonamhaeicola marinus] >TYA70043.1 sugar:proton symporter [Seonamhaeicola marinus] MITGVLLAFLSAILLGVYALPSKYTKGFAWENTWGGFFFFGMFVVPLIVTFSLVNDLWGIYAQIPSWVFFTMFGLSFCWGIGNMLWGYSIDSIGMALAFSLFLGVITSIDTVLPLILVPEGQESVIGTPIGNIMLAGIAVIVFGIALNGYAGILRDKSKGKQEGKKDTKVIRQGILFCVLGAICAAGFNLSYHTGNNLGGIGEVAEVQFGNEPWIARLAVLLPIFMGATISTMLFFSYRLTKNKTWTNFNKKGALIAIVLVIAMAVFHDAALVIYGLAAYHLGELGTSVGFAILETGAIMVATINGILTKEWTGASKKSKTILGLSLAVLIVGVLIIANGNYMKIQENEEIALIIKDSGIKP >OLB27154.1 amino acid permease [Acidobacteria bacterium 13_2_20CM_56_17] >OLE71279.1 amino acid permease [archaeon 13_1_20CM_2_51_12] MTQSTKATDSGTGNQLLCCKSIDKLIAEAEEPEHRLKKSLGPWSLTALGIGAIIGSGIFVLTGTAAAGEHFAAPSILHAQVLDLIVNFLRTGSTAGALMHGRPPAGPSIAVSFILVAISCSFAGLCYAELASMIPIAGSAYTYSYATLGEIFAWIIGWDLILEYVVSNVAVAVGFSGYTKAQLAAFGVVLPDKWASPVWASGQWTGAYFNVPGFLIVFILTLLLVRGVRESAEANNVMVAIKIGAILTFLVVGGMLINPANWRPFAPSGFAGIVTGGAIVFFTYIGFDSVSTAAEECKSPQRDLPFGIIASLIICTLLYVGVAVVLLGMMKYTTFTSGKAAEAPVAYALQQLGAHRFFRSVIVIGALTGMISSLLVFQYGQARIWYAMSRDGLLPKLFSAVHPKFKTPHWSTWIACFAVGIPAGLVDIGDAADLSNIGTLFAFVLVSLGVIFLRRRQPERPRAFRVPFVPWFPLISVVLCGGLMTGLTVITWLRFVIWLALGLCIYIFYSRRHSEFAKAKA >WP_265735210.1 type IV secretion system DNA-binding domain-containing protein [Acinetobacter baumannii] MDIILNPFDERMPYWSPFFEIRHDEHFDSIANAFVPVEGKDPYFGEAGRTVLAEVMRELHANGIHSNKTLHDTIAHFTIEEISSVLEGTAASKHVDKKAEKTALAVLTTVQNKLRAFRYLPDSGTQFSIRDWVSRPEEDSWIFLSLREEQKTTIEPLITLWFSIFIKAVMNLEPIHRELLWMYCDEFPTLPKMDDLPLSLTNTRKFGLCHFLGLQDIPQLEEKYGEKIARSIISALQTKVFYRVNENETAKRMSEILGQMEVAEKNMSRSMGVNDSRDGDSFITQRRERFIVLPSEIMKLPDLTGYLRVPGDYPVTKITQKYHPHLKNVPAFIERENMGFISAFAVAEALESQSNSDGKEPLVEQQNEEGNFFGNSTVPLVGNSSFFGKSNTTSENIYENSPLDLFHSQTEDSDLSLNEKNGIQPDEIIPDEDEKPKVVNNDRLHTFASYLAATDESSVQKNNDVTPDTNSSNDSNESSFKDLFNNND >XP_042465169.1 phosphoinositide phospholipase C 2-like isoform X2 [Zingiber officinale] MFRFCTCFRRRRRRRSAWHEYRVCCFFRRRFRPVSTDPPEAIRKEFEEYADAGGVMGVRELAEFLAEVQGEPTDSGTAQAIIDDAREAKPLKVFQKKKGLSLDAFYGFLFSDDNAAHRPDGVSQDMTAPLAHYFIYTGHNSYLTGNQISSLCSDEPVIKALKNGVRVIELDLWPNKTHTDIDVLHGGTLTQPVKLIKCLTSIKKFAFVASEYPVIITFEDHLTAELQAVVARMLTETFGAMLFTSDSKSLENFPSPEALKRRIIISTKPPKEYLESSSKVSKEEDEEQKGGEVKPWSGELSDHEDKPTDIQQQVSDQLDREEEDQIVAPEYKSLIGIAAKKLKSDLGAALKIDPHSVSRLSLSELALEKATDSHATELVRFTQKNLLRIYPKGTRVTSSNYKPLLAWAHGAQMVALNMQGHGKALWLMQGMFRANGGCGYVKKPDRLLKNDDPNDVFDPKAELKVKKILKVGIAGVEADTVKMEETHAIEDDWTPVWDEGFEFRLRVPELALLRIEVYEHDLSDPDDFAGQTCLPVWELRTGIRSVKLCDHEGETLPSVKLLMRFDIIDVA >GLW31455.1 hypothetical protein Areg01_43950 [Actinoplanes regularis] MSGAPLSDCRQRTARLLPRNLKGGPMVRGTVRAPKPDEQRRRRNAPAHGETVLPRDEEVRGRALGRS >WP_185740810.1 HD family hydrolase [Agrobacterium deltaense] MAPAKSPRAWQRMLSGRRLDLLDPSPLDVEIADIAHGLARVARWNGQTRGDHAFSVAQHCLIVETIFCRMCTGATPDDMQMALLHDAPEYVIGDMISPFKSVVGGGYKTVEKRLEAAVHLRFGLPPHASRDLKDRIKKADTVAAFFEATELAGFSTAEAQKFFGLPRGITRDMFDMTPLPSTEAQKLFIERFEAIEALRAVKTGSAT >MBP6728875.1 TetR/AcrR family transcriptional regulator [Microthrixaceae bacterium] MGTLPTPAPPCDPRVARSRAKLLAAATEILIETGPSSVTVDAVAERSGVAKSTLYRHWESRSALLVDVLRTHRPEVSEPHLDLGFEAALRQQIDHLATQLSDPEWGRILPALFALTQQFPEVADLEECDREEKMASVRTILDLGVAEGRIAPGYDPTLMMTTLVGPIMMCALIRQSDRAHEVAHAALDAFFALHPPRG >MBT1322465.1 variable surface lipoprotein [Mycoplasmopsis bovis] >MBT1366661.1 variable surface lipoprotein [Mycoplasmopsis bovis] >MBT1377512.1 variable surface lipoprotein [Mycoplasmopsis bovis] MKKINKIFITLASIVSISSLPIVAASCDVEKTEEGTGANSDTKDQEDQTLPKDQKEQTP >MCD6064856.1 GntR family transcriptional regulator [Flavipsychrobacter sp.] MKTRSKAKNDHLYLNIADNIEKQIMDKVLNIGDKLPSVRLLSKQQGVSMSTTLQAYYHLEGKGLVESRPQSGYYVRFNPSRFPQKIEKSNPKLSTKNKNVEAIISEVYDDFNMPGMVKFSLSVPAPEILPLAKLNKALIQATRELPANGTSYEQVQGSESLRRQIARWSAQWGRLQPDDLITTAGCMNAISYCLMALTKPGDTIAVESPVYFGTLRFAQSIGLKVIELPTDPDTGVDPDDVKKALQRHNIKACFFVTNFSNPLGYCMPDEQKLELVKLLSRHGVPLIEDDLYGDVYFGTQRPKPCKSFDEEGNVLWCGSVSKTLAPGYRVGWVAPGKYIDKVKRLKLYHSITSATTHQAAIANFLATGRYEHHLRKLRQTLHSNSLQFIRSIGENFPEGTKVT >MBN1558293.1 hypothetical protein [Lentisphaerota bacterium] MTPWRSLLVLAAVLSPAAETVRADATLCATVKMAVEQALTLERQGFEARLRIANGFDHLPLEDIAVDLVFTDADGRAAGYATNTAPDEGVCFFVGPPTADGLSEEKSIAPSDSATLRWLIVPTARAGGTSPEGRAYDVGARLSYRIGAETNSMAVAPDTIVVRPLPALRLDYFLPGTVYGDDPLTADTVEPVVPFSLGLRVLNVGRGAAGTVCLDTGQPDIRRNDTGLPAAFAIESTEVNGVAGGNGLRAEFGDLPAGASGSVRWRMTCALYGTLTNFQAAISHADALGGRLTSLIAATNVHTHRLIRNVRVDAAGSDAVRDFLAAEGRLYESDGSESAVSNASGTAVLAPEAAGYRLDLGAAAPATGYVYVRIGNPEPDGRIVERVMRSDGKRLRAENVWLERVRNAAGDWEDWLGLFDADAGGCHYVLAYADAPPPNAPPVLAPIGDRRVCAGAAVTIRVTAEDETVVPALDAGPLPAGAAFADGGDGTGRFDWTPAAGQGGAYRIAFSAGDGELTARETVVLNVTEPAGQTGPRGLLMRVR >ANI90891.1 Hypothetical protein BJL86_0080 [Dietzia timorensis] MLVASSYQADLVAAWEVVRDASGDHDVPSALIGVAALGYDRQLVEVEVTDAVIG >VFV20999.1 e3 ubiquitin-protein ligase march8 [Lynx pardinus] MSMPLHQISAIPTQDATSARVYRSKTKEKEREEQNEKTLGHSMSHSSNISKMQSYLHSSQSALGPYNKAGGSSLASAPVSAFSRTSVTPSNQDICRICHCEGDDESPLITPCRCTGSLHFVHQTCLQQWIKSSDTRCCELCKYEFIMEVKLKPLRKWEKLQMTASERRKIMCSVTFHVIAITCVVWSLYVLIDRTTEEIKHGQATGILEWPFWTKLVVVAIGFTGGLLFMYVQCKVYIQLWKRLKAYNRVIYVQNCPETSKTNIFEKSALTEPNFENKDGPGTCHSDTNSSCWTEPEDTGTEIVHV >TMO21331.1 IS256 family transposase, partial [Pseudoalteromonas sp. S4741] HRQFRKLTKTKGAFPNENSLMKLLYAGILNASKKWTMPIHNWNLTLSQLAIHFEGRLDGVLDI >HIE16764.1 RNA-binding protein [Dehalococcoidia bacterium] MNIYVGNLSREVTEKELREEFMAFGEVTSVNLIKDKYSGQSRGFGFVEMPSASEGQAAIDGLKGKTLKGRTLDVGEARPRSDSRGGRHYSVRKGGGFGGRKRQRRY >WP_202252188.1 carboxylate-amine ligase [Rhodovulum sulfidophilum] >MBL3595418.1 carboxylate-amine ligase [Rhodovulum sulfidophilum] MSASEPDFTLGIEEEYLLVDRETCALAQAPKDLMAACAADLGDQVTPEFLQCQIEVGTRVCRSVAEAREELRRLRATVAHHAAQFGLAPIAASCHPSADWLDQNHTDKDRYNDLDRALAAVARRMLICGMHVHVGIPDPDQRIDLMTQFSYFLPHLLAMSTSSPFWKGVDTGLASYRLTVFDNLPRTGLPPRFESWSEYDRSVGTLIRLGLIEDATKIWWDLRPSARFPTLETRICDMSPRLDHTLSLAALIQCTLRMLWRLAGENLRWRIYERFLVGENRWRAQRYGVSEGLVDFGRKELVPFADLLEELIQLVEADAAVLGCLDEIHAARAVIAHGTSAERQRNAHAAALATGADSAEAMRAVVRLLIEEFGADL >KAF1788175.1 hypothetical protein GQ600_12802 [Phytophthora cactorum] MPPPAGNETENGDQVPVPGSDGSPPDKPRPNDDHAEKEPTSAEVLASALRQAVQDAASSKPWLDLVQQLFEQVYPRSLKKKEMLSFAAQKPPRPSKQDQERLVDMSHHVVKLREQYWHEWRWLVEDACRWMYYSRQSLVNVLVKGLSRFSKQAAEAASPILTKWAQKVNGDEATTHNASPSM >WP_048611692.1 MFS transporter [Vibrio coralliirubri] >CDT83680.1 Permease of the major facilitator superfamily [Vibrio coralliirubri] MLVIIAIASVIANTGWRVVMNNFAVDTVGMTGADVGVLQSVREIPGLLSFTVLFLLFIASEQRVAVLSVATLGLSVAVTGYLPSIYGFYFSTTIMSIGFHYLEAVNKSLSTQLLATENFSESMGKIRSAASFFSMVTFLGIMVASYLFDVSDKAIFFTCGAICFWLAVYLVTFQDTHTEVKQHTKLIVRREYTTYYILTFLSGARRQIFVAFAGLLMVTKFQYSIAMMAALFMVSSLAATLALPYVGRFIDRVGERLALIIEYAALVLVFLSYAFVDDHYAAAGLYVIDSIIFSFAIALNTYFKKTIRKDEVASTASLSFTINHIAAVFLPFLLGIIWMSGYQWVFVTGAVIALISLFVSLTMGTQLHQRINGFDRLQNQ >WP_144320971.1 HAMP domain-containing sensor histidine kinase [Streptomyces spectabilis] >QDQ13725.1 HAMP domain-containing histidine kinase [Streptomyces spectabilis] MSRRFRPFASVRARATVAATVVVALALVAAGAAVLLSLRSSLVDQADAQADSAARKVASDLAFGVSYDRLDLSDDDKPVRVLNEDGRVVAHTEDLERLSGEPVKDVRPEPKATPTRTPERSEEPEDSDAEDAEDAEDADDADDAAEEKEDKKEEKEDAAEKAGGSDDGSDDDSLKPSEIDDDTETTERSATVDGETDDYRFAAVRVNTESKGELTVEAGASLTAEQNAVTTALTAMLIGFPLLLAVIAAVTWLVTRRALRPVDAIRGEMAAITASEDLARRVPEPDTHDEIARLARTTNETLAALQTSVERQRRFVADASHELRSPIASLRTQLEVGAAHPELLDVAGAVEDTVRLQELAADLLLLARLDAGEKPGQGRVELAALTREELSQRPADRIPVTTKLESVEVAGSRGQLARVLGNLVTNAQRHARSRITVTARADGAWAVLEVADDGSGVPPAERERIFERFVRLDDARGRDEGGAGLGLAIARDVAARHGGTLTVDEASGGGARFTLRLPQAS >WP_049066482.1 polysaccharide biosynthesis tyrosine autokinase [Acinetobacter seifertii] MNQNSKTSEDSIDLKELFFSLIAQWKIIACCVVLSLICALLYLRITPDIYAVDAMVQVEDSKGAASAALLGDLSKVSGGLTQKSPADPEIEILRSRMVLGQVIQNLNLDIQIKDNQLGLIDKLISQDKSKLEYHHESVLYSNQNNSLIIRALKVPEYYLDKPLKLDFKGTNEFTLTYKDQIVFDGQLNKKNILNTDRGLWQVQLNAQGNLKEQSYTLTKLALPTAVKNFNDIYSVAEKGKVTGVIGLNYLGQDPEHITQVLNNVLNVYHEQNIERKSLETKQTLAFLEKQLPDLRKQLEDSEIKFNQFREKYKTVDVNAESELLLKQNIDLEKLKIELQQKQAELSAKYTNDHPLILQIDAQITEINKKIADLNNRLTQLPETQRLYLQLYRDVKVNTELYTSLLNSYQQLKIANAGEIGNVRIIDTAVEPVKSVKPKKLIVLILSIFVGGFIGVLIALLRNMMRSGVNDSTQIENELDLPVYATVPRSPIQETRMSILKKKKSIPILAVKSSDDIAIESLRSIRTAIHFALTSAKNNIIMIAGPSPEVGKSFISTNLATIFAQGNKRVLLIDADMRRGYMHKYFDVDVKPGLSELLSGQADLTQVLHKTQVANLEVITRGKSPTNPSEMLSSTQFKDLLEKFQTQYDHIIIDTPPVLAVTDGIIISQYTGVNLIVARYAKSHMKELELTVNRFEQAGVKVNGFILNDIQRSSGGGYGYNYAYAYKAQKED >PQK14494.1 hypothetical protein BB8028_0005g00250 [Beauveria bassiana] MLFSSVYAPLAVLVQAHHVLATTGCNNDNCARAVTGTRRGDAFGTLARADCSRFMTKTVTGSAVTVTNTLTITAAPNPPAITILNRDVAVPSYASACSGTSRYSSACSCWGITANTITIHPTSVVTATVTVTQTPGPTYTPPIPTSYEGCVYPPSDSGEFDLLDPASALPIINNGSLAMVVQEVKDPWVPVRYKTVKASGAPNGVYDVQLVANGAPQYLAIYKSGIVGFVSTSSNGQTYTGNGDDQYVTSVFSFTCKGRLTAGIVGGSEFHFSVAADQHIVATSGGASKSKRDIPVPDGFYVIPSNIPGAPPGQRCPSGQTAVSNGVPPTANGCGAKDGIKVPNLSFGECCNDHDICFGTCTEQFGPCNKKFLGCMTQSCVKFAPIPKLYLACNGAAATYYLAVEFFGKKAFAAATKEHCDCKCEDKSKTACADKCVDTSNDPENCGKCYFHCPSGSCTNGACSFNSCTGSVCGAFGPCGPGGSCVCASITGGKGFCVNGQTPCDGLSGCGTSADCPLGSVCAVGTCCARNVCITTDACGGFKSPQKRAWLNATIAEPMRWVDSF >XP_009535872.1 hypothetical protein PHYSODRAFT_249856 [Phytophthora sojae] >EGZ09239.1 hypothetical protein PHYSODRAFT_249856 [Phytophthora sojae] MYMPLQKSKSCSSKEAPHATQRRPEIVTTTASAERGSCTVPPPPRTRPTDPGHDVSRGAPVGAGWSTSSVCYCRALPIDAKTVCVLTMGSDEVVVREGNCIGDSGVSGEMIKSEQELEKAVRTSCTMPPKIVSMMTLVTVNKIGGEPTKDKKMEAKAAAVVNVPREGQRPVMTSLVGPFEAGEVE >MBR3005965.1 DUF2974 domain-containing protein [Erysipelotrichaceae bacterium] MTIKEIADRLFALHDGDIEKSKQFGKDGMLVLREMSHVQRYENCVVYNYESILHADTTEQFTACMIDLPDHTTVVCFKGTDEHMIGWKEDCYLSYRDIASQEDALNYVNRYCKLFKTYRIIGHSKGGNLAVYAAVHCKPWIRWRIKEILSNDGPGLRPGSYDPKIFEKIKDRYTLIVPEKDAVGTIYELAPKKIIARVSTKNIVEAHGILTWQVSEGQIVKADNDSYQTDKTRLALLEFLKSSTEEERKSFIEEVFKAFDEAGITTVTQLAHGGFPVLLRAIKELSEIDSASKRVALKLAKVFSISVSSGLAFHKTVSEQASWLKGKARSLEGKIGILNKEKDQENTEEEKEKEDQ >RZM24348.1 MerR family DNA-binding transcriptional regulator [Sphingomonas sp.] MSTGAAYALIDRHPTRDHFSISDLSAEFDVTARALRFYEDEGLIAPERRGTTRIYSQRDRARLAWILRGKRVGFSLGEIREMIDLYDIGDGRKIQRQTTIERCRDRIALLTAQKRDIDAAIHELDDFVTLLETHGSSGQMKD >XP_001840824.2 hypothetical protein CC1G_03053 [Coprinopsis cinerea okayama7#130] >EAU80877.2 hypothetical protein CC1G_03053 [Coprinopsis cinerea okayama7#130] >KAG2010436.1 endoglucanase II [Coprinopsis cinerea AmutBmut pab1-1] MRQGIIAREPFGLPPSGKSAEGESEMGNPRRNGIKASYHYKHLSSRLSNVPYSPSQITMLKSIFALTSFVALASAHYIFPILIVDGVETPEWQYVRRTDNSDYDKTLYGPVWGDINQPAIRCNDVARTEVTQTYNLTTSNRVGFKALTLPGQIGAYHESITNIFLARAPTGVDVADWDGDGQVWFKIKEWTAHVNPDRTMFFESTNQTHFEFDLPQSLPSGQYLLRIENIAIHATNVVGRPLQFFLSCAQINVANDGNGTPGPLVNVPGHYTGLEPGLDIDILNPPATYIHPGPAVWQG >WP_096067320.1 quinoprotein ethanol dehydrogenase [Pseudomonas aeruginosa] >PBL05532.1 PQQ-dependent dehydrogenase, methanol/ethanol family [Pseudomonas aeruginosa] MTTRTSPAPAGLLRPSLHCLAFAVALGSAGAALAKDVTWEDIANDDKTTGDVLQYGMGTHAQRWSPLKQVNADNVFKLTPAWSYSFGDEKQRGQESQAIVSDGVIYVTASYSRLFALDAKTGKRLWTYNHRLPDDIRPCCDVVNRGAAIYGDKVFFGTLDASVVALNKNTGKVVWKKKFADHGAGYTMTGAPTIVKDGKTGKVLLIHGSSGDEFGVVGRLFARDPDTGEEIWMRPFVEGHMGRLNGKDSTVTGDVKAPSWPDDRNSPTGKVESWSHGGGAPWQSASFDAETNTIIVGAGNPGPWNTWARTAKGGNPHDYDSLYTSGQVGVDPSSGEVKWFYQHTPNDAWDFSGNNELVLFDYKAKDGKIVKATAHADRNGFFYVVDRSNGKLQNAFPFVDNITWASHIDLKTGRPVEREGQRPPLPEPGQKHGKAVEVSPPFLGGKNWNPMAYSQDTGLFYVPANHWKEDYWTEEVSYTKGSAYLGMGFRIKRMYDDHVGSLRAMDPVSGKVVWEHKEHLPLWAGVLATAGNLVFTGTGDGYFKAFDAKSGKELWKFQTGSGIVSPPITWEQDGEQYLGVTVGYGGAVPLWCGDMADLTRPVAQGGSFWVFKLPSWDNRTASR >WP_007404414.1 MULTISPECIES: CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas] >MBQ1479867.1 CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas sp.] >EGI55992.1 cation diffusion facilitator transporter family protein [Sphingomonas sp. S17] >MCM3679233.1 CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas paucimobilis] >NNG58006.1 CDF family Co(II)/Ni(II) efflux transporter DmeF [Sphingomonas paucimobilis] >QBE91065.1 cation transporter [Sphingomonas paucimobilis] MITHSHDYLGHAHDHNARRTAAVAWLSALMMVGEIVAGYWTGSMALLADGFHMATHVGALGIAAIAYSYAKRHVANPRYSWGTGKVGELAGFGSAMVLGLVSLFIAYESITRLAEPHPVIFGDAIMVAVLGLAINLISALMLSGGHHHGHHHHHGHGHDHDDHHGHDHQHDRHGGDTNMRAAYVHVLADALTSVMAILALVAGRYLGWVWLDPAVGLLGAVVIANWSIGLMRQASSVLLDAADPKLAREVRDRVEGPGDTRIHDFHIWRIGPTAHAVVLAVEGVGTPLSSATIHGRLAGMAAVGHVTVEIR >ECP3866152.1 virulence protein [Salmonella enterica] NDFESFISYELQNHGPLMLIRPSLGSECLHAECIVGYDREEKKVLIYDSMNTSPEWQSNIDVYDRLTLAFNDKYKNEDCSICGLYCDGAYEPKPLYSSRKDWCTIL >MBG6814041.1 methylcrotonyl-CoA carboxylase subunit alpha [Pseudomonas aeruginosa] MNPDYRSIQRLLVANRGEIACRVMRSARALGIGSVAVHSDIDRHARHVAEADIAVDLGGAKPADSYLRGDRIIAAALASGAQAIHPGYGFLSENADFARACEEAGLLFLGPPAAAIDAMGSKSAAKALMEEAGVPLVPGYHGEAQDLETFRREAGRIGYPVLLKAAAGGGGKGMKVVEREAELAEALSSAQREAKAAFGDARMLVEKYLLKPRHVEIQVFADRHGHCLYLNERDCSIQRRHQKVVEEAPAPGLGAELRRAMGEAAVRAAQAIGYVGAGTVEFLLDERGQFFFMEMNTRLQVEHPVTEAITGLDLVAWQIRVARGEALPLTQEQVPLNGHAIEVRLYAEDPEGDFLPASGRLMLYLSLIH >WP_232745899.1 zinc-dependent metalloprotease [Ornithinimicrobium sediminis] >MCE0485806.1 zinc-dependent metalloprotease [Ornithinimicrobium sediminis] MTTHDARTAGTSDAPGGRAGRDYVDWDFAAKAARRIVPAGPKASQEEIRDLVAELRQAASRAVEPVAQTSGLRAPAGAPRPLVVDRPRWIETNVASLQGMLGPVLDEVVERHRRVDRERGRVAGKDAPVALQKVGGALTGTEVAGMLSWVSTKVLGQYDLAPQGTPRLLLVAPNIMSAERELEVDEHDFRLWVCLHEETHRVQFTAVPWLRDHIVQAARSLGSRLVPEGDALGQQLQTVVTGLPGVLRGETDITQLLATPEQREQIAAITAVMSLLEGHADVVMDEVGPEVIPTVALIRERFTQRRKGAGAVDVLLRRLLGMEAKMRQYRDGAVFVRAVIDEVGLDGFNRVWTSPETLPRALEIPDPGAWVRRVHG >WP_175076961.1 DNA topoisomerase III [Bacillus glycinifermentans] >MBU8788199.1 DNA topoisomerase III [Bacillus glycinifermentans] >NUJ18372.1 DNA topoisomerase III [Bacillus glycinifermentans] MAKTVVLAEKPSVGRDLARVLKCHKKGNGYLEGDRYIVTWALGHLVTLADPEGYGKEYQSWRLEDLPIIPEPLKLVVIKKTGKQFQAVKSQLVRKDVKDIVIATDAGREGELVARWIIDKAKVTKPLKRLWISSVTDKAIKDGFKNLKNGKEFENLYHSAVARAEADWIVGINATRALTTKFNAQLSCGRVQTPTLAMIAKREEDIKNFKPVPYYGLRAAVDGMTLSWQDKKTKQSRTFNASVTSQLARALRGKQAVIADLKKTAKKSFAPGLYDLTELQRDAHKRFGFSAKETLSVLQKLYEQHKLVTYPRTDSRFLSQDIVPTLKDRLEGMQVKPYAQHVTRILQRGIKANKSFVNDAKVSDHHAIIPTEEPLALGALSDKERKLYDLIAKRFLAVLMPPFEYEETKVIAEIGGETFTAKGKTVQSQGWKAVYDYFDEDDDEEEKDQTLPKLAKGDALSVRSLTETKGETKPPARFNEGTLLSAMENPAAFMQGEEKNLVKTLGETGGLGTVATRADIIEKLFNTFLIEKKGKEIFITSKGKQLLELVPSDLKSPALTAEWEQKLSGIAKGKLKSSAFIKEMKEYTKQTIKEIKSSNQTFKHDNITGTHCPDCGKLMLKVNGKRGTMLVCQDRECGHRKTVAKQTNARCPVCHKRMELRGHGEGQTFACVCGHREKLSVFEKRRANDKNSKASKRDVHAYMKKQNKDEPINNALAEQLKKLKLDQ >WP_120115041.1 serine hydrolase domain-containing protein [Siminovitchia terrae] >RST61371.1 class A beta-lactamase-related serine hydrolase [Siminovitchia terrae] >GIN96437.1 serine hydrolase [Siminovitchia terrae] MKKIIVFVLTIFILFSGFATQSYALSDSKSAAIQALLDDACRISGVPGMSISILADDEVFYFSSGYADREKGLSASENTLYELASVSKAFTGMGIMLLEEQGLLSMTDPVQKYLPWFTLKYQGKPVDMQSLTLNNFLHHTSGLTNIRHTQNIPQGNTPDMLQKTVEMLVDAELAFPPGEQYNYGTVNYDVLGLVIEIVSGQSYEDFMREQVFQPLGLHQTYVYKEDAQATGQLAQGYRSSFFMTTPFNAPDYAGNKPAAYIISNTKDMARWMGIQMGIVQDIPEIFHTVIEKSHRGDMSVSAVNDMYYAAGWSVNADQTIIEHPGGNPNFGTEVVILLNERTAICLLTNGANINRSMVLKVKDILDGNLTQSYEISGTQLLDIILSSITIILCLLAVLLFLLGLRRRKTNERQPMTKKRIIVTVIFLIATIALGILCCAFDWSTILIWRTYSVLTALISSALLTASITWFVYTHR >UUZ63036.1 HupE/UreJ family protein [Polaromonas sp. P1-6] MMRGLRALLLGGMVALGLGAGSVLAHKGSDAYLDVQETAQAVAEQDAAQHRDFRFVLAVAIKDLDLLVPIDANADGKVTWGEVKAAMPEVLSLLNGVANTGLLPRADAAAPACTLQWQADGIERRSDGAYLRMKAQARCPAAPALAFRYTLFRNQDATHRLLVAGRIAGKDLLTTLAPSQPGRLVLSPGTSTSLAGASGDTGAQSSSSSNWWLALCDYFGLGARHLLEGYDHLAFLLALVLPLHLNLRLNLRTRPRPAVARELAGAAVQGGHAGGAWFALLRTVTAFTLGHSITLMLATLGWTQASPVWVEPVIAVSIAVTASLNLRPVPWLRIDMLALLFGLVHGFGFAGLLQEAAAPTGLLPWALAGFNVGVEAGATDGGQCLGAAVATFGGQILVSRRGRTRWFGAAGVAGHLVVLATGQLIPFRLQRDMSLPRLAVLMHCLRRFANLASN >WP_268579666.1 XRE family transcriptional regulator [Pectobacterium sp. 13-115] MTKKVNLVTDAGADVSTVNEAVSHRIKQYRKQKKLSLDELSRRANVSKGMLVEIEGCKANPSIALLCRLAAAMGVSVADFVDVSTKPDVHIIADTEIPELWKGEKGGSARLLAGSGGPDMTELWMWEMQPGEKFSSPGHPSGTLELLYVQSGTLTLGVKESIFQVITGYSATARTDVPHFYENQGESPLKFIMTVNEKAS >KAF3628212.1 putative transcription factor MYB39-like [Capsicum annuum] MILSNIAIFSLFFSTKSRIIVLIFFLFILLSPSYCLYHKPKLQDSIKGLLMEEKTRLGSIPPSCYNKCNQCHPCMAVQVPTTPSHNRVESNRVKNINRAESNRAKNMPIQYFESSSPSIGANRYSNYKPLGWKCRCDDHFYNP >XP_024888572.1 cilia- and flagella-associated protein 43-like [Temnothorax curvispinosus] MSWQIRKYSKMNFSTTETRWMKFGKSHDFVFVGKETVATASGIYVSFLDLNTREKRIERFDNKERGDGASCLAGHPTVSMFSIVERKPNPKLSIFMYPTLQRISRCVPPDRINGYLSCSFVGTEYLVSLTSFPDFRLIVWLWRTGKHVAMLNTKTDNLVQEISCSPNPPHLISQFGADDNTLSIYQVRTCSKIVSIHRVNAPLSGHKIVSSSWTPEGNLFISDEFGNVWLVAIEANKLYSVIKSKILERPKNKPIVITHKSGVIIVNTNSEIMIADFLIYERNERKDCFEILILATTNPSIASIGGNKVIVYTCEISIDFCTRVICVIDLSRPFKTLYHGCKPLEILSAPALSKQLHQMEIQNDFQDIVLTNALSSMHQLRKIGIYVTDSRVITYGYDGLIVVRDSMELRKVIAIFMPHHRSQGGVKYAISSRFGETIVSLGRNGDLVAHRIRLPETKTNLTEVEAASVHLTIEDFISDPNELYDRGKETWLENVIAAKLKAEHDEALPLQASIVADLEKIKTQIRELLNINEGESPDARLPISAFDLDRESRQRRIEEARLEREKLYRNLENDCAQRDQVTSNLREIFWESLEVKPCALRLIGGDAIVQNYPLVASTRKMNDFKVWDKFSADADEFMYSYEVYKASCEDDSRRGSTVISDKESSTNNAGSKTHQMAKRWYAHADEDEKLCISGVTTHKWIDDESIASTHQLLIPHDSDLESILQKDIIIENRERKLKMHFNDLFEEMKRAKECVLKCAKERINRLRYCASQLKTMFGIDSVLEPIEIPSWNVEEIPDYIIMVKDHEVFEKRSRRGELKTVDEDREDESKNEKISDFYKIAVEKMMDGVLEPKWEDEVKKEISVPDCLIAKNPSKYTDEDIAAIAAYKTKVQALQKKREKYKATLQADIIETKDALQKDIAAFNDKLKDLEMKKMQIECAILQERLTRIRAIRRHQTMVDNRQEIARLADEELAPATREARRLAEECNSLEMVVSELKVRYDSLCKAEKRQEAKFRGEFAELKQPIVEHLLRHYKKRPRVARLTTTSVTYLTEVARCVAGSEKSDVLPRECLDFLKGMDALDSMPRNLPSQINADYWRTMCRLRRMKVEVETKVRCCAVEMAEAEQTVSFYQKAMQSADNAAACKKVSLDDMEKSLSQLTQEMEIQLVLKMGQIEVPLQGCPSDYANAVLVTREELLRVNDCIVETGKRKLAAMYTSMHLRKVVSQHEWKHACAKMILEDLQRNLKDIQEFKITRNVLEFLSNYSCSVNLERDYEKMQANLRTFRNKFHQLLELEQARLKETKRLMAKWKKKNDKMSQEIKMKSSDVEELRRLLNNPHRKRDEESRRMRLAAIARRTRLVMKAENNYEQLLILHAHLEVLKLRTYPTLQFKTA >MBL8638832.1 DNA mismatch repair protein MutS [Alphaproteobacteria bacterium] MPAPALKNPVLEKIDPADLPEPEGAAIPLESPAAPAATADEFAAQGHTPMMAQYLSVKAAHPDCLVFYRMGDFYELFGDDALIASKILDITLTKRGKTQGDDIAMCGVPFHACDPYVAKLIRAGHKIAICEQTETPEEAKKRGGYKALVTREVIRIVTPGTLTEDHLLAAKSHQYLVALAHKTLRSNGDVIAARVDISTGEFEFEHSSLAQLPSLMLRWSPTEILVPHDFFDVTPIGDLKNNLSDLAALTPLPSPSFFAAKNLDLLHDRFPVLRGESGEKAAAHVVCAALLGYIFDTQKGAMPHLRPPIALENGASMEIDASTLRSLEIVRTQSGERSGALLDMIDETLTASGARLLHKRLTAPSCDSAEINQRLDEVAIFLEDFLCCTDLRQWLKHIPDIERALARISLQRAGPRDLTAICDALTHTSVLRAKMLEKNWSATALRGMIEGLKISENLESLREELNQALSPSPPLLARDGGFIREGFSAELDHFRTLKSSTRQLIAALQHDYAHDCGIDTLKISHNNILGYFIEVPAKRADKLLMNGRIQDAQQSDFKHHYIHRQTMANAVRFTTAELVNLERDINDAAEKSLALEQAIFTQFCANVMTHADELSIIAHSLGMLDVAAANAAIAHDRHYVRPEITNGPDFHIENGRHPVVEIFLKKNHQNFIGNDCRLETTEKLWLLTGPNMAGKSTFLRQNALIAMLAQAGFYVPADAARIGVVDKIFSRVGASDDLARGQSTFMMEMVETAAILKNATAKSLVILDEIGRGTATYDGLSIAWAALEFLHHQIGCRGLFATHYHELTHLQSQLDHLACHTMQVREWKDDVIFMHKVIAGTADRSYGLHVARLAGLPEKLLTRAAQILGMLEDHKSQTGLTDLPLFSHLPHLPGSAQNSQSQAHAPSSRALQTPATVQSLEKSEPDHTLENTPEKTLAKTLAALNPDTITPREALEMIYRLKGMVSE >MBS0261058.1 MoaD/ThiS family protein [Planctomycetota bacterium] MVHVFIPPLLRDATGGQAEVDVEATSVRQVIASLESQFPGIRSRLCQADQMRPGIAVAINGSIATRGLLQAVPGGAEVHFLPALAGG >WP_213449477.1 SURF1 family protein [Mycolicibacterium neoaurum] >QVI30127.1 SURF1 family protein [Mycolicibacterium neoaurum] MKRWAFLFRPQWLALYVVVAAFAWLCFTVLAPWQLGKNTTTSRENAQIAASLNTDPVPVTSFLPQQDSSAHEHQWQRVTASGHYLPEAQVLARLRSVDGAPAYEVLVPFVVDGGPTVLVNRGYVKPEQGTAVPPIADAPTGRVDITARLRDPEGVVPGKDPLFAEGARQVYTINPGQISELTGVPLAGSYLQLVENQPGGLGTIPLPILDSGPFLSYGIQWIAFGIIAPIGVGYFVMSEVRIRRQEKAAVAAREAPAATTTSEPEGTGEDAGKPTEAPPLTTEQKLADRYGKRR >WP_245350945.1 MFS transporter [Pseudonocardia parietis] MYVNTVVPGRRGAREGKEPIPPAARKAALAGGIGTFIEYFDYLLFSVLTVYIAPLFFPSSDPSVSVLAGLAVYGAGFVAKPLGAIVFGRMGDRRGRRATLLFTVVLMGVATSLIAILPTYAAIGVTAPILLVVLRVLQGASSGAELQGAVTYVLESAPRSRRAALASWVNLGTGLGGASGALVAAIIGMTVSPETMLAWGWRIPFLVAIPLTVLAFVVRRRLEDSPDFQDLVEKNQVAKSPVRDTFVTYRRILLITGLVGLAYSMFGGLLGWLVPYLTGIRRLDPAPIFLAYALSQALGNSIVPLMGKATDRFGHQRTIVTAFTVSVVLMVPILGVLGTATSPWVLGVAITVFIALIAGTGPPVYTYIALHFPVSARFTGSNISTQIGAALGGGTAPLIASALVLAIGSPFAPLLVLVAAAVVGVAAVLVAPRYLAGTDSPLDGVGSRAALHEVRTG >XP_037539096.1 phosphatidylinositol 3-kinase catalytic subunit type 3 [Nematolebias whitei] MDTDKFNYVYSCDLDINVQLKIGSLEGKREQKSYKALLEDPMLRFSGLYQENCSDLYVTCQVFAEGKPLALPVRTSYKAFSTRWNWNEWLRLPVKYPDLPQNAQVALTVWDIYGPGRAVPVGGTTVTLFGKYGMFRQGMHDLKVWPGVEGDGGEPTTTPGRTSSSLAEDQMGRLAKLTKAHRQGHMVKVDWLDRLTFREIEMINEIEKRSSNFMYLMVEFPRVKTNEKEYSIVYYEKDGDEASPAPTSSDIVKVPDPQMGMENLVESKHHKLARSLRSGPSDHDLKPNAATRDQLNIIVSYPPTKQLSSEEQDLVWKFRYYLTTQEKALTKFLKCVNWDLPQEAKQALELLGKWRPMDVEDSLELLSSHFTNPTVRRYAVARLQQADDEDLLMYLLQLVQALKYENFSDIQGGLEPGSKRESQGLSDDSMLDSSQSLSGTSGSSSAPQQKGKEGADSENLEQDLCTFLISRACKNSTLANYLYWYVIVECEDQDTQQRDPKTHEMYLNVMRRFSQALLKHDRSVRVMRSLLAAQQTFVDKLVQLMKAVQRESGNRKKKTERLQYLLADNEKVNLSDIEPIPLPLEPQIRIKGIVPETATLFKSALMPAKLIFRTEDQAMYPVIFKHGDDLRQDQLILQIISLMDKLLRKENLDLKLTPYKVLATSTKHGFMQFVQSVPVAEVLATEGNIQSFFRKHAPSEKGPYGISSEVMDTYVKSCAGYCVITYILGVGDRHLDNLLLTKTGKLFHIDFGYILGRDPKPLPPPMKLSKEMVEGMGGMQSEQYQEFRKQCYTAFLHLRRYSNLILNLFSLMVDANIPDIALEPDKTVKKVQDKFRLDLSDEEAVHYMQSLIDESVGALFAAVVEQIHKFAQYWRR >WP_214893447.1 GNAT family N-acetyltransferase [Mesobacillus foraminis] >MBT2755305.1 GNAT family N-acetyltransferase [Mesobacillus foraminis] MEQNGKNILIRLLEIHDAEMALALELRNREFFQTFAALRKEDFYTLEGQRERIRTARKRKELDEYYLFGIFLHDSKELIGTLMLSEILRGALQSCYIGYFLDKEHNGKGYMTEGVQLAVNFAFNQMKLHRIEAGVMPHNLGSISVLEKSGFLKEGIARKNVKINGKWEDHQILAIINETL >KAG7462864.1 hypothetical protein MATL_G00189260, partial [Megalops atlanticus] VIHTVGPVARGHVGKSQRELLTDCYQNSLKLIKEHGLRSVAFPCISTGIYGFPNEPAAEIALKTVKSWIKKNSNEVDRVIFCVFLETDYKIYKEKMSRFFSQDNDVNDEGTEGQTEEGKKETSTSKKTKSKKQSKGEEDHEEDDENKEDSKDINMESQPEEDDKPDNLDVEMESQNLDNDGPELEETKEKKEVKDKEPSPDLSRKEESPVTGDRQSEEVESAEDSAENKSDSSKDGAKTQLTQVVTAGAAKCLDKDPADRDISAEEAGSGEPMESEDVAGGDFIPKNKVYEKEAESSAGEVEMKTQSADSQEPELSQEDSNQSKDGAGNLEDP >HAT9095998.1 YggT family protein [Legionella pneumophila subsp. pneumophila] MAGLTAVGYFLLSLLFTIVIFSLWLRIAIRFFR >ORY76548.1 hypothetical protein BCR35DRAFT_314470 [Leucosporidium creatinivorum] MRGKERGHEPNFEEKVAERRERRELEDVQATIASLEKQLAEAQGGKGSSKQQLTPKAEKEQLKALQKQLKEERKKVAELEAEIAEQVVARERAETELVKRESAAKLVEEKEAELKEVQEELKSKEVELEDINGKIVILEGTLQRLRTRAAGQGEDEHSAHGEFPDGVERKASSDLDAMERELSQVQARIEEETRKADELEKELRDVQAEIEASADPSPIPTPQPSVSSASSAHSAFVAQRLLNIINESNKTVNTLREENVSLLMQIAGVAQ >HCB1767023.1 hypothetical protein [Citrobacter braakii] MRLQGLSASHNFYYGKKSKPDKALQLAKHKKGRQNKSVFFDEGAGMGITIEKVEAIAAKLRAMPPIENKKREVSKQESIKLLTGEITALRERGYTLEQIAALLTEDELQIGAPTLKSYLQRAASTGRHGSKQRSTKRKAASTATSPSSTPAAQAATSTAQGQPPALTIGERAAASISETPGSKTSATAAITRPDRERI >WP_118359022.1 DUF4366 domain-containing protein [Dorea formicigenerans] >RHC08897.1 DUF4366 domain-containing protein [Dorea formicigenerans] >RHC20490.1 DUF4366 domain-containing protein [Dorea formicigenerans] MRLKKLSLLLALTLLVSVSALPVTAHAGGSKDTIPPTLTASMEGDALKIESSDDLSGVEAVFVDENRINSLTDGKASVALKDYAGTEKQVSIYAKDYAGNRSDVVKLDNPYYKEPAPEKKPAAAAPQSPSGTQTKPPKEEKPSGSNAATPSGGGNSSGSDNSTGQQENTSAIPEGAFTPEGTGTVQDNISGTDGEKQFYTITTDAGNVFYLVIDGKREDNNVYFLNGVTESDLMALAEKNNGSMSMIPQEESCNCTEKCEAGKVNTGCPVCKNDLNGCKGKEKPAETEKPAEPEKPKKETGSVGTILFILAALLAVGGIGYYVKIVRPKQQAEDDAEFEDDGYGEGFDPDEAYGEPEYLSEDDFDDKDSK >TXK73489.1 LPS-assembly protein LptD [Mesonia sp. K4-1] MQTNFIYILFTYFFVILGSTAIYAQEIDTITKVNIPAQREVVFPLSDSLNSKPLSVVDSVKTDTIKPQKESFLTANVVATAKDYMRYDRKNGQAYLYNEAKIVYGDLTIEAGLIILDKQKNEIYAFGIKDSTGTYTQSPIFTQGENIVKPDSIRFNFTTEKALIHNSRTEQGGFNVKGETTKRENDSVYYMKNVKFTTSKDIDNPEYYFYARKIKLVPEKKIVTGLVNMYIADVPTPLGLPFGYFPLTDERASGFIIPSFGDNQNRGYFLQNGGYYFNMSDYVDLAVLGDYYTNGSYGVRIESNYALRYRFNGNVSFRYEKLLNSERGFPDFSESSIYNLRWNHSQDQKASPSSRFQASVNLGSSRYYQETINQTNTGNFLNNNLSSSVSYSKTFDWEPQVNLSIAATHNQNTNTEEINMTLPTVQASMSRIFPFEPKNGTKKGIIQNINFQYSLRGENRVNTTDSLFFKPQMFRDLQSGIQHTVPVSTNFKLFNYFSVSAGTSLQENWVFKTIDRSYNSNLQEVVTDTVNGFDSFRTYNFNSSIGTTVYGLFKFKEEGKIQAIRHVVRPSLSYSINPAFDEFYDTYLVPETSGLPEEIVEYSRFEGGIFGAPGNRYSSNIGFSVTNDFEAKIRSKDTTVTEPIKRKLLSNLSLSSSYDLAADSLNFQPVTVRGVLPIIENKLDINFNGALDPYALNSNNQRIDTWNINNGGSLFRLTRANVSFGYNISNKDFERGEKDTDKVENETFRSGGRPDDLFGKSTDLDGRLYEEEEEEEVVENDTERYRYSIPWKIRFAYTATYNNLRREDEISSHSLMFSGDVELSPRWTIGASSGYDFKNPGFTFTQLRFQRDLESWRLSFNWTPFGDRESWYFFIGIKASILSDIKYDKNRERDRSL >XP_030079323.1 kelch-like protein 25 [Drosophila hydei] MYNLMMSTPPAKKVVDHVYCLSRFVDMDQKVEFALPKKTPLDKLLKEQLFNKINPDVIFVVGNQAFGCHGVVMRHFCELYANCLPTGMIVSLPLAKITPDGFYLAYESMLLEEFYSPRGKLLELLQAAHYLFIPRLVSQVFRCLGDRQIYSEMDALATYFEAKKQKRWGIAKLMLTCVHKYFLPLVCTDEFREMDVKCLCKLLTSDSLAVQQEIEVFYSALYWIYSDYDKRKHHANVVLKTVRYVLMPPLFLLTIGAHLHELTPRVSDELLPHLHKAMLFQQKAGLGLIDEDEIQIRHRCWITDPACFYQNKEIMLKRNSIFTPIDFITYLDKLDCAASFLNRIKEN >TOE90752.1 hypothetical protein CGJ32_16080, partial [Vibrio parahaemolyticus] DPESKSSKKTRKTSLSFKKGKLYFSSLSD >MCI8895019.1 UvrD-helicase domain-containing protein [Lachnospiraceae bacterium] MRDTVKVAISSDFLTAFAALPRKIQGRVTEFLNKFRNDPVSPGIHYEKIRNAIDDKIWSVRIDDTYRGIVARQEKSGVYLLLWVDHHDEAYDWAQRKRCEVNPKSGVIQVFDVQEVVENILVEGEKRLFANVSDSDLFDLGLPETQLEFARSIRDTDDFYAKGDMFPKDAYENLSWIAEGFLVEEVRELLETDKMDIPATDDIAEALGHPESMKSFVVVEGEDELRRIMAEPLEKWRVFLHPTQRRIVQKSYSGATRVLGTAGTGKTVVAMHRAKQLAASCKEQEKVLFTTFTSNLAGDIRQNLRKICSVSEMRRIEVINLDAWVSAFFREHGYGAEILYEDKTIKLWEDAIASVGEELGFSADFYEDEWKRVIVANEAFSLPLYVKAPRTGRGTRLDRKKRMQIWKVVESYQRLMKERNVRDINMAMYECRTVLAKMPKELLYKHVIVDEGQDFSANAFRLLRALAGEAHPDDLFIVGDSHQRIYKNKAVLSKCGINIRGRSSVLRINYRTTEEIRKAAFTILKGVSFDDLDEGVELGGQCQSLMHGLAPVFRNFKDAAAEFEYILDEVKKLSASGVSLKDICIVARTHKLLEDYIVNFTGNGLRSFEMKRSKPDDRGLEGLRMATMHRVKGLEFKYVFIVAVNQRVVPLMSAIDHTDHVVEQETITAEKCLLYVAMTRAQKAVTITSYGRKSEFL >GHP52484.1 Fis family transcriptional regulator [Helicobacter pylori] MINTIFCATMQRGVAEIVAVEATFTRALPAFVISGLANSSIQEARQRVQSALQNNDFTFPPLKITINLSPSDLPKSGSHFDLPIALLIALQKQELAFKEWFAFGELGLDGKIKPNPNIFPMLLDIAIKHPHAKVIAPKANEELFSLIPNLQCFFVEHFKEALEILQNPEIKADTHTKKLPFKTIELNDKEYYFSDTYALDFKEVKGQAVAKEAALIASAGFHNLILEGSPGCGKSMIINRMRYILPPLSLNEILEATKLRILSEQDSAYYPLRSFRNPHQSASKSSILGSSSLKEPKPGEIALAHNGMLFFDELPHFKKDILEALREPLENNKLVISRVHSKIEYETSFLFVGAQNPCLCGNLLSATKACRCQDREIMQYKNRLSEPFLDRIDLFVQMEEGNYKDTPSHSWTSKEMHQLVLLAFKQQKLRKQSTFNGKLNEEQIERFCPLNAEAQKLLEQAIERFNLSMRSVNKVKKVARTIADLNACENIEKSHMLKALSFRKIS >XP_034264344.1 UDP-GlcNAc:betaGal beta-1,3-N-acetylglucosaminyltransferase-like protein 1 isoform X4 [Pantherophis guttatus] MDVSETVCQEAGKSPPLLPDGVCANDPGLVKQDHSHSPSSPFFGDTELQSVAPFNRKAGGKCRIQVSVILPVYNAESWLDECLKSVLDQDFQGSIELSVFNDASTDNSISIIKKWKVLLEEADIRVVLGENYSTHPGGVGFAKNCAIDQSSGEYLCFLDSDDVMMPQRIRLQWEANIKYPRSIIGCQIKREPAEATERYTRWINNLTHDQLLTQGTPEDLLFFYEHLRKGGEVFRVDECLLLYRYHAQAATNTVLEETIWTHRVLFLEERILSNWTSFTIWNAGKQGRKLFRSLSPANQNKVTAFCDVDKNKITKGFYIYEESKETSKPRIPILHFKEASPPLIICVKLDLTDGQFEENLSLLNLKEVTKAEVSGKLQFAPCGCYSYLLSSSTSWSQP >WP_002449605.1 MULTISPECIES: hypothetical protein [Staphylococcus] >EEK11584.1 hypothetical protein STAHO0001_1973 [Staphylococcus hominis SK119] >EFS18367.1 putative membrane protein [Staphylococcus hominis subsp. hominis C80] >EHR89311.1 hypothetical protein SEVCU122_2202 [Staphylococcus hominis VCU122] >MCC3738154.1 hypothetical protein [Staphylococcus hominis] >MCI2839773.1 hypothetical protein [Staphylococcus hominis] MNRNAFLDKGYMIAMILNVLFLAGLTFITQTENLYLIIPFAILMLINAIYLVVKAAKYNKNKSEI >KAE9445077.1 hypothetical protein C3L33_23023, partial [Rhododendron williamsianum] IKAIIIDHQMEKAKQVGGSSASSFTSDLFGPKDSSSSSPSSSYGLFGSVFGPPSTGLGKDSSYSGFMGSVRKQDYESQNSNGKNGNPDLTNSKDKRYQSETVEPCNFSSSIYYGGQEVYSPTSQPTVSQHVFKKDGGDDDPNASNSNSASRGNWWQGSLYY >MBE0577924.1 helix-turn-helix domain-containing protein [Devosia sp.] MLDHVSGRGLQRAELARRTGCNLETIRYYEKIGMIPDPPRTTSGYRIYDDTHVSRLRFILRARELGFSIDDIRGLLVLVDGGTQTCAEVKERTERHLADVRAKIADLRRIEKVLAVTAAQCSGDDAPGCPVLETLASQGDLPG >EIT2901672.1 N-acetylmuramoyl-L-alanine amidase [Salmonella enterica] MRALLWLVGLALLLTGCASEKGIIDKEGYQLDTRHRAQAAYPRIKVLVIHYTAENFDVSLATLTGRNVSSHYLIPATPPLYGGKPRIWQLVPEQDQAWHAGVSFWRGATRLNDTSIGIELENRGWRMSGGVKSFAPFESAQIQALIPLAKDIIARYDIKPQNVVAHADIAPQRKDDPGPRFPWRELAA >WP_128272295.1 hypothetical protein [Aeromonas caviae] >RWS98148.1 hypothetical protein DN618_13935 [Aeromonas caviae] >RWT07305.1 hypothetical protein DN600_07225 [Aeromonas caviae] MQKKWDQARLKALQSDASENIESYRDQDDPKGLEQFTDQMKALLLADMSMLEFMPEYLPLALYGRVQFPPKAKSQWNKWLASGEQPSWDEFKVSVGFSNAVLPLVKAVRAQSEDQLMEACAVLFLLDNPLPRGSHRADDDYELRDEEEEDGEDADADYHGGSDRYGDDDGDQDMYDEVRF >XP_044485440.1 uncharacterized protein LOC123211008 [Mangifera indica] MGIKSLFSDRIRRIWNVWEVRALLQLSLLIQIILVIFGTRRKRDPRILIKFVIWSAYLSADWVATVALGNLANIQEGKNSNFIKTNKILQFWAPFLLIHLGGPDTITAYSLEDNELWSRHFLSLVVQVGIAVYVAIRAWSFTPLTFLSIPVFLTGIVKYGERTYVLRSASSQQFKKALLSANPIAEYALMRMETEGFERKIQMKKAWKFQAGHSDRKEFQLYLDAYFLFNRLQYLFSNLLLSLSERTDCYDIIHSKSAKDAFALVAIELGFMYDVLFTKATLVYSLWGILLRSISFLSSVAALTLFKIFIDPHQKDVSFTYSLLAGAVFLDLSSSVKLVFSDWTKLRLIQKQNPLINRILDAIFYIEGRLINRKIWSTGQESVSNYRKRWSESMAQYNLISYCLREMQTKGQFSDIEKLPYIRQYFQEYHHLTWEDVNDDLKEAIFKQLKEKAEKMEDSYTINLCKELLAQRGDYVLEEKYELEELKWSTVDLDFDHSLLIWHIATTVCYEDDFAEKAAEDAEGSGSGEAKKPGDTTESKDAKEGHQKGNISKFLSNYMMYLLVLCPFMIPEGVGEIRFRDTCADVMQLFNKERCSMVEISRKLLEMVYRRSISQSVLSDGCKLAKKLRWLESDQKGWNREEKWKMISEVWIEMLTYAANNCGWKDHAQQLCKGGELVTHVRLLMAHLGLSEQYNERERFMV >WP_268123036.1 oligosaccharide flippase family protein [Roseivirga pacifica] MAELINRFGIGRMLKSQLFQGTLIYTLSDVINKAIPFLLLPLLTTYLTPEEYGILANFNVSIALFVILCGFSSQGIINYYFFKKDRQLLNRIISGVITLMFCSEIILLALVLLFLGNLSALLSIPEEFILIAVIVAIFQFVTVIHILIYKLEKKAKHVGIYQITQTLLNLGLSVFLIVYLEMDVGGRIVGIASANVLWSIFSIWAFYRRGYVKINFSRSDIREILQFGLPLIPHQIGKWFKSFGDRYVITFLLGVSSVGIYSAALQVTSVMLVFINAFNSAYIPFLFERLEKRDQSLNVRIVKEMYCFFGLLIVGTGIYYLLIPILYDIMINEAYHSGIYLTLPLLMAICVRGISLMITSLIIYSKNTKRLPVIMVINIAVYLILSIFVAPEYNLIGLAWLLFFIEVINLVLMWAWSNKVQRMPWQLT >WP_118205888.1 twin-arginine translocation signal domain-containing protein [Collinsella sp. AM17-1] >RHH72665.1 hypothetical protein DW195_03655 [Collinsella sp. AM17-1] MGIADHIKNGISRRGFVLGGAAAGAATVLAGCSKKTGTSDDAAGEPQVIKDDSKIVSITDEYEAVDIDLEPAASWTLPLGTLLYYCDGDYAAAMMAPASALHANTLGVLNLGDGSLTTLIENPIEGTGYAFYDVRAGDGVFAWVEMNFASSSWKLYAQNLSGASLSGDVVELDRGGKDYDPPLFTAFGSSAIWYKMPSAGGNKTSSDSFCYRRSLDESKAETIWKSTGRFASAPRVSDGILTISPRVRNDEGVYYGITAIDLTDGNNTKRAQLVLPSSVSPFEAVYMGDTFVFSIEATYSGVGSLGNMGTYIGNEGGPYLFLSREPLACAAGKKNKYLVKVQVSHFLIDTSAKTYGSLLSPDRALEYGDYPATAGKSDSFLTYATVRNSQGIPETVTARLFSL >WP_052232835.1 MULTISPECIES: S8 family peptidase [Terrisporobacter] >MCR1823181.1 S8 family serine peptidase [Terrisporobacter muris] MEKICLTINDNKSRSIAFQVTEEEKEIDIHIYTNFKEGIKVCVINPSNKRTKFISKNKKEIKNIVEDIKIKGEYFDFNEIASRIKIRIKITSKKDKKNSINPGIWKILFVPLEKVNGNINAYINYSNSLLELKDIMKMNRYDPRLNNIGTGFVVLYKYGFEEDLKKVAPTYNFFKISDRIGIVFGDVDFEDKNSVDILMKVLSIPTAERTIEIVRPNSLSIISHEISKGVNANEDIGVNFFKDNPNLTLSGKGVLIGVIDTGIDYLHPDFIYDDNTTKIAYLWDQSKEGNAPDGFYIGTEYDRDEINKAIKNKDNSLSSDDVGSGTMLAGIMAGMGKINKNYVGVAEDAELIVVKMGTIDGHYNNAMLNAGYDYIYKKAKKLQKPVVVNLGFGSNSFVGASNRNLTELTYFMKEVCLVNAAGNEGNTNTHNSGNILFKGDVKDIELEVDDNEENIIIEVWINKPDTVKAEIISPTGEPSKALDVSYFNTIVGKFDFESTFYSIAYIFPTFFSGQQRIIINLSNVKKGTWKIRLTGEYITNGIYNAYLQNRVLLKSGTKFTDTSPSTTINFPATYKDNITVGAYDTINNTLWPSSSRGYTLSNILKPDIVAPGVNIIAPYPGGGYATITGSAPAAAYTSGCIALLLQYNIVDENYPRLAYVQKLRTFIRGGATRFNNISYPNQSTGYGILNIKGTFNQLR >OGY30120.1 hypothetical protein A3F35_03295 [Candidatus Woykebacteria bacterium RIFCSPHIGHO2_12_FULL_45_10] MSVRGYTLIEAGVGKARSVGEAVQKISHPDARVLSVDTVTGQYDIIAQLEAADPNQLANLVKDGIQRVEGVERTTTCLSVNLPSS >AGO18338.1 flavanone 3-hydroxylase, partial [Raphanus sativus var. niger] IFQVVDHGVDTSLVADMTRLARDFFALAPEEKLKFDMSGGKKGGFIVSSHLQGESVQDWREIVTYFSYPVRNRDYSRWPTKPEGWVKVTEEYSEKLMSLACKLLEVLSEAMGLEKEALTNACVDMDQKIVVNYYPKCPQPDLTLGLKRRTDPGTITLLLQDQVGGLQATRDDGKTWITVQPVEGAFVVNLGDHGHYLSNGSFKNAD >MBQ2017527.1 AAA family ATPase [Alphaproteobacteria bacterium] MIGRVFMYGDVQPTVIGGQTVNVARPVELSFSDVLRRANEIKTMTINGNDATGTLADGTKYTATITYDPEMLTKLADAGTSITIDTSRGWLDMVATFAPLALTLLFIFWILRGFRRGGAAGGISRSLIGQNPTKIATGKPKTTFKDVAGIDSEKQELSEIVDFLKNKDKYKSLGARVPRGVLLSGQPGTGKTLLARAIAGEANVPFFAASGSDFSGIIVGLGVAKIKEIFEMAKRNAPCILFIDEIDAI >WP_282985289.1 phage tail tape measure protein [Cronobacter dublinensis] MSDIATISLRVNTSDLERGNRALDDFQQTAGGAAKKADDLNSSFRAGAESQKKSSASLREQKQELQALLNKISPVNKALDELDTIQQNLAGFRGKSLLSLEQYERYNEILETTRTKLLETQEAETAEGRARLEQARAAQRAAATAQSFVASLEEQVNAIGKTRTELLELKAAQLGVSQQTAPLIARLREQDEAWKKGAISAGQYQQAMRMLPMQITDVVTSLASGMPVWMVAIQQGGQIKDSFGGVSNALKGVMSAITPTKLALGGLVGVASLLITAWYKGSKEADAFNRQLILTGNYAGKTAGQLNTLARTISRGGFTQGEAASALAKVVGTGTFSGAELEQVTKAVLAMERAVGQSVEATISNFEKLKKAPSQASEELNQRLHYLTSAQYDYISSLERRGDKEGAAAEAVRLYSEAMERQGKQIAESLGYIERAANAVTSAAKDMWDQLLNIGRPESVEDKLNKLKADLEERQKALKPERQRMGYGYSYDSSAASQEYDQQRKNQLAAIEQDKMHIVLLEQALQLQNDMTEGQKKARDADDARLKSISARNRLMDEGLTNAQKRTRDLIDLWKQVAAAPDAWSKEARQTAVEIINKRYAEKEKKPRGSSTVERSSDNAQRDLLALQTELDVLQKHRQANDVISQQRRSLWKTESEIAILTKKAQEEGLSQQEQITLAADKQTLAYRQQLAALGDKVEQQKKLNQLEQQATRFAEQQAAKRAEIEAKASGKSSREAQRDAERNRISTIYAGNPEALAKVRSELEATYQAEDRLRDDWRAGAKLAWADYKDSATNTFQQVYDFSQNTFTGMTSFLVDFVTTGKASFNDFLSDVLKGLAQMLVKMAEVQAMKSAMGALEGTAIGEFFGFATGGYTGPGGKYEPKGIVHGGEFVFTKEATERIGVNNLYAMMNGAPGYADGGYVGKAPRAGLTGGGNTVAVQTSVTINQSGGNDNQQRQNSAAVQRAYEQTINESIRAGILKETRPGGIIWSATKAR >WP_017123457.1 glutamate 5-kinase [Pseudomonas gingeri] >NWC16952.1 glutamate 5-kinase [Pseudomonas gingeri] >NWE45737.1 glutamate 5-kinase [Pseudomonas gingeri] >PNQ91664.1 glutamate 5-kinase [Pseudomonas gingeri NCPPB 3146 = LMG 5327] MRSKVTGAQRWVVKIGSALLTADGKGLDRAAMGVWVEQMVALHEAGVELVLVSSGAVAAGMSRLGWTVRPSAMHELQAAAAIGQMGLVQAWESSFAEHGRHTAQILLTHDDLSDRKRYLNARSTLRALVELKVIPVINENDTVVTDEIRFGDNDTLAALVANLVEADLLVILTDRDGMFDADPRNNPDARLIHEARADDPALDAVAGGTGGALGRGGMQTKLRAARLAARSGAHTIIVGGRLERVLDRLKAGERIGTLLSPERGMLAARKQWLAGHLQTRGTLVLDDGAVNALARDHKSLLPVGVKLVQGSFRRGEMVVCVAADGREIARGLANYSALEAQKIIGQSSDAIVGLLGYMAEPELVHRDNLILV >WP_112473496.1 MULTISPECIES: histidine phosphatase family protein [unclassified Streptomyces] >QZZ31262.1 histidine phosphatase family protein [Streptomyces sp. ST1015] MGDLFLVRHGETEWSASGRHTSWTDLPLTDQGEQQAKSLAPLLSGRTFALALTSPLARAARTAELAGITGALTEPDLHEWDYGGYEGITTVDIHKTRPDWYLWTDGVPPGPEGHPGESPDEIGTRADRVLARVVPALEEGDVVLVAHAHFLRVLTARRLGLPAAEGRLFQLATGTVSRLSVEHGWPAIAEWNTRA >MBF0865514.1 biotin synthase BioB [Gluconobacter sp. R71656] >MBF0866792.1 biotin synthase BioB [Gluconobacter sp. R75628] >MBF0873332.1 biotin synthase BioB [Gluconobacter sp. R75629] >MBF0882467.1 biotin synthase BioB [Gluconobacter potus] MTATTMTKPDVRHDWTRDEVEALISLPFPELMYRAQTLHRRYFDPTKVQISTLLSIKTGGCPEDCAYCPQSALHEKSVKAERLMAVGSVMKEARAAKKAGAGRFCMGAAWRTPKDHDLDTVCEMIEGVKSLGLETCVTLGMLDAQQTERLKNAGLDYYNHNLDTSEEFYGSIISTRTYQQRLDTLSNVRDAGINVCCGGIVGMGEDLSDRAGLLMTLANLPKHPESVPINLLVRVEGTPLGEAEAVDPITFVRIIATARIMMPESHVRLAAGRENMTDEAHALCFLAGANSIFCGEKLLTTPNPAEHRDRQLLSALGMSPMVQSEAEMGTMRPAVTEEAVCEMAVS >KAF0905729.1 hypothetical protein E2562_008807, partial [Oryza meyeriana var. granulata] MASYSGEFFVGEAGIFGVRCSCHRLRMSVAKFCEHSGGPAEKAGEIVVMDNGMTIGQWLKYCMGVGASISDPKWDWPEWVYMRYSPEEYWTKSLLITNSNMEKTGLFSSHGKNTGPIDNPLYSSDMHNDVGGFTSVEKLVNKPDETYYRKSVGLHEAFTKKPTLQQSLKMNLTNHTIHDMNLNSISSLSERTYPTANMGITYSRNHLAHDYANLLEKNSNNLSRSPGPSSTRVLSNDSRACMPDAPHKIFQDGSGRASNTELKLGRSSYHQSMTTLFPSVQSTIIEFQKPQQHLQFTTPNAYPKQTTKANKTMENIEPSFGTGNRKRSLEVANGTSHSELNEITDDGAKNSFISLFLSHLERSSTSESFDDVLNSTEHYLLKAPDVAYSSDHLKTASTQVETRVNDNQSKLAPTIVHTKRISDGRSLPVASKGYVHQDVLDANSQEPSINGDCLPHLLPSQPNAGISKICSGVPSPANCRCCNHVANKSHLTHADTGAPCFYDRTARRYIPFDCADDLCTHKRLRATKISCQHGKAFCSTPSEFLPSFGQNDQSPLGKSIHRCCCKAQEDSSKLGFRAGNFCRSHFCNDGAPVPAHRSIVEGLDEVRACSTYVPRSSLCPRELMLQSCCHACPIDGFHYKSSMGHTANSLTKNPLVDAHKFNTEHSPCWDGKCCCSLVPKCLAGYGFTKHCVARIDQTDHKVQKSKDDDVQAAARCCTLGESEKLICQCSSEIIARRSDSKASFRKEVSSKVLNQPYVPISEQQKNVTEASAVCRHWPYETVRERENACRDSGIFKELKSGFSSGFSSDVVTKFSSSPELNNISSCTVKYGLEHKNLVFDEGSRIEKCSSSSYVPISTGCEEAQNSFCRFHLEPSLVKLKINQISEGSTRIEHENEVQCSEMPKKTRTLRCCAKQSESDDCTRKINLSSREGDSQPQHEAGPFSRRVSKAKRKHPPMHLNKHVKRLHSNHKVLNVDDERSDDKGSLLGELNSFDRKKQDENMTTLDREKCQQEGTRLPVRKLPKYVSLNCIVNETNSEDACSGSASINSSLIATGITNDNRKSPKIVPLNLILKKAKRCHAVKPLCKTENIRFSEEKSSDCSVDKSSSFNRSFSPQDELWSPKKNSSYNVLRPHIKPDCQNPCCALEEDEPLSLADAGTSRLSASRSRGIKNQRACASLNRMKSCEEFTNESASNPCGDKHSVVQTCEAKFERHIQRPSLDASCCVCGISNLEPCNQLIECSKCFIKVHQACYGVLKVPRGQWFCRPCKINTQDTVCVLCGYGGGAMTRALKAQNILKSLLRGIATATRSDKYVYSSGNVNSECTSKLHGEYVRHDSFRGPISRSFNTISSIDMKEASIVSARGNIITKSWTSSRNSTLLGPRTRQWVHVVCGLWTPGTKCSNAITMSAFDISGASPAKRNIECSICNRTGGSFMGCRDVNCSVLFHPWCAHQRGLLQSEPEGEHNENVGFYGRCLDHAMLDPNHVNPKKECLRSNDWTCARSEGFGGRKGDWFGANHSKKPEEKFGECSVSQEQINAWVRINGSKSCMRGQKEYAHYKQLKGWKHLVVYKSGIHGLGLYTSEFIPRGSMVVEYVGEIVGQCVADKREIEYQSGKRQQYKSACYFFKIDKEHIIDATRKGGIARFINHSCQPNCVAKIISVRNEKKVPLSLFQSCHFEMSASTSDCQTTGVVFFAER >WP_270677687.1 Scr1 family TA system antitoxin-like transcriptional regulator [Nocardiopsis sp. LSu2-4] MKDQFDRLREVASWPRAEVLVIPAATTNHPGLEGGFKLVRVPDSDMVVYQETRQAAVWSWSRNPSTTMWR >WP_031822363.1 Na(+)-translocating NADH-quinone reductase subunit A, partial [Vibrio parahaemolyticus] FTAPAAGKVIEVNRGAKRVLQSVVIEVAGEEQVTFDKFEAAQLSGLDREVIKTQLVESGLWTALRTRPFSKVPAIESATKAIFVTAMDTNPLAAKPELIINEQQEAFIAGLDILSALTEGKVYVCKSGTSLPRSSQSNVEEHVFDGPHPAGLAGTHMHFLYPVNAENVAWSINYQDVIAFGKLFLTGELYTDRVISLAGPVVNNPRLVRTVMGASLDDLTDSELMPGEVRVISGSVLTGTHATGPHAYLGRYHQQVSVLREGREKELLGWAMPGKNKFSVTRSFLGHLFKGQLFNMTTSTNGSDRSMVPIGSYERVMPLDMEPTLLLRDLCAGDSDSAQALGALELDEEDLALCTFVCPGKYEYGQLLRECLDKIEKEG >WP_037451816.1 DUF5677 domain-containing protein [Sphingobium chlorophenolicum] >KEQ53391.1 hypothetical protein BV95_02399 [Sphingobium chlorophenolicum] MGELTDEAGKEFDADFKINGYLANAMRHIQAHIRTKYPESFAIADELNKLGQAFYVDSTELLTGRYSHDPLCVAIQLIPRALSAYQASILSAERGMHVEALTLARSIYETAFWLGFLHKSPDAAKNTLFAETIRQELEVYRLSIEIVKDNAEHLAETRSRMSELGKELKKYPNPSIKMSDLADKGGFGNRYTEYRMLCGKAAHVSVQSTIHYLNRQDDGSFNGHIIGPDEDAVPEIFAFACGAIIMVIEAMRWLTKDTSRDSEFQALMARYAETMVPTDAVT >XP_013231239.1 hypothetical protein ETH_00019625 [Eimeria tenella] >CDJ40489.1 hypothetical protein ETH_00019625 [Eimeria tenella] MAAEFKTPYVGTATTKIAVTAYAAGGAAGNAAAQVEVFAVEQAAADTAARVAALSAVQLQQKLQPELQSQLVGAAAEAAAQAVALIAAQATAQDAAKAALPILVQVEGLVAAGAAA >KAB0382747.1 hypothetical protein FD755_004664 [Muntiacus reevesi] MNFLASPEAVTFKDVAVAFTEEELGLLDSAQRKLYQDVMVENFWNLVSVDTKHIEREERLWMMNSLSPVHISQFSVVIDENNQSELRAVQERGLHEELSCWQIWQQIANDLTRCQDSMINSCQLHKQGYSSNQVGAGLSIQISEDENYILNEKAGGPSDTGNPRFASLRAQDSWRKSSLTESQNYQNRYLEISTQSKLCRCKEDVDSIGQISYHLDDRGVHKNEKSYSHNDYGKDSTKVSTLDQNSMIHTGQKPYQCNECKRTFTSLSTFDLHQQLHSKETSHMCNECGKGFRYSSVLHIHQRVHIEKCSVCDECGKEFHRSSQLQTHQKVHSIKKPFTCEECGKGFSRRSALTVHCKVHTGEKPYTCEECGRAFSQASHLQDHQRVHTGEKPFICDACGKSFSRNSHLQSHQRVHTGEKPYKCEECGKGFICSSNLYIHQRVHTGEKPYRCEECGKGFSRPSSLQAHQGIHTGEKSYVCNVCGKGFTLSSNLQAHQRVHTGEKPYKCEECGKNFRRNSHYQVHLVVHTGQKPYKCEVCGKGFSQSSYLQIHQKAHSVEKPYKCEECGQGFNQNSRLQIHQLIHTGEKPYKCEECGKGFSRRADLKIHCRIHTGEKPYNCEECGKVFRQASNLLAHQRVHSGEKPFKCEECGKSFGRSSHLQAHQKVHTGEKPYKCEECGKGFKWSLNLDMHQRVHTGEKPYKCGECGKHFSQASSLQLHQSVHTGEKPYRCDVCGKVFSRSSQLQSHQRVHTGEKPYKCETCGKSFSWRSNLTIHQRIHAADKSYKSHRGGKTIREST >CAP00477.1 D-ala-D-ala-carboxypeptidase; penicillin-binding protein 5 (precursor) [Acinetobacter baumannii SDF] MTRKNAIAALLLLPSFSYAATVLSAPPELNNKSYVLMDYETGQILASKNENEKLAPASMTKMMTSYIIEQKLLKGELTENEQVRMNESAWCKGSSSESCMYVPLNGTATVLEMLRGIIIQSGNDASKAMAEHIAGNEGTFAHMMNQEAKRIGMTNTQFINSTGMPAEGHYSTAKDMAVLAQHIIKDSSKYYPIYSEKEFTFNGIKQGNRNALLYTDPSVDGLKTGHTDEAGYCLTTSSKRGPMRLISVIFGTPSMSERADQTRALLAWGFANFETANVQPANQVLAKAKVWFGKENEVQVGLAENFNVTMPKGKADGIKTQLVVQPNLNAPLQKGQVVGKLVASLDGKVIAEKPLVALKPVEEAGFFARLIDHIKQFFSNLF >WP_254972748.1 two-component regulator propeller domain-containing protein [Prevotella copri] >MCP9551290.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9572002.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9574920.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9578035.1 helix-turn-helix domain-containing protein [Prevotella copri] >MCP9581076.1 helix-turn-helix domain-containing protein [Prevotella copri] MKKSKEPIYRISMAIAMLFVSLAIHAQRFVNTSLEGAQSVCAITQDSDGIIWLGTDNGLYSYDGYHGYRHFQEHTFSNTRVNALGFEGRMLYLATGNGILKFDTQAYQYAETPAMKAFADEAKRKQLKELRVLDIKGGKTDFGGDVYALLSTPRGLLVGSLAGLRLGSRLIPLRAGEQPLVNALAYDAKRRCYWIGTEGALYCADLQLRNFSQIPALNGNSIKCLSTDAAGNLYIGTDNGLYQMALSNAITHYIHDSRDDASIPNNIVWTCFVDKWQNVWVGTDNGLSRLTTHTYYRYVSLDKITMSGEGNCLHAMLQTRNGEWWMGGTNGLIHFTRNAEGYQNVAWYKQNSSAFPLSHNRVRKIYEDHDGDVWICTDHGINFYDRSSRQMRNFIVYDKSGKYSTAWAYDILQDKKGRIWMGSYQGGVFVMDKAALLGGKTIADWHFSDKGKNALSGLHVGQMVMDGKGRIGVSTYTRLDCINPNDMKVVQVANSDVVNYLMADSKGNIWMGDNNSVTCYYAAGSVMGNSFSSKTWQIGGKVSTMCDVEGKIWVVSGNECCVINPQGESQRFMIPSVVPLNICYSRQTHEVMMGGNDGYVAISSDVAQKPKQFTRLMLAGIIVNGQACEERGEILKLKSDENNFTLQLTDLPFADHPSAVYAYRLEGSDHDWHYLNSGNIDITYNGLSYGDYHLTVHAVDGEGKIAAEVYSLDISVLPPWYLSLWCKLFYITALIVFVAWLVSWYFLRKELADAQKQKAEVLEQVQMRMDFFNRLTEDLKAAVAHHSFDEVTALMVRYLNVKIPDVSSSVATGLSASPVSEPESSSSEPVPARSESSEEEKKTVDVSELDGADKRLLEEINEAIEKHMIDSDFNVSMLQDVIGIGGKQLYRKMKAITGRTPVEYIREMRMKRAAELLSQGKFSVSEVMYTVGFSNSSYFSKCFSKEYGMTPTEYMKVKR >WP_250182896.1 hypothetical protein [Aeromicrobium fastidiosum] >MCL8250891.1 hypothetical protein [Aeromicrobium fastidiosum] MFNYEEVGMGPDVYARTIGWSALIGMVAGSGCAVLVAALVLVGGGLDASTAPFIAIAVVHGVGIGFAAGWVIGLPAALAAGLARRRTRHWRAVGTATAAGIALVVGVVPIGPSGVVVAVLAAGCAWWGLGRVFATPTASWAGGPAH >WP_223413240.1 oxidoreductase [Klebsiella pneumoniae] >MBZ1937311.1 oxidoreductase [Klebsiella pneumoniae] >MCC7840589.1 oxidoreductase [Klebsiella pneumoniae] >MCQ8395228.1 oxidoreductase [Klebsiella pneumoniae] >HBQ0797432.1 oxidoreductase [Klebsiella pneumoniae] >HBQ1275949.1 oxidoreductase [Klebsiella pneumoniae] MTLHCAFIGFGKSTTRYHLPYVLHRKDRWQVAHIYRRRAKPEEQAPQYSHIHFTSDLDEVLNDPLVKLVVVCTHADSHFEYAKKALEAGKNVLVEKPFTPTLEEAKTLFALANSKGLTVTPYQNRRFDSCFLTTKKVIESGKLGELVEIESHFDNYRPLAETNPGGPQNGEFYGLGVHTLDQIISLFGRPDHVAYDLRSLRNKANPDDTFEAQLFYGDMKASVKTSHLVQIDYPKFIVHGHKGSFVKYGIDQQETSLKANIMPGEPGFGADDSVGELVYVNEAGEMVREAVPLESGDYGRVYDALYDTLVNGQPNYVKETDVLTNMEILQRGFEQPSPATITLTR >MCK9338853.1 C10 family peptidase [Bacteroidales bacterium] MKKTSLSILLIFSMFFVAFAGNVSAPEATTICKNFLSRKNVNQECSFLKTEFYENQPVYHIFQIVPTGFVVVSASDFFDPIVAYSFEGDFVSNPAVDFTMNIYAQLISYCEKNEVSFASGIGERWQDLSNADDVQMKGRAVVVNPLLSTNWNQDKYHNAYCPWDVRAGSGYDYRVPAGCVAIAMAQIMNYYRHPVTGMLGTSYIPEPYGRLTVMFYEQNYNFDAMYGDLSDYNNEAAKLIYHCGVSIQMNYTPSGSGASSLNAVESMKRYFKYSSDASLCARGLFDSISDWTDVLKGELNAKHPIYYSAHDGSVGHAFVLDGYDEDDKFHVNWGWGGGGNGYFTISDNDPSYMLGYIYDAQIGRSLYPGTDAPTPCAGAKRNTAAFGTISSNLPTGNYSPNTNCSWMIAAPEASSYTFSFDRFNTEADNDMLTIYNGSTIDAGIAGQFSGSTLPSAVNVHADSVLITFTSNASVESSGFLLRYTSSTEASYCSNSVNVGSSDISSITDGSGDAPYRNNSVCTWKIVTPDMHHCYLTFSQFELGMGDFVDIYDASTNPPTFFKRFDLNNWPDNLVTCNFGRVNIKFVADNWDVNNGFEIICQPVTAIRDYTDLEDLRVYPNPAHQSLNISFETETANAIRCQMVDVNGKILFDKSYSHAGGSFQEQIDLSRFANGIYFLQILSDNGKTIEKIVVNN >SEP73001.1 hypothetical protein SAMN05421510_10032 [Nitrosomonas ureae] MFSIVAVLDIQIQIIPDNWVCPFFASKETFYVI >EFA5132122.1 Zn-dependent oxidoreductase [Escherichia coli] MGKPNVCTTLAVLGVHADGGFSEYAVVPAKNAWKIPEAVADQYAVMIEPFTIAANVTGHGQPTENDTVLVYGAGPIGLTIVQVLKGVYNVKNVIVADRIAERLEKAKESGADWAINNSQTPLGEIFTEKGIKPTLIIDAACHPSILKEAVTLASPAARIVLMGFSSEPSEVIQQGITGKELSIFSSRLNANKFPVVIDWLSKGLIKPEKLITHTFDFQHVADAISLFEQDQKHCCKVLLTFSE >PIR55147.1 hypothetical protein COU74_01960 [Candidatus Peregrinibacteria bacterium CG10_big_fil_rev_8_21_14_0_10_36_19] MEQENKPEINNYNQPNEEPKPSFQPVVDPTKKTIGQIKTNNVNQQQVDPNLRKQKIKKIVIITSIILIVLAITSVVLASQTSPTKESAIASLFGISQISFVNILTIIVHIAFLYFSIGFFILTMAKLVRALKTPKEDLLLRRKNIKSTIITAIALFVLFISWGATYLYMDSKHVTLKLESTNRIITDPEDTIALEAPVKVKFDASKILIDPNYRVIAYDWDFGDRSTDTSQVITHTFEKKGRYDVVLTITRRHKKTGEELQDAHSVTVIVDKQLLSAIFSVDQQSGEAPLKVNFDASESIDPDDKIELYEWDFDGDGKFEEDGKKATHIFEKDGKFTATLRVTNSNGETATAEKEIIVKESEGPVAVISILDEPEALTVGQNYTFKSDDSVSPNGKITSYDWSMGDNSGVKRSKTISHSYNKPGTYEITLKIVDEEGKEGEVKKVIKVGSVKGTPKAVIKTSPTIEKNAVTLNGEAPFKVSFDATGSTDSDGNIVDYKWDFDSDGKDDAFGPKTTHTFSASGIYTTTLTVVDADNLSSRESITVNVAAQGITAKIKANIIQGTVPLTVNFDASGSSFQGGTITSYQWDFGDGTAPKLGSAQIGHKYTEIGTYTVKVTAIGSNNSKDTDEILITVREVPLAACFTSVFTEGQVPLTTTFDPSCSTGSVKSYFWDFGDGSSSDQIKPSHTFQSTGEYNVRLEITDSENTVSTKDITIKVTP >MCB0558738.1 bifunctional demethylmenaquinone methyltransferase/2-methoxy-6-polyprenyl-1,4-benzoquinol methylase UbiE [Phaeodactylibacter sp.] >MCB9349367.1 bifunctional demethylmenaquinone methyltransferase/2-methoxy-6-polyprenyl-1,4-benzoquinol methylase UbiE [Lewinellaceae bacterium] MPQEVKPYDEQEGKKSQVARMFDRIAPYYDFLNKLLSAGIDRVWRKRAINQLHGRQVRTLLDVATGTADVALEASRQLKLDRIVGVDISREMLDIGRSKVSKRGLQSLIELKEGDSENLPFPDNTFDAVTVAFGVRNYEDLEKGLVEMRRVLNDGGRLVVLEFSRPRIFPVKQLFNFYFANILPLIGKLTSKDPKAYRYLYESVQAFPDGEDFINILEKAGYKSNQCIPLTLGICSIYTGEK >WP_246612751.1 S8 family serine peptidase [Actinoplanes bogorensis] MGAFLPEDPYVRQEFTWGRRTFTSVLAVGVAAGVTLSGSVPAFAAPGDDVPAALQKAAPSPATPKEAPADTLGAHDAELLAKAEAANKKFVTVIVATEAGKSADVAARIKALGGVVTQQFDQVGYVLASVPIAKVVTAANLPGIQAIDLDETIKLPEADLSGKGSKSSATLAPPGPDTKAVNPYMPNDEIGSEGFKKKNPKYDGRGITIGIMDSGVDIDHPALAKTTTGERKITDWVTATDPLLEGDGSWRAMLTAVAGPSFTYAGSTWKAPAGNYRINRVAESISAASDAAGDFNRDGDTTDTWGILYDTVTHDIRVDTNQNFDFTDDAVMRPYKEKFDVGHFGTDNPATAVVERMPFVVEYREDVDLTPAGLPGQTADFVNIGVPESLHASHVAGIAAGNDLFGNKAFDGQAPGAKIVSSRACSWGGGCTAAALTTGMVDLVVNRGVDVINMSIGGLPANNDGNNARALLYNDLIKKYGVQMFISAGNSGPGVNTIGDPSVASDVVSVAASISKETWLSNYGSETRKKLQLFPFSSRGPREDGGFKPNIAAPGSAVSLSPTWEVVPGLTTVPYVLPPGYSMQNGTSMASPQAAGGAALLLSAAKQNKLTVSPASLRRALYTTADMIADEDVNEQGYGQMSVPDAWKLLTKKSPVKDYTSSAPVCTPLSGGFATPNVGTGYYNRCAAGAGGLKAGQSKVVNIKLTRTSGPAYPVLHKLSWIGDKRNFKSASTVVLPLNKTVTVPVIVTADEGLNTAILKVDDPATPVVDFEVLNTVIVGDDVKKPSFAKSYTGAVDRNSTTSFYVTVPEGAKALQVDLSGIAAGSQTRFIAINPWGVPVESTASTACYTNFSDAAVCKPEERSYENPIPGIWELEVESRRTSPTLRNGFDLTAKVQGVTLTPATVTLPSIQANVPAPVSFTVKNDFGPVTVTAQGGPLGSANRQRPSIADGASQEYTIVVPEGSSRLDVAIGKTSDASADLDLSLYLGDTLVGQSADGDSEESVSLANPAAGTYTAVVDGYAVPAGTTEYDYLDVYFSPALGSVSVPATPVKLANGASTTVSGTVTALSVPPAGRTLSGEVAIVTDEGAVVGRGPIIISAVTS >XP_026320625.1 ras-related protein Rab-2A [Hyposmocoma kahamanoa] MAYAYLFKYIIIGDTGVGKSCLLLQFTDKRFQPVHDLTIGVEFGARMITIDGKQIKLQIWDTAGQEAFRSITRSYYRGAAGALLVYDITRRDTFNHLTTWLEDARQHSNSNMVIMLIGNKSDLESRREVKKEEGEAFAREHGLVFMETSAKTAANVEEAFINTAKEIYEKIQEGVFDINNEANGIKIGPQHSTGGGAGGAAGAGAGGAAGGGCC >PWM57416.1 MAG: hypothetical protein DBX93_03030 [Oscillospiraceae bacterium] MKVKKLVLAALFAALAYCATLVIHIPSPIGGYLNLGDCIVLLAGWLLGPAYGAVAAGLGPALADLTLGYVAYVPGTFVIKALMAVVAYFAAKAVPGKSVVKSVVSGVLAEAVMVGGYFCFEATFLGLGLGAAAGVVSNLMQALAGIICAVLVKLILDQKNLWKW >MBU5353226.1 ATP-binding cassette domain-containing protein [Paenibacillus barcinonensis] MMALLEVEGLKIHFPIRGGLLKREIGSVKAVDDVSFSIEEGQTYGLVGESGSGKTTTGRAVIGLNHVTAGKILFNGKDLTRERRKDRQLQRDVQMIFQDPYSSLNPKKRVLDIIAEPLRNYERLTAAEEKRQVANLLEKVGLSPESIHKYPHEFSGGQRQRIGIARAIALKPKLIIADEPVSALDVSVQAQVLNFMQEIQKELNLTYLFISHDLGIIRHMCNQIGIMYKGRYVEQGTTDDIFENPQHIYTKRLIAAIPDMDPTKREEMNAFRQQIKSEYENSYRNFFDEEGLAYSLQSISDTHRVALPQKG >PLA74748.1 aspartate--tRNA ligase [Hydrogenovibrio sp. SC-1] MMRTHYCGQVTEKFENQSVTVSGWVHRRRDHGGVIFIDLRDREGLVQIVVNPDNAEMFEIAEKVRSEYVLKVSGSVCLRTAETINPKMATGKVEIVATGLEVLSSSDPIPFQLDDKHISEEVRLTYRYLDLRRDEMQKTLQTRYKVTRSMRRYLDDNGFMDIETPILTKSTPEGARDYLVPSRTHQNKFFALPQSPQLFKQLLMMSGFDRYYQITRCFRDEDLRADRQPEFTQLDIETSFMTEEEVMTMMEGLAKTIFLEGGDVDLGDEFPRMTYAEAIEKYGIDRPDLRIPLQLVDVADLLQDIEFKVFAAPAKDPMGRVAALRVPQGGKLSRKEIDDYTKFVSIYGAKGLAYIKVNDLSAGLDGLQSPIVKFFPDQALEIMQRVGAEDGDIVFFGADKAKVVNEALGALRCKLGEDLGMIEKEWAPVWVVDFPMFEMDEKTAKMTAIHHPFTQPKATTEEILNHDEPHQMLSRAYDLVINGIEVGGGSVRIHDTHMQAAVLKLLGISDEEAEDKFGFLLKALKYGCPPHAGMAFGLDRLVMIMAKRDSIRDVIAFPKTQSAACLLTDAPGSVDNAQLTDLALRFRKALSE >WP_208910104.1 chemotaxis protein CheW, partial [Acidovorax avenae] >AVS83300.1 chemotaxis protein CheW, partial [Acidovorax avenae subsp. avenae] SRRHQVAVVAHGGRRLGIGVDTIAGVLRVPPSAVTPLGGAQDGLFGHWVTTQESASRALPVLQVPALLERTPGVTPAVDPPAGAPGAAPAQAFAATRRHTLASLEGQVLAFDFADVPDILPMPPMRAFFAAGGPLRGLVPWRGCDVPVVDLQRLLGMERAAPDGAQAPSPGVSKPLLMVLQRGGRRIGVQADAVLGMETATPDATVPLGPGASLNPGCYAGAMRTSAHGIAAVLRVEGLLAHPVVAAFLDSRPAAAGTQAGPQAVRGGGARTTFLVYRAGGDCATPLAEVEEILDYATPTVQLDGAGGGMCGLVERKGRPLEVFCLRTLLGSAKAGPTAQSRVLVVRHGERLRGFLVDSLVSLVAADATAEIGQEACAPPGSARRPGSGLGRMLTVGKGADAVTCRKVDLRALMGQSFRDIP >XP_021874514.1 WD40-repeat-containing domain protein [Kockovaella imperatae] >ORX40835.1 WD40-repeat-containing domain protein [Kockovaella imperatae] MKPIILQGHERSLTQIVFNAEGDLLFSASKDVGVNVWFTSNGERLGTFNGHNGTVWTVAVDSQSRYLVTGSADNTMRLWDVQTGKCLKVWEFLTAVKRVAWSEDDSMILSITEQRQGQQSMLRIYSINREDPTNQSNTPINEINISTYGPKATVALFAPLSDVIITGHESGKIAKYDVKTGEEIQRTNESHFGEITDIQLSPDGTYFITSSKDKTAKLFDVETLDEMKGYVTETPLNSACIAPLRPYVILGGGQEAMNVTTTGQRAGKFEARFWHKLFEEEVGRVRGHFGPINTLAVHPQGKAYASGAEDGFVRVHWFDESYFRSRPFGDLEPEVEV >KAJ1619151.1 hypothetical protein T492DRAFT_1087907 [Pavlovales sp. CCMP2436] MHRRRACNVVYGCLDLVHHKPELPRTGDAHAALLSASSLDACVRPAFRRLPGSPRPHPNASRNLKLLRMRSGVLQ >MCB9544502.1 septal ring lytic transglycosylase RlpA family protein [Myxococcales bacterium] MSAEGASEVGQATWYGEELQGRRTASGEPFDLNLLTAAHKSLPFGTRVRVTHLKSGQSVEVRINDRNGGREVIDLSKAAAAKIGLVREGRAQVRLDVL >KDF42894.1 hypothetical protein AE42_03239 [Enterobacter kobei] MRRFSLSQRLTLLFILLMMLCATVACAVQLYTSTQYGNAMVQRLSGGLAQQIVQREPILDAQGRVDRSALKPLFDRLMTFNPSVELYVVSPDGDILADAAPPGHIQRQKIDLAPVQTFLSGTAIPVLGDDPRSQNKKVFSATPLRQDGELKGYLYIILQGEESNALADMAWHKALWSTVLWSLLWVALFGLLAGLLVWYWVTRPVKRLTEEVTGLEQDSISAIRLLAAEPPDVAANDEVARLRNSFIELARKITRQWDQLADSDRQRREFIANISHDLRTPLTSLLGYLETLSLKSTTLTPQEHQQYLATALRQGQKVRHLSQQLFELARLEHGGIKPQRERFAMGELISDVAQKFELTARTREVNLHIDVPGPLPLVNADVSMIERVVTNLLDNAMRHTPTGGEIRLAVWQENEQLQVEVADSGTGVDASLRDDLFQRPSALNTQASRENRGGLGLLIVKRMLELHGGGIRLMESVSGARFRFFVPL >WP_125188824.1 ferredoxin family protein [Streptomyces sp. RP5T] >RRR87096.1 ferredoxin family protein [Streptomyces sp. RP5T] MTYVIAEPCVDIKDRACVIECPVDCIYEGERTLYINPWECVDCHACEPVCPVEAVFHENDLPARWAQYRSVNAEYFRDAPGEGTGRAARAARADHPVVAALPPQHAVKNDLSGFAARKEETVDADPWFPW >MCL5028570.1 response regulator [Bacteroidota bacterium] MPLLIIAVILFIIADILIRYFSKKIREKQLRKDREAALNVSLNLDFTREAKTLKRVVIDNPKAKILCVDDEPVILDSFRKILVLDGYSVDTVEKGREALGLIQTHHYDFVFTDLKMPEMDGVEVTKSVKHLRPDIDVVIITGFATVETAVECMKFGAMDYVQKPFTEDELLDFVKKILIRRQDRIQKQLKPKVHITHLAESKHFMTYEFSIPGGVFISPNHCWASMEQDGAVKVGIDDFAKKLVGKIDSLELPNLGMNIKRNQPLFSIKQGTRSISFNSPVSGKITRINTLLKSNLEPLEMTPYESNWICEIDADDLDTEVADLKIGKSAVSFYQDDLDHLIELKKKSGTQESGSKVEDELYVGEFEKLDDAAWEKMVTEFFKR >MBE6835980.1 argininosuccinate synthase [Oscillospiraceae bacterium] MDKSKIKKVVLAYSGGLDTSIIIPWLKENYNNCEVIAVSGNVGQGTELDGLEEKAIKTGASKLYIEDLTKEFLEEYAFPCVQAGALYEDYPLGTACARPPIAKRIAEIAVAENADAICHGCTGKGNDQVRFELAIKALLPKMPIIAPWREWDIKSREEEIEYAEAHNIPLRINRETNYSKDKNIWHLSHEGLDLEDPANEPTYNKAGFLEMSVSPEMAPDKPTYVTIHFEKGIPTAVDGKEMGSVELVTLLNKLGGENGIGLLDIVENRLVGMKSRGVYETPGGTILYKAHAALETVCLDKETMHYKALVAQKLGELVYNAQWFTPLTKAILSFVKTTQETVTGDVKLKLYKGNIINSSITSPYSLYDEEIATFDEDDVYNQADSAGFIKLYGLPVEVYSKMKAKNNI >QQS09360.1 methylmalonyl-CoA mutase [Phycisphaerales bacterium] MTTSHSRPTLHTALPHGAPSSIDPHAVTISGLVLEPSYGPGTPNAGADIAEGLKNWKRDIPQPGAYPFARGLFPSGYRTRLWTMRQFAGFGSADDTNRRFKYLLEQAKGTHANTGLSTAFDLPTLMGRDSDDELSIGEVGRCGVAIDTIEDMHRLYADIPVDKVTVSQTINGPAAVIWAMYLAMAKQRGISWDTLGGTLQNDILKEFHSQNEFIYPPEASVKLVVDTIEFQSKHVPKWNSVSISGYHIREAGSSAHQELAFTLRDGMEYVEACLERGLDIDSFAPRLSFFFNSHNEFFEEICKLRAARRIWARVMRERYGAKSDRSWYMKTHVQTAGCSLTEQQPMNNIVRVAYQAMAAVLGGCQSLHTDSMDETLGLPTEQAVTVALRTQQILAHETGVTRVTDPLGGSWFVEQLTDTMEREALNLIHEIDSMGEYGDWKSPSTPPPAPPSLENHIAYAPRKTYGRSVVHGINRGYFRRSIAEASYRFSEECEAGDRLIVGVNAYTDPDEKRPIEILQISHDVETTQASRLADFKKRRDKEAVKRALDAIRAAAKNAENVMPTLVEGALANCTLGEMVQAMADIYGRYSGGPEW >WP_180196654.1 thiamine pyrophosphate-binding protein [Rhizobium sp. WYCCWR 11128] >NYT34839.1 thiamine pyrophosphate-binding protein [Rhizobium sp. WYCCWR 11128] MRNETLKRSGGQVLVDALRIHGVERVFGVPGESYLAALDALHDVEDAIEFIVCRQEGGAAYMAEAYGKMTGKPGICFVTRGPGATNASVGVHTAFQDSTPMILFIGQVARDQMEREAFQEIDYRRMFGQMAKWVVEIEDAARIPELISQAFHRAVNGRPGPVVVALPEDMLTDMVDVADTPPYKRVEGFAGPQQFEELLGLLSEAKRPMVVVGGGGWTQQAVANLKVFSEAFGLPVAASFRCQDLFDNTHENYAGDLGLAAGPKLIRHVKDCDLLISIGARLGEMTTGAYTLIDIPVPKQLLVHIHPGAEELGRVYHARLPINASVAGFLSQAAKLKPLAAPVWKDWTRTAHADYLENLDHPKVPGPVQMGDIMEWLRGHLKPDAILTTGAGNYSAWAHRFYQYRTFRTQLGPTNGSMGYGVPAAIAAKITDPARTVVAFAGDGCFLMNGQELATAMQYDARVIFLVINNGMYGTIRMHQEREYPGRVSGTRLTNPDFASLARSYGLHGETVEKTEDFAGAFERCELSGKPGLIEIRIDPEALTPKMSLTQIRDQAIAQGK >WP_162782234.1 ATP-binding protein [Arenimonas caeni] MRKKRARIEESVVEDPMAVGLPEVVRAWILRTLIKLGARRRVVDPDEMGAIVILEALGLDTLPGDSPAKPLALLSKLRAMAARYPDDISGMPLPSQLAINIDRVGDLLGLTRVERLLLAFAVLVQTEPVLGETLDLLGSLATSRIPRALAVILCVPEPEVREALAARGTLCRTGLLTVDRENTTYLQHKVDVLSGGFAERMTTLDADPVDLLRDKVFPSQAPTLGRPDFPHVDELAGLARDHLANALETRRLGTNLLVHGVPGVGKTEFARMLAAELGVELFEISSEDEDGDPIDGDRRLRAYRAAQGFFANRRLLFLFDEAEDVFLGDGGFFMSRSSAQRRKAWMNRMLESNPTPTIWVTNRVDCLDPAFVRRFDVVVELPNPPQSRREEIIRRTIEEPIEDSLVGRLAGSQQLTPAIVHRAASVVAACNSETSTTERSRAMELLVDATLRAQGHAGLTNGSTPELPEHYDTRYINADEDLGALSGQLGPNSSARILLHGPPGTGKTAYAHWLARKLAAPIIVRRASDLLSMYVGQTEQNIAESFAQAARESAVLLIDEVDGFLNDRRQSRFSWETTLVNEMLTQMESFPGIFIASTNLDGALDPASWRRFDLKVGFQHLRPEQAWALFQRACESAGFATAEPELESLVRGLSRLSAGDLHAVLRRNRIAPLRDARALYAQLLKEQSYKGPCERKMGFI >OWK14769.1 hypothetical protein Celaphus_00001092 [Cervus elaphus hippelaphus] MISAPDVVAFTKEDEYEEEPYNEPALPEEYSVPLFPFASQGANPWSKLSGAKFSRDFILISEFSEQVGPQPLLTIPNDTKVFGTFDLNYFSLRIMSVDYQASFVGHPPGSAYPKLNFVEDSKVVLGDSKEGAFAYVHHLTLYDLEARGFVRPFCMAYISADQHKIMQQFQELSAEFSKASECLKTGNRKAFAGELEKKLKDLDYTRTVLHTETEIQKKANDKGFYSSQAIEKANELASVEKSIIEHQDLLRQIRSYPHRKLRGSNLCPRESEHTQDLPSQAASTSDLEESADTDHYACRPSYTPKLIKAKSTKCFDKKLKTLEELCDTEYFTQTLAQLRHVEHMFRGDLCYLLTSQIDRALLKQQHITSFLFEDLVEVGDRPVEKQQSTVSKPHLYGPPSEFPEDCLVPQVLISVGSYKSSVESVLIKMEQDLGDEASREAAVTESSSFDPQENLDYLEMDMKGSVSSGESIEVLGTEKPTSVLSKSESQSSLTVPLSPQVVRSKAVSHRTISGDSIEVLSTCPSEALIPDDFKASYPSAINEEESYAEGGQGAILFQAGISPLELGEAEEGSSGLASLQTDASCCIGREAGALLVPLSTPGHTVSDEDGVVSVPPQRYRQKDQGFQVDFSVENASPSRDNSCEGFPAYELDPSHLLTSRDGSKTSLDDHSDATSYGSSIASTSSDRTPSSVPPAGPFSERHKKRAGQNALKFIRQYPFAHPAIYSLLSGRTLVVLGEEEAMVRKLVTALSIFVPGYGRHGKPVKHWLSSPLHITDFQKWKLIGLQRVASPASAGALHALSRYSRYTSILDLDRKTLRCPLYRGTLVPRLADHRTHIRRGSTYFLHVQSMLAQLCAKAFLYTFCHHLHLPAHGSEAPELASSRQASFLQLTLGLVHEDVKVVRYLAELLRLHYTQELRGTSQPALRFDYVPSFLYKI >AWS34156.1 cytochrome c oxidase subunit I, partial [Macroplea appendiculata] >AWS34159.1 cytochrome c oxidase subunit I, partial [Macroplea appendiculata] TLYFIFGAWSMMMGTSLSILIRSELSTPGSLIENDQIYNVIVTAHAFIMIFFMVMPIMIGGFGNWLIPLMLGAPDMAFPRMNNMSFWLLPPAITFLMMSSITENGAGTGWTVYPPLSSNIAHSGTSVDLAIFSLHLAGISSILGAINFISTILNMRPIGMKMDKMPLFVWAVMITAILLLLSLPVLAGAITMLLTDRNINTTFFDPMGGGDPILYQHLF >WP_013572974.1 tetratricopeptide repeat protein [Granulicella tundricola] >ADW71064.1 TPR repeat-containing protein [Granulicella tundricola MP5ACTX9] MTRPARILAAAAIIVAITIVCPILTTASSSLGWASSKARPSSSIAEQIKPLTVQASESLPPLTNPDLVCATCHQAIYARYEQTPMAQGSGPADTNLIPGAFRHTPSNIDYRIFLRDSTPYMSFSRDGNPPLSGERKLLYFIGSGRRGRTYLYRSDTQWFELPINSYTRRNTWDMAPAFDAVTSMPAVLPTDPNCLHCHATDVQPSLPTARNRFAAEPFRQGGIGCSACHGDPTAHLAQSGHGPILNPNKLSPAKRDSACIQCHLEGDAVVYKPGRSLAQFRPGEDLAATAVYFIRASHQAGAAPNQAGAAPNQSGAARATSQYEALLRSACKRATGDRLTCTTCHDPHSTPAPAERVQFFRARCLACHTSPKLAATHHPEQPDCALCHMPTRPTTDISHEQLTDHDIESRPTHLQTLAASSDLDKLVTVGGVPATEAEYGMAYAQLAAHGNAAYAREALRLLTHAASLQPDQAPLAPEAEVQLAYLRQRDGHPTQARANYINVLRQLPYEPTALANLGVLDASTSNLAESLRLLNRLIDADPSHTAAGLNLAFIDCSIGRKQDAQAILKRLADINPDDPQLRIFQTQGTYAGQHCALTIP >WP_074791539.1 hypothetical protein [Pseudobutyrivibrio ruminis] >SEK85257.1 hypothetical protein SAMN02910377_02016 [Pseudobutyrivibrio ruminis] MINNYQEDKHSYKGKILEGIILGKIGKVFIAIWICISVVLIVDLFNKREHCVAEALIFMLYVAVFLRAYVLAHRMSAKYSFEKTIYTISMTENSINQEVRNEKNEVISSKTFEKKDYKYTRRGIKYLFVFFSNNEVCILKKNGFKEGTEAEFLTELNNNYTRETKIRDNTFESLKTCLIIGIVLGILISVMLIKFGGIDASPLLICVKMIFASTVFTLWLKYAIGSYIKWFNRQKIIMRVLSIVFYPISFGAFMFWGFIELILSVLRTIA >MCQ2059483.1 dUTP diphosphatase [Bacteroidaceae bacterium] MEVKIINRSKHDLPQYATALSAGVDLRANIDTPIVLKPLQRVLVPTGLFIALPAGFEAQVRPRSGLALKKGVTVLNTPGTIDADYRGEIGVIMVNLSDADFVIEDGERIAQMVIARYEQVDWKQVDSLDQTERGAGGFGHSGV >WP_063302373.1 NAD(P)-dependent oxidoreductase [Pseudovibrio sp. W64] >KZK91817.1 Glucose 1-dehydrogenase 4 [Pseudovibrio sp. W64] MGSLKGKTLFITGASRGIGLAIGKRAAQDGANIVIAAKTAEPHPKLEGTIYTAAKEIEDAGGQALPLVVDVRSEESVENAMKAAAEKFGGIDIVVNNASAINLTPVQKIDMKRFDLMHQINTRGTLLCSKLAIPYLKEAENPHIMMLSPPLDMQEKWFKNHTPYSIAKYGMSLVVLGLAGELRSKKIAVNALWPRTTIATAAVQNLLGGDMMVQASRTPDILADAAHLIFTKPAADTTGNFFIDDTLLAENGMTDFDKYRVNPKVNLQPDFFVPGDSVAPVSLAAIET >MBA3725210.1 PepSY domain-containing protein [Armatimonadota bacterium] MYHFIRTGHRWVGIIAALFLATIAVTGFLLATKDTFGWVKPPTHALADVVSLDRAASAAFALNIPELKTRWARTRSREGGRFWSRAAIGWKRSAPVHRLPNQRKISTKLTRLQSERIASARLPNGTVWRS >OGH18708.1 hypothetical protein A2770_02860 [Candidatus Levybacteria bacterium RIFCSPHIGHO2_01_FULL_38_12] >OGH22758.1 hypothetical protein A3F31_00565 [Candidatus Levybacteria bacterium RIFCSPHIGHO2_12_FULL_38_12] >OGH45011.1 hypothetical protein A3J14_04000 [Candidatus Levybacteria bacterium RIFCSPLOWO2_02_FULL_37_18] MEKEKNFIDKYYLIITAFGFFIFLFHISAKVVPTEISVKFGSYLFFVLFLAFSGLYVYLKDRENILLKYRALLVLSSFLLVGYVIIDFFAPVIFNYKVVQYVYACPNIYTSKCYHVKADMEEDSESDVGYYTRWVESIYFENGGKLTFDYCKDDTTVSNRFICWEESGESWTIDLAEEKKVPR >KAI9022896.1 hypothetical protein CLU79DRAFT_701956 [Phycomyces nitens] MEIGVVEIKPFNTPAEKVEEDRVRLAEISKKMLHKRILAAKSEKELVTFAIMISVIPSGGGMKHANKYTFQLVKKSILPTFPSTFSNISLSLESLTHFKVRKEI >MBO0657491.1 hypothetical protein [Streptomyces triculaminicus] >QSY52749.1 hypothetical protein J3S04_31380 [Streptomyces griseocarneus] MTEHLGALPERTLSSSATVMTGPELTHRIWRTPTHALILGQTADNGPYGYLTHLQLSCTPLGCGPDLPSADDEDGLVDWINAHIDW >XP_004647050.1 SH3 and cysteine-rich domain-containing protein 3 isoform X1 [Octodon degus] >XP_023563091.1 SH3 and cysteine-rich domain-containing protein 3 isoform X1 [Octodon degus] >XP_023563092.1 SH3 and cysteine-rich domain-containing protein 3 isoform X1 [Octodon degus] MTEKKILESPKPSLPAEIPQSGLQRLKQLFRKGSPETKEMELSPEPQANGEAVGPGGGPIYYIYEEEEEEEEEEEEPPPEPPKLVNDKPHKFKDHFFKKPKFCDVCARMIVLNNKFGLRCKNCKTNIHEHCQSYVEMQRCFGKIPPGFHRAYSSPLYSNQQYACVKDLSAANRNDPVFETLRTGVIMANKERKKGQADKKNPLAAMMEEEPDSAKPEEGKAQDGNSEGNKKAEKKTPDDKHKQPGFQQSHYFVALYRFKALEKDDLDFPPGEKITVIDDSNEEWWRGKIGEKVGFFPPNFIIRVRAGERVHRVTRSFVGNREIGQITLKKDQIVVQKGDEAGGYVKVYTGRKVGLFPTDFLEEI >MCI93591.1 hypothetical protein [Trifolium medium] EQEVILSDSDGTDDDWREFLKTYKPHESHSYASSPDEDDGTVTVGSRGRVFKPSSEVGSKPKSLH >XP_049153370.1 subtilisin-like protein [Daldinia loculata] >KAI1641636.1 subtilisin-like protein [Daldinia loculata] MRTAAFFALLPLAFAAPAKRSAPAPLIKPRGSQLIEGKYIVKLYENAAITALDETMGTFQGDADHVYNVEGFKGFASSLTADHLEQLQNHPDVEFIEQDAVMSINAYVTQSSAPWGIARLSHKTGSSSSYVYDSSAGADTCAYVIDTGIYTTHSEFEGRATFLANYADSSNSDGNGHGTHVAGTIGSKTYGVAKKTKLYAVKVLDSSGSGSTSGVIAGMNYVTSDVKTRSCPAGAVANMSLGGGTSSSINSAAKAMINAGVFLAVAAGNDNQNAANSSPASEPSVCTVGATTSSDARASYSNYGSVVDIFAPGSSILSTWNNGNTNTISGTSMATPHITGLGAYLLALEGTKSPQELCSYIASIASSGILSSIPSGTVNKLAYNGAPS >HBL3458524.1 fibronectin-binding protein EfbA [Enterococcus faecium] MSFDGVFTHAMVNELRETLLSGRISKIHQPYENEIVLVIRSRGKNHRLLLSAHPSYARVQITQIDYQNPDNPPNFVMMLRKYLDGAILEDIEQIENDRVIHFHFAKRNELGDLQNIILIVELMGRHSTIVLVNRETGKILDAIKHIGSSQNTYRSLLPGVEYVAPPKQEVLNPFSSEKEKIFQRLSQTELDPKAIQRQFQGIGFDIAQELTKRLLERPNEKMVVWDEFFSAISHQPIPTFYETENKDFFTPIAYQVLSEQASAVTAYPTLSQLLDSYYHEKAEKDRAKQQGGELIRKIENELKRNKNKLKKREQTLKESENAENYRRNGELLTTFLTQVPRGAKEVVLPNYYEEDRPIKIALDPALTPNQNAQKYFHRYQKLKNAVKLIGEQIQEAKDEIQYLESVLSQLEIAGPMDIEAIKEELTSEGYLKKKNLKKKKRKKPSQPDQYFSSDGTLILVGKNNLQNDQLTMKTAKKTDYWLHAKNIPGSHVIIKSDKPSDETITEAAELAAYFSKYRYSAQVPVDLVQVKHIRKPNGAKPGYVIYENQKTIIVTPEEEKITAMKQNR >NLR72952.1 ribonuclease III [Novosphingobium sp. ERN07] MGPDRRHVLSALPAESLTFLTELTGSAPARADLWAEALTHGSMGQARDYQRLEFLGDRVLGLVIADWLHEKSDAAEGKLSQRLNALVSRETCADVARTIALPPHIRLGKQARDDGGAQSDNILGDVMEALIGALFVERGFEAARMFVRKLWDKPMASGTGQRKHPKAALQEWAAGNRRKPPVYTMVAREGPDHAARFTVSVEVKGVGEASATGSSKQEAETAAATAFMQAYG >RLB75920.1 hypothetical protein DRH15_13335 [Deltaproteobacteria bacterium] MLIDDWQICPIFRSVLGAGAPRWAVPGGTQKRPFLTRDIRLMRRGVSKLGRADHLNIDMAPTSASIPALISTLTFPALEVEH >MCH8293010.1 Gfo/Idh/MocA family oxidoreductase [Candidatus Poribacteria bacterium] MMIDIIMVGAGGIAKAHASSLLKIAEANIVGVVDLNREKAEAMANTVGASVYDRLEDCVDSVDVVYILTPPSTHRELALKAIDAGKHVVCEKPIAISVADASAMVQAAKQANVKLMIAFNQRFRKGFKRLKTWVDEGRSGVLVNMWSQRMGMGIPRGYNWRTDPQLMCGMSIESLSHDIDLIRWVAGEIVDVRANIVISNPDLEGFDDNAHVVFTLANGGTAVIHASWSSHLGMNSRGVIGTHGTAVVDGPGLWDSQNFRWKTSDMEHERVEVINDSFANSGSYETENRYFIDCLVNERQPTITGIDGLAALKVSHAILDSHHKKEVVTIK >TFV53637.1 acyl-CoA carboxylase subunit epsilon [Blastococcus sp. TF02A_35] MRPLLRVVKGEPSAEELAALTVVVAALSQRRSRRRPTPVGAWASYADAHRRPAQAGPGGWRAAGRFAQ >KAI9597310.1 UPF0414 transmembrane protein C20orf30 [Syncephalis fuscata] MFPKRSKRSKRSQRESLRYLRLHEEASAFSREQFIKPPSPVPWKSIALATVLFLFGSAGVIIGALIVSHIIETDDWKASGLPILILGSLIFIPGFYHVRLAFYAWKGYKGYDFDQIPDLE >MCF8709434.1 enoyl-CoA hydratase [Rhizorhapis sp. SPR117] MVTQSANIGTMGDFETITVEMGPGYATIFLDRADAMNALSFPLRSEFSAAIRAADADETVKAIIVTGRGERAFSAGMDLKELASQGAGSVFDYEPKDDPSVALHTCRTPLIAAVNGAAVTGGFELALGCDILIASTKARFADTHVRVGILPGWGLTVRLQQLVGPSRAKEISLTGNFIDAQTALEWGLVNRVTAPEDLLAEAQRIARDIASCDAGTVQFNKETIDGAIGLSLDEAYARERRRSEEWVAAAAPLDMEAQRANVMARGRQQGG >QGP90243.1 SpoIID/LytB domain-containing protein [Gordonia sp. 135] MTWAAAGLAPALLAGGLVAASSTESTPGVELSVGSTVTLIGHGHGHGRGMGQWGAYGYARKGWSAQQILRHFYGGTTAGKVDRPEIIVALTGQSSVNVHADAGMRVGGQTVAPGQAVSLSGGTAAIRSGCGGNVLRSVPATFVEPLSMAPNRPAAEFLKFCGSEKAYRGALGLEGGRVVNRIHIDDYVKGVIPRESLPAWADSGGAAALQAQAVAARTYALAAIAGGKKIDDTQNSQVYGGVSGEDRRTNVAADATAGQILLQNGQPAFTEFSASTGGFSAGGRFPAVPDEGDTVSPNHNWTVTVSAGTIGSAFGVGALRSFEVVEANGLGAEHGRAVKVRAVGSGGTSEVSGEEARTKLKLKSSWFTVQGQPAPRIVKPPTGPSGPSLGLDFGSFGQFVDQIIPGGAKFLEIAASAMDGKFADLGGLSGPLGEAMGLPSLTPDAAGVTQVYEKGMMFFTPATGPRVLVGKSLEQFQERGGIPALGFPKDDGLG >MBE42757.1 hypothetical protein [Chloroflexota bacterium] MTTANQGDIYKELGATPIINAXGSVTMLGGSTPIPEVTXAMERAGESYIPLMELEEKAGEFVADMIDVPAAYITSGAGSALTLAAAAVMAGDDDDLIQRLPDTAGMKNEILIQKRQRYWYDRCLEASGAKLVDFGSXEETTREDLINSITVNTAAVHFYMVEQEPDSKALSXEETIEIAHDNGIPVLVDAAGQIYPLDLFGKYVRMGADFQCIAAKYMGASQSTGLALGTEEMIRKISKQSFVGYEGRRIRGIGRPHKVDXQEMVGVVAAVRHWMTINHEERLASIEERSGMIIDILGGIEGVEVSMIDNIMGHQPFGVQLQVDEKITGVSLQSIVDKLKAGDPPIWTRVRENENFIAIHIFGLKEGQEEIVGSRIAELLR >QXR94354.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QYI90368.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QYV64658.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QYW18922.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QZD25172.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFKPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVLSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATQYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEFVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKILATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >EFG8800866.1 RusA family crossover junction endodeoxyribonuclease [Escherichia coli] >HAL9386392.1 RusA family crossover junction endodeoxyribonuclease [Escherichia coli] GRLAIKIIAEPPDKRRRDLDNILKAPLDALTHAGLLIDDEQFDEINIVRGQLVSGGRLGVKIYKIESE >WP_233987432.1 MULTISPECIES: D-alanyl-D-alanine-carboxypeptidase/endopeptidase AmpH [Pantoea] >UIL53463.1 D-alanyl-D-alanine-carboxypeptidase/endopeptidase AmpH [Pantoea agglomerans] MRTSYLLALMVSLLPLKSMAQVAPDPLLASQIVDRYAEHIFYGSGATGMALVAIDGNQRVFASFGETRPGNNVRPQKDSLIRIASLSKLMTSEVMVKLAERGQIRLDDPLSKYAPPGARVPSFNGQPIRLINLSTHTSGLPREQPGGKPHRPVFVWPTRGERWDWLSRAQLKAAPGSNAAYSNLGYDLLSDALARAAGTPYPALFQQLITRPLGMKDTTFTPSPEQCGRLMVAEKGASPCNNTLAAIGSGGVYSTPDDMGRWMQQFLNSSVNHRTPQIDRLQTLIYRRDQLHKVEGMDVPGKADALGMGWVYMGPKEGRPGIIQKTGGGGGFITYMAMVPQHNVGVFVVVTRSPLTRFTPMSDGVNNMLAELVGNQLGSPMMVQAIR >KAJ3193491.1 hypothetical protein HK101_004736 [Irineochytrium annulatum] MVGALGGAVAAATGTAGGSQPVPESEEMTESNFTIADGDDGDEDEDTDHSGAIASPEPRRLSLRSLEELEEGRANPEVQVDEDERLPGVSDLVVALTIDDSPSIFSGEVLDILKELDCQATFFIIGDHAENLPDGEGDLILKRMVQEGHELGNHTWYDRPTIRLPTAIFEEELLKMDALIDRYSNMVDTSPSLVSAPSLPSPFASTSLSSTNPTTSTQAPNSNLITDASTTYNEPLPPRPTTSTELARKKRLKWFRPGQGWFSHEMCDLVERYGYKTVLGCRFPLDTASPDPKLNAWHVLSGIHPGAIVVLHDARERIKETLRILLPNLKRKGYRVVTISTLWMIAESGLVSGGHHAGSPGCGVVPHGTPLPASLRAMGRSMSVPPSGFTTPRSPLAQEDIEMGELTTGLPDTAILEVETE >WP_259770126.1 OPT family oligopeptide transporter [Latilactobacillus curvatus] >MCS8616509.1 OPT family oligopeptide transporter [Latilactobacillus curvatus] MQKKLSKSAYGGVSGEKYVPYVNQGDKKVGNLAILIMGSILAIIFAASTAYSGMKAGLTVAAGIPGSIIGSGLVGAFAKSKGILGKNIMQGMSSGGESIASGMIYVLPAIILIGGHINFIQGIIVGVLAILFSMGTASLVHNYLMVEEHGKLVYPEAMAISETLVASDTGGDSLKYMGVGFGIGGVITMLTSSVFGVVNNMISYVGSSFYKWKLDVEVNPLLAGIGFIVGLEVSLTMFAGAILSNFAIAPLIGYFTDMAGNSAHVWNNTSLAVNQMAVNDLSSSYVKYIGAGMMLCGGLIGAIKLIPTIVTSIKKTLAAKNVAGEEKNTLGMIAIVVGGVGIFVIGIIIAQNFLMGIVGALLAAILSLLFVIVSARVAGTIGCSNLPVSGMTIASLVIMTVVFVLFGWTDNNHTQILLMFGTFVVTAVAVGGGYMQSQKVTYVIGGSKSEMMKYFMIAGIVGVIVTVGTISILSPQFVTDSATPAFGLPQANLIATLTSGIMTGKLPWIMIIVGVVMALAFYFLDLPIMTVAIGFYLPISTTSIILIGALIKVFIEKATRDEAIKNNRVQSGISLSSGLIAGGSIIGLIGIILHVTGVLKDRVITGFANTNAMGIILLVVMVVSITVPLMMIHKGGATEDGTTESGD >XP_049406314.1 uncharacterized protein LOC125869978 [Solanum stenotomum] MRDILAITNEFNESLQKKEQDIANDILLVKVVKKRVQDLRNEGCDSLIENVSAFCVKYDISIPNFDEFYVNFERSRRKVDEYTISHHYRMKVFFKIIDWQLQELNDRFNEVRTYLLIGVARLNPVDSFSSFNIKNILRMTELYPDDFAKNVMVTLRNQLAYIVDVCDVDKRFSNLKGLGDISEMLVKVKKHLNYPLVFRLIKFVLLLPIATATVERAFSAMKLIKSEL >WP_200478262.1 L,D-transpeptidase [Azospirillum brasilense] >MBK3734522.1 L,D-transpeptidase family protein [Azospirillum brasilense] MQRTATFLWHLVPTATLAIALALVSPGHLRAQDGATSAATTPARQIVISLTERRLHLLEDGRPPRSFPVAIGRPGVAIPLGDSRVLRKRRDPTWHPTANQRRENPALPASVPPGPSNPLGRFALDLGWTAIAIHGTNAPDSVGRRASGGCFRMLPADIATLFEAVPVGTPVRVVSGVVSQVVSGAASGPAILPPPQPAVAVAAAPSPPPIPLPPVAPPLPILPDPRCATAGAPLRRMICTVPDLAALDGRARGLQQRRLAALPAERRDAAAYALLQEERRFDDRITALCWVRRGMEADPVVAAAAKACLGDALSARLEEAKRR >WP_112308968.1 DUF1127 domain-containing protein [Pseudogemmobacter bohemicus] MTWQSAPARPASLPQLDRLPPVSRLLVMAGLALASWQNRKRSRLSLSRLDDRLLSDIGLPASARDSEIAKPFWRE >WP_051963813.1 carboxymuconolactone decarboxylase family protein [Deinococcus misasensis] MSSRDTIWGTHKEAIEERLKAFHPDLEKYIASFAYETVYDRPGLDLKTKELLAIVMLVSLGNPQELKTHFRGVVAAGGTLQDIEEALLFAIPYLGFPRVIGAFEVLRSMKGFASSEP >GIR09622.1 C4-dicarboxylate ABC transporter [Alphaproteobacteria bacterium] MIFTQEIMIISMLLTMFLFLLTGYPVAFTIAGVPLLFALFGQLIGIFDMSYVAALPNRIYGIMTNDLLISVPLFVFMGVMLQKSKIAEELLESMAILMSNVRSGLTISVTLVGALLAASTGIVGATVVTMGLLSLPTMLKKGYSPSLSTGTICAAGTLGQIIPPSIVLILLSDQISASYQQAQLELGNFSPESVSVTDLFVGALIPGICLVFLYILWQLINSYLNPKSIPIKKKVINKGEVFTIYKKVFKALLPPLILIIAVLGSILGGLATPTESAGVGAIGAILLAYLKKQLNFNVMKEVVQSTAKTTSMVFIILVGAALFSLVFRGYGGDEIVAHFLTNLSGGVVTSIIITMVAIFLLGFFLEVFEIIYVVVPIIGPAILMMGVDPLWFAIMIAINLQTSFLTPPFGFALFYLRGVAPKHVLTTQIYKGAIPFVFIQLLMLIILWFYPELATFLPKLIYN >WP_216207121.1 hypothetical protein [Amycolatopsis aidingensis] MALMVGAGRKWDLLLVVANDRYGAERFDTVRRLIEATLRSGHSVQVWACGVANTLTATTAAPDESGDDCRQSGQRPAADLISELVAEYPDRFSWVACQSCSDECGCAEHIPGVLTEPGFANFGEFVDGAVKTVYIGGS >GBD99233.1 putative signal peptide peptidase SppA [bacterium BMS3Abin07] >GBE33234.1 putative signal peptide peptidase SppA [bacterium BMS3Bbin05] >HDO21687.1 signal peptide peptidase SppA [Nitrospirota bacterium] >HDZ88777.1 signal peptide peptidase SppA [Nitrospirota bacterium] MKKTCLVVTVLLVLLLTISGIMTLVGKDSISFNGKSIGLVRIEGPIIQSEEIMKEIRKYASDNSIKAILIRVNSPGGVVAPSQEIYEEVTKAVKKKPVVVSMGALAASGAYYISAPATKIVANPGTLTASIGVIMEFPNLSGLMQKIGIKTEVIKSGKHKDIASAFRGVGKEERQILQNILDNVHEQFIRAVAEGRKMDISKVRKIADGRVVTGQQALGLGLVDELGNFEDAKMIAAHLAGIKGEPRIVEKKVKKSILSLLNSSIAGNIGKVLPAIGLKYIFSL >MBA3038663.1 transposase [Rhizobiaceae bacterium] MESTLEVLTTRRSRREAHRQWPDEVKARIVSESLRPGATVNEVAGRYGLKANHLSSWRTLARQGKLLLPAPEDAVEFAAMVIKTPAPKQPTVKAAPRAEIVVGPVTIRLEEGASAARIAAIARALAAAT >WP_280949002.1 DNA polymerase III subunit gamma/tau [Bartonella koehlerae] MMKDMPVETTYRVLARKYRPQNFSDLIGQEVMVRTLTNAFETGHIAQAWMLTGIRGVGKTTTARILARALNYKTKDIDQPTTLLNTLGEHCTQIIEGRHIDVIEMDAASHTGIDDIREIIEQICYRPVSARYKVYIIDEVHMLSTQAFNGLLKTLEEPPPHVKFIFATTEIHKVPITILSRCQRFDLRRIESAALSAHLRQIAQHENVEVEDQALSMIARAAEGSARDALSIFDQAIAHSKGKISAVAIRAMLGLADQTRIIDLFEFIMKGNVVNALHELRSQYDAGADPLAILTELADFNHLVTRLHFTPEIVEDLSLTEDERLRSLDFSKKLSVPVLSRNWQMLLKGLREVNQTARPLQAAEMLLIRLAHVTDLPTLDEALKKLTQEKVPLTIVSNSAHQESANANNTTKIEATNACPSSQVANTSSHQPDCKTSLENQLDCSLQSESSLSVQNLESSHPSKVTEILETSQSVAPPQNIANLPYLSTHTPKQTTETKAIVIDSLHDIVKLAEQYNEIPFKLLVTEFVHPVSFEPGHIILRISENAPHSLKRDIKKMLYQWTEKRWTITFVNEGGGPTLQEESMATQKTLFSNAKADPDIAKILDHFPEAKIVDIRLNKQENDLDLLLNTFKNADTFKNESDINDE >XP_010267139.1 PREDICTED: auxin-responsive protein IAA18-like isoform X2 [Nelumbo nucifera] >DAD48877.1 TPA_asm: hypothetical protein HUJ06_018814 [Nelumbo nucifera] MEGYPRNGEVCPQLLDLIPDEREWVARRDEGNYGVSDDKKLELRLGLPGVDWFTKESNRSNGNEREESLLSLGCFSSIISMTPNDSNNSSSGSNTSNNNVSHVAKRGFLDTVEEKAEETWGGNKGNPSEKLSFSEKSAGGLFSSPWSSGSSPTPSNLAFQMNTQQQQQQQQLKPSFLQLPIPQGLPVMTKESPQACSTKVAELQNPEMKACSPASANTAVPNSSQKRIAPSPVVGWPPVRSFRKNLANSSSSKPPPPETHKVLPAEVTTGKPRDSKNLFVKINMDGVPIGRKVDLKAYDSYEKLSSAVDELFRGLLAAQRDSSVVGNKNKTEEEKAITGLLDGSGEYTLVYEDNEGDRMLVGDVPWHMFVSTVKRLRVLKSSELPALHIGSTVRGKTPLIGSTGVR >XP_020321477.1 serine/threonine-protein kinase MARK2-like isoform X3 [Oncorhynchus kisutch] MSTRTVTRTALLTIEHSSNQSPSESKAGGRANMPRCRNSVPTIADEQPHIGNYRLLKTIGKGNFAKVKLARHVLTGKEVAVKIIDKTQLNSSSLQKLFREVRIMKLLNHPNIVKLFEVIETEKTLYLIMEYASGGEVFDYLVAHGRMKEKEARAKFRQIVSAVQYCHQKCIVHRDLKAENLLLDADMNIKIADFGFSNEFTMGNKLDTFCGSPPYAAPELFQGKKYDGPEVDVWSLGVILYTLVSGSLPFDGQNLKELRERVLRGKYRIPFYMSTDCENLLKKFLILNPTKRGSLEQIMKDRWMNVGHEEEELKPFIEPQPDYKDPKRTDIMLQMGYSAEEIQDSLVNQKYNEVMATYLLLDYRNTEMDECISLSMKSRPGSDLTNSNAQSPSHKVQRSTSSNLKPRRATDAGSSASKRSQGDNKQTAEDYGRKGSGTGNSTKVPPSPLATADRKRSTPTPSTNSILSTGTSRSRNSPVPERATLGVQNGKDSLTTPGSRASTASAAAVLSSSHPRHHKSLSTSAHPSPPDIHAHRPSTAPQRVPVASPSAHNIGSSTVTDRSNFPRNVTSRSTFSAGQQRAARDQHTSTYNGPPSSPSLSYGNSQARRAGGTGIFRKFTSKFVRRNLTFRFPRSPYEGEGRDEASRPMLTTTEKLEKVTLGSVGDENKDFLSSTSTVPSTPTSSLTSKDHKPRSLRFTWSMKTTSSMEPNEMMKEIRKVLDSNSCEYELRERYMLLCVSGNPACDDFVQWEMEVCKLPRLSLNGVRFKRISGTSIAFKNIASKVANELKL >MBO4748034.1 ABC transporter permease [Clostridiales bacterium] >MBR4818914.1 ABC transporter permease [Clostridiales bacterium] MQLYKNFFKLLKANKVSVIIATIIMVVYGVAMIFAAPSIVDKNEDTATEKSVDYKNLGVLFRDNDNSELSKGVRTLIEKYGSVEDTTASEERINDILYFSISDYYIEVPEGFQAKIEAGEDVSLEYQSHSQVSGKTFSFVNDIDSFVNTYKSYRAMGMDDQASVEKALETTVSEVTFGVVTEKKEAQHSSAKEYAVYMILMYFCFICLWLLGMSIASVIISANKKEVSMRIDAAPVKPTEKTWSQMFGLLTCAVCIVIVYTIFSYIYAGSSDMMRKYGWVVVLNLITTTFYISGFTLMISCFRLNAGTLSLICNSVGLSMSFLCGVFVPFYFLSSGVQTFAHFLPFFWSAKVFNTVYSGSGMNYTFSAGSILASFGVQILFGLAFIMISVVIKKVQQGKSV >MCB1383119.1 TetR/AcrR family transcriptional regulator [Notoacmeibacter sp.] >MCC0033490.1 TetR/AcrR family transcriptional regulator [Brucellaceae bacterium] MVEKSDKMNRDGWIAAALAAMAEGGVEKVRVEPLAKSLGVTKGSFYWHFADRGALLEALLERWIEMQTGSVIEDVEGRGGSAADILANVIGHIVKMDVGLEVGLRNWAATDARVRAIIEQVDARRIAHLASILERAGIPGPAAQQRARFLYCAFIGEVAFGRPIPPEERPTASKAVRDMLLRWP >MCB1703688.1 thioredoxin TrxC [Halioglobus sp.] MTDTCHIVCPDCAAINRLPLARLESSPACGRCRAPLFSGKPLELGEQNFQRHLERNDIPLLVDFWAQWCGPCKMMAPAFEQAAAALEPRVRLAKVNTEEARSVAGRFHIRSIPTLILFRGGREVARQAGAMGASDIVRWAQGQL >WP_039286629.1 MULTISPECIES: AbrB/MazE/SpoVT family DNA-binding domain-containing protein [Novosphingobium] >KHK90372.1 AbrB family transcriptional regulator [Novosphingobium malaysiense] >CDO36472.1 Transcriptional regulator, AbrB family [Novosphingobium sp. KN65.2] >BBA74052.1 AbrB family transcriptional regulator [Novosphingobium sp. PY1] >GFM31289.1 AbrB family transcriptional regulator [Novosphingobium sp. PY1] >GGN59146.1 hypothetical protein GCM10011349_39350 [Novosphingobium indicum] MTIQISITPSGRLSLPADIRKRLGLAGGGSLIVEETPDGVILRTVAQSVAHARALARKYTADRPDASVDAFLANRREDSGA >CAF1139697.1 unnamed protein product [Adineta steineri] >CAF3689532.1 unnamed protein product [Adineta steineri] MSTSRNILRTLQDLITLGQKSEKFNRIFDGIRVVSSRKPGHIQCELDIEERHLNRNDTLHGGMISSLTDSVSTLALETIERKPLKSASIELSVSFLKAAKKGETILIDAETVKLGRTLAFLSVEFRNKQNNELLATGKHTKYVS >CEG83499.1 hypothetical protein RMATCC62417_17406 [Rhizopus microsporus] MIAPTEPTEPIERISNEKIDKESSISNAYSSPDIIPPDGGRGWLVVFGSFMGMFAIFGYNYSWGVYLNYYRTNVYIGQMSTLSWIGSICVALFFITGPINQILIERMGYKYMLATGTVCCTAALILASFAKEVWHVFLTQGVLFGLGASFVSLTCIGAPQQWFSKRRGLAVGLSFCGSGVGGLVVANISMAAIKSIGYRWALRIDGIVVFILLSIATCLVRPFGDVVKER >WP_106361175.1 hypothetical protein [Bacillus atrophaeus] >PSA89313.1 hypothetical protein C6370_20315 [Bacillus atrophaeus] MGMYTELVCAFELIKETPSCIIEMLEFMSGQRDEQPSEVPEHKLFSEESRWKWMLQSDSYYFDGKTHSEIVRDTIVGGHYATIRCNLKNYNNEIENFIEWVSPFIYKSNENYFIGYKRYEEDEAPELIFV >WP_083141943.1 steroid 3-ketoacyl-CoA thiolase [Mycolicibacterium parafortuitum] >ORB31912.1 acetyl-CoA acetyltransferase [Mycolicibacterium parafortuitum] >SRX78501.1 putative acetyl-CoA acetyltransferase FadA5 (acetoacetyl-CoA thiolase) [Mycobacterium tuberculosis H37Rv] [Mycolicibacterium parafortuitum] MGNPVIVEATRSPIGKRNGWLSGLHATELLGAVQKALVEKAGIDAGDVEQIIGGCVTQYGEQSNNITRVGWLTAGLPEHVGATTIDCQCGSAQQANHLVNGLIATGAIDIGIACGIEAMSRVGLGANAGPDRGLIRASSWDIDMPNQFEAAERIAKRRGITRADLDAFGLASQNKAKQAWAEGRFDREISPISAPVLDENKRPTDEWAPVTRDQGLRDTTAEGLASLKPVMEGAIHTAGTSSQISDGAAAVLWMDEDKAKALGLKPRARIVAQANVGAETYYHLDGPVQSTAKVLEKAGMKLGDIDLVEINEAFASVVLSWAQVHGADMDKVNVNGGAIALGHPVGSTGARLITTALHELERTGKGTALITMCAGGALSTGTIIERI >WP_269672356.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] >WBA81967.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] >WBA84916.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] MESSDQLTTHQMVMDIPGLPLLSKEASWDQHNHLYNSSLDLINLIKQGNTDKVTECITNNPFALAIEDAEGNSVLHLAVLHGHEHLCRLLVDRAQHLFQATNDNDERPLHIAARAKQNNCLKFLLNNYPNFLILENELVYPDKSGKTPVHLAAQYGNKAGLMTMLDYENGKHLLSKPDSPIWVAIKNGHIECVAVILHCLHTAGFFYQPYSALRYAVECGQLDCVKWLVHNYPDSFTPRDPDLKGLSSLTQLAVKHGYHDILQYLLEQPFFIKRLTKMEYAAEFSSKENGVCAKLIRDAREKMKQPFRPVKNFDKTLFQHTWQREKNKIANKIEKQNLRKYPHPLLDHMDDSLSGSASSTEYLSRAKALISALPEIGVYVRCPVYKNKNEEQGRFWAMGDATASVELIKALVALGAKTIHAQLSPPDDSDFITRQRFNSEEQIRYVKKQRIALSKLAYLLPGIKIRLGIQEIYIDDTKVIISSCNLRGENKINAAVTLSFFQAEAMYRELGYVQESHISLKPYRFYSEFEAMCLDTDTSVTKNHSGQLLWSLLYNFFLSIFTYINNDNSSMPDCNIHPLHLPVNSIIPSGDLQPKEAEISTESLDSHQLTLVSAINQLCDLSAKGKIETAVVYGLHHNALRHLKKTILTNWLGAIKLNHGQVTDALPVVVTTTTSAFRDEDRAENGKSVLNEIAKTTGFTLIDFRVRQDRASLMAAGKGQLLLCLMPSVPRQSFNKLVQSSRFPVLSEGANLTTTLLQHGQPHLSLLPYGQTPVAQDMGVPLEALKAMAFSFKLQIEKNGAEMEVLKKLSDLARKGGYAEALSYTDKIKTKDVENGPLCFVWNDPQPSPLQLRPVTIMSLLQKGAKLGSIEKKALLEALDPSDKALADYINSCLDKDSITTHHFRLQQMHVNKPFNNKVAAALLQFGRYKKLLA >RKZ09955.1 hypothetical protein DRQ25_04545 [Candidatus Fermentibacteria bacterium] MKNDSHKKILEMLSDGKITVEEAAALLSKLQNIDTVEEEVIDAESGEVRKRTPRYLRVMVDSANGDKVNVRVPMSLLKTGIKLSALLPGNAAEQMSSHGFDLSQLSKLDGDELIEALSDLTVDVDSADGDKVRVFTE >NFD84694.1 ATP-binding cassette domain-containing protein [Clostridium botulinum] MLKIIKHLKPFIASILLVLGLLFVQAVCDLSLPDYMSNIVNVGIQQGGVENAVPKVIRKSELDKIKIFLDGEDVKKVEDNYTLLDKKNLSKDDLERYLKDYPNLNEEPIYKLDTKDKNIINELNSILAKPILIVGGMEKADTSKVNDITKESATQNKDNKMKLQSDQNDKIKTPSKGEISKENTNPFLKMPKEQIKLIKENLDKKFKDMPESMITQSSVIFVKDEYKAIGINTDKLQSNYILNEGFKMLLLALLSMVATVIVAMLAARVAAGLGKNLRRNVFTKVTDFSKGEFDKFSTASLITRSTNDIQQIQTFMVMLLRIVFYAPILGIGGILKVLKTDTSMAWIIAVAVMAILTLVIVLFGMAIPKFKKVQKLIDKINLITRESLIGMLVIRAFNTEKHEEEKFDKTNKELTRTNLFINRTMTMMMPMMMLIMNLITLLIVWVGSHQVDAGAMQVGNMMAFMQYTMQIIMAFLMISIVSIMLPRASVSAQRISEVIDVPITIKDIENPKEFSNHKKGYVEFKNVSFRYEGAQKDVLSNITFTALPGETTAFIGSTGSGKSTLINLIPRFYDVTEGEILIDGVNLKEISQRRLREKIGYVPQKGILFSGTIESNIKYGNESATDKDIEKATRIAQAMEFIESKEQGFKTEVSQGGTNVSGGQKQRLSIARAIVKEPDIYIFDDSFSALDFKTDATLRKALKDETKESTVLIVAQRISTIINADKIIVLDEGKMVGMGTHDELMKNCEVYKEIALSQLSKEELLS >WP_022677205.1 transcription antitermination factor NusB [Novosphingobium sp. B-7] MTNSKGQARSAARLAAVQALYQVDMEGTELRFLLDEFHQHRLGAEIEDVEYAAADVEFFDDVVKGVIARREEVDGLIQSRLAQGWSLARLDKTMLQILRCGTYELLARTDIAVGTVISEYLDVAHAFFDAREAKFANGVLDAVAKDVRK >ARD43281.1 glutamyl-tRNA reductase [Colwellia sp. PAMC 21821] MSIVAVGINHKTAPVAVREKISFNPDNLSSALQELILSVDCKEAAILSTCNRTELYIVQDGDVTLTQERLVRWLEQHHNVPASTITPSLYWHQDQQAVNHMMRVACGLDSLVLGEPQILGQMKQAYKQAKAAGSMALVMDRLFQRTFGVAKQVRTDTEIGASAVSVAFAAVNLAKHIFASLDKTRVLLVGAGETIELVAKHLYENNVGHITVANRTLSRAENMAKQFGADVITLAQIPEMMASADIVISSTASTLPIIGKGMVEKALTKRKHRPMFMVDLAVPRDIEEQVSDLEDVFLYTVDDLQNIITKNLDNRRKEAVMAEGIVTEQSSSFMSWLRGLNTQDTVISYRKQCLDNRDQLLEKAMQQLAADKNPEAVIAELATKLTNKFMHAPTSAIQSAAQGGELDRLVYLRDIFNIEDKK >WP_133340757.1 LysR family transcriptional regulator [Pseudomonas moraviensis] >TDK50943.1 LysR family transcriptional regulator [Pseudomonas moraviensis] MSINLPLPLLGEMAIFVKVVETGSFSEAARQMGSSPSAVSRSISRLEKALATRLLQRTTRKLRLSDGGEEVFKRCQEMVSAARSVMEISGQFTHEAEGLVRVSVPKAVGRFVIHPHMPEFLRRYPKVDVELLLEDRQVDLIDDHVDLAIRITDRPPAGLVGRQLLTIDHLLCATPQYLAEHGTPTHPHDLLNHSCIYLGETPSDARWKFKKGTKAVTVGVRGRYAANHTGVRLGAVLQHIGIGSLPYFTARYALEQKLIVQVLPDWTFLASYHGGLWLLHSPTRYLPPKLRVFIDFLVECLQKEPTLGRPGKSAGGSNAAVAYELPESEGLL >XP_047599047.1 activating transcription factor 7-interacting protein 1 isoform X3 [Lutra lutra] MHQDQRFKMDSIEEPQKKVFKARKTMRVSDRQQLEAVYKVKEELLKADVKLVNGNHENGDLDPTSPLENTDYVNDKEEVNGIEELCFDPEKSKSEWKEASCTLNVNIKNKQDDDLKHETSSPNSIAPELVCKLTPEPASEEPASVDLAMGDPASGDSAPDGLASEVLTSGDPASSNPTSGDPTSGNSTSGDITSGEIVSGETVSSEPFPGELVSGELVPDESVSGEPISSDPASGDSASGDLSSGALASDDPASGDPSSGDPPSGDPASSDLASDEPTSDELASESAFDPIFEPSSLSVCEAVPDTDSTEPSSNKGDDFLEKNGDDEKLDQIFSFDEKNKADSNIDADDETLETDDTVICSDLPPENEKKLKEDAVTEPALGEEAISSSMEIDQSEKNEDENSADLAETISENVTKDDKNDIALENTDSMETDEIIPILEKLAPAEDELTCFPKTSLLPIDETNPDLEEKMEGSFGSPSKQESSESLPKEAFLVLSDEEDLSGEKEESEVISQNETCCPEVETNGKDSKPEEEEQVINEDERPSEKSEFSRRKRSKSEDMDNVQSKRRRYMEDEYEAEFQVKITAKGDINQKLQKVVQWLLEEKLCALQCAVFDKTLAELKTRVEKIECNKRHKTVITELQAKIARLTKRFGAAKEDLKKRQENPPNPPVSPGKSVVDVNSNNNNVPYRNAGTVRQMLESKRNVSESAPPTFPTPVNTVSSASLVTPPTVVSSQPKLQTPVTSGSLTATSVLPAPNTATVVATTQVPSGNPQPTISLQPLPVILHVPVAVSSQPQLLQSHPGTLVTNQPSGNVEFISVQSPPTVSGLTKNPVSLPALPNPTKPNNVPSVASPSIQRNSPASAAPLGTTLAVQAVPTAHSIVQATRTSLPTVGPSGLYSPSNNRGPIQMKIPISAFSTSSPAEQSTATPRIENQTNKTIDTSVNKKVADSTSQSGKATGSDSGGVIDLTMDDEESGASQDPKKLNHTPVSTMGSSQPVSRPLQPIQPAPPLQPSGVPTSGPSQTTIHLLPTAPTTVNVTHRPVTQVTTRLPVPRAPANHQVVYTTLPAPPAQAPLRGTVMQAPAVRQVNPPNSVTVRVPQATTYVVNNGLTLGSTGPQLTVHHRPPQVHTEPPRPVHPAPLPEAPQPQRLPPEAASTSLPQKPHLKLARVQSQNGIVLSWSVLEVDRSCATVDSYHLYAYHEEPSATVPSQWKKIGEVKALPLPMACTLTQFVSGSKYYFAVRAKDIYGRFGPFCDPQSTDVISSSQSS >WP_008346835.1 MULTISPECIES: TIGR01457 family HAD-type hydrolase [Bacillus] >AHL72733.1 HAD family hydrolase [Bacillus pumilus] >KML02341.1 HAD family hydrolase [Bacillus stratosphericus] >MBA8917126.1 4-nitrophenyl phosphatase [Bacillus aerius] >MBR0579404.1 TIGR01457 family HAD-type hydrolase [Bacillus altitudinis A23-8] >MBR3206298.1 TIGR01457 family HAD-type hydrolase [Bacillus sp. (in: firmicutes)] >MBX7001223.1 TIGR01457 family HAD-type hydrolase [Bacillus aerophilus] MKYKGYLIDLDGTMYKGTEKIEEAGQFVHKLNELNIPYLFVTNNSSRTPKQVAEKLVSFDIPATEEQVFTTSMATANYIAEQKKDASVYVIGEEGIQQAIEEKGLSFGQEDADFVVVGIDRGITYEKLAVGAIAIRQGAQFVSTNGDIAIPTERGLLPGNGSLTSVLTVTTTVQPTFIGKPESIIMEQAMRVLGTDVSETLMVGDNYDTDIMAGMNAGMDTLLVHTGVTTKELLQKYDKQPTYVIDSLSEWIERLS >OGS12612.1 hypothetical protein A2285_02465 [Elusimicrobia bacterium RIFOXYA12_FULL_57_11] >OGS13811.1 hypothetical protein A2234_05745 [Elusimicrobia bacterium RIFOXYA2_FULL_58_8] MDSLLAKIPEIKFSSNAEEIPWDKAVVWTIMPRVGPRIYEWLEAEHIRYVSWTNGIVNIMPENNSILSDKCQCIILPSGFVWVGKNVKVA >WP_063540919.1 MULTISPECIES: CHASE domain-containing protein [Stutzerimonas stutzeri group] >KZX63075.1 hybrid sensor histidine kinase/response regulator [Stutzerimonas frequens] >MBA4724863.1 CHASE domain-containing protein [Pseudomonas sp.] >MBK3919302.1 response regulator [Stutzerimonas stutzeri] >NCT79818.1 response regulator [Stutzerimonas stutzeri] MSDPAQPASQFQALRQLFTRQNGIAWAMLLFTLLVQLAAWQNLRANEDRAAEQQFQLLSEKVTEAIRKRLRDHEQILLGGAGLFDAVDHVSRAQWRLYVQRLLLPDRYPGIQGVGFSQAIAPDERDAHIARIRAEGFPEYDIHPPGERDLYTSIVFLEPFVGRNLAAFGFDMYSEPTRRRAMLRAARLGETSITAKVTLMQETHGKVQAGVLLYVPVYRQGEPTDTPAQRMQALIGFVYSPYRLDDLMQGILRAADLPLALHIYASDDEDPEQLLYASPDAPQPGDARYSRLQQLHLYGQTWTLRMDSRPEFDGRFHGNETLMLVLGLGLSLLVFFLTSSLALRHSRIQALAEEMTQRIRQSKNDLKVSEERLSLALKGSNDGLWDLDLEAGSMYASPRAWEMLGYRPDELSCDLKLWERLTVPEDLAQQKAKLAQTMLSNLDHFTSELRLQHKHGHVVPVLLRGYIQRDPQGMAQRISGTLMDLTERKRIEQMKNDFVSTVSHELRTPLTSISGALGLIVGGALGAAPPAMQQMLEIAYRNSLRLGHLINDLLDMEKIAAGKMAFELREHSLGKLLEESLSSNQPLCGQHGVRCTLHHPQDVLVWVDSLRLQQVLGNFLSNAVKFTPEGGEIRLHTSLRGARVRISVTDQGPGIPDAFRSRVFEKFAQADASDSRQKSGTGLGLAITKELIERMGGTVGFDCQPGAGTTFWCELPIQTPTSEADNREGLPRILVVEDEPDTGRLLHMMLREGGYAVDRVQSLHQAREKLATGRYEAMTLDLHLPDGSGAQLIDELRARPAIHELPIVVISAAHQFDEAKFPDRIVWLHKPITNAQLLAAIDQARRNTLHQGDEQR >WP_063637985.1 zinc-dependent metalloprotease [Bacillus atrophaeus] >WFE13581.1 zinc-dependent metalloprotease [Bacillus atrophaeus] MKMRSIAFSVLLTAGIIPGLTSAGNLEAGHDHHHHAEKAKTTYADSLPKAKDFKDYNGKVQIEQTVDTKILDENGKQVGKKRFKANVREDKASTKAGTGSQKVSVLAVADAEYRAKYSDWQTRIVQIIEQADVAFNRDHDIDFVVQAVQPWTSSGSNSSQILSNLQNSFRSQNYKFVAGFTAKSSFDAGGIAYVYNGKPSGPAFSVNLDQGTANTAKAAQHEFSHNFGLSHDAQGSGIRCIMNYDYSYTVDTWDSAHNRQITTNKAWYR >ENH52105.1 hypothetical protein ECP03052936_4304, partial [Escherichia coli p0305293.6] MDKDAQGYIDLSDLDLTSCHFKGDVISKVSFLSSNLQHVTFECKEIGDCN >HBX1528262.1 cobalamin biosynthesis protein CobW [Klebsiella pneumoniae] MKRTPLIILNGFLGAGKTTLLKNLLTQAHKRRMAVSVIVNDMSELDVDGVLIANTEIVDAASNNF >OLP01091.1 hypothetical protein BVU76_17395 [Mycolicibacterium porcinum] MPSSKLGFRVTGGQLHLWTGSPCEGTTQVVVKIRGPESGETTLAIYTPTLEPGLTPGVEFEHLALDGPYPGFNVKDPLPPGFDWRNAEFIQIEVQGPPVARGLDRNFASIATEITEHSSEHPEDSYFFPDVGWLNPDEVAAKDGKEFLTVCTPDPAKEESKQAVVGVRVTDGALRFWTGSPCPFDSGVMLTFQPGQAETIMQKVEHSSEGVEYVSFGGPAPDPELTVTHPAPHDFDWRTAKTVLFRLIETRPENRNSRQIVWSKATELAAPITESAQHPADTYYFEGHGWLNPADVAARDGTSMQTICGR >MBL7855430.1 DUF4442 domain-containing protein [Cyclobacteriaceae bacterium] MFDPAKIIQKAKTSSFYLWLLNFNLARTIPFNIPHGFEITQITDTTLRTRLPYKRKNLNHIRGLHACALATLSEFTTGFLLISRLGMTNYRIILKRLEMDYHFQGKMGAWAEFVITPDWLEREVVQPLQQSESVVVNCEVKIFDEQQNHLTTGHVHWQIKDWKKVKTRT >MBR0046728.1 dehydrogenase [Bacteroidaceae bacterium] MIHSFSFKRTGFGMMLSVACLLGYVLMGCQGKTGASGTPEDGAGEADSLAALPVLLPDTSYASAAVINYVVEVDDSTAMYTDNWTDPYEQVNGVYAFRKNQRRDASFGGRVKGEPREVEIAWEFETDYDSKETQFGTWGGGSGWTGQPLYMHWTTEQMAMFKQSSPGLPADFDAEEIYVSSLCGKGYFINYKTGKASREALDLGNVVKGTSSLDPELYNLYVGQGVPHGAVPFGCQVFDLKKHERTQFFDRDRKAWRGWGAYDSSPIVAGGFLFWPGENGGLYKYVREQGQLRKVSVLRYRVKGAAPGIESSLCVYHNYGFFGDNHGNIICVNLNTMRPVWHYANHDDTDATLVCGEEKDVPYLYTACEVDKQGKRGLCHIVKLNGLNGEKVWEQTIECQRLEMAKKTLDGGMYSTPLLGDGDCKGMLFTHITRNGASKAVGEFTAFSTADGRVLYTVPYGQFAWSSPVALYNEKNEMFVFAGDASGVVRVMRGKTGEVLCRLEVGANFESSPVVVGNTVVVGTRGRKIYKFVIK >WP_150461480.1 ABC transporter permease [Nesterenkonia ebinurensis] MTSPLLAKSSWKQAARPPIQPGAALTIGLVLIGLVAAAAIFAPFLTPFDPLRGDSSALQAPQSEHPMGTDNLGRDVFSQVVYGLRSSLLVGVAASAISLIVGSIVGSVAGYVGGTTDTALMRFTEIVQVVPRIFLVILTVALFGQNLWVTTAAIGLTSWPPLARLLRAEFLARKESEYVAAARVMGCSPVWIIFREILPNAVSPLIVTTALNVATAVLLEASLSFLGLSDPNVASLGRILQSSIGFISVAWWMSVFPGIMIALIALAMNLIGEGVEKSFMKRRVS >MBQ8989682.1 ribosome recycling factor [Prevotella sp.] MRKSIEVLVDEMKTKLDGYATLMYYNFMNLCIKAEPMALLSLTITDDEGEDHNIEDVANAMLADDYTFEIVPNENDLMFPICKGVMQTHPEFKQEIIKADENNRLDFQNEEEQHLLCRMPEVNKERHDFLMDTVGVLYDGCKVQLDKTHEAYKVKLTPKLAGMTDDEMNEAKDKLESAFNQINDMATNYRTNKEKEIEEAYQKWLAEQKAKADAEAEKAAARGEDKGFGLRMDSEEFGEHEE >ACV16867.1 reverse transcriptase, partial [Human immunodeficiency virus 1] PISPIETVPVKLKPGMDGPRVKQWPLTEEKIKALVEICTEMEKEGKISKIGPENPYNTPVFAIKKKDSTXWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDKDFRKYTAFTIPSINNETPGIRYQYNVLPQGWKGSPAIFQSSMTKILEPFRKQNPDIVIYQYMDDLYVGSDLEIGQHRTKIEELRQHLLXWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIVLPBKDSWTVNDIQKLVGKLNWASQIYAGIKVKQLCKLLRGAKALTEVVPLTKEAEL >WP_134106059.1 YciI family protein [Kribbella sp. VKM Ac-2573] >TDW70944.1 hypothetical protein EV653_5012 [Kribbella sp. VKM Ac-2573] MAKYLLLKHYQGGPAPVVDAGPMDKWTPEEVSAHIQFMSDFGARLEETGEFVDMQALMPEGAFVRYGGEGQPPVTDGPFAETKDLIAGWYVIDVESWDRAVELASELSAAPGPGGKPLHEWLEVRPFWGEPPTVTE >XP_014802175.1 PREDICTED: histone-lysine N-methyltransferase SETMAR [Calidris pugnax] MADLSGGQEPVAVGLWPPGEAPPAFQYSPDSVAGADGHVDPTEITFPGCSCLTSSCVVPACSCLCRGENYSSLCLRPADTEEEYARPVFECNSMCRCGESCPNRVVQRGLQFRLEVFKTEKKGWGVRTLQSIAQGRFVCEYAGEVLGFPEARRRIQAQTSKDSNYILAVREHLHSGGVMETFVDPTYIGNVGRFLNHSCEPNLFMVPVRVDSMVPKLALFAATDIAAGEELSYDYSGRFHNLPITNREQKSSEENNKLRKPCYCGSRTCASFLPWDSSLFSTPDAFSGSSPLHFSP >WP_006685582.1 enterobactin transporter EntS [Citrobacter youngae] >EFE08371.1 protein p43 [Citrobacter youngae ATCC 29220] MNRQSWLLNLSLLKTHPAFRAVFLARFISIVSLGLLGVAVPVQIQMMTQSTWQVGLSVTLTGSAMFIGLMVGGVLADRYERKKVILLARGTCGIGFIGLCLNALLPEPSLLAIYLLGLWDGFFASLGVTALLAATPALVGRENLMQAGAITMLTVRLGSVISPMLGGLLLATGGVAWNYGLAAAGTFITLLPLLSLPALPPPPQPREHPLKSLLAAFRFLLASPLIGGIALLGGLLTMASAVRVLYPALAINWQMSSAQIGLLYAAIPLGAAVGALTSGQLAHSLRPGLIMLGSTVASFLAIGLFGLMPVWQLGVVCLALFGWLSAVSSLLQYTLLQTQTPEAMLGRINGLWTAQNVTGDAIGAALLGGLGAMMTPVASASVSGFGLAIVGLLLLLLLGEVRRFRQEPVNAG >WP_217452155.1 ATP-binding protein [Mucilaginibacter humi] MRLTQILFHLVGNAIKFTEKGFVLLMVGITNRDSKTVGLHFSVADSGIGIPEELKAQIFEPFAASLSRTSRQFHGTLGLTIAFHLVKLHNSHLNFNSEEGIGTKFEFDLSYPVTTMPEVVESPKAISAISGMRVLVVEDEKLNILVLKKYWLIGA >NLU55538.1 GNAT family N-acetyltransferase [Bacillota bacterium] MAKYFPKIIGDAVYLSPMSLDDLEQYTRWMNDLEMTKYLGAAATTISLEKEREALEMLAKGEHNFAIVLKGEDRLLGNISLMKVNHLHQTAEVGLFIGNKEDRGKGYGSEALRLIVDFGFKYLNLKNIMLKVNAENKAAIAAYKKCGFNEFGRRTRSVYVDGKWCDDIYMEVLREW >UZF38514.1 cytochrome c oxidase subunit I, partial [Polyrhachis sp.] GSSMSMIIRLELGSSSSLFNNDQTFNSMVTSPAFIMIFFILMPFMIGGFGNFLIPLMLGSPDMAYPRMNNMKFWLLPPSISLLILSNFINEGSGTGWTVYPPLASNIFHSGPSIDLTIFSLHIAGMSSILGAINFISTILNMHNINMTLEKIPLLVWSILITAILLLLSLPVLAGAITMLLTDRNLNTSFFDPSGGGDPILYQHLF >TVU87390.1 phosphatase PAP2 family protein [Halomonas titanicae] MAMRAALLNVLKSLASVWLLFLIAMSVFSILNIDFTITDVIYRFQGNAWAWKDTLITQDVLHTGGKWLSLAMGLVTLLLLILSTVVTRFKAYRTPLLYLFSATLLSTLLVATLKQLVNMECPWDLVRYGGERDFIGLLNTRPSSMPASACFPAGHASAGYTWVALYFFFAAIRPHWRWAGLSLGLGLGLTFGITQQFRGAHFLSHDLWTVMICWTVSFVLSRFLLHPSVH >XP_018994437.1 hypothetical protein L202_03537 [Cryptococcus amylolentus CBS 6039] >ODN79590.1 hypothetical protein L202_03537 [Cryptococcus amylolentus CBS 6039] >ODO07916.1 hypothetical protein I350_03497 [Cryptococcus amylolentus CBS 6273] MQHLDNRQQSFNPVARPKSRAKPAFPLSPARYPHLTPDSLAQAGFYHTPGATEGSLDNCKCFLCNLELGGWDEEDDPFEEHAKRSNCAWAEMVCAVKVEKRKRDRDVKYETIYETEQALPQSAESIQVRIQTFKKWWPYKQKAGWLPTVKALARAGFVYNPSTESTDAVFCPYCEYGVEGWEATDDPWEIHQSKVPDCHFFRAALSGQAEEPVSKSSRSKKSLAPSKRSKRATTAATAPSEAEETDLEHTQVDDEPASQATTASKRAAKPRATAASRSKGTRGQKKAAIVESEADPEPQTQSESEGEREQPEPEPQSDVEMESQAEDQEPTPVKKPKGRPKGTKATEKKPKASKAKGRSTKAVEEDAPIESEAESHAQQTEPEEEPENQTTPKAAQPSSQSLRSKTSSRSAKPPSQPAKPSSQPLEPSSQPAEPSSQRSKPPIQPSQPTRSKPLPNLPPSSLPASARSPTASPLPLSQLHRFANIPPSSPVVTPRNIATLRTGQPSSRISPHVPLNRSDQDASIERGAQSAHQVMDDLLHSPALASPAKRTAQASRSPLAAAEPQEPGQLPDEIMDMTLEDLVRAEMKKAYEKLRNEGEAKIEQWAKRAAGEREKIEAL >MBI2114665.1 NTP transferase domain-containing protein [candidate division NC10 bacterium] >MBI2164039.1 NTP transferase domain-containing protein [candidate division NC10 bacterium] MTRGALWGVILAGGDGTRLRPFLRDVHGTDRPKQFCAIIGTRSMLRHTLDRARWLIPAERTVTVVTAGHRPFVAGDLVAEPPRILLEQPRNRDTAPGILLPLLVILQRDPEARVVLFPSDHFILEEGRFMTHVAEAVAAIGRVPDRVALLGIVPDRPAPGYGWIEAGSPLGGSSLLTVCRFWEKPDRGTARRLFARGCLLNTFVLVASARLLWDLTRRCLPNLAGQFERIVEAWNGPDREAVLDAEYAAMRPANFSREVLEREAGRLAVLPVGGVLWSDWGEPARVVETVRRIGSTPWWVLAADHGEGERDAWGHA >PAZ00503.1 30S ribosomal protein S12, partial [Spartobacteria bacterium AMD-G4] MPTINQLVRKGRQKIKVKSKSPALANCPQRRGVCVQVMTRTPKKPNSALRKVAKVRLTNGHEVIAYIPGEGHNLQEHSIVLVRGGKVKDLPGVRYHIV >SIR93298.1 hypothetical protein SAMN05421858_4649 [Haladaptatus litoreus] MEVDFWEEVAITGEGDKWYPPTPASNSKIWRYRSLDRYLSILDGESLWFARADEVGDQYEGSLPELTFRRWVSKLAKLRIDYQSVFRYLQLMSHLNCWHENTSESFAMWDIYLENNCGVAIVSTPSRVKNALQINEGEYLTGKVNYIDYTEGDFNIDSTVTPFFHKRESFQHEREYRILYRQGEDAYDDDGMKTEDFGENIPEGIPVSIDIGTLIEEVVISPGGDDEFREEVVDETRARGFEFPINHSKLTGTPLF >WP_200986363.1 LysR family transcriptional regulator [Pseudomonas cichorii] MDLRQLEAFAAVMSAGSVTAAGKMLGRSQPSVTRAIQELEQELGFALFERSGPKVTPSQKAFMMYAEVESALLGIRNIRQRAQHIALDENRQIKLVAIPALAAGLLPLALSRLPQDLRPQHIQLHSMSPENVVQAVLSKTMDLGAVSLPLEHRGLDIHWIGESPCVAVLAADSPLARFDVLPMQVLASQTLITMSNPYRFRRRIDKAFQDIGGAVPHMLDTNTSLIAMQMARVGLGVALVDPFTALGVPVEGVVVRPMECNIPFFFGLVSAFASPLSDVAQALVTELAASAQALLPSVIMHAPSEHDALLQSIYAG >WP_247623347.1 hypothetical protein [Microbacterium sp. kSW2-24] >MCK2022683.1 hypothetical protein [Microbacterium sp. kSW2-24] MSALRCARRTIDSAQQITLEISEFVISSLLAVLMVGVVMISQIVRIAQTSAERRAVVRSLKAPDQDLKSRKARRKETRIREMYP >TDJ69718.1 dihydroorotase [Pseudomonadota bacterium] MYSLLVRNARIAQPDGSIYEGDLACERGLIAKTGPSLDAQADETIDAGGKLLLPGVIDPQVHFREPGATYKEDLASGSRAAVKGGVTSFLEMPNTNPPTINQSSLDSKLASARRKCVANYGFFIGATPNNLHEINTASPVCGIKIFMGASTGDLLVHDPQDLERIFANGDRLIAVHAEDEERIRERRALFTENTDPRVHSQIRDNRCAALATELALTLSTRYERRLHILHLSTHDEVEQLQNHKPSWVTAEVIPNHLYLNVEHYARQGTLVQMNPPIRQPKDNDALWRALHDGVIDFIATDHAPHSMEDKKQPYSQSPSGTPGVETSLPLMLTHMKAGKCTLAELQKWMCWGPAQAYRIANKGKITEGWDADLTLVDIDAVRPARNQDMFTKAGWTPYHGWPLTGWPIYTIVGGYVVFDQNRIRENVCGQALNFTA >MCB9820569.1 MFS transporter [Candidatus Nomurabacteria bacterium] METLKNSLARRSILAAFIFSFNVALTAYINSSFLSNYFSAQMVGVIFSLASLSTLIILEFSPRILEKLGVRRTTSIFLFINLLMISMLATATQGIFIALALIFYIATNNIILYNIDIIIAHFANQSHVGEIRGLYLTITNLAWLMSPFLAGVVVQIFGAPVLYSIASLTIAPALLIILFGIKKFQDTKYHDRSLFASFQFIHSHKDISLIILSFFLLQVFYAWMVIYTPLYLIKEKGFEFGDIGIIFTIMLLPFVLLELPLGRLADKKLGEKELLVFGFIIMACAVFLFGTYTGNSLLYIAILLFFSRVGAATVEVMSNTYFFKCIDDREPFLISLFRNMTPAAYLIAPVVATLIISLFGFLGLYITLGIVLIFGATIALKIHDTR >WP_142051038.1 anti-sigma-D factor RsdA [Pseudonocardia kunmingensis] >TQM15355.1 anti-sigma-D factor RsdA-like protein [Pseudonocardia kunmingensis] MPDRTFGAGGGPFDGGRSSRSRPHNGTNGARHHGSTAHPVPFDDLAEPVDLVAVQADDELINALAAGMSVSSPGVGGYDADDRVAAILAAWKADVDAEPVPELVDVDTAVATVVAARPPSSRARHLVPVAAAAAFLVLVIGGVSVSSYNAQPEDALWGVSKVLYSERAESVEAASRVEDRIAAAKAALVAGQPVLAAQELARAQEDLAAVRPQEGQDGLAETQEFLQAKAAETPPGQSADPASPLSTQPSRPVPQGAREPVDPSESDTSTGSGDEESTSGTSRPESDRGPDVAGTPDGDTSAPDSSTRPTNDPRHAQLAPESGDGTTTSRPQPDGHGEGEPDDPTGSTPPSATNEGRPDPTTTSTTPPPPPPSSDGGGGAAPSDRPTASGSEPPPAGG >KAJ2593889.1 tubulin--tyrosine ligase, partial [Coemansia sp. RSA 1797] TVIIGMDEPYVQGILQRAFGKYSPLIKVQAADDNANDLSDLLMHWREYETIDWTSVHRSSTIFSNAYCFRKGLIRKAQMAFNIKMYTAKHPTSILCTHVPETWIFELDDVEYLDEALMECFEVEQGMQANTGVSDSRLRQQFILKPSLTARGAGIYVFDTRERLQELLENEFASDDEDDDGDDDGDDDSGGLAQGQAVSQIREWVIQRYINRPLLLPAHQNRKFHIRVYVLAFGDLSIYVYRHMLALFAPRPYAEATNLDDQTAHLTNTCLQTHSSTFVESSAVSLFWSLDLPKPKLDRIFDQICQILGETFAAVSSESTSFQTWANCMEQFGFDFLVDEECNAMLLEANAYPDFKQTGEELKFVVEGFMEASVAMAAKEFLLKDCVTEDIEKSADNACRDLVEVFTHKNKRQW >WP_219798185.1 IclR family transcriptional regulator [Paraburkholderia edwinii] >QYD68804.1 IclR family transcriptional regulator [Paraburkholderia edwinii] MSSAARSGISTDESNEPHDSAIDDETGDAHERGEEKLRSGIQSIEVGFRLLEVLTHEPRAMMLRDLAQRAGMSPAKAHRYLVSFLRLGVVAQDPLSGRYELGGFALQLGLARLARVDGVKLARIALAELRDRLDMTVGIAVWGNQGPTVVHWMESSYPAKASLKLGDVMPLLSSATGLLFAAYLPRNKTAVMMERELADTRRSSQTSGPRNADDVERLLEEVRAHGAARVEGMLLPTIHAFCVPVFDSTGDLALGLIALGHEGAFDIRWEGEVDTALRECAEKLSYELGYSSTPR >XP_002777379.1 hypothetical protein Pmar_PMAR009495 [Perkinsus marinus ATCC 50983] >EER09195.1 hypothetical protein Pmar_PMAR009495 [Perkinsus marinus ATCC 50983] MKLLVASFWFFSCDLQYVKARVSGFGPVNGDPNGRFYYQQKAYVEAISVPKAWGILDSPKRTHVTIAVVDCGIEASNPDLKGVVIEGYNVVDDNNNTSPRGSQCDHHMVPTSLASLAYTAHTYERFELVATLRSTT >MAG40972.1 modulator protein [Erythrobacteraceae bacterium] MIGPDTALARCQDLIQLARKMGADEADAVARASASESVGVRLGALEEVERSESEEIGLRVFVGRRSASISTSDFAPEGLKLLAERAVEMARLAPEDPYGGLAPADALFSGDGVDLDLHDGVDPSPEELREAALAAEDAARXVXGVTNSNGGXASASRSVFALAATNGFARGYSGGSHTFSASVVAGEGADKQTDYAYRTQRHRSDLPDPAGIGQEAGERAVRKVRPVSIPSGKMPVVFDPRVGGGIIGHLLGAMSAPSIARKASFLIGREDEQLFDRAIRIAEDPQRLRGLRSRNYDGEGVASVPRDLVSNGRIFGWLTNVASAAQLDLSLT >WP_084371009.1 gliding motility-associated ABC transporter ATP-binding subunit GldA [Reichenbachiella faecimaris] >SMD32347.1 protein involved in gliding motility GldA [Reichenbachiella faecimaris] MSIEVQNLTKIYGQQKAVNQISFAAKKGEILGFLGPNGAGKSTTMKIATGYLGASEGKVLVGGIDVGLDPLRAKQIIGYLPEHNPLYLDMYIHEFLAFSAKVNKMKSAEIKEAIARVVEMCGLTLEQNKKIGQLSKGYRQRVGLAQALLHDPEVLILDEPTTGLDPNQILEIRKLIKEVSKDKTVIFSSHIMQEVEALCDRVVVINKGELVADQPIAAFSKGLSDETLLRVEFQSAVDVELLQSIAEIKRVKEVHVGIYQLLVTNSEEARSAVFRLAGEKNLPLVGLQEEESSFDEIFHLLTKDK >MCA1836835.1 hypothetical protein [Actinomycetia bacterium] GYASWSGVVYHPIARDRALREDELVTCELSVQAAWAYCDHLRQQVERGDDPIVAAEFGWRFLRGIRSRLTTERPQETSQHRSMRDAVVQTSGLDRHLAQAVEILRDCDRT >TSA47082.1 septum formation inhibitor Maf [Actinomycetales bacterium] MPKIILASASTSRRRLLESAGLTPIIMVSHVDEESEFFNALSPADMVIALAITKAHTILEQIDFPAIIIGCDSTFEFDAQSLGKPGTPEIAFERAKRVQGNSGLLHTGHCLIDTVKEREISGIVSTKVTFDSMSDDEINDYIGSGEPLHVAGGFTLDGFSSPFIPSIEGDYTNVVGISMPFIRKVFAQLGYSWPEVKVMQ >WP_212961195.1 ATP-binding protein [Cohnella xylanilytica] >GIO14389.1 hypothetical protein J19TS2_39440 [Cohnella xylanilytica] MMKRRKIAAIVGLFLLALIGLRLAWIGVQTTSARAEAEDGLLDLRRWDPSSQPIFSLSGEWEYVPSRLVTPGPDGAFKAEKSPVETVTVPGSWRQQTGSSFGFGTYRLRILLPSGSLPELTVRVPGISASSALYVNGRLLGGSGRPAERASSYTPSVSSYSATFAADRDVLDIVLQTANYDDRIMGGLSEPVKFGTAKAMNRAYWFSAGSQAAVCLLMLIHALYAFVLYFIGNRQKALLLFSLLGLFGAGVALCDIDRILSSWFGVDYEAFYKVFYLSYLGAAALLLQYLRSLLPEFPALRYARWHFAACVAFGLFVLAAPVKLFTYADGLHTALLVIPFLAAPVFLYRAARRGVPDSIYLLLGAAAVLTNTVWGLLNYSLFLDIGYYPFDMLAFFVSFALYWFKRYFRNAAETVRLAERLQAADKRKDEFLVHTSHELRNPLHGILNMAQSVLDSGERSDEETNRERLALLVSVGKRMSFLLSDLIELNRLRENRLRLKPAPLLLQAETAGVLDMVRFMSEGKPVRLENRVPDTLPAVLADENRLVQILFNLLHNAVKFTNEGVVSIEAHVEGDKVVVRVADTGIGMDGKTLSRIFQPYEQGANEEETNAAGFGLGLTIGKRLVELHGGELTADSTPGVGSVFRFTLPLAKADGLDPAGSEAAAAKLVEEADVPASVPAGSVSASAAASNAAEADGSMPGASISDSAEEDRPRILAVDDDPVNLRILTNVLGPDRYEIVTTTSGFEALSLLNSGSWDLLVADVMMPDISGYEVARTVRTIYSPSELPILLLTARQRAEDIEAGFRAGANDYVVKPVDAAELRMRVKALTDVARAAREQKRLEAAWLQAQIQPHFLFNTLNSIAALGDEDTARMRDLLVAFGDYLRASFDSANSDQLVPLRKELDLVRAYLYIEKERFGQRVRVEWEADDHLQLRVPPLSVQPLVENAVRHGLLRRSKGGTVRIRTEDLGDRVEISVEDDGVGMEPGALPQALRRAKPLDGGSGIGLANTNRRLKQQFGEGLLVRSRPGEGTVVSFVVPKERLREPARPRRA >WP_228273696.1 Ni/Fe-hydrogenase, b-type cytochrome subunit [Rhodocyclus tenuis] >MBB4248529.1 Ni/Fe-hydrogenase 1 B-type cytochrome subunit [Rhodocyclus tenuis] MTMYVEREFKGPKIADGKTVISYYIYEAPLRLWHWLNALFIVVLGVTGYLIANPMPSVPGEASDSFWMGYIRFAHFAAAYCFAIALLGRVYWAFVGNQYSKQLFLFPFWDLQWWKEVMFELRWYLFLEPDPKKYLGHNPMAQFSMFFAFTLGAPYMIITGFALYSEGAGVGSWQDKLFGWVIPLLGGSQNLHTWHHIGLWAFVIFVILHIYAAVREDIMSRQTLISTIISGYRMFKD >MBU2510560.1 GIY-YIG nuclease family protein [bacterium] MKRYFVYIMASKKNGTLYIGVTSNIQKRVFEHKTNIVDGFTKKYSVHKLIYYESTSDIHSAIRREKQLKNWKRDWKIELIEKTNPQWLDLSSSLQGL >ECA8969615.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Omuna] MRFTTPEYRQKLLSAARLILKQERSVIRDNLDLLESASELRDGWRVDGFMPYSYQAQWFESGSKFRLRYLSAANRIGKTFSAAAEFSYHATGCYPDWWRGYRAPTELIGLSRIMWAIGVSSESTRKVLQKELIGTDDARQRQRFGTGSIPRERINFDSLVCDGETLKSLRTYHESGEETTIHFYSSKQDEKVFMGQAIIFAWIDEQSEKEDELVAQATTRVQTTGGQVVITATPEVGITDLYKRCSEDVTGKIYFQNATIYDAPHFTPEMIDDFIATTPYHQRDMRTKGIPILGVGAIYPFRTADITCAPFEIPENWRVLAALDFGYTGESDPSIIVFIAYDPETGRKYLFREWSNHSRITPLITERDVYANAHMPDYMACKITGRQPNDWTEQVSVRAEELRTFEGLGIPSIPVVAPNDGNGVQAGTQKTRSEIMRDLGAKMTPSVWKLHESQLPDEPNRVSKEGSIILVAQMFQDGELKIFNTCTETLRELGLYQWVREGKRTIPSPKNDHFMDAMRYAATRVQFDGVPMIQARRTAELPVDHQNTPYKRAVGAYTKKLGAKKL >KAF5192947.1 decapping [Thalictrum thalictroides] MAADSSRSAGPADSYIGSLISLTSKSEIRYEGVLYNINTEESSIGLRNVRSFGTEGRKKDGPQVLPSDKVYEYILFRGSDIKDLQVKSSPPVQTPPTIHEDPAIIQSHYSRPASLSTSLPPVASGSVADMNSHTSQLGLPRSTFPGGLPLYQPPGNLGSWGSSPPNANGGGLAMPTMYWPGYYGHPSGLQHVQQQPLLRPPPGLSMPHPMQQPMQYTGMNASLPMGTSSFPSLNLPSSTLSELPPLLPPVTSGALNLTSTLSSALPSTLAPAHTAALVSETSPSVMPNKVPATAPSSMALSSSLPVVSSLTTSSDVNVIAPPNSNKPKTVSGPSLPYPAIPQSVPTVGGASSSSYTEVSTPALITPGQLLQPGSTSLSTPQASQTSHKDVEVVQATASEPPLSTPEVHAPILPLPTPHEQKLNGAPTHTRNNYSYRGRGRGRGNGILHPVTKFTEEFDFMAMNEKFNKDEVWGHLGKSNKSRDKQGDGSEEDEDDLQDEDYAGSSTPENKPVYVKDDFFDTLSCNALDHASRGGRTRFSEQRKIDTETFGDFPRQWGGRGGRGPGRGGRSRGPYYGRGYGYAGRGRGQTMSGRFN >RYG22587.1 MAG: hypothetical protein EOO01_45055, partial [Chitinophagaceae bacterium] ASQGFLSGNARSNLTTSMDASKRRPTPAPTATSFHAPSSPLPGFCGFSFRSQILPASKNAAPFNCPPKNLEISIFERKDHLGAGMPYSSDGANKEHITNVSDNEIPVIFNSIEEWVKIAPTEILEKFNINAKNFNEYKVLPRLFFGEYLSAQFSLLQQQAGKNAITTKLHLSTKVADLRDNADKNSVSVITDTPEEFEFDLVVICTGHNWPIKHEGTVPGYFDYITEFLKKQMAEFAIG >RYY39456.1 alpha/beta hydrolase [Actinomycetales bacterium] MSSFAVPGATLDFDVTGADGPAVVALHGLTSSRRREAVLGLDVAGGLEGVRLLRYDARGHGRSTGRDRIGDYCWPHLAEDLHLLVEHVFGGEVVHGIGASMGTGTLLHAALADPARFATLTLMIPPTGWRTRASKASEYEWAARLVESSGVAAWMAAGAGAPQPPATRGRPDTLPDVPPSLLPTVLRGAASSDLPSRSSLTTLDVPTLVLAWTADPAHPLETADELGAVLPRCRSVVAEDPDDVRRWASELADHVGAVAPAGPLSPTPRSLR >KAJ3920833.1 hypothetical protein F5877DRAFT_37220, partial [Lentinula edodes] SASVTVNSTSIPASVSQSSFSVSGSTTVSSSASSTVTISFPSGSVSSTATVNGTTTVVSTSVTTALTVVSVPSDLSFVLTQTTLEVASVSSSATSQTLSNPDQATTTFSQTTLSASAPLATAALPSSLPYRILPQDQLASNEDLSGYTLVSLLFDLQLNWPFVVSSPDSSSQLFAYMPVILQNSLGLTADQVKTWTLQVNIPSDYTGPSDADLLETMYLVYIPSSSVSSLQDQIKAQQSAFYTGVDNSVAQQLASLVNSGWNLLSIAAPDDSGSTGSSSSDSDTGASSSDNKSKEDAIIGVTASLGGIAICVLGFLIYRSYKRRKELAHRRLSEPTGTAGYRPEGREFDQDSVGGQRRRSFYFAEDSLRGYQGDRVDDSHFDARTGQMSQRRNVMPAAISAPILRESSMNW >EFO3858608.1 hypothetical protein [Escherichia coli] >HCO7661365.1 RusA family crossover junction endodeoxyribonuclease [Escherichia coli] MAEYRFTLPYPPSLNTYWRRRGSQYYISDKGQKYRKDVQQIIRQLKLDIFTKSRLRIKVIADVPDSRRRDL >WP_032037025.1 hypothetical protein [Acinetobacter baumannii] >KCY17619.1 hypothetical protein J596_2725 [Acinetobacter baumannii 21072] MDVEVLLEKVLRKILKQIDAKPIIPIDCQLWDEQDIASYFKYSLDYTKRHIISNENFPPSRELPTSATGDRTVPRWKATDVISFGMAFDKSNIRYS >EJC8518717.1 invasion protein CiaB [Campylobacter jejuni] KTPEGEICERSYGVLVRIGNLWKFVPYARFFENEILKLEFAFENMIDQLKIFASNEEEKAYIEYFEKLKLAFCEKDEDRVIKAWQEAEFAWMKVKSPLQVGHPLEYYEDNYTHAVALEWDIRIEDENDFDVLKFGNEIKESFEHVYKNIGLEDCELEKEVLSNIEKTQLYICTPMIFYGAELKGLFSAQVVPNDEFVSSKAGKKIFAFINFVYENAKTKPFMKISSEVFDKEFLDFGRNILFYQEKIWKRVYEVSTIGHEFGHIFFIANDTEKTMNQSGFFKNIEEYKATTGGLINFFYHEQDDLIMPVFHELIKRAIGLISWQRVDEVRPYYTEGLIHLSLLFESEVLIFENNNLKINFDLGHYEKFKELTLKNYHELAKHYALRLDAKEFLSRFCEIEDNIFLPIMPKCKEFVKFYYDLYEKIGNEIDNSGEFERYKKK >WP_056747799.1 PQ-loop repeat-containing protein [Nocardioides sp. Root190] >KRB80062.1 hypothetical protein ASE01_00720 [Nocardioides sp. Root190] MTAALGWLVGVVDVAQFLPQARRTHRRRHDPVAMGGLSVWTWAIATVQGAAWIVYGFANELWAIAIPNLVITPVCALILLARLRHAGPPARPV >MBP9767803.1 HAMP domain-containing histidine kinase [Bacteroides sp.] MKLLSYTYRKLALLLFLLMAVWGVLFYYAIIDEVVDETDDTLENYGEILMESALHDPSILETEGSLMSFYKFTPISEEEGRHYRQVFYDATVYIELEDEDEPVRVMCTAFRMPDGQYYELKLMISILERDDMVEAMLWYLGALFLLFLICTSIGIQLVLKGVFRPLHRLLDWLHCIQPGKEVPPLDNPTKIREFRQLSDAALDMGNRSYKAYEEQKQFIENASHELQTPLAIVRGKVELLAESEGMTEQQMEQLDEIYATLGRAVKLNKSLLLLSRIENGQYTEMEDVSVDEILDELLPDLMDIYEHKQVRLIRKREEQPFIIRCNHSLAQILVSNLVKNSLLHNREGGELQVFTTPASLVIRNTGDAPLDGEKLFRRFYHGMDGKKDSTGLGLAIARSIALSSSLKLTY >MBR2609817.1 3-isopropylmalate dehydratase large subunit [Desulfovibrio sp.] MPQTLAQKILQAHTDDVIERDGQIVQCRLSLVLANDITGPLAIKSFKGMGASRVFDKDKIALVMDHFTPQKDIASANQVMISRQFAQEQGITHYYEGGDCGVEHTLLPERGLVGPGDVVIGADSHTCTYGGIGAFATGMGSTDIAAGMALGETWIKVPPTIRVNINGQMPKWLRGKDLMLLLIKTIGVDGALYKALEFGGSVIDALPVEGRLTMANMAIEAGGKVGLFAVDELTRQYCAEHGRPGVTMSLAADEGAVYERVVDIDVTGQEPVVACPHLPSNVKNVSELKDLPVQQVVVGSCTNGRISDMRDAAEILRGRKVAKGVRCIVLPSTPAVWKQCLKEGLMEVFMVAGCIVGPCTCGPCLGGHMGILGDGERAVATTNRNFRGRMGSLDSEVYLSSPVVAAASAVAGCIAGPDQL >WP_105738432.1 VasL domain-containing protein [Cronobacter dublinensis] MNAPSERHLKTGGDPRLLPDYAALREELGKLTHPARPDVDWRRVEQLSLSLFERNGVELQTAVWYTQARLRLLGLPGLNEGLAILAALLAHQWSSLWPQPVHARMEILSSFSQRVQQTLRTLSLRYADLGALYQAEQHLAAIIAVLARLELKHMSQLDALRAQLQQAAARLESEAGDSGALAADAVTAQGDAPPDDARRVYVATAPALPEVSRHGVKTARWKPFIAGMLTMLVAGGGALLGWQACKRPDPLAAQVAASLAAWPQVASDAALAPEHARELTAQSVIELTRQRLGWLSRLPPDRNIRYGGELVRQVDALWPQNPQAQALALFWRQQISAAAMPLQNLDGWQQGMTQLDQLAARLNALDERRGRYLTGSELKTMVFAIRQAFDATPPAEELLRRMAAQRQQGAVPEALRVEAESRLNQLLWRYVLLTPDAPDNHTR >MBR1803321.1 hypothetical protein [Muribaculaceae bacterium] QPVPEAAPSGQAYYALGTTSDGRVGFVSQVANTSTGINGNRGYYLGPQTAVLPINYEVVTLAELLQKGDTKGRYEITDLNLVESVLNHENEDQLLICKDNNEFAEKDRENYVAGMVDYMAYGDAAGTAYTDYDESNWVLLRVPAKFPVTSDMMRKSLNNVKGRLTNRVNPEFLVESSLEGKGNVTAYDPNLFIPSSFAGTQKSQVTGETYFFVTPKPMELARVKWAIWDGNKFNAPNATKTGNEAELSGSFGVNQSYMKQEVELESNMGYSMTAVIKVNEASGSAAPRRAAAAAGYVAWPLTMQQDQQIITGVKELVKLRQVAGVTYYDIAGQPSRSPRSGLNIVVTRYTDGTSTAEKRIY >KXK41164.1 ATP-dependent DNA helicase [Bacteroidetes bacterium OLB11] MEEYLKSLNEPQKAAVLHTEGPLMIVAGAGSGKTKVLTCRIAHLINQGVDSFRILALTFTNKAAKEMKERIENMLGNNEARNLYIGTFHSVFARILRAEGVRLGYPPDFTIYDTDDAKSVIKTIVKERLLDDKLYKPSYIYNRISAAKNNLYTYREYQTDRDIQEEDARGNRPLIGEIFETYSKRCFNNGAMDFDDILINMYILLANFPEALSKYQMKFRYIMIDEYQDTNLAQYHIVKLLGAMHENICVVGDDAQSIYSFRGASMQNIFQFQKDYEDVTIIKLEQNYRSTSTIIHAANAIILKK >MSV89973.1 nucleotide exchange factor GrpE [Actinomycetia bacterium] >MSX87014.1 nucleotide exchange factor GrpE [Actinomycetia bacterium] MSEHAPSNADAAADGQVESDGTVHETDVVLDPAAEPLSVEGLLDDLDRVTTERDAYLDDARRVAADFANFRRQTEKRNVDLVEQANARLVENLLPTLDACEAALRHGAKDVEPVLAALLGVLEREGLVRLAPEGQGFDPAAHEAVLHEPADDANEGPVVTDVLRTGYSLNGRIVRPALVKVRG >WP_212269268.1 MULTISPECIES: EscU/YscU/HrcU family type III secretion system export apparatus switch protein [unclassified Bradyrhizobium] >MBR1233737.1 EscU/YscU/HrcU family type III secretion system export apparatus switch protein [Bradyrhizobium sp. AUGA SZCCT0182] >MBR1286482.1 EscU/YscU/HrcU family type III secretion system export apparatus switch protein [Bradyrhizobium sp. AUGA SZCCT0177] MSVEARNQLAVALHYDKKGAPRVVAKGKGTIGAKIIELAKAHDIPIEENEVLAGALSHVEIGDEIPEELYKAVAEVLIFVLRLSGRIR >MBQ8356560.1 VUT family protein [Clostridia bacterium] MNLLAYKTLLQLDFIALDGGILISWLSFMCMDMITKHFGPGASNRISVLAAMINLLTCLIFFVASIIPSNARDYSAFNEIFGGTWFILLGSTVAFLSSAVINNMLNWMIGRAFRKNPDGRLAYAMRAYVSTFIGQFWDNFIFSVIVFVGFAPVFWNGFHWTILQCAMCSLTGAVAELMMEIVFSPIGYRIVTGWKATAVGKEYLDYIAQGRK >KAF4755575.1 hypothetical protein FOZ63_025349, partial [Perkinsus olseni] MQTLPLLFLVWSLILVGATITPSDTIVSIKTLDDNDVDVRRLPKMLRDYDVSPNEEVALFLEASEIRNLKYVRLQIVQTSPSTVDSDTLCHFVNEASAKLSLAAECAIDVDGRVFGERVRKKTPKETPKPPTKPGLKTTLTPQTTLTPQTTPKPPTKPGPKTTLTPQTTLTPQTTPKPRRTPKPRRTPKARRRYGHIDSDLHVNDYDAVDQKHFKWMKMGDVWQRALPYVTRKAKVAVMDSGINFADPDFEPLMGYLKKQSGGHLYGGWNFFTNSPILTNKLNHGTQVSKILAAKANNTFGIAGMAQNVTLVPLQVVDDSERAPLSKLIAAIDMAIDVGVDIAAMSVGFEFSTQEAIQRALLLQALHASQEHNILLVSPAGNDGKDASGILPCSLGGRRAICVAAMMDWKKLNVLHPESNFGGVVDIAAFGTRILTGRLTDSLAGRLRYMTGTCASNALVAGTLAILISVGVDSGMVKLLIEESTDQMNYKIPARYPHRIKGGALNVLKAVESAISWSKANQEVAHVGKLFIIDAVESLGWRSDYAAAPLSFALAALDDEHPVSH >WP_039983362.1 Crp/Fnr family transcriptional regulator [Tritonibacter mobilis] >MBW3241558.1 Crp/Fnr family transcriptional regulator [Epibacterium sp. DP7N7-1] >NKX38680.1 Crp/Fnr family transcriptional regulator [Rhodobacteraceae bacterium R_SAG5] >NKX73016.1 Crp/Fnr family transcriptional regulator [Rhodobacteraceae bacterium R_SAG3] >ANP41536.1 transcriptional regulator [Tritonibacter mobilis F1926] >KJZ24880.1 transcriptional regulator [Tritonibacter mobilis] MSLAQFQSIECADCPIRHRAVCARCDSDELEALDAIKFYRSYEAGQTVIWSGDQMNFVGSVVSGIATLTQTMEDGRTQMVGLLLPSDFVGRPGRDGSAYDVVATTDVVMCCFRKKPFEDLMTRTPHIAHRLLEMTLDELDAAREWMLVLGRKTAREKIASLLSIIARRDASLSVDAASGAVSFDLKLTREAMADYLGLTLETVSRQISALRKSGVIELEGKRHVTVPDMRRLIEEAGDDSDGGVLG >HJF55539.1 hypothetical protein [Anaerotruncus colihominis] MEERHGKPFTPWANVRDDGLLVLLAEKSQVQSTTFLPEGNTFGPRPAALFYRLLSKRLERLTNVPEGSEPQARRSPAAGKRGWGARRVHKRPGARALPDTRRAPVRIRLSERLTKLVEGALPGQETTVESTAGTRRIALLAGRAPQTPATLMELLSGPSREDGRIFSAAELVLYAPEAADGGGPRLGGEHWPPFGGQPAGRVIRTDARERRDGRTQAAIDGSRAQSADRGWDELHASRSLRQNRGLLMQARGGPARMSARLAGQAPDLAGAIERRGRIALLTLEQQRAEQTPLSLEMALSGRQGSMRQVFNPSEIVMLNPPSYLGRFGEGSARPVGRQDWKKVGWSDAPHGAFTAGGRDAAEAQPDGPLPAQLSGEQARKAQSFFRARAELARREREAGGIAPAGVPPRLMMPDIAYKERGTDAAGRLPSQTEGRPRSLNTSVRTTRETQVIRQSGQVSDAELSRMADQIYRKLESRISAERRRFGL >MBN2192743.1 Rne/Rng family ribonuclease [Polyangiaceae bacterium] MARNTLVINCDIRETRVALIEDGVIAELQIERASAMSTVGNIVLGRVSRVLPGMQAAFIDVGMDRAAFLHVEDLIRPDDFEAYLSGGAREDHQATARGVGTRRPFRGGRNGVEEEEEDDDDDRPLLDDDQGEDPVEVPKVEVPEDPGVRVPRRRIVGPRAPRPSPSADTSPSDPSPVSGKDSSPPGEAHGRDGAPVALGDDPSSDEEEVDEVALDDEAPDDLALDDLALDDVALDDVGPDDESSDEDALDDEDDDDLLDDDDVPNDDVPTSCADGDEELSERAGDGETEGEVSNVSAGEDGQRRGRREEPDGAARSRRTADDRTGRGRRRRRRGKKGAPPEPVRGRESAEKPGRRHGKVAASRVSRSVPITEVVKEGDEVIVQISKEPIGTKGARVTSHVSLPGRYVVYLPTLDHVGISKRIGSARERVRLREVMEALKPEKGGLIVRTVAEGLTKKGLKADVGYLIKLWADVSRRREGARAPAVLYTELDLVLKTARDLFTEEIEKIVIDDKEQYGRLVRFVEMFMPERAKDIELYAGAEPVFDAYGIEDEIGRALSRKVPLPSGGYLIIDQAEALTAIDVNTGRYVGKGSKDLEETALKTNLEAVEEIAYQLRFRNIGGLVILDLIDMDSPSNREKVWRELERLLAKDKAKTTLNRISELGLIEMTRKRTRESLSRTMHEPCFYCDGTGQIASRTTIGYEILRQIRRERDSLKGYCVVVNAHPAIVDLMQGEERTAVEEAERRYMRRIEFNACREYHIEQFDLAGR >EDF5922784.1 multidrug DMT transporter permease [Salmonella enterica subsp. enterica serovar Infantis] MKELCYGSVCSGIEAASIAWEPLGMRPAWFAEIEPFPSAVLAHRWPHVANLGDMTKLAKKVLAGEIESPDVLVGGTPCQAFSIAGLRGGLDDERGALTLKYVELANAIDDKRSESFLKPTVIVWENVPGVLSSADNAFGCFLAGLAGEDAPFEPGDRPESGKSNAFWRWDGKTGCHAPKWPQCGCIYGPQRKVAWRILDAQYFGVAQRRRRVFVVASARTDLDPATVLFEFEGVRRDIAPSRKKKEIASAIIANGAAISGESLNPCLHADIPPGMKSTKAVNAFRMAAFGEYIDDETASTVKARDFKDATDLAVFSSTGAGFWSEGHGTLRAREQESHEHLVTLAFPERMSGTQHAATKNTSPSLMAKNPTAVCYEVRNAEVAVRRLTPVECERLQGFPDGHTLIPTEKRKKVNSDELAYLRNHYPDLSEEEAAMLAADGPRYKAIGNSMAIPVMRWIGDRITKAVCRQKEGSKTKERKVKPAAEFERSIFKWAGGKFGVLEQIFRYLPEGKRLIEPFVGGGAVFMNAGYQENLLNDVNADLINFYKTLQREAHSLITLAHRFFQ >WP_141624088.1 hypothetical protein [Lysobacter alkalisoli] >QDH70756.1 hypothetical protein FKV23_12190 [Lysobacter alkalisoli] MICQEVIRGLITLTVGLIVARVGLWIYFRQKEYELVKQRYLEQSVDLIAAELESVSGAFNHNWARCLHVLKEYRDSEEQFDRDQLNDGFTPLSGSNFHRQAHHRLRTLVQSNTFWDAYQVALSFYHSANAVIVKEIPHAIRAKFSGNVGAPHSEIVSRAYDELAKLHRESERFAPLLGSLQAIASELEQENLSFKQVRTFHRRKVTLDAVEDLNTSFSKDFEKHEFTP >WP_211429491.1 TonB-dependent receptor [Chloracidobacterium validum] >QUW03601.1 TonB-dependent receptor [Chloracidobacterium validum] MMTIRAHWLIICLAVFLALGSSTGYAQSGSTTGAITGRVRDASGAVIAGTEIVCLQVATGTERATQSREDGTYEFLNLPPGDYEIRAMAAGFEDRRQTVRLSLGTTALVVITLATAGTTDVIEVVADARNAAESATNVRETDIPRLPINRRDFLQFAITAARTVPDNLPDQGATATSGLSFNAQSPRLNNLTIDGLDNNDATSGSIRSTFSQEAVREFQVVSDGYSAEFGRALGGVINIITKSGDNTFRGSLFGFFRNAALSARESLTPSKPPFEQYQYGLTAGGPLRPNRAFFFVTGERLNIKQNTVVTISDTVRAAALRNGFRFDTGSVPFSTGGSTALVRGDWQIVPEDNLTVRYNYGGQVNTAFEPFGGLTASTFTGEQRLTDHNLAVNNTFVGQNALVIESRFLYSTRLQDIGAADPGPRIAINAPEGQVIFGKSLVLPQFRDTQTYQFFTAVGLVRGRHQVKFGGDLLRVNSRQRQPASEGGQANFSNTNLVALGAPAGSPVLSALQAFDPSLRTPEQRAALALIGASLPSRFPGFPALPLDILPLTNDYRQGFLDPQPTPIPQTSLSLFALDDISLGPSLKLNVGLRYDLTRARSTPENNGLLSPRVAVVWQPLKKLTVRSGYGLFAASNLTFPIFTVVPPTRRTLVLPFPFSILPFTQPNRQLPPSGDFPFGIQFVPQFGLEFQFAQRLPASYTQQASLALESQVGNTLFSAVYNYVRGNRILSLRTINPVVRPGIDPLDSVINGRLDPRRGTVNEYAAAYDSYYHGVTFGVERRVGRFTGRASYTLSKAIDNYVDFRTSLQEFAEPLDISGERALSIQDARHRLVLAGIWDINYSKNPLLRDYALSYILTAVSGRPWNLLAGVDLNRNGDANDRPAGLGRNAGVTPAFYNLDVRFSRRFINRERLKIEGIIESFNLFNRTNVREFGRTFPPINPPLNTQFNLPPRRGGRFIVTPDRYRRAFPPRQFQIGFRITF >MCL4467776.1 outer membrane protein assembly factor BamA [Deltaproteobacteria bacterium] MLFADQPVVEKITVEGNQRIQTEVIRENIKQTVGSPLSELTVNDDILRLYKLGYFDSVIVYEEPSGKGINLIYSVVERPLIKSIEFKGNSEISNDKLKEALTFKPRSFFDKAAISASIDKIVDMYKAKGYYNVQVTYEVMPVSAMEVNVEIHVHEGQVVRIGAINFIGNHAFSSKVLHSKMESSTPGLLSFITGSGKFNEAELDRDITRLTMFYMDSGYINIKIEQPHIFLNPDGKTIDIVINLEEGNRYRISSIDIQGDLLFPKDKLMKKVHTKTGEWFNRSKLMEDIFRLTDVYTNNGYAFANINPETAINDKDKTVAVVFQINKGLLTYINRITIIGNTKTRDKVIRRQMRVWEGELYKENMIKESKELIKATGFFDNVDISTSKGTAEGNTEKMDLDVKVKEGHGGMAMLGGGYSSYQQFFVTAQIQLQNLAGLGTQLSLMAQVGGITKQYSISYFDPYFFDTRWSMSTSLYNMSNIYPGYTTNDTGGTFQLGYWLIDRLRIYANYGYDDAYFSSISNAYSYLLQNGSTSAVTFGFVQDTRDNPLYTTKGSLLSGSAEYAGGPFGGTFTFLKFDASASRYFPLPFDTVFMINGRIGYGFVPGNGILPFTSRYFLGGINSLRGYNYRTVGPEMPALLTNTDPLAPTTQLMYGGNKMIATTMEYVFPLIKEAKIDGVLFFDTGNAYAENQGYFAAPLQMGYGFGIRWFTPIAPFRFEWGFPLNPRPTDQPNVFEFSIGTFY >KQO44758.1 Xaa-Pro aminopeptidase [Pseudomonas sp. Leaf83] MAQMEPNSIAILPAAPVYIRNRDVEHVYRQDSDFQYLTGFPEPEAVMALIPGREHGEYVLFCRERDPERELWDGLRAGQDGAISQFGADDAFPIGDIDDILPGLIEGRERVYYAIGSNQEFDHRLMEWVNHIRAKARQGAMPPNEFVALNHLLHDMRLYKSAAEVKVMKEAAEISARAHIRAMQASRAGLFEYHLEAELDYEFRKGGAKMPAYGSIVAAGRNACILHYRENDAALKDGDLVLIDAGCEIDCYASDITRTFPVSGKFSPEQKAIYELVLKANEEAFKFIAPGRHWNEAHEATVRVITAGLVELGLLEGDVDELIASEAYKPFYMHRAGHWLGMDVHDVGDYKVGGQWRVLEVGMAMTVEPGIYIAPDNDKVAKKWRGIGVRIEDDVVVTKTGCEILTNGVPKTVAEIEALMAAARTEAA >NRA95518.1 DUF1553 domain-containing protein [Planctomycetota bacterium] MLRDQALALGGLLNGTIGGPSVRPYQPAGIWAEATFGKIRYRADAGDALYRRSLYVFWRRIVGPTVFFDNGKRQTCVVKQVRTNSPLHALTTLNETAFVEAARFFAERVLREGGDDVAARIAWAFRTATSRRPSRQERDILVARWRSARADFARDTKEANKLLSVGASPRDASLDLLDHAAYTVVCSILLNLDEVLSKP >WP_279184953.1 8-oxo-dGTP diphosphatase MutT [Acetobacter syzygii] MPDTGPLLLEAGPCLLRPLQPDDATTLHHLVNDWEVVRMLSRLPFPYPRDLADSWIASTCQMQAEGEGYHFAITATDGTFLGCIGVRLHTLPQAGRIGLLGYWIGRPYWGQGIATHAATRITRWALAHLDITTLRATAAQDNPASIKVLEHAGFRQCGTDRQMFTARGTELPVAVMEANRSDLDMRSTPATAQPAPRKLVLVSAAALIDAQGHILLARRPEGKSMAGLWEFPGGKVEAGETPEAALVRELHEELGLDMSRACLAPFTFASHAYPTFDLLMPLYICRRWQGTPTPREGQKLAWVAPADLRNYAMPEADLPFIPLLEELL >WP_019807556.1 ATP/GTP-binding protein [Saccharomonospora halophila] MDSAGFEAPRETASKTMTSAKIVVAGGFGAGKTTFVGSVSEIVPLTTEAMMTDASAGIDDLEATPGKATTTVAMDFGRVSLDEDLILYLFGTPGQQRFWFMWDDLVRGAIGAVVMADTRRLADSFAPVDFFEDRGLPYIVGVNTFDGVLHHSLNDVREALSIDPAVPIVRCDARDRESTKQTLITLVEYAMRQWIALRAANSAS >KAI1377204.1 alpha/beta-hydrolase [Hypoxylon crocopeplum] MVDSLRYTVHQYGTHELQRVGVWDLDVEDKAKYWIIYIHGGAWRDPRITHTTLGPTITRLVSPSSSFSGAARSSIAAFASIDYRLSPHPDFPQDPGSTPADRLRAARHPDHLHDVWAALAWLQLRYGFGARYILAGHSAGGCLAYQVLASAPALPSLSTDEQTQRGEEDVALPAAVFGIEGIYDMTGLNTRVGNAYTGFLSAAFGDDTEAWDEAAPMTCAARYGARFRGLAVLGHSADDELVDMPEADGMAGRLARDGVEFLLRKDLRGKHDEVWRNGTGVAQVILKILEVLKAGTGS >WP_086236254.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Campylobacter sp. P160] MKKIKITDLIAKKNREKIVMITAYDALFARLFDDYADMILVGDSLNMSFGGANETLGISVDEMIYHARAVQRGARRAFLVVDMPFGSTITPEISLKNAVKIYKNTLCDAVKIEGSKEIAPTIKLLDQNGIAVIAHIGLKPQLSRQEGGYRVAGKDDKEAKSILEDALALESAGAKMVLIEGVPSDLAKEITKALKVPTIGIGAGASCDGQVLVWSDAFGFYDEFKPKFVKRYMDGANLIREAMKNYADEVRNIKFPSSQYEYTK >MCF3649178.1 GxxExxY protein [Opitutaceae bacterium LMO-M01] >WED63245.1 GxxExxY protein [Opitutaceae bacterium LMO-M01] MEIVLAPFLSNRKLSASSLKFFYRRKQRETELPDLHPSFEKASSLTEEAIASAIEVHRHKGPGLNESIYEWCLLRELELRKLPTINQKTVQIEYKGFVKAESLRFDVLLAGCLLIEAKSVEHLLPIHKAQLLTYMKLLDVPLGLLINFNVTKLTDGVSRLILPGANR >XP_053501940.1 NHL repeat-containing protein 3-like [Ictalurus furcatus] MKRKNQLCFISSAMAVIFLVMFVMYSTLNSHYVASGRKRDISIAGRTLYKLDVSWPKYSEHFTGEVFGVAVNHLAGVVYVAQRGENIPKVLVFSTDGDFLHAWNTSTLEMPHGIFLANASGVPSVWITDVGNGPYGHTIKQYSPSGKLLQVLGTAGKAGASLTPLQFDQPAEIFIHNSTREVYIVDGDGGMNNRLIKLSQDLQVVWMHGEKGEGLSQFYIPHSVAVDNFQRVWVADRGNKRIQVFNSVTGDWLGSWGSCFTDDAPYAVRLTPDQKYLVVAQLNTNRVTLLEAPPVGIIGQCKVVSSIQLADDIKPHLVDLDQKTGALYVAEIGAQQAQKFVPITFSNGVL >MCI9379843.1 asparagine synthase (glutamine-hydrolyzing) [Dorea sp.] MCGICGIIGDTAGKEKILHRMMKVMEHRGPDGEDMYTADGVMLGFRRLSIIDLDKGMQPMLNEDGDMAMVFNGEVYNYQILRDMLVRKGHAFQSDSDSEVLLHGYEEYQRGILEKLRGMFSFAIWDDKRKTLFAARDYFGIKPFYYTIADGVLVFASEIKSILEYPGYQKKVNEEALEQYLSFQYSVLPETFFKGIYRLLPGHYLIYENQQVKTVRYFRPSLEPGERKSQARLTEEVEMAVRQSVRRHLVSDVEVGSFLSSGVDSSLITALSGCDKTFTVGFEQEGKLYNEVTYAKDLADKLEVANYSRFIGKNEFKEAVPDVMYYLDEPSGDASAVALYFLAQEASKEVKVVLSGEGADEIFGGYNIYLEPKALRFVDWIPAVLRRRMADLARRLPRHMKGRNYLIRASEPLQERYIGNAYIFHPKERRQLLKQRSGSALEPAELLKDAYAGIRELPDSDQMQSLDLLYWLPGDILQKADKMSMAHSLELRVPFLDRDVFQVARRIPHAVKTKNYTTKYILRKAAKAYLPKEVAGKKKLGFPIPIRNWIREEDWYRQIREVFTGETASMFFHTEYLIRLLDGHKYGKEDYSRKIWTVYAFLIWHQVYFGV >EIA1623697.1 S9 family peptidase [Vibrio parahaemolyticus] >EIA1625655.1 S9 family peptidase [Vibrio parahaemolyticus] >EIV8635468.1 S9 family peptidase [Vibrio parahaemolyticus] >EIZ1448995.1 S9 family peptidase [Vibrio parahaemolyticus] >EJF4458976.1 S9 family peptidase [Vibrio parahaemolyticus] MKKNTLAFATALALGSVLSVAHANEAAQSSVEQVTPKAITYPTTQKVDVVDDYFGTKVSDPYRWLEDDLSPETAEWVKAQNAVTFDYLSKIPYREQIEERITKLMDYEKRSQPFKEGKFTYFYKNDGLQNQDALYRQLGGGEAEIFLDPNTFSEDGTTSLAGVSFSRDGSLVAYSISEGGSDWRKVIVLDTEAKKPVGETLVDIKFSGISWLGNQGFYYSSYDKPQGSELSAKTDQHKLYFHKLGTKQSEDQLIFGGFEEEKYRYVGGYTSDDERYLFISASVSTSGNKLFFKDLSKPNSPLKTILDNTSSDTWVIDNQGTKLYLVTNLNAPNKRVVTVDASQPQPKNWKDLIPETKNVLRVSTAGGNLFASYIVDAISMVKQYDMNGKLIREIKLPDIGSAYGFSGKKDETEVYYSFTNYKMPSTTYRLNIKDGDSEVYYKSKAPFDPALYDSRQVFYTSKDGTKVPMIITYKKGTPMDGSAPTILYGYGGFNISLTPSFNPTRAAWLELGGVYAVANIRGGGEYGKEWHNAGIQMQKQNVFDDFIAAAEFLIDEKVTSSNKLAINGGSNGGLLVGAVMTQRPELFKVALPAVGVLDMLRYHTFTAGAGWAYDYGTAEQSKEMFQYLKGYSPVHNVKAGVEYPATLITTGDHDDRVVPAHSYKFAAELQSKQSGSNPTLIRIETNAGHGAGTPTRKIIETNADIYSFALFNMGIEKLQ >CAF4687378.1 unnamed protein product, partial [Rotaria sp. Silwood2] MQLGHCYRKLRLNEKAVKNYELALEQDIRLPSDEYIETLIGIGMPWEAMKNFEQALHRCIEVAEIYQIDSIIGDPGKVQFIEECI >CAH8313346.1 unnamed protein product [Eruca vesicaria subsp. sativa] MDPIKPQPNKICHVVAMPWPGRGHINPMMNLCKRLLLRHPNLIVTLVITEEWLGFIGSDPKPDRINFATLPNLIPSELVRANDFNGFVDAVLTRLEDPFERLLDSLNSPTPTLIIADTYVLWAVRVGERKNIPVVSFWTMSATMFSMILHSDLLISHDHALFEPSEAKEEEIVDYIPGLSPTKLRDIPTLFTSNSLEIFKKCKLCFDEIPRAKCLLFTTAHELEPKAIDVLTTKLDIPVYATGPLIPFQELSERSKPDYIRWLDGQEESSVLYISQGSFLSVSEAQMKEIVGGVRESGVPFLWVARGGESKMKEALEGSSGLVVSWCDQLRVLCHAAVGGFWTHCGFNSTLEGMYSGVPMLAFPLFWDQILNGKMIVEDWRVGMRIERRKKTELLIKKEEIKEVVKRLMDKESEEGKEIRRRVCDLSEMCREAVAEKGSSNVNIDAFIREINNTT >MBN9169301.1 50S ribosomal protein L4 [Microbacterium sp.] RDYAQRTPKKMIAAALLGALSDRARGERLHVVESFGIEGAPSTKAAASVLAALSATKNVLVVIERDDELSVKSVRNLAYVHVLTFDQLNAYDVLVSDDIVFTKAAFDAFVASKTGSTQEVSA >KAG8539342.1 hypothetical protein GDO81_021041 [Engystomops pustulosus] MLRVTSLLLVLISVFKHGSTDSSGVLYPYGEEEGDQITPIEDDGTSGEVQLSMEFKFFAKRYKSLHVRTLVFSIIFH >WP_259864893.1 helix-turn-helix domain-containing protein [Kocuria marina] >MCT1615729.1 helix-turn-helix domain-containing protein [Kocuria marina] MQLVSIRTAAKHADISTRTIENLISDGRLTRYKLTGGAAVRIDLDELLALFVPTVKEPPR >WAS49087.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARLHLKDGTCGLVEVEKGILPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPIETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >MBF9039534.1 TonB family protein [Rhodobacterales bacterium LSUCC0387] MIRLDAQTFGFLTLSLGLHLGAATWIGAGAPQNMVGDEAAGDQGHAQLSLSATPQDLAALVDQWSRPPEISQVTPDVPPMAAPLAPMRPGIAPLALPSLTKRLPELTPQLQEAAPALEPEVPNAPTPTAPAPRPTTRASGGAEAAPTTTTASTTSEDQDVIMRLMSHWGSGILRQLERSPSRPRGRGAATLRLVIDADGLLHDVRILAGTGQADLDTALLAFVAEASPYPPAPDGISTARYNFDLPLRLR >MCB0672512.1 LptF/LptG family permease [Saprospiraceae bacterium] MGILDAYLMKKYLKTFFFTAFLFSIIAVVIDFSEKVERFVESPVTTREILLQYYPTYLPDINSILWPLFALISVVFFCSRMAKNSEFVAMFSSGFSFMRISRPFLMGAGVIALFLYLGNHYFLPQTNRIKLDFMNKYIERQQASTRVRATHMFISPDTKVYINSYNTLDTTANDLRFETYQDNNLVKIVMAKRMQYQGPPNHWLLTDMETRLFDGTKETFEIQRNARLDTTLNIYPEDFVSWQNDQKRLTSPQIEAYLDRAKFRGAGNTRPFEIEYYKRTADPISIFILTIIGVAVASRKVRGGTGLHLAQGVMIGSLYIFLSRFSTTFAMDPKVTPWLGVWAPNLVFAVVAWFMVRRAQE >MBI4878028.1 hypothetical protein [Acidobacteriota bacterium] MRILVYLLAAAAAAQTAHYQFAFDQDALSGAPDLSHLNRALAAADRLFIRNGHFTRVGEDLVRNTEDDERIRLFGVNLAFGANFPEEKDAVRIARRLRRLGVNLVRLHHMDTQPDSSAANAGSILTTGPFPSLNPIAVSRLRTFLDALKAEGVYCNLNLKVGYVFRPAVDGVPPHPAFPTQSKPLHIIHPRMVELQTEFTRKVIDALRLRDDPVLAMAEIENEASLVREWQSSNLDRNLAGDYRSIFTDQWNAFLKAKYSSTDELRAAWGASEPDGPSMLTGNWIIERSSDANGTLERVEGEAVPTLRAVVTQKGARFIIKEVGFSIVESQPYVAEIELRIDATAGVTRNINMDVKQDVSPWRQMTNRTLTLTSQWQKFSMSITPTWGMDGVGRFGLYFEALDFPLYVRNWKLYPAGRRGLGASETLETANIGLVGETDIGTTSRTNDYLLFLADRDKAYLDAMLAAVRDSADPWVPVAGTQMSYGGLLNYDSHDALDYQDNHFYVDHYNFPNVSWDGRDWRMRDQSNAGSGMSAFQSMAAARQAGRPYTVSEFNQPWPNTCAAEIDPALSVFGAFQDWDSIMHFAYSHGRGWDDSVPNGFNINGDWTKFATVGQAAWLFRSDAIRAGLEPMRIPVSKDLRLRATREKRNGAIGGLLTAVFGFDPNSLFVHPAELVKDGEGEIPEAARRKAAAPYVSDTGETTYDPAARLFLIHSPKAAGVLGFPGGKKIAAGAIDVELAASARGFATIVLTPIDQAPLNESRRLLLTNPGHTLRTQPGSNPARPQRIINYPNTTDWWTLEPDQVGKPSGNLNSGSRPIWMERVEAYVTVRTPAARIAVYPLDGAGQRLAQLEARDIERVESGFRLHLQADGAPMSPWFEIVLE >MBP1876254.1 D-methionine transport system ATP-binding protein [Ensifer adhaerens] MVRLESISKSFAGKDGPVSALDRIDLSIAKGEIFGIIGSSGAGKSTLVRLINLLERPTGGEVFVAGERVTDARGERLRELRRSIGMVFQHFNLLSARTVARNVAYPLELTGRYGKDEITEKVARLLARVGLSEHAHKHPRELSGGQKQRVGIARALACEPQVLLCDEATSALDPQTTGAVLDLLRQINRDLGVTIVLITHEMDVIRRTCDRVAVIDRGRVVEQGPVTDVFLHPRHPATLRLVREAEPDGGSLEAISASELGSSTVRLTFTGPNAHRPILGRIARENVVDYAILAGRVGHIREAPYAQFIVSLSGRDIAGAIAGLRASGVDVELQGGPQTEQTAVTSPRVGERALHVV >EBC1613035.1 RepB family plasmid replication initiator protein [Campylobacter jejuni] >EFV4286841.1 replication initiation protein [Campylobacter jejuni] MTKDKINNNLVYHNDLNCFTFKNFKAVDYNLFFTICYYASQNIKTSKNIIPISLSFEQLRDFLPQEKNKKRFYENVVEFALKLNNLKTSNLTLDNEGYRIYSVSSFFDEITVNEKEEKIVFKIKEKWLDLIVNVVREYTILDLRNFCKISNKYTKNLYRYLSQWQGTGEFIIPFEKFNLLLDIPASYDIDKIEQRIIFPSIKLFKENNYFKNLEYIKEKDKTKQGQGGQVTTFTFTFDIPEERKDKTLALNKKWGRRRKTENII >WP_052386686.1 galactosyltransferase-related protein [Dactylosporangium aurantiacum] >UWZ57496.1 hypothetical protein Daura_15870 [Dactylosporangium aurantiacum] MSEVSAATAETVAGRLADYVVLIHDPNVPELAPDYFDESEPHYTAVNAATTELIAGDPAATAARAALAADWSGHGARAELIAQLVRLLGDAPDKVATLGALIDEADRRLRIDVVYGAVATPADAPPVEVDRLAELLRAAPRAVPSDRPQIQVIIPFRDASGRDRLRNLLSCLLALHDQEPAPDMWVTVIETDERPRWRDLLTPLVDSYLFAPKGGLFNKSWAVNVAVTNDGRDAPLVCVLDADVIADRSFIARNAGRFADGSQDAHLPYRRAWCLDEPTSRRAIAARCVQGLPDVPEEVVRALVLVGPPGHCMWVTREAYLKVNGFDERFEGWGGEDDDVVARLARDARLVRHDDRLLHLDHLRPAMVREDGINFNKHLSALLDWQPEGRIGDPDRFAHTVPAGS >WP_068000887.1 arylmalonate decarboxylase [Nocardia pseudobrasiliensis] >RDI60563.1 maleate isomerase [Nocardia pseudobrasiliensis] MTNAVGPRAVFGVIVPSTNTVVEHDYWRAGVPGVAYRAGSMYIPNPVMADDRDFTGLLEQIRASIDTAVRDALTAEPDRLVMGMSAETFWGGVAGNAAFERRLRERTGLAVTTGASSCRAALRELGCRRIAVFSPYQPIADVEVGRYFTEAGFDVAAITGLRCPTAMDIARVAPERLRAVVAGLNGPEVQAIVQVGTNLSFVALADQLEAELGKPVIAINAATLWHALREHGIEDRVAGAGCLLREH >WP_257384536.1 formate C-acetyltransferase [Streptococcus suis] >MCR1232881.1 formate C-acetyltransferase [Streptococcus suis] MSTKVKTKNVAEDIFAQAWEGFKGTDWQDKASVTRFVQANYTPYDGDESFLAGPTERSLHIKKIIEETKAGYEDTRFPMDVDRATSIADIPAGFIDKENELIFGIQNDELFKLNFMPRGGIRMAETTLIENGYTPDPLLHEIYTKHATTVNDGIFRAYTADIRRARHSHHVSGLPDAYSRGRIIGMYARLALYGADYLMEEKVADWNAITEIDEESIRLREEINLQYQALQQVVRLGDLYGVDVRKPAMNTKEAIQWTNIAFMAVCRVINGAATSLGRVPIVLDIYAERDLARGTFTESEIQEFVDDFVLKLRTVKFARTKAFDEIYSGDPTFLTTSMAGMGNDGRHRVTKMDYRFLNTLDNIGNSPEPNLTVLWSDQLPYSFRRYCMAMSHKHSSIQYEGVTTMAKDGYGEMSCISCCVSPLDPESEDQRHNIQYFGARVNVLKALLSSWNNGYDDVHKDYKVFDGVESNTSEIFDYDQVIANFEKALDWLTDTYVDAMNIIHYMTDKYNYEAVQMAFLPTHLRANMGFGICGFANTVDSLSAIKYAQVKPIRDEDGFIYDYEVTGDFPRYGEDDDRVDDIAKWLMEAFFSRLNKHKLYKNAEATVSILTITSNVAYSKQTANSPVHRGVFLNEDGSVNTSKVEFFPPGANPTSKSRGGWLQNLNTLSKLNFKHANDGISLTTQVSPKALGKTFDEQVNNLVTILDGYFEQGGQHVNLNVMDLNDVYDKIMAGEDVIVRISGYCVNTKYLTKEQKTELTQRVFHEVLSMDDHAAEVSGQA >WP_254363411.1 S-layer homology domain-containing protein [Paenibacillus sp. MZ04-78.2] >MCP3773598.1 S-layer homology domain-containing protein [Paenibacillus sp. MZ04-78.2] MSKAFKKTVISGLTLAMVLGGSTAAFADSKGKGHDKDKDRDNRDTIVKKVDYGKDVNINIKLTFDDLKGKDVEWAQRYIASLASKRVFEGYEDGTFQPRKTISRIEAITAAVRLMGLRDQAESADAKAANLNFKDADKLKQKYPWATGYVSVALQNDLFAETDDMIQPEKEADRLWATTLLVKAMKLQNEAKAKMNAKLPFRDADKISAGSVGYVAVAIEKNLIDGYEDNTFRPNKPVSRAELAALLDRTGSQLPDRASVKGTVTGALNNNLLPVKLQNNEALNVEMDSNVFVFRNGSRVAPGDLRTGDQVLIRTYGGKAIYVEVLNTTGDPQQQTDFTVTGTLNSYTLNSKGGLANITINQNVNNGGVQTAVYGVAPEVYISGDVSQLTAGRALELRGKNQLVHTIIIR >MCA3389197.1 branched-chain amino acid ABC transporter permease [Roseomonas sp.] >MCA3392213.1 branched-chain amino acid ABC transporter permease [Roseomonas sp.] >MCA3409054.1 branched-chain amino acid ABC transporter permease [Roseomonas sp.] MLTVAGRTGSILLGCAALAVASLPLFASPYHLELVSTAVVLAMFALSLQLLVGVTGLVSLGHAAFFGIGAYAIHLMGAYGPSLSILLTLPAAVLLSGLAAFAVGALALRTRNFFFLMTTLAFGQMLFFVFHDTPLGGGADGVFVTRPSFSLFGLEWIVSRQDRPTVMLLVNLAVLVAMYLGLTALLRTMFGRALLGIRANEHRMRSMGFDTYWLQLGAFTLAGAMAGIAGHMWGMTQAFVSPELLAWHRSAEALLMILLGGLGALHGPILGAFAFVGLGEVAQLITERQRLVEGLVILAVVLGLRNGLAGIRLPASWRAQPNIKAAVSPKEVAP >MCK9538307.1 hypothetical protein [Dokdonella sp.] MQNFEHIRSHVGSRHTLRTNDPYLISVELDVDEGRRQGVYLAELEDGSGLSYLRISTPVGPFTGATGERCLRFNWEQRTGFLAVSDLAGSPYLQLCENRPYALLASDELDRIIVTLGRLGDRLERTISSGADLF >WP_013712491.1 50S ribosomal protein L15 [Chlamydia pecorum] >AEB41413.1 ribosomal protein L15 [Chlamydia pecorum E58] >AGW37619.1 50S ribosomal protein L15 [Chlamydia pecorum PV3056/3] >ETF39267.1 50S ribosomal protein L15 [Chlamydia pecorum DBDeUG] >ETF39942.1 50S ribosomal protein L15 [Chlamydia pecorum MC/MarsBar] >ETF40475.1 50S ribosomal protein L15 [Chlamydia pecorum IPTaLE] MIKLESLRDPSPRRRKTKLLGRGPSSGHGKTSGRGHKGDGSRSGYKRRFGYEGGGVPLYRRAPTRGFSHARFDKCVEEVTTSRLQLVFQEGEEITLEALKDRKVISKDAVRVKVILKGELTKAFLWKDSAVVLSQGVQRVLSAA >MBQ7809358.1 hypothetical protein [Clostridia bacterium] MISGVKHINSNPFFFFKKHYCPKCNEKLKVVKESKIVNSKSPEAKNYDFTLGDTYLRGDVKFIFKKLECPKCKIRFSPDEIIKA >WP_187642449.1 hemagglutinin repeat-containing protein, partial [Escherichia coli] IGVGPGGPGFSLSASANQGKGSEKGNGTTHTETTVDAGKQLTIISGRDTTLTGAQAGGETVKVDAGRHLTLTSEQDSDRYDSKQQNASAGGSFTFGSMSGSASVSLSRDKMHSNYDSVQEQTGIFAGRGGFDVTTGQHTQLNGAVIASTATADKNRLDTGTLGFSDIENRADFKTEHQSAGLSTGGSVAGNFLGNMANNLLVGANHEGHADSTTQSAVSAGNITIRDTQSQKQDVADLNRDAAHANQTLSPIFDREKEQQRLQQAQLIGEIGNQVADIARTEGQIAGEKAKRDPAALNQARAELEAAGKPFTEQDVAQRAYNNGMAASGFGTGGKYQQAIQAATAAVQGLAGGNLSAALAGGAAPYLAEVVKTMTTDPVTGEVNKAANVAAHAVVNAALAVAQGNNALAGAAGAATGEVVGMIATQMYGKPVSELSETEKQTVSTLATVAAGLAGGLVGDSGASAVAGAQAGKTTVENNMLNVIATETAANTAAAIAGATGNASKDTGNDNSWDIGGGCEGSREQCAVRDPSRDGTRGPGHVLNGDNTDENKQPNLGKDVASATDKDKAELGGAGTGTPGGWGSDNEEKARHQEVQQQRFDELSKIYDKSHPVGELTVDGQTIRQSSVSNRYGTTKVFESQNLTDKQIHNYAQQLAGDTPLKEVRPGIYTAKLENGTSITLRSLSSSQEQTGARWTIDIKGNKQLSDIAYKYKDVEIKFK >WP_036824351.1 polysaccharide deacetylase family sporulation protein PdaB [Pontibacillus yanchengensis] >KGP70934.1 polysaccharide deacetylase [Pontibacillus yanchengensis Y32] MQHFHVWKWSSLKRWGLVVIAALFCAIFLVVERDSAFSVFSTDKGPRALISSGENGKDVSLTFNISWGQEKVYPILDTLKKHDVKATFFVNGEWAERHPEILKAINENGHELGMMGYRYKSYLKQDITQVKKDLLYAKTVFGKLGYDELSLLRTPSGHINNEVITLASKLGYQVVQWSVNPNDHENPGTQVIVDHVMKETSGGDIIVMHASDSVKQTNEALATILPGIKQKGFHFVTISELISKAETDSSPIE >XP_042531659.1 olfactory receptor 5AK2-like [Dipodomys spectabilis] MEQNNGTQVTEFILLGFAAQHKFWHILFVVFLMVYVITLVGNVGMILLIKMHSSLHTPMYFFLQHLAFVDLCYASAVTPKMLQNFMGSKASISFTGCAVQLLVYGTFVTSDCFILASMAVDRYVAICNPLRYPVVMSRRFCVQLLVGSYAMGLLNASVNTSFTFSLKFCKSNAINHFFCDVPPILALACSSIDFNVRILAGFVGFNLTLTVLVVIFSYAYILAAILRISSASGRKKAFSTCASHLTAVTIFYGTLSYMYVHHGTDRSQEQEKVASVFYSIMIPMLNPLIYSLRNQDVLEALKHLGNKCS >WP_092802679.1 MULTISPECIES: phosphoenolpyruvate synthase [unclassified Janthinobacterium] MTNAVSQQQEDKDAVYVASFEHLRMTDVESVGGKNASLGEMISQLAEAGVRVPGGFATTAQAFRDFLSYSANGGLPLAERIAQRLEGLNIDDVRALAQAGAEIRQWIVETPFQPRLAAEIDQFYAKLVADSDTEMSFAVRSSATAEDLPDASFAGQQETFLNVVGIDNVLDAMKQVFASLYNDRAISYRVHKGFTHAEVALSAGVQRMVRSDLGAAGVMFTIDTESGFKDVVFVTSSYGLGETVVQGAVNPDEFYVHKPMLEKGKSPVIRRNIGSKLLKMEFTNEAKAGRSVKTVDVPVEMRNRYSLNDTEVVELAKYAVIIENHYGRPMDIEWGKDGRDGKLYILQARPETVKSQQKATDVQERFKLKSTGTVLTSGRAIGQKIGAGPVRVIHDPADMERVQPGDVLVADMTDPNWEPVMKRASAIVTNRGGRTCHAAIIARELGVPAVVGCGDATDVLKDGTFVTVVCSEGDEGKIYDGLLETEVSEVSRGELPKLDTKIMLNVGNPQLAFDFQSVPNAGVGLARLEFIINNNIGVHPRAILEYPNIDADLKKAVESVARGHASPKAFYIDKLAEGIATIAAAFWPKKVIVRLSDFKSNEYKKLIGGSRYEPDEENPMLGFRGAARYLSADFSEAFNMECEAMKRVRNDMGLTNVEIMVPFVRTLGQAEKVIDLLAKNGLKRGENDLRVIMMCEVPSNAILADQFLDHFDGFSIGSNDLTQLTLGLDRDSGMELLAADFDERDPAVKALLALAIKACLARGKYIGICGQGPSDHPDFAVWLMEQGIESMSLNPDSVIDTWQKLAALKA >NMG18956.1 hypothetical protein [Brasilonema bromeliae SPC951] MAALGALFRRFFDEFNDTRLSFVELFNSKYFTSFAGMPQRLGILYCPIRLMLLSLVPTLSQTLGLARVLLLFLAITLLTLVLDYGL >WP_058997548.1 selenium-binding family protein [Haloarcula sp. CBA1127] MSDTEQPAESGTHDHHDHDHEGPGYATPQAAIEEAEPERTAYVMGLHVGQDVDAPDFLAVVDVDPDSDTYSEIINRVTMPNKGDELHHFGWNACSSSCHMEGLERRHLVIPGQRSSRIHIVDTKERRDPELTKVIEPEAVYEHDLSAPHTVHCIPDGEILISMLGDADGDLPGGFLELNDDFEVQGRWDPPGEIEMNYDYWYQPRQNVMLSTEWAAPKTYYPGFDLDDVEDGKYGQQLNFWDWEAGTVEQTIDLGEDGLIPLEARFLHTPESTHGYVGAALSSNIIHFHESDGEYHAEPVIEFDDREHEGWDMPVPALVTDILISMDDRYLFGSNWLHGEVWMYDISDPSNPRKADSISIGGYFGDIEQVQGRDIVAGPQMLQLSLDGERLYWTTSLFSSWDNQFFPEEAENGSVMLKADVDPRKGTMSLDRDFLVDFGDLPEGPARAHEIRWPDGDCTSDVWQ >MCO7639728.1 putative toxin-antitoxin system toxin component, PIN family [Pseudomonas sp. S 311-6] >RPM98985.1 putative toxin-antitoxin system toxin component, PIN family [Pseudomonas aeruginosa] MRRVVLDTNIVLSALIFNAGRLAWIRHAWQQQQLQPLVCRETASELLRVLAYPKFKLSTLEQQELLADFLPYADVVELPMPWPDLPICRDEKDQVFLVLAHVGKADALITGDADILAMREDFPGLIMTAETFAARQA >PBK84789.1 hypothetical protein ARMGADRAFT_605228 [Armillaria gallica] MRPQFSQSKNLLSDGDTSISTRAPEDQPNALTQSEIEESQKVLAVKLGCNIQASGPGECPSTYGPAVDEVCARLLEEGSRMMVDCLSPDLLGVRTFETYVFVVGLTAARRYTIMEDWEPIVVVLVDSSSSHSSAVDPLPTPRYRSPCTCRPRGNVT >KAI9244300.1 rab-GTPase-TBC domain-containing protein [Phascolomyces articulosus] MSNPSTDPAFNIFTLPTHVESFISPFWETLQENNHFLLQRIKTRRSSIMRNVLGTVQNVLDTKQSPYRILYRSTNGTCLQIAVGETEKQTDLAWRWIEANLLPPLAVLEDNEKEEFVATKINSIVTRRDAGTDEISTDEKVRTASRSFRQTFNVPVTERLVNYYSCAYYTNRFTSQGWLYISENYVAFYSYLLGYETKLLVELKAVQDIRKEKSKRGVFSDAIKLVMKDKTEHFFSNLFKRDQVYDILVQLTGLAMQRVLKSTALEQSPGGDISIDIRDSDIDSTSDKDSLNTSGERSSNRGSTALPAAEIRKMMQPLKMDLAAQKRDERFRARFRLPSTEQLCMNVSAAHFIESEEGEEKRIQGRMCLSEAFLTFSSTDRGQYYEAVIPLYTIRRVEKLNDKIHPFSIKFVNWHQAHTQFHLSVTKQQYEEFSNRLTANLRKQIKYMKMLKKFLTTCPSELVVADKTNEEIDQSPGGLGLTFGFPGDPKKLKDKSKMKLWKKYFNEYGRNLTIVKTAQFGRLVRVGLPNRLRGEIWETCSGSIHQRFMNQGLYHRILEENKDKTSLSLEEIEKDLNRSLPEYSAYQTPQGIDSLRRVLSAYSWKDPELGYCQAMNIVTSAILIYMSEEQAFFTLSVLCDDMLPGYYSTSMYGALLDQIIFEHLLESTMPVLFNHFKKKDIQLSVACLPWFLSLYINSMPLLFAFRVLDCFFMDGPKILFQIGYVKFSILKINGDDLMKTSDDGAFINVLKKYFNSLHEPLYPDSENVKARTLTKFNELLLVAYREFSSISDEKIRELRQTHQLKVVAGIESFAKRSTIRNIDDTAGFSKEEMGILYDKFYNVLYYRQKQQQQQQTKGDRMDYSEFEKFIGSLASWAQFSRSDNNHHHVTGNDQDERQSKVGKTFMVRLFKKFDRGEQGSVNLQDAMIGLGSIIKGNHNDQISLFFELHDVDKDDYLNRDELLQFSETLLWIFRDTPDQDDGNHLNAVSTFLRNAFEYSEVKEEGSQEKFLSLASLRMLVLADEVLENFFEQEFSNSFQLVEKAVEKQRSLGREIFDSLFATGVKFANNRPKILSSTPSSTTTVTTTTTASTSSASNTSASISSQITKNDQQKSHTEQSSTMTSVASTPSPSNTTKTDSDDITVNSTTLNGNKKNESQQVQSTESKEEKNKEDDDDLAQFTKSHSNDSDDEDSNDEDDEEDGDVLEEVDRLLKEYGDDDEN >WP_265332308.1 glycoside-pentoside-hexuronide (GPH):cation symporter [Obesumbacterium proteus] MDIVNSIQENSKEKQYQKDKVSWTTAISYGMGSFGANVMYAFIAIYLMLYYTDSFGIKAAAVGLLFLIARLVDGATDIALGILVDNTHTKMGKFRPWILIGSILVSLTTVACFISPDFSEAGKLVYAYSTYILWSICFAVIDIPYWSLSAAITQNPTERTKVITIPRTIATFGFLSVSATTLWLVKYMGSWWAVAIIYSLIFLVCMLITFFGVKEKHSVPRKERQSFKGFWILLKQHRPLRLLLTGMFLLEMIGVIRGTFQLYFFIYNLNAEMALGVFLTVSMIAQVGGAVVSPFISAKIGKKNTAIYSSAVMALACMLLFFFQGNITLIFIIGAVAPFCGGVGQIALYSMVADCVEYGEWASGNRSEGMVFHSIFLKPNCLGPLAVPLVDSCFRGQAISLMRCRQPIRRCGLVSYLPLFPVR >WP_224045636.1 16S rRNA pseudouridine(516) synthase RsuA [Pasteurella canis] >UAY76967.1 16S rRNA pseudouridine(516) synthase RsuA [Pasteurella canis] MRLDKFLAENTGLTRSQANKALKQSAVMINGKVEKNGAVKIMPQDEIYFEGELLTWVDEGQYIMLYKPQGYICSHDEGDYPSIYQFFDYPLSSKLHSAGRLDVDTTGLVLLTDDGQWSHRITSPKHHCEKTYLVTLADPVENHYQQSCQQGILLRGEKVATKPAKLEILDDYQVNLTISEGRYHQVKRMFAALGNKVVNLHRWKIGDIELDENLAEGEYRSLSEQEINSFNKG >WP_049043948.1 hypothetical protein, partial [Escherichia coli] DRSKASLLIKAGARVNFKSHVDNTTALQMAYIRRDEAVMTVLIEAGADIHHNWRGYSAQAKAFMTTINERQAA >WP_068780709.1 FliH/SctL family protein [Paenibacillus sp. GM2] MSNLIKVSQYVPVEVLKQLDLAKTYANPEDEVPEDEAAPTVQADVVSEADLAAEEARRQMLADAKDFAEQQVRAASEEAEKLLAEAREQIEAWWQEKREQDEHLVEAIKSEGFSQGYEEGKLQAEQELKTKIDEMMYEASTVLQQAYVEKERIIQESEPFLVELSCAIAEKIIDKQLALEPSYTVDLIRSSLARKREQGEITLCVAPAQFSFVQAAREELTLAIDSQAELQILPDPTVKDRGCVIRSAYGSIDARIDTQLAEIKKELLRISLQTEE >WP_247334239.1 cobalamin-binding protein [Luteibacter aegosomaticola] >UPG91420.1 cobalamin-binding protein [Luteibacter aegosomaticola] MGPQRIVCLTEEPTETLYLLGEQDRIVGISGFTVRPPAARKEKPKVSAFTSAKVDRILALKPDIAIGFSDIQADIAQALIKAGVEVWISNHRSVEQILDYIRRLGALVGVPAKANALADELARGLDEVRDASAKLTRRPTVYFEEWDEPLISGIRWVSELIGIAGGNEALPHRAGESLAKNRIIADAAEVIATAPDIIIGSWCGKRFRPELVAARAGWENVPAVRDGELHEVKSPLILQPGPAALTDGLGELTRIIHGWAARHA >WP_265966242.1 thiamine phosphate synthase [Roseibium sp. DSM 29163] MNRPRIFLITPPEFDAADLGGKLKQAFSGGDIACVMIYMPGAGTKDIQAAATTLVPVIQEGGAAAIVYQDTQAAGRSGADGVHVDTSLDDLKLAVESFQPEKIVGTGGTKLKHDAMEWAETGVDYIFFGKLDLEEEENAHPRTLSSAEWWAELFQTPCVALAGNSIDTLGDVAATGADFVALKDAVWQSGADISTVISEANRILEAHPFVDTD >MBS7604783.1 arginine decarboxylase, pyruvoyl-dependent [Candidatus Bathyarchaeota archaeon] MSIIPTKMFFTKGVGIHKDRLISYELALRDAGIEKCNLVCISSIFPPGCKIISREEGLKLLKPGQVTYVVMAKNETNEPNRLIAAAVGLAIPKDDNGYGYLSEHHSFGETAKKAGEYAEDLAATMLATSLGIEFDPEKAWDERKKVYKASGKIFKTTHICQSAEGHKDGLWTTVIAAAVFLP >MCD6419504.1 S-adenosylmethionine decarboxylase proenzyme [Synergistota bacterium] MSVNKALGRHILAEIYECDVDVLDDIRELQSILTEAAERSGAEVIDSSFRKFDPYGVSGVVIISESHLTIHTWPEYGYAAVDLFTCGDTADPWLGFEYIIQRLKSSRYTTMEVQRGNLSPKLERRKLVPTS >MCI2155109.1 TIGR00341 family protein [Solobacterium sp.] MADEEKETRKQEKAEFRNELREIFSIFRQKRDQAKTEGTMKAERREMFRYMFSIKEDSASSEEIRKRLMDGGRVSGTNMCVLVCAIIIASTGLSTNSTAVIIGAMLISPLMGTILAIAYGTVTADSRTVRKSLIGFLFQMGVSLITSTIFFLLMPSRTITSELLARTNPSFTDVIVAIAGGIAGIIGQTRKDKSNNIIPGVAIATALMPPLCTCGFSIASGHLRMLSGAFYLFVVNTYFIYMSACVILMVLRIPQIREVSETEQKRMIQRMVRTAVLVSLPSIVLGILMRAA >WP_013559898.1 DPP IV N-terminal domain-containing protein [Anaerolinea thermophila] >BAJ63516.1 hypothetical protein ANT_14880 [Anaerolinea thermophila UNI-1] MKPVSRFILAILAVLMLSACGSTPTRYLTFTIRAQNSEIWMLDTSNDKLLNLSNKSSDDFWQTWAPDGRYLAFTSDRSGNLDIWILDTQKEVVFNYTNNPEDEGWPAWSPDGKYLAYASNREGTYDIWRMNSDGSNRVNLTPGDGDDGLPAWSPDSQRIVFSSNRNGNYDLYIASVNGGELEQITSDEADDIMPAWSPDGKKIAFVSKRDGNSEIYLYDIASKGVTNLTKNPYNDETPAWYPDGSRILFVSERFDNQWDVYSMKPDGSEVRRLTHDELQEFHPMWRP >CKQ42697.1 Exported repetitive protein precursor PirG (cell surface protein) (Exp53) [Mycobacterium tuberculosis] MPNRRRRKLSTAMSAVAALAVASPCAYFLVYESTETTERPEHHEFKQAAVLTDLPGELMSALSQGLSQFGINIPPVPSLTGSGDASTGLTGPGLTSPGLTSPGLTSPGLTDPALTSPGLTPTLPGSLAAPGTTLAPTPGVGANPALTNPALTSPTGATPGLTSPTGLDPALGGANEIPITTPVGLDPGADGTYPILGDPTLGTIPSSPATTSTGGGGLVNDVMQVANELGASQAIDLLKGVLMPSIMQAVQNGGXXXXXXXXXRRSRPSPRPRRCHRRTQSPCRSPKPRVGRKRTRGQGVGHCFGPSQLLA >MCE4566367.1 winged helix-turn-helix transcriptional regulator [Maribellus sp. CM-23] MIGHEILLHSGDSTSLVLPVESDKQQYTLRFEAVFQFDPEQLVATINQVVVDTKIAESYRVEVKSCPNEVVVYSFEVDNALNSAIVPCQGRVQPKACYFIQFTILDSIPAVVQQQSPPAESLAEFSPGQNRKFFVGSAVIIVVLILLASVFFLVKKRRGSSDDSKLITLGEYRFDLHKMELILGPERTELTGKESELLFLLYSKVNTTVNRNDILKEVWGDEGDYIGRTLDVFISRLRKKLEADPTLKIINIRGIGYKLTMEN >MCL6540381.1 nucleotidyltransferase domain-containing protein [Roseiflexus sp.] MSGQSAFDLAASRAYLTSRQKRAYQVAEELRQAALQAVYRAARLVLPRFPSVERAYVFGSVLRPGAMHAGSDIDVAIEGMLSAEAYFALWRALESELSEWTVDLVELDQDVRFADHVREQGALIYERSDSDVESRNCCRPESDR >MBK8168045.1 right-handed parallel beta-helix repeat-containing protein [bacterium] MRMSICLVACMCLAIPAIGATWHVAKDGSGDFSVIQDAVNAAASGDTIRIGPGRYDDKHLIGNPPWQQFARIHVVQQQLTIVGAGQDRTVIGPAQAWTVIQGDDSGAYVSGYYGAAVVRIEELRFENTSKGVASVNGIDSLLVARCSFGGHRRGVDASAAYSEIGGCRFEGAASTSYSHLGSFSADVLRVDGCTFILDLQPPVPQQHMTIQSTAGAEVSNCTFLNGTAGIVVTVGSNALIRECRFDGQSQGGVANGGRRIAIERCQFTRQRSALDQYGTQAIWAVDNIHVSDVTLATLDMTNNWWGTADPDSIQAWIYDGNDRPEDPYFIQWDPFLPGPLPAQKKSLGGVKALFR >EAG5429682.1 LPXTG cell wall anchor domain-containing protein [Listeria monocytogenes] >HAB7350286.1 LPXTG cell wall anchor domain-containing protein [Listeria monocytogenes] DADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADADVDIDWRDFLVEKPTVNPIYEGTKTISGTSIYKNMNINTLLKSLQSDAPAGTTFYINLTLPDGTVIGNVLIHADGTYSINIPNYNLKAGDVIHLQVTAKYGNEVKTSEDVAVTVLPLADSDADADADADADADADGGLNPSTNGGTTGTSNGGTGVTVTNMSSNGSGTMLSSGYSADGTTSISASDLPSTGDTNSSLPWVGLGLFSLAGAFLLRLFRK >WP_038239756.1 DUF817 domain-containing protein [Xenorhabdus szentirmaii] >PHM34447.1 membrane protein [Xenorhabdus szentirmaii DSM 16338] >PHM43176.1 membrane protein [Xenorhabdus szentirmaii] >CDL83969.1 conserved membrane hypothetical protein [Xenorhabdus szentirmaii DSM 16338] MESKYLKINVLRKIDDLLMAHEPNGSTGIKRFILEFLFFGLINARSCLFAGFFFLALFLVPTKGILGIPRYDVLLIFAVSFQAFLMWSKLETWDELKAICVFHLVGFIMELFKTSAAISSWQYPDPALTKLWGVPLFTGFMYAAVGSYIIQSWRFFKVRIEHYPPYWMATLVALAIYINFFSHHYISDYRWYLTAFIFGLYARGTVFYTPLDKERKMPLLLAFILIGFFIWLAENFGTFFGIWQYPHQLGAWSAVHAGKWGAWSLLVVVTFTIVVHLKHIKANVAISR >WP_017633897.1 MULTISPECIES: hypothetical protein [Vibrio] >EGQ8471377.1 hypothetical protein [Vibrio alginolyticus] >EGQ8983851.1 hypothetical protein [Vibrio alginolyticus] >EGQ9215513.1 hypothetical protein [Vibrio alginolyticus] >EGR1571284.1 hypothetical protein [Vibrio alginolyticus] >EGX6964394.1 hypothetical protein [Vibrio alginolyticus] MNKEQAKKHIEENLNDGDSLIGFFQAVSPPNIWLFLLIGPLFILSMRTYFLAVTEKGVSFHKLSLLGKFKEHDFFDFGDIESVKIGKGLLQRPMKFTFKNNRKIKVKAQLKGVEKVAKLLPEVQEHIESNIPLVQ >WP_050498798.1 MULTISPECIES: SigE family RNA polymerase sigma factor [Streptomyces] >KOG70994.1 RNA polymerase sigma factor [Kitasatospora aureofaciens] >RSO09159.1 SigE family RNA polymerase sigma factor [Streptomyces sp. WAC 06725] >KOT33206.1 RNA polymerase sigma factor [Streptomyces sp. NRRL WC-3701] >KOT40339.1 RNA polymerase sigma factor [Streptomyces rimosus subsp. rimosus] >KOT52208.1 RNA polymerase sigma factor [Streptomyces rimosus subsp. rimosus] MNTPRSAAPAGPAPATGDASAEFHAFFERHHAELARLAHLLTGEADAADDLAADALLALWHRWDRVRGAEHPVAYARGVVANMARGRIRSTVRERRRIALFWSQRSERTDGPDVAAVVDVRQALERLPFRKRACVVLRHAFDLSERDTALALGISVGTVKSQTSRGMAELQRHLGTGAADDLSGRGK >GFW26598.1 ras GTPase-activating protein 1 [Trichonephila clavipes] MGDGWLWCTLHRTQESGLVFKELVEELDDDVDPNEIYPWFHGTISKEAAVEKLAKMGPGSFLVRPSDNSPGNYSLFFHINNTIQRFRIEKRGNRYIMGGRCFDSLEAVVSRYKVEQIVEGHHLGDPVLKAPYESKELSKAEEIQQKSQDIYATLRESRESGIAKRNKGIRMKGYLNKKSCFNPGQGNRKWKNLYFVLSAKEQQLLFFDNPRRTKPKGLIELSYTYLYMVHDSLFERPNCFQLVERALPCISTVYYLCASSPDLAQEWIQAIKPLCSPQLPRGRAPTHNVTEVRSLHLTLLEAHRLPVRLVPHPFCIISLNQVKVCRTQVKCPPDPIWEEDFILEDIPSDITSFSITLYNKGKRSKDMEIADVTVELENLISGEEVEDWFPLGGLTPPIREDWGSLRVRIRYIHEVIMPLAEYNALKELIMEEDLEVVSVLADLCHRDRTPLANAVLRVFRYEKKEAMLLKTMNDREIQFEEDTTTLFRSASLTTTLMDHYMRSTANGFLHQAVQDFILKVMDSRQSCELNPSKLESPIEACTNAENMLGLLDEVIESIFSSIDACPRTLRYICSCLQKNVMAKWPNDPLVKTRVVSGFIFLRLLCPAILNPRQFNLINDTPSEIAARSLILVAKCLQNLANLVEFGAKEPWMEVINPFILKNKNRMIKFLDDISNVPERPEPEETFSGDPARDLATLHHICATHKDELQNLNQHRPILKKLVTVTDMLSKHKLHYTEMLR >TNI18971.1 hypothetical protein CF132_15665 [Aeromonas dhakensis] >TNI55378.1 hypothetical protein CF126_13000 [Aeromonas dhakensis] MLPLSVHFAAGADELVAPALKNSIAAGKASQQRVEKAADAAVAARLELQNAQLQLRDLEAYNRYMQSLVADQQNELGKLSQQLEAVQETRQGLIPLMLQMQADLEQLVQNDIPLRKEDRLARVEQLKATLARADVSEAEKFRQLLQAYQIEAEYGSRLDSYAAELVLDGAPRRVDVLAVGRVSLLAMTADRSQAWRWSGQNKQWQPLDSQWLSPVAEALEMAADKKVPQLLNVPLSVSRGQEAQS >WP_278631399.1 cation-translocating P-type ATPase [Thomasclavelia spiroformis] >MBS6685487.1 cation-translocating P-type ATPase [Thomasclavelia spiroformis] MEAYQKTFSQIQHELSVNDQGLSPKEALIRMQKYGKNEIIASKQPSVFSIFIDQFKDLLVIILIVAALISAFTGEIESTLVIIVVITINAILGTIQSVKAQKSLNSLKKLSIPKVKVIRSGKKMEIPANELTIGDIVVIVAGDVISGDGRLIEANNLTINESALTGESESVEKQTLPLHHECSIADMNNMVFSGSLVTNGSGSYVVTKIGMNTQIGKIATMLNETKQRKTPLQKSLDEFSLRLSIGIIVICIFVLVMDVLFAKEQLLDALMVAVALAVAAIPEALGSIVTIVLSISTQKMAQENAIIKNLNAVESLGCISVICSDKTGTLTQNKMEATDIYTRDRRIKISELNHREYNHNILLKSFVICNNASISNGKNIGDPTEIALLEAYHNYCFNHDYDLKTKRRLELPFDSSRKLMSVASNNHLYTKGAPDVLLNRCKTILNDGYKEILTNQDKKKILEQNDFLASEGKRVLGFAYKKFYRNTLTIQDEYDLVFIGLVALIDPPRPESFQAVQDCINAGIKPIMITGDHATTACSIAMQIGIYKPGDKCLDGKQLDKMTDNQLYAYLPQISVYARVAPEHKIRIVKAWQKSGKVVAMTGDGVNDAPALKQSDVGVAMGITGSEVAKDGASMVLTDDNFATIVNAIMTGRIVYTNIKNAIIYLLSGNLSAIICVLVTSFLILPTPFLPVHLLFINLITDSLPAIAIGMEKGNEEILKQKPRNINKSLLNKETILQVGFEGLIISIFTMLSYFMGLRNNELAASSMAFGTLCLARLLHGFNCRSDLPLIKLSLNYYSLLAFLMGGLLLIWILISPNFHSFFSISELTLRQLAMIFIFATLPSIIIQFYKMIASRHNF >WP_043940504.1 DNA topoisomerase (ATP-hydrolyzing) subunit B [Weissella cibaria] >AWF94470.1 DNA gyrase subunit B [Weissella cibaria] >KIU25640.1 DNA gyrase subunit B [Weissella cibaria] >MYV36371.1 DNA topoisomerase (ATP-hydrolyzing) subunit B [Weissella cibaria] MAEEDVTQMHTQADDYDASQIQVLEGLEAVRKRPGMYIGTTTSQGLHHLVWEIVDNGIDEALAGFADHITVTIEKDNSITVTDNGRGIPVDIQEKTGKPALETVFTVLHAGGKFGGGGYKVSGGLHGVGASVVNALSTELDAVVVRDGKGYAMDFERGHVKTSMHNVPVDDAPVSRGTIVHFLPDPDIFRETTVYDYKILMNRVRELAFLNKGLRISIADNRPAEPISESFHYEGGIKEYVDFLNTNKDVIFEEPIYVEGMDNGIEVEVSLQYTDDYHSNMLSFTNNIHTYEGGTHETGFKSALTRVINDYARKNNLLKESDDALSGDDVREGLTAIVSVKHPDPQFEGQTKTKLGNSDARTAVDRMFSETFSRFMLENPTVAKQIVEKGILAGKARLAAKRAREATRKKSGLEIANLPGKLADNTSKDPEISELFIVEGDSAGGSAKQGRERLTQAILPIRGKILNVEKASLDKILANEEIRSLFTAMGTGFGNEFDVTKAKYHKLIIMTDADVDGAHIRTLLLTLIYRYMRPLLEAGYIYIAQPPLYQVRQGKFVQYLDSDEELEALLPTLPASPKPVIQRYKGLGEMDAEQLWETTMDPSVRRLLRVEMDDAVDADMVFSMLMGDKVEPRREFIEENAQYAELDV >HAS8246497.1 TMAO reductase system sensor histidine kinase/response regulator TorS [Vibrio vulnificus] MLICCLPLCKVKKNMLLATASIGRKLLLSFIAMAMLVMLSALIGVSGFSFVAKTERNVVDTAIPAMIEARQVSELSSRIIASVQTLSNAKNEEERKQSGKELFSQLESLLSHIKALGGGESFDPLLLERLETHVQSVIDNLADLGVSVEKKLWLAKEIDSRVEEMRLLSEELEQLTRTQVLNTSTIAVANVTHIYDLLESNKIPQAYQALDALVEVDLDLSERLHELHLLAFKMLNQIEEARTLTNIERIQDVRNEFDANLKIMVRRVQAVEDPTRSAQMSSLLTELGKRQVVFNILGQQYQNNLESQKLMQQNLALFSELNGTVNKLVDDSNQTTTKAVSELTRTLNLAQLILTVISLAGLIVAIVIVWRVVYVSVVTRLTEYSAALLQVAQGNLDIELQVRGNDELAHMGQAIITARNTAQALKIVAEGEAKAKKELQEHKEHLEELVTERTRQLQLTNEKLNHEVLNHAKARSLAEQANRAKSAFLATMSHEIRTPMNGVLGTARLLMDSGLNPLQKRYADIINRSGKNLLAILNDVLDYSKIEAGHLEIRESAFELHQMVEDTFQLMQSRAAEKSLTFSYHIESDVNHYWRGDVTRISQVLNNLVGNAIKFTHQGAVDIYVSLDLEQENVVQFEVTDTGIGIAQQEQATLFDAFTQASGGQKAAGGTGLGLAISRRIIQAMGGQMEMASEEGEGSRFWFTVPLTPCDAVEPVVCPLETENRQATILLVEDNAVNRIVAEGFLSSLGHTVVMAEDGAEAQMLFEQQLFDIALVDINLPDCNGTDLIQRLKQQEHSSERKTPMVAVSAHVFNEEVESYLASGFDGFLAKPLEKEALSALIQKMLEGKVLVCVESQETAVSSDACSSIAQSQISNLMDPQVVLSDMEVLSADKMRQIIELFKSSSDEILQALVSAANEANEAQVKGLAHKLKGSAGSLGLNKLMTLCKTIETHSSPTSLYLNEKEALEECVELSYHALKNLVQ >WP_176970092.1 N-acetylmuramic acid 6-phosphate etherase [Pantoea sp. B9002] >NWA59487.1 N-acetylmuramic acid 6-phosphate etherase [Pantoea sp. B9002] MQIDLSQMITEGRNPASQNIDELTTEAMLRVINDEDKKVALAVEAIVPQIAQVVDAITAAFSKGGRLIYCGAGTSGRLGILDASECPPTFGTPRSQVVGLIAGGHTAILQAVENAEDNVEQGAQDLRDIQFNANDVLVGIAASGRTPYVLGALAYARQQGAFTAALTCNPNSPMSQAADVALTPVVGPEVVTGSSRMKAGTAQKLVLNMLTTGAMIRSGKVYGNLMVDVEATNQKLVQRQVNIVKQATDCDDATAQQALAACNGHCKTAIVMVLAGLTADEAKSLLSQNQGFIRNALRDAGAQ >MBP6375542.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Giesbergeria sp.] MSKKVFIKTFGCQMNDYDSDKMLDVLHAAEGYETTQDVEEADLILFNTCSVRERAQEKVFSDLGRIKHLKAKGVKIGVGGCVASQEGAAIIKRAPYVDVVFGPQTLHRLPELLNQRTLQNRAQVDISFPEIEKFDHLPPARVEGASAFVSIMEGCSKYCSYCVVPYTRGEEVSRPFDDVLVEVAGLADQGVKEVTLLGQNVNAYQGKMGDTAEMADFALLLEYVCEIPGIERVRYTTSHPNEFTPRLIAAYAELPKLVSHLHLPVQHGSDRILMAMKRGYTAMEYKSTVRKLRAIRPEIAMSSDFIVGFPGETEEDFAKMMKLIDDVHFDNSFSFIFSPRPGTPAANLHDDTPHEVKLRRLHELQAAINANIKSISESRVGSVQRLLVEGASKRDATELMGRTECNRVVNFVGQPRLLGQMVDVTITEAKAYTLRGEVLTREGA >MBC7309192.1 hypothetical protein [Tetrasphaera sp.] MDKKQNFDLGDDIFNPRRPADRKFKAAFAGDEDTEAHARGIVAAERKRLLATDDTEDTEGHVLRTYPKVAGDEELEVRKFGLEEEGERRSRS >MCS6948817.1 VOC family protein [Steroidobacteraceae bacterium] MRYLHTMVRVSDIDASLRFYCDALGLEVVRRKEFPQGRYTLIFLAAPGDHDAQIELTYNWDPEIYTGGRNFGHIAYEVDDIYAACQRLADHGVTILRPPRDGRMAFVRSPDQISIELLQKGAALPPAEPWASMPNTGTW >HAQ9752200.1 iron-containing alcohol dehydrogenase family protein [Enterococcus faecium] MSQSVFLPNYTIGTDAYEKANGIVKEYGTKVVLIGGKTALSKAENKIKVALTQEIEVVASLWYGGNSTYGNIEQLIQHESVQKADVLFAVGGGRACDTVKVIGEKLAKPVFTFPTIGSNCSPVTAV >XP_007978456.1 lysosomal amino acid transporter 1 homolog isoform X5 [Chlorocebus sabaeus] MVWKKLGSRNFSSCPNGSIQWIWDVLGECAQDGWDEASVGLGLISILCFAASTFPQFIKAYKTGNMDQALSLWFLLGWIGGDSCNLIGSFLADQLPLQSYTAVYYVMADLVMLTLYFYYKFRKLPSPLSAPINSMLLFLMGTACATPLLSAAGPVAAPREGFRGRALLSVEPGSKPFTRQEIIGFVIGSVSSVLYLLSRLPQIRTNFLRKSTQGISYSLFALVMLGNTLYGLSVLLKNPEEGQSEGSYLLHHLPWLVGSLGVLLLDTIISIQFLVYRRSAAASELEPLLLPS >EGS7961067.1 4'-phosphopantetheinyl transferase superfamily protein [Vibrio cholerae] MAFMISMPAIELAGLTIQVCQFDSQQFDEDQQRYLAPPAYHSLHKAVVKRQAEFVAGRKLAQQALKQIGQGYDRPIAIGTHREPIWPAGITGSIAHCDGWAVCTVLKAEHLSVGIDIEHRLEHQAAVEVQAMIGTAQEWALLAQQFDLASAVTLLFSAKESLFKALFPQVHLYLDFSDAQLIGLDSNQLTLRLSINRKPLMPDVDYKVHFVWQESRVISAIRQIKRVSEC >MBO5162475.1 sugar ABC transporter ATP-binding protein [Lachnospiraceae bacterium] MRNIHKSFPGVRALKGVDFYLNKGEIHALMGENGAGKSTLIKVLTGVYSKDEGQIFIDGKDKAVSIHSPQEAQKLGISTVYQEITLCPNLSVAENMYIGRSNKIYQNWKKMNEDADKILQNLDIPAKASQQLASCSIAVQQMVAIARAVDMDCKVLILDEPTSSLDEQEVEKLFGLMRDLKARGVGIIFVTHFLDQVYEVCDKITVLRDGGLVGEYAIKDLPRVQLVSKMLGKELDDLSDIKGEQKTDQKAESTEPLFETKDLCSDAGIKPFDFYIKKGEVNGFTGLLGSGRSECVRAIFGADRIIGGTVKKNGRQVKITKPLDAMRHGIGYLPEDRKRDGIVGDLSVRENIILALQVLRGFFRPISRAEANKFADEYIKLLDIKTASAETPIKSLSGGNQQKVILARWLLTHPEYLILDEPTRGIDVGTKVDIQKLVLKLAGEGMSVTFISSETDEMLRTCSRLIVMRDRRVVGGLSGEDLTQTKIMSTIAGGESKHE >KAI8723523.1 DAGKc domain-containing protein [Fusarium sp. LHS14.1] MGSKQPSTDLSNEIVIVDNVSIVGDNLSWTRAEVSEQVPRHELLFVFMAGKLGTGLDFLLCFLKQDVENKEHPFRLSVLRTTQIPSELLDLMVTGLPPHLQHGVTSKSGITNHVDIIVSTKSGTGLALTVWQDVLQPLWDLVARHKERTDGLTVDSSKSHYRVAVTESPETVREFSRQIWVSDGGRSSGRTVVLLSGDGGVVDLLNGSDGDEPPEVPPVIALLPLGTGNALFHSTHKPLYSDPGPIPLIHGLRTLFRGVAHDLPVFRASFSPGSRIVTFADKSAKSPSAVVDPAQLQKQETSVSHLQGAIVASYGFHASIVYESDTPEHRVHGDKRFGMVAQELLRESHAYAAEVSIRRRGSTAFEVIPRDKHAYVLTALVSNLERKFTISPATRPLDSRLRLVHFGPIGGERTMNVMLKAYEEGSHVDMKWDDGERVGYDEIDEVKITVLEDDERWRKVCIDGTIVEIPKGGQMSVKMLDHIIVRVLADTHLWEGQRSSEL >WP_145643501.1 exodeoxyribonuclease III [Neorhizobium alkalisoli] >TWF43962.1 exodeoxyribonuclease-3 [Neorhizobium alkalisoli] MKIATYNVNGVRGRLDILLRWLKDDRPDVVCLQELKTEAFPKKEIERAGYGCVWQGQKSWNGVALLTRGMEPILTRTGLPGNPDDSDSRYIEAVADGILVGCLYLPNGNPAPGPKFDSKLSWFHRLQNYSAELLALDIPVVLAGDYNVIPTETDVYKPERWQGDALFRPEVRTAYAELVAQGWTDAVRHLHPDERIYTFWKYWRSSFERDAGLRIDHLLVSPTVSPWLRSATVRRKPRSWGHTSDHAPVMIDIEVPSMVD >MCB0840321.1 hypothetical protein [Bacteroidota bacterium] >MCB0846779.1 hypothetical protein [Bacteroidota bacterium] >MCB0854661.1 hypothetical protein [Bacteroidota bacterium] MKDPLEQIIFDHKEELDFYEPNPDLWSRIHPEVEFPEKIKPPTHKRNLNLKVAATILLLIGLGSLFIWEIPSHIPIHPIADGASTADARESVDATNSEQAALSEFEAYYREMISARKAEIISYKSMGLETDHALFDQLEKLQHLYGDLQNELPKSENSEMVINAMAQNLIMQIEILNQQLAILKHIKSMQNGKEKQL >WP_257880947.1 oligosaccharide flippase family protein [Prevotella melaninogenica] MGQGLVWSFTGTALAKFLTLLVGIICAHILQKEAYGEFSMVRSTINMFIVLGSAGLGVTSTKYIAEYREKQADKIPAVYAATNYFGLLMAIITAILILLGAPFIANNILHHPSIVLPVRVGAVLLFFSIINGVQNGALMGFENFKAIAINTLLGSVLESVLTILGAYYFGVNGAILGFGMGFILIFVTNHLSINKNFSAIHIKKLSIKKLHLKDFSILYTYSLPAALSALLITPSFWLIRSILVRAEGFQELAVFEAADQWKVIILFVPTAFSQIVLPILSSLHKEKTSFVSTLKYNMLIVGITALLLSIGVMLFGGFIMRLYGATYDNSVPVQILAISTIFSALANVLEMAVYSLGKMWQCFAINIVWALLMVGCSYYLCMRGEGANGLSMAVLISYIVSFLMFLVYTIIVVRKEVK >KAG1144813.1 hypothetical protein G6F38_006090 [Rhizopus arrhizus] >KAG1160715.1 hypothetical protein G6F37_003739 [Rhizopus arrhizus] MSSIATKTITRRIHPTRTFTSYYTFTTTATQLATFITLPTQIMTHPPIKGWEHQMSRNWPILFAFAIIGVLAILGLLAYLPWIFCRRSSSRKLALDGTEKSPKEPFMPYMLPWIPDSLPENEKPEGLAGISRHLQPPIQQEQPTFVPIHTSLNLVPRSEILNDPERRRGVDEVDLWEKKRCVRWQAPRSGTVLEKLPLERECSSESASGQSYSQSSTINMQRMATIPFTHLNHSQPEISKQNEHTDSTMTEKEEYNAFHISDSSRDIQYVRQTMNESKTEISDSQWLQFTGSKSF >EAJ4317745.1 helicase [Campylobacter upsaliensis] MLDKLEKILQDRNVFLSGGAGVGKSFLTNQLKFSYRKQNKKLVALGSSALSAFNVGGVTLHSFFCLGRMENFEDLKNYDRLQKNKLKKLEKVLSKLDLIIIDEISMVSATIFDMVALRLKNSGFSGKILLVGDFFQLPPVVKEKQNSLFVNTYYAFASLFWEELRLKNVKLSVPKRTDNAEFYEHLSLLREGYLREQTLDYFEKMLIKTWDLETLDDGFTLLCGINKRVNVINEQKLAKINAPLLNFKAKFEKKDENLSDGQFMAWVSGLGILEELKIKVGARIIFCMNNFEQNYYNGEQGIIEDIVEDERGILLQIMKNNGQMILLEPYIFELSEFKEEGEELDLNIRASVVQYPIKLAYAVTIHKSQGMSIEKLVCDIDHIFENGQLYVALSRATNPQSLKILYSKNWDFRSYFERALKFDENVSCFYKENDFIDLEL >WP_098952357.1 MULTISPECIES: ABC transporter ATP-binding protein [unclassified Pseudomonas] >ATN13397.1 ABC transporter ATP-binding protein [Pseudomonas sp. FDAARGOS_380] >NMX29961.1 ABC transporter ATP-binding protein [Pseudomonas sp. WS 5406] MSLLQIKDLEVRFAASGSGLLGLNRQWVRAVNGVSLNLAAGETLGLVGESGSGKSTLGRAILHLNPISAGQVLFDGIDMAHGSAIDIARLRHETAMIFQDPYAALNPRHSIGETLAEVLRVQRKVAVTQIPARVNELLELVGLRPELATRKPGSLSGGQCQRVGIARALAVEPRLIIADECVAALDVSIQGQIINLLLELQQRMNLAILFIAHDLAIVRRLCDRVAVMYLGKIVEEGPVEAVFTAPRHPYTAALIQAIPEIDPHRPLPAQPLPGEPPSPLNLPTGCAFHPRCRYAQTMCSTVLPPTQFLHEHRYSCVLEDPLL >XP_016469741.1 PREDICTED: uncharacterized protein LOC107792071 isoform X3 [Nicotiana tabacum] >XP_016469742.1 PREDICTED: uncharacterized protein LOC107792071 isoform X3 [Nicotiana tabacum] MYPERRNKWPYAEHPNSDKNVRRHDIYGQISPDKKETMLLQRRTKELERQKWNSSIKSTVDPDERVMYQCHPMIRKDSALTITEASSADDEVGSKHDVNTSSSSLDKGKNVGHASSVFERGSTSRIYKGQHNVFPIATRKGYRTWTRRQKRNVIGRVVTCHPTEGERYYLRLLLMNVRGPKSYEDLRTVNEVRCSTFRESTEKRGLLYCNNSLIE >XP_036130723.1 enkurin domain-containing protein 1 [Molossus molossus] >KAF6405994.1 ACD shelterin complex subunit and telomerase recruitment factor [Molossus molossus] MCEGPSRISGPIPPDPTFCPDSYRRPTSAQGRLEGNALKLDLLTSDPDLDATLPLGPCIRPGARAILERGRCDVEGVLLQLGGISLGPGPSPKRKDPKDHEKENLRRIKEIQKHFREQERSREQGQPRPLKALWRSPKYDKVESRVKAQLQEPGPTSGTDTAHFLRAHSRCGPGLPPPRVHSPQLNPPDPNAKGPGLGVDFISHNARTAKRAPRQHSRSLQVLAQVLEQKRQAQEHYNATQKGHVPHYLLERRDLWRREAEARQHSQPDPAMPPGHACMPENQRLETLSNLLQSQSQLLRELVLLPAGADSLRAQGHRAELDRKLVQVEEAIKIFSRPKVFVKMDV >WP_169105698.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Clostridium sp. SM-530-WT-3G] >NME83816.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Clostridium sp. SM-530-WT-3G] MITLAVDSSSKVATVALMKDDRLLGEITLNDKREHSVILVSIIKDLLKDNDLTISDVDGFVVSKGPGSFTGLRIGMATIKGLSFGTGKPYISISSLDALALSVSNFDGLICPIMDALRHSVYTSLYKANTNSNGTPELEKLMDYTDLDVDDLIELIKEKNEKVIFIGDGLDKYKDYLKEKCPNCYFPPAHLNIIRASSLGEIGTKLLMDGQYDDPNSTPFYLKKPQAEREYEQRMQLKNECTC >WP_154097642.1 MFS transporter [Microbacterium testaceum] MSTSMFRSLSIFNYRVWFIGALVSNVGAWMQATAQNWVVLTQLTDNDAAAMGVTMALQFAPPLLLVSVTGWVADRFDRRKLIMCTQSALLLLAVTLGVLLLTGVMTLPLMFGFALALGVVTAFDNPARQAFVSDLVSQENASNAVALNAASFNMARLIGPAVAGVMIVIVGTGWVFLVNAVTFLAMLGALLIMRPHELVARHRRGGPARLADGFRYVGRRPDLVVIFVMVFLLGAFGMNFPIFASTMALEFGRGADGFGLLSSFVAIGSLAGALLAARRERARMRVVIVGAGGFAVASALSVFAPSYEAYAATLVLTGFCVVTTLTTANGYVQTTTDPVLRGRVLALYMAILLGGTPVGAPIVGTVAAQFGPRVAIGLAAVVAVIACAIGASWTLASGRVHRHETKRFLLTVDETRPIQTIAPEPEDFSDEIAGTTPIPLPPGERGPRATPRPRHSA >WP_135194320.1 CopD family protein [Brevundimonas intermedia] >TFW11827.1 CopD family protein [Brevundimonas intermedia] MNTYDLARGLHILAVIAWMAGLLFLPRLYAYDAEQQSKSEPLKSEMQGLLRLWQTRVLRIILNPAMILAWVFGLWLIHIDVSARGPGFLAEPWMIAKLSGVFLLSGWHGFLSAQRKKIAAGTSKYSSKFWRMTNEVPFVLAIIMVLSVTTEWTFG >MSR12783.1 malonate transporter subunit MadM [Gammaproteobacteria bacterium] MDILETVLVRNNLLVAFALVGATIWISYLVANRFTAGRIHGSAIAITLGLVAAYWGGVTTGGTRGVADIAVLGGIGLMGGGMLRDFAIVSTAFGVKFSELKKAGIAGVISIFAGVLVSFVVGAAVAILFGYTNAIDITTIAAGAVTYIVGPVTGEAIGASEAVITLSVAAGLVKSILVMTGTPLVAKYIGLDNPQSAMVFGGLMGTTSGVAAGLAATDPKLVPYGAMTATFYTGVGCLLGPSVLYFMVDSIF >XP_003502921.1 eukaryotic translation initiation factor 2A isoform X3 [Cricetulus griseus] >XP_007641679.1 eukaryotic translation initiation factor 2A isoform X3 [Cricetulus griseus] MDHHTLQKAQCFQGNLEKIAKSTHLVRMGHCLPGTMEKTSKDGTAGVPNLQLYDVKTGTCLKSFIQKKMQNWCPSWSDDEIICARNVNNEVHFFENNNFNTIANKLHLQKVNDFNLSPGSQPYKVAVYVPGSKGAPSFVRLYQYPNFAGPQAALANKSFFKADKVTMLWNKKATAVLVIASTDVDKTGASYYGEQTLHYIATNGESAVVQLPKNGPIYDVVWNSSSTEFCAVYGFMPAKATVFNLKCDPVFDFGTGPRNAAFYSPHGHILVLAGFGNLRGQMEVWDVKNYKLISKPVASDSTYFAWCPDGEHILTATCAPRLRVNNGYKIWHYTGSLLHKYDVPSNGELWQVSWQPFLDGVFPAKTIMYQAVPSEVPSEEPKVATAYRPPALRNKPVTNSKLHEDEPPQNMKPHPGSDKPLSKTALKNQRKHEAKKAAKQEARSDSASTPVIPQSVPRNTITQSVSGDPEVDKKIKNLKKKLKAIEQLKEQAASGKQLEKNQLEKIQKETALLRELEDLELGI >WP_142590093.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Pseudorhizobium halotolerans] >CAD7056764.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Pseudorhizobium halotolerans] MNIHTEQHLAKPPLTIRLCGPRGFCAGVDRAIQIVVLALKAYGAPVYVRHEIVHNRYVVEGLEAKGAVFVEELDEIPPEHRNQPVVFSAHGVPKSVPADAQARNLFYLDATCPLVSKVHKQAMRHQRLGRHVILIGHAGHPEVIGTMGQLPEGSVSLVETVEDAEVYLPEDPDNLGFVTQTTLSVDDTAGVIAKLQERFPSLQAPAADSICYATTNRQDAVKEAAPGCDLFIVVGAPNSSNSKRLVEVALRAGAQRSLLVQRASELDWDEIGPISTLGISAGASAPEVIVDEIIEAFRARYDATVELAITAEETENFLVNRELRGVPLTREDMAFVNG >WP_210356206.1 hypothetical protein [Sphingobacterium tabacisoli] MHEIEPYYLWRHDYISSDDEKSPFYGTIYNEFEFDKQVYNFLLHPQWDDFGSQTLYLKILYVDYDLGYTIIELIGEWNDAIYNDIMLLKREIIDVLIQEGITKHILIGENVLNFHSSDDSYYEEWFQDIEDGWIAGLHFREHVIQEFQSSNIDYFINFGGILNDIPWRTLKPKQLYHHIQEYLQKRLGI >SCK25073.1 hypothetical protein YWIDRAFT_05318 [Streptomyces sp. SceaMP-e96] MAEAAGFQGTERPRGRWLRRTVTLLTGVLLLTGLLQVPHAATAQAAPTGSRTVDVTIDSMSPSAPSKSDTVTVSGTLTNDGRDTITNAHVGMNRGDALGGRSSIDNVSRRTGYLPGADGEEINGSAEKIGKLEPGVSRPFSVSVPVKDLRLDKDGVYQLGVSVSGRSQAAPYNQVLGFDRTLLPWQEADAQKKTQLTYLWPLISSTHLTAETDADAQQTPVFRNDDLAAELAPGGRLQQMVALGKNLPVTFVIDPDLLATVDAMTKSYRVNGPDGPMGKNQAVAKQWLHELEEAVKSHEVVALPFADPDLASLAHHGKSVPSALSHLGPATDLAESTVDTILGVKPRTDFAWPVDGAIDSSVVDVATSAGAHNVITRSDSLRETGGLSYTPTAARPIGGGNTAIVADAQLSRAFEGDMSKAGNSVHAVQDFVAQTQMISLEDPDRQRSIVVAPQRMPSVSQAHAMATALRTLDDSGSWTQSLSLGKAAKAKPDRSATRQVPSGAAYPSSLRRQELPTSAFRQIQGTQAALDDYRVILAQPARVVTPFGSAMMREMSTEWRGHASGAAGYRHSVRSYLDGLTKKVHLIQKSGATLSGRSATIPVTVQNNLVQGVKDMTLKLTSSQPNRLDAGKAQQITVDGGHSQSFKFATTANANGRAWVTAQLYTADGKPYGDPMMFQVNVTEITATVMLVIAGGVLLLVLAGVRIYLQRKRAAAQRAEDGSDGEGPDDDAGTDGDNGGTDGDEPEQPSDPTPDTGSESSGPSGSGEKVDR >MCI7610146.1 tryptophan synthase subunit beta [Enterocloster clostridioformis] MSRGRFGIHGGQFIPETLMSAVTELEKAYEYYKKDPQFKAELKYLLEEYTGRPSRL >GFC18333.1 hypothetical protein [Tanacetum cinerariifolium] MGMVDNILFTKKKDPNLIIVQIYVDDIIFISTCQEMCDDFTRIMHDEFEMSMMEELNFFLELPIKQLEDGIFFNQSEYIKEMLKKFRLEDSKPMKTPISMETKLTKNVEPDIMFSVCLYARFQEDPKISHLEAVKRICRYVKGTMHLGLWYPKGFGVETIVYADSDHAGDYVD >WP_020403159.1 nicotinate phosphoribosyltransferase [Gracilimonas tropica] MILQHPALYTDLYELTMAQGYFLSGKHEQQANFDYFFRKLPFSGGYVIFAGLSDLLELIESYSFTDDELHYLREQGFREDFLEYLKTFKFQGSIYSVKEGEVVFANEPIVRVEGNILETQLLETILLNTLNFESLIATKASRIVQACNGRPVLDFGLRRAQGLGGLQASKAAVIGGAKGTSNVMAGHLYGTPVSGTMAHSWIQSFEDELTAFRTYARFYPDNSILLVDTYDTLNSGLPNAIKVAKELESEGHKLKAIRLDSGDLAYLARKSRNMLDQAGLDYVQIAASNQLDEHVIKSLMDQNAPIDLFGVGTKLVTAYDDPALDGVYKLSSVNEKPSIKISDNEEKITLPGSKKIIRFHNEDGSFNSDGILLDDESNVDEIFHPYISHQSRKVKEFEARELLHKVVDGGKISANIPAAEESAEYAQKRLSELNQEHKRFDNPHIYKVGLSKQLLKLKEQLIENHRSNESFINR >WP_169356007.1 FMN-dependent L-lactate dehydrogenase LldD [Pseudomonas sp. ADAK18] >QJI30618.1 FMN-dependent L-lactate dehydrogenase LldD [Pseudomonas sp. ADAK18] MIISSASDYREAARRKLPRFLFDYIDGGAYAEHTLRANSSDLADISLRQRILRNVESLSLETTLFDQPLAMPIILSPVGLTGMYARRGEVQAAKAAENKGIPFCLSTVSVCPIEEVASQSAQSIWFQLYVLKDRGFMKNALERAQAAGVKNLVFTVDMPTPGARYRDAHSGMSGPYAASRRMLQAMAKPAWAFDVGLMGRPHDLGNISKYLGKPTHLEDYIGWLANNFDPSISWKDLEWIREFWKGPMIIKGILDPQDAKDAVSFGADGIVVSNHGGRQLDGVLSTAKALPPIAQAVGSDLTVLVDSGVRSGLDVVRMLALGAKGVLLGRATAYALAAAGQQGVENLLDIFAKEMRVSMTLTGVTSIAQIDESILVRGQN >MCJ2541369.1 EAL domain-containing protein [Thermostichus vulcanus str. 'Rupite'] MFQPPLEPSAELPQLSGAITDEVQSHLATLWGTLRLIHQGRLDLHSPKGRQLLEAGIQNALHLLSLLRGPSLPEGVSCPVVLSQGLDSDIKLALGHGQLLLQYQPFFRLDSGELVGFEALLCWQHPERGWIPPSEFIPVAECSDLIHELGHWVLKTACQQMVRWQKQLGRPLQLSVNLSARQLD >WP_277690767.1 ABC transporter permease [Pseudomonas sp. GOM6] MLQRDRRDPAALPRLLLTLLAVALLWPGIQLSELDLGVLLASDSQSEMGRFVAGFWPPAHNAEFLDLLLQATLQTLAIATAGMALALLIAVPAALLASRALSLTAASRGGRPSALGQALRWPVRALLIFLRSVPEIVWALLFVRAVGLGPTAGVLAIAITYAGMLGKVYAEIFESVDQRPMHALLQGGSGRLAAFVYGILPNAAAELTSYTVYRWECAIRASVVMGFVGAGGLGQQIDLSLRMFAGGEVASMLLTFLILVLLADGLSRLLRGRLA >KAJ1283197.1 hypothetical protein BS78_03G109600 [Paspalum vaginatum] MASTKTVLGAIFIASFLSSSIAFPPGHNEGAYPVGNSPTTGLSPDYYKFTCPQADEIVVSILKKAIAKEPRIAASLLRLLFHDCFVQGCDASVLLDDAEEVVSEKNAIPNKNSIRGFEVIDEIKVTLEKACPHTVSCADTIALAARGSTALSGGPYWELPLGRRDSKAANMKLANKNLPPPNATLHRLIKFFKRQGLDKVDLVALSGSHTIGKARCVSFKQRLYNQHRDNRPDNTLEKGFYHILASACPRTGGDNIIQPLDFVSPSKFDNSYYKLILEGKGLLNSDEVLWTGKDPEIAGLVKSYAENEPLFFEHYVNSIIKMGNINPLVGYNGEIRKNCRRVNQEI >WP_199711823.1 hypothetical protein [Alginatibacterium sediminis] MSIWIAIASCGVVLTAVLLGRARESSHLKQMLRSMTENAVARDKGTIDFDSINNLPIPVTRYFKHVLGDTQHLIKTATFKQTGQLRTSTASQSWPAFTASQIVMPLSKSFLWNAKVKMPLASHVRVLDSYISGAGSGRVSLLSCFVVASDANVTELNSGALHRYLAEAVWYPTALLPQSGVQWSAIDENSALATLTHNGTSVSLEFRFNESGEITGIYSDGRFGRFGGKYKKVAWQGRFDSYQEVEGMQVPQYGEVGWYDNDSLELVWKGNIVDAKYAFEKP >WP_076799287.1 alpha/beta hydrolase [Arthrobacter sp. QXT-31] >APX01905.1 alpha/beta hydrolase [Arthrobacter sp. QXT-31] MKRQKYHYGDHPSQWGELFLPETPAARNGRMPAPRGIVVVIHGGYWRSQYGAELGEPLAKDLAAHGIVAWNLEYRRAGNGGGWPRTFEDVLAGIDKLREVAGEHDLDLNRVVALGHSAGGHLAVWAAGRDRLAGLGAADADRQVARNLNGEAVHLTGVVSQSGLLNLAQAEWLDLSNGAVSNFLGGSAERYPKRHKYADPMSAVPLTIPVYAVHGLDDDTVPVSQSEAYATAARAAGAPVQVVKVPGDHFALIDPKAPSYRKCRELVQELLLL >KOV87872.1 riboflavin synthase subunit alpha [Streptomyces sp. NRRL WC-3618] MGEVTAVEELGDASRFRLRGPVVTEGARHGDSIAVNGVCLTVVEHEGDEFTADVMAETLDRSSLGVLAVGSRVNLERPMALGARLGGHIVQGHVDGTGAVLERKPSENWEIVKVSLPADLTRYVVEKGSITVDGISLTVVDAGPDYFTVSLIPTTLELTTLGRKQPGDPVNLEVDVIAKYVERLLGPQATQGTQGTHGTSEAAK >WP_043158522.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBO4124126.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBO4246991.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBO4388386.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HBP5210654.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] >HCF1100448.1 5-(carboxyamino)imidazole ribonucleotide synthase [Pseudomonas aeruginosa] MKIGVIGGGQLGRMLALAGTPLGMNFAFLDPAPDACAASLGEHIRADYGDQEHLRQLADEVDLVTFEFESVPAETVAFLSQFVPVYPNAESLRIARDRWFEKSMFKDHGIPTPDFADVQSQADLDAAAAAIGLPAVLKTRTLGYDGKGQKVLRQPADVQGAFAELGSVPCILEGFVPFTGEVSLVAVRARDGETRFYPLVHNTHDSGILKLSVASSAHPLQALAEDYVGRVLARLDYVGVLAFEFFEVDGGLKANEIAPRVHNSGHWTIEGAECSQFENHLRAVAGLPLGSTAKVGESAMLNFIGAVPPVAQVVAVADCHLHHYGKAFKNGRKVGHATLRCADRATLQARIAEVEALIEA >WP_099219937.1 MULTISPECIES: nucleobase:cation symporter-2 family protein [unclassified Streptomyces] >MYU01723.1 purine permease [Streptomyces sp. SID8350] >SCK27855.1 xanthine permease [Streptomyces sp. AmelKG-D3] MAQPATGPAEAPKPVTTTAVHPVDEKLPAARLVPAALQHIAAMYAGVVTPPLIIGQAVGLDTAGMTRLIAASLLIAGLATLLQTIGIRAFAGNRLPFVNAASSAGIAPMLAIAETSAPGRQLPAIYGAVLVAGAFCLTVGPFFGRLLRFFPPLVTGVVITLIGVTLMPVPVAWAQGGDATATDFGAMKYLALATFTLVVILLIQRFGRGFLKQVALLMGMFVGTLAAIPFGLADFSALKSAPLAALPTPFAFGAPEFHPAAILSLCIVTLVLMTESSAGMLALGEICDRRTDGRTITRGLRTDGIATLVGPVFGGFPTSAFAQNVGVVSLTRVRSRYVVAAAGGALLILGAFPVLGAVVSLVPMPVLGGAGIVLFGSIAVSGIRTLSEAGLDDSSNIILVAVALGAGIIPLAAPTFYAGFPAWAQTVLGSGISAGALVAVVLNLFFHHLGTHSRPAVALKSS >WP_041481207.1 ABC transporter ATP-binding protein [Corynebacterium pseudotuberculosis] >AFM07104.2 ATP-binding cassette domain-containing protein [Corynebacterium pseudotuberculosis Cp162] >APG81322.1 ABC transporter ATP-binding protein [Corynebacterium pseudotuberculosis] >WFP67923.1 ABC transporter ATP-binding protein [Corynebacterium pseudotuberculosis] MTPSLGSVVRWVLSITQPVHAPLYFSVVMRIIQLSLGILIFGLAVQGVVGIILGVNQIVPILITLAIMACIKALVHYLEQFSGHYVAFKALELLRGAAFSQLWPKAPGVLRSTKSGDLVTSLTRDIDRIEVLYAHTIAPVIAGVTVPLGFGVAWGVIYGWQLSAIPLVLGLFSALVVPLIGAKRSFDSTQKVLSERRKLSQHVTDSVFGAEEIVSYGRQQERVEQSWGIAGGVAKLAMPAANYRALRRGLNLGLTYACVLGVLVVGIANKANPTEIAFIMGGCLLLFDAPRGLEDAAGALDHSLAAARRLHHICHIPATVTDGTLNVDRSQPITITWENVSYAYPDSLGKPVLQGFTHTIASGEHAIFVAPSGSGKSTAVHLLLRFDDPSSGDILLNGISVSKYQLSALREAIALVPQRSELLTASIRSNLLLARPDATEEAMWHVLSAVHLDQEVRRLPQGLDSLTGTEVSGLSGGQMQRLCLARALLTQPSVLVLDEFTANVNAELDQAIRRSLKEHYPNLTIIEISHRLHEHSDDQRIISLSP >CAH2899959.1 MAG: Flagellar biosynthesis protein FliP [uncultured Paraburkholderia sp.] >CAH2932456.1 MAG: Flagellar biosynthesis protein FliP [uncultured Paraburkholderia sp.] MQFSLQSAPGAPSTRTSRAASAVLRGLHRAAPVASLVVPVALFALPTLSFAQTAGLPAFNTSPGPNGGTTYSLSVQTMLLLTMLSFLPAMVLMMTSFTRIIIVLSLLRQALGTTTTPPNQVLVGLALFLTLFVMSPVLDKAYTDGYKPFSEGTVPMETAVSRGLAPFKTFMLRQTRESDLALFARISHAAPMQGPEDVPLSLLVPSFVTSELKTGFTIFIPFLIIDMVVASVLMSMGMMMVSPATISLPFKLMLFVLVDGWQLLLGSLAQSFV >SED94327.1 transcriptional regulator [Streptomyces sp. KS_5] MSPAALLSGEADLTDPWVALEPGADPAERVRTLRRAHETFTEVGTVPTPVRSVVADSWRRSARAGVGPDGTASVELADGDLGAYRAEHPLARVMPLFRELMGTFAADGEHLLAVCDEHGRLLWVEGHPTTRRRAGRMNFVPGARWAESAVGTNAPGTAVAVDRPVQVFAAEHFIRRVQPWTCAAAPVHDPRTGRVLGAVDITGGDGLAHPHSLGFVQAVARAAESHLALLAPQLPAADTPELSALGRDEATLLIGGRRVRLSRRHSEILVLLARHPEGLTGDELQCALYEDESVTPVTLRAELARLRRLLGPGLLGSRPYRLTVPVESDVSVVERRLETGAITGAAAAYAGPLLPGSQAPAVVRLRRLLADGLRAALIARRDPDLLADWAHAPWGEDDLDVWRALAAVRPTSAVRSRLAALESELTAPPARHGDRRPVALTEAPARATYLQPRRP >WP_015484594.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >AGI35037.1 NAD(P)(+) transhydrogenase (Re/Si-specific) subunit beta [Mannheimia haemolytica USDA-ARS-USMARC-185] >MCB4226770.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >UQX68914.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >UQX76224.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] >UQX78903.1 Re/Si-specific NAD(P)(+) transhydrogenase subunit beta [Mannheimia haemolytica] MSFGFVTAAYIIAAILFIMSLAGLSKHETAKAGCWYGIVGMAIALVATIFGPQSHGTIWILIAMAIGGFIGVKKALKVEMTEMPELVAILHSFVGLAAVLVGFNSYGLHTNALMPANLDETAQAAFLAEQATLANIHNVEVFLGIFIGAVTFSGSLVAFGKLSGKLFGRKVSSAALNIPHKHKWNLAAIIVSVFLMIVFLNNPHNIFPVLIMTIIALVFGWHLVSSIGGADMPVVVSMLNSYSGWAAAAAGFMLSNDLLIVTGALVGSSGAILSYIMCKAMNRSFISVIAGGFGNEVQSGKGDEEYGEHRETTAEEVAEMLKNASSVIITPGYGMAVAQAQYPVAEITAKLREKGVNVRFGIHPVAGRLPGHMNVLLAEAKVPYDVVLEMDEINDDFEETDVVLVIGANDTVNPAALDDPSSPIAGMPVLEVWKAQNVIVFKRSMAVGYAGVQNPLFFKENTQMLFGDAKERVDDILRALN >CAI8213472.1 MAG: putative ABC transporter ATP-binding protein [Euryarchaeota archaeon] MIGTLVRWYDTMALLTMTGMKRHYETPAGTVRALDGIDLEIEEGERVILLGPSGSGKTTLLNCLSALDSPTDGEYIFQEKNVPRNHSEKMTSFRRDNIGYVFQFFNLLQDLTVMENILLIQELAGKKDTQRAEELLDLVGLGSEKGRFPGEISGGQQQRVAIARSIAKKPTLLLGDELTGNLDTETSQKVMEVLVEACAKENITAVFVTHDEALIQYATRVIRIDSGRIISDEQHDKSRPTELSEPTQDV >XP_056050985.1 hypothetical protein LMH87_002532 [Akanthomyces muscarius] >KAJ4148044.1 hypothetical protein LMH87_002532 [Akanthomyces muscarius] MELSDGGHDVVHPEVRAHITSLISALGGISADDDGQYQLGDDALEVLRDIKRWIRFYDEKTNRMDVARCVYEANLIQGDLIPILAKWPEDSMDNKFKSRVVLSCFEVMVPLTWPIDQDKEKMTVNHHRHVPVLQLAQLQYKSAIINFDGARLLHSAVRSALPSMAIPIGDRTPRDHGIIKLVLFFLRNIAMIASSPGVKFDGDETEISRSTTIDAFSYQDVFIVLLTMASNMGEDFKTEDTTVMEILYHLVKQVDVDKLFMDESQLNKAKAGELSDLMKKESAMLHSYNRKAPTRHNRFGTMVWVKRDDGKMTSLSGQDALADAASRNQKMDDSKTFRPARRSKKENKDEKDLGLPTPLTTSAAKQLRSLVEEFLDSGFNPLFLHIRKSIDREAPHIMAFHRRQFFYLVSWFLEAERGRRKRNKAKNKGTTEEVSSFNLIASVLNQEMFITLSKGLHESYDYKDWPSLTAAMRCFTQILLTIQEMTEEGTEDDQEIAENVLSRLFYEESTHDVIANIARTYKDQGFEYLDAATELVHHFLRVLEAYSKQNADMQIRSRKRARTKKKAETQQNGVDDEENDDSGQDEVAAERTSKERKFDFHRFTSRFTPQGVVDTFLAFTKYYRELNDTQLKRAHRYLYRLAFKQEMSVMVFRVDMLHMLSNMVKGPNALDKSSRMFKDWEELIKQLFRKCFKKIEDRPELIVEMLFSKLPATAFFLEYGYEKQTSTKAQPRPAAELVFKHTTEHDQQVGIAVGALLDKNESDHVQWLKKVFTTAEIERRSWSNANEQLVADETPFDDAEMAAIPQEPKLPPIFTVRPDGPERRSAMFKNPYLRLLLNLAGARLLGPAAEETPESVWIIPSDVTANQLKDALHYINQAEFNPPTFENGTSAEQQLKRKTAARKKAAFDDDNEDDHDGLDDFLDDGGMFAAGGPTARKVIDEVKKPKKSRKKRSASKEIDDEEREDRARKRRDKEREKARKIKSALYVKDGDDDFDSDEDEEFFARERAIKARAEHVAKTVVHGFADDDSTANGRPAAKRKSAALLDDSTDDEDAVDDLNFAQRMLSSQSAADASETDDTAVDAIEAERPKRQRLSVDADDDEDTGMDDADGEDASVSRTAAAPTEGSDAEGDDVPAPTSTARRARVRGGFVIDSDDDE >WP_109341768.1 autotransporter outer membrane beta-barrel domain-containing protein [Burkholderia cenocepacia] MNHSFRSIWSEAAGCWVAVAETTRARGKRSGSASGASRRTAHEATRHATRRSPLRVAALGAALAALSVGTVHASTCGNGAAIASGGTCVLDSFNPTVNNDLVGATTVSGGDRVGLTGAWTGATGDMGYTPMPLANTSIISGNPNQPLVTLGGKTQSVGTPDSITGGRTSVATYDSSAFVSSNAGSTVVQVYHDVNGDQYVNTRIGTVASSGGTLDVSIGNAANAPAATGNVMTIAAKQSDLTYADGTGSVPSVINWNSRNQIWFITGDYLASGGPVGSIQLDVPTYAGTFTAFDGSTWTVTDAASLAAYNDFLVRSVRNGALGSQTAYDNAFGQAVTLSPQTFEYANNVSPGDKNALPRNYPSAMHGTGANATLHIGKDGQIDFRGSNTIDASAAVVAENGAHFVNDGRLSGDFTLVRLLSGASGVNNGTISSGYTAGDNVDTGTARPDNFGLGTYVEGSGVYANGTGTTFVNNGVMNVGAWDLTRNRLDLQNYAVAATDGAHASNAGTINVGVNATTLDSQVIGGLVAGGSFTNEAGGTIYLGRAAQYDVAAPEATNDVALAAHAYGILLGASGTASNLGTIVIGTQTQNGAALASIGSTSGTLTNAGAIVVNGAAAGTPLANVGMLAANTAATVTNTGTITLNGVNGIGIMVVGTGTNATAATSTGTINVAGGLDPASGTRNYGVWAEGPLAKATLDGALNLTGAGAIGVHARSGATIDVGANAVPAFMSGTNQIGFYAYGAGSKINVAAQHLSVDTDDSTLFRVAGGAAYTGASTAGVLTTDVNGQRSRGVLATDAGTTLSTGNAVYDVNGANGIAIAVEGGAKGTIDAGATINLNAAGATAGVVDGQAHDLAGANAGAPVATTLTNHAAVTSSTAGVTGFIAQNLGTLENRSTVLLTGAGSTGVVAGTLGTVNNASTIRVTNGTGALVQGASATLANAGSIEADDGVAGVRLTGAGASVALSGAGTVIANGNADGVLIDSTVTGGGIAAGATSIAVGGSGSGVRNLGANATIALSGTQVATTGNGADGLTSTGAGARIATDAATVVRTAGADARGVSVSGADSTLTANGTTIATTGANAHAIIMDGGATALLSGAKVTASGNAADGIVAQNGGRIADTGSSLASAAGNGATANSGGVLALTGTALTGATAGVLTSDTLANGATSSVLVDGGSVTSATGPAFAARGGTADIAVRNGTVVTAGNGTLLNLTNGSNVTFSASAVNLAGDIVSDASSTGNVFLANGTTLTGKIDPVALTVDGTSTWRMTGSSVLSSLTNAGLVAFAAPTGSPTLTGSYKTLTTGGYVGNGGTIALNTYLGADASPTDRLIVNGGAATGTTGLKIANTAGAGAQTTGDGIAVVVTANGGTTTASAFHLAGPVQAGAYEYRLYRGGQGDANGWYLRSQLDPTDPVDPIHPSGGGDGGSNGNGNGNGNGGALAYRPGVSGYAMTPLLNADYGFSTLGRLHERVGDLYNVEKQQPGNRDGVWGRIGGQSLDANAGRFSADERTFFAQFGKDWTLDQAPGGAGSTHAGVTASIGVSNASFSDMARAGSPNLSTSTGSVEMHAQSVGGYWTRYLSDGTYFDSVGQVTHYGNRYRDSYGNEASQNGFGVALSQEVGKPFAIGTFPVAIEPQAQLMYQYLKLNGFNDNVSAVSGTTTHALRGRVGVRIFRPNLQSDAGGGAATPYFTADVLHDFLSPGQTVVGGTPFATHLGRTWYELGVGVTAGFGKSGELYANAKIARNIGGDYRRGIVGQVGYRYSW >MAB27215.1 methylmalonyl-CoA epimerase [Alteromonadaceae bacterium] MITALDHIAIAVPDLEGAIARFLEDFGLHHDGNEVVEAAQTTTAFFSVPETHIELVHPLDGAGPIATYLEKRGGGLHHLCFRTDDIDADVERLRAKGYQFTSDAPTPGAHGSRVIFIHPKSCDGVLIELSQPAEERA >KAJ1022640.1 hypothetical protein NDA18_004982 [Ustilago nuda] MDLILEIADTYALDKVWAAAWPALPRSIAKNPSTLASLASSSTSNLTSALRLATDAPIWAASASTSAFAPSSWFSNYVLQKAVSSSLSGEHVDWSALQHVSALPRESIIRQTVSLLVLTYIGILILYFTFAGLSYKYLFNKEVEKHPRFLKNQVKLEIEASMRAFLPLDFLTIPWFVLEVRGHSKLYHNISDYGWAYALLSVPLFLLFTDFLIYWVHRLEHHPRLYKHVHKPHHKWLVPTPYASHAFHPLDGYAQSLPYHIFPFVFPLHRVVSVGLFVFVNLWSILIHDSDMICNSPLEKIINGPSHHTLHHLFFTCNYGQYFTFCDRAGGSYRAPKAEDDPLLAVIAVEEKVALAKKKAAASAAAAAAAAALEGSSDDQSDASSSGDEGVVIKKESRKNK >WP_112119927.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EAD5765183.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >ECC1772773.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EDO1185445.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EDO1196734.1 o-succinylbenzoate--CoA ligase [Listeria innocua] >EGX6726170.1 o-succinylbenzoate--CoA ligase [Listeria innocua] MDMTNWLQKRVRLSPGETALVFEGKQETFEEIYEAVEKLAGKLFARGIRKDMMVALLGKNDRMTFLLIHALQQLGAITLFLNNRLTKKEITFQLANAEVKQVIVADAFVDKVTSGISYEELQQTTYVEPDLCKTWDLLRTASVMYTSGTTGKPKGVMQTYENHWWSAVSSVLNLGLTEKDSWLCAVPIFHISGLSIMMRSVIYGIPVYLEEHFDEEKITQLLESGKISTISVVTSMLERLLKIQGGSYHPNVRTVLLGGGPASKAVLEICKQRDIPLVQSFGMTETASQIVTLPPKDALNKIGSSGKALFPAEVKIADDGEILLKGPSITPGYLYNEKATAKAFIDGWFKTGDIGYLDEEGFLFVLERRSDLIISGGENIYPTEIEHVIGAYEAVEEVAVVGKSDAKWGSVPVAFIVVNEGFDEGVLKDICQTNLASFKIPKQITIVEHLPKTASGKIQRNKLKERHSN >NNF05378.1 glycerol-3-phosphate 1-O-acyltransferase PlsY [Candidatus Eisenbacteria bacterium] MMFLWLALAFVLGAIPWSLWVSRLRGVDLRAQGSGNLGATNVYRVMGFKVGLLVLLLDVGKGVLAVVLARQFAPGALAGWLPMFAGMLAVIGHVFTPFAGFKGGKGVATGLGIMIGLAPQVALCGFGVWVGTLLLGGWVSLASGLGALMVPISTVLLQSEMGERYASVLLVGVSMSLLILIRHRANWMRLAQGKEKAIWDKPSATKGTK >WP_062517857.1 aldo/keto reductase [Demequina gelatinilytica] MKTFTMPGTEMTVPAVVLGLMRIVEKSDEEVRTLVKTAMDAGIDFMDHADLYGPPYHGCERRFAEALKLSPSEREALTIQTKCGIRQPGPYFDFSYEHILESVDGSLEALGTDYLDILLLHRPDALVEPDEVARAFDHLHAAGKVRHFGVSNHTPGQIELLKRSVRQPLVANQIQMSVTHAPSIASGVAMNMGDLDQSVDRDNGIVDYCRLHDITLQAWSPFQARFFDGPFLGNPKYAELNEVIDRLAWKYEVPAEGIAVAWLTRHPAQMQVVLGTTTPSRVEGAARGADVHLSRSEWYEMFRAAGYTVP >MBO5721020.1 exosortase/archaeosortase family protein [Bacteroidales bacterium] MKRITPYQGILRLLKKRLPEKYWKSLGKSSTNGFFGLILFFLIFGFVRIMWWGAGDHPAFYTGWDGEYDPKPIEFVDFSEYNQWISLRTADGVEFFNKYAFMQNIERKRESIIIRDDDGKYLGGVKIFPSCAGNREMMIILLLMLLIPGPSKPKIWYIPSALLLFYIINCFRLALVNLSTMEEDGRVFQAAHDYSGMAMSVFVFFIWLYWEKKYAEKYRLESWKKIDKLEK >EFD7787626.1 protein YjdP [Escherichia coli] >EFW7470456.1 protein YjdP [Shigella sonnei] >EHW4801591.1 protein YjdP [Escherichia coli] >EHW5929413.1 protein YjdP [Escherichia coli] >EIS2674717.1 protein YjdP [Escherichia coli] MKRFPLFLLFTLLTLSTVPAQADIIDDTIGNIQQAINDAYNPDRGRDYEDSRDDGWQREVSDDRRRQYDDRRHQFEDRRRQLDDRQRQLDQERRQLEDEERRMEDEYGR >WP_161643844.1 YqgE/AlgH family protein [Flavobacterium undicola] >MBA0884129.1 YqgE/AlgH family protein [Flavobacterium undicola] MISEKLIKGQLLIAEPSIIGDSSFNRSVILLADHDKDGSVGFIINKPLKYTINDLIPEINSRLKIYNGGPVEQDNLYFIHNVPGLIPNSIEISNGIYWGGDFESTKELLNSGKINKNNIRFFLGYTGWSESQLQSEMDTNSWIIASNTYKNKIIGKSSAHFWKQQIIELGGDYLIWSNAPENPYLN >WDA54585.1 MAG: tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Spiroplasma endosymbiont of Drosophila atripex] MYQLYLDTTNNKLTVVILQANKILASSSFIAWQKQTELAIPTINNLLVKCKIKLKDISKVVIANGPGSYTGLRVAITFVKTLKVLNSFLTVFTINSLLLQAGLIKSISVLSAYNNKSYLAVCDNGKIIIQPQLVDENAKIGIISDLLDYKIIENLEKCNIVENFQKLSPYFIEVKNMEDLQPYYINDPFSSHN >WP_020560972.1 hypothetical protein [Thiofilum flexile] MVSNDNSTHTPTESPTTFEQKTEYLAQIVDTLDPINQAIFYTIAQGLIAHNSADIKTALDWSIEHNGSSPEALDMYTHFGIVPYVLEAKP >WP_096202154.1 50S ribosomal protein L7ae-like protein [Bacillus sp. FJAT-45350] MSYEKVSQVTNLIIGTKQTLKALDNGMAKEVFIASDADKRIILKVENLAKKKGVPITIVDSMKKLGKAAGIDVGATTVTLTK >MBQ3976808.1 hypothetical protein [Bacteroidales bacterium] MTFARRLTILLSFFWALLPAFAQEQADTDSLVRLMSAQSVHIVEREGEKVREVFGPARFLHNNTYLVCDTAIWHVDAALINAYGHVQILQDETVLSSDELDYFVDEDRAEFRGSVVQLQDKDNNTLRTRYLDYNT >XP_018561118.1 cytochrome b5-related protein [Anoplophora glabripennis] MPPQSDFVPKSSLGIVPPATRSRGYALTVDVWLNEKQDTDGAEGLWRIHDGIYDLQDFIEKHPGGSDWISITKGTDITEAFEVHHLTSLSEELMKKYFVREAKSKRNFPFTFKEDGFYRTLKREVNKVVKTLPKQSPKTSDFLIDAMVVLLFTFSVMAVRYWSFWLGILAGLFLGLVTVAAHNYIHRKDNLRMYYFQFSLMQVREFRIVHVLSHHLLTNTIDDLEISLLEPLLKYLPIDKTPLKRYTSWLMAPLVWFTFFHSSLVRRLIDAHHFNCRNLKLTDLTALILPAVMYFFGGRSLFSTFIMWNFIIVVGSCHFTFVALHAAHHHPEIFHDGDSPRSQQGYDWGLSQLDALMERKETTGSQFMVLTNFGDHCLHHMFPTLDHGSLEHLYPIFNDVLDKYGVNLRMISQWDAVIGGFQQLVRVEPNSNPPDLKKNR >WP_002655233.1 alpha/beta hydrolase [Blastopirellula marina] >EAQ77564.1 hypothetical protein DSM3645_08191 [Blastopirellula marina DSM 3645] MNRRIIAAIGATVIGVSALTTLTLDSSKQRPDEAQMAQAPEDSATMPAPNQAPPPVIEPAEVEIPRERMVAPAEAPAEVRTSPMMMRSTAETAPRTRMMVAPEDLAARPPEMTAPDEAIAPQSMMAAPMMMPESLPDDTPGYEVVEVLYGTDRDLLGSSGILGHFYPAIGIALGGLVLFGVMWKYQLARLGGVLAIVGVCLALFLARDAGLDYQKELRALSSGSQMFSGGRGDLQFGACHISIPEVHEVGQLEGPSLLRLELTERPEKHVVLLDVLSKEEEAFFADLREKVAQSPRHEVLIFVHGFNVSFEDAARRTAQMSYDLKFTGVPMFYSWPSQADLFGYTTDRDNSLWTVSHLKEFLLKVARQSDAESINLIAHSMGNRAMGTALEEIAAEMKDETKLFNQVVLAAPDVDAVIFRDEIAPQIVRASKQVTLYASSNDLALLASKNVNGYPRAGDVRPEIVIVQGVDTIDVSAIDTSLIGHAYYGDNDSIICDIFTLLHQPTPASQRQWLQSASGPGGIYWVFNPANRGVANAGGPVPR >MCL2033989.1 hypothetical protein [Oscillospiraceae bacterium] MLELKPCVNMKMITKACKKCGKLPDASFYLYLATDKEEELASCLFEVSGDSVTALLYECLDDADYWLFDGLLRSGFNYAFEQGITTGRIPETFRVQNHRLFSKLNYPITPAFDITNFFSKYKNCK >WP_198297747.1 ABC transporter permease [Bordetella genomosp. 9] MKYRLPHLSRSAKRATFGMIGVAVLWEACTRAFDLPPYVLPSVTQILAAIATQHEALLKAARLTIMEAVCGFLLGACAGIVFAVVLTMLPRARRVLLPLATALNSVPVVAYAPLILLWFGVGPESKIVMVALAVGFTVFLHALAGLDRVDPRVVDLMRSFGADRAAILWRLRLPAAIPLTAAGMRVSTVRAMIVAIVTEMLGATGGLGWTIFQAVLQIDFVQVWSAIFVASGASLLLFGIVNLLERRYVFWK >VDR39692.1 Lipase A [Tsukamurella paurometabola] MGMNLRSVWRRAVVAAAGLALLAAAPSTAAPLPENFTFFGGIPSELTNPNGSLPGTNDYSCRPTARHPNPVVLVHGTGGGSQTNWGAYAPLLKNNGYCVFSFTYGALPGAPWPVNQIGGTRPLATSAQQLRSMVERVLTATGAKKVDLIGHSQGTLMPSYFVKNLGGAGKVGKYVSLAPLWRGTGGDLGKAVSVFVRGLNAPDPYFPVFESIGDMLPGSRFLDTIWTGGTPYSRGVEYTNISTRFDELVLPYTSGQVDGPPGTKVTNIVVQDTCAQDLSDHLAIAGSRRAAYFVLNALDPQHPRPVPCYVVPPFTGA >WP_131055803.1 glycoside hydrolase family 1 protein [Raoultella planticola] >MBZ7832261.1 glycoside hydrolase family 1 protein [Raoultella planticola] >MCS7490234.1 glycoside hydrolase family 1 protein [Raoultella planticola] >UNK76582.1 glycoside hydrolase family 1 protein [Raoultella planticola] MIYQQQARFPDGFLWGASTSAYQVEGAWNEDGKGPSVVDMLSHPPGTADFRIASDHYHRVEEDVALMAQMGLKAYRFSLAWSRVIPDGDGPVNPGGLAFYHRLIDALTRHGITPIVTLYHFDLPWALELKGGWLNRKTGEAFVRYARLLFSEFAAKVPLWLTINEQNTMILHPGAIGVPADRELPDKKALYQQNHHMMLAQAQIFALCHREFPGLRIGPAINTTSMYAESCKPEDAIAAHNWETLRCWSFLDVAVHGRYNALAWAYMQDRGLAPELQPEDALILQQGRPDFIAINYYSTATIAASRGDGADVAPRAGDQQIMLGEEGVYRPAENPWVDKTPYGWVVDPVGLRLTLRKVCERYGLPILISENGMGAPDKLEHDGTVNDDYRIAFLQAHIEQMRLAIADGVELMGYCPWAAIDVVSTHQGYAKRYGFIYVDRGEDDLKSLQRIRKRSFWWYKDVIAQNGNHDESQR >WP_249557352.1 EF-hand domain-containing protein [Cellulophaga sp. 20_2_10] >MCL5244553.1 EF-hand domain-containing protein [Cellulophaga sp. 20_2_10] MISTIVKKGVLATVMIAFGVLGVKAQPPKGEQGKRPTIEELFKQMDANKDGKLSKKEVKGPLKDDFKKIDANEDGFLSKKEIEKMPKRKSKKPTKN >WP_070428178.1 MULTISPECIES: OmpA family protein [unclassified Brevibacterium] >OFT26715.1 hypothetical protein HMPREF3172_02470 [Brevibacterium sp. HMSC08F02] >OFT97824.1 hypothetical protein HMPREF3087_04275 [Brevibacterium sp. HMSC22B09] MRLRTAASVFVTSLLVLSGCSFGGESEGKADKTEDHATEDTQSTQPAVDDSGFFSDPKLAGIGTVDFNVPAFGADGSVEAKSRARILSLDKNGDTVRMVGAWLRSSEGASLGSETLAVGRKAFHRGPWIRLVDEAGGKLYEPLQEAGAEAGSFDRKDACLCSEAKSRTFFEPREGNVELFWVDFPAPESSDVRVLMGEHAVPTEALPISTDTPFENPIPEKAAFEEDPPDEYGSADAQRAVLPLRENIKNVAGSRQTQADDQLQLSVTSDVLFDFDSSTITSEGKKVLDDAAKTLRESAEGQTVTIVGHTDDQGEEAYNQKLSEERAKAVEKALKKPLEGADITLKTEGRGEKEPLAPNKDSEGKPIEENRKQNRRVSFDYTPKEGADTKIDTGEKLEDAPKMEEAETADGAAASAILKQPGMSTGGKDLRIDLRGLKADGKFARLDYAFALPDENAQPVAGLFVGTEQVTRFLHFGLNPYSYAGAPSGANVSLIDEETGEQFLPVTGGDADCLCTEGASTVEGAFVEPSQMFSMFPAEVLEREKLTLRIANSGTWPLTVDEISSGGQE >WP_137732205.1 PEP-CTERM sorting domain-containing protein [Aquabacterium pictum] >GCL62446.1 hypothetical protein AQPW35_15270 [Aquabacterium pictum] MSRRRRGLPAAWLLLALLPLAAQAGRAQVGIGMGTWATTDLDGASASGQGWRDGVLLERVTDAAAPPAKDWATVSLRVDSGARNTSARAEAQAEARLRSNGQAFAGTGAVASDVAAGTLSLQWQSSLAQQPGTPREGFARGYPFAELWETFEVVYPIARVAPIEVTLSLQLAGRLTGTDPADPLRPGVEAFLWLGGVATGDSHHPFDPVWRTEAGTAGTGLGYSGALQSTGCSVVRGVCSGFVSLYAGLDLRGRVAGAPADAWQTARAPLDLAFDGQLALRVSNGVTLVRGDVSDVLPPVAWAQVSSVPEPAPAVMLLAGLALLGLRRPRLRRGLAGSALALGTLWPAAGMAQTWQLSANLLANAVQFTPGAGLTVSNNDNLNLLNHPDARQLQVRSELSETPVGGRADARFVGRVGLLKAYAAVSNPYCCDLQGHVLTLGYSNATVQGRFYDTVLVGGAGLTLGTPVSYRVEFDISGSLSRPLFESGGFLSVDGLAEVRLRDLTSFQEVSLSWDASKNATGRYALTLNTQVGHSLAVSGMLYAGAYVSSYATLGRSAVADFGHSAAYSLTPSVAGLNTVGASGHDFLAPVPEPATAASLLLGLAVLGGVARLRRSGPRAC >WP_201490320.1 hypothetical protein [Escherichia coli] MMSLSSFVQELLAPWYSLRAVCRRILVAFPQLRATVLRTRWYLSLTGQREYCPDVWFDGSVYHCAVLVRECHDARKSVPKVQYCIPGYFSSYRSAYRTARRTAIALATIKVSCRAV >WP_036973950.1 MULTISPECIES: tyrosine-type recombinase/integrase [Pseudoalteromonas] >MBL4706561.1 tyrosine-type recombinase/integrase [Flavobacteriales bacterium] >MCH2089771.1 tyrosine-type recombinase/integrase [Pseudoalteromonas sp.] >EWH04394.1 integrase [Pseudoalteromonas lipolytica SCSIO 04301] >MCC9662116.1 tyrosine-type recombinase/integrase [Pseudoalteromonas sp. MB41] >MCF2849128.1 tyrosine-type recombinase/integrase [Pseudoalteromonas sp. PAST1] MAEVQAVKDLDTVRLVSYLLEKRCSRQMSQIWNIGLNLALRISDLLAVKFTDISNNRLIIYESKTSKLAEIKLNDKALTLINEIKLTHPHHIYLFQSYRNQQAINSKPRPLSRRAVTKAFALVGEELNIHLGTHSMRKTRGYHLYQKTHDIARVMKMLRHSSEATTLRYIGITQEEIDKDFEELEL >KNA07336.1 hypothetical protein SOVF_172810 isoform A [Spinacia oleracea] MNLLHKTLPRTFKSTTFFPSIPSIRHNPFSLSSPYSTKLPSNDLYNATEKKKLARPSEIRFQPKVANLVNLVGTVTMPVKFRTSVDGKSWASTLISHQHPPFFNQTSLWIRIIFEGDLAVTAATHLKEKDTVHVTGHLSSDFLPIYLTNDQSKSQLMVHDVYLVRQFHPEVMKHLYLHKRKDITYLPSKEKMKHLPRS >KAG3033979.1 hypothetical protein PC120_g1632 [Phytophthora cactorum] >KAG3097086.1 hypothetical protein PC121_g2293 [Phytophthora cactorum] >KAG4062534.1 hypothetical protein PC123_g2618 [Phytophthora cactorum] MGKHEHDSSRLDEHKRHKRRRDEDKKRKHKKSKDKERKSHRRHKRSRHSSDSDSDCAIDHVADYARAMKVVRELLTETPELAGDLLGLIQMVDDGEVAVIGGIENRRIRSKLKELFPLLGLVKLREPKGAFAKPRKAKDKGESLMEVFQRMLSGDSDKASPQPAVAGEQEDSLPMQDTELVEEKPSVQKPIKRDMPIGPALPPASARMSSSDVQDDDDDEVVGPALPGMKGFRLADERVEAEMARKAEQLEKEQWERARAGGKDKKDEGTGKTPMVREPWMTMMPESSILKDSLGPQNRPPPGKPAAFRSKEPAAVDKTWFDSPEERERAKRAKLDMELLGYVREENAPSAAAASNVAPATVQPAVNESILPNANPEADEEMRKQMEKLRKSRGPSLLEQHQHKQAEQAKSEAASTESVGGWNRDRDLTVRRGMSGDDAERMISAAKQINSKFTAPTISRQFL >NRB78924.1 beta-lactamase family protein [Saccharospirillaceae bacterium] MNFQLQNIKKYSLLKNTLISFGLLSCILAAQAQNQLPNFNNEFGKIKGEVPGCAIGIIHDGQLIHEQYYGMANIQYQVLNDEKTQFNMGSVSKHITAAVLFRLEKDGLINKNDKLIKYYPQGPKWFEKITLSHLIQHKSGLPDYVNDPTMAPKFFLSIAQQPEITNALIVGLPVTHEQIVQAVLQELNNLSSLAYEPGIHTIYSNTGYLFLGDIVNVATGKNLRHWANHYIFEPNKLENITVHNNSSAELKWAATGYMRLPSTKGYSSLVETLVSFGDTGVITSLQDFTKWMTVLSQANDSDSVWNGFLIEYSESKAKNSLMGLYDNGLSINTYKNNTIYSHNGQSLDSMTSNFWIAPEKKIGYVQMCNTIVSKVPSKYKIFKYVDEYLKLQEKVSL >PNJ24551.1 KIAA1217 isoform 17, partial [Pongo abelii] MSKPSRLARPFFSNAASKLPSARRDDLNSKQKKNSLGEKISRTGSEGNLVKQQQVQTAATPAQRKATPHKEQGKGNLHVTSPEDAECRRTKERLSNGNSRGSVSKSSRNIPRRHTLGGPRSSKEILGMQTSEMDRKREAFLEHLKQKYPHHASAIMGHQERLRDQ >WP_027369743.1 2,3-bisphosphoglycerate-independent phosphoglycerate mutase [Desulfovermiculus halophilus] MSMHTPTLLLILDGWGQGEANAGNAIHAATTPHMDTILGTAPRSTLACSGEAVGLPPGQMGNSEVGHLNIGAGRVVYQDIVRINAAVSDGSIFTNPTLLEVMAGTKARGSTLHLLGLVSDGGVHSQLEHLFSLLRMAREQGLGNVVVHAVLDGRDTPPTSGAGYLRELQDMLAEEKMGRIGTVSGRYYAMDRDKRWERTSLAYAALVHGRGKTAKDPVQAVEEAYARGETDEFVQPTVILGPGQEPTGTIADGDGIFFFNFRADRMRQMVQALTEPGFAQFDVSARPKLGSAASMTVYDAHFDLPVAFAPQRLPNILGQVCADRGMAQLRLAETEKYAHVTYFFNGGVEDPFPQEDRILIPSPKEVATYDQKPEMSVYEVADTLIREWRRQVYTLVVCNFANLDMVGHTGNFQAAIQACEAVDECLGRVMDCVLPSGGRMLVTADHGNADAMLDPQGEVRTAHSMNPVPLVWLENEYQAPGLRAEGVLGDIAPTILDLWGMEKPVEMTGQSLVRKDT >EBU6207141.1 SPI-2 type III secretion system apparatus protein SsaV [Salmonella enterica] >HAK0846247.1 SPI-2 type III secretion system apparatus protein SsaV [Salmonella enterica] MRSWLGEGTRAQQWLSVCAGRQDMVLATVLLIAIVMMLLPLPTWMVDILITINLMFSVILLLIAIYLSDPLDLSVFPSLLLITTLYRLSLTISTSRLVLLQHNAGNIVDAFGKFVVGGNLTVGLVVFTIITIVQFIVITKGIERVAEVSARFSLDGMPGKQMSIDGDLRAGVIDADHARTLRQHVQQESRFLGAMDGAMKFVKGDTIAGIIVVLVNIIGGIIIAIVQYDMSMSEAVHTYSVLSIGDGLCGQIPSLLISLSAGIIVTRVPGEKRQNLATELSSQIARQPQSLILTAVVLMLLALIPGFPFITLAFFSALLALPIILIRRKKSVVSANGVEAPEKDSMVPGACPLILRLSPTLHSADLIRDIDAMRWFLFEDTGVPLPEVNIEVLPEPTEKLTVLLYQEPVFSLSIPAQADYLLIGADASVVGDSQTLPNGMGQICWLTKDMAHKAQGFGLDVFAGSQRISALLKCVLLRHMGEFIGVQETRYLMNAMEKNYSELVKELQRQLPINKIAETLQRLVSERVSIRDLRLIFGTLIDWAPREKDVLMLTEYVRIALRRHILRRLNPEGKPLPILRIGEGIENLVRESIRQTAMGTYTALSSRHKTQILQLIEQALKQSTKLFIVTSVDTRRFLRKITEATLFDVPILSWQELGEESLIQVVESIDLSEEELADDEE >WP_244028884.1 helix-turn-helix domain-containing protein [Methylobacterium sp. E-016] >MCJ2074798.1 helix-turn-helix domain-containing protein [Methylobacterium sp. E-016] MNYAYEIRRQAEAAPRAALPAVASAMWKAFGEGHLSESEAEALSGLIEARQLTERPTDLHQRPIAAPRKAVGSRPRTDASMQRRRRWAASGRLPPGLAARFTLAEQAVLSLVAAETVRRKDCRLAVGHLAAITGVAETTVRNAIREAKKLGLVSVEERRVTGFRNDTNVVRIVSAEWTAWLRLTRKGVLRIEDTPPAVPDETGCKSAKRTPTDVSYPVNSGLRDRQKGCRQAAGDLAGKARSGIPAFGRAGRAMR >OGD85943.1 hypothetical protein A2696_00865 [Candidatus Curtissbacteria bacterium RIFCSPHIGHO2_01_FULL_41_13] >OGE05295.1 hypothetical protein A3B51_02675 [Candidatus Curtissbacteria bacterium RIFCSPLOWO2_01_FULL_41_18] MLYDFLKRTIDITGSLFALLIFLPVIIVFAILIKLTSHGPIFYSPERVGKEGKLFGMLKFRSMYMYKIKGRMVHAQKYLETNPKLMRAYQKNSYKLQNDPRITPIGKILRRLSIDELPQLVNVAKGDMSLVGPRAYQKDELNYQQRIYPQTKKYVKIIFRARPGASGPWQVSGRSFINFDKRVEMDAQYVKKRSILYDLWIIIKTPFAMITGTGAV >XP_049486383.1 TBC1 domain family member 1 isoform X2 [Panthera uncia] MEPITFTARRHLFPNEASVDFGLQLVGSLPVHALTTMPMLPWVVAEVRRLSGQSSKKEPGTKQVRLCVSPSGLRCEPEPGRSQQWDPLICSSIFECKPQHVHKLIHNSHDPSYFACLIKDNAGSQQSICYVFKADDQTKVPEIISSIRQAGKIARQEELHCPSEFDETFAKKFEVLFCGRVTVAHKKAPPALIDECIEKFNHVSCSRKAEFDLVSQDSETPNPVGGLSFTDKFRSVLQPVGNGEQGGRPMRKSFSQPGLRSLAFKKEFQDGSLRSSSLFRSFEENDIENHLISGHNIVQPTDIEENRTMLFTIGQSEVYLISPDTKKIALEKNFKEISFCSQGIRHVDHFGFICREASGGGGFHFVCYVFQCTNEALVDEIMMTLKQAFTVAAVQQTAKTPAQLCEGCPLQGLHKLCERIEGMNSSKTKLELQKHLTTLTNQEQATIFEEVQKLRPRNEQRENELIISFLRCLYEEKQKVHTHVGEIKQTSQIAAENIGSELPPSAARLRLDMLKNKAKRSLTESLESILSRGNKARGLQEHSASLDLDSSLSSTLSNTSKEPSGCDREAVPASDSSFRLLGSSDDLSSDSESRPAEEPAPLTPQQGFRRRANTLSHFPVQCEEPPEPAQGSPGVAQRKLTSVNHLPVGESKSCSGQSSAPAPPPRLNPSASSPNFFKYLKHSSSGEQSGNAVPKSISYRNALRKKLRSSSSVPNFLKFLVPVDENNTSDFMSTKRDFDSKANHLGDVRGTPVKTRRHSWRQQIFLRVATPQKACDSPSRYEDYSELGELPPRSPLEPVCEDGPAGPVPEERKRTSRELRELWQKAILQQILLLRMEKENQKLQASESDLLNKRLKLDYEEITPCLKEVTTVWEKMLSTPGRSKIKFDMEKMHSAVGQGVPRHHRGEIWKFLAEQHHLKHQFPSKQQPKDTPYKELLKRLTSQQHAILIDLGRTFPTHPYFSAQLGAGQLSLYNILKAYSLLDQEVGYCQGLSFVAGILLLHMGEEEAFHMLKFLMFEMGLRKQYRPDMIILQIQMYQLSRLLHDYHRDLYNHLEEHEIGPSLYAAPWFLTVFASQFPLGFVARVFDMIFLQGSEVIFKVALSLLGSHKPLILQHENLETIVDFIKNTLPNLGLVQMEKTISQVFEMDISKQLQAYEVEYHVLQEELIDSSPLSDNQRMDKLEKTNSSLRKQNLDLLEQLQVANSRIQSLEATVEKLLSSESKLKQATLALELERAALLQVVGELRRQTAAEPSGPEPDLARPGPTGD >WP_119088635.1 hypothetical protein [Candidatus Cryosericum terrychapinii] >RIE06537.1 hypothetical protein SMC7_01595 [Candidatus Cryosericum terrychapinii] MRGKKRVRTVTLSQAAGDVLDRLQVIGGAGQVRTESEAHLRTVLTQTASELFKPEELPRFLQVQLAGELGSIPSWDNLTGERLTHLGLPRHPEGVRADECGTLILTLVPATIDYMAQVEGREVCSSAAYDPRATTASFEDGIHRIVMTAPELTVTRSAFPHGLMDLPFVQVTFRLRNTSDQFHAVTLVLLIKPFDEVGITNLERFSFSRENLIILNGQRVAFACERPSRTRVTVYDPRTGSMVDVDADGEIVSPMGLMQMRLAFDHQLEPGGDAEVTFFFFVDRDRTYNHEELTLLLGQSAGILEQEHRLVVTQEKHVGYRTGDERLNRFAANQLLHLSSLEAAAASAFDDGVDAVALPALVEAYDRVGEVDTASGLLRSYAAQLPAGPALSADALFAYASLVIALGWHLKVARQVQLRRQLFPVADQFVTWLSQSQTAVEPVAISLLGPLRRSGPMLHLVLGKAIESYQGMLSEKDDLRLRLCDDLQLRLLKQVDAAGSHTDLGKPTFADIAPVAAYALFGAHGMEDVTLTGSMSWITEHWLRDGFIANRCLGSLGDIRLSLLCAKALVLRRESGAYGLFQEALEQLGVSDALPDYIDLHTRRALVGPRHSAVATALAIELLTSLIFVERGTYLSIIPVPTPELFAGDGIDVHGLQSTFGELSVRMQRLGDKVRFSMRSDFLRGVSAIELNFPWELKELVARKGTVKYVTGGTIVMEPADLIEGEAIAASPGPS >XP_055254096.1 transmembrane protein 222 isoform X4 [Moschus berezovskii] MAEAEGSSPLLLPPPLPPPLGMAEVEAPTAAETDKKQLGGAGSGAMDVERSRFPYCVVWTPIPVLTWFFPIIGHMGICTSTGVIRDFAGPYFVSEDNMAFGKPAKYWKLDPAKVYASGPNAWDTAVHDASEEYKHRMHNLCCDNCHSHVALALNLMRYNNSANWNMVALCFFCLLYGKPLQPTRSSLPPASAPS >WP_241133221.1 DUF433 domain-containing protein [Achromobacter insuavis] MYNGTGIYSLREAGRLVQAKPRDLNRWLFGYHFPKKGPDGEDLRAFSPPLWQTQVDVSEYEEPIIGFQDLLEVRFVRAFIQHGIPLIVIRKCLESARSIYGVAYPFTNLQFKTDGKTIFGEALKQAESEGTPLVDLKNRQNVFRDIITPSLYAGIEYNGAQATKWYPTSKREHIVLDPLRQFGSPIIEDTGTPTDILYASYLAEGENESAIASTSAIYDVPHRFVRAAVRFESGLKQRAH >WP_225781432.1 ABC transporter permease [Xenophilus sp. Marseille-Q4582] MLRLEPRPQLSRFWSYASPLLALLITVVIGVILFAALGKDPVRGLQVFFWEPIKSGYAIGELLVKATPLLIIALGLAVCFRSNVWNIGAEGQFVVGAIAAGSVALLADKSTGPWIVPVILMAGVLGGMVWAGLVAWLRDVCNANEILVSLMLVYVATLTLVYLVTGPLKDPMGYNFPQSKTFEAVTQIPRLMKGSRVTIGALIALVGVAALWVFLFRTRAGFAQQVGGLAPAAARYAGFSARRALWTALLVSGGAAGLAGALEVAGPIGQLTPYVPAGYGFAAIIVAFVGRLHPVGMVFSALLMSMFYIGGELAQSRLGLPKSLTAVFQGLLLFSLLACDTLVAYRVRRQAARAQAAAPASRAALQTSTPDVAGSTGQGAA >MBQ3321785.1 aminotransferase class V-fold PLP-dependent enzyme [Bacillota bacterium] MIYLDNGATTFPKPECVYIETDRFAREGAVNAGRGAYKAARRATEMIREVKTGLLSLVDARGQAEVALTPSVTIALNQIIQGQKWKEGMTAYVSPYEHNAVLRPLKLMEQKHNIRIAVLPLKEDLSIDMDGVRDAFAKCPPDFVAVTAISNVTGYVLPAAEIFAEAKKYGAFTVLDAAQAMGLLQMRFAQLKADCIAFAGHKTLYAPFGVAGFLIKNGVDLELLLAGGNGIKSEDPNMPKFMPEKMECASMDSVAICGLHTSLEWLKTVNPWKIESELMDYLMQRLPEVEQLTIYKAPPGAQQAGVISINIKDFRANEVAAILDKNDDIAVRAGHHCAGLIHKYLKNKEYDGTIRISLGVFNTKEDIDMLIDGLKSIDREALKGIDAGILRGNC >RMF68396.1 glycogen synthase GlgA [Cyanobacteria bacterium J069] MYIVQIASECAPVIKAGGLGDVVYGLSRELEIRGNTVEIILPMYDCMRYDHIWGLHEAYRDLSVPWYDGAILCDVFCGWVHGRLCFFIQPKSQDNFFNRGIYYGASDDNMRFAFFSKAALEFLLRANKRPDVIHCHDWQTGLVPVLLFEIYQWHGMANQRVLFTIHNFKHQGIGGVETLWATGLNNENYYFEYDRLQDNFNPFVINYMKGGIVYANHVNTVSPHHAWEAHYGSEGYGLGHTLHTHSYKFTGILNGVDYDIWNPEIDQYIPTKFAAATLENKAKNKKALCDRLHLRHDPEKPLICYIGRLDEQKGVHLVHHAIYHALLRGAQFVLLGSATERGINDWFWHEKNFLYSNPDVHLELGFNEELSHLIYAGADMIVVPSNFEPCGLTQMIGLKYGTVPIVRGVGGLVNTVFDRDYDENHPPEKRNGYVFQHTDFQALESAMDRAIGLWRYYPEEFEKLVLQGMAYDYSWKDPGEAYMGVYEYIRHK >WP_177420403.1 c-type cytochrome biogenesis protein CcmI [endosymbiont of Lamellibrachia barhami] MTLFWIIAAGLTLLAMAFVVLPLLRGLKNTGISSDELNLEVFQQQLEELDNDLDSGILDQARYDAARKDLEKEFLTDVSGNKVAPATMNRSSGRWVIGAAVLIPVSAVILYQILGTPEIIPRLTGQVPDTTVNSAQEKAKNMPPMEELVQKLADKLVEQPENIDGWLMLARSYMSMDRVQEGLEAYGQAMRLAPENTAVLLAYAEGLAKTDSNNFTGKAASLVEKAIKLDGDNPNARWMMGIVSYQRGDYSAAVEHWERTQTLLGPDNKDAATITNALADARREMGEAPKLPSIIPQAVAKSAPTANAASKSKIILEVVLSDEMRAKTKPGDLVFIYAKALEGPPMPLAAARKQVRDLPLTIELDDGMAMMPQFKLSNFPEVVVGARISLSGNPIAQSGDPEGEVKPVTPGQAGTVKVVINGLHP >MBX7048921.1 hypothetical protein [Chitinophagales bacterium] MKKAFFLVSLVFTAILITESCKHTPVDLIDDLPGDPIIDTTGGPTDTLVFSTCDSDTVYFENDIYPIFISNCAISGCHDA >MBP5709003.1 anaerobic glycerol-3-phosphate dehydrogenase subunit C [Bacteroidales bacterium] CGMAGSFGFEKEHYDMSQKIGELVLFPAVRKASKETIISAPGTSCRHQIKDGTGVEAKHPIEVLFSALKAKK >GAN03156.1 conserved hypothetical protein [Mucor ambiguus] MSSLPYPITLPALADSQITRVGVKSPEDVVVVSAVRTALAKGKKGGFKDVLADELLCHVFKATIERTGIDPALVQDITVGNVSGKGGLATASRMASLAAGFPETTSVSTLNRQCSSGLQACVQIASAIQCGLIDIGVGAGVESMSSDYFGRVIPLSDKLAKKPVVNDCKIPMGITSENVAAQYGITREEQDSFSVDSHKKAAAAQKAGLFKEEIVPCTVTTIDKDGNEKTIVVDQDEGIRASSTVEGLGKLKPAFSPTGSTTAGNASQISDGAAAVLLMKRKTAQKLNLPILGKYVTSASVGVPPSVMGVGPAYAIPVVVERAGLKISDVDIYEINEAFASQALYTVKVLDIPMEKVNPKGGAIAIGHPLGCTGARQVATLFPELKRQNKRIGVTSMCIGSGMGMAALWERE >ETZ74096.1 permease for cytosine/purine, uracil, thiamine, allantoin family protein [Mycobacteroides abscessus MAB_110811_1470] >ETZ90510.1 permease for cytosine/purine, uracil, thiamine, allantoin family protein [Mycobacteroides abscessus MAB_030201_1075] >EUA74741.1 permease for cytosine/purine, uracil, thiamine, allantoin family protein [Mycobacteroides abscessus] MWLGFPMILTCAVFGGLIVYSLGFWRGMLAIALGNAVLTAYVGALSYLAGKTGKNFGLTAIETFGRGGYRVVCGFLATVVIGWFAFQTGLTGSVLATCAGWDARWTALAAGVGYVAVTLVGIRALSAIGLIAAPLYLLLGITAIVLALRDSTISDAVEYRGGAGVAAMSMGAAVTLVVACFIDSGTMTADFTRWSRNGRQGFWASVAAFPIGNCAAMVVGGVIVALGAARSPATDGGNFLGTLIDTGGWLVPVSIVFVFVNLGSVCTHCLYNGAVGWSQLTGHTMRLLAVLLGAAGVLLAVLGVWSHFEQWLTLLGVVVPPIGTVLILDQLVLPRFGIAVRDAAIRWESFGAWAAGAASALAAHLWAPQLSDALTGIATAALVYLAAARGARRGVPA >MCC7304610.1 elongation factor G [bacterium] MAKAENTKIDLSLVRNFGTIAHIDAGKTTTSERMLYFTGKTHKVGEVHEGAATMDYLAEEKARGVTIVSAATTCFWNKDSIKYRLNLIDTPGHVDFTAEVERSLRVLDGASVIFDGKTGVQAQTETVWRQADKYNVPRICFVNKLNIIGGDFYASLKSIQDRLSKNATAIALPIGFEENLHGIIDLLDMKAYSYKDINQFELEEIPVPEDMVAKAREYRNILIEKIVEFDDKLLEQYLEGKEIPVEELRKTLRKGTVMSGIFPVLGGDSRGPLTRYLLNCVVDYLPSPMDVPPVEGINPKTKETVVRKPDEKEPLAALVFKVVSDEHVGTLSYVRVYSGVLKPGTYVWNSTKNEMERVGRVLLIHAAHREEVDELRAGEIGGLVGMKKSVTGDTLSDQTNPAILENIKFADPGVSASIFPMTKQDAEKMADVLAKVQVEDPTIKVKVDPETSETIIMGMGQFHLQIWTERMASAMGLSTRLGEPKVAYRESIGTSVKMEGKFVRQSGGKGQYGHCWLRLEPQERGAGFEFLDEIKGGAIPREYIPAVKKGVIEALQAGVVAGYPVVDVKVAVYDGSYHDVDSSEAAFKVAGAQAFKDGQKAAQPYILEPIMKIEVMVPDQYLGEVTGLLNSKRAQIQGANERAGLQVIIADIPLSETFDFTSRLRASTSGRGSSYMEFSHYDRVPNSLVAQLVQNAK >WP_075190302.1 ferrochelatase [Maricaulis sp. W15] >OLF75551.1 ferrochelatase [Maricaulis sp. W15] MSDGRKKLAIILFNLGGPDGLDAVRPFLRNLFRDPAIIQAPGLIREALALFISTVRAKEAKANYAKMGGGSPLLPETIRQANALADHLSPQWPDHDIRIWPAMRYWHPFTHDVAAEVKAWQPDDTVLLPLYPQFSTTTTGSSLKAWRDAGGPETHAICCYPTESAFLDAHAVLIRKTWEKAGRPENVRLLFSAHGLPKKIIDAGDPYQWQVEQTVAAVRQQLPEFPDVETCYQSRVGPLEWIGPSTDEAIRKAAADGKSILLSPIAFVSEHIETLVELDEEYAEIAEELGISSYVRVPALGGDPIFIEALANLVGEALQGGSGLRPEGSERICPADCSGCPCQSVG >TLX83379.1 hypothetical protein E6L04_08715 [Nitrososphaerota archaeon] MSIVPTSTTRSFRVDRELSRVLDEESERMGVSVNALVNMILKRYSEFTRFLSKIDLVVINRELLKSLFDSYPDEDIFGLGVSAGEIIPRDTIIFWKKTLTFGTVLEYIDKIICRYGFLGTYDETNQNGKRIIVIRHRLGKKGSQFLHGYLKSTLKNTLNLDSSFELTESSVKLEISI >MBA2554676.1 phosphate ABC transporter permease PstA [Geodermatophilaceae bacterium] MVSTSTPTRERVDQSFRAPVGDTIRERFTQFVLLIATCVALVVLVTLLVDIVRDGASGLSLNFLTQYTSRIAANSGIRAGLTGTLSLMFLVALLTFPLGVGAALYLEEFAPRNLWTRLLETNINNLAGVPSIVYGLLGLSVFVYVLGFGRSLITGALTLTLLVLPVVIVASREAFRAVPREIRDGGLALGATPLQVAVRQTLPAAVPSILTGMILSLSRAIGETAPILVAGAVFSRRADNAPWHLSESYTAIPIQIFDFVKRPQEEFQIGVASAAIIVLMALLLVMNSAAIIIRNRYARNR >WP_239517986.1 AAA family ATPase, partial [Vibrio parahaemolyticus] MEGVVTEINSIVEQWRECIDKKSNDPFDISLKISSVTVDLIDQYNNVILDIAACVKKHNDKSGNFQAVTTAHKKALELHYAADEVIDFDYSKKVEDRKTANGNVLKLSDEISAIKKEIQRLEAELSNESIAVDAFNAELAKFIGRTELTLKFDAKQKGYRISRNGSDRHAQNLSEGEKTAIAFVYFATKLEEHDNDIKNTIVVIDDPVSSFDSNHLFHSYSFLKKHCEQAKQLFVMTHNFSYFKLVRDWMLKKNKMRKQPPVIKARAYTIETKSDGVRQSKLVNAGGSLTDYNSEYHYLFSKLYSLKEKQELNLDEVYLCANLSRKLLESFLCFKFPKKRSDFRQLVDDGVRHYPAIKPEDVEKAYRFINKYSHNQEIELEDNADNLLGESPAILNIILDIVKTIDE >CDL84920.1 Glycosyl transferase family 9 (fragment) [Xenorhabdus szentirmaii DSM 16338] MIAATSCMNMIVSADSAPVHLSSALQIPVVSLFENRPEKYLRWPPLNVENILLKEGKIVNDIDVIKIRDAVNFLLKKCYG >WP_122920202.1 YitT family protein [Brevibacillus fluminis] >RNB82705.1 YitT family protein [Brevibacillus fluminis] MTEATIKTTHQKASFTKITRRMIFILIGAALVSIGLEIFLVPNRIIDGGVVGISILLSHVTGWSLGLFLFLLNLPFLIIGYKQIGKTFALSTLFGVIVMSVGTTLLHPVHSLTDDPLLAAVFGGIILGVGVGMVIRNGGSLDGTEIVAILINKKVPFSVGEIVMGFNIFILSSAGFVFEWDHAMYSLIAYYIAFKMIDLTIEGFQESKSVWIISEQFRDIGDALLARLGRGVTYLTGEGGYSGDDKKVIFCVITRLEEAKLKSIVEEIDPAAFLAIGNIHDVRGGRFKKKDIH >HID24809.1 hypothetical protein [Planctomycetaceae bacterium] MLEREAESESEVSVTTLLRLMTGGRIEASVRRRMSQTVDALYLVYLETDESAWHTIRRQPLLSEEELEAAVDAFVAFDDFSDKRFRNAHRGNCERVQQGRWEEFVGSTFTAAVRNDGTYHRKTIPQSLKAVYRPLMKHARAALINALADRTESIFGLLRRFDEEYQRLKAQLGAYRFGDIPLLVGRSIQEGDIGQFALRLDADIAHLLLDEFQDTSLRQWQVIRPFAQAVADGRPGRSFFCVGDVKQAIYGWRGGISEIFDAVREELPRIEEQRLDRSWRSAPPIIETVNRVFGTLPQNAALKDYPEVTRQWTDRFHKHTTAQEGLKGYCRLHVARAAQEGERQKEASVRCAAELAATLARQHPRRSIAVLVRTNESVARAIFELRTKHGDVEASEEGGGRLTDSPAVATVLSLLHLADHPDDGPARFHVAHSPLGPVVGLVGSQYADDEQVSRLAAELRRRLLEEGYGSTVAEWVRGLAESCDQRELGRLERLVAFAYQWDRRPTLRATDFVDFIETARSEQPGQGAVRVMTIHQAKGLEFDIVVLAELEEAFIKQRPTIVVRRPRPFDPIDGVCAYPNKTVQQVLPDSIRELVRHWEIQTVSEALCVLYVAMTRAVHALYLVVPPCDKAPSKVPATYAGLLHIALANGQPLTSMLDPYQCGDPNWDDRAIETRAESGQVGSAKASSTDKTVATGPAAER >MBW6512602.1 DUF362 domain-containing protein [Desulfuromonadaceae bacterium] MLDRREFIRQSLRAALLSTVGGAVPILALPSRPVFAAEGSLLAVRTGKNIEQLVIDTLAALGGMENYVKRGETVVVKPNIGWDRTPELAANTSPELVATLVTACLEAGAKRVRVFDRTCNDPRRCYAQSGIAAAVEALRSERVTVEYMDRRAYQKLVIKDGQELREWEFYQPALEADRLINVPIAKHHSISKLTLGMKNIMGVIGGNRGVLHRNIAAALCDINLVVHSDLTVIDATRILVANGPQGGRAEDVRQLDTLIASPDIVAADSYAATLFGFQPHDIPTLAAAARRGLGGIDLARMRRV >MBD3641221.1 ribose-5-phosphate isomerase RpiA [Marinobacter sp.] MTQDELKKAVAKAAVDYIAPRLESDSIVGVGTGSTANFFIDMLAEFKNEFDGAVASSEATAERLKSHGIPVYDLNSAGELEFYVDGADETNERLELIKGGGAALTREKIVAAVAKTFICIADESKMVGVLGEFPLPVEVIPMARSHVGREIVKLGGDPVYREGVVTDNGNIIIDVHNMDISRPIHVEEQLNNIVGVVTNGLFARRPADLLLLGTSEGVKSIPRKGA >WP_070723361.1 glycoside hydrolase family 2 TIM barrel-domain containing protein [Prevotella sp. HMSC073D09] >OFQ17397.1 beta-galactosidase [Prevotella sp. HMSC073D09] MKQTLILAFLALASVAQAQIRQERNLDKWQFSRDGKDWQQVDVPHDWAITGPFDRKWDIQHLAIEQDGQTEAIDHTGRSGALPWIGKGEYRTTFRLPAGTKHTTLYFDGAMSEPVVYVNGREAGRWMYGYNAFRLDISPYVKSGVNEVRVLLNNQEESSRWYPGAGLYRPVTLITAGDARIDPWATIFKTVNLAGSKAQVYVETQATTPKGKAAARLAVRLLDANGRAVAQKNLTANAQGTAAVQLNVANAKAWSPEQPYLYTLEVSLYQGNKLADRLRQRVGIRTVAVSKEHGFQLNGQSRKFKGVCLHHDLGPLGAAVNKAAIIRQIRLMKDMGVDAIRTSHNMPSQMQMQVCDSMGMMVMAESFDAWKEPKVKNGYNLFYDQWWRKDLENLIRGHRNHPSIVMWSIGNEIPEQWNKEGAQRAKDMTDYCHQLDNTRPVTCGGDNPKANTECGFYAALDVPGFNYRVNLYDELISKQRQGFILGSETTSTVSSRGVYKFPVDEKKMATYKDGQCSSYDVECCGWSNLPDDDLIAQDDRSFTIGQFIWTGIDYLGEPTPYYSYWPSRSSYFGAVDLAGLPKDRFYLYRSVWNEKQPTLHLLPHWTWPGREGQQTPVYCYTSYPEAELFVNGQSQGRIKKDKASRLDRYRLRWNNVVYQPGELKVIAYDANGKPAAEQVVRTAGEPHHLVVQADKPSLAADGQDLLYLTVSMVDKDGNLCPDADDELTFDVSGAATFKAVCNGDATSLEMFHLPHMRLFHGQLVVTVQSNKAKGKVKMDVKAPARNISTIWQN >TDR34929.1 sulfate adenylyltransferase [Kurthia zopfii] >GEK31421.1 sulfate adenylyltransferase [Kurthia zopfii] >STX08905.1 Probable bifunctional SAT/APS kinase [Kurthia zopfii] MTKEILLDAIALSDLELIGIGGYDPIKGFLNEEDYKSVVENIRLADGSIWSIPITLPVSQKDAASLSVGDEANLIFGGEKYGEIKIESIFVPNKLNEAEKVYGTADLQHPGVKKLFERPEIYVGGAVTLTKRQQPKFEQYTFTPEETKAIFKANGWNTVVGFQTRNPVHRAHEYIQKAALETIDGLFLNPLVGETKSDDVSAAIRMESYEVLLEKYYPKHRVQLGIFPAAMRYAGPREAIFHALVRKNYGCTHFIVGRDHAGVGDYYGTYDAQLIFDQFTIEELGITPLKFEHSFYCKACEGMATTKTCPHGKEDHIILSGTKVREMLRAGITPPPTFSRKEVVEILINGMKEEVEV >QQC21553.1 PH domain-containing protein [Actinomyces naeslundii] MRTGHDVPVPTVVIRSLPARLGTALIGLAAAAMALTIGLADGAAHGLRAMAWAGLLVFLTWLLWWAPQITLSPQALTIRNAWRTHVLGWDEVEMCRTRWGLSVITRDDVEVKASAAPRRGGMSESFRRRQVLREQQERRDGLRSAEPVEAVRPEYLTGEGTHCTNLDAGDAGTLIQAYAEQVRSRCGEAADDTTPDTATGVTSSLNRPVAVVAGVLGVVLVAVTVLL >MCQ2539410.1 GntR family transcriptional regulator [Acetatifactor sp.] MKILQSSGTPIYQQIYEQLKEDILSGKYTEGEYLPSIRGLAQDLKISVITTMKAYEQLQSEGLVTAVQGKGYYVNAQNSEMLKEQHMRKVEESLLEAIRAAKIAGMTREELQATLEALQAMDEE >WP_187843135.1 DUF1104 domain-containing protein [Helicobacter pylori] MKKALKILSVSALLFVALNAKDFSKTSDENLAKMAGVVAPQDIVDYTKELKKRMEKMPEDKRKAFHKQLHEYAVKNTDSMTVADFEARQKAIKEALKKGNMEDMDDDFGLRSCKHGKMHKHHKHSGHDKHGKEHDKEQDKKDHDHNDHGEDKK >UGX22439.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLRTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFLGVYYHKNNKSWMESGVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAGAAAYYVGYLQPRTFLLKYNENGTITDAVDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYRYRLFRKSNLKPFERDISTEIYQAGSKPCNGVEGFNCYFPLQSYGFQPTNGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSRRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQNVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_126679569.1 EAL domain-containing protein [Pseudomonas aeruginosa] >RTT45866.1 EAL domain-containing protein [Pseudomonas aeruginosa] MRQNRTLDKPRLLGLVWPFIVVVLLQAMLAGGSLYVLSAVRSYVGGESLWSKGQKDAIYYLTLYADSRADEDFRRYEEAIAIPLGDREMRLTLDQPDPDIEAARQGILKGGNHADDVTAIIWLYRNFHDFSYFERAIELWLVGDKYVMELIDVAGKMRAGIGAGQASAEQVQQWKTEIHAINEKVTPAAKAFSDALGEGSRALLRLLLVANLTTASVLILLAFLRTRQQLMQRQEVENALDAERERAQITLASIGDGVITADTQGGISYLNPAAEQMTNWTLDKARGLPLASLFRIVDESSREEGMLLIEQILSGEIDGGREHSKLVLRHDGSSVPVTLVGAPIHRGGEITGVVLVLHDMTRERQYMARLSWQATHDALTGLTNRREFEYRLQIALERLERNSGRHALMFLDLDQFKLVNDTCGHAAGDELLRQVCTLLQQGLREGDTLARLGGDEFGILLENCPAEKAVEIADHLRKTIQDLHFTWSGQPFNCTVSVGLVHLLPGISTLEEALRSADMACYMAKEKGRNRVQVFHQDDVELSMRFGEMTWVQRIHLALEEDRFSLYAQPIVPLGEGAEEGLHVELLLRLRDEGGRLVPPLSFIPAAERYGLMTLIDRWVVENAFRTLVERAQDPRAEPIGTCAINLSGATIGDESFLQFLTELFARYRIPPQTICFEVTETVAVANLASAIRFINELKDTGCRFSLDDFCAGMSSFIYLKHLPVDYLKIDGSFVKDMLEDPIDRAMVQVINHIGHVMGKRTIAEFVETVEVMEALREIGIDYAQGLAIGAPLPFSRQPPGAGVDAQGLWPSLGQNLR >WP_001804449.1 MULTISPECIES: isochorismate synthase [Staphylococcus] >YP_499535.1 hypothetical protein SAOUHSC_00982 [Staphylococcus aureus subsp. aureus NCTC 8325] >AAW36516.1 isochorismate synthase family protein [Staphylococcus aureus subsp. aureus COL] >AEV78035.2 isochorismate synthase [Staphylococcus aureus subsp. aureus M013] >AGW33425.1 putative chorismate binding enzyme [Staphylococcus aureus subsp. aureus SA957] >AGW35958.1 putative chorismate binding enzyme [Staphylococcus aureus subsp. aureus SA40] >ATC67224.1 isochorismate synthase [Staphylococcus aureus subsp. aureus str. Newman] >ATV03754.1 Putative chorismate binding enzyme [Staphylococcus aureus O11] >EGG67506.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21189] >EHM57718.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21178] >EHM85210.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21232] >EHP00894.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21283] >EHS76521.1 isochorismate synthase [Staphylococcus aureus subsp. aureus IS-189] >EHT49144.1 isochorismate synthase family protein [Staphylococcus aureus subsp. aureus CIG547] >EHT70480.1 isochorismate synthase family protein [Staphylococcus aureus subsp. aureus CIG2018] >EKU08609.1 Menaquinone-specific isochorismate synthase [Staphylococcus aureus CN79] >ELP28873.1 hypothetical protein SASA_05020 [Staphylococcus aureus subsp. aureus DSM 20231] >EZH94946.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21311] >KDP58914.1 isochorismate synthase [Staphylococcus aureus subsp. aureus 21321] >KEK49745.1 isochorismate synthase family protein [Staphylococcus aureus 1801-2 2010] >KEK55459.1 isochorismate synthase family protein [Staphylococcus aureus 1801-1 2010] >KEK57360.1 isochorismate synthase family protein [Staphylococcus aureus LysK 1 2011] >KEK61946.1 isochorismate synthase family protein [Staphylococcus aureus LysK 2 2011] >KEK66843.1 isochorismate synthase family protein [Staphylococcus aureus 1101-2 2011] >CBI48918.1 putative chorismate binding enzyme [Staphylococcus aureus subsp. aureus TW20] >CCW21280.1 Menaquinone-specific isochorismate synthase [Staphylococcus aureus M1] >HAR4230703.1 isochorismate synthase [Staphylococcus aureus ADL-331] MRLNDNRTSYFGYKAIQLFKNNSKNKQSIFKDWEKLKHNITFIHPQSEKHHLRVVGGFQFSSHKSDDEWREFGLNHFVLPEVLISTDNNGTFLTYTVKRESFTVEALNDLMDLFNNISDIDVDEQIGEITRNEDIYKDDWRQLVVEAIESINNEEKIVLARRRLIKFDKDISIPYILKQAYSKEKNSYIFLLESQDSIFFSQTPEQLIKVNNKILSTKAVAGTIKRSQDEDEDTKNVEAFLKDNKNLIEHRFVVDSILHDIKPYITELHYDKTPKILKNDHLYHLYTEIKAPLKDDSYISLIDNLHPTPALGGYPKEFAMDFIEQKEFGTRGLYGAPVGYIDIYDDCEFIVAIRSMLIKKAQATLFAGCGIVKDSDPDSELAETNLKFTPMMNALGVDMNGKS >MCP4774001.1 formate dehydrogenase accessory sulfurtransferase FdhD [Planctomycetaceae bacterium] MALQNKEFEIAKFYREQVVRFSDSIATEEPLEIRVVFGPAGRRRSKNLSITMRTPGNDPELAAGFLLSEGIVQSPCDVIGFESDGAIPPDADVGNTIFVELSETAQFDPEKFQRHFYATSSCGVCGKASLETLRNQNVSPITESVKVERELIFQLPELLRKQQGVFDVTGGLHASGLFDLEGKLVAVREDVGRHNAVDKLIGSQFLTKAGQTARLSLDGHLLVVSGRASFELMQKAVVARIPVLVAVGAPSSLAVELAREFNMVLIGFTSGERFNVYAGDDQIS >WP_218014032.1 ABC transporter substrate-binding protein [Rubellimicrobium roseum] MTGYSKLLMSAAVCLAGAGAEAKTLVYCSEGSPEGFDPAPYTAGTTFDASSRPIYNRLVEFEKGTTNVVPGLAESWEVSEDGLQYTFRLRPGVTFHTTDWFTPTREMTADDVIFSFERQRDAANPWNQYTAGISYEYFNSMDMGSLIESIEKVDDLTVRFNLTRPEAPFLANLAMDFASIMSKEYADQLEAEGRMSDLNQQPVGTGPFQLVAYQQDAVIRYSSNPTYWNGQQPIDDLVFAITTDPAVRLQKLQAGECHIMPYPAPADIEAIRADESLTLMEQPGLNVAYLAYNTQVPPFDNPQVRRALNMAMNKQAIIDAVFQGTGETAKNPIPPTMWSYSEETQDDAYDPEAARQMLEEAGVTDLSMKVWAMPVQRPYMPNARRTAELIQEDFAAIGVDVEIVSYEWGEYLERSSAEDRDGAVILGWTGDNGDPDNFLGVLLSCAGVGEANRAQWCNEEFSDLINQAKATADQEERAELYRQAQAIFKEEAPWATIAHSTVFMPMSNRVQGYIMSPLGSHHFEGVDIAE >MBT3179978.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT3502300.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT3840418.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT3999483.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] >MBT4282076.1 NAD+ synthase [Candidatus Marinimicrobia bacterium] MKIALCQINPTVGSFDYNRDLILKNYVESINRNADIVVFPELVITGYPPQDLLWEDGFIHQNLHILDTIAAQSTIPIILGFVKKENGNLYNSAAVCYDGKIQSITDKILLPTYDVFDEDRYFTKGREPKVVSVNISGKRVNIGIQICEDLWDHNYDCKVSEVQKKLGADILINISASPYHEGRLNNRKDVILEKISKTGLPYLYCNMVGAQDELIFDGESLAFSASGDCIGQGKVFEEEIIFVTLDSDVKVELTETAREEKMYRALCLGVSDYFKKSGHKEAVIGLSGGIDSALVAAIATDALGENNIHGISLPSKYSSDHSLSDAQELAENLGIDYRMIPIQEAVEGLEKVLYPHFLGLDPNVAEENIQARARGNLLMALSNKFGWMVLSTGNKTELALGYCTLYGDMSGGLAVISDLSKSDVYALSKWVNKVMPGRIPIGSITKPPSAELAPNQVDPFDYDLVSPLVDSIVEERKSQADLIKNGADPDLVNSLYQKIRINEYKRRQAAPGLRVSSKAFGLGRRIPIINHYKGKRK >WP_220492852.1 MULTISPECIES: UvrD-helicase domain-containing protein [unclassified Pseudoalteromonas] MAQYIATPSWLGRFFTRIKRVSIEQSMLVIDFRDNTKLQFRLSEFSNFSVLRNRLFSAEINLSDRNNTCISFLNKGQADVLSKTLNHYFANSLEQKINKAKTQLKQYALDEFLRDSSIEILNKTVFSLSKNYAHNQILWQQHLSPVSIKFLSILSRTPKVIDAVAQLRHKYEQKQLTLRDNFYNNVESNPLTIEQRLAVIRDNDKNLVLAAAGTGKTSVMVAKSLDLIDRDIATPDQILVLAYNKAAAEELKERFIKRAGQANLSMTPPVILTFHALGLTLLRNAKKSTELSVLASDALQLKSWFTAWLSEQMQANSAFLKSFVDLLYEPVDIFSFKNSAEDEHYVRINEYKSFAGYKVKSYQELLISNWLHLNSVEHEYKPAYKIKQRVGPGDKRLNKQYSSFYLPKYNIYLDHYDIDRQSNTPSGINKEHYNEHIALKRELYKKDNTIFLETFYFNWLEGKLEQRLGKLLKQYSVALTPLADDKIFALLTNSGQLQQEAEKYLKCLQAIRVEQLTNTQIKQRIKQSGFKNHQRYAAMLITIHDAYTHELSRQNAIDFDDMIIHATQVVKKGEFSVPWSHILVDEFQDISGARMAFLNTLINKGTGIRFTAVGDDWQAIYRFSGGNLALTTRFEELVGSHSLTVLQKTFRYNNSISDVAGRFVMQNPEQYKKHITTHVQVSTPQVILLDDQYKGAKSLEVKVQQIISTIQKNDATASIAVLSRYRFMLNKVEQHLKNKKQTNTLHFWTLHGAKGLEADYGIIIGFEQGKLGFPSNNQNNVLLESLLPVQDSFTHSEERRLLYVGITRAKHKTYLIADPHACSVFIKELVNDDYPIEVASTLFNLSSG >WP_063338866.1 MULTISPECIES: anthranilate phosphoribosyltransferase [unclassified Marinomonas] >KZM40959.1 anthranilate phosphoribosyltransferase [Marinomonas sp. SBI22] >KZM42799.1 anthranilate phosphoribosyltransferase [Marinomonas sp. SBI8L] MDIQSAIATVIEQQHLSAEEMHEVMHSIMTGEATPSQIGGFLVGLRMKGETVAEIAAAASVMRELSSKVELSNIDNIIDTCGTGGDGGKLFNVSTASSFVVAAAGGKVAKHGNRSVSSKSGSADLLEKAGVNLALSAEQVKTCVEEVGLGFMFAPNHHSAMKHAIVPRKDMAVRTIFNLLGPLTNPAGTKRQVMGVFDKKWVRPMAEVLQRLGSEHVMVVHSQDGLDEISLAAPTFVAELKDNEIREYSIQPEDFNIETQSIAPLQAENVEESLELVHGALEGKGAVNPARDIVALNAGAAIYVAGIADNLAEGVAIAEDVIGGGLARVKLTELAAFTQCYLDN >WP_262406623.1 preprotein translocase subunit SecA [Tsukamurella columbiensis] MRFGEGRMVKRLDGLASYVESLNDEYEALSDEKLQAKTETFKKRLEKGESLDEILPEAFATAREAAWRVLGQKPYHVQIMGAGALHQGDIAEMKTGEGKTLTSVMAAYANALTGKGVHLVTTNDYLAKRDADWMGRVHRFLGLEVDCILAGQDPDRRRQAYGADITYGTNNEFGFDYLRDNMAHSEEELVQRGHNYAIVDEVDSILIDEARTPLIISGPADASSKWYTEFARIVPLMEKDVHYEVDIRKKTIGVNEAGVELVEDQLGIENLYDAQNSLLVSYLNNAIKAKELYERDKDYIVRSGEVLIVDEFTGRVLAGRRFNEGMHQALEAKENVEIQAENQTLATITLQNYFRLYDKLSGMTGTAETEAAELHQIYKLGVIPIPTNKPMIRKDQTDLIYKTEEAKFAAIVEDIAERHEAGQPVLIGTTSVERSEYLSRQLERKKIPHTVLNAKFHEQEAAIIAKAGTPGAVTVATNMAGRGTDVVLGGNPDILADLALRERGLDPVTTPEEYEAAWDETIEQVKKESKEAGDDVRAAGGLYVLGTERHESRRIDNQLRGRSGRQGDPGESRFYLSLGDELMRRFNGAQIEAWMNRVNLPDDVPIDNKFVSRAIRSAQTQVEQQNFEIRKNVLKYDDVQNEQRKVIYDERRKILRGEDLFDQVNHMTDDVVSAYVDAATSTGYVEDWDLDELWTALGTLYPIKLDWKQVVGEDENGDRDEITSAELKDVLLKDIHAAYDTHQENIEKAAGEGAMRQVERSVLLSVLDQKWREHLYEMDYLKEGIGLRQIAQRDPVVEYQREGYDMFNGMLEGLKEESVSTLFKVQVQEPEEGAAPADGAAAPQAQLSSPVAEPDPEKITLSGPSEQGELTEISQNADEPQGSRSERRAAKREADRAAQKAAAARGKHRR >WP_110366458.1 CusA/CzcA family heavy metal efflux RND transporter [Chryseobacterium sp. CBTAP 102] >PXW17101.1 cobalt-zinc-cadmium resistance protein CzcA [Chryseobacterium sp. CBTAP 102] MLDKIIKFSIKNKVIIGLMTLVLIIWGTWSATRLPIDAVPDITNNQVQIITVCPTLAGQEVEQLVTFPIEQSIANVPDIQETRSISRFGLSVITVVFKENVDVYFARQLINEQLKNAVEEIPKGVGTPELAPVSTGLGEVYQYILHPKKGSEKKYNAKELRTMQDWIVRRQLNGTQGVAEINSFGGELKQYEVAIDPNRLKAMGTSITEIFTALEKNNQNTGGAYIDKKPNAYFIRGIGLVTSLEDIKNIAVKNETGSVPIFIKDVADVRLGSAVRYGALTYDGKVDAVGGVVMMLKGANSNEVVSNIKAKIPTIQKSLPDDVIIEPFLDRTDLVDRAINTVQKNLIEGALIVIFVLVVFLGNLRAGLIVASAIPLSLLFALGMMNVFGVSANLMSLGAIDFGLIVDGAVIIVEATLHHLGVRKSSRALTQSEMDEEVFLSASKIRSSAAFGEIIILIVYIPILTLAGVEGKMFTPMAKTVGFAILGALILSLTYIPMMSALFLSKKISHKETFSDKMMNRLQKVYQPLLQKAIKIKYIIVSATAVVFLISAFIFKNMGGEFIPQLQEGDFAFHCILPQGSSLSQSIETSMQVSRLIRQFDEVKMVVGKTGSAEVPTDPMPPEATDMIVVLKPQSEWKTKKSYNELADEISEKLETIPGVFFEKNQPIQMRFNELMTGIRQDVAVKIFGENLDSLAVYADKVGKIIQTVDGATAPQVERVSGLPQINVQYDRTRIANYGLNIEDVNNAVSTAFAGKAAGQVFENERRFDLVVRLDSLHRTDISDVNNLMITSAAGAQIPLSQVANISYKLGPAQISREQGKRRIVIGFNVKDRDVESVVKDIQAKLDKVKLPSGYYFTYGGQFENLQEASKRLMIAVPVSLLLIFMLLYFTFRSFKQAALIFTAIPMSAIGGVFALLLRDMPFSISAGIGFIALFGVAVLNGIVLIGTFNQLEKEGETDILKRVFEGTKTRLRPVLMTATVASLGFLPMAISTGAGAEVQKPLATVVIGGLVTATFLTLFVLPMLYIIFNTKILKRKNSNTGMFTTVLVVGFMMLGQTFKAQSRSISVEQAVEQAVNNNLTLQSKDLSIKSAEALRATAKELPKLSFEAQLGQYNSPKFDQSFAISQSIPFPTIFKARKELINENIKSRQIDKEITANELIKQVRTYYYQIEYLQYNKAQLTSLDKYYEEFIRIANVRFKAGDIKKIEISTAETQKGEIDLLLRQNEVFLNNAYKNLKTLMNTSEDLEVPFNRDYAPLKAENVLDSAVVANNPTVKAFYQEMEIAEKNKKVEKSLGLPDFSLGYTNQSLIGFHTINGQENFFNSGKRFHSATVGVAIPLTFGATKARIQALEYEKQVAETNAKMQQKQLSAQLENAFSQYHQDLQQYDYYTGQALPNAEKIVKAAQLGYKTGEISYVEYLFALQTATNIQLKYLESIQQVNQSVVTINSIINK >PAF30375.1 hypothetical protein CHI14_16575 [Paenibacillus sp. 7516] MNLGRKLLTSLLTVILFSLAASLLSMSETYGFGFYIAVYPIYAAPLIFLIGLPLSIVVDFLVNKIRITNHVLYLIVKILSYACAGFVGMFIFYLVIGARENIFNLKETFPLTLFGVFAAMIFVLVDLGLEALFRARKKTRIV >WP_180034620.1 MULTISPECIES: glycosyl transferase family protein [Acinetobacter] >MCL6233509.1 glycosyl transferase family protein [Acinetobacter amyesii] MNNKRNIYKDFEHPFAQFVRIVGKGKNGARSLTYDEAYQAFSMILKDEVLDVQLGAFLMLLRVKEESVDELTGFVQATRDQLKFKKLDVDLDWSSYAGKRKHYPWFLLAALTLAKHGYNVVMHGASGHTINRLYTEQVLEYLGFPICQNDTDVEQQLIQRHFAYIPLDVISPILSDLISLRNVMGLRSPIHTLARLINPFNAKATMQAIFHPAYRGSHQRAAFQLGYQNSAVIKGEGGEFERNPDAKTLICGIKDGEMYEHELPKLTDNRSPVEEELDLAIFKAVWDGQQAHEYGEIAVTETMGIALYTMGAIASFDEAMQTAKTMWANRHA >GFA01557.1 hypothetical protein [Tanacetum cinerariifolium] THIVRVQTDFSILEQTTHCTPYPLVAKTDMVAASAHLETKFDKPSVVRQPNAQRIPKPPVLGKPTPFSNSLKRRYFSKTKSVPKTNVSEGLPKPVTAQTLPQTAKQVVSNTNVLKPGMYRIDNRSTQIRAPQSPQTVRNTNPCVSTFTEVNHKTNVSRPQHRSDQLKDKVVPNNSQVKLKKSQVEVHPRILSVSNKMKSVTACKDTLNSRTLNVNAVCATCNKCLVDSNHFAYVTKMLNDVNARTKKPNVVLISTRKPKGHTNKSVATHHKKKVTSKSTNQKPQSYYRTLYEKTSKTWKWWIEQKIPSGYKWVPKTKMQWVPKVRNDHVQKRIVQLILFIVDSGCTKHMTGNLKLLKSTCFIRDLQGNDLLTGNRGADLYTISLQESTSSTPLRLMDKASPTQAWLWHRRLSHLNFDYINLLSKKDIVIGLPKLKYVNDQLCSFCELSKAKRSSFKSKAVPSFKGRLNFLHMDLCGPMRVAGINGKKYILVIVDDYSRYTWTLFLRSKDKTLEVLKEFLTMIQRNL >MBV5323933.1 hypothetical protein [Rhodospirillaceae bacterium] NSADSGGKYETGGLRPKTQKPAKGGLLIIRRGGEISSVVVEFSQNQRNIARGFLPRECFAFVRFRFSAWSLSLVGLSNREDEICLHH >EHH49716.1 hypothetical protein EGM_00426 [Macaca fascicularis] MNRPAPVEISYENMRFLITHNPTNATLNKFTELQQIFSRTFMEFGDCRAPVEKEGIHVLDWPFDDGAPPPNQIVDDWLNLLKTKFREEPGCSVAVHCVAGLGRAPVLVALALIECGMKYEDAVQFIRQKRRGAFNSKQLLYLEKYRPKMRLRFRDTNGHCCVQ >WP_064068643.1 carbamate kinase [Streptomyces noursei] >OAL15441.1 carbamate kinase [Streptomyces noursei] MRVVVALGGNALLRREERPDAAVQLANVRAAVAALAPLAREHELVITHGNGPQVGVLALESAEDRSLSSPYPFDVLGAETQGMIGYWLLQSLQNALPGRQVCALLNQTLVSAADPAFADPAKFVGPVYDRGEAERQAADRGWTVRQDGTHWRRVVPSPRPQRVVETRLIRLLLQSGAVAVCAGGGGVPVIRDERGHLTGVEAVVDKDLTAALLAEALDADALLLLTDVPHVSLHYGTPDAEPIRHTTPAALRALEFPAGSMGPKVDAVCRFVELTGGTAAIGALRDARAILDGTAGTVVTPTGRDLDRRPDAHEDLT >KAI9713296.1 MAG: hypothetical protein M1828_001469 [Chrysothrix sp. TS-e1954] MSSKDRPDVSTTELISSASSLLQLLERFSQMQNDASSATSTNMPADSPNPMEVLHTAARLLKAHTTKLSLLVINKPYTPSAIRTVLNEIANTCVPAMMSAVQICAPQKYGHFLHDEVSYRVRRGLRELKSMTKEILTQAENVDDGPEDSARKEKTAHRNSLTSTGVVWEACDSLMQFKDIGIVGLVVERVEQHRAMLEDAIQELKEWRDEEEDEGFEDEEDGLEISDGEDSLERLMTGVQKLPHDREDLKQSLDRALQTLKLSSTLYQAVIKRRLKTFISSSGSLRTLDQLLKVLRGVPHTADELANAFYELDNDSAISIIKTIVGMGMDIIQSTRLDWTGQEDQYSNWSDRCAKMLKVASDGCRSESATRSS >KAG7197246.1 hypothetical protein KM043_018369 [Ampulex compressa] MNGDRGSWTENQTIVQSSLFALAIDFLHRRLLQEVLYPLLLTLALSAAVDVRYAPAISSSISADPRRTLDSVHSFANNQKLRQPKAVNPVALTALSSQDVSSKISPHYRAVKPAVQKNPYTGQSYMPEAQKDSYRKQPVLQTEPYQSNQFTVPYFDSILGFPNTYKLAADSNKPAAQISAQAAPLQAQFLPTIGSYAPSATIFNQDKAISLPTFTDFMYPLYPGATQPQAVQSEASTTNSRLPVYKSAYPVAKSSEYSQVYAPNYQSTDAVSSAGNEKLPSATTVSVNGRKMSLPLLQLQSTEEYPGYLHGFDNQPVVLNSGLNYQADPGLSFGFESASPKPNIVEQPSNVSPFLSPLSSFQSQIVPIQAPGGAQQFPRYKGASVDIYSAGNLAKLPSSYESIQAQPQLHFATPNAPNSGPSVGPRQTPARQFTPAEEIRADVETFNKKKPPPPRQHRDDEDEEEPEPKYKTNEKEYSQSSAEDENSERSPGKIFKDSNSEGDFKPSKSFPFKQYDEKFGKYSKQADDEESGGKSFSKQRNYPSAEEDDEEDGRASSKYRSGYSSPKSTYGKYEDEDEDDEESQKYEKRQDAEEDSDYEVQPKSYYGKDLEQEYEESYRKELPKSKYVHVKEVPDVDHEVPRSSKKHKESSRSRANEDDSEETKGQSSRGSYNYQRAPKSSYRDTDAYSSEPFSKTAPKVVYEETFGYKSPEKGKYSRHAKDKKGAEKYSTHQKTKEDGYSRVTKSPSRQINTKAGDSYSYRNGDSYSYPSERKLKFYSNSPDTNAFSGSFGKDFAALDERGSSVGTSKHGETYSPLKSEFQRDLRGI >HAT4171334.1 ABC transporter permease subunit [Clostridium perfringens] MNNLLQYVISQKTQILDLLVQHIYLTITAIGIAILIGVPLGILVSRVKFLRKPILGFVNLVQAVPSMALLGLLIPILGIGSTPAIFMVVVYSLLPIVKNTYTGISGIDPVVLESAKGIGLTKNQSLFKIQLPLALPIIMSGIRISAVTAVGLMTLAAFIGAGGLGYLVFSGVQTVNNNMILAGAIPACILALIVDFIFGKIEVAVTPKGLSNDNKKKNTFVLKIISVIMIIAILFMGISSFISSRKDKVVIGSKNFTEQLILGNMYADLVQDKTDLQVEKKLNLGGTSVAFGALEKGDVDMYVDYTGTLLVNVMKENNIDNSVDYYNSIKENMNKEHGLTVMEPLGFNNTYNIAISKELADKYKINTISDLSKYSNDFVLSPTIEFQNRQDGLVGLKNYYGMDFKNVKSLDGSLRYSALSNGESQAIDAFSTDGLLKKFDLKTLEDDKKFFVNYSAVPIVNNKTLEKYPQLKDVLNSLSGKINEEKMIDLNYEVDVLGKSPEEVAKAFLIREGLIEQ >WP_148803392.1 hypothetical protein [Campylobacter concisus] MSENLEQNLNDNVGEQVLEKNLNENFSQSARENLSKNAKPSVYKNSYKNLGKSEQSPENLDKNLSQAFSKCKAQNFFKNALEFSLQGVADALICAGKAGVWLLNVSNCLKDEVQRAELSKINEEHAKFEGLTHILPERVKELILERLKTKPEEVEFEPIYLAKKQSFGTLGAEYFYDARAKFNGFLYDFKIGAANGEILNLKIKSQI >KAJ0864938.1 putative eukaryotic translation initiation factor 3 subunit C domain-containing protein [Helianthus annuus] MQLVAARGRKGTERLELVEELTFLTKAAITPAQKLEILLSVVYAQFDVNHGNMPIHVWKKCVHKMLVILDILEQYPNIVVDETVEPEENETEKGTDYNGIIHIKGDLAAFLEKIDVEFFKSFSVY >WP_282035981.1 hypothetical protein [Saccharicrinis aurantiacus] MKHILLLFLFCVSATLVSAQFSYLNDVELESTADYSEYTETVYDCCDYLLLTPFSKKDSERVAATNFIERWVKGAPNSSYKVSENIQSLTDNRTELLGLYFTCIAKELVEGNADNSLQAEEKAITSFLDYCTNPMNKLKLTKEIKELAQLNNAGELNSLTAYYNSKNKTN >MCO6473319.1 DUF4922 domain-containing protein [Melioribacteraceae bacterium] MQDKFIPLENYLKYSGNWLDEFFTDQKKKWNLLSKNTVVLRSQDEKHVKIGKNNFIISHNPNRTASTMAQVDEKSVGARKCFLCENNLYPEQTGVLLDDYIILCNPFPITEMHFTIANKRHIPQKFNIKDFISLIKIFPEEHAVFYNGPKCGASAPDHLHFQSVPKSKLMLIEFADNLEKSSEQIEIVTDAFPNFIFVESKSAAIAEKSIAELIKSVKKYFQLETEPMINVLGWKNKNRYKLILILRKKHRPDIFFDEKKGMKISPASADLAGLIVTIDADDFNRANLNSTKQIIEEVTINGSELTTIMKYYNSKN >XP_006376427.2 uncharacterized protein LOC18104577 isoform X2 [Populus trichocarpa] >KAI9383753.1 hypothetical protein POPTR_013G125700v4 [Populus trichocarpa] MAYYYKSLNLHHMWKGGFHCVGGNFAGASRIVGFNNLSNFKRKVFLSRPSSAVLSNKGYCSLSQVVSAIPQSNVLTSSKSENEVVHQDLVKREENAAEAINPSNGRVMLIDGTSVIYRAYFKLLAKVHHGHLTHADGNGDWVLTIFSALSFIIDVLGFMPSHAVVVFDHDGLNFRHTLYSLYKSNRPPTPDTVIQGLPYLKAAIKAMSVKVIEVPGVEADDVIGTLAVNSVKDGFKVRVVSPDKDFFQILSPSLRLLRIAPRGLEMVSFGMEDFAEKYGGLKPSQFVDVMALMGDKSDNIPGVEGIGVVHAVELISRFGTLENLLKCVDQVEGESIRKALRQNANQAVLSKELAKLRCELPEYMVPFATTDLIFKKPEDNGEKFTNLLTAVSSYAEGFSADMIIRRASKLWEKLEAR >UPT73080.1 hypothetical protein M0D55_14420 [Elusimicrobiota bacterium] MLTQITVLLALMSVPSAADCGDQRYFGDPRAISSKQLRRAVGTLTFTGEPVSSTETLHVFLDRGGLRPVLIEPGDATPIASMPTCRSRESFDGMMFPATAISSGAVRIVVDWKSGREVWVVGPAGKFTAYFRDFRTAFDPRLGHSAVDIFFRRDVVKVYASPRLGARFTELKAPPFGEQPAQRSAYKVLGRRGKFLHIGEGAGRVRRWLRLVGFGGGTTMGRWRSGPLTTTIAEGTFSLIKTWNCPSGNAKIPTE >EGR2272270.1 GGDEF domain-containing protein [Vibrio parahaemolyticus] >HAS6855435.1 diguanylate cyclase [Vibrio parahaemolyticus] MSQFYKLRALSLVFWFVFLTTKVYAQSPEPKDKFLQSLEGIESQIYALPQSSLAQIESLEEDSLLQNQPKDLLIRYWLAKSTVLELLGRDKESLAVVDKGLSLTPEQSQEHLLFKLIQIRAMMGNRDIDTALSSLDALLETSREKGDKKLESEVLLLKGRYYDEQGDYKKSYAALMSSMEAAESSGAQGLVERAALELGDVLVKIQGYDRSEVVLKQAYRYFKDRRMSFNELLSVLTIAKLHKAQFQYDEAIKSYQAALKLAQIIGDGRFRFRVNLELASLYRETNNEKNMLRHLKLAENLQYRETSNAYLATFKLLQAEYMLERKQYQALLTMITPLLPKIIESRYIKQQQMELLKVAAMAYAGDKNFELAYQTYGQYHEKFIQFSNQREVENLERQQTLFELERLEYENENLNWNNVLQRLELENNRRTFYLLGEVLLVMIGILLLMALVFLYVNRSRLRMRRLAKTDMLTGLFNRRFLEEWFAKPAEQKPKLIEKPIPETKKGKLVHKLNKQVMRVHYGYLALNHWVERKLDKQKMVAKKPETGPITLVMMDVDHFKQVNDTYGHVFGDVVLTGVAKVLDSSVRETDIVARLGGEEFVIVLPNTDLEEATALAERLRIALSQRGFVTENSQAVNVTCSFGVITSDDVDVAFEALCSQADKLLYEAKSSGRNCVKALSFS >WP_079091847.1 YggS family pyridoxal phosphate-dependent enzyme [Mycobacterium tuberculosis] >CKN59192.1 Putative enzyme [Mycobacterium tuberculosis] >CKO58994.1 Putative enzyme [Mycobacterium tuberculosis] MAADLSAYPDRESELTHALAAMRSRLAAAAEAAGRNVGEIELLPITKFFPATDVAILFRLGCRSVGESREQEASAKMAELNRLLAAAELGHSGGVHWHMVGRIQRNKAGSLARWAHTAHSVDSSRLVTALDRAVVAALAEHRRGERLRVYVQGSLDGDGSRGGVDSTTPGAVDRICAQVQESEGLELVGLMGIPPLDWDPDEAFDRLQSEHNRVRAMFPHAIGLSAGMSNDLEVAVKHGSTCVRVGTALLGPRRLRSP >KAG7553039.1 Myc-type basic helix-loop-helix (bHLH) domain [Arabidopsis thaliana x Arabidopsis arenosa] MTEEFEIAGISTGAWWSSPTNTATVFSSYSLPRSTEISLDVTNFGWQNFDNKINDPNDGFINMHSSFFEGLFDPNEQLLPDSWPKITVPNAKSELLESFPFLDNMFLIDTEAESFLDHEIRNHNSKEQITQDCKNFTSKGSERTEELEENSDEYSPRLLKRQRLETLSPLPSFKVRKEKLGDRITALQQLVSPFGKTDTASVLNEAVEYIKFLQEQVTVLSNPDQNTIGSVQQQQCLNKKSINTQEEEEECSPRRHVDLASRGLCLMPISASYPVAAAAASAAEMNVHLISGIFHSV >CUH97802.1 hypothetical protein P22_3948 [Propionispora sp. 2/2-37] MRKAGISSVIRRRRQYRRLKEQLHKYPNVLDQDFCAVKPNTKWVTDITYIHTAQGVLYLSAIKDLADGFIVGYRTATSQTVHLVTETIKDAIKKEMIADGLALHSDQGFQYTSHAYHNLITDYGITPSMSSRGNCYDNASMESFFGSLKTECIYRNQLSTFEEANELIDAYIDFYNYDRAQLKTGLTPFEKRRQSA >WP_106697451.1 oligosaccharide flippase family protein [Pseudomonas chlororaphis] >AVO59098.1 polysaccharide biosynthesis protein [Pseudomonas chlororaphis subsp. piscium] MKRNGYVWHLLLSMGTRLAMVAIRLLRNVLLARLLGPADRGLFALLSALPDLIAALTSGGLNTAVGYEAARQRPMGLLLTQILIYGCLLAGTLTLIGLLLMNSLGQDWSITAQLGPFAWLLLLAVPLTVLKSGLLTLHNADGRVGAFNGLRLLESLVPLLLFVVLWWLWRDQALSAALAGWLGGTLLVVLAGWYWLGRYHRLQLRWQPGEQGKLLRYSAQSHPGVLSQQLMLRCDYLFIGALLDPVALGLYAMASAAAELLLIIPEAVTTPLMKRLLQQGEGIERLTPLALRITATVMLGACLGMALVGHWLIVSLFGEAYGPAYPALLALLPGLFGLCYASILRLDLLGKQRPGALSWLLGGGALLNLLLNAALIPTLGIVGAGLASSLAYLAVSLAMLVMYCRLSGVAWYRTLLLLPEDLVQLRALLRPREAAC >WP_200047810.1 helix-turn-helix domain-containing protein [Citrobacter braakii] >MBJ9046752.1 helix-turn-helix domain-containing protein [Citrobacter braakii] MKKILIIVPDGGMLFESAGIADILMQANRLHPKGATETCYQVQLATTQPHQVIHGQSGLNLLADHRLHEIDPREPLDTVIITGRGQNPQEGIAVVDWLRLAAPHARRIVSICGGAMLLAETGLLDGRRATTHWKLLETMQAEFPKVRVESGPLYIQDEHIWTSGGVSSGFDLTLALVEEDYGFSLARDVAQDFVMYLRRPGGQLQFSRYNLQQTSTLGPINDLLAWLLENLTADLSVDKLAGKVAMSPRNFTRVFTRETGASPARYVAEARLAAARQRLEQTNETLERIAEQTGFGSSINLRRLFEKQLHLTPGEYRQRFHCRKMA >WP_097273626.1 alpha/beta hydrolase family protein [Streptomyces sp. TLI_55] MAVLPGTATATAAAGGAGGGGSGGAKVVAEEKVGNRLVDLTVSSPALGRTAKVRLLTPDGWGERRTHQRWPVLLLLHGCCDTYDSWTRQTDVATLPELRGTLVVMPEGGEYGWYSDWWNHGKGGSPAWETFHLRELLPLLEHGYGAGHRRVIAGLSMGGLGTLLYAAHHPGMFRAAASYSGVVHPLYGDFPNGLMSLLRDYGQDPLAMWGDPVAQRAIWEEHDPYYLAKRLRPTPVFLSSGDGTAGPFDPPGVHDDLEATLNEMNHAVADRLKAAGVRLTTDFYGPGTHDWPYWERELHRSLPLLLGALGPA >WP_223806191.1 site-specific DNA-methyltransferase [Marichromatium sp. AB32] MDFDDTVDTLDLFSTDSKDIALDPRPVFDESPFVMDEPEVAPYFRSPHGAVYGEDCNLFLQNIKDEVVDTIFADPPFNLKKEYGKNSNDNLPPDEYISWCKSWIKEAARTLKPGGAFFLYNIPKWNVILGAYMAEELGLEFRHWIAVDLKVGLPIRNRLYPAHYSLLYYTKGRPKTFRKVRTPIATCRHCGGDIKDYGGHRKAMNPKGVNLTDIWTDIPPVRHQKYKSDKRKANALSSKLLDRVVEISTEPGDLVIDPFGGSGTTFAVCEAKHRKWLGTDIDFAPVIKHRLQNDLYLHQNTDVLDLD >EJO8252676.1 motility associated factor glycosyltransferase family protein [Campylobacter coli] LLDKDLNKPFEKLEPLSLNKQNEFLLKAYYKVYQSIKHCRDFSKILSNDFEKIQSVYLSLNEKEEYLNLAIEKIDEFKNKLEDIKQMQDLYEILSPLLIQFELNLARIYVLNPKTKE >XP_052459928.1 calsenilin isoform X1 [Carassius gibelio] MQQDGKVVDGSLLGDANGVEPGTCRQKESGKWQRPRFTRKALMRCCLVKWIIASTGPKEQDSSDSDLELSTVRHQPEGLEQLQAQTKFTKKELQSLYRGFKNECPSGLVDEETFKTIYSQFFPQGDATTYAHFLFNAFDLDRNGSIRFEDFVIGLSVLLRGSVTEKLNWAFNLYDINKDGYITKEEMLLIMKSIYDMMGRYTYPSVRDEAPSEHVEKFFQKMDRNRDGVVTIEEFIETCQKDENIMNSMQLFENVI >WP_282393050.1 hypothetical protein [Streptomyces sp. AN-3] MLRRADKASERLERALEGGPIPHDTDTRRALAAAGALAPGHSRSPERIQRTHDVMMAAFMRTLNPLETRDDAGTDDGLDDIELHRTEISLPDGGQLVVSDIEEITPERLEETAAAMAKILERRAKDHQS >KAF9021604.1 alpha/beta-hydrolase [Hymenopellis radicata] MMMDMQKFLIETSLSGTLLKSVINRYTPQRTVPPDSEALVLVFTHGTGFHKEHWEIPIQRLFLLASEQSGFFIREAWSIDAQTHGEAAELNRETTAKDGWEYTIEDYADACSTLYNTHIGPTKHPKDKVVLIGHSAGAASAALSTSFYPDRAPFAALIMVEPAIWTEDMTGIDTPIYELAVMTIPARRDNWPSKEAAHQYLAKRAPWSMWDARMLAVYVEHGLRVDSERGGVTLRCSPKEESTPFRNAGNGIAAVRALDKTSKYMPVHLVYGERNDMFAREKQDSLLRDGRKFASISRVPECGHLWILQEAPDALADVIFDILVGKRVDVSSKL >WP_190492354.1 DUF5615 family PIN-like protein [Phormidium sp. FACHB-1136] >MBD2424669.1 DUF5615 family PIN-like protein [Phormidium sp. FACHB-1136] MKFKLDENIGYRGQDLLRRAGYDVATIVEQNLIGAPDTEVISVCQEEQRCLVTLDLDFSNPLQFKPSRYSGMAVLRLPKQPSYPDLLEAMQTLVNALKTMDITGKLWIIQKGTVRIYQEESEP >RZU50905.1 dynamin family protein [Krasilnikovia cinnamomea] MTEATARRNSAPVKTSTNMSDDDAPPPPVGDDAASGDADEAAAPATAAPTAEPPAAVGTLTTALNHLRKTLDGTAYPLVMPSADEAGRVSAALASQLDDYLLPRLTRLDAPLLVVVGGSTGAGKSTLVNSLVRAPVSPAGVLRPTTRSPVLVSHPSDLAWFRQGELLPGLTRTTESTSDPGALQLVAAPALGAGLALLDAPDIDSVVDRNRALAAQLLAAADLWLFVTTAARYADAVPWELLTTARLRGTVIALVLDRVPDEAAGEVSAHLREMLGAHDMAAAPLFVLPETTLDGQGLLAEDVVQPLHDWFAKLAADSTARATVVRQTLDGALAALRPAVEGLASAADEQAAAKAALEERVSAAYRTARRAVEDGLRDGRLLRGEVLARWQEFLGTGEFLRSLESRVGRLRDRIVSAITGRPAPGQNLQMALESQLVTLLRGLAADAAEQAYAAWQAHPAGVALLAPELQKPAADLPERAERVIRDWQQFVLELVRIEGGDKRATARGAAYAVNGAGLAVMVAVFTSTAFIPTGLEVAVGAGTTVAAQKVLEAIFGDQVIRTLATRARADLLSRVDTLLDTEAARYRDRTAAVGLDPEPGAALRRAAADVESAREDLALTAPTPAEAGTP >WP_004647440.1 MULTISPECIES: rhodanese-like domain-containing protein [Acinetobacter] >NGP40933.1 rhodanese-like domain-containing protein [Acinetobacter lwoffii] >ENU15733.1 hypothetical protein F995_02909 [Acinetobacter sp. CIP A162] >ENU61327.1 hypothetical protein F980_03060 [Acinetobacter lwoffii NIPH 715] >ESJ94066.1 hypothetical protein P800_02137 [Acinetobacter lwoffii NCTC 5866 = CIP 64.10 = NIPH 512] >MCO8061476.1 rhodanese-like domain-containing protein [Acinetobacter lwoffii] MERWFEFMGNHPFLFGTLAVLVVLFFIIEGQRNGRKISPQSLGILVKAKNAMLVDLRDAKDFREGHISGSRNIPYSQITKHVEELKASDRPLVFICNLGQVAGTALQQVGHADAYRLDGGVSNWKAQGLPLVKSK >WP_196051328.1 penicillin-binding transpeptidase domain-containing protein [Clostridium butyricum] MEKKKNLYMLVGVLIVVVPLVICTIIYIGYSYTHKPENKWQEYTELLQNKEYDKMYDLIDSTAQAKISREDFVARNKNIYEGIEAKDINITIKSISKEDNDTLINYNTKMDTIAGELEFDNSVKIASELGKGHTIKWTSKNIFPDLGENDKVRVKTLKGRRGNITDRNGQLIATDSYLSNVGVVPGKLGDNKEESITKIANILQCSTETINKALSANYITDDMFVPIKDIPYGDAKVVDLLKVPGVMIKEKDSRVYPLGKDTAHITGYVQSINGDELEQNKDKDYTENSLIGKSGLEKMYEDFLRGIDGAEIYIQNSEGEKKSVVLSKDARNGEDLKLTIDINVQKKVNEELGSDKGCAVVMNPENGQVLALSSTPSYDPNDFILGMSQEKWNTLNNNEDKPLFNRFQATSVPGSALKPIIAAIGVDSGSVKPDQVRKISGLAWQKDESFGNYYVTRTSNIEEVNLESALVYSDNIYFAQIAMDMGSNLIEEKLKGFGFGEKIPFEFALYNSQYSNDGKIKEGAQLADTGYGQGEVMVNPVHLTSMYSMFLNQGNIIEPHLVIDNKNNNIIWKKSAVSKESAQVVLNDLIQIVENPVGTGHEAYNSKLKIAGKTGTAEIKNSQTDTSGTELGWFVGMTTEGDNKVLVTMMIEDVKGRGGSHYVVPKVKDVIESVSLKQ >WP_122709004.1 zincin-like metallopeptidase domain-containing protein [Pseudomonas viridiflava] MRDIYQDVTDKIVTALDQGVAPWIKPWSSSGSAYVGHQPYPINAITHRPYSGINLPLLWAEARLQGFTQDRWLTFNQAKKAGGHIRKGEHSTLAVLYKPMEREEQTESGQPVLDEHGQPKVAHFGILRTHFLFNIEQTEGLEMLNDTLLETVPSDPFQPNSAAENLLLSSGARIVHRPADEAFYHPIRDLIQLPTKAQFHDESGYYATALHELTHWTGHHARLQREGVTLPCPFGSPGYAFEELIAEMGAAFLCAYAGIKGELRHEGYIDSWLSLLKADKRAIFRASGHARSASEYVLNLEQQLKQMVMDDSRCINDGV >WP_231022353.1 MiaB/RimO family radical SAM methylthiotransferase [Sphingomonas sp. IC-11] >MCD2315719.1 MiaB/RimO family radical SAM methylthiotransferase [Sphingomonas sp. IC-11] MLPSRSPDVITLGCRLNLAESEAIRALVGASDMVVINGCGVTNEAMKQTRVAVRRARRDRPDAQIVVTGCASEIDRDAFAAMPEVDRVVPNAAKLLPATWGAFPNRQPPRRHARAFLGVQNGCDHSCTFCAIPKGRGPSRSEPVGQVVSAAAELVEQGAREIVLTGVDLTSYEGGLGRLVEAVLLGVPGLARLRLSSLDTIEIDERLFELITGEPRVMPHVHLSLQAGDDLILKRMKRRHLRAEAVAVVARLKARRDITIGADLIAGFPTEDEAAFANTLALIDDCDIVHAHVFPYSPRAGTPAARMPQVSPTTAKARAARLREAADQRRGAWLRSLIGTTQRIVIEKPGDRGHAENFAEVRLVNPAPTASAHASPALPNDAAALSTLRMGTVGAIQSVTIIGAAHDHLIGIPA >WP_279838136.1 alpha/beta fold hydrolase [Cobetia sp. 1AS1] MMMSTTVELYYHESDARDGAEEQTTSQQDATPLVILHGLFGSADNWRSHIKSWSRTRRVIAVDLRNHGRSPHVAGMSYPEQAADVIALLDSLAIERCDLLGHSMGGKVAMQVALEAPERLRSLLVADIAPVAYGHGHDDIFAAFEAVRDARPASRKEADTVMAQHVDTPAIRQFLATNLVRLDDGAMGWRVGLDHIAAGYPQIVEAPHGQGPVELPALLLWGSRSNYVQAEGLATMREHFPALEDDSLEAGHWLHAERASEFQQAVVAFLDRVARA >GGY15265.1 transcriptional regulator [Streptomyces anandii JCM 4720] MGSCHTAAMGDTPGVSEPTLEEQIAAYQREFQDLDPQVEKIVNALSRLNRRMNVAYGRQTAELGISNADWEVLKALVLSGAPYQMGPSDLAKRLGLTPAAMTHRIDRMVTEGLVTRERDESNRVRVIVELTPAGREKWLEAMRLATVFETDLLQDLSPAERAALGDVLIRLLRRVEHAQPDAGGRLTDLD >MBE0512446.1 hypothetical protein [Candidatus Bathyarchaeota archaeon] MQSEYLAMFDDHEQNWAWFKKNYQQLLKKFNREYVAIYQRKVVDHDKDLSHLAKRVRANYPSNRVLVEYVTSEKIVLVL >WP_270310372.1 DUF6056 family protein [Enterobacter bugandensis] MKAIVRSVISIQAIAIACIYVLTFMYSPLNGEDYGLTKRFTTESISERLSWALERSAHQIDSWNARLGEQLSIITLSLPDYTFLLVAMISIAMLCYVISTLLFDDESKSSSLMIGVIFVFLLWPGFELFTWRTVITGYTVPMLLTLSVIRKFMTHSRRAMLKDSKVQMVSYCFVGFLSGLSFENVPVATIFFLFATLFMNKQLKTRLALVPVSVLAGWVLLITAPSTTFRRIKYHEWYHKDISFFDGIQARAIDVVSVFAQTSTIVFIAAILALAYLYHKKLVLKEHDLLLISSVLVVGSMVASPYTEARSFMFAWCVMIAFVVAAVKALLDADWRFNFAILAVGFMALYVSKELYHQTREFYEPMHSRESFIEERIESSECASGIKVGLVKGFDDYRYVNNRDEWYYYNLPLVSEYYGCKIIK >WP_009881125.1 class Ib ribonucleoside-diphosphate reductase assembly flavoprotein NrdI [Streptococcus pyogenes] >QXF26230.1 Protein NrdI [Streptococcus pyogenes] MAELIIVYFSSKSNNTHRFVQKLGLPAQRIPVDNRPLEVSTHYLLIVPTYAAGGSDAKGAVPKQVIRFLNNPNNRKHCKGVISSGNTNFGDTFALAGPIISQKLQVPLLHQFELLGTATDVKKVQAIFVRLKHHTHDKQKQTNNLITERTHPCHKPMRHTSH >MCB9642437.1 50S ribosomal protein L36 [Myxococcales bacterium] MKVRASVKKICDKCKIIKRRGVIRVICDNPKHKQRQG >WP_061880815.1 MULTISPECIES: sugar ABC transporter permease [Bradyrhizobium] >KYK45507.1 ABC transporter permease [Bradyrhizobium liaoningense] >MBH5390381.1 sugar ABC transporter permease [Bradyrhizobium diversitatis] MAITLSGDQAIPGPPLSSRLTPAQVWGIILLAPYLLVFLAFVVYPVCYGLWLARAPSNYVALYNDPIFARAAVNTLIFLVIGINIKMLIALFLSGFFAQQRTWIKWLSVIFILPWAVPSIPTILSVRFMLNPEWGMINHYIFSLTGDDGPNWLNDPTVALTMAIAVHIWKSLPFWTLILITGRLAISHDLFEAAEVDGASWWQKFRYITWPSMQTLYVTCTLLSMIWTLGDFNSVYLLTGGGPADLTHVLATLGIRYLRLDQLSLAMASIVCAMPFVLPLVYFMMKRLSR >KAI3416446.1 hypothetical protein GPALN_005981 [Globodera pallida] >KAI3420888.1 hypothetical protein GPALN_014510 [Globodera pallida] MMGSYYPLFLDTGIVVLSSCLLLWASGTFRQQLLKDFGIIRTNNVQTIRVNAREGPRNNNHWATNVSHQHTSSVQQMPTIS >WP_015602159.1 MULTISPECIES: DUF2857 domain-containing protein [pseudomallei group] >AGK49102.1 hypothetical protein BTI_2167 [Burkholderia thailandensis MSMB121] >ATF37178.1 DUF2857 domain-containing protein [Burkholderia thailandensis] >KST74551.1 coproporphyrinogen III oxidase [Burkholderia humptydooensis] MSAPHPLNQAVIAQALHDLRHGQLRRCKAMGFGDDALEALKHPEMVSLLVNASVAWCKVQVNGDVLRRLLHQARDVEQEIEAVDRMLRLGASTEMVSQFYGLTHQKVALRRDMLGMPKRKGRWPVLTEAQEKAVWEHRQPRIEAEDVDPHDDRTMLDLCMDTAEALNLPMAVLWNVMQGWIAEGLV >XP_040238549.2 E3 ubiquitin-protein ligase Ubr3 [Anopheles coluzzii] MADDDGSNSSKGGTEQEGGASGGGTAEGAAAAAAAGSADGSSPSAGRKPLSVARLKEKGKKLASAHIHRELAVNGTSDSLNRLLDELLSPESQISLSENIEWCRWLVAGGRTPAEFASIVRAYDNHAKCGLVWIPHVVAYRCRTCGISPCMSICRDCFKRGNHQNHDFNMFLSQAGGACDCGDTSVMKAEGFCSDHGLNNCQNKAPVPDDLMLVAEAMMPRLILRMLLHFREYSASNLDSDDCHRTAEYCNDYCAMLMEFNNMGELMRRVMTRTLIDRGVYRRLLDPPYPSPRYGKYIRDGWLQYEEALRQFPSPEPPPDYAHLAALGRTIVHETLLEEFIFWTFKYEFQQQIVCFLLNMLPDQDYKEHLTRTFVMHYCRIPSVLELSSDPDTLSNRVVHMSVQLFSNESLALKMVEELSLLHVMIISLRQMMSKILTPHTLHTPEHNFHYVVDCAERVMKEHCYWPLVSDFNNVLSHESVALVFLKDDDLIDMWFQFLSMLQGMNVNIREIISHVEFESSSYYAAFSCELEASAYPMWSIISHLQDPSHAPLAKKIMMYCVNYLQDWLDAINFYQQPRFEKDEMSRASFHFPLHRYLAAFICQGVKTMGMSLNDILPSADLLPKLMMHPLRVQSLFYEILSGVWVRNGLQIKGQAMTYIQANFCNSMVDMDLFFLQICATQLPPNLFVSECILMFGVEDWLGMSVLSTPPEMEQDSMLEGLLTFLATLITSRINLGNDETTQCMIEISALLATGEKTHSQLLELMPERSGNAHTRNFERYLKELSIYRPPPVGSENLEQGLFMPVPAVWERHYDPLHVLLRAVHRRDFQNSLDRFGAYVKQAGKMPRSGNLWPPFRLPGSCGPAYSDPGALLGSRILHATLLAIFYRAVHKHNVSEHLLALAVFLLEMAVCNAGGANGGEPASSRSTAEPAATSKTIEEQTGRPSVIGCGGEPVPDLLNCYPSNCLSDNLKMTVKRISLLPAMRRSPVSYRPLDGGSPPFDSDVEWDLSEDETLMMIGGNAESDPAAGAGAAPTTAGQGGAVERAGGRGPSGAAGVEQRLVPARAINSVEVVPLTQDLTPMANAGLVFTARRPAAIHAPPAASTTSTSQMVVEEEEDDEEHVQEQEGEGEEENGTGSSGQPIASDMEARRRRWHLFQRLLGQQPGATPTATATTTTTTTTTTVEPQDEDMPAYHVMDSDGDVVVEEEDEEDDAQQQQQQQPSELLAMRARYLMLERRRSSIGNANVVQPADVDEYIDVEAEDDGGEDEGAEQEGEGGDRRRRRPSENGARRRRMDEDDEDGGDEATDIADIQSIVPRATLVGSRTRSVQLGRRRAAASGAGSGGLLHHHHHHHHHHHHHPSAGVGPGSLIRATATGVGDSAGGPARATEFIVEEAADDVPAGGPTGVELMIRHEFVPVPGGEVGGQEIAIPQQQQRALTPPVFGATGAGAVEATGGMLLPFNRAAAAVAAAAAASSSSSPSATAATAVGTSGNLSVVPQQPNQLQSYYHANHHHHHHHHHRHHHHHHHHSGAAGTGVGGGVGGGGAGGAQHGAQSLAQQTPRHYHRSLQPAGGGSAGAAGAGGARGAGGGGAGGGQANWTRFKRRSMMANHHGRQQQHQHQHGSAGGVGEMTMREGAGGGPTGREGNSESDTIVLEESIISLLLKLHSQLSGALDSFSLDDETEDELTAAAASSGGSAASTSGSSQQPSGTGVPSSSSTGQRQQPDGDHAKMELDEEETPAGSSGGGGGEKTTSQQQRAPPQRGRGRISDSRIGDGPFFIGNLLRKIAALDATCAVRIEQIRAELWPNQRERQAEQKAREAREKEERTKRAKERQKKMMEEFANRQKRFMLLAMASMGGGGDSSGMDFGFGEEESAGAAATAAAAGTDGESAAAAAAAARAAAERQAAEEQQAEALREKEYDCIICNTSGPSTETNPIGLVVLVESSSVVGHRRTRPERLALPLSRDDQARLADSVTLASEFNKRIELLQWKFGQTSWFLSHNIGWDGGVHIQSCGHHVHLSCQDAYLKSLHTPRSPNNLNVELGEFFCPVCRQLANSVLPLSPALDRPAPLIRAPTPPHHTLVLELIQLFQESKRAPMASKFCEAMGRAMGNITACTQRIIKSYPVTLQSLFSFVLSIARTNLEAEVIQRGGSLCSTEDIRYKPKRDCIVPLLHVLSLHVRLMINDDWPIRFKVGDDWPWHSWSRLAGIQLAYDGVEVGVEAHEASFDRLAVVPARTGTAAAASNTTTKAARHDERVDEERDDEEDDDDDDDDDEEEEDDDDDEEEDDWNDAEDQYTEFLRDMLLRAPSGTTADGAAAAAAGSPSAAVSSPAAASATADTTKAAAATSTIVDTETIPDLISDPTALLLKFILLAPLHLDQAYFTCIVKVTYNLLYYQIVLQLCTHLTEEECDEILGRYGPTAQPPPAVVRERGVPHIGVAMAFVLSQLDRCRHIRSDSVLMGEFGGEGDGGYESTSGGGGTTKRLNLDVYEKRLQRLCLPFLRVAALLRHHIYRAEIPDIAGPQLEFARLVYFLELVTVSMDWDKFNASRALCFLHGTELALPKNWCDQLRNLRPTYESTRSLIVQQHIDWRQPKLLGLPREYERLFTYYHEQPCQKCQNVPKESSICLLCGTIVCIKQSCCKVRDYCEAVRHSISCGGGTGIFLVITSTYIIVIRGHRACLWGSLYLDDYDEEDRDLKRGKPLYLSEDRFNLLESQWLSHRFAHTKHNWVWHRDSL >AAV84242.1 ribosomal protein L27A, partial [Culicoides sonorensis] KRKKTRKLRGHVSHGHGRIGKHRKHPGGRGNAGGMHHHRINFDKYHPGYFGKVGMRNFHLNRNHQFCPTINLDKLWSLVGEEKRLECAKDPKKVPVVDIVQFGYYKLLGHGHLPKQPIIVKAKYVSHKAENKIKAAGGACVLRA >MBN8715319.1 CvpA family protein [Xanthomonadales bacterium] MNETDYIIIAVLGLSVMVGLWRGLVSEVLALAIWVAAFWVAWVFGPVLAVHLQDLVGQPSLRVIGAYVVCFVLVLVVGALLRVVVRKLVDGVGLAGPDRVLGGVFGLARGVLLVTLAVFLVGFTAFTRDAWWQQSILLPHFRQAAVWMEHHTPKDVGKYLHPSRLEQLPSLQTLVPAPILTSPRPAPPASAASTQAVDTAAVDQVPVRTRQP >WP_123966251.1 class E sortase [Streptomyces sp. TLI_185] >RPF34862.1 sortase A [Streptomyces sp. TLI_185] MTALRPERESAASYGQEPYGGYESYEGYEASGSFEASGGFETSSAFDGWNGDPAGQQGQLGGQHGAYAAAAEEPYAAPVEEPYAAPVEEPYVPPLVEEPEPYLPPVDDETVALRIPEPPAGGSISPSGASTATPATGTTPGGRAARRKAAKRRHGRHGGARTTSEGAEGAEETSADASKAPLSRVEARRQARARKPSPGVVASRAIGEVFITTGVLMLLFVTYQLWWTNVRAHATADKETSTLQNDWASGKRAPGEFEPGQGFAILHIPELDVVVPIAQGVSNKQVLDKGMVGHYSEGKLKTAMPDAKTGNFALAGHRNTHGEPFRYINKLKNGDEVVVETQDKYFVYKVTSTLPVTSPSNTSVIGPVPPQSGFTKPGRYITLTTCTPEFTSKYRLIVWGKMVEERPRSKGKPDALVE >MBA2544012.1 amidohydrolase [Deltaproteobacteria bacterium] MRIFTGGAVHTMVPGLTPQEAIAIDGELIVAVGSREEVAARAPKAERIDLGGKAIVPGFIDPHHHMCIAVLFAHAAPCGPHDAPTIDEIVKRLQVRAASVPEGAWVVGYDYDAQSLPGGAHPTREHLDAACVDKPVLLMHYSHHEAVVNSRALREAGIDRDTPDPHGGVIVRDRHGNPTGRLIEAAMQRCDHLARESLTTQHAEDWVRDAIAHQAQLFATGITRIHDPIVSPALEALYQRARAEGLKLSVVLSPLAPGSFMQGDAARLDGPPSGEGSDASRVGPVKMVLDGAERCAMCLTLGQIAKSALATAGRVLTRFSLTPMRSAMGAPFRRGGDGKLHRGLLFYDTEAAQACVKHATDRGFDLMLHAIGNEAVDVALDAIESAPARRRFPPRIEHATFTTELHRKRIADLGIVISTQASFLGMPGISAAPPVSGLAMLPFRSFLDSGVTLAFSSDHPVTAFDPLHGIRCAVTRKLSDGRIHDRDQRISVEQAIAGYTRGAAIATGSLDVCGTLEAGKRADLVVLSEDPYAGDALERVRVVETLLAGDSVYSA >WP_234123871.1 MerR family transcriptional regulator [Brevibacillus brevis] >UIO40077.1 MerR family transcriptional regulator [Brevibacillus brevis] MKISELSQLTNVSTRSIRHYEEKGLLQAERLENDYRYFNESAVNRVKMIQLYLKLGLTADEIRLVFRGEVASPDDYEYCQEMLAIYEQKLSKVNEQIEALQEWKKTLERQISITRGKKVTN >WP_004185621.1 MULTISPECIES: A/G-specific adenine glycosylase [Klebsiella] >AOM90807.1 adenine glycosylase [Klebsiella pneumoniae] >AOM94606.1 adenine glycosylase [Klebsiella pneumoniae] >AON01879.1 adenine glycosylase [Klebsiella pneumoniae] >ATM40997.1 adenine DNA glycosylase [Klebsiella pneumoniae] >ATO22076.1 adenine DNA glycosylase [Klebsiella pneumoniae] MTFLATQFSAQVLDWYDKYGRKTLPWQIAKTPYKVWLSEVMLQQTQVTTVIPYFERFMARFPTVVDLANAPLDEVLHLWTGLGYYARARNLHKAAQQVATLHGGEFPRTFDEVAALPGVGRSTAGAILSLSLGQHYPILDGNVKRVLARCYAVSGWPGKKEVEKRLWDISEELTPAEGVERFNQAMMDLGAMVCTRSKPKCELCPLSNGCVAYANHSWAEYPGKKPKQTLPERTGYFLLMQHGDEVFLSQRPPVGLWGGLFCFPQFADEAELREWLAQRQIKADNLTQLTAFRHTFSHFHLDIVPMWLTVHSCGACMDEGNALWYNLAQPPSVGLAAPVERLLQQLKAGAPV >MCB0243881.1 ABC transporter ATP-binding protein [Anaerolineae bacterium] MPQPIIVASQVQKSFRTGILEVHALRGIDLNVNQGEMVAIMGPSGCGKTTMLNCLSGLDEFDSGQVLIEGVDIQKMGDRKRTAYRAERMGFVFQSFNLLPVITAVENVELPLLVSGVKPRVARQKALEALAQVDLSDRANHRPAELSAGQRQRVTIARALINNPAIVWADEPTGNLDSETAADVLTLLRGLNQELGQTLVIVTHNREIGELCDRIVRMRDGLIL >KDR18051.1 hypothetical protein L798_07728, partial [Zootermopsis nevadensis] KMHFFHSHLDFFPSNYGAVSYEHGERFYQDISAMEQRYKIKWSAAMLADYCWMVKTD >WP_253495381.1 LexA family transcriptional regulator [Faecalibacterium duncaniae] >UTB41197.1 helix-turn-helix domain-containing protein [Faecalibacterium duncaniae] MFYDCYTALCQVRGISRSRAAQEMGLSNSTVTKWKNTGATPSGETLARVSAYFGVPVGELLGEAIPTVQEERKLPEGAVPFDPALTAPLLGTVRAGLPMYAEENIEGYIPITRKDGARYFWLRVRGDSMNAAGISENDEILVREQPEVENGQLAVVMVNGDEATVKYFRQEGSLVVLTPKSFNPVHQPQIYDLKRVQVRVVGLVVECRKVF >EFN5389376.1 RHS repeat protein [Escherichia coli] >EHM1965547.1 rhs element protein RhsC [Escherichia coli] >EHP6361445.1 rhs element protein RhsC [Escherichia coli] DAAGRTTEYSPDVVTGLITRITTPDGRASAFYYNHHNQLTSATGPDGLELRREYDESGRLIQETAPDGDITRYRYDNPHSDLPCATDDATGSRKTMTWSRYGQLLSFTDCSGYQTRYGHDRFGQMTAVHREEGLSQYRAYDSRGQLIAVKDTQGHETRYEYNAAGDLTTVIAPDGSRNGTQYDAWGKAICTTQGGLTRSMEYDAAGRVIRLTSENGSHTTFRYDVLDRLIQETGFDGRTQRYHHDLTGKLIRSEDEGLVTHWHYDEADRLTHRTVNGETAEQWQYDERGWLTDISHISEGHRVTVHYGYDEKGRLTGERQTVHHPQTEALLWQHETRHAYNAQGLANRCIPDSLPAVEWLTYGSGYLAGMKLGDTPLVEYTRDRLHRETLRRFGRYELTTAYTPAGQLQSQHLNSLLSDRDYTWNDNGELIRISSPRQTRSYSYSTTGRLTGVHTTAANLDIRIPYATDPAGNRLPDPELHPDSTLSMWPDNRIARDAHYLYRYDRYGRLTEKTDLIPEGGIRTDDERTHRYHYDSQHRLVHYTRTQYAEPLVESRYLYDPLGRRVAKRVWRRERDLTGWMSLSRKPQVTWYGWDGDRLTTIQNDRSRIQTIYQPGSFTPLIRVETATGELARTQRRSLADALQQSGGEDGGSVVFPPVLVQMLDRLESEILAARVSEESRRWLASCGLTVEQMQNQMDPVYTPARKIHLYHCDHRGLPLALISTEGTTAWYAEYDEWGNQLNEENPHQLQQLIRLPGQQYDEESGLYYNRHRYYDPLRGRYITQDPIGLKGGWNFYQYPLNPISNIDPLGLETLKCIKPLHSMGGTGERSGPDIWGNPFYHQYLCVPDGKGDYTCGGQDQRGESKGDGLWGPGKASNDTKEAAGRCDLVETDNSCVENCLKGKFKEVRPRYSVLPDIFTPINLGLFKNCQDWSNDSLETCKMKCSGNNIGRFIRFVFTGVM >MCI0529127.1 hypothetical protein [Nitrospira sp.] MPDKIVWKIDDPNAWSTSHEAAPRTATHPLGVQKNPALAFSLSLLFWGSGQLYNQQRAVGTLFFLLMINFYMALGLIIVYWEFIISFLKTVLITPSEVFIACGLFYLSGLIFWIVNALQAYQQASRTHTYAFEGVKNFLLPLFCSLLIPGWGQFLNGQPKKGGFFLIFTLAGFFAFPTLVFIAMLWPSLETFNDRYLLENVLVFALALIPPVFLMWLLNVYDALKVSLDPLKKEPLRDRVKYAINRLRIKGWARGVLPQAKLTLMLFLFLTLSVTLGYYYLPEKNYIAMLQNLQTRLYQQKMILLPYLIDQFLQAAFPQELHR >WP_050163955.1 tRNA adenosine(34) deaminase TadA [Neisseria gonorrhoeae] >MCF3065139.1 tRNA adenosine(34) deaminase TadA [Neisseria gonorrhoeae] >CNQ20244.1 cytosine deaminase [Neisseria gonorrhoeae] MLATPPLAPKTVATLHRLGIRTLEELRQNGSVKAFLLLKASGLTLTKSTLWQLESLLNGTPPQEMSQAHKDCLLAELKNHPPVAAFPPQEEMGYFMREALRQAEQSAADGEIPVGAVIVSDGKIITSAHNTCIADCNVSRHAEINALAQAGSEMQNYRLDGCDIYITLEPCAMCASALIQARIRRVIYGAAEPKTGAAGSIVNLFADKRLNTHTAIRGGILQEECRAVLSRFFQNKRKG >XP_001275602.1 GYF domain protein [Aspergillus clavatus NRRL 1] >EAW14176.1 GYF domain protein [Aspergillus clavatus NRRL 1] MPTPLPSSFASAAAGNIQDASSRRPDGSVGAEWSRSRMNGATQTFRRPSVATNPSQTRDVPQTTSATQPAVGAYIPPHMSSNQSTALRNGAAGENRYSKEQLLSLYKVQRETGALSKHVAEYFVADWNPHAETPSANGAWGKREDSKDNPSGPEVCWDHGGHVEPLGLVNMTDEEKELFSLSVNSPLKPPPTNAAKENAVPTTTGRKTSVSYPQNHMNNYNTSSPSSGRPGPRRRETGDTVGNAASPTTSGSRFFRDESNTATPPPSLLRRKTDFRDTSSTSKWDQKEKEAPAREGGSEVASPFGSLKRSVTNPLAPASGGSSSPWGSASQSANFSPMGAFGAFSLPSGTAQTPTAEKKAGFGSLRGESRLKGLFSKDSSEDIAASVKEKPSLTNLERLTETDGEKRAQSPWGEPVKTRTGRSETNPFAEEPRSGSAALGGSQDVGTSAQTSVDQLGFSAFGMTSSIPGFRELMQSHENSRNPTPSLLQGHEPTSPTNTNPYQSPHGERVDADDVETDGSDIQNTHHPGLTELRDTSGPFGSMRRVGSGMDLPSIDRSQTSSAAGNRSFSGLGGLGGLPSLGGASAWSSGAVGTPTRERSAFPTGFGDPIFGTMGDLQSPSLSTLGGGGIFSPGITGTGSIGRSSKLGSLFPPAMQEQMQGDQARQDLGSLDDGSQPQGKNITEKGRQNLRHELTSYEEGPADKSAQPGTTSASQTPVSAIGSVPVSMPMDVPQPSLTPGQSGSNSGSVPPAQQRTMVMPDRMRWIYRDPQGNIQGPWTGLEMHDWFKAGFFSPDLQIKKLEDTEFEPLAQLVRRIGNSREPFLVPQIGIPHGPDPGPGHWTGASTGTAQPPFPGSFPSFGTTLTAEQQNALERRKQEEQYLMARQKEHLAQQQAMMKQMQLQGTVHPSVHPHQLQHHSSAHSLHSQPSFGSIASPIGFQPSPIQGPMQQQQQQQQQQQQQPPSVAGFFDAAPPLRQGGALPNVGPQMIGTDLVNSQHQLAPLLERLNVGRPDPFAFGSPSSFGGRQPDNLFHPQQVATMLQDRARLQQEQEQFDSLQGDSLFDQQLHEERLQQFHTLRAQEGDYGMPLAEEMLAQPTAPSQQSEIEPIGSPQKTTVSSAAEQIPALGDEAPLTLSQQVQKAASAQRQQQEQHEQQQQQQQQQEQEQQEQIQAPADAAWAIKGDSAMPHPFPPPPSASPLPAPAAQRNRQNVAESLAAHSRSQTQTPVDAPATSVAPWAREANEVPKGPSLKEIQEAEARNAAQREELAAAARRAQLLAEQERLSQAQVQAPGLPSTANWASAGSPATPTSAGSVWNSKGQTTTSTGAAKKTLAQIQKEEEARKQRLAAAAAAAAAVTQSATPTPPAPSTGKRYADLASKAPASPSVAAATPGAWTTVGAGGKAKQPPAAPAGPRASSGTVPLVASPAKPRAVPVATPRPVAVGSTSPSNANRALEEFTKWAKLSLGKGLNSNINVDDFVQQLLFLPAEAEIISDSVYANSQTLDGRRFAEEFIRRRKQADKGIVDPVAPSAFADQKNAAGGGWSEVAKKGSSNVHREEESSNAAFKVVAPRKKGKR >MBS9779527.1 DUF475 domain-containing protein [Moraxellaceae bacterium] MKHFYFDMVFTAIALLIAGWWGFSHGGITGMLSVVFITLVLAVMEISLSFDNAVVNASVLKHWNDFWKKIFLTVGILIAVFGMRLVFPIVIVAMTADMGMVEVIEMAINNPVEYSNKLIAHHAEISAFGGMFLLLVFLNFLFGEQQVHWFEWLESRLEKLGKVDAMSVFVAIAILMISLTWVEEKQKSVVLMAGIWGILIYLGTNVISQFLEGDDDENQGGAEVTGAIAKGGIAGFLYLEVLDASFSFDGVIGAFAITNDVIVIMLGLAIGAMFVRSMTIFLVDKGTLDEFVFLEHGAHYAIGALAIIMLLSMKFHIPEIITGLIGVGLIVWAIFSSIKYRKIEAENQTQSN >WP_149040698.1 MFS transporter [Listeria monocytogenes] >EAH4074543.1 MFS transporter [Listeria monocytogenes] >EBF5146429.1 MFS transporter [Listeria monocytogenes] >ECQ6723673.1 MFS transporter [Listeria monocytogenes] >TYU40005.1 MFS transporter [Listeria monocytogenes] >TYU55729.1 MFS transporter [Listeria monocytogenes] MAGSSTSKKGTIAVSLTNYLDSGCIVAGASGLTLWATQFGLSSFAVGLLGAVSANAFGSAIGALIGGHLADKYGRKFIYTYNMLVYMLGVTIIMFAMNFPMLLIGFLVTGLSVGAGVPASWTYISEMADPSIRARNIGISQFAWSCGPAIIFTLGIIVSPLGLLGNRLLFLSLLIVAFIAWQLQRKLEESKDWEAEQVKMKESGNRLEHPFKTVFSSMVNVKSVLFLVGVYLFWNLVAGAMGFFMPFVYETVGGLSNTQANLLQAVLWILTAASTYFGFAKFGDRVSHRGLFFVGALMAVASWVVLTFVGMSWVGLWTFVILWGISAGIGAQAFYALWSTELFPTKYRGGVQGVMFFLVRGSTGVWSIVFPVILANLGFTVAGTIMIGLLTVSLLIGVIWAPKTRGRSLDDITKERYGNTID >MBI5294613.1 SUMF1/EgtB/PvdO family nonheme iron enzyme [Chloroflexota bacterium] MAFNFDLWKEATKQKLQGWKGRMDRAGVNSAYYFLAGVSLIPIVRAVHSGDWSGLAVMGASLGGAVSTNLLANIVQKAKDKSEAEVAKILEDEVKATPELKAEIDTLLQKLDALQEAEKALSAPDKAWFVETIQRELKRLNSGIKYEAKLIGSGAIAQGDGARAVGAGGIMIGGNVTGNFIAGDKNRVVQTDTYIEKQVFEALSKTDPEVEKRRKSLEKYLNRLSRVCLSLPLAALGGGDGDESDITLDKVYIALNTTLSHEHIEEASERQKKEGVIGLTRRPEKDKPITALESVSEHKRLALLGDPGAGKSTFVKNLLAWQAGALLGKLTPPTEGIKADLVPVLIILRDMAPRLARLDVDSLPAYQRDEKLAQTVWEQIQADLGEECADFCDVLYEALQSGECLLVLDGLDEVPHDLRFRVRQAVDALFKQYHLQRVIITCRVRSYVGDSVLPNFTSRTLAPFNEEQIGNFIQHWYNTQRDLGKFNEEQAKARMNDLARAALENDMRELSSNPMLLTTMVIIHQREVGLPRERVRLYHQAVEVLLRRWQKHKVGDAALAEFLKNDLKLRAVMEVLAYQAHRASAEQSGTGTLLRKDALDLLEKGEHLGDVKLAADFLDYVDQRAGLLVGYGGELTKPTSYSFPHRTFQEYLAGSFLAGQRDRVRTFHNHAAEGDSWDIAAQLAFEEMYYNRRGENELLDLAYQLDKPDGKGEQCERVRLWAGQIIALVGKEVAERDTHPNGGTAYLSRLLPGLVYILGSDTLPPLERAEAGRVLASLGDPREEIMTLEKMVFCRVPVGEFRMGEGKEEHEVDLPEFFISRSPISNAQFDQFVKAEGYKQEKYWQEAEQAGYWSEAGFKGRFENETRNAPVDIGAPFNLSNHPVVGASWYEALAFTRWLTEYLQVTSCKLQIYDDRNDTISLDDNLQLSIINRKSEIYLPSEAEWEKASRGLGAREYPWEGKFNPNFANVSETGIGSTSAIGCFPKGKSPYGVLEMSGNVWEWTRTNSDGKEDFQSKDDRVLTGGSFDDDASLARCVVRLGDYPDLTHGDYGFRVVVVSPVLPSRRL >KAG5560933.1 hypothetical protein RHGRI_004083 [Rhododendron griersonianum] MLIFNVPCCGLSRDCISTAHQLIDPQREFSRRINLVRFAKSPIEAGIDPVRLFLDKSSVIRDLSIPTS >WP_070664995.1 ABC transporter substrate-binding protein [Actinomyces sp. HMSC065F11] >MBS6101613.1 ABC transporter substrate-binding protein [Actinomyces sp.] >OFR33123.1 ABC transporter substrate-binding protein [Actinomyces sp. HMSC065F11] MSSSKRWAKVAAVAAAAALALSACGGGADKGTTETTGAAGDGAPTGTLNLGVAYETTNYDPSTTSSALAMGSNWHVMEGLYEFDMATYEVYPALADGELKQVSETEYEATLRADAKFSDGTPVTTKDYLESWARTTDATSIYQQFFAMVDSVDAKDDSTLVFKLKYPFANLAQRLVNVKVIPASSTQEEMTAFPVGTGPYKYESITDTAIEAVPNEFYNGSKPATVEKMHWDILKDDSARLSAALGGTIDIMETVPSALKSQVEGAGWTIQETPGYNNAFLMFNTSKAPFDKPEVRRAFHQAIDRQKLVEQGLSGDAVASTSFLPEVNPAYKKAATQFDFDTEAAKAAFADAGLTEITLITTDHAWIANLIPQVKQDLEAAGLKVNVQSMASSDLYANYADVDAATYDVAMAPGDPSVFGQDPGIIIDWWYGDNVWTQKRTFWQTSDPENYKKLRDLVAEASQLEGDAAKAKWGEAQDLIAENAPLFPLFHRTMITGVNENRVSGFQGIGTTGLEALGVTVK >KAJ3564783.1 hypothetical protein NP233_g8063 [Leucocoprinus birnbaumii] MVSEQRXQSEVEVQKSLVALAAXHCQAQKLGKACVRIXCDLIPRLGTVPSRHHHRLPTAMERXNLRYITAPMVGQSXLPFRVLCRKHGATLAYTQMLMPDRLLNEQEYLEQHLKDLTTGTASGLESVENPVVVQLCGNDPDIIVQAGRKLQNHYLNLGCPQEHARDGHFGAYXLGQSDWPLVENIVSAMSTSYTVPVSVKLRLCQPSPKTLEFSQRLERRRQGAADLSEVKRLKEGLSIPVISNGNVRNHADLWDNLXFTGADGLMVGETLLGNPCVXXEAVPDPVEISLEYLTLCKEYPEIAPLKTIQTHIRHFVEFQCGRRPWFNKFRAALSATKSVEEIEYLVHIKIERWRGRNPRCSPNLRETATDGGKVYNSGPLVEDIDLSLFE >KDZ18439.1 hypothetical protein AB15_4779 [Escherichia coli 3-020-07_S1_C1] >KDZ20288.1 hypothetical protein AB43_4853 [Escherichia coli 3-020-07_S1_C2] >KDZ29185.1 hypothetical protein AB73_4800 [Escherichia coli 3-020-07_S1_C3] MEILIDDLTEKFERREQEDLTLCVSDKELRYANRMSCFYFKKNAIFVMSFP >UBP50947.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >UQJ36192.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKPILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDLSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLVLYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLAYKVYYGNALDQAISMWALIISVTSNYSGVVTIVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTICDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_160877220.1 FMN-binding glutamate synthase family protein [Rhodococcus rhodochrous] >MXQ78382.1 FMN-binding glutamate synthase family protein [Rhodococcus rhodochrous] MGWSKTLGIPAAAAAAVGAYDLVQKRHSLLRNFPVLGHARYVLESLGPELRQYITTNNDEERPFNRDQRRWIYASSKNVTNTFGFGSDNDIEYTDGYTIIKHRTFSDLPPSAAPHGGEKVSIPSAKILGGARGRARAFRPGSFVNISAMSFGSLSGAAVEALNRGAGAAGCLQNTGEGGLTNYHRNGGELIFQIGTGYFGCRDEDGRFDLARLKRVVDSAPVRALEIKLSQGAKPGLGGLLPGAKVTPEIAEVRGIPVGKDCVSPSRHTEFHDIDSLLDWVELLATETGLPVGIKSAVGDTTFWDELTRQMSETDRGVDFVTIDGGEGGTGAAPLVFADAVSLPFRSGFARVYATFAEAGLTDDVTFIGAGKLGLPDNAVVAMALGCDMVNVAREPMFSIGCIQAQKCHTDRCPTGVATQNRWLTRGLDVPSKADRVADYIEALRRDVFKIAQATGVAHPGLITVDDIEIADGNRHAITLREMYGYRDGWGLPSQADREEITRLMTMEAVTTPGGAEESTATS >XP_047466965.1 alcohol dehydrogenase 1-like [Mugil cephalus] MATAGKVIKCKAAVAWEPIKPLVIEEIEVAPPQANEVRIKIIATGLCHTDLYPLFENTNTESFPIVLGHEGAGIVESVGPGVTELQPGDKVIPLPISQCRECRFCKNPKTNECVKGWSARGFDIMAEPDSRFTCKGKKLLQFLGTSTFSEYTVINQVAVAKIDPAAPLEKVCLFGCSICTGYGAAVNTAKVEPGSTCAVFGLGAVGLAAVMGCKSAGAKRIIAVDINPQKAEKAKVFGATEFVNPKDHDKPIKQVLIEMTDGGVDYSLECTGNVEVMRSALECCVKGWGVSVIVGWTDMHDFAARPVQLITGRTWKGSLFGGFKSRDGVPQMVKAYLDKKVLVDEFISHKLTLAQVNDAIELMRHGKCIRVVLSVTP >WP_186480556.1 radical SAM protein [Synechococcus sp. NOUM97013] MDGITHQPALPVLNDPSDERVLLVRLPCNPIFPIGPIYLADHLHKCFPGMPQRILDLAALPVLDVHRVLRITIDQFRPTLLVFSWRDIQIYAPVDGRGGNPLQNSFEVFYARNPLKRLHGALGGLRLMTSHYGELFRNQTLVRQGVKRARRHHPQARAVLGGGAVSVFYEQLGRSLPKGTIVSIGEGEPLLEKLICGQSIHSERCFVVGESIRPGLIHEQPESRPKTACDYNYIASIWPQLDWYLEGGDFYVGVQTKRGCPHNCCYCVYTVVEGKQVRLNPVQEVVKEMRQLYDRGVRGFWFTDAQFIPARRYIEDAKELLRAIKAEGLTGIRWAAYIRADNLDPELAQLMVETGMSYFEIGITSGSQELVRKMRMGYNLRTVLESCRMLADAGFRDHVSVNYSFNVIDERPDTIRQTVAYHRELERIFGAEQVEPAIFFIGLQPHTHLEQYGFDQGLIKPGYNPMSMMPWTARKLLWNPEPMGSTFGQVCLEAFDRNPSDFGRTVMDLLERDYGEAPLNEALRASLHGRAALAKAVS >WP_185334683.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1420731.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1423773.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1428338.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1444660.1 ABC transporter ATP-binding protein [Listeria seeligeri] >MBC1470491.1 ABC transporter ATP-binding protein [Listeria seeligeri] MDFVIEMLGIRKEFSGFVANDNITLQLKQGEIHALLGENGAGKSTLMNVLFGLYEPDGGEIRVRGTKENINSPNKANELGIGMVHQHFMLVDKFTVAENIILGKEPSKLGVIEKKKAVEEIKEISDRYGLRVDPNAVVRDISIGMQQRVEILKTLYRGADILIFDEPTAVLTPQEIKELIQIMRSLIKEGKSIILITHKLKEIMDVCDRVTVIRRGKGMGTVNVPETTPQDLANLMVGREVVFTTEKSEANPGKDVLEVKDLVVKESRGVESVRGLNLTVRAGEIVGIAGVDGNGQSELISAIAGLSKVTSGTILLNGEHIENKKPRKITEAGLGHIPEDRHKHGLVLEMSLGENIALQTYYKKPISSKGFLNHKAMYDFARELIEEYDVRASSEYVAAKSLSGGNQQKAIIAREIHRNPDFLIAAQPTRGLDVGAIEFIHRRLIEQRDNGKAVLLMSFELDEIMNVSDRIAVIYEGKIVAIVDPKETTEQELGLMMAGSSKQEAETGEKEHV >WP_193019742.1 hypothetical protein [Mycobacterium tuberculosis] >QOM66332.1 hypothetical protein FPK01_00330 [Mycobacterium tuberculosis] MPVVTAVGRRRGFAMPWVSTARSGAVMLANYSAGVCGRVSSPGLNVRKMCLKANTPGAVTWLDTPKRFLSTQTASRCMAVNSSDVVTGRIDPQVLHTPLNTDVDGYAHAMHSSINSGLLEYLPATFSVFPALGDVGDLGGGVGAATYALDRLSNMRSGACVGGGESPWRSLMT >NXX86929.1 SYNRG protein [Urocolius indicus] GMIPMQQQGFPMVPVMQSNMPGMMGMNYGSQMPPGAMTMQGGMPLGPMPTTGMPYMGQAPFLGMRPAAPQYTPDMQKQFAEEQQKRFEHQQKFLEEERKRRQFEEQKQKLRLLSSVKPKTGEKSRDDALEAIKGNLDGFSRDAKMHPTPASHPKKPDHPTSSHPAVSVSQSAFLDDEEFSDFIQGPVEIPKLVPQPTSQPFQPFHSATEAGQLLSEKAVVQPLPPAQTPVLSILHDNDSNESEQEQIKLKTSEVGHKASAVSQVHPSLAISDWDVVGGHESGTTAAEVHKASEQNIAVEECGVGVFPSQDPIQQMMPPWIYNDSLVPELYTKILETTLTPAGIDTAKLYPILMSSGLPRETLGQIWALANRTTPGKLTKEELYAVLAMIAVTQRGIPAVSPDVLNQFPAAPVPTLTGLPMPLPAAVSQQPLLPSAPPVSLPLSIAPAVMGMNITAPAGGAAAQPSAAFLPPFPPAQVVKPDDDDFQEFQDASKSGSLDDSFTDFQGDVAGSSKAASSQHRSSVPSILMPLPGNKTISSADKYAVFKGIAAEKPSESTATFGDGGDKYSAFRELEQPSESKYLGDNPAEFKPAGPDDGFTDFKTADSVSPLEPPTKDKTFPTSFPSLPVQSKQQTQAKTSLNLADLDLFSSTGENKQPSFPPAFNTSKSGSFPPPPPPSTTAQPTPSKSSSLADDFGEFNLFGEFSNCTPASGQDDFADFMAFNNSSGFSEQKPDDKYNALKLEAGPVPQPGSSAGTGKSGQSSTTAATPTKYDIFKQLSLEGSGAGFEEAKDNTLSSVKSDDDFADFHSNKFSSTCNSTDKSLVDKVTAFKQAKEDSASVKSLDLPSIGGSSVGKEDSEDALSVQFDMKLADVGGDLKHVMSDSSLDLPTVSGQHPPAADIDDLKCAPFGSYNSGSAVSSLVSYEWSDKDDIHQGKKLSSFVQSSGSGSSAATSVLQKKETLFGSSENITMTTVSKVTTFSSEDTSQDVSFAAFANFKDSGLISSGPSDDDIGDFGDFARPLSEAQDAAAADTNQEADFLASSISSELRRESTDDFGEFQSEKPKISKFDFLVATSQGKVKSSEEMIKSELATFDLSVQGSHKRSLSLGDREISRSSPLPVLEQPFRDRSNTLSEKPALPVIRDKYKDLTGEVEESERYAYEWQRCLESALQVIKKANDTLNGISSSSVCTEVIQSAQGMEYLLGVVEVYRVTKRVELGIKATAVCSEKLQQLLKDIDKVWNNLISFMSLAALTPDENSLDFSSCMLRPGIKNAQDLACGVCLLNVDSRSKKEEKPVEELPRKAFNSETDNFKLAYGGHQYHASCANFWINCVEPKPPGLILPDLL >WP_070552687.1 transcription termination factor NusA [Lacticaseibacillus rhamnosus] >NVO89607.1 transcription termination/antitermination protein NusA [Lacticaseibacillus rhamnosus] >OFN06126.1 transcription termination/antitermination protein NusA [Lactobacillus sp. HMSC072E07] MSKEMIQALDALEQEKGVKKEVVIEALEAALVSAYKRNYNQAQNVDVEFDPKQGDIHVYAVKEVTDEVFDSRLEVSLKDALAINKAYEIGDQIKFEVTPKDFGRIAAQTAKQVIMQRVREAERSIVYDEYSQYEDEILQGVVERRDNRFIYVNLGKIEAVLGRQDQMPNEKYEAHDRIKVYVTKVENTSKGPQVFVSRTHPGLVKRLFEQEVPEIFDGTVEIVNIAREAGDRTKIAVRATNDAVDAVGTTVGPRGARVQAVVNELSGENMDVVQWEEDPADYIANALNPAQVIAVQFNDEDNDRSATVIVPDYQLSLAIGKKGQNARLAAKLTGYKIDIKPESEVEFVDDDELSEAEVEAAAAADDQDNASQAPSDDTEVDQANDEADETPVTPSTHDQPQA >XP_004149267.1 protein trichome birefringence-like 11 [Cucumis sativus] >KGN46967.1 hypothetical protein Csa_020673 [Cucumis sativus] MSKTPTVIDLEAMPFSEVCNKLKRFRLFEPSLGVFGFFFVSVCLICSFFFLDYRTASKGFVFPLRSESFVWLRNANLGQNRKFDFLSEEGNGCDLFDGNWVWDDSYPLYESKSCPFVDQGFRCSENGRPDLFYTKWRWQPKLCNLPRFNATLMLEKMRNKRVVFVGDSIGRNQWESLLCMLSSAVPNKESIYEVNGSPITKHKGFLVFKFKDFNCTVEYYRAPFLVLQSRPPSGTSQEIKTTLKLDQMDWSSAKWRDADVLVFNTGHWWNYEKTIRGGCYFQEGKEVKMKMKIEDAYQQSLKTVMHWINKELNSKKTTVFFRMFAPVHFRGGDWRNGGSCHLEALPELGSSLVPPETWSHFRIANSILSGYPTTPNSTRLEILNVTQMTAQRKDGHSSLYYLSPDVGPAPPHRQDCSHWCLPGVPDVWNELLYALFLKHES >HIR19825.1 sirohydrochlorin cobaltochelatase [Candidatus Pelethomonas intestinigallinarum] LALLAGCGGNNSGNAGGAGQAANDTNEPAGNDAGGAEEEDTALDPDENYKTGDASLDDPRNQDGIGEQELLVVSFGTSYNDSRRLTIGAIEAAMAEAFPDWSVRRAFTSQIIIDHVASRDGVAIDNVTQALDRAVDNGVKTLVVQPTHLMNGLEYEELMSTLAEYSDAFESISVGGPLLTSDEDFQAVMEAIVAATAGYDDGQTAICFMGHGTEHDANGVYAKLQQLLTDSGHANYYIGTVEAEPTLEDLLASVGQGDYSRVVLLPLMVVAGDHANNDMAGDEDGSWKLAFEDAGYQVECVLTGLGEMEAIQDLFAAHAQAAVDALEG >NBT94281.1 aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Chloroflexota bacterium] MTTTLSSSALFDAREAEANLYMRTFARQPLTLVRGEGVRVWDDTGREYLDFLAGVAVNALGHCAPVIVEAVTRQVSTLIHTSNIYRTVPQLQLAKLLIDNSCMDRIFYANSGAEANECAIKLARKWGKLNRNGAFEVITALGSFHGRTLATLAATGNRHYQEAFDPMPEGFRHVPFNDLEA >MBE6649515.1 hypothetical protein [Oscillospiraceae bacterium] MGTSFVSIHIFDNKEFQTSYCKFRSFSDGWQTCITDFSDKDLEYSLKVAKLISKQTSSPVLYFYIFDSDYIYFEFLQNGKIVARYSDDEFSTNKNLYGIPTLLGYGDGYKKRLSKILNCDDADEKTGLLEEYFGVCLLPFSECLSDFVMLKRTKDDKLYNEFVEKEKAIYSKNASIVLELVAEYKGKIFWDYFGSFTQKEHCYLFGYESERAELTPVRFCGEQLEAISEEEFNQNRILRNYVCEFCKIEYGITCYAIFNDSAPKQYANKKMNLPNHLCPLGFDTKNRLVLMGGQKIYIADEDMKIIAKSSIKGECVDMIGDFILTASGDSFCGYEYDPKATVRIYRLNEK >EEE2002201.1 cold shock domain-containing protein [Salmonella enterica subsp. enterica serovar Kotte] MDGVIKWFSEEKGYGFITDKNNKDYYFHVSDINGALLPEKGNNVSFEIEISSKGERARKVIITQKAKNTSSDDRLDFCHYCNKKVFPRMITYQGEPQKTVCPYCAGTIKVFKKSSIFDLFIGLFDFILSTIAMLFEVIAWVFNLFIGKKK >GFT96598.1 conserved oligomeric Golgi complex subunit 4 [Nephila pilipes] MAIRHRHRVACITAFCACAYYRCTAAFCAAALPLARLITNSQSFRMYARVEDIVDPGEFCTDGVQTALQKLKKFSTYLCSQIAEKSQKNLKSAQSVSPSDKRWTVKYADIATLLFEGIARIIEIHQPLVETYYGPGRLFSVIEVIQKECDRQIKRVLDEFKVQREFYKKSSSLQQMNRTPYRTTDRLDPKELDSLLAEITILSTRSQLYLRFIRRRIMGDIEISSPDEKKKAEEIARLNKLLKECELSRLMHDILGTYVTMEEYFMRESIHKAVSMDVVEENSLTSSMLDDVFFIEKKCLRRAISSSNADIVCAMLNHATSLLQTDFYEVLNEKVKLGFPSSILDFGQAYSVFQSIQPSDIDKSKTEFLVTLNNAEIACEFVRTLRCNLEEEVQKMFPHASDQDGAKLESCLSEITSVNFKLQQLISYGRTHLCTTVVKPRIKPWVDSFQSASHIITDDEFVLVKQMMKVDLIQNSIIRQSLTTSNFDALGGLLFEKELRLIIAYLTTVTTWTIRDKFARLTQIASILNLENVNEILDTWGSNSGSLTWRLTPTEVRQVLALRKDFKSEDIKRLKL >WP_251111556.1 MULTISPECIES: hypothetical protein [unclassified Acinetobacter] >USA48349.1 hypothetical protein NDN11_15020 [Acinetobacter sp. C26M] >USA51837.1 hypothetical protein NDN12_14935 [Acinetobacter sp. C26G] MNTTIRILEQFVFEHDSVVSALSGVACVGEDLYFVGDDVRYLLKTNRNNKMVSATVFEKVPLSEPSEQIPLVALSKAKKPDFEALSCISLDGQQQLLVMGSGSTENRKQALLYNPFNNQISIFLDAIDYHFLEDSVELTGGAELNIEAVCSDHRHLYIFQRGNINRHHGVLVFDLVKIQAGEPLESALINSLNLNLPEIEGAASGISDAYFFVDKNLIVATAAVEQTLNTYDDGDVLGSFILVFTPDGNALSSHLIQDVEGKTLPIKVEGITWLESRPDGEVFLLVTDSDGGDSEILKVLLNSSAFAKSGD >KAI9193803.1 hypothetical protein LWI28_000314 [Acer negundo] MSQQVLNSQEHYIRDAIGSPLLPSTVMPPQAVIIGEESFHGISNLSFKIYLARPALVFNSDAILALYSGNTKFMQGLQVYLLSRDYSNLKSDFQIGKGKITVSCIENQPAVNVALGEHMFLTTNSIQVSNVSFVSVHGTSASEQAITLDCSGSAYGCSNIVMSGVNTTSSNPGKEVRALCKNAHGTSHSTTYT >OAQ80483.1 hypothetical protein VFPBJ_06068 [Purpureocillium lilacinum] MGWVGMARALLGPMFGATAAAAGANSRGGGNVFSHLVASQLPKGRKAVSRSTYARKQAGDAGQRTVTVREIHAATWRRMAFSGETACTVYRCAYCTKNRTRHKKRAHTIGMICMVMRWIVRRAMLDSWGLVVGCRRRQPSPRLPAMQSDRQRAQESGSTVVAEPCRGLLSSIPSNEPSWSCAAFCARTRRNINDRGDDMPCAADWAQEERGGDLACSLARPLLREILAQRRARRTHTAGWAQHVQATVTVHEVLHATQGQGKARKKRRFGHTVCWHVRGTREERRQQPHAAVVHEWNRVAVATTRWPSRHTARPEVRETADMDMDRT >MCK4996050.1 sulfate adenylyltransferase [Thermoplasmatales archaeon] MSKPHGGKLINRKINKELLNTKDLSEFEINTNLAEDVLNIANGVFSPLEGFLCKNDLENVISDKRLSDDTPWTIPILLDFDKNDLKEGDSVLLVNKEAGVKALLEIEDIFTYDKKTIAKEVYRTTETSHPGVANTFNMKDSFVGGKISLLENKTREYDEYNLTPKETRVLFKEKGWQEIVAFQTRNPPHIGHEYVQKTALTFVDGLFINPIIGKKKSGDFRDDVILKSYDTLMKHYYLKDRAVMSILRTSMKYAGPREAIHHAIMRKNFGCTHFIVGRDHAGVGNYYGPYDAHEIFSEFPDLHIVPIFFRSFSRCTKCGSVVNDKICPHDQEYHINFSGKKIREILNSGKTPPEDMMRKEVAETILEFDDPFVK >WP_190461229.1 NAD(P)H-quinone oxidoreductase subunit N [Cylindrospermum sp. FACHB-282] >MBD2387583.1 NAD(P)H-quinone oxidoreductase subunit N [Cylindrospermum sp. FACHB-282] MALLTTGNALIRDLEKFGALGVYVPLEGGYEGRYRRRLRAAGYANLHITARGLGDVAAYLTRVHGVRPPHLGKKSTGSGAAVGEVYYLPPILSYQLEQLPPKSKGLVLWIIEGHVLSDQEIEYLATLPSLEPRVKVVIERGGDRYFRWTPLEKTLVAA >WP_083296738.1 MULTISPECIES: biotin synthase BioB [Eikenella] >OWP27654.1 biotin synthase BioB [Eikenella corrodens] MTTLSPVALRRQTEPKPHPTAQYWKKCDVEALFGLPFLDLVFRAAEIHRQNFNPREIQLSTLLSIKTGGCPEDCAYCPQSAHHNTNLGKEQMMDVGEIVEKAKIAKSRGASRFCMGAAWRGPKPKDVAVVSEIIRAVKGLGMETCGTFGMLEDGMAEDFKKAGLDYYNHNLDTDPERYNDIIHTRKHEDRMDTLGKVRNAGLKICCGGIVGMNETRAERAGLIASLANLDPQPESVPINQLVKVEGTPLADAEDLDWTEFVRTIAVARITMPKSFVRLSAGRSNMPESMQAMCFMAGANSIFYGDKLLTTENPDEDGDRLLMAKLDLVPLDYHAEPSEAAERLPENHHAAGGCGGGHCGCAH >OPL17692.1 MAG: hypothetical protein AVO35_08470 [Candidatus Aegiribacteria sp. MLS_C] MICSCSLASEWKASFDPGADSLLGIAGAVTLVDGNSAVCLAGPFEDPIVILLDEEGRTLWSTAILEKGGNSRSFESGGFLVPLDDGFAVALHSEPRATGIDTDVAVARIDMEGDTVWTFVLGLDDSDNWICTGLTACSDGGFLLTGCPGTMLPGGYVLKLGSSGDLQWMTPAGSIEGFVLSAAELPDGGFLALTDPCYGHFALLPLSPEGTLGEPVEIDAGGEPFGIRPVDDSVWILLRPEGNSVTSILYAEGHGVQDSMTAVLPEGHEVRCADMAPEGMVTAGTLDGTAFTCLHGADGTLLAEKVLDMEGSPSGLSVSADRVLVHSRENELVCSMILSEFPN >WP_248328072.1 HDOD domain-containing protein [Vibrio sinaloensis] >UPQ86936.1 HDOD domain-containing protein [Vibrio sinaloensis] MQTASFNPSVDQDKVAYSFVARQPILDQERSIVAFELLYRDGEKNAFPVNVSSGQATRKLLAEHLLGYKSKVLGEFKGFVNFDYDCLIEGVPLDFPSEDIVVEVLETCPPSDELLAALTELKQAGYTIALDDHLESAEWHRFYPLVDIIKVDIQQTSLLKARALMDKLEEYQIAFLAEKVETNQEFQRAKDFGFELFQGYFFTKPEIIKNRKINTSFDDLVRLTQCLSGPKVNFDQVSIIVSRNPVLSHQLLSFVNASSSLNATIKSLKQAVAYLGEDKLKKFASYAVISSFAPGKPSALYLLSLHRARMFQLIMSYLNHPQLAQSAYLVGLLSLIDAILDVDINTALGELTLDAEIKRALLEGEGVLGTLLSLSQSIEASQWDEIDQIRSELGVNEQVVIACNVEAAVWLAELPIDL >WP_105160947.1 ABC-F family ATP-binding cassette domain-containing protein [Streptococcus suis] MSDFIVENLTKSVGDKTVFSKISFIIHPGDRIGIIGVNGTGKTTLLDVISGKLGFDGDISPFTSKNDFQMAYLTQEPDFDESKTVLETVLSSDLREIQLIRQYEQLMANYDDKSQAQLEKVMAEMDALNAWEIESQVKTVLSKLGLQDVTSKVADLSGGLRRRVQLAQVLLGNDDLLLLDEPTNHLDIETIEWLTTFLKNTKKSVLFITHDRYFLDNIATRIFELDKAGLTEYQGNYQDYVRLKAEQDERDAALRHKKEQLYKQELTWMRRQPQARATKQQARINRFHDLKNQVHQTIDDSSLEINFETSRIGKKVIQFEQVSFSYPGKPILQDFSLLIQNKDRIGIVGDNGKGKSTLLNLIAGDLQADAGKVDIGETVRIGYFSQDIRGLDESKRVINFLQEVAEEAKTTSGMVSIAELLEQFLFPRNTHGTLIEKLSGGEKKRLYLLKILLERPNVLLLDEPTNDLDIATLTVLEHFLQGFAGPVITVSHDRYFLDKVANKILAFEDGGIQTFFGNYTDYLDEKAFLASSSAISLEKPKEKIEKVRENKKRMSYFEKQEWATIEDEIAGLEERIEAIEAEMLTCGSDFTKLSDLQKELDQKNEQLLEKYERFEYLSEMEG >HHZ84751.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIA43081.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIA95906.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIB75102.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] >HIG49844.1 NADP(H)-dependent aldo-keto reductase [Gammaproteobacteria bacterium] MEYRKLGNTDLDVSLICLGTMTWGQQNTEAEGHEQMDYALERGINFFDTAEMYSIPPMAETQGSTEKIIGSWFKKSSNRDKVILASKVAGRGRMNWIRGSETKLDRENIEKAVEESLKRLQTDYIDLYQLHWPDRPINLFGGGLGYRHIENETVAISETLGVLNDLVKEGKIRYVGLSNETSWGLSEYLKSSELSDLPRVVSIQNAYNLLNRTYEQGLSEFFYRSSVGLLAYSPLAQGYLTGKYLDGARPEGARTTLFERGLRYETKHAEKAIRAYVNYAKEREIDPSIFANAFVNSREFVTSNIIGATNMDQLKLAIDSYEVKLTEEDFKTIEKIHYQCPNPCP >WP_059149453.1 MULTISPECIES: Fur family transcriptional regulator [Streptomyces] >AJZ82680.1 transcriptional repressor [Streptomyces sp. AgN23] >AQW53261.1 Fur family ferric uptake regulator [Streptomyces hygroscopicus] >ASQ96850.1 transcriptional repressor [Streptomyces sp. 11-1-2] >KUL42998.1 Fur family transcriptional regulator [Streptomyces violaceusniger] >MBO3677352.1 transcriptional repressor [Streptomyces sp. NEAU-YJ-81] MSDLLERLRGRGWRLTAQRRVVAEVLDGDHVHYTADEVHAAAAERLPEISRATVYNTLGELVSLGEVIEVTTDGRAKRYDPNAHHAHQHLVCAKCGTIRDVHPSGDLLADLPTQERYGFAISAVEVTYRGLCPDCAA >KAG0047764.1 hypothetical protein BGZ83_007244 [Gryganskiella cystojenkinii] MASPYIFSPNTDLEFDQLLVENHNRLLVLVFTTAWCKNCKRLSSAIEEMAENLSKVATFIHVDVDELLQTVKKYNVQATPTFALSRGHVFQTIITAAQLPKQPTPEQSDDQLLGWVANTVRSFAQHWNASYSKITDHLAFSPTPTEYQISQGLVKVGFKSVIGMESKQNPGEYLTHEARLWKQAGIEFVSYPIKSADEITLVDFDEILQLVESLPGPILIHSEIGQVAAIMVFVMVAKQNDRKGSEVAVWARELGFDFEGLGRLTQKIAAWGLQQYGHRVCSLKIETWTGRELLPDHLREHCRNLTEIEVLNKPVTARMTLDGTMTQNSMLTRQLFFEGELDADEEEDDDDDEVDEMAKMDRNLWALARPFSPQALNPWTLERLCLVMNGFDGEQFLKYIKRATHWDETLSQSSFPASTFQPWAPRLRHLQLDFTLWHSDRDSSHLRVELVDLLIAFPNCHTWDLKGLLLQESPISRNQIVITQARGIRDAARRVKVWARELNRRQKRREQSQEAHGHSPQESISIGAEKKKQKKAPRKGCWVERVDYDVESLYGGHLQTLCLDRSSKIELISTPNGLGNHAPSKPESSRADEFFSVLKFTCPKLRTFSLSANIDLQGDSDKSWFEFLESAPHLECLEFRGRTLHPCRLNSPDMLKRWLSSPSCSRLVVLELNVGPLHFSVFDPPPRPADLATVAGQPESALADNDETDDEVVWFCDQTLEVLKMPNIAFLPSFNPNHVPQRILNRICRRLERLVRLKTLMLGGTHGIPHGVFAPLPPPSPIASLVDKLDSHSSTTVSADQPPPFQHLVDLHLFFVSIPSDKAKLLLDRYPKLCKLTLGGYISEEAKACFQKETARRKSQLGPLHDFSVSYH >CSP94261.1 glutamyl-Q tRNA(Asp) synthetase [Shigella sonnei] MLPPYFLFKEMTDTQYIGRFAPSPSGELHFGSLIAALGSYLQARARQGRWLVRIEDIDPPREVPGAAETILRQLEHYGLHWDGDVLWQSQRHDAYREALAWLHEQGLSYYCTCTRARIQSIGGIYDGHCRVLHHGPDNAAVRIRQQHPVTQFTDQLRGIIHADEKLAREDFIIHRRDGLFAYNLAVVVDDHFQGVTEIVRGADLIEPTVRQISLYQLFGWKVPDXXXXXXITFICRWRLIHKALNFPSRIMRLRCRKAIHVRY >WP_249310236.1 IS66 family insertion sequence element accessory protein TnpB, partial [Jingyaoa shaoxingensis] >MBC8574794.1 IS66 family insertion sequence element accessory protein TnpB [Jingyaoa shaoxingensis] IRCGYTDMRKQLNGLLDIIQYNFKLDPYSNSLFLFCGKRADRIKAVHYEGDGFCLLYKRYENGRLQWPRTGEEAKQISDQQLRWLLEGLNPEQPKAVQKWLPHKSENTENP >XP_025923156.1 transmembrane and coiled-coil domain-containing protein 4 isoform X5 [Apteryx rowi] MAAEEKWNSWAWKEHSAADQAGDKDSCVLLGQQLGEPGRFAYAALCGISLAWLFPEKEQSSFRMEFIEGLVKWLDLPDAVLPAMTAFASGLGGEGTETFAQILLKDPMLKDNPIVITQDLVSFSLKDGYYDARARVLICHITWLLRIPLEELEALEESLLESLKEQKEEESETAEVSRKKKERRKKLKRYLLIGLATVGGGTVIGLTGGLAAPLVAAGAATIIGSAGAAALGSTAGIAVMASLFGAAGAGLTGYKMKKRVGAIEEFEFLPLTEGKQLHITIAITGWLCTGRYGSFTAPWSSMLQSSEQYCLAWESKYLMELGNALDSLLNGFVNMMAQEALKFTVLSGIVTALTWPASLLTAASVIDNPWGVCLHRSAEVGKHLAHLLLSRQQGKRPVTLIGFSLGARVIYFCLQEMAQEKDSQGIIEDAVLLGAPVEGEAKHWKALTKVVSGRIINGYCRGDWLLGFVYRTSSVQLNVAGLQPVNLDDRRMVNVDLSSVRSSFR >WP_255691273.1 AAA family ATPase [Actinoplanes sp. DH11] MLDRARHGGRSEEPEETPQPEQQAPWGQQQPGRAAAPVERRPFNPLDPRSAQHGQPAQPERRAAEPDRLPQRPINPLDPRWQARREPEQPGSFFEPGARSAAPTASPTAPPTRDFGAGSPSSARDFGAGSPSSARDFGAGSQPSSARDFGAAPTAQPQASPPARDFGSGAPGYGSTSRDYPAGGFPPAVNGYQAPPAATGYPAAPQANGYAPGAGGYAGTAYPPQAPAPQAPAAPAPSAQAPSAQAPAAQAPSASAYPATAPAPAYPRNPAAQGPVVPPQAAPRIPAAAPAPEAGSPPAARIEWRQTRTDDGVDRAASVLRRKLGKPRVLAFANPKGGVHKTTATVLAAATIGSVRGRGVLAWDDNELRGTLGLRAGSARHARTIKHLLADLMRIESLHGDALLQELDAYLRHASDGSYDVLAGEENPRFAQRLDQDTVRRVTDLLRRTHDVICVDTGNNVESVNWQTVMRTADQLVITTVPREDAAFTADWMLDVLEESGMGEMVANAVTLISCPSPGPLPLLEDFKKHFATRTRAVAVVPYDPALEVGSSIEYGDLQAETRQAWLRAASTMLEPFAE >SDI37994.1 Glycine reductase complex selenoprotein A [Alteribacillus bidgolensis] MDQVVQEEVKKATEKYGSENVYVILGSPDEDSAEIFAETVTAGDPTYAGPLAGVALGLPVYHILEDEIKELIPEDVYQDQIGLMELSLNKDEIIDAMKSARASQIV >WP_035109232.1 DUF1659 domain-containing protein [Clostridium tetani] >KGI36921.1 hypothetical protein LA33_12460 [Clostridium tetani ATCC 9441] >KGI39507.1 hypothetical protein LA33_02035 [Clostridium tetani ATCC 9441] >KGI43013.1 hypothetical protein KY55_08230 [Clostridium tetani] >RXI44037.1 DUF1659 domain-containing protein [Clostridium tetani] >RXI67457.1 DUF1659 domain-containing protein [Clostridium tetani] MAITKDTYSTNLVLELDLGVDEKGKQKRKNKSLFKLDVLATDEDVYAIGEAASKLLEHSMISISRINKNLLLG >KAJ6253787.1 protein disulfide isomerase [Anaeramoeba flamelloides] MKIFLYFTLFLILSVAFCKEEKEEEKTETEKINYLSVVDVKKLQKKEKDFFLLISAEFAPSSREFETVFKEIIAPFVEKDLFEFQYYDYQQEDREFAMELGLKALPSLVLFKDGKHVDSFNDGFAEELVRNWIAKHHLPTISKIENEEDLEDFKTKYSLVVYAEFPENKKTNKMLKKIAKKKSFSNYVFTMKNGEESVLKLLRNKDSKEIVYDGEWKSDLIEEFLDINHIPFLQQLTRTNYEEYFEIERPIGFVFFNLEDEKNDDEEEINFSELPTNKLISEFEAEYTNKIWFAWSNAEDVKGFAEKYGLETYPGIVIIDNKNNQYYRFEEEWGKEGLEKFFKSFLEGKLEPSIRSQPIPEENDGPVKKVVRKNWDEIVNDPEKDVFVKVYAEWCGHCKQLAPVYEELAKKFAKVENLVIAEIDGANNDLGNGASVTGFPTLIFFPAKDKMNFVTYQGGRTLEDMAQYLKQTAKTADFSVLEEEKEEKEEKKEKKDKKKKKNKKDKKKKEKEL >QZU16279.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSTIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLPGCDGGSLXXXXXXXXXXXXXXXXXXNLKQLPFFYYSXXPCESHGKQVVSDIDYVPXXXXXCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIHLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_106735761.1 A/G-specific adenine glycosylase [Escherichia coli] >EFH9279950.1 A/G-specific adenine glycosylase [Escherichia coli] MQASQFSAQVLDWYDKYGRKTLPWQIDKTPYKVWLSEVMLQQTQVATVIPYFERFMARFPTVTDLANAPLDEVLHLWTGLGYYARARNLHKAAQQVATLHSGKFPETFEEVAALPGVGRSTAGAILSLSLGKHFPILDGNVKRVLARCYAVSGWPGKKEVENKLWSLSEQVTPAVGVERFNQAMMDLGAMICTRSKPKCSLCPLQNGCIAAANNSWALYPGKKPKQTLPERTGYFLLLQHEDEVLLAQRPPSGLWGGLYCFPQFADEESLRQWLAQRQIAADNLTQLTAFRHTFSHFHLDIVPMWLPVSSFTGCMDEGNALWYNLAQPPSVGLAAPVERLLQQLRTGAPV >MBS8550192.1 IS5-like element ISKpn26 family transposase [Escherichia coli] TINRWLAEAGVMMTQGTLVDATIIEAPSSTKNKEQQRDPEMHQTKKGNQWHFGMKAHIGVDAKSGLTHSLVTTAANEHDLNQLGNLLHGEEQFVSADAGYQGAPQREELAEVDVDWLIAERPGKVKTLKQHPRKNKTAINIEYMKASIRAKVEHPFRIIKRQFGFVKARYKGLLKNDNQLAMLFTLANLFRVDQMIRQWERSH >UPA83906.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLXSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTXXXMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAXXXXXXXXNCXXXXXXXXDDNLIDSYFVVKRHTXXXXXXXETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALXXXXXXXXTEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNXXXXXXXXXXLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_004208647.1 MULTISPECIES: pirin family protein [Sphingobium] >MBR2267693.1 pirin family protein [Sphingobium sp.] >WIA57531.1 pirin family protein [Sphingobium sp. WTD-1] >ATP18138.1 hypothetical protein BV87_06890 [Sphingobium yanoikuyae] >AYO78677.1 pirin family protein [Sphingobium yanoikuyae] >EKU76227.1 pirin-like protein [Sphingobium yanoikuyae ATCC 51230] MIELRPFDSLGGANHGWLDAKHHFSFAGYHDPARVHWGNLRVWNDDTIAPGTGFPPHPHRDMEIITYVREGAITHQDNLGNKGRTEAGDVQVMSAGTGITHSEYNREDVTTQIFQIWIIPTRDGEAPSWGSRPFPKGERSGQFVTLASGYGNDNDALPIRTDARVVAATLKAGESAEYPIGKDRKAYLVPATGAIQIDDVRANARDGVAIQDLDVIRVTAIEDSEIVLVDAA >WP_053816212.1 TolC family protein [Vibrio parahaemolyticus] >EGR1587859.1 TolC family protein [Vibrio parahaemolyticus] >EHH2505336.1 TolC family protein [Vibrio parahaemolyticus] >EHR1202168.1 TolC family protein [Vibrio parahaemolyticus] >EHR5854895.1 TolC family protein [Vibrio parahaemolyticus] >EIA1493695.1 TolC family protein [Vibrio parahaemolyticus] MKQTGKFWVLGLISSSISLACHSAPITFDTAWQLLLENNYSLKAQRANVENYQYQESATSNLNLPQVSIGANYTRLDTDVTLSGKQILDSTGTHINVPPAFQPIFGALANTTSTITERDIFSSSIRAIWPIFTGGRISAAQSAAAGKTDEAKSQLAMEQQARFEDLSKYYFSVVLAKEVLVTRQAVEQGLKKHRDFAIKLEEQGQIARVERLQAEASLDKAKVETRKAASDLSIAQAALGKLLAQEDSVEPAETLFINDNLPPLSAFIDQTLLTYPGLDILDAKHKQASSLIKAEKGKYYPEVYLYGDYSLYEDDSLASQMKPDWLVGVGVNIPLIESTGRSEKVKAAQSVVSQVDALKSQAKQDLSLLVQKTYLEAQQAIDEVQGLESSIALANENLLLREKAFTQGLSSSLDVVDAQLYVASIETQRSAARFRYLISLTKLLALSSEMNSFEQYQNTAYAPAKISKEVK >HCI22783.1 MurR/RpiR family transcriptional regulator [Clostridiales bacterium] MEQSSINVFERISAEYYNLTTAEKKAADYVLSHQRKAQDMSITELAAASGVAEATVSRFCRRLGCKGYNAFRLAIANSIAQRPQQSNPLSGEVLDDDSFSDVCKKLYTANVSAMTQTLELVRPEEYIRAADLLEQADRVLCMGQGGSMIIAMEAAHLFSTASGKFFSVTDSHMQAIAIATAGENDVILFFSYSGATKDLIETLSYARERGLRSILVTHFANSPGAGHADVTLLCGADESPLQLGSVGARIAQMYLLDVLFSELCRRNLDACRQSRARIAAALADKHL >WP_116701099.1 phosphoglycerate dehydrogenase [Labrenzia sp. 011] >PVB59476.1 hypothetical protein DCO57_22165 [Labrenzia sp. 011] MKNVLVSNIMMLKEKDRFDKSIRDLGYTPIWANPDQFLSEKECLDSVGQIDGWLAGDDRITEAVLEAALPRLKVIAKWGTGIDSIDLDAAKRLGIPVKNSPAAFANAVAEVALHFMISVSRKLVEIDRALREGQWPKPQGRELAGQTLGMIGFGAIGQRIGELATAFGMNVIYYDPVQNGPKRFFGKDAQPASLDEIATDSDVICLACAYTPQNHHIVGPEFLRKIRSSSFLVNVARGPLVDQEALVLALKEKRIAGAGLDVFEVEPLAKDDPLLGFDNVVLCSHNANNGRAAVEYVHENTLNNLKSILG >YP_009919788.1 Nad3 [Metschnikowia dekortorum] >YP_009935234.1 Nad3 [Metschnikowia similis] >QMQ98471.1 Nad3 [Metschnikowia sp. UWOPS 03-167b3] >QNS23159.1 Nad3 [Metschnikowia bowlesiae] >QMQ98441.1 Nad3 [Metschnikowia dekortorum] >QMQ98573.1 Nad3 [Metschnikowia dekortorum] >QNS23131.1 Nad3 [Metschnikowia similis] MFTFYLYLAPFVACTLMTINYLISTSNSYIEKDGPFECGFTSYQQSRSAFSVAFILVAILFLPFDLEISSILPYVVSAYSNGIYGLSILITFLSTLVIAFVYEINLGALNLERRYINKVKELKIKWLN >WP_004660460.1 MULTISPECIES: alpha/beta hydrolase [Acinetobacter] >ENU27749.1 hypothetical protein F992_01046 [Acinetobacter modestus] >KKW81128.1 hydrolase [Acinetobacter sp. AG1] >GGA32105.1 alpha/beta hydrolase [Acinetobacter modestus] MNSIIQMDSDLNHTYTGFGFFDIYNKNSFKQPARTTWIDGWKIEYMAIADPKTIYNTPIVIVGGAFQNFNSYKYCVEQLFESGPVILIDLPSMGANQQIRNVDTGESAGILELPDLSKMLGQWLDIVGIDKVSVMGMSLGSVVASSFAHQRPELIDRMVLMGVMQKTRKSWRMLLEESLHLMREDRMEEFGQAVILYLVNHAKLDKTRMSPTAKRLFFRQMAEFTATERERYEINCNRLLRLSNVPVAQCKTLVAAGQYDSFTLPHENADFALQCNNMEFALIANADHVPQLQRRKETMTLFTTFLKGESIDNLDGIIPMNREQMKNIERRGEERIPVLKPDTKLSHRHSDTEVAVKIVDITFFGVYLKLDHLDQLDFVSQHPRDLALHLADEEGEFKIECLTFEATEQGLRILFKHGSFDVADRLSRFIERQKQI >WP_004727834.1 GNAT family N-acetyltransferase [Vibrio furnissii] >EEX40702.1 acetyltransferase [Vibrio furnissii CIP 102972] >QDC95372.1 GNAT family N-acetyltransferase [Vibrio furnissii] >UON50805.1 GNAT family N-acetyltransferase [Vibrio furnissii] >SUQ33105.1 Acetyltransferase [Vibrio furnissii] MSTIGESLQEKFGESLILSPNLVMKPITAQAWPLFQALHQNPQVIALCFDPPSEAELKAKFAQRLMPWQMNQNRWLCLTIQERTTGEWIGITGFIDHEGVAEVGYLLLAEHHGKGYGTESLRAVIEWAQQEHDIQQYRAIVTQGNVGSERVLEKCGFTLTRIEPLAYEIGGTRYDDHIYTLPT >GFX07062.1 transposable element Tcb2 transposase [Trichonephila clavipes] MSTMSQRSHLTDSEAWRVVRNAARIPGQGRRWATTPNEDRYLVLTAQRHRNMNTTLLQQHLRSATGTTVSTQTVRNQLHGVGRMLADRWLVYGGISIDGRIDLYIIRDGPLTARRYRDEILRPIVVPYAAAIGDDFILMDDNCRPPRANLVEDFFFEEGIVRME >NXG47881.1 TCPA protein [Psilopogon haemacephalus] VTAASAIANIVKSSLGPVGLDKMLVDDIGDVTITNDGATILKLLEVEHPAAKVLCELADLQDKEVGDGTTSVVIIAAELLKNADELVKQKIHPTSIIGGYRLACKEAVRYINENLVINTDELGRECLINAAKTSMSSKIIGIDGDFFANMVVDAALAVKYTDQKGQARYPINSVNVLKAHGRSQKESILVNGYALNCVVGSQGMTKRIVNAKIACLDFSLQKAKMKLGVQVVISDPEKLDQIRQRESDITKERIQKILATGANVILTTGGIDDMCLKYFVDAGAMAVRRVVKKDLKRIAKASGATICSTLANLEGEESFEAIMLGQAEEVIQERICDDELILIKNTKARTSASIILRGANDFMCDEMERSIHDALCVVKRVLESKSVVPGGGAVEAALSIYLENYATSMGSREQLAIAEFARSLLIIPNTLAVNAAQDATDLVAKLRAFHNEAQVNPDRKNLKWQLTVFLPCRIGLDLINGKPRDNKQAGVFEPTMVKTKSLKFATEAAITILRIDDLIKLHPETKEERGCYEDAVHSGALEE >WP_110984669.1 AI-2E family transporter [Acaryochloris thomasi] >PZD74596.1 hypothetical protein C1752_00688 [Acaryochloris thomasi RCC1774] MTTLDYFQWWKQLSVPSRLLMVGLAAPILVLNFWAVATIANFLGVLIAIIVVASLVAFLLNYPVSWCMQRGLRREPASIIVFLLTISLLTGLGLILFPVAFTQAQQLINRLPEWMESGRDQFILLSQQMEERGLPLNLDVLTVKAFDRLEGQLQTLTKSVLNIAVGTVSSVLDILISLVVSIILTFYLLLHGDEIWQSFIRWLPRDTQQPVSQTLRLSFQNYFIGQLIYGICMTAVLIPAFLILKVPFGVLFGLTIGTMALVPFGGTVGIILVTLLVALQNIWLGLKVLAVAVIAQQILENLVAPRILGSMTGLNPAWIFISLLVGAKTAGLIGVLVAVPTAVVIKTALMSLRSRMGLPYTPTATVPPPGKKLEKKPPKTISEVPQA >WP_050342552.1 YwqG family protein [Selenomonas sp. oral taxon 478] >AKT53944.1 hypothetical protein ADJ74_05540 [Selenomonas sp. oral taxon 478] MKTAQEYIEERSFFDAVKVLYEVPEAERDALWNYRMGYSLYFFAVNRYPKLCILRLALGYLERADEDAESKAEIERVFYGKPGGMTARCQEAVENKHGWYAEEPVSMSVEQLVREAEAERERVRREVTAFFERTQRREIAISHHPAQEKLPVGASKFYGTPDLPADFDWPYYKGTDFEGVTKNRPLAFLAQINLGEAAPYDRTGLLPKTGVLSFFYETASMEWGFELKSEGYARVYYFPETEGLVPTKIPEETKEWSVGEQALTFADAVSLLSSFAYSRSCGKEVDWDTYNELRTEFGYDAAAHEDNPMKMLGYADEIQGEMEPECELYSRDIEGDVQEELSEEEEAELVRNAADRWVLLFQMGTVEDGETELMYGDCGLIYFWIRKEDLAARNFHHVRLILQCG >WP_266708839.1 alpha/beta hydrolase [Streptomyces sp. NBC_00102] MHTHTRAHRGTALAGAALLTAVALAGCDGSAKAGSTGGAGKADGAAPGRTASTTATPAPGPSALPAALTSQKPDWKRCAAPEGGNAPGSAWRCATIQVPLDYRKPDGDTIGIALIKRGATSTAKRIGSLLFNFGGPGGSGVGTLPLAAEGYGRLNARYDLVSFDPRGVAASEGVNCRSDGETEASLKRVDLTPDTPAEEAAFMKDGADTGAGCEKGSGKVLPYLTTTNTARDMDLIRQVLGDRKLYYFGMSYGTELGGTYAHLFPGNVGRVVLDAVVDPTADTVGHARNQATGFQRALENYLKDRGEDPQAGNARIARLLAKLDKDPLPTDSGRMLSESLAVIGIVTPLYSQSEWPLLTQALDEAENNGTGNTLLALADSYNGRDENGHYDTMTQSQRAISCADSTARPTADQARALLPEFRKLSPVFGPFLAWDTAGWCSDWPVAGEHDTPEASAPGAAPILVIGTTGDPATPYEGARRMATELGKGVGVLLTNKGEGHGSYGNGTCVTARTDSYFLDGKVPADGSVCSS >WP_274323930.1 hypothetical protein [Halosimplex sp. XZYJT29] MTYEINSPPSDGQSIDAICELLADDRRRFAVSALAEREPPVALVDLARDVAARKAETDVRDVPADRVEEVAASLHHHHLPKLDDYGGIAYDAETKAVDVAEIESLSRHVPAAER >WP_133448963.1 hypothetical protein [Mycobacterium paragordonae] >TDK95710.1 hypothetical protein EI067_15865 [Mycobacterium paragordonae] MTSDDTTTTDPSAAVPAAAAAPAAPVAPVAPVVAEKRRFSTRVVLGAGLLGGLFGAFFTAGAAFLIMAFGFGPPPPPGPGFGPGGSSHFGFPPPGGPGGPGGAGGPMAGPRGPLGMAPPLGPGGPGMRPPFPGGPPPMMGPGGPGGQQPPGPGQVPAPPSASPSPSPAAPR >WP_044459070.1 2-hydroxychromene-2-carboxylate isomerase [Rhizobium sp. UR51a] >KIV66154.1 2-hydroxychromene-2-carboxylate isomerase [Rhizobium sp. UR51a] MSRKTVYYYHALSSPWAYLGWPQFKALIEKHDLDVVVRPTRIVTENGGVPLRSRPQPRQDYHAVELERWRKRLGMPLVLKPRYYPTNNEFSARMVIAADRQGLPALELSHALLRALWAEEQDVTDPDVRIAVANGLGLDGRALRALEDTPEIMAAWHDSHVEAQARGVFGTPTWIYRDTLYWGQDRLTFLDDALSED >MBZ0271896.1 DUF1697 domain-containing protein [bacterium] MPKNRPEIYVAVLRGINVGGKHRLAMKDLAAMFEDAGAIDVRTYIQSGNVVFRASEGVAASLPARVAAMIEERLGFRAPVVTRTAGEIDRIAKSNPYRAAGADPKSLHVVFLAGKPDASRVRALDPDRSPGDEYTVAGSVIYLLCPHGVARTKLTTDYFDAKLQTTSTTRNWNTVLKLRELAKE >KAF2871612.1 hypothetical protein BDV95DRAFT_493551 [Massariosphaeria phaeospora] MSSPNSYFVPGFGISRAVIQNEIRYHCGPDAIVRPFTHQGRDGFLVTTAGPPLTKAQIEDLKAASREYEEKQSRRADEADVFVNQPIPVNQRIRRSG >OGF51096.1 hypothetical protein A2231_08845 [Candidatus Firestonebacteria bacterium RIFOXYA2_FULL_40_8] MKKYILGALIMFFVFPATAEVKVILDIKETATSFIFIDGENEVAREVYDTNGNFKSMTGKIPDGVYKFYYQDGKTLRFEYTYKYGMKVFTKVYTRDGKLSSDAEYMYNKLNGKRNTYYKDGVLRQSISYKMGKKNGSCLTYNESGKKESEENYKEDMKYGKRMAYYPTGILESEENYKNDSLDGPAKKYYETGKIKEELNYTVGRGEGVYKKYFENGNLEVEAAYVNGSVKGIVKRYEPDGKLLSAVDENK >KAA0015115.1 MAG: deoxyhypusine synthase [Thermoplasmata archaeon] >OYT61077.1 deoxyhypusine synthase [Thermoplasmatales archaeon ex4484_30] MKRIYPCFTPYGQAFNSARLNEACRIYEKMVEDDTVICLTIAGALTPAGVGGAIIELMKRGLIDFIISTGANLYHDIHFALDLPVYKGSHSVDDRELAKEGIVRIYDIFLPYETLFKTDEYLQNCLDIEGKFSTAEIHYHIGRKLLKEKKPAYSILAMAAKYNIPIYCPSPGDSSIGMNIAYLKAKGKNISVDVEKDVLETASFIHFSKKSGAVILGGGAPKNFFMQTQPMLSQILKLKAKGHDYFIQITSDSPHYGGLSGATPHEAISWKKIDAESKTHVTIYGDCTIVAPLLFEKVKNMKRKHKELYRKRGEFLKKLMDDIANL >MCD6081740.1 type II secretion system protein [candidate division WOR-3 bacterium] MWPLRSREGFTLVELLMVVLALGIFAAVLMPRYFALHKQALRASFDATVSNIRSGVEAYHYACLAGKFDKYDPNNVIYCPTNPLISYDPYYVHNVESGNPFYQPNPWPSVLDYSQAGAEATYQYPFFWVILEKPVTDGWTKRSDMLADTIWYYGPRKIDSFAYIRVTGKIFVP >WP_074527819.1 allophanate hydrolase [Pseudomonas psychrotolerans] >APQ10333.1 allophanate hydrolase [Pseudomonas psychrotolerans] MTFDLRLATLRAAYAAGTQTPRALVAELLEKAEQLNPEYRLFIHLLTPAEVEPYLAALDGRDPAELPLYGIPFALKDNIDLTGIPTTAACPAYAYVPERSATLVERLVALGAVPLGKCNLDQFATGLNGTRSPYGACRNSVHPDYPAGGSSAGSALAVALGVASFALGTDTAGSGRVPAALNNLVGLKGSKGLLSTAGVVPACQTLDCVTFFTATAAEASELLALGAQPDPRDPYSRANPQWNDASAFGTPRPFRFGVPTQLEFLGCPESPALFAAAKAQLEALGGEAVPLDLTPFLEAARLLYEGPWVAERYSVAGALIEADPEAVLPVIRAVLEKAPGASAVDAFRAGYRLQALKAQCDALLAELDCVLTPTYPRPVTLAELAAEPVARNADLGYYTNFMNLLDYAAVAVPAGVMSNGLPWGVTLFGRVFTDQYLLSLAAALQETQGLPLVGGTLPSASLPARAARHDRARLVVCGAHLQGLPLNGQLLARGARRLALTRSAPRYRLYALAGGPPLRPGMVRVAEDGAAIEVEVWELPSSELGSFLTGIPAPLGLGKVELADGSWETGFICEPYGLAGAEDITAHGGWRAWLAAGNGS >WP_108511015.1 glycosyltransferase family 4 protein [Helicobacter pylori] >PUD66278.1 methicillin resistance protein [Helicobacter pylori] MLWVLYFLTSLFICSLIVLWSKKSMLFVDNANKIQGFHHARTPRAGGLGIFLSFVLAYLFESFEAPFKGFFVFLGLLLVFLSGFLEDINLSLSPKIRLILQAVGVVCVISSTPLVVSDFSPLFSLPYFIAFLFAIFMLVGISNAINIIDGFNGLASGICAITLLVIHYIEPSSLSCLLAYMVLGFMVLNFPSGKIFLGDGGAYFLGLVCGISLLHLSLEQKISVFFGLNLMLYPVIEVLFSILRRKIKRQKATMPDNLHLHTLLFKFLQQRSFNYPNPLCAFILILCNLPFILISVLFRSNAHALIVISLVFIACYLMGYAYLNRQVYALEKRAF >WP_167197999.1 phosphoribosylformylglycinamidine synthase subunit PurS [Roseovarius gahaiensis] >NHQ75215.1 phosphoribosylformylglycinamidine synthase subunit PurS [Roseovarius gahaiensis] MKARVHVMLKSGVLDPQGEAVRHALGQLGFDGVEGVRQGKVIELDLAETDAEQARATVTEMCEKLLANTVIESYSVEIA >QDH16072.1 redoxin domain-containing protein [Oecophyllibacter saccharovorans] MAFPAFDLPALLPPREGQEDYHPGRLTRQALPEGRPWLVYFYPRALTSGCTTQACALRDGLAAPESVERAHGLLVLGVSPDPVSRLKRFAEKEQLNFPLLSDEDHRLAEACGVWQEKKLYGRVSMGIVRSSFLMDGAGIVRAVNPKVRAATHHDWLRQTLQETPLPQPPGGQAGVKLQAS >NGP45824.1 23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Litoribacterium kuwaitense] MEQEWITGKNPVIEALRAGRSMEKIWIQKGAQKGQMKQVFSLAKEAGLVIQEVPKQKLDQLTDQAHQGVAALVAAYVYSSIDDILKRAADRGEPPFLLLLDELEDPHNLGSILRTADASGVHGVIIPKRRAVGLTQTVAKTATGALEYVPVARVTNLSRTIEDLKKQGVWIAGTAAEAEADYRTLDAGLPLGLVIGNEGKGMSRIVREKCDFLIRLPMVGHVSSLNASVAASLLMYEVYRKRHPLGE >MCB9315714.1 AraC family transcriptional regulator [Lewinellaceae bacterium] MMLIKLLPIALIVGMLILLAALYLKARRSSRLLVKYRQRHEEQAVALRELNKLKTQLAALLPRERSPGNDKAMLQEEMLDQIRSLLKFYHKHRKAVSADNAGDQAADGHTADAEWLMLVETTVREHMADSHFNIDHLAKLMRMSRKSLYRKMRACTGLSVNEYIREIRLLVAREKINSGEATNLNNVAAAVGFRTSNYLSRLYRERFGKAPLD >WP_165144904.1 MULTISPECIES: Cof-type HAD-IIB family hydrolase [Paenibacillus] >KAF6576615.1 HAD family phosphatase [Paenibacillus sp. EKM206P] >KAF6591251.1 HAD family phosphatase [Paenibacillus sp. EKM205P] >MBM0631936.1 HAD family phosphatase [Paenibacillus polymyxa] MKLFAIDMDGTLLNEEGKISKVNAEAIRQAQKQGVQVTIATGRAAYDAWTKLEEAELITPVIGANGATVHDVHRRQLTSTPMGRSETFEVLSWLHDNDFYYEVMTDRAIYSPQNGHQLLAVEMDRSLSANPDILLDTLLHAAEKQYEQTGHTRIASYEDIPLDVEIYNVLCFSFDQAKLDRGRERYQSFQGLNMVISSDRNFEVEHKDASKGNALRYLANHLSIPMQEAVAIGDSYNDISMLTMAGRGIAMGNAKDDIKAVCSEVTLTNTEDGVAHALLNILKTVEADTVK >GLC62462.1 hypothetical protein PLESTB_001902200 [Pleodorina starrii] MAAVIAASHETPAPVLVPFDPSSGMALPMVNLQTISVSNRDAVVQSLVHAYVRDRETYSMLDNDLRVRSVLARSSGAALQSMRSLWSSENPDYPQSKYGANARMDVEILSVTQITNDRAQVRLRKRLQDSDGETRGLFTATLAFRYDTTEARSLEDVWINPFGFSVYEYAITSDRSEIQ >WP_068051662.1 long-chain fatty acid--CoA ligase [Mycobacterium sp. E342] >OBH37299.1 long-chain fatty acid--CoA ligase [Mycobacterium sp. E342] MDSTMLDFPLTISAIMRHGCGIHGARTVTTATGAGYRRITYRELGQDAARLANGLRRLGVTGDQRVATFMWNNAEHLATYLAVPSMGAVLHTLNIRLFAEQIAYVANEAEDQVVLVDASLTKLLAPVLGDFKTVHTVIVVGEGDTAAVEGSGKTVLRYADVLEGESPDFEWPELDEKSAAAMCYTSGTTGNPKGVVYSHRSSYLHTMAACTANGIGVGSVDSVLPIVPMFHANAWGLPYAALMAGADLVLPDRHLDARSLIRMVEDLRPTVAGAVPTIWNDVLHRLEEEPGHDMSSLRLVVCGGSAVPVSLMRTFEENHGVQIRQLWGMTETSPMATMAWPPPGTPADRHWAFRATQGQPVCGVEMRIVDDDGRPLPNDGDAVGEVEVRGPWIAGSYYLTADDSKFDSGWLRTGDVGRIDERGFVTLTDRAKDVIKSGGEWISSVELENGLIGHPHVIEAAVVGVPDERWQERPLAVVVAKEGTTVSAEDLRKFLAEKVVRWWLPERWAFVDEIPRTSVGKYDKKAIRARYAEHGYWVVEARD >KFZ09473.1 hypothetical protein V502_08714 [Pseudogymnoascus sp. VKM F-4520 (FW-2644)] MPVCTVLLLSLAVPISQFLSAVSSSSTTPLTIGRVARWIILPNSTSTDKLLAQNIHWDLLLTLPNSNPLPLDLQSLVQHQWIVHAGVPSRLLQNFEAKNAQLLHPKAGDVPELTGSLTKPRTASSSQDLELSPDLKDWISKFGNQEGKGAVSMLNLLAFKDGKKGEYLKYGAEFAKSVGSRRGGTAKIVGTVVRQDGDSGEGWDEVALAHYPSIWHFADMLASEDYQVVNRKYRVGSLRDTFILCTTEIGIETEADKNHAKL >MCF8452598.1 P1 family peptidase [Pedobacter sp.] MQKLFIIVLFSIFPALLMAQNPSRPRQMGLKIGVLPAGTLNAITDVPGVKVGHKTLIIGESVRTGVTAILPHDGNLFQSKVPAAVFAGNGFGKLSGTTQIDELGTLESPVILTNTLNVAEGIQAVIEHTLAQKGNESVQSVNAVVGETNDGNLNDIRGRHVKKEDVLYAIRSAKGGPVTEGNVGAGTGTVCFGYKGGIGTSSRKLPQSLGGYTIGVLVQTNFGGVLQIDGVPVGEELGKFSFSDKLLNNVDGSCMIVVATDAPLDARNLERLAKRAFMGMAKSGGIASNGSGDYVIAFSTAESLRVPHQPAQPVIQAGYLHNDFTSQLFMAAIEATEEAVINSLFAAKTVIGNNGRKIEALPLDKVIPILKKYNRL >WP_179243590.1 TerC family protein [Costertonia aggregata] >QLG47314.1 TerC family protein [Costertonia aggregata] MWVWILFIAIVLVFLALDLGVFNRKEHVIKSKEAGIWTAVWVTVALSFSGVIYWLFSSGLVENPTGLTPNNAVLKYVTGYLIELSLSIDNVFVIAVIFSAFKIPPIYQHRVLFWGILGAIVFRGLMIVFGVALITKFEWIIYVFGVFLLWTAYKMLKSDDTDFDPKKSLVFRQLKKIYPITGTIHGNHFFVKRMGIKAATPLFVALIVIELTDVLFALDSIPAILAITADPFIVFSSNILAILGLRSMYFLISRMLEKFRYINYSLVVILAFVGLKMLFSHQIELPEWVSLTVISVALVAGVVASLAIPQKKEVLKE >UBY01598.1 attachment protein, partial [Human respiratory syncytial virus A] >UBY01612.1 attachment protein, partial [Human respiratory syncytial virus A] >UBY01616.1 attachment protein, partial [Human respiratory syncytial virus A] KKPTLKTTKKDPKPQTTKPKEVLTTKPTGKPTINTTKTNIRTTLLISNTKGNPEHTSQKETLHSTTSEGYLSPSQVYTTSGQEETLHSTTSEGYLSPSQVYTTSEYLSQSLSSSNTTK >PBN43802.1 arginase [Sphingobium sp. D43FB] MAGIAAIGAAVAGDLPLQMPNAGTPAPQMPAEDDMGRPKPLELPKDVEAKLAGVDKAKVDFLKSGVTGRYVEKDALFARIRTGKPEEISAYIDAMQALHAQVEFKAGRDVAAIPLDTRSPWFNAWKARRPNSVDPKRDVGPIELTRYVGGWGGGFATFAGAPVAMTPEDLKAGKVDVAIVGAPLDMGSGWRNAIDGPRAMRMTGGAAGNDMYSMINPNAALKIVDYGDIAIDQNSTERSVDHVREMVAEIARTGAIPIVIGGDHSLEYPNVAAAADVHGKGNVGVIHFDSHYDIGRGRVHLLDHGQPVYRVINEGHVRASDYIQVGLRARGPDLETFGWMRNKGMKYHTMVEVEKWGWDKVMARALKEARGGTKKLWISFDVDVLDPAFMPGTGTPVPGGLTMREAQPIMRNLCAENDIAGIDIVEVAPYLDTSYKTALNSNFLLNACLAGIAMRKKGLKPGYLNPVSVDHGLDSYYGKKN >UNP61785.1 polyprotein, partial [Dengue virus type 3] MRCVGVGNRDFVEGLSGATWVDVVLEHGGCVTTMAKSKPTLDIELQKTEATQLATLRKLCIEGKITNITTDSRCPTQGEATLPEEQDQNYVCKHTYVDRGWGNGCGLFGKGSLVTCAKFQCLEPIEGKVVQYENLKYTVIITVHTGDQHQVGNDTQGVTVEITPQASNVEAVLPEYGTLGLECSPRTGLDFNEMILLTMKNKAWMVHRQWFFDLPLPWTSGATTETPTWNRKELLVTFKNAHAKKQEVVVLGSQEGAMHTALTGATEIQNSGGTSIFAGHLKCRLKMDKLELKGMSYAMCLNTFVLKKEVSETQHGTILIKVEYKGEDAPCKIPFSTEDGQGKAHNGRLITANPVVTKKEEPVNIEAEPPFGESNIVIGIGDKALKINWYKKGSSIGKMFEATARGARRMAILGDTAWDFGSVGGVLNSLGKMVHQIFGSAYTALFSGVSWIMKIGIGVLLTWIGLNSKNTSMSFSCIVIGIITLYLGAVVQA >MBI3778926.1 peptide-methionine (S)-S-oxide reductase MsrA [Gammaproteobacteria bacterium] MRKTPSGFAVLLSGLLLGIALVATAAEPVAQGKTATAVFAGGCFWCMVHPFDELPGVMSVTSGYTGGHKPNPTYHEVSAGDTGHVEAVQIVYDPQKIRYEKLLDVFWVNVDPLDNGGQFCDRGSTYTSAIFYQDGEQKKLAEQSKAAIEKKLGKTVVTTIRPAATFYPAEDYHQDYYKKNPLRYKYYRYSCGRDQRLEQLWGGKNRE >WP_055947144.1 SAF domain-containing protein [Agreia sp. Leaf244] >KQO08825.1 hypothetical protein ASF06_11875 [Agreia sp. Leaf244] MDRPAERLRTHRRFFVDPRFLIGITLVVVAAVGVTWLVATVDETTDVYVASSTINTGERLTVDDLAVAHVRLGSAADRYLRPDDIPAEGAVVVRAIGRGELVPSASVGAARSVDEAQVVVTVSGPVPSIVDTSSRVTLWASAASDSGSVFEAPVVLVARAEVVSVVESAGLVASGTDVQVELRVPRESVASVLEAMANGAALAIVPDDEPLVAK >EHW4033744.1 hypothetical protein [Salmonella enterica] >EHZ1188370.1 hypothetical protein [Salmonella enterica] >EIT3440144.1 hypothetical protein [Salmonella enterica] MLCAFPAYASGPDCLHRRSGGCRAFRTRRRRTGKPAAPVSAPLVQPEEGLARHALSADNHTTVSVKRVVFTGNPPGLKGLSEADLQCELATDLNHPQTFAGLEAMAQKITALYRHHGLLVARAVLFVGRCFYWTDYNLPEWLALERYGFCTWDAMQDPFSRRMELRRFSRLCVDVKDAGEVLRLKQISGLAELFGDETFSQAWTVE >MCA9004139.1 thioredoxin family protein [Planctomycetaceae bacterium] >MCA9019596.1 thioredoxin family protein [Planctomycetaceae bacterium] MKRLPKSIQWGIIGFSIVALVGISIELSKAETKKADAINWHADLESAHKASLKSNKPVFIVFDASWCTYCRKLEKDTLSDPRMSRYLNQAFEPVHLDFDKDRKIADVLDVKSIPCTVVLSSEADLLARQVGYAKVPRYHSMLEKARKLQAVIHHIEYSDSH >MBM3534697.1 DUF1636 domain-containing protein [Alphaproteobacteria bacterium] MPSRPSSHRQARSRPLSRSAGPVPGMAAKGRCMTTMSPPICLSVCMRCKPSAWSGDDDRRPGAVLAEEIDRRCVADGVCDIVLREIRCMSQCNRPCVAALSCDGKFTSLFGDLAPQRDVEALFEAVNLYRMRRDGVDGPLRATACTPRRYPRADSSARIGVRPRASTGLSLKTCSPRLGVTPAFDRTAHRGISAGKIATLERPAAMDSRQILRRALLAGAVALTTLVLPSMTYAQQGDALLRVVAPWEYTSNDPTDTGYILARMGIADTLVQVEPDGKLIGGVASSWTIDADKLTWRFALRPGATFHDGSQITASAVATSLKAAFAGESLSAVPFDGVAAEGEQVVIRTRTPFSVLPPFLTDYASVILAPSSYGSDGKVQKIVASGPYRIAAIDGKTILDLERFDGYARTKPAIAKVRYTAVGNGNTRANIAVAGDADLVFTVAPTAISRIDAAGQMKVESVTIPRIRPIAFNSGLAQFEDVRVRRAISMAIDRAGIASAILRHPGSAATQLLPPLMKDWHDPSLPPIAYDVEGAKKLLAEAGWVPEADGIRAKGGVRLAARMLTLSGRAELPVMATAIQAQLRQIGMEIAIEAGQAAIIPAAIKDGTMQMTMFARTYVNVPEVIATIIPDYTRERSTWGTMNWPGRDRIRPLTEEYVTSFDDARKAALRREIMKIIHDEAPVIPVSWFEHTVAVSKRVTGVEIDPYEMRYLIDRVRFR >MCE2152122.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2153841.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2185301.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2186909.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] >MCE2190231.1 phosphoribosylglycinamide formyltransferase [Streptococcus thermophilus] MAKRIAVFASGNGSNFQVIAEQFPVEFVFSDHRDAYVLERAKNLGVASHAFELKEFDNKEAYEGAIVKLLDEHQIDLVCLAGYMKIVGPTLLAAYEGRIINIHPAYLPEFPGAHGIEDAWNAGVDQSGVTIHWVDSGVDTGKVIKQVRVPRLEGDTLDTFETRIHETEYKLYPEVLDSLGVVRK >WP_090467430.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mucilaginibacter sp. OK268] >SDP61352.1 Alkylated DNA repair dioxygenase AlkB [Mucilaginibacter sp. OK268] MNADNQLNIFSPARHNLLPFDGEVFLYPNFYQEDGVYDVFDELKHSILWKQDKMKIYGKSVNFPRLTSWYADGDKTYTYSGVVNTPLPFTPLLLQIKEAAEQQCNKPFNSALLNFYRNGEDSMGWHSDNEKELSGNPVIASASFGATRTFQFKHKQQKNAKVSMALSNGSLLIMQGETQHHWLHQVPKTTSEAGPRINITFRDIKY >EHR8930749.1 autotransporter outer membrane beta-barrel domain-containing protein [Escherichia coli] TMVGSGGLLGVVQDILLLGNNTIADSGKIVSDEITLSITNNGHLHFLNNSAATYTFDLTGTGDLKVDGGNLMLSGTLSQDGGVSIVNSGTMVMDDLQATADLTMQAGTSLSLEQNSTLAGRIVGDGAGAGNVTVRSSLWELKGDSTVGELTMDNGTVHFHSPQSENWHPA >KOR85988.1 sulfate transporter [Bacillus sp. FJAT-22058] MKGSSRFEGYNLGHFQKDLVAGVVVGIVAIPLAMAFAIASGVRPEYGLYTSIIAGIMVSLFGGSKYQIAGPTGAFVPVLLGVVMQYGYEKLLIAGFLAGIMIFLLGVFKLGRFIKFIPRPVTIGFTAGIAVIIFSGQIANFFGLSNLKKEEVFLLNMKEILVNFNTVNIYSVLVASISLTLVILTPKYLPKIPGALLGLIVSTLVASLFFPGQVATIGSAYGAIPNALPHFQFPHITGGLVIELLPAALVIAMLGGIESLLSAVVADGMTNSKHNSNKELMGQGLTNMIAPLFGGIPATGAIARTATNIKNGAVSPISGVIHGLVVLLVLVSLAPYASAIPLASMAPILMFVAWNMSERKEFSHILKAKTMDSVVLLVTFVLTVVIDLTTGVGIGLLLAILSFVKLMSGTLKLSKVLPDPADKLVKPEMVQQGSSCPQINIYTIEGPLFFGTIERLQEEIDEIMRSKPIVLLLRMSNVSFIDTSGEALLTDIVKQFKFHNLQVLISGIQQEPKEMLRKTGFIELVGEEQFFSSTGDAINKALSKLDENRCKGCKQFSFAECTALSQQVQKPALLKQSRKREIGLT >WP_264950959.1 hypothetical protein [Prevotella copri] MKTQAQEVSEPLDSIIKTLKLKEVVVKAKKIRQSGDTISYAASSYISKDDKVLEDLLRKMPGVEVIGNGQIKYNGQWVNEFYIEGADMLGDNYGEATKNLDAKAIGSVQIMENHQNIKLFQGTKSGNAPAMNIKLKQTAKGAWTAMLSVAVGGQPKLARNMTLNLMNFRRNSQNLTLLKTNNVGDDLRKEINASSSLNSVLGAGILLPDKPAVSDLYAYRNDSYSASINQLYKLDKDRTLSFNVNYLYDKEKQNATDESRYLLDDGTRYVIQESNQALLGQHFVGGHVAYKLNSSKSYLKNNLSVNASFPKNEGLVNDFVAQTLSGHSFLLSNVMKANYKKKNGGVADLEWKASFVDKRGVLNMSETNMSQLLRQRNFQSEATGSLLAFTIPHLMFNLNGKVMFDWQRVSAGLNSLSDASGSEQKTWLLGAFVSPKILLHFGNRLQWLVYVPVGVKYYHSADGSLDYDKRFFSTCPYSNLTYKPTGRLSFDLTTICEESMPSVLSQMVLKHFVNYRTTMSNPHQVEIAPNRSVKLAFTSSYKDIIKMLFGGVTLSYVDARNGNSMGYQVVDDVVNYIVQPQSTKNRVWQIEQMVSKGFFRWNSKISESLSIGTSRSEYYVGGDCHDGRSDYLQAKISYVASVRKWLNLSISNDYSVSKPYTDGKASGDVYRTFMNASSFTFWLGKQLNVVPSVQYYHNNYFSSGRNNVFLNTVMEYYWGNATLSLKCTNLLDSRTFHRIIDNGITRYSGEYQLRGRTILFGIRIKII >WP_238975975.1 BCCT family transporter [Halomonas campisalis] MTLWAAGIILAFVLFSALDTELAGSVFGTARAWIESTFSWYYIITLVFLIAVCFGLLLSPFGRIRLGDDDSRPDFSTFAWIAMLFSAGIGIGILFFGVAEPLFYLDDSGAFGYPNSPYADLAGATEIGHERAVTALSVTYFHWGLHGWAVYVLVGLSLAYFAYRKKLPLALRSSLYPFIGKRIYGPIGHLVDLLAVFGAVFGVATSLGLGVSQIATGLERLFGIDPGNPTQLALIAGISVLSILSAVSGVGRGIKILSQWNIVMSLVLLGFFLFGGPTAWLLGMFGESLGHYLGNFVQMGLWFPQEEGAAQWQGDWTIFYWGWWLAWAPFVGLFIARISRGRTLREFMFCVMLIPTLIIIGWLSVFGGVAMHQELTAEGGVGSAGLIELVRNWNLPAALFGTIDGISATPWLSWAVSALATLLLASWFITSSDSGTLVITTILSLGNDDPAKPMRVFWGAVIGAVAAVLLVAGGLGALQTASIAAALPLSVVIILMTLGILKSLIQNPAAVRIPSGAAARGKG >WP_212282141.1 hypothetical protein [Bradyrhizobium japonicum] >MBR0993205.1 hypothetical protein [Bradyrhizobium japonicum] MKLTLSKLAFVACVATAAFTATSANAAQYRTYGCDTAFFEGCGIVIETPNAPGRYRPTVTHHDTSPIYMKQTDPRYSSSMRDGGGGGGGGGGGGGGGGR >EAQ06730.1 hypothetical protein SKA53_14321 [Yoonia vestfoldensis SKA53] MRKFLLIPLALCGLPATGFGQSVEDLASVTILPGWRDADGTHVTALRIDLAEGWKTYWRAPGDTGIPPSFAFSDGDITAVQPHFPVPDVYEDFGIRSIGYEDSVIFPLRLTVPQDGAVVSMAGQIEIGVCDEICIPVTLDFAALLPPGGVSDPAIMAALQDRPLTKAEAQVSAVTCTLDPISDGLQMTAQITMASKAAQEIVVIEVGDPQVWVSEPSISRVGNTLSAVVDMVHLSGQPFALDRSTVRITVLGDGQAVDITGCAAD >WP_236248745.1 fosfomycin resistance glutathione transferase [Pseudomonas mosselii] MLNGLNHITLAVSSLPDSIVFYQQVLGFKLAARWDRGAYLSLGDLWLCLSVDQIEAGDLQRNYTHYAFSIRQADFAAFAQRLHEHAVQLWKQDSSEGDSLYFLDPDGHQLEAHVGDLQSRLAACRAKPYAGMVFHG >EFX4914003.1 IS91-like element ISEc37 family transposase [Shigella flexneri] >EFY1288680.1 IS91-like element ISEc37 family transposase [Shigella flexneri] MLPRFADIFQQGNRWLNWLEKQPEGSVRPVVTESVTKIMACGTTLMGYTQWCCSSPDCCHTKKVCFRCKSRSCPHCGVKAGAQWIQYLLSLLPDCPWQHIVFTLPCQYWPLVFHNRWLLAEMSRIAADVILEICRQADVEPGIFTVIHTWGRDQQWHPHIHLSTTAGGVTSGHTWKNLHFYARKVMSMWRYRITRLLSRKYPDLVMPDALAAEGSSKREWNRFLDTHYRRGWNVNVSRV >EFL6071320.1 RNA ligase RtcB family protein [Escherichia coli] >EIV3312609.1 RNA ligase RtcB family protein [Escherichia coli] MASDDLWIESLAIQQLHTTANLPNMQRVVGMPDLHPGRGYPIGAAFFSAGRFYPALVGNDIGCGMALWQTDILARKYNADKFEKRLSALDDVAEESWLEENLPSAFAQHPWRSSLGSIGGGNHFAELQQVDEIIDAELFALAGLDAQHLQLLVHSGSRGLGQSILQRHIASFSHHGLPEGSDDALRYIAEHDDVLAFARINRQMIALRIMQQVKATGSPVLDVAHNFVSACQIGDQQGWLHRKGATPDDNGLVIIPGSRGDYSWLVQPVANEKTLHSLAHGAGRKWGRTECKGRLAAKCTATQLSRTELGSRVICRDKQLIFEEAPQAYKSAESVVQCLVQAGLIIPVARLRPVLTLKNSGGKKG >MOY08337.1 immunoglobulin light chain junction region [Macaca mulatta] >MOY08681.1 immunoglobulin light chain junction region [Macaca mulatta] DYYCMIWHNSGWLF >WP_123363258.1 nitrile hydratase subunit alpha [Pseudomonas chlororaphis] >RON76733.1 nitrile hydratase subunit alpha [Pseudomonas chlororaphis] MSHTHEHHHDHDHDHTEPPEAIALRVKALESLLIEKGLVDPTAMDALVDTYQHKVGPRNGAQVVAKAWFDPDYKHRLLEDATAAIAELGFSGVQGEDMVVVENTATVHNVTVCTLCSCYPWPTLGLPPAWYKSAPYRSRIVIDPRSVLAEFGLIIPNDKEVRVWDSSAELRYLVLPERPAGTDGWSEERLVELVTRDAMIGTGLPRTPGDDA >GIS82389.1 hypothetical protein CM1200mP15_10210 [Dehalococcoidia bacterium] MASETGVLNIAPHNIKERGRLQPGRMFLVSFDEGRIIGDEELKDKLSKKQPYSQWLNENRLTIKDLPAANAPLILIATPY >XP_040342838.1 WASH complex subunit 2-like [Puma yagouaroundi] MMNRTTPDQERAPASEPVWERPWSVEEIRRSSQSWSLAADAGLLQFLQEFSQQTISRTHEIKKQVDGLIRETKATDCRLHNVFNDFLMLSNTQFIENRVYDEEVEEPILKAETEKAEQEKTREQKEVDLIPKVQEAVNYGLQVLDSAFEQLDIKAGNSDSEEDDANERVELILEPKDLYIDRPLPYLIGSKLFMEQEDVGLGELSSEEGSVGSDRGSIADSEENEEEESDEDFATHSDNDQNRHTAQMSDEEEDDDGCDIFADSEKEEEDIEDTEENTRPKKSRPTSFADELAARIKGEAASQVEEQILSIGEGKPRKTPKEKKDRRTPSDDEEDNLFAPPKLTDEDFSPFGSRGGLFSGGKGLFDDEDEESDLFTEAPQDQEARSSVNAVSSSSKPGKKIPAGAVSVFLGDTDVFGATSVPSLKEPQKPEQPAPRKSPYPPAPAGLFDDDDDDDDFFAASSSKPSKTDKVKSTASIFDDEEGDLFKEKAAALPEATVNQTDEKKARAEKKVSGKEDLIQPVELHGVQANPLGREEFFSVNEIFRSMFERTLILIQQDLFSSQNVSKSKEASLLPSKLPTSVSLFDDEDEEDNLFGATAAKKQTSSLLTQSQEKAKPSEPSRKKASALLFSSDEEDQWNVTDSQMNSASDNRSKGELRGSGTNQEQEAKAVKKTSLFEEDDEDDLFAVAKDSQKKTQRVSLLFEDDADSGSSLFGSPPASVPPATTKRETVPEVPPLLFSDEEKEAPFGVKPGDKKVDGGKDSSAVGSTHLVEESEKGGPLTISTQESVEHSDLFSSSSPLDKGTKSRTKTVLSLFDEEEDKTEDQNSIHAPKKEVGKGPDPDTRPKSTGVFQDEELLFSHKLQKDNDPDVDLFSGTKKTRLLEPSAGSLFGDDEDDDLFSPAKSQPLISEKKKVVKKDHSVSSVKNQKHPESTQQGIKEKSTLKPETPQDSPGPAPFKTKEPSPRIWKIQANLAINPAALLPAAAPQISGVKPVLPELAFPSSEPERIHGLESMPALPSSGEAGVSFDLPAQADTLHSANKSRVKVRGKRRPQTRAARRLAAQESGEAEDVNVPRRSIARLVDGDISPGDPQPQPRAAGRKDISEEAEAAAAPTWAGGPVPEVDRSPFAKSLGQSLEDDIFDSGDIFSKGTGSQPTGRRKAKTKAADGLANPTGGSKEKSPMFPSLGEAGSDDDLFQSVKPKPAKKTNPFPLLEDEDDLFTDQKGKKNESKSNGQQEAISKAQDIFEDDIFATEAIKPSQKAREKERTFESNLFDDNIDIFADLTVKPKEKSKKKVEAKSIFDDDMDDIFSSGIQAKTTKPKSRSSQAAAEPRSEQKVSNIFDDPLNAFGGQ >AFA35617.1 integrase, partial [uncultured bacterium] TQNQAFSAILFLYKQLLEIELPKIDALRAKESRRLPVVLSQDEVARLIAHVDGGGGLYRLMVELTYGAGLRLLECCRLRVKDVDFGRRQLVVREGKGDKDRAVPLPDRCANALRTQIARVRRQHAWDLERGLGYADLPYALRRKYPHAERELAWQYVFFSEKLCRDPRNPRGPLYRHHLHESVLQRAVKRAVVQARLTKRASCHTLRHSFATHLL >NQJ73193.1 hypothetical protein [Streptococcus suis] MAEYMVHTRGEVTKVDEERHTYIITANSQEEAALLAKNAFSEMYGSSPENIAASSSMVNRNLKGWLAVILLSIAIILSFIKWFVGGSTKAVVFKPNLIGGIYATFIYGAYLVRFKGVHELFHSILDTALLIVNIVTLSGIINMLLITERFSVLGIGFPIDTQYVILFAILISWIGLKSISGVCLIVVILLGMLKLVTINAAMGNMGILYVLSVTLGVLLYASIEPSIIDAMPFFYDSLEKQSRWVKSDISSFQDTSTMVGKQLLKKSKKGKR >XP_026829212.1 protein PRRC2C isoform X2 [Ooceraea biroi] MSTLSGIVSKGEKGKSKFQSLDINSLYRVSRGESLEPHQQKNTLPRKHGMQSLGKVPSARRPPANLPSLKSETSNSDPAVSLVPSGGSGWATTKDSTSSTTTTTTVATSLDNTTTVSSTAQCAAGTTVSTSLHSLLPGQQNAAQPPFLDQTNNKSSWSAIMSRSGDGTPIVVAVVGYAGLVGGAKGGRGALGLSFLAHQSPQFQHEFPSLSGQPSASVSTQSQTQQSSTTPNAISVAVQHHSLLQQQPYSHNHSGGTPGAQQQSNRELNAQYGPGPSLRPQTEGSWMQGGSRTAGGAAPATPVGPGSGNTPGGQGLPLNMPASGGHTQEGPGGGRQNLGQSPNMGAGPGGQHNSVNNQGSAPASGTHQIGPNLHHYRGLIPPFMYRSNFTGGFPPQFSSNPGSNNPRPRFNYPMDRFPPPQRERVAEEEILTRPIIKEEDLTRMDDISRDAGWAAHDDIDYNQKLAFSDDETESEPSKNDEKKDAKEKKSDDNAVEEKEKSRDNRDARDNRDSKELREPPHRSWTQPSMNRDYRGSNGASGGSYSTQSQLHSVHSLRGVEDDETWNERRRIKVEVASVVERARQRKEEEEKRFQESTKQAAAKKLQDLEQKLKEKQAKHKDEERVQSGESKSLITVPPVSLPIPEWEREKENRERENRERERERERPRTSSEGKDEKLVSGRDARDNLRDGRDQGLTDFRQSDRQNFLRQQDAARGERERDRDRDQRDSRDREQPAFSRHFQNNLPPRFQKQQAERSGANFNRISPNAERPSSQSVPFSQQYDPGRWLHNYNSLNSGMKQSMPPQRRSRTDSDASAPLDDERPPSRDHRGAAPPSRDDRYRHSSHRSYDGRKPGYYDEYNRNFRDYEYDDRHPRDSWERDRHFDDKERDPKENLDSRDSRDIRDNRDIRDNRDARDVKDSRPTSRDARDVRDRDGKEKKDYDNYQKDSFDEREREQRERPESSEWREERNVGQDRQLEGRRDAPKEERSERPQRPDSRDSRASRESKTSLRDDDLHKLRDCNSWVSEVSDYEEKKRDLLYHEETRERERDRDRRQPPGPVTKEKIEADELKNEKRSLTQLKRGSSELQEKKDQPKESSTEAKKDMDVWNRKAERASESRQIERGDNSPKAWADAISPTFEKEEEKMAEAAKDGKESDEIKQGLLDKPVLEKKEEASAEDAKEQIKDEKREKNTRNRTSSGSSARVRETRGGRQWGGGTFSVYTRGWRGPESRGRRGGPRSTGKSGMSVKSGSYGHTDSENSADEVSGSTESGKEDKRSARSPKPSQKIEKEDRNREAARRDDKRGTEYPQARSEKRTYDGKPSHEAFAPSGEPSRRGRGGFRIRNTTTGSRMEGYGPPSSKSPFSSERNVDEKHQPSTGRQNPSTPTLEKEASLLQSTSVESADDKIIAKQQALTAGITGRRNKSPSQQTQQPGNKQETNHASQVANVPSQKSQMRKDESRSKRTRSGSRRGRDNREARSRGSSGNVSKQPQSDVGNEDWETTSENSEEHIEDHKDPRNSRNKHFTGRSNQAASQNAIGANVHSRRNEQSAIAREQREKNPKSSNPASRAPGAEKRNLQNAGFSAQKNHADGIPPLMQNAQIQNGGRSRSQSSTNSGAVSNKSSNKDSMVNRIDEIKLTDPNLVNQALNDLNKKSQTKEKKLIDSEVEANNCSEDATNPAEDKVDADGFQEVRSKKNVKESRHNQKEETKPVKRDKEKERERDRDRDRERDRSKSKSNGSQQVLQQVQNIPPLLGQNIPQPANIPQKQYDNRNSRNPRLAPRFQRLVKQQQQQMCTTDANEMNKLNSSGSNYAKDSSNSPAPPPAVNAWDKPFTSQLRSNSPSAVPTDIQLMSGLTAQNDHSHEGNEATSGHSSQRNSPSGEKTGKNLKESLTEKNVSDVSSPPVQTLIFENTNYSKTTKTSGPADLAVKSKFSNHIKTQQRAEKRTDLEEEGSQVQQHQQQALSVAFSNKPNDLIKDKNQEPIQMPLSFNKNEDNADMKLDFTFDSDLTQLTEDKNKSLGMTRSMHMASGQSTISPSTAELNLKIASVKKVWENAPPMPTVVEHEDGNVVSSATSFPQAFESGDVDDSYGPHQQYNQNNMKSEITTSTNVCKLVPPQVKPQQQSSGSGGTQPGSTVPGPSPIGAGQSPIGHPPVSLQGPLSPPPFNSTGQPSHINYQEFPQYPGSQAAQYGGMSAIPSPPAVLFNTGSGQLPAQAGGLYGAFQLDQSRSPFTQYPPYAPSLQSSFSQQNMYLQQPPPPPPHAPNAPTPEMYQSNLSQYRITAAAAPPFGQNQQLSNNPNTVLISSSSNSLMSASVKPSSQPIGAIGTKAPHFQTPSAPQPNQLTYIPYDPNQVLGVSGSYMGNSQLVQRPGPNVQASANSYYSATSADVFPGSQTGFYQSGGATQQTGTHYGLQGFGQHSQSLATGSATPVGLQNYGPSFLSSSGLQIAAAAQQYRNPTGGLPGPGNAAPTFLNKHQPQEQPRQLKSPSGNQQDVLASVFSSTPQIPSPKSRNCKQQSSSQQPQPSPTQHHKYQQYQGVSQSALVSSYSNYVLQQNVRGMGMPPRAGIQPSQQRYPPPIQRPVVPFAPGPNPNNPTQQQPTCMPTQQQQQAQINRHRPNLHQQQQQQQQQRNMKMQQQYYSSQANVKMDSSDKADNHNDKMNDGPSGTQPGGNKSNVSQQDSDNNKEEVNQQNE >KAI1358894.1 hypothetical protein F5Y08DRAFT_350184 [Xylaria arbuscula] MILRGTARCCRSIRPIVQRQAPQYARQCRRRYSIPSGSAPISSPTSSAGMLAPFTNEFDRLAPSFKINGTQIRIIKSPTDFYETLKAKILSAEKRIFLSTLYIGKSEKELARTPFDSDQLSILTDALRGTREAPNASCASLLAPLVTEFGPDRVEIRMYHTPNLTGLRKKYIPNRINEGWGLQHMKLYGVDDEIILSGANLSNDYFTNRQDRYHLFDSKDVTDYFWRLYQGVTSLSFLVEPSQEAAGFRLQWPSTNAAPSPLEQPAEYVSKSTEIVNKLISLGDGKAGLPSPDQSPSSKDTTVYMLGQLSQLMRPDTSTELPVVIQLLKTLAKPEYSGSSWTFTAGYFNPDPTLRNLLLSTASENNTVITASPQANGFYGSKGVSGLLPGAYTYLARRFLRQVHHRKRDSSIVLKEWRKGTVGEPEGWTYHAKGLWITLPNDKDPSMSIIGSSNYTKRSYSHDLEAGALIVTRDEDLKKRLGAEQRWLQDFAKPVTLDDFATNERRVGLNVRIAMWIVSLVGGAL >WP_024870391.1 YafY family protein [Pseudoxanthomonas suwonensis] MDRYERINALHRILKAARYPVTVPRLQEELGCSRATVYRDLAFLRDALMAPVEGDGEAGFRYAANESDRFELPGLWLSSEELHALLASQQLLRRTGGGGVLSSMLAPLQQRIEGLLAAQAGSNRWPVERVRVIPHRGRRLDEASFRIVASAVLERRQLAFEYRARSTDEATRRRVSPQRITHYRDNWYLDAWDHDREALRSFAVDRISHARLLDEPATDLEEGVLDQQLASSYGIFSGEPKGWATIVFSPKVARWVADEHWHSKQQGRFLPDGRYELKLPYSVPRELLMDVLHYGADAEIVEPPMLREQAKTLLALALSQYDR >EAI2381694.1 M48 family peptidase [Campylobacter jejuni] >EAI7282191.1 M48 family metallopeptidase [Campylobacter jejuni] >EAJ3462377.1 M48 family metallopeptidase [Campylobacter jejuni] >EAJ3465471.1 M48 family metallopeptidase [Campylobacter jejuni] >EAJ9617293.1 M48 family peptidase [Campylobacter jejuni] AKKIFTFYLKKWSQKTGLFYTHLSIKNMKTRWGSCNHNKAYVNLNLKLIQKSLRAIEYVILHEISHLKFPNHSKEFYTFIEHFMSDFRQREKEFLS >WP_167263015.1 DNA replication/repair protein RecF [Alkalibacillus almallahensis] >NIK12776.1 DNA replication and repair protein RecF [Alkalibacillus almallahensis] MHIENITIEQYRNYDSLSLEFDNQINVMIGENAQGKTNLMEAIYVLAFTKSHRTSKDKELIKWDSEYGKIKGSIFKRNRTFPLEVIFSGKGKKAKFNHIEQKRLSDYIGSLNVVMFAPEDLNLVKGSPQERRKFIDMELGQVQPVYIYHLGQYQKILKQRNALLKDLQRQSKQDRTMLHILTEQLIEHGSIVLTRRLQFLQKLREWAVPIHHGISRGLEELTINYEPTIDVSEDTDLETIIEIYKAHFTSIEDREVERGTTLAGPHRDDLMFEVNGRNVQTYGSQGQQRTTALSLKLAEIELIEQEVGEYPVLLLDDVLSELDDHRQSHLLNTIQGKVQTFVTTTSVDGIHHDTLKQAKMFNIHNGYLK >WP_222168304.1 fimbria/pilus outer membrane usher protein [Enterobacter cloacae] >MBY5115739.1 fimbrial biogenesis outer membrane usher protein [Enterobacter cloacae] MTVNNTMKPARLAMFIALAFGGSSTSLYASVAFNTELIELDNPGMDKADLSAFESGSQAAGIYHVDIIVDDAFLETGDIQFTASKADNGDASLQPCLSLAQLKRWGVKTALFPALSAGHGECVNLQAIPHASADFQFGAQRLVLSIPQAAIDLPARGYVPPEMWDEGITAAMLNYSLSGANSRAKAGEGASSNSQYANLRPGINIGPWRLRNYTTWSRDGTGKARWDTVYSYLQRAVIPLKAQLTLGDSSAPADVFDSVPFRGVQLASDDDMLPDSLKGYAPVVRGIARTNAQVVIRQNGYQIYQSYVAPGAFEINDMYPTGGAGDLDVTIKEADGSEQHFTLPYASVPVLQREGRLKYALTGGQYRAYNSSVEKTPFGQIAAIYGLQKGITIYGGGQGASKYQSLAVGAGKNMGDFGALSVDVTQAWSTPANTAKTQGQSWRARYSKNVINTGTNFSIAGYRYSTRGYYGLQDVLDSWGNSGALQDRRRNRLELTMSQTLGGDRGALTLSAARENYWNADRPMASWSVGYNNDWHNISYGVSWTYSKNGSPASGSGSTKTYANDQLLALTVSVPLDKFLPQTWANYGLNASKNSGTTHSIGMNGVALDNSALSWNIQQGYGTDGVGYTGTLNGDYKGTYGEVTAGYGYDKHSERLSYGLQGGILAHADGVTLSQPLGETNALIKAPGAHGVNIRNQSGVRTDFRGYTVVNNLSVYRKNDLTLDPENMPDDVELEINTRTVTPTRGAVVKADYLSKVGRRVLMTLTTPEQFVPFGAVVTLADDDKSSFIVGDRGQVYLTGLRDQGTVLATWGHQPHQQCRADFSLPNGAQYGGITDISVSCRQEH >WP_221265680.1 ABC transporter ATP-binding protein [Oleiagrimonas soli] MFSIWVPGQNHQVNDPSPLLQLERVSRRLGGRTVVRELDLRLARGQVLGLLGVNGAGKSTTLAMMAGAQQPDRGCVRLQGVDLAEQPQRARTDIGWLPERAPLWPELNVIEHLDASARLRGLRGAAVRKRRDALLERLQLQREARRLVAVLSQGQRQRVGLACALLHEPPLLVLDEPGNGLDPLQAAQLRELIRERAAAGCGVVLSTHLLPEVTAVCDRVAILHEGALRHDAPLHAGRDRLLLTLAQSVDAAHIAALTPVAQVQAQDACRYAITLRDDADAPALVQAAVAAGLAVAGVQPVAGELEQAFMRIATQHAASASEQAQAA >WP_087199737.1 arginine--tRNA ligase [Collinsella sp. An271] >MBM6689084.1 arginine--tRNA ligase [Collinsella tanakaei] >OUO62087.1 arginine--tRNA ligase [Collinsella sp. An271] MPEKIEELVRAALAQAMAAGDVPAFELDDCGIERPADTTHGEWTSTMALRSAKLAHCAPRKIADAVAAHMPADPAIEKVEVAGPGFINFYLSCAAKNAVLGEARAQGMDFARSNVGEGMKTQVEFVSANPVGPMHVGHGRWAALGDSLCRVLEHAGYDVQREFYVNDHGSQMDVFGRSLSVRYLQLVNIMRERGVALDEAHALLEADRVAYVDDEEGTAPDTHPFMDAFNEALGGNAYGGGYIIDEAAHIVETDGDRWVDADEGERVLTFREQGYARMLDDIRTTCEDARCTFDVWFSERTLYKKGDDGLSPVDRAFKKLDEMGYLYKKDDALWFRSTDLGDDKDRVLVKANGEYTYFASDVAYHWNKFERVDHVIDIWGADHHGYINRVRCVCDALGFPGRFEVLLGQLVNLLRSGKPVRMSKRRGTMITFRELLDEVGADAARYTLISRSSNQMIDFDIDAVKEKSQDNPVYYVQYAHARVCSILRRAAEVSVEEAEELGMEAVAARAIGDDVRYELLTDPTELALSRKISELTDLIAGCARDRAPFRLTHFAEELAGDFHSFYAACQVLPSEGHPVDPELSRARLAACDAVRSVLALVLSLVGVSAPQAM >HAI0697239.1 phenylalanine--tRNA ligase subunit beta [Escherichia coli] MKFSELWLREWVNPAIDSDALANQITMAGLEVDGVEPVAGSFHGVVVGEVVECAQHPNADKLRVTKVNVGGDRLLDIVCGAPNCRQGLRVAVATIGAVLPGDFKIKAAKLRGEPSEGMLCSFSELGISDDHSGIIELPADAPIGTDIREYLKLDDNTIEISVTPNRADCLGIIGVARDVAVLNQLPLVEPEIVPVGATIDDTLPITVEAPEACPRYLGRVVKGINVKAPTPLWMKEKLRRCGIRSIDAVVDVTNYVLLELGQPMHAFDKDRIEGGIVVRMAKEGETLVLLDGTEAKLNADTLVIADHNKALAMGGIFGGEHSGVNDETQNVLLECAFFSPLSITGRARRHGLHTDASHRYERGVDPALQHKVMERATRLLIDICGGEAGPVIDITNEATLPKRATITLRRSKLDRLIGHHIADEQVTDILRRLGCEVTEGKDEWQAVAPSWRFDMEIEEDLVEEVARVYGYNNIPDEPVQASLIMGTHREADLSLKRVKTLLNDKGYQEVITYSFVDPKVQQMIHLGVEALLLPSPISVEMSAMRLSLWTGLLATVVYNQNRQQNRVRIFESGLRFVPDTQAPLGIRQDLMLAGVICGNRYEEHWNLAKETVDFYDLKGDLESVLDLTGKLNEVEFRAEANPALHPGQSAAIYLKGERIGFVGVVHPELERKLDLNGRTLVFELEWNKLADRVVPQAREISRFPANRRDIAVVVAENVPAADILSECKKVGVNQVVGVNLFDVYRGKGVAEGYKSLAISLILQDTSRTLEEEEIAATVAKCVEALKERFQASLRD >WP_039190453.1 pyruvate dehydrogenase complex E1 component subunit beta [Leisingera sp. ANG-M6] >KIC29623.1 pyruvate dehydrogenase [Leisingera sp. ANG-M6] MATEILMPALSPTMEEGTLAKWLVKEGDTVSSGDILAEIETDKATMEFEAVDEGTVGKILIGEGTEGVKVNTPIAVLLEDGESYDASAAPAPAAEAPAPAAEAPAAPAAAAAAPAPVESRVLEPDYPEGTEMVQTTVREALRDAMAEEMRRDEDVFLMGEEVAEYQGAYKVSQGLLDEFGAKRVIDTPITEHGFAGIATGAAFGGLRPIVEFMTFNFAMQAIDHIINSAAKTLYMSGGQMGAPMVFRGPNGAAARVGAQHSQDYAAWYMQIPGLKVVMPYSAADAKGLMKTAIRDNNPVIFLENEILYGQSFEVPKMDDFTVPFGKARIWREGSDATIVSFGIGMKYALEAADKLAQDGISAEVIDLRTLRPMDLPTVIESVKKTNRLVTVEEGWPQGSVGSYIASEVMQQAFDYLDAPVVTCTGKDVPMPYAANLERHALITTDEVVEAVKQVTYR >WP_268285128.1 formaldehyde dehydrogenase, glutathione-independent [Bacillus inaquosorum] MGGMALTGNKAVVYKGKGTVAVEDVGYPELILKDGPGVPKANVNRKCEHGVILKVITTNICGSDQHMVRGRTTAPEGLVLGHEITGEVIETGRDVEFIKKGDIVSVPFNIACGRCVMCRTQKTHVCLNVNPDRPGSAYGYVDMGGWVGGQSEYVMVPYADFQLLVFPDKEQALEKILDLTMLSDIFPTGFHGAYTAGVQTGSTVYIAGAGPVGLAAAHSAQLLGASTVIVGDLNEDRLAQARSFGCETVNVQKHDRLGEQIEQILGEPTVDAAVDCVGFEASGHGNQGEAPAAVLNSIMDVTQVGGSLGIPGLYVTEDPGAKDADAKTGSLKIRFGLGWAKAHTFVTGQTPAMTYNRNLMKAILSGRAQIAKAVNATVISLDDAPKGYSDFDKGAAKKFVIDPHGMLK >WP_223360106.1 hypothetical protein [Leifsonia sp. ZF2019] >UAJ80621.1 hypothetical protein IT072_06285 [Leifsonia sp. ZF2019] MRRVDEATMPRSPLGRPGGDERDALGRARLDLGFNIASLALIAFLLVLFVLNLSAYPVLPLGISAWALIAATLVAALVLRFRLPEELPLWLFVSALVLWAAAVALDIAGTSSRAWVPLTAAAAVGPSLLLCVPVRPPRDIVIVSAALGLVLAAVLVVRSEGDIRMLGPGAVTIAIAVGPPLISVQIIRSLRTLVQLELDLVQVQSTVSSPGYAVGMMASEELARLDLAAERLLDGVATGRTPLPLDEATADTAATIATELRLHLIQGRKETWLYHAVTESALLGPTVMLSDPDGLAAGLTRDQRDGLLTAVWLLISDPVRAGAGQARSLSLDLSRPAVEQPGAPTSGTRMTISIATTGVPRNGVDPAAWQAIRKVGRFVESFSGSTLRIDITTVSDATADPT >OUR78726.1 hypothetical protein A9Q75_13415 [Colwellia psychrerythraea] MNSFTNREPITIPQQFALRSWVSLEPGLEENEWVLIDNRSGAICTCNDSAGVLLVALQNGTTCDQLADALTSRFDVSVIEARKDALLFIQQLSGTGFVYENF >NIP79453.1 glutamate--tRNA ligase [Gemmatimonadota bacterium] >NIQ54176.1 glutamate--tRNA ligase [Gemmatimonadota bacterium] >NIU74375.1 glutamate--tRNA ligase [Gammaproteobacteria bacterium] >NIX20354.1 glutamate--tRNA ligase [Actinomycetia bacterium] >NIX44370.1 glutamate--tRNA ligase [Gemmatimonadota bacterium] DEAERRADAGEPYVLRLRTPSEGEIVVEDAIRGEVVFEAAEIGDFVILRSDGLPTYNFAVVVDDAAMEISHVIRGAGHLSNTPHQL >XP_008332845.1 CUB domain-containing protein 2 [Cynoglossus semilaevis] MSLKVAVLINLLLAVDQADSMKGVKCGGILSAPSGNISTPNFPGLYPYNTKCSWLIVVAEGSSILLTFNFFELEFHGNCAYDYIKIYNGMARDEGNLLGTFCGDISPPQFTSSWNVMSIIFHSDRHVAFRGFNLSYRKDMCGGVLKGLSGVISSPGYPQEYSNNADCSWTIHVSNTSVVSLVFIDFQLENNEGCNFDFVALFDGPTVTHRHLGNYCGADRPPNIVTTSNQLLVVFKSDFNIGGRGFKAHYYSGECQQGLSAVSGNFTSPHFPSIYPNNINCHWSITLAAGYRIKLFFPVMDLEDRDRLSEECDYDSVSVYDGASQTDALLGRWCGREQPSSLISKGNKLLVVLNTDRNEAHRGFAASYLGVVPVNVSCTRSEFTILIPQQSLPQLDRENIYLGNPSCTAQLTATSYKILAQFVNCGTASQKHRNITMLVNKLYIDFSDGKQQNIQEYKVQCDALRKIASVSIVSAEERRQEKKTQQIDNDAGGHVGEHRAEPHDLSDIVFISICVLAVILMVIAIVWLVLL >TQD74562.1 hypothetical protein C1H46_039899 [Malus baccata] MKCANEEGKPLKCVILVGQVQEAMRRIRNLLISLCIICIIISCSNSSEAKATDIKVLKVGEELWRETLPLHSGSCLYRLHGLKPYTSYEVKISYPASIPASFSLQLKKGDLESALTGNRRLLNTEKLIFKTESLGSDDQGEMSVLVSVEPEGVVAIPNVQEREHIIFNIVCDELLLGIPYKAWWVVGFVVVCLALAFTVPSFLPPFLLPRVDENASKDS >MCL4381067.1 iron-sulfur cluster assembly scaffold protein [Candidatus Marsarchaeota archaeon] MPYDIYAEKIILNYEHPHNKGILKDADAHFREYNHVCGDEIDIYIKIKKKKIDNIKFVGKGCAISMASASMITDFVKGKDIKEIEKYDGSIIKNIIGMDPGPVRMKCATLGLRAIKEAIEKYKGKK >WP_091276063.1 50S ribosomal protein L34 [Alteribacillus persepolensis] >SDI24008.1 LSU ribosomal protein L34P [Alteribacillus persepolensis] MGKPTYTPNNRKRKKVHGFRARMSTKNGRHVLKNRRRKGRKVLSA >PDM41204.1 hypothetical protein CN643_12815 [Parageobacillus yumthangensis] >PUF89736.1 hypothetical protein DCC82_12600 [Geobacillus sp. LYN3] >RDV22887.1 hypothetical protein DXK91_05700 [Parageobacillus toebii] >TXK89002.1 hypothetical protein FVE68_02105 [Geobacillus sp. AYS3] MHKRIVVAVSAVQFALLALVAVIISDIHDRFFPEQLGVKAKVTLDFSQSGLSDEEAFRQLGSISDRLGLGLMKVAPDLRGDQSGQVFVKVGAHGSFPKQIQRFGNQPDAEIRDNGALAHSFANGDYLVTGKTDRIAEFKDWLTSRRVDQQWNEETLITIFQFLTLQSDFGVTLLAVSALMVSLALYWLAVKARGRALRVLAGVAAWRIQCEDFIRFLMAMVSAAALLDVLAFAYVGFAYGWGFVPYYAKVLLLAEWIVIFLTMACTLALSAASWPSPAMLAMREPAVKSLAKSSAVLKIATFALVLATVAPAFAAYTEARKTAQEQATWKSLADQAVFVFPSRPGKAGGAESEKMFQKLQPFVGDMVREAEVADQVALSLAWTEEYFSVDGFRIAPYRYIIMVNQRWLDLVLGREKKRLSFVPLSPEQIPPDAKKVLEASFSLYVRNPQQAVNIWNQVKIYRLAGSQTLPFVRFGGQLDFAKPNEVILLLVPNVHAMFNDNFLISVASSSELSFTGLEAAQKLVSERGLQNNIRVNYMAEEGILRAQLFAYFAWLRAGSLSALIVALAIAAIISAFIAAVLKAKRDFPLRLGGASWWMILRGRIAKEWLIGGALTVLIMALQGSDGWMAVALAGAMALLALPLVHIGAASWVFAKVSLRQL >WP_205448866.1 dTDP-glucose 4,6-dehydratase [Clostridium botulinum] >MBN1050098.1 dTDP-glucose 4,6-dehydratase [Clostridium botulinum] MKTYLVTGGAGFIGSNFVLYMLNKYKDIKIINLDKLTYAGNLENLKSIENDDRHIFVQGDICDKDLVSSLFEKYDIDYVAHFAAESHVDRSIKEPEIFAQTNVLGTVNMLNCAKNAWENEDGSFKEGVKFLHVSTDEVYGSLGDTGFFIETTPIDPHSPYSSSKASSDLMVKAYYDTYKMPINITRCSNNYGPFQFPEKLIPLLINNCLHHKELPVYGDGMNIRDWLFVEDHAKAIDMVINGGRLGEVYNVGGHNERTNIQIVKTVIAYINENVDEAVTENLIKYVEDRKGHDRRYGIAPDKIKDELGWYPETTFEVGIKKTIKWYLDNKEWMKNVTSGDYQKYYEKMYI >TKJ28570.1 RecX family transcriptional regulator [Chloroflexi bacterium B3_Chlor] MAGEITDIKAQRGKKRRVNVYLDGEYTFSVGTMVAALLRRGDSLSDEEIEELQIQDSVQTAYDRTLQYLAYRPRSTGEVRRYLREKRVPEQAHEQVLERLSSAGLLDDLAFVQYWVENRETFRPRGRRLLRQELRQKGIGNELIAETLREVDEEKSAGRAALKQGRRYAHLDDEVFRQKMYSFLRRRGFAYEVIRETISRLLHQRREEGAERS >WP_204037257.1 GTP cyclohydrolase I [Micromonospora qiuiae] >GIJ29802.1 GTP cyclohydrolase 1 [Micromonospora qiuiae] MTSDPSTTDAPPDLDSARDAAAQFLKALGVDIDAPATADTPNRMVAAYAELLDPRPFTLTTFPNDATYDRLVTVRAIPFHSLCEHHMLPFRGTADVAYQPTDKIVGLSKLARLVEHTARRPQVQERLTQQVATYLAEHLAPAGVGVLVRAEHLCMTLRGAQAPGTETITTALLGTVRSDAALRDEFLHSAR >TQD99590.1 hypothetical protein C1H46_014816 [Malus baccata] MSFMKGDLLTRTRKLVKGLAKAEPVWLKAMEKAPPVMFPRANAIQKISLPEDVYIKKFFQKHPDSKHEDAIKISSFDPPPARIFGLRVLELKEQGVAEEEAMAVADMEYRMERKEKKKAYSRLKKIARLQGKRPPPNPYPSAIKEIQAEEKKFVRDRFYNPKIIQLVRQLQEDKAAEAQERFRAGGGSG >WP_180130780.1 bifunctional UDP-N-acetylglucosamine diphosphorylase/glucosamine-1-phosphate N-acetyltransferase GlmU [Acinetobacter sp. YH12057] MSTSVIILAAGKGTRMRSRLPKVLQPLAGQPLLGHVINTAKKLNAEEIITIYGHGGELVQNAFAHENVKWVEQAEQLGTGHAVKVTLPVLAKTGISLILSGDVPCITEATLQKLLDASAQTGIGLVTLTVNDATGYGRIVRENGKIQAIVEHKDASEEQRKIKEFNTGIYAVSNAKLHEWLPKLSNNNAQGEYYLTDIVAMAIADGLEVASVEPERAFEVEGVNDRVQLAALEREFQSFQAKQLMQQGVHLIDPARFDLRGTLTVGQDVRIDINVIIEGDVELGDNVEIGAGCIIKNSKIAAGTKVQPYSVFDSAIVGEDAQIGPFARLRPGAKLAAEVHIGNFVEVKNTTVGLGSKANHFTYLGDAEVGAGSNIGAGTITCNYDGANKFKTIIGDSAFIGSNSSLVAPVTIGHGATVGAGSTITRDVADNSLAVERSKQFAKENYQRPQKLKK >WP_254962431.1 glycosyl hydrolase [Rhizobium anhuiense] >UTS93310.1 beta-mannosidase [Rhizobium anhuiense bv. trifolii] MSLTGLLLSGVAVLPTALGGSAEGQPLAMTTSSIAPPTKMPVVTKESITFGAYDPHGDLGASPDSKIEHLFLPWEDVDLGTLVLADNYAQARGRTLLISVEPWTWSRDWRQTSQELLHSILDGSRDANMAAVCSTAATLKSPVIIRWGQEMDETDSQFSWSHWQGADYAKAYRRMVEVCKVHLKTAKYMWSPKGNEGLQAFYPGSDVVDIIGLSVFGLEQYDRDKTGRDQTFAEHLAPGYARVAGYGKPIMVAELGYEGHDSFVRNWAESVTKRYPQFPALSAVIYFNDREVYPWPDGYGRPDWRLVHESIN >WP_245961518.1 oxidoreductase-like domain-containing protein [Thalassotalea euphylliae] MSEETTVMPIQEQFEKPNPPADDDCCGGGACCPCVWDEYYEKLQKWRIQQAQLRAQEAKG >MBN8919778.1 DMT family transporter [Hyphomicrobiales bacterium] MRPTARSEIADVGGADISPSARKAERGDEWLRRLTGRFGTAHVGIGLMVASGGALVVGDATAKWLAATYPVGEIISVRGFIIMALLAALHIRAPEQLLPRRLGPQVLRALFFTGATFLMIWSVKLLPLATVSSIVFAAPLIMTMLAPALLHERVGLHRWIATIVGFLGVAIIIDPRSGGDALVMLVPVGAALFAALRDLSTRYIARGESAAAVIFVSIAFTAIAGLATLPFGWVIPTPFDGLLFLFLAGVYCLAYAMQVFAFRVAEAGLLAPFKYTQLVWATVIGFLVFGHMPAAAVFVGAAIVIASGIYVWRTETRTLPATS >PWL92822.1 NAD(FAD)-dependent dehydrogenase [Lachnospiraceae bacterium] METRELICIGCPLGCPLTVEMKGTEVVSVTGNTCPNGDRYARKEVTDPRRTVTSTVRVLGGSLPVVSVKTAQDIPKNKIFDCMQELATIRVKAPVQEGDVIVSNIADTGVSVIATKEIPAE >KFY78659.1 hypothetical protein V499_02224, partial [Pseudogymnoascus sp. VKM F-103] MIDSLVDDGALFLDGSDTFQTPLDPYHTAYSSSPPVLQPRSMSGDPAGVRRLLPQSSQPQTFTFAPNNFAPREAQKNYVFVDEHNRHKRLKVMRACEGCRRRKIKCDAATTNTWPCSACIRLKLHCIPPTANYDGGQSHGFEPEKGEYESGSGDEDYTSLEQHMQAIDKNGQPQGYVQQISYSTQNNGYQQPMVYPQQTSSQQQQMQYAAVMNPPALMDNNYPPQPSFTSMPAAIQQQPLQQPLQQPLQQQLQQPLQQPMQQPMQQNIHQPLQHQPQRQMSQSQLSQTHSPEMYQTDPYGTQDLAEYLGALKMDESGTAPYLSNRKKESAAVEEAVFEDSDNFAITQIIAGPGSKIRIPPELMPDEETALRYFDVYFNNIHPYVPVLNKTLFYQQWHGDREAISPLILEAMFAHAGKLEDEPSQGQQWLALATRHATSFMDDPRLSTLQAMLIILKAREAVPKRGYYYRSWMTVVQCVTMARDMGLDEHYEDHKAGRPCGNTNIDCAIKTRIWLVIFVVELMVGSPQGRTHLLSVDADTVDFSIPKPMPGVDDSDYHIQRQFTYFARCVGHIRNVAVVYSKLKKKKVEVGMDPKFLQLNPSFDKWMAELPQDLQVTFPPDGSPPWLPTHALGNIHIQFCLGVVMLHRPQLASLDPSNPDGKWKRHMLIAYTNAKLLCRLQEAVLDTFGMNGLLCMVRGVNYVVYSILTCTVLHLVALTSPDPDLNMDAREYFTRHMQLLERCTTACPMPDMQQQIDALREAFSADTRKPFDLKPSFPYGSPTSSNQSSPPTLQYQQSTLSPTSSVDHPHQSLNQHASQHHVTYTSPPEQSPVSAGGMTKVESAGAVGLVMMAGGRMAEQQQGMQTAMSMPDPSAWNPARIFDQWNTTFETPSAASMSVGPPQQNTIRHMSNAGGELSAMPDMLGTSSLIPLPPMGSAAAAQQHLLAQQQFVAPPTTTFVSPSMWQESVASVYEGGLKRGWG >WP_079619859.1 M4 family metallopeptidase [Mycobacteroides abscessus] >SKF96886.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] >SKG28784.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] >SKH45347.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] >SKI73054.1 extracellular metalloprotease [Mycobacteroides abscessus subsp. massiliense] MCFIIPQDVLLRLADDDSVADDSRTALAATAASEIAWRTLREAHTEATQAGLVARIDAFARVAEALAKAPGTPVFDCKHTMSLPGVAVASPGSSTDASAKSAFTETAAVANFYKECFGRNSVDDEGMTLVSSVHYSVNYSNAFWNGSQMTYGDGDGEIFVDFTASNDVIGHELTHGVTQYTAGLLYKNEAGGLNESMSDVFGSMFRQWSAGQTVDQADWLIGKDIMGPRAVAKGFTCLRDMADPGARHCLAPQPSHYRDYVPGSDPHESSGIPNYAFYLAATKHGSYSWQGVGTVWYEALTSPKARPNMKMKAFANLTREISAANTATESVHKAIDDAWTAVGL >PLX13828.1 MAG: GHMP kinase, partial [Marinilabiliales bacterium] MNSEVQTKKCWHSNGKLLISGEYLVLKGASSLAVPINKGQSLEVTENPGSGNINWQANHINGKWFEGKFNIGGIREKSYTSGPEFQKLLHIIDAVVELKPNFLNQNTDYDIKTHLEFLPEHGLGSSSTLINNMAKWINCNPYDLLEKTFGGSGYDIA >MBW1714133.1 hypothetical protein [Deltaproteobacteria bacterium] MASRQSFLNIEPVWLFYLLAAAALAVFGWGLGLKIRSWSKARPDRLMSRPGAGLKQALWDGLAGARLYKDDLWAGLVHLGLAWGVIILFLGTLGLMVDEYLVAWLKGPAWIAFSFVLDAAGVMLVAGAAAALLRRAAGRPARLETRADDLAVLILLLVAGLSG >ENF92344.1 formate dehydrogenase, beta subunit [Escherichia coli P0305260.13] METQDIIKRSATNSITPPSQVRDYKAEVAKLIDVSTCIGCKACQVACSEWNDIRDEVGHCVGVYDTPADLSAKSWTVMRFSETEQNGKLEWLIRKDGCMHCEDPGCLKACPSAGAIIQYANGIVDFQSENCIGCGYCIAGCPFNIPRLNKEDNRVYKCTLCVDRVSVGQEPACVKTCPTGAIHFGTKKEMLELAEQRVAKLKARGYEHAGVYNPEGVGGTHVMYVLHHADQPELYHGLPKDPKIDPSVSLWKGALKPLAAAGFIATFAGLIFHYIGIGPNKEVDDDEEDHHE >WP_258515841.1 hypothetical protein [Vibrio alginolyticus] >MCR9886901.1 hypothetical protein [Vibrio alginolyticus] MKKSIILLGLTCLFATTSSFAGGTFGGNPGDISKIEKSWNGKAGKQVYSQSGPRIEWYADACGTMDGKVMDAAKCQPKTAK >ECP6736894.1 motility associated factor glycosyltransferase family protein [Campylobacter jejuni] MTILEKNIQALLSGVNEPLGNRLLNFIQNKTCSRFSINENLNIYDKTHNVFMYENLEEEINFFYQSILEKTPRYPFICIYGIGNALLIKNLAKHYKHLFVFESEIELFILALSTIDLSEELCSGKIYLVDIEEERVDIQLLILFDMKDMFEYLSLYEMFVNNVYYKKFYEDIWHKADELCEKNIEVIVRNLNSSLHIAFECYSHLLQNIPSMLESIPFQRILNERKNKFENAIVVSAGPSLAKQLSLLKAYQDKAVIFCADGALSMLEKKGIVPDYVTNLDFTDLAMKFFQNKENKTSLNVLSCATHPSLVHFLDNKSVVLRDDPLYQRFNLNDFGYIDTGTHV >WP_006034446.1 helix-turn-helix domain-containing protein [Moritella sp. PE36] >EDM64794.1 putative transcriptional regulator protein [Moritella sp. PE36] >MBL1416365.1 helix-turn-helix domain-containing protein [Moritella sp.] MTDRQITITILAYPGSIKSAQYGLQEMFELANQACSEQHINVQFDTKIMQVSDISNINNVTFDIVILPPANSNHFYLKPDNAVLIWLSRQHKQGAVLTSACAGAFILAETGLIQTQKMTTHWNLEPDFKTMFPKVTLEIEKILINEGNIITAGGMMSWLDLGLELIAQFSHPSVMRQIGKMLVVDTGQREQRYYQQFNPPFNHGDIVILKLQQHLQQTFMINTTITDLALQCNLTSRTFLRRFYKVTCYKPTEYIQRLRIQKACELLETSRYSFEYIANKVGYEDTGACRKIFFRIIGLTPKNFRQRFMKNS >WP_106759541.1 sugar ABC transporter substrate-binding protein [Massilia glaciei] >PWF42714.1 sugar ABC transporter substrate-binding protein [Massilia glaciei] MLKQMNRPALAACLLALCHTASAAQQVRFWTMQLSPHNDAYVNAVIGAFEQANPGVKIEWTDVPWAEMERKTLASLASGTAPDVANLNPQFASKLAEFGALADPERFLSPEQVAAFLPAAWRANRYDGKTFALPWYLNTNITLYNRDLLARSRAAVPATLGQLVASARKIKQGTGSYAYFPALDGSSPLELMVAAGNPLLRKDGCGAGFANPAGARVFEIYRALYQDGLVPKNVVTEGHRKAVEMFLSGQVAMVSTGMQFLGYIKTNSPAIYGRIGVAPQIGAGSGPASIAAMNVAVLQNSKVKPAAFAFAQFLTNAHNQLELARRVPVLPSTAASYRDPFFTVPLEDPLADAARALSVRQVLGGAVLVPPMRKYSKLRVSYARNLQSVMLGKKSVPEAIRDVEREWTGVLGCGV >WP_204663166.1 segregation/condensation protein A [Fusibacter tunisiensis] >MBM7561549.1 segregation and condensation protein A [Fusibacter tunisiensis] MKIEIKVDAFEGPLDLLLHLITKDEIDIYDIPIVKVTNQYLKILDELPEMDLDMTTEFLVMASTLLEIKSKMLLPDTNADMETYDFSEEDPRRELVARLIEYKKFKEASNALRHRESSLDELVFKEQEELGLYVKATDMNTLNDDLEKELLIEAVQRLLTKADRYDHNRKSFFKGIKRDQFTVEEKIDFIETNLFQNSTVYFSNLFGSVKTREEIVVTFLAVLELLKMKRIAIQQSGLFEDIEIVRKIHEEDV >MBJ7292067.1 enoyl-CoA hydratase [Ilumatobacteraceae bacterium] MTIQPPSDVVLFEVSERIATITINRPAARNALSSEVLRLLPLFMKQADADDAVDVIVLTGADPAFCAGLDLKELGDTGANLGGTGADGTPNADGVRGPFPFVTKPLIAAVNGVAVTGGFELALNADFIIASEHAKFGDTHARVGVMPGWGLTVLLPQAIGVRRAREMSFTGNFMDAHEALSLGLVNHVVAHSELMSFTRKIAKDIIGNEQDGVRQIRRTYASNNAQTDQWATEATDAKAWRKATFDPEIVAQRRARIMERGRTQ >WP_086486287.1 MULTISPECIES: type II toxin-antitoxin system VapC family toxin [unclassified Sphingobium] >OUC53080.1 VapC toxin family PIN domain ribonuclease [Sphingobium sp. GW456-12-10-14-TSB1] >GLI99703.1 hypothetical protein Sbs19_35210 [Sphingobium sp. BS19] MTDSGANAVYALDASALLCLLFGEPGADQVEKRLSGALVSAVNYHEVLAKLADQGVNVADAQTMLAELDIDVVPVDRIQADVGGKLHSETRSIGLSLGARSCLALASCREAIAVTADRAWEILDLGVVVEWVR >EHH4366918.1 HTH-type transcriptional regulator MetR [Escherichia coli] MIEVKHLKTLQALRNCGSLAAAAATLHQTQSALSHQFSDLEQRLGFRLFVRKSQPLRFTPQGEILLQLANQVLPQISQALQACNEPQQTRLRIAIECHSCIQWLTPALENFHKNWPQVEMDFKSGVTFDPQPALQQGELDLVMTSDILPRSGLHYSPMFDYEVRLVLAPDHPLAAKTRITPEDLASETLLIYPVQRSRLDVWRHFLQPAGVSPSLKSVDNTLLLIQMVAARMGIAALPHWVVESFERQGLMVTKTLGEGLWSRLYAAVRDGEQRQPVTEAFIRSARNHACDHLPFVKSAERPTYDAPTVRPGSPARL >WP_282689626.1 unnamed protein product [Streptomyces sp. CC216B] MAAESSAHRADARSSRLRPHTRRQPWILTYHSVTDPSDDPYGITVSPERLDEQLSWLRSRRLTGVGVSELLRAGASGRRGLVGLTFDDGYADFLDEALPVLRKHGCRATVFVLPGRPGGVNEWDPLGPRKPLLTHDDIRRLAVAGMEVGSHGLYHQDLTGLSDEELRRETADSRALIGDLTGSLPEGFCYPYGFLDRRVARAARRAGYSYACALTPGPLLSRFALPRTHISQADRGVRLWAKDLRHGLRQVTVAGAGSRTAVPVRAGGPR >KAJ1529594.1 hypothetical protein ONE63_006363 [Megalurothrips usitatus] MLQSTNKKKTRKLRGHVSHGHGRIGKHRKHPGGRGNAGGMHHHRINFDKYHPGYFGKLGMRNYHLRKNQKWCPTLNLENLWTLVPRDVRHTHKTDGKAPVVDIVKHGYYKLLGKGMLPKQPIIVCAKFFSRQAEEKIKAVGGACILRA >WP_055337992.1 acyl-CoA dehydrogenase family protein [Ralstonia solanacearum] MLTRVDDYQDIREAVRDLCSQFSAEYFRKIDEARGYPEAFVDALTAAGWLAALIPEAYGGSGLGLTQASVIMEEINRAGGNSGACHGQMYNMGTLLRHGSAEQKRAYLPKIASGELRLQSMAVTEPTTGTDTTRIQTVAVKQGDRYVVNGQKVWISRVQHSDLMILLARTTPIAECRKKSEGMSIFLVDLRQAIGNGLSVQPILNMVNHETNELFFDNLEIPAENLIGEAGQGFKYILDGLNAERTLIAAECIGDGYWFIDKVTQYVNERVVFGRPIGQNQGVQFPIARAFINVEAASLMRFKAARLFDEHRPCGAEANMAKLLAADASWEAANACLQYHGGFGFAAEYDVERKFRETRLYQVAPISTNLILSYVGEHVLGMPRSF >XP_040136988.1 acrosin-binding protein isoform X2 [Ictidomys tridecemlineatus] MAAETPLWSSWINMKTTAWCRMVRGNQGTQNSLKPRAEVLYSRAVCSDLPYASWFESFCQFTQYRCSNHVYYAKRVRCSQPVSILSPNTYKEVEVAAEVAPTTMTSPFLSHITATERQAFQPWPERLNNNVEELLQSSLSLGGQEQLPDHKQEHRLEQHKKEQMQEQKQEEEQEQEEQEEEQEEEGKQEEEQGTEEGLETVSSLQANAEAKFLSESLSSNPPSFSPRVREAEPAPVMENTQEVTQSAQEIDEMNEIYDEDVYWSRSQNPGSLLQLPHTESLLILCYSIVENTCIMTPTAKAWKYLEEEILGFGKTVCDNLGRRHTSICPLCAFCSLKLEQCYSENNLRRQECDTSHKTPFLSPLLTAQGVSVGTQVGSPEAGRFYGLELYGGLRMDFWCARLATKGCEDVRVSSWLQTEFLSFHDGDFPTKVCDTDYVQYPNYCSFKSQQCLMRNQNRKFPLLFYCPPLVLVMLLTPPHLHIPGTWLCVTDYMHNPHVGIPHEMSAE >WP_060933343.1 hypothetical protein [Prevotella amnii] >KXB74559.1 hypothetical protein HMPREF1860_01998 [Prevotella amnii] MIIFNGYIQTNADNSKQCIDEETGFPTTQAIKPTWREPIPCQYIASHYNAQALSNNEHFTQAKFWILLDGLVVIKNTLLRLTDAERNEIGVFPITQVELLRAVNQTKIWV >WP_258380998.1 LysR family transcriptional regulator substrate-binding protein [Lactobacillus helveticus] MTLTSAGQYLFEQVKEILALTAKTKSNLQSTVIISGDLTIAAGESIAMQRIMNILSNIIQDYPTVKVHILSGDYEFAKKKLNVGTVDFAVIIGNLPLSNYASLQLPEKDTWDVLMTKDDPLAKKDHITATDLAGRNVLNSQQAETIHYFDSWFGNYKDQINIIGTYNLSFNGTLLVKNHAALSLTLDKLADVSDESNLTFRPIYPKMTESITVIWKHSTNLSAVAELFLNRLQASIAED >MCB1338306.1 phosphoserine transaminase [Maritimibacter sp.] MVTDQPAARPANPRFSSGPCAKNPTFTLDKLSDAPLGRSHRAAIGKDKLRAAIEETRALLGVPADYRIGIVPGSDTGAVEMALWSMLGARGVEMLVWESFGDGWASDVVKQLKLDAVVKKADYGQIPDLASVDFANDVVFTWNGTTSGVRVPNGDWIPASREGLTICDATSGAFAMDLPWDKLDVTTFSWQKVLGGEAAHGMLILSPRAVERLESYTPAWPLPKI >WP_038052668.1 glycerate kinase [Thermotoga sp. Mc24] >KHC91849.1 glycerate kinase [Thermotoga sp. Mc24] MFDPESLKKLAIEIVKKSIESVLPDRAVKEALPNLKLDQVILVAVGKAAWRMAKAAYEILGEKIRKGVVVTKYGHSEGPIDDFEIYEAGHPVPDENTIKATRRVLELVDQLNENDAVLFLLSGGGSSLFELPVEEVPLEEIQKLTSALLRSGANIEEINTVRKHLSQVKGGRFAERVFPAKIVALALSDVLGDRLDAIASGPAWPDSSTSEDALKVLKKYGIEISESVKRAILQETPKHLSNVEIHLIGNVQKVCDEAKKLAKEKGFSAEIIATSLDCEAREAGRFIASIMKEIKFKDRPLKKPAALIFGGETVVHVKGNGIGGRNQELALSAAIALEGIEGVILCSIGTDGTDGPTDAAGGIVDGNTVKTLKAMGEDPYQYLENNDSYNALKKTGALLITGPTGTNVNDLIIGLIV >WP_116619797.1 hypothetical protein [Pseudomonas sp. phDV1] >AXO62978.1 hypothetical protein DZC76_18395 [Pseudomonas sp. phDV1] MSQRLPVRYYAVAGVIAAVLLNLLLRTFVRLGGVFTTLLIAAAIAAGLALVFHWRSGRAPSNAERWRFTLLYGGALGLLYLSLLGMMYMQDTPSPMGLFLFSLHYLCYPVLAWLAFSPRYGR >WP_105526419.1 MULTISPECIES: lysophospholipase [unclassified Microbacterium] >PQZ58256.1 lysophospholipase [Microbacterium sp. MYb43] >PQZ78348.1 lysophospholipase [Microbacterium sp. MYb40] >PRB20579.1 lysophospholipase [Microbacterium sp. MYb54] >PRB28336.1 lysophospholipase [Microbacterium sp. MYb50] >PRB66601.1 lysophospholipase [Microbacterium sp. MYb24] MPKWVEPETPPRGAVIVVGGRGETDAVYRRLSRRLAFDGYRTAVVGRGNEPGEPGDEGTVLRGIDDLITQTDPVLPVVLIGSDAGAAAVVRAAGRASVSGVVLAGVLTERAGDDPSSWEDELDVRSACPVHRGVLAGAGAIEPGQLHAGSGVLDAADLASLTVPVLAVHGDADRVAPAIEAAAVLAAAPDAEVVFVVDGRHDILNDVSHRSVAAAIVQFLERLRLPGAAPILRRGDGAGIPLVEQVG >WP_129543374.1 phage major tail tube protein [Serratia sp. 1D1416] MSAKNTLRAWTIFAGGFRVAGAHEFTPPELSIVTSQLRTGAQDAPTPLDDGMEALTCSIKFWGIDTDVLSRFGFISGQRPRFMAYQGYLSNGRAVGTIEEIEGFVSKITPDARGNENMGETAITVEIAMSYYKQTRDGMELFEIDTERFIRRVNGVDQLGGLRSKIRI >MBL8820230.1 formylglycine-generating enzyme family protein [Planctomyces sp.] MRILYVDVILLLMMTTAVGCSERTAVHGIEFVSIPAGEFLMGNANPNEAGEYSQCEGPQHRVQITRPIRMSKYEITVAQFRQFVEETGYVTDVERSGKGCNGLNAETGQVERSAERNWRSPGFEQLENYPVVCVSRDDAIAFCQWLSQRLNSRCRLPAEAEWEFCCRAGTSTRFATGDSAESLQGFANCGDQTLVEKFPQFESSAATWADGYPFTAPVGSFGANAFGLYDMHGNVGEWCSDLFDPSYYSQSDSVDPEGPPEEPVSDVNQNPVRFWRVVRGGSWYNAPLSLRSSGRHDGVPTEPSTTNGFRVVAETDSSSRGVVAE >XP_004869485.1 zinc finger protein 384 isoform X3 [Heterocephalus glaber] >EHB18614.1 Zinc finger protein 384 [Heterocephalus glaber] MEESHFNSNPYFWPSIPTVSGQIENTMFINKMKDQLLPEKGCGLAPPHYPTLLTVPASVSLPSGISMDTESKSEQLTPHSQASVTQNITVVPVPSTGLMTAGVSCSQRWRREGSQSRGPGLVITSPSGSLVTTASSAQSFPISAPMIVSALPPGSQALQVVPDLSKKVASTLTEEGGGGGGGGGGGSVAPKPPRGRKKKRMLESGLPEMSDPYVLSPEDDDDHQKDGKTYRCRMCSLTFYSKSEMQIHSKSHTETKPHKCPHCSKTFANSSYLAQHIRIHSGAKPYSCNFCEKSFRQLSHLQQHTRIHSKMHTETIKPHKCPHCSKTFANTSYLAQHLRIHSGAKPYNCSYCQKAFRQLSHLQQHTRIHTGDRPYKCAHPGCEKAFTQLSNLQSHRRQHNKDKPFKCHNCHRAYTDAASLEVHLSTHTVKHAKVYTCTICSRAYTSETYLMKHMRKHNPPDLQQQVQAAAAAAAVAQAQAQAQVSQASQQQQQPQPPHFQSPGAAPQGGGGGDSNPNPPPQCSFDLTPYKTAEHHKDICLTVTTSTIQVEHLASS >WP_248846761.1 hypothetical protein, partial [Listeria monocytogenes] >MCL1178864.1 hypothetical protein [Listeria monocytogenes] NVEPEVLKEFLIESQDFSKKPYIFNIETRSHADVIEKYYFGVYGVVGSIHGKSAVKVQI >MCP5260845.1 thiamine pyrophosphate-binding protein [Rhodoferax sp.] MTEKIAGHLLVECLVAQGVTHAFGVPGESYLAALDGFHLHEDAIEFVICRQEGGAAFMAEAHGKLTGRPGVCFVTRGPGATNASIGVHTAFQDSTPMVLFVGDVASETRDREAFQEVDFCSFFGPSTKGMAKRVERIDDARRIPEYVARAFATAMNGRPGPVVLVLPEDMLAQAVPDDPSLQALARVEPVQAGCDPRQAEALGDLLRASQRPLVIAGGSGWTPEGAQALVRFAEQWQLPVANAFRFQDTFDNHHALYAGEVGIGINPKLAARVRESDLIIAFGPRLGEMTTGGYTLMPVPRLPQKLVHIHAGADELNRVYQADLAINAGMQAAVAAFEHLQAPASVPWAAWAQACHADYEANLQPQALPGDIDMAAIVGLLQKHLPADAVLTNGAGNFASWTHRFFRHHGLAKGHKTQLAPTVGAMGYGVPAGIAAAITTGRIALTMAGDGDFMMNGQELATAVQYGARSIIVLLNNGMFGTIRMHQEREYPNRRAGTALRNPDFAALAQAYGYVGVKIGKTAEFESQLLAALERTQGTLIEIALDPEVITTRGTLSAITQSALNKR >WDS37366.1 MAG: NAD(P)/FAD-dependent oxidoreductase [Pseudoxanthomonas sp.] MTGRPACDVLLVGAGHNGLVCAAYLARAGLKVTVLERRGVVGGAAVTEEFHPGFRNSVASYTVSLLQPRVIADLDLHGHGLRIVQRRRNNFLPLPDGQYLLTGGGETQAQVAKFSRRDAEALPAYEARLEAIADVLRALALQPPPNITDQGWWKALPELLRGAKLGKRLHALEPTLRQELLDLFTISAAEYLDRWFESAPIKALFGFDGVVGNYASPYTPGSAYVLLHHVFGEVNGVKGAWGHAIGGMGAITQAMAASARAAGVTIRTDAGVDEVLVEGGRATGVRLHTGETLRARCVVANVNPKLLYERLLRTEHVPAPTRERMANWRCGSGTFRMNVALSRLPSFTALPGEGDHLTAGIILAPSLDYMDRAYLDARAQGWSREPIVEMLIPSTLDDSLAPPGQHVASLFCQHVAPELSDGRSWDDHREEVADLMIATVERYAPGFGASVLGRQIKSPLDLERDFGLIGGDIFHGALSLNQLFSARPALGQAGYRGAIPGLYLCGSGTHPGGGVTGAPGHNAARVVIGDLV >WP_238844860.1 hypothetical protein, partial [Vibrio fluvialis] >MCG6359012.1 hypothetical protein [Vibrio fluvialis] VQPTNIEWFNCHRYDFVADPFLFTLDDQLYLACEVFDYLRGKGKLKCFDLAGREYPFFEAINALGGHKSYPLIVEHGGEYYAIPETSDRHEVALYRFDRESEQFLWHQALLSDGDYVDTSLVEHEGHWYLFTSGARDPFTQRLFVADEFAGPYHEHPQSPICRNICGGRNGGAIVSLDNQYYRLGQNCDGAYGKSLLVMQINTLTPTQYAESVFNEIHAVEPYVDGIHTLSYCEGVTVIDAKVHTYYLPNLVKKMAFKLMERFDIERHYD >NXY38534.1 TM222 protein [Pomatorhinus ruficollis] PCCLCRWLFPIIGHMGICTSAGVIRDFAGPYFVSVRNSSHPSRYWKLDPSKVCATGPNAWDTAVHDASEEYKHRMHNLCCDNCHSHVALALNLMRYDNSTSWNMVKLCFFTLLYGKYVSIGGFVKTWLPFVLFLGVIVTVVLTLHLR >WP_263072085.1 amino acid ABC transporter substrate-binding protein [Caldibacillus lycopersici] MKRLTAMILFVLMLSFLAACSNSGQAEDKIVIGIDDTFAPMGFRDESNEIVGFDIDLAKAAAEKMGVEVEFQPIDWSTKETELNSGRIDLIWNGYTITDERKEKVLFTKPYLANAQVIVTLADSNITNLSDLAGKKVGLQGLSSASDALNSNPISSEVEITEYKDNVLALTDLKNGRVDAVVIDEVVIDYYMAQEKGTYQVVDESLAPEEYAVGVSKKNEALLEKVQKAMDEMVEDGTAADISEKWFGTDKVLN >MCB1815789.1 D-alanyl-D-alanine carboxypeptidase/D-alanyl-D-alanine-endopeptidase [Candidatus Competibacteraceae bacterium] KPYQPYNASPNALLVNFQSIEFLFRPDGKQVAVSANPAPTTLRIVNNLKLSRGKCRSQRIAMTVDPPVNGLSTVTFKGNYPVSCGESSMYRAVVPARPMAAGTFLNLWQNQGGTLSGAIRATAVPADARPLYTQPSRPLAELIRGMNKYSNNVMTRQLFLTLGAERFGPPATLAKSRNTIAEWLTAQGLQMPELVLDNGAGLSRQTRISARNMGRLLIFASHSEYGPEFLASLPLAGIDGTMRRRFRKEDLLGQARFKTGTLNGVRAIAGYLRSRSDRTFAVVMLHNQTGVQNGTGSRVQDALLRWLYEQ >MWR41881.1 glycine betaine/L-proline ABC transporter ATP-binding protein ProV [Escherichia coli] MAIKLEIKNLYKIFGEHPQRAFKYIEQGLSKEQILEKTGLSLGVKDASLAIEEGEIFVIMGLSGSGKSTMVRLLNRLIEPTRGQVLIDGVDIAKISDAELREVRRKKIAMVFQSFALMPHMTVLDNTAFGMELAGINAEERREKAIDALRQVGLENYAHSYPDELSGGMRQRVGLARALAINPDILLMDEAFSALDPLIRTEMQDELVKLQAKHQRTIVFISHDLDEAMRIGDRIAIMQNGEVVQVGTPDEILNNPANDYVRTFFRG >XP_044490862.1 transcription factor bHLH121-like isoform X1 [Mangifera indica] >XP_044490863.1 transcription factor bHLH121-like isoform X1 [Mangifera indica] >XP_044490864.1 transcription factor bHLH121-like isoform X1 [Mangifera indica] >XP_044490865.1 transcription factor bHLH121-like isoform X1 [Mangifera indica] MGHHQLKNEAALIQSMAAPNPALVEFRQPPDPRVPATRPQPKSSQRPDGDVKDCVAARKIQKADREKLRRDRLNEHFTELGNTLDPDRPKNDKATILADTIQLLKDLTSQVDKLKAEHATLTEESRELTQEKNDLREEKASLRSDTENLTTQYQQRLMAMVPWATMDHSVVMAPPSYPFPMPMPMPPRPIPLHPSMQPYPIFGNQNPGVIANPCSTFVPYMTPNAMVEQQSAQYVSPAVQPGSRSHVSGKQDSGSKSFGESKVEKNEDSNDVMTDLELKTPGSTIEQELSSGQRKSKKSIRKESNITDGSSSSRCSSSRSLQDSSSNSIVGGRKPDDSEAAKS >MBM3322720.1 DUF362 domain-containing protein [candidate division WOR-3 bacterium] MSETVVYFVPPERIGTGIGAMLEESGFLKHLKPKKRIGIKVHFGEQGNSSHLAPEFVRAAAVACSYHDLQPVVIETTALYRGRRQLASEHLKLAREHGFTTEAMLAPVEILDGRQGERFYTVPLDSELVSGARLAQGLRRISYLINMAHFKGHFVTGFGGAIKNLAMGLAAKAGKLEMHSSSKPFVDSEKCVSCGVCVDYCPHEAINFVQYVAQIGRSCTGCGGCLAVCRQGAVRVNWDAASESVQLKMVEYCRAVVAGRRVFHFNVCLRITPNCDCYPQTETPIMDDVGLFGSLDPVACEQAAWDRIGPALTELYPHLNPALLIDAAERCGLGRRAHRLVTL >WP_038440434.1 ABC transporter ATP-binding protein/permease [Haemophilus influenzae] >AIT66999.1 ABC transporter ATP-binding protein [Haemophilus influenzae] MMIDKRLINTVSDSKKWIGVTVLWNWVALVGGIISAVVFSYILQAAYFHELSLLSAVILGIVLIAALALRAFAGKKSVQASYFASTKVKHELRSLIYRKLASMPLNQVNQQSTSSIIQVASEGVEQLEIYFGRYLPQLFYSLLAPLTLFVFLIFFSFKTAVILLICVPLIPMSIIAVNKIAKKLLAKYWSIYVGLGSSFLDNLQGLITLKIYQDDAYKAKAMDKEAEHFRKITMKVLTMQLNSVSLMDLLAYGGAAIGILTALLQFQNAQLSVLGVILFILLSSEFFIPLRLLGSFFHVAMNGKAASDKIFTLLDTPVETQQSAVDFEAKNNVQVEIKDLHFSYSEEKPAITGLDLSILPNQLSVFVGKSGCGKSTLVSLLMGFNQAQQGEILFNGQNALNIDRTSFYQKVSLVSHSSYVFKGSLRENMTMAKIDATDEQIYACLEQVNLAQFVRENGGLDMQLLSRGANLSGGQIQRLALARALLHNAELYIFDEATSNIDVESEEIILQFIQQFKQQKTIVMISHRLANAVNADCINVLDQGKLIEQGTHETLMAKQGAYAEMFQQQKDLEQIREVANA >XP_005087540.1 olfactory receptor 11H4 [Mesocricetus auratus] MNRSAAYVVTEFVLLGFPGSWKIQIFLFVLFLVVYVLTLLGNGAIICAVRCDSRLHTPMYFLLGNFAFLEIWYVSSTVPNILANVLSQTKAISFSGCFLQFYFFFSLGTTECLFLAVMAYDRYLAICRPLHYPAIMTRRLCGILVSSCWLVGFLGYPIPIFSISQLPFCGSNIIDHFLCDMDPLMALSCAPAPITEFIFYAQSSLVLFFTVAYILRSYVLLLRAVFQVPSAAGRLKAFSTCGSHVVVVSLFYGTVMVMYVSPTYGIPTLMQKILTLVYSVMTPLLNPLIYSLRNKDMKLALRNVLSGMRIVKNM >PKM16736.1 hypothetical protein CVV12_01290 [Gammaproteobacteria bacterium HGW-Gammaproteobacteria-2] MREQWARLVALLTGVLLLALAAALAGWQNHDTPSAVAETVMIADQRARGAQVYAEQGCARCHSLAGKGNARLPLDDVASRLDGPALRQWITGDAAIDANLSARVRSVKAGYAQLSEADMAALIAYLQEPPRPASAR >MBG8612140.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBG8662276.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBG8703243.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBG8722734.1 FAD-dependent oxidoreductase [Neisseria meningitidis] >MBJ1794785.1 FAD-dependent oxidoreductase [Neisseria meningitidis] MTRIAILGGGLSGKLTALQLAEQGYQIVLFDKGCRRGEHAAAYVAAAMLAPAAEAVEATPEVIRLGRQSIPLWRGIRCRLNTHTMMQENGSLIVWHGQDKPLSSEFVRHLKRGGVADDEIVRWRADEIAEREPQLGGRFSDGIYLPTEGQLDGRQILSALADALDELNVPCHWEHECAPEDLQTQYDWLIDCRGYGAKTAWNQSPEHTSTLRGIRGEVARVYTPEITLNRPVRLLHPRYPLYIAPKENHVFVVGATQIESESQAPASVRSGLELLSALYAVHPAFGEADILEIATGLRPTLNHHNPEIRYSLARRLIEINGLFRHGFMISPAVTAAAVRLAVALVDGKDAPERDEESGLAYIRRQD >NLY22703.1 RecQ family ATP-dependent DNA helicase [Bacteroidales bacterium] MRQNIYDILQNNWGYSQFRPLQEEIINSVLDSNDTLALLPTGGGKSITFQVPALALDGITIVVSPLIALMVDQVENLLKKNIPAAALHSGLSQREIDVILHRCIYSNDIKLLYVSPERLQTLSFKEKLSKMNVSFIAVDEAHCISQWGYDFRPPYLHISSIRDIFPNVPILALTATATPIVVNDIVDKLKLRNVQIFKQSFYRENLIYNVIETEDKMGKLIRLLKQFPGTSIIYVRNRKKTVTIAKHLHALGFSAIYYHAGLSADEREARQKAWINNQFKIMVATNAFGMGIDKPDVRLVVHLDLPDSIESYFQEAGRAGRDLKLSYAFLFFHNSDVDDFKKNILLSFPDIQIIKQTYKIITEYYHLKIGDGENEIFPFSINDILNNADISANDFYNSMIILEKAGYIALSEGIKSKSRLFFLEDKKEIYKFQLEHPEWNDFIKILTRTYSGLFTEYTNISEDNIAQKTNLSIEQVCNALNSLKELNIIDYIPNKGESTITFLMPCVDAENINIPDIVYLDRKKIILSNADALISYITNQTKCRSQLLLEYFGEESIIRCGRCDVCVSRNNVDLSKLEMDNIINIIKPLLLEKSMSENELLEHFSIMDEIKVIRVISWLIETNKIIRLSDMKLSWNK >TMH33622.1 hypothetical protein E6H63_00475 [Betaproteobacteria bacterium] MRKTILVVAGMFSVSLALVTWLGQSIADPAWLALGLAIAAICIASYGTLKAGLLEFSPEVLAGDVIVPRPSRAGGDVKLLLPLQFTNAGGGDGIVEWVALRLTIDGDIQHSVLLSPVAEVDMQRFIQAKRRLDEDNAIEPFTAFALEAKRSLAKFVLFDLAERGRTEPLRLRNGRWAFELFVKSSANRTPKLERSFEHVVERKHAEQLAADQPVYLINYQITLPGARRELAGAEWMPRGARYSN >TEA36401.1 hypothetical protein DBR06_SOUSAS16310016, partial [Sousa chinensis] NIKGLYSNRISLPTERDGNNKSIRYFKENRMGASLVAQWFRIRLPMQGT >WP_279029857.1 phage baseplate assembly protein V [Bilophila wadsworthia] MREAIRRAVKGLFPELGAGLHLDRYARVLAVADAPGQGAASERFRPRYAVDIQILTADGEPDPAFPTYTAVPLPVPTGAGQEKGFFSFPEPGAQVVVGFAYGRPDHPIIRQTYPLGVSLPEVAQGEQLWQSTPAVYQRADADGNWTRATEAKIEDASRERVVRAQTSADELGTETRTIREHSKESVGGIKQIEATTLSLVGGLRADLGSLGNVNMTAGAHSTITTGKARTDTTGGDFAEDVGGNRTAKVAGNAGDEVAGARNRKIGGDETTTVSGASTEKVGGAKTVTAAQMTFNSESTIGFNAGGGDGGGTSVFREFLGFCDEVLAALDVLAAHDHPDAGTINQGGSVSGHRAAAGQHREKLGQITT >XP_037829017.1 RAB11-binding protein RELCH homolog isoform X2 [Kryptolebias marmoratus] MASVNPFNRSDSEEEAERRPNETVDTERSPSDGAPGPPPGNPFSPSADAEPPTLLLSSNRTSPSGEGIISVSAAATSAMAGSAETRVSVDVIAAQLLRDQYILTALEFHTELLEAGRELPRLRDYFSNPGNFERQSGTPPAKDQVLGPGGPLNRAGSISTLDSLDFARYSDDGNRETDERVAVLEFELRKAKETIQALRANLTQAAESEVPSQERKNFKSSPEIQEPIRPLEKRALNFLVNEYLLKNEYKLSSITFSDENDDQDFELWDDVGLNIPKPPDLLQLYRSCGSTLTSPRDKADAAVGVDFGDLPGNCTGHEPPKKPDLSQQQQTEVVQELEYQLNLLNSEKLSLAEQIKKLQSEIQTLKKSVSTPPPASLDLGSQNSPHPSTSSTTNSCSTNPPPVPPTDNGQYLDIRGVTEAENDLAPASAQNTSQPHLQACNKVTSRVQFDQPNRKLSPAFQQALLSFCRMCSDSRLGAEVSRIADSEESVMLMLGRCLPHIVPNVLLAKRERMVAHLCQELIPLILCTACLHPEPKERDQLLHILFNLIKRPDDEQRQMILTGCVAFARHVGPTRVEAELLPQCWEQINHKYPERRLLVAEACGALAPYLPKEIRSSLVLSMLQQMLAEDKADMVREAVVKSLGIIMGYIDDSDKYSQGFELMLLSLGDPSERVVNAVHQVFIPAFAAWTTELGTLHTSLIPSLLARIEKLLRQGEHGLDEHKLHIFLSALQSLIPPLFAVVLQNAPFSSRAKLHGDIPTIEVTRFPRPASPLQDMATIIGSREMLSALLLLYDHQLEHEGTTGWESLLWVVNQLLPQLIEIVGRINVTSSTCVHEFSRFFWRFCRTFGKIFTNTKVKPQFQEILRLSEENVDASAGNGILTKATVPIYATGVLTCYNQEEDRKLLVGFLEDVMTTLSLSHAPLDSLKASFVELGANPVYHELLLTVLWYGVVHTSALVRCTAARMFELVLRGMSEALVDRRAAPALITLCSGPELSVRISTIPAFGTIMETVTQKELLERVKMQLASFLEDPQYQDQHSLHMEIIRTFGRVGPNAEPRFRDEFVLPHLHKLALANNSQSVESKRIDIAIHLFEAYSALSCCFISEEVMVNYFLPGLRCLHADMEQLSPEHEVILSSMIKECEIKVENRGIADAQGSISIASSLVGEDAKTKFLSKMGQLTTSGAMLANVFQRKK >GBM15324.1 hypothetical protein AVEN_210951-1 [Araneus ventricosus] MAEADSSSPTKWEITEDDDESVFSQGDELADENECICSQTDDLIEEDESVSSQRDIEFCELYFKVIDKQLSRGDYEENIQQAEHHFAEIRSRANKWCRFKKKNDLEQVNLLKHSFYYRMLCIYCNATCISSAVAYHFGNFLNQNSKLLKKLLKKNVLRICSIGGGLPSDVVAFIKVVESSIYIKEDVHIHITVVDVDKKWKKPCTAILHTMDNFNKEKWKIDFITLDLSSQSISPKVASAIKEADFVSLLKFLNQLEDQDTEFKRHLFQNMHHLVSPGSVLFLMDHAAIEVMKVFQGYLGRLHGHKLLYEVACHLHTLQLTTVKRHYELYHKHLIGSGMCNTSFKLFCRAWIRTSETFLHTGNHLESFDPRIKKAEKSLEEKRAWQGQLRLLCRQLSNNKISKDMVSWRDCFVIEMENQGCSKKRIQRTLNAAEKDLVLRRIYAKQLMFASYQDFLEEAHEICDARKESDEALKDEKRKDFYEKERRANFEWKTYEICIKRLLRRLEQRRCTKATQTEAVWQD >WP_216890540.1 DUF445 domain-containing protein [Priestia megaterium] >MBU8689936.1 DUF445 domain-containing protein [Priestia megaterium] MESNNVFTTNPKKKSKHLAVISLAIMGVGFVATMPFGDSIWGRLLQGGFEAGLVGGLADWFAVTALFRHPLGIPIPHTALLPKNRQRITRGLVSTLENDWLSKESIQEKVKRIAFTKRLLPIVRKGVHSETIQQKGTALLVDAINRVDTEKVVPIIEKELKSSLSAIELKPIVHSIVGEVVKNQYDEKALDVLLNKGESWIKKEETQYQLGSIAKKALDNIELDGILQFALKSFQSMINEEKLGSILQNLLLSITGRLRNEDDEYRLALVNGIRKELQGLEQNEELLEKLEAWKQKTINELNVTNKLTEIVDKMKAKVTAFIESPEFMKSYAVPYVESWLNALEEDAQRQEAIDTAIQKQIMSFVDENHSKIGQLVQENLDKLDDDTLVDMMENNVGKDLQWIRVNGALCGFLIGIVLTVIKLAV >WP_023955328.1 MULTISPECIES: hemolysin family protein [Microbacterium] >APF35400.1 hypothetical protein BO218_15280 [Microbacterium paludicola] >OAZ43124.1 hypothetical protein A9Z40_14845 [Microbacterium arborescens] >OWP22656.1 HlyC/CorC family transporter [Microbacterium sp. AISO3] >POX66324.1 HlyC/CorC family transporter [Microbacterium sp. Ru50] >QCR41030.1 HlyC/CorC family transporter [Microbacterium sp. SGAir0570] MNDWAGLAWLVVLLAFNAFFVASEFAVISARRSQIEPLADKGSRSAKTALWAMEHATLMLATCQLGITICSLVILNVSEPAIHHLLAVPLGLTGWGEAVVDVVAFAVALIVVSYLHVVFGEMVPKNLAFSLPDRAVLLLATPLRWVSRVFYPIIVALNWIANHAVRLFRVEPKDEATSTYTLDEVATIVATSRIEGVLDDASGTVAAVVEFTDKKAADVAVPFGELVTLPETATPEDVERAVARHGFSRYVIVDDTDQPVGYVHLKDVLREAEDADGAASRPIKSKRIHLMVPVAETTDLEDALALMRRSSRHLAQVRDAEGRTTAVLFLEDIIEELIGEVHDATRRAPRWA >EHK9185512.1 glycosyltransferase family 2 protein [Vibrio vulnificus] >EHZ2755664.1 glycosyltransferase family 2 protein [Vibrio vulnificus] >EHZ2763689.1 glycosyltransferase family 2 protein [Vibrio vulnificus] >EIV8492187.1 glycosyltransferase family 2 protein [Vibrio vulnificus] MTRKASLIIAFYNNTQALGLIFKALSGQSCMDFEVVIADDGSKEEAVAWLEEQKSQLPFALKTVWHEDKGFRKNRILNHAVLAAEPEYLIFIDGDCIPEKHFIEDHINNAQRGSVLSGRRVELPEPFTPLMQACENPETFFSQHKWQIFRQYLFTSPDAETKGRCNRGRHVEKGIRLPYAWQQTLIGGFKPTGILGCNFSLYKSDLLKVNGFDMRYEAPAVGEDSDLDYRLGLVGVKTRSLKALGIQVHLYHPWLIRRSLNSELFAETIKNKCSWAECGVDSLY >WP_236495189.1 MBL fold metallo-hydrolase, partial [Xanthomonas perforans] >MCF5954920.1 MBL fold metallo-hydrolase [Xanthomonas perforans] MTASHPSRSRRTLLRTALAAGSLTAVGQLGAAARPPARRTSAKPDSAPPAPFPAKGSVLVLLGTKSGPTPSPLRAAAANALVIDGQPYLIDCGNGVAQQLAKAGMRLPMLRDIFLTHHHSDHNADLLNVVWLAWASGLQTPVHLYGPPGIARMVDAFVAMNAIDIQARIREEGRPPFEALIHVHEFDQPGT >XP_049236752.1 uncharacterized protein J4E87_001741 [Alternaria ethzedia] >KAI4632269.1 hypothetical protein J4E87_001741 [Alternaria ethzedia] MARFLGLRGRSLASAISITCGLCFLCFGYAQGVMGGLLTVQQFLDRFPQVDIVNQSSFHNAWVTGLTVGTWHLGCIVSAIATIFVGDLLGRRRTLILGLTFWVIGEIIQTSSYSFPQFIVGRAIAGFGNGFTTSTAPAYQAECVKSHRKGTILMISAGAFVSAGIALSYWFVFGFAYLTSSSASWRVPIALQIMFALPAIAMLFVLPESPRWLILTGREQEALTVLAALNDDEPDSFETKDEFLQIKDAILIMAQGSSAGLFSNRERRGFHRVVLAYFVQVFQQGTGINLVLQYLSWIFLTRMSFEGWLARLLASCSATVYFLASFIVVVGIDRFWGRRSLMMFGASGMSVCMVLITILQYLWSEHNMQAGRIASTVFLFIFSVFFAIGWQGMAWLYQVEIVPLRIRGPANGLSTSANWLLNFVIVFITPIAFQRISYRTWIIFAVTNFAIIPLVYFFYPETAFRSLEEVDVIFQLAHDAPGNPWLTAVGFSQSEPLWFGKKDPEKRLNFNYGNSSWHKRLVESVLSRDSGSGSNTNSGHTEKRPWSNGESPDSGETAAPTIPRGRKRSEESPVDPRLYLSPPSSPTTTMTTTITSTNRPRRKLQKRNSSASSLASRASRSQPPPPVFGLYNRSAETHQPTMPHHRHTRSTSTDSLHSVRPEWWTENLTPAPVSTRSRSSSRPGSAIEATETRGRPASRVSTRSISNNALNRFVNSDLLTQEQQQRQQPRRAASHSSLHEQFADHGFEPVVGRDSVDYPGMLGGEERGRGRSGVVRTESERETYLPDGVYEVVEGRVRQLSAGPVRPESVGSSRRYSARDAGYAR >MBO6153462.1 hypothetical protein [Clostridia bacterium] IVIGIFEEPEMPLIIAGKGRRKVQLGRGGDAGSGPRGIGPDSMNLRRGPSVDHIVKFQFAEKSTA >EAZ93353.1 hypothetical protein CY0110_16197 [Crocosphaera chwakensis CCY0110] MISGIARPFNDIILTVIFFKFKGFSVFNFPCATININDQITSVKFLTNFLNKL >TAL78422.1 cyclase family protein [Burkholderiaceae bacterium] >TAM03995.1 MAG: cyclase family protein [Pusillimonas sp.] METLMSNAATSLVEQLAQGKLQVIDLTHVLSPDFPPLQLPPQFGQVTAFKMETISHYDEAGPAWYWNNFTCGEHTGTHFDAPIHWVTGKDYPHNTVDTIEPENFIAPAVVVDASKEVAKNDDWLLTVDYLKNWESKHGKIPEGAWVLFRTDWSLRVSNPASYVNMKEDGAHTPGPTQETVQWLIKERNVHGFGVETINTDAGQAFSWPTPYPCHTFMHGANKYGLQCLKNLDKLPPTGAVIISAPLKIQKGSGSPLRVLALI >MBQ9979016.1 RNA polymerase sigma factor RpoD [Clostridia bacterium] MKKTEENNKKHSIDELIEKGKKEGLSSVDLDEAIEEMDFDLDTLDKLYDSLEENDIPLNDDISSAELSEIESEVEKLSTSDSMEKLLEQGGVQIDDPVRMYLKEIGRVPLLSAEEEKELAERMASGDEEAKSKLVEANLRLVVSIAKRYVGKGMFFLDLIQEGNIGLMKAVDKFDYEKGFKFSTYATWWIRQAITRAIADQARTIRIPVHMVETIHKVSRYSRQMLQELGREATAEEIGEKMGLSAEKVREIMKIAQDPVSLETPIGEEEDSHLGDFIPDDDAPQPSEIASATILREVIERELHTLTPREEHVIKLRFGLYDGRSRTLEEVGKEFDITRERIRQIEAKALRKLRHPSRARHLKGFLD >WP_232038993.1 aldehyde dehydrogenase family protein [Ralstonia wenshanensis] >UGS88263.1 aldehyde dehydrogenase family protein [Ralstonia wenshanensis] MSDSRTRLQAVLKALGLDLKVYEGTDWTSRAPRDGAVLATVKSHTAGEAEAAIQSAHQAYLAWRIVPAPVRGELVRRLGEVLRTHKAALGELVSLEAGKITSEGLGEVQEMIDICDFAVGLSRQLHGLTIASERPGHRMMETWHPMGVVGIISAFNFPVAVWSWNAALALVCGNAIVWKPSEKTPLTAIACQHLMQQVVDAFNAEKPGAIPAGLSQLLIGGRDVGEALVASHLVPVVSATGSTRMGRQVGVKVAERFGRSILELGGNNAMIVTPSADLELAARAITFAAVGTAGQRCTSLRRLIVHRSVADTLLARLEKIYQSIAIGDPLADGTLVGPLIDQTAFDGMQQALAQARAEGGEVLGGERVREDLGADAWYVRPALVKMPKPTKVMESETFAPILYVVTYDGDTEQAIAIQNGVPQGLSSAIFTANLSDAERFMSSAGSDCGIANVNIGTSGAEIGGAFGGEKETGGGRESGSDAWKGYMRRATNTVNYSGALPLAQGVRFDV >KAF0259695.1 hypothetical protein DOU02_01815 [Clavibacter michiganensis subsp. michiganensis] >MBW8027037.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] >MWJ14879.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] >MWJ17514.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] >NIY58947.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] MEVPLGLSRKNKKELAKLRTHAAAVLKEQREVLDRANVVVAEAAHTARKLSDQHVVPAVKRGVDDHIRPGYEAGAERVRTAADSAYKGFTHTVLPAVAGAAGSAVAATEGIRNSKQVKDAVKKANKVSSKAQEFGKHYVDNGRSYVGRYVPQVAPAKKGLGFGGVALIALGVVVVGGVGYALYQTFRADDDLWIADDEPEPVDGTAKDQPAS >WP_263011293.1 type IV pilin protein [Pseudomonas otitidis] MKSNGFTLIELLIAVAVVGILAAIAYPSYTEYTNKTRRAEVAALLMEAVQITERQYSQDQKYENAKSKIPQQSPRDGGAKLYDIKLVTDAGDPSVKGGYVIKATAVGTGSMAKDVCKDMSIDGEGTRLPDDEKCWRR >WP_153201580.1 WbqC family protein [Flavobacterium sp. LMO8] >MQP25606.1 hypothetical protein [Flavobacterium sp. LMO8] MNNILIHPTYFPSISNYVAMLQADSVTFEMEDNFQKQTNRNRMYIYSPNGVQLLNIPVKHAVEKHQKYKDVRIENDFGWQKNHFKSLEAAYRTSPFFEYFEDDFRPLFEKKHEFLMDLNLEVFQLVNDSLGINIQPKKTTEFFHEVPDYTDFRHLVNGKKDTTQIEEYTQVFNEKHGFINNLSILDLLFNDGRYAVDYLKKQQL >WP_074667553.1 glycosyltransferase family 4 protein [Nitrosomonas communis] >SDW88484.1 UDP-N-acetylmuramyl pentapeptide phosphotransferase/UDP-N-acetylglucosamine-1-phosphate transferase [Nitrosomonas communis] MNSEFSFQLVAAPLLSFIVAYLLIFWLVKGNALKILDFPNKRSLHSTPVPRTGGIGLILSILLVWLLFSASLPISLWVGFSVLALVSLADDVKGVSVLVRLLAHILVAISFSAMLLLDGYNWVMVIGMGLAIAWMSNLYNFMDGSDGLAGGMAFIGFGYYGVTALLAGDMEFAMINFCIMASAGAFLRFNFHPAKIFMGDVGAVPLGFLAAAFGILGWVKGLWSFWLPLLIFSPFIVDASMTLIKRLFRGERVWQAHREHYYQRIVQSGVGHRNTALLEYLLMLMVGGNAVWANSYDYITQCWLAVMWGSIYLIIMLAFDCYQRYRYTKIQDDCK >WP_096443068.1 enoyl-CoA hydratase [Mycobacterium shigaense] >PRI14809.1 enoyl-CoA hydratase [Mycobacterium shigaense] >BAX94588.1 enoyl-CoA hydratase [Mycobacterium shigaense] MTVSDQAGAEAANANAHSPELVAYETLDEGRIARIWLNRPEAHNAQSRGLLVQLDEAFGRAEADDTVRVVILAARGRNFSAGHDLGSEQALAERAPGPGQHPSFRSRGATYEPIMEKLYHQEWHFFFENTCRWRDLRKITIAQVQGNAISAGLMLIWACDLIVAADNAKFSDVVAVRLGMPGVEYYAHPWEFGPRKAKELLLTGDSIDADEAYRLGMVSKVFAVDELAEKTLEFARRIAERPTMASLLIKDSVNAASDAMGYTEALRHAFHVHLLGHAHWAAFNENRWPVGQPPHVEDWRNAKPTKLARRDTP >WP_063378475.1 DUF1488 domain-containing protein [Pseudoalteromonas luteoviolacea] >KZN44286.1 hypothetical protein N482_16725 [Pseudoalteromonas luteoviolacea NCIMB 1942] >KZW99331.1 hypothetical protein JL49_18180 [Pseudoalteromonas luteoviolacea] MNQAILFNDDIHFDGSRRRLVFTAMVSGMIVPCVVAVPETELEPINHFRNHQFDYEMLAEQRIEDEDYSASGEIELTFL >WP_211627431.1 hypothetical protein [Leptolyngbya sp. 7M] >QYO67357.1 hypothetical protein JVX88_11465 [Leptolyngbya sp. 7M] MEANSFLNDAIYLAENPDVAKAVAEGQYASGREEYEAIGQYQERNGVVFSGTEGNDRIQSSGQKSSVVGVKIKTAKSTGRLITIEAETLGVGELDTLQGSPGRNIFYLGDNATETPQDFYLGNGDQDYALIHFFDPTSEDAIYLAGSPEDYQFETVDSNVRISKNGDLIAIVEGISKLIPDGLFTNKGILLFSPQNAYYARRSQPYFNEPAYLVANPDVKELLDAGEYSSGWDHFIQKGIDEGRQTFFNGVVGNDSFFYPLGNAIVTGMPITEYDPATGAIKTATTGSGDYDHYHGAFGVNRFLVGNAGVDFYVGQGEQDHALIGDFDPKQDELIVAQAIQNYKFEIYEEEFGGEIYPLFQLSTQAGDVIARLEDPELELVQLPSAIPGTYALVSPENERIQQLQASFYEPYYLAANPDVAAAVQQGEYKTGFEQYLKVGQFGESDREIAGLFAGTDGNDTVTGFGSEFLLFGVALTEVDAEQEAYKTGSTGKGEVDMLIGAPGSTIFSIGNDQLLSPEAEPGAFYVGNGDADYALIRGFDPLEDELFTGGTAEDYVFRSVDNNLNISTSNGDLVAVIEGGGSLTLKSFTIPERPNGLVLVDATNPILQQLGG >WP_152029253.1 hypothetical protein, partial [Bacteroides xylanisolvens] >KAB6160373.1 hypothetical protein GA393_26975, partial [Bacteroides xylanisolvens] MAKEKQKPYEFLSNLVLALMGTDRIFSNSFFSSEFAISPNTLSEIRRGEDMCIYQYVRVIRCMMKYLHLIVRMDMLLKELRAVLASNCDLVLATVP >MCR5007903.1 aminodeoxychorismate/anthranilate synthase component II [Oribacterium sp.] MILLLDNYDSFTYNLFQMVGSIEPDLKVVRNDALTVDEIRKLNPAGIIISPGPGRPEDSGVCPEVIRDLKGEIPILGVCLGEQAICMVYGATVSYAKQLMHGKQSDTKIDSDCPLFKDLPEVIKVARYHSLAVVEETLKDTDLKVCGITTDGEVMAVEDRKNNVYGVQFHPESIMTPEGEKILRNFIELTKKH >UEX07109.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] LVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVXXXXXXXXXXXXXXXXXXXXXXXXMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIVKFISTCACEIVGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIIIGGAKLKALNLGETFVTHSKGLYRKCVKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKFTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITRXXXXXXXXXXXXXXXXXXXXXXXFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVXXXXXXXXXXXXXXXXXXXXXXXXXXINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLAYKVYYGNALDQAISMWALIISVTSNYSGVVTIVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXWPLIVTALXXXXXXXXXXXXXXXXXXXXXXXXXGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_172228453.1 hypothetical protein [Mesorhizobium sp. NZP2077] >QKC86356.1 hypothetical protein EB232_20400 [Mesorhizobium sp. NZP2077] >QKD17161.1 hypothetical protein HGP13_20120 [Mesorhizobium sp. NZP2077] MIQFLNIFGDVMRIATFQWRDDRHHAQRSEEPASPGRWAPPVDRQPFRRSHPWQHGG >XP_054800357.1 YTH domain-containing protein ECT4-like isoform X2 [Prosopis cineraria] MEAAAPSPDRAADLLQKLSMDSESKTIEVPGHGNRSGPAFSAVASKGLSKPFYPNARFVSNGYPAAYCYGGYNDQSSDWNGYSSYVNLDGGMAYGVYGDTCSYTHHQGYGFTPYGVYSPGSSAPAMQHDSAPIMQHNGQLYGLQQYQYPCPYYQAQVFEEGPNAPNKHCVAQREISAAVTVNHAPSSVVMNKGNKVSLVNGDCPNSSAFKAPLTSSFSSSMNSNDFYQGASFPSYVPLSGYQDTRFSADEIQSGIPSNALLFSERQSKHGARFGLSSPMIPGKDFSSQSNQNLALSLPHYMGARPSPGLELVSGFMNRMYPINKAYNQYGNTWSSSPYIPAAYGSRAGYIPSRVKASSNNRGGSGSWKKNMDGFNEMTKGPRATNSDNKSDINGKPVPMVPMKHQYNGEDLFENYFDAKFFVIKSYSEDDIHKSIKYSVWASTPNGNRKLNEAYEEAKEKPGGCPLFLLFSVNSSGQFVGLAEMVGPVNFESTVEYWQQDRWTGCFPVKWHIIKDIPNILLRKITLENNENRPVTNSRDTQEVMFEKGIQILNFFKDHPRKTCILDDFDFYEGRENAMQERKAKEHQSPRHVSELGDNEIIQLPESVGGTLANQSAPADLASTSLDSKASPLEECGSTGALEDSLVLDPKVAPDEVASA >MCD4805360.1 efflux RND transporter periplasmic adaptor subunit [Desulfobacterales bacterium] MTRQTFFRWIIAILLIAAIGIFIWFYTRPKPVKVVVKPVERGLVEKVVANTRAGTVKACRRANLSPSLGGQIAVLDIKEGDKVKAGQLLIDLWNKDLVAEVALSKSEAEAAKARAKANCLQAEIARREADRLVKLLKTGAVSEEKTDRAVTEANVRKAECEAAVASAKMSLSRVGVVKANLERTRLIAPFDGVIAEITGELNEYVTPSPPGIATPPAVVLIDNSCFYVVAPIDEVDAPEIALGMPVRVSMDAFGNRSFEGKVRRIAAYVLDLEKQARTVDVEVRFINQKDIKHLLAGYSADIEVILDVHKDTLRIPTYAVLDNKRVFVYHPDSKKIEERMIKAGISNWDYTEVITGLKAGELVITTLDREGIKDGAKAIINNGEK >MUU11774.1 phosphate ABC transporter permease PstA [Oscillibacter sp.] >SCH09036.1 Phosphate transport system permease protein pstA [uncultured Oscillibacter sp.] MESHTLSPRRQLYDKGLRVVLYFCGFLTCALLVLTIGYIFYRGVPFISWELLSTQSSYINDTIGILPNILNTLYIILLSMVIVLPLGVGAAIYLTEYATNRRLVAVIEFATETLTGIPSIIFGLVGMLFFIQMMGLKTGVLAGGLTLVVMILPTIVRTTQESLKTVPDSYREGALAMGAGKWHMVRTVVLPNAVDGIVTGCILAVGRIVGESAALLYTAGFGLVLNNFVTALESSSATLTVALYVYASERGETDIAFAIATILMLLTLVINLSANLVGRKLKKN >WP_221286480.1 biotin--[acetyl-CoA-carboxylase] ligase [Cellulomonas hominis] MRADEVRAALLAPAGPLRRCEVLPVAGSTSTEALARLAADPAWADGGLLTAEHQDAGRGRGGHTWTTPPGAAVTLSLVLRPGVPRSAWGWLPLLTGLGVVRAVSAVSGLPAALKWPNDVLLPAADGADLPGWGTDRKAAGILAEVAPSGDAVVLGIGVNVGQAAAELPVPSATSLRAAGAAGAAGVDRTAVLVAVVREVLAVLERWRAHGGDVTAAGLDADVAAVCRTLGSAVRATLPDGAEARGTAVRIDADGALVLRGADGAERRLLAGDVRHVRPAGELGSPV >WP_076679691.1 DUF1398 family protein [Staphylococcus aureus] >MCQ1232951.1 DUF1398 family protein [Staphylococcus aureus] >OMK06036.1 hypothetical protein BO217_0272 [Staphylococcus aureus] MAFTLSEIQQAHQQFTGVDFPKLFKAFKDMGMTYNIVNIQDGTATYVHQSEDDIVTSSVKSNHPVAPSSNQSIVQDVLTRHQQGQTDFETFCNEMAEAGIYKWHIDIQADTCTYIDLKEQAIISELIPQ >QIG46118.1 GNAT family N-acetyltransferase [Nocardioides anomalus] MPDGWTVGTPDPDDLDDVRRLTELLRAHEREGRGWAGAGKQDVLVEVSDHGLRTRENVVVRDDAGTIRAWGSVHDRASGRMLFVHVVDRTLDETPARCCSDVLVAWAVGQAREVGSARGLTTQQIDTGAYADDERQQRWLAASGFRRVRTWWQMTRPVTPDERTLVDDPARWERDGVVVRLVDGEDDLRAVHDVLETAFTDHFNSKPETFDEFLFRLREDPGHRWDHWWIATVDGEPAGALVGTESGSSSYVAYVGVVERARGRGVAKGLLRTVIADAAARGRDAVGLEVDADSPTGADRLYRSMGWETSYVTQSWHRDVPVPGRAPTGP >WP_171531042.1 TnsD family Tn7-like transposition protein [Acinetobacter defluvii] >NNP72617.1 hypothetical protein [Acinetobacter defluvii] MHNFPPPHPDELLYSTLARASVYHGITSPKQLLDAVFGNRYVIATLDLPSHITNIAYLLRNTKQYSTDNLIRQHTLFSLYAPFVPKNIRDKAIELMHGKTNGALHTMLGVAASRIKAVQNFQACPKCIEIQLIKYGEAFWKRDWFIPNLPICIEHGSSLSIYKEKPSDSRHHFQPFIESHFSIESVGSVFSQDLIISAPIQQLLNLFSYPSISFDQWTHFYYGLAQDSGYARGQHIKHDQILELFLQYWGQEYLQAKNLLCHQNEENSWLKNIFRKHRKSFSFFEHLLVWQTFLSREKLENIFHHAQHIQPVFIVKTTTIENDLDIVKCAEYRKKWQQLVRKNEPYRVCRRLFYLS >XP_002430673.1 chaperone protein DNAj, putative [Pediculus humanus corporis] >EEB17935.1 chaperone protein DNAj, putative [Pediculus humanus corporis] MKKTYYDDLNLEKNCSSKAIKDAFIKLSKQYHPDKNKNSDAKKKFIVINEAYSILGNTQKRKFMYM >ANJ20823.1 hypothetical protein RDp07_gp12 [Roseobacter phage RD-1410Ws-07] MKNRENFLFRGDAYLTTRILVPTYASRCEIQRDSEGYWINVWWHCGAIAPLTHNELNQAIQGENEC >NXR14151.1 RTXE polymerase [Semnornis frantzii] EKKLEVKAHLEFRLATAIKENKKCFYKYINGKRRGKDNLHSSLDAEGNIVTKDEEKAEVLNTFFPSIFNSGTGCLQDNWPAELTDGARDQCSPTVIQKKAVRDLLSHLDPHKSMGADGICPRLLRELADDLPKPLSIIYQHSCLTGEVPEEWKLTNVMPIHKCWKEDPGNYRPVSLTSVPGKVMEQVITKHLQNGQGIRPSQHGFRKGRSCLTTLISFYDQVTLLVNVRKAVNVVYLDFSKAFDTVCHNKLLAKLAAPGLD >MBI5003436.1 hypothetical protein [Candidatus Woesearchaeota archaeon] MENKENKKDKYVFGWQEKSSALVGIGPHRAFFENTKEIFAPQVKEHFVFWKNGQSHTYFSKKSIARWKEEGEKFEEKGYLKKFLNEAASIRQEFGEFIKRIENKDVGTGSNRELLEDFNEYYLKLQRIQALYMASQPEGVDFVNTKLSELLRKELRKEDIEEEHKIITSSSELDLIQQERVDFSTIKETDKGTEEAVKEHAKKYPCFFFNTYKWESILLYLQQRKKQMTTEESKEEIEKIYAQKKNMEKKKQELLLTLSDEVKEYATILMKLGHDRLELKNCWSGAELLALNLFQEIQKRIGLPLEDFFATYTEEDIESALLTGKKLSEEEIKKRKQAMLYKIDNGTVTFKSGEEAEKEIKQLVGTQDFSEQSEVKGMVANSGVISGRVRIVLIEDIEKFQKALNEFEEGEILITTMTSPNMVPLIKKAAGIITNEGGICSHAAIIAREVTTPRKKPCIVGTKDATRIFKTGEYILMNKEMGKIKKITKEEHEEMKNKLQEQLEVGGN >MCU2740175.1 fatty acid biosynthesis protein FabY [Enterobacter hormaechei subsp. xiangfangensis] >MCU2740232.1 fatty acid biosynthesis protein FabY [Enterobacter hormaechei subsp. xiangfangensis] ITAPQTTPIRHFLMIKPIATLDDILHRADWCGQLQQAWYQHIPLSEKMGVRIQQYTGQKFITTMPETGNQNPHHTLFAGSLFSLATLTGWGLIWLMLRERHLGGTIILADAHIRYSAPISGKPSAVADLGALGGDLDRLARGRKARVQMQVELFGDETPGAVFEGTYIVLPAKPYGAYEEGGNEEE >WP_203339841.1 competence type IV pilus ATPase ComGA [Planococcus sp. REN14] MQSIIERRCVDLLHDAAKNKTTDIHIKPEPTCYSVTYRSFQSLRQVTQLPFDLGDRMIAYFKYLSLLDMSERRKPQTGSFQLPIDELSYYFRISTLPSVLTKESIVIRIMPDDAAQSLHQLAAFRDSARLLEKLSEASQGLILLTGPTGCGKSTTLYSLLKHCADKLNRNIITLEDPVERKNQAILQIQVNEKAGLSYAAGLKAILRHDPDIIMIGEIRDAETAQIAVRAALTGHLVFSTIHARHSVGCLHRLHDLGVSFEDMSQTLIAVSAQKIIPMYSDTGQSESCHRALYEILEGARLEEALASAGQKKHYTLPNSLTFDGQIREGVKIGAIQASFALR >XP_052621353.1 cytokinin dehydrogenase 3 [Lactuca sativa] MAKSHVLPAYILVLHMINNFVSNMLTKFTPWRNTSFSSLPLPLEIATKLYADSTSIKTASSDFGKLFQETPFAVFYPSTISDIVHLVKSSYTSSSPFKIAARGHGHSVHGQAMAKDGVVVEMTSLSGGIKVSWSDYLGFYADVGGEQLWIDVLRTTLERGLSPVSWTDYLYLTVGGTLSNAGISGQTFLHGPQISNVHELDVVTGKGEFMTCSKNMNSELFYGVLGGLGQFGIITRARIVLDKAPTRVKWVRMIYEDFDIFTKDQEHLISKNYGLNYVEGSLIMKKSPANNWRSSFFSILDEEKVNSLASKRGVVYSLEVVKYYDEFSVQPINEELDDIFKDLSFKTGFIFKKDVSYVDFLNRVRIEELKLQCKGLWDVPHPWLNLFVPKSGILEFNQQVFVNIIQKEAKSSGPFLVYPMKRTKWDDRMSATIPDEDEDVFYTIGLLHSARNTEDGKIIDDQNKKILNVCAEIGIEIKQYLPRYYTTKEEWIKHFGAKWSLFEERKAKYDPKMLLSPGQRIF >KAJ4922108.1 hypothetical protein JOQ06_027932 [Pogonophryne albipinna] MFSLGEKIEFFIGNPFSTPVGQRIERATSVCLQSEDWGINMEICDIINETDEGPKDAVKAIKKRIVGNKNFREIMLALTVLEACVKNCGQRFHILVSSQEFIEGVLVRSILPKYNPPTALHDRVLSLIQSWADAFRSSPSLAGVVYVYDDLRRRGLEFPMTDLDALSPIHTPNRSTPENETPETAPAATPTPQSEPQPASSVPPQSTSPPDQRGEEPGSLSAQQEQKLRSELALVKGNLTQLYSVCKNMQSRVVELIPQLLDEGFIGELLVINDDLNNAFIRYERFDRLNKAQVSNTPQSSSTTTNLLDLSPEPPSLSQPAVITTTSQSADSAPDNQHQSANHKEEEFDMFAHSRGSSLADQRKSVRYEDPGAVEGLAGALDTRLQVTGGVAPAKNSAQSDVDSSNDMEEHSSVSEGVSSEEFDKFLEDRAKESDHSAPTIRSVPASTSRPPPQSARQQERSDQLFSL >MBK6983032.1 hypothetical protein [Betaproteobacteria bacterium] MQREGESLDQTFKRVADTWAWFTDNFYTDAEKLAMAEDEVKRPFAALGLAVRRASPASASSSSRSTCRRKPGGRCGTC >MCI9332849.1 helix-turn-helix transcriptional regulator [Oscillibacter sp.] MILLERLKKLREQKQLTQQQMADILEISKSAYIKYERGEREPRIAQIEKIADVLNVSLSYLLDINCNEPRREVHLGNAALNEILCNPLFFEKFGNDSKVIEGIAYSYVSHILALYYGETDLFYMELMLVEKFEKMYDMGKLVLTTENPNLEDYKRCLNVTQTFRKLMEKFLDLLHNPDFYRERDHFLKDIRSYKLPKPLDK >WP_057489847.1 hypothetical protein [Streptococcus anginosus] MIRFHFNNEFWFRWRFYLLSMMIFFSLVVEPYPKLDVFNVIYFAVLGTFLLLQIFVPECSHKRSCPVGSYHFNWEFYNETSLYLMIYFSRSLYSGPRSSHDVLYWIFLVAAILIIFSFLIKKEKEEKSEE >WP_100146488.1 MULTISPECIES: formate dehydrogenase [unclassified Limnohabitans] >PIT79320.1 formate dehydrogenase [Limnohabitans sp. JirII-31] >PUE25461.1 formate dehydrogenase [Limnohabitans sp. JirII-29] MKKEQTQASRRGFFMGAAAAGAAAAAVTALPRVNLPTEVAALKPAPENGGGYSLSEHVKRYYQTTRV >WP_176018545.1 mannitol-1-phosphate 5-dehydrogenase [Pantoea ananatis] >MBA4821766.1 mannitol-1-phosphate 5-dehydrogenase [Pantoea ananatis] >QKV88829.1 mannitol-1-phosphate 5-dehydrogenase [Pantoea ananatis] MKALHFGAGNIGRGFIGKLLADAGIELIFADVNQAVLDALNARHEYPVHVVGEQAKVEVVKGVSAVNSTSDHITGLIADVDLVTTAVGPQILERIAASVAKGLAKRSDNGNVRPLNIIACENMVRGTSQLKQHVLQALPSEYHVWLEQHVGFVDSAVDRIVPPSEAGSQDPLEVTVETFSEWIVDKTQFKGELPTIPGMELTDNLMAFVERKLFTLNTGHAITAYLGQQAGHQTIRDAILDENIRAVVQGAMEESGAVLIRRYGFEADKHAAYIQKILSRFENPYLKDDVERVGRQPIRKLSAGDRLIKPTLGTLEYGLPHANLVQGIAAAMHYHSDQDPQAQELAALLAEKGPQATLAQVSGLDAESEIIKEAVSAWHAMA >MBI4448201.1 hypothetical protein [Candidatus Woesearchaeota archaeon] MEQKEGEPAPNAAQSPYVGDDKQRLLALSEISLWLDCYDDIFSDFDPRPYSDRELSDDFLAAAKKATRDKPLGIIELKFLIPSAKRDTNQENLIKRRVREHFKKQYGWFNDEVTAIIKKGALFTILGVILMFTATAIIYKGQEDNLFISFLIVLLEPAGWFMFWEGLGHIFFESKKKKSDLDFYKKMSKCKVEFLSY >QGA29503.1 polyprotein, partial [Hepacivirus C] APITAYSQQTRGLLGCIITSLTGRDKNQVEGEVQVVSTATQSFLATCVNGVCWTVYHGAGSKTLAGPKGPITQMYTNVDQDLVGWPAPPGARSLTPCTCGSSDLYLVTRHADVIPVRRRGDSRGSLLSPRPVSYLKGSSGGPLLCPSGHAAGIFRAAVCTRGVAKAVDFVPVESMETTMRSPVFTDNSSPPAVPQTFQVAHLHAPTGSGKSTKVPAAYAAQGYKVLVLNPSVAATLGFGAYMSKAHGIDPSIRTGVRTITTGAPITYSTYGKFLADGGCSGGAYDIIICDECHSTDSTSILGIGTVLDQAETAGARLVVLATATPPGSVTVPHPNIEEVALSNIGEIPFYGKAIPIEAIKGGRHLIFCHSKKKCDELAAKLSGLGLNAVAYYRGLDVSVIPTSGDVVVVATDALMTGYTGDFDSVIDCNTCVTQTVDFSLDPTFTIETTTVPQDAVSRSQRRGRTGRGRGGIYRFVAPGERPSGMFDSSVLCECYDAGCAWYELMPAETSVRLRAYLNTPGLPVCQDHLEFWESVFTGLTHIDAHFLSQTKQAGENFPYLVAYQATVCARAQAPPPSWDQMWKCLLRLKPTLHGSTPLLYRLGAVQNEVTLTHPITKYIMACMSADLEVVTSTWVLVGGVLAALAAYCLTTGSVVIVGRIVLSGKPATIPDREVLYREFDEMEEC >WP_274358594.1 SCP2 sterol-binding domain-containing protein [Glaesserella parasuis] >WDI27804.1 SCP2 sterol-binding domain-containing protein [Glaesserella parasuis] MKTLLQQLMLPQFALGALETAFNHLIERSPQTSPMLRKLAGKILKIQLNQPNIILFVIFSENRADWLANYEGEVDCAVSLDATALPKLADKSKLSELINNKTLILTGDTQVLQHFSQLLDELEKDPAELLSRFIGDVLAQASTDFAKGIFTKVKNQFVQDSQHLVDNLTTERPVLVHRLQVVDFCDQVKELEQQAERLEQKFAKLALN >XP_052375968.1 uncharacterized protein LOC127930338 [Oncorhynchus keta] MRSEQDFALDFPTVAASVGWNDRALIDHYWCSLREDVVRELASRDTTLTLDQLVDLSIRLDNLLTARGLSDRDVSGPSPALLLRRPWSWEVQHLGRPEEGPFPKPSVAAEGTLLVGAGEVPQGVEAAGKALSCHPRPVVAGPLQESEVREVPPPTLDIEGAPAYAVQGILDLSHQARGLQYLVEWERYGPEERCWVPVEDVLDPSFLREFHRLHSDRPAPRPPGCPRGRCRRAAGGGTVTSGGIWRSPSPAF >WP_137692307.1 FAD-dependent oxidoreductase [Halorubrum sp. CGM5_25_10-8B] >TKX37239.1 FAD-dependent oxidoreductase [Halorubrum sp. CGM5_25_10-8B] MTGHETADVLVVGSGIAGLTAALAAAREGREVTVATKATRPADAASWWAQGGIAVARDRPERFKRDVLAASDGTADPDAVDVLVENADGAVRDVLVDTLGVEFDRETGADAFDYGREAAHSEDRILHVGAATGEYVHVPLLNHLDGRDGVEVVDDATALELITREGRVHGAVVASDDGRVPMYANATVLATGGVGDLFPRSTNPRGATGDGVAMAALAGADVTDMEFVQFHPTAYDAGPNEEGFLVSEAVRGEGALLRNGDGERFMPEYHDDAELAPRDVVSRAVAAERDATGEVRLDVGALDFAGAFPGLAEKCADRGVDPDEGIPVAPAEHFLCGGVAVDDRGRTTLDRLYAVGECARTGVHGANRLASTSLLEGLVWGLRAGADAAEAAGSDGAPADPERVAPPDLLDRDPDLPSAFAREKFRRLRRVMGEHVGIERDPADLRRALDVLRRLKGEVDAYVRTRTSRSLYELRNATVTALLVTRQALANDESVGTHYVADDAEPAEPGPAADD >MBS0252047.1 pyridoxal kinase [Pseudomonadota bacterium] MLRILMISSYVAHDPVGLTATSPPLLNAGIDVVGLPTVVLSNHPIRTHIAGITLDPRLIADMVRALADNGWLASFDAIFSGYLPSIQHVEIVAEAVTRLRAAKPETTYICDPIFGDDPGGLYIDEGAARGIRDRLVPMADIMTPNRFELSWLSGIDVQSPADAVTAVTSLRRPIVAGTSIPDGPASLATVLMAENRAFIGRVEKWTDVPHGTGDVFAGCLTAKLLHGEAPQTALAYALGGVHRALEVSRGSDRLLPYFVDWQHITTVPIAAIA >MBM3499926.1 sugar phosphate isomerase/epimerase [Armatimonadota bacterium] MRYATAIWNYAEPEVRLVDLVREFASFGYDTISLSSGQFGDPEGRELREAAELIAETDLAMTLHCGFAFGVDGVQQALDLLGERLLAITFDPLSEVDSCGSRFATGQMAPVLAEILRRTAGSAVRVGIEDLPLDARALDTYRADLGPLVETGRYGMLLDVGHLNLRRRQWPYFRGLSVAEYVERIPVPIIEAHLHDNNGQADQHGHFGFGDLDFGSVAEALKAVGFEGVSTIEIAPSFHDSSPPESKPHARASLEQWKQLWEA >NBQ41256.1 succinate--CoA ligase subunit alpha [Mycobacteriaceae bacterium] MSIYINKDTKVITQGITGKTGQFHTEKCQEYANGKNCFVAGVNPKKAGESIFNIPIFGSVKEAASQTGATVSVIYVPPAGAAAAIWEAVEADLDMAICITEGIPVRDMLEVRNKMKAKVAAGGKETLLLGPNCPGLITPDEIKIGIMPGHIHRKGRIGVVSRSGTLTYEAVAQLTEIGLGQSSAVGIGGDPINGLKHIDVMKAFNDDPETDAVIMIGEIGGPDEADAARWCKDNMKKPIVGFIAGVTAPPGKRMGHAGALISGGADTADAKLAIMEECGFTVTRNFSELGKLIKVQI >MBQ6111538.1 hypothetical protein [Synergistaceae bacterium] MRINKRIFTLAIIFLVILSGDSYSAQKNTDPRARNIFALFTKANPKLSAVTAKKYSELVIEASEKYKQDPYVIAAIIVH >WP_189646918.1 xanthine dehydrogenase family protein molybdopterin-binding subunit [Nonomuraea spiralis] >GGS77017.1 carbon-monoxide dehydrogenase large subunit [Nonomuraea spiralis] MNAVGRPVARVDGVAKVTGAARYAADVQVPGVTHAVLVGSTIARGRVTAIEVSEAAAATGVLGVFTHENLGRLPRPRPQDFLPLQDDLIRYAGQPVAAVVARTLEQARHAAGLVAVSYRADTPRTVLADGLDAAYLPPQGPDGGDNVYVRGDVEAALTSAPVTVEATYTTPMQHHNPMELPATVAAWDGDRLTVHESTQNIAGTQEGLMTVFRLPREKVRVISPYVGGGFGAKGTSAVPRIVLAAALARHVGHPVRLVLTRAESYTSNGHRAASHQVVRVGATRDGRLTAIDHTLTQQVAGTEGRFVTSARITRILYACPNVRTTQRAVALDLANAAYIRAPDTVTSHALESALDELSYALGLDPVTLRIRNWSATNQQSGVRHGSNHLRTCYERGAERFGWWRRAPRPGSMRDGDWLLGWGMATVAHTAGGREMAGAEVIIGVDGAARIRSGTHDIGTGTSTVMRQLGADVLGLPMAEVRFDLGDSAYPQAPASSASATVPCTGAGVVRAATAARDQVVALAVADESSPLHGLPPARVRAADGHLFDLDRPARRTSFRDVLRRHGRPLRVTSPAGERMVQAVSTGAVFTEVAVHRLLGQVRVRRVVGVYDPGRVLNERTARSQAVGGVIWGIGVALSEHTLTDPHLGRILTPNLSGYLVPVAADVPDLDLTFIDRPDPASPALGARGFGEAPTTGLSAAIGNAVHHAIGHRVRDLPITQDKVLAALA >MXX91804.1 hypothetical protein [Boseongicola sp. SB0665_bin_10] >MYG28588.1 hypothetical protein [Boseongicola sp. SB0677_bin_26] MTSDRSPTPLADVARRVVWFKPPQETLEDEVFFLNHVMIYGRADDILETRHHFNDDALRNALQNALPGIWDPRSWAYWHLVLDLLPVPPMPVRFPEMDESLRGYGGPPKAVHPEPFNTPSPMD >WP_059632389.1 FAD-binding oxidoreductase [Burkholderia ubonensis] >KUZ71655.1 amino acid dehydrogenase [Burkholderia ubonensis] >KUZ92442.1 amino acid dehydrogenase [Burkholderia ubonensis] >KUZ94636.1 amino acid dehydrogenase [Burkholderia ubonensis] MDFDVIVLGAGIAGVSSALHLQDRGLRVALVDRRAPGEETSHGNAGLIERSSVVPYAFPRNFGTLLRYLRNRSVDLYWDYRALPAYAGWLARFWRESSPERLAAAARDMLPLVAASVAEHDALLARTDAQPLVHDGGWLEAFRSPALFDEQARAQRRIADEHGLRMAVLDARALRDREPGLGDAFCGAFHWQDPKTVSNPGGLTKAYARLFERDGGTFALGDATTLVQERDGWSVDTAHGRIAAGSAVLALGPWSDQVFAPLGYRIPLRAKRGYHMHYRPTRTPLTVPVCDTEEGFVVAPMDGGRLRLTTGVEIALRGAPPTGIQLARAEPLARDAFGIGERLDPAPWLGMRPCTPDMRPVIGPAPRHPRLWFAFGHCHHGLTLGPATGRLLAEMMTGAPTYIDPHPYRPARFG >WP_052379448.1 LysR family transcriptional regulator [Tepidicaulis marinus] >GAK45921.1 LysR family transcriptional regulator [Tepidicaulis marinus] MSLPDLNLLRIFTEVVEAGSFTRAAERLHISKGAVSRQVTALEEALGARLLNRTTRTLSLTREGAAVLDHAKRAVDEACFAAAAASELSGKVAGVLKVSAPISFTQYEFGAALPEFMERYPDLTVEIDLADHMIDFVAGGYDVGVRISGMADSSLIARQLAPVRRFICAAPSYIEKFGKPRTLDDLSHHACIINSQLPDRSYWTLRNGRGQVVSVPVSGRFIANTSVAIQPVVLAGLGLQHVPDFIAYRHLKSGALVRVLEDEVDDEVRLHLIYADRRHMPSKVRAFVDFMVEKYGEGRAPWLGV >HCW55486.1 Holliday junction resolvase RecU [Erysipelotrichaceae bacterium] MVNYPDGRKAAASVQARESAAHRGMELEAEINQTNQYYLQQDLAVIHKKPTPVTIVHVDYPQRSAAKITEAYFKIPSTTDYNGIYKAKYLDFEAKDCQSKTSFPIKSIHAHQVKHLDAVTRHGGIAFVIVRFTAYGET >WP_260920963.1 hypothetical protein [Aliarcobacter butzleri] >MCT7554762.1 hypothetical protein [Aliarcobacter butzleri] MNSIFLSNEIIIFLFVQLTLFILLFVAFYFSFFIIKNWDFSKTSNKQYKLEKTSYLVILIITFTLIVKIFLFPYFAYTLDNLSNVVPGAMCAAGIVGANKYGQINLFLKIVILFFIGIWLIINSFDIKEKTYPYTKKKYFLYIFIFILSIFELILDFLFLSNIPTKEPVLCCSVIFGVNSIGSRIPFDLSINTLLVLFYMIYLLIIFLNLQKKVFLNLLTNFLFLYIAYYATTYFFSTYIYELPTHQCPFCMLQKEYFFVGYLIWGSLFLGTFFGVASFVLKLILKKDFDFIYRYSIIFNTLFVFSNSFYVIRYFIVNGVFL >HBS0905846.1 FAD-dependent oxidoreductase [Klebsiella pneumoniae] MKSWDVIVIGSGAAGFAAAVTACCKGLSVLMLEKAGQFGGTSAISGGAVWLHDTDQARAEGKSGSAEAMKTYLRTIIGEGQYREDLAEAFVSAGREALAFLEREGAVKYSLRPLSPDYYPDEPGAVDVGRALEVVEYDGRELGDALRDLRSPPPGMLLFGGMMVNRVDIQHFLDMRRSLRSLAHCTRLLLRYARDRVKYPRGTRLAMGNALIARMATTALRKGMNLRLNVNVLALCEAQGAVHGVEIEYQGQRETLHARRGVVLAAGGFAAGALAARYRPHTREHFTMSPPANDGAALRLAAALNAREGADRPSNFFWAPVSVLTRADGSEERFPHLVTDRAKPGVIAVNQRAVRFVNESSSYHHFASAMQDAAENAPCFLLCDAQAMKRYGLGLARPAPVNNDALVAAGYLHKADTLAALAQQLGLDAQTLSKTVARYNRDAAQGVDREFAKGGNSYNRAMGDPGHQPDACNAPLLSAPFYAIKLYTGDLGTSRGLVTTADAQVVNTEGHPIPGLYAVGNDMDSLMAGTYPGPGITLGPGLTFGYLAACHLAQHSTH >MAA73247.1 hypothetical protein [Salinisphaeraceae bacterium] MIKTTALAAVTLLLTALVAACGESATTGVRSGPEELPAGVDREDLATAVFVAGCFWWVEEAFDPVPGVVKTTSSFIGRRLTNPTYEFVELVVTKKQLTLHARDDRARVIDLSDAQANALVWSDNGSRSVPFAARSATALTAAADLPTTGKFRIVVSLELPGQEKTSLLFGPMRL >KJS09633.1 hypothetical protein VR78_15695 [Hoeflea sp. BRH_c9] MRNWKLWIWPGLATVACLTALAIWFQAGIVESDLQSRALAALSEDNGWAKVSLKGRDLTLTGLAPDEASQHQALETVRSIHGVRVANNASTLLPEEKPYRLSVEKTADGVALRGFVPNESARANIVAALSNLLPGIAVTDQMKLARGAPDGLVELVSYGMAPLTRFSTGSLELTDATLRVTGQALNPDDHEAALAALSAEPPAGGVLESVDIAPASVAGDYIWSVLMEADGMELSGYAPDADARNAILAAAKASRPELPVNDRMRFATGVPAGIDWQAAATEALGLTSSLSDGTVSIRGRVLDVSGRAIDGKAFRRVQERLSAGFASGLVLGTSDIGLAVTSPYVWAATRDDTEIVLSGVLPNEAVRARLSQIARLKFGTLGIVDTQEIAAGAPEGFEAAALAALQALSRLDDDAVARIEDQTLILRGAALNQSAKSEIARLLEDGLPEGFAGQPAIDLAAAPEAPLSAAACQAELNRLAATNTVLFDTAEAAIQDHSYGFLDRVAFAMRRCGQARLEISGHTDSDGAAAANLDLSERRAKSVLAFMIAAGVTADRMTAIGHGEGKPVASNTSDAGKAANRRIEFRVLN >WP_063427392.1 LacI family DNA-binding transcriptional regulator [Enterobacter cloacae] >KZQ34787.1 LacI family transcriptional regulator [Enterobacter cloacae subsp. dissolvens] MKRKTKVTMNDIARTAGVSQATVSLVLNQSRNIKLSDDTRQRVINVATELGYDRLPAVHAPRNQEEIALLVSSMQSFDPFIDAISQAREAAWRNETLLTVYDYGDDIELALNIIRQLEKRNCIGIILASPVTTLVDMTAFQDCTRIPLVLLNQRDPGSPLLPSFIPDDYANAFQVTKHLITCGATRIAHITGESWMEASRQRLAGYQAALQQAGLACDDSLVRQTNWQFSESFTATTSLLELAERPDAIFCASDWLAIGCYQALAVNGVRIPQDMLLAGYDDQKISEQLTPPLTSIQLPYSELGRLAVEYLCNQEDAATHVTLAGRLKVRASSLV >WP_171251269.1 MULTISPECIES: replication protein, partial [Acinetobacter calcoaceticus/baumannii complex] >MBR7691416.1 replication protein [Acinetobacter nosocomialis] >MBS0036535.1 replication protein [Acinetobacter nosocomialis] >MCG5289171.1 replication protein [Acinetobacter baumannii] >MCT6659744.1 replication protein [Acinetobacter baumannii] MSNFVPNSFQVPNAFVDEVLNKISDAACKIYLVICRKTRGWNKEMDSISLTQFEEITGKSRPTVVKCLNELIKVGLVVEQPSTIHGNTFKLGNDTSVGLVLKFPSKNFLLPEIYGQTSKNSLPLLVKNFNYT >MBR6293537.1 guanylate kinase [Lachnospiraceae bacterium] MSTIILCGKSGSGKTTIGVELEKYGYKKLVTYTTRPMRKGEVNGVDYHFVTEDEFQKLLDNGKFAETASYNAEFGFCRYGSLKEDYGCEGKQYVILNPFGLKAVRKSGISATAIYVYADTHVLTKRLTKRGDSAGEITRRLAADERDFADIGEYVDFIIENNTTPADVAELIESICR >MBD8963934.1 DNA adenine methylase [bacterium] MEKVNDLSPIVKWAGGKEQELKYILPNVPDSFVRFIEPFVGGGAVYFSMKNKNMLINDKSVELTSLYNNIKYKNESFVSNLQALQNAWVSLENILDNNIEFFNTVYLKYKLNKIDKDKLIVNIERFINNNKTKFKSLLNSNLLEHYDIFEKELLRNISAKLIRMKDLEDKKGNLPAKDIYDNFECGLKGSFYMFIRTLYNKYDNSEYFYFIREYCYSSMFRYNSNGEFNVPYGGISYNRKNFQRKIDYIKSKELQTHFVNTDIYNLDFEEFLDKIKLTKNDFIFLDPPYDTDFSSYVNNTFDKQDQERLADYLINKCPAKFMLVIKNTDFILNLYDKKGLYITSFDKTYMVSFKGRNNRDCEHLLITNYPINNEIKKSGTVTALKPNKKKQLQYA >KAF4998971.1 hypothetical protein FGRMN_2770 [Fusarium graminum] MESITDSLATVKLDKKPKVIWADNEAAISQLVNAIEHDQKDTPWIFVDLEGVNLSRQGTISIMQIYDAIDDCTYLIDVHTLGKKCFSTADEHGRTLKNILEDKSIIKVFFDVRNDSDALYGHYRIALEGVHDLQLMELASRSFSKRCVNGLSKCIERDAPLSIQERSKWIATKEKGVRLFAPEKGGSYEVFNKRPIPEDIKSYCAQDVQFLPRLYKYYKPKMTTTWHAKMLSASKDRVSMSQSATYNGKGKHMAMAPDGWCQTLFTSRDYY >WP_056264272.1 hypothetical protein [Methylobacterium sp. Leaf87] >KQO68516.1 hypothetical protein ASF22_19905 [Methylobacterium sp. Leaf87] MPWYRTPKADYSHLRGVDDDTALQRAIRSPTYGEAHQFGLMADYHGRIAMMWGAADVLRYEHLVVVHEATRASHPSFFGFGRHWVGAFLHDVVGNLVGHGLRLGVLEEISIDGGRAFKLVRREPLFERTGSGSWRRITERSGRGAAQREAYRVRHAAGLDAEISELVGRLCAGGAAIPDGWYRRYPEQFGALRGLAVLVSDARPTIETAHRTMHLVDQKWWVRGLGDLARNVRPAPAAAVPDEDLESLGSLA >HIE21596.1 xanthine dehydrogenase family protein subunit M [Acidimicrobiia bacterium] MYPRKFDYVAPTSLEEAFGALGDDSKVMAGGMSLIPLMKMRLFSPAVVVDIARIPGLDAIEDKGDHIEIGALVRHADTASSDLVKANAAALAVAASLTGDVQVRNRGTTCGSIAHVDVASDQPAGALACGAVMIAQSASGTREIPAAEFFVDALTSALNPDEILTAIRLPKAGPGEGSAYDKLGRRGGRSDYAVAGAAAWVKKSNGTIEDARIAVTGVGTKPSLAEAAAEALIRTDGSDAAVSAAAEQALNGITVIEDLYGSEEYKAHLARVYVARAVKQAVASI >WP_262138576.1 hypothetical protein [Curtobacterium flaccumfaciens] >UXN25438.1 hypothetical protein N8D74_00660 [Curtobacterium flaccumfaciens] >UYC80276.1 hypothetical protein OE229_14230 [Curtobacterium flaccumfaciens pv. poinsettiae] MTKDAPGVFRHMGLLESVLRRAGNDRVVVDAQKVQHGDLETVQRFAVSDGSVVEWRRGRGTGALTGTRFESAADAELWIVADACGYLREAHGLPIAHWLLERRDELPSGMSLSVEDNRNLLGWTVREVSHRAWFGGGPVPLPQSSRRVNTCIRGSALWKPPHPQAGLTAHPRVASSRSPRCHLRIVFAAEVVVGAAAGACSRERVLERCCRRRCG >NPV66369.1 CoA transferase subunit A [Anaerolineae bacterium] MNKIISMKEAIQEFVHDGATLAIEGFTGLICFAAAHEIIRQGRRDLTLCRMTPDLIYDQMVAAGTARKLIFSYLGNPGVGSLYAIRRAVEQGIPAPLEIEEYTHFGMIGRYIAGAARLPFFPLRSNSGSDLPAHNPAIRTVQSPYADGEVISVVPPLNPDVAILHAPRCDASGNTQVWGLVGMQKEVAFAAEKVIVVVEEVVDERIIRSDPNRTLIPGLIVDAIVVEPYGAHPSYVQGYYDRDNAFYLEWGELSKDIEATNRWLEEWVYGVPDRAAYLKKLGEETLARLRPGQAPSEPVNYGVYA >MBN4358138.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4415556.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4454871.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBN4565292.1 immunoglobulin heavy chain junction region [Homo sapiens] CATDRSGPVMGFDYW >MBM3366565.1 16S rRNA (cytosine(1402)-N(4))-methyltransferase RsmH [Betaproteobacteria bacterium] MESLASGDQHRTVLLQEAVDALAIQDARSDGMYVDATFGRGGHSRLILSRLSAQGRLRAFDKDPQAIAVGQQLARGDARFGITHDSFAAMKNTLNAEGVQQVDGVLVDLGMSSPQVDDAERGFSFRADGPLDMRMDTTRGVSASAWLATATQDNMERVIREYGEERFAFQIAKAIVDRRAVEPITTTGQLAALVAGAVKTREKGKDPATRTFQAVRIFINQELED >WP_182997113.1 bacterioferritin [Gluconacetobacter sacchari] >MBB2160259.1 bacterioferritin [Gluconacetobacter sacchari] >GBQ28790.1 bacterioferritin [Gluconacetobacter sacchari DSM 12717] MAIKDPKVIEHLNTQLTNELTAINQYFLHARTLRHWGVTLLGKKEYEESIEEMRHADWLIERILYLGGLPNVQRLNTILVGQNVQEILECDLKLEVKALDDLREGIAYCESVRDYVSRDLLLKILDNEEEHEDFLDRQFDLIKLVGIERYIQLNSAPAPEQA >WP_215799033.1 N-acetylmuramoyl-L-alanine amidase, partial [Staphylococcus succinus] >MBU0437225.1 N-acetylmuramoyl-L-alanine amidase [Staphylococcus succinus] SKDAKDTDSQDVAEDTQDEEKSQDDIDTNDDAEAKSDAVSQQDQQSAAEKEDATVTTKEQNDTDDSTSKTAALASNTYSAQSAPKLRTATYSANNTNMQRSTAVKEATATNTLEKYTPKVNSSINNYIRKNNFKAPNYEEDIASYLPKYNYRYGAPEGIVLHDTANDNSTITGEINYMKNNYNSAFVHAYVDGNRIIETADTDYLAWGAGPAANDRFIHVELVHTHDYESFARSINNYADYAATNLNYYGLAPNSAEYDGAGTVWTHQAVSNYLGGSDHSDPHGYLAAHNYSYDELYDLIYEKYLIKTGQAAAWGDTTTTPPKTGTVSVKSNNGVARINSKNDGLYTTVYDQNGKKTDKTNQTLKVTKSASLDNENFYLVSDYNKGNLIGWVHKDDVAYNTAKSVAKIDKTYKIKSGETLYSVPWGTSAQKVGTVSGKSTQTFKATKQQQIGKTNYIYGTVNKLSGWVSLSKLEGSNTTPSTDTDKLTVTNLTNQQGTVAQSNHGVYTSVYDKQGVQKSYVNGKTYKLSKKASLGTNDFYLITDNKTNTNLGWMQSGDIKVKAPAADKLTVTNLTNQQGTVAQSNHGVYTSVYDKQGVQ >MBO7690464.1 FAD-binding oxidoreductase [Clostridia bacterium] MPYKPYEGFEPKWITKAAAPDSYRSIFRWGDPDFFKLPKESLYNMMKDRLGVSDDDFKDYAMDLGFDKVELGPEHAPKMAKKHVDFFKSVYGDDWSQSDYDRMSVMYGQTCYDLLRMREGRYDSLPDIVLYPSESEQIVKTVAYCAEHKIPLYVYGGGSSVTRGVEPVKGGVSLDMRRKYNKVLYFNEVDQTITVQTGLSGPDYEKHLNNAVEEFGAKRAYTCGHFPQSFEYSSVGGWVVTRGSGQNSTYYGCAKDLVVSQKYATPRGEIVTSHYPREASGPIHNEDMRGGEGTFGVLTEVTMRFYRYMPENRHRFSYMFKNWNDAMEAAREMMQRECGFSSVFRLSDEEETNMLLRLYNVDDSPLQPMMEKLGYRDMERCLFLGFTEGEKGYSWNVYYNIMKIALKHGAIPLTGYVCKSWEKGRFNDPYLRDTIMDFGICVDTLECCVNWSNMEKVHREVRKVCHEIEGTVITTHMSHCYPQGANLYFIFLTPINQSEKFKAYLERILDAILRSGAAISHHHGIGKMFAPWLENNLGETEYSIIRLLKEFFDPDYTMNPGGTIGLDLKEEEKRRTRPGYDGYRDGYNTPAWDEVIAYNEKDTFLESLK >ANN75327.1 DNA topoisomerase 1, partial [Stigmatomma bellii] PYELLPSTVKFYYNGKEMKLSQDTEEVATFYARMLDHDYTTKTAFNSNFFHDWREVMTESERAKITDLSKCNFKEMHVYFLQKSEERKAMTKEEKQKIKEKNEEIQKEYGFCTIDGHKEKIGNFKIEPPGLFRGRGEHPKMGKLKRRVLPEDVLINCSKDSNIPKPPAGHKWKEVRHDPNVTWLASWTENIQGQVKYVMLNPSSKLKGEKDWQKYETARKLAQSIDKIRAEYREDWKSKEMRIRQRAVALYFIDKLALRAGNEKDEDQADTVGCCSLRVEHIKLHEQKDGKDY >WP_283525395.1 CaiB/BaiF CoA-transferase family protein [Roseomonas sp. E05] MGKPGKPLDGLLVVSMEQAVAAPTCSVKLADAGARVIKIERAEGDFARGYDKAAAGQSTYFVWLNRGKESVCLDIKQPEDKALLQRLVGKADVFIQNLAPGAMARAGFGSAELRKRHPRLITVDISGYGESGDYATMKAYDLLVQAESGLASITGHPAGPGRVGVSVCDIACGTMAHAAVLEALIERGITGEGKAISVSLFDAMADWMNVPLLYFEGTGKAPERVGLAHPSICPYGAFATSDGGLVLISIQNEREWAQFCAGFLEEPDLPQREGFRSNVERVAHRAMVDAHVAAVFARMTRQECAARLRACNTAYGFVNDMAALAVHPALRRLEVATPNGEVAVAAPAARFMDGTPRQYGAVPALGQHTETVRAEFAPD >RVU39726.1 TRAP transporter small permease subunit [Hwanghaeella grinnelliae] MVLLQFLVVVMRYVFGTGEIWLQEAIIYQHALVFMLGASYTLLKDGHVRVDIFYSNRSPRTKATVNLLGALFLLFPVMSLIVWASFPYVARSWAVLEGSRETSGIPGVFLLKSVILVFAVMMLLQGLSTVIRSLAFLRGLELPPLPYRDDEAADRVEV >WP_129189671.1 phenylacetic acid degradation bifunctional protein PaaZ [Agromyces protaetiae] >QAY72925.1 phenylacetic acid degradation bifunctional protein PaaZ [Agromyces protaetiae] MTGILPSYLQGEWWTPDASAEGSVLENAADVRDASTGELVTRVSTDGIDLAGAIDYARTVGQASLGKLTFHQRAVLLKQMAVVLTERKAELYAISARTGATERDSWVDVDGGIGVLFTYSSKGRRELPNGQVLVDGPAEVLSKDGSFLGQHIYTRLPGVAVQINAFNFPVWGSLEKFAPAFLAGVPSIVKPATPTGYLAEAFVRILVESGLLPDGSLQLVSGSLPGLFDHLRLGDLVAFTGSASTAERLRSHDAVQTGGVRFTSETDSINASILGPDATPDTPEFDAYVKQLVVEMTAKAGQKCTAIRRVIVPEASADAVVDAVRARLAERVVVGDPRAEGVTMGPLASVAQRDDVLAQVRKLEAAGGALVIGSTDLPAVRLADGSEGQAADGAFLTPMLLRFADASADAVHEVEAFGPVASVLSYSTLAEASDLVARGGGSLVTSVATHDPAVAIELASRIAAYNGRVLFLDRDDARTSTGHGSPVPHLVHGGPGRAGGGEELGGIRAVKHFMQRTAVQGSPELLTALTGVWHTGASARPYDLSGDVHPFRKSLAELRVGDQVASPSRTVTLDDIETFANFTGDTFYAHMDEEAATANPFFPGRVAHGYLLVSWAAGLFVDAAPGPVLANSGLENLKFVTPVSPGDSIRVELTAKQITPRETDEYGEVRWDAVLKNQHDELVASYDVLTLVAKERVPAAV >AJU61790.1 Stl1p [Saccharomyces cerevisiae YJM270] >PTN41115.1 glucose-inactivated glycerol proton symporter STL1 [Saccharomyces cerevisiae] >CAI4374580.1 AIC_G0013670.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI4375830.1 CAS_1a_G0013600.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI6593221.1 AIC_G0013670.mRNA.1.CDS.1 [Saccharomyces cerevisiae] MKDLKLSNFKGKFISRTSHWGLTGKKLRYFITIASMTGFSLFGYDQGLMASLITGKQFNYEFPATKENGDHDRHATVVQGATTSCYELGCFAGSLFVMFCGERIGRKPLILMGSVITIIGAVISTCAFRGYWALGQFIIGRVVTGVGTGLNTSTIPVWQSEMSKAENRGLLVNLEGSTIAFGTMIAYWIDFGFSYTNSSVQWRFPVSMQIVFAFFLLAFMIKLPESPRWLISQSRTEEARYLVGTLDDADPNDEEVITEVAMLHDAVNRTKHEKHSLSSLFSRGRSQNLQRSLIAASTQFFQQFTGCNAAIYYSTVLFNKTIKLDYRLSMIIGGVFATIYALSTIGSFFLIEKLGRRKLFLLGATGQAVSFTITFACLVKENKENARGAAVGLFLFITFFGLSLLSLPWIYPPEIASMKVRASTNAFSTCTNWLCNFAVVMFTPIFIGQSAWGCYLFFAVMNYLYIPVIFFFYPETAGRSLEEIDIIFAKAYEDGTQPWRVANHLPKLSLQEVEDHANALGSYDDEMEKEHFGEDRVEDTYNQINGDNSSSSSNIKNEDTVNDKANFEG >WP_009620393.1 MULTISPECIES: LysR family transcriptional regulator [Pseudomonas] >KES21202.1 LysR family transcriptional regulator [Pseudomonas sp. AAC] >MBB1605587.1 LysR family transcriptional regulator [Pseudomonas sp. UMC76] >MBB1637609.1 LysR family transcriptional regulator [Pseudomonas sp. UME83] >MBH3433828.1 LysR family transcriptional regulator [Pseudomonas citronellolis] >NTX93139.1 LysR family transcriptional regulator [Pseudomonas sp. UMA643] MQHLALRYFLEVARSGSITEASARLHVSGSAISRQIARLEQELGVELFERRPRGMLLSPAGELLAQRARRIALDTERALADVRELQGPHRGLVRLAAYEGFAIDWLPRILADYRRTYPGVRFHVWVGNSADICARVGDGSADIGITYSYSAPAGVKVERIVRRPMHVLVPRDHPLATREQVTLADLASEPMALPDQQRTQRQLVDTALATQGLSMEPVFATNSMASLKAFALAAGTLMFISSLGSRGGNLPEGVVAVPVADDTMQASVLQIVTLQGRHLPAAIVEFLGFLDRAIE >MCE5327674.1 chemotaxis protein CheA [Planctomycetaceae bacterium] MADPHDIPQELADLSARILATDPAQDVPAEEFMHALRQALDVCPDKSPAEGLLKMAMTGLAVLQQNSSSHAGEILEAVAWVVSVSRDCLIPDAAIDAAAIRKAASRLRQLLRSEDVRSPSAAPAEERVTVAAAQAPTPLGLEIDADLLNEFAAESRDRLAGAEAALLALEKRPADSEQINTVLRAFHTIKGAAGFLGIASIERLAHLSENLLICAREGRLVITGRNADMALRSCDTLKDMIGSLRAGNLNDVAVAPGDLESALESISDDGSQVAAAAVAAQAPATAETASDSEKNQPSGDSGIDATARVSIQRLDALVDMVGELVISHSIVAQAPDLGSAAAGSVVHVSKIIRQLQDLAMGLRMVPLKGTFQKMSRLVRDLANKNGKQIRLETLGEETEIDRTMVETIADPLVHMIRNAVDHAIEPPPQRKAAGKDPIGTITLRACHSSGNVIIEMSDDGCGLNRPRILAKAVECGLIEPGAAVSDEQVHELIFHPGLSTAQKVTDVSGRGVGMDVVKRNIEALRGRVEVSSRSGQGCTFTLRLPLTMALAEAMLVRVGGNRYLVPSIAIEHVFRPAAEAISTVAGRGEMVSHRGKLLPIFRLSRLFEVRDAAGDPTKALLMVVADRDRRCVLMVDELVAQQQVVIKSLGKAFENLLGISGGAILGDGKVGLILDIGGIVQLAHEKARAAA >WP_184846795.1 FtsX-like permease family protein [Allocatelliglobosispora scoriae] >MBB5874570.1 hypothetical protein [Allocatelliglobosispora scoriae] MIRFGLRLAVAGGREALIRLVVIAAAVAIGAGLLLITLAGVNATNTQLTRYALLYPSASAGDGDALWWSTREDYYQGTPIIRVDVAPTGPTAPTPIGIPSVPGPGDYYASPALAELLAEVPAAQLSDRYPGRSLGTIGPDALASPDALLVIIGNTADLAAVLPNARKLTSIGDKAPALPETVVDLIVGVIAGGLLFPVLIFIGTATRLSAARREQRFAAMRLVGATPKQISVIAATEAAAAAVAGTVLGFAMFYAFRHQLAAIPITGMRYFPGDITLSALDIAVVALGVPAGAALAAWVSLRRVRISPLGVTRRTTPRPPRAYRLIPLVLGVAELAYFIGRRPPTSDGQMAAFLPGLLLIMIGLVFAGPWLTMAGARILARYASRPATLIAARRLADNPKAGFRAISGIMLALFVTSVALGVITTIIANRGPAPIGSVDAGTLSTSFYDDPPTVPGSLVTELRSIPGVRSATVIKMNPVEGGDAGVIACTDIPAVYGRCADGATVAAVPGSFIPWGESASATRVWPAATISVAELQRLPAVSIVVDTGGSAVALERARTVLSLAYPNYWVGPNVPGEFESDFANTMRGWQQLANVIIIASLALAGCSLAVSVIGGLSERKRPFSLLRLSGTPVQTLRRVVALESAVPMLAVAAVAIGMGLLAAQLFLRAQMDYTLVPPGAEFYAIVVVGLAACLGIIASTMPLLERITGPETARSE >CAG5919444.1 unnamed protein product [Menidia menidia] MVTELRSPLDPEVVGRSPSCNRTGIMAADTQVSDTLKKFAVKVTTASIRERKEIFGDLKQCLKSKELPEPAVKGLCKLFCLTPHRYRDAVSRRELLDVIGQLAESQPDVLVTSLLHCLQNSGVISKHGEPSKSTGSAAFIGLSWTCLLVPKVFSVPEKREGPVWKKMVEVQSFLVSEVVGGAKATATKSILKNLSHLWEEKPGLVDHYISTLLTLEQSPTTLVLLGVCLDFCTAQKDRATIEKHKSAMLELYIKSVLMSKTKPQQHVLDKSSSLLRHVTHAEFKELLLPALQKTMLRSPENAMQTISCLLAAVTLDLSQYALDVGKAIASQLKANNAQLMEEAVQGMQNLAQQCSDPSAVQDVVTHLFKILGGSEGKLTVVAQKMSVLSGISSCSHHAVSGTSSQTLSSAVTVMFVPYLQQEVHEGTLVHAVSVLSQWSSRLTVEVPAALLDWLKKAFTLKTSTSLVRHAYLQAMLGAFKGDTLAQASDLMALLIQVVEKAVAQNSQHALLAEGAVASVLLSRLALLETQTETKFTSFWNLILDEKKPLFTTEKFLSQASEETLLTVLMLCERLFLDHSHRLTASKSQMYHHATVAILLSRSWRVRKRAQQTVRKLLSSLGGSSLAHGLLGELRVVLNKHKVVPQDTLVSESGELTELGRGYVTPRVLLDALCAICSSASQWGDPMEAESLAMDILIVTHHPSIVIARRGLWPLLLSSMNITAEEFIEKNLEAILPHLLEVNSDSQAVKNAVGALCGLSPNKLLPRVVSHVIEGLSQPALLQVTREEYDIMQTPEGELYDNSIIQSAQKENTKKVNMKRENKAYSYKEQIIELELQEELKKKKGIKDEVQLTSKQKEMMQIQLEKESATRKRLQGMDMELQSMLGLLKAILKERPAQVTRELPAVLQVLLPLLRSPLAAPRVQQVFLDVGVSLMPSHLHHLAVLVGHVTLRLLKPECELDLAWEQEDLDTAAHRTVLLLYNYTVPQREGKTGDVAPLSAPAFSFCFPLLNATLRDSSGSTEEAENLMIRTLQVVNEHCQLRASTESDDLTIDENGPELLPRVNMLLLLTRIISTSTPRLQVLASQCLTALCASAGGGDGCTFAEQQEIDVLLNALLSPCFSVRDAALRGLLEMEFALPTDSTEASGMSLLRRLWVARFDVEAEGRALAEKLWESLGLELVPELCPLLIGDITHHEEAIRSAAAEAMSSAVSQYTDQSASVLAQLTELYHQKLYRPPPVLDALGRVISEAPPDQWEARCGIALALNQLSQYLSESQVTPLFLFFVPDALNDRHAEVRRCMLDAALSALNTHGKDNVSSLLPVFEEFLKNAPQDASYDAVRQSVVILMGSLAKHLDKNDPKVKPIVAKLITALSTPSQQVQESVAGCLPPLVPAIKEDAAGIVRNLLQLLLESDKYAERKGAAYGLAGLVKGLGILALKQQEIMTTLTDAIQDKKNFRRREGALFAFEMLCNMLGKLFEPYVVHVLPHLLLCFGDGNQYVREAADDCAKAVMRNLSAHGVKLVLPSLLVALEEESWRTKAGSVELLGAMAFCAPKQLSSCLPSIVPKLTEVLTDSHVKVQKAGQQALRQIGSVIRNPEILAITPILLDALTDPSKKTSTCLQTLLDTKFVHFIDAPSLALIMPIVQRAFQDRSTDTRKMAAQIIGNMYSLTDQKDLSPYLPSVIPGLKTSLLDPVPEVRTVSAKALGAMVKGMGESCFDDLLPWLMETLASEQSSVDRSGAAQGLAEVMAGLGVEKLDKLMPDVVQTASKVDIASHVRDGYIMMFIYLPLTFGDKFTPYVGPIIPCILKALADENEYVRDTALRAGQRIISMYAETAIALLLPELEQGLFDDLWRIRFSSVQLLGDLLFHISGVTGKMTTETASEDDNFGTAASNKAIISALGAERRNRVLSGLYMGRSDTQLVVRQASLHVWKIVVSNTPRTLREILPTLFSLLLGFLASTCPDKRTIAARTLGDLVRKLGEKILPEIIPILEEGLRSDKSDERQGVCIGLSEIMKSTSKDAVLVFSESLVPTVRKALCDPLEEVREAAAKTFEQLHATIGHQALDDILPTLLKQLDDQETAEFALDGLKQVMAVKSRSVLPYLVPKLTSPPVNTRVLAFLSAVAGDALTRHLGVILPALLSSLKGKLGTEEEAQELCSCQTVILSVEDEVGQRIIIEDLLEATRGSDPGLRQAAATILNAYFARTRLDYSMHTRTLLSGLIRLLNDSNPDVLSQSWDTINSITKKLDASSQLALIDDLHRDIRSVAADVRGQHLPGFCLPKKGVTCILPVLREGVLTGSPEQKEEAAKALGGVIKLTSPEALRPSVVNITGPLIRILGDRFAWTVKTALLETLTLLLAKVGIALKPFLPQLQTTFLKALQDSSRAVRLRAAEALGQLVSIHAKVDPLFTEQLSAIRNAEDSGVRETMLQALRFVIQGAGSKVDPAIRKNITTTLLGMLGHDEDATRLASAGCVGELCAFLSEEELKSVLLQHVLADVSGVDWMVRHGRSLTLAIAVKSAPEKLCGKEYCDTVTEAVLANATADRIPIATSGIRAMGYLMRHHLKTEGAGSVSQRFITQFVKCLQNQSSDIRLVSERVLWWVFREPSPPSMELGLIKPLLKSLLDNTKDKNTTVRAQSEHTIVNLLRLREGEETMQGITAILDSASNDLLSDCHRRSLKKIASMQDSNEEIDDTILT >WP_251643117.1 tubulin-like doman-containing protein [Paenibacillus illinoisensis] >MCM3206896.1 tubulin-like doman-containing protein [Paenibacillus illinoisensis] MKPIVREHIQQLDVSLGGGIVSEKIRVDTIDNPILIIGLGGTGIDALLRLKYQINRRFKLPQDPVSKKKMDKPDNVEFLAFETNEQDRAKKYKGIGLDPINEFVLLSNAEIGGLLQNRSVLEPYITDWLSPELSITDGMNGAAGVRQAGRLLLFTKINQVVQAIDKKIKTLSVGTNKKLMVFLLTGLSGGTGSGCFLDISYIVRGIIERDHGSAGIDRVNTLGYLFTPDVNLSNKSLSEHTREYIRKNGYAALKELDYWMNVDSRGERFTQKYGNILNVNSPLPPFNLCHLISATNTEGKLLENAYDYCMNVTAENITNFMASEEKQSGEEFAIHDYISNIRTNIAQMNKAYPANYDYNIIGASSAVLPIEEMTTYLAYRMFDKMSTMFSKAPNQEDTEKFARKLGIDLESVVKSFESRVPEPLPGYQNSERLSYGNVVKSQVVNMDTELEQNFLARAREEYIKAKKQLPGEIAGQFTEQIRRMFLHPEQGPFYVSRLIYTEKGFCVLKMIQSYIETLRENAFRIPRDIEAAQEQSEEKLGDAKSAFVSKEKKKNAYIEAKIHEYWLHADVERNDQMIEFYEDLYELLNQENSRIYNVFTETLNALSSIFSKNGDILTRGEEQSDHKGNKTYYWNVVSVPDIVNVVDGLLDKRDTDDLIRDFSRELLENSNQWVKENEIDVVSSISDFLTEKFGDLITRSMEDFLVIKYGQDESVEKFVERHIAGKLDDEAVPVFNLSNSTGSLHFPSWGFVSVPTQAPGILKGIRNYQNNAVGKSHFTVKESEVRNRIFWLNTRNGVPLFVYTPLKVYEESYERTILDKEGIGRHLVQTEKNNWTYLPSPIPEKSWGDVYENARVKQYNARVRTEFEQAIGYNIITAKTIDENTSNRYAVVTTEPFDLAAKLNAYDMRLTSTTPNLGEVKRAVTELKRLQSEGLPRVGVKDIFGSINEDMAKENLVRSPQLIARVREELAKMNAISAKVAELEGILAQHQDEEQWYDRFIEALYTDTIVKKGALYVYDRDPEEDAWEPFANLMKSRNFAEYEVFGNFRGLSEKDRSTLLRKASRRDNELTASEDIAPLLAKLDDLAALFMESRDRLEYERVELANGEDIYQFYRTMSSKLNDIRRRLK >XP_013338901.1 glycoside hydrolase family 12 protein [Aureobasidium subglaciale EXF-2481] >KAI5199030.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5214353.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5217754.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5242553.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] >KAI5252318.1 concanavalin A-like lectin/glucanase [Aureobasidium subglaciale] MKFVTAAAIMLGVASAAPTATIEKRAQQCGQWDSKVTGAYTLYQDLWGISGYSGSQCSDINSLSGSTLNWWTTWSWSGGSSQVKSYANVVTKTNPVKISAIKSLATSWKWVQTGSNVVADVAYDIFTSSTAGGKNEYEIMVWLAALGGAGPISATGSPIATVTVAGHSWKLWYGNNGVNEVYSFTPNGSNVASFNGDLMDFFAYLIKSQGFKDSQYLISVGAGTEPFTGSNAKLTSAYSLVPSYK >WP_254645866.1 lysoplasmalogenase [Streptomyces samsunensis] MLTAVQLTALLGDATTVVHLTKPALMPVLAGWALMRGGPWPLPAALLCGCGGDVLLQIGGETAFLAGMGCFAAGHLCYLALFARAGRGRAAARAEPRTAAWVAAGYGAAWLGTVALLWPGLAAHLRLPVAGYSLLLTAMALAALGAGPWTGLGGALFMLSDTLIAAGLADWPRPPVPQFWIMATYVAAQWLLMTGATRDAAPRPGPERALVGP >EFK3891274.1 sialate O-acetylesterase [Escherichia coli] IARTKAALQKNPKNVLLAVCWMQGEFDMSAATYAQQPALFTAMLKQFRADLTVFNAQCHGGSAADVPWICGDTTYYWKNTYATQYDTVYGGYKNRESEGVYFVPFMTDGNGVNTATNAPAEDPDIPASGYYGAASRTNGN >HIP46790.1 peptidylprolyl isomerase [Campylobacterales bacterium] MAIENNSVVGIEYELKEAGGSEVLDSNIGQAPLEYITGKSHIIPGLEKQLSELAKGDKADIMVPAADAYGELNPEAVDTVPREQFAGLELKEGLPLFGQGENGETIQVVVKAFDDETVTIDYNHPLAGKDLMFSVTVLDIREATADEVLSGQVGGAQPEGGSCGSHKGGGGCGCS >WP_271820285.1 septal ring lytic transglycosylase RlpA family protein [Dolichospermum circinale] MNQRHLWTTVAVFLAVLGLPSVGRTQTSAGISPTSQASSANDAVKVGEYQSQTESPISNPVITRIHPHSIRGLQAATLYIRDIPVLTFLGSNPVTNSKTKVGVIGNGENLNSYPRTATNSAKVTSFSNTGNVVNFNKKVRSIDNDPVQKASVIAARINELIEKNVDASKITVSWKTGDNSTINNKAQKPGFIVQQPSADRYTITIDGQELVEVNKVTILADSTKNLAQDALQATNRLRRLIGNASPIQAIANLPVDRSVSSASLPQKIAFGNINLSFQGIASWYGYDGSGNKTASGERYNPEGLTAAHRSLPMGTKIRVTNTRNGRSVVVRINDRGPYIRGRIIDLSAGAARLLGMIGSGVAQVSLEVLGK >WP_119400337.1 methylmalonyl-CoA epimerase [Pseudopuniceibacterium sediminis] >KAA2312369.1 methylmalonyl-CoA epimerase [Puniceibacterium sp. HSS470] >RII37417.1 methylmalonyl-CoA epimerase [Pseudopuniceibacterium sediminis] MIGRLNHVAIAVPDLDAAAAQYRGALGAQVGAPQDEPDHGVTVIFIELPNTKIELLHPLGDDSPINGFLQKNPAGGIHHICYEVEDILAARDHLQDTGARVLGDGTPKIGAHGKPVLFLHPKDFNGCLIELEQT >GGK76871.1 MerR family transcriptional regulator [Streptomyces flaveus] MTFESGRSFTVEDVTSLRISQLAARTGVPPTTLRFYETAGLLTADRTPTGYRVYGEAAVERLAFIGAAKHLGLPLEEIAELLAVWDSGRCADVKADLRPRITAHITEAEARAAEVAAFTATLHRALDHLDALPDRSDRCDPECGFLSPRAPAARRVDVPLLPSRRAAEAGTTTAAEAEQWRTAPVACSLTADGIGERTAQWQRLTAGAERQDIPDGVRLTLPAERAGDVAALAAAEQRCCPFFDFRLHLDGPALHLEVRAPAEGTALLHELFTPAA >WP_161554567.1 DUF2490 domain-containing protein [Sinomicrobium sp. N-1-3-6] MKFTFGAVLFFLLMSSAHAQITPPGLGDGVNASSWFAVGVKQDLNAEKGITSTTYAGMGSINGDGNDTPFGRAMIYVINQEIEHHFAKRWKYSGAISYRWQNQFDDAPPYDHRQEIRLYGRYSYLIPGTFTNFSFTFRPELRLFYTPEFDPYKNKAQFRTRFASKMTVNLSPDKSKRLIAAAEFLIASNKEDQWDAWQYRESRFSVYYSHQLPNRNITLNLGYMSNPFGKDFYHVGHYIAFDITLRNPFGEE >MBD5394228.1 dihydroorotate dehydrogenase [Lachnospiraceae bacterium] MNTKVTIAGVEFKNPVMTASGTFGSGMEYGEFVDLNKLGAVVTKGVSNVPWPGNPTPXVAEVXGGMLNAIGLQNPGIDVFIERDIPFLKQYDTRIIVNVCGKTVEDYLEVVEKLSDTPVDMLEINVSCPNVKEGAIAFGQKADCLYDITSQIRKKAKQPIIMKLSPNVTDIAEMAKAAEAAGSDAISLINTLTGMKIDIHKRKFVLANKTGGMSGPAIKPIAVRMVYQASHAVGIPVIGMGGIASAEDAIEFMLAGASAVSVGAMNFVNPYSTEEVIKGIEAYMEKYQVNNITDLIGAVSE >WP_049595658.1 hypothetical protein [Escherichia coli] >KMV54297.1 hypothetical protein ACM21_24005 [Escherichia coli] MKIDTAMLDAASKTAPGVSLSDIERILTAAFQGQIEMVEGAGKTLDAGKDTYPDQLVVSISDSYTALSVANQLINAVMYCPGQTTLERPVHLLFSGEAQICK >KAH8979981.1 P-loop containing nucleoside triphosphate hydrolase protein, partial [Lactarius hatsudake] QPRVLIFVDKKELACRITAHLDSCLPSEYQDKGIVRHYHSQMSQKYLQVAHEAFTTPEGNCRIMVATSGQSVGVDFPDVKIVCTAGLPVSMVDVLQRGGRALRNSSEDALFVIFYEPWVREVSLEEYDEGDSCDPDRPRGQLRSSLQRRERAPFSCLKLVKSATCLHAEFALYLDDRSPSGMDNYFCYRD >RYZ40664.1 acyl-CoA dehydrogenase [Myxococcaceae bacterium] MPRADITDLFRIDDLLSAEEKAARDAVARFVDSEVLPIIGRHFRDGTFPAHLVPGLAELGVLGANLQGYGCAGMNTVSYGLVLQELERGDSGLRSFASVQGSLCMFPIHTFGSEEQKARFLPGMAKGTLIGCFGLTEPDFGSNPGGMRARARKDGDHWVLNGTKAWITNGSIADVAVVWAKTEDGGAESVRGFLVEKGMPGFSAREIPGKFSLRASLTSELSFQDVRVPDRNVLPGVVGLKGPLSCLNNARAGIAFAVTGAAIACFEGAREYALSRAQFDGKSIAGYQLTQEKLADMLQEIVKAQLLSLRLARLKDEGKSNPVMVSLAKRNNVKSALEIARVARSIYGANGITDDYPPVRHMLNLESVFTYEGTHEVHTLVLGKAITGIDAFG >ANP72927.1 GntR family transcriptional regulator [Cryobacterium arcticum] MLDNRGCTRTECVPRHAERELTEDDWGYLIYCMPVPVPDSSHRPASLRDYAYESLRTAIVDGTLAPGEKLRDAELESWLGVSRTPIREAIARLETAGLVRTERARQTIVAPLDERAALNAQAIAASLHELAAREAVAQLTAADLAQMTAANERFRLALAANDVAAAIAADDDFHAVAVRASANELLPALLEQVTPTLRRLERARFSSLAGRASVADHERIIRLCADGLAVEAGTAVRENWLTLGRMLATAHLADPAD >WP_279270002.1 filamentation induced by cAMP protein fic [Clostridium beijerinckii] MLIERNITFSDVVPQLEINKLIILIKRLLPDVVFNMASLEGNPFTYPEVQTLLDGITIGGHRLSDEQQVLRIKEGWNLLFEMVKKDNITIGKELFNDFNKIIAKDEALICGQFRTGQVRSGGTDFMPPKYDELEVIFATELPQIIDRCKTKTDLAFEMFLWGALNKFYYDGNKRTSRLVCNCILLSNGQGVLNVKAKDRLEFNTLMLEFYNTRKADNIVEFFYKKCLERYI >KAB2615394.1 hypothetical protein D8674_021982 [Pyrus ussuriensis x Pyrus communis] MAGIAIILDLLRKKPSPSTFQALHSAGYFSAKAAASAAAASVAAGAPYAYKALFGNFRVPVAHCDAGTAWSEDYVSNIRSSSQRIFQSDSHNYSTKEYKIELKPLFSAFELRTLTMTTLRSFLMFFLPLLEPRTNLEEDDDDFLPDTEEKQPIDYVVPLKKSVVQIIRETSVVTTRRILERICVHYVSERMAWKLLKDVPKSAMRKAGRRLPTLVFFCSVSKTTFRGHFLGVAASWLIQVGIDVYRYISRTINSREEVDDIDTAEQVKILGKKVTVTTIRCGASLVFASIGAGIGASLIRPSSGQWIGCLLGDLAGPFIVTACLGRVYHGEL >NTM88027.1 ATPase [Enterococcus faecium] MLEAIKTAFSPQNDQKVLDPLKQLGNREIEILKSKGYDLDFLKQVMPQGGLNFDEEYVTYGNGYSRCVTVYHYTKNPTLFWLANLMNNPHTVATLDVSTDEKQKVIDQINRALDELNDRSDNERKATDRNKSAEEYLELAEYARKLTSNGEISKQVKVRVHVYGNTIQEVDERAQELIENLKGMDYRAVTYLHKTKRDWQSMFTMFDEQAEWFGNIKGQSLPSLNIGGGFPFHHQTLKDSGGTQYGETMTGGPFVWNATYKNSVRLSTNTLLLGMMGAGKSTVLKMIAEAHLAAGDFIWGFEKGKDFIPFLKEYNGIMVRLDGSDGMINPLEIFATRTYDEASSLYDDGSVKDLKINEAASYQTHLDKVVYQVQLVSPQLKGTMKAEFKTYLNRFYEEYGTVPRGFTSSNSRSNTETQVTGKDPEAYPTFKEFLDFLGQLELPGASQEKKNRKEEMESIVESLCETYGMIFDGHSTIRHLDQQQLVFFDIDSITGLDRGVQQCQMYMAMTLIWNQALIQGRRQRRLIKEKQMEEQDFKRFLAMIDECHNAINPDFIETVNYVTNFQREMRKVEAMTVLATQSPQEMVPENMSSDNFSKLKKVFEFSSTKIFMRMDESILRHIEGLVGKSMTNSELESIPQQNQGDAVINFGSKETIRVHFSPNKRQLKLFDGGK >HAS6615025.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6625660.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6636184.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6652665.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6658038.1 hypothetical protein [Vibrio parahaemolyticus] MVWFAVSEADLLVESQLCGIVSPKGLFGVVSSLSTALRVPSGFSDKRFETAPDLSFPKYVKQVFAKRQSTSNQSFRFGN >MCR5673014.1 ATP synthase F0 subunit B [Lachnospiraceae bacterium] MPLNIDPQQILLHLFNLVLLFSILYILLYKPVHDFMNKREEEYRQRDEKTKDALSDAEKLKTEYEEKIAQAEKENAITRANISAAAESDREKIISDAHEHAAQIVSDARDKAQKEHDRLIARAQTEIAEYVSKAAEKIVMEKGGLEDDFDSFFESIEEQKDNDNG >HCA5739398.1 DUF3944 domain-containing protein [Citrobacter freundii] MAVYREDADLRFLGCCDNEDLDLLVSLITHDPRDKTLRWTETLSSSYNYKRFHPAHRNYWQEIAAEIQTFGASSIASMFRGGKGVLYREVLCDVCDHTGVKYKKEEATETIELSLLMKMLEKSLSEMSSAELREFADSMGTELTAPTVPLILMAIQTAVRSSGFAAYRLSVVMLSTLAKVVLGRTLPIVTYLTLTRSISVLAGPVGIALSTGWLIADMAGPARRVTVPACLLVACLRQQYLNKSM >RAI83609.1 PASTA domain-containing protein [Algoriphagus yeomjeoni] MIIGISVLLGFLFLKVYLPMYTNHGESVSVPDLSGYTFDEGVDILDRAGLQYEVSLDSGFNTDLKTFAILKQIPEPNAQVKSGKTIYLTLNARNAPMLKMPNLVNTQLKNVQEILANMGLERGDIRYVPDIGINVVLEQKYRGVNVPEGFEIPKGARIDLVVGDGMGNQILAVPDLKGMDEVDAEFLILGSSLRVGNKYYLDTDSVGAGKVLRQTPNASTQVKTGELIDLWIAKDNL >WP_255965801.1 NAD-dependent succinate-semialdehyde dehydrogenase [Rhodococcus sp. FXJ9.536] >MCQ4118180.1 NAD-dependent succinate-semialdehyde dehydrogenase [Rhodococcus sp. FXJ9.536] MDSRELIRQVPTTLFLGGEQRDAENGATFTVFDPSTGESLTEVADASPADAMKALDAAVAVQSEWAATPARARGELLRTVFDKIIERADDFALLMTLEMGKALPESKAEVKYGAEFFRWFSEEAVRISGRYTAAPAGNGRVLVTKQPVGPCLAITPWNFPLAMGTRKIGPALAAGCTMIVKPASETPLTMLLLAEVMADAGLPKGVLSVLPTSKSGEVTGPLLDDRRLRKLTFTGSTGVGRMLIEKSAKGLLRTSMELGGNAPFVVFDDADVDAAVEGAVLAKMRNGGEACTAANRFHVANSVREEFTAKLADKMSSYTLGPGQDAGTTLGPLINADQLETVSELVQDAVGAGARVRLGGAAPEGPGYFYPATVLDEVPLHARILKEEVFGPVAAISGFDTEEEGIAAANDTEYGLAAYIFTRDLDRALRVADLLETGMVGVNRGVISDTAAPFGGVKASGFGREGGSEGIEEYLETKYVALES >WP_010997757.1 MULTISPECIES: DUF1565 domain-containing protein [Nostocaceae] >HBW32458.1 DUF1565 domain-containing protein [Nostoc sp. UBA8866] >MBD2174824.1 DUF1565 domain-containing protein [Anabaena cylindrica FACHB-318] >MBD2266585.1 DUF1565 domain-containing protein [Anabaena sp. FACHB-709] >MBD2276177.1 DUF1565 domain-containing protein [Nostoc sp. PCC 7120 = FACHB-418] >MBD2286822.1 DUF1565 domain-containing protein [Anabaena cylindrica FACHB-170] MKHQGFNFSSLRNLFSVLSLPTGITALLVASSGFMLVPSGVNASAAPTLTAQVPTTAPVIYVNPTTGADTASGGTTAATPYKTITFALNQAQPGAIIQLAPGNYSSETGEQFPLILKPGVTLQGDESTRGQGVLITGGGFYTSRTFARQDITILANNDTTIAGITATNPNQRGTAVWVESSNPTIRNNTFTNSVREGVFVTGTGNPKIQGNIFIQNKGNGISVARSAQGEISNNLFQDTGFGIAIGGTSTPLVAENQIVQNQDGLYISETAKPVLRKNVIQNNKRDGIVATVNAQPDLGTSENPGGNLIRSNGRYDVNNATRTVRILAVGNDIDQKKIFGQVDFVAATVEPPPSGQGTAFTDVATNYWAKGYIEALASQNIIAGFPDGTFRPNEPVTRAQFATIITKALTPQAKRNAINFRDVSSNFWAFAAIQAAYRSQFVSGYPDGTFKPQQEIPRVQALVSLANGLGLTANNQNVISIYSDAGQIPGYAVGPVAAATTRQLVINYPTVSQLNPNRPATRAEIAAFVYQALVNAGRAQPLPSSYLVQVPQ >WP_244200682.1 prolyl aminopeptidase [Micromonospora arborensis] MTELYPPIEPYETGMLDVGDGNLVYWEVCGNPAGKPALVVHGGPGSGCGTGWRRYFDPDRYRVVLFDQRGCGRSTPHASDPATDMRHNTTWHLIADMERLRERLGIDRWLLHGGSWGSTLILAYAQQHPRRVSEIVIAAVTMTRRADIDWLYRGVGRFFPEQWERFLEGAPGTPRDGDVVAAYARLMEHPDPAVRDRATIDWCAWEDAVLSGETGGASNPYGGRPSAARLAFVRICAHYFAHGAWLEEGALLRDAGQLAGIAGVLIHGRLDLGGPLQTAWDLHRAWPDSTLTVIESAGHLGTAETREHILHALDRFAVLR >OTO70739.1 hypothetical protein A5866_002976, partial [Enterococcus sp. 12C11_DIV0727] MEPSITDKKINEELTKLLALLGEDELIQSY >WP_143010918.1 MULTISPECIES: hypothetical protein [Prevotella] >QVJ79991.1 hypothetical protein J4031_09775 [Prevotella ruminicola] >SDQ45443.1 hypothetical protein SAMN04487826_1778 [Prevotella sp. khp1] MRKKNLGMAVAALALGTLLLTSCSDSNVENSSNVVKTFNYQQSLADAVEDIILPLDSLESPVQSINNPTDWITATATTTYEGLPAVQIVTKAISDGLQKREAKLTVTAENGNTATVNFTQYAASDGDAYNGGNDEEWFNNWEKIDRVKLIGITEPQYTPWSGDAELTCAPGYVAGLTKANGWEMAFSTLNDPAATHTRYFGLYNKYLGILRTFCYVDDTGTTQNEAAFEVRMGTDGDNRYPFYNALGFSIPTSHSVDKGNLNLSVNLIDAQACSNTFHDVMSPFSESMTKSLKSGWNVFDINCSGYVPMNSWRTDNTKSRMFINCVTQTNMDISLSGKINAGINGTFRAQEVIQHGGVSGCAGAIGILNTINGIAGGIASGGAGGYAREMMDKRAFEGGAQGGPGGWDKFMMGLKGVAGGVSTATSILSGVLSALDTKTAAWYDTVPGKINLTMNGTIDLTGTIKGYNSNNAGFIQVTKKNIDAVNGENGHFGKGIISLAEDPVICVAKEDIMASVDNFNLSYTSAGKYQSSDFESYGARLIAFLDPTSIKLNLNTDLYKNVHGVCVSATYSVFPYGNFGYTLPYCRALNLKRSTIDMSQGVKSGRIKFGPNTTPIRVHKIEPKEIMLTQADDPETTANCKVHKQKGADFSYFGRLQDIGGKDVIAHPQVYMPWKTEKYEEAGNDRGTITYACDGTIPDFVVGITVVFFTDEAPGKYVFTMQYVPKIKLLSHSELLAYRNTLQDYQNKCDAGDPVSTLANDPAIEVYDPVPLLDKTLQMLGKIK >WP_255375741.1 proton-conducting transporter membrane subunit [Saccharomonospora sp. CUA-673] MVNAGGVLLVKLSPIVGAAPVATHLAFAIGAASVVAATAIMLTRPDIKGALVHSTIGQMGFMLMTCGLGLYAATVVHLVAHGLFKATLFLGSGSAVQRHAGHTAAPPAPRLAPARAAQVAVLAGVAAVAAVGVAAWLLPLHAGGVALSLFAVATAARLAWGWLRRHPTGGALVTVVIVLPGVAIGYLALVGAVTELLAPSLPASGPAAVSAWVLATVVAVLAAGALLLHLAPAVGLGRWRDRLYVAALSAGQQRTYTAAWGHPPWLVPTPRPRPVPQLEGARA >WP_257080809.1 MULTISPECIES: NADH-quinone oxidoreductase subunit J [unclassified Methyloversatilis] >MCQ9374030.1 NADH-quinone oxidoreductase subunit J [Methyloversatilis sp. XJ19-13] >MCQ9378715.1 NADH-quinone oxidoreductase subunit J [Methyloversatilis sp. XJ19-49] MDFHTAVFYFLATILVLASLRVITARNPVHAALYLVLAFFTAGGVWMLLRAEFLAIALVLVYVGAVMVLFLFVVMMLDINIERLREGFWANLVPGLIVAGLMLAEMVAVLGARYFSAAGAPAPEAPGADYSNTKELGRLIYTEYVYPFELAAVILLVAIIAAIALTMRKRKDTKFQDPAKQIAVRREDRIRLVSMPAEKD >GLY24463.1 ABC transporter ATP-binding protein [Micromonospora sp. NBRC 101691] MTSLLEVADLRVEFPGPTGPVRAVNGVSLEVESGRTLALLGESGSGKSVTAQAVMGILDTPPARVDGAVRLRGRELLTLPRKQRDRVSGEEIGMVFQDAMAALNPVFTVGDQITEVLRVRRGMSKADARRRAVELVDRVHIPAAKDRIRDYPHQFSGGMRQRIMIALAISLEPDLLIADEPTTALDVTVQAQVMELLAEIQRDSGMGLLLITHDLGVVAEVADDVAVMYAGRIVERGSVGQIFAGPAHPYTEGLLASMPRVDRRDEVLYAIPGAPPNPARLPTGCPFHLRCPRVTDECRVTLPPLETLPAGRASACHHHEEVLGATR >MBR5377733.1 HAD family phosphatase [Bacteroidales bacterium] MSAKIKNIIFDLGGVVLDIDENIVYQELEKLGINTTELAQSKEFFEIMSKFDTGIYTAPTFRKKTKALLGLEKMTDQKFDSIWNAMLLDIPRERIEAIEKIKKHYKIFLMSNSNEIHYDLYVRDLQLRFGYNEFDELFNKSYFSFAEHLEKPNPRFFELILDHEHLLPEETLFIDDTAVNINVAKSLGIRTYHIGRDELVRNLFENGVLKEGIAD >WP_247623927.1 MoxR family ATPase [Microbacterium sp. kSW2-24] MNEPYAPDPSTNTAPPPPPAPPAPAPALRSEQRDAPTPPPPAAAATPPTFPASAPAAAAQAPSSAPAPKADAAPRTAPSDAEISRASDVLKVVSDAYSAKMVGQERLRMSLLISLIAGGHILLESVPGLAKTTAASTLADTVKAQFKRIQCTPDLLPSDITGNQIYDAATGSFRTVLGPVHANFVLLDEINRSSAKTQSAMLEAMQEHQTTIGGEVHHLPKPFLVIATQNPIEQEGTYELPEAQMDRFLLKEIVEYPSPAEEFEILGRIDSGVLDPDRHVSSAISLDDVHMLQDVASRIYVDPAIRNYIVSIAYVTRNPAPYIGDDRARFIKYGASPRASIAFLQASRALALLKGRSHVLPEDIRELRHLVLRHRVLLTFEADAEGIRSEEIIDQIFAAVPTP >WP_018646673.1 EAL domain-containing protein [Bradyrhizobium huanghuaihaiense] >TWI75835.1 diguanylate cyclase/phosphodiesterase with PAS/PAC sensor(s) [Bradyrhizobium huanghuaihaiense] MRLIRCLAPIALGLMILVAAYPVRALDAVSVRGDAPAIDLTGVLEHQRSDADRIQVSTAPGTDGIVRRIEVRAREGGQNWVVFALANNTDDQLDRLIVAPHYRIVSSGLLWPDLGLSRIATITPSIGDRPERQESATADVFRITLDPGAVVTFVAELRTDKLPQLYLWEPESYKDKVNSFTLYQGIVIGISGLLALVLTILFVVKGSIMFPAAAALAWAVLVYIGVDFGFWGKVLDMSNNAERIWRAAGEAILAATLLVFLFAYLNLSRWHVRYSHITVGWLAFLGSLVALALFDPAVASGIARISLVLIAFAGFALIVYLSTHGFDRAVLLIPTWFLLVVWVVAAGMTVAGSVTNDIVGPALLGGLVLIVMLIGFTVMQHAFAGGGATTGVVSDIERRALALAGSGDLIWDWDVSADKVFTSPETEALLGLKRGTLEGPAASWLEVLHPLDQDRFRAALDSVLDQRRGRLVQDFRLRTPDGHFMWFALKARPVVGSDGEVSRVVGTLTDVTELRNAEERLLHDSVHDNLTGLPNRKLFMDRLGAVANFAKTMPTLRPTLMVIDLDRFKQVNDSVGIAVGDSILLTLARRLTRILKPQDTLARLAGDQFGLILLSEQDPARITNFAETIRKTIRAPIAFNDREIFLTASIGLALSDPQVQLTDEIIKDAELAMYHSKRIGGDRIDVYKPAMRARKTDRLTLESELRRAIERQEITILYQPIVRLEDRSVAGFEALARWDHPKLGRMAPSEFISIAEETGLIVDLGMFVLDQTAKQLSVWQRAMRSREPIFASVNVSSRQLLRHDLIHDIRTVLSRSSVARGTLKLELTESLVMENPEHAAQMLTRIRELGTGLSLDDFGTGHSSLAYLQRFPFDTIKIDQSFVRTTNRGTRPVILKSIIALAHDLGMDVVAEGAETDSDAVELYQMGCEYAQGFAFGEPMDADAAMRLLTEVRLEAAS >XP_016445639.1 PREDICTED: L-ascorbate oxidase homolog [Nicotiana tabacum] MRLLSGENGRRWCYFALVALYLEICIVVAEDPYRYFDWRISYGDIYPLGVRQQGILINGQFPGPDIYSVTNDNLIINVHNDLPDPFLLTWNGLQQRKNSFEDGVYGTTCPIPPGKNFTYIMQVKDQIGSFFYFPSLKFHKAAGGFGGIRILSRPRIPVPFPEPAGDFTLLIGDWYKTDHKALQTILDLGKMLKFPDGIQINGLGPDGAKFTVEPGKTYRLRISNVGLQNTLNFRIQGHQMKLVEVEGTHTIQTTLSSLDVHVGQSYSVLVTADQPAQDYYIAVSSRFTTQILNSTAILHYSNSKKPVSGPPPPGPTTDISWSLNQARSIRTNLTASGPRPNPQGSYHYGQINVTRTIRLANSAGLVDRKQRYAVNGVSFIPADTPLKLADYYNIKGVFEVGSIPDQPTGRHIHLDTAVMGADYRAFVEIVFENRENIMQSWHLDGYSFFVVGMDGGRWSPASKKQYNLIDAVSRCTTQVYPRSWTAIYIPLDNVGMWNLRTQFWARQYLGQQFYLRVYTPVQSFRDEYPIPKNALHCGRARGRAIRAL >XP_029698713.1 semaphorin-5A isoform X5 [Takifugu rubripes] MGRPVSQHALLLLQCVLVLWPAGVASRRGPVLLPESPCHKTEHPVVPHSEMESWIFRFKAEGTVDYSQLTFDPGQNELIVGARNHLFRLNLEDLTLIQEAEWHCDEFTKGACFSRGKSEEECQNYIRVLLVNGNRLFTCGTNAFTPICTNRTSRFKLTNLTEIHDQISGMARCPYNPLHNSTALITSSGELYAATAMDFSGRDPAIYRSLGGLPPLRTAQYNSKWLNEPNFVASYDIGNFTYFFFRENAVEHDCGRMVFSRAGRVCKNDIGGRFLLEDTWTTFMKARLNCSRPGEIPFNYNELQGTFYLPELELLYGIFTTNVNSIAASAVCTFNLSAISQVFKGPFKYQENSRSAWLPYPNPNPDFQCGTIDSGSYVNLTERNLQDAQKFLLMHEVVQPVDPVPYFMEDGVRFTHVAVDVVQGKDVLFHIIFLATDYGTIRKVLSPLNHSTGSCLLEEIELFPPRKRQPIRSVLILHSRSELYVGVRDQVIKIPLKRCSYHKSREACVGARDPYCGWDLLLKKCTTLEESVRMSQWEQSITKCPIRNVTVDGAFGAWSGWSACSHNDGGSTGSCLCRTRACDSPAPQCGGQQCQGINVEVANCSRNGAWTPWTSWSPCSTSCGIGFQVRQRSCSNPTPRHGGRVCVGQNREERYCNEHLPCPPHVYWSAWSAWERCTVACGGGIQSRRRTCENGDDCPGCGQEYQSCNTLPCPDLKKTTPWTPWTPVNISDNGGHYEQRFRYTCKARIPDPSLLEVGRQRIEMRYCSSDGSTGCSTDGDVLRLGRISGNTMNGGWSSWTSWSQCSRDCSRGIRSRKRTCTNPEPKYGGQTCQGLAQEYQECNITPCPVDGSWSCWSSWSKCSVTCGGGHYMRTRTCSNPPPAYGGDICLGLHTEEALCNTQPCPEVSIARSSQDDRRCGDFNLFHMIAVGLSSSILGCLVTLLIYSYCQRYQQQAHEATVIHPISAAPLNTSITNHINKLDKYDSVEAIKAFNKNNLILEERNKYFNPQLSGKTYTNAYFTDLNTYDDY >MBU5424338.1 SDR family oxidoreductase [Cellulomonas hominis] MSAQDPTARPDPTRVLVTGADSGIGKACAVRLARPGGHVAITWHEDEDGARRTADEVRERGAEPHVLRLDLSEPTDAPGVVDAAVAAMGGLDAVVLAAGTGTATPLLDLDYATWRHVLAVDLDGAFLCLQSAARHLVAAGAGGRIVAITSVHEHAPRVGAAPYCAAKGGLGLLVQVAALELAEHGITVNAVAPGEIATPMTGQEDETVLSDHERPGIPLRRPGDAREVAAVVELLCSPDGGYTTGASWAVDGGMLRMGPMAGSHLQADGWRRP >WP_007427566.1 citrate synthase [Oceaniovalibus guishaninsula] >EKE43682.1 citrate (Si)-synthase [Oceaniovalibus guishaninsula JLT2003] MADDKKTARLTIGGTDYDMPILTPTAGPEVIDIRKLYGQAGVFTYDPGFTSTAACDSTITYIDGDKGELLHRGYPIDQLASQSHFLEVCYLLLYGELPQAAQLEDFENRVTQHTMLHEQMHNFFRGFRRDAHPMAIMVGVVGAMSAFYHDSTDIADPWQREVASIRLVAKMPTIAAMAYKYHVGQPFVYPRNDLDYASNFLRMCFSVPAEEYVVNPVLSRAMDRIFTLHADHEQNASTSTVRLASSSGANPFACIAAGIACLWGPAHGGANQAALEMLREIGTVDRIPEYIARAKDKDDPFRLMGFGHRVYKNFDPRAKVMKESADEVLDLLGIEDNPTLQVAKELERLALEDPYFAEKKLYPNVDFYSGIILDAMGFPTAMFTPIFAVARTVGWISQWKEQISDPQLKIGRPRQLYCGATYRDYVDVENR >WP_111106433.1 GNAT family N-acetyltransferase [Curtobacterium sp. MCLR17_007] >PZF01986.1 N-acetyltransferase [Curtobacterium sp. MCLR17_007] MTLVGSRTVLQVISPAMARRIVVRDERPGDDWHPEYPFADELDPLRALAAETAADPEFTMYLVRRRSDGLAIGGFGFFGPPDDKGTVEFGYGLVPPARGAGLASEAVQLGLQHAATRGALIALADTELGNIPSQRVLEKNGLIEIKRDQSHVYYRRPLVAR >PDW44028.1 relaxase [Helicobacter pylori] MLDTKLDSRPMDLSFLDDILKHMQKPRFSDSDKVDKRLLIKFNQFSSNSKFTKSNLVGTKTASPVLIKNIGQMKRSHLENALNYALENSETAYNEMFLECDKQFILESWLNDFDLTKDYNETMHLVFSIKDKPDEETMQGLLHSTWESLKIRLPEYKFALVPHAHQDHAHIHCFINKTNQLTRRRLRFKGHEDCKEFFNELRNEFAYRLNNHSLSEEYLYVNEPKLKELDNIKQQLQDLEKEEKALEQIKTPQDEWDLNKALQKEYLQTLKDKNKAKALDIQNNQSAPLKQKISAFKIALFNHKDTSDDEKESLDIDRIDKRKPVSEHLKNTSKHELHELLGFYQKELDKKQKHCAFKNFHILNDLDKNFERETKGFSVLKKKEMLLSKLERLDKRHMDKNSHLLLAQLKNEVRTKNNTQYNNLTNPIFLAKALELPKDKHPTLKTFKNAYFSARKYQFMLESLKSKQDDPTYKLHDNTCELVGKQLQDYQKTMLLLAKERLLFLEQDLKQKEEEFKRAKESYFKALESYKETFSLPLKEKQDFLKQTKQFSKLSKDIVYICNEIIGANRFLTHYDNLNLEKVLEHAKDTKLEQKQIQAITKEPNNDEPWIEHGKRMQEKAKAHYQACLEKEKAKELAKQQANTLHSNELDDDPKAHAGLKQNDNTNFKGRNR >XP_013164386.1 PREDICTED: zinc finger protein 595-like isoform X2 [Papilio xuthus] MKMNLDYTKTWVLQSDVCRCCLAASGTCDMTIAYISDSGIKEIYHDKLQETFGISLLRDSGRPLICTLCVTQLRLASNFKKQVLDAERQFNLFLHNTEKLQKDNPIKEKEINKADDSNNTETANFENYKKSALVKTHNTEATQEKGRTFEKCMENENGEITDPGYDSDTPISVLIKTYSQEKGFVFASTEKAVKEKKIDKNDKKDEHKEKNKKISERKRVILTCGIVLKDTTACPFRHHKSWFQCFFCLEDFMDINTLKRHTFNNHKDIDAELKKIKCLPRSLQIDISNLQCRHCSVTLTDVNSMRRHLAEVHNKLIYTEHIADYKVNSSPYSCHICKREFHVFRTLTTHLNEHYPNCICDVCGKSFLNTKRLKVHKRIHENGVYPCKECGKVLKTKTSIANHMESHSKRIIKCQICFKPMKHYNARIKHMSEEHNIRHKFKCHICNREYNIKHYLATHIRQTHGHKNKKCSECHMAFITNHGLKKHMLKHTGEKPFTCTICLKSYARSYTLKEHMRAHADRRICT >MBR3209975.1 F0F1 ATP synthase subunit C [Bacilli bacterium] MNDVVSSVMNAVGTIIGLSVGGFGIGIGIMGSKIAEAVGRNPEIKNDIVSSMMLLLIVSSIFILLVFAFCFMLIFFNPFIS >WP_006336501.1 hypothetical protein [Mesorhizobium sp. STM 4661] >CCV14962.1 conserved hypothetical protein [Mesorhizobium sp. STM 4661] MVRVDAMMQELLDTLGIKAPVLVAGLSGGILRALSRHRYKVREMVASPICGALAAAYLTLPVVHYFRATGLPVPGDDTTTLAAAFLIGVSAMWISDIVFEVMVRRFKPRREE >HCE77318.1 hypothetical protein [Dehalococcoidia bacterium] MIKINAFTPNHQKELVEFINSVNGSRDTPKELTELFFEQGINIPPANPKTDCFLAYLNKEIYGFLQFIDETPIKRLVGLHTIRSGPYFEEILKSFLNLSIQRASKAEVEVINFQIPENDNESSRIFETNGWKKIKTYRNLRFEGTDLEELILPDGYSVRHFDNRKDIDTLTKLQNISFGSHWGFSPNSKDQIQYRITMERTSDQGIIFIANNNEIAGYNWTMQSHYGNSAVGWVAMTGVHPDYRGLKLGKAVVLAGMHYLISQNVHV >WP_015203918.1 hypothetical protein [Crinalium epipsammum] >AFZ13810.1 hypothetical protein Cri9333_2971 [Crinalium epipsammum PCC 9333] MTSQILVKKSPIRRNSWLEKIIALIAVINFCLVLFNISYIHWRDVYLNEIPILTQLYDPIQGIEPHRETARYLEQVNKLQEQITQNGLASTEVEQLLEKLRFLSNEMIEDNPFAGANKSGLLEKIKHDIRDRVGIRSAHQAFATFWSQEHLAAVGWQQEINFFNTKIRPLMNYNYYRGIDINGKFVDKFWQIDLPFVIIFSLEFLARTFYISRRNPHLNWLEAILRRWYDLLLLIPFWRGLRIIPVTVRLYQSELLNLEPLRAQLNHDFVANFAEEITAVVGVQIINQIQEIIKRGEAARWLLHPETRRAYVQVNPVNEVSAIASRLVNLSVYEVMPKIQPDLEALLHHNIENALKQIPGYQQLNHLPGLNHLPTQITQNLVNTLSDKAYGTLVNAVQDPAGAKLTARLSKNFINALDVELQKPQNLQEIQSLLIDMLEEIKINYVKGIAETGVEKTLDETQKVQRLNN >WP_086987611.1 GntR family transcriptional regulator [Trichococcus collinsii] >CZR09731.1 transcription regulator hth gntr [Trichococcus collinsii] >SEA13178.1 regulatory protein, gntR family [Trichococcus collinsii] MFIEILPNSDTPIYTQLMYQIKIGILKREWSYGDGLPSVRSLASELGINMHTVNKAYNLLADEGVLEKNQKGYFVSERATMASNERTKAAMQDKLKEILIDKQIFEVNEATFNGWLNELEKELEGEGKADADI >KAA6389633.1 hypothetical protein EZS28_014842 [Streblomastix strix] MHKSIILMMLIIVHFIFCVNCHIVHHVNRAYNQGETTEVLKPQRQTAQQKGSQLLTFFSYSNVTFIKNMKFTVYSNTDNENSPNFLTRQKFDSHPLDHVTIQQNSVKYEEVDSITLIQHDNELTFEKAMHVLLRFIEQISIAMRNSSIINFIRIIYVAVPTRAILIAFLPRRIINYKYQSQQQKKNSNKLIIPLLIITCHSIFEVSAVTNYLSNQEFDGKRSQSIIVNQSTDEFKVINCSFRNCWNGASGGALNIRLSNGGKCWILNTTFTNCNTTLDGGAIYANISSGAELTIDGLCLFTDCHAQWSGGGVYARIDGQSSKLLLEDYLKFERCSCIQGGGTSIENSNNGSCNINKVSCIDCGGRNLGGGIYVGSISEEIQKLNGTVLERCHADMGGGLEISLSYGNPSVELISITCIECRASNCGGGLVIAADQGIQVIMHGQCSIQNCSSYYGYYGEDVTQGYCTGGGMECFVLEQCFVEINNASFKNCFAYTEGGGLLAYIQSGGKLIIDQSSFYKCKCNEGNGGGIYTLIDFVTQCKFIIKDTLIQGCKALNNTNSSLRYPESGYGGGIFLTGSGDYDPSTNLIDLRGMKIYNNTADKYGQSLYVAMTKVVEWCKYGILGEYVKGNYSDGISNKNELIGIPVKYDIFNSRTQAQIIEQQKPLECWWMFGILKSAQVVVNVSNPDGKLIFHLEGQRLTPGYLNVKIFELRDKTQEEIDQEQKQIKSNLNNINLNFSKENSPNNSKSYKHQIINNNQIIIGKQKQQQEQSINESSNSIFIPINSFPSSPNDNKLLQTESNEIIYPPKDGSSSPIQIEGEIENEQKASFGMDEYEWLNYKQKLYGVLISNDGEVFTGLNGSVNSAVPLKITIEEEGQQEEEAQELEQDIAPDTKEGYQFPYWGIILIVVSVLIIASIIISIII >HEB56095.1 Crp/Fnr family transcriptional regulator [Gammaproteobacteria bacterium] MFKLTDEDFEQLAQSQLFQGADKAVLQEITLWLEAEKWSARQVVMVPETTCKRFYVLLQGRVKITRQNPETGRELTLFLLGPGDGFNVISLLDGERHEVVAVTIDPVTAVSAPLARWHDWLDLYPSLRTTMRHYIDQQMRQLSELATDLALHDTMARLAHLILRNYEESRLNPGRDLLHGLSHEELAHLIGTVRVVVNRLLKELREEGVIECQGGEMHVLNLQKLLHRAERELDQNKNRSLL >WP_047323176.1 glycoside hydrolase family 3 N-terminal domain-containing protein [Mycobacterium nebraskense] >KLO40344.1 beta-glucosidase [Mycobacterium nebraskense] MSFSRTMTVAGAVLASVSALVAGCAHHAARPPGPSTSVSKPPAAPAPPACGDVTTLPVRDKLAQLLMVGVKNADDARSVVNGYHVGGIFIGSWTDLSIFKGPLADIAGKAGPLPLAVSVDEEGGRVSRLRSLIGSAPSPRELAQTQTVAQVHDLAAERGKKMRELGITIDFAPVVDVTDATDGVIGDRSFGGDPNAVTAYAGAYAQGLRDAGLLPVLKHFPGHGHGSGDSHTGGVVTPPLSDLQNVDLVPYRTLVTAAPVAVMLGHLQVPGLTGDDPASLSPAAVQLLRNGVGYGGPPFNGPVFTDDLSSMGAISDRYGVAEAVLRALQAGTDVALWVTTDEVPAVLDRLQKAVAAGELPAQRVDDALVRVAAIKGRSPACGH >MBT6415404.1 DsbA family protein [Candidatus Puniceispirillum sp.] SITRRHFTSGMIGVGIALSSSLLPSMTAFAADDDIIAHISAPRVLGDPKAPIKVVEFFSMTCGHCANFHNVTFPKVKSDMIERGLIQFEMRPFPLDGLALRAHALARSLPTTRYFPMVKALMSQHKQWVRAEDPLAALMKIARLAGISEAEFNKTMSNRTLLEKLVEMRQIALDDWNVSSTPSFVINEDKVLAGNMNYEKFVEEINAYGA >MBK3737236.1 hybrid sensor histidine kinase/response regulator [Azospirillum brasilense] MPDAADDVTLEMDMAVSFVPRRSAPCRRSSACTGRVADVGLDAPRPRLLRGGREIFLRISPGRRYPGSMDSRCATFGKCGVPDPSEPDRPLPVEGERATVQAPPFRKTRLPSKIHHRPLVLLVLAALLPLVVLSAGLGGAWLRGQQSAMEANAVALVDRLSALVDRELSAQIDALKAVAASPLLDGLATGRDVDPVTFFEYAERVQGALPLWSTIVLSDVEGNRLVDAPFLVGGVRGRVLDIDSHRRVVETGKPAVGTILRGPRGAYAFPIRVPVTRNGAPVAVLSAVVMPEGFQSLLFGNRLPPGWIAAVIDAEGRLVARAGGEPDMIGRHASENALRARRTADSGVYDGMTLEGAPTVVAFRTLPDYGWSVHFAIPQDVYRAPVSNAVWLVGVGALASLALAGAFLWLLARELRLRRRQEAAREESLRLEALGRMTGGVAHDIANLLTVVMSGIAAIRSRPNDPERIARVLPEIEGAVTRGQALMRQMAAFGRRSVYEPVPFRLQDRKASLEALLARSAGSAVDTALIVPDDLWSILADPEAMEVALLNLAVNARDAMPDGGTLTILAENRGLPGRRGDDTGLTGDFVALAVRDTGTGVPPEHLRRIFEPFFTTKPEGKGTGLGLSQVFGFARQSGGTVTVTSTVGAGTTVTLYLPRARAGDSPG >AEH52569.1 conserved hypothetical protein [Weizmannia coagulans 2-6] MRPELEKLVHLDANTLPKIEFYYGGALVTSTLPYDFIEFWIRKSCHVAEYAVCTLLILLTLRTVLVPVRFAVPAGFLASFLYANLDEWHQSFVSGRTGHFIDVITFDSFGIMIGVCLFLWFTRRKKSR >DAK76805.1 MAG TPA: hypothetical protein [Bacteriophage sp.] MNYYKQIAEMLGLELGQEFRIIGSHEKTIDDALFEITEDGLFSKANNLSGKVTLMLDLLLSGKYKAVPKPWKPSEGYKYWWYSIAWNQAIDNEFNSSIGDLLHWKVGNCFKTKEEAETKGKEIMEKLVKEYEAA >KAJ6490484.1 hypothetical protein DFH09DRAFT_374031 [Mycena vulgaris] MTLLHAHFHLRSLQAFQRLLDGSSDRGTHPAGSGSAGKSWKGASALKAAMAVDVNAADWLGRSPLHLACAASDAIEYVRALLRHPLVNVNLPDVESHWTPLHRALYHGNLAAALLLLQRSDIDISQKDLEGHTAFDLYCTTLRGTAPTHALHAELHTWGANRNAALGLVDSGDRTYPDLVSIPKEEPEPRSTARFAPLLARQIQMSKLHTVVVTSESKANLRMCGFGSGGRLGPGQHTQFSLVPLPQLSHSILAVALGQDHTLALTSAGEVLSWGLSRFHQLGYVVEPSTTTGRLEEPIQAIPRKIYGPLKKEVVKGVAASKQCSACWTATEVFTWGTNNGQLGYDKAAQPVQIIPRKVSKVVRPVVAISLTDHAMACLLDTQNVVCIWNDRYIKIIFPTQAFPSEIKPYRPPQAMKLKDAHIAKITSGEDAFAALSSNGELFTFAVPDPAEADAGAGRGLGFKPQRVWALRKQVSAVRDVALGADGSIIICTESGHVFVRTKAAGKAFKFQRVPGIQRVTQVCANSTGAFGALRVDFRPVPIRVEGNALAEDLAGVQPYLAAPPKGHLKDEAAGVPEVPRWAKYVGDEGDDADDAGLEADFERIWRLCRVLAVDAVLPLRHGADLVVHVRRKAAYPAHRVILGARSSVLCSVLCGAVVRDAASGIVLTTAPLSGHMKARLDIKGCQPLTVLILLEYLYSDVLLAIWDRRLASALQHELATHKIRPGEVKEELQALARILDLPLLAHALGSPSKRAPAPSVVRDMTQVFAAVQPGTSAPPASPIAPDVILQLADRDVHCHATILRARCPVFASFFDEADWTAKRWDANGTITVNLKHLRWHVMEYVLRYMCCGEDAEIFENLEFARSVDELLEFMFDVMAVADELLLDRLVLLCSAVILKWTDINNVCYILTDASYFHAQQLVESIQGYMAANMETLLEGRMLDDLTPALIKQLSAFVVRKQTEKSPKARSSYIVDRAMAVHGDWLALQDIPEPIIPSSRFPARRDAAPLSPDPSKRRRSRTASLSNSPVIAAQVSSSAIDDIFEMDDTEAVVEPAPAVAVESAASAVPVWKASSAPRVDMKTVMAEAARTAPRHDSMGAGESSLRFSHQKTPQRERKKFQGPADTALDAARAGSSPWKLPAPASPTNSPPITPSTSLNRTHEAFPAPSVAPSAPPRQRGPQPPQPSLGPVFTPSRHPTARPAAASIRRVSSSNKAWTQPPPAPVTAPAPPPVSGVSFVAIQQLQLEQGTSSGRDKRSLREIQEEEKARQAEADFLKWWAAEEARVQSEAEAASRVRDVPKSPRRNNKKAKGHRPLPGPMLSASHAG >WP_157502995.1 TIGR04024 family LLM class F420-dependent oxidoreductase [Halobacterium sp. CBA1126] >MUV61396.1 TIGR04024 family LLM class F420-dependent oxidoreductase [Halobacterium sp. CBA1126] MRERGEPRAVTARTVHLPVAAQDALDDVVGIGERAEALGYDRVWFPETWGRDAVTTLAALADRTDSIGVGTSIVNTYSRSAALLGQTAATLQEHSGGRFRLGLGPSGPAVVEGWHGESFGNPLKRTREYVDVVRKVLAGEQVDYDGDVVQTRGFRLRQDPPEPTPDIDVTGMGPKAVELAGRFADGWHALMFTRDGFADRYEDLRRGASLGDRDVGDVRTTFVLPCCALEDGERARDLARQHLAFYVGGMGTFYRDALARQGHEDAAETIHEAWQAGDRERAVGRVSDDLLDALAAAGTPETVRERVADFAAVDGVDAIAVSFPRAADREVIDRTLEAVAPE >WP_223232292.1 MULTISPECIES: helix-turn-helix domain-containing protein [Marinomonas] >GGN22556.1 AraC family transcriptional regulator [Marinomonas arctica] MKIPKVAIVLYRQFSAFHIAAPQAVFSVAPDGKPIFDLKVVSIDGELEHAENRMTIRPDGGLELLDIADIVIIPGWHELDSPPALNLTNALIRAHERGAMVVGLCYGAYALAYSGLLDGKEAATHWMAEDDFTNRFPNIKLNTNALYVESDRLVTSAGTAAALDCCLYIVRSVYGTKIANGVARVLVVPPHREGGQAQFIAQPIPKSTQDVEINRLLDNLRENLDKQYSIADLAENLCMSRRTFTRHFNKATGMSFGKWFVYARLQRSLELLESTTLSIDKIAEIVGFQTSTSFYR >KYG00847.1 chemotaxis protein CheA [Sorangium cellulosum] MPTLRKASIRLKLWSLAGVPVVGALLLAAMIAGDARQQAARAAAIGSIEDLAQLSSIMAQPLHALQRERAWTALVEGLEIRPPDARDAEAARGAARPFQRAVALARASAQLETARAATDESLAHLDAFLAERDLSRLPSRLARDLADARAHVGELGAFRRQADAKAAPLDSALQIFGGINASLIRANAGLSELSDEGELLRRIQSIVAVHELAERASRQHALLAHAFASTQFEPGAFKTLVTLMTEEQLYREMFLANASEPARALHDAARGDPRVRRADELRAAAIASTDEDLAIDHDAWFDAQQGRLDRLAAIEHEAIAGMRRAASDKVADTRRTVLNGIAVSGVVLLVSGALALVLVRGLSRSLEVLGEAAAHVRRTRDYTTRARKTADDEFGALTDAFNEMLAGIQARDEALESHRQNLEATVAQRTCELAERNREMRLVLDNVDQALVTIHRDGTMEPARSAAFERFFGVPAHDEHFAERVAGHDPRARALLTMGWEAACDDFLPLEVVLDQLPKALHREGRHLTLGFKPILSHEGQFSGALMVITDVTATMDSLREAERQREHVQVFERAVKDRLGLLGFVSDTSKLVDAVSARSIADVDHVMRLVHTIKGNAGLWDVTSVAKVAHEIESFVVEERSLPPDEQIDALKDAWSAFVARVGGLLAGAAQASRVDVDDAEVEALLAMVRERRDHADLERAVAALRDERTEVRFNRMKDQAETLARKLGKPRPDVRIDAGGVRLPAPRFAAMWQALGHVVRNVMDHGIERPEAREAAGKPPRGALTLRSRATADEVLIEVGDDGAGIDWERVREKAGAVGLPNATRRDLEAALFAPGFTTAEQVTDVSGRGVGLGVALHECRRLGGRVEIETERGQGTTFRFRFPRELGDAAGAPPPPSSRRGAPLAGPPRGSSAGPPAGREPPGSGVAMSASTMDSDRSRRAQ >XP_033824504.1 potassium/sodium hyperpolarization-activated cyclic nucleotide-gated channel 3-like isoform X1 [Periophthalmus magnuspinnatus] MERFQSSMRKRLYSLPQNIGQKPFVIDDGDSGDKDKRKSIGLKQLSSLSPASSARSIEEARSEDLDRDVTNVKTNLNGDCRLFRGSLCSLTGRHAPVDPAEQRCLLPEADAERGPGAQQRVPSALSGATGQGSVYDQSSFIKLEGSEQIIPEDDRLYQAGFMHRQFGAMLQPGVNKFSLRMLGSERAVEHERERVKSAGFWIIHPYSDFRFYWDLTMLLLMVGNLIIIPVGITFFKDEHTPPWIVFNVVSDTFFLMDLVLNFRTGIVKEDNTEIILDPQQIKIKYLKSWFMVDFVSSIPVDYIFLIVETRIDSDFYKTARALRIVRFTKILSLLRLLRLSRLIRYIHQWEEVFHMTYDLASAMVRIMNLIGMMLLLCHWDGCLQFLVPMLQDFPADCWVTRNKMVNDTWGQQYSYALFKAMSHMLCIGYGLYPPIGMADVWLTILSMIVGATCFAMFVGHATALIQSLDSSRRQYQEKYKQVEQYMSFHKLPADMRQRIHDYYEHRYQGKMFDEESILEELNEPLREEIINFNCRKLVASMPLFANADPNFVTSMLTKLRFEVFQPGDYIIREGTIGKKMYFIQHGVVSVITKSSTDTKLTDGSYFGEICLLTRGRRTASVRADNYCRLYSLSVDNFNEVLEEYPMMRRAFETVALDRLDRIGKRNSVLQHKVQHHQSSGTLNLQENEIIQRIVQHDRDMAQCTQLIQSSCAQVIAPPPASPSPTPVIWAPLVQAPLQAAAATTPLALALAHHSQLPPILFHHPLAHSASFREPHSKRVHVGQSSSGSGPGSPVSSTKLHTVLETPNVMSLRTPHVSCGPVSQTLPAQPIFTSSMQPLVPIPQPPHHIPSVLSMGQCTVSYTCSTTQPHPQPFLSTFTTAPPPFLQQGATMRLSGRFPPPSSVISPLISSSVGPILSQLQQSAHGTGHQMLGRHDKVVRTSSLNLPYFPIITSAHPPSAHPPSGLMSGAAASLAQHSLAGLHSAFLPQVVPEHSALASIAQYGSAEDSPCYTPPIPSPNVQSPVKARAVYHNPLAPQASCPARVDSVHGSDQAESLGELFTQEIKTISGSHSAIHQERPLAMGGFSEVTSSPFSSPISVCKPYSAIPGQGAPISQSPFGPEPQNKAIAPHSPENQSCSVEIETENSQSQLPSNL >MBQ0048698.1 D-alanyl-D-alanine carboxypeptidase/D-alanyl-D-alanine-endopeptidase [Bacteroidales bacterium] MTRKRHILTLLALPLLVACGTHRFTHTGQQQVIRSTIVTPPLMTTGGEQTLRREAPHLINNVRAYEPSTWQGALQTRLDALCCDTLLRSTQLGLCVYDLTDGVMLYSVNADQRMRPASNQKIVTAVAALDQLPAEHRYTPVVRTPGRGWCWDDEETGMTDFKAGGKRKSSSCLWAEDREWSLHDVLQPMMKKSDNMMAESVFWELGTGNDKPAKAAAKRVEEVIRKAGLNPQDYDIVDGSGLSLYNYVTPRLLLTLLCYAHSQPAIYNELYAAMPIAGVDGTLAKRMEGTTAQGNVHAKTGTVTGVSTLSGYCKATNGHLLCFSIMNQGLTRAALGRAFQDRICSALTE >UFA30503.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] LVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSYQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNIYLEGSVRVVTTFDSEYCRHGTCERSEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLRVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLK >RBQ02499.1 metallophosphoesterase [Pedobacter miscanthi] MNKFFQIVSHAFLIVFASEIVFAFFLLLGDIYRLLIGLATNFEPGGFHIAGRSSYWVDFAFIMFCLTIALFAYGITQGKYAYRVIKHTLYFDDLPAAFDGFTLTQISDVHAGSFTNPKAVQKGIDMINAQKSDLFVFTGDLVNNASSEIVPYIGHFSQIKAPFGQFSVLGNHDYGDYIKWPSEADKIRNLNQLKAYHKELGFKLLLDEHVELHKNGEKIILAGIENWGIGFGERGDLNKALQNTNVNDFKILLSHDPSHWDAQVKNYPSKIQLSLAGHTHGMQFGIEAFGIKWSPVKYRYKHWAGIKTENGRYLNVNRGFGFLGFSGRIGIWPEITVIELKRK >QCI53355.1 envelope glycoprotein, partial [Human immunodeficiency virus 1] EKLWVTVYYGVPVWKEATTTLFCASDAKAYDTEVHNVWATHACVPTDPNPQEMELANMTENFNMWKNNMVEQMQEDIISLWDQSLKPCVKLTPLCVTLNCTDTLRNNTNGANGTIRNNTDGDMKNCSFNITTNIRDKIQKEYALFYKSDVVPIDDNANXDNTSYRLISCNTSTITQACPKVSFEPIPIHYCAPAGFAILKCRDKKFNGTGPCKSVSTVQCTHGIRPVVSTQLLLNGSLAEEEVVIRSKNFTNNANTIIVQLNKSVEINCXRPNNNTRKSINJGPGSAFYATGDIIGDIRXAHCNISRAKWNETLRQVADKLREQFKNRTIVFNQSSGGDPEIVMHSFNCGGEFF >WP_074801249.1 competence type IV pilus major pilin ComGC [Enterococcus mundtii] >SFM28121.1 competence protein ComGC [Enterococcus mundtii] MKNRKRMARLKGFTLIEMLIVLLVISALVLLFIPNISRYRDHVNKEGREAVMQLIDAQSELYALQNDGKIPSIDELLREGYIKQEHDDAYRKN >MBI1210064.1 lipoyl(octanoyl) transferase LipB [Alphaproteobacteria bacterium] MTKPVAWRVSDHPVAYPEAVTEMERRVAAIADGRAKEMVWLLEHPPLYTAGTSAKASDLLDAARLPVFETGRGGQFTYHGPGQRVGYVMMDLRQRNNDVRRFVHDLEEWLIRTLARFNVRGERREGRVGIWVASSSTKEDKIAALGIRVRRGVSYHGVSFNVDPELDHFTGIVPCGIHEHGVTSLAKLGIQVMMPEVDMALRGAFEEVFGITTVLDRPRAKPKVGA >XP_054446685.1 olfactory receptor 2AP1 isoform X2 [Pteronotus parnellii mesoamericanus] MKNKTLLTEFILLGLTDVPELQVVVFTFLFLTYSLSIIGNLTILILTLLDSHLQTPMYFFLRNFSFLEISFTNIFIPRVLVSITTGNKSISFAGCFTQYFFAIFLGATEFYLLAAMSYDRYIAICKPLHYTIIMSSRVCTQLVLCSWLGGLTAIIPPITLMSQQDFCASNRLNHYFCDYEPLRSLSCSDTSLIEEVVCLVASVTLVVTLVPVILSYTFIIRTILKLPSVQQRKNAFSTCSSHVTVISLSYGSCFFMYVKPSAKEWDTFNKGIALLITSVAPLLNPFIYTLRNQQVKQAFKDIVQKFVNL >WP_129873796.1 type III restriction-modification system endonuclease [Leuconostoc lactis] >MSB67136.1 type III restriction-modification system endonuclease [Leuconostoc lactis] >RYS86294.1 type III restriction-modification system endonuclease [Leuconostoc lactis] MRINLEELQHQREALDKIMYSFPALDDINSQDKNGISATSIYANPLIQYAGQEITFLDVKMETGTGKTYVYTRMMYELNAERGLSKFVVVVPSLAIKEGANNFLTSDYARQHFSHFFPNKNLRVYQILAGDFAKKNGRYQMSNDLEQFTSAMTNDKNTIHVLLLSDKGFLDKSGSALFKDHYDVSLITSARTPAEAVMMTRPVVIIDEPHRLKRDGKSYTNLLNWFKPEMIVRFGATFPEKPKSKKHEIDYYRSSGPVYDLDAVRAFNQSLVKGVETIYPTLTNPDSAQYKVIRLSAKSVTFKSKNREYEVNVGDSLASVFNDSNFDGDIIYEGSKKLSNDLELSEHMTLISGTFDNSYQELMLKQLIDEHFAKEQENFFREGYQVKTLSLAFIDHIQSYRDQDGWLKQTFERLLHEKLEHLIKDYQIKNDALSQDYLDFLRATQGSLNSEVQTVHGGYFAKDWGEPDDSAVAAERDDILHKERTLPFKNEKGEWNLRRFFFSKWTLREGWDNPNVFVIAKLRSSGSDNSKIQEVGRGLRLPVDVKGNRLNNQDFYLSYIVGYDESNFAETLQGEINKSITDDLAFGEPISDVIIQKLLELGTHGETKRAIQNKLADDGILDDDFNVMNVDGLRQLLPKVNGNRIKNRPNGVKQNNKVKLNKKNWAKIKKLWLTLSKRYMVKYDDLTPMGWLMLIEEILQNDVLQVQHSEQIRQRLTKNDDISGALTVQETKKEYSKTSIGNLNYGEFIKRIAMRTNLSIQIVHQAFSEFLPEFVQNKMENERQLSDYFNESSVSSFVSEFKKRFDNKFSTLYRYKALEFDASTSIWDKTKQDFKNEVDANLIGQNESTEVLIDEDVALYEGKSVRFDSKIPELDLLKQKYIPQVTSFGKLPKSAIKIPKYTGGTTTPDFVYSVDGDLYLLVETKSDNKRDTDNQVVDVQKIFFDQNMQDEVIYKEAHKINDVLQVLEKLNDR >WP_087702867.1 flagellar filament capping protein FliD [Campylobacter jejuni] MAFGSLSSLGFGSGVLTQDTIDKLKEAEQKARIDPYTKKIEENTTKQKNLTEIKTKLLSFQTAVSSLADATVFAKRKVVGSISDNPPASLTVNSGVALQSMNINVTQLAQKDVYQSQGLANDGGFVNAKLNGTADLTFFSNGKEYTVTVDKNTTYRDLADKINEASGGEIVAKIVNTGEKGTPYRLTLTSKETGEDSAISFYAGKKDAQGQYKSDSEAEKIFKSLGWELDTTSSIDPAKDKKGYGIKDASLHIQTAQNAEFTLDGIKMFRSSNTVTDLGVGMTLTLNKTGEINFDVQQDFEGVTKAMQDLVDAYNDLVTNLNAATDYNSETGTKGTLQGISEVNSIRSSILADLFDSQVVDGTTEDANGNKVNTKVMLSMQDFGLSLNDAGTLSFDSSKFEQKVKEDPDSTESFFSNITKYEDINHTGEVIKTGSLSKYLNSNGGNTNGLEFKPGDFTIVFNNQTYDLSKNSDGTNFKLTGKTEEELLQNLANHINSKGIEGLKVKVESYNQNNVTGFRLNFSGDGSSDFSIKGDANILKELGLSDVNITSKPIEGKGIFSKLKATLQEMTGKDGSITKYDESLTNDIKSLNTSKDSTQAMIDTRYDTMANQWLQYESILNKLNQQLNTVTNMINAANNSNN >GFH27490.1 glyceraldehyde 3-phosphate dehydrogenase [Haematococcus lacustris] MAGPKRIAINGCGRIGRLALRLAWSQADAFTIVKLNDVAAVESVAYLIKYDSVHGTWGPSLAWGDIDLVLECTGQFLTRATLQPYFTMGVKKVVVSAPVKDPNPVLNIVYGVNHDQYTGAEDIVTAASCTTNCLAPVVKVILEKVGIKHGCITTIHNITNTQTVVDAVNSKKDDLRRARSGMMNLAPTSTGSATAISLIFPQLKGKLNGLAVRVPLTNSSITDCVFEVERPTTVEEVNRLLKEASETYLSGIMGFEELPLVSMDYVNDSRSAIVDAACTQVINSTMVKIYAWYDNEWGYSARLVDVARMVAASLP >WP_034563362.1 hypothetical protein [Helicobacter bilis] >MCI7410871.1 hypothetical protein [Helicobacter bilis] >TLE07925.1 hypothetical protein LS78_007215 [Helicobacter bilis] >TLE10096.1 hypothetical protein LS79_006685 [Helicobacter bilis] MRVIESESKQGAYIIVIFGLIAAYFGFYILTGILLLMLLAWLFFCSSKLINPTIPNAIVSPISGVIENITHNGDCVEFSIKARRNGRIYSPSDLHDISVKKYHGFYFLRKSKLSNQLGVKELMQAKTMLDNENLSIKIEVLPRVLRFCGLYDGKLESLFLEKIGFLNVGLLRISIKGENLKVLAKEHERVLGGSSPLITVEK >KAJ8704128.1 hypothetical protein PYW07_013422 [Mythimna separata] MNSDKKFYSNIEGNSKHNSEDYKHEHYPHEHDRYADEYGYHTSYMEKKVQNIVRDGSSYLEGLRRSLEEYTRFLESCNRRNSSMQNPTASSNSSSWRPEYDPPSDGSSPPFPTSSSSSPPILTYDNYNNSTVPMRPKNSTESRGRSNNSNRSRNNRRLTCEEATESREQIRRYAALAMWATGRLQDLAYAKKYQKADEQEENELILKLAWFLDRLAYLSGYEPEYKDYNYYEPRGTTSTPTTSPTPPTLVPSSDEMTQQMMDCLKQNSSQPATERCRYPAEIPDLMKRMMSGEMAF >WP_114861267.1 quinone-dependent dihydroorotate dehydrogenase [Azospirillum brasilense] MIDLFPIVGPVLRSFDPETAHGLTIKALSSGLMPPVREKDDPILRTTVMGLDFANPVGLAAGFDKNAEVVDAMLRLGFGFVEAGSVTPRPQPGNPKPRLFRAPEQGAVINRLGFNNEGLEPFAQRLERRLSGGRKAPGIVGANLGKNKDTVEAADDYVLGVTRVAALVDYLVVNVSSPNTPGLRALQGRDPLRTLLGRVLDARSACKLAKAPPVLLKIAPDLTDEDKADIAAVALETGIDGLIVSNTTIARPAEIPEPLRAETGGLSGRPLFAPSTAVLREMYGLTGGKVPLVGVGGIASGADAYAKIRAGASLVQFYSAMVYAGPALVLAIRRDLAALLRRDGFASLSDAVGADHR >WP_224791962.1 efflux transporter outer membrane subunit [Pandoraea sputorum] MRGITVAGVCLFALLAGCTMAPTYERPAAPMPTTYEAPTGSGVHLALADPLSADADWADVFTDADLQTLIRRALAQNRDLRLASLRVQEARALYGIESANLLPSVQAGGAFSRQRYSGSAGQPDGASNMPGGYVANDVRATVGVSAFELDFFGRVRSLRDAALQEYLSSEEAQRAAQVSLVAEVATSYIGLVAANEQIAYARDVLAAREDGIRVIRLRAERGLVDDLDLNTETTQVEVARAALAERERQRSEIVHALQVLTGDVGVKPAAASSLDGAFVVPVAAGLPSSLLMRRPDIRQAEAKLRGANANIGAARAAFFPSVRLTTDIGAASASFSDLFGAGTGVWSFMPQITVPIFSGGRNIQGLNLANVRKEMAVVSYERTIQTAFAEVDDALTAQQLLARQYQAQKRVSDGERERLRLAKRRYVNGVASYLELLDAQRSEFHAAQQLIDVKQRVLVNHVALYRALGGGWKPEDDAS >WP_268637051.1 GNAT family N-acetyltransferase [Lysinibacillus xylanilyticus] MYNVKIVETAKEHEDAFAVRKQVFVEEQGVPLHLECDAEDASATHFIMYEDNDPVGAARLRSIEDDAAKIERVCILQDQRGKKLGALIMQEMEKHAILINKKKLKLNAQSYAIPFYEKLGYTVTSPEFMDAGIPHRAMEKMI >XP_028543448.1 hypothetical protein, conserved [Plasmodium gonderi] >GAW80859.1 hypothetical protein, conserved [Plasmodium gonderi] MDKKGNEGGTIHQNDASGILTQRKSKIHSDEEMVIQYPNYGIHQNVKKQDMQRKRTDQSVKNSIYQNIFNRDLFMNIFKKKNCNNIHEKCKENDGKREKHKEAMCMNKQDVNEDEEYMLFLSYIYNDVKSFIESNKNYHLTNSNFSDIEDLILDICDTICRDAFRNIRSIFKSHKQGVDTNTIEFSHANDGSSVDHDYSASGSDSHKQHKETSDKSKRKNLKHSYKTTNESSFFFIPPMEFLVTHIHKLSTKKSALNDNSPMPSNLKEFLKNNNFDQHPIFATPHVENESLSYDKIMSQEVEVIKGNDPQVPAASDIFAKRGESFLLNENRTSFRKGNFNTPHSECQPDCKPDYQPDCKPDCQSDFNSYGHANTQGQFPILKGREKENICDYTHTGMNSYPKKMFQMQNENKLRDFENTTYDIFTNGTKHKDELLKILHVDYTPRECSKGNNTNLNVDSNIHKDKYLMNFPTYKENKSSYHYPQYHNECISSPIQKVTSCLNIKDPINHSSTSKSDSVHIFNSKNGDSNENPLPHNIPDKEDVTPNYYFFPDEKIMNDNTKGSHASHGGINRSNASNHSDHSNHSGHSNHSDHSNHSDHSNHSGHSNHSDHSNHSGHSNRGNVDRDAGKVEFEEYLNDYVKQTNMNYDNQDMDTNDEDMESDEDEMEGGENEEDYGDDQMGRDKNELNAAWREDNRMHMKTFTNAESHPSDQFPTHSDNKPRKTPVDDRRGKNTTTPERNHSREGENNNEIYNTKKSNIRERSDEMEKIDNSKGKSKKIEPGGNEIYRKIIELDEKEYHEKLKKFEKNKKKFQNEIQKEFTKNDNPHDDYYHFKYLNNSENTINPYQYTKVHKKANIQVTTSPFPQFLRDIQIYNISQKKIRLKKTNITLRKDHATTGVREKTANKKKRHDKKETN >WP_213341058.1 monovalent cation/H(+) antiporter subunit G [Ancylobacter lacus] >MBS7540991.1 monovalent cation/H(+) antiporter subunit G [Ancylobacter lacus] MSGMILLPAWAAVLVGLLALAGAAVTLVGTLGLVRLPDFYSRAHAPSLGATVGTVLLVAASMVAFTALNGRPSVHELLIALFITVTTPAPLMMLARATLYRERIESSGGKE >WP_025016984.1 ABC transporter permease [Lactococcus lactis] >KST76465.1 hypothetical protein ATCC19435_2418 [Lactococcus lactis subsp. lactis] >MBU3884728.1 ABC transporter permease [Lactococcus lactis] >MCT0075490.1 ABC transporter permease [Lactococcus lactis subsp. lactis] >MCT3119616.1 ABC transporter permease [Lactococcus lactis] >QLF90001.1 ABC transporter permease [Lactococcus lactis subsp. lactis] MKNQTWLVAKNIYRSRVKGVGFWALVLSPFLLGAIYLIIGLVISSGANQSPKMVVVDNPALTQILSKNDTLKADIRNESSLDDAKKDLSSGKIDGFLTEDNGAYTIVTDNKSSVKFDQSSFQTALTQVNISKTAQRLNLSAADVQELLSPAKFTMKTQTSSGQKSTGDGQTGANIAIGSIASILIFTLMMMYVGIIGQEIGNEKSSRIMETLLAATSSNVQYYGKIIGVILLLATQLGIYVLGFGIAYPFIKNLDQIKAIGTMLSGITFGFGIYLVAMSLIGILGYLILASIVASLVNEQAQVQQATQPIAFLAMIGYIGGIAGSTVPGNIVLKVLGFIPFISPTLMTSRLAIQYSTTTEAWIALGLQLLATLAIAKAGEKIYARNVLSYSDEKIMSQLFKGLTGRNSKKKTTDKLVSENGEKKNPWRRNSPLRLALVIIIILIILAYRFIFK >WP_170015751.1 MULTISPECIES: Mur ligase family protein [unclassified Campylobacter] >MBE2983936.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM6883] >MBE2994474.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM6913] >MBE3028782.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM9344] >MBE3607671.1 bifunctional folylpolyglutamate synthase/dihydrofolate synthase [Campylobacter sp. RM9337] MDYERMPCAWKKICSDIKPFKIVHVIGTNGKGSTGRFLAQILHLNGKSVGHYTSPHIFEFNERFWLNGKVASDEILQKAHERLLEILPQEFVFKTSYFEYATLLAAVLFEECEYFICEAGIGGEFDATNVFDKRLSLFTPIGFDHVGVLGSSIEEIARTKFNAISKSGEAIMNDTMQPICAKIANDIAAEKDAKLSYANEILDKNDYENLKAYEKKFALPEFLYSNLNLAAAAAKKILGKLDISNLKALDLSGRCEQIAPNVFIDVGHNELGAQAIARKFKDEKLVLIYNSFFDKDYRAVLKALKPIIKRVEVFEYPSDDRELATNEIKHTLDELGFEWKEFGGVKFDQGEKYLAFGSFYLVEAFLREFYASKGL >WP_277479375.1 TAT-variant-translocated molybdopterin oxidoreductase [Catalinimonas alkaloidigena] MANNKKYWQGLEQLRNDSEFVKHANKEFPEYLPLDEKKRNGEVSDGSSRRDFLKMMGFGISAATLAACEAPIRKAIPYVVKPVDVDPSIPNYYASTYLDGGEYCSVVVKTREGRPIKLKGNERSNVTLGGTNAQVEASVLSLYDKQRYKSPLANGEATTWEELDNAIKAELRKGGNKALVSNTVLSPSTQAAINGLLDAYPGLSHIMYDNQSADGILDAYQSTVGQRILPTHDFSKANVIVSFGADFLGTWIAPISFAKQYAQTRKVSRSNTDMSRHYQFEANLSMTGANADYRTQIKPSQEGLVIGKLYNLLAAKAGRATASFNDAGEIAHLEAAANQLWTNRGKSIVVSGSNDVAIQRLIIAINDMLGSYGSTLDIDRPSYYRKGDDKAMAKLITDANAGRINGLIFFNCNPVYDFHQGEALSAAMEKVALKVTTAEKPDETAVLCEYIAPDHNFLESWNDAEPQRARFSLAQPAISPIFNTRQAQSSFLSWANAPETDYYSYIKNNWRETLFQAQNDENDFDRFFDKALYEGALEFDSTVPSPGIQSVGFPNENLAVNVSGVTSSINSTYQPSEGIDLAFYQKVAIGNGRQANNPWLQETPDPVSKACWDNYLTMSQKMAEEMGVEYNEGKTNYAKITAGEQTVTLPVLVQPGQAEGTVGVAVGYGRKVAGKVAEGVGVNVYPLAPQINGYFANYHPDVQIEVVDEIYKIAQTQTHNTYMGRETILQDALLSEYKENPKAGRFEPMIATAEGKKEPSSISLWKGHKYPNHHWNMIIDLNSCIGCNACTVSCQVENNVPVVGRQEVINRREMHWLRIDRYYSSDAVEDLKDMEIASANPEVTFQPMLCQQCNNAPCETVCPVAATTHSTEGLNQMTYNRCIGTRYCANNCPYKVRRFNWFKYHDNEQFANVNTAMNNDLGKMVLNPDVTVRARGVMEKCTFCVQRIQLGKLEAKKEGRRPTDDDINTACAEACPTNAITFGDINNPESEVSKMLAEEVEGRAYRVLEEINTSPNIWYLTKIRNKDEESPNA >KAA3630074.1 hypothetical protein DWQ09_01710 [Pseudomonadota bacterium] >QKK10294.1 hypothetical protein HND59_00385 [Pseudomonadota bacterium] MDDIPIPLNREKSPFLRQVRAVIRERGLACKTQKTYLNWIRKFICFHDKKHPVDLGEQQVSKFLSDLETSGSVPDCFRFRNCWGTPTSQPPRYIHM >MBD7990178.1 GTP cyclohydrolase I FolE [Ochrobactrum gallinarum] MDARILKIDDESNLPADLPKPTQAEAEAAVRTLLRWAGDNPDREGLLDTPKRVAKSYSELFGGYAESPEDVLGTTFEEVSGYNDMVLVKDISFFSHCEHHMVPIIGKAHVAYFPDGKVLGLSKIARVVDIFARRLQTQESITAQIADSIQRILKPRGVAVMIDAEHMCMAMRGIRKQGSSTITTTFTGTFKEEVNEQVRFMSLIRK >MBX3011771.1 DUF4342 domain-containing protein [Caldilineaceae bacterium] MTSPINETEKTINVEEIPTPEAQSQSNSTPPPAGSTWVEEIELAGSQLVERVKELIAEGNVRRLIIRTAEDKIMLEIPLTTGVAVGGVVTLLAPVIAALGALAALLAKVKIQIVREEG >KMZ99658.1 hypothetical protein PVNG_03128 [Plasmodium vivax North Korean] MFKKDIQEFYIKNCIENIYIVKRHHADGNVEEKKSSVLYKNIDEFVRVLIQIRKFDKEFKKINIKKNESGAEETLQEYLDFYVGHFGHKFHSFILEYKNGSVKDDLKNHYIIKKLTKSDIEKVAKNSYARVMFMYDRVKYLLYYVKRRIAKIREIDEGFVKLLMSYLRVSLNPLNLIAHVYLSGCGGRPSPDQAKKGILHNGNPLNGGCTNGRNPAGKNVSPVRDPPVVDAPPKDPLFCNELCQFVCAYGEYIVKHTISSSYVELLSPQEIIKSKLSIYESAKRHIRSYILKKICSYAHFKKCSLSAQFDHTTCFSAHEGDLIKCQKIFKRFTQVGSGYKNVSMSHRDFSYIYELVLAVYLVKKCLFHLNENIDAVLQVALYTLYSSAKVAIIYLYFNLPKHMAHYFLNVYLLFFKSKKKNSEGQSQGKKTAHIMNRMRRTYRNVLRYVVKREKRGAIDATPYEAPPYEVTPYEAPPYEVTPYEVIPHEVTPHEVTPLGGKVKTSERKRYSKILNLLYFQTDSYDKKWANQKIKREVKKFVALHMNASVIQLKYNYEVLLRKRKKGKKETPPKVGPAKTEKGDQPMTHQNGAVSRQKKRSNVVPSDRIEYMKRYAPLYRTECRRNSKGGKNADRNGAIHVQTNTVNYSMHNRVIYNYRDGEAYAGKEKKRDKEKEVTFQKNFSSSEKHIIGKLFNCVLKNLQKGNQFTPSNTREIDAANPFDDDDDDGERKQDERNGYEDSHLSAPSEEVSKADESITYPARTILNEHERGGETPESCYLSRNGSIQSEAKLECEISSEGTLDKRKPEINSVETVKSKDMQEGGEETEEVGSEDGEETPNEVDHTVKRQDGEIAYTHLDPPAGKTLSSVEKSPQEGCDERSKKREMNGEVQSGEGSPPEKIQNEIEKVAYGKKADDSSRHGSKTEGHTEKDAFDKRESPEKEKQSDNSRGTCSSENIILADLLLTNNCTRRIEGKYKIFFSNDSDTMDVSSDDYVPYRTAKRGKKKRGKAAAKGKKRTSAKKSARKSAKMNEKMNEKTKGKEKEGKPRKGEAGQAPKPHSSKTKKRKRSQLTDEETVKTKKGKSNRSHSYHSVEYDHSKRNEVVDGEERSCTSEGVSHKQSRERKTGAATEEHAALTNGERRSGPEKVAQVSEAKPPTTDDTAMPGSARKLIFNVSLNGSVGGEEYTPCKYEFGGRTNWGSNGKAPICDGLVPSEDNPQGKEVSESRMVARGHGKKEKTGEQADKRLDEELQIDRDMPQLGMPRFEIPQFDIPQFDMPFMCTRQVYLNERVCDVAKETEERLKLIVVHLFNYYIIGGVFLINPYNSAQKERYRHFTSMQENINDIEHTKIFRYSSHELTVGIIRKNTKVSLLGGSTSKRVIKFLNRQGKGLNGATYKCIINNALHACKIQQRLYLAKKEIFFSYILKTRKMLKCRKYSEQRKGILGRGGSATEGRSEYSLQESRVGGISSVNGLSSSGEVFFEVYAKGSLYIFPDELHYKVHKAWGGSEGQRGGAKGRTNRGGKRGGKRGGNRARAAKHDAGGRGEQRSEEQSEQRREEQSEQKSEEQSEQKSEEQREQRSEEQSERQSSERGTSLLIMGTHKHVTSLNELINTFIRKGYQAINEELVLFIVYHLIVALLQLHVLDVLHGDVKIDNILVAKDEELLPLMERTKEHSPREAPSTCKGEKKREPKRMGRPPKEGNSSSSRSSRSSSGIRGDSSRSSSGIHAGSSRSSSGIRSVRSTRSIRGTHGSINSFLCEYMLNVKPASNPNSFLRKKFPLNVFLIDIGRGIDVKNFRNYLFYGEKNCDCYNFLSDSIFSYHIDFIGIAQVASCLLYYKHLGSKKYKYDGSIMDQNYTTINNLNVTYMTHNNNFAKSRSVPVRKKRRDPRKGKRKSRCKEIESFIKVKERAYTEDEEKHEKEGCADRSGCLEGGDSTGGGSNHAGNAPNPEEHLQRSGNLAVNQRSGNLAGNQRSGNLAGNKRTAKRITAAESNQFIDYSKNIPMDDRDREKIDGYIDQMKKNNEHYYIEREEESKIKNFSVKLLSTRKKYVDFWEVFFHLLLNFCNVYELSSVNYNSKEIGTNFEKANLFHHKVMNKTENYYFDFCKNNWEEVPQGDRRKRDAPMGEKLNGFVTGSDHLDARGGEALCRNGEVLCRNGEALCCNGEAASCNGDNHSDSAVMDVHHTGEAKQEMGKLCHHDNTSTDDGSNACVMQNGRCGDEKEALEGQPRKETHEEPRKGNSHQTEKTNLERETTKGAALDKQNEQTGGDQPKSNSKYFFIKNSISNLKNIKKKMHKVKHKIERDKFEASNDKGKNHSCNFSGKEENVSLKRKMIFFENEQNRQKCRKLNDQKYYAKECRANDTKRLARYVNKLTKKKAIFVLMFLKRAIEKIFDDDKSRQEILLSELKNAAAFF >XP_001448147.1 uncharacterized protein GSPATT00015628001 [Paramecium tetraurelia] >CAK80750.1 unnamed protein product [Paramecium tetraurelia] MDNIYKFRANTSIKHLQHLNNDKQFYSEDESSETNQNQEVYLKQISKPPSKMSHFSQNLTGYYTDDSDKDSSRDIKRGPISQKLSKFRNLVNPIEGDVEGAQEEQEEDAQTDITHSNYEDPYNITIQSSKLQQKLKQYNNDEIFLVKLQRNANSDIEYSKSKQNIKCKLSSHPFRHLIYGPSISETSFNKFLHLIQRGLIYAKRCLKEPSYNYIKSKTQMLPEARIPKTKTLLLDLDETLIHSCSARDQYQTSIPAVSDQGEHARIYLNIRPFCQWFLQQMSLLYTIYVYTASSSAYASAIVRYLDPKGQWISGILSRQNCLETKQGFYIKDLRVISNKQIKNMLIVDNLAHSFGFQIDNGIPILEWHDDMNDQELKYLATYLMEAADQENLGLFNKNRQRLLDLIEYKFD >WP_107883730.1 dicarboxylate/amino acid:cation symporter [Shewanella morhuae] >PTA51376.1 dicarboxylate/amino acid:cation symporter [Shewanella morhuae] MMKSLSTRIFIGLFAGLIFGTIVQYFLNDIGLFSNNLVELADGVGTMFVNMIMMLVVPLVFVSIVCGVCELQDLKSFGRLGGKTFGFYIINTVVAIATALLLVLLLEPGKDVDMGSTEGVAITATELPNLMALVIDIVPRNPVAAFMSGNMLQVIFMALMLGGVIKSLGEHVAGAIQGFQTANKIMMKLISVVMCLAPYGVFALMLKLGATLDAGMLVSVIEYMALILALLLLWIFIVYPIAVGIFTPISAKNFRDKTQELVLFSLSTASSNATIPVTMRTLTDKLGVNRAVAGFGVPLGATMNMGGVAIYITIAIFFVANAFDMPITTEQLPSLLFSIFLLSVGAGGVPGGGMVMLGVLIHQIGLPIEAFAIVAALDRIIDMVLTSCNVVGDAAVLTIVDQTEKVHQTEKVHQVELAKS >CFP83382.1 thymidine phosphorylase [Streptococcus pneumoniae] MRAVDLIQKKRDGQELTSSEIEWLIEGYVSGTVPDYQMSAFAMAVYFKGMTTREISDLTMNMVKTGQEFDLSAIDGVKVDKHSTGGVGDKVTLILAPLVASFGVPVAKMSGRGLGHTGGTIDKLESIKGYQVERSQEDFIRQVQDIGVSVIGQSDQLVKADKLLYALRDVTATVDTIPLIASSVMSKKIAAGADAILLDVTVGRVPS >WP_067636955.1 dihydrofolate reductase family protein [Actinomadura latina] >NKZ03608.1 dihydrofolate reductase [Actinomadura latina] MRSVTYSMSVSLDGYIVGPDGGFDWTAPDEDVFRSWIDEIRQVGVHLLGRRLYETMLVWETADQDPSLDDANLEWAALWKALPKVVFSTTLSAVQGHARLASGGLADEVERLRAEPGEGDIAIGGATLAAEAAALDLIDEYRIRVYPVLVGGGLPFFPQHERRVDLELVETRDFNSKVVYHRYRVAR >KAG6786554.1 hypothetical protein POTOM_008160 [Populus tomentosa] MDDIPDAAARLISIINRGSSALKNAHFDKAARYFKKACDASVQLQGERTLERSLLHHLYGVSLLYEIPFQGDDDPLEFLPREADYYLAKDRPYSSHSKLYSGTVSQEDYANQMEAAQKELKIAWSILENESNCLKEKANTLCALGEVALRRGEPNPERFYIQASSFFESLEGEIHKQRIVHMYPLLGSDKITAIEYGEKALSSYQTQLKRLISETQSSSKSVETQTSSDSESSSVTQIDPSIQKKTNERSMLIKILSKLQFKLDDLKAGSSTSPNLEGTSVAPAGHRDDGKEKLSQLIRVLRIDKQFDN >WP_176349335.1 UPF0149 family protein [Massilia sp. BJB1822] >NVE01199.1 UPF0149 family protein [Massilia sp. BJB1822] MQLDQPLSEKEFDELDQFLLSDRSPEDSMTMDHLHGYLTAIAIGPETIMPAEWLPRVWGEDGKQAPKFKNGKEEERIVNLIMRFMNEVLVTFEVAPKEFEPLFVEHEHEGQTLIDAEAWCWGFWEGMELRSGSWDEIWDSEIADLMQPIYLLGADEIKEEELPLVEDPHKAHKLALDLEANLPTIHKFWVPRRKAGVSTVKREDPKVGRNDDCPCGSGKKYKKCHGADV >WP_169984846.1 sorbosone dehydrogenase family protein [Pseudomonas sp. WS 5146] >NMX54539.1 sorbosone dehydrogenase family protein [Pseudomonas sp. WS 5146] MHKTRLALLIMLAGTLAACGESSTLQVSDGTGPSPKLPEPNKTLIPTVNIAPAIGWPEGAKPTAAAGTQVAAFAEGLDHPRWLYVLPNGDVLVAETNSPPKPDDATGIRGWVMEKVMGRAGAGVPSPNRITLLRDADHDGVAETRTVFLENLNSPFGMTLVGNDLYVADSDKLLRFPYQPGETAIKEAGTKVVDLPGGSINHHWTKNVVASKDGSKLYVSVGSNSNVGENGLAAEEGRAAIWEVDRATGQHRIFASGLRNPNGMAWEPQSGKLWTAVNERDEIGSDLVPDYITSVKDGAFYGWPFSYYGQHVDVRVSPQNPDLVAKAIAPDYAVGPHTASLGLTFAEGSKLPAQFSNGAFIGQHGSWNRKPHSGYKVIFVPFEGGQPKGQPVDVLTGFLNKDEKAMGRPVGVVIDQQGDLLVADDVGNKVWRVSAVK >WP_103124525.1 DUF2382 domain-containing protein [Nostoc cycadae] >GBE92047.1 photosystem reaction center subunit H [Nostoc cycadae WK-1] MALYKLNEFDPNYRDSFQGNDIKGLGVYTEGTDEKIGTVNDVLVDDEGHFRYLVVDLGFWIFGKKVLLPVGRSRIDYGRDRVYAVGMTRDQAEDLPEFDERQVDYDYEERVRGVYRNPKYSTTAVDTATPVDTSATLDTGYTAATPVTTPNFSRDTYNYDEEPSLFGLNDRDHQTLRLYEERLVANKKRQKTGEVAVGKRIETETARVAVPVESEHVVIERITPDDAGRAISPGEADFREGEVARVEIYEETADIRKEAFVREEVRVRKVVEQDTVEAQETIRREELDVNAPGLPIEER >MCD3114202.1 superoxide dismutase [Salmonella enterica subsp. enterica serovar Enteritidis] HSLMIHKGGDNYSDKPAPLGGGGARFACGVIEK >MBU2478158.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gammaproteobacteria bacterium] ADQINAEWLEGKQAVGVTAGASAPELLVQQVVEALKLRGASLAEEQRGREETITFALPQALRG >XP_046463157.1 protein ALP1-like [Daphnia pulex] MQDSRIFRKSFIGRHVDMLLADTDYILLADGGYTLLPRVMIPYRLDHPLEQFEVVYNYMQRRSRQVVERCFALLKSKLRRLKVIDVHNLEYLSDIIIACCCLHNFVLDEPFFEPVNMTEFLRDHPLEDEDIEDDDHRGFELENEAEIRRDELAGYFVPV >THY23779.1 hypothetical protein D6D00_06007 [Aureobasidium pullulans] MSNPPSSPFRHGTTVEQELAYYKAQYEQLEVELQEFQQSSRELEAELEKDVEASEKRERKLKERVESLGFEVEEWKTKYKQSKAEANSAQTQLQKEITTMRETNRTLQLKLRDIEVDNDDYERQARNTTSSLEELESKYNVAIERGVIMEEEMRAGEQEREDLRIQTQRLRDELSDLRIEADITREKLRLSESGSRRYRDLTPVRRPSALHARSPTSSRTAASSPTVSTPPPVRSEVSTLSDTPTPPSPPLSDASGNPMSKMLPPLKKNPLVSDSTLTPRATLNVNTLRPARHSRGPSFATATTPSGKRRTTLQSRPSVGSEGEQSHEQQHKLIYKARRQRPATAYAEVHKHKYTR >KAF6757059.1 hypothetical protein DFP72DRAFT_247101 [Tulosesus angulatus] MSTLSPTHQTALDAWKEPLSAREDQIHFLAVWLQDQISSHLCDEPGPTSLWSPNIDRLEAFLSKAAGLLPNFTPARAIHALVVTLLYKMGNNNSDFRFNSGSAELLYYQAIIQITREIVYRFTAKEFFDKLQLSPNVENIHLDGVFLKNMDDMIVRVMYPLPGDRCTDAFTQSYLNYLDILGDVDAPGGIERRTAAVLGHRCLRTRYCRLGPSYR >WP_003939801.1 MULTISPECIES: mechanosensitive ion channel family protein [Rhodococcus] >MBJ7476855.1 mechanosensitive ion channel family protein [Rhodococcus sp. (in: high G+C Gram-positive bacteria)] >MYV29884.1 mechanosensitive ion channel [Rhodococcus erythropolis] >OCC22289.1 mechanosensitive ion channel protein MscS [Prescottella equi] >ARE37529.1 mechanosensitive ion channel protein MscS [Rhodococcus sp. BH4] >AUS35573.1 mechanosensitive ion channel family protein [Rhodococcus qingshengii] MISEIQAWELTDTNRDWLIHRPVEIAIYVALAVVLRFALHRGIDRMSKPRKSPNAKVNERRSQRARTIGSVLKSTVSIVILVWCVLQILGILGINVAPFIASAGVIGLAIGFGAQNLVRDFLSGIFMLLEDQYGVGDVVDLGDAVGTVETVGLRVTTIRDVNGTLWYCRNGEILRVGNMSQGYATAVLDLPIAHNANVHKACEVATRAVLEAAESEPIRADMIDKPEMLGVNSVTAEAITIRVTAQVKPGRQWAVQRAFARSALTAFEEQGIEAPYLPVLR >UJR17665.1 hypothetical protein I4U23_004561 [Adineta vaga] MDVFKSCHIRPFPGQGSICAITRRDWLRAFWMMKSEYQLSVSTAAYVWLQDMLDTFYECQKDIETDDFTHIYREFKLSIDLIQTSWDNLNKNQLNQMAIDITHRIAKFLMASSEQWSWYAYGIPLLRQRSNIEYEQITIVLSIVDLHGIVNDTLIPPVNITNIEFESLIEKFKNALKKGDLKIQNDNGTFYVSQISHCMDMKCHATTETIFAPSYSTTSSANHRCLSIFFLVFLTLTICIDRF >XP_042666906.1 39S ribosomal protein L39, mitochondrial [Centrocercus urophasianus] MAACWAARYLRGGREGLRFNSVLSASRLTSDEVTRMRNELFTKEKERQLSLYPRIEKIEVKYTGKSHPGSVFVMNKAFSTPYNCAMHLSEWHCKKSVLALVDGEVWDMYRPLTKSCEIQFLTFKDEDPEEVNKAYWRSCAMIMASVLKRAFKEEYSVNLVKAPEVPVISGAFCYDVILDNRLNDWKPTKDNFRSLTRDASKLIDKDLPFETLHVEAKVAREMFQNNKYKMEMIDQKASQNKEGIVVLHRVGDFVDVSEGPHIPRTSFCFQYEITAAHNLQTSQSELIRRFQGVSLPIHLRAHHIVWHKLLERSKRLVTEEKSVKAAAESHEAKDETEEGKPLSM >RGZ20155.1 undecaprenyl-diphosphate phosphatase [[Eubacterium] rectale] MEIFDIIKSVIFGIVEGITEWLPISSTGHMILLNEILPLRIGKNPDDFYSMFEVVIQFGAILAVVVLFWSQIWPFGRKNNKAPLAKTGIGAWIKTDIFVLWFHILVSTIPAAIIGVLFDDVFERLFYNFQTVAIMLILFGIAFIVIETRHNGKSAKINSLVDISYTTALMIGFFQLIAAVFPGTSRSGATIVGALLIGVSRTVAAEYTFFLAIPVMFGASLLKLVKFGFHFTGEEAAILIIGMIVAFVVSLIVIKFLMGYIKKHNFIVFGWYRIVLGAIVLLCGIAGLL >GIP39269.1 transcriptional regulator [Paenibacillus sp. J31TS4] MSARQLEILRYVKQNAPITGEQIAEWLGLSRPTIRSDLALLVMLGYLDAKPKVGYFLGKAADEQRRDSSRLAGLKVRDVQALPVIIRENATVQDAVVTLFLENVGSLIVIGQDGQLAGMVSRKDLLKVTLGNASAPQMPVSLVMTRQPNIATVQPDDSVVDAARKMIQHEVDTLPVLEADAEQPESGRHSVVGRITKTTLTKVLVSLAGGPDGL >EII8712558.1 ash family protein [Salmonella enterica] MTMYKNRLPPSALMGYISPAPHKTGAGISTPPSIKAHNRASGFFTCKASSHLFRIMVGRMGPLSGGPGSLVAGCGNPVRLTTPSFPPLGGELSQLTTKGAISWQT >KAG2309455.1 hypothetical protein Bca52824_029203 [Brassica carinata] MAFWFLSALLIVGFLSKSNLVEAQLSDEAALLAIHRELSVPGWSSNGTDYCTWVRLKCGGANNSFVEMLDLSGLHLKGNATLISDLRSLKHLDLSGNSFTGPVPPSFGDLSELQFLDLSLNRFVGRIPVEFGSLRGLKSLNVSNNLLVGEIPDELMVLERLEEFQVSGNGLNGSIPQWIGNLSSLRVFTAYENELVGEIPKGLGLVSELELLNLHSNKLEGKIPKGVFEKGKLKVLVLTQNRFSGELPEEVGICSGLSSVRIGNNELVGAIPRAIGNVSGLTYFEADNNSLSGEIVAEFSKCSNLTLLNLAANGFAGAIPAELGQLMNLQELILSGNSLFGEVPKSFLGLGNLNKLDLSNNRLNGTIPKELCSMPRLQYLLLDQNSIRGEIPHEIGNCVKLLELQLGRNYLTGTIPSEIGRMRNLQIALNLSFNHLHGSLPSELGRLDKLVLLDVSNNMLTGSIPQQLKGMMSLFEVNFSNNLLSGPVPVFFPFQKSPNSSFSGNKELCGSPLSSSCGYSIEHLRYNHRVSYKVVLAVIGSGVAVFVSVSVVVLLFMMREKQEKAAAKNIDVEENVEDEQPEIIAGNVFLENLKQGIDLDAVVKATMKETNKLNTGTFSSVYKAVMPSGMVLSVKKLKSMDRAITNHQNKMIRELERLSKLCHDHLVTPIGFVIYEDVALLLHQHLPNGNLAQLIHESAKKPEYQPDWPMRLSIAVGVAEGLAFLHHVAIIHLDVSSSNVLLDSGYKPVLGEIEISKLLDPSRGTASISSVAGSFGYIPPEYAYTMQVTAPGNVYSYGVVLLEILTSRAPVEEEFGEGVDLVKWVHGASGRGETPEQILDAKLSTVSFAWRREMLAALKVALLCTDITPAKRPKMKKVVEMLQEVKLSK >TSC89929.1 MAG: hypothetical protein G01um10142_502 [Parcubacteria group bacterium Gr01-1014_2] MYILVYGKLEADISEAKNDEDAIRIADSIIEAAKDGFPQPDIDPKAVLYGTYEIPPRVVHRW >MBB4856459.1 nitroreductase [Mycobacteroides chelonae] MGNPTERTAITAVPIQPLIASRWSPRHFDPGAKLAPETLTALLEAGRWAASWGRRFPVRYLVGLRGDATYEALVALLNRGNSYAKVAAALVLVSTDLGDDDNTAVYAAVDAGLAIAQLGVEARSHGLHTHPMAGFRVDDASAVFSIPENVRPIAVVAIGPVLNNYEGAAESTAERDHAPRQRPALGDIAFTERWGNGFGG >WP_264934627.1 M1 family metallopeptidase [Streptomyces sp. A012304] MAVQQSGGSDPYFPANGDPRYRVHRYELALDYRPGPNRLSGTARIYAIAGHAALTEFQLNLADFRIGRVRVDGRQPHYTHRGGRLRVRPAKPVRAGAAFTVEVHWSGNPRPVNSPWGGIGWEELADGALVASQPVGAPSWYPCNDRPADKASYLLSVTTPSAYAVVAGGRLLTRATKASTTTWVYEQSAPTSSYLVGLAIGKYQTVLLGDPGPGGVPQHGHIPAHLLPRFSRDFARQPAMMELFQELFGPYPFDEYAVVVTEEELDVPVEAQGLSLFGANHVDGARGSERLVAHELAHQWFGNSVSIADWRHIWLNEGLAKYAEWLWSERSGGRGAQQLAASAHRLLSSLPQDLRLADPGRKSMFDDRLYERGGLAVHAVRCALGDDAFFRMLRGWASLHRGGAVTTSAFAAHVARFATEPVEELFEAWVHGTALPPLPRAGTRTAV >WP_262832653.1 CHAT domain-containing protein, partial [Escherichia coli] NKNELVDSLNSFKFALVIFDMHGGHDYDGHGFLELSGEILYPYELMGLANIPPIVVLSACDTSPADRNHFNAANAFLCAGAKTVLASTYPILSRDAAIYIGRLYKRLRYYLPERILFTKTSLRWSEFITGLNRRVYFDYFLMYIFRKYKINDKSILIELRNYINIA >WP_029528833.1 fimbrial protein [Pseudomonas aeruginosa] >KSQ95698.1 fimbrial protein [Pseudomonas aeruginosa] >MBG3975162.1 fimbrial protein [Pseudomonas aeruginosa] >MBG5706744.1 fimbrial protein [Pseudomonas aeruginosa] >MBR7543127.1 fimbrial protein [Pseudomonas aeruginosa] >MBV6121251.1 fimbrial protein [Pseudomonas aeruginosa] MNRTLPLLPALALGVLLGLPASGQATCYRVTSVGSETTTSNTQIRPGEGTAGSWTGACDTCNGSLGLPSVVNVSDESFQPYPTLIASAVAPLTQYGATGGYDPERVFFRCSAGDAVYEMFSTNGDDLYSGYYTGADTVGNDIGLQDAYRTAWPNVLLRLTNVETGETITPIWKERQLSGLDIDSRGFQLVKAKNLAAVRAELYSAPLEAIRYYSPTILSQPYSYTQPAAYIAIKGPGLTAPTVGQAHVGGNWGGWYSNWPGAIGLYRYVTLKRYPTCAVMTVTPHVQFPPITLAEIDSGGVREAPFELTFKCQSGMTNGTGAGATALGIRVSSGALAASPALGLVDASGGLSYLLSDRYGEPGIARGVGIRIYRDGTPMTLLANENSAGGSNAEATGWYPAIGGATQANGGSGGIDLYRETFRARLEKLALGSQPGVTAGRVEATAQVVIRVQ >WP_282467912.1 ribonuclease E [Aeromonas hydrophila] >WGY34324.1 ribonuclease E [Aeromonas hydrophila] MKRMLINATQEEELRVALVDGQQLYDLDIESPGHEQKKANIYKGKITRVEPSLEAAFVDYGAERHGFLPLKEIARNYFPSGYSYQGRPNIKEVVREGQEVIVQIDKEERGTKGAALTTFISLAGSYLVLMPNNPRAGGISRRIEGDERTELKEALSGLTVPDGMGLIVRTAGVGKSPEELEWDLNVLLNHWDSIHKASQSRSAPVLIHQESNVIVRAIRDYLRRDVGEILIDNPVIFERAKAHIELVRPDFLNRVKLYKGEVALFNHFQIESQIESAFQREVRLPSGGSIVIDPTEALTSIDINSSRATKGGDIEETALQTNLEAADEIARQLRLRDLGGLIVIDFIDMTPVRHQREVENRLREAVHQDRARIQLGRISRFGLLEMSRQRLRPSLNESSSHICPRCQGQGVIRDNESLALSILRLIEEEAMKDNTEQVHGQVPVDVAAYLLNEKRASIASLEQRNDVRVYIIPNQHLETPHYEVTRIRQNEIPEAASYELKTEIAKPVYQPKQAQVIEREQPLLQGFVQAPQPAPAAPAPVVAPAAPAAPEAGLFGKLFKAISGLFGSDTAPADVKAPADKPAAQREARKDEGHRHQRDETRSRGQRGRRDDNRGNRSPADTAEKREAGANREGGESRNRRPRKEREPRQEREPRQEREARGEVREQRMEREPREAREPRQEREPRAPRPAREPRAPREPRAEVVVEAVETVDTTMVNDEPRLEKEQKVAERRERRQLRKQIRVDAPASDVAALPADAPVVAEEASDAVEQHDEQAEGQRRSRRTPRNQRIEGQRRKRINEDARSQREDEEQSAEGATPTLTAAAQADAAQVKVEEPAVPVITIPSAEAVAAALQASAALTEHVVPEAVVAEAHEQAAVVAAEPVVTEAVVAEEAQVAVVNEPVVAEVAAPVAAEAVAVEAPAAPAVEEAAPAVVVAEVAPLVVEQPAPVAEPVIADEAPVAAAVAAPVTKQVKRGGGLLAGARKASAPMATPAAAPALPVREPVAHAPLVRSEVASSGRHGGSTAAVNVATSPAGRP >TXI82219.1 MAG: hypothetical protein E6Q40_12695, partial [Cupriavidus sp.] MKFNDWAQYRPLITFAAGIAFANAGHGAAFKLKEQSAAGQGRAFAGSIREAGDASVIANNPAAMELLEGRTIQADAAAVN >WP_278266677.1 glucose-6-phosphate dehydrogenase [Arthrobacter sp. Y-9] >WFR82911.1 glucose-6-phosphate dehydrogenase [Arthrobacter sp. Y-9] MVTSTRRARRSRAQDIKTLLILGASGDLTGRLLLPGLASLVSAGRAPGLTLVGAGTEPWTPSKWQRRLAKALPLDAGEEASAHWKELMATSQYRQVDVTAPGALAGLLASLDGPVAVFFALPPRISQLACESLSPEEVPFGTRLVLEKPFGSDAASARELNGTLRRLVPEEHIHRVDHFLGKSTVLNIIGMRFANRFFEPLWNRDNVAEVEIAFEEDLALEGRAGYYDSAGALRDMIQSHLLQVMALMAMEPPATLSERDLRDGIATVLRASRVATPFRRNTRRARYTAGRIGGRKVPDYVAEEGVHPDRETETFAEVRVEINNTRWAGVPFILRTGKAMGTRRKEAVVRFRPLAHLPAGFSGTDQPDELRIGFGPDTLSIGLDVTSAGNGFELSRAELATELHSSALLPYGEVLDGVLHGDPLLSVRADVAEDCWRIVDPVLSAWSHGRVPLEDYPAGSQGPVTES >TNN52570.1 hypothetical protein EYF80_037214 [Liparis tanakae] MLVSLRVLCCGQKEWEYWCTPSSNSEGNSLLQRWQRCLALLVLVRLRLRLRLRLRLRMPVLRTLRIGQSRFRALLRFLGSFWKSGIAARCQGQSCTSDPGSVAGITFIITSSV >HBN08375.1 hypothetical protein [Cyanobacteria bacterium UBA8530] MRANPLTIGLAVAFAGLGAFYQFFEKNRPPSENPDSLSIWRIEEARAPAILSLEAGDKKIVFERKAKEWHLRGKGDLPLDSRWEPSYSGLLKPSAERKVSDTAPFKDYGLDSPSFRITLGTGQEAKSLILGEKNPAGEAYYAAEPGKRTIYLVSSWQVDGWKGLLDKPPLASPTPKKQKNSKLKG >SJX71965.1 Pancreatic Triacylglyceride Lipase-like protein 1, partial [Nematostella vectensis] QVCYGKYGCFSDASPFSRPFVPLPAPPSKVGTSFQLFTRSHPHLVSIDDSDVKKLKASTYDGKKRTFVIAHGYTESGSTPWVGHMRQSLLQKDDVNVVITDWGPGADGMYWQATANTRLVGAQIAELVKFLNKQTGNTPSSFTVIGFSLGGHVAGYAGSRIKNTTGLKLGRISGLDPAGLYFVNEHVDVRLDPSDAEFVDVMHTDMDFAGTSTQSGHIDFYPNGGKNQPGCRDIADGPSNALKCDHVRAHDYFTESITSQCAMRAFPCASMHDFERGLCFDCVNNLCPSAGYNAVKS >WP_127508273.1 NAD(P)H-dependent oxidoreductase [Actinoplanes sp. LAM7112] MSELNLLVVVGSTRPGRVGPKVADWFVDAAKAHGGFQVTVADLAEENLPLLDEPHHPRLGNYQNDHTKRWSEKVAAADAIVFVIPEYNYGLGAAFKNALDYLHAEWAYKPASVVSYGGVSAGTRSAMGLQGTAYALRLWMMPESVNIPFVHSLVKDGRLEATEAMDRAATAVLDELAKVGAALEPLRG >MBA3472522.1 hypothetical protein [Rubrobacter sp.] MDRADRARPSLMLLALDVSVLFLAAQAVIELFRMNYDRAKARDERRAALENE >WP_241420500.1 aminodeoxychorismate synthase component I [Candidatus Contubernalis alkalaceticum] >UNC92390.1 aminodeoxychorismate synthase component I [Candidatus Contubernalis alkalaceticum] MKVAAAVKELKPIISPFDVYCHIKDKPYSFILDSRMDPDRLGRYSFVGADPFALFRSKGNQVYIWQEKQGETRLIGSPFKLLKEFLNNYQMITELPSEVPPFSGGAVGYFGYELGEVIEELPGNSSDDLMLPDCLLGFYDRIYAFDHLLNKVFIFTLGRSKTEEEAVVKADEMMKEFSKEIENIQDQGAKEPDVLKKDPFQENSKDEKNFCEIKHKLKSNFTREQYCSTVQKVKQYIAAGDIYQANLSQRFETDLTISPFDLYCRLRTINPAPFASFLNFGDVVVASASPERFLLLSDKIVETRPIKGTRPRSSDPKKDLEYREELLNSEKDRAELIMIVDLERNDLGRVCLPGTVKVTELFALEAYATVYHLVSTVTGVLPEDKDITDLLYASFPGGSITGAPKIRAMEIIDELEGLKRNVYTGSIGYITLDGKADLNIVIRTFVVKNNKVYFQVGGGIVADSEPEKEYQETLDKAKALIESLSI >WP_218505696.1 TIGR03761 family integrating conjugative element protein [Salmonella enterica] >QXN83094.1 TIGR03761 family integrating conjugative element protein [Salmonella enterica subsp. diarizonae] MSDYTFNMGPLRSAIHIQLHTHNATRLWTGRRATENGPAPIIGMPRFIEILNQMRIAAEHNDPYADLWMLRMEEKLVQSRKLMQVMLDQAKAMFSELPEGIDIENCFNVQPAHFPLFINAPLAYQGVYLLTDFDQLARQLLLASHIAVISRREMHNRLNNGATVIRSAFGLAQKYHGSGLTRQDFIDDTPQARAAIERLGPLPEAILSGKLRSSFSSPLPGRTENPGVADDE >WP_226678738.1 sialidase family protein [Mesobacillus jeotgali] MFNNRFILVTTLAAGMFVFTGCSGEENQEQAKPASEENNAENEEQKQSEEVSEADFIIKAAPQKIDHIHGIGYPGNDEGLYVASHHGLKIFKDGQWLETTDENHDYMGFQAFEGGFFASGHPAEGSDLKNPLGLVKSTDKGNTLEKIAFYGESDFHFLSASYKDDVLYLINEEPNSELERGVYVSKDRGGAWELVELNGLTANSLGMIAVHPEKGGTIAMSTREGIFVSNDYGKTMERAGDYQMVTAAAYSKGALYIAPVVNEEIKLIRLSIEQGNAGEEVTIPNLKYDNPITYIAADPEQEDRIAFITILNDLYETEDGGKTWNQLLVNGRIE >WP_187029467.1 flagellar biosynthesis protein FliQ [Pusillibacter faecalis] >MBC5747337.1 flagellar biosynthesis protein FliQ [Dysosmobacter sp. NSJ-60] >MBS5658827.1 flagellar biosynthesis protein FliQ [Oscillibacter sp.] >BCK84727.1 hypothetical protein MM59RIKEN_20460 [Pusillibacter faecalis] MDTTVVMSLMRDAVGVTLKLGGPMLLLSMLVGVVVAVLQAVTQIHEQTISFALKLIVVVLVLLVGGGWMLETLQDYTKELFAMIAA >UUZ81931.1 hypothetical protein LJK88_46645 [Paenibacillus sp. P26] MVPDYLIDTWAGKAWIVPGNAPLGEQVPVEANLEFFQETPIYLDPGLTRPTWIRLAPQTVKVKAKWDRRYLIETPNGDRWIEPWYDAIYGLKEVRRGFC >WP_179032033.1 acetyl-CoA carboxylase carboxyltransferase subunit alpha [Paenibacillus kribbensis] MAGELPYEKPLVEMRQKIEELKQFGQDKQIDFTDEINRLEERYLQMEEEIYTNITAPQKMHLARHHQRPTSLDLIEQVFTDFIELHGDRLFGDDLAVVGGIAKLNGIPVTVIGQQRGKDTKDNIARFFGSAHPEGFRKGLRLMQQAEKFKRPIITFIDTKGAYPGNTAEERGQSEAIARNLREMAKLSVPVICVVIGEGGSGGALAFAVGNRVLMLEHAIYSAISPNGAASILWKDASKADQAAEAMKITANDLLRLEVIEDIVPEPRGGAHRNYEMTAAAIKELLERHLAELMNMSCDELREDRYQKFRKIGQYTFLKPSETDLTPSETEPML >MBQ6875507.1 MBL fold metallo-hydrolase [Lachnospiraceae bacterium] MKITWLGQAGLLFEIEDKTIVIDPYLSDSVAKVNPKNYRRFPVDENYLNIKPDMLICTHNHLDHLDKETLDHYFTPDAKMMVFAPNGGWQDLRTYGGDHNYILFNIGTEWNEGPIRLRAVAAEHSDPAAIGVLITYADKTYYVTGDTLYSERVFTSLPDEEIEAVFLPINGVGNNMNAADASRFVARIGAKYAVPLHFGLFDEMTADGFVHSGKIVPKAFEKINIPL >WP_101564711.1 MULTISPECIES: spore photoproduct lyase [Bacillaceae] >PLR69461.1 spore photoproduct lyase [Bacillus sp. UMB0893] >QNG59068.1 spore photoproduct lyase [Bacillus sp. PAMC26568] MVKPFVPQLVYIEPRALEYPLGVQLKEKFEKMGLEIRETTSHNQVRNIPGKNHLQQYRNAKSTLVVGVRKTLKFDTSKPSAEYAIPLATGCMGHCHYCYLQTTMGSKPYIRTYVNTEEIFQQAQEYMDERAPQMTRFEASCTSDIVGIDHLTHSLKRAIEFFGTSEMGRLRFVTKFHHVDHLLDADHKGKTRFRFSVNADYVIKNFEPGTSPLDKRLEAAVKVAGAGYPLGFIVAPIYIHDGWQEGYYHLFSKLDELLPEDARGDITFEMIQHRFTKPAKRVISKNYPKTKLEMNEDDRRYKWGRYGIGKYIYQKDEEADLRETLETYIDEFFPNAKIEYFT >MSU20497.1 biotin--[acetyl-CoA-carboxylase] ligase [Pedosphaera sp.] MTIDAQILSALRNAQDGSVSGGELSQRLRISRAAIWSRIEEMRSLGYEIEASPHEGYRLRNVPDVLHADDLLSRLGKTKVIGRDIRVFQETTSTNDVIEKLARDGVKEGVVVFAESQSKGRGRLGRKWISPLRKGLWFSVLLRPDLRPQEATQLMIAGATALARAIRDETGLSPEIKWPNDILVNGRKVAGLLTELSAELDHVNYIILGIGVDVNLNASDFSAELRKLATSLRIEKGHGIDRASLAAAVLRELDADYARITTGHFEAVSDEWEELCSTLGRNIGIRIGDRVLQGRAESLDSDGALLLRTQHGRLERIIGGDVTVKK >WP_047914038.1 ABC transporter permease [Paenibacillus sp. TCA20] MTVRQLALRNVIRGIRTYAAYFLCSAFSVMIFFVNAMLIFHPDIRSGLSSETAVQAFVVAECMIFVFSFLFVLYSVSSFLTSRKKEFGIFMLHGMTLAQLGKMIFLENMIIGLLSIIFGTFAGTLFAKLFFMASAKALEIASLPFYLSPSSLLLTIGAFVLLFLLISAYTSRMVRTSKLIELFQAMPRREKAPNASPVLSALSLVLLTIGYIFAVTADTFTIYDRVVPVVVITTAGTYLLYSHLGVYCLQYFRKTRGRRMNSRHLLTLIGLSSRLKEQSRMFFAVTMLSTISFCSLGVFASINVVSGLFEEDYPAAVGYVSKTGNPYREEHLSEIRAELSERKLDYTEDQIKIKYASVQPSSEHVEIARNELPVISFADYKQAVLQAGFTLTEQGPGYNEAILMISSQNDRSKTRHWNKREYMLNEPQIVITEIGFTDHVIIPDNLLDDFDESFEAVIIHDALYQQIKQPARQDVYTGFYLDDFTQTAFVASDLADHGRTRYDAHKSYSISVSGTLYILRESMYRILLFIAMLLAAVFFIAAGSFLYFRLYADLDRDRKQYLILMKLGLTNKEFKRMVTWQLATMFFLPTFVAVIHSIFAFIALQSLFYLSIATKMGVVLFSFMLAQVLYFFFIRFHYLRNLKKTLL >PWA46560.1 metalloenzyme, LuxS/M16 peptidase-like protein [Artemisia annua] MRGKMNVLCHHLKNQVEQSVFCCIGVAGGAQAGDDASDSLQEEQYVGGLHGVLPVGRGSHTMTMPTI >WP_153219677.1 S8 family serine peptidase [Streptococcus mitis] >MQQ01917.1 S8 family serine peptidase [Streptococcus mitis] MGDCKDFCHKKYQVATIFLLTVFAFGFAFAQVSADEGKFEASNQVTHDVTTNKLDDSNKLAPPVTADKNALNSSSKEKTEVTESLKQDDSIEYRDNKSDKNVTTQKETTAIKSEEKKEESAVKSNSSSESLQSQSLSQGGHKEKPNSISSNEIITVPKTWEAGHKGQGTVVAVIDSGLDLNHEVLRISDPSKAKFKNQDDIEKAKKAAGIDYGKWYSDKVVYAYDYFDGTDNIKEAEKESHGMHVTGIVAGNPVNKAPNSEKVYGVAPEAQIMFMRVFSDRDKTTASALYVKAIDDAVALGADVINMSLGAGAGSTVDAGSDIIDAVKRARAKGVSVVIAAGNSNTFGRGFSQPLAANPDYGLVGNPSTVEDSISVASINNKILTTEVFEVKGLENDATLDYGKFDFNRPETEKDFEKGKEYEYVAAGIGREEDFANIDVRGKLALIQRGKIHFSDKIKNALQHGAAGVLIYNNVEGANVSMSVTGDAKKIPSVFISKHYGEILKSGQYKIVFNHKMDNRKSDVADQLSDFSSWGVTTDGQLKPDVTAPGGNIYSSFNDNSYGSISGTSMAAPHVAGVAALVKEYLAKKHPELSASQISEIVKALIMSTAKPHFNKQTGAYTSPRQQGAGVVDTMAATSTDLFVTGANNYPSVTLGNVGDKFTFEVTIHNISDKDQTLKMIVNTNTDEVEEGKFTLRPRKLTETVWPEVTVKAHSTKTVTVSVDTSKFTEELSKIMPNGYFLEGFVRFVNPADDGSVIGLPFMGFKGEFQNLPAIEKPIYQLIKEGNSEFYSEIDKDNPGISPSDDATYLTSSENDVNVLKAERQGNRVTVLGVKQDAEGKYHLQLDEKGNIRLAISPNEDGNKDSVRFKTLVYRNLVNLRATVYASSDTTHSQPIWQSRPTDLVKNYFDGDTRNPRSYIVDKTAWGGQDSNGNRVSDGIYDYVISYKPDVPGAEEQYTTFKIQIDTQKPLITSGYIRSQEDQEQFIARKPQDVGNGGILLEKVFYIRPSENREATDSEIEQYQIIKQNEDGSYTLPKNVDKSKIFYYVEDFAGNVDFISLKDLVGEENSGRVKIAILNNKTKDEIDTTYVYRIKNSEGQYVTVDKSKDINFLKFGHYVAEIFSYDRTELKFVSALSKEFDLTKENSFQTITFLANKMKYAPVTVGFNQAVPGTTTITLVGEDGQSQVLPAETYGKHSYGKKVVTGEYKVLVNLSNGYELLDNLQPFKVLFGKNNVLSLSVVSKLALIAALNKQMEVVKTPRYYNTKQKLKEIFDQSVKDAQLALGSKLNQDKIDQIVKALESAMQTLDGKESDITSLKNAIKAYAETVKKGKYINSDQELKGQYDREFKLLALLITKDLITQDEIDRLLTAFLKAQDQLNGKETDFMSLKNVIVDEVKFQDKDPRFLTASKEEKDSYNLIFNKAKLLLENAEASQEEINAVINALKETAVKLKANKVEIPTKPVAPVNPVNPVIPAKPVVTIKPVIPTKPVVTIKPVIPTKPVVTIKPVIPTKPVVTIKPVIPTKPVVTIKPVIPTKPVVTIKPVISTKPVVTIKPVIPTKPVVTIKPVISTKPVVTIKPVSQVQPVKLVSHNRQVSTIKSSISNDKIEKATSIAIHHSNIEVKHENKTLAGSGQQVLLATVNKEGKQLPVTGENNMISIILSISGISLLLSVIGLATFSKSE >WP_171653853.1 BglII/BstYI family type II restriction endonuclease [Paenibacillus foliorum] >NOU95627.1 restriction endonuclease [Paenibacillus foliorum] MTIRLNKFSYRFAEHILNSNLSLKQEVEDILLSKDINVAELSRPNFNRILNDKFVSKGWESQPYLFDEAVDPSAKMDFLKSRVGIEVAFGHASFIGIDLLKFQVGSYSGLDKIDVGIYIVTTKNFQKQMKKIYNQNWEGSLSFEKVVNYLPHFKSAIQIPIYVIGIDF >TAM79626.1 NAD(P)/FAD-dependent oxidoreductase [Acidobacteriota bacterium] MSGRTVVVLGAGVGGLVAANELRRMLGRDHRVLLVERNLRHAFAPSFLWLMTGDRKQAQITRDVRNLVRPGIEVIEGEVLAINPADRRVETSAGTLNFDDLIISLGAELAPELIPDLANASHTFFTADGAARLHEALSSFAGGKVAIVISSLPYKCPGAPHEGAMLISDSFRKRGMRNKVDIHLFTPEPLPLPVAGPELGAAVRQMLETKGITFHPSHKLTHFDPNSRELRFEGKETFHCDLLVTIPPHRSPSVVRQSGLANEAGWIPVDRATLETKHPNIYAIGDITAIPLPGRWKPDTPLMLPKAGVFAHAEAQIVARRIAQEIAGTSAQAEFCADGYCMLEAGEDLAGFAFGNFFAEPSPQVQLRKIGKTWHLGKVLFEQWWLAPFGMRHGVLGVMLKLGAKAYGIPLVL >WP_227903033.1 hypothetical protein [Arthrobacter zhangbolii] >MCC3294409.1 hypothetical protein [Arthrobacter zhangbolii] MEQKILSFVSPRTAWIVLAGCVAFWLASAADLLEAPPGTPPTMTFLWLYANLMLALASTLVAVGAVAVLVLHRRAAAGNQPAVDIPADEDAEPSDSADASSAVQAAVLPAGEHTPSAPFRLASRLRDRAQRR >WP_047664410.1 prepilin peptidase-dependent protein [Escherichia coli] >KHI21804.1 hypothetical protein PU35_19255 [Escherichia coli] >MBB8039856.1 prepilin peptidase-dependent protein [Escherichia coli] >SQT79458.1 prepilin peptidase-dependent protein B [Escherichia coli] >HCO5109330.1 prepilin peptidase-dependent protein [Escherichia coli] MPVKEQGFSLLEVLIAMAISSVLLLGAARFLPALQRESLTGTRKLALEDEIWLRVFTVAKHLQRAGYCHGSCTGEGLEIVGQGDCIIVQWDANSNGIWDREPVKESDQIGFRLKEHVLETLRGATSCEGKGWDKVTNPDAIIIDTFQVTRQDVSGFSPVLTVNMHAASKADPQTVVDASYSVTGSNL >NLB93078.1 hypothetical protein [Bacteroidales bacterium] MKTKKMNRLVKNTLLISFMFVMIIPFTSCAKKFNFINSSVVPGAIGYVKMKKDNNKNYILKVEVSDLAKVELVNASKTTYVVWMETDEGNAENLGQLKSSTSFLSKRHTASLETVSSYKPVKIFITTEDGINVQYPGKQVVLTTENFSVK >KAI1725697.1 EB module domain-containing protein [Ditylenchus destructor] MERAVWAVSISTSPHLHKMAAFIVPCTQKLIGSKCLFDEECYGTNTVCRESRCTCPTNFEEYDMGDGKTICRLAPSRIGDQCQKDCKPPLLCRDGKCDCWGGSIVDGKCTVPCPPDKQLYGLECEPVARLGQPCKQDKHCVDPFNSCVGGTCQCTPGTYRDPNRNKCFAVCPDGMHPQQSCRRLFLNDIDMIENAATTDSCPIGFRCVTYGSPYIGHCCRLRCPYGEPDLTQSCDAGAVEEQKCRPLTHFCFTLNEPGWKTSLCCPKPCRDPTPVFSDGQCLSIAHRDDPCQTDQQTNDDRFPSCEKSCAVDEVPVMDKCLKKMPLDGRCVSNKQCGESAECRFGLCQCFCGFKEGPFGSRCTNPGITK >MBK8382708.1 T9SS type A sorting domain-containing protein [Ignavibacteria bacterium] MEKIRWRCPLSRVRSFSLTVDSVGNSFICGNGQATIKTLKYGIDGSLIWRRFYAPPYNHFGGKGICVIAGRDNSVYSAGYLPVSDGNGDIFLFKYDYNNGALLWSTSYGSSQNKNDILNKVIIDKFDNIYLLGFFTASSNDNNILLLKYNDRPNGIISNSNIIPGYYSLSQNYPNPFNPLTVINYQLPASRQGGTINNVVNLKVYAALGKEVATLVNEKQNAGSYSVEFNGEGLPSGVYYYKLEAGDFVETKRMVLLK >WP_208090714.1 hypothetical protein [Burkholderia cenocepacia] >MBO1859096.1 hypothetical protein [Burkholderia cenocepacia] MLIRKQGRIVRLVRIEPSKGAVTAGRSRDCGQGVRRVVGAFRIDEPVPPTLLNALSRDERRTLSCWMAVYREEQARARAVPVLATVAQQFDTIVTALDAAADTLPVADAEHLWAQLQAISRALKRAGHARPRAARRPARPAPGQRDFFCETDELVQPARQ >WP_280658332.1 SCO family protein [Sinorhizobium garamanticum] >WEX86260.1 SCO family protein [Sinorhizobium garamanticum] MKTIRIVLWAAILVMVAILGWLTYDMTQSRQQASSGPFGVPFTLVAQDGKPITEQAFTGKPTALFFGFTHCPEVCPTTLFEMNGWLEKVDPDGSKLQAYFITVDPERDTPEVLGQYVSNVSKRVTGISGPPDKVLEMVKGYRVYYKKVPLDEKKPDGDYTMDHTASVFLLDANGHFSGTIAYGENPDTAIQKLDNLTKG >MXI78925.1 histidine--tRNA ligase [Escherichia coli] YIGPMFRHERPQKGRYRQFHQLGCEVFGLQGPDIDAELIMLTARWWRALGISEHVTLELNSIGSLEARANYRDALVAFLEQYKDKLDEDCKRRMYTNPLRVLDSKNPEVQALLNDAPALGDYLDEESREHFAGLCKLLESAGIAYTVNQRLVRGLDYYNRTVFEWVTNSLGSQGTVCAGGRYDGLVEQLGGRATPAVGFA >NLO64495.1 AAA domain-containing protein [Clostridiales bacterium] MDIKQLIKEKYEAHTDFNFNNENEIYLRFKKLYGKKAISALNGKKLLYRLFARKEMDEDSLFYNIEYNYRRFGDIRGGSANKYPLFFYSEKKTWVKGPRKNNIELTESEAISYAKDLRDKLVKLFDEVEKRIPLDSIEKYQQLQTFVLSDSLYKKQWVLKYLHMLYPEFFSTFYSRKWIEKVATKLGIKVEGKGDDNVSLNGQISLVANELGIPNVFFAHVIYEILGFDNNDKYVEDVEDDVEVEDAIESKELPTRSPRTTKIHPLNAILYGAPGTGKTYATAEYAVAIIENRDIKDEDREKLMKRYRELQKEGKITFTTFHQSYGYEDFIQGLRPETKDGVMEFKPVDGVFKRIADKALNDNNSNYVIIIDEINRANMSKVLGELITLIEEDKRWGEINELSVTLPSGEVFVVPNNLYIIGTMNTADKSISIIDVALRRRFEFIEQQVDPSKVTDTKLREVLNKINSKLKDETDSTDLLVGHAYFMNKTIDDLDKLLNRAIIPLLYEYFFDNGKKVKSVIEGAIKDTGYKVDSSALGRIKVVKE >WP_064711955.1 LysR family transcriptional regulator [Rhizobium bangladeshense] METLANLESFVRSAELGSFSSAARRLGLTPAAVSRNVAALESNLKLRLFQRSTRSLALTEAGERFLNSVRDHLESLQGAIAEASNEQTEPAGALRLSMSPTFGIEYILPKLPEFMSRYPLIRPEWMFENRQVDLIAEGYDAAIGGGFELTPGIIAKNLASAHIIAVASPSYMQDRVPPHDPSGLTELDGIVMRSLRTGRIRQWQMRNVAGEEQSAALKERIVVNDPAAMRSAAVLGLGVALVATPDALPHLENGELVRLIPAWYADAGPISVYYANRTLLPSKTRVFIDFIGEVFQRERWPERFAGTLG >MBM2811997.1 hypothetical protein [Chloroflexota bacterium] MVQIDGWSRESLLAQLYDWEHDAFDDDLSCYCHLAANAPGPVLEICSGSGRILAPLVDNGIAVVGVDRSPEMLARATARLGLRPGLQLVEADVSTDDLPLGEFGLVIAALNALGYLRSTEDQLKLLRRIGARLLPEGRLVLDLLNVGSIVDQPQGISVLQKSGPNEEIGAHVTKWMVQQLHWATQELSLLSFFDVTGPDGRLQRLTDETVLRFFSRFEIELLVGQAGFTVEELSGDYDGSPFVEGSPRLIVVARASSLEQ >RLN36134.1 serine/threonine-protein kinase [Panicum miliaceum] MGNCGTREENAVVAAHAQVQQLHLLQNPAKNAIADRKHTRTSSDLSDPSTPRKIEDAKNISIYNDVIAFTLFELETITKSFRADYVLGEGGFGTVYKGYIDENVRVGLKSLPVAVKVLNKDGHQGHREWLTEVNFLGQLRHPNLVKLIGYCCEDDHRLLVYEFMFRGSLENHLFRKTAMPLPWGTRMSIALGAAKGLACLHNAQRPVIYRDFKTSNILLDSDYTAKLSDFGLAKAGPEGDETHVSTRVMGTYGYAAPEYVMTGHLTARSDVYSFGVVLLELLTGRKSIDKSRPSREQSLVDWALPKLNDKRRLLQIIDPKLEGQYSVRAAHKACSLAFYCLSHNPKARPLMSDVVETLEPLQGSGGSDGSSQSSGLPDYRARRRLTGNSVHFRAIPNPKCSPAVPACRVR >WP_119815679.1 ATP-dependent helicase [Halalkaliarchaeum desulfuricum] >AUX08555.1 ATP-dependent helicase Lhr [Halalkaliarchaeum desulfuricum] MRGRELLAEASGIDEFPFDPETVEIRDADVLERLSPVVGEWWVDQFGGFVPQNRGFFTPPQREAIPLIDEGENALVAAPTGSGKTLASFTAIIDELYRRDRTDGLENAVYCLYVSPLKSLANDVHRNLTVPLSGITERLEERGIDAEIRHAIRHGDTDDRTRQRMLEETPHILNTTPETLAILLNAPKFREKLRSVEYVVVDEIHSLADNKRGTHLSVSLERLEDLADVSPTRIGCSATVEPLSTMAEFLVGREPDANHAGDSMAPRDYEIVDTRFVRDFDLQLECPTHDLIGESRDVVTDRFYERLHELIDSHTNTLVFTNTRSGAERVLHNLRERFDGYDEGNSGCHHGSISKDRRQSIERRLKEGTLDVVTTSTSLELGIDMPHLDLVVQVGSPKSVAALLQRVGRAGHQVGEIVEGRVIALDRDELLECAVMLRKAEEGFVDRVFVPEKALDVAAQHVYGMAIAEVRPEAELEETLRRAYPYREFEDDDWERLLRYLTADYDGLEDRNVYAKVWRDTNDPPDGGHHHPEYDVGEPLIGKRGRLARVIYMTNIGTIPDSFTCGVFTRSDEEWVGDLDESYLDTLDPGDVFVLGGRRFEYRYRRGSKVYVDPTSARPTVPSWYSERLPLSYDLGREILAFQAEVCNRIESGGPPGLRTWLREFPLDENSVRSIARTYDEQHRYAGIESIATPDRIVVEEVRDRDRYRRHYYVHSVYGRRFNDGLSRLVAHRCSRRATTNVQVAVADNGFTVSMPLNRRVDVADVLRDLDPADAPGELREALSDTDLLERYFRINATRSLMVLKNYKGHEKSAARQQVSAEMLLSFARDLDDFAVLEETYREIMEDKLDLAGIREVLGAIQSGDLEVETRRLDGPSPRAFGLATLSASDVVLAEDESAVLQEFHARVRSEIGDSGREESPDPGGDGDA >WP_213625822.1 sel1 repeat family protein [Pseudomonas sp. Pc102] >BBP84793.1 hypothetical protein PHLH8_44350 [Pseudomonas sp. Pc102] MLHWKMRARVGYLVARWLLRWPALVKQPRAWNWMQGQYARLANLGDVAAQSFYGHLLLHRGQGFGAREEGIRMLRLAARAGDGKSCYQLGVLALAGDTRNPPDAAEAASWWALAESAGHPLAAKRLADLYREGGPGLAPDPAAAERMAASAARLGF >NEP87605.1 SMP-30/gluconolactonase/LRE family protein [Okeania sp. SIO2C2] MSIIKILMITSIFLLTTVVSIFNDSRYEAKNNKSLVSQNNYFQLAEANSAENLQNIIGEDAQVEKVVEGFKFIEGPVWHPNGFLLFSDIPENTIYQWQPNQEVKVFRRPSGNANGNTLDLQGRLITGEHSNRRVSRTEKDGKIITLADEYNGKRLNSPNDLVVKSDGSIYFTDPPYGIKSEQEELGFYGVYKIAPDGKLTLLVDDFIRPNGIALSPDETKLYVNDSEKGHIRVFDIKSDGTLENGMIFDELKDSNKRGVPDGMKVDLQGNVYSTGPGGVWVFSPSGKLLGIIAVPEKVANLAWGNNDYKTLYLTASKSLYRITLKVAGVRPFN >EGY4555186.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EGY5273954.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EHM7582267.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EHM7591734.1 dipeptide ABC transporter permease DppC [Salmonella enterica] >EHM7604342.1 dipeptide ABC transporter permease DppC [Salmonella enterica] MSQVTENNVIAAPAPMTPLREFWHYFKRNKGAVVGLAYVVIVILIAVFANFIAPYNPAEQFRDALLAPPVWQEGGSWAHILGTDDVGRDVLSRLMYGARLSLLVGCLVVVLSLVMGIILGLVAGYFGGLVDNIIMRVVDIMLALPSLLLALVLVAIFGPSIGNAALALTFVALPHYVRLTRAAVLVEVNRDYVTASRVAGAGAMRQMFVNIFPSCLAPLIVQASLGFSNAILDMAALGFLGMGAQPPTPEWGTMLSDVLQFAQSAWWVVTFPGLAILLTVLAFNLMGDGLRDALDPKLKQ >WP_105399038.1 glutaredoxin-like protein NrdH [Photorhabdus luminescens] >PQQ27292.1 NrdH-redoxin [Photorhabdus luminescens] MSITIYSKPDCVQCNATYQALSRRNIPYQIVDLTENPQDLATIRAMGYQQVPVVVTDTQHWSGFRPDKINALTENL >WP_251247609.1 IS21 family transposase, partial [Brevibacillus borstelensis] >MCM3594086.1 IS21 family transposase [Brevibacillus borstelensis] TKAGHQAQVDWKICEYIDLNGEVRKIPVFTMVLGYSRAMYIEFTKRCDIHSFLRCLMNGLEYFGGVPKTMLTDQMKTVILGMGDDRKPRWHPLFEDFAAAIGLIPKVCRVRRPQTKGKVERSVQFIEQNFMPGRSFTDLGDLNRQARHWCDEQNRRIHGTTGERPIDRLAQEKLGMLPSPERWAKYRFEPRKVSRDGFVSYDGVRYGVPWRYSGREVKVREVNRFVEIYCEKQLIARHEKQYQSRRLVMCEDQYTNLSTAQGYAYPKPQGVQIPVQDVEVRPLDVYERLVEVGA >WP_266842210.1 ABC transporter ATP-binding protein [Streptomyces sp. NBC_00183] MSDGPAPVLRAEGLVKTHYGEGAPACAVRGVELCVRQGEFVAVTGPSGAGKSTLLHLLGGLQRPDGGSILLDGERTDAWSEARWAVERRKRIGIVFQFFNLVSGLSVADNVELPALLAGVAPKRARAEREELLAELGLEGKERSLPGELSGGQQQRVALARALVNHPPLLLADEPAGSLDSKGTREVMRLLSRFHQRGQTIVLVTHDARLASAADRVISFFDGRIADDAALDGAPSRGTGISGVLDLRD >GMF22075.1 unnamed protein product [Phytophthora lilii] MPSREDVRSRSQVVIPHTAVENTGGSADRPLCAQSLMDFLQDDELHVLEAALSFVDGYSLEDLAPDAETSTAAAPNDANSAVKAEQSSVMLNGGPTFAVPCKETAAMVPLTMKNLLNGPSSGLKLHLPTHDEPLIRLKSTKGKKTHANPNRVRDEAHAEGLEGHGDSTKTAAGRRTTGECSTKDYCKAEEEDGDGIKCIASQTTYATGNDSTMLGSMVVGAHQFVFQGVQCLRSQNLTVSEHRTACVLDFQGDIGDFHDLFQHLQSAYHEIDTVFAASGLSTMDIPTNDVHVREGVDGKYIEIFANKLLPFSLRDTGEAAWNHFKGVEKHFDNGGLYEKAAKVSVSVTQAPDVKAKQILQRVVGPDRDTILFVSSVTPVEIKHKPLDGLEYHAREYVLTKHFPHSTPEHELSLLQLYVRVSFDYDPGVVYDSRHVRSVAQFVIGNVGGSLRCYQERIENALIDQALRRH >GHV04322.1 hypothetical protein AGMMS50229_05460 [Campylobacterota bacterium] MKLFRLLLLFIISAVLSFAAAGKFAAVGGEVTIHRGDSKLVAITGQEVAQSDRIITGSNGRAQIVFEDKSLVTIGKNSEFSIEEYAFDNKSREGKASFGMVQGAFRAVTGQIGKTNPQSFQLKTRTATIGIRGTQILAQISQDNELIACTEGGISVTANGGTVDVPTGSATTVSANTPPTPPQAYSQEQVQSLADSAGGGAAQVANPDTFVIDGDDDTSGITQSDDVVLNSGNTNANTNEATETTESEEATEATETAETTTTTEAAETTEAAPANEASPTPEATPVNDVALDGGFETIAPPENSVQDIRDSKGSDTTNNVANEIIREVEQIAPPIVELPTPPPPPPAPVWDYWSTDPLLTTATTTQTQPAGTNQFSLSQTVDPYLGWGLLVPDTVFLNGDPAANQIVGGYINGVITDPSVVQGMLGGISIGTYVQFGTDPSAGGGVIDGVVKYNDGTFARIDSINQDFDLRINFSNPTNALSGSMEFTVGGYGGDYWNLAITGSATRDGISGSLATVSGGNGAGNGASGTLQGKFYGSGVETVGGTFKVTKPGAGGATVDGMFIGKR >WP_074911472.1 hybrid sensor histidine kinase/response regulator transcription factor [Bacteroides xylanisolvens] >SFO15715.1 Signal transduction histidine kinase [Bacteroides xylanisolvens] MYRYILYLIFAICLPSNLFAETSFKRIFENFYLGSNSSVCSLHEDKQGYIWAGTSNGLCRFNGLEFERYQADSMQCCVQDIQSESDGLWVASDRGMKYFSYSDSRFYSCSLISGINEENMSTSICKLAKDEDRLLALDWRGRICKHMGQREFTVCFDGIDTFYGFASYKPGLIIASGTNGLWLLSTENGRVVSHLAYHSVVMSYRTTVYYDKHNDVGYVGYGIGFKSITFRIVGNEIRQVDSEGCVPDNLMAVVEYRGKTIFAVDGEGLLLKEGGRMEKISPDNSNLSSDAIYSLFVDSEDNLWMGSYRHGVSLYSEHFGNFKTMTRRNSRLTYDIVTAVVADKEKLYLGLDGGGMEIYDRSTGTFRTYTTANSAIPGNNVLSLIKDGDDLWMGIYTKGLVKYSISKNQFVTYSMTMADGNENGVENNVWTIADDGRGHIWIGGFSVYVLDKKSGKLKCVQGLDGVQCSAIVCRGHYLWISSTRKGIFKIDTRTCRITRHYDMQSKDIRLPSDCLKYLFMDTDGKIWFSTVASDFYSLDERDGTFKLYTANEGLTDSNVTSIEEDNDGNLWLATSSGLFRMNKQTERFVRFDVKEIEQASYTYNSSTFDGEEMFFGNVSGLVYFNPAQINYRQRYEAVNFTSLRLLNDEKEEFTLLGEECKELTLHYDQNFFTIAYSVPEYQFPGRVRFSGWLKNLENGWRDLESSREVTYTNVPPGEYEFHIRCINDNGLWGKSSVFKLTITPPWWKTSWAICLWILLALGTVAGSIWLYLHEQKIKYRLQINEVEKSTMKKLNEEKLDFYTYITHELRTPVFLIAAQLEELIETRRSPVQVPLSYLLSMHHSSLKLNKLISRVIDLRKMDSGKLQLSIQRKDVVGFCNELTDDYRRLCRQKEIIYTFCCAETEIMLDFDAEKLEIILTNLISNAFKYTKEGGTVTLTVRNRPDVVCFSVEDNGIGIAEEMRDTIFENFFRTERGKKQGEGDGMGLSFVKTLVELHGGEIRVESELNQGSAFLFTIPRKELESKDCPVRTESLLVDDVQLLELKPVSNPTATHSILLIDDERETVNILERYLSSDFKIYKAYDGEEGLEIAGRELPDIVVCDLMMPRMNGQEFLERMKNDKKLAHIKVIIFTAKNSEEDMLKAFDSGADVYLSKPISLKLLRKRIERLVVQSENAAIISTIATEQKTYTKEEQIFLLRCREIIDDNLCNEEFDVDLMAAKLAMSHSTLYKKIRQMTGNSLIEFINDYKIYKAVQLFRQGASNVEEVSKQCGFRDVKSFRNAFKKNMNQTPKAFIQSL >WP_182544916.1 DEDD exonuclease domain-containing protein [Halosaccharopolyspora lacisalsi] >MBA8825617.1 DNA polymerase-3 subunit epsilon [Halosaccharopolyspora lacisalsi] MAVPDNSRQQLSFDELGVSLHDVTFVVLDLETTGSRGRYDSITEIAAVKVKGGEVLGEFSTLVNPECDIPPAIVSITGITDSMVAEAPRLDGVLPSFLEFAAGCVLVAHNAPFDIGFLRGGCERLELPWPKPTVLCTVQLARRVLGKNDTPNNKLATLARVLHARTTPSHRALDDARATVDVLHGLLERAGPWGVHSLEELLEFLPAVTSQQRRKRGLADALPNAPGVYLFRGPNEEVLYVGTAGNLRKRVQQYFTAGERRGRVKEMVALAERVDHVECAHSLEAEVRELRLLGTHQPPYNRRSKFPNRAWWVVLTDEAFPRLSIVRKPRVRSLGPFRSRRKAEEAVKALQESTTLRRCTQRIPAGDQRGSPCALYEMELCGAPCAGHQDVEQYAPQVVAVSELMDGAGDGVLEHLRESIDRFATTQRFEEAAARRDLLAGLVRSVDRGQRLAALARIPELVAARPDGSGGWCFAVVRHGRLAAAGTARHGTPPMPVVDALRASAETVLPGDGPLAGVPTDEIHVVHRWLTAGDARMVHCHEPWSEPAGAAGKWRSWVDRATTARDPYPED >WP_232553043.1 iron-containing alcohol dehydrogenase [Klebsiella michiganensis] >HBM3414658.1 iron-containing alcohol dehydrogenase [Klebsiella michiganensis] MLTSFNVLTPGNIRFGRGLARSAAPWLAARSAQILLIHGASLQRAAFLLSELHAHQLNVTTLSIAHEPDLQDIERGVRLAREKGVGAVVSLGGGAVIDAGKAIAALVPAQGPAIEYLEVVGTGRLLEANPLPFVAIPTTAGTGAEVTKNAVINVPEQQRKVSLRDDRMLPGLAIVDPSLTDNTPRAVTLASGLDALTQVIEPWLCARANPFTDALCREAIPRGIKALRTLMAKECPDSRDEMAWVSLCGGLALANAGLGVIHGLAGPLGGLSNAPHGALCGSLLPFGLALNETQISDECLRQRFADVRQWLAAGLDADPNSAWESLREWSQRSGLGNLRELGVPREALEPAALAASSSSSMKANPVMLTSEQLLEMLEAAWE >TCK28839.1 hypothetical protein EV667_2852 [Ancylobacter aquaticus] MRDGWISFTELTQIGPELLRARISENPAAAARWVEAAALAGIVNAQIAWGQMLLDGHGVARDPEAGLRWFQIAAGAGSAEGANMVGRCHECGWGVPADPARAAAHYRQAAERGHGWAQFNLATLLLDGKGIAADGREALHWYARAARGRNAEAAAKSATLVGRYLELGWERPARPVAALRWYKRGAAGGDYRGQFDYARLLLERTGRLDLAMPWFGRCIENGVPAFCRNVGAALREAPQPALRRLALRALQRAALSGTAGDLRTLGGALAEGLGGAPDAEGAARAFQRAREAEAAHAAAGPTGKAQAPSPDGAAAAGGHA >HCJ9518601.1 tryptophan synthase subunit alpha [Escherichia coli] MIIPALDLIDGTVVRLHQGDYGKQREYGNDPLPRLQDYAAQGAEVLHLVDLTGAKDPAKRQIPLIKNLVAGVNVPVQVGGGVRSEDDVAALLEAGVARVVVGSTAVNSPERVKGWFERFGADALVLALDVRIDEQGSKQVAVSGWQENSGVSLEQL >NUV85209.1 serine/threonine-protein phosphatase [Streptomyces sp. KAI-26] >NUW19196.1 serine/threonine-protein phosphatase [Streptomyces roseoviolaceus] MITVDPTGTAARTDGDMQLLPGVAEGAPLPDGLSWLAGATAEVAADTVHQGGTRRPAVAGEYRGRRFEAHPTRRANGEVVWWLVDQTARYAAEEALTAERERTAFLAEASSMLLSSLNAERCMAATAKLAAGFFADAAVVVAPASGRRLPVTRAVAGGEVTQGQVTADPATVPGLAEALKGFPPVPSRWIDPMSLPDWVVPDGLPTTVGSVVVTPLPGHGVPAGALILLRTDTREEFSETEETFARLFAARAGAALSAARLYAEQHSITRTLMRDLLPPRLHRVHGVEFAGGYRPSNAHERVGGDFYDVHPGPTAADPSLVVLGDVCGKGLEAAVLTGKIRNTLQALMPMADDHERVLQLLNGALLNSDNTRFATLVLASVLRAGNQVRLRLTSAGHPAPLVVRNDGRVEEIPTHGSLVGALDQVTAHTVGTVLLPGETCLLYTDGITEARGGPLGGELFGDERLKRALSECAGMPGEAVVEHIRMLAAQWLGDGGHDDLAVVAITAPPTTHLTAVDGHTRGRYTA >WP_216418390.1 hypothetical protein [Alkaliphilus flagellatus] >MBU5677559.1 hypothetical protein [Alkaliphilus flagellatus] MFKWNKNAKVSSGGLTNLWKKYNFRWVITITIWTFFLAMGISVFSEAVLSNAEVYFAFIILLIIISIGVFTDIIGISVTSASEKPFHAMAANKVEGAKFAIKLLKNAGPVSNFCNDVIGDICGILSGVAGASIIINLKTLPLSMSRPLLTTILSGLVAALTVGGKAIGKGIAINNAHIIVFNTARFLNFIHKKTGIDIIPSSKIKEKR >KAH8394604.1 hypothetical protein KR215_011509, partial [Drosophila sulfurigaster] LRFLAVDAYFESADSSSQERVVGGYDVPNDEYVPYQISMQFLTRSGKQRHFCGGSLIAPNRVLTAAHCVNGQNASRITVVAGVRDLNDESGFRSQVQSYEMNEHYEELVTSDIAILKIDPPFELDGKRVSTIDVSSNELVGADQDVMLTGWGSVFHFGTGPFAKYPTVLQKLSYKTLANDRCKQTMTQLTDTEICALERFGKGACNGDSGGPLVMANGESLKQVGVVSYGTAFCASNSPDVYTRVSMFDTWIKERMT >RLT18611.1 MAG: hypothetical protein DWI28_04350 [Planctomycetota bacterium] MASPLNYQIDVSSALSTQVGGRSPQPMGTDAVELLRSLIEVQRESLHIQKTTLANQDHLQRWRAFLTRWNGEFPDLGEQSKKSLPILERTYARMIQELLEKLADEEIVDNDFAMQDLLERYGVRLSQLGTLINLVTPLADATPNQESPPHS >WP_267937098.1 hypothetical protein [Saccharothrix sp. S26] MSATAVPVPELPGSVEELAASAAVRLGWHGVVLPEMVLMGRKVIVVAELLADAHAERLCLGAGPETDRTTVSTWVWPEMDGRVPPAAVRIIGVLAVARHWRTALASAVPFARFGNAAAVLPTSVVFTHDYLANCLPRVRRYGVSVLLADEELQLSTDVSGRNETVPVEDTATTRWVNELVYEQVLATAS >MBC7977454.1 addiction module protein [Myxococcales bacterium] MAAFDILLDQALRLSDAERGKLAARLLQSLDPDEHDLSPEQWGELWSVEIDRRVRDVRSGTVDLVDGDTMLAELDEIARRP >WP_257007586.1 IS256-like element ISLgar5 family transposase, partial [Enterococcus faecium] ANKGDLNELFRVHLEKAVNTLLKMELTAFLDYEKYDRIGFNTGNSRNGSYDRTVKTEYGELHLQIPRDRNGEFKQQTVPAYRRTNDTLEETVIHLFRKGITMSEIADLIEKMYGHHYTPQTMSNITKSFTEEVTAFKGRELHDSYAAIYMDATYIPLKRKTVAKEAIHIAVGIRPDGSKEVLSYAIAPTESITIWEEILLDLQERGLKNVLLFITDGLKGMVGAISRFYPKARFQHCCVHVSRNISHKVRVNNRKEVCDDFKMVYQASSKEVALEARGAFAKKWKTSYPKVVESILSNDHLLTFYDFPLAIRKSIYSTNLIESFNKQIKKYSHRKEQFQNEESMERFLVSSFDTYNQKFLGRSHKGFQQAEGELEQMLSQLIEN >WP_128690407.1 cytochrome b [Chromohalobacter salexigens] >RXE47839.1 cytochrome b [Chromohalobacter salexigens] MWRNTIHGWGIASIVMHWLSALIVVGLFALGWWMTGLGYYDSWYQLAPWWHKSFGMLLLGVTLLRVAWRLSQSTPGAQGERWERWLAHAGHVLLYVLLLTVLMSGYLISTAEGQGISVFGIFEVPALISGLPNQATLAGDVHWYAAWALILLAAGHTLAALKHHLLDRRDTLRRMWWPSVSRRQ >WP_068563945.1 ABC transporter permease [Tsukamurella pulmonis] >KXO94464.1 ABC transporter permease [Tsukamurella pulmonis] >SDR27777.1 ABC-2 type transport system permease protein [Tsukamurella pulmonis] >SUP13579.1 ABC-2 family transporter protein [Tsukamurella pulmonis] MSTALDARPVVRSRAGADGLAGTGVLVRSMLRRDRIRFPAWTLGLAVLMQYFTAAIGQLVQSEEDLQGLTGFTSSGVGALFGGVIGFDQLTIERFLVGQYGLYIILGASLMGLLTVVRHTRAEEQTGRAELVRANVVGRHAQLTAALVMTLLMSFTVTVLVALVMIGGGYGSGGAVLFGASIGAAGIVFGAVAAVTAQLSEYPRAAAGMAGGVLGIAFVLRGFGDMASSQGAGPAWLSWLSPIGWSQQTGPYTYDRWWPLGISVAAACVCAAVGYYLSTRRDVGAALIPPSPGSPTLAAWVTAPAGLALRLQRPGLIGWTVSVAVAGAAFGAFTKPIADGFADAPEELTKVLGGSGDLLRGYLGVMGSTAGFLVAVFAVLAVQALKSEETEGRAEPALACAISRTQWMTGWLAVTVAAVPVLLLAMGLGTGLGAGIGTGDASLIGSTVLGHVAHTPAVWTVLAVAALLYGITPRLTALVWVIVVYGYFAGMFGALLNLPDAMEWLSPFAHIGNHPADPINGAAVAILVAVAAVIAALGLRAFGRRDLALTT >MBN2775557.1 four helix bundle protein [Prolixibacteraceae bacterium] MKLDELEIYQIAMRISDIVWFSVLEWNSLAKDTMGKQLIRSSDSIAANIAEGFGRFHFKDRRQFMYYSRGSLYETKTWLTKAVNRNIIPNEFFNEIQLELEALGIKLNNFISVLNKKTQ >WP_134806596.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >MCD6670920.1 DUF3709 domain-containing protein [Vibrio cholerae] >TQO97642.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >TQP81354.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >TQQ45764.1 DUF3709 domain-containing protein, partial [Vibrio cholerae] >HAS4598451.1 DUF3709 domain-containing protein [Vibrio cholerae] RQFNIVCRCLMKRQCVWRCKFCVIASLVF >NRB12392.1 hypothetical protein [Candidatus Thalassarchaeum sp.] MDDSRRETTGDRSTQIAMTMGLLLFASVILGSGALGDDRQLNASGGDTDEDRDDANDRVDLEMDTELDRNRDDWEMARNDRDWEENRIDPEVQREMAYTWCHDHVFGTFWENTGDVLELEDGSGFEITIYDDEGNEEGWFLPLDAMWQITSGLDTLVHSCAEMKMEKMDHGMDRDDRRGHDRHRIDCDRINWDEDEPRDSPDTDEDDERESDE >WP_114695256.1 adenosylcobalamin-dependent ribonucleoside-diphosphate reductase [Motiliproteus coralliicola] >RDE22623.1 adenosylcobalamin-dependent ribonucleoside-diphosphate reductase [Motiliproteus coralliicola] MTATLQVVTPKEQEIPYQDASLDIWDSKYRLKAKDGRVLDQDMDATFRRVAKALAEVEKGKKNQQKWEEEFLWALRRGAVPAGRVMSNAGAQEHKPATSTINCTVSGTIQDSMDDILGKNLEAGLTLKAGCGIGYEFSTLRPKNAYVSGAGAYTSGPLSFMDIFDKMCFTVSSAGGRRGAQMATFDIGHPDVVDFIRAKREDGRLRQFNLSLLITDEFIQAVKNDADWQLAFPMTQKEVDRDGIDLTDSEQVIWREWPTKDGYVTNDSGLVACRITKTIRAQQLWNVIMTSTYDFAEPGFILIDKVNEQNNNWFCENIRATNPCGEQPLPPYGSCLLGSVNLTRFVVDPFTEKARFDWDGFRKTVAIFTRMLDNVVEINGLPLPQQRHEIETKRRHGMGYLGLGSTVTMMQMQYGDEASVAFAEEVTKELALTGWRTGLELAEEKGPAPIMNEQFEVTGEMLRKRPEMAEDGFKVGDMVTGKVLHAKYSRYMQKVAEVDPELAAALAEKGCRFTHHSSIAPTGTISLSVGNNASNGIEPSFAHHYSRNIIREGKKTKEKVDVFSYELLAYRELINENAMPYSDDPEQQLPDYFITAEDITPQQHVDIQAAAQKWIDSSISKTANVPTDYPYDDFKSIYLYAYDQGLKGCTTFRFNPEAFQGVLVKEQDLENTTYQFTLEDGSTVEFKGNEEVEYDGEVHTAANLFDALKEGYYGKF >MBI4300015.1 HD domain-containing protein [Chloroflexota bacterium] GRESKDIDIAVSGDAMIIGEALAEALGGTFITMDEQNGVARVALPQRACNLDITSLQGSIEKDLALRDFAIDAFALRLPTNDREWSELHIIDLFGGRQDLESKLVRMIDREAYRRDPVRMVRCVRLGAELDFDIDWETSSTIQHHAHRIKESAPERVTDEMMRIFAAPQTATWLRRMNNFGLLAYVLPELMAEKGVEQPTQHYWDVFGHSVEAVSTMERLLARPKPGDASAHRFVADLWEDFPHVEQVEAHFAGEVASGRRRAAIGKFAALLHDIGKPATKTIDPDGRIRFFGHAQLGAKTVQDIMRRLRFSNREVAMVSRMVEHHLRPGFMAGKAVADGDRLPSDRAIYRYYRDTGEEAFDILFLNMADHWATRGPTVERRLWRWHAELTHYVIQAYYQRQETVRPPGLITGEDVMEAFGLPPGPRVGQLLEAAREAQAGGALRTREEALGFLREHFIGPGDASS >WP_262175203.1 low molecular weight protein arginine phosphatase [Cytobacillus firmus] >MCU1807299.1 low molecular weight protein arginine phosphatase [Cytobacillus firmus] MANVLFVCTGNTCRSPMAEAILKSRLIPGVEVKSAGVFAADGSEASANTKSVLEENGISLQHQSSSMSEDLIDWATYILTMTAVHKNTILSMFPGAEGKTFTLKEFAGAAGDIIDPYGGPVEIYRSTFKDLNEAIEQILDRVKRED >EAG2350674.1 response regulator transcription factor [Listeria monocytogenes] MAEKIIVVDDEKEIAELVTTFLRNEGFQVEPFYDGTSALAYLEKETVDVAVLDVMLPDIDGFQLLQNIRKTHFFPVLMLTAKGEDLDKITGLSLGADDYVTKPFNPLEVVARVKTQLRRYQRYNQSAV >WP_135676778.1 hypothetical protein [Leptospira brenneri] >TGK96616.1 hypothetical protein EHQ30_08470 [Leptospira brenneri] MKKLLGLCMGILFTTTLFAGEVGSDCTFKGKKLSGKVQFVTSFPDFKVQIVDSFPDLKVQRVSSFPSDCGKWQEVSSFSDFKVQIVTSFPDFKVKYVDSFPGVP >QDH52386.1 cytochrome c oxidase subunit 3 [Gordius sp. VVA-2019] MTTNPVYILNNSWWPLLAAFSGLSFMTSFLSLLWLKSLTLSSLFLAVSAFMTLTLFYLWGQDLQRESALSGQMTETIENSLKFSFILFISSEVMFFMSFFWAFFHYSLSPDPEIGTNWPPLGVEPIPFFETPLLNTIILLTSGITITWAHHAFFSSKSMMSTPPLTAATILLGVYFTYLQLEEYTTSNFSMNDSCYGSVFFLSTGFHGLHILVGSMFLVSLLPRMVLGFNSSKDILHFELAAWYWHFVDVVWLFLYICMYWWGE >MBS4968936.1 phosphate ABC transporter permease PstA [Lachnospiraceae bacterium] >MBS6705268.1 phosphate ABC transporter permease PstA [Lachnospiraceae bacterium] MNKIKRSIGVDKVMTVVFYCIAIFFFALLIGFASYVIIGGLAGATPEMFAFERSGSIGNQLFNTLYLVFISLVFSVPIGVCGGIYLAMYAKQGPLTKFLRICIETLSSLPSIVVGLFGYLIFLVMAGLGRSLIAGALCVSILTLPLITTTTEDAINGLPEGYLQASLGLGATRWQSIFHVLLPACVPRIMTGVILAAGRGFGEAAALLYTTGSGSDLRWSNWDLSAPTCPLNIFRPAETLSLQIWNLQTNGQDRALANLSSAVLLILVLVFNIGANALSRRISRKSAGEAA >TMJ83338.1 aromatic ring-hydroxylating dioxygenase subunit alpha, partial [Alphaproteobacteria bacterium] ENGNYYWRITPWVMPCFTMIPPRGDHPIHGHFWIPIDEETCWAWSYDFHPVRALTRREIDAMREGAGVHCKYVPGTYRPLANKDNDYLIDRAAQKAGATFSGVAGFAIQDASLQESMGPICDRTKENLVSTDNGIIMARHRLLRAAKALVEKDVTPPGVDPAHHRVRSASIVLPPEQAFKDAAKEALITRPGVAQTTV >EJS0734484.1 L-asparaginase 2 [Escherichia coli] MEFFKKTELAALVMGFSGAALALPNITILATGGTIAGGGDSATKSNYTAGKVGVENLVNAVPQLKDIANVKGEQVVNIGSQNMNDDVWLTLAKKINTDCDKTDGFVITHGTDTMEETAYFLDLTVKCDKPVVMVGAMRPSTSMSADGPFNLYNAVVTAADKASANRGVLVVMNDTVLDGRDVTKTNTTDVATFKSVNYGPLGYIHNGKIDYQRTPARKHTSDTPFDVSKLNELPKVGIVYNYANASDLPAKALVDAGYDGIVSAGVGNGNLYKTVFDTLATAAKNGTAVVRSSRVPTGATTQDAEVDDAKYGFVASGTLNPQKARVLLQLALTQTKDPQQIQQIFNQY >EGT3575439.1 carboxymuconolactone decarboxylase family protein [Citrobacter amalonaticus] >EGT4253473.1 carboxymuconolactone decarboxylase family protein [Citrobacter amalonaticus] MTTLRQPYYELSPEVYNALVQAKTALENSALDTTLMELIYLRISQINGCAFCLEMHSKALRKAGVAQSKLDALAGWRVSHHFSAQEQAALAWAESVTDIARTHAEDDVYLPLLTHFSAREISDLTFAIGLMNCFNRLAVSMRM >OMO76535.1 NAD-dependent epimerase/dehydratase [Corchorus capsularis] MKREDGNTIDRGRDLKPQRDGFHSGIDGPSEGIPRVLACFSNNLLRGEPLKLVDGGQSQRTFVYIKDAIEAVLLMIVYSKVTTVLRVDYNMLVSVPGWQGDGRVTNSKDGVSLMDDMLLATMFEIEVEESASADNVDLLDKFLPPPQKAKCSEDLQVSLLFMLEIANSLFLDLCEQPVPNCL >WP_202587913.1 EthD family reductase [Burkholderia sp. KCJ3K979] >MBL3963679.1 EthD family reductase [Burkholderia sp. KCJ3K979] MIKVSVMYPYAAGARFDHAYYRDTHMPMVKQRLGAACLYYTVDKGIAGGAPGADPVYVAKCDFVCTSVEAFRAARDPHAQEIMADIANYTDIRPVPQISEVVVERSEG >WP_056382861.1 sensor histidine kinase [Methylobacterium sp. Leaf465] >KQT70129.1 ATPase [Methylobacterium sp. Leaf465] MIPSPSWLPMRRRSIAVRLATSALLASSAILLIAAWILTTLYRENTERAFDSRLLVYANNLATDLVSPNDPESRSFTLSDPRFDLPLSGWYWQIGRPDAKPRDLRTSRSLVGVPLKAAATPDSKAGIGQIRQGYGRAQDERRLRIIERDVDLGEEGRYTVRVAGPADEIENDVDRFRFSLMVTFGLLGLSLALTTLLQIRFGLAPLAKLRTALGAIRRGESDRITGEYPRDIAPLAGEVNLLIETNREILERARTQVGNLAHALKTPLSIIVNEVGAADAPDDLATKIREQAAVMRDQVNYHLDRARAAALAGTLGTSTEVEPALAGLVRTFGKIYRDKDIAYEVHVPAGLRFRGERQDFEEMIGNLVDNASKWAHGRVAIRAEAVGKNDYPHLLVAIEDDGPGLAPEDRADVLGRGRRLDETKPGSGLGLSIVADLAALYRGRFRLEEATLGGLRAVIEVPGDAPAGVAPH >XP_018594075.2 transcription factor MafK-like isoform X1 [Scleropages formosus] MDHGEWGKYNLEGSLPSQRWCAGSAYSESVLEAHALPHRVSEGFGTVECMQGMTTNFKASKALKVKREVEENAPALSDDELVAMSVRELNQHLRGLTKDDVVRLKQRRRTLKNRGYAASCRIKRVTQKEELERQKAELQREVDKLARENAGMRLELEALRSKYEALQCFARTVARGPLSPGKVATTSVITIVKSANHSPGPAPFSAPS >WP_077492284.1 MULTISPECIES: nuclear transport factor 2 family protein [Bacteroidales] >ATR98018.1 nuclear transport factor 2 family protein [Porphyromonas gingivalis] >ATR98321.1 nuclear transport factor 2 family protein [Porphyromonas gingivalis] >PIK19560.1 nuclear transport factor 2 family protein [Prevotella intermedia] >SJM18914.1 ketosteroid isomerase [Porphyromonas gingivalis] >SJM20384.1 ketosteroid isomerase [Porphyromonas gingivalis] MEKKIEKVSQFYTALAQGDFETVGALLSDDLVWHQPGQGALSGTYNGKQKVFAHLERMAQLSNGTFAIDQVDYVTDNGNLVAAAIAFAVSANGHSIEMKGVDLFSFENGFIKEVWLFSERIEEEDRFWTALAQGC >GEX99374.1 hypothetical protein [Tanacetum cinerariifolium] MIAYLNKSNASEGFEQILDFLNASVIQYALTVNPTIYVSCIKQFWSSVSIKKTNDVVRLQALIDRQKVIITEDTVRQSFHLDDAESIDCLPNEKIFAELERMAYKKPSTKLTFYKAFFSAQWKFLIHTILQCMSAKRIAWNEFSSSMAPAVICLTTGMLVPQQVIDDVANVVVDDVGHDVADDVDDVVADDKIDQAIEITKLKQRVRKLEKKRKLKVYGLKRLKKVRTTQRVESSADTEVDAEKDVAAKVQGRQEESQAHAYHIDLEHADKVLSMQDDEPKPPELKEVIKVVTTAKLMTKIVTAAATTIAAAPSAARRRKGVVIRDPEEKAIPLTIVHFEPKSKDKGKGILVEEPKPLKKKA >MBS13190.1 hypothetical protein [Gemmatimonadota bacterium] MANQVRRRAIKYGSNALTSILIVLGLITGINLLGIFYQVRFDTTEGGIYSLSDQTLTLLSGLESDVSVISFFREQERKAVEPLLRQYAYHSXRFSYRVIDPDREPVEARRFKINSYGMSVVISGDREERIATTEEKDLTNAIAKAVQQEKKVIYFLTGHGESSVGSTGRTGYSRIRNLLLEANYDVRDSLVLVTEKVPEDCDLLVVPGPKTRLYPTEVNAIRSHFEGGQFAGIFLMDPGYRTGLEPMLESWSVVLNGDLVIEQSAVGKTLGMDYSMPAVATYAVHPVTEKHEGLMTVFQFAQSLGRRGTVPNVKHTKLAMTTSSSWGETDLSILWKPGKPEYDPATDTTGPLTLAVALEGELNTRLREKTDHSNRNARIVIFGDSDFANNQLLSMQGNADLFLNAVSWALDEGARISIRPKERGYRPITLSVDEGQWIKLLSLVFIPGIPVILGLLVWYRRR >XP_046837596.1 aladin isoform X1 [Vespa crabro] >XP_046837597.1 aladin isoform X1 [Vespa crabro] >XP_047343237.1 aladin isoform X1 [Vespa velutina] >XP_047343238.1 aladin isoform X1 [Vespa velutina] >XP_047343239.1 aladin isoform X1 [Vespa velutina] >XP_047343240.1 aladin isoform X1 [Vespa velutina] >XP_047343241.1 aladin isoform X1 [Vespa velutina] >XP_047343243.1 aladin isoform X1 [Vespa velutina] MMILSLNKFQSPEFNKLASAGICGGIMGYTDHIEMHDEMHPFYEYLRNYPAISITSDMLGARECIRTINNGYLFQPIQDSIFKRIISIWREKGFTEALRFAASADSEHVTKAIHWIAVKLTWALDAMEKGIFQKEVLPTIGSGSIADIVSTRDWNTSIIRCISWHPHCTRLAVATRDDRIRIFSEGISGIPILRHSAQKFIYQLSWSPYAGRVLAAACHIGVLIWTIELGAASNMLSHAVVLKRRNHTPVTSVAWHPQGDILVSCSPNDSNMIVWDVSKKEGVPLKRVGGGGLCFVHWSFCGSRLFSATCRNIFRVWRSGTPTPWYAERWTVPSGRIAAACFGPDLALIFASSDDPIIFSLPLQENIFDTKSSFDEINVAYPIINLAEVRFTSDINEDSVTVGGRIIAMEWDPSGKYLAVLFQKSPLIVLIQTKVRNLGRAVEVKPFCFVQGLPGEVPNCINFYKKYPSTDLTICLTIAWSSGRIQHFPISHSYNDNDDWI >WP_022723191.1 hypothetical protein [Rhodopseudomonas sp. B29] MLAVIASAPSAALAQAEWNKLPRMQLERQFAGPLQDTVVQRWRDPTDGTVCYMYLPISAPHSPPANSGYVQYGSATIGSISCIPGTPAPAAAPKR >BAO23243.1 Gag-Pol polyprotein, partial [Human immunodeficiency virus 1] PQITLWQRPLVPIRIGGQLKEALLDTGADDTVVEEMCLPGRWKPKMIGGIGGFIKVRQYDQIXVEICGHTAIGTVLVGPTPVNIIGRNLLTQLGCTLNFPISPIXTVPVKLKPGMDGPKVKQWPLTEEKIKALVEICTEMEKEGKISKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDEDFRKYTAFTIPSXNNETPGIRYQYNVLPQGWKGSPAIFQSSMTKILEPFRKQNPXIVIYQYMDDLYVGSDLEIGQHRXKVEELRQHLLKWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPI >WP_105336487.1 hypothetical protein [Blastopirellula marina] >PQO45087.1 hypothetical protein C5Y93_16265 [Blastopirellula marina] MFQLRDQEFEDKEFVFENDVVNYLGPNLTLKQCRLILRTSSRGLVLSSVNLDNCEIFAKKKLANVKGWCRAEISKCTFRGKYFSNDFGYWPLYSDAGSMEACDFTEAILDDCRFFNCKVLDMKFPKWPCFTILHPVENFKALKALDWTDGQAEYMDLFASPEDNKGLSAIVNLASEFLKVNGGLEVELRDRLSRLDFVLL >MCO4016744.1 HDOD domain-containing protein [Pseudomonas aeruginosa] MTDRLAAWLEELDRQPLPIPASHYAGLHAALSDSRRSLREIADQLQGSPTLALSILREANRAESARDNPAESLEVALSRLGLARASQLLKTLPSIQDAETPRVLGQMLLISQHAMQQASGLFGARLARLWQEIHWGSLLTMAPVWALANARPQLLEQWQQRVLVQGEPTLRVERELLGMRLLPICLALAERWRLPQWVIQGYRLLACDRRLLVRALRIARDHQSPLLQQQQLDAQPDLARWLTQPANCTLLANGLAIAAHQSWDGPHMLRWQRLTGLYLGQPLTEVQQQVHMLAAQSARLHARPPLWHPAVALIWPWQASRWRAEAAPPPPPSAEALAEWRQHCAELLREPSPFSNVVQLTACARDALRACGLQRMLLLVADRTQVHVLAQQSAGLEPGQEKLQLEIAGSPLLKKLFQQPALLRIGPNNQDQLLPALGEPLRQLFPGPHLLLRSLGNGSRVVMLVLADLGGQPFSDLHAQAFAKTAQCTERAIQQFGRQRRTE >WP_122747354.1 FAD-binding oxidoreductase [Pseudomonas viridiflava] MRRWNGWGEAGTVVELPAQGATFLHERLGAGRALPDATLAAALAQVPTSRLVPHRLYSIDTHDRLLHARGQSLPDWLALREGALGTYPDAVAFPETAEQIRQLLTLAHDQDLCLIPYGGGTSVAGHINPPNSARPVLTVSLARMNRLTDLDEQSLLATFGPGASGPQVESQLRARGYTLGHFPQSWELSTLGGWVASRSSGQQSLRYGRIEQLFAGGTLETFAGPLQIPTFPASAAGPDLREMVLGCEGRFGIISEVKVRVSALPADEGFYGVFLPDWPHALQAIRQLAQARVPLSMLRLSNAVETETQLALAGHPQQIAWLEKYLKLRGAGDGKCLLTFGVTGNRQQNALSLKHARQHLKAFGGVFTGTLLGKKWAQNRFRFPYLRENLWNAGYVVDTLETATDWSNVDHLLSLIENSLRDALAAEGERVHVFTHLSHVYGEGSSIYTTYVFRPAADYAATLARWRMLKHAASQTIVDNHGTISHQHGVGKDHAPYLLREKGPLALQTLQALSEHFDPERRLNPGTLLPESRP >KAI6203333.1 60S ribosome subunit biogenesis protein NIP7-like protein [Aphelenchoides besseyi] >KAI6225738.1 60S ribosome subunit biogenesis protein NIP7-like protein [Aphelenchoides besseyi] MRPLTDEETEKLFEKLAKYIGENIKLLLECEDGDYCFRFHRDRVYYASERLMRIAAVVDRKHLMSFGTCLGKFTKSGKFFLHITALDYLAPYAKWRVWLKPTAEQQFLYGNNILKSGVGRMTEGTEARQGVVVFSMDDKPLGFGIVSKGTTDCRHADPTSIVVLHQADLGEYIRNEDALT >MBO8166298.1 four helix bundle protein [Kosmotoga sp.] MELYEVTLNFVEEIYRITKNFPDEEKFGLISQMRRAAVSIPSNIAEGNGRKYSKEYVHFLYNARGSLMEIKIQIEIAKRLLYIDKEEYDNLTNLTERIRLMLQKLIGSIQRKASSDE >OLE87009.1 hypothetical protein AUG08_13020 [Acidobacteria bacterium 13_1_20CM_2_55_15] MSKLLKIDFPSLLHRIPFGPRQGKIAVVLIFSLCWLSIVLVRSQVARDPAALDASSLLGLASALQQGAISGRDFQSMYGPAAQILAWIATMATTTRSALDAYGMITFVFCAASALIAAVMLLICDRISWQQCAIFYAFSVLLNLFFDVFDVRTLLLLLNAAFAYRTIAAETVPRQTAWATASGLLCFVSQLVSLELGICAAIAVVCGLIAGSALTRNAVVLLEVEVFAATLAAANLGLVVLFKLTSSSYGLLFDYHNYAFEILRGFHNSMGTLWALSLVKTLVLLVVSLYVLSMCVVAAWGSDALDASLLACFAFAAVMWLKTALVSSDISQIASAFAPMIVIFSLLATIEWSFLHRRIAWCAACVLILVWPSLNLSAPLDLLKLMRGEPSAKTSIRNIYATPKPMDASLQASLVTPDLADRRQVSILAFPYDNYISAGLRRPFFAPVLESYAASTEPLERYYVRTLDSQRRAGLEIVYGLDKGLVPPVGGLQAITRSPIVFEYLYKNFEIVNSEEHADGHYILRPRRQPRDAAMEPMRFSILQQVVDSGTLKLKAPSTCGLVQLEIRIGYTKNPRIFRPSGMELKITNSNQFVWQGFVRPLAPDEAFVTYISPLPPRAFHKVFGEGPVQSMEWDKVEYHASTADLLGSPATRIDITAIRCVDPAKFVKAEG >KQM27662.1 siroheme synthase [Sphingomonas sp. Leaf9] >KQM44002.1 siroheme synthase [Sphingomonas sp. Leaf11] MAVNGLPILLRTAGRSVILVGEGEAADAKRRLLERTGLTVVADAADARIAVVAVEDDTQARTAIDALKARGILVNAVDRPADCDFTLPAIVDRSPILIAISTGGVSAGLAAAIRQRLEAMLPAGVGRLAEGLGAARAALRARFPDGGDRRRAIGLGVAAGGPLDPMVAHGDDAVARWLEDVAPVAGRVETIRLRSADPDDLTLREARWLGQADRIHHAADVPPAILDRARADAVRITGPVPADPLPGLTIDLA >MCE2883039.1 adenylyl-sulfate kinase [Planctomycetaceae bacterium] CYRVDGDNLRHGLNRNLGFSAEDRAENVRRTGEVCRILADAGVIVLASLVSPFRADRAAVRAIHAEAGVPFLEAFVEVPLAVAEARDPKGLYRKARAGEIRDFTGIHQPYESPESAEIVLDTSRLSVDDSAAQVVEALRAHGII >WP_185921121.1 DHA2 family efflux MFS transporter permease subunit [Burkholderia cenocepacia] >QND93902.1 multidrug resistance protein stp [Burkholderia cenocepacia] MTHGIHGEKRWYALIVLCLGVLMIVLDSTIVNVALPSISTDLHFTETALVWVVNAYLLTFGGCLLLGGRLGDLYGQRRMFLAGLVVFTLASLACGLAQSQAMLIAARAVQGLGGAVVSAVSLSLIMNLFTEPGERARAMGVYGFVCAGGGSIGVLLGGLLTSSLSWHWIFLVNLPIGVAVYAMCVALLPRVRAPAGAARLDVAGAITVTASLMLAVYGIVGGNEAGWLSTQTIALIGAAVVLLALFIAIESRAAHPLMPLTLFAARNVALANAIAVLWAAAMFAWFFLSALYMQRVLGYGPLQVGLAFLPANLIMAAFSLGLSARIVMRFGIRGPIAAGLLLAACGLALFSRAPVDGGFVSHVLPGMTLLGIGAGVAFNPVLLAAMNDVDPADSGLASGIVNTSFMMGGALGLAILASLAGARTDALAAAQATPLDALNGGYHAAFAFGAAFAAVAALTGLALRIRAPRAVEGAGPAMH >WP_139649072.1 ABC transporter [Streptomyces sedi] >TNM26199.1 ABC transporter [Streptomyces sedi] MRALLWYQTTLLLRSRHVLPPALLHLAVLAVGFSPGDPILDSLAVNAAVALPTAVWLTWACTHNEPPAARSCTAAAASPRRAQLACLLTGAGAAGLLAGVCCAAVALLAGGHAGDRATAVSRLPALGAGLTATLVCVLAGTALGALCGRPMLRGRARAFLLALGGSVALLAAGASPANAAVSELVRGNQDGTVRQPLLPLLVVLTATALVTALACRRAERGE >KAG7345309.1 hypothetical protein IV203_032840 [Nitzschia inconspicua] MVDQTIEESAPKEERVEISSKESCKEKDKEKEPIEYNPRWDGYTLILFSSLLNFAAISAVPTDERKEYWIMSMAFGTTTFTLALLILVQDRLQLFVGIFHYTKARDGYLEGYCLAVSVIWWFVGVGYITKPGGIAYVASNIYYSAWVSLVSCVYTLNGWSTEKDILSIAEMTNISTTLRSWYLHFLSACVVFGSSVHLHSLLYSFDEIQDTSFGVAIGFVSLFFSLFFILVHYNFFPLEEGGWTELFSSLFLILIWIIGVAILTADGGIAATMEGNQCYRDPTAIEKENCTIILYLTDTSGADSRFEVACEQLPRQVPGSNLYFACWFCLLSAFNVALRWKAAQAMNFARAREEQELKELANKGEDGSSDGNDDVGNVQDDELNDMG >XP_034481174.1 transmembrane protein 11 homolog, mitochondrial [Drosophila innubila] MISRSVDSTGKQPTFRVIREVYDSSNAHERFEAELDKALEEKVDFIIIEPPRLGDETGRWIWVGNCLHKTAVATGVVSLISSLLWYDRPVIAAPACAMSLFCTGLYTVSWNYDPCCQYQVEENNEVALNKLPLTEVSSPVILGYAPNNKTKYLHRGVTFLSAALCAWQIWRSYK >EFA5447392.1 hypothetical protein [Escherichia coli] >EFA5448126.1 hypothetical protein [Escherichia coli] >EFB4408638.1 hypothetical protein [Escherichia coli] >EFB5177190.1 hypothetical protein [Escherichia coli] >EFG2997504.1 hypothetical protein [Escherichia coli] MPHVAARTASRDRDTGRYQSHRPEQTLLYQIVDEYYPAFAALMAEQGKELPGYVQREFEEFLQCGRLEHGFLRVRCESCHTEHLVAFSCKRRGFCPSCGARRMAESAALLVDEVLPEQPMRQWVLSFPFQLRFLFGVVCGKGRNPTLRLWPAIFSGEIDVFPGDRRSRLISSMTSVAPA >MBI3868575.1 prepilin-type N-terminal cleavage/methylation domain-containing protein [Verrucomicrobiota bacterium] MKANSARGFTLIELLVVIAIIAILAALLFPALAGAKGKASSSACLSQLKQIGIASVLYADDNENSLLRSSHTGQSWVATLQPYCAGASLWRCPKDPNQGRLYSYAINDFFLPADAPGARDFSRVTSVPAPSASMLMAECADAYSNSDHFHFADPDDGDYSPTGFIAEIAALRHQNAANYLFVDGHVDRLSWSAAKQALLEPGSRFVNPAGRQP >BBG20955.1 DNA-directed RNA polymerase beta sub-unit [Helicobacter pylori] MSKKIPLKNRLRADFTKTPTDLEVPNLLLLQRDSYDSFLYSKDGKESGIEKVFKSIFPIQDEHNRITLEYAGCEFGKSKYTVREAMERGITYSIPLKIKVRLILWEKDTKSGEKNGIKDIKEQSIFIREIPLMTERTSFIINGVERVVVNQLHRSPGVIFKEEESSTSLNKLIYTGQIIPDRGSWLYFEYDSKDVLYARINKRRKVPVTILFRAMDYQKQDIIKMFYPLVKVRYENDKYLIPFASLDANQRMEFDLKDPQGKIILLAGKKLTSRKIKELKENHLEWVEYPMDILINRHLAEPVMVGKEVLLDMLTQLDKNKLEKIHDLGVQEFVIINDLALGHDASIIHSFLADYESLKLLKQTEKIDDENALAAIRIHKVMKPGDPVTTEVAKQFVKKLFFDPERYDLTMVGRMKMNHKLGLHVPDYITTLTHEDIITTVKYLMKIKNNQGKIDDRDHLGNRRIRAVGELLVNELHSGLVKMQKTIKDKLTTMSGAFDSLMPHDLVNSKMITSTIMEFFMGGQLSQFMDQTNPLSEVTHKRRLSALGEGGLVKDRVGFEARDVHPTHYGRICPIETPEGQNIGLINTLSTFTRVNDLGFIEAPYKKVVDGKVVGETIYLTAIQEDSHIIAPASTPIDEEGNILGDLIETRVEGEIVLNEKSKVTLMDLSSSMLVGVAASLIPFLEHDDANRALMGTNMQRQAVPLLRSDAPIVGTGIEKIIARDSWGAIKANRAGVVEKIDSKNIYILGEGKEEAYIDAYSLQKNLRTNQNTSFNQIPIVKVGDRVEAGQIIADGPSMDRGELALGKNVRVAFMPWNGYNFEDAIVVSERITKDDIFTSTHIYEKEVDARELKHGAEEFTADIPDVKEEALAHLDESGIVKVGTYVSAGMILVGKTSPKGEIKSTPEERLLRAIFGDKAGHVVNKSLYCPPSLEGTVIDVKVFTKKGYEKDARVLSAYEEEKAKLDMEHFDRLTMLNREELLRVSSLLSQAILEEPFSHNGKDYKEGDQIPKEEIASINRFTLASLVKKYSKEVQNHYEITKNNFLEQKKVLGEEHEEKLSILEKDDILPNGVIKKVKLYIATKRKLKVGDKMAGRHGNKGIVSNIVPVADMPYTADGEPVDIVLNPLGVPSRMNIGQILEMHLGLVGKEFGKQIASMLEDKTKDFAKELRAKILEIANAINEKDPLTIHVLENCSDEELLEYAKDWSKGVKMAIPVFEGISQEKFYKLFELAKIAMDGKMDLYDGRTGEKMRERVNVGYMYMIKLHHLVDEKVHARSTGPYSLVTHQPVGGKALFGGQRFGEMEVWALEAYGAAHTLKEMLTIKSDDIRGRENAYRAIAKGEQVGESEIPETFYVLTKELQSLALDINIFGDDVDEDGAPKPIVIKEDDRPKDFSSFQLTLASPEKIHSWSYGEVKKPETINYRTLKPERDGLFCMKIFGPTKDYECLCGKYKKPRFKDIGTCEKCGVAITHSKVRRFRMGHIELATPVAHIWYVNSLPSRIGTLLGVKMKDLERVLYYEAYIVKEPGEAAYDNEGTKLVMKYDILNEEQYQNISRRYEDRGFVAQMGGEAIKDLLEEIDLIVLLQSLKEEVKDTNSDAKKKKLIKRLKVVESFLNSGNRPEWMMLTVLPVLPPDLRPLVALDGGKFAVSDVNELYRRVINRNQRLKRLMELGAPEIIVRNEKRMLQEAVDVLFDNGRSTNAVKGANKHPLKSLSEIIKGKQGRFRQNLLGKRVDFSGRSVIVVGPNLKMDECGLPKNMALELFKPHLLSKLEERGYATTLKQAKRMIEQKSNEVWECLQEITEGYPVLLNRAPTLHKQSIQAFHPKLIDGKAIQLHPLVCSAFNADFDGDQMAVHVPLSQEAIAECKVLMLSSMNILLPASGKAVAIPSQDMVLGLYYLSLEKSGVKGEHKLFSSVNEIITAIDTKELDIHAKIRVLDQGNIIATSAGRMIIKSILPDFIPTDLWNRPMKKKDIGVLVDYVHKVGGIGITATFLDNLKTLGFRYATKAGISISMEDIITPKDKQKMVEKAKVEVKKIQQQYDQGLLTDQERYNKIIDTWTEVNDKMSKEMMTAIAKDKEGFNSIYMMADSGARGSATQIRQLSAMRGLMTKPDGSIIETPIISNFKEGLNVLEYFNSTHGARKGLADTALKTANAGYLTRKLIDVSQNVKVVSDDCGTHEGIEITDIAVGSELIEPLEERIFGRVLLEDVIDPITNEILLYADTLIDEEGAKKVVEAGIKSITIRTPVTCKAPKGVCAKCYGLNLGEGKMSYPGEAVGVVAAQSIGEPGTQLTLRTFHVGGTASRSQDEREIVASKEGFVRFYNLRTYTNKEGKNIIANRRNASILVVEPKIKAPFDGELRIETVYEEVVVSVKNGDQEAKFVLRRSDIVKPSELAGVGGKIEGKVYLPYASGHKVHKGGSIADIIQEGWNVPNRIPYASELLVKDNDPIVQDVYAKEKGVIKYYVLEANHLERTHGIKKGDMVSEKGLFAVIADDNGREAARHYIARGSEILIDDNSEVSANSVISKPTTNTFKTIATWDPYNTPIIADFKGKVGFVDVIAGVTVAEKEDENTGITSLVVNDYIPSGYKPSLFLEGANGEEARYFLESKTSIAISDGSSVEQAEVLAKIPKATVKSRDITGGLPRVSELFEARKPKPKDVAILSEVDGIVGFGKPIRNKEHIIVTSKDGRSMDYFVDKGKQILVHADEFVHAGEAMTDGVVSSHDILRISGEKELYKYIVSEVQQVYRRQGVSIADKHIEIIVSQMLRQVRILDSGDSKFIEGDLVSKKLFKEENARVIALKGEPAIAEPVLLGITRAAIGSDSIISAASFQETTKVLTEASIAMKKDFLEDLKENVVLGRMIPVGTGMYKNKKIVLRTLEDDPKF >WP_045136250.1 membrane protein [Lacticaseibacillus paracasei] >MCD0433506.1 hypothetical protein [Lacticaseibacillus paracasei subsp. paracasei] MAEVNTRKAYREAQEKEQHAARAREAKRVEVEKDYARKTKGKPEIKNARFDELTFRKVNSLKKRLNWAIGIVFGLLVIVFLVLYFG >MBF0107908.1 aminomethyl-transferring glycine dehydrogenase subunit GcvPB [Magnetococcales bacterium] MKRDERFDSRPAVIFEEGRQGRGGVVWREGVNNPGIIPDRFLRSRPPLLPEVSELQVVRHFTRLSQHNFSVDTQFYPLGSCTMKYNPRVCHTLSMLPEFLERHPLAPEAQGQGVMQCLFELGEYLREITGTAGVSLTPMAGAQGEFAGVAMIRAYHLDRGDHERSEMLVPDAAHGTNPATAAMCGLTVREIPTLSEGDIDIAALKKVLGPKTAGLMLTNPSTLGVFERKIREIADLVHQAGGLLYYDGANLNAITGRVRPGDMGFDAVHVNVHKTFATPHGGGGPGAGPVAVSARLLDYLPVPRVVRNEQGTGYRWLDSDEALRSIGRLSAFAGNIGILLRAYVYIRLLGGRGMRRVADFSTLNANYLKARLQEGGFRIACPERRATHEFIVTLKRESEEWGVSALDFAKRLLDYGFYAPTIYFPMLVPECLLIEPTETETKEELDRFAEALVAIRREAQTDPELVKGAPHHVPVPGGGLGRLDDTRAARKPDLIWRRTLDHE >MCB9222627.1 acyloxyacyl hydrolase [Crocinitomicaceae bacterium] MMNRLLHIWIFFLIVLNAMDTQAQDRSRHSLGFIYGQGSQTLLDVQYNYHIQLYQLQYGYALVNKEKWSTDLLIQPQFNFTEYRHVNNMPLVSNGYEYGVNIGLALKRYFFDGLLSYYVAISFGPHYISGAPERQTSGFIFSDNVYLGMTARLDKNIYFELRPAFRHISNANLVKPNRGINNMILNGGFYFYLN >RYY55682.1 MAG: alanine--tRNA ligase [Chitinophagaceae bacterium] MTSNEIRKEFLDFFKSKSHTIVPSSPIVVKNDPTLMFTNAGMNQFKDFFLGNRKSPNPRVADTQKCLRVSGKHNDLEEVGVDTYHHTMFEMLGNWSFGDYFKKEAIAFSWELLTGVYKLDKDKLYVTIFEGDAKEGLPRDDEAFNEWKKWIPEERILLGNKKDNFWEMGETGPCGPCTEIHVDCRTPEERSTVDGKTLVNNDHPQVIEIWNNVFIQFNRLKNGSLEPLPDKHVDTGMGFERLVRVLQGKTSNYDTDVFTGTIAEVEKISGKKYDGSDTREAVAFRVLADHIRAISFTIADGQLPSNTGAGYVIRRILRRAVRYYYTYLDFKQPLLHQLVPVLALQFKYVFTELYDQAEFVAKVVREEEESFLRTLEKGLRRIDDLVSNVQGDTLGGTETFELYDTYGFPIDLTRLIASEKNLKIDEAGFETALKQQKDRSRAATAIDTDDWVELQGENSRTIFTGYRDLEADTRIARYRRVRAKGKEQFQLVLDSTPFYAESGGQVGDTGELVSGAQSIRVNDTKKENDLIIHFTDELPADLAGQLTAKVDNAKRSAITRNHTATHLLHAALRQVLGKHVAQKGSLVSPALLRFDFAHFAKMTDEETRQVEELVNEKVRANIPVVIREMPKEEALKSGATALFGEKYGDTVRVVTIDPDYSVELCGGTHVGSTGMIGLFVISSEAAVAAGVRRIEALTGEAAMTHYQEVNSLSKKLTELLKSKNPLKSVEKLMEDKQSLEKKLESADARQLAALGNELAAKAEKINGIAFVGAVVEISSADGLRKIVTDLKQSLTDYAAVICASIGGKAFVAVGISDSLSSSGKLDAGKIIKDKVAPLIGGGGGGQKSLATAGGQDGSKLPEVIETVRQLVLAI >WP_264750294.1 glucosidase [Chryseobacterium kimseyorum] MNSEKERLSDVSWKKWGSYVSNREWGLVREDYSADGDAWNYTNHDTAEAKTYRWGEEGICGICDDLQKLVFSVGFWNKKDKMVKERFFGLSNGQGNHGEDVKEYFYYLDSTPTHSYMKMLYKYPQNAFPYDDLIKTNAERNKVEAEYELIDTGIFDENEYFDIFIEYAKESQNDILVKLTVINKSDKEASLIILPTIWFRNTWNWGYDNYKPHLSSEESTHIKVSHKDLHIKNLYAKHSLNALFCENETNHQRLHQSPNQSKYCKDGINDFIINGNSSAVSSQDTGTKASFLIDENFKAKEIKTFEFRLSDKNLSNPFEDFDQIFNLRKKEADKFYAEIQDGMETDDEKLVQRQAFAGMLWNKMYYHYNVEKWLKGDPAQPKPPKSREKIRNHDWKQLNNEHIISMPDKWEYPWYATWDLAFHTISFSLIDPDFAKYQLKLFLFEWYMHPNGQLPAYEWNFSDVNPPVHAWAVFRVFKIDEYLKGKPDLEFLESAFQKLLINFTWWVNKKDNNGNNIFEGGFLGLDNIGVFDRNTALPNGEHLEQSDGTSWMAMFALNMMRIALELAQYNRIYEEMATKFFEHFLYIANALDNMGEEHFSLWDEEDEFFYDAISSGDGNNQFLKLRTIVGLIPMFAVEVIDDEMIEKLPNFKSRMKWILENKPELAALVSHWEVKGEDSKHLLSLLRGHRLKRLLSRMLNPEEFLSDYGVRALSKEYEENPYELNLNGTDYSVKYTPAESDSALFGGNSNWRGPVWFPVNFLIIESLQRFFFYYSPDFMVEYPTGSGNYSNLDQIADSLGKRLAQLFLKDENGNRPFNGQYPKFQTDPDFKDYILFYEYFHGDSGRGVGASHQTGWTGLIAKILQPRFTKKEIAKSETEMPKDKDS >XP_026100634.1 glycogen synthase kinase-3 beta-like [Carassius auratus] >XP_052474600.1 glycogen synthase kinase-3 beta-like [Carassius gibelio] MSGSGRPRTSSFAEPPGVPGAAAAAAGSAVAGGSSSGKTGGAQASGGSSSAFGNLKLGRDSGKVTTVVATPGQGPDRPQEVSYTDIKVIGNGSFGVVYQARLIDSQEMVAIKKVLQDKRFKNRELQIMRKLDHCNIVRLRYFFYSSGEKKDEVYLNLVLDFVPETVYRVARHFNKSKTIIPIIYVKVYMYQLFRSLAYIHSQGVCHRDIKPQNLLVDPDTAVLKLCDFGSAKQLIRGEPNVSYICSRYYRAPELIFGATDYTSNIDIWSAGCVLAELLLGQPIFPGDSGVDQLVEIIKVLGTPTREQIREMNPNYTEFKFPQIKAHPWTKVFKPRTPPEAISLCSRLLEYTPVTRLSPLEACAHAFFDELRQPNARLPNGRELPQLFNFSPVELSIQPQLNSILIPPHARSQTTPASHEGSGSDGPVQSSSAPGPLSNNT >PWM49891.1 MAG: tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Bacillota bacterium] MEKYYWITTYGCQMNVHESEKIAGILRARGYKQGKSEEEADIIVFNTCCIRENAENHAYGNIGALKKLKKSRPSMLIAVGGCMTQQAGAAEKLRKKFPFVDIVFGTHNLPVLGELIDKKLSGKKAVVDVWEKEGEADTEDISYRTSYPNAWVNIMYGCNNFCSYCIVPYVRGRERSRESGAIVKEVNALLDQGYKEITLLGQNVNSYGNDRGDCTFWQLLNKICERKEKFRLRFMTSNPKDFGEELVRTIADNEQICHLVHLPVQAGSDRILKLMNRKYTAKEYLEKVEMLRKYVPDCQLTTDIMVGFPTETEEDFQATLSLVKEARFSTAFTFVYSRRSGTVAAGMEGQIPEEVQKDRIMRLVELVNVQTREISAAYRGKTIEVLCEDYDAKRGLYLGRDEYGRMGYFKSETNKVGDFVKLKVSDTSGVSLDCELCEDTKE >WP_017487366.1 MULTISPECIES: glutathione S-transferase [Methylorubrum] >MBY0142618.1 glutathione S-transferase [Methylorubrum populi] >MRI56595.1 glutathione S-transferase [Methylobacterium sp. DB1607] >MBB5765460.1 hypothetical protein [Methylorubrum rhodesianum] >MBI1691657.1 glutathione S-transferase [Methylorubrum sp. DB1722] >MBK3403062.1 glutathione S-transferase [Methylorubrum rhodesianum] MTPANDTTLRIEDAVNDFCPWSGKPIVPEALTLYNGAVVGFCNAECRDKFARAVAAFEDALRARRVANAGLHQ >WP_034968029.1 MBL fold metallo-hydrolase [Chryseobacterium sp. FH1] >KFC20494.1 beta-lactamase [Chryseobacterium sp. FH1] MYKYLAVVGLLAVIILIFNHPIFGGSIKGKRLERIKKSPNYKDGTFQNLSITPSLAEGFTMRQVLWEFFTDKTPNKIPLNKFRTMKTDLKSQPITENFMVWMGHSSYYFQIDGKRFLVDPVFSGNASPIPGTTKAFAGTDLYTPDDFPEIDFLIISHDHYDHLDYKTVKDLQPKVNQVICGLGVGAHFERWDYAENQITELDWYEDVSFGGFKITSTPARHFSGRLFKRNTTLWSSFVLQTPSQKIFIGGDSGYDFHFKQIGEKFGPFDWAILENGQYNAKWKYIHTLPEEFSKVVEDLNVKNVLPVHSGKFSLAQHAWDEPLQKITENCKGKNFRTCTPMIGEKMSLNNENQKFTEWWKP >OXE30643.1 glutathione peroxidase, partial [Vibrio parahaemolyticus] LYQTYKDKNFAVIGFPSNDFRQDKGSEENTAKICYLDYGVTFPMMARSSVLGNDANPVFSEISTQAGVTPKWNFYKFLISKEGKVIATFPSSTSPTSTTLTNMIEQQL >QDI78883.1 putative RNA capping protein VP3, partial [Rotavirus A] MKVLALRHSVAQVYADTQVYTHDDSKDDYENAFLISNLTTHNILYLNYSIKTLQILNKSGIAAIEIQKMDELFTLIRCNFTYDYTDDIVYLHDYSYYTNNEIRTDQYWVTKTNIEDYLLPGWKLTYVGYNGNDTRGHYNFSFKCQNAATDDDVIIEYIYSNELDFQNFILKKIKERMTTSLPIARLSNRVFRDKLFKTLSANHSKVVNVGPRNESMFTFLDHPSIKQFSNGPYLVKDTIKLKQERWLGKRLSQFDIGQYKNMLNVLTTLYQYYDMYREKPVIYMIGSAPSYWIYDVKQYSNLKFETWDPLDTPYSDLHHKELFYIDNVQKLKDNSILYIDIRTDRGNMDWKEWRRVVEEQTISNLHIAYKYLSTGKAKICCVKMTAMDLELPISAKLLHHPTTEIRSEFYLIMDIWDFKNIKRFVPKGVLY >XP_008604006.1 hypothetical protein SDRG_00312 [Saprolegnia diclina VS20] >EQC42583.1 hypothetical protein SDRG_00312 [Saprolegnia diclina VS20] MGRRARRKAMASLSDSDRDDEMEKGHGSEKHAATVEDHAKRLQDHDYRRELHAAAAAVHEDAVAQSRHARHAERRKVRHEKAMERELAHLDEEKESYEAKMLKIYKKHSARREKLDAKREHKEANSVSRWTSTANATARRLLR >EGT0637761.1 50S ribosomal protein L7/L12-serine acetyltransferase [Citrobacter werkmanii] >EGT0670835.1 50S ribosomal protein L7/L12-serine acetyltransferase [Citrobacter werkmanii] MPEVITISDTLELRAVEEQHVTPLHQLVLKNKTWLQQSLNWPQFVTSEEDTRKNVQGNMMLHQRGYAKMFLIFAQQNVVGVIAFNQIEPQNKAAYIGYWLDEAQQGKGIMSQALQALIHHYAQRQEIRRFVIKCRVENVESNQVALRNGFQLEGCLRQAEFLNGEYYDMNLYARIIDGPSE >WP_135916821.1 sulfurtransferase/chromate resistance protein [Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1] >TGT38389.1 sulfurtransferase [Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1] MPSTTEITVQQLSRLVGLPGAPVIVDVRIDDDYEADPRLLPASHRRNFKTVSAWANDFAGSQVAVVCQKGQKLSQGVAAWLRHQGVAAESLEGGFEAWRDVGGLLVRAGKIPSRDEKGRTVWVTRARPKVDRIACPWLIRRFVDPHAVFLFVEAAEVPAVADRFQAVPFDIDNVFWSHRGERCTFDTMIEEFGLESQALDRLATIVRAADTARLDLVPQAAGFLAASLGLSRMFRDDLEQLEAGMLLYDAFFRWCRDATEETHNWPSGAKPT >MXW58053.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MXZ79254.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MYB73048.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MYE73466.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] >MYI00165.1 mycothiol conjugate amidase Mca [Acidimicrobiia bacterium] MTGDLRMLTIHAHPDDEASKGSATVAMYVDQGVAASLVCCTGGEEGDILNPAMDRPEIRENLNQVRREELVEAADVLGYRSVHWLGYRDSGMAKSDANADSRSFAQAPLEEAVGRLVAIIRTERPHVVVTYGEDQQGYRHPDHLRVAEISGPAFDGAADPDAYPDAGEPWQPLKMYYVTWSRNRITALHEKFGELDLESPYDERWFSRPSNDDIITTRIQCAEYFDRRSKALLAHRTQVDPDSKFWFGLPDHHMADAYPWEDYVLARTLVDTDLPETDLFAGIA >XP_050358545.1 leucine-rich repeat neuronal protein 3-like [Nymphalis io] MDTLISVLLISFVLSVANCDNATTLAPAKVIPWNETGICRKCVCKDAKVDCFDQSLTEFFKSEDWANLKEFKPTTVDLSENGITNITVMAELPIKVLNLSRCSIAFIENASFRDLQQMEVLDLSHNKLTTDKLSPHAFEGRYLPEEYEPLAAMRTLNLAYNDLHSLHQDLFEHLPELTELDLSGNPLTTIDHVTLIAISSLPMLKVLRMRSCALTEIPDKFLHTPRFLERLDISDNKLTSIPQELDETKNLKFLNLNQNPIVQLDMSSEEYPGFPRLRKLQELHMCNMKSLKSIGASALAGLENLQILHMSFNPKLSFIDPKALARPDDIGETYDWPLIKELYLQSNNLSEVDSRLLSRWDLLSKVDVSNNPFLCDCSTQWMVDMLVPLVEAKAVNASEKMVCEEPVEMKGYTMKHLNEIHRTMRCVDKYGNRPERDGAMLLGTLIGVLLAVPIMFSLLLLWRRGLCGWLGLRGPADVSRAFYKRAPADDNYI >XP_004225259.1 leucine-rich repeat protein [Plasmodium cynomolgi strain B] >GAB69312.1 leucine-rich repeat protein [Plasmodium cynomolgi strain B] MSHKIKLRDNVMYATSPMINEDDIADFVSNMNVYKWEGEAGRQAGQQGDRLTGQQGDRLTGQQTDRLTSESGGSPPEGSAHPYPVKEIQLGSLKISDWGMSILIPCVLRSSNLVTLDLSSNDLTNDSAKILAKCLKYLPRLVSLNLSNNLIKSDGANEIVEEFFSPKLASKRGFSPPRGEQISTNFHLNSQAKNAIKNMHTNVRELDLSDNYLSSSVLLKLSQVISNDNNEKIKLYIKNSHLTDTNLSSFFQKCTHIQNLNISENAIASTLFSDHMKILFTSQLDLKELHLSNICFAQNGTHKQHDGNELLKELVNQLTEAPNLSILSFANNKVNDHGFSLFCEFFKKNKNNITSIDFSNNDISDMNNLSEAIKNKETLKMINLSNNRITDGNLKHFCYDTLSSNLSITEVSLSNNHLTDFSCAYFADALVMQCRIVERSIKLKKQLQGGEASPTMALTLCKGEVGSRIELGNQDDLTGQGELRHDRGPPRGPPPGPPRAWEEFPEIDSQKSTSNSSEGSCSVPLHLTKAKKTNFKNDHSEEIHKLKELITNRHNEQHNFFSCIGVPSLNRASETYKLFFLQEKRRNLIYNKNDDFYHSCDSFSLNCFKGLKYLNISGCRINTQGLTLLINSLNMPYCPLEFLDVSSSASDLTDATHQAFASLIADKKAKFEKNDNFHFEHLPLTVRGVAPTLIPLNDSEDNTDGDSIESEWWNYKQGDWPEQGSDEAA >TBR44965.1 coenzyme F420-0:L-glutamate ligase [Marinomonas agarivorans] MSDSMHMFRLQGLPDFKHGDNLAASIIAALTANQQALQEGDILVVAHKVVSKTEGAYVDLEQVIPSDNAIELAARVNKDPRKVEVILSQSKRIIRAVKRADQEEGIIIAEHHNGYICANAAVDESNADHANQLLLLPNDPDASAHKLCSALSAHFHCQLGVVISDTFGRPWRLGQTNVAIGLANVPAVVPMLGEIDAFGRPLSVTAPAFADELAGASGLLMAKEAKTPVIIFRGLRWQTTSSHSRDLLRSSSEDLFK >AQA21753.1 mspA family protein [Rhodococcus sp. MTM3W5.2] MGSTPLHRNVWVSGSAKVEVSGGGAGTIQPGYIVACQLTLGGKGGTDGGMSTTWADPDGAAKQTAKGAGNLSIGPGQAVDYKILDLELADAFGAEQHRAANPYKGKGSVTWADSTLGVSGCAGYAQARSYVKVTVNTASVTSNVTLWGQPFSIG >DAO35860.1 MAG TPA: DNA-directed RNA polymerase II subunit [Caudoviricetes sp.] MNNKNDDFYDNYDDKSGKGVLTVGGSILGLLFLIISFVTLIDEGNPFPLIITICYISIIVGYIYYQKKNSKLSDDFVPSNKTKEEILDEYAAIHKTKEMREKEYEQRLEQARIYQVNAQAQEWLNKPKCPTCGSTNIKKIGGIERGASIATFGIFSKKINKTFKCNNCGYTW >MCB9555407.1 hypothetical protein [Deltaproteobacteria bacterium] MRYRRIVTAMTSCAAAAALAACAGAARPNQQPPPPDAGLADYRVIAADLSTSDTTEICIAQTDNELCQAANFQCGPLSVTDRCGQERLVECGDCGAQGNCSAAQQCLCAADYQYNGQTCAPIADPCNGVTCGGHGQCLANGGQTSCSCDTGYHPDGLNCLADCQGESDAELCSAHDYQCGNGTFSDRCAQSRTINCGGCGSLGTCKSNGGGFVCSCPTGYSFNGIDCVQSSDPCQNVQCGQGSCVVQNGQPTCNCNTGYHPAGLTCVADCIPQTDSALCQSAQRSCGTATLTDNCGQSRTVNCGGCGSLGTCRASGSGFSCSCPNGYSFNGSDCQQDVGQPCASGANLVLQNNGISYCSAASGNVSQCAAAALCNSAAGWSLCTATRYQLLHGSTPNPTVDAWLASCVSDSAGNMQAPDDAFCPCNYLSPISSRAYSWSCNLSGSASGNSYWVGVKTTSECNRVGINISSTAAYWRAYPAHWPLALAACCQ >NOG54385.1 hypothetical protein [Planctomycetota bacterium] MMSSHFKRSMTTVAGTCTLAAALLAGVSGCDNSDAQARDQVSDAIAQAVAELNQLHIGGNDIGDAASREQAYRKLSSIVAANTSDGEMLPEQKQARQAIAAIAKLGLAEIEMQRATDADIVAIRMTHELYGLLGSATQYGAKQHAAGSFDFTDTLREIEREQSRSVARKDELLLQAKSLERQMADLDSMIKSELGEYERLREESVVARDKAADAPLEQRQAIIEDAAGISRDADAHQVKAANAEAAYDMMVPQLAELRNRIAQTETELLSFENTRRQIEQRKASLDREVAQNSADVQSTIGEIDAKFRALVTHQSEQLEPRYVSGIDLAGEAVSALNSARAGQSNLPRLKLVHAQQLLGQLHWQRAQSLQRYAQLVAGLAENADLLQRGGEDAALLDELRSQIDLATQAAAAAFEEAFQAADSASLSPETLTQLQELKARVSGEEYVPPVEEQPEAEIVADDTVAVASTGTPADCINAVLQRVRDDRFAAALDHIKFDSAKRSHVRSGPDCHRSAPCRDGRTL >XP_027894086.1 tudor domain-containing protein 7B-like isoform X2 [Xiphophorus couchianus] MILPTRFQKEMQAHLSRNSQQTGPPVNLNESFRPGRGNPYNPQQVQSRIREILAKYSNGFWVSKLPQIYRELYRQDLPSEAIKDLETWTHICIVEKTCGSNSSELLLYPATEQTNTPVPSQTVNSITSPAEASPVQKRPHINPLAQSGSRSPQSPRSSPSSQSSPSPQSSSWSPSPPSSPAVLSPDLKQRLEELLMKYSSGLWAHALPKLFQDTYKIKLPGYVLKNLDLLSDICTINYPMSDNPQRAILYRRSSVRGEDENCNRRSSSASEEELNVRTELRRSLSNHKVPTLQIPKEEYPSVLVMEATNTNTVILRYIGEGYSVAQDSMEDEMREYYGLDKSQQAPLSSTSSGQLVAVRAEEEEEILRAQICEVMSDKVKVYYVDHGFSEVISKSKVLELHEKFFKLPFQATKCKLAGLEPFCQEPLVLKTFEAMASGRILLAEILERGPIPLVVLYDTSQDDDVNINAACMKSLQDKTLASPLQVNSSYMNVTVSSVCSDGTIYCQLPSRGLTKLNEILKKIENYFHTQVTSEFLVSRPFCGKECLARYKGKWSRVEITNLHGSRVLDILFVDVGVQASVEVFELREIPPLFLHDLVSIPPQAVKCCLADLAVSVGSWSSDAVQWLREKVLNTSDWSMKVAKVDETKHCVCVHLFTDKNFLDPSRSLNHQMAQSDLFKQQPDVFLISHSPTKISTNPFSSKTSSSSDSTSGSPTSASVPAKPHPRRTLSGPKEGGNTASTSPPGTPSSPSGLLQLPPLLELPPVGHNMDVYVSVACHPGHFVLQPWRDMYKLVVLMGEMILSYNKTEEKPFKVEKNQIYAAKIENNWHRVLVKGVLTNGLVSVYELDYGKHELVSCSQLRTLTKKFRQLPYQGIQAQLAGVKQRLWSEEASIVFRNHVEKKPLVAQLEATQDAVNPWDRKLSVFLADTSHEEHDVWIHDIMAEFADEQSNEL >OJG95819.1 oxidoreductase, zinc-binding [Enterococcus thailandicus] >GEK38226.1 NADPH:quinone reductase [Enterococcus thailandicus] >GMC04241.1 NADPH:quinone reductase [Enterococcus thailandicus] >GMC08162.1 NADPH:quinone reductase [Enterococcus thailandicus] MKNTMKAAVIDTYKQPTPKIKEVPIPDIRSNDVLVKIVAASINPIDIKTKDGGLKMLLSYDMPIIMGSDFAGIITAVGEKVTNYSIGDAVYGRVQKNRIGTFAEYIAVDQGAIALKPKNINFEEAASIPLVGLTSYQALHDIMQIQPGQKVMIQGGSGGIGTIAIQLAKYLGAYVATTTSANNFDLVKSLGADYPINYQTTNFAEVLQDYDYVFDTRGGATLEAAFKIIKPGGKVVSIAGLPNYRFGKEYGVPLWKQFAFKMVTRNLTKLEKQTQASYTFLFMKPSGTQLDVLRHLIEAEIIKPVIDRIVPLSEVKEALSYSQSGRATGKIILQMTGDSENEIRS >GIY33458.1 hypothetical protein CDAR_474071 [Caerostris darwini] MFCAIFTDQTEVSIMSFPKESESPPKGQKVKAFNINPIGKRSTKPELDKKKDPKAKCSEEDKAAAEVFEEFLASFDEPTKHGKLFVRGTIINAGSGEEKPTVQTGKLYKPPKLTETIKKPPEERQETAKEKADRIERQNKKKEKEKKKSNLELFKEELRMIQEEREERHRLKSAVKEHVKVSRPVEPMENQIRLADDYRYPSYGSYDTGDPGTTNLYLGNLNPKMTEQQLCEVFGKFGPLASVKIMWPRSDEERARGRNCGFVAFMNRKDGERAMKNLNGKDVMNFEMKLGWGKAVPIPPHPIYIPPAMVELTLPPPPSGLPFNAQLDKKERHKLWPGEPETKESFEQLLANAVVKVVIPTERSLLCLIHRMIEFVVREGPMFEAMIMNREINNPMFRFLFDNQSPAHVYYRWRLYSILKGDHPSKWQTEEFCMFKNGSIWRPPPLNPYLQGMPEELVETPVPTSRPVEPKKGSLSDSQRDKLEELLRHITPEKLKIAEAMIYCIDHAEAAEEIIDCIGESIASPEAPLFKKIGRLYLISDILHNCSVKVTNASFFRTGFQDKLPEIFKDLHEIFQGIDGRLRAEQFKQRVVSCFRAWEEWAIYPSDFLIKLQNLFLGLVPMSRDGNDDSNSSQAAQLHNTDAELPSDDIDGVPLSTDDIDGVPLDGPLNEDRDDIDGIPLNEDLDGQPLEDERPSSAPDISSKFKPSKWETVDPETVEAQAITTSKWDLLEQNEDQEQVDDIDGQPMDDTASTQDEFSQHEDDNSQDSISVIEQFKTDRNEQRRTKLREMEMKVMKYQDELESGKRSRKPSMKLSDQVEHYRQKLLKKIERESRSERDGSERSHKRFKSHSSSPLVRTHSPSSDEGDHSPSYYSIPKKISPRNVPMSLAENIHSPHKSYRSHSPKKSRRSRSRSPKRSRRSRSKSPYKRRLSPESPPLRKHKSKKSRH >MCI1663915.1 phenylalanine--tRNA ligase subunit alpha [Bifidobacterium crudilactis] MVSDQVALGISKIREASDLQELKALRSQYAGADSAMTHASKAIGSLPKEQKKDAGKLMGELRANFGRAFSAKEQELSEAAQAQALAQESVDMTLPVNRRPLGARHPLAKLLEDVEDFFVSMGWQIAQGPEVEAEWYDFDALNFGPDHPARQMQDTFYVKGNQAKDAAGFVGSNMVMRTHTSPVQARSLLQRGVPLYVACPGRVFRTDELDATHTPVFHQCEAIAVDKHLTMADLKGVLDKLAVAMFGEGAKTRLRPSYFPFTEPSAEMDLWFPDKKGGPGWIEWGGCGMVNPNVLKSAGIDHDVYSGFAFGVGMERTLLLRHDINDMHDLVEGDVRFSEQFVMGE >WP_142429410.1 hypothetical protein [Enterococcus faecalis] >UYY06290.1 hypothetical protein OLM08_10950 [Enterococcus faecalis] >HBG9513106.1 hypothetical protein [Enterococcus faecalis] >HBG9520580.1 hypothetical protein [Enterococcus faecalis] MSKKINLLLIAFLIGGGATVLPMIFKLAVFTSALVVLFMNYDEHIFQLNKGGRNNGGKRRV >XP_040114763.1 prolyl 4-hydroxylase subunit alpha-3 isoform X1 [Oryx dammah] MGPAARLAARLAALLAVLALRAGDPAEVAARGDTFSALTSVARALAPERRLLGLLRRYLRGEEARLRDLTRFYHKVLSLHEDSATPVSNPLLAFTLIKRLQSDWKNVVHSLEASENIRALKDGYERVEQDLPAFEDLEGAARALMRLQDVYMLNVKGLARGVFQRVTGSAVTDLYSPRRLFSLTGDDCFQVGKVAYDMGDYYHAIPWLEEAVSLFRGSYGDWKTEDEASLEDALDHLAFAYFQAGNVLCALNLSREFLLYSPDNKRVARNVLKYEKLLAESPNQAVAETVMQRPNVPHLQTRDTYEGLCQTLGSQPTHYQIPSLYCSYETNSSPYLLLQPVRKEVIHLEPYVVLYHDFVSDAEAQKIRGLAEPWLQRSVVASGEKQLPVEYRISKSAWLKDTVDPVLVTLDHRIAALTGLDVQPPYAEYLQVVNYGIGGHYEPHFDHATSPSSPLYRMNSGNRVATFMIYLSSVEAGGATAFIYGNFSVPVVKNAALFWWNLHRSGEGDGDTLHAACPVLWPTSGYTSMDRNSADPAARDLKTKVLAERSWRSPLAFQRSRKSKTRVREQKGEQASGGGPCQHCLFLANGGQGSGL >WP_129857883.1 ATP-binding protein [Streptomyces albidoflavus] >RZD80397.1 two-component sensor histidine kinase [Streptomyces albidoflavus] MRRRLINSTLAVVLVVIAVFGGTLVIVETRTITNSAQESVESEALRLASIVDSRLISEERVSAGLLQDQIAAKRYARIDIPGRAAIEIGERPDGDVIEARATGEEGESVLVQEPRAAVTGEVGRTLMIIGGVALLAVVAAVLLAVRQGNRLAAPLTDLAETAERLGSGDPRPRHKRYGVPELDRVADVLDGSAERIARMLTAERRLAADASHQLRTPLTALSMRLDEITLTEDLETVREEATIALAQVERLTDVVERLLTNARDPRTGSAVAFDLYEVVKQQLEEWRPAYRSEGRAIVCSGRRDLRAVATPGAVAQVLAALIENSLMHGGGTVALRTRVTGNQAVVEVADEGPGVPADLGARIFERTISGRNSTGIGLAVARDLAEADGGRLELLQPQPAVFGLFLSRAPED >EAN4724137.1 uroporphyrinogen decarboxylase [Salmonella enterica] MTELKNDRYLRALLRQPVDVTPVWMMRQAGRYLPEYKATRAQAGDFMSLCKNAELACEVTLQPLRRYPLDAAILFSDILTIPDAMGLGLYFEAGEGPRFTAPVTCKGDVDKLPIPEPEDELGYVMNAVRTIRRELKGEVPLIGFSGSPWTLATYMVEGGSSKAFTVIKKMMYADPQALHLLLDKLAKSVTLYLNAQIKAGAQSVMIFDTWGGVLTGRDYQQFSLYYMHKIVDGLLRENDGRRVPVTLFTKGGGQWLEAMAETGCDALGLDWTTDIADARRRVGHKVALQGNMDPSMLYAPPARIEDEVATILAGFGQGEGHVFNLGHGIHQDVPPEHAGAFVEAVHRLSAQYHN >WP_137058869.1 MFS transporter, partial [Bacillus mycoides] >TKI81333.1 MFS transporter, partial [Bacillus mycoides] KQKQSTWTAWVQGWGYVLSNRIILSTMIFVTIAMAVLQLVDSQFPTLFKSLFPHDKSKMGYIISIIGLGGILGALLTQKLKQFQYGWVVCGGMVLMGIGFWGIGLITPGTVFVLAYLISFIAGIGSGLMLVSNQVILQIESDQDQVGRVFGIQSSLTNAVLIISPAMSGPLVHLFGVTQLYVYGGIGLVIIGVIGVSMQKYLWAKHKHEPIRANNF >WP_278924671.1 hypothetical protein, partial [Pseudophaeobacter sp. ZH257] KKLEKWTARHSEEVDALDIALLQLRNKLDEQQEKFVTISQQHAARQELVQVLQEEADERDREQTMRLSQNKAALIIQQWWRKILLLKKVHKTAK >XP_033130084.1 germin-like protein subfamily T member 2 [Brassica rapa] MASLFTSILLTLCLFVVPSFSSDPDPLQDYCVGDLRASPSINGFPCKSLVSASDFFFSGLGGPLNTSNPNGVAISPANVLTFPGLNTLGLSMNNVEFAPGGVNPPHSHPRASEAGVVIEGSVFVGFLTTNNTLFSKVINAGEMFVVPRGLVHFQWNAGEGKARLITAFNSQLPGAVVLPSTLFGSVPEIPNAVLTKTFRTDDATVNNLKSKFAV >WP_186939222.1 ferrous iron transport protein B [Eggerthella sp. NSJ-70] >MBC5585032.1 ferrous iron transport protein B [Eggerthella sp. NSJ-70] MTTLNDLPIGKTATVAAVGGEGSLRQHFLDMGIIPLVDVTMVKHAPMGDPIEVRIHSYELTLRRDDARNIEIDDVRDGADVRESRASGKPVPHPGLGEGGKFHDRAGENPLPEGTPLTFALVGNQNCGKTTLFNQLTGSNQHVGNFPGVTVDRKDGCIKGHPEALVTDLPGIYSMSPYSSEEVVTRRFLLDEQPRGIINIVDATNVERNLYLTMQLMELGMPMVLALNMMDEVEGNGGTIHVNEMEKLLGIPVIPISASKNEGTAELVDHALHVARFQEPPVRQDFCAPDEHDGAVHRCLHSIMALIEDHAERAGIPPRFAASKLAEGDQLVLDRLDLDQNEKDALEHIICQMEAERGLDRAAAIADMRFSFIGRVCEQTVVKPTESREHARSTRIDKLLTGPFTAIPAFVAIMALVFWLTFNVVGAWLSELLDGGITALTDMVASGLAAAHVNEVLQSLIIDGVFNGVGSVLSFLPTIVTLFFFLSLLEDSGYMARVAFVMDKLLRRIGLSGRSIVPMLVGFGCTVPAVMASRTLPSERDRKMTILLTPFMSCSAKLPIYAFFTAAFFPANGAAVMVGLYFGGIAVGVLVALLMRSSMFSGEAVPFVMELPNYRMPSARNVAQMLWEKAKDFLERAFTIIFLATIVIWFLQTFDFGLNVVADSQDSMLAVVAGWIAPVFAPLGFDDWRISTALVTGVMAKESVVSTLSVLFGSTATLVAAITPLAALGLLVFCLLYTPCIAAIASVKRELGGRWALGMAFGQLGVAWVAAFAVRGVGLSLEEGPAGVLTLALGAAVAVLAVLAARRLARKRRAAGAVLGCGASCDGCDGCAQAGAVEVEEEADARAR >RZO90007.1 MAG: rhamnose ABC transporter substrate-binding protein [alpha proteobacterium HIMB59] MKKLFLVIISSILFAFNANAADMRIALVVKGLGIGFFEAAAEGGEEAAKEIGGVEVIYTGPATTTAEAQIEVINSLIAQKVDAIAISANDRDALASIGKKAMDRGITVISWDSGIAEEGRVMNLDPSNTALIGSSNMKWMKNSMGDEGEFAILSATSQATNQNAWIEEMKKEYAKPEYSKMKWVDTVYGDDLFDKSYQEALGLFKKYPNLKGIIAPTSVGIVAAAKAVEDQGLVGKVFVTGLGLPSEMQAHVKSGAAKQFGIWNPIDLGYSAVYLSYQIASGAYTGQEGECIPTGRMGEICVGAGNSAAMADPFIFDESNIDKFAAIF >WP_067908376.1 triose-phosphate isomerase [Actinomadura rubrobrunea] >GLW65069.1 triosephosphate isomerase [Actinomadura rubrobrunea] MAANPARKPLMAGNWKMNNSHLEAIKLVQQLAFTLKEPDYEAVEVVVLPPFTAIRSVQTCVEADKLAIRYGAQDVSPHASGAYTGEISGSMLAKLGCSYVVVGHSERRQYHHEDDALVNAKVKAAFANQIVPIICVGEGLDVRKAGEHVAHTLAQVDGALEKIPAEQARTAVIAYEPVWAIGTGEVATPQDAQEVCGAIRTRLAELYDGDVAAQARVLYGGSVKSGNVAGIMKQPDVDGALVGGASLDPGEFVKICRYRDLPA >XP_010831352.1 PREDICTED: RRP12-like protein [Bison bison bison] MGRSGKLPSGVSAKLKRWKKGHSSDSNPVICRHRQAARSRFFSRPSGKSELTVDAVKLHNELQSGSLRLGKSEAPETAMEEEEEVTPAFTEKSSGTFLSGLSDCTNVTFSKVQRFWESNSAAHKEICAVLAAVTEVIRSQGGKETETEYFAALMTTMEAVESTESLAAVAYLLNLVLKRVPSPVLIKKFSDTSKAFVDIMSAQAIGGSTSALRWVLSCLATLLRKQDLEAWSFPVTLQVYHGLLSFTVHTKPKIRKAAQHGVCSILKGSEFMFGEKAPAHHPAAISTAKFCIQEIEKSGGSKEATTMLHMLTLLKDLLPCFPEGLVKSCSETLLRVMTLNHVLVTACAMQAFHSLFHAKPRASTLPAELNAQIITALYDYVPSENDLQPLLAWLKVMEKAHINLVRLHRDLGLGHLPRFFGTATTCLLSPHLPVVTAATQCLQEILKECVAPHMPCPAVVSSSWCQPWTFVTLTAHSLGRAVEEGLTYRFHAAWSSVLQLLCVFFEACGRQAHPVMKKCLQSLCDLRLSPHFPHTAALDHAVGAAVASMGPEVVLEAVPLEIDGSEETLDFPRSWLLPVIRDHVRETRLGFFTAYFLPLATTLKRKAMDLAQAGSTVESKIYDTLQWQIWTLLPGFCTRPTDVATAFKGLARTLGTAISERPDLRVTVCQALRSLVTKGCEAEADRAEVSRFAKNFLPILFNLYGQPAAAGDTPAPRRAVLETIKTYLTITEPQLVNGFLEKASEKVLDASSSDFTRLSVLDLVVALAPHADEAAISKLYSTIRPYLESKTHGIQKKAYRVLEEVCASPQGPGARFVQSHLDDLKKTLLDSLRSTSSPAKRPRLKCLIHVVKKLSAEHEEFISALVPEVILCTKEVSVGARKNAFALLVEMGHAFLRFGPNQEEALQRYLILIYPGLVGAVTMVSCSILALTHLLFEFKGLMGTSTVEQLLENVCLLLASRTRDVVKSALGFIKVAVVVMDVAHLAKHVQLVMGAIGKLSDDMRRHFRMKLRNLFTKFIRKFGFELVKKLLPEEYHKVLVNIRKAESRAKKHRALNQAAVEEEEEEEEEPVQGKGDSIEEILADSEDEEDEEEERSRGKEQRRLARQRSRAWLKEGGGDEPLNFLDPKVAQRVLATQPGPGRGKKKDHGFKVSADGRLIIREEEDANTKMEEEEGAKGEDEEMGDLMEDVGVKSKKHQKLKQKEADDEELEMPPQYQAGGSGIHRPVAKKTIPGAEYKAKKAKGDVKKKGRLDPYAYIPLNRTKLNRRKKMKLQGQFKGLVRAAQRGSHVGHKLRRKDRRP >WP_187094112.1 biotin--[acetyl-CoA-carboxylase] ligase [Nakamurella sp. PAMC28650] >QNK83147.1 biotin--[acetyl-CoA-carboxylase] ligase [Nakamurella sp. PAMC28650] MTTSDRAGVPAPDRRPMAPGSVAAALQDRAPWEIRHVLSTGSTNDDLARGGGPGGAGASVVLVTEEQTAGKGRSGRHWACPPGAGLMFSVRLALSGNSGISEIPIARRGWIGAALGLAVCHGFADVAGVHARLKWPNDVLVDGHKCGGILAEMTGDAVIVGAGLNVSLLAAELPRADATSLLLAGAGSVDRNVLLARILDGFSRLLSAWRQAGGDVDVSGLRPRYLDTCATIGSSVRVELPGRAEVAGIAVDVDPDGAVVVQDVNGVRSRHTAGDVVHLRPADAGGVR >WP_176538754.1 MFS transporter [Bacillus cereus] MLALLALAISAFGIGTTEFVSVGLLPSISEDLHVSVTTAGLTVSLYALGVAFGAPVLTSLTANMSRKTLLMWIMIIFIIGNGIAAVATSFTVLLIARIVSALSHGVFMSIGSTIAAALVPENKRASAIAIMFTGVTVATITGAPIGTFIGQQFGWRTSFLAIVVIGVIALIANGILIPSNMKKGASVSFRDQFKLITNGRLLLVFIITALGYGGTFVTFTYLSPLLQEVTGFKTNTVTIILLVYGIAIAIGNVIGGKLSNHNPIRALFYMFFIQAIILFVLTFTAPFKVAGLITIIFMGLFAFMNVPGLQVYVVMLAERFVPSAVDVASAINIAAFNAGIALGAYLGGIVTNSLGLIHTAWVGGIMVVAAVILTAWSMALEKRDQVK >MPT34124.1 DUF4180 domain-containing protein [Flavobacterium sp.] MKIVTHEVNSIRIAEVISDECIVTTPDEALQLLVDLYYQEFDKVILYAKNLHPDFFDLKTKMAGEILQKFSNYRVQLAIVGDFDQYPGKSLRDFIYECNKGRAVNFISPEQFKNMIGSEFS >MBO5205168.1 hypothetical protein [Prevotella sp.] MKIVEVEAKEYREIFAKPAHAYNSVEFAQLNSHKAERLHHLAFDDGGARLGIILGERADGVMYSPFSAPFGGFTTNRSQQFEYFDMAVELLKEYGKKHNQKIAVTLPPDLYDRRQIPLAVNALHRHAEKTLIDVNYHFDLSDFEHYIQNIERNARNKLNCALKEPFIFNKVERGDTGGVARAYEVIRRNREEQGYPLRMTCDDVMRTAEIIPADFFLLSHVGRDVAAAQVFHVAEGICQLIYWGDLREYSGMRPMNLLAYRVFEHYRKQGLDILDIGPATSDGVPNYGLCSFKKSIGCMASNKFSFLL >MBK8687530.1 amino acid ABC transporter ATP-binding protein [Betaproteobacteria bacterium] MALVSPSGSGKSTILRAGRHLPAARERSPWAPRPGSIRREASRSRRANASVGFVFHFALFPHLTAQENVMQAMGPVPGGERRERALRPLERTNLAGLEDRRPARLSGDQQRRVAVARALARDPKGAAAREEPFSGHRPDHPRKCRGTGDAAPRAQHPDRAGHPRARRGGGAGRPDVDPIAARRLRAGETGAADPAPGVAAGRPADRPQEHLRRRVIAHDAVRAGS >WP_228527316.1 hypothetical protein [Noviherbaspirillum soli] MAALLALSACSEREQTLAANRNKSPDQPWQGARNEFVAKNWTPSDKAGWETQLRNRAQTQNEYNKTN >ECA9858842.1 anaerobic sulfatase maturase [Salmonella enterica subsp. enterica serovar Gokul] MLNLNTLRQQQIPVMTEYRAQIPFHILAKPIGPACNLACRYCYYPQGETPVEKMNESTLEVFICRYIAAQPASAREINFVWQGGEPLLAGIGFYKKVIALQQRYAPDGVTISNSLQTNATLLNDAWCRLFRDNNFTIGISLEGSEDLQNYHRPGKRGESSYPAVLRGITLLQHYRVDFNVLIVVHDDMAHHAAAIYDHVVSLGARYLQFQPLMNEGNALQQRYQLSADNWGRFMIDIWRQWRKRGDMGRVFVINIEQAWAQYFTHISATCVHSARCGTNLVMEPDGKLYACDHLINSQHYLGQLANNMLAPAVDTATRLPFGIKKSQRRECQRCSVKIVCQGGCPAHINSAGYNRLCSGYYSFFTEILAPLRAWPRNLNGLKAWRADLMGRFSG >MBN9625832.1 fumarylacetoacetate hydrolase family protein [Acidovorax sp.] >ODS78117.1 MAG: 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase [Acidovorax sp. SCN 65-28] MKLIRYGQPGAERPGLVDAQGTLRDLSMLLPDIGPAQLNPRTLSALAAIDASRLPAVYGSPRLGSPVGGVGKIVCVGLNYADHAKEASMQPPAEPVLFMKAVTALSGPNDDVRIPPGATKTDWEVELGIVIGTRARHVAEADALSYVAGYVLANDVSERAWQIERGGQWDKGKSYDTFAPIGPWLVTADEVADPHAIDLWLEVNGQRVQNGSTRNFIFGVPTVVSYISQFLTLEPGDLILTGTPAGVGLGQKPTPWFLKPGDVVRLGATGLGEQLQKYVSG >WP_276153259.1 MULTISPECIES: DotH/IcmK family type IV secretion protein [unclassified Sulfitobacter] MPPGTEVQTRLPQITSRPAATLPGADTGTTVVTIENGAEHAPGQQPLPTGAEPLTQNEINQRLQPNQQQQTTPPGDFPIVGATELLQSMDDLDRPLTPEEITAYGAALQSQFPMTPEMIQDYRRRVDESQKAAATPPSGQFPHAISDAKRLTLDAAQEPEVLLTGPDTVSVMAFYDQTGAAWPIASYVIGKPNSFQVYAMQEGSNQLAVTPLVPHGFSNIVVSLVGESRPLVFEVRTNSLNTHYRRDFTVHGLGPNATSRPLQTRQSEPVARASDDVMMAFATGADIPGNAVRLSTDNGAVKAWSYDGAIYLQSADAIISPPASRILTGPGQVKAYRIRPTSVALISSNGRVSKVRISQ >PCJ60344.1 hypothetical protein COA65_03705 [Rhodospirillaceae bacterium] MFRYSQLLTCTRIFPPFRTRVRLYERTDTVNDVDDARLIAEMIVAPEGHESNHWKREACALITGLLLLIAVDLPPQSPHVIP >WP_034004944.1 LuxR C-terminal-related transcriptional regulator, partial [Pseudomonas aeruginosa] MDSVIQIGAWKGSSGALLAERELACLLSLASGMTDKEIARRDGLSPRSIKGRLESVMHKLGVYRRTPLVAEAIRRGLISP >XP_007405597.1 uncharacterized protein MELLADRAFT_59995 [Melampsora larici-populina 98AG31] >EGG10995.1 hypothetical protein MELLADRAFT_59995 [Melampsora larici-populina 98AG31] MDQIQIIPDDPYKHLVEEIHDLQKLIDRRFPEQEGPRAVVGDIYNLFDLELQIWGRQEFGEQENDELNEMISEAQSQRSRIVPFLRETANWVDPNLSTDFDMPDAGSGEWFGILVYVKILNEFSRKVEFPPEPTVTSDQVAIPTDIEDAKTPEDANPTKAANPDEEEDNRPTCQICAEKYEGGDEDVSSPWHRLCPECLKEDNDPACQICAEKYANGDKDVSFPCHDDHRMCTDCLKAMHCWQLHSRVFIKAHNLSTGVTYNEPVE >WP_241323553.1 L,D-transpeptidase [Acinetobacter sp. NIPH 1852] >MCH7308645.1 L,D-transpeptidase [Acinetobacter sp. NIPH 1852] MFVRSLLAMSLSCILANVAFAAPTTEQALNPQKISAVQDPIDPLAIDYAAPSSAAVSAASEPQLSRNPAADVAQKIENTPETAVTAAPAREATLDAATTVSKTPSQAPEVPASWTMDAINAAEWYEDMPRRQLPAYARAHVMLNNAHASPGAIDGSNGQNTLKAIASFQQMNGLTPTGQLTKETWDALVAKQTKPAYVEYTITEADLKVPYVDSIPSDYALQAKMKGLHYTRVTEMLGEKFHMDERFLRQLNPKANFNKVGQKIVVANVRNDLPEDIHLIVAHKGAKQLYLFNSRNQMIASFPATIGSTSTPSPTGTYKVTGVAKNPWYSYSPSNFVQGKNLKPLSLPPGPNGPVGNIWIGLSKKSFGIHGTPNPSLISKTASHGCIRLTNWDANDLGNKVRSGVTVRFLE >WP_030096092.1 PLP-dependent aminotransferase family protein [Mycobacteroides chelonae] >MBF9317858.1 PLP-dependent aminotransferase family protein [Mycobacteroides chelonae] >OHT73135.1 GntR family transcriptional regulator [Mycobacteroides chelonae] >OHT74325.1 GntR family transcriptional regulator [Mycobacteroides chelonae] >OHT89784.1 GntR family transcriptional regulator [Mycobacteroides chelonae] MSSWANSGIPEPRPLSHDLHLDLRHAITPGTRGVRDVLITALREAVRSGRLTVGAMLPPSRTLAVDLGLARNTVAEAYAELVAEGWLESRQGSGTRVVNRVQNQLPPRSRGAGSPPPHNLMPGSGDVTAFPRTDWVTSVRRALSNAPHEALRAGDPRGRPELRSAVAEYVGRVRGVRTSPDSVVICAGTRHAVEILTRMYGLTQPIALEAYGLFIFRDCIEATGGSSIPIGFDEEGAVVSDLDTLAVRAAMITPAHHFPHGLPLHPARRTAVVDWARRTDSYVLEDDYDGEFRYDRQPVGALQSLDPDRVVYLGSASKSLAPVLRLGWMVLPPDLVDAAVAAAGGGQWYVDAISQLTMADFIAGGHYDRHIRRMRGRYRRRRDQLVARLSEYDVGVRGLSAGLHLLLTLPDGAEPDVLYRAGEAGVALAGLSRLRHPQAGPHIPDPDGVVVSFGTPADHGFTPAVDALCGVLAAASL >WP_149633476.1 haloacid dehalogenase type II [Rhizobium tropici] >KAA1184694.1 haloacid dehalogenase type II [Rhizobium tropici] MTTFRPKYITFDCYGTLTNFQMAEAARDLYGDRLDEPAMLQFIKNFAAYRLDEIMGDWKPYADVVHNSLERTCKRNGVAFKEEDARMVYERVPTWGPHADVPAGLAKVAKEIPLVILSNAMNSQIMSNVAKLGAPFHAVYTAEQANAYKPRFQAFEYMFDMLGCGPEDILHCSSSFRYDLMSAHDLGIKNKVWVNRGHEPANPYYGYVEIADISGLPGVVGL >COS78102.1 Probable quinol oxidase subunit 1 [Streptococcus pneumoniae] MPNDTPVGFWMGIFFTIGGFFLIFETIIPAAICLAGIFGTMIWRSFQIDHGYHIPASEVAETEARLREARIKEREAVSHES >XP_031145922.1 secretory carrier membrane protein 2, like isoform X2 [Sander lucioperca] MSEFDSNPFVDPLDINPFQDASITQATSGAPKNVGEFNPFSATEMGTHSGTTIPISAATSQPAILPTSVEQSAQANVAAGQANLLKQQEELEKKAAELERKEQELQNRTGGRARNTGDKENNWPPLPKFFPVRPCFYQDFEEDIPEEYRRICKRMYYLWMFHSATLFLNVLACLAYFTADSQYGVDFGLSILWFILFTPVSFICWYRPVYKAFRSDSSFSFFFFFFVFFFQVAVYIIQTVGIPKWGNSGWIASISMIRTNLAVAVVMMVVAGFFTVNAVLAVILLKMVHSKYRRTGASFTKAQQEFSTGVLTNRTVQTAAASAAQGAFGN >KAF1792308.1 Metallo-dependent phosphatase-like [Phytophthora cactorum] MVAPHHYPLLLLPALLAAFALAEKPPLNYRYAGTLRDSLDRDPRPIVHIEDNVWDVNRDDEAGFLQELGSVTLTATPPLLRDGEDLVVSFSGVKRPHQTDFVGISCGPKAHDKDFLVKIGITEANGPGADGPELPNFIRFSSLYMMRCNYTVEYFNFQSKGNLEVGMVEAFTAPKHGHIAFTENVDEMSVMFNSASRETPVVKYGLDPATLNKHTEGKSKTYTDAHLCNRPANLTSQQWFRDPGNMHTVILKELKLGTRYFYKFGSDKDGWSSVYSFMSRPDESVKSAKFIAYADMGVDPAPAATSTAVRSYQDVMDGYDSFLLHFGDISYARGHAHMWDEFFHVIEPYATRVPYMVSIGNHEYDYVTGGANDPSGATGEDGRMDFHPDWANYGEDSSGECSVPMFYRWDAPANGNGIYWYSFDYGGIHVIQISSEHDWRRGSKQYKWLENDLKNVDRKKTPWVVLTSHRMMYTTQLGEEADYKVAQHFRDEVEDLLWTHKVNLMLVGHQHSYERSCAVRNGKCTEDGKGPVHIVIGSAGAGLEKQGFSNKLGEWSVSHLNDWGYLRIDSTEDSMSVQFILNRNGVVYDEVTLTPWN >XP_012206226.1 hypothetical protein SPRG_11959 [Saprolegnia parasitica CBS 223.65] >KDO23115.1 hypothetical protein SPRG_11959 [Saprolegnia parasitica CBS 223.65] MVMRRSLVSLALLLTSSLVDAAFYVPGVAPESWEEGAALPLNVNKITSVKTLVPYEYYYLPFCAPSAPEEQQENLGEIMSGDAIMNSMYSLHMHKDVRCQILCKPMHYTAEETQRFIDMIEDEYYVQWILDNLPVLYQDTSYGEAAAPVNKDPNAPLSAAYKRGFPLGDIDAQGRYFIYNHVRIVVLTHPDPYAEPATPKWRVVGFEVVPTSINHLFKGSPSSGEELTSDTCGKFVDIAEVSEGHHAYLEPNSPSTVLYTYDVQYVKSDITWEQRWDRILSSRASNDQIHWFSIINSLMIVLFLTGMIAMIMLRTLHRDIARYNEVQTSEEAAEESGWKLVHADVFRPPSYSPMLFSVFVGTGVQVCCMSAATMVIALLGLLSPANRGSLLTTLLLLFVFMGSFAGYHSSRTYKMFHGKDWKRTMVSTAVFYPGCLFLVFFLLNLVLWAKASSQAVPFGTLFALLVLWFGISVPLVCLGSYFGFKRPAIEHPVKTNQIARQIPEQVWYLSTPFAIIVGGILPFGAVFIELFFIMSALWLHQIYYVFGFLFLVLLILVATCAEVTIVMCYFQLCAEDYHWWWRSFLTSGSAALYLFLYSFLYFFSKLNITAFVSGLLYFGYMGMISLTFFFLTGTIGYFACFWFIRKIYSSIKID >TIX75263.1 DUF269 domain-containing protein, partial [Mesorhizobium sp.] MPHAPVGPAVNKDEEALARPFVKCLLRLIRTQDSFGLWEGNSDAELLAEFIITKEQQCATPLIGDPDSDALWRLDMFYTA >TNH24208.1 hypothetical protein FHG89_25395 [Micromonospora orduensis] MTSVGSADWRGMAWVGSADGGCPNGGAGGADCGAGFTGGADCGAGGADCGNGGADCGAGGPDCGNGGADCGNGGADCGADWNGGEGWPYWPPNCPCG >WP_147434933.1 type I glyceraldehyde-3-phosphate dehydrogenase, partial [Mesotoga sp. HF07.pep.5.2.highcov] >RLL91210.1 glyceraldehyde-3-phosphate dehydrogenase, partial [Mesotoga sp. HF07.pep.5.2.highcov] TIVLGVNDEVLKPEMKIVSNASCTTNSIAPIIKILNDNFGIEKGYLTTVHAYTNDQRILDLPHSDLRRARAAAANTIPTSTGAAKAVGVVIPELKGKLDGIAMRVPVTDGSITDLTVVLKKDTTAEEVNELVKKAAENELKGIVEFTEEELVSSDIVGTTVSAIFDSKLTAVMGNLVKVCSWYDNEYGYSCRVVDLAKKMMEM >WP_091252096.1 hypothetical protein [Arthrobacter sp. ok909] >SDP38434.1 hypothetical protein SAMN04487914_109155 [Arthrobacter sp. ok909] MGMRWIFDGHIAGIGTASGLRAVVGLWQESPFGRFADAMVELPSGRRILLAPTAEVAGFIAAVYCFDETLLVDIAVRHAGGTLTVDAGRLLLEAAVGARTALGTAARLIPRPLAVHPRWLRAVSPFAGLLSPGVRTAGTAGGGRREYYGVTDLHRIDAATVSWDGVDAGTLAKVVPAVGFGFSSVPPEPGIARVRTTVEGAPVTLR >HJE11106.1 mannitol dehydrogenase family protein [Corynebacterium glutamicum] MSTGMSTGMSTPLNRKNASCPDAPPVRLVHLGLGAFHRAHQVWYTQKADPTWGYASFTGRSARMSDALTPQDGLYTLVTRSGEGDSPELISSLVEAQPAANVERLVELMADPQVAVVTLTITEAGYHLAADGSLDEAHEDVASDLEALAGDSLELKTAAGKLVKGLAARKAAEAGGIAIMSCDNIADNGALTAGSVLGLASKVSEDLAGWIEENVTFPSTSIDRITPATEDSLIADVEAQTGFHDNAPVVTEPFASWIIEGEFPAGRPNWENAGVEFVSDIEQFERRKLWLLNGSHSLMAYLGQLRGHTTVADAINDSVVRSHVEALWDEAANHLTAEGLNVPGYRQSLIERFENPRIVHNLAQIAIDGATKQRMRAVPILKAELAAGRPGNGAALSIAAWIAYVLGTEEVRDTRSAEINEAKLLDDAILCLITVLDEDLATNDAIVTHIKKVVSELS >MBQ1306452.1 hypothetical protein [Erysipelotrichales bacterium] MPSMLTHRVLGDDVLKQTDPASLVMQSIDQAFECYSIGTSGPDLFFFYNAFPWNDGKKAVAVSRHGSRIHQFYTREVFKVMVSRCRKSMDPGQIAYTAGFMMHWALDHIAHPYVYNRCGTGRQSDSPHRFFESQLDRGIIDWKNIDIRKFKPQDIVKYLPDTWYPIWQLYSEVLEKIWNLSLEPEQIQIALQDFHRMEIYLYDPSGRKMKVVWKAEKLAHMEGHATSMIIPVKPDPEWNVMNEDHHVWHHPSTGEEHRESFRELFEEATESGKVLLKAFNDVLENGEPLDTVLDLITGNFHTGLPVPDDMKYFDLLQTRVPKSILD >MBR5168981.1 DMT family protein [Muribaculaceae bacterium] MQQFYTIGLLVIANIFMTFAWYGHLKLQQMHVISSNTPLYLIILLSWMLALPEYSCQIPANRIGFDGNGGPYTIMQLKVIQEVISLTVFTIFVTLFFNGESLHWNHLAAFVCLVLAVYFIFYK >WP_010865602.1 radical SAM protein [Aeropyrum pernix] >BAA79165.1 conserved hypothetical protein [Aeropyrum pernix K1] MGLIPPKWLERMVEAYRDPSLERAVYGEVLTRSDIERLLSETPLHPMAAAADYYARVIKKGVGSYIVNIYLAYTNVCVTRCTFCDFYVPPERRSSGYTHPPEHLGRVAGLARKRLGVREVHMVGGNDPELPLEYYEEAIREIKRVAPGVVLKAFTAEEIGFIAKATGNTPKEVLARFREAGLDALPGGGAEVLSEEVRKRIAPLKISSDEYLEIHRLAHSMGIRSNITLLYAHIEEPRHVAEHLYRIRRLQEETGGFISFIPIRFNPGKTPLSRHPEYVKKGDRGGLYDLRIVAASRLALLGAIDNIMAYWVSMGEKLAQAALSHGANDIGGTFYNESVISAASSLRKRKGMSPARLVFNIATAGWTPMERDTFYNYYPPRAEPPRLPWMQG >WP_074028604.1 hypothetical protein [Lactiplantibacillus plantarum] >APP11179.1 hypothetical protein BSG92_01595 [Lactiplantibacillus plantarum subsp. plantarum] >MCT6651154.1 hypothetical protein [Lactiplantibacillus plantarum] MYQEIAGQQLEIKRAEQRGGEVDHSVASIGKLARLNYESEWPLRRGLTKYWEGECEHARS >WP_270967954.1 acetate--CoA ligase [Campylobacter upsaliensis] MMYQNDTQLIKPNKEFAKKARIKNICEYYELYEEASENFENFWGKMALEKIDWFSPFSRVLNEDNPPFYKWFEGGTLNVSYQCLDRHMKTRRNKAAIVFEGEMGDYEVYTYRRLFHEVCKAANLLKRFDVKKGDRVVLYMPMIPESAILMLACARIGAIHSVVFGGFSPEALRDRIIDAGAKLVITADGAFRRGKPYMLKPAVDKALSEGCECVEKVLVVIRNNEPINYVKGRDYVYNELVKNESYKCEPEIMDSEDLLFLLYTSGSTGKPKGVMHTSAGYILWAQMTMEWVFDIKDYDNYWCSADIGWITGHTYVVYGPLACGATTIMYEGTPTYPNSGRWWRMIEEYQVSKFYTSPTAIRMLYADAPDEPKNYDLGTLEVLGTVGEPINPSAWNWFYEEIGNSKCAIVDTWWQTETGGHMITPLPGATPLKPSCATLPLPGIFAEIIDEEGNKKSIGEDGLLCITKPWPSMIRGIWKDEERYKESYFSQAKKDGKPVYFSGDGAFYDERGYITITGRTDDVVNVAGHRIGTAEVESALAKHKDVAESAVVSVLDSIKGESLFAFVVLNSNASCDLGSELETLKELNDILRAEIGPIAKIEQILYTPGLPKTRSGKIMRRILRTIARKEELKQDVSTLEDSAIVASIIKLANEQ >CAG5083139.1 Oidioi.mRNA.OKI2018_I69.PAR.g10290.t1.cds [Oikopleura dioica] MNRVHELRQRENRGSQPLAASSPRPGPPFGAPTPLFTGRRPVLMDKNGRDPSLDISSIPMSGERRGRLEAEDVPSVETFSADGIESPTIVQQSTGNVRQYISSLVAKKNKYKRMALEAKKAYEELSALVTEKLPVVDALEAGVNKMHDTVEAIKQRQYVFFTVLSLLAVFIYAVFVEMRAATATTNGSPYV >WP_121452481.1 transcription factor FapR [Desulfofundulus salinum] >RKO68098.1 transcription factor FapR [Desulfofundulus salinum] MSKSHTGKLKRQQLVARYLSGNPFLTDEDLAAILGVSVQTIRLDRNELHIPEKRERLEQVARGVYGQLRALSETDLVGELVELNIGKSGVSILTITDEMTLKRTRVARGHYLFAQANSLAVALCDAEVALTGTTKVSFRRPVFCGEKVVARAFVRRKKGNKYMVRVASRVNNEVVLEGKFLIFAIAEEVWRQ >MBQ8412219.1 DUF1292 domain-containing protein [Lachnospiraceae bacterium] MSDFLENEDYEEATVSMTLDDGTELECDVVAIFPVGDQDYIALLPNKPVEGYDENEVFLYRFKELDGENIDLSQIESEEEYEAVADAFDELLDEEEFNEIAGEDE >RYE89993.1 formylglycine-generating enzyme family protein [Oxalobacteraceae bacterium] MSKRSALLSLTFMIWLPALAAAPAPLVNSLGMPFVPIPAGEFMMGSDESPAALAQAWPAYDLKRFTDIGDEAPVHRVRITRPFYLGQTEVTVGQFRRFLEASGYIPESVADGTGAYGYNPAYDPATTTRGDAFEGRDPKYSWRNPGFAQDDSHPVVNVTWNDAVAMADWLSRSEGHVYRLPTEAEWEYAARAGTRTRYHSGDAPASLLNVANVFDADAVQNWKKWADYALDGRDGHAFTAPAGSYAPNAFGLHDMHGNAWEWTADWHDDGYYAISPVDDPTGPATGSVRVRRGGSWHTWSFYARASFRNWNTPGTRYTLVGMRLLREAD >WP_160352546.1 energy transducer TonB [Sphingorhabdus profundilacus] >MVZ96578.1 energy transducer TonB [Sphingorhabdus profundilacus] MAQAPTFQEPSSKGPKTYLAMALGLCALLGLIWFIYTSWNSVPGVAVEQTPPTAIDMLPPPPPPPPPPPEPQEKPPEPSDKPTPTPEPTPAPTPDKPAPAPMQIDGPAQAGSDSFGLTSGSGGGMGAPSSKGTCIGANCGAPAKTALGADRFWGRNIANALENHVENSKKVNVDSFVSEFDVWVSASGVLTRAKLARSSGNAKLDQTVLGLLQTARGLKPPPETLRMPQRVKVGRKRF >MBU2573448.1 hypothetical protein [Elusimicrobiota bacterium] MKIFKRFLPAGFIFSVCVLCVLSAAEAAVPGKISYQGTLRKDGILYAGTVAMEFRITNSNGGTVYWTSGSTDVYVSGGLFRYTLGTPNETSFAAIQWPAIDAYMQVLLDGNWLPPEPLFSSAYALHALRAEGSTGDFTAYDGNIRISTTAGNIGLVFQDGTTQYTSASPVWSVSGTDVYISSNSYGNAGIGNSAPEARLDVQAAAGGYPQIWRDSSGVIQASMSITGLLYADASQMRNIPSSADNLGSHIAAADLNMAGFQLSNAGAVTASSYTAAGVLGIGAAQVRLAGNVAVSSEAASALGGGVRVSSNIYIVGFSSAAKYYGDGSALSFFPVPANIMSVDTNQTATGVKTLTSSFTVTSASGIRAPIYNIAANVAMSAAPAPQYGGVYVSTHVYLPAGARYYGDGSALTGVVGLDNLGDHTLAQNLTAGSYWFSGDGGPEGVSVDASGNVSVGGSGSVPGAKLDVRGAVGAFPGYIQIWRNTAGVVQSSMTDTGILYADGSQLRNTGLGTATQNLNMSG >TAG14385.1 histidinol phosphatase [Sphingobacteriia bacterium] >TAG30440.1 histidinol phosphatase [Sphingobacteriia bacterium] >TAH09203.1 histidinol phosphatase [Sphingobacteriia bacterium] MLPGIDDGAVTVEESLSYFKAMQEWGYHKCICTPHIFRGVHNNSAATILPALEKMRAALAEASITLNIDAAAEYMVDESFMDLLNNNTPLLTIAGKYVLIEMSYAAPSPYLENAIFKLNIQGYKPILAHPERYSYFHHQLDYYDRLLEMGCIFQVNLLSLSGYYGMPVKKFALKMLKQNMFALIGTDLHHHNHKDAIKAFAVTKECYEIIRQIPLLNQQL >HIS46075.1 hydroxyethylthiazole kinase [Candidatus Scybalocola faecigallinarum] MEKLQTTFLNEEKEFSEKIKQLRERIYDHKPVVHHITNFVTMYQCARITAFLGAAPIMAFAQEETAQVTAKSDALVINTGTLNDEVIRSIPKSLEYANAHHIPVVLDPVGARLSAYRFDFIHGLLNSFHFDVIRCNGVELLGLHGQAIYGKGIDGASSSVEIPQAAAELARQYHCTVACTGPVDHISDGTRSVSLNRGCPQLPKLVGTGCMVNSLIASYLPVAQTSLDGAAAGILTMCLAGEAAAARLSRPDQLGTFETYLMDGISQLYTNE >MBS6779195.1 pyruvate ferredoxin oxidoreductase [Eggerthella sp.] MAEKKPFSATGNQMVAEAIRQAKPDVMAAYPITPQTTIVETYDKFVADGRVHTEYVPVESEHSALSACIGASAAGARVATATSSQGLAYMWEELHIASGMRCPIVMANANRAISAPINIHGDHSDVMGARDAGWIMFFAETAQEAYDNTVIAFRVAEDPNVLLPVITSLDGFVTTHAMDVCVMEDDETVEKFVGEYKPLYPLLDTEHPVGHGMFATLGPDYMKMKRIERNVITNSIDIIEKHGKGWAEITGRPFDLVDAWGCEDADYIVVCLGSNAGNVRFEARKLREEGKKVGVVRPRVFRPFPEKQIAEACKNAKGIAVIDRSDSFGSPSAPLALEVRNALYRAGLNIPVSDYIAGLGGADITLDQIKQVYTELEQGGNSSLTYLGVEE >MBP3450714.1 GNAT family N-acetyltransferase [Spirochaetaceae bacterium] MEYTINEERLTADEYIEFLKHTDLGSQYPKERFYERISTLVKKVSISLVARNKEKEIVGVCFGITDFSYWLFITDLGVVRECTGKGIGKSLVNKLLELAGGKENIIMYTCVNENAIPFYEKLGMEKPDDVMVYNHAEWTDFVVE >WP_259633828.1 hypothetical protein [Stieleria sedimenti] MNADTALAFGFGLGDDGYIETTLFRDDLTDRIRNLLTAEKS >WP_277084622.1 acetyl-CoA C-acyltransferase, partial [Stecheria intestinalis] VNVVCGSGLDCVNMAAEMILAGDADVVVAGGMESMSNGPYLLPHARFGYRMNTPKDGLVDAMVHDALWDAFGDYHMMITAENVAEQWHLTREELDEFSAHSQNKACDARDHGRFKDEIVPIEVNLGKKKGIVTVDTDEGPREGQTPEVLAKLKCCSGKQGGVVTAGNASGINDGAAALVVMSEEKAKELGVKPMATWVAGGLGGVDPSIMGVGPVAATKKVLAKTGLTIDDFDLYEANEAFAAQSVAVAKELKFDPAKLNVNGGAIALGHPVGASGARILVTLLYAMQQRNAHRGLATLCIGGGMGCATVVERED >HBO4828144.1 ABC transporter ATP-binding protein [Pseudomonas aeruginosa] MTTAGNSLGRIQIRDLSIRLGQGSEAFEAVRDLSLEARPGEFVCLLGPSGCGKSTLLGALAGHLRPSAGSVRVDGRSVEGPSPQRGMVFQQHTLFPWRRVRDNVAFGLKMQGLARAERNRRAMEMLGLVGLADFAGRWPGQLSGGMQQRVEIARVLVNRPRLLLMDEPFGALDAQTRLKMQTLLLDVWARVRTTVLFVTHDIDEALYLADRVLVMSPRPGRIIADLALDFPRPRDTRLVTSADFVRLKRHCLELLDHDDGRQLPRLTPLGLPPGITPDRLWIAI >CAB3503427.1 unnamed protein product [Digitaria exilis] MDETPQNTTSTHRSTFVRDTHQLDIVGYSVRKELGVSNSVRSCAFEAGGHTWDLVCHFQRHGLESISLELLLSPSITTRDVVAMAGLRINDPTGRSPAAIWRSHEAHTFYAHSSTTWKLSLPDAFREERYVHDDRLRVHCTVDVLEDSTTLMPPETRNRFISAPPPPSISHDLHRLLLVADDARWPPPDVTFVVEKTAEIHAHKLVLSMRSPVFRALFHGSMKERFTRSVTIDDMAASTFRAMLRFIYTDELPIKPKGVTSQEECRSKHLARRRVAMARDLLVAADRYGLERLRLMCENILSESLDATTVMATLTLVDGRYSCRQLEDSCIAFMASTFADVVATPEYQELKGNSVSFVADIMERVALHKLAAGNCPSSSTSSAMAKKSSSTYTSMARGTHEFTVPNISTVLTFHVPDPDDKSWPPATMKKINVVYSKDNMAWGPQGLSLITLASAKAKSQHVGHDGSLTIRCDIQITNPESRGSSSTAVGGGGTIPVPPSNIAWHLEQLLASEQGSDIKFMLEGTTVVHAHRLVLAARSPDLYDQAAASLAGGTDVDEHVRIDDMTAGVFKAVLHFIYTDQLPCSGALRDGDMAMAGEVLEVAGRYRLERLMVMCQNILAKSISAENALGMLKLAERLRCKELEDYCLDYIASSQQIATQVMKSFGSLVN >WP_167084302.1 ATP-binding protein [Massilia frigida] >NHZ77944.1 AAA family ATPase [Massilia frigida] MEAIIFVGLQASGKSTFYKNNYFNTHLRISNDLLKTKYREKKLVEICLETGMPFVVDNTNPTRDVRAKYIDVLKGSKFRIICVYFRIDLERSLAWNRGRSGAALIPDVGIFDTHKRIELPTMGEGFDEIHYVDIIDDQFIVKAWHEI >MBK9137892.1 response regulator [Verrucomicrobiota bacterium] MNELYDYKRFAILYVDDEERSLKQFSRVFSETFRVMTAPNAAEGYKLLEDHQDEIAVVMSDQRMPGEQGVQFLERARRLRPQIIRILVTAYADLDAAIAAVNSGAIYKYVSKPWEVPMLEMTLKRGLEFFAVQLERDLLLREKLSVLHRLVVTDRVLSLGVLGAGLGHQLRNAVASVRQFLELVPDGLRREDVDLNQLRNPDFWQDFHRNVQARFKTVVGLLDSLVIPVPPPYTFNQEVSLPQAIDRAAAGLAVELRARKIEVVNAVAGDLPVLKVDGCRFEKLFPLILRYELLSLSPGSLVRFEATAPPPGGAGPAAIELFVTDTGSRLAAEAALALLDPFQMRRSEAGELGTHLLAVYLIVHHHSGTISVGQSASGGLAMKIRLPTEPKPPTPADEEAEFLSRAMTSERLWESLLDHASPG >WP_086612756.1 tautomerase family protein [Acetobacter indonesiensis] >OUI95847.1 tautomerase [Acetobacter indonesiensis] MPLLHFHIIKGSRSATEIRSLLDSAHQAMLQAFKVPERDRYQLVSEHDQTHMIIEDTGLNIPRTDKVVLLQVVSRPRSKEQIAEFYKLLAENLEQDCGLAASDLMVSIVQNSDEHWSFGLGRAQFLTGEL >WP_229319113.1 ABC transporter ATP-binding protein [Streptomyces californicus] >MCC0575389.1 ABC transporter ATP-binding protein/permease [Streptomyces californicus] MGADSAAGRGVIRRAVAGQRRDVVVGSLLGACHQIGEALVPVLIGIVVDRAVVRPDGGALTLWLVVLAVVYTLLSYGFRFGARAGERAAEQAAHRLRLDVLRRVLAPHGGAEAGRPPGALVNVATEDARRVGAVNMALTLGVAAVVGVVAGAVLLLRASVPLGLLVLVGAPVLMALGHFLARPLEHRSEAEQEQAAHASGVAADLVAGVRVLKGLRAERAAVARYRATSRASRDANVRAARAAALQTGLMLTLTGSFIALVALVGGRLVLSGSIGLGALVSAVGLALFLPGPISVLAWVGAELAKGRASAARIADVLAAPGETTGGSAEPTVPAPGELRLNGLGHAGLDALDLTVRPGEHLGLVVTDPADAATLLHCLARRCDPDRGSVELDGVPLTELAPAALRSALLVAEHDAQLFDGTLLENVTAAAPAGTDPHPAMDAAAVDEVAATLPGGAHGRIGERGSSLSGGQRQRVALARALAADRAVLVVHDPTTAVDAATEARIAVGIRRARTGRTTVLVTSSPALLAATDRVVLVDGGTVAAEAPHEDLVRDHPVYRTAVLT >MCI40880.1 hypothetical protein [Trifolium medium] MEEEIILRKELRDARDQQRKSRKAERTVKKQREQLLKETRAAAGFSEVVCVFPEGGLESITWAKMFGGVEDKSVCVCG >MBU6305288.1 DUF393 domain-containing protein [Betaproteobacteria bacterium] MHAAKNLPLPEPVMTRLKVFFDGACPACSKEIALYQRADRQQAIDWLDVAQTANSLSLPLPRETLLRRFHVQRPDGKIVSGARAFIEVWAALPGWRWLARLCRTPGVPGALEVSYRIFLKLRPALQKFQRRKSSI >UAS17182.2 LPXTG cell wall anchor domain-containing protein [Staphylococcus pseudintermedius] MNQVNLKILVQNNLLSQDNLKILVQNNLSEPGQPENPSPEQPSEPGQPENPSPEQPSEPGQPKNPSPEQPNNPSVPGVQNPEKPSLTPVTQPVHSSGNKAKPSQQQKALPETGETESHQGTLFGGILAALGALLFARKKRHDKKQSH >MBN1762539.1 NDP-sugar synthase [Methanomicrobia archaeon] MDVTKLKCFIPVGGQAKRLKPLTYYISKPCVRFLNRPLLEFSMATLAEQGIRNFIFGEGGYTNYTNLFDQYGEGIGFSAKYMIEPRVHIKHQPNLDDFGSADSYRLNMGYYDVRDPVLVIQGDNLFNLELNDFIKVHEEKGAYMTIALTKVDNVEEYGIAELDNTMRIKRFIEKPKADKAPSKLANAGIYLLSPEIRQIVENAEIKRITEERRRLDFGFDFIPYLVDHGYPVYGYELNVWYDVGSPEKYLKAMHEVLHGALDIRILEPKIAPDRNIWLQGYSEESIKRREAIVNNYKENKLFIEGAALIGRHTRIGDYSKIADSNIDNFCILGEYVNVERSAIMDAARIGDHTRITDSILGRKVVIESTRASPTSIESNSVLGHAVHIGEGCRLIRTKINPGLTIPPGMRYVDAFLRNDVDVLDLVR >KVN34631.1 acetyltransferase [Burkholderia stagnalis] >RQQ06041.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] >RQQ15039.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] >RQQ30112.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] >RQQ32839.1 GNAT family N-acetyltransferase [Burkholderia stagnalis] MGMLIRAYRHTDLHTLSAIWFDASMLAHPFLGEARLRRQRALVEDVYLPGAETWVACLGDEPAGFIGLLDGSIGGLFVAPAMQGRGIGRALVAHALALKGVLELEVYADNRAARAFYERLGFEEISRRAEDDDGAPFANIRMRSTG >CAD2189922.1 unnamed protein product [Meloidogyne enterolobii] MEWSQKLSAFEDLATTQLLKHIYSDRNSKCEKDSMAIETIQKFKEDKYFRWKLIFSVLDGKQLGKLNMKILHCACILLGNEQTSQLFAQFIHAAKNEKELTNFLSFALTVIPHLNQNQRVNSLSVMTLAVRFAVLDSKKIENELAEFLEEKEEISLENENCQNKITLERNLLNNLLMIVKWNEQSEQGMILRNIGLNLADIRGYLQEGLLNWMLDYTDLVRKITGGTLNEEAAQVLNTFFTLMLSVVPQVQLPLNFQNNLLTKLSALIVSMLKFIKKEKLGTSLDGVDYFARCCTIAGRIFIKQTGADPTQLMRSLMDEIFESYQELFDSDCCGSNESSRHIGAFLDYSKFKTINFFNKNYEHSIFHELRQASLTDRTAAAVAHSGTLNRKRFLEKFVENKEGEEEENAEIKINQIRRLLFLDFIECLCLSARPSTTKPSPPSTTEQQMQQFYDLGMCRFLGQLLVDRFAGDGLTSHSCWHSWEQERELVSQYTKITKIIEQHPIVFDFLLLLSELGFTGLCSVIPLFKALFVTVLSQLENTPLKTEKNFFCFFTKINSINWTFYLCKFLADIFPRILSTFQEILSNSTNFEAFVLMRDLWDFLKLLIPTCEEITKGKMISFENKTVLEKKEGKQLISSMVLVIQRNISLLGEFLYPILELIGENDENDWTIEREQKPISVLAEIKRF >KAF5671546.1 Ca2+-transporting ATPase [Fusarium circinatum] MDSSTPRRPRAPTITVDTAAVDSNDPAPADSISPSPLDDTNTLAVPTAKSRTESWSSSPSTKVGTDHEQMSREVEALRKGDQAEILKPDPGEEDHFHVENNPFAFSPGQLAKLINPKNLAAFVALGGLPGLQKGLRTNAKAGLSVDEGKLAGAVSFEEATSSKVEKSTHSDAHASGKDAFPDRKRVYGANRLPEPKSKSFLELAWIALQDRVLILLCIAAVVSLALGLYQTFGGSHEDGGAKVEWVEGVAIIVAITIVVVVGAANDWQKERQFQKLNQKKEDRIVKITRSEKPQNISIHDVLVGDVMLLEPGDVIPVDGVFIEGHNLSCDESSATGESDLIKKVPAEQVLHALLHEQAPQLKKLDPFIISGAKVLDGVGTFLVTAVGEQSSHGKTMMSLRDDPGLTPLQAKLNLLAGYIAKLGSAAGLLLFFVLLIEFLAKLPNNRESGEQKGQDFLQILITSITVIVVAVPEGLPLAVTLSLAFATKKMTRENNLVRHLQSCETMGNATVICSDKTGTLTENIMTVVAGSLGIRGLFSFGDSSFEKESAGAEKRETSALAQFATKLDPEYKELLKTAITVNTTAFESDEEGKQGFVGTKTETALLDWARRYLGLGPLAIERANHPITRLFPFNSQRKCMGAVVQIPGPTKDKPKYRLYIKGASEIVLGECTTILGDPTTAPTTEALSDDGKEELRSIIFNYATNSLRTLGLAYRDFENWPPVLSLRPEDDNADIDLTDLVHNLTWMGVVGIQDPVRKGVPEAVNDCGIASVNVKMVTGDNVETARAIALNCGILTESTINEPNAVMQGSDFRKLSESDRTAVVKKLRVLARSSPEDKRILVKTLRSLGEIVAVTGDGTNDAPALKAADVGFSMGITGTEVAKEASDIILMDDNFSSIVVALGWGRAINDSVKKFLQFQLTVNITAVGVTFISAVSDDEQKSVLNAVQLLWVNLIMDTFAALALATDPPTGSLLHREPEARTAPLITITMWKMIIGQSIYQLIVCFVLWFGRDSILGYEEREVRSLIFNIFVFMQIFKLVNSRRIDNKLNIFEGLHRNHLFMLMMTIMAAGQIIIIFFGSDAFVVTRLNGVQWGISLVLGFFSIPIGVLIRLFPDEWFHAFVKVLAKLWPSWIRFSRKKKDTSEEEGTEPFPKEKLEGYDMDTALLGIRDDLEFLKHVRGGRMTALSDAMARSREKMLRRKRSESRPRSKLRSRRGSSRSSNRPPISPMMSVVGMPGIVAASVAGLQPGQGASNENLEARQA >CAG8783316.1 3319_t:CDS:2, partial [Dentiscutata erythropus] KTNQGDNGIDIIVSYKGYTFLVQCKNYDGDNTNRGNAIRGDIMKFEGAISWYPQISFRVFVVAKMGGYNEPARSRARGSPYKILLTNYENI >XP_006161615.1 ferredoxin-2, mitochondrial [Tupaia chinensis] MAASVARGGVSAGVLLRAARGAWWSKPGSCSGSGEAAVPATTRRFRVTGSRPPGGPERPGDVVNVVFVDRSGQRIPVSGRVGDNVLHLAQRHGVDLEGACEASLACSTCHVYVSQDHLDLLPPPEEREDDMLDMAPLLQENSRLGCQIVLTPELEGAEFTLPKITRNFYVDGHVPKPH >WP_207472995.1 twin-arginine translocase TatA/TatE family subunit [Tessaracoccus sp. SD287] >MBO1029906.1 twin-arginine translocase TatA/TatE family subunit [Tessaracoccus sp. SD287] MGGFGWQELLIILAVALLLFGGTRLAGIGKASGRAIREFKEETRDLKTSDKPAEVATKEAAADKVLDATIVDETVTQPEHHKHQA >TMG92410.1 glutathione synthase [Betaproteobacteria bacterium] MRIAFIADPLPSFKVHKDSTYAMMVEAAKRGHELHFMLQEGLMWKGGRVVGEISRLTLTGEKDSWYKTAPPKETPLDEFDVVLMRKDPPFDTEYVASTWLLELAQEDGAKVFNEPRAIRDHSEKLAIAKYPQFSPPTLVTRLAGQLQEFIDAHRDVVLKPLDGMGGESVFRVASGDPNRNVIVETLVRDGAKSVMAQRYIPEIREGDKRILLIAGKAVPHCLARIPKPGETRGNLAAGGTGVAKPLSRRDLEIANALGPELARQGLLLVGLDVIGDWLTEINVTSPTCFREITDQTGFDVAGMFLDAVEAAVR >MBL0091585.1 DNA helicase RecQ [Piscinibacter sp.] MSACLVRPIFNPPCLVFGSARSVGAGAAEPVDPGPVTSRLRLETATVTATALAPLAVLNEVFGYAAFRGQQQDIIQHVSAGGDALVLMPTGGGKSLCYQVPAIVRHRREQGVAIVVSPLIALMHDQVGALEEAGVHAAFLNSTLTLEDTQKIEREMMSGRLVLLYAAPERITTPRMLAQLDSLHERGLLSLFAIDEAHCVSQWGHDFREDYLGLNVLHERWPDVPRIALTATADDLTRADIITRLQLQTARVFISSFDRPNIRYSIVEKDDARKQLLRFIRDEHEGDAGIVYCQSRKKVEETAAWLNDEGISALAYHAGLDADVRKRHQDRFLREDGIVMVATIAFGMGIDKPDVRFVAHLDLPKNIEGYYQETGRAGRDGAPADAWMAYGLADVVNQRRMIDESPAEEEFKRGQRSKLDALLALAEAHDCRRVRLLAYFGEESSPCGNCDNCLNPPATWDATEASRKALSCIYRFHQNRGQRFGAGHLIDVLRGKVTDKVSQYGHEQLSTFGIGADLSETQWRGVLRQLIALGHLRTEGEYNTLELTASAREVLKGEVALLLRVPSEAPKTSRSGRTGRVTKAGGGREKPAPIALDDDGQRRYAALKAWRAEVAREHNLPAYVVFHDATLAEMARDQPGSLDELGGISGVGAKKLEAYGREILRVLGEAA >EJI8012843.1 Dam family site-specific DNA-(adenine-N6)-methyltransferase [Escherichia coli] MKELCYGSVCSGIEAASIAWEPLGMRPAWFAEIEPFPSAVLAHRWPHVANLGDMTKLAKKVLAGEIESPDVLVGGTPCQAFSIAGLRGGLDDERGALTLKYVELANAIDDKRAESFLKPAVIVWENVPGVLSSADNAFGCFLAGLAGEDAPFEPGDRPESGKSNAFWRWDGKTGCHAPKWPQCGCIYGPQRKVAWRILDAQYFGVAQRRRRVFVVASARTDLDPATVLFEFEGVRRDIAPSRGEGKEVAGNVGNGIKSGSHWDNPVNPHPTLNQSHNTGGIGASNQEIFAQRGSGLVGAYRMVAFGEYADDETASTVKARDFKDATDLAVFSSTGAGIWREGAGTLRARSQESHEHLAVMAIHGTQDPDVNCELAHTIGRNHGQENAVVAFSCKDYGQDVSIECSPTLRSGNAVNSNPNAGCPPAVAYSLQHAQIGRKDDAGPQGKGWQKEISFTLDSRATADAVALSFGGQKSIEKGNLGENGYLPHMMSVRRLTPVECERLQGFPDGHTLIPTEKRKKVSSDELAYLRNNYPDLSEEEAAMLAADGPRYKAIGNSMAIPVMRWIGDRIAKAACRQKEGSETKERKVKPAAEFERSIFKWAGGKFGVLEQIFRYLPEGKRLIEPFVGGGAVFMNAGYQENLLNDVNADLINFYKTLQREERSLITLAHRFFQDYNTQEGYLAVRSAFNKQVYDDLHRAAAFLFLNRHCFNGLTRYNQAGEFNVGYGKYKTPYFPLQEMEAFLGAEGRSEFVCGDFAAVIEAAGEGDVIFCDPPYEPLPNTEGFTNYSGHDFKFEEQKRLVSLLTDAHRRGAKVLITNSGAPNIRELYHDSGFRVEHLFARRSVSCKGDTRGVA >8APN_AM Chain AM, mL116 [Polytomella magna] TIFNTGVPGPRPEVAQKLSTEYQGHILRMISLAESASELDEVLWSSKKHLRPVHIARSCLKLEYLRTKEKGREVSEPIKNLASELENYVELYSTKFTIGQVSQLVRGLSSIRRNIQPDLLLKLAAVVVADDGRQVQLANEMDCRDLFFGFFSQGFDNELFWKRLSESVLPRLPYFNADVVSTVLRVVSGLRFLHNTEFAHATMTALVPKVGDLSPARLADAFFSASLLDPTDVSGLNAKLEERFLREFTSFPIKDTVTMFQTVTVRRHSTPELAAQVAPLVAAQAHQLPVRHLRRALEGMVTAGWKDTAEIPLYAILAKQAARLVLGKQSAATSAILGKHVDNQGYQRTPVQLLRQLARIFANTGLKAGPGANQPLAPYFAALQRELEGRLAELDEQVTDDFAESFKKVGIAEGARVQI >WP_073680713.1 AAA family ATPase [Mycolicibacterium goodii] >OKH63244.1 TmrB [Mycobacterium sp. SWH-M5] >MBU8809273.1 hypothetical protein [Mycolicibacterium goodii] >MBU8816843.1 hypothetical protein [Mycolicibacterium goodii] >MBU8821830.1 hypothetical protein [Mycolicibacterium goodii] >MBU8836822.1 hypothetical protein [Mycolicibacterium goodii] MLLWINGPFGVGKTQTAFELHRRLSGSVVCDPEFVGYGLHRTMPRQLRRDFQDLPAWRQGVFEVLDSTLRQYDGPVIVPMTVIEPRYFTETVGRLRDVGHDVFHFALLARRETVLNRLSDRGLGFGGLLRRAGRQDAALRREAFAVERLDRGLESLARPEFADQIWTDDLGIPEVAERIAGIAGVSLAPNTDGAVRARLRRIAVTARHIRL >SQB81123.1 proline aminopeptidase II [Escherichia coli] MVLTVEPGLYIAPDAEVPEQYRGIGIRIEDDIVITETGNENLTASVVKKPEEIEALMAAARKQ >KAI2569442.1 ribonuclease H2 subunit B [Homo sapiens] >KAI4063360.1 ribonuclease H2 subunit B [Homo sapiens] MAAGVDCGDGVGARQHVFLVSEYLKDASKKMKNGLMFVKLVNPCSGEGAIYLFNMCLQQLFEVKVFKEKHHSWFINQSVQSGGLLHFATPVDPLFLLLHYLIKADKEGKFQPLDQVVVDNVFPNCILLLKLPGLEKLLHHVTEEKGNPEIDNKKYYKYSKEKTLKWLEKKVNQTVAALKTNNVNVSSRVQSTAFFSGDQASTDKEEDYIRYAHGLISDYIPKELSDDLSKYLKLPEPSASLPNPPSKKIKLSDEPVEAKEDYTKFNTKDLKTEKKNSKMTAAQKALAKVDKSGMKTRSTNWSFCDGSTKTEKGQVMVVAPRKAWRFSLQLQTLPEDSDFFFCTFLENRQVPKGAF >WP_049468231.1 MULTISPECIES: Sua5/YciO/YrdC/YwlC family protein [Stenotrophomonas] >MCR8713142.1 Sua5/YciO/YrdC/YwlC family protein [Stenotrophomonas indicatrix] MKELTLDTAVATLRSGGVIAYPTEAVWGLGCDPAHEAAVHTLLRLKQRPIEKGMILVAADLSQLQGWVRLQALPDARQRAVLASWPGANTWILPAGARAPGWITGEHSGIAVRISAHPLVAALCQAWGGPLVSTSANLAGEPPARSRQELDPRLLRLLDGILDGQTGGLAQPTPIRDALSGNVLRS >WP_074825075.1 acetyl-CoA C-acetyltransferase [Pragia fontium] >GKX64419.1 acetyl-CoA acetyltransferase [Pragia fontium] >SFD47519.1 acetyl-CoA C-acetyltransferase [Pragia fontium DSM 5563 = ATCC 49100] MSDIVIVNAARTAIGSFGGALASVSAPKLGTLVAEEVIKRAGIEPGVIDEVILGNVLQSGLGQNPARQAALNAGIPQSVPATTINVVCGSGLKSVMMAAQMIAAGDAQTVLAGGMENMSAAPYLLDKARWGYRMGNGTLVDSVVHDGLSCAFNQYHMGMTAENVAERYGITRAEQDEVALRSQQRAVAAINSGAFSQEITPVTIRQKKGDIVFNQDEYPRAEASAEALAKLRPAFKADGSVTAGNASGINDGAAALIVMSAERAKALGLKPMARIRGYGTGGVDPAFMGMGPVPATRKALEKARLSMADIDLIEANEAFAAQFIAVGRELCFDVEKTNVNGGAIALGHPIGASGARILVTLLHALQARDKTFGLATLCVGGGQGVSVIVERI >WP_074925385.1 glutathione S-transferase [Enterovibrio norvegicus] >SFO89767.1 Glutathione S-transferase [Enterovibrio norvegicus DSM 15893] MTAPILYSLRQCPYAMRARLGILHARQVVELRDIDMNNKPQEMLSISPKGTVPVLQCQDGTVIEESIDVMVWALSLSDPSNLLYSHDDQQLPLMLRLIQSSDSDFVHALQKYRAASRYHDDNAIEWRYRCCEWLVDIENKLSQHAYIMGNSPSLVDYAILPFIRQFSRVDKKWYAQSPLPHLRAWLINHYNDPLFSKAMVSHPKWNENDEGVLFGFNLADGKYC >CAI2162316.1 12522_t:CDS:10 [Funneliformis geosporum] >CAI2162812.1 15846_t:CDS:10 [Funneliformis geosporum] MNDNQTSGSGGFSLKSILSDEDHEAGSILLSLSNPNTAPLPQQSTPHYNQSRDYYPSKDIEQQMSDVEIAAATISSLSTISNSVKSIPQHQRQRAKSNSMSIASLLGGDEPASSDSGRSIPNGSLINEQSQQRYQQQHQESYPEEMRNGDIHSHHQGQHNLDYGLFNSSSNHNGIRKLAKRLSGGSAPLVVNTTTKIPQREPKGIQKKSPQKRRPSDAVDFSNTRPKVHRNPDLNYFPHGPPTTSGGPKLSDLKEQLGEERIQNRLISAVPNYPMEWDRGQHPQSLHQTRPSHSITTQTEMPNGNRFTNNLPLSMAKNVNSPPMHGDSQKLNVKNFLMSNNERQGNKTTSPPLPGLSAHVPNGYQHGHGVGVGGMVGTHVDITPQLSQQPPPQMPPIQNGMPAISGHHSAFSNQFHKKYQDMENNKSKDGHLQSQTPPPQNNNIMNRQIIPNGSPMNNDHVMVTQVNGNNIYGSRDGYPPIQPNNSGFMHSSEIAANSGVQQRRVSDPLMHPISNVNAISGSRNVYPNGPSLVEQPPPPHTPQRRSTGSSHNSPPIHSSSVQHSSSQRQNILSSLSEPSHRTSTPSTSRSVSQSSQHSYMPGPHDALTSRNSYEKTSPVPPPPTYIPGPHDSRNSYDKTPPAQTVYMPGPSRNSYIAKSSAPIPQSPAMNPSRQGPLANHYHNHSPSPGPPQSGSNRLSGIGMSPHHNLHSEPVCAPVNGPNGLSPSRRILEPQSQSSGYGSNNGHSHHLHSHLDVPPPAQVLGQSTRGAYY >WP_011629477.1 M20/M25/M40 family metallo-hydrolase [Alkalilimnicola ehrlichii] >ABI57083.1 peptidase M20 [Alkalilimnicola ehrlichii MLHE-1] MSSEAIRKYVDALWGDTITEALSEFIRIPAKSPHFDPHWAENGHLDAAVALAEDWCHCHAPTDTRIEVVRLPGRTPLLLVDIPGQAPGGVLLYGHLDKQPEMAGWDADKGPWTPVVQDDRLYGRGSVDDGYALFSSLAAVLALRDQGLPHARCTLLIETCEESGSYDLPHYLEALGDRLGQPDLVVCLDSGCGNYEQLWCTTSLRGVAAGTLSVEVLTEGVHSGDAGGVIPSSFRVARRLLERLEDAGDGRILPAAFNAEIPATRRRQAAQAAGVLSDTTFRRFPRVPGLRPDVEDPAELILNRTWRPALEVVGASGLPEPDDAGNVLRTGTALKLSLRLPPTVDAEAATRALDELLTSDPPAGARLHFEPSQASNGWHAPDFAPWLGEALDRASRRHFNAPAVHMGEGGAIPFMGLLAETFPQAQFLVTGALGPGANAHGPNEFLHLPMARKLTACVAEVLHEHAVQGLARAD >WP_001202764.1 MULTISPECIES: proline--tRNA ligase [Acinetobacter] >AVF06276.1 proline--tRNA ligase [Acinetobacter baumannii] >AYX95692.1 proline--tRNA ligase [Acinetobacter sp. FDAARGOS_493] >EGY2941256.1 proline--tRNA ligase [Acinetobacter baumannii] >EGY2948766.1 proline--tRNA ligase [Acinetobacter baumannii] >EHA0745632.1 proline--tRNA ligase [Acinetobacter baumannii] MRASRFLFATLRETPNDAEVISHQLMLRAGMIRKLASGLYTWLPMGTRVLKKVDAIVREEMNRSGAMEVFMPVTQPASLWEESGRYEQYGPELLRFKDRHDNPFVLGPTHEEVITDLARNELKSYKQLPVNFYQIQTKFRDEIRPRFGVMRSREFIMKDAYSFHATQESLQETYDVMYDTYSRIFTRLGLDFRPVQADTGSIGGSASHEFHVLAASGEDDIAFSTESDYAANVEMAEAVLVGERAAPTQEFKLVETPNQKTIADVCQFLNADPKQSVKALLVQGVADEKGNVPVVALFLRGDHELNEIKAEKHPLVAAPLAFATEEQLQAFGLTAGFTGPQGLVEKGITVIVDRAASVLSDFVAGANEADKHAVGVNWERDAQITEVFDLRNVVEGDPSPDGKGTLQIKRGIEVGHIFQLGTKYSEALGCKVLGEDGKPFTVTMGCYGIGVTRVVAAAIEQNYDDKGIIWPQAIAPFEIAIVPMNAHKSPRTLEAAEALYAELQAQGFDVLLDDRNERPGVKFSDLELMGIPHRIVIGEKGLDAGTFEYKGRRDAEASNLTKEELLDKLAR >WP_122031495.1 permease [Candidatus Bipolaricaulis anaerobius] >SQD93081.1 putative permease [Candidatus Bipolaricaulis anaerobius] MKRELRLSLLLGGTFLAAYLVPWSAPAVQKALSEAVLLLQDYAREHVLTCLIPALFIAGGIAVLVSQASVIRYLGYGAKRILAYGVASVAGTVLAVCSCTVLPLFAGIYTRGAGLGPATAFLYSGPAINVLAIILTARVLGPSLGIARAIGAVVFSIVIGLAMHALFRKEEKAKADAAVPTPPPPARALWKTVVLFALMIAVLVIATWGRPAGVTVTLRDGSVVSGTRAGEEASSLLLVPEGGEEIASLPKAEIVGVEYSPSAYTTLWRHRYAVAGVFLVALLVLLPFWVGKEEGLAWARSTWDYALLILPYLFGGVLVAGFLFGRPGEEALIPSAWVQAAVGGNSWASCAVASVAGAFMYFATLTEVPILHGLLGSGMGQGPALALLLAGPALSLPSMLVLRRVLGTKRTGAFILLVVVLSTLAGKLYGTVIGG >WP_177995267.1 DUF1559 domain-containing protein [Victivallis lenta] MKSRRFTLIELLVVIAIIAILAAMLLPALQQARERARTVQCMNNVKQLGTYAAMYSGDNDDYTVRANGNNGLTDNESTWLPLLWRYTGQGQDLTGNEIILKTFEGGTVFRCPSSNYPKDHNIYAFSYSVNLHMQLTNAWDVSTVIQRKLTSFRRPSEILYIGDNGSYNSYIHPILQRGGMAALLSPGARLRANTGTLSFAADDEQPRHNGGSILNMCYLDGHASSTQAGQIDLSSGAYASYMWFGK >WP_111457087.1 response regulator [Phenylobacterium hankyongense] >RAK59794.1 response regulator [Phenylobacterium hankyongense] MSLLARLAPHLPYVRRYARALTGDQTTGDHYVRVALEALAAGERVLEANLTPRVALYHVFHAIWCTSGAQLESPQDDDSLATDDTTRRLMRIAPRSRQAFLLTALEGFTPSEAAQILGTDFSEVEQLIAEAQSEIDAELATDVLIIEDEPVIAADIEALVKELGHTVVDIAATRTEAVDAVARKTPGLVLADIQLADGSSGIDAVKDILARFDVPVIFITAFPERLLTGERPEPTFLITKPFQPETVKAAIGQALFFHPRKANKQAA >KAA8693182.1 hypothetical protein F4W67_22635 [Pseudomonas caricapapayae] >KPW57636.1 Uncharacterized protein ALO80_00819 [Pseudomonas caricapapayae] >RMM09851.1 hypothetical protein ALQ84_200169 [Pseudomonas caricapapayae] >RMV77663.1 hypothetical protein ALP05_200007 [Pseudomonas caricapapayae] >RMV92156.1 hypothetical protein ALP01_200056 [Pseudomonas caricapapayae] MPNFIGYILIALILALPLYGACYAPFKILTFLVNGKSPLNHILRYQCFISCALSFIAAFCAFFLYLATRGNYDFLMPVAGYFFIQAVSMLIMTIKAKTAIKKNHMDENPC >MYT92751.1 hypothetical protein [Streptomyces sp. SID8359] MPGQARRRRRQDAGRRRSAARTAPDAGQWEVVLETSDQAEVRAHLRRLRESGVDESLIRIDTLCRRPVELSTYRLSRFVGRAFRASDREISDH >XP_043889695.1 kinesin-like protein KIF13A isoform X14 [Solea senegalensis] MSDTKVKVAVRVRPMNRREIELNTKCVVDMEDNQTVLHPPPSNTKGENSRKQPKVFAFDHCFWSMDESNVPKYAGQEVVFKCLGEGILENAFQGYNACIFAYGQTGSGKSFSMMGNGEQPGLIPRLCCSLFERVHRESNEAHTFKVEVSFMEIYNEKVRDLLDPKGSRQSLKVREHKVLGPYVDGLSQLAVTNFEDIEVLMSEGNKSRTVAATNMNEESSRSHAVFSIIVTQTLYDLQSGNSGEKVSKMSLVDLAGSERVSKTGAAGERLKEGSNINKSLTTLGCVISALADQSAGKGKAKFVPYRDSVLTWLLKDNLGGNSKTAMIATVSPAADNYEETLSTLRYADRAKRIVNHAVVNEDPNARIIRELREEVEKLKVQLSQAESMKAPELKEKLHESEKLILEMTVTWEEKLRKTEEIATERQKQLESMGISLETSGIKVGEDKCFLVNLNADPALNELLVYYLKEHTRVGADTSQDIQLFGIGIQSEHCVLELCPDGDVTLMPIENARTCVNGTMIDSLVHLWHGDRILWGNNHFFRINLPKRKRRDRLKELERASPRESFVEADVETASEASSEQDYSYEFAQMEVIMKTLGNNDPMQNVVQVLEKQYLEEKRTALEEQRMMYERELESLRQQLSPEKATQHHRSNSDRLTFPTHSPHGKLRLWTDDRDELFRQSLSRLREQVVKANTLVREANFLAEEMNKLTDYQVTLQIPAANLSANRKRGVIVSEPAIQVRRKGKGTQVWTIEKLENKLVDMRDHYRDWREGTEELHNKANSKHCDPFYEAQENHNLIGVANIFLECLFHDVKLQYAVPIISQQGEVAGRLHIELMRVSGAVPERQSGGDDSSENSSESSCYEVMDTNGEIVHMAKRLTCRVQIREATGLPLNLSNFVFCQYTFWEHGEPTVAPPMVSPDRPSPRSPDAQFTVQFDHCKDYVVHVTEEFLEFISDGALAIEVWGHRCAGNGRSLWELDALEAKTQTLRDRWREVSRRIELLLSIQELNEQGEYSSVELHLAKDGSTGGVFQLRQGHSRRLHVCVKPVQNSGTLPLLVEAVLSVSIGCVSVRSTKLQRPLDSYQREAEEDMDSYQEEDLNCVRERWSDALIKRREYLDEQIKKIINKHEKSEEDIEREARLVEQWVGLTEERNAVLVPAPGSGIPGAPADWTPPAGMEAHIPVLFLDLNADNLTVNEQLTGPHAAGVNSILPKEHGSQFFYLPIIRHSDEEVLAVCSWDSSIHDSVHLNRVTSPNERIYLIIKATVQLSHPASMELVLRKRIAVNIYNKQSFTQSLKRRMSLKNSLYSCGVTYEIVSNIPKASEEPEERETLALMAARGESEETQDGETYIEKYTRGVLEVENILSLERLRQAVTVKEALANKGRHLRRSISTPNVQHSSCSKTDLTGCEDEDYKDHCDHVDNSNYNPQDGSLCSTPVKSRENQGLPPESPTFFNSSPFKVISPQPPKFLKCLLPVKEENKAKKVLEARPLLGQELQSMRSCVDSPALLPPPCPWPQPRAGSEGHCKPSTSSSSTLTSTPNSRQLSHTLPHTADSEDEETDVDVNLDQRPQDHSRLQPYVPEDFANFEIYNATLDNQEGLLPSCSDLKGSRCGGGSGEKLVSRSPTTSSCTSGYFSHSASNATLSDMPFSASESSDHLSCTSRDLQEPLGCQAGRGCTQTKSVSAGTDTLQSRLSADVAQDLLTQTQGSSPVSIPNCTDKQQTFPLPHSGVLSTSLEFSDFKGADDSIAESDLAHFTEGWEQERLKQKKPDAIEACDNGSQPSSVVCGIIDTSNAICSLPESEDAVNVPMCCSDTTLVCTSVRAPNNVPDKVPAPSQCHTIPSASIPPPVSPSPLARVSAVTSSAPALRGGGEPPIQEPAQGDLPHGSPCPSPNPSSAEPSGDSSGDESTPAAQLPDWMAPGEQVWVGKRRGTVHYVGGVEFAKGIWIGVKLDMAVGKHNGTVQGRVYFRCPPGHGVFVKPSRLTRGPLSMDTEPQTLIR >WP_274549238.1 hypothetical protein [Streptomyces sp. ZAF1911] MLAVLIRMIPAPDAEKARSVVVEEVVWAAAEPQDGLEHLTVVNDAEGRLGLMAFVSAVDKVRATAQARRLIDRAVRRAGALRGWSVVECSAVDLSREPSSDIDLIVPQGIRIFDM >DAZ64401.1 MAG TPA: major capsid protein [Caudoviricetes sp.] MAVYDYATQFTQLLAQKYAKELCSDALSQSNPQVKFLNAQTIKLPRITVSGYKDHTRTLGFNAGTLSNDWEPKKLAHDRDIEFWIDPMDIDETNLALSVANIQNTFEEDQAIPEKDCYRYSKLHAELTSYSGRIDTETVVNAASFLEAFDTEMALMDEAGVPEEGRILYVTPTMNKVVKEAEGIQRAVTVTTPVSVNRKVHSLDDVQIKMVPSARMKSKYNFTEGCTAAPDADQINWILVHPSCVVARDKYSYIKLFTPGTDSRTADGYLYQNRCYGDLFLLEKKVAGCAMNVTKHS >UBD95131.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYSNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKHGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIHLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >ESS65152.1 hypothetical protein TCDM_06588 [Trypanosoma cruzi Dm28c] >PBJ67873.1 hypothetical protein BCY84_22871 [Trypanosoma cruzi cruzi] >PWU88017.1 hypothetical protein C4B63_81g57 [Trypanosoma cruzi] MDAVSLIREEIVRLREETERSSCLSDESLFLDARSSLLGILNKEYGGSYFKFVVGCMLVPFFVLLTVILLYLSAKMLTEWIALRRISGRMSCHPLIQEEMHARELSQASRRSVRRRTAFVVTLKCVIASAVLFLFVGSRVMMEVLTRGWIKGLLVPLSTDGSFAAAEDDLDPWLELYSGLAMLLSVDWFRDIQGLLTFSLLGSSLMVLGLRLLRSASEDVVSMRTDSISSLKLLQKIDDKQKERGQEIMRRQMAILITMLAEQAASIPEVPRNGNVVPPLSVAENGENSSGEEEANGSSAENNREE >WP_095451526.1 hypothetical protein [Enterobacter cloacae] >MCI8906438.1 hypothetical protein [Enterobacter sp.] >PAO07178.1 hypothetical protein CIW61_06550 [Enterobacter cloacae] MPTINESLRDESIAHSVWLSRYATGVANRMVKLLNETDADLSARLLDALDRLPPESFTVSRLESLLGSVRDLNHQAVATMQAGLESELVALAKNEASYQLSLFDSLLPSQVLSHYPLQGITADMVYAAAMAQPFQGRLLGEWAENLESDRLARIVNAVRRGYLAGDTVETIARSVRGHANKDYRDGALQMSRANAASIAKTAVNHLAATARNSFTSANSDIVKGKQWLSTLDNKTSHDCIIRDLLRYTLDNKPVGHKVPYLQGPGKIHFCCRSTETLILKSWRELGIDIDEMDEGTRASMDGQVPAKTTYLEWLERQPAQRQDQVLGAERGRLFRAGEINLADMFTDKGEWISLERLKQLSGTDN >XP_040286004.1 zinc finger MYM-type protein 1-like [Bufo bufo] MKRNRPSGFQQRRMKKAREKVAQAMSGAILKYVTPSTSSAIEESPSDIHPGESEGEIQEEPSQEDTNERAQELEDGNPSTESTENYNEERGFCRRQHQQEENFDEEEEMDRLSVYLDVADWPIPVPDDLRVGLIKRGSEPFQNTKGPFSVVQRKGEKSKGKSRQLTTAWFYKTLPNGDKVLRTWMVNSPSKESLFCFCCRLFALDDKTTTGTSGFVTGFQAWLKLNPKVSEHEASENHLACLEKWKTLGAGLKLQRTIDQVHQAAVEKEREKWRDVLYRLLDVTLFLAQQNLPFRGHKEDITSANKGNFMELVELLSNYDPVLKEHFVRIKQSVISGTRVNSYLSSKIQNKFICLLGNHVKEKIVADIRKAKYFGILFDSTPDMSHIDQMCEVIRYVHIEGNKVEVRESFLRFLPIAGKTAAALTGNILQHLESDGLDINLCRGQGYDNAATMAGIHGGVQSNIREINPKALFVPCANHSLNLCGVQ >KPX96424.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] >RMT51308.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] >RMV00418.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] >RMV22145.1 Bifunctional nitric oxide dioxygenase/dihydropteridine reductase 2 [Pseudomonas amygdali pv. myricae] MQRLQLMSRNDIFFHGSGLNNTVIKTLYAFELLFYKAFMPGTAVALAKGIDAYLLEPTMLTSTQRDIIKATVPLLETGGEALITYFYKLMLDTHPEVRPLFNQANQANGSQPRALANGVLMYARNIDRLENLGGLASQIINKHVALQILPQHYPIVGACLLQAIREVLGAETATDEVIAAWAAAYQQLADILIAGERSAYDAIAAAPGGWRGARPFTVQRKVAESAEITSFYLAPTDHQPVIKHKAGQYIGVRLMIDGQEVRRNYSLSEQADGVLYRISVKREQGGLASTYLHDHVEEGSTLDVFPPSGNFTLNDHTRPLLLISGGVGITPTLAMAEQALESGERPVTFIHYARNGQAHAFSVLLRDWQQRYPLFKAHVVYAERADHEVYTPDAIGFPSITHLEKWLPADRDVDAYFLGPTPFMAFMKRALKDLGVPESQARYEFFGPAQALA >WP_233290946.1 lactose permease [Escherichia coli] >MCE3651999.1 lactose permease [Escherichia coli] >HCJ8430123.1 lactose permease [Escherichia coli] >HCJ9156062.1 lactose permease [Escherichia coli] >HCJ9491408.1 lactose permease [Escherichia coli] >HCJ9658667.1 lactose permease [Escherichia coli] MYYLKNTNFWMFGLFFFFYFFIMGAYFPFFPIWLHDINHISKSDTGIIFAAISLFSLLFQPLFLLSDKLGLRKYLLWIITGMLVMFAPFFIFIFGPLLQYNILVGSIVGGIYLGFCFNAGAPAVEAFIEKVSRRSNFEFGRARMFGCVGWALCASIVGIMFTINNQFVFWLGSGCALILAVLLFFAKTDAPSSATVANAVGANHSAFSLKLALELFRQPKLWFLSLYVIGVSCTYDVFDQQFANFFTSFFATGEQGTRVFGYVTTMGELLNASIMFFAPLIINRIGGKNALLLAGTIMSVRIIGSSFATSALEVVILKTLHMFEVPFLLVGCFKYITSQFEVRFSATIYLVCFCFFKQLAMIFMSVLAGNMYESIGFQGAYLVLGLVALGFTLISVFTLSGPGPLSLLRRQVNEVA >WP_139552727.1 ISAs1 family transposase, partial [Escherichia coli] RLNKAFEEKFPLKELNNPEHDSYAISEKSHGREEIRLHIVCDVPDELIDFTFEWKGLKKLCVAVSFRSIIAEQKKEPEMTVRYYISSADLTAEKFATAIRNHWHVENKLHW >ETO85594.1 hypothetical protein F444_00745 [Phytophthora parasitica P1976] MSEATLLLGSDTVAGSSTSTSVTDAFSMTASSFSGSVSATSAGISWAVSISGPDTSSTSSSVSIDSTSVTASSSEVSTLALSSAVSVPVISISPSSTSSATSSSAIPAANTLSSSSTVLSSCCSAIGSTPAVSSASVFAVPSESRSSVEVSANSIDSCPATTSSVISSTTACTTLCASTVSASISSVAVSVSGTAMSGTTGSSIAAAITFSTTSATNFSDTMWMVSSIGMASSTGSSSSFDLGSATSAGGSTATTSTCSTSMSSMATTVSTACSSSAVSSPPTCSTTSSIKSASAEMPLSPSISVAPVSSTPSTSSPLLPPRASTAAPAARATALPTATASTGTSCFSVSIAAASEVTTSTSSTTSAVFVSLTSLTVSSS >TWP21248.1 leucine-rich repeat domain-containing protein [TM7 phylum sp. oral taxon 352] MLETLYRKVITSQTVTICNNLNIYQQMIKQEEEILLQSGWNILDCDGEYQYTFTTISTGNNSKLITEIDMTHFKGDVIGNKMLYRTSISAITIPRTVKTIFNQAFEDTNIQTVFVPNTLERITGTAFGYCPKLTEVVFESGSHAELGKGTFYHNPLLRRVVLPGELVTLNKVLFSDCPSLSEVIIPTNLEIIEPDVFSMCTSLETLTLPATIKHISRSINRSNLSLTILAKEPPKIERGWQFKEILVPRDSIDAYKNATNGWEAYKNLIKPIEE >WP_225318916.1 hypothetical protein [Cellvibrio sp. KY-GH-1] MLCGIGGRTIAEAKENMDVDEFAQWVAYRALRGSLNPGRRMEQSAAVVALQINNGNGGKARLVDFLPHEKQAVEVDDDEELTTDLLMKMLG >WP_128455839.1 hypothetical protein [Sphingomonas sp. UV9] >RXD02530.1 hypothetical protein EQZ23_18080 [Sphingomonas sp. UV9] MIAMQVAEIIAQYVVFLELTDEEDLNLDTAVKMMEALAGQLQEMDKGFLRELVNAFPIIAEQYSGEAQEVVRGIAYGYYLEDALAAGDPVKLAALEALRDAKG >WP_109249144.1 hypothetical protein [Lentilactobacillus kefiri] MKPNKYLFRAFSLVGISLLSLLLVSTTGASAHDLSQYTPVTTDQNQNNNSDNNDDNNNNDNNNNGGGGYIPGGIPGGGSSNNNNGGGISAGGATAGATTNNGSSSATVATNSQNQSQTTNSNTVTTGNTVNTSSSAEQNGNSSSNAQTSTDKSAQTASTKPKKQSPKKVSRKESQNDRIRSVSNSQKRYEHVNQRETQAKSKLLNKYAAHANGIFHHKKYYWAEKRVAPKPKGKWRVRKKRSYVVNIPKYISKAGSAVISDYVASKLEAKGHMSKSMASFIAGMLAPDLKRGNNYMHAESLHRANKYVSQYKDVIWAYRHKGRRGFLGKSVRTQSFVKKYKIIKIRKKRPWWMWW >WP_272056282.1 hypothetical protein [Parabacteroides distasonis] MSSLPSGIRLMNLLREHLTEIMDRERVNRNSIHLYCTGPYWVAFERSAYQLHRAFSDSETTPLRLFAYPFPIVMVSVTERSLRSYTRKHILRRDGSDYKLLTVPGFPLADYREWHAGEVEGLPLLSESV >ECC0814460.1 hypothetical protein [Campylobacter jejuni] MFISSKTELIQTIKNLTINNKEVKQIDFIYPNFSILHAILKNIDFHQRKMLSKNQILTMEILEILKQTCDNHNNIEINIHTLNELDAGQNVNLKDLSSSEICTKVYLEDLEEEIQDKKQGKDFNLFYHTDKNNLCIEFINTLKELAKDSEDITTLDELIENIDPDDISSEKFDDFKKKVLEKIGNVIESDFFKNSISPTLKNTYEKFINELLEHIKKLAEEKEYEKIKIILSAIAGVAIATVVAVLTGGAGLAILAAGLFSLMGSASEYYEFAQRDYGTLLTPLAAFLATRCAMFIHYINSRLLSCVLIIDKKEIIDLSGFGLYLGSDESNIASNLAYKITLSEEIKSIENIFSEIFLNPEQKDKRYKNTPNDSKSSNLPAFISTQKLSNLYLKNNAILKNLQEDIKQFIYFSYIESPNFNSSKLAEFFAQKNQNAQIDLNTTKMSKNYLIISNIPNKYNAGLSESLTQEIANYNIQDKYRRIKKNIDTSKKTYDSTRDYSEYSIEMPQDENEPYILQLSPFVKISKEAYENSKKAYEDMQKVYKYLTNFVATPQKLPEFAKTAKEKLAISENEPIIEIVKKTENLRHCERINILAYIDYNKKINDKKWLPYFYIKKFFKQNEAKESIIEKEKKIAHQYLTFLKKEFFEKSDKSSFGNYSLMECLFISFVLYQAKLIFPNINLDLKKYGGSNFVYIKYLEETYVLWTDECPIYVNNEPTNITAYEVVSQLLKILDKKDYSFVENDNSITIDDFFNELSKDLDTTNTLDKKIIKLKQMYHLDEQKCIKEFMNLDEETQRAFVAWMDIEKQISDLSKLLEQMYGKEYLNKAKEQKTSEIFTYAMLKILLSASPFISFTAQMLWDFNFLKTIEYVIQACIKINKEGFKEFFKEQLGIFVPPKKNSIYHIHIKSNLIIKARLQQIEKELIHTKIQMILAQEIKSNLIIQKNTSGLNPFITKIKEYFNEKQIKIYWSDKYMKQLFIYSNQESNISKIALMHSIDIQTQKYTIYTYAKLNKLDLASIVTGEFVGIFLNYLFPTNFKALQEQYESIVYQLYTFKDDSPLAVIRDHFVTYPFAINSKFISFDLKKIFYGIDLCTGVFDTHFSFHYEIDQKLEENKEFLLKRLLSYLIIDEKRNATALEDIKEQKYIIDDYTFYFKELKSLELKKCTIYQLPCNHPLFKEFRNKEKQISAFKKDEDSPIHAYNEALQILQDFANGLYNTSKDKTGRYIEDKNKTRRLLEKLNIIGQNNLKAMYMGINGNRDKTSNTSRGKEDMTNKTSANADITSETKTPPNFIGRLATTIIIEDGLYMG >RZO46377.1 amidohydrolase [Pseudomonadota bacterium] MSEHSTMKLIDAHHHLWEPQALPYGWLRQLGQPKPFGDPTAIQRNYLPKDYLDDAGQAEDVELISTVHVQADGALPDPVAETLWLESLKSTIPSAIVGFADLASPDLPKVLEGHAQSPRFRGVRQIIGKLADRPDLSFTLDDLLEKSAWQNGFSLLKEFNLSFDLQLYPEQMEGAAQFLGKHPETKVVIDHAGCPYDQTDQGLELWGVGVEQLSQLENVHVKLSGFGMYSKDWDAENTERIFQKLYQTFGAGRLMWGSNFPVDRLMQSYGHCVKQLQTWIASLSKDEQDDIAWRSAAKFYRLDLGKSHG >NXB12866.1 PWP2 protein [Cnemophilus loriae] FFNKEGDFNNLTAAAYHKKTHLLVTGFASGIFHLHELPDFSLIHSLSISDQRIASISINCTGDWIAFGCSGLGQLLVWEWQSESYVLKQQGHFNSMVSLAYSPDGQYIVTGGEDGKVKVWNTSSSFCFVTFTEHNSGVTAVTFSSTGYVVLSASLDGTVRAFDLHRYRNFRTFTSPRPSQFSCLAVDSSGEIVAAGSQDSFEIFIWSMQSGRLLDVLAGHEGPVSSLSFNPMKCVLASASWDKTVKLWDMLDSWRTKETLIMNSDVLVVAFRPDGKELAVAALNGQITFWDHENAVQTGSIEGRHDLQMGRKELDKITAKQAAKGKSFTTLCYSADGQSILAGGLSKFVCIYNVKEQILMKKFEISCNYSLDAMEVLCVSKEVKDFFLNGTCIFFQEYLDRRKMTEFGSMALIDEGGGGDEEIRVTCVRFCPTGRSWAATTTEGLLLYSLDSGLIFDPFELDIDVTPSNIHKTLSQKEYTMAIVMAFKLNEKKLIQEVIEAVPSSEVDVVCSSLPDLYVEKLLEFLASAFETSCHLEFYLIWAHKLLMLHGQKLKTR >WP_203282270.1 putative immunoglobulin-blocking virulence protein [Metamycoplasma hominis] MKNLLKKRKNKLILMTAGVIIGASIIAGAIFYSTSSQNYSRFNTTSSATGNDFINKSNLDYKNALPSIKDNNLKELEKPQPIPTPKPELEPIPVPPAPKPEPKPKPEPKPEPKPQPQPTPPAPKPEPKPKPEPKPTPPSSKPSTRTTEIILNGVKVEAEVEDQKKREYNQYDILNHLTNLNPYINDSAPKIKKVKVTEELKQAAAQAATQRLKRDEKYFKKDLEDYEKSWGANWIDDAEKYLKREFDRGSLSYTANQLLKFQRLFDSENVVNFLTAEGKAKYPEMKPKFEGRKHFKYIWLYSHLDFSKFTKITSNAEKQLAEGLALDQDNAYVNEKGELDSYAYSPAKGYNGVANRIINDNKNRRVFGYDSIENRSPYGLANGDYPGWKKTNVTKEFQQYGIKDGDGITVNKYTREKKEDGKINEGYIVDIDADNPDGYAKTKKLIDDLKAKKVNITGYRIRNMGKSDSSQKFMDILKAIPDKIQLLELFFSAGSSNTSSLIALENKHIKELGIYTLGNSLLDKWSINPNALRKVEWINSNDYNVSWDYKQGADIATRITFDTLAFDPVDYNENAPTLQEKLKRINDGMRMVYWVRNNEPIFEGGFGPGLEPDHKEDGNSYPQGLDFTRIPKIRSLRGLEFHDKLKPSNSKSRKIRRLTLYNNSEAFNISGEELNEAGFNRHIVSGEPGQKSKILFSNGNLTTKVRITGTSLLNSEGIDNLSRLYMFAEQLKKEIIVDNNASALKSQLESLGYSVKTSSSSDSDGEFI >WP_083681546.1 TRL-like family protein [Archangium sp. Cb G35] MPCHFTPRQFKRGNMHLLRKLSKAAVLCVAATGLSGCAGIAFPGAIGFSSLYANSVGNTFVNEQTKLGSKSGEGCATSILGLITTGDAGVNEAARKANINRVTHIDYRFENILGIYAKYCAVVYGE >OYZ24246.1 MAG: hypothetical protein B7Y39_02140 [Bdellovibrio sp. 28-41-41] MDRFFKYFFVLSAFLSFDGFLLAGTRSDNLKSVSAAELYADFATALLNADRLAPSLLVSYIEMSKLECAGRGLENLDIIPLTAAIKKIEKKPTLSYCLLPVFYKLQKEMELEIKNAKSPISLNKPFNPLFLKTGWWNLKFFTQTRYSKSKIPPAEWLLRWVYLTEGLRRSFDEYLSFIGKQYVAPGALAKSLIGPMIRGYVSQSTRMSQLKVFVESSQCPTGLKVCTDLKMEIYDLYESILVARQENLEKLRGILVHPVAGTENDVTEKVRDAFKAAQFIKKFRSSNISSLDIARELILKESNSDIHVYANSLFDMRILPKNLSDAGSTSALQAGLLLASLDDIIVNPTENRTSARQWSSRKASLKKLKQILEQEIDESLSNLSQLIYQRSETEIPL >WP_140889516.1 beta-ketoacyl-ACP synthase III [Mesorhizobium sp. B2-4-19] >TPK64615.1 beta-ketoacyl-ACP synthase III [Mesorhizobium sp. B2-4-19] MHRVIISGIGAEIPEAVITNEELVESFNNWVDTENARRQGTGEALLQKSDSDFIVHASGVKSRHVIEREGILDPTRMTPRIPARPDDALSLEAEFGIASARKALDHAGLEPSQIDLIICSASHHQRPYPAIAVEMQEALGTTGAGFDMGLGCSSAAAALHVAVNLVRSGAHKRILVTTPEIITGHLNFRDRQTHFIFGDASVSMVVEGLAQGDKRPGRFEVLDTRLWTQMSNNIRTNLGYQTRTAQDDPYMINLEGNLIKQVGNKVFKEVTVAGQKFIVEFLAEHGLTPQAIRRFWLHQANARMNAMILKLSFGHDVDHDRAPMVLERLGNTAGAGAIVALSENHADMKPGDFGLICAFGAGYSIGGALIRML >MBN0056136.1 AMP-binding protein [Pseudomonas aeruginosa] YVGGAGLARGYLNRPELSCTRFVADPFSTTGGRLYRTGDLARYRCDGVVEYVGRIDHQVKIRGFRIELGEIEARLLAQPGVAEAVVLPHEGPGATQLVGYVVTQAAPSD >CKL52325.1 Uncharacterised protein [Neisseria meningitidis] MRTWLVFWLQRLKYPLLLCIADMLLYRLLGGAEIECGRCPVPPMTDWQHFLPTMGTVAAWVAVILAYLMIESEKNGRY >TIP25924.1 type III secretion protein [Mesorhizobium sp.] MILAFALASSHANAAEPRWPAGPYKYITVDQSVADALVELGRNMRVPMRVSKLVKGRLSAGMPVGTAREFLQEICDRYGLVWHFDGIVMNVATEAEVRTEMIALDANTAAGAEDRLSRLGVIDPKFPIKVSTQDDVVSVSGPPSYVELVRKTLGVPAAPSAKQEAGKVVPVRVFRGRQAEAQNVPSGKPN >WP_173580245.1 NADAR family protein [Azonexus fungiphilus] >NHC06957.1 NADAR family protein [Azonexus fungiphilus] MGDISFTDVKGDYGWLGNMSPHIVKYNDEWYRTAEALFQCMRYEGFPLVQGEIKAAKSPMTAKMAAKKHRALIADKESATDWEAKDLARMRECLLLKLKAHPDLKRRLLGTKDSRIIEDCTKRPRGSGIFWGMARIEKKLPDGTVVTDWQGRNELGKLWMAIREELRQQT >MBP9134796.1 pantoate--beta-alanine ligase [Saprospiraceae bacterium] MKVFTTKSQLKTYLDRHRRKGHSIGFVPTMGALHQGHLSLIEFSKAECDVTVCSIFVNPTQFNDPEDFKKYPRTIEQDSNLLREVDCEVLFLPSVDEMYRDFVPIHPDLQGIDSVLEGSFRPGHFDGVVQVVYLLLQAVQPTYIFMGLKDYQQQLIVKKMMDSMNLNTTLRALPIMREDSGLAMSSRNVRLSPEQRHDAAAIYKTLFLAAQSLKKGIDIISVLEDATLEFKKYECRLEYMSICNADTLEPIHQYNPDIPTIILIAVWWGEVRLIDNIYVG >WP_179321248.1 hypothetical protein [Winogradskyella helgolandensis] MKIFKSILFIGVTLLLFNCNADDDQSKENSNPSAFVLTEGAATNIGIPFNWTASIDLDDDEVVYAIYLNNNLLIEDLNALTYVIEYSLFVSGENTILVSASDGLGGVAEQELVVNLLS >EAA1978353.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica] >EAO1480178.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica] >EBQ9442150.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Cerro] >EBR8573716.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Java] >EBU6738390.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Adelaide] >ECB2068339.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Benin] >ECD9471830.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. diarizonae] >ECF4963220.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Infantis] >ECY7784271.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Anatum] >EDN4537905.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. diarizonae serovar 47:k:z35] >EDX2602355.1 TIGR03757 family integrating conjugative element protein [Salmonella enterica subsp. enterica serovar Pomona] MFCNHVIPPLLLSVLLLSLSARAGMVVYTDHAHPPSGVTGDTRVVWLDAPEQLQQSLFGSLTSDPREAERRAQAVIHSAGWQQKQAELTQAYRGVLQAWSLGLQKYPAVVSDDQYVVYGTADVVVAEGLFHSHRTREGGR >DAZ71054.1 MAG TPA: glutamyl-tRNA synthetase, partial [Caudoviricetes sp.] MDYKDLANLIFPDAKEISYYEEKYPERNLPEGAIVTRFAPSPTGFVHIGGLYQGLIARKLANQTNGVFFLRIEDTDQKREVENGIIGIVNSLKDFGFEPDEGMISENEGKGNYGPYKQSQRKEIYQAYAKYLIEQGKAYPCFCTPEDVEEIRAKQETAKIRPGYYGVWAKCRTIPVEEAMKRIQNGENYIIRFKSPGREDRKIQHHDVIKGKVDFPENDQDIVIIKADGLPTYHFAHAVDDHLMHTTHVIRGDEWLSSVPLHLQLFHELGFKAPKYAHIAPIMKNDNGNKRKLSKRKDPEAAVSYYAEEGIPAEAVKEYLLNIANSNFENWRRANPDKQLDEFELQLNKMSVSGALFDMVKLLDVSKTVISK >XP_001275352.1 C2H2 transcription factor (RfeC), putative [Aspergillus clavatus NRRL 1] >EAW13926.1 C2H2 transcription factor (RfeC), putative [Aspergillus clavatus NRRL 1] MQPQYPVSQPHTLPPLQPHHSQSPAPHHYMGQPPYRPDLSRYPASTHDVYASSAAPIMPHTTVGTLPPTTFLSHPNHQAQAQQPQHYPPPHSVLPPASSAQSYPQPIAPAPPRDRRPDFNGLPSGAFSYPDGKTSPWMNADPVTGANGAGPYAAKEPPRTQVVGSQGRRGILPSVPGRATAVANGVNGPAKNTTIPAKDADGKFPCPHCNKTYLHAKHLKRHLLRHTGDRPYMCVLCKDTFSRSDILKRHFQKCSIRRGNPTGATHLSHPHAHLKRSQAQAAANSAKAIQEEVSNTVPPPNGLAGATFGEGTVNGNGLATARPSYTDQQPLGFTMSSVNGMNRGQHDDAFAHGQAHQRASWMATPKQNPYLVQPGTDAPNQQLNVDRPSVEQVKPSVVDPKRPMMPGDPNHAGGLDWTTMFQPGASDGYINPVFPQSMASGQEPIQAHVDAERKFYPTTTTAGPQENGMNGLYLASTTLGGDVASLRAVRLSVQLVRVPELGSLSSSDESGLENCGGVWDFSRRAGCWQTN >RCX10040.1 trypsin-like peptidase [Extensimonas vulgaris] >TWI36563.1 trypsin-like peptidase [Extensimonas vulgaris] >TXD17194.1 trypsin-like peptidase domain-containing protein [Extensimonas vulgaris] MPSRAALLRTMKVAAFRSIHSASQAWRTGGRAAGGIALAALVAACGGGGSDTASSAPSVDATCKATAVAPLRVEAYRPSTVQAKAASAAARARMPAGAALRTVRLEALGASEGGAADLPGVQTIGPARSLPQSASAPAMAALLAWQTLEGGSQVAALRFQSAGAQGLRLGIVVEQLPAAAQLRFYPPDGAVVHGVAGSEILAAIARNQQAGDTSSAARTYWSPDVGGDTVVLEIELPAGTDPSALRIAVPQLSHFRVAPQALAGAAAGAASPAAGSSGAAAIVPKAGTADFCEVDSACNPDYANESNAVARMLFVDQGTSYLCTGTLLNDTASSGTPYFLSARHCIPSQTVASTLTTYWFFRAAACNGASLDTRASTLKGGATLLATDSATDTALMRLNDAPPSGVVFAGWDANTPALGQAAALLHHPNGDWQKLSLGSLRQFSSCTLSADGSSYNCNAAAAASGNYLGVQWSSGATAPGSSGGGLFASQNGARYLVAHLTAGSASCTVSGGMDFLGRFDLAFAAGLKQWLAPTSSACVSGAKAP >WP_276263713.1 GntR family transcriptional regulator [Cupriavidus basilensis] MSDSAFEESSPFASIEVSDLVAAVEAQLTQAIVEGRLPPGSRIVEADIARRMNVSRAPVREAARRLERQGVLVSRPRHGFAVRTVTVREIDDLFQVRLNLELMAASLACKQAPEAGLQQLVAMVERMVQEAESLPQIERVARDLAFHTAICELSGNAYLHRMFSMMQTEIRMIVALIDSVYHDPKAVAETHRPIAEAIARRDEAAAQAAVRFHIEDAWVHVRAVFMKKQGVANAPAMESVR >ETI31896.1 hypothetical protein, variant 3 [Phytophthora parasitica P1569] >ETL78917.1 hypothetical protein, variant 3 [Phytophthora parasitica] MSSSTAISDVQPRRSDATDLGSSSDAATVAEGASDESLWVRKWDDDTNQLYYFNLRTQESSWEEPKAYKAVMMSEPLNMNTERAEEAVEYSPQDEQKQSDASVMIQSLYRGRKDRKRVGEARKWTEQFDPATGQKYYYNSETDESQWEKPVDFLTGLKDERSARAVKIQSVFRAKKARDRVKQLVDEEEEEEQLEQHLREHEAVAAAEEKLAALAAESSTRAQWWEYFDPRSGKYYYRHGVTNTITWEKPEEYVSSWVDGSKQDRAALSIQCAARKRIAANEVAAKRAKLRALTDPATMQLKLGELKQVSIEIQAEIEARALLSTEEEQQFPHLSSLITGWKESLESIKSHVISLESRAEDILLAECLAARIVHAERFHKALAEMRSECLALLRSILLMNSYFVDLDVTRINAACTTFASWKSHELCALKDSRLLEIVQWSDICQLLEHVEALLRRCMGLTDFNNGSTCAAGKRYEDWHPSVAAALAGVREMEVALAQKMQLLRGYRAAEVRKREISHMAEEDLLACRLVQMQRRRKNEEKDHAALVIKCQEYWKKGLNQREEDSEDAARESTKMQRHTKGSKDPNCGPIHDSDHDNKDKLSIWEATKEGFPVEVVSAILSVERQKARRLGYDFLVKTARSDQGETLIQIACWWGHEHLIRFLLEEGAQIDGIDSTYNRFSLLHDAARRDLYSTRAWTSV >PZW56938.1 alpha-1,6-mannosyltransferase [Pseudomonas sp. URMO17WK12:I6] >CAH0231100.1 GDP-mannose-dependent alpha-mannosyltransferase [Pseudomonas sp. Bi130] MHIADITMFYAPASGGVRTYLDAKHRRLGIKPGICHSLLVPGAHLSEQDGVYTVPAPALPFGKGYRFPLRLGPWRNVLRDLQPDLIEVGDPYLTAWAALDAKRQLDVPVIGFYHSDLPMLVSNRMGNWVTPNVEAYVSKLYGNFDRVLAPSQVMADKLIGLGVKNVFVQPLGVDLQTFNPSVRDPGLRAELGIDENTHLLIFAGRGSKEKNLPVLLNCMKRLGRRYHLLLVGSSMPTLVPRNVTVLDEFCPAAQVARLMASADALVHAGDQETFGLVVLEAMASGIPVVAVAAGAFQEIVTDQCGLLCAPNNPVAMANTVRELFSQGSAALGKQARRHVEQHYAWDTVVHSLLGHYHAVLGTQWPLIANG >VUC33496.1 unnamed protein product [Clonostachys rosea] MSQQNALSNRPNTRSIPPTEIGSFVALGACRSEFIGSASGVFFANTVFKAFSDLPISRDVGNSTELPGRLPAPEPAHNYLAGSETESSQQDGTHSGQVAQSSGFSALGMLPTPRMSKELTMAYFRHWHPVFPFLHGPTFLEEVNKAYGGVEGESVSFLSKGPRPQEDLCRMVTVQCVFGIAATTPGLQLEHACRIQSTQGLMQLLGSLYSSPDILSLQALLAAELYMITTMSLRAASTVHGALTRMMYHAGLHRCPFRYLQLPEPVRGIRKRIFWCAYIFDRHLAQALGHPLSFIDMDIDVCLPSMPELHRPASTNQPADTPGDDSPEVVLAHLPRGQRQEREDLTGMTTESPCDGSPAESGLRDSSEAQPIAGGEKQETILGLVATHAQLLGAILSLFHNSIHTRTVDLDSVQEITCRVHSWWNRLPLAIQDSPPEGTNDLTSRYHVFFTTLYNHSLLLLNRPFLSLPRERIEFKCSLQAAINASHSLLVDVNQHLENGLFLSWPTTLSAVWTAGLVVSFSTLLDQYPFSKSNELEWCLAILDRMAKKWSSARQCHAALNLLSRKLITKHETPSIPQPQFRPPSPSPRSRSMVTQSRRRDPSVSLTPRVSKRQRVEDPGEAAREEPNQDSQWAASIYSNESTFQTSPNSLAVPQYIGPDFGFDTSLPDEFGEGQDLMNEILHLDYSTLFSGSI >WP_279595826.1 transketolase, partial [Streptomyces sp. NEAU-YJ-81] IERTEGGVAMTDLDTLSVNTIRGLCMDAVQKANSGHPGTPMGMAPVAYTLWQRFLRFDPADPIWPNRDRFVLSEGHASALLWSLLHLTGVRTVDPEYEVLGRPAVTLDDLKSFRQLDSRCPGHPEYRWTSGVETTTGPLGQGVATSVGMAIAGRWLAARFNRPDFPLFDFDVYALAGDGCMMEGVSSEAASLAGHLRLTNLCWIYDSNRVTIEGHTDITFTEDVAARFLAYGWNVTTVADANDLDRISRAFHTFRAEAARPTLILVHSHIGYGSPVEDSPKAHGAPFGPEGVRATKRALGLPPDADFHVPDGVPDWFARGIGARGGQLRSHWEKTFDAYRGAYPELADELERIQRRELPDGWETTLPTFPADPKGLASRDSSGQVLNAVAKAVPWVLGGSADLTPSTKTRLTFGGAGDFQPYDHAGRNLHFGVREHASAAVANGMALTKLRPYWSGFLIFSDYAKAAIRLSALMEIPTVHIFTHDSIGVGEDGPTHQPVEQLAGLRATPGLLVFRPADANEVAETWRVVAGLRREPAALVLSRQPLPTLDRTRLGAATGVAWGAYVLADADRGEPEVILLATGSEVALALAAHEELTAEGIASRVVSMPCWELFDRQPREYRDQVLPPAVTRRVAVEEGSTFGWDRYVGHGGAIVGMHTFGASAPLKQLLTKFGFTPERVAQVARELVAPG >WP_216295494.1 tripartite tricarboxylate transporter substrate binding protein [Delftia acidovorans] >MCA1071321.1 hypothetical protein [Delftia acidovorans] MAGITKRQALAKGMALGAIGVAAFASLCSAAQANTDTGAWPDRPIRLVVPFPPGGPTDGAARVYAEALARQLGQPVVIENKPGASGAVAAGQFRTAAPDGYTLMMMVTPTIMAPHFFKNVKFHPATDFASVTKIYDLPNVIAVNAQSLPKVTDLKSLFQYAKAQPATLDYTSSGAGSSGHLSMELMKSAKLHTMQHVAYKGSAPAMNDTLGGVVPVIYADMVSALPHIRSGRLKALAVGTPQRVKALDGVQTMAEQGFGGYEASSWGGLVAPRDTPRAIIDKLSATSRQLLATDEVRDRFEKIGVTAAYLNPQDTEGLIRSDYTRWGEVVRTNGLGAE >QWC83326.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSXKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCVNDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNSAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_186556299.1 MULTISPECIES: PAS domain-containing methyl-accepting chemotaxis protein [Pseudomonas] >MBV4537083.1 methyl-accepting chemotaxis protein [Pseudomonas urmiensis] MRNNQPITQRERTFPAQQRLISTTNAKGVITYCNDAFIEISGFSREELTGAAHNLVRHPDVPPAVFAHMWQTLKQGLPWMGIVKNRCKSGDHYWVNAYVTPIFDNNQVVGYESVRVKPTAEQIRRAEALYQRINQGKSAIPRRDKWLPVLQDWLPFILVSQVGFLIGNWLGHSWGFALAAGLSVPLGLLGLSWQQRGLKRLLRLAEQTTSDPLIAQMFTDSRGVQARLEMAMLSQDARMKTCLTRLQDSAEHLSDQARQSDALAHKSSSGLERQRVETEQVAAAVNQMAATTQEVANHVQRTADATQEANRLTSQGRQIAGETRDAIERLSSAVGETGLTVTQLAKDSDEIGGVVDVIKGIADQTNLLALNAAIEAARAGEMGRGFAVVADEVRQLAQRTAESTGQIHSLIAKLQQTASSAVLTMENGHRQAQEGVERVMQADQALLGISEAVANITDMATQIAAATEEQTAVADEISRNISTIAELADQTAEQAQHSALLSEELTSTAGTQYSLVERFNR >XP_036352003.1 coordinator of PRMT5 and differentiation stimulator [Ochotona princeps] MDPQAAGARAPGSPELPRGPPLSSALEAPCSREVSAAVTCSPSLGPRAPVREVAELMGRYRSRGAKLRLRLAGRVSSAEHPSGAQNVTHNIAAHDEDTHSEEEGFAGDEEESDGEPSTWEVPEGMRCWRTEQPTELFNEDWDLELKAEQGNPYDADDIQGSISQEVKPWVCCVPRGDMIYDPSWHHPPPLIPHYSKMVFETGQFDDAED >AUW66636.1 intronic protein 259, partial [Ozotomerus sp. INB043] KEKSGKWNVPIPKVRAQADSEVMRVVTSGKRGKKSWKRMITKVTYVNEGFTRKPPKFERFIRPMALRFKKAHVTHPELKATFCLPIIGVKKNPSSPMFTSLGVITKGTIIEVNISELGLVTQAG >XP_021678658.1 probable mitochondrial saccharopine dehydrogenase-like oxidoreductase At5g39410 isoform X2 [Hevea brasiliensis] MDHQSQSPSPPYDLVILGASGFTGKYVVREALKFLNIPSCPLKSLALAGRNPTKLTQALNWASHPSTSPPIPILKADTTDPSSIRHLCTQTKLILNCVGPFRLYGEPVVAACAQSGCDYLDICGEPEFMERMEMKFHENAMETGSLVVSACGFDSVPAELGWMFNSRQWVSPAVPNQIEAYLSLESEKRIVGNFGTYESAILGVSNAEKLQELRRSRPKRAKPVIPGPFPPKGRLIEHSKEIRLWAVKLPSADSIVVRRTLATLTENPQGLPGVNESAEHIKKREAFWSMMKPAHFGVKLASKTLSGVIRFITVGVFMGLLGGNAIGRWLLFKFPSFFSLGWFRKKGPSEDEVRSATFKMWFVGRGFSDGNQVSQANMKPDMEIVTRLMGPEIGYLTTPIILVQCALILLSERDNLPKGGVFPPGIVFGPTDLQERLQQKGISFDVISKKALPA >WP_257777211.1 TerC family protein [Pseudomonas sp. 32.2.56] >MCR4508817.1 TerC family protein [Pseudomonas sp. 32.2.56] MTALEPFFLAEFLGTATWLWLVFITIVISLLVFDLGVLHREHREIGVRESLLLSAGYITAGLLFGLWVWQVKGGDAGMDFYTGFLIEKSLSMDNVFLMAMIFSFLAIPRKYQHEVLFWGILGVIVLRAIMIGLGAALIAEFSWILYVFGIFLLLTGVKMLFSKVDAHPDLNENALVKFLRKHMRVTDRLHEGRFFVRQADASGKSVLWATPLFLALVLIECADLVFAVDSVPAIFAITQDPFIVYTSNIFAILGLRALYFALAAMIHRFAYLKYALALVLVFIGGKIFLVGIIGKIPAVISLSVTLGLLLGGVLLSLWKTRGQAPAEPQA >WP_045332585.1 MULTISPECIES: cellulose synthase complex outer membrane protein BcsC [Enterobacter cloacae complex] >EHN8719404.1 cellulose biosynthesis protein BcsC [Enterobacter hormaechei] >EJV4648068.1 cellulose biosynthesis protein BcsC [Enterobacter hormaechei] >KJL51137.1 cellulose synthase [Enterobacter hormaechei subsp. xiangfangensis] >KJN06145.1 cellulose synthase [Enterobacter hormaechei subsp. xiangfangensis] >KJO94843.1 cellulose synthase [Enterobacter hormaechei subsp. xiangfangensis] MRTFTLNLLTLSLGLALMPLAQAANSPQQRQLLEQVRLGESTQREDLVRQSLYRLELIDPNNPDVIAARFRYLLRQGDTAGAQKELDRLKGMAPDSSAYQSSRTTMLLSTPDGRQALQQARLLATTGHTQEAIAAYDKLFDGKPPSGDIATEYWNVVAKEPARRNLAINQLKKINASSPGNVPLQSSLAQLLFQSGRRDEGFAVLQEMAKSNNGRSQASDMWYQQIKDQPVSSASVTALQQYLSVFSDGDNVTAARTQLEAQQKQLADPAFRAKAEGLAAVDAGQGSKAVTELQKAVSANHADSEAVGALGQAYSQKGDRARAVAQFEKAIALDPQSDNRGKWDSLLKVNRYWLLIQQGDNALKANNTAQAERYYQQARNIDNTDSYAVLGLGDAAAARKDNDAAERYYRQALRMDSGNSNAVRGLANIYRAQSPEKATQFIQSLSASQRRSIDDIERSLTNEQLSAQAEQLESEGKYAQAAEIQRRRLALSPGDVWITYRLSRDLYSAGQRSQADNLMRQLASQKPGDPDQVYASGLYLSGNDQDRAALAHLNTLPRDKWNGNIQALADRLQSNQVLETANRLRDSGKEQEAETLLRQQPPSTRIDLTLADWAEQRGDHEAAKTAYNTILQREPQNEDAILGLTEVSLAQGNKDSARAALAKLPAAQNGEPLSINMQRRLAMAQAGLGDPAAAEKTFNAILPQAKSQQPSMESALVMRDAARFQAQNGQPQQALDTWKDAMVSSGITTTRPTDNDSFTRLTRNDEKDDWLKRGVRSDAGDLYRQQDLNVTLQHDYWGSSGTGGYSDLKAHTTMLQVDAPLSDGRMFFRSDLVNMNAGSFDTDNGTYDPTWGTCAETPCHGSTNQSANGASVAVGWQNKTWAWDIGTTPMGFDVVDVVGSLSYSNDLGPIGYTLNAHRRPISSSVLAFAGQKDPNTDTTWGGVRATGGGVSMSYDKGEANGIWSSLSADSLTGKNVEDNWRVRWMTGYYYKLINQNNERLTVGVSNMLWHYDKDLSGYSLGQGGYYSPQEYVSFALPVNWRKRTENWSWELGGSVSWSHSKTKDVMRYPLQGLIPDNEPGRYTDKGVMETGSSSSGTGYTARAIVERRVTSNWFVGLGVDIQEAKDYTPSHALLYVRYSAAGWQGDMDLPPEPLVPYADW >WP_196396761.1 hypothetical protein [Arthrobacter terrae] >MBG0739810.1 hypothetical protein [Paeniglutamicibacter antarcticus] MGINLSHAALRLVTGAFILNSGIGKLHLDKEQAAGLQSMAGNAIPQVKQLEAGRFGKLLCAGEITIGSALLAPFIPSRLAGLMLAAFSGSLVTMYLRTPGMTESDGVRPTANGLPFAKDFWMLGIAAALILDRRRR >WP_263298010.1 ImcF-related family protein [Leclercia adecarboxylata] MIAIIGGFLIWTENPVVHLLTTEKKLIVSLAVAGVCLFILLCDDLFVRLWQWLISQSFIQQLRKLSDKTHHREEILFIDRKKHCEVLKSIHLYLHHTYGRTRSRRLRILLVTGSVTDAEQLAPKLTQELWQEDQGTLLLWGGDLNTPADTDWLAALRKLRRCPVDGIVWVTSQLDYPTDNAAPVLTPDAMDMLAASLSTRYTALGWQLPLYVWSLHSRAGQQVDRVTQPVGCLLQPGCRAEGLNNQLATLTPGLVTQGIQQICTKVQHNFLLGLADQLSRVPETVTEPLSILLNPYRPLPLAGVVFSPPSVGAARSVKHHWGKDNRWDIITDSVQSLPSGLRPRKPGIIARKVLAGAVILVMAGWAITMAVSFTVNRSLVATAQEQVQLVSAEKQPLATRLHALSELQKTLSRLQYRADRGAPWYTRGGLSQNDALMAALFPRYAENAIPLLRDAAAVHLQQQLNAYVQLPPDSPLREKMTRTAWEQLKLYLMLARPERMDAAWFSGALMQNWPQRPGVKDGVWQGTGASLLRFYGANLPAHPAWRLHSDDGLVSQVRTLLVRQMGMRNSESTLYQKMLAQVANQYADLHLSDMTGDTDVSRLFTTNEVVPGMFTRQAWEQAVQPAIEKVVAERRDEMDWVLSDSRQPAAQQTSPEALKARLTERYFADFGGVWLDFLNSLRLQPAATLSDAIDQLTLMADVRQSPLVALMNTVSVQGRTGQTGEALSDSLVKSAKNLFNRDEQAAIDQQVGAHGPLDATFGPVLALMGSQTKGAGNTDLSFQTFLTRITQVRLRLQQVTNATDPQAMTQALAQTVFQGKAVDLTETRDYGSLVAAGLGQEWSGFGQTVFVRPMEQAWQQVLAPAAESLNAQWRSAVVDDWNTAFGGRYPFKEVSSEVSLPLLAKYLNGDSGRIARFLQTRLNGVLHKEGSRWTADSINAQGLTFDPAFLKAINTLSHISDVVFTNGEAGLHFELRPGTADGVMQTDLVIDSQKLVYMNQMPAWKRFSWPADTEAPGAALSWISTQAGTRQYADMSGAWGWIRLLDKATVSAYAGAGSSWSLNWKAPDGRALNYTLRTEAGEGPLALLKLRNFTLPEAIFTVTNPMEDVTVFSDDNDIAKEDW >GFD45028.1 hypothetical protein [Tanacetum cinerariifolium] IAQKEEARIQLQAEEYDLMAAAADLDEVEEVNANCILMANLQQASSSETRALYESLYQKLAAEVEKVNSVNRKLKETNADLTTELARY >MBE1549930.1 DNA-binding transcriptional regulator YbjK [Mycobacterium sp. OAS707] MTAAVTPKGERRRYALVSAAADLLCEGGFDAVRHRAVARRAGLPLASTTYYFSSLDDLIAKAVEHAGTREAEQLRSRVSVLSRRRRGAEATADLLVDLLVGEANGLRVTEQLISRYERYIACARQPGLREIERRILQQRTDAVVEVVERSGRAVRAELLTALVCAVDGAVVAALVGDGDGPRATARATLIDVIDVLAPIDEPAVSA >WP_154951203.1 L-arabinose ABC transporter permease AraH [Pseudomonas fluorescens] >VVM86309.1 Ribose import permease protein RbsC [Pseudomonas fluorescens] MTTRHNVLPTARKPLDLRALLDNWAMLLAAVSIFLLCALLIDNFLSPLNMRGLGLAISTVGIAACTMLFCLASGHFDLSVGSVIACAGVVAAIVMRDTDSVMLGIGAALLMGLMVGLINGIVIAKLRVNALITTLATMQIVRGLAYIFANGKAVGVSQDQFFIFGNGQLLGVPVPILITVLCFLFFGWLLNYTTYGRNTMAIGGNPEAALLAGVNVDRTKILIFAVHGVIGALAGVILASRMTSGQPMIGQGFELTVISACVLGGVSLSGGVGMIRHVIAGVLILAIIENAMNLKNIDTFYQYVIRGSILLLAVVIDRMKQR >XP_042646948.1 echinoderm microtubule-associated protein-like 5 isoform X8 [Tyto alba] MADRSAPSCHLRLEWVYGYRGHQCRNNLYYTAAKEIVYFVAGVGVVYSPREHRQKFYLGHQDDIISLALHPERVLVATGQVGKEPYICVWDSYTVQTVSVLKDVHTHGIACLAFDSDGQRLVSVGLDSKNTVCVWDWRKGKLLSMAPGHTDRIFDISWDLYQPNKLVSCGVKHIKFWSLCGNSLTPKRGVFGKTGDLQTILCLACARDEVTYSGALNGDIYVWKGINLVRTIQGAHAAGIFSMNACEEGFATGGRDGCVRLWDLNFKPITVIDLRETDQGYKGLSVRSVCWRGDHILVGTQDSEIFEIVVHERNKPFLIMQGHCEGELWALAVHPTKPLAMTGSDDRSVRIWSLIDHALIARCNMEEPIRCAAVSTDGIHLALGMKDGSFTVLRVRDMTEVVHIKDRKEAIHELKYSPDGNFLAVGSNDSSVDIYGVVQRYKKVGECIGSLSFITHMDWSLDSKYLQTNDGNWKRLFYRMPSGKEVTNKEELKGVQWASWTCVSGLEVNGIWPKYSDINDINSVDANFIGQVMVTADDYGIVKLFRYPCLRKGAKFKKYLGHSAHVTNVRWSHDHQWVVSIGGADHSVFQWKFVPERKLKDSLHIAPQESLVDSNSDESDSDQSDVPELDSEIEQETQITYRRQVYKEDLPQLKEQCKEKRKSAASKRRERAPGNSIRLHFVHGYRGYDCRSNLFYTQTGEIVYHVAAVGVVYNRQQNTQRFYLGHDDDILCLAIHPLKDYVATGQVGRDSSIHIWDTETIKPLSVLKGYHQYGVCAVDFSVDGKRLASVGIDDNHTIVLWDWKKGEKLSVVRGSKDKIFVVKINPYMPDKLITVGIKHMKFWRRAGGGLIGRKGCIGALGRTDTMMCAVYGWTEEMAFSGTSTGDVCIWRDLFLIKTVKAHDGPVFSMHALEKGFVTGGKDGVVALWDDTFERCLKTYAIKRAALAPGSKGLLLEDNPSIRAISLGHGHILVGTKNGEILEVDKSGPITLLVQGHMEGEVWGLATHPHLPICATVSDDKTLRIWDLSPSHCMLAVRKLKKGGRCCCFSPDGKALAVGLNDGSFLIVNADTLEDLVSFQHRKDVISEIRFSPGAGKYLAVASCDNFVDIYNVMSSKRVGICKGASSYITHMDWDVRGKLLQVNTGAKEQLFFEAPRGKKQTIPSLEVEKIGWASWTSVLGSCCEGIWPIIGEVTDVTASCLTSDSKVLATGDDFGFVKLFRYPAKGKFGKFKRYVAHSTHVTNVRWTCDDSLLVTVGGADTSLMLWTYEMEGHRDSRQCDSEESDLDSEEDGGYDSDVTRENEINYTIKALSTNIRPMFGIKPHLQQKEPTLDERQGVVRGSRPPVSRALPQPEKLQTNNVGKKKRPIEDLILELVFGYRGKDCRNNVHYLNDGADVIYHTASVGILYNVATGSQSFYQEHNDDILCLTVNQHPKFTNIVATGQETQQICQVPKLPAELVITSVYL >WP_148044309.1 hypothetical protein, partial [Sinomicrobium pectinilyticum] >RNL83543.1 hypothetical protein ED312_14955, partial [Sinomicrobium pectinilyticum] MNSKKKERFLKWGLLLLAFFPLIPNKFKGLPIILLFGIACINFKLEKRSIKGFFINSSPYWLYLTSLLYTSNYHDGLKKLETGLSLVIVPVIIFLLIPSNTITDKLQER >GEY78623.1 hypothetical protein [Tanacetum cinerariifolium] MLSRVMSTPAPYVTDRHAYLVDMDYESEPFENVRGTEELQPLAVRIAPPTSDHTPTSFEPTPVPPLRKGI >WP_157767135.1 ubiquitin-like protein [Pseudomonas sp. HLS-6] MLARALLLVLACVVTAPAFAMQIFVKTLTGKTIALEVEANDTVENVKSKIQDKEGIPPDKQTLKFAGKTLEEGRTLADYNIQKESTLHLVMVQVVLQPSGLDGLVRQASDVSRLAVGSAVLVLSGNHGHPLDFRVAAGKQNCAWLAGDWGGDDLGGGGSSVGVAEVGGCQRLTESGAQLGLAVGKSRVRDSSGGANSIKEQGTYLLVEFIAPVTALSPDLWSTLTGYYNHGDADMRRGYSTLSGSDGSSATPGVDTVALRSRLDWDALWRPMGVELSPYVDLNYVQTRVSSYNEAGGSQVMSLGERNHSISELRLGMNGKYLLADHLELLAGIEGVRRVHDDADPIDAYWGSQHFRLDAEQSDRAWMRGQLGVAWLMLDSRLMFLLNATNEGEQPARWVAMSWTGSF >MBI3668312.1 pyridoxal-phosphate dependent enzyme [Acidobacteriota bacterium] ARVEQTPPDVSAFLGALGTQARDHVRTVRRAVHALHRRDHAKLAEARNVGSVDVLGMLDPPAQILAAAGRLPDFLFACVGGGSNSIGLFYEFLGDPGVKMVGVEAGGRGTTLGEHAARLAAAAGFSGARPGVLQGTYTYVLQNADGQIATTHSVSAGLDYPAIGPEHAWLADQGRAEYTAVSDDAAVDAARLLARVEGIIPALETAHALAGLVERAPKMTREQVVILNISGRGDKDMDILSRYL >EDD0587303.1 RHS repeat protein [Salmonella enterica subsp. enterica serovar Typhimurium] MYEAARVDDPIYHTSALAGFLIGAIIGIAIIALAAFAFFSCGFLAGLILGFMADQIASGVLQLGEAIGRSIHHTAGKILTGSENVSTNSRPAARAVLSTVKCDNHIAEKRIAQGSENIYINSQPAARKDDHTECDAVIEDGSPNVFLGGGTQTVLEISSEIPDWLRKVVDVLFVVASLLGGLAGAWRQAAKLGTKFGTKCAAKFIGGELVGMAVGEAISGLFSNPVDVTTGQKILLPETDFTLPGRLPVTCSRFYASHLETVGLLGRGWRLNWETSLRDDDEHITLTGVQGRELRYPKTMLTPGHQIFDPEEQLYLSRLHDGRYVLHYTDRSYYVFGDFDSDGMAYLLFMETPHRQRIVFGHEGGRLVRIASSSGHHLLLHRTQTPAGERLSRIELVQGGTRGNLVEYRYDDNGQLTGVVNRAGTQVRQFAYENGLMTAHSNATGFTCRYRWQELDGAPRVTEHDTSDGEHYRFDYDFAAGTTTVTGRQGETWQWWYDRETYITAHRTPGGGMYRFTYNEDHFPVNIELPGGRTVAYEYDIQNRVVKTTDPEGRVTQTQWNGEFDEITRTALDDDAVWKTQYNAHGQPVQETDPEGRVTQYAYDEQGQMCSRTDAAGGTVVTAFDSRGQMTRYTDCSGRSTGYDHDEDGNLTRVTDAEGKVVRISYNRLGLPETVNSPGKQQDRYTWNALGLMSSHRRITGSVESWRYTPRGLLAAHTDEEKRETRWQYTPEGRVAALTNGNGAQYRFSHDADGRLVREVRPDGLSRTFILDDSGYLTAIQTTGTQGGVRRETQQRDALGRLLRTENEHGQRTFSYNRLDQITAVTLTPTEAGQQQHRMQADTVRFEYDRSGWLTAEHAGNGSICYQRDALGNPTDITLPDGQHLTHLYYGSGHLLQTALDGLTVSEYERDSLHRQIMRTQGQLATYSGYDDDGLLSWQRSLASGSAPVLPGQRPARQGCVTSRDYYWNNHGEVGTIDDGLRGSVVYSYDRSGYLTGRSGQMYDHDRYYYDKAGNLLDNEGQGAVMSNRLPGCGRDRYGYNKWGELTTRRDQQLEWNAQGQLTRVISGNTETHYGYDALGRRTRKATYGRHTGHTARSRTDFVWEGFRLLQENVQQQGWRTYLYDAEQPYTPVASVTGRGESRQVWYYHTDVTGTPQEVTAADGTLVWAGYIRGFGENAADISNSGAYFHQPLRLPGQYFDDETGLHYNLFRYYAPECGRFVSQDPIGLRGGLNLYQYAPNPLKYIDPLGLTATVGRWMGPAEYQQMLDTGTVVQSSTGTTHVAYPADIDAFGKQAKNGAMYVEFDVPEKSLVPTNEGWAKIVGPDSIEGRLAKRKGLPVPEMPTAENITVRGEKINGEVEAKC >KAI6685811.1 hypothetical protein NL676_031724 [Syzygium grande] MKTGRLSARAYRALFRKSGNKDKASDCREELSRPNKSFQQEHINSGAVDPEEVDAVDNCSDHSQKTQDGVESMTQIVEKQNEENTCLRQNSHFTQQDPNNDSGREENRSSLEKQSELMDFSRNGRSLDGRVCLEKGQEDVPDKQNNSVYLMSNASALAGCQNVTSAERNFVEIDGINSKRKSGEPEATVNLELGEKQNLHVLVNIDAESGQSTCCICKLGGKLLCCDGAGCQKYYHLSCLDPPLNDVPPGVWHCLACVRKMMKYDAYSVSEGVEFIWDCREAEELDPNGCQKQKEFFVKYKGLAHFHNLWLPEAEVAAQCPSLVASFLRTKQVVPWKSEWTLPRRLLQKRLITSPQFHSEHDRHEEGIDVSTCHYQWLVKWCGLDYEHASWELENASLFLSSEARSLFKQYENRLERATGACNVELIKPPERKKSLRNEILKLPAKVSPGPENNHADLIDQMFDSWKRSQINIIADDQEHISKVTSFILSLKCDGCLPFLIISPSTSVYSWDAEFFHRAPTVNVVVYNGSKDARRCIRKLEYFQEGAPIVFQVLISPPEAIVEDMDILTQIEWEALVVDECQQPRTLSFLEEFKTLKNQMRLLLFNGKPKEHVSEYHKLLSMLDRGDKESRNALATKSQETVHKPKEQLLSHTAVEGRMDSSRFVEYWVPTQISNVQLEQYCATLLSNSLSLCSSSKGDLVGVLHDILVSTRKCCNHPYNVDPSLQGSLMKDLQPIEYLDVGIKASGKLQLLDRLLLESKRQHLKVLILFQSIGGSGRDLTGDILDDFLRQRFGADSYERVDGGILPSKKQAALNKFNDKELGRFVFLLENRACNPSIKLSSVDMVIIFDSDWNPASDLRNLQKLTIESQVQIKVLRFYLSCTVEEKALICAKQGIHLESKLQTISRSNSHMLLMWGASYLMCRLDEFHGSSSLSSMALSDQLLANSVVQEFLALLLQNDNRVKSRSVIVKAQQTSGTYCTDFPLVGETKIQSTAEDLPHIFWTKLLEGKHPCWKYLSGSTPRNRKRVQSNVNILEEVESDSNQLDKKRKKLTNNSVSLSSRKQQIDGEKKDAANKEGTSRPFIKSLRGEDLAAIPEGKMVDSDEGRKLRDAQRSLHLLLKPEISRLSDLLNLSDNIKGMVDIFLDYVINNHHVSREPASILQAFQLALCWTAVSLSKEKIDHTESLELAKQHLNYQCKKEEADHVYLMLRHLKKMFLHLTKNLPVDSLKYGELKDKVLEMEQSGVKSPLPAMPCLQTVKVEIEDCTFQGSSSNEVISSPKFMDEFGLTLRDISESGREIQNQKQILLELERRKNEICREYEAQKVLHENNRQMEAAIVRLHFGDSTKIDRLNRLDRECSTKIEECSREMAMRLKQIEAEYLASANGVQQDTSLVEGDRCSMQVQLLNELPEARHGQESYNCHNQLDNADPLSVPLSDQSVDAIVCAEKDCLLVRIGSDNDEMNAVASGTVSTEVGLCANGIPIDSQGNAISINPCYQENLPVNSQGDFISSHAPEKVSTLNACTLVDQIPDGSRKEAIDEPVPLEAQEIVHLMNLPERSSSPDPQVSETELPNGSESGVVDNAHCNDGPHKVALVNRSMSRMPDGIDKVGAPGHALENVSSLNVCSLDDQILDGSREEALDELPAVETLPEEELRFNCNAASTGMQERNAPDEEQHNVEGASLSSYHTLPDQELGDDFSAPSTSMQERNAPDEEQHNASQQTAFLSSGTNATSSFSGAADMEPPVLPQPPDQPLNHSSHDLALVSGTATPLQGVGETSNLTVHFQSTQVDENPAMPHQAMSESAVSVPRGRMVAQSSGNSTASVSVESNTQLLQSPFLMVQPRTPLKLHSDPLQNELDRMQREMDQMDKAHEDAKMQLVSDCDKEIEEIVAQIRRKYDLKLKEIEAEYLPKKKEFDMNHRKVLMNKMLAEAFKSKWSDIRASGANGIQQDVASGSMQQLLQLSSQRNAHQSLPVRGPSASLQSNRVGTAGTPFTSSESFPPSLASLQNVGPSGVAILNTPVVSSGIASRPPQISLSVPPPSANIQAPSDIRSPAPHLQVFRPSVASSGTPLQGLPNQQPPSNPPPTCTPLQQFPSAAAPPAGPAGPSSWHHGGGSAGGFPPIDLGSDLFMDVPCFRPPIAIRQRDNLTSSNATSDVVCLSDDD >MBN9383861.1 ABC transporter permease [Chitinophagaceae bacterium] MLKDHLKLAWRNLVRNRIASLINIIGLSVGLATSIILILWIAHEYGMDSFHTNLHAIHRLMLNQQRGGDIHTGDNVCGPLGPLLRQEIPELKYVVRTTSESSQLIRAGDKSLYEEGIYAEPDYFNMMTFPALTGHPAAALQDAGSVVITETTAHKLFGNENPMGKVIVHDNIHTLKVAAVIRDVPENSTVRFGIVLPFSLFEKEHDWVGHWDYNALAVWMQTKPGVSTAGLNKKLKDLLKQHDQAQEELFAYPLTKRYLYSEFKNGQPQGGKIILIVLLGAIGLFVLVIACINFMNLTTARSEYRAREVGVRKTLGASRPRIIIQFLTEAMLMTFIALFLSISFVSWFLPVFRQLTGTRLSFDISNFFTWGSILAIGLCTGLIAGSYPALFLSSFKPVKVLKGVIGARKGGAFIRKALVTFQFVISIFLITGTIVLYLQVKHVEHRPIGYDLTNLIDIPARGDMSGKFSLVKNELLKIPGVTTVSGGTDNLTRFGGQTDGIQWPGKTPDQNFLVFISWVQYDWVKTAGLHLAEGRDFNPIYGTDTNACLLNQAAVKKMGLKAPVVGTKLGNTTVIGVIDDFVFNNPTRAFQPIMINLSRGNMDHFFVRLQNDASWRENLDRIGQALKKVDPNYPFEFHFVREEYEKKMEDGRSAGLLLNIAGGFAIFISCMGLFGLSAFLTERRTKEIGIRKVLGASVSRIWFLLTREFLAPVLLACLITFPLAILALHAMLQQMDYRITLAWWMFAAGGLLSILIALATVSLQGIKAAVENPVKSLRTE >OAL48948.1 hypothetical protein IQ07DRAFT_600810 [Pyrenochaeta sp. DS3sAY3a] MDGVSGREILGSMPGRGVRCVCVVEDRLKILILSIRIAITNFFINPTQSLQALPVPIQLYVRSNPFLPIIHLLDSIFLVSGALGTGHAFHTALPALNQFLHGIRPEQTLAIQRLVVSTIWASISLAQNAEYISSAPWFRFTTIAERLLFIMSIGGTGVMLNELLVKLLTKYHHLDSNAQIWTQERAAALHYFHDSPKAAVDKYLDGSLGIAARIHCLFLICAAARFLLACCVWGRSLLGDNGGVGCFGAKGLIGVPVAFAVSVVAAAVLLAVFEQGETWTRAAGCDVSFLSRMLSVGFASVAYALLIQALGCGKSTWAVWVVSDAMLWAFGQVWSRDQERRTWVDFGQVLREKRKDWCLGRVVY >RUS79844.1 hypothetical protein EGW08_012370 [Elysia chlorotica] MAAPRVSGLQHSKLPMIRDHFAVAIGKSSVVVKAVAVIAIVGYLFSFITSTIPYITVTPGYVMPPNFRVYSFIFYSFVELHFWHVLADIAVIVLFGKLLEPLWGAADMLLFFVINSLGVGLLTAFLYFFIYLVTLNEEYLFNVHIYGMAGYVAGFCVAVKQVMPDHCLATLPFGKLRNTHIPLTLLVFIIIMRLSGLLPGPYPYMYAMGMIVSWIYLRFYQKHTNGNRGDMAENFSFASFFPSQLQPLVAVISNSIFSVFVRMKLCNKPQRKYDVSSPTTITVTLPGTEPHDAERRKQLALKALNERLSKPDTTLNWPSLDDDGPVSPSVGPESPPASSNPAGTGAGQTVSQATPMTYKDGTSGSTSQV >WP_266613108.1 MULTISPECIES: methyltransferase domain-containing protein [unclassified Streptomyces] MARQLDEQIAGRYPVGQRLRVLDVGMGQGTQALRLARAGHQVTGLEQDATMLSVAREALAAEPEGIRSRVRLIEGDGRETGVHFLPGSFDVVLCHGVLMYVQEPDALLAGLARMLAPGGLLSLLVRNADALAMRPGLHGDWAATLSAFDTTAYTNRLGLDVRADRLSTLTGTLAGIGAPLHAWYGVRVFTDTAADGAAVPADVETLLAAEERAGRTDPYRRVAALLHLCGVRG >HCN7845163.1 hypothetical protein [Escherichia coli] LGEFFSCNGINIKEMNDHFVTMVSTYQFISKYIPFFKHPSFIEENEFRLVFTPWMQMPDVHFRINNNGIIPYIIIDNKDNRKLPIKSITIGPTNDYDFIEAGIKMFLDSRGFSSVEIKSSSIPFRG >MBR7122964.1 PDZ domain-containing protein [Oscillospiraceae bacterium] MKRFCVRSLILLCIIGICATSVCGVTTLIPGGQVIGLELLDNTVTIAAFDENLGDAAKAAGLAQGDKILKIDNTPVHTAEDVRKALACSDGQVKLSIVRGAKTKTLTLTPPLTQEGPRLGVYLRQGTTGLGTVTYYDPETHTFAALGHGVNTSAGELVRLEAGRIFSANVFSVKKGKPGTPGQLLGSVTSQTPVGTLKKNTDRGVFGASAAAVAGDAMPVAKANEIKTGSATIRSTVGGTTLREYSVEILKIYANTGSRNRNMLIKITDPALLAATGGIVQGMSGSPIIQNGKLIGAVTHVLVNDPTMGYGIFIENMLDAAA >WP_154324327.1 head decoration protein, partial [Escherichia coli] >MSF43747.1 head decoration protein [Escherichia coli] >MSG06337.1 head decoration protein [Escherichia coli] EQRAEVRIFAGNDPAHTATGSSGISQATPALTPLMLDEASGKLVVWDGQKAGSAVGILVLPLEGTEAVLTYYKSGTFATEGIRWPESVDEHKKANAFTGSALSHAALP >HCT61068.1 hypothetical protein [Acidobacterium sp.] MDCAVLLAAGAAVWLAAAAGWVEFCVLSALFLLQPDTISAADSTKLLAKAKETLFFIGLLRCGPGSRSCAFL >MBZ5490509.1 hypothetical protein [Acidobacteriia bacterium] MTEKNLNALAITEQETVSAARQEARFITTNLLEEHPTPAVMGAEAPPSVSVELSASGPFGAY >RZK52568.1 MAG: hypothetical protein EOO91_19115, partial [Pedobacter sp.] MQTDKYQNYSRQKVLILIYLPWVLSMIIQIDPVASYFVAWLGSFYIFYLTLFSRVKFIPLDFPLVKQVMRPIVIIQLIFAGFMCCTSIFYFMDHLGYEYFNKISTIPFQVNEQTYAIAKCQRLSLLAHAALVTGMVLKIRQFPVIKHQLNLNLDFFLIWLCVISYIIGGATARIGSISQFSYGLINISITCSALVLVRGMVQRKRGYMIFGGGLFAFNFVASTLTGYKESIIINVIIISFLMYPYYKRVILTLAIPTIYILLYILPTFANVIRTQSWYGQKSAEEARKEAFDAVLNSGAPVIDETNWTFLTNRLSEINMFTTFVKHIPKERDFYRLEIVENSILAVIPRAFWPGKFVTETVSMQRVYEAGVAVQASDVSAKTRPVVDGYVSAGLIGVFISIFLYGFVTQWICNKAE >XP_018661491.1 hypothetical protein TGAM01_v207817 [Trichoderma gamsii] >PON23290.1 hypothetical protein TGAM01_v207817 [Trichoderma gamsii] MGLLNFLNKRPQVDTSPELRSQTASTEARGIIASRESGTRTPDPSQRVLKPRLVGISEARPGTNPKDSKSTKIQPQLKSTGRNPKDSITYLKLDPIPKFSDRDRPKSRHDVEQVTPMSLNFPLPRRSSSAFVDILDAQGEIKPSNFKSRIQASGTRDYGEDVADRNMAETLTSPRSCALYSSLSGSTLPYRPHGSISTASSSKRVFKGQAELEHPRLNSVSAAGFNGRPSSRQTSIRSRPASRGRVSPAAESFFEANEILDYRPSSKMSYGQISVTGSRAPTPQQAPRTADGSYMRDECNMLYDGTRSASPPGVPRYKPRQYSLPSGKLLSSALPGSVRSARENLNSSLLPPHPHFDRSRQMYQQRCKTPTSPNQLHSFRHRMDNDWSRFNRYAGDYLHPTKSNWENASSSASEYAPSFSFGSTGNLQIDDTERQPSIRTFGRRGSISSYAPSDYSGQQLTGGRSVRTADTSIDIPHNSLFHEMKFMGGSSRDLRSRGGDSSIAPDRTGAEEDSGGESIFISPATPSEEQPPFSPLSPGHRYGGLSVSSYDATSISDSDADSFYNEQRQTRRDGEALLFGAQGFGDDGRSLPGLFNGPESLAVPKWPEMPAASTDVSEMGDDESSVIGLAVTSPEPRQTSPRPFTQRERLLALGYDYDSDSDVETSLDSDEIPEDRTLQLLSALVRGRTSAAPGSLKMNGLPADMKAIAKLRKDIKRRQRLDASPARRRSKSSSGESGEVNTTATTS >WP_222251196.1 hypothetical protein [Microbulbifer agarilyticus] >MBY6213292.1 hypothetical protein [Microbulbifer agarilyticus] MEESSSVSVVFVISVIVGLVCTAAYLYCFLSLKKSNESSGLKHLAYFSGAFLVYFLANLFNYTIGPVAHLVGAGLGVEWVGEAEDLVYSITSIVAVTLFILGVRAAAEHVRA >RGG06187.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AF27-24BH] >RGH26169.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AF02-13] >RGH51280.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AM37-9BH] >RHQ21825.1 NAD(P)H-hydrate dehydratase [Coprobacillus sp. AF29-3BH] MYIATSSQLKRYDQALLDYGYSIEQLVDKASDCLLKHFDKYQHIMIVCGPGNNGADGISLGIKLHQEGKEVLLCLTGKEEKLSQANRYYLDQAQSLSIECLFVSEETLEEFQKSVPHFDVVVDALFGFGLNSDLRGIVKYVVDHINNIEVDVIAIDIPTGLNPDTGKPYNSCICAYQTITLTAYKLAFLNPESEMYTGKVILELLDAKSFHEEMLFSQPVDFKWAKYHIKERLYDGHKGTYGRIMHVTGCYHYRGAALLAAKAAVYTGSGLVTVWSNEKVIDALSLFCPEATSCQRQYFDEHLLQGKEAILIGSGLGLNDDSERFVCELLSHTQVPVVIDGDALTILAKHPELLENHHSSWILTPHHGEFKRFVNFNQTSELVDQANAFAKKYHVTLVLKGPHTLISDGNETYRIMSGNKGMSSAGMGDTLAGIISSFLGQGYLPKDAAILGTYLHGLCGDEVYKENYTVVASKVIDQIPQMMKKLKQD >PHR72175.1 MAG: signal recognition particle-docking protein FtsY [Lutibacter sp.] MSLFKKLFSKEKKETLDKGLEKTNTTFLSKLSKAVAGKSKVDDDVLDNLEEVLVASDVGVNTTLKVIDRIEARVAKDKYLGTEELNKILREEISGLLAETNAGNETEFTIPEGQKPYVIMVVGVNGVGKTTTIGKLASQFKKAGLKVVLGAADTFRAAAIDQLQVWADRVDVPLIHQEMGSDPASVAFDTLQSGVTQNADVIIIDTAGRLHNKINLMNELTKIKRVMQKVIDDAPHEVLLVLDGSTGQNAFEQAKQFTLATEVTSLAVTKLDGTAKGGVVIGISDQFQIPVKYIGVGEGIDDLQVFNKVEFVDSFFK >MBQ6421794.1 hypothetical protein [Clostridia bacterium] MYRVIVLIGVIFTYLGSFFSGLFGVAKPAEVKTVPVNGSLAAVDALGRNTVSAGESDKKVGVFYFLWNGEHNLDGPYDVTKIMETDPEAFRSDASWLAAGGGPMGYFHHWSEPLFGYYFQADKWVVRKHCQMLTDAGVDFIVFDATNANPYIARTLDLIDVWYEYYQQGWNVPKIAFYTASY >WP_251290759.1 unnamed protein product [Escherichia coli] TMTDYEDDQLKEENARKQRDMAQREIDDICFVMSSEQGRRVVWSVLEKGRVFSAISPMDAMAMAFNEGQRNLALELFQR >MBR4471080.1 50S ribosomal protein L18 [Erysipelotrichaceae bacterium] MYSKQDKNKARQRRHERIRNKVFGTADCPRLNVFRSNAHIHAQIIDDEKGNTLVSCSSVELKLDNGSNIEAAKTVGEKLAERAKEKGIENVCFDRGGYLYHGRVKALAEAAREGGLKF >MCF2638803.1 gamma-glutamyl-gamma-aminobutyrate hydrolase family protein [Fusobacterium varium] MKPIIGITTFREKREKGEYNAINFGYAEAVIAAGGIPLFIPIISEELTMEMLESDVLDGVIFSGGEDVAPRYYGEDPILQIAGTDTKRDEMEFKLLEEACRRNIPVLGICRGHQLINVAFDGTLYQDIDTQVQSAMGHHPKAINRDELFHSVSIKKESLIHDIFETEKIYVNSFHHQGVKKLGKGLKATAFSCEGVVEAFEAVDMKDRFILGIQWHPENLINRYPEFLGIFKAFVARAKER >KAJ3519417.1 hypothetical protein NM208_g14133 [Fusarium decemcellulare] MASPDRIIDARLGTTLQDLLCLPDAHPLLEEKLEPPIKFDIPPDCRVFSPFARLPPEIRYQIWENTLATPGMHFLKIDTDYQPTSGAGRWWTKEWTSIHAHSEDDDEDADPITLEVKRESRPNLKQYGTLKPLYPTRQADISYYTNLHQQLAKLSVTCNEAASIAKSLTCRSTTFRLDNGRIISLDCSSDVIYLEYVPPAIFEDGFRFFRALECSGLDQIRRVAVRYCHKWYEQHSPRRCPNCGQIHQTPDRVKYPNHLYRFMAQYLPNLEHFYFVDYFILRKPSDASSPPVDDGRGFGTLQKAKPRLSKFQGGNRTYYEVDDQDWNVQSKVFQMKSWLEDNFTKYAKSSKLSKHRSPEKVKFGVLACEWTVGPPAEAKKVPTTPEKKGRNKRTHCEEHTSWRNRRSPVQKSPASIPGEVPTDVTGRIPFIFGAPTGNRFDFTFSIPL >OCB46767.1 succinate--CoA ligase subunit alpha [Mycolicibacterium vulneris] >TVX95725.1 succinate--CoA ligase subunit alpha [Mycolicibacterium porcinum] MSIFLNKDSKVIVQGITGGEGTKHTALMLKAGTQVVGGVNARKAGTKVEHVDKDGAAIQLPVFGSVAEAIKETGADVSIAFVPPAFSKDAIIEAIDAEIPLLVVITEGIPVQDSAYAWAYNVDKGQKTRIIGPNCPGIITPGESLVGITPNNITGKGPIGLVSKSGTLTYQMMYELRDLGFSTAIGIGGDPVIGTTHIDAIEAFEKDPETKIIVMIGEIGGDAEERAADYIKANVTKPVVGYVAGFTAPEGKTMGHAGAIVSGSSGTAAAKKEALEAAGVKVGKTPSETAKLARELFESL >MCD8138445.1 hypothetical protein [Planctomycetaceae bacterium] MWDNETTFSTRQALADGPSEAIVDVGADDIGLGEPVYLQVSLSKGASGSLEVTVETGDEADLGDAVVLVTYHVTESALKHGGTVLAAPVPTGCRRYMRLRYAGASGGTVTAGLVQAAQTSGMQR >WP_263513200.1 S24 family peptidase [Acinetobacter ursingii] >UYF72996.1 hypothetical protein LSO60_07015 [Acinetobacter ursingii] MIMESIVERIQAALNHANLKWSAASIKLGLSAQAATNWKKGKIGKDTLKDLANLTGVSSGWLLDGSGSMIEANNEPDLAETYRPVIAWEVPSDLDPNSFVIIPHVDVKFSAGPGRYAEFEPMPQKTGCAQPLDWFHKKKVSPKNLVEVDLDGDSMEPRIPSGSVVIIDKSINTLEQVQNRKVYAIRYGEDLKIKRLSRRYDGALIIDSDNPQYEREIVEPQDLEHIGIIGKYVSHYYDGEI >NWW37631.1 IN35 protein [Panurus biarmicus] ALLEKKMIFKGLTVNKEDMNNLMLTPLIHYPLPGGSALITFEEAKVAQRIIEMREHTVELSCGELEELDQCRVRVQAMPMEILLPSALEIRLTQSSRSILVSDLPNLDISKEALLDKLELFFSKTKNGGSEVESREFLDNSDHVVLTFTQDGVAEPLIERGHIQVPIGKGKYKVKISPSVCGDISNLQLQPSRCPRTVLLLGIPDVLSEESMRDTLEIHFQKASRGGGEVDALAYVPEGRTGVAVFVEDTG >WP_010859888.1 TRAP transporter substrate-binding protein [Lysinibacillus sphaericus] >EON71754.1 C4-dicarboxylate-binding periplasmic protein [Lysinibacillus sphaericus OT4b.31] MKKFIIGTITTALLLTIAISIQQGLLFAKPLPYDDEQKGLDTQITIHLSHVVAENTPKGLAASKFAELVEEKTNGEVKVHVYPNASLFNDENEFNALQNGEVEMIIPTFSKMTSYVPDWQVLDLPYLFNTDDEVQKVLTGAIGEQLLEELEPLHVRGLSFWHNGFKHLTAVDYPIQTFEDLKGLRVRTMPSKALEKQFEAVGATPIPISFSEVFTDLEAHAIDAQENTASNIFSKGFYKVQQHMTLTKHGILGYAVLINEKFWKSLPIKIQKEIEEAMEETTDWQFEQAVLMNDTDLHKLEQQQGFDIYDMSEQERKRFKEKLSPVYDYYRANVENNHILAEIQKIVSP >EFS12202.1 putative transposase, partial [Shigella flexneri 2a str. 2457T] MDSARALIARGWGVSLVSRCLRVSRAQLHVILRRTDDWMDGRRSRHTDDTDVLLRIHHVIGELPTYGYRRVWALLRRQAELDGMPAINAKRVYRLMRQNALLLERKPAVPPSKRAHTGRVAVKESNQRWCSDGFEFCCDNGERLRVTFALDCCDREALHWAVTTGGFNSETVQDVMLGAAERRFGNDLPSSP >WP_245836657.1 alpha/beta fold hydrolase [Sphingopyxis indica] >SNS79390.1 Pimeloyl-ACP methyl ester carboxylesterase [Sphingopyxis indica] MTTAKLFLHGVPDSPAIWRPLIDALELDDTPVALPALPGFTGPLPAGFAATKEAYADWAVGEAEALAAAHGPIDIVGHDWGALIAQRAATLRPDLIRSWAVSNAVIDPDYRGHRIARIWNTPLLGEIFMALSRPAALARGLAEQGVPAALAAEEARQWANKDKRRAILRLYRSAHGLDFSRDWARDLDRLPRRGALIWGADDPYVDRSVASRFAAARGFPLTMIEDAGHWAIAERPLTVAAALRAFWDGLDREARD >WP_208750182.1 hypothetical protein [Arthrobacter sp. PM3] >AXJ08981.1 hypothetical protein CFN17_04590 [Arthrobacter sp. PM3] MSQALVKIAAMWLLGLMLALAGAVVAINLVNNSIAGPQQPVREYLSALQKGDGEKALGLLRASVPQSNSAMLDGSALQTAAAGISDVKIGNAEERGANRVMVPMDYTIDGSRQRTEFLLERSGTEWLFFHKWSFVPAALPVMDVTVVNSSEATINGVPVNMPNGRNSFAVFYPGQYEAALNGQYFSAAPTRTAVTGGDAHPAPLNLLTEATKTLKDAVAGKVREFLDSCADEADKQQKLQPDCPFYHATNNRVIDGTIDWSITDYPAVSIEPFGGRWVVAPLDGKARIKARQVDLFTGAVTDINTVHDFSFTTRLDIDGDTVKLTPQLNY >WP_069944653.1 oligosaccharide flippase family protein [Alteromonas macleodii] >OES29411.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OES30037.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OES30239.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OES40695.1 polysaccharide biosynthesis family protein [Alteromonas macleodii] >OZB92503.1 hypothetical protein BBP29_07195 [Alteromonas macleodii] MNLARKVASSTSLILIVRLFQRGIGIISLLILARLLTPQDFGVVAIATMLVFLFDTLSEGGTQQYIIQKKTLDDSDIVTAWTISILSKLALFVALLALTPVLANFLNAPEAESAIRAMALVLPISAFASPQLFMHRRDLEYGIISKILLIERVVSFLVTVVLAFILKNYWAMIIGVLAAYTSKTLLSHWYAPYPLKFSLSRIKEQMSFSLWMLIRSILGYVRAEFDVIFISKMYGADQLGGFSLMRNLSFLPSREIIAPVSNVFLASFSEIKRRGDPIGEHIVVVLTILLCAIFPVIGYLHVFNQELVSLFLGQQWLPFAHLLPLLAMFTITFAVSTFVQQGLIANGDVKLLSVYEMVTLSLLLALFTFFFSGSMEEFIIARIVFAFTVMGILLVFCFMRFGLPVVSLLFICSLLTTACFSAVLSAQMLTGQGIVYLVLGSALYFGVYFVACLFFLFLFKKHKVLKEVTSLASRFISSRRSR >KXK44331.1 glycosyltransferase [Chlorobi bacterium OLB5] MRVLYVSSSGGIHDYRFLKKLVNDYEVLFLHYAAGEIIEEIDKLENLEIISKRPAFRSMPFISERTHFKKIVAEFKPDIIHSGYVWQVGILAENSGFHPHLSMPWGSDILTEPDNSFIRKRLVSRVMKTCDHVQCDAEFVKKKIMDDYGLNEDKITVFPWGIDLQIFSKSDKESARKQLKLDSGKFLLLFNRYLEPVYGVKYLLEAFRKFSENKNDVQLLMISDGSGKNDVVKFIAENGVDDKINLIGRVPNSELPCFLNAADVYVSTSLSDGTSLSLLEAMACGTGLIVTDVPAIQEWVNNSNGIVVPRANTDELSRAMERYYLNRTLAAEHAAENVKTARARADWDKNYEKLKDIYKQLVKLK >WP_190971545.1 hypothetical protein [Nostoc linckia] >MBD2565889.1 hypothetical protein [Nostoc linckia FACHB-391] MMTGFTQLKPQFVTHLGLLYQKFYLIYLTCLNINQPLQYILKVCLLTTIINSLAVNVVAAEVQTFGQAGRNGVDGRSGRDGNSATEQTIRANEQLQTIDLSGTDGEAGESAISGEQASGCQQPQNVTVNVCGAKGGNGGNGGDGGDGGDGGNATVYFESLSKLKNVVLRNRGGRAGVGGKGGQAGSGCNCTQPRWTVNYCTWALMAQQTNVANAEWKEIKRELFRCSGDAFYDEQQYQPQLAILDPNYRYGWKYIGLSQQRDFTCENGFIGQAGRNGIDGQLGSYGQVLLVKGTEIPQEQISYSDRVSLLVDRSIGLLKKNLSKKMGLQSLLGTGSDVRDSYRLLETVQSSFKVSWQTVKRPQDLGDPPLKAEITESGKLQFYIPGTLEYKLNNLPNQTEIAITGGIHPKRLGRFKFKGFDRFRDPRNFTLLDEGKLLGELKAVKLTIILSQNNSKVSEMSYPLVPHRPYPHWADAYQLNLGDRFDSWLQPGQPVEYEIRIEQTTRAGVTYTSGMKIGFVGGKVTHSPNIQYYSGTALTDILKLID >ECB3811761.1 DNA translocase FtsK [Salmonella enterica subsp. enterica serovar Carno] >ECE9435129.1 DNA translocase FtsK [Salmonella enterica subsp. enterica serovar Carno] MSQEYTEDKDVTLTKLSSGRRLLEALLILIALFAVWLMAALLSFNPSDPSWSQTAWHEPIHNLGGAPGAWLADTLFFIFGVMAYTIPVIIVGGCWFAWRHQSTDDYIDYFAVSLRLIGVLALILTSCGLAAINADDIWYFASGGVIGSLLSTTLQPLLHSSGGTIMLLCIWAAGLTLFTGWSWVSIAEKLGGWLLNILTFASNRTRRDDTWVDDEEYDDEYDEETDGVQRESRRARILRGALARRKRLAEKFSNPRGRQTDAALFSGKRMDDDEDIQYSARGVAADPDDVLFSGNRATQPEYDEYDPLLNGHSVTEPVAAAAAATAVTQTWAASADPIMQTPPMPGAEPVVAQPTVEWQPVPGPQTGEPVIAPAPEGYQPHPQYAQPQEAQSAPWQQPVPVASAPQYAATPATAAEYDSLAPQETQPQWQAPDAEQHWQPEPTHQPEPVYQPEPIAAEPSHMPPPVIEQPVATELEPDTEETRPARPPLYYFEEVEEKRAREREQLAAWYQPIPEPVKENVPVKPTVSVAPSIPPVEAVAAAASLDAGIKSGALAAGAAAAAPAFSLATGGAPRPQVKEGIGPQLPRPNRVRVPTRRELASYGIKLPSQRIAEEKAREAERNQYETGAQLTDEEIDAMHQDELARQFAQSQQHRYGETYQHDTQQAEDDDTAAEAELARQFAASQQQRYSGEQPAGAQPFSLDDLDFSPMKVLVDEGPHEPLFTPGVMPESTPVQQPVAPQPQPQYQQPQQPVAPQSQYQQPQQPVAPQPQYQQPQQPVAPQPQYQQPQQPVAP >DAT73027.1 MAG TPA: tail tape measure [Caudoviricetes sp.] MADSALGSALIIPESALKKIKEADDKLKQLQRTAEQTASSVKSSFGTMQGSTTGFIGALDQIIQKLGTINNASSKMSGSLSNIGANKASKDVSQMNGVIIQASENIDRMVASQRKATNSADFSKSVSDWQNIQAQIDATNKRQQELTQSMRQYEMVQKNIQDGKGGIVYKDDKIAYAENQKEFESNQQLIASLREKQQAIIANNQALNQQIQLLNSLKNYHIDSGSLDNLRSKDTLASMREYYKEQEKLSAQQERQRQKDANAWLKNKEREAQAAEKASRREQEASDKAAAKAEKDASRIRAAQEKAYMSDWLKQQRSAYYSNTNAVIADTNGVKTLRDHIAAIKELQQARLSLNTTDKNYKQNLASVNEAIKQHSKVLKEAGVNAKSLGEQTSYIAGYLSRLAQRTAVVFSFGAAKSFVEQIAEVRGQFELSERSLEAILQNKPKADEIFNKTVELAVKSPFRIKDLVDYTRQLSAYRIESDKLYNTTKRLADVSAGLGVDMGRLILAYGQVKAAAYLRGSEVRQFTEAGINMYGELQQYFKEVKGEAYTTAQIVDMISKRKVTFEDVEAIFQRMTDKGGTFYNMQEIQAETLQGKISNLKDAFDVMLNDIGKANEGTMKGMVSWGTSMLDNWKALAEIGKALIPILIAIKANSMFAKTSLGQAFSQASGTGIVRYKALFVNSLDGMKKALKDFGGLVKSSLSGIGVGLAIYAVAEVITTVYDKISKYNENVRKAEEETIKAKGAIGALAGTYNDLANAATNANGKLEGKDLEKNVEDRRTTLQKLIDAASKDGLTFKINVDSLDANQLNATFSKVEKEYKDFIDSIEVIRRNYAKNDAKNTWFTDGLDDDADDYKDAVIDALAKSSQMERVVANINANYKQATSTTKKYFDEIRAGQKDNESNIDYMTRMYELIKKINIAQGGSDYKMPSFIGTSQADFNDLIRAMNSVQNKAQELNSEFDDVFGDLRKKYSNDPIKIQGVIDRIAAERDWNQYERDLAYRHFGINVSINKNSMEKEVNWVDDYLSGFFAKKKYGINLVVKEITNDKALESFLEKGDDAAKAAKNWRELEKRLASVGKNTKKIKVDDSIRKMFKAGDPRLGGNTIDVSTLRQMVREYKNAATATAKGLGVNPFEKEDKKAAKNAAKEQRDILNERISLLKDMSSEYQKLIKYEGEEQATADVRKHFALAAKNVGMNINNFIPDRQTIAKKIEYLASLYKELGKRGSALRNATEIRLDIDEEYFKQQLDDAKNNAQEAFSHLDLFKKLKGEGLSDSIIKSMFGDLTSSFDDVRKSITDDFEAKWGKDQNKWGDDVAKEYASQMQKLDKEVYQDQINQAQELIKAYKQQLSDQLQLDKWYIEEKQKIQSNANISKNKDLQKQLQDNLDKQYASKTDTNSWKDFQNSDMYISIFENLGHTSNRVLTAMKARLEGLRSSLKNLTPEQLKQIVEQINKIDALLVERNPYSNIGKNFKEYLKFAKQRKKLEEEYIDATQKEQILKNDQSNANKDVKNAEIAYNNAVIKYGVASKEAIQARILWDIDKERLRVITDQLVAQGKITEKQAEQIRNGQKLQKTLQQQVQNIGQNFSDAASSVTELFSALNDWGANIEMSDDLSEVVDGISKIGSSLEGIDITRPFSVVKGTIGVIGGIGKTIGGIFGWGTKDKKLQKQIENHQKAIEKLRERYSELKDAMDNAFDIERLAQYNDEMVKNLKTQNANLESMIKAEQDKKKTDNDKIEEYRKQIEANNKAIEEAEQSLTEQLGGFGTKANYKSAAEEFAKTWVDAYNEGSDALEALNDKFDEYIQNLIVKQATQRIVGKMLEPLFKKIDNAVEQGSDGGNNGLNLVKAELDNIMTTGKDKLKGVSDMLKSFVDGLGYKPKGSSNISALQQGIQSVTESTAQALESILNSLRFYVATQQADIRIIRDTLLEKLGNSISAITQDTSSSPVLIELRLQTTILTDIRDTLTSCVKGGHKQGRNGIKVFMN >HCT06136.1 heavy metal translocating P-type ATPase [Pseudomonas sp.] MSDSLHTPHKHDHGHDHDHDHAPKKLTPVHNHGHGGSCCSGTPAPAVVQLSEAPTVGSRLSTFRIEAMDCPTEQTLIQNKLGKLAGVQQLEFNLINRILGVTHDLPTTAPIIDAIKSLGMQADPIEEGTPAAEPPAKKHGWPLAVSGVGALGAEVLHFTNAAPTWVIAVVALVSILSGGLTTYKKGWIALKNLNLNINALMSIAVTGAVLIGQWPEAAMVMFLFTVAELIEAKSLDRARNAISGLMQMTPEQATVRQADGSWAEQDVKSIEIGAIVRVKPGERIGLDGEVTAGQSTIDQAPITGESLPIEKTVGDKVFAGTINQAGSLEYKVTAAANNSTLARIIHAVEQAQGARAPTQRFVDSFSKVYTPAVFLFALGVAVIPPLFMAGAWFDWIYRALVLLVVACPCALVISTPVTIVSGLAAAARKGILIKGGVYLEGGYKLDYLALDKTGTITHGKPVQTDYLPLFPNVEDSAPALAASLAGRSDHPVSLAIANAAVDKNLPTHVVDNFEALAGRGVRGDINGQTYHLGNHRLVEDLGLCSPALEEKLFALEKQGKSVVLLLDKSGPMALFAVADTVKDSSREAIQQLHELGIKTLMLTGDNTHTAQAIGAQVGIDQAQGDLLPTDKLHAIETLYGQGHRVGMVGDGINDAPALARSEIGFAMAAAGTDTAIETADVALMDDDLRKIPAFIRLSRQTSSILKQNIALALVIKAIFLAVTFLGMATMWMAVFADMG >KAG1677749.1 hypothetical protein FOA52_001061 [Chlamydomonas sp. UWO 241] MIRRAGSSTLRSRRAFGLSRDDGKDTIPGARLRLRLYQVLAPSLVGRGRHFGSATSLKSEWVCVDQPYFSAPGVELFPLSPRDLVPTAVLAREQQPVAVAFICVEGGKVWAATHREDARVVQRGLLLLTRHLLREVPGGYLVKEQSGELKIMLAFRSGRVAHLFLAAMQEATMALDWPAAALQQWPRVDGPDGLPLFNGPRLKMGVCAGHPRSIMPDYLGRADYLGDAVNQPGTQGIEGDGPWPANALVDGGFDELLITDIGSFRFKGSLQVLPMVNVCLASLAKRKLPQEPPKGKGGRVRDGTDAPLARVRVPLLTALHKYRQRSLALPSAAATAAAAPAESPHRSAKSFARAATLVKPKAVDNRVLVAKYCNSAQLLLANAASNRTHCSDEQLYVALLRFACLVLETIPAHKHFSLADPQYRKLTNDTQCSLHVSAACRSLSSARLRHRAILPGHRDRPTSSSSAAPTIFWGAFWGAWRARSCLNLAAVPHRNP >CAI3266215.1 mechanosensitive ion channel family protein [Enterococcus cecorum] MLATNNGSVAETTEKQLNALQRWWHNINWENIINTIVDKAIGVVLLTLLFFILQRLSFFLLDRVYKQYAKRYSMNENRLNTFKTLMHNIIQYTLGFFYVYSLLSVLGFPIGSLLAGAGIAGIAIGLGAQGFMNDIITGAFIIMEQQIDVGNYIRLPILGIEGTVMSVGIRTLQLKSSDGTLHYVPNRNITVISNTSRENMQVLVDVRINPNEGIEEMKHIIATVNQEFSQVHHEVIKTPPSIFGVVDLGNNNFAIRSIMYVSNGQQFSIKQAYLTACIDALVQNGYTIPNTPIITK >WP_160923791.1 lipid-A-disaccharide synthase [Pseudomonas oryzihabitans] >MXS20473.1 lipid-A-disaccharide synthase [Pseudomonas oryzihabitans] MRVALVAGEASGDLLGAGLMQALREQHPNISFMGVGGPRMEAEGLVSEFPMERLAVMGLVEVLGRLRELLGRRKALIARLLDARPDVFIGIDAPDFVLEIEAQLHRAGIPAVHYVSPSVWAWRQKRVLKIRDGCDLMLTLFPFEARFYEEQQVPVRFVGHPLADTIPLDSDRLAARQALGLPEEGEVIALLPGSRGGEVGRLGALFLDAAAQLLAVRPDVRFVLPCANAARRVQVEQLLEGRPPLPLLLTDGRSHEVLAACDGVLIASGTATLETLLFKRPMVVAYRVAPLTYLILKQLVKSPYISLPNLLAGRKLVPELIQHEATPERLVAELLPLLERPQQQTDSFAAIHHSLRRDASVQAAGAVLDLLRQRS >MBQ9635153.1 type II toxin-antitoxin system Phd/YefM family antitoxin [Acidaminococcaceae bacterium] MVSTLTSAITNTVPITHFNRGFASKIFNDVKANGAKVVMKNNTAECVLMSPEQYMALMDELNDARLLATAIDRMEHFNPDTLISQEESNRRLGITEEDLAGFEEVEIE >WP_185892762.1 outer membrane protein transport protein [Vibrio vulnificus] >QNE02933.1 outer membrane protein transport protein [Vibrio vulnificus] MKNIFSSVLSDHDNREEGGTLRPSNWLTFSLLSASLFTPFPAIGSGIFLQEAVIANAGTTGAGDGVYTQSAAAMWANPATMPWMGETLTTVNVTAFDLQMNYHDQSGAGDGQAASLMPSAGLFHVRQLNEDVHFGIALGTVGGSSLDYGSEWQGAALMTDIALAAVQINPALGFKVTDQLSWGIGAQISWASLEMGMANARRLEQSSDWAYGFNAGVMYRVSERWNLGASFRSKVNHEFSTELSGGQRALPVGTDLVVPAIVDVSSSYAVNPKLKLLASIQLHRWSEWDETVFDFGRVDSNPLGLNSIDRQWEDVWKMAIGTDYQLNADWRLKAGFSYESSPQDDPSKQWVDLPVGQQYRYSVGATTQWDSYVLDVYYEYADLGDVDIAPRKIANQDVGISGAFEGRIHFVGLSVSFK >XP_001312457.2 hypothetical protein TVAGG3_0415630 [Trichomonas vaginalis G3] >XP_051085585.1 hypothetical protein TVAGG3_0872330 [Trichomonas vaginalis G3] >XP_051098841.1 hypothetical protein TVAGG3_0289790 [Trichomonas vaginalis G3] >XP_051099515.1 hypothetical protein TVAGG3_0310020 [Trichomonas vaginalis G3] >XP_051106173.1 hypothetical protein TVAGG3_0055780 [Trichomonas vaginalis G3] >XP_051111366.1 hypothetical protein TVAGG3_0203320 [Trichomonas vaginalis G3] >EAX65767.1 hypothetical protein TVAG_606840 [Trichomonas vaginalis G3] >EAY00779.1 hypothetical protein TVAG_231190 [Trichomonas vaginalis G3] >EAY22928.1 hypothetical protein TVAG_076750 [Trichomonas vaginalis G3] >KAI5501456.1 hypothetical protein TVAGG3_0872330 [Trichomonas vaginalis G3] >KAI5527171.1 hypothetical protein TVAGG3_0289790 [Trichomonas vaginalis G3] MLPIEKENSRVATTKPLDELFTNVGQKFETETVKHEGYRFDYPLRWLRDPSVTKAIGFRRMKFVSVEDKSFPFIVRFHIDYISEGKRKMWEEIELIQVDLSSSLQTALKNIEDKINSCYAKYADEYANTESTLYVRIVYDKQNSQVSFQIYEDNPKKDEQIYTEFTAMSWYYLQRMLNQKVELPLANIYSRYARDEPYLFKDVFDPAAIIVHASFSGAQNSFLCLANDFYEKPTKLYEPPSGSISDFQVWFTTDGRKRIIPLYHAFYLELSFIYNYYRTIKI >WP_140229785.1 siderophore-interacting protein [Vibrio fluvialis] >TOY92288.1 siderophore-interacting protein [Vibrio fluvialis] >TRN11240.1 NADPH-dependent ferric siderophore reductase [Vibrio fluvialis] MQNKPRKRSFHALTVTDTQQISNNFQRIILQGDAIAHFGKESEGGYIKLLFTPDGGTDISTLGDDARPLMRTYTIRQFDPQTNSIVVDFVRHITHDLSCGFAARWAESVQVGDTISIGGPGKSQGLNTEADWVFMAADMTALPALSVTLESLSADTQGYAVIEIEDEDDKQALDAPAGVKVIWSVGTPLVEAVKAQSWLNGQCSVWCACEFESMRALRQYFRNEKEIDREHIYISSYWKNGVSEDGHKVIKREDAEANS >XP_029003841.1 GRB2-associated-binding protein 1 isoform X6 [Betta splendens] MSGGDVVHSGWLRKSPPEKKLRRYAWKKRWFVLRSGRMTGDPDVLEYYKNDHAKKPIRVIDLNLCEQVDAGLTFNKKDLEHSFIFDIKTFDRVFYLVADTEEDMNKWVRCICDICGFNPTDDEAAKAAHQSALGGLVVDTPPHPALGNIVGPAAAVLSSVPPPYQPVSVRHLDSQSSSEEPQDYLWLVNCESKRPEPNSSLQLQSPLEGDQEYLLLEECESKTLSPQTSVAHAECSKSTSSETDLNDNLPSHRTPTSTSSAKHTSHNGFFPQHPAPASASSIYDSPPSRGASLSTDSGLYNLPRSFSQDTVLLPKSASSPPAHPDIGGDSELYVFNTPSRKPSMETQMRNLSISYDIPPTPGANCTYQVPRTVSSSTALGGSEGGGDVVPPPRPPKPSLSSTSGPPPPPAERSPTDTYHVPRSASETDGNYCVPTSAGNKALRSNTIGTVDCARLRRDFGSQDCYDIPRSFPSDKSCSFDFNESFNSYFKNKGMMPVGSQSTEEVDQNYVPMSANSPSHHHSGSLPEPMHEANYVPMTPSTIEFSSLGKQVPPPAHMGFRSSPKTPPRRPMLINECQPPPVDRNLKPDRKGKPAPLEIKPLPEWEEPCTPVRSPVTRSFAREEESFYCTVPITPIKREVEELDTIEENMKLGAPMTTDGGSSPMVKPKGDKQVEYLDLDLDSGKSTPPRKMKSNGTGMAASDERVDYVVVDQQRTQALKSTREAWNDGRQSTETDTPSKGPK >MCC1459731.1 NAD-dependent deacetylase [Staphylococcus aureus] >HAR4426729.1 NAD-dependent deacetylase [Staphylococcus aureus] MQSSKWNAMSLLMDEKTKQAEVLRTAIDEADAIVIGIGAGMSASDGFTYVGERFTENFPDFIEKYRFFDMLQASLHPYGSWQEYWAFESRFITLNYLDQPVGQSYLALKSLMEGKHYHIITTNADNAFDAAEYDMTHVFHIQGEYILQQCSQHCHAQTYRNDDLIRKMVVAQQDMLIPWEMIPRCPKCDAPMEVNKRKAEVGMVEDAEFHAQLRRYNAFLEQHQDDKVLYLEIGIGYTTPQFVKHPFQRMTRKNENALYMTMNKKAYRIPNSIQERTIHLTEDISTLITASLRNDSTTQNNNIGETKDVLNRTD >MCC6386819.1 50S ribosomal protein L24 [Dehalococcoidia bacterium] MPAKIKRGDNVVVIAGKDKGKRGTVRHVNTKDNRVTVEGVNIIKKHQRARQQGQQSQIIEREAPLHVSNVMLIDPNNGQPTRVGFRRRDDGSFVRVGKRSGEDIE >WP_153033981.1 beta-ketoacyl-ACP synthase III [Amycolatopsis sp. YIM 10] >QFU91731.1 Acetoacetyl CoA synthase NphT7 [Amycolatopsis sp. YIM 10] MTTAILGTGSYLPETVLTSAELGKRLGVGEQWIYDKTRITERRVAAPEEATSDLATRAAQSALEAAGLTAADVDLLIVATSTPDQPIPATACAVQANLGAVRAAAFDVDSVCTGFIYALVTAHAMITADPLPRNALVIGADTYSRILNYRDRHTCVLFGDGAGAVVLGKRGNGRGWLASTLSSDGTQAELVRIPDGGSRRPITAQSIAEGQHYFTMYGRQVRELAARVLPDLMADVAKSADLTLPEIDLIVPHQANGMMLKDLAEALDLRPGQMHLTVGRYGNTGAASVPITLDDAVRAGRVEEDDAVLLVAFGGGMSWGGAALRWAPRRRAGGLR >MCE2153491.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2186644.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2189792.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2194085.1 DUF2752 domain-containing protein [Streptococcus thermophilus] >MCE2195625.1 DUF2752 domain-containing protein [Streptococcus thermophilus] MKNYFTRLWAPTTSVFFFRLYLLVLMAIYGIYLLHLPTPISLILKPLGLKGGSAGLTRTSVRLLHLDWQGAWDYNPLIYPLVVYILTYFFLFPIFSDKKIIEK >XP_040937145.1 chromatin modification-related protein EAF1 B isoform X9 [Gossypium hirsutum] >KAG4174704.1 hypothetical protein ERO13_A11G137900v2 [Gossypium hirsutum] MHGCNSGSALLVNAEVDSMGGVVDGGVGIGVKTSPRRVAIEKAQAELRQEYDVREERRRELEFLEKGGNPLDFKFGNAASVSVQSTSLTDQQAEHFAISEAKGSFGLTASPHGDSVESSGRPGIPAVCEPNSADNLLLFHGENELPEGERKSMHPRKKHTVVPSEQSSQMGRTQNVKESEDSAIFRPYARRNRSKLNRDAARSSSTEMGQGRGGHGPSLPARVSSKDEKVLTNNQKDKNIPSVNTAKSATSNGDLASKVITSGNLLNMELDGGRAAEATTDQSKGDLPKSKVDATVPNEPVQVDVHKSAVNLASEEPDLVGGKEQAISTGFECPADSGANKAENETISNKLNGFGDAKRDGKNIRAEGKNSSAARGVKGLDSESSCTENSLSLDVNNDNDACINPKNVDSNGKPMEQTSEKEESLNLAVGELAKEKNEIAAVDNVAIICDAQTSMTQNHSLTDSIVKVEEEIRSELQNEVSCPSNKEEQQSSPPVSEADRKTNTVLGGNSNSKNENICASGPLGTMGNFICEIPERTLLGRSSTANTDVQTNLDDHVKVVDKAHEDSILEEARIIEAKRKRIAELSVGALPLENRRKSHWDFVLEEMAWLANDFAQERLWKMTAATQLCRRAAFTSRLKYEEQNQFWKLKRVALTIANAVMEFWHSAELLRNSKDRSLGPNNCGHDLVGSRANEVTENKNAELDMDIHKEQQEHRGKNNEFAIQAYAVRFLKYNSSPVPTLQAEAPATPDRISDSGITDISWNEHLTEESLFYSVPSGAMESYRRSIESYLVQTEKTGSSAQEEVETSAYDDGAEFGYGDFVYDEDEGETSTYYLPGAFEGRKSSKLNRKKRKNPMKSYPARPYEMDADLPYGSCAQQSVLIGKRPGSSLNVGPIPTKRVRTGSRQRVISPFGSAAAAGGLQAPMKTDASSGDTNSFQDDQSTLHGGFQMQKSNEVESIGDFERQLPYDCAETPTKPKKKKKGKNLCTAYDQGWQLESTVHSEQRDYSKKRSESHHFDFNGSSVLYGQQNAKKLKLMKQQPDNAFDINPSGSIPSPVGSQMSNMSNPNKIIRLIHGRDRGRKAKTPKMSAGEPGSGCPWSLFEDQALVVLVHDMGPNWELISDAINSTLQFKCIFRKPKECKERHKILMDRSGDGADSADDSGSSQPYPSTLPGIPKGSARQLFQRLQGPMEEDTLKSHFEKIIHIGKKQHYRRNQHDNQDPKQIVPVHNSHVIALSQVCPNNLNGGVLTPLDLCDATASSQDVLPLGYQASNTSGLAISNQGAAGSMLPASAANSSLQGSSGMVLGSNLASLSTPLNSSVRDGRYGVPRTSLPADEQHRMQQYNQMLSGRNVQQSNLSLPGAVSGSDRMVRVLSGNNLGMMCGINRSMPISRPGFQGMTSSAMLNSGSMLSSNLVGGMQNPVNMHSGPGSGQGNSMLRPRDTKHMMRSYPGHPQQQQQMPQQQSHALSNSHHPQHQGSNHASGPQQQAYAMRLAKERQMQQQRLMQQQQPQQQQQKQFTASSTLMSHVQPQTQLPISSSLQNSSQIQSQASTQPVSLPPPSSPMTPMSSQHQQKHHLAPHGLGRSPQTGASGLNNQIGKQRQRQPQQQQQQFQQSGRHHPQQRQQPQSQQQTKLLKGVGRGNMLVHQNLSADPAHLNGLSMAPSNQAAEKGEQIMHLMQGQGLYPGPGTSPVQQSKPLVSQPQQKLFSGATSPSTKQPQQMASHSDNSSQGQVSTVPSGHIPSAGNQCVLPASVGPNHQHLQLQSQPHQKKVNQNQSTVQRVLQQNRQVNSDPLSKPQAEPAQADQQPMNNALQMGTTTTAAVSEVGIDSANNTVQNVPSAGSQWKSSDPVYNPGMPTVATQVGSIGSPPLTNSAASVPVPSVSQGLGQRQLPGGLPLHGSKAGAQLPQLPQIQQSSTPAPSQQHYQPQEQLQQDLHNSPPQQLPLQQQSQQQTPHLQAVQGSLYHRPSNSKPE >WP_214850425.1 hypothetical protein [Exiguobacterium sp. s138] MDNALGIIAVIIILLLFSYLLFRKFSRHDAVTDSVLPPIPAKTDVPELHADELPWEIESYSLTDMTSYRHSESLTVTQRLKDQVGNIIKLSPHAKNLIQKEQRVIIKFSEEALAKLASRELRIMKAKGSVDQFRALAVDHQHKIRHHAKFEIQDIKKINPAQLANLALGVATMVTAQEHLDRINQQLTSLNRKIDILIRQSKNDKAGIIKGHIKYLLSILPSIPDEEERYSVKLEDMAVISYQELESILPELDFLIRSANDIEEKTTFKLDKTVDEIKELAASFEQTILIGYGNLEVMSICLKIMNDWNQDSQTNATRLSDIEKYHQQITEYHHKFEKILNDKHISLDATFRRNKTITSKKEDIDKQLTYHQEKIRSSKSIITDHIIQLKGQDYDSIPEPVDLSVDFDETGDIHTIHRLK >RMF71452.1 MAG: type VI secretion system contractile sheath small subunit [Planctomycetota bacterium] MKQQSKAPKERINITYRPATNTKEQKELPFRMAMLGDFTLRPDDTPLEERKMLRVDKDNFNDVMKSQNLELTVNVKNKLTGNPDDELGVKLNFATLKDFEPEQIARQVPELAQLLETREALNSLKAPLANKRAFQKKVMEIVKDEETRNKLLAVLKKAEQAAAEGDAAESGDGGGDAGGEA >WP_200671006.1 DUF3772 domain-containing protein [Methylorubrum rhodesianum] >MBK3402589.1 mechanosensitive ion channel family protein [Methylorubrum rhodesianum] >MBY0141487.1 mechanosensitive ion channel family protein [Methylorubrum populi] MLRRCLLTRFRHRIVGTALIATLTATAVLPNPAVGQGSPPAAQAPAAQAPAAQAPAAQAPAAKQPTAAPTPANNPPAPANGQAAPAAKPAAPKAPTSEALQTLRDRLDTIKADLEAREKAITGPNVGAGDLTRARDGLDPLADRLRSIIDLLGPRLEAARERLAQIGPKPKEGEESEEVARERAEREQAVNDIDGTQRLAKSLLVQSDQIVDQISNRRRAAFTRGLFERSSSLLTPDLWMRVGADIPRDISSLKSGFDDTVSLFRRNGNLWNLLVLGLALGLSVALYFGRRNIAPALGRRDINVTNPSRRAKLLGAWRVLLLGTLPALAGSYAVYYALDVTELLPARFLPVASTILGGIAFIAFVEATADALLAVNKPAWRPAPVSDAAAWRITALAVSIAVVITVSKSTEALNSAIYAALPISIATRGIGAISAALLLAIGLHRFADTAEKEEECFGPYVGTETSSNIGGPLRLLGWVAVAVIAVAPLVGYVAFSAFVVDQLIWSASILVLLWLLIVSADVLIGGSLCEDTRIATTLQANTGLRKRSLNQIAVLATGFSRVLLIAVAALLALAPWGLDSTDIFSSIRTAFFGFKVGDVTISLSAIAFGVGILVLGVFITRGVQRWLENTYLPATDLDAGLRNSISTVAGYVGFLLALALAFSYLGLSLEKLTIVAGALSVGIGFGLQSIVNNFVSGLLLLWERPIRVGDQVLIGDSEGIVRRISVRSTEIQTFDRSAVIVPNSNLISGIVKNRVRGDRTGRVIISVNVLRSKDPVAAAEMMVACAKAHPDVLKEPAPRVVFKKIGDPFLEFELIAMVVDVNLGQKVQSDLNFSVFKALADAEFIPPMGPASSFITVQGLEPVRDALGQIAHAVGSPAAQVIAPPAPPRSQSEERAADDTPSSDSKEAPRRPTGASQDVSLRRHG >WP_263537640.1 TRAP transporter TatT component family protein [Paucibacter sp. Y2R2-4] MAANAQGFFVRLAWMRPLVLGGLLALLSACSPRMLLLNGVADGLSSQGQDAQEDDLQLAREASAYHLKLSEAVLRQTPCHVALAESVAAGFTQYAYAFVAQSADELATRDARAAQRQRERAARLYWRAQQHAMRALELRHPGFAVALAAQASSSGSTAPTATVLNLTEDEVGLAYWAAASWGAHISLSKDRPDQVADLPQVVALAKMAWQRQPDFAEGGLSSLRGTLEAARPGGSSAEASALFEQAAKVGGLRNAGIWVARAEALALPAGDRAQFESLLKQALAVAQSRPDLANQVMQVRAQWLLDSADDLF >WP_088153117.1 molybdenum ABC transporter ATP-binding protein [Inquilinus limosus] >OWJ65002.1 molybdenum ABC transporter ATP-binding protein [Inquilinus limosus] MTLEVEIRHRQGDFALDIAFASEGRLTALFGRSGAGKSSVINVIAGLVRPQHGRVVVDGRPLVDTGRRIFLPPHRRRIGYVFQEGRLFPHLTVRQNLLYGRWFTPKADRGAEFGRVVELLGIGALLERRPAGLSGGEKQRVAIGRALLSSPRLLLMDEPLAALDEARKAEILPYVERLRDEARIPIIYVSHAMAEVARLAATLVVLAEGRVAAAGPVREVMGRADLFPRAEAGAVLEAVVEDHDERWQLTRLRVAAGFLTVPRVELPAGSPVRIRIRARDVMLATQPPDHLSALNVLPATVLAIAAGDGPTAAIRLDCAGDGLLARLTRRSVEALALAPGRPVHAVIKSVAFDSHTVGGALRGPDGADAELEGG >HJC40183.1 3-isopropylmalate dehydrogenase [Candidatus Intestinimonas pullistercoris] MNYKIALIKGDGIGPEVVGEAVKVLETVGKKFGHTFEFVDVLLGGCATDAVGKSYPDGTAEKCKACDAVLLGAVGGPKWGSDKPAEQRPETALLAIRKDLGLYANLRPAVLRPALADACPLKKETAEKGIDLMMVRELTGGIYFGKRDKYQTEDRGLECTDLMAYSEKEIERIGRRAFELARLRRKKVSSVDKANVLETSRLWRSVMHRLAEEYPDVQYEDVLVDNCAMQIVRDPGQFDVVVTENMFGDILSDEASMVTGSIGLLPSASIGDSAPGLYEPIHGSAPDIAGQDKANPIATILSVAMMFRYSFHLAAEADAIEAAVD >WP_155963450.1 peptidoglycan amidohydrolase family protein [Streptococcus ruminantium] MTVNIETSIRWMMDRVGRVTYSMDYRNGPDSYDCSSAVYYALTAGGAIPAGWAVNTEYEHDWLIKNGFELVAENTAWDAKRGDVFIWGRRGESAGAGGHTGIFVDDDNIIHCNYKRNSISVDEHDITWSYAGRPYYYVYRLKDQAKTNPSNQKTDEELAQEVIAGLHGFGEERKYSLGSRYDAVQAKVNEILKGDSKPSETIQNVPQTVQIKEDGDLSFNGAILKKSVLDIILRKCKEHDILPSYAITVLHFEGLWGTSSVGKADNNWGGMTWTGNGNRPSGITVTQGTARPSNEGGHYMHYATIEDFLTDWFYLLRAGGSYKVSGAKTFSEAVKGMFQVGGAVYDYATSGYDSYIVGMASRLKAIESENGSLEKFDKATDIGVGSKDKIDISIEGIEVTINGITYKLEKKPI >XP_017706045.1 PREDICTED: zinc finger protein 132 isoform X2 [Rhinopithecus bieti] MALPSPQVPMGLPASLMGPAQHTSWPCGSAVPALKSLVTFEDVAVYFSQEEWELLDAAQRHLYHSVMLENLELVTSLGCWHAVEGEEAHPKQNISVEEVLPVRIPSADSSTKKANSCDMCGPFLKDILHLAEHQGTHCEEKPYPCGACGRDFWLNTNLHQHQKERSGGKPFRWYKDRNTLMKSSKVHLSENPFTCREGGKVILDSRDLLQLQAVDSGQKLYSNLGQLPEVCTTQKLFKCSNCGRAFLKSCTLLSHLRTHSEETPFTCPKGGNFLEDKSTLGNQKFHTGEIPHVCKECGKTFSHPSKLRKHQKFHTEVRYYECIACRKTFNHKLTFVHHQRNHSGEKPHECSECGKAFSNRSHLIRHEKVHTGERPFECLKCGRAFSQSSNFLRHQKVHTQVRPYECSQCGKSFSRSSALIQHWRVHTGERPYECSECGRAFNNNSNLAQHQKVHTGERPFECSECGRDFSQSSHLLRHQKVHTGERPFECSDCGKAFGNSSTLIQHQKVHTGQRPYECSECRKSFSRSSSLIQHWRIHTGEKPYECSECGKAFAHSSTLIEHWRVHTKERPYECNECGKFFSQNSILIKHQKVHTGEKPYKCSECGKFFSRKSSLICHWRVHTGERPYECSECGRAFSSNSHLVRHHRVHTQERPYECIQCGKAFSERSTLVRHQKVHTRERTYECSQCGKLFSHLCNLAQHKKIHI >KAJ6801625.1 hypothetical protein M6B38_197065 [Iris pallida] MVHRLKNVKRAIRDWVRALPRTSLQEKEAELRDLQSELQDDMMSGEMAAREKRLAAEVNTLRLQQEISAAQRAKCSWLKDGDRCTKFFYDVIRARQHRNRIQRLIGRDGRLVTDQVAIQEEAVRFYSELYHQTDYPSVFPQLITKTLITEYGNSLLMAPIRMAEVETIVMQADASKAPGPDGFSSGFYKRHWNILKVPVLAAVQEFFDTGKLLKELNHTFLTLVPKKEGATSLADFRPIACCNYLYKIITHLMCRRMEDAMQGLVSRNQAAFIKGRSIAEHSLLAHELIREFHKPGGMKACVKLDLRKAYDTVNRDFLCHLMAAMDFSETWVDRVRECITSPTFSVLIQGIPYGFFGSSRGLRQGDPLSPYLFTLVMEYFTCLMDIAVHRERIVPIYSRVSPVVSHLIYADDLLVLLRPSMRGMRELAAVMEEFGQLSGLRLNRDKSKVYFSSSCTLKEERALELGVEKGDLPVKYLGVPLSVNYAKDRDCQSLVDFAQRRVEGWQAAGLSFGGRIELVHSVISAIALFWLQSIMVPLATIRKIEGICAKFIWHGGIHAISWEQLCRPRKEGGVGLRSLVSVREAAGIKLAWRFLQGDSLWSAWMTSRYLRGRNFWVCEIDNNFSVSFKHILRNRPVLRTAMRRRMREGGETDLWLDPWISGQSLLEILGPQRDGVAYRGLTCRHIIRGGVWRPEAYRFTAPLGEEIRQVQITPTALSDVWIWAPPGRSEGAGEFRFSSCYDLVRTHFDDIEEYDFVWGKGLARKMQLSAYKLVLDRLLTRDRLLRFGVSVPDPKCVLCETETESIGHLFFQCHVAWSIWAEQSRRHLGGVGRERDFREILKWIGDCRGKEQSWARRARLRLAASVWHVWRERNRRIYEGLSTPLVGILHNIESDVLVMSP >MBS1921425.1 preprotein translocase subunit YajC [Bacteroidota bacterium] >MBS1930665.1 preprotein translocase subunit YajC [Bacteroidota bacterium] MKSIYSYLVSFAVAISFTACVPPGATGTGGSSQSGGASGFGGFQFIFLGLMILVFWLFFIRPQAKKAKNQKNFIQNLQKGDKIVTIAGIHGSINKINEDSTLNLEVSPGSYIKIEKSAISMEWTAALNKAAAATTADKK >MBD5086961.1 hypothetical protein [Clostridiales bacterium] MWDKVVELAXSDGLWALLFCALLIFELKDSRGREKKYQSTIARLSQDLGFMNVMNDNIDKIHEQMREYLERNAXXLAKE >NLS70598.1 exopolysaccharide biosynthesis protein [Bradyrhizobium brasilense] MAVPRLVGIVVHQCFLGASGIRCNRYGVRPCYRVMLHLPVPRSAPTRTSQLLEELVAQAPDGPVDLEWLLSHLDRRSFGLLLLLLGLLVIVPGVATIATLALLFPAVEMMLGHSAPSFPRFLSKRPFDFKRFKRFTVRAGPLLRAIENISRPRWNARHDVTDRLVGLVVFLLGLLAGWPLPLVNVIPGIVVVLIAIAYLQEDGLLLAVAMAAAVMSLLGLGWTLWTSAAAVISWIAF >WP_018187484.1 peptide MFS transporter [Microbacterium sp. 77mftsu3.1] >SDG66055.1 proton-dependent oligopeptide transporter, POT family [Microbacterium sp. 77mftsu3.1] MRNVPPVDLPSSDDTAARDTRFFGQPFALAHVFGVEMWERFSFYGMQGILLLYLYFSVTDGGLGVDKTVAASIVGAYGGAVYLSTVLGAWVADRILGAERVLFLSAIVIMAGHIALALLPGFAGVTVGLILVAFGSGGLKATATSVVGTLYAADDSRRDAGFSLFYLGINLGAFAGPLLTGLLQSTLGFHWGFGLAALGMALGLAQYSFGRRSLPAEARVVPNPLPRGRYPLFAGIGVAAVVVIVVLVLTGVIRADNLALIVIGAVILAAVAYFAVILLSRQITSQERSRVWGFLPLFLTSVVFWSLYQQQFTVVTLYSAERLDRNLFGWEMPIPWVQSINPVFIILLAGVFTAVWSKLGSRQPSTPVKFAFGVAVMGVAFVLFLPFAGGGANSTPLLAIVGILLVFTVAELMLSPVGLSAATKLAPERFQTQMVALFFLSVSLGTAIAGQLATLYDPENEVPYFSTLGLISIAMGVLLLVCVKPVLSLMKGVR >MBI4606629.1 GNAT family N-acetyltransferase [Planctomycetota bacterium] MEITVRSAEPGDLEAIRRVYGGPRAVWGTFQLPFSTAERWRRLLSEPEPGAYDIVACAGGDVVGHLGLRVAHQPRRAHTAALGMAVRDDWQGKGAGTALMQAAVDLADKWLNLQRLELQVYTDNEPAVRLYKRFGFVVEGTHVAFAFRDGKLVDAYAMARLRLAPAP >EAP5059555.1 iron ABC transporter permease [Salmonella enterica] >EBW2431262.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Brancaster] >EBZ4432116.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Derby] >ECD3900893.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Haga] >EIS1589850.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Kingston] MTCQDKSLLAPGFASTPVIPRYRQIIRKRAVLMSAIALAMMVSLMVDVTCGSSGLPLSALWQALFQPEKVNAGIHVIVWDIRLPYALMALLVGMALGLAGAEMQTILNNPLATPFTLGVSSAAAFGAALAIVLGIGIPGIPAAWFIPANAFIFALLSALLLDGITRWTGVAASGVVLFGIALVFTFNALVAIMQFVADEDTLQGLVFWTMGSLVRASWEKLGVLAVVFIAVLFCALRSAWQLTALRLGEERAMSFGIHVRRLRLLSLLRISLLSALAVAFVGPIGFIGLVAPHIARILLGEDHRFYLPGSVLIGGLVLSLASIAAKNSIPGVMVPVGIVTSLVGVPFFLSIVLRHRGSL >MXX44250.1 NYN domain-containing protein [Acidimicrobiales bacterium] >MYD35119.1 NYN domain-containing protein [Acidimicrobiales bacterium] >MYI08135.1 NYN domain-containing protein [Acidimicrobiales bacterium] MGIPTAAFVDGLNLYHGLRDEGLLKFRWLDIERMAGSLAADAGASLGMSLDVVRVVYCTSLVADDQAARRQDVYLQALEQHCTRLAIRRGKYEPKVRMCANCGAEVQFETEKQTDVNLAVEMVMDAVKPAGQRAEVHLLVTGDTDLIPAIRAVRAYGVEVVAIAPPARGRSRSSFAAVSSKTLRVRRRHLRDHPLPDPVVRMSCDGTEYPLRPPDSWAPPSDW >WP_235060562.1 LysR family transcriptional regulator [Vibrio sp. SS-MA-C1-2] >UJF18466.1 LysR family transcriptional regulator [Vibrio sp. SS-MA-C1-2] MIKPELLTLFCAVIENKNITKSAEKMGLSQPRASKMLTQLDDILGFQSFKRVKRRLQPTADGKLFYQYAKETLYSLEQLDNKAKQIKLADKNKIIIAAMPSIANGFLVEVIAEFTQQHPDIKIQLILESSPEVINAVKKGTVDIGIAMRVPSAAAYYLEHIKAEKVAIIPKQHPLEDQDILSCQQLIKYPFVYIGVTPMNKVSEDELFNFFKKLPEISFHTSTHTVGCHFVANNMGCAIIDPYTAKSNYPLGYSIKELKEDIPFHFSILSSNISYDSEIKSTFFHFLKTKCASI >MBK8752367.1 hypothetical protein [Candidatus Competibacteraceae bacterium] MLNEYGQPLLAEYEAESGGGSELVPVFISAKASLQLASNSNLSKTVQFISVPIKASARLPLESKGNLSNPFQFVPVFIKASAHLQLDAKGRLSKQTALKGKATLHLVVRNGIAQPPSGLGAQMKIISDPIRPEVILDQYLNVWFDGHPHQNRMALKRDDHAEFQPAWTWQNPGVTRPAILRIDSAEIPGDGLTHRMTVAAWQDVAGRTSARTTFSLSIKTPSKRTVEVPAWCGATLIRQSTESLCDLTKLEWRYSGAVKIFAKYRVRNSKFALVSTTEAIGYADYDEDTFYVEDMGLKIVMTIEPVLFGVAAIDKGQFGVITWASQYINIHHRANYTTTEFNPDLATARTLIYSGCKDEIGKAIFAENSWNYPVYLYPETVDTKRRQIIDTAMDKLLIRIKEITRQGGSVTLDNLGTFEARWNEARSVRSVAFVPSVGFKEGTKAGQIMTDAEAKAA >WP_049697298.1 6-phosphogluconolactonase [Gordonia jacobaea] >KNA93209.1 6-phosphogluconolactonase [Gordonia jacobaea] MTTETLVFDDRDMLTTTAAARFVDIVSRAQKERGVASVVLTGGSNGIGILRALAPGGEVDTSPLDWSRIDFYWGDERFVPNDDPERNVGQATEALLAHVPVDPARVHPVAASDGPFGDDIEAAAQDYATVLAANADNGISPAFDLHLLGMGGEGHINSLFPHTDATAENVRTVVSVENSPKPPPRRITLTFPALNRSSAVWFLVSGADKAEAVAAAHSGASRDDWPCAGAHGTSETVWFLDDAAAGKLAV >KNE54577.1 CC1-like family splicing factor [Allomyces macrogynus ATCC 38327] MTSVADDYDAMLVGGPLTESYQSEEPMNVDSPRDLTEDRLSADRHRSVFDRLSGPTPQRDSRPAASSDMDEDQPSSVTSSSRRRRSDDRDRERERDHDRGRDRRDRRSAARRSPDRRRSRSRSRGTSRAGSTIDDRSSRRGTRSPPPRRRSRSRSPRIDRYRSRDFEDRYDPRSYRSSGRRGSRRSRSRSPPRRHHRRSPPPRADSRDRAYRSAGSRRAASRSPARSPAPQMTQAERDQRTVFVAQLHAQARPSDIRKFFEDHDVGRVRDVKLIADRGRRMKGLGYIEFYELESVPKAVELTGQLLMGIPVIVERTEAEKNRLAEEAAAAKRLAATSLPPRPSPHPMGRKDALISHTIFAGNLPGHLGAADIQQIFEPFGQIDSVRTQPDQHFPGRGAAYVTYQRTEDAANAVKAMAGFTIDTVQIKCIQVYDQDNVAKTAELDDVEGVGVKLNALSRVELMAKLARTDSVSLVAPGTPGTPGSATATAAPTSTCLLLTNMFDPAEETEPDWDKEIEIDVQQECERSYGPVAHIRAIKDSPGHVYVKFTALEGTNRAREGLHGRWFGSRQVSATAVPEATYRDQFPDAFSA >MBS0281612.1 Co2+/Mg2+ efflux protein ApaG [Pseudomonadota bacterium] MFEKQTPGLGPAAPAQFLYERETRSIHVAVKPAYLDDQSDPADDRYVWSYTVTIANRGEEPVQLISRYWNIMDAAGRVQEVRGPGVVGAQPVIAPGESFEYTSGCPLDTASGVMSGRYQMKAASGESFEAEIPAFLLESPFERRQVH >WP_037818847.1 MULTISPECIES: ABC transporter permease [unclassified Amycolatopsis] >MCG3748987.1 ABC transporter permease [Amycolatopsis sp. Poz14] MNFVEIMRFAVRGLASNKLRSVLTTLGITIGVASVILLVAVGNGASAAITASIQGLGTDVVNVSPLRGGGQSSQVRPLTVQDAHALVDPVGAPDVKAAAPVVNTSATATYGQTSYDVSSVVGTEPSYFTTTNRQIADGQLFSAEDVTQARKVVVLGPTTAQSIFGTAEPVGKNVLINSIQFTVIGVLQTKGSTGLQNADDVAIAPISAVQNSLAGYGGLNQIAVQATNADAIGLAQAEVTAILDARHGIQASANPDFQIQNSAQLLQTRTSAIQTFTVLLGAVAAISLLVGGIGVTNIMLVTVTERIREIGIRKAIGAPRSAILGQFLAEATMLSLFGGLLGVLIGVVGSRFSIAGIQPVVVPSSIALAFAVSALIGLFFGSFPANRASRLRPIDALRHE >TML70651.1 SDR family NAD(P)-dependent oxidoreductase, partial [Actinomycetota bacterium] MRVLVTGGAGFIGSHLADRLVADGHSVRALDSLDPQVHPDAERPAYLSADVDLIVGDVRDRDDVRRALDGIDTVVHFAAAVGVGQSMYEIERYTSINAIGAAVLLEEIAARRDAIARVLVASSMSIYGEGQYRNPQT >YP_007317140.1 NADH dehydrogenase subunit 2 [Pseudopentaceros richardsoni] >BAM72001.1 NADH dehydrogenase subunit 2 [Pseudopentaceros richardsoni] MNPYILATLLFGLGLGTTITFASSHWLLAWMGLEMNTLAIIPLMAQHHHPRAVEATTKYFLTQATAAAMLLFASTTNAWLTGQWDIQQMSHPLPITMITLALALKIGLAPVHSWLPEVLQGLDLTTGLVLSTWQKLAPFALLLQIQPANSTLLVMLGLASTLVGGWGGLNQTQLRKILAYSSIAHLGWMILILQFSPSLTLLTLLTYLVMTFSTFLVFKLNNSTNINQLASSWTKAPALTSLAPLILLSLGGLPPLTGFMPKWLILQELTKQDLAPTATLAALTALLSLYFYLRLSYAMTLTMSPNNLAGTTPWRLPSSQFTLPLAASTVATLLLLPLTPTAVALLTL >NQZ80525.1 transcriptional regulator ArgR [Colwellia sp.] MSAKKKHESALIIAFKELLKEQCYGSQGQLADALAEKGFNNMSQAKISRLLSKLGAVKMRNTSSQVVYILPDELAVPKTKQAIHSVVVSVKHNGMQIIVKTGIGGAPLISRMLDSMGESAGIFGTLAGDDTIFIAPDEIDNIDEITNNIKTLLDL >WP_061548291.1 MULTISPECIES: virulence factor SrfC family protein [Citrobacter freundii complex] >EJR7282066.1 virulence effector SrfC [Citrobacter freundii] >KYC20359.1 virulence effector SrfC [Citrobacter sp. AATXQ] >QLX05289.1 virulence effector SrfC [Citrobacter freundii] >HBU6364790.1 virulence effector SrfC [Citrobacter freundii] >HCC4464017.1 virulence effector SrfC [Citrobacter freundii] MSKMLNTAQAAIEWVVDTRQRAARLDDEADALLAQLTLAAVSESALETTFSSQGCIGLYGHSQSAKAHLLAALCSNATGKVNIVTPDRSFDYFSHINPGHAPTNMAIRFTRDENPHDSEWPLRLRLLSEAELVQLFIAQFSALPDNRQVEKSIIEARLEKWQTLRQRHPVPGITAHDVAAIGRFWRSCVPANQQQIDDALWHQFATLLPALDLTTRANAWALLWGEQPELTQQWLTLAHTLQQTGHAQELAAPLSLLVDHFGLPAESFLTQVALTGNNEAQSDVVVHPIENHQLLNAVSLSLSSLALLTRELVLTVEDAVLENVDLLDIPLAPDTHPHPLWQAKLGWMLEHYRQHLQPDVLLICNAVSTRAQTPAITRKLLGWVNDTQPVHDAALPGVVWAITPQDARFSTQQNLDESVQQLMGKPGLHWGTLQALDKHSLQRLVEWLTQATSPQQRLARLTSLREQHQQRVRETLIGWINPVETESASNESVIRQLQAQAAKHGELLDGLLPPMRIFESLLRIQQPREEQVSGLFNEEIDLFAEVRDTMHSPESQETGYQAHKMWINHVRQWCRDENNARRLRLDPRTLRQVADILVTTSYRLEMPQRLQRIMQRENVCAAQLYADIGDFITWLGFADVAEDQRPASRIQKGSAIFSAPKQQPMLRLTKLDEQPSHGASRYVYDWLVALYTRANENVGYQHPQDVSEVDKKRLDALLSA >OGU48181.1 hypothetical protein A2080_15995 [Ignavibacteria bacterium GWC2_36_12] MIGLWSNGMIDIGNKGIRYWGIRILLYTFLSIYLYTFNYMFGQVKKIVVSDSAVYAYELEEIVLYGNKGLNSPSRLTEFKSEDIENRNVVTTADLLKFDPGLTITSGTKAETQTKIRGFPARDVLVLVDGCPINPGYYGKVDLSMLPVDNIAKINIVKGPSSVAYGMNNMGGVIDIITKNGFETSKTVFDISIGDYQFRKMSLNHSRQIDNLNYWISGYENYSRGYKLSDNFVSTSLEDGGLRDNSLYHKAGGNVKIGYQTERKDLYSFSFGYHWAKKDVPSTIYSWDSPYYRKFPDWQRYSAAFSGQWKLSPLFELKTILYVDEYNDRLIDYLNKEMRSDQILWDSYLESWTAGSSIEGKLTLFDSHQIHSGINFKRDLMNKQPDIDEAWETNFTYSGNLFVQDYFKLFEKTEITAGLSLILFKGENSQLKNKVSPMISVSHTLLANLRAYLSYANSVRVPALHHLYSQTSGNPDLKPEEADKIEVGFEWFHLFDNEHPNLSFQFAYFYNDLKNLIYRTSSSYRYKNISDANLQGIEVRSVFNFNQYLYTEISLCHLGSPGSIREIIEEVPANKLRFALSIKTNFNTSFNYEFNYLDKRITYMLAKDLGSYAVHNINISQQVFEFLKLRFEASNITDKYFEEELGYPGMGRVFVVGLNVTF >TIQ70464.1 methylcrotonoyl-CoA carboxylase, partial [Mesorhizobium sp.] MATLTSQISPASATFRANAERMRALVADIAQKAATVERGGSDEARERHQSRGKLLPRKRLAQLLDTGS >WP_010434011.1 MULTISPECIES: CHASE domain-containing protein [Vibrio] >MBY7662019.1 CHASE domain-containing protein [Vibrio atlanticus] >OEE21973.1 histidine kinase [Vibrio cyclitrophicus ZF14] MLTFIKKSSTALSWLHWLVLVCSLILTITAWQITLHQTHQKSQVQFDFQVSQLLGLVQDRMSKYEEALTAGVSAIHMFSAPVNRESWKTFASQFDISSHFPGVSGIGVIHYVPQKKVTSYLTWQQQSFPSYDMHPIRIAKDYWPITYIEPEEENRAAVGLDMAHENNRYAAARLARTKGTPQITGPITLVQDSKQTPGFLFYVPWFDKRKVPQYYGDESDGFLGLVYAPFIVQHLMNGTLEDANRLINFSIHDDNISLYDELTNSREALNHQPMFDEQLEVNMYGRRWLFDFQSSPLFEAQQHSNQPTLILMFGLLVNVMLFAILMILRNGEEKAQGYARKLSRDLQERTDSLEKASENLAIRNLALERANRDLDQFAYVASHDLKAPLRGISQLVSWINEDIEEHLTPETKDYSRLLQGRVVRLERLLDDLLSYFRVGRKKNEIQEFSLASNVQETFELLNMNNKATLICDDSIGPFRTLVVPLDLILRNLMSNAIKHHDKAHANIKVSGVYQGDHYKFCVEDDGPGIPTELYDKVFELFHTLQPRDSVEGSGMGLSIIKKTLELYGCHFELHSNSQGGCSFVFTWPTEELLEKKEII >NLP00897.1 hypothetical protein [Fibrobacter sp.] MNPKFFLLHATISIIFFPFLFCSNPVDSDPSKEKFGTIVIKTSVPTGRVFPFIPDSAVATVSGKKEIIIHPLSLYGDSVTGSISVPLRETWEITVTVFDTSKGRWCTGKDTLTIDYPFPHNAYIKLKQVQTNVITDDTIPGHRLVADEL >TXH38725.1 hypothetical protein E6Q98_02660 [Rhodospirillaceae bacterium] MSKHDENTGGDDNRGMAQTLARARAAVEALARDYINWARADIDACQKCLDQAVAQPDQRETHIRTLFAVAHNIKGQGTSFGYPLMTRIGQSLCHLTRTGRPFADGDLSLIAAHLAALRQVLEKTRPGDDNAGTEALAAELEERVARAEAG >MBN2697970.1 glycoside hydrolase family 16 protein [Bacteroidales bacterium] MEPVHVIKKLSASSFLLLVFCQVQYLNAQAIGNGEIDPCGQDMNGPRDIPGMKLLWHDEFNEEGKPDSANWGYEYGFVRNMELQWYQPQNACCRDGLLIIEGKKEKMGNPDYNPQSRDWRSNRPFAEYTSACLITRGLHEWTGPGYYEIRARIDTSSGSWPAIWLLGTSGRWPFCGEIDIMEFYRRNREKILLANVAWGSEKRFAAAWDSEIRPLSDFMKTDPDWSNKFHIFSMTWQNDSIKLFIDDHLMNEIPLDKTVNPDGTNPFTHGNTFYLLINLALGANGGDPSMAMFPVTFEIDYVRVYRFE >CAE5960238.1 unnamed protein product [Arabidopsis arenosa] MEPSDVKRESPDGQEDDNTAELSGIKTVGDPIGPGETKKSDNDDKGSSSNIVAESESKYEMQQILKAEDLFEFDWSLWIDLEFLVALLVALELASLVDFGLASPSTVPAFLWSPHLQSANGEMDVNYQVMSSKDLVDSVFTQGGWSNFLCSEKNLQQPVDVALVFIGRELLSSDVSSNRNSDPALVNTLKNLYTASNFSLAFPYIAAPEEERMENLLLSGLKEACAHNVGVINVVFSDSCFVEDGTIQKLSNVQSFKDHLVARKETRKEGETDLVVLCSEGSESSSQSDQSHSDREIISELVSSMEQSETKYTALYVSDPYWYTSYQTLQRFLAEAATGNTTAEATTTCDELCKFKSSLLEGILVGIVFLLILISGLCCMAGIDTPTRFETPQDS >WP_120171324.1 GTP-sensing pleiotropic transcriptional regulator CodY [Streptococcus ruminantium] >BBA91975.1 GTP-sensing pleiotropic transcriptional regulator [Streptococcus ruminantium] >BDD38132.1 pleiotropic transcriptional repressor [Streptococcus ruminantium] MTTLLEKTRDITSILKRSEEQLAEELPYNAIADHLSAIIDCNSCIINSEGEVLGYHMNYKTNNDRVEEFFQNKQFPEEYVRSVARVYDTQVNLPVESELTAIPVELRSTYPNGLTTIAPIHVTGIRFGSLIIWRNDEQFHDDDLILVEIAATVVGIQLLNFQREEDEKNIRRRAAVNMAVNTLSYSEMKAVAAILGELTGNEGQLTASVIADRIGITRSVIVNALRKLESAGIIESRSLGMKGTYLKVLIPAIFDEIKKRDY >WP_252115680.1 hypothetical protein [Gramella jeungdoensis] >MCM8570975.1 hypothetical protein [Gramella jeungdoensis] MRTRILLLMLILSFAACNAQDKEKKNDDLKAETDKSAIPKGSWKVDKEFDENGNLISYDSTYIYSYSTVEGDSIYNEDVDEIFKNFRQFFHNQQMSGHSGLMNSFLNDSLYGEPNFFEDDFFSNRMMSRHFQEQIRQMDSMRNEFLKQHYPQLYKENQQKLIPREEGTQNGTI >EZA58905.1 DNA repair protein complementing XP-G cells [Ooceraea biroi] MGVHGLWRLLDASGKPVPLESLEGKVLAIDISIWIYQILQGYQDRHGSPRPNAHLLGLFVRICKLLYYKIKPVFIFDGGVPILKKNTIASRRKQKSIAMSKAQKMKTDLINNLIKHSVVRNVLNKDSKPDQSSGAREIPINMRTKHSVDDMFVLPDMPSTSNVQTNISDDEDDSDTSLKRSPRKQSKWIGNIHSIDVTSSEFKALPADVRYDILNDLKETRKQNSWSRLHEMPYESQEFSGFQLNRLLKRRYVQESLESAEKEMGGKTLTLEELDKLLTEQGINTKGRDTAFRIAADDTTRLIYISDKNALAKSSVNNGSETDKNMSQSATEEVEVIAGPSNPTPIVENMNEYELNDDDSDDDVDTLIDYSESLPIVEDVNEYAFDSDSDRESETDTNESRTSAKRYFSKNTTNPALTYLLEHSSLTQNQIMHLIKHNKSEGRKVVNKKIKTPDVCLELTEDGKQTIDKPTSVFLENSEQVAKSVELHKTTCKSDENKTIELIPSSPESDNFVEVEPLKSVETWNITITSNIPSSQDNGPKEPSATPSNDVTQTDTLDSDSDDFIEVQDVPIFDASISKDTARKKNLEIAFKPGEKPKDDIFADIFGKADKSKSPTNSEQSLSIRTNRLISNPEKSNNLKRNVLTPIPEETIIKEVKAEPQEDTRLTENISNDEAKICDCQNSNEQMEQNNADTLTDVDKHTQEEKPVTLPTSEKDLIELKEQLEDEQEELTRGIGKFERQATNISDQIKTEAQELLRLFGIPYIVAPMEAEAQCAYLERIKLTDGTITDDSDIWLFGSECVYKNFFNNNKRVLQFCASDIQQHFKLSRNQLIQLAILVGSDYTTGLTGIGPVTALEILAAFPAEGDNILHGLHNFSSWMKNGRIAAPGKTGLRNKLQNVKVDNDFPSQAVVQAYLFPTVDESKETFTWGKPNIVLLYDYTRQKFGWTKGKFDDTVIPVLKRMEEKKSQKLLDTYFKTKTSPRSIEPSLSKRVQKAVRKLNDDVDEENADGESQAKRSKKCKADQTSKKKKNDDNVTWSSHQSIQPTYSETNVTLDKPVKSTTETKCAREYIPQREKDKACALKKKLHAIEVFRKSKQGLGKTRKIKRTVRKIKTEAELSESDSN >MBL8041865.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Nitrospira sp.] >MCC7470627.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Candidatus Nomurabacteria bacterium] MSTDLITELKPTKSAPLFGFWYPATTSEALAVGQMQTQVMLGQPILVCRDRQGRVAAMRDICPHRGMPLSFGHFDGERVECAYHGWQFDTGGRCRHIPALVEGSALRPEKIGITSYPCQEADGYVWVYLPDPQRLDGPMPELPRLPLPSTPYRMVHISTILDCTIDDGIVGLMDPAHGPFVHQSSWWRTQASMHDKAKTFEPIPNGFRMVPHAPSKNSGPYKLLNKLYGGPLTTTIDFVLPNQRFEFVQCGSMFVSSRATVTPVGEQQCRIDFAAAWNILPWLPFAKPLFRYFANIFMKQDKQAMERQAVGLKYKPALMLIDDADTPAKWYYKLKAAYLTSVQTGTPLDHPLKDRVTLRWRS >WP_135847767.1 MFS transporter [Pseudomonas viciae] >QBZ92547.1 MFS transporter [Pseudomonas viciae] >WGO93308.1 MFS transporter [Pseudomonas viciae] MRWATYFAVLASVLSVGLALGVSMPLVSLRLEGWGYGSFAIGVMAAMPAVGVLLGAKVSSRLAARFGTATLMRLCLWGGALSIGLLALLPSYPVWLVLRLVIGVVLTLVFILGESWINQLVIEKWRGRLVALYGSSYALSQLSGPLLLGALGTDHDYGFWVGVGLLLIAPLLLLGRSGAPSSEASSVTFGDLWAFCRGLPAIAWAVSLFAAFEAMILTLLPVYCLRQGFSADIALAMVSTVVVGDALLQLPIGALADRLSRRSLFTGCAVALTLSSLAVPLLIDTLLIWPLWVLFGASAGGLFTLSLILIGERYRDDALVRANAHIAQLWGIGCLVGPLAAGAGSQWVSGHALPLFMAAGAFGLVILLLRQGAFGATQAA >HIT09367.1 ATP-dependent Clp protease ATP-binding subunit ClpX [Candidatus Merdivicinus faecavium] MPGNKEICCSFCGKPERSVHRMVHSTNAYICDECVGLCYEMLAEEGLFAPAGARKGQHSRGGSEINLLKPVEIKAVLDEYVVGQDKAKIALSVAVYNHYKRIFMDVDDENVVLQKSNVLMLGPTGVGKTELARTLAKVLNVPFAIADATTLTEAGYVGDDVENVLVRLIQAADYDIEAAERGIIYIDEIDKISRKSENPSITRDVSGEGVQQALLKILEGTVANVPPQGGRKHPHQEFIQLDTKDILFICGGAFEGIDKIIGKRMESSTMGFNGDVKKKDDKSKNELIKQIIPQDLVRFGLIPELVGRLPVITTLEDLDEDQLVRILTEPKNSLYRQYSAMFGLDGVELVMDDATMHAVAREAMKRKTGARGLRNIMEETLLNLMYMVPSDESIARVVITPEVVEGKESAKVQRRKKLPQA >WP_180860911.1 PepSY domain-containing protein [Lactobacillus crispatus] >QLL74680.1 hypothetical protein GTO85_10235 [Lactobacillus crispatus] MKQNKTLIKLASNVALTGALVLGATACSNNSNESSSQSSKVSKAKKNTKKAVKQNETKLKRTKIQVSQQSALNKFNEKYPDTKIKEIDLKLENNNYVYEIDGFDKTKEYSATIDANDGKLIHSSSEKLDLDELNQKALNFDSLISRDEATKIAEKNATGVSKEWNLEQDHDTAYWKVEVSDGTKTTEVKIDAQTKKVISTKNDD >EAQ3014137.1 hypothetical protein [Salmonella enterica] >EBX0890232.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Oslo] >EBX7470108.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Bareilly] >ECD3734779.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Stanley] >ECI5956091.1 hypothetical protein [Salmonella enterica subsp. enterica] >ECW9807156.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Poona] >ECZ5203000.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Kentucky] MIYDWYIQQHMQAATGLELDDEDFTWQFRGVASDHVNTYMLFEHEKLLVAMETMLDSLESDEATVTRCRQVLTLWITGLDTLARERNSAEILPRVHPHSSGQADQLLSGDIRPLQQCSEEDYLRLTGQTDLPENQRIPQKTFNATEKYWQRFEAWLGRQLRETTEHCFRQLSRFVENCNFEPRILRRYKGEYGDIRVDVMPQDIGEIDVMEFDPDYIISWVDKVADGVFTPLQFVSNVYYRNGVQMASFRGDTEVDNISHMTAKDYGDVVGQAVEWVREQFDEPASASQPVVQLPRLAA >MCA9799621.1 hypothetical protein [Cyanobacteria bacterium HKST-UBA04] MAEPSIDSIDFQALVQQEVSQFVEGWQASGFTQEDIQEHFAKLFEMGGVCCQLIVQEGGIQPEGAQQVLPYNEAMATRLVHLFLIGMNQAIMKAYEQKLPSNEKWNLLQKSAIHVYEQGKQAIVATLGQENTPNVQISDEQIYGWLGQTAVEALLYYIQEYEHQNGPLVSEGEAGFPGMEPEAEGVGLEALPAQEAAPEVPAAPVVEAAPEPVPAAAAATVPPPVAQPQPQAPADIYHKYAAIGLISATLSGAQQTRLLASFDTETQAMILRYREPEHLITEQFDLKRVAFYVRSFKDRLGQLAALPRPKKENDYTTALAAIIHELPEPRIDKLFGHERPMVRGYIGQFVQQRYADEGGAVEETAPYQLAGGVEESLYYYLRRNFPDVWQKLSQKPSDTDALEAEGIEA >WP_278273894.1 DinB family protein [Anaerocolumna sp. AGMB13025] >WFR58917.1 DinB family protein [Anaerocolumna sp. AGMB13025] MDNIEEPEALWAFSPTGLQVRKQEDGWGIDWPETESYKIGPASIAWILWHIIYWWSTAIDYNFGDGVLKKEDIHWPGSVEKAKTAISLLHDKWVSKLNDLPDEDFQLKQYAKWPLVDRSFADIALWLNAELMKNASEIGYGRFLYAARIK >WP_261281372.1 RtcB family protein [Serratia fonticola] >CAI1645344.1 RNA-splicing ligase RtcB [Serratia fonticola] >CAI1709662.1 RNA-splicing ligase RtcB [Serratia fonticola] >CAI1816723.1 RNA-splicing ligase RtcB [Serratia fonticola] MKNNYELMAPVNSAPIKMWTQGVPVEPEAREQLLNTAKMPFVFKHLAVMPDVHLGKGSTIGSVIPTRGAIIPAAVGVDIGCGMIAVRTSLVASDLPDSLAGLRSAIEQAVPHGRSSTRSKRDKGSWTTPPQTVDRHWAELAPRFKRLTDKYPQLLKTNNYQHLGTLGTGNHFIEVCLDETQQVWVMLHSGSRGVGNAIGSLFIALAQQDMQQHIANLPDRNLAYFEEGSQHFDDYMEAVGWAQDFARHNREVMMEHVLAALSRIVTKPFTTQQEAVNCHHNYVQRETHFGEPVLVTRKGAVSAQKGQMGIIPGSMGAKSFIVRGLGNEESFCSCSHGAGRTMSRTAAKKRFTVADQIRATEHVECRKDSEVIDEIPMAYKDIDAVMAAQSSLVEIVHTLRQVVCVKG >WP_090178898.1 sarcosine oxidase subunit gamma family protein [Pseudomonas arsenicoxydans] >SDN91028.1 sarcosine oxidase subunit gamma [Pseudomonas arsenicoxydans] MTAANVYQQRPTNGAKAESSLHHAGLQSLVGKGRKNAGVIVREKKLLGHLTIRGDGHDAAFAAGVHKALGIELPAALTVVVKGETSLQWMGPDEWLLIVPTGEEFAAEQKLREALGDLHIAITNVSGGQQVLELSGPKVRQVLMKSTSYDVHPNNFPVGKAVGTVFAKSQLVIRHTAEDTWELLIRRSFSDYWWLWLQDAAAEYGLSVQA >WP_264248212.1 hypothetical protein, partial [Burkholderia pseudomallei] KEFAVKPMWADEIHARSVGSVAKKTDDVVARAEAGSKLAKAEELGIPVLDEDGLHQLLEGHAP >MBQ8743106.1 DUF11 domain-containing protein [Clostridia bacterium] MATFTNQATLSYNGNVTSSNTVTGEIVQVLTVTKTSLSAGYAAGDTITYVISLTNAGSIPYSGIVLRDDLGAYTFGGSTLVPLSYAGDMLYYINGILQATPEVAPGPPLSVGPLTVPAGSDALLIYKAELNSFAPPGSDGSIENTVTLTGPGIVNPVTASETVTSLTEPRLTINKAISPSQVVENGTVTYTFTIENTGSTPATADANIVVSDLFDPVLDSIRVSVDSVERSSPEFYSYSESTGQFSTVAGEITVPAATYTQDPVTGVWSVIPGRTVLTVSGTV >EAH4606626.1 hypothetical protein [Campylobacter jejuni] >EAH6034559.1 hypothetical protein [Campylobacter jejuni] >EAH6789356.1 hypothetical protein [Campylobacter jejuni] >EAH7264217.1 hypothetical protein [Campylobacter jejuni] >EAH7628976.1 hypothetical protein [Campylobacter jejuni] MSKFALILSFFIALFMSACTNATFIQSFIQTSNEGIFIRSQKQQSFKISFQNPSQLRTTLDRDLALKLKNLGLKEVKENADYEILINLVDMKKHSYAQKITISARFFYDFDPLESDGEWMVENYYTMQVNLQINSKNHNSQKTSLLARTAYLGNKERCQLSLENKIINQIVSFFIFKKRQSRV >HCG2498768.1 MFS transporter [Staphylococcus aureus] >HCG2703946.1 MFS transporter [Staphylococcus aureus] MTNQGSLNKSPIFTKSFTINFFVNFIVYLCMYLLLVVIAGYSKQAFDASDSLAGLVVGLFIVGSLIGRFATGKFVNQIGPKRLLFIGLIALIITQLLYFIDGSLAFLIFVRLINGIATAVVTTATGTIAAYVTPVNRKSEGISLFSLSLVLGTAIGPFLGMLLITKYAIDLLFIICVILGILGVIISLFIKVDFEVTNSKTETNVIDKPRFSIHQFIAKEAIPVAVIMLLIGVTYASILTYLQAFAIERHLVTAASYFFICYAIASLITRPIAGRLMDDKNENIIVYPAFIMLFLSFVCLISSYQSWLILLAGACLGLGYGNLSYAMQSIAIKVSPPIKYGIATSTFYVGLDAGVGFGPSFLGLFTHMFSYSEIFGFMAALAIITMLVYFLIHGRHVTRNAMN >HBA5291325.1 HAAAP family serine/threonine permease [Escherichia coli] MSNIWSKEETLWSFALYGTAVGAGTLFLPIQLGSAGAVVLFITALVAWPLTYWPHKALCQFILSLKTSAGEGITGAVTHYYGKKIGNLITTLYFIAFFVVVLIYAVAITNSLTEQLAKHMVIDLRIRMLVSLGVVLILNLIFLMGRHATIRVMGFLVFPLIAYFLFLSIYLVGSWQPDLLTTQVEFNQNTLHQIWISIPVMVFAFSHTPIISTFAIDRREKYGEHAMDKCKKIMKVAYLIICISVLFFVFSCLLSIPPSYIEAAKEEGVTILSAFSMLPNAPAWLSISGIIVAVVAMSKSFLGTYFGVIEGATEVVKTTLQQVGVKKSRAFNRALSIMLVSLITFIVCCINPNAISMIYAISGPLIAMILFIMPTLSTYLIPALKPWRSIGNLITLIVGILCVSVMFFS >MBU0720757.1 Holliday junction resolvase RuvX [bacterium] >MBU1990467.1 Holliday junction resolvase RuvX [bacterium] MKYIAIDLGLKRIGLAYSAHRDIVTPLPAVQRKNRNQASAEVKKVLDSWEVDAVVIGVPLGGSSEDEMKRRIAHFMNLVEFKGEIFYQDEAGSSLEAENMMKGEIKYIRDGRIDSISAMIILQRFLRTCK >WP_225744764.1 iron-sulfur cluster biosynthesis family protein [Marinilactibacillus sp. Marseille-P9653] MELVITPSAQKKLTNILENHSGKLSLHYHEDFQGSYACSIRGVFQLKITENISETVESLDTHLGPIYVEPENKQFLDEDPSIDFREDMNTFQLKGRSGLLLDNLRVVTD >WP_053743010.1 DUF445 domain-containing protein [Streptomyces sp. NRRL WC-3618] >KOV74208.1 membrane protein [Streptomyces sp. NRRL WC-3618] MNSFGPADEERMRGVRRMKLTATGLLAFVAVVYILAKWAGEQGAGAWTAYVAAAAEAGMVGAMADWFAVTALFRHPLGLPIPHTAIIPTKKDQLGVSLGEFVGENFLSQDVVRQRLRAVGIGSRLGAWLAEPEHADRVTAELSAALRGALTVLRDSDVQAVVGEAITRRADAQEIAPGIGKLLEKVVVDGGHRRAVDLICVRAHDWLVLHEAEVLGAVHGGAPGWTPKFVDKKVGERVYKELLRFVTEMRDAPSHPARGALDRFLTDFASDLQSDTDTRARVERLKTEVLGRGEVQDLIASAWTAVRSMIVSAAEDERSELRLRVRASLLSLGSRMSVDSGVQDKVDGWVEGAAVYVVTTYQGEITSLITDTVAGWDAEHTTRKIEAHIGRDLQFIRINGTVVGSLAGLLIYVVSRAVGV >EFJ8748319.1 Y-family DNA polymerase [Escherichia coli] >MCN8982890.1 Y-family DNA polymerase [Escherichia coli] MYALCDVNSFYASCETVFRPDLKGRPVVVLSNNDGCVIARSTEAKKLGIKMGEPYFRQKDFFRRHGVVCFSSNYELYADMSNRVMTTLEEMSPRCEIYSIDEAFCDLTGVRNCRDLTDFGREIRATVLQRTHLTVGVGIAQTKTLAKLANHAAKQWQRQTGGVVDLSSVDRQRKLMAALPVDEVWGIGRRISKKLEAMGIKTVLQIADTDIRFIRKHFNVVLERTVRELRGEPCLALEEFAPVKQEIICSRSFSGRITEYEEMRQAICSYASRAAEKLRGEHQYCRFISAFVKTSPFALNEPYYGNNASVKLLTPTQDSRDIISAAIRCLDAIWQDGYRYQKAGVMLGDFFSQGVAQLNLFDDNAPRPGSEKLMEVLDHLNAKGGRGTLYFAGQGIQQQWQMKREMLSPRYTTRFSDLPVVR >ULU28230.1 RNA polymerase beta subunit [Angelica dahurica] MLRDVTEGMSTIPGFNQIQFEGFCRFVDQGLTEELYKFPKIEDTDQEIEFQLVVETYQLVEPLIKERDAVYESLTYSSELYISAGLIWKTSRDMQEQTIFIGNIPLMNSLGTSIVNGIYRIVINQILQSPGIYYRSELDHNGISVYTGTIISDWGGRLELEIDRKARIWARVSRKQKISILVLSSAMGSNLREILENVCYPEIFLSFLTDKEKKKIGSKENAILEFYQQFACVGGDPVFSESLCKELQKKFFQQKCELGKIGRRNMNRRLHLDISQNNTFLLPRDILAAADHLIGMKFGMGTLDDMNHLKNKRIRSVADLIQDQLGLALVRLENVIRGTISGGLRHKLIPAPQNLVTSTPLTTTYESFFGLHPLSQVLDRTNPLTQIVHGRKLSYLGPGGMTGRTASFRIRDIHPSHYGRICPIDTSEGINVGLIGSLAIHAKIGRWGSLESPFYEISHRSKKARMLYLSPGKDEYYMLAAGNPLALNQGLQEEQVVPARYRQEFLTIAWEQVHIRSIFSFQYFSIGASLIPFIEHNDANRALMSSNMQRQAVPLSRSEKCIVGTGLERQAALDSGVLAIAEHEGKVIYTDTDKILLSGNGDTLNIPLVMYQRSNKNTCMHQKPQVQRGKYIKKGQILAYGASTVGGELALGKNVLVAYMPWEGYNSEDAVLISERLVYEDIYTSFHIRKYEIQTHVTSQGPERVTKEIPHLEAHLLRNLDKNGIVMLGSWVETGEILVGKLTPQMVKESSYAPEDRLLRAILGIQVSTSKETCLKLPIGGRGRVIDVRWIQKGGGSSYNPETIRVYISQKREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGRPVDMVFNPLGVPSRMNVGQIFECSLGLAGGLLDRHYRIAPFDERYEQEASRKLVFSELYQASKQTATPWVFEPEYPGKSRIFDGRTGDPFEQPVIIGKPYILKLIHQVDDKIHGRSSGHYALVTQQPLRGRAKQGGQRVGEMEVWALEGFGVAYILQEMLTYKSDHIRARQEVLGTTIIGGVIPNPQDAPESFRLLVRELRSLALELNHFFVSEKTFKIKRKEA >MBP3421135.1 ABC transporter substrate-binding protein [Lachnospiraceae bacterium] MKKLISLTLMMSLLCALLLTGCGGNSTGNKEVVLNEVAHSIFYAPMYVAIEEGYFAEEGIDLTLVTGFGADKTMTAVLSGEADIGFMGSESTIYTYLGDTDDYVVNFAQLTQRAGNFLVSRTPMDDFKWEDLKGTTVLGGRKGGMPQMVFEYILKTNGIDPATDLTIDQSIDFGSTAAAFSGGNGDFSVEFEPHATALELKGDGYVVASLGEDSGYVPYTAFSAKSSYIKENPEIIQGFTNALQKGMNYVNSHTPEEIAKVIAPQFEETDLETLTKIVERYYNQDTWKENLIFEEDSFTLLQNILEEAGELPERVPYEELVDITFATKASEQVK >WP_095310603.1 hypothetical protein [Oceanobacillus profundus] >MCM3398552.1 hypothetical protein [Oceanobacillus profundus] >PAE29020.1 hypothetical protein CHI07_11400 [Paenibacillus sp. 7884-2] MEFPFISIILIIFIYLTAKINKLEQNMKQLKTSLEQVMKEVEIPEHPINGRLYELIQDGKEIKAIKEARASLGLSLIEGKEYIENLKNNMNG >NBW88664.1 TIGR00645 family protein [Gammaproteobacteria bacterium] MERIVEKLLYSSRWLLAPLYLGLSLALIALGIKFFQEAFHVFQVLLELPEDKLVLVVLSLIDIALVSSLIVMVMLSGYENFVSRLDIAAEEADKLGWLGKLDAGTLKLKVAASIVAISSIHLLKVFMDADTVPNDKILWYVVLHLTFVISAVLMAVLDRIAFSGHRGGH >XP_010481786.1 PREDICTED: acid phosphatase 1 [Camelina sativa] MARSLLLSVTLTVLFIGVVSARDWNILNQLKGTTTTTKTSETAVVSLKGPNLNGYCESWRVNVELNNIRNFLVVPQECVWFVQKYMTSSQYEEDVERAIDEAVLYLGKTCCEKKTCDGMDAWIFDIDDTLLSTIPYHKSNGCFGGEQLNQTKFEEWQNMGKAPALPNMVKLYHEIRERGFKIFLVSSRKEYLRSATVENLIEAGYHGWSNLLLRGEADEKKSVSQYKADLRSWLTSLGYRVWGVMGAQWNSFAGCPVPKRTFKLPNSIYYVA >VDP42962.1 unnamed protein product [Heligmosomoides polygyrus] MLGIMNDRIDSTVEIYASARQSSLYPRKPSKDSRTYTMDGRVLINGVLEVQETPENLWRSLIFNAITTRAVKDVDTEKSSGPLAVIRRISSKLLSHRHQDTEQTTQLEGAGMSDAACGSVDRKHVTIIRVKTLQRNDNGRNSEEDNFDDELHIYAQDDILRRLMEEKSTIEGRIGDVSMEWDTSSGPGSTADEDDIVVERL >MBF0362390.1 MlaE family lipid ABC transporter permease subunit [Oligoflexia bacterium] MGLRIEEEKISNSVSLYIFFSERLDVESIANLWRPCIEAVTFKNPSKLIVDFKEVSYCDMAGITLLQTLKELQTKRSQQANSFFINNLNSKFQKLLDYVEQVSWPETKLNLLSNNGHTLSQQQKLNIKIKDQFKIFQENKKNIIFLGSVVYQMFFMLLHLKKFNWRDFWRATYKAGPEALAIIALIGFLIGLISTFQAAPSFAQFGAQIYIVDLVALGLVREMGPLMTAVIFAGRTASFFAAELATMKINQEVDALSIMGLNTIRFLIIPRILAAVIVIPFLNIFFIAFGLLGLLTVMTTLNYPFDAFLQQIQYAVKIKDFLGGVIKATTFGLVIAIIGCLYGLKTKTGPEAVGISTTKAVVISLIILVLVDGVFAAIYYVLDV >WP_230208134.1 adenylyltransferase/sulfurtransferase MoeZ [Microlunatus sp. Gsoil 973] MVALPPLVEPAEELTQKEVERYSRHLIIPDVGMIGQKRLKNARVLVIGAGGLGSPALLYLAAAGVGTLGVVDFDTVDESNLQRQVIHGQSDIGKPKNQSAKESIAEVNPLVNVITHDVRLDNDNVLDIFKGYDLILDGTDNFATRYLVNDAAVLLGKPYVWGSIFRFEGQVSVFWDQYGPNYRDLYPVPPPPGMVPSCAEGGVLGVLCASIGSIMVTEAIKLITGIGEPLLGRLMVYDALEMSYKTLKLRKDPDADPIEKLIDYDAFCGAITDEAAEAVAGNTISVQQLKEWLDARDKGERNFELIDVREPVEREINNIPGSVLIPKGEFQSGSALAGLPQDKQVVLYCKAGTRSAEVLALVHGAGLKDAVHVGGGVSAWVSQIDPSQAAY >KAJ8438905.1 hypothetical protein Cgig2_007750 [Carnegiea gigantea] MAFISFVGRVLFVSVFILSAWQEFNEFGVDGGPAARALRPKFNIFSKHVLSHTGVKLPAVEMKTLVAAAIALKGLGSVLFILGSSFGAFLLLLHQALATPILYDFYNYAPDGKEFAQLFVKFTQNLALLGALLFFIGMKNSMPRRQLKKGPKAKTN >WP_093797100.1 hypothetical protein [Streptomyces sp. Wb2n-11] MTGSAQRPLLFLDVDGPLIPFGAMPQRYPNWATGPDPLGAEANPLLTRISPEHGPRLAALSREMAWATTWMADANECVAPRIGPLRLAVVVWPEPSDTDDQDERNGLHRKTRALVEWAAGRPFVWVDDEVTDTDRVRGAAHHQEHALLHRVDPRRGLVDSDYAALESWLRRLV >MCA9871439.1 N-acetylmuramoyl-L-alanine amidase [Anaerolineae bacterium] MARKTVSKKNQSARRAAARQQHVERFQRRLLLLLLAVVAVIGLTVWAGGQRSQAERWLDDWLNRSQAASTVSGLRIGILVGHKDYDSGAVCENGITEGATVEKIAERVADRLRRLGADVDMLSEYDERLNGYRASTLVSIHADSCIDRSGFKVARSDTSVIPDVEDRLVGCLSQSYGESTGLTFDWNSITPDMTQYHALKRVASQTPAAIIEVGFLGGDAGVIVRQPDLSARGIANGIICFLEGQS >XP_007828375.1 hypothetical protein PFICI_01603 [Pestalotiopsis fici W106-1] >ETS87775.1 hypothetical protein PFICI_01603 [Pestalotiopsis fici W106-1] MLQEQSLANLAITIIGAGFGGLATGIELALRGANVNIFESYPDTKKQGDVIQIPANATRLMSKWGNMLQEITNLSACPDTMTISDQNGKILLNQQLHTSFDGYPNLYSHRGSVQQQMLEYATSLGVEIHFGTPVTEISESDDAATVIAGGKAWKSDGIIAADGVRSQSRCHILGLDDKAKKSGFAVYRSWFSLDLLGQDPLTAAITTSEKDLFKIWIAKDTHAILTTNKAANAATCFVTHKDLSDISEDWHVKGKVDDMLACVQGWDEQLRHIIQKITPDCLIDHKLLWRDPVPKWASDGGRICIVGDAAHPHLATSGTGAAQAIEDGACIATLLQKTCHKGDIPFAFRAYQRLRYERTSLTQRMGWETRHVWHQTDWEAVAANPSMLKFPQPEWLLGSDASEYAEKNFEAVKAHLEKGSAFTSTNVPSGHAHKDWTIDEMLSHEGKFVSTEFYQTRE >MBL4798178.1 amidase [Oleispira sp.] GGGSIRIPAACCGLFGLKPSRGRTPTGPYYSELWDGAAAEHVLTRSVRDSAAMLDVVSGPDGSIPYPVRKESGYLECLNTPVRPLKIAYTVQSFFDRPVTQDAINTVEETVKLLQSLGHTCEAVQPYINADDLTDSYLTMYYGHVAADMEFAAKILNTNFSNLDVEDTTKLMGYIGKKISAEQFVTAKRRWNDFSQSMHALHQEYDLLLTPTLGSEPVPIGEFELGFADKIGTKIVNAFGLHNLLLKTGMTKKLALENLEKLPFTQLANLTGQPAMSVPLYWTESGLPLGSQFIAPMGDEKTLFQLAHQLEQAQPWFDRTPNNAPAKTKEKAQ >WP_119928822.1 hypothetical protein [Bailinhaonella thermotolerans] >RJL30045.1 hypothetical protein D5H75_24210 [Bailinhaonella thermotolerans] MNIVAAVMQTLVALAFVSIPLVRHRYGATATARAHAELTRQGVRTTVLAENGMRFDAGGHETWAPVGIATLMLIPAALNLAGVSWAGTTTWILQSLILAANCAILYSQLTAEKSVRAAFARKGDPDLARIDVPALLKAAEAGFPAWTWTLQNARHIVVFGASVLALAATAAA >XP_054720054.1 protein lev-9-like [Uloborus diversus] MRFVLMHLLICWQAIAALEVSEETNLPWNATELPFNETEESTGFLSDSETALAEREENTEDVKNIGLEDLKGGKRKHEEILGDRACGTPPFVENTVPFDSRQNSFPVGSVVTYTCEFGYVASGSKRSTNCHVSSATQQAEWTAVQLKCSPRSCGDPGYVPDGRVVGSLFTFPHNVTIECDEGYERRGHMSRICQANGEWSGSLATCQRIRCPIPASPLNGRTIFSSEDYGSELRYECQNGFRLDRKEQRMCDKTGKWSGIEPICTEMFCDPPVAPDHGSMQILDEGLKPGSLVLYACDEGRTLVGSARSTCSADGEWIFPAPRCVGKYIYIPTDSGF >WP_211748754.1 hypothetical protein [Paenibacillus sp. Marseille-Q4541] MSDLNFSKEEMKRLSELLKYAYDAIEYWFEGCDVDDKTFNDNIHQKNECEYFINKIDKQG >MBU0518438.1 S-layer homology domain-containing protein [bacterium] PGTKYGKLIALQDEINRADLAALFIEELNVVERIKRREVGSTAPDLSFESENPLEFNTEEGSAQNDILDIEGHWAESMIEDFVATGIFEVSQDHKFYPDEPVTRIEFAGAVQRLFYMITRDETIFSKYIGEQESHISDLRTDHPFYGAAVLCVERDIMDLDKISGFFHPNDAVSGPDAVLLIRDIKNALKW >NXD58230.1 MY15B protein [Corvus moneduloides] PKVKREPPVVKPSDPKARPAPSHEIGNIIKMYQSRPAPEPQPIEPIRRVPKPFIKKNDPKNEALAKLGMMNISPLPSVSSLLSGHFKSSAERACSASSSIKEKQLPLLSIFRPEGTPPASPAPHAPPLPPPMPEDQGRQESTGKDSAVTVAGDDGIKTQLYKLTSSVSFSYIDPAWKIFLLKEVFYPKENFSHPYCLNLLCEQIIRDTFSDSSFRISREEKRKMKDLLAEFRVGNNAQSIQEDGIKKRIVVAARDNWANYFSRLFPVQGEKGSDVQILGVSHRGMRLLKVEKAAGYRPEHLKILCSYCFADVLSVELKGSNSLEFSLKTEQLILHSPKAPCIKAMVELFIQELRQDTNYVVALRSYVVDDKSLLSFKKGDLIELLPMQGVEPGWQFGSTGGRCGLFPTSLVQLAPA >MBL4825303.1 hypothetical protein [SAR324 cluster bacterium] MLFFGFLFNLVSTAAAFYPLTWDDLMFQMEKRMSWQRARMHTVVQIFDPFIKNADGEIPKQPVELPARSFKQLIHWKDGQVLVVETQDEQGELLHFYYENNDDLLSLSLNDNRTFTTEDILPRQLRFRSRYEKERSRALRELGIVSREVAYHIRDDNHVFLRIGNLESGHYALLNPKTYELASLHNRLWQEDGSLLDLKIVFKKYETYRWQTYAKVTEYYFDNRLFKRMTVSKIRTLSRLPVKKLQKIAFNLRRKHTATLQNDYTL >HAG54718.1 pyrroline-5-carboxylate reductase [Actinomycetia bacterium] MSDTYIYSIGVIGSGVMGEALVSAILKSGIANSMLAISDKRVERTTELAAKYGCSVTSPEEIAGKAENIFLVVKPQDLDALLESIGSKVSPNQRVISFVAGKKTSLIESFLLNS >WP_047323805.1 ATP/GTP-binding protein [Mycobacterium nebraskense] >KLO35436.1 ATP-binding protein [Mycobacterium nebraskense] MALRHSEAQPEAYSDSAHASTKIVIAGGFGAGKTTFVGAVSEIMPLRTEAMLTDASTAVDALEATPDKRTTTVAMDFGRITLDEDLVLYLFGTPGQRRFWFMWDDLVRGAIGAIVLVDCRRLEDSFAAVDFFEHRNLPFLVAVNEFDGAPRYPVAEVREALTLPAHIPVIAVDARDRRSATDALIAVSEYALASLTAN >KAG5639171.1 hypothetical protein H0H81_006075 [Sphagnurus paluster] MCANLDKNSEEGADPDLSEDEADLESGYSDATQEELNKAAQIVGEAKRCHERLDEIPLWDMDTAIDPTQSPTLVNSSDPSLLMGLEDDELLEVLDLQLLILSED >EJF06804.1 diguanylate cyclase (GGDEF) domain-containing protein [Thiovulum sp. ES] MKILIADDTTADRFVLRSYLKQLGHQVIAVENGKKALEVFKEEKGSIEILILDVLMPEMNGYETTREIRKHEGDNWIPIIFLSALTDSADLVTGIDAGGDDYLFKPLDKTILIAKINAMKRLSSLRMQLIDTNRKLEELAHSDGLTGASNRRYLDKYLTKEFLRARREQYSLTIFMIDIDKFKNFNDSYGHQAGDKCLQDVVNAITQELKRPADLIARYGGEEFCCVLSHTDKEIAGVLAEKIRSRIQDSKIGKKITGENIDLTISIGVSTTIPEKTETDNFEKLLKSADEALYQAKNSGRNRVVVSDAF >XP_048961030.1 coiled-coil domain-containing protein 158 isoform X7 [Canis lupus dingo] MEQKAGEPNNEDLLSSSGITSNGGSSSPFFMSSVRGTIIENTSSAGTLAQIPFFPKYEVELDSPRKVIPYPGKEHIERVLEEYSHQVKDLQRRLNEVEDQLEALKSESQNKIELLLQQHQDRIEQLISEHEIEITGLTEKASSARSQANSIQSQLEIIQEQARNQNSMYMRQLSDLESTVSQLRSELREAKRMYEDKIEELEKQLVLANSELTEARTERDQFSQESGNLDDQLQKLLADLHKREKELSLEKEQNKRLWDRDTGNSITIDHLRRELDDRNMEVQRLEALLKAMKSECQGQMERQMAAIQGKNESLEKVSSLTAQLESTKEMLRKVVEELTAKKMTLESSERTISDLTSSLQEKERAIEATNSEITKLRSRVDLKLQELQHLKTEGDHLRNVQTECEALRLQMAEKDKVIEILRQQIENMTQLVGQHGRTAGAMQVEKAQLEKEINDRRLELQEFKILKDKKDAKIRELEARVSDLELEKVKLVNAGSERLRAVKDIKQERDQLLNEVKTSRSELNGLTEDYEVLKRNFRNKTEEMEATTNKLKMQLKSAQSELEQTRNTLKSMEGSDGHAMKVAMGMQKQITAKRGQIDALQSKIQFLEEAMTNANKEKHFLKEEKTKLSQELSTVATEKNKMAGELEVLRSQERRLKEKVANMEVALDKASLQFAECQDIIQRQEQESVRLKLQHTLDVKELQGPGYTSNTSVKPRLLQPSSAAHSHSNVPSSQSTASFLSHHSMKPNTLKEDPTRDLKQLLQELRSVINEEPAVPLGKPEEEGRAPSLGVSYVAVSNNSLRDSTEGSKSSDTLSREPVTLHTGDLEDPSSCFTFPSTASPSVKNSASRSFHSSPKKSPVHSLLTSSVEDSVGSTSQYRSTKPVHSSASVKVSANRNNRKNMQKASEQTGKLANSGRRFTDEEPSNVFNDQESRKEDTESERPGKNVTKMIHCLPILYRGMMPN >XP_014086709.1 uncharacterized protein LOC106615150 [Bactrocera oleae] MTDSDSSNVLYDIIRKELNSIINENSVLQTNNDSKKSIKLDSNEGTLSQLHKSAKAVAEGGNITKTPTSAEHLSTMISNKILQLPSNETQSASIDTDLQKMRYDLQQSYELFQAMGERFQAINFSSLKNRIKDMNLSKQDGTAKLKEEMKDVLEKHYNNNTLNSLTAEMAEKFQNHPGEFGNIPELSEFFQTCSQLQHGLEQLKRQRNSVSEMTKRLSNATEASYARIDHIYNIMNSTHPGQNLTKYQQDS >NBO56108.1 hypothetical protein [Actinomycetia bacterium] MPILPIIPLFLVGIFGAWLAKGISGGALPWWLPTVPSVATGLLWGWVSRRTSNLSVATVVFDVVYTGAFLAGFLLLGDRLNWLQSCGVALALAGVALMSL >WP_065358803.1 ABC transporter permease [Streptococcus dysgalactiae] >OBY99973.1 multidrug ABC transporter permease [Streptococcus dysgalactiae subsp. equisimilis] MKALFLKRRQDFQKQQSKYLRYVFNDHFVLVLMFLFGFCLVQYSQLLKHFPSNHWPIWLFLMVGMLLLLHLGSVATYLEEPDHHFLLPKEEAVVAHIKQAERSALVIWGCLQTAILIFLYPIFNRLGFSLVTFALLLLGLLALKRLLLGYKVRHFLKKDGLDWEKAIAFESNRKQAILKFYSLFTNVKGISTKVKKRSYLNPLLKLVKENSKHLWLTLYLKAFLRSSDYLGLFLRLLLLSSLALLFISNAYLSVALALVFNYLILFQLLSLYHHYDYHYMTSLYPENHQGKRANLLTFLRGLSCLILVINLLLCHSLEKALILVVVMGVITLFYLPYKLKKIID >WP_179536231.1 hypothetical protein [Actinopolyspora biskrensis] >NYH79879.1 hypothetical protein [Actinopolyspora biskrensis] MTLPQPPQAGPPNPNTAQPVVYDVGRRLRRNVLVGGVVLGPFGVLLLIGAFRGGVGGGTGARVLTVLFGGVLLGAALLVLLFWPVFSRPQQLFLEPSGVRWHDPRGKPFAVRWEELATVEISRKWVTRSFGRPAAVVRIDLFPADGDFRPRHPEMEHLWEREKVRGGYRLPVGADKNAAPLLDEAVRRFHPRVHGGIREAGKTHLI >WP_250499463.1 ABC transporter ATP-binding protein [Caballeronia sp. GAWG1-5s-s] MQNNTEPVIEVRGLSKRVKDATGELTILDNIDLSIAKGSSVAIVGASGSGKSTLLGLLAGLDSASDGSVRLLGKELSALNEDERAALRSGAVGFVFQSFQLMPHLTALENVMLPLELRAEMPHDQIAQRARSLLDQVGLSQRTGHYPKLLSGGEQQRVALARAFVTHPAILFADEPTGSLDAATGYAIIDLMFEMNARNGATLVLVTHDTELAQRCDATVTIEAGRLVNGLAV >EMF80818.1 7TMR-DISM extracellular 2 [Leptospira weilii serovar Topaz str. LT2116] MYKNPNFKTFILMFSISFSSIFAHTEPVVLLDQDVSSKNISSLIEYRYRDQKFAGCSPNHIDGLEDLEWHSISANVLRIKRTSFGNWLRFSVQNSESTIQSRILLLGWLNVPDTQLCFFDKNGKFVTVKSGYSNPTTDEKILTTLPHFRIDLQPNENRIFYLFVLSNEDINYRIQIMGLEEFELHKRLKFITSYSIAGIIGFAILYSFFGYYRFKNSTFIFFRYTYFQSSSLSTFFMDVLLRKFSETQTIYFDTATSYFSESLTCFYFYICSRSTKPIRRKFIAQCFFGLQEHWEFYTL >WP_202082228.1 hypothetical protein [Zobellella iuensis] >MBL1376261.1 hypothetical protein [Zobellella iuensis] MKLSHEDWAEVRRAWERDPRTGYAWLIDALNLPVSRHTIRARAGRDGWVKREAVQPDPVGDYLHGPRVPGSDYRPGFVKLAANFAKLGLSRQQIAAELRTDLDGLTQWEREHPELAAAIDSGGLIADAEVAAQLLRCATGFSYTTEQAEVIDGKLVAVPVTVTVPPDPAAATFWMQSRLERLLPFAERHDEGGDDDR >WP_218198734.1 RICIN domain-containing protein [Kitasatospora aureofaciens] >MBV6696741.1 RICIN domain-containing protein [Kitasatospora aureofaciens] MFSLFKRTAVATAAAALLATGSAALASPVNAAPVNAAPVNAAPVNAAPAKASDSDRLADTGIIPGTYYIKNVGTGRCLDAFYSWGGDNGNPVGLWDCNGGISEQWQISYTTSGGYFNMVMVNARSGRCLDYPGGAKGLQFRLWDCNGYLSQHFWPYYHSDTDNYEVSVESGGGGLDMDAYASDGGGNGNRVGLWDITGSPLQRWVFVQV >UJQ14296.1 membrane glycoprotein [Severe acute respiratory syndrome coronavirus 2] MAGSNGTITVEELKKLLEEWNLVIGFLFLTWICLLQFAXXXXXXXXXXXKXXXXXXXXXXXXXXFVXXXXXXXXWITGGIAIAMACLVXXXWLSYFIASFRLFARTRSMWSFNPETNILLNVPLHGTIXXXXXXXSELVIGAVILXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNIALLVQ >WP_281734351.1 Paratox [Streptococcus lutetiensis] MLYYDEFKEAIDRGYIKGDAVQIVRKNGIVFDYVLPNEPIKPYEVVTTEKVADVLEELKEW >AQA19851.1 hypothetical protein BST95_17960 [Halioglobus japonicus] MSTVKTLATLFLAIVVAACSAEPPAESQALKLENYKGQWLVINYWAEWCKPCIKEIPELNALDAKYPQVAVLGVNYDGATGVPLAKQVKELGIEFPIVAKDPAALLGVERPVVLPATFILNPDGQLVHSLVGPQTLEALAMATGQVAVPVEDPASTETSELP >MBT4511102.1 hypothetical protein [Chloroflexota bacterium] MNLSTVKDSEILNEYVKRFTIRAGERIKSSREAANHFRAFFADAAKREKFIVCFLNSQHQIISTECLFEGTINTAAIYPRTVVEMVLALGCGAIMLCHNHPSGELSPSNSDRAVTKKLETALTAIDVDILDHIIIGGGEYFSFADHRLL >EHS0147317.1 dihydroorotase [Escherichia coli] MTAPSQVLKIRRPDDWHLHLRDGDMLKTVVPYTSEIYGRAIVMPNLAPPVTTVEAAVAYRQRILDAVPAGHNFTPLMTCYLTGSLDPNELERGFNEGVFTAAKLYPANATTNSSHGVTSIDAIMPVLERMEKIGMPLLVHGEVTHADIDIFDREARFIESVMEPLRQRLTALKVVFEHITTKDAADYVRDGNERLAATITPQHLMFNRNHMLVGGVRPHLYCLPILKRNIHQQALRELIASGFNRVFLGTDSAPHARHRKESSCGCAGCFNAPTALGSYATVFEEMNALQHFEAFCSVNGPQFYGLPVNDTFIELVREEQQVAESIALTDDTLVPFLAGETVRWSVKQ >WP_067032591.1 tRNA pseudouridine(38-40) synthase TruA [Muricauda sp. CP2A] MRYFIQFSYFGKAYHGWQNQPNAITVQEMLEKALSTLLRQKVEVVGAGRTDTGVHAKEMFAHFNFDLIDDLEELVYRLNALLPEDIAVQQIYNMIPEAHARFDALERTYEYWVVQEKNPFYTDAAHLVKYPLDIEVMNRAASQLLEHTDFECFSKSNTDVKTYLCDVRQAIWEEKEDKLVFTITADRFLRNMVRAVVGTLLDVGMGKMVPDEIHTIIASKDRSKAGVSVPAKGLYLTKVLYPKEIFDEQK >CEZ68761.1 glycosyltransferase [Mycobacterium tuberculosis] >CFS13550.1 glycosyltransferase [Mycobacterium tuberculosis] >CFS18135.1 glycosyltransferase [Mycobacterium tuberculosis] >CFS59817.1 glycosyltransferase [Mycobacterium tuberculosis] >CKS68236.1 glycosyltransferase [Mycobacterium tuberculosis] MAAAPVTARAVALTGDLDSAADSAEIRRRLKSFTVFRQRGDAFADRLANAHVDAADGYPVLQIGMDTPQVTAELLADCARLLLQIPAVLGLAFDGGWWVLGIRTPTAAECLRAVPMSQPDTGELTLKALRDNGIDVTLVQRLGDFDIVDDIALVRDCCAPGSRFAQATRAAGL >MBW6187146.1 DUF3289 family protein [Pseudomonas aeruginosa] DDYGAKDMHHGDLSEEALKERFGLTDVSAKVNPYTLTLVPPAPASSYGVFYPGSLTGSTPVVVSREESVRLMFDEFRGLAKVFSFHGPYKNIITEMINHMQGNSGTPYSSPLMDRALKEQILNDHSSDSSLLGIKRALDDAVSYEYGFLTLGKKDDLFDGKGNSKEVNKAVLPKFDRQIDKTNGLVITVHDTWSTHITLESL >XP_052737512.1 tetraspanin-14 isoform X2 [Bicyclus anynana] >XP_052737513.1 tetraspanin-14 isoform X2 [Bicyclus anynana] MKFNKTETEYNMKSVKFLLLTITSMFIIIAALMIVLGFSVYSHYHTFSFFYESAQSGRLFTPSLLCILLGMFLLIVTMFGFFGSLKQSTCLVNLYALILAIMLILKLVVIILAFTLDSSTIHGMMYIPAWDYAADPEIEMEMDRLQISLNCCGSDSVFDYIDVPFTSNHSTTIVSTNIVGPPMDVVVPESCCVSPGGEFCHRHRERGCRTALVNLFSQNATVIGVMGVSVMFIQLLGIIFSLLLARCIRKVKSERGLMSWRIKEQMIMAREDAKKQDDNKSVDDSVYIPPHESSTA >RLT25539.1 menaquinol oxidoreductase [Chloroflexota bacterium] MSDEQRPASSLPVDPSRQTEIDKQRVPMAARPYRLLALVKQDAVVRVQKEPDDTVMTWPHLLTIEFLAAVAMSIFLLMLGLFINAPLEELANPNVTPAVAKAPWYFLGLQELLAYFHPTVAGALTPIGVLVGSALIPYLDRRNLRSTRPSDRKLEVMLFSILWALGLAVTFIGIFFRGPGYSFILPWSTGFFFSL >MCH8117287.1 TldD/PmbA family protein [Pseudomonadota bacterium] ADFNRKGVSIYSDMMGKKVAEPFVTVVDQATIPRERGALNYDDEGNKAGRTVMVENGILKSYLHDRISARQYDLKPTGSGRRQSYKFAPMPRMSCTFMEDGPHTRDEIIEAVDRGIICETYTNGQVQIGAGDYTFYVKNGWLVEKGKITAPIKDVNIIGNGPESLKRITMVANDARLDTGGWTCGKNGQRVPVSQGIPTVLVSNITVGGESVS >MBT5780702.1 DNA-protecting protein DprA [Rhodospirillaceae bacterium] MVEIRPLSDSERIDWLRLSRSENVGPVTFLALLERYSSVAEALDALPALARGGGRKRNIKLFSKSAAMREIAELDKIGGRFIACREPGYPAPLAATADPPPLIAIRGHGHLLENDIVAIVGARNASANGVRFAKHLATELGAAGFAVASGMAKGIDTAAHQGALERGTLAVMGGGVDVIYPKQNAALYEDITARGVVIAEPPLGTVPQARHFPRRNRIISGLACGIVVVEAALRSGSLITARLAGEQGREVFAVPGSPLDPRSRGTNGLIRDGATLVQGAEDIIEALTKTPPQALGERSEAEFNAPGMAVVGESELAAARPAILELLGPSPVPIDELMRQSRLTPALLLTILLELELAGRLERHAGSQVSLIESV >WP_121182262.1 hypothetical protein [Nocardiopsis sp. Huas11] >RKS07355.1 hypothetical protein DFP74_3022 [Nocardiopsis sp. Huas11] MGKWARTSAKSMLLAAGFVALGSGVAFADGDIATSGNGSILGGNQLVADADVPINVCGNAVSALLGVSGAQCTGSDAAVVDRGGDVHTSGNGSILGGNQLVGHADVPINVTGNAVGVLGGVAGAASTDADSVVVHDAAHSGHHGHHGHHDDPDIATSGNGSILGGNQLVADADVPINITGNAIAAVGGVAGAAATDSDAIVAEHHGHRGHHGHHDDPDIATSGNGSILGGNQAVIDADVPVNVAGNAIGAVGGVAGAAATDSDAIVAEHHGHHHGHHHGDHHGHHDGYRDHQSGATDLTPTDLVGEVVNGVQPLPDTSGVDMGVARQSAPAERQHQSWGDPDIATSGNGSILGGNQAVADLDVPVNVTGNAVGAVGGVAGAATTDSDAIVAHDDNDVATSGNGSLAGGNQLVADADVPVNVAGNAVGAVAGMAGASSTDSDAVVHHSAPVEHQSGALDAAPVVNELPEVPVSEMLPVDYTLSETTAQAVEEHAPEYADELPEAPNPVDEVLGLTGVGL >WEI27974.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCXXXPQNAVVKIYCPACHNSEXXXXXXXXXYHNXXXXXXXXRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEFLRDGWEIVKFISTXXXXXXXXXXVTCAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNXXXXXAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTXXXXXXXAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLFPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >MBD3769330.1 ribosome recycling factor [Rhodobacterales bacterium] MSYDKKDLERRMEGALASLATEFSGLRTGRASVNLLDSIMVPAYGSTVPLNQVASVTVTDTRMLSVNVWDKAVVGAADRAIRDSGLGLNPVMDGQNLRLPIPPLNEERRKELQKVAGKYAESARVAIRNIRRDGMDTLKAMEKDGEISEDRHRALSEEVQKLTDAYVAKVDDALKAKEAEIMQV >WP_114811503.1 potassium transporter Kup [Paraburkholderia kururiensis] MNDSNHAGKHSLPSLALAAIGVVFGDIGTSPLYALKEAFSPSHGIPLNETSILGVASLLFWAIIIVVSIKYVLFVMRADNNGEGGVLALMALSLRPFGTKTKAAGVLMMLGIFGSCMFYGDAVITPAISVISAVEGLEVAAPKLAHLVVPLTIVILIALFWIQRHGTAVVGRLFGPIMLVWFATIGALGVWHVAQSPGIIAALNPWYAVAFMSAHMLQAYVVLGSVVLVLTGAEALYADMGHFGAKPIRVAWYALVMPSLVLNYFGQAALLMHNPKAIENPFFLLAPEWALLPLVVLSTVATVIASQAVISGAYSLTSQAIQLGYVPRMKVLHTSELAIGQIYVPVVNWLLLAVILCIVIGFKSSDNLAAAYGIAVTATMVITTVLACVVMVNVWNWNKVLVAVIIAVFMTVDLGFFGANLLKVEEGGWLPLGVGALLFFLLMTWYKGRLIVKERTAADGIPLMPFLQGLLAHPPHRVSGTAIYLTGSASLVPVSLLHNLKHNKVLHERTIFLTFVTRDIPYVKDEERMTVKDIGGGLFLVKADYGFNETPDVKAVLLHMGQQHSMTFDMMDTSFFLARETVVPTQLPGMSLWRERVFAWMHQNAAKPTDFFAIPANRVVELGTKIEI >RZI94009.1 3-hydroxyacyl-CoA dehydrogenase, partial [Variovorax sp.] GKRDAIPSELVNKMIEDHRKELGITPRKISDDEIVQRLVYALVNEGAHILEDGIASKSGDIDMVYLTGYGFPIFRGGPMHYASQVGLYNVAESMKRFAKNPRDDAEFWQPAPLIQKLVAEGKSFG >WP_245838763.1 histidine kinase [Maribacter sedimenticola] MNSTSKEVIFQLVLHIVLFLFFSFDKNQPEIPAFNIFAFLNYALGALLINYILLPRFFYTKKYLLFIILVVLVIAVIIMVEELVLERIFYPISRGQHFPGIVYSLLDVMPVILILAGFKFAWDASKKQLEVEELRTSVVQSELLFLKSQINPHFLFNNLNNLYSYAIEQSPKTPSIILELSSVLRYMLYDCKENYVSLQKEIAHLKNFTKLNEMQIEERGKVSFSMNGNTTEYVIAPLILSVFIENAFKHSTASQSDNIFIDINIDINENGMLNFECRNSFLSLANTENLSSGIGLKNVKKRLELLYSNAHDLHIQNEQDVYYVHLMLQLTRAKL >MBT6972091.1 MFS transporter [Euryarchaeota archaeon] >MBT7938821.1 MFS transporter [Euryarchaeota archaeon] MTEAKTAGQGSLLIITIVVLVDMIGFGIIIPFLTFMVAHLSGPDAEIGFWVATLMSGYAAAVFLFSSFWGSLSDKYGRRPILMIGLLGNTGTFILFGLSTTLWMAFVARVLSGIFNANIPVARAYISDVSKPHEVAKRQGLLGVAFGVGFTIGPALGGWLSRPAEWNWTSFFQDTIFDSNPYLLPCIASSLLSGIAFLLSIWWLPESLPLESRSKTKNTNPLRELKRKFKDISALLSRPILSPLMWSAMAFWIGFTIMHVSFILFTMMSPQQGGLGFSESDNGLVFGFIGLSGLLVQGVLIGPLTKRFGSSRLMAFGLVSAAIGLTLTPYVDISFAWSGILLVSFMIALGNGLFTPSNMAMLSNHSESSEKGLVMGVAESLRSLSTLFGVLIGGIIWDLTNTEQGFFTYHTVFWLCGIFSIIGLFIHIIGGAWNASDPALEGVGIDE >MCU1401149.1 hypothetical protein [Acidimicrobiales bacterium] MSQESVWDYPRPPAVVPTDDRIRVVHAGVTVADSTAAIRVLETSQPPAFYIPRADISPQVLRPGSGRSFCEWKGPATYWTVVAGDIVVPNAGWSYEDPTPSFVAIRGHIAFYARLLDECWVGDEQVVANPGSFYGGWITSRVTGPFKGDPGTEHW >WP_271406340.1 N-acyl homoserine lactonase family protein [Tenacibaculum soleae] MKKIILIALSVLIIGCKQTEKKEVPNEVKKPEVKLFQLVGGSILVNKLEVFSQDTTYTGQTKQFTDAYYVISHPKGNLMWDAGLPENLVLPEAVTPGDGTFTVQRPDSLANQLKSIGFKIEDFKYFAMSHSHFDHTGHANYMKDATWLIQENEYNSVAGDSLAKKNPAIAALKNVQKLNGDYDVFGDGTVVIKYMPGHTIGHQVLYIEASGVEKPILLTGDLYHFEENRANKGVPSFNYNVEQTLASMQKFEAFAKEKNAEVIIQHSPIAFKKLQNLLKK >WP_130962786.1 cysteine desulfurase family protein [Hyunsoonleella flava] >TBN06799.1 cysteine desulfurase [Hyunsoonleella flava] MQQVYFDNAATTQMREEVISTMTDVLKHNYGNASSSYSLGRSSKSLIENSRKAIAKLLNVSSSEIIFTSGGTEADNLALRCAVRDLGVKHIITSKIEHHAVLHTVEALKKEYSIEVSFVEMDEKGVIDYKGLEKLLNGINTKALVSLMLVNNEIGNILDIEKIANLCEAHNALFHTDAVQAIGHYNLDLQKIKVDFLAASAHKLHGPKGVGFAYIRKNNHINPLISGGEQERGLRAGTESVHNIAGLEKAMTMAYENLESETEYIKSLKSYFISKVKEEIPNVIFNGLSGDLEKSTYTLVNMRLPIAANKSGMFLFQLDLKGIACSKGSACQSGSSQKSHVLSELLNADDLEKPSIRFSFSIYNTKDEIDYVVGILKDYINE >WP_243678753.1 prenyltransferase [Vulcanisaeta distributa] MEGYLILVLGLLSVFLLYAYTGPPFTLKYRGLGELSVALTWGGPLLVSGFFVAASGGSLLPSVFLISLPPFFIMFSIIYANNYRDREYDAKAGIRTLAMLTAKYGYQIYIGSLITAYIINTALVITGILPYTALATLPTAALIPRLARAFRDSAHDIDARTGLLYAIYCLIYGTALMIPT >WP_245971990.1 MerR family transcriptional regulator [Solirubrobacter pauli] MCKGLQQEFPDISISKIRYLEDQKLVTPRRTPGGYRLYSPSDVARLRTILRLQRDEYMPLAVIRQELASGRTVEDASTAPAATDGAAPRPSGGSPRRMSVSVRPGGSTYSLEDVVEDTGAEARLVQELEDFGIIKGELRGNTRYYDETDREIIRAVRELAAYGVAGRNLRVFKSSAEREAALLNQILAPALRSRNPDRRREAMDALENLAAVASHLKHLLLIRDLRRIAG >VDD35992.1 unnamed protein product [Brassica oleracea] MIFSLICLFLKTCMSFVKSIGQNFGQLFDSWKRRSEFPDERSRHCEYIR >MBQ7389792.1 DNA-directed RNA polymerase subunit beta [Clostridia bacterium] MLKPQKLGTNVRMSFSKIEAATEMPNLIEIQKDSYEWFLKEGLNEVLRDVSPIVDFTGNLSIEFTDYTLDPTPRYSVEECKDRSVTYDAHMKVGVRLTNKQTGELKTAQIFLGDFPLMTDNGTFVINGEERVIVSQLVRSPGMYYADTVDTQGKHNYSATVIPYRGAWLEYETDAAGVFYVKIDKNRKIPVTVLIRARMESGYDKDEDIFAMFGDEEILRITMAKDECRTLAEENNTSLRDEALKEIYKKIRPGEPPLVESAEMLVNNMFFDPKRYDLAPVGRYKYNRKVALASRIKDFTLASTVVNPLTGEIVAEADTFITREIAEAIEDSLVNEVVIKTQTGREVKVFGNNTVRPELVLGYDLSDCGVKVGEKVRYSVLQEIIDQADKDGLTGEAREFYIKKCAKEQNALLCPKHITKEDIFASINYMVALGHGVGTVDDIDHLGNRRLRCVGELLQNQLRIGMSRMDKNIKERMSTHDSDDLRPEALINTRPVATAIREFFGSSPLSQFMDQNNPLAELTHKRRLSALGPGGLSRDRASFEVRDVHYTHYGRICPVETPEGPNIGLISYLASYAKISEYGFLKAPYRVVDKKTGRVTDEVLYLTADEEDNNIVAQANESLDENGYFKNKKVIARYKTEFIEVEPTQVDLMDACPQMAVSVAAGCIPFLENDDNTRALMGSNMQKQAVPLMVTDSPIVATGMEYKAAVDSGTVVVAKEGGIVERAAGEEIVILTDSGRKDTYHLIKFKRSNQGTCVNQRPIVEEGTRVVAGQVIADGPATSNGEISLGKNALIGFMTWEGYNYEDAVLLNEKLVREDMYTSIHIEKFTKEARDTKLGVQEITREVPNVSEDALKNLDADGIIRIGTEVRPGDILVGMVTPKGETELTPEERLLRAIFGEKAREVKDSSLNMRHGEYGVVVDVKIYDRTNSDELAPGVNKVVHVYVAQRRKISVGDKMAGRHGNKGVVSRILPPEDMPFLADGTPLDIVLNPLGVPSRMNIGQVLEVHLGIACRKLGIKIMTPVFDGAKETDILELLRQAKYTRDIRPGESVRGKAVFMEVVREDGKMDLQRVDQTIVDDDEKLRNLMKTESLKVIDGKVTLYDGRTGDPFDNPVTVGVMYYLKLHHLVDDKIHARSIGSYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEILTVKSDDITGRTKTYEAIVKGQNIPTPGVPESFKVLVKELQALCLDVRVLDEAGEDVDISGLYDDDTPQFSSIEDVNRSVDEKSLNDEDEDDGDDGEDGEYSYDDDAYDYDEDDEIGDVIDDEISRDGDDVYDEGYED >WP_281670363.1 DUF5715 family protein [Prevotella buccae] MKSNKNKFLLGFSVVVMVLAIIRCVFPRFAEPRGSGVVAMDSLSTDSVAYALSDSVDKVSLKEKNKETVPANDSDFRVAATSPFFNEDGTLTKHRIFSVPNFAQTFPDQNDVQLESANKWGVQPVANRSEAEGKKAELVYVGSNPYFYIDELRSSIPYLVPRASELLQDIGRNFFDSLQVKGVPLHKLIVTSVMRSKEDVQKLRSHNGNATQNSCHMYGTTFDICYNRYKTVESPGEKRRAVRNDTLKWVLSEVLRDLRQQERCWIKYEVHQGCFHITTR >XP_026994537.1 folate receptor [Tachysurus fulvidraco] MEQPLRVWLVFTVLLYFSLCSLANQLNMCMDAKHHKTEPGPEGELYLQCSPWHQNACCTANTSAEAHEDNSYLYNFNWNHCGIMSKKCKEHFIQDTCFYECSPHLGPWIQPADTTWRKERILDVPLCLEDCETWYNDCKNDITCKENWHKGWDWTSGTNRCPVGAQCQKWTEVFPNAQSMCEKIWSNSYKYTTYSRDSGRCMQMWFTGQNPNKKVAEFYLNHGSRTEMAMLTSFTLSLAVLLSML >XP_047076827.1 pentatricopeptide repeat-containing protein At5g08510-like [Lolium rigidum] MHPLTTSSTALLRLIKSLSPAVPGAHLSASGIHCLLLKAGLLHAGAHLPTALLSAYASLGRPAHARSLFDEMPERGLVARTAMARAHAASGQADQALAVFREILSDGFVPDNVALAVVLAACRGGAGSCTAKRNPGRMVHAFIVVSGIEPDMFVSTELIRVYGERGEVPVSRRLFDDMPARSNIAWNAMVHQYARNKDVEAAYHLFLAMPRRDVVSWNTVIAGYCLAGRCREALGLFRQMVSPSSCRVRPNGPTMSTVLGACAGIGCLETGIWVHAYIDKNQMNDDGTLDRCLIDMYAKCGSIDKALQVFEKAPGKRDLYSWTTVICGLAMHGRAADALQMFNMMQDGGICPDDVTLVGVLNACAHGGLVDQGLGYFYSMQEKYGITPKVEHYGCMVDLLGRVGRLPEAYTMIKTMPMKPNMVIWGAFLSACKVHSCVELGEIAAAEVTRLDPEDPWARVMMSSMYAKAQDWSGLARERREMNSLLMKKTPGCSSVELGGEVHEFVAGGSQHPLHAEICTVLEFVEAQSPTYTG >MBR2684576.1 fructose-6-phosphate aldolase [Erysipelotrichaceae bacterium] MELYLDTADVNSIRKWNEILKIDGVTTNPSILAKEKEDYLKVIAKISEILSDDQILFMQVVATSYEDILSEARQIAKLRKKNMYVKIPVTPDGLKAIKVLHEEGIGILATAIYSAPQAFLAAKNGADYLAPYVNRMENYGDGIEEVLTLQDMLDNAGMDSKIVAASFKNVNQVKQLIAGGIAAVTVPIDVLSNMVLHPGTAIAVEEFSESWKRRFDEDKISFE >WP_113625996.1 xylose isomerase [Pectobacterium peruviense] MQAYFEQIEKVRYEGSQSNNPFAFRHYNPDQEILGKRMADHLRFAVAYWHTFCWNGADMFGVGSFARPWQQSGDALELAKRKADIAFEFFQKLSVPYYCFHDVDVAPEGSSLKEYLHNFAVITDVLAEKQQASGVKLLWGTANCFTNPRYGAGAATSPDPDVFAWAATQVFTAMNATKKLGGENYVLWGGREGYETLLNTDLRQEREQIGRFMQMVVEHKHKIGFQGTLLIEPKPQEPTKHQYDYDVATVYGFLKQFGLEKEIKVNVEANHATLAGHSFHHEIATAVALGVFGSVDANRGDPQLGWDTDQFPNSVEENALIMYEILKAGGFTTGGLNFDAKVRRQSTDRYDLFHAHIGAMDTMALALKAAARMIEDDKLNQLVAKRYAGWNGELGQQILQGNASLESLAHYAESHQLAPQHQSGQQELLENLVNRHLFG >MCH8269832.1 sigma-70 family RNA polymerase sigma factor [Planctomycetota bacterium] MTQARQRSLSPLEQVRRKHRVGVEDTAKGSSPARRALSREDEKLLAQILTKEQDFIDSEVFRETNAETGIYDDAPEIAKPDTTWYHPVMDDLSSTRTRTVKSSQQVILTGAEERVLFYQFNYARFRVYSLQQEIWARPDKQPTREQADQILHWYLRAERIREQIAETNLALVLAMAKRTRMSEVDFADLVSEGNMALLRAVDKFDAGRGYKFSTYACRAILKAFSRQGMKLSKYRQRFPTDFDPKLEKSNYLETRRADFEQDVASEVRRIVVENQAELTSVERTVIEHRFGLESGQSEKPMTLEQVGQIIGVTKERVRQIQNKAMEKIRTQLEVGFLGTRPVEEEPEDMAEVASLN >AGD93042.1 putative Sel1-like repeat-containing protein [Megavirus lba] MNNNCDYCGSIIYSETYHKCIKSSGKINDKTKVVDYKLVTLDELGILADNNDRGAQDEIVYRYLNQDANHLSQKNIKPINWQNIIERTIDDQYFIYFLLFFDNDEYHDIFNVLFESVKLAAKNGDSMAQYNIGQMYYKGLSTKKNIQKAIKWITKSANQNNKYGLISLTRFYEDGDGVLPDINKAIKLLEQAACQNLSKAQFYLGRIYMYTDPPNYKLAFKYYQEAANQNHTNAQYWLAIFYKTGKYVSKDNQKAIYWLTLAANQGLNSAKIKLAEMYIQGTCVEQDYHKAFELLNSSIYDDDTNDYYDYIAMSELARMYKYGHGVKKDISRAIHLHLKSKKLENIFKIFKINTITFINPINVDYENDNIIDIDQLESKIIYKLQSIMIKLKYKCTNLYHIDIENSLQEIENKFVELIKLRTHLNNSSAMIDCFSFKKNTSYKSMIKYNTKNSYFNKHDLGDISYLSIGPDNVKLANDIFENLDKSKFNDMLLDLELALGNKYKEKVDDLINAVRFEDHTHQLNIIKDLEDVKFIQSQIEIISSKLFKYIDMYIDDIKSNTHIRNQQFQQEYAYIFRYK >KAI4090501.1 MAG: hypothetical protein L6R37_007871 [Teloschistes peruensis] MSEEARPVPGADHRPVNDNYDLQDTSTKGVPSPPVTTWLPRRPRLRIPPSLAGSTDASLTPDQWRSYIEERRSMIEGGVFLDSLIQQRTAEISTIEAASSADDQAQKELLGNIREVRMKLVQWLGPLESKDPWLARAVKGYMPAMQVGSFAEGLYRIIGTVSDKHQGKIPREVNDHA >NLO81011.1 HNH endonuclease [Xanthomonadaceae bacterium] MPLEWISYQEAVRLYYLEEVAYACGRLLYRIRGGINAKTGRRSIIELNSIIATQGSVQASMKSHAAYVPPLNNKALFRRDDNFCLYCGQRFPDSQLSRDHVTPLSRGGQDTWNNVVAACKPCNSYKGNRRPEECGLQLLAVPFTPTHAEYVFLQGRRILADQMEFLRAHFPRRSPLRERLRGLLADARGSGDAA >WP_074053577.1 cystathionine gamma-synthase [Serratia marcescens] >OKP54793.1 cystathionine gamma-synthase [Serratia marcescens] MTRKPATIAVRSGLNDDEQYGCVVPPIHLSSTYNFTDFNQPRAHDYSRRGNPTRDVVQRALAELEGGAGAVMTGSGMSAIHLVTTVLLKPGDLLVAPHDCYGGSYRLFDSLSKRGAYRVLFVDQGNEAALQQALAQKPKLVLIESPSNPLLRVVDIAAICAAAQAAGALTVVDNTFLSPALQQPIELGADLVVHSCTKYLNGHSDVVAGAVIAKDPELAVELAWWANNIGVTGGAFDSYLLLRGMRTLSPRIKAAQQNAEAIVDYLQQQPLVKKLYHPSLPENPGHEIARRQQRGFGAMLSFELDGDEAVLRRFLSALELFTLAESLGGVESLISHAATMTHAGMAAEARAAAGISESLLRISVGIEDSEDLIADLERAFQAAATR >OQA35671.1 putative ABC transporter ATP-binding protein YheS [Candidatus Dependentiae bacterium ADurb.Bin331] MIIIRDGQLELGTHRIFDHLNCSFQGDQKIGIVGRNGAGKSTLLKVIAGTLQLTGGSIQRDKTQKIAYMPQEVVLQSSKGVFDEVFTVFDRFTQLEQRIAELEKMLEEQSENASDYIEEYVKLQEQLAHFDKIAAQRKAREILTGLGFKTEMLQAPVDQLSVGWKMRVVLAQLLLQNANFYLFDEPTNHLDIVAKEWFFHFLKNGSFGYALVTHDRYFLEHACPVIFELERGRGTMYNGNLSYYLEQKEERRAHALAARTRQEKEIDKKQQTIERFRASASKAKMAQSMIKQLERIELVEVEPVLPSIHLSFPPVDQPGQIVLTLRNVKHSFDGKQLFCHVNGEIRRGEKAALIAPNGVGKTTLFELIQGKLALQGGSIEFGHKVKTAFFEQDQTRVLNNHSTVFDEVQNSCPDVNQQTIRSFLGSFLFSGDDVEKKIGVLSGGERNRVAMVKVLVKKSNFLLLDEPTNHLDMYAQDILLQALQQYQGTILIVCHDHDFIQKLATRILELTPEGLQSFNGTYEEYLYFKKTMQSSQSQPAIAPKPEKNEPASEHVQSGKELFLLRKQAAQLESKINKIEKELKELTVQFANMEYGSAVYQKAEKRYKEAQKELSHFLTEWEEAQKIITE >MBS3065855.1 hypothetical protein [Candidatus Pacearchaeota archaeon] MNKQIFDFSIPETFKRREIKIDEKLTLKIPQSAHYLNINPLEDESEFLGNQGDSNRQELIFYDLGENPIDVYNLDKQITTEELMNKLERILVKQY >MBR5562318.1 NAD-dependent epimerase/dehydratase family protein [Clostridia bacterium] MKVFMIGGTGLLGCEAARIFIERGHQVKSVALPPLPEGAPIPKEMEIELCNIYEKTDDEIKEIMKGCDCFVFAAGIDERVEFPAPVYDAYYKYNIAPLERILPLCKEIGMKNAVILGSYFAYLAKERPDMKLTEKHPYIRSRIAQEEVAFSFADENFDVAVLELPYIFGTQPGRKPVWVILIEQIKMMDKLPLTMYPGGGTAMLTVRQVGEVIVGAAEKSKGAKAWPISMYNQTWKEFLKIVYAARGMGENRKILSVPAWMMRMGLGKVKKEYAEKGIESGIDVDGLADIMALNLFIDRKYSVELGATEDDIKAAITDSIKVSQASYDGTVKLLEMKGE >WP_122440133.1 AAA family ATPase [Pseudomonas viridiflava] MKILAIRLKNLASLAGPFELDFTAEPLASAGLFAITGPTGAGKSTLLDALCLALFGAIPRLSNIGQSKVPDIDGDITTSDPRTLLRRGTGSGYAEVDFIGIDQRRYRARWETNRARDNAAKKLQASRQTLTDLDSEQILSNQSKREFEQLIESRLGLNFEQFTRAVMLAQSEFSAFLKADDKERSELLEKLTNTAIYSQLGRRAYSKSKEAEEALKALTAQASHISPLDPEQLAELEQRMSDAQQQLKLHQAQQRQLELQQQWLTELHRLRDEQLAAQESLTAAQQVWDDQSSQRQTLGQLERLGPQRHRFARRITLNAQLAPLAEQIRQHQEQQIALQTGQQQWHDQRGQAQLRLQDAQQAHNTAKPLLQQAFDAHSTLNRLAQELAKASEHHQQAEHRCTQGQTGLDILLDQQQQVAQRLERIAVQLADSSDLAPLAQGWNAWRDRLKTLTLTANRLKHGNRELPALQQRASEAEQQLTEQRNALELLYREADCEVAAVTEQLQILGSLLQDNRKQQRAFEELTRLWASQQDLEHQLQALTRQQQEAQQERESLVTQGIKVKDELTVAEQTLNVTRQLLERQRLARSASVEELRTQLQDDQPCPVCGSAEHPWHQPEALLQSLTQHDEDEQASAQKAVDTLTEQRNQLREQVGGIIARQKELLRQHDQLMQRHQALAPDLEAHPLGAQLLDRDPAKRDAWLSQQLSHLNEIILRDEQRQQALLNLQKDAARLQQSVQTAQEASQAAAHHVTEQLQQLSADQQRLDEELAALAPLVSSQTLDGLRSDASTTVMQLEQQVVQRLDQLEQQGEEQQEQRERQQRIDSEQVEQKNRLQRVTEQLQTVAALSEQQQASQQRLQDLLGEHASAEQWQQTLEHAVEQARQAETSAAQSLQDIQSQLIQLAAELKSGEQQQQALQQELTELDATLTDWRSQHAELDDAALDTLLTYDDEQVEQLRQQSQAAEKALEQARILLNEREQRVQQHQAQHADLTDSDALNVALLQAQEQTALSEQHCAELRAQLSEDQRRRNANSELQTRINDATGEYQRWARLAALIGSAEGDKFRKIAQAYNLDLLVHHANAQLKQLVRRYRLKRGGSMLGLLVLDTEMGDETRSVHSLSGGETFLVSLALALGLASMASSTLRIESLFIDEGFGSLDPESLQLAMDALDGLQAQGRKVGVISHVQEMHERIPVQIKVRRQGNGLSTIEVGSS >MBR4038690.1 carbohydrate ABC transporter substrate-binding protein [Clostridia bacterium] MKKILSLVLVLAMIVIAGSAFAEEKITLNVWSFTNELEGMIEKYYKPSHPNVEIKYTIYPTDGGEYTSKVDTIMAADAAGAEAPDIFTLEAAFVKKYVNSDVTADLMGTVGITEVEVAAAIPVMKQIGTSNVNGQLKGLSWQATPGALMYRASLAEKYLGVTTPEEMQEKVADWDLFMETAAELNEASEGAVKMVVGAGDIWNAYNYGREQGWVVDGKLVIDPILYDYLDLCKILEEDDLSNKGTAWSEAWFNGMKNDTTLCFLLPTWGLHYTLKPNCGLTTNDTMNDEEMKAACEKDGGTYGDWRMVVGPVGYSWGGTWIGANEAKVAQMDEATKAAVKDFILFFTMSEEFLYQYAKDSGDFVGSNAVVEKILAEGGT >MBR6141090.1 arylsulfatase [Bacteroidaceae bacterium] VRWPGHVPAGLKNDHPIAFYDIMPTFCDIIGEQDYVAKYRNPRLGEQDYFDGISFLPTLLGNDAQQQSHDYLYWEFNETNQIAVRQGNWKLIVKKGVSELYDLATDIHEDHNLAADYPEKLAELKALARQSHTDNPHFAVTLPK >WP_087909023.1 oligosaccharide flippase family protein [Polynucleobacter hirudinilacicola] >OWF66224.1 hypothetical protein B6A14_03230 [Polynucleobacter hirudinilacicola] MDKKKFGVIWIALSQLALLISNFLLLKLLTSKISMEDFGYYSLCMSIILFMRQIIYDPFSMVVAKECATTSPNPQKISNGLRVVQHASDLIGVSIFLLGLMYLFFEYLLNKKYNFSTALFYSLIYLIANGAQGIYFNVLNSIAERKPAAIFSIVDSLFKIALPFLFLLILGNNLNNALKGIAIGGFTVFLILRYFVVNRFCSDKLPIGEIKGSFKRYFLMSMPLYFPIFIGAFKSVGDRWLLAAYIGVEDLAAYTVLLQIGYLPVILIVGVAQTYFGATIYKMCTGHGNNGLGDLRKFMLKLLFAMFLGGSIAIGAALGLAQLIFKALVGPQYQMFSTYLPIFVFAGLLAAASGILQVAVFGIYETKISGKLMTFSVVLSVVVISGLIIALGFKGAVAGLVLAGVVPLLICWFALDRKLCILQ >WP_054891276.1 MULTISPECIES: chemotaxis protein CheB [Pseudomonas] >RSC25745.1 chemotaxis protein CheB [Pseudomonas putida] MNGVRAVVIGASAGGVAALFEVLGGLPEGFAQPVLCVLHLPDDRHSQLAEVLHRRLHRPVREARDKERIEAGQIYVAAPGYHLSVERDLSLSLSQEAPVHFSRPAIDFLFASAADAYGEGLLGVLLTGANEDGAEGLAYIKKCGGRTVVQDPRDAQVALMPEAALALHRPDHILSLSGIGQLLATLEPSAC >WP_061195945.1 FAD/NAD(P)-binding oxidoreductase, partial [Pseudomonas aeruginosa] >KXC76852.1 FAD/NAD(P)-binding oxidoreductase, partial [Pseudomonas aeruginosa] AAALAAAPSGARIALVDDNPAAGGQIWRDGPRASLPPRAHQMRQRLAGQANVEHFPATRVVACGPGRRLLLEDPQRGWQVGYRRLVLCTGARELLLPFPGWTLPGVTGAGGLQALAKGGLPLAGQRLVVAGSGPLLLASAASASQCGARLLRVAEQAPARTLAAFAVRLPRWPGKLWQAAGLFARSYRADSYVLAALGEERLEAVRLREGGRVREIACERLACGFGLVPNVQLGQALGYRLDGPALAVDEWQAGSLPDHYAAGECTGFGGSELALVEGTIAGHAAVDERDAARRLWPRRRRWQGFADTLARHFALRAELRELAEADTLVCRCEDVPLAALAGHAGWTEAKLHSRCGMGACQGRICGSAAQFLFGWTPPAPRPPFSPARLETLACWQGDAG >KAH0642104.1 hypothetical protein KY289_033078 [Solanum tuberosum] >KAH0647720.1 hypothetical protein KY285_032968 [Solanum tuberosum] >KAH0740662.1 hypothetical protein KY290_033705 [Solanum tuberosum] MPGEGTVVKSKKRKGNSGNYIRMEEDSSIPPVLGPFEPLASESKIMKDIVTKLPQRLDQRNRKAQLANLEKAYVGLEKSHGKLSISHRKIKKREKSRDKFFTQIWKEVKGLWKVLNENDPLTTLRTNEDGYEPFTWNDDGRGEDSGSTDTNGDD >WP_164582471.1 hypothetical protein, partial [Streptomyces sp. SID10815] >NEA45200.1 hypothetical protein [Streptomyces sp. SID10815] RSLARHPLFQVMLTLQNNAQASVDLPGLRAGGVPAPTAGPAGTPRPVTAKFDLDVTATEVFDTDGTPAGLRGVVTVAADVFEAGAA >WP_194621234.1 MULTISPECIES: ImmA/IrrE family metallo-endopeptidase [Psychrobacter] >MBF4490844.1 ImmA/IrrE family metallo-endopeptidase [Psychrobacter sp. N25K4-3-2] MFNPNRLQFAIDRRAVSKAELAEKLNITPRTLTNYLNGNTEPNLVDLSRVLSLPIDFFKGSDLPIIDEHSVSFRSRSRMTKKVKAEALTYGITGFMLNDWFEEEFELVQSELPDLSHLSPEEAANTLRYDWGLGDKPIGSLIALLESKGIRIFSIFVKSEYIDAFSVWYDDQPFIFLNNQKTMERSRFDACHELGHLVRDIYSMKMSESFGKSLEQDLDSKAVERGADKFASAFLMPEVALMEYRHVNPTLNNLIELKKVFGVSLVALAYRMHKLGLISEWIYTRVLCPAIAKYNYRKSEPHPMDRETSQVLNTITSELNSEGMSLDDIAKKINLRKADITPLLFQLADSTKPFHLFQVLK >WP_106812746.1 S41 family peptidase [Prevotella sp. Marseille-P4119] MRRLFLATLLASCGLAAMAEDNPLWLRHPAISPDGKTVAFAYRGDIFTVPIEGGTAKQITSNAAFDSYPIWSPDSRHIAFASNREGSMDVWVMDANGGIPRRLTTNSGSELPLRWLNDKTVMFKADVMPTAQSIIYSGSFAQVYTVGIEGGRPQLFSEITMDALDINDKGDVLYMNNKGYEDQWRKHHRSPITRDIWLKSGDKFKQLTTFNGENRDPVWAADGKSFYYLSELDGTFNVYRRTLEGKDTQITKHEKNPVRFLSAASNGMLCYGYDGEIYTVREGEQPKKLNIRITADNEGKHLIRQIQRSGASNIKLSPNGKEIAFVLHGDVYVTNIEYRTTKQITDTPEQERNIDFAPDGRTITYDSERNGLWQIYTTSIKNKDEKQFAYATELVEERITKSDSTSLCPQYSPDGKEIAFWENRSTLRIINIKSGKVRTAMDGKYLYSYSDGDIDFSWSPDSKWLLASYMGNGGWNNTDIALVDASGNGNIHNLTNSGYSDGNARWVLDGKAMLFSSDRAGYRSHGSWGAEYDAYIMFFDLDAMEKFQMTKEERQLAKENMTKKEKKEEEKKEKDEKKNEDNPKPAEVEPLKLDLDNCRDRIIRLTVNSSNLGDAILDKDGENLYYKAAFEGGYDLWRHNLLESRTEIISKNVGGGSMTFDKDYKNLYFLSGGNIKKFDTSGRSMKNVDFEATFNYKPYDERAYMFDHVYRQIKDKFYVANLHGVDWDGYRKNYERFLPYINNNYDFQEMLSEMLGELNASHTGARYSGSWASLQTANLGLFYDESYEGDGLKVKEVVNNGPCSVKNTDIKPGCIIQKIDGTDITTGMDYFPLLDGKIGKPIRLTVSKAKGGKTFDVVVKGISKGALTDLLYKRWVERNRKLVDSLSNGRLAYVHVRAMNSKSFRDVYSELLSERNRNREAVIVDERHNGGGWLHDDLCTLLSGKEYQNFVPQGKYIGRDPFNKWTKPSCVLICEDDYSNGHGFPMVYKTLGIGKLIGAPVAGTMTAVWWEKMIDPTMVYGIPQVGCRTLDGIYGENTQLNPDIVVYNTPEDYLSGNDRQLKKAIEEMLKEADKNK >UPP41269.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UPX24421.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UPX32237.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UQE52230.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UQG49769.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVIVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFVTSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPFTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_009714971.1 methylmalonyl-CoA mutase family protein [Streptomyces himastatinicus] >EFL23152.1 putative methylmalonyl-CoA mutase [Streptomyces himastatinicus ATCC 53653] MDAEGIEAGRRRWQARYDAAHKRDADFSTLSGDPVAPVYGPAPGDTVEGFERIGWPGEFPYTRGLYATGYRGRAWTIRQFAGFGNAEQTNERYKMILKAGGGGLSVAFDMPTLMGRDSDDPRSLGEVGHCGVAIDSASDMEILFKDIPLGDVTTSMTISGPAVPVFCMYLVAAERQGVDHAVLNGTLQTDIFKEYIAQKEWLFPPEPHLRLIGDLMEYCARGIPAYKPLSVSGYHIREAGATAAQELAYTLADGFGYVELGLSRGLDVNTFAPGLSFFFDAHVDFFEEIAKFRAARRIWARWMRDVYGATSEKAQWLRFHTQTAGVSLTAQQPYNNVVRTAVEALSAVLGGTNSLHTNALDETLALPSEQAAEIALRTQQVLMEETGILNVADPLGGSWYVEALTDRIEADAEKIFEQIKERGRLAVPDGQHPIGPITSGILRGIEDGWFTGEIAESAFTYQRALEKGDKKVVGVNCHHGSVTGDLEILRVGHEVEREQVRILGDRRTGRDEAKVAEGLETLVAAARDGSNMIEPMLEAVRAEATLGEICDALRGEWGIYTEPAGF >MTI81752.1 hypothetical protein [Bacillota bacterium] MGSSRKRRKSLSKGLLKRVAFYIRDNSINGECIQDKETMAYALGLTEETVHNCIEKLKSDGQVEENENENPLLPNIYIYVGEGAASKKMIDVGKIGDRLVAELDSNQMAQNIKDLILDYDAKVRDMLYDIQEQTKEVEDYRSFKQSIVKTVDAADGMIHIMAKKKP >KAJ3160366.1 hypothetical protein HDU86_000700 [Geranomyces michiganensis] MLGVQERPERITRPTASCDFDRLQLVLEGSDRHREACATVAALRTTGRVVHRPAKPRPEMSSFIDALTMSNAVSGL >PTX93603.1 hypothetical protein DB345_18570 [Spartobacteria bacterium LR76] MWKAASSPGPTASIRASPNTRPPEAMEKRLLEIICCPETRQPLREATPSELARARSFKAGNFEAGLIRQDEQVFYPIRNGIPLLISDEAIRLA >WP_252438898.1 alpha/beta hydrolase [Citrobacter amalonaticus] MLLTAMAGVTSVNAADYKKNPFTLVYDGAITENVKGKVNIHPVKYDLQGIQIAANVYTPANYDPAKKYPAVVVAHPNGGVKEQVAGLYAQRLAEQGYITITADAAYQGASGGMPRSVDKPANRIEDIHGMADYISQYPGVDTARLGLLGICGGGGYSLVAAETDKRFKSIATISMFNSGLVRRNGMQDSQLDTIQQRLQQASDARAQEAAGGEVLYSGDANLTDEQIAKLPFALYRQGYEYYWKTHAHPNSTFKYTTSSLLDLMSFDVTDHINLINKPLLMIAGTKADTLYMSEDAFAKATGTKDKELFLIDGATHIETYWVPKYVDEALQKLDVFFNKNI >WP_026002460.1 APC family permease [Sphingobium xenophagum] MQSSSYNKNSLTLAGTVAMGTGVMIGAGIFALTGQIAELSGPLFPLAFLIGAVISGFSAYTYIKVSNKYPSAGGIAMILKKSYGPTTITGAAALMMAFSMIINESLVARTFGTYTLQLFDIGRNSVLVPILAIGLIVFAFIVNVAGNKIIGAISSITAILKIGGILIFSLTILWASGFTFEFTQTAPSEAASPTGFIAGIALAILAFKGFTTITNSGGEVVEPEKNVGRAIMISLGICLIVYMTVALAVGSTLSISEIAAAKDYALAEAARPAFGEYGVWFTVAVAIIATASGLLASVFAVSRMLAMLTDMNLIPHRHFGMPGGIQKHTLVFTVIAAGLLAAFFDLSRIASLGAIFYLVMDMIIHWGVYRHLKDDVGAKGWILLSAIILDLIVLGAFLTMKAASDPMIIVISFAGIAGFFAFEKYYLSHRRSDNHSKPSQSDHAH >WP_282322778.1 quinoprotein ethanol dehydrogenase [Pseudomonas aeruginosa] MTTRTSPAPAGLLRPSLHCLAFAVALGSAGAALAKDVTWQDIANDDKTTGDVLQYGMGTHAQRWSPLKQVNADNVFKLTPAWSYSFGDEKQRGQESQAIVSDGVIYVTASYSRLFALDAKTGKRLWTYNHRLPDDIRPCCDVVNRGAAIYGDKVFFGTLDASVVALNKNTGKVVWKKKFADHGAGYTMTGAPTIVKDGKTGKVLLIHGSSGDEFGVVGRLFARDPDTGEEIWMRPFVEGHMGRLNGKDSTVTGDVKAPSWPDDRNSPTGKVESWSHGGGAPWQSASFDAETNTIIVGAGNPGPWNTWARTAKGGNPHDYDSLYTSGQVGVDPSSGEVKWFYQHTPNDAWDFSGNNELVLFDYKAKHGKIVKATAHADRNGFFYVVDRSNGKLQNAFPFVDNITWASHIDLKTGRPVEREGQRPPLPEPGQKHGKAVEVSPPFLGGKNWNPMAYSQDTGLFYVPANHWKEDYWTEEVSYTKGSAYLGMGFRIKRMYDDHVGSLRAMDPVSGKVVWEHKEHLPLWAGVLATAGNLVFTGTGDGYFKAFDAKSGKELWKFQTGSGIVSPPITWEQDSEQYLGVTVGYGGAVPLWGGDMADLTRPVAQGGSFWVFKLPSWDNRTASR >WP_085315249.1 TolC family protein [Derxia lacustris] MAVQFVFSRLLAGLLLASLPALAGAQAVAPAGVDPAHLTWPAARAVWLDRSRDLGAARRDIESADADTLTARARPNPTLSFNALSIDPRHGLGPGGLGDKRIDSTLRIDQTVERGDKRALRMSRAGATLDAVRADYLGLARAGSAALAGAFYDLAAAQDQADLAQQSAALADAALAAALKRRDAGDLAAAAAERVRTDTLRARNDAASAGAALAQARLALARALAIEPQAPLLHVEPDWPEPVADEAGLRASERRRLEAALDDRPELRAARARLVAARAARDLALAQRHRDVTVGVQAERYPGPAGTGSTVGIGLSVPLFLGDNFDGAIRSAEVDLDRADAALELARADAQSDIAATAADLDAAARRLARTRDELMPAARGALDAAEFAFAHGASGVTDVLDARRAWRAAEADAIATRADYARALAAWRALLDQP >XP_023529459.1 oleosin 18.2 kDa-like [Cucurbita pepo subsp. pepo] MADRPQPHQIQVHPQRRYDDVGAKGRTGPSTSTILAIITLVPLGGSLLGLAGLTLAVTLVGLAVATPVFVIFSPVLVPAILTIGLAVLAFLTSGAFGLTALSSLTWAFNYVRRAMGFMPDQIDQAKRRMQDMAGYVGQKTKDLGQEIQSRTTTTTTTAPQEQGRRT >WP_137885208.1 YcgN family cysteine cluster protein [Pseudomonas sp. 2FE] MAAKVEPFWKRKTLDQLDQDEWESLCDGCGLCCLQKLEDEDDGSVYYTRIACKLLDLNSCRCTDYGNRRKFVPDCIQLTPGQASEFQWLPPTCGYRLVAEGKDLHHWHPLVCGDPQMVHNAGISQSGNMLSENSVAEDDWEDYMIFRSG >RWW58604.1 hypothetical protein BHE74_00034507 [Ensete ventricosum] MMSTTHPLCYNLSIASTSPMLLIVDALSNTVGSISDLPFMLWRMPLSPPTVGGEPKVWCYCRYPLQLLSSPQLLPLNLYRFAVDKFFPSINAPCPPLPPSSTSSLGVASSSFIDDRMDHCTPSPIDTTVVASFLLDHHKAFLGKYINALLHSSRSLSFPSPSEYSSPCHLLGFHTLDQAHHFLAYYHRTLDLRYTPPLLSCPWPPLLAVFLHR >WP_167301289.1 FAD-dependent oxidoreductase [Sphingomonas leidyi] >NIJ66975.1 3-phenylpropionate/trans-cinnamate dioxygenase ferredoxin reductase subunit [Sphingomonas leidyi] MKYDVLIVGAGHGGAQAAIALRQNKFEGSIALLGDEPELPYERPPLSKEYLSGEKAFERLLIRNAAFWEERRVALLPGRTVTAVDPVAHEVTADGEPIGYGRLIWATGGKPRRLACDGHDLAGIHTVRTRADVDRMMAELDGVARVAVVGGGYIGLEAAAVLAKLGKQVTVIEALDRVLARVAGAPLSRFFEAEHRAHGVEIRLGAQVEAIEGEVRVTGVRLANGEVIPADMAIVGIGILPAVEPLLAAGAVGGNGVLVDAQCRTSLADVFAIGDCALHVNRYAADTAVRLESVQNANDQANVAAKTICGVEASYDAVPWFWSNQYDLKLQTVGISAGHDAAVVRGDPAARSFSLVYYRRGRVIALDCVNAVKDYVQGRRLVVEGLAVDPAAIVDASVPIKEIAS >WP_003748238.1 GntR family transcriptional regulator [Listeria seeligeri] >EFR99824.1 GntR family transcriptional regulator [Listeria seeligeri FSL N1-067] MKPTFHADKPIYSQICDWMKKKMITGEWKADDKLPSVREMGVMLAVNPNTVSRAYQELERGGYIYAKRGMGSFVTSKKAVFEQLQSDLAEEIATRFLEEAESIGLNSQAAIELLTKRSSKHE >WP_002894198.1 hypothetical protein [Streptococcus sanguinis] >EFX94748.1 hypothetical protein HMPREF9398_0477 [Streptococcus sanguinis VMC66] >QKQ44963.1 hypothetical protein FOC72_10620 [Streptococcus sanguinis] MKKLSKISLFLLPLIALFFLAACGNSADKKTEESSSSSSSVSSSSKAKTSSSSTSEESGSAKVNVNGGDTSVNVNGDDESGDASVETNGDGAANVQTDNAGVSVNEDGVHVQGGGVDVKVGSDGSINIQTP >EEC70172.1 hypothetical protein OsI_00897 [Oryza sativa Indica Group] MEHSPSNKMTLLLLLLLLLGCTHHGQANMYSGHPKIDSIFSFGNSYSDTGNFVKLAAPVIPVIAFNNLPYGETFFGHPTGRASDGRLNVDFIAEDFGVPLLPPYLGESKNFSHGANFAVVGATALDLAFFQKNNITSVPPFNTSLSVQVEWFHKLKPTLCSTTQGTLQRLLREIALLHGRKYPSATIVFADYYDPVIEFMQKPDDFVFHKLVL >PNH10535.1 hypothetical protein TSOC_002714 [Tetrabaena socialis] MATECMICFESTQVNRVMTMQCSMCNKQYHGSCMLNWYASRSSGPSSCPNCRATISIFYNFSISNSNHSPKRELPLLSMQEWLKRGVSRLPAFVLGLRQTYEMKECESVFSWTLGIWHSILSACATGIIVMRVVDMDIALVYAVFLLFSVNVMVDDSSLTKATAAKNAVLQQMMLCVTP >WP_109305164.1 electron transfer flavoprotein subunit beta/FixA family protein [Kurthia sibirica] >PWI26141.1 electron transfer flavoprotein subunit beta [Kurthia sibirica] >GEK33398.1 electron transfer flavoprotein subunit beta [Kurthia sibirica] MNIYVLVKRTFDTEEKIVISGGSIQEDGAEFIINPYDEYAIEEAIKVRDSAGGEVTVITIGNDESEKQLRTALAMGADKAVLINAEEDVEALDQFSVAKILSEYLKDKEVDLIFGGNVAIDGGSGQVGPRLAELLGINYVTTITSFELSGTDVKIVRDVEGDSEELTTSLPLLVTAQQGLNEPRYPSLPGIMKAKKKPLEELELDDLDLDEDDVEPKIKTVEVFLTAEKQAGRVLEGEIAEQAKELISLLHSEAKVI >WP_179050696.1 type III-A CRISPR-associated RAMP protein Csm5 [Nostoc sp. TCL26-01] >QLE58529.1 type III-A CRISPR-associated RAMP protein Csm5 [Nostoc sp. TCL26-01] MVSSPNTIQNQLNAYKECNYQSQRIQLTSPLIHIGSAESTLTPFDYIQRDIHSREKAINRLIYFPNQDALIAVLSQRGELHNYIKLTKEYINERYRLIQKRENVLNLLEKILGSNWWTACSSDNTLIFPTASISYNKTDQEIKKLRPLIRNGLGELYIPGTSIKGAIRTAIAYYLLKHQVHTTILSDIEQKLIQLNFGSIKRKKAYLDDEKLIRLANNLEISLNSYLFSNFRLMHEYCIVEEINTPNTDLMRAIKVTDSSSLHKSDGVNLSIVSEVISSSFYVNGSERFAKESATNFVEMVWNAQTEFTLTIDTEMLSQFQHEQGMQLPRKLWTIEGILEICQEFAQAQWEHEKKYWNSITDNPSDEKLNFSRIRKFYNNNCSYNLRVGWGSGMIGTTIGLHFNEETREHIRNACGTSTNSSETPKSRRTAIIPTQTKTTKRALGWVQLTPAEAVC >MBS0449087.1 50S ribosomal protein L10 [Pseudomonadota bacterium] MSLNRNEKQTVVADVTAQVARSQTLALAEYRGLTVAHMDVLRKQAREQGVYLHVLKNTLARRAVAGTPFEAAADAMVGPLIYGFSTDAVAAAKVITDFAKGNDKLIVKGGAYAGKALSADGVKALASIPSKEVLLAQLLGLMQSPVSRMARVLAALAEKRGGGAEAPAEAAPAAA >CAC10160.1 N-acetylglucosamine transferase, partial [Plasmodium falciparum] MCTTKNEDNNKVNYLYLIYYNNIPIFKKKSGNEQNISALFILYDVKKYVYNMVHDHVNTLVLEAFRREDIIKKIKVKEKQNNNDKNKESNIEKDKNEQTKFTDIYDTNSKSDKDIQKNNMNDGDSNNKNSSLFIDPFESDSYEKNNFSNEKCAFQNVDKSKKDKEHIYSENITPSSSNNNNDNNKENDCDKEQLDKYNKDKENKLKLNDKDEYISFNFIEDKLTESFHMNQIIHLINKKCVFTKCLENYKNRYFVLKKEEILKKKKKQKKMSIFSYIVSIILFFTYIISLINSCLYYIICTPKLFSEYIFSKKCDGYLQNSAYPKFIFPSEWHNIFRSFMKNKQNPSEYYKYREILLIRIINLIIDIFLGFLIFLLLYFNVINLHYISEKAQIFYGTSTLTSILGTLLQNPLGFKLNNNFTSFIGSILVSILDKWDLFTNTIPVNNSTVLNFVGYTSLLGFSFFLSFVIDYLRFVTAHVTIIYLFLKKICTLFHKNMYSLYLLFNGKKWNILKLRVDTNYYSNEEVLLGTILFTILIFLYPTIFVLVLVFGLIYLIINRIIYLLCVMEKIILYTPFYIFFIQPNCNKYISKGFKFTKYEVGEHELLKRYPTNSYLLLEKIHFLFFDKIKLFINIFLYFKNLESMSSYSYIFISFCFCLLKKKYIYIYII >OHD72009.1 ribosome-binding factor A [Spirochaetes bacterium RBG_16_67_19] MSEVRQKRVESLIREHVAALIHSQTIKDPRVLPLAVVTQVAASNDLKHAKVFISCYDAALRAHCVEALNHAAGFVQREIAGGLRLRFVPRLTFVEDSSIEQGFRIAQKLREISKE >KAJ0960782.1 hypothetical protein J5N97_001341 [Dioscorea zingiberensis] MKPAAKPPRKPLLLQSQPTGRCSRRKEGDEGHERARLNYSFVGCMDLDSREKVQIPKHKGFIMLEGEGYEQTSVEWGDHVNGSITTSLTSTFRFSGDNIVVKNIAFKNTYDGGVRLGQALAVLVEGDKISFYNCGFYGIQDTVCDYNGRHYYKNSYIQGAVDFIWGVGQSIYEECTIASIGADLTHGYITAQGRMKETDSGGFVFKSCNVTGSLKTYLGRAWTPYSRVIFYRSFIAGMIIPQGWDPYNASGKEWLTDYVEFGCSGPGSRTSGRVKWMKKPTYDQLKQFIDISYIDSEGWLSQQP >OPZ33967.1 MAG: Chain length determinant protein [Tenericutes bacterium ADurb.BinA124] MNEEMIRNEEVSVNEGFSLMELITIIKNNIIYLIVITVVFFVLGFIYTNYFVTPMYTSSIDMIIYVADTETSGTDTARMSTADKVSENIKEFIKFKDIIEIVIEKENLPYKWHYIREHITTKDIGAATAVTVTYEDADPVMARKIVIALANELARNINTKVPGQDPDALRFASETITLQNTPDYNPNQEPSSPNKLLYYVISLLLGLIVGVGFIFLKETLSTRYNSKSEVERVLQLPVIALIPQLENNGDKHV >WP_179827767.1 TIGR03564 family F420-dependent LLM class oxidoreductase [Streptosporangium sandarakinum] >NYF43958.1 F420-dependent oxidoreductase-like protein [Streptosporangium sandarakinum] MRVGLFITEPKGPAALGKLRDRIARGADDGFSSAWISNIFGLDALTALAVAGSAVPGIELGTAVVPSYPRHPAALAQQALTVNAALDGRLALGIGLSHRIVIEDMYGYGFDRPARHMREYLSVLLPLVRGERADFDGETLRAHVQLSTPGAGDMPVLIAALAPRMLSLAGEKADGTVLWMTGPKTVAGHVAPAVTEAARAAGRPAPRIVCALPVCVTDDAEAARTRAGEVFAGYGDLPSYRAMLDREGAAGPADVAIVGNEDEVAAQLAALAEAGVTDFVAAEYVRDDDRTRRFLKTLL >WP_131914061.1 LysR substrate-binding domain-containing protein [Celerinatantimonas diazotrophica] >TCK46732.1 LysR family transcriptional regulator of abg operon [Celerinatantimonas diazotrophica] >CAG9295434.1 HTH-type transcriptional regulator TsaR [Celerinatantimonas diazotrophica] MTIKINQLKCLVMIVEHGSIRAASRALNISQPAVTRAIKELEVYLGAQIVHRSTQGITLTEPGQQLLCHANLVLRELHLAEESFKQASGHQYGSINIGIGASIACELMPQVIRKFREKYPYVKIKIQEGQLEAHIENLRHGKIDFAINTLQPNMELHDFQREKIMEIPFKLVVRKHHPTLGGSYSIEDLQDYDWVMPTTRSSYLNTVYDALSKHGKHLNNPITCESYLSTLAIISQTDCIGLVSETALEHYSYSSLLDEIPLNPPLPHATYYLVSRRSSQLTPVAQELAQLFMYQARPLFTGREQP >WP_238126428.1 thymidine kinase [Xenorhabdus bovienii] >MCG3471001.1 thymidine kinase [Xenorhabdus bovienii] MAQLYFYHSAMNAGKSTSLLQSSYNYNERGMRTLIFTAEIDTRFGKGRVSSRIGLSADALLFSSETNIAELIRRENEVEKVHCVLIDECQFLTKKHVEQLCEIVDYDDIPVLCYGLRTDFQGELFSGSQYLLAWSDKLVELKTICHCGRKASRVLRFGSDGNVVYDGAQVDIGGNEKYVSVCRRHYTDVIREAQTKKVP >XP_052288270.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288271.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288272.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288273.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288274.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288275.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] >XP_052288276.1 disease resistance RPP13-like protein 4 isoform X1 [Citrus sinensis] MAASKATEAMIGTLIEKMFSALLTQAQYALDFKDQLEAMKTKLELMTAFISCTDKQKTWGEFIQKILPNLRKIIYEADDIMTDCQIRDEYRKDGFCHRFSLRDLFFIYQTGNDLKHINSRIEKMESSLGVYGRAEQPIIQQGPNNSSYQIFKYSPEDQEPSEIIGLEKDLEKIKGWILSSNEKLQQIGIVGMGGLGKTTIAQKIFNDREMVAYFEKRIWVPVSQNFSEERVMRAMLKQLGEDESGIEESYLLHKLQQRLSDKTCLIVMDDVWRMNLDWWKNLYPTEKRCFVIITSRNETVVNSMGVDESRIHRPKLLNEEESWSLLCKHAFLTSKGKCPNKEFDKKGREILMKCGGLTLAIKTIGGLLAPKAHSLSEWNKINDDFYIYLTTEREKNSVVASLRLSYDELPTHLKQCLLCFSVYPDDFEISGEQMVHWWVGEGLVRGRDNRTATELSFDYLSELVSRCLVEVVHRRGYDGRVYSCKMHDLVRDMTIQIAKDEAFCSFDEQGRQKLTQDSRWFGFNSDMDPKSLKKSSRLRALILQSSTPVSLWNVKSLMSLRLLDFSYCKLDRINVEDLLDKISSLKRLACLNLSGVAGNIELPSSIQKLRNLQILVLRRCTKLHPSITSLKKLIILDLGSCPLQYLPRGLKKLIYLQELSGFRVANAQGCRLNELLGLKQLRVLRMSINNESEISEDEWNVLSQLEKLKVLAVDAEDCKEKHVPQMVDRLLPPPSLQELYLRRYRHEILPKWINLKHLSSLQYLCLEDGDISNFEISSESDQDSNGTTWVLEGLCLKFMPNLILDWNVLLKDMPILRDGNGEGRGGEGTNLPVSIPDILRMFPSPSELLERISIPSPNNNRGSPRVSDPRITNTFFVSNFELIILK >PKP76071.1 UDP-2,3-diacylglucosamine hydrolase, partial [Alphaproteobacteria bacterium HGW-Alphaproteobacteria-3] HAEIRDFDGVLYCNDGDWVESCTALSEDETGALSLIAWQTFSWDTELANGETEPADEEDMPQTVPTAA >WP_144841777.1 LysR family transcriptional regulator, partial [Klebsiella pneumoniae] >HCD4712694.1 LysR family transcriptional regulator [Klebsiella pneumoniae] >HCD8271218.1 LysR family transcriptional regulator [Klebsiella pneumoniae] RLNISQPPLSQQIQILEQQTGARLFARTNRSVSLTAAGKQFLADSRQILAQVDEAAARAARLHHGETGELRIGFTSSAPFIKAVSDTLSMFRQRLPDVHILTRETNTREQIVPLSEGALDLGLLRNTQLPDTLAWERVLREPLLAMVPANHPLARQPSVSLAALAREPFVFFDPHVGTGLYDDILGLLRRYGHTPKIAQEVGEAMTIIGLVAAGLGVSILPASFQRVQLSEMRWLPIDEQDAVSEMWLVWSKHHEQGALAKRFREALLSWKSEHN >KFP60608.1 Mitochondrial ubiquitin ligase activator of NFKB 1, partial [Cariama cristata] LSGVVRSVKETLSSQFVENCKGVVQRLTLQEHKMVWNRTTHLWNDYEKIIHQRTNTTPFDLVPQEEGTGVTVRVMKPLDAAELSLETVYEKFHPSIQSFTDVIGHYISGERPKGIQETEQMLKVVTALTGVGELVLDNTTIKLQPPKQGMPYYLSSVDFNTLLQKQESNVRFWKILTVVFGFATCAVLFFILQKQYRHHRERRHLKQMQDEFRQAQDRLMREMNAEGGETLKNACVICLSNTKSCVFLECGHVCSCNECYWALPEPKRCPICRQAISRVVPLYNS >WP_189693187.1 MULTISPECIES: ferredoxin family protein [Actinomycetes] >MBL0704792.1 ferredoxin family protein [Sinomonas sp. JC656] >BCT76899.1 ferredoxin [Corynebacterium cyclohexanicum] >GHG47087.1 ferredoxin [Sinomonas sp. KCTC 49339] MTYVIAQPCVDVKDKACVEECPVDCIYEGERSLYIHPDECVDCGACEPVCPVEAIYYEDDVPEEWSDYYKANVEFFDDLGSPGGAAKLGNTHKDHPLVAALPPQVPAS >MCK5302212.1 dihydroorotase family protein [Candidatus Thorarchaeota archaeon] MPVDLAIKNARLLLESGLIRGGLGVNGGKICAITTDEHLPDADTIIDAEGKVLMPGLIDGHAHLHDPKMLEHEDFTTGSRAAAAGGVTTVIDMPLTSQVDLVKTVEEKINQGESMSIIDFSFYAGMMNSDNVPIVPLMIEKGIAGFKAFTCEPYETNAGVIVRLLSEVSEHGGHITVHSEDQGILDEFGRDLEGDRDAPVSHALSRPNIAESLAVRQVVGIAQQTGGHLHVAHITTREGISEVERGKLKGVTVTTEVCPHHLVFQRDEMNILGPKSKMNPPLRSKVDRAALWSALLRGTIDMAVSDHAPCPIEKKEAGNDDIREAWAGTDGIQMILRVLLSEGINKGRLSFSRLLDVTSRRPAKIFGLYPMKGILQVGSDADFVIVDVTKEEKITSDMMFSKCGWTLYEGMEMKGVPIMTFVRGIQVFHEDRTTVKPGHGRFLAMGEGNKPLEV >PJC62958.1 hypothetical protein CO022_01765, partial [Flavobacteriales bacterium CG_4_9_14_0_2_um_filter_32_27] DRKWSSNFPKNGGVYLVFDKGVLIYVGESANVKERMKDFKRTVNHTFRRKLGKHLFKGATITNGKFNDEIESYLNQYYIDNISVSAIEIIFGRTEIESNLIEKYKKSGILNSESKRNATQFI >XP_009308369.1 hypothetical protein DQ04_01021160 [Trypanosoma grayi] >KEG13415.1 hypothetical protein DQ04_01021160 [Trypanosoma grayi] MLVGVREYRREEMQRICGLPGEALASHYTLLRGRNEATLTDVTDTRARKVIHFDYYATAARSLFAEAVGPIMHAVLPPVSSPQVVVVVDGTEITRFHTLLDEEEGLLAQCWSLMMTEEDFEHVLDTIYVAMVELDDNNHLRDIAEAAAVGEPTIIEDADDHFTSVEDVSYTALRGEPDLRALLQHAQRATSAGRHQIFSFILVYKAATGLPNSTIQFVSLAVSELARGMRSTRHCITTAASLIESRSPSITFAGTKLSYLLKPALLGKQPGLWISCFAPTSPSNVKQRETFKESFCIAYTSCRVYGSRVAVDISDASQLANGSERRHLFNSSDECVEMHPRTDVPQPSASALLRKPKRHATHGTPLPSSTSPIAAVKTNASRRRTNGPSCGEASALSPLATARDTMAGLLITPSGRRTDYIDDRSRTESRARDSSTARRQSSRPLYSRCSSLEKHPYNCSARYELETYKRVMEPAMDQLRRDIQHYATQLEEARRQIRRAKRGKSAEIETEQLRASLAGAIQQRESLEEDFVRREKDLHAEVRRLQDWCNDLTRELQLRAATTVQKNEEGQKQQRQRQSVAVQTPGSFLPVPPNPPPTAEDLVASHARPEQLQSRTESADVHRASQWIEVIDYHQQELEGHAERERAYRDRIMRLEEVLSERDAEITQARTELARREQELSLETVKNQQKEHERELERGFTEVMERLRVEVKEAQMANAKSEHRLETCLNDLQQERKRREATEAELHILQTTYSQRMNGDAAKEMVQLLKESYERQYHQLQREVEELRSQKSQQAASKEATPVGNASSASTPRHNSRGRHSAGMLSPAVETREDVVVPVRFPLQIDDPSPSDKTSTQLQVVAAVGDAQRFEDFMKEEPSYTFRIPKALERIRS >XP_047046442.1 L-ascorbate oxidase-like [Lolium rigidum] MPPASRPLVVAAAVLCFSLLLLGAEAKVRHYDWEISYQHKSPDCFEKLAVAVNGEAPGPTIYATQGDTVVVTVHNKLETENTAIHWHGIRQIDTPWADGVAGVTQCPILPGETFTYKFVVDRAGTYLYHAHYGMQRVAGLNGMIVVTMPESVREPFSYDDQHTILLEDWWHKSVYDQATGLSAKPFVFVGEPQSLLINGRGTFNCSMLANSTGLCNNSHPDCALPTQFTLVPGKTYLLRIGSLTSLSSLSFEIEGHSMTVVEADGHYVRPFVVRNIFIYSGETYSVLVKADQDPTRNYWATSHIVGRNPKTPSGKAIVSYAGNDPRKQPPTAPPTGPAWNNTGIRVEQSKAIIAHPGYVVPVPQRADRTLLLLNTQNNINGHIKWTINGMSLHFPATPYLISMKYGLTDAYDQRPPLDTYDHRGHDISSPAMTNGTIGSPVYRLAFDSVVDVVLQNSNALNNMSETHPWHLHGHDFWVLGHGDGKFNPASDTWRLLNVKDPIMKNTVPLHPNGWTALRFHANNPGVWLFHCHVEAHVFMGMGVVFEEGVERVGPLPPSIMGCGHSKELH >WP_262247119.1 YqgE/AlgH family protein [Parapedobacter soli] MSEPFMLDPNFQRSVVLLCEHNDEDGTVGYVLNQPATIQLRDVMSELPDAEFPLFFGGPVAQDSIHFIHKCHDKLHSGIGLGNGIYWGGNFESLQILIKNGDIASDEVKFFLGYSGWSPGQLESELKENAWVISNHYNPDITFGNDGENLWKEAIVSLGPKYAHIANFPQNPMWN >KAF6089756.1 VPS16 core subunit of CORVET and HOPS complexes [Phyllostomus discolor] MDCYTANWNPLGESAFYRKYELYSMDWDLKEELRDYLVAAAPYGGPIALLRNPWQKEKAASIRPVLEIYSASGMPLASLLWKSGPVVSLGWSAEEELLCVQEDGVVLVYGLHGDFRRHFSMGNEVLQNRVLDARIFHTEFGSGVAILTGAHRFTLSANVGDLKLRRMPEVPGLQSAPSCWTILCQDRVAQILLAVGPDLYLLDHAACSAVTPPGLAPGVSSFLQMAVSFTYRHLALFTDTGCIWMGTASLKEKLCEFNCNIRAPPKQMVWCSRPRSKERAVVVAWERRLMVVGDAPESIQFVLDEDSYLVPELDGVRIFSRSTHEFLHEVPVASEEIFKIASMAPGALLLEAQKEYEAASFGKCFLDRFPPDSFVRMCQDLRVLNAIRDYHIGIPLTYSQYKQLTIQVLLDRLVLRRLYPLAIQICEYLRLPEVQGVSRILAHWACYKVQQKDVSDEDVARAINQKLGDTPGVSYSDIAARAYGCGRTELAIKLLEYEPRSGEQVPLLLKMKRSKLALSKAIESGDTDLVFTVLLHLKNELNRGDFFMTLRNQPMALSLYRQFCKHQELETLKDLYNQDDNHQELGSFHIRASYAEERIEGRVAALQTAADAFYKAKNEFAAKATEDQMRLLRLQRRLEEELGRQFLDLSLHDTVTTLILDGHNKRAEQLARDFRIPDKRLWWLKLTALADLEDWEELEKFSKSKKSPIGYLPFVEICMKQHNKYEAKKYASRVGPEQKVKALLLVGDVAQAADVAIERRNEAELSLVLSHCTGATDGATADKIQRARAQAQKK >WP_066083732.1 ABC transporter ATP-binding protein [Neobacillus novalis] >WHY87508.1 ABC transporter ATP-binding protein [Neobacillus novalis] MSKEPILQIKDLKVSFQSGKKFIPAVDGISFDLKNGEILGIVGESGSGKSVTSLATMGLIPSPPGKIENGEIFFEGKDLKNISEKEWRKIRGNQISMIFQEPMTSLNPLFTIGNQLLEAIRLHTDLTKAQSIVRSIELLKLVGIPRAEGILKEHPHQLSGGMRQRVMIAMAMACNPKVLIADEPTTALDVTIQAQILALMKDLNKKTNTSIILITHDLGVVAEICERVIVMYSGQIVEQGDVRKILKDPQHPYTKGLLKSVPDLRGKKDRLYSIPGTVPSPGTTLKGCRFAARCAEVFGKCREESPELFKTEKDGHEVRCFLHTLNERSDKHVGVTS >WP_150724537.1 dienelactone hydrolase family protein [Pseudomonas fluorescens] >CAG8865004.1 hypothetical protein PS861_00807 [Pseudomonas fluorescens] >VVP85919.1 hypothetical protein PS934_01134 [Pseudomonas fluorescens] MSQITVRSVAYQIDGQAYESRLAFDADHKGPRPGLLMAPNWMGVSAGAEEIAKSVASKGYVVLIADLYGQSVRPTNNDEAGAAMMPLKNDRPLLRKRMQVAFEQLQSQGEVAVDTSKLATFGFCFGGCCALEFARTGAPVNAAVSFHGTLDTPNPADAKNIKGKVLVLHGASDPLVPKEQLPAFEDEMNAAGVDWQLLSYGGAFHSFTDPHANVPGMMMYDAKVAARAFTSMHNLLDEVFKG >KAI7727618.1 hypothetical protein M8C21_021189, partial [Ambrosia artemisiifolia] NYLVAIMAGALVQSTSFPSAVSSESKVRSKRSGNTKRAVKMMCGLQAPPMRVRTFSGLRGANALDNLVQRGQDFHSKVAAATSVRKAKPSRIIPFTPRAKRVLELSLEEARQLGHNYIGSEHLLLGLLREGEGVAARVIRMVGESAEAVGAGVGGGTSGNKMPTLEEYGTNLTKLAEEGKLDPVVGRQPQIERVTQILGRRTKNNPCLIGEPGVGKTAIAEGLAQRIANGDVPETIEGKKVITLDMGLLVAGTKYRGEFEERLKKLMEEIKQSDEIILFIDECIGATTLDEYRKHIEKDPALERRFQPVKVPEPTVDETIQILKGLRERYEIHHKLRYTDDALVAAAQLSYQYISDRFLPDKAIDLIDEAGSRVRLRHAQLPEEARELEKELRQITKEKNEAVRGQDFEKAGELRALVQSTSFPSAVSSESKVRSKRSGNAKRAVKMMCGLQAPPMRVRTFSGLRGANALDNLVQRGQDFHSKVAVATSVRKAKPSRIVPKAIGFVAVEIPFTPRAKRVLELSLEEARQLGHNYIGSEHLLLGLLREGEGVAARVLENLGADPNNIRTQARYLHYTFISTKFNFIHQDSCFMFFQSSTHEMVGESAEAVGAGVGGGTSGNKMPTLEEYGTNLTKLAEEGKLDPVVGRQPQIERVITLDMGLLVAGTKYRGEFEERLKKLMEEIKQSDEIILFIDEVHTLIGAGAAEGAIDAANILKPALARGELQASETVILKDARHTHSWMSSSVRHGLRERYEIHHKLRYTDDALVAAAQLSYQYISDRFLPDKAIDLIDEAGSRVRLRHAQNKEMSKAETEAGEEGPTVTEADIQHIVSSWTGIPVEKVSTDESDRLLKMEETLHTRIIGQDEAVKAISRAIRRARVGLKNPNRPIASFIFSGPTGV >WP_164107212.1 MULTISPECIES: transporter [Serratia] >MBH3007313.1 transporter [Serratia ureilytica] >MBH3116239.1 transporter [Serratia ureilytica] >MBJ2106471.1 transporter [Serratia ureilytica] >CAI1000741.1 ZIP Zinc transporter [Serratia marcescens] MTSAVLYTLFPAAATVVGAAMALYRRPGDAAMRVIHHFTAGIVFAAAATEILPDLKQQSPLAVLLGGAVGVLLMLLVRRLGEKAQGPVGFIAAVGVDIFIDGLVLGIAFAAGAKAGLLLTLALTLEVLFLGLSIVGDLQDFLGRRLRVMAAIVGLALLLPIGGLLGAPVAMLGAFWLTAFLAFGLIALLYLVTEELLVEAHEGGKETPFAAAMFFAGFLLLLLLEEGLG >XP_055928676.1 tRNA wybutosine-synthesizing protein 2 homolog isoform X1 [Argiope bruennichi] MTKERKKCLSPYVNLKNNLLNEIEKLKLDKILLDDIPSKWEKHGDLVLLPASSFQNKLWSLLGGRLWDIVSEALKCQRVARKYTITNDNFRSPQVEILKGCDGWVLHIDNKIKYTYDITKCMFSAGNISEKLRIAQLSCKGETVVDLYAGIGYFTLPFLVHAKASLVHACEWNPHAVEALSKNLRLNGVKDQCIIHYGDNREVCPINVADRVNLGLIPSSERGWETACKALKVSGGILHVHGNVTSNLHPTQYDAGEKISGPQVKAEWTVWSDYVCKRMKNIFKLLYSSDWMVTVMNITRIKSYAPHIDHLVVDICCKPSENGKDLRNNINI >HIR39763.1 ATP-dependent 6-phosphofructokinase [Candidatus Coproplasma stercoripullorum] MRIGILTSGGDCPGLNAVLRGFCKCAFNIFDDVEILGFTDGYAGLMNKNYRTLTPADVENILDMGGTILGTSRQPYKLMTVKEGDAPTKLQTMVENYKKLKLDCLVTLGGAGTHKTASLLSVEGCNVIGLPKTIDNDIYGTDITFGFLTAVDIAAGAIKRIRTTADSHSRVFFVEVMGNKVGWLTLYAGLASGADAILIPEIAYDEDKLAQFIKDKKQNSRSVVIAVAEGVVSSREAAMSKKERKDYLAGFGTASAAERLSALMSQSTGMQCRSTVLGHIQRGGEPCAYDKFISTEIGAYGAHLAKVGRFGVTVCVRGNKLSYNMLVDIAGKTKRVPSDGQLVLLAKDLGIYFGE >MCH1470780.1 2-isopropylmalate synthase [Planktomarina sp.] MNKKITHLLLVTATLLLSGTAQAQTATIQSKQYEDGGYYEGTFKNGRQHGQGTYSLPSGYTYTGNWENGEISGQGEATFPDGSVYRGTFSNGKPHGDGRITYADGGTYEGNWVAGKIDGQGVAIYANGLRYEGEFRDTKHHGQGVLTSDSGYRYEGNWVDGDKQGVGTIIYSDGAVYQGSIEAGERSGAGILTMPDGVTYEGTWKNGKINGESTLTHANGNVFTGILQDGKREGRGKVVYANGDLYEGQFHKDRRHGNGTFLAADGYRYSGSWQNGKISGRGEVRYPDGSIYVGTFVDDLPEGVGKITYPDGSTYEGNWKAGVIEGAGKATYPNGLVYEGRFKNAQNHGYGIMTFADSYRYEGNWKDGKRHGAGQARYRDGTTYVGGFVEGQRSGEGYIKMKDGFSYTGDWLMGEIHGIGTATYANDDVYTGSFVNGRRQGEGTMRYATGGVASGTWENGVLQPDEDTAPAPEDAASPSE >XP_035385791.1 LIM and calponin homology domains-containing protein 1a isoform X12 [Electrophorus electricus] MASPGKDTGPNTHSDHQEPTELTPEPAFQEAQKWIEAVTGRSFGDKDFRNGLENGILLCELLSSIKPGLVKKINRLPTPIAGLDNLTMFLRGCEELGLKGSQLFGPGDLQDTSVRANLTGSDCSRKLKNVLITIYWLGKTANSCASYNGPTLDLKEFEGLLSMMRKKECVSEESDSPKRSVRDSGYIDNWESERSESLSPPGHGREDSFDSLDSFGSRSQQTPSPDTVLRGNSDDSEGDSGPRRLPDVRKDDMSARRVSYKEPRAARPFNQYLPNKSNQTNYIPAPLRKRRSDQEEERWSTSNATSPVGGEHPLREECVGVSREGAVSPRSQKAHVWAATQVAESEINEEELKKMRKLEKAGIKVLPASVRYKSPKLIGGHPEEAKPPSPDIILRQDNAFLRTEQLQQQDDEDKHDDRKVPDIRKDDLASRRVRTNQSRPTVAHHFLSGVCSRKDHERWEGIRLASQHAVLEQMEKMHQDKRRCVETQREAGEADSTTTEVSIITRKDNPFLTPRRKKRGEEEESEEEGGGQVLVPNPQKDDLARRRTQSGTLPQRDPRQSLAQTSITQSDLEKWQRLSMNTEDSDSPPVPLCQACLEKGSFLAASLAKVARGIVTDRRGPSYSERRRFVTFGGVTEMESTSWREEKEAEEEKGWGAGERDESEVLQCLLSTATVAMPTVGMNSGQAEKAVGSGGTDYAPTPALPSDSLQPLTPNPKGPLTQMERKALEDRLAEKAKDERKREEEEEEEEQERQPDLEKDDMMARRTGAFQRASGGKVHNWFLPVPGGKRDPDPLAGPAALESSQPGSGVATDPLMLEKRIKTKRFKVGQSFTPSPVTAPSADVENMTRKCAQMMESQEAGTMGVKGGENEIVGGAQAYSPPLIRAPNPQCTFFLADDDLPQIFSHKAASVSDETESISLIDMRDEEEADPLSSHSQSRHESMHNQYNKLREEEEHWQDDLARWKNRRRCASQDLIRKEEERKMMEKLMYSEGGAHRRKSIKTYKEIVEEKERREQELHELYCKASTPEEKATVLQRYALRFTISDAILEKLQLPKLPSVATAGPALPQDTYTLSEKVEVLGPPVSTQSQKQLFAQPHMPMTQSSTHSRPKTPELSPSRRHNAPEVPVSLTWLPPPPSKPVPLLTPKPYCQPKFNQVSYKQVKTDGLVRMNGECNVEVTRESSLGATPSPIEALSHSPHSRQEISPASEDMAQKLTKTLPTQQLPVATSQETELAKEEREGSASPQERVDEEETPTAHADSQLAAGKQVVPSSMKCSSVIKTTIVTELTQTHPLPTTDMPSIDKDQKSHDELSSSDSGKADVNSCSLSLTESSHTSSSSRLRWEFFAPTEGLDFTSECIETPILNLAKRLDHWTWDPNEERKRQERWQQEQERLLQEKYQQEQERLKQEWEKAQKEVEEEGRRHYEEEQRILEETTSPLTPRSSALSLPSVTEALPLSVTLHDIAAPSPADQDRKPELLNKQTVMGEKNGLQHSSDQTEAIVPVQHNGQGADHQESQSATPQLQFIQDESWSCKSECRPEWKKTASLDRNMSPSQTQPPRMRRIGSYENILGMHPSKSLQSPQDTPPTSTSRSVSGKKLCSSCAQPLGKGAAMIIETLGLYFHTQCFKCGVCKGLLGETSAGTDVRIRNGVLSCQDCYIKSRAAGQPTTL >MBV8954574.1 transposase [Solirubrobacterales bacterium] MGQNFLACDRDQVMLLPPDLRDWLPAGHLARFVIETVEQLDLEPIYGYYRADGRGRPAHDPAMMVALLLYCYAVGVRSSRAIERRCVEDVACRVITANRQPDHATIARFRVRHEAALSALFFALLALCRQAGMVKVGTVAVDSTKLAANASADQNRTLAGLEEEARRILKEAGETDAREDELYGDRRGDELPEDLADPETRAARIRELLEAAQAQAAQAEAARREIQQRNAEHQVRTGKRASGRPPRPGLSTRQRERIATQKYNLTDPDSGVVRHRGMLFQGYNVQTAVADGQVILATRVNGLSPDSGQLAPTIAAAEENLSRVGITEAITEVLADSGYWNARQISALKARGKRVLIPPALRQKRGRQTHPEVHAMHTALARPENQTAYKRRQQIVEPVYAHIKHHRGITRVLRRGKQAVQAEIDLIATTHNLLKLYRHSIPAS >MBE0479857.1 iron-containing alcohol dehydrogenase [Dehalococcoidia bacterium] MKDFEWSVPTRIVFGNGAVDRLGDEAKPYGKKAMLVYGQSSIKNTGLYDRVRSSLQNAGIAVVDFGGAKSNPILGHVNKGIELAKGERVDFLVAVGGGSVIDTAKAIAIGALTDRDIWDFFTFKALVEKALPIVTVVTIPASGSEMNENVVVTNEQTCEKFGLPAAAVYPRVSIMDPSLTFTVSKPYTAYSAADIFSHVLDAYFTSTADWSPLQDGLAEAVLKAVIRSVDRIMVNPEDYNARSTMMWCATWALNRSIHSGLGYTDTPLHNLEHPVSAACDLPHGAGMSIIIPAWLDSISRQQLSRCAGLAHNVFGIICDDDAEAASRGIAALKDWFDSIGAPTSFSAVGISAVAVENLIETACETNQLRAMGMPLPREYFAGVYNLAR >WP_152458326.1 endolytic transglycosylase MltG [Ruegeria sp. THAF33] >QFT73270.1 putative aminodeoxychorismate lyase [Ruegeria sp. THAF33] MWRAIASNALTILVVGLFLMGGLILWGQTQYKAEGPLETAICLQVRSGSNMTRVSQELEDQGAIRSATIFRMAADYTDRAQQLKAGSFLVREGASMEQIIDEITSSGASTCGSEIEYRIGVTRAQTRVRELNPATLDFVEITSFDPSGDEVPEAYNEKRNEADTRYRVSLAEGVTSWQVVQALKAFDALTGEVTEIPAEGMLAPDSYDVVAGQDRNDILQAMQDKQQLRINAVWESRQDGLPLQSPEEMLILASIIEKETGVPEERGQVASVFVNRLKQGMRLQTDPTVIYGVTNGQGTLGRGLRRSELNRPTPWNTYQIDGLPPTPIANPGLASLEAAVAPDDTDFVFFVADGTGGHAFAETLQEHNRNVAKWREIEAEQNSGN >TVR86131.1 class A beta-lactamase-related serine hydrolase [Saprospirales bacterium] MNQVSPQFEAAQSMLEKMLQKLLKKNGVQHVALGVESGNGEFKWVGAAGKARHEGGEMTIQTPFMIASVTKLFIAAGIFILVERKKIDLDKPAAKYLPGKYMDGLHILKGTDYSQKISIRHLLSHSSGIPDWLVDKPSGGKSMVDHIGIEEDREITILDLLDQVKNNLKPRFSPADFSKNKIKIRYSDTNFQLLIAILEHQCGKQIGEVFQEFFYQPLGLENTFHPEGDEMEGRGGADFWVAKKPFKKPLLTASFRDLYSTSDDLLAFMKALISGSLFQDPHTSELMRSSWNQFSFPLDSAALRLPSWPIQYGMGMMRWKLPRLYSPFSNIPAVVGHTGVTGSWLFYCSEYDLYLCGSVSQLFQAPLPFRWVPQVLNRPEIKNLSI >MCF0253735.1 VOC family protein [Duodenibacillus sp.] MENTPKIRLSHSTCSIERSIAFYRDGLGFEILDRYDEQDGWNGVIFGHRGWPYQIEVSQRRNEEEPHRSGSTTTFVVFCIPEDDLWQQRLSALYAAGFMQVPPPALYKDGCACYEDPDGYRVVLRKGRWKK >XP_030565673.1 uncharacterized protein LOC115766042 [Drosophila novamexicana] MWSPPKFVYKVLILVLLARQSSAIKYKFSLENEDIFTNCPNKPSNVLNVSGLFDTSDSTFKTDFVSVRFSGNLTCVWNIQPGDRIQLTFEIKRFDRGSWQPTVFNMHVRDFCASLYEKEQYWYKFWSKYIINKEQVREKCILPGTKFIHEPFDVDLLFEAQGLPLIGPHKLVFTFKAFDTHGVERETSICFEMLGEFQRLQSSAIKHKFIPENEDIFTDCPNKPSNVHNFNGLFDTSESTFTTDFVSVRFTGNFTCVWNIHPGDRIQGTFEIKRFDRGSWQPTVFNMHVRDICPTLYEKEQYWYKYWLKYVINKEQVREKCFLPGTKLIYKPFDINFQFEAQGLPITGPHKLVFTFKAFDTNEIERETSICFEILGEFQRL >EFV4730429.1 phage minor tail protein L [Escherichia coli] >EGF8521815.1 phage minor tail protein L [Escherichia coli] MQDIHEESLNESVKSEQSPRVVLWEIDLTVQGGERYFFCNELNEKGEAVTWQGREYQAYPIDGSGFEMNGKGSSARPSLTVSNLFGLVTGMAEDLQSLVGATVVRRRVYARFLDAVNFVAGNPEADPEQELSDRWVVEQMSELTAMTASFVLATPTETDGALFPGRIMLANTCMWDYRGDECGYNGPAVADEFD >XP_045807497.1 glutamine--tRNA ligase isoform X2 [Trifolium pratense] MNAPLDLFLNIGLDERTARNTIANNKVTNNLTAVIHEAGVADGCSRTVGNLIYTVATKYSGNALLHRPTLLEYIVSSKVKTTAQLDAALSFLATTGSENLDLNKFEAACGVGVEVSTEDINRAVNEVFEENKASILELRYRTNVGELLGHVRKRLPWADAKAVKQLADTKLYELLGDKTAADNEKPSKKKKEKPAKDKAAPIATPEKPPEEDLNPFLIFPNPEDNLKVHTEVPFSNGTILRCCNTKALLDKHLKATGGKVLTRFPPEPNGYLHIGHAKAMFIDFGLAKDRDGGCYLRYDDTNPDTEKKEYIDHIEEIVQWMGWKPFKITYTSDYFQELYELAVELITRGCAYVDHQTPDEIKEYREKKLNSPWRDRPISESLKLFEDMRCGLIEEGKATLRMKQDMQSDNFNMYDLIAYRIKFTPHPHAGDKWCIYPSYDYAHCIVDSLENVTHSLCTLEFETRRASYYWLLHALGIYQPYVWEYSRLNVSNTVMSKRKLNRLVTEKWVDGWDDPRLMTLAGLRRRGMTSTAINSFVRGIGITRSDGTLISVSRLEYHVREELNKTAPRTMVVLHPLKVVITNLEANSTIEVDGKKWPDAQADDPSAFYKIPFSNVVYIERTDFRMQDSKDYYGLAPGKSAILRYAFPIKCTEVILADDNETILEIRAEYDPSKKTKPKGVLHWVAQPSHEVDPLKVEVRLFERLFLSENPAELGDNWLDDLNPHSKELIPNAFGLSSLRDAKVGDSFQFERLGYFVVDKDSTPEKLVFNRTVTLKDNYGKGGK >WP_179091326.1 outer membrane beta-barrel family protein [[Flexibacter] sp. ATCC 35208] MLAQNTPGQGGVKGIVVDANNHAGAAFVAVRVKQADGTVVKVGVSGPDGKFLIKGINRTGNYAVTFSAMNYQAKSVDFQFKDSSVAEVVMDTVYLEPQHVQLKEVGIVADKPIVKQKSGMISYDMQADPDSKSSNVLMMVRKIPYLSLDANENITLKGNSDFKVLINGKSSGMFEHDLKNILKTMPASSIARIDVYTIPPARFDAEGAGGIINIVTIPKVKDEYKGTISISDKGPVGGPGAGGSFTLKKDKFGFSTFMGGNFFNNPITDNVTERTTLVETPTILTQSSKEKGNGRTGYVGVDLSCEIDSVKLVTGKFNINGNHQENNKYFESRQTTGGAPSQEYNLANSVNNSSNGMDAGIDYQISGRKNEGSRLTFSYKYSSASGYPENSGDISDTLNFNMADYMQNNDQQTREHTAQVDYVYPKNNLTIEAGVKGIFRDNKSEYKYYAYDESSKGFELQADLSDLFNYNQTVLAAYNSYIYNVKSWNFQGGFRVEKTNIDANFLGGTKKVKQDYVSFFPNVSINKGFKNNHSLNVGFTQRMKRPGMNRLNPFVDRQDPGFVFTGNPGLKPVIVNSVSVGYNIPGKINFTGGADYTWLRKVDLPITTYDSLTNITTSTFANTGNIKGLSAFVYAAYNVTGHFSTSVNGDVIYFWIDGLENGTIIKNELLTYAVNLTLSYSFKHRWRARADGNLLSKNPTGFQGTSNGLLATSFGLSKDLLHGKLTIDAGINNPFNKYRHSRTYTTGTNFYQTSNNRVYYRLVMLTVNYNFGKMTGNIKKSKTTIRNNDLSNGKGM >MCC7351004.1 aminopeptidase [Phycisphaerales bacterium] MRDPRLDRLASVLVNYSAAVQKDQLVRLSGTPATMPLIAALYEQVLAAGAHPMVRINPEELTEIILKHGSDQQLQFCNPLGLAEVERLDCAIGIWGEENTRALTNVDPRRIGLQQAARKPIMDRFMQRAAEGKLKWVGTQYPTMACAQDAEMSLSEYEDFVFGAGLLNEPDPVAAWKHLSTRQQRLVDFLNGKRDYRVVAANGTDVRMSVADRTWINCDGHENFPDGEVFTGPVIDSVEGVIHFSFPVVHHGREVQDVRLTFRQGKVVDASAAKGEDFLISMLDMDAGSRFLGECAIGTNFGVTRYTRNTLFDEKIGGTVHFALGAGYPETGNNNQSGLHWDMVVDLRQGGFVEIDGEKISVDGRFAREDWPGRGG >WP_158323663.1 bifunctional glutamate N-acetyltransferase/amino-acid acetyltransferase ArgJ [Bacillus subtilis] MMEIASKQLISKVKEGSIVSPQGYSAAGLHTKVKRKRNDLGVLYSEVPAEAAAVYTLNQIIAAPLLATKESIAKEGKIQAVVINSGNANACMGKQGYLDAETMKKSVSERFSIQDHFVAVASTGVIGEKMPMDKIISGIQKLTPAKTTQAAYDFNESILTTDTCMKSTCYEAYIDGQKITMGGSAKGSGMIAPNMATMLGFITTDANIPHQHLQTALRDVTNETFNRITVDGDTSTNDMVLVMANGLAENNPLSPAHEEWETFTQLLKQVCEDLAIMIAKDGEGATKLIEVTVNGAISSDDAGKCAKTVVGSDLVKTMVYGSDPNWGRLMMAIGRSGITLDPHAIDIEIGPYSLLKNSEPTHYSEEQLSQYLNNEKVEIIINLNIGNGSGKAWGCDLTYDYVRINASYRT >MCI6190072.1 FtsX-like permease family protein [Clostridium sp.] MIQNNKPLINIAKKEYRYNLIQNIIIGSIILSITILNTIISSISISMYKYSLGEKMFTLIIAISMIIIFYGFIILSSIFYLKLSWSSDFWITLNESGLTYSEIKKIIIYENIINGLLGISSGIIIGIFLSIFTVNKLFQSTSFIKINWVVILIISCVLAIILTLISLLLASFFQGIKLKNILNKFSINKDLEFNGKKSSGSKLYKMAWRNIRRERDKVFVIVGFICIGLIILNTIFTITSSSNIKETVEAAINVDFFLTGIDTSKDELREKEQYVPQSIINKIESDENFKEGGRLYHNLDYYNVTLKTDKLPEVSGLLKYEFQKDSNDNYFVNLYGADDFVMSKLEIIDGTLDYDKLKSGKYIIYGVERDKNGTEYAGEISKEWDYYNVGDKITLCYEKSSKEYEILAKCVVNHSTSEQLNPYYVGTEVTFYLPSLEYLSYINDNVMRYLFNSNNINKMEKNLKEYIANSDVLYESKLTWKNKYRNEEKIINLVGIIFCIIIGGIGIFNYLNTIITSMLSRKKEFALLECIGMTKAQVKRMVLYEGIYYFLIIIFISLICSSLISVMFSPLLTGFTWDYKFTLKPIYICIPVIFLISILCPYYLYKSMSKTNLVERISKSY >MCG67859.1 immunoglobulin heavy chain junction region [Homo sapiens] CARVRGITMVRELDYW >PWU57639.1 hypothetical protein DLJ47_01975 [Micromonospora sp. S4605] MSAGSAPCPTVVTSPSSDPARGVGPGVPVADSRTARPPSGATDAAGGPRRPDRLLRCAGTVSQLALGGLLALSPLIDADGPVSSPAFLLAGLLLGLPHGAVDHLVPAWLSARARPVSARVALLVAYPAVAGAGLAAFRAAPDLALVGFLIVSVVHFGTADEAFHAERDRRPIRPRVAAVLAYGGPPVVVPLALWRDQVDPLLAAVAPRAPALLTVEVRTLALTTVLCAVAVTAIRDVRAGRARDAVPPALLAALFSTVPPALAIGAYFAAWHSCRHVARLLRHDPGNAADLAAGRVGPPLRRFVRQAAVPTVVAVAALLALVTWPGHRTDPLPATVAVLAALTLPHAALVAWTDRREPVLRRPAG >WP_099100504.1 carboxylate-amine ligase [Nostoc sp. 'Peltigera malacea cyanobiont' DB3992] >PHM10142.1 carboxylate-amine ligase [Nostoc sp. 'Peltigera malacea cyanobiont' DB3992] MSSQAEEFTIGVEEEYQIINPTTRELSSRVEHVLPKAQKALGLEVQPEAQRSQIEIGTPICRTLADVRSELVRLRREVIAAAAKDGNQIAAAGTHPFSHWEQQQLTPKERYQTLMEDYQQLTRELVIFGCHVHVGISDRSTAISVMNRARVWLSPLLALAASSPFWLGKDTGYASYRTEIWGRWPLSGVPLIFESLADYEALVQVLVETKSLAEATKIYWDVRLSERFPTIEFRVTDVCQTVDEAVMVAGLVRALARTCYQQAMSDKPFPAARHELVRVAHWRAARYGLDEDLIDFTTMRAVPARELVENFLTFVRPSLEEYGEWDEVSSLVQQTMQFGNGATRQRDVYKRTGSLENVVDLIVQDTAKGIASV >WP_253357977.1 helix-turn-helix domain-containing protein [Simiduia sp. 21SJ11W-1] >UTA47791.1 winged helix-turn-helix domain-containing protein [Simiduia sp. 21SJ11W-1] MSSAGISKTQSSFYRRLYVAHLISQGVNTVPAIITHTGMPRRTAQDTINALHELDIHCQFEGPNKTGHYRVHNWGPIDANWLAANARRLATSLGYPNN >WP_218989306.1 DMT family transporter [Campylobacter jejuni] >MBW1386166.1 hypothetical protein [Campylobacter jejuni] >HAA1576457.1 EamA/RhaT family transporter [Campylobacter jejuni] >HAA1993596.1 EamA/RhaT family transporter [Campylobacter jejuni] MTRTKYLYILLAIAMFLWGSSWPTSKILANYTDTSIITFWRFFFVVLGSFFVLNFLKIPLKIEKTALKWVLIAGVLNGLYAFVFFIAIKHGLAGKGGVLVTTMIPIFSYLIFMIAIFFQKNKKSTHKITKSEILGLFLGLLSGFCLLNLGSLEDLFGKFNILFLTCSFIWALMAVFNHKAKGAHPLAINFYINLISILMFSWILFDVKSYEIFHFEFKFWISMFVVAFLSTIIGTSIYYYGIHILGSVKANSFVLITPASALICSYFILDEVPNALTLLGCALAIGAIYFINIYGKKA >PKO20637.1 alpha-amylase [Chloroflexi bacterium HGW-Chloroflexi-1] MPEVQTPEWVKDAVFYQIFPDRFAKSAAAPKPSGLQPWGAPPTSHGYQGGDLLGVVEHLDHLADLGVNAIYFNPIFRSASNHRYHTHDYYQVDPMLGGNTALRTLLDAAHARGIRVVLDGVFNHASRGFFQFHDILENGPDSAYPDWFTVEAWPLRPYGSKQPNYKCWWNQPALPKFNTDTPAVREFIWDVTRYWIDFGIDGWRLDVPEEIDDVAFWQEFRRVVKRANPEAYIVGEIWHEAERWLQGDQLDAVMNYIIARAALGFFAAETLDRTYRPGGFRLRLFGARAFANEIDRMLALYPWPVTQVQLNLLDSHDTARFIYQAGEDQTALRLALLFMLTMPGAPCIYYGAEIGMTGGPDPDCRRAFSWDRATWDEDLLAFTRRAIGLRQAHPALRRGSFRRLYAHADVYAFGRQLGDDALVIAFNAGRTTRPVTLDVDGLLADGPATALWGGIDMHVSRGTLRNLTLPPRSAAVLASG >MBV9159501.1 ATP synthase F1 subunit gamma [Candidatus Kaiserbacteria bacterium] MANLKDIKLKILSYKKTGTVTHAMEAVSAVKMRKAQERALGGRAYAAASLSVLERLAGTADASKHSLMREGSGKTCFIVVVSDKGLAGSLNSGVIRKVEDEIRSRNLNKSDVVMIAIGRRGAEYFASRGYEVRLRRDNLADGVSEHDIRAVTDAVLAGHATGEIGAVVVGYQNFLSTFEQQPTTRQIVPITRSLMQEMIKGIRPAKGKYAPQNPEKDVAPAAYTIEPDADTVLSTLLPRLLNIAIFYSVLEGKASEHSARMVAMKSATDKAKEMAHNLTRTFNKVRQAAITREVSEITSGIEAMK >XP_032085066.1 coiled-coil domain-containing protein 157 isoform X3 [Thamnophis elegans] MVSLLVNQNCMESLRKDITDLQGTVISVFSHAGAVRFPSWKFPDKVSCDLDLVSLMGQYDFVENDPEFTQHSHVVLLELVIDR >TSA09501.1 EamA family transporter [Comamonadaceae bacterium] MTPNSLTGRDLAAALGVIVIWGLNFVAMKFALHDFTPFQLGAARYLFAVLPLAFFIRPPRVPWKWVLLYGLFQGVGQFGILFTALQLGMTAALASVLVQTQVFFTALFGFFLLHERASRPLQLGLLLAAAGLSCFALNYLNPGVGVGAATTILGFVLTLCAAFMWAMSNIVARRVQQGSKNYSTIAFIVWSSLVPVLPFVVMSYLFDPEATRWQWTHARTSSWLAAAYLGWVATIVGYSLWTGLLKRHPANRVAPFSLGVPIVGLAAGTLVLGEVITAWQWAGIALLVAALACVMLGGLLKPSGVKA >UHB14670.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLRTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNDGVYFASIEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESGVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAGAAAYYVGYLQPRTFLLKYNENGTITDAVDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYRYRLFRKSNLKPFERDISTEIYQAGSKPCNGVEGFNCYFPLQSYGFQPTNGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSRRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQNVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDXXXXXXLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFLTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >OFV87204.1 hypothetical protein A2V74_01545 [Acidobacteria bacterium RBG_16_70_10] MSIPSALEVLRTRVGDCNEHTALYVALARASGLPARIAVGLVYLRGAFYYHAWPEVWVAERPGRGLWLPVDPTLNQFPSDATHLRLARGGLDKQAAILALVGRARVRILDVELRPGATPVLVGRPASDLRPLALSLPRRDGGGRGCWSSPGR >MCC6149544.1 hypothetical protein [Planctomycetota bacterium] MRFLPHLVEVNEKYRDKGVEIIMATDVDKAPELEKFIADKKLKLGVARVVDVYKLVKAQGYPTSYGIDVDGNCIWRGHPQGLNDALVDGWLKDLRAPKIPRKLSDALGAAVSAYDNGQYGGALNALEKPLKHKDEKVKADAQYIADLLNGRLEMNKAAAKIYRDSGELEKLVALLEGDAKDFGGIDYAKDCASEAKKTKASKAYKQCVEAREKLEKLKPGLKDMKPADAAKALNKLAKEFADTPAGKQAAELAKEYEEKK >KAJ7819277.1 hypothetical protein B0H14DRAFT_3876745 [Mycena olivaceomarginata] MSSAPYNAIAHAHCMEPPTCMNWLDPRHPLVQQSITRMEALVIPRSWMLKGLRERGSRRRSYPRSVASYQSSFPSSNLTGYFSPQSHACVSIGPHRSRHLSHADANPLRLGTRAASQIASIKIQFVNQRHLESNGQERADLNLIIRDMAILRAHAPSHAPFVSPPPVRPSLLPAWPERRVRHALRLAALPAARAGLLQLHDTEHDAFSEYKAITPVLDGPAPRTSPHVRYIAQTPYHAHALSTRPPCTSYTTGRRRCPSSTRAPTGTTMIFSGDTPERSPRAPARTRTHRTGDVQHQPMRPFPVHATRLRSLFFIASPELRRLRRCPSAPRAVVDAGAPPHARRPAFAHWEPDARRHRHVQCLTPSASETPRSNRRGCATSLRGANTFPASGAWRAPSTALRTRCYATATPPHARYSAPDAQRHTRHHAGAHPSSDPYRQWHGQRVALAFPVPTSPSSRPRCATVYRPHHSMAAPAAFFSTTRNTSRVCSARHGRSLSLVLSSSPSHTPPPSTVFTARHVAACIPNTTPTSTAPAAAALHRARRVRRLPAHPAHPQRRPSPLLKTRPGTHHERGAHAMHVAYPCPATVFSAAPPSAQRQVLSRSASMPRTTSVRSTRCSCSPPPTPFRPVPARTHHLQRRSALPARLTACTYLGTVPSTTCVRHGHSPPSLLRPWHPTTVQILSPAQPPNTRASCRQRPRPRVALHALTTSILGASKRARKNHGLAVLPLRVRGSSGCLSGTPTHGEGLLNAGLRVKC >WP_214892570.1 CCA tRNA nucleotidyltransferase [Mesobacillus foraminis] >MBT2754931.1 CCA tRNA nucleotidyltransferase [Mesobacillus foraminis] MQLPFLKAVPLLEAIETAGFEAYFVGGSVRDSLLNRKIADVDIATSALPAELKKIFPRTVDLGIEHGTILVLYNGVPYEITTFRTESQYTDHRRPDNVEFIRSLKEDLKRRDFTMNAMAMDKTGNIIDPFHGTVSISDQQIKTVGKASDRFGEDALRIMRALRFVSQLGFSIEHGTFAALKKQGHLLESIAVERKTAEFEKLLAGKYVSKALPLLLEAGIHSYLPGLAGKNKCLSDLVRCGTAGFTIEEMWSLLLYFMNLNDQEAEDFLRKWKLPVKKMKHCIHILKWLDFRLGDNWDAESAYHSGKSVMLSAERIYQCLAGGEARLDKLEALFDSLPIKNSSELDVNGNDLRSWFDRKPGPWIKEAVSAIEKAVLLGNVRNTKAEIKEWLLKCNQSSGKD >MBG6071015.1 putative membrane protein [Polaromonas sp. CG_9.7] >MBG6112675.1 putative membrane protein [Polaromonas sp. CG_9.2] MLVPLAITLAVLNWIVATLDQTLLILPVAWHPDRLLGFHLPGFGVLLTLGIVLLMGAIASNFLGRKLLMVGNALLRRIPIVRSIYSSVKQVSDTLFSENGNAFRKALLVQWPREGVWTIGFLTGSPGGDVVNHLPADYVSVYVPTTPNPTGGYFVMLKRAECIELKMSVDEALTYVISMGVVVPATRPVAPLNPPL >MBO5908692.1 Na+/H+ antiporter NhaC family protein [Clostridia bacterium] LVKEFGGVEYILSLVKRKIKSKKGAELGISGLVLLVDACTANNTVAIVMTGQIAKDISEEYNISPKRSASLLDIFSSVGQGLIPYGAQLLTAAALAGISPFEIIPYMVYPVLMAISAIIFIIIGRRK >WP_015154948.1 MULTISPECIES: hypothetical protein [Chroococcidiopsis] >MBE9018034.1 hypothetical protein [Chroococcidiopsidales cyanobacterium LEGE 13417] >AFY88401.1 hypothetical protein Chro_2933 [Chroococcidiopsis thermalis PCC 7203] >PSB61528.1 hypothetical protein C7B79_21665 [Chroococcidiopsis cubana CCALA 043] >PSM47847.1 hypothetical protein C7Y66_17605 [Chroococcidiopsis sp. CCALA 051] >RUT05391.1 hypothetical protein DSM107010_55440 [Chroococcidiopsis cubana SAG 39.79] MLRIGDFVQHKQADLTGVVIGYGHQIIDDIYLPTLVVHLDRSKSFSRKGIMEDLSSKWLPVETKMHTHAA >WP_198297627.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Bordetella genomosp. 9] MAQLTLFDSPPAPTPPGWRYQADFLDADQEASLIALVRSLPLQAAQYKGYTARRRIVSYGGSFDYDANRLRPAEPLIEPLHGLRARVAQWMGVDPEDIAHVLVAEYPPGAPLGWHRDVPDFQDVAGVSLGSGAVLRFRPYPPVSPRRKDILRAEVAPRSIYLMRGPARWAWQHSVMPLAETRWSITFRTPAGKRPA >WP_233572281.1 glycosyltransferase [Frigoribacterium sp. PhB160] >ROS62223.1 glycosyltransferase involved in cell wall biosynthesis [Frigoribacterium sp. PhB160] MTDAPHPTDPTGADQHADAPRLTVLIAADTFPPDVNGAANFAERLAVGLAGRGHDVHVLAPAPGRRHGTFHEEHAGTTLTVHRLYSTRWPLHDWLRFATPWRAQANAERVIARIEPDVVHIQSHIVIGRAVVRVANRLGIRAVATNHFMPENLLEHTGLPHALRATAVRWAWADASRTYHRVQAMTSPTQKAATFLEKAIGVRGVLAVSCGIDASHYTARADRPRDAKIVFVGRVTAEKQIDVLLRAMTKIDPAVGATLTIVGGGDLLKQLQQATIDLGLANRVTFVGYLSDAELRQTLTDSSVFAMPSIAELQSIASLEAMASGLPIVVADAMALPHLVDEGENGWLFRPGDADDLAEKLTRVLTADDETYLAMRRASLRMIEGHDIERTLNVFEALYRGEPVVPTTDVAPS >WP_101275729.1 MULTISPECIES: organoarsenical effux MFS transporter ArsJ [Stutzerimonas stutzeri subgroup] >MCQ2046227.1 organoarsenical effux MFS transporter ArsJ [Stutzerimonas kunmingensis] >PKR26921.1 MFS transporter [Stutzerimonas stutzeri] >QQC09727.1 organoarsenical effux MFS transporter ArsJ [Stutzerimonas stutzeri] >VEI34609.1 major facilitator superfamily permease [Stutzerimonas stutzeri] MQAFARLSPEVRQYLIVTGNYWAFTLTDGALRMLVVLHFHSLGYTPLQIAALFLFYEVFGVVTNLVGGYLGARLGLNRTMNLGLAMQVVALLMLTVPAAWLTVPWVMGAQALSGIAKDLNKMSAKSSIKLLVPDSQQGTLYKWVAILTGSKNALKGVGFFLGGALLTLLGFGGAVLAMAAVLAVIWIGSLVLLKKDLGKAKAKPKFKDILSKSQAINVLSAARLFLFGARDVWFVIALPVYLSTVFGWNFWMVGGFLACWIIGYGIVQSIAPAITGKRSGKVPDGRAAFIWAALLAALPAAIAVGLTTDASPQWVLIGGLLLFGALFAVNSSLHSYLIVSYAKEDGVSLDVGFYYMSNAMGRLIGTLLSGWVFQAYGLQACLWVSSLFVLLAAIISLRLPRHTR >KKA06871.1 transposase, partial [Sinorhizobium meliloti] SCLKRTYGLARCTWRGLDHFKTYVWSSVVAYNLALFARLRPP >WP_109267392.1 allophanate hydrolase [Acinetobacter baumannii] >MBD0455675.1 allophanate hydrolase [Acinetobacter baumannii] >MBR8591099.1 allophanate hydrolase [Acinetobacter baumannii] >MCD0195425.1 allophanate hydrolase [Acinetobacter baumannii] >MCG5791833.1 allophanate hydrolase [Acinetobacter baumannii] >MCJ9445060.1 allophanate hydrolase [Acinetobacter baumannii] MLKNLWTIQDWKTAYQNGQIHLEDLLSYVAEIKNDDHAWIEIASNEQIQSQIDILKDQNIADLPLYGVPFAVKDNIDVAGFYTTAACKEVQYLANQDAAVVAKLKKAGAIVVGKTNLDQFATGLVGVRSPYGAVKNSFNPEYISGGSSSGSSVVVANGMVPFSLGTDTAGSGRVPAGHNNIVGLKPTKGWFSTTGLIPACRTIDVISIFALHIDDAWTVASLMQGYDETDEYSRAHPANVPTQFSKRKIAIPAQLEFYGDIESEKAFLVAVERVKKLGYEVESIDFSAFNELAAALYNDAWVAERTVAVERMTTRGKAHPVIAQIIAQADKFKATDALQAEYNRAVLARKINLALQPFDALMVPTAPTIYTIAEVEADPLTKNAHMGAYTNFVNFADLSALALPNVLREDGLPSGVTFIAPAWHDQALANFAQLWQTETSLSLGKSTQHYQKSINIHSNHSVQVAVVGAHLTGMPLNFQLTSRNATLLKKTQTADAYKLFALKNTTPPKPGLQCDAAGTSIEVEVWDVPLANFGAIVAEVPAPLGIGNLKLKDGTWVKGFICEAYAIQDATDISHFGGWRAYIQSLNQTAQSVVSKNVGGVSI >WP_045339064.1 MULTISPECIES: efflux RND transporter periplasmic adaptor subunit [Enterobacter] >KJN65673.1 membrane protein [Enterobacter hormaechei subsp. steigerwaltii] >KLP81493.1 membrane protein [Enterobacter hormaechei subsp. steigerwaltii] >KLW82639.1 hypothetical protein SK62_01470 [Enterobacter sp. BIDMC109] >KOQ79909.1 membrane protein [Enterobacter hormaechei] >KOQ85435.1 membrane protein [Enterobacter hormaechei] MKRYLSLLPAVLLLLTACDPKPDRAAPLPKMVKVAEVVKAGNAQQRVFPARIESGDATDLAFKRAGQIETLDIRQGAIVKQGQRLASLNAREARQRLNDRQTAATLAQRQFDRFQTLAGRQAVSKAEMDVQRANRDSANAALQIAREELSQMTLVAPFSGTAASVHVRNHQVVSAGQPVVTLTRTDLLDVVFSLPENLFNTFDIRNAQYKPVVRINALPGREFTAVYKEHSGSSDSNTLTWQVILTMPRPDDFPVVGGVSGTVTINLTNLPAGVGSEALVVPVEAVFNPDNRPRNEPHVWVVTGEGDTLHLEDRKVSVGQVSAEGVVIVGGLKAGERVVAAGVGELHPNQPVRIWTRERGL >WP_094217606.1 LuxR C-terminal-related transcriptional regulator [Streptomyces diastatochromogenes] >OXY94970.1 hypothetical protein BEK98_17815 [Streptomyces diastatochromogenes] MTTYEQDAKTLELPWPFTGREDELELVRRSLAAGRPGIVVTGPVGCGKTRLITEAVRGTDCARVTGTPETRGLRFAAFAHLLPDTVSLHRAVHLLSGVRLLVVDDAHLLDEASAALVHQLAVHGRTRLAVAATDGVPAPGAVARLWTGELLPRLTLEPLPRQDAAQLLAAAGLEPLTMGRLHRMCQGDLRLLRDLLGALRQSGGLARVPGGDEWAWRGPVPVTESVRDRLAPALERPDGDERETLDRLAFAEPLPLALDELDLDVLERLEANGLIEVDDEGSVTLAHPLHGPALRATAGRLRARRLARTPDRCGPALEAEQASLERGLALQDVRAVPTPVGDWLLSEGLPVPARYAVVRARYARLRGELREAAAWAREGLRAAPDDADCGTELDLIAGQLGEMTAGGVWAAAARGDLDSALAGIAGDDVFAHYDAVRLGAPERAAGRLPGDGVFGQHADALARGDGPALDRVAEALEGRGFLLFAAEAHAQAVRAHRDPRAARLSRTRAVALARRCQGARTPALSGLVLGELTARQRQIVTLAAAGLSNRQIAERLTLSVRTVGNHLYSAYTRLGASDRGALPWLTDLPEAEPA >CBH50084.1 acyltransferase [Prescottella equi 103S] MTTMNSEHLATPAPVGNPRAFVPALEGMRGFAAFGVLVTHVAFQTGATGDAVIGRIWGRFDLAVAVFFALSGFLLWRPHAAAARGLGRPPTVARYWLNRAARILPAYWVLVVLVLAFLPAAGGGWKVWMSNLALLQVFVPLTLTEGLTQMWSLSVEVAFYLVLPILALALVKLRGDSARFRVPVLLAAAMVSLTWAFLPVPAPDGIHHDNWLPGYIPWFAAGMLLAELAMVGGTWVHRLAERRAWMAVIAVVAFGLSTTWLAGPEGLVRAEPWQYATKIALGAVMSFALLAPLVLAGHRHRILASPVALAVGRWSYGLFIWHLAVLTIVFPMFGIVPFNGNFWFVLAVTSVLSIAVASASYALVEEPARRAVKRWEKRRHIGERRSGSAETPTQTTPISANS >WP_121217628.1 M91 family zinc metallopeptidase [Oceanibaculum indicum] >RKQ72952.1 NleD-like pathogen effector protein (putative zinc metallopeptidase) [Oceanibaculum indicum] MLRMRPLSNRPVAGHRPGMGQQRGRVLQRQIVAPGGLGGLHGQSQELTSIVNQVNRYNRVINALTGEQRLLLMSTLRGHLYNWLVANPLHPDRDVILDLMNQVRAEHQRQTVLLQAGGNIYVRSDPQNDAQMLWTQLVNNIGSVIIENRDYGQLIVNGANVQIAGFRDRVLSAFATLLERPEGQKLVRKLLNSPQTVRIVPMTITTRQALTQLQQGVVMNRNVQPGVRGFRIGNAPVVVPPVHAGQSPGVTFADPVPFIGMGGFNVNAYIGAVAGTKANIDIQTGAVLPQFGGGAPQGSAAIVAIEPNLDDADVFSLNAHGGGPLITPLFLTLAHELLHAKRMMRGRSRTGPAPIPAFNNAEEYRAITGGNTSENSLRAAYGIGTRFGHAGALRAQLPPAIPGQLVLYQPPPMVGGGQLVPYQPPPQVPQQMAFVPYQPPDNGQIVPYVAPPPAPQQLALVPYQPQQMALVPYRPPVARQPLAIMPPPQQLMLEWH >WP_085176546.1 arylsulfatase [Mycolicibacterium iranicum] >ORV85511.1 arylsulfatase [Mycolicibacterium iranicum] MTQRTHLPIPSRPRTGLITYDAKDPDTRYPAIEPVRPPEGAPNVLVVLLDDVGFGASSAFGGPCHTPTAERLAADGLRYNRFHTTALCSPTRQALLTGRNHHSVGMGGITELATGAAGYSSILPNTMSPIARTLKLNGYNTAQFGKCHEVPVWETSPVGPFDAWPTGGGGFEYFYGFIGGEANQWYPTLFEGTNPIEVTSTPEDGYHFMADMTDKAIAWIGQQKALAADKPFFVYFAPGATHAPHHVPKEWADKYRGQFDEGWDTLREATFARQKQLGVIPPDCELTARHAEIPAWDDMPEDLKPVLRRQMEVYAGFLEYTDHHVGRLIESLQRLGVLDDTLIYYIIGDNGASAEGTLNGTYNEMLNFNGMAAIETPEFMAERLDQFGGPDSYNHYAVGWAHAMDTPYQWTKQVASHFGGTRNGTIVHWPNAIDARGEMRWQFHHVIDVAPTILEAAGLPEPLFVNGVQQHPIEGVSMLYSFDDADAPDRHETQYFEMFGNRGIYHKGWTAVTKHKTPWLLVEDDVPAFDDDVWELYDTTTDWSQARNLAAEMPDKLHELQRLWLIEATRYNVLPLDDDVARRMNPDVAGRPILIRGNTQLLFGGMGHLSENCVLNVKNKSHSVTAEIHVPDSGVHGVIVAQGASIGGWALYAHDGKLKYCYNLGGIRHFFAESDSPLPTGDHQVRMEFDYRGDGLGGGGSVRLYVDGEQVGSGEVAATLPMIFSADDGCDVGLDSGSPVSPDYRAGDTAFTGRVKGVQLAIAEAAGAEGHRVSPEEALRVAMARQ >RJU83745.1 MAG: cyclic pyranopterin monophosphate synthase MoaC [Candidatus Poseidoniales archaeon] MDAIIDISNKPKIKRKAIATGLLLLSEESINKINDGKTKKGDVLEASTIASIQAIKETSRMIPHCHNIPIEGSKVDWSVEESGLRCTVSVITNWNTGVEMEALCGVSNGLLCALDMLKYIEKDSKGQYPETKITDIRVVEKIKY >WP_210167953.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Streptomyces sp. SID4946] MYGEEAAAVADVLQSGQYGHTEVTERFEQKVAEFLGVRDAVALTSGTAALHTALLAAGIGPGQEVIVPSMTFCATVQAVLAVGATPRFADIDPATLCVTDRLVMDSLTDKTAAVMPVPFGGRAVNLNPIRKELADRDIAIVEDAAHAFGSRNGTRRVGATGDLTCFSFGPIKNLTCGQGGIIVPRTRTEADTIRRIQMLGVVQSQAERGQTTNYQVDSFGLRYQMSGINAAIGLAQLDHFEKTETTRRALWRAYRRALVSLDDVRLVDVDVDRTVPHLCQDLIPNRDEVHARLRARGIGVGVHYPPNHLQPAFAQWRRNLPATEQAGHEVLTLPFHQHLTEADIDQVVTAFGQALTEARTTPHDGQPQQ >XP_016339808.1 PREDICTED: uncharacterized protein KIAA0556-like isoform X1 [Sinocyclocheilus anshuiensis] MSWTELGRSSGGKHSSAEEKLDEYLINLQHKNRALKRLQRKDPRQAELELLEQGFNLYINGAHVSTANADQNSRSSRKSIQPSVAAHPPTQRNTHTADSTRESGEKCAVDQQKQRSHTAPEKTQRRRWMQESVYICTEKGSKVKISQEHRYSDDFEPCESADMESARDGGKASRSVGLRSRSKPEPVDRVLLNADQVKALRRSLEVSVKCSSRDSAGEESEEEWIEEQIEREESSDSLPDLTLPAQPTSQPISKQLRHGDLIMLEFSPSWQGGRKIEHALSAKRKDNVESYIATKPVTVRRPTERTSGSRQETSRPCSRIERPLSAARKVQEERDSEETAAGVFQALQRENSPLLTHRQERTTTRHTPEEEDDDQYRVSRAMRRITLMEPRQQKCLLKALERIDADDQSDLTDSSSFSLTQREASPQVTRTLYVTMEIMSNWGHPGQVGLTEVQFLCPQNRKLYVSPHDLDIRNTDLPGNLAALVNGKTKTTKERHMWACPFHPPVQLYFIIRNVERSPNFSISRIKIWNYNRSLNDLDIGARHVRLYVNSTLVFEGQLEKGCGNQVFDYSSSIELQEPHLPECTSPSPVSSGHSLQDCSPHEPEPQESIADVSVEETSQDKSDLVNPGSCAAEMQRDSLERDDSSPLDLTLPAGRTEAMKTVTTQPSSSRIPHWLQALNRTAANEAEASRERERPQWLQAQNTAEPKSKQSVLPDISCNPVSVCKQASSHKAPQGTVSGEFSSDSLDLDPDLGLNYSLWAEQESHLEQHLSDRLDQDLDLWDEQFERTERPISGRRGSARSVSKTQPDRSSEFTATEVSSLASVRNRRPKPHWCEPDDPLMESWDSLTKFNQCQRGRISNMGLEGDIFDEFVQRQSRPTPVSTRRSSAPALPDSDDPEDDPRDEDFEIPVLPQGRHLVINILSTWGDRHYIGLNGIEIFSSTGEPVTPVHITADPPDINILPAYGKDPRVVTNLIDSVHRTQDDMHLWLAPYTPGRKHVISMDLGVRCCLAMIRVWNYNKSRIHSFRGAREMEMILDGRCIFRGEIAKASGTLSGELDQFGDTILFTTDDDILEAMAQFDDTFEGEMEMDGPGVEEEELQRPQTADGEGEERPFTQAGFRKEDTHSHMDLDHIAAAEPCAGTGEETTGLYTGSILQLNLLSSWGDPHYVGLTGLEVVGKGGASIPVDVSMATASPRDLNDLPECSNDLRTLDKLFDGMNITTDDKHMWLIPFTSSSDHTLTVRFAQPQTIAGFRIWNYNKSPEDSYRGVKVVHAFLDGACISPLGGFLIRKGPGNCHFDFAQEILFIDYLQSNTSTAAHNRSLTTTSKTTEDAHAHWCGNRRDELASMDYEAPLMPCGFIFQLQLLTTWGDPYYIGLNGLEFYDRNDQKIPLSDNNIAAFPDSVNVLDNVCGDVRTPDKLIDGVNNTQDGRHMWLAPVLPGLVNRVYVIFDQPMTVSMIKLWNYSKTPQRGVKEFGLLVDDLLVYNRVLECVKNFSRGILPTLDPVVPYHTILFTDNTQITHREKSTIISNHVEYQDVKLTNENQIIHQHKKKQTADPALRPKTCMTDVRRHGKQRY >MBL1147659.1 hypothetical protein [Pseudomonadota bacterium] >QKK06440.1 hypothetical protein HND56_12445 [Pseudomonadota bacterium] MIPKFTLAKLGITFAKAVSKHRKKILHVGDVELLVRDLGQALNDQHHTLINPRNSTIETAYEILPQMAEVRVLTGVVRKHLNIDPKKDQVEAMKEIVEKMEAEGSDAADDIKDNLKWLDEFYSSDEAKELMSMEVTEVETPGGLLDYKGAFKTVKQAASRAFDETMKAHKFMSLAKKFEEMQRREKREAEKAAKTPDQTANDTTPAAQQKSENDNKTTRPAPKKPDNKKQP >MBC2353926.1 class I SAM-dependent methyltransferase [Listeria welshimeri] >MBC6157295.1 class I SAM-dependent methyltransferase [Listeria welshimeri] MNHHHNHHGEAGFKRKVDYLDRPERSEVLSPEGFLTSMPIEKTASILDLGAGTGFLTIPAAKLVDNTVFALDLDAEMLKLIEEKAKEAELANVQTLEASMDAIPLEASSVDVVLASLVLHEASSLENVLSDVSRVVKTDGYFACVEFDTKGTDLKGPPMEIQISAEKLREELARFGFAVVKNWQLDEGMYVSIAKKK >MCD6302399.1 hypothetical protein [Anaerolineae bacterium] MRRRVRLVSIVLVLFALVLTGCTIAQRAVEEAVSEVAEEATSITEPTSSKGGKGSETTSQPTAAPEQEDEPAGEQPVEEGAIAPDEVTAFDKLDSYRMTQVMQWETESDEGSEQGEVSWEVAYVRDPAAMQWRMTGREGPDASDETSMEMIQVEGVTYINYGDGWMAITNEEEIVDPWTYSPDDYVFGDSQRVGTETVNGYHCVHYRAPDTEALLGVGRVTEADYWVSTKYDIVVRGIVGWEVSSGDDESGEWHMQWDITEINEPINIVAPEGVAKPGLPDDVPLMAEASNVSSMMGITSFEIDATAEEVANYYLEALENNGWTHGDSPLPTMHSFSKDGRDLTLIIDDESTPTSVTIMIAEE >QDG92469.1 hypothetical protein NIBR502774_08065 [Rhizobium sp. NIBRBAC000502774] MIDWTYIQDHWDWAGHILEAVIMAAVVAVLFRLLVSWRIAWIIGLAFAAGHFHGREKRDYEVSVEMPPPHLDGYYFWNWSWDGLTDFWPTAVVCVLLILPLARRRN >XP_035778474.1 sphingomyelin phosphodiesterase 1-like [Anopheles albimanus] MGTMAQLLALVAGVLTLAGASVQSTTNGSPRGAPYRIDLAQYNQALLPRIRPLIEAPEDPREEEIVPFFELLPDYRQRLSGNFLIDGFTRTRDTGRCLLCMSTSYLFLSLYNETVALTDGRTERLRTIAGRLCRLLGFKAYLCDGVIGLNGDIIQYVLEHRQPFPEPADICQVYLQELDCVGDERNVSAPDAYRTIAITPPIQRQLSHGNSFVAKAAADKEAGGATEGQCPRRKGGKHRDGSRGAQPPIRDPLTIVHLTDIHYDPEYVVGVNADCKAEACCRVLPDLPPANGTADGAGYWGDYRDCDTPWHAVVDMMEHIRTQHEHIDAIYFTGDIVHHFTWNTTIETNEQAMRQVFDLMKHTFPGVPIYPILGNHESHPANLYAPHTVTEALRTNYLYDYIVEQWADWLPMTGRTRETLTEGGYYTVRTPYGLRIIGLNNNPCFVHNFWLFYSLDYFLPQLQWLHDTLLEAEHANERVHILAHVPSYDDYCFVGWTREYRKIVERFAHIITAQFNGHSHVDEFNLYYPRASVDPLRPISVAWNGGSTTTFTKLNPNYKVFLFDPVSFEPIEQDTWMYNLTSANEAPDRRPEWFRAYSFKEYYQLPDLSLDSLGWLVQRFAQSEEQLASYWRAKQKWADPLMQEGCTGTCLREALCAIVRTEHDDNRICEALYQPPPEVQSVVNGA >OME96001.1 chemotaxis protein [Paenibacillus amylolyticus] MHKNFKTKLVVSFIAFLAIPSFSIGVLSYNSAKDEVEKQILHSAMENVKLASATIDLSVNAKRNHIEYYANTLAEQLRQEDAEVRVVNELKGYAAQNTDIITIGVGTEAGVYLMSSDAEMPEDYDPRTRPWYTEAMGTPEQVIVTDPYISAETNEITITIAKALNGRSGVVQLDLNLSNISTLVSGINVGEQGYLILLDASEKYIYHPTVEPGTDATEDFWKPVYANESGNFKYTVDQTDKVMYYATNASTGWKVAGTMFSSEVDDAAAPILKRMIIVIVSCLVVGIVIIWLVMRSIIRPIRQLKDQAIQVSEGDLTQTITSTSHDEIGELSDAFGKMQHNLRVLIQNVENSASQVVISSDEMTQSAESTSAASEQVALAIQEIASGAEKQTEGIEHNHQAMNEITIGITRIAERSIQVADLAKHTTVQAEEGGNTVKQTVSQMQSIQETVAQTNQLIQALYERSHQISAITELIGNIAKQTNLLALNASIEAARAGTHGNGFAVVAAEVRKLAEQSGQSVNEITVLTTAVQEDMAASVRMMEKVTSEVGEGMDISTEAIRKFERILDSMRETTPQIEEIAATSQEITAGVQEVSAVSNELAGIASGNAATSEEVAASSEEQLAAMEQISSSARGLSTLAEELQRLIRQFKY >XP_004384112.1 transmembrane emp24 domain-containing protein 6 [Trichechus manatus latirostris] MCPLFFGAGLVVLNLVASARSQKTEPLSDSGEQPLFRGADRYDFAIMIPPRGSECFWQFAYQTGYFYFSYEVQRTLGMSHDRHVAATAHTPQGFLIDTSQDVRGQINFYIQETGFYQLCLRNLQNRFGSVQVYLNFGVFYEGPEVDHKEKNERKQLNDTLDAIEASTRKVQNNIFHMWRYYNFARMRKTGDFFLLQSNYFYVNWWSTAQSLVIILSGLLQLYFLKRLFNAPATTDTKKPRC >WP_065073385.1 polysaccharide deacetylase family protein [Mycobacterium colombiense] >OBJ46746.1 carbohydrate degradation protein [Mycobacterium colombiense] >OBJ78207.1 carbohydrate degradation protein [Mycobacterium colombiense] >OBK66361.1 carbohydrate degradation protein [Mycobacterium colombiense] MAKRPDTQAWRYWRTVVGVAAAVAVLVIGGLTGHVTRADDLSCSVIKCVALTFDDGPGPFDERLLQILKENDAKATFFLIGNKVAANPAGAKRIADAGMEIGSHTWEHPNMTTIPREDIAAQFSKANDAITAATGRTPNLYRPAGGLSDPVVRQGAGQFGLAEILWDVIPFDWANDSNTAATRYMLMTYIKPGSVVLLHSTYSSTVDLVYQFIPVLKANGYRLVTVSDLLGSRSPGSSYGSRENGPPVNGLHDIPPGDIPTLPNTPSPKPMPNFPITDIPGQNSGGPNNGA >WP_103263575.1 urease subunit alpha [Staphylococcus pseudintermedius] >PNZ20422.1 urease subunit alpha [Staphylococcus pseudintermedius] >QPR47730.1 urease subunit alpha [Staphylococcus pseudintermedius] >RAU27912.1 urease subunit alpha [Staphylococcus pseudintermedius] MSFKMTESQYTSLYGPTVGDSIRLADTDLFAKVEKDYARYGDEVTFGGGKSIRDGMGQNPNATRDNKAVADLVISNAVVIDHDKVIKCDIGVKNCYIMKLGKAGNPDIMDGVDIIIGSSTDVIAAEGMIVTAGGIDTHVHFINPEQAEVALESGITTHIGGGTGASEGSKATTVTPGSWYIHRMLQAAENLPLNIGFTGKGQAVNPTALVEQIHAGVIGLKVHEDWGATPSALRHALEVADDYDIQIALHADTLNEAGFMEDTMKAIGDKVIHMYHTEGAGGGHAPDLIKSAGYPNVLPSSTNPTLPYTHNTIDEHLDMVMITHHLNASIPEDVAFADSRIRKETIAAEDVLQDMGVFSMISSDSQAMGRVGEVITRAWQVAHRMKQQRGPLEGDSEYDDNNRIRRYIAKYTINPAITHGISEYVGSVDAGKLADLVIWDPRFFGVKPDMVVKGGMINVAANGDANGSIPTSEPIKYRHMYGQYGGNLQSTAITFVSQAAYMNGIRRTLDLKRDVRPVRNIRQLTKKDMKNNSALPKLDVDPETYEVFVDGKKVTSEAATELPMTQRYFLF >WP_097199932.1 aminotransferase class V-fold PLP-dependent enzyme [Variovorax sp. YR752] >SOD29953.1 Selenocysteine lyase/Cysteine desulfurase [Variovorax sp. YR752] MTLQLPDLDRGQAFSDALMREVKARFLQVDHDHHGRERLYFDNAGGSFRLKAAVERFAQVDAIPDNAERIHATAVELQNIQAKGSTDLRTILNATGGSVYASFSASGAMFDMVRAIAENVPGTNMVTTVLEHPSAFDAMSLYAQRLGRELRVAQSNPVTGGVDVEEIVRLVDKDTCLLNVIYASNISGAKLDMAEIVRRAREIKPDLYILVDAVQHAPHGLIDLQKTPVDGINLAPYKFFGCRGSGLSWVSERAAVLPHHKLAGKKPDYWDLGSAAPWQFAVLTEIVDYVCWLGGHFSDATDRRALFVAGITHIELHERALLALLLDGNANATGMREMKGVNVFLDHEDLTKRDLILGIGFDRIDCTQAVVEYGKRGVTVYERVATSIYSKRMLESFGLAGTVRVSPLHCNSVADIEKFLRITQEIATDI >VUT24782.1 chaperone-modulator protein CbpM [Candidatus Methanolliviera sp. GoM_oil] MFIRKRSSYPILKVEWKGERLISMQELSFRCKLHPEIIEHYVELDLISPIKYEQRGYLFRASAVDKVRSIQRLRRDLGVNLISAGIILDLLDEIDELKKEVSRLRKMR >WP_011062110.1 MULTISPECIES: SgcJ/EcaC family oxidoreductase [Pseudomonas] >AAY93085.1 conserved hypothetical protein [Pseudomonas protegens Pf-5] >AGL85641.1 hypothetical protein PFLCHA0_c38750 [Pseudomonas protegens CHA0] >APC21598.1 DUF4440 domain-containing protein [Pseudomonas protegens] >ASE22723.1 DUF4440 domain-containing protein [Pseudomonas protegens] >MBP5112541.1 SgcJ/EcaC family oxidoreductase [Pseudomonas protegens] MKLKSTALALFFVLSTPLAQALEATPYVYRTVAEQPQNLQDREIAGLFDRWNSALQTGNPQAVVSLYAANAVLQPTVSNQVRSTHAQIQDYFEHFMASRPVGQINYREIRHLGPDAAMDSGVYTFTLTAADGKKQQVQARYTFLYERLGGQWKILNHHSSAMPQVQPQLQASH >WP_133179454.1 MFS transporter [Paraburkholderia guartelaensis] >TDG10922.1 MFS transporter [Paraburkholderia guartelaensis] MNPPNTTETTDKPPIIETTLPARLDRLPWGRFHVLIVVALGVTWLLDGLEVTLAGAVASALKTSPVLHLDNAQVGLAGSAYIAGAVCGALGFGWLTDRLGRRKLFFITLAVYLIATAATAFSWSFASFVAFRAITGAGIGGEYAAINSTIQEFTPARVRGWTDLSINGTFWVGAAIGAAGSVVLLDPHLLPADWGWRVCFFIGAVLALIILPMRRWIPESPRWLLTHGEHDEAKHIVEGIETRFRDAGHTLEDPPNDPLRLHARSHTPLGAVFHAIFVRHRRRALVGLSLMTAQAFFYNAIFFTYALVLTEFYHVPGGDVGLYLLPFALGNFLGPIVLGRLFDVIGRRKMIAATYALSGVLLTVSGWLFEQGMLTATMQTGAWMVIFFFASAAASSAYLTVSESFPLEIRALAIAVFYAFGTALGGIIGPAFFGRLIDTHQRSEVFTGYVVGSALMIAAALVAAIWGVDAERKSLEHVAAPLSAVGEE >XP_027584191.1 MARCKS-related protein [Pipra filicauda] MGSQGSKAAGGDPDTAKANGQENGHVIYNGDMTPKVGVEVSPQNGNGSAEPPKEESEGEPGGGDAIEPAPPADGGDPKPEEGAAAPKDAPKKKKKFSFKKSFKLSGISFRKNKKEAGDSSGSSPTEEQQGKGEESPAGGVQPSAPPEEGSAEEQGGPGEGSEGAEPKGQEGEAGGSKEKKEEEEEEKEKQQQQQPAGESQGDTAKPEEPSKAAGAEPTTSPAAVEQKEE >WP_250377942.1 sugar-binding domain-containing protein, partial [Escherichia coli] VPAVVSSARLAMELQAEPIIRSNFDVLTRCTKAFFVVGNALDENPLIRVGVLNKKEMQTYRDLGAVGVICGRFYDKEGMPVVADVDQRILGISLAQLRQIERKIFLAGGERGYDATLGALLGGYVTDLIVDEGTAEFLLACELPH >MCM2455575.1 DUF2336 domain-containing protein [Rhizobium sp. CG4] MATVTSFETLAHPSKSELRQFAELFMPLFAASTDEARRQAIAALSQHPDIPAPVAFFIASQPISISAPFLISSKSLNDETLITIARTQGRAHARAIVRRESLSPTVIDALVGIGHSQSASQPVETAKAADAQAVQAAPVPSEIIDVPPSNPSREEELRQQIKTMARQVSRPSDDVLGLRRLSDIQEALLVRFARERDARQFSAALANTLSASHWLAERIMLDISGVQLATTLKGLGMNASDAIFVLQGFYPHLSQKTGDISRAEGILYKLDAIACEQRIESWRRADSYTFQPKDADKQKRFG >KAF1787790.1 NAD(P)-binding domain [Phytophthora cactorum] MRVAVAGTGSFAKHFIDEFLPPDTRSSWLVGQRVTDYTSVPELVEMLQDCDALVSTIADMQHPDAEIHLTLLERARSRPMQALHSAEYGHNMPLKKALRAQTEVEWTFIAVGCLMDYIVPSTNRNHPNLGPLFALDLEARTMTIPGTGNEVFSMTSARDVAKAVAELLKSKNKWRRTLRPSYGDDVSFESVNEIKAALEKKESMESAMMAEFKMLVPSGRCTLDQEKAKRDRLEHFPNVHLRTAEELLEAVKQDPEVII >WP_197744369.1 imidazole glycerol phosphate synthase subunit HisH [Candidatus Nitrosacidococcus tergens] >CAB1277556.1 Imidazole glycerol phosphate synthase subunit HisH [Candidatus Nitrosacidococcus tergens] MPYVAIIDYGMGNLRSVSKALERAAEGKKISIKVTSNPQVIKAAERVVFPGVGAIRDCMQELRNLNLESAIRECAANKPFLGVCLGMQALFEFSEENEGTPCFGILSGKVCHFNANQLSLKIPHMGWNIVHQQYNHPLWQDIPQNSRFYFVHSYYIVPQQPSLITGTTDYITTFASAFAQKNIFLAQFHPEKSQQLGVQFLTNFLTWNGIT >WP_227329750.1 pyrroloquinoline quinone biosynthesis protein PqqF, partial [Pseudomonas aeruginosa] >MCC0244330.1 pyrroloquinoline quinone biosynthesis protein PqqF [Pseudomonas aeruginosa] MDRHAQHHPRSRACVLPNGLRLHLAHDPAASRAAAWLRVAAGSHDEPSAHPGLAHFLEHLSFLGGAAFPGDERLMPWLQVRGGQVNASTRGRTTDYFFEVTAEHLGAGLARLIDMLARPLLDIDAQRREREVLEAEYLARSADEQTLIDAALALGLPAGHPLRRFAAGRRDSLALENDAFQRALREFHAAHYHAGNCQLWLQGPQALDELERLAQRACADLPGRAPGASPPPPPLLPFAGEALALRLPGPPRLVLGFALDALREADEQTLQAFAELLGDRSPGGLLAALGEQGLGESAALRVVHRDARQALLALTFELFDGSAAAALEAAFFDWLGDLRDDAASLLAARRPLLAEPTAPLERLRQRVLGLPAEIRPACLDALRADRCLRLHLDSELDGAEARWSAGFRLSVA >CAH0730513.1 unnamed protein product, partial [Brenthis ino] MFISRKFLPLGLDVGLLGFAAYYFTRLRKPDQYNVESIFGPEPGSKEAETYPEKVVKGIAHRGAGWDAPENTLEAFKYCVESECNFVELDVRTTKDGQLILLHDEGLERLTWSSEIKDVKQTDWDSIKNIDVGALHVNRHRFKEVHLCLLDDAVEYLLSKNAKMIIDVKGHDKQVINGIVEAFSSRPTLYKHAVVTTFNPLVLYQIRKKDPEIVGAISYRPYCFSAKQYDAEHGPRHPRHDNLLWHAASRLADVAHSQLWRAAARWCGVSAVLVHKDIVCPSEASYWRSLSIRCIGWSVNRPLEKLYWRGSLKCPYLANTLLGEPKIEQKKEQPSDDISGPIVENAARCR >WP_124908062.1 PLP-dependent cysteine synthase family protein [Larkinella knui] >RRB14169.1 PLP-dependent cysteine synthase family protein [Larkinella knui] MILSLETALTPIVEKKFNQLWNLVGNTPMLELFYTDQGQPRSLYVKCENYNLTGSMKDRMALHILHQAYRDGDIRPGDRIVEATSGCTGIAFAAIGRALGHPVTIIMPAGISQERIAIIRSMGADIELFTKEEGGFMGAIQRAEELAATDPCVFLPRQFENQNNAEVHRLTTGKEIWLQLQSVDVIPDAFVTGVGTGGTVMGVGRYLKSRNPAVRIHPIEPAESPTLSVGYKTGTHRIQGFFDEFIPGILKLNELDRVVQANDGDAILMAQKLARQLGVAVGISSGANLLGAIRLQREMGPDAHIVTILCDSNKKYLSTDLVREEPIKPEYIAPSIKFTDYHPIGRLPAGMTGLF >KAJ0798837.1 putative Bet v I/Major latex protein [Helianthus annuus] MLKVFTKHHIDEIDENALTYKYTLIEGNGISNKIEKVSYDIKFETSPDGGSIAKMTTTIYTHGDFEIKEDELKAGKEKMLGLYKVFEAYLINNPDAYV >MCA1595916.1 hydrogenase iron-sulfur subunit [Chloroflexota bacterium] MSEINPPAAPAADQNPVVTKTEVIEPQRHEEPVEAVPAGEDPIIVGFLCEWAADLNDTLDESGVVRGMPNVRVIKIPCSGMTKPAWMEMA >2VGF_A HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] >2VGF_B HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] >2VGF_C HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] >2VGF_D HUMAN ERYTHROCYTE PYRUVATE KINASE: T384M mutant [Homo sapiens] LTQELGTAFFQQQQLPAAMADTFLEHLCLLDIDSEPVAARSTSIIATIGPASRSVERLKEMIKAGMNIARLNFSHGSHEYHAESIANVREAVESFAGSPLSYRPVAIALDTKGPEIRTGILQGGPESEVELVKGSQVLVTVDPAFRTRGNANTVWVDYPNIVRVVPVGGRIYIDDGLISLVVQKIGPEGLVTQVENGGVLGSRKGVNLPGAQVDLPGLSEQDVRDLRFGVEHGVDIVFASFVRKASDVAAVRAALGPEGHGIKIISKIENHEGVKRFDEILEVSDGIMVARGDLGIEIPAEKVFLAQKMMIGRCNLAGKPVVCATQMLESMITKPRPMRAETSDVANAVLDGADCIMLSGETAKGNFPVEAVKMQHAIAREAEAAVYHRQLFEELRRAAPLSRDPTEVTAIGAVEAAFKCCAAAIIVLTTTGRSAQLLSRYRPRAAVIAVTRSAQAARQVHLCRGVFPLLYREPPEAIWADDVDRRVQFGIESGKLRGFLRVGDLVIVVTGWRPGSGYTNIMRVLSIS >WP_059923305.1 helix-turn-helix domain-containing protein [Burkholderia stagnalis] >KVN10514.1 AraC family transcriptional regulator [Burkholderia stagnalis] >KWK08385.1 AraC family transcriptional regulator [Burkholderia stagnalis] >KWO23722.1 AraC family transcriptional regulator [Burkholderia stagnalis] MNDRVAGAGEPTAEDTRCSAQGDDVPAGQAVVSVAHDADEQARNLIGWRQTYDQLAAGRFVGTLTELPLDTMKLFRESTSHTLRQACEVRGDAYWFGIPLVRDGGARVDAQRIDAGALAFRPGNVEFELLTPAQFAIYGVVVRGDVLRRYAEQVEHCGLDERLPTQSVVQVGEARLTRLCTLLGQRLDDAAAAVAPLPDPQRNDLQAEVLAALFDVCALPADGAAGTALARRRWIVEQARDYVLAHRTRPVGVPELCEQLHVSRRTLQYCFQDVLGMAPATYLRTLRLNGARRDLCGRAAESVQDVAEAWGFWHLSQFATDYRRMFGKRPSEALRDSAVLVAAG >ESK93629.1 hypothetical protein Moror_1527 [Moniliophthora roreri MCA 2997] MSSYTAPQPPTEIITYRLNDEKLVYVTPLSDYTEAIQLAVKEFPEDLAGIPIHRIRLKVSATMGREKKYVRISESAWPSTVKRMVRGEVVDVEVAPEKGYLPPPPSYLEVPDELSSRRESKSMPPSRTSSPTPSDKTVGRSRSWFRLRT >KAF5772005.1 hypothetical protein HanXRQr2_Chr13g0571681 [Helianthus annuus] >KAJ0847870.1 hypothetical protein HanPSC8_Chr13g0550361 [Helianthus annuus] MKDLQVRHTSMVQQTAMDVSCVDPTDHYGSKHCGYSVSHALQVKKSDSLACTLSLQND >XP_032707293.1 growth hormone receptor isoform X1 [Lontra canadensis] MRAAGPTGMDLWQVLLTLAVAGSGNAVSGSEATPAILGRASQSLQRVNLGPGTNSSGKPKFTKCRSPELETFSCHWTDGVNHGLKNPGSIQLFYIRRSTQEWTQEWKECPDYVSAGENSCYFNSSYTSIWIPYCIKLTSNGGTVDQKCFSVEEIVQPDPPIGLNWTLLNVSLTGIHADIQVRWEPPPNADVRKGWIVLEYELQYKEVNESQWKMMDPVLSTSVPVYSLRLDKEYEVRVRSRQRNSEKYGEFSEALYVALPQMSPFACEEDFQFPWFLIIIFGIFGLTMILFLFIFSKQQRIKMLILPPVPVPKIKGIDPDLLKEGKLEEVNTILAIHDNYKPEFYNDDSWVEFIELDIDDPEEKTEGSDTVRLLSNDHEKSLNILGAKDDDSGRTSCYEPDLLETDFSAGDVCDSTSEVAQPQRLKGEVDLLCLDQNSQNNSPSADTAPTTQQPGVILAKEDKPRPLLISGTESTHQAAHPQLSNPSSLANIDFYAQVSDITPAGSVVLSPGQKNKAGTSPCDSPPEVVSLCQANFIMDSAYFCEADAKKCITVAPHVEAESHAEPGFNQEDIYITTESLTTTTGQSGTAEQAPSSERPVPDYTSIHIVQSPQGLVLNATALPLPDKEFLSSCGYVSTDQLNKIMP >WP_160447747.1 hypothetical protein [Clavibacter michiganensis] >MWJ11924.1 hypothetical protein [Clavibacter michiganensis subsp. michiganensis] MKDASELDPAVATGIDRLLSVQRPVVLAHIRSIRARHPDASPDRIIAILEKRFLAAVTAGGAAMGASAVIPGVGTGVSLALTGVETAGFLEASALFAQSITEVHGITVEDPARARALVMTMMLGAPGAQVIQQFTGQFSGQPVDRNANWGRAITSGLPSFAIGPIADRIKRAFIKRFVVNQSASAIGRAVPFGIGAVIGGAGNRMLGRKIVASSRQAFGPAPAGFPDELAVPEKKPRVIRVAEKKAAKG >GJM25205.1 ribosomal RNA small subunit methyltransferase E [Phycisphaerae bacterium] MGVMATHRIFVPDLYRGIVDLSPNEAHHTHAVMRLKSGDAVELFDGKGTVGTGTIQGASKRTCSVEVSEIKRVERSSTNHLTLAMAMPKSPRHSFLFEKCTELGVGAILPVTFDRSVVKTSSSGIKKWQRTIVEAAKQCRTAYLPEILEPLRFKDAAGTIATDAMQLICDPSANAKVTDQIRALRAGQNCTVWIGPEGGMTDAEVEHLSAQGAIKVALGANILRIETAAIAVAAVFALQTDQSLAG >WP_100571198.1 phosphoribosyltransferase family protein [Streptomyces sp. CB01373] >PJM92811.1 phosphoribosyl transferase [Streptomyces sp. CB01373] MRYENRADAGRRLARCLEFLRDEDVVVLAVPRGGVPVAFEVARHLGAPLDLAVVRKLRVPWQPDLGFGALGENGVRVIDRAVLSESGLDPAGRETVERAERAELERRLRHLRDERPPLPVAGRTALVVDDSLSTGAAAEAACRVARTRGAGQVVLAVPVGPEAALPHLRTVADRVVCLQPLRHLGSAGAWYTDFGRVTDAEVATLLAETRPATAIATNAAGPLPEPPSAAPSPDQEVEVPAGPVRLAARLALPPTPPVAVAYALSGGSGRHRPPHQRVAAVLRRAGLGTLLIDLLTEDEERTPHNAFDIVLLARRLRAATDWLRRETGLPVSHCAAGTGAGAAVEAAAGDDIRAVVCLGGRPDLAQPSALARVHAPCLFVVGAQDTRLLGLNRLAADWMCCDHRVVPVPGATDLFSAPDTVETAAELARDWFTAHHARPEGAARPLTSA >XP_028766233.1 auxin response factor 2A-like isoform X2 [Prosopis alba] >XP_028766234.1 auxin response factor 2A-like isoform X2 [Prosopis alba] MPVYNLPSKILCRVVNVLLKAEPDTDEVFAQVTLLPEPNQDENAVEKEAPPPPPPRFQVHSFCKTLTASDTSTHGGFSVLRRHADECLPPLDMSKQPPNQELVAKDLHGNEWRFRHIFRGYPRRHLLQSGWSIFVSSKRLLAGDAFIFLRGENGELRVGVRRAMRQQGNVPSSVISCHSMHLGVLATAWHAVTTGTMFTVYYKPRTSPAGFIVPYDQYMESLKNNYTIGMRFKMRFEGEEAPEQRFTGTVIGLEDADPQRWPKSKWRCLKVRWDETSSIPRPERVSPWKIEPAHAPPALNPLTLTRPKRPRSNAVPLSPDSSVLNREVSSKVSMDPLPASGFPRVLQGQEFSTLRRNLAESNESDAAGKPDEKNDAMSISSTFAPESWTSIGRHEPTYSDLLSGFGTSRDRTRLSLVHQTSPVAGPGRKHVLGHEGKFNVVACPRSIMPSSISLNLSDPNMKGSAQDSDVTHHSRRNVGYDAFGGYPVFHGHKEERSHGSLLMPPPPPPTQHDSPDSRDLMQKPMPARSFETVKAKEGDCKLFGISLISSPSTPEPSKINVACKPASHKHLTSQRPCTKESDLKSEQPSGSKLPDAAVDTDDHEKPSQTFQPRVKGVQAKPRSDSARSCTKVHKKGIALGRSVDLTKFSNYDELIVELDELFEFGGELRSLKKDWLIVYTDNEGDMMLVGDDPWPEFCAMVRKICIYPKEEIQKMNPGTIRFGGEESLSASEGMDAKEV >WP_143356561.1 Clp protease ClpP, partial [Escherichia coli] MPQRNDRSRSTPTTSPKNNSWFRMQAGHQSDADIYIYDEIGFWGVTAKQFISDLNALGDITHINLHINSPGGDVFEGIAIFNALKTHGASITVYIDGVAASMASVIAMVGNPVIMPENTFMMIHKPFGFTGGDAEDMRTYADLLDKVEAVLLPAYAQKTGKTTDEIAAMLADETWMSGAECLAQGFADQVTPAVKAMACIQSKRTEEFKKMPESIRNMITPPRNSAPRVQDDEPAASRTPVQAAAPVVDENSIRAQVLAEQKARVNGINELFAMFGGRYQTLQAQCLADPECSLEQAREKLLNEMGRESTPSNKNTPAHIYAGNGNFVGDGIRQALMARAGFEKTERDNVYNGMTLREYARMSLTERGIGVSGYNPMQMVGAAFTHS >RLA95129.1 cobyric acid synthase CobQ, partial [Deltaproteobacteria bacterium] MKKACLMIQGTGSHVGKSIITAALCRIFREDGFRVCPFKAQNMSLNSFVTREGGEMGRAQVVQAEAAGIEPTVDMNPILLKPEGENRSQVIVLGKPIGCMGTEYYCDYKGKLIKVVREAFERLKSQYDLIVIEGAGSPVEVNLKDRDIVNMKMAEMADAPVLLVADIDRGGVFASIIGTMELLAEKEKERVKGFIINKFRGDINVLSPGLDYLKKKTKKEVLGVIPYFTHIFIDEEDSVGLKAGKFNSLNSGKVDVAVIQLPRISNFTDFDPLRREKDVFLRYVVRPEELGEPDLIIIPGTKNTISDLIHLKKVGLFSAIKRLSSHGVMVIGICGGFQMLGKE >MBN1854849.1 hypothetical protein [Pirellulales bacterium] CKKYVSHNDYQLLLTISENGMRRLQLVLGFGDDSETFYSDGVEWPVSTWQHIAVTYDGKGTVRFYRNGESLGGRTAPGRRSISPGPLPLSIGDRSGSLYSGFAGVLDQIRISRGVREFGRVRMELDLERRVFVRKEPPPTAVVHITNLQREPLPNVELTATISGLSIGDFTLTDLQPGVPQSIKVQLDTSLRPDQYELRLRATLKDGALAPANGSAHRLVQSFPIRIVARPVPDRMPVVQWGVGGVSQITKELPRLKRIGFTHCLGLDIDEHQVWQKQEPQDTWPEEKRRAVATVLDEALANDFKVLISLSPGHSLDNMTKEFSRVDRAGNPLPQAGINGLYERVQKFCQDVGHSAGRLYGRFPAFDGALIHSELRDAAALSFSDVDRAAYRRTNAADIPPEAIAKWGVDHSSLKNFPTDGVIPDDHPLYKYFQWFWREGDGWPALNTATARGLKRGAADRADLWTFHDPAVRVASVFGSGGEVDILSQWTYSYPEPLRIGLPTDELIAMARGAATPQQVMKMTQLIWYRSQTAPIVEANKPQIRSPWDDHDPDAAYITIAPMHLREAFWTKISRPIQGIMYHGWQSLVPADYPSSYRYTNPDTQHELQRLIHEIVEPLGPMLRRIPAARNNVAFYESFAAQMFAHRGAYGWSHTWTGDCYQVLQHAGLQADVVYDESILKYGLGGYKVLVMPDSDVLIHSIAERVRAFQKHGGIVVADDRLAPAITPDIRLTPLARTKKADVDKAALLKLAATLRRELLNKYAWPVESSNPDVVPYYRTFSANGSSTYLFLVNDRREFGPYVGQHGLVQEAGRMSETTAMLHDQSSSSVVYDLLAHRREDSVHEENPNAKSVTLHWPVTLGPCDGRLFLSMPRAISSINVVSPQSVQLGQSAQCVVEVRDDQGMPVPAVLPLRVELRDPDGRIAEYSGYHAAIAGRLELTFDIACNDLPGVWHLHVQDLASGLQADVELPVDMGSEQT >XP_024707996.1 uncharacterized protein P170DRAFT_472586 [Aspergillus steynii IBT 23096] >PLB52694.1 hypothetical protein P170DRAFT_472586 [Aspergillus steynii IBT 23096] MASRRPHAQSPADTVPPSGSEKPSDSDVSPAVPTHVIFKLLGFTAAMISTPIGMYFVAVTFGASTTIAGVIAAITANVVLFAYIYVAWQEDQEEREALTKKKEKKAQ >XP_007206475.1 tropinone reductase homolog At5g06060 isoform X1 [Prunus persica] >ONI00121.1 hypothetical protein PRUPE_6G068900 [Prunus persica] MAQANSNGKDSRWSLHGMTALVTGGTKGIGYAIVEELAGLGATIHTCSRNEVQLNDCLSQWKMKGFDQVTGSVCDVVSKAQREELINKVSSLFHGKLNIFINNVGTAELKPAIESTTEDYSCIMSTNLESAYHFSQLAYPLLKVSGAGNIIFMSSVAGVVSVGTAGSIYGATKGAMNQLAKNLACEWAKDNIRTNSVAPWFIRTPLTEPLLSNQKFLEAVNSRCPLGRTGEPKEVSALVAFLCFPAASYITGQTICVDGGFTVNGLLFQGP >WP_101938578.1 MotE family protein [Mesorhizobium loti] >PLP56961.1 hypothetical protein CYK37_22195 [Mesorhizobium loti] MNNARRTPPPSRTIKAGALVALLAALGPVHAKEPVRQVLPGSQDAVAAQSLTREAPRVELTEPAPQLPLQEDVVPVTTGTIAPPSDESEVQRFCSNIADAARDRRYSLQAAELKQLQTEVDKRIGALEEKRAEYEEWLKRREVFLARAEDSLVKIYSGMKPDAAAERLAGTNVELAAAILMKLDARKASVILNEMDTKAAAALTGIMGSAARRVDPT >WP_224828628.1 SDR family oxidoreductase [Saliphagus infecundisoli] MRVALLGCGYVGIELGRQLRDAGHEPIGVRRSPEGIERIEDAGLEAVRADVTDRGDLERVPDADSVVFAASSGGRGADAAREIYVEGLRTAIEAFGERDSPPDRLVYTSSTGVYGDHGGDWVDEETPIEPTTEKTRVLAEAEQIAIEESAGYGIAGTVARYAGLYGPDRYRLERYLDGPVTEGYLNMVHQEDAAGAVRYLLAENLARGEVVQVVDDEPVSKHAFADWLADECGVERPEKQSKEERLAEGDLSEPARRRILTSKRCSNAKLRELGYEFAYPTFREGYRAAIEEYRE >MBZ5591381.1 Xaa-Pro peptidase family protein [Acidobacteriia bacterium] MVKFSRPAPWQTVPSSSPRKSFVGANECAARRRVLGRQLVEHDLDALVVSSGPNVRYLTGYTGSNGLAVLLPDRTMFFTDPRYRIQAAQEVDCSVRVVSGPMLPHVAQYLRRIKSRRIGFEKSHMTVEAHQTLKDALPMRSSLEPVVGWIERQRAVKSHQEISAIRRSVELNSQAYEQTAKHIRPGMRESELAAELDYRMRRQGAEGPAFETIVAAGARTALPHARPTSATLRGGALVLVDMGAMLDGYASDMTRMLFLGRPGTRVKRAYHAVLEAQLAAIDAVHGGVRAQAVDRAARRVLAGHGLAREFVHSTGHGLGLEIHEPPRIGKKEKTPLLSGMTITIEPGVYLEGFGGIRIEDTVAVTDNGCEVLTPTSKELRIL >KAI8838875.1 hypothetical protein BJ741DRAFT_116767 [Chytriomyces cf. hyalinus JEL632] MDSLASDARSICSAYLENKDLDEFMTAANALLWRCRYQLDTVAATPLPPSSISLKQRINNASSKALASLHSKDGTLRNFDETLLALPASASEMNARIASNVSKKRSAINDSNRSEFVVRTSSVDDSSSARVSAAAINRNVQMKIDMVHNSEGPLARSTVKNGATINSTHEAAPKSTASVSVSVVGSRLDVLAQHLRVKFDPNSALGMHQRLKVLEDAIVAMEEKYPVWSSVHLNHEAEEGVVRDPFGPAVWTRVCENSDGEVIMAVSIEDGSEKRRRIAVNSVGAPLGGIAEAAAGQSGGGGARETEMEALNKRIAELKSNLLNMNKG >KAH7009790.1 hypothetical protein EDB80DRAFT_776134 [Ilyonectria destructans] MPSLVQLPTACWPVSASTCAHTTRPTSHGIAITWILGYWSSDRVCHRKFALFNELREKFHLGFAIALAPNLERLEVCLDSAKIPFIRKDHLSHLTHFTLNPLPATFEISLDVAQNILEAAPNLRSIIASRICSAPNVHTLQNLKTLKLLFSAMAAEDFERLMRASPQLRSFTFQSGGAAIVVDDEAEPVDIEQAIWIRRDTLRHLDISIGVGMWMRLDDEEDRETMSEFSWSQLTHLSVNSQDIYGEKEEEMPTDGNRLVDLLPKTIRVFKLTSRQRGNEEDILNLADAAPGMFPNLRFVKFCGLGRNERESIKEAFKKVGITCRCTLAF >EQA53083.1 hypothetical protein LEP1GSC052_4064 [Leptospira kmetyi serovar Malaysia str. Bejo-Iso9] MSFRLSFLRSRFQAALHSPFQKESAFLLLSLCAWMLLPLFWGLAFFLKTDANVLIVIGFMIWTYYWLKYLFSTDEAA >WP_141952156.1 thiamine phosphate synthase [Actinoallomurus bryophytorum] >TQL94673.1 thiamine-phosphate diphosphorylase [Actinoallomurus bryophytorum] MRLPTDRAVALRAKLGRARLYLCTDAREAQGDLEDFLDAALGGGVDIVQLRQKGLEARQELEHLAVFRAVCDRYGALLAVNDRADIAHAVRADVLHLGQDDLPVRKARAIVGEDILIGRSTHSEEQAAAAAVEPGVDYFATGPTWPTPTKPGRPAPGLGLLSYVAGRKVARPWFAIGGIGLDNLDQVLAAGASRVVVVRAITEAEDPREAAAGFARRLRHERFSPAVHPGDTP >WP_161208527.1 cupin domain-containing protein [Streptomyces sp. SID2563] >MYW09234.1 cupin domain-containing protein [Streptomyces sp. SID2563] MSYPEHLEYPEPRYLGATGEVNAAFRPAGTPPDISSPGGGATHYLATHESTGGEFGLYKVDLAARSAGAKTHFHKAMSESFYVLSGEIELYNGEKWVTGRTGDFLYVPVGGLHAFKNVTDEPMSMLMLFSPGAPREEYFEQVAEMSQRGPDELKRFRVRHDSYFTEDFGPEAP >WP_278436726.1 carbon starvation CstA family protein [Muribaculum intestinale] MITFLLCLSALIGAYFVYGKYLDRQAGIDSEKPTPARRMADGVDYIRMPRWRTFLIQLLNIAGTGPIFGAILGACFGPVAFIWITLGGIFFGAMHDYMSGMMIVRGDGRSLPEIIGKYLGLGVRDFVRVFSIFLMVLVGAVFLLSPAQLLDTLVPSVPQTWWVGIILVYYVVATMLPVDKVIGKLYPIFGAALIMMALGLLGALLVGDYAIPEMTTFHNYQLDPHALPIIPAMFITIACGAISGFHATQSPMMARCVGNEKECRMVFYGAMISESVIALIWAAVAMAFFGGAGSLSRIMAENGNNPAWAVDVISRGTLGAIGSVLAMLGVVAAPITSGDTAFRSARLMIADIFNIDQRPLVRRFMICLPLFAVGFGITLVDFGVLWRYFAWANQTLGTIVLWSIVVWLASRGRNCVVAMVPAVCMTYVITSFMFIGEQFFSMQNRVAAYALAGVATLLIAAVVIKRILPYLSRKRDLIVD >XP_005405047.1 PREDICTED: angiotensinogen [Chinchilla lanigera] MILTSVGFKATILCLLAWAGLAAADRVYIHPFHLLVYPKSSCIQLEKSNVETPKEPTLTPAPVQDKTSPVDEVALHEELVLAVQQLAPEDLLRAIQVGMMSNFLGFRMYKTLSEVGSTASGAILSPTALFGTLASLYLGARDPTASQLQALLGVPMQAQGCTSRLDGHKVLSALQAIQGLLVAQDRTSGQAQMLLSTVVALFTTPDLRLKQPFVRSLAPFAPVVLPRSLDLSTDPDLVAEKINTFLQAVTGWKMGGPLAKVSPGNTLLFNTYVHFQGRMKGFSLLAEPQMFWVDNSTSVSVPMMSGSGTFYHWSDTQNNFSVTRVPMGKSAALLLIQPHCTSNLDRVVALTFNHDFLAQINNLSPRAMRLTLPQLELRASYDLQELLARAKLATLLDTNANLDGISDTNLTLGEVLNGVLFELKADDRKHPTESTLQPSTPEALEVTLSSPFLFAVYEREAGALHFLGRVDNPLSVA >WP_149128675.1 hypothetical protein [Bosea sp. F3-2] >QEL21377.1 hypothetical protein FQV39_01390 [Bosea sp. F3-2] MRTVLIVSAFLVGFAAAAQAQTAAPTKPAVTAVTAVAAADQPIPQAERAKARQDCLSENVALSGDDLRAAMRLCMQAKFPGVRLYAQDGVTRDGKPTAVAARAACKEEVDGRNLQGSERVAALTACFNAKRPDLAQRSECRKEARAKGLDGTELRKAVDACAREAKG >CAF1216529.1 unnamed protein product, partial [Didymodactylos carnosus] >CAF1600497.1 unnamed protein product, partial [Didymodactylos carnosus] >CAF4024977.1 unnamed protein product, partial [Didymodactylos carnosus] >CAF4477359.1 unnamed protein product, partial [Didymodactylos carnosus] QKQSVLLDESSVALKWSTIPIMSEIKNNYYIFVWSPPNLQQAIEAAFVYRNGNHNLRAIDRDVSVRAKRALMTSSSSSFDIGENFDIVYDAFLDTEGFDTVPSVEMIIEVTGTDINFH >WP_270908912.1 imidazolonepropionase [Acinetobacter baumannii] MKKLWQNCHIATMQNGQYSYIEDAAIVTEGHLIHWIGKQQQLPADTYSGTVDLNGAWVTPGFIDCHTHSVFGGNRSVEFEKRLQGVSYAEIAASGGGIASTVRATREASEEQLLSSALKRIRCMQQDGVTTIEIKSGYGLNYENERKMLRVIRQIGEALPMTVKSTCLAAHALPPEYKDQSDAYIEHICTEMLPKLHAEGLVDAVDAFCEHLAFSPAQVERVFKTAQSLGLPVKLHAEQLSSLGGSSLAARYHALSADHLEYMTEDDVKAMAESGTVAVLLPGAFYLLRETQYPPIESLIKHGVRIALSSDLNPGTSPALSLRLMLNMGSTLFRLTPEQALAGVTIHAAQALGLEQTHGSLEQGKVADFVAWDIEHPSEIVYWLGGDLPKRVVQHGQEVIF >WP_019470943.1 MULTISPECIES: DUF3164 family protein [Pseudomonas] >AJQ47929.1 sulfate transporter [Pseudomonas putida S13.1.2] MSNIPEGFLKDAKGHLVPLDLVKPIDMARNDLVLELVAKAQVVSKTLADFKTDAFGDIKAFVDMSAEQYKAKVGGKKGNVTLMSFDGQYKVVQAAQDNIRFDERLQAARALIDECLTEWTQDARSEVRAIVNEAFRADKQGEISTGRVLALRRMDIKDARWQRAMEAIGDAVQVVGSKSYIRVYQRVGESEQYVPIPLDIASASLTTTTHSVH >WP_023843991.1 CO dehydrogenase/CO-methylating acetyl-CoA synthase complex subunit beta [Methanolobus tindarius] >ETA66855.1 acetyl-CoA decarbonylase/synthase beta subunit [Methanolobus tindarius DSM 2278] MADEFPFEISPMFEGERIRKDGMHVELGGPKSKGFELVRAAEMSEVEDNKFTLIGPDLSDMEEGSRYPLAMVYKIAGELVEADLESIVERRNHEFQNYIQGFMHLNQRDDVWMRVSKDAVAKGMTSFESVAKAIMMLFKNELPFIEAVEAIYITDEAEIDKEIDNARAVYKARDERTRDLHDEDVDTFYGCTLCASFAPTNVCVVTPDRISLCGAINWFDGRAAAKVDPEGPQFAIPKGDVIDAESGEYTGVNEAAKRLSSGEYDRIKLHSFFEYPHTSCGCFEVVGFYIPEVDGIGWVDRDFAGTAPNGLQFSTMAGQTGGGKQVVGFLGIGVNYFRSPKFIEADGGWDRVVWMPKMLKDKVLNDIPEEMRDMVATEEDAADVESLRNFLKEKNHPILERWVEEEEEAPEEEEAAESAPQAGFAPQMQMPTNFMPSMPMMSGGGSGGVKIVLKNAKVSIEKVIIKKQD >UTN87579.1 DUF853 domain-containing protein [Pseudomonas aeruginosa] MSQANELLIGAGPDGQPVGQAWRLANRHGLIAGATGTGKTVTLQHLAESFSDAGVAVFAADIKGDLCGIAAPGNPQGKVAERIASMPWLNYQPKAYPTTLWDIAGKTGHPLRTTISEMGPLLLANLLELTDSQQAALFAAFQVADREGLLLLDLKDLKALLNHLKDNPEILGEDRALFTGASGQALLRRLATLEQQGAEAFFGEPALQLEDILRPDPDGRGRIHLLDASRLVHEAPKVYATFLLWLLAKLFEQLPERGDADKPVLALFFDEAHLLFNGTPKALRDRLEQVVRLIRSKGVGVYFVTQSPGDLPDDVLAQLGLRIQHGLRAFTAKEQKSLRAVADGFRPNPAFDTLGVLTELGIGEALVGTLEEKGTPAMVQRVAVAPPYSRIGPLSDSERAELVQRSPLKGRYDQPIDRESAYEVLASKADAKPEVQGQAPAQQESSSGVGGMAGQILGSLLSNSTVKSAMRQAANQLSRELVRGLLGSLMGGKKRR >NYI84739.1 phospholipid/cholesterol/gamma-HCH transport system substrate-binding protein [Saccharopolyspora hordei] MNRRLVLAQLALFLVISVACTSYVITNVAGPGALRSPVRVTVRTPDAAAIAPSSQVTYRGVVVGTVSEVRLDPGGAAVELALHPGTLVPADSTAVISTATPLALQTVDLQPASDSGPYLHDGSTIDAARTRRPVPLDTLLVHFTELSEQLRPDDVAAVTEALATGLAGTGPELTRILDGTAVLLDTVREHRPQLDRLVSSSRRLTGPDGDRIRELAAGLRSLAGQVREHQPQVEQLLDTAPSTTRRLTDLFARTDPATTALLGNLVTTGQIVTVRGPALDQLLISLPQALSGLGGVVHGDAADLHLVATQGPICASGTERRSPTRVEPREADLRWHCPADRPDLSQRGAANAPRPAMTTYDPATGDTPAGLQLGTAGGQATVLGPRSWYSVPLQGVR >WP_181898940.1 Ig-like domain-containing protein [Paraperlucidibaca baekdonensis] MPGPNAEVLPQQRSLIYAYPAPGQTEVIPATPIALRFSHPVGIEFNSSNLAAAFTLCEEAQVNAQGVCSATGRVALSARFVPNSGTTVDRRGVILTPAQQLKERTQYRLSSNNLMLDTGENGTAGTLRNVSVQAANLGEPLIFTTRAALEGPVNARSTNTARFDVEHLTPNPSSFFLGNEGVGLFDFSTIRLQFTQPINAKSLRYGSASTDTVRLLDASGGLVPATVLLNGNQLSIDPIADLDPSQQYSLRIGSELMSLKGQRFSAQSAFANFQFLPLPSAQASSAKSLIPTSGLSLLLGTPVNQVPVASPLLGQGDRAPKPQAQGQLIADLGLPANLQFNAALAPLRVRKNSQLTAASLVVKLDGVVPANLETDTLTIKMISDANGFLLPNRYSRSPVAPSLVTLEMDIALGAKNKTSNGAFTQNLMHVPVSGLATFDPENDLITIDAVGTIELKILGTDNAIGVLALQLVVDLKPDPIVDAEFADDGVAPQVDSWVPGETVRLRDELSIPLVDANAANTGPNQILSAASGRVAGGQLLRPGDPVIVNFDRVMDINSFTSTGAMPSVRLTRNGAGVPFSWRLDGVSLIITPEVPFAHGESYQVQLGSAIKALNGQPLMAQNLSFTLPALAAGDALPNPDGGPDTRRPPVVLGVYPGYPCGVMAGTRNVSANIQGKCAGGKMSDEDIPLPFIDSRRAITVTLSQSVQRTGMNAVKTGTVCNDPNANFRVERIDVAGNCIAPVPGQLSGTVRELQFTPDDPWQTGEVYRYVLGSSGLSSATCSASSICGTNNLPLQTQLISQSFASVSNPQHGGPPMEIVFKVSPTPATGSVVALRLLPNADVDANFRYEPARGEVRPICFNESYDRDVVEQNENSGSCDTPNGALLLPDTTVGEGSPNNGSSFNGAATSFALGCPRGATGGVCEDRQFLRVSSALSATLSGFTKTDNTAITASDFATLCSATATTGGGIDVLIDPGLIVTNGPDIYAELGLSLQATPVTNVVNELINLIPVLGPILTGAISQGADVLNQIVPIVVEQPLFTGPLVFRMRHLAPLESNGQLSGTIRAERIPGKITGSCTNGVPNNPMLSTTISLYTDIPELDARADVGLLQTLTDLGIPVVSDITGLLGIPIEQDVRSNTDITNLAVSGTVEFLPDGRLTARLINVDRVRLSANLSALGGLVAGSLFVTVPEGRFVLNSALAPLKN >WP_088526897.1 FAD-binding and (Fe-S)-binding domain-containing protein [Polynucleobacter aenigmaticus] >OWS72223.1 FAD-binding oxidoreductase [Polynucleobacter aenigmaticus] MNKPLDLPIPEFVANKAELAKRLKQETSGEVMTDIASRGRYATDASIYQAMPVAVLVPKTADDIAAAIQIAADLGIPVLPRGGGTSQCGQTTGTALVIDNTKYFRKLLHTDLEKATAIVEPGMVLDHLNAALKPHGLWYPVDVSTAGQATIGGMAGNNSCGSRSIAYGNMVHNVLGIDAWLANGQVASFGNYAHSSGAAKQLGDFVKGLANKLQPEIEAHFPKVLRRVAGYNLDVFHPQSELPYTQDGSVNLAHLLVGSEGTLAYFKSLELKLAPLPQHKVLGVVNFASFFKAMDSAQHIVKLGPTAVELVDRTMIDLARHNPSFKKTIETALIDANTQTPEAILLVEFSGESHAPLLEKIKSLQILMGDLGLPGTVVAMPDAKLQKNLWEVRKAGLNIMMSLKGDGKPVSFIEDCAVPLESLAEYTQALTDVFSKYGSRGTWYAHASVGTLHVRPILDMRRDGAQKMRAVAEEASALVRKYKGAYSGEHGDGLCRGEWISWQFGPKITQALGDIKHAFDPNGLFNPGKIINPPKMDDVSNFRFSPNYKVIPLQPALDWSAWNVQNNPVTEETSAPGTGGDPAMGLAKAVEMCNNNGHCRKFDAEVMCPSYRVTRDEKHLTRGRANTLRLALSNQLDLKGDEASAASPLGSDAIKEVMELCVSCKACRRECPTGVDMAKMKIEFLSAYKKRVGHTMRDLAVAYLPKYAPIISSIPGLPALLNLRNHIALIAKVQEWLMGISAQRSLPIWKAKTFWSDQSTLSPHQFTPAELSTADADGNKGVVLLADTFNAYFEDENLQAALAVLKAAGYRVHIPQKSLDKKTAEANPTSNTCSKEFCCGRTYLAAGMVDKAKANLEELVNHLAPFAEKDIPIIGLEPSCLFTLKDEALVMGFGERAISVSKQAQLLEEFLASEARAGRLKLQLKPSTRPVLFHGHCHQKSFAAVTPALELLKLIPNAEPKLIESSCCGMAGSFGYEVEHIEVSKQMAEASLLPAIRKAPDSWVVADGTSCRHQIADGSQREAVHIAKILAAHL >PWC90347.1 RND transporter [Azospirillum sp. TSH100] MTRGRLTLRIIITLVILGLLGAALYGFNTFRAKAIADFFANNKPPPTPVALAEASVQTIPKYLSAIGTLQAARQVTVAPEVAGRVDRIPFESGTRVKAGDPLVQLNDATEQADLLAQRAQARLAELNLERYRDLRRSQATPQSNVDQYQAQLDEINANMKRTSALIGQKLIKAPFDGDLGIRQVNVGDYVNPGATIVTLTDLSQLYINFTLPEQALPKLSVGQGVLINVDALPGRDFEAKITTIEPQVSADTRAVKVQATMDNRERQLRPGMFANVRVVLPPQPNTLTVPETAVDYTVYGDSVFVATQHKGQDGKEQMVVERKAVKVGDRLANRVEIRSGLNPGDRVVVSGQLKLANGAAVVPAEGNPLTPPQTLPQN >MSU45888.1 UDP-N-acetylglucosamine diphosphorylase [Lacunisphaera sp.] MKASEFFALPVSLARFAKFFPPAASPWEWLNKIGAALETVEFGENQPKIPPGVQIEGRVWLHPSVRLPAYATITGPTYLSANTEIRPGAFIRGHVIAGEGCVLGNASEFKNCLLLDGVLASHFNYVGDSILGNGAHLGAGVICSNLRLDQGEVTVRLLARTVKTGLKKFGAVLGDRAEVGCNAVLNPGTLLGPRALVMPCTAFGGYLPADTIARVRQSVTTLQRRD >MBT0668662.1 hypothetical protein [Novosphingobium profundi] MDESGSGVIGTYRAVRFTARPVDALLTDVELLIVGMPAAPDPADDITARLDTALQRTLVQLREGGLFLGQFGETLVLDRLPPPFLACSLLAIGMGELAKLDPRGMGVLGEMAMRSALKLGSCDVGYMVKLPLSDQSPELIARVAREVMAGMLRAIDDHPAIMRCAILEWVVDDHDVPAGIAREAMRQELADWTN >CAH0727316.1 unnamed protein product, partial [Brenthis ino] MRSVVEIGASVPAFLGKLWKLVNDSETNHLISWSPGGKTFVIKNQADFAKELLPLYYKHNNMASFIRQLNMYGFHKITSVENGGLRYEKDEIEFSHPCFMRGHAYLLEHIKRKIANPKSIVASNESGEKILLKPELMNKVLADVKQMKGKQESLDAKFSAMKQENEALWREVAILRQKHIKQQQIVNNLIQFLMSLVQPTRAPNSGGNNVGVKRPYQLMINNAAHNSTDTYPGRLKNIKLDKDIGLDDLNDENMEDGPTIHELAHDDILHSEASQDSLDPSAFVTVDLASGPKISNAPSNSDPTTSTQYHVTMEDGEETDTDHTRMTFPIAHTNGYLRIPDTPPIVTSPSPTMGTSPIGQSTMEQVINSVIESPGSSKPKIRSCSKNVSTNPKGLLSPSNFNAINTSADFKLPAEIFASDDSVSDAGVTTTEDLNALQDSILSEQAISSSKDKMLGGINIKLEKPEYVKTGKKSKKSKDNNSIHNLNLTDIKTELQDDFDWSNMTLATINNNLNVNRLQSVYRRDNSQNRDEYSSQFGTNSNKNDIDDHLDTMQTDLDSLRELLRSDTYALDTNTLLGIDESVGPTVSHHTKQNLFGSDDPFYGLAYNSSDDRAKSGNNAEGNQLISYTGNIPDFEDISIPDLEDNSQDCLSPSPSSSTLNTPQVQLNSPSYNVKP >WP_256342227.1 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Streptomyces sp. MW-W600-10] MSDLLSGQAHHVLQGTPDRTDVTAGATFDADRVTPGSVFAAVPGHAAGGPDAVAPAVARGAVAVLVDEQAPPLPTTLGDACAVRVPDVRKAAAVLASRYFGEPGRAMDLIAITGTNGKTSVSYMTESVLRLAEGTRVGVIGTAGSRIGDEPIPMPPSVLTTPESPDLQYLLGHMRDRATGSVVLEATSMGLLTHRLDRTFIDVGVFTNLTQDHLDDHGTMENYRDAKLRLFQGLCRRAVVNADDPVGAGIRELMSDAVTTYALDGDADYRASDLTVDASGTRFTLHHDGRKYPAAIPSPGRFSVSNALAAVAACHLLGHGLAGLVDALERMPQIPGRFERLHTPDGTSVIVDYAHSPDSLSKVLTTIRGFARGRVITVFGCGGDRDTTKRAEMGAIAGAHSDLCVLTSDNPRYENPEAILDQIAPGIASTGTPFERITDRRRAIAAALAEAGPADIVLIAGKGSEPHQSVRGELLPFSDMATVRELIGG >MBT4160670.1 radical SAM family heme chaperone HemW [Gammaproteobacteria bacterium] >MBT4494727.1 radical SAM family heme chaperone HemW [Gammaproteobacteria bacterium] MNAIPLSLYVHFPWCVAKCSYCDFNSHALAGELPEAKYIDALIRDFDEEIDGEDRPYLTSIFFGGGTPSLFSSLAFDQLLHAIRGRFDISDTEVTIEANPGTFDQSNFEGYYDAGINRISIGAQSFSDLHLQKLGRFHQSDDITSAVSGAKYAGFNRINLDLMYGLPGQSAREALTDLERAITLEPDHLSWYQLTIEPNTYFFSNPPATPQDDTLAEIMDLGFSLLEQAGFRQYEVSAFARPGSEARHNLNYWQFGDYLGVGAGAHGKTSRDGKIIRTTKNRIPKDYLENRRRRETPVERDELALEFLMNALRLSDGFSFELFEERTGLSQQVLVPFLDQASDKGLISTKAKSVRTTQLGSRFLNELLLLIDMPDR >NCA33082.1 DUF4430 domain-containing protein [Adlercreutzia muris] MPPGAPDPWGMRVRIPRYASNRMAPEPVATGAVKRGLQRAVARGWDEVGIPSREARALERKVCLMYQSIVASSWKKLSAALLALACAAALALAGCAGTEPAAGDGAVDAPATPAAEQGAESSSDNAEQGASIAVSVAMPEGADAPSETVEVSLPEGATVFDALEATGWDVQAEDSDYGKYVTAINGVANGSQGEASGWVFTVNNEQVMEGCDSCTLAAGDSVEWSFFVA >XP_045183397.2 interferon-induced very large GTPase 1-like [Mercenaria mercenaria] MASDFVNTDLETLLKRLDLKKYYFSKLSRREMYQIQPYMINEDTKCSPAWQFITEITRYNYRARNIHVEEINKADTSQMSLRERRNLEQKQVNVDLHPMDIVVAVFLCCDPIAKQDLAMHLWGCKLAVPFSIQEMPFEKPSIFTWPLHSIYGHVFQEDGFIEKALVYEKMPCLSFIRFGDNNDLSKSYLINCVIGGTEKVHPMFFHRDSEGSKRIRSNVVEGLIEIGWILPNGSHDKFNGPRIVLNLRGDSALFLRQIEIIGQISTVTVCLCTTADLTKTKPVIRELLLQNSKVVLLILDRRPDEDKVIEYLDTVSSEDQMDAVMKADKTLPGIVQSLIHTIKVMEQKTSKTVKLSDLKTFPANFKVDKRDVWYTEASVRSEEIVSLIEKTDNKGRKRVLLPLQEIYWKQMSKLDRERYEISRYETNIKKRKEKCQKICHKMENVRKDQFFYIKSHGLSAPVQIVLSQLASRNDSYRKIFLRTLKLHLDNLSRLQLQPFYRKYKTLVSKANKAQEHERANIYQELIHLDNTKMSLSFGFEHIMREIGQLYEACESQPSLAKKLPDTTSYKRLPDYAVFILLEGYPLEILDGEANAVPQKWVNSVINQLQASTKEPTASRNIHVISVLGIQSSGKSTFLNTMFGLQFAVSAGRCTRGAYLQVIELNASSYDQLKAKYILLIDTEGLRATDMTSTDTVKHDNEFSTLVIGLSDTTIINLMGENATYLRENLPIVVHAFLRMDLVGLHPRCTIVHHNVDKRNKDKLLEQGRVLEEVLNDLTSRACKMENVPKRSFRDMIEFTIDENTDYIPGLLDGELPMAPVSTGYSGEVKCVRTKLMKILKKSKPYLTGFKPFSIRLEKLWNAIKTDCFVFEFRTTLETEMRLKLDKEYFRIWKDYILDHEELVDRHKDILKTKKSVAIKTFTENMNLEILKLQKKYKKRLENFLSDTEVVSDRLERWKIDLTNSLENQMQKDKSLPSDLEDFKPEVSHQQIERFLNMIEVESKTDSEEKRAFERAWIKWTKEIIAPQLHIIVEDTLQALDTICRGHLYMLKDKEVRQSSLQLFDYTGKSYTNADAVHFGGSRIFSRPNVKNMLECVRLAADREYSIALNEIKQRKLKYTHRHPESILLRTEAEINENIESYDKQNLISIQFKYDLLISAAGSIINDFENMLCGSLGPHKNEFQLLYKKRRTVAEASKLFVDIMFALLQYNLRRIFSRKVFMVLHLYLRTSAFYNIITDSKQGLIGKCIYHIVKHEDDDMLVQYIKSPKVAVSQYLKKKIIPEIFSNLEFKTEILEFVFQTMEEISRKVAAVKSDTEKLGNFLDIVLNEIDTETNYASLTKQILKESAELPVSVATVKDTIDKEKSKYVESNTLDLCQYICQEQAGVIQKCADRICDMTLGCTKTCPFCKEICKYSLNHPDKHECFVHRPDGVGGGHWVETNALCYETCTEHYENHTLFKFKGDWIAFKDYEKVFNTWDIVSSQEKEPHLIWKWILVNKYRLLSAVPGVRLPDNLPVAWKNISKDQALYSLEEIFELFV >WP_279295785.1 GNAT family N-acetyltransferase [Paraflavisolibacter caeni] MIELREAQFSDYAAIAKLHAESWKQNYRGIYSDHFLDNEVEQDRSDVWHQRLQFPSKNQRVTIATQDGSIVGFSCLYYNDDPNFGSLLDNLHISTSVQGSGIGTLLIRSCATQIFDNCTSDKMYLWVYESNIKARKFYERLGGVKLETVEKQNPDQTLSRVCRYIWNDVSALL >KAA0234643.1 vitamin B12-dependent ribonucleotide reductase [Actinomycetota bacterium] >MBV6509135.1 Vitamin B12-dependent ribonucleotide reductase [Acidimicrobiales bacterium] >RIK08514.1 vitamin B12-dependent ribonucleotide reductase [Acidobacteriota bacterium] MSLAPEQIAVGLRRYFTREGVHPYDEVEWERRDARIVNHQDGSIAFEQTGVEFPKSWSQNATNIVAQKYFRGALGSPERESSLRQVIDRVADTIAAWGSRDGYFADDDEAGIFAAELKALLVEQRAAFNSPVWFNIGVEGVRNQASACFILSVADTMASILNWYAEEGMIFKGGSGAGVNLSNIRASCEQLRGGGTASGPVSFMRGADASAGTIKSGGTTRRAAKMVILDAGHPDVEEFIWCKAIEERKARALRDAGFDMNLDGSDGFSVQYQNANNSVRVTDEFMQAVLEDAAWPLTAVTTGEVVKNLPARALMRQIAEAAWECADPGIQFDTTINRWNTAASTGRINASNPCSEYMHLDNSACNLASLNLLRFLHGDEFDSEGFCHAVEVVFLAQEILVGNADYPTEAIAENARRFRQLGLGYANLGALLMALGLPYDSEEGRAWASAITALMTGHAYATSARIAARMGPFAGFSDNTRPMLHVLDMHRREAAAVNEELVPAGLLSAAQEAWDHACEMAARYGVRNSQASVIAPTGTISFMLDCDTTGIEPDLSLVKTKKLVGGGQMAIVNQTIPRALQRLGYADEQTAEIVAHIHDHGTALGAPHLAAEHMPVFACSMGENHIHYSGHIKMMAAVQPFISGAISKTVNLPEAMSVDDIEVLYLDAWRLGLKALAIYRDNCKVAQPLSSGSGRTAAGQSGRDETAGPEAERVVERIVREPIRERLPRLRTSRTFEFRVADCKGFVTVGEYEDGRPGELFIRVSKQGSTLAGIMDAFAISVSHGLQYGVPLRAFVEAFTGMRFEPMGMTDDPEVRIASSLIDYLFRRLALEYLSYEERAELGILSVSERTQPTLPGVEESSVETSQGHDVVPDPPSIPSASHFEAALEISQPIPEPNAPLCMQCGVRMLRAGSCFVCADCGSTSGCS >WP_188888464.1 response regulator transcription factor [Paenibacillus radicis (ex Gao et al. 2016)] >GGG63660.1 DNA-binding response regulator [Paenibacillus radicis (ex Gao et al. 2016)] MKIKILLVDDHQIVLKGISFFLSMQPDFELVGEAQNGKEAVEKAGELQPDIVLMDLNMPVMDGIEASAQIAEQHPHIKVLVLTSFSDRGHILPALQTGAVGYMLKDVEPEQLAEAIRSAYMGNIQLHPDISAALLHQLQPQSTQALNSGAAVIPAQTGAEAIESLTPREQEVLQLLTKGLSNKEIAQTLVVAEKTVKTHVSNILGKLRLSDRTQAALYAVHALHPQE >MBS1743426.1 hypothetical protein [Bacteroidota bacterium] MNENTRYEKDLVKQLQDISLPDKNDDWELMKKMLDEDDNTPAVPVMFNRLNRTLLFFALLISIAGSTWYFTYYSSKAAQNIAGKSASSKNTNQEVDYSAYSTDITKNGTKTSPSSSIQINSQPGGNNISSVKKITRPASVEKNPKRINNSGIQSFNEKLAINTGIGNETATANFTKKRKKITDKGRKNVHYTNPGTETVQQENTTGTESRTPAHENKFNKKTIAQIPDISRNKHQLFAENNTVPSVNTDRGNTALSTIAINEEDSLGSTNAKGDSLLSIKQVTAGLNPTVHSVNNKKKEHKKKQFVGFAFGIGEQQSFRLSQHYNYPGNSYGFKFRLRDYIPSVYLRYYTSHWFGHVGFKYAAPVFVNQFLYERNVDAAPFNYTSKLYILKHVYANELSASYHRIVLPRFAAGAGVKYSFVHSGTTQVDYTRKRYGIRADSLISTSFVSTKSGAGYIRFLNTVHFDLDLQYQFKKLSVGATYSIALSPYVNYEDPLTLVASKKKTNAFRIFLYYDLWRRKN >EBD4871273.1 DUF3486 family protein [Salmonella enterica] >EBQ5245413.1 DUF3486 family protein [Salmonella enterica subsp. salamae] >EBV7096495.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Oranienburg] >ECA5248077.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Lomalinda] >ECD3767984.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Onderstepoort] >ECN6755364.1 DUF3486 family protein [Salmonella enterica subsp. enterica serovar Newport] >EDJ2552662.1 terminase [Salmonella enterica subsp. enterica serovar Stanley] >EED7270564.1 DUF3486 family protein [Salmonella enterica subsp. enterica] MIMGRKSSLDVLPQDVRRWLERALTERNFTGYAELEALLKDKGFVITRSSLQRFGYKMEQQLARVRAATEAARLMAREASDDGDDRSGGLVALIQTEMIDILMRLKELDGDDPKESSARAKLMATVSKNIATLTRASINLKKYQAEWQKEAREALLREQQENLKVVARERGMDKESVDFWRRRVLGVS >MBO9629596.1 hypothetical protein [Shinella sp.] MKLLILLPLAVAALAGSAFASEPFKTVKTAKGEVLAGDKGMTLYTFKKDEKGESYCYDKCAANWPPALAASDAKAEGAYSLVTRKDGAKQWAKDGMPLYYWVKDKKQGDATGDGMNGVWNVAKP >KOR84431.1 3-phosphoglycerate dehydrogenase [Bacillus sp. FJAT-22058] MLILSTVIPNEGIQTEMMKAFPDLNFIYQKGWTDGPLREAEILITYGEDLTEEIIEKAANLKWIMVMSAGMELMPFKAIEERGIMVTNARGIHKIPMAEYTIGMLLQYEKKLKLLMKNEKEELWDRKIEVGELNGKTMLVIGVGAIGGEVARLGKAFGMKTIGVNRSGKPVESIDHLYDLDHLLVAIPGADYIVSVLPSTDETKGLLQKEHFKAMKESAVFVNIGRGDLINDEVLIEALDAGELSHAILDVFDPEPLGKGHPFWRMENVTVTPHLSSKSGEYLPRTFAIFEKNMREYLRAGKDFTNVIDLSRGY >MBQ7329863.1 manganese efflux pump [Oscillospiraceae bacterium] MGIWGLLLLALSVSMDAFAVSMCKGLSVKKAGPKECLTCGAWFGGFQALMPLLGFFLGALFAGKIEAFDHWIAFGLLAIIGANMLKEVFEADCECCDKNADFSVKTMFLMAVATSIDALAVGVSLAMAGNVNIYLAVVLIGVFTGTLSAIGVKIGNIFGSRFEKKAQVTGGVILILLGVKILLEHLGVL >WP_132575460.1 sugar ABC transporter substrate-binding protein [Rhizobium sp. BK212] >MBB4216626.1 multiple sugar transport system substrate-binding protein [Rhizobium sp. BK212] MNIRKFSVTMRAAVAVWALCATSAFADTTIEFIQWWEPEMPSGALRGIMNDFEAANPGIKVTLVSGPYATTRDQIVVGAASGTLSDVVGLDGAWVNGLTKQGAIASMDELMDKAKYDKSQITDIVKVDGKSVMFPLASFVYPVFVNLDIAKASGVDKLPTTRTEFAEAAKKMTDAPKNQYGWVLPLSLQSPSGIQNDVMSWVWASGASMLKDGKPDLENDAVVGTLDYIASLNKEGVISPGIFAKKEQDKVEEFVNGRVGMMVDSLAHVNLIRERNPKLNFGISALPATDGYTGKRGMPYASWGIGISEGSQHKEEAWKLVEYLMSPDVNGRLVSIANAFPGNVHAKPDFVASDPIFAEAFKIFQSGYPANEFVGLPVAEELMRDMNVEVQKMFDGGQSAKDAAANTQKAWLAKF >HAV2020887.1 DNA mismatch repair protein MutS [Citrobacter koseri] MNAYLMYKDNDFIVDDNIPENIKFAMKDLELAVLFHALSDGDDFLYSVVRKACSVLLSGIPDIEYRQAILRDCLYNEDVIRTFYNVVVECLQMEKEKLHYGVFGHYPSAVLHQSLSFTQFLMTYLQKIKIIAQENIHHVESPGMVRLFSMLVQELNDDYMSTIERHLKQMSFKKGVLISARLGQGNQGKDYVLRRPNPPKKGWFRRLWTKKPAHYTVQLAARDENGFRALSDLKDEGLVLIANAMAQSTAHLLNFLKSLRTELGFYISCLNLAQALNKRNIPLCFPVPIYQRERHHVFEALFDPCLALTSDREIVSNTLRTDNKNTFIITGANQGGKSTFLRSIGLAQIMMQTGMFVSAECYSADLCRQIFTHYKCEEDSHMVSGKLDEELRRMSDIVDALQRDDLVLFNESFSATNSREGAEIIRGVVTALAESNVKLFFVTHTAEFACSFYQEDRQDTVYLCAERRDDGERTYKIAEGVPLDISYGEDLYRDVFDASPVYRNTGEVSER >WP_152735594.1 helix-turn-helix domain-containing protein [Marinifilum sp. N1E240] >MPQ48562.1 helix-turn-helix domain-containing protein [Marinifilum sp. N1E240] MELDKIFFLLLDTIDMWQAISVGLFLLIINRRKKNSLQLLGIFLVVSGLSALSEIFDFFNAYIKNPYLNILNFNFLWLLPTLLYLYVERISIEKTQKSSYFLLIPGAIDFILNIGKYLLPLQMKKAIEDSLAYALFELIGLLFGLILIALIFRKVRKHSRLIKNQYSSIENRELKWLNIAILSIILLFVLSALVEIFLDGFIADLLISLFGLFITFWIAYNGLLQQNSINLVSDENNVVIKEKITSKILSFDDKNDKQNQVVGKIKELLEEEKLYLNCELTIVHIADKIGEHPRLVSGSINSICNENFNRFINRYRVEEAKNLLKNKNSEHLNMEGIGFEAGFNSNSSFYSAFKNELNITPLQFLKNSNLGIQ >MBX9878857.1 integrase family protein [Candidatus Obscuribacterales bacterium] MPRLNKTFVDKVEHPATGAKLYFDEELKGFGLRVTAGSKTYFAQGRVKGKVCRVKIGKHGNWTPKQAEDEAKDLLRLMEKGINPNTRKAEQKAKSITLAEVLESYKQSKNLRPTTIRLYDGAVNRCLTEWQNKPIVEITKDMVERRHKQLSNANGPRGKGEAQAHQVMRVLRCLFNYALATYEDSDGHSILQDNPVRRLSQIKAWNRIPRRQSVIHDHQLPDWYQAVMSLENDVMRDFFLLCLFTGLRRGEASKLKWCNVDFKNKTLTIPSEEAKNHDEHRLPLSDYLIALLGERAKVIRIDNPYVFPGEESNTHMVECKRAVERIIKNSGVKFMVHDLRRTFLTTAEKLDIPHYAVKKLANHRNSSDVTLGYIVTDVERLRMPMQKISAYFLDKFIKKEELKDSEPIVVVAN >WP_037889990.1 cytochrome P450 [Streptomyces sp. Tu 6176] MTQEITTPSPDRVAPRPAARVVPITVEPPAPAPAPPPPIREWPALDLDGPEFDPILAGLMREGPLTRIRLPHGEGWAWLATRHDDVKLITNDPRFSRTEVTRRQVTRLAPHFKPRPGSLAWADQPDHNRLRRPIAGAFTVGAMKRLRPRAQELLDPLVDAVLRDGPPADLVERVLEPFPIAVVAEVMGVSASDREQVHTWTRQIISMCGGAEAADRAKEGMYGWIAATIRARRGSTGEDVLSRLGAAVGRGDISEEEAVGLAGPLQIGGEAVTHNVGQMLHLLLTRPELMARMRQRPDERGPVLEELLRHIPHRSTVGLARIALEDVELRGVRIAAGDPVYVSYLAANRDPAVFPAPDTIDPDRDPNPHLAFGNGPHYCTGAVLARLQTGLLVDTLLDRLPGLRLAVPADQVAWRRRTMIRGPRSLPVTW >MBP7989505.1 DNA topoisomerase [Enterocloster sp.] LEKELEKKEIQEGLISACDCIDLIIAILRGSKSLKDAKACLITGDVSNIHFRMPGFEEEAKKLHFTERQASAILEMRLYKLIGLEILALEKEHKETLKRIESYKKILGSRGVMNRVIKDDLAAIRKEFAVPRRTRIEDGPEAVYVENAVPVQEVVFVMDRFGYCKLLDKSTYERNQETVDTEQVYVKRCLNTDKICLFTASGTLHQIKALDIPSGKLRDKGVPIENLSKYDGREDRICLLTCAQELKGRKLVFATKLAMVKQVPGEEFETNNRMVAATKLQEGDEVLSVALVEEQTATVVLQTTGGYFLRFPLEDISVLKKASRGVRGIKLSKNEELEQLYLLGDEPYAITYKDREINLSGMRITKRDAKGTKK >WP_203162307.1 plasmid pRiA4b ORF-3 family protein, partial [Klebsiella pneumoniae] >MBM0668847.1 plasmid pRiA4b ORF-3 family protein [Klebsiella pneumoniae] >MBM0711093.1 plasmid pRiA4b ORF-3 family protein [Klebsiella pneumoniae] MYQLKITIRDSKPPIWRRVLVPEQIPFSELHAVIQLAFGWNDEHLYMFEKGRKGDLGSEYRVWGEGESMDNAAITP >MBF8983114.1 hypothetical protein [Lutibacter sp. B2] MNNSFFVEEILTGITEGIRKSPIVKESKTEKRNVHIIVDGNKREIEEIFKFIERLGVRYIEERLDVKTIEKTYMPKIVKSSVETLSPIEDQKKRVITEKDILELVGKRNKLHFSKGSIITPLAKDCAKENNITLIKD >XP_054844157.1 cytochrome P450 2D14-like [Eublepharis macularius] METLMAVISWMGAQALSFWNNITATLIYLLLLALLLDYVMFRRKSSRLPPGPTPLPFFGNLLQLDFWHPLNTIPQLAKRYGMLFLAQAGWTNLVVLNGFKVMKEALGKKTEDFIERPSVPLLCLAGYTENCQGLVMAGSSTGWKEQRRFFLSNMKNFGMGKKTLEMMVSKEAEHLCSELKSQGGTPFKPHYLMSTAVGNIMCALTLGSRFEYSDEKIQTLLHLTEDLMKTFTKNITQMVAARSWFSYIPGPHLKIREVYNDITAIFKEILNEHKKTRDPAFARDMTDAYLEEMEKAKGTPESSFNEQNILKIIFELFATGTATTSATILWGLLEMVLNPEVQKRVQEEIEKVHGRDKPLMMKDLPDLPYTNAVLHEIQRCADIIPIAFPYITHHDVEVGKFVIPKNCIVFNNLSSVLKDETMWEKPHNFYPEHFLDANGQFVKREAFLPFSIGRRACPGEQIAKVELFIFFTTLLQRFTFCIPENHPRPKEDRVFSFNVTPLPFHICAIPR >XP_048221756.1 COP9 signalosome complex subunit 1 isoform X4 [Perognathus longimembris pacificus] MPLPVQVFNLQGAVEPMQIDVDPQEDPQNAPDVNYVVENPTLDLEQYAASYSGLMRIERLQFIADHCPPLRVEALKMALSFVQRTFNVDMYEEIHRKLSEATRELQNAPDAIPESGVEPPPLDTAWVEATRKKALLKLEKLDTDLKNYKGNSIKESIRRGHDDLGDHYLDCGDLSNALKCYSRARDYCTSAKHVINMCLNVIKVSVYLQNWSHVLSYVSKAESTPEIAERGERDSQTQAILTKLKCAAGLAELAARKYKQAAKCFLLASFDHCDFPELLSPSNVAVYGGLCALATFDRQELQRNVISSSSFKLFLELEPQVRDIIFKFYESKYASCLKMLDEMKDNLLLDMYLAPHVRTLYTQIRNRALIQYFSPYVSADMHKMAAAFNTTVAALEDELTQLILEGLINARIDSHSKILYARDVDQRSTTFEKSLLMGKEFQRRAKAMILRAAVLRNQLHVKSPPREGSQGELTPANSQSRMSTNM >WP_104836709.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >AVA41138.1 phosphoribosylglycinamide formyltransferase 2 [Proteus mirabilis] >EJL1445064.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >MBI6371005.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >QKG50075.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] >WDQ23400.1 formate-dependent phosphoribosylglycinamide formyltransferase [Proteus mirabilis] MTILGTALTTNATKVMLLGAGELGKEVIIECQRLGIETIAVDRYANAPAMHVAHRHYVVNMLDSEALKQIITQEKPDFLVPEIEAIATSLLVELENNGQKVVPCARAVKLTMDREGIRRLAAETLQLLTSPYQFVDDEAAFRKAAVEIGFPCIVKPVMSSSGKGQSVIRSEQDLTSAWTYSQEGGRAGQGRVIVEKMIPFDFEITLLTIRAVDGIHFCEPIGHRQEKGDYRASWQPQKMSDIALAKAQHIASKVVENLGGYGLFGVELFIQGDEVFFNEVSPRPHDTGLVTLISQDLSEFALHVRAFLGYPIGGIRQLGACASAVILPELSSTNIVYTGLEKALKANRQIRLFAKPEIAGHRRLGVVLAYADSIKHAIEEANLGAQAILADDGDNHLSQ >WP_077217464.1 ABC transporter ATP-binding protein [Burkholderia cenocepacia] >AQQ31500.1 ABC transporter [Burkholderia cenocepacia] >MBR8079673.1 ABC transporter ATP-binding protein [Burkholderia cenocepacia] >ONW37454.1 ABC transporter [Burkholderia cenocepacia] MQNPQAVPDYLIQSDAVRERFARLKARDVILDVRHVGKRFTTPQGECVALDDISFRTHRREFVCVIGPSGCGKSTLIRILAGLDAQTSGDVLLDGKPVDGPGADRGMVFQGYTLFPWLTVKKNVMFGLRMNGSSSGVAEREALQWLDLVGLTRFADVYPHQLSGGMKQRVAIARALANRPRILLMDEPFGALDAQTRASMQTHLLDIWRNIDVTILFITHDLDEAIFLADRILVLKANPGGVQELIEVPVPRPRDYSQVNTPEFVATKARLEALIHPREAATAEDDGIKPHMIRMTDVADNVE >WP_116788607.1 DNA-binding protein [Flavobacterium sp. CJ74] MNEQITKDDLIQFGRMLVNEISIMVKGDYNREKDTSDPEWLKSRGARKLLDISAGSLQNLRITGKVRYKKVMGSYYYNKADLLGLFNDVSSKDS >WP_002541411.1 L-serine ammonia-lyase [Cutibacterium acnes] >EFS52803.1 L-serine ammonia-lyase [Cutibacterium acnes HL059PA1] MSVAVSVFDIFKVGIGPSSSHTVGPMRAARIFVTDLAQSPVWPEVTRVRAELFGSLGATGHGHGSEAAVLLGLEGEDPATVDTDQTPARAASIANDGRITLDAVHGGREISFDVTTDLVLHRNRSLPFHPNGMTFTAWSGQEVVVERTFYSIGGGFVVEHGEDEHPAIVRDSAPVPYPFKTGKELLEQCSDYRMSIPEVAMANEMTLRAEEEIRGQLLDIWAVMHACVERGCSRAGVLPGGLHVRRRAMKMHHDLVTRERITPGKPEPFGSVDWLTVWALAVNEENAAGGRIVTAPTNGAAGIIPSCLHFAVKFLSPGSDIDSGTPGVDTGDDDLIVNYLLAAGAVGEIYQQSASISGAEVGCQGEVGVACSMAAAGLAQGMGGTPTQVCNAAEIGLEHHLGLTCDPVGGLVQIPCIERNALGAIKAVTAARLAMAGDGSQIVSLDQVMKTMMETGRDMKVKYKETARGGLAVNIVEC >WP_280713773.1 DMT family transporter [Leclercia adecarboxylata] MVSGVLYALLAGLMWGLIFVGPLIVPEYPAALQSMGRYLALGLIALPIAWLGRARLRQLKRQDWLTALALTMMGNLIYYICLASAIQRTGAPVSTMIIGTLPVVIPVFANLLYSQRDGKLAWSKMVPGLIAIALGLACVNIAELRHGAAGGSGWRYVSGILLASVSVVCWAWYALRNARWLRENPDKHPMMWATAQALVTLLVAVLGYIAACAWLNVQQPEFALPLGPRPWVFLGLMVAIAICCSWVGALCWNVASQKLPTVILGPLIVFETLAGLLYTFLMRQSLPPLLTGTGIVLLVVGVVIAVSAKPEKPLVVPASQP >WP_147493387.1 DUF1318 domain-containing protein [Sphingomonas xanthus] >QDP18928.1 DUF1318 domain-containing protein [Sphingomonas xanthus] MRLPIMLLAAIALAPTAAPAQDYAAIASARAAGQVGERHDGYLGLAGPVSETVRRQVAAVNIKRRSLYAGLAARKGVSAEEVGITAACTLLGRVAVGEAYLAGRAWQRRLSGQPAPVPTYCWAGPNGSR >WP_182342936.1 DNA-processing protein DprA [Pseudomonas migulae] MPSSVSLPVSPAELEARLRLHCLPELGPRRYQKLLQAFGSASKAISAPASAWRALGLPAACAEARRSPSIRDGAHQALAWLEREGQHLLMIDQPGYPALLAEISDPPPLLFVAGDPAILEKPQLAMVGSRRASRPGMDTAAAFSRSLAGAGFVITSGLALGIDAAAHQAALDVGGQTVGVLGTGLKKFYPQRNRALATAMIAQGSAVVSEFALDAGPHPSHFPRRNRIISGLSLGVLVVEASVASGSLITARLAAEQGREVYAIPGSIHHPAARGCHQLIRDGATLVETIEHILEGLRGWQYLPAAPVTAAAELDHPLLRLLFAAPHTTEALAESSGWALPKVLVALTELEMQGRAVAEGGRWFARLS >WP_232243969.1 xanthine dehydrogenase small subunit [Pseudomonas gessardii] MDPNLTVINYLREHLGKSGTKEGCASGDCGACTVVVGELQTDEQGAEQIRYRSLNSCLTFVSSLHGKQLISVEDLKHQGQLHSVQQAMVECHGSQCGFCTPGFVMSLFALQKNSDAPDSAKAHEALAGNLCRCTGYRPILAAAEQACCNKPQDQFDSREAQTIARLKAIAPTQTGELNSGDKRCLVPLTVADLADLYDAYPQARLLAGGTDLALEVTQFHRVLPVMIYVGNIEAMKRIETFADRLEIGAATALSDCYSALHHEYPDFGDLLHRFASLQIRNQGTLGGNIGNASPIGDSPPLLIALGAQIVLCKGSVRRTLALEDYFIDYRVTARQDSEFIEKIIVPKGHTLFRAYKVSKRLDDDISAVCAAFNLKIDNGVISDARVAFGGMAATPKRAQHCEAVLIGATWNSATVEKACAALAEDFTPLSDFRASKEYRLLSAQNLLRKYFIELQTPHIETRVTAYV >MBN1793755.1 D-sedoheptulose 7-phosphate isomerase [Candidatus Omnitrophota bacterium] MKEYIQSALKQGIDLRRICLEDSGLISNIAAAVKNIVQALKQGGKICLFGNGGSAADAQHIAAELVGRLRLERNGLRAIALTTNTSTVTALANDYGYEHIFTRQLEAVGVSGDVAFGISTSGSSANVLNGLLLAKKLGMTTVGLTGKAPNKISEACDIALAIPSSDTQRIQELHIAVGHIICELTEQSLFSQVR >WP_100378753.1 hypothetical protein [Polynucleobacter brandtiae] >PJI83010.1 hypothetical protein B0G85_0400 [Polynucleobacter brandtiae] MKFNLKTLGLCLALASLLTACSEPPELAAKAAKRPDVAPYMGADNGFMTKNWKPGNDASWTESIEKRTQKQNEYSRVK >KAJ3691906.1 hypothetical protein LUZ61_021070 [Rhynchospora tenuis] >KAJ3696296.1 hypothetical protein LUZ61_000001 [Rhynchospora tenuis] MQLSPDMISPELPPIKKPSPAWQEGPIIVGAGPSGLAAAACLSSVGIPSTVVERNRCIASLWKHYTYDRLKLHLPKSFCELPLMGFPEDFPKYPTKDQFISYMEQYAKKFGIEPWFCAEVVQVHFDESIKGWRVSFSNGEELASKWVIVATGENAEPVLPEINGLKMFEGRVIHTCQYKSGKSFEGEKVLVVGCGNSGMEVSLDLCWHNAIPTMVVRNTVHVLPRELFGFSTFGLAMAMLKTMPVKYVDKFLLSMSNVILGETDKWGLRRPMMGPIELKNHAGKTPVLDVGALAQIKKGRIKVVGGLKEITKDGAKFVDGSEERFDSIILATGYRSNVPSWLKDCGSLFANDGLPKTPFPNGWKGDNGLYSAGFTKRGLLGSSMDAMKIANDVHLQWSQLKP >WP_036258374.1 ABC transporter ATP-binding protein [Meiothermus cerbereus] MPYLRRYGSQYLWGMLAGIASVGMASLSPYFLRHAIDAIQAGEAYLVWVWAILGAAVAAAIFSWANRQLLVVASRYIEHDLRMDLFKKALALDSYFYSKNRIGDLMNKFTTDLGAVREMLGGGINMGSRLLMFVVFAIVAMYLVSVPLALALSLVFPIIFGVMYYVLRLIDRRYRESQESFDRISTRAQENFSGIRVVKGFALEDRELETFQALNKDYIAKSLALTRVEGPVRALMGLLMGFAALIVLWMGGGMVIRGEMTTGQFVQFNAYLMMLGWPIVGLGWTLTIFQRGSTSYKRLEEFWREPARITDTPDSSKRSLAPLHLRGEVKFEEVSLELGGRKVLDGITLTIPEGTTLGITGRTGSGKTLLVSLIPRILEPTTGRVLVGGSDVKELPLAALRAAIGMVPQEPFLFSDTLVENICFGLPEVDLERATWAAKLAGVHDDIMSFPKGYHTSLGERGVTLSGGQRQRVALARALARKPSILILDDAMSAVDTETESRILSGLKGVLGQQTTILIGHRTSTLQYADWIVVLDHGKIAEEGTHEMLLATGGIYAELDRIQRLQAEVD >QNK62815.1 hypothetical protein H7F33_20150 [Pedobacter sp. PAMC26386] MKAITSLSIFVSFALLFTACNTKSTKEKSPRIDHLDVNTVKGIRYTEVKRRFSNGLSFDTTGFQQQPSWIIQFKSKDTVLAYDPVQKIMQGFYLHHDHANVFNFAKEWFRFKLISKDSLVFQRLQVIKKEIAADIRSDVNMTFYADDYIKNKLKTTAEKLQRPSKADTVFIAEMVKKANKYPENRDSVFAGRQVATLFPRDNRITVERLSNIDKLNGITEAYDYLYPRYKLVIPDAYKDFAYEFNVIVDEKGKLQLSYFFTNLPEFKETRKKVLAGITSVYLQNLLIIKPGTTLGVPHASEITVAVTGRKTAK >MCD7834656.1 radical SAM/SPASM domain-containing protein [Lachnospiraceae bacterium] MIHQYKNNGYNIVLDVNSGAIHLVDDLTYDVIALLDQGKSRDEISDELVSRYPAQEIMESLDECAQLTEFGVLFTEDVYEKAITDYKARKTVVKALCLHIAHNCNLACRYCFAEEGEYHGRRALMSFEVGKKALDFLIANSGSRRNLEVDFFGGEPLMNWQVVKDLVAYGREQEKIYNKNFRFTMTTNGVLLNDEIMEFLNREMANVVLSIDGRPEVHDYMRPFRNGKGSYDLIMPKFKHFVALRTQAASEEKTDGEGEALAASMDPHRAGSGNGKTWYVRGTFTHNNLDFCNDVLHLADEGFRQISVEPVVADPSEDYAIREEDLPQIFSEYDRLAKEMVRREKEGNGFTFFHFMIDLTGGPCVYKRLSGCGSGTEYLAVTPWGDLYPCHQFVGHEEYLMGNVDEGVTRPDIVDQFKACNVYTKEKCRNCFAKFYCSGGCAANSYNFHGTIQDAYDIGCELQRKRVECAIMIKAALAEA >MBP7634095.1 hypothetical protein [Candidatus Ozemobacteraceae bacterium] MKTPESGFGRLALLAFGIPLLILAVIGNHTLGRFEDSADRMRLEAQERSLDAIVAATAENEYILTCLRERARLVRRSGFENDTLRTALRTASRRDGLGVSLFLYDRNRLAWSTAPLPPGSLFERLMELLHRDGDAFLAAQRLVKDDLMAMFGPGNRLELIKRSRGLLNRFGRPGKSRGAYFWNEYPDGTALFALVHRVPEAADRFRRVRQRAGMFQSGFALPGNDRWLPPKCASEQDMRIAWEKCRVTGLLQVRHANLEWAFCQSQQETIWCVASSVPAGSSAPAIRNLVITATTVSAVLLLAWLFASVGIRPGPDAIRLIEALPLRLRLTLLFVMATVLPLGLASIIGGIGVMDRIEVLTVDSDRQALGRLHRYEHGVSAHLEKFRVVAERLRDHPAIREGRIEALGPMLARLQEQDAFQDLEVRDHQARPLFST >XP_019384620.1 PREDICTED: peripheral plasma membrane protein CASK isoform X6 [Crocodylus porosus] MRCFLLMDLLRRDTLQYHLGLNRGPFSVVRRCINRETGQQFAVKIVDVAKFTSSPGLSTEDLKREASICHMLKHPHIVELLETYSSDGMLYMVFEFMDGADLCFEIVKRADAGFVYSEAVASHYMRQILEALRYCHDNNIIHRDVKPHCVLLASKENSAPVKLGGFGVAIQLGESGLVAGGRVGTPHFMAPEVVKREPYGKPVDVWGCGVILFILLSGCLPFYGTKERLFEGIIKGKYKMNPRQWSHISESAKDLVRRMLMLDPAERITVYEALNHPWLKERDRYAYKIHLPETVEQLRKFNARRKLKGAVLAAVSSHKFNSFYGDPPEELPDFSEDPTSSGLLAAERAVSQVLDSLEEIHALTDCSEKDLDFLHSVFQDQHLHTLLDLYDKINTKSSPQIRNPPSDAVQRAKEVLEEISCYPENNDAKELKRILTQPHFMALLQTHDVVAHEVYSDEALRVTPPPTSPYLNGDSPESANGDMDMENVTRVRLVQFQKNTDEPMGITLKMNELNHCIVARIMHGGMIHRQGTLHVGDEIREINGISVANQTVEQLQKMLREMRGSITFKIVPSYRTQSSSCERDSPSTSRQSPANGHSSTNNSVSIYVRAQFEYDPAKDDLIPCKEAGIRFRVGDIIQIISKDDHNWWQGKLENSKNGTAGLIPSPELQEWRVACIAMEKTKQEQQASCTWFGKKKKQYKDKYLAKHNAVFDQLDLVTYEEVVKLPAFKRKTLVLLGAHGVGRRHIKNTLITKHPDRFAYPIPHTTRPPKKDEENGKNYYFVSHDQMMQDISNNEYLEYGSHEDAMYGTKLETIRKIHEQGLIAILDVEPQALKVLRTAEFAPFVVFIAAPTITPGINEDESLQRLQKESEILQRTYAHYFDLTIINNEIDETIRHLEEAIELVCTASQWVPVSWVY >MBT3747969.1 hypothetical protein [Bacteroidota bacterium] KSPDHPLVKPGKSWGGKIMSLWNIREYEKDSIHGPVLEIENPLLTDPSDWEQWENYLWPSVSWFDYSEINADLLKWSEFSIMASGASVFQHGSYIRGLDAQLMDLLMAPDKAEYLLDKLFDFYFDYYSKLFASCGEQIDVFALADDFGTQNSLMISEALFDQYFASRIKKLADLAHKHDIFLLLHTCGNIEPLIPSFIDLGVDVLDPVQPESMDVVQIKKKYGKDICLRGGISSQKVLAHGSKEDVQQEVKEKLDILMPGGGYIFSPGHPVFQVDIPTENIVTMYETAWGVNGEK >MBQ6998144.1 hypothetical protein [Oscillospiraceae bacterium] MDFIIVVLKILAMLASVFVMFLPLLLEYISFRNDCEEGLSHKRLRLMIFGLLYAAAITVAMVFLDELVAWIGSWSWVQWIAGKVSISARTTYCVELIAVMLINLAIGGLFKLLLPVVRLGLKKKDLSKPKKKNGEFSWTQKLERKVLKYFNKEKWFFAGIILKYLCLALAALYATAFLFCLLPVFFGADWIPYAFATRLFESGYIYPMITLIPLCQICFFLAGVENLEKECPGFEQEEEGGELGKTEPDIDMINGECQKLFKDHFAHEMREEIPEEEVAASTAYHAITKLIAQGISANSRKPKPIREGYLRCLNTIVENDLGPEDALAGSETRGVIVNGSLFTDFSEYFLRYCSVILSRGDNILFICNDSSQIEQTYQCVVKTLEQIYSLYHTEPSKQNINFDDSVWKVLKVDGENYQVEGADVNNCSVLITDLNFLTNACFDQQCDTFIQLVDTVVFVDVLGAVNHFARQMSVFDTKVKNIREQNATRAKNSGRSGKIRSGYGERNAFPVRYACNQIKYICFGDSRIPGLDKVLKNLLFVDFLSTDAMRYSPQTVIACYNYEGRVNEDGQRERIQTARTEEDLGVLVNMADFAAELGAGKISLFAEHGMPFRDLMESIDANANHGLRIQNGRNLSVNNYQFDLDDCRVIVVFDHDDNLPMTIRRFRTMTSDKKTLVMVFSRPYMFRDYYQANIEKLWKSEQLLRIPVEKSGKYSAIQKILVKADSGGISVKEIFDIIEDAALEDYADVLENEDIRGLLRKLLVDCGKHETEALKWNDYFEFVQFSDFDRRGVFVVEERVCLRNKRAMASLLDGVSPAIAVIDDKEYPLPTPKNRITQNYIAGQNLLLNGCVYVINSIDVAKGKLFIKHATGGKNIVPYRYVQNREYHIDYSDPNPERTYPTKQVVINGDGEMAVKEVKISVTRHPMEVITRGYSVVDQRTLHDNDTATDSYVVLDAAEQLDKFKQTYRKYGDVQNPVCSSDMMMQSRVAHATAPNGAQVMSVKLSGDFGAEHSRVVLLAAVMLNEVLHTMFPTAADAVAVCPVLNTDSFQDAEAAEILKRLPKACCREYTAEDKDIEFLIIEDCTSDLGVISELMSSGDDVIKLLFEPVYEYLQWYLTTGTPSDYLNFGMSEAPKCFDFEGLSKLATGLGKDEFSMKFVDIESPLAYDVCDFCGKRYPKGTDDVAVLEDGRKMCRDCAGSLVGNDKKVLKAHLERAKIFLESTYGITLGDDYEFCFESTVKIANTLKKNCSLMGRGSDVPLRSYVDDKKTVHVEYSIPSVNLSELLVRELTHVWQLKHLPELEEELAEGHIALVAVQYLRFLNQSALASVRASYYESNSGISGEGYRRLVRALLENPQYNNNPFRYLLEMSGAVIDDEITPPSPRIIEDSDYGLPYTPETPDRALDGNIRYFFYDRLTATCQRAYDILLAAIRSHEEDTVISGCSFADMEKVCDAVRFDHPELFWFKTISMGGENVHLFYGASAEEAELLQRRIDEVVPKYLEGIDDSMSAYDVALRLHVKVISAVDYDTIALNKQKQEGGPAMDKIDYLRTICGVFLEGKAVCEGYARAMQYLLQKCGVECAEVAGYIRKETGEQDGAHAWNILKLDGDYYYLDTTWDDSSNTVQTVKNNATGFDYFCITTDELCRTRDISLCPAAVPGCDATRGNYYYHNGLVLESYDPNRIKTIAQTAAKNHCKSFTFKCKTKAIFDQAMERICSVGDDCYSALKAAAKVDKKILTNTYAYMYDKNIWTITVVFKYK >WP_150930630.1 ABC transporter permease [Microbispora cellulosiformans] >KAA9381707.1 ABC transporter permease [Microbispora cellulosiformans] MTATDLPVERPVETPPARRFRLSAPMLLLGLAGLVVLLSVARLVTGANDITSAGTVSAALGLAVPIGLAGLGGLWSERAGVVNIGLEGMMVLGTWFGAWGALQFHSPWAGVLAGAIGGALGAAIHAVATVTFGVDHIISGVAINIVGVGFTQYLSQLVFNGMPGGGTKNSPPLPKLGTVSLGFLDDPLRTVEATHWFVLSDFAGLLRGITQGVSWFTILAILLVPLSFYVLWRTPFGLRLRACGERPVAAESLGVNVYLYKWAAVLVSGLLAGLGGAFLSLVAAGIYRDGQTGGRGYIGLAAMIFGNWRPGGLAGGAALFGYTDALQLRQGGISVHALLLVVALLLAAVAVYQLVRQRRGVAALVTGIVAIAVFAVFALTDTVPEQFTSFTPHLTTLLVLSLASQRLRMPAADGVPYRRGQAK >XP_026120963.1 calumenin-B-like [Carassius auratus] MDLLLLLLVASLCNLQSSSKPMRRKERVHHDTLINNEHDDEKNFNLNYEAFLGQEEAKTFNQLTPEESKQRLGKIAEKIDEDHDGFVTLDEMTRWIKNALKRWIYNDMERQWQAIDHNSDAYVSWEEYKNVTFGYTLDEADPNISFNYRQMMTRDERRFKMADYDGDMRANKEEFTAFLHPEEFNYMKDIILLEAMEDIDKNGDGFIDIDEYIGDMYSQTGEANEPEWVKTEREQFRQFRDQNKDGRMDKDETRDWILPAGYDHAEVEAQHLLYESDTDQDGRLTKQEIVDKYDFFVGSQATDFGEALVRHDEF >WP_126840241.1 Xaa-Pro peptidase family protein [Variovorax sp. MHTC-1] >RST48155.1 aminopeptidase P family protein [Variovorax sp. MHTC-1] MNKDINFAKQPPSYYAGDELHAIKQQKLQKALEKSGFDAFLFFKAEAVRWVTDFYVKGFRPFLEPEYVALVVKGRPPVVGYISGSDDLRIRFKSDIEDARRLPHVSKWHEVIEKMLADYGVSEGRIATDIMPHMVFQGLTKRCPALQIGDVTPMWLQLTAVKHPIEIELIRNSLRVADLGALAAIDAIRPGVTEQSVSAAAVTAMRRAGSEFEPFIPLIASGANASMFERIATEKVINSGEMVILDLGAVVKGYTADLGRTVLCGDEPTETQRSIYKATYLALQEAKKMIRPGVTGKAIDARAREVIADSGWGDYTYTGNTGHQLGYGLHGEPLVDRRVDFVVEENMVMCLEPRIVLPDQPHVGGAHLEDVVVVTATGCEQLNTTPYDARLLG >HBK0888477.1 hypothetical protein [Escherichia coli] MELTSSALRGCIIAPTGKKLVVSDLSNIEGRMLAWLAGEEWKLNAFREYDAGTGPDLYKLAYAKAFDIAPDDVDKHMRQIGKVMELGLGYGGGVSAFITFALVYGLDLDELANAALPNIPRDVIREAKSWYDESVKRKSTFGLSERVFIACDSLKRLWRRAHPATCDFWYELERTVRTAIATPQKTLYCGYLKIRRDGAWLRIQLPSGRAVCYPSPVIEQGNITYMGVNSYSRKWQRLKTYGGKLVENVTQAAARDVLARNMPLIEGAGYSIVLTVHDEVITEAPDTEDFNDKALSALLSTNPEWAPDIPLNAGGFEAYHYKKD >XP_027768392.1 uncharacterized protein LOC107031971 isoform X2 [Solanum pennellii] MGDLYALDFDGVLCDSCGESSLSALKAAKVRWPSLFNGVDSSLEDWIVDQMHVVAEGLTVEGILENWAKIKPIIMAEWNEDRDFLIDLFGKVRDEWMDNDLATWIGANRFYPGVPDALKFASSKLYIVTTKQSRFADALLKGIAGIIIPAERIYGLGTGPKVKVLKQLQEMPEHQGLKLHFVEDRLATLKNVIKESELDGWNLYLGDWGYNTQKEREEAAGISRIRVLELSDFSNKLK >WP_192026965.1 D-alanine--D-alanine ligase [Paenibacillus arenosi] >MBD8500734.1 D-alanine--D-alanine ligase [Paenibacillus arenosi] MDKQRKMRVGLVYGGKSGEHEVSLSTAFAVMNAFDFDKYEMIPFFITQAGEWRVGSLMNTPFADKEQLKLLDAKGGTVQAMDMLFRSLDRSAGTAVEAAIDVMFPLIHGTNGEDGTIQGLFEMANVPYVGAGVLASAVGMDKAFMKLVFADAGLPQVQYVHFIGAEWNRDQEQILRQTEEELGYPCFIKPANLGSSVGISKARNRAELIAAIELALQYDRKVIIEEFVDAREVEVSVLGNDEPQASVTGEIISSNEFYDYKAKYIDGKSGMQIPAELDAELAASIREMAVRAYRAIDGSGLSRVDFFVRRSDSQVFINEVNTMPGFTPYSMYPLMWKETGKPYQQLLDDLIELALNRYAAKQKLHYVNV >KAF0880495.1 RL30 protein, partial [Crocuta crocuta] MVATKKMKKSLESINSRLQLIMKSGKYVLGYKQIPKMIRHGKAKLVILTNNCPALRKSEIKYYVTLAKTGVPHYSGNNIELGTVSGKYYRVCTLAIIDPGHSNIRSMSERLVKS >WP_234564275.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCF0067398.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9457465.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9501482.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9504261.1 glycoside hydrolase family 31 protein [Prevotella copri] >MCP9507598.1 glycoside hydrolase family 31 protein [Prevotella copri] MLKNLSFIALLGIAVVGVPSELSAKNVKVAGTQKGAAAKSITRQVAQQNVTIEFYSPSIVRILKSDAGLGAPVQKKSYSVILKPQQMKGVQIQENGDIVKINSSFISVELNQQTGEIRFLSKDGKLLLTDTKTRLEARKDEANKGKYRIEQDFRLADDEAIYGLGQLRDVYMNQRGRQNIVLWNNNTYIAIPYFTGEKGYGLYWDNAGKTYFNDIVASKNNGNQPSCTSFTSEVGTCADYYFMYKDGTQDGVIASIRELTGQATMFPKWAMGFWQCRERYKTSDELAGVLDKYRELKIPTDAIVQDWQYWGCDSNWNAMKFQNPYYINKVGDPAYAKYLPTDMKQMKVQGEPRLKSPEEMVKYVHKNDAHLMISIWASFGPWTEQYRELKKMNALLPFETWPRNSGVMPYDVFNPKARNLYWKYLTHLYQMGFDAWWTDSTEPDHFEKPGDENYQTFDGSWLGVKNAFPLLHNKSIYEHQRAMKGNTKRSLQMTRSGSLGIQHYGTICWSGDVVASWNEMKNQIPSGLNFSLCGIPFWNTDLGGFFYWEFEQNPKNPAIQELQTRWMQWGTFMPLMRNHCSSPMVSELYEFGKQGDWAYDAMIKAIKLRYRLLPYIYSTAGDCVQNSGSMMRALVMDYAADKKASRLNDEYLFGRNILVKPVTDPLYTWKDKEKKGHTIYPDVRKAAAPVNVYLPKGNKWYDFWSNTQYEGGQDIQRLCPIDIMPVFIKAGTILPFGPEVQYSSEKPWDELEIRVYPGADGKFTLYEDEGDNYNYEKGKFSEIQFVWNEADRILNIAPRKGSYKGMLQHRRFHIVLVDTNSGAGDQPMQASKSVEYDGKAVKIQL >XP_013982426.1 probable ribosome biogenesis protein RLP24 [Salmo salar] >ACI70049.1 Probable ribosome biogenesis protein RLP24 [Salmo salar] >AGH92504.1 ribosome biogenesis protein RLP24 like protein [Salmo salar] MRIEKCYFCSGPVYPGHGTMFVRNDCKTFRFCKSKCLKNFKKKRNPRKTRWTKAFRKASGKELTVDNCLEFEKRRNVAVKYQRELWSKTVEAMRKVEGIKRKRQAQFIFNRLKKGKQLEKEEAISEVKKNIHLIKAPHAGKAKVLEEKMVQKLQEDVEMGGD >EIR3813187.1 replication initiator protein A [Enterococcus faecalis] PKVLIASDKYKKMSDSTKIAYMLLKARLEFAVQRNQVDENGNVYFTFTISELGEVLDCGKQKVLAIKSQLEEYGLLYQKQMGFNKTLGKNNPNRLYLAELEVTENDIYQLQTFDDTMQENVDKSEGMKIIPTPQGKTNAECLGNQEGMKIIPCQNVDKSEGMKISTIFNNLNTDTIDTIDTEKERLQQQLLLEQFAEVQENTFLSKDSLKFIAAFSDTIQEAHEMVGTIIRAKTKVEKEYNVVLIGEDYQEEIDKCLRRVMHKIKTDSTVKSPKGLFYKSF >XP_030620685.1 serine/threonine-protein kinase H1 isoform X2 [Chanos chanos] MGCRTSKVLPEPPADVQLDLVKKVEPHQTDVYKNFIRSESGVEKTGSPSLQGQAQASPLVAQSPPPTNSQSNPVDPRRNKVAKYRAKFDPRVTAKYDIKALIGRGSFSRVVRVEHKSTRQPYAIKMIETRYKEGREVCESELCVLRRVRHTNIIQLMEVFETAERVYMVMELATGGELFDRIIARGSFTERDATRVLQMVLEGVKYLHTLGITHRDLKPENLLYYHPGADSKIMITDFGLASTRKKGDECLMKTTCGTPEYIAPEILVRKPYTNAVDMWALGVISYILLSGTMPFEDDNRMRLYRQILKGKYSFSGEPWPSVSNLAKDFIDRILTVDPSERLTAGQALKHPWIVSMAASSSMKNLQRSISQNLLKRASSRCHSTKSAQSTRSSRSTKSSKARRAREKELRELNRRYQQQYNG >NHB63634.1 type VI secretion system protein TssA [Photorhabdus sp. RW14-46] MTHLTTAPMANGTGKTPLAPTSADRTADYLAKLPAADNSLLQQIEQSLTLAPYWLDGHAIAAQAAGKLGYHAVADAIRDELRAFLDRLPVLQNLSFSDRSPFISDATLNWLHPPATATVSSGSTPEQDAIWHCFQQHGLEAALHAAEQYQQQLTEPRDQFYGQLLTAQLLEQAGMNALAQQHYRQLRQAGQHLSLADWEPGLLAALAEKAPMTAPAKTTTANRSVNP >KAB4839568.1 TonB-dependent receptor, partial [Bacteroides thetaiotaomicron] MGLFSLLAVTTQAQVRGIVKDNTGEPVPGANVFWVNTGQGVTTKEDGSFSISKPSKSHMLVISFIGFQNDTIHVSKKNQELDITLREGVELNEVNVVSRRMGTMKLRSSVMNEEMISSAELSRAACCNLGESFVTNPSVDVSYSDAATGAKQIKLLGLSGTYVQMLTENIPNYRGAASPYGLGYVPGPWMQSIQVSKGISSVKNGYEAITGQINVEFKKPQLPEADWVSANLFASSTNRYEANADATLKLSKRWSTSLLAHYENETKAHDGNDDGFVDIPQVEQYNVWNRWAYMGDHYVFQAGFKALSESRTSGQAHHTDMQTGDLYKVGIDTERYELFTKNAYIFNKEKNTNLALILSASWHNQDAMYGRKLYNVDQTNVYASLMFETEFNKQNSFSAGLSFNYDAYDQHYRLENQTELPLIKAFAKEAVPGVYAQYTLNLNDQWMLMAGLRGDYSNEHGFFVTPRAHLKYNRNEYVHFRLWAGKVYRRNDVLAEYR >EPB83562.1 hypothetical protein HMPREF1544_09664 [Mucor circinelloides 1006PhL] MNSRYRERKYNTSDNDRLIRALSQPVQAWEKKWTPQSNSKTLQTFKWVKSDKVIEFEQDEESDEEPEPMETDQTPVATTTTVVEQVETVKTEGTTSEATGTSVSETIAVKDTADGQERVSTTNITSTGQPSNTSTDTAAATATTTAHIATTSTSNTASEKKLDESSIPGGPSSIISNKAVSSIAAEDAEDDDDQRSQTPKLDDISDDEEKNRDDDGEDNDVDSINDASKHPALAPHAQAHMTDDDMTDSTVATPQTTTEGNTPMPMLEDEPMEESATNTLPHPLSQEILTGTTAFINNEDNGSMNNDSPAIQTPEDHVPQPEAMEEQ >WP_079304935.1 transglutaminase family protein [Pseudomonas ogarae] >OPG68954.1 transglutaminase [Pseudomonas ogarae] >OPG78007.1 transglutaminase [Pseudomonas ogarae] >PBJ11997.1 hypothetical protein BSF43_22340 [Pseudomonas ogarae] >PBJ20131.1 hypothetical protein BSG18_37320 [Pseudomonas ogarae] MRLSISHETAYHYEDQVRASIQYLRLTPHDSERQHVLSWQLDLPRPVRAQLDPFGNILHVLTLDEPHETVIIGARGQVDIDPSREAEHESQSALPFLRFTRLTEADEALRAFAAQQCQQRRDRTALIDLMHGLNQHMIYTPGTTEVETSAAQAFAGRSGVCQDHTHVFLACARSLGVPARYVSGYLFSEESEHLASHAWAEAWLDDAWYSFDVTNQLARPERHLKLAVGLDYLDACPVRGMRRGGGCEQMHAKLVVPAAPVITVQQQ >EAH7180598.1 DUF2920 family protein [Campylobacter coli] >EAH7501121.1 DUF2920 family protein [Campylobacter coli] >EAH8157725.1 DUF2920 family protein [Campylobacter coli] >EAI4264085.1 DUF2920 family protein [Campylobacter coli] >EAJ6667800.1 DUF2920 family protein [Campylobacter coli] MLINQTFKIDSCDDVELGIKRTSKLEYRISYDDEKEMKAIVFIIGRLGANANISFLDFDREYIAKNFDVVVVHVFYHCFCARRSIDEEYNALTIFTKEDLPKLAQALFGMGINMSVSLENAHQCYELLNQYITALKSQGKLAQNYQARLTSTFIPPNGDYQNFGIMAAIDHINVLKDLVKKFPNFKNLPKIYGGGSYGGYLSLLIAKIAPWYVDGVIDNSGSVLPLLNYIIGRNLNRSEFVFNNPNMFVEMFVKTYWTREDENSPYFFANENYMIRALLNSFHLQIQARKNNNIIFIGYHSAKDEFDTSKDKETLFESYKALGYDSTLYLIKDESQIDGRFIKDLNHGMRITDKALFKKELPLMLEKLQGRKSLMQENSISYPCGDKIFTFKDVRDELILYLK >WP_127965636.1 EI24 domain-containing protein [Helicobacter pylori] >RVY90290.1 peptidase [Helicobacter pylori] MVLSLSILKKSFNDFLSVRMLLINLGPILLSLAFFGAVFYYNGGSIVGYCQTLLPQSLNDYSHSQGFFAGVFAWVFKALVYFLIFWIVILLSLVINIFASIFYTPLVVSYLHQKYYPHVVLEEFGSILFSIKYFLKSLAFMLLFLAVLTPFYFIPFIGVFGVFFSIVPHFLFFKNTMSWDIASMIFNYQSYQNLLKQHRLKHYRFSFFCYLFSLIPFFNFFATLLQTLMLAHYFFILKEKEC >MBP3290446.1 heavy metal-binding domain-containing protein [Alistipes sp.] MILTTTPTIEGRTIVEYKGVIFGEVIVGVNFLKDFAASIRDLIGGRSNTYEQELVEARQTAMEELKARAIAMGADAVVGIDIDYEVLGQNGGMLMVTASGTAVKLGY >MBL0848796.1 lysozyme [Candidatus Liberibacter ctenarytainae] MKANVYLLGKANALLLLLQDSRKCLNQVLRASLILASSSTSHLSVAGDFVFNCGISRYKHSTSKKRIDEEDWFNASLECKRWVFAGGKK >PLN85696.1 aromatic prenyltransferase [Aspergillus taichungensis] MLLSRTTSSQNPFHLLLSGTPRLPKMRPEQEPSIQAPSKKVPLPIADGDARPWQVLSLLLPFHNPDQKLWWDKVGPLIEIYLNCSGYNVGAQYRYLLMLHSIILPVLGPFPNSTRTHTSWPYFMNNGDPCDLSINYQGGSAPCVRLGIEPIGPMAGTNQDPMNEYAGRRLLEDLSRIQPGIDFQLFDHFRDTLTLSNYKARLCWHAVQEHGIKAQGHVALDLHEHSFKVKAYSIPLLRSLTSGVHYVRMMIDSIKMISRDQAITIGLSKVDEYLAATKHLLVDSRSCFSFDCADLQHSRYKIYVGANVKSLGEAYDFWTLGGRLKGEAIDRGFQLMETIWKTMYARSLPDRKPREYIPFIWNWEVSPTDSDPIPKAYFLVLNDYDILVSEVINCLFGELGWTEHAMTHQIIQKMAYPNHDFGSSTEIYSWISLAYSQSKGPYITIYSNPAASL >MBR4316258.1 hypothetical protein [Alphaproteobacteria bacterium] MSIKNNNLYEINENIQPGQKVIRFSKNVWIPVGFNTSGSNTPVPVEGAEVQLGVVDENGKFQLLSFEGTSSVESGDP >HBU57020.1 UDP-N-acetylmuramate--L-alanine ligase [Gemmatimonadota bacterium] DDYAHHPTELAAALRAARNMYEGRRLVAVFQPHLYSRTRDFARAFGEALAVADKVWLTDIFPAREDPIPGVDGYTLVSAVIEAGVDDDLCYVESLDALAAQVAADTREGDVVLTLGAGSIEFTGIELVQLLEVPAYA >RMZ53977.1 hypothetical protein APUTEX25_002554, partial [Auxenochlorella protothecoides] FGSQPPGGDGGSGGGGGGGDGQGGEGRDSSITAALLLAGKAATDRFPAEIAAAIRAGRISQEVLARYLDMLKNPFLSWLLSFPGARARLLADPNFLFKVGIELGIGLTMKLTAEYTKRGDEFQSQLDFVLANVIMALIADFMLVWLPAPAYNLTGAAPQATGALSRLFSGCPENAFQRVQPGNPRFSLLQRGGAVVRNGSKLAAVGFFASLLGVGVTNGMVALRTSLDPTFVPLNAPQDVLTMAGAYGLYMASSANLRYQVLAGLVEERGIETLFHGKPAVCAALSFAVRTGNTFLGSMLWVDFLRLLHLQPKASS >WP_104739464.1 energy transducer TonB [Halopseudomonas oceani] >POB01491.1 energy transducer TonB [Halopseudomonas oceani] >GGE55770.1 hypothetical protein GCM10007421_32850 [Halopseudomonas oceani] MRLLGSFFLALLVALALFGLMLALVMPPERVEQPEREVLRIGVTRSVADTPSERNQPQQAPERPTPPQRPRVQPPTPVAPPLPTPTLKIEVPQLQSDLTTSAAPAQPVLEPAAVAAAPSEASSNSAHQAAAHGAPESDAQELVALNLVEPEYPERAQRAGIEGAVTLQFVVNAEGRVENIRVLSSEPPGVFDRAARRAVSRSRFVPRQENGIAVAREATKEFQFVLPGRH >WP_178999808.1 sulfate permease [Chromohalobacter salexigens] >NWO11424.1 sulfate permease [Chromohalobacter salexigens] MNQQHQVGLARWLPILDWGRRYNGKWLGEDLLAAVIVALMLIPQALAYAMLAGLPPVVGLYASLVPLVVYTLLGTSTTLSVGPMAVVSLMTASALSQVAESGSQDYIAAALVLALLSGGILLIMGLCRLGFLVNFLSHPVMTGFVSASGVLIAASQLKQLLGVDLSGSTLPALVAQLPSVLEDVSLPTMSIGLGSLLVLWWVRRWGKSALERCKVPARVAGVLVKLAPIATIVLATLVAGAAGWLGNGVAVIGEIPAGLPPLTLPDWEPALWRSLIGSAVLISIVGYVESVSVAQALAVRRGERVDPDQELIGLGGANLAASFTGGMPITGGFSRSVVNFDAGARTPASSAFTAVGIALAMLFLSPWLRQLPMGTLAATIVIATVSLVDLAAFKRVWRYARGEGIAMSATALATLMLGVDVGILVGVAMSLALHLYGTSRPHSAEVGRIPGTEHFRNVRRHAVETDVSVAILRVDESLYFANVRHLEDLITAVVNRDPPPRDLVLACQAINVIDATALESLEALNRRLRDRRIGLHLAEVKGPVMDRLSRTELLETLNGRVFLSTFDAWCELHGRGAGRLSHPCIESPTPGRSVTAG >WP_080539504.1 MOSC domain-containing protein [Vibrio vulnificus] >OQK58240.1 hypothetical protein XM78_c21434 [Vibrio vulnificus] >OQK61462.1 hypothetical protein XM79_c21417 [Vibrio vulnificus] MKKLGVVNSVLAGKTVAFAHGTKSAINKQVMSHRLHATELGFTDDEQGDPRFHGGIQKALHIYPSEHYPVWQQELGNKAIFHSAGAFGENLSSSGVTEAFICLKDKIRIGTTLLEVSQGRMPCWKLNVRFEQNDMARRLQDTLRTGWYFRVLEEGDIGAGDEIILCERPYPDWSLARIMGAVFTGCLDKNELSQLAELPLVESWGKLIERRLETGEVEDWEMRLVGPTAQPIR >WP_271563639.1 peptidase T [Flavicella sp.] MQRILDRFLKYVQVDTQSDPNNPAFPSTEKQWDLARILLTELENIGMQEVELDKNCYLMATLPSNVSKEVPTIGFVAHMDTSPDFSGTHVRPQIHRNYDGKALVLNRAQNVVLSPDYFEDLLLYKGQTLITTDGTTLLGADDKAGITEIVSAMEHLIEHPEIPHGKIRICFTPDEEIGKGAHLFDVNKFGAEWAYTMDGSQIGELEYENFNAASAKIVIKGKSVHPGYAKNKMVNSILIGNEFASKLPPADVPEKTEGLEGFYHLHSSKGGIEETVLEYIVRDHDFEKFEKRKAALLQIATHLNKKYGASIVNVELKDQYFNMKEKIEPVMHIVDIAKEAMEQAGVRPLIKAIRGGTDGSQLSFKGLPCPNIFAGGHHFHGKYEYVPLESMVKATEVITNIAHLTAKRNI >YP_009901198.1 HtjA [Escherichia phage tonnikala] >YP_009901340.1 HtjA [Escherichia phage atuna] >QXV79363.1 capsid decoration protein [Escherichia phage FritzSarasin] >UGO52245.1 putative scaffolding protein [Escherichia phage vB_EcoD_Poky] >QHR71330.1 HtjA [Escherichia phage tonnikala] >QHR72293.1 HtjA [Escherichia phage atuna] MAKIGASYFDTMARALPGQVSDTSAYNIDGACVLDKEDGIPILVGVAVKLKGVDSMGNKLIDAISGGGDVPYGVGVRSHFQTTADNGRMVYEAGGGINVMTEGRVWMIGDDSDKSKKPEYREPVKIDENSGKVKSAGAINTNWVYTGDKTTFGTGNNMLTLFEVQVFPS >WP_139989153.1 branched-chain amino acid aminotransferase [Haemophilus seminalis] >KAA5523456.1 branched-chain amino acid aminotransferase [Haemophilus seminalis] MKDLDWNNLGFSYIKTDYRFIAHWKDGKWDEGKLTTDNTLHIHEGSTALHYGQQCFEGLKAYRCKDGSINLFRPQENAKRMQHTSDRLLMPQVPTELFIRACKEVVKANEEWVGPYGSGATLYLRPFLIGVGENIGVKAAPEFIFSVFCCPVGAYFKGGLTPSNFITTEYDRAAPMGTGGVKVGGNYAASLLPHVLAAEQGTPERKFADAIYLDPKTHTKIEEVGAANFFGITKDNKFITPKSESILPSITKYSLLHIAKERLGMEAIEGDVYIDQLDQFAEAGACGTAAVISPVGGIQHKSKFHVFYSETEVGPVTRRLYEELTGIQFGDVEAPEGWIVKVE >WP_240053789.1 UvrD-helicase domain-containing protein [Bacteroides uniformis] MFVWKNGDLNPEQENAIFYEDSVLLVACPGSGKTRTLTYKIAYELSKLNSNKQYIIAITYTNRAADEIKERIELLGIDTKQLWIGTIHSFCVEWILKPYHMYIEELKYGYTIINAHDTESYLTSLCVPYASTKPKITYWDCQCFYFTSRGLVVKCTNSQKKESVVSIIKSYFQNLKENKEIDFELILYYSYLLLRDNKGICKTLSHIFPFVLVDEYQDTKELQYMILGAILKIGKNNKAFIVGDPNQSIFSNLGGFPMTKVDLEKTTGLHFNELSLTKNYRSSSLLVSYFDYFKTYDNTIEAVGKYKDYQSIIRYPNFRNTFV >GFD60763.1 putative DNA gyrase subunit A, chloroplastic/mitochondrial [Tanacetum cinerariifolium] MPTEPVTVVMSEKGWVRCAKGHDIDATGLSYKAGDGFKTSAIGRSNQFAVFIDSTGRSYSVAAHTLPSARGQGEPLT >MBQ48993.1 hypothetical protein [Zetaproteobacteria bacterium] MQTYRNNRSDFVYAKSVTRILRVLLLPYLLGFVFLPVLPAYAIINGDPVDAKAYTSYVSIRGISPFPSQKGKEVNSCGGVLVASHWILTAAHCRPVYEDLDSREDPVVVGVHIQENGAFAGRLRVVDYFFAPALLGSERVDAALLKLDGDATQFGATVATVLEEHLVEGLPTITVGLGLGITGTPLMSYASLVTAFSYCDKPAVDFDPDHDFCVGVPGASQRTGYGDSGGPVYLKADDSNQPILLGVVKGGVKTGVGNQESEYIRYTNSYVLLDWIKRYVSK >RLS53863.1 MAG: leucyl/phenylalanyl-tRNA--protein transferase [Planctomycetota bacterium] MPTFNFPNPSLADPDGLLAVGGNLEPETLLCAYQQGIFPWFDEDTPILWWCPDPRAILELDNLYISKRLARTLRTNKFQVTFDQDFDAVVKGCTYRPEEGTWITPEVANAYGEFHRRGHAHSVEVWQQGVLVGGLYGVAIGGLFAGESMFSTVSDASKIALVALVKRLKEKGYHLFDLQIINEHTSMMGASEISRDDYLARVKSAIKKDICF >MRN26950.1 DNA polymerase III subunit gamma/tau [Romboutsia ilealis] SGMLRTFLKKARLSLGGDNRLMIVMPGTLEAEVVGTEGHRKELEELIENRIGKKVEVEVRHVEEGRHFEDTFVDIEKKINMEIIVED >WP_005253785.1 MULTISPECIES: MoxR family ATPase [Rhodococcus] >EKT84106.1 ATP-dependent protease [Rhodococcus opacus M213] >UOT06413.1 MoxR family ATPase [Rhodococcus opacus] >GLK41620.1 ATPase AAA [Rhodococcus wratislaviensis] MTAPHTAPEPEDIRFADGAELKEALREVDYIADDEFAVVVHLATALERPLLLEGPAGVGKTELAKSLAEASGRKLVRLQCYEGLDDNRALYEWDYAKQLLHVQMLRDRIGEKMAAFDDVAEASQFLAAQDFGLYSEKFLSVRPLLEAILSPEPVVLLVDEVDRTEESMEALLLEVLAEGQVTIPEVGTFTARSAPWVILTSNDTRELSPALKRRCLHYHLGYPTPQRERDIVTAKAPEVEEDVAADVVDLARTLRQLPLRKSPSIAEVIDAARAAVVLKSTGVAVSSQAAVRDILLTALLKYTSDVELVRTRLSGEQPVPADVEETAPAGPVERVTVASRPANTTTAVFRGHGGRDRGGIGAGRQGRR >WP_059566149.1 AMP-binding protein [Burkholderia stagnalis] >KVD84573.1 beta-hydroxyacyl-ACP dehydratase [Burkholderia stagnalis] MPSYPLVSHSSPDQTIAWRDGTPVTVRAFVADVARVAAALPAGGHVLNVCRDRYRFTVGLCAALVARKVSLLPPSLAPDAVRQLAAFAPDAFCLHDAPDCGIDLPRFAYPDATAADAVAVDDAPLDIPRIDAAQVVACLFTSGSTGAPVPHRKTWGTMVGCARAAAERLGLLDGRAYTLVGTVPAQHMYGFESTVLLALAGGLAFSNRLPFYPVDVRHALDAVPQPRVLVTSPIHLRALLASGRALPHAARVLSATAPLAQALARDAEAALGAPLVEIYGSTETGQIATRRTAQGAAWEPMPGIRLDARAAEGDDNGPTVWVSGAHVEPPVPMGDTLALLDDGRFLLQGRKADLINIAGKRTSLACLNHQLNAIPGVVDGVFFMPDDTPSAAHTAGAAGAEPVTRVVALVVAPTLSAAGLQRALRERIDPAFMPRPLVFVDALPRNETGKLPRDVLAALVARHARAAATAAPAAAPACSTTDARAATFTIPADHPALPGHFPGHPIVPGVVLLDHAITAIGAALNRPLHAWRLGSAKFPSPAAPGEPLDLAFDAAASGAIRFTVRAGRRDVATGVLSAPPAAREEAPA >OGD88828.1 hypothetical protein A2693_02200 [Candidatus Curtissbacteria bacterium RIFCSPHIGHO2_01_FULL_40_12] MNTLVIDKRVLFIRTIGNFLVLGAFVGLLFTFWPVISAFSKNTHDNLRGKKYEAVPAVSTTQSFGSLLGNPDPNLKILVPKDPNFSIIVEKIGADAAVIPNVDASNKTVYTEALKRGVAHALGTAFPGQPGVSYLFAHSTDTIFNVPRFNAVFYLLKDMVVGDKVVLFFAGRRYDYVVTETKITSAEDVSYFTMRTSEQILVLQTCYPPGTTWKRLLVIAKPLAASQQ >HDZ72415.1 FAD-binding oxidoreductase [Aurantimonas coralicida] >HEU00299.1 FAD-binding oxidoreductase [Aurantimonas coralicida] MFDVAYESWGRLRPTKRLAVDAAKLPGLPARGDGGGFLPFGNGRSYGDSCHNDRGTLIDSRPASRIQSFDPIAGLLTADAGVLLCEITRHVAPQGWFLPVTPGTQFVTLGGAIANDIHGKNHHRRGTFGQWVEAFDLDRSDDGRILCSKTSNPRLFAATVSGMGLTGLIRRATIRLLKVPSLSIVQTTTRFDRLEDYFEIAEDADRRHEYAVAWIDSLASGASLGRGHLIAGNHAAEGDMTGIARGPVAGVPFTPPFSPLRGLALRAFNEAYFRKAGKGRTEQTVPFDQFFYPLDRIGGWNRLYGPGGLHQHQSVVPPDTGRDAVRALIECARRHDHGSFLTVLKRFGAQVSPGLTSFPRAGYTLTLDFPHRGERTLRLLAELDHITVDAGGAVNPYKDARMSPETFAAGFPRWRELEALRDQAMVSDFWKRAALRDD >NDI25889.1 2-oxoglutarate dehydrogenase, E2 component, dihydrolipoamide succinyltransferase [Actinomycetia bacterium] EAGVNLATIKGTGVGGRIRKEDILAATPRAAATPTATVMASTAAAPRGPLAVSPLRGTTVSMSRLRKVIADRMVESLKISAQLTTVVEVDVTKIDRLRNAAKASFESREGVKLTFLPFFAVAVCEALKQHPVLNSSVEGDQITYHGAEHLGIAVDTDRGLLVPVVKDAGDLNMGGIARKISDVAARTRENKITPDELGGGTFTITNTGSRGALFDTPIINQPQVAILGLGAVVKRPMVVKGADGGETIAIRSMVYLALSYDHRVVDGADAARFLVTLKERLEEGRFESDLGL >MBL1272346.1 Ig-like domain-containing protein [Oceanospirillales bacterium] MKYNKTLALIPALLLAACGGDEQTVNQKTTPGSVIYSYPADGQTDVSPKADIVLRFSHAITEETTDLSNKISVESDGTAIPFSSEMIDGGRSLKLTTTGVLNHASEYSILFDEPLQAEGGRMIDTPNGVGDPGIQFQTRGSFSGMAELANTADSFGVAWKVPADDNQSDKSFQALNFSTFRFAMTQPVHPDWKELGGSIEMLDQDDQPVPATVLVKGNRITVDPCITSDPQQCGGKEDVLNSGETYTLKFTNLASLTNSAEDNRLTQDFNFTPRATGPTVVLKQSAVDSGLAAGEAEEDVTRSILNNAIINGVTLNSVLQGVAGPSQQTGDLFAELAFAPSFEATEALPLRIAKGSILRSTSLDVLVGGEVPVLDAATGILQTTGDIKVTMLSDASGYLSPNSYTDNINVPRQITLFMDVSMNTAEAQPNAALSQDLMGVELRGIAIVKDGVLTIDAIGMVEPNLLGQEYTDSTIAFHLQAATDAESALDAELDRELDSTAPKLVSWTPGATDAIPATRQSMHRPGDPVILFFDEPLDPASIETGIALKAGGALVSDLQTRLDGTSLSINPEGGLVQGVGYEVAINGLTDLAGNVAAVAPLNFKLDPTGDDSTPKAPPIALTTYPGFPCETTFDDIDLAAGVHGQCWDATSGGQAGDVLPVSEMPADRPITVVFSQPMKLSSIRAEETFVVEQVDANKNPIETVTGRLEKNNQRIRFFPDQPWEQGAFYRYAMKVDRATPDCSQESPTSICGANELPLKADLLEGLNGGGSGDNSMVIYFKGVAAQSSVFTPLRNLPIRDTNANFRIDCSSNDNASCLEPFAHEGSDADGWAPSANTTKLGVKNNQASATPGLVSGKADARVGCETDGRCPKNKFIYQTYALNTEVKGPGIYEPTGEEGILVDLYPTMLATSSISVFVELKVLGFIPLMEESITNTQIIRMRYSKDPSCASAPDCPRNQLIPGVIVEGDNGQPVFKTRAELMLDAPDMEIPLGGTHDLYAREFVFDLEGDITFFDDGRMQIEQRNTNLVDINVQANTLGIPNAGLITINLPLQIPVGGTYLNFVTNPVKDFPAEQ >XP_013617705.1 PREDICTED: uncharacterized protein LOC106324251 [Brassica oleracea var. oleracea] MSSSAAQIAHAAVEYSTFASLRLGRTVQSVVARLIRFWDSRNVNKNGEFMGITLLLLDEMDSVIHAFIPANRASHYRPSLKAGCIVRLERFEVAQVAHMYKVTEHQFLIHFLPSTRLGEVHTDAPVIKSERFMMRRYDQLQVLANTNLELPDVVGEIRSVQGSDLSNDSATTRVVVRFLIEPNVTVYLTLWDEAASTFRGLLKSGDKSKAVMLVTTVNPKLFGG >MBL6635315.1 coenzyme F420-0:L-glutamate ligase [Ilumatobacteraceae bacterium] MSSDGSIRIWPVEGLPEIEVGSDLAQLIHEQCVAAGTPIVDGDVVVVTSKIVSKAEGAIIELSDVTPSLFAEEWSQAWEKDPRVVEVVLRESRRIVRQLGPVLITETHHGFVCANSGVDQSSSGAHGRLVVLPKDPDASARNIRARFHELGLNVAVLVSDTFGRPWREGQTDICVGLAGMHPMRSYIGEVDPHGHEFKVQELCVVDEVTAAAELVKGNTSRIPVAVVSGVDFKFDDDATMAPVLRDISRDLFR >MBB6433666.1 hypothetical protein [Streptomyces candidus] >GHH35046.1 hypothetical protein GCM10018773_08140 [Streptomyces candidus] MLLKASPVEGRTDLGVRASGQVGGVIDHLPSCAAPVTHIMAAADAALNLHSLHRTPPAPG >WP_061261925.1 restriction endonuclease subunit S [Leptospira interrogans] MSQSFMEKLLDGAPVEWKAVEEIFDLRNGYTPSKSISEYWKDGTIPWFRMEDIRANGQILNNALQKVAKSALKGGKLFPANSIIVATSATIGEHALITVPYLSNQRFTNLILKTEYSDRFEIRFLFYYCFLLDDWCKNNTTMSSFASVDMNGFKKIQIPIPPLPVQTEIVRILDAFTELTTELTAELASELTARKKQYNYYRDQLLSFEQGEVEWKTLGETCDVYTGGEAPESSSMSKTPTDIYKYPIFGNGAEVYGYTDRYRIDKDAVTISSIGANTGTIYFRKAHFTPIIRLKVVIPKQEGILPRYLFHALSSIAIGSKSSSVPNMNAADVKRISIPIPPLAEQERIVAILDKFDALTNSISEGLPREIRLRQKQYEHYRELLLSFPKAEVGPT >WP_240207262.1 DUF4136 domain-containing protein [Vibrio sp. CyArs1] MFKAVTPFLTSLFFLIGCASDVATDYDSSTNFSAFKTYQYQENSADPVSLDGARIKKAVDNEMALRGLTLVDKDADVLVYYDILEGTELLADGPSFGFGIGSGGYNSAYGVGVRTPTRVKEKKFGKLSVELIDAKSNDVVWRSVSQRQLTETMEPADRDVFVQEQVHKMFEEYPTK >WP_101662518.1 PBP1A family penicillin-binding protein [Bacillus sp. V3-13] >PLR75453.1 penicillin-binding protein [Bacillus sp. V3-13] MEKLQPYWEAVVRFWKNKHLTQILLLILLVFILLSILFFAFMASTANVQSLKDGLKQSAIIYDKDGDVASKLATNRTEGVSIEELPEHMKYAVIAIEDERFYEHNGFDIKGIARAFFRNLLAGRITGGGSTITQQLTKNALLSPERSYKRKVEELFLAIEIEKNYKKDEILEMYLNQVYFGSGAWGIDHAARKYFNKGIDQVTVSESALLAGLLQAPSAYNPYENYDRAIERRDVVLAKMKEIGAISADEYKSAKKEKIQLEDGGGSFIEREYPYYIDAVLDEAIHKYGLTQEEILTRGYRIYTEMDQNLQSSLETVYERNSLFPRGKKDALVQSGAVLLDPESGGVRGLVGGRGETVFRGFNRATHIKAQPGSTLKPLAVYTPALEEGYLPTSILKDEPMSFGSYTPENFSKTYEGEVPMYKAVENSLNVPAVWLLDQIGIDKGMDSLKRFGIPVEKEDKYLGIALGGMRKGVSPLQLAEAYSVFPNNGKRTDAHLITKIVGPTGNVIAKRKATTERVTTRAVAKQMTSMLLNVVETGTGKGTNIPGLQIAGKTGSTQLPYADISGTKDQWFVGYTPTLVGAVWLGYDQTDREHYLPNSSSDTVVPIFRAIMESSQPFIEPGEFNTESINTQLNGPTDTEQFQKTIKEQAEKIEGKLKEEMPKWKEKLNEGLDNLENFGDRIRDKWDQLRN >MBT3358747.1 hypothetical protein [Rhodospirillales bacterium] MNDEPKVDDLQEDADPGAEDGFTASKKPGKLARNLVISCVGTLVAALSVWLVIAAPELMKRFGPPPPPPLTAEQQIELKAKEAERTASWQNYHCNLFHHYYDGTESEAPMSEILGLGVGADQKAIGERCKELLPVVRSLGGWPTGRPQQDNIVVCEGFRFLLKGGLPLEIRPRREGLAHSVVHFRLGGDRYETQKVQVGQPTTVGPFTPLVVQADEQCVVVAVSRVGRKAAVAGRVVRVKETTPETAHYNTVQWYGGRPAVPN >HAL84546.1 DUF2794 domain-containing protein [Rhodobiaceae bacterium] MSPSKPLIIVANAFERERKLARQAPARIMWTRAELTDLLGCYGRHVAAGIWRDYAIDDGTEHASFSVFRHSSEVPLYIIEKIPALRRKQGEYCVRGMDRRVLRRGHTLDALLRFFDRKSLRVLS >WP_051686353.1 DUF1648 domain-containing protein [Chryseobacterium hispalense] MENILLLIFDVLNFGLLVFLWWFSIKNYKALPETIPVHFDFDGKADNFGNKKYFYLMPAILTALYFLFAFLVRSPESANFPVQITEENEDTQFLIMGIFIRWLFLLISLIFLNSQDYMFRYSFNDDAKPRVAFSTMLFSIIGSLVVLFIFVGLFK >XP_008293954.1 PREDICTED: arginine-glutamic acid dipeptide repeats protein isoform X1 [Stegastes partitus] >XP_008293962.1 PREDICTED: arginine-glutamic acid dipeptide repeats protein isoform X1 [Stegastes partitus] >XP_008293969.1 PREDICTED: arginine-glutamic acid dipeptide repeats protein isoform X1 [Stegastes partitus] MTADKEKEREKERDRDRDRDRDKREAGKSRRQDGDRGDRESESSRPRRSCTLEGGAKNYAESEHSEDEDNDNGSTGGGSGTAEEAGKKGKKKMPKKKSRYERTENGEITSFITEDDVVYRPGDCVYIESRRPNTPYFICSIQDFKLSKRDHLLMNVKWYYRQSEVPDSVYQHLVQDRNNENDSGRELVITDPVVRSRELFISDYVDTYHAAALRGKCNISHFSDIFAAREFKARIDSFFYILGYNPETRRLNSTQGEIRVGPSHQAKLPELQPFPSPGGQAVTENEELVWMPGVNDCDLLMYLRAARSMAAFAGMCDGGSTEDGCLAASRDDTTLNALNTLHESSYDAGKALQRLVKKPVPKLIEKCWSEDEVKRFIKGLRQFGKNFFRIRKELLPNKETGELITFYYYWKKTPEAASCRAHRRHRRQPVFRRIKTRTASTPVNTPSRPPSSEFLDLSSASEDDFDSEDSEQELKGYACRHCFTTTSKDWHHGGRENILLCTDCRIHFKKYGELPPIEKPVDPPPFMFKPVKEEEDGLSGKHSMRTRRNRGSMSTLRSGRKKQTASPDGRASPTNEDLRSSGRTSPSAASTDSTDSKTDSLKKPSKKIKEEAPSPMKSAKRQREKGASDTEEPERASAKKSKTQELSRPDSPSECEGEGEGEGESSDGRSINEELSSDPKDIDQDNRSSSPSIPSPRDNESDSDSSAQQQQLLQSQHPPVIQCQPGTSAASSAPPPPTTSAPSLPPQVSPAAASTSLPPQPLPQASPLSLIQSGASLHPQRLPSPHSPMTQAPPPGPPVPPQSLPSPHHGPMPPMPHPLQPGPSHMPHPHSMTPQGFPVGPSQVPPPPVSDQSQQRAHTPPSQSQPSLQSGGQPPREQPLPPAPMTHIRPPPTTPIPQIPNPQSHKHPPHVSAPPFPQMPTNLPPPPALKPLSSLSNHHPPSAHPPPLQLMPQGQQLQPPPAQPPVLTQSQSLPPSASHQPPPAPPLPPSAAASHPSGPPQPPFASHPFNTVLPPAGPPPSSSNSMPGLPPPSSSAPSSSISMPLPASVACAGPGPVLPPVHIKEEPLDETEEPESPPPPQRSPSPEPTVVNTPSHASQSARFYKHLDRGYNSCARTDFYFTPLASSKLAKKREEALEKAKREAEQKAREEKEREREREKEREREREREKEAERAAKASCSSHEGRMGEPQIAGPAHMRPPFDGPPTTIAAVPPYIGPDTPALRTLSEYARPHVMSPTNRNHPFFVSLNPADPLLAYHMPSLYNADPAMRERELREREMREREIRERELRERMKPGFEVKPPEMDTLHPSTNPMEHFARHGAITLPPMAGPHPFASFHPGLNPLERERLALAGPQLRPEMSYPERLAAERLHAERMATVANDPIARLQMFNVTPHHHQHSHIHSHLHLHQQDPLHQGGGECLVCPPGSGGHPLAVDPLAAGPHLARFPYPPGAIPNPLLGQPPHEHEMLRHPVFGTPYPRDLPGGLPPPMSAAHQLQAMHAQSAELQRLAMEQQWLHGHHHMHGGPLPGQEDYYSRLKKESDKQL >MCB1644245.1 SDR family oxidoreductase [Pseudomonadales bacterium] MGRLTGKRCIVTGAGSGIGRASAIRFAEEGGQVLAVDVNEAGLTETCAQQDGITMMVADVSEETAVAAYVEKCLTLFGGLDVIYANAGISGGAVPMMELTPEHWMKVLQVNLIGPFLAIKHGSPHMIAQGTGSIICTASVAGLRANAGGLPYSASKAGVVSLVQTSANALAGTGVRINAICPGLIETGMTRPTFERARERGTEDRIGQLNPTRRYGVPVEIANAAVFLASDEASYVNGHALPVDGGLSSTLPFVPPRK >MCH7862091.1 aspartyl/asparaginyl beta-hydroxylase domain-containing protein [Pseudomonadota bacterium] MSTRRLAKLDFAPDRLAADLIAAESFTFNGAYSEFVLGEWRSCMLWNASGDVGEAHLSSGDQAAKLTAYGTAMPYLRSVIERSFRLDRLRFGRLARMAPGTVLVPHCDYLELGEGLVRLHVPLTTSRACLNAESDLVFHMATGEIWYLDARRIHSAASTWDRRGCRSSRSATNRTDGSAN >NUN10705.1 hypothetical protein [Ignavibacteriaceae bacterium] MPYLFFYASAFWGIWSFGGFDNSVLELWNFSWLLPPLTPLFVIGGRRWNDDRQQNPLSNDPTDTSL >XP_007761143.1 hypothetical protein A1O7_08964 [Cladophialophora yegresii CBS 114405] >EXJ56033.1 hypothetical protein A1O7_08964 [Cladophialophora yegresii CBS 114405] MLSPDAVVLHSSDDGVSMNMERRQDRCQSASPLNLDFLIMPTDATSCHDDMNKLAANSWTTPSKTCPANTGAAAEWNWGDASFDVPGPPSHQTTQLQQHVNKELDLAEAAPDAVPLPLLSLPEATMVQKTSNLSDHLQYICDLVQLSSLPSRYTSGPYIMNDLLHALFHVAWPFMGYWVTWTNSCGLIAPIMWWQATRTEAARMAIAPIYRPTLMQMMTPCYPKVIDWVPHAALRDSLISTYMTYDLDTMVCHLTEAYVREPGFGESSTTGFNVMDFVLNTLDSGHGASGSTMSRPGFLFAYPTTAASTACSHSTPPTDSQMHRFKIDPSFVAKYPRLYHPSAVAKQTIARPAGVPKLAPPSPLNPAAMQVYLNLLLQNKS >WP_107551828.1 YjiH family protein [Staphylococcus xylosus] >PTI06535.1 histidine transporter [Staphylococcus xylosus] MWKFFVYSLIGIIFFFVPITISGQSTIMIDHIVQWISKLLNPILPYYVLILILIGAAHPFINKKWNKSKTDIVFSLFKVIGVFIAFMVVFDFGPDFVLTESIGPFLYEKLAIPLSVLIPIGAIFLSFLIGFGLLEFIGVICRPIMRPIFKTPGKSAVDAVASFVGSYSIGLLITNKVYKDGGYTHKEAVVVATGFSTVSATFMIIVANTLGIIEYWNLYFWFTLAVTFIVTAITVQIPPIRTEKTTTYQGQPYKEEIRRDMPLLKESWLEAKIAVKNSQTLIENVIENLRDGVVMTIAILPSIMSIGFLGLIIAEYTPIIEYISYIFYPIISIFPVSDVAVLAQSSTISIVEMLLPAAIAQSADLATRFTVAVMSVSAIIFFSSVVPVILSTEVKISVGKLVIIWFERVIFTLLITIPFALWIF >QQO85492.1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Shewanella algae] MLATTTQGSATQPPLVLLHGFLGSSHDWRELLPHLSQDYYCIAVDLPGHGRSGDIQIDSPGFSDCVALLRHTLLKAGIPRFHLLGYSLGGRIALHLAQTWPEALLSLHLESCHPGLLSHDERRQRAMADKLWAERFNTMPIEQVLALWYQQAVFADLSSAERERLIEKRRHQQPLGLINCYQATSLALQQDLRQVPAKLACPSHYYLGEQDAKFSALAKAWQPQAGFKLHTIADAGHNSHQAQPGAFATALKGALNAISRGE >MBQ6794463.1 aspartate aminotransferase family protein [Butyricimonas sp.] MSMFDVYNLLDIEPVKAEKAYFWDRDGNKYLDFYGGHAVISIGHSHPHYVELVTGQLNRIGFYSNAVKNHLQEELERKLRELSGCTDYNLFLCNSGAEANENALKLSSFITGRSKILAMHAAFHGRTSGAVAITDNPTIQAPWNRGHQVTFIDLNDVETLKRELSKEEYAAVIVEGIQGVGGIRIPTGEFLWEAREVCDHTGTLLILDEIQSGYGRSGKFFAYQYAGIEPDVITMAKGMGNGFPVAGVLIRKSIKAEKGMLGTTFGGNHLACAAGIAVLDVIKDEQLVENADRVGGYLMEQLKVLNGVIEVRGKGLMVGVDIDIPHSIFRRRLLVNQHVITGNSGKNTLRLLPPLCITREEVDEFVARFKQVMN >MBK9391165.1 L-rhamnose mutarotase [Bacteroidota bacterium] MKRFGQVIGVKPEHFESYKKYHAAVWPEILDMIKQCNIRNYSIFHKDGMLYAYMEYTGTDFAADMAKMAADPKTQEWWSVMEPMQSPVATRKEGEWWANMEEVFHLD >WP_111113162.1 RtcB family protein [Stenotrophomonas maltophilia] >PZS89497.1 RNA-splicing ligase RtcB [Stenotrophomonas maltophilia] MDTQQNYQWLHAEGTTPIKGWVNGVPLEAQAHEQLRNIAAIPFVGPWVAVMPDVHLGKGATVGSVIPTRGAIIPAAVGVDIGCGMAAVRTTLRANDLPDDLRQLRNSIERSIPVGNGRGGEHQRMPDSIHTRLVQSGLAAGLEKIKDRHRKIRTDKLDRQLGTLGGGNHFIELCLDETDAVWVMLHSGSRGTGNLIGTYFIEKAREELARRVLGFHLPDKDLAFFMEGEPLFDDYVEAVSWAQDYARQNREAMMSRVLAEMRHRLPKFQLAAMAVNCHHNYVQKETHHGQELLVTRKGAVSAREGELGIIPGSMGTRSYIVRGKGNADSFHSCSHGAGRVMSRGAARQQITLAQHREATAHVECRKDSGVLDESPAAYKSIDDVMAAQLDLVDVVHTLRQVLCVKG >CAD7694243.1 unnamed protein product [Nyctereutes procyonoides] MIYEESKMNLEQERPFVCSAPGCSQRFPTEDHLMIHRHKHEMTLKFPSIKTDTMLSDQTPTPTRFLKNCEEVGLFNELDCSLEHEFRKAQEEESSKRNISMHNTVGGAMAGPGTHQLGSTRMPNHDTSVVIQQAMPSPQSSSMERQMSVNSSLLGMQGPNLSNPCASPQVQPMHSEAKMRLKAALTHHPAAMSNGNMNTMGHMMEMMGSRQDQTPHHHMHSHPHQHQTLPAHHPYPHQHQHPAHHPHPQPHHQQNHPHHHSHSHLHAHPAHHQTSPHPPLHSGNQAQVSPATQQMQPTQTIQPPQPTGGRRRRVVDEDPDERRRKFLERNRAAATRCRQKRKVWVMSLEKKAEELTQTNMQLQNEVSMLKNEVAQLKQLLLTHKDCPITAMQKESQGYLSPESSPPASPVPACSQQQVIQHNTITTSSAVSEVVGSSTLSQLTTHRTDLNPIL >HBE26957.1 hypothetical protein [Ktedonobacter sp.] MRHRISCACCLFFLAISSLLTIFTTTPASARSPKSSIQQHALADFPTVDPNYIYDQLFYMATSYQHREAGYDNNLPVTQNGHDEFASYWSQELMKNVAGFGAQVRRDEFNVAGWQGRPAIVPAFNLEVTIPGVTHPEQVVVIGCHYDGEAISTQSANDDASGCAIELGVARAMGMYWRSHHTYPARTLRFVIFDAEEQGLYGSFHYLNSTVNGDVNNIVAMFNEEQSGIAYPLRYLGKMANPLLPFYVDMSPLQNSQLYPNQNRLSQQQQANITTFRTLMQQAVTPVFQQFQALGYQTLSYHDANNQDVTQPVFASNQLNNLHLEDDTLGGSDQIPFTLAGLPCATFAGNSTYYDNNPPPWSYPFDQKEDTIQLMNTFASGSSKEARALVLALALPGMLTTWMLNQPAILGQVSADKNPIAAISDIGLTVVNQNISFDARASYDLNANSNTLHYTWDFGDGSNSKATGIAVNHVYTTPGSYTLTLTVSSTKGSRRVSKVLNIVPQSTSYDNPYASYKANGVPPPNSAVILPTPNDIPSSQVIPTATATTPSLSSSVSPALVFIPVAVGICIIILLVALLIMNRRRHHKNV >MBS7058472.1 hypothetical protein [Faecalibacterium prausnitzii] MTFNAMTEHYEEITVCGKPALFTGIRIKRNTVPDGLYAYDVRHDDECRGIPCEIAPFVMVNHWGTIILAEPLELPDDGRRYIDEDTDWNYAPLDGEDTANHKPCTTISDFMTAYAH >MBT5464676.1 AI-2E family transporter [Gammaproteobacteria bacterium] >HAB46379.1 AI-2E family transporter [Gammaproteobacteria bacterium] MNVLINSLVGLGLIGLVAVSVNLLGPILTPFFLGAFLAYLGDPWVDRFEAWGLGRALSATLVFALIAAVMLAALMLFLPLLALELSELLQGLPASFLWLQSTLGPLIKDWTGFNLQALDLKGLAQNFLGEWQQSSDIMGYLLGQITQSGLAIFGSLMTLALTPVVAFYLMRDWDHLLTRLDQLIPRPQINVVRQLTAAGDEMLAAFIRGQFLVMILLGIFYAVGLGLVGLDMALIIGLIAGLASIVPYLGFILGLLMATIAAAYQFQDWVHPVYVLTVFILGQILEGSLLTPWLVGDRIGLHPVAVIFAVLAGGQLFGFIGVLLALPVAAVLMVLVRYWLGRYLASGFYLGDAVPATCDLSEEDAALDTPPAATIESETIDPDMVSEATDASTL >WP_249119039.1 MULTISPECIES: DUF899 family protein [unclassified Bradyrhizobium] MPRTVDRAEFHAELDTLRLREKAHTRESDAIAAARRRLPMVAVDGATPLVGEGGAVTLIDAFEERRLLIAYYFMWHDGRPAPEQCEGCTFFTTQVRELSHIHSRDVTYATFCQGPYDESVRYRDFMGWNMPWYSAQDSLDTLLVGRRVGMMHLICYLRRGSEVFETYWTTMRGVEAMDNSYRLLDLTVYGRQEPWEDSPADWPQGWGEGKHRMRDDGRPISQWPRLNAGSSDDLGTGGG >PSQ73325.1 hypothetical protein BRD39_04480 [Bacteroidetes bacterium QH_9_64_21] MTRLFRVLRSRFRPDDEAFSTDEKDRVQLYRLISLLGAVLIPSLSVLYRGELNPAVPAWTYLGLSGLFAGLFAVSYMSRTVRRTYVPLMWGLMYVQMVWITAAAVANDFANERVLAVLLTYASIGVVIELGARSFRPILWFLAFGFLSVAGGLVIAPAPQTAPSILLSIMAVVGLTIGFSLQGRLTIREQRNLLDRLVETSPNAIVRLARDGTVLQASGRVEAVLGLSAKALRGRTYDDLEWEPGTFGEDSTEEAVPFAQVLQAGVPIRGIECSIRCPDGTRRFLSVSGAPLRGKDGEAVFHVQDITEQKDRERVLERQNDLFERAQEIAGVGVWEYDVETDTSRWTTEVYRIHGRSPENAPVFDDIIDYYHPDDQPRLEDAFAKAIEHGEPYNLELRLRTEAGDERWVRTRGEPQQEDGEVVRVRGTIQDITERKRRERSLQNRQEKLEGLYEATNHLLEAEDEEDLSIRLTSLVHQTLDYSATTIRLARDGELVPAHVPDAVQDHMPERPSYDIDGEAPAAEAYRSGETCAFDDLSAKVDTVDRGDIRATVYVPMGDYGLISVGSLKEGGIGTFDQRLLEVLGSYAALVLERLEREQELLAAKEEAEAASRMKSSFLANMSHEIRTPLTSIIGFAEAVGTTASELELPEGSPLPKYANLIEQGGKRLLDTLEGVLNLSKLEAGQMELGVERVDLADQVHRTAEELRPKANEKHISVHVEAGDPPTQAEADEGGVQIVLRNLMSNAIKYTEEGGHVWVRAYRDDGQAVLEVRDTGIGMKPETAEDLFEPFRQASQGLSREYEGTGVGLAVTKEATEQMDGHLEVDTEKGEGSRFVVRLPRAEAVDHETEGNERSVDETKE >XP_037293573.1 uncharacterized protein LOC115442196 [Manduca sexta] MNLKLYIINFATIFLISPVSVSSMTRQQLKNSGKLLKKTCMPKHDVTEDQVGGIEQGKFLENRNVMCYIACVYSMSQALRNNKIMYDNMVKQVDMMFPPEIKDAVKDSIENCRPVAKKYKDVCEAAFWTAKCMYDYNPANFVFPQQLSNMDRKDLCLLIIAFILADGVDSMSKQQLKNSGKMFKKQCMGKNKVTEDEIGEIDKGRFVEQQNVMCYIACIYQMSQVVKNNKLNYEASLKQIDIMYPPELKDTAKGALEACKDIAKKNKDLCEASYKTAKCMYEYSPKDFLFP >AHM93900.1 polyprotein, partial [West Nile virus] VTLSNFQGKVMMTVNATDVTDVITIPTAAGKNLCIVRAMDVGYMCDDTITYECPVLSAGNDPEDIDCWCTKSAVYVRYGRCTKTRHSRRSRRSLTVQTHGESTLANKKGAWMDSTKATRYLVKTESWILRNPGYALVAAVIGWMLGSNTMQRVVFVVLLLLVAPAYSFNCLGMSNRDFLEGVSGATWVDLVLEGDSCVTIMSKDKPTIDVKMMNMEAANLAEVRSYCYLATVSDLSTKAACPTMGEAHNDKRADPAFVCRQGVVDRGWGNGCGLFGKGSIDTCAKFACSTKAIGRTILKENIKYEVAIFVHGPTTVESHGNYSTQVGATQAGRFSITPAAPSYTLKLGEYGEVTVDCEPRSGIDTNAYYVMTVGTKTFLVHREWFMDLNLPWSSAGSTVWRNRETLMEFEEPHATKQSVIALGSQEGALHQALAGAIPVEFSSNTVKLTSGHLKCRVKMEKLQLKGTTYGVCSKAFKFLGNPADTGHGTVVLELQYTGTDGPCKVPISSVASLNDLTPVGRLVTVNPFVSVATANAKVLIELEPPFGDSYIVVGRGEQQINHHWHKSGSSIGKAFTTTLKGAQRLAALGDTAWDFGSVGGVFTSVGKAVHQVFGGAFRSLFGGMSWITQGLLGALLLWMGINARDRSIALTFLAVGGVLLFLSVNVHA >XP_624193.2 phospholipase B1, membrane-associated [Apis mellifera] >KAG6799501.1 phospholipase B1, membrane-associated [Apis mellifera caucasica] >KAG9434400.1 phospholipase B1, membrane-associated [Apis mellifera carnica] MKLFLCFLLQLFVLTVAQRTILDSPDIRSVVRLFRNWILQAFGEQERKIIQYTNKLQEEIPPNVPFPCNLTGARSPTIPDSVHRLRPGDIDVIAALGDSLTSGMGIFATNLVDLYVENRGAMAIIGGEKNWRKYLTIPNILKEFNPNLIGYSLGDSLTSNPASQLNVAEIGAMSRDMPFMAQYLVNRIKNDKRINIEKHWKIIFILIGFNDICTDICVLPSPWSTLENHKKDLLKTLRILRDNLPRTFIGLIIPTHLREIVNTENATNSLICYVMRTIFCSCLFSLQYKSQREEYFKIMSRWQEIDEEISKYPEFHTNDFTVIPLPGIKDTKLPLNKNGLPEVKQYFSADCFHISQVGNARSANTLWNNLLQPIGKKTNNEWLVPFEKFLCPTSERPYLATFENS >WP_126678289.1 cation:proton antiporter [Prevotella koreensis] >RUL59119.1 sodium:proton antiporter [Prevotella koreensis] MSEIPGLIKDLALILIVAGAVTLLFKKLKQPLVLGYIVAGFVVSPHMPYTMSVVDQTDIKTWADIGVMFLLFSLGLDFSFKKIIKMGMQPIIATITILFSMIMLGITVGKIMGWDKMDCIFLGGMLAMSSTTIIYKAFTDLGLRQQRFAGIVMSVLILEDILAIVMMVMLSAIASGNNPDGGEMLGSVFKIGFFLILWFVVGIFVVPLFLRYTRRLMNNETLLIVALGLCCAMAVLSTKVGFSSAFGAFVMGNILAETIEAEKIIKLVEPVKNLFGAIFFVSVGMLVDPNILVDYALPIMLLVFTIIFGQATFGTFGYLISGQSLKSAMQCGFSMAQIGEFSFIIASLGLALGVIGEFLYPVVVAVSVITTFLTPYMVRASVPAYNKVEKRLPKKWIRSLNHTTTGIPSSGEKNLWRSLLSAMLRTMIIYGILSTAAIAVMFTFVLPLARQILPSWDLHWYANAITGALTILLISPFLRSIVMKKNNSEEMKQLWSASRLNRFPLIFTILVRTAFAASFIFYIINYLSRFANALIITIAIVIVILIALSRRLKRRSIKLERMFIQNLRSRDIEAQVKGQRKPLYEGRLLDRDIHIGDFEIPEGSLWAGKTLQDLQLRNRFGVHVSSILRGKQRINIPSGSTIVYPSDNLQAIGSDEQLKALGHAIEEDMFRGDPEIEKREMKLRQIVIKGTSQFAGKTLMESGIRDTFNCMVVGLERGEENLWQPTPDYIFKKGDIIWIVGEEDSLNQMMN >HBU6715136.1 terminase endonuclease subunit [Serratia marcescens] >HBU7310937.1 terminase endonuclease subunit [Serratia marcescens] MTSPARRHLMRQSAVEAAQRENDPLRHANGYERMMLKLNEDKRKLKQVRSQERKAELKRKLLPDYAPWVAGVLAEGRGAQDAILMTVMIWRLDAGDIPGALDIARYALRYQLAPPGNFARSTPYLIAEDVAESATRAFEAGEPVNIDHLTQTMELTDAEDMPDQVRAKLHKITGYVLRAAGRAELALNHLKRALQLHSGCGVKKDIERLERAIRTAASR >KAI5657497.1 hypothetical protein M9H77_26290 [Catharanthus roseus] MSFSNRLYNFSPTNSQDPSLNPVFAAGLKLQCPRNAQGNVYPNLVVQMNMSPVLFENNYYKDILANCGLRTSDQTLKTSPEALQEVKDNAFNGRKWQEDFVEAMIQMSQIDFLTGTAGEIQTNCRNINP >MBR4371193.1 FtsW/RodA/SpoVE family cell cycle protein [Victivallales bacterium] IFLACTLIDYRKLGEQSWILYVLELVLLVWVLTGGKTINGAQSWIRIGGLTIQPSEFAKPATLLFMAWAVTRPGWRNSVVPPWLLTGLILAPPLILVLLQPDMGTLLAFLPFSFCIAFIKGLRWRWIFLTLFVGIVCAPILFTHLKPHQQDRIKVFLETPSTSLIAAATPFVSPEQAKKWNEAHEVFFKSKKIDTWNAEQSLLSVGSGGLTGKGFMKGTQYLLGYLPRPVSPTDFIFSVIAEESGFVGSGFVILMIVCVILCSCRTAILAADEMGMCLALGTAAILSTHAFVNIAMTIQAAPIIGIPLPFISYGGSFMFSTLALTGLCQSVHIRRHEHSLYS >XP_025786250.1 serine/threonine-protein kinase receptor R3 [Puma concolor] MVLKVQVVRSPACLLDSTSSPAFHRLVLYQPPRWEPPPGGAEGFIASDMTSRNSSTQLWLITHYHEHGSLYDFLQRQTLEPQLALRLAVSAACGLAHLHVEIFGTQGKPAIAHRDLKSRNVLVKSNLQCCIADLGLAVMHSQGSDYLDIGNNPRVGTKRYMAPEVLEEQIRTDCFESYKWTDIWAFGLVLWEIARRTIVNGIVEDYRPPFYDVVPNDPSFEDMKKVVCVDQQTPTIPNRLTADPVLSGLAQMMRECWYPNPSARLTALRIKKTLQKLSNGLEKPKVIR >HBN0452499.1 IS110 family transposase [Escherichia coli] >HBN0479107.1 IS110 family transposase [Escherichia coli] >HBN0560834.1 IS110 family transposase [Escherichia coli] >HBN0649071.1 IS110 family transposase [Escherichia coli] MFPVGIDVSKNTLDLCMLYDGIKGRIKTRNIQNNRHSVENILGWLRLQHCGPEDVHVVMEATGVYHERLATELHDAGFRVSLANPHRSREFARGMGIMTKTDKVDAYMLACYAFLKKPHRWEPPTPEIRYLGALLRRRDVLLGDALREENRLEKYLSTDTPADIISSCKRMVQLLREEVSNIERQIKAHIKACPTLRRDYTLLTSIKSVGPQLGMHMLVVLRSHNFASAEQAAAFLGVVPIEKRSGTSVRSRPRMSKIGPPQLRAKLYMSALCGKIYNKRMRNIYDEMCLRGKPKMVAIGALMRKLVHWCYGVLKTGTVFNDESLKQVLST >NXW19449.1 TSN1 protein [Circaetus pectoralis] LGGGTLLGVGIWVTMDGQSFLDIFGALSSSVLQVVNVSYFLIVIGAILLVIGFLGCCGAQKESKCLLMMFFSVVLIIFIAEIAAAVVALVYTGLAETLLTAVVTPLLKEKYGVDRSLTHIWNVTMSEVHCCGLNNYTDFTDSYWYQTHETYPEPCCNDRQPCNGTLAAQSKVPGCFDQILEEIKTNAGVVGGVAAGIAALEIAAMAVSMYLYCKLDQK >WP_153747345.1 hypothetical protein [Rhodovulum strictum] >MRH20027.1 hypothetical protein [Rhodovulum strictum] MRAGLNPEAMLMAWEAGLGRAPLDRALVLLWAGGYGDAADLALAERDRLLLALRRATFGPVLDCVAACPDCGADVEVTLEADAVAGALEAPGPGPLRIGSRAVALAPLTSRDLAAARGVAPGALPGFLRARLAPESDALSEAEARAIEAEIEARAAAAEARCLLTCPDCGADWRESVDIAAHLWAEVEAAALRLLAEVADLARAFGWREQDVLALSPARRAAYLRLARGGT >MXD03405.1 peptidyl-arginine deiminase [Escherichia coli] EFRSALTVADILLTLVKPSSDFEAETLTHVTEKVRTAQQINPDLQPWVLFTRINTTKPRHRKAAIDLDKLLRENPVWIQPLRTRISDLDIFEAACNEGAGVHDVRRASSLSTAKAQIELLAQELGINP >WP_212309145.1 amidohydrolase/deacetylase family metallohydrolase [Bradyrhizobium liaoningense] >MBR0907693.1 amidohydrolase/deacetylase family metallohydrolase [Bradyrhizobium liaoningense] MPFDLILRGGRVVDPSQKLDAVTDVAFAGGKVAAIGSGLKADPGTDVRDVSQFIVTPGLIDLHTHVYWGGTSLGIDAEEFCRLSGVTTAVDTGSAGPGNFAGFRKHVIEPSQVRILAYLHVSHAGIFGFSHRIMVGESEELRLMNPVDAAKVGDANRDLIVGIKVRVGLHSSGTSGTVPLDIALQVAEEVGMPLMAHIDHPPPSYEEVLARLRPGDVLTHAFRPFPNTPATAQGTVKKAVLDARERGVLFDIGHGKGSFAFKTARAMLANGFYPDTISSDIHMLCIDGPAYDQVTTMSKFLCMGMELPDVIAASTVNAAMALRRPELGSLKPGSVGDATLISVKRGQFDYEDVVGEHLIGDRKIVSEGVVLGGRWWHPN >NEU29184.1 7-carboxy-7-deazaguanine synthase QueE [bacterium LRH843] MKIPVMEVFGPTIQGEGMVIGQKTMFVRTGGCDYSCSWCDSSFTWDGSTRSTLMKAEEIVDTLLEIGGNKFSHVTISGGNPALHKGCGQFIDLCHERGWKVAVETQGSFWQEWMLKIDDVTISPKPPSSGMETDFVKLDYYIEKLIEASSNVSLKVVIFNMEDFAYAEMIHKRYPAIPFFLQVGNEDIASTEDAELVSTLLQRYEWLIEKAMNSETMNNAKVLPQLHTLIWGNKRGV >MBQ5754168.1 cysteine--tRNA ligase [Oscillospiraceae bacterium] MKNETPVDIREQSPLALAFVGDAVYELLVRSRLVKYHRMQPGKLHAAAVKYVSAVGQFRAVALLEEHLTEKEQDALRRGKNATKAAVAKHATPEEYRCSTGFEALLGWLYLQGRQDRIQELFDFIWEHFDPEKEQA >MBS1745163.1 phosphoribosylformylglycinamidine cyclo-ligase [Bacteroidota bacterium] MKFSPSANEGGLYAQRGVSAQKEEVHAAIQKLDKGLYEHAFCKIYPDYISNDDAFVNVMHADGAGTKSILAYLYWKETGDVSVWKGIAQDAIVMNLDDLLCAGICDNILFSSTIDRNKLLIPGAVLEQVINGTQEFFDTLKTFGVNIHFLGGETADVGDVVRTIAVNGTMMARWPKNKIITNEKIKPGNVIVGFASFGQTNYETSYNSGIASNGLTSARHDVLHKYYAEKYPETFEPSLNNDVVYIGNQMLNEDTGNFSNETKNNNHKVSQLLLSPTRTYAPLMKVLLENYFDKIDGVIHCSGGGQTKCMKYLPQPLRIIKNNLFEAPEIFKLIQENAHADSREMYQVFNMGHRLEIFTDETTADSFISEAAKFDLQAKIIGRVEAADKNELQLHLHDEIISY >MBQ8003389.1 hypothetical protein [Clostridia bacterium] YLDIVTGKIFCEGVQEYFYEDIVAVTSAQEVKKAYKAYGFLNLRRRTIDYLRESITVVSSGCMHKESYVVDMGNSLLDTKFVGMRNLIRQKKMEK >GEW80515.1 integrase, catalytic region, zinc finger, CCHC-type, peptidase aspartic, catalytic [Tanacetum cinerariifolium] MLLAKKDSDEQVLLAENQAWMESSSDSDQEINANMVFMAQIEMILSDSDESSSSTKETIAEVAYYTSESESESEFATLEYYDNSTNYGQTRCDLILTLNVKHNMQNLRKKDLMIRYSALCDNDKQHRNKIDEQEILFDKMSRQLVEMNNNVLRLQEKILEKDTKISELEAKGIGFENPRYFEKAKDLRPSLYDEKVIGLGSLKPYVPNVILEKIIIDLEDEVVSLLEKEKANLKTIKSLKSKECEKVENSKVIAHGMFKLSVSLSVSPMSMSKTFCDSKNVENLDTFSSVRRPKNSGVIWKKKGSSNISNVDLSDIIDSGCSKHMTGNRALLTNFVEKFLGTVCFGNNYFAKIAGYGDVVIGSITIK >HHO76132.1 porphobilinogen synthase [Deltaproteobacteria bacterium] MFPEHRPRRLRSNDTIRKMVRETHIHPDQLIFPLFVKEGKGIHEPIASMPGQYRYSPDALSPVVNDIVSAGIPAVLLFGIPLKKDSLATGAHKRDGIVQQAIGKIKNAAPELMVITDVCLCEYTDHGHCGILDEKNRVSNDDTIEILSKVALSHAKAGSDMIAPSDMMDGRVGIIRDALDESGFEHLPILSYAVKYASSFYGPFREAAGSAPSFGDRKSYQMDPANVREALREARFDVEEGADIIMVKPALPYLDVIRTIADEFDEPLCAYQVSGEYAMIKAAASGGWLAEEACIMESITSIKRAGADMIITYFAREIARILS >MCH2165167.1 elongation factor P [Marinovum sp.] MPKINGNEIRPGNVLEHNDGLWAAVKVDHVKPGKGGAFAQVELRNLRNGSKLNERFRSADKVERVRLEQKDQQFLYESDGMLVFMDTETYEQIELPSDLLGERRPFLQDGMTIVVEFYETEALNATLPQKVTCQVVETEPVVKGQTAANSFKPAILDNGVKVMVPPFVAQDEMIVVNTEAMEYSERA >KAB0360174.1 hypothetical protein FD754_004330 [Muntiacus muntjak] >KAB0380621.1 hypothetical protein FD755_008405 [Muntiacus reevesi] MSGSSRVAAMKKWFNSFPAAADLKQFCLQNAQHDPLLTGVSSSTNPFRPQKVCSFL >WP_115470986.1 peptide chain release factor 1 [Weissella thailandensis] >NKY90945.1 peptide chain release factor 1 [Weissella thailandensis] >RDS59451.1 peptide chain release factor 1 [Weissella thailandensis] >GEP74459.1 peptide chain release factor 1 [Weissella thailandensis] MDEIFEKVQSVVDRYDEVSEMISDPDVIADTKRFLVLSKEEGSLRETVETFKHYKQVVESIEENEEILREEANDSELEELAKEELKDLRVEKESLEEQIKILLLPKDPNDDKNIIMEIHGAAGGDEGALFAADLYDMYLRYAEKEGWTVEIIDENKTEIGGYKEIVLMITGDNVYSKLKFENGAHRVQRVPETESAGRVHTSTATVGVMPEYEDVDIEIEDKDLRVDVYRSSGAGGQHINKTSSAVRMTHLPTGIVVAMQDQRSQQQNRAKAMEILKTRVYDYYASQNEAEYAEQRKTAVGTGDRSERIRTYNYPQNRVTDHRIGLSLNKLDRIMNGELEDVIDALLIADQTAKLEALKQG >OMJ26529.1 hypothetical protein AYI70_g92 [Smittium culicis] MTMLLELSQDKTQDIIDQLTKAYESGGGQGWGMNYQMGGAVGFVPPISRPVYIPPQQPPLIGQPRPHMPPPINSQLNSRQFGTHPPFPQHPTPTTPSGQIPPTLPPNFSGTLPPPLSHPLPPNGLPPHPMRPPFAGPPPPHMLPPPQSALLASNTPSRPPHMQGPPPPFLPPPIPPHLMNRPPPNVHQLSPHPDFNQSTTSTTTSDGPPNQNDVNKMDTEEHQMNSDVNSSSDSNNNENGSKQTGQTNQNTYGPGRPPTIHPSRLQL >WP_129770031.1 VOC family protein [Streptomyces sp. L-9-10] >RYJ25774.1 2,3-dihydroxybiphenyl 1,2-dioxygenase [Streptomyces sp. L-9-10] MTSTTTAPAHTVSDPHHGLHSEDGARHGEHPGRDRRPVIKAVDLAWLEFVKPDLERAETFARDFGFTVAARTPQALYLRGTRPGPHCLVIRKGPTSRFLGPAFLAADRADLDRLAEATGRRVHPLHEYGGGHVVDLLDPSGIPVRVVHGVTEHPALPGQQPLPLNTGGHTVRINAARRPPLEPARVERLGHVVLSTRVFGRALDWYLHHLGLIVSDFLYLDGQRDRGPTMAFIRCDRGDEPADHHTLAMHLGPDTGYVHSAYQVADLDALAAGGTYLAQRGYRRSWGIGRHIQGSQIFDYWRDPDRFLVEHFTDGDLFDHTLEPGWAAMSASGLAQWGPPATRDFLGATPSPALLHTVLTALREDNELDPARLNALVKAMSS >RWK19229.1 FAD-dependent oxidoreductase [Mesorhizobium sp.] >RWK32492.1 FAD-dependent oxidoreductase [Mesorhizobium sp.] MAEFPKRAKVVIVGLGGIVGASVAHHLIERGWDDIVGIDKSGIPTDIGSTAHASDFCYTTSHDFLSCWTTLYSIDFYEKMGHYARIGGLEVARVGDDGRMDEIKRKIASAKAFGTRARLIEPAEIKEKFPLIEEHLVQGGLWDPDAGLVIPRSQTVAGKLVDQGVASGKLQAFANTSAKDLIVENGRIKGVVTERGTIEADHVVVCTGIWGRLTAALVGEDLPVMPIDHPLTFFGPYNEFAGTGKEIGWPLLRDQGNSAYMRDTGDPKTAEGGQIEWGYYEETNPRLCHPRDLLEKDQARLSPSQRDLDMEQIMAPLERAMELTPILGELGYNEGHSFNGLLQVTTDGGPSMGESQKVRGLWYAVAIWVKDGPGMGKLIADWMTDGRTAIDHHAIDYSRFYPHQTKEQFIWDRCTETAMKVYNPAVHPREPFSKGRNIRRSPFWEREKELGGYFMELGGWERAHGYAANEHLLEKYGNRVPVRENEWDNRHFWRVSNAEHLAMSEDCGIVNLSHFSMYDVEGPDHVALLEWLCAAKIGGDNNIGKGIYTHFLDEEGMVRADFTVIRMADRCRVIDGADAGPRDFRYMQRTAQDKGFDATVTDVTEKYVTIGIWGPNARTTLQKVVDDPNGLTPENFPFAAIKPIKIAGKDVTAFRISYVGEQGWELHMRYEDGLAVWDALRSTGVMPFGVETYANTRRMEKSLRLQNADLLTEYNLLEADLARPKVKENDFCGKAKHLEYRARDHQPAMLCTLVMTENKDAKGVARYPVGTMPVQDPATGETLVDELGRRSFTTSVAYGPTIGKNIALAYLPWAYAQEGRKLSVEYFGETYPVEVAGVGYKPLYDPENLKPRS >CDX32740.1 Ketosteroid isomerase-like protein (fragment) [Mesorhizobium sp. ORS 3359] MNTCAWFFTMRSGTADEASAFFDSIAFNDLWSRVEPGQ >WP_255761006.1 EVE domain-containing protein [Neorhizobium galegae] >MCQ1853621.1 EVE domain-containing protein [Neorhizobium galegae] MAYWLYKSEPSSWSWEQQKAAGEKGTEWTGVRNYLARNNMRAMKIGDKGFFYHSNDGLEIVGIVEVCALSHPDSTAQGDPKWDCVDIRAVTDVPTPVTLKDIKANPKFEKMSLVTSMRLSVQPVTDDEYFEICKLGGLDNPPKSPA >WP_255352846.1 hypothetical protein [Achromobacter sp. RTa] MKSGEAKFRMVLTMDRAGGPLPILESSGVPAAPGKGVIVSPYNL >QLQ30255.1 MAG: 50S ribosomal protein L15 [Pseudoxanthomonas sp.] MNMRLNTLKPADGARTERTRVGRGIGSGLGKTAGRGHKGSFARAGKGKIKAKFEGGQMPLIKRLPKVGFRSXLKLDCAEVLSYQLEKLEAGEIDFAALRAAKLVPSTAKRAKIVKKGELTKKFVLKGVAATAGAKAAIEAAGGSVQE >MCH2065391.1 tetraacyldisaccharide 4'-kinase [Roseibacillus sp.] MGQVGEDAEKWAADVIFGRARGFGAALARVLFRGLSHVYGLVVQCRLKAYRKGWKEQVRLGTKVVSVGNLTVGGTGKTPVVELLARALCQRGRKVAILSRGYKSRKLDEPQQWKDLDPSECEALPKIVSDGQTMHLEAVYAGDEPYMLAKNLEDVRVVVDKDRVNGGRFAVSQLGADTLVLDDGLQYLALDHEYDLVLVDQNAPFGTEARALLPRGTLREPARNLCRASHIMITKCHGPSDEGLLASLRSHNPVAEIMQTTHAPRYLERVFGGERLPLEALKGKYVAAISGIAVPESFEALLQELGAKVEFHRVFTDHHPFTQEEVDRFMTRCVERDIELVITTEKDAVRFPRPQELDVEIYFLRIEVEIIDGLDVWNRFIDHIVEPREQNASDWAEERLIRGGIGS >WP_105599976.1 MULTISPECIES: Rid family hydrolase [unclassified Paenibacillus] >PRA05764.1 YjgF-like translation initiation inhibitor [Paenibacillus sp. MYb63] >PRA49886.1 YjgF-like translation initiation inhibitor [Paenibacillus sp. MYb67] >QZN75704.1 RidA family protein [Paenibacillus sp. DR312] MSTIIHASTAPKFPLPFSHAVRAGDMVYVAGQVGVDPQTLEPIGGIKEQTEQCIRNIEVILQEAGLTLDHIVKATTHLARVEDQPEYNEVYAQMIKQPYPARITVFSGLGPYLIEMEVLAYAPSIRGE >WP_204650864.1 peptidase [Gemmiger formicilis] >MBM6899394.1 peptidase [Gemmiger formicilis] MTRPTRCKRHRDLRIRLRAPMVALFALSFALAFDSTGILRIGLLCALLHEMGHVLVYRIQWHHWPDLQLSPFGICLLLRGQFLSSTQELLLAAAGPTFNLLGCSLVLFYMNITGQYSYAGYWFASTNLLVGGVNLLPLPGLDGARILHSFLR >KMZ56706.1 putative protein S-acyltransferase 23 [Zostera marina] MGGLDRTDDDVESVVVDSGHTSTSNVDGELNSVTDVFTASYYGDLAKLRDFVEDQGLSVMSPDMNGNYPLQWASLNEFPSIVQFLIDKGADVNTEDNMKQTALHWAAVRGSISAADVLLRNGARINASDIHGFKAVHTAAQFGKTTFLNHIIKNYGADFDVLDNRGRTPLHWAAYKGCADTVRLLLFRGANQGKQDIEGFTPLHWIVLKDNTEAGAILAYAGTIEELLIKDHSGFTPYQLASSRGHRRLSFLISGAIMRKGNQWHHKIWRMGFAPVLLFVIISYSILFIKFVIAGSNFPKITAVVGLWGWIAVSFAFGSVFMLYRCSSKDPGFVKSHSSYNLTDVEDMPLTIDLNSSIYTGNWSQLCPTCKIIRPLRSKHCPSCNHCVEQFDHHCPWISNCVGKRNKWDFFLLIWMGTLTSSISAIVTLHRLWTINSQPSDESWIYHLITEYSGAVFFLLIDSFLVFGMIILTRSQSYQISQNITTNESSNAHRYNYLQGQGGQFRNPYNHGIKKNCSNFFIYGYTSDEEVRAFS >TLZ05171.1 type II secretion system protein GspD [Gammaproteobacteria bacterium] MTGLRSFAVSALAVLMAAGLASAQPPQRITPNFKDADITQVAEAVAAATGKNFIIDPRVRAQVTMLSSTAMTPPAFYEAFLSILQVYGFIAVPAGDVVKILPDANARQFPAVDLPDRVSATSDEIVTQVLDVHNVSAAQLVPMLRPMIAQYGHLAAYPASNILIISDHASNVNRMMRIIQRIDQVMNQDVEIVPLQNASAAEVVRVVNSVYQGAAAEGAMVKVVADDRSNSVLLSGEQSQRLRLRALIAHLDTPLESGGDTRVRYLHYANAEKMAPKLKEQITGITQAAAGAGAPGAQASPLAQAEKNAMVWADPTNNALVITAPPKIMHAVMDIIDKLDIRRPQVLVEAIIAEVDVDKNAELGVNWAAFSKGSNVPAGAFVSPVGGTSIVDLAAAIQNPANASSALLQGTTIGIGRIAGTGVNFAATLRALRGDTNTNVLSTPSAVTMDNQEAELKVAQEVPFITGQFTNTAASTGGVTGGINPFQTIQRQEVGTILKVTPTISAEGTSLMLKISIESSSIGQKPAGAVDLVTNKRTITTTVLIEDGGVVVLGGLIEDNSVKGEQRVPYLGNIPLLGLLFKTRNATSTKNNLIMFIRPQILRDAAQAAYETDLKYNYMQDQQKSLNRREVLPLLPGVSRGKLDAPPPPPPPAPEKPAPPSGSATPSPSAPAPLVQEPAAAPPDTGAPAAPPTAPQGKP >WP_032373688.1 MULTISPECIES: CaiB/BaiF CoA-transferase family protein [Rhodococcus] >MBJ7324646.1 CoA transferase [Rhodococcus sp. (in: high G+C Gram-positive bacteria)] >MSX05730.1 CoA transferase [Actinomycetia bacterium] >KJV02527.1 carnitine dehydratase [Rhodococcus sp. PML026] >MBW4782266.1 CoA transferase [Rhodococcus fascians] >MBY3792345.1 CoA transferase [Rhodococcus fascians] MANTGGPLAGLRVVELAGIGPGPHAALLLADLGADVVRVQRAGQVSPHDHQLRSRTIVEANLKDPADIEKVLGLIERADVLIEGFRPGVTERLGLGPDDALARNPRLVYGRMTGWGQEGPWAQTAGHDINYISVTGVLNAIGRDGERPVPPMNMVGDFGGGSMFLVFGIMAALYERQNSGQGQVVDAAMVDGTAALSHMIWAWRGVGAWSDDRGVNLLDTGAPFYDTYETSDGKYMAVGSLEPQFYAQLVTGLGLADADLPSQMDKPRWPELRETFTATFLTKTRDEWAAIFDGTDACVSPVLTFAEAPNHPHMKDRDSLIDIGGVTQHRPAPRFSRTENGVPTPPPATATDIASVWA >HBY0139633.1 RNA-directed DNA polymerase [Klebsiella pneumoniae] MNRSAKAVKRKDHLRVLLTETSPYEVPAIFSNIGFYNNITHHNKFKSTGDIVSFLFEKNLNEDYTIPLTYKIKKDIDSSRVLSLIHPRSQLTIADFYENFSSMIISSCQKSDFSLRAPSRISSKYFIKNNEMNDLEYSRGEIQSEYDDKKYKHLASYFSYNRYTRLHKFFNSMEFINLEKKFDVFCSIDVAKCFDSIYTHSITWAVKNKEFSKQNRHVKNSFGTIFDRLMQSINYNETAGILIGPEVSRIFSEVLFQDIDREVENLLGKLQYLNGRDYTIRRYVDDIFIFTLNETILNDVKDIVEDTLKKYKLTVNKQKTSTTLRPFSTAKSGTINHLNEILNSLTSKFIDPENPEKVKKIYSKRNTVVSYLNKIKSMFVLERENYNLASGYTISSLTNIAIDLDRKCKSSRDFMKNNERQISDFFYVATEIIFHLFFISPNHNSSVKICIFIDIVCKNVDEMSSGDSGFLKGLIFNLIHSYFERCIEVEKNNKIKKIPLENLNLLIALKLLGEDYNLTRDFLGKIYNIDRRNDFSYFEIICLFYFTDHDPHFNSLKTKMFKYVKLILGNVTDIKIDSFKFYLLLDIINCPFIEERKRKSLTAEVVKFQLNRQPSAAEINIGWDALTQCYWFVQWDNFDLRLFLEKKELLSAY >WP_122236618.1 endolytic transglycosylase MltG [Pseudomonas syringae] >RMT28392.1 hypothetical protein ALP50_04412 [Pseudomonas syringae pv. spinaceae] MIRKLLVLLETAIVLAVLLLGFAFWQQKEALNQPLKVAQEQLLDVPAGSTPTGVLNRLQADGVIKDAFWLRLYWRFNLSGQPLHSGEYRMLPGMDVNALFDVWKRKEVVQYSLTLVEGWNFRQVRAALAKQAKLDQTLAGLSDSELMAKIGHPDVFPEGRFFPDTYRYVRGMTDAELLKQAYNRLEEVLDEEWQARSSEAPYSNPYQALIMASMVEKETGVPQERGQIAGVFVRRLKLGMQLQTDPAVIYGMGERYNGKLTRANLREPTPYNTYVIAGMPPTPISLVGREAIHAALNPVAGSSLYFVAKGDGSHVFSDDLDAHNSAVRDYQLKRRADYRSSPAPAAAPAPTGAPAADSPASPPEPETAPDAPQSEPDTQ >WP_194104904.1 twin-arginine translocation signal domain-containing protein [Mucilaginibacter boryungensis] >MBE9665499.1 twin-arginine translocation signal domain-containing protein [Mucilaginibacter boryungensis] MNFNKNRRDFLKMAAISGAGLGVANSFPSLYAAIPHNHQVPDMLISGITPYFIPRRAASWWCTIEDLQWSQKKIVDKIKRRAENFAKAKIDTAINFGFHIRFDFSNYFGQLHGYYANVCEELHKYDIKFMDHYSCNHVERPRGEAEFKKLHKGQRHHVLLFPDPIAAQFAQYEGYFFKDICEVDLIDGGRGYSKQYQMETFCHNNPNFLDMHRKYLIRLAKEVPFDGIEVDDMCTYAGLTTCGCKYCRERFKRDYGSEIPPFGQKDFWGDTTKPMAKWGNYENPVFRDWLRMKTDGIVDHVKMIKGVIGDKPLMSCCSSTGPMSLNVISLDLEKMAGSLDFFMLENVGFNVKSVDWMGMDAEALHQKDIAQKRGNAPAMALSYTIYEKGGYLGWCLSRFWGVGNWSSTLNQRLEEDPADAMEQEDVISPSNLWEVHNSDLNIIGAKDLVEARLVSNRYCRDNGWHTKDGAEHWDKVKAWSVQLLKNNVGYRFVRSEELGNGDALTKETTPLIIDSVGCVSDRQFKAIKGYLAKGGTAWLTLPFGTHNEKGFKRDIPLSATLLKEKYKHLMVLDGAQSLPQLISSGKFKPVLKQVKGDNRWVARIRIYNDGPAIHLMNTALTPIAHPVLKDNSGTAVLKDIASKITDNELTFEVDTTRISLPKLSVMSPELGQAQRRVHMAGHQNSYDTVTIDLADVKLYAVAQKTK >WP_210799437.1 helix-turn-helix domain-containing protein [Proteus mirabilis] >MBQ0521891.1 helix-turn-helix domain-containing protein [Proteus mirabilis] MEQQSKREYWAAILEQQRQSNLGINQFCSEQNISYQTFHYWSKKLTQSEPETRVQPIVVTEPTVSTSCVVLILNNGIRAELPATLSSQQIKTWFEALQ >WP_066519483.1 homoserine kinase [Curtobacterium ammoniigenes] MTRLPLGRSVRVRVPATSANLGPGFDTLGLALSLYDELDVRVRPEPGAHVVVQGSGSGEVPIDDENLVVRALRRGLESAGVDQCGLELEARNAIPHGRGMGSSAAAIVAGLMAARGLVDGVADLSAAAMLRIATDMEGHPDNVAPALFGGLTIAWTTDSGPASKRLLVHRGVSPVVFVPDATLSTKLARSLQPVHVPHEDAAFNVSRSALLVAALVQSPELLLAATEDRLHQSYRASAMPETDALIRVLREHGLAAVVSGAGPSILVLGSDPAQRLQAAELVERHASSRWSALMLAVDLRGATVVAHPTSRTDPPLVVPSQVVPNPTGAA >WP_087384365.1 TRAP transporter large permease [Faecalibacterium sp. An122] >OUQ37749.1 hypothetical protein B5E67_07260 [Faecalibacterium sp. An122] MAMQSLGMIIVILAVLLVVGVPISYSIGIASLFTILQTVPLDISVVTGAQRIFVGMSKFSLTAIPFFILAGNLMNQGGIAKRLVNFVMAILGKLPGALLVTNVGANALFGAISGSASAAAAAVGSMVREGEEEQGYDEALCAATNGASAPSGLLIPPSNALITYSLAAGGTSVAALFMAGYLPGLIWAVCCMVVAIIIAKKKGYKGTPGKFSWSNLGKATLQAIPSLSLIIVVIGGIIAGVFSATEGSAIAVVYALILGICYRNITLKSFWKIVVDSAKMSGMVVFLIGVSNILGWVMAFLQIPQAVSAALLGITDNPIIILLIMNVILLVAGTFMDVTPAILIFTPLFLPIVKTFGMDPIHFGLILVYNLCIGNITPPVGNTLFVAIKVGRTSLSKTMPYMLCYYVAILLGLMLVTYIPAISMALPQLAGLA >KFP63770.1 hypothetical protein N322_08212, partial [Cariama cristata] QFFSQGPNVLHQDSSGPQAAFFSPLQKVMLPPNTFQGKVAFITGGGTGIGKGMTTTLSSLGAKCVIASRNLEVLKGAAEEISSKTGNKVHAVQCDVRDPVSVKNAVAEIIQVAGHPDVVINNAAGNFISPSERLSANAWKTITDIVLNGTAFVTLEIGKELIKVQKGAAFLAITTIYTESGSGFVVPSASAKAGVEAMSKSLAAEWGKYGMRFNVIQPGPIKTKGAFSRIDPTGSFEKKIIERIPCGRLGTVEEIANLAAYLCSDYASWVNGAVIRMDGGEYVSIAGEFNDLKKVTKEQWDMIEAMIRKTKGS >WP_272114414.1 PucR family transcriptional regulator [Ruminococcus bicirculans] MNIPKIYSGMKLIAGGSGMYRNIRWIYFADCTQCLSDDFKVSQLIHGGELVIVTNAALTDNDDKMLSMIVEMNQKNIAGLVINVGQISPMLTEYCNDNELPLFELSYDLHLIDLSQIVCKALVEEESNTNSIDQLLAAIIYSSNINDADIKIRAGYLGTNISDKNHIVVLKLNKNNKLQDSYENLQRYIRYEFKNYGLQKMLMLWQIDTGIMLIPSELFSRDLLSNILTRIIDHINSYYGVDAKAGIGSAYEYISELKKSFQEALNSIKISHSESKSQKVFFYDNLGIYSLIAQIKNDKFLDEYVNNHIGKLIQSDVLQEGDLCKTLEAYLDHNCNAAAAAEHLFIHRNTMRYRMDKIKKILCCELDDLDVYLELKMAFEIKNYRESQKDQS >WP_050580425.1 MULTISPECIES: transcriptional regulator [Mesorhizobium] >RUY73689.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.05.1.1] >RUY80426.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.09.2.1] >RUZ08263.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.04.2.1] >RUZ43265.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.15.1.1] >RUZ86511.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.14.1.1] MPVLSVRLLGPLMISRDGAPVALPTSRKLRALLAYLALAPHPVSRSRLCELLWDVPNDPRGELRWCLSKLRGALDMPARRRVSTQGDTVALDLDDCLVDVLEVSRAAAQGIGTLDVERLRVLAGLFAGDFLDGLELERSPHFNSWLIAQRRRFSACHAAVLERLVASLPAYSDEAIAHLDTWVELAPFDTCGHLALLSNLAGRGEVGAAEEHLAAAERLFRSEELDFAPLRAAWRAIRDRQSGTSLRTACLSTLSPLVATMPTAPGPVEPSHASLAVMPFVEESGGTRGGLADGFTHDIITRLAKLRDFFVIARGSVFALAEQNIAPEDAGRRLNVDYVATGTVRSPSGRLIVSVELIEVRSARIVWAETFERRPDDIFSVLDDIGNSIVSSISAEIETVERNRAMLKAPSSLNAWEAYHRGLWHMYRFTQAENEQARHFFAQALQLDPTFARAYAGLSFTHWQNAFQRWGDRDRESALAFESAGHSLLVDDHNPAAHWAMGRALWLRSEQDGSLLELERAVDLSPNFALGHYALSFVHSQSGDPRAAIGSSDHSRHLSPFDPLLFGMLGARAMAHVRLGQFEEAAEWALKAAARPNAHAIILAIAAHCLALAGRLDEARGFAAAIRKTRPDYCADDFIGTFRFEPDAVALFRQGASRIGLN >MBN4326111.1 immunoglobulin heavy chain junction region [Homo sapiens] TVRDMYDDFKLGGLIALYTSIS >MBD8893743.1 adenylate/guanylate cyclase domain-containing protein [Roseibium suaedae] MRGLLKFVRGKRMLVALVAVLTLMAATFIRVTDPPFLTAVRELTFDSYQQLFPREYHPGPVRIVDIDEASLKKYGQWPWPRTRLAELTHALNEMGAAVIAYDIVFAEPDRTSPGLVLQNLSADNLSDLESFKSELAKLPDHDVVFAQSLEESPSVVAFAVLTHAGGRLPISRSGFAFGGENPASFLAPFASTLPSLDMFQTAASGSGGISLSEDEKGGVVRRAPLIFTDGTKLYPSLGVEALRVAQGASGVLVKSTGASGEAATGNSAVTELKIGSFVVPTTAKGEVWVHYDTDRKDRYVPVIDVLDKTKRDLITPLIEGQIVFVGTSAAGLLDLRTTPLGEVVPGVSVHAQMIEQILSEDFLTRPDWADGAEALATLAIGLIVILALPAVGSIGTAVMGAVIAASLVGGSLMAYLKNGLLFDPVFPSLAVLFVFVAETTLLYIMTEREKRFVRQAFGQYLSPHLVNQLEEAPEQLVLGGEMRDMTILFMDVRGFTPISEQLTPTELVSFLNTLLSPLSDIIQHEEGTIDKYIGDSIMAFWNAPLAIKAHASHACRAALDMLKKVDELNESDAFGFKARGLKTQSVHIGIGLNTGEACVGNMGSSRRFNYSVIGDAVNISSRIESSCKAVGAELLISDATRRAAPEFAYLEAGEIPLKGKSEPVRLFALVGDESYRHTEGFRLLSKAHAAMVSAMRDGNAAEAALHLEACRKAATGRQSPFYEVFAAAIAELAEHQMLSGSVPEEGYLPLGAAEQEPATPMIDQT >KAJ6059888.1 hypothetical protein N7444_003527 [Penicillium canescens] >KAJ6093767.1 hypothetical protein N7499_003098 [Penicillium canescens] MAAEIRRAPPNKAPGADGIPNMVWRLLAGESATTLAVSGLDHSDAKKGLAARLLLAEGVQASRIARHAQEDP >WP_063640296.1 zincin-like metallopeptidase domain-containing protein [Achromobacter insolitus] >OAD16470.1 hypothetical protein A3839_28385 [Achromobacter insolitus] MAAREDFRQRLTNALIQGLEEHDGLPWQQGWENVATRPFNPASGVKYKGGNVMGLLLEQLKRGSTDPRWLTLKQANKAGFSVRKGAKAAYVEYWDWGVPGLNLAKPGADGRSAEDDETEEQARARTKPRVFYAAVFNGADVVGLPEMVREQSWQANDLAEKLIAATGAEIEHSAVSRGGAGIVENAAYYTRGADKIVVPPRSSFMSQGDYYATVLHELAHWTGHGSRLGRQAPNERVKFGSPAYAREELRAEIASFFLTSMLGVEGKAQNHARYASAWLDVLKGDKHEIFRAARDAEQIVDHIFGYAPELREIVESAMAANTLPEDGPKRRLSLPVNDGLPNFIPAGAQPAAPVVRTGREDPRWSGFEKALLETAKKAGLSVEAVTPVFDMIEPNFTTIMDGMKTRGLDEEMVYKMIGAQIIEEMKQADVHHRNWADFADKVRAAAGGIAVELVESALQESNQRYQQVLVDGVNGRWDEKKTQQALHQVLYGQDGVTATIDGAFVQRLVASSATVQALGLAEDDEDVLMPLGMSDVLPDDAGILDDERIARASP >MBT5488157.1 preprotein translocase subunit SecA [Halieaceae bacterium] VQEGQVVLIDEHTGRTMAGRRLSEGLHQAIEAKEGVKIQSESQTLASTTFQNFFRLYDKLSGMTGTADTEAFEFQQIYGLDCVVIPTNVPMLRDDLNDLVYLTRDEKFEAIIEDVQSCIDSGAPVLVGTASVETSEELSEAFKRKDIAHKVLNAKYHEQEAEIIAQAGRPGIVTIATNMAGRGTDIVLGGNLEAELAAKGDDLDDTVRAALTTEWQARHDAVIAAGGLHILGTERHESRRIDNQLRGRSGRQGDPGVSRFYLSLEDSLMRIFASDRVKSFMQAMGMERGEAIEHRMVSNAIEKAQRKVEGRNFDIRKQLLEYDDVANDQRQIIYRQRDELLSDDEIEDTIAAIRADVVSEAVDGFVPPMSVEEQWDIPGLEKQLEAEFGVAMPVSQWLEEDNALHEETLRERILAAVQSAYEEKSQGVGPGMRQLEKQIMLQVLDTLWKEHLQVMDQLRQGIHLRAYANKNPKQEYKRESFELFEGLLQRLKYEVIRFLSHVQVQHADEAAAVEQRRREAAAKQSMAFEHAEANPVTADPSAVAPSQAPPTQPMTRMEPKVGRNDPCPCGSGKKYKQCCGALT >XP_020272228.1 uncharacterized protein LOC109847410 [Asparagus officinalis] MRQGGVNSFVHREFRGWNKKSRLEAHVRKCGSAHNVAIHKRQDLMKQPQFIQSAFDRQTEEAQSEYRVCLETSIDCFAHNEKVNSVILSNAPVNYQMVASSIQKDIVYVAKLVKETCNAIITEVGDDFVGILMDESANVSCKEQMAATFHYVDERGFLMERSIGIVHNHFDTNDFFDVLGHLLNVVGGSCKRRDKIREKKAEQIAKSLQIEEFESGRGLKQEMALKKPTDTHGGSHYRTLLNLMEKLLKMTEFYPYEFSVIEILALKNQLDNYIVDVHRDAMFANLKGISDLSKKVAETKKHNVYPLVYLLLKMALTLLMATTSIERAFYAIKLIKNRLRNKMSDA >XP_053592881.1 leucine--tRNA ligase, mitochondrial isoform X1 [Microplitis demolitor] MKYSGLNCLNLNSNKLKQHLFYNVLRSASTGLGLWDLNVDNEIRHKIEDHWKDKIWSSKIKGNDSDKEKYYVLSMFPYPSGSLHMGHVRVYSISDAVSRFHRMKGKNVVHPMGWDAFGLPAENAAIERNIDPKEWTDSNIKNMKEQLNILGCDFDWEREFATCNPNYYRWTQELFLKLYDCGLAYQKKAFVNWDPVDKTVLADEQVDHDGKSWRSGAKVEKKLLRQWFIRTTALAKSLFDGLDDPMLKEWRDIIKIQKHWIGDCNGTSMDFKLVFDSPDDADKPDTFNIWTDKPEFIEHAKFVSVSRDNFLAKSQIDNFTDITTKYLNAKVINPFNNEELPIYYTDTMKFSKLRDNHIGIPGCFQADADFCIDNGITFDKIEELSNEEIENKRKIVMERAKELRIGGYLVSATLRDWLISRQRYWGAPIPIINCDKCGSVPVPRDQLPVLLPEKSSSSDSGIPNLRQATDWLKTSCPNCGDDATREADTMDTFVDSSWYFMRFIDPHNDNEMFSHDKAMKYLPVDLYIGGKEHAALHLYYARFINHFLFTQGLLPTREPFKQLLVQGMVMGKSFRVKGSGKYLKEHEVEKQGNNFIEKNSKLPVVVAWEKMSKSKYNGVDPMEMFKEYGSDTTRLIILADVAPTSSRNWSDQTFPGIFNWQQRLWLSIRQLLISRNGIDVEEIKNTIPDTEKFITENEYLFNSRNYYIKGVTFNIIGSQQLSVGISKMQGLTNSLRKVSLKCLTHSSEYERTLATQIIMLAPLAPRFASELWSGFCSAPYHLVNDDLFIQRDKDVLEQKWPEVDSNYELDIDVIVNGAHIDTLKIPKCNIEKMSGENVAELALQSEAAKKYIKDRKIIGFKYHWDPDCDGKIQFQVSLKPSNLKIKTTVL >HCF6759084.1 aspartate--tRNA ligase [Pseudomonas aeruginosa] MMRSHYCGQLNESLDGQEVTLCGWVHRRRDHGGVIFLDVRDREGLAQVVFDPDRAETFAKADRVRSEFVVKITGKVRLRPEGARNPNMASGSIEVLGYELEVLNQAETPPFPLDEYSDVGEETRLRYRFIDLRRPEMAAKLKLRARITSSIRRYLDDNGFLDVETPILGRPTPEGARDYLVPSRTYPGHFFALPQSPQLFKQLLMVAGFDRYYQIAKCFRDEDLRADRQPEFTQIDIETSFLDESDIIGITEKMVRQLFKEVLDVEFDEFPHMPFEEAMRRYGSDKPDLRIPLELVDVADQLKEVEFKVFSGPANDPKGRVAALRVPGAASMPRSQIDDYTKFVGIYGAKGLAYIKVNERAKGVDGLQSPIVKFIPEANLNVILDRVGAVDGDIVFFGADKAKIVCDALGALRIKVGHDLKLLTREWAPMWVVDFPMFEENDDGSLSALHHPFTSPKCTPAELEDNPGAALSRAYDMVLNGTELGGGSIRIHDKSMQQAVFRVLGIDEAEQEEKFGFLLDALKYGAPPHGGLAFGLDRLVMLMTGASSIREVIAFPKTQSAGDVMTQAPGSVDGKALRELHIRLREQPKAE >HBF53378.1 hypothetical protein [Afipia sp.] MLSRALILAAVAFVLGCFGAIPADAQNLEAGKPPSQIFSSTCSLCHKSSRGLLKTVSPGSLPGFLRQHYTTSTDMAAAMSAYVLSNGAANAAPGGNLTKQGQEAKTGPKPAQEPGPEQAAKGRKPTREASRPDADGLQSGQPDPQTLTAKQKAAAERRGAR >XP_017857703.1 PREDICTED: intersectin-1 isoform X3 [Drosophila arizonae] MNPAVDAWVITQREKIKYQEQFKALQPQGGFVTGAQAKGFFLQSQLPPLILGQIWALADTDSDGKMNINEFSIACKLINLKLRGLEVPKTLPPTLLSSLADVVGGPSPAMTPRGSTSSMSPVDALKNIAAVPPVVPIAVVPPPVVAPPVAIPPPVAVPVAAVPAAIVSPPQSNPPSRHMSISERAPSIESPQAEWAVQAAQKRKYTQVFNANDRTRSGFLTGAQARSVLVQSKLPQVTLAQIWTLADIDGDGRLSCDEFILAMFLCEKAMAGEKIPVTLPLDWVPPSLRKIKSRPGSVSGTGSRPGSQPASRHTSVSSQGAVMSDADPTAGLPQTSFEDKRKENYEKGKVELDRRRKLMEDQQRKEREERERKEREEAEKREKARLEAERKQQEELERQLQRQREIEQEKEEQRKRELEAKEAARKELEKQRQQEWEQSRIAEMNAQKQREQERVLKQKAHNTQLNVELSTLNEKIKDLSQKICDTRAGVTNVKSVIDGMRTQRDTSMSEMAQLKARIKEQNAKLLQLTQERAKWEAKSKVSGAIPGESGQQEQLNAAFAHKQLMIKQIKDKVENIKKEIESKKEDLNSNDITMQELKAELSALITKCEDLYKEYDVERTAVLELKYNRKNEAATISATSAWDTGSAWGSTASSVPAAVDAYGGYGLSNDTAAAETVAAVDLSGPAPEGFVKYRAVYEFNARNAEEITFVPGDIILVPLEQNAEPGWLAGEINGHTGWFPESYVEKLEDGSTALATGEAVAVPSVADTAATLTNSYVDNNALAAQSALAATDAAAVTNAALGDVEYYIAAYPYESAEEGDLSFSAGEMVMVIKKEGEWWTGTIGNRTGMFPSNYVQKADVGTAAVANSAEAAVEPEPVEQEVTHNGISASYAAQPEAVEVKQSQTQPAELEESHTNEDLDTEVSQINTQSKSQSEPAESYSRPMSRTSSMTPGMRAKRSEIAQVIAPYEATSSEQLSLTRGQLIMIRKKTDSGWWEGELQAKGRRRQIGWFPATYVKVLQGGRNSGRNTPVSGSRIEMTEQILDKVIALYPYKAQNDDELSFEKDDIISVLGRDEPEWWRGELNGLSGLFPSNYVGPFVTSDIRLMYLHSFQN >PIV62444.1 hypothetical protein COS12_02395, partial [Candidatus Roizmanbacteria bacterium CG01_land_8_20_14_3_00_33_9] IIQSIPSKKAEPIKIWLAKVGYERIQEISDPEKALDRSRQYWKKMGRSAKWIQQRMMGQEIRNKLTDYWQEHRVSKKKEYAILTNIIHQEWSDFSVQSHKQLKGLKTENLRDHMTDAELVFTALAELSTRQIAETIQSKGLEENKIPAIKGGRIAKNARLELEQKTGKKVVSGQNYLLDKNKLFQS >XP_020788278.1 cerebellar degeneration-related protein 2 [Boleophthalmus pectinirostris] MLTDRILEEEFDKDGERWFNSRDLEHDLHLAAELGKTLLDQNHELEEALQQMYSTNQEQLQEIEYLTKQVDLLRQMNDHHAKLYEQLDMTARDLEQGNQRLVQDNRLAQQKIQSLTETIDSLQSHMEDLQAQVEELKTSQTDRNRREREQRRALGAQSVSCLKELYDLQDNRHIHNDPIEGLWSHQVFHSKQKRCPNPEEEHRDLQRCIQTLHAQMAIERSYREAAEREIELTVQENRSLEERLALLDGCRARKQELEAEVEQLRCLWQKDCVSKRLEQLLLPETVFFSSEEKPSSEQSETPESSSEQHKQLSRPRCNSDSVLRATDELRHSHEQMCVRRAEAVTQRGMSLLHEVDAQYSALQAKYEELLLRCKQASDRLTHKAVQTSTSPSVTSRSWRRLCDLSVVCEEDQPEYKLLFKELFTCIQKTKQDLCHNRETSK >WP_280343167.1 SGNH/GDSL hydrolase family protein [Nocardia neocaledoniensis] MRAPGPITRYDQRRGTQVKTSPTVVGLAIGIVVAATALAGASPTQPAPPVRYASLGDSFSAAAGVLPLVDDAPLSCTRSQRNYAHIVAERRGYALNDVSCAGAETVDLYQEQEPGIPPQLTALDEDTDIVTLTLGGNDHGVFGTAATECTRAMIELPHDSSPCRARFGSNFVESIQTVTYPDLVRALADIHTAAPNARVIIAGYLWLVPESGPCFPQIPVAAGDVAYLREIQAVLNDAVERAANATGSIYADMSFTSEGRDACQPRERRLSEPVLLPTQFMALHPNSEGQQAIAEEVLKAIDR >MCC6539403.1 ATP-binding protein [Bryobacterales bacterium] MSLNLRPRQQRALESLTAALQRHFFVRLHGQPSRGKSTVLRTLHGQTGGIFLSARDYVEAGLTRDPIAIEESFFTFLSAKLIERTQEYIYLDDFSALLRPAAGPGNPRPGYMELAIKAVLDAAMARGKKLIFEENSVESDELGRRSLGIEVQPLITEDYSFLGTRWMGADAAKSIDFGQVYRFAPRLDLHQFYRACVQLFGRKDIGTTGLIEQLRAECLPSNVDLENVAAVDLRLLEGIEEVVRGLAAQVVLPLENDQAVKEFSLRPKRGVLIAGPPGTGKTTVGRALAHRLKGKFLSIDATVLSPLGDCRAAMDAVIRRAFASSPAVLFIDDADALFADAPPGACRYLLARLDGLENEVGNGIALVVTARNANKLPAALIESGRIESWLETRLPNPASRGRIFQEQLASLGESLRRVEPQPVLAASEGFSGADIKSAVEEAKALFAYDRLQNQPPRTPTEYLLDGVARVAQCRQRASATTVEAASDILKA >CAI5716986.1 unnamed protein product [Peronospora destructor] MKTRVTTMKTSMNSYFKRLAAVLPDTCTLRACGVPGCSCVNGLRSLGLRQNDKELDKINMIDVIENAQCLKCQHGVLQHSYSVARRCGSAAAVPSGGQRLLQMLFQLIRFGRIGASIFKSRVWIKSALERLNIVLVHLKRLYATGGTQNGQKSVKELRQERQLLSELQIQLRKAEQALRTASRDGLPILLACVCDRMYFQTYYSALVLYGRVCGAVPAPEVYLKDLDQFTPDSTLQLEKFLNREMADSDVPSRLIQSLALPVASSTLPDELARQRLRAAQHESDNPLLAIYHSRLREGVRLFYEEGVGMDGEMDAAVVAPKSSDLATSKKLKGNKKPQKQHYRRERNSGSRKGSEAKEALLSALTEMPSYPLLTEWRNTCRDWCCHLYAYATPTKEALDVMAKYTPIVEVGAGTGYWSSLLQRADVNFVAYDKAPPSVEGAKGNAYHSRVPPFCSVACGGPEVLSQQNMAKRALFLCYPPPGDVMAFRCVQLFQGDVILHVGEWQGDTGDSRFESELQRRFELEKEITLPNWGNSAYGLTVWRRKSKNIESIIWRAMSCFNCGKTLKDAAAEGEPLRRCVVCKTNVYCSSTCAQQDAVDHAAEHAARLVFLKDPTSSTACDRMFESSAFYRKLREPNLDNTVMALKSNWNALVKSETAAQGNEKNLTKKNGGEDSEEEEENLDTTKTAFTFNFSA >MCK9371657.1 molybdopterin-dependent oxidoreductase [Sulfuricurvum sp.] MVIDSVCTYCGVGCDISAEVEENKILKMFAKEEGVVSQGRLCIKGKQGWDFVTHPKRLRNARVRKSFLSANAALFSDFDMDYLEPVDHDFYEISYESAYELAARKLKSLTDEFGSHTFAAIGGARTSCESSYLFQHFTRHVVGSPHVDNCARVCHSPSLKGMRLTIGEGAATNPFDDIYETEFLVVMGSNTTEGHPIVANRMLDVIKQKGVELAVMDVRRIQLSKSATHHLSIPYEANLMMLNMMAYVIISENLVNADFIAARTKGYEAYKQSILNDPYANPDYLLQIPGYESLREEIHSVARKYATRKSLFFWGLGITEHLDGSYAVMAITHLALLTGNIGKRGAGLMPLRGQNNVQGTCDVGMLPYYAPDYQPPKEVGMMTPDLINAMIEGKIKALFNISEDIAHIHPNQNKIHSALKNLDLLIVNELFDNEITKFADIIFGVKSAYEKTGVYVNAERRLHLSQPFIHVTMPDDWEVIAEISKRYGKDLGVKSSRDVWESVRVDAPERFGGASYEKLEANRLRGLQWPVQDEDTPVLHLHDFRTKDGLGAFRYKQYEPRGQIEELLKGPEYEGYYLTTGRVLVHYNNAAQTNACEKLGRSHSEDILLVSVDDEEFFEYKDFVVLKSQYGESAPLRVKVSSTVKKGTLFTTFHHAKSRINFLFGDEYDELIKTARFKSVKVEVIKPDYLD >MBE4717433.1 hypothetical protein [Pseudarthrobacter sp. AB1] MLDPPPAGNFPVQGNWAVERQLLDRSTGTHGTFVGVVRLSPTHDGGLDFREEGTMRWPTFTGPASREYVLKPAARPDALNVLFADGRPFHRMSFSPEASQDRHWCDPDTYRVAYNYEGADAFSYTWDVTGPRKDLLLTSALKRLV >UMM23672.1 hypothetical protein L5515_004276 [Caenorhabditis briggsae] MRNALLISICATLASCQIPSKDLADMNPLLFNDRTLKGPGVIARVTPTGTQYVASVVAAAFSSHFADIKPPKERKDHQLSSVPTVTLRRLMLETLQLEKQLVSTTTNDGLVRITVRNISVSTSAILSGELRGIKLQDNVTFRTPSLRLDVAIRIMKNSGGNPALKMESCKINNQGIKLVTKPMDPRNGKSIADGIANDANAIFSDLICAKIEHIVTNRVNQRFALLSSRISLENSKNFDIVKIIMQAEERMKRLVRQNMMRSNKTLRRNVHAHNARRVSRDPVRGKRQFDEDKFHLFLNSFNFSRADSLMLDYSMITSPSLTSRGIELQTSGEVFQSGHTTPFGAGPIFLPRVPNPSQMLQIVVSDFVPNSLMFHGHRIGLFDTRIDWTTPQFGPVMRTTCDLSTGSLFCIGDLFPALREMLPDRNIAFAFTTLKAPAVIVQPEEKGGIHFSLLGLIRLISDRNEPIGEMEIRIEALMKMKLTPKSVKGKVTIEEIQFTSRSPRILLQEELDDAGFLSREILQRMVNDILRQGIPIPIHPLFKLVKPKLTLFSRSMLLETNFLLNEHIIAQLTAETLVA >WP_059171534.1 alpha/beta hydrolase [Bacillus sp. FJAT-27445] MWQRELISTDRGTFEVFVCGNGEPLCITHLYSEFNDRGNYFADMFVQSFKVYLVNLKEAGNSSKVISEKELSMKETALDLEALRIALNIKEWGYAGHSTGGMLGLVYASSFPDSLTKVLVGGASATRGYMDHSGSIYCRNNALNPRLKELFSILKSADSSREERMKAGREWTEMSLYSPGMFEEYFSKPSSGKVVQKRLDYYSFTELPTYDVREKLRQISIPAIVFCGEHDTQCPLDFSKEIVEQISNSKLYIFQKSNHFPFLEESEEFHKMIGYFSEL >MBF0143407.1 EAL domain-containing protein [Magnetococcales bacterium] MATKSISFTALEEKFKNSLWDFSRLEVGLPAGQKEEMIEILNQRRLTAIFQPVVDFSDGRIFGFEGRIRGPVGGRWHAPEALFQTAAQLGWTDELDDLCRLVLMDRFTALELSGCLLLKFHRCRQPATSTSGTTDLFLEQLFHSQIPVILEVAKLDDGKRRLPIAVPHLEIGGLTPDALLEGGIQNILIDRHFTQNIDQDPTKQRHVEALGRLAHQAGIRLIAQGIETRDELRLAKELGVTHGMGLFIGRPRPDPITLVPMVVKELLEAGQSFTDRSVIRQDTIGNRELVKSAPPITPDTQNFDVLDLFQRNPYMELIPVIQQGEPVGLINRHAFMERLARPFHHDLYGRKPCSLLMEKNPHVVGLEIAVQELSQEILAVSSRAMASGYIVVDKGHYIGVGTVQELLRVLTEMQLQGARHANPLTLLPGNVPITDTANRWIEERISFIACYCDLDHFKPYNDVYGFKKGDAVIEATASVLSGVVDPELDFVGHIGGDDFIILFRSEDWEERCHLALTEFARVAKTFFDGKHIERGGYHSEDRQGKKVFHPLTSLSIGVVEIEPGVISSFMEISRHAAEAKKMAKKTPGNSLFINRRRPAPTEVGDDRDRAIAKKKEKKKEASREHTREALLKKLKECNFRDNLTGLPNRRLFKDRLKQAMRQVRNTPEIIAVVIIDHDDGALTQLPERSDGCEQRLIGKIARRLRLIKRKTDTLARWSEHEFAVLYRGLTSHDHVALMVEKLHETLSQPFPFSGREITISANIGVAIFPHDGEKSDRLVKNATVALRKARESGQGGWQFFETAIGLEMAMRLERIDRLRQAVDRREFVLHYQPKWNPRARRMTGFEALVRWRSDNGELIPPEEFIPLAEESGLILPLGRWIIQSACLQARLWLDAGMKDFTIAINLSPRQMLDPDLGDSVVQALGANEIPPTLLEFEITESVVMKNIHLAIPILEGFAAQGIAVALDDFGTGFSSLSRLQRLPIQTLKIDRSFVRDIHLDGKSEGIVLAIIALGRHHGLQIVAEGVENEAQFTLLTKAGCDELQGFFIHKPLDPEIAPEAFAESTNRLLARTEVPTGETPA >XP_009031127.1 hypothetical protein HELRODRAFT_182635 [Helobdella robusta] >ESN90803.1 hypothetical protein HELRODRAFT_182635 [Helobdella robusta] MAKLSTSAQSSRRSSSIWKMPWFQPNMMTIWAVLFQKDVKIIVGDKNAKIGSDNIGFEEVMGKYGVGDRNDRGESLVRDETYFWPMAGNGLPIIPLATEWVLKPCNNEMLFLPIGRDTSI >WP_248112338.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCK6953077.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCK7209093.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCM7236184.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCM7315980.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] >MCM7351534.1 ABC transporter substrate-binding protein [Enterobacter bugandensis] MSKKFARSSLCALGMTIMTVQAAEPPKAIGDGEGRLDIIAWPGYIERGQTDKNYDWVTQFEKETGCAVNVKTAATSDEMVSLMAKGGYDLVTASGDASLRLIMGKRVQPINPELIPNWKTLDPRIVKGEWFNVGGKVYGTPYQWGPNLLMYNTKTFPTPPDSWSMVFTKQDLPDGKTNQGRVQAYDGPIYIADAALFVKATQPQLGISDPYQLTEEQYAAVLKVLRDQHALIHRYWHDTTVQMSDFKNEGVVASSAWPYQANALKGENQPVATVFPKEGVTGWADTTMLHAQAKHPMCAYKWMNWSLTPKVQGDLAAWFGSLPVVPEGCKASTLLGDKGCETNGYNYFDKIMFWKTPIAEGGKYVPYSRWTQDYIAIMGGR >WP_012924408.1 pyruvate dehydrogenase (acetyl-transferring) E1 component subunit alpha [Kribbella flavida] >ADB35856.1 pyruvate dehydrogenase (acetyl-transferring) E1 component, alpha subunit [Kribbella flavida DSM 17836] MSESVPGLAPEVFAPVEAPVSPPQASEEVEFVQLLTPEGERVEHPDFAFDLDDEAIKGFYRDMTIVRRIDTEATALQRQGELGLWASLLGQEAAQIGSGRALNAKDMVFPTYREHGVAYCQGVDPLNLLGLFRGVDQGAWDPRDNNFHLYTIVIGAQTLHATGYAMGQQRDHAVGDPDTGEATIAYFGDGASSQGDVNEAFIYASVFNAPVVFFCQNNQWAISEPIDRQTRIPLYQRAAGFGFPGVRVDGNDVLATYAVTQQALKRAREGSGPTLVEAYTYRMGAHTTSDDPTKYRLSEDLEYWKLKDPIERVKAYLARSAGVGQDFFAEVEAEADQVAAELRRGCLAMPDPTMTDFFQHAYVDMPDELAVQRDQYAAYAASFGADSEGEG >MCD6205878.1 CPBP family intramembrane metalloprotease [Candidatus Marinimicrobia bacterium] MLNVIPQIKTAVLLLVAGVLLATVTAVLIMILMTGSDEITTAQTGLLIGEILLPIPIFFWAKRRRINMRSLFRLNPVSLNTILAAVPIAIGLTIIADEIDRITQTLIKTPAGFSKIQEIMMITDPLSAFFVVGVVIIIAPFIEEIIFRGFLQRILEQRLRDITKAILLSALIFALIHFNPWWAIQIYIIGIFMGFVAWKTNSVWVSFFLHAFNNGVAVLFTHLSEERLNWYEWHGHVSPLILSAGLIILVGGLILFGRIIPVINVSDDAILIENFKKNGLKINL >ASL92868.1 hypothetical protein BVG94_09545 [Serratia marcescens] >ODJ20976.1 hypothetical protein BBC05_22080 [Serratia sp. ISTD04] >PKR40968.1 hypothetical protein CU560_25180 [Serratia ureilytica] >ASM02398.1 hypothetical protein BVG88_09635 [Serratia marcescens] >AUO04307.1 hypothetical protein C0558_21950 [Serratia marcescens] MLTLENQDPAAVYLIQDAKLIQEREGVKIAERSYRYFELKLADNLQYEGYITRCADDYADKLNEQDRRELNRCTEQVIDDLDRLMEKTANVTFYDGGTQNVYRGEEHSTPYYYYSFARVANYYQTDDGRHPLYGLVYRCKQPASDAHREQEPDTTEAAPPPAEVERFIALAKNRCANVLKPR >MBU0633142.1 CZB domain-containing protein [bacterium] >MBU1883853.1 CZB domain-containing protein [bacterium] MDKNEALEHLRDAKKAHLKWLQRAKALISNIPVEKDAIPVDYTECAFGQWFYSEGQEIALMPGMDSIGEIGKKHEELHDEYIKIFKIYFGDANKTLFSKLFNLRKKVTDAEQDVARRYYSNLKDISDELLKHIEKLERRINALPQSAFDRD >WP_135820337.1 beta-CASP ribonuclease aCPSF1 [Halostella litorea] MSSVDQQLDDLREEITSELPNDITVSDVKYEGPELVVYTRDPKRFAQKGDLIRQLASKLRKRITVRPDPDVLTKPGDAREQIMNVIPDDAGVTDLDFHADTGEVVIEAEKPGMVIGRHGSTLREITQKVGWTPEVVRTPPIESSTVSNVRNFLKQERDERRDVLERVGRQIHREEMSDDEYVRITTLGCCREVGRASFVLSTPETRILIDCGDKPGAPDEVPYLQVPEALGAGAQNIDAVVLTHAHLDHSALIPLLFKYGYDGPIYTTEPTRDLMGLLQLDYLDVAAKEGRAPPYDSEMVREAIKHTIPLEYGDVTDIAPDVKLTLHNAGHILGSAVSHFHIGDGLYNVAFSGDIHYDDTRLFNGAVNDFPRVETLVLESTYGGRNDYQTDQEDSERKLKRVINETYEDDGKILIPAFAVGRSQEMMLVIEEAMRSGDIPEMPVHLDGMIWEATAIHSTYPEYLRDELRDRIFHEDDNPFLADQFNHIDGGEEERREVADGEPCIVLSTSGMVEGGPIMSWLRHFGSDPDNTLTFVGYQAQGTLGSRIQSGWDEIPISDRGNGGRRGGDTLTLKMDVETVDGFSGHADRQGLENFVKTMNPRPEKVLCVHGDESSVQDLSSALYHDYNMRTFAPKNLETFRFV >MBG91959.1 acetyl-CoA acetyltransferase [Chloroflexota bacterium] MSQSREAAVVGIHEYPXRVAPGVSALQIKANSASKALADAGXSWKDVDAIYDTGTHQNIGGLGISEYLGLKPRLIDTTSVGGSSYEFQANHAATMIAAGKANVALLTYGSTAHSDRRAIGTGGATGLGAPTPFNNMEDPWGMTLISNYGMVKARHMHQYGSTDEQFANISVATRYHAMRNPEAVKAMTDLEFVGIDEITTQDVLDSRLIAWPLHLLECCMVSDGGGAVVIASKEIATNCRKKPVWIIGGGEATKYRENGGDITVSAGAQSGPRAFADAGVSPGDIDVLMAYDSFSITVMCMIEDLGFCKKGEGGDYVSSGVLKFDESGGPALNTDGGGLSSNHPGERGIFLILESVRQLRGESTSQVENAELAVAVGNGGSLGSRHSTSATILASD >MBV2096469.1 hypothetical protein [Candidatus Thiodiazotropha sp. (ex Codakia orbicularis)] MIRKLSLAVAVATALSPVGVLALGLGEIHSQSALNQAFKADIDLLSVSQEELQDVRVSLASREAFEKAGMERPYLLTGLKFTPMLTPAGKPVISISSKDAIREPFLNFLIEVNWPKGRLVREYTVLLDPPVTLQRAPQPVTAPATTIAPTTTQVGRSRPAAVTSSMSGESGDREYGPVQPNDNLWTIAKGMQRTDESVEQVMMALQRHNPSAFINNNVNNLKVGKILRLPEDAGVTSLSKQEAREEFLAQTRSWKADRGVPAAPATTKTQEMAEAKEEDRLRLISAKPGEGEAAEREGMAESESEVSRLQEEIMLVRESNEGALQENEALRNRVQELEKQIQDIQRLLTLKSDELAEIQTAQEIAAEKMEEMEAVEPPPAEPEAEPEMAPPEVEAEPPAVAEEPVVPVPPGTVIEEVDIEAKIEAAQQPEPAVTEAPPAVETAPKIAKVEPTPARPPVAPIPPKTVSYFDGVKENSTLLSIVGGVAVLLIGLLWMIMRRRKEAEAEFAESILVSPDSG >MCH8223536.1 acetamidase/formamidase family protein [Chloroflexota bacterium] MPPPTEQLAWVMGPYQAPIATVEAGETFQVSTLDAFANKIDSPDIDLATVIQLPYVNPCTGPIYVEGAEPGDTLAVRVDDIKLTRDYAVSCIIPEFGGLCGTVYTRVLNEPLEQRILLHPLTDEGMIHDPNLDIPAIPIEPFYGTIGTSPATEAISTLSPGFHGGNMDAADVRPGNTIFLPVAVEGALLFVGDGHVTQGDGEVCGVAPEIPTTGTLTVDLIKGQRLETPRIEDDEYIMSVGSARPMEDAARIAFYDLIGWLEADYGFERIAAYQLCSQVARVRVANMVDVLYSIVAKFPKRYLLEA >MOX37967.1 immunoglobulin heavy chain junction region [Macaca mulatta] CAREGGSYAYGSNRFDVW >WP_123234331.1 META domain-containing protein [Marmoricola solisilvae] >RNL79827.1 META domain-containing protein [Marmoricola solisilvae] MTLRRALTVLLLTALAALSGCGDNGGRRDLDASVDPGLGPVTYVVTSVTEHGKAHPLVDGTEIRIRFADARVTLTAGCNTMSGGYQLEESRLTLDKLATTDMGCDQARMDQDTWLAGLFDQPVQLITGDQPTIVAGSTVLAMADRENVHPDRPLLGTTWQLDTIIDGDVASSVPSDRTASLRIVGRELRAKDGCNDGTGTVVVRNGLIAFADVDFTRRPCPSSAQVVPELEPFLSGSGSYVITENRLTITRDGHGLGFTAAE >WP_062917436.1 SDR family oxidoreductase [Paraburkholderia caribensis] >AMV45978.1 AraC family transcriptional regulator [Paraburkholderia caribensis] MTHAHLGTALITGASSGIGAVYAERLARRGYELILVARNREHLTALASRITTQTQRSVEVLAADLGTKDGLSIVEAKLKQDATITLLVNNAGVGTHRPLADSDVDAMSRLIDLNVTALMRLTYAAVPEFLSRGKGAVINISSIVAIAPEALNGVYGGSKAFVLAFSQSLHYELANKGIQIQAVLPGATATDFWQTGGLPLENLDKSIVMSAENMVDAALVGFDRGELVTVPSLHDVAKWVEYESARRAMSSLLSTNVPAPRYTATH >KAJ6728134.1 S -2-HYDROXY-ACID OXIDASE-RELATED [Salix koriyanagi] MEVTNVSEYEAIAKQKLPKMAFDYYASGAEDQWTLEENRNAFSRILFRPRILIDVSKIDMATTVLGFKISMPIMIAPTAFQKMAHPEGEYATARAASAAGTIMTLSSWATSSVEEVASTGPGIRFFQLYVYKDRNVVAQLVRRAERAGFKAIALTVDTPRLGRREADIKNRFTLPPFLTLKNFEGLNLGTMDKANDSGLASYVAGQIDRTLSWKVCLICSAY >WP_264228578.1 glutamine--fructose-6-phosphate transaminase (isomerizing) [Pantoea ananatis] MCGIVGAVAQRDIAEILLEGLRRLEYRGYDSAGLAVVDLQGHVTRLRRLGKVQMLAAAAEEQPLVGGTGIAHTRWATHGEPSEANAHPHVSEHIVIVHNGIIENHEPLREALMAKGYHFASETDTEVVAHLVHQEQKQGGSLREVVQRVIPQLRGAYGMVIMDSRDPSLLVAARSGSPLVIGRGVGENFIASDQLALLPVTRRFIYLEEGDIAEISRRDVTIIDGDGNNVRREEIESSVQYDAGDKGQYRHYMQKEIYEQPNAIKNTLTGRFNHGEVDLSELGPNAEALLSKVEHVQIIACGTSYNSGMVSRYWFEALANVPCDVEIASEFRYRKSAVRKNSLLITLSQSGETADTLAALRLSKELGYLGSLAICNVAGSSLVRESDLALMTKAGTEIGVASTKAFTTQLTVLLMLVAKLGRLNGMSAEKEHEIVHGLQALPSRIEQMLAQDKLIENLAEDFSDKHHALFLGRGDQYPIAMEGALKLKEISYIHAEAYAAGELKHGPLALIDADMPVIVVAPNNELLEKLKSNIEEVRARGGLLYVFADQDAGFSDSEGMKIIPLPHVEEAIAPIFYTVPLQLLSYHVALIKGTDVDQPRNLAKSVTVE >MCA0453363.1 hypothetical protein [Chloroflexota bacterium] >MCC6896460.1 hypothetical protein [Anaerolineae bacterium] MYKKFSLFLLLIFLLAGLPLSAQSSTPANPFGVVEGFWLPNTVCELGAGWERIIFDWSQHQPNGPDDWYTLNVDDRWLKAAQDCNREVVAIFKHTPAWATDGMPGPGVPRGLYLPVDDPENVWASFVRRSAEYYAPRGVSRFIIWNEPDITRETYGFEYEGSLDDYFQMLKVAYLALKEGNPEAEILLAGTTYWHDLNAGRRLYLDRLLERITADPQAADNHYYFDIASLHIYFRTETVYDIVRQTRDMLDKYGLTDKRIWINEMNAGPTDDPLWPVVRPQYQINLEQQSAFIMQTAALGLAGGAERIAVYKFYDWNLPPGDETFGLIRADGSRRPAFDTWAAVIQQFEGVEAAALAETEQMTAVWLTLEDGSELYAVWAKTAADVKLSVETSDANVAILDQYGHNLPISTDNNAIALTLAGARCDKQDGCAVGGNVQLVRAKQAVLSEVTSGKTVELGFE >MBN1275370.1 hypothetical protein [Candidatus Woesearchaeota archaeon] MTTAKAQVAMEFILFSILGVFFVIVLIGVAIKLSSNALEDQSQQEASDLAITLQEELILASEMLPGYHRAIDIPLTLRRGGYTLTNDNHSFTIAKDGITLSLSTPPLNGTLIKGRNIIKNRNGTVVIN >MCT8275829.1 MobA/MobL family protein [Xanthomonas translucens pv. translucens] MAIYHSHMKSFGRGKGDSSVAAAAYRAGFDLVDEATGLRHEYSRRYGVAFAQMLAPKGSPSWCLDAEKFWNANEAAETRKNALVAREVEVALPQSLTDEQRKALALGLGQLLVDRQQVAVLVAVHLPSRDGDRRNHHVHLLMSSRQVGPGGFGERAGTEFDARQGEGTRAVRALRKEIAAEINRHLRRAGIQKTVDPRTLQAQAREAAMNGDFERARELTRRPGKHMGKAKVAVMRKAKFTAEVRGRHGADAAIALSNIVAMHMKASGTPLQPVPPSHSHASALRDRARAQTSAGSKKHPAQVRARVAERVQQIKERLARQPAPRPGLYTPYTGKTLQLSRVTRLARSSGRKDAEVLNAEAQLIEDWLEAQREVAQQSLEVLRQIPGIQIEQEFQQAYGTLICRRVGSYATKPFLFEDTEMLARSISKYAHTLVRPYKARMAVLDAQAKLHEQENDPDTKVVVRARQRLPRAKKHVSPRVQAIQQWRIKRARKAMVEAAEALEKNFAPQPIEMLAPEAPCGEASPPQADGDAGHWELRFKAPKPSF >WP_125251950.1 hypothetical protein [Pseudoalteromonas sp. J010] >RRS09154.1 hypothetical protein EAG18_08520 [Pseudoalteromonas sp. J010] MSLIILPHILAASEQPQYATQSQFKDTSEDLKRMRIVEGKPALLVVLDADKQVLASSVGYTQWSSGRPQLPLAEFGVSYTYRKAADKGDPATNFDTEERRLPIMPALRFNPTSKFAIDIRNSGTAAQAFIIVDQDEVRSKTDITDWPNEIWDGSAPLDVAQLTYKYFNMAVGLHDSQAPLQLTRLDMSKSDVNLPLVSKFIDVYFTNMFHDWSDAKAQMEAALNRLSSVDTLKSGAEIEALGE >WP_177055611.1 DUF3077 domain-containing protein [Pseudomonas sp. D4002] >NWB24350.1 DUF3077 domain-containing protein [Pseudomonas sp. D4002] MVKVTPDPPAFHKALLRDTDASRRVIDHYLKAPDAQPSPTPFTVDDELSFEDALAHAVELLHCAVATAQASTEPLNGAQRAVMHLVEMSKVVVDRALDCLQPR >WP_112382897.1 MULTISPECIES: hypothetical protein [Sphingomonas] MDRVQVTGLLVLDDGSTRFPNLRDPGNAAATYIRCAALMARSALAAGYHPTIVTNRADILERDFAELGVPPGVTFTQRQFVSRLDPGALHRAAHHKLDVIRDLAARPADAMALIVDLDAVFLRALGDRDLPAPGAIGAYDISEAMTAESGNRAAADIHAIAPEPIASPRWYGGELIVARSSEFRTLTTLLDMVEPRYWRRHADLYHSGDEAPVSTALNLHVARGGVICELGARGTVVRWWTAKRPFPQPRLSTLTDRAVLHLPADKEFLATQAHLPFAPDIFLARYRAHARTKLALRQVEMVLRHRALGQPRAFVARL >WP_229447885.1 LysR substrate-binding domain-containing protein [Nitratireductor sp. B36] >MCC5778614.1 LysR family transcriptional regulator [Nitratireductor sp. B36] MAAPLDLDQLSTFIAIADTGSFTRAAEEVHRTQSAVSMQMRRLEERIGKTLFQKDGRTNRLTEEGERLLTYARRMLRLNRETLAAFDDASLEGHIRIGTPDDYADRFLPEIMARFSRSNPRVELSVACEPTTNLVEHIRRGNLDLALVTHDDSKGGSEPVRREPVLWVSSANHTVHERDVLPMAFGRPNCLWRRTACAALEEEGRQYRVLFTSFSATVIATAVLSGLAVSVLPECALRPGMRVLGEADGFKPLPDCHIGLMRGHTGQVEIIDALARHISESLDNLSVPAFIEENGSFDFQGAFLNSRSKRLRPGQVMNGW >XP_052609093.1 netrin-4 [Peromyscus californicus insignis] MGSCARLLLLWGCSAVAAGLSGVAGANSRCEKACNPRMGNLALGRKLRADSTCGQNATELFCFYSENADLTCRQPKCDKCNAAHSHLAHLPSAMADSSFRFPRTWWQSAEDVHREKIQLDLEAEFYFTHLIMVFKSPRPAAMVLDRSQDFGKTWKPYKYFATNCSATFGLEDDVVKKGAICTSRYSNAFPCTGGEVIFRALSPPYDIENPYSAKVQEQLKITNLRVQLLKRQPCPCQGNDLNAKPQHFTHYAVYDFIVKGSCFCNGHADQCVPVDGFRPIKAPGAFHVVHGKCMCKHNTAGSHCQRCAPLYNDRPWEAADGRTGAPNECRTCKCNGHADTCHFDIGVWEASGNRSGGVCSNCQHNTEGQNCQRCKPGFYRDLRRPFSAPDACKACSCHPVGSALLPFGSVTFCDPSNGDCPCKPGVAGAHCDRCMVGYWGFGDYGCRPCDCAGSCDPLTGDCISSADADWYHELPAYPSPHNKSEPTWEWGDEQGFSALRHSGKCECKEQVLGNPKAFCGMKYSYVLKIKILSAHDKGSHAEVNVKIKKVLQSTKLKILRGKRTLYPESWTNRGCTCPILNPGLEYLVAGHEDVRTGKLVVNMKSFVQRWKPALGRRVMHILKKECQ >WP_232676102.1 peptidoglycan editing factor PgeF [Nocardioides sp. R-C-SC26] MAFTDRFGGVSRAPFDSLNLALVGDDAPDDRRSNHDLLLMDFAPGARLVDLDQVHGDRVVAAEEIASSDATPSGPPRADGVVSSSGDVVLMVRVADCVPVLLADAGAGIIGAAHAGRRGVELGVVPATIDAMRARGAGRIEAWIGPHVCGACYEVPAALRDDVDAVVPGVAATTSWGTPSLDLGRGVRAQLEAREVVVHDRSACTIESPDLYSYRRDGARSGRFAGLIRRV >SCH22700.1 stage II sporulation protein P [uncultured Ruminococcus sp.] MRSGHVKINRCLILMLSVILGAYILWNTGVFSWNMIWEEITDMLVRQSAECYLPGMVYVAEDKNGDWKEWLEGKAAELIPLGTYLDKESEWETEVEDAETIARILAEQASDENAVDANGALIGEDDSAKTEGAGTGIDVSPEKMGDFNYLLSHFYTVDSSTMIRSDELNGTELMSKNLHINQETGGPKILIYHTHSQEMFADSVPEDPSTSIVGIGDYLTDLLNQTYHIETMHHTGVYDLINGELDRSKAYDLAKPEIAEILKNNPSIEVVIDLHRDGVGEGTHLVTEINGKPTAQIMFFNGLSKTRSNGEIDYLANPYIQDNLAFSLQMQVAASEKYPDFARRIYLRGYRYNMHLMPKSLLIEAGAQTNTVQEMKNAMDILAELLDQVLVK >WP_073251662.1 acetylornithine deacetylase [Shimia gijangensis] >SHJ39273.1 acetylornithine deacetylase [Shimia gijangensis] MAERLSPRAILDKLVSFPTVSHDSNLPLIEWVDNYLTSHGIAAHRHYNEDNEKAAIFAHVGPMIEGGIVMSGHTDVVPIEGQPWGTDPYEVVEKDGKLFGRGTCDMKGFDALAIWAMVEGHYGVLKRPLQIALSYDEEIGCAGAPPLIDAMGPIVPKASAVIVGEPSMMQAVTGHKGGCGFHVHMRGFEVHSSLMHTGVNAIMSGAKLIEWANDMNTANIAQEPSEIDAVFEPPWTTVHVGTISGGTAHNITALDCHFGLDFRCVPGESAEDWKARFRAKVAEVETEMQAVQPSAHIALEEMFDVPALTPEQEGEAEMIVRRLTGDNAKRVVSYGTEAGHFQNAGYSAVICGPGDIAQAHQPNEYLTVAQFEAGQAFMQRLLELLRG >KAJ8488862.1 hypothetical protein ONZ45_g13809 [Pleurotus djamor] MTGLNWTLLDLYGHCWLGFCGTKSPAWSSDNPAVQWTPSWSPVGYVGDQEVLGYSDPYVVVSILNHRHQTPVAKRTLNPSYAPNDATFDFSLYLSLADRLGEVALPFDDWFYDRENGRERPLGWDDPENQPFSLKLDSTRANTQAKGSVQVKIGFVAPQSEPEVDFNEVLGELVKRSRPSLVSAPPTEGVGTVRSHQTMDFEDNGGLSFDSDDKEGKDYVTPSSTVPSSPPSESEASSKQPTPWKAVPPALDLTDPAMPTMPTVSSLNKTPVPVPVTAGATPVPTTAKSGFIPRMKFTKRLSSHASSSTSSPTVSTPSTPSTPEVSGLSTPVSSLPMDVATKEVAKRKMKTRRFKKGGKSTGEYSLGAENDIVGIVMLEIQKAEDLPRLKNMTRTGNPSLSFRSARKSSKLASSVTLVTPSGTRNSCYDTDDTGVISHLALTSMLDSLGSTLTRSTISSFFTRHAKNPHTDELTLDKCIQCLETELVRPDSEKKRIDGEGEDGPDTSVSATPVLLASDGQGRGISLDQLDFSGPAHIGVPSDGPGAVDESKLPPPPPYETEPAQNRLRDVGAGVPSKGAELVGTNQVPAAYSSSSEDVEEDSSGSGSGTGSPEVTPSAPASGQVKVKTGRFRRKAKRTNTTDSITITTPSSASTPVSTSTADDPFERVINVKNCPMCHRPRLNSKAEMDIITHLAIRASQDWGQVDKIVAGNFVTASQAQRKWYTKIIGKISSGDYRLGANSANIIVQNSMTGQLEEEKMQVYVRLGIRLLYKGANSRMEGGRARKLLKSLSIKQGLKYDNPVSAADIPGFIEFHNLNVDEILDPLDSFKTFNQFFYRKLKASARPVEQPENPNRLVSAADCRFMAFETVSKATRLWIKGREFSVARLLGDAYKDQVDKYTGGALVIFRLAPQDYHRFHSPVDGKIGPMTFIDGEYYTVNPQAIRTALDVYGENVWKIIPIDSPQFGRVMAVCIGAMMVGSIQTTVNEGDEVKRGQEFGYFAFGGSTIVIIFKRGMVEWDEDLLINGRASLETLVHVGMGIGSRHQSA >HAR3824072.1 biosynthetic-type acetolactate synthase large subunit [Staphylococcus aureus] >HAR4083306.1 biosynthetic-type acetolactate synthase large subunit [Staphylococcus aureus] MSKTQHEVNQNIDPLKMAESLEPEQLNEKTLNDMRSGSEVLVEALLKENVDYLFGYPGGAVLPLYDTFYDGKIKHILARHEQGAVHAAEGYARVSGKTGVVVVTSGPGATNVMTGITDAHCDSLPLVVFTGQVATPGIGKDAFQEADILSMTSPITKQNYQVKRVENIPKIVHEAFHVANSGRKGPVVIDFPKDMGVLATNVDLCDEINIPGYEVVTEPENKDIDTFISLLKEAKKPVVLAGAGINQSKSNQLLTQFVNKHQIPTVTTLLGLGAVPYENTLFLGMGGMHGSYASNMALTECDLLINLGSRFDDRLASKPDAFAPNAKIVHVDIDPSEINKVIHVDLGIIADCKRFLECLNDKNVETIEHSDWVKHCQNNKQKHPFKLGEEDQVFCKPQQTIEYIGKITNGEAIVTTDVGQHQMWAAQFYPFKNHGQWVTSGGLGTMGFGIPSSIGAKLANPDKTVVCFVGDGGFQMTNQEMALLPEYGLDVKIVLINNGTLGMVKQWQDKFFNQRFSHSVFNGQPDFMKMAEAYGVKGFLIDKPEQLEEQLDAAFAYQGPALIEVRISPTEAVTPMVPSGKSNHEMEGL >GGS66510.1 2-hydroxyhepta-2,4-diene-1,7-dioate isomerase [Nonomuraea spiralis] MRIGAPGAERPVVAIDDETYVDVSDVVTDFDGAFFAAGLDTLAATVAERVAAGAARRFAGERVGAPIARPHQILCVGLNYADHAAESGQEPPAEPIVFTKAPNTLVGPDDDVHIPRGSSATDWEVELGVVIGTRAHNLDSDEEARAAIAGYVLVNDVSERDFQFRHGGQWVKGKSAPTFNPCGPWLVTPDEAGDVTSLGMWLDVNGERRQTGSTAHMLFDPVFIVRYLSRFMVLEPGDLINTGTPAGVGMGFDPPVYLKPGDRMELGIDGLGRQTQTAVAAP >MSO98652.1 FAD-dependent oxidoreductase [Rhodospirillaceae bacterium] MILLNRRTLIGSSMAASSLWAAHARAQNVSKTIFDFIVVGAGTAGLPAAIFASRRGAKVLLVDAAPDVGGTLHIAGGEISGAGTHTQKAKGIVDSPDIHFADAMQLANGKADPNVIRLTADHAGTTINWLLDNGLTPLPEHPIKGESTGRRGYTVARYLWGANNGRDILAVMNKELSREAASGRVIAQLSTRISSLVTIDSGSVEGVRAQVAGQNSCSVAAMYCSRRAAMP >XP_008264087.1 phosphatase and actin regulator 4 isoform X4 [Oryctolagus cuniculus] MEDPFDTSREPWDKEAGQPTADPGMIMDSVEAGDTTPPTKRKSKFSGFGKIFKPWKWRKKKSSDKFKETSEVLERKISMRKPREELVKRGVLLEDPEQGVEDPGKSSCTVLKNGHTTPVGSVRSPSPVHTEEEPASIANPRKATPEEDPKKRLGSTGSRPNSEGESAPENVPKQPLLPPKRPLSSSYEANEGQAKNVTSSGSMTRSISSASTSSINTAPSATTAATNLAKTANSFVTPSPAPRTPCAAPASTNTTTTPSFMHTVPAKQPPVPPPKPAHRNSNPVIAELSQAINSGTLLSKPSPPLPPKRIIPSGLVSTLELAAVVTTKTPSDQREKNTGSVGSEPLLMMPPPTPSPPLPTHIPPEPPRSPLVPTKTFQVMPEIEFLPPLDLPHEAHQQEDQKKEVPKRILDQSFGEPHIPSRLPPVPLHIRIQQALTSPLPTTPPLEGSHRAHSLLFENGDNFSEDSNTLGRTRSLPVTIEMLKVPDDEEEEEQICPSAFSEGVTSTSVIPKLPQCLQEEEEEKESDSDSEGPIQYLDEEDEDECHQSALANKVKRKDTLAMKLNQRPSEPELNLNSWPHKSKEEWNEIRHQIGNTLIRRLSQRPTPEELEQRNILQPKNEADRQAEKREIKRRLTRKLSQRPTVAELLARKILRFNEYVEVTDAQDYDRRADKPWTKLTPADKAAIRKELNEFKSSEMEVHEDSKHFTRYHRP >AAR19565.1 olfactory receptor, partial [Eulemur mongoz] SNLSFVDICSTSTTVPKMLVNIQTQSKVISYAGCITQMYFFILFVGLDSFLLTVMAYDRFVAICHPLHYTVIMSPRLCGLLVLVSWIMGVLHSSLHSLMVLRLTFCTDLEIPHFFCELNQIIHLACSDTFLIDMVMYFSALLLGGGSLAGILYSYSKIVSSIRAISSAQGKYKAFSTCASHLAVVSLFYCTSLGVYLSSAATHNSHSSATASVMYTVVTPML >WP_083824265.1 HupE/UreJ family protein [Pelagibacterium halotolerans] >QJR17694.1 HupE/UreJ family protein [Pelagibacterium halotolerans] >SEA41006.1 HupE / UreJ protein [Pelagibacterium halotolerans] MFINLLPARAPTRSGPQALWTRIGWAAAILLTLTTSAAAHGVATSDAGYIGEITGINLLPFVYLGAKHMFTGYDHILFLLGVIFFLYKMEHIGIYVSIFAIGHSTTMLLGVFFNWAISSYFIDAIIGLSVVYKALDNIGAFQRWFGFQPNTKAATLVFGLFHGLGLATKVLEYDISPDGLLPNLIAFNVGVEIGQLLALATILIVMGFWRRTRSFWKHAYTANVAMICAGFVLFGYQVVGLFVVP >NJD91181.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Geobacter sp.] FTASQGLLLMIPNMFKIAGELTSTVFHVSARAIAAQALSIFGDHSDVMSCRSTGWAFLCSNNVQEVMDFALISQTSTLRSRIPFLHYFDGFRTSHEIQKVVELSFDEMRAMMDDKLVAEHKGRGLNPDKPVMRGTAQNPDVYFQGRETVNPFYPICEKIVQEEMDKFGKLTGRKYKLVDYVGAKDAERVVVVMGSGADVVQDTVENLVKKGEKVGVVKIRLYRPFPLDGFLKALPKTVKKIAVLDRAKEPGALGEPIYLDVRTAIGEGMASGKFKFNGYPVIVGGRYGLGSKECNPAMAKAVLDNLKAAKPKNKFVVGIEEDVTGCSLKVDYSYKNPMEGVFEAMFFGLGSDGTVGANKNSIKIIGEETSNNAQAYFVYDSKKAGSMTTSHLRFGKKYIRAPYLVQEADFVACHNFSFLEKYDMLARAKEGATFLLNAPFGPEEVWDTLPKEVQQQIIAKKMKFYVIDGVKLGNEIGLGPRINVIMQTAFFKISKIIPLKDAIASIKDAIKKSYGKAGEAVLAMNYKAVDAGLNNFYEVKVPAKATSKLKMAAAVSAKAPKFVKEVTGVIVAGLGDNLPVSKMPADGTFPTATSQYEKRNIAIDIPVWDEKICIQCGICSFVCPHAAVRTKAYDPKLLKGAPATFKSTDCKIPEMAGKKYTVQVAPEDCTGCGACAHNCPGKDKTNAGHKALDMHFQPPLRASEADCFDFFLKLPDVDATQVKLDTLRSNQLVRPLFEFSGACAGCGETPYLKLLTQLFGDRMLVANATGCSSIYGGNLPTTPYAQREDGRGPAWSNSLFEDNAEFGFGMRLTVDQFTKSAQEYVALLAAEKSFSDSAKLFKEILAADQSNQAGIEAQRGRVEKLKAAIKGSKHATAKLLAPIADYLVKKSVWCIGGDGWAYDIGFGGLDHVIASGKNINLFVLDTEVYSNTGGQASKSTPLGAVAQFAAGGKAVSKKDLGMIAMSYGSVFVATVSLANPAQCVKAMLEAEAFDGPSLIIAYSHCIAHGINMTEGVDAQRKAVQSGYWPLYRYNPALAADCKNPLQLDSKAATIDFMEYANNENRYRMLKKANPKAADALMKKASEWAKTHFAYYEKLAALNFDDSCKK >MCA8990238.1 DUF1080 domain-containing protein [Planctomycetaceae bacterium] MTPLKTSRLAIVSTFFLMTSWITVFGADPKPAAAPDDQALQLQGEYTTKDRAVHVIALGGGQFQCVIYEGGLPGAGWNRKEPRRVEGDADTVLDLTEDSEKVLRKSPTLGAKPPEGAVVLFDGSQESLKNHWKEGAKVSDDGLLQVGVTSQDSFLDFSLHLEFLLPFMPEQRGQGRANSGLYLQGRYEVQILDSFGLEGKNNECGGFYSIKAPDQNLCFPPLSWQTYDVDFRAARFNEAGEKTETARVTVRHNGVVIHRDVQLPNTTPGGPSQDNADPGPVFLQNHGN >WP_031504118.1 hypothetical protein [Kaistella haifensis] >OWK99275.1 hypothetical protein AP75_01955 [Kaistella haifensis DSM 19056] MSPEEFDKVLQRKSAELKTYTEVKFPAKAGKIALRFVNGNFRAQGFQGASFKKWKSTKRGGTILVKTGKLRAATYFTTQVGQATIQNHMPYAKAHNEGFSGDVTVKAHTRNRYGKTKIGTGKYTKSGNERQKTVTMKTGQSSVKSHTRKVNIAQRQFAPTAANPSPVLNNAISREVLRDINEIIKK >MBT1821840.1 phosphohydrolase [Enterobacter hormaechei] MELVQWQQRFEQWLDENHLTDDAAHDIAHFRRVWMTAQSIMAEHAVDPLVVLTACYFHDIVSLAKNHPERSHSSRLAARKTREILSRDFPDFPPDRYAAVEHAIEAHSFSAGIAPQSLEAKVVQDADRLEALGAIGLARVFAVSGALGAALFDADDPFAGTRKLDDKTFALDHFQTKLLRLPDTMQTARGRELARHNADFLIQFMAKLSAELQGDYLGTDSQILTHFRRSVGS >MCL5772337.1 JAB domain-containing protein [Actinomycetota bacterium] MYQYKITLLKNKIAEEEVKFTCSQDVAENNFIHKLFTENDNDKEKLYVIILNIKNKVIGYSLISMGSLSSSIVHPREVLKPAILASAASIIIIHNHPSGDPEPSSDDIEVTNRISRASVIMGINLLDHIILGFEADEFKGYYSFRQKDLI >VRK55480.1 alanine dehydrogenase [Streptococcus pneumoniae] MLIGIPKEIKNNENCVALTPAGVHSLVSRGHRVLIETNTGLGSGFTDADYQKQGAEIVATAGEAWAAELVVKVKEPLSSEYGYLRDDLLLFTYLHMAAAPELADAMLAAKTTGIAYETVRDNQGQLPLLVPMSEVAGRMAV >GFD10569.1 hypothetical protein [Tanacetum cinerariifolium] ELNFFLGLQVLQKEDGIFLSQDKYIGIFSRNSDSQMSDLQILLWIRKILRERTGLEKM >MBO7366298.1 hypothetical protein [Bacteroidales bacterium] MMNKTLTLTIFAAFCAGAVAHAQSPVTLKGEGEGARQLALDIEYRENLPENVIMVNPVGLGKKAKSSAFPEALPPYYPEGHNLVMVLDERMPEGERQAALLYYKTWKGWDGNAMLISSCDSIAIAIRSLQTAEKKANPAVIPTEGPKKKRHAAKAELLQKNKYDVVFLGNSIMNNMERPDYQPIWEKYFGDRNAVNLATSGYRTENLLWDLDDFDLTTQSPKLCIIGIGTNNVNETHYRYRCTAREVAEGTKALLDRVRTAWPETKVILLRCFPGNYKEQAPASHRLILNKVSDIVRTYADGKNVYFCDVNHVFLNIDGSLREDMFYDWLHPSYEGSEAWFRAMEPLVSSVLGDRDHRDSLPENTAVEPVSKLENDRYDWFQRHDRIMAIKDSLKPQIVLIGDSITHFWGGKPDDIAKEGRIIPPGGPESWAYAFGDSRVLNLGFGWDRTQNVLWRLDHGELDGLHPSTVILNIGTNNTS >XP_056309872.1 glypican-6-like [Danio aesculapii] MVKTPVVVFTSLSLLLSLSCAGDVKSRSCSDVRQAFTTKGFSLHNVPHQEISGEHLRVCAQGYTCCTSDMEDQLGQQSKLDFEKLVDDSSRNIRTTFTSRHKKFDVTEAGIGGVMLDGFITEALSRPSDGYSWTQKTGAHPPAGSFITQYRRDKSNAYTGSYQSVHQCRQMIYREINLQIETYRKRQKIAE >HHC07960.1 amino acid permease [Actinomycetia bacterium] MRRDPRHRRALHRVDSGLLGTRELVAIAVGGMIGGGIFSILGLAAQIAGHAAPLALAVGAVVAGAAGYSYAKLALAFPRDGASYTYLQRAFPTRPVVASVTGWAVVLGYVGTLALYAFTFGAYASDLLGHPGSVAWRVGLGLAVISAFVVVNLAGVREAGIVEDVIVYGKLAILAFVGAVGLSQVRPAALTPMFDRGVGAVFVAGALIFVAYEGFQLTTNAVQETEDPRRTLPRAIYLSIAVVGAVYVTLAYVAVGTLSIPELVAAEEYALAVVARPVLGNLGHVLVGVAAMFATSSAINSTLFGASRLVAEMADTGSMPEALGVRTSGNVPAGAVVAMAVPAAVLMLAGSLSLIAAFSSMTFLLVSAAVSVANLRLRSRTGAQPRLVWFGLALMGTTIVLLVGHLVATDVPALVGIAAGYAVAVALEEAYRRRRPSHGST >WP_279836660.1 sodium:solute symporter family protein [Cobetia sp. 29-18-1] MTGSILIIAAFMIIPLIVGLVSARKSQTTSEDFFVQGRAMGSIAVFFTVAATWWSAFAFLGSNATFYTSGPIYLTALAWNLLFGFMYYWVGKRVWYLGKRFDYLTPSDLMGDFYNSEALRVLVAVITLIFTVPYLQIQLTGGAYLIEVASGGVVPFWLAALLFYFIIIVYVWVGGIRAIAWTDVIYGALLFFGMMYAGYYIAGQAGGPTSMFAQLASDSPAHLTLPGPNGNMGYSMWFSLFVIVAIGAFMGPQIWLRMYSVKSGKLFGLMPFLLGLAAFAYFGSVLTGYTGVLLEPGLENADQILPVMLMNYAPYLLASLIMAAGAAAAMSTANSQIHAVSTVVTMDIYKRYVNPQADQKRIVHIGRLSLVGFSLAAYILALTVPGLLVTIGIAALAGTAQLIVPTLGAITWRKAHPQAAIWGLILGIVTVLWLSYGASVSNPLGLHAGIWGLILNASAFVIISLALQRKDTDVVERFAQARRDYTAEYHPEQLEDDVAPSPQVIEAR >EHA1083554.1 DUF3261 domain-containing protein [Vibrio parahaemolyticus] MSNSILKKASLRKTLLVALLTSALSACSMQPQSVTPSVQITEQGKVNLPTPDSLGYTLTASQLISASWEQGEQSGTQQLPVQLQVDQDKLVLAGFSSWGTRILSLSYQGDEISTEVLAGLNNVLPAPEQVLFNLMITLWPSSAWEAPLNKVRWQLIDKGNSRAVFDKQGNQVIDIQYGNSDKLKGQITFRHLVDNYTIVINTLEYQK >MBQ2587741.1 elongation factor G [Prevotella sp.] ENCDFDMVISNMREIYGSKCVIVQYPIATGPGFNAVIDVLLMKKYSWKPEGGAPIIEDIPAEEMDKAQELHAALVEAAAGNDDALMEKFFEEESLTEDEMREGIRKGLVSRSIFPIFCVCAGKDMGVRRLMEFLGNVVPFVNDMPTVSNTNGDAIKPDSNGPESIFFFKTGMEPHIGEVSYFKVMSGSVKPGDDLTNADRGSKERMGQIYACAGANRIPVDEMKAGDIGCTVKLKDVKTGNTLNGKDCDWSFNYIKYPNSKYSRAIKSVSASDMEKMMAALQKMRQEDPTWVVEQSKELRQTIVHGQGEFHLRTLKWRLENNEKLQVKYEEPKIPYRETITKTARADYRHKKQSGGAGQFGEVHLIVEPYTEGMPDPVVYKFNGQEFKMNIKGKEEIDLEWGGKLVFINSVVGGAIDARFMPAILKGIMERMEQGPLTGSYARDVRVIVYDGKMHPVDSNELSFMLAARQAFSAAFKEAGPKILEPIYDLEVLVPADYMGDVMSDLQGRRAIIMGMDSEAGYQKLTAKIPLKELSSYSIALSSLTGGRASFSTSFSSYELVPNDIQQALIAQHEAEEKENE >XP_011924069.1 PREDICTED: janus kinase and microtubule-interacting protein 2 isoform X3 [Cercocebus atys] MSKKGRNKGEKPEALIVALQAANEDLRTKLTDIQIELHQEKSKVSKLEREKTQEAKRIRELEQRKHTVLVTELKTKLHEEKMKELQAVRENLIKQHEQEMSRTVKVRDGEIQRLKSALCALRDGSSDKVRTALTIEAREEARKLFDAERLKLLQEIADLKTAKKQVDEALSNMIQADKIKAGDLRSEHQSHQEAISKIKWESERDIRRLMDEIKAKDRIIFSLEKELETQTGYVQKLQLQKEALDEQLFLVKEAECNMSSPKREIPGRAGDGSEHCSSPDLRRNQKRIAELNATIRKLEDRNTLLGDERNELLKRVRETEKQCKPLLERNKCLAKRNDELMVSLQRMEEKLKAVTKENSEMREKITSHPPLKKLKSLNDLDQANEEQETEFLKLQVIEQQNIIDELTRDREKLIRRRKHRRSSKPIKRPVLDPFIGYDEDSMDSETSSMASFRTDRTPATPDDDLDESLAAEESELRFRQLTKEYQALQRAYALLQEQTGGIIDAEREAKAQEQLQAEVLRYKAKIEDLEATLAQKGQDSHWVEDKQLFIKRNQELLEKIEKQEAENHRLQQELQDARDQNELLEFRNLELEERERRSPPFNLQIHPFSDGVSALQIYCMKEGVKDVNIPDLIKQLDILGDNGNLRNEEQVAIIQASTVLSLAEKWIQQIEGAEAALHQKMMELESDMRIQELEATLYNALQQETVIKFGELLSEKQQEELRTAVEKLRRQMLRKSREYDCQILQERMELLQQAHQRIRDLEDKTDIQKRQIKDLEEKFLFLFLFFSLAFILWP >OGD37525.1 hypothetical protein A2V45_11690 [Candidatus Aminicenantes bacterium RBG_19FT_COMBO_58_17] MAEIYFLGTGGWVATPQRDNTSVLLRAGGQLILIDCPGSVVAKIRKLGFDPRRVSNIILTHVHPDHIYGLPSLVHSLILEEGEIRLLGSEETLAFARRLLDLFGLREKNVGIRVRFQSLRPGRVFRLDDALSLRGFRVPHHSSSLGYHLYLNEERKEIVFSGDTPVHRPLFKDARAIDYLVHEASAPSRYFKKYPRLYRIHTSSLDLGRWSEEAGVRCLIPCHFLADVWVVPTDVRAEIRRCFTGRLIVPRDLQCVSL >CAH9417069.1 hypothetical protein SGL43_04108 [Streptomyces globisporus] MAVDFPEFRLRLPNGKMVARGRLLPEKGAKGSRKFVVAAGSPVRANTVPSFAARKPPSYYTRQQLIDTGVIRRSDHWRGYLETASDIECTSPSAAAEILMGCSVNGWGVWKSADGRALIDHFGPSAAVPNRPWLVRGSNVSGLDLVRRQWLPEGRVTLAASRLRQGVRQGIGRDELRTLVQEDYESTATYSQQQQLVEDLHAFLSRMKPGDTVCTISGGHLYVGEITGEAEQTQSEDRRSNLRRPVEWQPIGYPYDKLPEELQQKLSIQHDVVDLTAVQAHIEGLGLTDEELVEEAEAIQRDPTTEIPALAARRELELPEPTDELAGELLVHETEWLHEVRDLLWDERQLVLYGPPGTGKTYLALKLAEFLGGGPEQVKLVQFHPSYAYEDFFEGFRPQEDPQTREVAFRLTAGPLRELADLAAREGNRHIPHFLIIDEINRANLAKVFGELYFLLEYRNKSVRLTYSGDDFALPPNLFVIGTMNTADRSIALVDAAMRRRFAFVELSPRTEPTSGLLRRWLAREGKETEPADLLDALNSRIDDTDLRIGPSYLMKKGVYREGGLERTWRTKILPLLEEHHYGDGMDIEKRYGLAALRESLG >WP_061795322.1 MULTISPECIES: aldehyde dehydrogenase family protein [Serratia] >REF44761.1 aldehyde dehydrogenase [Serratia ficaria] >CAI0695147.1 Aldehyde dehydrogenase B [Serratia ficaria] >CAI0813542.1 Aldehyde dehydrogenase B [Serratia ficaria] >CAI0819962.1 Aldehyde dehydrogenase B [Serratia ficaria] >CAI0826114.1 Aldehyde dehydrogenase B [Serratia ficaria] MKYVHPGLPGSLVSFKKRYGNYIGGKFVEPVAGNYFTNTSPVTGQPIAEFPRSDAKDIELALDAAHAAADAWGKTSVQERANLLLAIADRIESRLEMLALTETWDNGKPIRETLNADLPLAVDHFRYFAGCLRAQEGSAAEIDQNTVAYHIYEPLGVVGQIIPWNFPLLMAAWKLAPALAGGNCVVLKPAEQTPLGISVLMEEIGDLLPPGVLNVVQGFGAEAGEALARSKRIAKIAFTGSTPIGRRILACAAENIIPSTVELGGKSPNIYFEDIMQAEPEFIDKAVEGLVLGFFNQGEVCTCPSRALIQESIYPQFIEKVLARIATIRQGDPFDTDTMIGAQASKQQYDKILSYIDIAKNEGGKIVAGGERVTQGDELQNGFYLQPTLITGNNSMRFFREEIFGPVIGVASFKDEAEALALANDTEFGLGAGLWTRDINRAYRMGRAIKAGRVWTNCYHLYPAHAAFGGYKNSGIGRETHKAALSHYQQVKNLLVSYDAKPLGLF >KAE9407684.1 ankyrin [Gymnopus androsaceus JB14] MAIQAQKNLWVAAGDGQLDRVQLIEQHSMSPNAPDPNTYTPMHAAASYGHIHILEYLISRGGDVNITDSDGDTPIYTVENIETAQYLLDKGAIIDRVNEEGLSPSAHLLEDFPEISAYLQSRSSLPAPTPQPSSDALSTSQYAQNAASEQLTASLLSSIQDLVDQGVDPESVDAELRRRVQDAVLNGLLDGYVLGSQTETDSTPSGAQTREAPSEPDQEGSESKRPRTED >WP_144929841.1 MULTISPECIES: GNAT family N-acetyltransferase [unclassified Pseudomonas] >TWC12907.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ075] >TWC13512.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ074] >TWC29322.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ078] >TWC31920.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ085] >TWC49777.1 acetyltransferase (GNAT) family protein [Pseudomonas sp. SJZ124] MRIIQATLEHLDLLTPLFVKYREFYGSLPYPDSSRAFLEKRLRRKESVIYLALPDDDDNKLLGFCQLYPSFSSLSLKRVWILNDIYVAEDARRQLVADHLIRTAKKMAKETNAVRMRVSTSSNNEVAQKTYESIGFREDTEFKNYTLPISEEL >ABB86219.1 translation elongation factor 1-alpha, partial [Fusarium solani] VVIGHVDSGKSTTTGHLIYQCGGIDKRTIEKFEKEAAELGKGSFEYAWVLDKLKAERERGITIDIALWKFETPRY >WP_207855327.1 hypothetical protein [Acetobacter suratthaniensis] >MBO1329471.1 hypothetical protein [Acetobacter suratthaniensis] MPTLSLPIEHIADASTAHLSPEDRVLLTRYIETEGADGLSCLAGPYGWLVYASSELRAAEHASPGLAAILAAARAQGCAYVLFDRDGLPIDGIQTFDF >MBR4831078.1 hypothetical protein [Butyrivibrio sp.] MSRKYTTGKGTESFRILSFVLPLIFYIGLLVVDGPVWCVDSPSYTSMDFSREPVYPLFLLLFRKVFELFDFCGKMYGLDSYLFVAVLVQSLLWVYVTYRLAKEIFDAAASFLPLNKALFLGYTAVVTQIGVSALNRFAANRGSMYSECIMTESLAMPLFVLFVIYLWKLLKEFNKVNLNIVFVLAILSASIRKQMLIMLIIWGATAFVVYLIKIKENGPSKLLITFLMIFAAFALISIGDRFYNYCVRGVFAEHIGNSRGGLDTVLYTAKREDGELFKKYDSSEDYPNLSELYYKIYDAIDEQKLTIEHAPGYEMGEESTVFNSDWTAMASHYADSYDVIGFDVVAKICDEYVAQNFPDLDLTHAQIKENKIEGVLFNTLLKKDINDVFHKKGGAVKYVFTANVLKAFVISAANTRPAVLIKISLGIYVFYLAIFLMLAIKSLMGNGSYVSDGRRDFLILSFITIVAVAVNCVVTGSMIFPQPRYMCYGMGLFYLTLTCGILC >KAF5705428.1 hypothetical protein FMUND_12105 [Fusarium mundagurra] MGFGSKFDYYWKQDGHIRHAVSAIQDMSDPMVLRLGRMSNIDDIVVILRAPRRGYFVGAFMMMFVKMDDVYAFIYIRSRFRKDKRWPSDAKITIRFTTEGVQSSQSTREAKNFWECRATKILEDPLRKHITDRAQMPYFYEYFLIFWAKLPSVPTIIYEKAVQSHGHRGYQLAARNNMPGRTRKEFKETLLNFQKNIAAYAAMMLVEEAIDMFDPEWSDKLAPPEQLAWEHINYHTRSIKARYQFLLDNLIGPVGGCMDMLRLHRFKTMFSSRLNYFNRHEWVAGRDSGGLAGASSKINRRLRALFDPYAAEEVLRLRQTCSHLRAVPWATASSEIPLESRSSSLWLEHYPHGIRYHWNCRSLVEWNFRWEAKKHQDYDSDDAYDQLQSEDIRIGRPVIISRECIRKLKVKKGWCWGRSWCTYRNLASEYTIWNIKSRSKETTAEKKEFKLGFWDVYRIEWISPTEPQVGSRKESGSAEA >MQG84887.1 MogA/MoaB family molybdenum cofactor biosynthesis protein [SAR202 cluster bacterium] MFELGILTCSDKGSLGQRDDLSGKLIQEFLEKNGFHLNSYSIIPDDIETIKSNLIQLSDLNTIDLIITTGGTGVTKRDVTPEATEAIIEKEILGIPEIMRVKCFDLNPLSIISRAVCGYRNKTLIINLPGNPKAIDECLTVILPVLDHTIQLIQSDSLEH >NUR94205.1 antitermination regulator [Kribbellaceae bacterium] MHDEVMADIERRGSDAEGPASERAAATTGSGRSADLFSRLALEMHEADGVEETVDAVVEFAIQAMNCAYAGVALRTTGGGLEIPAVTDPVVAEL >KAI9087862.1 hypothetical protein K1719_030192 [Acacia pycnantha] MGQWKQATKLLHEMALKSIQPGVYTFNIFIDAFCKQGKIIEAQAVFARMMKYGERPDVVTYNSLMTGYYMVTNVTESKEVFNKMVQSGLVADVVSYNILINRFCKIKMVDAALDLFREMRSKSLVPNTVTYTSLIDGLCKLGRMSCVRDLVQEMQESGQAPDRVTYNILLDAFCKSQNLDRGIALFRQMVAQKIQPNVYTYNILIHGLCKGDRLNDAQVIFQYLLVGGYRLDVYTYNVMINGFCRKGLFDEAMTLLPKMRANGCPPDPVSYRTIFQALLEKRENEKAEKLLHDCFGIPYLGKGEIILREYVFQSPVGYFWHLLRKKQGDCLFKCKVMLKEMACSMKL >MPC13528.1 hypothetical protein [Portunus trituberculatus] MDKHVLVLVLSYATVALAFIHAPRGSPSGKTSGGRWGGIGGVACRVGGRGEEERSPNRHSVSQSLGRRVVE >MBN2660390.1 metallophosphoesterase [Tannerellaceae bacterium] MKTCLLFLLLAISFALPVKGQSTFPKEENSLRILSYNVRNCKGMDNLTDYQRVADVINKIAPDVVAVQELDSVTQRNNGVYCLGELAKRTLMHATYAPSIDFQGGKYGIGMLSKEKPLGFKRISLPGKEEKRSLLIVEFADYMVCCTHLSLTKEDQLASVGIISGELEGIQKPVFMAGDMNSEFESAVQVSLREKFITLNNPKQPTFPSDKPSECIDYIYQLSNGQPCTVLQKLVVSEPVASDHSPLFVDLRFPAKANEILRTTPFLQNPVGNGITISWMTNVPTHSWVEYGTDQNLGMKQQTVVDGQVIANNTHHKIRLTDLKPGTTYYYRVCSREITLYEAYRKEFGETGKSEIRSFTLPKGSDTDFTALIFNDLHKNKGLLDMLADRVKDVDYDFVFFNGDCIDDPKNEAQAIDFISYMNQKVHADRVPVFFLRGNHEIRNAYSIQLRNLFDYVGDKTYGAFNWGDTRFVLLDCGEDKPDSTTVYYGLNNFEELRTEQADYLASELAGKSFRSAEKRVLIHHIPIYGMKDEPFNPCLQLWGKILEKAPFNISINAHMHRFAWYPKGTEGNNFPVVVGGGNNATTGTVMILRKKGKEMTLEVLDATGKTIKKEKL >MBK9183427.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Ignavibacteria bacterium] MRPVQPEQRPVLVLAGPTAAGKTGVAMRLSEQLRCEIIGADARQIFRSMDIGTAKPTREDRARVSHHCIDIRDPHESYSAAEYAHDARQAILSIPHSSLPIIVGGSGLYITAAIDGLSTDGVATDPEVRDEIVREFDVYGRDAMYERLQELDPRAAERYADRNPRRIQRALEYIRMTGRPFSRSWDAPRDAANVDALYIGITQDREVLNAMIDARCDQMWQDGLIEETQRILDMGVDRKAQSLRTVGYYEALSVIDGRRTADEANEDLKKSTRQYAKRQRTWFRKDKRYTWISGSIETMTAQICAILDTKGWQSTFVDLHRSNQGRFE >MCO5068575.1 IS66 family transposase [Kiritimatiellia bacterium] NGAENPSLFRQIGEEISEQLDYEPGHFLKLRTVRRTWVKRNDPDAVPMTAPLLPKLLERGILAPGLLAHILVSKYMDHLPLHRQEIIFDQRHGVYLPRQTLARGVELAADWLRPIVDQILAEQLAGGYVQIDETPVKYLNPGQGQTSQGYFWAVKTPNGDTVYHWTPGRGHEHLLNILPENFNGTIQCDGYGAYRTMLKKRSGVQLAGCWAHVRRKFHETFEQKDTPVRSAWILGQIGQLYAIERTLRKSRAGPNLRAAVRAAQSRPILNRLKKLFTKIQNQHRPQSLMGKALSYALGQWEQLDIFIEDGRLEIDNNQVENAIRPTALGRKNWLFIGAQEAGWRSAVIYSIIQSCKAHGVEPYTYLKDVLTRLPAMTNHQIPTITPKAWAAARKESLQLAS >WP_070545363.1 MULTISPECIES: metallophosphoesterase [Staphylococcus] >ARJ12823.1 serine/threonine protein phosphatase [Staphylococcus lugdunensis] >MCH8664993.1 metallophosphoesterase [Staphylococcus lugdunensis] >OFJ61269.1 serine/threonine protein phosphatase [Staphylococcus sp. HMSC077E11] >OFM46575.1 serine/threonine protein phosphatase [Staphylococcus sp. HMSC077E12] >OFR90009.1 serine/threonine protein phosphatase [Staphylococcus sp. HMSC059F04] MPQRILVASDIHGHGDALIKLLSETVYNAETDQLVLLGDYVNNGPDSVGTLRLVQKLVNKGAIALVGNHELRWLERQDSEAQAWHKFLSGLPYIKVLDSYIFVHAGIDVRVPIDKQQCEHVTAHHSVALNQHQIKGKTIIHGHVPNYKLGYSKEEIHIENGMIDIDTGAGHNMYLTLVDLTNACSYSVNVSHKDGTIRKRHLML >WP_200154298.1 hypothetical protein [Chromatium okenii] >MBK1641914.1 hypothetical protein [Chromatium okenii] MSYILEALKRSQQTRERQQVVHSEQATSEPAPRLERALHLERALHLQREQQWTPKSVAPSRWDVLAVSVASAALVVALWKTPLLPPPPVQKEELATHPAVEIIAPLSLPVELPTPMSLPVEKESWGDLIAPPPPKPRPSVPVSPREEVAAPPPAVKTPVPPPVVKPAPALPRPVAPVPVDYPDPNLDPKLEQQLEAGAVDDMDIEAPTPIPPDLIQEIEAFKQQVKREQGAKPAGVLDP >OWZ34415.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii AD2-60a] >OWZ49419.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii AD1-83a] >OWZ55621.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii 125.91] >OWZ69208.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii] >OXC86111.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii AD1-7a] >OXG21161.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Tu401-1] >OXG25869.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Tu259-1] >OXG34753.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Bt120] >OXG38010.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Bt15] >OXG52548.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Th84] >OXG65024.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii MW-RSA1955] >OXG66995.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii c8] >OXG69976.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii CHC193] >OXG85105.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii MW-RSA36] >OXG86690.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Br795] >OXH15443.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii A5-35-17] >OXH17133.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii A1-35-8] >OXL09980.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Gb118] >OXM80705.1 4-aminobutyrate transaminase [Cryptococcus neoformans var. grubii Bt63] MPPRIAPRLFRTVPTSTRSFASTSVNMSAPVRTAAQWSDFGREHVSHGLGRVKDHVIVKGEGLNLHTADGKKLLDFTAGIGVTNLGHCHPAVSKAAAEQINNLVHLQCSIAFHQPYLELIEKLLPVMPHPSLDQFFFWNSGSEAVEAAVKLTRKATGRQNLIVFQGAYHGRTMGSGSMTRSKPIYTQSTGPLMPGVIATPYPYWHSLGVSPSTSEEELVKLAKYQLDLLLRQQTSPKDVAAIFIEPVQGEGGYVPCPPAFMKHLREVCDKHGILLVVDEVQTGFFRTGKYFAVNSIPDFRPDVLVFAKGIANGFPLSGIASTKELMNTLDVGSFGGTYAGNAVACAAGIAAQEVYASGEIEKNVAARSEQLFTALNKLTSSEKTKHLIADVRGVGLMTAIEFRSASDPLTHEGLPEGTKIPKDIGKRVQAYCLEKDLMVLTTSCFDTIRFIPALVINEEEMKRAMDIFTEAVEKVALEA >EGQ8192442.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9062597.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9102482.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9370919.1 hypothetical protein [Vibrio parahaemolyticus] >EGQ9420049.1 hypothetical protein [Vibrio parahaemolyticus] MDLIEVLIAIIVRTFRWLTTRRSDLRSHKSDTNERNLYAHVSLIFTWLACHCQISDVLKLAFN >CAG7850540.1 SubName: Full=Uncharacterized protein {ECO:0000313|EMBL:CCA67557.1} [Serendipita indica DSM 11827] MFIARLAVVAVSFSSALAFAVEERAPTVDPALEPLGNVPSACTSQCAILQTLAAIDPSNLSTLSPACTSQAQSDFLKCITCFEANSPSTFTPELLTAMQTSADNLNTGCLLVGSPVSSLAIPTPTGGAASGNSAATGSNAATTSPASSGSSGSTPNGAQTIGATWGAAVGLVAAVVGSWLL >KAJ4213304.1 hypothetical protein NW759_011146 [Fusarium solani] MTEYQISCRLAGRQAIRLRNLLNKVAREKPHDEQAQRRARAAIDFYHDIEDFADVEDTDELPVLFGNYSGARDGDLSLVLPIEIYQLIVNYVTEWDYVTRQVTLLALCRSSRTLQSIAEPYLYNHPRDLDSITRQWGFRFTLAIEPHLTTLVKSLRLLWEAEGENGNLIVDIVRACPNVDDILIERGMDFEDSNHVSTKDVMNMAALLDACPRLKTFWYSTNVKWTSDQQQQEDEASQKAFDESLKDERFAKAAQRLTSLTFHGQFLWMIRALSPHLSSNLQCLTLGQDFFIEETPDLLSDLSRQCPSLRELELRCRLITADELSEACKRWGPTLQKLRVWSIEEISPWVVQVMPFMTALREVDFGLGCAISTLDLDAIGQASPPQRLVSVSAGDVEDPTDSEDHVSAQKHLNDVIARLVNSHSSTLQELDLSTTLGQVAVQSCKKAKKLVKLFVNLDEDVEPADVDDLLDACPDLVYVASFFGINTPRRKEWDQRRLRFEAEAEEEARRDRSLAGLGS >WP_170235146.1 alpha-1,2-fucosyltransferase [Helicobacter canis] MRKILPPNSNPARYLRKLYTTRDSPTLARLFQAHYPFSRNARFEGFFANEVYFAEIESILRQEFTPKCLSPSAKALQEHIQSTSDSIFLHIRRGDYLAQENWEYVKLGSAYYDTAIALMRARLASPTFFIFSDDLEWCKSELYTRLGSLKGAKLHFIGNNDQGDAISDLMAMAACQNAIIANSTFSFWGAYLIDNPAKLVIRPAQYTWRGDSPLCYPESWCKLDVIWGDVVR >MBQ3156222.1 homoserine dehydrogenase [Clostridia bacterium] MKEVVIGFLGCGNVGGGVWNLLENFSKEIAHRNHLRVRVKKVLVRDVNKARSCAVPAELLTTDVNEVVCDPEISIVVEFMGGEQPATEYMLLALRAGKTVVTANKVALALNWHRLQAAAQEKNVGLYYEASVGGAIPIINVLQNSLQANRIGHMMGIINGTTNYILSRMYENGEDYRDVLGDAQRLGLAEPNPAADVEGLDAAYKLSIMASLAFHGRVPFSKVYAEGITKLTAMDISCGKEMGYVLKLLAIAKREGNTVQVRVHPTFLPQAHPLSSVNGSFNAIYLHGHACQEMMLQGRGAGDMPTASAVVSDILRAATAHEHIHPTFANTAEADPSLVFDDNWESQYFVRLAAEDRPGVLEKIAGWLARENVSIATMLQKGKADDGRVPLIIVTHAAREQSLRKALASFDKAVCTVESVIRVEA >WP_056726975.1 MULTISPECIES: hypothetical protein [unclassified Pseudomonas] >KRA88915.1 hypothetical protein ASD91_15755 [Pseudomonas sp. Root68] >KRB70259.1 hypothetical protein ASD95_24060 [Pseudomonas sp. Root71] MLRLCTLIAAGLLLSACSKEDPKVQVPAVDLHGRLVVDQEMTTSRQAQGINGEYYKRVLTVNGQEMVFADFIKQFCSDANTRDETCLKAFRIKKIDDVSGATKFLPNGL >WP_069697901.1 Gfo/Idh/MocA family oxidoreductase [Enterococcus rivorum] >MBP2097487.1 putative dehydrogenase [Enterococcus rivorum] >OEH82946.1 NAD(P)-dependent oxidoreductase [Enterococcus rivorum] MLTIAYIGNGKSTNRYHIPFSQKIKDIRIKTIYSRKEQSPWTPIAGVNYVQDINKIWDDADIELVVISTPPQSHYQLAKEALESGKHVLVEKPFVETSQQARELFDLAHRKGLFIQCYQNRRFDSDFLTVQKVIESKRLGDILEVEMHFDYFRPEVPEQTKNFEKMNSFLYSHACHTVDQVLSYFGTPLNIHYDVRQLLGTNHMNDYFDLDFFYENNLKVSVKSSFFRLKERPSFIVYGKKGSFCKQTKDRQEEHLKLFYMPTNEDFGVDLPEHYGTLTYIDDNGTYHEEKVISEIGDYSRIYQGVYNTLKKGQPKIVKDQETIEQIEILEAGIKQMND >KAJ3469091.1 hypothetical protein MRS44_003156 [Fusarium solani] MRRSISLALGSLALLSTVAIMGVLIVLTLHIPGESSGRTLSQVSVVLEAIVLVALGWFLSSYVSASFRYWSIKCLGVDYGACLLAILFATVATVATLIQLSKSTLDKSEKLLGANKENFLVGLSVALGIGFALQTGFLSVHFYLVRHSDQKALSLHTLEEDRQSAAFRAKSSVKSLRYSQTPDPDPAPRMMNSMDSRTPPPIHRVQLSLTRSDPVTSKTQLITTETRRPLSVESHVHRSSEDAFDTWDTSSVDTQNRQVVMEATTPPPQTKGHFLETIPGSPTASRTPSPNHEMPFEPPRIRTRSRSYSPVPSRREPTLSPQPSMSELHIHPLFRSDSPTPPPIATPGTVVVASPNAGQVITHRQSLRSLNQMRAVSNPVVPSPLSHRDSMDSRRLRDEQASIREETEAEASSQTSSERPITPPIPEWVLGAGSRSSWTGYNSRKVRSDSDSEGEARNGKKN >XP_027201715.1 putative uncharacterized protein DDB_G0277255 [Dermatophagoides pteronyssinus] MSELNSNLQRLFNAVSSTSPSTSNAAAASGTTTIKTTTTTNQNPFDFFTATNNKMIDPMSIISSSSSSSTHQKSLYQSSSSSKPNHFVNNINGNIMEKETQPQSSSSSSMFLSENDIITSLMKHTNHQQQQQNTDKTNGFWSSSNEQSILDKQQSSSSSSISNDLFALFQPNRTVINDGQQQCLMGKNIPSSSSSSTMATTLESLENCLNTDRHDGGSLNRSTTQAIPINNNNNNDGDNNMSHCMKSFLFNNEQQQNSASELIGNNNNNNVVMDNICSSLSSSESESSQFSPPSTLVSDIVQETVAFEHTEDFIRSLQIPLDVLDDLASRFVLNMPQEEKYDPIRICFQMENAFWHYLDFCCECDSRLPKFKFKRFAQIMFTYVPRLRQFLDVFDDVVNKWIQYKFSIPCSGAIMLDETMDYILLVQGYGNKTWGFPKGKVNHDESLMNCAVREVFEETGYNCMGNILADQYLERKIFESRLRLYLIRNVEFNYEFKPQARNEIRSIKWFALKDFPQNRQDQTQQHPKTSSQMMAVSNGGGNIINGDVVMMPQNASKFVSIMPFMQAIRKWVENEKRKMKVVRKRERRQQMKLAKQQQRKANELAAIFGGINSTINANVEGKGSSNSSSPTSTIDDLNDNKTIVIDNDSDSTLNKTTTSFVDVDLNTILGYREMYNYKNDQRNLMTREQRNHEQTWQQQMYTFSNGDGIAQESNSLLNNNQDKHNALPQAGHLEDIERALMENSFNKNENKKDSSSSTSSILLGSKGSCTEKLNILFGLANQQQTSSSNTMISLNNNQRPSSSMSVNLPNGNNNDNDMESEINKMIKPSLAPIGTRRSSSISTCYADNQRKNFSGHIVISNNNNNNDNDDSGDNSSSSSSSIKNK >MBF1354756.1 transcription repressor NadR [Mogibacterium diversum] >MBF1358358.1 transcription repressor NadR [Mogibacterium diversum] MQREKRKDNIIQKLQSTDSPVSASSLAKEFGVSRQIIVGDIAILRAEGHDISSTPRGYVLPQIGATPVYRIACKHDSSKILEELNAIVDCGGILLDVSVEHPIYGELVGNLHIANRLDAKEFADKIIESNAPPLSLLTGGIHLHAITCRDENALERIKDKLRSIGILFE >RNA69827.1 oxygen-insensitive NADPH nitroreductase [Alteribacter keqinensis] MELITLNSTIETLLNHRSIRKFTQKPLTREQIETIVESAQMASTSSFIQAYTIIGVKDEAKKAKLAELAGNQPYVEHNGHFFVFCADLHRHKTAGSMENTDVTASIESTEKFLVAAVDAALAAQNAVIAAESMELGICYIGGLRNDIEAVGELLNLPDYVIPVFGLAVGEPAAESSIKPRLPLTHIYHEDSYERNEKAFTKGLEEYNSTISAYYDLRTAGKRKDRWTEQMAGMLKEPKRLHMKGYLEKKGFMKH >WP_054910535.1 hypothetical protein, partial [Pseudomonas sp. NBRC 111135] MAFILRRGAVYYLNLRLPKHLHRQRNTIRISLDLRSRREALFKASRIAQRVYLHLAANPLSSPEELRRLCIEWRDEVQQHSATSDQSLCIPLPMQTFVPMPDLPRPATTQGALSALSKLYIKEGETSGAWREANTLDVQRALRDFFELMDDMPVSAFGSEHARLLKHRLSRLPQYFSQRPEFKGMTLRQIVDSTMTYPTITAVTINNRLRKLTAFFNWCKSNGYINQNPLAGVKVMIGAAKEARLSFASSDLLVLLDLNTLRREARKHPWRFWLPLLGRFTGARLEEICQLHIDDFCSVQGTSCIRIDDRRDGQKLKNRSSRRIIPIHPMLLELGIQTYIDSVRASGASRVFPQLEAVRGKYGYGPSKW >MCQ2587557.1 NAD(P)H-hydrate epimerase [Treponema sp.] MKNIFEDPEGLEHEVKKQLGIPDYLMMENAAVEMAGFIRKLVVEKGIENPSVLIVCGKGNNGGDGYALARHLADFKLSLCSIDLPSSREALTQFNICKKLAQISEESNLSKEADIVVDCIYGIGFRDEFLPGVKKVVESLNEMKGIKIACDVPSGLRKDGTCADGIFKADYTLTMGTLKTALFSDKAKTYCGKIIPLNLGIPSSDFESFGETKVHLVEENDASLPVRKNPGAHKGSYGHTVVFAGEKSGAAVLAATAALNFGSGLSTLLKTVNSNLIQFKISPELMISQQIPKKSTSLVIGSGLGYLSEADSNLLTNWFNGTRNPAVVLDADIFNVEYFISLLNFLNGFESARIVLTPHIAELNRFLEKVQKAYPDVGLSNEEISVQNLSESISTKIKIGKILNVLFPKTTVVMKSANTFIATEGEIFVIANGTEALAKGGSGDVLAGMTGALLAQGYSSKDAAVTACYFHAKASVSEDEENYSLTPEKLISRIG >WP_267829077.1 hypothetical protein [Streptomyces sp. H27-G5] MDENTPGRRPAMVHGTSPNPLRRPADRTRARWLVGLGLSVLFAVLSAVVSGMAVWNADSRTARSEAERLHRITATTVGAAKHAPDEWTGGVTEAVAQAVWQYPTVTRHAGLVEVPPRTPAGRPVVIWVDDAGGTARGPRSEAEGAFAAITVGGTVAALIALTAAAVVHLRLRTVEAHSLSVWERDWKRVEPGWSGRLPTESGVDDD >HBK1877356.1 glycosyltransferase family 2 protein [Campylobacter coli] MQTKTVGVVIPIYNVEKYLRECLDSVINQTYTNLEIILVNDGSTDENSLNIAKEYTLKDKRITLFDKKNGGQSTARNVGIEYFSGEYKLKNKTQTIKENSLIEFNIEGNNPYEIYTVYKSYKAFNDEKDLTKFTYPIIDYIIFLDSDDYWELNCIEECVPRMDGVDVVWFDYNKIYESGFLDQKNDWTWFLGYNRNSGSKKISSKLWLERYKHIGHFAFVWQGVINFRFLKNIDLKFIDGIFHQDVHFGFLLFAQSSYIYLLSKKLLVYRIRNGATTVRNFKNNLKDEIPFYIQELLSYFEIKTAKEYYSIYSWIQIILNVMHSHNIKNNLHSDLYYLFIGNLSEQILKLKFSYKQDPMHLSGFINFIKTFVGLHRILQNNMQKNSVQLNQLQSKLSFQSQHDTAKQRIQNQLSYKLGQTMIVNSKNIFGILFMPVYIISTLLSHKQEQKIYQEKIKKDPSLKLPSLESYPDYKEALKFKNHLSYKLGQALIKANKTWYKGGYVKLAFKIRKLKKVKI >WP_233689818.1 polyamine ABC transporter substrate-binding protein [Pseudomonas sp. JR33AA] >MCE5975896.1 polyamine ABC transporter substrate-binding protein [Pseudomonas sp. JR33AA] MVRLKRLLAPFIAATLFAGALHAQAEQRTLRVYNWFDYITPQTLTDFQKDSGVKLVYDIFDTNEALEAKLLTGNSGYDVVVPSNVFLAKQIEAGVFQPLDRSKLPNWQHLDPALMKLIEANDPGNKFAVPYMYGTVLIGFNPAKVKAALGDNAPVDSWDLIFKEENIAKLKQCGVALLDSPSEILPLALQYLGLPPNSDKPADYKKAEELMLKIRPHITYFHSSKYMADIANGDICVAVGYSGSFSQAANRAREANNGVVVDMRLPKEGAPIWFDMLAIPKGAANPEDAHTFINYLLRPEVIAPISDFVGYPNPNKDATDKVNPTIRNNPNLYPTAEAMVKLYTLKPLTRNAERARTRAWTRIKSGT >HAL5964588.1 YfdY family protein [Escherichia coli] MIYLWMFLAQCIVCVSGYIGQVLNMVSAISSFFGMVILAALIYYFTMWLTGGNELVTGIFMFLAPACGLMIRFMVGYGRR >XP_002973447.1 uncharacterized protein LOC9638250 [Selaginella moellendorffii] >XP_002993607.1 uncharacterized protein LOC9663448 [Selaginella moellendorffii] >EFJ05299.1 hypothetical protein SELMODRAFT_431675 [Selaginella moellendorffii] >EFJ25821.1 hypothetical protein SELMODRAFT_413811 [Selaginella moellendorffii] MASAKAPFGTMHNQPPPRNRKHADPAPWDRDPSGGSSRAPLSSRSSGSGNAAAPASKSVSRPAKDHQVEQPSSGRRIANQGANSSGKPAAPPVVSQRSAAAKVAGSTKTAPFGTAHNAPAQAHKNVGASKAPWERDDSQRFQKIAFGNLKSFGAFIRT >WP_203727943.1 SulP family inorganic anion transporter [Actinoplanes durhamensis] MSVMRLLRHDLPASIVVFLIAIPLSLGIAAASGAPLLSGLIAAVVGGIVAGALSGAPLQVSGPAAGLTVIVAGTIATYGLAGTAAIVAVAGLVQIVLGVSRLGRAALALSPAVVHGMLAGIGLVIALSQVHVLLGGDAQSSAWQNLRDLPAQVVGHHGVSALLGVCTIGVLLLWPRLKLLAMVPAALVAVVVVTALAAAIGADVERVDLPDAPLSALILPAWPDAPLWEIGVAVATIALVASVESLLSAVAVDRLHDGPRADLNRELVAQGCANTVSGLLGGLPVTGVIVRSSANVAAGARTRASAILHGVWIAVIVLLLAGLLETIPLAVLAAVLVVVGLRLISLAQIRTYARHRELPTYLVTAAGVVATDLLTGVAAGLACAVLLMLWRLARCEIRTEGATVTISGSLAFVGSGRVARSLNALPPGQDVTVELHLDYLDHGAFQVIEDWREAYVKSGGTVDVRETHDGWFARASRGRLGAGKSTPRRFGSWSQWQDLDRQRRNAMAAGIHEFERSVAPLVQPHLAGLARDGQQPEQLFITCADSRLVPNLITTSGPGDLFCVRNIGNVVPPHGGPDSSIGAAIEYAVGVLGVATITVCGHSGCGAVRAMMAGGNTGDLGRWLTWSANDFAGETDETRCVTDNVTRQLANLRTYPVVREAEEAGRLTLTGMYFDLAEAKMYAVDRLGLRPVATV >WP_238267528.1 preprotein translocase subunit YajC [Cupriavidus pauculus] >GJG98696.1 preprotein translocase subunit YajC [Cupriavidus pauculus] MLISNAFAQTAGIGGGAGGLMSFLPIILMFAVLWFIMIRPQMKRQKESKAMLEALAKNDEVVTAGGILGRVTKVNENYVTLEVAEGTEITVQKNAVTTVLPKGSLKSL >ADJ57888.1 cytochrome b, partial [Boraras urophthalmoides] NDALIDLPTPANILAWWNFGSLLGLCLITQILTGLFLSMHYTSDISTAFSSVVHICQDVNYGWFIRNLHANGASFFFICLYIHIARGLYYGSYLNKETWNIGVVLFLLVMMTAFVGYVLPWGQMSFWGATVITNLLSAVPYMGDMLVQWIWGGFSVDNATLTRFFAFHFLLPFVVAGMTIMHLLFLHETGSNNPTGLNSNTDKISFHPYFTYKDLLGFAIMLLLLLMLALFSPNLLGDPENFTPANPLVTPPHIKPEWYFLFAYAILRSIPNKLGGVLALLFSILVLFLVPLLHTSKQRGMSFRPMTQFLFWTLVADMIILTWIGGMPVEHPYIIIGQIASTLYFSLFLVMFPLAGWLENKWLD >MBX7122227.1 DUF2911 domain-containing protein [Opitutaceae bacterium] MITRTTRLLSTALVGTALFAATVSAQAPSKIEFPAASPAASFKQTVGITDIEVIYHRPSMRGRVIFGGLVPYNEVWRTGANQATKIKFSTPVKLNGTSIDAGTYELYSIPGKSSWTVIIHKDSSAWGAYAYDSKNDVARIEAKPTTTSSPVETFVIGVADIRDSAATLYLAWERVRVPVTLEVDVKGMLLPKIEAIMASNSEKKPYAQAALFYFDNNLDLDKAVTWIDAAIAAKPDVFYYSYHKARILAKKGDKMGAIAAAEKSLEGARKAKGPIREEYIRLNENLIKSLR >WP_057479385.1 NADP-dependent phosphogluconate dehydrogenase [Rhodococcus sp. Leaf278] >KQU45761.1 6-phosphogluconate dehydrogenase [Rhodococcus sp. Leaf278] MTSAAEPKELAQIGVTGLAVMGSNIARNFAHHGHTVALHNRSVAKTDALIAEHGSEGNFIRTETIEEFVAALAKPRRVLIMVKAGDPTDAVIEELAGAMEEGDIIIDGGNALYTDTIRREAAMKERGLLFVGAGISGGEEGALNGPSIMPGGPAESYKALGPLLESIAAQVDGTPCCTHIGPDGSGHFVKMVHNGIEYADMQLIGEAYNLFRDALGYTPAQVADVFTEWNDGDLESYLVEITAEVLRQVDAKTGQPLVDVIVDAAEQKGTGRWTVKAALDLGVPVTGIAEAVFARALSGSRAQRKAAVGLASGALADKPTDAEQFTHDISRALYASKIVAYAQGFDQIAAGSAEYDWNLHPGDLATIWRGGCIIRARFLNRIKDAYDDNAELPSLILAPYFRDAIENAIDSWRRVVITAASLGIPVPAFASSLSYYDALRAERLPAALTQGQRDFFGAHTYERTDSEGKFHTLWSGDRSEIEA >EGT3616788.1 RNA polymerase sporulation sigma factor SigH [Clostridium perfringens] MGIAYDLAKIDNYEEFKDLTDKEIVILAKNGENRAQEYIISKYEQFVKAKSKSYFLIGADKEDIYQEGMIGLYKAIRDFNPDKFASFKSFAELCVTRQIITAIKTATRQKHIPLNTYISLSKPIYEEESDRTLLDTVVGITITDPESLIIGKEEVEKIESAINSVLSELELEVLNSYLDGKSYQEIACDLDREAKSIDNALQRVKRKLEKCLNIK >MBP1550239.1 radical SAM protein [Oscillospiraceae bacterium] MKLKHSNISIFIPHLGCPNMCSFCNQRTISHTASAPTADEVKKTLLQACENLPQGTAEIAFFGGSFTAIERSYMTSLLEAAHPFVQRGKVSGIRISTRPDCIDSEVLALLKRYGVTAIELGAQSMDNEVLAANDRGHTAEDVEKASRLIRDNGFELGLQMMTGLYKSTPEKDLQTAEKIAEIKPDTVRIYPVVILRGTRLGELFESGEYVPYSFDTAAEICADMLTLFEQKGIRVIKLGLHASETVEGDMLGGFYHPAFREICEGILFRREIEKNTEHKNNYTVFVAPNAVSKAAGQKRCNIEYFAAKGIGIKIRPDSKLKNREIILKKDE >WP_008470196.1 amino acid ABC transporter ATP-binding protein [Lactobacillus hominis] >KRM84769.1 ABC superfamily ATP binding cassette transporter, ABC protein [Lactobacillus hominis DSM 23910 = CRBIP 24.179] >MCT3347812.1 amino acid ABC transporter ATP-binding protein [Lactobacillus hominis] >CCI81440.1 L-cystine ABC superfamily ATP binding cassette transporter, ABC protein [Lactobacillus hominis DSM 23910 = CRBIP 24.179] MNNNIEQPILQVEHLQKNYGAHKVLRDISFNINQGEIMTIIGPSGGGKSTMLRCINLLEDPTGGKILFHGNNILDPKFDLNIYRSKVGMVFQQFNLFNNKNVLQNCMIGQEMVLGRSKDEAKETALKNLKKVGMESFVDAKPSQLSGGQQQRVAIARAISMDPEVLLFDEPTSALDPEMVGEVLNTMSALAKTGLTMAIVTHEMGFARDISDQVLFMSDGVITEQGTPDQIFNHPQEEKTQKFLRNFRSEQF >EHY1237200.1 phage terminase large subunit family protein [Escherichia coli] PGEEAFLVDKIIIMGRPDEEETLLRVDAAINKKYRHADGTEMTISRVCWDIGGIDGEIVYQRSKKHGVFRVLPVKGASVYGKPVITMPKTRNQRGVYLCEVGTDTAKEILYARMKADPTPADEATSYAIRFPDDPEIFSQTEAQQLVAEELVEKWEKGKMRLLWDNKKRRNEALDCLVYAYAALRVSVQRWQLDLAVLAKSREEETTRPTLKELAAKLSGGVNGYSR >WP_063692548.1 globin family protein [Bradyrhizobium stylosanthis] MTPEQVTLIQQSFSKVAPISETAAVLFYDRLFEVAPSVRAMFPEDMTEQRKKLMGMLAAVVGGLSNLETILPAASALAKRHVAYGAKAEHYPVVGATLLWTLEKGLGEAWTPELATAWTDAYGVLSGYMMSEAYGAQPQAAE >WP_058877503.1 double zinc ribbon domain-containing protein [Elizabethkingia anophelis] >KUF47109.1 phosphoribosyltransferase [Elizabethkingia anophelis] >MCT3642683.1 ComF family protein [Elizabethkingia anophelis] >MCT3651894.1 ComF family protein [Elizabethkingia anophelis] >MCT3654049.1 ComF family protein [Elizabethkingia anophelis] >MCT3659239.1 ComF family protein [Elizabethkingia anophelis] MNFFTDILFPNRCLQCNHIIDGKDIICEECYDQVDFTHWESLQETLLQQKLSSLFPVENSYALMNFEKDGLSRKLIHNLKYANREIVGDTLARWTAEKINLKSKPDILINIPLHAKKLKKRGYNQLHRFTETLSKEWDIPYNHHYLKRTAYSTAQARKKLKQRKENINIFIVPNPLENIHFLLIDDVCTTGNTLASCAWEILKTPGNKLSVLVMAID >HBP29295.1 diaminopimelate epimerase [Advenella kashmirensis] MIWSFSKMHGAGNDFVVLDGVRQSIDMTPERARALAHRQFGIGADQILLVEAPSHPEADFRYRIFNADGTEVEHCGNGARCFVRFVHEQKLSSRNPLKAEIATGLITLEEADDTTVTVNMGQTRFEPEAVAFDTSDLPSTRDHDDTLWSLPLSNGDTVTLSLVAISNPHAVQIVDDVASAPVAVQGPLIEGHPRFGNRVNAGFMQIVDPHTINLRVYERGAGETLACGTGACAAVVAGI >WP_169872765.1 precorrin-3B C(17)-methyltransferase [Pseudomonas fragi] >NNB33134.1 precorrin-3B C(17)-methyltransferase [Pseudomonas fragi] MSRPAPAIVILGNGSLDTARRIQQLLPGASVLGLAGRVDGADRGYSDFGDTVRQLYQQDTPIIALCAAGIVIRTLAPLLLEKGAEPPVLAVAEDASAVVPLLGGLGGVNDLARVIAAGLGIAPAITTSGELRFGTCLLNPPAGYALGDLDLGKRFVSDLLTGESVRIEGDAPWLARAQLPEHAQARLAIHVGNAERAPAADELLIYPRNVLAQVCAEVSPQTILEALQQAGLARQSLACVVAPDTLMASAPLRETALELAVPLRFVGGDDALLPVAWREPGNGVALGVASTPLAPEQIGRARGRLAVIGLGPGAAELMVPAVKAELARANDVLGYETYVRMAGPFRDDQVLHCTDNREEMQRARHAFELAAQGRSVVVVSSGDPGVFAMAAAVLEALHESEDPQWHSVDLEILPGVSASLATAAQAGAPLGHDFCVMSLSDNLKPWSIIEKRLDLACEADLALAFYNPISRSRPWQLGVALDIVRRHRTPQTPVVLGRDIGRPGQTLRTLTLGDLTPEQVDMRTMVLVGSSTTCTFPRIDGTQWVYTPRWYGEKP >MCI7575045.1 sigma-70 family RNA polymerase sigma factor [Clostridiales bacterium] LRQDEDAEDAVQDAICTAFASRDSLRDVQRFKPWLLRILTNKCYDLCRKRRPTVDLEDIADRLPSESQDHDQRMTLWQAVLSLPEDLRVPVTLFYYEDLSVREIGQVLGISEAAVKTRLSRGRGRLRLLLEEK >HCE7955950.1 phage tail tape measure protein [Pseudomonas aeruginosa] >HCF2831529.1 phage tail tape measure protein [Pseudomonas aeruginosa] >HCL3885898.1 phage tail tape measure protein [Pseudomonas aeruginosa] MSKDMDLVVSIGGIADPSLGKAFETVKARLDSLQERSRQASSLRDVLGDAIRLERELADMRKVGDRGVAEHARQLGERQEQLKRLGIEARAAGDAYARLGEMQRGLDMQVRGLQRLEQASQAMPLASAFSGLVVEASKTAAGYQARLRDLAIRNGLDAGREPALASLIQDSASQSGLGRTATLDMLEHLNATGMGFAAAQMNLGLAGRFGFGQGIASAEAAGLVRALQLAQGSDSPEQLSASLDRLVVLGKGRVGSEALARRLPALLSALGNAGEATAGDVGALGALLEIQAKNTTPDKADVRMKAWLEFVSSGSLKRAYGQDYDRDLEALRKDGASLLEANLELAARYRDKGGKLSAGAASPALEAYRASRGEFQGLLESQQSSAGSSERDARRREGMSQELWKASSDSWERAQTALGSALNPYLDNLAKGSAVLGESTAELLEAYPRTTAGLTVAAGAVLSGYLAYKGGRGAIDVLRGGRLGRRGSAAVGDLVEQGAGRVSGGSEIQRVFVTNWPVPGSDSTLESARRPAQRKRGQTPRRKRGKGGGVKARALPSLGFSAGGGLGAMAGKLPRLSRLPIRNAPLQVASSLIDVAEVYSSDLSESEKTIAYGEAGGSLAGSLAGAALGASIGSVVPVVGTLIGGLVGGAIGAWGGSELGGRLGRSLAGDPPAASDNKPAVPVPQAEPVAAAPNWTFAPQINLTVQGNVHEPQRLADELLPYLQRMLVDFADERQRRSLYDPAMV >YP_009226675.1 hypothetical protein AXI71_gp47 [Lactococcus phage GE1] >ALA07001.1 hypothetical protein [Lactococcus phage GE1] MTSPIKLTPQEMDMLLKDIATQIEYVEDNLDDYPVYNTDIQNLSDPIREILEKGGYM >MBK6290503.1 sterol desaturase family protein [Ignavibacteria bacterium] >MBP6509577.1 sterol desaturase family protein [Candidatus Kapabacteria bacterium] >MBK6419025.1 sterol desaturase family protein [Ignavibacteria bacterium] >MBK6760291.1 sterol desaturase family protein [Ignavibacteria bacterium] >MBK7185247.1 sterol desaturase family protein [Ignavibacteria bacterium] MGIDLTWITLVITIFSAVIMIVLERCFPYTPGQRIFREGFLNDFVWYSLVQSYVLGLVIFGLIGWIDASTSLERYHIVRDLPMWLQVLVFFVVHDLYIYWFHRWQHRNGYLWRLHEAHHSTKDVDWLSGSRSHALEILINQTVEFLPIILLASPEVAVIKGCIDAVWGMYIHSNIDVRSGRLQRIFNGPEMHRWHHAIDVDAHDRNFSTKMAVWDWLFGTAYLPADRKPTGYGIGEGFPTNYMSQHAYAFRSFTSDRTGSGT >WP_039672911.1 murein biosynthesis integral membrane protein MurJ [Corynebacterium minutissimum] >KHO30424.1 membrane protein [Corynebacterium minutissimum] >QPS59974.1 murein biosynthesis integral membrane protein MurJ [Corynebacterium minutissimum] >QQA79235.1 murein biosynthesis integral membrane protein MurJ [Corynebacterium minutissimum] >SQH98049.1 putative integral membrane protein [Corynebacterium minutissimum] >VEG04711.1 putative integral membrane protein [Corynebacterium minutissimum] MTHEPLSGARRRIVTPSPPAPVPEKRAPRGVVAVDDEQEDRSGLKGEAQANASEASGEANSDGAVVRATGSMAIATMISRITGFIRMVLIGSTLGPAISSAFGTANQLPNLITEIVLGAVLTSLVVPVLVRAEKEDADRGEAFVRRLFTLAFSLLATITVLSCIFAPQITRMMLPEDGEVNAIQATSFAYLLLPQIFFYGLFALFQAVLNTKNIFGPGAWAPVVNNLISISVLVAYQLVPGSLHPDAPSPITDGHVLLLSLGTTAGVVVQCLILFPYLKKAGINLKPLWGLDDRLKQFGGMALAIVAYVAISQLGYVITSRVAAHADDGAPFIYQQAWLLLQVPYGVIGVTLLTAIMPRLSRNAADGDVKAVVRDLTLGTKLTFIALIPIVIFMTGFGIPIARGLFQYGAFNAKAAEVLGLTLSFSAFTLIPYALVLLHLRVFYAREEAWTPTFIIAGITLTKVVLSLLAPQVADSPERVVILLGTANGFGFVAGAVIGGFLLKRKLGSLGGRAVIATTIWSVLSSVVGLIVVYALNWALNLVLPASLPAVVNLIRLIVVGIVFVIVTGIVLSRSGLPEVINLGRQLQRIPGMSRFIKIENAEAIEVEEPEQLEFQPIFSVDAFNSSPVPPPMSAGIVRGPRLVPGAPVSDGRFRLLKDYGSAPGTRFWKAREQATGRVVSLTFVDTTGEAPMAPATPAVAARRSAEVSRATRRLAEMELDAVATNIDILSYRQGCLVVADWVKGTSLKTVSEDEDLDPRAVAHALAPLVRTTAAAHAAGQVLGIENRNRIRISTEGVATLAFPAVLQSNDEETDRSALASAISLLVESTTPTPEVLQDIASDAEAGEDADLEDIAHRLSAFAGDGDDGEETLQVPVEETPRKEDPTPAPGFGGRGYSGSGTIVLGVLATVFVVAMAALSVWILSQVADEQTSPVVTKSEASDETTFPNVPAVLFKDVKSTSVPEGKNVDGSWTTKDTDAGLLLSIDKPTQLHVLPLEQKDSIGAKYVVYGVKTEDFDPKNPKSGTLTELAHGTLTTARQDIELKKKPVAFDGALIMFTDMPKSGSVTLKEATLVGIPTN >XP_029439375.1 heterogeneous nuclear ribonucleoprotein A/B isoform X2 [Rhinatrema bivittatum] MSDSEFMETTENGHEAAEAGDQAAEAAAGEGQNGGEGDQINASKNEEDAGKMFVGGLSWDTSKKDLKDYFSKFGEVVDCTIKMDPNTGRSRGFGFILFKEAASVDKVLEQKEHRLDGRLIDPKKAMAMKKDPVKKIFVGGLNPEATEEKIREYFGDFGEIEAIELPMDPKTNKRRGFVFITFKEEDPVKKILEKKFHNVSGSKCEIKVAQPKEVYQQQQYGGGSSRGSAFGGRGRGGRGGGGGKLAQSQNWNQGYGNYWSQGYGNQGYGYGQQGYGGYGGYDYSGYGYYGYGPGYDYSQGSAAYGKTPRRGHQNNYKPY >NJC23639.1 MFS family permease [Arthrobacter pigmenti] MSALNSSMIAVALVSFMVDFDSTAVAVSWLASAFYLTSAVAQPVLGRMADRFGARRVFLLGMGVVVISGVLGPLSANVLMLVACRVIQAVGASAAYPAAVSMIRQFGASHGSDVQRALSGIATANFTGAAVGPVLGGFAVWAVGWEALFWVNIPLALFAALGIMKIVPRDEDHERVTFRALVVGSDLLGIALFAGATVLLLLCLMPPLGLLTVALASASVALFVIFLVWEKRTPQPFLNVVMLRGNKTLLSVYARFIGFNLLFYGALFGIPQWLEIVKSLTPAQVGLVMLPLASLGGIMSALFGLWIARIGSRALVLGSTLLAASAAGILLLFTNTAPLWVILVACALFGISYAGTNLGLQSQMYESTDPSMLGVASGLYQSSRSLGGVLSTGLLAVAFTSGVDTAAIQTIAIAMLACSLVLAIANAISVRSRSTGSRLPRAEEVPTSGSA >HCZ13020.1 CopG family transcriptional regulator [Candidatus Accumulibacter sp.] MENRTARLTILIDPRKKQIFEEICASQDLTPSQVVRRLIREYIIEHADGRELPEWLRRQPASDGGGAG >RQD71026.1 MAG: tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Tindallia sp. MSAO_Bac2] MKCLALESSSMVAGAALMEENRLVGEIRTHYKKNHSERLLPMMDQLLTSCECKLKEVDFFAANVGPGSFTGVRIGTGTVKGLAHALKKPVVSVNSLEALAIQNQSFKGWCSPIIDAQKNLIYTAAYEMHHGEMIVRQSPDVFHILEWLEKLKKIDKPVLFSGDAAEMHQQRIKEFLGEQAIFADVLHRMPSASAVAMCGIQKAKKQELISPEEMIPLYLRTSQAERAWKQKQMEKEGTHS >MBE7174334.1 TIGR03032 family protein [Williamsia sp.] MNQPAPPFACTYTPNVAELLTQLDCSLAITTYQAGKLIFLSPDGLNAMRQLPRDFDKAMGLAINGNRMALATKEELVVLANVPPLAIDYPVKPHFYDAFFVPRASYYTGTVDIHDVDWDKEGRLWAVNTLFSCLVTIDDSYSFHPRWMPPFITSLESADFCHLNGMAMVDEKPKYVSLFGQTNTAKGWRNGVEKNGLIMDIDSNEIVAHSLPMPHSPRWFDGQLYCLLSATGQLARIDVNTGKYDVVTRLKGFVRGMAKRGDYLFIGLSKLRKNASTFRHLAITKDAIYCGVEIIHLPTGANVGHIRYQQSVEEIYDVQIVPGALRPGILNHTSPTHRLALHTPEHVFWAGATENK >MCF8449868.1 LytTR family DNA-binding domain-containing protein [Taibaiella sp.] MYKVILIDDEPLARQLIRSYLQPHSSALTVVAECGDGFDGFKAIQEHNPDLVFLDIQMPRLNGFEMLELLDKQPSVIFTTAFDEYALKAFEAHAIDYLLKPVIKERFEKAIEKWLQLTPVKQTPGIIPLLENNINEGYQHRVVVKDNGLIRIIPAQDIHYIEADDDYVRIITKAGNYLKKSTLSHIEQTLDPQQFVRVHRSYLVPVNQLLRIEPYEKESHIALLQCGAKVTVSKTGMAKLKSLLGW >WP_217309755.1 NlpC/P60 family protein [Eggerthella lenta] >MBU9894281.1 C40 family peptidase [Eggerthella lenta] >MBV4058824.1 C40 family peptidase [Eggerthella lenta] >MBV4106300.1 C40 family peptidase [Eggerthella lenta] >MBV4129708.1 C40 family peptidase [Eggerthella lenta] >MBV4143856.1 C40 family peptidase [Eggerthella lenta] MSGRGSGARRQGFASAESVEAGNARFESRGGGTFKVPDQGSFAEGGKGGVCGAAGCTPDAAAAKDGFAGRAGSIIAAGFVGELDDSDELSGSEGAYRAGRAAADIRKRRRARPGPDPFAPVENAANNVEAVAAKEAKRAAGEAGAVAGPGGSSESAPRSKSLLARAKEGLGGKAARRSATTGGKAAGGSALGEAQAASNYARSRAALQAAEAGPAAAKAGAGGRLAAAVSTAAPVLGGVLAGVAAFVAASLILSTLLGAIAGFWQDEQDRAMIEGLPGFITYDMVLEALECQEEYGHPAGCTIAQIICESGQGDAMSQLATRDHNLFGVKWASSFASCPEVAGKASWATHEEVDGQAVTVMADFTVFQSDADCIRFRSRVLLQNSRYADNALIKEAIADRDSDKMAEGLKDAGYATSSEYVESLKSVMRTYNLYRFDGMGVDDFEKGAASGDAIVQAAYSQLGVPYVWGGSTPGVGLDCSGLTQYCYRQAGISISHYTEDQLKELTVVPLSQARPGDILYKYGHVAIYVGGDEYIHEPRTGDVCRKATGISFFTCALRYTG >TXG48910.1 hypothetical protein EZV62_024785 [Acer yangbiense] MALAMAQKFDIYWSEFHGFMVVATILDLRFKMKIIDYYFPIIYGDRASGEIKKVQDILLRIVREYEGKLKASSSSLSGDPTLVSLPQSTMVHSRFNSLSIFDQFLSLAPSVTTQMKTELDYYLDEPVIPRADNFDILRWWNVNASKYVGYIPPKPLKGSALDRGRRRPTDYVDVV >OMP12204.1 hypothetical protein COLO4_03403 [Corchorus olitorius] MLDLKDSKVVSGKIGQDMSSGDDGDHSRRVEGEAAAVTR >NET34040.1 hypothetical protein [Cyanothece sp. SIO1E1] MVTLQLRQIDVPVGQRLLIHHLDWQQFERILAELGETRSSRIAYIYILQSGQYQSVSSSPTFPTLPILELVKAVLEQSIEIGRSSALRALRKKIRSII >WP_182308552.1 VOC family protein [Ciceribacter thiooxidans] MTELVTCLWFDHGEASKAAEFYAATFPDSHVDRVNSAPGDFPGGQAGAELTVEFTVLGRRFLGLNGGPIFTPNEAVSFVVLTENQEETDRYWRAVTENGGAESECGWCKDRWGFSWQITPRRLIELTTSSDPGEAKRAFDAMMKMKKIDIATLEAAAANRS >XP_050785609.1 S-adenosyl-L-methionine-dependent tRNA 4-demethylwyosine synthase TYW1-like isoform X4 [Gopherus flavomarginatus] MAAPRSTWGSLCLTFGIGIWICFQFLATKAKKQDEKSTEKLTLSKVTQDVLINGYTKPKTKEVYVTGVKVFYGSQTGTAKGFATILAEAILSLNLPAEIINMRDYDPDDCLAEEATSKNICVFLVATYTDGQPTENAAWFCKWLEEAVNDFRFGKTYLKGMRYAVFGLGNSVYVDHYNTVGKNIDKWLWMLSASRVMTRAEGDCSVAKSKHGSIEADFDAWKARFLARLQALCKGKKKPCSGNCKKGKCKSKGRQSKEGSDREQRVSEQENTEVEDLFETTSEEEAGAEEDGSSNSVIDVEDLGKIMGHMKKAKKECDLEEEAGKTGPSQQSSGKNEESERREMITPGLRDALTKQGYKLIGSHSGVKLCRWTKLMLRGRGGCYKHTFYGIESHRCMETTPSLACANKCVFCWRHHTNPVGTEWRWKMDQPEMILQEAIENHKSLIKQFKGVPGVRVDRFEEGMVVKHCALSLVGEPIMYPEINTFLKLLHRHNISSFLVTNAQFPVEIRNLEPVTQLYVSVDASTKESLKKIDRPLFKDFWQRFLDSLKALAEKQQRTVYRLTLVKAWNVDELKAYAELVSLGKPDFIEVKGVTYCGESAASNLTMANVPWHEEVVHFVRELADLIPDYDIACEHEHSNCLLIAHKKFKIDGEWCTWIDYDRFQELVQEYENSRGSKTFTAADYVAKTPHWAVFGSRERGFDPLDTRFQRKNKTKDISGC >WP_145279320.1 sulfite exporter TauE/SafE family protein [Tautonia plasticadhaerens] >QDV39145.1 hypothetical protein ElP_71090 [Tautonia plasticadhaerens] MPGPALALAATFALASAVGVVTGATSLVTVPALLEAGIDPHVAVATNMLALVGLSLGGAIPLLRGGAARGERLAPLVALTAVGSLAGALLLPALPTRAVPLLVAASMIAMTAFLLVDRAAPSGRPRAAGVATATDPRRLAALAATLLLGAYGGLFSGGYVTLLTAAYVTLLRMDLRRAVAVTKVINLVSSLVATAVFAAWGLVDWRLGLVLGSASFAGGLGGGAVAARVDRRLLRGAFLLGVAVLAARLLIRVATAG >WP_190728559.1 ATP-grasp domain-containing protein [Nostoc sp. FACHB-888] >MBD2243374.1 ATP-grasp domain-containing protein [Nostoc sp. FACHB-888] MSKYDFHYFQGSTLSDLFAQDITDASYGFILNYPATGSWAAYPNRKKYFLQDGSSEATKTSFDKICQKEPWKNLGVLGDRIPGIVIIEPPKSLIGYWQEHFGFSHSNIEMMDCSTYLDDLSHSERFDKLISLFPFDHLKPEKHAVDPDTHYRLLSKVALAELGVQCPKYKSYNLHQVNLEDIQLPQFPYLIKTSHGLSGEGTYIIKSPSDLNYCLEEIKKYLNIKLLDTIIVSEFVKNEVQNYCVQFYVNKLGEITLIGTTSQLVTPEGNYLGGLIDYRNTDMSKFFEMIANVGQYAHKQGYFGVIGFDVLEDQDGQLYAIDANFRVNGSTPLCLQRNTLLGLGKEVAKYSSDYRMEGTLDSILVTLKPELDRKDLIILSALEKVKYGKIFTEIYAIVTGETIQEMQHIEHKLQNKGLQWLH >WP_043884631.1 UDP-3-O-acyl-N-acetylglucosamine deacetylase, partial [Vibrio antiquarius] RFEDGDKWAEFVPFNGFRMDFEIEFNHPAIESDEQRLLFDFSSKGFVREISRARTFGFMRDIEYLQSQNLVLGGSFDNAIVLDDYRILNEEGLRFENEFVTHKVLDAIGDLYMCGHPIIGEFRAFKSGHGLNNQLLRAVLADQEAWEWTTFEEEVGSPVAFAEPNMVLA >MCL4835344.1 tyrosine-type recombinase/integrase [Caldilineaceae bacterium] MLISDTIERYLDDAATGSSFTRRTYRTAMNRFQEYLIVKRVAPDVSEVERLDVDRLLGFATWLLDEAGIGQRTLHTYLAGLVGWVNFLQVRGWLPFTPQELARFQEGIKRVRRNQRPPDLLPHPPRQEEMQALVDAARETPLRRENDQREMLAKLRDVAIVEVLRCTGLRVGEMVKISRKQLDDEEQASWVVGKRGKVRRVYFDDRAWGAMRRYLLERQALDGSSGRPIADLPLFARHDRRASDRVLPLTTESVQNIIRRLAERADLAAKGITPHALRHYFATRIYQTTHDLAVTQTALGHSNPNTTRIYAKLEDNAVRDAHRRAFD >CKR50421.1 Uncharacterised protein [Mycobacterium tuberculosis] MLESLIQSKGITSQRISACPTLAAAWRTASLDSPPAGRYNVGVRPVAAAITSLALENWPGISSGGIVVILGCSQVWLPISMPASAMRRAPAGLAATLLPIRKKVALASLSVRMCSSRSV >KAF6355230.1 hypothetical protein mMyoMyo1_011419 [Myotis myotis] MWINMQSLSPPTPFFLRVICGLCMICWHREEWGSLSMKIPCPHWPLLDVICLTWVSIVHAGIPYEVCNPASGQIMFLRPQSKVGLGKLCHTSPGACYIWLRLPLKVVIILTILLISVSQCLDTYKMATNYSQINPGSPKNIWKLYIAPNHIMEASLSNLGSQS >EFP11715.1 hypothetical protein CRE_27739 [Caenorhabditis remanei] MKSKFQNFKKQVISDDVSTDGTPFLPTITVSDTAVNLFSEAPSAPTKLTATAKVMTPTAMSPTPTAVPIMAPPPVLVTPPTVQTVTTPVKWKAEDVALGYIEKMDAAMARLEYIEACASTKPLVEKDCLLWKKNLHKNQTDAYPCLDSTIVKIPNQPDDYVNMSTITVPHCRYPILMGQMPKRGFEEEFWRAVFNESVVMMYVLMGAEDEKNDFFPTTTGAYIYYGSMFVNIRKVEKMDEERTAYTIEALPNGLSNSNMINVYVHTGWEPFGVPVKYANTPRSVVDVMNFVKTSNGSEKMMVVSKNGCGRAGYFLSLGASFCCLNDGSEPRMGEIVKALRVQRPNSVDSMKQYASLYLCLLYYIKKKVSIPDRLKQKVEEVTKEFEGLIRQDVSIAY >MBN2220243.1 anaerobic ribonucleoside-triphosphate reductase activating protein [Kosmotogaceae bacterium] MNFAGIESVSLVDYPGKVALTLFTSSCNFDCAYCHNSELKKRVKEELEESEVFDYLDRRGRLLDAVVITGGEPTLRADELLPFMERLKSRFPETLLKVDTNGWNADLLREFLKIVDYVAIDLKSLHYEIFSPVNLSKIEDSIEMAKGFTNHEIRVTMFPPYLPEDDFDELSRICVGASLVSVQQYKPVAGLCETPPYPSSVLKRFADLISSHARKVIIRE >XP_001426929.1 uncharacterized protein GSPATT00030165001 [Paramecium tetraurelia] >CAK59531.1 unnamed protein product [Paramecium tetraurelia] MNEKSKTYQNAFQIFKERYSKKLKKDKTLSQSDIDDLVLQKWKFLPDDQREPYKKRFEKTKVKLTQHEEEANNSDEEKQPSKKVKQ >WP_004841038.1 DUF421 domain-containing protein [Acinetobacter baumannii] >ENV30425.1 hypothetical protein F961_01121 [Acinetobacter baumannii NIPH 60] >CAA0225992.1 hypothetical protein ABKPCSM125_02191 [Acinetobacter baumannii] >HBM1758047.1 DUF421 domain-containing protein [Acinetobacter baumannii] >HBM1853224.1 DUF421 domain-containing protein [Acinetobacter baumannii] >HBM1987889.1 DUF421 domain-containing protein [Acinetobacter baumannii] MDLSNILIGDTTWSFVLEILVRCTIMFIIIISFLRLSGKRGIRQLSLFELAIILCLGSAAGDPMFTKDLPIAHALIAFIAILSLYRLVTWGMVKHKKIEDLLEGKALCVVKEGLLVYKDFQKQTYSHDEFFSEMRQQNVEHLGQVRTALLESDGILSLLYYEDEDVKWGLPLFPDAYRKAEFLKINTFYSCMKCGETKILNKLDQECSRCHHHSWAESLKTRRLG >GFT25780.1 retrovirus-related Pol polyprotein from transposon 412 [Trichonephila clavipes] MKTAELKTLFEEAKSGSSKKNRYIVENNSLFFQKEDKDGTKRKCLVVLEKYRKNLMKIGHKAAAAHLGSFSRMGFPGELQTDQGTPFMSALTTEFLERFGVKVVIYIYRSSVYHPQCNPVERMHKTWKRILRVLCLEAIPDWEKTLSQALFTLRTAIDDSIGFSPAEPVHGNNLRTPIMLLYNEKMPGTGNPTHGRCKKKKLCYDRRTVKRQFQPGELVLAIAPSRHNKLSVHWVGPGEIVQQPSETNYVVKIPEKDKTHVYHVNMLKPYHHREENINLLCINPLKHDEEEDVPSLELENEMSGWSKIIGDVQLNSKLSQIQRGQLKELLYEYSNLFRIFLDVPI >WP_108101124.1 exoribonuclease R [Vibrio splendidus] >PTP40505.1 exoribonuclease R [Vibrio splendidus] MQRDYTLTCLNNMPREELEEFSLRMIHRLVPEDAMTELFTFEQEEVTNEERMQSAKFDAMLRMTAIALSEVNLAFSESDNSQQNIERMTRLLLWHFYAMSFNLEQAISLETHCDKVEKILSKAPTEAFGWVKELTELLHFYAELNEGNEGNEGNEGNEGNEAKKDA >WP_233494598.1 class I SAM-dependent methyltransferase [Exiguobacterium sp. RIT594] MRIVRKERITIIASIKRLIDQQYAHPTGRFGTYIGEKMVRQHQPETEWTIELLTVQKDDSILELGCGAGYAIERLVHQTDAKQITGIDSSSAMLRSVQKRNKEAIQSKRVHVLYGDLNKLAFQSEQFDKVFTIHTLYFWENISGTLAALYHALKPGGHFVITFCDGKNDVIWAGVRDLVQDELLPAARKHGFSDISFIEGPVSRQFRNVAVRGHKPFH >XP_037174607.1 uncharacterized protein CGCA056_v011682 [Colletotrichum aenigma] >KAF5512852.1 hypothetical protein CGCA056_v011682 [Colletotrichum aenigma] MRTFASLAAFAATGAAQLLTLSELASIPAPALESVPIGVGNQTVAASKRDLGKKLIARDCGALPAGSGPVPSPDTDQAFLADTDFSNAANSAITPSGWYRTFQNLQSATSASAYQGYSTYATYDPSLCAADCAKIDGCAAFNIFFERDPTVDPAASCPNPSSTTVIKCSFWGVGIGPSTATNSGGWRNDFHIMVAGSNGYQLTAPDYPVSGYNATFTDKATINAPSDCNSYITFKAHTNNAYDPSLCATDCAAQAQETNPFNGLRCHFFTSYLLVKNGVTQAQICALYSRTWDKGYAVNTGYTSGSDVYTIQYAYSYSLTTDPGTFICPQGNSGSLTSVVGVTSSLTNLAAITSSTSIPAIALTTSTTSKPSTLSTSVKPTTSAVTGGSSSAGPISSCPNPSSYVVGNNGGLYAVCPDTDFMIPSPQIYYGYTSNKDCATQCEKTSGCTKAVYRPSTQICYLKGSPSVAASNWNVNSGFQTLVKVADNTPLTQCLAPTYTVTVLKTVYTVCPSSDFTNNPATDIWYGVLSDTACILLCKLKSGCNKIVYNPSTWTCYNKGNPSLSSAGWHVDSKFRTIYVN >WP_008314082.1 DUF1636 domain-containing protein [Leptolyngbya sp. PCC 6406] MAHHALFVCTSCAFSATQREHLGYRGGYHLCQQLQQLQQQGHLPPDFTLEAVECLSACHRFCAIALAAPQKTTLMFGDLPPLESAGAIAKLAIQYAASPNGLVPRQLRPEPLQKGILARIPPWPQP >ACO35565.1 cytochrome oxidase subunit I, partial [Teuchophorus stenostigma] ISHIISQECGKKETFGSLGMIYAMLAIGLLGFIVWAHHMFTVGMDVDTRAYFTSATMIIAVPTGIKIFSWLATLHGSQLSYSPALLWALGFVFLFTVGGLTGVVLANSSIDIILHDTYYVVAHFHYVLSMGAVFAIMGGFIHWYSLFTGLTLNNKWLKSQFIIMFIGVNLTFFPQHFLGLAGMPRRYSDYPDAYTSWNIISSIGSSISLLGILMFLFIIWESMVTQRQVMFPIQLNSSIEWYQNIPPAEHS >XP_035530493.1 outer dense fiber protein 3-like protein 2a [Morone saxatilis] MQEVVKKRPIISARERGPGPGRYALPPTVGYINHDFTKPSSPAYSFHSRLSSAMVSVDSSPGPRYHIDAKVTRFGRMETPSYSILGRARRTGTKGELYQTPGPGAYSPEKAPPLNAHHRPPSYTIGNRTRYRSVDAVPAPNSYCLPNLLGCQVPNKPSSASFSFSGRRKVGAPTEDLSMSPGPAKYNSINPDIYRQRQPSFSMQSRTKRPNYSSAIPGPGTYSPEKFHLHLPKPPSCTMGVRHSEFVTPLVVHVVD >WP_031940100.1 SDR family oxidoreductase [Prescottella defluvii] MPRFEPHPDRRPALIAGASSGIGTATAYALAELGHPVALGARRTEQCEEIADKIRSNGGEAVALHLDVTDTASVDRFVTDAEERLGPAEIVLSGAGDLVFSQAHEMDPDSFLAQVNVHLVGAQRLVNRVLPGMIERRRGDFVLVGSDCADMPRPWMGAYNAAKTGLEAMGRQMRMELEGTGVRASIVRPGPTLTGMGMDSSPEVVGPMLEAWSKWGQARHPYFLRASDIAAAVVAVVSTPRGAHMVLVEVQPEAPLRKDDE >WP_129194092.1 glycoside hydrolase family 65 protein [Enterococcus faecalis] >RXV44726.1 family 65 glycosyl hydrolase [Enterococcus faecalis] MIQIKRLFQIDPWKIRTTHLDKENLRLQESLTSIGNGYMGMRGNFEEHYSGDHHQGTYLAGVWYPDKTRVGWWKNGYPEYFGKVINAINFIAMDLQIDGQTIDLATTPYEDFSLELDMQNGVLSRQFTIQTPKNKVRFSFERFLSLEKKEAAYIHLTIEMLEGTGTITLHSKLDGDVQNEDSNYEEHFWEEMAIETQETLGFVTTKTIPNNFEIERFTVTAGMRHFIDGASVVPTYTQQPLALTAELTVSLNEGETTAITKEVLVVTSRDVPETQQITRVNELFSEMTTLYPEAKAGQAAAWAKRWQLADVVIEGDDEAQQGIRFNLFQLFSTYYGEDDRLNIGPKGFTGEKYGGATYWDTEAYAVPLYLALAKPEVTKNLLKYRHNQLPQAIHNAQQQGLKGALYPMVTFTGVECHNEWEITFEEIHRNGAIAYAIYNYVNYTGDEDYLKDAGLEVLVAIARFWADRVHFSQRHKQYMIHGVTGPNEYENNINNNWYTNTIAAWVLRYTRESYLKFQEETTLKIADDELAKWADIVENMYFPVDNELGIFVQHDTFLDKDLMPVSDLPLSELPLNQHWSWDKILRSCFIKQADVLQGIYFFNDAFSLEEKRRNFNFYEPMTVHESSLSPSIHAVLAAELGMEEKAVEMYQRTARLDLDNYNNDTEDGLHITSMTGSWLAIVQGFAQMKTDHQQLKFAPFLPATWTAYSFHINYRNRLLFVEVAADQVAFTLLDGPAIPLTVYDQKYTLKDRLVLPIRKEEVHV >NVK17210.1 isoprenoid biosynthesis glyoxalase ElbB [Methylocystaceae bacterium] MTKIAVVLSGCGVFDGAEIHESVLTLLAIHRAGASYQCFAPDMDQYHVINHMTGDDMKEKRNVMVEASRISRGDIKPLSDYNPADFDAIILPGGFGAAKNLSTFAFDGPDCSVQADVEKALKATRAADKPIGALCISPAVLAKVFDDITVTIGQDEGVSGAIQAMGCTHESTDHGEIIVDAKTKIVTTPCYMLEANIGQIADGAEACVQEVIKLAQ >QQS37660.1 T9SS type A sorting domain-containing protein [Ignavibacteriales bacterium] MSVPDKKYKIKFFILFVVFPFLQIFPQPFNREITSIPFSDSNGIISNTFSGGINNPEFFFIDIDNDDDYDIIFMDSDGTSGWYKNNGSKFNPLFEFTTDIIPGAHFNGWFYLVDIDNDGDADLFTGGATNYIDFYRNTGNVSSPFYELEIDTLKDNDDEFMFSEFGCNPLFADVDNDNDYDFITGTSAGKLTYYENVGSPTNFIFEFITDFWQNILIISTDGNDNLHGASSLDFADIDDDGDLDLFWGDFFSPSVYFLHNTGTPETPNLQVELYRYPPNADSVFTSGFNMPRFVDIDADDDLDMFVSVLYDPTVPQSLIFYENAGTVTNPLFIRLTNNFLKTLDTGNQSVPVFYDIDDDGDKDLFIGTANNPDGSIYYFVNNGSVSAPEYLLVDSAYFGITGELSLAPTFGDIDDDGDADLVVGNFDGTLSLFRNTGSAASAQFVFESLIQNNSGINIDAGVYARPVLIDFDLDGDLDLVLGRFNGQINYYRNVGSQSNYSFELVSDFFGGIDVGDNSTPFIADYDNDNDFDLFTGDRSGQIIHYRNDGSNSAPNWSLVTNEFIVQNFGSETAPVLCDIDNDTDPDLFVGNVKGGLYFYRNSLVSDINDDPQNPVDFEITISSFPNPFNDQTNIDVIIPKAGYTIINVYNLLGEKILTLNQSYLSKGKQSYKWSGRDWLGKELASGGYIVVVSNSGKIRSHKLLLLK >XP_012264750.2 uncharacterized protein LOC105691078 isoform X2 [Athalia rosae] MRNVEIKARVQDKDAIILRAKYLSKSKETVINQHDTFFKVSRGRLKLRQFEDGSGELIFYDRPDTEGPKISDYVKTTISSKEVQGLTDVLAKSNGIIGAVKKVRLLYIIGQTRVHIDVVEGLGNFMELEVVLNDDQSLEYGQGIAEKLMSELGVQKKDCISGAYLDMIVKNI >MBK7503626.1 hypothetical protein [Bacteroidota bacterium] MGIYCHSFLPVASIGTAVAFYVGFKNNQAYDRLWEARRLWGGITNTSRTLTALFISLIDDKSKQRAF >XP_040086206.1 glycosylated lysosomal membrane protein [Oryx dammah] MSGYEKPSRGWGFCAPSPVLLLSLLTAAPLGLLGEETRQVSLKVISNGPDFSQNLLHIRAVGTNSTLHYVWSSLGPPAVLLVATNTPNSTLSVNWSLLLSPDPDGGLKVLPEESIQFSSALVFTRLFEFDSTNMSDAASRPPGKSYPPYSLANFSWNNITDSLDPATLSATFRGHPVHDPTGAFANGSLAFRVQAFSTSGRPAQPPRLLHSADTCQLEVALVGASPRGNRSLFGLEVATLGQGPGCPSVQEQHSIDDEYAPAVFQLDQLLWGSLPSGFMQWRPVAFSQKQGSRDSAMPCQSSPLHSTLAYLLPQSPIVRAFFKTQDHSCAFNLTFGTPTGPGYWDQHYLSWSMLLGVGTPPVDALSPLVLGIMAVALGAPALTLLAGGLFLLLGRKRDSEYQSIN >HHJ06374.1 endopeptidase La [Anaerolineae bacterium] ERFNIIEWTQSKPYLKAKIAIVHDTVDDEKLLEMEALRRRIIDLSREIVRFMPQVPEEAVSFLENADDPHLLLYTVAANTRMEHKERLAILDKDDLGDKMRYLLKIMSRELEVLQLSQKIQSETQGELDSVQREYYLRQQLKAIKKELGEGDETEVEVQDYKEKFEKIGLPEEALKEANRELSRLQKLPPQAAEYGVIKTYLDWLTELPWNAMTEDNLDIEHARQTLDADHYGLEKIKERILEYLAVRKLRKERDIVEDDIPEQDRAGGSILLFVGPPGVGKTSLGRSIARALNRKFTRMSLGGVRDEAEIRGHRRTYIGAMPGRIIQALKRAESRNPVFMLDEVDKVGSDWRGDPSSALLEVLDPQQNHAFRDHYLDVDFDLSNIMFIATANTLETIPHALRDRMEIIHLDGYTEFEKVEIAKGYLIPRQVKTKGLMPEEIPFTNEGIRKIIRDYTRESGVRTLERQIGKIARKVAVKIADGKMNAGESESITPAAVRAYLGKPRFYFEAALRTEKPGVATGLAWTPVGGDVLFIEASCMTGKGRLILTGQLGDVMKESAQIALSYVRS >MCH99616.1 hypothetical protein [Trifolium medium] MYLLATRPDLKETISLGIMYKRGASEVLQLDGWSGSDYAGDLDDRKSTSGYVFKLGSGATSWSSKKQPIVTLSTNTKAEFVAAAFCACQGIWLRNVLSHLKIVQGSSTVIYCDNSSSIKLSKNPILHGRCKHIDVRFHFLRDLTKDGIIELVHCCSQDQIADIMTKPLKLEAFLQTLK >MPY37361.1 GntR family transcriptional regulator [Streptomyces adustus] MPQPRSAVTRPTPSHVAVQRSAVPYLGDLDSNATRPVGPRPAVPHPAVARPVVQRSSVRGQIVDALRTALVAGELAPGEVYSAPALGERFGVSATPVREAMQQLALEGAVEVVPNRGFRVIERDARELAELAEVRSLIEVPVMLRLARAVAPERWAELRPLAEATVRAASTGCVATYAECDRAFHRAVLSLAGNAQLVRIAEDLHRRAQWPLVGGATRQRRAELVADASEHMSLLEALIDQDLDVVRSLVREHFAGAG >MCQ2288428.1 hypothetical protein [Muribaculaceae bacterium] MKKFASILSIALAAGLLSSCTEDFKDWANPMSNDPEAPFEVQFTATETETFDFNEMEGVDTIQIFKPHVLTNVEGATTEYAVELFNEESTKSTPLRTFEDGKALKSEVTSAIIKVCGTQSVLRHMNMAITAYTKVKGQAVRSEYKYVPLNVTIVPVPVPEVWYISGNCMGNGTGSHLASACVAMFPNSENYEELIYACKLDKASTFWIYKKEGSRYPVIGTSKDDGAITSADDAAAKGNLNPFKPELDEGYYKIVFNVKTLTISYEKLDVAGDVFTAMAMPGSWQANAWSPGEDLMTPETTNATLENHDWSSSVTFATDCEFKFCANGDWCGFDWGSAAFPLGTCVGGDNIKGTAGTYKVYFNDLLKSFYFEAVEE >WP_021646634.1 site-specific integrase [Bacteroides pyogenes] >ERI81815.1 site-specific recombinase, phage integrase family [Bacteroides pyogenes F0041] MEKNKSIREIAILWKEDKRKYVKISTYSAYVLILENHLLPVFGDMSEVEEEKVQNFILLKIQQGLSIKTVKDMLIVLKMIVKFGAKLGWITHKEWSLKYPTMQEGKTLEVLSIAHHKRILQYIGGHFTFRNLGIYICLTTGMRIGEICALTWNDIDMVNGVICVRRTIERIYSVDGNKRYTKVIIGLPKTRSSIRDIPMNRELIKMIRPLKKIVNGDFYVLTNEEKPTEPRTYRNYYKRLMEQLDIPPLKFHTSRHSFATRCIESNCDYKTVSVILGHSDIGTTLNLYVHPNMEQKKKCIDKMFKTVR >WP_244811380.1 flagellar export chaperone FliS [Caldibacillus sp. NES_3] MAVSNPYQAYQENSVLTAAPGDLTLMLYNGCLKFLNLAKKAIEEKNITEKNTNLQKAQNIINELMVTLNMDIEISKQIMALYDFVRTKLIEANVKNDLAALEEAESIMIEFRDTWKEVIKLNRQQTYTKDGQV >EUA22401.1 alpha/beta hydrolase family protein [Mycobacterium xenopi 3993] MINLAYDDRGSGEPVLFIAGHGGAGRTWHLHQVPAFLAAGYRAITFDNRGVGATENAEGFTTQTMVGDTAALIEKLDAARHASSPRRWAPSSRRN >WP_074096037.1 ankyrin repeat domain-containing protein [Paenibacillus xylanexedens] >APO47126.1 hypothetical protein BS614_25775 [Paenibacillus xylanexedens] MVRTIHDAAQAGHTDEVIRFITQQGNRLNERDTLGRTPLLAAVHGNKIDTARMLVDAGADINLQDARLDNLLLYASAEGMYDMVELAITAGADTRLTNRFGGTALIPAADRGHVDIVELLLTRSDVDVNHINNLGWTALLEAVILGDGGPRHQQIVALLLQYGADPKIADRDGITPLAHASRHRYAEMERLLTQV >MBD2210658.1 hypothetical protein [Nostoc linckia FACHB-104] >MBD2335391.1 hypothetical protein [Calothrix sp. FACHB-156] MNTIYFDSHISENIRRAHLYNGQIFSYSPSKSAIALCEFAREMAEAAFAPLDPTTAQHSLPVEQYVEILAKLKPAFIHHPKSKQLIQSILEESGCDLSKTYFDVPRLRTATSDGYLTSGIAYAFHPHRDTWYSAPQCQINWWLPVYDVTSENVMAFHPRYWSQPVKNSSRDYNYAQWNKESRKTAAQHIKKDTRKQPHAEELLEIEPQLRLIPKVGGMILFSGAQMHSTVPNTSGYTRFSIDFRTVHLDDVIARKGAPNIDSDCTGTSLGDFLRGSDFSPISQDLVALYDTPVREKCLVS >WP_107352122.1 replication-associated recombination protein A [Shewanella algae] >PSS74488.1 recombination factor protein RarA [Shewanella algae] MSSLSFDFAPDFRPLAARMRPATLEQYVGQQHLLGPGQPLRLALEAGKAHSMMFWGPPGTGKTTLAELIAHYANAHVERISAVTSGVKEIRSAIEHAKNVAQSRGQRTLLFVDEVHRFNKSQQDAFLPFIEDGTVIFIGATTENPSFEINNALLSRVRVYLIKRLDEAEIANIVTHALADEERGLGKRRLQMPPELMAKLATLADGDARKVLNLVELMSDMLPDGGSFTEDMLVQVAGEQLAGFDKNGDQYYDLISAVHKSIRGSAPDAALYWFCRMLEGGCDPLYVARRLLAIASEDVGNADPTAMTVALNAWDCFHRVGPAEGERAIAQAIVYLASAPKSNAVYTAFKAARQLARETGQQPVPMHLRNAPTELMKSIGAGEGYRYAHDEANAYAAGECYFPEALADSRFYYPTERGFEKRIRDKLAQLCQLDSQSENKRYD >MCD6156803.1 50S ribosomal protein L18 [Euryarchaeota archaeon] >MCD6158712.1 50S ribosomal protein L18 [Euryarchaeota archaeon] MAHGPTYKVPFRRRREGKTNYRKRLALLKSGKPRMVVRKTLRRIIVQFIEYDPKGDRVIACADSKDLVKYGWNGCGKNTPAAYLVGYLAAKRALSKGVKEAILDIGLHRPVRGAKIFAALKGALDAGLDVPHGDDIFPLDERIRGEHISEEVVKMFESVLNRIKEEVG >MCF2656092.1 elongation factor G [Lacrimispora saccharolytica] MNVYTTDKIRNVVLLGHGGSGKTSLVESMAYLAGLTSRMGKVADGNTISDYGKEEIKRQFSIATSVVPIEWDGVKINLIDAPGYFDFVGEAEEAASAADAAIIVVSGKAGIEVGTEKAWELCDKYKLPRMVFVTDMDIDNASYRQVVEDMTAKYGKVIAPFHLPIRENEKFVGYVNVIAEKAYKWEGKEALECDMPEYSQSYLEQYRETLMEAVAETSEEFMERYFGGDTFSDAEIRAALKTNIDDGNIVPMSMGSSILCQGVYTLLDDIVKYFPSPDSRKVAGVSLKNNDVFEANFDFSKAKSAYIWKTIVDPFIGKYSLIKVYSGVIKTDDLLYNLDKDVEEKIGKIYVLQGNKPIEVKELHAGDIGAIAKLTAARTGNTLSTKANTIKYGKVELPTPYTYRRYKVPNKSEIDKVSQSLQKMMHEDQTLRNVNDAENHQLLLYGMSEQHLDIVVSRLASEYKVTIELTDPKVAYRETIRKKSDVEYKYKKQSGGHGQYGHVKMTFEPSGDIETPYIFEQMVVGGAVPKNFFPAVEKGLAESVGKGPLAAYPVVGIKAVLYDGSYHPVDSSEQAFKMATIQAFKKGIMEATPILLEPIMSLKVKVPDANTGDVMGDLNKRRGRVLGMNPVGNGWQVVEAEVPMSTIFRYCTDLRSMTGGAGTYEYEFARYEQCPSDVQEKEVAARAAKVAENNVDE >WP_238588402.1 adenylate/guanylate cyclase domain-containing protein [Nocardia seriolae] MVNAANQRGDIIGAIRKARENLPGDPAFGDPLSVSGPGGVRAVARAADKLVGDSPSAASELGLGALQVWQAMLERFGKGRGTQEITIMFTDLVAFSSWSLAAGDEVTLDLLRRVAKAIEPPINDRGGQVVKRMGDGVMAVFPSADRAVRAAVAAKENLSAVSVDGYRPQMRLGLHTGSPREIGGDWLGIDVNIAARVMEAGGNGNTMLSGATLDALSPETLEELGLGIKPYRRIFFAAPLSGVPEDLRIFRLETE >MBR0212985.1 GTPase Era [Alphaproteobacteria bacterium] MTKTYSGFIAIIGPTNAGKSTLLNQIMERKVSIVSHKVQTTRTRLRAIKMVGNKQLVFVDTPGIFKPSRRLDRAMVGAAMSAIDDADAVLLLVDAQKGVTQTVRDLIEKIKNHKNLFVALNKVDAIAKETLLPMVAELSQMADFKEIFMISALKNDGVKQMLKSLANVMPESPYLFEMRDSVDVPDMLYLAELTREKVYKYIHQELPYHINVVTEKVDTDAEGVLEIYQKIVVANAAHK >KAI6019239.1 carbonic anhydrase [Pisolithus microcarpus] >KIK17511.1 hypothetical protein PISMIDRAFT_685288 [Pisolithus microcarpus 441] MSLSSSPPMSTLLASLLSANAKWAERVNDTHPNFFGQCAKGQSPKVLWIGCADSRIPESVVTDAKPGDIFVHRNIANQFHLDDDSALSVLTYAINVVGVEHVLIVGHTHCGGAAACLEAAQAQASNSPPPVSPDTPLGRWLSPLINLVLTLGLEALPAESHLDTIVEANVKRQVENVCATDVIKGAWAAALGDESKEKRQVWVHGWVYDVASGRLKDLGVSRGPQAQGE >WP_223749936.1 M1 family aminopeptidase [Myxococcus sp. XM-1-1-1] >MBZ4412162.1 hypothetical protein [Myxococcus sp. XM-1-1-1] MFSALVTFELRRRVKMISTWVYAAVLAGAGLLLMLATGGVFRNISASSGAERVLANSPYTLFNFITVLGLFALLMVAAVFGQAAYQDFGHGTWMLIFTKNVKKVPYLLGRFLGAFVFSAVLMLSIIPGLLVGAGVVWLIDKTQLAPHQSLAYLWPYVVGVWPTLFFAGTVFFSLAALTRRMAPVYVGVVVLVLGYLALSSAMSDVANRPLGSILDPFGFITVDNVTRYWTPAERNRDLIPFSGVLLVNRLLWSTVGALLLGLTVLRFRPEVEEHRGGRAANSEEAPQAPVGIPTTRAAPTFGSWARTAAASAWLAFRDVLRSPVYWSFVVAGLIFVTLGALVSKQLYGTSTWPVTWQALEVATGTFKPFVLITLTFYAGELVWKERDAGLGDIVDATRAPTWVGYASKLGALLLVVLSLKVVVALAVLITQVSRGFFQIEWGLYFTDIVLVDFTHEVLLCVLAFFAQVLIHQKYLAYLVMVIHFASQAALGLFGVEDRLVRYGSDTGVLYSDMNGYGHFVSNLVWFRLYWYALAVLLVAVGYLLIVRGRTTRWKERLREARARQSWAWTAGASVALLAFLGLGGFITYQTRVVNPFVTEKDMERARARYEKEYKSFLALPHPRVTDVDVTFHIHPEEQRLEALGTYRLRNKTQEPITKVLLDMPTDVRVRKLSLAGAERTEPTDRELGLFVLELPTPLAPGAEAELVFDLEFHAKRLKHGAARTDIVSNGTFFNSGNLPTLGYQEDSELSEDKDRKEYGLAPKERLPDRDDPKALANNYITPDADFVSFQATVSTSPDQIAIAPGYLEKEWTVGDRRFFRYKMDQPILKFYSVLSARYEVMRDTWKGVALEIYHHPTHTYVLDRMMRGMKDALAYCSENFGPYQHRQARILEFPRYGSFAQSFPNTIPYSEAVGFIARVRDGSPDDVDYPYYITAHEIAHQWWAHQVVGGRAQGATMTSETMAQYAALMVMKHRFGATKMKRFLKFELDSYLMGRAMERKKEVPLSRVENQPYIHYQKGSLAMYALQDFIGEERVNRALKRYVEKVRFQGPPYTGSAELIGFLREETPPEYQYLLEDLFETITLYDNRAVSATMRQNAQGAWDVTLKVIAKKYRSDDKGEQTELKFSDWMDVGALDEDGNAVFLEKRQVGPGESELSFTVPVKPVEVGIDPLNKLIDRTSQDNVTEPTEGAAVALGTPQP >MBX8197149.1 dihydropteroate synthase [Staphylococcus aureus] MTKTKIMGILNVTPDSFSDGGKFNNVESAVTRVKAMMDEGVDIIDVGGVSTRPGYEMITVEEELNRVLPVVEAIVGFDVKISVDTFRSEVAEACLKLGVDIINDQWAGLYDHRMFQVVAKYDAEIVLMHNGNGEREEPVVEEMLTSLLAQAHQAKMSGVSVDKIWLDPGIGFAKTREEEAEVMARLDELVATGYPVLLATSRKRFTKEMMDYDTTPVERDEVTAATTAYGIMKGVKAVRVHNVALNAKLANGIDFLKENENARHNLS >KAG4074423.1 hypothetical protein HA402_000402 [Bradysia odoriphaga] MKKSHHSNESEEDMDIDIEDRSSSGSENTDFRGHHPHAGMSDNECDKLGLDLKHSSPGKQGRKPRRRRTAFTHAQLAYLERKFRCQKYLSVADRSDVADALNLSETQVKTWYQNRRTKWKRQNQLRLEQLRHQANIEKEMISNEHSASALTCCPTSISSFSPNACSFLTSAAAAAIFRNVNYVHGCQM >WP_139499883.1 FTR1 family protein, partial [Escherichia coli] MSVWASTNYAPLIEDIEQRLDKTAELYQQQHADEARRTVQMAYFEVFENLEGPIRINISARKSYEMESAFGEIRRMIGEKKPLADVQARIDWLKAALREVEPVLDGGHRLVAEEQHNALSRDDIAVHWQESFRTIDDLLAQAVTEYQAGNYSVASQHVQQAHYQGFKNSEMEMSLRQNRSAKDAASINQQFSSLIALTAQPDHLNDVSYQVTTLLQDIEDILPGLPTTRDDQQVAAAQSADNIPAADEGNNRTDWAEVTTGINQSIQDAIARYQGGDAKNAILDIQDTYFDRFEASGMENKIGSRDSAFKTTLEAYFTRLVSLMKAGQPVERLNAEASALTQDLQKAVTMLGEGEETQWSLLLYSLMIIVREGLEALLIVAAIVAYMVKNNHQDKLPLIRQSVIVALIASVITAAIFQMLFTNSGASRELLEGITMLIAVVMLFFMSYWLLSKVEARHWKAWLEGKLSHSLSRGSLVGLWLTSFLAVYREGAETVLFYYALIGDANTVSGHMAIGAGFVIGCVVLLLAWLVMRYSVVRLPLKPFFMFTGSFMYLMAFVFAGKGVLELVEGKLFQPTLINGFPEISWL >MCD6533325.1 shikimate dehydrogenase [Deltaproteobacteria bacterium] MALVPLYGVIGNPIGHSLSPVMHNAAFAATGQAAYFNAFQVEDLETAMAGVRALGIAGLSVTLPHKSKIMEYLDWVDDQALKISAVNTVVNRQGRLCGYNTDAPGALAALSGKIELSGRRVLIIGAGGAARALVYGVAEAGGRVAIVNRSAERGAALAQEFGVQYLASSEIENFQAEVLVNTTSVGMAPASELIPFPPTLIKPSMVVMDIVYNPLRTKLLEAAEKCGAVTIDGLEMFIAQGALQFEMWTGQKAPLKVMRQAVLNALGDDRC >MBO68682.1 2-isopropylmalate synthase [Acidiferrobacteraceae bacterium] MVETTKIYLLDTTLRDGEQTQGVSFAPDEKVNIARALLQGLKVDRIEIASAGVSHGEKEAVSQIHQWAAHQELLDRVEVLGFVDGSRSVDWVVDSGGRVLNLLTKASERHCRIQLRKTLEEHIVDIRRTVDYARSKDLIVNVYLEDWSNGYRDSRDYVYQLVDALQSMELSHVMLPDTLGVLGPSEVFDSIHDMCSRYPGLIFDFHPHNDYGLATANAMAAVEAGVSTIHATINCLGERAGNVSLAEIAIVLRDKLGAEISIDESKIHDLSQLVENFSGKRVAANTPIIGADVFTQTSGIHADGDKKGNLYQTNLSPERFGRKHSYALGKMSGRASLVKNLEQLGMQLSAEQQEQVLQRIIEIADSKATITREDLPFIIADILENRDYQHIELLSCSIHSGYDIESTASLRVRVGEEIYKSSGSGNGGFDAFNTAMRKILDSEGVSFPELTDFEIHIPKGGSTNALTECFITWDDGRRTFKTRGVHANQVFAGVNATIRMLNMILQSHIAGDQLSTPLDRPE >UIX40308.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLRTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESGVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSVLEPLVDLPIGINITRFQTLLALHRSYLTPGDSXXXXXXXAAAYYVGYLQPRTFLLKYNENGTITDAIDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYRYRLFRKSNLKPFERDISTEIYQAGSKPCNRVEGFNCYFPLQSYGFQPTNGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSRRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_224586479.1 O-antigen ligase family protein [Mesorhizobium sp. CA14] >MBZ9849998.1 O-antigen ligase family protein [Mesorhizobium sp. CA14] MIRDALLAAGVALSFASQISVPGLPFGYGELFLMLWIMLSVGRVLAGGPIEATPAFVKLAKFWLLLSLTLAIGTAVGYSTTVLYLTGLSHDVMAYALVASVTCLATLDPDAESRLRRSAWWVIAIAFGAFTVQLGLAWGWIHQSGIDPWYWDRLRGWSENPNQLALYCAVFGPLALHLAATTDKRWGQFFALTSLSLIFYVGRLTKSDTYLYTTILSGLVFLGLRLRAWFASGSGKASLSRQIALVMIVGAVPLAIAATPYAIAEEGSVTEFAKSLTKDGGDEATAETFDLRVFLWGEAIEKGLESWSLGLGPGPHLERPPVADKQFLERPFEAHNTILDLYLQGGLVAVLALIWIVGAAGISAWRSRFDALAVLLASVIVFSMPHLTIRHPIVWFALTFCLVAGMRSEVRLRPQQVRMA >GBE25682.1 hypothetical protein BMS3Bbin02_01970 [bacterium BMS3Bbin02] MAAEATPATPSRLRLGVGVLLVGHGLIHALGPLDIWGITDIEALTGEPTIDFGPSATDVLAGVWLLALALFVAAGLAVLMRRGWWRPVAVVGVLVSQFVVILWWNDAAAGTIPNLLIVGAILYAPRMQLRFNT >MBI3947524.1 alginate lyase family protein [Armatimonadota bacterium] MKWEISFVLLGAIWAGAAQAQPAPNLVPNGGFEAVVERKGDVDLPDGWTLTLAEGDRLAGGALSTQARSGRYSFCVAKATGARGTSLKSAEFAVRPGAAYAVSVWLRMDSRAPRDTVNLRLVTGERGRSLAFSVTRQWRRSTGVFVAPEGATTATIQFQGLGGLAERLYIDDVEVRETQAPKAEAEAAPLYRTDITNFEFPARGCYVELTAEQIAAIRQEWAGRDIRQHGWVRAAEEFLTRPIHFFKEGYASRATWLSFFNVGLTCPKCGIRMGPRVYPDGSHEMRCRQCDGAYRSDANLRCARALYNRSLALAMDRVGRAYALTGDARYAQRLKEVFLGWAERYKTWEVGPQLAESTLNEAEELVPLSEAYEHIRDSEVLSAAERRKIEEDLLRPIGEFHRQGGLGDRMNNRAAIYSGAVMAVGIAIRDKGFVDHAINNPDAGFNALAAGIFDADGLSWEGFGYQTYALSGLAPIAEMADRVGINVYGDPAYRRIYLSPLQVFLPGEKGDGWAERYRTVCPRFAAAGQPLEYPFDDEGELKAVPKDSFNFRQFGYAVLRSGEGADQLYLSMEYGKETMFMGHAPAPKFATLFHANRQLLTPRGAAGYGSELCGAWSRRPLAHNALTVDDREQWGRTEARLIAFETAPRVNVVRAADSDTYGDVTLDRALFLTDGYAVDLCGARATAGQHRFDLCYRNYGNLACELPFEPRRGPLGAGHGYQYLTNVRSARTDAPWSAEWRQGEDSALRLSVVGGPETEVIACDSPDNRSAEEKVDAIVARRWGRDTVFASVWEPYREEAQVVGTRRLPVAGGDAAGVGVEVTRQGQPGRDCFLASYQPGLRQYGDIELDGQVAAGRWSDPQGAPQYLYLVKGVLLRQGGRSLEASLPATLYVEQIAPDRLLV >MBA3031770.1 transcriptional repressor NrdR [Rhodocyclaceae bacterium] >MBU3908288.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] >MBU4003075.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] >MBU4019917.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] >MBU4096917.1 transcriptional regulator NrdR [Gammaproteobacteria bacterium] MRCPYCNEDNTQVVDTRENEEGDTVRRRRRCLTCDKRFTTYERVELQLPLVVKKNGSRVDFDRDKLISSMTLALRKRPVTTESVASALDRIEDKLVQLAEREVTSDRIGELVMRELKKLDKVAYIRFASVYRNFADVDEFSDAVREMKRPRTTRPKSS >MBU7046308.1 translation initiation factor IF-2 [Theionarchaea archaeon] MVNMIRQPIISVLGHVDHGKTTLLDYVRKSAVAQRESGGITQHIGATEVPIEVVRNICGDALKQWQIKIPGLLFIDTPGHKAFVNLRTRGGSLADLAVLIIDINDGFQPQTLESLGILKRFKTPFIVAANKIDRLGWKGENISFAASEKEQTERALQALDEKLWEVIGDLSQNGFEADRFDRVRDFTKKVAIIPVSAKNGVGVIEVLMLISGLSQRFLEEKLALHLKGEAKGTILEVKEEVGMGTTVDVILYDGTLKKGDSIILGGLEGIISTKVRALLKPKPMDEIRDPRFRFDHLDSVAAACGVKISAPNLENALAGAPVYADTPENEEKIEEEIQRIRIHKEALGVVLRADTLGTLEALVSELKDIVKIKKADVGEVKKTDVMEALSVKKEDFYLGVVFAFNTKVTEEAQRVAEDNSVRIFQDDVIYRLVENYTEWVEAEKLRDITRKREELVFPCKFKILPEYIFRNAKPAIVGVEVLLGTLKPRYNVMNAEGKKVGTIRSIKSKDEFLQQVQKGEQVAVSIDGPTVGRQISEEEVLYTDLPKDDYKILMESNLSEDERQALEEIDQIKRKQNEFWYL >NTZ64221.1 DEAD/DEAH box helicase family protein [Agrobacterium tumefaciens] MSNFAFLAVEFPEIFESAKKAEGYVASDPRTAAFYARRTVELAVQWAYKNDGGLSFPYAGRISALIHEPSFQQRAGQAIFTKAKLIIRIGNLAVHETRDTSAKDAGDAVRELFHLCFWLARTYAKAPPQDGLSFETAQLQRKNDLVKRAFAELTRLKSEMEAKDKAFTELLRDKGDLDAELKAARAERDRIRRENEQRPDHHDYSEAQTRDTFIDLLLKEAGWALNAARDREFPVFSMPNNQGQGFVDYVLWGDDGKPLALVEAKRTKRNPREGQQQAKLYADCLEQQFGQRPVIFYTNGYQHWIWDDLAYPPREVSGFYKKDELQLLIQRRSTRKPMAGVAIDRKIVERYYQERAIARVKEAFEARQQRKGLLVMATGSGKTRMVIALIDVLMRAGWVKRVLFLADRVALVNQAVKAFKAHLPESSPVNLVTEKTGEGRVFLSTYPTMMNLIDERKGGTARFGPGHFDLVVIDEAHRSVYQRYGAIFDYFDSLLVGLTATPREEIDRNTYGLFDLEEGVPTDAYSLDQAISDEWLVPPVAVSVPLKFVREGIRYDDLSETEQEQWDMLEWDDEDGDPPDSVDAQAVNKWLFNADTVDKVLAHVMTDGAKVAGGDRIGKTIIFAKNQAHAEFIEKRFNLAYPHLAGHFARIITFKTEYAQSLIDDFSKKDGAPHISISVDMLDTGIDVPEVVNLVLFKLIRSKTKFWQIIGRGTRLCPNLFGPGEDKEFFRVFDYCQNLEFFRQNLKPDEGSTAKSLSERLFAARFDLVRGLDQMSSAGRPPGVAEDGDAYDAGPDAPPSEQQIREGALDFLKTYVKTMNLDNFVVRTKRRLVEKYQVPDSWGTLSDEMRDELVEEVAPLPNAMKSEPEEAKRFDLLMFNLEIALLKGSKRFDRLKKQLVDIASALDEQTAIPVIAAQHALILDILSDAWWEGVPVPLLELVRLRLRGLVLHIEKGRKAIVYTNFEDELGVATELDLPQVGEVDFARFKKKARHFLRDHEDHIAIAKLRHGKPLTATDIAELQQMLITAGIGDQEHFDKATELAHGFGAFIRSIVGLDRHAVVEAFGEFLAEGAATAQQIEFVDMVIEHLTEKGTMDPGMLYESPFIDKAPEGPQQVFDFERTKRLIEVINGLNESAVG >MBL1120007.1 LLM class flavin-dependent oxidoreductase [Streptomyces sp. 110] MSSTPASRLHLAVALDGTGWHPASWREQVARPRDLFTAAYWADLVAEAERGLLDFVTIEDGLGLQSSQFGKLDGRTDQVRGRLDAVLTASRVAPLTRHIGLVPTVIATHTEPFHISKAIATLDYVSSGRAGLRVQISARPHEAGHFGRRAFPLIDLSELQSPAGQERLTDLFDEAADYVEVVRRLWDSWEDDAEIRDVATGRFIDRDKLHYIDFEGQHFSVKGPSITPRPPQGQPLVTALAHQTVPYRLVARQADVGYVTPQDTGHARAIVAEIRAEQETAGRAGELLHVFGDLVVFLDDEQAAAEDRRARLDALAGEPYTSDARVFAGTPAQLADLLQEFASEGLSGFRLRPAVAGHDLPAITRGLVPELQRRGVFRTAYEADTLRGLLGLARPANRYVAA >NIF31361.1 formate-dependent phosphoribosylglycinamide formyltransferase [Enterobacter sp. Cy-643] MSTLGTALRPAATRVMLLGSGELGKEVAIECQRLGVEVIAVDRYANAPAMHVAHRSHVINMLDAAALKALVAAEMPDFIVPEIEAIATDALLELEAQGQRVVPCARATKLTMNREGIRRLAAEELQLPTSSYRFADSEDAFRQAVQEIGLPCIVKPVMSSSGKGQSFIRTEDQLAKAWEYAQLGGRAGKGRVIVEGVVNFDFEITLLTISAVDGVHFCAPIGHRQEDGDYRESWQPQQMSDIALARSKEIAEKVVTALGGHGLFGVELFVCGDEVIFSEVSPRPHDTGMVTLISQDLSEFALHVRAFLGLPIGEIRQYGPAASAVILPELQSDNVKFSNVGAALGGGLQVRLFGKPEIAGKRRMGVALATGNSVDEAVARAVASAAQVKVEE >MCH4209672.1 ABC transporter ATP-binding protein/permease [Bifidobacterium sp.] >MCI1225091.1 ABC transporter ATP-binding protein/permease [Bifidobacterium sp.] MSKGTGAPAGGAQQKVEFQQPESGLSRAWRVTRFAGYAVLMVIGGFEGVVLAQAISSIPQFTVHSSVRSIMIFGVSYLVLFAVTWSATQLAVIVENIIIRDILIEKKIAFIEAKLRYVSAAKASEVVSRINNDFDLYSESYLKAKFFIAVDLTTGMVSMAYVLWLSVPVGLMFIAFSLLPMTVPRMFSSVLKKAGERWSKNTEGFNKVLSDTFSSQHSLYTNGAFGPVTAYLRKWLRKSESSKCTMNNLQGVAGIATLMLSAASYLIPITIGLLMMRAGWAITATSLVAMFLASDRVSGPFRAAAGHFNEISTTKEIREQMRSTLNETPQAPVLTRMEETAATAQIGVKAQIGAATQGKAGAAAGNPSTPQSAGSNSDTAARVIVNVPAVVHGDTTLLQGQRLDIAKTKKIALVGPSGVGKSSLLNALQGFVVDRDMQTDDDLVRQVGFIEQRPFIFDENVRFNLTFGETFADDRLLSALEQVGLLHELGNDPLNYECGQNGSHLSGGQIQRLEIARALLRRKQLLLADEPTASLDEHNAKLIVALLCSLPNTLIMATHDLQYVKDFDAILEITPDHQLTAANERGGVGEDVISVTPSASLA >WP_244250846.1 MarR family transcriptional regulator [Arthrobacter crystallopoietes] MPSSDSEGSSVPAGAAASAGEPTAAGKAGKPVQPVAEFKAGQVPPGADYPGRELMLLLQSFTTETDRYIDTMGRRYGMHRTDLNALTTVIDAQREGRTITPGVLGAKLSLSSAATTALVDRLGKVGHMVRARSETDRRQVQLEITESARTTGAEIFSPMVEELIKVVSRHSAAEVELLSTFMAELRDAMIRAREQAAGQERNSAGSAAASNGS >MCC8072670.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Clostridiales bacterium] MEKTKQLYEGKAKKVWATEDPEIVIVDYKDDATAFNGLKKGTIAGKGVVNNKMSNYLMQILEKKGVPTHFIEELSDRETAVKKVTIVPLEVIIRNRAAGSICKRLGLEEGMDFVCPSIEFSYKDDDLGDPLINGYHAVSCGFATQEEIDTIKKMAFTVNDVLKEYFASIGVELIDFKLEFGKTADGTIVLADEISPDTCRFWDMETHEKLDKDRFRRDMGGVENAYAEMMKRVGLD >WP_261970917.1 phosphoenolpyruvate--protein phosphotransferase [Prosthecodimorpha staleyi] >MBT9292403.1 phosphoenolpyruvate--protein phosphotransferase [Prosthecodimorpha staleyi] MTAASAARPSRILQGRTAAPGFAAGRIVRLERGAADGIAAARTVGTPDEETAALKAALAASAADLAGLIGSLDDEEAAAMLEFQLAMLEDDALTEPAFAALAEGMGAEAAFAAQLDAEIAGYRASDDDYFRARGSDLEDLKARVLAHLAGEAGTAAMIADDAILVGRDLAPSRFLEIDWRPGQGIALAEGSLTSHVAILARARGIPMLVGLAGIDAPDGTEALLDAEAGTLLLAPDAADRALFDARRAAGLDRDRDAATFALEPAATACGTPIQVLLNIGAPSDLAGLDPALCDGIGLVRTEFLFHGRGGDDLPGEDEQFEAYRAILAWADGRPVTIRTLDAGGDKPIPGYTLDGEANPFLGLRGVRLSLAREAVFRVQLRALLRAAAHGALKIMIPMVAVPAEMAAVRTLVEEEAASLATAGTPPGRFELGMMVEVPAAALTLDLFAVDFVSIGSNDLVQYLMAAGRDSTAVAALADPLAPAVLRVIETVAREAAARGVPVSLCGDAGGDPAAIPHLLAAGLRVLSMGAAAVPRAKAAIRATTLPGRRP >UKE84511.1 hypothetical protein KXZ65_04165 [Pectobacterium sp. PL152] MPRLESDSSFIFNGSNGKTAFISFLQEIKKIPPSEKYFEKSYTDAGSVFVMNYYMLSSGTINIQMDIVSPLGLKGIVINLLNEREPEVKQEAGEATYIYQFKK >MCU0251598.1 hypothetical protein [Vicinamibacterales bacterium] MKPLVRTLGVALLAAALMNASAGLCFCHRGPALPGAPASSPSCCHGPDASGTAVVKAISTCCQIESADSVATPAPAVPLAPPAAVVTPVSLAASARESLPLVAAALASSSPPIFALRI >HAW5846675.1 IS3 family transposase [Escherichia coli] WRRKRPRNVIVHTDRGGQYCSADYQAQLKRHNLGGSMSAKGCCYDNACVESFFHSLKVECIHGEHFISREIMRATVFNYIECDYNRWRRHSWCGGLSPEQFENQNLA >DAQ84782.1 MAG TPA: ParB protein [Caudoviricetes sp.] MTVIQIPISELRKPDRNVRLHSNKQIAEFKRSVEMFGQIRPIVVDENNVILAGNGLFEALAALGREMADCYVVHGLTETQKKKLMLADNRIFSLGVDDMQAFDEIVAELGNDFDIPGYDPDLLKTLTIDLGGADDLMAGYGVISDATKAEMQSAADVYEREEAEFAEGAVEVTPQRPIATTGTPSSAFSPPGNIGVAQTKEPLESPPEPLERRFMICPKCGERIWL >WP_084371136.1 LacI family DNA-binding transcriptional regulator [Reichenbachiella faecimaris] >SMD32480.1 LacI family transcriptional regulator [Reichenbachiella faecimaris] MKRITIKEIAKKAGVSVGTVDRVLHNRGEVAEKTKKLVKQIAKEGNYSTNVFARNLKLNKTHRFAIILPQDNEYWKTQRTGIEAAAAEYVSLGVQLDFYTFDRQNQDSFVTQSELALQSAPDAVVMAPLLEKEATAICAQLDSAKIPYVFVDSNLESAKPLAFIGQDSVQSGYLAAKLLNIGHPQDCQSLIIKFRDYDSINKTIDERIEGFRKYYKETGLDDSQIKEVEIGLDEAALKEWLESVNEKQALIFVPNSRSHQVAKQAAAVWSARSYRLIGYDLVSKNLEGLKNGRIEFIIHQNPKTQGALSIQALYRHLILNAEVSEVQYMPLDILTKENVAFADN >WP_088774527.1 hypothetical protein, partial [Acinetobacter baumannii] >MBD0171588.1 hypothetical protein [Acinetobacter baumannii] >MBU0364223.1 hypothetical protein [Acinetobacter baumannii] >OWX58814.1 hypothetical protein A7A53_18580, partial [Acinetobacter baumannii] TVRLRDPTAKLVIDTALDMQQEQRQMVKTSDIVETLVQRYINTISFEDVQQTIENRKKNKKSKDK >MBM4075151.1 tetratricopeptide repeat protein [Planctomycetota bacterium] MNITVRIGDMGRATGIRHVILVLFIIANFAQTSLAAPETSATASHRLQQGYWLQELDDPALPLQPLKPLSAAQQTRNEAVAWFMAGRLLETRNKPQEALKAYRKSIAIDPNAIEVYRHLVPLAFRMEQFEEAIRLATKAIELDPSEYELLQMLAAQAALQGRLPEAINHYEQALKSPRISRESPEFVALNRSLGILYAATGQTDKAADSYEVIFEALKNPEKFHLDIKAKGRLLADALTSYEKIGQVFLDAKRLQLATEAFELAAKTGKVGPGNLTYNKARLLLLSDKPQEALDELQKYFDSQRQSKGKDAYQLLAEILDKLNRSDELIVKLEQLAEKDPYFIPLQYFLAEKLVASNELEKARKIYTSALKNGGDSSGYIGLARVLRKLQQSDELLDLLAQSLSRLNPEGLALLEIELKSFSKDPALVDSLIASGRAKASSNPSQLTFEKSFLLAGIAKQCDRTNDAIEFYRHAIKLNKDKAPELYRDLGNMLLSGKRYSQAVELFQEALNDRKLAGSKADFYSMLARAQVLDGDAASAVSSIQESLKLEPNDIGHRFDEAWIYAHSHQWDEAIARFEKL >OLA65010.1 MAG: alanine--tRNA ligase [Acetobacter sp. 46_36] MTTSVNQIRKTFLDYFAKNGHKIVPASSLVPDNDPTLMFTNSGMVQFKNILAGNETRDYTRAATSQKSVRAGGKHNDLDSVGYDVRHHTFFEMLGNFSFGDYFKEEAIYYAWELLTKEFMIPKEKLAVTIFHTDDEAYDIWKKVSALPDERIIRIATKDNFWQMGDTGPCGPCSEIFYDHGPEVWGGLPGTPEEDGDRFIEIWNLVFDQFEDLPDGSRINLKKPSIDTGMGLERIAAILQGVHSNFDIDTFQHLIKAIADMANTDPKGPLQASHNVIADHLRAMSFLIADGVLPSNEGRGYVLRRIMRRAMRHVYMLGVKEPMIYKLLPVLQKEMGEAYPELYRFDKLITETIKAEETRFGKTLDKGMRLLDDETSQLTKGDTLNGETAFKLYDTYGFPLDLTQDALKGKGIEVDVAGFDAAMAKQKEEARKNWAGSGDAGTEKIWFEVKEKIGGTEFLGYKTTKSDGIVKALVQDGKEVDGVKSGEFYLVANQTPFYGECGGQVGDTGIICGKSFKAEVYDTKRKLDTVFVHCCHMIEGEVKVEGFASFEVNETNRKQICANHSVTHLVHKALRTILGEHVTQKGSLVAADRMRFDISHPKQITADELKLTEDMVNAAIRANYHVNTVLMNQDEAVKTGAMALFGEKYGEEVRVVTMEKDGEVYSRELCGGTHVCDTGEIGYFNIISESAVSAGVRRIECVTGKGAEEYVDAMEDKLHCACNTLKTNINDLEARIGNLLEEKKKLEAEVFNLKKTLASGGAAKSSETEVVNGVKFIGKVIPDVHPKELKAFIDEMSQNIGSGVMVLATDKDGKASIVVGVTKDLTNKYSAVDLVRIASAAVGGQGGGGRPDMAQAGGPDASKLQQAFEEVKKAI >KAH8277827.1 hypothetical protein KR018_008097 [Drosophila ironensis] MQKTYELMLMVAVLPIICRANNTEDGMLSYRASPKLAGPIKLLHEDEDAILNSLDGALEKISTIYMQALFAGTHTPELEAPLRALEMELFDLLDQLYKQNRLKDYMKFEAEVTRQMIIYNMLKRLFGYTQDSVEVSPGTL >MBK9228460.1 hypothetical protein [Ignavibacteria bacterium] MRILSIIISAYLLTLSFLPCGDERDCDHSFDAVQEFSAEHTEESHLPENCTPICVCNCCGSSVTSAQFVSQANGEVPSGELKFSIFDVSFAYNNIHSIWRPPKVS >WP_105035243.1 TetR/AcrR family transcriptional regulator [Cryobacterium aureum] MTSLTAPALQAAVQPDESKHDPRAERTRQLILTAIRTLIAQPAASVSVAEIVRLAGISRSSFYAHFASLDVLAAELLQAQFADIGSAGLDLPRPRTGENASRLGYARLVAHMVENFPLYASVLELPLTRSAHDQIIEAYATRMLESVLVFDDAVNAELVTTYVAGGALTLIGAWMRGHLDISDDELVDQLVALLPGWLLEPETSRATPVRVASPTQH >KAJ6942832.1 hypothetical protein NC652_008590 [Populus alba x Populus x berolinensis] MLLKLFMNRFGSSFLCDVVQTVDAHPFITTDLIAERFFCLLWFLTNFSMNHPSHALCCSQYDVARCSSTCRSEMAAVN >WP_189417916.1 MULTISPECIES: 50S ribosomal protein L3 [Streptomyces] >GGS23596.1 50S ribosomal protein L3 [Streptomyces niveoruber] >GGS94341.1 50S ribosomal protein L3 [Streptomyces griseoviridis] >GGU21064.1 50S ribosomal protein L3 [Streptomyces daghestanicus] >GHI31529.1 50S ribosomal protein L3 [Streptomyces daghestanicus] MAKQIKGILGEKLGMTQVWDENNRVVPVTVVKAGPNVVTQVRTNDVDGYESVQIAFGEIDPRKVNKPLKGHFAKADVTPRRHLVEIRTSDAAEYTLGQEVTAEVFESGVKVDVTGKSKGKGFAGVMKRHNFKGLGAGHGTQRKHRSPGSIGGCATPGRVFKGLRMAGRMGNERVTTQNLTVHAVDAEKGLLLIKGAVPGPNGGLVLVRTAAKGA >UEC52718.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKSAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYFTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTXYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPXXKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIHLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >MBQ7293051.1 RluA family pseudouridine synthase [Clostridia bacterium] MDILYQDKNLIFVVKPSGVLSQKDEKGRANMVDELSVLCKCEVYPVHRLDMEVGGVMVYAKNAEAAAKMSVITASHENFKKEYLAVVEGFPKESGTFEDLLYHDKIKNKTYVVKRERKGVKKAKLEYRVVGQITTDEREISLVKVRLYTGRTHQIRVQFASRGFPIVGDRRYGASSGKNIHLFSHKIEFLSPFDKKGMSFSAEPPKENEWAKFI >WP_159259813.1 Ig-like domain-containing protein, partial [Tenacibaculum maritimum] DAATGAVTLPGQDFENPADADGDNIYEVEVTVTDADGNTDTATVAITVTDVVETAAITLADVNESTPENVAITETPALGGATPIGVVTYTITGGADQGLFTIDAATGAVTLPGQDFENPADADGDNIYEVEVTVTDADGNTDTATVAITVTDVNDTPTGVDDNLIVEEDSTSGIDNQINVGINDDLGIDGGDGDNYSLDPANGPNNGTVSEVSDGVFEYIPNPDFTGNDSFTYIITDANGDTDTAIVTVTVSPVPDSQDDTVTTTEDTAVIVGIYGNDNDIPTDGTLITTDPSNGTVTIDNGGTPNDPSDDVVTYTPDADFNGTDTFDYTICDNASPANCTTSTVTVTVSPVPDSQDDTVTTTEDTAVIVGIYGNDNDIPTDGTLIITDPSNGTVAIDNGGTPNDPSDDVVTYTPDADFNGTDTFDYTICDNASPANCTTSTVIVTVNATPDAVDDTEVTTEGGVSVEVDIYDNDNDIPTDGDLTTTDPENGTVTIDDGGTPNDPSDDIVTYTPDEGFTGTDTFDYTICDNASPANCSTATVTVEVTKNLDTCVVVFNEFSPNGDGINDYLKIECIEKFKDNTVEIFNRWGNTVYSVKGYSNNDPNNRFEGISNGRANIQVEKKLPVGTYFYVLDLGNGSPLRKGWIYINR >EAH5981648.1 DUF2972 domain-containing protein [Campylobacter jejuni] ISYTDKNGHNANLKKPDLSSIYFIVNEELSFSYFSNINLIKNKNILYVDTKSISKDNAFATIKTLAKELNFKEPNDNDEYKFKQKFWNELYYLLPYRLIVNNDILIIVSDENKVFLDNDKHYNEIKDDLIDIKKELVNTKSKLFDKISINIENKNWTIIKDDKALINDLREYFEKFMIILEKKANERLENMVKEEDVLNYLKEHQDLGKKIKNILDYELQHIKEHRPDIINSWECYKKFLEIF >WP_227461668.1 terminase small subunit [Cupriavidus pauculus] MAAPKKPRTVQTTGQRAGKTTARARAIQEAAEAGATGAELAPAGITDHPAKKTRSRAAKPASTPAPKSQAKKPAGKGARVPGKKASPAKGKKTPVKPPEADTPAQEEAQSVMGRPTLYKDEYRQQLIDYFNIAVERIEVIEVPTGKEDKDGRPIMTTEHKTVLNTFPTLTRFAASIGVTRETLHDWATAKNPDGTLRRPDFSYAYARAKDLQESLIIEGGMAGRYEARFASLAAKNLIGWRDQVDTKVEATVTNASKEDLEAIYQKRMAAMEANKAAAIARQAAAGQGGGE >AAX49003.1 gag protein, partial [Human immunodeficiency virus 1] DIKQGPKEPFRDYVDRFYKTLRAEQASQDVKNWMTETLLVQNANPDCKTILKALGPAATLEEMMTACQGVGGPGHKARVLAEAMSQV >CRK93005.1 CLUMA_CG006665, isoform A [Clunio marinus] MCFNFSINSVSKSAIFFLASNFQHAKKCINLSYFIHSPAPKDRKKLLTLKVKISKHYPFQDPILYKKKTLGGKQ >MBM4091591.1 16S rRNA (guanine(527)-N(7))-methyltransferase RsmG [Planctomycetota bacterium] MAFPGTPSLSDALAKHQIDLPTDQVARIDRYCQLLWSWNERINLTRHTDYDTFVTRDVVDSLELAKLLEPGEEVLDVGSGGGVPGILLAIVRPDLQVTMCDSVRKKVQVLAEIATELGLATPVFAERGESLLEDMRVDSVIARAIGPLWKVCQWFAPHWMSMRRLLLIKGPRWVDERKEARERGVLRAMDLRRVASYPMAGTASESVILQLTLKKAGSD >WP_282259321.1 glycine hydroxymethyltransferase [Micromonospora sp. WMMD1155] >WFE54021.1 glycine hydroxymethyltransferase [Micromonospora sp. WMMD1155] MSRNAESTAFRSALEVIRAVEPRVADAIGAELTDQRESLKLIASENYASPATLLAMGNWFSDKYAEGTVGRRFYAGCQNVDTVEALAAEHARELFGAAHAYVQPHSGIDANLVAFWAVLADRVESPALKKAQVRQVNDLTEADWFALRRELGNQRMLGMSLDAGGHLTHGFRPNISGKMFDQRSYGTDPATGLIDYDRVAEAAREFKPLILVGGYSAYPRKVNFRILREIADSVGATFMVDMAHFAGLVAGKVFTGDFDPVPHAHIVTTTTHKSLRGPRGGMVLCQPELADQVDRGCPMVLGGPLPHVMAAKAVALAEARRPEFADYAQRIVDNAQALAEGLSRRGAKLVTGGTDNHLVLIDVSGYGLTGRQAEQALLDSGIVTNRNSVPQDPNGAWYTSGIRIGTPALTTRGLGTAEMDQTAELIHTVLTQTTAGANADGTPSKAKYTLDPALADKISRQATDLLAPHPLYPGIDLS >WP_212626688.1 DUF58 domain-containing protein [Pseudomonas sp. PP3] MKPTRLLLLWLGVLLAIGIVLGALQALDVALPTYVSRINWGLLLALLALALLDAIRLKRLPSPRVSRQMPGSLAIGRWSDVRLTVEHDFAQPLDIQVFDHVPPGLSFESLPLTLTLQPGQQSFMAYRLRPLNRGHFSFEHCEVNLPGPLGLWSDKRLLSLTDDTRVYPDFARLYGGQLLAVDNWLSQLGVRQRQRRGLGLEFHQLREFREGDSLRQIDWKATARQRTPIAREYQDERDQQIIFMLDCGRRMRSQDDELSHFDHALNACLLLSYVALRQGDAVGLSTFASDTSRYLAPVKGTGQLNTLLNTVYDLNSSQRAADYQAAATQLLARQKRRALVVLMTNLRDEDDEELLTAAKRLGQQHRVLIASLREDLLDNLRETPVQTLPEALAYCGTVNYLNARAELHERLSAHGVPVLDARPGELGTQLVTQYLSWKRGGSV >WP_167345377.1 Holliday junction resolvase RuvX [Sphingomonas yabuuchiae] MSLITTDRTEFRNALPSGGRLIGLDVGTKTVGTALCDAGWSFASPATLIRRTKFTKDKEQLIAMIAQQGVQGLVIGLPLNLDGSESPRSQSTRAFARNCADLGPILLWDERWSTVAVERTMIEQDMSRAKRAERIDNLAAAHILQAAIDALVMA >NXJ48511.1 GGT5 hydrolase [Spizaetus tyrannus] LAMSTGKICCLVLLTLGVLAVVVALVVILTQPKCGPQRYLHGAVAADTETCSVIGRDILKSGGTAVDAAIAGLICTSVMNPQSSGLGGGVIFTIYNASTGTVEVINARETVPREFPRNLLSHCASIPIGSLWIAVPGELRGYEEAHKRYGRLPWKALFEPTIKLLSEPLLISPVMDKMIHHPQFSSVGKRLCPLICDGQRFLKHGDTFRWPALQQTLKAVAENGATAFYGGQIGKALVEDIRKAGSNISLEDLQAYKAEVSSALNITLNNHTTVFSPGPPMGGAVLMFILKILEEYKLHEASLATPEEKVETYHRIAEALKFGNMLKPHMSDPAFSKAQVTVGNMLSDKTAELVRRRIDTRGDHPLNHYNFLESFYNHSYKSKGTSHISVLAADGSAVSATSTINFPFGSFVYSNQTGIILNNELADFCMANRSIKPDKLVCLSSPLNSHVGGIILSASALGERPPSAMAPSILISKTGDMLVIGGAGGTRIISATTMAIINKLWFGYDLEHAISAPIMHTEGASILFEKHFSEEVRSGLLRRGHKEKLNEFAMNVVQGISKEGKCISAYSDKRKLGKSAGY >WP_062713263.1 RidA family protein [Grimontia marina] >CZF85839.1 Enamine/imine deaminase [Grimontia marina] MTTHIRIRKFNTKETYPNQKLDNDLCQAVRAGNTIYVRGQVGTDFDGKLVGLGDPAAQAEQAMKNVQQLLEEAGSDMSHIVKTTTYITDPRYREAVYQVTGKWLKGVFPISTGLVVQGLGQPEWLMEIDVIAVVPDE >WP_087437779.1 lysophospholipid acyltransferase family protein [Sulfurospirillum diekertiae] >ARU47716.1 hypothetical protein Sdiek1_0540 [Sulfurospirillum diekertiae] >ASC92562.1 hypothetical protein Sdiek2_0531 [Sulfurospirillum diekertiae] MAKLFSKEFKRKLLVWIVPPLIYALIKLLFFTCKKKFYRPQNGSATPSIYVLWHGEILMAAAAYTYYTKRVEADTIVSSHFDGELAARLMQLFGGGTIRGSSSKGGASVLRQALKSLQKGRDIALTPDGPRGPRHSVADGAAVLAMMKKVPIITMNCNPTSYWSMKSWDRFCIPKPFCTIEFYFGNPFYVHELSLEEAKSLIQKRLLEHAV >WP_261907733.1 MotA/TolQ/ExbB proton channel family protein [Liquorilactobacillus satsumensis] >MCP9312883.1 flagellar motor stator protein MotA [Liquorilactobacillus satsumensis] >MCP9359979.1 flagellar motor stator protein MotA [Liquorilactobacillus satsumensis] MDLILFLGILLGIISITVGMVLKGASIAVLINPEAMLVIFVGIIAAVINSYPVKELKRVPRILRVLVRKESYDYEEAIQKIVEMSNIARRDGLLALEEHVKDLENPFLQEGLEMVIDGIDAEQIREIMENEIDGIDQRHRSAAGIFKTAGTTSPTLGVLGAVIGLIGALGNLNNITALGTSISSAFVATLFGIFFGYVLLIPFSSRLLSKSEQEIQLFNLVLEGVLSIQAGNPSNTIEKKLYSLIDLKPANKEADNHGEE >RWR83460.1 AP-2 complex subunit alpha-1-like protein [Cinnamomum micranthum f. kanehirae] MALSGMRGLSVFISDVRNCQNKEQERLRVDKELGNIRTRFKNEKGLTPYEKKKYVWKMLYIYMLGYDVDFGHMEAVSLISAPKYPEKQVGYIVTFMFT >WP_126933505.1 threonine/serine exporter family protein [Corallococcus exiguus] >NRD54892.1 threonine/serine exporter family protein [Corallococcus exiguus] >RUO93487.1 threonine/serine exporter family protein [Corallococcus sp. AB018] MTREHGGAVDEDAASAFLLELAKALHLAYQPSLLVEARVRQVAKAWGMDVQVFTLQSLAMTEVVSSRRPHVVFERLPFTPHWNLGRAAALLRLSDAISEGHVRLPEARAELDRILTPHALYPEWLVFVAYGVYGAAVAARVGGAWWEMLAAFFVGLSAGVIHFGTLNSHRVDLQKSFLAAFLGTLVALGLTLLLPPFNAVRALFGGVTLLVPAMVVTLGSLELALEAVEAGLSRLMYGLLRFLMLGVGIAAAGTLWRFGGPLPPPFEQHALPLLLTFIVVAVGGVALSVCMSGRPRDVAWIVGGVLLAYGTQELTKMLFGDRGSPLVSAFVLGVAGLLYGRGKERMPMTVIMPGMLQLAPGFIGTEAIVALLGAGTAGAQDPRLFNVLLVALQLVLGLMFATVVVPPRDLVDRGSPVPPSAGSA >WP_066841281.1 MULTISPECIES: methionine adenosyltransferase [Mycobacterium] >OBF96983.1 methionine adenosyltransferase [Mycobacterium sp. 852002-51152_SCH6134967] >VEG42356.1 S-adenosylmethionine synthetase [Mycolicibacterium flavescens] MSEARLFTSESVTEGHPDKICDAISDSVLDALLAGDPKSRVAVETLVTTGQVHVVGEVTTAAKEAFADIATTVRERILEIGYDSSEKGFDGETCGVNVGIGRQSPDIAMGVDTAHETRVEGAGDPLDLQGAGDQGLMFGYAIKDTPELMPLPIALAHRLSRRLTEVRKSGVLDYLRPDGKTQVTVQYDGTTPVRLDTVVLSTQHAAGIDLEGTLTPDIREKVVNTVLADLGHDSMDTSDFRLLVNPTGKFVLGGPMGDAGLTGRKIIVDTYGGWARHGGGAFSGKDPSKVDRSAAYAMRWVAKNVVAAGLAERVEVQVAYAIGKAAPVGLFVETFGSESVDPGRIEKAITSVFDLRPGAIVRDLDLLRPIYAQTAAYGHFGRTDVELPWEQLNKVDELKAAV >MCG6912449.1 PLP-dependent aspartate aminotransferase family protein [bacterium BMS3Abin03] >MCG6959924.1 PLP-dependent aspartate aminotransferase family protein [bacterium BMS3Abin03] MGFSTDAIHAGQIPDPTTGAVITPVYLTSTYAQPELGKNTGYEYGRTHNLTRQALEKNIAVLEKGKYGIAFASGLAATNALMSLVKAGDHIIVSNNVYGGTYRIFEQNLTDFGLEYSWVDTSDVSSIQNAVKPNTKMIFVETPTNPMLVLTDLEAVSKISKANNLISVCDSTFMSPYFQNPLEWGIDIVLHSTTKYINGHSDAVGGMLITSNDKYHERLRYIQNAAGAVPSPFDCWLVLRATKTLAVRMKQHEENANALAEFLEESGAAKKVIYPGLDAHPQHELAEKQMRGFGGMVSADFGTLEKAKKVLNNVTVFTLAESLGGVESLVCHPASMTHASVPKEDREKYGLTDSLVRFSVGIEDIDDLIEDVKNALG >WP_008701575.1 MULTISPECIES: AAA family ATPase [Fusobacterium] >ASG29969.1 ATPase [Fusobacterium animalis] >EEO42814.1 hypothetical protein FSDG_01373 [Fusobacterium animalis 7_1] >EHG17747.2 hypothetical protein HMPREF9369_02161 [Fusobacterium nucleatum subsp. polymorphum F0401] >ERT41895.1 hypothetical protein HMPREF1538_00725 [Fusobacterium nucleatum CTI-1] MSKKEEVQRLPAEQLFQEEIDALIKAEKNPIPTGWKMSPKSVLTYICGGKVGKKTIIPKYIGNKRLVEIAISTLVTDRALLLIGEPGTAKSWLSEHLTAAINGNSTRVIQGTAGTTEEQIRYSWNYAMLIAEGPTKEALIPSPIYKAMEDGAITRVEEISRCASEVQDALISLLSEKRLSVPELNIEIPAKKGFSVIATANTRDKGVNEMSAALKRRFNIVVLPSPSTLEAEIDIVRTRVEQLAGNLDLNAKLPEEEVIEKVCTVFRELRQGVTLDGKQKIKPTANVLSTAEAISLLANSMALAGSFGDGEISDYDLAAGLQGAIVKEDSKDGQIWEEYLENIMKKRGSEWLGLYKECKALNKATK >KAE9450885.1 hypothetical protein C3L33_17218, partial [Rhododendron williamsianum] MRVEQVVDVARVVPPVVAVVLRGVWVMYESSNFLIHDGGDVFDGGDRTGGDGTAPSTAPGVAADDDAGDAPWPRLGQARPVDARAGDRGAPAGGAPHRLGVLEAGRGLDMMWNLAFVVVTVVMMACTTRERPNVPIREEEREQFAGRGGGDGRQSDLRSDGNESEGDEAVGAMGIGTRSRYFSFTKQCESANTMASFLWWIVGFYWVVSGGDMLLQSAPRLYWLAVIFLAFDVFFAIFCVVLACLIGIALCCCLPCIIAILYAVAGQEGASDTDLRVLPKYRYVMSSNEEKAGGGAGRMIPVETSGGYLANERVLLPEDAECCICLSQYEDGAELHALPCNHHFHSTCIVKWLKMNATCPSANTTSSRDMKFEKRKTKKVLRMYRRNRGKKFIIPDVFVRNKL >WP_126353423.1 (Fe-S)-binding protein [Lacticaseibacillus paracasei] >BBF74995.1 putative Fe-S oxidoreductase [Lacticaseibacillus paracasei] MKVVIFSTCIVDLFFPNVGAAMVEVLERFGCETFMPVTQICCGQPTYNSGYVKATQKVFRNEIDALLSVDADYIVGPAGSCVNMLREYRVLLKDDPEYAEKAKEVADKTFEFSQFLYRVLNVIDAGAELDAKATYHRSCHMTRLLGERTAPFALLDHVKDLQMEPLPHIENCCGFGGMFSAKEPEISKQMVDEKVDDVLSTGAKVLISADPACLMNISGRFSRRQEKIKIMHIAEVLNHNVDPKRIKFHDPLPVEQEVRL >WP_159461552.1 type II toxin-antitoxin system VapC family toxin [Thermoflexus hugenholtzii] >SNB60871.1 Predicted nucleic acid-binding protein, contains PIN domain [Thermoflexus hugenholtzii JAD2] MVVDASVWVSALVPSDVHHAASRRWLEARLREGMPLVAPVILLAEVGGAIARRTGDTRLGRQAIDMLLAFPTLRLTPIDDNLGGEAALLAARLRLRGVDAVYVATAVLVGAPLVTWDVEQRKRAVSVIQAHAPDAP >XP_017354457.1 solute carrier family 43 member 3 [Cebus imitator] >XP_037583943.1 solute carrier family 43 member 3 [Cebus imitator] MAGLGLPLHLATLLTGLLECLCFAGVLFGWPSLVFVFKKEHYFEKLCEPDAGLIGNATEQADCKVQDERFSLIFTIASFMNNFMTFPSGYVFDRFKTTVARLIAIFFYTTATLIIAFTSAGSAVLLFLAMPLLSVGGILFLITNLQIGNLFGQHRSTIITLYNGAFDSSSAVFLIIKLLYEKGISLRASFIFLSVCSTWHVARTFLLMPRGHIPYPLPPNYSYGLCSGNGTTKEEKETAEQENRELQSKEFLSAKEETPGAGQQQEARSFWSYAFSRRFAWHLVWLSMIQLWHYLFIGTLNSLLTNMAREDKELVSSYTNAFAFTQFGVLVAPWNGMLMDRLKQKYQKEARKTGSSTSVVALCSTVPSLALTSLLSLGFVLCASVPVLPLQYLTFILQVISRSFLYGSNAAFLTVAFPLEHFGKLFGLVMALSAVVSLLQFPIFTLIKGPLQNDPLYVNVMLLLAILLTFVHPFLVYRECRAWKESPSAIA >WP_031885024.1 glycine-glycine endopeptidase LytM [Staphylococcus aureus] >EZX95342.1 glycyl-glycine endopeptidase lytM [Staphylococcus aureus GD2010-061] MKKLTAAAIATMGFATFTMAHQADAAETTNIQQAHTQMSTQSQDVSYGTYYTIDSNGDYHHTPDGNWNQAMFDNKEYSYTFVDAQGHTHYFYNCYPKNANANGSGQTYVNPATAGDNNDYTASQSQQHINQYGYQSNVGPDASYYSHSNNNQAYNSHDGNGKVNYPNGTSNQNGGSASKATASGHAKDASWLTSRKQLQPYGQYHGGGAHYGVDYAMPENSPVYSLTDGTVVQAGWSNYGGGNQVTIKEANSNNYQWYMHNNRLTVSAGDKVKAGDQIAYSGSTGNSTAPHVHFQRMSGGIGNQYAVDPTSYLQSR >WP_010381982.1 DUF1800 domain-containing protein [Pseudoalteromonas rubra] >KAF7786462.1 hypothetical protein PRUB_a1034 [Pseudoalteromonas rubra] MFRLTPLNILLLSFCLSLTGCGGSDASPNNTTNTNNPTTPQPEPDNSQGDTNNNSGDDNNDPDDGGADETPDDNTSEIDPAFTTALTTSRFLQQATFGARPQDLDTLTGTSASSWFKAQLKLPPSLIMPVVSEFTPPPTAEDDFNALYIESTSVAFWRNAIAGEDQLRQRMAFALSELLVVSNAGGEELTDIPEAVASYQDILIQHAFGNYRELLETVTYAPAMGFYLTYMGNLKGDEATGRMPDENYARELLQLFTVGVVALNPDGTEQQDENGATKELYNNQDITGLARVFTGLDMDYDTSEELEINEFALPMTVYPENHSEKSKTFLGTTIAAGTGPKASVTQALDHIFAHPNVPPFVAKQLIQRLVTSNPSPGYVTRVGTAFSNGRTTLPDGTSVGDGRRGDLTATLAAILFDPDARANATERGGKIREPILRFTQWARAFAVKNITPEYQEMLWDTRDASMLGQHPYRSPSVFNFFRPGYTAPGSVSAANGMVAPELQITNASTITGYANFMTYYITGLQQEVDVEELQDIYDEENIPLNAQNAAESFLASYDQELTLTADLGALIDRLDLLLCAGQLSATSKQSIQSILQTVAQNDDAEPLRLVHLAILLVMTSPDYLVQK >WP_217904803.1 biopolymer transporter ExbD [Marinobacter lutaoensis] MNTVKFKRQRSQEVGVDLTPLIDVVFLLLIFFMVSTTFTRESHLEVELPEAKGEVAPPSEVKQIDVVITAEGQYFLNDRPLVNNRRETLERGVRELAGGDTSLPFIITADARTPHEFVVRAMDVAGRLGFAKLSITTEREAESGD >GJK53752.1 acyl carrier protein phosphodiesterase [Enterobacter cloacae] MHRRIDVLTDNLPEVQEAKAWFRPETRRVAPITLDVMWDHFLSRHWETLSPEMPLNAFVRYAHQQVSIILPDSPPRFVNLNNYLWSERWLERYREMDFIQNVLNGMASRRPRLDALRDSWHDLDTHYEALETRFWQFYPRMMTQAKNKQL >WP_057859275.1 NAD(P)/FAD-dependent oxidoreductase [Bradyrhizobium lablabi] >KRR22912.1 cyclohexanone monooxygenase [Bradyrhizobium lablabi] MAQTINAGATPIPDFDAIIIGAGMSGLYQLYRLREQGLRIRVFEAGTEVGGTWYWNRYPGARFDSESYSYGYSFSQELLQEWEWSEHFAGQPETLRYLNHVADKFDLRRDIQFRSRVTAAVYAEDTRSWTITLEDGAQHSTRFLITAIGPLSTPTLPRIEGRDDFKGASFHTARWPKAPVDFSGKRVAVIGTGATGVQTIQTIAGQVGHLTVFQRTPNWCAPLHNGKIDAETQAKIKASYPDMFARCKETFACFLHTPDPRGAFEVSDEEREAFYEKLYAERGFGIWQGNFKDILIDRKANATISEFVARKIRQRVKNQAVAEKLIPRNHGFGTRRLPLETFYYEVYNQDNVELVDINETPIERITPDGIRTSDREYIFDIIIYATGFDAITGSFDKIDFRGVGGARLTDKWKRGPETYLGIMVHEFPNMLMLMGPHTALGNIPRSIEYSVDWVTGLILFAMEKRLTRLEATPEGVKFWTDHVKALGEGLLSNEVNSWMTGINSNVEGKQTRIVARYSGSAPAYRARCDEVAAKGYAELRLG >WP_164945946.1 DnaD domain protein [Clostridium sp. FP1] >MBZ9637360.1 DnaD domain protein [Clostridium sp. FP1] MSTFMFKNENYRYTPVSNIFIDKFMPRARGEFVKVYLLGLKYCASGEIGATSSVIANTLGLLETDVVNAWNYWNDQNTIKMTPIDNMGNFNIEFLDLLDVPDENIQNINLLEELANSSIKGMLQDIEKLLAKPLSPKEMTMYLSWQKDYSFAPELILLLIQYCVSKGKVDYRYIETIAIAWHDANIKDIEDAQSYIKKHEDKWINIRKILNYLGIKAPEIMKPQEQILDKWVNVYKFSLEVIFKACDICFDRLSRADFKYIDGILNSWFKDGIKSLEDIEKKDKKRLVTTKNVTAGGKPAKGSFNDYEQRAYDFDELEKKLLGWDKND >WP_225592933.1 penicillin-binding transpeptidase domain-containing protein [Mycolicibacterium fortuitum] >MCA4722605.1 penicillin-binding protein [Mycolicibacterium fortuitum] MTRRPIVWFLLLTLFLAVVGCSSSPDSADRFAAFADALQRKDAHGAAEQTSDPAAAEAVIKSMFDGMGDTASVKVSAEPDEQNGATLKYQWSWGDGDDFGYDTTGTAAKTGDNWLITWTPTLLHRDLRDGLRFQYSTDSDLQTPVLDRTGQPLMTWQTVGVISLDRAHLDSAAPLAALLARFDATTTAESIGAQFASNTDDRVTVMKLREDDLAQVRDQLTQVPGVTVAEQGELLTTDRQLSSPAISGLAQLWHDRITKAAGWSVYLVDGDGAPAQRLTARPPAPTDPMRTTLDLRLQLLAQQAVAQETRPAVVVAISGKTGGILAAAQNAAADPQGAIAFSGLYPPGSTFKTITTAAALEADLATPDTPVACPGRLTIENRTIPNDDDFDLGTVPLASAFSHSCNTSMAALSDKLPADALTKTARAFGIGVDFTIPGLTTVTGRVPGADTAAQRVENGIGQGTVTVSPFGLAVAEASLAHGSTILPNLVDGEKVTADTPSETLPADVTAALRDMMRKTVTEGTASQLSDIPDLGGKTGTAEFGDNTSSHGWFAGIAGDIAFATLVVGGDSSTPAVKISGDFLRSAG >KAF9194863.1 ER membrane protein DP1/Yop1 [Haplosporangium sp. Z 767] METIQVKARYHIAQLDKELSKVPQLNQFEAVTGVPKTYLALGTGSFFFLMIFFNFAGQLFSNLLGWVYPAYRSFKALESPEKEDDKQWLTYWTVYGFVSILESFTDVLLYWFPFYFFLKTVMLLWLMVPSFNGAATVYNRILRPFLIQHKADIDSSYQNLKAKVSAVASELDGSATAAH >UYC71619.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UZM56993.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UZY61307.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >WAN17900.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLITRTQSYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAISGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLGRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTLGDSSSGWTAGAAAYYVGYLQPRTFLLKYNENGTITDAVDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFDEVFNATRFASVYAWNRKRISNCVADYSVLYNFAPFFAFKCYGVSPTKLNDLCFTNVYADSFVIRGNEVSQIAPGQTGNIADYNYKLPDDFTGCVIAWNSNKLDSKVGGNYNYRYRLFRKSNLKPFERDISTEIYQAGNKPCNGVAGVNCYFPLQSYGFRPTYGVGHQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEYVNNSYECDIPIGAGICASYQTQTKSHRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLKRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKYFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNHNAQALNTLVKQLSSKFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSLDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >XP_007423461.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019294.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019295.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019296.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] >XP_025019297.1 E3 ubiquitin-protein ligase Mdm2 [Python bivittatus] MCNTKMASATDQPAAGTSAIGRSDQEALIKPKPLLLKILQLAGAEKDTFTMKEILFYIGQYIMSKRLYDEKQQHIVHCANDLLGDLFGVQSFSIKERRQLYSMISKHLVTASQQDSNNVNTAVNQSRCQVENGNVLKETIQEANEATTSRRTYSETEDSVSEDMNYERQRKRHKSDSISLTFDESLKWCLVHCERSNSSSSIDSPPSPDHASLSENSDWLDEDSVSDQFSVEFEVESIYSEDYSPNEEGLELTDEDDEVYQVTIYQTEDSDMDSFDGDPEISLADYWKCSKCNEMNPPLPSHCPRCWTLRKDWLPDKKTEIFEKSKLLNTPPLDPEEGFDVPDCKKGKINEDKEEEDAEQSPESQESIYSQPSTSSSVHCSSQEDYKESEKEDTDDKEERLEPGQPVSSVEPCVICQTRPKNGCIVHGRTGHLMSCFICAKKLKKRNKPCPVCRQPIEVILLTYFC >WP_209467194.1 Bcr/CflA family efflux MFS transporter [Symbiobacterium terraclitae] MLITVLNMTAPLSTDMYLPSFPTMMAYFGVQASVLNLTLVGFFFFFAVGMLLFGPFSDRFGRKPVLVAGLGVYIAACLLCAGATSVWQLILFRILQALGAGCMVSVSTALVKDCFSGRLRGTILATIQSMSVVAPMLAPVIGALIVQYASWRTTFLVLSGISLLSLTAALFLQEPLRPEARLRGGVWSSLARLFVVARNRSFIRFLAIVGLIPTGFMAYIAVSSYIYIDFFGLSESAYSFFFATNAAISVLGPLTYIRINGRVAPRKLITAGLSLTLGGGLAVLLAGRLAPLAFLLSFMPFTFGSSLMRPIATDILLNQQETDTGSAASLINFGNTVMGSLGMVLGTLPWPTFVTGLGTIAAGASLIALAGWFLLLRSDVPLSGVKPGPRPAAVPASSGSGAR >WP_226688333.1 MULTISPECIES: helix-turn-helix transcriptional regulator [Ruegeria] MTKDIRNPDELRRMFGANLRQLAQQYTSVSELCRQLGVNRTQFNRYLGGESFPRPDVLDRICRFFEVDARILLRPLDEIDRSPTHPAASALTDFLGSGPTTLTENLFPAGFYYATETELDDPKPSRHRLIHARRLPQCTLVRGYEPRPGMPSAAPTEREVQGIAACAGRQIYILMSSRASQNSRIYLVTRGTDEHSDRWRGVAICLSRTTASETTTRRILLRHLGEDPSAVLAAARTARRAERSLQQAAS >KZS76886.1 MCE-family protein MCE1A [Mycobacterium kansasii] MDPRTRPPYKIIGLLGLMVLALVGAGLYAQFRGAFIPKTTLTMLAPRAGLVTDPGAKVTYNGVQIGRVASISEVTRDGVPAAKLVLDVDPKYIDSIPANVGGEIKATTVFGNKYVSLTSPKNADPQHITPSMVINATAVTTEFNTLFQTLTAIAEKVDPVKLNLTLGAAAQALSGLGDRFGAALVNGSAILDDVNPRLPMVRADIQGLAALGDVYADAAPDLWTALDQAVTTARAMNHGQAGLDAALLAAVGLGDNGSDVFGRGGPYLARGAADLAVPSQLLDEYSPEIFCTIRNYNEVGPKIRAALGFTGYSLGAASGSITGAPSPYIYPENLPRVNARGGPGGKPGCWQPITHDLWPAPFLVMDVGASVAPYNHVELGQPIFTEYVWGRQFGEYTINP >WP_055826320.1 MULTISPECIES: urease accessory protein UreD [unclassified Methylophilus] >KQT43777.1 urease accessory protein ureD [Methylophilus sp. Leaf416] >KQT59262.1 urease accessory protein ureD [Methylophilus sp. Leaf459] MDDLKPAIVSPPLKLTATKHWQARLELGFARRDARSYLAHRLHHGPLVVQKSLHPEGEDICHAVVVHPPGGVAGGDALHLQVQVGEGARALLTTPGAGKWYKANGTKATQTLTFQLAAGSGLEWLPQENILFDAAEVGFSAEIALAADATLAAWDIVCLGRQAQQEIWQTGFYQLNQRITRNGRLIWNERARMQADDLVKTSRVGLGGAAVFGTFLVCAGAVPAELLQACREIVLSNANVGITALPDVLCIRYIGNASQQARQYFEHCWQILRPWYYQKDAIRPRIWNT >OGU28904.1 hypothetical protein A2X67_13820 [Ignavibacteria bacterium GWA2_55_11] >OGU45550.1 hypothetical protein A2X68_06960 [Ignavibacteria bacterium GWC2_56_12] MKFLTAAFTIACLFVGTGSFCDPSYAQGSAEQVRAIKPPREPLPAEAASASVTKFSFIVYGDTRGRRDGKDLQYEHSLVVDAMLNTIARLDSTPYPIRFVLQTGDAVVNGRDVQQWNVSFIDLINRLTTEGGIPYFLAPGNHDVTGAPTKDEPRRLEGLRNYLSAVSSLIPPDGAPRRLSGYPTYAFGYGNAFFIAFDSNIAGDTTQFAWVKGQLEGLDRTRFPIVIAYCHHPGFSSGGHGGNRVEAPTAVVRANYLPLFRRHRVKMVFSGHEHFFEHWVERYQDDGGMSRRMEHVVTGGGGAPLYVFTGVPDVSEYVKAGAAEKVRMEQLVRPGATRGDNPYHYVIVKVDGEELEMEVVGVDWGRGYQPYKSSQVELTN >WP_077320126.1 Fe-S cluster assembly protein SufD [Virgibacillus proomii] MTVETKLPYDKEYIEQFSKERNEPAWMLELRVQALEQADTLELPKPDKTKIGKWNFTEFKHTATGEEITSLNQLPTEIQEFLDQDNLPENLIIQRNHSIAHSKLSKDLQDKGVIFTDIFTALQKHEDLVKKFYMKDAVAVDEHRLTALHAALMNGGVFVYIPKNVIIEAPLQTIFWQEDPEVAMFNHVLVVADEGSSLTYVENYFSHNAKEATVANIVTEVIAHDNAKISFGAVDNFAAGTTAYNNRRGVAYRDATIDWALGQMNDGNTVSENITFLMGENSLSNAKTVSVGRGKQTQNFTAKIVHHGKNSEGYILQHGVMKDKATSIFNGIGKIEHGASKANAEQESRVLMLSDKARGDANPILLIDEDDVTAGHAASVGRVDPLQLYYLMSRGITKDEAERLIIHGFLAPVVNQLPIEAVKNQLTQVIERKVY >WP_216308000.1 glycoside hydrolase family 130 protein [Clostridium lacusfryxellense] >MBU3113282.1 glycoside hydrolase family 130 protein [Clostridium lacusfryxellense] MNKDATKILTRHPQNPLLHVKDFPGVAQIYNPSPVKFGDETILLVSVVEHAATKGYGRDVGQTRVARSKDGINFELSSENFIDTQSEEYPFPLYHHFIDNRITKIDDTYYIITPVMVKGFDSPVGMLGKTKDFITYERIEIITAPKNRGASLFPEKINGKYYKLDRPGGGDGSGGDIWISASLDLIHWGEFKPVIAAGYRFWNVGKIGPTPPIKTDKGWLDITHGVFSPAGGTYYYVGAILLDLEEPWKVIGKTNSYILAPQEEYEKHGNCDNTVFPCGAIADYEIDQIRLYYGSCDNFICLATGCLSELVQACIDGI >MCL7487729.1 Rrf2 family transcriptional regulator [Desulfobulbaceae bacterium] MRLTRAAEYAIRCIIYLAKQGRGVLANKNDIAERAEIPPHFLAKIGQDLAKAGLIEIRQGAKGGFVLVKEPRDITLLEVVETMIGEIYLNDCVARPSGCNALSACGVHQVWIRARNQLRDTLRQATFDKLIKKKICIPVSDVKNLTGLNNTRGRDNSPEPVKNLP >WP_219734411.1 MULTISPECIES: PrgH/EprH family type III secretion apparatus protein [unclassified Pseudomonas] MTAPTPQPCVLRILNGPLQGCEFPLGEGTTLFIVGAVNVLAEGSHSASVPADAFFVPLEDGGCNFEVLADQVTPDGLPLRLLGDPVQVRQCAFQSRVQIDGLYIALRPEDQPWAPELLDSPLDARGETGVLLGGRRRWLRGLGGALALAVAIVAISLWWMPTPAPETDVRELMAGASAQVQVLRGRDQGVYVFVASERDAGWSRQVLTRHATLSGHVRVMDQERRRLEQVLVDHDPQLAWHFLDLKDPSVPRLLLSAQRNLLTPDQQARLLETLLAAAPYARDVVLQVQDDALLADLAQGGLQRLSLTFSRVEHGDSVTFAVAGDLQDAELAAARQYVDDFYRQWGGRYVHFTVELRDDGLKGKSFQTGPQGYVKTSASSWHFSNMQSE >MBT9793465.1 zinc ABC transporter solute-binding protein [Clostridium sp. MCC334] MFLFCLLSGCGRAESGEEPGDGEGGRKLKVAATLFPYYDFVRQVAGDQVELSLVIPAGMDSHSFEPTPKDIRIMQEADVIIANGGAMEHWVDQVVDSFDREDQTVVIMMDHVDAVEEEIVEGMEHSDEGHGHVHVHGDGEEEAAEPPEEDESRYEIEYDEHIWTSPVNAMRMVDVIAETLTERDPAHGAMYQAGAAAYLEELERLDKEFREVRDSAVHDMIVMGDKFPLRYFADAYGLRYRAAFSGCSSDTEPSARTIAYLIDKVKEEGLPVIYYLELSSHRVAEIIGEETGAVPLLFHSCHNVTRRQFEEGVTYLELMEQNVKNLREGLCK >WP_012913739.1 MULTISPECIES: adenylosuccinate synthase [Gardnerella] >RFT33689.1 adenylosuccinate synthase [Bifidobacteriaceae bacterium NR019] >RFT35440.1 adenylosuccinate synthase [Bifidobacteriaceae bacterium NR017] >RIY29324.1 adenylosuccinate synthase [Bifidobacteriaceae bacterium GH005] >ADB13603.1 adenylosuccinate synthase [Gardnerella vaginalis 409-05] >NSX31639.1 adenylosuccinate synthase [Gardnerella vaginalis] MPGIVLIGAQWGDEGKGKATDLIGSKVDIVARFNGGNNAGHTVVVGDKSYALHLLPSGIISPNVTPVIGNGVVVDPEVLLEEIDALESRGVDCSRLLVSEAAHVITPYHRVIDKVTERFLGKHKIGTTGRGIGPTYADKINRVGIRVHDLFNADHLRDKVEASLHQKNQMLVKLYNQHPIDIDAVTAQLVELGKRLKKYVADTSLVLNEAMDEGKTVLFEGGQATMLDVDHGTYPFVTSSNPTAGGACTGTGVGPTRITRVIGVAKAYITRVGEGPFPTELLDEQGDWLREQGHEYGVTTGRPRRCGWFDSVVSRYATRVNGLTDIVLTKLDVLTGLKEIPVCVAYDVALSDGTVQRMEEMPVDQSLFASAKPVYEMLPGWNEDISQIHKFEDLPQNTQSYVKRLEELSHCRISAIGTGPQRDHIISVHSLTD >WP_182986787.1 LysE/ArgO family amino acid transporter [Gluconacetobacter aggeris] >MBB2169262.1 amino acid transporter [Gluconacetobacter aggeris] MLIPSGFASGFGLAAALIVAIGAQNLFVLRQGLLRRHVVPVVMFCTLSDMLLVSAGVLGMGVIVQRLPALIWVMSLGGAVFLAWYGLGALRRAFAPAAMVADGDAGQDSLAGTLGRAAAFTYLNPHVYLDTVLLMGAVGGGLPGGARPLFVAGAATASALWFTGLGFGARLLRPIFARPAAWRVLDGIVAAVMLALAGMLAVRGLGAATPWLATLHGL >AXG99930.1 50S ribosomal protein L25/general stress protein Ctc [Deinococcus wulumuqiensis] MAHPGQTAKSQGDTATMELNAQPRTPKQKLAEGMIAAVAYNKEKNVSFAIDRKAFDRAFRRQSTTGLFDITVEGGETFPALVKTVQMDKRKRTPIHVDFYMVTYGEPIEVGVPVHTTGRSQGEVQGGLVDIVVHNLQIVAPGPRRIPQELVVDVTKLGIGDHVTAGEIKLPQGCTLAVDPELTVISVLPPRLTSEELEAETQAAQVAGLVAAGELSEEAAAAVLEGEASVEEAKAETAAEGTEGTEGRNLDKDDHAAEENRSESGQQNG >WP_181244664.1 DUF115 domain-containing protein, partial [Clostridium botulinum] MNNNKRIIEIIKAKDNSYALKVNNKFVYSKFYPLKDAEKFIENNNQLILNKKYVAMYGIGFGYHAKEILKRIPLDSQLFLFDLDMEIHDTANEYNLLEDIKKDSRVKFILNNNKNFYKEFTNKLSLVEDIIVYEPLLKVLEDKYNDFKEAIKSYRIAKISLEEFQPIMKENEEENIKNNYKTIGEFLKTFKLENKPIIIASAGPSLEKDLEILKKKREHIKIFAVGRALDILMKNAIKPDVITILDPGEIVYNQIKGYENSDIPLCFISTGSRLAVEAYKGPKYMFFNKECSYNKENIIVETGKTVAIPTIDLAIKAGGHKIILCGQDMAFI >WP_097746315.1 Arc family DNA-binding protein [Escherichia coli] >EED0553408.1 Arc family DNA-binding protein [Escherichia coli] >EEQ5618100.1 Arc family DNA-binding protein [Escherichia coli] >EEQ9422172.1 Arc family DNA-binding protein [Escherichia coli] >EER2244463.1 Arc family DNA-binding protein [Escherichia coli] >EET4313745.1 Arc family DNA-binding protein [Escherichia coli] MSREDAQMKIRLPAELKAQLEKAALENKRSMNAEVLHRLKESFNVLVHITYKDSEGELSDSNTWKHFLESSEHGDEYKKGFVKLVKEKYKLDKENERLYSLIISYLNPTKNEDD >WP_187788315.1 MULTISPECIES: PLP-dependent aminotransferase family protein [unclassified Salmonella] MPRYQHIARQLKTAIEQGELAPGTRLPSSRTWAQELGVSRATVENAYGELVAQGWLERRGQAGTFVSNALRFETAPPIPAVFAGESPEPKPFQMGLPALDLFPREKWARVMGRRLRTQTRFDLALGDVCGEAILRQAIVDYLRVSRSIECLPEQVFITSGYADSMRLILRTLSVPGDSMWVEDPGFPLIRPVITQEGITLAPIPVDADGLNVAAGMRDCPQGRFALVTPAHQSPLGVALSLTRRRQLLAWAANVQAWIIEDDYDSEFRYHGKPLPPLKSLDAPQRVIYAGTFSKSLFPALRTAWLVVPIKQIEHFRQQASLMPCSVPLLWQHTLADFIRDGHFWRHLKKMRQHYAQRRLWIEEALAEQGFVVTLQKGGIQLVIEVEGDDKAQVAKANQAGLAVQALSRWRVVSSGKGGILLSFTNITSAAMAKQIAWQLRQAIQ >KWZ83306.1 DHHA1 domain protein [Weizmannia coagulans] MRYPLYGLIAVSLILLGIIFFYHWWITAAGIVVLGALSYCAFYVEQRSSEEIERYISNLSYRVKRVGEEALMEMPIGIMLYNEDYIIEWTNPFMASCFNEDTLVGRSLYDVAEVLVPLIKQEMHSETISLNERKYRVVLKLEERLLYFFDITEQAEVEQLYEDERTVIAIIYLDNYDEVTQGMDDQSVSSLNSLVTSILNKWTMEFGLFFKRISSDKFIAVFNERILHELEDNKFSILDEVREATAKQNVALTLSIGVGAGVPSLPELGELAQSSLDIALGRGGDQVAIRQANGKVKFYGGKTNPVEKRTRVRARVISHALRELMMERDKVMIMGHKFPDMDAIGAAVGIRKVAEINQKDGYIILNPSETDTSVKRLLGEIKQYPDLYARFITPDEALEMATDDTLLVVVDTHKPSLVIDERIVRRIENVVVIDHHRRGEDFIKNPLLVYMEPYASSTSELVTELMEYQPKNGKINMLEATALLAGIIVDTKSFTLRTGSRTFDAASYLRAQGADTVLVQKFLKEDLRSYIQRAKLVETVKFPLNGIAVAKGKNDTIYSPVLMAQAADTILMMNGVDASFVIGRRSENEVGISARSLGSVNVQIIMETLDGGGHLSNAATQMKNITVDEAEEKLIQVIEEYMEGSQQS >WP_186723788.1 two-component system response regulator BaeR [Morganella morganii] >MBC3994568.1 two-component system response regulator BaeR [Morganella morganii] MEQNAELILIVEDEPKLAQLLTDYLHAAHYRTHWLARGGEVTVWVQENKPDLILLDLMLPEKDGLTLCREIRQFSDVPIMMVTAKTEEIDRLLGLEIGADDYVCKPYSPREVVARIKTILRRCQRSNDTSEDKCDTLTIDEVNYQVRFGTQSLDLTQVEFRLLRTMVSQPGTVLSRNQLLDNLYDDYRVVTDRTIDSHIKNLRRKLGQLDGDRDFIHSVYGLGYRWEGGPAEIIAATII >CAA0813386.1 Exocyst complex component SEC5A [Striga hermonthica] MSSDGDDLDEDELLQMALKEQSQRDLNYRKPSQAAQKPVRNYVQPPSSRAAARNTGPAGFSQQKKGVNKQRKPSLDEDEDSEVELLSISSGDEDDRGGMVRKNRVGSGREDDKWDGEEPNCWKHVDEAELARRVREMRETRAVPVAQKFERKPKALTHLQSLPRGMEWVDPLGLGLINHKTFRLISDNIANAPSPSVDLEPLDPNAREKLNYYLEKFDAKLFLSRVHMDTSAEELESGALSLKTDLKGRTQQKKQLVKENFDCFVSCKTTIDDIESKLKRIEDDPEGAGTKHLFNCIQGVSSHANRAFGPLFERQAQAEKIRSVQGMLQRFRTLFNLPSAIRANISKGEYDLAVREYRKAKSIVLPSYVGILKRVLEEVEKVMQEFKSMLYKAMEDPNIDLTNLENNVRLLLELEPESDPIKHYLNIQNRKVRSLLEKCTLDHEARIENLKNVHREKALSDAKWRQIQLDINQSSVVDYPLSDISSHLPGHLFPAEASSEELDALRGRYIAQLTGVLVHHVPIFWKVALSVSSGKFAKSSQVSAEPTTNSSLNRVDDRVGDLDEVSGMICNTLSAYESKVLSTFRDLEESNILSPYMNDAIREISRASQAFEVKESAPPVAVSALRTLELEVSKIYIGRLCSWMRTSIEETSKDETWVPVSVLERNKSPYSISSLPLAFRAIMISAMDQINTMLRCLQSESAKSEDVSAQLQEIQESVRISFFNCYLDFAGHLEHVGSELSQNRSNIGSSHFQNGYGHEPMEKSVDPLPGSIVDHHQQLLMVLSNIGYCKDELAYELYGKYKYVWLSSGKVEDDVDIQELVMSFSVVEEKVISRYTVAKANLIRSAAVSYLLDAGVQWGATPAVKGVRDAAVDLLHTLVAAHAEVFAGCKPLLDKILGILVEGLIDIFLGLFNENIDKDFRALDANGYSQLMLELEYFETILNPYFTHDARDSLKSLQGVLLEKAIETVTETVETPSHQRRPTRGSDDVLEDRLSSASPDDLIALAQQYSSELLQAELERTRINTACFVEALPLDSVPESAKAAYASFRVDSPSRAYRGTHSVGSPSFSRHRRR >WP_044626129.1 DEAD/DEAH box helicase family protein [Tamlana nanhaiensis] >KJD32857.1 DEAD/DEAH box helicase [Tamlana nanhaiensis] MSVSKTELEERKTGKDLYSYQKGAINKIFTAFEESPSDYHLLYQLPTGGGKTVIFSEIVRQYLKHHKKKVIVMTHRIELCKQTSKMLTEFGVVNKVVDSKANLSDQADYSCFVAMVETLNNRLNDNKLDISDIGLVIIDEAHYNSFTKLFKFFSQSFILGVTATPLSSSIELPMTDNYDELIVGESIESLIENGFLARAEMFTYNVGLTSLVVGANGDYTVKSSEDLYTDNDMLTKLLQAYEERSKGKKTLIFNNGINTSLHVYDTFRRAGYPIAHLDNTNTKKERAMILKWFKKTPDAILTSVSILTTGFDEPSVESIILNRATKSLTLYYQMIGRGSRIFNDKKTFSVIDLGNNFHRFGPWGDDLDWQRIFKSPNFYLDNILSDEELESNFRYEMPDELRAEFANSKDVYFDVQKTYVDSIRSGESSKVVLERSIEHHAKICIENSEDVYDALALAKKLGDDIDFRIGRYTKCISKSTFNFVEWLKGDYRKKLNSYLRNNFDEVFEAIHGYPPED >MCD4818220.1 hypothetical protein [Candidatus Cloacimonadota bacterium] MKAIIKLVLLMCLIGLFIWSCTDDQLTNDEMTDEEALNLLITDNQSYFETEDHYGEEDTTEVQTEFRDPLNTFFWFRNLQSASITINISIDGDSAFVVFSGDYEGILNLYASQDTIELHTKNFVEHSIRNAIFKRLEDAETDPLKRRGWRLTEVSGAETGPGDQTVRIDSVRLNCDSYPDTIFTNPLELFSIEDLITLYPQERCSLTVYTNFDENVEHDFVFLHSWRRFIQHFRARFDFVEDGVYSGVWYAPANTANALNTVHHAAFDIINNETLLDDEIPYNSNAWTLPYKVSTE >MCP4570049.1 FtsX-like permease family protein [FCB group bacterium] MKLIKLISRNSLRRPLRTFLTILGIALAVMAFGLIRTFIVAWYAGARAAAPDRIITRHAVSIVFELPLAYKDQLQKIDGVKKVTYASWFAGIYIDPKNFFPQFAMDHENFLDIYPEFIVPADQLEAFAKEKQAVIVGQGLADRFGWKLGEKVSLIGTIYPGTWDFIIRGIYTGETEDTDETLFMFRYDYFDEALRRDSPGRAGQVGWYVLQIDNPDRSAEIGAIIDKRFDNSLAETRTETEKEFQLSFIQLSGAIILGLRIISYLIIGVILMVLVNTMAMTARERVSENAFMRTLGFRGYHLVGLILGESLFIATIGGFLGMGFLMLASNLARMALSQFFPGFQTDTLTYALGLIVAVLVGLVAAAFPIQRALRIRIVDGLRVVD >ECI3309320.1 host specificity protein J [Salmonella enterica subsp. enterica] >ECJ4715026.1 host specificity protein J [Salmonella enterica subsp. enterica] MGKGGGKGHTPREAPDNLKSTQLLSVIDAISEGPIEGPVNGLQSVLVNQTPVVDRDGNTNIHGVKVVYRVGEQEQTPLEGFESSGAETVLGVQVKYDNPVTRTITAANIDRLRFTFGVQSLVEANSKGDRNPTSVRLQIHLERYGQWVVEKEITITGKTTTQYLASVIVDNLPPRPFGIRMVRVTADSTTDQLQNNTVWSSYTEIIDVRQRYPNTAVIGLQVESEQFGSQQVTRNYHFFGRIIHVPSNYDPVARTYSGIWDGTFKPAYSNNPAWCLWDVLTHPRYGMGQRIGAADVDRWALYAIGQYCDQMVPDGFGGTEPRMTFNAYLAQQRKAWDVLTDFCSAMRCMPVWNGQMMTFVQDRPSDTVWTYTRSNVVMPDEGTPFRYSFSARKDRHNAVEVNWTDPDNGWQTSTELVEDTVAISHYGRNLVKMDAFGCTSRGQAHRAGLWLIKTELLETQTVDFSVGAEGLRHVPGDVIEVCDEDYAGVSLGGRILSVDRDRRILTLDREITLPSSGTTLISLVDGEGLPVSVDVQSVTDGVQVQVSRIPDGVAEYSVWGLKLPSLRQRLFRCVAVRENDDGTYAITAVQHVPEKESIVDNGASFDPQPGTIHGTIPPAIQHLTTEILAEEGQYQVLARWDTPRVVKGASFSLRLNVAAEDGSDRLVSSAGTPDTQYRFRGLTPGRYTLSVRAVNSQGQQGDPASTQFSISAPAAPSFIELTPGYFQITATPRQAVYDPTVQYEFWFSDAQITDIHQVENAARYLGTALYWIAASVNIRPGRDYYFYIRAVNQVGKSAFVEATGQASNDAAGYLDFFKGQITESHLGKELLEKVELTEDNASKLQQFSKEWQDANDKWNAMWGVKIEQTKDGKYYVAGLGLSMEDMPD >WP_024404629.1 GTP pyrophosphokinase [Streptococcus suis] MLEKVERLISEINRIHLEYSKDYFETGKVEKVNLKHTFAKVPTQPILAYRLNLHESINDYLMRADVKDIAYFYRVKTSESILDKIERFKERSEGYPVNSILNDIFGARMILTSEEIAEVMERLDDWQEQYGLKNWYLRDKEGYVGIHIYFKSKSNFYYPWELQLWDEKDVEGNIASHIKYKRKFV >WP_055863905.1 NADH:flavin oxidoreductase/NADH oxidase [Chryseobacterium sp. Leaf180] >KQR92530.1 oxidoreductase [Chryseobacterium sp. Leaf180] MLYSKIKFRNVELANRWVMSPMCMYSSENGLPNDFHYVHYGSRAQGGTGLIIVEASGVEPKGRITNHCMGIWNDEQAAELKKIVDFVHRNSESKIGIQLSHAGRKGSTLENKQISVEEGWETLAPSAIPYQPGERIPHVLTEDEIKDQVENFRAAAKRAVDAGFDLIEIHAAHGYLIHQFLSPLSNVREDRYGGSFENRIRFLVEIVDAVNEELNENVALFVRISGTEYAENGWDLDESVKLAKVLKEHSVDLVDVSSGGNIHGAKISVFDGYQVPFSSKVKNEADVKTGAVGLITTAEQAEEILEKGHADLIFVAREILRNPYLAVHGSFEENEENFFPKQYLRAKPQK >WP_116393154.1 cytochrome-c oxidase, cbb3-type subunit III [Parvularcula marina] >RFB01438.1 cytochrome-c oxidase, cbb3-type subunit III [Parvularcula marina] MTTSDNGHHEPDIDDHSGIETTGHEWDGIKELNNPLPRWWLIIFYVTIAWAFVYYIFMPSFPGLKGIRNHSERVNVTEDLATLREARSELASRLLTTASLESIEQDNELRQFAMAAGKSAFGDNCATCHGVGGVGYPGYPSLADDVWLWGGTLDDIRLTITHGIRSTDEDARFSQMPAYGEQGMLSGDQINDLATYVLNYSEPQVNEEALARAEPLFQQQCSICHAEDGTGDRSQGAPNLTDAEWLYGGDYATIRAQIWNGRNGIMPNWGERLDDATIASLAVYVHSLGGGETSPQASLETGEPENIQ >DAG36852.1 MAG TPA: hypothetical protein [Bacteriophage sp.] MSKSVLVIDTPENCYDCLFGTAYCGKLEYAGCCELAYRLNYDVILMTEEHYDRESKSRPDWCPLKPLPDKKEYIVPIDNVESQKDIIAVGWNAYANWAGNIYAIMSYIMTTERKRAEKQRPIQKVSSKKKYKNKSENKSIYLLSEIVDYVNDNGLLIKPSGNHKITCPCWSVRGHYRTYKSGKKVFVKSFEKGKERGKVAPKQHVYTI >MBR0212092.1 RsmD family RNA methyltransferase [Alphaproteobacteria bacterium] MKSNLQIISGKYHGKKLSLPNDARPTQNMARGALFNILNGVLDAGKPLTVWDVFAGSGAFGLECLSRFNNSNVIFTDNTKSSIDTIRKNLDSIKENAKIEMVDAISVIPKFGATADLVFVDPPYADFGLGLLFVKKLGKIAKSGAILIWEFESVQQTPKIDDGWEILKDKTYGRARFMFLIKK >WP_258340180.1 N-acetylmuramoyl-L-alanine amidase [Thermophilibacter sp. ET337] >MCR8907887.1 N-acetylmuramoyl-L-alanine amidase [Thermophilibacter sp. ET337] MNRSRSITRRTAVSASAAAIGCTLLRPQLAWADEGATSLTSSDVLDFLYIDNAEQRAGETQSVVVALKGLPDLVAATLTVANAGAADTLSCAMSASAGCSALFSFVPEHEGTYEVTRLDLETAEGACSVDFTDCDASYRSFTATAAVSLLAGNVDDGAPELRVYTDDGDGELTLSETIEEGAALAGVPVPVQDDADQDAYARSRSVELAAAGKTVVALDPGHVAVSSGAVGVNGTQEASCTWKIAQYCAAELAKYQNVSVVYTVKPGAAVTGNELEYRVKSAVSQGADLFVSLHLNSTVGGSNGQGHGAEIYVPYDAEYNNTTHEVGEALAQRIIEQLTSLGLYNRGVKIRVINNDPDYSYPNGDDGDYYGVIRYARNYNLPAIIVEHAFLDNVSDFNKYLSDDSKLQQLGVADAKGIVNYLETVEDPSASRDMHRLYNPNSGEHFYTSNAAERDSLKSVGWIYEGVGWVAPGRSDTPVYRLYNPNAGDHHYTTSVSEREMLVLAGWKYEGIGWYSDDNREIAVLRQYNPNAIAGSHNFTTDSAERDMLVKAGWHDEGIAWYSLNPVGVSGGEDDPYNGLTTRTPIMGASVVSASTMAAYYRGVGASYPSDVYAQYGAPTIDDFCRILCEEAAGEGVRAEVLFAQVCIETGNLRFGGRIKPEQCNFGGIGATDGGAQGADFSGNGTDSVRIGLRAQAQHLKAYASTDALNNPCVDPRFSLVSRGSAPLVENLGNGKWATDKSYASKLLRVMSSL >WP_278906630.1 UvrD-helicase domain-containing protein [Faecalitalea cylindroides] MPFSKAQQQAIDLRNKNILVSASAGSGKTSVLVERLCKLVLVDKISIDRILAMTFTEDAANEMKDRLKKRLQAETQTDYIQSQLALLETASICTIDGFCLSIVKNYYYKIPISYKMSKSVASSAQANKAFLDAYNEACNSINTNDFVKLKLFFSSLGKTEDDILSNIRDLINVAMSKPDSNEWIRSLMNKPCNEKTFNWFFQYFIEQIESMIEICKNMKEADEQLFSLKEESLNTCLDFLYKKDYAYFKKQFEIYFNNTPGFKKTINKVSYEKEQGEFKKIEGNILNVLYEKEEYDQDLNNNIERINTFCTLSLLTMDIFAKKKEEMEIIDFTDMEHFAYKLLKQPMIQEEVRNKYQMILVDEFQDTNELQENIIQCFARKDNVFRVGDIKQSIYGFRQARPEIMQGHMDKEDENSCLIVLDENYRSNQSIVEFNNEFYDHIMNTTLLGKNFRQDDIAKVGTARQKDAEQHPVRFLYTEYLSWMEAQEESFNKIQAKSLHKNNVYDLIANDILTKHEQGIPYSSICILTRTHSPQEELKKVLEAYEIPVLAEIDHGFYTNHAIQIVLSTLISLNDPNDDIALMASLCSPIGNALYNDIAGCCIDKEKNTSLYSLVKDKPFMQSWQQLRQYKNEPISDLIRHIYNHNDFYFNYTTNQDKTNLDQFLEMASQFEVQNDLDLFLEQIINDSNQDAVGEAYPYGKDANVVKIKTMHHSKGLQFPIVYILSSHATKDKYSNNPVLVDPVLGISLNALDPSLKFKRTSLSHLAFVTKKNHDDLKEEMRVFYVATTRAEKELVIVDYVDDIKSYSSRLNTSSLLEKSSYTGWLLHTYLNKPSSLFKLDKKNQLYKRPVPRKKDDNIDTNQFYQGSISSISGQTASAAKQSLEWPDIDLTKKLSTTRGTLFHEIVANCAYPYQEEDCINYAHKHNFTLQATDIKQLLSLNECHVYKEMMQNKHEFECSYIIRENEKIYHGFIDLIAWHPEHISILDFKTDTVQNETELIDKYHAQLDTYKKAIHLIEPDKKIKTYIYSFHLRKIIYLDQ >WP_032845625.1 MULTISPECIES: BfmA/BtgA family mobilization protein [Bacteria] >KDS13736.1 putative clindamycin resistance transfer factor BtgA [Bacteroides fragilis str. 3725 D9 ii] >RGF12941.1 clindamycin resistance transfer factor BtgA [Bacteroides sp. AM16-15] >RGI00200.1 clindamycin resistance transfer factor BtgA [Bacteroides sp. AM25-34] >HCO68393.1 clindamycin resistance transfer factor BtgA [Dysgonomonas sp.] >KAA3978585.1 clindamycin resistance transfer factor BtgA [Bacteroides ovatus] MAKQNRNIIFTTIAIEAETDKLIEKLCKRYSLKKGEITKLAFLYLDKAHINPADAPESVKTELAKINKRQDDIIRFIRSYEEDKLNPMIRTSHSIATRFDTALKEQKGLITSEIEQSRELQDNVLKKISETFNQHAGVINNQAKQINELAQSINASSKKQERNNNKLLKLISLYSELATCGVMDGKRKENLRAEINDLINE >NBR46296.1 outer membrane protein assembly factor BamD [Verrucomicrobiota bacterium] INRAGKFLIEPKYEDAALFRQGLAAVKWDGKWGFVAKTGEMIVPPRFQQVYFFQEDRCGAWTDGKWGFIDRRGEFVIPPKYDEVLAFSEGLAAVNLGGKLEGEIFGGGTWRFVNAEGREVIAEALVSHASPASTATSRVGTEGRQDAKAEILGVENGFQSGRARILLGPHIINGESRNPCWGYIDNEGNWLADGATTIPLNFSTYTPGEGFTFESDLLGSKGSPADVLQTARTAESLGKAYEQIEAIQQEADEQFAAAERAEELGDKEAAAAARQLGKERKEEALRLRKETERRGGDSNANSLKYFEQALKIYQDFAKENPDDFRKNEAQYKAGEMLEQLARYWDAYEAYKKMVEESSANQYWDLAIERMYAIGNVFLAGQPQMLWKIPLPADMNKVVKIYETIIRVAPFGPYAPLATFSCGLARERQKKWPEAVKFYEDVLDKYPKNDLIDDAQYQIGYVWMKAAREPGYDQTAAQKGIEAFQDYLARFKRSDKTEQAAENIEALKQKLSGGTLSVARFYEKSGNYPAAVFYYKDVISQNPNSSHRKEAEEKIRVLESLISEAKRQSTPPDRSKISLRQNPEPRNLPPP >WP_223746173.1 neutral/alkaline non-lysosomal ceramidase N-terminal domain-containing protein [Myxococcus sp. XM-1-1-1] >MBZ4407744.1 neutral/alkaline non-lysosomal ceramidase N-terminal domain-containing protein [Myxococcus sp. XM-1-1-1] MVFPRRASWRSLFPLVLLTVGAAYALGSWNWCGTWAERAPVLLSQVKGEGPLRAGAAKVALAPPFPVVVAGYSPPRPDATQSDPPLHARAVVLEAGGSRVGLVSLELLLVTDAVTARVREHAKTLGLQDVLVLATHTHSSLGGYDSRLVSQLVGTGRYREDSEATVVAAASAALGQAASSLTDVTLELGEAKESSYVYTRSGGTAPDGTLTRAVLRGEAAPVAELLFFAAHPAMVPRQRAYVDPDYPGRLSTLRESEGSGVTLLLQGAVGNASVAYSEGQGLERVSGFARALSELAGKAPLASAGPSVRLSLARAEAVMPRPDASRLVPAFTRAAGDNLLCGSAERVAEVSALVLGPLELVTVPGEPTVDAGAELVRRTGASGVLGLAGGYVGYVETPDLVNAKGGESRRQYFGPALLERLGVAAELAASTAGFTR >KAK48091.1 major facilitator transporter [Caballeronia jiangsuensis] MDTRSMSADALAAHAAAPFAGTPDRVALDDVPLNRFHVKIAGLTFGAHFTEGYALGTIGYALTSLNRQIPIDAFWMGLLGSSALIGIFIGSLVFGWLSDKLGRQKIFLLSFVIITAAAFAQFYATTPAMLVGLRVLIGFGMGGDFAVGHAILAEFSPRKHRGTLLGSFSVIWTIGYVIANVLGMHYADASPDAWRWLLASAGVPAFLVLILRIGTPESPRWLLGQGRKDEALRIVRKHFGPNVTLGADTGGHDAPAGGFARLFKPDLIRRTIFNCAFFVCLVIPYFAIYTFLPSILTAIRVPEGSGADLLLNAFLVLGALLGIWLTIKLSRRSFLIGSFAVCCASLFALAVLPASANLGMIVAFGIFTLTMSAFSNLVGVFPPECFPTEARACGVGLSIACSRLGSAVGTFLLPVGIAQAGIQMTMLALAAVLLVGMIVSIAWAPETKHLTLNQASGT >EHH5649593.1 sulfate/molybdate ABC transporter ATP-binding protein [Campylobacter coli] >EHH5651118.1 sulfate/molybdate ABC transporter ATP-binding protein [Campylobacter coli] MIKIDIKLPINTAKGKKQLELNTYLKANEITAIFGESGAGKTTLLKIIAGIIKPEFGRIEVEDELWLDTQKNINLSIQKRKIGFVFQDYALFPNMSVKENISYAATSKQKAEELLSLMNLENLAKIYPKNLSGGQAQRVALARALAREPQILLLDEPLSALDFKMRSFLQDELVKILQHFKITTLLVSHDLAEIYKLSHRILELSDGKIIKDARTNEFFTSSNLSAKLRLNATLLEMKKSDILVIFTLLLNQDIVKITLSEEEFLKSYKDVKIGDTLLLSIKAFNPIIVGKLDK >EIM6243235.1 autotransporter domain-containing protein [Escherichia coli] MQRKTLLSACIALALSGQGWAADITEVETTTGEKKNTNVTCPADPGKLSPEELKRLPSECSPLVEQNLMPWLATGAAALITALAVVELNDDDDHHHRNNSPLPPTPPDDESDDTPVPPSPGGDEIIPDDPDDTPTPPKPISFNNDVILDKAEKTLTIRDSVFTYTENADGTISLQDSNGRKATINLWQIDEANNTVALEGVSADGATKWQYNHKGELVITGDNATVNNNGKTTVDGKDSTCTEINGNNGKV >KAI1395879.1 hypothetical protein F4819DRAFT_477122 [Hypoxylon fuscum] MSLPGLDKLNPEQEAHLDDTRQPELWGCLIAFLIINDAAIAGRIWGTWRTAASRSRFMAEDILIVLSGIFVNAIIANLMVATHYGLGLHVYTVNARDADYPTNLSNTFRHVWITMVLMSSFFTLIKMTLLFFYKRLFLVGNSKLRIFWWINFVYIVLWFFGATSFYLFQCKPVQWYFLQYFERYQHIPVPGGDMHGQCDATSVLHVALPLIFSLISDVSLLLLPIWAISKLRLNKNKKRGLMAVFGIGLIACLLEFGRILALLIDTDDKTDPSYGVAVFLILTAAEETTAVVCACLPVVVPQLVRTLRGKAQNNSYVYDKNGAQISSGKRSTRGFKRVASLNHVWTMPATIDDSKVDNAHDDDIPLTSVKITGNSTSKNSDQDSASDFMQRRDRSGDVEKQPEHSYSSPHSHSIDQMDRAARSTTSSPDKIYVHTDISVQVGNAI >MCG8030229.1 M20/M25/M40 family metallo-hydrolase [Candidatus Thiodiazotropha endolucinida] >MCG8110937.1 M20/M25/M40 family metallo-hydrolase [Candidatus Thiodiazotropha endolucinida] MNRGLLFLLWLICTPLLAAESHPPIHHQLDVKLEPQRQTLSVTDRISFTQPPSEFKLILHADLNPRFSTDRGKVQVRLDHQDRFAERYEISLPKGADQLTVEYTGRIHHRLSSSRREQSRGFRSSAGLIDKKGVFLAAGSLWYPQIEGYPYLTFNMQVSLPAGWSSVTQGHRQYQNNSGKLNMDRWHIDKPQDEIYLIAAEFIEYQKSAKLQGKPVSAQVFLRSADQKLADRYLQATVKYLKMYEQLIGAYPYSKFALVENFWETGFGMPSFTLLGSRVIRLPFILNTSYPHEILHNWWGNGVYVDFDRGNWSEGLTAYLADHLIKEQQNQGANYRLQSLQKYRDYAAKQRDFPLTAFKSRHSSATEAVGYGKTLMMFHMLRKQLGDQLFTKALRQFYQQYEFKIASFADLRQTFEEVSGESLSGFFTQWVEYTGAPELRLVSSNIDRQADRVRLQFTLQQLQADHLYELNIPVAVSLTGQTEAKQSVVTMLKREQTFEMDLPSSPTRLDIDPQFDLFRKLALEETPPAFTQIFGAEKLLVIYPSDATHKMKKAWRAFADDISHMGPEKVTIIADDEIETLPENSAAVVLGWNNRFTKQVEQQLKQHPLTISADVIRVGEEQINRKNSAFAWITRIRNQAKQPYPLALITADLPNALPGLGRKIPHYHKYSYLAFSGTEPKNSLKGRWPVANSPMSRLFTPGAERAELAASSPLIEPVLEYDPQKMKQTVSYLSDRQLQGRGVGSKGLDLAADYIAAAFKKAGLTPGGEKQSYFQYFDANDEQGQSHRLKNVIGVIPGRHPQLSKQNLVIGGHYDHLGLGWPDVRDNNRGKIHFGADDNASGIAVMLELARILSKNLKPDRNVVFVAFSGEETGRLGSKHYVKHQQSYPVSDTIGMLNLDTVGRLFDNKLIVLGAESASEWPHIFRGIGFVTGIESAMVNEPLDASDQISFHEAGVPAVQLFSGPHTDYHRPGDTVDKIDIDGMIKVAEVSKQVVEYLAGREEPMTIQLAGIQQPDKSSKQRKVSLGTIPDFTYQGNGYRLDGVVPNSPADKAGLKKKDIIVSIDQTPIKGLRDLSKTLKSLKQGQTIQIEYLRNGTKSLTSAQLKSR >WP_221166976.1 malto-oligosyltrehalose synthase [Rhizobium lentis] >MBX5109896.1 malto-oligosyltrehalose synthase [Rhizobium lentis] MTLPTATYRIQFRNGMTFDRACGLVPYLKTLGISHLYASPIFSAVSGSTHGYDVTDANEIDPAIGGRAGFDRLTDSLAAAGMALILDIVPNHMAASPENGWWRDVLIFGRQSAYARHFDVDWSEPLTLPQLGRDFEGALAAGEVRLVLDESHGNFAFGYFDALLPLNPSSYGAVANRLDDPVATRMAEAAAVAAGEDFTRAMRDILFEGGDRAILLQKLEDLSADRDFLRDLHAEQHWRLTHWKQAARHLSYRRFFEVTGLIGTRVEDPDVFEEMHRLTLDLVRHGKVQGLRIDHVDGLAEPKAYLDRLRAAAGPDTYIVVEKILAPGEHLPESWPVAGTTGYEFTAALNEIFIDGNGLRILDDAYRSIAGEVADIEEARRNAKRLMVDRNFAGETGRLLSIAAGIFPEVNRDEIAAALRELLIAFPVYRTYGDGGALSWQDSAVLAATISQAASQLEERHALTPLLSLLEGKVEGDAAHQFRIRFQQLSGPVMAKATEDTLFYRYNRLLAANEVGGEPAKAPGGPEGFHRLMAERARLQPRGLSATATHDTKRGEDARARLYALSEGADVFVQAVARWREMNRSWLKDLPDGAAPEPNVEWMLYQALAGVWPEDFDKGQTNELAERFTSYALKAVREAKLRSNWMEQDAAYEEAVTAYAAALVSPDNDAFLEDFEMVLQPFIAAGYVNSLSQTLLKLTAPGIPDIYQGTEGFDFSLVDPDNRRPVDHARLAAWLDEAGPIAKLQAAALKQRIIAIGLHLRQRHPALFAKGDYLPLRATGGRRDHVLAFARVQDGDFAIVVAPRLMFGWLDPGVLFAGPEFWEDTAITVPSPLHGLKADLVTGKTIEPGGSISVAALLGSQPVGLISPI >WP_161797448.1 hypothetical protein [Corynebacterium propinquum] MKQFQPQLRAIHTGVSALQESGFNLVNHVSMVFDLEEFGTTSTTTFTPSEAAPPF >WP_088751843.1 YkgJ family cysteine cluster protein [Herbaspirillum robiniae] >OWY28216.1 zinc/iron-chelating domain-containing protein [Herbaspirillum robiniae] MTTTIQIRRIVDDQRVFVDMPDGADNPCTACGACCATYRVSFYCGEVTGGSGGFVPADFTAKVNDVLACMKGTEYGGGRCIALEGELGRAGIGCRIYPDRPSTCREFSPWQADGAPDPECRRARARIGLPPLAPLPQERSVTVESGAQPG >WP_122705662.1 GTP-binding protein, partial [Pseudomonas viridiflava] MAKEKFDRSLPHVNVGTIGHVDHGKTTLTAALTRVCSEVFGSAIVDFDKIDSAPEEKARGITINTAHVEYNSKIRHYAHVDCPGHADYVKNMITGAAQMDGAILVCSAADGPMPQTREHILLSRQVGVPYIVVFLNKADLVDDAELLELVEMEVRDLLSTYDFPGDDTPIIIGSARMALEGKDDNEMGTTAVKKLVETLDAYIPEPVRMIDKPFLMPIEDVFSISGRGTVVTGRIERGI >XP_055289786.1 collagen alpha-1(XIX) chain [Moschus berezovskii] MGRDKPEKQCPILRTEGHQFTQDNGDKLEVSGFDLAERFSLRHVFCEGDKTCFKLGSSLLIRDTVKIFPKGLPEEFAIAAMFRIRRSAKKERWFLWQVLNQRNMPQVSVIVDGGRKVVELMFQAAEGDVLNYIFKNQELRSLFDRQWHKLGFGIQSQAISLYVDCNLVASRHTDGKGTVDFHGRTVIAARASDGKPVDIELHQLQIYCSWNFIAQETCCEISDIKCPEQPGFGGTAASPAPAHASRISPFLPAKQKLADQCQCKPHKVCSSSPGEAGSPGQKGEQGRPGENGLRGTPGLPGQKGEQGFEGSKGETGEKGEPGEKGDPGLSGVNGQDGVKGDLGPRGPPGPKGEKGDMGPPGPPTLTGSLGIQGPQGPPGKEGQRGRRGKPGPPGKPGPPGPPGPPGVQGMQQTLDGYYHKGNVGEHGAGGLKGEKGETGPPGFPGSIGPKGEKGESGEPFTKGEKGDRGEPGITGSQGIKGEPGDPGPPGVIGSPGLKGQQGPAGSVGPRGPPGDIGLPGEHGIPGKQGIKGEKGDPGGITGPPGLPGPKGEAGPPGKSLPGEPGLDGSPGAPGPRGPKGERGLPGVQGSPGDIGPPGIGIPGRTGSQGPAGEPGIQGPRGLPGLPGTPGTPGNDGAPGRDGKPGLPGPPGDPIALPLLGDIGALFKNFCGNCQASVPGLKSNKGEESSAGEPGKFDSAARKGDLGPRGPPGIPGREGPKGNKGERGYPGVPGEKGDEGLQGIPGLPGAPGPTGPPGLLGRTGHPGPMGTKGDKGSEGPPGRPGPPGPPGIPFNEGNGMSSLYKIQGGVNAPSYPGPPGPPGPKGDPGPVGEPGAMGLPGLEGFPGIKGDRGPAGPPGVAGISGKPGAPGPPGVPGEPGERGPVGDVGFPGPEGPSGKPGINGKDGLPGVQGIMGKPGERGPKGERGDQGIPGDRGPQGEQGKPGLQGIKGAIGPVGPPGNKGSPGSPGHQGPPGLPGLPGSPVDVVSFEEIKKYINQEVLRIFEERMAVFLSQLKLPAAMLAAQAHGRPGPPGKDGLPGPPGDPGPQGYRGQKGERGEPGIGLPGSPGLPGTSAPGLPGSPGAPGPQGPPGPSGRCNPEDCLYPISQTRQRTDSGRKLRRLSYQGAQILREPTTEMILLLLCNELQSKKSHQHECVLRKKEGAKSRPSTVVPLPSFSFGKQKADFSGRCLVVKAPSCLWYFQSLKGLAESLGPSPLAF >RQR66516.1 sensor histidine kinase [Burkholderia sp. Bp9125] MQYVEGRLRPFAIVAIIGFPLYYYIWHEVFPQRYENLSLRIIGSMLFLPILFHHRWPAAVRRLLPYYWHAIILYALPFFFTFMLLKNEGSQVWVESTLIAAFVTVLLLDWLMLLLSFVAGVGLAVVAYCLTTTPVHFGTPYVAHLAILAFAIVIGAVANYDTARIRFEQERAMVATAGSVAHELRTPLLAIRAGAAGLSRFLPQLLDSYDLAQRSGLHIPKIRFAHLSSMHGVLERIEQEALLSNSVIDMLLVNARFTGGFSQTPERCSIARCVETTLRRYPFRGAERDHIRCDLTDDFEFQGSETLVVHVLFNLIKNALRSLSSIDGGDISIHLCASERANRLVFRDNGPGIEPDALPHIFTRFHTSSVINDDVSLGAGIGLAFCRDVMRAIGGAIECTSTKNAHTQFVLTFPLP >NDC77618.1 lipid A biosynthesis acyltransferase [Chitinophagia bacterium] MYHLTYGIFYLLSLLPLRVLYLMSDGLSLFAFHILRYRRRVVLDNLRMAFPEKSEKERRRIAARFYRNFTDMVMDGIKVLTLSDAELSRRFIIQPELQEAFDRCIRSGQSYQIHAMHNFGWEIVNLGVSRALDIPFLGVYMPIKNSVFERLFRKVRVRYGTVLLPATDFKNRFHEVQQRYAGRNYLLALVADQSPGRPEDAWWLNFFGVPTGFIHGPAKAAHDRRLGVIFGYFYAVERGRYTFDIEIVTEDASGTTEEELTLAYARYIEKHVRMDPANYLWSHRRWKHPYRPEYASRVLEPLNGVS >CAC14781.1 coat protein, partial [Dicentrarchus labrax encephalitis virus] DPTDNDHTFDALQATRGAVVAKWWESRTVRPQYTRTLLWTSSGKEQRLTSPGRLILLCVGNNTDVVNVSVLCRWSVRLSVPSLETPEETTAPIMTQGSLYNDSLSTNDFKSILLGSTPLDIAPDGAVFQLDRPLSIDYSLGTGDVDRAVYWHLKKFAGNAGTPAGWF >XP_023677472.1 calcium-regulated heat-stable protein 1 [Paramormyrops kingsleyae] MSSEASSPVAPPATSPTSPASPTSPGSLDLPSCRQRGRDRSPSPMRDYLIPSPLPTRRTRTCSATARAAAGPMFTGVCKCFSRSKGHGFITPADGGSDIFVHISDIEGEYVPVEGDEVSYKVCSIPPKLQKVQAVEVTITHLAPGTKHETWSGMVLNS >MBM3993664.1 trypsin-like serine protease [Planctomycetota bacterium] MRIFTCALMGLLASVTMAAAQNPVVLKSEADRVAVIEKVKPTVVAVFARGGQGGGTGVLINDAGYALTNFHVVQPTGPTMQCGLADGILYDGVLVGWDKVGDVALIKLLPKKEGDKFPYAPMGNSDLVKAGDWSIAMGNPFLLATDFTPTVTFGLVSGVDRYQPPAGIILEYTNCIQIDTSINPGNSGGPLFNMKGEIIGINGRGSFDKRGRINSGVGYAISINQIKNFMGHLHAGLDADHASLGALVRTEAEKAGIGRTKVTAILEDSDAYRRGLDQDDELMGFAGRLVTSDNHYKNIVGLFPRGWRVPLEYRRSDIRKEILVRLMGVQRKELPDPTAPKDDPKQPPKKGPGPQGPAAKFYEPKAGYANYYFNREEKKRLFADLKKHSDFSALAGDWKIEGNVNLLKLRAQTPFTTEIGEQKVGNSVITKAAVTIGAFTDRLEPLDKDNGLTDMRKPNGSGGLIAAIYVWRHLLTEGEKGFPSECNHGGSEPIYPPPPQGAAPQGGWMKRAVLANVLTTRLANYQCKWFFAQSDHKLLGFELRLQDANEDPCEVYFSDYRNVNGRQLPHEMAVYFRDVHYGTFSVTKYQMAPAPAKNAAN >WP_211867837.1 septum site-determining protein MinD [Neoroseomonas terrae] >MBR0649683.1 septum site-determining protein MinD [Neoroseomonas terrae] MAQVVVVTSGKGGVGKTTSSAAFATGLAQRGKKTVVIDFDVGLRNLDLIMGVERRVVFDIVNVISGEARLNQALIRDKRVDTLSILPASQTRDKDALTRDGVAKIIEELSKDFDYILCDSPAGIEKGALLALYFADQAVVVTNPEVSSVRDSDRILGVLQSRSKRAEEKKDPVKEHLLVTRFDPVRVERGEMLKLEDIQEILSIPLLGVIPESESVLKASNTGTPVILDAESMAGQAYADAVSRFLGEEKPHRFIEAEKKGLFKRLFGGRAA >WP_042959984.1 hypothetical protein, partial [Escherichia coli] >KPP30953.1 host specificity protein J, partial [Escherichia coli] >KPP44844.1 host specificity protein J, partial [Escherichia coli] TITSANIDRLRVTFGVQSLVQTTSQGDRNPASVRLLIQLQRNGNWVTEKDVTINGKTTSQFLASVILDNLPPRPFNIRMVRETADSTTDQLQNRTLWSSYT >WP_171549300.1 carbamoyl-phosphate synthase large subunit [Acinetobacter sp. Ac_3412] >NNP76095.1 carbamoyl phosphate synthase large subunit [Acinetobacter sp. Ac_3412] MPKRTDIKSILIIGAGPIVIGQACEFDYSGAQACKALREEGYRVILVNSNPATIMTDPAMADATYIEPITWQTVAQIIEKERPDAVLPTMGGQTALNCALALDEHGVLEKYNVELIGASKDAIEKAEDRKLFDIAMRKIGLECPKAAIAETMEEALAIQAGFGFPVIIRPSFTMGGSGGGIAYNREEFLEICERGFDLSPTKQLLIDESLIGWKEYEMEVVRDKNDNCIIVCAIENFDPMGVHTGDSITVAPAQTLTDKEYQLMRNASVAVLREIGVETGGSNVQFGINPKDGRMVVIEMNPRVSRSSALASKATGFPIAKIAAKLAVGYTLDELKNDITGGITPASFEPSIDYVVTKIPRFNFEKFPQAEPVLTTQMKSVGEVMAIGRNFQESVQKALRGLEVGVSGFDEKVEAGTANAKDIILKELKVPGPERIWYVADAFRHGFSLDDVFEATKIDRWFLIQIEDIIKTEAQVKALGFGDLNADNIRSFKRKGLSDLRIADLMGISQKQFRKQRWNLGVYPVYKRVDTCAAEFESGTAYMYSTYDEECEANPSNRDKIMVIGGGPNRIGQGIEFDYCCVHAALAMREDGYETIMVNCNPETVSTDYDTSDRLYFEPVTLEDVLEIVRTEKPKGVIVQYGGQTPLKLARALEEAGTPIIGTSPDAIDRAEDRERFQQMIQRLQLRQPNNSIVKSAEEGISEAAKVGYPLVVRPSYVLGGRAMEIVYNEEELKRYLREAVQASNEAPVLLDRFLDDATEVDVDCVSDGKDVVIGGIMQHIEQAGIHSGDSACSIPPYSLSQEVQDEMRRQTVAMAKELGVIGLMNVQFAVKGNDIYVLEVNPRASRTVPFVSKCIGDSLAKVAARCMAGQSLESQGFTQEIIPTHFAVKEAVFPFAKFPGVDPMLGPEMKSTGEVMGVGKTFGEAFYKAVLGSNERLPGLPTEGEVKHAFLSVRESDKKYIANIAKQLIEYGFKLVATNGTHRVLKEAGIECEAVNKVTEGRPHIVDRLKNGEIHLIVNTTEGKQAQYDSAMIRRAALQGKVYYTTTINGAEAVCQAFAVKLPMDVYRLQDLQTVG >WP_044489505.1 MULTISPECIES: tRNA dihydrouridine synthase DusB [Kosakonia] >MCL6742792.1 tRNA dihydrouridine synthase DusB [Kosakonia sp. R1.Fl] >PDO86040.1 tRNA dihydrouridine synthase DusB [Kosakonia pseudosacchari] >QHM93160.1 tRNA dihydrouridine synthase DusB [Kosakonia sacchari] >QOV63662.1 tRNA dihydrouridine synthase DusB [Kosakonia pseudosacchari] >RCW97218.1 tRNA-U20-dihydrouridine synthase [Kosakonia sp. AG348] MRIGHHQLRNRLIAAPMAGITDRPFRTLCYEMGAGLTVSEMMSSNPQVWESDKSRLRMVHIDEPGIRTVQIAGSDPDEMAEAARINVESGAQIIDINMGCPAKKVNRKLAGSALLQYPDLVKSILTSVVNAVDVPVTLKIRTGWAPEHRNCVEIAQLAEECGIQALTIHGRTRACLFNGDAEYDSIRAVKQKVSIPVIANGDITDPLKARAVLDYTGADALMIGRAAQGRPWIFREIQHYLDTGELLAPLPLAEVKRLLCAHVRELHDFYGQAKGYRIARKHVSWYLQEHAPNDQFRRTFNAIENASEQLEALEAYFENFA >WP_031065317.1 chromosome segregation protein SMC [Streptomyces sp. NRRL F-5527] MHLKALTLRGFKSFASATTLRFEPGITCVVGPNGSGKSNVVDALSWVMGEQGAKSLRGGKMEDVIFAGTTGRPPLGRAEVSLTIDNSDGALPIEYSEVTITRIMFRNGGSEYQINGDTCRLLDIQELLSDSGIGREMHVIVGQGQLDSVLHADPMGRRAFIEEAAGVLKHRKRKEKALRKLDAMQANLARVQDLTDELRRQLKPLGRQAAVARRAAVIQADLRDARLRLLADDLVTLREALQAEIADEATLKQRKEAAEAELKKALQREALLEDEVRRLTPRLHNAQQTWYELSQLAERVRGTISLADARVKSATSAPPEERRGRDPEDMEREAARIREQEAELEAALEAAERALEDTVAHRAELERELAQEERRLKDVARAIADRREGLARLKGQVGAARSRAAAAQAEIERLAAARDEAQARAVAAQEEYEALQAEVDGLDAGDAELAERHEEAKRRLAEAEATLTAAREAVTAVERKRAATQARHEALALGLRRKDGTGALLEAKDGLTGLLGPAAELLTVTPGYEVPLAAAFGAAADALTVSSPSAAADAIRLLRKQDAGRAALLVTGPFPDTAEPAPAASAPATPSGTPLPAERLVSGPDDLMPAVRRLLHGIVVVGTLEDAEELVHARPGLTAVTAEGDLLGAHFAHGGSAGAPSLLEVQASVDEAAAELEELAVRCEKLAEAQEAAAGRRRECAALVEELGERRRAADREKSAVAQQLGRLSGQARGAAGEAERAGAAAARAQDALDTALAEVEELAERLETAEEMPYEEEPDTSVRDRLAADGANARQTEMEARLQVRTHEERVKGLAGRADSLDRAARAEREARARSEQRRARLRHEAEVAAAVAAGARQLLAHVEVSLARAAEERTAAEAAKARREEELARARTEGRDLKAELDKLTDSVHRGEVLGAEKRLRMEQLEAKALEELGVEPAGLVSEYGPHQLVPPSPPAEGEQLPEDPEHPRNQPRPFVRAEQEKRLKAAERAYQQLGKVNPLALEEFAALEERHQFLSEQLEDLKKTRADLLQVVKEVDERVEQVFTEAYRDTAREFEGVFSRLFPGGEGRLVLTDPDNMLTTGVDVEARPPGKKVKRLSLLSGGERSLTAVALLVSIFKARPSPFYVMDEVEAALDDTNLQRLIRIMQELQEASQLIVITHQKRTMEVADALYGVSMQGDGVSKVISQRLR >XP_030368951.1 DNA methyltransferase 1-associated protein 1 [Scaptodrosophila lebanonensis] MSADVRDILDMERANTPEVTRDSFLATKKRNFERTKHASKRPEGMHREVFALLYTDKKDAPPLLPTDTALGIGAGYKQAKARLGMKKVRKWEWAPFSNPARNDAAVFHHWKRVSDDSSDYPFAKFNKQLEIPTYTMTEYNAHLRNNIQNWSKVQTDHLFDLARRFDLRFIVMADRWNRQQHGAKTVEDLKERYYEVVALLAKVKNQTSEKKTFVFDADHERRRKEQLEKLFKRTTQQVEEEQMLINEMKKIEARKKERERKTQDLQKLISQADQQNEHAANTPSTRKYEKKLHKKKVHHQPRPSKVDSVVNAIEIGSSGIKFADLRGSGVSLRSQKMKLPANIGQRKVKALEQAIQEFKVDPAPPPTEDICNSFNELRSDMVLLCELRTALTTCVYEMESLKHQYEAACPGKTLNIPPSLVPIKTEADRDQS >XP_041173850.1 major facilitator superfamily domain-containing protein [Suillus paluster] >KAG1732247.1 major facilitator superfamily domain-containing protein [Suillus paluster] MTTQSHWHGTQDHAPFSTPPPGRVSISTVQSKLYPSTIVVADTRKLTRHISISHVEEVKQGDHVEQGVPLYRLYRRRFTGLFGFILLGLVTGMPWSWFGPISNDTSEDFDISLDQVNWLGNIICCVYIPVSLLVPLFCTRFGIRRCADVGVGMLLISGWVRYAGTITSLSSESAYALLFLGQFFSAISQPVFQVLGPKYSEMWFDLKGRTTATMIVAIANPVGSALGQLLSPLVGTPRQSVLVLAIMSTAVAPALFLIESEPPSPPTYAGSKAPQSLNSLLLAMVGKVRPSDPAYMAPRERMDFTINALIFGVLVGAANALSVLSAQYFEPEGYSDTISGLFGATLLFSGILASVIIAPLFDRVLTHHLGITLKILVPIAAGAWLSLIWVVKPNNTGTIFAIMVIIGICSIILLPVGLELGVEITRNADSSAAILWCSGNAFGIIFILAEGALRASSTASPPYNMHAAFVLHGVFVVVVGATMIFVRAKQVRREMDERMAQHLHSTQFELEAMPMDKLGTTDLGQSHMSIEKGEEESGSILEMEHSIPLPEKSAGISLEVIGTTMHRDS >MST81202.1 mechanosensitive ion channel family protein [Bilifractor porci] MWIKQKAVWRKAGSSVCNVNPVPEVKQMGVDWQLLLRTAIILGITFLTVYFVRRFFRGLNKRTQKQSLYNKFFQSILTAGITIIGVYSALGSFEIAKEISTTVLQSSALLIAVATFAAQQTLGNVISGFSLSSSKPCDIGQKIQIKNGGTVIAEGIVRDMTVRHVVVEQADGQTCIIPNSVVDSSVIVNMSNPDTVATFVEVEVDYATDIEKARKIIMEILKTEPLVVEAEKTSILVSALTANGMLLKFAVYTRDIMESYLACSNVRQRIVSEFDKAEILIPYNTVTIDAQDAIVQSTQMQMAMNEAQEQKAPPENPVEGFEKDHYLTKPEEKPEPEKETQ >WP_035710346.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >KFI29594.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >OWJ73022.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >OWJ88309.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] >QBJ25665.1 ABC transporter substrate-binding protein [Haematobacter massiliensis] MIPFSRRGFIRFLSSFAIGVAFTSACGPGWAAADVFDLDPDRKDLIHTARNPAAIAKLPQDFAFANPGFFTIANTASGGPPLSTYANDAKTVVGADPDIARLIADALGLELKTVVVAWADWPLGLVSRKYDAVISNVGVTEERKEKFDFSTYRQGLHGFFTLEGRGIDSIVEPKDIAGLRIIVGAGTNQERILLAWDKLNRAAGLPPAELQYFDDEATRLIALRSGRADVIVQPNAQLVYIAARDGDIRRVGTLSAGWPERSDVAVTTRKGSGLAEAVTEAINGAILDGSYAAVLQRWQLTEETLPESRTNPPGLPKY >PKO72095.1 pilus assembly protein PilM [Betaproteobacteria bacterium HGW-Betaproteobacteria-14] MRLTNENSKGFSLQIDLSVFNPKARPLLGLDISSSSVKMVELAEAAKGSYRIERYAIETLPRDAVVDGNITNLDAVAEAVKRAWKRMGTSTKYVAMALPAAAVITKKIIVPAGQRERELEFQVESEANQYIPFALDEVNLDFQVVGPAPSSPEEVEVLIAASRKEKVEDRVAVAEAAGLRPLVMDVESYAAQSAFELVESQFPEGGQNQTIALVDIGANVMNVTILRNDQPVYAREQAFGGSQLTQDIVRQYGMSQEEAETAKRTGNLPENFESDLLRPFLDSLALEVSRALQFFFTSTQFNQVDHIVLAGGCAVIPGVDEAVTERTQISTVVANPFANMALSQRIRPKNLATDAPSLLVACGLALRRFDQ >WP_278839117.1 hypothetical protein [Holdemania filiformis] MKQLKDRIISAAILFSVILAGVCVVWWGYASQYQEILGTSPSSPMLQKPSSALVFAVLTAGLIAGIFVFLFRKKLPFFKLRTVSAMILILLLFVKIMKIWADDRDLTFALALLAPFSMKFMASRDWLWTDVSVAFCLTWTLCGILLFVLLVRKQVHWTWTAVRMTILANVFAIGPIHGGLRSLYPYVLEILIWLSIGEQGIQALQKWINQGKGGS >WP_074319120.1 heavy metal translocating P-type ATPase [Micromonospora cremea] >SIN31651.1 Cu+-exporting ATPase [Micromonospora cremea] MTTTSRPLPEAPNRIELAIGGMTCAACAARVEKKLNRMDGVSATVNYATEKATVRYADGVTPDDLIDTVQKTGYTAALPSPPATAEEPVDALRGPRTRLWVSVALSVPVVVLAMVPAWQFDYWQWLSLTLAAPVVVWGGLPFHRAAWTNLRHGAATMDTLVSLGTLAAFGWSLWALFLGDAGVPGMTHPFRFDITRSDGAGNIYLEAAAGVTVFILAGRYFEARSKRTAGAALRALLELGAKEVAVLRDGVETLIPVDQLAVGDRFVVRPGEKIATDGVVDEGTSAVDASMLTGESVPVEVGPGDGVVGATINAGGRLVVTATLVGGDTQLARMADLVEQAQSGKAAVQRLADRISGVFVPIVITLAVGTLGWWLGTGAGPTAAFTAAVAVLIIACPCALGLATPTALLVGTGRGAQLGVLIKGPEVLESTRRVDTVVLDKTGTVTTGRMTLVDVVPAAGADRAELLRLAGAVEAPSEHPIARAVATGAAEAGALPSVTGFANVEGLGVTATVDGRSVLVGRLRLLRERGLDVPPEVQRAVADAEAAGRTAIVAGWDGRARGVLAVADVVRPTSRAAVARLRALGLTPVLLTGDNVTVARAVAAEVGVDEVIAEVLPAGKVDVVKRLQAEGRSVAMVGDGVNDAPALAQADLGLAMGTGTDVAIEASDLTLVRGDLDAAVDAIRLSRRTLGIIRGNLFWAFGYNVAALPLAAAGLLNPMIAGATMALSSVFVVANSLRLRRFRSAAPGDGV >MAG44064.1 elongation factor Ts [Oceanospirillaceae bacterium] MATVSAAQVKELRERTGLGMMECKKALTAAGGDI >MBV9097303.1 flavin reductase family protein [Frankiaceae bacterium] >MBV9369228.1 flavin reductase family protein [Frankiales bacterium] MVDRMPLNAAAYRSVVSRFATGITVVSTVVDGRRHGLTVNSFTSLSLHPLLAMFACEHDAALHEPVLQAGVWAVSVLGADQQPAAAYFATRERPGSGPDQFDGWPSRPGPATGAPLLDGSLAWLEFRTWATYDGGDHTIIVGEVAGMELGVDTGPLLYFRSAYRA >THU55532.1 hypothetical protein C4D60_Mb11t07560 [Musa balbisiana] MPLHFRERMEEVGKKIKREADGITDRIGRQVGPVGTLNTITPCAACKLLRRRCAQDCPFSPYFSPHEPQKFALVHKVFGASNVSKMLMEVPEPQRADAANSLVYEANLRLRDPVYGCMGAISALQQQVQALEAELQAVRAEILKHKYGQAGGNIIPTSHAALLAPSAAVSVAAPPPVPLPSLSPVTDAASSSNYTSLPSSSTNYSSITTNHNVAYFG >NNC77678.1 sarcosine oxidase subunit gamma [Woeseiaceae bacterium] MSEYSRIERGFINLRGNGANEHFASAVESALGVKLIRKPNTTSAGDRHKNHLYWLGPDEWLVGTARENSGHLVGQLEAATAGMSVAVNDISGGMVLTTLSAAIGREVLERGCTLDLHPEKFAAGDCAQTSLAKANIVLACIDDAPVYEIIVRRSFSEYLLRWLRQTHHSLAGSASSS >WP_014884217.1 MULTISPECIES: hypothetical protein [Enterobacter] >QIB82571.1 hypothetical protein G0034_13060 [Enterobacter sp. T2] >AFP70478.1 hypothetical protein ECENHK_13125 [Enterobacter kobei] >AIX54539.1 hypothetical protein ECNIH4_09855 [Enterobacter cloacae] >AMZ78697.1 hypothetical protein A4308_17435 [Enterobacter sp. ODB01] >AOP87252.1 hypothetical protein BFV64_13180 [Enterobacter kobei] MNLKSKLWYFWGSMDVLALLLYSVNSLRQDRIPLISDLIAFTGTSDVVSGGGYNFIVTLFFIFDLLLLLSLFISAWLFFKRKDVAIKFALAQEVFRLISFRCSVSFFPLLVSVFGITSVWVNLGLFVISELLKIYSLVYLMGKRKRNHSL >WP_266631528.1 MULTISPECIES: hypothetical protein [unclassified Streptomyces] MATTARTITPTTLDANELADFLTEQAMPLRALFHSGNPDTATGSQLVHDGVFGLVRALRAGDIAPVVAQVRLIGINRTAARYYVRTITAHRAA >EEQ7907210.1 DUF551 domain-containing protein [Escherichia coli] >EES5038280.1 DUF551 domain-containing protein [Escherichia coli] >EFQ8277835.1 DUF551 domain-containing protein [Escherichia coli] >EGP3981197.1 DUF551 domain-containing protein [Escherichia coli] >EJU0088884.1 DUF551 domain-containing protein [Escherichia coli] MITITKGRLLTIKQWRETYGPGSNVVLPAEEAEELARIALVSLEAEPVAKIIAHYPLGVDVGKQKFVQAIGELPDFGGYLFAAPPAPIVPEEMYWQDAPVEGSSKAAAYATGWNDCREAMLQSGNFRENKDSSTNNFREISETSTNYPVTLDGWISCSERMPDDGQHVIILCDGAFVLYAQYRDGE >KAG1799066.1 kinase-like domain-containing protein [Suillus variegatus] MGGLRPESVQFKIEPDLIPGKNITRNSNCPTCRGGPGDIWKCLMTTRSGTQRDVAVKSIRVPGVTDAKILKAIGKRVRREAYVWMQLEHDHILPFEGVTFAEEFGPLPALVSPWMEEGSLENYLRRFSRLSDPRKRELVRYRARRLDSGRSYPNPHVTNILVDSTGRLRLADFGLSMILAEAGNATFNSCHPGNTRWMPPEALRSGDEDEDEAQDEKPTEAWDVYSYGCIVFQIFLGNQPYAWIASASQIMSAIHKGRAPFKDIERHAVYKQFSPCLNKMSAGRPTIDDIMKLLGSR >CAG8651065.1 6616_t:CDS:2, partial [Entrophospora candida] KIGGKSDVWLRFAEVFDKEDKSCGYVICKNCQHLYKYNSKEGTSNLICHVCSSSTKLLPHPTTISRNTLKEAELVKSALAESLLEFFQISGGAFTR >KAJ0414039.1 major facilitator superfamily domain-containing protein [Aspergillus carlsbadensis] MDRPEREQKDLSELSSTEAALQYPDEKALMRRVDWHILPVMFVAYMLQYLDKSALGNTAIFGIQQSLHLVGDQYSWASSAFYFGFLVASYPVSLCFVKFPIGKFLSISFITWAVVLACHGATANFAGITSVRVLLGALESTISPGLSLVTGLWYKRSEHASRHGIWFAGNSIASIFGSLLTYGIGHINNGIDPWRWIFIIFGILTFAYGIVFYIYLPDTPQSARFLSAEEGEFIYKRAQQESHTAVLHTWSRSQCVEALIDPKTWLIFVYAMGSCIPNGGITSFGGLVVSGFGYSTFQTILVSLPISVFTFIWVALATIVTSKVRKSRCITAAVLSLISLAGSIMVSQIDPSKKVARLAGMWLFPAYSAGVPIIMSIIASNVAGYTKRTTVNAVMFMGNCAGNITGPFLFFPGEAPNYESAWLGIMISLAIALVAILALRQMLQFQNQYRDRQQGVKIDPESREAIEAEEVVALDKDETDWENPSFRYYL >WP_231117944.1 DUF6400 family protein [Mycobacterium colombiense] MADLDFAYDLTLDEARRRSAMFEAMGDDWDPIAALSEEDQAYDMLYSNLDEHQQRVYDELVSAGVLPDRMAARATD >WP_265634479.1 LysR substrate-binding domain-containing protein [Cupriavidus cauae] >UZN51873.1 LysR family transcriptional regulator [Cupriavidus cauae] MQTLVSLPSLDLLKGFVAVGRRMSITLAAEDLCLTQSAVSRQISALEAQLGVQLLVRRHRAIALTGAGERLFRSANAAVQQIQDVVGELRVQAAQRPVTLTASVGVTGLWLLRRLGRLQQAHPELELRLSASNRVADLRAEQIDLAIRYCAADHAPPGAIALFGETIVPVAHPALGVAAIDSVRALHGLNLLELDDDTNPRLRWRHWLEERGWQGAKPRAMTQFNQYDQVIHAALAGQGVALGRLELIRDLLDDRQLGVVAAPPPAAGDSFGYWLIQADERPRPDVLKVVAWIRAEAAGHRIGG >UGB98301.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCNARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLITAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >MBQ6815353.1 RNA methyltransferase [Lachnospiraceae bacterium] MRISSPSNEKIKQVVLLNTKASARRKQKQYIIEGIRMYEEVPEEDLVATYVSEKYYEEVIKVQKISNEAMKRLKKRDYYIVADNVFKSMSDTVTPQGIMAIVRQKEYQLEDILKQRENGVIIVLESLQDPGNLGTILRTGEGAGIAGIIMNKETVDIYNPKVIRSTMGSLYRVPFVVTEDLEETLDKLSEKNVTIFGAHLKGSEYYTEGLYKGLVAFLIGNEGNGLSEHISNKAHKLIKIPMEGKVESLNAAVAASILMYEAKRQGLK >WP_276598033.1 uroporphyrinogen-III C-methyltransferase [Paucibacter sp. hw8] MFSAAGLGLSWQNMSRQQRLEQELVRRQDLAQTDAGEARAAAKSSQELTRDTAAKVALLDARLAEVALQRGQLEELIQSMSRSRDENVIGDIEASIRVALQQSSITGSAEPLVVTLKLADERLQRYKQPRMEGVRRAVARDLDRVKSVSVVDVSTLTIKLDEVVRLVDELPLIAVAEQANEFKSRTTEDRAKTPAAKNTKTSKGTETPSDGWLGAWWPEAQKTLGDSASRIWLETRSLIRVTRIERPEAVLLAPEQAFFLRENLKLRLLNTRLALLSRQFETAQADLRDSQDMLNRYFDSRSRKVSAATELLRQVAGQARQVVVPRPDDTLAALAAAAAGR >HBM7289758.1 3'-5' exonuclease [Clostridioides difficile] MDNIISVLNDVVFLDIEVSGLDCLNSEILEVGAVKVKDWKIYTYESLIKNKFEVPVEVFSVCKNLDKNDLEIANEIELVEDRLVNFVEDSFIICHDLSLKKKFFEYHMPKLKNKFIDLIELAVILEPYHKDYSLEYLKNTLTNCNSKVENR >MCU0780070.1 hypothetical protein [Akkermansiaceae bacterium] MKAAWLTAMLLLGCGPLRAADETAVLRFATPGLDQLSGTLEALDGERLVWNSPVLDRPSPFFTKEVLELTLPTVFPDHDASHLATLTLEPWPEDKVAPRIRGQLVAVTDDKIILDTWYAGRLEINRLNVKAVDIEDAVKYIFSGPVGLDGWLQGRKNAWTYDNGWLRAKSEGPIGRVLDLPDVCAVAFDLSWREQLACRFCLFVEDPKDVPSRGYQLDLQSGYVSLRKINSRTGDSRMAGVAELRNQERARIEVRANRKTGDICLFVDGRYVLHWRDAEAGKARMGQGFQFSPMRNNQTLGVSKIRVTTWDGDIGTPPETDEMNPWFGGMRRVPAPSADEPPVPPPGDSATGRMLLRNGDSIAGEVLAIADGNIMVKTPFAEVKLPVSRVRNISLKPASLEQPIRRKGDVRAWFSDGTSISFRLESVSQDSVIGSSQVFGRAEFKLAAFNRIEFNIHDPRIRDLREKLGD >EIG2935021.1 bleomycin hydrolase [Escherichia coli] >HBD0375753.1 bleomycin hydrolase [Escherichia coli] EGQQEKLDGAYNVQNINKIFISGWHPNKSQSELEEMILTAFKKVPNELNKKFSYKEVRKLPFKITITGRISASLTIENVTDELKSALETKFGRDSTFFDPNRVGKYILIKKKDVWAFIETLGYFRDFYLEFVEWNESNGFYDFVYLDTENSTFNISYEEE >WP_257258519.1 bifunctional UDP-sugar hydrolase/5'-nucleotidase UshA [Enterobacter asburiae] >UUR71665.1 bifunctional UDP-sugar hydrolase/5'-nucleotidase UshA [Enterobacter asburiae] MKLMKRGVALALIAAWGLVSLPAQAYEKDKTYKITILHTNDHHGHFWRSEYGEYGLSAQKTLVDGIRKEVAAQGGSVLLLSGGDINTGVPESDLQDAEPDFRGMNLIGYDAMAVGNHEFDNPLTVLRQQEKWAKFPFLSANIYQKSTGERLFKPWALFKRQDLKIAVIGLTTDDTAKIGNPEFFTDIEFRKPADEAKLVIQELQQNEKPDVIIATTHMGHYDNGEHGSNAPGDVEMARSLPAGSLAMIVGGHSQDPVCMASENKKQVDYVPGTPCAPDRQNGIWIVQAHEWGKYVGRADFEFRNGEMKLVHYQLIPVNLKKKVTYPDGKSERVLYTPEIPENQQMLSLLTPFQNKGKAQLDVKIGTLNGRLEGDRSKVRFVQTNMGHLVLAAQMARTGADFGVMSGGGIRDSIEGGNITYKDVLKVQPFGNVVVYADMSGKEVIDYLTAVVQMKPDSGAYPQFANVSFVAKDGKLNDLKIKGEPVDPAKTYRLATLSFNATGGDGYPHIDNKPGYVNTGFIDAEVLKQYIEQNSPIDVNAYEPKGEVSWQ >MBR4705654.1 AAA family ATPase [Paludibacteraceae bacterium] MKKPQYEILDIPFPETAALERQVIADVIQSPDMMGDVLPLIHIDFFTNTERRGIWELLTDHYNKGLSFDMQTITAEIGKPFIDEILPHLPDAGGSISVIQHTNLLRTGAARRRAYCASLDFLQNAVNPKTTEEDILSSIEGFSRTVEGEAPLLSEVKLAQGIKEVKEEAQRIESLKEQGKTIRISTGFNYLDDCLNKGFKPGQLIVLAARPSVGKTAVMLQMAKTAARSDNPVILFSLEMTCPELCERLLFSTGKVSPYKMANGEVEWQAFLEAENELRPLPIFINDFSRSLDEIVSRLTRAVKQGRCKIAFIDYLGLIQDTLNPGYNKLYQIIAKITGDLKAVAKRLGIPIVLLCQLNRDQAREKRAPELFDLRDSGSIEQDADVVIMLEPRYEEGRIFAWLRKNRNGKRDLAFVLVPNKTYSAFEEGLPVHELRTPCS >WP_057475198.1 inorganic phosphate transporter [Rhodococcus sp. Leaf278] >KQU61164.1 inorganic phosphate transporter [Rhodococcus sp. Leaf278] MSAEFLVLLVVVVTALAFDFTNGFHDTANAMATSIATGALKPKVAVTLSAVLNLVGAFLSVEVAATVAKGIVNLGDTGGQDLLTIIFAGLVGGILWNLATWLLGIPSSSSHALFGGLIGATMAGLGTSGVVWDGVWSKIVLPAVLAPIVAGLVATVGTWIIYRITNAVPEKSKERGFRWGQIGSASLVSLAHGTNDAQKTMGVIFLALVAYGTVSPDAEMPLWVKVTCALAIALGTYLGGWRVIRTLGKGLVEIASPQGMAAESSSAAIILTSSHLGLPLSTTQVATGSILGSGLGKPGAAVRWNVAGRMAVAWVITLPLAGVVGAACWLLAHTIGGLPGVLVVFAILVGLATVMYIRSRREPVDPNNVNAEWDGGLVPAATEADSPAKV >WP_106587829.1 tryptophan synthase subunit beta [Salsuginibacillus halophilus] >PSL50502.1 tryptophan synthase beta chain [Salsuginibacillus halophilus] MNVNYPDEFGRYGRFGGQFVPETLMAALEELESSFRHALQDEAFMKEYHHMLTEYAGRKTPLTYAGRLTEKLGGAAIYLKREDLLHTGAHKLNNAIGQALLAKRMGKEKIVAETGAGQHGVATATVCARLGLECKVFMGAEDMERQKLNVFRMELLGAEVIPAESGSRTLKDATNEAIRYWVTHVEDTFYLIGSVVGPHPYPEMVREFQRVIGEETKQQMIEAVGDVPNAAVACVGGGSNAIGMFSPLLAEKTKLYGAEAAGEGINTPNHAATISKGRPGVIHGSLTFLMQDEAGQITEPYSISAGLDYPGIGPEHAHLADSGAAEYTAVTDEEALEAVQLLASTEGILPAIETAHAVSLAARKAAAMESSETLVICVSGRGDKDVQTMNDRISSQKEAEA >WP_091540071.1 sigma-70 family RNA polymerase sigma factor [Modestobacter sp. DSM 44400] >SDY06017.1 RNA polymerase, sigma subunit, ECF family [Modestobacter sp. DSM 44400] MTDVIAEPAGPGVTAELEPRLAEHRRELTGYCYRMLGSAFDAEDAVQDTMVRAWRSLDRLEGSGALRSWLYRIATNVCLDALDGRKRRALPVDLSVEPSAPVEASLSRVLPDGAWVEPALDRQVLPSGGDPADVAVQRESVRLAFVAALQHLPPRQRAVLILRDVLRWKADEVAALLGTTTAAVNSALQRARATLSGMQAADVRPASDLREEHADLLARYLDAFERYDIDAFVALLAEDAVQDMPPFAMWLRSAVDIGTWMLGPGIECRGSRLLPVSLNGNPGFAQWRASGPDGGYRPWALQALEICGGRIVRITSFLDTRLFLLFGLPDTPPDR >MBQ2810184.1 helix-turn-helix transcriptional regulator [Clostridia bacterium] MNIGEKIRNTREDMDLSQEDVAGQIPMSQSGYSKIERGIQEPSLYQLKRICEILKISADNLLSLNEFDGISSKDLALLKEIKNIFNKYSK >MBI4382429.1 tetratricopeptide repeat protein [Nitrospinota bacterium] MPGQKSVLGKIAFQAALLLFLGVASGNAQTSPGGLSGSGGARVESIRIGGHPEYTRIFVNLSSPAPYRVRADFLNKKISLVLAGSTLGPKAQSRVFKDKNLEKIEVRQDGGAVAIDLFLKNQNSRFIHLVKADPPQIVLDLKGVDQPFVKTKIGKLAPPGKPAAKGEEEKTRVSGMTQEQAQEILKKETEEKLVNGWEDYQAALKSFQNKEYAEAAQLFKKFRKTYPKSKYLEDTAYLLAEAQFHVAQADRHPIYEKAFKAYQFAVREYPNSKFQDHALLKLAYLYEELGYFLESRTLYEQGIRAIPNSLYNPSRQLGLASLLMKEEKYDEAYAAFKAILANSPKDEGARKATFKIAHWNYEQGNLAKALEIYEDAEERWLPFIHEDPKILFNMGEIYFREKQYRLARSHFFDLINLAPDQEIAHKALNRIGDSYFIEENYLSSLEVFNESSRRSPGSRESQYGTVRLADIGIRDSTLPIRDLIFDATAYYQPFKTYKKVFEAAADRDILAEVTLSRGLAFLQEERYLEAIDQFKKLLPLEKESRFHAEARKYIRQALVLLVDRFSKQTGFLPILYSYSDFQSLSIGDIDNLKTLVQIGEAYQAVSMYQEAVKYYEKVKKADAKGIYSERIFLDLGLMHLDQGNYDEAELVARTFLNKYPQTEKTHEAMKLLANAYKGKRQYGQAVQTYRELLERTPGNKAEIYYLLGETHADMDQLPEAVREYRNAVDSYDRSSRVIPEFVPDAYYKLGIAYYKNKDYDNAREALKTAKTLFPEHELRDWNVYMLADSMEKLKEKDKAEAELNGLIKSESVDELLKKAAASQLKVMDWEKKYKDLL >EEJ7112508.1 diaminopropionate ammonia-lyase [Salmonella enterica] >EHN7679405.1 diaminopropionate ammonia-lyase [Salmonella enterica] YQFNTRRKKYGTGAALSLLNGNVGHEVLAFHKKLPNYAVTPLHNLAHLSQRLGLGSIHIKDESWRFGLNAFKGLGGSYAVGKYLADKLQCDINSLSFAALNTPEIKEKIKDCVFVTATDGNHGRGVAWAAEQLGLKAVVYMPKGSSLIRAENIRHHGAEYTITDLNYDDAVRLAHRMAQTKGWVLLQDTAWTGYEEIPTWIMQGYMTLAVEAYEQLAETNSPLPTHLILQAGVGSFAGSVMGYFVEKMQENIPNIIVVEPHQANCLYQSAVMDDGQPHCVTGDMATIMAGLACGEPNIISWPIIRDNTSCFISADDCLAAKGMRISAAPRPGTDTPFISGESGAIGVGLLYELMNNMHYQDLANRLQLDASAHVLLISTEGDTSPDIYEDIVWNGRSA >ODT35081.1 MAG: hypothetical protein ABS55_09865 [Lautropia sp. SCN 70-15] MKKSLIAVALAASAAGFPAAAGAQSTTEASPHTLSANMGLVSNYRYRGIDQTNGKPAVQAGIDYGHASGIYLGTWASNVSWLSDAGAGAVSNSIEMDLYGGYKGSAGGIAYDVGMLRYYYPGTYPAGFVSPHTTEVYAAATWNNVTLKYSHAVTNLFGFADSKGAGYLDLTGNFDLGSGFGLVAHVGYQRIPSGSVGGVQVRAKSDCSYADWKLGVTKEVAGIGIGLAYVDTNAKGDTGECYRNAYNRDLGKGTLVLSASKTF >MBD9532752.1 preprotein translocase subunit YajC [Comamonas sp. CMM01] MFISSAFAQTAPAAAAAAAGGDMMSSLTTNVLPMVAIFAVMYFVMIRPQMKRQKEHRSMVEALAKGDEVATGGGLLGKVNDLNEQFLFIEIANGVVVQVQRSAVVQVLPKGTVGTK >CFU01724.1 NADP-dependent malic enzyme [Bordetella pertussis] MHGDCALDESLRLRLLPDSPLKGSANLLVCPNVDSGNIAYNLLKTVAGKNVAVGPILLGANAPVHIVTSSATVRRIINMAALCVLDANRPQ >MBV9085084.1 hypothetical protein [Acidobacteriaceae bacterium] MRFFVPLSRDPHHGEHVYNTLREQLTKNKEPVADKRIYALKFHEDGKRRTLAVGDEFHRFGDGPVLAIFQGDVTSTYYICTPKHGGFEGEPVVIGNHGGAETEEFSALA >MBQ2193282.1 hypothetical protein [Prevotella sp.] MKRINILISLMLMVTSMSAQPGWTSKAAKAVFTLKTFKADGSLLGSSNGFFINENGDAISSYAPFAGASRAVIIDASGKEMPVEYMIGANDMYDVAKFRVTGKKIQALTMASTTARTGAQVWMLPYTVKKPAPISGQLSKAETFQDAYAYYTVRMQMADNAVGCPLLNDNGEVIGLMQQQARVGDTLSYAISARFVADMVINGFSLNNSALKNTLIKTGLPNQQDQALLMMYMANTTLDSIGFAHMVDDYIMKFPQSEEGYINRAQLAANRNDFAAATRDMQQAISVSNPKDNAHYAYSRIIYQKEIVKHDLPFAEWNLDLAAEEAKMAYDINPMPAYRHLQAQIWFAQKKYDEALQAYQELQNTDMRGAEIYYETARCYEMKQDTTAMLALLDSAVNVHSKPYLKEAAPYLWARAIARMSAGKHRLAVQDMNEYEKLMSSAGLTAEFYYIREQAEMGGRLFQQALNDIRKATELAPREAVYFAERASVESRVGMHAEAEQSARECIRLDANSSDGYLLLGLALCQQGKKTEGLPQLQKAKELGNPQADAIIARFQ >WP_096751687.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >ATF88592.1 amino acid ABC transporter substrate-binding protein [Burkholderia gladioli pv. gladioli] >MBJ9664319.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >MBJ9715847.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >MBU9156258.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] >MBU9168883.1 transporter substrate-binding domain-containing protein [Burkholderia gladioli] MRPLNRRQFLALTGSATLALAAPSIAFAEGGTLADIRKRGVLTVGTEAAYEPFEFVENGKVTGYGHDILDYMAGKLGVKLNQMNLPFQGLLPGLMTHKFDFVATSVGINPERARRFAFSQPVGVVDTVLVVRAGDTAIGKPEDAGGKIVGTQMGSSSQPIAQAFDTQLKAKGAGYADIKLFQAYPDVMVALQNKTLDIGIMPSNIVAVLMKKEPGQFRVVGKIGEPKMLAWVANPQDKEIRDFINASLSELEKNGQLAQLQKKWFGYTMNLPTSGYLPEGAV >NVJ47954.1 AAA family ATPase [Cytophagia bacterium] VVSLFLGQDEKDSTTQGVISFIRDNKMRIVINSDDLPDWISDGKLGVNLLFDEGSYREMNKALKEVLNAEYGRLADLREIFYGSKEPSFKNGFEFQSVNLNDSQNKALTNIFNAQDIAIIHGPPGTGKTTTLVYAIKEVVKNERQVMVCAQSNAAVDLLVEKLDNLGLDVLRLGHPARLTPEVIENSLDVKISSHSYFKELREIRKRSEEYRRMAGKYKRNFGHHERMQRDLLRKEARLLKEDADRIEQHITEDLLDRAQVIACTLVGSTHSLVNDRVFKTIFIDEASQALEAAAWIAIRKAYRVVMAGDHLQLPPTVKSLKAAKEGLENTLFEKAMKIPPASVMLETQYRMHLEIMQFSSDYFYKGGLKTADSVIQRERESTVEHFVFIDTAGTGFSEKVKKQTLSTYNEEEAALLVKHLADNVLPDKSIGIIAPYKAQTEVLRDLLKDNPAFDEVRDNISVNSVDAFQGQERDLIYISLTRSNDKNEIGFLKEYRRMNVAMTRAKTQLVIIGDSGTLGKDNFYNAVLDYAQKTGGYKSAFEFLY >CAF4530116.1 unnamed protein product, partial [Rotaria sp. Silwood2] MHTSLVFSVVAAADPLVVGEPPDPVVLAVVEPPETVDPPGLVEAPDSVDPLNVAEAPETVDAPNDVEPPETVDPPRPAEAPEIVDPPGLAEAPGSVDPLNVVAAPGTVDPPRAVEAPESVDPPNVVAAAETVDPLNVVEPPETVGPPNDVEPPETVDPPRLVDAPETVDPPNVVTAPETVDPPRVVEAPEIVDPPNVVAATEPVDPPNDVEPPETVGPPNEVEPPDTVDPPRLVDAPETVDPPNVVEAPEIVDAPNDVEPPETVDPPRLVEEPE >MBO6858759.1 glycosyltransferase family 4 protein [Roseibium sp.] MIPDLNSGGAERTTLDVAKAVVEAGGKALVASQGGQMVPELEALGAEHIVLPVKSKNPATLWKNAARLADIVTTRKVSLLHARSRAPAWSCLWAARRTRTPFVTTYHGTYNQSNALKGWYNSVMARGDAVIANSHFICGLIEDRHPFAKGKITVIQRGSDLKGLLPDNVSALRLQALKDQWGIPMGRPILLNMARLTAWKGQRVVIEAMALLQDRLPSDPIAILAGDAQGRDGYLAELKKLIADNGLQDKVRIVGHCTDVPAAMALADIAIVASVEPEAFGRAAVEAQAARVPVIVSNLGAVPETVLSPPDAAESERTGWRVAPGDPQALADAIVRVLGQDVDEKNKMADRALAHVRQNFSVETMCARTLGVYAGLLGT >PDH25543.1 MAG: hypothetical protein CND84_01195 [Marine Group II euryarchaeote MED-G35] MSRALNGRSNLYNAAARAKARKASLIDTTRMRQLIQQGTDSIGASIGEMGYRAEMDIYGSRMSGADAIEAALFHNLDNDLAGVLKFCQGHLKSLVAIYVERFDYEKAKTVLRAINGGASDEIIESQILPSENPRNAPWLNIVRNTEGLQEAIEAMSGTSWGRTLSKLDADATLEDMENALDLQYFSDALKAVGGRDGGPRLRRYLRMEIDHRNVINEFRAIRMGMTVERRQSMVIPGGKIDVGTMRQACQAESDEELIETLRRSSSFNDSGFDEAMAEAKRMGSLDPYAELLSHQKHTVLKRFAHLSPISPFPIIYYIERKALEVRNLRLLVRGKAVGLPNEVLEAHMDY >QUA05739.1 cytochrome oxidase subunit 1, partial [Oeneis glacialis] TLYFIFGIWAGMVGTSLSLIIRTELGNPGSLIGDDQIYNTIVTAHAFIMIFFMVMPIMIGGFGNWLIPLMLGAPDMAFPRMNNMSFWLLPPSLMLLISSSIVENGAGTGWTVYPPLSSNIAHSGSSVDLAIFSLHLAGISSILGAINFITTIINMRINNMNYDQMPLFVWAVGITALLLLLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDP >ROT89752.1 hypothetical protein DMP12_08385 [Gordonibacter urolithinfaciens] >ROT91295.1 hypothetical protein DMP13_07270 [Gordonibacter urolithinfaciens] MGKLFFCEVMGHLECLVGLPPEAYLDLMAEGFGPEEVGLTVRRAGDGGFFKGDPPVRMWGELLVAKVDGAEKYQVRISGAEVKRLQAAGYRDLDEVRVGFEKLPHTSPSRELCPDDFDVNR >WP_102848179.1 carbohydrate ABC transporter permease, partial [Burkholderia thailandensis] AIVGAAVVLGAVLGVPAAYAIARYPVRGKRDIQFFLLSLRFLPPVAVAIPLIAIWVDLGLYDTKLSMIVTYLLVTLSTITWLSIPVFRRLPREIEEAAALDGYGPYAVFWRVALPICASTLLGGIVFSFVLVWNELMIALALTSSRAATLPVVASAFTSLGQEVPWGVINASTVLLALPPLVFVGMLSRLLNSMLKGR >RMO68303.1 hypothetical protein ALQ36_04893 [Pseudomonas syringae pv. primulae] >RMU30559.1 hypothetical protein ALP30_04447 [Pseudomonas syringae pv. primulae] MAHDEQSQGRVLIQTGVFRQITREKRWFWPIGRFLRINRYTVVQHRDARRRALMTEQTKAVFQALVHSTFDNPSFSA >MBN1133474.1 chloride channel protein [Methanosarcinaceae archaeon] MQDKTLYKRILDQIHRWITNESTISNSLAVLIGISTGFVIVIYDRLLEASNHIFFGSVAGHPHYYMIFLPAFGGLLVGIITYIFVKKKRCDVEEVIEASALHGGKLRVKKAFLEVLLSIISIGSGGSVGKEVPGVLAGAGIGSAIAQTFKISGNRLKVLLGCGASGGIAAAFNAPLAGVVFVVEVIFGELETKTFIPIVISSVFATLVSNFIFGIKPIEINYGLVSPFNESLLYLALGILAGIVSVSIIRFLYLLHDIFERIPVHSVLKPALGGLGVGIIGFLYPQIFGMGYDVISEVLTNKLTLNLMLVLLLLKIIAFSLTLGSGGAGGSIVPSLFIGAMLGGAFGTVVHTFLPIVTSEPGAYALVGMGAVFTGTARAPLTAILILFEVTMDYNLILPLMLACVISNVVSSSLHPQSIFTEGLKRRGFTISKGHEVDIMESMFVRDVMESNVQTISENESTGALVLLTQTSRHAGFPVLDADNRLVGIVTLQDMRDKVKYGELERKVGDIASRDPIVAYPDESLDIVLKRFALRDIGRLPVVSRMDEKKLVGVITRSDIVKSYNKKVVSKVHEKMEAE >WP_054919719.1 phospholipase D family protein [Pseudomonas sp. NBRC 111138] MIRRLLPFCLLAALALGGCATVDTPRIPSDALPAKDSSFGRSIQAQAAPYQGRSGFRLLPNSSEAFMARAELIRNAQTSLDLQYYIVHDGISTRMLVDELLKAADRGVRVRILLDDTTSDGLDQIIATLAAHPKVHIRLFNPLHLGRSTGVTRAMGRVFNLSLQHRRMHNKLWLADNSVAIVGGRNLGDEYFDAEPNLNFTDIDMLSVGPVAEQLGHSFDQYWNSALSKPIDDFVSNKPSKVGLAVARGRLEASLAQSRQQNHALYNRLRTYQTQPRMDLWRRELIWAWNQALWDAPSKVLAKADPDPRLLLTTQLAPELAGVSHELIMISAYFVPGQPGLVYLTGRADAGVSVRLLTNALEATDVPAVHGGYAPYRKALLEHGVKLYELRRQPGDPSASSGPHLFRHGSWRGSDSSLHSKAMIFDREKSFIGSFNFDPRSVLWNTEVGVLVDSPELAEHVRNLALEGMAPALSYEAKLQDGQVVWVTEDNGQMHTLTREPGSWWRRFNAWFATSVGLERML >WP_014812045.1 ion channel [Desulfomonile tiedjei] >AFM26925.1 K+ transport system, NAD-binding component [Desulfomonile tiedjei DSM 6799] MTFYVLIRKFLVNRKTRRVLLTLGCLFLILLCSMAGIYYLEQEQSLSLFDSFWLSVVTMTTVGYGDIAPRTHGGRIFMTLVTMICGIGVMAYLVSLIATRVIEREFKTMSGLVDLDCTGHILIINCPNEEKVHAIIDELRVDNRSYEVPIVLISDDFPECPDQLFRRKNFFFVKGNPLLRRILDRANAREASQVVILARDPKDGHSDGLTTQVALALENMHRSIGKKLYIAAEAVNRDSVEPLRTAGVDDVVCLENLVPPIIVQSILDPGIPEVISQLSSKLKEHHFYVGAIPKHAPKLYGAVRKRLQQGDDLRVIPVGILRDGKSMVNPPDTLELTENDRLVYIADTRQWLQDLLVDDTEANVV >MCM2350719.1 peptidoglycan-associated lipoprotein Pal [Bacteriovoracaceae bacterium] MFTRAFFTTLMVGLLAVGCASNKPKNAQDDAALGANGANNGLTLELNGDSDSNKAGGLQTVYFAFDSSNLDADTKEAVKVNAEFLKSNANVDIQVEGHCDERGGRQYNLALGERRAKAVRDYLVALGVESKRISTISYGNERPKAEGNDESAWSQNRRANFVVTAK >GGU95879.1 vanomycin resistance protein VanB [Streptomyces litmocidini] MIATGVVAVAAGGLYVAGLAATGDDISAGTRVDGVDIGGMSRAEARARLTAAAPASWKAPIPVRVGDRAATVDPASAGLTVDVAKTADLAADPSRDPFTVIGRLFSSHEREIRPVLAYDEAKTRAAVADLAERNDRAVREGSVAFRDGKAVATRPVTGSKLDTDRAAESLRAAYPVTTGAAAVTLPVSVTEPKLPATEVSRFLDAYAKPAVSGPVTLTAAGQRLRISPYTLADHLSVKNDGGRLTAALDEQALRRDPDVARPLASLTNAPVEGSLGVRDGKVVVESEGRPGHEVTAKALGDAVRPLLTRTGEAARTAPVATTVTEPGLTSASLARLGITEQMSTFTVNFPTAPYRTTNIGRAAELINGSLVQPGEVWSFNKTVGERTPDNGFVDGTMILDGSYRSAPGGGVSAMATTVYNAMFFAGVQPVEHGAHSFYIERYPAGREATVAWGSLDLKFRNDTGKPIYIKASATDSSVTVSFLGTKKYDSVEAVAGPRTNITQPAKREGTGKACVPQTPLEGFDISVDRVFKNDGVEVKRETYKTHYTPRDEVTCVPTAPEGEGH >EDV4701861.1 autoinducer 2 import system permease LsrD [Salmonella enterica subsp. enterica serovar Hadar] VGFLQQGLQMAGVPNQISSALSGALLIVVVVGRSVSLHRHQILEWYSRRRNAHQA >WP_060883568.1 alpha/beta hydrolase [Streptomyces caniscabiei] MDGLSEVGSTGTAASAAQIYYEEISASSWGETGGGGAKVPTAVLVSAHDVTVRGWAERDHDIVRWTELDRGGHFLSLEAPEAFVEDVREFFRDLRSR >NBC28176.1 hypothetical protein [Bacteroidota bacterium] MKHLTKKQALELLPLVIDDEASEPEKVAFFKYIQTDQEVKKKYESLLLVKQLLKTKYSPKKAPEHLKNRISDLIEDMEWETKESSKVDNDIRPIHTDTQHQESSDDPPSIFYRLLTPARYIAAASVIFIFSLLTIELLEKSSEGQFQSIYDVEEMALSHFNTGNHVTASLATYQPTSSEHASTILQDEYSLQLRLPKIEGATLRRVFYTTFADGYTTPVLEFHQKEINETVHVFAFRVDDLEKRNKIKRDPEAVKICKSYKDYHIKNIDGKHVVSWKWGDYWYTAVSNHNGNDLIALVEPTERASDRTTESSW >WP_219484458.1 DNA translocase FtsK [Prevotella melaninogenica] >MBW4724000.1 DNA translocase FtsK [Prevotella melaninogenica] MAKKKTEHKRKTFTEAIGLNNIINDKTGFIAGLILLCVAIYICVAFFSYFSTGAADQSLVTDLRPGEVENTSRVFQNVCGSLGAIISYGLISRCFGIPAFIIPAFIALCGLRMMGAYKKLNLTKWFMGMALVMIWSSITFAKALTPLMGDQVYNPGGDHGAFCVQYMENLVGTPGLIAILVIIMLAYLTYLTSETITVVRKMINPFGYIRDKVKFTVVHDSKGDNTENVYDDEVVIEDEPVEPAEYVDPTLAEPIDLPTEPAIVPQEPDSLYSPNGSDKAKNTVEKEGPGFEVEEEKVEEKANSKTLANNNLPLTPINPREPFTKWKFPSLDLLKEYTSDSKTNYVSQEELEANKDRIIKVLNDFGVQIRSIRATVGPTITLYEITPAQGVRISKIKNLEDDIALSLAAIGIRIIAPMPGKGTIGIEVPNAKPNIVSMFSILNSRKFQDSTMELPIALGKTITNEVYMVDLAKIPHLLVAGATGQGKSVGLNAIITSLLYKKHPNELKIVLVDPKKVEFSVYSPIAKPFMAAVEENEDEPIITDVQKVVKTLKGLCVLMDERYDLLKAARVRNIKEYNQKFLRHELNPEEGHEFMPYIVVIIDEFGDLILTAGKEVEMPITRIAQLARAIGIHMIIATQRPTTTIITGNIKANFPGRIAFRVGAMMDSRIILDRPGAQQLVGRGDMLYLNGADPVRVQCAFVDTPEVENITKFIANQPGPVRPLEIPEPLSEDEAGGGGALDTHNLDPLFEEAARAIVISQQGSTSMIQRRLSIGYNRAGRLMDQMEKAGIVGAAKGSKPREVLISDEVSLDNMLTILRG >WP_254218450.1 flagellar protein export ATPase FliI [Burkholderia multivorans] MTPLERELARASRGPDAFDDTHETHDTHDTHDTHDAADAHAAPAADRAAQRTSSAPDARRAPHNPHLAHWREHLHALSARSQRALPLRPCGRLTRAAGLVLEAIGLRLSVGAECTIELPPGSTLPYAEAEVVGFSGERLFLMPTTDVAGVLPGARVWPLERAPVADPLAGAKRLPVGWEMLGRVVDAAGRPLDGLGPLASKVDAPLSAPSINPLDREPIHHVLDVGVRAINALLTVGRGQRMGLFAGSGVGKSVLLGTMARYTSAEVIVIGLIGERGREVKEFIEQILGEDGLARSVVVAAPADVSPLLRMQGAAYATSLAEYFRDQGKHVLLLMDSLTRYAMAQREIALAIGEPPATKGYPPSVFAKLPALVERTGNGPEGGGSITAFYTVLTEGDDQQDPIADSARAILDGHIVLSRALAEAGHYPAIDIEASISRAMTALIDDTHLDRVRHFKQMLSRYQRNRDLIAVGAYAPGRDAQLDRAIALYPRIEAFLQQGFRECAPFASSLAALDALFDS >UBY07556.1 NBS-LRR disease resistance protein, partial [Dasypyrum villosum] MATAGAVVDRLLCRLASDARRSELPSGVDEHVAHLWRTLLGLQDVLASVERYFRVRTEVQDWMAKINQIVYDTEHLLDEFEDQNGIGSERTGCITKATSLCSSCPFFLYDTRVNRMKILKKRLDLLARDSVVFSLMQHPKSDLEQSDIQEEFYSATIVGRNIGLVGLGKTTLARLIFHDQGEGWNFDLRIWINLNRKFDLKNIAADIISQANGTKEGPSEINTNIQIHENLQLLKNCLQKTLHDKRCLIVLDDLCSIDKSQLDELKEMLRHTNKWIKVLVTTSSETTAELMHTFPPYKLFPLSEDDCWEIFSEKAFGDGGTVNACLKKIGKQIVKRCNGIPSLAHFLGSVVHNQVMDVWLAARDEPISKLESTYSMEVKVFSSLNQIYYDMPSALKLCFLYLSVFPKGFIIDKEKLIRQWIALDIIGSKHGTLPSYVQAEMYIQDLLSIHFLQVRKTHSVNGMEISTSPTTLYMHNFVHEFARHVASSDIIILDDREMNDNAKEFSFQYALLTHYKGQSTLCSALLTRARALHFLNAEAIKLHREAFELLKHLRVLNLSGSCIEEIPISIGHLKHLRYLDISGLKVQTLPSSMSTLINLEALDLSNTSLKELPSFIGSLEKLKYLNLQGCGILQNLPATLGHLQTLEHLRVSCRYDIGELSDSLCNLQDLRFIDLSSCTELPQLPPSFGNLMKLEDLNLSSCFNLKQLPESFGNLYFLRSLNMSSCYELEQLPGSLCNLVKLEVLILRRCHRLQNLPPSFGDIENLRFLDLTGCEALHVSVGMLTTNLEYLNLQQCLKLPTRPNCLNNFTGLKYLNLSQCLPTFDCLQSLGYLFNLEYLNLSQNPLVIPVSFVRLQKLHTLDLTGCALEHPSHSLPQMFLDIIPKMTGLKFLLTKDPVIVACLPPYIRCSVRFDEIWHIATDELVITDLTRGSTGLSIAESANLKNRPELRFLKLEWTNTSHPAVRGVHEDLGEEVLEKLQPHQSLEHFELVGYSGFAWPTWMMNNMVTLLPNLVRLHLLCLGNCKDLPPLGQLINLRHLHIEDMPNLVNLGMGLSGGTQPFKKLIHLKLETLLNLEELPILLLMNNGNQQFMFPALEELSVLSCPNLMFKPSLPKCRKYVIKDSNRILSLIDACVGDDGEAVISFEAPGVKCTQESSSSKIQYEKTNQSPSETRILNELTTQDDAYTNTRHVVDVDSSGWQSSGESSLKSLQQNPATTGLGTSIIRKLFPKFNTSSGQS >PAA85122.1 hypothetical protein BOX15_Mlig007975g1, partial [Macrostomum lignano] ELLCCQSLYHLSLSNNIIHTLPPSIASLTSLCELNLRNNCLIELPVELKACRYLHSLDLSSNLLECLPDELTDLVNLKHLLLNQCSIVKLPHCIGNLTSLCVLEVRDNNLKLLPESVGRLDRLERLDVGENQLESLPESVSLLPCLTDLCVDHNRLGRLALSSAALPHGNRQSVLFPSLQQLDISSNRLDFLPNQLGGCPQLTDLDASSNRIAELADSSLPASLRCLRIGDNRIMRLQFNCDSSGGGSFRCFSLCELHVAKNRLDELPAGLGRLHQLELVYCDSNRLKRLPQAIGTCRSLAVLSARDNRLKLVPDELGRLASLRVLNLSGNHLRCLPISMLRLPQLRALWLSDNQSEPMPRLQPEDIASRCGPIRVLTCYLLPQLSAGDRPTQTRDDEVASKAAALLMLNSSDKTRQPPTPPPRSRAAVVHFLASASEPSTGQSLPKDLPERRPRRRLLMQQRQAGDLQDDDSVQKESLESSAPESSAEPSVYCNIAAANCVTSEEAITNTQVSCPCAQSDPSDAYEIPIRSNESNSSIVRHSVDSGFAPPLLSAYQSVPNSSIKDQSAPRSSTYEILPPSPKYQSVPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSSNHQSVPPSPNHQRMPPSPNHQSVPPSPNHQRMPPSPNHQSVPPSSNHQSVPPSSNHQSVPPSSNHQSVPPSPNHQRMPPTAKHQSVPPSPKHQSVPPSPKHQSVPLFLANQSAPQSPSAVNPVGHIDGSIACESHRSAFRPFISNRSLPQFPAYQAVPLLLTATNLHQQHRRSVASAASQTGEDSSCGISGGLVYDRNTGLPMPANPPPPLRRPLRCPSAIASSRPSQLQLQ >WP_250740298.1 hypothetical protein [Streptomyces sp. G1] >MCM1966878.1 hypothetical protein [Streptomyces sp. G1] MTLAHGIGSQHDLPISPFYAFAGAFTALFVSFLALGLLWSASRFRGDRSGVALPAGLQRVADAPATRTALRGLGLAASLAVLLYLLLGPDDPARNPAPGAVYVLLWVGLVPASLLLGPVWRLLNPLRTLHRLLARLAGRLRTARPAAAVAAGAAKTAARSPRSPRPPAPHLAVVPDSPGMDSPDVDPLGVDPPGPEPRSHRPLPARLGQWPAAAGLFAFTWLELVSPDPASTTTLLIALTGYAAVQLLFAARYGERWFADGDAFEAYSALLARLSPLGRRSDGRLVLRNPFHGLDATPERPGLVATVCVLLGSTAYDGFSDNPSWINAIQTSPLGRTPAATLGLAGAIALVAALYCLCAAVTRLVCGPHPGPLTAFAHSLVPIALGYLVAHYFSLLVTEGPRTVIMAVGTDNAPEPLSPLDPGGLAALQVIAVVTGHVLGVIAAHDRSVRLFPPAKAVAGQLPLLALMITYTVGGLSLLLN >XP_029957910.1 ganglioside GM2 activator isoform X1 [Salarias fasciatus] MKTCCTVMASLLLAAVFTLVSCSSATMKRVTNARLSSFDWKNCGKPDAPAVLSSLTISPDPISIPGDLTASASGSTTVALTAPLAVNVTLEKEVAGFWVKIPCVEELGSCNYENVCDLLDQVIPPGQDCPEPLHSYGLPCHCPFKSGTYSLPQSDFYLPYMDLPYWLTNGNYRVQGVLGEGGQELGCLKVALSIHSD >WP_261066330.1 membrane protein insertase YidC [Streptococcus mitis] MKSIKRFALSAMGVAMLLVLTGCVRVDKATGKPIGFIWNTIGAPMAEAIKYFATDQGLGFGVAIIIVTIIVRLIILPLGIYQSWKATLHSEKMNALKHVLEPHQTRLKEATTQEEKLEAQQALFAAQKEHGISMFGGVGCFPILLQMPFFSAIYFAAQHTEGVAQASYLGIPLGSPSMILAACAGVLYYLQSLLSLHGVEDETQRDQIKKMAYVSPVMIAGFSLISPASVTLYWVVGGFMMILQQFIVNYIVRPKLRKKVREELAKNPPKASAFSTPNGRKDVTPEQPTAITSKKKHKNRNAGKQRSR >EIN6894283.1 hypothetical protein [Escherichia coli] MKKSEVLGYFGGVVKTAAALGTSKTTVSMWGEEVPWKWALLIQAVTAGALKYELHI >WP_003976137.1 MULTISPECIES: glutamate ABC transporter substrate-binding protein [Streptomyces] >EFD69225.1 sugar-binding protein [Streptomyces lividans TK24] >KKD15004.1 sugar-binding protein [Streptomyces sp. WM6391] >BDE39441.1 sugar-binding protein [Streptomyces lividans] MRAGRLRTGLKGWGGVGAMAFACVLAVLAALLLPAVPWHGGGGGGGRDGAADDGHGATHGSQARAAQECTDPEKQTLAPSGDDGPTIDRIRAREGEKRKLIVGVDQNSFRWGYRDPNSGGDAELEGFDIDLAHRIAKDVLGDEDAVQFKAIPTDQRVPAIQDGRVDMVVRTMTINCDRLEDVAFSAPYFRTGQQVLAPKSSKITGYDGTLAGKEICTAAGSTALSTLEQDQKDGRLAEGVDLRTTVPNQLDCLVRLQLGEVDAVVTDGALAASQAAQDPTVELKGDAFTTEYYGVAMKKDADDLVRRVNRVLEQWRADRADGWQHSYEEWLSETMDDPAKSLPPTPQYLRGS >CAF9903004.1 hypothetical protein GOMPHAMPRED_000060 [Gomphillus americanus] MSQQHTVGSAILRFWQRSYAADYVGLTILTAGLLLIELFITPFHRLFSLSDLAISFPYAEVERVPLLLLFVYAFAIPLAVLVVYLLGSKAQSHKIHVTLLGLVISLVLTAFLTDVFKNAVGRPRPDLLARCQAEKGTESVKLVGVDVCTQPSHHKLHDGWRSFPSGHSSFSFSGLGYLALFFAGQMHVFRPRIDLARTLVALAPLVGAALIAISRCEDYRHDVYDVTVGSLLGFLVANFVYRAYYPALRAVHPDVPYPVRSESLETKRHAKVRDEEAVRVSRGGSREVRADERLLLRGRSSDRE >WP_028211029.1 hypothetical protein [Paraburkholderia mimosarum] MAAFAARAGAARAAEAAIDLFRVPGSVRLVDSVPDERAELATVAFVTLLVGSVEPLPVAFFPPVVFAIAIPPLLDN >VTR17913.1 Transcriptional antiterminator [Serratia fonticola] MGHSSPRLLLDKRLMDVPHSASASSRLLVDALFGQQEYLDISSQPLEQLKQHLSALSSEQDSDLFYTYLTREYVNLRNSNVPPQETLSILKNKLRTIFEYGLYSRNGGESEERYYGGQVEQRITLLIGCIEQVLGFPLPQNMAGHLRKHLLALLSYVQKGLIPNLYSSSLILDYCKDEYDNANQLCRKINEIFHIQCPSTEIVYLCLFLKECRSFRQRKEVNPDCGAMLIGHGTTTASSMAHYVNRVLECELFTAIDMPFEQSVHDTLELLIATLREKRYQRLILIVDIGSLVHFASTVSKLFHIDVLLIQNITMGALLEIGLDLTYETSDFAPLMQLMASKGIAHQLYDQREDETGKVLAISCITGMGTAVKIKKVLEESFGELMAEDTRMVLVDYNEVRSLERLRQAIGGNERLVGSWAPSSLACRIFRLSRWKSCSPNRGRNWCSAC >WP_155560674.1 ABC transporter permease [Staphylococcus aureus] >MUH17730.1 ABC transporter permease [Staphylococcus aureus] MHKFWATFSLTYIKKIKAKSFVIFMIIIAALMIGLSNIDKIINMFDDGPDKIGVAAPNEQIYKVFKQQSITFHSDAKFTKVSIEDAEKEVKKHKLDKAYIIKVNQNRTLQGTIISEKRVSHEDSQKVQALLTAIQTNMVAGELNINKEDLQKLQAQSKVDNKVISNDEVDKVSEGQKIFNYALAYGIIFLMFFIVLNYASQIAMEIASEKTSRVIEMIITSISPIQHIFAKILGVIAVAVTQIILIVLMAVICIFAFDLKDLLQGFNVEMNQLSWQIIIVGIISSIVGIMAYVLLAAILGSLTSRIEDLNQSLMPMTLLGMIAFYIAIFTINNPDGRLALITSYIPFLAPFQLVVRAQTSGLQIHEVILSSLISIVMVAVLIWIAIKTYKDSVLTFERGLFNSLKRVFKK >MCI5849734.1 2-hydroxyacyl-CoA dehydratase [Lachnoclostridium sp.] MSFDKLTMGIDIGSTTVKIAIINPDDNNKILFSDYRRHFANIQQTICDILKDADKITGDAETGIVITGSGGLAISSHLNVAFVQEVVAVATALEYYAPKTDVAIELGGEDAKIIYFTGGLEQRMNGICAGGTGSFIDQMATLLKTDAGGLNEFAKDYKAIYPIAARCGVFAKTDIQPLINEGATREDLSASIFQAVVNQTISGLACGKPIRGNVAFLGGPLYFLDQLRAAFIRTLNLTDDEVVFPENSHLFAAIGSALNYNNTKRMKLSELRSLLSGRIKLEFEVARMQPLFENKQEYDDFTYKHGKHHVKKGNLASYKGNCYLGIDAGSTTTKVALIGEDGSLLYSFYSSNNGSPLKTTINAMTEIKQLLPPDVNIAYSCSTGYGEALIKSALMLDEGEVETVAHYKAAAFFNPDVDCILDIGGQDMKCIRIKNHTVDNVQLNEACSSGCGSFIETFARSLNFDVKDFAKVALFARNPIDLGSRCTVFMNSKVKQAQKEGAQVADISAGLAYSVIKNALFKVIKLSDARDLGKNIVVQGGTFYNDAVLRCFEIITGCDGIRPDIAGIMGAFGAALIAREKCEGKKTTMLPIDDIINLKFDTSMVRCKGCTNSCLLTINRFSGNRRFISGNRCEKGIGLEKNKDNIPNLYEYKNKRIFDYKPLEENEAKRGVVGIPRVLNMYENYPFWFTFFTKLGYRVVLSPESSRKIYELGIESIPSESECYPAKIAHGHVTWLIKQGIKYIFYPCIPYERKEVSDATNHYNCPIVTSYGENIKNNVEELKSGDIKYQNPFMAFTDKKVLTKRLVEFFKAENDIPVSEIKAACNAAWEELSNVRKDMEKKGEEVLDYLAKTGRKGIVLAGRPYHVDPEINHGIPDIITSYGVAVLTEDSISHLGTVDRPTIVMDQWMYHSRLYKAASFVRTTKNLEIIQLNSFGCGLDAVTTDQVSDILTGSDKIYTVLKIDEVNNLGAARIRIRSLLSAIADRDKKHIEPKVTDAAHHRVVFTEDMKKNYTILMPQMSPIHFDLIRNAMASCGFNVVLPPSDKDAIDVGLKYVNNDACYPSVIVVGQFMKALLSGRYDLDKTALIITQTGGGCRASNYIGFIRRALKKAGMEQIPVISLSAGIEKNPGFKLTLPLANKVMQALVYGDLFMKLVYHTRPYEKVPGSTNELHKKWQEKCLKDVTDGNFSTFKNNVTQIIKEFDELPVNDIIKPRVGIVGEILVKFHPLANNNLVDLLESEGAEAVCPDLIDFLLYCCYNANFSHKNLGKSLKTQTVSNFLIKLIEKYRKTANIALAQSKHFEPSAKIEDLAKYASPIVSCGNQTGEGWFLTGEMIELIHAGVPNIVCTQPFACLPNHVVGKGVIKELRARYPESNIVAVDYDPGASEVNQLNRIKLMLSTACKRIKGE >WP_182221967.1 MULTISPECIES: hypothetical protein [unclassified Colwellia] >MBA6378989.1 hypothetical protein [Colwellia sp. BRX10-7] >MBA6386596.1 hypothetical protein [Colwellia sp. BRX10-2] >MBA6401097.1 hypothetical protein [Colwellia sp. BRX10-5] >MBA6405712.1 hypothetical protein [Colwellia sp. BRX10-1] MNRILIPIVILFVWLSQAGSSSLKNIEYAEIVSELSRTSELGECKISVDITRSWPFSWTARSASINVKSQDVALTSFTSKFNAPDRSFLKSHNTNYHFTWSRQLRDRLVASFVDVEIQPNGSVYAVTIGNCPNYADNNELIGKLEYCNSPVQVIKCT >MBO1682517.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >MBS5694965.1 pro-sigmaK processing inhibitor BofA family protein [Lachnospiraceae bacterium] >NSI88915.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >NSJ03693.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >QRO38967.1 pro-sigmaK processing inhibitor BofA family protein [[Clostridium] scindens] MPEQKPHILVNFLVRAIIGIAIIFFVNEFLASKGISAQVGMNPMTFLTSGVFGIPGVALLYGITFYQIL >KAJ5879340.1 hypothetical protein N7455_002805 [Penicillium solitum] MSIILEDNQPPGFVRLGPTWYHEIPFLPYGWETTNDRGSGSLKHAAMKALLQDQSALKPELFEYVPWYLAKYLWDALERCNKQTMHIWKIMTSVYPVQFHEVSPYYCLNAGYPKTPLRDYMGILNSDDFRWRAILTIATTYCTATDLATIPNIKNLVAMDVYSEPYSLNLAPVEPVRVSNDGMPLQDGFVRGWIESNALQHLRILRFYHQREMTIATLEALRELPELQLVVAYECKMITDTIQSYDRPANNIIPMKGWSACRLDWFWETHGTAKTIDDNLLALLHVYQSSLQTSGVEDSRRPSSLPTNLSILEFKLPTADHSRRDRVVVRSRYNAKSIVLFTRDPVKQKLDIEEQKRAKEKKRSEPPERGDRPAKRAVMKDRGPMNISETLNQFF >MCB1269932.1 polysaccharide deacetylase family protein [Microthrixaceae bacterium] >MCO5317379.1 polysaccharide deacetylase family protein [Microthrixaceae bacterium] MSSLAERLGYGEEARILIINCDDLGMCHSANEGVYESLRDGVATSASLMVPCPWAREAAARYRGEDVGVHLTLTAEFELYRWGPCTRSPSLFGGDGGMAPTVAEAWDHADLDEVRRELKAQVERAILWGFDVTHLDSHMGTLQLRPEFFDVYLDLAVDFDLPIRLSGASTQEVVGFPFRDLAAEEGVVAPDHLVVTNGVGSRRVLERAVMDLRPGVTEVYVHPSTDHSEIRSFDPNWADRVDDHHLITRDSELRAAIERSGIVLIGWRELRDLQRRARSAEPAGAQP >MBF0266635.1 DUF3365 domain-containing protein [Gammaproteobacteria bacterium] MNQYNKPDPLDEMLVNEFNKNSSNVWFYSIRSLKRIAIINAIIWLILILALIFWSLYQTYNKTYDIARNQARSLFTKDVIYRHWSASHGGVYVPVSDKTPPNPYLKNIKRRDVTTTDGQTLTLINPAYMTRQAHQLGDELYNFKAHITSLKPERPENKADDWEKNALLKLKQGEIEFFQKTQFLGKEYFRYIQLLRVTQPCLSCHETQGYKVGDVRGGISVSLPAEPFMFSMHQENLTTIISFSLLMMVGWLGIILAYRKVKDFVLIQNLYRSWLIEHSDTQRVLKQIMDISLNDNDLEKILAHVLDKILTVSFFKLSQQGGIFLVKNNELHLTVQKNLSDELVRQCQQVKFGQCLCGRVANSKKILYQSCVDDDHEIRYQGIDDHGHYIVPIVSNNELLGVMVLYLEPGHQESSNEVQFLENVSLSLAQLIMRKQTLEKVNRLAQIVEQSPESIVITNLEAEIEYVNDAFTKNTGYSFAEVVGQNPRILHSGNTSEQTYIEM >MBI3145102.1 F0F1 ATP synthase subunit beta [Pseudogulbenkiania sp.] MSQGKIVQIIGPVLDVEFPRDAMPRVYDALKLVDTDLTLEVQQQLGDGVVRTIAMGSSDGLKRGMAVVNTGAGISVPVGAATLGRIMDVLGNPVDEAGPVATDARRAIHQPAPKFDELSSATELLETGIKVIDLLCPFAKGGKVGLFGGAGVGKTVNMMELINNIAKAHSGLSVFAGVGERTREGNDFYHEMKDSNVLDKVAMVYGQMNEPPGNRLRVALTGLTMAEHFRDEKDENGKGRDVLFFVDNIYRYTLAGTEVSALLGRMPSAVGYQPTLAEEMGRLQERITSTKEGSITSIQAVYVPADDLTDPSPATTFAHLDATVVLSRDIASLGIYPAVDPLDSTSRQLDPLVVGDEHYSVARGVQTTLQKYKELRDIIAILGMDELSEEDKLVVARARKIQRFLSQPFHVAEVFTGSPGKYVSLRDTIKGFKAILSGEYDHLPEQAFYMVGAIDEAAEKAKSL >WP_224911464.1 calcium/sodium antiporter [Stappia indica] >MCA1299259.1 calcium/sodium antiporter [Stappia indica] MLIDYVSLIGGLVVLVVAGDVLVRGAVGIAERLGIPALVIGLTIVAFGTSAPELVISLGAALDGLPGIAIGNVVGSNIANVLLVLGLPAIIAVTSCRETGAIRNSAFMVLITVVFIAMCFHSPISRTDGIVLLLLLGLFLWDSVRATRKHRRENGRCADKSAEADCPKEGEEEVGELYEEVEGVPESPALAILFIALGLIGLPLGAHFTIAGASALASAWGVTEAVIGLTVVALGTSLPELATSLMAAIRGHSAVALGNVIGSNVFNLLAIMGITAVVVPLGVPQEVLVLDLWVMLASALLVLAFAAMHVTIRRPSGAILSLLYCLYIFVVFQFGQVG >WP_091131895.1 TolC family protein [Flavobacterium anhuiense] >SCY44641.1 Outer membrane protein TolC [Flavobacterium anhuiense] MNIKKTYCTVLILFFCFIQAKAQEVLTIEQAMTIALENNFEIKIAKNNSKINETNVTIGNAGMLPTATANITDNNSITNSTQVRQDGTSTSLDNAKNNSLNYGVSIGWTVFDGMKMFAKLDQLKELQKLGDAELKRTILVKIAQVNSAYYDLVQMQQQLAALDTTIVISNQRLTLAKNRFSIGKASKLEVLNAQVDLNSDQVALLRQKESYANGKILLNQHLARDPKIDFKVTDEVKVDNKLVLADLMDLAQKQNPGLEAQIINKRIAELQLKQVKADRYPTLRLTSGYNFSESQSSLGFTSETSSRGLNYGFNASMNIFDGFNQHRNEKVAKLQIENSQLAIEQQNTLLNTQLSTAFQTYLTNLELIDLEENNENIARQNLEITLDKFKIGTITTLDFRTAQLNYVNAKVRYSNAQYEAKLSEIALKELAGNINF >WP_076569469.1 hypothetical protein [Salimicrobium salexigens] >SIS46981.1 hypothetical protein SAMN05421758_101362 [Salimicrobium salexigens] MEDLYSSTLGTLERTFMPYGSEYQHYIDFQTFRDMKQVAKGKRPVYIDLDIEEIAEMKTRYIVDLSWKGVYMTVTVPLSSMFQATVEMYGKPPRLLIARLERINGREEDSLVPTSLKEEFTRKKGLGETLGDFATKLFLFLDSYLEHNVTGIREEGPPDNPVSEQAAEIFEGWVFPFAESDPELQADWRSLKKRTQKQFERIDKLDIEDQHALETMILKDVPVFLDSFSSLSPENKQKKKEELKETMEDLRKFIERLEAKEEETYTKNFARSKGIITTKYKDSGQEMFSSGEEDPY >MYM13983.1 TraG family conjugative transposon ATPase [Muribaculum intestinale] >TGY67634.1 TraG family conjugative transposon ATPase, partial [Muribaculum intestinale] ALVLPSEERRLKLIRQCRAFRAVVLDRASTPAEKEKAANKIEVYKKELYEASMLVKIDKQIDHIEEQKRRLKVRSLSFNSYYEFALERIPQITSLEKIHFDIRDFAAILKQFYRGGELEMTLNSDIDANLFDERFIVFEIDKIKDDPVLFPIVVLIIMDVFLQKMRIKKGRKALIIEEAWKAIASPTMAEYIKFLYKTVRKFHGIAGVVTQELNDVIDSPIVKEAIINNSDVKILLDQSKFKDRYDDIAAILGLTPIQKQQIFTINALNNKEGRNYFKEVWICRGQNSDVFGVE >WP_124336611.1 GNAT family N-acetyltransferase [Pseudomonas chlororaphis] >AZD73332.1 hypothetical protein C4K16_2972 [Pseudomonas chlororaphis subsp. aurantiaca] MTIRFAWRSSLLDDDFPAAAFEQLRNAVELATPFNRLAWLRGAEQALDPGQRLRVLLGWHGERLVLCLPLLHGRERKAGLPLQVMRHLGFPLSDRLALLVAEDALPAMPLALEEIRRELPHALLQLSELLAAGPTLASWRQHSWYSACAISCRAPEHLIVEADRQEARDKNLRYELRRAKKRCAEIDARVIRVNPDGEGMDALLDFIGAVEQASWKGADGLGIFSGAQRQRWMRSALRGLAADGCVRVVLLEHQGRCISYRLGLLERGRLYDYNIAFLPDYASLGSGRLLLDEWIRWGLDEGWQWVDASRVSLSRSSHQLHERMSGQVEHQRWSFYSRRPGGLLLGFADRLWQALKPHVKNWRERRAAHHQQESRP >OTI63326.1 hypothetical protein CAZ10_10895 [Pseudomonas aeruginosa] MIQRIVDLVPFTIGEIESFSSYCGYGLQSGERVGENWYSARMRGARKFLEYLWLFYEGQYSRNIQQLKAAKRLYERMDAGFKLYLKSPYKGDRKDKIGLTPELQVKFITIIDPDYSNKSNPWKSSKVKWRNYIFLLLLMLAGNRKGETLLLKLNDFQLTGRRKYFDILKNTDVINYPRAESPSVKTYGRQVELHDDFASLIEHYIVHVRKEFEGWQRSSYLFLSCRDGNPLSVQTPNSILNELILRHPEFSGLLSPHRLRNTFHDLLNQALDKKFKGASGLSRKIMKAPIQEAAGGWARNSDMPDRYSRGSIQAKVAGLQVLLQEEILRSQENKQ >WP_033456074.1 2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase, partial [Bordetella bronchiseptica] >KCV51224.1 putative dihydrolipoyllysine-residue succinyltransferase, E2 component of oxoglutarate dehydrogenase (succinyl-transferring) complex, partial [Bordetella bronchiseptica 3E44] SSTASGVASPAAAKILAEKGVDAASVAGTGRDGRVTKGDALAAGNAPAAKAAAPVAPPTLSLDGRPEQRVPMSRLRARIAERLLQSQAENAILTTFNEVNMQAVMDLRARYKDKFEKEHGVKLGFMSFFVKAAVAALKKYPVLNASVDGKDIIYHGYFDIGIAVGTPRGLVVPILRNADQLTIAEIEKTIADFGKRAADGKLGIEEMTGGTFSISNGGVFGSMLSTPIINPPQAAILGIHATKERPVVENGQIVIRPINYLAMSYDHRIIDGREAVLGLVAMKEALEDPQRLLLDL >KAJ0179631.1 hypothetical protein K1T71_005343 [Dendrolimus kikuchii] MKLSSELKSKRTILDEFLPIALTKTHLQIKVGLISFGERALLHAGAVNGEPQYES >XP_011231611.1 protein Tob1 [Ailuropoda melanoleuca] >XP_034496550.1 protein Tob1 [Ailuropoda melanoleuca] >EFB21689.1 hypothetical protein PANDA_015623, partial [Ailuropoda melanoleuca] MQLEIQVALNFIISYLYNKLPRRRVNIFGEELERLLKKKYEGHWYPEKPYKGSGFRCIHIGEKVDPVIEQASKESGLDIDDVRGNLPQDLSVWIDPFEVSYQIGEKGPVKVLYVDDNNENGCELDKEIKNSFNPEAQVFMPISDPASSVSSSPSPPFGHSAAVSPTFMPRSTQPLTFTTATFAATKFGSTKMKNSGRSNKVARTSPINLGLNVNDLLKQKAISSSMHSLYGLGLGSQQQPQPQQPSQPPPPPPPPQPQQQQKASALSPNAKEFIFPNMQGQGSSTNGMFPGDSPLNLSPLQYSNAFDVFAAYGGLNEKSFVDGLNFSLNNMQYSNQQFQPVMAN >KAH9773659.1 actin cross-linking protein [Citrus sinensis] MEVFAKSKAVKLRSHLDKYLVADDDQERVRQSRNGASSGKKATWIVELVENKGNVIRLRSCYGKYLTASNIPFLLGMTGNKVVQAVPEEKNMDWIFQWEPIRDGFQIKLKSWCGKFLRANGGTPPWRNSLTHDEPHTGSTKNWILWDVESVELPETGSFLEYLSSVSSFSSVSDDVLDVLSDGALGSAPGSPLSAVSPIKRSRFSLLSPNKTVPKSKSNGIQGGMEFFHNAKAVRLRSHHDKFLIAEEDEESVTQDRNGSSKSAKWTVESVPGSQNIIRLKSCYGKYLTASNQPFLLGMTGRKVIQSVPGRLDSSVEWEPVREANQVKLKTRYGHFLRANGGLPPWRNSVTHDIPHRTATQDWILWDVDVVEIQVHSPSPSPTGQQQAPPPPSISHSDSLNSYSSSPSSVPINSGKFSRQESNDSYVGSPPKSEGRTIYYHMADETGEVDDDSLQGFAMTFKGNGVDELTQKLREELGIQDIVVCTRSPLNGKLYPLRLQLPPNNSDMHVIVVPQSSKGRSWNAVHLWVPGTSIVYQVYKLLVLHQQFTHDRVLGLHSQKAFKIVEKLIEQN >MBG4284514.1 4-hydroxythreonine-4-phosphate dehydrogenase PdxA [Pseudomonas aeruginosa] MNAPSLPRLAMVLGDPAGIGPELIARLLADTEVREKAHIVLIADEAEMRRGMRITGCEFPYRRIDALETLDFADATPLLHPWLSQGGDEFPRSEASAVGGRYSLETLALALELTRSGRTDAILFGPLNKTSLHMAGMDHSDELHWFAERLGFGGPFCEFNVLDDLWTSRVTSHVALAEVPGLLSQERVGEAIRLIDDALRRSGLARPRSGVCGLNPHNGDNGSFGREELDIIAPAVQKAREQGIAADGPYPADTIFLKVQGDARAFDAVVTMYHDQGQIAIKLMGFSRGVTVQGGLPIPIATPAHGTAFDIAGQGRADVGATRQAFEIACRMGRRKA >WP_232923125.1 UvrD-helicase domain-containing protein [Pseudomonas amygdali] >SOS39783.1 helicase UvrD [Pseudomonas syringae] >SPD82323.1 helicase UvrD [Pseudomonas syringae] MPPRQLPFFRRLLSRLMGRGLTALGSQHTPSWFQGHADGYLNGHIEGVREGYADGYLDGEEAARQVLVINDTRPVRHRGPRVDDHLFDDWRLALTPELKKRIKADVAEKLPAHAQPSTAQWKMIFSDTPSTYVIAGAGAGKSTSLVLRILLLHHYLGFELNAMTVVTFTRESRKDFIGKLIEVMALWGHVTGQKQARDLVRTFHSRILPLVRSLPGFEQLRAFENLSSQSSGLEEADSNPFDLRINDAQRQQLNLCYRDLYAGNERFREVMAPLYRHALQLKELDRDHPDVQKRVAVTELSSKRDEEWCDTVEDLWIRAGAWPIKGIEPMRQTVEINGFSFCFHGYIAELDAWVVLGLDASEDQQLKRPGAKLPVWAEGVIKRTLFQAFCSKPLIWLDNYQSASKLLQSLAGDAVAGPGFDYRVKGELGAAPLLDCFVTAASFIENLGLDVPNAVSEMSFASDDPDRFFFEALSLFWKAFETHLLAQSPPIMTYNRMFALFGETSPENLKHVSDQMLRPLSHLMIDEFQDVSPQIVSWIRASLREIRRRGPALHTGRIAQHSSLLCVGDDWQSIYGWRGSSPKYFMEFAREFSSPATTRVMLSDNFRSHQHIIDAAEHIVRAAPAIAGKKARASGMPQELLPVTVLDRDEDELAERVAEHYNDGDSILLLYRKGSEKSRFSERLQALIDADAAMGAQGRRIRTLTYHSSKGLQADAVFLLGDCQHLTVSPYKNQVYRLAGLGDASDLQPFDTAQKDEVLRLAYVAITRAARHCYWYIDQGTGGGESAQMPKASDRIAQDKPFFEDLRGKVRTG >QJX39053.1 envelope glycoprotein [Human immunodeficiency virus 1] MRVRGIQRNYPRWWIWSVLGFWMIYNVLGSLWVTVYYGVPVWKEAKTTLFCASDAKGYEKEVHNVWATHACVPTDPDPQEIVLENVTENFNMWKNDMVDQMHEDVISLWDQSLKPCVKLTPLCVTLNCTDINSTDVSSNSSISSMKNCSFNATSDLEDKKQQQRAIFSALDVVSLGNSSYRITSCNTSKIAQACPKVSFDPIPIHYCAPAGFAILKCNNKTFNGSGPCNNVSTVQCTHGIKPVVSTQLLLNGSLAEGEIIIRSENLTNNAKTIIVQLNKSVEIVCVRPGNNTRKSIRIGPGQTFFATGDIIGDIRQAHCKINESKWNDTLQKVSKKLQEYFPNKTIEFKPSSGGDLEITTHSFNCRGEFFYCNTSKLFNGNGSDSTSNSTSNSTITLQCRIKQIINMWQGVGRAMYAPPIAGNITCKSNITGLLLTRDGGNDKINKTEEIFRPGGGDMRDNWRSELYKYKVVEVEPLGIAPTKAKRRVVEREKRAVGIGAVFLGILGAAGSTMGAASITLTVQARQLLSGIVQQQSNLLRAIEAQQHMLQLTVWGIKQLQTRVLAIERYLKDQQLLGIWGCSGKLICTTNVPWNLSWSNKNYEEIWDNMTWMQWDKEINNYTSIIYRLLEESQIQQEENEKDLLSLDSWGSLWNWFSITKWLWYIKIFIMVVGGLIGLRIIFAVLSIVNRVRQGYSPLSFQTLLPNQREPDRLGRIEEEGGEQDRDRSIRLVSGFLALAWDDLRSLCLFSYHRLRDCILIAARAVELLGRSSLKGLQKGWTTLKYLGGIVQYWGLEIKKSAISLLDTIAIAVAGGTDRIIEILQGICRAICNIPRRIRQGFEAALQ >XP_047670625.1 CLIP-associating protein 1a isoform X5 [Tachysurus fulvidraco] MEPNMEYCLAQVLQKDVGRRLQVGQELIDYITDTEKSHDLEQDQTALDKMVDGLASSWVNSSNFKLALLGIDILSAFVTRLQDRFRTQIGTVLPSLIDRLGDSKDQVRDQDQTLLLKIMEQAANPQYVWDRMLGGFKHKNNRTREGVCLCLIATLNVYGAQGLTLNKIVPHICNLLGDPTSQVRDSAMSCLVEIYRHVGERVRVDLSKKGLPQSRLNVIFARFDEVQRSGNMILSSGSDKNFDDEDSVDGGRSSSSTSSKGFSSSRRGGSMGSMRRPSSASAPRAAGKEGASAGAVDEEDFIKAFEDVPTVQIYSSRELEDSLTKIREVLSDDKHDWEHRVTALKKVRSLLLAGAAEHEGFFQQLRLFEGAFKLSVKDLRSQVVREACITLGHISSLFGNKFDHGAEAIMPTLLNLVPNSTKVMATSGVVAIRLILRHTHYPRLIPIITSNCTSKSVAVRRRCYEFLDLMLQEWQTHTLERNVSVLTETIKKGIHDADSEARSIARKCYWGFHGHFNREAEHLFQSLESTYQKAIQSYLKSSDSIVSLPQSDRSSSSSQESLNRPLSVRSVIGGSMTRSKVVSSRAPSTPSSLQRSRSDIDVNAAASAKSRMPAVPSGPSPSPFSSAAALPPGSYASLDGTPGKIDGRVRTRRQSSGTAVGANSTVTDSRGRSRAKVVSQSQRSRSANPTGAGSRSSSPGKLLGHTYGRVPRTTAVASTSSDKRARVPRSQGCSRETSPSRLGIARSSRIPRPSMSQGCSRDTSRESSRDTSPARGFTPLASRRHSRSTSALSTAESVAQSDRFGLIHQARISASVNAMRVLNTGTEVEAAVADALLLGDSRNKCKPMRRRYESPGMYSDDDANSDASSACSERSYGSRNGGIPHFLRQTEDVAEVLNHCASSNWSERKEGLIGLQNLLKSQRVLSRVEMKRLCEIFTRMFADPHSKRVFSMFLETLVDFVTVHREDLQDWLFVLLTQLLKKMGADLLGSVQAKVQKALDVTRESFPFDQQFNILMRFIVDQTQTPNLKVKVAILKYIESLARQMDPADFVNSSETRLAVSRIITWTTEPKSSDVRKTLHNWASEEFSGRPNTTSMLSGEGNLEERCKQAAQVVLISLFELNTPEFTMLLGALPKTFQDGATKLLHTHLKNSSSTSGVSSPSNTIGRTPPRHPSSRTSPLTSPTNSSHTGLSPSMLEYDTENMNSDEIYSSLRGVTEAIQSFRYRSEEDLNEPIRREIKKDDGVGQETASPGSDSRLGLDIVEGGRTALDNKTSLLNTPSPRSFAGPRTREFAPYVYGDTIGGYDKSALKEAVFDDDVEQFRDCRRQECSENKMVLSKGFAPDLVADLLKELSNHNERVEERKGALVELLKITREDSLAVWDEHFKTILLLLLETLGDKDHTIRAMALRVLKEILRIQPARFKNYAELTIMKTLEAHKDSHKEVVRAAEESASTLAGSIHPEQCIKVLCPIVQTADYPINLAAIKMQTKVVERIAKDSLHQLLPDIIPGLLQGYDNTESSVRKASVFCLVAIYSVIGEELKPHLAQLTGSKMKLLNLYIKRAQTTNSNSSSSSDVSSHS >HIZ23242.1 homoserine dehydrogenase [Candidatus Blautia faecigallinarum] MSDKMINAALLGLGTVGGGVYKVLKNQESEMEAKLGSKVQIKKILVRNLEKAAAKVEDPSVLTNSWEEILNDPSIDIVIELMGGIEPARTYILAALNAGKHVVSANKDLIAVHGKELLDAAEANHVDFMFEAAVAGGIPIIRPLKQCLAGNHMTEVMGIINGTTNFILTKMTQEGMEFSEALDLASRLGYAEADPTADVEGLDAGRKVAILASVAFNSRVVFDDVYTEGITRITSKDIRYAREMGCDIKLLGVARNTEEGIEAYVCPMLIPSSHPLASVNDSYNAVFVHGDAVEDAMFFGRGAGELPTASAVVGDIFDIVRNIRLNCSARIGCTCYKDIPVKKMEDTCNCYFLRMQVEDRCGVLAEMTAVFAKHHVSVAQIVQKESKIKDSAEVVVITAMVREGDFQKAMKELEESKAVQKISSMLRVYGK >OGP18648.1 hypothetical protein A2Z79_02495 [Deltaproteobacteria bacterium GWA2_55_82] >OGQ62742.1 hypothetical protein A3I81_09315 [Deltaproteobacteria bacterium RIFCSPLOWO2_02_FULL_55_12] >OIJ75120.1 hypothetical protein A2V21_308395 [Deltaproteobacteria bacterium GWC2_55_46] MDIYLKDPLQTDYFFITAAASDGCPAGYACYGKRPLTDAVYDLYWILVGQERRREGVATMLLEHVEGLLRDEGARMLVAETSGLPAYDAARRLYLKSGFREEARIREFYKPGDDIIFFTKRL >YP_009953780.1 hypothetical protein I5H04_gp13 [Mycobacterium Phage Niklas] >QBP31672.1 hypothetical protein SEA_NIKLAS_90 [Mycobacterium Phage Niklas] MGGVSELDTRLDEMSDEQRERLQKALQRFNDAMTWQLDHARGELARDRLRRLFGTGIS >WP_096420503.1 hypothetical protein [Microcella alkaliphila] >BAU31351.1 fimbrial assembly protein (PilN) [Microcella alkaliphila] MSRKAEDVIEIGGLARADLLPASVREAIKRRPVVRRLVALVLLVAVVVAAAVAGATYLALNAQASLQAEQERSESLLVQQLQFVDARTVANAVDETTAAKAAATATEADWNALLAEIRGTLPEGVLLTSVSGQIRAADTGEEIPLRQNSVGSFTINAISDTVPNVEAWIAQLETITGYAGIAPPVSVTGGDGAVYQVSIEVLLDEGAFLLRFAPEEPAGGDDTDTTDEED >AIR72471.1 recombination activating protein 1, partial [Phyllodactylus galapagensis] IHPTNFCHHCWSVIQRKFSSTPCEVYFPRKGTMEWXPHSMSCDVCGTSSHGIKRKKQALCPQVGKKFRIIADHARKIQYARSQKQVSSKSIMKKITNCK >WP_145848873.1 NifU family protein [Sphingomonas suaedae] >QDX27396.1 NifU family protein [Sphingomonas suaedae] MLIETELTPNPATLKFLPGRTVMDTGTRDFATPEEAEVSPLADALFALGDVTGVFFGRDFISVTAAPGVDWPNLKPDVLGILLDHFSANMPLFRQGSAAGFSVPPADSDFEDDPEDADIVAQIKELIETRVRPAVANDGGDIVYRGFDKGKVFLQMQGACAGCPSSTATLKNGIEQLLKHYVPEVTEVRAV >MCF7808720.1 ABC transporter ATP-binding protein [Candidatus Marinimicrobia bacterium] MAETKLIHTQELVKTYPVADHEFVALKDVTLDIRKGEFTGLVGPSGSGKTTLLNVLGSLDVPTSGKVNVLDHDIGSLTHKQAAMLRNQHIGFIFQTYNLLPVYTVFENVEFPLLLLGKSTDERKNMVNEALEWVGLTDKAEMRPAQLSGGESQRVAIARAMVKKPALVLADEPTANLDAKNSHHILQTMERLNGELETTFLFATHDEKVMQYMKRIISLEDGEVVKDETR >MCR4780139.1 NAD(P) transhydrogenase subunit alpha [Ruminiclostridium sp.] MKKILVCKETDPRETRTPLVPDDVKKLVGMGYEIKAVRGTGKKSGFNDEAYEKAGAVLVASNEEGYKGSDIVLRIMKPESIDGIESGTLHLSYLDPFNEKELLNKMAAAGLQAVSLEMIPRTTLAQKMDVQSSQTSLAGYVAVVNAAARMPKILPMMVTPSGTINPARAFIIGVGVAGLQAIATAKRLGARVDAFDTRPVVEDQVKSLGASFVKIDLGEMGQTDQGYAKELTPEQLAKQKEGQAKVCERSDIVITTAKVFGRKAPRLIGKDVLDRMKPGAVVVDMAVSTGGNVEGSKLFEEVVTDNGVIIMSGDLLERQVPYDASKMLSGNFTSFLTHFYNKETKELDVKLGDEIMKGCLLTQGGKIIHERFKGDK >RUM56169.1 AraC family transcriptional regulator, partial [Marinomonas sp.] MDQVQYFSTADQSVSLIEGQYQSFEFKRHYHLDYHIGLILGGQQSFTYQGERYQVGHGDLVIMPPDELHDGCSVNDLGYKAQVFAIEPYWFERYAQTSQTPSCLSFKQPVIRDAQVFQFLDNAHHLLRQNSLSQLAQDCLPYDSFEPLIQRYSVLKPLSPYRLGRSTLQTLKAFLLAHLSEPIHLVELATLCDLSPTQFQRHFKATTGITPYAWLTRLRLEQAMKLLKANVSGTEVAQQVGFYDQAHFSKS >EXV29885.1 tonB dependent receptor family protein, partial [Acinetobacter baumannii 24975_1] >KCZ39653.1 tonB dependent receptor family protein, partial [Acinetobacter baumannii 25691_7] YNLNQYFIGGEYKVNNFINLKVDYGISERAPEVNELYSSNVHYSVMAQEEGDQNLKPEKSKSLELGMFLNWNNWVMQLLNL >WP_135153154.1 BadF/BadG/BcrA/BcrD ATPase family protein [Cohnella luojiensis] >TFE24510.1 ATPase [Cohnella luojiensis] MSSEVVIGIDGGGTYTRVMVSDLDGNVLSYIERGSASIYKDEQATLNVHEAIAEALHMTGRTSEQVQALAAGIAGYDNPSDLDWIIPLTDLPGLTCPKWHVNDAVSAHSGALMTQPGIVVIAGTGSIIAGITEDGQFIRNYDFHHYATSAARFISYDAVYETLAGHSNATDSNLIRLMLEHWNVSSISEFAAVAIRGFTEDRRERDKRFGEFAPFITAAAEHGSSVAVRVCNRAIDQMKVGIELIASSFISNEVAATFIGSVVNSPYFYRALSEQLSTAGSNKRYTVVKPQFSPVAGSVLLALKNLNIPIDKAIINNLHKSDHLPR >WP_192272294.1 histidine kinase [Pseudoxanthomonas sp. PXM01] >MBD9469645.1 histidine kinase [Pseudoxanthomonas sp. PXM01] MVVRNPRFWLAVTAWWTLHGLILAIEGMTMRSAAGEPLRGFMHALAAGLVSAWLWIPLTAGLVALSERMPLEQRPLHRALLVHFVAVACVIVFRAIAVYVLNPFIDWYPQQPRLGTVLIASLVNNFLTAWLIVGVAHSLLFHRRSRERERQAIALEARLATARLQVLSNQLNPHFLFNALNSVAELVHHNPDAADRMLVALGKLLRESLDGSGKQEVPLREELSLLEQYVSLERLRLEDRLRLRWDVDPSLLSEPVPRLLLQPLVENAVHHAIGQRIEPGNVTVSIRRIDRRMLVEIRDDGAGLRPDSVEGIGLGNTRERLEALYGADCVLELLPAPGGIGTMARVVLPIGDRGMPR >WP_169034890.1 glucosamine-6-phosphate isomerase [Mammaliicoccus vitulinus] >QJF25508.1 glucosamine-6-phosphate isomerase [Mammaliicoccus vitulinus] MALNFKVFETKDIAARYAADVVRKQFNSDSTSVVGIHLDAENTSFFNELLDDVKKNPVNFSQIHVLDFDGKEDYYTELGVPKKQVLKTDVGSDVESFIKDKVNTDKKKNKLMLDVITLTEDSRTGLDYNQAIHPAREVIVLVTGKEKAKAVSQLYEEPANGSVESAKLKQHRMVTVLLDNEAAQGLPEDVRSYFSIQFS >MCL2179853.1 hypothetical protein [Treponema sp.] MLKKAVVIFLLLCMAVPAFTQQRRLAILPITGTGNDEGNTLADLMAIQRDLRRVFTPIPRTSTADAIRVEHNFQSSGLTDAATLARIGQQSNAQYVLSGHVNRLGSRNLITISIIDVETLEQIAGDYRHYSNSEEIIDMLPGMATRIARSAQINRGNLQRLAVLPFAVRASGVSQNEAEILAQLLSIDITNSGIYRVLPRTSQLDAVMTEHQIQRSGITEAADVRRIGNAFNAQLVLSGEVSRLGSSNMFKVQILNVETAALLQGNHQNYRDVTEGLALMLPISNALTGVNQSPSQGPPPAAASRPAVQQASAPAARSATTQQAAAPAAPAPAPTPAPAAPTPAAPAPATAAPAATPAPAATPARPSAAATPAPARSSGPAIPSGYTELQLGAPATGNITRDAVFNVAVRTTAAGVLVVETTGNTDTFMHAFNSSNVEIATNDDGGNGSNAKIELRVNANELYLFRIRGYSASTTGAFTLMASMMGQNISHIELAVGGSQTGRLIRGGETWYVVRSNAAGTLIVETTGTTDTYMHAYNASFSEIAVNDDGGSGRNAKIELRVNANSVHYFRVRGFNPSAAGPFNXTARRQ >WP_261610998.1 DUF4383 domain-containing protein [Paenarthrobacter aurescens] >MCT9871106.1 DUF4383 domain-containing protein [Paenarthrobacter aurescens] MRTSPNRLIATIFGAVYLLVGVLGFFVTSGIGFFATEGANLIIFAVNPLHNIIHLAIGAALLYAGMNGVTLSKSVNTAVGGVYLLVGILGLFLVGSSLNIIALNGADNVLHLASAVVLLGVALSQDKAAVASARA >GIW75824.1 MAG: hypothetical protein KatS3mg104_0887 [Phycisphaerae bacterium] MFSPFRKITSKITMALAACGLLITNVQAEDTVKIGVLHSLSGTMAISETSLRDVVLMAVEEINASGGVTVGGKTYKIEPVVVDPASDWPLFAEKAKELINTHKVAVTFGCWTSVSRKSCLPVF >WP_107605937.1 pyruvate, water dikinase regulatory protein [Staphylococcus simulans] >PTJ14476.1 phosphoenolpyruvate synthase regulatory protein [Staphylococcus simulans] MQNNNEHLALYIVSDSIGETAQRMIHATLTQFPDIEDDAEIKKFPFIKNEEEFLTILKLAKQRDAIVITTLVNPKFNQIGQAYAEEQGILYVDYMTDLLNLIENKTHQKALRESGALRKMDQHYFERIEAMEFSVKYDDGKVFTGIEEADAVILGVSRTSKTPLSMYLANKGYKIANIPLVPEAPIPEEVFNKKMLVFGLTASPDYIMNIRTERIRVLGMKGSANYNSLHRIKKELSYAEEVFDKFNAIVINTEYKSIEESAFYIEKYLNK >WP_204504397.1 YitT family protein [Phocaeicola plebeius] >MBM6962313.1 YitT family protein [Phocaeicola plebeius] >MCR8882218.1 YitT family protein [Phocaeicola plebeius] MNPALPATRKQKILRETRDYLMIALGMIMYGIGWTVFLLPSDIPSGAVPGIASIIYWGTGFPVQYTYLIINFLLLLLALKILGLKFCLKTIFAVFTLTFILSVIQNYVTGELIHDQPFMSCVLGASFCGAGIGIAFSANGSTGGTDIIAAIINKYRDITLGRVILICDVIIISSSYLVLHNWEKVVYGYVVLFISSFVLDQVVNSARQSVQFFIISSKYEEIGARINKDLHRGVTFIDGVGCYTHNGVKMMFVLAKKRESNTIFRLIKDIDPKAFVSQSAVIGVFGEGFDRIKVK >WP_104880153.1 hypothetical protein [Lactiplantibacillus plantarum] >AVE81986.1 hypothetical protein C4O30_02770 [Lactiplantibacillus plantarum] MRLKIRGRWMLGLMLGMGLWGPMTVHAATNLVRWPAVQSLAPRNCELESKQTRLYQLNRATMQLTPRGTARTTSHWQRVGQVMVTQNKRLVTYWQVRHGTAGRLSWALADTVRVVGTRVTDIKTPTRQPMRVVTTDQQEHGVTRAANKLSYLPLKGAGRYTTEHILFRPTAAYLATQGLQNQPDTLRQSSGYRDHYHFKTALYLPQQLGSRLLNDPQSATFSADNRYLYVMYVNDQQLGGADQTGWVVRYDWQRLMALGAGQSGKMAMVRVAAAHQFDGKMTAFDRRVLAAIEVGPEFTAGHVQSLALNPKTNELWFISSTARDQLASVARLNPQSLTPDLKIAFTTGSGRLGDELTFDRAGQAYYWTHASQLRNGNVTLYRGTISSTTGVHFEQLAQGLANNPGFFAQSIGYNEVTGRLYLISDESITSLPAAKLGHLTTSQVGEANFAGDREFEGLVFMHHSQEGFLLTNRGIELMRIIVDK >WP_192819276.1 glycosyltransferase family 4 protein [Infirmifilum lucidum] >QOJ79304.1 glycosyltransferase family 4 protein [Infirmifilum lucidum] MGALELKKSIFKGLAIIDYMDVILEEGAELPYYHYLNLKNSDGVIFWSKAFMSRLKGIIPNIRSLYLPFGVSLNLFNPRKIGDSIFINKYPFLKNRFKLLYSGGIWRGSRGEDYQGVDKLPNILDRLRKYLPSKKVTLILNSPLDRILYKAFKETATLNQVLWIPPLPSSSIIRQSMFSAADICILPASTYPSIYYAERMKMFEYMAAGKAIVAEETPGAKGVLRNGFNASLTKLNDVEDFSEKIVTLIEDRDLRLQLGENAYNDILQNYEWRILAQRLALFLESLVNSI >MBP3258987.1 ribonuclease J [Bacilli bacterium] MKTDTLVFALGGLGEVGKNMYCVEHGDELIIIDAGITFPQGEILGVDYVIQDFTYLKENESKIKGLFITHGHEDHIGSIPFLLQMVNIPDIYAPNQAMGLIRRKLEDRNIRYDNLHVYTEKDVIKFKNMEISFFLVTHSIPDAHGMAIKTPNGTIVTTGDFKFDLTPIGPMSNLYEMARLGNEGVTLLLSDSTNVLNEGLSKSESLVDNALNEIFDSCDTRIIIATFASNIYRLKHILETCKKHGRKVAVFGRSMDNNIDISIEGGYITSKDVLVTPEEANKLKPSEVCLLCTGTQGEPLSALSRIANGTHKSIKLQQSDIVIFSSSAIPGNALAISKTINKLCLQGVKVYTTSSLSNIHASGHGNKEELKLMLRLIKPKYLMPAHGEYRMLKEHTDLAVECGIPRENTFICGNGDVLAINDGVVRRHGTVTAGDVYVDGNRIGEVGNAVMKDRKIMATDGIVVVIANLDTNTNTLLNKPNITTRGFVLVNENQDLISELEGIAAKAISSKLSSHINYADIKSNIISELGPYIFEKTGRKPIILPVIMNVKKDVKINS >WP_051799949.1 DUF4913 domain-containing protein [Catenuloplanes japonicus] MTEPARALSETEPGTPLYGDVESWVDGYFAPMFLHRVTGSTRTRWCTRWWDHAEAIARLTLLWNTWEAARWEPAAKPGWWLDLDHHLPILLSADGPFRNCRQPDDHRPAKHEPAQQPPTDAAPDDWWWNA >WP_080069963.1 dimethylsulfoxide reductase subunit B, partial [Salmonella enterica] >EBX4835909.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECB4308652.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECB4460935.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECN2972421.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] >ECV8703829.1 dimethylsulfoxide reductase subunit B [Salmonella enterica subsp. enterica serovar Typhimurium] MTTQYGFFIDSSRCTGCKTCELACKDYKDLTPDVSFRRIYEYAGGDWQEDNGVWHQNVFAYYLSISCNHCEGPACTKVCPSGAMHKRDDGFVVVNEEVCIGCRYCHMACPYGAPQYNAAKGHMTKCDGCYDRVAEGKKPICVESCPLRALDFGPIDELRKKHGELAAVAPLPRAHFTKPNIVIKPNA >MBM7125960.1 enoyl-CoA hydratase/isomerase family protein [Dyella flava] >GLQ52295.1 enoyl-CoA hydratase [Dyella flava] MAYRTLEIGNRDAVHIITVNRPDKLNALNRETLNELTLAFTQAAQDDAVRAVVLTGAGEKAFVAGADISEMNGYAPVQAQSFSRTGQRLMSTIERLGKPVVARIQGFALGGGMELAMACHLRIASDKAKFGQPEINLGLIPGFGGTQRLLRLAGRGAALELCLTGGTITAQRAYELGVVNRVVAPELLDETVNALADQLAAAAPLAAAGILDTVLQGGETSIDQGLEFETQAFALAFATEDMREGTTAFLEKRKPVFKGK >WP_032902824.1 MULTISPECIES: monovalent cation/H+ antiporter subunit D [Pseudomonas] >OHC31951.1 monovalent cation/H+ antiporter subunit D [Pseudomonadales bacterium RIFCSPLOWO2_12_60_38] >OHC39978.1 monovalent cation/H+ antiporter subunit D [Pseudomonadales bacterium RIFCSPLOWO2_12_FULL_59_450] >ETK41264.1 cation:proton antiporter [Pseudomonas fluorescens FH5] >PTT10875.1 monovalent cation/H+ antiporter subunit D [Pseudomonas sp. HMWF034] >QGF94262.1 monovalent cation/H+ antiporter subunit D [Pseudomonas sp. CFSAN084952] MTWMNQLIVAPILLPLLTAGLMLMLGEKRRPLKAQINLCSSIVGLGVAILLLYWTQQSGPGSIGVYLPGNWQVPFGIVLVVDQLSAMMLVLTGVIGVSALLFAMARWDRAGTSFHALFQIQLMGLYGAFLTADLFNLFVFFEVLLAASYGLMLHGSGRARVSSGLHYIAINLLASSLFLIGAAMIYGVTGTLNFADLALKIPLVPEADRGLLHAGAAILATAFLAKAGMWPLNFWLAPAYSSASAPVAAMFAIMTKVGVYTVLRLWTLLFSGQAGASALFGGDWLVYGGMATIICAALAMVAAQRLERMASLSILVSAGILLSAVGFAQPSLTAGALFYLVSSTLALSALFLLAELIERSRSANDLPLDEEIDALPKAMESLHPRPGVNLDDEQKAVIGQVIPWTMAFLGLSFIACALLIIGMPPLSGFIGKLSLLSALINPLGLGNAVDESIRPAAWGLVALLILSGLASLIAFARLGIQRFWTPEERPSPLLRRYECVPIFLLLGLSIALTFKAEALMRYTQATAQSLNNPEHYVMAVLATRPVPSPEAKAAALEVQP >OJZ88794.1 hypothetical protein ASPFODRAFT_130446, partial [Aspergillus luchuensis CBS 106.47] SLGLTICSEYLLYNHMSYMCSITTSLSATAPLSLFPPFQSCPHCTSDYRPHVPIGRDARSMPSVA >MCA1602026.1 hypothetical protein [Acidobacteriota bacterium] MDESAKFPLMAPPRPLPKRRNVVLRLYDAPLHRDWIFWLTVTWAAIAGVSIPAYAPPSAIPIWLNTLLAVIFWVVVGGIVPAWFRLVMRRWRWRRRQPQDSQPTHTPGEQAAPRADKPYVAASFAHVPDEHLSAVRSRRTVEAWGAGSLVVVQAVAAALINELHGGWEWWVLAGLVVVGWALTVGWLAYRADKFARVGQS >WP_254698006.1 signal recognition particle protein [Brevibacterium luteolum] MTSTFKNLRGKGRLSEADVDATIREIRRALLDADVALPVVRTFTGNVRERALSSEVSAALNPGQQVVKIVNDELVSILGGQTRRLQFAKRPPTVIMLAGLQGAGKTTLAGKLAHWLKSEGHRPMLVAADLQRPNAVNQLQIVGERAGAYTYAPEPGNGVGDPVKVATDAIGVAKSKLHDVVIVDTAGRLGIDEVLMQQAADIRAAVNPDEVLFVIDAMIGQDAVQTAEAFLEGVDFTGVVLSKLDGDSRGGAALSVAQVTGKPIMFASTGEGMKDFEQFHPDRMADRILDMGDILTLIEQAEKTFDQEQTQKLAKKVQAGEDFDLNDFLTQMAAVKKMGSLKKMIGMMPGMSQYKEQLEAFDEREIDRVEAIVKSMTPQERTNPKILNGSRRARIAKGSGTTVTQVNQLMERFAAAQKMMRQMGKGGGMPGMGGQPGGAPGMGGLPGMGGLPGAPGGRGPSRKKKGKKGKAAGKSGNPAKRAEQEKLAQLKREGKEPTPTGSAFGNLGLDKDEDIDLSKLPKGFGGIFGKD >WP_135625684.1 molybdate ABC transporter permease subunit [Leptospira selangorensis] >TGK09799.1 molybdate ABC transporter permease subunit [Leptospira selangorensis] >TGM12752.1 molybdate ABC transporter permease subunit [Leptospira selangorensis] >TGM30813.1 molybdate ABC transporter permease subunit [Leptospira selangorensis] MDTFDWDSIRYPLFLTLKVTFFSTFFAALLGIFFAYWMSKLRFFGRAFADAILTLPMVLPPTVLGYYLLVIFGKKGLLGHFLIEQFHYSILFNLHGAVLASTIVSFPLVYRSAKATFEDLDPEYEEIALTLGKSKWETFLTVILPLSWRGILAGSMMAYARGMGEFGATLMIAGNIPEKTQTIALAIYDSVQSGKDEFSLVLVFVASITCVLVLTVSGILLKKSHW >MCF6248835.1 4Fe-4S dicluster domain-containing protein [Desulfobacula sp.] MPGLLTFLNLIILTSTSIFFIILGTSSFREKEFRAVWISFGSLSGNAIVWTIFILAPASFETINILVILTLGLFGVMSLSRFFPDKSFERNVSNIEQYDERDNMFARNNIQHHPELMETYYEMRPEKKSIDKQIHSKPEFGEKEQLFHDSYTAPCFEAAFEYLERSIPLSNGDVAKKVKTIHPKKFCRTIIEFAKFNGACDVSFIKLKSHHYYSHKGRHAHHWGDKIEQTDKTAIVIVVPMRVNMIKKGPTSSVLQESAQKYVEAAKISNILANYIRLFGYPARAHNDGNYDTLCVPAAVESGLGELGRMGILMHRVHGPCVRLALVTTPLELPDSPLPPPRYMGEFCKICKKCADNCPSGSICQDDEPTSRNVRHWSILQEQCFSYWKTIGSDCGLCISVCPYTKPNTLIHKFVRFYISRNAINQKIALFMDDFLYGREKEIPKTNPDNIFQ >WP_207277556.1 S-layer homology domain-containing protein [Sporosarcina sp. E16_3] >MBO0602563.1 S-layer homology domain-containing protein [Sporosarcina sp. E16_3] MKKSTYQKLFKASLATTVATGAFVAAVPTFAQAEVAKDVSFKDVKDTHQFYEAIKSLTSRGVISGYEDGTYKPGQQISRAHAAKIMALALNLDTENVVDPGFKDVKKGSPYYGHIAALVQAGIIKGYEDNTFKPAGNLTRAHVAQMLVLGFKLEEEKLSNLPFKDVNNKQWFANHIQTLFSNKITAGTTATTFSPNAFVTRGQVASFIFKSEAVTKVETPEVPVAEQKESTLVNISADKVEFAEGTYTIPAILKDAFSASNLDALKGAVVKYSVMDGMIVGVSAIEIKASGTAEKNLVIDGQGLVFPGNLTINGDYIHLKNLTIKGAFEVGKEAKNSFTAEKVIVEGTTKVSNNAASTAAAQNGVRYSVAATEPTPTIIFIDSTFANVEVTKDGIIIEYKGSTQVKEFILSANVILKAADGITIPKVTIQAGVTAVTIDANVGNLTVNSTDKLTISGTGNIAEVTIESGNEVKVDTTGKVGKLDIKSKDAKISLGDKTKVTNLVLPAGVAAKDIIQDYDKVKGNIENVGGTPVVTPGTGGGTVTPPSAEEVFESAVLAKLAAVTIAPADSGVTVDFSPSTNIFTVTILDADKSTTALAGTGLVEAFTGDSGVTPASVSVIKGQLIALVAGADKLGKLPSSIVINVTLTSGPTIAYTINFNK >QLL42869.1 invasion associated locus B family protein [Sulfitobacter pontiacus] >UOA23534.1 hypothetical protein DSM110277_01958 [Sulfitobacter pontiacus] MKKYITLLPLCAAMALTMPVSGYAQTAATETPAATDAPETAQPTAEAAPATEENTTTGSSTDVQSQLSLGEDADGEPTLGKPYTKEVIGAWEMRCIKTEEEVDPCQMYQLMDDGQGAPVAEFSLFRLPAGGKATAGATVVVPLETALPSQLTLTVDGGKARRYPFAFCNPVGCYVRMGLTEADVAAFKRGKEAVITIVPALAPDQKVELSLSLDGFTASFDKSSVVEDR >WP_208891791.1 3-phenylpropionate MFS transporter [Vibrio anguillarum] >AQM28744.1 3-phenylpropionic acid transporter [Vibrio anguillarum] >MBT2948538.1 3-phenylpropionate MFS transporter [Vibrio anguillarum] >MCS0350791.1 3-phenylpropionate MFS transporter [Vibrio ordalii] MLNPSPYGWISQYFIGFFFAYGVYLPFWALWFENQGVSATDIGALIGMGFATRCVANFVITPRVHKAEHLLPALRWLSLAALLFIGFHFFTGGSFWLMALATVLFNICCGPVVPLSDAMANYYARLKMLDYGRTRLWGSVAFIAGSTVVGVLVARYGSDMILYTALAGIFVSLLISLRNPNPMPVTVGDAHAVRPKLTQLLREWPVVKFLILAALIQGSHAAYYSFSSIHWKAAGHSEELIGYLWSLGVAAEVAVFALSKRLFSGWSLRTLFVAASIGVVVRWGLMASTTALLALGTIQLLHGVTFAMAHIAAIQYIQHAPQSKMVAMQALYNAIPLGAFIALMTTLSGWGYERWGANVFWAMAVMGILALLIKVEPTSSNVSGIEVMKATPEAQN >NPA60307.1 hypothetical protein [Campylobacterota bacterium] MAGIHFHFQDFKQLIRLNVGISDRLDENRAESFTILYCDFSKIADEQVRDSLEKILRASDSIANNDTDYFFVLPYTDKYGAEIVKKLFDEFFDEFVNSFVISYPVDGEDADELVEVLQNSVKMFCKTSLDYLDLLK >NUM76802.1 MBL fold metallo-hydrolase [candidate division KSB1 bacterium] MASNDNPTAGQAQSQYRSEQQTKRDPAQPMPEELWIRFWGVRGSYPVPGPNTVKYGGNTSCVEIRNAFHRIILDAGTGLIGLGDLLMSEYQRALKATPSSVHEPLTITVLLSHTHHDHIQALPFFLPAYSSKTRLYVYGPQLLGEDLRDSISLTMTARYCPVRLEELNAQKSIENLADSDRLLYRNSDKAPKIYDAHEELPAAQTGDLLVSILRSYAHPKDGVFIFKITNNGKRVVYATDIEGYTGGDSRLIEFARGADVLIHDAQYTQEQYSNPHFPTQGFGHSTIDMACEVAQKAKVGKLILFHHNPRHTDEDMDHIEEYARTLFKHAFAAREGMEIHLSP >WP_261733022.1 ATP-binding protein [Shewanella sp. KJ10-1] >MCT8986641.1 ATP-binding protein [Shewanella sp. KJ10-1] MLLISLIVITIISTSLINKQYEITQQKAQQNLTVLSDIVASNSLAAVIFNDPLSAEKTLSALVAQPDIVHAVIYDGLGEVFAVYQGKNSSDTPQLDAINNLPSLKQKHLRLDTVGVHSYTPLVSEGEFLGVLYITDNMNTLSKQLDEYLLLVFSTGVSAFMASVLVMLWLQSFFTKPLNTLLAVIEQISNKKDYSQRVHIKSNDEFSKLADSFNVMIAEVDARGQQLETINHELENRVNERTFELQQTLEIAKKANLAKSDFLAVMSHEIRTPLNGIIGFSDLLSSFELEQDVSNTVHLINESAQTLLLLLNEVLDFSKIDANKVDLDIHEFNLYELVSVTCKSHQAVAEKKHLIFDLDIQPLSQNVFIGDSVRIRQILNNLVSNALKFTRQGGVKVKVQQHIEGSDTFITFTVKDTGMGIAANKLESIFTPFTQADNSITREYGGTGLGLAICQQLIALMNGRYGVESTPNIGSTFWFSIPLIQNNCIVQNDLQDVVKLEQHTAEYRKASVLVAEDNVINQMVVKRLLESLGHTCEIVSNGMEAIAAASEKKFDVIFMDYHMPVVDGIDATQTISHLSTTSINHSTPIIALTADIQPNVKRRFREAGAKDTLLKPFTRQNLTECFNKWLFDGPQSITLSQNENIDEPPIFSDGSLNDIIEISPDDAKELVQNIVEIYLQTAPELINQIIVGMAHNDADNVFKAAHSLKSSSANLGAMKMQSIASQIERSARNEQLNVLGDITDTVMSVFERSKQALLHKLEELS >MCC6153889.1 DUF2088 domain-containing protein [Candidatus Hydrogenedentes bacterium] MLQLVQEHQPISPEQLVEFVHGAFEREQVDGKRVLFIIPDSTRSMPMPAMFRALYNALCARVAKMDYLIALGTHPPMVDDAINKMLGITAAERSSRYRGVEVFNHDWKNPSMLARIGDLSEDQLAEISGGRLRETVPVTINKRVLDYDLVCIVGPVFPHEVVGFSGGNKYFFPGVAGEELLNVFHWLGALITNPIINGAKYTPVRAVVDAAASLINKEKRCFCLNVMGKDCKAIYYGAPEEAWSAAADLSAKTHIVYKENPFKSVLAMAPEMYDEIWVAGKCMYKLEPVVADGGELIIYGPHIKEVSVTHGELIKRIGYHTRDYFLAQMDKFADIPGGILAHSTHVRGIGAYEDGIEKCRVQVTLATAIPEDECRAINLGYRDWRTINPEEWRNREKDGYLLVERAGEVLYKLTA >MAR11490.1 hypothetical protein [Blastopirellula sp.] MNAFIDDIKRIQDGDQEAIRELLLSESARLKSFIQSRLGAKHQGVVDADDVLQETFIAIYREIGTASFENEEAFRSWCFRLAEHRLVDILRAQNRKKRGGEMQRVAVDRNTETGKAFHELSAKATTPSVKLAKLEKREEVDDAINQLPTLQRKATRLKYFEGRKNGSIALILGKTTQAVEGLLKRAKKRLLALLTFGRHS >WP_202390355.1 hypothetical protein [Tsuneonella aeria] >MXO76177.1 hypothetical protein [Tsuneonella aeria] MLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLNKYLCNCLRNFSSTHTKKGAKAPPLFLDKAGLSSRGS >KFP55735.1 Tyrosine-protein phosphatase non-receptor type 5, partial [Cathartes aura] EGLSNPAVMKSMDEAEGQQGQLNRKEQSLKTSQKTALLGWAAWWNGLMPGNSMYLFVLSQILLLCMMLWYSTYGTIPAAQNAFDLLSYLFTPFKQFLSDQEEDLSRIGSIVVSYILLSLASLGLLFVGSLFWHLLRARPDPPFPLQEDRRQSVSRQPSFTYSEWTEDKNEDDFLDLDPVPETPVFDCVMDIKAETDPTTLTVKSVGLQERRGSNVSLTLDMCTPGCSEQGFGYVMSPREQSAREYLQTASNILTEEELHKKALDPFILQAEFFEIPMNFVDPKEYDIPGLVRKNRYKTILPNPHSRVCLTSADQDDPLSSYINANYIRGYGGEEKVYIATQGPIVNTVSDFWRMVWQERSPIIVMITNIEEMNEKCTEYWPEEQVTYEGIEITVNRVIQADDYRLRLITLK >OPZ80214.1 hypothetical protein BWY75_03855 [bacterium ADurb.Bin425] MAALARLDCLTGRYEAAAENLRKTFAIDQGNEFAQETLIINQKGRSPLLAFVYSMLWYLYIVPRLTIERLRLVNILILFVLALPFLFLWTISELALFALRLDRKLESQMPVKLLSQNAYSLPAILFLLLIFYGPSLLKSDESEILERQLAPPVKAISREEQLEKDNIEEKAITKNYDEWLDKGFADSDSTWVLVDYELRKKEKDELRLAYLLAITAESEIEYRAEVLYKLALNLAEKWQQENLVEYLDKRLTTLRSSHTKGDGPPPWLGERLNK >SDP91455.1 hypothetical protein SAMN05216565_11233, partial [Litchfieldia salsa] FAGLSFYFAGFGAKFVGKIRTRATEKGLRGNKFEIRGITVLFRGIRCKVRGKKDHPPRELQAPSNLAS >MCA9759546.1 ABC transporter ATP-binding protein [Candidatus Eisenbacteria bacterium] MNAPTRGVELRDVTFSYQRSTKWHPTSGIDLDVPSLRLDPGLTLLLGPNGSGKSTLLKLVAGIEPPATGVVTIDGADLWTREREARLGIAYIPEQPDLSPYAAVGEVVRLVCSLRNVPWSAGQEMLERVGLGGLEHRTVRELSQGQKRRALFASAFLGEATTLILDEPLVSLDLDMREMFLSWLRERLDRGACALLSTHELEPFSDAVNAVVSVKSGQVVKSVPPELGAERLERLRSLARGSESVD >XP_042575628.1 uncharacterized protein angptl8 isoform X2 [Cyprinus carpio] MQAALCMLFTALCVNGVSSSPLKSVQAGEKLASTDEVNILMYGVLQFTESMHHMYQSTEARLARVMKAISRTENEVKRLGHDTEETAKNERQIKEKLQLLQAQMKALEIQVHENRDTVTRVELEEAQLKKKLTSLEGTPLKNISNLKDLMKWTQEQKLKLENQNQQLADLQKHNMV >UTM04871.1 virion protein G11 [Equid gammaherpesvirus 2] MAFSSSSLRRSLKLGRGSRPGIPHVTDGTVTYGRRAGTMRDRGASMRPGAGGGGGDGERPKRASSLPAPASSSPGDPFWSFSVYATYVKVTNKIRFVPGMLADCTLPYLPNLKNILAGRYPNFHFTTTAHGGNLSEVAFLAVECPRNPVRAAPTVVRCSLNEIAISLMRPLEGPVPAGGLTFYLLPVTLVKPHGLYLKIQKDRAAVGAATTCSQDGAHLNSEQPQVFFSGTAAPAREGGELPFLLAQRTPRFERGGFCKVHVTQGVTCPVNAVKLSKHYVRLPVCELRGDGGAGAAAPSQIKVGVTLVREAMLAFRYNPYLFSPWCWAEATVPIHYYGPPVIVPAGQAARVVYGNVYYAPMLDELTAVIAPPLDGDGDRRFGLMGCCEWPKGGHAELAVENRTCFLQVLRTGDRLGDAIFFIAPRIPMVNLLPARYRENLSVAVTVVGGVTLNASKLHKISELAQPLASQRD >MBE4386870.1 ABC transporter permease [Vibrio parahaemolyticus] MLIKLAWRNLWRQKRRTLLTATALALVLFLSLLTRAFQEGSYSSNIKNAAKFYTGLIQLQNPEFGDSSSIDDALPQTDTFISASRANSNIDVILPRVESFALAAKGERSKGVMVLGVDPESENAYSHISDKLVQGEFIASGQNAVLVGGGLAQYLRLKIGDELVLYGAGYRGQTAAGLYRVAGILHFPLQQLDSQLVYMPLDIAQTLYSLDKQVTAWVLNTSNLRVLPSVIEQLKRDYGNSVAVKGWQELSPELSQQIALDKAGGIFLIYILYGIVGFGLFATILMTTLERQREFAVMLATGMLRSKLIGLISIESLFIAIIGIVLGLIVSAPVLGYFYFNPIEITGEAAQVMLESGFEPIVPVSLDPHLLLNQIIVVLIILSLCLVYPMIRLLRLPIASGLKGGAHVD >MBU1949759.1 hypothetical protein [Candidatus Eisenbacteria bacterium] MEYRLFEDAGWRRLQPFTWMRPVYELRVGAWTLRERWQRLLGRENLGFAARPDLHDLISERYGERAGEQRPEADLILINGCWLPEADAASLEKSFDLLKAGQGYIDDDRILAIRPAPPVSQKALGEMQAILCEGERPKGIDWLDFPKRQKCLGHLWELVGWTEELLESDLAKRLGTPYGEDVIVKGEIEEPDRVSLGAGVVVRRGALLDASEGPIVLEAGCRVAPMTWVKGPVWAGPGCLLLGERIGGGVVLGPECRVHGEIDSTVVLGYSNKAHEGFVGHSY >WP_209164465.1 helix-turn-helix transcriptional regulator [Escherichia coli] >MBO9235972.1 helix-turn-helix transcriptional regulator [Escherichia coli] MNGEYFVRLALHTLKCTQKDLANHLGVSSTQISKWKKGEHMSADMEKKFRNITQIGDYSPQLVEWTGSVANAEKWDRLIHFLARRAMDDAETGYITQLLTDEDGFLVEETIDVLKRIGFPTPLSFPEGLNIDDDNADEEEAFWEILESNAHCSVINDIYHALNDVYGFYIAYVDELIQDDDLDVYSSEAINIQSSLISLAACKIEIDTPVASNFKEFRYRVKKDYENWLNQLKMMAFRAGIPLRAELLEMVYNTADQLSVAAEAERFDFNKSRIHPDIYMNEILTGMRIIHQVLPVIMQKLEITDFKLDETDLCLGK >WP_070172067.1 catalase [Bacillus anthracis] >MCC0759338.1 catalase [Bacillus sp. BRTN] >MCC0770014.1 catalase [Bacillus pacificus] >OFE38863.1 catalase HPII [Bacillus anthracis] MNKKMEQLEHHVTDNQRKHALTTNQGVKIAEDEFSLKMGLRGPTLMEDFHFREKMTHFDHERIPERIVHARGVGAHGYFQLYESLEAYTKADFLTNPSKKTPVFVRFSTVQGSKGSNDTVRDVRGFATKFYTDEGNYDLVGNNMPVFFIQDAIKFPDFVHAVKPEPHNDIPQGASAHDTFWDFVAHNPESTHMVMWQMSDRAIPRSLRMMEGFGVHTFRLINAEGKAHFVKFHWKPALGVHSLVWDEAQKIAGKNPDFHRQDLYEAIEKGDYPEWELGLQLIPEEDEHAFDFDILDPTKLWPEEEVPVKLVGKMTLNKNVDNFFAETEQVAFHPGHVVPGIDFSNDPLLQGRLFSYTDTQLSRLGGPNFHQIPINQPVCPFHNNQRDGMHQMQIHRGQTSYHPNGLNDNQPATVQAEQGGYEHYQEKIDGHKIRGRSKSFLNFYSQAKLFYNSMSPIEKQHIKEAFCFEVGKCKSDMVKANVIALLNHVDRQLAQEVANMIGAPLPKENREVNSDAKSPALSMSNTIFKADSKNVAIVLNGDPSVSLLSEWIQAFAQHRINYSIIDNKIYQFNDSIKVTDTYTTTDSSLFDAVLVFSSESVIHPPVLEFAETTFKHFKPIAYVLSNPHSLDNSKIKLDGAGIYNLANTSIKSFIEGIAQGRFWNR >MBC9216850.1 ornithine decarboxylase [Escherichia coli] SCGFMLTPAEDMAKLQQLVALLVRFEKLLESDAPLAEVLPSIYKQHEERYAGYTLRQLCQEMHDLYARHNVKQLQKEMFRKEHFPRVSMNPQE >KAF3157345.1 hypothetical protein TWF788_005325 [Orbilia oligospora] >KAF3199047.1 hypothetical protein TWF106_004047 [Orbilia oligospora] >KAF3201809.1 hypothetical protein TWF191_003227 [Orbilia oligospora] >KAF3233080.1 hypothetical protein TWF192_002540 [Orbilia oligospora] MAAREKAQKLIDDNAVMVFSKSYCPYCKATKTLLRDMNATFEVYELDKESDGSAIQDALEEISNQRTVPNVFIGQKHIGGNSDLQALKKTALPGLLQTAGAL >WP_243514657.1 type IX secretion system protein PorQ [Hymenobacter monticola] >UOE34028.1 type IX secretion system protein PorQ [Hymenobacter monticola] MKQFSACRLAGFGLLLGFLGVKPASAQQLGGRAVFPFLDLPPNAHLAALGGMNVSTRTDDPTMLFGSPALLNADMDGRLALSYVAYVADIKQSTAAYAFNTEKYGRFGVGVTYLNYGDFQSYDPAGNSLGTFSVNEYTAGLSDSYTKGKFTFGATAKLAVSSIAGSRSLAGVADAGVLYKHPTTDFTAGLAVKNAGYQFITYPGTDRGRLPLDVQIGATVKPEHMPVRLSLTIHHLQQWDIQYLDPNARGVQDASGQEKKPTKSFGDNLARHFTVGAALVLGKGFNLRVGYNHLQRRELRLDNTSGSAGLSFGAMLKISTFQLEYTHATLQAAGSSEYITVSRNLNSLFKKKE >WP_264593810.1 MULTISPECIES: phosphomannomutase/phosphoglucomutase [unclassified Sphingobium] MTHQFHPTTLREYDIRGIIDETLGEADAYAIGRGFGTRVARLGGRAVAVGYDGRLSSPMLEEALVRGLNDSGIHAVRIGLGPTPMLYYAEAVLDVDGGIQITGSHNPANYNGFKMVLQKGPFFGKDIQSLGTMAASGDWVEGSAGSEQVDILDRYVARLMEGFDGQAYKIGWDAGNGAAGPVLDRLVKLLPGEHHTLFTDVDGHFPNHHPDPTEEKNLVDLRALVAEKGLDFGLAFDGDGDRIGAIDGEGRIIWGDQLLAILAEPVLAAEPGATIIADVKASQALFDRVAELGGKPLMWKTGHSLVKSKMKETGSPLAGEMSGHIFFKHEYYGFDDALYAAVRLIRAASTLGRSVTQLRGAMPAMVNTPELRFQVDESRKFAVIEEVLRRLAESGATIDATDGARVTTPDGWWLLRASNTQDVLVARAEARDADALDRLLAQVDEQLALSGLERGPAAGH >MCF3649217.1 5-dehydro-4-deoxy-D-glucuronate isomerase [Opitutaceae bacterium LMO-M01] >WED63284.1 5-dehydro-4-deoxy-D-glucuronate isomerase [Opitutaceae bacterium LMO-M01] MQHFHDVHPADFDRLTTAGLRERFLLKALFCPGEQRLNYWDVDRTVVGGVVPTDSAIMLDVPAKLAAGSFCERRELGIINLGGAGAVRVGETIHQLEPHDGLYLGRGAANPVFTSVSATKPAQFYLLSYPAHASLPTTVVRFTEMSGTSLGSAETANERTIYKYFAPGLVTTCQLVMGFTVIARGSVWNTMPPHTHLRRSEVYCYCRLAPGSVVMHFMGPPSATRHLVMRDGDAVISPSWSIHSGAGTGAYAFVWGMGGENQEFSDMDAVAMSDLA >WP_260912062.1 hypothetical protein, partial [Escherichia coli] >MCT7452082.1 hypothetical protein [Escherichia coli] VYEHPLVLPISNDESYWLCHKPSERNPGYFNLFGHIHRCMLAKANGLNVGVDQHFYAPISLDTVRFWRNAIENHYDEEVWME >MBV38818.1 MFS transporter [Rhodospirillaceae bacterium] MCFAPVAGRRNRVMTRRLWIMLLCGILIMLASNGLRLTFGVFLRPISMDLDTGRQLFGLVIAGQTLLYGLTQPIAGMIADRYGAVKVIVAGTLFYALGLWWTSVASNAFDLYISIGLLIGLGLSGASQVIVLGALSKVVPNERRGVVFGAVIAAGSLGMFFFVPGVQGLIDIFGWRKTLVLCAIFVALISFLAIGLRVNTLGGGQGPAQSLREAIREARTNRGYILLATGFFVCGFHVTFISTHFPAFLADNGISTTAAAYAMGIIGLCNIIGAFAFGAAGDRFRKKNILTLIYLLRAVIMTAFLLIPINDATAVIFGACMGLVWLATVPLTSGIVAQVFGTRHFSMLFGVVFMSHQIGGFSGAWLGGLIYDATGSYNLMWGISVALGLAAAALHWPISDQPLERLSGNPVKA >CDX26094.1 D-ribose transporter subunit; membrane component of ABC superfamily [Mesorhizobium sp. ORS 3324] MTETTEPLVSAPVSPGRAKFLRFLIRDAGVLLALVLITLFFSLSAPYFATPGNALKIFVQIAINTVLAAGMTFVILTGGIDLSVGSVLALCTVVGATIMIDESLSPAVAITLALLACMATGAACGLLNGWISTRWKIPSFIVTLGMLNMAAGAARVVSDNSTITGLPQSFVDFGNLIVGGFLPSIFLVAVLVIAAGWFVLRFTVFGRMIFAVGTNDEAVRLSGHNPDFYKVAAFTISGLTAGIAAMVYLLRLNIGSPIAGVGYELNAIAAVIIGGTSLSGGKGSIIGTLVGACILQVLSTGLQLLGVGDNFKPIVIGLVIVLAVILDAYRERLLRRIR >EPS65972.1 hypothetical protein M569_08806, partial [Genlisea aurea] SWTRPSTAVHRSSPPPKLSLNATSPSFESSAAITLGAATPPLNSSSFPVASSLRVSPSWRPSRLPAVLSSSNTESTARSISPEIL >MCF7845821.1 hypothetical protein [Candidatus Peribacteraceae bacterium] MGSSSKFHGLTGISSRRIKSNTSKRARKAKLNKSKQKTLKEINEAFKKTPEID >MCA9273490.1 SUMF1/EgtB/PvdO family nonheme iron enzyme [Phycisphaerales bacterium] >MCB9835387.1 SUMF1/EgtB/PvdO family nonheme iron enzyme [Phycisphaera sp.] MKRLALLALAAAPASAQPAPPDYGFNFITIGDVGNPGYTGPDPDGHVFEHGSVGYEYRIARTEVTTAQYVEFLNGQIDAGLKPNLAFAPLYMGGGFDFGNGRWVVSPGGDRLPIAGVSWRSAAIFMNWLHNGKVNTIEALSSGAYDVSTFNSSSPYTDQSTRSPGAKYWIPSLDEWMKAAHYDPDRYGPGEGGWWNFNNSSDTMPVPGLPGEGDTSAGLQIADDLAFAIPLESYPETTTPWGLLDTSGGGGEWTEDWRRDGVVYRVWQGNAAGRTTWNPLDPFSHSIDEIWRIGAERPNFPFALTTFRVASLVPMPGVGSLLIVLFATTNTRRRSR >WP_165007860.1 hypothetical protein [Corynebacterium lizhenjunii] >QPK79809.1 hypothetical protein G7Y31_03685 [Corynebacterium lizhenjunii] MLNHDEVQAALSARLDGEDYALADDVIDAHVAQCRQCAQFQERSARFARSFLADSGMAPPADLSEVIVAGVEPAWRAAARTRALWLVIARMLLVLVGTLLCLWAVGVVLSSSGVERWTDSQTLAPDADPHKQALLIEAAALRFGLGFGLFYAAWRPQSAIGMAPVVGTMFMFLLGFAVRDIVLGTLGAQQFYSLAALAAATVSLAVAWVATSGYTPRWWLRHLGANPVD >WP_084119994.1 glycosyltransferase [Aquiflexum balticum] >SMD43256.1 Glycosyltransferase, catalytic subunit of cellulose synthase and poly-beta-1,6-N-acetylglucosamine synthase [Aquiflexum balticum DSM 16537] MFFSVIIPVYNRRIEIKELLESLLRQDYADFEVIIVEDGSDFTCKDIYDFFKDKIQISYHFIENIGQGFARNFGMKKAAGDYFVMFDSDCIIPPHYFTVLAKALKERKLDAHGGPDAAEESFSAFQKAINYSMTSFLTTGGIRGKMKDPAKYEARGYNMGLSKRAFEASEGFVDPNSGEDIELSIRLKKLGFNLELVEEAFVYHKRKNTLLSFFKQSFSFGSNRINVSRFHPEAVKLVHILPAIFLLGWLHGLVFLLLASSVFLIFLIGYSAWLILVFIDSGFRNSSIWVGLISMITSFGQLSFYGAGLIFGFMNKLATEGLE >WP_139266533.1 GNAT family N-acetyltransferase, partial [Curtobacterium sp. MCBA15_004] VTVGGEDVLVGDTGIVAVAPGLQGTGVGRELLDRAHAVLDGLRVPFGLLGAGEDRIPFYAHMGWHEVEGAVGTFSAFTADGVGVTETEQGGWMIRPVAARLEDWPIGEILLNGQQV >PHS07087.1 malonyl-CoA decarboxylase [Acidithiobacillus sp.] MLTARKLTLGRSLQQLRQVWIDAGQMARNRITGAIRPGLPPEDHHLVQRQIDACLLGSGGAVSAHARAAELGRVYLDLDLKGRRNFLRLLAAHYGVDTTDLRQVVDHWLEVSLDSDAQSGRLKAEAELRTTLRSARIRLLTQFNDLPEGIKFLVGMRSELIALKGEDPQLNAFDREFKNLLESWFDIGFLELHRITWDAPAALLETLANYEAVHPIRSWRDIKHRLAAADRRCYAFIHPQMPNDPLIFVWVALTHGIPDNIQNLLSIQGAEVELGEANTAVFYSISATQXGLDGVGLGSFLIKRVVDRLSRDHKQLKEFSTLSPIPGFASWLQELTAGEDRGSGNLSDAVGWLQHHGDLNRIFSDRSWVRDVAAVDQVREPLLVLCTHYLMEAKRGESALDPVANFHLSNGASIERLNWLGDTSKRGQLQSACLMVNYRYRLKDIESNHEAYHTDGKIVCAKSISGLLKT >CAB4375794.1 unnamed protein product [Rhizophagus irregularis] MHEYKNDGDGPVSNMSESSKQNESKGLGLSVSMVVCTFVDESIRRNIAASIHITFIDSKDLEKHDNFYEYIAEFGFEYIIPLGNSLEEVELKLKSNRLERVIWTAEYDGIKYKTLPDYDLEMAENYDLKMAEQARKTRTNGVKNKHLTNKKNKKK >QLT57385.1 non-structural protein 5B, partial [Hepacivirus C] EESIYQCCDLHPDARTAIKNLTERLYVGGPLTNSRGENCGYRRCRASGVLTTSCGNTLTCYIKALAACRAAGLQDCTMLVCGDDLVVICESVGTQEDAASLRAFT >MBL8001378.1 OsmC family protein [Flavobacteriales bacterium] MDTASVKYLGGLRTEATHLRSGQVIITDAPPDNKGRGEAFSPTDLLSTSLACCMMTLMGIAAQERGFELPGLEARVVKHMASDPRRVARIEVHLAMDGAALDERKRTVLERAARTCPVALSLREDLVQEVTFTYR >KAJ7390332.1 LRP2 binding protein [Desmophyllum pertusum] MADEEALERRPFSCPVGPLSDRKLSAEKLPNTRPFSMGALQEGGEDEISDELLEEILIERAKSGDALAKFQLGQFYFERDIYDKALIAFERIKSTDFQAKYQLGVMYYDGIGTKPSPDKGFQLLKEVAESTNPDAAHLIPFAQYNVGRAYYEGFGVKQSDQEAEKWFLEAAQDGEPSGSVKAQTVLGLFYSRTGEDSFDLQKAYFWHQEATGNGSLESQGALGVMFEYGIGVQRDGEAAFKCLKEAAARGNVYAQGNLAVHYYRRKLLNKAADVAKSVGEQEDIEGLALETDCLPRYVAKGIALGSFVYGRCLHHGLGVEQNREQAKHWYSRAGSFDLDVVARLQDETTYGYI >KIO14952.1 hypothetical protein M404DRAFT_991689 [Pisolithus tinctorius Marx 270] MFQALQPIKTSVHTRIVFLKVQVLCTFYRLTQAPSAVAFSPTQESFHPAKAET >QHV87229.1 sugar ABC transporter substrate-binding protein [Streptomyces sp. 604F] MLAAAAALTLSACGGSGGDGGKDDDAPKAKGPNLKGQTVSVAAVWSGPEKDAFRKVLDAFEEATGAKVTLVPAQDPIIGFLESKVAGGGQPDVAMLPQVGAIEQAVANGWAEPLGKGAEEALTTNYSKGWADLGSVDGTPYGVYFKAANKSLVWYNTAVFENAGVEEPETWDEFLKAAQTVFDSGVTPVSVAGADGWTLTDWFENVYLSQAGPEKYDQLADHEIKWTDASVTKALETLADLFGNKDFLAGGQSGALQTEFPASVTQTFTGGDQPKAGMVFEGDFVSINIGQTDAEIGTDAKVFPFPAVGENSPAVVGGDAAVALKDSKGAQALLTFLAGPESAEIWAKEGGFLSPNKAVDTAAYPNDVQRDIAEALIAAGDDIRFDMSDQAPQAFGGTPGKGEWKALQDFLKDPKDVAGTQKALERAAAAAYEE >WP_281350185.1 antibiotic biosynthesis monooxygenase [Allochromatium palmeri] MIVFSMSIFVPSSQHADLARTLGALLEPVRVAPGCLRCQLYTDFDDPNGFMLVEEWDSQAMLDRHLRSNACKTLLAAIELSTRPPVIRFDDVARRAGIEVMERARHPTNIQEIRR >WP_254090314.1 siderophore-interacting protein [Dawidia soli] >MBT1687079.1 siderophore-interacting protein [Dawidia soli] MANVIKKAVFNLIEKAIIDEGKVLEIRRWEPATMVEMVLYLPGVDMTGWKYIPRLKCKVGEFEYRDYSPATWDVGKKQCTMLVETGHKGFGSAWAQQLRVGDTIQFSPASTVSLPSSDGNVLGLGDGSALGHFMALKQMISPERCPLDVYVYLSEAYTLPASLLAEHGGFNFMMKPHADAGELLLNSIRGRNLSAYSSVYIAGHIPMVQKVRKALKATSGFRGKVFANGFWS >WP_100659968.1 Ger(x)C family spore germination protein [Geobacillus sp. Manikaran-105] >PJW13523.1 spore gernimation protein KC [Geobacillus sp. Manikaran-105] MKRGIAIFVLLVVCTGMLAGCWSKKELTDLAFIIAVGLDKTKDGKYLASFQVVNPGNVAGATQRGGGAAGVPVSIYTSTGDTLVEASRKASEKMSRLLYYAHTNLVVIGEEVAREGLDGVFDALERNSQFRMTAHLVIAHGHSAKEVLTVLTPVDKISANQIIKTLEFSEMVWGQTMNVDVWQVIRDLASPGRNPVITGIRIEGNPARGKRQTNVQSSVPDARVSLDGLALFKNGRLVKWVNGPTARGVVWVLDRIKQTNVTIPWNGKQEVIGYRTVRAKTDVEATVKRGRPAVSVHIKAEGDVSEALVPIHLDDAKVLFQLEKEIERDIKKEVKQAIETAQRARTDVLGFGDAVHRASPRLWKKIQNEWHDRYFPELDVTVTADIYIRRTGLRNKPYMEK >QTW92269.1 glycoprotein B, partial [Equid gammaherpesvirus 5] VPYIFNVRKYRKLVTSTTIYKGWSQDAITNQYTSSFAMPLWEARLVDYNYECYNGIQVTENGHLTTYVDRDGYNESVRLVPADGLTSSIRRYHSQPELYVTPRNLLWSYTTRTTVNCEVIDMTARSHKPFEYFVTASGDSIETSPFYTNASRRVHVQVLYNYSVTDYGVGLGSGENVTRFFATLNDFSISWKAATENSSYCPLVLWKGFPSAIQTKHEKSYHFIADAVTASFTTPLTDETSQFNQSYPCAWQGIEGEIEKKFEPLSKTHARNGSVQIYKTAGNLYVVWQPLVQLDLLKAHAQAVNNTVNGTEAPPTTTSSSSSGRRKRREATTTTASSNNSSSNSSMEENLATSQVQFAYDQLRKSINRVLEQLSRVWCQNQYRASLMWYEXSKINPTSVMSAIYG >KAJ1419147.1 Myeloid leukemia factor [Sesbania bispinosa] MALNMHPSGFLKHQAPDPSRQRGPIIQELNSDDEKEGAEEENVGNLRKYHRSNNEPCVELPDEELEGKKRKHLQDKNEYNRFNATEPQPQPQAHSFCFQSSIVSYGCANGTYYTSSRKRRTGSDGVTFEESKEANSSTRQASHTISRGLHGKGHTLARKLNSDGKVDTMQTLHNIKEDELVDFEDEWKGKGQKNFPGWTGSIGASHSGQAGQTSQGGWVLPSSEHSHHMGTSEVRGKVGSSRTQEMGHVFMFIPIMCSSFLSPYFHDDFGRNFYALEDGLDH >KAF1839740.1 GCN5-related N-acetyltransferas-like protein [Decorospora gaudefroyi] MVEQPTPAHPATMESQLQTSDTPNSQLIPSAILTTHRLIIRPMHPQDAPSMAHNASDPLLTKYMAPTFPDPYTLTQAETWISINLALQHQDNFVVCERCSPGTVIGAIGLKPGIGASSHTASVGYWMGRTYWGKGYTTEALESFTKWSFENWENNGRRLRRICADVYSGNVASMRCLEKCGYAKEGVLKGHIEKNGQTMDEHLFGLTRSDWEKRMSKVFNNY >BDY11310.1 hypothetical chloroplast RF15 [Trientalis europaea] >BDY11325.1 hypothetical chloroplast RF15 [Trientalis europaea] MERLFSSIFWTLAPWNNILLLKHGRIEILDQNTMYGWYELPKQEFLNSEQPVQIFTTKKYWILFRIGPERRRKAGMPTGVYY >XP_048216280.1 serine/threonine-protein kinase 33 isoform X1 [Perognathus longimembris pacificus] >XP_048216282.1 serine/threonine-protein kinase 33 isoform X1 [Perognathus longimembris pacificus] MEGKVRHIRMEHGSAIEEFYTFGRVLGQGSFGMVIEATNKETGTKWAIKKVNKEKAGSSAVKMLEREVNILKSVKHEHIIHLEQVFETPKKMYLVMELCEDGELKGILDRKGHFSENETRWIIQSLASSIAYLHNKDIVHRDLKLENIMVKSSFIDANNEMNLNIKVTDFGLAVKKHGSRSEGMMQTTCGTPIYMAPEVINAHDYSQQCDIWSIGVIMYLLLCGEPPFLANSEEKLFELIRKGELHFEDPVWDSISDCAKSVLRQLLKVDPAHRITAKELLDNQWLTGNKVSSVRPTNVLEMMKEWKNNPESDEENKTEEKTNWSLQEKLKSNQFRKKAHDVHNTSLEKEEKQSTAGGKTIVATNKKASIGNWDSSSSTYSKRLPGELKEELGKNPGTSGQGVATKPTAKSTAPSRGKKKL >WP_084290175.1 GIY-YIG nuclease family protein [Pedobacter nyackensis] >SMD00698.1 putative endonuclease [Pedobacter nyackensis] MKKFVYVVTDRNRTSLHVGMSSDLIKTLDFYKQMPCLFFDSGQQLTRLVYFEEFKTEAQALSRFKLVSRFTRMQKERLVRSCNPDWVDLTIGLDFEHITSGRKMINQVNLSFNMLS >XP_047379458.1 cleavage and polyadenylation specificity factor subunit 3 isoform X3 [Sciurus carolinensis] MPQKLFIDGFFQIMSKLGHVLGAAMFMIEIAGVKLLYTGDFSRQEDRHLMAAEIPNIKPDILIIESTYGTHIHEKREEREARFCNTVHDIVNRGGRGLIPVFALGRAQELLLILDEYWQNHPELHDIPIYYASSLAKKCMAVYQTYVNAMNDKIRKQININNPFVFKHISNLKSMDHFDDIGPSVVMASPGMMQSGLSRELFESWCTDKRNGVIIAGYCVEGTLAKHIMSEPEEITTMSGQKLPLKMSVDYISFSAHTDYQQTSEFIRALKPPHVILVHGEQNEMARLKAALIREYEDNDEVHIEVHNPRNTEAVTLNFRGEKLAKVMGFLADKKPEQGQRVSGILVKRNFNYHILSPCDLSNYTDLAMSTVKQTQAIPYTGPFNLLYYQLQKLTGDVEELEIQEKPALKVFKNITVIQEPGMVVLEWLANPSNDMYADTVTTVILEVQSNPKIRKGAVQKASKKLEMHIYSKRLEIMLQDIFGEDCVSVKDGSVLSVTVDGKTANINLDTRTVECEEGSEDDESLREMVELAAQRLYEALTPVH >YP_009745171.1 ribosomal protein S19 [Halymenia maculata] >QIG87181.1 ribosomal protein S19 [Halymenia maculata] MSRSLFKGPYIEVKLFKKIQKLNTEGIKKTIKTWSRASTIIPDMVGHTIAVHNGRQHFPVFISDQMVGHKLGEFVPTRTFRSHIKSDRKTRK >WP_276509439.1 type III pantothenate kinase [Zhongshania antarctica] MDVGNSALKWRLMSESGRLQGGRVASSPAALGLLLDELSLENLTDIKVASVGSVERDEPLMHILAASGVPVKLAVSQAFCRGVRNSYGDTSRMGVDRWLAMVAAFGVCGSACVVVDAGTALTIDIVDGGGMHQGGYIIPGVAMSARALAEHTGRVRFDGADKQSLAPGKDTESCVHHGKWLAQYGAVQAAITLAEATQGSLEVFVTGGDAQGLMVVAGEYARHWQYCEELVLDGLAPVLASC >MCQ2612024.1 tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA [Treponemataceae bacterium] MEEKVCNCLMVLGPTAVGKTALAVKLADFFGGEIISADSRQVYRGLDIGSGKDLCEYELHDPERLIPYHLIDVTDLDTEYSVFDYQQSVYKVFPEIKSRNKAVVFCGGTGMYLDSIVRGYRLTTVPCNVELRNSLAGKTDSELAEYLADLKGGKLHNTTDTVERHRVLRAIEIEVYSRENPVEMSDDSAVPEINPFIIGTTFDRKTLRERIGTRLSARFQEDMIGEVSALHDKGVSWERLERLGLEYRFIAEYLQGKIAGQEELRQSLYIAIGQFAKRQETWFRRMEKQGTVIHWLPVENRFENAKQLIQTGIESGQIKL >WP_242719345.1 NCS2 family permease [Streptomyces sp. AN091965] >MCI3931423.1 NCS2 family permease [Streptomyces sp. AN091965] MSPSATAPVDAKQPPPNPPQGGLDGFFKISERGSTLAREVRGGFATFFAMAYIIVLNPIILGSAKDMYGHQLDNKQLVTATVLTAAFTTLLMGVIGNVPIALAAGLGVNTVVALQLAPRMSWPDAMGMVVLAGFVVMLLVATGLRERVMSAVPLGLRKGIAIGIGLFIMLIGLVDAGFVSRIPDAAHTTVPLQLGGDGHLNGWPVLVFVLGVLLTLALLVRKVPGAILLSIVVMTVLAMIIHAVADVPSWGLTTPEWPGNPVATPDFGLVGEISLFGGFEKVGVLTGILFVFTVLLSCFFDAMGTIMGIGDEAHLTDDKGNFPGINKVLFVDGIAVAAGGASSSSATTCFVESTAGVGEGARTGFANVVTGGLFTVALFLTPIATMVPSQAATPALLAVGFLILSGSIGQIDWSDYTIAIPAFVTMLMMPFTYSITNGIGMGFITFTVLRLAAGRGREVPVAMYVVSAVFAFYYLMPALDLT >MBU2333720.1 glycerol-3-phosphate 1-O-acyltransferase [Gammaproteobacteria bacterium] LFVPVYIGYERVLEGRTYLGELRGAAKKKESIFDIFKVIGALKQRFGQVWVNFGEPLKLNEFLDQEQPGWRQQTYAPDYRPEWLNDATNRLAERIAQRLNEAAAVNPVNLVALAMLSTSRQALDQQSLARILDLYQALLRAVPYSPHTTLPEGDGNALIAYVKSLDLLAEQKDALGNILYLDEQNAVLMTYYRNNVMHIFALPALLASFFQSSSRISREQIQRFTEALYPYLRAELFMRWEVEELEAVVDQWLAAFVERGLLKADGNHYVRPAPSSRQFVLLTLLARVVVQTLQRFYMATSLLLNSGQHSLSAEELENLCTVMAQRLSILHGLNAPEFFDKALFRHFIQSMQEQGVVSPDENGRLGYHEKLAELAEGAAKRVLPAEIRLSIRQVALERHHDDSDSTPPEAA >HBF5910189.1 RusA family crossover junction endodeoxyribonuclease [Clostridioides difficile] >HBF6292655.1 RusA family crossover junction endodeoxyribonuclease [Clostridioides difficile] >HBY2691946.1 RusA family crossover junction endodeoxyribonuclease [Clostridioides difficile] MKVFLVIDGEPVGKERPRFNLATKRTYTPNKTRDYEELIKWLYQSKVKYRFTGYIKMTLRCYYSIAKSNSKKVKERKRNNVLRPSKKPDIDNVIKVVADSLNGIAYKDDTQIVEVVASKYYSDKPRVEVILEDIS >WP_070276216.1 glycosyltransferase family 39 protein [Listeria monocytogenes] >OFH02483.1 mannosyltransferase [Listeria monocytogenes] MKKRIQHLDFYFVGIIVIAIFFNFYGIWNDDTVNPYYTAAVTSMVQNFHNFFYGAFDPAGFITVDKPPVALWLQAISALIFGVHGWSVILPQALAGVGSVILLYVLVKPRFGAWAARITALIMALTPIAVAVTRTNNMDAILVFVLLLATFFLFKAVHRAKIGWLLLSFALIGVGFNVKMLQAFMVVPAFLLFYFIATKLSWRKKLVQLIIALVLMLGVSVSWAVVVDQTAASERPYIGSSQTNSVLELAFGYNGMERLLGQETGTGSNGNMEMGTPPSTNSTDSSSTTPPTPPSGSMQDGANGGTPPQGNNGAPPTGAPGNAANGGGNGSKMTGSTGMFGTGNAGPLRLFQTALGDQISWFLPLAIIGMLAIFLAYRNENKRIYQLTSKQKEMVFWAAWLIPVAGFFSIAGFFHHYYLIMLAPPIAVLSGVGLVALFRLYQDKENWQRFLLPAAVTLTGGLQAFFVAAYLPVLAVIIGIAALITSIILIVLRPQPSKLTAKITALALAILLIAPTYWSLTPILYGGNSSLPEAGPQLKQSSGGGFADASVDSDLISYLQKNNTGETYLFGTTDATTAGPYIIKTKEAVMALGGFNGTDPTLTVKQLKQMIQAGEIKYFYLPSNSKASDSDVVKWIQENGTEIDSSKWSSSGSTDDDTTSSASFNMQGGAQGMNGTGTGTLYQLK >WP_244305237.1 1-hydroxy-2-methyl-2-butenyl 4-diphosphate reductase [Kitasatospora cheerisanensis] >KDN85987.1 hypothetical protein KCH_18040 [Kitasatospora cheerisanensis KCTC 2395] MLARTGMGRRAAGPRAAALLEVGGYGALLVAGFGAAVGPGVRPGEVIVADRVTDPEGADHPLGTAPELATALEEAGLRVHLGTHRTADHVVRGAERVRLHAEGALAVDMEAAAVLAARAAHAPDLPAAVLRVVVDTPERELVRPGTLPAGFRAWRVLRAAVPALTAWHRQLAAAPRPLTSPQPSTLPQEAS >WP_161020167.1 glycoside hydrolase family 3 N-terminal domain-containing protein [Duganella lactea] >MYM83388.1 glycoside hydrolase family 3 protein [Duganella lactea] MPLLYLPLLAASLLTVDGQQFRDLNHNGRLDPYEDWRLSPAERTRDLVARMTLEEKAGTMIHGTVPLATGGKQLDGAAAAALIGKKHLNTLITRQSGDAAALAAANNTLQASAERTRLGIPVTVSTDPRNQFQHTVGQSVAAGSFSAWPDPLGMAAINDPALTARFGDIVRQEYLAVGIRQALSPQADLATDPRWSRVAGTFGEDAAIAGRQVQAYIQGVQNGADGVRAGSVVAVVKHWAGYGAAKDGWDSHNPYGKHMTFPSANFAYHLKPFDGAFAAKVGAVMPTYSMPDGEVTVEGVTLERVGGAFNQPLIDGLLRRNRGFDGVVLSDWAVTSDCAEDCAEGIPKGANPFAYFAKWGTPWGVEQLSPRARMVKAVRAGVDQFGGTEASELLVEAVNAGELGVEDLNRAASRILLQKFQQGLFEAPFVDEQQAAARVNTPAAQQQALDAQRRSLVLLQNKDRILPLAGGKRVYLHGVDAKVAQRYGMRVVDAPELADVAIMRVAAPSQMLHPNYIFGAMTHEGNLEFGDDNADYAAIKRSAAKVPTIVTIYLDRPAVLTNIVDKAAAVVANFGVSDIALLDVLTGRSAPQGKLPIELPSSDAAAAAQRSDLPHDSVKPLFPFGHGLSY >HBZ7417361.1 FAD-binding protein [Klebsiella pneumoniae] ARYRPHTREHFTMSPPANDGAALHLAAALNAREGADRASNFFWAPVSVLTRADGSEERFPHLVTDRAKPGVIAVNQRAVRFVNESSSYHHFASAMQDAAENAPCFLLCDAQAMKRYGLGLARPAPVNNDALVAAGYLHKADTLAALAQQLGLDAQTLSETVARYNRDAAQGVDREFAKGGNSYNRAMGDPGHQPDACNAPLLSAPFYAIKLYTGDLGTSRGLVTTADAQVVNTQGNPIPGLYAVGNDMDSLMAGTYPGPGITLGPGLTFGYLAACHLAQHSTH >MBV8166774.1 hypothetical protein [Alphaproteobacteria bacterium] MGMSSAQRDPITTAGFARGARRCVGLLLLTFGILSTAPRGALADTQFFRIGTGAVDSPSFAVAGIVAAGLSSPPGARPCERGGSCGVPNLIALAQAVGSPTEAVDLLEQRQLDAALVPASEAYRAQAGASPAGKAGAKAEPAKTILKPREGLRVIATLYIEALHVIVRNGTRFETVDDLKRRTVVAATDDPTAAPFLQVAIGQLGL >WP_013845913.1 SDR family oxidoreductase [Sinorhizobium meliloti] >AEG58020.1 3-oxoacyl-(acyl-carrier-protein) reductase [Sinorhizobium meliloti AK83] >ASP80465.1 NAD(P)-dependent oxidoreductase [Sinorhizobium meliloti] >MQW21509.1 SDR family NAD(P)-dependent oxidoreductase [Sinorhizobium meliloti] >RMC64834.1 SDR family oxidoreductase [Sinorhizobium meliloti] >RMI15706.1 SDR family oxidoreductase [Sinorhizobium meliloti] MTNLNGKIALVTGASSGIGAATAAKLAEAGAKVGIAARRTDKLEDLKKKIEAKGGEALVIEMDVVDTTSVEAGVKKLVDAYGSIDILVNNAGLMPLSDIDQFKVDEWQRMVDVNVKGLLNTTAAVLPQMIKQHSGHVFNMSSIAGRKVFKGLSVYCATKHAVTAFSDGLRMEVGQKHGIRVTCIQPGAVATELYDHITDPGYRQQMDELATQMTFLQGADIGDTIVFAAQAPAHVDVAELFVLPVEQGW >MCH8147627.1 hypothetical protein [Planctomycetota bacterium] MLVRFDCPACGGSHSFDMPETTIHMTCSRTRKVIQLRLTKGGDVKSEVVADS >KAF4336989.1 2 3-bisphosphoglycerate-dependent phosphoglycerate mutase [Fusarium beomiforme] MSTPRVFLIRHGETEWSLNGRHTGVTDIPLTANGEKRVRATGKALVGPDRLIAPKKIAHIYVSPRKRAQRTFELLNLGLKRPLPWTPHGAPDGTGLQCEAEVEVTDYIREWDYGDYEGITTPEIQKIRAEQGIKGSWDIWKDGCPGGESPHDVTRRLDQLIEEIREKYHKPAMDKGSDQCGDVLLVAHGHILRAFAMRWAGYALREGPTFLLEAGGVGTLRIEEPALLLGGAFVVELDGQN >WP_104981358.1 aromatic ring-hydroxylating dioxygenase subunit alpha [Sorangium cellulosum] >AUX42560.1 (2Fe-2S) ferredoxin [Sorangium cellulosum] MPELPLSPADLSAVLAPLPGARPLPARAYWDEDVFAFDQAEIFGRSWLCVGREDEIARPGEWLLAPLTPAGILVVRGADLAIRAFHNVCRHRAATLLEGACGRLAHLECPYHGWTYELSGALRSAPHAPPGFDRGAHGLSRVRAGVHLGFVFVALDPGAPELERAVGEAPPWLARPELRSLRRGRRVEYEVGANWKLCVENFQESHHFPRVHPALERLTPCDDAASWGGGGGGGPWLGGVMELAPGAETVSTGAARGGRPLIVPEADRRRVRDAMLFPGLLTSLQPDYLLTYRLTPRAPDRTFVVADTYFHPAAFAPGFDPGDVFAFWDGVNREDRAICERQQRGVRSAGYTPSTYAMVEDGVHAFDRLVARRYLAALGARTA >WP_013102579.1 MULTISPECIES: hypothetical protein [Leuconostoc] >ADG39981.1 hypothetical protein LKI_02190 [Leuconostoc kimchii IMSNU 11154] >AEJ30219.1 hypothetical protein LGMK_00785 [Leuconostoc sp. C2] >QBR47303.1 hypothetical protein EW139_03875 [Leuconostoc kimchii] MTKYYLRQRHSVDDGVNIVFDENFQASYLVSGRSGKKNDEIHVQDMSGAVLVRIQQTSFGMLPRFILKYRGHVVGSISLTFGHLGDIVYVRHLNWLISGNFIAGRYFITHNTKKLLSVKPDVRPDGIYNKLTITFDTQTPVHIAIAALLDIWGTKSNPLIKLKWLPGQGNQYELTS >XP_024747977.1 hypothetical protein BBK36DRAFT_1122941 [Trichoderma citrinoviride] >PTB64657.1 hypothetical protein BBK36DRAFT_1122941 [Trichoderma citrinoviride] MSGPPSAEEQHLYYYGLPSLPKLIARSSSSTQTWTNPQKPGWSAWTGTCNMYRKMLQPAGKHPLLQQLWNDATSSLRVQIIDAVSDMDWHAVDILRVGFLHTESLPPITLMVAVTPDTLPWSKGHAIALQCRAILEQHAIHDIHCEIRESVVPLRDLIQVDQPTFEKQLERCKRNTAYYATKADSYSKRGQVDVAAAY >NDF13247.1 hypothetical protein [Pseudomonadota bacterium] MGCTAEPDRVDRWEIDEMKTYKVELGTLISSENGRCGGPQYGEVYTAPKGQKGYIAGYRRHDCVGAGLMGIERFETLQAAQSYSISVTMS >WP_162783004.1 ABC transporter permease [Enterococcus faecalis] >HBG9553336.1 ABC transporter permease [Enterococcus faecalis] >HBM7953914.1 ABC transporter permease [Enterococcus faecalis] >HBM7987000.1 ABC transporter permease [Enterococcus faecalis] >HBM8552236.1 ABC transporter permease [Enterococcus faecalis] MPKMKKTALIKTSLREIRQSTTRFLSIMGIIFLGVMVFVGLKATGPDMIKTANNYYQKEQLPDARIISAMGLEKKDLTTLQSLKDVETVVPRYTIDATIGPQNNAVKLFGYRKNQAGSVNYQVVDGRLPKQTNEIALDTLAKTRYDYKMGDKITLNDAAIKEKGLTQTHFTVVGFINSPEYIDNTSRGTTTVGSGTLNFFGVVSEKAFDSQRYSELLISFRSLKHQNTYSSDYEKKREQALNQVKEALKNRPEEQVAALRDSAQPDINQGRQALETGKQALAQLEQQPGIPAEMLEKQKNELAKQEQLLAEKETELANLKAPTYYYFTREDNPGFSEYQDNAGRISSLATLFPLFFFLIAALVSLTTMTRMVEEKRMEIGSLKALGYRNREIASIFITYATVASLTGALLGLAVGYYLFPKIIFDAYGQMYNIPDLVTPWYLNYSLWGIIVALACTVGAALVTLRIDLLSTPATLLRPKAPKAGQRILLERIRPLWQRMSFIQKVTARNLFRYKRRMLMTVIGIAGCMGLLIVGFGLRDSIVDVATIQFNKIWHYQAVVTFKEQTTAEETKEYQETLRKLDGLNKTIPLYSEIFKTKGKGAPTQNITLYVPQDPSKMADFQLFNDRVTGEKYSLNDDGVIINQKLAKLFGYKVGDQLNLENSDNQTYHVKIAAIAENYTGHFVYMTPKLYQTMTKQKPEYNTEFLLFDKKLSSKQETSIGEALTKQPKVLNITFLTAMKGSFDDMLKSLDIVIWVLIAVSGSLALIVLYNLTNINVSERIRELSTIKVLGFYDREVTTYVYRENIILTFIGIIVGCFFGKILHQYILATVEVDLIMFSPIIHWPSYLYSAVITMCFTLFVMVIMHRKLKKINMIEALKSNE >ARR91819.1 pol protein, partial [Human immunodeficiency virus 1] PQITXWQRPLVTIKIGGQLKEALLDTGADDTVLEDINLPGKWKPKMIGGIGGFIKVRQYDQXCJEICGYKVTGTVLVGPTPVNIIGRNLLTQLGCTLNFXXXXXXXXXXXXXXXXXXXXRVKQWPLTEEKIKALIEICTEMEKEGKISKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDKEFRKYTAFTIPSINNETPGIRYQYNVLPQGWKGSPAIFQSSMTRILEPFRKQNPNIVIYQYMDDLYVGSDLEIGQHRAIIEELRQ >MCS6948286.1 histidinol-phosphate transaminase [Steroidobacteraceae bacterium] MIAADAEIADVLALARPEIRELQPYEHAAWEPNLTRLHANELPWPNCSDRHDPPLNRYPEPQPRELIEALAEYYGVQPSQLLATRGSDEAIDLLTRAFCRAGRDAVIVTPPTFGMYAVAARIQDAAVVTVPRSGAPGFELDAAAVAAALRPEVRIVWLCSPNNPTGGTVSKATLDAILAATAGRALAVIDAAYAEFSASHDDGAWLARHAHCVVLRTLSKAHGLAGARIGALLAHPQIVQLLRRILPPYALAAPSVSAALAALQPTSLMVTRTRIELLRNAREQLARDLAALPAVIEIYPSDANFLLVRCRDAAAVMRATRAHRLLVRDFSAHPGLAGCVRVTVGNDSDNARLLDALREL >WP_194235048.1 hypothetical protein [Paenibacillus donghaensis] >MBE9917804.1 hypothetical protein [Paenibacillus donghaensis] MDVKWLGQLDDELFALARHDDIRLTAEPSVAVLDGGADPAGGQTRGTDSLPEGFDLKTMKHDRSCCNEYKRLENYAPRLFLSHFSPIDPLS >MBO5878101.1 PepSY-like domain-containing protein [Alistipes sp.] MQSSAQPQRVITREQLPVAAEQFLSEYFPSADIATLSEQSAFAGREYDVFFHNGTHIEFSSAGEWREVSSREALPQGIVPPTIQAYVSEHYPSQSIRHIERSRKEWEVGLANGFELKFDRDFRLIDVDD >WP_063316698.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Rhodococcus qingshengii] >KZL31154.1 tRNA threonylcarbamoyladenosine biosynthesis protein TsaB [Rhodococcus qingshengii] >MBQ9054282.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Rhodococcus sp. (in: high G+C Gram-positive bacteria)] >MCE4164264.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB [Rhodococcus sp. Ni2] MLVLAIDTSTPAVTAGVVSLSASSPDPVSPDAESPDTVETLAVRVTVNPRAHAEVLTPHVLECLAEAGLTPADLNAVVVGVGPGPYTGLRVGMATGVAFGDALGVPVYGVCSLDAIAAAVPTTPSLLVVTDARRREIYWARYDGGVRVEGPAVNSAGDVDPSPSTLIAGSASHVDFFDLPVDPAETPSPAGLVTVAAREILSGSVPAPLEPLYLRRPDAKTLAERGK >HBC6813009.1 50S ribosomal protein L3 N(5)-glutamine methyltransferase [Shigella sonnei] MDKIFVDEAVNELQTIQDMLRWSVSRFSAANIWYGHGTDNPWDEAVQLVLPSLYLPLDIPEDMRTARLTSSEKHRIVERVIRRVNERIPVAYLTNKAWFCGHEFYVDERVLVPRSPIGELINNKFAGLISKQPQHILDMCTGSGCIAIACAYAFPEAEVDAVDISPDALAVAEQNIEEHGLIH >PKU40490.1 snf-related serine threonine-protein kinase [Limosa lapponica baueri] MAGFKRGYDGKIAGLYDLDKTLGRGHFAVVKLARHVFTGEKVAVKVIDKTKLDTLATGHLFQEVRCMKLVQHPNIVRLYEVIDTQTKLYLILELGDGGDMFDYIMKHEEGLNEDLAKKYFAQIVHAISYCHKLHVVHRDLKPENVVFFEKQGLVKLTDFGFSNKFQPGKKLTTSCGSLAYSAPEILLGDEYDAPAVGMSSLNSTSNLNLSTVMF >WP_254144300.1 hypothetical protein [Bradyrhizobium sp. CCGB12] >MCP3390373.1 hypothetical protein [Bradyrhizobium sp. CCGB12] MVAGVVSLSGTSTQNQTLAANITDVDGIPVGAPIAYQWQQSADNGVSWTDIAGATASSLTLQQAYVGTLVRAGVSYADAAGNAEQDFSPATASVGNVNDVGVASIVGTTVQGQTLTASVTDLDGLANVAISYRWQQLTNGSWSNISQATGVTYTLQAAQVGRQVRVRVTYTDQLGGSESNRTSAATPVIVATNPAGNDIGVVSLSGTSTQNQVLVANVTDVDGLPSGTSIGYQWQQSSDGGVTWSDIAAGATGKALTLTQAQVAMRVRAVVSYTDAAGSAQSVASAATTAIANVNDAGVVATTGAPVQGQILKADVTDRDGLTNVSITYRWQQLINGTWSNIANATGATLTLQPAQVGRQVRVLVSYTDQLGGGGNQPDERSHPAGRDRQQSPRRGECQRDTDAEPGVDGDRERCGRSAGHHHLSVAAERERQYLDQHQRRDGEHVDPWAGPRRQLRACHRHVYGPPGQQRDSIEPRDRHGGDQRQRRWCRRDQRHGDPEPDSDG >CAD6897702.1 unnamed protein product, partial [Tilletia laevis] >CAD6901748.1 unnamed protein product, partial [Tilletia controversa] >CAD6909075.1 unnamed protein product, partial [Tilletia laevis] >CAD6969998.1 unnamed protein product, partial [Tilletia controversa] MFAKLAVAGLAAASIISAAPLVQKRQSESKPDIDVIILNYALTLEHLENAFYRDTLA >MBC7757407.1 alkaline phosphatase [Phormidesmis sp. FL-bin-119] MKIAKSILFILLISVLHYQAIAQKIAYSVQNGHSHNDYENEAPFFTAYNAGFGSIEADVFPVNGRLYVAHDKASITPERTLQSLYLDPLLSKLTADKSRHLILLVDIKENHGLSLPILIKELIPLQPIITSGQLQIVISGNRPVPSQFSNYPDYIYFDDDQSRVSSTKQWGRVGLVSLRFSNLSNWKGEGKIPKEEKLRIKSTVDSVHKAGKKIRFWASPDNPKSWKLLMKLKVDLIGTDKIKQLTAFIIPHKHNFGWFSTILSAKY >TDL20017.1 hypothetical protein BD410DRAFT_805275 [Rickenella mellea] MVSLSEISRHASRITLRSLYIQQDGGEAWKQMRESSFGSNLYSSASSCPTSTERDCGRSCVSGRTTWLTEFVRKATRAAPSRHRCWTELGLRVDYDQDQFCERYVLTMMSKEWMDPKLRDAEKASWKGSADGAEDPDSNDPDAMLRRSHMKLRLMGVQHWCRMHRRRECVGLESAKKRGGPDIPVSPFHGKCKEGGGAVPQIKQCCCSGERRTKTPDLQQVSAMYLNDVYVFENAAQSVVLDSDISDVFKQQGSSLRPLPRITVIFIIALALKLSSYSKRPPEIHSSSAKFLLHRENSLWRTIDSLAALKYNNKRTVATPLVVARNVECHWSRPSILSVYRYTFTIDVDTSVTPDTPNRLSTCCADDAVVQMMLVSSLSVARRAG >WP_115513761.1 MULTISPECIES: type 4a pilus biogenesis protein PilO [Xanthomonas] MSKKSFKLSDLDFNNIGGWPQQARIVFCVLVGLFIMVLAWFLLISSKRDELEGLEGTESQLRTEFETQQGRAVNLEPLKQQLAQMEQVLQQMLRQLPSKTEMPDLIIDISQTALSSGLSNELFQPGPESPKEFYAEKPIALRMVGSYHQFGAFVSGVASLPRVVILTMHDINLKPRDAKAGITPRGALELSGTVKTYRYLDDEEMAEQEKAAADAAKKGGQ >WP_145031602.1 glutamine--tRNA ligase/YqeY domain fusion protein [Caulifigura coniformis] >QDT55619.1 Glutamine--tRNA ligase [Caulifigura coniformis] MSTDASESPARPTDFLREIVSADVAAGKNKGRVQTRFPPEPNGYLHIGHAKAICISFGIANEFGGQCNLRMDDTNPAKEDTEYVEAIKDDIRWLGFEWNGEVRYASDYFEQLYQWGELLIEKGLAYVDSQSADEIAAGRGTATEPGKDSPFRDRPKEESLDLFRRMRAGEFPDGAMVLRAKIDMASAHLIMRDPLMFRIRHAEHHRTGDKWCIYPMYDYAHGQSDAIEEVTHSLCSLEFETHKPLYNWFIEKLGIFPSKQYEFAKLNLTHTITSKRKLLELVLGKFVAGWDDPRMPTLRGLRRRGYTPESIRNLCATVGVTRYNGVTDMVVLENSLRDHLNKIAPRRMAVLRPLKVTLTNFPEGEKVELEAINNPEDSSAGSRKVPFSKTLYIERDDFMENPPKQFFRLAPGREVRLRWAYFIKCHDVVKDDAGNVVELLCTYDPETKGGDAPDGRKVKATLHWVSAEHAINAEVRLYDHLSAVPDLSEIPEGQDWKTCLNSKSLEIVEDAKLEPSLAEVPAGERFQFERLGYFCVDPDSTLSMMVFNRSVTLKDEWAKLQKKA >REJ18923.1 hypothetical protein C6W57_02310 [Caldibacillus debilis] >REJ30455.1 hypothetical protein C6P37_03145 [Caldibacillus debilis] MDNFLANSFPEYIRKELEQIQKLIFPLARKTSKYMFWTFPLIGISFLNIVYLLFFVPDGGRDYGLLFVYSVLGALGLALWKETRLNKKEIEKIGMQYMVERITKSRSVSEEVKTRYIRRIKEKPALAMENFVRFLQEEDRIERRKKLEQPEEDQPGD >MBB3008158.1 cysteinyl-tRNA synthetase [Cupriavidus alkaliphilus] >MBB3014394.1 cysteinyl-tRNA synthetase [Cupriavidus alkaliphilus] MPIEPGKVRMYVCGMTVYDYCHVGHARVMVVFDMVHRWLRAAGYEVTYVQNITDIDDKIIRRSVENGETIGELTTRFIQYMHEDAAALGVIRPDHEPRATDYVPQMLDMIGKLEARGLAYQASDGDVNYSVRKFDGYGKLSGKSLEDLRAGERVSANDAKQDPLDFVLWKSAKAGEPPESKWDSKWGAGRPGWHIECSAMSCALLGEHFDIHGGGADLQFPHHENEIAQSEGASGKPFVNLWMHNGFVRINDEKMSKSLGNFFTIREVLKAYDAEVVRFFILRAHYRSPLNYSDAHLDDARHALTRLYTALKDSQPGGCAVDWDEPHAKRFAEAMGDDFNTPIAMSVLFDLASEINRTGSTAAARQLKGLAGTLGLLERDPHTFLQGGGKTDDGPAPAEIERLIAARKAAKAERNFAEADRIRAQLLEAGIVLEDKPGGATEWRRA >EAV4122193.1 2-aminoethylphosphonate ABC transporter permease subunit [Salmonella enterica] MSLILPLEKPALNLRPLLWLLLPLLVLATLFFWPLSLIVEQALRGANGDIGLETFRQVVDSKRFVGALLNTLQIAFFATAGCLLLGSVMSLILVFIPFPGSELIGRVVDTFIALPTFLITLAFTFIYGSAGLLNGTLMSLFAFELPPVDFLYSMQGVILAEITVFTPLVMRPLMAALRQIDKSQLEAASILGAHPLRVIGQVIFPAALPALMAGGSLYLLLTTNEFGIVLFIGAKGVNTLPMMVYSKAILESDYTVACMIALINIVLSLGLFSLYRLAASRTGVRSQPC >WP_246884968.1 RICIN domain-containing protein [Streptomyces sp. GESEQ-4] MLRLLATAVLTITASVTASSQSTASAAPGSPALTPPLGWNSWNSFGCGITEAQVRQAADAMVSSGMRDAGYRYVVVDDCWFDPQRDAAGNLRANPTKFPSGMKALGDYIHSKGLKFGIYQVPGERTCAQTTGAYPGATGSRGHEVQDANTFASWGVDYLKYDWCSSEGTRDEQVARFSLMRDALRATGRPIVYSINPNSFHAITGSTYNWGEVADLWRTTEDLLDIWQNGNTNSYPMGVGNVLDVNAPLAAQSGPGHWNDPDMLVVGRPGLSLTESRSHFALWALMSAPLMAGNDIRTMSADVSAILRNPRLLAVNQDALGAGGRRVRDDGNTEVFAKALSDGSVAVGLFNRGGSTATVTTSAAQVGLSGGQFTLTDLWTGGTSSTSGQISASVPAHGVAVFRVTGGSPLAATTSRLRGNGSGRCVDVDNASTAAGATALLWDCHTAANQLWTTWAGGEIRVFGDKCLDAYNQGTTNGTRVITWPCNGQNNQKWTVGSDGSIRNVNAGLCLDVNGVGTANATPLVLWTCNGQANQKWTRVTGS >MBP6505074.1 D-alanyl-D-alanine carboxypeptidase [Rhodoferax sp.] >MBP9930688.1 D-alanyl-D-alanine carboxypeptidase [Rhodoferax sp.] MKSLITAFALVLSLSAGAQTPQVPEIAARSYLLMDMTSGQVLAEKDADSSVEPASLTKLMSAYLVFDALRSKKITLTQTLPVSVRAWKMEGSRMFIDPKMQVPVEDLIKGLIVQSGNDATVALAEGVGGTVEQFVKLMNDQAKALGMKSTGYRNPEGLTEAGHTTTARDLSILSSRLISDFPEYIGYYAIKKYHYAGTPASNENNRNLLLYRDPSVDGLKTGYTEAAGYCMIVTAKRDFPNLVQAGAPAGSAAAAGSRRLLSIVLGTASENARANESQKLINWGYTAFEAVKLFDANQAVVSPAVWKGTAPTLKLGRTEPVIVTVAAGSKADIKTEVVRPDPLVAPFAKGQKVATLKVSAGTQLVAELPLVALEDVGQAGILGRAWDAIRLWIK >AEL09906.1 transposase [Streptococcus pseudopneumoniae IS7493] MIPNKSAEAVNQALKLILKQHQILSITADNGTEFNRLSDVFSEEHIYYAHPYASWERGTNENHNRLIRRWLPKGTKKTTPKEVAFI >WP_260467581.1 hypothetical protein [Streptococcus mitis] MEEKEMPTLQEVKNQMDKVRTQLEIFDRFDEEIKKAEQEVKATKAKKADLQTFEDFQAINAKEKYIADMKEQRTKLEKERINSIVEDARKINASGYLETALEQDETVKRQRQEIKQKSIELLELIANYNENYKNTAKRLADGVRKTGIEELFDRLNTSPEYSGVSKPYIYSGVAGYMGNQHRYLDPSDDLAYFVNRINLFEGEQ >MBE7554905.1 ABC transporter permease [Anaerolineales bacterium] MQRFVLRRLVLLIPLLVGITLVAFILSHAVPSDPVNAALGQSAVADPEIVAAFRAKWGLDQPVHIQYFTYLGNMLRGDLGLSIGTHRPVLEDLGRYMPATVELSTASIILAVLIGVPFGVISAVRRNTWLDQVSRVLSLVGVSAPVFWLALLGLFLFYSRLNWLPGPGRLHIGTRPPPPVTGLFTVDALLMGDVELFINAFSHLILPSIVLASYSMGLITRVTRSAMLDVLSQDYIRTARSKGLHEGWVVGRHALSNALIPTVTVLGLSYGNLLTGTVLTETIFSWPGIGQYAYQASVSLDFPAIMGVTMLIAFVFIAVNLVVDVTYVFLDPRLREAQ >CAH7718754.1 unnamed protein product [Callosobruchus chinensis] MTAEDFERLIILVGPKISKMDTKFRKAIPVQDRLAITLRFLATGDSFTSLQYLFKVSKQRISTLIQALKEQIKATLSYYYINIYFIT >XP_054539312.1 ankyrin-2 isoform X43 [Pan troglodytes] MMNEDAAQKSDSGEKFNGSSQRRKRPKKSDSNASFLRAARAGNLDKVVEYLKGGIDINTCNQNGLNALHLAAKEGHVGLVQELLGRGSSVDSATKKGNTALHIASLAGQAEVVKVLVKEGANINAQSQNGFTPLYMAAQENHIDVVKYLLENGANQSTATEDGFTPLAVALQQGHNQAVAILLENDTKGKVRLPALHIAARKDDTKSAALLLQNDHNADVQSKMMVNRTTESGFTPLHIAAHYGNVNVATLLLNRGAAVDFTARNGITPLHVASKRGNTNMVKLLLDRGGQIDAKTRDGLTPLHCAARSGHDQVVELLLERGAPLLARTKNGLSPLHMAAQGDHVECVKHLLQHKAPVDDVTLDYLTALHVAAHCGHYRVTKLLLDKRANPNARALNGFTPLHIACKKNRIKVMELLVKYGASIQAITESGLTPIHVAAFMGHLNIVLLLLQNGASPDVTNIRGETALHMAARAGQVEVVRCLLRNGALVDARAREEQTPLHIASRLGKTEIVQLLLQHMAHPDAATTNGYTPLHISAREGQVDVASVLLEAGAAHSLATKKGFTPLHVAAKYGSLDVAKLLLQRRAAADSAGKNGLTPLHVAAHYDNQKVALLLLEKGASPHATAKNGYTPLHIAAKKNQMQIASTLLNYGAETNIVTKQGVTPLHLASQEGHTDMVTLLLDKGANIHMSTKSGLTSLHLAAQEDKVNVADILTKHGADQDAHTKLGYTPLIVACHYGNVKMVNFLLKQGANVNAKTKNGYTPLHQAAQQGHTHIINVLLQHGAKPNATTANGNTALAIAKRLGYISVVDTLKVVTEEVTTTTTTITEKHKLNVPETMTEVLDVSDEEGDDTMTGDGGEYLRPEDLKELGDDSLPSSQFLDGMNYLRYSLEGGRSDSLRSFSSDRSHTLSHASYLRDSAVMDDSVVIPSHQVSTLAKEAERNSYRLSWGTENLDNVALSSSPIHSGFLVSFMVDARGGAMRGCRHNGLRIIIPPRKCTAPTRVTCRLVKRHRLATMPPMVEGEGLASRLIEVGPSGAQFLGPVIVEIPHFAALRGKERELVVLRSENGDSWKEHFCDYTEDELNEILNGMDEVLDSPEDLEKKRICRIITRDFPQYFAVVSRIKQDSNLIGPEGGVLSSTVVPQVQAVFPEGALTKRIRVGLQAQPMHSELVKKILGNKATFSPIVTLEPRRRKFHKPITMTIPVPKASSDVMLNGFGGDAPTLRLLCSITGGTTPAQWEDITGTTPLTFVNECVSFTTNVSARFWLIDCRQIQESVTFASQVYREIICVPYMAKFVVFAKSHDPIEARLRCFCMTDDKVDKTLEQQENFAEVARSRDVEVLEGKPIYVDCFGNLVPLTKSGQHHIFSFFAFKENRLPLFVKVRDTTQEPCGRLSFMKEPKSTRGLVHQAICNLNITLPIYTKESESDQEQEEEIDMTSEKNPQDEQERIEERLAYIADHLGFSWTELARELDFTEEQIHQIRIENPNSLQDQSHALLKYWLERDGKHATDTNLVECLTKINRMDIVHLMETNTEPLQERISHSYAEIEQTITLDHSEGFSVLQEELCTAQHKQKEEQAVSKESETCDHPPIVSEEDISVGYSTFQDGVPKTEGDSPATALFPQTHKEQVQQDFSGKMQDLPEESSLEYQQEYFVTTPGTEASETQKAMIVPSSPSKTPEEVSTPAEEEKLYLQTPTSSERGGSPIIQEPEEPSEHREESSPQKTSLVIVESADNQPETCERLDEDAAFEKGDDMPEIPPETVTEEEYIDEHGHTVVKKVTRKIIRRYVSSEGTEKEEIMVQGMPQEPVNIEEGDGYSKVIKRVVLKSDTEQSEDNNE >WP_010443651.1 acetoacetyl-CoA reductase [Ruegeria conchae] >RLK02723.1 3-oxoacyl-[acyl-carrier-protein] reductase /acetoacetyl-CoA reductase [Ruegeria conchae] >UWR03378.1 acetoacetyl-CoA reductase [Ruegeria conchae] MARTALVTGGSRGIGAAISKALKAEGYNVAATYAGNDEAAAKFTEETGINTYKWNVADYDESKAGIEKVEAEVGPIDIVVANAGITRDAPFHKMTPEQWHQVIDTNLTGVFNTVHPVWPGMRERKFGRIIVISSINGQKGQFAQVNYAATKAGDLGIVKSLAQEGARAGITANAICPGYIATEMVMAVPEKVRESIIGQIPAGRLGEPEEIARCVAFLASDDSQFINGSTISANGAQFFV >NNK90694.1 ATP:cob(I)alamin adenosyltransferase [Saprospiraceae bacterium] MKIYTKTGDQGSTSLFGGTRVDKDNAQIEAYGTVDELNSHLGLLISVVKEELLAGEMKAIQSILFDIGSHLASDGNIS >MCI0339177.1 TIGR00282 family metallophosphoesterase [Acidobacteriota bacterium] MRVLLIGDTMARAGRRVQEERLHDLRAQRDIDFVVSNIENAAAGFSITPRIAVDLIAAGVDVMTSGNHIFDKKEILDYIDQEPRLLRPANYPSGVPGRGRWVGKVKGIPIAVINLQGRVFMPPSDDPFRAADAQLAALVPAVKVILVDMHAETTSEKVAMGRYLDGRVSVVVGTHTHVQTADEQILPGGTGYITDLGMTGPHDGVIGMRTEIVIERFLRGISLKFEPSEGEIKLNGLIVDIDEETGHALRVERVSLSHS >ETP52929.1 hypothetical protein F442_02142 [Phytophthora parasitica P10297] MAQNDSPPSTNGRTLRRCSRSERSHIHRLAAIAEEHAGQSGNNINPAAVPLLKRSKSERVIRTTQGVKFEDMYRNYQARLENFIAVAADPCSSESNVQIAQKVLRYRNKIMERRQALN >KAI9354912.1 armadillo-type protein [Pilaira anomala] MEQFLTGLDELLTSLAQAQDSETIRNATSALNTQYYASADCVPALIEIISRSPHFQVRQLAAVELRKRTTKWWSQIQEAVKVNLRAQLLNIALNEQHQAVRHSIARVISSVASIDMPDEKWPTLLGFLNESCVSQNASHREIGIYCLYTLFEVIADFFMNNTVSLFDLFNKLIADPESKQVRITTVLVLGKLSEFVDSEDKPTIKMFKAIIPRMVNVLEECIKDDDEDNASQIFEVFDTLLMLDAPLLSDHLANLIDFFLTIGANPKIEDNIRVLALSFLMWAAVYKQNKIRSLKLVGPIVERLMPIGTEEDPEDIDEDSASRVAYKVLNALATNIPPQKIFPVVMPFVLNYIQNPNPNYRKAAMMAFAVTVEGCTDIIANKLNELLPLVCTGLQDPEIKVRRAACMALGCLAEEMPNDISEHHQILLPLVFQLMSDNNAEVTKHACNALDAILEGLGSDIVQYLQVLMEKLLFLLEHAPQTETRATVIAAIGSAAHAAGDDFRPYFNEVLPRIVQFMSLKETPEDQLLRGVASDTAGSIAEAIGAEVFRPYVQNLMGLAVEQLQLDSPRLRECSFALFSNFARVFGEEFAAYLPTIMPEIIASCKAEEKNETVLDEEVDLTTGGIDDDLDDDFENFNFNSAIADEKEFAVDALGELFANTKTHFLPYVDTSLIELQKLTSHIFDGVRKSATQSLFTFLKTLYVMSNPAPWTPGVPATYTVHNDVQNLISSVIPMTLELWKEEDDRTVVVQTCQEFVTALRLMGPILVNECLEDIAHNLLEIFEKKSICQQGFEDGDYDEEDDDLESESILISSAGDLVAALCETVGPNFAKYFEVYMPLIVKYYKPTKTQAERSMAIGCLGECVGGLKSAITPYTERLLQLFVKACSDEDELVRSNAAFALGSLAINTQVDLSQHYPTLLTALSPLFSNQTIPNTVDNAAGAVARLILAHPEAVPLDQVLPTFANALPLKADYEENTPVFDCLFKLFSSHNSYVFGNLPQFLHIFSQVLSDEDQLKETTRAHLIELIRALNAQSPNLNISSSELARFL >MBV8846188.1 cupin domain-containing protein [Bryobacterales bacterium] >MBV9401957.1 cupin domain-containing protein [Bryobacterales bacterium] MPRPTKAASLVAIAAVFFGISDAHLFAQTAAAQSAVATKTLMQEPLDDTSEPKVSVIRLSVSPGLIAGPHSHAGPVFAYILQGDIENQVEPNPPKIYRAGDFFYEPAMHIHRLLRNLSQTELAQLLIFQVGDTGKASPAVKILMQEPLTDIRNREARVMTVAMAPQAVLRPHKHPGPVFAYILKGEIENQVDPEQPKIYRPGDLFYEPPMHAHRLLRNPSKTEPAELLLFQVGEKGQPLATSAEE >WP_075555721.1 hypothetical protein [Parabacteroides timonensis] MEYVIGILLGFIALNFLLKIGFYNSFSGILAAGLGCSLFVLAIWPWTTEQSKTQIADFLSSPERMQDAAVMITLESAVMIAFCFDCFAGLRRHDTFFKRTLTRLLKIYPGILITIVLAYSLTQLIFAYPGTSFRTVAWLFAGGTGIGIVGIGWFLKKYLADESLRLELLFVTNLFILLMGIIATENGRTSYQSVSNVNIQAMIVTLGVFIAGALIGFIWKFIKKTRI >MBR0168732.1 hypothetical protein [Synergistaceae bacterium] SCTKNIRIIAKNKADCTILKNGSVFENTTFDDVVTSIQNETAQSKYDCHNTQMLIDFVHPKTGAVIENLPLNFCSFRTITLADGSTKKALILQFARTLWKGFAPFGTNGFNRWKYSQLRKWLNASGANWFSSSYTADILSPHEGSYTDDGVKGFLSCLPPALVELLVPVKIVTQAFFDDYNEDTAIDDPDYIDGFDADITYDKVFIPSFSEMTVTAGSDEFFPDTVFEGATWDYYSALSSEADINRDINGEACSVVTRSAYLDGTAKIIYADSLTHVAPGDVYSANSAPAPAFVLC >WP_159020823.1 hypothetical protein [Streptomyces sp. HNS054] MIREQWDGGEWEKHCRRLLAMRYDSKIQFIPARDGGDGGLEAFRLDGVAYQCYAPDDPFSVDAQTKSQKKKIYTDIKKLCDDIPGTCRLLGDIRLHTWILMTPQFDSRTLVEYARKKSREVLDLSPVPAWCADTFEILIITDEEFAPERARLFSEVDARLNIDIPHIDESHYASAAGTEMGERIDAKLSVDQALAADPEFLAECRNEMITVFFRGQGQIEMLQRDYPTLYQAVDRRLRNVLSTLTMTVAGMREPSTEVMATLVRRLTEGLQTDAPGLSSVLCEQIAWYAVADWLIRCPLKFRRVA >ROV93981.1 hypothetical protein VSDG_06309 [Valsa sordida] MTITTTTTTTTTTAGQSPLPLPRVLTHPTSQPPELIAQGAEGLLYRTSYLSPSTPCALKYRPPKPYRHPILDARLTRQRILAEARVLARCRREAVPVPAVYCVDEAAGWLMMEWVEGQPVRVGVNAWLGDKTEDEVNRAAGAGEGDGGQGNAELVGLMRRVGAAVGKLHAAGLVHGDLTTSNMMLRPAARGKEEGGAKGGAGEDGVAGGVLDGEIVIIDFGLASQSSSEEDRAVDLYVLERAFLSTHPRAQKLFDEVLAGYGQGFKGARPVLKKLEDVRMRGRKRSMLG >WP_160324393.1 4Fe-4S dicluster domain-containing protein [Adlercreutzia muris] >NCA31827.1 4Fe-4S ferredoxin [Adlercreutzia muris] MLYRVIDRADVPSLVAAFMERYEVVAPVRRGEKYVFAAVSDFDEIALDYPTTIASPKKYFLPATETLFEFDARENAVTDYVDEVRPRVLFGVHACDINGIMNLNSVFNDPRYPDPYYRAHQDATLIVGVSCTPGDTCFCHLMDSEEARPGYDLFLNAIGERFLVSIGSVAAANILEGACDVREATDVDRAAFRAATRARQGAFNGAIPDVQEIPMLMDAFHEDGFWDELGGRCLSCNACASVCPTCYCFDIRDTLDPGAETGRRERVWDGCTSPQFAMVAGGHNFRPTAAERVRHRMYHKLNGFLATHDRSLCVGCGRCAAACKVGISPIEVLKFFERKGADDGE >WP_280604208.1 M3 family metallopeptidase [Vibrio splendidus] MTATNYLNQLNQKYLATHKAKEDFFWDTYMGISDDHDGSTLAQTQWTEFLSSAEQITAIETQLAAIDEIQDPLEKESTLTGLNGWLATFRSHAIESEQSQKLKAELIKFEAELFEKKQNHVMTYVNETGDETEGSLPVLGSAVRSNGNEQVRLSAHQALLDLEQWLLANGFIELLKKRNQFAQSLGFKTFFDYSVVKTEQMTTKQLFTILDDFEARTRDSHQQSLTNLAEQKGENALQAHNFTYSFAGDVMNDLDPYVPFSKSLRRWIESFGRLNIEYSQATLKLDLLDRKGKYPNGFCHGPIPSFYDQDTWVAAQVNFTSNAKPDQVGSGYDGINTLFHEGGHAAHFANVKMNAPCFSQEFAPTSMAYAETQSMFCDSLLNDADWLKQYALNADGQAVPDELLKAIIDNKQPFRAYQERSILVVPYFERALYELADEDLTPEKITALARSSEKTILGLACSPRPLLAIPHLLSDEASCAYQGYLLAHMAVYQTRAYFTDKFGYLTDNPEIGPLLAKHYWHQGNSVNHNGTIESLTGEGFNAKYLADECNLSPEEAWAIEEKKIKQLSTRERAPVADLNAKISIVDGATELANNDKSNHQMCDEFEHFIVGQYGR >WP_141769780.1 hypothetical protein [Bacillus thuringiensis] MVGTISFAAAIFIVIYTAKIKLLQSESFIINNQLWDRKKGYVIQALDLLMLLIGIIATLLVILLNYFQLINTDINDAIAIFTLAISLSNDLLATWSVRFIIYITNRKKRKYQIEEIA >XP_022467441.1 uncharacterized protein CORC01_14441 [Colletotrichum orchidophilum] >OHE90264.1 hypothetical protein CORC01_14441 [Colletotrichum orchidophilum] MSDEQRISMVACIQCTEIRVDQEAVQLLNLRNGLKIGGEIGREIGVQGNSVHSVNQDRTVGSASSEACEQHLLPCNRSKSGKTPRYQNSKVVGTEYI >KAH6575376.1 hypothetical protein BASA62_001953 [Batrachochytrium salamandrivorans] >KAH6579049.1 hypothetical protein BASA60_003418 [Batrachochytrium salamandrivorans] >KAH6589538.1 hypothetical protein BASA61_005572 [Batrachochytrium salamandrivorans] >KAH6596600.1 hypothetical protein BASA50_005006 [Batrachochytrium salamandrivorans] MFDPLLWVLHHFITHYAGQTTQGGTNDGDGANQASDSKQDTDLPLRVYPIYLSKALWGTETPDRNGASSSTDIQPEEKCGGLRWLRNLFGSCPQHQSQPEPQPSTSHDSSQPDEMPLPAYFQVRKFQYYTYFWITNQYPEFTKDEAMYFASEYSPKKKLGQGRYGAVYLATKNSNGMEVAYKSIPKPDVRKYTLESTIPHICHLRNPLVRSEEPSFAQCMSSRPPNLSVPYELALQMYLSRPGYDNPYVPGIIDYIVLKNEYIVVMEYLDESWVTLSNYLMERKHLDVIKERNIIREIVNGMKYLKQYGILHDDVHDKNVMYNKETGGIKLIDFGMSNVLPGWEAGKSLPLKSPDPPSTFSDYKAGDDELESMQTFGRLLYMILTGKSPYIEDLNHEAIKRKTILPDPDPSKFELQVLGQRLTTALVNLDSDQVPSIEAILEHPFFD >RDE30147.1 N-acetylmuramoyl-L-alanine amidase [Parageobacillus thermoglucosidasius] MCLRRMRLLLFLFCLPMVVGMVLPVLAAKNERQTVVVTAKEVNVRQGPGMSYRSLAKIHQGETYQLIEERAGWVKVQMKRNQAGWVAKTYTKLVLEQAVSQEDRLRVRLTPGRDGRIVGHLSKGEVVSVLETDGDWSKVVTSSLIGWVFSSYLSSYHRQETTTKTGWVTADSLNVRARPSLAAERVGKVTYGEQVTITDKQENWDQILMNDGKTGWVSSEYISTVAKTASSFVTVLYSNVNIRALPSLRSPIQAMAQYGERYRVLGKIGNWYEIELSNGAKGYIAGWLVSADANGQSESNALKGKTIVIDAGHGGKDSGTISHTGIKEKTLTLRTARLLKEKLQAQGANAVLTRSSDRYVSLPERVQMAYRCRADAFISIHYDSAKDQHAKGATVYYYDLFSDYLLALSLEHPLSRMTPILFRGVSFGNYYVLRENRLPSVLVELGYLSNPAEAGIVAADHYQQEAANAIVNGLRDYFE >MBS07042.1 trigger factor [Marinovum sp.] MKITETLNEGLKRGYSIVITAKELDKKVDEKLNEAQPNVEMKGFRKGKVPMAILKKQFGPRVLGEAMQESVDGAMNKHFEKSGDRPAMRPDVKMTNEDWKEGDDVSVELSXEALPEIPXLEFSKVKLKKMIVKASDKEVDEALNNLASTAKDYKGKRKGSKSKDGDQVVIDFNGVVDNQEFDGGSSEDYPLVLGSNSFIPGFEEQLXGMKVGDTPEVKVTFPKEYNAEHLAGKDAIFSCKIKEVKEAVDAEINDDLAKKFGSDDLKGLKLQIAERLEAEYAGASKTVMKRELLDKLDKMVSFDLPPSLVDAEAGQIAHQLWHDENPDVEGHXHEKIEPTKEHNKLAERXVRLGLXLAELGQKAEVEVTEAEMTQAIMEQARQYPGQERQFFEFIQKNEQMQQQIRAPLFEDKVVDYVFEQASVTEKEVTKNVLQKAVESLEEE >MBR0185573.1 flavocytochrome c [Synergistaceae bacterium] AMKKKVFALVSAIVIIVIMVITQQNRGSSVMGTGTADGFGGKDAISVTVTLKDGKIADVKASGPKETEGIGSVAIEKMPADMVSKNSIKVDGVSGATVSSTGILKAAEIAVKNAGMNPADFMAGSSKAEAPKVAEEKSYDTDIAIIGAGGAGMVAAITAADAGKKVVLIEKQPLVGGNSVRATGGMNAGRTALQDNNEFKEAAGVEKTLKAAEKFADNKVITDLANTVKAQWEAYQKDGKGYFDSVELMQLDTLVGGHGINDPELVKIFAESSAGAIDWLKTIDIDLSSVGQFGGASVKRIHRPLNENKQVVSVGAYMIPKLEAACKSRKNITILTSTKATSILTDNGGKISGVLAEGSDGGKVTVNAKAVILAAGGFGANLKMVSLLKPELEGFMTTNAPGATGEVIVMAQELGAATVDMSQVQIHPTVEANTSALITEGLRGDGAILVNSEGKRFTDETSTRDAVSAAEIAQPGSFSWLIVDQKMADASNVIKGYITRGYTKQGNTYDELAKEIGVPAAELDKTMIAWNKCVADRSDPEFGRTSFAQPLDKSPYYAIKVTAGVHHTMGGLRIDGKTHVLKGNGEAISGLYAAGEITGGVHGGNRLGGNAVADFVIFGRIAGQEASKF >MBR6873642.1 sigma-70 family RNA polymerase sigma factor [Ruminococcus sp.] MEKIEITALVKRAKSGDKDAFLQLYKEFHGRVSFFIRRLTNDPQAAADLTSDTFAAAMERINELRFGESFSGWLYSIAYNKCMQYINEKKRNVTLGSEAELEELLESAALNEPLLLPDDYAINAETRAQLQSIIDGLSPDQRSAVIMYYYDEMSVSEVAEAMGTNENNVSQKLHRARKKIRAQIEKLIGKGAMFGAVPMRALLGELDTSTVGIAAAGAAAIALGIPYGLSKASGGTARELLWITRKYWSKHKKSLFALLFSGVLLCAVVCCALFVIRGELNRTMNSFFDVQGEFDLILPEPSKELIEKLSNEKTLTGMMSVIGHAHYNDEAYEYGTISDPDELAHLYFESGGLPKDESEAAVHRGVLDRMGYTGKVGDRISLDIGEFTLSGIISGSYGTVELTSICMEATEDNRPVYPIPLIFLKSDKAPLYSLTMLKGLSLSPQEATALVYSEYEENVAYWIPSAKQNDELAKVQSEHWEFRSAREQIRKMTLLAAVIAVLSIFAVCKTVFAEREHTVALLYRIGFSKRRIFCMYAIECLLFAVIQSVIGILFGLLIYGGIYCFQVNVLDMLPYSGITFASYITDFTADPICGSVIVTTVVLPIGYALAGISSKLRTHGKRAKKPAGLRKSLSKAFSDKYIAVIQVSALVMICFGSALAYMIFTDSGKTHLNYTDYIPAADYSFGSGFDFEQDGISEYYSTQVPETVGFGSFLMTKTSENGITDETADRFEDAVCTGRLESTFLLSDNSHGLGSEIVFGSADEIALLYDNSSPVGKAFLDNLNSVSRLYKCRTVISDRQFVNSLEKYLIRGRIDTEKLSSGEEMLLVVRSDDPPLTEGQRIKVGSALANDSYGIDEVSLNDVTIGAVVLIPKIIDRISKHCLCSTDEYNLLTVSNGARKLGLFGAKYTEIFSRSHIDGSLIPAGSGMTLSSYSDAKQNAFIHKATQYGGMILIVFILSLLGFAAYFNGIGLKIRQKEYQISVLRAVGTPLARLRRKLMFDSIKLPMIASVVAFAGVKTAAFISSRAYEKYTEMYISTFEMIPDEYKSNVSAYQDEMRQKLHSFSDRYFIHNEIWLADPVIPTLIVFLIMCTVTVLLTRRSFRMFTPDIAGALARGRKRR >KAH8674414.1 hypothetical protein BGZ60DRAFT_429424 [Hymenoscyphus varicosporioides] MFHIVEFPTYFLPKSEFEKLDPVRLRHVIVAYYFHVTCRPTSPQKYHSEVWDKAVYKYKIVESIILPDEEDKFDEYIFVVRTRIVLQDVDGICLQEEKPSVEQNLLYYYLLDLEEYRKSGGAALDSSTLDYLDLLTLFKPNTLAHTKCFGTGQPRCVRYEFGEEKTTKGRVEYFHIKARYLDFDGKVFREASSKHAIKKFRGAKRITALEVFPLKYYLSEKHTRAHLTKCGQKFLSMIDIHLCAYEGKGFYIEKEKVVEIFIKSRVVVDAAYFREENPNYARLSIKESDEGSG >KAI5122644.1 hypothetical protein M0805_008727 [Coniferiporia weirii] MAPPKSQPQNAGEGMKQKSLMGWFSKNPASSQASSQTKAQKSQPEVTAPAATQKPKAKDASETGKLTGKSTDASVLSTTASDPKKEASNLSKSSGAFAPSSSLLSVKSSSGASNLGSKDTPPTSDAIDVDMLSDENTEAVGSRTKRGKRKMVMEESDEEMNGPSAQPSSEAGRSSPVLGARSKKARVSLFESDEEDGEEEVKGAFSKRISRFKKPALSKKSKKSSDGFGSDSDFMPVDESDAEAPLPSSRYASSVSGSRSEVESSAAELDSGSEQSDAPKKSKGKSTKSTRPALKKGPPAEGAARSGGSNSFLTAAEQRAKDKKVEKKSTEGAFEFLKEVQDKDKNQPGTPGYDPRTLYIPKSAWASFTPFEKQNHYDTILFFQKGKFLELYEDDARIGHQEFDLKLTDRVKMAMVGVPEMSFNFWAAKFLAKGYKVGRVDQAETALGAEMRLAADKQGDKSKKGAGDKIVRRELNKVYTNGTLVDAELLVDEQAGHCVSIRELDPLSDKGSFGICVLDTSTSEFNMSAFEDDACRTKLETLIRQLRPKELVYTKGNLSVSTTRLLKAVVPASCLWTALREVEGFKYKETLEELKSLYPDDENDMEEGAGIPDAIREMLICEPAVEALGAMIWYLRQLNIDKDILSMKNFNIYDPMKRGQGLVLDGQTLAHVEVLQNSEGTDEGSLLKILGRCITPFGKRLFRIWLCMPLREISVINARLDAVQDLMDHPTFEHDFTQLVKGIPDLERIVSRIHAKNCKVKDFLKVLGSFRKISKGLETLSEVSDTFNSKQVSGLLRSSPDLGPNIKNIEDLFTKPEERSDQLLPRKGKDETYDEIMKGIEKLENKLDDALKELEEEAGCKLSYWHSAVGTKDIYLVQTKAGQKSIPKNWTKQGGTKAASRWIVPKLAQSIRLLKETRENRNSAVKNFKFRVYAEFDKDRDVWLRAIRTLAELDCLFSLAKSSAAIGEPACRPEFVEEGACLDFEELRHPALCLKSESFIPNDVKLGGNVARVALLTGPNMGGKSTVMRMTAAGVIMAQLGMLVPAKSARLTPVDAILTRMGAYDNMFSNASTFKVELDECCKILREATPRSLVILDELGRGTSTYDGMAIAAAVLHQLATHTLPLCFFATHYGSLTDDFAYHPNIRNMHMSTIVDDEKCELVFLYKLVEGIASSSFGTHVANLAGVPMDVVKRAEVISADFARQFKERIEGKRTSILPLVAQADFVYLMRLATGETGPLENKAKQREILKHLRGAVPRYIQTSA >WP_255657001.1 LysR family transcriptional regulator [Pseudonocardia sp. ICBG162] MHLVRYLVAVVDEGHLGRAAARLYVSGPALSKQIRTLEHKLGAELLDRSAHPLVPTEAGRRFLAEARVALDAADRAVAAVEAHRRAAAGVVRLGFMTAATGTHTRRIIELVQRDVPAASVQLVQLPWPDQAVAVRAGTVDASLVRPPVADTDGLRLDVVRLEPRVVALPRGHRLAARAVVELADLDGEPHANDDRTDEQWVRWWACDPRPSGVPVTYGPTVHTMDELLEVVAAGAAVAITGSSVVDSVRHPEVVFVPIADVEPCPISLCTRSADRSPLVEALRRAVHAVRTAIDAEALVDG >WP_208427233.1 decarboxylating 6-phosphogluconate dehydrogenase [Salinibacter sp.] MTLGMIGLGKMGANMGRRLMRDGHEVVGFDLDASAVQALEDDGATGAPALEGLVGELEPPRVCWMMVPAGDAVDATLDDLLPHLGEGDIVVDGGNSNYKDTLRRAGRAEEHGLHYVDVGTSGGVWGLEEGYSMMVGGPDAAVDQLRPALTTLAPGPDKGWGHMGDVGSGHFVKMVHNGIEYGVMQAYAEGFDIMKSKETFDLDLQQVAETWRFGSVVRSWLLDLTARALEEGQDLSGIEPWVDDSGEGRWTVKEAIDLDVPAPVITDALISRLDSRVEDSYTHKLLAAMRNQFGGHDVKSSDE >MBP1765367.1 glnA [Bacillota bacterium] MSIFGSNVFNDAVMRERLPKATYKALKKTIDQGLSLDPAVADVVATAMKDWAIEKGATHFTHWFQPMTGITAEKHDAFIAPTDDGKAILEFSGKELIKGEPDASSFPSGGLRATFEARGYTAWDCTSPAFVKDDSLCIPTAFCSYTGEALDKKTPLLRSMEALSKQALRVLKAMGNTTSTKVITTVGPEQEYFLIDKNLFDQRKDLIYTGRTLFGAMAPKGQELEDHYFGSIKERISAYMKELDEELWKLGVAAKTKHNEVAPAQHELAPIFSTTNIATDHNQLTMDIMKKVALRHDLVCLLHEKPFAGINGSGKHNNWSMGTDDGMNLLDPGHNPHDNIQFLVFLCAVIKAVDEYADLLRVSAANAGNDHRLGANEAPPAIISIFLGDQLQDIFEQLANGAATTSIVGGHMEIGVATLPALPKDATDRNRTSPFAFTGNKFEFRMVPSSGSIAGPNFILNTIVAEILDEIAGRLEKASDVDAEI >MCJ8744353.1 hypothetical protein [Pangasius djambal] MYRSMSSEEHFSERGSRPRTTTTAAASLEVGNGSSASSWISMLSAVSRPAWALLQKYLPGGSNEAGKSNPYFGHQLMAGFDNLLPSEQSSAPLRVAYVHCQHENGGFLTSGDAETLSWWTADSLRELGIQDAVNTKLKAQQTAPVEYRYLKSTREFLSRVLAPKEGKHTEPMQPKLGVWYPNPSTKTDTNTWWWQGLWRSDDPQNTLPALYQTRTSADAETKSPHCGGHHSSGHCEPDGQRSAVALDKPVEPLGHSTEAEWTCGERAGSSRFKESADHTSLHTARLEFLANSDCLPSVHEHSVVEHQVGTRAAAACSEVAVLTPDQDNGYSSLEEESASARQCNMKAVCESLDLDSSAVSQAGDHGHGGEEDKSAGNTLCERVENKEEDKEEEKAQNTESATVHEALPVQSTPRCQNKAIAYIMGSPCSDESDMEDSSVRDSDDDDDGFDSDALDSYSDSEDPEDSDDEDEEDEEDSESDELDSENERSWNSLCQTRDPYNPLHFTAPIRTSRKLSAVNPSPVGSPEEPDSLLCSSPSSPASPLGGTQQDMESSEEACSSMDEAESLRLWNSFSCSSDPYSPLNFQASIRTRQPARQRCKRETPVEPLLYRKEEAEERMDSGFSEAATVQGFGSAGAVRLKKVTFIEEVEEFYASSDEERHGPWEEYARDRCRFQRRVQEVEESISYCLSPSFRLNIFQRRYPSS >WP_235697519.1 glycerate kinase [Corynebacterium diphtheriae] >UJL57974.1 glycerate kinase [Corynebacterium diphtheriae] MPHPNRTFKIVIAPDSFKSTATTSQAAAFIAEGIQAAVQSNECEGINVEITTVPMADGGEGTSSCFEGIDITLPTTDANGRLTEATYRFDPQSETAYIDVAAASGLPAVEDELRPLTADTYGTGVLIADAQTRGARRIVLGLGGTATTDAGTGILVALGATPMNKQGLPLRQGGGALSELDYLDTAQVNIPVAAMSWVLLTDVNSPATGPEGTAHIFAAQKGASGEDIAMLENGIATICAVSGVDPTTPGLGAAGGLPIGITWLSSLIHGNNNNVVIMPGAQVVANACNLEEHIANADLVITGEGRLDHTSFNTKVVGTIARLAAQHDVDMMVLAGSVEPSCSQQFDHLSMTAVELPDFKEHSSVRDQIRSAAQQAFTTYALTKTVQG >WP_203101196.1 ion transporter [Alloalcanivorax marinus] >MBL7249645.1 ion transporter [Alloalcanivorax marinus] MSVHVHLKKLRPGLDSLGFLIDVLMILLVVVNLSLILFDWVFRVDSVQELLRAWVPGFFSVYKEQVHANFFEIDLAFVTVYLTEFVIRWAVAIGRHTYHRWFFYPFVHWYDLLGCIPVGSFRWLRVLRVVSLMFRLQKLGVVDFRDTYIGRSVIKYYGILVEEISDRVVINVLEGAQREIRTGGPMMHRIERDVLAPRREQLVDYLAGRIADATRRSHDQYRDRLSDYLVYLTDEAVHRTAAGRRLAAIPVAGPRAIDLLGDTVRDAGTALVDQLVEDIGSPANRPRLDALIDDLLSASHGGTEQLNEMVKQTLLEILDHVKDQVAVQHWKEEERD >WP_081197627.1 hypothetical protein [Niastella yeongjuensis] >OQP54318.1 hypothetical protein A4H97_22810 [Niastella yeongjuensis] >SEP30329.1 hypothetical protein SAMN05660816_05148 [Niastella yeongjuensis] MKKLLIPIVSLLFIISLDSCKKDSDSNSDQQQPVGDTTRVVKTIVTDNSSNSTPETTYYEYDKSGRIVSLKDSSDPSYYFTFTYSGDEVTVEESPAVQGNFNFKARYKLNSKGLPVQRIGVEYMDEMKEANPIYDVHVDTTNFEYDAAGLLVKATGFQYDTTWRTSSAAATRKPYTIAYTNQNGKLMAMKRTSVEYYSYKNTVSGQPGGFTTNVEENYAFEYANNYPNKVDSINAWLYYEAGSLYSNYAPTIKYAYLFDKMTHTTKRTQVEDGYVSNDEDDPQTRVIEYFQSGFVSSVTDNYGTTEWEKTRFTYNKQ >AGL88086.1 Iron compound ABC transporter permease component [Limosilactobacillus fermentum F-6] MWIALTNGASHFSLLKMTATDANTLFNIRLPRIITALMAGAMLSVSGAFFQAALRNPIADPGIMGVSAGAALFTFVGALLLPSFFFGKVVFAFVGGALALGVLIFFQPQMDPYRLILIGVALNATFTGIASVFSSTSQVSLGTVTWLGCLTVTVLGILGLIGVVLVTNWGNYLKVSDEQLRSLGLSAGKLRLALLGLAVFLATTSTAVIGVIAFIGIIVPHVGRVLVGRDYRAVVPFAALAGAWLMLAVDTIGRLVIQPSEIPAATLLAIIGGPVLIFILAHKKGGARHV >KAI2507414.1 hypothetical protein MHU86_7027 [Fragilaria crotonensis] MTDTQKKGTNAIDPLLTLGKTSVVSLENDMWMIRVPNKLASVWKDVPEGTVLGELVFTKGGKMNGNTVKPSLSIECEESLVESAEIPLHYTMEAMTKKVPNLYPFSRNKDGTVTIHGTVSRSANLQASQNDPRYRKFAKTRLLDAAVNNTRFVKQVEATELSVRKSLAKNHGFGSAVQAFGLKNKEDTPLMCKMIENESIKMFPRSVVFELFTVQPFWTVKQLKEESGKSERNYVPS >WP_278243902.1 glycosyltransferase family 4 protein [Catenibacterium sp. CMD_8551] MATKTIKKLKILIIANHSYMLYQFRKELIESLMEQNEVVLSMPFVGHEEDFISMGIKCIDTPIDRRGMNPKTDLKLFDNYKNLLKAESPDLVITYSIKPNIYAGILCRKMGIPYCTNVQGLGTAFQSKKVAIFVTMLYKMALKKAKTVFFENNANAQAFINRNIVNPNCITVLHGAGINLDKYSYVPYPKNDIFHFLYLGRIMKEKGIDELFSSIRKLKEDNESFVLDLVGFFEDEYKEQVEELEKQGLVKFHGFQQNPVPYYSMSDCIVLPSYHEGMSNVLLEAASTGRPIITSRIPGCQEAVEDDQTGYLAEVKNSEDLYRKMKNMLHLTFDQREEMGKHGRSKMEHEFDKKQVVNETINALKL >WP_195519891.1 MULTISPECIES: transporter substrate-binding domain-containing protein [Streptococcus] >MBK5024077.1 transporter substrate-binding domain-containing protein [Streptococcus sp. 17.1] >MBK5033407.1 transporter substrate-binding domain-containing protein [Streptococcus sp. 15.1] >MBT9615698.1 transporter substrate-binding domain-containing protein [Streptococcus salivarius] MLIKKLSRILAISVIAFLAVLLWNTKSSQADESSKLLNSAAIQKIVKKGTLNVGVKQDVPNFGYYSAKTNTYQGMEIDLAKKIAKELKVKVNFIAVTPQTREALMDNGTIDMLIATYTITDERKASYAMSTPYYYDQIGFLVQTKSGYKKLSDLNGKTIGVSQGSSAKAAVEEYASANNLKFDYVQLGSYPELAVSLYAYRIDAFAGDKSILSGYESDKTKILDEGFKTQEYGIASSKSNQELIDYTNDLIAKWQKDGSLQKLYDKYHLKPAKAEDK >WP_267857086.1 IS30 family transposase [Pyxidicoccus sp. MSG2] MSAEDWLAVRRSVAAGQTLEAAARAAGVSERTLQRLRPGAGSMMQRAHVRSALRLSVQEREEISRGLRAGDSLRAIARRLGRAASTLSREVARTGGRKRYRAWRGERGATHRARRPKHTKLQEYPRLRQEVERRLEECWSPQQVAASLKRDFPHCPELHVSHETLYRSLYVQTRGALRKELTACLRTGRTQRRPQGRTDLRGQLPDKLMLSARPPEVEDRAVPGHWEGDLILGKQGKSAVGTLVERHSRYVMLLHLPEGRTAGHVRQALTHKIGQLPDALRRSLTWDQGKEMSEHVRFTLDTAVQVYFCDPHSPWQRGSNENTNGLLRQYMPKGMDLSHLCAQQLDAIAAQLNSRPRQTLDWHTPAEVFARAVAMTG >SDT73851.1 transcriptional regulator, TetR family [Streptomyces sp. TLI_053] MPRNTLTREQIVRTAVDLLDEEGLEGLNMRNLGKRLDSAATAVYWHVKNKDDLVLLAGDLVWHEIALPEEPADRAHWRSAAVDLAVGLRAMFGRHPWLVQAFGSHLFHGPGKARYDDHCLALHEAAGFAPADADRIAAAVFTHVLGGALGDAAAVSLDRRLRRDGQDPQEQLDATMARAVEVAREFPRLRARLDGPEALDYAAAPGAEFEEALRALLDGLAARLGGGPDAQR >MCI8905996.1 type II secretion system minor pseudopilin GspI [Enterobacter sp.] MTKRKEQGMTLLEVMVALVIFSTAALALMNSVSLNVRFTHGLGDSLQASWVAENQLAEAKLSNTPFPDALQTGSEMMGGRNWTWRKQRVNVTEKRFADEVQVFAEGDEDMPVITLQVPDPGEVK >MBE5853476.1 phosphoribosyltransferase [Lachnospiraceae bacterium] MFEVNKTDRINELISITKSASGISGPELAMAHMELGKYLAQCFPEMTPEDTTVVAMHRGGIFFAEGIYFYLGCKFQMYDPKKDEFVRPETKNVIIVDSVINTGHTIKKILQPDMLIASCVVNEQAVKFFGDQLYTIRVSKNSFVGANINKQKGGVGPDTTMRLFNQI >WP_187666598.1 SAM-dependent chlorinase/fluorinase [Pedobacter sp. N36a] >MBC8986602.1 SAM-dependent chlorinase/fluorinase [Pedobacter sp. N36a] MAIITLTTDLGSKDFYQAALKGSILSILPTANIVDVTHEVPSFNISYAAFVLKNVYPYFPKGTVHLIGIDSVFSENTRYIALKYRDHFFVGADNGIFSLLFEEIPEEIVELNIMQDLKYLHFPLVDIFVKAAIHLAKGGRLKDIGMPTDSIEERMLLNPVIERDIIRGSVIYIDTFSNVITNITKELFTKIQRNRDFTLYFRKSETITQLSWHYNEVPEGEKLCLFGISNHLEIAINKGKASGLLGLHLNDIIRIEFHP >RYY73542.1 Gfo/Idh/MocA family oxidoreductase [Gammaproteobacteria bacterium] MTTPRIRYAMVGGGRGAFIGAVHRIAARIDDRFELVAGALSSNSENAKASAADLHIAADRAYTSFEEMLRVEKTRADGIQAVVIVTPNHMHFPVAKAALEAGIDVICDKPVTRTLEEALELQKIASRSKAYFALTHNYSAYPLVRYAREIVAQGKLGKLRVVQVEYPQEWLTEAAADDNKQASWRTDPARSGAAGCLGDIGTHAFQLAQFITQQKVNSVSSDLTSFVDGRLVDDNVHALLRFDGGAKGMLWSSQVAPGCENGLRIRVYGEKAGIEWAQENPNELWYCELNKPRQRVTRRGDIGSDIAARGMRTPGGHPEGYLEAFANLYHDIADILIAHQAGERHYLQDWVPGIDTGVEGMKFIQAVLDSSKANGSWTSLQ >MBO7740928.1 fumarate hydratase C-terminal domain-containing protein [Victivallales bacterium] MNSTIVNLNTPLEEETVRKLRCGDQVRISGVIYTARDAAHKYLAGEGAVLPPEIILDGGIVYHCGPVMVQENGEWRVTAAGPTTSAREEPYMAEVIRKYRLRAIIGKGGMGQKTLDACRRYGCVYLSATGGAAQLLADAVKRVPAVHFLEDFGSPEAMWTMQVVDFPAVVTMDAQGRNIHQEVLESSRNILDRLA >EEW1536683.1 nitrate reductase subunit alpha [Escherichia coli] MSKLLDRFRYFKQKGETFADGHGQVMHSNRDWEDSYRQRWQFDKIVRSTHGVNCTGSCSWKIYVKNGLVTWEIQQTDYPRTRPDLPNHEPRGCPRGASYSWYLYSANRLKYPLIRKRLIELWREALKQHSDPVLAWASIMNDPQKCLSYKQVRGRGGFIRSNWQELNQLIAAANVWTIKTYGPDRVAGFSPIPAMSMVSYAAGTRYLSLLGGTCLSFYDWYCDLPPASPMTWGEQTDVPESADWYNSSYIIAWGSNVPQTRTPDAHFFTEVRYKGTKTIAITPDYSEVAKLCDQWLAPKQGTDSALAMAMGHVILKEFHLDNPSDYFINYCRRYSDMPMLVMLEPRDDGSYVPGRMIRASDLVDGLGESNNPQWKTVAVNTAGELVVPNGSIGFRWGEKGKWNLESIAAGTETELSLTLLGQHDAVAGVAFPYFGGIENPHFRSVKHNPVLVRQLPVKNLTLVDGNTCPVVSVYDLVLANYGLDRGLEDENSAKDYAEIKPYTPAWGEQITGVPRQYIETIAREFADTAHKTHGRSMIILGAGVNHWYHMDMNYRGMINMLIFCGCVGQSGGGWAHYVGQEKLRPQTGWLPLAFALDWNRPPRQMNSTSFFYNHSSQWRYEKVSAQELLSPLADASKYSGHLIDFNVRAERMGWLPSAPQLGRNPLGIKAEADKAGLSPTEFTAQALKSGELRMACEQPDSGSNHPRNLFVWRSNLLGSSGKGHEYMQKYLLGTESGIQGKELGASDGIKPEEVEWQTAAIEGKLDLLVTLDFRMSSTCLFSDIVLPTATWYEKDDMNTSDMHPFIHPLSAAVDPAWESRSDWEIYKGIAKAFSQVCVGHLGKETDVVLQPLLHDSPAELSQPCEVLDWRKGECDLIPGKTAPNIVAVERDYPATYERFTSLGPLMDKLGNGGKGISWNTQDEIDFLGKLNYTKRDGPAQGRPLIDTAIDASEVILALAPETNGHVAVKAWQALGEITGREHTHLALHKEDEKIRFRDIQAQPRKIISSPTWSGLESDHVSYNAGYTNVHELIPWRTLSGRQQLYQDHPWMRAFGESLVAYRPPIDTRSVSEMRQIPPNGFPEKALNFLTPHQKWGIHSTYSENLLMLTLSRGGPIVWISETDARELTIVDNDWVEVFNANGALTARAVVSQRVPPDMTMMYHAQERIMNIPGSEVTGMRGGIHNSVTRVCPKPTHMIGGYAQLAWGFNYYGTVGSNRDEFIMIRKMKNVNWLDDEGRDQVQEAKK >MBM6691367.1 tRNA-dihydrouridine synthase family protein [Fusobacterium mortiferum] GCPAPKIVRNNEGSALMKNPSLAYEIMCAAREAVKNMPVTVKMRKGWDSEHCNVVEMAQLAQKAGLDAVAVHGRTREEFYRGHADWDI >KAH8103951.1 hypothetical protein BXZ70DRAFT_923690 [Cristinia sonorae] MPPAKGSKSKGATAKSSSQSTQTTRATRSSAHSKAKKSDTSGASTVAATTDSDDNQPRAAEEPTLPCKNTSASKRSRAGSQLQADTPQGKRARSGTVSSAKSKATKAGAIVYMAPDVPMNSDDEANEEEALARLVARTNANAGKKKGAGNVALDQAVLNEAFADESDGSQAGERQLSDEDEDDSESDSELRDEIKVGGGKLAARFAAERPHFAPRAAKKATNLDSEPAENQRALPPRLQRNAAQELVQPTRKAATPRSGKMGGSSSHDTVQTDDGLHISTPSERSSPASESGLTTGPKNDIEIVGHKKISETVQPPRLQHVLELAKQFYYFWSIKNDPFADVLTRSAPLADAIRKAAKQLRYNDVYDRVCGDNDYLKKLIYVPHQRWTVARGMLKADAVKGVVAAYRLNIADPKTCREQVEELLTRDEAGYLYVFAEMDSQAGASQTFTANLDKPYLHPFLLQLLRNAREIAVGHKALLPALEDDLRSESPDEDLKIPVPLLALAATAIHAALMDYETGKFGVGSSGSEGKEKGVAFSADRFRAAYIDHLDTLDSIKNQPETCDMFDPLLAKIWRETYGAAAASRNRRTPSSTSNLAVKIRKIDLN >CAE8618269.1 unnamed protein product [Polarella glacialis] MRRPRQQSLGSRSTSTASSALSSLSAALPLVSGDAAALAQRRVQVQIAARRRARHEERRLKALLGRRFDGVNIEAFQRITQARAGRKASAEEEALVTAGERRAAPEEEEREELQRSSFESPGKVLASCVQRQRRRRIAVVGAGPVGLWIATLIALRHARRVRRSAAGGGAAAAKAALGHGFIRGPDAPEVVVFERRAPSEHCSRRNVRITLDAHTVALLNKHTKSRRFMSGMALAEIETILLDQWRRLGGPKALEYGKQVNSPSDLADEDWDLVLWAGGRNSLDDASRQELGCGMRVGESEEVLVFEMRDFGPTRSGPLRVEDLEQLAAADLTFCARHGAGVAETADAPRSSTSAASGSYRIVLRCAEDADKAQPLGWLWFMGLPAELKAAKEARGPPGRADASQQHAGLSAALDAELKRLGLQVGVDEVEPWVVRLRAAAAALQERVLRPGAVTARWVDASYWSSDRVTCSLPPGPSGRSAPLLLVGDVAMGKPFYTGTTLNVHLAEVKALSTLPVIRWGQGSLAELPGSRPGGERSRCNRYLLDEDKAALAPFLAYEERYKTVLARTPGFLRR >KAI6823133.1 hypothetical protein KC342_g12241 [Hortaea werneckii] >KAI7078824.1 hypothetical protein KC339_g13608 [Hortaea werneckii] >KAI7226772.1 hypothetical protein KC365_g9229 [Hortaea werneckii] >KAI7305673.1 hypothetical protein KC340_g11928 [Hortaea werneckii] >KAI7354459.1 hypothetical protein KC354_g11111 [Hortaea werneckii] MANTAVCTTCLRTLRNQLRQELRHASPRAAPPSFIRSLTTSAARRAEDSPRSAKPPPPPSSSGPPSSFDLSNFASSLRKTDTLRSTTEPYIAYGSTEDLFRACTQQCSYTIPARNQDPPEPAPKNAAQEDVGVGEGWWFQPKEQGGLGLDVTFNSWAQVIMLHMYLLTVRLRAFPAEHAGVWHQNLVDHFFYAAEDRMAVWHGMSARGVRNKYLKDLWLQWRGLLLSYDEGLIKGDAVLGAAVWRNMFKAGQEVDVRDIAYVTAYIRSQLQRLDGMRDESFASGEVNFQSPEVVKAVVAKESAWLRKSFTEEDLKSLKEAPA >NLU38508.1 bifunctional glutamate--cysteine ligase GshA/glutathione synthetase GshB [Bacteroidales bacterium] MKPFINQIKGNRWLNGLFGLEKENIRVDQQGVFAQTPHPASFGDRVKHPFITTDFSESQIEMITPPLSSISEALGFLETIHDLVSLELNGELLWPQSIPPVIPAEESIPIARYSNLGKKEEEYRKNLALKYGRKKQALSGIHFNISLNENLLHQLNREVEPTVPFTEFTDSVYLKITRQLLRYRWLYVLLFGSSPVVDPSFDLKCRSLPIYLNTKSYALSFRNSCFGYGNLEELFPDYQSVSGYKQSIETMVKTGKISAQKELYASVRPKFLKDSESVSYVEVRFIDINPLSKIGITPEMLQFIHWLAIYGLLTDEQDDFVPDFQSIASRNHENISHNGLHNDITVISSSGEVVNVWDEARRIISSMTELYSKLEIENSGYRNMLDYVSALANDPAKRDVHQIIAGTEEKGYIAFHLEKARQYLAESQKNSFSFKGFEDLELSTQLVLREAVRRGVAFELLDREENFVRLSRDGNVQYIQQATKTSLDNYAGILAMENKVVTKKILDGQGIRVPKGMNYSDAQTALSDFSLFEGQAIVIKPKTTNFGKGITILKENTNATVYERAVAIAFEADNNILIEEFIAGNEFRIFVMDNDVVGILHRVPANVTGNGDLTIGELVAIKNEDPLRGKGYRTPLEKINLGEAEEMFLALQGKTFETIPANGETVFLRENSNISTGGDSIDFTDEIPESYKKIAVQATQALNVRITGLDMIIADYTQEANAENYAIIEMNFNPAIHIHCHPYKGKNRRLNEKLLDMLGFAAPVALGSQHNL >HCE3964987.1 hypothetical protein [Pseudomonas aeruginosa] SEIEKIIQDNEEIKELLIDTLNILDPLPPQKRTIRESDINRYKKRPTTETTETTETTEIQNTPQKKTPTTIFELTEKINKLFTEN >NBR20456.1 hypothetical protein [Pseudomonadota bacterium] MQRNRILYALGISAFIIILGYALLRELDRNQAQISNSISGVITATPAAGAGIVKTDNAYLLLFEPGSSYPVATKVINPFLPPTTFFIGQEDASKPLKGPFRLLILSDKDGNPDNPARGEVIGALTPPLELGTEAFEYLLDRPFRGYPKELMEARRNDPETNISGTVDVSPKFKDLVAAGDRLVIMLFDPELARPVAFRILENIQFPLDFKIGAADAMPGAQLKGPFSLRILTDKNNQPFESAPGELIVRSAEALPLGSRGLSFILDQEYRR >TIW64311.1 DUF2461 family protein, partial [Mesorhizobium sp.] MAGPFKGFGQKAIPFLKALDFHQNREWFHENRDLYESELHEP >KJS71365.1 6,7-dimethyl-8-ribityllumazine synthase [Comamonadaceae bacterium BICA1-1] MQGADKGLAAALDGNGLRVALVQARFNQDVTDTLAQHCRQELLRLGVAAEQIEHLQVPGALELPLALQALAESKRFDALVALGCVIRGQTYHFELVCNESAAGISRVALDYRIALANAVLSTENLEQAQARQVEKGQDAARVAVEMARLLQGRVRA >EFS21643.1 hypothetical protein FSBG_01140 [Fusobacterium gonidiaformans 3-1-5R] MKGVTMKTLVVYSSLTGNTKKATTWAFEAVIGEKELFSVEEAMKIDTSSYDRIIQGFWVDKGTLDPKSRKFLKQIKGKELIFIGTLGAYPNSKHAIKVMERSKKIAEENNCYLGTCMVQGKMSDVLLKSMDKFPLNLIFRKTEERLERIQVASFHPNEEDKEKIQEFVRNLY >GHU06330.1 hypothetical protein AGMMS50225_00850 [Betaproteobacteria bacterium] MSEPTQTQTPDATESIVADSNSYELLKKRLADQGVKLQERTRALNAARLAEFGRAAQTLVLRTRARTENNCVARDLTRIGDWLLFGYNVFIGLRTETAVSDVFSLYRFRDGEENVDELEAVPLAGTFLEDSRFVADFRELYTYYKQANITQLRVHQHKLFAAFQIGEKITDLRVFRWSLENDGSLKYIDNRGEREMALPPTHDFEWTSTSREQHVGGRHPHVNILDTVFVETVGGDLTVKIENNTETGLGIHAEPVEDKNQSLTDASISYAKLGSLILLKVKPYREKDDRYLVFNIRTNTVTRIDAIGQSCVQLPEDHGLIFPGGYYLQSGEFKAFDLPAALIHSLRFKRMMRSPNGEDVLYIFYQPGSGHYALFAYNLIEKSLSAPILCHGYARFEDGRVLVFTADNPEPTRTHPMQLWQTPFSSEEHMTRASAAQGFWGRIGNPELVRGIAELTAIARAVREQSPTRAAYEEILRQCARALDAFFWLDAEEAGGLDADLRGIVEAAKNTLDEFEKVESIRRDTRRAIDEAESRLREWLSEIAGTLWQKPEDFVRALDRLREGRGQLQLLLELRHADTARINALDVELASESARVGEKALAFLSQEKAFDGTKQELAKVAAALTKASASEDIAKLLAELDAAAAGLDLLTGQIGNLPGGDAVTRTSILDAVSAVYAEINRLRAEARNRRRAFSVTESAAEFGAQFKLFGQSLENAIELADTPEKCDDALTRLLAQLEELEGRFAEQEAFLADIAVKREAVYESLLAKRQTLLDARSRRARAIVDAAARILKGIPRRVTQFNDLAQLHSYFASDPLIAKLRQQIADLRGLGDGVQADDLDTQLKTARDQAIRSVRDQSELVSDGGNTLRFGRHAFTVSRQPLDLSLVPREGTLQFHLSGTDYYAPLQAETHARLDACRAYWEQTLVSETPDFYRAEYLAGTLLEAVIAGETGELNLDWQGLQALCADTLQGINTLLEKIRVWSASRYQEGYQKGVHDTDAARILAALTRMQAAAGLLSYGPDARALAQLYWHFGGLDEDRNALLRQAISVMNIRAQFRTRKSLKRLEKTLAAEILNFAPAFDFDAAKEGLAHQAARYLIRQLASTQGGENWVISSVADDLATDLQRQLEASGLWADWQRDLAAATPVERWRLAHDWTLAAAHHEAHRGIWADDAATKFAIDAQFANTRIRVNADLDATLKNMLGEHPRLVNGEITLNLHDFWRRYLHHAEIVVAGFSKMQTLRHEALETEKRRLHLEQFQAKPLSSFVRNRLIDEVYLPIVGDNLAKQIGATGDASRSDRMGMLLLISPPGYGKTTLMEYIADRLGMIFVRINCPALGHEVTALDPTAARNSAARQELEKLNLGLLMGNNVMLYLDDIQHTHPEFLQKFIALADGTRRIEAVRMVGNAGEPQTCDLRGKRFAIVMAGNPYTESGDVFKIPDMLANRADIYNLGDVLSGREAFFALSYIENSLTANPALLPLASRDPKDVHRLVRMAEGETIATSDFAHTYSTAELNELVALLQRLFRARDLLLKVNLSYIESAAQQDAYRTEPPFKLQGSYRNMSKLAARITPLMDDHELDALLRDHYRGEAQTLTTGAEENLLKLAELLGSLSAEEKTRWQDIREEYARRKKLGGDDADGSHKIANTLLDISRAVDELRTRSNTPEILQQGLASLAGILGDIKPHIDFQPRINVQPKITVDAPDITAFSDSLKEMKALYDNAVLPLVTATYRKMKMDQSTWEDVKRINEVLKKMELLVPALKMEAENQAREGKNDAE >UXH94526.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKLNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLXXFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >EDX9534630.1 hypothetical protein [Salmonella enterica] >EGS3431603.1 hypothetical protein [Salmonella enterica] MFEETIKKQFELLDISNFNVDISHRLLFVCGGKVDVRAPIPPSFRDRLLTYTAKHASELHEHFILAETFKDYFKENAYPD >WP_258143355.1 M48 family metallopeptidase [Escherichia coli] MSNLTYLQGYPEQLLSQVRTLINEQRLGDVLAKRYPGTHDYATDKALWQYTQDLKNQFLRNAPPINKVMYDNKIHVLKNALGLHTAVSRVQGGKLKAKVEIRVATLFRNAPEPFLRMIVVHELAHLKEKEHNKAFYQLCCHMEPQYHQLEFDTRLWLTQLSLGQDKI >WP_248050568.1 MFS transporter [Enterobacter chengduensis] >MCK7427480.1 MFS transporter [Enterobacter chengduensis] MRADSETLTENVTSKANWTLALSAGLLGIGQNGLLVMLPLLVTLTGLSLSVWAGLLMFGSMLFLPASPWWGRQSERRGCKAVMLASLSGYLASFAVMALVVWALAAGRLDPAWGLAGLIFSRLLYGLTVSGLVPAAQTWAIQRAGLDKRMAALATISSGLSCGRLLGPPLAALMLSVSPVAPLWLMAIAPLVALLLVLREAADPPLPPVAHQATRLQASMLPFLLLALLLAALVSLMQLGLSPHLSPLLDGNAREIGHHVALLLSMAALATLAAQFLVVRPQHFTPMTLLCIAAVLMVAGLGLMSVAGLTLFYVGIVITSLGAAMATPGYQLLLNDRLTTGKGAGVIATSHTLGYGLSALLVPVVTRFFSEQSLTVAAWGMALLFLAVSIGVRSTARTRPEKP >DAR19459.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MAAGEYMTPEQVTALQASWDECEYVLRDAVNAPEWAMFVDREGTAYSIEALAEEWLREDAEEGEMGARELMLTLSPQVTAYAIMGDLTRRVEAGKLRAVVDSPDDWE >MBT4710545.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Alphaproteobacteria bacterium] >MBT5860972.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Alphaproteobacteria bacterium] MTRQLFIKTFGCQMNVYDSAKMADVLAPHGYGLADSVDDADLVILNTCHIREKAAEKLYSDLGRLRIIKTARQALGKDLRIAVAGCVAQAQGDEILSRAPYTDLVVGPQSYQNLPELLAQAEIAGTRPAAVDFPEVSKFDGLADATQSGPAAFLTIQEGCDRFCTFCVVPYTRGAEYSRPVSDVVAEARRLVDLGARELTLLGQNVNAYHGAGDDGGAVSLAGLVRVLAEVPGLDRLRYTTSHPQDMTDDLIAAHGDSPKLMPALHLPVQSGSDRILAAMNRRHRADDYFRTIDALRIARPGMAISSDFIVGFPGETDDEFQATLDLVDHVQFAGAYSFKYSPRPGTPAADLDQVPEAVKTARLDVLQTLLDGQRDSFNRRAVGHTNAVLLERSGRHPGQLIGRTPYNQAIYVDADPDQLGTVVDVKITATKPNSLAGEIVGFKPPTETVMATGGVR >WP_232634591.1 LuxR C-terminal-related transcriptional regulator [Mangrovimonas futianensis] >MCF1421725.1 LuxR C-terminal-related transcriptional regulator [Mangrovimonas futianensis] MLALTSNYKMNFRLCLVTFSLFLVSIFSHAQYTPYFKNYSISDYRAGNQNWGVAKGNSGKLYVANNEGLLEFDGMVWKFYEMPNKTIIRSVHVADGKIFTGSYEEFGYWEKNEFGVLAYTSLSSSLEEETYKDQEFWKILSINGQVLFQSFTNIYIYKDGELIKVDKKNASSTLISMDIVEGQVYVSTLKRGVFILDNNVLVPEIFDPLLVDTKVISILKKGASLYLFTGLKGCFIYSNGVLKPWNSEINDLLEQHQLNVFTEDTNGQMIFGTIKNGLYITDDRGNVLFHINKENGFINNTVLSLDYDGSFGLWCGLDNGLSYVELNANAYFYKDITGKLGAVYDVIEHEGVIYVGSNTGLFYLDEKGELVFIEDSQGQVWDLVEIEGQLFCGHNNGTFLVDNKTIIPLSNHTGGWVIKKVPEKNDLYIQGTYTGLVRYRRLGDEKWDVKHLGRTTIPTRFLVFENSNSAWVAHAYKGLYKVQFDSAFDTIENITDYSNKGLLSDYNVRIYRIKNDIFFKTNRGWQKYEPLLDSIVPYKVLEDKLGQDAYIISEDDQEDLVIKDGRDVIHFKSILGEANQLSITSSFLRNRLIVGYEKISKINDSISALNLNDGFLMINEQQFRANHDVDKPQLETLSVNRELVDVDKGDFDFPFKSNISLAFTSPRSKDYFFAYKWVNNDENQWYELENQLLEFSSLPDGKHTVLVKAVNSFGDESEPVEVSFVILPPWYKSSIGFGLYVILILVIIGFIIFFHRRKVSKEQRLMQEKFELEQEQLLKEKALENEKNLVELKNQTLKNEVKLKSKQLANTAMALVKKNETLQDLKKELGANKKEFGNVFAYKKLVKRIDGSIGHDDEWEIFEYNFNQVHEEFFKELKRMHPVLTQKDLKICAYIKMNLTTKEIAPLMNISVRGVETHRYRLKKKLDLDNDKSLTDYLMNIQ >WP_103961312.1 VanW family protein [Nonomuraea solani] >SEH00142.1 Vancomycin resistance protein YoaR, contains peptidoglycan-binding and VanW domains [Nonomuraea solani] MRYASRGAAVAVTAGLLAYAVPAIALAGAVPRDTWVAGVNVGGLSEEQARTRLESALGRPLTLSAGGRTLRRAPARLGMTVDVPATVGAAFEGASTPAGVLRSLFGGGRRVVSPRVTLDETRLAAELAAIDVAPREGGVRYTGTRPRAVLPKPGRALDRAGAAAAVRQAVLAGRTSVTLTTRPRPAGTPAAEIRRVTGTLARAAVAAPLTLTNGGRKTTLSGSDVAAGLRWVADGRGGLRPSFDARDLPSDLGKRLVAAGGRPKDATFRIVRGRPRVVAARPGRGVDAKALGPAIATALATGRRSVEVPTADAAPRVTTELAGRLGVKEKVSTFTTRHPCCAPRVTNIHRIADLIDGYVVKPGETFSLNDVVGRRDRARGFVEAPMILNNRFVNDVGGGVSQFATTMFNAVFFGGFEDVQHRAHQYYISRYPAGRESTVSFPQPDFRWRNNSPYGVLIKTSYTGTSITVQFWSTRRYTVESRSSARYAVTSFPTLRESGKECIPMDGVEGFAIDVWRIFKKDGKEIRRQRFHTVYAPEPRLRCT >PZP36069.1 hypothetical protein DI613_03920 [Kocuria rhizophila] MPRRSVIRPLMTVAMLSVCVGIASYISLMTMTGQSLDDEALAQAKADRNDFFPWIFLAAAQHLPELVSIAAAVLALVWTVRTRRWIPALAGLGMILGANFTTQFLKRVLLNKPDYGIQQIVHNSFPSGHTTATATILVALLLVAPPHLRAKTATWGWLLAAITGMLTVLNGWHRPSDAAAALLIVGAWGVLAVIAIRFTDAALSRPGAHPSDVYRRVRQKMDARRENLERREDRGDSAFIPPAGSHQQQHNPHQPGIGQPGPRGDGNPRFGTQGPAAASYSNAPYVNAPYPQAQQPYPPTGFQQNPYAQYNGPGHGHRAPVRPRRGTVITLLVLAIGLAVTVALMPSPAVAGTWAGRATVIAGYLGIAAAAALSWRSVARWLRSLS >MCJ7770831.1 hypothetical protein [Candidatus Bathyarchaeota archaeon] MSENMPLREDWLSTIRSTNNKRKYSRVLDGFLQYLNVKTLEDLAALRKSDVHFENKIVRFHEDLQKKVSKNTASAYVIPIMSFFTYMGTPLRLRRKIPRIHMKLEKWRPALENLQQVYKVGDISVKAWLCLSRDIPGRMSDMLTITNDQIQSGEWMIESKKENVVGKCYTSPETQELFRQLKKANIELPRTQRGIDLMMDKACRIAGLPQRLNQHLLRKVWITKAIDLGIQETIIKILSFKSVPEEMLTYFLGRSDLRDYWKRVTDSIPLEGKSNGRLTSVEEELRTLKEALSSVEKENTISKVRIDNLQKKTMEYGETLAGMVEYGHFTEEEKEAIRNRYDLRKLTEEEKRKIEALKM >CAG2229172.1 Heat shock 70 kDa protein 12B,Heat shock 70 kDa protein 12A [Mytilus edulis] MERGTNSKENVLVVVAIDFGTTYSGWAYSFRKEYKENHTNIKTKGGWKNFDGQATEKTPTVALFTPEDKFHSFGYEAENKYAELVDEEQSTGWKYFKRFKMALLSDDTKQFGHQQRKLVTGKISRHQKLKDVNGKKLPSLTVVSECLNFLKNDFLKALKEKVNFVEMKDIHWVITVPAIWSDEAKAFMRLAANQAGIDDTLLSLAYEPEAWQYTVGYNYTEEN >MBU1183407.1 enoyl-CoA hydratase/isomerase family protein [Pseudomonadota bacterium] MNDPHLLYQIKGGVASFTINRENQRNAISMEALDMFLSHLDEALENDAVRVVCVTGAGNRTFCAGADLGAGIGEKDGMTAFRKYAKLLKKLAGFPKPTVARVNGSCVAGGTGFMLACDIVIASSKATFGTPEVNVGLFPMMIGALIFRNVLRKKAMEMVLLGEKLSAQQALEMGLITRMADPDDLDTEVDKILNILVKKSPIGMKIGKEAFYAAADMPFEQALDLLAEKFSDVAATQDAREGIMAYLEKREPLFSGK >PJI44171.1 hypothetical protein CTR54_07905 [Rhizobium sp.] MKILKPSADRREHVKAETRTTMINGKSEVLPADPHEIARILKERRAKSPALQAKARMAAERKKRGL >WP_091735241.1 response regulator transcription factor [Microbacterium azadirachtae] >SFR36375.1 DNA-binding response regulator, NarL/FixJ family, contains REC and HTH domains [Microbacterium azadirachtae] MTDPETPLRVILFEDSILLREGLVRLFAEAGFETVGAYGDVEDVVARTRPSGADVAVLDVRMPPTFRDEGIRAALAVRAALPGVGVLVLSQYVEGVYARELLGAGDGGVGYLLKDRVTSLDELSAAVRQVHSGGTVLDPRVVQQLVRTGPDPLATLTPRESEVLEAMAEGRSNASIAARMTIGVGAVEKNISAIFAKLGLEDSGTDHRRVLAVLAYLQHDPRP >WP_214524166.1 exodeoxyribonuclease VII large subunit [Curtobacterium flaccumfaciens] >MBT1669564.1 exodeoxyribonuclease VII large subunit [Curtobacterium flaccumfaciens pv. flaccumfaciens] MAIEQGPPTADNPWPVALLGAKLRDWIDRLGTAWVEGEITQWNVAGGNVYGKLKDVEVDATVSFSIWSSVRSRVPADIKQGDRVVAALKPNYWVKGGSLTMQVVEMKHVGLGDLLERLERLRRTLAEEGLFDPSRKRRLPFLPHRIGLITGKDSDAEKDVKRNAQLRWPQVEFRTVHTAVQGERTVGEVTAAILELDADPEVDVIVIARGGGDFQNLLGFSDEGLVRAAASASTPIVSAIGHEADRPILDEVADLRASTPTDAAKRVVPDVAEELANVRAARARLGLRLSHTLSVEADRLAALRSRPALASTAWLVDTRAEEVARDLSRARELLDRRLERGHSEVGHLTARLRALSPRDTLRRGYAIVQRADGGVVRGTEDLSGATPVHVTLGAGTATGTLEPDGPGPDGS >VTM75314.1 Acyltransferase family [Raoultella planticola] MGCRLSVNRFDAIDGTRGILAGMVMLSHMFGSFMGWPQVRPFSGAYLCVVYFFIMSGFVLTYAHASGNFFKYVLTRFARLWPLHFLSTILMVAIYYYNAHHGGYVSSPDVFSISVILKNILFLHGLYWHDFKLVNEPSWSISIEFWVSLLIPLIFTRLGNMTRTVVAGLLFIFLWHKHPSGIPPSMLTAMLSMLIGSLFFSLSQTEYFKCLMKEKFMAFFITAAAIVSIVGVYAMNHSRLDYFLFVAFIPMLFIDHLPDNQLIKRVFTSNLFLFLGYISFPLYLLHELVIVSGFIFDPENAWVSISIAAFASIFIAYIYARFIDYPLYRALKRQIAKIS >XP_021694973.1 protein CWC15 homolog [Aedes aegypti] MTTAARPTFDPARGGSGRGEKDLSALSKQYSSRDLPSHTKLKYRDPGQGTSEELRSRDFREELEKRERESKSGKGAVSGGAPSSVVRRAIEANSASGSKRQKVDAAPQNLDADDPVDSDNSDSDSDEDDTAALLAELNKIKRERAQETAKKELEKRQEDERIRMENILSGNPLLNYASTAKAELKVKRRWDDDVVFKNCARSEPDKKTNQFINDSLRSEFHKKFMDKYIK >WP_250464711.1 NAD-dependent DNA ligase LigB [Microbulbifer sp. GX H0434] MEPSKPKPPKNQARPRHLLPLAALLLLFTITPPAKANTNTKDCPNWKPPQAEQQITRLSQKIQRWDNAFYRDHHSLVEDAVYDQARTTLSHWNHCFPNEARNPKPPRQSSNRTIAHPIPQTGLQKLRDPQSVTRWLEQHKDIWLQPKVDGVAVTLVYRQGKLHSMISRGDGLRGQDWTRHARRIPAIHKTIPDNRQQLVLQGEIYWRLQNHIQAGGGDNARGRASGAMASNTLSDEQAQSLALFVWDWPNGPEQLPQRLRALKALGYDISTYTHRIKTLDEARQWRQHFYRQPQPFATDGIVLKQSRRPAAEQWQAEPPHWSAAWKHPAATALATVVDVAFPVGRTGNIVPVVEVEPTLLDDREIRRVSSGSFQRWHSLDIRPGDQLRLKLAGQTIPQILDVVLPAVDRVKLPVPDPDDYGPLTCWHPQPGCVDQFLARAEWLGDKLEFRGMGEARWLSLYEAGLLPDLLAWTSLTREELMAVPGIGEKRADKLLANFRQARERDFRSWMAALGMPSVNLVPEELWNDATFSGFAARSELEWQQLSGIGSGRGEDLGSFLKSEDVLMLSKKLEESGVSGFDAAMGE >WP_189524079.1 multidrug effflux MFS transporter [Mesorhizobium sp. M8A.F.Ca.ET.165.01.1.1] MPRWEFIALCAALMALNSLAIDIMLPALQQIGASLGVENENHRQYVVTAYILGFGGGQLFFGPISDRYGRRSPLVAGLIIYVAAAAAAAIAPSFETLLICRAVQGIGAAATRVIAVSIVRDTFDGRRMAEVMSLIFMVFMAIPVVAPGIGQFIMLFATWHWIFVTMAVGALVVSAWSLLRLPETLHPEYRRPLTVSSIVGGFRIVLTNRIALCYAFASTFIFGAMFGFIASAQQIYVNIFNVGEMFPVIFAGVAGVLAFSNYLNSRLVGRIGMRRLSQGALLLFLVISLAWLVVLLEMKMPLWLFITFFAGAMLPFGCLGANFNALAMEPLGQLAGTASSILGFMQTFLGGILGTLIGQAFNGTVTPLAAGFCSVSVAALLMILIAERGKMFQPQNAPVSGHVTDLH >MBR7675499.1 sensor histidine kinase [Streptomyces daliensis] MDEDEELIKAVEALLSDPRTDPGIDVETAEQAARAVGLLEKGLQNGPGVYRLMAEGGQKGAETLSSDRLQVLSEMVQNADDMGASQVRFIWRPEELLIAHDGKGVRLADILLLGLPWLSGKSSDAEATGRFGIGLATLRALATTWEVHCHPFHVRFADLSIQSVESLVIPEQLVGPEWTVFRIPLAPDVLSVSELFKWFETWNDSSLLFLRHVRRVEARSDCPAEQGADDETASVMLELSWTEIDRRRLRINGEEADVRVREARTTSGTPWRVYDADVAPHGTTTRRHKAVGASMPVAVALPVHGPELGCVHAGLPVAELRTAARVHAQFDPVVSREGFAASRWNEGLVPLVADLWAGAVLDVISEVEPSAWHLVPLPSLSDPSAPTRLQDSIRAALVDRSRTWLASRLSLPCPDGAREPLSALAVEEQQLSGVLDDEDIARLAGLPATFPKCARDEANQWREVLTDWRGEGTAELAEEVRVHDAFLSLDDTEYDIDKTIRLTAAAIEADLGYLVRSRPCVITADGRRLQPTAVGLAFAEHQDAGPRGAGPLDALSIVVDLHGSYARESQWSHRVLDWLRKQDYLVRRDDTAAVLRRIERMGRAGKRIGGEAGCGIEQLASIQMALGEVSAKVRERLGPGIGQAVLLDGYTYDSEGNEKPCKVQPAHAYLPLALQSTEGDRFPAAAGKTPGIHWVHRSYARTLGSKAECGLSRTAFLRLLGVADVPRIKEVQSSWETKEYETDARVGLSRHCLLSPAARTGKLRRLNAHYTLDDRISPELDAVVQHIIAEPNLQERRRRSAALLQTLGKPGMITSEEAEVQAAEGHYRWIVRGQTAALWVWRLRETAWLEDSSGNLRTPGRAHLCTRDAQALYGQDDPGYLHPAIHQAVSNRIDVLTALGVKGDPDVPQLINRLRELRERSTAPGPVDDSLRAEVYLVYQALAGRLKNEAAGTSRSELRKKVRDAFSGRDFVLADQGWQRADDCFRGPTVLRGFRPFTIPDPELNPLWDALWIEEPRCEDLVDVLKEIARSGAHPQDEQQRVMLEALRSLADTVTSAQGPVSLGLRSKLRWLPLRTTYGWTKNRPVYAVDHPVIARTVGERMPVWQPGGDLQQFIGLLDLLKVHRVEASDACVVTPDGARPDHRLTDDFRRAVTSLQDTLVRDEPAAAEVFTGWAWLMELEVRVLPGLRIQLNLGEGHEAIEIAVDAHIDREAKTLFLTGPEALGTARGGGLAVASLFSAERAHVGHRWRDLWEMDVLRAAPAAPLVPSHQQDHEDRERLNSQLRERELSQPLSPTAPTGSRGPVNPPTKVPLPPLAPAPPSAPTPPDLASPPAPPMAERRKLVSLAELQVRTPQATRITASSQPRSASSSGTRHAASLPQPRRGGAAPKERSGPLGYQDRDKEKIVLELLTRILHEQGRTLEDQRGLMRLGADAVDSVDHFYEIKAHGGPEPAEVTLTGAELTRALAEGSNYSLVIASNLEEGRGTPTLRIIPDPLRFFEVEATAEVKLRGLRDTDVEATVWQWPDAGV >XP_013757696.1 hypothetical protein AMSG_05626 [Thecamonas trahens ATCC 50062] >KNC49588.1 hypothetical protein AMSG_05626 [Thecamonas trahens ATCC 50062] MPGGISLNALLADGEAAESIRRARELSMAVRVTTRRVGGKLLPPSFTGADAVDYAMAAGWAPTRSAAQDVLSPLVDMGFVTRLDAHARGAGAGRFVDGNAYYAFDNAALSVGESAASQAQQNLAILQDYTAETSVEDAVAAALDAVFALDVLPKNPYYSLIADLRPLEQRYIMADGRPYDELVTALKTPTAIPDPDTGITHPEGNFDVWGLASVLRATSPLALSTLAKALGPLLAHVNLALPGGGSVPVYTALVGPHVFAHAVITHPGAPLRLKQELFFESDSIEAVLDHFATYLRNTALAVIDGPGANGDSPPPDLLAPPAEVLPEWQALMFVGCHVAATDRTKTKPRKWTAGEIRDQRRAFVSKVKAAVIDQGALHMELVWIPPKSRVAAGGSSSVGRRRRKRVRRRVARLTASGKPPVGEYSPVPVRIFLEFGLHVCNATTGASQHFASRPLATLLHGVFFSKRDAESYVRKCLGTSGARSVEAAQADADGTATRAAQLAAEAAAAAQSPVVFQNALEAATHAQREEIMTRLHAALPRGDVLAVFYLALLYMLTLPSAAAAPLMPSLYHLFRSSAARLAAINEINALLSAIVSDCLADPRLGSELGLLFGAYADELIHVLAMSASSEFVHVRTRVADTLAGVLRQPKNRVHTGTAVVLARLATTTKLLSIAVATDAAAAGQDVQTALLDWMRSHTELLNRLTEDAAAAAAARVSTGIDAGSGAKFAAAAAAPRGTAQADADDRPSSSVPEPRRAAVPDRPRAARARGTGELFGMDGGVRGGGPRSELPSLPSSADEPASVVLWHEVVASLAAEPSVERHVIYVAEAVKRNMRTAATPVAIAREGVLLQYVVDTGLDNVLKEMWMELFTGELLPPNPYPHVVQRLKRGLLMFDIYAETDEQVRAFLLQPTTLVDERTQVYCAAEADAVVYGTFAAVKLASPAAVRALLVELGDAANAQIIPTLGNASATISTGLAGRTCLYGKLYKHVTSLHVVENYYVSGPEFFEALELFVRNVFSNVVFLHDESPHVVRKLALGASEWTPSAMKANLKDFIRATQRAVEAADGVVLDLLFVVGTQYVKMAKEFRFHHVVGSGDAGTDHYAPFDIVDLYFTVYFSAEKASTAVGYAELNGRIDARSNIKAVGSALRRSVGDAMAEHDVVTALERLVQYLVVRGETALLPALARVLNSPVARIRHLASMVGVLRSLIVEWGSLRLGVRLNVVAAMIHELTYRLNEFLQSEKGVYMQGTGAYVEHLLSGLVDPIKHPSSQNCWQ >WP_200198809.1 glycerate kinase [Azospirillum sp. YIM B02556] >MBK1842133.1 glycerate kinase [Azospirillum sp. YIM B02556] MTTTAPNADALLHDLFQAALTAVTAETRLPAALPQPPKGRTVVIGAGKAAAAMAKTVENHWPGPLTGLVVTRYDHDLPTERIEVVQASHPVPDAAGQEAARRIVDMVQGLTADDLVLCLISGGGSALLALPAPGITLEDKRAVAKALLKSGADIGEMNCVRKHLSAVKGGRLAAMAHPARVVSLLVSDVPGDDPSVIASGPTVPDPTSFADARAILAKYGITPPPAVAAFLEAAEDETPKPGDPRLANAVTTIIATPQDALEAAAALARDRGYTPVILGDAIEGESREVAKVHAGIARQAARHGQPAPVPAVILSGGETTVTVRGQGRGGRNVEFLLALAVALDGHPGISAAAFDTDGIDGTEDNAGAILRPDTLKRAEAMGLDAKAFLANNDGYSFFKALGDLVVTGPTRTNVNDFRVIVIDRA >KAF4593247.1 hypothetical protein EYR38_008961 [Pleurotus pulmonarius] MQSSLSFNCVKKGCSAICPDGSLTTGKGNRFVLANTEALHDKIGQLAQRVRELEDALHEAHSRYSSERHRLLSDELLQIKRPLEREVDASPTERTTKVDQADAVDAMGQLSISQKGRTTFFGTAANAWLLLQNEAGSDGEDVEEQRTIFEVSKPADLPWLSFAFPFAPPLSKTMESLRGAIYDLLPQQGIARRFCENYFRHAAWMYEPITEADFYEHIYRPMYDTTASSEEPMTSHELAVLCMVLALGSLLDLDKPIDANEHSQLYQLGRAALSLDSVFEQQSVAAIQALLIMCHYMFLSHIEGPRWAIMGLVVKLAHSLGLHRDSGQWNLDNVEGQKRRCLLWEIYVYDSWQSLTFGRPPSFALCHIDTKMPFEKTRNEKGDIEMSFAAWKHRFASECQSHVQDQAFGARPISYKRIQELDKSVREFYIPPSLQVPGFMGVTGGDALERPTVELTMQRYIAFAIKEITIFYMHRGFFARALEECPEDPMGSKYAASVLAAYTSACSFVGLIQSLYQQHPILTERMWFLFTHVFSCTIVLGSIAAKTRMALAPSALSHLETATNLFSQVEHNPRAQKVLPILRKLAARAYNAAHPNSPLVKQENDVFIGLSGKTRLISRRTPSSPSSPSHTSSPTSQPESPPPQPTVSELSPIFQQPPLITHSSWAPYNAPLQNFGNFSPNTAYSLSPQGVHPQPQQQGAYTYATQQEELIQFQPSPAYYASMSGDPINTNARINPYWQQTDHVSQGSSELFTPHEELNSSWQNLMSQWK >WP_203995341.1 sulfate ABC transporter substrate-binding protein [Micromonospora lutea] >GIJ20649.1 sulfate ABC transporter substrate-binding protein [Micromonospora lutea] MRHRIRAVSALAVVVGMALAGCGGGDAAGSSATLSIVGFAVPEAANKAIAAEWNKTEAGKGVRFRTSYGASGDQSRAVVSGLKADYVHFSVSSDVTRLVEAGLVEESWDDGPNKGIVSSSVVVLAVRKGNPKNIQGWDDLIKPGIGIVTPNPASSGAARWNALAAWGHIAANGGTEAQAEEYLTKLFANVVSLPGSGRDATTTFLGGTGDVLLAYENETILARQNGEDLDWVLPPTTILIQNPGAILTDADPKAKEWLDFVLGPQGQRQFALTGFRPIIDGVDTSGIEGALDPNDPFPAPRKLLTVDTDFESWSALSKKFFDESDGIVTKVIAASGKAK >XP_040614072.1 protein SERAC1 isoform X5 [Mesocricetus auratus] MAEGNIIRLTGSLILGGSLFLTYEVLALKKSVTLDTQVVEREKMKSYIYVHTVPADKVESHGLAWQARKELHKAVRKMLAASARVLRSPFSDSFSTVDIEDHDCAVWLLLRKSREDTKASRLEAVREMSEAHHWHDYQYRIIAQACDPRTLIGLARSKESDRRFFLPPPPLPSLKEDSSTEEELRRLLASLPQTELDECLQYFTSLALSESSQSLAAQKGGLWCFGGNGLPYAESFGEVPSATVEMFCLEAIVKHSEIPSHCDHIEAGGGLQLLQRLFRLHKDCPTVQRSIMRIIGNMALNERLHPAIVRSGWVSMLADVLKSYHIMEASHAARALANLDRETVCEKYEDGVYVLHPQCRTSQPIKADVLFIHGLMGAAFKTWRQHDSERVLTESAEVDENRYTTCWPKTWLAKDCPALRIISVEYDTSLSDWRARCPMERKSIAFRSNELLSKLRAAGVGDRPVIWISHSMGGLLVKKMLLEASRNPELSTIINNTRGMIFYSVPHHGSRLAEYSVNIRYLLFPSLEVKELSKDSPALKALHDDFVEFAKDKNFQVLNFVETKPTFIGSMIKLHIVPVESADLGIGDLIPVDVNHLDICKPKTKDAFFVSTYSTVHL >WP_151465610.1 YegP family protein [Micromonospora sp. AMSO31t] >KAB1903473.1 DUF1508 domain-containing protein [Micromonospora sp. AMSO31t] MKFLIAAADTGTYGFTLLGDDGQVIATGRQYPDKAAALAVVADMMREIGSAEIEERTEPAQPAEPARTPPNRTVGGEPDLARIGRSGIPPV >MBD5437993.1 hypothetical protein [Treponema sp.] MSFTKRHIFNFLIFVAFFAHPNAEVFRTQRTVVLVADEYASEIKNVGINECVSIKLPDDLTFIQGIEIIVKIPKILANFQNTVIYSLYDNIAPFPSEGKNDYSGKAIYSGLYPGHLSWSILVPLVKGNTIAKNPYADKTLIPDSGRGFVFLRNQLAMKGVPQKVLDAEFEMSAKTVFTDFGAIRIRANHDTGDFSIMVDDAEAKPNSAGLIFLKPGKHSVAVISEKFRNEVRTVAVEQAKTTEIGLELKSVEPTFAFNAPQGTRIFVDGNEIANAGKMKLEAGKHAFKFVLGGYEVVRSVEIQNGKHYDISVNFEATIKESE >WP_055062962.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >MCB4895308.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >MCB4901046.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >OQM53723.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >RGL20629.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] >RGL27712.1 formate--tetrahydrofolate ligase [Bifidobacterium pseudocatenulatum] MTSIEDFTSQYGLVQKIDAFGYLDYLKNDPDAPRKHGKVVLVTADTPLKASRGEGKTTTTIALIDALRERGIDAAAVLRQPSMGITAAGSKGGASGGGKASLTHPELIDWGLCGEMGAIEAAQNLLVSFAEKAIDDGKLDDIAVPRVSEVPSRSLRQIAVDRGKGNVAERVVLTPTCELMQIVVLSRSMDEIAERVAKMIAGTKDGKAVTFGEFVDLWRITGILSDAVKPAKTETVNGSPVYVHGGPFANVSIGIPTLVSVEMACALHDVVIVEAGYGADAGAQKWLDIACREYGAQWPSAAIVVTRASTWRDDPALAWRYPFHVQRLEGLDIPTFPLINLWDGEDDQIPALQQTARDLEFREPIIGNLYRDGGDALAPQLDAFVDAVVNGSMPATPHSHKGMALVENVRWVAENAYGVPADRVILKDGFAESLNKAVDLCASAGIDFGSLALVAVKSPATMTDNDSAPAEERTVTLKKVEVHSGAGLVHVNLTVSLTTPMPKIV >NEE34914.1 DUF4350 domain-containing protein [Streptomyces sp. SID7982] MTAATTASPTSTAPSPGQVWTRARGILAVVLILVVAGITFAAVRSGTNHGQLDPRSADPKGSRAVAELLKARGISVTVATTLDEATTATGPDTTLLVTGPNLLTRSQQLQLDEAASASAGRTLLIAPGPGATHRLAPGIRAESHQAVSALAPACELPAARRAGTADMGGTRYTTQDPTAVACYPSAGLPSLVVLPTGAGGDTVVLGSPDILHNERLDKQGNASLALQLLGSRPHLVWYLPSLTDPSATTDDGAPGDGNEEQSEGGARDDSADESSFLDLVPSGWLWGTLQLALAAVLAAVWRARRLGPLVTERLPVAIRASESAEGRSLLYRKANARDRAADALRAASRTRLAPLAGVPARDAHTPDVLLPAVSARVTAPDRDLSTLLFGTAPSTDAALVLLADQLDALEREVRTS >WP_277627940.1 lysophospholipid acyltransferase family protein [Arsenicicoccus dermatophilus] MPSGGTRRDLPVTVSLTGITTRQGKGWGAEESDIGPILPGAPRRVAQVDRTQVLHDHGPCGSAVRDPPGRPQGEGITVGRAPRIRLPWAYRACVVIAKTAVVPLTRRVWRGTEHLDRPGGVVVCANHLSHVDFLVLAHFLYDNGRPPFFLAKESVFRTPVLGRLAALAGQIPVYRNTGRAVEAYRAAVGAIRAGKTVPIYPEGTITRDPQLWPMTGKTGAARIALETGCPVIPVAQWGPQEIMAPYSGRLRPFPRKTVTVLAGPPVDLTDLQGRPVTGEVVREATDRIVADIVRLLEELRGEPAPVERYDLRRQGDGRGPGAVAGGRA >XP_049747270.1 olfactory receptor 52E1-like [Elephas maximus indicus] MTPLNTTLFHPYSFILLGIPGLENVHNWIGFPVCAAYLTAVLGNICILFVIQTESSLHQPMFYFLAILASIDLGLSTSTIPKMLSIFWHNLRDISFEGCLIQMFFIHLCTGMESAVLVAMAYDRYVAICNPLRYTLVLTNKVVFIIALVILLRPLSFAIPFVQLILRLPFCGHQIIPHTYCEHMGIARLSCASIKANIIYGLCAISTLVFDIIAIVISYIQILHAVFRLPSHDAWLKALSTCGSHVCVMLTFYTPAFFSFMIHRFGQNIPRYIHILLANFYVVIPSALNPVIYGVRTKQIRERVLKIFSRNKT >GJC78212.1 lipase 2 [Colletotrichum liriopes] MLPSSSSGISWLKANLLGAMLLSSAAHGVPLSSNGSLTAHLPSYGSFAGTTLHTTTSGYPLAVPVDVWYGIDYAEQPKGDLRFSPVEWPSAFNGTRDAKSYGKVCIQEPGNSNLVTYIKTELEYGEDCLNLNVYRPSGVSLDKKLPVLIWIHGGLYRNGAGIIFDGASFVAASPEPLIVVTFNYRLAALGFLASPAFSELGNVNLGLQDQHQLLRFVHRYVSSFGGDPERVTLGGKSAGAHSVGFHYQNPFAPGEELFHQAIFQSGGPTGRSFPNASDPVTVKQFEQFVERVGCQINDSAEAQLVCLRAVDVDLIEKTASGLLAEYRYNGTHPFQAVSNAAIIPRLPSETWELGLWNHIPALTSFITDEGSMYAPTNLTTDDEAWEWFSNLYPNLNESDRQIFNRLYPDPQTNPKSPYVDSRGQSAQFTRLSDAYADTTYISVAQEISSRLSAEGLPVWKMHWNTNNSISSYLGVSHGADVSYAWAEPATQYPEAGTVLARYYASFVVSGDPNSFKANYAVDWIRYEEPGSDGLGWQVRVNANGTRIEKDDIRREALEYWRANPDKLDH >WP_259665259.1 MULTISPECIES: Lrp/AsnC family transcriptional regulator [Rhizobium] MRISPLYIEARRYELKKGRDVGRTELDVIDIKILRELQADGRMTNVELADRVGISAPPCLRRVRKLEEAGIIEGYHAMLNSPKLGFDLVAFCMVGLKHQSEGNLKAFAAATTEWPLVRQAWMVSGDSDFLLHCVAENLTHFQDFVIEILTANEHVDTVRTMLTIRQVKKLGLVEV >VIP11815.1 Uncharacterized protein OS=uncultured bacterium Lac161 PE=4 SV=1: PmoA [Gemmataceae bacterium] >VTU01834.1 Uncharacterized protein OS=uncultured bacterium Lac161 PE=4 SV=1: PmoA [Gemmataceae bacterium] MKRCLSVLALLVPSFALAAPVVTVTGGKTDGADVVVRVPLAGDAVTANAVELSTGGTVPAQVTGPALTDDPAVKQYLVFVLPKLKAGETVTATATTKAGAPQFKFVEKSGEPLELVYGTAAEQRPVLQFFNLKRDPKDHYYTFKPFHNVYDPVTGKTVLTNTSSKAAKDGQFPHHRGLFFGFNRISFGDKQTADVWHGTDNVFSQHEKMLVSEAGDALGRHRSEISWNGKDGKPFATEYREVTAYAAPGGTLIDWSTELTTQLPKVRLDGDPQHAGFHFRANMEVSKNGKANTYYLRPDGKGKPGETRNWDAKGKDAKAVNLPWNAVSFVVGEARYTVLRVNHPNNPGEIRGSERDYGRFGDYFEYDLTPEKPLKLKYRVWVQPGEMTVEQCQAIADAFVAPPAAKLAAK >NNJ03433.1 phospholipid carrier-dependent glycosyltransferase [Streptomyces sp. PKU-MA01144] MTSTAPRAAHGQDAAEQPPSWQQRLRRFGHVPRSGIGLRERLVPPYTRPSDRLWSVLGVPPGAARRVERFSAWGGPLLVALVAGLLRFWQLGSPKAVIFDETYYAKDAWALVNQGYEGSWPKDVDKAILANPDAVAIPSDPGYVVHPPVGKWIIGLGEQMFGFTPFGWRFMVFVLGTLSVLMLCRIGRRLFRSTFLGCLAGALMAVDGLHFVMSRTALLDQVLMFFVLAAFGCLLVDRDRARQRLADALPVDAEGVLHPDPAIAATLRLGLRPWRIAAAVMLGLAIGTKWNGLYFLAAFGLMTLLWDVGARKTAGAVRPYTAVLRRDLLPALVGLPVAVATYVASWSGWILTDKGYFRDWAATEGRDSPWSAVLPDWWRSLWHYETEVYSFHVNLTSGHTYESNPWSWIVLGRPVSYFYEDPSAGTAGCPVTATDKCAREVLAIGTPVLWWIACFAVVYVLWRWAFRRDWRAGAIACGIAAGWLPWFLYQERTIFLFYAVVFVPFLCLAVAMLLGAIIGPAQRPGPPAAPPDPGLAPGERRRTVGAVAAGVLVLLVIWNFIYFWPLFTGDPIPMDDWRARMWLDTWV >WP_251841748.1 division/cell wall cluster transcriptional repressor MraZ [Enterobacter hormaechei] MFRGATLVNLDSKGRLSVPTRYRDQLIENASGQLVCTIDINSPCLLLYPLPEWEIIEQKLSRLSSMNPQERRVQRLLLGHASECQMDSAGRLLIAPVLRQHAGLSKEVMLVGQFNKFELWDETTWYQQVKEDIDAEQSDSATLSERLQDLSL >CAF1124877.1 unnamed protein product [Adineta steineri] >CAF1247033.1 unnamed protein product [Adineta steineri] >CAF1531613.1 unnamed protein product [Adineta steineri] >CAF4122447.1 unnamed protein product [Adineta steineri] MILICNQIDNDGAKYLAEMLKENQTLTTLDLTNNKIDFEGVSYFCEALGTNETLTKLSLQTNHVGNLGAQYLAEMLLMNQTLTELNLNTNEIGDDGAQNLAEALKVNRTLKELKFDYNKISNEGESYLKETMQFTQIPKALDDECFEKKNFKQGKTKGDIFKIL >WP_081845076.1 molybdopterin-dependent oxidoreductase [Mycolicibacterium aromaticivorans] MAKLTKRRRSRARPTYRGSVTTEKIELAAIGRDGRHLYTCPLCEAMCGLEIQVSDGRVDSIRGNQDDVWSRGHLCPKGASLGAVHDDPDRIRKPMIKVDGQWQEVSWDAAFRRCTELLAPVIAEHGIGAVTCYTGNPLAHSFSLGRYTGVLLGMSGIPVSYSPGTVDQWPKNLSSHLMYGNWWGFPVPDIERTDLLVVMGANPAASQGSLLAAPDVMGILGRIDNVIVIDPVRTATAAKADEWLPITPGTDAALLLAVVHTLFEEDLVRPGRLADHVDGVETLRAAAADWSPERVAPVTGIDAERIKHLARQLAGTERAVVYGRIGLCNQEFGSLASWLVDVVNILTGHFDTPGGAMFPRPAVWTVTAQPQPGLEGGLPEFGRWQTRVRGAKEVLGQVPVSCLAEEIETPGEGQIRALITVAGNPVLSTPQGHRLDELLPGLDAMIAVDLWLNETTRHADVILPGLSPLEQPHHDDLILAFAINSIANYSAPVFTPEDPGRPEEWEILVRLTGLCAGTPAEEVDVAAIDDGFFDYLCFTQGLDGAQVRSNYTQGGPERILDLTLRTGPFGDRYGENPDGLSLAKLKEQPNGINFGPMVSQVPEILNTTDKKIRLAPQYLLDDIPRLGRRLEREPDELVLVSRRHLRSNNSWLHNVSVLMKGRDRCTLLMHPDDAASRGVAGGETVSVESSAGRIEVPVEVTDAIKPGVVSMPHGWGHGKPGTRMSVANGSPGVNTNILSPPTFLDEPSGNGALNGIPVTVVSAKSG >XP_019256258.1 PREDICTED: uncharacterized protein LOC109234644 [Nicotiana attenuata] MREHQERVDKIPGAPKLLPKGDVGRLVEQPYSEEAAPYAIPKTFKMPPYLKIYDGTTDPEDHIIHYVTAVKGHDLSKEQIPLVLLKIFGETLTEGALTWYSQLPARSIAMFEEMADKFFTTHAGAKKAEARVNNIFAVRQSPGEGLRDFLARFNRVRMSLPNVSEGMAVAAFRNGLNRNGSRTNVIRDPDTVEAAESMIDDLDPVQLDSRDVNKKDYIGHKLSEPDMPGIPKDIATHKICRPALSTSAASKKKIQRRNQRGC >GBM64226.1 hypothetical protein AVEN_167255-1 [Araneus ventricosus] MKNFTNFLKQSKFDLCDTFHDEFDEFHFPLEKLSYSEQKVCTTSWVDNILTSKDVSKLLCIMIEVYTQDHKTSWRDESEIKIFVKETLPTPNEATNDVKESFTLLLLMLYFRVQYKSSVALQNKTKRIAHSAAQLFIKELNDLKQQPKEITQQQQKEITQTTFKISDWKRPVMLTL >EJG3313804.1 AMP-binding protein [Campylobacter coli] MTTHIYDFLEKSLIKFSEKTAFVEPFAKERKEITYKDFDLFSKKLASEILKTLKNNKPTQAPVLIILPKGIDCLISFFGVALSGNFYTLLDEKSPKERVEKVIEVLKPKLFITSKDLNFNLDLPTLYTQDFESFNIDESLLKNAKEKHIDTNLLYVFFTSGSTGIPKGVSIAHKSVIDYTFWVCETFKFDENEILANQAPFYFDNSILDIFSSVKSGATLHLLPNHLFAFPNKILECLEKEKVSTIFWVPSVLIYFANTEALNNFSLNALKKILFCGEIMPNKQLNIWRKHLPDALFANLYGPTEITDVCSFYIINRTFKDEELLPIGKACKNTELLVFDENMNFISPKQIGVKGELFVRGTSLSLGYYNDKEKTKQAFIQNPLHDNYLDLLYKTGDIVSYNEFGELLCYGRADNQIKYMGHRIELGEIESVINSHVNIKNSACIFKEDIICFYESEEEINFKDFLKDKLPSYMIPK >CAI0451207.1 unnamed protein product [Linum tenue] MVRNVVSDEEEDVELDEEENEPADAVEDDEEEDDEEGQDEYEKDDFIVDDVEEEPEEEGRADSDEERQRKKKRKKKREAEVLDEDDYELLRDNNVYPQRPKVDTKKFKRLKKARRDADDDRDGVFAEGDGSGKGGPEEKLSRTLFDDDEGQRFEDIAEEEEQMEEEEEVEVGEDDDMADFIVEEEELDEHGVPVRHKKVKKKKSRQSSGASSSALQEAHDIFGDVDELIKLRKQQGLDSNNEWRERRLEDEFEPSVLSEKYMTEKDEQVRLSDIPERMQISEESTSSPPTDEVLIDDESTWIYNQLASGATSLQGVTINKDDIVQFLELHHVQKLDVPFIATYRKEDCSSLLKDPGQLENDYDNQDNDQTPKLKWHKVVWAIQDLDRKWLLLQKRKSALHLYYEKRFDEESRRIYDETRLNLNHHLFKSIIKALEAAESEREVDDVDAKFNLHFPPGELGVDEGQYKRPKRRSQYSICNKAGLWEVASKFGPSAEQLGLTLSLLAMQSSALEDAKETPEEMASNFTCAMFETPQAVLKGARHMAAVEISCEPYVRKHIRGVYMEHAVISTAPTPDGNTTIDSFHQFYGVKWLREKPMSEFKDAQWLLIQKAEEEKLLQVTFKLPEKRMELLVNECKELYCSDGVSKSAQLWNEQRQLIVQDALFGFLLPSMEKEARSLLTSKSKRWLLWEYGQGLWNKVSVGPYQRKESDPSDDDAAPRVMACCWGPGKPATTFVMLDSSGEVLDVLSTGSLTLRSQNVDDVQRKKNDQQRVLRFMMDHQPHVVILGAVNLSCTRLKEDMYEIIFKMVEDNPRDVGHDMDELSIVYGDESLPRLYENSRISSDQLPSQPGIVKRAVALGRYLQNPLAMVATLCGPEREILSWKLNPLESFLTPDEKYTMVEQVLVDVTSQVGLDINLAISHEWLFGPLQFISGLGPRKAASLQRSLVRAGAIFTRKDFVTTHSLGKKVFVNAVGFLRVRRSGRAGSSSQFIDLLDDTRIHPESYGLAQEMAKDIYEMDNGEANDDDDLEMAIEHVREHPTRLKILNLDKYLKDKKRENKKETFKDIKRDLIQGFTDWRKRYKEPTQEEEFYMISGETLETLSEGRIVQATVRRVLPGKAICVLESGLTGILTREDYDDDYRDIHELSERIHEGDVFTCRIKAIDMNRYQANVACKESELRNNRLSQQVQDLDPYYHEDTVNLHSDQEKARKEKELAKKHFKPRMIVHPRFQNITADEAVEFLSDKEPGESIVRPSSRGPSFLTLTLKVYNGVYAHKDIVEGGKEVKDITSLLRIGKTLKIGEDMFEDLDEVIDRYADPLVVHLKSMLNYRKFRRGTKAEVDELLKMEKSEYPMRIVYSFGISHEHPGTFILTYIRSTNPHHEYVGLYPKGFKFRKRMFEDIDRLVAHFQRHVNDQLHKSGPSIRSVAAMVPMRSPAGGGSSGDGGGWGSNNDGGGWKGGEGDRSSERNDYRNGGGGGGGWSSGGGGGGNSARDSSGWGGGGGDDGNSGWVSSSRVGSAPPQSDSGWGSGW >WP_259407579.1 metalloregulator ArsR/SmtB family transcription factor [Streptomyces akebiae] MGDPQRKAALYEAFARTGKALSSGKRLELLDLLAQGERTVDALAKAAGLNLTTASAHLQTLKQAGLVATRRDGVRIHYRLAGDDVAALYALLRQVAQTHQADVEPARTAYLGTDDAEEVDREELLARARVGGIVVLDVRPAEEYAAGHIPGAISIPVDELAERVAELPDDAEVVAYCRGAYCVLAYDAVRLLHARGRKAVRLTDGMLEWRLAELPVDKVAAA >KAJ9247365.1 hypothetical protein DTO207G8_8145 [Paecilomyces variotii] MDRQGRTVIIEPVGSECDTDTAYMSDDCASLDTTSLVSEVRRYQYENGRRYHAYQAGKCPWPNDEEEQDRLDLFHHVHVLALDGALYRAAIEGDPPNVLDIGTGTGIWAIEMAEQHPNSEILGIDLSPIQPSWGPPNCRFMVEDVELDWSYGGQKFDFIHSRGMIACIMDYKHMYRQAFDHLVPGGWIEVQEFETRIRSDAPCDGSKRKHIDEWLRYLDEATISVGRPLTVAGEQRQHLIDVGFEDVEEDIYPIPFGTWPKDPKFKELGRFQLAQMLQAVDSLSPAVFSRILHWDAERVRQLTSGVKRELMDRSLNLYCNIHFVYGRKPGI >MBE0669914.1 thioredoxin-disulfide reductase [Anaerolineales bacterium] MSNEKNVKVLILGSGPAGLAAALYAARAELEPIVLTGMQLGGQAALTHTIENYPGFPEGVGGAQLGELFQKQAENFGAKVEFDMANEVDLSQRPYTVRTDSGEYKAETLIITTGANPLHLEIPGEVELTGRGVSYCATCDGWFFKDKKVVVVGGGDSAFEEALFITRYASSVTLIHRREEFRAGAILQNRAKEHPKMNFILNTVVTEAVGTDKLTSLKLKNVQTGEESSIETDGLFIFIGHSPNSQIFKGQVEMSDLGYILVNDKMETSVEGVYAAGEIADPHFRQVITSAGMGAAAAIQATRFLEEREAVHS >MBQ3049129.1 hypothetical protein [Oscillospiraceae bacterium] MKNNNQTPYPEKELSAEEELENLRRENQMKDKVAKDIDRLWEMFPDIKLDSVPEELWEMVSQGESLLGAYCILLCRENIEKEKAQEKDRENSAKTPPAVKSGGEKPEFFTREAVSKMTREQVRKHYDKIVESMKHW >WP_019585553.1 acyl-CoA dehydrogenase family protein [Deinococcus apachensis] MTSTLDRPVSPNVSPMNDDQRAIVGALKSFLKNRVEPGAAERDQTGEFPFEIVRELGEMGIMGAQTPEEYGGAGLDTATFAMIIEEVAAVDGSLCLTVASHNSLCQGHILVGGTEEQKRKFLPDLASARKLGAWGLTEPGSGSDSGGLQTRAVEQPNGSWILNGSKNFITQGSVGGTYVILARTDPPRPGKGKNDGISAFVFNRDEVTGFSIGRKEDKLGLRSSDTAQLIFEDIHLPADALLGERGNAFKDVMRVLDGGRVGIAAMGLGLGRAAFEYASKYTLEREQFGKPIAHNQDIAFRLADLDTQLEAARLLIRKAADLKDAGQNFTVAVARAKLFATTAGVHACDEAIQMLGGYGYIKEYPVERFWRDNRLTRIGEGTDEVQRLVISRDVMKRFAE >WP_046325749.1 NADP-dependent phosphogluconate dehydrogenase [Lactobacillus melliventris] >KJY55338.1 6-phosphogluconate dehydrogenase, decarboxylating [Lactobacillus melliventris] MQQFGVIGLSVMGKNLALNVRNNGFSVSGFSIDKPEVDAFAKYEDDKLKPTYSWEEFVDSLEKPRKILIQIAAGKPVDETLQKLLPLLDKGDILLDGGNSNFHDTNRRYHEMEQHGIHFIGMGVSGGEEGALKGPALMPGGDEDAYKKVAPILEAIAAKNSEGYPCVSFIGPEGSGHYVKMVHNGIEYGIMQEFSEVYDILRKVAGKTNDEMSAIFAHWNEGLVQAYLSEITAEVLKQKDNLTPDHVIDHILNVASYKGTGNWMLEDGVHLGAPISVIAEAVISRFMSKATTREGKEITWNGDVPADLIDNLGQALQLCQAVAYAQGFQQLKMAADAYNWDLRYPAIAQSWEAGCIIRSAMLKDIEKAFSEGKKLDNMFQDPYFKDLMNKNIAALRVVIELATRAGIPTPTLSASLNYLESIFNPSLPANLIQGQRDYFGAHTYFRNDRKGVYHTEWYEEK >WP_104459365.1 dihydropteroate synthase [Proteus mirabilis] >EGT3592488.1 dihydropteroate synthase [Proteus mirabilis] >KAB7717576.1 dihydropteroate synthase [Proteus mirabilis] >MBF8455131.1 dihydropteroate synthase [Proteus mirabilis] >MBG3049692.1 dihydropteroate synthase [Proteus mirabilis] >MBG6020593.1 dihydropteroate synthase [Proteus mirabilis] MKLIARGRELNLSSPQVMGILNVTPDSFSDGGTHNSLNDAINHAAKLIAEGASIIDIGGESTRPGASDISVDEELHRVIPVVEAIQQRFDVWISVDTSKAQVITESAQAGASIINDIRSLTEPGALQAAAKTGLPVCIMHMQGLPKTMQHSPQYKNVMIEVDAFLAENIQRCIDAGIEKNQIILDPGFGFGKNLAHNYQLLAHLSDFHHFGLPILAGMSRKSMVGQLLNVPPQERVAGSVACAVIAAMQGAQIIRVHDVKETVDAMKVVQATLSAKENNE >WP_111712808.1 ECF transporter S component [Streptococcus lutetiensis] >MBD8956520.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0889608.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0914443.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0916196.1 ECF transporter S component [Streptococcus lutetiensis] >MBT0919611.1 ECF transporter S component [Streptococcus lutetiensis] MKNNKAASNIATVAIFFAIMLVINFLTSLVFNLWPVPIKPTLIHVPVIIASIVYGPRIGATLGALMGVISVTVNTLTLLPTSYLFSPFVENGNLSSLIIAMVPRILIGITPYFVYKWFHNKFGIVIAGAIGSMTNTIFVLGGIFFLFANVYSGDIKALLAVVFGTNAIAEMIISAILTLAIVPKLQKIRA >OQB06356.1 hypothetical protein BWY19_00351 [bacterium ADurb.Bin212] MQMSEIALPPHLLEALQMVEVALSGNVPKGQCLVVLENGTVSRTTNEEEAA >WP_085004337.1 nucleotidyltransferase family protein [Frankia casuarinae] >ORT90122.1 nucleotidyltransferase [Frankia casuarinae] MGSIAGVEIDRARLAAICARYGIAELQVFGSQARGTATADSDIDILYTLAPGRRLGWDIEQLADDLTGLFGRPVDLVSARGLHPLLRXSVLAEARPVYAA >XP_023219850.1 tumor protein D54-like isoform X4 [Centruroides sculpturatus] MARTPEGNFTDFSIQDSFNEPPEVKGYDATPDSGVHDLSSMYPEQRAKLEEELKNELAKTEDEIVTLRQVLSDRVRHAQELKRKLGITPWKEFKDDMEQGFRNIQESSAYKEVGTKLTEWNSAVVSAPILPGIFSSTAYQKTSSTLKTAGEKTTTAIGTISASVTKKLSEVKNSTAFKSFEEKVGSAYSNVKTKMAGSRSNSVNSFEEALSNAEGRSSKVASPATTPVIPEGKPLS >KOV59425.1 hypothetical protein ADL01_36075 [Streptomyces sp. NRRL WC-3618] MWSSLRTHSIPRWGRVELRREKSRGRPQYVVGPLELGVLLAQRHQLGAFVGGEPVVALAGIGLGLMDPGCAAGLRG >MBB3097508.1 oligopeptide transport system permease protein [Actinoplanes campanulatus] MILTFFGATFVVFALMFANQDDPIQALVGEKTASDSLRAALTERYHLDEGFLTQYWYYMKGLLTGDLGKSLTGRDISEMLADAWPVTIRLAILAILIAAAIAVTTGVYAGIRRGGLFDNGTLLMTLLLLAMPIVVLAPLAQLVFAMELRWFPATTTKNATLYELLLPALVLATTVIATQLRVTRTSVVENLRADYVRTARAKGLAPRRVTWVHVLRNSLIPVVTLIGVDLGVLMSGAIVTEEVFNIPGVGFNLARGIRTEDGPLVVGFVSVLVIIFLIVNLAVDLLYAALDPRIRYE >WP_208905085.1 hypothetical protein [Serratia plymuthica] >AHY07401.1 hypothetical protein sch_12860 [Serratia plymuthica] MNTQVVVQNICFIRADPDRPIYYYCAAAPGISVIDGNQPAVQLQIFRNSSQPATVYYAMLSLQTQLTSSPEAAQAAAAGSPDIPRDAVLLPLQAVACSATLDIPGFIAGQTSKTSLSEQQNCYLLAKLPPDADIALLASLMNAPASTPIAISYKIDYLQQLPPATFELEARWDQVYQFLQESVGFNLLIFSVDIEETSSRLISEKVVTVKVRDTDPDGHFKQAAAELTQILISEFFTPAFAEVPQQSKPKAGFYLQRLSVEDIDQRRLSGKLTETTVVKRSLYPQALFAELVAGTDYQADRVISQHDLQDDFFAYREVRISLLSDELDDNIQLVMARFRYGSKSEQFTFREGDTKPKLFRSPSITDPKTGKMLWPVEYDFTVYLNQAVGGVRSVSSGALQTELNDVYLDIESLYGRYDFVIKAANLFDWRWYQSVLVTLRCRHIGMPASSLSKSFQISQTAQQDSYPVMLPNPDQYLFDVTKEYSSAVNSPHISAELNEPTSQDVYLFSSLYHQRVLTLSASMDWQQVESVLVSASYAYLPGDETPPLQQIFQFTEIDAASQRFSADQVDPERLIVNLEIWFSYLPGQGGDKPDYVQTATAQDAIDIANLN >PHT33663.1 Floral homeotic protein APETALA 1 [Capsicum baccatum] >PHT67620.1 Floral homeotic protein APETALA 1 [Capsicum annuum] MEQILERYERYSYAERRLLATNSESPVQENWSLEYTKLKARIDLLQRNHKHYMGEDLDSMNLKDLQNLEQQLDSALKLIRSRKNQLMHESISELQKKERAIQEENNILAKKIKEKDKIVVQQGEWHQQNQVPASTSFLLQPHPCLNMGGNYQQQAADARRNELDLNLDLLYPLYHMNKHL >EBA3403631.1 lyase [Salmonella enterica] MKVIEKYKQKKERREIFLYEKYKNYKVEQLTPILYDNDYLKRNAAIFCLQILSGDDVFNLSMNLCHSRDNYKKKIGVTILSQMTMSYEKLRKSFCFLENMFQLNKSVLLRASIINALGRFCKKDKHFEKKFINLCTKVIHDKSANVRCAIAAALSNINDNSTIPLLLCLLRDNNSDVKNWAAFSINFNQYDTEDIREEFVGMLLDTNDDIRIEVISGLAERKDERVLETIIKELKKDVIFDEIIIAAGNAGSKELLPILNELLNEFRDERIID >WP_244380042.1 cytosine permease [Parageobacillus caldoxylosilyticus] >BDG36373.1 cytosine permease [Parageobacillus caldoxylosilyticus] >BDG40160.1 cytosine permease [Parageobacillus caldoxylosilyticus] >BDG43886.1 cytosine permease [Parageobacillus caldoxylosilyticus] MEEKGLNKSIVKDEALSAIPLSERQHWLTPAMIFGGLEFTIPVLMVGAMLTASFGITEIFWILIVAMIGFQWVGNAIQGYIGAKTGRSSSVIARTSFGAQQARFIVGLTIFVVSVGWWAVQTAVTGNAISAMIGIDYKHEWIPWAVVTTITGLLFALPAILGYSSMKWTDYIAVPAGLLLIAGGIFYALKNTGWQTIASWDPKPSMTFFAAVSLIIGVNVSQWVIASDYTRYAKPKIKDNILIPLGIIAVGLPLFFIGAVMSVDIGDADIVNVMLKLGFPVWGFLILWFATWTSQIVNNYSMGLALANMLNVNSGRGRALLTLCGTIISLVIALAGILDYFMDFLYMTALIYPAIAGVMMTDFFFIRKQQWVDNKGWNWMATIALVAGTLLGYCTQYVHPIGLPAVQSVIVSGFVYWVAMKIKAKVAPDNFTDPFNNTLKTDVNTDTTIV >MBD8915742.1 class I SAM-dependent RNA methyltransferase [Pseudobutyrivibrio sp.] MKKGQQIEGVVTRVDFPNKGIVQTDDGDFITVKNVLEGQRILCVIKKTRKGKAEGRLLEVVEKSPLEVEKPYCKHFGECGGCSYQTLPYEEQVALKARQIKRLLTPVLGEERFDALFEGVIESPNQFAYRNKMEFSFGDAYFDGPLALGMHKRGSFYDIVTVDACQIIDADMRQVLVETLSYFQNAGADYYHKMRHEGYLRHLLVRKAVKTGEILVDLVTSSDARFLLGEAKESGSVVYDAEAPMMSEDMRTKEAALLQGWSKHLERLAFEGKLTGVLHTRNDRTADVVEDQGTTTLYGQDYFYEELLGLRFRITPFSFFQTNSLGAEKLYEAARDFITAEDADILEGKTVYDLYSGTGTIAQILAPVAGHVIGVEIVEEAVEAAKKNAAENGLTNCEFIAGDVLKVIDDIEEKPDYIVLDPPRDGIHPKALGKIIAYGVESMIYISCKPTSLARDLEVLQASGYEVKRICCCDMFAGTPHVETVILLSRKAPDAEIKVRLDMSELDITSAESKATYKEIQEYVKNKYDLHVTNLYIAQVKREFGIIERENYNTGEGKAKVPQVTPEKREAIIDALRYFQMIE >XP_010808195.1 vitrin isoform X1 [Bos taurus] >XP_027410803.1 vitrin isoform X2 [Bos indicus x Bos taurus] MGIVVLTMKASVIEMFLVLLVTGIQSNQEMTKKMKRPKFTVPQISCDVRAGKITNVEFIVKCPPGCQDPRYHVYGADVYASYSSVCGAAVHSGVLDNSGGKILVRKVAGQSGYKGSYSNGVQSLSLPRWRESFVVSGETARADQSPPVPGTAAQPVTVTQAPGTTAIEATHTTLPKPSPSAGSTASGLRPQPAGQRSKDLGEPALWKPESVLLDAGFVPKEELSTQSLEPASQGDPSCKVDLSFLIDGSSSIGKRRFRIQKQFLTDVAQTLDIGPAGPLMGVVQYGDNPATQFNLKTHMNSQDVKAAIEKISQRGGLSNAGRAISFVTKNFFSKFNGNRGGAPNVAVVMVDGWPTDKVEEASRLARESGVNIFFITIEGASENEKQYMLEPNFANKAVCRTNGFYSLTVQNWFSLHKTVQPLVKRVCDTDRLACSKTCLNSADIGFVIDGSSSVGTSNFRTVLQFVANLSREFEISDTDTRIGAMQYTYEQRLEFGFDEYSTKSDVLNAIKRVGYWSGGTSTGAAIHYALEQLFKKSKPNKRKLMILITDGRSYDDIRIPAMLAHHKGVITYAIGVAWAAQDELDIIATHPARDHAFFVDEFDNLYKVVPKVIQNICTEFNSQPRN >WP_177077803.1 hybrid sensor histidine kinase/response regulator [Pseudomonas sp. P7759] >NWC77910.1 response regulator [Pseudomonas sp. P7759] MAKLSDDQQRALAGLLGLSDQSARKSHYPELTARLDELEAERKRYIRLNDELEQRVAARTDELLEANHNLQQQIAQREQIEQDLRDARDAAQAANRSKDKYLAAASHDLLQPLNAARLLIATLRERQLPSVEQVLVERTHQALEGAEDLLTDLLDISRLDQAAVKPDVALYRLDELFAPLVSEFQSVAQATGLNLRVHTGRYAISTDLRLLTRILRNFLSNACRYTDDGCILLGARRRGHCLRLEVWDTGRGIAADRLQAIFLEFNQLDVGRASDRKGVGLGLAIVERIAEILGYPIAVRSWPGRGSMFSIEVPLSDEMPLPISQLPVQPTTGNPLPGRRLLVIDNEVSILESMRALLGQWGCEVVTATDQAGALLALQGRAPELILADYHLDHGVVGCAVVKQLREHFACNIPAVIITADRTDQCRRALRRLDAPLLNKPVKPGKLRAVLSQLLA >WP_179100660.1 VOC family protein, partial [Burkholderia pseudomallei] MTARVQRITPFLWFDGNAEEAATFYVSVFDNARLTRVARYGKEGAQASGQGEGAVMTVAFELDG >WP_048133111.1 archease [Methanothrix soehngenii] >MBP7069195.1 archease [Methanothrix sp.] >NLJ22764.1 protein archease [Methanothrix soehngenii] >NYT09560.1 protein archease [Methanosarcinales archaeon] MIPFEYLEHTADVKFRAYGTTPDQMLSNAAAALFGAMISPGQVKVEESWQVELEAEDLEDLAYQWLSEIVFLFETESAVFSRFQVALEEFQDGKGWKLRAEIGGERMDPERHSFLAEVKAVTRHKFAIEKNERWCIQVVLDV >WP_092805375.1 ABC transporter substrate-binding protein [Rhodococcus globerulus] MSRSSRRGHRRLAAVTLAITASMFLASCADNGSSGGGESVESGSALKIGLVNEQADPGTPTTGGTLTFSGYSAVTSLDPAKIQVAGATGGSELSAIYDVLMRYDPIEKTFVPQLAQSLEPSSDSKTWTLKLRDGVKFSDGTSLDSKAVVDSINRYVNNKAAQSSLWAAKVASMDAPDASTVVFNLVDPWTGIESMLSTGPGMIVAPAAQQGDQFTPIGAGAFTLERFAPNEELLLAARPDYFGGAPKVDKLKLISIVGAQPTAEALKTGGIDAAYMRTLTPILDLIENGNPGFIDIPSLGYIANVNMAEGRPGSDLRVRQAMALAIDPETLNTRVNNGKGLPGQVIFQDTSRWHNDVAPTGVDAAKAKELLDQAKADGFDGKVTFLSIQEPSAQSTALGVQAMLNAVGFDTQIEYVTGAGDLVKRMYVDRDYDMSTAAGSLSEADPFERLYTGIKSGGRNNVTNYADAEMDVLLDQLGVATNDEDKKAVLAKIQERATETVPWIVWGNVPTLDVWNTNVHGLKQSIDGIMLFDSVWKS >WP_132898842.1 anthranilate phosphoribosyltransferase, partial [Pseudomonas aeruginosa] >MCO2089771.1 anthranilate phosphoribosyltransferase [Pseudomonas aeruginosa] GVQLPTLKHVVDVVGTGGDGANIFNVSSAASFVVAAAGGKVAKHGNRAVSGKSGSADLLEAAGIYLELTSEQVARCIDTVGVGFMFAQVHHKAMKYAAGPRRELGLRTLFNMLGPLTNPAGVRHQVVGVFTQELCKPLAEVLKRLGSEHVLVVHSRDGLDEFSLAAATHIAELKDGEVREYEVRPEDFGIKSQTLMGLEVDSPQASLELIRDALGRRKTEAGQKAAELIVMNAGPALYAADLATSLHEGIQLAHDALHTGLAREKMDELVAFTAVYREENAQ >WP_156773536.1 hypothetical protein [Paraburkholderia tropica] >MBB2977372.1 hypothetical protein [Paraburkholderia tropica] MVVKDSNARLAWVLNEVGIWHVRAVVFEFELRSSGVHPTDSGFPGLVQACEESMSGPIAEISWRKTFVVNALQPMIFMPVHSLYINSE >WP_110713006.1 MULTISPECIES: aspartate-semialdehyde dehydrogenase [Stenotrophomonas] >AWT15684.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBA0285368.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBA0322384.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBA0362176.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] >MBH1618399.1 aspartate-semialdehyde dehydrogenase [Stenotrophomonas maltophilia] MSNAQRSFHVAVVGATGAVGETMLSILAERGFPVGTLSVLASERSAGGEIEFNGQKVKVQDLATFDPTGVEIALFSAGGSVSKEYAPKFAAAGAVVIDNSSAFRYDDDVPLVVSEVNPEQVANRPRGIIANPNCSTMQMLVALAPLHRKYGIERINVSTYQSVSGGGRSATEELGKQTGQLLSFQEIDPQRFPVQIAFNLIPHIDDFQDNGFTKEEMKLIWETRKILGDDSILVNPTAVRVPVFYGHSESVAIETRDKVTVAEARALLEQSPGIEVVDRHEAGGYPTPVTHASGTDAVYVGRIREDLSHPRGLNLWIVSDNVRKGAALNAVQLAELVAAEQR >OYV25858.1 MAG: hypothetical protein B7X08_03985 [Acidocella sp. 20-63-7] MRACFLPLALLSLTGCHHRYTGPSAALAALAAQGQTDAQAPLQTSQQITISAPPAKVWALLSDIQSWPDWHPKITQVAVGAVQQGSPFSWTLQGMSINSTIEAFNPPQRLAFTGDVLNFHAIYVWTLTPGANGTTQVNLNESVDGFLVSLFYSDADMADAAQSWLTDLNAAADKP >EHP6050825.1 formate-dependent uric acid utilization protein AegA [Escherichia coli] MNRFIMANSQQCLGCHACEIACVMAHNDEQHVLSQHHFHPRITVIKHQQQRSAVTCHQCEDAPCARSCPNGAISHVDDSIQVNQQKCIGCKSCVAACPFGTMQIVLTPVAAGKVKATAHKCDLCAGRENGPACVENCPADALQLVTDVALSGMAKSRRLRTARQEHQPWHASTAAQEMPVMSKVEQMQATPARGEPDKLAIEARKTGFDEIYLPFRADQAQREASRCLKCGEHSVCEWTCPLHNHIPQWIELVKAGNIDAAVELSHQTNTLPEITGRVCPQDRLCEGACTIRDEHGAVTIGNIERYISDQALAKGWRPDLSHVTKVDKRVAIIGAGPAGLACADVLTRNGVGVTVYDRHPEIGGLLTFGIPSFKLDKSLLARRREIFSAMGIHFELNCEVGKDVSLDSLLEQYDAVFVGVGTYRSMKAGLPNEDAPGVYDALPFLIANTKQVMGLEELPEEPFINTAGLNVVVLGGGDTAMDCVRTALRHGASNVTCAYRRDEANMPGSKKEVKNAREEGANFEFNVQPVALELNEQGHVCGIRFLRTRLGEPDAQGRRRPVPVEGSEFVMPADAVIMAFGFNPHGMPWLESHGVTVDKWGRIIADVESQYRYQTTNPKIFAGGDAVRGADLVVTAMAEGRHAAQGIIDWLGVKSVKSH >KQN49849.1 sugar ABC transporter permease [Serratia sp. Leaf50] >MBF6636717.1 ABC transporter permease [Rouxiella silvae] >ORJ20942.1 sugar ABC transporter permease [Rouxiella silvae] MSLSGREITLAAVCILAMVIFTLASPYFATVDNLTTVMRNSVELLLIGLGMTLLLAMGGVDVSVGVVMGLAAIGVGQLLNTPFNPTLTALAGPVIGIIAGLITACVVVLGRIPPIVGTLGLYGVYRTAVFALLGGQWLSGLPSTLTHQLGKHLLGLPVTAWVIILAYLLVWIALRRTPFGPHLLAIGHSPDKARLSGIAVVRVRFATFIISGALCGLAATFYVATYRNVEMTIGSTLALEAIAAVVLGGTGIMGGHCSLLGTVLGVFLLRILQNGLLLIGVPSLWQTVVTGALLLLVLIAEVATGRLKYHSWFRRPKSVSGLGGHSS >WP_233355236.1 DNA replication/repair protein RecF [Hirschia maritima] MSEIQKEKADMPAQGLTIQRLALHNFRNHASTVLEMDSRPVCLFGANGAGKTNLLEAVSMLGPGKGLRAASLPSLVRVDGGETVQGGWAISARMDDDGLDRQISVGLEVSAEGRTRRIAKLDDAPVSQTNLAELIRVVWLTPAMDRVFAGPAGDRRKFYDRQVLAHIPSHGSVSAAYEKAMRERNALFEQGRPDPSWLDALEARLAEAGAAIAVNRAQALQRIQNAIDARPEGEFPKADLSIAGEFEAMALQGDSQEGIELRIRDSLKDGRGRDSAAGRTLSGVHRSDLQVSHRPKQLPAAQCSTGEQKALLMGMILANAKALLEGDFAPNPLLLLDEAAAHLDSARRAALYDELAALGGQAWLTGTDAALFDAFGDRAQRFCVENGLVTKVENSG >MCI0743675.1 hypothetical protein [Gemmataceae bacterium] MANGAVFWWTPARSELLHDRFATEQFLFSEIEKIQIKRHERIGKEDIFNDLPTLEQKLRPISGLKVDYSDDTFVLTTILPDGN >NXJ71029.1 PPARD protein [Rostratula benghalensis] MEQLQEEVPEVREEEEEEEKAVTVASGVSEPSGGPDGSLPSSSYTDLSQSSSPSLSDQLQMGCEEAALGALNVECRVCGDKASGFHYGVHACEGCKGFFRRTIRMKLEYEKCERSCKIQKKNRNKCQYCRFQKCLSLGMSHNAIRFGRMPEAEKRKLVAGLTASEISCQNPQVADLKAFSKHIYNAYLKNFNMTKKKARGILTGKASSTPQPFVIHDMDTLWQAEKGLVWKQLVNGIPPYKEIGVHVFYRCQCTTVETVRELTEFAKSIPSFLGLYLNDQVTLLKYGVHEAIFAMLASIMNKDGLLVANGNGFVTREFLRSLRKPFNEIMEPKFEFAVKFNALELDDSDLSLFVAAIILCGDRPGLMNVKQVEEIQDNILRALEFHLQSNHPDAQYLFPKLLQKMADLRQLVTEHAQLVQKIKKTETETSLHPLLQEIYKDMY >EHL4743850.1 U32 family peptidase [Salmonella enterica subsp. enterica serovar Javiana] MRQQPHYLELLSPARDAAIAREAILHGADAVYIGGPGYGARHNASNSLRDIADLVPFAHRYGARIFVTLNTILHDDELEPAQRLITDLYNTGVDALIVQDMGILELDIPPIELHASTQCDIRSVEKAKFLADVGFSQIVLARELNLSQIAAIHQATDATIEFFIHGALCVAYSGQCYISHAQTGRSANRGDCSQACRLPYTLKDDQGRVVSYEKHLLSMKDNDQTANLGALIDAGVRSFKIEGRYKDMSYVKNITAHYRQMLDAIIEQRGDLARASVGRTEHFFVPSTEKTFHRGSTDYFVNARKGDIGAFDSPKFIGLPVGEVLNVAKDYLDVEATEPLANGDGLNVLIKREVVGFRANTVEKTGHNRYRVWPNDMPADLHKVRPHHPLNRNLDHNWQQALTKTSSERRVAVDIMLGGWQEQLILTLTSEDGVCITHTLDGVFEEANNSEKALNNLTAGLAKLGQTPYYARDMQVTLPAALFVPNSLLNQFRREAIDMLDAARLAHYQRGRRKPVAQPAPVYPQTHLSFLANVYNHKAREFYHRYGVQLIDAAYEAHQEKGEVPVMITKHCLRFAFNLCPKQAKGNI >WP_210022830.1 MULTISPECIES: hypothetical protein [unclassified Paenibacillus] >MBP1157338.1 hypothetical protein [Paenibacillus sp. PvP091] >MBP1171924.1 hypothetical protein [Paenibacillus sp. PvR098] >MBP2438305.1 hypothetical protein [Paenibacillus sp. PvP052] MTGRFILYHNGFYSLPNEVACCSRLTGDSLKLLGLIMNRVNTAHSQVPTKVAMSRLLLKRLFGNKDDKTVKNYAERLKQYGFIEAFSMQRGDSGEFVFSIADRPENNPFVLLSYIENEVIANTELQVGQEADSLLVAFTAAVQAVEHVMLLG >MBY0286260.1 2-oxo acid dehydrogenase subunit E2 [Mycobacteriaceae bacterium] MIEFKMPALGSDMDEGTLNEWLVKPGDSITRGQVVAVVETTKAAVEVECWQEGTVAELLVPLGQTVQVGTPLARLVAPGDSVEQTPPPAVTTVVEPVPPTPTAEPVLDSVAPAAPAPSPAPPFEHRRRWVSPAARRLAASLGVDVDHVTGTGPQGAVTINDVEHAAAHIESARPEAPKTVATPTASVSPKELAAKRGTEMRRSIAAAMSRSKREIPHYYLADEIVMDPALDWLAERNAQRPITERVLPAVLQLKSVALAAQRFGEFSGFWRDEGFEPAPNVHVGVAISLRGGGLVAPAIHDVADRKVDELMADLTDLVARARTFSLRSSEMSDPTITVTNLGDQGVATVFGVIYPPQVALVGFGKPAQRVVAIDGGIRIATTVQVTLAADHRASDGHRGALFLAAINELLQQPELLER >WP_145485057.1 MULTISPECIES: hypothetical protein [Streptomyces] >QHC29208.1 hypothetical protein GR129_10595 [Streptomyces sp. HF10] MTRERSPRRLRRRDRNALTAAALTALSLTVSGCVVVHGEREVLPGATRAEAAKAVAAFTDAYNKADKAYDSSLDAPYVTGPLADIDAARLKAGHADSPSGNAGHVPLKLSDVKITIPKKAGWPRWFLADARGNKGGDHRWLLVFTRADLGERWRVAYLTLAAPGAVPEFKKDKDGWAEAVPASSDELAVTPGDLSRSYVDYLKKGGRTFAAGPNTSQLRAYRESQARKPGLVRQYIDQPLTRGDYAPLALRTTDGGALVFFTTHHYEKETAAANSSVPTPGKAVLALTKGEIHQSLTLESVAGQAALDPAGKGAVSIVAKVNGVTGAKGE >WP_238589724.1 hypothetical protein [Pseudonocardia sp. AL041005-10] MHIIEVVMPSRDCWAAAAAGPCQEMPSSAMRFRASSDAERSSASAVRSAAAASATAVEPGFPITQAYFS >EAL1671435.1 motility associated factor glycosyltransferase family protein [Campylobacter jejuni] IVSTGPSLTKQLPLLKKYANKATIFCADSSYPILAKHGIKPDYVCMLERTEITAEFFNHDFGEFDKDIIFICAGVVHPKAIEYLKDRNLVITQKVLAFPYYINLKDFSYAAVGFSVAHTLSYLATYLSHKNIIFIGQDLAYAENGNSHPDDYQNSANYESQMYEHILTTAYGGNGKVETHSIWLLFKNWFENEMIPNTRKMGITTYNCTEGGARIEGTIEKPFLWACENLLHKDLNKPFEKLEPLSLNKQNEFLLKAYYKVCKSIEHCRDFSKILSNDFENIQSIYLSLNEKEEDINLAIEKIDKFKNKLEDIKQMQDLYEILQPLRTQFELNLARIYVLNPKTKEDAFNKSILWIKEHLEFMELVYGHIKAQENALIKNILPLEEKLKERKLDKWMERVRR >KKT74736.1 MAG: PemK family protein [Parcubacteria group bacterium GW2011_GWB1_44_7] MYTSNVFQGESFTRPALVVHVVGSVLALVAPLSTKTKDVAGYVPFEFQGKQISICVHQIRVISQRRILSRKGKISDKRLAQVAKEIKKFFAL >WP_143397677.1 DUF4340 domain-containing protein [Fulvivirga sp. M361] >TRX60838.1 DUF4340 domain-containing protein [Fulvivirga sp. M361] MNRNMILLVVFVMLLVILLGKQFLGSDGNRNFREILVELDTASVTKVEIMARANDFDPVEFVKTGSQWEVTNGNVKDEADNGSLRGALSSLSKITPKRLVAKSKDKWAQYEVNDSLGTRVKAFGGDKLLADLVIGKFNFQQTNRSMSTFVRLKEEDEVYAVEGFLSSTFNREFSGFRDKTFLKTDKENLITLTFDYPGDSSFVLGKTADQWQVNGLAADSAAVQNYLNGIRTITPGKFMDEFSEDGKIPMYRLTLDGNNMSVIIITAYQEADDLILSSSLNENAYFTPEGLNIFDKLFVSSQLFVDGQAVE >WP_189806213.1 dihydrofolate reductase family protein [Streptomyces tanashiensis] >GGT18786.1 DNA-binding protein [Streptomyces tanashiensis] MGQLLRVQNFMVSSDGFGTGEGQSLERPFGHADPGELFSWAGATASWPNRTDPGGSRGLDDYFTRDFARNIGAEIMGRNKFGPQRGPWQDEEWRGWWGDEPPFHTPVFVLTHHPRPSFTLSDTTFHFIDADPATALATAREAADGKDVRLGGGATTIREFLDADLVDTLHVAVSPVKLGAGVKLWDSPDELLDRFHRDVVPSPGGTVTHHLYWRK >EYU25844.1 hypothetical protein MIMGU_mgv1a024907mg, partial [Erythranthe guttata] MAMTTIRAQPNGLFSVPFYNENIYVTVTKEAERVHEWICSIYNIHNDFPKNLLVGLDTEWLPNMSPREDHPIAILQLCVGNRCLVFQILHADFIPPLLHAFLIDPRHTFCGVGIKDDVDKLYSHHGLRVGRTSDLNDLARLAMTNGRDNEDGRLAMINRRLDMIHGRNGNGEYKYMGLKKMAYVVLGKNMEKPLQITLSKWDAKELDCNQIEYAAIDAVVSYQIAFALCLLIFRPITPL >WP_086268031.1 MATE family efflux transporter [Campylobacter sp. P146] MSSKQLSLKALSVPIFFELFLRYLSLIINTLMVTAYSNFLVGAMGAGNQILDIFITIFTFLSIGCSVVITQAIGARDKILARKAIHQSLFLNSILGLICAAGIVWHGELILELMNVPKELMAQSSIYLYMLGICLFFDAVGIVLASIIRVYNRAYSVMFVTILMDGVTLIGNYYVLNFTQSELFGVGLSTIIGRVVAIIILIFILYILKFIPKFSEFIKLERAVISKIIKIGGWAAGENLLWIVQYTIAFGFVASLGKENLSVQTIYFQISLFIMLIGQAISVANEIIIGKLVGAKKLQIAYKHTWRALYVSVLASFLVAFASFLAQDETMNALNLNPSLKELMIPLFTLSIFLEVVRTFNIIMVNSLRASGDAKFCFFSGVVFMFGVSLPVGYILCFNFGLGILGVWIGFCADEALRGFTNSWRWKSKKWQTKAVV >KAI0064471.1 general substrate transporter [Artomyces pyxidatus] MSPEDQARFSRRETQVDRLKRHLGGSVQPYTMCSLFASLGGFLFGFDTGSIGPISVMPHFVEYFKLHSPTLQGLVISSILITASVSSVLAGLLSDRISRTRTFAIGGTVFGVGSIICSTAHTLPMLIFGRCLAGVGEGLFLSTITVYTLEIAPTNIRGRLSCTTQLLVTLGVSSGYFVSYGTVQLSSSLSWRLLFILQTIVSFTFSVGSLFLPHSPRWLQHVGRTEDAARAWARLGFTATEAEKEQEAVQREQVDQAEGASAALPSGIWATLKLLWKKDVRGRTALGVFLMGMQQASGIDGVLYYAPVLFSQAGLSSTTSAFLASGVSGLLTVACTAIAQIYADRWGRRTSMIRGGAAISATMLLIGTLYASGGSATHAGKWTIIALIYTFIVAFSMSWAVVNRIYCSEIQPMKTRAAATSLGQCANWAVNWVIAFTTPLFLSKSSSGPYFLFGACTFLVVLVCTMFQPESRGVTLEGLDAIFEVSPWRKFLARRAPRTHGRAPAEDMLAMRPIGA >ROP28277.1 hypothetical protein EDD30_1015 [Couchioplanes caeruleus] MAVVAVILLNAAFAFAQERQAELAVEALAAYLPATAGGAA >RVD87240.1 hypothetical protein DFL_001482 [Arthrobotrys flagrans] MSESSHDPSRRPPAISKPKLKEGQSVTHQMLEDTAFNHPYYLEKTGNWLNVKIGPILRTIKECSQSALLEVESEMDPYIKRFSDQGESLQQRTYEIFLQRLDALSVDMSEEFYSVITDMLYSTLNLTSRRDKRWLWLWAMNERQKALQKLRLKRQRKNDPDDPGDGDSPSTYTGGYQEEEGFGSLGPEDAVQRRRRHLSIADLMNNNPE >MBJ14675.1 hypothetical protein [Euryarchaeota archaeon] MLHKCNNSNNSTINNSDSNDVGECMRQRHLAMQLSSLHPHPCHSVELEQYPTEGNLAAAWLTKIDLGDGFAGKRVLDLGAGNGVLGIGAAFLGAEHVTMVECDAETVEILQQNVKDVEGEAMCTILEATXNGSPLRLDATIDMVVMNPPWGVQTPRADRAFFETIFAMEIPLVHFIHSIDAEHLLPLAIDNGYELHSIYQDDFRLPAAYAHHSKNKASTRIRCYRLEKLK >PSX20495.1 hypothetical protein C0W70_06395 [Photobacterium kishitanii] >PSX29256.1 hypothetical protein C0W52_04425 [Photobacterium kishitanii] >PSX33648.1 hypothetical protein C0W39_08330 [Photobacterium kishitanii] >PSX46076.1 hypothetical protein C0W53_03840 [Photobacterium kishitanii] MLINFGMLILVGVAIVPAFILKRGWRLALRGPIQVELNIKVTIGLWVRVLFVMTIGVIIISVGLKTISLRFDQLALVLLVLN >ACE88666.1 cytochrome oxidase subunit I, partial [Mastotermes darwiniensis] RMNNMSFWLLPPSLTLLLTSSMVESGAGTGWTVYPPLASGIAHAGASVDLTIFSLHLAGVSSILGAVNFISTTINMKPSNMMPERIPLFVWSVAITALLLLLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDPILYQHLFWFFGHP >HCL05707.1 signal protein PDZ [Chitinophagaceae bacterium] MKRLPIAILLIGLFYALPPAHAQEEFIMPEAKLLTRFPFSQLSGGIVIIKAQVDEHQDTLNFVFDTGSGGISLDSLTVQYLGLKKQLSDKTIRGIAGIKLVEFAYNHTLKLPGLEVDKLDFHINDYELLTSVYGIKIDGIIGFSFLRRYIVNLDYDKQVMEVYSPGRFRYPKGGHLLHPDFSTLPLQSATIEDERIINARFIFDTGAGLTFLLSKEFVTDSMFFKRKRKFYPTQAEGLGGKKMMDITVAKEVKLGPYKFRNVPVHIFDDEYNVTSYPLLGGLIGNDVMRRFNVILNYPDRCIYIKPNNHFPESFDYSYTGLGIYLIDGEIRVIDIIKGSPGDKAGFQPGDIIFSVENNYTKNIQTYKTLFQNSIGRVRVIIFREQKPLVLTMMIKDIRRNR >DAK63787.1 MAG TPA: hypothetical protein [Bacteriophage sp.] MRIVRSCDTRRETGMPDMLCQIPQRLLGRAGIPLEDAKEDREQSQNSRQEERAERRTRKPPQKARYAVHDNQHSGGRGNMKCLVKKIQYQKAENALTTEYGMWLLEYVDVAFGVTLAESCGFREKRLQRFYDGNCNGLCEMVNANMPTAMFVDKGKGRRKGDSSDLIDDGIDTTEYMIKRELRNIGFSDCDFEALSPENRYDESERHTQLDVMSHNVRAAWYEANARRAVRLYAAYTLLYMHDTYNYGAERLNRLYALVAPQIKSYIERFLIGNRRVDRELHKELDEMHGKLEKCGLHLEEVVKEDAVAVSRKEPPKEPKNPPINLDIGEYEKIMKEVARVAL >WP_061158136.1 quinolinate synthase NadA [Caballeronia temeraria] >SAK39246.1 quinolinate synthetase [Caballeronia temeraria] MEAIRSVEYDRPQGLTCGVGEAWARVPDAPSAERKRELKERIRALLKREEAVLVAHYYVDAELQELADETGGCVADSLEMARFGRDHAAKTLVVAGVRFMGETAKILSPDKRVLMPDLDATCSLDLGCPADEFSAFCDAHPDRTVVVYANTSAAVKARADWMVTSSIGLEIVADLHARGEKILWAPDRHLGSYIQKKTGADMLLWQGSCLVHDEFKGIELDLLRNEYPDAKILVHPESPEGVVALADVVGSTTQLIDAAVKLDAKRFIVATDLGILHKMRLAAPGKTFIEAPTAGNSATCKSCAHCPWMAMNGLANLADVLERGHNEIHVDPAIGLRARLPIDRMLDFAARHKKRVQASGDLAKDTTLFSNVGAA >WP_013768652.1 sulfatase [Haliscomenobacter hydrossis] >AEE54131.1 sulfatase [Haliscomenobacter hydrossis DSM 1100] MRSNTKFPIQLGLFSLLFFIANFPMVQPRMVKKPEQKPNILIIFSDDHALAAISAYGSPYIQTPNIDRIGREGALFRNMFCTNSLCAPSRAALLTGKLSHVNGHRDNLSRFNAGQDMFPKRLQAIGYQTSWIGKWHLEANPQYFDYWTVLPGQGQYYNPDFIEMDGQTRRYEGYATDITTDKAIDWLERNRDKSKPFCLVVGQKAPHRNWLPDTTDLHAFDGVKFNIPPTFYDDYSGRIAAGKQEMNVYRDLRVLEDLKVGYKLPRMNEAQRKAWNAYYEPMAEDFKRQNLSGKALDEWKFQRYMNDYLGCVRSLDRNIGRMLDYLDAQQLSKNTVVIYASDQGFYLGEHGWFDKRFMYEESQHMPFLMRYPKLIKPGTQIDALLMGIDFAPTFLELAGAPIPAEMQGKSIVPLLRKKSSKNWRQQVYYHYYEKGEHNVMKHFGIRTKRYKLIRFYDEGEFWELYDLQKDPQEMQNIYADPVNQSLIATLKNQLRDLAIGYADSEAINLLNEK >WP_265593313.1 DUF1592 domain-containing protein [Verrucomicrobium sp. BvORR034] MKKGDISLEALRQPGLNRHNVRLWDKVREQVRSGTMPPKNKTPLEAGQKQAVLDWIKSNELAIKASPASDPGHRKVRRLNREEYSNTLRDLLGITSRPGDKFPADGAGGEGFANNADTLTFSTLLMEKFMGGANDAIAEVWSKPELRGRLMAPVTSDKLPAEVGAELTLRPFLLKAYRRPPTEAELKEVIKIFAAALQRGENWDGAMKVAFKAVLLSPKFLLIEEEDRPGTKEPWKINHYEVASRLSYFLWVSAPDDALLKLAAEQKLHDPAVLAGETKRMLADPKGLAFTKNFAGQWLHFEQLFNAVDPDRRKFKDFNDTLRQAMYDEVFAFCDAVLRHNGRVLDLLDSDYTFVNEPLAKLYDIPGIQGKEMRQVKFTDNKRGGLTGMGAILAVTALPQRTSPVLRGKWVLEQLLSAPPPPPPPNVGELPEDDRSIKGELTFRQRLEQHRAKPVCAGCHARMDPLGFGLENFDAIGKWRNDENGKPLDASGLMPDGTSFAGPAEMRRVLMLEKDMFVRTLCSRLLGYALNRGLEVNDQPTLLRLEETLKKADYRSESLIIAVVQSFPFLHRR >XP_010298897.1 PREDICTED: ultraviolet-sensitive opsin, partial [Balearica regulorum gibbericeps] GDEEFYLFKNGSSVGPWDGPQYHIAPPWAFYLQTAFMGFVFLVGTPLNAIVLVVTVKYKKLRQPLNYILVNISFSGFICCIFSVFTVFVSSSQGYFVFGKHMCALEGFAGATGGLVTGWSLAFLAFERYIVICKPFGNFRFSSKHALMVVVATWVIGVGVAIPPFFGWS >WP_029317544.1 hemolysin family protein [Bacillus subtilis] >QHM16330.1 Magnesium and cobalt efflux protein CorC [Bacillus subtilis] >TWG64638.1 CBS domain containing-hemolysin-like protein [Bacillus subtilis J24] >TWG78017.1 CBS domain containing-hemolysin-like protein [Bacillus subtilis J26] MDDIDSLILIGVLIALTAFFVASEFAIVRVRRSRIDQLITEGNKRAILARRVITDLDEYLSASQLGITLTSIGLGVLGEPAFERLLHPLFEPLGLPDSVSHAASFAVAYGLITFLHVVVGELAPKTVAIQKAEQLTLLIAGPLRLFYLLLFPFIWILNGSARLLCGMFGLKPASEHDGSHSEEELRMLLSESLKNGEINPSEYKYVNKIFEFDNRIAKEIMIPRKEMAAVSTEMTMAEMLEVMLKEKYTRWPVTDGDKDSVIGLVNTKHLFSDLLFMTEEERMKMTIHPYVRPVIEVIETIPVHDLLIKMQRERIHMAILSDEYGGTSGLVTTEDILEEIVGEIRDEFDEDEQPLIQKLGDGHYVMDGKVRIDQVNSLLGASIQEDVDTIGGLILKENIDIEAGESIRIGSYSIKVLKMDGRLIKQIDIKEEAGNTTGITAHHKLPLPDPVMLNSATLSEK >TXH38262.1 flagellar type III secretion system pore protein FliP [Rhodospirillaceae bacterium] MAFPAAAQSVTFNLGNTPTGGMTGRIVQIIALMTVLSLAPGILMMVTSFTRIVIVLSLLRSALGTATSPPNTVLVSLALFLTAFVMAPTFQKAYDTAVAPLVAEQINEQEAFTRVQVPFKDFMLSQVREKDLRLFMDLANIDQVATPQDTPLQVLIPAFMVGELRRAFEIGFLLFVPFLIIDMVVASILMSMGMMMLPPVMIALPFKLIFFVLVDGWYLVAGSLVRSFNGGG >DAM16636.1 MAG TPA: terminase small subunit [Caudoviricetes sp.] >DAO21654.1 MAG TPA: terminase small subunit [Caudoviricetes sp.] >DAT98492.1 MAG TPA: terminase small subunit [Caudoviricetes sp.] MPTGRKPTPLKLVDNAKARHTKETLDGRQNGEPEGCTDKLTPPKTISSEAKKEWKRIVKLYRQLDAKIINDLDISTLMAYCESVAIYRRAQEEYQNRPLVYMNADGRPAENPYITIMRREGQNIAKYAEQLCLSPVGRARMGVAAAKKEAESDPMAAYLNKYGG >XP_048545356.1 protein RAFTIN 1A [Triticum urartu] MARFLVALLAATLVAVQAGGQLGHAAPATAEVFWRAVLPHSPLPDAVLRLLKQPAAGVELHTEATSFVRDAEDRPPFDYRDYSRSPPDDEPSKSTGAASGARDFDYDDYSGADKLRGAASGAREFDYDDYSGADKLRGAASGAREFDYDDYSGADKLRGAASGAREFDYDDYSGADKLRGAASGAREFDYDDYSGADKLRGATDEYKAPSSSLAGSGASMARGGKAETTTVFFHEEAVRVGKRLPFRFPPATPAALGFLPRQLADSVPFTTAALPGVLATFGVASDSATVASMEATLRACESPTIAGESKFCATSLEVLVERAMGVLGTRDIRPVTSTLPRAGAPLQTYTVRSVRPVEGGPVFVACHDEAYPYTVYRCHTTGPSRAYMVDMEDARDGDAVTIATVCHTDTSLWNPKHVSFKLLGTKPGGTPVCHLMPYGHIIWAKNVKRSPA >WP_208042111.1 ABC transporter permease [Leifsonia sp. TF02-11] >MBN9629828.1 ABC transporter permease [Actinomycetia bacterium] >MBO1741208.1 ABC transporter permease [Leifsonia sp. TF02-11] MIRFTVKRLISGVILLLAVSIGTFFLAHAAIGDPTAGLLGSSATPAQQAALAAKIGTDRPLLVQFWDWGSHAIVGDFGDSWRNFQPVNAQIAIKLPVTLSVVTAATLLSALFGGLFGVLAGLRPGSILDKVIKAASVILFALPGFWVSLVLVIWFAVNLKWFPAVGYVQPQVSLDGWLRSITLPAVALSLGAIVMIAEQLRNAIISTNNQDFVRTLRSRGLSQRRVVVHLVRNAAPASLTVLALMFVGLLGGAIVVEQIFSLPGIGALTSGSSQNGDIPILLGITVITVIFVVVVNFLLDVVLGWINPKARVQ >WP_026632538.1 hypothetical protein [Dyadobacter alkalitolerans] MTDYQFIQEIQAFKLDHFMAYMGWIGNKPYKIYTREDPLLFFVYDEYTDRLFEFKLRDPGRLNKATIYDCLITAYLALPEKQM >WP_054285415.1 DUF971 domain-containing protein [Gulbenkiania indica] >CUA85219.1 Uncharacterized conserved protein, DUF971 family [Gulbenkiania indica] MAGLQSGTPQPTEIRLHVRSRELEVAFDDGQRFHLSCEYLRVYSPSAEVRGHGAGQEVLQTGKKNVGIIAVEPVGHYAVKLVFDDGHDSGLYSWAHLYDLGVNHDRYWQDYLNRLAATHGSRE >WP_280506832.1 hypothetical protein [Nocardia farcinica] MTWRGGPWAVGGVPRNRAAPVATLRASDPVAWALAALTTLVAARNSPADTVFRPLDAQDPADWDPRLITEGEDYLRRAERPGAAPGRFKLEAAIHAVHCARLTTGDTDWQALRTLYTALVAVAPTLGSRTAHAAVLGRTDSAEDGLCLLDRLPPERERFQPYHATRADLLARAGRFAEAAAAYDTAATLTDDPAVREFLRARGAAVRGSPRR >XP_037697134.1 centrosomal protein of 126 kDa isoform X2 [Choloepus didactylus] MLAGRPGARSAVAAVGAESSDTRGRAPLSPRAGVGRHRPGAYLDMKIHLEKNLEEERQLLVQQQKICRNRARKYFVESNRRKKVFEEKRKEQEEREHQMREQILQQRKQKFEEVTEKFQRGYIPLSQRRRAVFQKQVPPLEEALKQIQGSNLKSEVNFPSSHRPTINWRAIDSALSSALSNNDHKHQKILFSKINWDKEMKENSMVNLATHKDAFQLKLQETQKLLEDQHLNSLQKFCDEVNQITNSETLSSIDSLEAGEHEEIYLTLNKEPSTLIQQNSTSLKSANLQSTNLNCFEEDKLSLSKTQHINNWLINLNEPDTQTVTPFSHILSKPDVLPSCEDFNSKGQNPSTLSKTVEITTNPANHSVAFVNSPRIFVQDKKSKKTSETSTVKTTDTFSEAFEKERPLVTESPTFKFSKAWTTQDSLSQEMEVAIFSDQEKYSELTQENRTTSITTSLVPPLVLPSNTQSTRPLPKDSIHIKEIDPVQCSSKLDELKHVKDEKVKYFNYNKQELPLFLDDFQAVCIPQNPDSKDKQKVAEVSTSLSNVISNYDLDGHYKKMEYNILERNGVRFLKSILKKESKYEHDYFKTLIINRDFKFGNQKAAAIRDSIELTKEKGKGVEIPKTIKKLRWFDETGNIENNAEEGHSLKNRKGITQQWSQQFHIQTKSGAANNITHVSACAVNSTDGKPERDVVSENVAVEVFETDHVPLNCSVSSGNNFAKEAWLGSKKEERKFFVNNYDYKTQKISPQRGGAKVIRRARSAKDHSGIIHRNRRGTVIRPQSASKANTFIQTQGKLIVPHPPPKSTSNIRSVKNIKVSQCQSVMPENSQNIVKHNCFDSKHVLPLEHSLNQWNQESNPLLSDACSDLITVMPSLSSYCTSECQTLAKVNHSSNTQMVAQQDGTVYCTQRCPVYEESLHCMALKTTGEEPVPLWKIGHNILGQTERAADSTVTRRKQIVENKQKGLSEHKRQNPGSVEQKYSEQMHNLGQSVQLSSSEPKQTRRGTSNIEEVSDSTSEFLMAENLVKASIPEDEILTVMNSKQLQKPNLTLNKTQQFNICTLSAEEQKILQSLNHLNERLHDVQEIICKNPSMKNTLQIIPLLSPIQDIMFHFHCHFLHSLLIFNSFSAFIFLLSS >WP_190630613.1 MULTISPECIES: dTMP kinase [unclassified Calothrix] >MBD2203185.1 dTMP kinase [Calothrix sp. FACHB-168] >MBD2218785.1 dTMP kinase [Calothrix sp. FACHB-1219] MGGKLIVFEGVEGCGKTSQMQLCQAWLQNMGISVFLTREPGGTELGLDLRRLLLEKADNKPIAEVTELLLYAADRAQHVEQELKPYLAQGKYILCDRYVESTIAYQGYGRRLNMSLIDQLNYIATGGLQSNLTIWLDVDVEVGLARKRGAEASLDRIEQETIAFHQRVQQGYADLAAAFPERIIRIDGSLSKEIVHQTIQGILRDRLLLG >MCH1948979.1 hypothetical protein [Enterocloster sp. OA13] MDYGHGNTSQSGEGSAPDSNRTDRNQAPNEPVVVAEQPACPVDPDTDDSGNGWSQPGPRGYEESAWSQPGEVPPRQEIWSRPEDRQNCPEDSRNRSEASQNSPEASWNRSEASQNSPEDSRNRNSSSGQSDGPCQSGALDQGRNQDKGQPEHKPEYKTAPPSYSGQAGNQYYGQGSAGRSQNRSQSQYQGQDEYQTQYQTQYQTQTSGRNQYQKPSEEKNGMAITSLVMGILSLVTCCCGWIALVLGILGIIFAILSRGEDSMCSQAKAGLILSIIGVSIAILVILVYIGLQMLSIIPDTF >WP_006198916.1 MULTISPECIES: global nitrogen regulator NtcA [Cyanophyceae] >ACB55584.1 NtcA [Nodularia spumigena NSOR10] >AHJ26618.1 Global nitrogen regulatory protein, CRP family of transcriptional regulators [Nodularia spumigena CCY9414] >EAW42952.1 Transcriptional Regulator, Crp/Fnr family protein [Nodularia spumigena CCY9414] >KZL51680.1 global nitrogen regulator NtcA [Nodularia spumigena CENA596] MIVTQDKALANVFRQMATGAFPPVVETFERNKTIFFPGDPAERVYFLLKGAVKLSRVYEAGEEITVALLRENSVFGVLSLLTGNKSDRFYHAVAFTPVELLSAPIEQVEQAFKENPELSMLMLRGLSSRILQTEMMIETLAHRDMGSRLVSFLLILCRDFGVPCADGITIDLKLSHQAIAEAIGSTRVTVTRLLGDLREKEMISIHKKKITVHKPVTLSRQFT >MBX7161768.1 GMC family oxidoreductase [Acidimicrobiia bacterium] AHELATAGLTVVVLEEGGQANGTHRPGTLDDGLFGVYRDNGLTNTFGTPLISLPMGRAVGGTTVINSGTCFRTPEWILHSWSRLGLDRISPDDMAPIFDDVEDVIGVAPVPDETLGAIGAVFRRGAAALGFARGRIRRNARHCHGHGRCAFGCPIDAKQGMAVSYLPRAVAAGARVFAHCRVDRIEMQSGRAAGVHAVAHDPLTDSPRSELRVRARAVVLAAGAIFTPALLARQHLAGTSGQLGRNLVVHPGAGTTALFDEALHAWRGVMQSYFVDAKLRDGILLEATFPPPGIGYSAGSLPGIGLEMKRYFARFPQMAACGSIISDAGSGRVTPPRRGAVIRYSLAPDDVRKVVEGIAAACEIYLAAGATEVYPMLPGYTAVRTRGDVERLRSARIRRSDLKLSAYHPMGTARMGTDPASSVVDAWGRVHDADGLWILDASVMPSSTAVNPQITIMALAARGARRLADQLT >CAA2935380.1 Hypothetical predicted protein [Olea europaea subsp. europaea] MTCSICSVRGHNKRHHSTPYVVLDDVFDAPLTDVESQPTTKYLQAENCLLADAIIHRQVDHLTLMIRIYYQLLEMKDGLIDQQKHWREWLICYKKYQLMSPHNYGLLEFTHDDMQTQLQLHLVHHGIVDSFE >MCL2712337.1 ATPase [Methanomassiliicoccaceae archaeon] MEADMGMLAIGAGLAVGLAGIGTGLGQKDAAAAAIGAITEDKSMFGKAMIFVVLPETIVIFGLVIAFMIIFV >PPU99279.1 cysteine--tRNA ligase [Xanthomonas hyacinthi] >QGY78268.1 cysteine--tRNA ligase [Xanthomonas hyacinthi] MPMSLRLHNNLTRRVDAFEPLDPVAGPTLYVCGPTVYNYAHIGNARGPVVFDVLAALLRRRYGALRYARNITDVDDKINAAAQAQGVPIATITDRFTAIYRQDMAALGVLPPDLEPEATAHIPQIVAMIERLIDSGHAYAAQGHVLFAVASFAGYGKLSRRDPEEMLAGARVEVAPYKRDAGDFVLWKPSSDELPGWDSPWGRGRPGWHIECSAMAAAHLGPTLDIHAGGVDLQFPHHENEIAQSECAHGGATFARFWLHNGMLNFSGAKMSKSLGNIETVHDLIARHPPEALRCALLSAHYRQPLDWSDALIEQCKSTLDRLYGTLRALDAIQATAAIPQAIEDALEDDLNTPQALAEVARIATVARQLLAPVGGSDAPRDAQLEAQLRQAKSDLLGAGLALGLLQQAPTAWFNRGAGDGDDGRIQALIDERTAAKKSRDFARADAIRQQLAAEGVVLEDTAQGVRWKRS >MBF6594441.1 DUF499 domain-containing protein [Thermaceae bacterium] MAITNADRVGKALELLNNGLQPFVEREMKAIYGDNWLAEAVAALRENKLVVQGGKNWDSQALLTLMWNRWTEVFRRTLGHAERSLVSELREARNRWAHQEPFSTDDGYRILDSVSRLLSAVSAPEASEVDRQKQDLMRLKYEEQTRNVTRKVTLAPVEGQPRAGLLPWREVITPHQDVARGTYQQAEFAADLWQVHVGEGASSEYTDPGEFFPRTYLTQGLRGLLLMALQRLSGKGGDPVVELQTNFGGGKTHSMLALYHLFSGAKAQQLVGLEEVLAETGLKEIPRVNRAVFVGTKISPGQPTIKPDGTKIRTLWGEIAYQLGEAEGGKGAEAFELVREADETATNPGDALRKLFNRYGPCLILIDEWVAYARQLHDDPDLPGGSFETHFTFAQALTEAVKASPQTLLVVSIPASEPGREGRNSAEIEIGGERGTAALARLKNAIGRIQSPWRPATGDESFEIVRRRLFESVPTELLPQRDAVIKAFMELYRQNKDEFPSATHESTYEAKLKAAYPIHPELFERLYSDWSSLEKFQRTRGVLRLMAAVIHELWERNDKNLLIMPANVPVAAGAVQSELTRYLEDNWVPVIERDVDGPESLPLRLDGENANLGKYSATRRVARTLYLGSAPTLAADNRGLEDRNIKLGCAQPGELVATFGDALRRLTDQATHLYVNGQRYWFSTQPSVNRLAHEKAEELEDYLVSQEIERRLKDEARERGDFPRIHVCPESSGDVPDEHEAALVVLGPAFSYLQSRESISPAQAESQRILESRGNKDRIYKNTLAFLAADKRRVGDLEQAVRMFLAWKSVEADGNSGVLNLDNFQRNLTQTKRSEAERAIKARIPETYNCLLIPTQEKGDPAIAWLPYSLQGQDALAVRASKKLKGHGRLDVRMAGTVLRREMDRIPLWRGDHVSLKQLTDDFATYIYLARLRDPGVLLEAVRDGITSLNWLLEGFAYADAWDEQKGRYLGLRAGPGVNLPSAAQGVLVKSEVANDQLEREKSTPTPLPSDTGQATNPPSVRTPTVPNSSIPQPVTQPQRPRRFQASVRLEPTRLSRDADQIAREVLQHLLELDGAEAEVVLEIQVRVPGGMSESVERTVGENARTLRFSSSSFESE >MBT3583534.1 S41 family peptidase [Halobacteriovoraceae bacterium] >MBT5095502.1 S41 family peptidase [Halobacteriovoraceae bacterium] MKKTVLIVAFVLLASANSFAAKSRYEKLELFNKVLYLIESQYYRKVDTGKLIQGAIKGMMNTLDPHSAFLNKEVFAKMQEDTSGEFGGLGLEVTQKDGVIIVITPIEDTPAYEAGLKPGDKIVEIDHESTVGISLEEAVEKMRGKPKSKVSIGIVREGVDGVKQMVVRRKIIQIQSVKSNLIDGNYVFIRLTQFQKNAAKNISTHIRKMKKKIKKSDNMKGIILDLRSNPGGLLEEAVDVSSIFLKDGIVVSTEGRDPKNKEIRYVKKTGHKELEAPLVVLINGASASASEIVAGALQDTGRAIILGSQSFGKGSVQTVAKIDDEKGVKLTIAQYMTPTGRKIQAIGIKPDVLVAEFEEKWVDSHNKTSYFVRERDLRNHLNATIETKEEKAARLIEEKEERQLRKKRLKALKQAHKNKNDKAKNVIKTYQPAQDYLVLQAVNYLKSYRIFKKLQ >WP_020547001.1 ABC transporter permease [Nonomuraea coxensis] >QYC41089.1 Dipeptide transport system permease protein DppC [Nonomuraea coxensis DSM 45129] MSATLIPETGSAASTLRRNFWQGVWRVMRRKPSRLVGVVILAGFVVMAVLGPMLLPDPLPNDPTAITRPPSWEHWLGTDPQGRDVLALVVTGSRYVLLTAAITAVITVVVGTSIGLFSGFKRGRWDTVLMRLTDMKLTIPGLPLLLVLATVWRFGSPWQMGLVLGLLGWGGVARAVRSQTLSLRERGFIEAARGLGLSTTHIIGKELLPSMAPYIAMNMLISVTGAVYSQVGLFFLGVLPYESDNWGVMLNLAVFQAGALITPNALGYLLGPLLAILLLTLAIVLVVDAMDEIFNPRLREE >ECG5012903.1 sodium ion-translocating decarboxylase subunit beta [Salmonella enterica subsp. enterica serovar Braenderup] SLNALLRGMGLMHLGAGQAIMLLVSLLLLWLAIAKKFEPLLLLPIGFGGLLSNIPEAGMALTALESLLAHHDAGQLAVIAAKLNCAPDVHAIKEALALALPSVQSQMENLAVDMGYTPGVLALFYKVAIGSGVAPLVIFMGVGAMTDFGPLLANPRTLLLGAAAQFGIFATVLGALTLNYFGLIAFTLPQAAAIGIIGGADGPTAI >HBA6816094.1 hypothetical protein [Escherichia coli] MKTQAAPQREETEWRVQSKRGLMPAYRGEAGQQVNIKIMEYSERNVRQLASNEQEEYIPR >CAH3167921.1 unnamed protein product [Pocillopora meandrina] MLRVQQEESTSDQSHSVILRLQLEPCEDQIFRKKKNSSLISFSRGVRVPKHIDLKRRSTGYVEMSLTESKVFQTGACHQSRSHQSGVLFWNRAHFCIHWPFNSTKRMENIRVAFQHDLRTLLICFTMANPFSKWKADLYKLQIRYSELREFVLVDKRSSSSSQEVIISLRHPPRIYRAKNLIKKEQDDEENDFEDWYFDENDYDFDFDDDRGFSSEYSSDPEDDQTTSGVNRSSAESTQVKSEDDTEALLTSSDLARIDDVVNWERVTEIGDSGEAFGLCFAYNFTFKASEWQHVKEVLKSIARYDKKSFFVSMRKSVRRLPEVNISKELPFVVKYAAQCVLSSFPFARGRITTKFATLLRSKPEKTTLSALEILGTALHQNLFCDPEAQLEALLNQTNLNLGGFPKQLLPDQCAMIKRMVITPTRILYYTPEIMSKIVSFAITTQTSFCV >WP_209090305.1 glycosyltransferase family 2 protein [Agrobacterium tumefaciens] >QTK81523.1 Succinoglycan biosynthesis protein exoO [Agrobacterium tumefaciens] MENLTSPPDISFVIAAYNAADTIEAAIQSALDQQGVTLEVIVVDDRSADDTIPFVEAIAAIDPRVRLLALEENRGPGGARNAGIEAATGRWIAVLDSDDVIRPERSACMLCRAQAAGAAIVVDNLDVVYTDGRPMETMFSEEFLEERPVLTLEDFISSNILFRSTFNFGYMKPMFRRDFLNSEGLRFREDIRIGEDYILLASALAAGGLCVIEPKPGYIYNIREGSISRVLELHHVEAMMRADEDFLSHYTLLPTAMDAQQARTRSLQLAHNFLTLVENIKRRSVLGALKTTIKDPAVLGHLRMPIAVRLRRLRDAIFAPAANTGVKRQIS >WP_270310942.1 hypothetical protein [Enterobacter bugandensis] MDYKFFVKLFSQERYREDFINGRIYMNPLNYFMQVEDTSDNNVADKHEGVSAWLQPSQNTLTLTLPAIPGTEFTESQTIVLTEKDLAGPIAVKMNWVDNINVFCMTYLHSHGMFSEPIPEDKIDKLNDYYKLPPEAENLGAYYAVVTDVTEFMQRLKYALTRLVDEGVVVDYNCEPVKYFDETTNLQNDQTSLTSLFYKRKSYSHQQEYRIAIDRSSGKGEPFVLDIGHIGDIVRIGKTKDFNSSIRFKFR >WP_247424115.1 tonB-system energizer ExbB [Bradyrhizobium sp. 139] >MCK1739314.1 tonB-system energizer ExbB [Bradyrhizobium sp. 139] MQGIFGLRHVIVAIALALAPTSAFAIDEALLPRNLSPWGMFLGADIIVKTVMVGLAIASLVTWTVWLAKTIELRRKAALALQRTRALEGNIKLTEAAERAGDALDAVAQLIQSCAKEAELSGGMLDDGLQERVALRLERVEAAMSRQIARGTGVLATIGATAPFVGLFGTVWGIMNSFIGISESHTTSLAVVAPGIAEALLATALGLVAAIPAVVIYNHLVRGIANYRALLGDASAQLMLLASRQRDHRDFRLSRAAE >XP_055749319.1 noelin-2a isoform X1 [Salvelinus fontinalis] MSVPLLKIGAVLSTMAMVTNWMSQTLPSLVGLNGTTVSRGGTSERIVSAIYPSPEEGWQIYSSAQDADGKCICTVVAPAQNMCNRDPRSRQLRQLMEKVQNITQSMELLDLRTNRDLQYVRNTESLMKVVDVKLKTASDNPRSLNPKSLQELKDKVTQLLPLLPVLEQYKTDARQISRVREEVRNLSLVLMAIQEEMGAYDYEELRHRVLLLETRLHSCMQKLGCGKLTGVSNPITIRASGSRFGSWMTDTMIPSSDNRVWSMDGYFKGRRVLEYRTLNDFMKGQNFVQHLLPHPWAGTGHVVYNGSLYYNKYQSNIIIKYHFRSRSVLVQRSLSGAGYNNTFPYSWGGSSDIDLMADENGLWAVYTTIPNAGNIVISRLEPQSLEVLQTWDTGFPKRSAGESFMICSTLYVTNSHLAGAKIYFAYYTNSSSYEYTDIPFHNQYSHISMMDYNPRERVLYTWNNGHQVLYNVTLFQVIKTAGD >WP_130410090.1 CsbD family protein [Thalassococcus sp. S3] >QBF33378.1 general stress protein CsbD [Thalassococcus sp. S3] MNRDQIEGKWTEIKGKLRETYGELSDNDIEQAKGDREQLEGKLQQKLGKSKEEVRDTVDRILSQV >CAC9485003.1 hypothetical protein, partial [uncultured Gammaproteobacteria bacterium] NQNVGVCGAWIGEFEFNETQIISYRRTPEQHNEIVAFAKGRSPVNHVTAMYKKSWVLNVGNYAKYRTSEDYNLFVKLIMAGAKIYNLQESLVSVRMGNEQQVRRGGLKNAMFEADVQVDFYKMGFLNFFEMVRNVSVGFVIRMLPSVLMKVIFKMIRKL >RYG63745.1 hypothetical protein EON80_20590 [bacterium] MSQSIGFVGLGTMGLPMARNLSAKGYKLRLYNRTQSKAEALAEELGATVCASLFQNHRVQETFGGFSVSI >KAH6611424.1 dna repair rad16 [Trichoderma cornu-damae] MPRGRPSLKGSTVPVPKPYADELSLDTTETISSAPTPFGQTSESEYSTPGTSKLPSPSEASATPNKKTSLAIEVLIPARSKRQGPGGDERALRHSIYSLNSSTKSKEATEIDDTDEDDDDISGNAADAKVARHLQNEEYRRASLRSRHREANNAQSSVSADTSGKRPRSLSGPSSMHNRPVKKSKTIPDSDDLPESDVNMDAEIAAGFALDDGRLDGEASLYDGEARDRDEEEIAASSDDEPLPARKQKARPKRPLGWKFVNLSDALIADSESGLSALPSDVLSGLPSDLSGMSSGVNSATTSDSESVGTTAAAPTTGQLRRIASQRRAFRRAKNKNRTAKERDRLEKHHPELVTMWKDLESMPVMKPDKISQPTSISRQLKPFQLEGVAWMKEMEKTEWKGGLLGDEMGLGKTIQAVSLIMSDYPAKQPTLVLVPPVALMQWQSEINSYTDGTLKTFVYHGTNQKAKNMTAKELKKFDVIMMSYNSLESMYRKQEKGFRRKDGIHKEKSVIHSITFHRAILDEAHCIKTRTTMTAKACFALKTEYRWCLSGTPLQNRIGELFSLVRFLNIKPFALYLCKQCPCSTLEWSMDDHSRCSDCGHAGMQHVSVFNQELLNPIQKFGNSGPGREAFKKLRLMTDRIMLRRLKKDHTNSMELPVKEVYVDRQFFGEEENDFANSIMTNGQRNFDTYVAQGVLLNNYANIFGLIMQMRQVADHPDLILKKNADGGQNVLVCCICDEPAEDTIRSRCKHDFCRTCVSSYIKSTDEPDCPRCHIGLVIDLEQPEIEQDEALVKKSSIINRIKMDNWTSSSKIELLVHELHKLRSDNATHKSIIFSQFTTMLQLIEWRLRRAGITTVMLDGSMTPAQRQASIEHFMNNIDVECFLVSLKAGGVALNLTEASRVFIVDPWWNPAAEWQSADRCHRIGQTRPCTITRLCIEDSVESRMVLIQEKKTSMIHSTVNADDKAMDTLSPEDMQFLFRGS >WP_055029966.1 chemotaxis response regulator protein-glutamate methylesterase [Vibrio metoecus] >KQB05277.1 chemotaxis protein CheY [Vibrio metoecus] >PAR49438.1 chemotaxis response regulator protein-glutamate methylesterase [Vibrio metoecus] MAIKVLVVDDSSFFRRRVSEIINSESRLEVIDVAVNGKEAVEKAARLKPDVITMDIEMPVMDGISAVREIMANNPVPILMFSSLTHDGAKATLDALDAGALDFLPKKFEDIARNRDEAVTLLQQRVLSIASKKIFLRRPTMSRATSTLSTSSTSTPLTQERAAPSASLTGNRPAAAVATAARFKATGKKYQLTAIGTSTGGPVALQKILTKLPTNYPHPIVLIQHMPATFTAAFASRLNSLCKIEVKEAEDGDTLRPGVAYLAPGGKQMMLDGRPGAARLRIIDGGDRMNYKPCVDVTFGSAAKIYGDKVLSMILTGMGADGREGARMLKEAGATIWAQDEESCVVYGMPQAVAKAGISTEDLPLDRIAERMLVEVGLA >WP_132124768.1 enoyl-CoA hydratase-related protein [Actinocrispum wychmicini] >TCO50822.1 methylglutaconyl-CoA hydratase [Actinocrispum wychmicini] MAELVHIAVDRGVAAITLDSPHNRNALSQQLRGELRHHLTTAIDDDRVRVIVLDHTGPVFCAGMDLKEAGGTASGDQGVNEFPEILDLIRTSPKPVVAKLAGPARAGGVGIVAAADIAVAADTATFAFTEVRIGVVPAVISVTVLPRLAPRAAHELFLTGETFDATRAVAIGLINSAVPADRLDAEVVRYTDMLSKGGPVALAATKALLREPVSDFGSMLKLSAEFFASEEGQEGIAAFAQKRNPSWIP >HBP5649656.1 methyl-accepting chemotaxis protein [Pseudomonas aeruginosa] MPASPGHRDVLGCLVAACVPVQPGNPSRRSMLQQSLRAQILVLLGGSLAALLLIALACFGSLTGDVRAYRELLGGPVRAAQLIDEANLQFRGQVQEWKNVLLRGRQAEAQTKYWSQFEAQERAVQDILGRLGNVAEGELKDRVERLREEHRRLGTAYRQGRQRFLEAGADPIAGDQAVTGIDRATTAQMQALRDELHQASDLHSSSISAESRRTMLLGSLVLIGASLAVALLSLWLVNRNLVRPVQRLIEHIAQFSHGDFGERIEIRRKDELGKLALAANTLRDFLVDIFDRLRRSTRDLDSASGSLNAIASLMAAGTREQFSRTDQVATAMQEMSATAQEVARYAGDAARAADEADDSAQRGEDVMEETIRSIGEMRKEIDHTVEVIRQLESDSGRIGKVLDVIRGIAEQTNLLALNAAIEAARAGDAGRGFAVVADEVRTLAQRTAESIAEIHQIIDTVQNGAVNAARAIESGQSRSEAGAEQVANAGAMLRQITASVESIRDMNRQIATAAEEQTAVAEDISRNLTEIASIASSNQEQVEQTEAASRDLHGLSAQLGDALQRLRA >MBV8815235.1 4-hydroxythreonine-4-phosphate dehydrogenase PdxA [Verrucomicrobiota bacterium] MSVPIIAITMGDPAGIGPEIIIKALEHSSVYETCRPVVIGDASRLRSAGEIVGAKAQIRSIHKIIEAVFRYREIDCIDLQLVPQGTAFGRLSGVCGEAAFRFLEQAVSFANDRQVAAISTAPLNKEALHLAGHYYPGHTEILAELTGAPEVSLMLVSPKLKIIHVTAHVGLVAAIQKIDAGLVERTIARGRSMMPLDREPRIGVCGINPHAGENGIFGEGEEEEKIVPAVKVCRARGWLVEGPLPADTLFYLAANGTFDLVVAMYHDQGHGPFKVLGIEDGVNVTAGLPVIRTSVDHGTAFDIAGTGKADERSMLAALRLAAQIVNEREAGAA >WP_132670557.1 tetratricopeptide repeat protein, partial [Pseudomonas aeruginosa] GIRSALEHRAARLAVLGVGTPKGAPVQQEDGSFLKDDQGGILLPRLDESGLRRFAVEIGAGYQRLRPNDRDLDSLGLLARGGTLEEDRENALLRLQRWADQGYWLLLPLLLLAACAGRRGWLFCLPLLMLSLPQPAMAFQFEDLWLRPDQQGQRLLQRGQADEAAKRFEDFRWKGLSLYQARDYAAAAQAFAQGDQADDHYNRGNALARQGELEAAVDAYEQALERQPQLVAAQRNKALVEELLRQRQEQAAQQQAGENKEQRQEASQQSPPSGSSQRPPRDAATVDAQKAQAAAPSTSLPEDEGEKTAGAPGQAQPQPDAEDERTGDEEADDGLDDERRQALEQWLRQIPDDPAELLRRKFWYQQQQRQEATP >EEZ61636.1 molybdenum cofactor biosynthesis protein C [Slackia exigua ATCC 700122] MMADQKLTHIDEKGDVRMVDVSEKDDTKRVAVAEGFIAMHAETLEMITSGSAAKGDVLACARVAGVMAAKKTSELIPMCHPLMITKAKVECLPVGPGEREDGRVGIHVTTTCGVTGKTGIEMEALTAASVACLTVYDMCKAVDRGMEIMDVRLLKKDGGKTGLWLRG >WP_135991721.1 MFS transporter [Petralouisia muris] >TGY90962.1 MFS transporter [Petralouisia muris] MAKNNTAKDPDKAPFGKLLAWQTRPIALGSITIIIAYFTNYCTDTLGMAPALVGTLLMASKIVDGITDLLAGYVVDNTKTKLGKGRPYEFCVVLAWACTVLLFSASPAWSLAVKCVWIFVMYTLVFSIFSTFLNAGESPYIIRAFGSRVAVTQVSSLGGIVITIGCTVVSITFPILMGQLATSAKGWSTLMLIYAVPLSLIGMLRFIFVKEVYTDQDAVSDRVSLKDMFTMLRSNKYTWCMAGVNGATQFVAGLGATSYYFIWIVGDIAKLSFLQMFTIVSLLVMLTFPAIISRKSANFLIGVGAAIGVVGYSLNFFAGANIPILVVSSLLAGIAVMPGSYLRTVLIMDIAKYNQWKGMPTMESTAAALANFFGKIFTALGSFVLGILLSAGGYDGSQAVQPESALTMIRLLYSFIPAAAMLLMVLCTVVYSSLTRQMPQIEKELAEREANR >NLK90780.1 ribosome recycling factor [Clostridiales bacterium] MKLEVYTDLEKSMSRAIDSLKGDFASIRAGRANPAMLDRITVDYYGTPTPIKQIASITAPEPRIISIQSYDQSAINDIEKAILKSDLGVNPSNDGKIIRIIIPQLTEERRRDLTKIVRKTAEESKVAIRNERRSANDKLKKMEKDKELTEDQLKVALDEVQKITDKFIKTIDDMTKQKEEDIMEV >MBF8281865.1 O-antigen polymerase family protein [Anaerolineales bacterium] >MBM2847322.1 O-antigen polymerase family protein [Anaerolineales bacterium] MRYAIRHASRPYALWLGLALALIAIALGALLGFVGPLITVGALAAVAVALWALTRLEVGLWGVIAIITLLPFGGLPFKIVFTPTFLDLALLAVLTVYLFQWMTGRRRQLTLTPAHAPMALFWVLAVFSFVAGMNNGPLTTNLLRQFGELLLGIGFTFIIVDYVDSREKLGQLAGVILICGTAAAALGLVLYFLPETLSERLLSALRVFNYPSGGVLRYIEDNPANSQRAISTSVDPNVLGGLLAMMGGLLAPQLLTPGPVLRSRGLTYAAFGIVLACLMLTFSRGAMGALAVALAGIALVRYRRMLWIMVVVALVIVFLPVTQDYVAHFVEGLQAQDLATQMRFGEYKDAFILIGRYPWLGVGFAGAPEIDIYLGVSNAYLLMTSEMGLVGLAAFLLVIGTVMVWSFAQRRRVYADKSLTALWLGAHAGLAAALAVGVVDHYFFNLDFPHASTLFWIFVGLCLSATRLATVAPVSGEGVGMDMGN >CAB1434041.1 unnamed protein product [Pleuronectes platessa] MCLTKAAAVVVVVVESDSYKESWPVKEVNTAALALVFPGRKGAGEQEEEEQPLQAVLVADSFNRRFFPVTKDQPRALLPLGNVAMIDYTLEFLTSTGVQETFVFCCWMASKIKDHLLKSKWCRPTSPNTVHIITSDLYRSLGDVLRDVDAKNLVRSDFVLVYGDVVSNIDISHALQVHRHRRKTEKNISVMTMMFKESSPGHRSRCEEDDVIVAIDSKSQRILHYQKTHGLKKLQFPMNIFHSISDEFEIRHDLLDCHISICSPQVAELYTDNFDYQTRDDFVRGILVNEEILGNQIHMHVTKDGYGVRVSNLLMYDSVSSDLVRRWVYPLTPEANFTDQEGRSCTFSRHNVYRGSGVSLGQGSQMEENVLIGCDTSIGANCHISNSIIGNNCTIGDNVVLNHAYIWNNVHIASNVEISQSVVCDKADVKEGVTLNKQCVLAYNVVIGPNVSLPEGTVVSMHHPEEEEEEDDDEFLSDDAEVGQSKDKTKQKVFSPAEVGAEGQGYIWKASSLDDTEDEELAQCLWGLVLNPDVESESEDSEPEDPDDPVIPSPEMDDDKVFQLEVMGTLQRGLEENIRFDNLVLEINSLKYAYNITLKEVMQILTRVVLEYPFQQQGSQLTASQYVAVLLPLLKKWAPVFKNYVKRAQDHLDCLSAFEEFFLEQESHWPAMVKVLMNMYQLEILEEEMILRWFSQGATTDKSRQLRKNQGLQKFIQWLEEAEESSEEEEGE >WP_012506875.1 ribonuclease HII [Pelodictyon phaeoclathratiforme] >B4SAK8.1 RecName: Full=Ribonuclease HII; Short=RNase HII [Pelodictyon phaeoclathratiforme BU-1] >ACF42377.1 Ribonuclease H [Pelodictyon phaeoclathratiforme BU-1] >MBV5288811.1 ribonuclease HII [Pelodictyon phaeoclathratiforme] MITDYEWPLWQTTALVCGIDEAGRGPLAGPVVAAAVIFPRWFRPVGTILERVNDSKKLSAAERELLAPAIRNAAAFWAVAEVDPETIDQINILQATMLAMNQAVAALPIQPELLLVDGNRFRTELPIPYETVVKGDSKVFSIAAASVLAKTHRDELMVAYASEYPQYGFERHVGYPTRAHVEAIRQHGRCPIHRQSFRLRQLGEKP >HCE5956952.1 hypothetical protein [Pseudomonas aeruginosa] >HCH9649915.1 hypothetical protein [Pseudomonas aeruginosa] >HCH9654809.1 hypothetical protein [Pseudomonas aeruginosa] >HCI0112133.1 hypothetical protein [Pseudomonas aeruginosa] >HCI3084671.1 hypothetical protein [Pseudomonas aeruginosa] MSSFFRLLSVLAAALLVSACQGNASSQPTPVVAPQAQPADPYAELQQTLAAGKLEQAEQQWLALHSAAAGDERVEAFRRQLAEAYMQRGETALRQGDLNTATSALGHARGLMPKAPALTAGLDGAINRAKVDPARAEQARRMQQAAQQQMQQIIQTPPGGELKPLPGAPHLIDPQAASSAVPLPMLDGTGQGGLGAVLDAVAADVIAYRCRVHIEVRRDSDYPLVSDQLLARVKKLSPDFDLHLSHVVQADKPTRLILTPRN >WP_120259880.1 glycoside hydrolase family 32 protein [Sphingobacterium detergens] MKTNLYLFPALCYMALLTSCKSGDQPLPVNNPDDTASVDRSTSCTMVQETGLFQTFYKPQQGFVGDPMPYYNADDKKYYLFYLYENANRHPIYVTKTSDYATFEGFTEILPAGASGSQDEWIGTGSFMKRGQTYYCFYTGHNGNLNPAEKVMVATSADLLNWTKQPSGTIPAAVGYDQNNFRDPHVYWDESRGSYVMLVTTRKDGKGAIARYVSTDLNSWSIIDPLLATAAPAVGKQEIETDAEILECPDIFKMGSKWYLTFSRINRDEHRKTFYRIADSPDGPWRICRDADGHHETFDGLFLYAGKTATDGTTRYLSGWCSTGQTVNNNNELPWSGSLISHKLVQGPTGRLYPTIPAAINNKFNKELAFEKLNAVGNVSENNKTYSITAQSGTRSYARFNRNTASVKMSLTIDASQSDHFGFSFGACDDPSELYSIAFDLTSSNRWGMPALFMNRETGLGGTAGKTELNFTPLIVPANKVFDVKIVIEKSICVVYVNNNVAFTNRIYKMDQNPWTIYADQGTIKVNTMKVEKS >WP_100671858.1 thymidine kinase [Sinorhizobium meliloti] >PJR15388.1 thymidine kinase [Sinorhizobium meliloti] MSKLYFSYATMNAGKSTLLLQAAYNYQERGMRVVMLIAAFDDRAGQGRIASRIGLESGAIPFRSEDDLHALIERLNGDGSGEIACVFVDEAQFLGEDQVWQLARVADRLGIPVMAYGLRTDFQGKLFPGSMALLAIADELREVRTICHCGRKATMVVRLDGRGKVMREGAQVDVGGNEKYVSYCRRHWEDRMHEG >CAB4041173.1 Hypothetical predicted protein, partial [Paramuricea clavata] EWHIIDNPCELVLAGRIAEELGIIKFDAKPTVFQPVQMIHSTDNKETLQNILQQFPQNFEGLGKLKNHQVKLHVDTSIKPVTTPARPVPYHLKERVTKEIEKMIKQDVIEEHPATKPAPWISNAVIAPKADGAIRMTLDARNVNKAIQSSNLPIPRQEDIKAKLSGATHLIHDDLIVATTTNTEHNEAIEAVMNAISNAGITLNPDKCTFGVPEIGFWGLRIGSDGVRPDPAKVEALDHMTPPQSKEELTSFLCMMQSNSDFIPNFAQLAAKLRELTKKHARFVWNTEYQTAYEVLIARFKQNTLLQYFEMSTQTFLFTDAHQTGLGAMLAQGDSIENARPVAIASRTTNAAEQRYPQIDLEALAIDFALRRFRQYIVGSPTKIQVITDHQPLCSIFNGKRQGSIRTERIKLRHQDIRFTVTYQRGKINQSDYLSRHAKPIEADARGTARSRRPQQPTVYASHHPDHRLHGYWNYRTSYPERSNPQKDCNTCQPGVNLD >WP_110035452.1 3-oxoacyl-ACP reductase FabG1 [Nocardia neocaledoniensis] >PWV80821.1 3-oxoacyl-(acyl-carrier-protein) reductase [Nocardia neocaledoniensis] >GEM34506.1 3-oxoacyl-[acyl-carrier-protein] reductase FabG1 [Nocardia neocaledoniensis NBRC 108232] MSNVTSRSVLVTGGNRGIGLAVAQRLLADGHKVAVTHRGSGVPEGLFGVKCDVTDSESVDRAFTEVEEHQGPVEVLVANAGITDDTLLMRMTEEQFEKVVDANLTGAFRCAKRANRAMLRAKWGRMVFLGSVVGMMGQAGQINYASSKAGVIGLARSVTRELGSRNITANVVAPGFIETDMTADLPEDMKDMVEKYIPLRRVGQPEEVAAVVSFLASEDSRYVSGAVIPVDGGMGMGH >WP_196114185.1 two-component system response regulator RssB [Escherichia coli] >MBF8912777.1 two-component system response regulator RssB [Escherichia coli] MTQPLVGKQILIVEDEPVFRSLLDSWFSSLGATTVLAADGVDALELLGGFTPDLMICDIAMPRMNGLKLLEHIRNRGDQTPVLVISATENMADIAKALRLGVEDVLLKPVKDLNRLREMVFACLYPSMFNSRVEEEERLFRDWDAMVDNPAAAAKLLQELQPPVQQVISHCRVNYRQLVAADKPGLVLDIAALSENDLAFYCLDVTRAGHNGVLAALLLRALFNGLLQEQLAHQNQRLPELGALLKQVNHLLRQANLPGQFPLLVGYYHRELKNLILVSAGLNATLNTGEHQVQISNGVPLGTLGNAYLKQLSQRCDAWQCQIWGTGGRLRLMLSAE >XP_045323097.1 TBC1 domain family member 15 isoform X1 [Leopardus geoffroyi] MAAAGVVSGKIIYEQEGVYIHSSCGKTNDQDSLISGILRVLEKDAEVIVDWRPLDDALDSSSILYAGKDSSSVVEWTQPPKERGYRGSEHLNSYEAEWDMVNTVPFKKKPHTNGDAPSHRNGKSKWSFLFSLTDLKSIKQNKEGMGWSYLVFCLKDDVVLPALHFHQGDSKLLIDSLEKYVVLCESPQDKRTLLVNCQNKSLSQSFENLLDEPAYGLIQAGLLDRRKLLWAMHQWKKIKKDPYTATMVGFSKVTNYIFDSLRGSDPATHQRPPSEMADFLSDAIPGLKINQQEEPGFEVITRIDLGERPVVQRREPVSLEEWTKNIDSEGRILNVDNMKQMIFRGGLSHALRKQAWKFLLGYFPWDSTKEERTQLQKQKTDEYFRMKLQWKSVSEEQEKRNSRLRDYRSLIEKDVNRTDRTNKFYEGQDNPGLILLHDILMTYCMYDFDLGYVQGMSDLLSPLLYVMENEVDAFWCFASYMDQMHQNFEEQMQGMKTQLIQLSTLLRLLDSGFCSYLESQDSGYLYFCFRWLLIRFKREFSFLDILRLWEVMWTELPCKNFHLLLCCAILESEKQQIMEKHYGFNEILKHINELSMKIDVEDVLCKAEAISLQMVKCKELPQAVCEILGLQDSEVATPDSDTGEDESVAMTSCPASTFQSDALPVLATSGARDDNTTQISVSPNVSRLTPA >MBO5545990.1 hypothetical protein [Bacteroidales bacterium] MQENQDTRDLDRFEQLLEDGLLKVCSGAGLLPADLVRNPDIDGLWDVYIKDYIADAVVNFNDYPEAAIAWAGFLGLGVAWGWDADWHRYKDASYRSWYGSRGWDDMDEHILRDVLGLPLDSPEAKKISDTLQSCALAVLGLLQHEGVETQTARGVYLLARTYTVLYRFGAAIELHRLGYRKVLVG >WP_140643433.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. B2-2-2] >MBZ9806698.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. ESP-6-2] >MBZ9870552.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. BR1-1-9] >MBZ9939891.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. BR1-1-13] >TPM24537.1 MurR/RpiR family transcriptional regulator [Mesorhizobium sp. B2-2-2] MKTPADIITRLQLMSQDGTKSDRRLAGLVLSDLDFASKAAISEIAARVGVSEPTVTRFCRNLGCEGLRDFKFYLAQAIAIGGQYLSPEPLSRDAREQRIASAITEAAISAIQRASENLDMTTLVDVAARIAASGNVLCVGSGGISSMMATEMQNRLFRLGLPVLAQIDGQLQRMYAAVATPETTLVAFSVSGYARSVIEAVQVAQQYGATTVAVTAPDSALARAADTVIHLQPLEDGNIYKPTSSRYALLAIVDMIVTSVAETRGPKVLENLRRIKQSVNTLKVDDPRLPLGD >KVQ00241.1 AraC family transcriptional regulator [Burkholderia ubonensis] MPSPFWRDAALPFIEARTVDDGRTICYAKHTHDTFSLGAVVGGTSTYVNGATQERIGSGALVIIDPEQVHACNPSGRDAWAYRMVYVDVPWLARLQHALGRDPNTDFHGFSQTSSVRRDLFAQFGRFYRTLVAPGVEPLGKESAAVEFFTQLHDALDPAAPRAPCAADNAKLARAADYIAAHCRDAVTLDAICAAAELSPSYLIRAFNARYGMTPHAFLIDRRVQYGRAELRRGRPIADVALDAGFADQAHFQRAFRRIAAATPGQYRGAVGASRTAG >PSB50277.1 nickel pincer cofactor biosynthesis protein LarC [filamentous cyanobacterium Phorm 6] MNKIAYFDCPTGIAGDMCLGALVHAGVPLDYLIEKLSLLGISTEYQLRTELVHRNTQQATKFHVDLAADLCLKPKNPADSTLDPSETESPTFDRARQHHHHDDEHSHSHDDDAESSHTHHRHLPQIEHIIVSAKLPPRVEAWSLEIFRKLADAEGSVHGIPANQVHFHEVGATDALVDIIGTCLGLDWLEIDEFYFSAMPTGGGTVNAAHGRLAVPTPAVMRLWETHQVPVYSNGIDRELCTPTGTAIACTLASCFGAPPPMQVQAIGLGAGSRNLAIPNILRLWIGEKSEGRLATDFVTDLTDLTDGSQRQEAIGKQEENHQLPITNSQETICVLETQIDDLSPQAIGYVFDALFVAGSLDVFTTPIVMKKSRLGVLLTAICHPEVQDACEAVIFRETTTLGIRRSTQQRTILHREFHKVQTEYGEVQIKVAKSGETIVNVQPEYEDCAEIARVKNISWREVHRLALQTWYDRT >TKA61426.1 Vacuolar protease A [Cryomyces minteri] MKGAFLLAAGALLGSASAGVHKMKLKKVPLSEQLEHTTINEQMKALGQKYMGIRPQGHANEMFKDTSIHLDGGHPVPVNNFLNAQYFSEIAIGTPPQEFKVVLDTGSSNLWVPSQKCGSIACYLHTKYDSSSSSTYKKNGSEFEIRYGSGSLSGFVSQDVVQIGDIKIKHQDFAEATSEPGLAFAFGRFDGIMGLGYDTISVNRIVPPFYNMLDQGLLDEPVFAFYLSDTNNQGDESEAIFGGINKDHYTGKMTKIPLRRKAYWEVDLDAITFGDATAELDNTGVILDTGTSLIALPSTLAELLNKEIGAKKGYNGQYTVECDKRDSLPDLTLTLTGYNFTIGPYDYILEVQGSCISSFFGMDFPEPAGPLAILGDAFLRKWYSVYDLGTNSVGLARSKA >WP_018046034.1 SpoIIE family protein phosphatase [Methylobacterium sp. 88A] MTFDPAAETASPAVASPTRKRSLRGGGPLRGDDFLELAGFTDVSTSAPGTMRPGALRGSARGRDLDSLAHTLFLRIYPVIAIVVLATQVGIAWVNYNDSLRLYTERANLLVALTAQAIARPDWSERPDVYTTQVQALTLDPAFRFVRAWNAEGGLVMSIGEMPGGRSIELIRASTAITLAGQAKPVGSLTLGLSTEALRANAEKQALLAVGASLVLMLAFVLTLHANVRKHVLAPLKRLLLAMREVEHKRWSTVAFDGAIRASNEIDVISSAFNRMVEGLRAGDEAKQLLADLELAHAKLADANHQVMESIGYARRIQTSVLPDRMALAGAGLDVAVLWEPLHQVGGDYFWLERLGDVSIIVVADCTGHGVPGAFITLIVATALDRVLHERGLRSPAEILTVLDEMVRAQLRQDGRGSDSDDGLDCGLCIWDPEARRLTFAGAGLSLTTVTDAGVTRIRGAKRGLGYPRQGSESFSTGNVTLDVAPGDTFYLMTDGITDQMGIHGTQRRLLGYRGVADILLRTRGEELGRQIGTLETELAAYRGSETPRDDMTLVAFRPKRQT >WP_199519257.1 DUF302 domain-containing protein [Gordonibacter sp. 28C] MGESEVGNLCLIEGRLPADETVRRLKTELAAHDIPVFATFNHAENAEKAGLDLRPTTVVVFGSPQVGTVLMQAEQRISLELPLRIAVWEDESGQTLLAFPQMKELAARYGLGDMPVIVKMQELLGSLANRAADNR >QEA04360.1 hypothetical protein KBTEX_00668 [uncultured organism] MSRLFTIGYERASLAAFTDTLTHARVSVLVDVRLSPHSRRREFALKHLGAGMAERGIRYLSRPDLGTPPPAQAAAKAGDMATFERLYREHLDTAVARDDLAELAGLVEGEVACVMCYERDPKRCHRRLIAETLRRRDGILSQDLLPPR >EJB4327760.1 phage portal protein [Escherichia coli] MAILDDVIGVFSPGWKAARLRSRAVIQAYEAVKTTRTHKARRENRTADQLSQYGAVSLREQARYLDNNHDLVIGVFDKLEERVVGKNGIIVEPHPVLRNGAIARDLAAEIRTRWSEWSVSPEVTGQFTRPMLERLMLRTWLRDGEVFAQMVSGRINSLTPSAGVHFWLEALEPDFIPMTSDESNRLNQGVFVDDWGRPEKYLVYKSRPVSGRQMETKEVDAERMLHLKFVRRLHQMRGTSLLSGVLIRLSALKEYEDSELTAARIAAALGMYIRKGDGQSYEPDGNGSKDKERELTIQPGIIYDDLKPGEEIGMVKSDRPNPNLETFRNGQLRAVAAGSRLSFSSTARNYNGTYSAQRQELVESTDGYLILQDWFIGAVTRPMYRAWLKQAVASGVIRLPRDLDRSSLYTAVYSGPVMPWIDPVKEAEAWKIQIRGGAATESDWVRAGGRNP >WP_243386166.1 EamA family transporter [Bacillus kexueae] MKRPTRRTGLFLVITGALFWGVGGTVSQKLFQQYEIDVNWLVTTRLLIAGILLLTVQFFWKDRSQVFGAWKNRKTAVQLIIFGLFGMLAVQYTYMASIKYGNAAVATLLQYLAPVMIIIYLILRKQSVLTRQDLLTASLALGGCYFLLTNGSISDLSVPAPAIVWGVLSGLALAFYTLYAVPLLKQYDSLVIIGWAMVIGGFTLSFIHPPWQMEFTGLTIDAYLSLVFVIIFGTMIAFWFYIESLQSLSPKETSLLGSLEPLAAVLTTVFWLKEPFGFFQWIGAACIIGMIILLALNKKSSSQSEQTKAFQN >WP_196434573.1 glycosyltransferase [Methylomonas sp. LL1] >QPK62115.1 glycosyltransferase [Methylomonas sp. LL1] MKIVHTEASMGFGGQEMRILTEALGLKNRGHQLTLLCPRHAEIYSIAQTRGLDVVALPIGKKRLAGLWAIYRWLSANRPDVVNTHSSTDSWLTALAAKLMPNPPAIVRSRHISAPIGDNAFSRWLYTKASRHIVTTGEKLRRTLIDTNGFPAEQVSSIRTGIDLQRFKPGDKQQARLQLNLPSDKTIIGIVATLRSWKGHRYLLEAFAALPERENLHLLIVGDGPQWDALHELVKQLNLVNNVSFAGRQNNIQTWLQALDIFCLPSYANEGVPQALMQAQACGIPAVTTLVGSIDEAVLAGESALIVSPENTAELQQALAALINNPDKRRQMGAKAAEFAAENFSDSAMLDAMERVFMNACAQSR >MBR4407160.1 zinc metallopeptidase [Clostridia bacterium] MEEFLIFISEYWAYLIAGCFLLFTIIGICIANFSYDHYLKSFDEMNKISTRFKADAYSFAKKFSVFFFKGQIAVEVLPEKEMPSSGSYTPARKTVSLSSQIAYIGSIASFAIVAHEFGHSFQHKNNPKILVQNFKLAKTVKFLGFLNVLLVIAGVYFFATGVIIICLFFLLFMLLNFIVAIWLKISTLKLEKNASEIAMDLLQKTNVFSKKELSLMSKFLSSAKATYTGDLFRALFSWTGLVRKTKIF >RMO53691.1 Auto transport ing lipase, GDSL family [Pseudomonas amygdali pv. eriobotryae] MKNLATFPVQNKNNRDPFMTKTSRRWPFAACLLSLACGTAAAAPYSTMVVFGDSLADAGQFPDTAGPRGSTLRFTNRVGPTYQDGSGEVFNLNSSTLIGRMLGVPSGDLAASTSPVNAALGVPDGNNWAVGGYRTDQILDSINSQSTVVDPNTGTLLRSRTGYLPANGFRADPNALYYLTGGGNDFLLGRVVSASSAVQAANQLADSAXASPATGRCALHHGLVAAGYR >SPO69561.1 Electron transporter SenC [Pseudomonas sp. JV241A] >SUQ63228.1 SCO1 protein [Pseudomonas wadenswilerensis] MSAASRGMRSTDWLALALCLWILSSVALAHEGHASPTPSATPVTTEGGTRDARSYFTDTVLQDQNGRSLRFYEDVLKDRVVLLNVIFTHCNDACPLITRKLREVREALGEEAASKVTFISLSSDPQNDTPAVLKAFAEKQGVDGPNWLFLTGDKAQMDRVLARLGHLIPSPEQHSTQLIAGDVANKRWSKIRPDAPAPAIAQRLQLLSQPLAGR >MBR0373962.1 D-lyxose/D-mannose family sugar isomerase [Mogibacterium sp.] MKRSEINRAIREMEAACAREHCYLPPFCGFTPEDWQQKGVEYDEVRDCKLGWDITDYGQGDFDRIGFSLITIRNGNRAMAETYPKAYAEKLLYLKEGQYAPRHFHWYKTEDIINRGGGTLLIRVWLSLPDESVDERSDVTVQCDGRRFTVPAGGQIRLTPGESIHIARLLYHDFSVEAGTGPVLIGEVSQCNDDETDNHFDPPMGRFPVIEEDEPPYRLLVGEYPPAR >WP_076595086.1 TolC family protein [Chryseobacterium sp. RU33C] >SIQ26715.1 efflux transporter, outer membrane factor (OMF) lipoprotein, NodT family [Chryseobacterium sp. RU33C] MRIFNIKNFLISGAMASLLMSCAVGKKYTRTDLQIPGTYKESVQVTGDTVVLPWKTFFKDSKLIGLIDKALSRNNEVNVALKNIEQLDLIYKQAKLGLMPTLDFTAGANRSWASANTLNGSLNEQFVGTKYIDDFSAALRLSWEVDIWGKAKMQKESAAAEYFGQKENLNAIKSRIVVQVAQAYYNLISLDEQLKIAEQNIELSNNTLTMMNLQFKAGQINSLAVQQSEAQKKTAELLIPLAKQNISIQENALSILCGEYPAKVEREGNLKTMIPENRLSEGLPAQLLSRRPDLKMAEFNVISLNSKTGLAKAAMYPSISLSPQIGVNSNKFSSWFDIPGSITKAVAANLAAPIFQKKELKTAYETALIEQEKAAINFKQSVMTAVGEVSDAMAKSEGSSERLQLLEQRTAILDKGINDALKLYKSGMATYLEVITAQNNKLQNDLETINVTLEKLNAEVDLYRALGGGVQ >WP_267897383.1 DUF2535 family protein [Peribacillus glennii] MFINFIFENKEAKIVFSLKRYLMTVLKWPVYEQPFQEELRNNA >EDK41087.2 hypothetical protein PGUG_05185 [Meyerozyma guilliermondii ATCC 6260] MVSSLFKNSLGSLAIYHLSGRRMLPRREEDPTYVIPRKYSKVSDESSISNQSVSSEQFIVVEWEGPSDPDNPKNWSKADKFLVSAQVAFLTMTSVMGSSLYSPSIAFLMEDLNTSHTLAELPLALYVIGFAVGPMVLAPMSENPSIGRAPIFIVSHFIYFILQIPQSWGAGTRSFPALAVLRFFTGVSASPALAVGSATCGDIMKLPYLPMAIVAWSAASIAGPCIGPVIGAALTDASQSWEWCFRFQAIVGMVSFVVCSFFLPETYAPTIMHRKAQRLRAVTGNKNLVTQYELDHPPTSFVQAAKTTLWRPIILSISEPMVLLINLYTSLLYTIMFLWFTAFPLVFENLYHFTLVELGTSYLGVLVGVLSGATIFIVIIYHVYTKRHLGEKKATITPEVFMPAAIYGSIWIPTGVFIFAWTSKKSVHWMVPIIGGFIFSHGTFIVFQTLFNYLATSFPRYVASAFASNALSRSLMAGVAPLFGTFMFDNLRTANFPVGWGASILGFLTAAMICIPILFYINGPKLRGRSKFAGF >WP_212217181.1 hypothetical protein [Carboxylicivirga linearis] >MBS2099942.1 hypothetical protein [Carboxylicivirga linearis] MAEVYIKSLGFKPRTFINIPEEEQFDILYDNGILETIVVDNKTEQIWLDIFFKINENLKDEDFGYETCNLSKEEASKELDINMECVGSTILFILININTEDWFHRITEYMVYMERSIASVPGTVIYWMILEDFFEEDGVTRIKSKQLLQFIKTKNEIIYCHKYIDELQTFSELFPFKLLDIEKLHVPDIISLLELYPKGKLNRFVAEHFIKIPKTLSREKITDLLHKHVKTALNGFNTEEIWKSGDIDTIKEFLIESTILENKITSQEILQSFKAEYATTIKQWLISQKQLINQLNEIEKLQFTTSGNPNEDSKEYKANEHHAKYYSLYFHILIKVGKAKPFLRDENDKFSKAEIMKFAENRFPGISTQQFYNHYRDLEDISNKATIARSYPNLKEIVAEISGNDADIMHYLKEFPG >WP_245128022.1 PepSY-associated TM helix domain-containing protein [Mucilaginibacter straminoryzae] >MCJ8208187.1 PepSY domain-containing protein [Mucilaginibacter straminoryzae] MTIFKRSILFLHRWLGFISGLVVFVVSLTGCLFCFQDEIQDALYDYRHVTIEPKPYLPPSAIKQKALRAFPGSSVNYIYYYGKDRPAGALANVPKKGYYTVLINPYNGKVLHSELLSGNFFVVVEYIHLYLLLPPKIGQMVVGVSVLIFVALMITGIILWWPKRKSDRKRSFRIKWNGRWRRVNYDLHNVLGFYASAISLILAITGLSMSFKWVEKGIYNAGNLGKNYPIEKIDFKSDSLLKNRIATIPVIDRALIHAQQRSADAKMFLISDDGTPLGTIGVTAYQRSMRFGNNDTYQFDRYTGKLLKYLPNEKKSTGLKLNDLNYDIHVGQVAGLTGKIIAFLASLICASLPITGLIIYLGKKKKPKTRKVKHYVDRRQRITS >MBR4270493.1 GNAT family N-acetyltransferase [Clostridia bacterium] MKILQTKISDKENSIKYVLDIDGEIVGCGYIINRDINPIEVYIDKQHQSNGYGKSLFLSLLDIVRQRGVKGMIFELPDEQYRFKNIILQAGAEQLGRNDGLCKFILKIN >WP_150516775.1 hypothetical protein [Streptomyces subrutilus] >QEU77679.1 hypothetical protein CP968_04745 [Streptomyces subrutilus] >GGZ65247.1 hypothetical protein GCM10010371_26200 [Streptomyces subrutilus] MTRTTSGPAAAFARRYGASPLHLLLTLASFALALYAGIRLLKGDTVGVALWFVGAALLHDLVLLPCYTLTDRAAQLLFRGRTSAPGTVPRPSVNHLRVPAFIAGVLFLVWWPLILRQGGHYTAYTALSADGFLARWLLITAGLFAASALVLIVRTRLRLRPERREARARAKAQAAGRRAAK >ADP83890.1 integral membrane sensor signal transduction histidine kinase [Pseudofrankia inefficax] MRIRAVTGSARLRILGWQLLLVALALAGSVLAAREVLLARADERVDQGLAKEVSELRRFVEKNVDPATRRSQFTDVRALLEAHLERAIPDRNQTMLALVDGKPIFRSAETPPYRLDTDPAAIAAFVSSAASGRPSYGRVGTPAGEVRYVAVPVSTQGRPERGIFVSAVFVDRERAEVGAVVRVLSVVGFGALAVAGAAGWMVAGRVLAPVRMVRRTAQSITETDLSRRIPIGGAGPARGGRRSGRGGRGTRGGRGTRGDGAGRDEITELARTFNGMLDRLEEAFETQRAFVDDAGHELRTPITIIRGHLELLGDDPDDRADTVALVLDELDRMSRLVDDLLMLAKAEQPDFLRREAVDLAAFTEDLFIKVRALAPRAWRLEAVGAGWLLVDRQRLTQALVQLAQNATQHTGPGDPIGIGSAVDGRVASFWVADSGPGVPPADRARIFERFARGARARPTAVPGGAVGGGAGLGLAIVRAIATAHGGTVRVGGPSGTGQGAVFILELSLLPDQVDRDHEPRDEEAHVGGSWPAGVEPLEFASGDDGRPSGLEGRGAGRGGGRQA >WP_274975805.1 methyltransferase domain-containing protein [Nocardiopsis sp. DZFXJ 01] >WDZ91250.1 methyltransferase domain-containing protein [Nocardiopsis sp. DZFXJ 01] MSETHSPAGPLSSLRLDERLRDTRLFFSQALRTFHATGSILPSSGALARAMAEYVRRRPEPDRPLRILEAGAGTGAISRGIAASMQPGDTLDLVEANPEFAAHVEGLLKTDPVMSRVADASRVHAKLVNDMGTDRSYDVIVSGLPFANFTADAVREILDYYFEVLEPGGTMSFYGYLYTKEVKAVIARREDYLRQARTSWLVQEWIDRYGIGSEKVFANVPPAWVHHLRKPGKG >EFB0579454.1 flagellin A [Campylobacter coli] MGFRINTNVAALNAKANADLNSKSLDASLSRLSSGLRINSAADDASGMAIADSLRSQANTLGQAISNGNDALGILQTADKAMDEQLKILDTIKTKATQAAQDGQSLKTRTMLQADINRLMEELDNIANTTSFNGKQLLSGNFINQEFQIGASSNQTVKATIGATQSSKIGLTRFETGGRISSSGEVQFTLKNYNGIDDFQFQKVVISTSVGTGLGALADEINKNADKTGVRATFTVETRGIAAVRAGTTSDDFAINGVKIGKVDYKDGDSNGALVAAINSVKDTTGVEASIDANGQLLLSSREGRGIKIEGNIGGGAFINADMKENYGRLSLVKNDGKDILISGSNLSSAGFGATQFISQASVSLRESKGQIDANIADAMGFGSANKGVVLGGYSSVSAYMSSAGSGFSSGSGYSVGSGKNYSTDFANAIAISAASQLSTVYNVSAGSGFSSGSTLSQFATMKTTAFGVKDETAGVTTLKGAMAVMDIAETAITNLDQIRADIGSVQNQVTSTINNITVTQVNVKAAESQIRDVDFAAESANYSKANILAQSGSYAMAQANSVQQNVLRLLQ >XP_006359699.1 PREDICTED: WD-40 repeat-containing protein MSI2-like [Solanum tuberosum] MAEEEMEAAGETEQEVEEEFAVWKKNTPLLYDLVVCHALEWPSLTVQWLPSPTTDDGAFAVHKLILGTHTSDDCPNFLMVANVHLPRNPASGLEHNLMNPQIPKVEIVQKIHVDGEVNRARCMPQKPAVVAAKTSSSEVYVFDSAKQPLDHEGGSCNPDVRLRGHDKEGYGLSWSPFKEGFLLSGSNDQKICLWNVSALPQDKVLMAHHTYEEHEDVVEDVSWHPKNENLFGSVGDDCRLIIWDLRTNKAQQSVLAHEKEVNYLSFNSYTEWVLATASSDSTVGLFDMRKLSSPLHVFGSHTDEVFQVEWDPNHETVLASSGGDRRLMVWDLNRIGDEQLEGEAEDGPSELLFSHGGHKAKISDFSWNKNEAWVISSVAEDNCVQVWQMAESIYREDNDNGNC >EAX5650801.1 DUF1266 domain-containing protein [Salmonella enterica] >EBM7134536.1 DUF1266 domain-containing protein [Salmonella enterica] >ECI8010902.1 DUF1266 domain-containing protein [Salmonella enterica subsp. enterica] >EJU7421817.1 DUF1266 domain-containing protein [Salmonella enterica] MFWIVLIIATIFFSWRNYKKNKPLIAARIAEEKEKDRLKDLRRDTRRRQWALALADILARRNGLPIKGVELVFKLDDDKCRYLAQQVKKELGLSENLDGAALRHKVEDILRRWPAGIGSSPRTFYHHLAAQGQARDALAFDCMRTAFLTRCIAGLGWCNENESWLVLLLNAQRAQDCFDSWEDYATAYVRARRVWLTLRDTPTALAGRDLQEATHYLQDPVSRWRQLPWNEFKIFEPI >EIQ3832535.1 ATP-binding protein [Escherichia coli] MKNISTGGILERVRRLVPPHVTAPFRTTDEWLGWQLAEGRKRSEEVNRQNHQTRVEKILNRSGIQPLHRKCSFGNYRVQNDGQRHALSQAKSIAAELHTGCTNFVFSGKPGTGKNHLAAAIGNRLMAKGRSVIIVTVSDVMSVLHDGYDNGKSGEKFLQELCGVDLLVLDEIGMQRDTRNEQVILNQIVDRRTASLRSVGMLTNLNHAAMSTLLGERVMDRMTMNGGRWVNFNWESWRSNVGRQGM >MBK7823216.1 hypothetical protein [Tessaracoccus sp.] MANTLKSQLTFTDVAPGATAVLPHDIKLNGTDVEPDHITFENQNFDYVSSTATTLTVINNGAGVETGRVLCELWHTIERVFGDGSQNLPNKPFIDRGVNLGGGGGGTGPTNWQAFTYTATGVEGAAFTVPIPVAQPDANYEVLWRLGTVVRQFSLAVVDGSELVGAFDVETTTAPELGDLIHFSVFNP >MBQ7086969.1 manganese efflux pump [Clostridia bacterium] MELGFTLLFNSILLGAGLAMDAFSVSLANGLNDPGMRKSRMSGIAGIFAAFQFAMPLIGWICVSTVAQHFAAFEKCIPYIALALLGYIGGKMLLEGIRCTDEVCERTELTLSALLLQGIATSIDALSVGFTIANYNFIEALVSCLIIGVVTFFICFAGLAIGKKAGTKLAGKAGILGGAILIFIGLEIFVTNVFM >RZC84346.1 hypothetical protein C5167_047131 [Papaver somniferum] MGKRRIEMKKIEDRQKRNVCFTKRRHGLFNKAADLCRLTGADISLLLGIDTVLVLVGPAILLLLKPAKDAEKSFSCLSLLGSILPYKEVIAELKAAGASWIQFDEPKLVMHLDSGELNAFTDAYSQLKSTLSGLNCSDLCTSLQELYPIPPPDRTQEDIPLLQTVRSAKRTTGTAVYVGARFVKGSGKPMKFLESLMRWLDSLQMKRFNFLSAFFIYIFQLDDGDIICFQKPLPVDTMTQCRYPDVYSFLDYVLNHWVITFDNVTEIVTRHLGLDDPTKIKLTLHRCCSQQPIAPAIKYHGFDHLSEMLIHQNQKSDILYFEVLDIPPPLLEGLKTLNVSFHHEKKDTVIHRISLPSKSTILEEEKNLGTWVLGIAWFMFITSQKMHLRSKSVR >WP_188402311.1 hypothetical protein [Fictibacillus barbaricus] >MBN3547791.1 hypothetical protein [Fictibacillus barbaricus] >GGB51583.1 hypothetical protein GCM10007199_16740 [Fictibacillus barbaricus] MFIQHIDGIELEKEKPNTSEDFFNRSEATFDLSGNIHTFHLLYVRYFEEKLQEELTHQEFWKNHLNTFKIREIAALAALSSNSAFLKRKRVYINDYEEFKNLFLKANEEFLTTELDRIKKIK >EDN57974.1 response regulator receiver domain protein [Vibrio antiquarius] METRVVGIFAWNNLSVKQKLFGLVLLPILLLLLLAGKHVQNLSIQAQELQKAQLFSQYIDRVSSLYYLTSDPRVANNAQETRQLVQTLQDTASPVFGDNADILNQLTNFEEATLSMLSSNNTEDKLDAAEWRADTFKEILLSLDRVYFSHVSYETNTHLSSLMQLEWLMFWSTEEHRLSKYLVESTEQGQIYDPAIQASIQSLIQNQQLLFERFVTLNANKQQVNLLIETFTDNVFAKSQAFRANLLQPSNLRVLTPTQIDDGLSALYKRLSLLRNVDDQMEQQLIKDISKTISETTQHRIGFIALMSLVTLLIVSLTLRLVRKVTGNLNLVLEFLSRDTYEEDNNENSPLTELTKGKDELSKFAKEVKKLSYEREQSRQKLTQAKEDAEKAKDDAIEASKAKSSFLANMSHEIRTPLNGVIGISEVLSDTPLTATQRDYVDTIETSSQLLLSLINDVLDFSKIESGMLLISPHSTCVRESIYDIASIISPKAKEKGIDVQVSISRNTPYHVMLDDHRIRQIIMNFMSNAVKFTEQGCVELSVITREIKNGEASIEFSVKDSGIGIDEQQQKKIFAPFAQEDNSTTRQFGGTGLGLAISTQLVELMGGEIQLESEKGKGSRFFFELTAPIVTQEFNGYHSLNHNDIWIVCNNPTLEQKLRDELSFFHINVQQSVNTLDALPTWIDNERIIVINVETSPNTAAKHLGEMKRLCMQNVRVCLIKHLHSAQRDFGNSISALVTQPLLGQRLVKALETCAANFPQANKENTTTPNAKTLPKILVVDDNTVNQKIAGLHVTKAGFDFDIAVNGEEAVDMFQQNQYCLILMDCMMPVMDGFEATKMIRQIEAKEKRTVKIPIIALTASVVDDDIQKCFDVGMDDYVPKPFKAGLLKEKLDKAIGLRISNIVSDEKRLATNTTHTPEKTSHAEQSEATVTPIRSERILLVEDNRVNQKVASLLLSKAGYQFEVAENGQVAVEMFQKDGGFDIILMDCMMPIMDGFEASRQIRAYEASKGLPKTPIIALTASVVDDDIQRCFDSGMDAYVPKPVRREKLLYQIENAI >MCL4851158.1 MBL fold metallo-hydrolase [Bryobacteraceae bacterium] MIHEILPVGMLQCNCSIFGDEQTRDALVVDPGDDIEAILGILQQHSLNVKAIVITHAHIDHIGGAAKLKAATGAPVYMNERDEELNRQMDMQAAWLGMEVPERTAVDVPLRDGDRITLGATSFEVLHTPGHTQGSISLWIPAEQKVIAGDTLFRDSIGRTDLPGGDGVQILASIRDKLLWLPPDAVVFPGHGPSTTIGREKEFNYFLRGI >MBE7487601.1 holo-ACP synthase [bacterium] >MBW7938283.1 holo-ACP synthase [Candidatus Omnitrophota bacterium] >MBV6482941.1 Holo-[acyl-carrier-protein] synthase [bacterium] >MCC6732127.1 holo-ACP synthase [Candidatus Omnitrophota bacterium] >MCK6496453.1 holo-ACP synthase [bacterium] MIVGVGVDVVAIERIRTLYEKHGERLLKRIYTQIERDYCFGFSDPLPHLAARFAAKEAVYKALPGRGPIFWKEIEVQNDPSGRPHLHIFGETWKRAEQGGVQRSWISLAHDAGVAIAQVVLEGEPEYNKNEAHQHKEDRDAVYLDPGSQGS >WP_126022479.1 DUF4150 domain-containing protein [Variovorax guangxiensis] >MBB4223363.1 hypothetical protein [Variovorax guangxiensis] >RUR68347.1 DUF4150 domain-containing protein [Variovorax guangxiensis] MFANCQLMGIDIAFPDVCKSPVVPIPWPNFALGCTAIPKAWNILYLCTPAHNLATTTPLTNGDNAGVGLGVVVPRVMSESRHTIGAFTLRIKGSPQTRVTSLTRQNGGNAFGMRIVPSQPKILVLAA >KAG2346037.1 NAD(P)-binding protein [Suillus weaverae] MPDSTSSTLINQPRVALITGAAQGIGHAIALRLAEDGLNIAIADLASQRTKLDGVAEEVRAKGRRCIVLECDVSKEEEVQRMVQATEKEFDGLDVMVANAGRLLVKTIIDSTLTDFDNVFDTNVRGVFLCLRAAAQVMVKRGRGGRIISASSVSGKKGSPLNGIYCASKAAVRSFTQALAGELGSHGITVNAYAPGPIDTPLLQHSADALEQLLGVPDGKTLIRDVSTNSALKRVGVPEDVANMVSFLASKESAFITGQTITIDGGGWMD >MBK6770753.1 T9SS type A sorting domain-containing protein [Ignavibacteria bacterium] MKAIITILSLSFLLFNLSNIYTSANSKKKENNIARELNEESKQYTSVSGSLNYKKDIELTGENENPVSYKLIASNFIKTGNTTIFDISIQNIGSEQIWLRSIQCVFRFPRNNVSNLIVASNYYNFWQMPTLITDTIIYVAGLTYEADTNWIPVTSEKIFTVQITGNIDSLRWSNNTIQRTKLFAYQEYTEITDSTYHIIDRITSVKLNESELPSSYSLSQNYPNPFNPSTIISYALTNGGFTSVIVYNALGREVITLVNEIKKAGYYTMKFDASGLAAGVYFYKLESANYVSVKKMILLK >WP_064754910.1 phage major capsid protein, partial [Escherichia coli] VEQVAQELQQKFDDFKAKNDKRVDAIEQEKGKLAGQVETLNGKLSELENLKSDLEKELLELKRPAGGAQNKLATEHKEAFVGFLRKGREDGLRDLERKALQVGTDEDGGYAVPEELDRNILNLLKDEVVMRQEATVITVGGSDYKKLVNLGGTASGWVGETDTRSQTATSRLELIEPLMGEIYGNPQATQKMLDDAFFNVEAWINSELATEFAEQEEIAFTSGDGTKKPKGFLAYESTDETDKVRAFGKLQHIVSGEATAVTADAIIKLIYTLRKAHRTGAKFMMNNNSLFAIRLLKDSEGNYLWRPGLELGQPSSLAGYGIAENEQMPDIAADAKAIAFGNFKRGYTIVDRIGTRILRDPYTNKPFVGFYTTKRTGGMLVDSQAIKLLKIAVA >WP_281507500.1 preprotein translocase subunit SecA [Brachybacterium sp. Marseille-Q7125] MRAGEGRERRRLEVIARRVGEAEDVFTELTDEELREETTRFKERLEDGETLDDIQVEAFAAVREAARRTLGQRPYDVQVMGGAALHRGRIAEMKTGEGKTLVATLPAYLNALAGKGVHIVTVNDYLATYQSDLMGRVFRALGLSTGVISSGMSPAERREQYNADITYGTNNEFGFDYLRDNMALKPEDRVQRGHFFAIVDEVDSILIDEARTPLIISGPGSGDANKWFAEFAKVAKLLRRDRDYEVDEKKRTVGVLESGIDKVEDHLGIENLYESLNTPLIGFLNNSIKAKELFKRDKDYVVLNGEVMIVDEHTGRILAGRRYNEGMHQAIEAKEGVKIKAENQTLATITLQNYFKLYDKLSGMTGTAETEAAEFMNTYKLGVVPIPTHRAMIREDQPDRIYRTEKAKFDAVVEDIVERHETGQPVLVGTTSVEKSEYLSGLLKKQGVPHEVLNAKNHAQEAGIVAMAGAKGAVTVATNMAGRGTDIMLGGNVEFMAHAALEKRGLDAEEDPEAYEQAWDEELERAKTQVEDDHDEVAALGGLYVLGTERHESRRIDNQLRGRSGRQGDPGESRFYLSLQDDLMRLFNAGAAEQLLARGGVDESIPLTGRMVSGAIQRAQNSIESRNAEIRKNVLKYDDVLTKQRKKFYDERARILEGEDLDPHIQRFIEEVLGGTIDEHTRGKPAEDVDLEELWGALRPAYPISLTAEELIEEAGGKENLDAAMLREEILADAEVAYEQRREELGEDALHQLQRRVLLSVMDRRWREHLYEMDYLKEGIGLRAMAQRDPLIEYEREGHLMFNDMTAGVKEDVVGYVYHLEVQVEKPQSVVPKAVSDLLKSAATKVGGAAGAAQEAGDADNADSGSTSTADDAAQDASQKAAQDSDAAEAEQTASESMDEENSVVLRAKGLDDGPDERQLRYSSAESSGVQDSSTLSRKERRWQARGGSAASRTVSDKPEGAPQEEAANRAQRRAARRRRRR >WP_061278828.1 DNA-directed RNA polymerase subunit beta' [Leptospira interrogans] MRSHNDFESITIRLASPERIKEWSYGEVKKPETINYRTLKPEKDGLFCEKIFGTTKDWECYCGKFKSIRYKGVVCDKCGVEVTHSKVRRERMGHIELAAPVSHIWYYRSVPSRMGLLLDMTVNQLKSVLYFEKYVIIDPADSGRNRGELIDEEEYHGYLDEYGDKFVAGIGADAIKELLARIDVDAEARMIRQKIQDKDKISDKRILKRLEVLEAFRDSGNRPEWMVLDIVPVIPPELRPMVQLEGGRFATSDLNDLYRRVINRNNRLKRLLALKAPEIIVRNEKRMLQEAVDALFDNSRRKRAVKGKGNRPLKSISDMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPELKYHEMGLPKKMALELFKPFIMKRLVDLDLAPNIKSAKKKVEAEDKEVFDVLEYVVKEHPVMLNRAPTLHRLGIQAFLPVLVEGKAIKLHPLVCHAFNADFDGDQMAIHVPLTPKAQLETWMLMLSPHNILNPANGHPICGPTQDIVLGIYYLTSELPSEPGVPLKSFSNLEEVHYAIDRGVVEFRTKISVYHQGKILETTPGRLIFNTILPEGYAYVNRPLSDKETNRIIADVYDKYGPAKTVLMLDDIKKLGYRYATLFAPTISIEDIRVSPGKVGLVGDANKEVEKADSEYRKGIITNEERRKKVIEIWTKTNDLITESMFKELEKDKGGFNPVFIMAASGARGSKQQIRQLAGMRGLMAKPSGEIIELAIRSNFREGLSVLEFFISTHGARKGLADTALKTADAGYLTRRLVDISQDVIISEDDCGTEESISLGVVKEGENVIVSLNDRVFGRYTAEDVIDPVTDQVVYPRNTLITREVGQKVENLGYDKIRVRSPLTCESKQGVCIRCYGMDMARLIPAEIGEAVGTIAAQSIGQPGTQLTMRTFHIGGAASAKVQEKEHKVSYTGIVNNINGRLITNEKSQSVFSRRGSIVIQRLIQQYKTEELSNLRVENGQKVDKGELVATSPAGENITSEMPGTIHIENGLFRILGEEAVIPVKTGTIVNVNVKVNDITQPNQPLAEFDPYNEVGISEIDGTVQWMDLEIGKNVRRDEDLRTSNILLKVIEQRREKLNPRIAVISGGSREEYSVPVDAIISVQDGDKVKAGDILFKIPTVAEKTRDITGGLPRVDELFEARRPKDATTLAETDGKIEISGEIVKEKRVLYIHPDNPDLEKVKVTIPIGKQIRVRNGDFVKRGDQIDDGNLDPHDILRVKGVTALQVYLVQEVQEVYRLQGVHINDKHIEVVVRQMLRKVLITDSGDTSFVNQQQIDRLVFNEENKRVIAEGGSPAESVPILLGLTKASLNTESFFSAASFQETTKVLTDAAIKGKTDNLMGLKENVIIGHMIPAGTGTKKYKDIAVFKSAYGDLDRPLEEEEEEEIPQAIAEESDAEE >PUZ48934.1 hypothetical protein GQ55_7G285200 [Panicum hallii var. hallii] MEDGGVPRRSTPPTRRSRSAEFHNFSERRRRDKINEKLKALQELLPNCTKTDKVSMLDEAIDYLKSLQLQLQMLVMGKGMAPVVPPELQQYMHYITADPAQMPPLRPSGQQPRPFQITQANSQRQSNVESDFLSQMQNLHPSEPPQNFLRPPKLQLYTPRGGLASTSHNGGWIPERSSSYNFME >WP_036471418.1 citrate synthase [Mycobacterium triplex] >ORX07480.1 type II citrate synthase [Mycobacterium triplex] >CDO90710.1 citrate synthase [Mycobacterium triplex] MADTDDTATLKYPGGEIDLQIVNATEGADGIALGPLLSKTGYTTFDNGFVNTSACKSSITYIDGDAGILRYRGYPIDQLAEKSTFIEVSYLLIYGELPTSDQLADFTKRIQLHTMLHEDLKRFFDGFPRNAHPMPVLSSAVNALSAYYPDSLDPGDNEDVELSTIRLLAKLPTIAAYAYKKSVGQPFLYPDNSLSLVENFLRMTFGLPAEPYHADPEVVRALDMLLILHADHEQNCSTSTVRLVGSSQANLFTSISGGINALWGPLHGGANQAVLEMLEQIRQSGDDVGEFVRKVKNREEGVKLMGFGHRVYKNYDPRARIVKEQADKILAKLGGDPLLDIAKQLEEAALTDDYFIERKLYPNVDFYTGLIYRALGFPVRMFTVLFALGRLPGWIAHWREMHDEGDSKIGRPRQIYTGYTERDYAPIDGR >MBK9356005.1 hypothetical protein [Bacteroidales bacterium] MENISSYPNNGERKRRNSLFIIIIALLIAALALLAWLYLSTRTRLGNMIEEKESQRVELQHELDSLINEHNNIKLEYGSLSDSLAGKDSIIQANAMEIRKLLDTQYEFFKVKKKLDKLRSISQGYLKQMDSLYTVNRELREENEQIRSSYQKEQQKSTSLQKDKEALTEKVSMAAVLKAYKITGMGVRGSGDKERATEKAKRVEKIKACFTLSENSLLSAGRKDVYVRISRPDKLILARGKGDEYSFTYKGEVLQYSMKETVNYQNQAIDLCLYWINRSSKEDLPAGVYVVSVYSDDFEIGQSTFVLK >NOR15507.1 cytochrome B [Candidatus Aminicenantes bacterium] MSLRKLMDWFDNRLGISDVLNFMTKKDIPQHKHSIWYYTGSSILLFFCIQVVTGFMLALYYRSEERR >UMF87224.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHXXVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRYNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTXYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARXEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTLKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >MCK4600250.1 PIN domain-containing protein [Candidatus Bipolaricaulota bacterium] MPIPRASVDTCFFLRYLTGAPPDQAEQAEKVLQQVERGEIQLIISPLVIAEIIWVLETSVFDLSKQEAAEKAIAILNLRNIHVDNSRLLEEAAVLHAELNIDYTDAYLACFAKAEGLENVYTFEKKDFSKVLWLRVLP >HCE70276.1 deoxyribose-phosphate aldolase [Ruegeria sp.] HQAAWLLKAITLIDLTTLSGDDTVGRVRRLCAKARQPVAPALLEALGMGPITTGAVCVYHDMIETAVEALKGTGIPVAAVSTGFPAGLSPFHLRVAEIGESVAAGAEEIDIVISRRHVLTGDWQALYDEMKAFRAACGHAHVKAILATGELGSLRNVARASLVCMMAGADFIKTST >WP_062723913.1 alpha/beta fold hydrolase [Streptomyces caeruleatus] >KUN94013.1 alpha/beta hydrolase [Streptomyces caeruleatus] MAVSETTARTQADVGRYVSDTWRERYFAACDAVYALGAPAQAEQDVETAFGTTHVYRYGPADPAARSRTPVVLVHGAGSCSAMWYPNTPDLSAERPVYAVDTPGDPGRSVQREPIHQPERAAQWLDETLAGLGLERVHLVGISYGGWLALNQAHRRPERLASVTLLDPGGLEKVGLRFFVWLFAGLFASFAPAALRPRLAAWLEQPVLVMPELRTMVRTAVRAYRIRRPAPLPLSESELSTIRTPLYLALGKRSLLLHPERQLERVPRLIPGARAEIITDTGHGPQIDHAQEMNRRMLNFMASVDLPH >MBQ7943218.1 sel1 repeat family protein [Lachnospiraceae bacterium] MGIQEKDDELFGDIEELITSSLQDTSAADDEDVLDSLCKSIAKTDSCEALKTQADKGDTTAALQVASWYIANAQNIIDYCHAYKYAKKAAKGGHIEAYYILGQLALYGTGCSKNIPRAIRYLSYFAENVDEKELPNESVLVDAYAKLAEAEASRGNRRRAYEYYMEAQELDKRFDTQLGLLKAEMADTQRGFFFAAVVVATAFLCVCGLLFFFVNYVAKDSAYAKYMPWNEVEQVQTIDRD >WP_140264131.1 class I SAM-dependent methyltransferase [Vibrio parahaemolyticus] >TOH62441.1 SAM-dependent methyltransferase [Vibrio parahaemolyticus] MKWLDRLKIANYHRKRYKQFVNDKARTLGWQDEYSQISRFEALTRSLCLEAVSILDIGCGFGDLLEYIESQNQYPARYVGIDQQKQFITKARKRAFKTPVNFICGDFSKLVLPQSDYVFASGSLNYKSSNANHTIEMIEKMYRAARIGCVFNLLDEEKLPSMRMLESHNKVGVLRYCRWLCPDAQLIEGYSDHDFTIVMIKKAEPVS >WP_003333677.1 AraC family transcriptional regulator [Brevibacillus laterosporus] >AIG24687.1 ABC-type Fe3+-hydroxamate transport system, periplasmic binding protein [Brevibacillus laterosporus LMG 15441] >RJL09485.1 helix-turn-helix domain-containing protein [Brevibacillus laterosporus] >TPH16642.1 helix-turn-helix domain-containing protein [Brevibacillus laterosporus] >HAS00340.1 AraC family transcriptional regulator [Brevibacillus sp.] MSDQQQQHSFSAESTVEIDQYQFKLKEIELLKGSQYKPVPLIHQMTSSYVLLIALQGQGHVLIDEQAHPLQKDGVYVCAPGQTLGLELTPEVETYCYVIYFHVYQESGKRRGHLKPVRDKGPFEKGGQVSHTISQPTMLCQTIEKQWKSKKPMDRFLGQITFLQFIHTLMNNKDIRFEDSKTAIAKAKTYIDTHFNKNLCVDDLAKIAGVSSKYFGELFKKTYGIGAIEYVTKVRMNQAKQFMSRPQVRLKDVAHQIGYNDEFYFSRKFKQEVGVSPTTYMKQRQKKVAIYSHRLLGYVLALQVIPYAAPLHPKWSSIYYEKYRAEIPIHLSAYRVDYKWESNIEVLEQIHPDLIISIDQLEGKEKAKLEQAGSVSYVSWSDTDWRAQFLQTAELLQVPQDADKWLISYDHKVKMIREEISGVVKNDTFLIVRLLKQNIYVYSNPSMTQVFYGDLQMIPAHPLHDVGIDEKITIQKLAEYDPDYILVLACPESETLHYWKQLQMRPEWQQIRAVRLNNVHEIFSNPWRDYSPLAHERLIEDVYRLFSGNRPY >WP_170365402.1 1-acyl-sn-glycerol-3-phosphate acyltransferase [Ruegeria arenilitoris] MAMAVQWVRSLIFMVTIYAWMAVLGLVFAPYALFSKGGALRACKTYARTTIWLARWMVGIRGEVRGNVPTGEVVIAAKHQSFFDIILIFDAIPHGKFIMKRELLWTPIIGMYARRLGCIPVNRGKRGAAVAKMVKDVSKEFTEPGQLVIYPQGTRVAPGVYKPYKVGTAVLYEGLGFPCVPAATNVGVFWPRSGILRKPGHAIVEFLDPIEPGVDRETFLARLEEVIETRSNELMREVGFDPDAVHR >WP_248214628.1 GPO family capsid scaffolding protein, partial [Enterobacter roggenkampii] >MCK7203959.1 GPO family capsid scaffolding protein [Enterobacter roggenkampii] >MCK7204004.1 GPO family capsid scaffolding protein [Enterobacter roggenkampii] MTVKAKRFRIGVEGATTDGREIQREWLVQMAASYNPTVYTALINLEHIKSYLPDSTFNRYGRVTGLVAEEIKDGPLAGKMALYADIEPTDALV >ENN81602.1 hypothetical protein YQE_02011, partial [Dendroctonus ponderosae] MYILLLLAGAFVVPLRAEESNSDQLKELLGLIQNAGPEQNILENINLPENVFLNISQYLEKYGYPLETHQVETEDGFTLILHRIPASESISKNNPAVLFAPPLMSSSIDWVNHGSNYSLGLLLSDLDYDIWLLNPRGTRYSMTHNTLNSTQKKFWSYSFHEKGYYDTAVSIDYVLNLTGQQKVTVVGYSEGTSALLALAAARPEYNEKINLIVLLSPIGYMGGVTSPIALFQVKYMTEIKALLEAVNFHAIPYAKWVSELLVAICSIDGSGETCAAALGPLVGYDTEEVDLDYLLIFISDKPSGLALQELYHYGQEILSDSFQQYDYGVVENLLHYGTPEPPTYNVSQITAPVAAYYAKNDFLASIEDVEKLLGELPNIADEYLVEILLGALIAPLNSYKTEDFNAQEFIASLKSTTSEILDLLDVPEDAFLNISQYLEKHGYPFESHHVLTDDGYIVTLHRIPAITSGFGENIDRVNPAVLFVPPMLCSSIDWVSRGANESLGLLLSDLDYDVWLLNTRGTRYSMLHQNLNITGKEFWNFSFHEKGYFDVAASIDYILNSTGLQKITAIGYSEGTSALLALTSTRTEYLEKLNLISLLSPIGYMGGVTSPIPVLAVSFLNALETLPDLLKLYGIPHEELLSELLVSVCVVADFEEVCLQTLGLLIGFDSDEIALDYLLTLISDKPSGISFKQLFHYGQEMRADAFQQFDYGSKNNMAFYGSSKPPAYNVSAINVPVAVYYAKNDFFAALEDVEKLVGELPIVAESHLIEYDKFTHLDFIAAFDINRILYDKVIATIQNHNFL >WP_175863615.1 hypothetical protein [Burkholderia cepacia] >MCA7927664.1 hypothetical protein [Burkholderia cepacia] MKHIENALDGRFPLFEGKRLNPPPLDAERAGRSADCPRFAEVPYDHGCRVPKRPRRAMPAARRTACL >NOU36639.1 glutamine--tRNA ligase/YqeY domain fusion protein [Kiritimatiellaceae bacterium] MSSNFIHEIIDADLASGKHSEIVTRFPPEPNGYLHIGHAKAICLDFGTALKYGGRCHLRFDDTNPTAEDTEYVEAIENDVRWLGFDWGKNLFWASDYFDRMYECAVELIKLGKAYVCDLSVDAFKEYRGVPHLPGKEPAGRSRSIEENIDLFNRMKNGEFADGTYVLRAKIDMASPNLHMRDPAIYRIKHASHHNTGDKWCIYPMYDFAHCLEDSIEGVTHSLCTLEFEVHRPLYDWILETLELYQPHQYEFARLNLTYTIMSKRKLLELVKENLVNGWDDPRMPTVCGMRRRGYTPEAIRAFCTEIGITKTESLTDVALLEHHVRSDLNEIAPRRMAVLDPLKVVITSYPAGQTEEFELPNHPNKPEMGIRTVPFSREIYIEREDFMEEPAKKFFRLAPGTEVRLRGAYLVTCTNVVKDGSGNITELHCSHDPESKGGNAPDGRKVKGTIHWVSAVHGIKAEVRLYDRLFTSENPAAEEADFKEYLNPDSLKVITGFIEPGLAAAKAGEKFQFERIGYFCADIDTDSVKPVFNRTVGLRESSTKQA >KAJ5463595.1 hypothetical protein N7475_008539 [Penicillium sp. IBT 31633x] MVRSLIHLPDEILTSVLCYSSPQSCIAIEQTNSRFRNVTNEPLLWRHHCKLRYKFWDERHDMPQRLARPVHMTDWKTLFVSKYRVDRSVNRLLNNILGSQTGRIEKFRSVINLGYDAKDTLLQHSLIESGEDHLARRYYARALLNCLHRSIAIPEWVKLKRGESVSLDRALGCFDLFVTENGSGDLNEIRLCLDKTLERFLASHPDLYLSTPREKALTIASWLCANGLTGIDPEQEYHSLEHNFLGSALRSPRHNSLPLVSAAIYCFVAQGIGLNAHPCGFPFHVHVIVSPQPGSDMDGNVLPRMELGEPLYLDPFRGARETPVSALRSQLALLGMSDTDQNTTLGEALTSSLILRCGKNILNSIRAESQNITLRTTSIDLVSAKYAALWSVMILSGDSRPMDLRHQLPWLMELFAADFPFDLFLIEEYIAPLFHGLFEHEHILESLHVMRAVDGISKQVRRRSGANANIQYRVGQVFRHRRYHYEAIITGWDSECGADEQWMRRMGIDRLEAGRHQSFYHVLVADRSVRYVAEENIGIILPRFAELPSSLIAIAGKHFKRWDQRKRMFVSNIKDEYPDD >MBZ0263796.1 hypothetical protein [bacterium] MRLLMIFLLLISLTLLTNSAEYTDYVGCSEDATFQVTNSHSSTSYTSRFESGIEEFHTPIHYL >XP_047491136.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491137.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491138.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491139.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] >XP_047491140.1 PR domain zinc finger protein 1-like isoform X1 [Penaeus chinensis] MPATMSGDWDIEAIKEEEWEERAVYLVPDTPTEEACENHATLSLPRNLVLKPSQTLSDVMGIWSTDYIPRGTRFGPLVGKCYAKDEVPKTANRKYFWRVDLGVGKRFQVYKENELYYYIDGYDTTRANWMRYVNPAYSSEAQNLIACQYKTNIYFYTIKPILPNQELLVWYCKEFATRLNYPLTGELMLQKIRQQVNEVEVKQEQDATVETSPSTSPVGSTSSGSPPAASPTQFEAANGQLTPTEGSVRSDEGYHSNGYHDDFNLPEDSSDSENDNNYVLDFSKKKRKESPTEDEEAELRNEYRKVKIKMSRAYHYRSKSTGSDSSEKDKSVSPPLERPQAPPEPAVVPSAESLPQTLPQVIVKPPSAPTVKKEAHASPSTHRSPPYLPPSHYPSFSEQTPRVDSVMEKEQRPESTQEMPEPARRYPVLDQPGHRASELSRAPEAPRPDTRTAPVLPDSRMPMMPDTRLPSVTITKQQVSPDTRQPSMPDTRMGLPAGVRLPLPHESRLAPSRLPLPSMTRLPGLPPSVVAMPVRMPTLPPQDPRITVAPDTRLPVPPDTPHAVQPDTRHPGPQESRSSGPPEPRHPLQDARHPAPPDTRLPVPPDTQLGSSRPTGSILENILLRRLGGKDEADTTHPPSGVHRDLKEPVHIALPSDAHYKPDSASGNSGPSQDFPYKRAYYGSDSSQQISPDSSSAHSKPASACYTSPQPNTQVSYAVQQPVNSAIYRTPVSQMFSNAHFNMYSYNSYNGTSGNGFPPASQASMPMDHRLTISIPTTATGQSPASSNSSHSSQGSPSSQGSTSPNAGNNRGYRSLPYPLQKKDGKMHYECNVCFKTFGQLSNLKVHLRTHSGERPFKCNVCIKSFTQLAHLQKHHLVHTGEKPHQCDICKKRFSSTSNLKTHMRLHSGQKPYACDLCPAKFTQFVHLKLHKRLHTNERPYTCNTCNKKYISASGLRTHWKTTSCKPSSPEEELAAERSPTGSSSGYDYCPSIASGSSLDTIDNNSLDGMSHASPRHDSLHDSVDYDPIIPDDLIKHSQEEFKNYSSEIKCETDTRPSVIETSAHHAIECT >MBN1882318.1 TlpA family protein disulfide reductase [Deltaproteobacteria bacterium] MKNRISYIGAILALTTVFIFGSAVLQVRAADCPRVGDAAPEFTIETLDGKTVSLSDYRGKVVFLNFWASWCPPCKAEMPSIESLKDKMAGCDFVILAVSVDSGNQEKIVSKVQNYIDDNGFTFEVLIDNEQTLARDYGVTSVPTTFILDESGEVVEVSRGAEYWDDDARLVQFRDLSPTCGGELSDKEK >MCP3920706.1 hypothetical protein [bacterium] MTVSIRLNPVLGAGVLTLIGVTPLGAAQTPLQTYVGLSGGDYIGMSLDAGDIDGDGLPEIVLGAPWANNNGGDSGYARIHSGAAGHPQMWLANGNGNFAYFGASLEVIEDVNGDGYNDVLVGAYGEFDPSNSRTGVVRVISGQRIVTGVGLQYLYSVYGEQGSDEFGRALCVVGDIDGDTVDDFVVGARDANPGGVGNAGKTYVYSGVNGALLNTTTGTVVNDRFGFAVAACGDWDGDNVPDYIAGEPGDDSNGQDAGSAQVISGATGVVLTTFFGSSAGDLFGSSVSCGDVNGDGVGDVAVGAPASSVNGNSSGEVHIFAGPAPGSLLGTRFGDTDDQFGFSLDMSGDVNGDGRDDLLVGSPSHNGSRGRATLHLGGSLLSVGTLEPWGTYWIRLGWDVAIVPDTNGDGRDDVFVSGPYTPPGQTGEAHIYSGDFYYGGLGNSYCSPAVPNSTGSPGTITADGSPAVVDGDLALIASALPQGQFGYFLTGQSQGGFQPPGSQGFICMTGNIGRYNQPFNLGMGPTFSIGIDLSALPMNPVQAAVAGDTWYFQCWYRDGSTSNFTDGLAIDFR >WP_159463829.1 ATP-binding cassette domain-containing protein [Microbacterium paraoxydans] MPLADRPWFRVAWPFAVAVVGIGVGALLSAALPGYFVFLAISAVTAAIAILGLGIVTGSAGMIALCQLTFAAVGAWILSLLNVMQAPGGFLVWLVLGGLAAGLVGILVGLPALRLRGVNLAVVTLGFAAAADVTLVQIQFPGSADGIAIERPALFGSDREYFFLSIVVLAVCGLAVFFLQRGRWGASWKAVAFSERGTAAAGQSVRAAKLTAFAVSAALGGISGGLLAGQAQLPFASSFTPLQSLALYVLAIMSGAHLIDMAIFGGLLWVLVPELLKRWGVPQDWGFVVFGVLGVQALTSGTNLGQGIRNLLYRRADRRTKNAALTALPSDAGTDATAITTTTTATVDEAAVDGAPVLTVDGLTVRFGALTALDAVSLQVPAASIMGLIGPNGAGKSTFVDAISGFLPQHEGRVVLGDRDLARLSPTRRARLGLRRTFQQDRVPPALTVGAYVRFVARRRLAAADIDEVLAFFGCPPARARLSSVDVGTRRLVEVAANVAARPRLLILDEPAAGLSHEEHLALAARLRELPGRYGVALVIIEHDLDLVRSVCPTLTVLDFGRVLASGPQAEVLANPDVVKAYMGETELLK >WP_026750608.1 hypothetical protein [Sediminibacterium sp. C3] MNIVRKLLGIVWLALGIAVGYFGLTILGIPKLTSGKQEDLVFGIIICFILLPIVVGGLLVFGKYALQGEYEIVDDNPEHAHYVE >EER8306359.1 RHS repeat protein [Escherichia coli] >EEW8995285.1 RHS repeat protein [Escherichia coli] RDDGLILNDNGGRSIHFEPLLPGEAVYSRSESMWLVRGGKAAQPDGHTLARLWGALPPDIRLSPHLYLATNSAQGPWWILGWSERVPGAEDVLPAPLPPYRELTGLADRFGRTLTYRREAAGDLTGEITGVTDGAGREFRLVLTTQAQRAEEARTSSLSSSDSSRPLSASAFPDTLPGTEYGPDRGIRLSAVWLMHDPAYPESLPAAPLVRYTYTEAGELLAVYDRSNTQVRAFTYDAQHPGRMVAHRYAGRPEMRYRYDDAGRVVEQLNPAGLSYRYQYEQDRITVTDSLNRREVLHT >WP_004619799.1 3-oxoadipyl-CoA thiolase [Caulobacter vibrioides] >ENZ81874.1 3-oxoadipyl-CoA thiolase [Caulobacter vibrioides OR37] >MBQ1563144.1 3-oxoadipyl-CoA thiolase [Caulobacter sp.] MTQAAFICDGIRTPFGRYGGALSKVRADDLAAIPLKALAARNPGLDLSAIDEVVLGSANQAGEDNRNVARMALLLAGYPVEVPGVTVNRLCASGLEAVGYAARAIASGHNDLVVAGGVESMSRAPFVMGKADSAFSRNAEIFDTTIGWRFVNPAMRKAYGVDSMPETAENVAADYGVNREDQDAFALRSQQRAAAAQANGFLAGEITPVEIPGKAGPTLVDRDEHPRETTIEALAKLKPVVREGGTVTAGNASGVNDGAVGLVIASEEAAKRHGLTPRARIVGYATAGVAPRVMGVGPVPAVRKLLAKTGLSIGDFDTIELNEAFAAQGLAVLRQLSLPDDGAHVNPNGGAIALGHPLGASGARLVLTALRQLEATGGKRALATLCIGVGQGAALAIERL >WP_184698676.1 molybdopterin-dependent oxidoreductase [Saccharothrix tamanrassetensis] >MBB5960454.1 biotin/methionine sulfoxide reductase [Saccharothrix tamanrassetensis] MERRMSVATHWGSFVAVVDSGRLVRIEPRHDDPAPSPIGPGMVTAADDSARVLRPAVRKGWLNGEPRAHGTARGTDAFVEVSWDHAITLVSDELRRVRSQHGDSAVFGGSYGWASAGRFHHAQGQLHRFLALDGGYTDARNTYSTAALEVILPHVIGGHPWSYQSRMPMWAEVVDNCELVVAFGGLALKNSQINPGGLARHQTQDLQRQCREAGVRFVNISPIRSDVAGFLDAEWLPVVPNTDTAAMLGIAHTMLVNGWHDEDFLRRCCVGFDRFASYLLGELDGIRKDAAWAAKITGISRDAITDLARRLTTRRSLIMVNYAVQRADHGEQPIWMSVVLAAMAGSMGRPGCGWGAGYATMDATGVARDRAFVATVPEVANPVPDFIPVARIADTLLHPGEVIDYDGKRLTLPELRLVYWCGGNPFHHHQDLHRLTRAWQTPDTVVVHEAWWNTTAKFADIVLPVATSLERDDFAAGFSDPHLVAMPKVREPAGESRTDHHIFAALASRLGFEQEFTESRSEIGWVRHLYEQTRAKLGDDAALPSFDDFWRSSTAELPASTGPFPGSFEALRSDPQRFPLPTPSGRIEIFSEEIDSFGYDDCAGHPKWYEPVEWLRADLSDRFPLHLISNQPASRLHSQYDNGDHSLSSKIRGREPVAINPLDAASRGIESGMIVRVYNDRGSCLAGAVLSDDVMPGVVQLSTGAWWDPVQPGLSGTLDRHGNPNVLTADRPCSRLSQGPSALSALVDVEFYDEPLPDVLAFAPPSLVPPS >WP_010502862.1 PTS glucose transporter subunit IIA [Paenibacillus elgii] MFKKSFFSTKRKTEEILISPMTGRVLAMEDVPDPVFSNKKAGLGIAVDPEAGTVVSPIDGELVHLFRTKHALWIRGESGLDILIHIGLDTVYMQGEGFKALAGSGERVKTGQPLSEFSLDLVRKKAVSAITPMFLITPSQIEHAEIELPDRAEMGVTPLMKVKVKPYAGDSVERGTP >MBR2359580.1 nucleotidyltransferase domain-containing protein [Bacteroidaceae bacterium] MKRTEVVNRIAEVVHRIVPEAQAILFGSEARGDARADSDIDVLVLLDKPRITTEDFDNVSYPLRELGWEVGEVINPILYTVKDWTKNSFSLFHKNVMKDGIVL >WP_055449466.1 tetratricopeptide repeat protein [Thiomonas bhubaneswarensis] >CUA93398.1 TPR repeat [Thiomonas bhubaneswarensis] MSSPLSSHPDLDLQTEPPKHLDFDETQHPLEVLAHEGDATAQEWLGAHYHDRKDYVHAARWYRRAADQGSAGAKYNLGWLYVHGHGVGQDDTQALTLWQEAAQTGLARAMNGLGFMYEHGRGVPRSDEQALAWYRRAAEAGDAGGQCNLGFFLLDGRGGAVDLAGAAALFSMAAHQGHREACYRYGHMFLTGQGVAADDAQAAAWLRKAAEMDHPAAQRELATLLALGRGGAPDHAQAAGWYQRAAEQGDAQAQFSLGVLYYRGLGKLQDIDKARQWWQRAAAQGEERARNNLALLAKGVRR >WP_136955567.1 ribonuclease [Novosphingobium sp. EMRT-2] >QCI93351.1 ribonuclease [Novosphingobium sp. EMRT-2] MAEWLHEDGIGEERAILVERGDIIAARVDWGEALRPGFTGPAQIVVKHKGTRRGIARFADGGEALVDGLDPAVTEGATLLLRVTRAAIAEKGRTKLPQARPAGPEALPAPAPGLLAELRAGPLPVRSLPITDRSFDEAGWHELVEQAQGGEIAFPGGSLLVSPTPAMTLIDIDGTLPPPMLARAAVPAIARALTRLDIGGSIGVDFPTLADRKDRLAVDAALTEALAGWKGERTAMNGFGFVQLVARLERPSLVARFARHRTGAALRALLRQAERVTDPGVLLLTAAPALRRAMPAEWEAELIRRTGRAVRWQEDTGLALDGGFAQAVAA >WP_069367753.1 MULTISPECIES: AraC family transcriptional regulator [Proteus] >MCK9780498.1 AraC family transcriptional regulator [Proteus columbae] >MCT6518838.1 AraC family transcriptional regulator [Proteus vulgaris] >ODQ07011.1 AraC family transcriptional regulator [Shigella sp. FC130] >OEI94406.1 AraC family transcriptional regulator [Shigella sp. FC1655] MNTIQCDKTDRYDCAIQKRSYFYPQYQILENEQKAIFLIRKNALILQNCTDTVTSNENQVLFLQQGSYTIKTQGAEPTDIIYIPLSDDFLRNFMSKYNDILCQIEREDEFSSAFICFQNSPLIQFCSNGFEYLTAQSCPEAFTQLRIEELLILLLSTEQGADLMALLRQLSHRQVDRLKIFMEKNHLKNWKLKQFAREFGMGLTTFKELFNHVYGTSPRTWICERRIIYAHQLLLTTEMSIVDISMESGFSSQSYFTQSYHRRFNMTPSKARNIKSKL >WP_110307043.1 DoxX family protein [Flavobacterium cheongpyeongense] >PXY40488.1 DoxX family protein [Flavobacterium cheongpyeongense] MKKAKIIFWTTTILIFLFEGVMPALTSQSEMAKEGIRHLGYPEYFGNALFVFKILGVLALVIPQVSNRIKEWAYAGFVFDFIFASISHFVVDGIDFQGFFPLIILAILMTSYLYHHKIEHYKSNSI >WP_100173513.1 HigA family addiction module antitoxin [Limnohabitans sp. 15K] >PIT81348.1 addiction module antidote protein, HigA family [Limnohabitans sp. 15K] MNMHNPASPGELLSGWIEDLALTKTAFAQHIGISRVMLSRVINDHAAVSADMDLRLSEALGTTQGYWLALQTQRDLCNARKAAKRRKPIKPMTAPVLKAA >WP_120370033.1 hypothetical protein [Acinetobacter guerrae] >RKG33882.1 hypothetical protein D7V21_08240 [Acinetobacter guerrae] MFKTEELNQLLQIFLEQQPSQEMQQQLLHKYVNLEATILRAKVLRSLSSNSSVYIIQSAVGWDDFDIAYLFSPIILSNLNKKTIYTTPLTAAINYMLESYYQVKTKSAVNIDHALESLNLYLDIFECADEIDFLFLSFIKAICRADVSKIFIISKMKIDFRILNQINQFLDIEIYIVQTQSHDIAFHTKQIDQKKLFFKVKDELHRNFCHDFSKMNAELLVLTHGFSQKQAHHLIEDMFYSEHLFEKISVYSEYIQTQIQNENILKRSRHSTISF >MCE9577072.1 NDP-sugar synthase [Deltaproteobacteria bacterium] MRAMLLCAGYGTRLGALSDERPKPMLPVCDLPILRYGIANLVGHGICDLVINVHHRGDVIERELGDGARFGARIQYSHEETILGTGGGLKHALALLDPDGKDEPFLSLNGKLIFDVDLGALVRAHAAAGDVLGMMVVRRVPDAVAWGAVDVREDARGLRVDNVLGDGQHMFCGVHVTRPSVVARLPDGEACMIRQGYLPWLRAGERVAAWEHGAGYFAEHSTPARYLESNQALLAGTALRFPPGGVVGIDPTARIAADATIIEPVRIGPGAIIGPGATIGPDAVIGAGAVILPNAHVARAVVWAGARAAGELVQAIVPASGIPVPAN >MBL4744408.1 efflux RND transporter permease subunit [Cycloclasticus sp.] MIEHIIHWSIRNRVLVLLLTAVLVVWGIVSVKNIPLDAIPDLSDVQVIIKTSYPGQSPQVVEDQVTYPLASAMLSVPKAVNVRGYSFFGDSYVYVIFDDDTDIYWARSRVLEYLSQVSSRLPEQAQSELGPDATGVGWVYEYALIDTSGQHDIAELTSLQNWFLKYELQTVHGVSEVATIGGMVKQYQVVVNPNSLRAYNIPLSMVKSAIQNGNQEAGGSVIEMAEAEYMVRTTGYISGIDDLKNIPIRVNDNGIPVLLSDVAQIRLGPEMRRGIAELNGEGEVVGAAIVMRFGENALSTIEGVKAKLETLSSSLPDGVEIVTTYDRSTLINRAVSTLNLKLIEEFIVVALICAVFLFHLRSSLVVILSLPVGILFAFIVMRHYGVNANIMSLGGIAIAIGAMVDAAIVMIENVHKKFEGKAVNDETERWNVIAKASCEVGPALFFSLMIITLSFLPIFTLEAQEGRLFAPLAFTKTFAMAGAAFLSITLVPVLMGYFIRGNVLPEHKNPVNRVLLTLYRPVINAVMNAPSKTLLIAGILILVGYAPVSKLGSEFMPDLDEGDLLYMPSTFPSISIGKAQQFLQQSDKIIRSHPEVKSVFGKMGRANSATDPAPLTMVETTIQFKPKSEWREGMTIEKIKDELDQQLRFPGISNIWVMPIKNRIDMLATGIKTPVGIKVAGSDLNVIQAIGKDIETVLNKLPDTASVYSERVASGRYIIIDINRYAAARYGLNIQDIQQVVSAAVGGVKVGTSVEGLERYPISIRYPRDVRDSFKKIKDLPLVTPVGATIPLSEVADIRIEEGPAMIKTENARLNGWIYIDIKGSDIGSYVEEAKALIEQEIKLPAGYSIAWSGQYEYMQRAIKKLTLVLPATIAVIILLLYLNFRNLTEVAIILGTLPMSLTGGIWMLYLLDYNLSVAVGVGFIALAGVSIEIGVLMLVYLNQAWALKLEEVKEQQRELTFMDLKEAVLSGALKRIRPIVMTVMAVVVGLMPIMLGDGTGSEVMKRIAAPMVGGMLSTLLFSLLMLPAVFLLWKKSVLKNVKS >NDD01017.1 succinyl-diaminopimelate desuccinylase [Betaproteobacteria bacterium] SDPFTPTHRDGKLFGRGASDMKTSLAAMVVATQEFYQECPNPALGIAFLLTSDEEGPALDGTVRICEMLQQRQETPDFCIVGEPTSVHQTGDMIKNGRRGSLSGKLVVKGVQGHIAYPQLADNPVHRAAPALAELASMVWDQGNEFFPPTSWQISNVQAGTGATNVIPGEMVIDFNFRFCTESTESTLKQRLTDVLIKHQLKFEIEWTLGGLPFLTTPGTLVKAVQEAIHEVTGLNTELSTTGGTSDGRFIAQTCPQVIELGPPNATIHKIDEHVALADIEPLKNIYKKVLLNLNQACARQLGKAT >MBY0289623.1 M20 family metallopeptidase [Mycobacteriaceae bacterium] MPRATASSRVEDAVNRRRGDLVELSHSIHAEPELAFAEHRSCAKTQALVADFGFEITKGLGGLDTAFRADYGSGPLVIGICAEYDALPGIGHACGHNIIAASAVGTALALAEVADELGLTVALLGTPAEEAGGGKVLLLNAGAFDDIVATVMLHPGPLDIAAARSLALSQVAIDYRGRESHAAVAPYLGINAVDAITVSQVAIGLLRQQLAPGQMMHGIVTDGGQATNIIPGHAQMQYTMRANDAASLRELEQRMSDCFLAGAVATGCDYTVAETEPPYDELAPDSWLADTFRDEMVRVGRTPVPAEVEAAFPLGSTDMGNVTQVMPGIHPIVGIDAGGASVHQPAFAAAAAGPGADTAVVEGAIMLARTVVRLAETAAERDRVLELKARRAA >WP_044453403.1 LysR family transcriptional regulator [Pandoraea vervacti] >AJP56025.1 LysR family transcriptional regulator [Pandoraea vervacti] MELRALRGFVEVVRQQSFTAAAEALFVTQPTVSKMVKALEDELGTPLMLREERGMGRRLQLTDAGRVVFERGQDVLAAYARLQQELADLETVSRGELSIGIPPLGGDLFIPVIGAFHQHYPDIEMKLFETGSRAIEQALLAGEIELGAVLLPVDPTVLDVLPVCHYQLRLIAPRESRWEGRASVGLGELRDEPFVFYGEGFALSEFVIAACRRAGFTPKIAGRSSQWDFIASMVDNGVGIALLPEPFCARLDPKRFVITDVRDPAIPWDLAMAWRRDSYLSHAARRWLALARDLLGPGGDGEAKAAIAGAARRT >PYX98855.1 transcriptional regulator, partial [Acidobacteriota bacterium] MNAEAELAEIAFCIGDPSRASMLWSLMGRKKARPASELAMLANVSPQTASNHLKTLVN >WP_253783299.1 EamA family transporter [Gluconobacter japonicus] MQSVEKYGQLKAVGLLIGGISSFQIGATLAKGLFPLFGPTGMVGLRVCMAALILLTIWRPTRMTLTPAAWKLLLPYGASVAVMNFCFYIALVRLPLGIVVALEFTGPLTLALTGSRRWLDLCWALFVIAGLYLLLRPETAVVPGTLHHLDLFGICAALLSGCGWIVYILTGTRMGKILDAGQATTLGMTTAGILLLPCLIPTIPTVITHPWQGGAALSVAVLSSAVPYILDMMAMRRLKPRDLGILLSMEPMLGAISGWIFLGEGLSAARWMGVLCIVVASLGNVLTAKKVAAH >EFV9236312.1 IS110 family transposase [Shigella flexneri] >EFW0298298.1 IS110 family transposase [Shigella flexneri] >EGE0102377.1 IS110 family transposase [Shigella flexneri] >EGE3382788.1 IS110 family transposase [Shigella flexneri] >EJD5263671.1 IS110 family transposase [Shigella flexneri] ISKRGDKNLRRLLVQCARSFMMQLERQHGKLAEWVREQLNKKHSNVVACALANKLARIA >MCF8210731.1 acetyl-CoA carboxylase, carboxyltransferase subunit beta [Rhodoferax sp.] MSWLEKLLPPKIQRSQAADRRSVPEGLWIKCPSCETVLYKTDLEQNQNVCPSCSHHHRIGARARLNGFLDNEGRFEIGQEVLPVDALKFKDSRKYPERLKEALENTGETDAMVVMGGAVMGIGLVAACFEFEFMGGSMGSVVGERFVRGVETAVEQKLPFVCFTATGGARMQEGLLSLMQMAKTNAALTRLAKKGLPYISVLTDPTMGGVSAGFAFIGDVVIAEPKALIGFAGPRVIESTVRVTLPEGFQRSEFLQTKGAIDLICDRRELRKTIAETLAILQRQPADAVM >WP_181110053.1 murein biosynthesis integral membrane protein MurJ [Pseudomonas psychrotolerans] >MBA1212576.1 murein biosynthesis integral membrane protein MurJ [Pseudomonas psychrotolerans] MNLLKSLAAVSSMTMLSRVLGFVRDTIVARTFGAGMATDAFFVAFKLPNLLRRIFAEGAFSQAFVPILAEYKAQQGEEATRTFLAYVSGLLTLVLAVVTVLGMLAAPLVIWITAPGFADTPEKFALTSSLLRVTFPYILLISLASLAGAVLNTWNRFSVPAFVPTLLNISMIVFALFLTPYFNPPIMALAWATLVGGLAQFLYQLPHLKRIGMLVLPRLNLRDAGVWRVMKQMGPAILGVSVSQISLIINTIFASFLAAGSVSWMYYADRLMELPSGVLGVALGTILLPALSRTYAKADRQEYSRLLDWGLRLCFLLVLPCSAALALLSEPLTVSLFQYGRFDAHDALMTQRALVAYAVGLLGIILVKVLAPGFYAQQNIKTPVKIALFTLAVTQVLNLILIGPLQHVGLALAIGLAACLNAGLLFWQLRRHNLFIPQAGWTGFLLRLLIAVTVMSAVLVGLMQVLPSWSEGLMWQRLLRLGGLVAAGVLAYFASLFLLGFRVRDFNRRAVL >WP_251376328.1 class I SAM-dependent methyltransferase [Paenibacillus sp. YPG26] >USB32764.1 class I SAM-dependent methyltransferase [Paenibacillus sp. YPG26] MSDHYYSSKPVTAHNRKTWEATLRGRLYKFVSDAGVFSKQGVDFGSRVLIDAMEIPEDASVLDVGCGYGPMGMAAAGLASRGRVTLIDVNERAIELAKENVSNNGIKNVTVIQSDLYKALGDEKFDVILTNPPIRAGKATVHAIFEGAADRLNEGGSLWVVIQKKQGAPSAKEKLESLFGEVEEVTKEKGYRIFRATKK >MBN1266236.1 PD40 domain-containing protein [Anaerolineales bacterium] MDNNQYEPYIFRLSADQPPPKKPKRGKWIALALIIIVLFVSALLVFLDFTELLPVSLIRNVAVANSGNESLSNGTEPPIQVSSTRTTTPTSQVTPSITSIPATRAAYYGTVIYTDIVSGYNQLLAISPGDPQPRRLSDGAWNDNEPALSPDGRMLAFRSDRDGYQDLYWMDMETLEYTRLTATQTYEGSPVWSPDNQWLCYEVYENGNFDLWIEAVDGSQLYTLTGHPAMDIDPAWNPAGRQIAFISDRDGNRDIFLANLEDPEQRFKNLTNSPQILESSPVFSADGRYLAYSGYESGIYQIYILDMNHSDAEPVHIGQGRLPAWSPDNRSLAAVLSMPNGEQLVTYAVDSEPIRPLGIPLLQSTGVVWMTGSLSSSLPFLSDSPSTVNQLQVSSALLDSNGRYQLVSIADIDAPTPKLSAAVAGSFNALRAHCLEEAGWDVLATLDYAFVGINDPLPPGFAYDDWLYTGRAVALYDALLPSGWAEIIREDYGLETYWRVYIRTLPQDGSTGEPLMDHPWDFEARFTADPTTYDSGGAIKESIPEGYYLDFTELARAYGFERLPALPNWKRYLDGARYSEFALKNGLDWNAAMLEVYPAQAIITPTPYQTPTRTPTRTPRPTATPWWFY >WP_230078324.1 glycosyltransferase family 25 protein [Helicobacter pylori] METQQDFKGLSEPCKIAPQKTSFNPVAFKKIKRKLNRFIGSILARTEVYKNLVSKYDDLTTKYDDLTTKYDDLTIKYDDLTTKYESLLAKETNIKETFWERRADSEKEAFFLEHFYLTSVYVASTAGYYITPKGAKTFIEATECFKIIEPVDMFMNNPTYHDMANFTYLPCPVSLNKHAFNSTIQNAKKPDISLKPPRKSYFDNLFYHKFNARKCLKAFNKYSKQYAPLKTPKEV >WP_029165724.1 M55 family metallopeptidase [Aminiphilus circumscriptus] MKVYISCDMEGATGVVRWEQVEHDKPEYEFGRAMQLHDLLAVAEAALECGADEVLVNDSHSRMINLDARRIPKGLRLVSGSGKYLSMMEQVEGADLAFFVCYHAKAGTLRAILDHTMSGNTFDLTLNGVSVGELGFNAAVAGHFGVPPALVTGDAAVCREAKSVFGDDVTTCVVKEGVARTSAVLLPPEETAALLQKAVKEAMARGRKAVPYRPAFPGRVALTVFNCAQADAAAGIPGTIRESGRTLTFEAKDAVEAYCWFRSALSLAGTVPR >WP_234523932.1 cytochrome c [Marichromatium gracile] >MCF1182281.1 cytochrome c [Marichromatium gracile] MKRMPASAVAGVLAVALASVASAAELKPEDQIQYRQAGYSFMAWNMGKIKANLQGDFDQGQVEAAANAIAAIANSGMGALYGPGTDKDVGDVETAVKPEFFENMEEVGKVARNFIAAANNMAEVAAAGDQAAVQDAFGKLGQSCKSCHDKFRADD >TKJ47549.1 hypothetical protein CEE34_03175 [Candidatus Aerophobetes bacterium Ae_b3a] MKKKSHKFFYIAIIIVLCIIIAGLFLQLRISTYQNDFLQIDLKVKELTKTLNLPLIKEKEIRGRFFLPQLQQEKTLSIPFDYPLDKLLLQIQEELSLRLVKIHQLEEEDSKDQYQILAKVGSESRITHTLRFILKKIKIALLIDDFGYSKGEIVDVFLEDLNIPFTISVIPGTPQAKSVAEQAHKSGKEVIIHLPMQPKGEFNPDYKWIILDRMSEEEIKSTMKEARKDIPYAVGLNNHMGSLITSEERPMRALLKAVKQEDLFFVDSRTSPDSIAFALAQEMGVKSTSRQVFLDNEKDIDYIKGQFQQLISSAKEKGKTLGMGHIDITTAQALKEIAASLDERKIELVYVSEIVN >KUK66960.1 Uncharacterized protein XD86_0964 [Mesotoga infera] MLIALIILSTVTLVSFLFAIASIRRLSRSIKKNQELQLSLKDLERDVSDRDEKLEWLTSAKEELEATFKAISSDVLNSSTENFIRQANDKFSGLLKLQKEDWGSQKKDFESLVSPVRDNLEKLEKNVKELESKREGAYKALEEQLKMLSEANTDLRQGVTDLKSALRNRSTRGRWGEIELRRIVELSGMTEHVDFEEQESIDNGRPDMIVKLPNEAFIPVDAKVPLDSYLTALEEEDESLRKRLMGSYAKNVRDTVNRLAGKKYSEAFSRTADFVVMFVPLESAINAAFLADPDLFEYAVSKKVLIASPVNLVALLKSVAYGWQQYSLTENAERLVQASKELYERFGVFFSHYNRLQGHLKNAVRAYNDGVGSFESRLLPKVREIEALAEVNEKLGEIEEISDEPRSSDLVNRD >KAF2778654.1 peptide hydrolase [Streptomyces sp. OM5714] MDGRPTQGEQVPDWEKRFRAPRVSLPDWAEDAPDRSLFVSNATGTYELYAWDRSSGQQRQVTDRPNGTTDGVLAPDGDWIWWFDDKDGDEFGVWRRQPFAGGEDEPAVPGLDPSYPAGLALGRDGRTAVVGRSTDEDGTTIHLAYAGGPPSEIYRHRESAGVGDLSHDGSLIAIEHTEHGDAMHSALRVLRPDGSKVAELDDTEGGQKELGLEVLGFAPVDGDPRLLIGHQRRGRWEPLVWDVATGEQTDLALELPGDVSAEWYPDGSALLIVHGFEARSELFRYDFAERGLTEIDTPAGTVSGATARPDGSVEYLWSSAAEPSAVRSTTGRVVLDPPGPKSPRSVPVEDVWVEGPGGRIHALVQKPAGATGPLPTVFDIHGGPTWHDSDAFAAGPAAWVDHGYAVVRVNYRGSTGYGRAWTDALKHRVGLIELEDVAAVREWAVTSGLADPERLILTGGSWGGYLTLLGVGTQPEAWTLGIAAVPVADYVTAYHDEMEGLKALDRTLLGGTPEEVPERFEASSPLTYVDDVKAPVYISAGVNDPRCPIRQVENYVERLESRGAVHEVYRYDAGHGSLVVDERIKQVALELDFAARHLPKP >MBL7183650.1 hypothetical protein [Anaerolineae bacterium] MIAGPLFLIGLPLALAPVVYLLRRWRLLAASLASATALIVASLCLGLPLDRPVSVLGWEVALGEPMMVLGREFALGLAGGFTLGFICLVATIAFLFAWRISLGDLFFPLGLIILSLLGAAVMIRHFLFAVLFLWVLSIIAVFIIQGDRQDPSLRRVSKAASGQATGPFDRRCPELAEGLRTSLRAGPGRGTLRYLVMVSLAVPLLLVTPWLIELQALNPDNLALLRYAAVLLTMGFAILLAVVPFHGWVSAVAADAPPVAAAFVLTATNAVVLLLMLNLLQSYSWLSENPQVFWLLRLGGFLMAAVGGLLAFAQRDFGRLLGYAVLSDMGCTLVALSIASPAALTAALLQVAHRSVGLMLTAMGLAVMRHRAGSDSFANPSTGSGHRLAGVARRLPLSTAGLVLGGLSLAGMPLTAGFPSRWAIYRLLSAPNLPLAMLLSGAGVALGYLRGLSTLLGPSTEPKVKREPFVASLIILGMIILCLWLGLRPQWLLPFVQRVAESFSFLR >OEL34993.1 hypothetical protein BAE44_0003988 [Dichanthelium oligosanthes] MWWFKLACIALAVATAVLGVSAAPPSVVDLAHCPKSCGGVNISYPFGIGQGCFRPGFEVTCNHNARPPKLFLTNTTTKIVQTYPWGGVDMFIFFNIATRPGAFGSYNRSWKAPGKSLFIGQDFIVVIIGCGVEAFLFDTTSGPGNLLGSCVTMCDDMVALEIAEGGYCNGMACCYIVLYAPFEVHAFRLDIIQKEQAVPVALVNATTLKAFLLEYKDMYTFSILDLLSDKVNESTIGAATVHLWPVITDQPNCQTARMHEQYACAASNCQEYGENVGYWCTCSNENDHGNPYIVGRGGCSEGKYCSSILWQCCPQ >KAG2288705.1 hypothetical protein Bca52824_048309 [Brassica carinata] MIFEEVAPRKKGQTVGIDSVNGVAKVTLSYASRRDEEDSQMKALMDSQQDRLDSLEDLLDVMAVGNP >WP_196132500.1 hypothetical protein [Pseudomonas fulva] >MBF8675046.1 hypothetical protein [Pseudomonas fulva] >MBF8696394.1 hypothetical protein [Pseudomonas fulva] MATTWLFNPHSNSEKKPAINGQLNTVSENLLFLRNPWVADSIFMGKLYCAMTLALIIGFTCLLLTAESWKLYLADPVFFAMLASAQLIFLPFLFYRIWLIRGLSDFCFNRSTQKIYYKRLSKTFIFDWHNTGGGIFQRTECGGSSFSTSYALAFAPRRADGSLHQKDCLWVDSNEPTDPDIKHVAEVWEYLRHFMDYGPDKLPPPGEANWWHRPLHAICLTPAEAWRHYAPWRTGEPGELQGKKNWQLPFWAVLFPYNLAVALCWCGVCWLFNVRAAPPPPEAFEQAPLRPPKKIHK >MBY5764273.1 AraC family transcriptional regulator [Rhizobium leguminosarum] MLLVVTQRDELCPADQCLSYHADGQSPLNGAAMTVDSREEISPVPLRTSPAGLEAYIAGRTLVSGDGPAWTDLFVQVFSRMTVQRPFLVPAVAEPLVVWVISGQACVEERDLGGEWEANTVRVGDFFLTRSHTPYEMRWRAEGDEPFQVMHLYLSVPLFERVAETVLGKAASVMRLRDISGGRDQPLSSMLELIHAELTAEGQGSRLFVQGLAQTLAVHLIRQYAIFDAEARPSNALPGAKLRRAIAFMEANLQEPFDLARLAQTVGISAFHFSRLFKKATGLSPSHYFIRQRIAKAQQLLQETSTSIIEIGMSVGYSSPSHFAQIFRREAGVSPSNYRRS >MOP14804.1 immunoglobulin heavy chain junction region [Homo sapiens] CARNRFCSGGSCYSGWFDPW >MCC6757021.1 tRNA (uridine(34)/cytosine(34)/5-carboxymethylaminomethyluridine(34)-2'-O)-methyltransferase TrmL [Arenimonas sp.] MIDVILFEPEIPPNTGNAIRLCANTGARLHLVEPLGFEWDDARVKRAGLDYHEFAEVKRHTDFAACLAHLGQPRVFAFSSKAGIRFDAPAYRDNDALLFGPETRGLPAEVLATVPET >GMA85510.1 hypothetical protein GCM10025868_07600 [Angustibacter aerolatus] MGTHQFLLDDPQNTIFLIVVMVWIQAGFAMTVLSAAIKAIPDDIIEAARLDGVQGFGMFRFITLPSIRGSVVVVVTTIAIGVLKVFDIVRTMTGGQFKTSVVANEFYNQTFRYDNQGLGAALAVVLFLLVVPIIIYNVRQAATGGEPMSTAINPAVAEIGERPVLKNSISTSERARKTLSSRFASLVAIIIAVLWTIPTFGLFVTSFRPALETNRSGWWHVFTDPTLTLDNYKTALTDGSQPLAQFFVNSVVITLPAVLLPILLACLAAYAFAWMDFRGKNVLFVAVFALQVVPLQVALVPLLSLYTTKRTSVARTGRCGCRTPCSRCRWRSS >OAN53756.1 phosphate ABC transporter ATP-binding protein [Magnetospirillum marisnigri] MNTANTNGTAKVRSRGLEVFYGEKQALFGVDLDIRSGEVTALIGPSGCGKSTFLRCINRMNDLVDGAKVNGSLTLDGDDIYHREVDVVQLRAKVGMVFQKPNPFPKSIYDNVAYGPRIHGMAADQAELDEIVMTSLEKAGLLGEVKDRLQESGTGLSGGQQQRLCIARAIAVEPEVILMDEPCSALDPIATAKVEELIDELRDNYTIVIVTHSMQQAARVSQRTAFFHLGKLIEMGDTEQIFTNPQQPLTQGYITGRFG >HHT66172.1 DUF4363 family protein [Clostridiales bacterium] MKAIILAAILVLLVVGMGVFFQNMLGKDSREMMLALQDAAKQVQKEKWLEAEATLQEISRQWQGKRKKWHAVSDHTEIRIIDESMARLKAYISVQEKKDCLAEIAALQQTIRYIPDKEKLTLSNIF >KAI1051942.1 hypothetical protein LB506_003359 [Fusarium annulatum] MSRIMSGASQKDPYASASASASASAASSSSHTPNSNSDDRDELDFLHDDASDDSGRGRSRDRDHVLGDDPLQSNLSAPMTFKRRQGPSLWSAPSRLLSAITGSRPHASSRGPSPAVYPSSNTPPRSETVVFNEASKDGVPHDWYVEGPGRRVGYEDLTAIDWIFEYTKERQRLRMLYSSASGVIGYVRRLIDASQVWIVLLLTGMLVGTVAAVINVTTDWLGDLKEGYCASGPEGGHFYLNKAFCCYGYDQGSKCDGWKTWGDALGVHSKGGKWFIEYLFFVSFAMLFAYVAALLVQEYAIYAKHSGIPEIKTVLGGFVIRRFLGLWTLIIKSLGLALAVASGMWLGKEGPLIHVACCCANVFTKLFRNINDNEARKREVLSAAAASGVSVAFGSPIGGVLFSLETLSYYFPDKTMWQSFVCAMTAAVVLQAFDPFRSGKLVLYQVHYSIGWHGFELLPYAILGVMGGIHGGLFIRINMAIARWKKSNRWIPGPIVQVLIVAFFTALINYPNFYMKVQTTELVSNLFSECSQVLDDPIGLCRTGAASARTIVLLVFASVLGFFLAAVTFGLQIPAGIILPSMAIGALTGRAVGIIMEIWVTNHPGFFLFGSCEPDIPCVTPGTYAIVGAAASLAGVTRLTVSIVVIMFELTGALTYVLPIMIAVMISKWVGDAFSRRGIYESWIHFNEYPFLDNSENNESIPDIPASQVMTRIEDLVVLTATGHTIASLTTILEMHPYRGFPVISDPREAILLGYISRAELAYNLSASTQAPRLLPPETEAFFSHQPMADPRTTLDLRPWMDQTPLTRASHTSLHLVATYFQKLGLRYLLFSDRGVLQGLLTKKDVWYVLNGAEETRRTMGLAPGGAGHETGVADRIADDNGGGESSGLLHGDGADDGDSIQGEEPML >WP_137202811.1 glycosyltransferase [Pseudomonas viridiflava] >TKJ63458.1 glycosyl transferase family 2 [Pseudomonas viridiflava] >TKK31310.1 glycosyl transferase family 2 [Pseudomonas viridiflava] MSHLEQSGYRLDRRTGVWARPDYESLAYSDGDEHEERLAAIVRQAQDMSVLSTELSQHCTDWVSLYHLGRARGNLLRPFEHCLTGRVLEIGAGCGAISRYLGECGATVLSLEGSLRRARIAASRTRDLDNVTVIAERFEQFQPPQRFDVITLIGVLEYASLFNQGDDPALDMLVRVRELLEPDGILLLAIENQLGLKYFAGAPEDHLAVPMAGVEGRYSTHGPQTFGRKRLTHLLERAGFSRSEFLFPAPDYKLPNSIVTQRGFEHPDFDAAALLWQNVRKDPQLPGATLFNLERAWPVVVDNGLGMDLANSFLIAASCSLTPLAMPNLLAGHYNVSRKPGYCKQTLFIETPDDIEVRHEPLRSDGAPHKDFRHVLSRVDPYRRGSVLSQQFLEIASTPNWTVKQFGAFVARYCQALRDLLAGQGHDLPLQRLDERLPGVLIDAVPQNIILEADDRPTLIDIEWEATAGIELGHLLIRALLLLIASASPFCSSVMPLTRRQFVTEILFHAGLGITPTQLDGFIEQEAHFQAFVTGLEASRFLNWEADRIINQRVSPTAPKIQARLYYSDDAGNFKEEAALNLEVLPGHQRLRFSLSSIETRPRSLRLDPVDRRMTFSLDNLRLEKEQTVIWQWDGQIAALPLISGLQEVERTGSSLLFVSLDDDPYLQLPVDLSQRHDIRELVLTLDLVLYTDEVIARRISQGLNWSQQHETSLRTAVQPLSDQIQALTRRVSELDSATQLIERHVIEGEIGTIQTVERLLNENGHDLREREDLIRQLQNAMLELQREKDTRIHQLNLRIHELENSYSRRLAAPIRHTVLSTHRLVIASRRLPALIRRGGGLKATTRRATTVLREHGVRGLIERVRWFNTVGHAAAPENDAPDRHDYAAWIKRYDTLNDSARDAMLEEIGNWENPPLISVIMPVFDPPLDMLREAIDSVRQQVYPHWELCIADDASRQPAVRDFLRKVQRQSAQIKIMLRSENGHISAASNCALDLASGRYVALMDHDDLLPEHALYWVARAIVHNPDAGVIYSDEDKIDQQGARSAPYFKSDWNAFLFRSQNMISHLGVYQRDLVNRVGRFREGFEGSQDYDLALRCTEKLSPAQIIHIPRVLYHWRIHAGSTAVASDEKPYAVHAAVKALNDHLHRTGLKGEVELLPFGMYRVHYTLPEPAPLVSLIIPTRNAWALLKQCIDSIQRLTTYSRYEIIVIDNGSDEAESLAYFAQIDQQPDIRVLRDDGPFNYSALNNRAVSQARGELVGLINNDIEVISPDWLDEMVSLALQPGVGAVGARLWFPDDRLQHGGVVLGIGGIANHAHKFLPRGQYGYFARAVLIQEFSAVTAACLVIRKKVFEQVGGLDEVNLKIAFNDVDFCLRVQEAGYVNVWTPYAELYHYESATRGFEDSPEKQERFNDEVAYMARRWPKIRSDYAYNPNLTLDDIDFGLAWPPRASD >MCP5262709.1 ABC transporter ATP-binding protein [Rhodoferax sp.] MLEVSDLSVRLQTQRGPAYAIRHVSFALQRGDTLGLVGESGCGKSITAMALMGLLPENAEVSGSIRFDGQELVGQSDAVLRRLRGNRIGMIFQEPMTALNPVHTIGDQVAEPMRLHRGVARDEARAQTIRLLERVGIPNAAGRVDAYPHQFSGGQRQRITIAMALACEPDILIADEPTTALDVTIQGQILDLIHDLVLERSMALILISHDLGVIAQNVERMMVMYGGSVIESGATRRVFGHMAHPYTRGLFGARPRLGAPAGTRLTTIDGTVPELVDLPAGCAFADRCSWAQPACFTTRPPAETVDAGHEASCLRLDAVLAQDAA >MBA0617731.1 hypothetical protein [Gossypium davidsonii] >MBA0653077.1 hypothetical protein [Gossypium klotzschianum] MANMRDEFKLKIGDLNPQTLFATLCWLLWKNRNTFIFQQVFRTADELIRKSDRLVTNACDVVINQSKKRGDQIERSRWKPPDFGWIKINTDDATSRNGNWSIVDSRFVTLKVIGWKALKRVLGTRTTLKAILYGLKVVWLLLERLK >SOE69513.1 Flagellar capping protein FliD [Burkholderia sp. OK233] MSTITTTSVSSATANAQSQVQQAAQSIISGSTGNSAMDVASLVSALVNAKTAGQTAALKAKQTSDTTTLSAFGALRSALNALQAAIKSLSDGTTLSTFGATASGKGMDPKAGPGAVAGSYSIDVKQIAASQSLSSAAFDSTARLGTGKLTIAVGGKSMDVTIDSTSNTLSGIANAINKAGNNPGVTATIVTGTGGAHLVLRSTTTGAANTINVSTSDVQNDTGLSSLGVTSTPGANGAASTIVSSDTNKAWRQSEAAQDAQFTIGGIEASSSTNAVTSAISGVTLNLSSAAVGTTQTLTIAPDTTAQNTAITNFANLYNTVVTTINSLSSYDKSSKTGGALLGDSTLTTIKNTLASIVGGGVGTGSSAVGLASIGITLKGDPADGTLVIDSKKLSTSLTNSPAQVATLFNSTNGIGAKLNKSITDFVKTGGIIDTRSSALNADLKSITTQQTTLANYSAQLTKQYQNQFTALNTLMATMNNNSQYLTALFGGSKSAGALATNK >WP_125770870.1 polyprenyl synthetase [Streptomyces sp. WAC02707] >RSS94109.1 polyprenyl synthetase [Streptomyces sp. WAC02707] MTHSARRGEGPDDQAVLLAAGLADLAVSTLGTAVGAVRGLLRRSDTADLVREAEQDLRARGRLALDRYANVPPAHLEVLARQVRARRAADAGDD >OGD46026.1 hypothetical protein A3K69_08060 [Candidatus Bathyarchaeota archaeon RBG_16_57_9] MSFELRDRDLMGRIGRLRTKGGTVETPAFMPVINPFLQTLPPRRMMKEFGCEIVITNSYIIRNHFGHVSGLNVHRLLDYDGVIMTDSGAYQILVYGDVDVSQEEIIGFQRRIGSDIAVILDIPTGWDVPRGEVERTVEETLRRAREALPLIEGSDALWVGPVQGGRHLDLVAESARLVGELPYQVHALGSPTEVMERYMYPVLVDMVMTAKLNLPVERPLHLFGAGHPMIFALSVAMGCDLFDSAAYAIYAKDERYLTSRGTLQLQDLQYLPCSCPVCRGRSARDLKDLPRGERQRLLAEHNLHATMSEVSVVKQAIVEGSLWDLVEARSRGHPQMTSALKKLTAYSDRLEEQSPGFKGRGVFYYDGLSVRRPQVVRYRRQLKSSHSLPGDAKLVLLPAPPGKPFNTYPGFTELKRRLGDKAGGAHLCFVAAPYGVVPEALAETYPLSQYEISEPLDSETIMSTARSVIDYLRFAGRGALLLSGGSELERAVEKALSEEGLASEVIHVGSPWGAEAAERLLERL >KAG1590416.1 hypothetical protein G6F47_010060 [Rhizopus delemar] MSFLNKIIDKAKYHQSTSNRGEDERASLGVYTPHSSTSSYPQQQQQQQQQQALPKSRYQQYDTTIMDQRRNRPKLKLDDFNLLRTLGTGSFGRVHLSQSRHNGRYYAIKVLKKTEVVRLKQVEHTNNEKHILESVANPFLVNLWGTFQDDANLYMVMDYVPGGELFSVLRKSKRFPDHVAKFYAAEVALAIEYLHNKHVIYRDLKPENLLLDVNGHIKITDFGFAKYVPDITWTLCGTPDYLAPEVIQSKGYGKAVDWWSLGVLIFEMLAGYPPFYDDDHLKLYEKILQGKIRWPSYFDPNAKDLLKRLLTPDLSRRYGNLKNGADDIKRHPWFQGVDFDKVANRQIRAPYIPQIRGDGDASHFDKYPETNEQYGLPCQDIHRDKFPDF >KAJ7170950.1 hypothetical protein C8R46DRAFT_1349110 [Mycena filopes] MKIWTTTKRRRAPATYFPLPSRRLQTTNKLAHTPDDYETSLAETHRIWNNARRYTSGQYQFFTHEYKTPTGNVLGLGLRADTPFTSAPLDDDFDAADTRRWSRTTRQTTVEPTASGLYGRLEAVTRTTTPAGVAIANNHRRRKKTAKLDHTHADWGASKTGDGAPGRSLRRMRAKDRIKAGGMNGRSGLGPLAGQDYEIVEYEIVEEGPERTVSISTWREQAIQEADSDDAMSVYYVNVDDCQGHPEPTEIGVFVEREVNIASGSGSNKSAGKSKGSGKSRASRRREEEPPPDARTKFERGSSAPGTSTPYGSGTRAGKSVSTISNIALTPTTPALEQILVSCEPSLLHISPILQRVGILRTEHLRAVGKLSEDTRNKEVKEEVLKLGVTVVEWAILLDKLQAL >VTD69375.1 transposase [Streptococcus pneumoniae] MSRVRVQIMNQLDRKSHKYKAIKRYWKLIQQDSRKLSDKRFYRPTFRMHLTNKEILNKLLSYSEDLKHHYQLYQLLLFHFQNKEPEKFFGLIEDNLKQVHPIFQTVFKTFLKDKEKLVNTLQLHYSNAKLEATNNLIKLIKRNAFGFRNFENFKKRIFIALNIKKERTKFVLSQA >PIY74148.1 ATP-dependent DNA helicase PcrA, partial [Candidatus Portnoybacteria bacterium CG_4_10_14_0_8_um_filter_40_50] GPGSGKTKVLTHRIAYLIQQGIAPQNILAVTFTNKAANEMKERVQKLLARNRFAKPGTPAHLPTLGTFHSVCARLLRSEASFIGFKKDFVIFDDKDSLALIKKVMNELEISDDQFNPQSIQNTISSAKNELIGPEFFSQNAQGYFQEVVAKVFGAYQTKLKKANAMDFDDLLSKTVELFSSHREILENYQNKFKYILVDEYQDTNHSQYVLINLLAQKYRNICAVGDFDQSIYSFRGADFRNILNFEKDYPQARLVFLEENYRSTKNILEAAHSIIIKNANRKEKNLFTQNAAGNPVVLFSAKDEQDEGTFVIEQINRLKKQEGLSFKDFTVLYRTNAQSRAIEESFLRYGFPYKVIGTFKFYERKEIKDLLSYLRFLQNPLDLLSLERIINLPPRGLGKFSAEEYLKIEKISLSQFTPKKLKALENFQNLISDLRQTAKILPLSQTLKQIIEKTALRDYLRNGTEEGESRWENVNELFTVTKKYDPFTPGEGLTAFLEEAALLSNHDEVETEKDVANLMTLHCAKGLEFPVVFIIGCEEGLFPHSRSMLDAWQMEEERRLCYVGVTRAKQHLYLTWAQQRNLYGSIQVNPPSRFLFDIPKNLIDLQGEEGGLNEYDF >MCR5435766.1 hypothetical protein [Treponema sp.] MKRFFLALLIFSFVFVCLPAQEENAKKYMFTVSDGSEQTQNADAESESEEKETEQFSVDVSGDSDDSAVTDEFFVNVINLVDKEKPVFTVAATAEVNIKEIEDCKKRLYTILSAYNSLVEAFNRDVDNQTEASCKAIYAEEYTAVELEADGNPSEDAIKRREERCNIIRDEAHAKKEAYAEEQRALIAEDEKKERTYLAASYKVLESGKYVVTSYTDYAKLSIGKFDGGKGAWLVEITSNLCGKEVVNFETYLDYADVTGEKFIPADKMSISQMNAFNKEVERYDNLFKLCPDMFCVRINYDVLRWKQNSEYRFVPSRIEVINIARRNKVIRRFVKGDVKPRLFIIEDGAEIRTKEEIEEDVLKFNKQLAKEARENQSEADKLYQQYSESYQNEKNNSNKLPVIQKGRGAFVISVSPFITGEEMSGSADFGIDVLNLELCIPAGKYFFWGFDAGVYFPLGHGIFDMQFGLLGGVNCQITHFFRPYLKLNLDFDTKLNGIIQTGAGIDITIANVFLVNLGYSYNWAFDHNNKLNDSTPEEDKNVFPLSQYHKFSIGLGIFW >WP_123159424.1 MULTISPECIES: isoleucine--tRNA ligase [Streptococcus] >MTQ41920.1 isoleucine--tRNA ligase [Streptococcus sp. BIOML-A1] >RJU25411.1 isoleucine--tRNA ligase [Streptococcus sp. AM43-2AT] >RYS61175.1 isoleucine--tRNA ligase [Streptococcus sp. bf_0095] MKLKETLNLGKTEFPMRAGLPTKEPVWQKEWDEAKLYQRRQELNQGKPHFTLHDGPPYANGNIHVGHAMNKISKDIIVRSKSMSGFYAPYIPGWDTHGLPIEQVLAKQGVKRKEMDLVEYLKLCREYALSQVDKQREDFKRLGVSGDWENPYVTLTPDYEAAQIRVFGEMANKGYIYRGAKPVYWSWSSESALAEAEIEYHDLVSTSLYYANKVKDGKGVLDTDTYIVVWTTTPFTITASRGLTVGADIDYVLVQPAGETRKFVVAAELLNSLSEKFGWADVQVLATYRGQDLNNIVTEHPWDTAVDELVILGDHVTTDSGTGIVHTAPGFGEDDYNVGVANGLEVAVTVNERGIMMANAGPEFEGQFYDKVVPTVIEKLGDLLLAQEEISHSYPFDWRTKKPIIWRAVPQWFASVSKFRQEILDEIEKVKFHSEWGKVRLYNMIRDRGDWVISRQRAWGVPLPIFYAEDGTPIMTAETIEHVAQLFEEHGSLIWWERDAKDLLPEGFTHPGSPNGEFKKETDIMDVWFDSGSSWNGVVVNRPELKYPADLYLEGSDQYRGWFNSSLITSVANHGVAPYKQILSQGFALDGKGEKMSKSLGNTIAPSDVEKQFGAEILRLWVTSVDSSNDVRISMDILSQVSETYRKIRNTLRFLIANTSDFNPAEDAVAYEELRSVDKYMTIRFNQLVKTIRDAYANFEFLTIYKALVNFINVDLSAFYLDFAKDVVYIEGAKSLERRQMQTVFYDILVKITKLLTPILPHTAEEIWSYLEFEAEDFVQLSELPEAQTFANQEEILDAWSAFMDFRGQAQKALEEARNEKVIGKSLEAHLTVYPNEVVKTLLGAVDSNVAQLLIVSELTIAEGPAPEGAVAFEDVAFTVERAAGEVCDRCRRIDPSTAERSYNATICDHCASIVEENFADAVAEGFEAK >HAQ5294203.1 hypothetical protein [Enterococcus faecium] MRNKFHKLLSMFLVMLIVINQFGNITVLAESLAEQPERSLTIEVDQEEAALGEQFQLRVRGTPDLLNALVIDKSEDLIEGEVKQLNDYERLITYSSQHSGKYELTARSGDIQSNTVSIEISVPEESTSESFNVPEESTSESFNIPEESLSESFNEARSSEPSITQESQIERQEELLNYDIGISAERPTLPSRHTQTLKGYIQGGAGDILEEYGEMVVRVPRASIGLIEFIRVEVADDSPLKPLAFYQEGTDVVFPFTFDYEGLNEAAQSYTFSITFEVAFFQSGGTEPNNDFQVSLTYAERAANTEFSITPIPSSRPIFSKLYYGSREIDSQGNLGILLIDGQDVTNSNKFILQVNYEGSRKDGVVVTDVLPQGTTLAPNPTTWSSTGNREPISGGVRIAEVTNPGEANVRTHYVSEEFVDKVSFNKETNTLVVDFGNLAEGQSYFIEYALEVTDVDLFNEGRQEDGFSRNRASMTYNNQVMSRDYRLRIPESNLPAISLRKSVDKNVINLNENELTYTLHVSMFSGTRNTLVIEDVLEEGMEFVSFLSDIPSFIDAEVNNGIVRFSANNTIGGPTSFTLSFKVNVEAYAVGDQILNFATLVNSDNRLNTSTVRTRKIDGRIKVIKTDENGQRLAGAKFEILSSDSQVIQEGITAENGEFLSEPLPVGSYQVRETEAPEGYLLDATVHDVFINEYSIEEVTLTIENILDTGGVELIKHAEGSGEVLQGAVFELQNREGETLQTGLTTGEDGKLAIDGLA >MCD6306959.1 TRAP transporter substrate-binding protein [Deltaproteobacteria bacterium] MKKKIFLLFLIGVLGTAFICAGPPQAQAKPIKLTFSIFFPPTHAQAIAAMNFAKEVEKRTNGKVQITPFPGGTLTKAPMVYDGVVTGISDMGNSCFAYTRGRFPVMEVVDLPMGYPSGKVATLVANDFATSVNPKELQDVKVLYVHAHGPGLLHTKKPVRTLADLKGMKIRATGLSAKVVKALGGVPVAMPQGDTYESLQKGVVEGTFGPIEVLKGWKQGEVIKYTTDCSGVGYTTAMFVVMNLDKWNALPDDVKKVFDETAKEWVNVHGKAWDEADQEGRKFTLSLGNEIITLSDEENAKWRKAVEPIINQYAAKAPNGKANVAKVKELIEKYSK >QCM13287.1 ABC transporter ATP-binding protein [Agrobacterium tumefaciens] MPVPDSSPILSVRDLNVRFGRNAIPAVSNVNFDVGRERVGIVGESGSGKSTTGRAAMRLLPKSATVTAERMDFLSEPLLEKSERQMGAIRGSEMALIMQDPRYSLNPVLPIGKQVAEAAELHLALTGKAARNAARDMLLRVRINDPDRVMGLYPHQISGGMGQRVMIAMMLLAKPKLVIADEPTSALDVSVRKDVLLLLDEMVRENNSGLILISHDIRMVAAFCERVLVMYGGRVVETLSKLEDAQHPYTRGLIAAMPDPRNPVRRLKVLDRQAIDAEVIR >MBS0252923.1 hypothetical protein [Pseudomonadota bacterium] MNNARVRIVILFFIASVMGSAGPSFADERSGPLLPHTGGQIATAFSNHFGPDAESSLTFTAVSADGLSVKYVSTRGLVVQRTIRSADAQMARSYVMGYAAKMPTTIPNTTSLGISFACLQELRNNRRATISLVYDADLNSIPGELTLVESDIKVPLIVEDHV >WP_252541609.1 C40 family peptidase [Streptomyces sp. RO-S4] >MCO4699497.1 C40 family peptidase [Streptomyces sp. RO-S4] MASHRKSRTPGTRVAGIRTPALATAALTSVALLSQTAQAAPTDDDRPSLEEVEKKVGDLYRQAESATEKYNAAKEKTTKQRKRVDTLLDDVARRTQSLNEAREELGSYAAAQYRTGAGLPDTATFLLARTPQDLFDQRRVLDRMTGRQKDAVDDYVTQQSETMKKRMEATESLRTLTETQGDLKTAKATVQKKLGDARELMARLTAEEKARLAAIERRKQEEAARKAAELARQQAEQQQAQEEAAQQGGGTSNGSGSTGSGSTGSTDTPPADSSYGTKAEKALAFARAQIGKPYVWGATGPGSYDCSGLTQAAWKAAGVSLPRTTYDQVNAGTTVPVSQAQPGDLVFFYDDVTHVGIYIGNGMMIHAPKPGTYVREESIYYDGDSAIHSIVRPA >WP_062640876.1 LysR family transcriptional regulator [Caballeronia arationis] >SAL02939.1 LysR family transcriptional regulator [Caballeronia arationis] >SOE53880.1 transcriptional regulator, LysR family [Caballeronia arationis] MRLSKIDLNLFVVFEAVYRTRNLTRAAEMLFITQPAVSNALARMRKAFDDQLFVSTSAGMVPTPVSENIIGRVRDALQLLESSTNAGEQFDPASSDRTFRLSMNDQTETLLLPALEEVLQRLAPGMRIESYFTTRRDVSEALASGAVNLAIDAPLIDDPSLEQEPLGRDQYACMLRQDHPFSKRKLTIDDYLGFGHIHVSSRRQGPGLVDAELNKLGLRRSIQIRVQHYLVAPLIAMRTDLALTAPLKLLKRYDARILALPFDLPDIESHSYWHRSVTGDPAHRWLREQVGRLMRDANQ >KOO34710.1 hypothetical protein Ctob_011251 [Chrysochromulina tobinii] MAHNPRRTTRQASLDARHISTPPLRSLALSATPIHHLCPPLRFLALCRLLPSTISAFPPRSRTRSLLAKLLFLKDTGPSSSSSPSFSR >WP_121334391.1 branched-chain amino acid transport system II carrier protein [Pseudomonas aeruginosa] MNALKGRDILALGFMTFALFVGAGNIIFPPIVGLQSGPHVWLAALGFLITAVGLPVITVIALAKVGGSVDALSHPIGRYAGGLLAAVCYLAVGPLFAIPRTATVSFEVGVVPLLGESGTALFVYSLAYFLLALAISLYPGRLLDTVGRFLAPLKILALAILGVAAFLWPAGPIGTAQPEYTQAAFSQGFVNGYLTMDTLAALVFGIVIVNAIRSRGVQSPRLITRYAIVAGLIAGVGLVLVYVSLFRLGAGSHAIAADASNGAAVLHAYVQHTFGSLGSSFLAGLIVLACLVTAVGLTCACAEYFCQRLPLSYRSLVIILAGFSFIVSNLGLTKLIQVSIPVLTAIYPPCIVLVALSFCIGLWHSATRILAPVMLVSLAFGVLDALKAAGLGQGFPQWLLHLPLAEQGLAWLIPSVATLAACSLVDRLLGKPAQVAA >YP_010462557.1 NADH-plastoquinone oxidoreductase subunit H [Primulina hezhouensis] >YP_010546316.1 NADH-plastoquinone oxidoreductase subunit 7 [Primulina cardaminifolia] >ATG27889.1 NADH-plastoquinone oxidoreductase subunit 7 [Primulina brachytricha var. magnibracteata] >UUJ36341.1 NADH-plastoquinone oxidoreductase subunit H [Primulina hezhouensis] >UYI29832.1 NADH-plastoquinone oxidoreductase subunit 7 [Primulina cardaminifolia] MIASTTRKDLMIVNMGPHHPSMHGVLRLIVTLDGEDVIDCEPILGYLHRGMEKIAENRTIIQYLPYVTRWDYLATMFTEAITVNGPEQLGNIQVPQRASYIRAIMLELSRIASHLLWLGPFMADIGAQTPFFYIFRERELIYDLFEASTGMRMMHNYFRIGGVAADLPHGWIDKCLDFCDYFLTGVAEYQKLITRNPIFLERVEGVGIIGAEEALNWGLSGSMLRASGIQWDLRKVDRYECYDEFDWEVQWQKEGDSLARYLVRISEMTESIKIIQQALEGIPGGPYENLEIRRFDRIKNPEWNDFQYRFISKKPSPTFELSKQELYVRVEAPKGELGIFMIGDRSVFPWRWKIRPPGFINLQILPQLVKRMKLADIMTILGSIDIIMGEVDR >MCR5237392.1 [FeFe] hydrogenase H-cluster radical SAM maturase HydE [Lachnospiraceae bacterium] MTTESITAKLCEEHSLTLEEYEKLIAQADPETKEKLKAEADRLKTEVYGRDVYVRGLIEISNICRNDCLYCGLRRSNKACERYRLSEEEIVSCTDTGYELGFRTFVLQGGEDSFFDDRILIDIIKEIKRRHGDCAVTLSLGERSRESYERLFEAGADRYLLREETADPIHYRKLHPDEMSFDNRMECLKALKDIGYQTGCGFMVGSPYQSPREIAEDLKFIERFKPDMCGIGPFIPHRDTPFGDRRAGSLELALYLISILRIISPSMLIPATTALGTLSPNGREQGILSGANVVMPNLSPVSVRKKYELYDNKICTGEESAECRGCLERRMESIGHRIVTDRGDRKKI >WP_015527010.1 MULTISPECIES: L,D-transpeptidase family protein [Blautia] >UEA27922.1 L,D-transpeptidase/peptidoglycan binding protein [Blautia massiliensis] >UWO16306.1 L,D-transpeptidase/peptidoglycan binding protein [Blautia sp. KLE_1732_HM_1032] >CBL21185.1 Uncharacterized protein conserved in bacteria [Ruminococcus sp. SR1/5] MEGYSIQVKARDQEPQTIEGTDISYRYISSGEVLKLLKAQKPYEWVRGFFEKTTYTASEQTAFDKSKLESEVKALNCAQKENQVAPENAYVSFNDSEFTIVPETVGSELKVKEAYQMISDAISSDDGEVDLGSNPDAYVKADVTSDSADLQATVDAYNNFARASITYTFGDETVTLDGSTIKNWLQFDEKGQLIQDDASFKQHIVDYVAQLAADHDTVGTERQFQTTSGRTVSVSGSAYGWKIDQDGEVAQLTQEIQSGAQTTREPVYSMRANSYGVNDLGNTYIEVDLTEQYMWYYQDGNVIFESDIVSGLASDPKRKTPPGIFTLYYKKSPDVLRGTKKPDGTYSYEQPVTYWMPFNGGIGFHDADWQPYFGGDRYLTGGSHGCINMPPDKAGELYNIIQYNVPIVCFY >MCB0094774.1 AMP-binding protein [Caldilineaceae bacterium] MIFRSPYPDVQIPSLSVTDYVLQNAAQFGAKAALIDGPTGRTLTYAQLAGAIRLVAANLARRGFGKGDVLAIYSPNLPEYAVAFHAVAMVGGVNTTVNPLYTAAELAQQLQDSGAKYLLTIPLFLEKAQEAAAQTGVEEIFVFGEAEGATPFTSLLRSDGKMAPVTFNPAEDL >WP_251767892.1 p-hydroxycinnamoyl CoA hydratase/lyase, partial [Xanthomonas hortorum] >MCM5618997.1 p-hydroxycinnamoyl CoA hydratase/lyase [Xanthomonas hortorum pv. pelargonii] MNEHDVVSVRIENRIAWVKFARPDKRNAMSPALNRRMMDVLDELEFDDNVGVLVLGGEGTAWSAGMDLKEYFRETEAQGLRGVRRSQRESYGWFRRLRWYQKPTIAMVNGWCFGGGFGPLFACDLAIAADEAQFGLSEINWGILPGGGVTKVAVELLSMRDAMWMTLTGEMVDGKKAAEWRLVNESVPLERLETRTREVAEL >WP_220742815.1 LysM peptidoglycan-binding domain-containing protein [Leuconostoc palmae] MFSFTKSITIAAGVAGAMAFGASNASADTNTQNLPTDYVVKSGDTLNKLSVEFNTSVEKIAANNNISDVNLIVVGQHLSLADKVAQDTPSVAAQAPVAATQVQAQAPVQQYTAAPVQQTVSPQVSSSSALDALIARESGGNTSATNGQYYGIGQLSPEARAMYGGNSSDYNDQLNAMKSYISARYGTAENAWAHSQATGWY >NNE23115.1 ABC transporter ATP-binding protein [Hyphomicrobiales bacterium] MSLELKQITKTVGADTHIYPTSLTLERGSFNTLLGTTLAGKTTLMQLMAGLEKPASGEIWFDGKNVTGTPVQQRNVSMVYQQFINYPNMSVFDNIASPLRVSRTDRSEIEKRVNEIAELLKIEQLLDRRPSELSGGQQQRTAMARALVKDSDLILLDEPLANLDFKLREELRDELPKLFAERNCVVVYATTEPSEALQFAGKTAALHEGRVSQFGPTGDIYRQPNDLTSARVFSEPPINVAHVSKTGAWFSLTEQTKWRAPKAMAKLADGPYTIGIRPHHVSPTMHVKGAVPIEGTVQVAELSGSESIIHFDAHGSSWVSLSHGVHPLRAGEPATLYADIARCLYFDADQQLIVA >WP_238785931.1 hypothetical protein [Pseudomonas sp. S35] MKIITYVFLIVLSTISSFANADNIATRANAHMQSLTEEERAASFTGPLVESMFGCEMTQSAVQGDEFGKHECVGNNNQFNSGTSKVLNPAIFYTLNAISILAALILSRFIYLKIFVAASTKFKDKNSIITAGSVSALILIFASPVFVNEQGIRYNLFTKLAIQVVVKALDIDETHQFEESQKTRVEFPKRFVPNKDSGGAINEYNAISFQLCTSSMSIQEAAKQQKIKFTIDESKGEIKAFHQVGSCILDISFLVDMNTESISKRFGLPSYLDSAIETAKRIVETEYTLNAKKIADNIIKAGRPTLGVADTYTPGQLDCNDEASFNLRGMSPSSIKDYAFDAAKCMHGRAIDELNKVPTYTESLMPADRNVRICSTVDHSAGQGTNLNQDSSSTSFVADETLESTLRACVERSCAEDSSPKNCSDSINFYNVYFNNRFMTNPNILTILPKILFTEFQNNQYSTPGETLANSMKVDMYQSGSILISENNNKVIFTVDYERAESDINLQYFLNNSLDSVQLTKTSNDWSAGLLKAVTVGENGVLGIDKLIDCLNYPSSTTPSGRECGSVFVEIQNFGQTLVFTASLIKAELRVNQQLRKNTQSRSKEAAAVNGTKSIIDSAIGFFGTTGGKIGIVSAGIAASAGFNDIYNPVGLNIGPEAMVALAVVVSVPQMQEFLDSLSSTLLSLGYILIWSIPIAISVSVVSVIVTLIVALVGFLLTSTASSLQIINGTTVDRKTDYLKFIIELAMLFIPTVCYTSVLYMTFRFIKVLFIYKIITLEMLTGSLSVSYTITSISDIYSTLVAICMYLFVVLFICVHMIRKVSKIREIMKIILFSKQDSNLPEHANDIVFAPNRYHM >MCF3123421.1 MSMEG_4193 family putative phosphomutase [Streptomyces arenae] MPTLILVRHGRSTANTAGLLAGRTPGVALDERGAAQAAALPERLAPLPLAEVVTSPLQRCRETVAPLLAARPGLQAHTEDRIGECDYGDWSGRKLAELADESLMEVVQRHPSAAAFPGGESMRAMQTRAAEAVREWNERVEREHGEDAVYLMCSHGDIIKSLVAEAIGLHLDLFQRISVEPCSVTVIRYTRLRPFLVRLGDTGDFASLAPREQPSGSDATVGGGAGAP >KAJ5976390.1 hypothetical protein N7481_010097 [Penicillium waksmanii] MPSYADCFEVGPLCPVQATTYGYYPNFGGNVFFAVFFGVLGISQLGLGIYFRTWTFMTALGIGALMEMAGYIGRVLMNDNPWSAPAFKLQIVCLVLAPTFVAAGIYLTLKHIVLALGPQHSKLKPRLFTWIFIGCDVGSLLLQAAGGGVAAAAGKTDQAMLKAGDDIIIAGIAFQVATMAVCGFVALHFFWTVRRHGNGLEGEKDLETTTGIPRTRMQLILGAEIFAYFTVIIRCIYRIPEMAGGWGNPLMQKESEFLVLDGMMIALACLSFTLFHPGFFLPSMRTGYKNRA >NPA33962.1 hypothetical protein [Chlorobiota bacterium] YVQKWTGSELCNSIIYDNGTRVGIGTASPQAKFHIKSSGSIDAFLIDSSGLTDPLFIVSRFGNVGINVSNPSQLLVARRDSNSAVGAYIINQSSGSLARAIVAVQGDTGQGSFFITSSNYSMGSVAANSVVVAAERTADNLFLTARNKSFGKGRIYMLPRQGTKWPPTVTVDSGVVCVNCVPGSDDHGLLISVDTFLNNPIAWSGFKGVAMFRHMPVDGNPNNLSLQFVNVGRSSNGNYSYILHLGDPDGGYGVVPDAFEIWEYPDSIGAGTCCRQRFRIMSSRGLENPPPVTIDPLGNVSIGGAYTNAPFRLTVDSGAIAHRVRAVGPSTGLTIPYGLMYVNQSDEFPNYHEEYIITFGNAGDDNSSIFIGPNSATGGVGRVELNAAKIELVGGGNVGINVPNPTNILTVRQGSPTDPIADSWTVYSTRETKSEVIGVVGQEDMSKYLKHFREMPVYRWRRTEGEQVRLSPMADDVGVPGEIRAYDGEGNVQGIDLYGYIGFLHVVMKGMYERMIELEKRVAELEKQQNQ >WP_071563317.1 ATP-binding protein, partial [Bathymodiolus thermophilus thioautotrophic gill symbiont] >OIR25648.1 transcriptional regulator, partial [Bathymodiolus thermophilus thioautotrophic gill symbiont] MSIDINNVIGQPEGETLEYKAVLPPSKNIAQLISAFANSSGGCIVLGALDSGNIIGLSSDFHANIIVNKAIESLNPRPSVQHQYVGYQNKNLYIIQIDKSDKLVFLEEGFYKRHGNSTQLENPIKIEFTVSGDKKIINVNTQLDDYKKQATSAKIKFIEHYQSILKIMDDLGIILYPSDPKQATSNQEGKVLTRILFSSLADNFETYLSDLLYEIFLAKPQSLKSQKQVTIKEVLDCSDLQEL >WP_236961032.1 response regulator transcription factor [Methylobacterium durans] MDGPIYVKHEAVGEGVSSGFSAQPQSEARPLSPAEIRVLKCLAEGSSNKVIAIRYCLSEATVKIHVKNILRKVNAGNRTQAAIWARENGVHFS >AIG14299.1 nef protein [Human immunodeficiency virus 1] MGGKWSKSSIVGWPAIRERMRRTEPAADRRTEPAADGVGAASRDLERHGALTSSNTATNNAACAWLEAQEEGEEVGFPVRPQVPLRPMTFKAAVDLSHFLKEKGGLEGLIYSQRRQDILDLWVYHTQGYFPDWQNYTPGPGTRYPLCFGWCFKLVPVEQEKVEEATGGENNRLLDPVSLHGMDDPEGEVLQWKFDSRLAFHHMARELHPEFFKDC >KIX64119.1 hypothetical protein SZ30_31340 [Burkholderia pseudomallei] MPRVRGGLARRARRIGMDGDHGGDMEAASRPGASSATRAWQDIAIVDDLLPPDEHAQIHRFLAAGQWSHGWRSHNGAQTQPFWNRHFAGATDPAQLDVGPGACDELARAAPLVHACWRRLSQTYLTQHALQSCYANGLPYGADGALHADSLAMGACTAVYYPHERWDPDWGGETVLFNKDRTDILCAVYPKPNRLLIFPGFVYHVARGVSRACPTMRITLMFKTQWRP >WP_063603400.1 MATE family efflux transporter [Vibrio barjaei] >OIN24112.1 MATE family efflux transporter [Vibrio barjaei] MTISHSDYFKIALPFIISTVTQPLLGAVDTAVIGHLGITELIGGVAIGTVIMNTLYWLFGFFRVSTTGQSAMALGKGDEALMTNSLMRPFVLAAVVGASFILLQSVIWQGALWIIEPENAVAEQAHIYFGILIFGAPFVLLNYTIIGWLMGQAKAKETLYTQVFGNVLNIVLDALFVLYFDLGVAGVAYASLIAQITTFAIGMTLVFNTQGMSLTRLTSSAKMSRHDFSTIVSSNTDLMLRTVCILVFFNMMARVGSQLGADVLAVNAILMQITFIVSYMFDGIANASSVFAGKAVGQNNPKMLDRVLTLNFQWTSGFIVILTLLVLMFQSHLVLLFTTQTELLSLYHQVAAWLIVFPLVAGYGLTVYGIFTGTGTTRPVRDSSIATLMVFLLAQLLAVPLCGNHGLWLAFTIFYCGRIVFLYPFIGQVKQKCGHQTIS >WP_218965839.1 RHS repeat-associated core domain-containing protein, partial [Snodgrassella alvi] VYDALGRRIEKHQLDNAGKPCNRTRFLWDGLRMIQETGTNQHRSLYIYTDQNSYEPLARIDKRGDDPEKVMYFHTDLNGAPEELTDENGKILWECSFQLWGKRIHEIEHEPIEQNLRYQGQYLDRETGLHYNTFRYYDPDIGRFTQPDPIGLLGGFNLYQYAPNGLTWIDPLGLNTFDVGSYIDLKNKVKGRNTGLEAHHVGQKAIMQNLVKGYDPKTAPAILVPQEGHTYSIKDVGIVARSKINSRTGKPFSSARELLARDIRELRRVYPQIPNSALQKLIAKNKEMYPEMRKPKPNGKRGC >WP_173789750.1 nucleoside hydrolase [Dorea formicigenerans] >NSK19641.1 nucleoside hydrolase [Dorea formicigenerans] MMEKEKKKIIIDTDCGSDDAMAIAMALNDPTYEIQLITTVSGNVPVQQATINTLTTIEYAGTYEPPVYMGCEKMLLRELECAYETHGQDGMGDIGLVPKRLKAAEGNGVIKLLEALRNSEPGEIDIVALGPLTNLAIAIRLDYEVMKKAGRIVIMGTAGLGDGNVTPVAEFNIWQDAEAAKIVTESGLDNIIFVGWDACLGDCMLNPKEIKEIRESGKLGKFAIDCNKNLLEMNRERFGDDYLDMADPSAMSAALYPECIEKCEKYYCEVDVSAGPSYGAVLVDVNNVTGKEPNVYICSKLYADKYKEYIYRTLKVK >NXS49052.1 CO4A1 protein [Balaeniceps rex] GSQGAKGKLGPPGLSIPGIYGKPGEPGLIGLQGNTGLPGPKGQSGRPGISGVPGLRGEPGIMGLLGIPGPPGMIGRPGNPGVRGKLLQKISLYFLAGSSGSPGLKGRKGFLGAKGEPGDKGFPGPSETLVDIGTKGEQGLKGVQGRMGLRGDKGDAGVQGPPGLDGSEGIPGLPGVKGFMGLPGIPGGQGFPGAPGNKGDLGIPGPKGQKGSPGFPGPSGDPGPPGVLGSKGEKGSRGHPGHKGVPGPHGIRGEAGSAGMPGKLGPPGDIGVKGQQGHPGQQGITGPPGAVGDPGKNGVVGERGNQGQDGMPGPPGVKGEPGDMGLPGFPGPPGMKGHQGDQGPVGPPGLAGLPGFQGATGMAITGQKGNRGIAGADGRPGVFKGVRGADGIPGQTGPAGNIGPPGPK >MBL6756473.1 UvrD-helicase domain-containing protein [Planctomycetota bacterium] MIPTEADGLPAACAGAAGRLAAEMDWLDVKDSLAEAAEQSDETLTEGLNPQQREAVLNGDGPLLIVAGPGSGKTRVVTTRIANLILNRGVAPWEILAITFTNKAAKEMRERVERLVPAGDGGAPWIGTFHSMCARILRREIDALDGYTRDFSIHDTADRNGLIKSIVKELGYDPKRFRAPVIGGWISSRKNNRGREDGLQLSDGSMDEDVYHAVEKKYRERMQQQNALDFDDLLLKVLDLFDNHPGVRDGYARRFRHVLVDEYQDTNRVQYLLVRHFASFHQNLTVCGDPDQSIYAWRGADIRNILDFEQDFPSAKVVRLEQNYRSTARILDAANVVIANNQARKEKDLFTEGEQGEQIAVIECGDENDEAREIAAQVRSHVARGGRYGDCAVLYRAGFLQRAIETALRYDSVPYQVVAGLEFYQRKEIKDVVAYLRLALNPADDVAFVRVVNTPSRGVGDTSLARLASFAAERGLSLSAALQDPLALEAIRGRAKKGLAAFAELMEELAPARELDAAVALDVVLEAIDVDRWMAELDDGTSTVDRAANVEELRAFAADYDSRQPDGKLRGMLEEVALVADTDAYEGDEDRVKLMTLHACKGLEFPFVVIAGAEDELLPHERAVDEAQEPDTAIEEERRLFYVGITRAMKRLLITHTTFRSFYGGGRPTLPSRYLRELPEGDVAGVGPEEREEDALGAFEPSEGSGAGLTVGELVQHPHFGRGRIEALAGAGINARATVVFNSAGRKQLLLQYASLERLEA >MBN9390566.1 CvpA family protein [Chloroflexota bacterium] >OJV99906.1 hypothetical protein BGO39_29525 [Chloroflexi bacterium 54-19] MTFVDIFIFLGMMALLYFCFVQGILKVVTVLLGMYAGLQVSAVFYKIFADITANKSDPNSITTNQVVWFFALWIVWSIIFSLVAWSFIRHLDLPKWAVNLDQVGGLVIGLLAVIFFFTIFGYVFKNIATLLWYGSGRPTNWLLTVKEGFDTSFFMKLFATFKALFVEILSPWLPSRDLPVFKDNL >WP_174048133.1 adenylate/guanylate cyclase domain-containing protein [Agrobacterium fabacearum] >NTA56708.1 adenylate/guanylate cyclase domain-containing protein [Agrobacterium tumefaciens] >WCK68959.1 adenylate/guanylate cyclase domain-containing protein [Agrobacterium fabacearum] MTDEDIERISAWVAHQGLRGASESMLLGGFCAACRDAGLPLDRSLALIDTLHPVHEGRAFRWDSQQVVETEFEYGPSSSGDALENWKRSAFYYLWAGEDSEVRRRIGLGDPADFATLDDMRRSGHTDFVAFIHRFEKQGTIGEMDCFFSHFATRNSAGFSDLDLQNLRKLLPVLALAIKSTALARIARTIAEVYLGHDAARKVFEGKINRGSAERISAALWFSDLANYTRISATVAPEEIIPLLNDYSDAVISAVHEAGGTVLKLIGDGVLAIFRGDRQIDACDAALKAQNLLRLRLETLNSRRTSEGRPTTEVCLGLHIGDVFYGNIGSEDRLDFTVIGPAVNEVSRIVSMCRSLDVNLLTSSNFADCIEGRDRQRLLCVGRFALKGVEGAQMLYTLDNPHHAVG >EIG7023758.1 acetyltransferase [Salmonella enterica] MLPINNPGGIPTLVPETPPATDKDYPALWQAWVKEAPAGGHELREMAVERLLACLAKQESTLDLSELNLSSLPDLPPLIKTLHVNDNHLSSLPDLPESLQILICSFNPLEQLPPLPYSLKELTCSACHLKNLPSLPDALEELCCSGNSLEELPVLPVSMRYLTCTNNGLRSLPALPESLRMLICSDNPLSALPGLPGSLCSLYCSGCKLETLPDLPESLNSLICPRNQLREMPTLPLDLDELNYLENPLLQFPVLPPSLITLNNSPYEGGATNTARPLTDSVADWFPLVQQRDIRERFREITHEANAGIFSEFLDRLRNRYADPQYETFRYQVMGCLLRLAASPGLREKLFMCALGATARCDDRVSLSWNNMRIAEMAYTVEQHGAEHNLPKMVDLAREVFRMERLTQIASQKLAQIQRAHEHFNEDLEVLLGYQTALQHTLRLTQVVPDMYFFTCSYLTTEDVEAARIQVQTAENQHFLEWLSLWEPWQAMLKRLNPAAWDAAESEKNAFTVSEEFQRRINAKLETPGSSESVPNKTMQEAGVEVMKEKLRELFMPCTLSTLEAKSQLSLLEPVWDLSGNQAGV >KAG8015916.1 Trk system potassium transporter TrkG, partial [Shinella curvata] FFLLIALGVIIVTSFQVWHIGMYDLHGSFIHSFFLASSMLTDNGLATQDYASWPTHTIVFLLLSSFFGGCIGSTCGGIKSLRFLILFKQSKHEINQLSHPRALLSVNVGGKIVTDRVMRSVWSFFFLYTLFTVFFILVLNGMGYDFLTSFATVAACINNMGLGFGATASSFGVLN >WP_039085559.1 oxygen-independent coproporphyrinogen III oxidase [Helicobacter pylori] >KHL78028.1 coproporphyrinogen III oxidase [Helicobacter pylori] MQTIDFEKFSQYSKPGPRYTSYPTAVEFKENFNEESLKTAFFNHDNLKNPMPLSLYTHLPFCRSACYFCACSVIYTSLEEKKVRYISYLKKELALLKNAMDTNREVAQFHYGGGTPTFFSPIQLDEITQSIQEVFPNFSQDIEMSCEIDPRHFTKEHMQTLFDRGFNRLSFGVQDFDFEVQKAIHRIQPFEMVQESVKLARDYGIKSINFDLIYGLPNQTKESFLKTLEWVLKLDPDRLAVFNYAHVPWVKKTMRKIDETLLPSPRDKLEILESLISFLEKANYQMIGMDHFAKSDNELYLALQKAELRRNFQGYTTKKFTQTIGIGVTSIGEGGDYYTQNYKDLHHYEKALDLGHLPVERGVSLTKEDVLRKEVIMQMMSNLKLDYSKIEEKFSIDFKAHFKKELEKLKPYEEAGLLSFNSKGFEMTRTGGMLVRNMAMEFDAYLRGGEKHFSKTL >WP_224721611.1 cupin domain-containing protein [Paenibacillus vietnamensis] >MCA0753523.1 cupin domain-containing protein [Paenibacillus vietnamensis] MATITSLRKQDESRVLDMGWGKIQWLCGKEIDPEAEMTFGMVYIDAGQENNRHIHPNCEEIIFVLSGECDHTLGDETFRLEPGMMLRIPRGVPHNAKVTSWEPCRMIIAYSSADRQTVGE >VJO49958.1 glucan 1,6-alpha-glucosidase [Streptococcus pneumoniae] MQEKWWHNAVVYQVYPKSFMDSNGDGIGDLPGITSKLDYLAKLGITAIWLSPVYDSPMDDNGYDIADYQAIAAIFGTMEDMDQLIAEAKKRDIRIIMDLVVNHTSDEHAWFVEACENPDSPERDYYIWRDEPNDLDSIFSGSAWEYDEKSGQYYLHFFSKKQPDLNWENEKLRQKIYEMMNFWIDKGIGGFRMDVIDMIGKIPDEKVVNNGPMLHPYLKEMNQATFGDKNLLTVGETWGATPEIAKLYSDPKGQELSMVFQFEHIGLQYQEGQPKWHYQKELNIAMLKEIFNKWQTELGVEDGWNSLFWNNHDLPRIVSIWGNDQEYREKSAKAFAILLHLMRGTPYIYQGEEIGMTNYPFETLDQVEDIESLNYAREALEKGVPIEEIMDSIRVIGRDNARTPMQWDESKNAGFSTGQPWLAVNPNYEMINVQEALANPDSIFYTYQKLVQIRKENSWLIRADFELLDTADKVFAYIRKDGDRRFLVVANLSNEEQDLTVEGKVKSVLIENTLAQEVFEKQILVPWDAFCVELL >MBK7771335.1 hypothetical protein [bacterium] MTNFTADIDDCVLYAGALAPAQVMGARREETNRAISNRRSLVSRSVSSSFPDRPKGGSISMSRRLHSGHSLMPALTRSTRAQNAADSGVSVFLSSIAVASRGDL >SQI90360.1 transposase, IS110 family [Klebsiella oxytoca] MNIKRIGLDLAKNVFQIHAVDHREHVVLRKNPAP >MCH5250214.1 PocR ligand-binding domain-containing protein [Lachnospiraceae bacterium] MDMDHDLYLTDLIDRDVLQRIQDAFSNQAGVAALTTDRNGVPVTEGSNFTDFCTKYTRNSPIGCLRCTQCDKSGAELAYEKGKSTVYACHAGLLDFAAPIMANGKIIGCFIGGQVLTEEPDEEKIKAIAEEIDVDPEEYYEAACKVNIVEKENMDDFAGFLSTIAEVLSDMAYSKYQVYQANMDLERTSNMKSDFLANMSHEIRTPMNAVIGMAEMALREDIPPAARDYIKQIKESGKALLTIINDILDFSKIESGKMDINVVDYEPMSVISDVSNIVMTRLKDKDVELILDIAPNMPNKLLGDNIRIKQVLLNISNNAAKFTNRGRILIKMDYTNESPDEIMLHVSVEDTGIGIKKEDMDKLFKSFQQVDSKRNRNIEGTGLGLAISQQLLELMEGNIWVESEYEKGSKFSFMLPQKIVDDTPSINIKEPDNLLVVGLISNQYVKERLCGDVEKLGVEYSDMDSDTDFKALLGEKQLFIFIEKESFFSSLENVIRNNPQITAVMLVDFFDEIEDYDIPNLLIVRKPLSVLTIAMILNRESLHLDSNEDSMNEFEFVAPDANILIVDDNEVNLTVAEGLLKPLEMRIDKATSGMEAIDKISKIHYDVIFMDHMMPELDGVETTHIIRRLHPEYNDVPIIALTANAVEGTKEMFCQEGMNDFVAKPIELRILVSKLRQWLPIEKIQKVYNTHSGTPKEKETLDITVGDLDITFALKFLGSEELFWTIVSAYYRTIDKKAKLIKSLEEQEDWPAYTIEVHALKSSSKQIGAIELSDKAAALEKAGNARDSEFIHKNTDELIRHYVSYIDVLAPYCPDEEDDDIQKESIALPDLLDYFSSMKDALEDLDMDHMETVIKEMNHYSYEDWQQEMFAKLKEAVEEIDVDSCEEILRDWGNRLS >WP_241468713.1 DNA polymerase III subunit alpha [Escherichia coli] >EFA5233595.1 DNA polymerase III subunit alpha [Escherichia coli] >EFG1002833.1 DNA polymerase III subunit alpha [Escherichia coli] >EGE3987778.1 DNA polymerase III subunit alpha [Escherichia coli] >EGH5787495.1 DNA polymerase III subunit alpha [Escherichia coli] >EGI7098215.1 DNA polymerase III subunit alpha [Escherichia coli] MSEPRFVHLRVHSDYSMIDGLAKTAPLVKKAEALGMPALAITDFTNLCGLVKFYGAGHGAGIKPIVGADFNVQCDLLGDELTHLTVLAANNTGYQNLTLLISKAYQRGYGAAGPIIDRDWLIELNEGLILLSGGRMGDVGRSLLRGNSALVDECVAFYEEHFPDRYFLELIRTGRPDEESYLHAAVELAEARGLPVVATNDVRFIDSSDFDAHEIRVAIHDGFTLDDPKRPRNYSPQQYMRSEEEMCELFADIPEALANTVEIAKRCNVTVRLGEYFLPQFPTGDMSTEDYLVKRAKEGLEERLAFLFPDEEERLKRRPEYDERLETELQVINQMGFPGYFLIVMEFIQWSKDNGVPVGPGRGSGAGSLVAYALKITDLDPLEFDLLFERFLNPERVSMPDFDVDFCMEKRDQVIEHVADMYGRDAVSQIITFGTMAAKAVIRDVGRVLGHPYGFVDRISKLIPPDPGMTLAKAFEAEPQLPEIYEADEEVKALIDMARKLEGVTRNAGKHAGGVVIAPTKITDFAPLYCDEEGKHPVTQFDKSDVEYAGLVKFDFLGLRTLTIINWALEMINKRRAKNGEPPLDIAAIPLDDKKSFDMLQRSETTAVFQLESRGMKDLIKRLQPDCFEDMIALVALFRPGPLQSGMVDNFIDRKHGREEISYPDVQWQHESLKPVLEPTYGIILYQEQVMQIAQVLSGYTLGGADMLRRAMGKKKPEEMAKQRSVFAEGAEKNGINAELAMKIFDLVEKFAGYGFNKSHSAAYALVSYQTLWLKAHYPAEFMAAVMTADMDNTEKVVGLVDECWRMGLKILPPDINSGLYHFHVNDDGEIVYGIGAIKGVGEGPIEAIIEARNKGGYFRELFDLCARTDTKKLNRRVLEKLIMSGAFDRLGPHRAALMNSLGDALKAADQHAKAEAIGQADMFGVLAEEPEQIEQSYASCQPWPEQVVLDGERETLGLYLTGHPINQYLKEIERYVGGVRLKDMHPTERGKVITAAGLVVAARVMVTKRGNRIGICTLDDRSGRLEVMLFTDALDKYQQLLEKDRILIVSGQVSFDDFSGGLKMTAREVMDIDEAREKYARGLAISLTDRQIDDQLLNRLRQSLEPHRSGTIPVHLYYQRADARARLRFGATWRVSPSDRLLNDLRGLIGSEQVELEFD >MCO5248061.1 DUF4197 domain-containing protein [Chitinophagales bacterium] MKGALSMVLSLALLLGSCTSTQIQQTLGTLSGMNSGIDGNEAASGLKEALSMGFSSAVSILSKKDGFYGDPLVKIPWPEEAAFVMNAMEKIGMGKQVDKVTESLNRAAEKASAEALDVFVQSVKQMTFQDAMGILLGGDGAATEYLKRSTTTVLADKFRPIIDQSLGAVNATKYWSDAINIYNKIPLVNKKVETDLTTFVTSKALSGVFQKVEIKENEIRNNLGARSSGLLQKVFGYADAQKKTN >RKT44589.1 hypothetical protein BDD21_1976 [Thiocapsa rosea] MKDTIASMITTLFVWGLAGALFGALFGGLYQVLSVLGLAGWQPLVIAAAAAAMTTSAFYSAMPVALMGAMAGILASIGYLIVSGQSVELLWIAGTAGAGGILAGLFYAWMITGGGRPLAETLTGLIAGILAGGIMAFVFASLGIRFSMFVLSAGVVALVGTFFQVSERWLVARSARWFPSVLSAPVVAGLIAAVVGASVWIVGGTTSTMLSSNAQDSANQILGAVPSGFLGGMLGGAVTGVMLQILGFRPEQPH >TDM00308.1 50S ribosomal protein L18 [Flavobacteriaceae bacterium] MGLTKIEKRIKAKKRIRSKVFGTAERPRLSVFKSNKEMYAQIIDDTTGVTLCSASTRVEKLDGTKTEKASSVGKALAAKAIKSGISEVVFDRNGFVYHGRIKALAEGAREGGLKI >MCA6099904.1 ABC-F family ATP-binding cassette domain-containing protein [Bradyrhizobium australafricanum] MTLINVRNLGVTLNAPLFSELNFVVNAGDRIGLVAANRRGKSTLLRCIAGRMEPNEGDITRARGLTVGHVEQDAPPRLLDTPFHAAVLEALPAEQRASEGWRVDVALQSLEVPEELWTRPLKQLSGGWLRLAVLARVLVTEPDVLLLDEPTNHLDLAKIGRLEAWLNALPREMPVVIASHDRAFLDATTNRTLFLRPERSQLFSLPYTAARAAIDEFDASDERRYQRDMKAVRQLRQQAAKLNNLGINSGSDLLLSKTRQLKQRAERLEETAKPAHLERSAGTIRLANRDTHAKVLIRLDNAGIATPDGRLLFRTGQQFICKGDRIALLGPNGAGKTRFVAALRLAIENAGAAPAELRATESLVLGYCDQALADLADSDTPMRMLTRRFEVGDQRARGLLAGAGLSIEMQGRPIGQLSGGQKARLGMLVLRLTQPNFYLLDEPTNHLDIEGQEALEDELMEQQASCLLVSHDRQFVRTVANRFWVIDGRKLIEVDGPEQFFAAAGAD >RKU33385.1 hypothetical protein C6499_01310 [Candidatus Poribacteria bacterium] MKTRFFLLSLALSLFVSLHAAGQVVFYADFEPGSKAAKPNADVNNVKNYKPENAGTIWAEGDFNGGKIGGKKSMTQTGEGCGISGNTPLPGVNNFTNGVIQVVFSFADDDSFGVQFRRKGDDKGYLVVFGYNETPKVILGDLADGCCPSGQCLSGCGCENGAKELENVDHGLGGGLTQDNTVPYFGRVEVQGNSVKVWYMELAEVKDLFAPSKDLGPPVLDSEKANYKSAGTVGVWHESWGNGRIDSILVTGGTGFDVDVKDKLTTMWGEIKTAY >KAH7252800.1 chaperonin 10-like protein [Fusarium tricinctum] MAATTSMRAVIFKGFENVQVEDRPIPTIEDPRDAIVKVTVSALCGSDLHWYRGHQDIPTGFIPGHEFAGVVHELGSEVTNLKQGDQVVATFTTQCGDCFYCKRKQTSRCSQSFLFGNSAGTRSIDGGQAEYVRVPFASSSLVRKPSEIPSDMLVLMGDIFPTGYFCASRFLKNMDPDEARSACTVVVGCGPVGICAIAAASQWCDNIFAIDMVADRLEEARRLGAKPILLTDDPVSKILAATEGRGADQVLEVVGTSDAMKLCIQLARPFACISSVGVQTNQLEFDGPSLYAKNLTIAWGRCPVRGIFEEALVSLSKVHHKLAFLCQCRMNLEEAPEAYKLFNDRKVHKVLFTMDP >EIH6124474.1 hemagglutinin [Escherichia coli] >EIT9414843.1 hemagglutinin [Escherichia coli] MNLRKKHICIAISLVLNPFPASLAAQNTNVVEVDETDKGYQVYGDNWKSIEIGTTKEVKKKNSTDLNFDHNSPVAKGHNSIAIGTSAEAGGEIKDEKGFKTGESIAIGAKAKATKEQSIAIGGDTKATGWGAIVIGGDDLTPLHGDRFGDKEIPNNYSSSEASGDGSIVVGSRSTAAGDLSVSLGSISSANGTAANALGATAEANGDMATAVGFNALANASNALAVGSQSSASGEDSLAIGGQSTTGKKSTVALGQGATASAAEGNVSIGADSVDKAATPVSGATIKLKNGGTIEYKGFAGNNAASVVSVGDTDKERQIVNVGAGAVSASSTDAINGSQLYAIAKTLKDDLDAINPTWKLKDSTGKEKEVGSKNGGTTGNEVTVIGKGDIDVTVDGNGLSIDGTKLAENIKKDAIKIKTGDGQTLTKKLGEEVEFNDAGPIKTKINNGKLEITAETASFTPDGNGGNGKITVSNGDDDKLVTAKKIADAINQSGWKIKADSENGGKVEGDNKEELINPGDTVTLKAGKNLSVKQSNGDFTFSVIDTPSFSSVQ >MBO8159537.1 hypothetical protein [Thermosyntropha sp.] MKKFVNLVEKILIRIIVITVLIIVAVQGLMTEEPFRLYLSWGERLEGQKIEYPVNKIDSYADEDLSIKPPYAFLVISADKYSSLPKAVVLVNNKEVESFKNREVRLKVMAGDVVEIDSTAYDIPLEFKITEVSDNLAYPEKGTVYCSNGGQDGGMVMIGEVMVK >WP_151206143.1 MULTISPECIES: DUF3336 domain-containing protein [Acinetobacter] >HJF27339.1 DUF3336 domain-containing protein [Acinetobacter lwoffii] >MCO8042027.1 DUF3336 domain-containing protein [Acinetobacter sp. S4400-12] >MCO8044131.1 DUF3336 domain-containing protein [Acinetobacter bohemicus] >QKQ70197.1 DUF3336 domain-containing protein [Acinetobacter sp. 10FS3-1] >TSH78544.1 DUF3336 domain-containing protein [Acinetobacter sp. RF15A] MLFKDFTQDINPHQAYRIKKLKQQLQLAETYEEWKHIALKIDEESGAQEWKFDNSSPYFDAEVIAHRLGKLRRYRQQKRTRDLMHILCEGLSYDVANIAHPLLFTETYVGTKRIIEEYVEEVSLGLAYIASDECQCLKFEEKIEYFEHCQRAYGQPALMFSGGSTLGLFHTGVCKALMEQDLLPKVMSGSSAGAIMTAMLGVSKPSTYVELLKGHNFFHEAFHFRKLNELLKGNGGLADVKYLKKFLIENLGDVTFAEALKISGLHINIAVAPYDAAQEARIMNAYTSPDVLVWSAVLASCAVPILFPPVRLTSKRYDGQYTPYMGATRWVDGSVRSDFPQEKMARLYNINYTIASQVNPHIVPFMQDDVARFRKGTLSWPQRIVRRQGAVITKGMMDFAREHAGRVPPVRRLLDHGHGVVNQRYYGDVNIVGKYGLRHYTYMLQNPRPHLFKVLQREGERATWPKISLIEMQERVGKTIQHCLELLNYQKTPDLQHEYIAT >MBN8912970.1 DUF3240 family protein [Hyphomicrobiales bacterium] MEQSLCKLTLVCPPDGSDRVVDLMLAIEPPIGGFTTWSAEGHGHGFAKASFRERVRGRVDRTMLVAVVPRFQAAQILETIATRAAIPHMAYWIEPIEAFGRLAPSSIDVDRMTDPARGKSAEQHS >TOP73014.1 hypothetical protein CGH10_23835, partial [Vibrio parahaemolyticus] ARVDCSPSQPTDDQIKVYEDFRMPYIHQTYKLTDKEKQYGKLNWLDIESTEFDFSKLENIPLEERLIFKLEEDFGLIFIHQSVIDLLKKDVKDVWIRDV >HAV89419.1 4Fe-4S ferredoxin [Pseudomonas sp.] LYHYHGVDTCAATGLCAQRCPVGINTGDLVRKLRGREAHKTGTANWLAEHFATAVQGTRFMLHVANGAHLIMGTRNLAKLSATMTRASKGRVPQWTPATPQPLQRLNLTKAPPTDERPRVVYLAACVSRAMGPAARDQEQEPLLDKTRSLLEKAGYQVIFPEQLNNLCCGQPFASKGYAEQGERKRQEMLDALLKASRGGLDPIYCDTSPCTLRLVQGLTDQRLDLYDPVRFIRTHLLDKLDFVPQDKPIAVHVTCSTQHLGEAQALIDIARHCAKEVVVPEGIHCCGFAGDKGFTTPELNEHALRSLKNAVQICDEGISTSRTCEIGLSRHGQIDYHGLVYLVDRTSRPKMATPA >WP_056688515.1 enoyl-CoA hydratase/isomerase family protein [Nocardioides sp. Root140] >KQY50122.1 hypothetical protein ASD30_21570 [Nocardioides sp. Root140] MSAPTSPGLLVEDHGPVRVLTLNRPERRNAVDLDDRATLLDALVLAERESRAIVLTGAAPMFCSGGDIGSMTTDPEISRRRLELVNAIARQMVTSATPIVAAVEGGAFGLGLALACACDLVVASESARFAASFAKIGLAPDTGLLWSLPQRVGPALTRRMVLTACTLDAPAALACGLVDELVDDSTVLDRALVLAGELATKSAPALAGVRRILAQPDQTLEGILTAEAEVQMSLFSTPEFAEGRAAFFERRPADFAGAAASPVSVEVLS >MBV9654022.1 PA0069 family radical SAM protein [Acetobacteraceae bacterium] MSLSGLPEEAPAVTPRRVARQGRGATINPASRFDGQAASAFDDGWATLAAEVGDLPAVPTTLIRDASRSVISWNESPDIGFDRAVNPYRGCEHGCVYCYARPTHAYLGYSPGLDFETKLIFKPEVGELLERELRKPGYTPRTLALGSNTDPYQPVERTLKLTRAVLEVLERFRHPVAIVTKSAGVVRDLDILSRMAAQRLARVYVSVTTLDARLARRMEPRAASPARRLHAIAELARAGVPTGVLCAPVIPGLNDPEIERILEAASGAGARHAGYVLLRLPHELRALFDDWLQTHFPDRARHVLKLIRETRAGALNESRFHHRFTGHGAYADLLVRRFTQAARKYGLNEAREELDAGAFAVPPADARAAETALQMSLF >WP_138572923.1 quinone-dependent dihydroorotate dehydrogenase [Paroceanicella profunda] >QDL92264.1 quinone-dependent dihydroorotate dehydrogenase [Paroceanicella profunda] MSAFLERAGLPLLRRLDPETAHGLAIRALRLGLAPAPGAITSPRLATRLAGLDLANPLGLAAGFDKNAEALAPLLRAGFGFVEVGAVTPRPQPGNPRPRLFRLEQDVGVINRFGFNNKGMEAMAQALEAPRPAGITGLNLGANKDSADRAADYVALIARLGPLVDFATVNISSPNTEKLRDLQGPAALRALLDGVLAARAALPRRIPVFLKIAPDLDVAALADIAATARETGIDAIVATNTTLARDGLTSAARGEAGGLSGQPVFERSTAVLSELYRLTGGAVPLIGVGGIGSAEQAYAKIRAGASALQLYTALAYRGLSLVPTILTGLDALLARDGFATVAEAVGADHA >MBI2925684.1 hypothetical protein [Verrucomicrobiota bacterium] MKWSDKLGRLLRVPLLTRGRIVFALSVAVLADGLQVLLGPLGWAFFDEIIDVITMGLATWALGFHVLLLPTFVVEVIPLVDMLPTWTACVLAVAVLRRREQRLPHPPRDLPPQLPGAS >WP_065519347.1 MULTISPECIES: ABC transporter permease [Klebsiella] >NNJ21164.1 ABC transporter permease [Klebsiella sp. KBG6.2] >EIV5229784.1 ABC transporter permease [Klebsiella pneumoniae] >EIW5088865.1 ABC transporter permease [Klebsiella pneumoniae] >MBD7376324.1 ABC transporter permease [Klebsiella pneumoniae] >MBD7569539.1 ABC transporter permease [Klebsiella pneumoniae] MFHRLWTLIRKELQSLLREPQTRAILIMPVLIQVLLFPFAATLEVTNATIAIYNEDSGRHAVELTQRFARAKAFTHVLLLQSPQAIQPTIDEQKALLVVRFPADFSRNLDNYQTAPLQLLLDGRNSNSAQIAANYLQQIVKNYQQELLEGKAKPNNSELVVRNWYNPNLDYKWFVVPSLIAMITTIGVMIVTSLSVAREREQGTLDQLLVSPLATWQIFVGKAVPALIVATLQATIVLAIGIWAYQIPFAGSLLLFYFTMVIYGLSLVGFGLLISSLCATQQQAFIGVFVFMMPAILLSGYVSPVENMPQWLQDLTWINPIRHFTDITKQIYLKDASLEIVWGSLWPLLFIAATTGSAAYAMFRRKIA >KAI8690655.1 Casein kinase II subunit beta [Fusarium sp. Ph1] MMDDYVSESDSDYTSYWRDWFISSRGNEYFCEIDEDYLTDRFNLTGLNTEVQYYQYALDLVTDVFDLECDDEMREAIEKSARHLYGLVHARYIVTTRGLTKMLDKYKKAEFGKCPRVMCHSHPLLPMGLSDVSNLKPVKLYCARCEDIYNPKSSRHAAIDGAYFGTSFHNILFQVYPALIPTKSVVRYVPRVYGFKVHASAALIRWQSVKRDDMRRRLRKLEIDTGFRDEMEEEEEDEDEDVEFEGIDGRMAVVEGL >KAG0363719.1 hypothetical protein BG005_008089 [Podila minutissima] MNKHLQQPASMGVSPELAQHSEQSSNPGKKQPSHGPTTQSTFKTDPNLHSQQQSSDSTEAKKQYHGATKKTSGSHPQK >XP_031707624.1 inositol polyphosphate-4-phosphatase type I A-like isoform X7 [Anarrhichthys ocellatus] MAGVRERGERGSRIQRPWSVYRANTFELSSEMIGLALAGNSQDPDEPVLEFSVACTDLLTPALDRKPNSFVAVSCTTPPQAFWTKHAQTEVIEGTSNPIFLSSIAFFQESNINQQTQVKVAVYDVKDRSQGTMYLLGSALFPVKELLQERSHRLQLELRSAENQRVGNITIAAWQMEETADQRMSVSRLPDSINGRTMLPVDESLTESMGVRIKYASLCKDTLLRSVFGGTMSRMYRFPTTDGNHLRVLEQMAESVLSLNIPRQFVKLLLEEDAARVCELEELGELSPCWENLRRQIVSQYQTIILAYQETLSDLTDYRGPSFKASNLKAERKLEFMPTNLHVQRMRVQDQLGFEHTYDVITIGAPAAHCQGFKNSGLRKLIQKFEEAKKHVYEEECALSSSQSIVYIPQDIVRAKEIIAHINTLKTQVSYYAERLSRAAKDRSASGLERTLAILADKTRQLVTVCDCKLLASAIQALNAARPEYIASKGSPSADSEQVVLRNDQDTLLAKWSGSNSRTSLHADWHEEEWEKVWVNVDKSLECIIQRVGKLLQKERRPSVSSQDSTQSDLQGGACKKDGSPSAEEAYPGEWSEALFPLLTTLTECVAMMSDKAKKSMVFLLMQDSAPTIAMDLSLQYRRDVVFCQTLTALICGFIIKLRNCLRDNGFLRQLYTIGLLAQFESLLSTYGEELAMLEDMSVGIMDLRNVTFKVTQATGSSAPDMLPIITGNRDGFNVRIPLPGTMFDALPREIQSGMLLRVQPVHFNVGINEQQTLAEKFGDTSLQEVINLESLSRLNSYYEQFKEVLPEDCLPRSRSQTCLPELLRFLGQNVHARKNKNVDILWQAAEICRRLNGVRFTSCKSAKDRTAMSVTLEQCLILQHEHGMAPQVFTQALDCMRRIGTREGVIQKNLSGLLPVRDFRLDPSLLYSLPLLALSPNLLVVWIFLSVAYFLAKLRCS >MBT3590949.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT3961233.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT4635853.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT4685103.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] >MBT4733371.1 VCBS repeat-containing protein [Candidatus Marinimicrobia bacterium] MKKIQLILLSIVMIVCTLSIAFGNNKAKDGTYYADFNGDGKHDLFLYDRTTGTGVIWGWDGKKWKTLWKNDTFKKTWKIHLGDFDGNGKTDMFLYDKKAGTGVVLTLDASSKSGANNLWKNTTFKKTWDIYVGNFTQKKKSELFLYDKKAGAGVVFGWDEKGHFKNLWKSDTFKKTWEIHPGDFNGNGKSDLFLYDKKAGVGVVWGWSGKAWKTLWKNTTFRKTWQVHVGDFNGDKKSDMFLYDNKKGKGVLYSIDPKTGKSIKLWENNTFRKTWSIFPGDFTGSGKTALFLYDKKAGAGTVFGWDGKSNFKTLWKNSTFNKTWDIYPTDVNGDTKVDLFLYDKNNGKGTLFGWDGKSNFKTLWKSDEFKKTWNVFTMVN >MBU0838658.1 chromosome partitioning protein ParA [Gammaproteobacteria bacterium] VSWHQMHMWDPKVGPERNDLVVLRETIKRNQLGLLVEEETPQAVPAERLQMVAEDTWYAAEAGKDAAAKRSESHEREQRQKAALLIKQQRQRITNLERLREEDALKLTAAAEKERKALQEEIRTLQQQLQQQTELNASLHAQMTAQGESFQKAREEMSKQLRTLEVSGRVEIGAAREQFEHEAQARIAAAIAEYKEQVAIRDVELAYRNELDAQLEEEIQRLKAECETLRHSGDRVLEELSRQGVVFMAYHPGAGHLTIALQDLARYRANPLAYAAAKCFVSEEQYRQWLEHYQKPACVAALSSGERCAMPLDKIDAPSRFVIGESNCCARHRKEDRQRTGS >ECB3502766.1 flagellin [Salmonella enterica subsp. enterica serovar Mississippi] MGFRINTNIGALNAHANSVVNARELDKSLSRLSSGLRINSAADDASGMAIADSLRSQAATLGQAINNGNDAIGILQTADKAMDEQLKILDTIKTKATQAAQDGQSLKTRTMLQADINRLMEELDNIANTTSFNGKQLLSGGFTNQEFQIGSSSNQTIKASIGATQSSKIGVTRFETGSQSFSSGTVGLTIKNYNGIEDFKFQNVVISTSVGTGLGALAE >WP_270757591.1 site-specific integrase [Longicatena caecimuris] MSKMKRQDSRGRNLRLGESQRKDGRYVYKYTDIFGKPQFVYAWKLVPTDKTPAGKRDDISLREKEKQIKKDLDDGIDTVGGKMTVCQLYEKKNNQRKNIKRNTELGRQYLMNVLENDPLGMRAIDTVKQSDAKEWAIRMNGKGYSYKTIDNYKRSLKASFYMAIQDDCIRKNPFHFKLSDVLEDDTEAKVILTPEQEEKLLAFMETDNVYSKYRDEVILLLETGLRISELCGLTTHIDMPNHVINIDHQLLRDTEVGYYISTPKTKNGKRELPLTERAYQALERILKNRGKAQPLVVDGYSNFLFLNREGLPKVAGNYESMVRGLIKKYNKTHKDKLPNITPHSFRHTYCTNMANKGMNPNTLQYIMGHANITMTLGYYAHGTFQSAKAELERLAS >TLY75477.1 rhomboid family intramembrane serine protease [Gammaproteobacteria bacterium] MIPIRVTIPSRTVPVVTWTLIAVNTAVFVFELTLSPAELKRLFYLFGIVPARYSHPEWAAAVGLPLDDGWPFLTSMFLHGGWMHLIGNMWTLWIFGDNVEERMGRARFLLFYLVCGLAAGLTHWFANAHSTMPTVGASGAIAGVLGAYFVLYPHARIITVFPLFFIPYFFELPAVIYIGFWFVSQLLGGTLGSLGPQNVGGVAWWAHVGGFLTGIVLLRIFLLPRGQAPRSYQDDEYGMPGT >WP_125504029.1 MULTISPECIES: NAD(P)H-dependent glycerol-3-phosphate dehydrogenase [unclassified Streptomyces] >AZM59838.1 glycerol-3-phosphate dehydrogenase [Streptomyces sp. WAC 01438] >RSM93898.1 glycerol-3-phosphate dehydrogenase [Streptomyces sp. WAC 01420] MSEPVKAAVFGTGSWGTAFGMVLADAGCDVVLWGRRPELADAVNSTRTNPDYLPGVELPGNLRATTDAAEAARGADFTVLAIPSQTLRGNLAEWTDLLAPRTVLVSLMKGVELGSAMRMSEVIDDVAKVGRERIAVVTGPNLAREIAARMPAASVVACTDEDVARRLQTACHTPYFRPYTNTDVIGCELGGAVKNVIGLAVGIADGMGLGDNTKGSLITRGLAETTRLGVALGADPLTFSGLAGLGDLVATCSSPLSRNHTFGTNLGRGLTLEETIAVTKQTAEGVKSCESVLDLARRHGVDMPLTETVVSIVHEGKPPVVALKELMSRSAKPERR >WP_245404560.1 cytochrome B [Lactococcus carnosus] MVLEKRGTISEEENRLFFSSFCMTKRKIFCPFYFYKMGRWRLRKANRHNPKGIKGESETAPFSSNIVIQERSDLYYNVIACSIYGFIWSILL >WP_268140002.1 cytochrome c oxidase assembly protein [Pannonibacter sp. SL95] MTGVNDPRQDKDISRSNRRVAVMCGGIFFAMVGLAYAAVPLYNLLCQVTGFGGTTQRAEQASEEIIARKITVRFDGNVTPGLGWDFRPEHRTVTLNMGETGQMAYVATNIGSNPSVGTSVFNVAPFEAGVYFNKLECFCFTEQPLAAGESVNMPVVFFVDPAMDKDPELKHVTEITLSYTFYPAETPVKPVAAKSEDAAAANRL >HDO82225.1 hypothetical protein [Candidatus Altiarchaeales archaeon] >HEX54874.1 hypothetical protein [Candidatus Altiarchaeales archaeon] MDEPIIRSGNVINTILNRVSENIDLLIKLSVMVGIFILSAIIGYMVGYIASVILRRLLLREKVQEVLIKYGATTSNLWKSIVNFLSTCSLLLVGSAVITGIFILIGEPIFNEVFLFIWNTYLFILFVIMGYLISGVSCKFVKDVLASINFEEELKKYKVSESFGGIPISTIIATVVKWYVFVIVVTFIILEITTMGSLADKNFVLYRIMNLLYDYIPNALLGFVVLSISLISANFVGNKIKSYKLVFSDTIALGVEIAIIFFGIVLALPHFGIKNVQILEYSFLLLMGGISLGLAIAIGLGLKESVAHISR >WP_039692015.1 lysophospholipid acyltransferase family protein [Dickeya fangzhongdai] >KHN60591.1 acyl-phosphate glycerol 3-phosphate acyltransferase [Dickeya fangzhongdai] >WES90197.1 lysophospholipid acyltransferase family protein [Dickeya fangzhongdai] MSESSLSLNRSSRLNWCWRLVMTGCCFGLFSLGGLLLSTVWFNLLLLVQRDETKRRVWARRSIAFSFRCFLRSARAVGVLDYQIDGVETLRGDRGCLVVANHPTLIDYVLLASVMPDVDCLVKAELRQNIFFRGVIRAADYLVNSQSDTLLPDCHQRLNRGDVIMIFPEGTRTRYQQPVTLQRGAANIAVRCGCDLRIVHILCSQQTLGKQSRWYQIPPEKPCFTIRVRERISSQAFITGEDELPLAARRLNRFLQQSLTL >KAH7371872.1 nuclear pore complex component-domain-containing protein [Leotiomycetes sp. MPI-SDFR-AT-0126] MSTPMRPSTPVPQSTPSNSTPTTGTWRHPKLDEIVRRQNASNFTAANVKKIAYNAGGLAAIFFIGKLLWYFLPGLFHTGKVFTYADWVYYFIQLVFVFNIMMACTPLLRTPDEITDIALTPAQRKLLGLPPSSAPPTPGSQYVTPPRYARTTPVGGSPGARGNYSGSPLSGKGSPNASTTGLPFSPNSSPLLQKAMGGGMNGTRRASYGSPSPLGPSLSRVGSETPGSPSPASKTGGLGLNNKWLYDKGRRNSGSSRLYT >WP_203374052.1 hypothetical protein [Actinoplanes ovalisporus] >MBM2614132.1 hypothetical protein [Actinoplanes ovalisporus] MRKTFKRMAAAAVVGIAASVAIAAPAWAVRPGWFDLGDPKGIYVVNDARTITIGEVTLTYLSDTQQQIKVCDYNSDGYYVIGQVKSAGGSLISYQSLGVGTANCFTRTLGYGIADFRFIWKDYTSPWFSQLRNS >WP_185644473.1 hypothetical protein [Listeria booriae] >MBC2305740.1 hypothetical protein [Listeria booriae] MAMKDQIETEVNQYLADNNMSTSFQRLLYAGPSMRTRHNLVLVFTEVGLITFSFSIVSKSETQMFFLPKEKIRAIRLDKKRFVHKLSMEAENEEGEVERAQYFVSKRVFGRAWHKETLQFLFDKNIFSSLKN >MCF8106439.1 hypothetical protein [Desulfohalobiaceae bacterium] MKLDLPEPSRWTLSKWKQLTESPSPFVRKWVAQNARIYLDKQARIPFINRLLKDERAPVRMRARYDLLETLMPDQADRYLGVALEEDALRKWRINALEALAELGYTKHLTTWLQEVSERIQKASSPLENNLQELFSLPVTLIFLSPADAAPLAELLFTTLEEVIEEDLFDFEQHKEPLGTAVAGLMLSHPRPGEMLDFLGRL >WP_141918410.1 2-isopropylmalate synthase [Klugiella xanthotipulae] >TQM61268.1 2-isopropylmalate synthase [Klugiella xanthotipulae] MENTQQSSGMPIHKYRPFHEQIVVELPDRTWPSKRITEAPRWCAVDLRDGNQALIDPMTPDRKRIMFDLLVQMGYKEIEVGFPSASQTDFDFVRSLIEENAIPDDVTIQVLTQAREHLIKRTYESIIGAKRAIVHLYNSTSVLQRDVVFRTDVVGVTQIAVEGARLCVAAETIAAGTDIYYEYSPESYTGTELEVAVEVCNAVLEVFQPTPERKVILNLPSTVEMTTPNVYADSIEWMGRHLNHRENVIISLHPHNDRGTGIAAAELGYMAGADRIEGCLFGNGERTGNVDLVALGLNLFTQGIDPQIDFSNLDEIRSKAEYCTQLRVAERSPWAGDLVYTAFSGSHQDAIKKGFERMAADAAAAGVTVDDIPWAVPYLPIDPRDVGRTYEAVIRVNSQSGKGGVAYLLKADHSLDLPRRLQVEFSAVVQGKTDAEGGEFSSDQIWSVFQDEYLPAPVEASHAKWGRYEITRTSSSSDLGGGTELSVDLRVDEGIASVSASGNGPVDAFISVMREHGHEVTLYDYVEHAMSEGGDAVAAAYVDLEVDGQRLWGVGIDPDISTATLKAIVSSVNRSIRLNESALIGAGA >KAE8802158.1 HORMA domain-containing protein 1 [Hordeum vulgare] MDQVDSFRISEDELAKWKKGCESSITEEQTMTKGLIGPSLGPLKDIQNESSSKISDSFAETDIPSFHNTASCVVMPLQSPTNGAYYPTSTACYGSSNSGSVAYSAPFGTSGLPVKPWVTTHEHQGMPSTNMFHSADAQMKVWLVLC >DAM55269.1 MAG TPA: tail sheath protein [Caudoviricetes sp.] MGFNSIKINKLDGSLGGGQATDRIAVMVLGCGAIGSTLAIGKAYKLLQLSDAEALGITESRDAAEGRLDYYHLSEAFRLSPDSQVWVTAVAGTAKVSDLKNDANLIAAIRSIDGVNTIAVAGLTKDTDITTAVTGAQLLVDRLKDDHIYIDAILLEGVGDYISGAISTWTDLRPLASPNVSVIIGRDTKVSTSNAAFAKHAAVGSALGMLLVRAVHENLGSVDIETKPSASRGQQDYPLSDVKRGLFMDASLSNGVAYNKLSVADQRQIDQFGYIYIGAFDGYAGYYFSNSHTAEKSDSDYCFIERNAVWNKAARIIRKTLIPRIRSKVEANPATGYIKGTTIDSWKRRCLRALEPMVVAGNCASVDVQINEKQAAVSSVPFKIGVRIVADGVVHEFEVDLGFTNKI >EFI7849450.1 RHS repeat protein [Escherichia coli] HPGRMVAHRYAGRPEMRYRYDDTGRVVEQLNPAGLSYRYQYEQDRITVTDSLNRREVLHTEGGAGLKRVVKKELADGSVTHSGYDAAGRLTAQTDAAGRRTEYGLNVVSGDITDITTPDGRETKFYYNDGNQLTAVVSPDGLESRREYDEPGRLVSETSRSGETVRYRYD >WP_027896470.1 penicillin acylase family protein [Pseudomonas thermotolerans] MKRTLTALTVAVAAVAAGAAWYVLDKRPLRDGELTLARLQAPVSVRYDERGVPHLRAEHEEDLYRALGFVHAQDRLFQMEILRRLARGELAEILGERLVDTDRLFRTLGIREHADRYAGRLDRQAPEVRALLAYLDGINQYQASRPAPLEFDLLGIPKRPFTVEDTVSVTGYLAYTFAAALRTEPVLSYVRERLGSDYLKIFDLDWHPQGVIRQADAAAALTERDWQNLGALARLSQNALATAGLPQFEGSNAWVVSGRHTRSGKPLLAGDPHIRYAAPAVWYEAQLSAPGFELYGHHQALSPFALLGHSRRFAWSLTMFQNDDLDLIAEKVNPENPEQVWYQGRWVDLESRKETIKVKDGEPVTLRLRRSPHGPIINDALGAGAGDRPIAMWWAFLTTENPILEAFYRLNRADTLDKARSAAERIHAPGLNVVWGNADGDIAWWAAAKLPLRPAGVNPSLILDGTTGEADKPGFLPFSANPQEENPARGFILSANYQPLSPSGVAIPGYYNLPDRGQRLYDRLARADVQWDLENSQALQLETATDYPQRLLRPLAAELRGAARDDRERQLVERLLAWDGRHELDSVDATLFNQLTYQLAAAALLDELGESFFDGLLGTRVIDSALPRLAADADSPWWDDRSTPAREGRAEIVAKAWQDALAHLRGSFGEDPGQWTWGRVHTLTHGHPLGQQRPLDWLFNVGPLAAPGGREIPNNLSHRIGPAPWAVVHGPSTRRLIDLADPEHSLGINPLGQSGVPFDRHYADQAEDFIRGRYQPQHYAEADVAAHSRGELRLLPARD >MBD3702988.1 hypothetical protein [Klebsiella pneumoniae] >UNA34365.1 hypothetical protein LOF13_10485 [Klebsiella pneumoniae subsp. pneumoniae] METKPNWLVRHINLITTAVALYPWLLMILLLWDNQRHHQHGYAALGAAIAILFLLALTSGMNLLISSLVIFVPAVPPHRHGGAAVRFFAMNSISALWLIPLFFSY >WP_200696402.1 helix-turn-helix transcriptional regulator [Streptomyces sp. MBT51] >MBK3595579.1 helix-turn-helix domain-containing protein [Streptomyces sp. MBT51] >HBF81364.1 transcriptional regulator [Streptomyces sp.] MYSAKKKNKRVTSWHVIGAQLATFRKAAGLTQAALADRCCVGEDTIASIEQGRRPLQADFAALLDELLDTKGVLQVAVAKVPQKERFPAFVQDFVEYEQEAVTLLWYENQVIPGLLQTEEYARAVFVSLYPPLEDDELGERVAARLDRQKVLARKPRPMASFLIEESILRRPIGGRCVLHEQIKHLRRCAELPFLGLQIMATDRETHAALDGPMVLLETPDHDQLAYVEGQRVSFLIDDLDEVSVLQQKYGMLRSQALSPEESMRLLDDLLGES >KAH0091028.1 hypothetical protein KCU60_g13068, partial [Aureobasidium melanogenum] MDAIDYDPITHLNALFGHPSTLHQAAAVSQQLHKQQNDLDHHMRRMVARQAESDADSVRRITQAKDELADVFGRIDRVRARALDTERAITDMTADIKRLDQTKRNLTLSMTALKRLQMLTTAYEQLRLLASTRQYRDCAHLVPAVVQLMAHFKTYRSINQIAQLSQNVADLQRQLLDQICEDFELAFARESVPSSRNMLADACHVMDALGDHARARLTTWYCNTMLREYRQVFRSSDEAASLDNISRRYSWFNRMLKTHDSDHASLFPPSWRVDEMLANTFCETTREDYKQILQRSMRRADGQPPDVNLLLSCLQETLDFEHSLERRFSSAESRSSLDTLDEKPRAFSQAISEAFEPYLSVWVESQDRQLALLIPKYRQQPIRNEEDEFHAHTVMPSSTELFHSYRITFAQCAKLSTGSRLLDLSKTFAKYLDVYCQQVLFHALSERSTSVEDIVTVLNTADYCYQTTNQLEERIKSRVDPDLRAQVDLQSQADSFMGIASASVKALVRRVELDCDAPWREMRNVPWSKMDNVGDQSPYVALLVQRVKEKTSEVLNYLQKQHYARAFCDNLVDALANSILTNLVVCRPISETGAEQMLLDSYVLKKAFTELSTVNAEAGTTPNPNFVKRVNQSMAKLDPLLKTLQVRASPPEGLVQAYLIHMQDRSEPNFRKILELKGITRKQEQAHLTELFNAHKASPANETLQLSNPLIANISLQAAGATVPGIAALKDSAASHSAPALAGTTTRFDPSTFGSALMNAARDGVDRFGSPALGGTASATNASRATSPPPMGALGLNTESAHASINENLKNIGKFFRRDVSSFGGFGKKEEGRRSMEKR >WP_215683653.1 class I SAM-dependent methyltransferase [Dorea formicigenerans] >MBT9741627.1 SAM-dependent methyltransferase [Dorea formicigenerans] MWIADKWKDYEVIDCSGGEKLERWGDYTLVRPDPQVIWDTPKKEKGWKHMNGHYHRSKKGGGEWEFFDLPEQWQIHYGELTFNLKPFSFKHTGLFPEQATNWDWFGDKIRNAGRPVKVLNLFAYTGGATLAAAAAGAHVTHVDASKGMVAWAKENAASSGLSDKPIRWLVDDCVKFVEREIRRGNHYDAIIMDPPSYGRGPKGEIWKIEDAIHPLIKLCTQILSEDPLFFLINSYTTGLAPAVLTYMLGTELKSFHGHVDSQEIGLPVTSSGLILPCGASGRWEADHSLS >WP_246003214.1 non-ribosomal peptide synthetase [Nocardia tenerifensis] MTAPVESVTTGAPEAATTETIVDAFVRTARAHAEREAISDGDTTLTYAELDDVSSQISRALRERGLTPGARVGVHLDRCLATYQVFLGILKAGLVVVPFNPVHPAAHKERMFEVAQPDLTVTDTGAVEGIPEQTCLPVGELLSAAASLSTESGPSAVTAAAPAFILFTSGSTGVPKGVVIAHRGIARVSQHLTGFTPGPDDRFLQLAQPAFAASTTDIWTCLLRGGRLTIAPQEMPPLGDLARLIAREKITVLNLSVGLFNLLVEHHADSLGQVRTVIVSGDFPSASHLERALAVVDGDVFNAFGCTENSALTAVHKITSADLAAAEIPVGRPMPTVEMTVRDEGLEPCPPDRIGELCIAGDGVASGYLGDPELTERKFVRHDGRRLLRTGDLAKLTADGEIVLAGRTDQMVKVRGYRVEPRHVEVTAESFPGVAQAVAQAVPSDGAADRLALWCVPATGRQIAEAELTDHLRDRLPDYMVPSTVLVLDAFPRNTNGKIDRKELGARLAAHIAEEAAANESADSAEPSVNKDRLAAVVSSSLAEITKTEELGLDAGLIESGVTSLQLIDLGARLEDVLGVALAPDEIVGAGTVRGVADLIRTKRARG >OBW66090.1 Uncharacterized protein AUREO_038390 [Aureobasidium pullulans] >THX34426.1 hypothetical protein D6D10_07540 [Aureobasidium pullulans] >THZ23922.1 hypothetical protein D6C89_05243 [Aureobasidium pullulans] MVGLGPRRPPSRKGSMADVPKDLLSEIKKLEDMFTVPKERLDKIVTKFVKELEKGLAKEGSTIPMNPTWCMGFPTGHETGTFLALDMGGTNLRVCEIHLPEEKGEFDIIQSKYRMPEELKTGTADELWGYIADCLQQFIEYHHEGEKLDKLPLGFTFSYPATQHYIDHGILQRWTKGFDIDGVEGEDVVPPFEKALAERGVPIKLTALINDTTGTLIASAYTDSEMKIGCIFGTGCNAAYMENCGSIPKLAHMNLDPELPIAINCEYGAFDNEHEVLPLTKYDEQIDKESPRPGQQAFEKMIAGLYLGEIFRLVLLDLHEGKHMFEGQSVDKLKKPYNIDASVLAAIEEDPFENLSETAELMRSQFSLQCNKPELELVRRLAELIGTRAARLSACGVAAICKKKGYKTAHVGADGSVFNKYPHFKARGAQALREMLDWPEKKNKRDNDPVEIMTAEDGSGVGAALIAALTLKRVKEGQLAGIKDAKSMLDF >XP_049399244.1 ribonuclease 3-like protein 2 [Solanum stenotomum] MQFIQSTDKSLFLHSHHQNRVPYRNMMQSPESCVTLTNPTNKSVVLIPDDDDEIDIITDMAASIRAVEEILNYKFKNEKLLEQALTHSSCTDSPSYQRLEFVGDAALGLAISNFVYLTYPELDPGQLSLLRSANVSTEKLARVAVKHSLYKFVRHNTTSLDQKVKEFVIAVEQEEQAELHGGAMKAPKVLADIVESVVAAVYVDCHFDLKALWKIINGLLEPIITLDLLAQQPQPVTMLYELCQKEGKHVDIKHWRKEEKDIASVYVDGQFVVSATSENKENAKLHAAKAALTKLAYKHTSKLDLEVEPNTEFGGAKQMLNELCGRKKWPAPTYRIEKQVGPSHDRRFICSVHVAVAKGVVFVTGEEKMRVKEAENSAASAMIWGLQGSNLS >WP_138051112.1 SAM-dependent methyltransferase [Streptomyces montanus] >TLS39621.1 hypothetical protein FE633_45950 [Streptomyces montanus] MGRGSAGVGQGSAGEWRGWRQAAEEALYGPCGFYRRPEGPAGHFRTSVHASSLFAEAVARLLCRVDEALGRPAELAFVDMGAGHGELVSGVLEALPAEVASRARGYAVEHAGRPAALDDRDDRIEWCAEPPAGVRGVLFANEWLDNVPLDVAETDADGVPRLVLVREDGTESLGEPVAGADAEWLARWWPLGPVRCEDDVRGVLKEDDVPPPHGLRAEIGHPRDAAWARAVATLDRGLAVAVDYAHLADARPPFGTLTGFREGREVAPVPDGSCDLTAHVALDACALPGAGLLTQREALRALGVSGGRPPLALASTDPAAYVRALAGAGEAAELTAAGGLGDFGWLVQPVGIPNPLPSPPPSPPSGETGENGPLRRARGGLLVDVPDDEEQ >WP_112865547.1 DJ-1/PfpI family protein [Plesiomonas shigelloides] >SPZ37445.1 transcriptional activator FtrA [Plesiomonas shigelloides] MNIGIYIYDGAEVLDFAGPFEVFSTAKRLGASEWNIFLIAEALTTVIARGGFNVVPKYSLDDHPKIDVLIIAGGIHREEMLNSNVIAWVKSVNEQAMYVASVCTGVFILANTGLLSGLPVTTHWEDMPQLKQEFSDLSVLENVRWTKSGKYITSGGISAGVDMSLYLISLLHSTSLAELVAHQMEYSWQKCT >MCU1506104.1 aminotransferase [Microbacteriaceae bacterium] MALDLPDFPWDSLVPFAERAREHADGIVDLSVGSPVDPTPTIIRDALVAATDAHAYPLTAGSPALREAIVGWYSRRRGVTLGTANVLPTIGSKELVAWLPFLLGVGAGDTVVVPEVAYPTYAIGAALARASVLASDDPASWPVGTKLIWLNSPGNPDGRVLSVEQLRVAVARARELGAVIASDECYAELNWDDADPIPTPTPSILDPRVIGDDRALVLSVYSLSKQSNLAGYRAGFVAGCSDLIAQLLEVRKHAGLIPPAPVQAAMVVALGDDTHVDAQRERYRARRTRLRAALDGAGFRVDHSEAGLYLWATKGEDCWLTVAALAELGILVAPGSFYGEAASGHVRFALTATDERIDAAAARLATLSN >MCJ8328039.1 5'/3'-nucleotidase SurE [Campylobacterales bacterium] >NQY52797.1 5'/3'-nucleotidase SurE [Campylobacteraceae bacterium] MKHILITNDDGFDALGIKALVEALRPLAKITVVAPAINKSACGHSLTLDKPLRMISVDDDYYKMENGSPTDCIFVSLNNLFKDDFKPDLVISGINIGSNMGEDITYSGTAAAAMEAVLQNIPAIAISQVFTDNYKSLKTGFDFALAKETIVNLTKKIFNNDFPLGSRKFLNVNIPQVDPKDCKGIKITKVGHREYGNDTHRHVNPRGEEYYWIGLHPLLWKSSENKDCDFEAIKDHYVSISPCHLDLTSHKDIKTLDNWIKG >KAF2994395.1 hypothetical protein E8E13_002725 [Curvularia kusanoi] MPSCHIERCGTWVSEKDKDDDNTLTKSSSVTFMSLPPADNFGPLERHDAVPVGDRKPMRIMGKLLLFQMGGKNKYTGDFYLGGYDFIRGGSEMGASIRAYFPDTIQKEVSLYCVLLRTEQLMALGGCNDGYYEDYDPRFLKRFGLVLAPIQDEEGVYRRTGVFEERLYGVKGEDNFRSSPWDDLRENREIIII >WP_266603981.1 dienelactone hydrolase family protein [Streptomyces beihaiensis] MNIMLFHSTYGLRPAVEAAADRLRAAGHEVWTPDLFEGRTFDTVEEGMAHQDEIGKDELLKRAVLAAAPYSERGLVYAGFSLGAATAQTLALGDDKAKGLLLLHGTSDIAENASVDELPVQLHVASPDAFETDDWLNTWYLRMGRAGADVEVYRYPGAGHLYTDPDLPDYDAEAAETTWKVALGFLETL >AAQ88513.1 YVTM2421 [Homo sapiens] MYNSVKGSCSEPVSFTTHSCAPECPFPPKLAHRSKSSLTLQWKAPIDNGSKITNYLLEWDEGKRNSGFRQCFFGSQKHCKLTKLCPAMGYTFRLAARNDIGTSGYSQEVVCYTLGNIPQMPSALRLVRAGITWVTLQWSKPEGCSPEEVITYTLEIQEDENDNLFHPKYTGEDLTCTVKNLKRSTQYKFRLTASNTEGKSCPSEVLVCTTSPDRPGPPTRPLVKGPVTSHGFSVKWDPPKDNGGSEILKYLLEITDGNSEANQWEVAYSGSATEYTFTHLKPGTLYKLRACCISTGGHSQCSESLPVRTLSIAPGQCRPPRVLGRPKHKEVHLEWDVPASESGCEVSEYSVEMTEPEDVASEVYHGPELECTVGNLLPGTVYRFRVRALNDGGYGPYSDVSEITTAAGPPGQCKAPCISCTPDGCVLVGWESPDSSGADISEYRLEWGEDEESLELIYHGTDTRFEIRDLLPAAQYCCRLQAFNQAGAGPYSELVLCQTPASAPDPVSTLCVLEEEPLDAYPDSPSACLVLNWEEPCNNGSEILAYTIDLGDTSITVGNTTMHVMKDLLPETTYRIRIQAINEIGAGPFSQFIKAKTRPLPPLPPRLECAAAGPQSLKLKWGDSNSKTHAAEDIVYTLQLEDRNKRFISIYRGPSHTYKVQRLTEFTCYSFRIQAASEAGEGPFSETYTFSTTKSVPPTIKAPRVTQLEVNSCEILWETVPSMKGDPVNYILQVLVGRESEYKQVYKGEEATFQISGLQTNTDYRFRVCACRRCLDTSQELSGAFSPSAAFVLQRSEVMLTGDMGSLDDPKMKSMMPTDEQFAAIIVLGFATLSILFAFILQYFLMK >WP_217278020.1 hypothetical protein, partial [Corallococcus exiguus] >NRD51406.1 hypothetical protein [Corallococcus exiguus] SGEAIEQAYVGYRPWANTRLRLGRVSPDLFLYSESRNVGYAFTWARPPTDFYAFAPVVNVDGLDVEQRWDAGSASWRLRATTGTIRTSATDGGRSYSPVSVDDILAVGLSRESGGLLLKLSYMQSRVNMDHGPEYRA >WP_065073015.1 nuclear transport factor 2 family protein [Mycolicibacterium fortuitum] >OBJ92956.1 hypothetical protein A5638_27340 [Mycolicibacterium fortuitum] MLSLAEISDRLEIQQLLIDYSTAIDRRLFDDLDVVFTPDAYIDYRAMGGIDGHYPEVKAWLAEVLPNFPAYAHMLGNFDVRIEGDKASSRTICFNPMVLPGLEQQVLFCGLWYEDEFVRTRDGWRMSRRVETKCFDKVV >MBS7021842.1 endonuclease/exonuclease/phosphatase family protein [Haemophilus parainfluenzae] MKRIYRFLAIGLMLVVLGAGYFFTNLTIFDQTFIQLNTSQKVSYTPFENKLNMQCDKVNGLMPKLTSSHFRLVNWNVHKGQDKGWQEDLARLSKQADFVLLQEATQHQNLNTFSTALFVSSFSFKDLLSGVKTFTKTQPEWYCGGGIAEPLIQIPKVASVMSFPLEKDASLLLINVHLINFEWGISAYQTQLEQLLSFVENHQGPIIISGDFNAWNERRLNLVNNLMQKYGLDAVTLSQDERLRFLGYPLDYIFTRGVKVVSATSEVVTSSDHNPLLVEFELE >WP_176390098.1 Xaa-Pro aminopeptidase [Janthinobacterium sp. BJB401] >NVI84208.1 Xaa-Pro aminopeptidase [Janthinobacterium sp. BJB401] MANYAARRAALLAQMLPGSVAVIATAPEVPRNSDCDYPYRHDSYFYYLSGFTEPDSAVALVAASATAPARAILFCRAKNTEREIWDGFRHGPEAARASFGFDSAFPIEELDVEMTRLLADCPAIYYALGGSLDAQVKVWRHNVRQKARSGVTAPAIAHDVNDMLDAMRLLKDTEEQGLMRRAAAISSAAHVRAMRATRPGMHEYALEAELLYEFRRSGAQFPAYSSIVAGGGNACILHYSANNALLQDGELVLIDAGCELDGYASDITRTWPVNGRFSGPQRALYELVLAAQQASLDMLRPGLPHSAIHEAAVQVLAQGMLDLGLLDRQKSGGVQDVIADKAYMPFYMHGTSHWLGMDVHDVGAYRDTGTPGKPWRALAPGMVLTVEPGIYVRPGAGVPEQFWHTGIRIEDDVLVTPQGHEVFSSAPKSVAEIEQLMSQD >WP_089187353.1 zinc ABC transporter permease subunit ZnuB [Serratia marcescens] >ASM07658.1 zinc ABC transporter permease [Serratia marcescens] >MBH2838984.1 zinc ABC transporter permease subunit ZnuB [Serratia marcescens] MIELLLPGWLAGVLLAGAAGPLGSFVVWRRMSYFGDTLAHASLLGVAFGLLLDINPFYAVIAITLLLALALVWLERRPQLSVDTLLGILAHSALSLGLVVVALMSNVRVDLMAYLFGDLLSVTLSDIMMIAGGGGVVLLVLWWQWRDLLSMTISPELAHVDGVNLARARTVLMLVTALTIGLAMKFVGALIITSLLIIPAATARRFARTPEQMAGVAVLLGMVAVTGGLTFSACYDTPAGPSVVLCAAVLFTLSLFKKQQA >KAE9107042.1 hypothetical protein PF010_g12408 [Phytophthora fragariae] >KAE9225083.1 hypothetical protein PF004_g12013 [Phytophthora fragariae] >KAE9341024.1 hypothetical protein PF008_g10836 [Phytophthora fragariae] MSGTTSKRSAHATLGAHKRARCAPAKSAAAPATAKEAPNPPAASLDRVANAPLAVRSLLAADPTATSAQVEAALETQPARTSAELLRVIDEVLGPATGDEEAQAHGVGDQGAGTARDAGTAVNGGIKFDVLLGYL >WP_084717372.1 DsbA family oxidoreductase [Vibrio rhizosphaerae] MKKLRIDILSDLVCPWCFIGYTRLEKVLGQLSVDKQLQPEIHWHPFELNPTLPAGGEVLNQYLQTKYQMTAKQRQLNQQKITALGNEVGIDFQFTADMRIYNTRKAHQLLMWAARSQQQTPLQKALFLAYFQEGKVMDDTDTLLDIAVAQGLDRRDCRQVLTDPGWSSAVVQTEKQWLEAGIQAVPAMIIEQHILLCGARPMTELHDTLDGLLDTLPSLH >WP_062263491.1 RNase adapter RapZ [Endozoicomonas arenosclerae] MKLIIISGRSGSGKSSALHALEDEGFYCVDNLPASMLNDLPANLKSSLGEPPRMAVSLDVRNVPGALERFPALLDKLKKQGVECQVIFLDADSDSLMKRYSSTRRRHPLSNDNVSLAEAINLEKKLLAPLAEEADIRLDTSPLSVHEIREQIRQRVCGSTSKSMTLMIQSFGFKHGMPVDADYVFDVRCLPNPFWVEALRPYTGLDQPVKDFLAAEPMVDEMFEDLSTFVEKWLPRFESGQRSYLTIAVGCTGGQHRSVFISEKLGDWLKERFDCVQVRHRELSK >KNZ32786.1 MAG: single-stranded DNA exonuclease [Methylibium sp. NZG] MTLRDAPPRAVWALEQAGVHPLLARLLAARGLRSAEELDDGLARLIPPAELLGAQAAARFLADAIAARQRLCVVADYDCDGATACAVALRGLRLLGAQPDTLHYVVPDRTVHGYGLTPAIVDLAMHKQPDVLLTVDNGIASLDGVAHARALGLAVVVTDHHLPALLDGRIVLPDASVIVNPNQPGCSFASKNLAGVGVMFYVLLALRSELRERGVFTSHTQPRLDTLLDLVALGTVADVVRLDANNRRLVAQGLKRIRAGQMQPGVAALFSAAGRDPRRAGAFDFGFALGPRINAAGRLADMTLGIECLLTDDAARAAELAHALDGINRERREVETGMREQAEVLLQALLERDDRIGTEPPSALALFDPAFHEGVVGIVASRLKDRLHRPTFVFALGKDGLLKGSGRSIPGFHLRDALDLVAKRHPGVLTRFGGHAMAAGCTLAQDQFAAFDAGLQQVAREWLDAATLARRLLSDGPLPLEHFTAQTVRALDAQVWGQAFEAPVFCDEVEVVSQRLVGEKHLKLTVKHAGVLRDAIWFGHSEPLAGRVRLAYRLSVDEYNGRERVQMVVEAVG >WP_277491977.1 GNAT family N-acetyltransferase [Enterobacter ludwigii] >WGC23386.1 acetyltransferase [Enterobacter ludwigii] MANANIVHSGYGFRCTATENTLPLTLGLDGSAVLERVSGIPEGWLVDALDQLFIAAPALTGVTLPWSAWQDEPQAQALFTLASGDYLARETFWQLPLWLKGERPQNHGGMQFDESRQLYFPLRPHRPQGEVYRRYDPQIKRTLSFRVADVAQDGERFTRWMNTPRVNAFWEMAGPQAEQENYLRRQLDSTYCYPLIGCFDDQPFGYFEIYWAAEDRIGRHYRWQAFDRGLHMLVGEENWRGAQYIRSWLRGLSHYLWLDEPRTTRIVAEPRFDNQRLFRHLSSAGFETVKEFDFPHKRSRLIMNQRHRFFSEVGL >PWB61544.1 Caspase-1, p20 [Deltaproteobacteria bacterium] MTRKAFLVGLNRYPDPRNNLKGCVNDVLLMAKTLREQYGFSGSTDIQLLTDERATTANIRKGLEGLVSDASPGDSLVFHYSGHGTQVRDLSGDELSDNLDEVICPYDMDWEHPFTDDDLAEICKGVPKGALLTVVLDCCHSGTGLRNFLRPDLPIRYKFLPAPVEVRHRAEPKIENRGIDRSVTMTGPDKSLPVRRFGISVSKTNAVLIAGCRSDQTSADAWIDGDYHGALTYYLWWSLRAAKWNTTYRKVIAATGESLADHNYDQVPQLEGPSKLLSNTVFRQAEK >MBF0570872.1 YjbQ family protein [Candidatus Omnitrophota bacterium] MKHYRQELWFHAKTRRAYINITDQVQAVIDKSGIQEGLCLVNAMHISASVYINDDESGLLQDYDAWLEKLAPYAPVSQYRHNDTGEDNADAHLKRQVMGREVIVAITRGKLDFGPWEQIFYGEFDGRRDKRVLVKIIGE >KAF2725148.1 hypothetical protein K431DRAFT_98367 [Polychaeton citri CBS 116435] MASSWPGSGIDGTFVPTVQGSSVSTSTNQKEACSPWYNGPRQGKWYARPTSGSFIDDQEVLASSTIASTAQVTGGYYRLKSPSFAKSLTETLVDATTNDRIRDAKRNNVPTVRNNQETVACIYDKLTRSPKRQQARQQPSRLNPSNIPNSNVAKRRVLACQIRDDQRRADSRQMLKKEHRSEARGKRLDSLENPDANLRSTELQPPVPELTLPKAPMIASGRRALRGIRIVGQDGRETFTELPGLWPSKKDGEKHTSKRSEQNVRPNERPKSQTITQESPMIQGFAIPRTRFSAKSDARRELKYRIPSNTLPSLKRQELALEGPSPTSHRSKYTVNGSRVALDSVHDGARARERRSITKYKRRERLVEDGQQCNDDRQPTQAILSAGSDTSSIPKSTAMVSDPDIGRAPASLRQKSETTSYDHRGDVSKTSINKHDSQVSHSTIDPGTTVSCRLDRGWSKQSTYSDRSYLVGSIESLKEKLSNSSQRYAHLSSRPHESSETKEHSFTRMADLEYSDDACLTLRGSKVMTSDGTQCDAAMAEDLPRRYSRHRPDTSNEHNPRLFAGHGWISPHPLSDIEGGKVQSEVTLSVGNESSHDKVKLSFDEWQKTKSSERSLTSGWERSLRQKALHASAVNGPKDRTASFHTSKTEAAARESPSRYESEESRARRFVEESSYYEALWQHSQPQHMKRDDVCDVEAGRQATLGDRVSTMESSTCMPLYQSKVRQSRYSNQFQPNGSQLTYQPPTVESAQSSQDTWTELHRPHLVPPTQPASVPSKFSRTSNTFGRSKSLYTSPKSEEQLSPHVDTEQPSYHEHIYSQRQCSHGKRLYRSKAHNQSPASDTGNCVSHHSPSNTCGYLQMVYRPPTPVLLPMRDVADYMSRMPWDGASGGGPSSKHQHKYTTTPSQFPLEQTPTTQPSATNTYGMSSLDRAEKGHGIFGQLQ >MCI02510.1 glutathione S-transferase [Trifolium medium] MAXXXXXXXXKLLGKWPSPFSNRIVLALKLKGVEYKYSEENLANKSDDLLKYNPVYKKVPVLVHNGNPIAESLVILEYIDXTWTNNSFLSQDPYERALARFWSKTLDDK >KAI0095213.1 DHS-like NAD/FAD-binding domain-containing protein [Irpex rosettiformis] MSSDADAFRTALRSSKNIIAIAGAGLSAASGIPTFRSANGLWRNHDPVQLATPQAFDKNPSLVWQFYNTRRTTALNASPNAAHMALAMLCCPDMLQVLAPSQANFTLITQNIDGLSTRALKDVLAKRDGERQDSQPSMIYEMHGRLFDIICTTCSHIETNYDPSLCPALSETQQNCSNDKNTCADIPLELLPRCAKCGGLLRPGVVWFDEKPRHLTQIWSLVDKADMCLVIGTSNTVQPAAGFACEVKDHGGTVAVFNVEWNPDPEFDLNPDFLFLGPCEETLPKVLFNID >WP_259691170.1 GH25 family lysozyme [Lactiplantibacillus plantarum] >MCS8622434.1 LysM peptidoglycan-binding domain-containing protein [Lactiplantibacillus plantarum] >MCT3215842.1 LysM peptidoglycan-binding domain-containing protein [Lactiplantibacillus plantarum] >MCT3271065.1 LysM peptidoglycan-binding domain-containing protein [Lactiplantibacillus plantarum] MSLNGLDAASYQSGLDIAEVPGDFAIIKATEGINYDNPTFSGHVKQTLVAGKKLGVYHFIRNDSDIKEQADYFLAKVKPYIGKAILALDFENTTGSTIQNQAGVGLAKQWLDYVYGKTGVRPLLYTGISCENSLDWSSVVKANYGLWLAQYNLDKVVNGYAPRDLYGSLKHWKSMVIFQYASVGRLSGYSSDLDLDVFYGDEAAWDKYAKATKVPEMDNPAMNPSGAKWVKENKSYTLKTAVKLRTAPSTSADVIAVLSVGETVNTDQAIIQGGYRWVRQPRSHGYGYLATGPASNTLEYVETSASHAYYEVVSGDSWWSIAQQYNTDMNKLAKMNGKTIETAIHPGDKLLVK >EHG9706352.1 antirestriction protein [Salmonella enterica] >EIZ5861904.1 antirestriction protein [Salmonella enterica] SPEVLVKEETTDIGRLIFHTLLFRNYCEYANSASLKFMKRFCDSYEAGYWSYFKVGRNSGFMCPDTDEIYHFDMPNYFSGNVSAEAAGIIVTIFVLQACFNAAWELEDKDLCDHYREAMDTLKDYAATTDESQSIFRAID >NIR98474.1 TGS domain-containing protein [Gammaproteobacteria bacterium] >NIT64215.1 TGS domain-containing protein [Gammaproteobacteria bacterium] >NIV21162.1 TGS domain-containing protein [Gammaproteobacteria bacterium] >NIY32795.1 TGS domain-containing protein [Gammaproteobacteria bacterium] KEILATLKYARLWGESGRFKGQRVGEDHVLADGDIVELHTR >WP_073505727.1 UDP-glucose 4-epimerase GalE [Staphylococcus succinus] MAVLVLGGAGYIGSHAVDQLISRGYDVVVVDNLGTGHRQSVHRDAKFYEGDIRDQGVLTHIFTNESIEGVFHFCAYSLVGESVQKPLAYFNNNVQGLQVLLEVMYEHQVEYIIFSSTAAVYGEPDSVPITEEDSKTPTSPYGESKLMMEKMMHWSHEAYGVKYAALRYFNVAGAKEDGTIGEDHRPETHLIPIVLQTALGQRDQITVFGDDYDTEDGSCIRDYLHVEDLIEAHILAYEYLQNDGEPGAFNLGSSQGYSVFEILEAARNVTQKEIKAIVGERRAGDPSKLVASSDKARQLLGWQPKHDNINDIIGSAWQWHYQHPNGYQEDMEG >RPI21000.1 oxidoreductase [Acidobacteriota bacterium] MTKKPKVAIYWLGACGGCDEAIVDLNEVLLQVASAVDIVLWPLAMDQKYHSIEELPDGSITLSIIHGNVRNTEHEEMARLLRAKSNLVLAFGTCACFGGTTGLANFCGKESIMQWVYRDAPTVENPKKQSPQPKTTVGGESLTLPELLDHVYSLNQVIPVDYYLPGCPPPPDLIGHAIFAVLEGKLPPRSAVLAPQKALCETCPRNNNKPPRIDITGIKRVYEVEVDSHVCFLTEGVICMGPATRGGCGETCLRINTPCRGCFGPVEGVEDAGAKFLSAFASLVKATTDEQVQVIMEKFHDPAGCLYRFTQPTSTLGKRSKVRETV >WP_011568153.1 VCBS repeat-containing protein [Roseobacter denitrificans] >ABG31536.1 FG-GAP repeat domain protein [Roseobacter denitrificans OCh 114] >AVL54534.1 VCBS repeat-containing protein [Roseobacter denitrificans] >SFF90225.1 Repeat domain-containing protein [Roseobacter denitrificans OCh 114] MPAWARRLLARCLHRFTRRALPVLCLLQGAAQASEAIVSAKYEGPTDRYAHAVLGDGIEHETLVLTLADGTFRRFTLPETSVFEDTEPRLADLDADGSPEVIVVQSDQSEGARLAVYDAAGLITATPYIGSRFRWLAPLGASDLDGDGRMEIAYIDRPHLAKTLRIWRYEDRRLNDIAALAGVTNHRIGERDIAGGIRQCDGMPEMIVAGADWQELRAVRFVGGLFETRLLGADTSRDAFAAAMKCEG >MBP8225438.1 DUF3833 domain-containing protein [Acidovorax sp.] MMQRRHWLGAALAAPLLLQGCGTQKLADYTTEKPVLDLAQYFNGTLDAWGIFQDRSGQVVRRFTVVMVCSWQEDEGTLDERFTYSDGKTEQRIWHLRRHAGGRYTGTAADVVGEASGQTQGNAFHWNYTLNLPVDGRTYEVQLDDWMYLMDDRVMLNRARMSKFGVHLG >WP_148284348.1 GAF domain-containing sensor histidine kinase [Luteimicrobium xylanilyticum] MADTGAHAASEPLGSPPTQRLVDALVAITSPLDLDTILARIVEGAMTTTGARYGALGVYDGTRIERFLPHGLTDDEIMRIDHWPHGEGLLGLVMHEARPVRSDDITRDPRAVGLPAGHPPMTTFLGVPVSVRGTVYGNLYLTDKAGGEPFGAEDETVVVALASAAGATIENARLHRRAREAAVADDRERIARDLHDVVVQRLFAAGLGLMSVVPRLPDDVRRVVESTVTDLDETISEIRTTISDLRSAPSNDALPLAERVSDVATAAQRVLGFPPRLTVVAEPGAEVPVEVADQLVVVLGEALTNVGRHARADEVTVELRVEQDAVVLEVADDGVGFERGGRESGLRNLASRAERLGGRLAVSSESGTGTRLRWSVPLDGADQP >WP_138860096.1 MULTISPECIES: lactate utilization protein C [Exiguobacterium] MNPGTITNREDFLKRIAGQLGRDVDLTPPKRVYKHRPQDEVLKDASDEELLETFRMVATRIHTDVVECESANLDDTLRLLIERYDGQSIIAERDDRIQAWAPQTSESFDWWDAERPEDSRALAVKADIGITIADQALAESATIVQYAAPGKSRTISLLPRDHIAIIPKSVLVPRMTQAAKKLAELDRTGDLASPNGVNFISGPSNSADIEMNLIVGVHGPVRVAYLLVHDL >WP_249423022.1 Gfo/Idh/MocA family oxidoreductase [Occultella gossypii] MRWGILAPGGIARKFAAEIPANTSSSVVAVGSRDAGRARAFADEYGIPTAYGSYAELVADAQVEAVYIASPHSAHLEHALLALGAGKHVLVEKSITRNAGEARSLFAAAADRGLFAMEAMWTRFLPHMIAVHGVLDSGEIGEVVSVTAEHGQDMRTLGDTHRMRNPALAGGSMLDLTVYPVSFAHDILGPPEQVTAVGTLTSTGVDDTEAITLRTAAGAVALLHATMRSATANAATINGTEGRIELAGTFYAPTTVTVRPRHGEARSFSPEVSAGFAYQAAEVARRVHAGETFSPRHDPEGTIAVMATMDEARRQLGVVLPGE >MBM3258402.1 radical SAM protein [Candidatus Sericytochromatia bacterium] MPWFGYAMAMDGRCNVCPRRCDLGRGPSFCGGWELAPDGPRSRLAGRVASWSIDPIEKKPVWYYRSGTRVLSLGTWGCTLRCRHCLNADLAWTRGPGGGEAPWTPEDVVRLAREHDCAGIAWTTTEAAPWWTFVVETSRAMREAGGYTVLVTNGFYTAEALADLLPWLDVWRVDLKAWDEDAYRTLMGTDPGLQPAATARERTLQARQAGAHVEIVTCLVPGHHDTIEPLTPLADWIHDALGPDTPWHLLRFHPQHLMRHTPPFGAGTARHLASALGTRGLTRVHVGGEATKNGPATSNGLRAYDWQGPDGRFLRLVADPATGRLSFVGDEDLLEQVLASCRAEGLDLALERSARCG >WP_140164964.1 methyl-accepting chemotaxis protein [Vibrio parahaemolyticus] >EJE8513604.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJE8516679.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJE8771931.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJE8775538.1 cache domain-containing protein [Vibrio parahaemolyticus] >EJG1689390.1 cache domain-containing protein [Vibrio parahaemolyticus] MNLTIRKRLYILSIIPVLTIALGMMWFTYLQTNAYNQQQIDQTHTTMMAMKKAELKNYVQMARSAIEPLLKKNATLEEALPVLRELEFGETGYIFGYNSKGVRVVVGKNDKGIGENFYNLQDKKGNYLIQDLLKNAKTGEFTTYYFPKLGQTEALPKLSYSMFIPEWDLMIGTGFYTDDIDAVIAEMEASAHDALNTTLVAIALFCVSIAAVVAIFAVFVNRSIMRPIEQFDASIQSFAQGDADLTARMHESNVPEFKQLAHNFNIFVESLQGIIKSVTQVGEEVVAETNNMSQRASQVDELAGGQREETEQVAAAMTEMTATAHEISNNANQAAESARHADENAQQAKHIVDSAANSVEELASEVSEASTVIARLESDVQNISSSLEVIQDIAEQTNLLALNAAIEAARAGDQGRGFAVVADEVRKLASRTQDSTGDIHKMIEQLKSGSDAAVRAMESSQVRGEATVEEARAASVALQDIQAAIANIMDMNTLIATATEEQSQVGQEISQRVEVISQQSSQSASLANQNRSGSQNLNHKANELYDLVGRFTV >WP_061671893.1 16S rRNA (guanine(527)-N(7))-methyltransferase RsmG [Bacillus wiedmannii] >KXY10501.1 16S rRNA (guanine(527)-N(7))-methyltransferase RsmG [Bacillus wiedmannii] MNIEQFQSMLEEKGITLSSRQLEQFEIYFETLVEWNGKMNLTAITEKEEVYLKHFFDSITAAFYYDFSEPFSICDVGAGAGFPSIPLKICFPHLKVTIVDSLQKRINFLNHLAQKLELGDVAFCHDRAETFGKKEGVRESYDIVMARAVARLSVLSELCLPLVKVGGTFIAMKGAAANEEIENGKYALEVLGGNLKEMSTFQLPFEESERNILLIEKKRKTPKKYPRKPGTPNKLPIEK >WP_142009293.1 MULTISPECIES: phosphotransferase system, HPr-related protein [Pseudomonas] >MCP1616507.1 hypothetical protein [Pseudomonas otitidis] >TQL05762.1 hypothetical protein [Pseudomonas sp. SLBN-26] MKSNKPSARIHEIDDIEDRMGTMEQLDFSERKDERQGRVGDLRSEEELEREFPDERVREAGMTGGETLGQSLHEDGVSDDDLSPETLIDENGERLGRGTTGSLPADKELSVVGADEIGAGDGLDEAEEGRAYPLDGKPWDGEAR >MCR6642262.1 T9SS type A sorting domain-containing protein [Sporocytophaga sp.] MEGFQIFFEVNDRLLYIGASQGFPGAFKKIDLIDSVAYNVHQLTTYEERYEVVGDLLFFVNHTELTYGGIPQDTANYLQIFQSDLSYSNTVTLKSIFGTSYVGSNNLTAVYGKLFFTAHNDYPGPGGCPACPKKLYVYDPSASGFRTASSVESIMEFTAFPNPSDAMFNFSLVSNTDGNATAEIFRVDGALVAKVFEGSTAEGEKVEFNWNADGLPSGVYICKFTSGSKSIVKRLILNN >MCH8312134.1 hypothetical protein [Nitrospinota bacterium] MQESPVTVEEVREAQQYLKTGMTQSEGKNFNDASETFKKSASVHPFDKKHIDELEQKLKAGGFKKQQECMAYMGCAAVHLKQLIAELSDEQKAEVPIDDQLLEVFNDWD >DAI44238.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MDLIDYTTLENTVKGDGFVYGEYSISKTKTKLTYFDERELCGKFDGIDIFLDVISNQLSAGRGRYNSSQDKGNGGFQMFKTYKEAMDTFKNNPSKVADFMQKDEKILGGDSAGMSVEYDVTGDFIDMGRYVEGIPETFGSMYNGNPRSKRVNILISAMTSSWVSHRLINHRSKRVKRLVDWLETNQVRCAVTVMFTNDNWHCEIIVKKFDEIFNINDIAIAMHSDFFRRCQFKFGENSKTLVSGYGSAVQFWNNTKVKNVLSQEYNNEFNVVIGSKLEYTEQIDKDMDDLEKRLSKRIFEEESDEAMLGCMLGSR >MCU0243120.1 FAD-dependent oxidoreductase [Vicinamibacteria bacterium] MRDKRRVVILGGGVSGLAVGYYLARDGWLVTVIEKRAFTGGLCGSFQQDGFTLDYGPHKLYSILPGILDEIRRILFRRAPRTYEEYIVSRFGRDVYELVFAPLAEKVWGDPRMLAAELARTRIPSGGAAELVLRLLKLRSHGAHVDASHFLYPRGGFGVFCDLLAAGIREHGGEIVTNATPIAFERAGNRILSVTARVGDANRRCECDLVISSIPVRALTETLCPEDEQALAAARALKLRDLILVYLVVDRDRIFKDHWLFFPEREYPFSRLFEQKAMDEGLAPQGQTVLCCDLTCEPGDQRSSASDAELIALCTASLEQHALIAPGEARSGFVRRAAEFYPMYLVDYEQHLARLYARLKTHDNLLLTGRLGMFNYNNADHCLDMGQVIAARLGAGRGTREIWDELEKRVSDYRIVD >MBD5657753.1 methyltransferase domain-containing protein [Candidatus Eremiobacteraeota bacterium] MKLPLQLGGPVGRAMLGQLAKRFAPGYVDWMHADPQTTSGLRKYFSDDWLGKLVGKRVVDWGCGRGSDVVAAALAGAAEVVGIDIQEDRLIAGRAMAEHQGVGDRCRFINARTEPEAYGALVGTFDFGLTVDAFEHFDDPSMVLAGMHDLLKPAGTLLISFGPPWKHPFGAHLAEWITLPWIHFAFDEDTVLAVRSHYLKDGATRFADVPGGLNKMTLARAEELLARSGFEVTMFEPRPIRPLRALAKLSACREYITSIVRAVCVRSEAAA >XP_023318286.1 lisH domain-containing protein ARMC9-like isoform X3 [Trichogramma pretiosum] MKQLEDYLNSNDGQILSKELENTSLIKFFALPYILNPHEDESISSVFSIKWLEALTIELEKFLDKYLPSDSESEKLSNTENEKKTYSVKSIDGTEEISDACHGTSCNRDDDMHMVNKKQDIEGWIAQQQLISAVDDKSFSTKSSQTYISGLESSTMISKIDTSDEVAETDKKLAANNELNSIKSKLFEVYKHYKKLKVKFHKLHEDYQKLNEVAEVLTIALENSVKGQPVKLGTILHSCINIFPNRFRRDLPEIDSEDSTIDLKYLPVSVPSESLDYKKIKLHLKSSNVRTKLLLLQALRQKITLSPPEDRDVIVLNYMNNDLLGLFGDVSLGIFEENILRFILKPLNTIDNASYLQQTTARLLNALASLNSGRNYLTTSPKVLNAIIKYLDSLSLNGSHGDSCTLDMLLATLQKMSLRKQQRVYMVEANLIEWLLHHLASTASADSDDICAISAYRLEYAAALLMNLSLQSEARARASALSPVLISTLKNLLSLDRTQLIPYANGALQNFLLNNVINEAARNDNLADFLNWLYEQVRAEFRDQILRTLRIHLREHYNDLSDDEDEDDLSDEDDAISDILENELEENDPIKRIKDELCGEQLLALSYSKAEADFDKKKLPARPPLPAPNSDTLQETCDVQPATASAAVDDAAARAMLLSTSSETTREIDFKTENSKTKEKISTIPADKSSDEKSFADEINAFQAKPRIMRTPPGSFKRKTTAVVAATAEEKAKLSEIT >EAA8040699.1 autotransporter domain-containing protein [Salmonella enterica subsp. enterica] >EDP1364953.1 autotransporter domain-containing protein [Salmonella enterica subsp. enterica serovar Reading] >EDP1942823.1 autotransporter domain-containing protein [Salmonella enterica subsp. enterica serovar Reading] >EHI2701716.1 autotransporter adhesin BigA [Salmonella enterica] >EIV5059753.1 autotransporter adhesin BigA [Salmonella enterica] MQKKKLISIAIALTLQSYYIPAIAAENNDDEKECPSNISSLPKEKRAKLSPTCLATLPENDNHWGWVAGGVAALVAGVAIGVENNGGGDSTHSYTPPTPDNGGNVTPPDDGGDDNVIPPDDSGDDDVTPPDDSGDDDDTPTDNSVTTFSNGVTIDKGKDTLAFDSFKLDNGSVLEGAVWNYSEQDDQWQLTTEDGKTLNVTGWDVTDANAAVIEGTQENGLYWKYDSRGYLIIADDNTTVITGDGESHTSDRGMDISGQDRTGVIISGDRTVNTLTGDSSVTDGATGMVISGDGTTNTISGHSTVDNATGALISGNNTTTDFSGDITVSGGGTAIIIDGDNATVQNTGTSSISGAGSTGTTIDGNNARVSNDGDMTITDGATGGHIIGDNAVIDNVGDTTVSGAGSAALYVDGDNTLIINEGDQTISGGATGTRIDGSKARIANTGDIAVDGAGSAAVVINGDNGSLTQAGDLLVTDGAMGIITYGTGNEAKNTGNATVRDQDSVGFVVAGEQNAFRNKGNINVSLNGTGALVSGNTSQVTLDGDINVISVQDSDGVFRGATGVNVSGDSNTVNIAGNVNMSAEFEQNSLIAGDTPLTGVTVNGANNDITLNGTFDINVGDLSTVSGQALSVIGLNVTGEGNNVDIRGGISITHSQNTDGSVSIVTGINLNGDSEVTLSGQSTIDTATMIGGAVTLAKVSNGGSLILDDNSIIDINVNYIDVSASINNALLVANGENSSIANQGDITSHGVYSIMRVDNGATISNSGEILVYATSNGGGDDRTAVARADDAGSVIHNQSGGDFTIISDQQPVKYKGFSFFPLKWYNHTFYAMLASGYGDVVNDEDAAIHLQGAGVYGVSAIKGAALNAGDIYLDGFVPTLDDEGDITSTSYWHPSSLYLTSAGMVAGSTDGGDGDATATNTGTINVNNAGFGMMALNGGTAINQGTINLTADEGVTKIDDNQLVGMAALNGGTVINDTTGTINIDASYGKPFLADNNSSVINYGTVCFDSNCQSSDQYNPTDSNVSLAFADGDVITAAGETLTGETIITSPIATQTVHVTNAGIVSGGKVTVRNYGDVTNESTGSISSVGIDKGGVYTNEGTTAAVSVDGGVFNNTGTVTGKTGTTVAGSIINNSGSMNAVEQWASTMNNTGTVSAWVGASGSTVLNNYSGGEIDKLNFTGAATVNNAGIINNGSVDKGGTFNNLEGGVVTLINDGLWAGAFNNWGTVNSDADIATGGSGHTLYNGSTGVINGQITTAKNNGGSKAINDGTINIDKTGNVAMSAHGSAKMVNNGEINVGTKGTTQTGMVGMQLESDAKSDAVIENNGTINIYASNSYAFSQLSSNGHIVNNGTVYIDDSVTGSGFIKQSGKTIEGSGENGDGTEVHYVDFIAPTEPTINDGMATVTTGDSAGSSTTNNLSGYVVGTSADGSAGKLKVSNASMNGVEINTGFAAGTADTTVSFDNVVEGSNLSDAGAIQSTTVVWKAQGSQDSDGNVDVTMTKNAYADVATDASVSGVASALDAGYTNNELYTSLNVGTTAELNNALKQVSGAQATTVFREARILSNRFNMLADAAQQIKDGLAFNVVAKGDPRAELGNDTQYDMLALRQKLDLTTSQNLTLEYGIARLDGDGSKTAGDNGLTGGYSQFFGLKHSMAFDEGLAWNNSLRYDVHNLDSSRSVSYGDTNKVADSDVRQQYLEFRSEGAKTFTLMSDTLKVTPYAGVKFRHTKEDGYKERSAGDFNLSMNSGNETAVDSLVGLKLDYAGKDGWSATATLEGGPNLSYSKSQRTASLQGAAGQSFGIDDGQKGGGVNGLATIGVKYSSNDTALHLDAYQWKEDGISDKGFMLNVKKTFR >XP_023815606.1 focal adhesion kinase 1 isoform X13 [Oryzias latipes] MRGCDAAGCVSVFGADNHNETQKCISRTRSGCSPFPWCWDREYDRYLAAAAAAAGKTMATAYLDPHLNNILLGGAKSLLSTGGADRTMAGSMDRVLKVFHYFETNIEHNFWSSNIRYGDATDVRGIIQKILDIHKVRWTSCFGLRLSSTQSRDQVHWLHPDMGVSHIRETYELARPNEEWRYELRIRYLPKGFVQQFTEDRPTLNYFYHQAKNDYMNEMGGEVDQDVALKLGCLEIRRFFKDMRGNALDKKSNYELLEKDVGLRRFFPKELLDSVKAKTLRKLIQQTFKQVANLDDEHCMLKFLEVLAPIRRYDKEFFKCALGSSWVIQVELAIGPEEGISYLTDKGSTPTHLANFTQVQSIQYWAMEEKDRKGMLQLNVAGAAEPLTVTTASLTMAENLADLIDGYCRLVSMETHSLIVRIHKEGDRALPSLPKLSNNEKRLEAVKSGVRTISISEDLSGDETDDYAEIVDEEDTYTMPSSKSPV >TYI91467.1 hypothetical protein E1A91_D03G194500v1 [Gossypium mustelinum] MVKPNPFIIVESTRFSAFDPFKVKNIVWLKALISCNKFTTAFSNSSSMDSFPRSLNPNKHLREQFVSNLPGSSMLEVSALLNNVALLMLLRHTFCSQTVNDACRSLKSYLASVALDYVFLVLPTLLIFTVLAEWVYICLIGLLLLLVFFTAVKRTYSLPYMEGPNASRASISSYRVVTMFITCLCILAVDFRIYPREYAKTETYGASLMDLGVGSFVLMNAVTSRQARNIKSSMSWWKAAFKSTTPLLLLGFARLASTLSLDYQVHVGEYGVNWNFFFTLAGVSILTSILNVPAEYSGILGSVILVGYQSWLTNGLNVYLLSNERGTDVISRNKEGIFSLFGYWGMYLVGVQVSYYLFFENHTTKQRSKHETRIRICFLTIMFWILTLLIDRYVERISRRMCNLAYVTWVVAQNLQVSED >XP_037327098.1 cytochrome P450 3A30-like isoform X1 [Pungitius pungitius] MGYFLFFSVETWILLITFICIFVIYGKWTHGVFENLGIPGPKPYTYWGTVGRHSKVYYEDDQQCAKKYGKVWGMYEFRSPMLAVMDPDMLKTILVKECFTYFTNRRNIRLNGDLYDSVSTVEDDHWRRIRNVLTPSFTSGHIKEMFRIMKHLSSKLTASLQSKAQNNEVVTIKDYFGAYSVDLMASCAFGVDMDLINNPSSPIVFHASRFFKIPKFVFILQGIFPLLIPLFELLGFSFFSPTSTAFFKTLLAKIKAEREGSSCKNSGDLLQSMINSKTANDPSKGEQNKGLTDHEILTQATMFMVAGYETSATTLAFLAYNLARNPEVMKRLQEEIDATFPDKGAVRYEELVQMEYLDSVVNESLRLYPPAGRLDRVAKETVEIRGITIPKDMIVVIPVYALHRDPDLWPEPEEFRPERFSKQNKRSINPYTYLPFGMGPRNCLGMRFALVLVKLALVEVLQHYSFSVCAETEIPLTMEPAGLIGPLKPIKLKVTTR >EER8085032.1 hypothetical protein [Escherichia coli] YRYYVPLKGQDVDGVVSLPRTGKGFTIGGRESKQAMGRASRAQSPSTQAIQDLSESLIRSRKNEVGNAFLKLVQDNPDKDYWQVFTDDRPDTMRVIAERKDQETGETIREVVERPVAMAMMADRYFTTKKNGKTYYIKLHDPRLMRAMKNMGPETSNAVIRTLGKVNRFLATVNTSYNPEFLVSNFIRDVQTAVMNLKAEQGRSDGKLKGLDNLSALAVVKDSRSAMSAVYASLRGKNLTGKGAQWQKVWKEFVEDGGKTGWFNMGDLEGQQKEMDRLVSLAKGGWKGQSIGAWNSFLNLVEDANGAVENALRLSAYKHARDAGLSRQQAASLAKNMTVNFNRRGEQGALMNSLYMFANASIQGTANLVRTLGHLNGDGPLLERLRWKNLNVPQKIALAAVGAGYLLGSLNRSVAGEDDDGVNWYDKVPSHVKERNLVIMKSVFGGKAGEYWSIPLPYGYNVFFLLGHTAEGVAAGDLTASRAAGNVVGGVLGAFSPIGSETSET >MBQ3129991.1 hypothetical protein [Bacteroidaceae bacterium] MKMACYPSCMVPYTGLNPDVNVDELLTHGDFSVARRVDREFSVDDIRRMSDNTCIVRADSTLRDETISRIPNLSTTMLRLSFPLQAAMLDVKMKSPDDDWKGGLINAPSFCGRVIQPKASYLMVYKAKLIHRKPVDYQRKFERKDEAIQVQNCYDGLEEDIVKNKFTKSKFYHGFGQIWLKHSPTKLNYWHYELKLENSEGQLIKDAKYKPVNDAEKKNMKQSFIEYVWDNYLYKHFWVDMNPCKADLEMSYFHDGRVCFARRWATSYLTKCLFGMVPIVVR >WP_278084771.1 penicillin-binding transpeptidase domain-containing protein [Asanoa sp. WMMD1127] MPPRTPDPRRDPPAARRNPPRGGRPDDDGPAPARSGRGGIFEAQAYTPRGRSVREQARTRTPRATPEAPAEPPTLRVVDGGRADEPRTTTRPPAARTAAPSDRTGGAAGRTGGAAGRAGGAAGRTAGAAARTGTAAGGRPAKATGRGAGTAAGGRTGAAGRGTTGAGRAGSAGGPAKKATRTTTGRTGGPAKGGATAPRPPLRRKPRARPKLADPNRRLRLGAFLALAMFACIGIRLVTLQIMPTPAYADGGIEDRLRSVTLFASRGGIYDRSGVPLTHSVEARYIYADPEMVKNPAEAATKLSPLLGVARSDLEKRMAKRKLPTGVWSNFSWLARGVPIEQAQQVMALNIAGIGIGRDERREIPGADLAANLIGFTGEDMTGLEGLEMRYDDVLRGTNGKHRFEAGNGNLDTPIPGGYNEVVPAKPGSSLTLTIDRDLQYEIQRSLSENIRARKGTVGAAVVLDVKTGEVLAQASQPTYNAADWEGFKATDREDAATSFVVDPGSVHKAIIFGAGLEEGVITPKTVWRIPSTIRKADVTYADTHPANNAKMSMAGALAYSSNVTTIKIADQLGAQKVYDYQLKFGLGKPTGEGMPGEASGRVLPPDEWNGSSPGSIPIGHSVDVTPLQMAAVYAAIANDGAWIQPHLIKETVTGDGRHVAPTAPETRQVLSPKHAAELRTLMEAVTTIPDATGVSGRIKGYRVAGKTGTGKRVVDGQYAPGDVASFIGMAPAEAPRYVVAVFAYTPGGGGGDVAGPAFREMMQYTLQHYRVPPSTKAAPKYTAFP >WP_097275324.1 ParA family protein [Streptomyces sp. TLI_55] >SNX88294.1 chromosome partitioning protein [Streptomyces sp. TLI_55] MSMPATSSDRAKVVSKLPGWLRQNLKVRTAQLGIEIQTAVEQGIAAWCDLASATASVDTAGAESFSTFLPPGQWEQFRSIAEDRRVSLIQGLAQSVQLWLDTNPAPDVQRPDITRRIVVCNQKGGVGKTAITAGVGEALAEDPNRLFPVRVAKALATALRAGESEGEASVTDTDPLDIEKLPGAGLRVLLVDFDPQCHLTNQLGAAPLAMNGDSLTNHMAGDPKGELKDLIVSVDEDHFGGRLHLLPACHDAFLLDVRLSAVRAREAALERALLPLEADYDVIIVDCPPSLGLSMDAAAYYGRRRDGEGPGQSGALIVVQAEDSSADAYDLLTNQIEDLRNDLALDIDYLGIVVNLYDGRRGYIATSSLQGWIDIKDPRVVGLVNDLKEQKEAVRMKQPLLSYAPASQQAVAMRALAREIS >WP_179156843.1 aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Bacillus sp. EB106-08-02-XG196] >NWQ39174.1 aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Bacillus sp. EB106-08-02-XG196] MSGKEHKYINTAFETNWIAPLGPNVDEFEKEIAHYVGVNEAVALSSGTAAIHLALLLLDVGKGDKVFCSSLTFIASANPIIYQGAEPVFIDSEPDTWNMSPQALERAFEEAFRDGALPKAVIVVNLYGQSAKMEEISTICNQYGVPIIEDAAESLGALYKGEASGTFGKFGIFSFNGNKIITTSGGGMLVSNDREALQRARFLATQARDTAVHYQHSQIGFNYRLSNILAGIGRAQLEVLDERIAARRAIFQRYYHELSDYPGFTFMPELFDTFSNRWLTALTINENEAGISVADILNTLSEENIEARPVWKPLHLQPVFKGGKYYPHNDKESVSETLFNNGLCLPSGSNMTEEDINTVIHHIKQTVNKRKERVDMFRS >GIR47037.1 NADH:ubiquinone oxidoreductase subunit L [Alphaproteobacteria bacterium] MATSIIFLPLLGFLFCFLLGKQFNYKVYQISTTSILFLCTLFSWIIFIQFINNKETEIIFILNWITSGNFIVDWSIRLDTLTAVMFIVVTTVSACVHLYSIGYMEEDPSKIRFMGYLSLFTFFMLVLVSSNNLLQMFFGWEGVGLASYLLIGFWHHKDSANKAAIKAFVVNRVGDFGYAIGIAGIFYIFGTISFDSIFSQVDQFSEHQMQFLSFSFPTLDFLCFLLFIGAMGKSAQLGLHTWLPDAMEGPTPVSALIHAATMVTAGVFLVARMSPLYEFATFTNLFITFIGAATAIFAASIALTQNDIKRVIAYSTCSQLGYMFFAAGVGAYNASIFHLTTHAFFKALLFLSAGSVIHAMHHEQDMRKMGGLYKKIPFTATMMWIGSLAIIGFPYLSGYYSKESILENAFYASNGIAYFAYLVGILTALLTAFYSWRLLFLTFHGENRSNNKTYDHAHESPLVMTVPLFILAIGSIFSGIFFADYFIGYYKKEFWDNAILLTESSHKYLPLTQSLISKSAVAIGILVCVLIYSNNLNRAKNLSYNLDPLYSLSKNKWYVDELYHKVFVLTFFKLANFFWKKGDEKTIDGLGPNGVSWIISKSSSYVSLFQSGYLFHYAFAMLGGLVIILTWFLYY >WP_057012309.1 uroporphyrinogen-III C-methyltransferase [Pseudomonas libanensis] >KRP45785.1 uroporphyrin-III methyltransferase [Pseudomonas libanensis] >SDK82071.1 uroporphyrin-III C-methyltransferase [Pseudomonas libanensis] MPASIVIPAALECAFRPGEVALVGAGPGDPRLLTLRAWSLLMQADAVVYDRLISDELLALIPPTCARHYVGKASGCHSLPQEQINERLAHLADQGQRVVRLKGGDPFIFGRGAEELQYLLQRGIDCQVVPGITAASGCSAYAGIPLTHRDLVNSCRFITGHLQHNGALSLPWSSLADCSQTLVFYMGLANLGVIAQRLIEAGMPADTPAALISNGTRPEQHVVRGPLHQLPALGLKCPPGIATLTVIGTVVNLFAEQPLQYPARFSPSR >EAA6840433.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica subsp. enterica] >EAO9144970.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica] >ECT8495126.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica subsp. enterica serovar Pensacola] >EDQ0310708.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica subsp. enterica serovar Berta] >EAQ4575716.1 4,5-DOPA dioxygenase extradiol [Salmonella enterica] MVMLTKCLSCKDNIMSLTCMPALFLGHGSPMNVLDDNDYTRAWRRLGEALPRPQAIVVVSAHWYTRGTGVTAMERPQTLHDFGGFPQALYDTHYPAPGSPALAQRLVELLAPVPVALDKEAWGFDHGSWGVLIKMYPNADIPMVQLSVDSTKPVAWHFEVGRKLATLRDEGVMLVASGNVVHNLRTVRWHGDNIPYPWAASFNDFVKANLTWQGPVEHHPLVNYLQHEGGALSNPTPEHFLPLLYVLGAWDGKEPITIPVDGIEMGSISMLSVQVG >MBN1799017.1 ribulose-phosphate 3-epimerase [Spirochaetales bacterium] MQQKPVLIAPSLLAADFGDMRSALTLIEKAKGDWVHFDVMDGNFVPNITFGTKMIADLRPLSKLPFDVHLMVRRPERHVKRFVMAGADHITIHIEAAVHVHRLLSYLKDKKVKTGITLVPSTPISRLMEILHMVDIVLVMTVNPGFSGQLMIDECLKKVRQLKEIKKKMGYNFYIEVDGGINRSTYKHVVDAGGEVLVMGSSFFSTEDPLSEIAYIKGGK >GBE16035.1 fructose-1,6-bisphosphatase class 1 [bacterium BMS3Abin14] >HDL52473.1 class 1 fructose-bisphosphatase [Pseudomonadota bacterium] MSDSMIGVNLTRHIAEKQKEYPQATGELTGILNQVAFAAKIVSREVNKAGLVEILGLTGEKNVQGEEVQKLDDFANSVFVNILGKSGHFCIMATEEETNAILIPDGYNSGQYSIAFDPLDGSSNIDVNVNIGTIFAIHRKVSGGDKGVVADLLQVGRKLVAAGYIVYGSSTILVISTGNGVHGFTLDPSVGEFLESHPFIRIPEKGDIYSINEGNSPYWSEGVRQYIGHIKEKDRATGRPHSARYIGSMVADMHRTLIKGGSFMYPADTKDPKKPNGKLRILYECAPMAFLVEHAGGAASTGTGPVLDVLPTGLHQRTPFYAGSVENIRDLERFIAKYDGRLEFFVQE >MCF0110827.1 PHP domain-containing protein [Erysipelotrichaceae bacterium] MVYADLHVHTAYSDGIHTIEEVIRMEKEHGTKVVAIADHDTVFHYDLVKAECEKQGIEAVRAVEMSCYDEKVHKKIHIVGLWLNDNPTHVEALCSHTLKCRDAYHRHLIEELNEKGIMITYEDAKKYAKYNIVFKMHLFMALTEKYPEYNNKEKYRELFAGKTSYETDAQMGYIDIREGIQAILQDGGIPVIAHPCEYDNYDQIEEYVSYGLKGIEISHPRMQEEDYPKTKEFAKRFDLVESGGSDFHSMLLTNIGEFGLTKEQYETLKRKANK >WP_141605349.1 MULTISPECIES: N-formylglutamate deformylase [Pseudomonas fluorescens group] >QDH62835.1 N-formylglutamate deformylase [Pseudomonas azotoformans] >WGT28572.1 N-formylglutamate deformylase [Pseudomonas marginalis] MDKVLNFKQGRVPLLVSMPHAGLRLTPAVEAGLIPEAQSLPDTDWHIPTLYDFAEALGASTLSAEYSRFVIDLNRPSDDKPLYAGATTGLYPATLFDGVPLFREGLEPSETERASYLQKIWGPYHRTLQEELARLKAEFGYALLFDAHSIRSVIPHLFEGKLPDFNLGTFNGAACDPELASQLEAICATHPQYTHVLNGRFKGGHITRHYGNPAQDIHAVQLELCQSTYMEEFEPFRYRPDLAEPTQVVLKQLLEGLLAWGRKRYE >MCL4469743.1 NAD(P)/FAD-dependent oxidoreductase [Gammaproteobacteria bacterium] MKRTALILGAGLGGLVAAEMLRKLLPASDRVIAVDRAERHFFPPSLLWLMVGDRKPEDFTRSLDRLIGRGVEFRHGDVTRIDPQRREVEVAGESLTADALVIALGAEYAPESIPGLAEAGLNLYTMEGATAIRDALARFPGGRIVVLTAAPLYKCPAAPYEAALLVDAFLHKHGLREKTAIDFFAAEPRPMFVTGPELGAAVRGMIEARGISYHPEHQVKEVDPAARRVTFTNGVTAEYDLLLYVPPHRAPAVVRDAGLTNEAGWIAVDRHTLQTQFDGVFAIGDITTIPLKMGRPLPKAGVFAHGQAEVVANNIAHAWTGKGAPRRFTGEGMCFIETGNGRAGIGKGDFYAEPTPQVKMRGPNLFWHAGKILYEKYWLYRRF >HCI4632030.1 YecA family protein [Klebsiella quasipneumoniae subsp. similipneumoniae] >HCI6672445.1 YecA family protein [Klebsiella quasipneumoniae subsp. quasipneumoniae] >HCI6707116.1 YecA family protein [Klebsiella pneumoniae] >HCI6743945.1 YecA family protein [Klebsiella variicola subsp. variicola] >HCI6697517.1 YecA family protein [Klebsiella quasipneumoniae subsp. quasipneumoniae] MSIQNEMPGYNDVDQLLNQQGVGLTPAEMHGLISGLLCGGN >WP_217105914.1 2Fe-2S iron-sulfur cluster-binding protein [Burkholderia multivorans] >MBU9312580.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] >MCA8251499.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] >MCA8457291.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] MRDFLKSAFGRSKPKQLRILPQDVTIGLGPGQTLLEAALANGIAYPHDCTVGTCASCKTRLKQGRVREATPFGYTLSKEELDAGYILACQAFPKDDLTVVEIEPPAADLLPPGKYTASIMATEPLTHDILKVTVQTDRAVCYAAGQYANLRKAGGGRARSYSFANAPQRKGRTVLEFYIRKVPGGEFTEALFAGELNGMPLEMEAPLGTFHLRGGDSRMVCIAGGSGLAPLVSILEHARANRIKRDCTLLFGARTQADLYQLDAIGNIASNWQGDFRFIPVLSHEPLDSNWRGARGLVTDHIAPGFCEGAEGYLCGPPLMIDAAIARLARHGMPIEKVFYDKFTDSRDN >KAF3180666.1 hypothetical protein TWF788_006692 [Orbilia oligospora] >KAF3206276.1 hypothetical protein TWF679_008795 [Orbilia oligospora] >KAF3228854.1 hypothetical protein TWF106_006372 [Orbilia oligospora] MIVADLGTEEVLLVANDCGYVTLWYTKHLIQRNGNMDIWFDVHKSAWGISVHKAKRLIAISSNTTMISVYEMGSEAVDSSRPPRGAQYPIVLSANHQNVPCVAFLDDDSGRWLAATDITGSVILYDLLREARTMTEYKGQGWTVTFLCESNFLWVEHEEFMEMIEKAREEAQKEARRGLLSFATRRFDDDSDGDEADDWASDVQMTLYGGGSEDEEYQDGVSDQLSYSDEDEDEDDDDEDDEDEDEEMSDEDPDIEMNFTALEEAILSHDAQNLLDDESLDEDPEDANTNEEHGGLEVTEEMQSTAYGPVNRSVSLTPDPNLYGPISQGILDLEDDAPWEYPPPSFIIHSKKFDLKLIIPKDPSIPPPFSYDARPVHLNSLITLKNLIPADGITLAARTSNYPLRMNMHAYIPALSLYVIGRQDGRVALVRMIRSRPPPQSEDPAGTSTTEGNTQNGENKGVVHRHFMNLEHIIPKQDTAIPFALVGVCVAPVQGWEDRHVSNGMKQGSSQGKWLYTNGGVGGRWRIFLLYSGGDVICYTVSGGIPAHENGLVF >WP_160394157.1 TIGR02530 family flagellar biosynthesis protein [Paenibacillus sp. MMS18-CY102] >MWC26563.1 flagellar biosynthesis protein [Paenibacillus sp. MMS18-CY102] MADGMKIGTLYPLPSRPGSINANVSERNRVSKQEKPFGQILQQQQSAIKFSHHAEQRIRQRGIQLQPEAIRKIENAVDQAASKGAVDSLIVMRDVALIVNVPNRTVVTALDHSQMAGNVFTQIDSAVVLT >MCK4403577.1 hypoxanthine phosphoribosyltransferase [candidate division Zixibacteria bacterium] MKDQLKIIIGKRALKEKIKELAHKISNDYRYKNPVLVGILKGSFIFMADLTRELQIPHQIDFISVASYGSGKHASGVVRWLKDLSINIEGKHVIIVEDIIDSGLTLNYIRNNLLTRKPKSLTIVTLLNKKRRRKIKIPLRYEGFSIPDEFVVGYGLDYGEKYRNLPYIAQLRNEKNE >OMP01148.1 hypothetical protein COLO4_12106 [Corchorus olitorius] MAVMTIVSPSFFKDSATTRAHAEVIAVIVVSIKS >WP_038492378.1 recombinase family protein [Janthinobacterium agaricidamnosum] MLVGYMRVSSESDRQNTNLQRDALQAAGVDVRHLFEDRASGAKDDRPGLTKALAFVRPGDVLVVWKLDRLGRSLPHLLSIVNTLKGRQVAFRSLTEGMDTTTASGELLFHVFGALAQYERALTTERVTAGLAAARRRGRMGGRPPAITGEKLESILAALSGGMSKAAACRTFGVKRTTLIETIARIGGAGPT >MBQ1771956.1 DNA replication/repair protein RecF [Clostridia bacterium] MEDSLLMRIRELKLMNFRSYESLVLEPDEGLCVLSGDNAEGKTNILESIFLCALGRSHRTSRDAELIRYGQEEGSVRLVLDTRGGTRTIGCRLFARDRKKLSIDGAALSRSGELLGCLNVVVFAPEDLTLVKGGPGERRRFLDMEISQLKPSYYYTLQRYNTALKQRNALLKDPDHFDAAQVSIWDEQIAMLGSEIILDRDEFVDNLSGIAADMHMALSDRKEILLVSYEPDVPADDPDQLTETILEKLKANQEKDLARGYTSVGPHRDDVMLELDGTDVRIYGSQGQQRTTVLSLKLSELEIMRGMRDESPVLLLDDVFSELDRKRQELLLKAISECQTFLTCTHLEELVSAGVDRMQVYSVKNGTVNEI >WP_048271612.1 glycoside hydrolase family 18 protein [Klebsiella variicola] >KMI14657.1 chitinase [Klebsiella variicola] MKRLPLLAALPLLCASALSAQPLMSVGYFNGVGDVTAGPGGDIDKLDVRQITHLNYSFGLIYNDEKDETNAALKDPAHLHEIWLSPKVQADLQKLPALRKQNPDLKVLLSVGGWGARGFSGAAASKETRKVFIQSAQEIVEKYGLDGIDLDWEFPVNGAWGLVASQPADRDNFTALLKELRAAFGTRKLVTIAVGANAESPKSWVDVKAIAPLLDYINLMTYDMAYGTQYFNSNLYDSSHWPTVAAADKYSADFVVNNYLAAGLKPSQMNLGIGFYGRVPKRAVEPGIDWTKADAQNNPVTQPYFGPQEVALFASLGYDLSKDTYVKYNDIVGKLLNDPQKRFTEHWDDEAKVPWLSVQSAEGKPLFALSYENPRSVAIKADYIKAKGLAGAMFWEYGADDQNQLARQLAESLGIKH >WP_259865813.1 alpha/beta hydrolase [Dactylosporangium fulvum] >UWP86539.1 alpha/beta fold hydrolase [Dactylosporangium fulvum] MTAEITYDATYRLIDTADYQIQVNEAGEGHPVFLIHGTGPGATGWSNFEPNIRELSSSFRCIAVTMPGWGDSNPQSVKTGRDQGRAVVQLMDAMGIDRAAFVGNSMGGAVGMVLATEHPQRVSHLVTMGSGIWGVNVLAPAGMSEGIRTIFDTYEDPSPENFQRLVEVMCFDSSFATRELAEERSRTALSRPEHLQNWLEVMRAGVGATGFLEAGQRMAQSQVPTLIIHGRDDRTVHYEVSLRAHAVIPDSRLLMFNRCGHWAQLEHAAEFNAMVKHFLERH >WP_089905939.1 DNA methyltransferase [Loktanella fryxellensis] >SEN88049.1 DNA methylase [Loktanella fryxellensis] MSDQLKMESGKSGGSVECLGMTFPSEDARRDHFLGLLADKLKDPAFRAQEGFPKGTDEAILAMSDPPYYTACPNPWLAEFVTHYGRPYDSTEKYAREPMAIDVSEGKTDPIYKAHSYHTKVPHLAIVPSILHYTEPGDIVLDGFAGSGMTGVAAQWCGTAPAVYRHKLEMEWKKAGTPAPKWGARRVVLNDLSPAATFIGASYNLPFDVDAFAKAGKQLLRDVEREICWMYETLHSDGKTKGRIEFTVWTQLYTCPECAGEVNFTDEALDEDTKRVREEFPCPHCGAELTKKRLEKLYVTEIDPTSGKEINTPKRAPSFITYSVGKSRYEKKPDASDLAIINRIAEMSLPDDMPKIEIPPMHMTHERARMDQVGVTHLHHFFLPRAAQAMGCLWAKAKAQLDPQSRRLMLFMVEQSIWTASLLNRYRPTGFSQVNRLCCANQLTDGFPLTPDGFMPLPL >MBO7633581.1 methionine--tRNA ligase subunit beta [Lachnospiraceae bacterium] AAELHVPTKPEITYDDFAKLEFRVGEIIKCEEVPKSKKLLCSQVKIGSDVKQIVSGIKAHYTPEQMVGKRVMVVVNLKPATLAGLVSEGMILCAENEAGDLAIMVPEKPFEGGSEIC >WP_264351023.1 DnaD domain protein [Streptococcus anginosus] MELSDLIKQFEQNFGRLLSPIEIQQITDWATVDKFEIEVLKYALDECVFNNARTLKYFNSIMKRCADNGIKTLEAIQLHEANRNQRKQDQNGNIPEWSNEHSEHERKEKIPVAENMELYDCFKKWFAEDFNMQLTLEQYQKFAAICEKDPKRQFNPFQMCAWILNKPLETIVNRFFTK >KAH9572460.1 hypothetical protein CY35_02G151800 [Sphagnum magellanicum] MMDNKKRKWPFLDMFQWPRKKFSSNLEECVALPSCSKQDGRPVHQLWPPEDDVSVAEFDVVLFHGLQRPDEVETWKRTWASRTNPQDCWAQNWLPHDLGGNIRVLALSYDSCAIRTDNKGHIEDVSELGRNILQTLVFSSRWKLGQQCGFGLVGHCFGGLIIKSLVEEADKRASSRVKSEIDEQSKRCANKFLKNLKGIVFYAVPHAGSELESYFKRCSSNWSNKIFGVKLARFMENLKPHQSRMENLSTTFDSIMNRMQVNVYAFMEGIPTKDAGYKLVEKAGAQRLARENYYLVEDGDHFTLLKPPSKEHPSYALLVQFLKTCQHQDSFKQSIIQIAFHRKFRFYKEPTQLVETLLQRLKEGGETTIIVHGKFGVGKTSLVEYVRQKHAMVLYDTFPGGIFQMKYGHDCNIIASQGELLRQLTQPNKVGVLQTPSRRSILNMLQEELNNLDGNWLLVVDDVWSSRLIDESPIPSNMGSRLLITSRFPLNGLPAIRIKVDEQSNEDLAAKLLASKAADDPEETRFPEGCEDVAKKILNKCSGCMLAVSILGSVLFGTSKNESAWKKVYAQFKYYASAEEYTPHDYNGTIFAAIDLSLDHDENKMFSKDLMWSVLQALSLFRGSCIPSCVVKLAWKSMQPEGETEYFEAVVNSLIHKNLVDGSGDGFLRLHDLVREYLELKKPIDLVTILFDQEGELKQGRELLAVFLSIYGKENDEVHVKVLLWRAGAVFDGTFFRYRFWLYHLLDSDAENAILAIFQLYEATQQDGKALLHLIRIGQECQVSVAAMVLVLLTINVGVNNLVVDGDLEEFVWLCTHHLQNTSDHYFLEQWCEVLLQMANCRVFAEKMICHQPLIILIVENIQKHVAFSFEYAKVLMALLLYVQGIRNTRLEEYLLEADKDVMREPMKSCVLDNTCVSHVVLYHGENSSRGVEVPFFEPKFLFEYVKWLLQEHKTMRATFRDKGKTELQHWRLGNFIKFLADLVNITNGATHFVEYGCVELLFCLKEARSDGMTFKHAMRIFRHRVIFESISSNGRICSLVSILKHGTKEDITSVPWILKYLAIGHEEVALQLITQVGVEKVAEAIELWEEGLWWERELVELWLKHEGIAKGMILESNICELLTKVIRQNSKVCMRVLSNLIRYHGDIVAENLDAKGGLRLFLACYSMQPLNPTWIRLLRDMAHNKAFANKMVALGSIEMVADTLNHPMDFEHLIDVAHLVRCLVEGFEDRLKILFSKICIEDLLAIHEQLSLRGILEFTFLPGTFVITKKITMDLLASNHHKQDYFYILLALAKSHEEIASLIATRIATNDKIMKELLSKCRYEMCVELLSERFAKSQEKKVKSPQI >ASI70574.1 hypothetical protein BA022_11600 [Diaphorobacter nitroreducens] MKTAQRDVLVQTLKKRFESHMHRHPTVAWADVHARLNANKLKALQDMEATGGEPDVVGSAAADGTYLFYDCTAESPSGRRSLCYDAQALHARKLHKPQSNAIEAAAAMGVTLLTEAQYRALQEVEDFDQKTSSWIWTPPDVRERGGALFCDRRYGRVFVYHNGAESYYAARGFRASLNV >KAG9043128.1 hypothetical protein FS837_009969 [Tulasnella sp. UAMH 9824] MYIIKLRDEAIFALEGWPRPQFAICKKYYQAINYLNLKPADYPRWLRIIIWPETAGDMSEPTVPEASEAEFRHAFLRMREMGYPEDQFPPWFIEKIPNEDQQLARQITHEPREALTVWGSAADYATSSAQASAAQSQLALQWGHPICEEIKSPRLRRYPASLSQESSPNTPTALGNLLATNILQPEDGRARVTTWLADSDIHSSRSSGNGEGMKFNPATQKVDLWGIDDRDLQMDSVDTCLGPIATRYFHHHYYSHGSKAVVVWAYWYHHEDSDQFVKHLFRRGVLPMLSVYIWELLHTLFNWKAALKAGIEMECSKGSGSSRTAGGDNLDFPSCPECEGCDRLVVKVEQT >WP_123868396.1 MULTISPECIES: hypothetical protein [Chryseobacterium] >AZB23209.1 hypothetical protein EG339_00555 [Chryseobacterium bernardetii] >UCA62018.1 hypothetical protein KB553_10985 [Chryseobacterium rhizoplanae] MLKIEELVHAYIHTHCDFEKELVLTNYFQADWEADILIIDTEGMSHEIEIKLSKSDFKNDFKKSYLNKDTGEKFLKHDKISCGDYVCNAFSFLLPMGMVDSVLIPEHCGIIEFYHNEDTWDTEFYIVRPPRKLHQDSYWKLNDKDLFIRRMALNLLQRKMEIKGKHEELIFKNPFELKNKK >EHW0060032.1 hypothetical protein [Escherichia coli] VFFFAVKRKHSMQELNVFRLYFAVELLFVPAIIEFSILRQKIQVPLLLLSAAIALAVTISIRSYGRFLSVSCFYDKPFIKKHFFEIVMIAFVAYFWLFS >OGG08302.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_01_FULL_40_15] >OGG18112.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_02_FULL_40_24] >OGG21032.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPLOWO2_01_FULL_40_10] >OGG25055.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPHIGHO2_12_FULL_40_13] >OGG33882.1 peptide chain release factor 2 [Candidatus Gottesmanbacteria bacterium RIFCSPLOWO2_02_FULL_40_10] MDAINRLQELKEKLKIEDKKNRIAELERLSADPGFWQEREKSTASMIELSNLNKQLKKIEDLRILLNKGNTREAGKIMDELEFELYFSGPHDTKGALLSIHPGQGGTEAMDWAQVLLRMYLRFIESKKWQHEMVDEVPGEEAGIKSAVISIPQYLAYGHLKSESGTHRLVRQSPFNADKLRQTSFALVEVVPILEDNQTVDIKDSDVEWEFFRSGGKGGQNVNKVSTAVRLRHLPTGIVIECQQERYQGQNRETALKILRGKLWQLMEQEKVRNISELKGKFKLASWGNQIRSYVLHPYHLVKDLRTGYETGDSKAVLDGNIDPFLNSYLKKFSAVV >CAF4577788.1 unnamed protein product [Rotaria sp. Silwood1] MTAVVEYYPSPGHIGNDLFLKDDIKDINEDSQAIEQIYSYWFGENINTWSKTYPLNTKLWFKVQEQVDREIKEKFEGLLIDAARPNSDLYQRWKKTDRGKLALIILLDQFSRNMYRGTAKMFEFDSLALSLALEITEHCTHIKSYSLPERLFIYLPLVHSENLIYTTKGADQLEQLASEVTQRDVRRRYATNAPVFYPVMRNEKVRP >HCL36615.1 hypothetical protein [Anaerostipes hadrus] MKIEEINIDGFGKFHKYHCQTSGKLEVFYGKNESGKTTLRKFMIAMLFGLEKSRGLAARYDDFTRYQPVNGGIYGGSMVFEKDGIRYKIMRNFGQGQTEYRIFDADTMEELKGKEYLFESDQQAFENTVSMTQAEIRTGREMKEVLQNSMANLRSSKDAAIDLRKAIDHLKARRRQMRKDPVFAQIDNLRRQQGSWQYDAQALNEYEQEEREIRKRLRQKRKLTLLQKILLWFRKLFGGEDEERIRKIELRHRLEIIEIEKAQLMQQKEESDKKKQEYEILLGQKRKKELEIHEIELAMKAIEEAASQVQKTFGQELNEKISEIFCDMTNGKYTQAVMDENLSMMVYDGFDHVDMKYLSNA >UYE49180.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGXVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_204719689.1 DNA glycosylase [Hydrogenoanaerobacterium saccharovorans] >MBM6922656.1 DNA-3-methyladenine glycosylase 2 family protein [Hydrogenoanaerobacterium saccharovorans] MTQYTARLTGAVPFNLQETFECGQCFRWLPGDDGSYTGVVGRNVITLRTDGDDLLVAGLDQAEAEQRLIPYLALDEDYAAIQEQFRRNTQLAQAVDYARGIRVLRQDRWEALCSFIISQNNNIKRIRGIVETLCNTWGEPLPGGRSSFPGPEVLASLTEEDLQPLRSGFRAKYILDAARKTASGEVDLDHVASLPTEEAAAELCRIRGVGIKVAHCALLYGFHRIECLPVDVWMKRVMSTMYPQGLPEELLPYAGIAQQYLFHYSRSHPELFEA >WP_113851760.1 23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Escherichia coli] >RBW88021.1 23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Escherichia coli] MSEMIYGIHAVQALLERAPERFQEVFILKGREDKRLLPLIHALESQGVVIQLANRQYLDEKSDGAVHQGIIARVKPGRQYQENDLPDLIASLDQPFLLILDGVTDPHNLGACLRSADAAGVHAVIVPKDRSAQLNATAKKVACGAAESVPLIRVTNLARTMRMLQEENIWIVGTAGEADHTLYQSKMTGRLALVMGAEGEGMRRLTREHCDDLISIPMAGSVSSLNVSVATGICLFEAVRQRS >MCE5240463.1 GNAT family N-acetyltransferase [bacterium] MTPPEARPATQTDLNHIVAIHQQAFVGFFLTELGPRFLRRYYDLVLRSPAGVLWVVEAEDGSPVGFVAGSSDPTAFYAELRDRKVQFGLAMLPTLLRRPWSVPRVLTNFRRTGDEEERPPAGVAELTSIGVCPTASGKGYGQALAKAFVAAARERGCQGVYLTTDAHGNDRVNDFYQRQGYRLTGTITAHGGRVLNKYLLDL >MBP9771519.1 translation initiation factor IF-2 [Candidatus Pacebacteria bacterium] MKPAARTERPPVVVVLGHVDHGKSSLLDYLRKSNIVAGEAGGITQHTAAYEVLHTTAGGVEKRITFIDTPGHEAFGAQRRRGATLADIAILVVSAEDGVKAQTKEALKAINESKIPYIVAINKIDLPNANVERTLGTLTENEVYLEGRGGSVPYVPISAKRGDGIPELLELIVLSADLSEFTGDTSRPAEGIVVEAHRDPKIGISATFIIKDGTLATGMFLATEGAFTPVRAMKDSLRGKVDTATFSSAVTVVGWSALPSVGNSVKAFEKKKDAESFADTRTVSASSAQPVNETSEGEESAVIPLIIKADVVGSLDAVKHEIGKLTDDRVRFKIIHADVGAISENDIKRAGGDDRAVIVGFNTAIESGIRETAERAGVLIETNTIIYKLSEWLADLLQQRRPKRMTDEQLGSARVLKTFSKTRNKQIIGGRVEEGIVKVGGTIQIMRRGEEIGKGKILELQQGKQDARQVAEGIEFGTKIDATVEIASGDILVEFTRVEK >MCF1439711.1 hypothetical protein [Shewanella sp.] MSYQVLARKWRPANFDQVVGQSHVLHALTNALSQQRLHHAYLFTGTRGVGKTSLARLFAKGLNCETGVTANPCGQCASCIEIAQGRFV >MBQ1653514.1 virulence protein E [Bacteroidales bacterium] MTNISPYKHITLVDAYNYITGKFAKKRTEALRSLRSRQTSSGNSYYALKSARTYKATYFDYCTFSGTFFSRNDKALIKHSGLLCLDFDHIGVNATGGIHLEELRSRLLQDSCFNTQLLFRSPSGDGLKWVIEIFPDFPDPLSNHAEYFTAVANYIRSTYGVEVDKSGKNISRACFLPYDPECYINPEYL >WP_184094916.1 flavodoxin domain-containing protein [Anaerocolumna cellulosilytica] >MBB5197524.1 menaquinone-dependent protoporphyrinogen IX oxidase [Anaerocolumna cellulosilytica] >BCJ96549.1 hypothetical protein acsn021_41180 [Anaerocolumna cellulosilytica] MNTAVIYKSHYGSTEIYAKWLAKDLDADLLQAEQVKPADLQKYQTIVYGGGLYAGGVNGIALLTKNFELIKDKALYLFTVGAADVTDPENLKNIRSALEQKLPPAMREKLHIYHLRGGMRYSKMNFMHRTMMNMMVKMLRKKAENELRAEDKIMLETYGQDIDFTDRAAIVPLVADIRAGAKSQ >WP_073520930.1 assimilatory sulfite reductase (NADPH) hemoprotein subunit [Escherichia coli] >APJ76192.1 sulfite reductase subunit beta [Escherichia coli] >HAP0275274.1 assimilatory sulfite reductase (NADPH) hemoprotein subunit [Escherichia coli] MSEKHPGPLVVEGKLTDAERMKLESNYLRGTIAEDLNDGLTGGFKGDNFLLIRFHGMYQQDDRDIRAERAEQKLEPRHAMLLRCRLPGGVITTKQWQAIDKFAGENTIYGSIRLTNRQTFQFHGILKKNVKPVHQMLHSVGLDALATANDMNRNVLCTSNPYESQLHAEAYEWAKKISEHLLPRTRAYAEIWLDQEKVATTDEEPILGQTYLPRKFKTTVVIPPQNDIDLHANDMNFVAIAENGKLVGFNLLVGGGLSIEHGNKKTYARTASEFGYLPLEHTLAVAEAVVTTQRDWGNRTDRKNAKTKYTLERVGVETFKAEVERRAGIKFEPIRPYEFTGRGERIGWVKGIDDNWHLTLFIENGRILDYPGRPLKTGLLEIAKIHKGDFRITANQNLIIAGVPESEKAKIEKIAKESGLMNAVTPQRENSMACVSFPTCPLAMAEAERFLPSFIDNIDNLMAKHGVSDEHIVMRVTGCPNGCGRAMLAEVGLVGKAPGRYNLHLGGNRIGTRIPRMYKENITEPEILASLDELIGRWAKEREAGEGFGDFTVRAGIIRPVLDPARDLWD >WP_097089246.1 MULTISPECIES: calcium:proton antiporter [unclassified Pseudomonas] >PVZ09807.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I12] >PVZ21437.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I10] >PVZ30382.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I11] >SNZ18679.1 Ca2+:H+ antiporter [Pseudomonas sp. URIL14HWK12:I9] MIRAILEEKLLVVAVVAALLAYPLEHSLLGHGQGVALAAAGALIAAIVCASLRVAHHAEVLAEKVGDPYGTMILTLAAVLVEVVILAIMMSNEPSPTLVRDTIYSAVMLDINGILGLAALMGGFKHGEQPYNDDSARTYSVMILTAMGVSMVVPEFIPQANWHLYSGFTIGAMVLLYGVFLRMQAGPHSYFFSYHYPEKKRSRNAEHEPSGSTGASVAVLVFGVALIGALAEVMAKAMDVGLEGSGAPPMVAAILVAGISAAPEILTALRAALANRMQSVVNIALGASLSTVILTVPVMELMALINGQPFQMAMTPVQTVMAFITLLVCAINLNDGETNAIEGMTHFVLFATFVMLSLMGL >KAJ3654337.1 hypothetical protein Zmor_013532 [Zophobas morio] MEERLSKVVAEHQKDWETTYRSAVHNTTGQILARIVFGRKLRLPCDILFGSPNEEPKEVIDYVDDLKEMLLRVHKTVRHKIRMVSDRMKTSYDLKGTSAEFQSQNLVMLYNPRKRKGRCPMLSPEWEGPGRRRK >MBP8613265.1 S-layer homology domain-containing protein [Bacillota bacterium] MTRLIGACCRLSRRTLERISAAASVLVIAIAILLTQSTPALAAQNTTFYVYFPIYLQTGIYVYPVKYTVPETNEPVRAALQALIRGIPNTEVLYSMFPTDTEVLSVSVKDGLCTVDFSEEIRHMSVGSGGELAAIDAIVFTVCWFPDIDRVQILIGGQEAESLAGHVDISRPLSMNWEHMFIPLEDVVQHWSGGYVGALQLLDIVNGYEDMTFKPEKTVSRAEFVKMAVEASGAPIAPDQTIPFDDVSNHWVTPYLKNALSAGIVEPAVYGNRFCPDETITREEMALILVRAQNVYLALKEQTLPSPSQRTFVDSDSVQDVFKEAVHEAASRKLLEGYPDGTFRPKSGLKRGEAATAIARLRGIRGSNGVVIMSPETEAILGDEPVYILGLATAFEATVNLDVLADDQSEIIADFTNSTNGVGWGVFGYALSSHQLGGYTPATIRVYLISAKDGSPYSIVSIPFAE >WP_212663497.1 DUF58 domain-containing protein [Acaryochloris marina] >QUY42327.1 DUF58 domain-containing protein [Acaryochloris marina S15] MHLIHKLASWLETHWAVPAYAGWVILGLTTFFLLAAANTLAGWLYVLGGLGLGLLLVSAVLPIKSLQGLEVERLPLVPVSVGESLNLGLKLSNSTKSAKSLLQVQDHPPKNLGAVTAHSIADIPSQATHTWTYTLQPEQRGVYRWQNVQLRSAAPLGLFWCRRSRPVKAKAIVYPQILPLQQCPLLDHSGHEQDRQRQAQQIGPHNNNEGVTRSIRPYRWGDPLRLVHWRTSARHNELRIRELEMFAGGQTLVIALDSSGNWQSDQFEQAVIAAASLYAYGQKHQDQVQLWTAQIGLQTGRQAILETLAQVQAGEVTVAPLPQQSVVWLTADPSGISALPPGSCWLFWPHPNTANGHQQGGQGLVIESDQPLQAQLQIPMTAAQRH >MSU42127.1 N-acetyl-gamma-glutamyl-phosphate reductase [Pedosphaera sp.] >MSU43043.1 N-acetyl-gamma-glutamyl-phosphate reductase [Pedosphaera sp.] MSKTADTVKIAIVGASGYSGEELVRLLLAHPRVNLVALTSRQHAGKALAEVLPRFAGHPAASTLRFSDASVETLAREAQVVFLALPHGVAAEYARPLLSKGCKVIDLSADFRLKSAAVYQEFYGHAHPAPELLQESVYGLPEIHGTAIRNARLIASPGCYPTSILLPTLPLLRAGLIKSTGIIASSLSGVSGAGRKAELPYLFVECNESARPYSVPKHRHLSEIEQELATAAGSPVLIQFTPHLIPVNRGILTTLHLAPARHFTTENEMAELGAQIEQCYRAAYSHAPFVRLLPPGVLPDTKHVTHTNFLDLAWRLDARTGRLIVMSAIDNIVKGAGGQAVQSLNILCGFEETAGLI >NEX64733.1 fumarylacetoacetate hydrolase family protein [Noviherbaspirillum galbum] MKLLRHGPKGKEKPGILDPQGRIRDLSSVLGDITPEWLAPDKLAQLRALKTDQLPEVAAPGRIGTPYSGLGKFLCVGLNYRDHAAEAGMPIPAEPILFTKWQNSLTGPNDPVVLPRNSRKTDWEVELGVVIGTRARYVSIERALDHVAGYCVVNDVSEREYQLERGGTWDKGKGFDTFGPVGPWLVTADEVPDPQSLDMWLDVNGKRCQTGNTRTMIFDVAFLVHYISQFTTLMPGDLISTGTPPGVGMGMKPPVFLKAGDRMTLGIDGLGSQEQQVREYDEALLD >XP_054852439.1 sushi repeat-containing protein SRPX2 isoform X3 [Eublepharis macularius] MLPGTSSLLLCLWTKVVSSTWYEVGSGYAAAERRTNEVYIEETPQVSLPEYRVPQWCHRLNIYHGEATCYSPRGGNYLSSMGTRCELSCNRGYRLIGQRSIQCLPNRRWSGITYCRHIEPPKLRCPESRERIAEPDKLTTTVYWDPARATDTADGIIKHVTLHGPEPGSEFPEGEHVIRYTVYDQAYNRATCKFAVRVQVIRCPVLKPPEHGYLSCTSAGNNYGATCEYHCDGGYERQGAHLRVCQSTRQWSGSQPRCTPMQINVDVNSVASLMDQFYDKRRLLIVSAPDPSDRYYKMQNSMLQQATCGLDLRHITIIELVGLPPHEVGRIHEHRLSDNIIEGLRQFLHITRSRFNMVFVGKDGVDRDRYIQPVTPEELFSFVDTYLLSSQEQLQREQNRDMCE >RLE48019.1 nascent polypeptide-associated complex protein [Candidatus Woesearchaeota archaeon] MRLNPRDIQKAMQRFGIQQQDIPAKRVIIEQEDKNLVINDPKVAKVNMMGEEVFQVSGEITEEEKDTKPEIDEEDIKTVMEQAKATKEEAKTAIEEAGGDLAKAILKLTGQ >WP_217691728.1 MULTISPECIES: DEAD/DEAH box helicase [unclassified Streptomyces] MERYVQEQPRDFLAVATPGAGKTTFALTLASWLLHHHVVQQVTVVAPTEHLKKQWAEAAARIGIKLDPDYSAGPLSKEYHGVAVTYAGVGVRPMLHRNRCEQRKTLVILDEIHHAGDSKSWGEACQEAFDPATRRLALTGTPFRSDTNPIPFVQYEEGNDGIRRSSADYTYGYGNALADGVVRPVIFLSYSGNMRWRTKAGDEIAARLGEPMTKDAIGQAWRTALAPTGEWIPNVLAAADKRLTEVRKGIPDAGGLVIATDQDSARAYAKILKKVTGESATVVLSDEKAASKKIDQFSGDESRWMVAVRMVSEGVDVPRLAVGVYATTISTPLFFAQAVGRFVRSRRRGETASVFLPTIPMLLDFANEMEVERDHVLDKPKKGSDEENPFSEEDKLLADAEKPEDEETEDQLPFEALESDAVFDRVLYDGAEFGMQAHPGSEEEQDYLGIPGLLEPDQVQLLLQKRQSRQIAHSRQKPAEEADLLEKPAEARPVVTHKQLLSLRKQLNTMVSAYTHQSGKPHGVIHNELRRVCGGPPSAEATAHQIQTRIAKVQEWATRMT >AGA34473.1 transposase IS116/IS110/IS902 family protein [Thioalkalivibrio nitratireducens DSM 14787] MALARSDSALGAFYRRLCSRMDTPRANTAVAHKLARMVYFMLTAG >MCK9908664.1 hypothetical protein [Microbacteriaceae bacterium K1510] ALMQMDEVTQQNAALVEENAATAKALETQAQSMDEQVAFFKIDEGMATAKPKKAPAALVVEKSDVVEAKPVVTRPAAAKPAAPARRPAAAHHPVGRMQTALATALDAESEWKDF >MCU0650575.1 hypothetical protein [Gemmatimonadaceae bacterium] MEQQVVGNATRTIDGNRESESHRAAARRVDGAVHADDFAGCIDERSTGVTRVDGRVGLDHVHIHAAPFTPADEIATDRADHADGDTGLGIAEHEAVRIANRDRPLADGEIVGTSKRCDGERLRRDAQHGDIVLVVFTHERRRIGRAVAHHDGDLRGAADNVGVRDDDAIGAHHEAGADACARSLAGATAKEVLERIDRNALHRFRLHGDHRGRDALDGGRDRGPPRGGNRLRREGECRCRRRGHGSARGGRRLGIGARRCTAFASGQQRRAQQHARARHGAPRHAATANSSFSAG >KAJ5056431.1 hypothetical protein J3E74DRAFT_372585, partial [Bipolaris maydis] MRSYVAVSIFAFSASVFSAPTPQLGLGNVVGSVTGTASGTVGSLTSTVGKTVDPVTGLVTDDADLKGVTGLVKEKRQPQVVDGLTRPVADLTKPVTDIVGDVTKVRVVGNARRQLRLPVVGGVTSTVDRVTDSVNLSGAVEGVNTDVHHKRQLHLPAVGGVTSTVDRV >PHR24038.1 MAG: 2-oxoglutarate synthase subunit alpha [Desulfotalea sp.] MSDNIRFIQGNEACVEGALYAGVEFFAGYPITPSTEIAERLSQRLPENGGKFIQMEDEIASMCAIIGASLTGRKVMTATSGPGFSLKQEAIGYACMTEIPCVIVNVMRGGPSTGNPTHVSQGDINQARWGTHGDHNIIALTASNHQDIFSITVDAFNFAETYRTPVILLLDEAVGHLREKLIIPEAGELPIVDRLRTSLGKGVDYHPYLPREDGRLPMSDFGGEHRYNVTGLFHDMWGFPSNNPKVVNELLRHLVDKIDNNIESITRYKEHFLDDAEYVFVSYGSAARSAIHLAKTRRARGEKIGVLELQSIWPFPKELVREKCADAKAVLVVEMNMGQVLAQVKAAVRKPGRVFLANRIDGKLITPSDIKKLLRVIQGRGV >MBU0592078.1 ACT domain-containing protein [Candidatus Micrarchaeota archaeon] MKPELVHGRFFIASVGQHQLMVLANYLDYIEAVFREKEGMTLVFSEGPGDVVKPLSDYPISGPFALIMLTVNSDLFAVGFLAKITTALAAKGISVNAYSAYHHDHLLVPFERKEETMEILAALSKSSK >WP_264694478.1 YciI family protein [Candidatus Nitrosacidococcus sp. I8] >CAH9017121.1 Protein YciI [Candidatus Nitrosacidococcus sp. I8] MLYAIVGQDRESSLELRRKIRPAHLDRIQTLKEEGRLVLAGPFPAIDAEDPGESGFTGSLIVAEFSSLEEAQAWANGDPFLLEGVYTQVMVKPFKHVLP >WP_250376457.1 molecular chaperone, partial [Escherichia coli] MRQYRLLSPMIKVVIVLFSLLFSTAQAGLVIGGTRFAYPENQSSISVELKNTSDRDMLVKVAVSPDDARQLTGTVESLPSYSETVFIATPPLFVLKPDKNTKIRINRVGGSLPTDRESLFILNVAALPTLENSHSVKTDNQLQIAVRNRMKIFYRPSNLSEDPNMSYQKLRWARKNEIVTVYNPGPRYVTLYNLHVDGKVIDGGMVAPFSHRQQSWCKSQGVCEIAWQTLDVYN >MBC7326981.1 phosphate ABC transporter ATP-binding protein [bacterium] MNETIKMETQNVNFYYGDNQVLKNITIKIPANRITAIIGPSGCGKSTFLRLFNRMNDILEGARLEGKVLIDGVDIYDDKAIDVAMLRRRVGMVFQRPNPFPMSIFDNVAYGPRIHGLHKKKNLKEIVENALRQAALWDEVKDKLYNSAMELSGGQQQRLCIARCLAVEPEVILMDEPASALDPISTLRIEELMQELKEKYTIVIVTHNMQEAARVSDYTGFIYRGELIEFAPTVDIFEHPQNKLTEEYITGRFG >MBV9550452.1 7-cyano-7-deazaguanine synthase QueC [Alphaproteobacteria bacterium] MTTSALVLFSGGQDSTTCLAWALARFDRVETVGFDYGQRHRAELEARLRLLAALKTMPHGEKLATDHLLPLDTLKAIGGSALTDSMKIEIGQEGLPTSFVPGRNLMFLTAAAALGYRREIADLVGGMCETDFSGYPDCRHETVQATARALTLGLARLVRIYTPLMWLDKAATWALAEELGGKALVDLIVRETVTCYEGDPTRHDWGSGCGTCPSCALRAAGYQKYRTAI >WP_228938141.1 AraC family transcriptional regulator [Paraburkholderia saeva] >CAG4898182.1 hypothetical protein R52603_02421 [Paraburkholderia saeva] MQRGRVQMVRCAIDGLEATVAETTHAFPRHSHDGFGIGVIVRGGQRSASGRGPVEARVNDVITCNPGEVHDGSPLDERGRAWRMLYFAPSLMFEAAAELTLTFLRDVELTQPVTHDPVLKRRFERLFAAAVDDAACTCDMARDEALVALLAHVGAHHTTLAVPRLPAAPIARAKVRIDDDPASSLTLADLASEAGMSRFQLLRGFAQELGLPPHAYRMQRRVALARRLIATGSALADAAAGAGFADQSHMTRAFVRLLGVTPASYAAATRRT >WP_040301436.1 hypothetical protein [Afipia clevelandensis] MTTQFAKALSRARLEDGKLRAIRHDLAGRLAANGQSISDYYTDEELDEFDDATLARGGPEDTKDETGFRRQDRHLAEACADVDAEMDKGAIYEDALETIAERYAADGRDLATKNNSGRDNLHEMMYGSRPAAKRYAVKLGIWRGPMGSHCRKRKSQIPHSYGIRRA >WP_248126409.1 relaxase/mobilization nuclease domain-containing protein [Slackia exigua] >MCK6139400.1 relaxase/mobilization nuclease domain-containing protein [Slackia exigua] MPILKPISGHGSTGGIRRYLEKGGRALARDLFNLSYDERDAAALGDGAKEACAWDAEMDATRAAFGTDAPWRGKPARTFKHFVLSPDPGDDIDLAALRELACSWALKHFGDHEIAIVYHDDNARGIPHAHIVVNNANLCTGYRMQTQHPEDLNRDLQDMARERGLSGLSNDRSPESPSRARGHAGAGGPRSRRNVYLGRTEKEIMRSGGYSWVGDIRARVALAKTTARDEAEFLGILDAPGVHVADNSAKARRDDWVFSLAEEPSKKVSGERLGFVYGKEMLRRRFEREGAYRPTDASTARIRETAERALELNDLSELSRLSSALETCAKFDVESIEEFGLRMATLERRGQAGGEGYRRLKTARDYMAMNGLLPLKTRYGDDRGRGAAEGNSRDGRREDEQQRILATERQRAQREQRRERGRR >MQG44163.1 hypothetical protein [SAR202 cluster bacterium] MIARFQPDDEELVVGGRSMGGRISPQVVAQSTLAHALALFAYPLNPPYNRALPRDGHLPDIAGPTLCYSGTRDNFASSGDLVTAAAKMTNAMVHEFDGANHGFGVLKSSSRSREDVWKEAVDVMLG >WP_231149750.1 capsular biosynthesis protein [Chromobacterium vaccinii] >MCD4498056.1 capsular biosynthesis protein [Chromobacterium vaccinii] MLAAQPLLRHRRLLLLQGPMGPFFNALSDWLRDNGVTVHKINFNGGDRLYHRRLPSTDYDGRLEDFAAWLTLFLRDKQIDGVVCFGDCRRYHRIAAELCRDRKLAFYAFEEGYLRPDYVTLESGGVNAYSKLADDPAAILKHESSDSPAPRPTQPSFRRMAYTAISYYAAGWLWRRRYPHYQHHKDFSPFRECALWLRSGWRKQCYRLSERAITRRVLSGPGQGYYLTALQVFNDSQILNHSHYEDVTDFIDDVISSFARHAPSDRHLVLKHHPMDRGHRNYRHLIEGLAQKAGIADRVHYLHDAHLPSLLKQSLGVVTVNSTVGLSAMHHGKPLAVMGRALYDMEGLTFQHGLDRFWRECQPPQRELYGKLRSYLIRHTQLNGAFFGESHWLPRQTRPRSFTSAFAPLLLSLTTVFLIELDEAAEITALWEWLGRLWPT >MBI2621122.1 TatD family hydrolase [Candidatus Levybacteria bacterium] MIDVHSHLNFKAFANDFDQVIKQAEKDGVKTIINVGTSIETSLRAVELTNAYHNLYAIVGIHPHHADLPAGRQANSQEGWEEKLFKLAKSSKKVIAIGEIGLDYYSYKSNGIVDPKTQKEVFIKQIEIAHKLKLPLQIHNRLAGNDIIEIINNKLSLINNGGMFHCMSGDIPFLRQVLGLGFYVGFDGNITYEGIAKGETTPLPDLVRQTPIERIVTETDAPFLTPEPHRGGRNIPSHVIIVAEEIAKIKGLDFKEVEAATTRNAKDLFKLNPRR >WP_218566587.1 DUF6286 domain-containing protein [Vallicoccus soli] MATSRRSGSRPAAVPPRALPSALSLVVSLLLLGAAAVGLVEAVAGATGRPYVLLDGPAVAGALSVASWQDAPVVAAAVGAALLGLLLLVALLRRGRPRAVLLPAPGGGTSDDRGVQVAASRRSVERSLAAAARGADGVLGASARAGRRRVVVRAEVGLHDAAALRPRVEDAVRARLDDLGLDGRLRPRVRVEGGAR >MBD20513.1 50S ribosomal protein L30 [Rhodospirillaceae bacterium] MAKETLIVTQTGSPIGRPADQRQTLAGLGLNKINRTRELEDTPAIRGMIKKVSHLVRVEEK >KAH0561149.1 hypothetical protein KQX54_013828 [Cotesia glomerata] MTTKPRKRKYALVWWIDSSETDILPLLSIPKKYRKEGAVGEIQFKDSVTKKNVKSSVKILSINTDSDVLNNLIVNDHGEIVDSSQKIFSSTVLEKKKELKESSKLLEGIKKSNKNKIQKKLLKQKSILSKVIPHTTENPLLNYENISESFPHLMKSRSDQLLSQNSPSTSTSTSNSKLLNNETLFPNPGTSNQPELTETTNTKEYSTSSNTGNNSITDTLTAVINEKNFEPEITNCGNSEIIETKQSKELPPITLNLQDIQAPLNNNELGAEGMTFATISTKGLDAIPIQYLKPSKDVVEIGKNAKFYLPLDCMERIQDEAQQDWRKFIRETLDEVYGENICNFSAKGKKKQSRPAIDHNLYKGLLYRAREMTNKTVAEKAVVKCINQHCVNKRKYLSPESMKKIGKKSKGKNKLHREIIEEKEEDDEYEEDEDEEDEDEEDEEDEDEEEEEDEDEDEEDDEDIIDLK >WP_175896721.1 sigma 54-interacting transcriptional regulator [Burkholderia pseudomultivorans] MNPHHTIPIVPVSPRELAPDVRALVAYLEQDPQPMIVVDPDYRILAANDAYRRQFGVAGVEHVGRHCFQVSHHYDVPCDQAGEHCPMKQARESRGLNRVLHIHHTPRGPEHVDVELRPIFDAHGDVIAYVERLTTVRSASAQPSAEGLVGGSEPFNAALEALQRVAPSMLPVLLLGESGTGKELFARALHEASDRALGPFVVVDCSGIAETLFESELFGYEKGAFTGANQRKPGLVETAQGGTLFLDEIGDVPLPMQVKLLRLIESGTFRRVGGVEALRADFRLVAATHKPLREMIDDGRFRQDLYYRISAFPIALPPLRERRGDVALLAESILRRIANARAGAGEAARRFVLTARARACLDAYAWPGNIRELRNVLERACLFADDGAIRVEHLPAELVAMAAAQPDRAAATSVLTDDELVRIASAFTGTRKALAERTGLSERTLYRRLKALGLGTRGG >RCI04718.1 hypothetical protein CU098_000465, partial [Rhizopus stolonifer] MERWQDQVVSQVGGCSELVHHIIQRISAATLSSRSKGILLYGKPGTGKTALAMAVAKFSNLPYYVLNTPDIFQTEEGVSETKLFAFFEQAKRCNALSILILDEIDMIAGKWTSKRSALDMRISSLLMSLIDKSDNVFLIGLTNRIHAIEPAFLRSGRLDDLQEIVIKYPEQRQQILEIITKGNCVDLPFKSTQERTQILLEMSQKTHGFVPSDLQSLSSQATLLLIKQQSSHVTMDHFHYALSIVKPSNLNEFASRVPDVSFKDIFGIDDIIQEIKTSVIQPFQQPHKYLELGISPPKGILIHGPTGVGKTMLCSALASEAGVNFMLVESSQIRSKIVGESEKGIAKLFAQARSNAPCILFIDQ >UBR86455.1 ORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] ESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHXXVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVXXXXXXXYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNXXXXXXXXVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLXXXXXXRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSXKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSXLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKXXXXXXXXRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLXLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHXXXAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFSVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCXXXXXXXRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVXSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWXXXXXXXXXNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAVSMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGSCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLSGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALXXXVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >XP_039202520.1 fascin-2 isoform X1 [Crotalus tigris] MLGKTAHRDCLLSGLKMPTNGIHQALKIQFGLINSDNRYLTAEHFGYKINASAPSLKRKQIWSLEQDGDSSVVFLKSHLGRYLSASKDGKVSCEAEKPETDGCFIIVTQSDGRWALQSEPYKRFFGGSEDRLSCFAQTITETELWVVHLAIHPQANLLSVSRRRYAHLSAQEDEISIDSNIPWGVDSLITLTFQDKKYCLRTCDNRYLCNDGILVQEPDRRSGYTLEFKAGKLAFKDCNGKYLAPVGPTGTLKSGRSSKPGKDELFDLEESHPQVVFMASNGRYVSIRQGVNVSANQDEETHHETFQMQIDKETKKCIFHSNTGNYWTLVAHGGIQATATEISTSTMFDLEWRGRRVALKANNGKYICTKKNGQLAAVSDRVGKDEEFVIKLINRPILVLRGAHGFVCYHRNSNLLDANRSIYDVFHLNFNDGAYQIKGLSDRFWYVASNGTVCSDGETSEDFFFEFRECSRVAIKGKNGKYLRGDSAGTLRADADTLNCATFWEY >WP_235697247.1 HNH endonuclease signature motif containing protein [Corynebacterium diphtheriae] >UJL58579.1 HNH endonuclease [Corynebacterium diphtheriae] MSITAQLAALAGHGIELAKEIFAHGTSLKSKEDLAAILGFDPTRVGRYQKTAKALFGPTDQPQLRAQAIAIAQKNNFSIDVLALINCKVGRLADAPLREEFRLELHRFAVDNGYTAIKQFANDQLEKRNGPNPARQHSLRYARFSHHPDANGMRYLITSLPDETMTVIEAKLVDKAKTRKSDTISMQQALADALSDALLGDFPVSQSSRPLREGLIMIPADGWRHVGDQWLVSTDGAKIHASELADHLLADFGYAIVYDEMAEPVDLYRTQRFANDKQRLILTADQLLCADPQCTRAAYRGQAHHIEAWKNGGDTNLKNLCLTCGPHNALNDDDHAKGKHKNGHYVRDKHNGRIGWQPPDPTKSIRFNNHVLAQKSARSWAIRHFGL >EHQ6376324.1 bifunctional (p)ppGpp synthetase/guanosine-3',5'-bis(diphosphate) 3'-pyrophosphohydrolase [Listeria monocytogenes] MYEKARQMMIKAHSGQVRKITGEPYFSHPLNVARILRRAGFREEVVVAGLLHDAVEDTEMTDADIRAAFGAEVADLVASHTENKTLSWEERKAHTIEQVRTGNLEEKALIVADKLNNLTSVKYALSSEGKSVWSYFKRGYDLQKWYNQGIKNNMEYGLNPSEIPPFFGEYARLVKWIFKK >XP_043890337.1 POU domain, class 2, transcription factor 2 isoform X3 [Solea senegalensis] MTKTAAIASKDFSSMWLPDIRMSKPVEVEKVGADSPMDGTDSERNGPESNHQSMKVSPFPLSPNLSSSKNKMEECGEMSPALPHSHGPTPSQTALQHTQLMLTGSQLAGDIQQLLQLQQLVLVPGHTLPSPAQFLLPQAQQAQQGLLSTPNLITLPQQNQGSLMSAPSRMGLQAQRDKSLEVSGVGGVTTMPSVTSHPEEPSDLEELEQFARTFKQRRIKLGFTQGDVGLAMGKLYGNDFSQTTISRFEALNLSFKNMCKLKPLLEKWLNDAETMSIDSTLPSPSSLSSPSMGFEGIPARRRKKRTSIETNVRVALERAFMANQKPTSEEILLIAEQLNMEKEVIRVWFCNRRQKEKRINPSSATPPLPSQPPTAPPTHKPPCYSPHMMSSQLSQAVTSLSSTTATTMSPICPLTSSLSSTHPSISSTHPSLSSAPSPVTPPPPRSTASPATPSHSSLNLNTGLWRMGKKNGDVSNYLTDFAANLRNTVMGVNTGMNQALLGNNPLATIQALAASGGQLPLSSLEGVSKVMLGASAGQGGGLPSSLFLNHPALLHMTQHPGAGLVSAAVAKASQASPFPSASSISPTPCSPSPCSSPASSCSSSEMAHSPPSLGGSKIE >WP_228268753.1 hypothetical protein [Acinetobacter ursingii] MFLLQYYYRVKTLESIDDNINRYSLNTDQYPVNNWLNDIFCARIILNTQEVKEVIELLDGWQEKFGLKNWYFRDKSGYRGLHTDFKNNSNFYFPWELQIWDEKDELTNIENHEKYNRMFM >WP_046093714.1 ribonuclease I [Salmonella enterica] >EAO6764553.1 ribonuclease I [Salmonella enterica] >EDN1391706.1 ribonuclease I [Salmonella enterica] >EFR8871473.1 ribonuclease I [Salmonella enterica] >EHI7785009.1 ribonuclease I [Salmonella enterica] >EHZ7551984.1 ribonuclease I [Salmonella enterica] MNTIWHYSPLLAVLLTPIFAANADELQAQQYGDFTDYVLALSWQTGFCQSQHERHHREPDECRQQKEPANKADFLTVHGLWPGLPKSVAARGVDQRRWQRFGCATRPIPNLPEVKASRKCSAPAPGLSPDIAAMLREVMPGAGGNTCLERYEYAKHGACFGFDPNAYFGTMIRLDKAIKGSALGQFLADNYGKTVSRAAFDSVVEQMWGKDNVKAVKVNCHGNPAYLTEIQFSLKASMINAPLSSASFLPQPHPGNCGKQFIIDKAGY >WP_011513572.1 porin [Psychrobacter cryohalolentis] >ABE75020.1 conserved hypothetical protein [Psychrobacter cryohalolentis K5] >ASE25227.1 porin [Psychrobacter cryohalolentis] MLYIKKLSFGLAVLGVCAQAQAIDLITNADTTLSIGGYVKAEGIFYSPDEGESEFKGNARQSRINLKTTKKVEDKKLTGFIEGDFYGNAANGGSDLRLRHAYVQVNDLTVGKTWNGQFLAVYPLLTEQLDFRGTGLGTISGGGADIRPDLTVHYTHKGLRFTAQQPVYEDANLPDMVVSYKNNISDLSYNLAVTAREAKNGNDSDVGLGASLAGKLKLGNDSLHASVFNGKGMGVYSTVCVGKMLGVTGAIDCDAENGELVSQTGFTVGYRHKFSEKLLSNMRYGEINVDDAADTSVNVKSINLVYNYLPDLDFGIEWRDRSDKTLSQVKKGQQVEIMAKYSF >MCI0901122.1 CocE/NonD family hydrolase [Chloroflexota bacterium] MPDPICIKIDSNTAIAMRDGVTLYADIYRPDGDGPYPTILQRTPYDKTANLTHTMLDPIRAAKAGFAVVIQDTRGRHASEGEFYAFRDDINDGFDTVEWAAAQPWSNGKVGMYGASYVGATQWLAATARPPHLVTIAPTVTASNYHDGWTYQGGAFELGFNMSWTLLQLTLANFKNVSSVQDVPRERRGELVQAVDDMTEGFAFLPTKDYPHLDSGLAKYYYD >SCH39951.1 Signal transduction histidine-protein kinase BaeS [uncultured Clostridium sp.] MELYLSIPKKLNEQGSLYGEYYMYTRAINLIKNYFFIGLVSSILCIISAVVCKLRKVDITIKESKLLKYYSKIPVEFIIVLLILLFAFVNDNYTYYYIDFLSSILIIIANFIFIFCIVMFKSEFKYFDKKTGILKTSFIIKNLINAKYIIVSSIKANNKISIIRKIAIIGIGCMILNLLSLFLGIGVVSIVMTITMICFTSYILKKLNYINEIIEGSERIKSGDLNYKISIIEDDNLNILAENINNIGQGLENSIEDTLKSERMKTELITNVSHDLKTPLTSIINYIQLIKKEENIQPSYINDYINVLDSKSKRLNILIEDLFEASKASSGNIELNMEKIDLKQLLIQSIGEMEEKLLETRLEIKLNAPKEKVYIYADGRRMFRVFENLLSNIVKYSLERTRVYIDISVNDRTVNLTMKNISSYELNFDPVEIMERFKRADESRNTEGSGLGLAIARDLVNLQGGNFKIEIDGDLFKSILEFDEIN >AYV64277.1 maturase K, partial [Crassula grisea] MEEVKEYFELDKSRQRDFLYPLIFQEYIYAFAHDHRSTLLENVDVDYDKKLSFLLRKRLINQMYPRNHLVIFSKGSNQNAFLGYNKSLYSQMLSDTFSVIIEFFFSLRVEAFLERKELVKFQNLRSIHSLFPFLEDQFLHLTYVSDIEIPPPIHFEIVVQTLRYWVKDASSLHLVRLFLYKYYSWDSFLTVKKSRKRNQRFFLFLYNYYVCEYEFLLGFLRNQSFHLRSTSFGVLFERIYFYGKIKKKIVYNNFQTKLGLFKDPFIHYVRYQGKALLASKGTPLVMNQWKYYLIHFWQCHFYVWVNPGRIHINQLSNHPLDFMGYLSNLGFNLSVVRSQLLDNSLLINNAIKQLYIIVPILSLIPSLAKAKFCNVFGHPISKPAWTDSADSDIIERFVWICRNLSHYYYSGSSKKNSFYRIKYILR >WP_254743169.1 hypothetical protein [Alsobacter sp. SYSU M60028] >MCP8939524.1 hypothetical protein [Alsobacter sp. SYSU M60028] MIVMISVHSPSRSSIDALRPDSATAARAAPTRDPDVKASPAMLSGAELMREMGGAPKPNVTLFGRVLHQNSVHYGGALAHLETYQALAKQVEGQAHGSLSDKQLRDMKDQLAAVLVRCDAYVTQHEGDPDKAGRVGTMRNLASMATAELEALNRLGQLRNAGGKGLTHEDAMAIVRAGVRDAADFNPGLNDAAVDPARSRDGFASGKVNSVSLLVYGDDTRIVKPLACGSKNLTLGEGFSGFDKSDMKYGARNFATERMAERLGIGDTIPRSNLVIHHGQAGLAMRLAGGQSLVRHDRVVETDPGSIARYDNDLARGHLDNLKRCKAEKNDDGQWTVPKTRFVALPYTDPEGSHPALTASLQKGLLDLQTLDCLMAQMDRQPENLFIRLDGDTAHVTGIDNDMCMGKDMTRLGAPGDLAATAGGPPPLMSREMHDRIANLSEDDFATTLGPDFSDAEVAAAKTRLTLLKAHAETLRTSGCVVDDFATWRSSEGQSASEFLMASDTLSYVKRDQTTIDKATKNGNVVQPDRSKHNLASE >MCB1875218.1 alcohol dehydrogenase catalytic domain-containing protein [Chromatiales bacterium] MHALWLEQRILRKRDDIPVPRPGPGEALVRVRLAGICGTDRELLRGYYPFLGIPGHEFVGEIAQCPKASHLGRRVVGEINLSCGYCHECLAKRKTHCLNRKVLGIRDHDGAFAEFLTLPLDNLHRIPDCVSDEQAVFTEPLAAALRIREQLAIRPADKVLVVGAGRLGQLIARVLAASGCRPSVVARHGRQRSLLEDKNIPWLDEVSVKPGRHDVVVEASGSAGGLDLALRALRPRGRLILKSTYGGETALPLSRLVVNEIELIGSRCGPFPPALRMLELGLLDPCDLIDAHYALDDFETAFNQAAQAGAMKVLLRP >WP_207128967.1 DUF4307 domain-containing protein [Actinocatenispora comari] >GIL31390.1 hypothetical protein NUM_66440 [Actinocatenispora comari] MMEPLSLGRRYSILADASDNTARTSIVTSIRSGVTTPTFPPGRYGHRRERRATPRWVLPVLIAGVLVAGLVVSVGYYQQYGESEYQAQVVRSAVVSSSTVTMTLRITRPDDKATSCTVRSRAYDGAEVGRADVAVPAGAGHDTVAYSLHTSRQAYTAEVVGCGPAH >NQT73935.1 gas vesicle protein [Chloroflexota bacterium] MEPTRNSHATLVDLLDRVLDKGLIIHADLIVSVAGVPLIGVNLRAALAGMETMLRYGLMRDWDEEIRTRESEYRREQKSSLVSGEEIITEMLGSYHCSEGIYAVWRTGRFLLTDKRLILYHTSFEEVLFETALDEIMGLALENELHFTGKPRENLNLLLKCGNIVRLHARDTLGLKEALEQGLISLGVCWEEIPNLNLHDDNTAKFLLDGEEVMYCGGIWHQIPSRGILAESWKPGHLYLTSRRLCWWYDFEEMIGFETPLNCITGSMTEIKELGTALKRGKALDVVYIGERGKEVASFSGDNLADWERALNEASSRRDCALTGEMETCPRCGREAESSGLLERGCNYCAWISPRTMKKELVTGIEVG >NLI07658.1 DUF308 domain-containing protein [Thermotogaceae bacterium] MNPVATFLTLAIMLGIVAVVRGLMLIIAFFRVNDRTTIKVWFFLIVGILLTILGIIFLFRPAFAAVVFAIMVAVWFIVDAVNNLINIDRIKPAGKGIYFLSIVLNLLLLVGGIIIALHPWIVGISIPIIIGIALMASGIQHLVLAFFGPRDLV >WP_204657011.1 hypothetical protein [Gemmiger formicilis] >MBM6915261.1 hypothetical protein [Gemmiger formicilis] MSQVALCANKAAGQRPLSKEDCLAGNWLPHFIPASGLPQKKTNALVAGNKEAAQKL >CAF1315160.1 unnamed protein product [Rotaria sordida] >CAF1582616.1 unnamed protein product [Rotaria sordida] MVPDNMLLEPPFEGACLYPKKPERRWYNKKRFIIPVSILAAMLILAVILGSVLGSRSPNYAPGMHFDFLFNSIMTDG >WP_197079459.1 hypothetical protein [Desulfosporosinus sp. I2] >KJR45565.1 hypothetical protein UF75_4037 [Desulfosporosinus sp. I2] MGTINLTPEEVKVILSSIENCLKTCKEGGTGTGCPDCTKLQGVKEKLTAM >XP_051777026.1 sodium/glucose cotransporter 1 isoform X2 [Erpetoichthys calabaricus] MICVSKLWLAFIKKSKELCTSFWKEAPDSNASMTDASLTGSAGSGTSTPPPSTDDSMAINNAADISVIVVYFILVLAIGIWAMIRSNRGTVGGFFLAGRSMVWWPIGASLFASNIGSGHFVGLAGTGAVAGIAIGGFEWNALVMVLLLGWLFVPIYIKAGVVTMPEYLKKRFGGQRIRIYLSILSLLLYIFTKISADMFSGAIFIQQALGLDIYLAVFILLLITALYTVTGGLAAVIYTDTLQSFIMVVGAFILMGFAFHEVGGYNAFIEKYMEAIPRITTEAGYNISASCYTPRPDSFHIFRNAVTGDLPWPGLVFGLSILGIWYWCTDQVIVQRCLSAKNMSHVKAGCILCGYLKLLPMFLMVFPGMISRILYTDVVACATPAQCEASCKVSVGCSNIAYPRLVIKLMPNGLRGLMLSVMLASLMSSLTSIFNSASTLFTMDIYARIRKCATEKELMLAGRVFMLFLIGISIAWIPIVQAAQGGQLFDYIQSITSYLGPPIASVFILAIFCKRVNEQGAFYGLVIGLLIGLSRMTAEFAFGTGSCVKPSQCPYIICGIHYLYFALILFGITCIIVVSVSLMTKPIDDKHLYRLCWSLRNSVEERVDLESDNLEVREQPEEDQGPVEPPGCLKKFYNWFCGFSQDPTPTLSPEEKKAMEKKLTDTSEAPLWRNVVNVNGIILLAVAVFFYGFYG >WP_244440115.1 hypothetical protein [Mesorhizobium metallidurans] MGRCRRIVIGKHSGATAIAHVLRESGRDLDPDLAAAMLACVRRKADKIKSRITAMQMVDLYDRMCSGAAGQTLESSEVG >AUN37106.1 hypothetical protein [uncultured bacterium] MGDDFIGNIFMNLMTLLFSNLSIPAWNTFAKIEIVKYLILLILTGAIYDLFKTAILALRPASDKAKKDQPSSSNEN >TSA21665.1 50S ribosomal protein L14 [Actinomycetales bacterium] MIQQESRLRVADNTGAKELLCIRVLGGSSRRYAGIGDIIVCTVKDAIPGGQVKKGEVVKAVIVRTVKENRRPDGSYIKFDENAAVILKADGEPRGTRIFGPVARELRDKKFMKIISLAPEVL >WP_261362933.1 DUF1080 domain-containing protein [Rubinisphaera margarita] MPPMKSLLPLLLIALVSTEFGFETATADEPSNVTEFKPDQTQLPVKPPADAIVLFDGGATVEFVSKLGEPIDWPLVDGTLESAGGQKANHIVSTWHFRDADIHAEFLLPETGTGNSGLYIHGNYEMQILHSLDMKRLGQSDMGAIYGFNKPLVNAGRDRGVWQVYDIRYRAPRRDSNGEITEKGSITAWLNGEKVQDNFEFGEPRSVYHPYRSGTTDYLKGIWKKQIATTTGPLFLQDHGHPVRFRNVWIRPLDDHAHRFTSDVAQEPPAR >GLJ54837.1 hypothetical protein SUGI_1177720 [Cryptomeria japonica] MNEISERCSVIKWKPTAEQLQILEELYGNTYSKPSTDQIHHVTNLLKRYGDLQAKNVYYWFQNRRPIDRVNKRRRLDEAQFKPAKIRTGKLKTLDSTIRRCGIVPLGGKKSVWLVGWCRLWDAMRRGSCYVDESERKEKCDMEVEQIVHPEDYYSYEDVQLARPANKIFWRRGWALSRINNMLEPSRTPQCPGLHEYEDRKKPLQTLELFPLKPSDIKCREDPVVDSNCSVI >KAJ8033891.1 Ryncolin-4 [Holothuria leucospilota] MGREDCCPRTVEENVCSFEGNDIQIFFSIGDSLTARHNGEDFSTIDRDNDDMADFHLANTTAGPWWYGVTADSSLNANYDKGIIRWLSLPGFHGRIRFVEMKVRPV >WP_276974217.1 heme-binding protein [Flavobacterium filum] MKTIFLFLAMMPIFCFGQNITHNQKTQLQRSSYVKSVDNLTLEGAFELTKLAFESASSLDKKVSIAILDANGIIILLVRGDNVGPHNTEASHKKAYTALSTKTPSFELMQKASADSTAVNLNTLPELLLLGGGVPIWQKGAVIGSLGVSGAGGGLNDHNVAKQAVENLGFTIYK >WP_123176104.1 helix-turn-helix transcriptional regulator [Methylocystis hirsuta] >RNJ50155.1 transcriptional regulator [Methylocystis hirsuta] MPIVMRLDVMLAKRRMRSKTLSQIVGVTEANLSLLKLGKVNGVRFSTLSAICRALDCQPGDLMEYLPDEPAETAQQAG >WP_219324004.1 hypothetical protein [Methylovirgula sp. HY1] >QXX76723.1 hypothetical protein MHY1_p00245 [Methylovirgula sp. HY1] MTTAFFQELTAKPAANDALVTAGLEYRLAGGWSVLGKFAGEFSSTTEIYSGTGVIQKVW >WP_059678947.1 L-lactate permease [Burkholderia sp. FL-7-2-10-S1-D7] >KVF79375.1 lactate permease [Burkholderia sp. FL-7-2-10-S1-D7] MNPTAALPPGILFAQPLTPVANSLFLSFLVAVIPIAVALIALGVLRRPAWQASLAGLVAGLAVAIGAWGMPAGLAFDAVGAGMALAVVPVMWIVFNALLLYNIAVKSGRFDQFRQWMLDNLPDDRRLVLLVVAFSFGCLLEGISGFGTPVAITSALLIALGFPALEALTYTLLFNTAPVAFGALGVPITVLGAVTSLPPATLGAMVGRQLPFFALLLPFYVVGAYGGLRSISKLWPALLVSGGSFAIAQFVTSNFLGYQLTDVLSSLTSLIVTIGFLQVWKPQPDPQYALARSAPAAAGAARAGFGGWLPWIVVSVVVIVWVHANVAAIGDVKIKWPGLHNTVFVSLYHKPYAAIWDFQPLGTGTAILLSAIITAVLTRTGVGAFFECVVKTWRQTWIAIITVMMIVGLAYLLNYSGISYTLGTGVASTGALFPLVSASLGWIAVFLSGSDTSGNALFGNLQVVAARQLGFDPVLMAATNSSGGVMGKMISPQNIATGVSTTDLKGQEGVVFARTFWHSVILTLLLGVLVFLQQHVFTWMIPALPK >RJP93937.1 hypothetical protein C4518_04935 [Desulfobacteraceae bacterium] MKKRLKFFMIGFWLVFLVSGCAYRHYMGMHGPSIKLYPDIHQQVAHEDSDCLKCHHPDQNPEGTPTTHPDFTGCLKCHNGEV >RVW37287.1 hypothetical protein CK203_088145 [Vitis vinifera] MREKVREGAREGDGDCDGEEEEERSASQVRRKESRFSVESKEFEIAVEEKRGKIQGCIVEKKGGVSSWVRLGAESLTFFLEGLNLCINGEKETTWGRDWKEQGRVYSMIRGTNRAGGSFA >WP_064049628.1 MFS transporter [Ralstonia solanacearum] >OAI80057.1 hexuronate transporter [Ralstonia solanacearum] >CUV13991.1 hexuronate transporter [Ralstonia solanacearum] MKTIKGLRWWIIALVCLGTITNYLARNSLGVLAPQLKTELGMSTQQYSYVVGAFQVGYTIMQPVCGFIVDLIGLRIGFALFAVLWSIAGCLHAGASGWLSLASFRGLMGLTEAAAIPSGMKAVAEWFPDKEKSVAVGYFNAGTSLGALLAPPLVVFLSLRYGWQSAFVVTGVLGFVWAALWYGFYRSPREHAKLSATEHDRIISGQIRSVGAARGKRPVREVVASRRFWAIALPRFFAEPAWQTFSFWIPLYLSSARHMDLKEIALFAWLPFLAADLGGLLGGYLSPFFMKFFRVPLIWSRVCGVVLGAVLMIGPACIGLVASPYQAIALFCVGGFAHQMISTLVNTLSADVFDPEEVGTASGFAGMAAWVGGLGFSLMVGALADTVGYGPLFGLLGAFDLIGAMLLILLIRGQSQEERAARQMRHHLCASH >WP_156033277.1 hypothetical protein [Candidatus Magnetobacterium casensis] >MBF0338013.1 hypothetical protein [Nitrospirota bacterium] MYIDYSTIKTSSGKSHTRILLRESYRDDGKVKKRTLSNLTHLPANIIRMIRDMLTGTGKPIDKKVIETDKVSVKTGLKFGALYVLYVFIIRLKILEALGKSREALLVVWLICARILFQGSRLKAARMARHYAIRNIIGVEAFNENHLYEALKWLNDKQKEIEEHLMKQNVVDGENIFLYDVTSC >WP_230200986.1 MULTISPECIES: carbohydrate-binding protein CenC [Serratia] >CUY21873.1 Carbohydrate binding domain [Serratia marcescens] >CUY40030.1 Carbohydrate binding domain [Serratia marcescens] >CUZ11269.1 Carbohydrate binding domain [Serratia marcescens] >CUZ38442.1 Carbohydrate binding domain [Serratia marcescens] >CUZ56341.1 Carbohydrate binding domain [Serratia marcescens] MKGMYQMAALGCCAWWSASALAQSCQPNLLANPGFEQGLSGWRAQGAQADGDAHSGRGSLRYDNADAAQYRTFSQMLRVAPGQTIDFGVWLKTHGVRGQSRDGGAGVYLQSFDAQGRFLEGSYPAGVTGDSGWRQVSASYTVPPQAARVTFGVYLRKGSTGTAWFDDAYACARASTPALYQLGASAQGKVDTLLVTPQPQRLQVDSELLNAEGQVVHRSRDRYQVEGQRRIEYPLPAGLAQGEYRLRQQVTGQQSQPAQGSELSFRVGQPAAKVAIDSEGFTVRDGQRLFPLGIYANVATDEHLARIASAGFNTVLNYDYGEKKDPYAFFRNARQRGLLVIYSVKDQYRGSRFAPPARGGDYAALTAWYVQRLRSQPNLLAWYINDELGPEYLDKIEEKNLQIKQLDGDHPTFQVLNKTGELDAHFNSSDILATDPYPVGNDSDLTRTTRYTELTVQAARQARGAWVVMQIMDHAAYDARRKPHPPSEAEIRNQAWQALIGGAKGLLFYSYTDLFYKRKTGRFDQREFDATWRGVAAVSQQIAAFTPYLLTGKSTPLAGSDPQMPARMFILGDRALLLVANPYYREGSTRLRLPAGWRQQEGGAEIALALPAVGTATLWLQR >WP_220331155.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9069858.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9084903.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9125622.1 ABC transporter substrate-binding protein [Agrobacterium pusense] >MBW9138037.1 ABC transporter substrate-binding protein [Agrobacterium pusense] MQTKLIASAALAGLILAGPALAETAAAPKQSVNEELRARLPEKIRSEGKMVSVNNGSFPPYEIVTGTKMEGASADLTDALGEVLGIKIEHATVGGLPALLAGVNSGRYQFAFGPVGDFKSREEANDFVDWVQEFVVFAVQKGNPKGIVSLDTSCGQRIAVMAGGSAERVIQAQAEKCKTDGKGAIEVQSYTDQPSSILAVRSKRADAFFSSQAPLTYFVSQANGQLELTGVGQKNGFDDLYQGAVVPKGSELGPVLLDAIKVLMDNGTYATIMKKWGLENNILKQPGINLGGQLPK >WP_074745818.1 type II secretion system inner membrane protein GspF [Nitrosospira multiformis] >SEN55640.1 type II secretion system protein F (GspF) [Nitrosospira multiformis] MEAYRYEALDSEGRRVTGVLQADTARQARAQLRAQGLLPSAVDQVRGRERDQAPWVRGLRPEQLSLLTRQMATLLTAGLTVEQSLAALIESAEEPMTREVLGGVKTEVIAGLSLSAALGSYSRSFPDFYRALVHGGEESGTLPLVLRHLAEYLDARQTLKQKTSLALLYPALVTIIAIIIVAGLLMYVVPQVVQVFQHSRQSLPLLTRALIGLSDFLLMSWPYLIIAIVGGALSARVALRRDDTRYRWHALMLRTAWLGSLIRSSNTSRFASTLSILVGGGVPLLKALSSGARVMSNMVMRKAIENTIEQVREGASLSRALRETRVFPPLLVHLVASGEMSGKLKEMLERAAQLEAQALERRLGVFLTLLEPIMILVMGGVVLMIVLAILLPIMEINQLVH >WP_151949835.1 hypothetical protein [Aliarcobacter butzleri] >MCG3683899.1 hypothetical protein [Aliarcobacter butzleri] MIVAVKRNKSQKILKIIIVVLLVSGGAYYYNDYVETARINAEKLKLEEEQKRVLKAKEEEQEKIKQEAQREILAEVEKAVNLIGQEYVRDVKLIKNKVVFVCEPDTNIDALVVRYGAMALIKKTFDEIVIVVDIDFILKNKL >MBS3795756.1 putative zinc-binding protein [Candidatus Thorarchaeota archaeon] MSTNHESLIYTCYGGLSNTGLIAGLSALEAVKEVGLKKAGISCLASLACDDKPARKKSESTKAIITVDGCPKECSRRLVEEAGYTPAASITVTGDTDISKISLAKDLDDEPKPVMDYIEPGDIEKVTELIVDAIEENT >MCU1460142.1 ribosomal protein [Acidimicrobiales bacterium] MYAVIRTGGKQERVSEGQRLDVELLGQDEGADVSFAPILLVDGETVLARPDELTGASVTARVVGEAKGPKIVGRTYKNKTNQRKRWGHRQRYSTIEITAIKKH >KAJ2188950.1 Clathrin heavy chain [Coemansia sp. RSA 532] MGDQLPITFQEYIKLPELGIDVSNISFNTLTLQSDKFICIREKTGAKEQVCIVDLEDTSKTFRRPITADSAIMNPENKIIALKAGRNLQVFNLEMKAKVKSCTMTDDVQFWRWITPFDIALVTETSVLHWSIEGTSSPVKQFDRHANLNGTQIIGYTTNAKMNWMALIGISAPQGRIVGSMQLYNKDRGASQPIEAHAAEFSEIRLEGAAQPTQVFAFASRGANGSKMHVVEIDHVEGNPVFQKRSVEMMFPAEAVNDFPVSMQAGPKYEVVYMVTKFGFIHVYDLETGACIFTNRISGDTVFVTARHENGIIAVNRKGQVLSVCVNEDTVIPYILQNTGNVELAFRMASRANLPGADQLYVQRFQQLMGQNQFNEAAKMAANSPRGMLRTENTINQLKHLQSAPGQLSPILQYFATILEKGELNRHESIELARPVLASNRKALLEKWLKEDKLECSEELGDIVHPHDATLALSVYLRANVPAKVVLCFAQSGQFDKIVLYCKKVGFTPEWVQLLVQIARVDGDKACDFALSLVKEDPPLITADQVVGVFSSQNLVQQTTRFLLDALKDNRESDAQLQTKLLELNLLNAPQVADAILGNGMFSHFDRAYIAQLAEKAGLYQRALELYDNLDDIKRVAVHTEVLDGEWLIGYFGNLSVGDSLAVLRQMLEHNRAQNMQVVVQAATKYSDLLGAQNIIEIFEDLQCNEGLYYYLGAVVNVTEDPAVVFKYIQAAVATGQIKEVERVVRDNNHYDAEKVKNYLKEAALPDQLPLIIVCDRYDYVHDLVLYLYSNGMAKYIEVYVQQVNPGRLPQVVGALLDVDCDESIVKSLISATPAQFSIADLVSEVEKRNRLKTLHRWLEAKASEGAQDTGLYNALAKIYIDSNYDPEKFLSSNKLYDPRVVGAYSEKRDPNLAFLAYSQGECDDELLRLTSENGMFKQQARYLIKRRDLSLWSKALSGDDQHALNPSHRRQLVDQVVSYALPEAEDPEEVSVCVKAFMAANLPQELIELLERIILEPTPFSNNNNLQNLLILTAVKVEPTRVADYIGRLNNFDAPDVAEICINNGLHEEAFNIYKRFEVNADAIGVLIDHVGSLDRAYEYAERCDQPDVWSRLGRAQLDGLRIKDAIDSYVRADDASNFGDVIAVATRAGKFDDLVRFLLMARKKVREPVIESELLFAYAKTERLTDLEDMLHGPNIAQVQKVGDRCYDEGLFEAARLLFQSVSNWARLASTLVRLGDYQAAVDCGRKANSTAVWRDVHGACIAEREFRLAQICALHLIVHAEELEPMIRLYEAGGHVDELCTLLENGLGLERAHMGMFTELAVLYCKYRPTQIMDHLKLYWSRVNIPKVIRACEAAHLWPELVFLYVHYDEFDNAAQTIIAHSADAWEHASFKDIIVKASNVELYYKALRFYLNEQPLLLSDLLAVMMPRIDHTRVVSVFVKSDNIPLIKPYLVSAQATNNKAVNEAFNDLLIEEEDFVGLRNSIDNHDNFDAIGLAQRLEKHELLEFRRIAAHLYNQAKRWRQSLTLSKKDKLYKDAMTTARVSGSVEIAEDLLRYFVESGNAACFSACLFTCYDIVRSDVVMELAWRHGLANEAMPYFINLVREYQVKVDHLVEEVGELKVKVEKNAGPANAVAGPNQLMGPAGINGRLLLGHAGSANNAQPFASNLGSAHGSTPSMGGL >WP_013632646.1 MULTISPECIES: heavy metal translocating P-type ATPase [Bacteroidota] >MCT3651567.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] >ADY52153.1 copper-translocating P-type ATPase [Pseudopedobacter saltans DSM 12145] >MCT3659013.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] >MCT3666178.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] >MCT3852191.1 copper-translocating P-type ATPase [Elizabethkingia anophelis] MATNNKETIYLPLEDVESEHCALIVEKGLAQVKGIETHKVELNNRRAAITVDNSAAIGAAVKAIKDLGYGVSTVKHTFPVLGMTCASCAGSVESIVKHQEGVIEASVNFATGNLTVEYLLNMTDATKLQKAIQSIGYDLLVEEENKQQETLEAIHAEKFQKLKTKTVWAIALSLPVVLIAMFFMDMPYATPIMWLFSTPVVLWLGRDFFINAWKQTKHRSANMDTLVALSTGIAYLFSVFNMLFADFWHQRGLHAHVYFEAAAVIVAFILLGKLLEEKAKGNTSSAIKKLMGLQPKTVIVIQANGTEKQTAIEEVNAGDVILVKPGEKIAVDGMVTSGSSYVDESMLSGEPVPVQKKENEKVFAGTINQKGSFQFKAVKVGRETMLAHIIKMVQDAQGSKAPVQKLVDKIAGIFVPVVIGIAILTFILWFILGGNNGIVQGLLAAVTVLVIACPCALGLATPTAIMVGVGKGAENGILIKDAESLELAKKVDAIILDKTGTITEGRPEVTGIEWLNNDDATKDILLSIEKQSEHPLAEAVVKHLDGVQTTTLSLFDSITGKGAKANHNNETYFVGNKKLLAENNITIAEQLQKQADEWGKQSKTVIWFADSKQALSVIVISDKIKETSVEAIRQMQDMGIELYMLTGDNEATAKAIAKQTGIGHYKAEVLPQHKADFVKELQSKGKVVAMVGDGINDSTALATADVSIAMGKGSDIAMDVAKMTIISSDLTKIPQAIKLSKQTVATIKQNLFWAFIYNLIGIPIAAGILFPINGFLLNPMIAGAAMALSSVSVVTNSLRLKWKK >XP_018754863.1 hypothetical protein FVEG_16302 [Fusarium verticillioides 7600] >EWG48672.1 hypothetical protein FVEG_16302 [Fusarium verticillioides 7600] MSHTLDPNVAAVLPAKQGQLTIQQRPVPVPKEGELLVRNAAVAANPSDWKIQALGLSTNFPAVLGSDLSGVVVSAGPGVTRFKPGDRVIGFALGVISENIDKAAFQTYTLLDEVAVTHLPDNISFKEGSVLPVGILTAAIAAFDGLGLPMREKASKEDGAILVWSGASAAGVSAVQIAHALGWTVYATASPKHHGWLKTLGATDAWDYRDREVVQRIATALKASGTKIRGVIDARAEGSSFSSVAQILTAADLTTGCKATALFPWPEEMSLPAGIKGHHINCVGFTVIHPDIASWVFGGWLSRALEDSRVKPAPRARIIEGGLGAAQEMLNMLRAGASGEKFVLKV >WP_230284916.1 glycogen/starch synthase [Deinococcus sp. 23YEL01] >MCD0170461.1 glycogen synthase [Deinococcus sp. 23YEL01] MQVVHVASEVFPFSRSGGLGDVLGVLPAVQAGLGAEVTVVSPWYADVPGDVTPLWSGALPGVAGQPPLPEVRVGEVRRTGVRFVFVGLACFDRPGLYHPDDVWRFSLFGRAVLPVLAQLGVRPDVLHGHDWQAGLVVAHARLSGVRSVFSVHNLQYQGRWNLMDAMGWTGLPEWAFTHETLEFHGDVNLMKAGLVFSSQVTTVSPTYAREITTPEFGEGLEGLMRHLQGAGRLSGILNGLDQVRWDPATDPDVPLFTDPRGKGAAVAALRSEFGLDGAPILASVSRLAEQKGMDLLIGALPQLVQDWNVVVLGGGDPALEAALREWAAHPRVVFAQGMNEPLAHRIYAGADAFAMPSRFEPCGLSQMIAMRYGTLPVVRATGGLVDTVPADVGFSFAEASVGGLVAACGEARAAFDDPARWQERAARAMRLEFSWDGPAREYLGLYARVLSSAAPAVAGLVEA >NJM16453.1 hypothetical protein [Bacteroidales bacterium] ELDLRGIIVTADFYYGNGAIQNSINDFNNFRNNAIAAGITTVPAHTAGANAMLVRPGSGVISETAFTPTAGSNLIVAQAKTCTPDKPLVINIGGPATTVATALLQDPTIADKIVVLMCDLTDYNNKDKWAINICAARTRFFAYPFILNHGYSDALWAQLPSNVFCDHFHTGLVKGNAVGDGALLAWFFDNSLVTNVQKKDVTGLCRLAEHKCHTLRISLH >KJZ73525.1 hypothetical protein HIM_07081 [Hirsutella minnesotensis 3608] MTTYMPSITIPSAVLQHPAASILLPIALGTAVGFGSRPAETQKTYLALKQPPLRPPPWVFGPAWTLLYGLMGYASYRVATNGLSPFASPETIQVARHSLTLYTVQLGLNLVWMPLFFVAKRPVEATVDIVALLGLNGYLTYLWNSFDRTAALCQLPYLGWLSFATYLCAGAGHLNGWDFSDKDVRKAGKRE >KAJ6336236.1 hypothetical protein OIU78_012767 [Salix suchowensis] MVALTFSASTDSLRGIKPRVSSFGADQFDEADMEEVPKKYVFFNWFIFAINMGAILGITVLVYVREKKGWALGFGLPTRPMVISIIILAAGIPSKAHRQCRSFHLLGQLEFFYDEATDGTSSNSSAVFLSEIGIGIWLSTATVKIIESPAGGEDKGWLRINLNKSRLDYFYRELTVINAVDFVVYLWISAVYKGRGGAAGTVRDEGVVDMGDDHGASMEKDED >WP_211114623.1 PAS domain S-box protein [Azospirillum agricola] MTGFALWSARRALTSAATLRRSAADRQAAAAALDASRRRARDFAESSSDWFWETGPDHRYVYVSDRLARILGRDPRAVFGETLLDLARLVEDSATWAEYEADIAAGRAFRELEINIDDPSGRSFFLRVSAVPVLGPDGSFIGYRGCGVDVTAETLALVDARFMQTVVHDAVDSVSEGFVLFSADGRLLICNERYRQAYPNIADLLLPGVTFAEILRAAAERGGCEDGDVGDWVEQRLKRHLDHSAPVDGLLSDGRWYRISEHATGTGGVVKILMDITELKTREEELAGQTSRLERTVSALQESERRYRQLVELAPYGIVIWDRAAIRFANGAAAEILGVGAGGLEGRPLASFLEDGHALEARLAVAAEGRGQHLECEAIRPSGERRFLEVGASPAVYRREPAALLVLNDVTDRRRVEGELQRAQKMEAVGRMAGGIAHEFNNMLTAIGGFARLAERNPGDAARVLTCVQEIAKASERAAALTGQLLDFSHRRVSEEREVVGVAQLLRDLRVFLKPLISAGIDVSIEIGDEGAHTLVNPVTLNQALLNLALNARDAMPDGGALTIALTVETPDAAFFTRHGGLSVGRYIVIRVADQGCGVPEAIRDRVWEPFFTTKEPGKGTGLGLWMVYGTAQQAGGVVEMESEEGQGTVFSLYLPATAPPVPVPGLESLRMAEGESAAILLVDDEESVRTYLRLALEEAGCVVTEAADGIEALERYDEAGGLFDAVVSDVSMPRMNGPDLGRALEERNPDLRILFLTGYASKETAAGLTAQTGRTIVMKPVTPERLLQALRDLLAD >XP_014259138.1 centrosomal protein of 135 kDa isoform X2 [Cimex lectularius] MGLKEKKFLNLREKLDRLGYSQPLSVDSVLLVEKLLYDLDSFKKQLDHYKNSAIKANSKCDSLELTLLPYKRDNERLIRENNELHHTILKQRDEAEKSINKLKSQLIETENAYSDLEFAYMEQLTNVGELHQDILLKNEKLLTLDNTSRNSAGLINPTIGKNYNQPSPKKQLKQRELQKKLRANLRTVTSVNNYISNVLDGKSRSEGLDELEKLKRDNCHLMDEVELCQNQVKSRDREIERLSKIVEKRASPIVYHHSTCNCHCFEDQDLSLLGDNSPVLLKKQLEEATLKQHQAMKRATDLMDRVKVLENKLVHLEARNIQREYNSSEQTKEKRDCSKHLEDLKIMEMEKSSLKEQIEELRYKNTSLEEKCSSLLSENHSLNNRLKQIQLSGTEDANFKECQQKHAKPKKQVVQQQNHRECSCGCCCDHKYTHENEYKFEGSESDHPLCSHKNVLKILNKEKARATDELNKLQDELIDYKNKLAGLSQAMHSEKCNNEVIKLQLEDKIKSYELEKKSLSDKISSLNSKLQMAEHQIDKLRHEVDELTTDSANWKAKYNHIKVLNEHLEMTIKNSEENEKSNVADIKSSMIKIQQLEKEKAALETALQTMQKEKVSLRNDIHHLDKEKDSLMTTLDEKAVQLSKMETAMKQKNNYVSNMEKEISNLQAQVHTLERMLSTAESKARSSNNDIRKIEAELTTLESCKENLIYENRRLQNDLAALTQDNMQMSGALAASKQEVENLKMRLQTYVEEVRRVDELLQMKENERAELLEQFKALSAEASHLEVNNQSLEYESTKTKETLRDTTDRVQNLEWEIGSKNSLVQEMEGKLESHLDRLKQDKEKLELRVAEDQRNQRNLQDVLTSSRQEAMEKSLYTHDLRFEVEEMQQTVHSLENKLTHLTKTLSDCQRSCENYREENIKLKRDLTNREFERTRAEDSASFSTSL >WP_271104848.1 hypothetical protein, partial [Enterococcus faecalis] GIEIMSNGRLYSANFQRYKNRVKKEKNPLIIFESMTAKVEQVFLELAEEVIRTNPKTKQEFKDMIKEYSYKEGNKW >MCI7202149.1 riboflavin biosynthesis protein RibF [Clostridiales bacterium] MRIVEQSYDKEIVLALGLFDSVHRGHVHLISEAKKLADDMGIELAVFTFRNNPFSYYGRDTKMVFTFEERTRIFEELGVDVVIGKTMDYEYARTSREDFIVSIAMNFKVKAVVCGADYTFGYKGSGDVDFLKYYLKTRGIPLKIVPYLCTDNGDKISSNLIRKYLSEGRMRLANQLMGRPYMISGDVVHCFGRGREFGFPTANLFLPDEKAVIQEGVYATTVEVDGYIYNSVTNIGSKPTFNDYSLTIESFLVNYKGNLYDKY >GAL07990.1 enoyl-CoA hydratase [Photobacterium aphoticum] MILKDIRTEALDLGMQEAAKLLNKQLARGRMDGIKMAQILASIHPTLHYADADSVDVVVEAVIEDPAIKAGVLREIEATSVKTR >MBR9906678.1 DUF2868 domain-containing protein [Gammaproteobacteria bacterium] MFKLFSRFRSIWMAELVRRYELQNGFQRADAIDHQARQLPTMEQRVFKRAELLAARLGLVHQLRLWDHFRRLIAILLSVFAVLGAVALVRGTLSVTQPISLSYALMMLLGLHVILFVLWCVSLLLKDSFGWIGRISLWLLEHIGQRQYNQQFNNTLLTIANQYRLTKPAGAVLTHGYWTLFMLMVWFVLFFHLSTSAYTFTWATTIWPADSLQVWVSVLNFIPSLFGVDAPSVAAMWDNPAAGEQLNAGRWLLACIVVYGVVWRALALMGSLVVVLRRVAAMKIDLTLPGYAPVIRKLTTSAATELVDADSDVAGMDDWQTREPKPGHGELVISLDHEHDQRWLQQHQNESWYGGIVARSDDRQRILQRLDDAPVAKLVVRVNAQLTPDRAALRFLQRLQQYCTHVEAQLVVGDNPDDERVGHWQQGLTEEGIAWN >WP_184699897.1 DUF2218 domain-containing protein [Aminobacter aganoensis] >MBB6355315.1 hypothetical protein [Aminobacter aganoensis] MVQSSGRFETEHGAKYLTQLCKHFAHKIEVSHADRRGECHFPFGHAVLEADDAALTIELDAPDADQLARTKSVIDDHLARFAFREPGRAIQWSA >MYX39762.1 VOC family protein [Streptomyces sp. SID89] MPEVTAPYATGTPCWVDLMAKDQQRALDFYRDLFGWQGRPGPAEYGGYAVCELRGMAAAGIGPAMAPEGMPEPPTVWTTYLASTDAQASQDAIVSAGGTLLVPVMDVGALGRMLVAADPQGAVFGVWQPGDFFGARVVNEAGALTWNELHTADVPAATAFYGEAFGIEIEPLDGADAYWELRVGGRAVGGVTLLAHDPPGTPAHWLSYFAVDDVDSTVDALVKRNGTVLAPPFDMMAGRMAVVADPQGAPFAMITPTRP >WP_224547797.1 SOS response-associated peptidase [Mesorhizobium sp. CA16] >MBZ9915146.1 SOS response-associated peptidase [Mesorhizobium sp. CA16] MCNDYEQHVAWAEYCRMMASLALKIPAHQTELDLPQADDIRINDPAPIMLAAGDGVELASMTFGFPPAGPKGGPVFNFRSEGRRFADSKRCLVPASAFFEFTGAKYPKAKHRFTLNGAPFLAIAGLWREAAGNKPPTFTMLTTDPGPDVSPYHNRQVVVLQPENWSAWLDLSRPERELLRPLPAGSLSVETVRPERA >MCL2341595.1 site-2 protease family protein [Bacillota bacterium] MLIILINILKIAFLLGFIILIHECGHLFMAKWCKVKVKEFAVGFGPAIWKRQGKYTKYSLRLIPLGGFTNMLGEEERSEEEGSFNKAGIIKKILILLAGGVVNILFGLIIYFIVAIIFTSNISDAFWSTVNFSAVVIDSLKQLFSGTISVNDLMGPVRSI >XP_011782004.1 PREDICTED: uncharacterized protein KIAA1377 homolog [Colobus angolensis palliatus] MLAGRPVARSAVGELGTESSDNLDRAPLDPRESGRHHRPGAYLDMKIHLEKNLEEERQILLQQQKICRNRARKCFVESNRRKKAFEEKRKEQEEKEHQIREQILQQRKQKFEEVTEKFQRAHIPLSQRRKAVFRKPVPPLEEALKQIQESNLKSEVNLPFSHRPTINWRAIDSALPSALSKNGHKHQKQLLSRINCDKEMNENMRATLATSKNVFQLKLEETQKRLEDQHLSNLQKFCDEVNQITNSETLSSIDSLEPTEHEEIYLTLNKEHSTSIQRNTISLKPANMQSTKLSCFDEDKLAFSKTQHINNWLTNVDASNTQNVTPFSDILSKSNVLPSWEYFNSKEQNPSSLNGTVERATNTANNSVPFVSSPPMFVLDKKCEKTSETSTMRTTDSTSGAFKRERPLVTESPTFKFSKSQSTSDFPTQEVATFPDQEKYSELNQENGTTSIPTSCVPVAMPLVLPSNKQSARPSAKNSIHIKEIDAVQCSDKSDELKDGEEEMIKYFNCNKGELPLFSDSFQDAYVPHNPDSKDEKQKLAETPSLSNVTSNYDFVGQHKKMKYNIHERNGVRFLKSILKKESKYDHGYLKALIINQSFKFGNQKAAAIKDSIELTKEREKGAEIPKTIKKLRWFDETSSIENNAEDSHSPKNKTGITQEHSQKFRIQGGAGSNIISVSACAVNSAARKKSREDSISENVTTLGGSGADHMPLNCFIPSGYNFAKHAWPASKKEESKIPVHDDSKTKQGKPQRGGAKIIRKPGSAKVQSGFICTNRKGTVIEPQSASKVNIFTQAQGKLIIPRPPPPQSTSNIRSGKNMQVSQCPSVTPENPQNIITHNCLNSKHELPTEHNLNQWNQESSSPLSNARSDLVTVIPSLPSYCSSECQTFAKINHSNGTQAVAQQDATLYCTQRSPVCEESYPSVTLRTAKEESVPLWKTGHNVLHQNKRATGSTVMRRKRTVETKRRNILEQKRQNPGSVGQKDSEQINNCGQSVQLSSSEPKQTTRGTSYVEEVSDSTSEFLMAENLVKASVPEDAILTVLNSKQIQKSNLPLNKTQQFNICTLSAEEQKILESLNDLNERLHYIQESICKNPSIKNTLQIIPLLEKREDRTSSCRDKR >MBL14507.1 pyrrolo-quinoline quinone [Gammaproteobacteria bacterium] MKTNYNLCLVGALLGSQIAFSQIIEFDPVTDEMLANPPLGEWLSWRGNQNSWGYSPLDQINSNNVNQLQLVWSWAIDDTGAGQAAPLIHNGVMFIPGPRGVVQALDAANGDLVWEYRPGITASIDDTDRSSSIEELGDAAMPATTYAGVGRGVQKNIAIFDELIYMATENASIVAIDARTGLLVWETQTADPALGYYYTAGPIIANGVLVTGITGCDRYKDDVCFITGHDPLSGEELWRFATVAAPGTPGGDTWGDLALRFRAGADSWQAGSYDPEKNLVYYGTAQAKPWARAVRGTDGDALYTNSTLALNPNTGELNWYYQHLPGETHDMDEVFETVLVDVDGRESIFKMGKLAILWQLDRETGELIKATDMGYQTILNVNPTSGNITYRDGMIPRIGQQIDMCPSTSGFKSWRAMAYSPQTKALYIPITLNCELATFGPTEQVLGGGGTGPVRRTNYPHPDSGGNLGELLVLDVPSAEVKWRYRQRAPINTAALTTAGNLVFVGDWNRYMYAFNAETGEKLWQTRVTTSAQGFPISYMVDDRQYVALPVGVGGASWSGMLPRELTPELSRPRNGNSIYVFALPE >TMC92967.1 uroporphyrinogen-III C-methyltransferase [Chloroflexota bacterium] MHERNSGGIIERTPDQHLDPPGQWPERSPRGKVYLVGAGPGDPELITLKGLNCLRAADVVVYDRLVSPLLLEEASSQARRVFVGKGPGCHSMKQEEINALLIKYAQQGHLVVRLKGGDPFVFGRGGEEALALADAGIPFEIVPGVSSAIAVPAYAGIPVTHRDLASSVTIVTGHQQHTNTPAAVNWEQLAKLEGTLVIMMGVETLGQISQRLLAGGLSPATPAAVIQQGTVPQQKVVTGTIENILERATAARIKSPAVIVIGAVVNLSDPLTWFSTTEPSSRKVSGVSR >OYV27796.1 MAG: hypothetical protein B7Z82_04350, partial [Halothiobacillus sp. 20-54-6] MNAIRFLLGQKLIELESVSPTLTVLNYLRYEQKKIGTKEGCAEGDCGACTVGVAELKDGQLHYRAVNACIVFLVTLDGKQLLTVEDLKTANGNFHPVQQSMVDCHASQCGFCTPGFVMSGFAEFQNRQCSPKNRLKTMSDEYQTTQLTQIFAGNLCRCTGYGPIIEAGKSWLEQAENTPPQDRACIVAALKAIEPLESKQQRSDEQTYIQPSSVSELTEVLAQNPNATLLAGGTDVGLWVTKQHKILNQVIYLGQIEALKQIECSSNRLEIGAAVTYSEAMPILIQHFPMMEEYLYRHSSTQIRNSGTIVGN >WP_169928520.1 phosphatase PAP2 family protein [Labilithrix luteola] >AKV03744.1 PAP2 family protein [Labilithrix luteola] MHAEDAEDAISGILARPGVSGIAALRAGLFSRVIENVAFQDLFVAGYFVAMLCALALGTGPNREACARTVLIDLAIVIAGVTLTRGSILRQGTLANALTYRLSLFFPVFLSYFQLRHILPAVAPGSVDGKLVELDLRIFGVEPALAWDRYVTPHTTEWFAFFYFGYFFLLTAHVLPMMLNASNRFRLAHFSLGIFMVVCIGHFTYMLVPGWGPYHYLEGHFQHPLTGGLFWHLVKATVDAGGSQKDIFPSLHTALPTYFALFSFMHRKAFPFRYTWPPLAFAVTQIIGATMFLRWHYLIDICAGLTLATTAALVSHRIVTWETARREKRGLPPIFTLLVWPRSHASHDAIGDSVNESADSTPSSAKRNLRDAEDPREGAAQ >MCR5335843.1 amidohydrolase [Synergistes sp.] MEENIIQRIYYAVESLKPELTELTLKIHDNPEPGGKERKAVLWQTALLRKYGFEVTDKYCGIETAYRAVYRGAKAGPKIALPAEYDALPGIGHGCGHNLIAMMSVGTGIVLREFADEFGGEINVFGTPAEETEGAKVAMAKMGAFDDIDAAMMSHPSTESTSSVNSMALCCRTVEFFGKTSHAASAPEDGINALDAMINFFNLVNALRQQTRPDVRLHGIITDGGRAPNIIPDYTSALFYVRSSRAAEAEALLGRVEACARGAAAGTGAAYKITPAEADFKDTRSNMTLNRLACDNMEALGVKMKWLGDEPHMGSSDMGDVSCRCPAIQLNSGMGPLPDGRAYSAHTVEFAEKAASPEAIETSFLFIRGLAKTAVDLMTKPEYLTGIKEEFAMLKG >MUT95175.1 Stp1/IreP family PP2C-type Ser/Thr phosphatase [Subdoligranulum sp.] >UYJ43184.1 MAG: Stp1/IreP family PP2C-type Ser/Thr phosphatase [Oscillospiraceae bacterium] MKIAAITDIGSCRQENQDNYCAQQLPGGTAWGIVCDGMGGVNGGRIAAHIATDTMQQYFARQMRSLQPGGEKSFIMRGFDITNRAVYEKATSDPEMMGMGTTGVCAYAGGGLAHVVHAGDSRAYLFHEGEMRQITRDHSMVQQLVDSGKITREQAAQHPKKNLITRALGVSANIVPEYNRCEIEVGDILLLCSDGLTNMISDEEIALVLREVPFFEAPSILVDRALQAGGQDNITVLLMGVEITEVNHG >WP_039638019.1 shikimate kinase [Streptomyces sp. 769] >AJC59754.1 Shikimate kinase [Streptomyces sp. 769] MTAPVVVLVGPPGAGKSTVGALLAERLGVGYRDTDADIVVTAGKPIAEIFIEDGEGHFRALEREAVRTALDTHPGVLSLGGGAIMDDGTRKLLTGLPVVFLDVELADAVKRVGLDAPRPLLAVNPRKQWRELMERRRPLYTEVARAVIATGDRTPAAVADAIVDALELRPAAEPARPAGREEQA >MBI4599533.1 UMP kinase [Candidatus Uhrbacteria bacterium] MSRFSRSKIKSVWKRIVLKLSGETLAGSGQHGFAAKPLEFIANEIKEASVCGCEMAIVIGGGNLVRGAEVEPVGIDRTSADYMGMLATIINGIAIQTALERVGLATRLLSALPMSQVAEPFIRRRALRHLEKGRIVICVGGTGSPHFTTDTAAALRATEIGADVIVKGTMVDGIYTADPMKSKTARRFASIAYADMLKKNLRVMDLTAITLSHEYDIPLVVFNVFKKGNLARLLCGEKIGTEIR >MCO4478718.1 transcription regulator, AraC family [Streptococcus infantarius subsp. infantarius] MNILNTYNEFNTNNFDLNVDHYGAEICAKNHSFGPTVRDNYVLHFIVDGKGKFTIDGITTQLKTGDMFILPKGKVAFYQADGEHPWTYLWVGFSGSKAENILSKTQLLDHYFCHSTLESKVLDQIVKLTQFRDQKLDDVTELQLTAELYKLLAFLMKEFPSKAMSDSSILIQNYIKQVKKIIHTQYGNPLKISEIAKKLNLNRSYLYKIFKEETDYSLKDYLIQIRMEKSADLLTRTTFHISEIANAVGFPDALAFSKAFKKHFGQSPSHYRKTQQ >NTW34833.1 hypothetical protein [Syntrophobacteraceae bacterium] MSRIIKACESESESVCSFDFSEILDTALCDPGEREAPESGAPEETEPDPLFNLELMVQQRLLEAERRSQELEQEGYEKGYAQGLKDGTEFGRKSMQVAREHFEELLSRLMTLPNTVFEDYRSWFIATSLAVSKHIIRSELRTNPQALIELMEDVLSEAGESQGIVLFLHPKDLDLLSRHSALEEMTAKAEKTFSIRPDPEMSRGGCRLESEIQLIDASLENRLALIERTLLQMGEAEQNDSDPTDE >WP_116773703.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Gardnerella vaginalis] >RFD72872.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Gardnerella vaginalis] MEKLEKLYEGKAKKLYATDDTNVLWVEYMNQATAGNGLKKAQIAGKGSLNNRITSLLFHLLEARGVKSHFLGRISDTEQLVKRMRMFPLEIIMRNTAAGSFAKRYSVKEGTPLKKPLLEFCVKSDELGDPFINPEGVVALGLATDEEMAEVTRQAHAVNDALLDIFSKIDVQLVDFKIEEGVDAQGNILLADEITPDTCRLWDKRNAGTNEVSHLDKDLFRRDLGDIIPAYEEIYDRLASLAQSEGLDVSVRKPDDCVER >MBK3574312.1 NADH-quinone oxidoreductase subunit L [Streptomyces sp. MBT65] MTTTTLAVLVPLLPFLGAAAGLLLGRTAPGFVRPLAVLPTLAALALAAIVAVRQGGDAAIDSVTELTPTGSVPVELALHIDGFAALVAVLVTFVATCVQIYSTGYLRDDPRYPSYAALVSLFTSAMLLVVYSGDLIVLLVGWEVMGICSYFLVGHYWETPEARAASMKAFLVTKLGDVPFLIGLFALATDAGSFRVTKILSTVASGGLHHPTLIALLLLAGVAGKSAQFPLHTWLPDAMAGPTPVSALIHAATMVAAGVYFVARLLPVFEASSAAMVVLAAMAAVTMAGSGLAALAQDDIKRVLAYSTIGQLGYMTGALAVGDRGAAVFHLLSHGAFKALLFLAAGVIIHASGTNSLAAMSRMGNLRARVPDAFWTMTVALLALAAIPPFSGFFSKESVLGAAEHAATEHTSHIPGAAGWIVLVAGLLTALLTAAYATRLWLLAFHGKGVDAPDHGRQPVAMNAVLWVLAVPSLALGGLAYRVLPDWFDGRDLTPTLTTSVLGTGVALVGGIVTYGAWRHTTALAARTPMGAVAAHPEGDAGLVEAEAIASHTAAYGDVASAPDPADPGRLLLGPLHRHAATGFHLDAVYAALFVRPVLAAASLVRFLDREVVDTYVRGAGTLPRLAGAAVRRAQTGNLQTYVSALLAGTVVLTVAVLLVATGA >AYX42557.1 rev protein [Human immunodeficiency virus 1] MAGRSGDSDAALLQAVRTIRILYQSNPYPNPEGTRQARRNRRRRWRKRQRQIRALSERILSTCLGRPTEPVPFQLPPIERLAINSSESSGTSGKQHSQEPAEGVGSP >XP_044019329.1 rapamycin-insensitive companion of mTOR [Aphidius gifuensis] MGKKFTLIADIKDVLTKICQQQGVTNADKLGYLNAFVGLINDDSIDCHEYGFTSEELLKCLRIGLVQETTQVRAAALRAIRYLLKNKDDIILINKLNYPYFIARSMDIFIRNDIERIQALRVVRKILVISPNDISPILARSLISLCDDDVEDNERPVSVFLATLCELGILNSNLFINCGGTGTLLRSASRGLSSSMVESVVGVLLHLLTNPDTRNNISLKLLAAPYCELYTSKNDRSRVDREVAFTASKQALLSILRSYPGILCFCNPNDNSGIKAISDILYIEQLEVRGAVLELFYELLGLPLPVWTDEPDVALAAVDPFRPRNNWKLSEGFVAAEGKTILPITLINYPNLYDLHLSLLVYILIECGLHRALAETIVTSDTFISVRAAVLLGALLNLAHSLLPQDICDLTPPLPNLLEHASLGKHQALAAVKILERMHIMMKRKPIPSSLFLDKILKAGNWLRSSPPRRKRPIQSKTWLLKREQPITPLLKESQVLNTKDSLGWNWTAVRSILRSRDDVSRLICNSDQRIFLKRIVRYFKPSSNKYSRVELSTNIHEYREITLAGCDLINCLLELQQQESIKLLNELIGDITEQITLLLTLPSAHDCLFSPRHMTTTCCQKYFLFLGQLSQSAKGTVILKSFNLLLKLEQLALTTKHDCYVKLIVSSLDYTRDGPNRKILFKIITTNETTSIAEQKILYVIQFLRIILRAKMTDAFKWALKLIIDKLNDEKKTVSIAALELLHEACEDQDYLLSLYQQISTPTNNYISWLNCIKKIGFNAYLLNIKFYSLSTIFHKLPSPLEEFDKWIKPGGFNETYVHFIEGIIHDSFTCRQKSDNGQYIRRKSNKLILPKDVFIPPHIFGQFVKHEHGLQIITRKNIIQILKRFVQRFSIDYGGACGGNDDNNTFINKPFIDDTYIMSEESGNEESNRLETIIDNETIETSTSTSTTETYNYNDNNNLNIDDKILRVKAAIWSFGHVGTSSAGVDILKHYGIIDILTNIAETCQYYSVRATAVYSMCLISTTKFGADALTSYGWPCVRYKRGDYWPIVMPTTSSYTIPSPVPIQKHHRSLSDGKPDIPEINKKRTRNRSESAATDIENRKFGYNEHGDTPSPVSSIQRLSQQDADGYAKLRSLQRYRRPNYSKSTSEMYSYDDKLSLQNLAETGTSNDLIFDNFFTTTLPTVSTDEEDTNENCHLGICLPKNLESIFPYYSSKSSIEKTNDNFQNDNNNNNNNDNNNIINNNSDSDNNDRLNFVDYDSDDDGAAGAADDDVDDDDNANDEDDEKHWKICLICQENKSTWNSENYNDTDIKIKRKILRYVQRLSNPIKYRQNRRALLRLRQSNPKIFQDTCLFCEVASRLGTGTYRLSARILLQELFLDLEFNQLYNEPKKILNIPELMKAVDETPTDNVIHKNPMINKINGKIIINNNDESLTTTTTTSTSQLNENTITVDKKICLKIPETTIKKSDNKLSDEEIIADILKPEKHKKISKTSDNKLLKVTGTKTAISLD >WP_211056951.1 insulinase family protein [Pseudoalteromonas sp. MMG005] >MBQ4844470.1 insulinase family protein [Pseudoalteromonas sp. MMG005] MKISSNDNRTYESLTLNNGLKVLLANDATSDKAAAALTVNTGHFDDPSDRQGMAHFLEHMLFLGTVEYPEPGHFSQFISQAGGQSNAWTGTEHSSYFFDCHQQHLYQALKLFSGFFISPLLDASQTENERNAIDAEFKMKIKDDGRRIYQVHKETSNPKHPFTKFSVGNEDTLANRAVCIAEEVRNFFERNYQAQWMTLVIVGPQPLDELEQWATNLFSPIVGNGIKKPTISTPLYRTQDLGLLIQITPKKHMQKLIISFAMPCIEGLYKHKSMSFLAHLIGYEGEGSLYSILKAQGWINALSAGGGVSGSNFKDFNISFALTDEGIGYYEDIVEMTFEYIALIKSQLNDLPVLYHDKKTLLDIAFDNQEPSRLLDWVSSISVNMHHYEPQDYLYGDYIMTDFNHHIFEQLCHFLVPHNMRMVLIHPNITAKNTAKWYNTPYSVEMLSSDWLNALTDIDIALPEMMLPKVNPYLQVENTLYDIQPANNIPELLKDKPGFSFWFKQDVTFRVTKGHFYIEIDSPIAVANVKSMALTRLFADLLMDSMAEQFYPAELAGLNYHISSHQGGLTLHTAGLSGNQSTLALELLTAILEQPISATRFAEYKKQLIRHWKNHNHNKPVSELFGLLGARLMPWNPDPIALAKALKGTCFNEFRRFRQQFFESIYIKAFLHGNWQKEHALSLQKKVRGLFSNSEILEDLKRPLNVLEKPQTLKINKPDSDHAIVEYIQALSSEISEKVTLMLMNQIINQEYFDKLRTELQLGYLVGSGYAPFNTRAGVAFYIQSPNNASNALIQHHDGFIQAFTTNIADMSHEQWLNAKAALRLQVAEKDKNLRLRAQRFWVAITNDDHSFSMQKKLITELDNLTKQAFTDFVLRIFSAEHPKIRLTCN >WP_099253885.1 nicotinate phosphoribosyltransferase [Halorubrum persicum] >PHQ40373.1 nicotinate phosphoribosyltransferase [Halorubrum persicum] MTEFDIVDAAAIREGRATDAYFERTEAALEHAGRNPRVVAEVTADQFPDGDFELFAGLKDAVALLEGRAVDVDAIPEGRLFDGGPVMRIEGPYLAFARLETALLGFLSHASGIATAGLDCRVAAPGSQVLSFGARHVHPSMAAAVERSALAAGLDGFSHVAAGDVIGREASGTMPHALSICFGRGEQEAAWRAFDEAVDESVPRVALCDTYSDEVDEVLRAVATLGDRLDGVRLDTTGSRRGDFRHIAREVGWELDVRGHDDVDVYVSGGLGPDDLRELRDVVDGFGVGGYVSNADPVDFALDIVEVDGELAAKRGKLSGAKDVYRTADGAHAVGLADRPAPEGAESLMEPVIRDGEVVADDAFDLDAAAERALADAAAVGYGTE >WP_145321954.1 AAA family ATPase [Paenibacillus xylanexedens] MNKLPLFIVTGASGTGKTTVSSHVRKLLPDFDVFDMDIINNVDWQIAKENWLRIAYSISLSGRGTVLCGTMVPENIASSDYKDRFDRILYMNLHCNDVTRETRLKSRGWDENSIEDHKNFANWLLQNSKTAFDPEMPTIDTSELSAKEVADQIKEWILKNW >WP_059433000.1 deoxyribonuclease IV [Campylobacter hyointestinalis] >CUU71172.1 endonuclease IV [Campylobacter hyointestinalis] MKKIGAHVSASGGVQNAPLNAAKIGADAFALFVKNQRQWSAKPLANEDIEAFKLNLKISNIKTKHILPHNSYLINLGHPEIEQRQKSIDAFLDEIERLGALELEMINFHPGSHLNLISEMQCLQNIANSINYILEHSQNITLVIENTAGQGSNMGYKFEHLAYLIKNTVDKNRIGVCIDTCHLFTAGYDIRDKQSYAKTMGEFENLIGFEYLKGMHINDSKCDLHSKKDRHESLGKGYLGWSSFENIMNDDRIDEIPLILETIDDSIWKDEIEHLRNLIKGYR >XP_007208131.1 protein HASTY 1 [Prunus persica] >ONI04716.1 hypothetical protein PRUPE_6G336100 [Prunus persica] MEENNSNNVASNVAQAIAVALDWSSTSDARKAAVAFLESIKAGDVRVLANTSFHLVKKDWSSEIRLHAFKMLQHLVRLRWEELSPTERRNFANITVDLMSDIANPSEEWALKSQTAALVAEMVRREGLNLWQELLPTLVSLSYKGPIQAELVCMMLRWLPEDITVHNEDLEGDRRRLLLRGLTQSLPEILPLLYTLLERHFGAVLNEAGKQQLDLAKQHAATVTATLNAVNAYSEWAPLPDLAKYGIIHGCGFLLSSPDFCLHACEFFKLVSQRKRPIDDTSAPEFDSAMSNIFHILMNVSKEFLYRSGPSAGVIDESDIEFAEYICESMVSLGSTNLQCIAGDSTMLGLYLQQMLGFFQHLKLALHFQSLHFWLALMRDLMSKPKAVARSAGDGSDPVDTEKRKILSFLSDEICSAILDVSFQHMLKREKVLHGTSFALGPLELWSDDAEGKGNFGQYRSKLLELVKLVTSYKPLIAGANVSERIDKIIKNLLLSPMPAQDLAVMESMQLALENVVSTIFDGSNEIGGGHSEVQHGMCKIFEGLLQQLLSLKWTEPALVEVLGHYLDAMGPFLKYFPDAAGSVINKLFELLNSLPFVVKDPSTNSARYARLQICTSFIRIAKTADKSILPHMKGIADTMAYMQREGCLLRGEHNLLGEAFLVMASAAGIQQQQEVLAWLLEPLSQQWTQLEWQNNYLSEPLGLVRLCSETPVMWSVFHTITFFEKALKRSGTRKAHLNLQNNSTETATPLHPMASHLSWMLPPLPKLLRSIHSLWSPSVSQTLPGEIKAAMTMSDVEQFSLLGEGNPKFSKGAVTFSSGSLISASKEGYTEPNESDIRNWLKGIRDSGYNVLGLATTVGGSFYKCLDSQSVALALVENIHSMEFRHIRLLVHSVLIPLVKFCPVDLWETWLEKLLHPLFQHSQQALSCSWSSLLREGRAKVPDAHAILAGSDLKVEVMEEKLLRDLTREICSLLSVIASPQLNTGLPSLEHSGHVSRVDVSSLKDLDAFTSSSMVGFLLKHKGLALPALQICLEAFTWTDGESMTKVSSFCAALVALTISTNSTELQQFVSKDLFSAIIQGLALESNAFISADLISLCRDIYIYLCDRDPTPRQVLLSLPCIKQHDLLAFEEALTKTYSPKEQKQHMKSLLLLATGNKLKALVAQKSVNVITNVSTRPRNTVNVAETRVDEGESVGLAAIL >MCT4573170.1 BBE domain-containing protein [Bacillus thuringiensis] PYVYELLPEEGLSIIDHFINNAPPFSTTSVFFHGLGGAVAEVPNEATAYFYRKALSNMSIFATWEQPEGAAGSIRWVEDFRLAMLPFTKGVYVNTPDLSIKNWPDAYFSCNFDRLMEVKAKYDPKNIFNFPQSIPLF >XP_047935591.1 5'-AMP-activated protein kinase subunit gamma-3 isoform X1 [Anser cygnoides] MAPGDRCLLPRHPPVWGHRELAAGLTAGAGLPAGFPEAPCPREEEEEEEEEDRRRRSPRPVTFTLGPEVLGLGPEGDFQTPDAEVYMHFLRSHCCYDAVPTSCKLVVFDTSLEIKKAFVALVANGVRAAPLWDSKAQSFVGMLTITDFINILHRYYRSPLVQIYEVEEHKIETWREVYLQGSFKPLVYISPSNSLFDAVYSLIKHKIHRLPVIEPTSGNVLHILTHKRILKFLHIFVSAGGQRARGAHGVGVGCRVRAARWGRTVCAHVGCRVCVCVHTCVCACTAPKQGSTIPKPRFLKKTVQELCIGTFRDVAVVPETAPIYTALEIFVDRRVSALPVINDAGQVVGLYSRFDVIHLAAQKTYNNLDISVREALRQRTVCLEGVLTCYPHETMEDIIDRIAKEQVHRLVLVDENQYPRGIVSLSDILQALVLTPAGIDALNS >MBQ7930482.1 small multi-drug export protein [Clostridia bacterium] >MBR3998280.1 small multi-drug export protein [Clostridia bacterium] MNLFLKYLSLFGMAMLPVLELRGSVPWGVAQDLNYAMVLAVSILGNMVPVPFIMLFIRRIFDWMKKKSRRLAAIAEKLEARAQSKGDILVKYETLGLFILVAIPLPGTGAWTGALVASIFDLRMRNALPAIFIGVVTAGLIMTVLSYGVDVLI >WP_132774430.1 MFS transporter, partial [Pseudomonas aeruginosa] MLQSVSPKHDLXLKPEGQAAKPERTGTWAPFSIQAFRIIWICNLFANLGTWAQSVAAAWVVTDAHASPLMVAMIQVAAALPLVLLSILSGVIADNHDRRKIMLWGLSFEMTGAMFATLLAFLGYLDPVLLIISILWISLGGSVTIPAWQAAVNEQVPARMVSDAVLLNSVNYNVARAAGPALGGLLLSAVGPAWVFLFNSFCYMALIWAIWQWRRDVPKRSLPPEGILEGVTAALRFTQYSTVTRLVMMRSFAFGLSASAVWALLPLLAHRNPDGDAAIYGYMLGALGLGAILGSTQVSRLRQRIGSSRLISLAGFTLALILLTLGLVDNLWVLFPVLILGGGCWIGALATYNSAVQILVPDWIKARALALYQTALYGGLALGSFLWGHLAETMTVHGALLAAGCLLLASVILLYNSRLPEMDAASISRAPASMPGQPSFVFNTRRGMVLVSIEYRIPAERTRDFVRAAQPLRRLRLRNGAERWSLFRDVSNPEVWQELFLVDNWIQHLRMLDRMTLADKIVIDNVTALHAGDGPPQIRHCVSYEASSYDTPLVKSATPPAN >MCC6044083.1 ABC transporter ATP-binding protein [Desulfurococcaceae archaeon] MSFVKVVDLVKIYGVGENAVQALRGVSMEVEVGEVVAVMGPSGSGKTTLLNIIGGVDRPTAGSVIVNGVNIVGLSEEKLREYRLRSVGYIFQFFNLIPTLTALENVVAPMLAAGVPYREAQARARSLLESLGLRGREGRFPEELSGGERQRVAIAVALANNPRIILADEPTGELDIVNAEKVVNVLVGLAREGRVVVIATHDPRVARLTDRIYALEDGRITGVYKPESLRAHTIVAEVQMERFMVEYLRKRVEDLRLEVNMLEEAFRRGELSSEEYVNKYIALRDSIKILLAELSRLGAVVEATSIEERNEKRV >GIS77777.1 MAG: hypothetical protein CM1200mP13_11360 [Pelagibacterales bacterium] MPATPVLSNGGTKRGLPISCFLNEANDSLHGILDLWSENVWLALKVVVLEVIGEI >MXW24770.1 hypothetical protein [Dehalococcoidia bacterium] >MXZ87710.1 hypothetical protein [Dehalococcoidia bacterium] >MYA53061.1 hypothetical protein [Dehalococcoidia bacterium] >MYI86460.1 hypothetical protein [Dehalococcoidia bacterium] MAEGYWGKYWRRRISRRGVLAGGAAAAAGAAGLVAVGCGDDDDEPEATATAAPDEAPDTADEDADAATPAATEAPTEAPTAAPTAATGPRAGGTMQVQRAFAETGYDPAITITGYTWAALTYNHLLGYSLVEDEAWGDAAASWEQPDGTTIVFNLEPNLRFNPEAAGGRPITSQDIAYSFGRLPAAFTELASEINPLQWSFMGGFDMPDDSTFALQMRYPWVSAIPTLGSTALAIVAPELVEANGGNLTDTVNAGGGAYMFESRGRDGHNTYVRNPNYGGHSTARGRFTKDPPYIDRWEDAHITDPATAEARFLAGDSDILTGVVGGIDAIKADELRGEDGINIIEGPTNTHLVMALDALKWARFPQLREALSLSIDWDGYIEVVNDGNGIRGAPVGPRFPAVLSQEEIRQLQQFNPERARQLWEQGGGDAVFPDGFVTLLATFAATRGTEFVAQSIEENLGVPTQLMPVDLATYVASLTAPPGSKIWSYALVTENSISTIPDYNALTHYVPTGYGGAFGLFTHEHPQAALIPPEVIDITHDIGKPIQDLYNFQAVTHDPEQRNELLRQLQRLIFTQFCCTFPLPVNAVEWHGVRSRVQNVPLPPDFRDNGSMGYRRAQNMWLADA >EGI35895.1 class II aldolase, tagatose bisphosphate family [Escherichia coli TA271] MYVVSTKQMLNNAQRGGYAVPAFNIRNLETMQVVVETAANLHAPVIIAGTPGTFTHAGTENLLALVSAMAKQYHHPLAIHLDHHTKFDDIAQKVRSGVRSVMIDASHLPFAQNISRVKEVVDFCHRFDVSVEAELGQLGGQEDDVQVNEADAFYTNPAQAREFAEATGIDSLAVAIGTAHGMYASAPALDFSRLENIRQWVNLPLVLHGASGLSTKDIQQTIKLGICKINVATELKNAFSQALKNYLTEHPEATDPRDYLQSAKSAMRDVVSKVIADCGCEGRA >YP_009731821.1 ATP synthase F0 subunit 6 [Macrophthalmus pacificus] >QHR85459.1 ATP synthase F0 subunit 6 [Macrophthalmus pacificus] MTNLFSIFEPSSSIFNLSLNWASTGLGLLFLPYLYWASPSRWSLLWSKIIQTLHKEFKALLQSSHTGSTILFISLFSLILFNNFLGLLPYVFTSSSHMVMTLALSLPLWMALMLLGWIKTTKHMFAHLVPQGTPFALMPFMVLIETISNVIRPGTLAVRLAANMIAGHLLLTLLGNTGPSLSTSILLILLFSQILLLILESAVAIIQSYVFAVLSALYTSEIN >MBQ7424709.1 (2Fe-2S) ferredoxin domain-containing protein [Lachnospiraceae bacterium] >MBQ9065491.1 (2Fe-2S) ferredoxin domain-containing protein [Blautia sp.] MNIQICVGSSCHLKGSEQIVHLFQKALEERSLEDKITLAGSFCTGCCNREGVTIQVDDEVITGVTPATFDQFFQTNILPKI >WP_124977341.1 Rpn family recombination-promoting nuclease/putative transposase [Aphanothece sacrum] >GBF79154.1 hypothetical protein AsFPU1_0546 [Aphanothece sacrum FPU1] >GBF86543.1 hypothetical protein AsFPU3_3614 [Aphanothece sacrum FPU3] MKTDTIFYQLFQTFPQTFFELINYPPETANLYQFSSVEVKQLSFRIDGVFLPNALSQPIYFLEVQFQSDVNFYSRFFSEIFLYLSKSELRNNWYGVIIYPHRGVDTGETSRYEELLNSGRVSRFYLNELENDRQSSVGLATIQLVIEDENKAIEQGRELIERVRQEFGNEQKREELLKLIETILIYKLPRMKRQEIEAMFSLSDLKNTKVYQEALEEGKQEGEKIGELRGELRGELKAKLEAVPQLLALGLSVEQIANALNLTVEQVERTEF >WP_069156513.1 response regulator transcription factor [Eisenbergiella tayi] >ODM12345.1 Transcriptional regulatory protein YycF [Eisenbergiella tayi] >OIZ62139.1 DNA-binding response regulator [Eisenbergiella tayi] MDGRILLVDDEKDIVDLLENVLTEEGFSLIQKAYTGTEAIRLCREYNPDIVILDIMLPDLDGLEVCRKIREFSYCSILFLSSRNDDIDKILGLACGGDDYITKPFSPREMVYRVKAQLRRQQYQNAVPSHAGGLLTAGPLTLDEESCRAYKDGQELSLTGREFLLLACLMENVDRILSKERLYEHVWGEYSSICDNTIMVHIRHLREKLEDNPSVPRQLITVKGLGYKLKKKVD >MAQ92282.1 hypothetical protein [Rhodothermaceae bacterium] MSVARAVVLALSVLLGASASGAQPGRTASRTPTIAFADSVHALVVFVRFSDDTAGAPEWPIDGRRGAERIPDWGHALVEADPADVTAALGMDHPSLSAYFFWQSHTGPAGPHILTGEVWPRRRREPVVFTPSRPSTAYRAGQGSGYGYLVAELLDALVADRTFDITRFDANRDGELDHLMLIVRRDPGVNVTGGVAGLSGVNSPAARTFGRPAPTLTVGRGDATLTVDMGSRGSGAINWIGGQRSVATLIHEYGHILFDMGHTAMITPPPARGRVAVSNDVPFEVPEGGGAFACIYNRMCGGGARGGRPYESSNYDLTLTLSGHELRRMGWARRTVIDSSRDTVGVVVRPLYGSGEVVLIPLRPGSGADTLSIENRQRTNFFDRFPPWDLEDPFYGLVWRDLPATGLLATLSHGSPTGPAGSYRYDVAPPSNRFLRSGTRCDGTSEGCADPYATWSRDMLTPEGSAVQMTPWTRPNVSGYTLYPEGVEPHWFALTNVRYTGDADRSMAFDVVADVRQQPEVVLSADSWMGAETSGWTFRQPVRVTAGATLRVWQGATVTFAGGLVVEPGASFVCEPGATCVGAETR >WP_047721562.1 ABC transporter permease [Enterobacter roggenkampii] >QLW20327.1 ABC transporter permease [Enterobacter cloacae] >KLP28676.1 peptide ABC transporter permease [Enterobacter roggenkampii] >OUF04167.1 ABC transporter [Enterobacter roggenkampii] >TXU41529.1 ABC transporter permease [Enterobacter roggenkampii] >TXU90391.1 ABC transporter permease [Enterobacter roggenkampii] MPHLSTRVLQGLLTLLLTLFGLLLVTFALSAFSPVDRVLQIVGDHASQSTYDQVRHQLGLDRPLPVQFWHYLQSLAHGDLGTASATGQPVLQDLLHAFPATLELATLALIIGTILGVIAGVLCARYAGSPLDLAIRTLTLLGNSVPIFWLGLLMLALFYAKLQWSAGPGRLDDIWQFTVEPRTGFALIDTWLSGDREAFRNAISHLVLPVLLLAYYSLASITRLTRSACLGEMNKEYILLARAKGAGEMAILLRHVLPNIRSTLLTVIALAYTSMLEGAVLTETVFSWPGIGRYLTTALFAGDTTAVMGGTLLIGVCFVLINNLTDLLVRATDPRVR >SHG89682.1 Protein of unknown function [Bradyrhizobium erythrophlei] MRFAASLPFARRIGFVGVLGGLMAAAAFAADPKPDAAIKNKNIDASVLLDDTIKADPALAADCLAEGRKWMDKNAAEAAASRKQDPVMFRNGAWTFERKYDVRSVVDGHYVSIVRSDYMDTGGAHPNSDVDTILWDSAAKKRISIRPFFAETADNGPTMTAMRKAAIASLNIEKKKRDTSDTATAEWYKGVEPKLLKIGAVTLAPSTEAGKSSGLTFHYPPYAVGPYAEGGYVAFVPWETLKPYLTPEGTKIGGARPKDDDDDAQ >WP_258450640.1 MULTISPECIES: MarC family protein [unclassified Pseudomonas] >MCR8933324.1 MarC family protein [Pseudomonas sp. A4] >MCR8976927.1 MarC family protein [Pseudomonas sp. P7] >CAB1400572.1 membrane protein, MarC family [Pseudomonas fluorescens] MLHVLFSVYLKMLVLYSPFFVLSCFISLTRGYSRKEQRRLAWKVAVATLISSVLLYLFGRVIFDVFGITVDAFRIGAGSVLFISALGMAQGKPAVQADNVQQDVTIVPLTIPLTVGPGTIGALLVMGVSQPHWDDKLTAIMSIALASFTVGVVLYLSNRIERILGDQGLQIVSRLMGLFVCALAAQIIFTGIKGYLVP >WP_200200480.1 glycosyltransferase [Pseudomonas aeruginosa] >QQM11387.1 glycosyltransferase [Pseudomonas aeruginosa] >HBO4310254.1 glycosyltransferase [Pseudomonas aeruginosa] >HBO4703822.1 glycosyltransferase [Pseudomonas aeruginosa] >HCF4399922.1 glycosyltransferase [Pseudomonas aeruginosa] >HCF6230430.1 glycosyltransferase [Pseudomonas aeruginosa] MSANVRVSIVMPTYKLEYFEDALDSVLGQTYPALELIICDDSSDERIATLVEQKRASAAFPIRYFRNETRLGELGSTAKGIRLAEGEYVKFLHDDDVLLPECVEALVGAMEREPNVVLASSRRLRIDEEGQPLPDILATCFPFAGDVLIDGRELVSFLADHTINFIGEPSCLMARRDALLQICERLMMLNGRAIDWIGDLAMCAQLLQRGDLAFLSRPLTRFRVSRQQFSQIGRDQPGIGEQGHADFRLAIRELGWYRQAGDNRFVRVAPITRLDARVFKPVNLLAALRRAAGFGSVTLSTWLEARRPDAVQKALIDRFLQEQGGGPRFAVLVLDTHGDTEAVERTLQSLEHVNSYPRVESHLFAPLGTSPRNGAMLFDPEAGPVPTINQALARLDTDWLLLVEAGVEFTVSGLLVAALDLLAAPESCQAVYADELMRLDDGELGAALRPDLNLDLLLSFPAGLSRHWLFRREPLLATGGFDETAGEAFELAYQLRLVEQQGLGCIGHISEPLLSGQALRLQDSAAERAAIEGHLRARGYAQATVGSRLPGRYELDYGHAGQPPVSILVLAGERLAQLQRCVETVLENTAYPNYEILLLEQGGEAADVREWLLAVEGMGVEQVRVLRGDGQLSRGALRNLAASRARGEFLLWLDAGSGILDKDWLQQLLNHGQRPEVGAVGAKLLAADGRVCHAGWLLGLCGPAGRAFEGRSHEDAGYLQRLQVDQNYSAVAGECLLMRRELFLELGGFDEALTRWDDVDICLRVVQAGYLNVWTPRARLLLDAPATTAASVEEEDALYARWLPLLARDPAYNPGFSLQAEGGFKLADPQLAWRPLQGWRPLPTVLAHPADLFGCGHYRVIQPFSALRESASIDGALSIGLMHVADLERYDPDVLVLQRQVGEERLEAMRRMQAFSRAFKVYELDDYLPNVPLKSAHRQHLPKDILRTLRRGLGYVDRFVVSTPALAEAFAGFHPDIRVIENRLPVGWWQGLRAQRRRGERPRVGWAGGSSHTGDLELIADVVRELADEVDWVFFGMCPPSIRPFVREVHAGVPIERYPRALAALDLDLALAPVEQNLFNECKSNLRLLEYGACGFPVVCSDVRCYQDDLPVTRVKNRFRDWVDAIRMHTRDLDAAARAGDHLRERVLADWMLDGERLRAWYRAWMPD >WP_262686037.1 serine hydrolase domain-containing protein [Paenibacillus sp. WQ 127069] MEMKILSNPNAILHYMNAYMERFPFSGVIRVVKQGVIICTQAYGKAYIEFDVSNHTDTRFGLASVSKQFTAFAVMQLYDQLLIDIDQPVNDYLPDELKVDQRITAHHLMSHTSGLPTFHGLDGHFFGDYDKTNYRQSEFVKFFRERPLHFEPGSGYEYCNAGYHMLAFLVESVSGISFKKYLEGHILKPLGMFDTTLEDGIGILPGKAFGYGMNHESIVRGEYHNPAYSIGAGGMVSNCSDLYKWYLCLKDRKLLGNSTYSRFIQENVNGYCYGLFKDYMYGKPRFYHDGAYLGIGAYMQSFFEDDICIIVLCNYDFVNYFRVGNAISELIFTGNAELPQKPLEIVLDEELAEKYEGIYLKNRAELRKVHDHWEFVHLGRFHKPLYPIGNHQFQSTWLDKSYILKECEDGEFEFIGLRKQIDS >KAG9404442.1 hypothetical protein AC1031_004647 [Aphanomyces cochlioides] MRSFSVVSLLALCTMLGMNPQRTGVQALSTPQVVHYTFDKARAGGVTGSINVIYDSPLSPNVSITTDIDMRALNMTQVLAVYPGCAPHIQEYKWYLVVNDVGVVPLVGFLDVCDLIDPSDVWTPVDTSSTPRCNATTSRNVNLSGQLGRLIVQNNGRISQSWTNVPFPSYAQVTPRWSMVLHAVCGDSSPPVVCARVDFELRATNSHHQVHRKEAHGIVGVAAFVLASSLLLFLS >WP_101701979.1 3-keto-L-gulonate-6-phosphate decarboxylase UlaD [Carnobacterium maltaromaticum] >PLS38235.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS38612.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS38989.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS45259.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] >PLS48114.1 3-keto-L-gulonate-6-phosphate decarboxylase [Carnobacterium maltaromaticum] MGRPNLQIALDNSSLSSALQSISLAGPIVDIVEAGTILCLQSGMEAVRCLRALYPDKLIVADTKCADAGGTVAKNCSDAGADWMTVICCATLATMEAAMKEVKELQVELYGEWTFKQTKDWYRIGIRQVIYHQSRDALLAGDTWGEKDLEKLRRLIDMGFKVSVTGGLTKESLILFKELAVYTFITGRGITAAPDPALAASEFKAEIKRIWG >MCF8535784.1 UPF0182 family protein [Rhodoluna sp.] MATRKDRKVSPVTVSIVILAAIFFALVGASGVYTDLLWFDQLGFSGVFTTQIFAQAGLFALAALVAALVVWMALWFAIKTRPVYVRQIEGDAFSAYRALAEQLRRVALVFLPILAALFAGLAASSQWQTAAVFANSTKTGDVDAQFGLDVSFYLFELPFYTFVVGFFSTLIFFALILSIAAHVVFGNIRFGGRSASV >EFW50635.1 insertion element protein [Shigella dysenteriae CDC 74-1112] MAHVFGERTLTTLERLLSLLSAFELVVWMTDGWPLYESRLKGKLHVISKRYTQRIERHNLNLRQHLARLGRKSLSFSKSVELHDKVIGHYLNIKHYQ >WP_185031483.1 response regulator transcription factor [Actinomadura coerulea] >MBB6399555.1 DNA-binding response OmpR family regulator [Actinomadura coerulea] MSSLLLLTNALEPSDEVLPALGLLLHSVRVAPAEGSALIDAPPADVVLVDARRDLVQAKGLCRLLRTTGLDCPLLAIVTEGGLAALSSEWGLDDVLLQTAGPAEVEARLRLAVGRAAAGAEADEVPGEIRSGDLTIDEATYTARLRGRVLDLTFKEFELLKYLAQHPGRVFTRAQLLQEVWGYDYFGGTRTVDVHVRRLRAKLGAEYESLIGTVRNVGYRFVPDHRPGDSEEKTPARA >MBL0929646.1 magnesium chelatase ATPase subunit I [Alphaproteobacteria bacterium] MAQAFPFSAIVGQDRMKEALCLLAVDPGIGGLLVFGDRGTGKSTAVRALAALLPKMEVVDGCPYSCDPASPGGACAACAKPGAARGKTKSIPVPVVDLPLGATEGRVAGALDIERALTRGEASFEPGLLARANRGFIYIDEVNLLEDHLVDLLIDVAASGENVVEREGLSVRHPARFALIGSGNPEEGELRPQLLDRFGLSLDVRTPTDLPVRVEVVKRRDAFERDRAGFAARWRNADAKLRKRIVDARKHLNDVAAPDAALTRAAELCMKLGTDGLRGEITLIRAARALAAFEGDDTVGDTHIRRMAPSALRHRLRRNPLDDTGAELRVERAIVELFGA >WP_162852444.1 hypothetical protein [Dinghuibacter silviterrae] MKKFLVVALLISIRGLSQNSFNDSLAVSRNTYTRNAMEALGGFVSTSCISPAVSI >QTM79632.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QTN67304.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QTZ16065.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >QWB78449.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UBC80802.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTIIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEADNFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINITIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLSSYAAFATAQEAYERAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >ODU51779.1 thioredoxin [Xanthomonadaceae bacterium SCN 69-48] MNQTTSPHVFDATAAHFEEEVIRRSMETPVLVDFWAEWCGPCKTLGPLLEKLAADFHGAFVLAKVDVDKQQELAAAFQIRSVPTVMLVKGGQLVDGFPGALPEGQLREFLKHHGIEPADAPAEEAAPAEAAPLDPHQEVVRLRKAVEAEPDKEEHKLDLALALLQTGSASEAEQLLDRLPANLATDDRAIKARAKLGFAALLVDAPPAEVLQAAISAEPGDLRARHLLGVRQLVAGDAEAGLAQFIEILRRDRKYGDDLARKSLIDAFRVLDDDELVGRYRRQMSALLLV >KAI1815548.1 cytochrome b-245 heavy chain subunit beta [Poronia punctata] MSLTTLVKKQFTGSKLFFHFLFWGFHWALFAIGWYKQAMDERLAPLNTLRYSVWISRGAGLVLSVDTTMILLPVCRTLVRWVRPKLKFLPLDENIWFHRQVAYAMLLFTLLHVAAHYVNFFNVEKTQVRPETAVEIHYAQPGGITGHIMLFCMLMMYTTAHHRIRQQSFETFWYTHHLFIPFLLGMYTHAVGCFVRDDVDPHSPFAGEPFWNHCIGYEGWRWELVAGAFYLVERLYREIRAQRSTKITRVVRHPYDVVEIQFEKPSFKYKAGQWLFLQVPAVSGFQWHPFTITSCPYDNYVSVHVRQVGDFTRALGNAVGAGAAQVELYDAMDPMGMYEVALMNGQQMPALRIDGPYGAPAEDVFDNEIAVLIGTGIGVTPWASILKNIWHLRQSSNPPTRLRRVEFIWVCRDTNSFEWFQTLLSSLESQSSEAARLPGSNGVEFLKIHTYLTQKLDIDTAQNIVLNSVGSDVDPLTELKARTNFGRPNFTGMFEAMRNGILDTTYINGLEGSMQTTVGVYFCGPSAAGK >WP_098876031.1 LysR family transcriptional regulator [Bacillus cereus] >PGU81698.1 LysR family transcriptional regulator [Bacillus cereus] MDIKDLTVFYEVAKEKNISHAAKNLNYVQSGVTMRMKQLENELGVPLFYRNGKGVTLTSNGEILLTYAKQIIHLMDQSVKAVQSNGIEPRGTLKIGCTESTTAVRLPSILMAYYEKYPKVELILESNTTEQLIRLVLERKLDGAFIAGSTQHAELHTNIFREEELVLISKKPLSSFKDIGDMNLLAFSHGCYYRNLLEDWLQEEGISPKRVFEFGTIEAILACVKSGMGIAIMMKSILNGHKHDISFNPLPNSFQKVPTTFITRKDIYHSAALQKIMEMTHNA >NUQ21352.1 hypothetical protein [Gemmatimonadaceae bacterium] MSLAQAIQRANLFLGDPGRLDADFDRFAAVTSADIKRVAATYLRPENSYTFIDSAEAK >WP_265102281.1 FGGY-family carbohydrate kinase, partial [Klebsiella pneumoniae] >MBK6211740.1 carbohydrate kinase [Klebsiella pneumoniae] SSDLPVAAGALDVCSAALGCGAVNEGDIYTILGTTCCTGIVCRGPQTVNEATRFVTHTEAGQVISLFPMQAGMPNIDWLQQHISLDADLGRLEQAIAAVEPGSGGVFWQPYLNGERAPFYSPDARAGFFGISPHTTRAELQRAVFEGLAFAIVDALQGYPQGGELYLTGGGAASATWLQIIADCTGRTVVSSAFNELSARGAAILAARSVAALAETPPLAQTRYQPRPQAHARYAALYPVYRLLREQMLPVWQARQAALQPLPQDLQP >MYD56339.1 ABC-F family ATP-binding cassette domain-containing protein [Rhodothermaceae bacterium] MSVSEFSKSYAGSEEPDVCVFDKAGPLEISRGQKIALIGKNGAGKSTLACILFGSETIEGSRKEGHNVETRFFAQHQADSLIGTDTVLESLDREAVGREDVYLRTLLGAFLFTGDDVFKPVQALSGGEKSRLALARTLVNPANFLILDEPTNHLDIQSIKVLIEALRQYNGTFVVVSHDRHFLDHVANVVWYIGDHGVRTYEGTYSEYRWALTHGSLSRIAHERPIAKKPTRKTRARSGGPKTKEEKRREAEARNRAYRQAQMNGQTATDELTRHQKQWLCDEAESAIAEAESRKRATEKALADPNVYSNPVRAKEASANYASIQKELDDLYARWEALVESLGDHST >MCE2861656.1 sugar phosphate isomerase/epimerase [Opitutaceae bacterium] MRFAICNEIFQGWKIDDVFAHCARLGYDAVEVAPFTLAPHVTDIPAAERARIRAAAARAGIAISGIHWVLVQTEGMHLTSPDASTRERTARYFIDLVDFCADLGGDVIVVGSPKQRSLAAGVTREQGWAWMAETFRPSIRRAEERGVTICLEPLPEEDTNFINTAAEAVRFAREQASPRFQVILDVRAMSHEATPVPDIIRACRGAFAYVHANDRNLKGPGFGEVDFRPIAAALRETGYDGTVSVEVFRFEEGPEVIASRSLEHLRKTFS >MBR6441032.1 GSCFA domain-containing protein [Bacteroidales bacterium] MMPNLTTPVVVPKMPCQLDFASGIVCIGSCFADEMGSRLQEGDFHVELNPFGALYNPASIAAALHRLIDDRPIGMEDLVEHEGYWH >ETB53277.1 peptide ABC transporter permease, partial [Mycobacterium avium subsp. paratuberculosis 10-8425] MAGFASRRTLVLRRFGRNRLAVASLTLLVLLFVGCYTLPAVLPYSYQDLDFDALLQPPNARHWLGTNALGQDLLAQILRGMQKSMLIGVCVAVISTGIAATVGSIAGYFGGWRDRVLMWLVDLLLVVPSFILIAIVTPRTKNSANILMLVLLLAGFGWMVSSRMVRGMTMSLREREFIRAARYMGVSSRRIIVGHVVPNVASILIIDAALNVASAILAETGLSFLGFGVQPPDVSLGTLIANGTQSATTFPWVFLFPAGVLVLILVCANLTGDGLRDALDPGSGP >XP_013412367.1 uncharacterized protein LOC106175088 [Lingula anatina] MESFAKVAQSISPCTLERAIFCQEEADVSDKERHAYQKQAAEDWETILINRAREMKTGAHLIIGLMGLKDANEFRRPNSGGTPAYLRVLRDIWWSNVEQGVITKEEFKNTNAAYYRRSEVELKAPFVSKDSKVLKEGLKLISIKMKDVPINPAAMVGKDKVTGTRSIKRYVNSVQAWSNAIFYSGLSEHRSEEERKVIMDQLYSQFEECIMCNPDDFIFEFTMAYVDIVKT >KAF8820068.1 hypothetical protein IE077_003618 [Cardiosporidium cionae] MTAMEYPLPGESSNGVSDQEVEVYDRQLRLWGLEAQQKIVAARILIVGMSSINVESAKNLALAGFSLHLMDASTITIQHLDYNFLLRPNDFDKKTAEVTMQCLKEINPLVTISWTDEPFLDIYESDEKTLSTFIHKFSAICISAESHPLSTLVKLDQLCKQAHVALFSSLCCGKFGFIFSDLHSHHVKEATGLSQAKVGQASSSRGKKEEIYVHYPSLEETLSTHMSLFRPKLHPLFFGFFALFRWESTLLPTASPQKESFKDISSPLSSFDFVSFARQLFVTEKVSLDTKHLSDTLLRDLWRLYRCQFAPTAAILGGLLAQEVRKFVSHQHIPLPNCILFDMEDSTASVVKIP >WP_083019054.1 HNH endonuclease signature motif containing protein [Mycobacterium marseillense] >ORA90427.1 HNH nuclease [Mycobacterium marseillense] >BBY13286.1 hypothetical protein MMARJ_40260 [Mycobacterium marseillense] MFDVPSDPAALVAEIESTHREESMLVARRLAAVAALLRHRVANSEQADQEYAAIDGFEQTAAEVAAAMNLSAMGASYLVSHAEALDTRLPRIAALLAEGRTDWRTVRLIITRTDLITDGELIAKIDQSLAARIGNWHGWSKQRIVNAVDAAVRVTDPDAVRERRLEAENERHIAITATDNGMAELNGSVAAAAATAFDRRLSQLAKQVCPADPRTMDQRRADALAALAENRGLACACGQPECPTRGDDDKRDRSGAQVIVTVVASDQTVYADGAGPGYLEGYGVIDAEQVRQLAAAASLLVANPVTSPVEALRYQPSAALERAVRCRDLTCRFPGCSRPAMVCDLDHTVPFNHQDPAAGGRTVAENLKCLCRQHHRLKTFGGWCDRQLPDGTVIWTSPTGNTYRTSPAGADLFPQPRGPACAAPPPNRRSRSRQRSGRITQARKHNREQRPINAARRQLEQDRNDEIAARKFRNHMRDMLFLFKGTPSTSPFCTWVNDPREPEELPPDWAPDRPALQPLPDDPPF >WP_128581955.1 OsmC family protein [Neisseria flavescens] MQVTSKWIDGMCFVGTTANGHSVVMEGAAAEGKVKRGPSPMEMLLLGVAGCSSIDVVMIAEKQRQKITDCRAEVTAKRADTAPRVFTEIHIHFKVYGRDLQESAIERAVQMSAEKYCSASIMLGKAAKMSHSFEIVEAE >AMJ52230.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] >AMJ52268.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] >AMJ52272.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] >AMJ52346.1 dimethyl sulfoniopropionate demethylase, partial [uncultured bacterium] ALNDPVAVKLAEDRWWISIADSDLMYWVKGIANGYRLDVLIDEPDVSPLAVQGPKSEDLMARVFGDAVRAVKFFRFGMFDFQGRSLVVARSGYSKQGGFEIY >OEU77901.1 hypothetical protein BA865_09885 [Desulfobacterales bacterium S5133MH4] >OEU81439.1 hypothetical protein BA872_03490 [Desulfobacterales bacterium C00003060] MISIRQRLDVLLVKRGLAKSRQHALARILAGEVLVDGERKTKAGSLVPANCAIRITGRDIPYVSRGGLKLEAAIRAFNVDATDLICLDVGASTGGFTDCLLKHGARHVTAIDVGYGQIHWKLRSDPRVRVIERTNIRYLDTGALPGPVELACVDVSFISLKIVVPAVSRFVKQHGHIICLIKPQFEVGKGLVGKGGVVRDPGLHEAVIQDLTATFQGINLRILGVIPSPILGPKGNQEFLMAIINFPIQDHCQNDLTTIPLLKDDS >WP_188339236.1 TetR/AcrR family transcriptional regulator [Streptomyces xanthii] >QNS06554.1 TetR/AcrR family transcriptional regulator [Streptomyces xanthii] MPDLKEGRRLTPRATEIAAEARALLEESGPQALTMRALADRLGIKAPSLYKHFPDKQAVEAELVAQLLTESAEACEEAERTAPGSLAALASAYRDHALAHPHLYSLATERPLPRHALPEGLEERAAAPLVRACGGDADRARAVWAFAHGMVTLEIHGRFPPGADLTGAWATGTAALRP >AAX93012.1 hypothetical protein LOC_Os11g06810 [Oryza sativa Japonica Group] MGSVDLIAACLDSIRQIGDEIADALVYLDAGTLEAFQFIGAFPLLLELGARAICSLENASPLDAAAEWHSSFAHPARKIVVITSRLLSDAHRYILRCLGNHGTISHCTVLTAISEVGHSAYVDSPFGPDAFREYETLLTQDHEELLKKYEKSDEHKDTTFYTGKDFTSDGGRYSNWESGVHYGSNSESSPTKKDLFADESSQLETKGKRLSVTVTHFPMIFSPISSRTFVLPSEGTMAESCLSNHHEDSLSPGLPPISTGRSFDGDEIPPGVTLTAQFLYHLASKMDLKLDIFSLGDTSKVIGKLMMDMSSLYDVGRNKRSAGLLIVDRTLDLLTPCFHGDSFLDRMLSSLTRKEGTSSYFVSKNPQTPSKHSEATVKRIPLDIKVPFEKVFSKEEPKSRTSMLPESIMSFVSGWNSAEVESEVTWLPDYADKAHDDKLSSQHGSLNGSFLSNYAGVCYLESLLDRGAKDGLMLIKKWLMEALQHEKLSFPSKGRQGAASVSELHSMVQMLSRDQLSLVRNRGVIQLALAAEMALQEPQSSRWDAFTSAERILSVTSAETTQSLASELRDFINTSTSVESHKQANKTESSQGLLSFQDVLLLTIIGYILAGENFPTSIAGGPFSWEDERSLKDIVVDSILDRPSSVKLRFLVGLENELEAKARPKDGDKSNDSIEASKSTDDFDDQWDSWGDDDDNTDDQKDEAYGDMQLKLEVRDRVDQLFKFFHNLSSMRLRNQTLGEGLAALSRFETDIYSRKGLLYKLLLAVLARYDIPGLEYHSSAVGRLFKSGLGRFGLGQSKPSFGDQSILIVFVVGGINALECTGSVALSEPSVGTRFLSSKYQVREVMKAISDSSRPDVELILGGTTLLTPDDMFELMLGSSSFRVEATIEVAISELVSGFDLSVRCDLPMLEGHGEVQLFSGIIGEPCSLRRFVMAFSLDIVMHLKFIHGRSKGLQFC >MBQ2344446.1 insulinase family protein [Prevotella sp.] FIENEPIPSIEDKYQLMNQIVPMIPVEAINEIARQLITNNDTNFVVLAAVQEKDGKQYFTTDEMKKAVANVRQETLEAYVDNVKQEPLMAELPKAGSIVKEEDNTQLGFKKLTLSNGATVLMKKTDFNADQILMSAGSLGGNGVFGVKEANNLNFASMILSQSGLGNFSSTDLQKALSGKQCSTSFSISNSKHGLSGSTTPKDLETFMQLVHLDFTKVTKDEKAVQNFLTLLSTQLKTISLNNEAVFQDSVMSTVYNNNSFFRIPSAEDIDRISYDRVLEIWKELYGNAANFTFTFVGNYDETQLRKFIELYIASLPSVNKPTFKANEIRTFVKGKKANNFTKQMENPQSQASEIWRSNAVKYDLQNYVLTDMASRLLDMTFNREIRERLSAAYHAGAEGELDNDGTAAYVVITGDGKLNPDKAADAIPEFMKGMNAAVKSPNVEDLNKVRQILLKQADVDAKTNSYWSGILSRYNRYGVDFYTDYKKVVESVTPTMISEFLSKTVLKSGNHVEVIMSPKK >XP_019000248.1 hypothetical protein I203_07028 [Kwoniella mangroviensis CBS 8507] >OCF63709.1 hypothetical protein I203_07028 [Kwoniella mangroviensis CBS 8507] MTTQQPALFQPIALGDIQLKHRVVMAPMTRLRADDETAVPSDSTLKYYQQRASDDGLIITEGTVPLSEGKGWHHSPGIWSKDQIKGWRNITDAVHGKGGKVICQSFAAGRVADPTCASVVYVPSDLNDPTPGTPKPPLKVMTVDDIKRNIHEFVQGARNCIEAGFDGVEIHCANGYLLDQFIHSNSNQRTDDYGGTLLNRFRFPIEVIREVFTAIGPGKVGVRISPFSTFQGMRDPHDPTGLFLSFITAVLDAADGLAYIHAVMPRANGADDQDPSKLVEKDDLEPIRQLDAEKYGDLIAFGRFFTLLANPDLPKRIKNDWPFIKYDRNSFYTQSIEGYTE >WEU87158.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDIFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPLDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGMDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTVYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISYEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_127706998.1 sodium:proton antiporter [Mucilaginibacter limnophilus] >RVT98421.1 sodium:proton antiporter [Mucilaginibacter limnophilus] MNINEILTITIVLAAVFAYINHRYIKWPPTIGIMILSLAASLLLATLGSSHSLLSEKAVQLVSSIDFQEVLMNFMLSFLLFAGAIHIDAQKLREQALPVLVLATVGILLSTFIVGTLMWLLFGWFSLQIPFIYCLLFGSLISPTDPIAVLGLLKAARIPGSLELKISGESLFNDGVAVVIFITLAEIARSGGSDISFLNVSKLFLQEAVGGLVFGAAVGYIGFLALRSIDEYKVEVLITLAIVMGGYYAAGHLHVSGPLAMVVAGIITGNKSKSEGMSDMTRDYLGKFWELIDEILNAILFLLIGFEVLVIKINPTILIIGGIAILIVLLARFLSVVLPVSLLRSRVKFEPHAVTILTWGGLRGGISVALALSLSNDMYRDEFVLITYVIVVFSILVQGLTIGKLAARLKT >KMQ95473.1 hypothetical protein RF55_4304 [Lasius niger] MHTSRYAGYHISTNRDYITDGEESHRAPSDRTVSEYIVANEHTTMVKPIKKNHADRYDREDRRSRSAHNTRDSVLSGSSKHSLHPLSKSASHGSICDNGSDIYVTSAAYRATSDISRVSRHSLAPSSRLDHRAPSHYSYGSGRSGTSTVKTRTSRKGGIIVETMSTPNPFCPNTKGVCCLMLLLNLGLILVTLGFVIVIQFFQPLVVWILGIVFLVFGFLTLIGSLVYCVHVFRNAKHPHDINPEDLYWTHYWQGRVGSTAPEVYYKAEDKYQDDGYSDRYSKYSGKYYDRQNQRY >WP_119660228.1 DMT family transporter [Jiangella rhizosphaerae] >RIQ23700.1 DMT family transporter [Jiangella rhizosphaerae] MTRFTSPTVAGALACTAGMTVVGASVAFGPLLADYPVLAGQAWRYLLAGLVLLAVMRMRRVPVPRPRPRQFGRLVLLAGTGLAAFNWLLIEGTQRSDPAFFAAVLGAVPLVLALAGPLFDGGRVRVRTVAGSTVVVAGILVVQGATTAPLGALPYAVGFLLCEVAFTLLAVPLLKEFSPLQVSGAVCLVAVPLLAALALLEPGADLVVPTASEAATLAFLAVCTTAIAFLLWYGGVVRLGADRAGLFAGVMPIAGLVVGVAAGTSAWSPVGLAGSLLCGAGIALGLRRPTAVALPSDPVAAVARPSES >VVW92857.1 unnamed protein product, partial [Nymphaea colorata] AVIPYFFERNCERTVATYSLNTDGTIRVDNVCY >TDP04522.1 uncharacterized protein DUF58 [Kinneretia asaccharophila] MAGPRSFWPWRRTSAAEPAPAAAGVYLDWQQLLGLEFAARRVRWPPQQASARSLLAGRHRSRVRGRGLDFIELRQYQPGDDTRTIDWRASARTGRTHVRVYAEERDRPTWLVADQRISMFFARRGSLRSVVAAEAAAVWGWRALAGGDRVGGLVIADDGLDEVMPGRGRRSLLQFLERLRSRNHALRADSPVPPAPAQLDAALQRLVQQAPRDAVIAIFSDFDGLGERSRSLLLELARHNDLVLLPIWEDASTTTQGVRLVVSDGQAQLPIDHGDRRVIEGLATLARERSERLRGLRAELGCAVLPLLNTEPALLQLARGLDKTPPSAARL >MCS5639477.1 chorismate synthase [Candidatus Marinimicrobia bacterium] MKFLTAGESHGQGLLGILDGIPAGLEISEDYIGIQLARRQMGYGRGGRMKIEKDRARIWGGVRHGLSLGAPVGLIVRNKDWENWTKKMSVSPVDDEIRKVTLPRPGHADLAGVQKYGFDDIRNVLERSSARETTMRVALGSVCRKLLEDVGIEVGSHVVEIHDVKDQSAIPDDLSPNQLSDNVDASPVRCLDKDAEAAMMATIDDAKKTGDSVGGIFEVIATGLPYGLGAHTQW >XP_043280639.1 uncharacterized protein LOC122413973 isoform X2 [Venturia canescens] MCDLIDLKSPDGKKIHGAKLASPLIPIPQTSAEKIGDSLSSGKTAELFVEKRNSLDNNPFDNVHHKTVEYVRKQEDPFEAVLQKALTFEQQRKEENVTPKSRIADFKDDFTPKKRKYSDILKMNKTLDYSTTNLQINKISEGKTTLSDIPEIINGKSEKIEVSNKEKDRLQYVREIPSLYVESPGLETSILNQSAMNDSLTESSGSADENLLKSIVNCKLNERLRCSSKDLDFLIVGDEIPKLYHLRRSLSQGDKTSPKKFRQQRCHSIMEGLKVGEKNENTSSNSAVPSIIFDDSINKAFLDSSVHYTSPFSDLSNISSITRITPASSAFNSSSSSSMFSNRTANCAFIDSYPSSRSLGEESSKERDLDQLILEYSKLKTWSSGSSMIETSSLTNSITESSNSSQKESSSGTSTDSVFADSDTIEKSIFSEAKTLAKTFEELASKTESTVSSDDLVNSRPDWNFDMLPPSDEDLQVDDLIELKKSPGKSEIEKLEDRGKQEKSGSSSESKSEDKDMLKDLDTNFRDPDNKIIASSLLLDLEKLVKSESNSEAAKLLKSLEKALGVKCESNVDLLATCLGSERNNLEKSPKKWENVGGTENIKDENIEKSREENNEIETSESFKQLSLSENNNLNFDKAINKSDKSPILISDNHDSFSEEREEQSVPENTSGNSIEAIKQQNQITDDQKMAVEILVGLGKLLTGQNKDPQTMNLLKNLGTALNLASSHNSDLDVREQSTNNENKRVTTPVKNRIGTPPRKSTPNSVFSRSVNRRSFDSNSKEKTMGERTMRRSISVTQTPTSTTPNIPRLANAPLTADKSKAHLKDARKRFPSDPSPNVSSINTRKLVKDAPLKSVAISELARQDKPSSTVVAKVKNRFRKKPDSEVASKKGPMKAIIPFGNMQRRGSLAKRESPTAGSTTPPKPVRETSSNFGVTTSTPFAIPHFTLPAKKSPKSKPMAASTPDDVASKHLRRSTSQIPQSPGKNQLFCNISPVTPKTSPTGEDNAAHNNSSGSRACRIGTPSKSRQSSQLPRLSPMLGAKATSPKSNRGQRRSEPLQSFLPKGLTTPKSPRAGHAGDGATSPLNTSNKSGSAVKPFNLISKLSRRRGSVAEKENYAQ >MBT9597716.1 methylmalonyl-CoA mutase [Vitreoscilla sp.] TLQALIAIYDNCNSLHTNAFDEAITTPTEDSVRRAMAIQLIINREWGLAKNENPNQGAFIIEELTELVEEAVLAEFEKIAERGGVLGAMETGYQRSKIQEESMHYEMQKHTGEYPIVGVNTFRNPHGDLVPDHIELARSTDDEKQSQLARLAEFQARHAAESPAMLARLQQAVMANTNVFEVLMDAVRVCSLGQITTALFEVGGQYRRSM >KAF3385475.1 hypothetical protein F1880_001722 [Penicillium rolfsii] MRSITCGAPDRPGTTQRSGRSGAGPLRVYGRATNEIISPQGENGRGGSEAEQGAGRRSFDFVEIRSFMQGRHTQQLGDLGGVENAPILLTQNAAKLSIFLAPPGGTLFTLPGRFEWTIKMVTESLFHSEVDLPTCVDSDEIRGQQGAVPRVGASTAGCNSGMPMQLDSRFSPHWVKTLQMNNFPTTNMLFCLGINCTR >WP_071081072.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae] >EIV7976743.1 hypothetical protein [Klebsiella pneumoniae] >EIV8515614.1 hypothetical protein [Klebsiella pneumoniae] >MBG1950044.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae] >MBG1956257.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae] >MBG2341037.1 toxin YdaT domain-containing protein [Klebsiella pneumoniae] MQTLSFQQNTGFNTGALIKRNQQREADHDAIRSAVRAWAAAEGQDVVSAYIIDEWRQQGGEEIAFPDDISRARQKLFRYLDNPADSERYREYVRLLTPAIMAVLPLEFRHRLMPQDDILSRLSSAMKECAEAKQAVMLNAPEHQKLKEVSEGIASLFRLMPEQTGALMTIVSSMLGVM >WP_246239142.1 bifunctional cytidylyltransferase/SDR family oxidoreductase [Acrocarpospora corrugata] MPTVGVVLAGGIGQRIGLNTPKQLLKIAGKSILEHTIAAFDSHPDIDEVVVLMTPGFTDEVAALIEKNRFTKVSRILDGGASRTESTWIALRALGDRECDVLLHDAVRPLVEPRIIADCVTALGEYQAVDVAIPSSDTVVVAAPGPNGEIIRDIPDRARLRRGQTPQCFRLSVIRDAYARALADPDFDKQPATDDCGVMLRYRPDVPIFIVAGSEHNMKVTHPVDVFIADKLFQLAASTAPVPFSYGDGLDGRTLVVFGGSYGIGADIVDLAKEHGATVYSFSRSETGTRVQDEVAVAEALARVYAETGRIDYVVNTAAVLHMGKLGDAEQSTIEEAIGVNYLGPVNIAKASFKYLAKTRGHLLLYTSSSYTRGRADYSLYSSTKAAVVNLTQALADEWAEHGIRVNCLNPERTATPMRLRAFGEEPPRSLLAAKDVARSSVEVLISHLTGQVVDVRLNG >ERE79785.1 putative ATP-dependent RNA helicase DDX47 [Cricetulus griseus] MALERPTRLLSLAVRLLLEPRRNIAVRGSDEPLPVVRIPRALQRRQQQRDRGSFPRPVLVRPGPLLVSARRPELNQPARLTLGRWECAPLASRGWRHRRSLKDHFSIERVQQEAPALTNLSSRGSFVDLGLEPRVLLALQEAAPEVVRPTSVQSKTIPPLLRGRHILCAAETGSGKTLSYLLPLFQRLLSRPDPDSRSSAAPRGLVLVPSRELAEQVRAVAQSLVLDEADTLLDESFLELVDYILEKSPIAESPAELEDPFNPKAQLVMVGATFPEGVNQLLSKVTSPDYLTTITSSKLHCIMPHVRQTFMRLKGAEKVTELVQILKQHDKANKTKPSGTVLVFCNSSSTVNWLGYILDDHKIQHLRLQGQMPASMRTGIFQSFQKGSQDILICTDIASRGLDSIHVELVVNYDFPPTLQDYIHRAGRVGRVGSEVPGTIISFVTHPWDVSLVQKIELAARRRRSLPGLASSVKDPLP >MBQ7518453.1 hypothetical protein [Bacteroidales bacterium] MKFVHTLSAICLALVSCGGPVTETAFFIGNPYMPLWEHVPDGEPRVFEDPDNPGHYRIYVTGSHDTRVESYCGQDDRQWSAPVEDLTAWRDEGPVFTYSENGNMSTVFAPDLVEVTRRDDGSHKYYLYPHALMHTPMVCVGDRPDGPFTVLNVEDGRLAPGSIMGFDPGVLIEQIDNPDDPDYAIGFRAYGAWGIQRASATELDQNTMFTPRYGKPDYPLWVPSMITSYLAKLPKGQPVAEDMKQHVQWAGIREGEKIEFPAVAEGEDLDDFQFYEASSFRKIGNKYVYLYSGFSGQEYGLSQSNATLRYAYADTPRGPWKSGGVLVDARGPVLSRDGSHLETHFGDNNTHGSLAEINGQWYVFYHRAPRGFGFARQAMVAPVAVQADEKPVSEGGVVRITAYDPYKGAFTLKAGDGSEYRGAEVTSEGFFIYGLPPYRYYSAGYACYLSNPNSIQDNWDVWDNRMDITEVKSGDILGYKYIGFGGLPEGAPGLPAFEGVRPGNGTVFNLFAAARTAQAFQVGVWIDGPWEGDAWNGTKVGEVEISAGASTEVTRYAVSLGDAVDGLTGKHALFLVAEGPSGEPLCDIMGFGFTKKGQKMEFPVPPAVTVSVGGQALEMPAHPVWTTEQNGLTDNTFYEVAVPEGVTGKISVSAPKSVQVAIDQEARVVRCTYRGKTKTFTLK >MCK5725948.1 asparagine synthase (glutamine-hydrolyzing) [Thiotrichaceae bacterium] MCGFCGFISHTAEFSNKINIIDCLQSMNNQLIHRGPDDAGYWVKKENGIALAHRRLAIVDLSTAGHQPMESSNQRYVIAFNGEIYNFQSLREKLNKTSTTTPHWRGHSDTEVILALIESCGLKSTLKQLVGMFAFALWDKQKKTLTLARDRMGEKPLYYGWQNSTFFFGSELKAFKPHPHWEGIIDRNALASYMRHNAVPAPYSIYQGIKKLSPGQWLTISKDDRIQKNYPVPQTYWSIEQVSKEAKSNPFTGTKEQAVEELDQLLRQSIEDQMLADVPLGAFLSGGVDSSTVVALMQDLSDQPVNTFSIGFHEDKYNEAHYAKDVAKHLKTQHTELYVTSQQARDVIPQLPHLYDEPFADSSQIPTYLVSVLARNKVTVSLSGDGGDELFCGYTRYQRGLDLWNKISRIPARKTLASIIRNLPSQTVDMPLLWADSLLTGAESPGSISLKLNLMADLIGSNNPVDVYSFMQSLWKQPEDVVFNADEPKTLFNQSDHLNTHFQPEIRDAFMYIDQHTYLPDDILTKVDRAAMGVSLETRVPLLDHRIVDFSWRLPTEIKTYNNQQKWPLRQVLYQYVPASMIERPKMGFGIPIGDWLRGELRPWAEELLEPQRLERESFFRPELIQKMWHEHLTRHRDWHHQLWVVLMFQQWLEAQ >STC68550.1 DNA primase [Corynebacterium pilosum] MGHMAKGRIPDSDIEAIRERAHIEEIVGEYVHLKPAGHDSMKGLSPFKDEKTPSFHVRPARGYYHCFSTGKGGDVFSFLMEMEHLTFPEAVESVAETIGYHINYQGGSTGARDVKPGTRARLIAANKAAHEFYREQLETPDAAPARDFLLKRGFGQDIIYTFECGYAPGGWDTLTKHLLRKGFEAKELVDAGLSSMGRRGPIDKFHRRLLWPIKDMAGNVIGFGARKLFEDDKMGKYMNTSDTMLYNKSKVLFGLDLAKKNIAAQHQTVVVEGYTDVMAMYAAGVTTAVASCGTAFGADHLSMIRRLMLDDDYFRGELIYTFDGDEAGQKAAMRAFEGDQKFTGQSFVAVAPDGMDPCDLRLERGDSAVRDLVANRVPMFEFVIDSLLSDYPLDTAESRLQALRRTVPVVAGIRDNALQSEYARQLAGWVGWDPVEVLEQVRREAKNPTQKRDRIIVRRDTEEASGVEPASLVAPDPDDPVLWPQREALKLALQYPQLAGDYFDGINPDAFSNHAYSLVREAIGRAGGAAAAGEGGPSWLATVAAEMFDLAGRNLVSELAVEPIHADDLEIYTDSVLSRLQEARVGDQIAQLKSQLQRMRPSDDEMAYNSLFSDLVALEQARRELNDRAFRN >WP_140468443.1 DNA/RNA non-specific endonuclease [Hymenobacter nivis] >TPG63603.1 DNA/RNA non-specific endonuclease [Hymenobacter nivis] MRPSLLLGALALLACSQNADTRTASDLRLAPAATFPETFEAGTKGAYTEADEALATGPWHFQDGLIGSTEQDHKDGQRAARLRGLGRLTMQFDAAAGVTQISVSAAAYGTDGPSTWELWLSRDGGGHWQRAGGPVTTQGPQLVPHTFAGVASEPLRLEIRKTSGPKNRLNFDDVVLTTATGPAVAVGGTGTAMPAPTTGAPTRRAPQAPTAQGPTTAPGPATAPGDNLLLGNPSGATSDPANATNYLLVRPQFTSGYSATRGIPVWTSWHVGRGDLGQSPRQNDFRPDPALPRQFFQVTPQSYSGSGFDKGHNCPSGDRTASLDDNSATFLMSNMVPQAPQNNQQTWAHLEEYTRAQVQRGLEAYVIMGSYGRGGTGKNGFAQTIAQGRVTVPARIWKVVVFLPQGTNDLQRIAAGQARVVAIDTPNDTSSSPDWKQYLTTVDKIEAASGLDLLSALPPATQAQLQKVVDSGRAN >WP_271931007.1 protein kinase [Polyangium sp. rjm3] MLSASPITRADVPAPSAVEAHAHAYQGTWEYRWGDSPRDPMNAFVWATPAVNDGWRALPPQATPEGRNGARFLWMRTRLVGHVEREPVLYLRGVDQIVEAYLDGALVYRFGAFEGDGALRFQGYKPHFLPLGSNFAGKTLTLRIHSDHVNIGPYGDSLIGPRADLALDAVRADLPALAMGILLVSAGLFVLGLFLSERRDKSNLAYGLLALALGIYLPAAAPIRGLLVDAPLLWVHVEFASLYLTPIFFAAYFEHVFGPDRFRLLRGLQWVHAAYFLGSALLVALGLVPVLRTLLPFQILLLVTILLMTSRAVLHATRGNLDARIFTGGFLLAAAAASHDVLKAIGLVPRDHVSLGHVGMFAFTLSLGIILARRFVEVHERMGRYSRVLELSLASAQVLDRGGQARVALDEIIRLLGARAALLFVTHEGGAVAGAELEVAAGREAGGVEIPLASVIAGFASNLDDLVEQVRLRREARVWKRIEDTRRSAMAAPLVVRDELLGVLYLETDESRRHFDDADLSLLNALGEKLSINIVSTRAVRAELESSLHQKRIAEQAVLLEAAARLASGDIKTPIPVDEKSEFADLARGLDQMRRDVQAKIRTIETKKAEVEVLNEELRRKIQQHTTSLLSSLRTDVDVDEDELVTATPSFEVGALIAERYRVIEELGQGAMGVVYEVERVRDARSFAMKVLTSRSDKLAMARFVREAQILSRLDHPNLASIADVDVTPEGLLYLVMELCKGKPLHRCKERYRDVTWSCSVLRQMAAGLAAVHAQGVIHRDLKPGNVMVAEDAEGHAQVKLVDFGISTLTGEVQERPPLSERPRELDSPPSTRRSIAPPPQEVTRTGILVGTPTYMGPELAQGSRHWKAHSDVFSLGVIAYEILTGKRPFNVPPIFVGMQGQTLPRPTGLRRVEGLQGGLALLFERCMDPDPAARPTAQEVADSLGKYGYR >WP_058460161.1 DUF3775 domain-containing protein [Legionella bozemanae] >KTC70980.1 hypothetical protein Lboz_2557 [Legionella bozemanae] >STO34748.1 Protein of uncharacterised function (DUF3775) [Legionella bozemanae] MLSLDTETICDLLDKARQFQVKEDVSFPEVTDEMDALYVLADYHDDPVYQETIEFIDNLRPDQQATLVALMYLGRGDYTQDEWEDALNFAQEELTEHTGEYLLSRPTVADDIERGLNMLGISYQE >MBQ9736331.1 aldose 1-epimerase [Clostridia bacterium] MITLAGGGYTAKIDPARGGNCISLRHAPTGARILREPVSYPLDNPYLYGMPILFPVNRIAGGRFLFEGREYRFPINEPSTGCHLHGTLHETPFTVTQQSADAVRLVFDAPYLDFPHRFCLSLAYTLSERGLSVMCEVENRSDENMPVFLGYHTTFAVPFLPDGDAGDCRVFADLGDEIERNMANYLPTGRILPPDDVTRRMQTGEFPPHEKPISRHYRAAHEGRIRLTDTARGVRVVYENSENLSYRLFYNGQADVYICLEPQTCMANCQNAPFAREEAGFDVIPPRGKKTYFSRIYLETL >XP_043377824.1 TRAF2 and NCK-interacting protein kinase isoform X21 [Chelonia mydas] MASDSPARSLDEIDLSALRDPAGIFELVELVGNGTYGQVYKGRHVKTGQLAAIKVMDVTGDEEEEIKQEINMLKKYSHHRNIATYYGAFIKKNPPGMDDQLWLVMEFCGAGSVTDLIKNTKGNTLKEEWIAYICREILRGLSHLHQHKVIHRDIKGQNVLLTENAEVKLVDFGVSAQLDRTVGRRNTFIGTPYWMAPEVIACDENPDATYDFKSDLWSLGITAIEMAEGAPPLCDMHPMRALFLIPRNPAPRLKSKKWSKKFQSFIESCLVKNHSQRPTTEQLMKHPFIRDQPNERQVRIQLKDHIDRTKKKRGEKVIFLDETEYEYSGSEEEEEENDSGEPSSILNLPGESTLRRDFLRLQLANKERSEALRRQQLEQQQRENEEHKRQLLAERQKRIEEQKEQRRRLEEQQRREKEMRKQQEREQRRHYEEQMRREEERRRAEHEQEYIRRQLEEEQRQLEILQQQLLQEQALLLEYKRKQLEEQRQAERLQRQLQQERDYLVSLQQQQQQRQDQRPAEKKPLYHYKEGMNASEKPAWAKEVEERSRLNRQSSPAMPHKVANRISDPNLPPRSESFSISGVQPARTPPMLRPVDPQIPHLVSVKSQGTSLSGSQSLHEQPAKGMAGFQEALTVTSHRTEMPRQNSDPTSENPPLPPRVEKFDRSSWLRQEEDVPPKVPQRTTSISPALARKNSPGNGTALGTRLGSQPIRASNPDLRRTEPVIESPLQRTSSGSSSSSSTPSSQPSSQGGSQPGSQAGSSERNRVRGNAKPEGSPVLTHEPSKMKQEDSRDVTRPSRPADLTALAKELRELRIEETNRPLKKVTDYSSSSEESESSEEEEEDGESETHDGTVPVSDIPRLIPTGVPGSNEPYNLGMVASHGLETSHADTFSTISREGTLMVREYGMGSSTKASFTPFVDTRVYQTSPTDEDEDDDEESSATALFTSELLRQEQAKLNEARKISVVNVNPTNIRPHSDTPEIRKYKKRFNSEILCAALWGVNLLVGTENGLMLLDRSGQGKVYNLINRRRFQQMDVLEGLNVLVTISGKKNKLRVYYLSWLRNRILHNDPEVEKKQGWITVGDLEGCIHYKVVKYERIKFLVIALKNAVEIYAWAPKPYHKFMAFKSFADLQHKPLLVDLTVEEGQRLKVIFGSHTGFHVIDVDSGNSYDIYIPSHIQGNITPHAIVILPKTDGMEMLVCYEDEGVYVNTYGRITKDVVLQWGEMPTSVAYIHSNQIMGWGEKAIEIRSVETGHLDGVFMHKRAQRLKFLCERNDKVFFASVRSGGSSQVFFMTLNRNSMMNW >QID82546.1 replication factor C subunit 1 [Saccharomyces pastorianus] MVNISDFFGKNKKSVRSSTSRPTRQVCSSKPEVIDLDTESDQESTNKTPKKMPVSNVIDVIDVSETPEGEKKLPLPAKRKASSPTVKPASSKKTKPSSKSSDSASNITAQDVLDKIPSLDLSNVHVKENAKFDFKSANSNADPDEIASEIGSFPEGKPNCLLGLTIVFTGVLPTLERGASEALAKRYGARVTKSISSKTSVVVLGDEAGPKKLEKIKQLKIKAIDEEGFKQLIAGMPAEGGDGEAAEKARRKLEEQHNIATKEAELLVKKEEERSKKLAATRVSGGHLERDNVVREEDKLWTVKYAPTNLQQVCGNKGSVMKLKNWLANWENSKKNGFKHAGKDGSGVFRAAMLYGPPGIGKTTAAHLVAQELGYDILEQNASDVRSKTLLNAGVKNALDNMSVVGYFKHNEEAQNLNGKHFVIIMDEVDGMSGGDRGGVGQLAQFCRKTSTPLILICNERNLPKMRPFDRVCLDIQFRRPDANSIKSRLMTIAIREKFKLDPNVIDRLIQTTRGDIRQVINLLSTISTTTKTINHENINEISKAWEKNIALKPFDIAHKMLDGQIYSDIGSRNFTLNDKIALYFDDFDFTPLMIQENYLSTRPSVLKPGQSHLEAVAEAANCISLGDIVEKKIRSSEQLWSLLPLHAVLSSVYPASKVAGHMAGRINFTAWLGQNSKSGKYYRLLQEIHYHTRLGTSTDKIGLRLDYLPTFRKRLLDPFLKQGADAIASVIEVMDDYYLTKEDWDSIMEFFVGPDVTTAIIKKIPATVKSGFTRKYNSMTHPVAIYRTGSTIGGGGGGTSTSTPDFEDVVDADDNPVPADDEETQDSSTDLKKDKLIKQKAKPTKRKTATSKPGGSKKRKTKA >XP_039769176.1 centromere protein C isoform X5 [Ornithorhynchus anatinus] MAAASSSSSDLNHLKNSYRTRFCHTRRSPKINVKPGQNILETLQNCFEESRGWDPSLESSSPAVSPGPTGLEDVRYLSPGKEASPVQPAQIRSPEESSSSILASPRAAGEIGDSVRTPETHGGSPVPATVSAKSTPAFGGTSESPEKAAEVPRGAEDFYLAVGPLDLLIEEEEEEEEEEEEAALPSKTTSPVHSRERIRPPVGSADRRPPSPAVELKSKKRLNFNGKAAASVGKEAGIRIERPENSQKKESAVAPEESARGSVSHTPKNEPKSKGKVSSIFLDAVKVGNDRPGFYRHSPAAPPRSPSPPPSGVNPLPDDEFIIDESDSHASTSWISIPRKSTRPGNRGPEPSAARTQARERTRPEAQQAGRPKTPAGPGEKGGHGRDGDDSDTEGGEGTSGEVRRSPRSEERSRGRERSDSDRSRSGREGVGRPSVRHQAVLSTAARLAEEVEPGPRHRGEEPEARADRRHADGERPPGRRAGRETRDGPRSASRSDEEPASSRPDGRGDRSPERRNPGRLPQRGGKPRGRGDGGRPDAGGSPRRSVTPSSRRPRGGSRADGSGGDLDRNGEEESTGQKSPPGGKRKNRDPVEQIQASKKGSPKTPSAGVPRKKRPKVVTEGRPEDDPHPARGRAEIRTSRRASRPPSDWWMLKAERSGTERKEGPTPKRSDRDEPSQAPEVGETGLAPHDALRASVSPSRVAARRPPAPSSRETRRPSAKPKPGAETRQRPRRRKQDPGKMTRSERREAERSVGENGRTVGSGHRPAEEREGEAAGSETPGVTNPTGQNCPPPGSRDPAMSAGYSNLRCPSALSSASSGIASRKESPAARGKRTNRGGRKRPLPPAGERTPPAELQKSAGPARPEPEKLVYSSSGVSDPGNVLAGDEPSGSGAGGSRAGSDSEPSPRSKGRRGSAAKRKARRAGSAAGLPEESLESPEFAHPPEEAKTPRGTLRSPLTPDTTGPVTSTVEGSGPARSRITRTFPPGDEVRVYEQEDLSSDEVTEAQSSEVTYTDDAGYPSDEPSRLAPNQKAKRKFVLPTDTPNVRRTKRIRVKPLEYWRGERVDYKVRPSGGFEIHGIISPDAVSPYRGASGKMEKLKKLAKEKGRPLAKAKSCVRPKGTYTYCLGDDSLMVYKSLNTSSFSAGQLVLGPFKVKGSQHVCFDTLVFYIVQGELICTLRKTPYYLTAGDTFYVPPGNLYNIQNLLNQKSVLLFTQIKSERLEGVRLESDADDEG >HBH1966141.1 hypothetical protein [Clostridioides difficile] MKGTAHRASTAHPAITFIGRLALAALILVVLVEVYFLARGFNLYREAIEEAGLDEMAASIQSSESFTPIDELPDLYLQAV >WP_189355988.1 cupin domain-containing protein [Undibacterium squillarum] >GGX34989.1 hypothetical protein GCM10010946_10370 [Undibacterium squillarum] MKPAFLPYQPASEFFTDELCYITELSNSPADEAMSVALARVAPGVTTRWHSLHNTAERYVILSGQGVAEIGDEAPRAVGPHDVILIPAGCRQRIRNTGSDDLLFYAICTPRFLPENYLDLEAG >XP_014733223.1 PREDICTED: traB domain-containing protein isoform X2 [Sturnus vulgaris] MKLKKRQKRPALPSTVTELDTEDGSKVYVVGTAHFSDSSKKDVVKTIQEVQPDVVVVELCQYRVSMLKMDEKTLLKEAKEINLEKLQQAIKQNGVMSGLMQMLLLKVSAHITEQLGMAPGGEFREAFKEASKVPFCKFHLGDRPIPVTFKRAIAALSFWQKVKLAWGLCFLSDPISKDDVEKCKQKDLLEQMMAEMIGEFPDLHRTIVSERDIYLTYMLKQAAKQIELPRASENEPRKYIPAVVVGVVGMGHVPGIEKNWNSDLKIQEIMSVPPPSASSKILKFVLKATVFGLLGYGCYRIGHRTVQFVLSMPATQSYLQRLTEVPQQ >PSR02572.1 signal recognition particle-docking protein FtsY [Bacteroidetes bacterium QS_8_68_28] MGFFDNLLGDSGEGDTADAAEEQARAEEQAPEPQATAEEQEKLDQATEKTRDNFFGKIGRMVRGRDTVDAEVLDRLEEVLVTSDVGVKTTLDVIDRVEARVERDQYVSAQELERMIQEEIAGLMLEGGPQRPARFDAELPDKPYVIMVVGVNGVGKTTTIGKLAHHYQQAGRSVLLGAADTYRAAAIEQLEIWAERTGAPLVKQKHGADPAAVAFDTVAAAENQGADVAVVDTAGRLHTRGGLMDELAKVKRVMGKQMAGAPHEVLLVLDASTGQNAIRQAEEFTESVDVTGLALTKLDGTAKGGIVIGVSNEFGVPVQYIGVGEGVEDLQVFDRAAFVKALFGGRSVAG >WP_058671428.1 recombination protein NinG [Enterobacter hormaechei] >KTJ91409.1 NinG family protein [Enterobacter hormaechei subsp. xiangfangensis] >HAS0862993.1 NinG family protein [Enterobacter hormaechei subsp. xiangfangensis] >HAV1664494.1 NinG family protein [Enterobacter hormaechei subsp. xiangfangensis] MRKPSRRKCKVCGEYFVPKFHDIRIRWCCPEHGAILAMEEREKEKVKAAAKRIKEQKEAEKAGRKRRKERLAELRPAGYYKAQAQQAFNAYIRARDAGLPCISCGETNPPDLHGGQWDCGHFKTVGANPELRFEERNAHKQCKSCNAGAGKYTAKEATVAQQYEVGLVARYGQDYVDWLNGPHEMTNYRREDFIRIRDEYRAKLKALKQREAA >WP_283629251.1 unnamed protein product [Shewanella baltica] MKTGRIGSFTLALAMVIVAIFALRVWIIPNINDSSAIATQLVDAVDPVTQVPDFSAINDITEKKKAFFDFLRPIVQQQNAIISMEREFVSEMLALVENGKSLSETQLGQLNTLFDKYQYAARNVDAKSLASLLKRVDIVPESMVLIQAANESGWGSSRFAREGFNFFGEWCFTAGCGIVPSSRGSGKSHEVKVFSSVDESVSSYMRNLNSNTAYALFRSIRADLRSQELEPTADQLIYGLVNYSERQEAYIDELLDMLRHNEKYLVNVDV >ECN6431251.1 oxaloacetate decarboxylase [Salmonella enterica subsp. enterica serovar Newport] >EJD4775248.1 oxaloacetate decarboxylase [Salmonella enterica subsp. enterica serovar Newport] SLECWGGATFDACIRFLGEDPWLRLRELKKAMPKTPLQMLLRGQNLLGYRHYADDVVERFVERAVKNGMDVFRVFDAMNDPRNMKAALQAVRSHGAHAQGTLSYTTSPAHTLQTWLDLTEQL >WP_165462493.1 branched-chain amino acid ABC transporter permease LivH [Citrobacter freundii] MDAFFLQQLINGLTLGAVYGLIAIGYTMVYGIIGMINFAHGEVYMISAYLCAIGLALLASFGIHSFPLLIFGTLIFTIAITAVYGWAIERIAYRPLRNSTRLAPLISAIGMSLILQNYVQISQGPNQQGIPTLLTGVLRFQVDDGVVQITLTKIFILVAAVVGMGLLTWIIQFTRLGRICRATQQDRRMASILGINTNRVISLVFVIGASMAGLAGVLVTMNYGTFDFYAGFIIGIKAFTAAVLGGIGSLPGAMLGGLLLGVAEAQFAGLVNSDYKDVFSFSLLVVILIFRPQGLLGRPVVAKV >EFV4293432.1 tRNA pseudouridine(55) synthase TruB [Campylobacter jejuni] MNKIFAAFKPRGLSSNAFLSTLKKKYKNKKAGYSGTLDPFAKGVLIVAFGQYTKLFRFLKKTPKTYKATLWLGVYSLSLDDQNIKEIKNIKEFDLANLQQIIDQMQGIISYTPPQFSAKRINGTRAYELAKKGIEANLKPCQMEVFDCKILSYNHPFLNIEITVSEGAYIRSYCELFARKLGINATLSSLERVKEGKFVYNNEKSLNVLKYINLKPNFIKDLNKLENGAKIFVEELKFHDEGDYYIETE >KAI9878467.1 MAG: Structural maintenance of chromosomes protein 6 [Pleopsidium flavum] MYDNARLLNVKQCFSVNDQKPGWGIRWGYGRGGEPNSAPIPPFQGRPRMKTDIESQISYQRETLQHLKRELNELERHYRDLQTNVTRCEQAVVRNRRQHTTLQVEMQQAEETVEKLQESLEQESVEEGRLDALKAYLRETQEEKAIHEGSYEESVNAIDKSNETLKDVREQLQAKGQTLVESEAKVKRLEAKALKLSTQRQAALHEKNSAIQRIEDAKQDKGMIENKQQAMLARVKDFTEKASKVSPRVPVDAGETTDSLEKKLDKLNGDLAKYQRQIGGDRKEIAEQAAAAFVAWKTAKEQVVHLEELAQLLKAALIDRQDRWRKFRRYISARARSQFTYLLSERSFRGSLKTDHRRRILELHVEPDETKTGKGRITKTLSGGEKSFSTICLLLSLWEAMGSPIRCLDEFDVFMDNVNRDVSMRMMIVAARRSVGRQYILITPQSMGNVDVAADVKIIK >XP_048540820.1 probable serine/threonine-protein kinase SIS8 isoform X2 [Triticum urartu] MKNFLRKLHIGDSAGDGASSPAPPLPSSKKGGGGGGGAGGHHASSGISSWLSSVAGRPHPPQPPLLAAAAAAAVETEAEELALASSIGERQAEEEDTARRDERKEDRKREIEKQEKREDELEEYHMQLALEMSAREDPEAMQIEVAKQISLGSCPLQSSAAEVVAFRYWSFSALSYDDKILDGFYDIWATGGKPALRTIPSLMELHQQPFSLGAKTEAVLVNRAQDSELVDLGQKALNMAVDFRSQTSHSVGRVLIQRLAILVANHMGGPVVDPENVLLKYQNMSSSLRASIRSSVMPLGRITIGLARHRALLFKVLADNLDVPCRLVKGRQYTGSDDGALNIVKLNDGREYIVDLMSDPGTLIASDGADLGREFEESSFADNHQGDKDDGDTQLRSCISEPSSSVCGSFENESKGSTPTNVVDPYCVTTSQTRNQGSLQSSSLGELSAGSHASESLPIIKESRNADHTLAVKNKEKPIAANKSSSSSPSSSEVGSAPAVRRTKVKDVSEYMISAAKDNPQLAEKIHAVLLENGVVPPPDLFSEESREQPKDLIVYDTSLFQTKGEMIKRMNELESTSHDESDHGPSLPPHPGYEHQTKVVPYRPKPVQGMGIYHPSNFHDNSNPSLPLYESSALAREYPFQLIKQMPVTAAAVATAAVVASSMVVAAAKSNSDIKLDVPVAAAATAAAVVATSAAVKQYEYMDPGCQLISLPSSSEANGPVHRVRPDCWDKDQLEVDHGQENALEQGNALVEVPREAERISDKSIGTESVRSDVTMDDVAEFEIQWEEIVLGERVGLGSFGEVYRGEWHGTEVAVKKFLQQDISSDILEELKAEVRIMKRLRHPNVVLFMGAVTRIPNLSILTEFLPRGSLFRLIRRPNNQLDERKRIRMALDVARGMNYLHNCTPVVVHRDLKSPNLLVDKNWVVKAEWMAPEVLRNEPSDEKCDVFSYGVILWELCTLLQPWEGMNPMQVVGAVGFQERRLDIPAEVDPAIAEIIERCWQTDPKTRPSFSEIMAALKRALKKLSANQPRRQRVQETDD >WP_192558464.1 FadR/GntR family transcriptional regulator [Pseudomonas allokribbensis] MQEDLDAPARKRAHNLAHDLVEKLTQSILLGQMLPGDKLPSENSIVQEHGVSRTVVREAISKLQASGLVETRHGIGTFVIERAPEQGLRLNVDTALGVRSILELRMGLETQAAALAAQRRSEQQLVQMRQALDDYQRLLANNDSCVEADRRFHLLIAEATGNVCFTEIMQHLGSAMIPRTRVNAAERGAVDLSKLGQLANLEHEAIFNAIKRQDPEAARAAMWLHLSNSRDRFSAAGA >XP_053017968.1 uncharacterized protein PtA15_2A730 [Puccinia triticina] >WAQ82413.1 hypothetical protein PtA15_2A730 [Puccinia triticina] MPWFTPLSRHHPTFYRPAAPSLHDGNLPQTPPHSLPSGPFTGISTSYQVNPSSPITILFRYLQDPHIPNVSSVTCPLYSSSRSYAQPINQHSRQTNIHFSRTSLVLLLLV >WP_140480909.1 ABC transporter ATP-binding protein [Bradyrhizobium symbiodeficiens] >QDF39791.1 ABC transporter ATP-binding protein [Bradyrhizobium symbiodeficiens] MEAGMVTPAPALVRFSGIQKTYDGEHLVVKNLDLDIRKGEFITLLGPSGSGKTTTLMMLAGFEVPTQGEIYLAGRPIKNMPPHKRDIGMVFQNYALFPHLTIAENIAFPLSVRNTSKADVQERVGSALRMIKMETLAHRRPGQLSGGQQQRVALARALVFNPQLVLMDEPLGALDKRLREQMQLEIKQLHETMGITVVYVTHDQSEALTMSDRIAVFNDGIVQQIDKPDALYEHPVNSFVAHFIGENNVLAGTVETVDKDYCRVALAGGGTVTARAINVPGAGASTSLSVRPERIAIVPDGASSDGPNRLPAKVQNTIYLGDHALAVLDVAGNAEFMVKLQPGAHDSLTHGADVFVTFRPEDCLALDPV >KAH3876125.1 hypothetical protein DPMN_039406 [Dreissena polymorpha] MRMTMTTMMTMTTTRRRTTTITMTMMMMMMTLMMMITTMTTITMLLVIVTIMLLLLLMTMLLLMMRWRLKSRTRTRATTTTTTTTTTTMMMMMMMMMI >EER7236894.1 DUF968 domain-containing protein [Escherichia coli] >EES0716625.1 DUF968 domain-containing protein [Escherichia coli] RAAGGAGALSDWLLRHVKSCQWLHGDYHHSETVIHRYGAGAMVLCWHCDNQLRDQTSESLDQLAQQNLVAWMIDVIRHAISGTQERELSLAELSWWAACNQVVDALPEAVARRSLGLPVEKIRSVYRESDIVPGEQTAISILKQRTKNIALPLHVHQQQTTLQEKTVVSVTVDPESPESFMRRPKRRRWVNEKYTRWV >WP_117700467.1 MULTISPECIES: transposase, partial [Bacteria] >KAB6553049.1 transposase, partial [Phocaeicola vulgatus] >KAB6561622.1 transposase, partial [Phocaeicola vulgatus] >MSS51163.1 transposase [Phocaeicola vulgatus] >RGJ72571.1 DDE transposase, partial [Phocaeicola vulgatus] >RGU59964.1 DDE transposase, partial [Phocaeicola vulgatus] MERQYRNHLSGYLHWDQLVHAEDWLLFEKNIGAYICIDEVALSRGELYTVLTNKEAHGGKGSMIAIIKGTDVHTVTSVLLKLSRRRRYQVREITLDMAPNMEQIARICFPAAKRVTDRFHVQKLAYEAVQEMRVKARWEALDEESTQIAYAKACGKMYHAPVFANGDTRKQLLARSIYLLYKKESLWTQSQRIRAEILFKEYPDIKKGYYLSMRLGLIYHQCKFKDIALTRLARWYDEVDKSGFLTFGRVARSIQTHYLDIINFFERRATNAAAESFNAKIKAFRAQFRGVRDRAFFLYRLAKL >WP_049471407.1 MgtC/SapB family protein [Stenotrophomonas maltophilia] MELTQDVSILLRVAAAMLFGGVLGVEREMGKHAAGLRTHMLIAGAAALIVGLGDSVAEHFQQERYRDLLQVDPVRLIEAVVACDGFVAAGTILRGSREDQVSGLTTASSLIMAAAIGIAVGISKYVIAIGVSVLCVLVLAVMRRLEKRIS >TZC53901.1 type II toxin-antitoxin system RelE/ParE family toxin, partial [Escherichia coli] MAYFLDFDERXLKEWRKLGSTVRE >NLW23809.1 [FeFe] hydrogenase H-cluster maturation GTPase HydF [Clostridia bacterium] MSLQDTPRANRLHIGIFGKRNSGKSTLLNAITGQDIALVSEIKGTTTDPVYKAMEIHGLGPCVLIDTAGIDDEEKIGKLRVEKTKETLDKIDVALLVFDGDKDIEPEKQWIKLLKSKKIPIIPVLNKSDLLNDSESVSAYIKENTGFKPVVVSAKEKEGIPQIINSIIRHLPEDFDAQTITGKVVKEGDLVLLVMPQDIQAPKGRLILPQVQTIRELLDRKCPVVCVTTDMLETALKSLARPPAVIITDSQAFKKVYEIKPPQSKLTSFSILFAGYKGDIDYYVKSVQAIENLKENSKVLIAEACTHAPLEEDIGREKIPKLLRQRVGEGLTVEVVSGVDFPADLSPYDLIIHCGGCMFNRKYVLSRIERAKNQNIPMTNYGVVLAYLAGILDKVSLN >XP_003768056.1 protein S100-A6 [Sarcophilus harrisii] MASMLDETICTIIGIFHKYSSKEGDKNTLSKKELKELIQKELCLGAKIEDEEIAELMNGLDRDKDQEVNFQEFLSFLGALALLYNDLLKGE >WP_072802511.1 maleylpyruvate isomerase family mycothiol-dependent enzyme [Rhodococcus yunnanensis] MTADQQLELLAAECGRMGSLTLDDASTPVPSMPDWTVEKLVRHVTFVHRMARAALDSPADDGMAKVIAAVERPERGPRVLDDYREAAEAVLDAYRRVEMNRAVATWAGVGTADYWVRRQLHEVTVHRFDAQDAVHARGGPEPDPADPGGAADGIAEWAEAFLTRVPIDRVPDLAGRTVHLHTDDGTGMELFLDFTGDTVVVSHEHRKGDVALRGSAQDLLLTVWRRRPLETLDIVGDQAVGLALYDGIRI >MBI1736306.1 RluA family pseudouridine synthase [Candidatus Rokubacteria bacterium] MTVTRLTVEPDAAGSRLDRWLAAHLSALSRARLQQLIDEGHVRVGGRVLKPAYRLRGGEDVDVEIPPAPPETLEPEAIALAVVYEDDHVLVVDKPAGMVVHPGAGHARGTLASAVLAHAPGTAGVGGARRPGVVHRLDKGTSGLLVLAKTAAAYESLTRQLAARTVSRRYVAVVAGRVRRPEGVIDAPIGRHPHDRVRMAVRPAGAGKRAVTHYRVLERFADHTSVEARLETGRTHQIRVHLASLGHPVVGDELYGRGAATRPPVPFEGHALHAAGLAFVHPVTEKRLEFSAPLPPRMERLLSHLRNA >WP_261610700.1 TetR family transcriptional regulator C-terminal domain-containing protein [Paenarthrobacter aurescens] >MCT9870786.1 TetR family transcriptional regulator C-terminal domain-containing protein [Paenarthrobacter aurescens] MSSTPQKRAVRKSPAERAAEITEAAREIALEAGLTALTLRNVAARVGVASGLVAHYQPNMDALVSNTFATIVAAETQEVAGLLSLQPGPSERLALLVDTLLDNSRLDVTAIWVEAWTLGRRNETLAASVREQMDAWQKVFQGVVEDGNATGAFNVSDAAAVAWQILGMVDGLNAQALVRWDGVNDRGTHLARAVEGMVGAAPGSVVAKPSG >MBW2176475.1 ABC transporter permease [Deltaproteobacteria bacterium] >MBW2611812.1 ABC transporter permease [Deltaproteobacteria bacterium] >MBW2676646.1 ABC transporter permease [Deltaproteobacteria bacterium] MLLVSIGLFVLIEVGSGDISVKILGVFSTPEQRASYRAQLGLNAPTWQRYLDWLVGNDWRAKSRMTYPLITLKNPKTKEVEWWADVDGQATRWKMDKGELKRLVRKEDGFSKVMPAESDWIKGEGTEEFFWGVDNRNNAVKFVKGSGEEVWVLTKAGLRKQGDGPREYIPLRKGLIRGDAGLSWQYNRPVSMILKPRVRNTLVLAGVAFVVVMPLALFFGILAGINEGKLLDRIISITSLGATSTPEFVTGIFLILIFGIWLKVLPAVTMFTSSNAIFENPMMLALPVMTLTAVELGYVARMTRASMVEVMDSAYIRTAIVKGMPYWRVVFRHAIRNALMAPITIIMLHVNWLIGGVVVVEVIFGYPGLGKFIFDSAIFGDFSAIEAAAMVTVLIAIITRLIGDLAYTLLNPRVRYA >WP_221977168.1 ABC transporter ATP-binding protein [Rhizobium laguerreae] >MBY3502467.1 ABC transporter ATP-binding protein [Rhizobium laguerreae] >MBY3575245.1 ABC transporter ATP-binding protein [Rhizobium laguerreae] MAVSAIETQEKPRVVLSARGLRRDFGGFTAVKNVDLDVHDASVHALIGPNGAGKTTVFNLLTKFLQPTSGTITLMGVDITKTPPDKVARMGLVRSFQISAVFPHLTVLDNVRVALQRPNNLSTQFWRPLSALDRLNERAEQLLASVGLSKERDHIAADLSYGRKRVLEIATTLALDPKVLLLDEPMAGMGQEDVGVVSSIIREVARDRAVLMVEHNLSVVANICQHVSVLQRGEILAEGDYATVSQDERVRVAYMGTEEH >AIA18772.1 Dihydrodipicolinate synthetase family, partial [uncultured bacterium] MFHGSIVAIVTPMQGNGDIDFDAWRRLLEFHVQAGTDAIVIAGTTGESPTLTTTEKIDLLKQAREQVAGRVPLILGTGTNCTRSTIELTRLAMQAGADACLLVTPYYNKPTQEGLYLHYLAVAKAVPIPQILYNVPGRTGCDLLPETIARLAKTV >WP_198255508.1 NAD(P)-dependent alcohol dehydrogenase [Burkholderia plantarii] >MBI0330635.1 NAD(P)-dependent alcohol dehydrogenase [Burkholderia plantarii] MRAFQLIPGDTWQLLPGETPTPRPAADEVLIRLHAAGLNYLDLMVARGRLGDPSAPFVPGTDGAGEIAEIGERVRGWAIGDRVISGSMVDWPAGLPTEANTRRIRGVTMPGSLAGYAVVPASALVRIPDGMPYTRAVTLPIAATTAWNAIVKGRIGPASTVALLGTGGVSLFALQFAKAAGARVVVSSSSDAKLERAKQLGADVLINYRARPAWDEALLEATGGRGADLVVETVGGGTFARSINAAGIGGTVYVVGFIGGMEVTMPVLPVMVKTLNILGSQTGSISDLAGAVRAVGQAGIEPVVDRVFPFEAAPDAYAHLASGAHFGKVVVSVA >WP_012283464.1 D-ribose pyranase [Heliomicrobium modesticaldum] >B0TIM6.1 RecName: Full=D-ribose pyranase [Heliomicrobium modesticaldum Ice1] >ABZ84967.1 ribose abc transporter rbsd [Heliomicrobium modesticaldum Ice1] MKKQGILHRDLAALIASLGHGDLVVVADSGLPVPPGVPCIDLAVTKGVPSFLPVLEAILSEMVVENATVAEELKPNEQIIEALAGRLKPVQLHFINHESLKTCCRQARAVIRTGEWTPYANILLYAGVAF >WP_027711481.1 YbaK/prolyl-tRNA synthetase associated domain-containing protein [Dickeya chrysanthemi] MHTNTIFEQLCRRLDQAKARYRVVHHDSAGRSEEVARIRGTELGQGAKALVCHVKGNGLRQHVLAVLPADQQADLNRLAQALGGTRASLASPVEVDALTHCVFGAIPPLSFHPDLLLVADPMLFGRFDELAFNAGSLTCSMILNTEDYRRIACPQELPFSRPGA >WP_134669716.1 MULTISPECIES: LysR family transcriptional regulator [unclassified Amycolatopsis] MHKPEVTLDRMRTFVRVAESGSFSAVARDLGVGQSTVTRHVGDLEEALGVSVFSRTTRSISLTDEGRRYYARATEILRLVEQAQQEVEDARTGASGKVRISCSAFFGVMHLSRLIFGFQDRYPDIRVDFVLTDERSDLIRDGVDIAIQLGPQPDSELRLRPLGMAHQILVALPDYLARRGTPESPEDLSSHDVIRRTSVAKSGELTLIDEQGTEHVATFTPRLRVDHGLAAREALVAGRGIAPVPRWLVDDLLRDGALRAVLPEYGCAPVPVNLLVVPERAELTRVRLLREFLADEITRVPGVGPLLRQ >WP_196938834.1 YigZ family protein [Sphingobacterium sp. Ka21] >MBE8722425.1 YigZ family protein [Sphingobacterium sp. Ka21] MSLFEDTYHTIETRNEGVFRDKGSKFIAYAYPFKDASKLKDIIAELKALHPRARHHCWAYRLTPDRNVFRVNDDGEPSGTAGRPILNVLLSKDITNILVVVVRYFGGTLLGVPGLINAYKTATLEALTNSQIVEKRVNDVYKLSFEYSQMNEVMRVLKEEQLTILAQDFDNSCVINIEIRKLQVGTVMEKIANLQGVKANYLYTI >HFC12574.1 hypothetical protein [Anaerolineae bacterium] MPALLVFLVVMLSAVGFSAEAREINGEQDTRTPTAVVSGTVFRDLPVNGSTLNTYGVKDGNEFGVQGVTVTAYPDAVTTMTAADGSWSLTVAGDARVEFTAWPSYLEPSIYGINSDTSIQFVSGGDTSVDFALHNPQDFVGSMTAGSEPLLFTPEHKWGPAIGVDNNNALRESSVAVAFGTNGEGQTEYLKT >KAB2885888.1 MAG: aminomethyl-transferring glycine dehydrogenase [Defluviimonas sp.] MAFTPTDYRPYDFANRRHIGPSPAEMQEMFKVLGVKDLDELIDQTVPKSLRQEKPLDFGKPKSERELLWFLRQVAKKNKVFTSMIGQGFYGTVTPPAIQRNILENPAWYTAYTPYQPEISQGRLEALLNYQTMVCDLTGLEIANASLLDEATAAAEAMTMAQRVAKSKATAFFVDENCHPQNIEVMKVRAAPLGIEVIVGDPAKLKADAVFGGIFQYPGTYGHLTDFTPHIAKLHAAGAVGIVIADPLALTLLKEPGAMGADIAVGSTQRFGVPMGYGGPSAAYMACKDDHKRQMPGRIVGVSIDAQGGMAYRLSLQTREQHIRREKATSNVCTAQALLANMASFYAVFHGPLGLKAIAQRIHRKAVRVARVLEAAGYDVQPKAFFDTITVDVGALQPVILKAARRERINLRKVGATKIGISLDETTRNETVERLWRAFGIDRKDDDFMPEYRVPDTLHRKSDYLTHPVFHMNRAETEMMRYMRRLADRDLALDRAMIPLGSCTMKLNAAAEMMPITWPEFSNLHPFAPADQAEGYAELFRDLSAKLCTITGYDAMSLQPNSGAQGEYAGLLTIQAYHRARGEGHRDICLIPVSAHGTNPASAQMAGMKVVVVKSAENGDIDVADFRAKAEAAGGNLAACMITYPSTHGVFEETVREVCAITHEHGGQVYIDGANMNAMVGLVRPGDLGGDVSHLNLHKTFCIPHGGGGPGMGPIGVKAHLAPHLPGHPATGGQEGPVSAAPWGSASILPISWAYVLMMGGAGLTQATKVAILNANYIAKRLEGGYGVLFKGRGGRVAHECILDTRPFAESAGITVDDIAKRLIDNGFHAPTMSWPVAGTLMVEPTESETKAELDRFITAMLSIREEIAAVEKGEIDRENNPLKHAPHTVSALIGTWDRPYSREQGCFPPGAFKVDKYWPPVGRVDNVYGDRHLVCVCPPVESYMDAAE >WP_270218171.1 hypothetical protein [Dorea longicatena] MNFGQNLYNWFLSNAQSLVLMAIVVIGIYLGFKREFSKLIGFLVVALVAVGLVFNASGVKNVLLQLFNKIIGA >WP_238769582.1 hypothetical protein [Maribellus maritimus] >MCG6191071.1 hypothetical protein [Maribellus maritimus] MKPTLCLNILLLLFLLFSCSSEPGKIMSPNQSVFGEKQNLLYVADETANRIYILNTAEAIPIKQIELKTKPGGLALSPDETKLYVTLSASEGELLEIDLTSLKVTRRLKVGHTPMSPVVTPDGKTLFFCNRFANTVVKVNLSDFSVEQTASADREPVSLACVPGADLLLVANHLPSGSAKEKYHSAKVSVFDASSTRKIKEIDLPNGSNGLNKITISPDQKFAYVTHVLGRYNVPTNQVERGWINTNALSIIDVAEQRYLCTVMLDDLDLGAANPYDVECSKDGNSLFVSHAGTDELSIIDRKALHIRIEHVADGSQPTLFATSLDEIHNDLSFLQNIRNRIDLHAVGARGIALGADKIYVSMYFSGSLAEVAIAKPAEVVSLSLGKQAEATEERLGEMYFNDARLCKQYWQSCTSCHQGDARVDGLNWDLLNDGIGNPKNTKSMLLAHATPPAMVTGIRSSASVAVIAGVEHILFTRQPREITDAIDAYLTSLKPVASPYLVNGKLSEAAQRGEKVFEKARCLHCHSGANFTNLESFDVGEGSGADEGRKFDTPSLIEVWRTAPYLYDGKAKTIKEVLTTYNINQKHGQTADLTEQELSDLEEYCLSL >MPC67018.1 hypothetical protein [Portunus trituberculatus] MARFITLVVLTSLALPLSLILRPATPLTRSSFFRYVTLAHLGLRTATATATFIHPHLAERHPALAESPAHVYLK >ACI42798.1 tat protein, partial [Simian immunodeficiency virus] >ACI42812.1 tat protein, partial [Simian immunodeficiency virus] >ACI42813.1 tat protein, partial [Simian immunodeficiency virus] >ACI42819.1 tat protein, partial [Simian immunodeficiency virus] METPLREQENSLESSSGHSSCTSEAAASTPELANLGEEILSQLYRPLEACYNTCYCKKCCYHCQFCFLKKGLGICYEQSRKRRRTPKKAKANTSSASN >CZT01546.1 probable VID24-required for vacuolar import and degradation of Fbp1p [Rhynchosporium agropyri] >CZT48313.1 probable VID24-required for vacuolar import and degradation of Fbp1p [Rhynchosporium secalis] MPTPSPTSNESIVVVTPSHSSCPPDDDRTNWRAVEDMEVPHDEAISTAPEILQEPTPPPTELRAAGLTDTDIAEQHSTRQMEGEEENSGPDMLSPMSPDRDKQEDREVAASSNEDLGSPSMGYDFSNIRLIPSSPSSFLRAGSKFRGNQQSERQVYDVQVEIKHVDMRESFLCGYLRIQGLTEDHPTLTTYFEGEIIGSKYTFLTQHQDWGSTDKTDLQHWAKFSAFRPFQLKAKQGHFHIPQLAQRENIFMRWKEQFLVPDHRVRTILGASFEGFYYICFNQLEGTVSGIYFHAKSEKFQQLELKHVEDRGCFAAMEFR >XP_041334537.1 steroid 21-hydroxylase-like [Pyrgilauda ruficollis] MAVLLLCLLLLSLLSLLSRLSRRGDGRGPRWGALHLLHPQGALHLSRLARRHGPVLRMRLGGRDVLVASSVATIREALVRHWGDWLGRPPSYLGSLVSRGGRDLALGGPCPGWRRQRGAVRGALARAGGRLGPLLWLQGRELCEELRSHGEAPLDPFEVFTFHTCSTIARLLFGDLVPPPGELRAFSRCLGELLQVWGHSSVRVLDLLPLLRALPNPGLQKLLQLVQQRDAFVEAQIQRHQACPSPLPDTVLGALLGRTSGARGGPLSPPRLHMALVDLFIGGTETTAAALGWAVAFLLHRPELQARLRAELQGAQGPPGPGDTGRLPLLQATVSETLRLRPPAPLALPHCALRHSSLGGLPVVAGTVLVPNLLAAQQDPDIWQHPEVFLPERFLAPGAPSRSLLPFGCGARSCPGEGLARAELFVFLGLILREFRLEPGPAGLPGLRGSPGTVLRCPPFLMRMVPCQPPGSP >WP_237523417.1 helix-turn-helix domain-containing protein [Streptomyces sp. SID8350] >SCK61790.1 hypothetical protein YUWDRAFT_06241 [Streptomyces sp. AmelKG-D3] MAAVAPASAGPALDVQGLVAVVDLLAQAGGLDALLGNRATGSRDKRLHIGYSEAAERLNIPEKWLRERISTLPHRKFGKFVQFTEEDLHAISDMHFVNPGKRSQRNDDSALLTLQPSKRSRKCS >MCR5102838.1 fibronectin type III domain-containing protein [Eubacterium sp.] MKKRIVSLLLAIIIATVTFMGAAGSKEAHACGNTCANGHCWDSGVTAPGLRGKLLGTKIYTCKRCGKKVTCTSAEFNAKYNGGTSNFKKTGKTSLTSIIKSKGALSIRWRKGKDVTGYQIQYSLYSDFRSFKNVNVNNCRKTTTKIAGLKSNQMYYIRVRSYKVVNGQVTYSDWSKTAAVKTRAFGFANYSNKN >MCH9656178.1 hypothetical protein [Planctomycetota bacterium] >MCH9724744.1 hypothetical protein [Planctomycetota bacterium] >MCH9778810.1 hypothetical protein [Planctomycetota bacterium] >MCH9791607.1 hypothetical protein [Planctomycetota bacterium] MSSVTPFPCKNPDSRFASATTAVPEPLWEKQDLKVPRYDDAIFARPDLSQLISDAEENRRMFAACSRDRSGKIISSLRTWARQAVMTEAAKYTSELTGKTIELPQDFNDRLLLITGHQPALYHPGVWVKNLLIGNVARKTAGLSLNLIVDNDLVSSTSIRVPQGTRSMPTFSEISFDESIQKKPWEDTTIQNKELFQSFAERVDKALKQWPDFSSSLLPDIWPAAISQMNSSDRLADCLAAARHAQEQRWGIENLELPISRLCATSPFLWFASFLFQSAEKFRAIHNEVLDEYRKVNRVRSKTHPVPELSEQEGWIESPFWMWRAGETRRHQVFVKRDQDHIQISDGKTVIATLPMQENCDLSAAIEILKQLPDQGIRLRTRALTTTLFARLFLGDLFVHGIGGAKYDEMTDRIFTRFFHLMPPRYLTLSATKFLPFCQPYDVQQCDETCLKGVLRDLDFNSDRHLTNDQLSDADSLLKQKKALIQDQQSAETDHDELTDSAERRRRNRHRFRELREVDAKLARLTAKLREQINEDLTTVRQQINANAVIQSREMSFVLYPEPVLKELFDKLSREVDSV >WP_266095674.1 AAA family ATPase [Acinetobacter haemolyticus] MNPNKDVEDLKVIWTSYLNIKKESTEFSKQLLNEQKHAKDKLRLNEISNFLEIIKYQDQVANIKDLSIKVVENENKKISIDEIISQKEQLIKTKKAELRDEEKGADKVNELLKNFFGHHYLSLQPITNKSGVRFEVIRDDKKAYHLSEGECSLLAFCYFMAKLEDIDTKGSKPIIWIDDPISSLDSNHIFFIYSLINEKIVNNHIFGQLFISTHNLDFLKYLRKVDGKFLNASGKHQNYQKEYFLISRVNDTSKISIMPKYLKEYVTEFNYLFHQIYKCSVIEVIDDSNYITFYNFGNNARKFFEIYLYYKYPDKGMTEETLNLFFDGDNIPALLTDRINNEYSHLCGVFERGSSPVEVPEMQIAAKRIITKLSADREQFIGLLKSVGEGFCCTKI >HHW43430.1 selenide, water dikinase SelD [Desulfotomaculum sp.] MDERIRLTAMARAAGXAAKVGPATLSQVLRQLPRKEDPHLLVGLETADDAAVYRLTEDMAVIETVDFFTPVVDDPYLFGQVAAANALSDIYAMGGRPLLALNIACFPNCLSPDILALILKGGADKVMEAGAVIAGGHTVEDEEPKYGLAVTGLVHPQRIITNAGARPGDALVLTKPLGTGIIATAVKAELAPPGSAKAAIDSMVALNRTAAEEMLTLDVHACTDITGFGLLGHAAEMAEASGVSIIFHHETMPLLPRAEELAAMGLIPGGAYNNRDHLGERVEFASSISPARRAILFDPQTSGGLLMAVPAEKAAALVEKLHSRGVNAARLVGQVVSGEKWLIRVE >WP_259206442.1 hydantoinase B/oxoprolinase family protein [Massilia sp. H6] >UVW27074.1 hydantoinase B/oxoprolinase family protein [Massilia sp. H6] MDWQFWIDRGGTFTDIVARKPDGQLVTHKLLSEHPEQYRDAAVAGIRHLLGVASGAALPTERIDAVKMGTTVATNALLERKGEPTALAITRGFRDALRIAYQNRPRLFDRHIVLPELLYSSVTEIDERMGAHGEVVTPLDEPATRCAFQAVFDSGLRSLAIVFMHGYRYTAHEAATARIAREIGFSQVSVSHAVSPLMKLVARGDTTVVDAYLSPILRRYVDQVAGELPGVNLQFMQSSGGLTDARAFQGKDSILSGPAGGIVGMVRASQHAGFERVIGFDMGGTSTDVSHFSGEFERVFDTQVGGVRMRAPMMSIHTVAAGGGSILHFDGSRYRVGPDSAGATPGPASYRRGGPLAVTDCNVMLGKIQPRHFPQLFGARGNEALDVEAVASGFAAMASQIGAATGTVPTLEAVAEGFIQIAVGNMANAIKQISVQRGHDVTDYALTSFGGAGGQHACLVADALGMKTVFIHSLAGVLSAYGMGLADQSAMREQAVELRLPDAGTQVLAGRLEALGESARAQLLAQGVEAARIELLQRVHLRYEGTDSAIVVPFGDPSAMQAAFEQAYKRRYSFLMPGRVLVVEAVSVEAIGRSDAPPEAAPRAGSGGARPEPAHSVPMYSGGQWHQSGVHLRPSLAPGDIVPGPAIIAEANATTVVEPGWQAQVTPHEHLVLTRIEALPERRAIGTSADPVMLEIFNNLFMSIAEQMGLRLQNTAYSVNIKERLDFSCAIFDASGNLVANAPHMPVHLGSMGESIKTVMRENAGRMRAGDVYMLNDPYNGGTHLPDVTVISPVFDVAGADILFYVGSRGHHADIGGTTPGSMPPDSSHIEHEGVLIDNFKLVDGLDGVLREQQTRELLLGARYPARNPDQNIADLRAQVAANQKGVEELRKMVAHFGLDVVRAYMGHVQDNAEEAVRRVISTLGDGQYSYELDNGARIEVAIRVDRERRSAEIDFTGTSSQLPNNFNAPSAVCMAAVLYVFRTLVDDAIPLNAGCLKPLKVIIPPGSMLNPRFPASVVSGNVETSTCITNALYGALGVMAAAQGTMNNFTFGNARYQYYETIAGGSGAGEGFDGTDVVQTNMTNSRLTDPEILEFRFPVRLDSYAIRPGSGGAGRWRGGNGGVRRLRFLEPMTAAILSNNRIHAPFGMAGGEPAERGRNAVERADGTVEPLAHIGKVEMAPGDVFVIETPGGGGYGSA >RKG50564.1 polymerase [Corallococcus sp. AB011P] MEYEQCVLFSCFRHHLSVLALALTGLGAPMAHADEDLPASTSLRSQVGDVTVEGANKTRSSTVRSFGQVGVGDEVDSEELEKVERRLLATGLFQDVRVSTEPMPDGRVRLVLRVKDKASWVVAPTVALSSANTGGGLLYAENNLGGRAKKFAVAAQVSTGESGLYVGFLDPILFGLPQLKFSLEGQLKSDRVDEYSMDASEDDPEVLRRTRFNSASISSELGVILFERVRAAAKYRLSSIDAKTPDPEMPVTTPPFSTGPAMRDTSLRLMVGLDTRQTLHAVTEGLNLEASYEVSTPDVWSEFDYRKFGLLYRHGIRFFSENNLVLRGELVLGTDLPFHQELVMGGNTPRGFQYRQFRGDSRLTFTAEYHFPLFKVQSLAFRGVAFSDTGAVAWQEVAEDGLLLDANGRVIRNYLRQTITGQNPITLAQGVGGGLRLYLNNVVLPLLGVDVAYAVNSGQVRFYLVAGVTPS >WP_168565867.1 radical SAM family heme chaperone HemW [Crateriforma spongiae] MSVDWPDRTAPPRAAYIHVPFCRHRCGYCNFSVVAGRDDLIDRFLTAIDREMQTWDQPTLNTLFVGGGTPTHLNASQLDWFCHSIRRHVRFADDAEISFEANPEDIDATKARQLSDHGVNRISLGVQSFDADKIRRLERGHTAAEAIAAIETAAAVIGNVSIDLIFAAPDESVAIWQRDLDQALKLPIRHLSAYALTIEKGTPFFARHRKGELRPAGEDDEWQMYQDLRDATAAAGMPQYEVSNFAPPANRCRHNIAYWQGQAWLAAGPGAAAFLNGRRTVNHRSTTTYLKRIESGHSPIAESEPLDADQYARELMAFGVRMIDGVGLASVGRRSGLDLDEKFGATLRRLIDDGLIRRNGDRVQLTPRGLLFADTVASAFL >WP_074087188.1 AAA family ATPase [Paenibacillus sp. P32E] >OKP85837.1 chromosome segregation protein SMC [Paenibacillus sp. P32E] MNADNISIENIGGIKKLDIEFNNGVNLICGMNGVGKSTILECIAHSFGFTNSSIIKRNQRSMDGNWTLSIDGKKITFSTEAFHPFEQQINYNASFIEDNLQVIYVKDQRQIEYHKNDGIRSDEDRTKEQYQFSIINGLRPETIKSWFSNRVLFEPHGSLSEAESANIKLAKKCFSLLDESVKYERINHTSLDLIIDTPRGSIYFEYLSSGFKSALFILLGLIKEIEFNTNPKIKASDFTGIILIDEADAHLHPHWQGPFLNAIKDTFSNAQIIITTHSPHMIQAAGSEELIVLGIDKDGEVKQLDTIKSEYGFKGWTVEEILEDVMGLAETRSDEYLITKRKFESALDAENYEIALESYKILEEMLHPRSPMRKVYQLQLGSLG >XP_054020552.1 tRNA wybutosine-synthesizing protein 4 isoform X1 [Dryobates pubescens] MGRGRPGAPRPAAVQCTGGSSAVSKCSAAARGYIQDRFLPFLVGRQRRRAPLVHRGYYIRARAVDHCIQDFLQRTRGHPRTQILSLGAGFDSLYFRLKDLGLLPRTVVYEVDFPSVVSQKAALIRGVQELVELVGDAGGEPGVMPFSAGDYKLLGADLSQLPELERALEQAGVDREVPTLFIAEVVLAYMESSRSDALLRWAAERFPCAGFLLYEQLGPQDPFGRVMQQHFARRGSALRSLAQYPDCEAQCSRFLARGWSECSAMDMNQFFTCCTPEHEQQRVQALEPFDEYEEWHLKCSHYFVLAASKGMEPPWTPLVPSRTAPGGRGPALAGSVPAACATSSPAPGLRRFGHRSVLLRPGLVLTTGGFGQEEGQHRRASSCQLLLRRAGRWAAASLSMESGSWDGRLYHTISCVSRGLALVVGGRTSPSSAGLGMLWLKFPERCSAWDPVDIRVELVSLQPAVEAAALRWRHSATQVTFQGQQYLFLFGGRSATQPVLGDWHFLHTQELSCSMIPVQGPAPEGRHSHSACGWKGGVLVAGGLGAGEQPLGSLCFLEPLEGGFGWQVLETRPPLVPRYSHTAHVHRGRLLLVGGVWLCPAPAPGVTVVDLATGLSLDYALGTEHLEWPLMLHNHSSVLLPEEEELLLIGGGGNCFSFGTHLNAEPVCLSLRHILTSH >WP_245704803.1 ATP-binding protein [Belnapia rosea] >SDD49032.1 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase [Belnapia rosea] MQARIHRLVADRTQALAAVSHDLRSPIQRLRLRAGFLEDVEAQQAIDGDLDEMEGMIESTLAYLRGETESEEPRQADLAAILTTLVDDATDRGATATYAGPDRLPMRLRPVAIKRALANLVDNAVKHGDGARVALEENPGSVTVRVEDDGPGIPEAALETVFEPFQRLDASRHRGTGGTGLGLAIARQVVNAHGGSVALANRPGGGLVATVLLPRPHATGRDGAAVVGAGTLPPVTPPGERRA >GFB08691.1 hypothetical protein [Tanacetum cinerariifolium] MNVIVYQMDVKTAFLNGIMREEVYVSQPDGFVDQDNLNHVYKLKKALYGLKQAPSAWYNLLSKFLLSRELSKGIVDPTLFIRGQRKISQSPRCIFLNQSKYALESLKKYGMESSNPVDTPMVEKFKLDEDLQGKAIDPTHYRGMVGTLMYLTASRPELTFVLMQMLITRVAKLLDEVHLEVCNYWEKDLLAGH >MBT7091597.1 glycoside hydrolase family 95 protein [Bacteroidota bacterium] ANLQGVWNHSNLPAWAGDYHSNINLEMNYWPAETANLGECHVPFIDYVNSLREVSARNTQRHYGDVRGWTVQTMNNACGISYWKWNAPGSAWYAQHLWEHYAFGRDKEYLRTVAYPILKEVCFFWEDHLVRRADGTLVTPDGWSPEQYKYEPEEGVTYDQEIIYDLFTNTIEAADELGDDKEFRNHIAKMRDDLLKPAIGRWGQLKEWELDKDDPEDKHRHVSHLFALYPGRQISMALTPDLAEAARVSLNARGDESTGWSRAWKINFWARLGDGNRSYKLLRSLLNLVDETRTIYGKSGGGVYSNLFDSHPPFQIDGNLGATAGYCEMLMQSHAGEIQLLPALPSAWSTGSVKGLCARGGFEVDIAWEDGVLTGVTIHSKSGQAVRVTYNKRTWKSKTEAGKTYQLDSRLKRK >XP_045691652.1 keratin-associated protein 4-3-like [Phyllostomus hastatus] MVNSCGSVCSDQGCGQGCCQETCCCPPTCCQTTCCRTTCCRPSCCGSSCCRPSCCVSSCCRPTCCVSSCCRPSCCGSSCCGSSCCRPTCCISSCCRPSCCGSSCCGSSCCRPSCCQTPCCRPSCCVSSCCRPSCCGSSCCRPSCCVSSCCRPVCCQTTCCRTTCCRPVCCGSSCC >WP_283222342.1 hypothetical protein [Stenotrophomonas sp. PFBMAA-4] MEREPPHRRHGADHPALDRVRREGRWWWLQARHARRVWRWALLAAVLVFVALVLLRRPLADWFWDEPQIEQLLAEGDRALAAGRLSADDGSGARERYQAALALDGDRLQARQGLARTGAAALRQAGERLQADDLDGSAKALALARELQVPQGQADAVAQQLQARRSAGAGIGALLAQARNAFAAGRLDDGDSSALPLFQRILALQPDNLPALEGREDALSDLLQRARALAARGELAQAAALLQRARQFDAGHSDLPASQEALARALDQRLRQGQRALKQQKLEAAADAFEAVLAVAADDPNALRGREQSAQALLARSQRHAADFQFEAAEADRARAAALGASQAALQQAAQRIQRAQQARQAQQQPTLSAAQRERQLRDRLRQIDRAEREGRWISPPGHSAFDALREAQSLAPRDARVRAAAARLLPASRQCFNDNLRQNRVQAAGACLQAWQTLAPTAPGLPSARVRLAQRWLAIGSERLGRGDVAFAEAAVAQVRQLQPDLPELDAFEQRLRQVGAESWRR >WP_221268711.1 DUF969 domain-containing protein [Cutibacterium avidum] >BCQ01857.1 membrane protein [Cutibacterium avidum] MWVLLAVAIVVIGFALRLNAMLVVAVAGITAGLIAGMSPVKIIETFGTGFASSRSVTVFIVVLPVIGLLERHGLMQQAGRLMSKMKSMTAGKLLAIYLAIRQITAALGLSSIGGPAQAVRPLVVPMAEAAARRNHPRYTRKMREKLRSYASSADTIGLFFGEDVFIAIGSILLITGFVDATYNLKLEALQIALWAIPTAICAFLIHAPRMWLLDRKLAKMAAEGGDDVGADTTPEPGHTVSLPSGGNPEQGVC >BAE96300.1 SLAM [Mus musculus] MDPKGSLSWRILLFLSLAFELSYGTGGAVMDCPVILQKLGQDTWLPLTNEHQINKSVNKSVRILVTMATSPGSKSNKKIVSFDLSKGSYPDHLEDGYHFQSKNLSLKILGNRRESEGWYLVSVEENVSVQQFCKQLKLYEQVSPPEIKVLNKTQENENGTCSLLLACTVKKGDHVTYSWSDEAGTHLLSRANRSHLLHITLSNQHQDSIYNCTASNPVSSISRTFNLSSQACKQESSSESSPWMQYTLVPLGVVIIFILVFTAIIMMKRQGKPNHCQPPVEEKSLTIYAQVQKSGPQEKKLHDALTDQDPCTTIYVAATEPAPESVQEPNPTTVYASVTLPES >WP_235126772.1 cation-transporting P-type ATPase [Dyadobacter sp. CY347] >MCF2489319.1 cation-transporting P-type ATPase [Dyadobacter sp. CY347] MTENTGNLDRTDPKNGLSSEEANERLRQFGLNELEQVKPESVWSILLRQVNSVIVWILAAAAVVSFFLGDALEGYAVIAVILINAITGFVLEYNARQSMEALRKLDMTPARVLRNKLIVEIASEQVTIGDILILEAGDLVPADAVILEVNQLTVDESALTGESVPSAKTTDASPEDAPLGDRHDRLFKGTAITNGNAKAMVTHIGQTTELGKIATMVNEATRTATPLEAKLDSLAKVLIWVTLGMASLFLIVGLIRGQEIKQLIETAVALAIAAIPEGMSVVATVALAYGMLRLAEKKVIVKRLSAVETLGGTNVIFTDKTGTLTQNKIEVHALRVAGNDLTVRLNADNAAGQTLEVTKGDQDLIHSPDLEMLARIGALVNNAQLSSSKSERKELGDPVEIALLSYARAAGIDLHKLHQDYQRQAEQAFSSDTRIMATLDQVGSEYFIGVKGAVEEVSALCHWNSQEDRDKELEISEQMAADGLRTLAFAYRQSSNKPEKDFTKTEKLTYAGLIGFLDPPRKEVIKSLNACHEAGIKVIMVTGDHPATSLKIAKQVNLVEAEEQLVLTGKDLESFDFSSLEDQEKMMECRVFARVNPAQKLDMIDFYQKQGDIVGMTGDGVNDAPALKKSDIGIAMGLRGTAVAAEAADMVLKDDSFASIVHAIEQGRVIFENIRKFILFLLSCNMSEIFVVTFAGFLNVGSPLLPLQILFINIITDVFPALALGVGKDNKNVMKSGPRDPKQPILELSDWKRVVFYALVMTGSVLGVYWYAIDRLGLSAEEGNTITFYALSLAQLLHVFNLYSGKLRFFDNEITRNKFIWMALALCILIMFITNYAPFFRQILSLEELSLQALELILAAGFLPVLVNQMLRVFFPVK >MBA2536487.1 acetyl-CoA C-acetyltransferase [Actinomycetia bacterium] MPRSVIVSAVRTPFARLGGGLKGHEATELGAIAIRAALDRVDVANDEVEYVIMGQVLQAGAGQAPARQASIGAGLPIEIGSDTVNKVCASSIRAAEMADQMIRSGDHSVIVVGGMESMSNAPYLLKNARFGYRLGDGVIIDSMVHDGLTSTFDQRHMIQQASFVSRELGISREDQDAWALRSHQRAVNAIDGGLFQEEVVAVGELSVDEGPRRDTSLEKLSSLKPVFDPEGTTTAGNAPGVNDGAGALVVTSEEFARKRGLEVLATIVAQAYVADDFAYLARTPALAGKLALEKAGKTIDDVERVELNEAFSSVVLNSTKMLGADPERVNVNGGAVALGHPIGASGARILSTMIYELRRNGGGLGLAAICSGGGQGDALLIEV >YP_009109540.1 cytochrome c oxidase subunit III [Andinoacara rivulatus] >BAP82523.1 cytochrome c oxidase subunit III [Andinoacara rivulatus] MAHQAHAYHMVDPSPWPLTGAVAALLMTSGLAIWMHFHNTTLMILGLVLLLLTMNQWWRDIIREGTFQGHHTPPVQKGLRYGMILFITSEVFFFLGFFWAFYHSSLSPTHELGGCWPPTGITTLNPFEVPLLNTAVLLASGVTVTWAHHSITQGLRKEATQALTLTIILGFYFTLLQAMEYYEAPFTIADGVYGSTFFVATGFHGLHVIIGSTFLAVCLLRQIQYHFTSEHHFGFEAAAWYWHFVDVVWLFLYISIYWWGS >MBF11761.1 DNA polymerase III subunit delta [Flavobacteriaceae bacterium] MQAFTTLLSKIQKKDYSPFYLXSGNEPFFIDTICNVLIENLLEESSKDFDFSQFYGKEALASDIIETAKRFPMLSKYNXVIVKEAQFMNXSEXDLLASYASQPMLQTVVVFCXKNKXFXKRKKLFKAVEXTGEVLTVKPLYENQLKPWIKNQAKNRKLEXSPVIIELFAXYXGADLTRIXNELKKLKSIIPEGEXITXEHIEKHIGISKSFNNFELQXAIGLGSFSKAFQIIQYLNRNPKENPLGLTLATLHTYFQKLLLLKSIGSNSKSLGINPYFMKDYQNAAQRFSMRQLAKAMEYVLKSDLKSKGIEAGKKSTKDIMEELLLKLFSL >MBF1583063.1 aminoacyl-histidine dipeptidase [Prevotella sp.] >MBF1598778.1 aminoacyl-histidine dipeptidase [Prevotella sp.] MANVELKPACVFEQFAKINQIPRPSKHEEQMISYLQDFAKERNLDVKVDKVGNVLISKPATKGMENIPTVVLQSHMDMVCDKLVDIEFDFHKDAIQTYVDGEWLHAKGTTLGADDGIGMAYELAILDSNDIEHGPIECLFTRDEETGLTGAFGLEAGFMTGNYLINLDSEDEGQIFVSCAGGNSTTAVFNFERENAPEGYFFMEASLKGLVGGHSGDDINKKRANAIKLLARFLYAEQAKMDLRLSYWNSGKMHNAIPRDGKVLFAVPSANKETVKADWNIFSTEVADEFHVTDTTMVWNLESADAAPVMPKQISHNVILALQALDNGPLTNCQDEALAYMVETSSNVASIQTEENKLTVVSSQRSNVMSNLVNMTNTVRACFELAGAEIVVDDSYPAWKMNPNSELVHVAVEQYKNIFGKEPLVLGIHAGLECGLFSEKYPHLDMISFGPTLRYVHTPDECLLIPTVQMVWDHLLAVLKNIK >PLS78226.1 GNAT family N-acetyltransferase, partial [Chloroflexota bacterium] FELDAALVQDVPHPEPHTPISYEFFNENLLQNPNLLPDGFFVALHNGRYVGMSNLWRSQASADLYTGLTGVCREYRRQGIALALKLRAITYAKARGTQIIKTSNESNNRPMLSINEQLGFVKQPIWISFLNVLREERE >MBS0359667.1 efflux RND transporter periplasmic adaptor subunit [Pseudomonadota bacterium] MKIKNILIAGLFLFSVCQTAWAATPPPKTITLQKKGFSTILYFNGNVKPIRMINVTSPADGVIVGRYFEYGQKIAKGDQVVQLNSEALEKNFHDALTAYLKAKSSFQEAQSKYNASAELWKLGIVAKDDLTSTKNQMDFANLSYFEALYSLEKSIKVKEVLPENIKQLTVNNINQIEKTLNIKYNMLTVASPADGVVLFNPQQQGGDSPSNKKIQVGSVVKLGQVIILIGDMSGLSIDIVVDEIDIDRVKVGQKVFVTSEAFPEFKLQGQIRKIDSQASSASGGGGGLPVFPVSIEIPSLTSEELGKIRVGMSAKVELVLENPNSFSVPLGAVSLVDGQSVVKLIRNGKVEQVPVVTGETGIDVVEVKNGLAVGDQIVVGE >WP_230865828.1 PPE family protein [Mycobacterium canettii] MVNFSVLPPEINSGRMFFGAGSGPMLAAAAAWDGLAAELGLAAESFGLVTSGLAGGSGQAWQGAAAAAMVVAAAPYAGWLAAAAARAGGAAVQAKAVAGAFEAARAAMVDPVVVAANRSAFVQLVLSNVFGQNAPAIAAAEATYEQMWAADVAAMVGYHGGVSAAAAALAPWQQALPGLSGLLGGAANAPAAAAQGAAQGLAELTLNLGVGNIGSLNLGSGNIGGTNVGSGNVGGTNLGSGNYGSLNWGSGNTGTGNAGSGNTGDYNPGSGNFGSGNFGSGNIGSLNVGSGNFGTLNLANGNNGDVNFGGGNTGDFNFGGGNNGTLNFGFGNTGSGNFGFGNTGNNNIGIGLTGDGQIGIGGLNSGTGNIGFGNSGNNNIGFFNSGDGNIGFFNSGDGNTGFGNAGNINTGFWNAGNLNTGFGSAGNGNVGIFDGGNSNSGSFNVGFQNTGFGNSGAGNTGFFNAGDSNTGFANAGNVNTGFFNGGDINTGGFNGGNVNTGFGSALTQAGANSGFGNLGTGNSGWGNSDPSGTGNSGFFNTGNGNSGFSNAGPAMLPGFNSGFANIGSFNAGIANSGNNLAGISNSGDDSSGAVNSGSQNSGAFNAGVGLSGFFR >HBL8984898.1 beta-lactamase [Escherichia coli] SVAKKEMALNDPAAKYQPELALPQWKGITLLDLATYTAGGLPLQVPDAVKSRADLLNFYQQWQPSRKPGDMRLYANSSIGLFGALTANAAGMPYEQLLTARILAPLGLSHTFITVPESAQSQYAYGYKNKKPVRVSPGQLDAESYGVKSASKDMLRWAEMNMEPSRAGNADLEMAMYLAQTRYYKTAAINQGLGWEMYDWPQQKDMIINGVTNEVALQPHPVTDNQVQPYNRASWVHKTGATTGFGAYVAFIPEKQVAIVILANKNYPNTERVKAAQAILSALE >QLP56207.1 dipeptide/tripeptide permease DtpB [Klebsiella quasipneumoniae] MNTTAPTGLLQQPRPFFMIFFVELWERFGYYGVQGILAVFFVKQLGFSQEQAFITFGAFAALVYGLISIGGYVGDHLLGTKRTLVLGAVVLAIGYFMTGMSLLKPQLIFIALGTIAVGNGLFKANPASLLSKCYPPKDARLDGAFTLFYMSINIGSLLSLSLAPVIAEKFGYAVTYNLCGAGLIIALLVYFACRGMVKDIGSEPDHRPLSLRNLALVLAGTVVMIFLCAWLMHNVMIANLVLIVLSVVVIAFFFREAFRLDKTGRNKMFVAFILMIEAVLFYILYAQMPTSLNFFAINNVHHQILGFTINPVSFQALNPFWVVVASPVLAGIYTHLGHKGKDLTMPVKFTLGMFLCALGFLTAAAAGMWFADAQGLTSPWFIVLVYLFQSLGELLISALGLAMVAALVPQHLMGFILGMWFLTQAAAFLLGGYVATFTAVPENITDPLQTLPVYTSVFSKIGLVTLGVTVVMALMVPWLNRMINTPASAE >WP_013449879.1 quinol dehydrogenase ferredoxin subunit NapH [Sulfuricurvum kujiense] >ADR35267.1 periplasmic nitrate reductase subunit NapH [Sulfuricurvum kujiense DSM 16994] MEWLKKHRFLILRRLIQISMIVLYFAAHAWGWKVLEGNLGSSLVVGTIPLADPFAVIQMSAAGALLGLDVLIGAAIITLFYAIIGGRAFCSWVCPINMVSDAANGLRRILRINEVERRVVISRHLRYWVLALSIALSAIFGVAAFEFISPIGMLNRGLIFGIGFGGAVVAGVFLFDLFGVKNGFCGHLCPLGGFYSLIGRFSLIRVKHNQEKCTLCMKCTAICPEKPVLHMIGKRSEFVAMGECTNCARCIEVCDDDALNFDIRLFKQQDKE >MBR2605819.1 DUF853 family protein [Clostridia bacterium] MFFEDKAYIANADGKKLFLLPQMANRHGLITGATGTGKTVTMKVLAESFSDMGVPVFLADVKGDVSGLAEPGVDSEGMQKRIDRFDLRDHWSYREYPVAFWDIFGEQGIPIRIQVSDMGPLMFSRLLGLTEVQTGVLHIVYRVADDNGLELIDLKDLRAMLTWVSENRANLVTTYGNVTPQSIGAIQRALLRLEDEGGNVFFGEPSISVDDLLRVDEEGHGMLNILDSTKLIRSPLIYSTFLIWLVSELFERLPEMGDPEKPKAVFFFDEAHLLFQNAPKAFLEKIVQLVKLIRSKGVGIYFVSQSPSDIPNDVLAQLSNRIQHGLRAYTPSEMKAVKAAANSFRPNPALDTEKEIMSLGTGEALVSLLDEKGIPTIVERANILPPQSLMAPTKDEVRQLVLQYDPLYASYQEAVDRYSAYEKLKEETDAKEQKALAEAEQKALAKQEAEQKKAAEKQAAEQKKTAAAKKKQQSTVGKAAKKVAKSATNTVLNKIGRKLGNAIARGIFGNWL >GLC83712.1 hypothetical protein MIAR_03000 [Microbacterium arabinogalactanolyticum] MAPRISALIDFVSDCGGYVRTARVTERGFGRRTVDAAVAGGLLTRPRRGWIAVRSTPRMLYDAMTFGLVLTCRTAAQHYDIWLHDPEGEPHVAVPVARGGRVPVRAKVHWGAPLIPRDPDALIDPIENVLAYIAECEPFEQALATWDSAFNKGLVEMAAMSRLLLRPAARRVLAEASPFADAGLETYLRTRLRWLRVPLRIQTWIHGHRVDALIGARLVVQIDGKHHVGAQRSEDIKHDAELKLLGYHVIRVSYTQVMFDWPAVQDLIMRAVAQGLHLEA >WP_244774495.1 permease [Sphaerochaeta associata] >NBJ17103.1 permease [Dehalobacter sp. 4CP] >NLA97187.1 permease [Spirochaetales bacterium] >UOM52323.1 permease [Sphaerochaeta associata] >SMP45610.1 Predicted permease [Sphaerochaeta associata] MKHFVKRYRSFLIVSVVLLLAGLFNKELGQQVLSTTAYQLKEMLLVIPPIFVLLGLLDIWVPKQTMVKYMGEGSGLKGILLALFIGSAAAGPLYGAFPVAAVFMRKGVKFSNILIFLGAWSTTKIPMILFEFSALGLPFALTRLLVDIPGIIIIAYLLQALMGKKEIESIYTKAMQNS >WP_113913927.1 MULTISPECIES: NAD(P)-binding domain-containing protein [Micrococcus] >MCM3551349.1 NAD(P)/FAD-dependent oxidoreductase [Micrococcus luteus] >MCT2067510.1 NAD(P)/FAD-dependent oxidoreductase [Micrococcus luteus] >MCT2254130.1 NAD(P)/FAD-dependent oxidoreductase [Micrococcus luteus] MTASPSPAPPRPGRTGRATVVVIGAGQAGLSAAYHLRRRGFVGLGPNDDGAAGVPDDAPGTFVVLDAETAPGGAWQHRWDSLTMATVNHIHELPGDPVPPADPAAHANTLLPAYFADYEARFALPIRRPVRVRRVERIGEPGRARGFFVRTDGAPGTWRADFVANATGTWTSPRWPSVPGMRSFRGRQLHTRDYVSKDEFAGQRVVIVGMGVSATQLLAEISTVADTLWVTRREPQWQDSAAPGALAESVRGVDERTRAGLPPGSVVGATGMHRSSWVREAESRGVLVRHPMFTAVEPDGVRMPDGSFEPADVILWATGFRPAIRHLAPLRLRTPAGGIRVAGGRALDEPRLFLLGYGPSQSTVGANRAGRDAVRAILADLAGPASG >WP_231056077.1 N-6 DNA methylase [Massilia phyllostachyos] >MCD2514728.1 N-6 DNA methylase [Massilia phyllostachyos] MRDQDDDIIKAQQDAAEENGPDNFFIDILTGNKESASAKKLLVQKVLRQLIESYGFDRNDLEVNYNPQLSGQGRKRIDIAVFRPNAEHNNDNLQRIIVCKNQKKRDKLRSITEADADLRELTELLELIPGATLGMWTNGQEEFLFQVQRTRFEVRPEPLGVWPVPGERTADLDRTGGVIQISAEAEDLEDALMRCRQYLNRNLGLDHKDSFKQLAVLMLAKIHDETLPTGERKFWIRGDEPFTEAGQQAIARRIIASIAAAKAWQPNLLTRGWDLTLEPNEIARLVMELARYSLSETQPRYRTGAFRAVARSVMDGREGRYPTPLNVAELAVNMFDPQPGERIMDCSSGTGTFLAMTAVHIFKKKLAAMGATPDEATKEQIRQAQNETAAWAASNALGCDIDPFLAVASRMNLLFTTGNPGRVFRIDARTFPDGDLDGIEAARPAMPLGSMDIVLLNPWFSTQDTVSDTSILQHYDLGNIWERDDEGGFRNTGELNTGGVPPEVLFIERALQWVKPGTGRVGILLPDGLLGNPGDEYVRWWILRHFEVMASVDLPVEPFKVTVKEYGLAPALPSLLVLRRRSQEELINTDHPEYKVFMAVVGRAGEDTRGKLFQRAPDGEVLIFEENVIERVRNGGQIEVRRVTKRAPRIDDELPLVAEKYKEFRATGEVTL >MBH1832495.1 endonuclease domain-containing protein [Stenotrophomonas maltophilia] MTAFDKHQVSRFRFVRCEFAADTGVARLVYAFDDGPEMVETITVPGAPFVLDEARSAAVQRALQLLHLIAGVSYYKAGVPDTVSIDSYSIDADTAALVETIYLNGLGEFAYRNGLNLRGRFRLPVQGVAAQAPALGLQPHALVAIGGGKDSLVSIEALRRAGVDETVTWIGGSQLIRACAERTGLPTLNLGRTLAPELFELNRQGAWNGHIPVTVVNSAIMALAALLHGVDQVVFSNERSASYGSQIPGTGEVNHQWSKGWACEQAFGSHVQKYVAADLQYYSLLRPMSELAVARQFAKSDFYDAHFSSCNRNFHILGERPVNRWCGVCPKCHFVFLALAPFMPKTRLVRIFGRNLLDDAEQAGGFDALLEFQDHKPFECVGEGRESRAAMATLAQRPEWKEDVLVKRFCNEIQPQLDAAELELAPLLQLQGEHRVPAALWERVREDFEA >WP_246165763.1 TMEM175 family protein [Bifidobacterium canis] MLKNTVRIMSKERTVAFTDAVLAIIMTILVLDLETPKELTWAGFAELWPQYAAYALTFFWLGALWINLHIEWEHARNVSVPVLWWTIIMLFFASFTPYTTGMAAEHFFSPTVQAIYGVVVMLISLSNLALSWQLQKVNTSTESGLSSQRHRGALWIDLSIKLIGLVLALTVWPPAMMLAVVIAGTLVSVALQVQRPSGTAELGAREHSAQK >MCH3978367.1 iron ABC transporter permease [Candidatus Methanomethylophilus sp.] >MCI2074501.1 iron ABC transporter permease [Candidatus Methanomethylophilus sp.] >MCI2093786.1 iron ABC transporter permease [Candidatus Methanomethylophilus sp.] MVLLFGISITIGTRDISFADVYSYLWRHICGETYDVGTYEYWDDYIIWEVRLPRAAFCIIAGAGLAVGGAVMQNVMNNPLADPYSTGISSGAVFGVAVSVILGISVSAISSQLSNFGVILNAFIFAMIPMAFIILISPRTNTSPATLILAGVAISYLFNALTTLLMMSTDSETLATVYRWQVGSVAEITWPSVPLMAAINIAGIAAAIILSKKLNILALGDDSAKSLGLNAQNMRLVCLMIVTFMAASVIAYAGIISFIGLISAHIVRTVLDSDSRFVIPASAGFGALFMLFADICARLISDNDAVPIGVMLSFIGAPIFLILIIRQKRAVW >WP_261665820.1 DNA-directed RNA polymerase subunit beta' [Enterobacter hormaechei] >UXI39853.1 DNA-directed RNA polymerase subunit beta' [Enterobacter hormaechei] MKDLLKFLKAQTKTEEFDAIKIALASPDMIRSWSFGEVKKPETINYRTFKPERDGLFCARIFGPVKDYECLCGKYKRLKHRGVICEKCGVEVTQTKVRRERMGHIELASPTAHIWFLKSLPSRIGLLLDMPLRDIERVLYFESYVVIEGGMTNLERNQILTEEQYLDALEEFGDEFDAKMGAEAIQALLKSMDLEQECETLREELNETNSETKRKKLTKRIKLLEAFVQSGNKPEWMILTVLPVLPPDLRPLVPLDGGRFATSDLNDLYRRVINRNNRLKRLLDLAAPDIIVRNEKRMLQEAVDALLDNGRRGRAITGSNKRPLKSLADMIKGKQGRFRQNLLGKRVDYSGRSVITVGPYLRLHQCGLPKKMALELFKPFIYGKLELRGLATTIKAAKKMVEREEAVVWDILDEVIREHPVLLNRAPTLHRLGIQAFEPVLIEGKAIQLHPLVCAAYNADFDGDQMAVHVPLTLEAQLEARALMMSTNNILSPANGEPIIVPSQDVVLGLYYMTRDCVNAKGEGMVLTGPKEAERIYRAGLASLHARVKVRITEYEKDENGEFVAHTSLKDTTVGRAILWMIVPKGLPFSIVNQALGKKAISKMLNTCYRILGLKPTVIFADQTMYTGFAYAARSGASVGIDDMVIPEKKHEIISEAEAEVAEIQEQFQSGLVTAGERYNKVIDIWAAANDRVSKAMMDNLQTETVINRDGVEEQQVSFNSIYMMADSGARGSAAQIRQLAGMRGLMAKPDGSIIETPITANFREGLNVLQYFISTHGARKGLADTALKTANSGYLTRRLVDVAQDLVVTEDDCGTLEGITMTPVIEGGDVKEPLRDRVLGRVTAEDILKPGTADILVPRNTLLHEQWCDLLEANSVDSVKVRSVVSCDTDFGVCAHCYGRDLARGHIINKGEAIGVIAAQSIGEPGTQLTMRMFHIGGAASRAAAESSIQVKNKGSIKLSNAKSVVNSSGKLVITSRNTELKLIDEFGRTKESYKVPYGAVMAKGDGEQVAGGETVANWDPHTMPVITEVSGFIRFTDMIDGQTITRQTDELTGLSSLVVLDSAERTTGGKDLRPALKIVDAQGNDVLIPGTDMPAQYFLPGKAIVQLEDGVQISSGDTLARIPQESGGTKDITGGLPRVADLFEARRPKEPAILAEISGIISFGKETKGKRRLVITPVDGSEPYEEMIPKWRQLNVFEGERVERGDVVSDGPEAPHDILRLRGVHAVTRYIVNEVQDVYRLQGVKINDKHIEVIVRQMLRKATIENAGSSDFLEGEQVEYSRVKIANRDLEANGKIGATFARDLLGITKASLATESFISAASFQETTRVLTEAAVAGKRDELRGLKENVIVGRLIPAGTGYAYHQDRMRRRAAGELPAAPQVTAEDASASLAELLNAGLGGSDNE >CAF2148714.1 unnamed protein product [Rotaria magnacalcarata] MSDNGQVNDAGRSVSCMFCNEKSASTEEMRIHLLACGNKTDRCPNCKKFIRRAVFAYHYENGCANLDEIDNVRDRAAGTYVVPSAQQATSREVNITRMDVELPIQPNRESNTNQRSNSGIKTTMLCEFCDGECEPAQIEVHRKFCLQNPNRTVNRTTTLTGGSSNQHSDRLQREHPSSEAALIPCEYCQKPIEWRLFEDHTKYCDVRAQEQRQQQSRFVHVQQADNNRAIQCKHCNQERGAPSIEFHERVCQKYDSNTYSTVYTSAYTLSMFPY >WP_073045763.1 VOC family protein [Dethiosulfatibacter aminovorans] >SHI38684.1 lactoylglutathione lyase [Dethiosulfatibacter aminovorans DSM 17477] MSFLWCTLHVKNLDESIKFYETFAGLSVNRRFEARPGVEIAFLGDGGTQLELIDAGDGDSYPVSDQISIGFSTDSVDDKIRELKEAGIEIYREPVQPNPHIRFFYVKDPNGISVQFAQQM >XP_048366669.1 TBC1 domain family member 5 isoform X2 [Sphaerodactylus townsendi] MYYSISETRHPLQTEEQEIGIDPLQSFVNKSEDGGSNENGSIHHDSDSDGTFLSYSKEWEELFVNNNYLATIRLKGINGQLRSSRFRSVCWKLFLNVLPPDRSQWISQTTKLRTLYNKIKEIHITNPRKAGQQDLMINNPLSQDEGSLWNRFFQDKELRGMIEQDVTRTFPEMQYFQQENVRKILTDVLFCYARENEQLLYKQGMHELLAPIVFILHCDHQAFLHANEAAQPSEEMKVLLNPEYLEHDAYAMFIHLMKTAGHWFSTYENDGQKEKDTMMTPIPFARPQDLGPSIAIVAKVNQIQDHLLKKHDTELYMHLNRLEIAPQIYGLRWVRLLFGREFSLQDLLVIWDALFADSITLDLVDYVFLAMLLYIRDALISSNYQTCLGLLMHYPPIGDVHSLILRALFLRDPKRNPRPVIYQFRQNLDYYKACGADLMSKNRVGTKVAPLNINKVSNSLLNFGRKLISPALVSGSAAVPVAGGSSSFPSSSAVPIKSTVNLPQQQQQQQQRMMKSESMPVQLSKGQSSKNVSSSPSTESLSGGREYTESPPLSAAKRESFFSTISHSRSQSRSMSKKESEEELEAQISFLQGQLNELEAMCKYCAKMMNTHLGNIQEVILQEHLEKEDEILVSLAALKQIKDILKGSLRFNQSQLEAEENEQITIEDDHYCSNYQSKGASDSAEKLSVTKQVLLTVKQDVSDTSDNKHSDDYILVSKEEEGNVSSALQHVQTVPPCKETSTKNEAPCRSSLTFSDPLMGSMSASSSNLSSSPDDDSSNNSKDSDFTIVSPLEI >EEX5979844.1 baseplate assembly protein [Escherichia coli] >EFE4323261.1 baseplate assembly protein [Escherichia coli] >EFE5904591.1 baseplate assembly protein [Escherichia coli] >EFE6231132.1 baseplate assembly protein [Escherichia coli] >EFE6257714.1 baseplate assembly protein [Escherichia coli] MKCKSVSKKSPRYIDEPMNNTTRLQCMSAAVIALTRWEPRIALDAIDVVWKAGGRAGVTLSGTVMQTMQNVELTITLRE >MBQ3226584.1 hypothetical protein [Clostridia bacterium] >MBQ3554477.1 hypothetical protein [Clostridia bacterium] MTAKRVRGICIFLIAFVLIAALSWYLVKSKGENRHSKAVMVMMTKQYKGECYEE >XP_054484247.1 E3 ubiquitin-protein ligase MYCBP2 isoform X11 [Agelaius phoeniceus] MSSAAAAAASAGAAAACTGAERGYSFSSGGAAPAMGPEEGSAGGLGALPAPPLGCRSRYQLLLSGKALADRYRRIYTAALSDRELGSHPGRSKKLFSKKKLKRKQKTKLKVKTRNKTESLESTITIPDIRLHSNPSAFNVYCNVRHCVLEWQKKEASVSLASKNSVQSGDSDSDEEEEPKEPPIKLPKIIEVGLCEVFELIKETRFSHPSLCLRSLQALLNVLQGQQPEGLQSEPPEVLESLFQLLLEITVRSTGMNDSTGQSLTALSCACLFSLVAAWGETGRTLQAISAILTNNGSHACQTIQVPTILNSLQRSVQAVLVGKIQIQDWFSNGIKKAALMHKWPLKEISVDEDDQCLLQSDGFFLYLLCKDGLYKIGSGYSGTVRGHIYNSTSRIKNRKEKKSWLGYAQGYLLYRDANNHSMTAIRINPETLEQDGTVALPDCHTEGQNILFTDGEYINQIAASRDDGFVVRIFATSTEPVLQQELQLKLARKCLHACGISLFDLEKDLHIISTGFDEESAVLGAGREFALMKTASGKIYYTGKYQSLGIKQGGPSAGKWVELPITKSPKIIQFSVGHDGSHALLVAEDGSIFFTGSASKGEDGESTKSRRQSKPYKPKKIIKMEGKIVISTACNNGSSSVISKDGELYMFGKDAIYSDSTSLVTDLKGHFVTQVAMGKAHTCVLMKNGEVWTFGVNNKGQCGRDTGSMSQGGKGFGVESMATAMDEDLEEELDEKDEKSMMCPPGMHKWKLEQCMVCTVCGDCTGYGASCVSSGRPDRVPGGICGCGSGESGCAVCGCCKACARELDGQEARQRGILDAVKEMIPLDLLLAVPVPGVNIEEHLQLRQEEKRQRVIRRHRLEEGRGPLVIPGPIFMNHREQALARIRLSPAPLKHKRDKHKDGSGERGEKDASKITTYPPGAVRFDCELRAVQVSCGFHHSVVLMENGDVYTFGYGQHGQLGHGDVNSRGCPTLVQALPGPSTQVTAGSNHTAILLMDGQVFTFGSFSKGQLGRPILDMPYWNAKPAPMPNIGSKYGRKATWIGASGDQTFLRIDEALINSHVLATSEIFASRHIIGLVPASISEPPPFKCLLINKVDGSCKTFNDSEQEDLQGSGVCLDPVYDVIWRFCPNARELWSYNAVVADSRLPSAPDMQSRCSILSPELALPTGSKALTTRSHAALHILGCLDTLAAMQDLKMGVANTEEETQAVMKVYSKEDYSVVNRFESHGGGWGYSAHSVEAIRFCADTDILLGGLGLFGGRGEYTAKIKLFELGPDGGDHETDGDLLAETDVLAYDCAAREKYAMMFDEPVLLQAGWWYVAWARVSGPSSDCGSHGQASITTDDGVVFQFKSSKKSNNGTDVNAGQIPQLLYRLPTSDGSASKGKQQTSEPVHILKRSFARTVSVECFESLLSILHWSWTTLVLGVEELRGLKGFQYTATLLDLERLRFVGTCCLRLLRVYTCEIYPISATAKAVVEETSKLADCIGKTRTLLRKILSEGVDHCMVKLDNDPQGYLSQPLSLLEAVLQECHNTFTACFHSFYPTPALQWACLCDLLNCLDQDIQEANFKTSSSRLLAAVMSALCHTSVKLTSIFPIAYDGEALLRSMVKQVSTENDSALAHRFPLLVAHMEKLSQSEENVSGMTSFREVLEKMLVIVVLPVRNSLRRENELFSSHLVSNTCGLLASIVSELTASALGSEVDGLNSLHSVKSTPNRFTKTSQGRSWNTGNGSPDAICFSVDKPGVVVVGFSVYGGGGIHEYELEVLVDDSDHTGDATHSHRWTSLELVKGTYTTDDSPSDIAEIRLDKVVPLKENVKYAVRLRNYGSRTANGDGGMTTVQCPDGVTFTFSTCSLSSNGTNQTRGQIPQILYYRSEYDGDLQSQLLNKANEEDKNCSRALSVVSAVVRAAKDLLHRALAVDAEDIPELLSSSSLFSMLLPLIIAYIGPVAAAIPKVAVEVFGLVQQLLPSVAVLNQKYAPPAFNPNQSTDSTTGNQPEQGLSACTTSNHYAVVESEHPYKPASVTHYKVTFPECVRWITIEFDTQCGTAQSEDVLRLLIPVRIAQSLGFGPKHTSVHENLNSWIELKKFSGSSGWPTMVLVLPGNEALFSLETASDYVKDEKACFYGFKCYAIGYEFSPGSDEGIIQLEKELANLGGSCAAALMKKDLALPIAGSEFEEDLEILEEAALQVCKAHSGILGKGLALSHSPTILEALEGSLPLQVQSNEQSFLEDFIACVPGSSGGRLARWLQPDSYADPQKTSLILNKDDIRCGWPTVITVQTKDQYGEVVHVPNMKVEVKAIPVSQKKTSLQQEQVKKVQRIPGSPATAVSPSSDMTFGGLPSPKLDSSYEPMIVKEARYIAITMMKAYENYSFEELRFASPTPKRPSENMLIRVNNDGTYCANWTPGAVGLYTIHVTIDGIEIDAGLEVKVKDPPKGMIPPGTQLIKPKAEPQPNKVRKFVAKDSAGLRIRSHPSLQSEQIGIVKVNGSITFIDEIHNDDGVWLRLNDETIKKYVPNMNGYTEAWCLSFNQHLGKSLLVPVDNVFNASQGVRDLDFFSWTSKALPPKESRSNADDFFKDLNSHCPQEAVMQEQDMPFLRGGPGVYKVVKTGPSGHNIRSCPNLRGIPIGMLVLGNKVKAVGEVTNSEGTWVQMDKNSMVEFCESDEGEAWSLARDRGGNQYLRHEDEQVLLDQNVQTPPPSPFSIQAFSKGTSCSNGQGFDYGLGNNKGDRMNFTGAARPISPAGKSDMASKHRADCRSPKLDVRMNRAAAEQKKPRNTDGLSASECLMLKSDAAKLRSDSHSRSLSPNHNTLQTLKTDGRTTPGLRAESPAPGTRSTSPKTKTLTGIRSGASSPRSSSPNDKTTLPQKASSPVKTKLDPPRERSKSDSYTLDPDTLRKKKVPLTEPLRGRSTSPKPKITTKDGKPAQETENRAPSPHVVQENLHSEVVEVCTSSTLKTDSITDTTCEDNTEFRSLDDGSNKVHFSIGKAPLKDEQDMRASPKVSRKCAGRHTRPKKEKSNFLFKGDGSKPIEPAKQAMSPSVAECARAVFAAFLWHEGIVHDAMACSSFLKFNPELSKEHAPIRSSLTQQPAEEKETKLKNRHSLEISSALNMFNISPHGPDISKMGSINKNKVLSMLKEPPLHEKCEDGKTETTSFETSSHHTMKSKSPLPLTLQHLVAFWEDISLATIKAASQNMIFPSPGSCAVLKKKESDKDNKKAKKEKKKKEKVEARPRGNLFGEMAQLAVGGPEKDTICELCGESHPYPVTYHMRQAHPGCGRYAGGQGYNSIGHFCGGWAGNCGDGGIGGSTWYLVCDRCREKYLREKQAAAREKIKQSRRKPMQVKTPRALPTMEAHQVIKANALYLLSLSSAAEPSILCYNPAKAFQSQLPSLKEGISEDFPIKMPCLYLQTLARHHHENFVGYQDDNLFQDEMRYLRSTSVPAPYISVTPDASPNVFEEPESNMKSMPPSLETSPITDTDLAKRTVFQRSYSVVASEYDKQHSILPARVKAIPRRRVNSGDAEVGSSLLRHPSPELSRLISAHSSLSKGERNFQWPVLAFVIQHHDLEGLEIAMKQALRKSACRVFAMEAFNWLLCNVIQTTSLHDILWHFVASLTPAPVEPEEEEDEENKSNKENAEQEKDTRVCEHPLSDIVIAGEAAHPLPHTFHRLLQTISDLMMSLPSGSALQQMALRCWSLKFKQSDHQFLHQSNVFHHINNILSKSDDGDSEESFSISVQSGFEVMNQELCIVVCLKDLTSIVDIKTSSRPAMIGSLTDGSTETFWESGDEDKNKTKNITINCVKGINARYVCVHVDNSRDLGNKVTSMTFLTGKAVEDLCRIKQVDLDSRHIGWVTSELPGGDNHIIKIELKGPENTLRVRQVKILGWKDGESIKIAGQISASVAQQRNCESETLRVFRLITSQVFGKLISGDAEPTPEQEEKALLSSPEGEEKVHNATSDADLKEHMVGIIFSRSKLTNLQKQVCAHIVQAIRMEATRVREEWEHAISSKENANSQPSDEDAASDAYCFELLSMVLALSGSNVGRQYLAQQLTLLQDLFSLLHTASPRVQRQVTSLLRRVLPEVTPSRLASIIGVKSLPPADISDIIHSTEKGDWNKLGILDMFLGCIAKALTVQLKAKGTTITGTAGTTAGKGVTTVTLPMIFNSSYIRRGESHWWMKGSTPTQISEIIIKLIKDMAAGHLSEAWSRVTKNAIAETIIALTKMEEEYRSPVRCIATTRLWLALASLCVLDQDHVDRLSSGRWMGKDGQQKQMPMCDNHDDGETAAIILCNVCGNLCTDCDRFLHLHRRTKTHQRQVFKEEEEAIKVDLHEGCGRTKLFWLMALADSKTMKAMVEFREQTGKPTTSSSEACRFCGCRSGTELSAVGSVCSDTDCQEYAKIACSKTHPCGHPCGGVKNEEHCLPCLHGCDKNATTLKQDADDMCMICFTEALSAAPAIQLDCSHVFHLQCCQRVLENRWLGPRITFGFMSCPICKNKINHTVLKDLLDPIKELYEDVRRKALMRLEYEGLHKSEAITTPGVRFYNDPAGYAMNRYAYYVCYKCKKAYFGGEARCDAEAGQGDDYDPRELICGACSDVSRAQMCPKHGTDFLEYKCRYCCSVAVFFCFGTTHFCNACHDDFQRMTSIPKEELPHCPAGPKGKQLEGTECPLHVVHPPTGEEFALGCGVCRNAHTF >QQO98901.1 hypothetical protein, partial [Acaenitus dubitator] EGHLKAIFGIDFSPNGYHIATGSEDNECKIWDLRKRSCIYTIPSHSDLLSDVKYQKDEGQYLVTASYDGSAKIWSNKTWQPLKKLPGHDGKVMSVDVSGDQKFIVTSSYD >MCK9213126.1 class I SAM-dependent methyltransferase [Rhodoferax sp.] MQALASTLRAGLVALDLSLSDAQIDSLLAYQALIGKWNKVYNLTAVREPGDMLTH >MOO25268.1 immunoglobulin heavy chain junction region [Homo sapiens] CARGGGVAAGTREVDYW >KAF6257731.1 P-loop containing nucleoside triphosphate hydrolase protein [Scenedesmus sp. NREL 46B-D3] MNNVKFTSKCESLIATAAETAQESQHQQLTPIHLAIAIFEDPEGIAKQATIKVAGEETYKGLLRVLRKRLVRLPQIDPAPDNVYPSKDFTAVVKKAQQEQKRRQDAFVGVDVLLLALLHDGEVGAAIAEAGMAKQALENALKEVRPEDQKIDSASGDANFEALAKYGTDLTANAARLDPVIGRDDEIRRVVRILSRRTKNNPVLVGEPGVGKTAIAEGLAQRIVKSDVPVNLQGVRLIALDMGALVAGAKYRGEFEERLKAVLAEVKEAKGKIILFIDEMHLVLGAGKAEGAMDAANLLKPMLARGELRTIGATTLAEYRQHIEKDAAFERRFQQVLVGEPSVPDTIQILRGLKEKYEDHHGVHITDRALVVAAELSDRYITGRFLPDKAIDLMDEACSNVRVQLDSKPENIDSLERQRVRLQVEAQALKKEKDPLSVARLGEVQQQLAALEDMLRPLVMKYSQEKERLDKIRMLQAKRQELLVALEMAEQRQDLARTADIKYGSLLEVDETLKKLRGAAPKGSDAMLVEEVGPEEIAGVVSKWTGIPVNRLQQTERDKLLSLRDELHRRVVGQDAAVDVVAAAVLRSRAGLASRSRGSSFLFLGPTGVGKTELAKALAQLLFDDERMMIRIDMGEYMEKHSVARLIGAPPGYVGHDEGGQLTEAVRRRPYSVLLFDEVEKAHAEVFNILLSLLDDGRLTDGKGRTVNFANTVIIMTSNLGSEYLLQAAASRPVSPGDSTAALSSSQAKELVLGQVKRFFRPEFLNRLDDIVVFDPLSSDQLLGVARLMAHELNERLAPKNITLSCSDAALHYAVSQAYEPAYGARPLRRWLEHHIITDLSRMIVAGQLPDSSNVMCDYDGASGALGYRVEAKPLPAGGAATGAAAGLMGQLKRQLEPLGSAALDEDLGGDDDEAMEA >WP_167827352.1 helix-turn-helix domain-containing protein [Enterococcus casseliflavus] >NKD30547.1 M protein trans-acting positive regulator [Enterococcus casseliflavus] MKNFQLKFIKNRSLIRRLQLLNEFEKNPSSTLGDLSEVTKSSTRTIIADIAMIREHFNDAIEIYSSKFGYLFEELDPEAYIKQKQNLVKDEPFFMILESIFFDELQSVLDWSLTLNLSEQALLGYLKKMNGLLKPFNLRLSTNPVTLVGSEIDIRRFFCLFYYESDINVNTIFPSLDVQDAVIEITNLLHSKKQPASTFSYFSYILYITLERSKKGLQVELSPELKEIFYAYDSLISPDTLTEILYSYFHYRLPEDEIIYLLLCLICRRKINHPSIEEFCQSYNRWPEIKQVAKDFYAINRGNSYDEQKDLHWLESFFTIVKIRDMLSPIMNVNIDDLTQFVKDKFSHEYKRNYAFLAKHKLVKKLYSPSYLEDFCASLTIHMEAIKEENWGTQRTIAVIFEGNEYVCEYAESIVRKYLGRFHTLYYPDASELSPAYLKEKQIDLLVTNYSEYTMEYLLEVECILLKSFPDATDWNRLLNQINPRILRLVVLNNA >WP_225767809.1 response regulator [Inquilinus sp. Marseille-Q2685] MGLLYSEAEDAVDLHGRRILIVEDEQIVALDLELTLRTWGGTVVGPATTVSRAVEMARSQPIDGAMVDLNLAGAAAFPAVDILLQRGVPVILATSYPRESLPAPYRNLPILPKPYDPRRFSGLVQSIFSVRPGDASIH >MBC7569412.1 hypothetical protein [Spirosoma sp.] MPRYTLPLFLFSFLLLTNTSWAQGRYVIGTVVDQTTQKPVDKVTIINKRTQQRGRTNPAGRFFLTVQTGDSLILTSQLHNRTGIRYDGSDNPILVAKALPPMPYRVIDLAEVTVTAKRYEEVKREIQQILDEPTASKKVTGAQAFDRAADGAGVTLLYELFGKRPKSDRKAYYIMQQDRRHALALERFRLLVDQATDLKNADIDHFYDFCDLDDEFLLKADDYTLINTVQQLRNRFRQGYTKPSGIMPDPEPLKEP >WP_218103566.1 phosphopantetheine-binding protein [Paenibacillus allorhizosphaerae] >CAG7659187.1 D-alanyl carrier protein [Paenibacillus allorhizosphaerae] MPILINLRTEIESKVKELLQVDGNIQLDQDLTSIGLDSMRSVGLIVDLETQYNISFNDDELLTENFSTINKIVERVQSKLT >SKY52432.1 Uncharacterised protein [Mycobacteroides abscessus subsp. abscessus] MPSHEYRFRGLADRVTDLLSHHEERLTEIAEAIWNQPGATAWDVTRAVTWSRPFSDLSIPLSRMALRETNAHLLVLEARGIISSTGHEPVRWTVTDARPADHDIDSATIESATTRGTLR >MBU4593984.1 outer membrane beta-barrel protein [Pseudomonadota bacterium] >MBV1746757.1 outer membrane beta-barrel protein [Desulfomicrobium sp.] MKPLIMRFPVRLLIGALAVCLAASEAMCETRFTPSVGVRTAYDDNTLGKGESDAELALSPSFTFECGSELTRLALQGRLDALQYLEYDEYNRENAQLGADLSHAVSERLTLRLGAKWVRDHTVESEFDESGITTENVARNFYTASPGLTLRLSERDEVSVDGSAGLMRYERSGYTDYDMGGLTTTWSHALGDGLWRIIGQAGAQAYRFDRTDGETEQLVLSALAGFAWKASETLEFQVLGGVSQTDSDVNFDRGPGISDSQLTFSGSISGTWTDEIWRLTLSADRSESPSTYGELITRDRLRASFGRNLTERLYLGVQLAWYMSKTAGLVRDENTQTYSIGPTLRYRLTEDITLDGGYQYTHEDDIEAGQINDRNRMYFGVSVAWPNFW >WP_110344369.1 hypothetical protein [Lacticaseibacillus paracasei] >AWR91053.1 hypothetical protein DMC16_07890 [Lacticaseibacillus paracasei] MIKNVSNSTKAPDLGMASFDLYTAKGLLEALRDQFDTMEGSVVSYRNNRTEKNAAILAYSTNRSFDAWNALLDALLDHVDSSLTTIDEVNK >WP_022975915.1 guanine deaminase [Nevskia ramosa] MALRTDSPLQATVAHRGRLLRFSGDPGTQDEPSAYQYLDDGLLLIADGKVAAVGPAGELLNGVAAGVPLIEHRDALLLPGFIDSHIHYPQTDMIASGGTDLLDWLTHYTFPEERRFADAGAAREVAEFFLDELMRNGTTTAQVLGSVHRASAEAIFAAAEARGLRLIAGKCLMDRNCPDDLRDTAIDGERDTRALIEHWHGRARLHYAITVRFAPTSTNAQLQSAGRMARDYPDTFIHSHLAENLGEVAWVRELFPKSRSYLDVYEHYGLLRERAIYAHCIHLDTTDRERMAATGASCAFSPTSNLYLGSGLFDLAACDAVGMNYALATDVGGGSSFSMLKTMSEAYKVAQLQGQRLTPLRAFYLATLAGARILGLADRIGTLSVGSEADFIVLDLKATPLLERRIARCQSLSEELLVLMTLAPDHAIRETHVLGRPMLSAHGPSLAT >WP_178020540.1 NADH-quinone oxidoreductase subunit NuoE [Paenibacillus timonensis] >MCH1641695.1 NADH-quinone oxidoreductase subunit NuoE [Paenibacillus timonensis] MEETCRCAGDQERLTRVGEIIDQFRLLPGALIPVLHEIQDLYGYLPEEALQIVSRELEMPMAEIYGVATFYSFFSLEPKGEHVIRVCMGTACYIKGAQGVLDRLSQELNVPVQGTTADGKFTLDATRCLGACGLAPVMTIGEKVHGRLTPNEIPKILKPMRTPAETH >MCK1443663.1 hypothetical protein [Bradyrhizobium sp. 48] >MCK1461803.1 hypothetical protein [Bradyrhizobium sp. 2] MASAAPTWRDASVALWLLSGVYLIFQSLISFGCGGYFAGRVRPPYASATDDIETRDGLHGVAAWALAVLIGAVLTALIAGASNRPSATTQPPSATEPSVLSYELDHLFRAPRRPPNVDLTGERAEAARILATASSHSGVLPEDRTYLVQQVTALTGLAATDAERRVDTTLANAKSAISRARAASIIIAFSAAAALLFGAAAAWAGAEAGGRHRDGEPISEWMAHSNRWHKSRVADPRPLP >WP_216768648.1 DNA topoisomerase IV subunit A [Leuconostoc citreum] >MBU7449970.1 DNA topoisomerase IV subunit A [Leuconostoc citreum] MADRITELSLEAVMGERFGRYSKYIIQERALPDIRDGLKPVQRRILFAMNQDGNTYDHPYRKSAKSVGNVMGNFHPHGDSSIYEAMVRLSQNWKVREPLIDMNGNNGSIDNDPAAAMRYTEARLSKIAGEMMADLGQDTVDMVLNFDDTTYEPTVLPSRIPSLLINGATGISAGYATEIPPHNLKEINAALIYLLDHPEAPQSALMRYIKGPDFPTGGIIQGLDGIKKAYKTGRGKIVVRAKTAISELKGGKKKIEITELPYEVVKSNLVSKIDAIRLNKEVAGISEVRDESDREGMSIVIELNKDTNANGILTYLFKKTDLQIAYNFNMVAIHDQRPVHVSLKQALEAFIAFRKEVVLKRSAYELAKAQARQHIVEGLIRMLSILDEVVATIRASKNRKDATQNLIARFDFTQPQAEAIVTLQLYRLTNTDVTQLEEEFAALTEKINHLTEVMNEEMALKAVIRDEITAITQKYQSARRSQIEAEVEDLVIDKAVTIAEEDVQVLVSRNGYYKRASIRSYKASDKDNGLADDDLPVFEGQLNTTQHLFMFTNKGSIIYRPVHELPDSRWKDTGEHFSQELSNWRTEEYVIKVVPINTLEQGGAFTIVTNDGFIKQTTLSDMLPKAYKKKTSMAIKLKTDDSYVVNADYFETVGQQDVLLLSQHGVGLRFAVKSIPEIGARTAGVKAMDLRNEDTIKAAVFVTNEAQRVAIMADNGAFKYMAVSEITRSKRANKGLLIFTQKKTVAYHVATATILNIEDTALEILTIRWQKQELQLSDYKPSQRVGNGQYVVDVKKYGEPWRVQPLTIAKTK >WP_019823189.1 MULTISPECIES: recombination mediator RecR [Vibrio] >ANP75999.1 recombination protein RecR [Vibrio crassostreae 9CS106] >KAA8674244.1 recombination protein RecR [Vibrio gigantis] >MBE8575032.1 recombination protein RecR [Vibrio sp. OPT18] >MCC4888408.1 recombination mediator RecR [Vibrio sp. F13] >MCG9544178.1 recombination mediator RecR [Vibrio sp. Isolate33] MRTSHMLEHLMEALRCLPGVGPKSAQRMAFHLLQRDRKGGLQLAEALSQAMTEIGHCNECRTFTEEDTCHICTNPKRQENGQICVVESPADIAAIEATGQYSGRYFVLMGHLSPLDGIGPSDIGLDVLDYRLRRGDISEVILATNPTVEGEATAHYIAELCNAHEVNASRIAHGVPVGGELELVDGTTLSHSLLGRHKI >MCH2409214.1 peptide chain release factor 1 [Myxococcota bacterium] MADWTEKLREAQKAVREIEQKLANPEPGSDIGSLARQLGEARPLADASDRFFKILNGIEDALLLSNEDDRELAELAVLEVQELETELALVEEEIRTLLVPRDPNDSRNAILEIRAGAGGDEAALFASDLFRMYTRFAEARGWTAELLSSSESTGGGYKEVIISFSGAGAFGTLKFERGVHRVQRVPTTESQGRIHTSTVTVAVMPEAKDVDINVDPSDLRIDVFRSSGPGGQSVNTTDSAVRITHEPTGVVVTCQDEKSQHKNKARAMKVLRARLLEAEHERLALERSDARKLQVGSGDRSEKIRTYNFPQSRVTDHRAGITLHRLEQILEGDLEELFETVSLKLNEQEQSRFVEDSL >WP_154333510.1 LysR family transcriptional regulator [Eggerthella guodeyinii] >MRX82658.1 LysR family transcriptional regulator [Eggerthella guodeyinii] MTLQQLRYLIAIAEYGSINAAAQNLYASQSNLSTAIKELEHELGITVFTRSNRGVTLTNDGTELLGYARQVIEQADMLEMRYADKGSTHLRLAVSTQHYAFSVQAFVNVVEECVGEEYEFILRESTTAEIIDDVRTFRSEVGILYTDDFNRRVLQKAFDDADVAYAPLFDARVHVFVGEHHPLAGAALLRPDDLADYPRYSFEQGTTNSFYYSEEPLSHLPHKRNIRISDRGTLTNLLTSYNGYTLSTGVLSAEMHSGIASIPLDVDEAMQVGYIMHNERRPSDLLLRYIDELHAIIEANPSVSALPS >MBD2210269.1 serine/threonine protein kinase [Nostoc linckia FACHB-104] MPDPNIGRLLRKRYQLQELIGTGAMGRVYRAKDVLLGGVPVAVKFLALSIQNEKMRLQERFETEAKTCALLGQKSIHIVRVMDYGLDEKNTPFYVMEYLQGESLSNIIRLQNLSVPRFLSMVRQICLGLQCAHDGIMVDGNICPIIHRDIKPSNMLVIQDASFGELVKVLDFGIAKLLQSDGNVTNYYLGTLAYSSPEQMEGKELDNRSDIYSLGVMMFEMLTGKMPLVPTTSSFGAWYKVHRHQEPISFAEAAPALQMPKALEDLIKNCLAKAPSDRPQNISEILSILSDIEHHFHTRLSLPQTDAVADVITAKPETESQTKGNSQISGVSSEIPAIYSWPKNKPIADIVFPQAIRTNAGVAPSLWVMLQQEEIQKRLVCKRYNQFLFITVPHPMALWITVLYNRQHGAKWLPYYLDLKTNLGQEIANLMGQTGSYRLLFFARELPGSCSHMLVSTIAPAQCQKLLEWANTSKVMVSSAEPQMSKTLLKREYEKIKPMILAKLEGMNTNSQLDLSR >WP_210352796.1 RagB/SusD family nutrient uptake outer membrane protein [Sphingobacterium tabacisoli] MKTIYKLQRNIAYVLLSASLFACGKSLDKPTPDTSIDLEKIQPGDIPLLLRGAYRPNLIYYQPYPIWDVYSDDIISLQGSTPTQYNPRSYDDCNPNIEDGFGNSRLYSASYTAIGNANFIINYIKAKGITNMNSILGEALSIRAFNYYRLAESYGGIILTVDLETDINQIRRDKNPEEEVYKQVMTDLEEAIPLLGDFKTADFISKPTAQLLLARLYLQMGKNKEAFELSEAVIKSGRNKLEQSDFGEVFRFGGKSSEMLWRLSETITSYERGGLYTMYSPPPPFRGSSMGLTWVDPTLVQSYESNDIRASLLLERRNPTIGENVTYLLKFSTDTLQASSNAAIVYPMVRIGEAYLISAEASARQGQLVLTRYNELRRARGASQKTTSDIGDANQFLQEIEAERRREFVGEGRRWQDMKRFGKAIPFLKSKGRDETRLYLPFVTTELSKNPKLTQNKGY >WP_210569664.1 ergothioneine biosynthesis protein EgtB [Streptomyces sp. GESEQ-4] MTAPEEDKLREQALATLTTARDRTTLLTSCVEDPDLTAQHSPLMSPLVWDLAHIGNQEEQWLLRTVAGREAMRPEIDGLYDAFEHPRAERPSLPLLPPDEARRYASEVRGRVMDVLESTAFHGTRLTEAGFAFGMIAQHEQQHDETMLITHQLRKGPQALTAPDPEPVALFTGPAEVLVPGGPFTMGTSTEPWALDNERPAHRREVAPFYIDTTPVTNGAYQAFIEDGGYDDPRWWTSEGWAHIRKNSVTAPLYWNRDGKQWLRRRFGVTEVVPPDEPVLHVCWYEADAYARWAGRRLPTEAEWEKAARHDPAGCRSMRYPWGDADPAPEHANLGQRHLRPAPAGSYPEGESPLGVRQLIGDVWEWTASDFLPYPGFQAFPYKEYSEVFFGPEYKVLRGGAFAVDAVACRGTFRNWDYPIRRQIFSGFRTARSGDV >WP_280015341.1 FAD-dependent oxidoreductase [Achromobacter sp. GD03932] MEDSRQYDCDVLVVGSGASGMAAAITAATSGLKVLIVEKEPRFGGSTARSGGWLWIPGTSLAKVQGIHETPDEGRAYLRHEAGDSYNAERVDAFLEQGPRAVDFFTSNTEVQFDMPLVFPDYHAEAPGGKQGGRSMVARPYDGRKLGAHVRDLAPALPELTVFGMMLGSGKEIVHFMRVTRSLASAWYVAKRLSRHFLDVAKHGRGMTLTNGNALAGRLAASAFKLGVPLWLNAPARSLIIEDGAVRGAVVQRDGATVRVRAARAVVLASGGFPYDIERRKQLYAHAPNGTEHYSPSPTGNSGDGLRLAESAGGQVNNALPNAAAWVPVSVVTRKDGSPGYMPHFIDRAKPGVIAVTRNGRRFTNEGSSYHDFVQEMVRACEGQGETCAWLICDHKTLRKYGLGSVAPFPLPIKRYLDTGYLTRGASVAELAQKTGIDAGSLRQTVEAYNREAALGRDPQFGKGSKAYNRYQGDALHGPNPCVAPIVKGPYYAIKVMIGDIGTFAGLKVDGQGRALNELGAVIPGLYAVGNDACSIMGGNYPGAGITLGPALTFGYVAGQSIAAAGKAAAREQAADASAQAAA >NCO19736.1 DNA polymerase III subunit epsilon [Gammaproteobacteria bacterium] MRQVVLDTETTGLEPAEGHRIIEIGCLELVDRRLTGRQFHKYLNPERAVEAGALEVHGLDDEFLADQPRFGDISDEFVAFVRDAELIIHNAAFDVGFLDAELARLETPLRVIDLATVLDTLELARELHPGQRNSLDALCKRYEVDNSNRSLHGALLDAELLADVYLLMTGGQVVLGLDLDGGTRGGSIETPDFDPACLVRRPASEQELLAHRALVERIDARAGEHGGLWRRLDGGA >VTR69884.1 conserved membrane hypothetical protein [Desulfosarcina cetonica] MPPQRLIASLFNRRMLVALVMGFSCGLPLLLTLSVLQAWMQEAGVDLTTIGLFSLAGLPYTLKFFWSPIFDRFALPVLGRRRGWLLVAQLTLMGSLIWLGQSDPSGHPELLALAALAVAFCSASQDIVVDAYRREDLPDRELGLGSSLYINGYRVGMLLASGGGLILADHMPFSMVYLIMALCLVPGVVTTLLTPEPRVDVFPTTLKAAVVEPLVEYFNRTGAWWILAFILMYKIGDTMAAAMTTPFYLEIGFSKTQIGAVVKLFGFWATVGGTLLGGVVIIRLGIIRSLWIFGILQALSTAGFALLAILGPSLTALSAVIAFENLTAGMGTSAYAAYMASITDKRFTATQYALLTSLMGIPRVLASAPTGYLASRLGWIGFFSLCTLIAIPGLLLLLRIGGRQHA >WP_158347019.1 excinuclease ABC subunit UvrA [Suonthocola fibrivorans] >SCJ79859.1 Excinuclease ABC subunit A [uncultured Clostridium sp.] MSHITVVHACEGNLKNITLDIPRGKLTVFTGLSGSGKSTLLMDVLYMECQRQYLEAMAYQGIAKPKVERILNVSPAIIISQTDANKNPRSTVGTLTDIYTGLRMIYEKLGVRRCPSCGKIISAADCIEETQKTDDNFLVHMYCCECNYKMRKLTRTDFSFNTREGACKTCEGLGRILEVDQDAAVHENLTLEEGAVDFWEKKYKDYQIEALRAAYCYYRIPIPENKPVRQYDDLQKAILYEGVECGQVKKAFPGRGIPKTVANGRFEGIFPTLRRRFANQNGEAGYLQKYFKLSECPDCHGERLCETSRKITVNQVRLPQLAGLSMHELAGWIKELKMVLREKEQGMVKDYLLDIETKVHRFLNVGLGYLTLDRQIITLSGGELQRIRLAAVLDSDLTGIIYILDEPTVGLHPKDTGGLITILKRLRDLGNTVLVIEHDPDVMKAADHIVDMGPGSGRFGGNIIGYGTLDEIRKQPLSVTGQYLNQPHPGKSTFREGNGSFVKIRNACKFNLKHLDVDIPLGCLVTITGPSGSGKSTLICEILALGNSGGKENRVEGCENVDEIIQVGQTSINRSKRSNIATYTEIYTEIRAIFAKLEEAKEQGLTARDFSFNTPGGRCENCEGMGVVSNNLLFFENNEVVCPVCRGKRFQDYVLSVKLNGLSITDILKLSVEEAAPVFEKHPKILRTLNLLKDVGLGYLEIGQTLTTLSGGEGQRLKLAKELIGNTAGRGLYLLDEPTRGLHPLDIENFLKLLNRLADTGNSVIVIEHNQQIIQNSDWIIDLGPDGGEQGGRLIYTGPPAGLPAFKKG >WP_172281536.1 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Chryseobacterium sp. LAM-KRS1] MQLIELLNRIPTLEIHGDNTREVSELVFDSRKVTENSLYIAVKGTVADGHSYIASSIEKGAKTIVCEVLPDQLNKDVTYVKVKDSSKTLGHLASNFYGNPSQNLKLIGVTGTNGKTSVSTLLFDVFKNLGYESALLSTVEIRIGSEIIPATHTTPDIITINQVLARAVEAGCEFAFMEVSSHGISQNRIEGLHFKVAGFTNLTHDHLDYHKTFEEYLKTKKRFFDELPDTAIAITNIDDKNGNVMLQNTKAAKRSYALKTMADYHGKALEIDFNGMLLNFNGKEFWTTLTGRFNVYNLLLVFGIASELGFESNEILQAISALKRVSGRFETFKSDGGIFFIVDYAHTPDALENILDSINDIRTKNERLITVFGCGGDRDHSKRPEMGNIATKKSTLAIITSDNPRTEDPAAIIKEIEAGVEPQNFSKYTSIPDRKEAIKMAIKFAEPKDIVLVAGKGHENYQEINGVKHHFDDKEVITELWKLMSK >WP_248827332.1 hypothetical protein [Staphylococcus succinus] MMQYFVANFSNLETQLSIIDDNNKTIDQQTVQIATENYVKDLAHYLIELSHQNNLYHDDIKGIGLCITDVKLIHYDNKARLIEALENTFGFKAIINTHHETLINQLTKLN >EHX0204875.1 GlpM family protein [Escherichia coli] MGLVIKAALGALVVLLIGVLAKTKNYYIAGLIPLFPTFALIAHYIVASERGIEALHATIIFSMWSIIPYFVYLASLWYFTGMMRLPAAFVGSVACWGISAWVLIICWIKLH >XP_055165408.1 centriolar satellite-associated tubulin polyglutamylase complex regulator 1 isoform X1 [Nyctereutes procyonoides] MEDAVCQLLENKEDISQYGIARFFTEYFNSVCQGTHILFREFSFIQATPHNRASFLRAFWRCFRTVGKNGDLLTMREYHCLLQLLCPDFPLELTQKAARIVLMDDAMDCLMSFSDFLFAFQIQFYYSEFLESVAAIYQDLLVGKNPNTVIVPTSSSGQHRQRPALGEASTLEGVEASLFYQCLENLCDRHKYSCPPPALVKEVLSNVQRLTFYGFLVALSKHHGINQALGALPDKGDLMHDPAMDEELERLVVRSRLHRTSRQHRAEKPGVFGFQRRDKLEAPESMASTSAPDTLPISVGAQGVRPGTCTGQGGRIQKGHHFTQTNSGPGPCRGFI >WP_257544752.1 hypothetical protein [Streptomyces sp. CA-210063] >UUU33467.1 hypothetical protein JIX56_28450 [Streptomyces sp. CA-210063] MRVYVPLTLPGLAEAYKTGELGEGAFVAYAVTPALREWYLSDDIEELEYAALNRAALASLRLVAGDPGAARRRVVVAVDVADRDAVADPDRGLDPVALGEVRVAGPVSLGKAAAVHVDSVEAEGEVGEAAAALGAADQGDDDAQFIVDGADDHELLWYATQEIPNLVGLGG >DAV98325.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MTYTCCAVNKSLLIAPTKSTRREVKKMNHYPRTPEEQERLNKKMQELDQKMLEETERYYARLDLKYGIAFALSIIALLINVINLLRL >WP_181537449.1 A24 family peptidase [Anoxybacillus calidus] >MBA2871619.1 leader peptidase (prepilin peptidase)/N-methyltransferase [Anoxybacillus calidus] MILIWLFLIGLLLGSFFNVVGLRVPKGESIVKPRSHCPSCKRTLTAWELVPVVSYVVQGGKCRGCGVRISPLYPFVELFTAILFTISPLLVGWSKELVVSWTLISLLMIIFVSDIRYMIIPDKVLLFFAVIFIIERIFVPLLPWWDSLVGAVVGFSLLLLIAVLSKGGMGGGDIKLFALLGFVLGWKMVLLAFFLSTLYGTVFGMIGMVLGKVRRGEPMPFGPYIVFGTLTAYFFGQSILEWYQQLILF >WP_055542300.1 hypothetical protein [Streptomyces neyagawaensis] >MCL6732396.1 hypothetical protein [Streptomyces neyagawaensis] MNSTRTLRRTALGASLALALGLGMTATASAGGPRTVSGKPSDAVTRIADFYGAYIDAQSGPAGGGKLAEELRKYYLTADLRKQLKAWEAKNNADGVLRAQNVPVSWKVTDNGTANHTEAGITFTWGSGKKTKLVVDMSRDYKIFHIGAKGASGS >WP_108719223.1 MULTISPECIES: 50S ribosomal protein L13 [Miniimonas] >TNU73865.1 50S ribosomal protein L13 [Miniimonas arenae] >HCX86112.1 50S ribosomal protein L13 [Micrococcales bacterium] MRTFTPKPSDVDRTWYVVDATDVVLGRLATHVASLLRGKHKATFANHVDTGDFVIVINADKVALTGSKAEKKFAYRHSGYPGGLRATSYAELLATRPERAVEKAVAGMVPKNSLGRAQLRKLKVYAGAEHPHAAQQPQAFELTQVAQ >NNF43866.1 RnfABCDGE type electron transport complex subunit D [Phycisphaerales bacterium] MTQPEPHLLLRAAPFLRRGLTTPGLMTEVILALVPVILAAVYFFGVSALLVLTATTLGAVATEWLLSPVRPRGVALRDGSAILTGLILGLCLPPGLALWMAFLGGVVAIGLGKLAFGGLGQNLFNPALVGRAFLQAAFPTALTTWVPEGTITEVLSVRSGTFAAPFMQSSVDAVSTATPLGVMKFENVATPVADLLLGNSAGSLGETCGVVIIVCGVFMAWRRLFDWRIPVAILASVAAFSAVVWVFDPQASPSPAFMLGSGGLLFGAVYMATDPVTSPIAPRGVWIFGIGVGALVVLIRLWGGLPEGVMYAILLMNAATPLIDRISQPRGFGRGRAAA >WP_153009295.1 YjcZ family sporulation protein, partial [Bacillus mycoides] AGGFALLVVLFILLIIVGAACFC >WP_227405228.1 phosphatase PAP2 family protein [Halomonas sp. FeN2] MAMRAALLNVFKPVASAWLVFLIAMSVFSILKIDFTITDFIYRFQGNAWVWKDTLITQDVLHKGGKWLSLAMGLVTLLLLILSTVVTRLKAYRTPLLYLFSATLLSTLLVATIKHLVNMECPWDLVRYGGERDFIGLLSIRPSSMPTSACFPAGHASAGYTWIACYFFFAAIRPHWRWAGLALGVGLGLTFGITQQLRGAHFLSHDLWTVMICWTVSIVLSKFLLTPSVH >ESU92681.1 citrate transporter [Streptococcus pyogenes GA03747] MMLLTMLAYAMIIVFMYVVMKKKMTPFTALVMIPLIMTIAVILTGSANFNADAKFVAFVGDGGIAKDLTAIGPMVMYGISNTAKTGIMLLFAILFFSVMLDAGLFDPITEKMIRFAKGDPMKVLIATAVVAAAVSLNGDGTTTTLICCSAFLPIYKRLDMKIMNLGVLIILQNTIMNLLPWGGPTARAMSVLGVGPEILGYLAPGMILSLLYVICWVAPSMGRKERARLGVIDLSEEDMRQLTDITDPDTLFIRRPKNFVFNAILTIGLITWLVAGSFNKSIAMAPLLLFAVGTCIALMVNYPVLKDQSKRIGDNAGDAVQVVILVFAAGIFMGLFQGSGMASALAQSFATIIPKQLAGFWGLVIALVSAPGTFFISNDGFYYGILPVLAEAGAEYGFSNMAMALASLMGQAFHLLSPLVAFIYLLLRLTGLDMGEWQKEAAKYALIIFVIFVVTIIAMGQMPLYIPQ >OJT07575.1 Leukotriene-B(4) omega-hydroxylase 2 [Trametes pubescens] MVSLLLQAVVACGMIWCLRKAFRRFVVKSDLDNLPGPPSPSFVYGHIKQLYDRQSFKFHRSLGETYGPVVRLRDRFGGNLLYTFDPKIMHHIVLKDQEVFQEATWFTRMVYHLLGLGLLATLGDHHRKQRKTLNPVFSINHMRHMSPIFYEVSHKLCAAIQARLHDGRPTEVDMVGWMGRTALELMGQGGLGYSFDPLVADAADEYGSAIKDLMPTLAQVRGMQQFLPLFEAIVPEGWRRAVAGLIPAPPLKRLIHIADTLRTRSTEIFEAKKKALLAGDEALKQQVGEGRDLISVLLKANMAASEEDKMPEDELIGQMTTLTFAAMDTTSNALSLTLWRLAQNPKVQDILRNEILEAQEARGGGDIGYDDLVALPYLDAVCRETLRIHTPAPYRFRETRRDIMLPLSEPVRGKDGRMMHEILVPKDTSVFVGINASNTNQAIWGPDAYEWKPERWLQPLPDAVLEAKIPGVYANLMTFWGGGRACMGFKFSQLEMKVVLAVLISSFTFELTEKRIWWNMAGVQYPSTDQRGEHPELPMKVGLVKREAVRV >WP_187974949.1 M1 family metallopeptidase [Corynebacterium poyangense] >QNQ89494.1 M1 family peptidase [Corynebacterium poyangense] MTSKRLRSTPIPGTRDSYTGVDFNLGFHVRRYRLDLHYRVIPNHLSGVAELVVDNYQPLTRLSLDLSSSLKVRRVEVLGPNQRRSSSPARFKHSANKLWMTFEHPIPVDSEFRLRIHYGGNPRPIRSAWGKIGWEELESGSLVAAQPCGASSWFPCDDTPDEKAIFEISLRADSPFQVVSNGVLHSTKKSASATTWEYRTEHPMATYLATVLVGEFISIPLATSAQGVPVLGWVPRHLRQEFLHDFGDQTAMLNLFSELYGPYPFSDYRVVVCSDPLEIPLEAQGLSIFGANHCQGHNKWERLVAHELSHQWFGNSLGLAQWNDIWLNEGFACYSEWLWAEHAHRIPAADNARTHYQRLASQPQDIIIGDPGPKLMFDDRLYKRGALCLHALRVLLGNQEFFAMLQRYVAAGRHSVVEPHDLLREARRACQTCNIPETTLTQLFHEWLWTTTLPPFPESSTPLPLIPGKAD >XP_041287579.1 uncharacterized protein F5147DRAFT_406975 [Suillus discolor] >KAG2094617.1 hypothetical protein F5147DRAFT_406975 [Suillus discolor] MKRASRALVAYSSSEDDAPADEAPERKKKKLPLLASSFIVPVPVDDPALHQGRVRVTPHVEGQYAAYVYIPLAVHPGTALYSLIDEVLDVIKEMVPAAHAIGEMVSCSSNTSGLVVDSSRRVRELHLSLTRPIFLRAHQREGFQRAIKLIASRRTPFQASFATFSELENDERTRAFLSLEVGAGHNELRDLLSALSPTLQSLRQRDFYSQPRFHVSIAWVLLDPNASVNGNTDTKRHSRAYEGVTIVEGTSDNNLTSNGDIGESNKQFQAKCFPRVPRFPSELIPTLNQRFGARVSSAHIGGFDADTIVVKIGKDIFSWPFQGSHVN >WP_281305524.1 TetR/AcrR family transcriptional regulator [Catellatospora sp. KI3] MSTNRSLEETLTGPRWEPRRLSAVAVELPPGVTPAGTRGRILLAGLQLFAEYGFHGTSIRDLATAVGINSATLYAHYPAKEHVLAELVLLGHEELHRRLQQALVEAPPGPAAQLAALVRAQVGAHADFPLLALVANAELHALSPERAAPALALREQSRQLGLRVLRLGADRGEFRVADPVLAATAIGSMGMQVAHWFGPDQPYTRDQVADAYADFALQLVGADPVQKG >EFP02123.1 hypothetical protein CRE_20079 [Caenorhabditis remanei] MQSTEKKFLKSFVFKETQFVVVTGYKNEAVRKLKTNKNPFARPDYKEDYKEDIVENSEKDSTWDSGISSMNSTVASSIESPTSRRDSGVSSHSQNPYQFWGSSMTPGPFIKKEPTPENYRFDMSYTSGGASTSDSQNQYQFWNSSVTRGPSSGVKMEPIQFNMDLNSQYNNLPPLHSWQQDPYPLTATPGPSNQPWDENSFGQKQNYKF >EAH8250412.1 type II secretion system F family protein [Campylobacter jejuni] >EAI0000134.1 type II secretion system F family protein [Campylobacter jejuni] >EAI0407462.1 type II secretion system F family protein [Campylobacter jejuni] >EAI0718316.1 type II secretion system F family protein [Campylobacter jejuni] >EAK6680663.1 type II secretion system F family protein [Campylobacter jejuni] IGLENKFLIFQYKKLFSFIDSGLELSQAFKKIDIFDSLVFSMLSVAMKSGRLEVLSEEIAKYYQQKSENLMDRFLIFLEPMMTLFVALLVLFLALGIFLPMWELSSGVNFN >WP_197332010.1 MDR family MFS transporter [Ralstonia syzygii] >CCA85010.1 putative multidrug resistance transmembrane protein [Ralstonia syzygii R24] MTADGSRADAAAWAAVAAGTLGAMMATLDISIVNSALPTIQGEIGATSTEGTWIATAYLVAEIIIIPLAGWLEKLLGLRNLLLAATGLFTGFSMLCGVAKTLPMMVIGRAGQGFTGGVLIPTAMTIIAARLPRAQQPLGTALFGSTVILGPVFGPMLGGWMTTQLSWHYAFFINLPICAVLATLLLLGMPHEKPRAALLREADWAGITGLALGLGGMTVVLEEGQRLHWFASPEIRWLATLSMLGFALLGWGQARAHAPVIRLGLLRDRQFSAIAVMAIASSMALYGTAYVIPQFLVGIAGYDALQSGWIVLLSGLPMIVLMPFTPLMLRRLDVRLAVGCGLAMLALSAYVETGLSPLSTGSSFVASQLMRGLGTVMTMMFLNQAAIRSVPPSRASDASGLYNALRNLGGSIALACIATLQEQRLWLHSRRIEDTLPANAAGVQDYVAGQAHLLGGQTAALLSMEQTIQVQALTMTYADLFWLLSVAILLVTPLVVFLRPLPRNAGPVAGH >MBI5212085.1 hypothetical protein [Nitrospirota bacterium] MKKFMLPALALVMLFSFGCATQDYVKQQIDPLVDRISKLETKVSSLESKVGALESKVGALSADVNTAKKDAAEAKALAQDAMKMAKESADRAEAAAKRAEAAADRAEASFGKAKKAFELQQKK >MBB4747289.1 DivIVA domain-containing protein [Actinoplanes lobatus] MGQLLLFIVVALVVATIVFGVTVLLSGSDPGLTPVEPDGRAVPLPSDRPLGEDDISRTRFDSVWRGYRMEQVDQALQRAAYDIGYKGELIGVLEAEVAALREGRTEDADGLRKAREAAMAPVAGLPPIPEPPVIPMDTGQEPVEKQ >MBQ6275073.1 tRNA (guanosine(37)-N1)-methyltransferase TrmD [Oscillospiraceae bacterium] MRIDILTLFPDTVHAVLHESIIGRAAAKGIVEINCVQIRDYTDNKQNQVDDYPYGGGYGCVMMAQPLKSCLDAVIAQAGEHRRRVIYLSPQGQPYNQETAKRLKRDYDHLVLVCGHYEGVDERFIEACVDEEISLGDFVLTGGEIAAMAVADSVCRLVPGVLSDEQCYIGESHWDGLLEYPQYTRPELWEGRAVPEVLLQGDHEKVARWRRKQQFKRTRAKRPDLYAKLELTEDSDRALLAELEKEAARTPLTEPLSYRPATEADLPAIMEIVAQAQESLRRHKVDQWQDGYPREENLRFDLGRGELFVLLHGAEIAGFFTLSTREEPTYAGITDGKWTEGLACCVLHRAAVAQKYRGGELSAFLMKCVEEQARLYGLRCIRTDTHKKNKPMLNLLRESGYRYRGNITVKVNDGHDPARQGYEKILKK >MOM22963.1 immunoglobulin heavy chain junction region [Homo sapiens] CARGATFDYW >WP_212720030.1 zinc-dependent metalloprotease family protein [Zooshikella ganghwensis] >MBU2707204.1 carbohydrate binding domain-containing protein [Zooshikella ganghwensis] MKILKNKMIGLSTAVGLSCLSMLATAEAKTLDMLLLYTPEATTTWEGRDINARINSFVEYFNRTLKNSDAGFDARIVHIQQVDWAGDLNRATNQSLSQVSYDQRINQLRDKYGADIVSVVYKNPPGESCGIGWISSGANDGSFYRNSARGDHGYNLSAVNCYIYIVAHETGHNMGLRHSLPQDNESGYNPYYHSLGAFTFSRGWGENNSFHTPMAYPSAYGTWNVQPIFSNPRKYICEGRACGSSNVADASRALSEMSDQLVSFRPTKVSNTTNTTTVNPPVNIQQKIDFTYDFARSMSGWNSFYSSLNYAYDHRNRANQILEVKNTGYYWTGTIGDVKEHIKAGENFQLSFDTWISSATPLYAYLYIVNTSGQYQWIPVSTQSVPGWRWTTLQGVVNIPNQNIKYAELYMYSPAHKGFFIDNVRIKQL >WP_079835571.1 flagellar biosynthesis protein FlhB [Salmonella enterica] >EAR0346105.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >EAS9679733.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >EBP0189222.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >ECF9747253.1 flagellar type III secretion system protein FlhB [Salmonella enterica] >EDV4942008.1 flagellar type III secretion system protein FlhB [Salmonella enterica subsp. arizonae] MAEESDDDKTEDPTPHRLEKAREEGQIPRSRELTSLLILLVGVCIIWFGGESLARQLAGMLSAGLHFDHRMVNDPNLILGQIILLIKAAMMALLPLIVGVVLVALISPVMLGGLIFSGKSLQPKFSKLNPLPGIKRMFSAQTGAELLKAVLKSTLVGCVTGSYLWHNWPQMMRLMAESPITAMGNALNLVGLCALLVVLGVIPMVGFDVFFQIFSHLKKLRMSRQDIRDEFKESEGDPHVKGKIRQMQRAAAQRRMMEDVPKADVIVTNPTHYSVALQYDENKMSAPKVVAKGAGLIALRIREIGAEHRVPTLEAPPLARALYRHAEIGQQIPGQLYAAVAEVLAWVWQLKRWRLAGGQRPPQPENLPVPEALDFMNEKTTDG >CUU64509.1 Coat protein [Tomato leaf curl New Delhi virus] MVKRPADIIFSTPASKVRRRLNFDSPFGARAVVPIARVTKAKAWTNRPMNRKPRIYRMYRSPDVPRGCEGPCKVQSFESRHDVSHIGKVMCVSDVTRGSGLTHRVGKRFCVKSVYVLEKIWMDENIKTKNHTNSVMFFLVRDRRPTGSPQDFGEVFNMFDNEPSTATVKNMHRDRYQVLRKWHAIVTGGTYASKEQALVSKFVRVNNYVVYNQQEAGKYENHTENALMLYMACTHASNPVYATLKIRIYFYDSVTN >XP_031095384.1 signal peptide peptidase-like 1 [Ipomoea triloba] MEPLWKLMFLLEPAPVSLILTAVLVSYCSAFRALNYGKEMERNRDLSEASITLDRSQALMIPVMSSCSLLLMFYLFSSVSQLLTAFTAIASASSLYFCLSPYFAQIKSQFGLSDPYVSRCCSKSFTRIQAFLTFMCVGIVVAWLVSGHWILNNLLGISLCIAFVSHVRLPNIKICAVLLLCLFVYDIFWVFYSERFFGANVMVSVATQQASNPVHTVANSLSLPGLQLITKKLELPVKIVFPRNLLGGVVPGNAAADFMMLGLGDMAIPSMLLALVLCFDHRKSRESAPPSKGDGSSSKGFKYIWYALTGYSLGLISALAAGILTRSPQPALLYLVPSTLGPIIVISWMRRELAELWEGSVPNINEKTHFTEV >NNK86663.1 beta-lactamase family protein [Flavobacteriaceae bacterium] MTALFRFLSLFLIFSIVGCDSGNSGGTSDDDPNVPVDENNYFPVVGSDEWETTDPAQLGWDESSITELYDFLETNNTVSFIVLKEGKIALEAYFNGGSQDIDWPWYSAGKTIVALTMGIAQEEGYLNLDDPSRNYLGNGWSSLTDEQENEVTIWHHLTMTTGLDYTNVFTQFCTLPACLNYLNEAGSFWYYHNAPYTLNQSIITGATGSFFENYFNAKIKDPIGMNGFWQPDNFNVIYNSSARSMARFGLL >ORT47413.1 thioesterase [Frankia sp. KB5] MTNSLPEEPMHIHPTAPSQSSADEEYLPVPWAVLESYRCFGCSPHNANGLRLRFAFRPDGIATRFRLDXTHESYPGVVHGGLIGVICDETMGNLIVLRTGLTSFTTGMRLRYVTAMRVNTDYQCVARLQAGTAEPVSNPTGGPTGGPTGAGGLVRAEAEILDAAGSLVAAASATYRPTSMNIARQRLDLRPDEFDRVAEAITAXQAAQAANAVQAANAAQAVGGQG >WP_275102754.1 thymidine phosphorylase [Pantoea agglomerans] >WEC73158.1 thymidine phosphorylase [Pantoea agglomerans] MFLPQEIIRKKRDGHALTEEEIRFFINGVRDNTVSEGQIAALAMTIYFHDMTLPERVALTMAMRDSGTVLNWKSLNLNGPVVDKHSTGGVGDVTSLMLGPMVAACGGYVPMISGRGLGHTGGTLDKLEAIPGFDIFPSDDRFREIIKQVGVAIIGQTSSLAPADKRFYATRDITATVDSIPLITASILAKKLAEGLDALVMDVKVGSGAFMPTYEASESLAQSIVGVANGAGCQTTALLTDMNQVLASSAGNALEVREAVRFLTGEERNPRLLEVTLALCSEMLVSGKLAASDTEARQKLMTVLDNGKAAEVFGRMVAAQQGPADFVERYDAYLPAPMLSKPVYANQPGIVSSMDTRALGLAVVAMGGGRQRASDSIDYSVGLSDMITLGERADAQRPLAIIHASSEDKWQQAAAAVKAALVLGDSAPAETPVVYRRVSDIS >XP_026109466.1 LOW QUALITY PROTEIN: cell division control protein 6 homolog [Carassius auratus] MPSTRSQNQPTLQFPRRKSSRLGSRPKSSSENAADVQTTPLSPRKTNVGDSLGVCLSPRNSVLKNSSSSERLPLSPRKRTGDENGCNLPASVLGSPPKQSCAPLCSPRKLSFNENTPVFSSPKIPLFPMSHPLPKRLQETPCSNTIPCTEGKLPSTRLFPVKKSGYQSVKQALHTAVPERLLSREAERAAIVSFLENHVVADKPSSLYISGAPGTGKSACLNCVLQEQKALLEGVQTVLVNCMNLRSSHAIFPLLGERLGVPKGNSEARLEKLLTSSGPTVLLVLDEMDQLDSKSQEVLYTIFEWPYLPSSRVCLIGIANALDLTDRILPRLQAKPHCRPKLLNFPPYSREELNAIVQDRLTQVSGEGVLDAAAVQFCARKVSAVSGDARKVLDICRRAVEIVEATDRSKTASEPAASPKVSRVGVPQVARVLSEVYGDRMASGSGDGESFPLQQKLLVCCLLLIIRNGKXKEVQLGKLCEAYSKQCKQRQVGGVGQTECLSLCSLLESRGIFTLKKAKEARLTKISLKIEERDVENALKDRTLLGSILAAGLP >WP_279046072.1 DUF47 family protein [Bilophila wadsworthia] >MCI6539659.1 DUF47 family protein [Bilophila wadsworthia] MLARFLPQTVPFFKLLMEQNAVLQRMAQSLIVVMENTYESEDHLKQINILEEEADKLNRKITWHLSQTFITPIDREDIHAINLAQERVADGIQNLASRFFMCGFMYQRFPAHMMTRNIKGMIEETELMLGQLEKKKDVSGHLHSLKSRKSDCEMLQAAGISEMMDSEIPNFEKVRELILWSQVYERIERAVDMVSDLGDTLEEVVLKYV >WP_031150487.1 cellulose-binding protein [Streptomyces xanthophaeus] >GHI87346.1 cellulose-binding protein [Streptomyces xanthophaeus] MSDTSSPFGFELVRRGYDRGQVDDRITKLVSDRDSALGRINSLEKRIEELHLETQNAQAQVSDAEPSYAGLGARVEKILRLAEEEAKDLREEARRAAEQHRELAESAAQQVRNDAESFAADRKSKAEDEGVRIVEKAKGDASTLRSEAQKDAASKREEADALFEETRAKAAQAAADFETNLAKRREQSERDLASRQAKAEKRLAEIEHRAEQLRLEAEKLRTDAERRARQTVETAQRQAEDIVADANAKADRIRSESERELAALTNRRDSINAQLTNVREMLATLTGAAVAAANPIVDDEPVTRGVPAQQSR >QXN67839.1 hypothetical protein FPHOBKDP_00085 [Listeria phage LPJP1] MKKGIDDYINKYISDDPETQKEIDLIVSKINDFNNNCIELMNDENMICEENIINGTINEVKDILLTLSNTFTSVYMANRVIENIELFINGENDEELHEYIYIMQDSIEDFDDIPLYDKTLLSEAINTIQRAEFLNMILKEIHISIYLEKTLKLLNDIMDYNSDNLPYDMSIEINALLMSSEYTLSVILSQFNHIITKSYTKYLKIVDII >MBI2682423.1 NADP-dependent isocitrate dehydrogenase [Terriglobales bacterium] MADSYNGIPVPTDGAVIQYANGELKVPDNPIIPFIEGDGTGRDIWRAASRVLNAGVEKAFRGKKRVVWYEIFGGEKAYKKFNNWLPDDTVNACRDFRVSLKGPLTTPVGGGIRSLNVTLRQTLDLYACVRPVRYFTGVPSAMKHPEKVNVVIFRENTEDVYAGVEWKEGTPEAKKVLDFLNNEMLKGGKKQIRSDSGIGIKPISVTGTKRLVRRAVSYAIANGRKKVTLVHKGNIMKFTEGAFQEWGYELAKDEFRSKIVTERESMILGNKDEDPALSVEENARMVEPGLALAHDDFKQKVYAEVKGVLESLHASHGGGKWKHMVLVNDRIADSIFQQLIIRPDEYDVLATPNLNGDYISDAAAAQVGGLGIAPGGNIGDGYAVFEATHGTAPRYADKDMVNPGSVVLSGVMLLEYIGWSGAARPSSELSRTHKETSCARKSASSEPGMWAPPPPIGSRPRNWRTSY >MBL4581517.1 PQQ-binding-like beta-propeller repeat protein [Gammaproteobacteria bacterium] MRKAASFPLSAALSTLIIGLFQLTPVLAQDASVERGQVLFTAECSRCHIPQEMEGRLRARWVGRLGQELYQQIRSTMPAETPGSLEDSEYYDLTAFILQSGNVAIDGGQISVADLVGLSINPTEAVTNQDNDGYRPWTHLNGTEKSLRYAGIDQINASNVVDLEIAWSFDSTPFGPSPETYSVSQPIMVNGRIFATVGATRNVIALDAATGQMLWLWRPEEGQRFAAAPRKGSGKGLAYYNAGGQDVIFTITPGYYLVALNALTGDPISTFGAGGYIDLQSGLRLAAGREDLDIGLSFPPLVVGDVVIAGAAHEVGMRPPSASNVKGDIRAFDARSGELLWTFKTIPERGEIGFETWQNDSASYTGNAGVWTMMSADSERGLVYLPVESATGDRYGANRPGDNLFASSTVALDYKTGERKWHFQTTHHDIWDWDTPSAPLIIDLPNGTPAVVQTLKQSHLFMFNPETGEPLFPVEERIVPDSDTPGEVVSTTQPFPILPAPYDRQGFQEDDLVDFTPEIAALAAEIASSYRFSELYTPPSLYQHPKDGTLGTLHLPSSTGGSNWEGSAYDPETGIIYISSRTATSVLSLVNEPDASSMRYIQGGGRTPSVDGIPLVKPPYGSITAIDLTTGEHVWKIVNGDTPESIKNHPLLQGIDIPATGKPTRSGMVLTKSLLFFGEGPGGAPLLHAVDKATGETIAEIQLPASATGMPMTYMVDGKQYIVMTVSDFQNGAKLVAMALP >TMH88670.1 hypothetical protein E6H47_07195 [Betaproteobacteria bacterium] MGGIEEISRVGGTQLDGSPWNSPVGDVIEAIRDGQSYFVVTPVEALLVSVYIDAAGKNRLKAGLDENDARLLRLARCP >GLZ61196.1 hypothetical protein Misp05_47720 [Micromonospora sp. NBRC 107095] MGDLERELRDLSAWLDTPDPPDVSVRVRVRLGTPAPRRRRWRSLAAVALVTVLVAVLPPTRAAIADVVTGLLRFAGVSIATSPAPTPPGATASPIPGQRVVALDEAQRAVRFPIRLPAKLGPPERVLVADPDATGRYRVAALLYDGGALRVDAFDGHLDLAFHKEVTPPGADWVQVNGDFAVWVDGPHVLSYVDRAGGIRRETARLAAATLIWQDNEVSYRLEGHLTRAEAIEIARSLR >WP_202116891.1 hypothetical protein, partial [Escherichia coli] >MWJ65893.1 hypothetical protein [Escherichia coli] MDVVAIPFDVNGLHTSVGYSGYEKMEFEYSLFDEEDNLTIHAIQQYLVDDVLAKRWMNSANVTDEVFIPGYPHNITDQFYNPVWKRATIATNPAFQWQNARKFLIDSASSSGMSGASVFY >CAG2201344.1 unnamed protein product [Mytilus edulis] MKISDDHKTMPIEDYHKLPQFVQDMSTYCQDHMEKFKLYCSFHACPCCEKCLSDKHKKCRDMKPLSDIVAQVKSSAWVQLLDKDLTDVKESFEEIIKYLNSRVNTCKIQKIQAFAKIQYMRNSIDELFNKLEKEIKDDLEYKHSELESEINTILQQLEQRANQINQLQSEFSQMTQYATELQMYVGNNFKENNLEVIISPSVQSIVKYVKSFGDININTKPSPLQVNAGREDQAQILVPTYPGFDLIKPSMLRTLTIPDDKKCIHIGACRILPDSTYLILNNQDKKSQLWLFNNDGTFKREVIGKLPGSSTDTCFVRNNTVAVTLGSANQTVLVDIEKKKVIKKIKISHDCYGVASDGQILVISSSEKSTIVNLDDIKSHKILEEVKANFISLFKGNNYGTIGDEQKVCCYASTGEPLWTFNHCDIRYPQGIAIDMNGFIYLASTENNSVMVVSPDGKTSKTILSESDGIKDPIAIDINRETGTMLISSRMNDDIWNPISRCTRIGGGKQRYTIFLPASKDMSRTKTTGKAKKKPSKSTALQQEYDKKIQGLQDNFDSKFDTLFSMMQSLANVRGANNESIVQNRDTQGMPRSETNPDSRGQNRETQGLLRSDTLRPIIPLVSNLDEDLGSPRISRNIDFDARSEISIHVNPIERDILGDIRSDNESDNESEIRFEQSTGSVARKGERFMKHVQLKSVSNDVNKDVELSSDNITRHNVLSELFSEDIASNNDKGSVGLIMDQAQVTILENSWRCQHPEKLSAYREESRSCFPVHDSAVEFLQVPSLDDLLEPMMRKNHGPKAVKSWDTGHRQLYTQPLKQIEKLSYQGQMASRMNVISGMYMQQTMGTLLGKLENSPSLEHEEKESCCQIVKDLFSMSTKSLDQSGRTGAFFHLVRRKAASHESGLVNLSDIKDKTQYLPLSGEGVFGNGLKTCLEKRKEQKDQLNDLLPELGQGRKRRADFDRDWQNKTPKFNVEHNIVNANKTRGSNNNRFNVPKTSNSGRQPQRDNQGYKGPAKESNKDKTNKAGQSSWGSFRIPRKNNS >NOX27817.1 citryl-CoA lyase [Gammaproteobacteria bacterium] MPQKKEVIHTKIWQEEAESDNPFATKRCLCSGYDVYGDLLGKISWIEYLYLIYCLEPPSQKQSKLLEGIAVILANPGPRDHSVRAAMLGGVGGSHSAASLMAALSVGAGQLGGAREVFLAMEYWQQCNCSLQAWQEIILQPPKQTRVDVWPEMEHTPGFDPHGASCPTPIKQSLEYLASSTPGETLPWLQKHRKELENCAEMPLALTGVIASAFTDLKLTPEQGEMIYLLLRLPGAGAHALEQRQHGWRKYPFFKDAIVLTDDPGPVNVDKS >WP_220524718.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAI4351299.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAJ7037266.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAJ7665019.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >EAK7980844.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] >ECL4217525.1 efflux RND transporter periplasmic adaptor subunit [Campylobacter jejuni] MKKKIVLIILIAILGSVGAYFIFFNNDEKISYLTQKIQKKDISQTIEAVGKVYAKDQVDVGAQVSGQIIKLYVDVGTHVKQGDLIAQIDKDKQQNDLDITKAQLESAKANLESKKVALEIASKQYQREQKLYAAKASSLENLETQKNNYYTLKANVAELNAQVVQLEITLKNAQKDLGYTTITAPMDGVVINVAVDEGQTVNANQNTPTIVRIANLDEMEVRMEIAEADVSKIKVGTELDFSLLNDPQKTYHAKIASIDPADTEVSDSSTSSSSSSSSSSSSSSSNAIYYYAKFYVPNKDDFLRIGMSIQNEIVVASAKAVLAVPTYAIKSDPKGYYVEILENQKAVKKYVKLGIKDSINTQILEGVNENEELIVSSSADGLAPKMKLRF >EBN6490838.1 hypothetical protein [Salmonella enterica] NRNKYLLIGVFGSAIGAGVLLLAPGNLSRASTIQDWYNQPIAWRVLEHFSERLPSAMGAYWQVYIAFIILLISVVLSRNSSSKLMFGSFLFILGAIAANVAFLASPAMPSRALNGALCFMILSISFVAHSAFTKFNKASIYLSVTTYAMAFLYFIPSYILYYSSIKSISKQTEIREEIIDRAKHNKQDQAIIPDYYFPPVLHAGPSLDTFNSEAMSRYYGIDLKITAPGFFDYSRAFNFKPLNINAKIC >HBR1104065.1 Na+/H+ antiporter [Klebsiella pneumoniae] MSLIAIVLVFIMAIVVTVFLSHLLPVKVPLPLIQIAAGAALAASGFQVDFDPHIFLLLFIPPLLFLDGWRIPKDAFFRDMKPILSLAIGLVMVTILGIGLFIHWLIPAITVAAGFALAAILSPTDPVAVSAMTASSPLPSRMAHILEGESLLNDASGLVAFNFAIAAVLTGSFSPGDAVVKFFLMAFGGILSGLVVVWVTGKCNNFLVRRTREEPAIQILISLLIPFAAYLLAEAFHVSGILAAVAAGIAMHYEQLSGPRLPATRMKSSAVWSMLQTTLNGMIFLMLGEQLPRMLRTLPAVASQAGVSSPWYLLLYAVAITLALGLMRFAWVWLSMKLTIFRRKRRGKAITVRPRFSILAVMALAGVKGSVTLAGILTLPVVLADGSPFPGRELLIFLSMAVILMSLVVAAIGLPFMTRYLADDLPHDTGKDDIGAVMTAVAINRLNALLDEPVEDPSEQALRADAGNMLLETYQRRLHYNDNDEGQDVGLELAKRARLEKYMQREVIIAQRQELFRLRRAHNISDITFYEVLREIDLKEESLR >WP_015183653.1 hypothetical protein [Allocoleopsis franciscana] >AFZ19512.1 hypothetical protein Mic7113_3794 [Allocoleopsis franciscana PCC 7113] MTSGIFPSPDHLQPEETSAKQQQQPLSSAVKSASSKNQLEAFALFCVQYPNFFKFIFQCLLTAVVLGFCMTQLAKDTEKDNALYWSGITSMMAWWMPSPNSGKSSSSDESAES >GFP71094.1 ribosomal lysine N-methyltransferase 1 [Saccharomyces cerevisiae] MFDLERVADDVQTFHNLDELTYEALYEKILKITELQRPTIWYSFPAFLWSHLIFISRAFPEYVLNRNCPDNSIVLLPIVDLLNHDYRSKVKWYPENGWFCYEKIGTASQSRELSNNYGGKGNEELLSGYGFVLEDNIFDSVALKVKLPLDVVSTILETEPSLKLALLSDYTTYAFENKDCVQQEKKATRSATDYINGVTYFINIQNEQCLEPLLDLFTYLSKAEEEDLHDLRARLQGIQMLRNALQSKLNSITGPPATDDSYAIDPYRVYCADVYTKGQKQILKEALTRLKKLEKTMLSENKHQLLTMSKILKNDPAFAETELPSLFSNEDGKEVIFESTYDLLILWILLKTKKNSYPTKYEWVRQQYTNFKQTAYISDDAKAFHTAYFEKQDDVDLAEVDHAIQFVVDNSFTRTSSTTEETILVRK >XP_041648869.1 uncharacterized protein si:ch211-79k12.1 [Cheilinus undulatus] MKLLLVITVVALIHGSYATLLIKGPTQPVLEGDSVTLECQYTGSDLNISQVHFEVFSKYTQMWRPVLERFWCFYSMQVEQTGDSLTLSIAHTGKYYEGPYRCVSDAENVTEEDKSSQPVGFKVHYMGELLLNRDGYGRYLGTPEELKVRLGDDVVVYCSASASEEPVYFWNKDGDDWILPSSKLTLKKVTAMDGGQYTCMAEHPSVEALSKKRTISITVLPADSPWYASSNGRLVLMTSAAAVSLLVLILSMSVFLCRRAKQAKTSKGPIDDRSQKKPIYKSSVESLPSTSGDKQPLV >MCM1168016.1 toprim domain-containing protein [Ruminococcus sp.] RSTLSFGKTFRITVAGSDTKYSFSHFGNDDKLFVFEAPIDMLSFITLYQKDWQQHSYIAMNGVYESAVLKALENHSELRQICLCTDNDEGGIEAAERLRDILAEKGYTEIFRLSPQQKDWNEQLKQRYGAEYLPAVPHERKELYLQSVAELNEMKINPNRIANDLIAAYNSADRVRLAEFSIAASEHFLKIAGEDFPLDRMKNRLANEYRCYLDKGTPVTKLGKLQNAMTAGLEQLRKPSQTAAELKITARKLYDIADCALRLSAEETLVQRAEQQETSEEISSDEPLQMSMSG >HAC8926176.1 ribonucleotide-diphosphate reductase subunit alpha [Salmonella enterica] VMRYGIYNQNLQAVPPTGSISYINHATSSIHPIVAKIEIRKEGKTGRVYYPAPFMTNENLDMYQDAYDIGPEKIIDTYAEATRHVDQGLSLTLFFPDTATTRDINKAQIYAWRKGIKSLYYIRLRQLALEGTEIEGCVSCAL >WP_012236017.1 serine/threonine-protein kinase [Sorangium cellulosum] >CAN93545.1 Protein kinase [Sorangium cellulosum So ce56] MSTESLVDEAYASTVLLGSARPAAVLADAGLEPAGVHGVTRDVVTDASAPPSLSISRSEPPSAGTRIGHYELLRELGRGGMGTVFLARDTRLARLVAIKLLTRLSRSGLQRFLIEAQATARCNHEHIVTIHEVNEHNGYPYMLEFIEGQSLRAWMSQRRSADASEDMSTAPLPPSLTVDMMVPVVRALCRAHASGIIHRDLKPENIMLEASGAIKVVDFGIAKLREDEGSLALAVERSASETTRLTGEGAVIGTMPYMSPEQWRGKDIDQSSDIWAVGIMLHELVLGEHPLAPVSQATLFSVALLDEPMPQVSARHPELGALGAIIDRCLCKRKSERFASAQELLAELLPLLPGRREILLGSDDSPFAGLSSFQEADADRFFGRAQDLAGVVARLRNQPLLALAGASGVGKSSLVRAGVIPALKRSGEGWEALVVRPGREPMAALADLFSRAAATLYAARLTPVPPSSAATGAAPLVERLRVEPGLFGASLRAWSGGAQRRLLLFVDQFEELFTLGAPASEREAFLACLTGVADDASSPLRVVLAVRSDFLERMAEHEHFMAAMLRGLVFLRPMGREGLREALMKPIEAARCEVEDPEMIEGFLDALATTRGALPLLQFTAARLWEMRDRGRKLLTRESYEALGGVAGALASHADTVLAGMSERRAKLARVVLERLVTPERTRAVASLGELCELPGDRGEIERVVELLADGRLLAIETGSDRAGSTVEIVHESLIERWPTLKRWLDENQEDAAFLDRLRAAARLWDASGRAADTLWRGKVAKEARGFRERYRGDLPEREQLYLDEVLGFADQQQRGRRRLVSGVIAALSVLAVAAGAGFVKLRGQYQVIVAQIGEIRMTEATLKTALASEEAQRSAAERARQDSEAARQDSEAQRRRAERLQHDAEEARDRAEAEAERARVAANQARMARDEAQKAEAEARTAEAKATEEEQKAKAAAEAVLRSKNEQEQLIERAVGKIGETLK >MBP1530348.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ1322728.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ1740279.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ1911031.1 response regulator transcription factor [Erysipelotrichaceae bacterium] >MBQ2078067.1 response regulator transcription factor [Erysipelotrichaceae bacterium] MAKLLIVDDEEKIREMIGKYAVHEGYETVLACDGKQAVELFKKDDFDLVVLDVMMPEMDGYEALKRIKQIKDVPCILLTALGQEYDRIYGFDIGAEDYVTKPFSPKELMMRIKVILKREMKQSNRIVIDGLVVDEDAHTVTVDGERVDMANKEYELLLYLVKNIGNALTRQSIISKVWGYEYDSDDRTLDTHMKLLRRDLKGYGNYIKTIRGVGYRFEKEV >WP_213638963.1 P-type conjugative transfer protein TrbL [Pseudomonas lalucatii] >MBS7661635.1 P-type conjugative transfer protein TrbL [Pseudomonas lalucatii] MNDVSVIDRFLEVFGLYIDTGFGLLGGEVAFLTLTLVAIDMTLAGLFWAMGGEDVSAKLIRKILYVGAFAFIIGNFNALAKILFHSFAGLGLLASGSALSQAELLQPGNLAAIGVEAGRPLLDQISSLSDFPKVFGNLHSILVLFLAWLVVIVSFFFLAIQLFVTLIEFKLTTLAGFVLVPFALWNKTAFLAEKVLGNVVASGIKVLVLAVIVGIGSRLFAEFQAVPDEPTIDHALVVMLAALALLGLGIFGPGIATGLVSGAPQLGAGAAAGTALGAAGMAAGAAAVAPGVGGAVLAGARMAPGAARLAMGGAKSSAAGMAPGSAATGAETGGAATAAGPSTTPAKQPEWAKRLQRRQQLTQAATTVAHTLRGGDGGGSSPGPQVRDPSNT >MCH2804017.1 AAA family ATPase [Listeria monocytogenes] MVAKAIRRNRAGFSEGDQPIGSFLFVGPTGVGKTELAKQLALDMCGNENAIIRLDMSEYADRTAVAKLIGTSSGYVGYE >WP_059978677.1 Mut7-C RNAse domain-containing protein [Burkholderia territorii] >KVN46083.1 twitching motility protein PilT [Burkholderia territorii] MATATFRFHGELNAFLARPRRERAFAHAFSADATLKHAIEALGVPHTEIGRLWVNGAPSALDRPLGDGDRVDIHPQRAQPSAAPALPQPDRWRFVADAHLGGLAQLLRLAGFDTCYDNHYRDDELVELASREDRIVLTRDRELLKRRAVARGCYLHAQLPDAQLRELFVRLDLAPHMRPFRLCLRCNAPLHALDAADAAPRVPAGVRQRHRRFAACDVCRRVFWEGSHWRRMRAVVDAMRAPPPGAPDAPDVAGA >WP_025591525.1 MULTISPECIES: type II toxin-antitoxin system VapC family toxin [Agrobacterium tumefaciens complex] >AYM14445.1 hypothetical protein At1D1108_48190 [Agrobacterium tumefaciens] >NSY93559.1 type II toxin-antitoxin system VapC family toxin [Agrobacterium tumefaciens] >CUX05826.1 putative VapC ribonuclease Y4jK [Agrobacterium fabacearum S56] MILLDTNVISEPWKPVPDEAVIAWLDAQAVETLFISAITIAELRFGIAAMPSGRRQTILSDRLEGEVLPHFSGRILSFDLTTSQFYSELMARARASGKAIGTADGYIAATAAANGLTISTRDTSPFEAAGVKVINPWSR >KAI5289156.1 diphosphomevalonate decarboxylase [Ascosphaera aggregata] MAASPEVYRATATAPVNIAVVKYWGKRDKRLNLPTNSSLSVTLSQDDLRALTTATCSPAYPEGVTILLDGKPEPVKERAASCIKSLQEIRRAMEEKDSSLTKLSTFGLRIVSQNNFPTAAGLASSAAGFAALVTSIAYLYELPLSASELSKIARVGSGSACRSMLGGYVAWRGGERADGLDSFAEEVAPMSHWPEMRALILVVSDLKKDTPSTEGMQSTVATAPLFSERAQTLVPKTMKAMEEAITTRNFPAFAELTMRDSNNFHAQCLDTWPPIFYMNDTSRAAVRLVHLINQAAGHMICAYTFDAGPNAVIYYLEENAEMVVGIVRAALQHAEGWEKAVSISSQSPETFDQRVVDSLRAGVSRVIMTGVGDGPRRSDQHLVGETGDIL >WP_205930861.1 GYD domain-containing protein [Rhizobium leguminosarum] MEKCSELGLKVEFNAFTQGQYDFVTVIDALDPETVSAFSLWFNEKGFGRIQTMRAFDAEEFKTVLARAGGPSA >WP_108078099.1 lysylphosphatidylglycerol synthase transmembrane domain-containing protein [Pseudomonas putida] >PTV66292.1 TIGR00374 family protein [Pseudomonas putida] MKRWAWLALALLGAALVPALLGGSELLPRLSRFDPHLLLMLLGMILLCWVINALRLRLLLGEQAKQLSHARSLGVVMATEFAICTTPGGSGGPLTLMALLARERIRPARSGAVFAMDQLNDLVFFFCAMLAIAGYALFHSLGRSQESMLLGSALLLCTALAGVIGLLRYRRPIMRMNGRLLQRMGMGQPRKRRWARKLLHFVAALAQTWRLPKRRLSLVFTLTCIHWGLRYSVLYLVLRGLGVDLQWIPSFLVQMLSLSAGQFSLLPGGAGAAELTSASLLTPLVGSSTAAAAILIWRAVTYYFYLLAGGPVFVCLLGRPLLERWRRQAG >MBO4168293.1 biotin--[acetyl-CoA-carboxylase] ligase [Cereibacter azotoformans] MARHALETVDSTNAMAARLAPSLSGPAWIQAGEQTAGRGRRGRHWTSPRGNFYATYLMHPTETPEVVALRSFVAALALRDACVALTGLPQAFALKWPNDVLLNGGKLAGILLESIGQGARVQHLAIGIGVNLIGAPAVAEVEPGAVPPVSLLAETGLRVDPVAFLDRLAPAYARREESFARYGFGPTREAWLAHAARLGEPIRARTGHDLREGIFETVDASGALVLKTRDGRVAIPAAEVFF >XP_045966569.1 uncharacterized protein LAJ45_10702 [Morchella importuna] >KAH8145265.1 hypothetical protein LAJ45_10702 [Morchella importuna] MKDIAAKKKHSRFLPIGECTVKEGLLYYQGLLYIPDDAAIKLEILRTHHDAPSAGHPGRARTLELLSRNFYWPQMRKYVARYVDHCDTCSRIKPARHAPYGLLKPLAPPVKPWSSLSMDHVTGLPESQGSNAILVVVDRLTKMAHYIPTRDTADAPELARLFLQHIWKAHGLPKDIVSDRGTTFTSQFWKSLCGQLDIKPRFSTAFHPQTDGQTERVNAIMEQYLRGYVNYQQDNWAEFLPLAEFAHNNASTEPLGVSPFFANYGYNPQLDVLPAEETRKVTPKEVLEFANAISTLQVALRSEILYAQAAAAENANAARLPEPRFEVGDMVWLSRKHIRTTRPSDKLDHKRLGKFKILERIGSHAYRLELPASMKSHPVFHVSLLEPARTQPLPGHIQPPPPPVIVEGEEEFEVQEVLDSRIRHRQLQYLVKWTGYEQPTWEPARNLDAELGALQRFRSLYPTSPRQTLRGPCVGKYSLLRFLSQMKPLYVTFPGVSPTTIC >WP_159793761.1 transglutaminase family protein [Croceibacterium salegens] >MXO59415.1 transglutaminase family protein [Croceibacterium salegens] MRLAIRHTTRYRYAAPIVHGLQRLRLTPKETQGQRIINWTMEYEGAHEQLSYDDQNFNHVTLVAADEGASEVVVTCRGTVETEDNAGVIGLHAGHLPLWAFLAETPLTSAGNGVRELIAEVERSEEGMVETLHNLSTRIRDAVEYKTGTTNIATTAEEAIAHGYGVCQDHAHIFIAAARALEIPARYVSGYLMMDDRVEQEATHAWAEAYVQNLGWVGFDISNGISPDPRYVRVATGRDYRDAAPITGISYGAATENLHVDLAVEQQVQEQ >MBJ7265026.1 hypothetical protein [Burkholderiaceae bacterium] LVGVVACAWPAHHAQAQAMTIRAGETKVLATFFEIDRRTCQTLASPNVYMVSEPSIGRAHIGQTTELHSIRSCRPQVLPVSQVIYHAPLDAAGKFTQLAYSANFQQLDRNHSRKIDIVILP >WAX10255.1 hypothetical protein BU730P1_00045 [Bacteroides phage BU730P1] MIRNKDFAMLYAGRAVFNKNGEYAGVVVGWNDMLGVILGVDNGDSWQTWSLTDIGVTEEEFPSYEYRNAGTLVEPGELMDEEEAPKHKTIGELIKEHEGVRGIQFSTDEHGNVQAAYIRGKHGGMKLVSMGDGLENVSSKI >WP_246832833.1 PAS domain-containing methyl-accepting chemotaxis protein [Thalassospira sp. MCCC 1A01428] MNALERSLAVIEFDPEGRILRANDKFLGLMGYNLEEIQSKHHSMFVAEKIVKSPDYKQFWVDLRAGEFQQAAFPRQTKDGRRVWIEATYNPVFDRTGKVVKVVKLATDITARQEHLADQDGKINAISRSQAVIEFDLKGNILDANDNFLSVLGYSLAEVKGKHHRMFVERGYANSAEYKEFWDELARGNFVARQFKRIAKNGDEVWIQASYNPIFDVDGTPCKVVKYATDVTNQVRLLIDLKAMIDTNFAEIDESLDQLDERSGFASLTSQETSANVQAVAASAEELLASINEISRSMAAARSSTDHVFDKAVQANSSTEKMNSVVSSMGNIVEVIQNIASQINLLALNATIESARAGEAGKGFAVVATEVKNLANQAARATEQISAEIEGVQAIAGEVSHVLGSIRGDVEGVVNNVTSISSAVEEQSAVTSEVSINMQAMAVSVESFSGTLNEIKYASTMVAGAVGRTREAAMILAR >MCR5574391.1 phosphoribosylformylglycinamidine cyclo-ligase [Bacteroidaceae bacterium] MDKQRYMMRGVSAAKEDVHNAIKNIDKGIFPQAFCKIIPDILGGDPAYCNIMHADGAGTKSSLAYLYWKETGDLSVWKGIAQDALIMNIDDLLCVGATDNILVSSTIGRNKLLVPGEVISAIINGTDELLAELREMGVGAYATGGETADVGDLVRTIIVDSTVTCRMKRSDVIDNANIRPGDVIVGLSSSGQATYEHEYNGGMGSNGLTSARHDVFGKYLAEKYPESYDKAVPDELVYCGGLKLTDAVEGSPLNAGKLVLSPTRTYAPVVKQLLDALRPQIHGMVHCSGGAQTKVLHFVGNNCRVIKDNMFPVPPLFKAIHEQSGTDWQEMYKVFNMGHRFEVYLPKEFAAQVIEISKSFNIDAQVVGRIEESDHKELIIRSEFGEFIY >WP_266169258.1 GldG family protein [Dyella subtropica] MARGFRRLDGWLFALALLAGAGAIGYLTVRHNHIADWSHEGRSSLTPESQAVLATLTGPVDIVSYANPRGDLRQTVSSFIERYRRVKPDLTLRFVDPQQDPAAMRELGITVDGALILHYQNREQRLDELSERSLTNALERLARGGERVVAFVTGDGERHADGKANADLGMFTAQLEGRGMRAVPLNFSQVTAVPQHTDLVVLASPTLALPPGAVKALTDYVANGGNLLWLTEPANEDLGLQPLADALGVRVLPGVLVDGQGTALGLQDPRLIALGSYPIHAITRGFTLTTLFPQVSALAQVNRSGWEVYAFLRSGPQSWTAFKPIDNAHASDIRYDAEAGELKGPLDFGFALTRLSPSPDKGEQRVVVIGDGDFLSNTFLGNGGNRALGERVFDWLLGDDALVNLPPRGAPDRLLQISQGQLNAVTLGFLVGLPLLLLGIGGVIVWRRRRA >MBK8423602.1 hypothetical protein [Elusimicrobiota bacterium] MKNTLSRLWRALVKPVDGTPNFVKHTPSLESVRRGAAVAMAVVVFYTQSVCAGTASLPLLPVSKRPVVAGQLGLLDRLMKFVGADKKGSAYKFHDNVWNDRRKLTGEATEPGLDPKSLEKMVANQEARRDIENQNRHNRGYQELEKYREQYKRSAGELVANQQMDGLEGALTPGDLAAATVKEVMEAIKVKMKSLFGAMVEFKMDVKKNYDGTYQRTYLIDGRASRIYNSKTRNPHGQLVTQNITNMRYNRSHVLISMDIEHKDVKGLTSYTHRKMDYHDGAKAMVPKTQLVKKLDEWTVTPQGEKTELHRWDIQYDGAGNMKKFDEFRIDENGVKTEKWWWGGEYDGDKNLLKYDELTRSRGLDTHVTWEATDYEVNERWDARKEAGETDSWGRSSHHLTGYKKTTTGPDGKVELDVFTNLGYDEFENMIHYDREATDFQGKVMNVVWDGEYDKFDRAAAYKQTTTDAFGHTQVLEFSGGEYNVYDDLLAYTEKTTENGETKSRVFTNGVFDTKHNMMSYREEATDSKGRTSIKEWNAVGEGKGYVLGELQGYDEVVNYGALVVTSEVRNIHYDALRRQDGNATTKRIKGVETDGGAVDIVLVEDTRVMRSDEARSVRAVGSTDPRSMNIVNVVGGRTEVRTRGTDGVTGELLRDLKETVERSQVTVAGDFKEVRRTEGKDGEDELDSVAETIRTGTVLDGFGRAVTYREETVQNNNPASWMSRVVDRMSYNVDGNLTASHEATLNSLGVVGEVTRTGMLYDQQNRLSEYHMEQVSSAEGATVGSQTHRTGIKYNGLSDVTRYGERVERLGTAVVETGMWSGTYNVLGQVKTSRDETRRAGTVVEEGVTKAVDETTVTETWGMRYTKDGVGVRQYKERTGSSATPDLVNFLEVTGATYDAYNRLATFNQTSHRVTAEAAGVVNGAFVFDEGKATLHEVTVTGRTEAVFDGKGALTGYKERTETRDGTGVAGGWTETVRHDIKFHPLGQMVAYEAEERKAESPDLMTAVEWSGSVDAFNRSAGYVEIRQDHHGNGTLGPRSVEARTGLVYNGLAQVEAYERTRRSSDAPDVVTTVTVENATYDTFGNQTGYRETTRTRGGGESNTRVVERSGAAYDRQGLLRTYVETVQDTASAELMTRTERRETTYDLMGRETGSVNLRHEAGRAERVLETGERLMETMNKWTTVVQTGRTFNEAGLTTGYVEATFDGTTLNVGGVERAWVGLTGSERARVMNGEVRAGEAVTVTRRSNMVYNGWGLAVGQTETLREVSTTLDHNRSTVRSQITHNDLHQMTGFRDEVRDDSAPGVIETTTLSGAQYNGNGRMVFSHEVKQQTGLLESRVETDRWVTHDREGRAKTERTVARSDSGLVVEKERVILAYNGFGQSKGETIDTIQRGHLADGSVTYEITSRTQKTDLTYDDRGRAVGHVEREESSDKPGLASTKTWTASGYNTNDQLLGSVEVKKEESAAGVHEVTTVRAGIAYDVRGRTISYGDTITNNLDSITETVDWRAAGFNGAGLITGMNETRRRLGTDATTPLDVTTSTERTTMLYDKAGNLLHYLQNVVGSDKPDLKTATEWDGAYDALGRMTRYLEKVRSTDLGTGGQVLSTYQENDRWTMTYDRSNRMDGYSQRTMDVWGKNSFATWEGVYGDRGLLESFAESSTDPQNNVTTRVQENITYDAGARIKTFDQTTAEPLGTVTTNHRLDTVYNVNGLMSGVEERNIAVDPIGVRTVTDLSQSPILYDVRGQVRERRDVAAISIYDPDGGLLRATTRDTLFTEALYNDLGQAVSHRQETHTTNKDGSLDHRSVSEFSRGLYNRLGVLRSYHQEDASEGASIETLVLPSNWDDLALDPEQRLLWLKNLTFVIDGQQVAFDDLGLQVPDVGAVLVAWSDLPAADRVRLLSEGKTVLNGVAFDLNKAKVVWNLDTASSFDQSKMGYNEYGTLAGYERVGRENGVAFTQTWNASGFDRYSRATGYSEVLARDGQAAVTTVRENIAYDNRSLATSYKDTLRNAATPALVTTMEAQAAYDYLSRQASTLQVVSQNGTLTDGTRLNTINTLISDAFSYDGFDRTTGYDEVRFSGRLVALAGAQRTWSSLSAVEKSALKSGSLKTTDQTFTYTRTSGVAYNERNLQLGLMSVAKTFGVASGPAPVEPGASAELEDVSTVVQARKTYNELNQATRYLEGTTSAREGTVVRLSTVHGLEYNGLGQMVKSLTDLHKIGIDLDVMEQLTREDIVYNDFGQMIGYVDRTGKNGLNVDVYVTGITYDEQGRLAGSDSTTHRHGSEVRVFYQHNGRELSPLELAAFLQAQTNVSVDELLAQGVLTAVYRRVDVNDVNVATTSDLRYDSLNRLIGSKEVTFNADGSRVETTLSNIKYDKTGRMVAMTSSVHTAGTGTALEYILDGEALTAEALDALLTEKATASGKTTGQELWNMMQEGRLATREVPATVDKTIVSVRDDMRYDDNGQLIHYRDEMADVANKILKQVTTTDLTYTRLGQPKTQTSHTRTEMTDTGWSESDTAITYKYDPQNGALLGATGVGTSRTQLAPVWTDEDQDGDTDKLVYLPINTGSQVQVYGVHLGQIQLQMQKSRQVSPDPAVPGVSESVSTSTLVYFYNEKGKTIGAFGVLEVTANDGYNNVTTSRVSQIHSAYMGELKLMASLSDSHTKNADGGTSESVVVTHYTYGADGKVTGAHGVGGTKSSEVGVSDPEHVWHDGWVDANGNGRVDEEEVAQSRMDGVIQPGELEWVDVDRDGRETPAVISPTGSSTGRMVQIYEVINGEARLVLSTNRTTSETIRGEVTRTIQVTRNVYDDEGRLIRVEGFSDAEGETTGWTDLLDSLLLEGSLNIDPFAGSAEPETPAATTDTPVETAAPAATTGPAPVASGQPSETLVNGDLADAEYQREAIPSEGGAIALFDAAAQESYTRVLRDGRYRVQIVGGGSRWSTRATGRIHLGNSRYVTVELTRPAVGMDWRVAGNVSFEVSGNDRNSMFGNVFETLGGTAMVAIEGLERTRRGLVVTSFRVDPKGRAEVVFAGQPGAYSDGAVRWTEGALRGVDGASRRSIDVRMPNGRIRTYTEVWSNGTWRPSEESSSFNRFIGGSIQINGQWKRIASMEMSENGVRVAFAAASAAVGPTTPAGDSLARTGYQAIPFGGSDQRFDLDAGEQFGGYVAGNGGMVVNEDRSISLLSGHSGLSLAADTQRFFGPEAIALVDFGRVNPTLLVGGLYRLPETAMYDEAGTRRVGGGISGNLALFVRTGAGGSDFTPATLLSSHAGVRGMLNATADSLDFSGVLSIGAEGVLPVPLSASSRTGLANVVTDAMVLHQGADGYSVRGLVERRDGEYLLTGVGARLTLALGVEIAGYTAVTEGTVIRFTEDGVRVENEGGVVSLGNGFEIHGVKGENGEIENRLYVSAQVAGGKAQEVVFRGTAGATRAFQTTDGRWFMLNGTKPASARAYGENGAWFKEMGGSLSLAKAGQKLVLTTDVRAAQGALTIVSSVVVGSDGRGKITPKSITGAGLAMPLSIDRAYEMANGGMLLKLTDGTLWKLSANRESVTRVQSGETVETVHALGNGVDAYAQVVMRWTFDGGTNQWKPVVTGLTANGRTVEAGSVPAGGMTIEVPGANGETHKVTVRSSDGQLQVRVKTASQENHVDQKYVIIYGQARLQETTSVSRTRQSNGGETISNFTQKFTYDRFGNLTASAGHGTIESKEMAWSDTSVVPDGVVDEIVPSQRTFTEVDQTFKVVNNQARMVTAVNTVTSLDIETGRPLRPGEDRYTHVVSVVNYAYDNVGRVIGASGYSRSVADSFVLNQLAGVDRPETDGLVRMNADGSITLTFRLAGTNGADSEMELSVTLKRDPQTGLYSGRFESTTNGNIEMSGTMSGLGMTTENIPVLSASGQPQYVNGNLVTRPRTVFSHSGQVAFDPVSGGASGDDQHAQNAIQSLLSGAFAAAAAYSRDSNKSMADRVAAVDGGGAVNANASNMLGDFLGINLARILMGERDSNGPIVEKHMAYQGSSTASGSVRGGETTTAASTPRLLVETVRSGTAGTALRESTLYGADGNNWSAARQTLRTIDGATNVLFEQTSILDEEISTELDGPGGDWEAVRTETFTTQGYAVVAGQAVVVRAESFSVTDTGATRRETRAVTTYSYDPTGQLVSSRWTSEESSLTQLLHDSDGDGRTDSQKPQLTIQSGTTEFRVLSGIAVPVITITESATYTGYKTVGDVREIFQKKVQELQGQKRSLEGALNYYRWVTDYSRSLVAQYEPREGLDANSENPEGLVPLNAFETYMLIWARSNLRNYSADVLARYQSQIQAKDGEIAVAQSDLTAFNQRMGSRLATDAWTVGDERTLLAAGLSKAQAVLNRATSDVDFYKAAAEKELVDLQAAVAKGTMTPQEKRAIEASSATQQAYRNARSAVTSAQTEVQRLTTARAAFEGRADNDLLWESAASVSVTKTQTNYVYNSLAQLIGAKGSTQSVTMTQVLSEGVAKYMRTVSSADLQYTVFKGQAAVLKSVSQSDTYRVGELSSRLSSSDIVNSAFMSGVVQGVSRGLFGAQRAQGGSVSSSQTTTTYQYDRNGRLIGAKGEGTSSFSDAGGSGTSKTRQYFIIAHGQAQVSKTITDTVSSSGAGLTHTRSVMRFEYDRLGRLTAAQGYSRSVITNSVYTSVASADGKSYTSVLTHTRGTSETESRYIVVMGQAVVKSSVTTTRTSGGATSSYSRSVMEYSYNEKGQLVGASGSSTSSSSTTVLTKVEVKEGEAGYNDKGVWVEAKPKDESAADSDNKAADKAEEEKPKWIYATAAVSSSSSTSNTYAIIWGQAVVTSSETHTVSRSGASVTTTNSGMRYTYDDNGAMLHAEETHNSSVTVTRIATDLNQDGTITDEEFVEQVTYTNTHNIYRVINNQAVIVESSATSVTVTPTETRRSTSQTVYNVDSLGRVTGASGTSSDETRTLTADGKTIVRTSNTTNTYIVMMGQAVVASSVTTSNTYSHYEGTNYLSAANVSTSTMTSYNQYDASGMLVGARQEGTTLSWTTNADGTRFPNESRVENTMIILFGQAQVLRSVTMSLSPNASGDSVVLDVTVYQYNNLGQLIGAQGHGWSIQKTENADGTITTSESTTTTKYVIIQGQARATEVRSVSVTPNGGSVTEVVSVTRNSYNKEGQLTGSSTTSTETTVQPPLNATGGGTAAVAGGTAAPAVSSSFAAELNAWRTALFARGETQRDTFLGSVMAELSPLVNGLVGNSIRQLGERLVLFFEGKNLVPAGGSLELRNIVMEGLTALYSPAALVTSGLVSALIKVAYSMAAALFNDRPARTPVANAGLDGQGALLGVTMGGGTPAPITAAGTALIQTVGGGVLTNATVRSQLFSLGAAGVARTLSVAFNADSETREMRSILANPPDGSVLTKSTTVNTNVIFWGQAQLVRSDTTSTTYTGVIGGNLNDVGSVRTATSWMTYQYNAVGQLVTVEGASSGKTIQYHVDRDVNGRVVGQSTSVSTFDTTNVYVVRGGRALLMSATTVTKSENGAAKTTTTSTVDYTYDNRGRMIGASGTENTTSTTQVWTDALNGRPGHYSTKTSQSTATQSYIIRRGQALLKQTVTTTSDGQRGTDGSSETVMTVTYEYNARGQAVSARGTGTSTAWEKKFNDPDGDGVGTWAIESATNSMEQTFVPGVGGVVLASQTTRSGSTRPDGTSDSQVITVSYSYNLKGQMTGASGRGTFSAHEPEALNSTTNITENGKKKNPEPPKNPNQRGTDSSGSIYQGYIIKGGQALLATTTTNTTTVTSQGTSTSSVTVTYRYDAQGVMIGAAGRGTTSGEDYEGTITQTYAMFEGRALITSSVVNTTSTKTQGFVTTHVNSVVTTLYRYNSDGHLIGAHATGTIRIYGGGEKTTSSSHTVKMSLTTNNATNGKDDNGDGKVDDPGEREMSAGSDGIDNDKDGKVDNPEEKNLTQDVTVSQSSTTTVTVSGSGSTETWFGIFSGSAKSLRSVSSTSGQTNTYTHSSSTLIQEDGDIFHSESGSSGGTVWGSHTLEVNTYDLNARLTSSNRTEENMSRYLPTDTWSHFWSEALDDQNRPITDYWVHNGALDYGARVEGIYLDNAAVNAINNLATVSGGWVTSLDLSDTGKLLIGLQYFEGVQRPGTGLLKASDEDTSTQVVGSISIGLELGSSAAGNSLSSVIVPEDIGDGMRLVDAMRSKNGDLFRSLGMELSKRENPWFQTATMYMAGFDFGDGTEEKKGGNGMTLTVSADGQGGSKTTLTELRDNKPVVSLSLSDTTTLNQGVSLINAAPTTSADAFAVWAAARMSEGTLTGVSFHLPGFDHETGTGMILIGSKEENQPVQFDIAVMEGNVSVFRVTLGAGQENRTSGISAAVNMIGALDRTNGMAFARGISAAQDSGMVKSLWVSFATGLGTAVFNLLSSASGRQLLAKIAGVASLGLPANIKDLSSFGAYVKETSLANASLWKDDNGDGEAQDSEMKPLAQVAPEAMAAVRNSYVSLRSGGMSLGRGTDNASVFAVQMRLKDEHGHTFGQLGANYTAKNGGAMEYTVTPNLANPRIAALYMPLIAALMGFPAVRSMEELRVALLTDPGVRARFKTTPIVFDGGETTLFDFVGGERFFSLLAEGQVNLAAAQLSLGSLAGNFFARTSFTIVDSSRKALAHFSGAFEAKDRSYERRLSPELKHLAVRNAIAPVLGRILGLSNITDAASLEQNLRQNPAFINRIGSAKVVGEDGMERTLSGVFGDEFFNAVKNGRLDWAESNMSIGFNGKNDAVADFSLALRDTGGALLGHMTGSLDASTGRLSVAISPNLKNEQVVALVVPGLAAVFGLGTVRSPAELDAALKAAGRLNELANAKITIGEQSVSFRELFGQGAFDAIAQGRLDWDASSLSFGFNASGDVNVSIALAVRSANGDLIAYHSAGVDTKTRKFTSGVTPNLQNLTVRNALANGMARLLGVGSASSAAELENKLKDPAVRQRLQSATIEVPGQGRQTLRAVFGGAFFDAMAEGHINWDESRLSFGNDGDGRPTVDISLAVEGRDGLIIGRHVAYVESSTGLLSSGVSPELSTKRVMNMVAAGLAKILGLTGVTNAAQLKANLENPAFIAQLKAKVLADIGDAQTREIVNAVLGAFMTGGKISWNHSSLTFGTSGNGQPMFNVSIAVLGSNGRVRGHIQMNWDAEKGGFSTTASIQAREIAGLFTGNYSAGAILGRALASYNSALFSFLQGGSLDLNDGTVTVGLGADGKAVVNVDVAYRDAQGRSMGRLGINWDGEDKTLNTYWSGDLERGAMLNAIQTLLGYNPLSANPDGVVSAMNLPDAKAGQLAAAMRGAVFDFSRSKVTIGTTSAGDRIFQINADIIQSGKKIGEFSIGWDKEKKGFNQFMRFEGVLPPALANVFGANNIWAQLNEVTVLGTGDGISVNASQVLNSAGAHVATNSGTITIGLDGGREAVMAASFDVVRNDGGQPIGSFGISWDVKGSGFSRQMELDYGKMTAGERAAVINLFESAIASNSQSTIGRFSRSANQAAADEQATGGRSGYYGWVGGGWESEWNGGYGWIEDSSPYTVDQAVNSAMAEPQLVQTAGLSWGGGIRLLYLLEFLESGADLLGFLWHGGGIQGLLLRVR >WP_185116294.1 TetR/AcrR family transcriptional regulator [Chryseobacterium sp. Leaf201] MEMRTRILDAARKIFLQKGYENTSMRNIASEISYSAGTIYFHFKDKSEIFHELHKEGFRLLLTQLRVLDSVADPFERLKAVGRVFIQFAQENKDYYNLMFMVEESASDSPERGGFQIAKEAINHLFVLIKECQDKGRFTDMDTEYFTFMVLSSIHGICALFCKDRTVSFESKTNEELMQNGYNCFVKLLEKG >WP_135180648.1 iron-containing alcohol dehydrogenase, partial [Proteus mirabilis] >TFT45620.1 iron-containing alcohol dehydrogenase, partial [Proteus mirabilis] VYPHCAILDPTATFSLPPRQTANGVVDAFIHILEQYLTYPVNALVQDEYAEGLLRILIEEGPKALTSPQDYDIRANIMWTASQALNGILGVGVPQDWATHALGHEITALHGLDHAQTLAIVLPALLNEKRQEKYAKLIQYAQKVWGIHQGSDAFKIDSAINETRKFFERMGLKTRLSDFNISEADIPALVQKLQQHGQTALGEHQDITLEVSQRIYMAAL >MCA9634778.1 hypothetical protein [Myxococcales bacterium] >MCB9705491.1 hypothetical protein [Myxococcales bacterium] MLAILSIGCGIDDEQFTIAVCDTDDFDLVRQIAPAEPVDYLELRRFLPGGQWTTLESDGSACMGAADLSACTTALDALPESWVSAGDLGLAYTRGDEVYVFNVIDRYGLLATSVETRDFVGAIDAPGDAALAVLDPRRPLPPPPHPRSTAAPGIRRSS >WP_094151267.1 heme anaerobic degradation radical SAM methyltransferase ChuW/HutW, partial [Vibrio sp. V19_P1S1T109] >OXX69546.1 putative heme utilization radical SAM enzyme HutW, partial [Vibrio sp. V19_P1S1T109] ARTDDPLRFAFGQKHSAHAGGVAIPIGAEQQPRLWQQLTSQSSERANKRCLYIHIPFCRVRCTFCNFFQNAASRSLVDDYFLALMLELEQKSQLAWTQSGLFHAVYIGGGTPTDLSAQQIQQLGQSIRRLYPLSNDCEITLEGRINRFSDEMFESALEGGFNRFSFGIQSFNTQVRRSAKRLDDREVVLERITNLSEREEAPIVLDLLYGLPYQTLDVFEQDLHDFVSTGAQGIDLYQLLVSGSAPMLNLVEKGKIPAPATTPDKASMYQIGVQFFAKHHFKSLSVNHWAKDNRERSQYNSLAKTFAEVLPVGCGAGGNIGGYSMMQHRSLEAYMEAMKQQQPPLAMMMKQHALEPVFAAIKSGFDRGVLARKALPKFMGLDCFDYLTPLLQHWQQAGLVKLEEDYLVSTLAGGFWAVSLAQSCIKVLHNEFTERTDLTHSDSTLIANWK >MBI41622.1 hypothetical protein [Leptospiraceae bacterium] MTYDTISQDSEGDHPAYVSYDNGRSFQTWNVSGSGEISVDGIDCNSSYLYIAFANQTHIQWAPVQDLNSFTLASSHSAIYDQYGGIIAGTSGVVGMAEQNGDYYSNYATGLPQDMQTAGSYPVSYTFYPLSASRHSGADFVSGSYHIGMVDTGNDTCRFYSMTSSDRNPSSASYVEPGCNRVSELGNLPALTGTGSAVLTSYRNEAGTDGAVLYSTDGGQSYSHLNLNVWNDAGYIADIEVD >NDD35992.1 hypothetical protein [Flavobacteriia bacterium] MDMKRFFFLASLVVSVAVFGQKIPQKSPYQFTSLKIQDVEVRKDTVSIRTAEGLTTDEVFDFV >WP_059432031.1 hypothetical protein [Campylobacter hyointestinalis] >PPB51267.1 hypothetical protein CDQ68_08390 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB52390.1 hypothetical protein CDQ69_07605 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB61166.1 hypothetical protein CDQ72_05585 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB65068.1 hypothetical protein CDQ73_02110 [Campylobacter hyointestinalis subsp. hyointestinalis] >PPB65726.1 hypothetical protein CDQ75_08195 [Campylobacter hyointestinalis subsp. hyointestinalis] MKKLAIFTVCVLFFIGCSDEKNRPETKSVDQNQTSITIKKGDENASGTNKWISYDMDGAKNIKFGIGDDINETTKSIGALAMRRTPLQSINKALIRGQLSKNFITKCSACHDDYANGIIGPSLLTKSSEEIFDMIKAYKTKTKVNVLMADLVKPMSDKEINGLANEISEFNAQFRSKK >EAH3295886.1 BspA family leucine-rich repeat surface protein [Listeria monocytogenes] FSMRVALIVSVLFIAFGSANFSIAQERDTTNKLPEVELGSLDTSDVIAEEVAQDKPAEVENLEEIPTTDDLMQNPDVREQSVADS >XP_005678593.1 PREDICTED: methylmalonic aciduria and homocystinuria type C protein [Capra hircus] >KAJ1063947.1 hypothetical protein K5549_009259 [Capra hircus] MEPLVAELKQKIEDTLCPFGFEVYPFQVAWYNALLPPAFHLPLPGPTLAFLVLSTPAMFDRALKPFLQSRHLQPLTDPVDQCVAYHLGRVRESFPELQIEVIADYEVHPNRRPKILAQTAAHVAGAAYYYQRQDVESDPWGTQHIAGVCIHPRFGGWFAIRGVVLLRGIEVPNLPPTEPVDCVPTRADRITLLERFNFHWRDWTYRDAVTPQERYSEEQKAYFSTPPAQRLALLGLPQPSEEPSPPSQELHFTTLLPKKPQNPRRGWLSPTVSPPISPGP >NQX99425.1 SPFH domain-containing protein [Flavobacteriales bacterium] ETKTLDDVFVRMIVSVQYYVVETDEGIRQSFYKFDNPARQIQSYVFDSIRSEVPKLTLDEVFAEKDKIAHAVQKELSSTIADYGYSIVKALVTDIDPDAKVKHSMNEINAAKRMKEAAKEYAEADKIKVVAAAEAEATSKKLQGEGIAAQRVAIANGLKDSVEEVRGAMEEGVTGREVMNMLFMTQHYDTISRLAEEGVNTIFMPYSPSTVGDLQTQIQSSLLSADAITKATDVNDIAVATKKSKKARRASDIDGSVSSEDFE >XP_025430606.1 capsule polysaccharide biosynthesis protein [Aspergillus saccharolyticus JOP 1030-1] >PYH44624.1 capsule polysaccharide biosynthesis protein [Aspergillus saccharolyticus JOP 1030-1] MLSTTTAASTQTNRLNTMGFPEQPYPLPAGMHAMPPHLLDIRDDAQIDHDIVHAEPVTDEKNIWFFWTSGYANMHPYTQRNVRAWQRRFSKRGWTTRVLDCDTIRDYLDITDPALFPRAFADGTISGTYAPQHTSDLVRFPLLLRYGGVYADVGLIQIGDLDRLWNETIADPEAPFEVLSYFTGIPDERTLTNYFLAARKNNPLFLRCHKLLLKLWEGQTCTDGMHASPLLKGVPLMGGSFKIEEDGHIINEEEASKLLTDYIIQGQVMSMVMGLVDEEDGWNGPEYIRDHLYGIEFMEGSQLINEFTQWDGRQAFELMSLSVPKAGEAETDEQKRAREVVEGCLAKSFGFKLAHGLILRVYKETLGSLWRKYDGSDNVVGTYAHMLRHGTVYWNQDALPRTLKFPNLEPIKRGPLLREE >WP_000484099.1 MULTISPECIES: diguanylate cyclase AdrA [Salmonella] >pir|AH0549| adrA protein [imported] - Salmonella enterica subsp. enterica serovar Typhi (strain CT18) [Salmonella enterica subsp. enterica serovar Typhi] >EBH2514894.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Enteritidis] >EBH8523462.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. CR0044] >ECK9447520.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. CFSAN000626] >EHG5370500.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Paratyphi A] >EHM9605277.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Rough:-] >HAB6954650.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. 404ty] >HAD6508000.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344] >HAE0039911.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Enteritidis str. P125109] >HCG3555194.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhi str. AG3] >HCM6890665.1 diguanylate cyclase AdrA [Salmonella enterica subsp. enterica serovar Typhimurium str. D23580] MFPKIMNDENFYRKAVEQAVAPPDPSDDRQRSGLRFARRIRLPRAVGLGGMLLPVAAVLVSQPVFGGWWLLLVGWSFVWPHLAWQWAAKALDPLRQEIYNLKVDAILSGMWIALMGVNMLPAAALFMMMSMNLMGAGGRRLFTVGMGLLLASCLVTLQLTGLPVAMRSSSLEVTLSLPVIMLYPLLFAWVSYQTAIKLAEHKRRLQAMSSRDGMTGVYNRRHWEILLRNEFDHSRRHHREATLLIIDIDHFKSINDTWGHDAGDEAIIALTRQLQITLRGSDIIGRFGGDEFAVIMCGTPADSAITAMSRVHERLNTLRLPGAPQVMLRISVGVAPLTPQIGHYREWLKSADMALYKAKNAGRNRTEVAA >WP_204618903.1 AmmeMemoRadiSam system protein A [Collinsella tanakaei] >MBM6779883.1 AmmeMemoRadiSam system protein A [Collinsella tanakaei] MSILAAYAVPHPPLIVPGVGGGRERGIRATIDAYREVARRIADLAPETIVISSPHSTSYLDYLHISGGAGARGTFAQFGDRADGSHVTYDEPFVDALCRAADACDLPAGTAGERNPELDWGVLVPLHFVQKEYELRAETGAQPPAYRVVRIGLSDLSPRDHYRLGELVQHVAGELSRRCVYIASGDLSHKLEADGPYGFAPDGPVFDDFICRAFAEGDFLSLLTADPGMCERAAECGLRSFQIMAGALDCTPVRSELLSHEGPFGVGYGIAAFTPTGAAGSDESRAIGDQYDAWHADDMARRKAAESPWVQLARYSLESYVREGRHIDPARDLPEDLAHALPDELFSTQAGAFVSLKKDGRLRGCIGTILPTRDTLAAEICANAISAGCRDPRFSPVEADELDELVYDVDVLSAPERISGPEELDPKRYGVIVSANRGRRGLLLPDLDGVDTVEEQIRIAARKGGINPDESSVTLERFTVTRHL >MBK7140969.1 CoA activase [bacterium] MENSVPSLGIDIGSVAVKLVLVEKGEVTRTVYRRFGEGPFETLIEILGESFSDLTEKSVHLGMTGIGGKTLQSILGGKQFGEIAALAAGNFRLLPQVRTVIEMGGEDSKLLILDPDTQTVRDFAMNAQCAAGTGSFLDQQASRLKISIEGEFGALALKSKHPPRIAGRCSVFAKSDMIHLQQIATPDYDIVAGLCFAVARNFKSAIARGKRFDRPIAFEGGVAANPGMIRAFTEILDLAPGELIVPDRFNVMSALGAAYLAATTRISEVLFRPDRIPAYLAYREQVSSGREALTFEFPDSKYYAVTNAPRVPLESTIEVFLGIDIGSLSTNVVLIDKDHRVIARRYLMTEGRPIEAVRNGLREIAKEVGDHVTVRAVGTTGSGRYLIADYVGADIVRNEITAQATAAVAIDPTVDTIFEIGGQDSKYISLRDKAVVDFEMNKACAAGTGSFLQEQAERLNINIEREFGERALASHCPVGCGERCTVFMESDLVAHQRSGTSKDDLIAGLAYSIASNYLTKVVNDRRIGENIFFQGGVAWNKGVVAAFENLTGKRVTVPPHHDVTGATGAAILAIECTVDSAFQTRFKGFEICNREYQLSSFPCEDCSNQCEIRKVEIDGEAPLYYGSRCEKYEVAVADKRKLPPDLFNLRQKLLLKRYVDFPKRPVSRGRVGIPRALHMFDYYPFWRTFFESLGFEVVNSDKSDQSIVEQSLELFSAETCYPIKMVYGHVANLMGKKVDWIFLPSIIKVADEHQEHDDGSYICPYVQSIGSALSARFDFDHTGTQFLHPPMQFSHDARRLCRDLSATAESLGITDRELKRAVELALKAFQEFRRQITEEGRRILASISPDEKVMVVISRPYNGFDQRLSLNIPEKIRDLGYRVIPMDFLPLEESQLIMDDMYWRYGRRILRAAEYIRTQPNLFAIYLSSFGCGPDSFILHFFRKQMAGKPYLQLEIDEHSADAGMVTRCEAFIDSLRFHQYEPPVTSFTLSSENFKPFERTIYIPNMCDHAFVMKAAFRRFGLHAEVLDEPDQVTLECGKKFTSGKECFPCIITTGEIVKKVREKGFDRSKAVFMMPGATGPCRFGLYRQLHRIVLDDLGFHDIPLYSPNSRNGYSDFGLEKTDFRQVAWQGMVHVDCLQKMLHATRPYEMNPGEAERLYYTKLAELQKAIIDNQPLDKLAAEAAGAFARLARRPEKLPVVGLVGEIYLRNNRFSNNHLISKLESLGLEVRLATFTEWPLYTGWTYKRDAWRRRSLRDTIHGKLQYLVQENQEHRIVRHFSRVFPIIEDQSVDSVLKRASRYLSVDFKGEAILSIGKAMEMVESGASGIINAMPFNCMPGTVVSSLSRTVAEDLGKVPWLNISYEGLRDSGEETRLEAFAEQVRSFSVGLSVPEVRPVK >WP_100537786.1 protoporphyrinogen oxidase [Paenibacillus sp. GM2FR] >PJN55724.1 Protoporphyrinogen oxidase [Paenibacillus sp. GM2FR] MTTTVVIGGGITGLSTLYYLQKELNRHQQDMELVLIEASETLGGKIRTVQNGEFTMETGADSIVSRKTNVAPLLEELQLTDQVVYNATGTSFIYTTAGLKRIPDESVFGIPLSLKSLAESELVSAEGKVEALKDYYTPNESFTKHDSLGEFLESFLGKEIVQNQIAPVISGVYSGELHDLTIASTFPYLLEYKNTYGSIMGGLAENKQKFLGSGNKKFLSFKDGVSVVIDALAQSLTEAGAKIYKGVAAEKLEKTASGYGITLANGEKLEADFVVLSTMGSAAKELLQDPQLNEDFDQLYTKSLISVYLAYDIQDEELPYDGTGFITAKGTQLKCDACTWTSRKWEHTSENNRLLMRLFYKSSNPHYDELIRLSDEELKRVGMEDIRRSLGIEAEPVSCEVTKWHDNMPNYHLKHRQIVESLEQKMDDLYPNVILAGCSYYGVGIPDCIANGEKTAGLILERMPG >NLI35930.1 NADH-quinone oxidoreductase subunit A [Bacteroidales bacterium] MNFILLLVVLLTAIAFVGIVIVLAKAISPRSYNAQKFEPYECGIPTRGKTWMQFRVGYYLFAILFLMFDVETVLLFPWAAIVRQTGVPALLGVLFFFLILVLGLAYAWRKGALEWK >WP_173283317.1 MULTISPECIES: Holliday junction branch migration DNA helicase RuvB [Streptococcus] MGDEELVERTLRPQYLREYIGQDKVKDQLQIFIEAAKMRDEALDHVLLFGPPGLGKTTMAFVIANELGVNLKQTSGPVIEKAGDLVAILNDLEPGDVLFIDEIHRLPMSVEEVLYSAMEDFYIDIMIGAGEGSRSVHLELPPFTLIGATTRAGMLSNPLRARFGITGHMEYYAHADLTEIVERTADIFEMEITHEAASELALRSRGTPRIANRLLKRVRDFAQIMGDGVIDDLITDKALTMLDVDHEGLDYVDQKILRTMIEMYGGGPVGLGTLSVNIAEERETVEDMYEPYLIQKGFIMRTRSGRVATAKAYDHLGYEYNEK >HAB28525.1 preprotein translocase subunit SecY [Xanthomarina gelatinilytica] MKFIETLKNVWKIEELRNRIILTLGLLLVYRFGAQVVLPGIDAAQLENLQSNTESGLLGLLNAFTGGAFANASVFALGIMPYISASIVVQLMGIAIPYLQKLQKEGASGQKKITQITRWLTIAICLVQAPGYLASLPTAFGIPQSAFLLGTGGLFYFSSIVILVTGCIFAMWLGEKITDKGIGNGISLLIMVGIIATLPKAFLQNASSRLEGNNVMLILFELVIWLVIILASVMLVMAVRKIAVQYARRTASGGYEKNVMGSRQFLPLKL >WP_157113211.1 heparin lyase I family protein [Bradyrhizobium embrapense] MDTTGTITSFSSTPMTRFSIGGDVYGVQDASTSYSLTNPDPQTLRFEVHQGDHAWYDDSSVDRSEVSGAGNIPGGTPINLNYQFMVEANGPNGSFTNTADGWFIVGQMHNDDNASGVGTSPPFAIQLVGDHLQVVARYVQPGQDPSNGAGNVQMLTLWTDPNPIKTGVYNNIQIQADVSNTGGGYLKVSINGTQVVNYSGPLGYGQATNWEYGVYRSTAPETVAVDYRNMTLLTGSAATSAPTQPTTSTTTDPTTTSTATTAPTGIVAPTVTPDATSPATAVVSPVAAATTTDPSVLGAMGAMGLAPTSASGWSAPVTGASAASLPSMDFSRFGFDTGTLAGAAPQTTNWWGDQGTAAASQQSNSYALLNQYLAGSSGGANGGMIAVAMSGPAWTQNSFLTKPQS >MBQ1897904.1 HPr(Ser) kinase/phosphatase [Ruminococcus sp.] MTASPYSVTLKRLIEEIGLTEYYMPVDSEEVHITVSDLDRPGLELIGHLDYYDSRYLILFGLTEMSFLKNESHEQQLSQLEPIVSQTPPAMIIARDIEPLPSMMELARKYHVPILTTADNTSDLHAAIVSFLHVELAQRITRHGVLVEVYGEGILLIGDSGVGKSETAIELIKRGHRLIADDAVEIKRVSKKTLVGTSPENIRHFIELRGIGIINARRIFGIGGVKVSENIDLVINLELWNSKKVYDRMGMDDEYMEILGIEIPVVTIPVKPGRNLAVIIEVAAMNHRQKKMGYNGAQELLQNLGMDISPEDIGKKKIDTNW >MCU0622952.1 hypothetical protein [Gemmatimonadaceae bacterium] MTHRMRLHGIGIRVEPVPGGPAVADVLARLDEALTLIAASQPWRLAHLRRDVTEIRVIRFPCRGAFLRDARAIVCELTFLARRDISAAPVAASLLHEGVHARVQAMTTRWRWPATWDAADEERLCRRVELAFGRALPPALGAPVVTRAADALALADAEVAPVVDWGEAMARVRGV >MBI5438416.1 30S ribosomal protein S13 [Nitrosomonadales bacterium] MARIAGVNIPNHQHAVIALTAIYGIGRMRSKDICALAGVNASTRMKDLTDAEVEKLRGQVAKFMVEGDLRRETTMNIKRLMDLGCYRGVRHRRGLPCRGQRTRTNARTRKGPRKAIAGAKK >WP_202067358.1 thiaminase II [Enterococcus sp. BWB1-3] >MBL1229446.1 thiaminase II [Enterococcus sp. BWB1-3] MSFTEEVREQADELWNKSKQHPFLKELKEGTLSPEIFRYYLIQDRYYLEQFSNIHQAAAELSEDKDIKKSFLAGVAGLDEAELAVRESFFKELRIDEKEIQATPIAPTAYYYTAHMYKELASGSAARTAAALLPCYWLYQEIGEMLIENGSPKPLYQQWIETYDSTGYQEAVDRQRRLTDFLAENVSESERNLMLQSFLVSSYQEWKFWGMAYEQEQWEESSCIHII >WP_274771680.1 Rossmann-like and DUF2520 domain-containing protein [Chromobacterium amazonense] MVALSVIGAGRVGRSLARLAHLSGACRVVDVAGRSEASLAMARDFIGAGRVVADWRALAPVDFYLLAVPDAAIADCARALANTGAAPAGSVVFHASGACEASLLAPLAEQGVLLASLHPAFSFADPERAVAGFAGTLCAVEGDELACARLEELARLLGGRPFRLAPGGKAAYHAGLSVASNYLVALTAMAEGLERQAGVPAELLGDLLGGLMRQTLDNALALGPYQALTGPILRGDAETVASHLAVLPDAAARAAYRAMGWQTLALAGDRLAEPARQRLRALLAGSSSAERES >WP_167605087.1 GNAT family N-acetyltransferase [Maribellus sediminis] MEIVIRKATDDDIPAIFGLIQELAIYENGLDKVKNSVDQMYAEKDFFNCYVAEDNGEIIGMSLYYFVYYTWVGKALYLDDLFVKEAYRGKKIGSKLMQKMMDVAREEKCHRLRLQVLNWNSPAIEFYKKSGFNIDEDWHNCDFIDL >MBP6311895.1 CotH kinase family protein [Flavobacteriales bacterium] MFSSIEILKIHFIQGWCVRISLFLLVGSTATLGHAQLVINEVCSKNNTVLDNGIGGHPDWVEVYNAGTTTLSLADFYLSDAINDPAPWQLPNVQLAPGAYEVFLSGDSDQNDHWFPFSLARDGESLFLSDATGALAEIFIIPYLQTDHSYGRWNENEYRYFGTPTPGTANTTVSYLGYAQTPLFDHDPGFVGQGTVVALASIPNTSVRVTLDGSEPNENSQEYTGPITLNNTQVLKAVAYAPDLLPSETTSNTYFVSENTELAVVSISVHPDSLFDDVLGLYMLGPNADPDYPHYGANFWSERSIAVRVEYFDEQHNRGLDQVVDLKMHGGRVSRNQPQRPLRLTARKQYGSELMEYQFFPEKAHLNKFHTLILRNSGADWCIAQQRDQIWHQTALHAGLDIDVLAYRPVAVYINGAYWGLMELRERIDDDYLQYNYGADRGDLLLMEEENVSIVGDTIHFHDLKEYIYGHDMNDPVHYAYVDSQLDIKSFMDYAILEMYAGNVDWPSNNLKYWKPSITEGKWRYLLYDLDATMNIFGWIPIDLDSFYWVLVHRAGFVHAEIFRSMLGNDEFKRKFLNRMADLLNTSLSEESFGNEIRVNRERIEAEIPNHFARWGCYIPQWEDHAYTVIPSFAEVRGDIMREDVLSTFDLPNTALLEFEVFPSDAGSITLNTLDPQVPFTGIYFNENAIDLSTTPTDGYVFDHWEYDAEPSERILEPSIRRSFGIEGKLVAYYRKEGESLSVFPNPFTDRTAISLFAERDGVAAVRLIDVEGRILVDRKQDVLHGVNTMELDLGALNKGLYVLWVEVNGHFVTQRLVKAGS >MCK1819907.1 PLP-dependent aminotransferase family protein [Streptomyces sp. XM83C] MVDSWVNSAEAIGADLHLELAGQGGRRAALTRALREAVRSGRLAPGTRLPPYRSLAADLGVARNTVADAYAELVAEGWLTARQGSGTRVAPRGTPLRRAERVPAAVSPRARGPRHDLRQGTPDVSAFPRTAWLASYRKALQQAPNEVFGPGDPAGRRELREALAEYLARARGVRAEPDRIVVCSGFAHALRLLFGQGAGGVLRGPLAVEAYGLGFHRELLSTAGVRTVPLPLDGQGARVDLLERGRAGGAGRGVRAVLLTPAHQFPTGGPLRASRRSAVVDWARTRGGVVLEDDYDGEFRYDRKPVGALQGLDPERVVYIGSVSKSLSPALRLGWMVLPGRYVDEVVAAKGDREGWVSVLDQLALADFLGCGAYDRHVRRTRQRYRARRDRLVAALAARVPYVEVTGIAAGLHAVLRLPSGTERSVVEAAARRGIALDGLSAFRHPGSEMPARDGLVVGYAAPSEHAYGAALDALCEVLEAEASPGGRGPEAPQDKGDPEAP >HAP0275886.1 fimbrial chaperone [Escherichia coli] MNKIARGGLVFLLSLVVSGQAMAAFVLNGTRFIYEEGKKNISFEVTNQADETFGGQVWINNTTQNNGMVYMVPAPPFFKVRPKEKQIIRIMRTASVLPSDRESLFWLNVQEIPPKPKVSEGNVLAVAVNTKVKLIYRPKALVTGRHDAEKKMQIIHRGTETYLVNPTPYYFAVTGITVNGQPVKLSDTVMDKISQFAPKSEVALGHLSLNGTIMVQAVNDWGGMQ >MCE2873365.1 TonB-dependent receptor [Xanthomonadales bacterium] MNRQISAAVFAAVASSQAQQAVAQSEAVLELDEVVVTAQRRSENIQNVPITVQALTTETLENLKVNTIDEFVKFLPNVQVASQGPTHGNFAIRGLSIGAAVLQGGGTVGQWPTVGLYFDDQAVQMPGRNLDVYAADLERIEVLEGPQGTLFGAGAQAGVVRYITNKPKHDTTEAYFRAGYAQTNGGDDSTNLTGVLNLPLSDKLAARIVAYNDSRGGYIDNVPSTFTRRSTDISFASFTGGRVPTDSVVIDNYKIARNNFNPVSYKGARLGLSYDVNDDWNILVVQSFQDIDSSGVFYSMPFGSDCVDPTRESTCTTGGPSNSPVRGRPLDDYQVTVFNDTITKDKFANTALTISGKIGDLDLVYSGSRLKRDNFIQGDYTNYARGLYGAYYQCTGYSGASVDKCYTPSSVWQNTIENINTSHEIRLSTPSEWKVSAVGGLFYEEREVNDQTEWLYKSVPECTIGGPKSCFFALDPANTPKFANASFNNRNRRNSATGFFNDFQRVYEQKAAFLSVDWHMTDALTLTAGTRYFEGFNQMLGGNVGSFYCKQYGTGLSTATGICTGPATGNAPYGTNLNNQAINSFTDSGFRSRVNVSWKATDDLLLYATWSEGFRPGGFNRGSSQVLRAVNRSTGTAQRGSYNQFQLPLFFKSDDLVNYEIGWKSTLMDNRVIFNGAIYNNKWDDAQSGIFAPQAGFGNLTVSVNGPSYETKGIQMSITALVSEGLTIDAAAAYNKAELTNNPQFINNVPGTPNFGQAITEAWVGSATSGRAVPVANVFGVAGDPAALSPEIQGNIRARYEWTSNSYEYYTQLGVVYTDERNSTGNRLQAVKLDSFTDVSASAGVAKDSWTVELVVSNLTNRDTSEFISSSQFVQTDNQARPRTIGLQFGYRFAD >EFQ5532992.1 head decoration protein [Escherichia coli] >EJB5478758.1 head decoration protein [Escherichia coli] MNTPYIELFAGSQQVSTTLVHFAADAGVIQEFTPLMLAYNGEFKPWDGQESGKAVYLTSYPVDTSKQKSAQCYKTGIFNIAAVNWPESVDTDAKKCAAFAGSGVSVQPLAR >MCA9734355.1 energy transducer TonB [candidate division KSB1 bacterium] >MCB9503674.1 energy transducer TonB [Deferribacteres bacterium] MATFKAFNPLGAEPGKIKETPESRAYWQSVKPAGLVKTKNPHYDLKKHYSKTIELATVVSLVLVLFSFLTLRNFETEAQQITSSIQELIVEEIPVTEQLRKLTAPPRPAVPLPSDDEDIADDETIDDTDINFAEIPPPPEKPVIDDAEDIFVVFDTPPKPVGGYQSIYERIVYPEVAKMANIEGSVVLRLLITPRGEVERAEVIKDSGSDVGFEKAALAAVDGTKWSPAMQRDRAVKVWVSVPIRFALTNLSS >WP_281760414.1 TPM domain-containing protein [Pseudodesulfovibrio nedwellii] >BDQ37903.1 hypothetical protein SYK_22630 [Pseudodesulfovibrio nedwellii] MRTLYATLLGAILLLAMASGAFALDVPPYKGRVNDLANMMNSSTEQTLEAQLAELEKTDSTQMAILTIPSLEGDSMEDFSIRVAETWKVGQKESDNGVILLVSKADRKSRIEVGYGLEGVLTDVLAGQILDNVIAPRFKQGNFDAGFKDGVVAITSAVRGEFAASKSLKRKSKLNIFSIIVVPMILIVMFTEKFGRPRRQGQMTEEQAIEDARRHGRGSTATNLLLLSMLGGSFRGGGGGFGGGGGGGFGGFGGGGFGGGGASGGW >NWR36449.1 PCSK4 convertase [Tachuris rubrigastra] QVMEGEPYYHLGHRGTRQRALSRHWGWHVRLMRDPQVLWFEQQTLKRRTKRGASVVPTDPWFPKQWYMNNDISPDLNILTAWSRGYTGRGVVLTILDDGLEKDHPDLAANYDPQASYDFNSNDPDPQPRYGDGDKNWHGTRCAGEVAAVANNGICGAGVAYNAKIGGVRMLDGPIVDVVEAQALSLHSQHIHIYSASWGPEDDGRTVDGPGELAAAAFHRGVSQVSPAPASGASGAPGPPAHPPLPPQQGRGGLGSIFIWASGNGGIHYDNCNCDGYGNSIYTVSVGSVLGDGQRPRYSEGCAAILTTTYSSRASSDVQIVTTDLHHRCTDKHTGTSASAPLVAGMVALALEANPALTWRDLQHLIIRASKPAHLKAEDWAKNGVGRRVSHYYGYGLLDAGLLVQEAVAWAGTRPQQKCSVKVLQAPRDIGSKLTISTDVFSCSRSIRSLEHVQVQLSLSYSRRGDLVVALSSPMGTTSILVTVRPYDTSQEGYKDWTFMSTHFWDENPKGTWTLHLENRGDARNTVLSLLSPGQLTSFILHLHGTDEDMTSRRSAASATDGCLRWDKEGACEECGSSLYAHRRSCLPYCPPRYYGWTRSASAADTARVCAHCHPSCYTCQGASANNCTSCPSTRTFEELTHTCSPS >WP_033631967.1 MULTISPECIES: nucleoside hydrolase [Serratia] >ANM77078.1 inosine-uridine preferring nucleoside hydrolase family protein [Serratia marcescens] >KFF87762.1 hydrolase [Serratia nematodiphila DZ0503SBS1] >KMJ12412.1 hypothetical protein SN04_03520 [Serratia marcescens] >SCY81480.1 Inosine-uridine nucleoside N-ribohydrolase [Serratia nematodiphila] MRLIIDCDPGNGVPGANVDDGLALALALAAKPQLQLELISIVAGNTPREVGFAVASALLAQSGYRVPVALGAARALSEPPEPWRAHLDRPIADPQLAALWRDLPAPSLANAPAPDAAIAIGELICRHPGEITLAAIGPLTNVAHAMQLYPQMAQAVKEIVIMGGVFNVEGYIKDTNFGLDPEAARLVLNSGANITLAPLDVTTQTMLTQADLAALTQPDTPLCRYLRATTQPWIDYSRHTRRLPGCWIHDALVIAWLLEPQLVTTEMFHVDVALEGALTRGSSRRWRPGGLRLTVGMPPPQGKPVRIMQQVDNTRLLALIGATLARG >ESS67695.1 hypothetical protein TCDM_03583 [Trypanosoma cruzi Dm28c] MRPRRFRIEMPDDFIFQGSTPQFSLVLDWFFVNYLEMPWKGRFAPKKVAVDPFILAYGSGEESTEWTIDIRYICLRLRDPPRRYRSVEVEEGDSFKTFERSAIDIAVLVEHFTMCFQWGSGGAFSSRYYVGEASVWQLEPLAQNRVTFFRHPKEVVDESFRFLWLHHETVGAAAPPTKEEEKRRSTSPNSRMNAYTALQARYDVSVEKEVKKVSSWISVGSLDITPEPYFLFNLKDSLFSLHIRNAYGRILRWEPRVANVLPRSPSLEDQDYSTNYYFTLFKLNLTVPHLLRPCQRVRSLFFVSIKSIEFVLSSEVHGVNYMWSISVDSIVNNGVVVENDASEGGFKLRPVFVPPFWSEEGSETGKVKNLFYLARTAKNYVTGAMNSVWIVLPLKREIYALCEVFEKGGYQQLRWLWTFLEERRMWRKGMSSKGRDSSPFSVYFTLKAPYMVVAEHGCVVAGNPNLGRGVVISPGDIVVEKDTNGSGAFGVSLSAVGVTSLQEHLNYVMKPMEVDIVGISQKDVMWNVKIIIHAVVVEVEQSLYELMLQSLVRHFVVTEAELLDVFHAETEDPAFCLQLPMGDPTECESGDLSLPAAGGEFGLRVCVEWDSFTLCLLRNNFGIFLKIGEMSAMYERPVVVEGQRGIPGVARRMHVKLAFITIGADDRPNLLEMRPVTPSISSRTRDQSKERKGEVEGVEQSAENLSVYRCLSFCLDARGKEEEIQVNFGKAVGFFEKSTMHLLLSSLYEPYRRIVLPEYHVHEVRYIDSDFTLQKRLVLSQRTKMRVVQGRHNHITIDGNGHDIHFIDARSPLLSLGDGLTLCIINARIHLYGKVLEYYMAVGNGSYVIVDATCNTIINVTPSTCGDCSAATAGLEPIVSDIENGEEKKNSSTIRRGTKQSGHQNSKNNNSASFKSGFGTNNVSRRVMANVVLFLTLPEGTRELHVPLQQKTNTAHFSRSLVLQATMSARVEMLRFDGHLINESSTFDMSEFSIYCKYLDANGGLVENRSLVSELALTVHHTRSYAQLENVLKRYIEVLCPYGIELRLCYGDVYLCWDAILGTQQTLGHIEKNVLDDVVGSEITSSLETPWYTSQQGNTTTDLETYTSLSFNLRYLSVDLVDDSSDVSIPLFCVRVESLTTPMVEKRGLAFKLHVSFTWSITYYNFSICSWCSLLEPVLLDVVLRSEPNVSLEDVRRRKGLLRAGLHLRPVRLHLSARVMENLRRIWLLKKHLWDAQHSFEQDVVWKPLGTSKQQFCMYRVVQHVGHEVEVRFAHDSPNHSPTPSILNANETIQFNFPRVEGHELPPWQHRLLVSFRNNTEVVNVAKTGKRLVFHSPGPMGSHLLVDVTVSEGQKLVEFRTNIAFKNELPFTMHVSGVGLISPDGVLHLPLGSLRHRTSFMPHMEKHRSTPCSLGVCYDMLPFLYGQVFLGVCTVECNETAEDFNSMQASASLRRAVFFFLCFDKKCCVGDSDVIDCRGTFQAPLFIVNGTSLPMRICLMYRKKSEKQHRSPLHFSKSNSYEHVTTIDVASGERSCITQMNPLKDIYIDIVANQANGEPMGPAPIHPDSNPSPALVHSVSKKECDRIITLHDQRGASIILHVDCTPRVVTIWCPYWIINRTPHCLQIADAKNGTLAAGLCSEEGIAPGSFDAVGSGISRGGPAYLFNTKRMEKLGDKAAIYVSIGRYAFSSGIHWTKWSDPVPIGALLECGIVNCSFYKNVNLSLSYTVEFVGGRMKATRVVTFNPRWILQNCTDTIITCRQSRIKFDENMSSHLRPIELSPDHSQIIDFSRESDAANAIQVRLPAAAGLEIQRCYWSQPLNIGNLCERAFNIHYEIRMKVQDRRCEYPEDTVVQLGDVLYVTRAGSDVLMLSCHRRGSTMFVVVSRPYRPPLVVENRTSYTINLRQQDVPQLVVVYPRTTRGFAWENSKYRPVMELWVAEGKNARSKPLFINFDPQAALKRSEQQQQALLLPGGVTLFVRIRGLSRTSYAISITTENTIDTFCSLPYFQFFFRVKVDSIHALFSDENEDFILLTVKPVKLFFSQGKEAEGQGDEQIFSASVSVIQIDDERRCAKQRVVAQLVEDKSFTFRFSRKLFRWTPIVYFKEFVINLSSIEIHLEDSFIFQAMKYLEQMRVVLGNKSVNLPPTHMNGHLLASGIVGEGKRVRATDVWKQQIVFMDHLLIEQTMVSISLYRSPGAQNDPMWEQLGYLSLFIRSVQDARFVWRRIEQWGVYDTMWLLGASYSAFYKHQLQQQMSNVIHVAGLDVMRGFVTDLLQGYFTSAIVTNIDLTKMRLGRRAEAHFADDEKSLTIMGGVASNSRNTHEDMLEAGDDGGGNFGRGITEPHAESQTSIRFHTKHAPENESKIIEAALRLPWSAFFARVKDTELCQYGIFAVRRFVRTLDLANPSRMQWQMQDLVFYGNEASGAVQKKIEPCERCEYIEMMREQRVQSDSLSVLPHPDFGLITWAEFVHHISWGEFVQMCSPSEIRRYAGLVMRSIVGNPNNVIRIDSDNELTSDKEIA >MOP71390.1 immunoglobulin heavy chain junction region [Homo sapiens] CARVPGGWYHYFDYW >WP_163889187.1 thioesterase family protein [Mycolicibacterium hippocampi] MTDAYYELIDSADPRGERFAASEHVVSTWGSTMQNAAPVSALLVRALERCSPRDDSRISRVVVDLLGPVPVTDRLWVNARVERPGTRIELVAAEMTAPGPDGTPRPVAKATAWRFQHTDTDELHFTPAEPLPPVAEGRRRIAEAGSDQTYIQSLDWRWLNDILNSVQAQCWARPLVDLVAGESMTPTQQLFAVADIANGMGTRLDPTEWTFLNTDLAVHIHRLPEGQWVGVRSENHYGTDGVGISRGTLFDEVGAVAAIQQAQLVRRRPAPDVPG >WP_230633440.1 MULTISPECIES: hypothetical protein [Pseudomonas] MRSHERKVPPQFGPYASERTDKKNEGKSCNKPAGGIDLEPRVVELETHLKYIRRDMDEIRTDVKAVRHRLAYLAGAAAVVVGLLGWVANSRFDQLVTLLSR >WP_255187010.1 ATP-dependent zinc metalloprotease FtsH [Methylomonas rapida] >MCQ1314132.1 ATP-dependent zinc metalloprotease FtsH [Methylomonas rapida] >WAR46106.1 ATP-dependent zinc metalloprotease FtsH [Methylomonas rapida] MKKLLIFSTIIIAIGLIVYSIFSRNLPDYDPHYDISYSDFIEDVRGKAVTEVTINGNYVDGHRQNGTRFTTYNPNDMRMIDELLEYGVKIKVEKPPVQSTFMSILISWAPMLLLIAVTIYFMRKQQMGSAGGANSFGKSRAKLMAEDQVKVRFKDVAGVEEAKEDVVEMVDFLKDPSKYEVLGGKIPRGVLMVGPPGTGKTLLARAIAGEAGVPFFSISGSDFVEMFVGVGASRVRDMFEQAKKRAPCIIFIDEIDAVGRQRGAGNMGGNDEREQTLNQLLVEMDGFSGNEGIIVIAATNRADVLDKALLRPGRFDRQVQVGLPDINGREQILKVHADKVPLADDVNINDLARGTPGFTGAELANLINEGALFAARNNQRAVTMNDLDKARDKMIMGVEKRTMVMGREELLMTAYHEAGHAIVGRIVPEHDPVYKVSIMPRGGALGITMFLPERDQYSSSKDKLEGQISSLFGGRVAEALIYGKNKVTTGASNDIQRATQLARNMVTKWGLSDRLGPMDYGDSEGGYVGAQAKPMSEQMAQIIDDEIRLMVDSNYLRAETILKEHIEILHNMAHALLDWETIDKFQIDELMQGKILAPPTSEIRESSIDENKIKQNREEIENDKLDQNIFALS >MBX9648850.1 succinate dehydrogenase, cytochrome b556 subunit [Xanthobacteraceae bacterium] MTARIERPLSPHMQIYRWTLTMALSIVHRATGIALYFGTLLLAWWLIAAASGPGAYAHVQAFTGSIIGKLIVFGYTWALLHHLLSGLRHFVWDLGYGFKASEREALTWGAAIGGISLTVLVWIVAYTIGGGR >WP_006728805.1 Ig-like domain-containing protein, partial [Agrobacterium albertimagni] >EKF56923.1 hypothetical protein QWE_24125, partial [Agrobacterium albertimagni AOL15] SYSFELKAPVAHETAGTTEENKEITIGFTVTDGDGDKSTGSLTVLVNDDVPVATSSSEAALEDGVVIGQLGASAGADGLASIGAFKLATGPTNGALVLDTTTGEFRYQPNANWHGIDRFTFTVTDGDGDVSEPVEVVLTISPVNDATVISGTVTSVAYTEIDGSNNVLPGSNAQKPFMSVDDGLTLSDVDSTGWTKISFTIAGALPGDGLQLRNPDLPS >WP_230699958.1 TM0106 family RecB-like putative nuclease [Flavobacterium sp. ENC] >MCD0464062.1 TM0106 family RecB-like putative nuclease [Flavobacterium sp. ENC] MKPNWKILQAMQYCPYKAWQINRDPDSELETPQLSSAKISAIDKIALTADAFFLSEDTGEKVSHLNILKGKENLLIQIKPSIKAEKLLADTKRILDSDAPAFYKNKHCPECQFWKTCHQKLKEKDCISLLGSISPKIIERYHKKGIFTVLQLSHLFRPRRRSRRKPKIASNYLWELKALAIREQKTYVMYTPDIEDISEAIYLDFEGLPDERFIYLIGGIVHFADKPDETFSFWADSRENEKEIFRNLFRLLNQYPDLPIYHYGSYETKSLNAIVQRYGTPFKQEFIGLQKRMANLLSYLRTSVYPPIYSNGLKELAHFLGYGWTENIDGLQSIVLRKQWEETKDPGIREKLTHYNLEDCQALEIVCGWLHDLTINANPDNVLAVASMKKLSPYKFQANLNFGEDYDMISKAAYFDYQQTKIYWRNKKTAPFISNTSEKESSIHPGKGVMGWQPGKANEVIIAKPLQNCPGCGSSKVYYLKNTMRSFKQTDIKFTSSGVRRHVVEYKSTQGKCGKCGIKYNNAILKRMRYGNNLLALITQMYISYHISSNMIAKMIMDQYHIWISPMYVVSRKYKWWLQWQPEVDYLWKIILKSPVIHIDETTVKLTKDTGYVWVFATSHTVFYHFTLTRETEFLKQWLKDYNGIIITDFFPGYDALKLQRQKCLIHLIRDLNDDLHKNPFDEGYKNLMDAFSELLVKIIATIDKFGLSHKHLQKHLRNTEDFYKTYLSIEYRGELSLKYSKRLKKHWDELWVFLKHDDIPWNNNNAEAAIKAFAQHRHNVNGRIREGKLIEYLKMLSLAQTCRYRNIPFLDLLRHKAGLWENVPPDYLPPFLPFLQARLYVRRLKFTRKGQWNEWIKSGKRPIFIPASPNSTYKKTGWTDWHDWLGFKFLPFEKARTYMRRLGLKNRDEYWAWLRSDKRPSTIPYSPEKEYKRTGWIDLGDWLGTGNTGRQRKKRMTYDQAKTYIQAVGIKTQHEFFAWRKTDQRPDTMPPDPNKVYFEFEGWGVFLGTGRIANQNKKYRSYEEAKTFLKPLRITSAKHFRELCALGIIPTDIPNSPYAFYSKQKTWISFPDFFGK >MBE6890073.1 site-specific integrase [Oscillospiraceae bacterium] MKRGENKGGGLIKTSNGWSYRITYTAADGKRHDLTRTTDSSGQPLKTKKQAQEAKAAHLLQLKNPQQQKEKTYYITFAEAWQLFEEKEAQSKAEGTTKKYNSVWKNHIESRFGKEEMNTTTTQELASFLLDKYAQGLSFGFVESFLKCFYLLFGVAERAERLEPGRYARICTNKETKLKMPPKREEDKKDITIYNSAEINQIARICKNEDDGDIYPVFLLAYFCGLRLGEILGLMWSDVDYGKGTISINRQLQPTDDGLFMLCKLKTEKARRIVDMPATVRAELATRHKASIKAKEKTGAAYKDNERVINKLVTPHETITSGDFVNRRSNGALVTQNSLKKIQKLIKAAGIANFHFHALRATHISILAGRNVPPSEVMRHAGHSNFNTTLKFYINSTTDAKQQLLNALEHINTNEKKYIAHYADGTEKTVTEAQKKAAEEFAKSYPTTENTAPIFTEIDDKN >NET00292.1 type I methionyl aminopeptidase [Sphaerospermopsis sp. SIO1G1] MNIFSNLLAQPVQPKPATPRKRRGIEIKSAREIEIMRQSGKIVATVLKEISQIVEPGMTTADLDAHAEKRIREMGATPSFKGYHGFKGSICASINNEVVHGIPSRKKTIRAGDVLKVDTGAYYNGFHGDSCITIAVGDVTPAAARLIRVAEEALFKGIEQVKAGAHLADIAGAIEDHVKANKLSVVEQFTGHGVGRNLHEEPPVFNYRTRDIPNVKLRSGMTLAIEPILNAGSKNTRILSDRWTAVTVDNSLSAQFEHTVLVTDQGYEILTDRSLV >WP_189761921.1 ABC transporter permease [Streptomyces xanthochromogenes] >GHB20329.1 membrane protein [Streptomyces xanthochromogenes] MKRRLHDLGLGIRFALGGGREGWARTLLTAVGVGLGVALLLGAASVPHLVDRRADRIHDRQPFSAGSEKNTGEVRASLLYAGADTEYRDDTIGGKLLRPANADPVLPPGLTSIPAPGTMAVSPALRELLDSPEGQLLRQRLPYEITATIGDAGLVEPSELYYYAGSSSLSPDSGASSAAGFGNIGEVQPLDPMLVVLVILICVVLLMPVAIFIATAVRFGGERRDRRLAALRLVGADARGTRWMAGGEALAGAVLGLAVGTLLFLGGAQLIGPVGLWSFGFFPGDLRPLPWLALLVAVAVPALAVVVTLGALRSVVIEPLGVVRGGRARRRRLWWRIALPALGVALLLLSQSPDATSGPLSAMSSGLGLPLYEYLAPICIAAGASFVLVGLIALLPWLVEAVVGRLHGGSPAWQLAVRRLQLSSGPAARAVGGITVAVAGSVALQMYSVGIHDDFTKVTGADASRAQYTVQADYPDAKLAERMIGAFRETPGVGKVVGTVTSYVTMPGPVASEDVRPITELTLGDCATLRELARVDSCKDGDTFVVHPSDDRDKAAWVDRTARPGEPIDTAAGEPGVPPTLWTLPASAHTVTARPDPTGAEHDGIFATPGAIDASLLGSTARTSAMLTVDQRVPDAAEHIRNTAARVSPLLGVRTVRTLERDQQYAGIRTGLQAAGLATLGLIAASMLVSQLEQLRERRRLLAALLAFGTKRATLAGSVLWQTAVPVVLGIGLAVAGGLALGALMLRIIGKTVTDWWLFLPLAGAGAAVILAVTLLSLPALWRLMRPDGLRTE >WP_249893756.1 exonuclease subunit SbcD [Mixta hanseatica] >UQY45178.1 exonuclease subunit SbcD [Mixta hanseatica] MRIIHTSDWHLGQFFYTRSRAAEHQAFFNWLIEQVEAHQVDAVIVAGDIFDTGSPPSYARELYNRFVVDLHRTGCQLIVLGGNHDSVATLNESRELLACLNTRVIAAASGDPEEQVLTLMTRQGEPGAVLCAIPFLRPRDIMRSQAGQSGEQKQISLLNAITQHYQRSYQHARALSQRAEKPLPVIATGHLTTVGVSKSEAVRDIYIGTLDAFPAQAFPAADYIALGHIHRAQRIANSEHIRYSGSPLPLSFDELGSQKSVFLVSFADGKLAGVEPLPVPGFQPMQTIKGTLAEIEQQLKVFADAAPPRPVWLDIEITTQEYLHNMQQHIQALTEGLPVEVLLMRRSREQRERALARLQNETLSELKVEEVFERRLEQEEETDEARCTRVRQLFSGTLDALYQGEESQP >WP_086504813.1 hybrid sensor histidine kinase/response regulator [Citrobacter freundii] >OUE71082.1 integral membrane sensor hybrid histidine kinase [Citrobacter freundii] >QLD09340.1 response regulator [Citrobacter freundii] >HCM58529.1 HAMP domain-containing protein [Citrobacter freundii] MPQPGRHFFASARGRLLFFNLLVVAVTLMVSGVAVLGFQHASQIQEQVQQQTVDDMTGSMNLARDTANVATAAVRLSQVVGALEYKGEAERLQETQRALKQSLEQLATAPLAQQEPGLVERIIQRSNELQSSVEGMLQRGQRRHLERNALLSSLYQNQSYLRHLQKLTGAQDDVLLGQMDRLIVAAIDTPTPRSVVKQLDAVMPALPLLHANPLISGILNDFNQELHKLEPLSSALEQSDLAINWYMFHIKALVAILNSDINQYASQVALISEQRVAQSHQELQSGALFILVFALLAVVITGFAGWYIYRNLGSNLTAISRAMTRLAHGESDVSVPALQRRDELGELARAFSVFARNTASLEHTTRLLKEKTSQMEIDRTERQGLEEALLHSQKLKAVGQLTGGLAHDFNNLLAVIIGSLDLVNPESPDAPRVNRALKAAERGALLTQRLLAFSRKQSLHPHAVELKTLLENLGELMRHSLPATLTLEIEAQSPAWPAWIDVSQLENAIINLVMNARDAMDGQAGTIKIRTWNQRVTRSDGRKQDMVMLEVADQGSGMSQAVKAQVFEPFFTTKQTGSGSGLGLSMVYGFVRQSGGRVEIESAPGQGTTVRLQLPRAVVPVQAQVEAVAQHTTTNDEKLVLVLEDEDDVRQTLCEQLHLLGYLTLEAANGEQAMHMLAASSEIDIFISDLMLPGGLSGVDVVNHAQAHYPQLSILLMSGQDLRPAHNPALPDVALLRKPFTRGELAQALRHSRN >MCH6549687.1 hypothetical protein [Pseudomonadota bacterium] MDILEASIYRMVGGKIAEQWAFPDIASLQRQLAPQQDE >TYJ03004.1 hypothetical protein E1A91_A13G268900v1 [Gossypium mustelinum] MYPFPVFLFLTILCLLGSTADAIGVNWGTMSSHPLPPPKVVELLKSNEVSKVKLFDADPLVLQALSGSNIVVTLGIPNSMLKTLNSSRKAAESWVHDNVTRYFSHGGAGVRIEYVAVGDEPFLQSYGDQFHPFVIGAAMNIQAALTKANLAGEVKVVVPCSFDTFVSESGRPSKGHFRTDLNKTMIELLTFLSKHHSSFFVTISPFISFQQNKNISLDFSLFKENAHHHNDSLRTYKNSFDLSYDTLVSALSKIGFPEIDIVVARIGWPTDGAANATSSIAEIFMKGLIDHLHSKTGTPLRPRNPPIETFIFSLLDEDHRSITSGNFERHWGVFTFDGQAKYHFNFGQGTKNLVNSQFVEYLAPKWCVVNNNKDLSNASASALDACSTSDCTALSPGGSCSNISWPGNISYAFNSYYQQNDQRADSCDFGGLGLITTVDPSVDTCRFFVELQTSHSTSAHEAYIFPRIILLLACLFSCLLGFKW >NXO69257.1 CC166 protein [Phainopepla nitens] KSKDGEAPRETSDTEDPVQERKLYLQEECRILTQHLDTYLGRAKQLLQGNKRLEKEAQGTQEQSQSYLSCGAKLSKDPPDMVITLNDQNCQDLAQIQLQKEELVPQYAGKEQEVRSALKDTEAEASCLDTELGELEPYRELSVQAEQKVKALEKELRVTRIRCAEETHAVRSRFLQEKADCEHELQQRMRELTWGAEEVAFQALIQHVEQVKAENRLLRQELLGLLQHCQLLRDTKIQLQDQQEQLLRENQCAQRAALL >OFZ89526.1 dihydrolipoamide succinyltransferase [Betaproteobacteria bacterium RBG_16_64_18] MLIDIKVPQLSESVAEATLLAWHKKVGDRVDRDENLIDVETDKVVLELPAPQSGVIARIIKGDGGTVVSGEVIATIDTEGTAVAAAPAMPARTEPAAAPLAPKTAPREDPRLMPAARKMAEESGVDTRDIPGTGRGGRITKGDIVQHLETGKGAAAQPALEAVPAPAAEPARPALQSVSAPVKIEQILGDRPEQRVPMSRLRARIAERLVQSQSTAAILTTFNEVNMQPVIDLRVKYKDRFEKEHGVKLGFMSFLVKAAIAALKKYPVVNASVDGNDIVYHGYFDIGIAVGSPRGLVVPILRDADQMSFAEIEKKIAEFGKRAQDGKLGIEDLTGGTFSVTNGGIFGSMLSTPIINPPQSAILGIHATKDRAVVENGQIVIRPMNYLALSYDHRIIDGREAVLSLVAIKEALEEPARLLLEL >MBL7790458.1 acetyltransferase [Chitinophagales bacterium] MLIAGAKGFAKEVMESYIQDHTEAEVVFFDDVSLDIDSYMFNKFPILRSKVELKDYFSNISNEYTLGLGSPVSRKKLSDIIDEIGGKLVSTISSKSHLGQFGIEIKEGCNLMQGVIITSNVKIGRGVLVNINSTIGHDSIIEDFVEICPGVNISGNCHIGMQTFIGTNATILPGIKIGANVTIGAGSLVTKDIPDNTMAYGIPAKPISK >MBF0278962.1 hypothetical protein [SAR324 cluster bacterium] MTNFPIRSIHPASSKAAFMNCVIVVPGVQERLTDQQFAASTDTPNN >WP_151519865.1 type II secretion system F family protein [Rhizobium sp. PEPV16] >KAF5881732.1 type II secretion system F family protein [Rhizobium sp. PEPV16] MISQIPLAPIAIAFAGVTAALFVWWIGDMLGSIQVVRRSAGGDGPPPNIVDSIGMRTPVEFVLTHFEPLLADYGAQLEQKLIYGGRPFGGVTGREYIALLVVLSLFGFVLLGLLFGIASGSVIGGLVAGLILGLIPAIYFWVVADDKAQDRKERISREFPYFLDLVVMTQQAQATLPESLRLYAEAAPGTVMSEEIEQTLKDVALGTGMIEALQRLERRMTAEEVIRVIRAVIQGEVEGSNRVELLREHARDLRFRRWEKADRASEKLKAKIVMPAMMIVVSILLLVLAPAIVEMMSSGMF >WP_175939838.1 MULTISPECIES: DUF1488 domain-containing protein [unclassified Caballeronia] >QSN62033.1 DUF1488 domain-containing protein [Caballeronia sp. M1242] MHITFSDDPPVYNGDDLAIHFTALVDGEAVVCSISAEALEDHFGAKSPREEDLLPAFESGAARIRAVCAEALDDNGGQSVVLRSGLFRVAGMEPE >WP_114688413.1 contractile injection system protein, VgrG/Pvc8 family [Sphingomonas aracearum] >RDE04677.1 phage late control D family protein [Sphingomonas aracearum] MIVAIPAIRVVVDGKDITPMLRGQVPQPNGRPPRPRLVSLSISERRGEEADQLDLVIDDTDGAVALPPTAARIQVWLGWHQGSEVTPGLVDKGTYLVDEVSHAGPPDLITVRARAADFAGHLTTRRERSWHGTTLGAIVADIAKRHGLTPHCAASLAALPITAKAQSREGDLAFLRRLGREHDAVATIKRGALIFAPIGAGVTATGKPLGAVTIHRSDGDQHQFQRQRREEVTGVTASWHDRKGAKRQHVTSGEAKGARRLSRVYGSEAEAKRAATAAHTRAGREPLSFEITLAHGRADLHPEQNATVSGYKAAIDALAWLIAEVTHDLSERGFQTRLKLETK >TIC14313.1 hypothetical protein E3Q15_01780 [Wallemia mellicola] MKPKTAPQMQRPRRSSRPSAMHRRRYSFDSGTSLEQNVFKTTSIEAKGALPIEYDDNGDPIPYTTTVNSATIGKSAIPVPKSDKLNLSKVRINAPINPPERTKKRMFNLPHCPVFYPTEEEWNLNPFEYMEHLSDDYNATNFGICKIVPPANWRPEFSIDSRNFRFRSRLQRLNTVTAASRVKTNYCRQLLRFHNQNGSFLSSNPHIERKPIDIYALKADVARLGGYDHIERTNNWLSVAREQGFVKSKPRFISMAFKEAYEDYIQPYETFVSIFKERLESKKTEEINMSFDDSDTIKYRLNGETNNGGDQVMEDVKLEEGLGNALPRRLAMSSSPPPIEQPVIKAELNGSSVECSNCKQFDTPDRVVQCAECENHFHLDCLIYPLLKRPDVQDWFCDACLYGSGEYGFDEGEDHSLASFQARDEDFRKLWFETHPPKTKGRVAPNGVEQKLGNKIVSEDDIEKEFWRLVDSQDEIVETEYGADIHTTETGSAFPTPKTHPDSKYATSGWNLANMPGYDGSVLSYIKNDVSGMTVPWIYVGMMFSTFCWHNEDHYTYSVNYMHWGETKTWYGVPGKDHEKFEDAMRKSAPELFSQQPDLLLQLVTLGNPGQLKDAGVPIYACDQRPNEFVITFPRAFHCGFNHGFNFNEAVNFALPDWIPEGRACVEKYRSLKRNPIFSHDELLVTIINKGFDDSLWVYLKDAILDMVKDEVEHRKQFSSVTQGDIESVTKYVDEDDYQCSNCRAYTYLSQLYDRGTKKIYCHRHFKQFMENSAPHNRAMRIRYSDSELDGFRNAVLNHEQKNAEWINKARILLDANQTKSADLTDLKEHLKKSVGIPHRVHEYSRLKSFIKAIESWIDRANKFWIDWNDTQGTIIDSIDPLPNRLNNYGTLINLLTSPVRSRFDVRKYFPHVIQLEKLKSILDWAMVVSSKYNLDSTIDENNKVEYQNVLDILKDTNVRGIKESVPLYHLKRKFKWMSAVNNSTINGLKYTQEVDGLLQEAETLHIRDRDHWALALLHDKKDEGFDWRSKALKLCSHVAITPEQVQQLLDEVSVKDQNLVKDFHRLMNFTENVKHVLDNHNDTLSKDGYFLSEAKRELEFVKTYRFKVKNYKNFDILIKHYETFIKKMVDALKIDLVNFDMLKLEKQAQFLTKRLHRRVQERIVNDDIERMCLCRVEKDTGVDVLDCRTCGTSFHHGCLPYDHSGIQDDYFECLLCKPQGKLPDITDLPNFKELASIKKQMFEGHSEKLKIRTKQVLETKAMIDKCNSFNSDLYKLVVSDNLSTLRNTALTLIGVGIAFDGFDPQMITEKIQKLSNSDKKRKSDINIPLDDESGSTSNGLTGRTRRPKFLFREDPPILNTADDKGVVKHCICQKFQDRQNQMSTMVIGCDRCKNWFHVECVGGAQQLEKISGQKFNCPCCSLKFGRVFQYLPVIIQLEGDIGTNLFVDVNKTVKNLTQVVKFELEPGIIDASVIVLHMYRFVPGAIEPAVQSKLSQTPEDGIKRRKYETPPTLAPPTVPSPQVQSPQRRNVKVTGWQPDGANNDVGSVDIEITV >OTX04318.1 hypothetical protein BK712_19325 [Bacillus thuringiensis serovar seoulensis] MNRLTKFSKLAFTTLIVGSSLSVFVSSHSVQADTLDHNYQNTVKFIPPASARQALEQKNTILPESKVIKNHYVKYSKAHFQSKESIPKEIYYSSDGFKGYIQASTIWDMGDHFATLYSGTVIRC >WP_248415755.1 lipid A 1-phosphatase LpxE [Helicobacter pylori] MPKSFSKTLLALSLGLILSGIFAPFPKVPKQHSVPLVFHFTEHYARFIPTILSVAIPLIQRDAIGLFQIANASIATTLLTHTTKRALNHVTINDQRLGERPYGGNFNMPSGHSSMVGLAVAFLMRRYSFKKYWWLLPLVPLTMLARIYLDAHTIGAVLAGLGIGMLCVSLFTSPKKP >GFV11951.1 uncharacterized protein TNCV_3181821 [Trichonephila clavipes] MVVCKCIVPSWHGGTLNSRRAANPLVRLVEGEEKWEASDHPQGVLSQNWGETELNRFVTCMVLKATDNDRHQLALCHDDFHGP >WP_088031849.1 PhzF family phenazine biosynthesis isomerase [Bacillus thuringiensis] >OTY21364.1 isomerase [Bacillus thuringiensis serovar navarrensis] MKNINVFHYDAFTNKPNMGNPAGIVLEAYGLTEEDMQRIAEKVGFNETSFVLSSEVADIRMRYFTPGFEMDLCGHGTVGTIYALRERGLLEEKTNLTIETKAGILPIQIGANENGETFIKMRQAAPQFKDFAGSKEELAHSIGLEVTDLDASVPIVYGSTGNWTVIVPIKNLDACERMKPKNEAFPSVLKEIPKASIHPVCLETYDEQVQMHGRHFSSPYAGTIEDPVTGTASGVMGAYYATYLEKDFDHELELIVEQGQEINKDGRVTVYVTKDVENEKLQIDIAGTAVYVKEFEVSI >XP_053193947.1 trinucleotide repeat-containing gene 6C protein-like [Scomber japonicus] MEDKKKKKQEEKKKKEAAQKKATEQITKELPPQSGQGAQYDNPLWGHLPANRSATSAATSTNISVWDQLIIDKKNTEAWPCISLSQSQAPPGGCPLDTDPGHLTSSSSSSTSSSSSCSTASMATGANSQTGHFPANHLGSKVNSGPSPANHTGTSMHSSQVAANRSWGSGPGPSHCPPQSSVGSEGKSDPVGGGSRGWGCSSSSSTTNFNLNLNPNANPSAWPMLGHDGGTGGGSSGGANTISPPQPTPNLCNPSGPPPAQTSTCTGANTNSNSSGIGSAWGSMMASETSEPHPSPSTNVSFSSEPQNLKTDGPNHTNKQEPPSPIHNLPGWGGAPVGLGSMGQHPPGAPQVNGEDGSSVWGNSGESKAPSSKDASGWDSGWGHGGGGSGNSGGWGKQHTEESQGGWDGPTSPPQDSQASPWSRAVSTTGASEGSSDSMEGNPQCRDRSSRDNPAPPLPAQDLDPRVLCNTGWGQTPVRQHTTWDMDDTKRKNDAGTETWGSGPTSSSDAQGPTNTNMGPSQRTDSGSKNDVPASQGASRWGGSIAATNQTSSGWGEPTNNIKPPGGPGGWGNPPKGGPTTSIAKNSGQSWGEEKSKGWDDSHIKATSQGWGEQPKASHNWGNSGGSNNAGDWREPEENKKSPTNPGWEGESGGWKENPRSWGIPAAGPGISGAGGNGGWGEPVSQHPSGPSQGWGGKPQDGPSGTSGGIGSWGGSGPVKQSGGWSGSKQETSAEPTGWEEPSPTSIRRKMEIDDGTSAWGDPGTYSKAVNLWDRNNPGMSQAKATTGGNNPPGPNNNNHPHSHNHPYHGPPAPLQNHTQNTPNQGPTSGPMEPVVQHQSGPPHNRVPLIAQGWGEPPSSHTKSESSWGESAPSAVSVSVDNGTSAWGKPTGSCGGWGDSNPDSYGRGNPTMPSASCKPAPKPMQDGWGGGGEELSLSGGQWDAEEGDMWNNTASQESNSSCNSWGNASKKGPQKGKIPGKQEDTWIMNRLIKQLTDMGFPRDPAEEALKSNNMNLDQAMSALLEKKTELDKRGMGMAGHDYNNGLINKPMSCQRPPLLSKDPSADPRLPFMDKMQSGMFGGGGAAQARAMQQPPPQPIVPPLSSSQPNTRAQVPQFLSPQVQAQLLQFAAKNIGLNPALLTSPINPQHMTLLNQLYHLQLAYQRLQIQQQMLQAQRNVSGPIRQQEQQVARAINNMQQQIQQNQRQLAQALLMKQQQPPPSHSGLHPSQVKSSLDSFPGHPQAPGLPDLQTKEPQSSNTYSPYSLSGLNPNMNVNCMDVGSLSMKDPPQPQSRLSQWTHPNSIESLSGTSSPLESNLSKHGANLGPPGKPPQLEDSYSPYNLMSSSESPTSPLVPPDSWGQGKSSSDKMANGTNINWPPEFCPGVPWKGLQNIDPENDPNMTPGSVPSGPTINTNIQDVNRYLLRDRSGGKLSEMKSTWSPGPISHSQASLSHELWKVPQGPRSSSTAPSRPPPGLTNTKPSSTWGGNSLGLAQGWSSSYTTAGTTWSTDSSTRTSSWLVLRNLTPQIDGSTLRTLCMQHGPLITFHLNLIQGSAVVRYSSKDEAAKAQKSLHMCVLGNTTILAEFAGEEEVNRFFAQGQSLGGTTSWQAAPGTNQTRMGGTGSGASHPIGHSPHWNNNNSSSSSSSSGLGAGGAKTGGELLWGGVQQYSSLWGPPSGEEGRVMGSPTQINTLLPGDLLSGESM >MBR6343266.1 translation initiation factor IF-2 N-terminal domain-containing protein [Selenomonadaceae bacterium] MSKRVFEIAKEFNTETKVILEILKKHQIKASNGFSSVGDEEYEKIKAEIGSKKAAKQPAKAAAQNYAVADGRKPEERQRSEKKQQERAAQKQREKEEQAAKAAQSAKAETKEKEAAPQEKPPTVPAAEAAAGGSTASATDTGRQPERENAGSPRMETEEKPAAAKREYRSKTVEEKNQGGSRSASGSAAGGARGNRDRKNRDGNGDREDGRNGGSGKDRRDRRNRNEERDSRREGRNGNENANARSGRKDRSAKRGNKNRAPQPAPKVEIARPKHIKVGESIAVKDLASKMSCTAAEVIKKLLLMGVMASINQEIDFDTATLVASEFGVTTEELPPEVDPTEIPEIVDDPKTLKLRPPVVTVMGHVDHGKTSLLDVIRKTSVSAHEAGGITQHIGAYQVICKDKKIVFLDTPGHEAFTAMRARG >WP_232103437.1 hypothetical protein [Gimesia algae] MLTISKDVLPQTFLSYIAFRIAFMDTLERIALAKQVGDDPFDSFGFLTEVPFLRSVPPHVQLDLLSVTWAKHLASENVEGDLVDESVVYAVCETAARIIDEQPEEARRYLAGGPLDVHISVDHFLSSEIRNLHLNLSNEGDFLLISQFQDMSPEEALPMKEEFGIDEESIEPMFDVLMQWYMSVDFMPNLEGLLQEREVAKTITIVGLKQQPLC >WP_265275480.1 hypothetical protein [Nostoc sp. KVJ3] MWALNKLVTRNKSIELDSDIAFWVNWCSQNQDPVFRKQLIAARQTPPQEVQDALIAEINALQLKYGLSEQLCLCDGCRERALQSQVVCVKHFLGDERWERGWRSGFHSLLYDF >EIO1807611.1 bifunctional ADP-dependent NAD(P)H-hydrate dehydratase/NAD(P)H-hydrate epimerase [Salmonella enterica] MMDHNMKKNPVSIPHSLWPADDIKRLERDAADAFGLTLYELMLRAGDAAFRVARDSYPNARHWLVLCGHGNNGGDGYVVARLAQAAGISVTLLAQESDKPLPEEAAQARDAWLNAGGIIHAGDIIWPETTDLIIDALLGTGIAQAPRDPVARLIEQANAHPAPVVAVDIPSGLLAQTGATPGAVISAAHTVTFIALKPGLLTGKARDVTGILHYDALGLEGWLASQTAPLRRFDATQLGQWLTPRRPTSHKGDHGRLAIIGGDQGTAGAIRMAGEAALRAGAGLVRVLTRGENIAPLLTARPELMVHALTLQSLEESLTWADVVVIGPGLGQQEWGKKALQKVENVRKPMLWDADALNLLAINPDKRHNRVITPHPGEAARLLGCSVAEIESDRLLSAQRLVKRYGGVVVLKGAGTIVAAEHHPLAIIDAGNAGMASGGMGDVLSGIIGALLGQKFTPYDAACVGCVAHGAAADLLAARYGARGMLATDLFTTLRRIVNPDVIDVNHDESSNSAT >NUT29294.1 peptidase M28 [Streptomyces sp.] MRTTRTVPARPVPARPVRARPVRARPVLFTALALSTAGSLLLAPQPAVAEPGPPVHREAALDRHAALTPASAAQRALAGAGDATGPVADDSRGYPRRQVLTQDPENPADKSIKLGLTPYHAIAPKLNALQALGDRVSVEVTGRSAGGHRLYLVTVTAPETARQTRTQARMRELVENAPALAAKSPGLRKTYKTPVFLNNNIHGNEWEGTDASLKLIERLATANDGRTRDLLAHSRLYFNITANPDGRIAGTRANANGFDMNRDFVTASQPEVRAMRQIMVDKQPAVMLDLHGYVNGTLIEPTTPPHGENYEYDLFLKNTYANALGMESAVNGLGYTPAKDGVEPAQIPFRDQEEGWDDWPPIFTPQYAAFHGTVAAHTVEIPLAVNNEEYDTLPVTELRRRSAINVDVAGAALRATLDFVRSRRAALLADQIEVFRRGAAGAAQVPVSPRTVPGVPGIGPEDVYTTTFPRAYVLPATDTATARLVDHLLANGVRVTRAAHPFRLAGTTYPRGSYVVDMHQPKRGLANALLADGRDISDKVSVMYDISGWSLGRLWGASVGTLPGLPYGVLLPVRAAAPVSYVAPRGDLRLRLDDPAEVAALNSLLRKGVKARGAADGSAIVPGSARKQAAEAARAYDVAFRATKLKGTTPLHRTRVAAAVTAGELFALREMNFEVTPVSTDVLNAGFDWSSVDVLFASTDLDHADLTREARAALDAFLAGHGLVGRGVTGAALGSATGLLSAKPVEGNGDANGVVRVRNSAGALMSGAPDHGFVYAPVWFTDLGPKVRVEQSYATGNPLVSGHWRPVRDGSGGPADAAGRASVISGPRAVLFGTEPLFRDHPKGEFAQVGRALFNVAQATGTR >MBR3785149.1 type II toxin-antitoxin system PemK/MazF family toxin [Bacillota bacterium] MKRGEVYMADLEVVDGSVQHGYRPVVIVQNNIGNKHAATTIIVPITTKKENKWYMPTHVKVNRMKELDSSSKAICEQIITISKARLKKRVGSLNRRKMIEINLALAISILPGCVQAICQMYKIKNKFKDIA >MBI3290135.1 hypothetical protein [Candidatus Microgenomates bacterium] MNYLAASQPIGGEFKGIGPLGRPGDNAPQLFSNVLSTIIGFLTIVAALWFIFLVITAGYGMMSSGGDKQKFADARSKLTTGVIGLGFVVLAVILVRLVARLLGIDDVLDPMKAIPLLSPN >WP_060115800.1 recombination regulator RecX [Burkholderia ubonensis] >KVX78967.1 recombinase RecX [Burkholderia ubonensis] MVRRRGGTGGPEEHDARSAPGDSDRRVASPGASRRSAGASASHAANRTATRASDDALVSFEVTAPDDPFEHDESFDAHDRARRRVSGVGFPRESASSAASAAATEDVYTRTSQNPRRTRRPSGAATEAEGARKPSSSKPARSLKGRALGYLSRREYSRAELARKLAPYAGEDESVEPVLDALEHEGWLSDARFAESLVHRRASRVGAARIVNELKRHAVGDTLVEEVGAQLRETEWARAQAVWRKKFGALPQTPAERAKQARFLAARGFSSATIVKLLKCGDEMFGDD >WP_138482356.1 7TM diverse intracellular signaling domain-containing protein [Pseudoalteromonas phenolica] >TLX46432.1 histidine kinase [Pseudoalteromonas phenolica] MRKLILSITLIILSIVCAVSHAQTFNYHHNMQETNLHDLALLLKSQENVAFPTSFQSVKEWQQGLEILPKRALFGGKYWLITELVNHTNDTEFVLYPYNTVVSRIESKLYSEEGEIQTIATGGEVSNEFAFHYGNSIRLNPNEKYVLVTSFESDFFYTPIKFVIKPKAEFERLVVIENLVMILCFGVGLVLGFYNLLIYFGSKDKTHLYYALFAICWVFAWSHFFHISDQLFGLYSPNLHWLGFALTPLTNILFYINLLKLKETHPKLTNGSLVLGVIAACGIPMAMLFPSFGFLWATIVTGVTLCLGLYVGFLRISEGFKPARYFVLAYVAMAIPNMIGNLTNLGVLPPSSLNLYLLGLIGTAMDALLLAFAVADKFRLTNLENIELNKNLELKVLQRTQELEDLASELRDASEAKSRFLANMSHEIRTPMTSIIGYADGMLLGDIKPSEKGHAINVILQNARHVQNLINDILDMSKIEANRLEVELIEADMFRCIAEIESLLGKQIRDKGLEFELNYHFPLPNLIVIDPTRFRQILLNLTSNALKFTSVGKISIDVSCGDEKLKISVRDTGIGMTKDEIKSLFTAFHQADTSTTRRYGGTGLGLNISKSLARKLDGDITVESNVGSGTTFTLELGLYTTKDTQWVGNLNELPQSKLDLQSIDTSGTLKGKVLLAEDHPDNRKLITIILEGMGLQVIAAENGQEAVQAVLDHEFDLILLDIQMPIMDGEEAFKFIQATGVSSPVLALTANTMTHEVERYLKMGFTDHLSKPIDRTKFHKKISHYLNLEVEELSLPIGEFEALQNNYLQGLEEQKHLLHSSYENSDFVALKRHVHAIKGTAGMFECYEIHNYATQLDELLKSGSLEGVDVLLDLLVNAMSDASKAVMS >WP_263727326.1 sodium:proton antiporter NhaD [Campylobacter sp. IFREMER_LSEM_CL2101] MSRILFLLCFSISFLLAGQTHELNLAFSALGIGILIIFILGYYFIAAEEKYHINKTKPALFIGTLSFVIIGIYMVMNDLDTQILEESVNHLILEIAQIVFFLIAAMTFIEALIERSVFETLKYKLVSKGYTYRKLFWLTGILAFFISPIADNLTTALILSTVLLTIDKHNKEFLIPGAINIVVAANAGGAWSPFGDITTLMVWTAKKATFFEFFALFPASFIGWLLTAYLLSRYVPDIKPNFHKDNLEKVEIKPGGKVFIVLGFSTIALAVFIHSICDLPAMWGMIFGLSLLSLYMYFFNRKQGKKDLNIFHYMTRIEMDTLLFFFGILSAVGALHFVGWLAYASDLYAKFGATSINIGVGFLSAIVDNVPVMSAVLKANPSMDDTQWLLVTLTAGIGGSLISFGSAAGVGVMGKMKGIYTFNAHLKYAWTILVGYIISIIVWYVQFQLLNL >WP_072274035.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >MBD8588529.1 MarR family transcriptional regulator [Peribacillus simplex] >NCT35708.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >MCP1151075.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >MCT1389252.1 MarR family transcriptional regulator [Peribacillus frigoritolerans] >CEG25073.1 MarR family transcriptional regulator [Peribacillus simplex] MSNEKVSGLIDRYMKVSFYVNKMGELLIKDQICDVLTNEQYYTLRFIQQQRLCTSTEISEAFYINKSAVTSNINRLEGKGLIEREQDQVDRRVFHLKLSKEGEALLQETENKIHKLVESIMTKFDYEEIVKFLDTYEKLSQIFIQMKNEEWEEYK >MBT4210917.1 PQQ-dependent dehydrogenase, methanol/ethanol family [Porticoccaceae bacterium] MRLLSLFALTFALSSNVIATQTPQTVNQQGIVEPGGEWLSYGRTYREQRFSPLDKINRDNIDELDLAWSFKFDTARGMEATPIVHNGIIYVSTGWSHVHALDARTGAELWHYDAKVPKAQLAKTCCGPVNRGVAIWQDNADAPLQVFFGALDGRLIALDAATGEENWSIQSTPTDGNYSVTGAPRIVKGMVIIGNGGAELGVRGYVSAYDVNTGEMRWRFYTVPGDRNKPQESPALEAALETWSGDEWYKLGGGGGTAWDSLVYDPELDLLYIGTGNGSPWNRDLRSPGGGDNLYLSSIVALRPDTGEYVWHYQVTPADNWDYTATQQLVLAELEINGESRSIIMQAPKNGFFYVLDRKTGELLSADKFGKATWATHVDMETGRPVESKFADYQKNGGSYIWPSPYGAHNWQPMSFSAKTELMYIPVQSIPAYFSAGKEVMYRVNRWNTGVDLNTNRDPRSWVAGRASMDALIYGELVAWDPIKKQRAWQVHHAKPSNGGILSTAGDLVFQGTWDGTFVAYDAYDGEKLWQYKSDSAVLAGPMTFELDGEQYIAVAQGSGGTVMITVGDELQRNKSNQNKLLVFKKGQFNQTKPIANEELTTIRALGHAANTDPALIKLGESIYHNNCGSCHGINALSNYIVPNLRYMSEQTHNDFASIVIGGARTHKGMIGFYETLGVDEVDAIHAYLDDKQQNLSDRVELTTLQKIEYWFNFWMAKLGAMFPELLNATRAYIM >XP_018439942.1 PREDICTED: protein TRIGALACTOSYLDIACYLGLYCEROL 2, chloroplastic-like isoform X2 [Raphanus sativus] MIGNPVMSSSSMIVSPRVYYPNGLPHLPLKPRTRRHSVARAASPSSQPEGKKSPLTVVLDVPRNIWRRTLKPLGDFGFGKRSVWEGGVGLFLISGATLLALSWAWLRGFQMRAKFRKYQTVFELSQASGICTGTPVRIRGVTVGTVIRVNPSLKNIEAVAEIEDDKIIIPRNSLVEVNQSGLLMETMIDITPKDPIPEPSVGPLHQECGKEGLIVCDREKIKGEQGVSLDELVGIFTRMGRDVEEIGVANVFSLAERAVSVIEDAKPLLRKIQAMAEDAQPLLSEFRDSGLLKDVECLTRNLTQASDDMSQALVYVNEI >XP_045702922.1 RNA-binding protein 42 isoform X2 [Phyllostomus hastatus] MAGAGPAPGLPGAGGPVVPGPGASIPGKSGEERLKEMEAEMALFEQEVLGAPVSGIPAAISAVPTVPTVEAMQVPAAPVIRPIIATNTYQQVQQTLEARAAAAATVVSPMVGGPPFVGPVGFGPGDRSHLDSPEAREAMFLRRAAVGPQRVPILRPAFVPHVLQRAAGGPRPMALRPPHQALVGPPLPGPPGPPMMLPPMARAPGPPLGSMAALRPPLEEPATPRELGLGLGLGLKEKEEAVVAAAAGLEDASAAVAVGAGGAPTGPAVIGPSLPLALAMPLPEPEPLPLPLEVVRGLLPPLRIPELLSLRPRPRPPRPEPPPGLMALEVPEPLGEDKKKGKPEKLKRCIRTAAGSSWEDPSLLEWDADDFRIFCGDLGNEVNDDILARAFSRFPSFLKAKVIRDKRTGKTKGYGFVSFKDPSDYVRAMREMNGKYVGSRPIKLRKSMWKDRNLDVVRKKQKEKKKLGLR >WP_063485223.1 site-specific integrase [Lactiplantibacillus plantarum] >KZU44632.1 Integrase [Lactiplantibacillus plantarum] >KZU44983.1 Integrase [Lactiplantibacillus plantarum] >QBA80105.1 site-specific integrase [Lactiplantibacillus plantarum] MASIKKKNGKWAVRVSYYDEFGKRHFKNKSGFSRKKEAEQWATKLEQAKFDQSIGKTDTTAVFTDYYEKWLETYKFGKVSRITEQEYRYTLRQIAELLPNVQLSSMTRLRYQQFINEFVHGNAKQRAQRQLTDNQPYHSKSSVEKLHGHIHAAIIDAVADNLIKTDFCLHVELGGHSGKPAQLKYLDAKDMQTLAAEVNKNIKLISTGKSMIYTGLLTGMRVAEVSALTWTDIDWQNKTIRVNKSWDYVYGQKFKKTKTESSIRTITVTDDLLNHLKTLHALQMAAKLDNPDHLVFMNKRGRIPSPGACDNLLKKYSDSLGIKRISFHGLRHTHASYLLYCGVKMEYVSKRLGHKNSSITRNVYAHMIKEDQRQEDKRTLKALSQVN >WP_149236326.1 HugZ family heme oxygenase [Helicobacter pylori] >QEF21038.1 HugZ family heme oxygenase [Helicobacter pylori] MLNRIIEHMNANHVEDMKGLLKKFGQVHHAENVAFKSVDPQGIVIGYNNNQTLRIEFNHEVKDPKDYKNAIIELCQSVEKTHDLKGVEEEVKAFKESFDSVCLATLHPNGHVVCSYAPLMTDGKQYYIYVSEVAEHFAGLKNNPHNVEVMFLEDESKAKSAILRKRLRYKTNARFIERGAEFDKAFDSFIEKTGGAGGIKTIRTMQDFHLIALDFKEGRFVKGFGQAYDILGDKIVYVGDKGNPHNFPHKK >KIJ42589.1 hypothetical protein M422DRAFT_254370 [Sphaerobolus stellatus SS14] MHQDTHDSIKRAPIVPLITKSFHGGVTSPSPTSSSVLLPDSLEDIDVHGHRGLPYKKRTELETPRTFWVSLLHKLDATAQKVVNKINPVKPAVKFFDNFQGNQKLDLKKAEHHCRVDYGPPEGGAMKLNRWSSNPVLRTVEPHNAMHIGADDHIERIDSSPDTTPQQSVSSSDRIGANWIE >BAI82636.1 cytochrome b, partial [Locusta migratoria] >BAI82637.1 cytochrome b, partial [Locusta migratoria] >BAI82638.1 cytochrome b, partial [Locusta migratoria] >BAI82639.1 cytochrome b, partial [Locusta migratoria] >BAI82640.1 cytochrome b, partial [Locusta migratoria] LIRTLHANGASLFFICMYLHVGRGIYYGSYMYMNTWMTGTIILFLVMATAFMGYVLPWGQMSFWGATVITNLLSAIPYIGTDIVQWIWGGFAVDNATLNRFYTFHFVLPFIVMAMVMTHLFFLHQTGSNNPIGLNSNIDKIPFHPYFTYKDMITFIILMMILIMLCLIDPYMLGDPDNFVPANPLVTPIHIQPEWYFLFAYAILRS >WP_232189573.1 hypothetical protein [Cohnella sp. NL03-T5] >MCD9025824.1 hypothetical protein [Cohnella sp. NL03-T5] MDLEAEEVVAVESLEADAEAEVVAEEVEVIEASSDEEEAAEEAFEEASAEAEEVEVAEAEEAEVTAEAEADEPAEAEVAAHETESSDSESESVVD >MBZ0168159.1 beta-propeller fold lactonase family protein [Kofleriaceae bacterium] >VUZ85658.1 Virginiamycin B lyase [Candidatus Methylomirabilis lanthanidiphila] MKRGFVRLVLWITGLALVAGVTSWVSQAWAYEAWVTNQEDHTVIVIDTETNKVIDTFTPGGKKPHNIAFSPDGAYAFIANAASNDVSMVETKSRKPVATLPAGTRAHGPAVTPDGRQLWVANPGSNDVTVIDLDLRQTLDTIAVGKAPALVVFDPKGGRAYVSNGGSGDLSVIDVKSRKIVTTIEAGKGAMGTDVTWDGKLLLVTAGDVDQVDVIHLMNHQVAARIAREGEPHGLVISPDGKQAYVANRKANVVSVIDCKALKIVKDIPAGKRIDILTITPDGRRLYVTSRDTNSVIAIDTLTEKIIAEIPTGKDPHGIAIVPASHH >NWG72028.1 winged helix-turn-helix transcriptional regulator [Parvularculaceae bacterium] MVTQNPARSPFDAIADPTRRAILDHLRGGEMNAGDIARRFPVSRPAIAKHVRVLRQAGLLKQRRQAQTIFYALDPKGLADVDSWLAPYRLF >WP_136035264.1 DUF5684 domain-containing protein, partial [Microbacterium sp. K35] MDDYYDYGISGGALVALTLLYTILPLIVYAIYAWFYMKVFEKAGVQGKWRAWVPVYNSMIFYKLGDLSPWLVLYLIGAGVVGAIIPVLGWFLILPLVGIAGRVLDLIAAWRVGLKLQKDAVWVILYFFLPPVWLGINAFDKSRWNPNIQPASWAGNGFLGDRTVWDGIPVQPSATAAPQGYGAPQGYGQQPQGYPQQPQGYAPPQPGFTAPPAPGYA >EAP3700350.1 hypothetical protein [Salmonella enterica] MELTNHSKKIREVETELRARLVSMGQTNFAKMAGWSDSKVSRLNIQDMAVTFVLLEKVWETSLIREVARQAVETVMPRNKKRPAATERSDQIQMDF >WP_251074290.1 cystathionine beta-synthase [Streptomyces sp. ISL-111] MGRTISEIPEYTVQFHDSLITLVGNTPLVRLRNVTAGIQATVLAKVEYFNPGGSVKDRIALRMIEAAEQSGELKPGGTIIEPTSGNTGVGLAIVAQQKGYKCIFVCPDKVSTDKINVLRAYGAEVVVCPSAVDPEHPDSYYNVSDRLVAETPGSWKPDQYSNPNNPRSHYETTGPELWEQTEGKITHFVAGVGTGGTITGTGRYLKEVSNGAVKVIGTDPEGSVYSGGSGRPYLVEGVGEDFWPSAYDASVTDEIVAVSDKDTFQMTRRLAKEEGLLVGGSCGMAVVGALEVAKRLGPDDVVVVLLPDSGRGYLSKIFNDEWMADYGFLEDTSSSPQVSAVLNYKEGPLPSLVHMHPDETVGQAIDVLREYGVSQMPIVKPGAGHPDVMAAEVIGSVVERQLLDALFTQRASLGDPLEKHMSAPLPQVGSGEPVEDLMAALSGADGADAAIVLVEGKPKGVVSRQDVLAFLAKDAGAAKV >EXZ64635.1 rhomboid family protein [Bacteroides fragilis str. 3725 D9(v)] >EXZ74498.1 rhomboid family protein [Bacteroides fragilis str. 3976T8] MVLPLFLIFILYMIKVLEIGMDWDFTSLGVYPLSKKGMFGIFTHPLIHSGFKHLLTNTLPLFFLSWCLFYFYRSIAPSIFLIIWIGCGAITFLIGKPAWHIGASGIIYGLAFFLFFSGLLRKYIPLIAISLLVTFLYGGLIWNMLPYFTPSGISWEGHLSGAIIGTICAFSFMGYGPQKPDPFANEEEEESVSATDETDNIETDKEEEHEIDAE >CCE01062.1 hypothetical protein BRAS3809_410003 [Bradyrhizobium sp. STM 3809] MKDAAASVRKSARTESVPACLSENPPSSGLQAAIACPLADEAGRVVAAIVNYYPGDIYNRYFIRVYILGRTRELEQQ >WP_278800290.1 aspartate 1-decarboxylase [Adlercreutzia caecimuris] >MCI9208990.1 aspartate 1-decarboxylase [Adlercreutzia caecimuris] MLLNVLKGKIHRATVVQAELDYVGSITIDTALAEAAGIMEYERVQVVDIDNGNRFETYVIAGEPGSGMICVNGAAAHCVEPGHKVIIMAYASMTPEEFADPANAPRVVFVDDENRVARITRYEKHGRLEDM >BAB28876.1 unnamed protein product [Mus musculus] MGGAVLCKLINSLYPPGQEPIPKISESKMAFKQMEQISQFLKAAEVYGVRTTDIFQTVDLWEGKDMAAVQRTLMALGSVAVTKDDGCYRGEPSWFHRKAQQNRRGFSEEQLRQGQNVIGLQMGSNKGASQAGMTGYGMPRQIM >KAJ1633120.1 hypothetical protein T492DRAFT_837875 [Pavlovales sp. CCMP2436] MAILARHAPGVVACRALILAAAVLQVMMCGEQWNCLRDLGVERTASVGEGGTSPSPSPFPSTLLASQPAKGAAVSLGEGASPSSPSSLLGPQPRPSAVGGGGSSGGSMYPSGWLSAMSRLHTWEALCGRKDHASNDLRDGGRGKWTRAAVAAAAAARKRNVAAGGAAEVASSRRGSRGGGGSAHRLAWPRSERYCLTKGRVRELCCRSRVLVARKRFKTMPTTGNHTQ >WP_090221424.1 TonB-dependent siderophore receptor [Pseudomonas mucidolens] >SDU93285.1 outer-membrane receptor for ferric coprogen and ferric-rhodotorulic acid [Pseudomonas mucidolens] >SQH33755.1 TonB-dependent siderophore receptor [Pseudomonas mucidolens] MSEQVALHPKRFSANLVAMAICVASSPVAAAAVPQALDAQTGQQPPATLELGATNITSDQLGATTEDTGSYTTGVMQTATKLPLSMRETPQAVTVITRQRMDDQAMTSVNDVVKHTPGLFLSQSSGPGRQTYKSRGFDIDNIMYDGLPSSYSGWSMGVQPNLAMFDRVEVIRGATGLVTGAGNPSAAINMVRKRPTADQRVTLTGAAGSWDDYRGEFDASSPLNESGTLRGRVVGSYRDRNSFRDKEESDHGLFYAIGEADLSDSTTATLGFSRQEDQTNLFWGGLPIGTNGHHLNLPRSTYPGSDWENKELQVDTVFGDLVHRFDNGWKLNIAGSSSSLDGLFSGTYLSRYDGPLETTAYQSREDEKQLAFDAYASGPVQAFGRTHEIVVGTSKRIYDKTTKQYSPYDLGLPIAAPKPDFVRSGKSHDITTQDAVYLTTRLSLAEPLSVILGGRLDWYDFDDRAGDADFKVTRNLTRYAGLIYKLDDHHSVYASYTDIFTPQSSKDLAGKTLEPIVGENYEVGIKGEYFNGGLNASLAVFRMDQKNRATQAATQLGCPVLTCYDTSGMIRSQGIDLELQGALTENWQLAAGYTYTRTHYIKDSDAAKENQQFESDTPEHLFKVSTLYRFQGPLEKLRIGGNVYWQSRMYNDLDLVGGGSYRLEQGSYAVADLMAGYQVNKHLDLQLNANNIFDRVYYSAIGTSTTWGSTDTYGDPRSYALTAKYTF >KAF6315484.1 surfeit 2 [Myotis myotis] MSEPPPEVKCALTGHELPCRLPELQVYTRGRKYRRLARASPAFDYAELEPHIVPSTKNPHQLFCKLTLRHINKAPEHVLRHTQGRRYRRALCKYAECQKQGVEYVPACLLHKRRRREDQMDSDRPPRRRPAFWEPESSDGDGTAPSDSDDSMADLYPPELFTKKDLAGAEHRDSADDFLTDEDERPRHLRAEGTGDGEGRGGAQEPALKRRKKQSGSSKKFKSRHRKQKRISSSQQAG >GEZ33207.1 hypothetical protein [Tanacetum cinerariifolium] MSEKRVITKPVDYATLNQLSKDFETRFVPQTDLSAEQAFWSRYSVHSKKPNLSSNTTIVEVPKELPKVSMVNSSVKKLKFHLASFDVTVNVCECYVTIETELQKNFITKKCYDTLFKKYNTLEKHCISLEFDNQLKKEIFLRNNSFLQQSALTFDQLFKINDLKAQSQEKDTVIMKLKWRLNSLSGNVKEEKIKRELEEIETINIELDHKVTKLVAENKHLKQTYKQLYDSIKSSRVQSKEQSLKETLSKLKGKAVVTKVVTLHPIDPELLKIDVAPLALKLRNNGIAHTNYLRHTQEETATLRK >TWU17869.1 Helix-turn-helix domain protein [Planctomycetes bacterium Poly21] MRRLGKTARKVRSKLGLSQAKMARELGISIVQLSKIENDHAMPSPNLIEKYREVANVDLYVMDWCEDPDMTALPKAVREAAAELRNAWSQEFD >MBM3767188.1 putative lipid II flippase FtsW [Acidobacteriota bacterium] MLCYFPPPAPASINFKATNTAGGPSSNSSKNYRGTRMAKRISMDWTLFSVIAAMVAAGMVMIYSTSSITAQSLYNKQPYYFLASQFAWAIIGFTALLIMRRFPFRRLQRPAWAFGAIGVVLFLLPVAYFVDPRHRWIPLGIGNVQPSEFAKPALVIFLAYFLTWRANAINDAKFTLRPAALLLSLLFLFVAMSDLGTAVVLGVVAVVTFFVAGLDRKYLFLAGGMATLCISVAIVAAPYRLRRVVEMVDPTYELLDKYDFTGKIKPRILSSATVSDTGYQARQAKIAIGSGGPLGLGLMHGRQKHFFLPESHTDFIYAIIGEELGLWGAGAVLFGYFVIIWRGLRIFLLTPDEFGRYLALGLTVAIGFQALINITVVLGLGPTKGIPLPMISYGGSSLLSTLFSLGILLNISENAG >WP_061364641.1 phosphorylcholine esterase CbpE [Streptococcus pneumoniae] >MBW8115208.1 phosphorylcholine esterase CbpE [Streptococcus pneumoniae] >CAG5536288.1 choline binding protein E CbpE [Streptococcus pneumoniae] >CAG5537130.1 choline binding protein E CbpE [Streptococcus pneumoniae] >CAG5542406.1 choline binding protein E CbpE [Streptococcus pneumoniae] >CVL99381.1 choline binding protein E CbpE [Streptococcus pneumoniae] MKKKLTSLALVGAFLGLSWYGNVQAQESSGNKIHFINVQEGGSDAIILESNGHFAMVDTGEDYDFPDGSDSRYPWRQGINTTYKHVLTDRVFRRLKELGVQKLDFILVTHTHSDHIGNVDELLSTYPVDRVYLKKYSDSRITNSERLWDNLYGYDKVLQTAAEKGVSVIQNITQGDAHFQFGDMDIQLYNYENETDSSGELKKIWDDNSNSLISVVKVNGKKIYLGGDLDNVHGAEDKYGPLIGKVDLMKFNHHHDTNKSNTKDFIKNLSPSLIVQTSDSLPWKNGVDSEYVNWLKERGIERINAASKDYDATVFDIRKDGFVNISTSYKPIPSFQAGWHKSAYGNWWYQAPDSTGEYAVGWNEIKSDWYYFNQTGILLQDQWKKWNNRWFYLTDSGAAAKNWKKIDGIWYYFNKENQMEIGWIQDKEQWYYLDVDGSMKTGWLQYKGQWYYFAPSGEMKTGWVKDKEIWYYMDSTGIMKTGEIEVAGHHYYLEDSGAMKQGWLKKANAWYFYKADGSRAVGWIKDKDNWYFLKENGQLLVNGKTPEGYTVDSSGAWLVDVPVEKSATTRTTSNSEIKESKDVVKKDLENKETSQHESITSSSISQDLTSSTSKSSETSTNKSESEQ >VPT01298.1 endo-beta-N-acetylglucosaminidase [Streptococcus pneumoniae] MKNPFFERRCRYSIRKLSVGACSLMIGAVLFAGPALAEETAVPENSGANTELVSGESEHSTNEADKQNEGEHARENKLEKAEGVATASETASPASNEAATTETAEAASAAKPEEKASEVVAETPSAEAKPKSDKETEAKPEATNQGDESKPAAEANKTEKEVQPDVPKNTEKTLKPKEIKFNSWEELLKWEPGAREDDAINRGSVVLASRRTGHLVNEKASKEAKVQALSNTNSKAKDHASVGGEEFKAYAFDYWQYLDSMVFWEGLVPTPDVIDAGHRNGVPVYGTLFFNWSNSIADQERFAEALKQDADGSFPIARKLVDMAKYYGYDGYFINQETTGDLVKPLGEKMRQFMLYSKEYAAKVNHPIKYSWYDAMTYNYGRYHQDGLGEYNYQFMQPEGDKVPADNFFANFNWDKAKNDYTIATANWIGRNPYDVFAGLELQQGGSYKTKVKWNDILDENGKLRLSLGLFAPDTITSLGKTGEDYHKNEDIFFTGYQGDPTGQKPGDKDWYGIANLVADRTSAVGNTFTTSFNTGHGKKWFVDGKVSKDSEWNYRSVSGVLPTWRWWQTSTGEKLRAEYDFTDAYNGGNSLKFSGDVAGKTDQDVRLYSTKLEVTEKTKLRVAHKGGKGSKVYMAFSTTPDYKFDDADAWKELTLSDNWTNEEFDLSSLAGKTIYAVKLFFEHEGAVKDYQFNLGQLTISDNHQEPQSPTSFSVVKQSLKNAQEAEAVVQFKGNKDADFYEVYEKDGDSWKLLTGSSSTTIYLPKVSRSASAQGTTQELKVVAVGKNGVRSEAATTTFDWGMTVKDTSLPKPLAENIVPGATVIDSTFPKTEGGEGIEGMLNGTITSLSDKWSSAQLSGSVDIRLTKPRTVVRWVMDHAGAGGESVNDGLMNTKDFDLYYKDADGEWKLAKEVRGNKAHVTDITLDKPITAQDWRLNVVTSDNGTPWKAIRIYNWKMYEKLDTESVNIPMAKAAARSLGNNKVQVGFADVPAGATITVYDNPNSQTPLATLKSEVGGDLASAPLDLTNQSGLLYYRTQLPGKEISNVLAVSVPKDDRRIKSVSLETGPKKTSYAEGEDLDLRGGVLRVQYEGGTEDELIRLTHAGVSVSGFDTHHKGEQNLTLQYLGQPVNANLSVTVTGQDEASPKTILGIEVSQEPKKDYLVGDSLDLSEGRFAVAYSNDTMEEHSFTDEGVEISGYDAQKTGRQTLTLRYQGHEVNFDVLVSPKAALNDEYLKQKLAEVEAAKNKVVYNFASPEVKEAFLKAIEAAEQVLKDHETSTQDQVNDRLNKLTEAHKALNGQEKFKEEKTELDRLTGEVQELLAAKPNHPSGSALAPLLEKNKALVEKVDLSPEELATAKQSLKDLVALLKEDKPAVFSDSKTGVEVHFSNKEKTVIKGLKVERVQASAEEKKYFAGEDAHVFEIEGLDEKGQDVDLSYASIVKIPIEKDKKVKKVFFLPEGKEAVELAFEQTDSHVIFTAPHFTHYAFVYESAEKPQPAKPAPQNTVLPKPTYQLASDQQKAPKLEVQEEKVAFHRQEHENAEMLVGEQRVIIQGRDGLLRHVFEVDENGQRRLRSTEVIQEAIPEIVEIGTKVKTVPAVVATQEKPAQNTAVKSEEASKQLPNTGTADANEALIAGLASLGLASLALTLRRKREHKD >WP_225764381.1 single-stranded DNA-binding protein [Stenotrophomonas sp. Marseille-Q4652] MARGINKVILVGNLGNDPETKYTQAGMAITRVSLATTSVRKDRDGNQQERTEWHRLVFFGKLGEIAGEYLRKGSQVYVEGELRYDKYTSQDGVEKYSTDIVANEMQMLGGRGEGGGGGGDRPARSAAPRQGGGGGGYGGQDQGGGYGQRPQRQAPPQQSAPPMDDFADDDIPF >UGY43725.1 nucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2] MSDNGPQNQRNAPRITFGGPSDSTGSNQNGERSGARSKQRRPQGLPNNTASWFTALTQHGKEGLKFPRGQGVPINTNSSPDDQIGYYRRATRRIRGGDGKMKDLSPRWYFYYLGTGPEAGLPYGANKDGIIWVATEGALNTPKDHIGTRNPANNAAIVLQLPQGTTLPKGFYAEGSRGGSQASSRSSSRSRNSSRNSTPGSSMGTSPARMAGNGCDAALALLLLDRLNQLESKMSGKGQQQQGQTVTKKSAAEASKKPRQKRTATKAYNVTQAFGRRGPEQTQGNFGDQELIRQGTYYKHWPQIAQFAPSASAFFGMSRIGMEVTPSGTWLTYTGAIKLDDKDPNFKDQVILLNKHIDAYKTFPPTEPKKDKKKKAYETQALPQRQKKXXTVTLLPAADLDDFSKQLQQSMSSADSTQA >XP_018042825.1 hypothetical protein CC84DRAFT_1159771 [Paraphaeosphaeria sporulosa] >OAG12460.1 hypothetical protein CC84DRAFT_1159771 [Paraphaeosphaeria sporulosa] MLEDWRFAHSPYVESGGLQAYAGAPLRLQNEHGQTACLGSICVASSAPQAPLPRTLQAALARLGDWVVSDIVNLTRARRQRVRSRMVDLIAAAQAETKDALSEQPAMRALRDIYPDAVIKLQSSKAGHVEVEGHGPVPLSNISTGLWEDIEHIDRFIAESNHLEPPTDHVIRVIAAQCETVSGQSFLTVGTKDFRLVFDDIDAWFVQKCAGIISDMWNKRLLAEVMLAKEKFLRGFCHQLRTPIHGILGSVELLAEQLKLQKLDEAGSEVSSLHTEAAAANSSVITDGGSSIYLDTIKSAGRDLISIINNMITLNRWADIAKKDRQYEDHTLYDLETRLWNEIVGANDGDTHFSASVVFTHDLPPDRCSIRTDLGLLCDSVLPLVTNALQNTLAGKVVIEISARPDLNDLVIGVKDTGRGIQPEDQRRIFELYEQVDVCTTGAGLGLTLASNFAALLHGSVDLVSSEVGRGSHFRATFHGVNLTYSDSPDTGSVIGKLRNIPKSFHAIQSNAEASALYDDFSRFLSCHGFSSTDCIGDGLIILDGVANGEERHVALSRAYPEQVIICLVPPSKTKSHVDGRTRNLIYMNGPLLTSTMTQALEDADNFLASINPSQIYLNQPTEEPTPCLAVSVSPKRERFARHDSKTGNIESFVDDRKVDEPSPEAHGMEEFSTVPDHPKSPNNKTVHQNGVSQAKKPASDRSCFRKARSCALSTHQPASDVESPRTSIAPNKPNAAYQSNSLNIKVVYVFPSSATITHPTALLVDDNDINLRIMRMYCEKRSLPYICARDGLEAVSLFQSRQASAATESTTSPIQLILMDLQMPKCDGVEATRRIRELEKENGWAESTLFVVTGQDSSADRKAVAEVGGQEYFVKPVTIKSWDKGLSKYFPLFKAG >WP_090770466.1 glycosyltransferase family A protein [Pedobacter soli] >SDD72051.1 Glycosyl transferase family 2 [Pedobacter soli] MLPLISICVPAHNCGLYIADTLKSLCNQSYPHLEIIVVNDGSEDDTLAQINAINDPRIFVFSINQSGAAAARNVAYSKATGAYIVFFDGDDIIPENFIQLQFKSINFKEDVVAVSGWGRFYQNNIENFKAEFTPDEQLSFKQWILRYWHACNPMTAPGRILMHRSLIDEAGLWDEELNLNDDLEFFTRVFLKANNIVMNPSALLYYRSGINGLSGKKGQKAYHSLYRSVYLSTHYAIQAYNEEGVKASCANMLQSCIYEIYPYSNALIKEIETQVKALGGSALKPESGGITRILNTLLGWKLTKKIKSALNL >QXI91160.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLTTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIXXXXXXXCNDPFLGVYHKNNKSRMESESRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYRYRLXXXXXXXXXXXDIXXXXXXXXXXPCNGVEGFNCYFPLQSYGFQPTNGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSPRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLNVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQHVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >UYV38309.1 sugar ABC transporter permease [Rhodobacteraceae bacterium D3-12] MATQHSRSAARFMMAPAVILLLGWMLIPLTMTLYFSFKKFQPLRGGDLGWVGFDNYVRFVSSSSFWPSVMTTLIIVGGVLLITVVLGILLAILLNQPMWGQGVVRILVIAPFFVMPTVSALVWKNMFMDPNYGLFAHLWEFFGAQPVEWLSQASLTSVIMIVSWQWLPFATLILLTAIQSLDSEQLEAAEMDGAPSSKRFAFITLPHLGRAITVVILIQTIFLLSIFAEIFVTTGGAFGTKTLTYLIFQRVLESQYVGLGSAGGVYAIILANVVAIFLMRIVGKNLDA >WP_061517937.1 AraC family transcriptional regulator [Acinetobacter venetianus] >KXZ73968.1 HTH-type transcriptional regulator VirS [Acinetobacter venetianus] MSLPRHHKHHFISSSYAHLLSEVVAQWDISVETLFWGTGVEIDKLNDLSYKISLASFKKVIERTIELTQEEGIGFYAGTQIKISSHGLLGFTVAISKNAYDAIQTINQFVSLQCSFVEFDFKIEQHLAYYTIIYDPSLLNFTDVSDTRSYEFSCIFFLTGFVHLVRFFIPDFKPSIDLQCKYPPYFSRFNKILNTTFEEIRYEQPHTRLIAPAEFLDRPLSMSDPLTSEKFKLLCQKELDELVATQDILYRVKRLIDDPIEGLLSIDQVAQKLNLTKRTLQRLLQEKAVSFQSLHDDVRKQKARKLLLNPLITKEEVAKKLGYSSTSSFNRAYKRWENE >WP_190531886.1 MULTISPECIES: Ig-like domain-containing protein [unclassified Limnothrix] >MBD2590641.1 hypothetical protein [Limnothrix sp. FACHB-406] MWRSVQHRWQNSPKGNPQWQPIDRAAWLVIAALVVAIAALLVLGDRSAARVRDFSWADRTIGADDRAFVLAFNRPMNRDSVEANLKLDPPLEGKVSWAGTRMAFTLDRPAPYGTSFQLQLGAGARDTREDSKPAESFSAAFRSRDRVFAYIGTEGEEAGRLILYELTQQRKTILTPPNLLVNDFKPYPNRDRILFSATETSTLEKTDSPSLLEQQFYTVTTGLSVTNQAPEPAGEVMPVLDNRDYQNLKFDLAPDGSAALVQRAERKNASNVSLWLLRDRQTPQKLESQGGGEFVITPDSQSIAITQGQGVAILPLPKADTGNNDRYRREIQPLDFLPKFGTVLGFASDGSAAALVKFNGDFTRSLFVVTPSGETELARIQGSILRAEFTPDNRVLYALVTQRVEDENYREQPYIGAFDLKTKALSPLLLLPEQLDIALDLSPDGAALLFDQIDTKAKAKDDRADQSNQSDQSEASEEETTQDDRESGRGNRADRSTTDPEVSRRPEASDGNKIEHSQLWLLPVAQNPDGTFAKLTPQALPLPGARPRWLP >WP_130382900.1 DUF3313 domain-containing protein [Serratia grimesii] >CAI1070014.1 Protein of uncharacterised function (DUF3313) [Serratia grimesii] MKKQRLCVATAVLAAGLLLAGCASKVTTTEQYSGFLSDYSKLKETSSPSGHKTLRWIDPNFKESNYRGVYVTPIVYYPEAKPNARISQQTLDKIRNYTDKSMRKAIAERTTILKSPAGSRVLIAKVAITAVSAENEDIKFYEVVPVAAVVASTMAATGHRTQNTTLFLEAELIDQDTGKTVLEVVRKSYGRTVSNDSAPVTEEEVKAAIDGMVADTVAFPKQG >AKT58828.1 cytochrome oxidase subunit 1, partial [Parasitidae sp. BOLD:ACH1904] TMYLIFAAWAGMLGTALSMIIRAELGQPGSLIGDDQIYNVVVTAHAFIMIFFMVMPALIGGFGNWLVPLMVSAPDMAFPRMNNMSFWLLPPSLLLLLSSSMVESGAGTGWTVYPPLAGNISHSGGAVDLAIFSLHLAGISSILGSINFITTIMNMRPKEMSVERMPLFVWSVFVTTILLLLSLPVLAGAITMLLT >XP_049578625.1 liprin-beta-2b isoform X9 [Syngnathus scovelli] MLQQELVSRTSLETQKLDLMDEVSYLKLKLVSIEETQITHPQDPMDTNENKAEYVVNLISELQEQMCRFQEEISTRIQEKRALEDGDSQRGEPRADQAQGHSPVIGLSGTNLSLCGLSTWKHNGALTTNDFLQEVKKLKNKVEELEEEKGQYERQLRVTKAEISDLQQLLASKDAEIECLHTQLLARGSTANDNAEREEVYIKHLINKYQEYQRLKVGMESLLASNDEKTRRIEELTNLVGQYRKINELMALTHGSSEEELSGSLKVRAIAHKAHCDIYRSEMSSRGSSPLMLSSSPYQRDLDSCFQNSMDISLSTGDTTFLNGSWHQRRLQSSSLEELQSRSLQKPVEVLPDESESDVGGENALMELNKYQTLPGKLCGKSELRTKMNGDREREEYLSPVRLSPVSSHNQDYSLIRFRSASAPVLGSPGKYDLYYTECSEQLEGCILSEQSPLSSEMNSGQHSPMSPENRKSQRGIKKLWGLIRRSQSGSPVQTHDPDLVEFKRGGPRNTTGPRQARSGYIRDLKLHFSRWNTEQVCTWLEDIGLGQYATMAHQWVSSGQTLLSATPQDLEKEMGMKNPLHRKKLHLAIKTFNSKQHEKSAELDYLWVTRWLDDIGLPQYKDQFSEGRVDGQMLQYLTVNDLLVLKVTSQLHHLSIKCAIHVLHVNKFNPNCLKRRPGTENQFAPSEVVQWSNHRVMEWLRSVDLAEYAPNLRGSGVHGGLIMLEPRFNSDSLAMLLNIPPQKTLLRRHLTTNFSNLVGVQAQQEKKEYIEAVNYTPLSITAKVKPKKLGFSNLTHLRKKRPDESTDYVCPVESAGSLKGHSTVNGTQVYHYNNNNNFRSLSTIVTREPDQSRHQPLIPQPASHPHPVLLNPAHQCDPVP >MCB1208284.1 mannose-1-phosphate guanylyltransferase [Verrucomicrobiales bacterium] >MCP5557301.1 mannose-1-phosphate guanylyltransferase [Verrucomicrobiaceae bacterium] MSSSASSSRYALILAGGSGQRFWPVSRDSLPKQLLKLFGDKTLLEMTVERLDGLVPKENILILTNHQQEAAVRAILTDLPPENIIAEPEKRDTAPAIALGVGLVVSRNPTATMMVLPADHLIKDQAAFQQVLTQAMQAAETGGSLVTVGIKPTWPCPSYGYVERGRRSALPGLEQAGVYEVVRFREKPNPELAEFFLSQGSFVWNAGMFVWTIPAIFSEFSRHCPVLADFVSEMRNSRDLPATISKQFAKLPKLSIDYALMEKASRVLNVEATFDWDDVGNWTSVGAYLQKDGNGNQHNCALSQYESGHNIVFSQTQQHIALLGVTDLIVVQSPDALLIATRSHAESIKKLMDQLPKELT >WP_000685022.1 ammonium transporter AmtB [Escherichia coli] >AKK47088.1 ammonium transporter [Escherichia coli PCN033] >EIG1652609.1 ammonium transporter AmtB [Escherichia coli] >KWV17660.1 ammonium transporter [Escherichia coli] >HBE3851640.1 ammonium transporter AmtB [Escherichia coli] MKIATIKTGLASLAMLPGLVMAAPAVADKADNAFMMICTALVLFMTIPGIALFYGGLIRGKNVLSMLTQVTVTFALVCILWVVYGYSLAFGEGNNFFGNINWLMLKNIELTAVMGSIYQYIHVAFQGSFACITVGLIVGALAERIRFSAVLIFVVVWLTLSYIPIAHMVWGGGLLASHGALDFAGGTVVHINAAIAGLVGAYLIGKRVGFGKEAFKPHNLPMAFTGTAILYIGWFGFNAGSAGTANEIAALAFVNTVVATAAAILGWIFGEWALRGKPSLLGACSGAIAGLVGVTPACGYIGVGGALIIGVVAGLAGLWGVTMLKRLLRVDDPCDVFGVHGVCGIVGCIMTGIFAASSLGGVGFAEGVTMGHQLLVQLESIAITIVWSGVVAFIGYKLADLTVGLRVPEEQEREGLDVNSHGENAYNA >WP_105979700.1 transcription antiterminator [Staphylococcus simulans] MSSYVIEKALNNNVIICKDETQQHEVVLIGKGIGFNKKKGMRLSDKAMIDKVYKLEHKSEQEHYKALVEMADDDVLQSIIEAIDIITKADRSVDDNDLVVALTDHILFAYKRIKQQQFIKNPFLIETKQLYPESYQIAVQVIEHLNGLLDIDFPDDEIGFIALHIASSKDDLTLSEVRLTNEIINKSVQIMEHDLGYTIDTSSIIYQRFIRHIQFLVRRLQKGETIQVNEDFGNMLKAHYPVCYNVAVKIIKMMQQHLEVPVYEAELSYLTLHIYHFANKNQNHNV >MBQ8238565.1 GNAT family N-acetyltransferase [Oscillospiraceae bacterium] MMYRRMQESDIEKVIPFYIEYYNARGDEWTEESVRHRIWQVLGSPDSYCLMAEDGENVIGFAMGRFERFYDLTAYNLVEIIIGEPFQNRGLGTALMQELERQVKEEGAALVQLMAVNDDAHNRFYGRLNYQDTTNLVLKGKFL >MBQ9299122.1 LysR family transcriptional regulator [Clostridia bacterium] MNILHLKYVVSIAENGSINKAAEELHVAQPNLSRVIKDMEANLGIVFFRRTSKGMLLTPDGERFIGQARKILEQVDEMEKMYTSGLPTKQSFSLSAPRASYISDAFTSFSRSLTDDDAELYYHEANALQAIKNIQEVGYNLGIIRYAANYDKYFKEMLEEKNLEYDLIAEFKYVLVMHEASLLAKMDVIHFDDLKPFIQIAHADPYVPSLPLSVVRNEELPDVPRRIFVFERGSQMNLLAENPQTFMWVSPLPDRLLQRLHLVQRECPDNHRSYKDMLIYKKDYRLTELDKRFITELCQSKRRCFYGAASAK >MBR5879017.1 hypothetical protein [Akkermansia sp.] MAKRKSDDLTKKLDELMGMAEQTGLEQNVFFASTLQRYQVQLSILKQLEAEIEKSGVLVTKQYVKGRENVYTHPAVTDYNRTATAANQTVQTLLKIITTLAEHSIGDGIPEGDDL >MCS6903464.1 hypothetical protein [Candidatus Bipolaricaulota bacterium] MDEWAHEVRLSIWTALLDGSVPSAEDLEHLHRLWAARERLSEPSRLALRICLACVQLAQDGMAGLREELRIFLAYYLSRDGSAPIMHLPEPRSAHELTLEWLRGRELSWEEVFRLFGRTANPDRIRKLLHERLERLGG >WP_011063740.1 MULTISPECIES: hypothetical protein [Pseudomonas] >AAY94730.1 putative lipoprotein [Pseudomonas protegens Pf-5] >ASE21119.1 hypothetical protein CEP86_11685 [Pseudomonas protegens] >MBB1616860.1 hypothetical protein [Pseudomonas sp. UMC65] >MBB1617377.1 hypothetical protein [Pseudomonas sp. UME65] >MBF0643104.1 hypothetical protein [Pseudomonas protegens] MPLRPLVLLSLVSLLVACSSDAPKTAAPSTSQQQAVKKNQEPADPGPLPAYQRELSGTLEGVPAGADVELALLVIDERGRPQRLLASSNLSGTSQALPFRLRFATEAFPAGARVELRGRASQSGQLILHLPAQRIDQPTSQALGQLQFVKAP >EGV97757.1 60S acidic ribosomal protein P1 [Cricetulus griseus] MASISEFACIYSTLMLHKDKVGVSEDEINALMKAAGINNLKSSAYPGPWTLVNMYGSHYIHCKIDNCKRMLKP >WP_102477257.1 aminopeptidase N [Shewanella sp. 10N.286.52.C2] >PMG26474.1 aminopeptidase N [Shewanella sp. 10N.286.52.C2] MTQAQAKHLKDYKSPLFTISHIALDFDLKGAETQVVATSKVQRVGEHKDALHLVGEQIQLTSVLINGQKANYKVDSNELIIDTELSEFELTVVTKQDPEANSSLEGLYMSDGAYCTQCEAEGFRRITYFLDRPDVLAIYSVRIEADKAAFPFLLSNGNLVEQGTCADESRHFVRWQDPFPKPSYLFALVAGDFDLLEDKFITRSGREVKLQVFVDKGNLHKANHAMVSLQKSMAWDESRFDLEYDLDIYMIVAVDFFNMGAMENKGLNVFNTKYVLADTASATDEDYHGIESVVGHEYFHNWTGNRVTCRDWFQLSLKEGLTVFRDQEFSSDLGSRAVNRIQAIRVMKNQQFAEDAGPMSHPIRPESVIEMNNFYTVTVYNKGAEVIRMMHTILGEAKFQLGMKCYFERHDGQAVTCDDFVNAMETASGIDLSQFRRWYRQAGTPVLNVTDHYNAATKQYSLTVAQSVMSNGVAGEVLHIPFSIELLDTQGQSVANTVLDVKQAQETFVFDNIASAPIPSLLQDFSAPVRLDYQFNVDQLVHLTRYASSEVARWEASVGLFSQAVWQNVASLEAKETMHLDARVIEAVRGIILDESIDKALVAEILAFPSAAALIEQVETVNLDALAAAREFVVNEIAESCLDELVTRYRSLINEDNAASRAFKNICLSLLSKVSSEYEDLVINQYQQASNMTDSLGALKAAVSGQLTCQQSLMQDFEQKWLKTPLVMDKWFSLQASQNTADVLEVIKGLTEHESFSFNNPNRVRSLIGFFVAANTYQFHDASGKGYQYLTDVLIKLNELNPQIAARMITPLIQFSKFDENRQQLMKASLQRLKALPNLSKDLFEKVEKALEQA >WP_204942955.1 SDR family oxidoreductase [Micromonospora luteifusca] >MBM7491988.1 NAD(P)-dependent dehydrogenase (short-subunit alcohol dehydrogenase family) [Micromonospora luteifusca] MTPPGRRVAVVTGAAGGLGRAIATALHADGWSVLLTDLDAAAVATAAAPLGGWSAVLDVRDEDACADIAASAASRGDLALWVNNAGILITGPSWEHDGPTRRRVLDVNALGAMNGTLAALAVMRRQGHGHVLNVVSLAGLVAAPGETVYAASKHALLAFSLGTLSDLRMAGYRRVHISCLCPDGIWTPMLHDRLDDPGAVASFTGSMLTAQRVAARAVRLARRPRPVVSLPRWRGAQVRLLDALPGLAVALTPLVQAAGRAGQRRQRRRAASPDRR >WP_015133641.1 serine/threonine-protein kinase [Leptolyngbya sp. PCC 7376] >AFY37870.1 serine/threonine protein kinase [Leptolyngbya sp. PCC 7376] MTSGIPCYCINPRCPDRQNQFGFQQKDCFACGTPLVIQPHNLLLREPIYGFGEDTNSEIFTVESLNFTGADYPQLIKILRPNAGAIAERLFQQEGEILSQLRGYAVPNVEPQPYFQVAFTHSHTKRRKESLHCLVMEHIQGQSLDNLLQQSGKLPTAQVIDWLRQLAQLLLTIHNQNIIHRDIKPANIIVREQKGFPHGELVLIDFGTARRSTITYLEKVAGDRQMTRIMSAGYAAPEQCLGKYTFQSDLYGVGQTIMHLLSGIHPCDQKYENLDWKTLIPQASLRRLLLHLTQPQPEKRIKSAASLLNEVSRIINLIDSHPLQAWFSLHKRHVMKGAVIACGLTFLLPISIKTGASLLPSVQLNEAAFAAYELGQYRSAFWLYSMVRDKNDPDYHALAAYGMARSQEDLNNHNIAITYYKEAIALGKDQSKVTCRATADLGHLFLMRGDQNNALNYLNQALNCTDEAKTKAAIQRHLAAIHHDAGHRQAAQSYLSNAFEIDDSHTIGLCLQQLFDEVHGKTAVPKSPAVDCLFFE >MCD6425313.1 hypothetical protein [Anaerolineales bacterium] MDQHSRSFTTTIALYLVLAFFSIPHLIDDFLFDIPADFGISVHLSQFLAGVFILIYLGILIPLAKGKRGGVIGAISMGIFLALAGILKHIPLIIKPGPYWSGWFSEGLIIGMIITGIVLAITGIISLRITN >UTT93350.1 hypothetical protein NDA17_000310 [Ustilago hordei] MDDDDKEQVVSPLSIMIECRAMQTRVTLFLANEEWDVTHILDLKIEGPIKHACLPIKVESPTLGQSNTPAFETSNSNHHLIGHEATLCPTPELSAITNHHLKVFSGLNDKMKWEEQDLLDPSFSNKLHSKYFAEHGNQPMPIAVDLFKWAMNKCMVHSTAKEYELLTATYDLHWDQVGSRAYNFLTKWEAHVSKLHAYLKVPWTLDHCYLTLKHTLPSDRNALFNSVFVLHKRLHGKEQTAKSVANILHECYELVAKSAPVHLPPMSEALELIALHTAMLINCWACGELGHTANCCPDNAAHTKWEQGKIKVSPKGHANACVILPLEDTQED >MCR5602468.1 MBL fold metallo-hydrolase [Lachnospiraceae bacterium] MLDNIEVITQSSIRMRSESGIIYIDPIGIVGEPHDADYILITHDHYDHFSPEDIEKLVKQGTILIVPYKMAGEVPDATLSSVGSMIKVKPGECKKVKNLKFETVYAYNKLKPFHPKKSGWVGYILILDGKRIYVAGDTDITPDNESVECDIALLPIGGTYTMNALQAAQLANVIKPEVVIPTHYGSLVGKPEDADVFMSHVDQGIKVEIKLNV >OGR18938.1 hypothetical protein A2X81_18755 [Desulfobacterales bacterium GWB2_56_26] MNPTRIYAVFVRQLYLLRNNPTRLAGNFVWLTIAIVQWGFISKYLGTLGQANFNFITVILGALILWEFLTRIQQGLMMGFLEDIWSNNLINFFASPLKISEYTIGLVSSSIVTGLLGFLIMSAIAGLGFGYDIFIIGLSIVPFVGILFLFGMAMGMFVCGMIFRLGPTAEWLGWPIPMVLSLISGVYYPIDTLPAPLMLVAKLFPPAYVFESLRAQLELVATFEGVMINLAMGLGLALFYLFLAYRFFLIVYRHNLRTGKLARFNASI >MBI5677341.1 nucleotide pyrophosphohydrolase [Planctomycetota bacterium] >MBI5796962.1 nucleotide pyrophosphohydrolase [Planctomycetota bacterium] MDIDKFQKLIEETYLKKDANRGLSKTFMWFTEEVGELSRALRENNKEEMKKEFADVLAWLFSLASLSGINMEETISKYTAGCPVCHGIPCICIEK >WP_029267497.1 membrane protein [Virgibacillus alimentarius] MEGLFIFARLLHIVGGFLALFVFWLPIITRKGGKLHTQIGWIYVFAMASVSITALYMGVYRLTWEPGHDPDTTAFSWFLLFISVLSGATAWYGLRVLRYKKRKRSHRQAIDYIFPILLLTSGIAISIYGWIIHFPLLQYFPVVGIFLGATQLQYWLTSPKRKSHWIVEHIVGMLSCCIATITAFVVFGAPRLLGVDSVSLFIWFIPTIMIVPLIIGFTTYYAKKLNGKPAEGN >MCI4325574.1 thioredoxin-disulfide reductase [Thermoplasmata archaeon] MADSTMPDRHVRLAIVGSGPAGLTAAIYAARANLAPVVISGVPSGGQLMITTDVENYPGFPEGIQGPELVVKMREQAARFGTEFLDSNVRNVDLKHHPFMLDTGLTGIVHADAVIVATGANARWLELANEQRLRGHGVSACATCDGFFFKGKDVVAVGGGDSAMEEATFLTKFANSVTVVHRRPELRASRIMQDRARRNPKIRFRFETEVTDVLGADSVSGVVVRHIPSGKHETLDVQGLFLAIGHDPATEVFRGALELDEKGYLLTTDITRTSVDGVFAAGDVYDHRYRQAVSAAGLGCMAALDAEKWLAEHPAPAHRPTSHGSDSSPTR >STW12454.1 cell division protein FtsZ [Klebsiella pneumoniae subsp. rhinoscleromatis] MAFAEQGIAELSKHVDSLITIPNDKLLKVLGRGISLLDAFGAANDVLKGAVQGIAELITRPGLMNVDFADVRTVMSEMGYAMMGSGVASGEDRAEEAAEMAISSPLLEDIDLSGARACWSTLLRASTCVWTSSKLWVTPSVLLPRIMRPWLSVPLWTRI >MBE6306819.1 threonine ammonia-lyase [Bacteroidales bacterium] MLTIDRIRHAAEVLSSVVRRTDMIRAPRINCESEIYLKTENLQVTGSFKVRGAYYKISQLTDEEKQRGVIACSAGNHAQGVALGATKNGIKSLICLPAGAPISKIEATKRLGAEVCLVNGVYDDAYAKALELKEKHGYTFVHPFDDELVIAGQGTIGLEILEQLPDVEAVIVPIGGGGLISGVALALKTLKPDVKIYGVQAAGAPSMEVSVKENKIIRLPSVSTIADGIAVKEPGVNTFEYCRKYVDEIASITDEEVATAILALIEQHKIIAEGAGAISVAAAMLDKFPIKGKKTVCLVSGGNVDVPILSRVVKTGLSHVGRAFTLCVELPNKPGKLREILAIIAEHGSNVLSVKLKDSSVNGGYAEMRLETRNHEHIEEIKAAMKQQGYNII >NLB51443.1 membrane protein insertion efficiency factor YidD [Syntrophomonadaceae bacterium] MLKKFLILLIKIYQKVTFFKPASCRFYPSCSTYSIQAISKYGAIKGGWLTFKRLTKCHPWHAGGFDPVP >UKS51372.1 erythrocyte membrane protein 1, partial [Plasmodium falciparum] DIVRGRDLYSGNKKENKQREKLEQKLKEIFKKIHDDLVQNKKDARTHYSDTTNYYQLREDWWTANRNDVWKALTCDDDNKLSNASYFRNTCNDDGTSSRAIHKCRCKDENGKNAGKGSGNGDVSIVPTYFDYVPQFLR >MCI7352812.1 hypothetical protein [[Actinobacillus] rossii] MKAFFSLFIASMVSACSTQPITQDYGSYPSHYQQIAQQFYQGKRDITPIQYIRTSAPKMYEQKAGDYGFVVPLNPAYWATVGKEQAIKGYVICTWETNNYDGHKTDALLIHNGKVISWIYNVYQAALTYPINVCKKESEENLSILYEKTRQENIRFIKDFIKELK >WP_259847195.1 SDR family oxidoreductase [Dietzia cercidiphylli] >MCT1515898.1 SDR family oxidoreductase [Dietzia cercidiphylli] MTGLRLDGRSFAVTGSSRGIGAAVADDLAARGADVVLNGRDEAALWHRVAELAARSDGRISGVAGSAHEPTVAESLLEEAIRGGSTVSGLITCAGVPEPAGSSILTVSHAEFGALMDAHLGTVFAACRVFARHFVAAGSGAIVTTSSFAWKGDYGGTGYPAGKGAVTSLTMAIAAELAEHGVRANVVCPGARTRLSSGEDYEDQIRELGRRGMLDELSVAGALDPAGPEYVAPLYTYLVSDLAAGITGGVFAGSGGFIGRFPTPEAQILAYRDFHDSPPWTPEEIDGLVRA >WP_192049367.1 MULTISPECIES: group II truncated hemoglobin [unclassified Massilia] >MBD8528743.1 group II truncated hemoglobin [Massilia sp. CFBP 13647] >MBD8672347.1 group II truncated hemoglobin [Massilia sp. CFBP 13721] MSENQTLYEIIGGEARLRELVDRFYDLMELEPEFAGIHALHPKPNDSSREKLFMFLSGWMGGPDLFVERHGHPRLRARHLPFGIGTSERDQWLRAMAWAMEDIGMDDDLRMRLMQSFYQTADWMRNKAD >WP_039294206.1 ogr/Delta-like zinc finger family protein [Pectobacterium atrosepticum] >AIK16055.1 transcriptional activator Ogr/delta [Pectobacterium atrosepticum] MAIKCPKCRATAKTRTSVELSPLVRRSYHQCQNMMCGYCFTSMTHIDEPLNETRPAPGARVPPNVFPRSHCGENQLDLGV >DAD32814.1 TPA_asm: hypothetical protein HUJ06_011665 [Nelumbo nucifera] MKSERYNFSLRRCVINHLSTTSSIPELKKVPSCQFCGAKGFQYEPPTFCCYNGQVILESNLVSDELYKLYTSGYDDVVEFQSNIRAYNSIFSFTSFGVKLDKELATSNKGAFTFQTQGQIYYDLPSLTPSDNGPCFSQLYFYDTENEVQNRMSKVGDKKLNRGTMENLIKFLSINTYSQFFRNLKDLNSLEEYHICIKSDVKIDQRVYNAPSTDKVAAIWIEGSNGSGQEERDIVVHACSGSRHRVKHYYGCYDPLQYPLLFPKGEVGWHPNIPKKDSITRFGGHPLQNSTVWNFTSIKDIFNQEEGNKLFLLK >XP_027924147.1 ferrochelatase-1, chloroplastic/mitochondrial [Vigna unguiculata] MMHTGAAATCDLDRFGVVFRSGPRHSDCVTFAANKLRSDVRNPGCVDLRSNFNKSPSQVSLFLCSDSTNRRNSLLCVNPSGRRNLGGRASYSVETGAYDVAALQPPTHVAEEKVGVLLLNLGGPETLNDVQPFLFNLFADPDIIRLPRLFRFLQRPLAKLISVLRAPKSKEGYAAIGGGSPLRKITDDQALAIKKALEAKGLSSNVYVGMRYWYPFTEEAIQQIKRDRITRLVVLPLYPQFSISTTGSSVRVLEQVFREDAYLSTLPVSIINSWYQREGYIKSMANLIEKELQSFSEPKEAMIFFSAHGVPVSYVEEAGDPYRDQMEECIFLIMQELKARGISNEHTLAYQSRVGPVQWLKPYTDEVLVELGQKGVKSLLAVPVSFVSEHIETLEEIDMEYKELALESGIKNWARVPALGLTPSFITDLADAVIEALPSAKAMYPRISTSEDADHDPVKYFIKLFFGSFLAFILFLSPKMIMAFRNHVI >WP_161359378.1 protein phosphatase 2C domain-containing protein [Streptomyces sp. SID3343] >MYW02298.1 integrase [Streptomyces sp. SID3343] MRVEFATEPGHPGKPNEDFVVAGPTTLVLLDGVTSPADNGCKHGVNWFVERLGSALFTHSGGRPDRSLGECLHDAIEDTAALHVDACDLVRPDAPAATVVVARIIEDRLEYLVLSDSTLLIEGEDDLTVITDDRTDVIGGPLRRARDAHPVGTPAYLTAHQTYLDTLRAARNVPGGYWVAAADPAAASEALTGTLRLSDVQALAALTDGASRLVDRFGLSDWDGLMTVLRHFGPAELLARVRAAEASDADGARWPRGKTCDDATAVWALI >WP_196351635.1 DUF3265 domain-containing protein [Vibrio campbellii] MIRNAWHFYHALCLVFKVACGSIGIALLTP >WP_100521084.1 hypothetical protein [Mycobacteroides abscessus] MGVTGWWAETFIEPEPAVITITGGVPNVEITQDVFIEPTPAQLTLTGGQPAIHQTLRPEAAALTLTGGAPNVSVGRTITPTPASLTLAGGTPSLGLKIAPAAATLTLTGGTPTVRITTPLSYVSANASTTNAVTIPAHQVGDLIVLCAFDSQNTAPTKPSAGGTVPDWNYIDNTNTVAGQGAVTTAWFKATATNTTSGTWTWTEQMIAVVVRGTMPASPIGGHAAVGGAAVNVTAPAVTLVHTDGSSILLHFHATAFLNASGWSSAPAGYTRRIVAGPSSSRSMVLNTKDSTTTDGSVTQPDGSSGWAFAAATVEIIN >AQU86570.1 exopolyphosphatase [Komagataeibacter nataicola] >PYD66320.1 exopolyphosphatase [Komagataeibacter nataicola] >GBR22019.1 exopolyphosphatase [Komagataeibacter nataicola NRIC 0616] MNMVQQPLSAKIRQPAGIAPRPPAMHRRFMRAPLYAAIDLGTHNCRLLIARAGEHGLRVIDSFSRAVRLGEGLHHSGQLADAAMERTLAALQSCVARMGLYDLHGHRAIATEACRQAANGMEFIGRVLHETGLDISVISAREEAELALAACTSLLQGGRAGTSRGLLFDIGGGSTEIAWARIDREARRHDLSGYVSLPVGIMTLAERHGADIFTDRGYHGVVSEISDVLRGFDDVHCIAREIARQNVMLLGTSGTVTTLASLALGQDRYDRSGIDGSALSVPRALSMIDTLRAGGLEGMVRNPVIGAERARYILPGCAIFEAIVTTWPMPEVTVADRGLRDGLLLRMIGDRRRQAAPATAPPSFSLYNRLEHQVSS >KAI0643035.1 hypothetical protein C8Q79DRAFT_1002797 [Trametes meyenii] MPRLRCLLAYAFFASTLWTSVLGRSPGNTTCDSSQLDWYTSVVGETPCDTYQKLRQICNSDYRVPAFRDLTPGDNCDDQLSVCCCNSVSFALSMLCMNCQFDTAGGNIGIDAGSGAYRLYRGTCGDGTNHTLPNDIQTAVCNKEIKIDRNLYSLFWDTGACQYTKQTMTKDFAVTNNNTFTHCNSTLKGSTTPSPVVSATTTFPDSTNPPLPTGSSDSGTSHSNHTPVLVGAIVGAIAGAIIIVLSVLLCRKSRLGRGPKQLDLGKEYVGTSRPESEQMTNITPFSVAPSVASQSNSGYGGGMLHTPSEQFALLPRGVQSPPSSEKYGPTAWNSTNSFAHDAPEGAPERHEDAGPIPALQRSASGRLPPAYRHSWEADSPIHNVPGYSPPEEGGEVPPIPGPPGPGSSVGGSASGGGGESVVGEAWSPVSEARGRDVKRPLPEPGQS >OHB35500.1 chorismate mutase [Planctomycetes bacterium GWA2_39_15] MDIDSLRKEIDALDSKIVELLNERAKVVLKIGEIKKRNKAQIYVPNREQEVYSLITSQNKGPLTNECLMSIYRELMAGSLVLEKAIKVSYLGPEGTFSYFAAKQKFGSSVEYVPVRGIDDVFRDVAGGRCDYGIVPVENSTEGGIRETLNIFVESDVKVCAEIFLPIHHCLMANCAKEDIKRVYSKPQILSQCKNWLASNLPYAELIEVSSSAEAARIVMNALKSDKDGQYYAVIANIEIAQQYGLNILFKNIEDNPNNITRFFVLSKEYGEPSGRDRTAVMCYIKNRPGALLEILEPFKTHSINLTNIESLPTKKKAWEYCFYLDFEGYASNETVQKALKEVSKKCFDMKILGSFPKCD >WP_014605789.1 MULTISPECIES: bifunctional NADP-dependent 3-hydroxy acid dehydrogenase/3-hydroxypropionate dehydrogenase YdfG [Pantoea] >AER32650.1 NADP-dependent L-serine/L-allo-threonine dehydrogenase YdfG [Pantoea ananatis PA13] >AMB75889.1 NAD(P)-dependent oxidoreductase [Pantoea ananatis] >AVG77030.1 bifunctional NADP-dependent 3-hydroxy acid dehydrogenase/3-hydroxypropionate dehydrogenase YdfG [Pantoea ananatis] >AWQ18745.1 bifunctional NADP-dependent 3-hydroxy acid dehydrogenase/3-hydroxypropionate dehydrogenase YdfG [Pantoea ananatis] >ERM14109.1 hypothetical protein L585_11010 [Pantoea ananatis BRT175] MIIFVTGATAGFGQSITRRFIETGHKVIASGRRAERLKALKTELGENLYTVQLDVRNRASIEEAITQLPAEWRNIDVLVNNAGLALGIEPAHRADVNDWENMIDTNTKGLVYMTRAVLPAMVERNVGHIINIGSIAGSWPYAGGNVYGATKAFVRQFSLNLRTDLHGTALRVTDIEPGLVGGTEFSNVRFKGDDGKAEQVYEGATALTPEDVTEAVYWVATLPKHVNINTLEMMPVSQTLAGLKVHKP >WP_154907134.1 MULTISPECIES: GNAT family N-acetyltransferase [Pseudomonas fluorescens group] >NMY99873.1 GNAT family N-acetyltransferase [Pseudomonas proteolytica] >VVO13091.1 hypothetical protein PS834_03608 [Pseudomonas fluorescens] MHPIEIRPVSAADHAAWLPLWQAYLRFYNTELPDTVSASTWQRLIDPNEPTHSALAWQDGKALGMVNFIYHRSNWSIENSCYLQDLLVEPAQRGSGIGRKLIEYVYTTAKADGCCKVHWLTHESNATAIALYERIAERPGFIQFRKGL >WP_228944212.1 hypothetical protein [Xanthomonas campestris] >MCC8485776.1 hypothetical protein [Xanthomonas campestris] MEQLSEQWMAAVADALSDLQAARVAQGAVLEAMLASHPDPALLTRCWDRLSSSLVATIAQSKASSATTKPIELYTLEQLAAWNERIERCFPQAREQS >WP_136134536.1 MULTISPECIES: HTH-type transcriptional regulator SgrR [Providencia] >EIM8470303.1 HTH-type transcriptional regulator SgrR [Providencia stuartii] >EHZ6870683.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] >EIL2151235.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] >EIY6244454.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] >EJD5976149.1 HTH-type transcriptional regulator SgrR [Providencia rettgeri] MSNSRLQTQFIRLWQHFQGQDSETTLQDIADTLFCSRRHVRTLLNNMQSQGWLSWQAESGRGKRSALIFHVNGLELQQAQAEQLLKEESIEKLVALVGDKETIRQMVLSELERSYRQGKNLLRIIYYRDFPTLLPGAPMRRSEIHLMSQIFNGLTHINEEKGEVEDGLAHHWQPISDTQWRFYLRPAIYFHHGREMAADDIIYSLLRLKTCWPLFSHIQSVSSPQPYVIDITLSEPDKQLPWLLGSHHAAILPKEWESLENFSRCPIGTGPYQVEKNLPQKLTITAFDRYFGYRALLDEVTIWVVPELSEQMVCTTLKMDGDKHHNDSLESRMEEGCYFLLMDQRSPVAQREDVRKWLCSFLTPVNLLAHCEPFYQRHWAPAYGLLLHWHHSKMLTLFPKPEDLTELTVTFYRNHHEFYAISQIMKRVLQTQGVELKINIIDYDDWFNGNGQSDIWLATANFFKPLEFSIFATLYEMPLLRECLNNTLRDELNLWRNNQLDVEAWCESLIDSQIFHPIFHHWLELQGQKTMRGVRMNTFGWFDFKSAWFKPSEDNLAK >ECL7245291.1 UDP-N-acetylglucosamine 1-carboxyvinyltransferase [Campylobacter jejuni] KGIGTDELEIYGTDGELLEFKEFSVIPDRIEAGTYLCAGAITNSKITLDKVNATHLSAVLAKLHQMGFETLIAEDSITLLPAKEIKPVEIMTSEYPGFPTDMQAQFMALALKANGTSIIDERLFENRFMHVSELLRMGADIKLNGHIAT >MBC2704089.1 PAS-domain containing protein [Desulfobacula sp.] MNEPYKFASMGVRGRLLLAFLGISMFSLVAAASGLYSLTQVGSALNKITEQRVPEALSWLELSRRVESVVHAAPALLAVNTDSARIEISKEITSQISQLEPFLHQSRSYETEDEKTAMANVLNLFADMAQNLLSLDELVKKRLTIVAFKGKRIRDLSRANSIAKRMLAPGERILDAQMADLNRIQEAAESNKLSTEKSDLVNSIISLIPQQRAVLLVDSIHNNLLKITDADTTERIDVLIFPLKKYLKELYEVSLVVSKQAKRRLARKVALLEDLTFGQKSLSEIRKNELTVIAQAEALLAVNVKLSNFLTNRVDFLVNSASSDIEKSNIQAVAIQVLNRNILIGIAALSLLSSFLIVWLYVGRNLIARLTALSDSMLAIAGGNLKAPLPDSGSSDEIGRMAESLVVFRDTAIEVKENNLRNIETARRRLVDAIENSSEGFAFFDPDDRLVLCNTRYKEILFPNTDIDIEPGTAFETIIRRSAENGNIVDAEGRIDEWFADRMAFHHDPGEPRIQQRSGGQWILITERKTGDGGIVAIYSDITDLKRREEELTTKSNALEETNERLKKAQVQISKYIDPHVTEKIFKGEFTAELSHQRKKLTMFFSDIKDFTQFTDAADPEDVAKLLNEYLGEMAQIVRTWGGTIPQFTGDSIYAIFGAPDSKGEREDALACLRMALEMQKKMKSIREKWWNQGVQFPFEIRCGIHTGMANVGNYGSEGFMEYSAIGLNTNLASRLEQACQPGEIYLSHASWALVNDEILCEEVGTIEVKGFHYPIQTYRVLQPEVEIAPES >MBH0193692.1 NUDIX domain-containing protein [Nitrospira sp.] MRDKPKILSTQTLAQTRLFRVEQLDLQFSNGAVVQYERLHSSSKGAVLVVPMLDQDTVLLIREYAAGVHRYELGLPKGLIEPAHSPGETALKEAWEEAGLAYKQALKEAPFDPSLQNKYALARERAAAMYEERGRTFLNERRVDQAIEQFKRALTIEPSSSEHQASLAEAIRLKESRSQYREAERLVQLGRTDEAIDGFTRSAELDPAFREPLESISRLTEEQQALMRGDRLKQPVTLKFRNAGIKEVLEGVAKAGGLTLIFDKDVRNDPISIAIQDTPFEDALQLLLNSNNLFSRAVSPGVLIISPNTKQKQEQYQDLMIRTFYLSSAKSKDMLTLLKSMLDSKRMHANEQLNTIVIRDQPEKIQMAEKIILANDRQESEVLFDVEVLEVNRTVNQNYGLTYPKQVAGAMVPLPPPAGLIAGTLAQQFSASQLSDLGPGNYLFKLPTNIQLDFFKQITDAKTLAAPKIRVMNNRKAEINIGDKQPILLSTTNVLPGQAATGAVPTTSTVTSIEFRDTGVKLAVEPSIRLGGELGLKMKIEVIRLGEQVTLQASPPITQFKFGNRSAETMLSIKDGETIVLGGLLQEEDRKTKVTIPWIGDLPFIGNLISSFRTDRVTTEVILTITPHIVQNMTPPALSAQTFWSGTESTYATGPMFSTPTQKVSANSGSVYGEGTAVFNSGVKGARDTTSSRSLAQLASPDPVLAIHPDESAVKLGKEIKLSV >EJK2981647.1 glycosyltransferase family 2 protein [Campylobacter coli] MLKLSNENKKFIKVILDGFFRIYLAEFFSKFKPKKYKAFSKYSIVCPIYNVEKYLEDFFESIIKQRLDFKNNIFIICVDDGSTDNSAKIIKKYQKKYPKNITYLYKANGGLSSARNYGLKFVKTHWLCFTDPDDFLNRDYFYEVDKNIKRYNNENISMLATNYIFYFEKYKFYKDNHPLNYKFKKDCMLVNKNLDDFIQPNCASVVFNKDKIKNITFNEELKPVLEDVRFVAEF >WP_213646387.1 zinc-binding alcohol dehydrogenase [Paenibacillus lautus] >GIO99299.1 hypothetical protein J14TS5_43850 [Paenibacillus lautus] MKAVTTIHGKVIVDQIEKPAELPAGHVQIRTEYSAVSPGTEMIFIRRASDQKVIMGYSAVGIVEDMGEGVQGLTVGQRVACYGAPYVRHAQWLTVPSNLTAIVPDGVDPQEAAFAGLGAIAIHALRVADLRFGESAVVVGLGILGQIIAQIAHAAACPVAGFDLNPERVQGMKRHIAYAYDNQGQLEEQIQRMTGGHGADSVILCASGPGEELINSSMTWIRDKGKIVIVGDLSMTYARDRMFGKEAQVLISRAGGPGRYDASYELRNTDYPIGFVRWTEGRNIAEYIRLLAEGRISVKPLISHVIPVDEADKAYERYGPGSTTLGTIFNYADNA >WP_103313256.1 EamA family transporter [Deinococcus koreensis] >PNY82822.1 hypothetical protein CVO96_02705 [Deinococcus koreensis] MTSWVQYAVISMVFAGFTSVIAKQGLSGISGELGLTVRTVFVFIFVLAFALLFVSRREFAGLQARNYLWLGASGLTTALSWIFYYKALKAGDVATVALIDKGSVVVAMILAALVLREQITPRMILGAALIVGGLLVIARR >EZX24376.1 hypothetical protein V070_00770 [Staphylococcus aureus C0673] MEFDLNILLIIILFGLIASFIDSVVGGGGLISLPALLAVGMDPATALGTNKLASSFGSFTSTMKFIRAKKVDFDIIGKLFPLSFVGSIFGAITATYLPPEYLKPLAIIILALVTIYSIVKKDWGDINRYKKLSLKKAILFIIGVTLIGYYDGFLGGGTGSFFLFALLMIGLDYLHAAGNAKFLNFASNIGALLLFMVLGHVNYIYGLSMAVSMVIGSYLGVTFAIKKGVSYVKVLFIIVTITLILKNLYDYISSHFM >KAJ3327837.1 hypothetical protein HDU76_011021 [Blyttiomyces sp. JEL0837] MRTALILAFLASISTVFAAAVANTESTNNEASVAGKAYGGYGAAYPYPAYGNYGGKKLPLKKLPPKKVPVKKPPPKKQGGGYKNEESDTNIFIEGGFNGFGGRGIGNFEGLGAEGGLDGLAGLGDGALDVSAAAVPNTESENNEASVAGKAYGGAYGGYGRYPAYGYGGQYGKKLPPKKLPIKKPPPKKQGGGYKNHEDDTNIFIEETITNI >KAJ2660037.1 hypothetical protein IW148_003968 [Coemansia sp. RSA 1199] MDNIQVFMRIRPLSEDEYRRDRTAESAVRILADNMVSIPSQRSENFTFDYVGDENCPQHEVFEAVGRRAVDQCMQGYNGTIFAYGQTGSGKTFTMQGARDEFTGPDDELRGLIPRCFECLFERIAEEEARTNGRVKYLCRASYIEIYNETIYDLLDPLTRTCAMREDIKRGVFIDNVTEETVQDPNEAYDVFVRGTTNRHVSATSMNRESSRSHSVLMLVIQSLTQMDSGLTEIRESKFNLVDLAGSERQKLANTSGLRLKEAANINKSLSTLGNVINSLVDISNGKSRHVNYRDSKLTFLLRDSLGGNSVTFIIANVSPAMCNDIETASTLRFAQRAKMIRNKAVVNQDMQGNVAQLQAEIQKLKSQLAQLKHTPSDGRSPPTADSVMSNDTIKPESPSAKEHRTTQFLLILAMRKLRESERQKSRYAEIIFELKDSIDCRKRQLQQQKLVHKLKSAEIAALRRNASIGYVTSAENAALREEITALQSALSAQPDASDLLIENLQLHEELEFCMENQTALSDLPARSDAVVALESLINTKANSVDLQSVFPIIPDDNVYAGLEDKIKQAKHDITDLELQRDKLEFQLTSIEEDWMCVSSGAHKLAEAAGDEQVADIVESTLDCIVGDQARDTWRSISSLYTRAWRIAGKLCAAGLATVCTGIHLTQHYQEHSELWILATGLQLLSLLGALQFHYVQYVRSPGSSDALLGYWLVSAGLSIEMTHLEARHMLIESSFDGVLLQSAYIGAVVVAFVLEITTRPSPSYFVLDCECQDNMECRESRSQIGPKQHSNIFSRLVYMWVTPAINNGLSQNRYREEDLLSVPASISGNQANANFLAEWESQCVNGNSSLLRVLARSVSHDVVVSGLYMALSTTAQLLQPLVLKQVIGYFQASGDSTPIDEGLMLALGMGCLGLVRAVAYQAHWHVLMKPYLWLEKVLAALVYHKTLHLSSESRSRHSTGEIASYLGVDVGTLATSINYVHFVWDYPLRISVVLYMLFQTVGYASLAGVALLLLNTFVSARIARVVQRHIKKYVDSRDQRMQVVSETVANIKGIKLYAWQDAFISRIERIRNKMELLALRKVGLWKSLLTLTSSLVTVFICLTTFAVYVLFDGTSHGPLTSQLVFVSLSLFMLLEEPLSQSPTVVSAFVSAARSYSRICDLAASCEVDSSAVSREPYDRDASSTSTNDVLVSVENGTFKWLSADEPTLHNVSVQCKRDELVAVIGRVGAGKSSLVSAILGDMIKCDGCVRVRGSIAYVPQQAWIMNATLRDNILFGSRFDQEFYDRVVDACALRPDLDILPAGDMTEIGEKGINLSGGQKARVSLARAVYARADIYILDDPLAAVDAHVGKHIFTHVLGPQGMLKTRARILVTNAVQYLSNVSHIVMLYKGVAVAQGSLSEMLPSSAKARELINQAALLSHQENLNQDLSDKAATNGHISRNNTPSNNESKSAHSIIKKEVQETGAVGWDCVKYYLRACGTKNICMLLCAAALTLMLNASSGIWLARWSQVNESHTVNYLTTPVYYLTGYGIIGVLGTLAMATTSILLWQRCSISASKAIHAQMLQAVVCSPMSFFDATPVGRILGLFSSDLAQVDDNMPTCAELGIKGFIQMLVALLLIVISAPFTLVFLIPLSLVYADLHRQFMPTTRDTRRMVNTMRNMCISATEETISGATSIRAYTYQPKFEYQHAGCVESYTMAWWTYLCANRWLAVRLDVISAGIVLFTNITLILVQHVFGGVDGGYVGLSLTYALSLVGVLNMCIRYTTMLEMAFISIERTRKYSSLVPEASKTIEDHRPATTWPDQGMVEFKDYSTRYREGLDLVLKGLSIRVLPNQKVGIVGRTGAGKSSLTLALFRIIEAAGGQILIDGEDIAKCGLFDVRSKLSIIPQDPVLFAGTVRENLDPFNSYSDQEIWQALEHAHLADVIRTKDERLEFMVTQSGENFSVGQRQLICLARALLKRAKVLVLDEATAAIDNATDTIIQESIRKEFKNCTVLTIAHRLNTIIDSDMILVVDGGRLAEYDTPQNLLENKNSLFAKLIEEARATNS >MAJ71254.1 LysR family transcriptional regulator [Alteromonadaceae bacterium] >MAQ02293.1 LysR family transcriptional regulator [Alteromonadaceae bacterium] >MBR9790913.1 LysR family transcriptional regulator [Gammaproteobacteria bacterium] >RPH20683.1 LysR family transcriptional regulator [Alteromonadaceae bacterium TMED7] MNIAKVDLNLLVYLDVLLREGSVTRAANQLSITQPAMSNGLKRLRDLFKDPLLVRTSDGMTPTKRALELQPVIRDVLSKLESSIQPETDFNPATSSRTFRIMTSDYAESTLLLELLGRLADCAPNITLDLITPSDVTFHDVEQGKVDMAINRFDELPLSFHQKVIWYDNFACVMNKKHPLASHYDLETYLKAQHIWVSKTGFGVGVGIDPNEVQKLGWVDAELTKLGKQRDIRVFTRHYHAALQIAKRQSLIATLPSKAAKIFTDDPDIVLREPPFDIPPIALKMAWSALLHHDAGHIWLRRLIGDVAAEMQ >MBI1424129.1 diaminopimelate decarboxylase [Gammaproteobacteria bacterium] MDHFAYRNNVFYAEDVPVADIAARFGTPCYVYSRATLERHWQAFDAALAGTDHLICYAVKANSNLAILNVLARLGSGFDIVSIGELERVLAAGGDPAKVVFSGVGKRTDEMARALELGIACFNVESESELYRLNDVAGQRGKTAPISLRVNPDVDAKTHPYISTGLKENKFGVAIDDAERIYQQAAQLPHVAVHGIDCHIGSQLTSTTPFVDALKRVLALVDRLAGNGIQFQHLDIGGGLGIRYRDETPPAPAEYVQALRAVLGNRPYKIQMEPGRAIVGNAGILVSTVEYLKHNTDRHFAIIDAAMNDLMRPALYNAWQEIIPVVKHTDRERFSYDVVGPVCETGDFLGKQRELAIAEGDLLAIRSAGAYGFSMSSNYNTRPRAAEVMVDGSDVHLIRERESIASLFALEHCLPA >MCA9450479.1 hypothetical protein [Candidatus Omnitrophota bacterium] MNEVIKMRVFKLVVVIVGLFLLIQMGAATPLDSRFTFQGRYEDNGTPINGTRTLYFILWDAAENGNQIGSAQIVNEIQIVDGNFTVLLNSGNEFGADAFNGE >MCC8042769.1 inorganic diphosphatase [Oscillospiraceae bacterium] MNIWHDIEPNRITKDDFFAVIEIEKGSKMKYELDKKTGLLMLDRVLYTSTHYPANYGFIPRTYAEDGDPLDVLVLCSETIYSLALVKCYPIGVISMLDNGAVDDKVIAIPFNDPTYNTYKDISELPRHIFEEMSHFFKVYKELEGKETVIDEIKDREAAIEIVDHCIDRYIEFFCKGKSHGDQV >XP_041178038.1 uncharacterized protein EDB91DRAFT_310528 [Suillus paluster] >KAG1742398.1 hypothetical protein EDB91DRAFT_310528 [Suillus paluster] MVQGKTKGLQSKPSSSRQAAKAAANPKKGKRYVPPKKTALVKQASMRQSLTAKINKSIEQQMVSAASAGKLTIMKNTADSYASQS >NBW79235.1 channel protein TolC [Betaproteobacteria bacterium] MTIFPSRLRPMHLALLLAWGAGSGLVQAQSLVEMYRAAQNYDASYQSAKILYDSSVFKAEQSRALALPTVTLGAVGTQNQRNSSSANPQDLIYTTQNATLSATQPLYRPSNTATMEQSKKQLEQARTVLDAADQDLIVRVSQAYFDVLGAQDTLTFVRAQKTAVAEQLASAKRNFEVGTATITDTREAQARFDLVVAQEIAAENDLRVKKLAMDQLVGKNGSQPKPLATTALPELQPTNPQAWVDQGLRQHPTVLKAKLQVDVTKLDTAIAQAGHKPTLDLTASSFVNRQTSGSDLNATDSTLTRQNIGLTFSLPLFAGFATTNKIKETLALEDKARSDLEAAQRTVEQATRTAYFGVLSSMGQVKAFEAAETSSQVALDANKLGYQVGVRINIDVLNSQSQLYQTKRDLAKARYDVLLGSLKLRQANGTLKSDDLQGVNALLAP >WP_030323867.1 MULTISPECIES: type III pantothenate kinase [Streptomyces] >AYC39519.1 Type III pantothenate kinase [Streptomyces griseorubiginosus] >KUM67316.1 type III pantothenate kinase [Streptomyces griseorubiginosus] >KUN62474.1 type III pantothenate kinase [Streptomyces griseorubiginosus] >TCR11530.1 pantothenate kinase [Streptomyces sp. BK205] MLLTIDVGNTHTVLGLFDGEDIVEHWRISTDARRTADELAVLLQGLMGMHPLLGDELGDGIDGIAICATVPSVLHELREVTRRYYGDVPAVLVEPGVKTGVPILTDHPKEVGADRIINAVAAVELYGGPAIVVDFGTATTFDAVSARGEYVGGVIAPGIEISVEALGVRGAQLRKIEVARPRSVIGKNTVEAMQSGIIYGFAGQVDGVVSRMARELADDPDDVTVIATGGLAPMVLGESSVIDEHEPWLTLVGLRLVYERNVSRM >WP_033135619.1 alpha/beta fold hydrolase [Aeromonas finlandensis] MRRNQVMKFNGLALRSAGEGPLLLLLHGLGSSSLDWQAQIERFSEHYRVVALDLRGHGQSMQEGPFDVATLAADVVNWLDEQPEPAWVVGLSLGAMVALELALQLPHKVRGLVLVNGFSEFLLETPKEQERYAQRLKWLRWFGMRPLAWWLGRELFPGPDLAQVRHTFRLRFVRNRKKTYKALLEALPGWSVRARLGTIWQPVAIISTSHDYLPLAKRVEQFAALPNATIHTPNGHHAWPAEDPSGFNHLLHRILETH >MCA1442501.1 prepilin peptidase [Ensifer sp. IC4062] MAEAVIFVVFPLCLAFAAFSDLFTMTIPNRVSGILLGAFAIVSPLAGLGLAQIGLHLAAAAAVFLVCFCLFATNVMGGGDAKLLTASAIWFGLDLSLVEFLLYVSIFGGMLTLAVLFLRKQESTILATGIPVPSLLLTAKKIPYGVAIALGAFAAYPSSPLMQVAFAQLS >KAI5251673.1 putative phenol acid carboxylase [Aureobasidium subglaciale] MADNKSLPTFLTNTELHPSFEDDIKNTHLIYDYAAQSPDGTPETWRYEMWFFSSSRIVYAIHGGPMAGRINYQTCTYQCIRPHELWQCNWLEETGTICSLVYDIKMQKITTLIAFSKGHWENAEEARGDKRDGEVFERWRGLARAEIKERFKGKGDLVPIEEDAVTF >EBT2494165.1 glycoside hydrolase family 19 protein [Salmonella enterica] >EHI2431989.1 glycoside hydrolase family 19 protein [Salmonella enterica] MDQQQFQQAAGISAGLSARWFSHIDAAMSEFGITAPLDQAMFIAQTGHESAGFTVLKESFNYSVEALKKTFGKRLTPYQCEMLGRIDGRQVAHQSQIANLVYGGRMGNKDAGDGWKYRGRGLIQITGLENYTRCGVALKLDLVANPGQLELERHAARSAAWFFVTKGCLKYSGDMVRVTQIINGGQNGIGDRRERFEKAKSVLV >MBR5121093.1 DUF4340 domain-containing protein [Oscillospiraceae bacterium] MNTKVRNLLFIGVFVLCMALVLLLLVVTQPKAPEEEVAIDTTITLHSGTKDDVKSLVIKNEHSEFKIEQNVKGFYIAEFEGLKQNTTTMGAAGNCATSIKASALVEENATDFAKYGLSDENPKASVFVTLKHGEEYTVYFGNDIPNSSSVYCRMADSQSVYAISKNSTGYFYYAKERFISVAIKGEIANANVAPVIDRLTINRKDLDYEIVFVDDSKKHSASEISVISAQVMIEPVYAGLDVTT >NWJ08205.1 BTBDJ protein [Crypturellus undulatus] MARACSARLHGDAAAFSAALRSLLNNPQFSDVTFVVGHERREVFAHRCVLACRCQAFQGMLSPAGSEGPAGSAAPQDPLVLGNVQPEVFLAVIEFLYTNCVTLNSHIALEVLTSSVEYGLQELCKLCVEFLKETLSVEQVCEALQAAVTYGQVDLQQHCLAFIEGCTAAVVRTRGFQELSDAVLARVLRSDRLAVDELELVQAVREWAHVSSVSTRDGGHPGGGGATGVPTSRVPQAVLERPVPEVAALPVRELRLPLLAPSELAALESHNQGDLLIPVESIAAAWRCHALRKGSGVPAHLCRPRRGTRPREHHRHLDPHSK >WP_162959321.1 hypothetical protein [Micromonospora tulbaghiae] >AYF32021.1 hypothetical protein CSH63_32215 [Micromonospora tulbaghiae] MHRIGVPLAVSPYEPSGAQNAPGRTFPTGFAIVGFGFGLKVALGAGLRVGVVARFFVGNGFTAGVGAAVVAAGVVVGGSVAGVGLASAAGMLVAMGRAAGCGLPQAVRASRTVRAAVPARAFLPRFADAGPVACSGIIKGSPVKVVA >WP_278498266.1 PLP-dependent aminotransferase family protein [Pantoea vagans] MRLLYADHLLARLQFLRTGSLHQRLLNCMQAAIAEEVFPRGSRLPPTRDLARELGVSRNTVMHVYESLMAQGYVTARTGSGTWIAETLPENSLQSDAITDLQAVKAQRPATLSKRGASLLGHATASPWQWGAFVPGAPDVTEFPHKLFSQIQARLNREPDVHRLVYSSGGGCPDLRHALVDYLRVARSVRADADQILITEGVHQAVDLVTRVLCDPGDRVWMEEPGYWGTRNLLRMNGLKIRAMPVDEQGLVPDSGPAPKMVFVTPSHQYPLGVHLSLARRQALIALARRHQSWIVEDDYDSEFRFSGQPHPSLQGLEADAPVIYMGTFSKTLYPALRIGYMVVPKPLAQPLRIAAAELYRGGHLLIQRALAEFIRLGHYMEHIRRMRLLYRQRRQFLCRLIERYLGPAFLPAFNHEAGLHLVMPLPAGADDVAIAAEALKRGVKVRPLSQYYMHPQEARGLLLGYACVNERQCQDAFGTLKACLMSAGMVFSPRR >WP_257479708.1 hypothetical protein [Anaerofustis stercorihominis] >MCR2032183.1 hypothetical protein [Anaerofustis stercorihominis] MSEMNGECVTMIKGNAKYNEQDYNFVYEDSILKLTLAHNGKPDFYFNTYCNVGNNCLVSLFIIGEVKGSRDTIIFKPRVIISNENNNIIKIKIDYYITLKNKQTGYDGISIRIAKMNYLNFVEYLKFLDEKEDGNISLLDFRKVKSVNEVFNYKGIKISCSFHVVRDIYYKYPLAVYPAFDLYFDTIQNSRFLVALDKIIRDFLSFLFYRRDINIKEIALMKKNDKDEDYDMIGEMVFPKFNTHNYNFNQKVELYPSIRIRYINGHIGKILELISNNDLYLKHIPENGHDRDMRRIEKLPYIIEGFDIEFDKLYNNKNIQNMSFVKKIKYHIEHSNDTLSVLIDSIYSKYHKEFSLDSFLSDIHRIQTLNDYDEIKNISYAVVVLEIMVYDIQLRRIGLYKSNIIGAIKMLFDI >MBQ3867797.1 ribulokinase [Clostridia bacterium] MTPERGSERREENRCVVGVDFGTLSARAAVVRVVDGNILGEAVAEYEHGVMRKLPGAETELPPDWALQDPYDYLDALKRATGEALRAAEANVSSAGGAALKVAALGFDFTACTMLPVDGALTPLCKKPEFSREPHAWVKLWKHRSAGSQAQTITAMAARQGEEWLTRYGGTASAEWFFPKVLETLENAPEVYAGADRFLEAADWLTALLTGNEVNGPSFAGFKAGYIAEAGYPSEALLTALDPRLEGFAGAKLRGRVAGPASVAGNLTEKGAELTGLPAGTPLAVPVIDAHASMPALNLTKPGDAMLILGTSGCLIMHSDGAKDVPGTCGYMKDSVIPGLTTYEAGQPAVGDIFDWFVRTSLPADYLLEAHARGIGRHELLTEKAARLKPGQSGLVALDWLGGNRSVLADASLRGMICGLGLNTKPEEQYRAWLEATAFGFRRILDQYEMYGVDVDNICVSGGIALKNPLLMQIYADVTGRRLSVSGAKQSGALGSAIMAAAAAGCYPSVTAAAASMSAPYDRVYTPDPAGSEAYAPLYRKYCRLHDIFKDL >WP_111496981.1 GT4 family glycosyltransferase PelF [Marinobacter bohaiensis] MEKQAPPVKADIALLLEGTYPFIRGGVSSWVHQIIQGLPEYTFALIFMGGERSHYGEQQYELPANVRHLECHYLMDGHSEPKPRPRKGNRQAFDAQRDLHATFRSGEPASREIMQRVFADLGSSKGISFSDFLHSEASWEIIDDYYRRYCTEPSFVDYFWSVRIMHAPLFQLARIAREMPQVRMLHSISTGYAGLLGAMVSEQRQLPLALSEHGIYTKERKIDLSQAQWIHDPADQVSGTLNEQVGYIRQLWIRFFESIGRMTYQQADPIVSLYQGNQDRQHVDGAPTERTRIIPNGINPQQFERARKARPDHVPPVLGLVGRVVPIKDIKTFIRAMRTVCDQRPDAEGWIVGPEDEDEAYVRECKELVQSLGLDKRVRFLGFQNIQDILPQLGLMVLTSISEALPLVILEAHAAGLPCLATDVGSCRELLEGNQPEDRALGASGAVVPIADPEATAREAVRLLGDEQAWYAAQRAGLERVERYYTLDSMFEAYRDIYRKGTTA >STF90731.1 DNA polymerase III subunit alpha [Escherichia coli] MSEPRFVHLRVHSDYSMIDGLAKTAPLVKKAAALGMPALAITDFTNLCGLVKFYGAGHGAGIKPIVGADFNVQCDLLGDELTHLTVLAANNTGYQNLTLLISKAYQRGYGAAGPIIDRDWLIELNEGLILLSGGRMGDVGRSLLRGNSALVDECVAFYEEHFPDRYFLELIRTGRPDEESYLHAAVELAEARGLPVVATNDVRFIDSSDFDAHEIRVAIHDGFTLDDPKRPRNYSPQQYMRSEEEMCELFADIPEALANTVEIAKRCNVTVRLGEYFLPQFPTGDMSTEDYLVKRAKEGLEERLAFLFPDEEERVKRRPEYDERLETELQVINQMGFPGYFLIVMEFIQWSKDNGVPVGPGRGSGAGSLVAYALKITDLDPLEFDLLFERFLNPERVSMPDFDVDFCMEKRDQVIEHVADMYGRDAVSQIITFGTMAAKAVIRDVGRVLGHPYGFVDRISKLIPPDPGMTLAKAFEAEPQLPEIYEADEEVKALIDMARKLEGVTRNAGKHAGGVVIAPTKITDFAPLYCDEEGKHPVTQFDKSDVEYAGLVKFDFLGLRTLTIINWALEMINKRRAKNGEPPLDIAAIPLDDKKSFDMLQRSETTAVFQLESRGMKDLIKRLQPDCFEDMIALVALFRPGPLQSGWWITLSTVNMVAKRSPIRTYSGSMKA >WP_212448448.1 hypothetical protein [Erythrobacter sp. JK5] >QUL36898.1 hypothetical protein KDC96_10820 [Erythrobacter sp. JK5] MGDRLTVSVIAALAAASFPVPAQTAAWLAIGPQAGATLLASLPAGSGCFQYTYDRNGNRIASSTASVISGGMVWGSATFGCAIWGV >WP_147738784.1 SAM-dependent methyltransferase [Brachyspira aalborgi] >TXJ20662.1 tetrapyrrole methylase [Brachyspira aalborgi] MLYIAARDIGNYKDNTERLKEILIKSDIILAESFREATTLFKILNINIEREKLIEFSEHTNKSKEIYEIVEKILNCKIATLISDCGTPILEDPGKILLEYCYSNNIKVKPIPGVSSITAAIMCLPFNFKEFYYAGLLSRDDKERERKLIYLKKLNIPIIILDTPYRMNKVLNVIKKVYSKNKIIGLCLDLTTDKEEIIIDEIGNICERFNKSEDKNKREFVIVIS >PZT91770.1 MAG: hypothetical protein DI630_29120 [Gordonia sp. (in: high G+C Gram-positive bacteria)] MRHPHREANPDMGLDDQLNNAKHGLTNKSRQNIGEDTNTNQPTDATSLEGPDIEVPTNEPGGTPKVGSLGAEDDEHDESASAGSESTLKIPNDFG >EAM9790494.1 sel1 repeat family protein [Salmonella enterica] >ECY7443322.1 sel1 repeat family protein [Salmonella enterica subsp. enterica serovar Havana] >EDU9075978.1 sel1 repeat family protein [Salmonella enterica subsp. enterica] >EGZ4036161.1 sel1 repeat family protein [Salmonella enterica subsp. enterica serovar Lansing] >EAO3922596.1 sel1 repeat family protein [Salmonella enterica] MIKRKWNLLLLLGLSFASVCQAGDDIDALYSRIAQKDIQALNELKALAKDNNAQALAELGFIYEYGVAVPKDTIQAIKYYEQACHVEEPYGCYNARYFYLHGLGVMQDDVLAKELADKTSKADIDTDAQTVTRLIADEIDTAKQAAESDITQRSRFIETLRQYAGGGSAMAARITRLGYSKADILHLAELWAQERDPELNFIVGSLYDSGFVEVDDKEARSLQWFRKAAELGQADAQNILGYFYLNGKRGIKRDLQKGVQWYELAAAQGNADALINLGEIYYSGTQVPLDYARAFEFFERAAKMGKSRALNYLAWMYTNGQFVDTDCRKAAELFAQGRTSFADDPHFQVTCEKDRQARAEAVAMREKNLPKLTFNRDRVFGASQGSGYACELEFVVKTDRISSIENLRVSLALKNKAGAMSQQVIAFEPFGLNTQNRNLQGYKSDTLRESTLQPVYQPEFCDVDSYSVTAVTGMVNGKEMDMLKAGIFL >XP_013404023.1 carbonic anhydrase-related protein isoform X4 [Lingula anatina] >XP_013404025.1 carbonic anhydrase-related protein isoform X4 [Lingula anatina] MSERSTWDEVEGTWSHATEKNKREDTSDWAKRFPAAKGIHQSPINLNSRDTTFDPKLNENPLVANYVLCRETDIYNNGHTVVIYPRYKPGDSGFRPDSTPRSTMEGGPLPSNDVYELAECRFHWGREEARGSEHTVNYKAFPMEVQLIHWNSSQYDSVDEALGQPNGIMIAALFVQVGRENSGLKILTDHLEEIQYKGRMKTVATAFNPNSLLPDPMLRDFWTYNGSLTVPPCSENVTWILFRYPLTISHAQIEEFRRLRTHAKNEMPHNSEDGIMADNYRPTQSLNKRVIRASFQ >WP_107485636.1 DUF6049 family protein [Streptomyces sp. NBS 14/10] MTPRPFTGAVRTDVEVAVVARDGRCARAIVAAVAALSAVLSVALSAALGTVLSAGPVMPVLPSVPASAAVPSVPSAAVPAAAVPSYESPRATPSGPGHGSGRDRVGGHRSSYALTVRLASASPAVLRRPDGWFTLSGTVVNHSRYRVTGAHVGVRTGPAALGTRSGLAAAAVRTDLTRADGEEISGHVHRLPSLAPGARRDFRLRIPVPELGAYGAGAYGLTVDVARGDGAVLGLARTFLPVYPEGTAYQPLRTTVLWPITDTPHMEALTLRTQESVRPVFRDDALAAAFAEGGRLRRLVETGARLPVTWAVDPDLVAQARAMADGYRVARTPGATDPRQTTEGRGGRAAAAWLAALKRAVRGQDVIALPYADPDLASLARGGPGGDALAGLLRRASRAGKDVVDRELDTDARADVAWPAGGAVDAGIAGYAERLGLGTVLASGSTVGGLRRSSGALVTGGATDDRAVALGERMTALTYDTTVASLLAQSRPGAGAAGAPLRLRVRQRLLAESLTAVRELPYAPRALMVVPPRRMSAGAARAVSESVSEGLGAGWLEPSRLEAAAQDPEPGQLREAEGYPVALRASELPARSLAAVARDQRRLGALSKVLSDPGRTTASAYAAMARAVSTSWRGNPAGARSYRRGVSRFLTASIDSVRLVPKSKVTVAGQSATIPVTVDNGLQQDLTGVELRVASSRPERLAAVDRAVGVQASRAVSRTVRVGVRAHANGPVRLTAQLYTSSDGRPWGRPITFTADVRSVPSGAVAFVAGGVGLMMLAAAFRLRRAQARGGAPPPGVRG >MBE1289959.1 50S ribosomal protein L35 [Paracoccaceae bacterium] >MBF9019222.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCA1058] >MBF9021667.1 50S ribosomal protein L35 [Rhodobacterales bacterium FZCC0069] >MBF9025313.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCD6035] >MBF9027653.1 50S ribosomal protein L35 [Rhodobacterales bacterium FZCC0188] >MBF9054300.1 50S ribosomal protein L35 [Rhodobacterales bacterium LSUCC1028] >MBF9056587.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCA1065] >QPI84850.1 50S ribosomal protein L35 [Rhodobacterales bacterium HKCCA1288] MPKMKTKSSAKKRFKMTASGKVKAGQAGKRHGMIKRTTKFIRDARGTTTLSAPDAKIVKTYMPYAR >WP_143660971.1 PAS domain-containing protein, partial [Streptomyces sp. st140] MSAANTAESADFRGPLDITRAATVVLDAESTVIGWSPAAAELLGYEPAEALGRPLSAFLSVHPVGGTPPAAAAEASGVSEASGVSGAPASTGIGPPSLVGNEIHVAHARDGRELLVATATCPLPGGAADRGPGAPDRILVAAEVGELRHWESRLALLQGLATQSPVGLAIYDTDLRLTWCNTAYEREIGQPLAAFRGKRADELYAGGSFVTPGYPQTLDGVMRQVLETGEPVLDLNFRAQQPSDPGRDHLWSCSYYRLEDAHGHVFGVCEDAFDVTDRYRVQERLALLVEAGRRIGTVLDVATTAEEIAEVAVPDFAATVRVDVTRAAMTGETAAVGSAADMSLLRVADRSEPGAATPDPGLPDPALPDADRPDQGGPDPGRPDDPGLP >MCB2112291.1 glycosyltransferase family 1 protein [Parvularculaceae bacterium] MKADIAEIADRDADVRTPLRVALFSGNYNYVMDGPVRALNKLVAHLEARGHKALVFAPTSRKSALDYAGELVSVPSLALPGSRSEYRLGLGLRSAARRRLEAFKPTIIHVAAPDWLGFSALNYARKHAIPVVASFHTRFDTYPRYYGMAWLERHITAYMRYFYHRCERVYAPSQSMVDELARDAIGRDVRLWARGVDKSVFNPGRRDLAWRRAAGVGDDDVLVAFVGRIVLEKGIDIFAEAVKRARMENPKIRALIVGEGPERGHFENKLKGGVFTGFLEGEALARAYACADIFFNPSVTETFGNVTLEAMASGLPAICAAASGSCSLVDDGETGLLIADAADVDGFAGAIGVLARDGAARAAMAERARRKSDGFDWDAILDRLIADYRDVASR >KLA07975.1 hypothetical protein B4086_3959 [Bacillus cereus] MMKKLIMTLFIAMLALAGCNTNKEEPKKEQKLEAVKVAVQTNPKEIKPGEKTEVQALVTQGKEKVTDADDVKFEIWKAGDEKHEMLEGKHKGKGVYAVEKTFETDGVYHIIAHTNAREMHVMSEVKVAVGNAKVEDAKKENSDHGAGHGDHKSDTMIHLMAGDIKANAESTMKVHLKQKEEALTGAEVQLEIWKDGVEKHEFIPAKEGNKGEYETKHTFKEKGSYKVKVHVKKGELHEHKEETVEVK >WP_014504812.1 pyruvate dehydrogenase (acetyl-transferring), homodimeric type [Xanthomonas oryzae] >AEQ98132.1 pyruvate dehydrogenase E1 component [Xanthomonas oryzae pv. oryzicola BLS256] >AJQ81668.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzae PXO86] >AJQ89288.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzicola] >AKK65417.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzicola] >AKN94679.1 pyruvate dehydrogenase [Xanthomonas oryzae pv. oryzicola] MNWLNEVLHNDPNPLETQEWLESIKAVIDVEGPERAHQLLEGMVEQTRRAGAYLPFSPTTEYVNTIAPANEAKHPGDSALEWKIRSIIRWNAMATVVRANRKPGDLGGHIASFASSATLYDVGFNHFWRAPSDQHPGDLLFIQGHSAPGIYARAFLEGRISESQLDNFRMEVDGQGISSYPHPWLMPEFWQTPTVSMGLGPLAAIYQAQFMRYLENRGLIEKSDRKVWCFIGDGESDEPETLGAIALAGREGLDNLIFVVNCNLQRLDGPVRGNGKIIQELEGVFRGGGWNVIKLLWGGYWDALLAKDSNGVLRKLMMETVDGQYQNCKAFGGAYTRANFFGRYPETAAMVAGLSDDDIWRLNRGGHDPHKVYAAYHQAVNTTGMPTVILAKTVKGYGMGSAGEALNPTHQTKKLDDAAVKHFRDRFNIPVTDAQLEDGKVPFYHPGDDSPEVQYLKERRNVLGGFLPSRRPKASKSFAAPTLDKFERLLKDSGERSYSTTMSFVQSLNIALRDKELGPRIVPIVADEARTFGMEGMFRQIGIYAPFGQKYKPVDADQLMYYREDQTGQVLQQGISEPGAIASWMAAGTSYSVSDVPMLPFYIYYSMFGFQRVGDIAWQAADMRTRGFLLGGTAGRTTLNGEGLQHEDGFSQLVAGGIPNVRSYDPTFGFEVTVIMQHGMKAMMEDQIDEYYYITLMNENYAHPGMPDGAAEGIIKGMYLLKDAGKPKKGELRVQLLGSGTILREAIAAAELLDKDFGVTADIWSCPSLNEVRRDGYAVERWNRLHPEAEQRKPYVTQLLEGRQGPAIAATDYVRAFADQIRAFVPMTYTVLGTDGFGRSDTRANLRRFFEVDRYYIAHAAIAALAKDGKMTGKDVARAIKQYKIDPEKANPVGV >KAF5807084.1 putative transcription factor AS2-LOB family [Helianthus annuus] >KAJ0585613.1 putative transcription factor AS2-LOB family [Helianthus annuus] >KAJ0923852.1 putative transcription factor AS2-LOB family [Helianthus annuus] MACQVIFLNILIRPSSILDLLLCSFGSIPFFHPLNTLCFPLLSLPLSPLFYLLQATEATHQFAVRRKRSRGIMASSSSYNSPCAACKFLRRKCMPGCIFAPYFPPEEPQKFANVHKIFGASNVTKLLNDILPHQREDAVNSLAYEAEARVRDPVYGCVGAITFLQRQVDRLQKELDAANADLIRYACNEIPSGLPHMSSIQPITPPQRSIDHYPNRRIGDIDGGGGGGGGFYQSPPSFPYPYANHHQWNPSGSGGNLGGGGGGQGNM >WP_060004157.1 thiamine pyrophosphate-requiring protein [Burkholderia gladioli] >KVM64639.1 thiamine pyrophosphate-binding protein [Burkholderia gladioli] MTTVSDFIVERLAEWGVDRIYGYPGDGINGMFGALNRAGGKIEFIQARHEEMAAFMASAHAKFTGKLGVCIATSGPGASHLITGLYDARLDHMPVLAIVGQQARASIGGHYQQELDLPALFKDVAGAFVQQASVPGQVRHLVDRAVRTAIGARTVTALILPNDLQELDYAPPKRAHGTVHSGVGYTRPRVVPYPEDLKRAAEVLNAGSKVAMLVGAGALGATEQVIAVADRLGAGAAKALLGKAALPDALPWVTGSIGLLGTKPSYELMNECDTLLVVGSGFPYSEFLPKEGQARGVQIDLKADMLSLRYPMEVNLVGDAAETLDLLLPLLEPRADHRWRERIGRWTDEWQGTLAKRAAADASPGRGVNPQRAFTELSPRLPDDVILTSDSGSCANWYARDLQMRRGMMGSLSGGLASMGAAVPYAIAAKFAFPVRPVIAMVGDGAMQMNNMAELITVAKYWRQWADPRWICMVLNNEDLNQVTWEQRVMEGDPKFEASQQVPNVPYHRFAEMIGLKGIYVDDPARLGEAWDEALASQRPVVLEVKSDPEVPPLPPHVTLQQAKHFAETLVKGDPRERGVIVETARQVLSAVLPSGGGSGKSGE >WP_204334995.1 MULTISPECIES: helix-turn-helix transcriptional regulator [Micromonospora] MRVALSDTGHTTESLAERVGVDPKTVGRWLSEGRIPHARHRVSAAEVLGRDVSDIWPDTSRRRDPVWFRPWQEIEREAVALRSFQSVVLPGLLQTEAYARAVLIGAGTLPRADIDRHITARLARQGILRREDPPQFTAVIDEGILRRPVGGPETMREQLAALVEACAEPHVRIHVVPSSVGAYAGLNGPFVIATCPDHRIAGYLDNQVQGQVVGDVDDLAAIMAAWENVRGEALSHWQSVDLIREVAETWS >WP_217736698.1 plasmid recombination protein, partial [Bacteroides xylanisolvens] >MBV3883292.1 mobilization protein [Bacteroides xylanisolvens] MGATSIHVQAVKPGSEIHNFREKELDYVRPELSHLNESWVGDSISHRLESAKQRYLDTVGQKMQAKAAPIREGVIVIKQETTMQELQQFATVCKERFGIEAFQIHIHKDEGYMNAKQWTPNLHAHVVFDWTQPNGKSVRLSRDDMAELQTIASETLGMERGVSSDRKHLSAMQYKTECAKEQLQELSNDISSALDKHKDVQNQLLQLQKELRSIETKKNVQKLISKASEKFYGLIGKTVNDREKDALKAKVKALEGENEQLSDRLGKAILEKEQNGTKAFKAENDKEYYRQQMDNARTTSNRLRTENQELKTETKE >WP_270430070.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Butyricimonas virosa] MKITMVDLHGQYERIRKEINNAIQEVLDTTAFINGPQVKTFAQHLAMYNQVEHVVPCANGTDALQIALMALGLQPGDEVIVPVHTYVATAEVIALLRLEPIFADCVADRFTIDVTKIEEKITPRTKAIVPVHLYGQCADMEPLMDIAHRHKLYVVEDTAQAIGATYTFSNGLQRKAGCIGDIGTTSFFPSKNLGCYGDGGALFIRDHELAERARMIANHGQKVKYHHSVVGCNSRLDTMQAAILDVKLKYLDEYSAARNQAAEHYDKGLATVKGIILPQRATNSTHVFHQYTIRVENHLRDELKSFLAEHDIPSMIYYPIPLHLQEAYAKKGQGQGTFPVAEQLSEEVLSLPMHTELKVEEQEYIIEQIRTFFNR >KAF8153477.1 hypothetical protein K438DRAFT_1987614 [Mycena galopus ATCC 62051] MFTQKIQVDEGDFNLDYEFGAAYTDDEDPGLEDIVDTDQLSYFEEDHLNLPTISGGTVPEAAEILTGQDHSSESTSGQDVPETPAIHESMPATSGTFKFLMNIQLVLILFLVLSGLYDHFGSGK >MCI0648031.1 hypothetical protein [Chloroflexota bacterium] MSSNWYALRVKPHKERPVCQLLEAKEVEVYYPALKVKPINPRARKERPFFPGYLFVHLNLEELGLNALSWTENTYGLVEFGGRPAVVPENLIQELKARLATIQAAGGLVFENLKPGDRVRIISGPFEGYEAIFDARLSGEERVQVLLAFLNEQPKRLQLDASAIQKVNRQKKSWREKNSR >XP_041922209.1 homeobox protein Nkx-2.3 isoform X1 [Alosa sapidissima] MLQPSVSTGGPSLVARAHTLMMLPSPVTSTPFSVKDILKMEQQLALHPHAQHGLQLQQHFHTPPACALGGGDSPGFSDGEERMSYLNTLSEHESLVDSSLSPELYGAPALTHHSEEPKLEADGRETAKSCMALAKAPESEPEEADGRPQRQRSRRKPRVLFSQAQVFELERRFKQQRYLSAPEREHLASTLKLTSTQVKIWFQNRRYKCKRQRQDKTLEMAGHHHAGPPRRVAVPVLVRDGKPCLAGSQNYNATYAVGASPYGYSSYPTYTYNNPVYTNTYSCTYSSLPALPASTSASALMGLPNLGAAPQPPAPQGPPVPQCQGTLQGIRAW >WP_115180843.1 PBSX family phage terminase large subunit [Haemophilus parainfluenzae] >STP06295.1 phage terminase large subunit [Haemophilus parainfluenzae] MSQLNIQFPTKFKPLFESIWRFIIFYGGRGSGKSFSIARALILRAYQSPIRVLCCREIQKSISDSVIQMLADQIEMLGLQDFFDVQKTQIIGKNGSRFTFAGLKTNITSIKSMTGIDVVWVEEGENVSKESWDVLIPTIREDGSQIIVSFNPKNILDDTYQRFVIHPPERCKSVLVNWQDNPYFPKELMEDMEQMRERDYELYRHVYEGEPVADSDLAIIKPVWIEYAVDAHLKLGFTAKGMKKVGFDVADEGVDSNANAFVHGSVVLDIEVWKTGDVIDSANRTNQSAVKFKADLIIFDSIGVGAGVKAHFKRLPKSLQVEGFNAGGAVAYPEREYIKGKKNQDMFSNIKAQSWWALRDRFYKTYRAIKHGDVYPDDELISLSSKIKELEYLKAELSRPRVDYDNNGRVKVESKKDMKKRGIPSPNMADALVMCYAPTKPKSLLDL >EFG7579667.1 tagatose-bisphosphate aldolase subunit KbaZ [Escherichia coli] LILGGDHLGPNRWQNLPAAQAMANADDLIKSYVAAGFKKIHLDCSMSCQDDPIPLTDDIVAERAARLAKVAEETCLEHFGEADLEYVIGTEVPVPGGAHETLSELAVTTPDAARAMLEAHRHAFEKQGLNAIWPRIIALVVQPGVEFDHTNVIDYQPAKASALSQMVENYETLIFEAHSTDYQTPQSLRQLVIDHFAILKVGPALTFALREALFSLAAIEEELVPAKACSGLRQVLEDVMLDRPEYWQSHYHGDGNARRLARGYSYSDRVRYYWPDSQIDDAFAHLVRNLADSPIPLPLISQYLPLQYVKVRSGELQPTPRELIINHIQDILAQYHTACEGQ >WP_069341101.1 branched-chain amino acid ABC transporter permease [Pandoraea sp. ISTKB] >ODP34821.1 ABC transporter permease [Pandoraea sp. ISTKB] MELLGIPLPALLSQLLLGLVNGSFYAMLSLGLAVIFGLLNVINFAHGALFMLGAMLAWMGGNYLGLNYWVMLILAPVVVGIVGIVIERTMLRWIYKLDHLYGLLLTFGITLVLEGVFRSIYGVSGQPFDAPEALSGATNLGFMFMPNYRAWVVVASLVVCFATWFIIEKTKIGAYLRAGTENPKLVEAFGVNVPLMITLTYGFGVALAAFAGVLAAPVIQISPLMGQSMIITVFAVVVIGGMGSIMGSIVTGLMLGVIEGFTKVFYPEASATVVFFIMVIVLLLRPAGLFGKQK >WP_210949324.1 bacteriophage antitermination protein Q [Enterobacter roggenkampii] >MBQ0300584.1 antiterminator [Enterobacter roggenkampii] MNNQQLEYVRQQLIVATADLSGATKGQLVAFAENAQFTATARSRGRKKVTDPVTGRKVNPDGQAMSGNQSRAKGSSIALVGPVEFVTASWRRAVLSLEDHQKAWLLWNYSENIRFEYQVAITQWAWAEFREQLGAKKVAGKTLERLKKLIWLAAQDVKAELAGKDVYQHQDLAALCGVKPDNWCHNYADYWRAMCAIFKRLDGDYLLCTVRTRSQQKATHMEFAS >MBT3459335.1 diguanylate cyclase [Halieaceae bacterium] MTNRDQEIPLYDATGFKAPARFWRSLLRTDTCSSQGFNPEDLQYERRLILYRLLLPIMLCASAVVLTEGLLLTPSPIALSVYSGLATLLLAVTTYRFFRHDKILIPPIFALAITLVTIIWSVKLGSMYQELWVFLLMIGLTALLPLTIAFAGGLITLIALFWAHGWQGFGQGLAFDAAIFSTWLLSLAMMQLQTRQTDELADLALTDPLTGAYNRRYLLPQTRRHFADYHRYARLSSLLLLDIDYFKRINDEMGHVEGDRVLKAIVALIDSRIRGAD >WP_129832000.1 glutathionylspermidine synthase family protein [Pseudolysobacter antarcticus] >QBB69740.1 glutathionylspermidine synthase family protein [Pseudolysobacter antarcticus] MRRVLIVERADWRTSAETLGFQFHTIDGDAYWDETAYYAFTLTQIENDIEAPSEEIHEMAMTLVGEIVQSEALMTRLAIPARYWDWIRNSWRDASPHLYGRLDLAYDGKGPAKLYELNYDTPTSLYEAAFFQWHWLEQQRDRGVLPVGADQYNRIQEALIETFGTIAPRLPRPLYFSAVAESREDQATITYLQDCAEQAGLATKRIDIERIGLSSTGRFTDEDDQVIAALFKLYPLEFMFEEKYGPSLPDAGIVLIEPPWKSLLSNKGVLPLLWERHTGHPNLLPAFFHDPISETLAPGWVQKPFFSREGANIAIRLPDGSSQSTDGPYDDSQSIRQQFHALPDFGHGRALVGSWIVADQAVGIGIREDDSLITQDTSRFVPHAIV >MBF0233644.1 PAS domain S-box protein [Desulfamplus sp.] MRFYHKIRFKITFGIVLIVLILFVALGYSILIDQQRQILDSLYNKGNQIMTVIAKNSIDAIRFYNYLYLEELCITVEQTHGIAFCEVYDTQENSLIQKSTVEATTLKQERKTGANILILELPVWDREKNHLGKVELGLYLDDLKQELKHTTIKLSIVFTIVIIFVVLSLNIFLSLFFITPVIKLSGVAAILAQQKFVTANIKPRQDEIGELIKNFNIMSENLKKSFNKIEKQNQELKESEERFRALHNASFGGISIHDKGLILECNKGMSEITGYDYNELIGMNGLYLISDDTRDTVIQNINAGYEKPYEAKGIRKNGEIYPLRLEGRNIPYKGKNVRVVEFRDITESKRADKEKEYLESQLHQAQKMEAVGRLAGGVAHDFNNMLSVIIGYAGIALNELDPSQSLYTKLEQIRKAGERSADLTRQLLAFARKQTVAPKVLDLNERVAGMTSMIQRLIGEDIDLTWIPGKMVWPVKVDPSQVDQILANLCVNARDAIVDVGKITIETDNIILDHDYCSDHTEFIPGEYVLLSVSDNGCGMDSETIENIFEPFFTTKKSGKGTGLGLATVYGVVKQNSGFINVYSEPGQGTRFEIYLPRYQTRMSDLPEKALGQPAERGHETILLVEDEPEILSMATEMLERLGYTVLAAGTPGEAICLAQEYAGELNLLLTDVVMPEMNGRDLAMKLLSFYPNIMCLFMSGYTADIIAHHGVLQEGMNFIQKPFSMENLATKVRDTLDGVKKAAQD >WP_094375360.1 NUDIX domain-containing protein [Streptomyces sp. FBKL.4005] >OYP20590.1 NUDIX hydrolase [Streptomyces sp. FBKL.4005] MTAAEPRTGSGPERHREPLDVHLILTRETAGGSEVLLSRRAGPVYAAGLWHLPSGHLDGPHEDVVTALVREAREETGVVIDPADVRAAVTVHHRGPGGRSRTGFFFEVRRWRGEPRIAEPAVCDAMRWARLDGLPAGMVAYCRAGLDAYAAGARLAVHFQQPEDGIGYDPAADRLRVVPGVDAGAAQRDPR >WP_248415167.1 O-antigen ligase [Helicobacter pylori] MLKERLKAFFSADSVFTLIFALFFLTSFKKPLTQVLLIVLMVFLFLRCYFQASLKETFRINHLKTMPFKWLTLAFWGVFLSIFPNMFNMHDSQTFRYNLFALNMSLTYACGALCLLFASCLRIKLNQKILFYSMAVANFINGLLSLVQKIYFNMPRAQGFSTVKEYVVLVSVSILGCYIYALYSQNQKEKLFFTLSVFVGFLVVILSATRSATIAFVATFLILSCFILYAKKSLKPLGYMVVVSLILSALYMGSSALEKKGAIEQSRVQNQSFEEDLKRYAKKDADSSIGWRLERWKEALTVLRLRPFFGMAASEKCQRLEEILSLSHSYRAKDLILCYERYDNQIIHVLATRGIIGFLIWLFFLLVIVKIFWGGIKQNSLISLFILTTLTFYLIFGIGFDPFDFFITGSFFVGMVVMAVLLKKDKSAF >MBV8174008.1 glycine C-acetyltransferase [Verrucomicrobiota bacterium] MLGAFQEHLADQLCGIRQQGLYKTERAISTPQRTHIRTADGKKVLNLCANNYLGLADHPEVIEAAKAALDRWGFGLASVRFICGTQEIHKELEMALSRFHQTDDTILYGSCFDANAGFFETLMANEDAVISDELNHASIIDGIRLCKAQRYRYRHNDMNDLEAKLLETRGARSRLIATDGVFSMDGTIANLKDICDLAEKYDAMVMVDECHAAGFLGKTGRGTPEYHRVMGRVDIITGTLGKALGGGSGGYTAGRKPIVDLLRQRSRPYLFSNSLTPCTVAASLKAIEIASRSTELRDRLEENTRSFRAGLVENGLAIQPGNHPIVPVMIGDAALSQKVADRLLTLGVYVIGFFYPVVPQGTARIRTQVSAAHTNADLEFAVEKFAEVREEYQLGYPQG >WP_186748347.1 MULTISPECIES: sel1 repeat family protein [Pseudomonas] >QXI02187.1 sel1 repeat family protein [Pseudomonas monsensis] MKFRSVSDSVTSQPLPVTPPKRFSVRVAEWLLDSPRLSASHNAKHLAGRLLKQPAREGVVAAQSRLGQLMCRECGNARDRRIGQDLLRQAARAGDRRAQEELGLIAD >BCL31621.1 hypothetical protein GCM10017557_64800 [Streptomyces aurantiacus] MNDSMTGPETELLGSGPFGAEPEPEPEPEPEPEADADADADAEPGVGADAGTDTRPEYDPAAPAPLHAPRTPTGDAGVDALLDRLADADHLATDGHVEVYEDVHAGLRDTLTALDARPGPPAPPTPYNSNSNSNRS >GDZ43403.1 hypothetical protein MCC01966_19690 [Bifidobacteriaceae bacterium MCC01966] MHTFYFFFYNPLYSKGFRGVEGMRCLMHTARIPMHTTGFFSNTGKKTGLFSPVLEILVSDAGGNRAERIRARMNENTDDRPTRLLWVDTETTGLDPRTDPILEIGMIATGPDLEPVDDGFHTVVHWDGEPSGFIRAMHGPNGLLAECAHPSAPGMFAAALSARDYVETQLDAGVRLLPAGSTVRFDRDMIDSWMPGVLDGCSHRSLDVSALYEAVRMWNPTVLPDMAKTTDHRVMHCLADTLRFAREHRRLVCSIR >UFH83377.1 maturase K [Melinis repens] >CCC54823.1 maturase K [Melinis repens] MEKFEGYSEKQKSRQQYFVYPLLFQEYIYAFAHDYGLNGAEPAEIFGCNNKKFSSLLVKRLIIRMYQQNFWINSVNQPNQDRLLDHSNFFYSEFYSQILSEGFAIVVEIPLSLGQLSCPEEKEIPKFQNLQSIHSIFPFLEDKFLHLHYLSHIEIPYPIHLEILVQLLEYRIQDVPSLHLLRFFLNYYSNWNSLITSMKSIFLLKKENKRLFRFLYNSYVSEYEFFLLFLRKQSSCLRLTSSGTFLERIHFSGKMVHFGVMYPGFFRKTIWFFIDPLMHYVRYQGKAILASKGTLLLKKKWKSYLVNFSQYFFSFWTQPQRIRLNQLTNSCFDFLGYLSSVPINTLLVSNQMLENSFLIDTRMKKFDTTVPLTSLVESLSKAQFCTGSGHPISKPVWTDLSDWDILDRFGRICRNLFHYHSGSSKKQTLYRVKYILRLSCARTLARKHKSTVRTFMQRLGSVFFEEFFTEEEQVFSLMFTKTIHFSFNGSHSERIWYLDIIRINDLANPLTLN >NJO91920.1 glycosyltransferase family 2 protein [Chloroflexia bacterium] MDKPKVSVLILSYNGKALLEDSVSSYLANDYENFDVVVIDNGSTDNTKEYVEQNFPKAKLVRLEKTEGIPAVLTLVWIMLLTKTVQSMQLLPTMM >AKA56406.1 cytochrome oxidase subunit 1, partial [Hymenoptera sp. BOLD:AAU8342] >AMK40055.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BOLD:AAU8342] >AOC67416.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BOLD-2016] >AVP17110.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BIOUG24697-H01] >AMK44287.1 cytochrome oxidase subunit 1, partial [Platygastridae sp. BOLD:AAU8342] VLYFMFGIWSGMLGSSLSMIIRLELGTPSSLIGDDQIYNSIITSHALIMIFFMVMPLMLGGFGNWLIPLMLSAPDMAYPRMNNMSFWLLPPSLCMLLYSNTFGLGAGTGWTLYPPLSLSQNISIDFSIFSLHLAGISSIMGSINFICTILNMMPMNFSIEKNSLFSWSILITTILLLLSLPVLAGAITMLLTDRNLN >MBC99785.1 3-phosphoglycerate dehydrogenase [Crocinitomicaceae bacterium] MKILANXGISKSGIDQLENAGFNVETEHVNQSDLVNYINKNKIEVILVRSATEIRNDIINNCPSIKIIGRGGVGMDNINVKYAKEKGLLVINTPAASSQSVAELVMAHLFSISRSVFESNRNMPENGENDFKVLKKKYAKGIELRGKTLGIIGFGRIGQNTAKYALGAGMNILAYDPLXEKASIEXDIAGQKIXVTIDATSMEELLSNSDFISLHVPMQKDGNAIIGSNEFEKMKDGVRIVNAARGGVIDEQALINALKSNKVSFAALDVFVGEPKPSKELLNNEKISLTPHIGAATLEAQDRIGEELAEKIINFYKK >WP_213741880.1 TerC family protein [Bradyrhizobium sp. dw_411] MMELLTSPEAWAALLTLTALEIVLGIDNIIFLSVLVSGIPPAQAKRARQIGLALALAFRILLLSLLVWLIGMTQAVFTVKDLAFSWRDIILIGGGLFLIAKATHEIHNEVDARGEAHGSTSKPGAFFWVIVQIIVIDMVFSLDSIITAIGMVQELPIMIAAVIIACVIMYVASGPVARFVTEHPTTKMLALAFLVLIGVALVADGFKFHIPRGYIYFAIAFSAAVELFNVLASRNRKKTVN >MBK8012537.1 HAMP domain-containing protein [Deltaproteobacteria bacterium] MVIFFFAAAVPAMVASGVAVLVFDRLIDRETSTRASRITREVNHIIREERRRVSAKLEAIVTHETVRALTLKLRDANGLADAESLAADRAVAHGLDVLGIAKVAVDDGTSEILSSAHLPMSIGDPAPPFASIATSTTPVFGFAHELVEANPPKTVPVLMAVVTLSRRSARGAPRLVVYAGTRLDDRRFEDLARVADATLVLTSADLEPLVFPQETEPALRARALERGSTIRLMPIGEESATKGSPAELRIYVHTTGLEEARETFLELAAWLVVASLLVGFIASRVVARHITRPILDLASAARKVGAGDLEVHVTTKSRDEVGILVGVFNGMTREIAESRHRIQRAERIAAWREVARRVAHEIKNPLFPIQMSIETLRKSYAKKHEKFDAIFEESTRTVLEEVRALNQIVTEFSEFARLPAPRRTDVPALDLIDHIQRLYANRGPEASARGEVVIDRADLERRGLPTLSIDRDQVSRALLNLVKNGLEALPEHGGVVRIDAEPMVRGGLEGVTISVSDTGSGIDAEHRAKLFTPYFTTKTEGTGLGLAIVHRIIEEHGGAIDVESVVGSGTTFRLWFPAHPPDVSQQLEPSS >WP_205994446.1 amidohydrolase family protein [Paraburkholderia sp. Ac-20347] >MBN3810945.1 amidohydrolase family protein [Paraburkholderia sp. Ac-20347] MDLIVRRAVLAHGHPAGHATVDIGIESGRIVAVAPHIDTQADAQAREVIDAGGMLVSAPFIDAHFHMDATLSYGLPRVNASGTLLEGIALWGELKPHLTQEALVERALQYCDWAVARGLLAIRSHVDVCDERLLAVEALLEVKRRVAPYLDLQLVAFPQDGVLRSPGAFDNLKRAIAMGVDVVGGIPHFERTMADGAESVRLLCEFAAEKGLRVDMHCDESDDPLSRHIETLAAQTHRLGLHGRVTGSHLTSMHSMDNYYVSKLIPLIRESGVAAIANPLINITLQGRADTYPKRRGMTRVPELMAAGVTVAFGHDCVMDPWYSFGSGDMLEVAHMGLHVAQMTGVDATRACFDAVTVNPAQILGLEGYGIAPGCAANLVVLDARDPIEAIRLRAARLAVVSRGRVVSRQPAQRASLTLDGRPESVDFKLHR >WP_145465857.1 MULTISPECIES: YbjQ family protein [unclassified Thalassolituus] >MAY14950.1 hypothetical protein [Oceanospirillaceae bacterium] >MBU2038590.1 YbjQ family protein [Gammaproteobacteria bacterium] >PIQ39370.1 MAG: hypothetical protein COW58_12105 [Thalassolituus sp. CG17_big_fil_post_rev_8_21_14_2_50_53_8] >MCA6061865.1 YbjQ family protein [Thalassolituus sp. ST750PaO-4] >TVV45366.1 YbjQ family protein [Thalassolituus sp. C2-1] MLISNMEVVPGKKIATHLGLVQGSTVRAKHAGRDIMAGLKNIFGGELKGYTELLSESRDEALQRLSEQARALGANAVVNVRFSTSSIAAGASEIFVYGTAVILEDR >OGZ08419.1 hypothetical protein A3C13_02470 [Candidatus Lloydbacteria bacterium RIFCSPHIGHO2_02_FULL_50_11] >OGZ12848.1 hypothetical protein A2942_03060 [Candidatus Lloydbacteria bacterium RIFCSPLOWO2_01_FULL_50_20] MRLLILTQKIDCNDDVLGFMHGWIAEFAKHCDLVTAIGLSVGAHDLPENVRVFSLGKEAGASRLSYVWNFYRLIFRERKNYDAVFVHMNPEYVLLGGILWKMMGKKIGLWYMHKSVDLKLRLATHGADIIFTASLESFRIQTPKCHVVGHGIATERFKGIKRIPDGVFRICSIGRLSKTKDYGTLLGALDLLKKEGILIEVQIIGGPVTAEDRDYVDELKTEISRRELANTVVLVGAVPNSAIEPYLAKADLFVNMSQTGSLDKAVLEAMVAGVPVLTSNEGLRTTLVGFERTCLFKEGDKEDFAEHIRALMHLSKDDRESLGDRLRKVVEKSHNTQILIPRIVETLTSSL >WP_231879606.1 hypothetical protein [Comamonas thiooxydans] MLKPSVNKRFQLLFSSQAAMQILLPPLMLISGMGFALSAITHLAAFAGQIDVLETHLPQDVLETFTSAMTIGIFAVWMPAALIAQRINNGNRLQFSWKKVLAGCPSWMRNTAYAVFIYAFANFFLGIAGGMAEQQHGLRVFSGHWMIFYGMAFCIFFSSWNLPSMLKIRHCPAGHEVGHGDNFCPVCGLPADQDSPNP >WP_253195963.1 ParB/RepB/Spo0J family partition protein [Gemella sp. zg-570] MGVILLVGTAKPFSKLYNLTHRADKVGISDEDVLKEIYVDRIVPSKFQPRREFDDSKIIELAESIKQNGLLQSITVRELADGNYELIAGERRLRALKYLNETKTKAIVKELTDEQMATLALIENIQREELSPIEEANAYQQLLEINNITQEELAKSLGKTQATVANKIRLLKLCPKVVDAISTKKITERHGRAMVKLETNVQEKILQQILLQNLNVVQTEEKINNYLELKNENKTSDNIINYDAQKILAKLLKEISKLEEKYDVDLSKEEDEEMNAVVLTVRVPRYKQ >ACT50261.1 transglutaminase family protein cysteine peptidase BTLCP [Methylovorus glucosetrophus SIP3-4] MLCTIMCLLLGVWIPGIQAATDFSKLRTLAEQRYGDRAKNTIIELEALLNTLRDAPDQEKLEKINLFVNDKIRRFDDDINIWGQSDYWATPLESLGREAGDCEDYSIAKYVFLRELGIPNEKLRLTYVRAKIGGPNSRISQAHMILSYYPMPNAEPLILDNLIISIRPASRRPDLVPIFSFNSEGLWTGTSTTPSSDSLSHLSRWRNVLARMQADGIE >WP_098613056.1 DUF6376 family protein [Bacillus cereus] >PFQ45600.1 hypothetical protein COK05_14040 [Bacillus cereus] >PGU11999.1 hypothetical protein COD21_07630 [Bacillus cereus] MKIKSILLVFIVSIGLMGCSIVEEGKNSIDYAQKATDYVNEISVFANEAPALAEKAINDGEARKELETKLNEIKQDIPAFNELTPPDVAKDLHQQIVGYNEKLNSLIDTSMKKIEEGKMDVEQFKNSELMQTIDQVRDLKDKVQNLGQ >KAF6751692.1 gamma-butyrobetaine dioxygenase [Tulosesus angulatus] MLRYSKLRPLLNPRRNGAVRTWTSVNTTKDSLVVDALDNTAFPYVWLRDSCQASPDSIHPSTKQKMHRTSDIPLDIRPKGLSEGQKILLNNPTPGVKVVPEGIEVVWNTGHRSSFSKDFLRTHSSPKTLHASHFSEYTSPTSWTSSSIVKSPNLYVSYASLNEPKGLVEAMTQLLKYGLVFVSGVPTEHNTNESCELRTLGEKFGEIRNTFYGELWDVINIANSKNIAYTNLDLGLHMDLLYFHHPPRFQALHCLRNRVVGGTSIFVDALHASRALFHSNRAHFDVLTKAPVAFQYVNDGHHLYKQHPTIQLEDPSAAPPKDSSIPPAISHINYSPPFQGPLPVGTPKEFYPALQEFANILNDPQNTFSYTLKEGDCVLFDNRRVLHARTAFEEKPEGEREEGILFGEGPDRTNRWLKGCYLEADAVSDRMRIGRTRLGNAIA >HDI11217.1 YebC/PmpR family DNA-binding transcriptional regulator [Candidatus Acetothermia bacterium] LFSRLSREIIVAARDDPNPDSNPRLAAAIERAKAANMPKENIERAIKKAAGELGAEKYEEVVYEGYGPGGVAIWLRAVTDNRNRTAAAVRHIFESHGGSLGTEGCVSWQFERRGKIRVEGIPEGMDKETLIMSGIDLGAQDFEEDEGAIIFYTDPADLATVRDGLKEAGANVTQAELVMVPKTTVRVEGKEAEQLLKLLEALDDQEDVQEVVANFDMPEEILAKVAG >KAI9233655.1 MAG: hypothetical protein BYD32DRAFT_425364 [Podila humilis] MQAHLWIPYLMSYIHNFGTLIYVLTLLRGGFIGEFDVNKELGTLENWQAITLIVSVSGHALRVWAIQSLANFFTFQLTIRKGHKLIGHGPYTYLRHPAYTGLLINKVAAVTLLFHHGLWDIIVAWATVLTRHIVHAGIPVISEVASWTPVSPTSTWTGLLGYPADVWFCAAFYFFVFKIITVRIPGEEKMLAEHFRNEWEGYASKRWRLVPFVY >WP_258038067.1 MULTISPECIES: AAA domain-containing protein [unclassified Streptomyces] MPAGLFPEQQDAYLACLGTGVRLVWGPPGTGKTMVLTLAISDLIAAGKRVLLVSATNIAVDNALKGVLRGHRHNSGEIVRVGPPQLKEIADDPHVSLPLMVRARLADVEGRRAQVSADLLGIRSRAEDLAELEAGLVRFDAEAYVQARDMVAEPFGDAASRDQRVSELKKAAREVGQSLAAAEQDLTRALKDRDDAADSRHLWKQVDALLDEADGVEHAATAAESAALQNQERLRETQRTLREVENRTGLAKLRSRAERTEAQAACGDAGVQFREAHHHALKARDIADRRRAQIAVRAEEMTRAIPFSDTEIDRRDKAARAAAARHRTLTRSLGEFRTALATAEDEAGRAHLAETLIATAEGQGWPARHRKAAALRPVVASEAARKGSLEERYKQIQEEYERLARDAQGEIINNARLVATTLARFRTNRHVFSGHYDVVLIDEVGAASLPEVLLAVSHAQQAAVLLGDFMQLGPVVPRVLKDKRRPDIQRWLVPDVFQHCGITDPAAAQTHPACTTLVTQNRFGRAVMGLVNGLAYGGVLQAGPVVPSSRSPEDPEIVLIDTDGLHELAHVHLTGPSKGWWPAGPLISRALIDLHGGDGETTGVVTPYGDQAEATLEALRDVERDGGPSAEVGTAHRFQGREFPIVVFDTVEGEHSRPLWMAKASRAPEASDWMRSGIRLFNVAMTRVQTRVYVIASATRIQEVARKAPDSPFGQLDALIGSSGVRVLPAKSLITPPELNVPRGEFGDRLAEVLSRHVEVSDVDDETTFYASFVAAIRSARTSLWLWTPWVARRVRMILPELRAAVDRGVRVTVFVRDPSDQLQKKPANLSLVEDLRAVVHTVVPMHVMHQKIVVVDEKTVMLGSLNALSQSWTREVMVTMRGAYFARKILTHEHAEVFARPPKCPRCGQDDIEIRRGAKENWYWRCYNSRCPTGGGNKAWKKDIELWHRPRG >WP_022957608.1 TetR/AcrR family transcriptional regulator [Spongiibacter tropicus] >MBO6754609.1 TetR family transcriptional regulator [Spongiibacter sp.] MAKKSSREHIVAVATALFARRGLSVSLREINEAAGLSAAAVHYHFKNKNALLDAVLRSRLRSRESQQQRLNAAMASSAPDVPALVGVLTAPLSEILLEDPEGGRDYVRVVARLYAEQGDMADYALIAEFREPVAELMAAFAKVLPALPPSVLRLRYGFALETMVNTLACVNFPSHLSDPGPGEELETLVAELRRFIAAGFTAAYP >KAG7812337.1 hypothetical protein KL921_001569 [Ogataea angusta] MSLLLPATVFDYIRRSAASLLSAASLDGDYDLLLTQFIQNPTESALFLRLETEKLADLAQSASIVVFLKQRGPLLASLPCSDQIFVAKLPLRSPPRQNFEYLESLLQFGIAPYFSVLTSAATSQSVASTQKKISELTLSFQHLQQTIQIPNLATTAHPAILHAVQQNQHLASVSIDVLDEHTKTDSKILNEMQAIVNEWVKQVQNVAQLSHEPSDGPTLAEVNFWASKETALLSIQEQLKSPEIQLTLDVLRSAKRYHATVTFSDTGIRDALNLAAKYNQLLKDLPINDLLSAQSLDKVGEAVSAIFEHLRKLRVTMYPIQRAIELCQTIVEDIMHKLIGILHNAKVMELAYADFKLISDQVDNLLGNLDECIKDFTTMARELLRKRSDKFIAVRIVVPSELKEAVSKAAEFRSQHEELKEIVSNLVKATKVTEYLEEVDYAYSAVETASPLDMGTEGQRAWKQVERTYQKRVNALEDKLIAFLRQTLQAISAPNEIFTIFEQYSFLLRRPNIRAAIFDHQHELLQVIQDDLVSLQQEFKRQKSTQKMLQLRDVPRFSSMIAWISQARYKIEFLVTRMELVLTKDWAKYPEGAKIENEMELLMEKLDLDKCYRDWLSSFKQNIKDTTVKQKILKIERTESKELRVKVNLTPADAELFKEVNLLQIMGFDIPRNVASLAHTLETIYPIATSLNNSVINLESILKQVDQLGELKVLLQPYLNTIFEGIRFLSQSEWIALENAQVLIDSGLTNLDEVKVCEEAEKFQSQIQTLLQKFEFLELSREQIKAILNDLTTCNYTEDEFRRNIDALQRDVNKFALQGFTNIEEFTSAMNFAVEEILVHRCQSELALWKARLYGMEGDIPDKIHTIVMQDFKLSVRPPLELSNMSIVADLNKCLNIVTGQHRLTSGQFDVSIDQSPNSFSNLQSMLQRPYFECVEELGHVMVSATSLVGKWLQLQSLWSIEFEDLKKAFGTNLSQWRDALLDVKNLKEAFDTVETFTKIGPIKLEYEHAQRKVSAHYNTWQRSILDVLTQLVSKEISCTLEEIRAQRRAVETAPIDFGSAKAVIALVDLLYQTRIHVQEGSTKLQTIDSCNHLLILFRVKFGHDWVHYEQLHKAFFSLSSLVDAKIQLVLSNMATVVSTVEKEASKLKESIDSMTNQWDNDKPLGKKLEPEVALSSLSGFEKACQRLLKERSKLLNASKVLDLQLLIKDTLSSVLEEIGDLRRFWSIIDGLQVSLTELRSQEWSSVTISSLRKLLEDILARSRAQPAAIRQYSAFEEFQGKLKSYIKVLPIIGGLRSDAINDRHWTEIFKDHTLKAPPAKMTLGHVLDLDLAANEKYFKSAIHKAQGEKNLEKSINNIQKNWEQLSFQLFQFNDEFRLIKGWDNLFQTITEDLNTLWSMKMSPYYSAFEKSINQLEEKLSDVQSVLDMWIDVQRQWIYLSGVFEKNDEIKKLLPLESNRFYNTSAEFHSLMRKVYKSVLVAEVSNIPNVKQVLSKIFETLEKIKKSLIGYLEKQRDIFPRFYFIGNEELLEIVGNSTNIPLVSTYLQKMFTGIAGTLYNPEVSKIEGIISPEGEKVTLNSPVSLVAHPSLTEWLRELETETKRTLAHLLQRSLKQLFTVWDSDALKRSLVQWIEEYPNQILIISLQVFWTQLVESTADQRTCVEKYSEVLSIFAELILQDLSSLQRRKYENLIIELVHQRDILARQKGKNLKSYDWLSQQRYYLLETDNVLESVVVKQGNWAAHYGFEYLGAPARLVYTPLMDTCHLAMTEALNEKLGGSLVGPAGTGKTESIKALGQNLGVMVLVFCCDETFDFQSVSRILIGICRVGSWCCFDEFNRLDKRMLSAISTQIEKIETALGADDGVEIEILGKKFQVAAGSGVFITSNPNYAGRSALPDNLKTKYRTFAVVKPDESIICEVILISQGFNSAKRLGEQVVDFFRRLASSCSNQPHYDFGLRALKSTLARCGGFRRVLREQSVDSEMESKIVVHSLNTVTLPKLLVQDEPFFAEHIGVFGCDEGLETAADELVPHLKEIAAEKGLAASSSWLKKAIQVFEIQRSHHGFMMVGDAGCGKTMLFECLLEAMRRLTGVENSVYTIDPKVLGKEPLYGSLDYATREWTDGVFSTILRRVELNLRREKSKNIWIVFDGDVDPQWVENLNSVLDDNKILTLPSGERIPLPENVRIVFEVENLNFATPATVSRCGIVSFGNLLFGFEDYYASLMCSFRNQSLENEMAGNVLAGSVDAIKQKFADDVQELLPASVLQQVWLETKSYAHVMDRGLSMLDTFFGLMSQRLEKLAMQATVLHADTVPYVARSILHSLIWSFAGDLTLESREKFCSYVQTLPGLARFSAPNMLYSDISMADYNWSPCKVEGCDLEPHMITRPDIVIPTLDTSVHENLIFSLVRKHETVILCGPPGSGKTMTLMAALRKSHQYIFVGVNFSKDTTPDLVVRALEQHCVYQNSPTGLKLVPAVAEKWVVLFCDEINLPAFDEYGSQTTISFLRQLVEKNGFWRKKDGAWVSLGNIQLVGACNPPTDPGRNVLNGRFLRHCSVIMVDYPGTQSLNQIYSTFNKALLKCVPDLRGYVQSLTDSMIQVYSSSKTHFTHRAHYIYSPRELTRWVRGIYEAVRSSTQLSLEGLLRIWAHEALRLFSDRLITQEERNWTYEMIKSTLTRNFPYIDIQSSLEMPILYSGWLSYDYSPVSEKELGAFLDQRLKVFSEEETNASLVLYPDLLDHVLRIDRVLKNPQGHMILVGPSGSGKTTLTKFVAWINGLSIHQLSVSRKYTLAEFDATLRELLRRAADGDKLCFIMDESAILETAFLERMNTLLANAEVPGLFEGEDYNTLMTLCSQKSQEQGLFLDSDAELYTWFTEQVAKNLHVVFTITDPYSSNAPSLISSPALFNRCVISWMGDWRTESLETVAKGLLAVLPINNSQYHAPPGVDVAGLRDAVVNVLVSIHSGFKNRSPTPNEFFSLVNNFISSFKQKETELQEHQSHINVGLDRLRETFLEVKKLNESLSIKKTQLDNKNKEAREMLDKMITDQNEAERKQEASIEIHKRFAEQERIISDRRNVVLEDLRNVEPLILEAQKGVKNIKKQHLTELRSMNNPPEAVKMTLESVCILLGYDVNTWRDVQLIIRRDDFIASIVGFDSEVHLTKELADFMEREFISRPGYNFEAVNRASKACGPLLLWVEAQLRYASVVEKVQPLRNEVRVLENELIDTKAKLIAIDGMINDLQESIEVYKEKYSETIRESEKIKAEMQDVETKVGRSTLLLESLREEKVRWEASVVTFQGQRECLVGNTLLGAAYMSYLGRYNELERREYLELWKTELAKYAIPFDTTFNYRASSLKPDQELTWQTNGLPNDELFIENTMMMSADKRFAFLIDPSGLMVDFMEKHYQDIVVTSFLDDGYVKLLENCIRFGGSILIRDGEHYDPIISRVIARDVETSGGRSLVKLGSKEIDLSPNFHLFVHTKDASAYIPPYLEARMNVLNYTFTSSSLVNQALNMTLNSEQPSLEQQLVELSKLNGEYKESLYNLENDLLLSLSDTRVSILENDELVNKLESIKHQAASIKTKLSRSSEVLDQVKQVRDKYTILGEAFCNVQLLLDRLWKLNRIYQFASVDLVVIFKKMLMQNKGRPVSEMVKAFGKEAYSTLSSSLLQEDRAIFESLLKEYVGDFEHSGEYDISPLLESNKYFILRTSGGFDASSTIHSLARTAQQHVESYSMGSSEGVEIARRLFVTALKKGSWLLIENVHMAPDFVEIIPKLLEAEIHSEFRLFLTSQTDSHIATTVVKMCKQVILESNPGIRTVLQETLIRANGVLNLRKAQHPDHARMYVLLAWFYGILRERLRFVPVGFKEHYEFTQSDLSSAKHVLDQIISRGISWDMLSNLLGRVVFGGKVSDTEDLKVITDISALLFNSNVLDSQSIAVDGSSIYLPESDSVDDCILWINSLPEIEPVNWLGLNTDVERIVEEKQASRTEAEILKLK >NLF10573.1 cytidylate kinase-like family protein [Anaerolineaceae bacterium] MAVITLSRQLGSHGEEIATIVARELGLRLIDAETINRAAQKAGVPRVALAELESEGQRSLTNRMLNALRAMPG >WP_132572234.1 tetratricopeptide repeat protein [Pelomonas saccharophila] >TCU96190.1 tetratricopeptide repeat protein [Pelomonas saccharophila] MKYLIALMVGVAALFAGAAHGEGAPPKVSEEDKVVQPLFDSAVPLVRSRRYAEAVAVLDQVIGIYEQRYNADKTRYFCARTKEETLLYLFEAAAAKDGNSAVVVSMNWASAHYIKAYSLIELGRLQEAKASLQKAVQLSPQNSRFLSELAHVYQSEKDWSQALKTFELAAAAKDFSPPDQKDADLARAWRGMGFAYVELDRLDDAEKTYLKCLELNKNDSAAANELQYVRAQKGKRPAAISGAAGVAVPQTAAR >WP_271457636.1 exodeoxyribonuclease VII large subunit [Kluyvera sp. Awk 3] MLSSQSPAIFTVSRLNQSVRLLLEKEMGQVWISGEISNFTQPSSGHWYFTLKDDNAQVRCAMFRNSNRRVTFRPQHGQQVLVRANITLYEPRGDYQIIVESMQPAGEGLLQQKYEQLKAKLQAEGLFDQQYKQPLPSPAHCVGVITSKTGAALHDILHVLKRRDPSLPVVIYPTAVQGDDAPGQIVRAIELANTRGECDVLIVGRGGGSLEDLWSFNDERVARAIFASRIPVVSAVGHETDVTIADFVGDLRAPTPSAAAEIVSRNQQELLRQIQSAQQRLGMAMDYYLANRSRRFTQMFHRLQQQHPQLRLARQQTSLERLRQRMNSALESQIKQANQRQQRMLQRLNQQNPQPRIHRAQSRIQQLEYRLAETIRARLSEQRERFGNAVTHLEAVSPLATLARGYSVTTASDGKVLKQAKQAKAGEMLTTRLADGWVESEIKTVTPMKKTRSRKKAV >KUO65278.1 MAG: hypothetical protein APF83_02865 [Lutibacter sp. BRH_c52] MFQLGKTIVSEEIIEKDFVCNLSACKGKCCIDGEAGAPLDEDELLILMDIYPKVKPFLRPEGIEAIEDQGLFTMDEGEYETTLIDGKDCAYSIFDVNNTVKCGIEEAYNQGAIDWKKPISCHLYPIRITEYSEFSAVNYHKWPICDDACTLGAALQVPVYKFVKDALIRKFGEDWYLELEKIAEKHVKQ >WP_142636409.1 SapC family protein [Ruegeria faecimaris] >SMO62942.1 SapC protein [Ruegeria faecimaris] MAQNGLVPINFNRHSHQYWKRFTSYDFAAERTESVIVEEEVLQIAATFPIVFRRTGPEIEPIAVYSLLAGEPSPFVSTEGRWLASYIPSELRSHPFSCRRMDNGSTFQLVVDEGSGLLTEECSDNPFFSTPDTLGTELKEVQNFLKARATSQIRTTEICKMIDAFGLFEPLSGNLEFGSAHNWLQINSARLEQLSAKRKLELVETKGLRLIYGHQASLSNLRWLFQAQKQISQAGASVKYTENSELTGFMNAFAQAQTDDVIWS >MCU1514505.1 mannitol-phosphate 5-dehydrogenase [Microbacteriaceae bacterium] MAKATAVHFGAGNIGRGFVAQFLHASGYEVVFADVNAEIIGELQATPSYHVHEVGEDSKSSVVDGYRAINSATHEAEVVAEIAKAEVLTTAVGARILQYIAPVIAKGLDARPKDAPKLTIIACENAIGGTDILAAEVRKHAPAHNAVFANCAIDRIVPEQDGGLDVTIESFFEWVVDRTPFKGETPDIYGVTWVDDLGPFIERKLFTVNTAHAAAAYHGIDRGWVSIREALATPELQAEVRAVLAETKALLVAKHGFDPDEQQAYIEKTLVRISNPHLPDTCERVGRNPMRKLSRNERFVGPAAQLAELGMPAWDLLNAMGAALRFDVPDDVESQELQALLRSGVPAEEMVETITGLEVGHPLFPHVLEVVQLRLAR >MBQ7769568.1 50S ribosomal protein L7/L12 [Clostridia bacterium] >MBQ7831782.1 50S ribosomal protein L7/L12 [Clostridia bacterium] MDVQKLIEEVKAMTVLELNELVKALEAEFGVSAAVAAAP >WP_032587385.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAH4697914.1 UvrABC system protein B [Campylobacter jejuni] >EAI9135044.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAI9853252.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAJ4773803.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] >EAJ5469833.1 excinuclease ABC subunit UvrB [Campylobacter jejuni] MLELTSEFKPSPDQQEAIKGIVKSIKKGNKYQTLLGVTGSGKTFTMANVIKELNMPTLIMSHNKSLCAQLYSEFKGFFSKNHVEYFISYYDYYQPEAYIPRTDVFIEKDSSTNEDLERLRLSATASLLSYEDVVCIASVSANYGLGNPNEYIGMVLIFELGMQISQKELLKKLVDMGYKRNDNFFDRADFRVQGDIIDIYPAYYEDEVVRLEFFGDELDAMYHYNVLENKKGKDLKRFILYPTSQFSVGETRLKQAIKDIKAELNERLAYFEHENKLVEYQRLKQRVEFDLEMLTSTGMCKGVENYARHLTGLKEGDTPYTLFDYFAIKNRKFLVIVDESHVSLPQFRGMFAGDRSRKQTLVDYGFRLPSALDNRPLMFDEFIHKNCQFLFVSATPAPLELELSKENIFHQIMRPTGLLDPLIELKDSDNQVEILFDEAKKVIQRNERVLVTVLTKKLAEELTRYYLELGIKVKYMHSDIDAIERNEIIRGLRSGAFDMLIGINLLREGLDLPEVSLIAIMDADKEGFLRSATSLIQTMGRAARNVNGKVLLFCKKITKSMQEAMDTTNERRKLQMAYNKKYNITPTSVKRHIEESLKNEEDLGEIYRKGKKLEKMPASERAKLVKELRKQMLEAAKALEFEKAAAIRDEINKLRDL >MCS6907720.1 hypothetical protein [Anaerolineales bacterium] SDLWPRLERAASTEQGWFELYLDDERIWDLIALENGEELLKRCGLLAVDLLYGYEEIGHTPYPERLHPKIIQILLRREELPLQALMKFRQEPEFHRLLERNLAADTLSAALAQLMQAGPNFPQKLAQFARLNDKALADEVGPPPRGIITWIPLYYTVYEVPKKILQGRDTKADELFFAVTDPIFLAIDIASAGEAKIVRQALLAGSKELAEKAAEDLVKKNGRKFLSIILRETGLELASIQVGKEVAEKMSQGELVKWTVTGTLFETQRAVRSAMGKTAVVDITRPARFMSHYSGLDRKTVNRLTELNARLLMRGDGRVYVQLGNTSAAAMGPKSIAFFKHTLADIAFQATIDSEPGQKVIEDASKQAKAVAKEVRAWLKNISAWWLFNSSHDSMSSQQQDQAR >WP_022385641.1 MULTISPECIES: 30S ribosomal protein S16 [Bacteroidaceae] >MCL1607442.1 30S ribosomal protein S16 [Mediterranea sp. ET5] >CDD83067.1 30S ribosomal protein S16 [Bacteroides sp. CAG:462] MATKIRLQRRGRKGYAFYSIVIADVRAPRDGRFTEKIGTYNPNTNPATVDLNFERALYWVNCGAQPTDTVRNILSREGVYLMKHLQGGVKKGAFDEAQAQAKFEAWKADKQNGLAAFKAKQEEEKKAAAKARLDAEKKVNEEIAKKVAEKKAAEAAAKAEAEAAANAEAAEAPAAEEAPAEA >WP_028779961.1 TlpA disulfide reductase family protein [Shewanella sp. 38A_GOM-205m] MKVKKLSQLPFVILMLLICGLGQAKTLQSPLALALSRDDGTQVSLNDYKGKVIYLDFWASWCAPCRKSFPWMQQMHHKYRETDLAIIAVNLDTDSQLGREFLQQLDADFDVLYDPEGRLARRLDLQGMPSSFLFDRDGKLLGSHVGFFTERQSQYEAELKRALKE >WP_282171596.1 competence/damage-inducible protein A [Cytobacillus firmus] MNAEIIAVGSELLLGQIVNTNARFLSRQLAELGINVFYHTVVGDNPERLKSVIKIAEGRSDLIVFTGGLGPTKDDLTKETIARHLGKELVMDQQALESIQLYFNRTNREMTENNKKQALVLEAAQVLPNEHGMAPGMIADSGRHVFMLLPGPPNEMEPMFLKHAFPALQSKLGTEDVIVSRVLHFFGIGEAMLETEIEDIIDAQSNPTIAPLASDGEVTLRLTAKHSQPNTAMMLINEAETKILERVGEYFYGYDDTSLMYELTKLIKESSMTISAAESLTGGMFQEEFTSIPGAGGLLKGGVVCYTNEVKAEVLKVRKETIDNDGVVSAQCAAELAENVASLTSADIGISFTGVAGPDELEGNPVGTVYIGIWIKGRPVQTEKLNLGGTRAANRVRTVKYGCHFLIKALNETQNA >MBP6361937.1 TetR/AcrR family transcriptional regulator [Novosphingobium sp.] >MBP6554084.1 TetR/AcrR family transcriptional regulator [Novosphingobium sp.] MIPNQPFRPPAASARERLLEAGVKLIRLQGYSATSVDELCREAGVTKGGFFHHFASKEALGVALAEYWSSSTGTFFAAAPFHHNPDPVARVLSYIDLRIALLSGPAESFSCVAGTMVQEAFRTSTPIRAACEASIAGNAAALEADLAAAIAQTGAAGVTAAGLARHVQAVIQGAFVLAKAHGGDDQAEIAREHLHHLRHYFELLFRAKR >WP_279984614.1 amino acid ABC transporter ATP-binding protein [Acinetobacter baumannii] MIDYRNPPILTVRGLTKSFDGKRILNDVSFNVQNGEVIGILGRSGSGKSTLLRCLNYLETPDEGCIHLNNERIGYNTNGKLASSNELAFQRSKMSMVFQHFNLWVHKTVLENIVEGPIWVKGRSKLEAQNNAYRLLEQIGLQHKANAYPITLSGGQQQRVSIARALAMEPQILLFDEPTSALDPELVNEVLSVMSDLARKGTTMLLVTHEIRFAMKICDRILYLNEGVIMAEGTPEELLARPDSDEVKQFLTSSLLEHGENHANI >WP_083349422.1 acyl-CoA dehydrogenase family protein [Pseudomonas umsongensis] >OXR36095.1 acyl-CoA dehydrogenase [Pseudomonas umsongensis] >SDT52576.1 hypothetical protein SAMN04490206_3512 [Pseudomonas umsongensis] MSTIEQFRQDTRAWLEANCPPSMRTGMAEGDVVWGSQNPQFPCEDARLWFERMRDKRWFCPEWPEEYGGAGLSDEQLAVLESEMRRIKCRPPQINLGIWMLGPVLLAYGSEQQKRDLLPPIARGEVRWCQGFSEPNAGSDLASLKMAARDAGDHFVVDGSKIWTSYGDKSDWMYALVRTDFNAPKHEGISLIVLDMRSPGVKPQPIDLISGKSAFCQVFFDSVKVPKSQLIGPLNGGWNLAKYLLQHERKAMSKFGEFSLPSHVDLLALMRQYVPAPQTQGEHALQARATACAMNEHAYNLTVQRMGEEARAGDDIGGLMSIMKLTHTEQERDKFEVLLDAMAGHAFGWNSPAFSEQQLAVTRSWLNSYALTISGGSSEVQLNVIAKRVLGLPDAKKGVTP >TMK27100.1 AarF/ABC1/UbiB kinase family protein [Actinomycetota bacterium] MAQPATRNLGRLSEIAQVAVRHGFGYWFDKHRLTDLFPGRAPRVEMDGQPSQRGQHLREMLDELGPTFVKFGQLLSMRPDVLPPDIIAELRGLQDDVRPVPFAQVEQVVEEELGLTLDKLFAEFDEDAVAAASIGQVHRAILPNGKRVAVKVQRPGAPRQIEADLALLYQAARIAKERVRALDFIDAHQLVDEFARSIRHELDYRLEARSAAAFHRNFAGHPHVHVPRVFWSYTRARVLTLEWLEGIQVADIDPQEWSLDERRDLAYLMTEAWMTMIFRHGFFHGDPHPANILVLGRADQIGLVDFGATGKLTDDDMSKLTRLFIDAAAENVDALPRRLAELGVRYPKEREEEFLAELRELYYRYYGASLAEIDPLQVIREAFNLIYSMNLRLPTRFLLLDKAIATLGSVGIELYPDFNVFEVARPYARGLMMERFGPGRLARRARKESLRLAQVLTEMPYQVHDFLEEIRDGQIEVGFVHKGLEEFMNRMDVVFNRLVVAMIVAGGLIGSSLIGIFAKAGPHVLGINVISVVGFALSGLLGAWLLWGVVRSGRL >TPX78184.1 hypothetical protein CcCBS67573_g00509 [Chytriomyces confervae] MPPTNGQKGQKPSNLNKIQTPSPLGQAPKLKPKSSLAPSNTLTVNSAKNEVSTSNINLSSKKGASEPAVAVDPIFQQTSKSIADSRANIQALEKAYRESLHFRRLQNNPLTIFNEFSTESSGGSGGSMMNLADLLGGGSVEDIVSKATKELAAVKALKERNAQEKVSSVWLNFHVSNLILIFEIRETEERERALRESVESTRKFYKEKQECTRAGPQFLFNFFCSFGNIIHVDCLDPSSGNLFVVFSEGGSIELIEFFPPRPTSKPSVPTPNKSSENLTDNVPLSKSANASVAHLLGSSKRISEVPPSDEQSQETENGPIKIHEVFQLNLIPPGTVSRDHGSEETEYKHFTVASTAAGVNQIQKKKKVDAERLAYMKHNNSAMKDSSLPVGRITAALKVSESQRTIELPADNAHPTAGKMAPRAPLIPKSEKFGSLASLAPVDRRINKSVMKKQAQPETITSHGYFVGTSLGEAIMIVIDVSSEKKATLQIRHRKRTSILPIKTICAAEFQQTIVSVVSHTATSKLVIAQNLELECVWQCKLEFLSGAARDHVDRKVSQTELETFTLQGVEGVTGKEHFLDKAGRSIQMDDRSADTALQLDDFVVSSLCPDKFNKRILVSLKSGSILSISVPFSVAEANSRKQTPTLSRIPVDLGSAGSLAPTSLTQSQRATPPSRSVSRNVSATNLGLKSLTGTSTSNLDLALESATASPRNRTSQSDGVPVSRDLFVSWLMDALSIEGLLDTLDAKPNPSPSDAQALFNQPPPQKATPACVPISGLSIFTNETAKTDQLMVVCPDGSIRIHSFDAGGAIDSPVPIAFQVSDPESRTMIATVSPSRVQKFDAAATFCRARQDCQFVVSYSHEGILTIFDLDDTTILIDLLIPTNRRIEKIAASAALTSNLKMRAASTVAAPLRQTNASITGPSETERRSEEKRTQRYGIRVVNADRGLYLLWAGRDWSLFSTQNLITWKMKNIGREQAIGAPTNLRSMMDLNNDGSLPQLVIS >WP_182336829.1 DUF3275 family protein [Pseudomonas juntendi] >MBA6133850.1 DUF3275 family protein [Pseudomonas juntendi] >MBA6149222.1 DUF3275 family protein [Pseudomonas juntendi] MISITGQLAIRTISGRLGLFNVGRLSTSIGEFTIKDALLDQYQEGKYRGDFAIRQIRPSYYSHGGRLVVEIRAELEGMTLEDVTGLSREDEEHLPTNVPDPLEEDGAQTAPPQRRSPSAPPPQPPISNSASDQPFGMDPPVPPIADDTDAELFGTVWPLNETVRLDTTVNRQRLRAQCTRLDQLGYTMDFKTQTWTRTSP >MBJ7506254.1 MMPL family transporter [Candidatus Nanopelagicus sp.] MFEKLGELIVKRKKLIFSIFIVSILSAGAIGSSAFGKLESGGYSDLNSDSAKAFEYVTDVFKVKEPAVVLVVEASEVITSPSVVATATKLEAQIKNEVGVDSTLSYWSSGGAPSLKSVDGKSAFLFIYGSTVEWNDIQSLGKLIQSKYDGKFENLTVYGSGTGIFAHAINTKIADDLKISEAISIPLTFILLVFVFGGLVASAMPLLVGVSAILGSLLVVYLLTLFTGVSVFALNLITGLGLGLGIDYALLIVNRFREELHSGKSVDESVKRTVSTAGKTVFYSGLTIVITLASLMLFPLMFLKSFGYAGVTVVIMAVAGALVALPALLAILGKKIDKAIVRKGAITPKENGRWAQTARFVMRKPVPVVVLSLIILTVLAAPIKDIVFSQVDSRVLPASNPAANAARIITERFPGQEGNPIEIVIPKGAALGDKVEAYKSAIAKVPGVVRVGQIQVYGDDLRITAIHSMAPRTPQAEVLIKELRQISAPDGTLIGGVAADYADTQIGIAKTMPWALTWIAIGVLILLFVFTGSIILPIKAVILNILSLAATLGLITWIFVEGHLKWLVGDFTVTGAVDTGSIILVAVVAFGLSMDYELFLLSRIKEEHDAGRSNIESVATGLQRSARIITAAAGLLAIVFASFMLSGVTSIKMLGFGIAFAILLDATLIRALLVPALMRLFGERNWWAPKAMKRFTLDH >VVB00125.1 unnamed protein product [Arabis nemorensis] MDNDYRKQWDKTVVEHEQLQVDSNSGVEIGRTIKKFPLLTSREYVLAWRLWEGKDKFYRFTKENAGLNVEMAKLAFSKGIWSYVCKMENALRNYIAISHRPQVPILSAVSLIKKVPSELERQTDDVKNSTGTSSGDVLSTHVAKQKKLLRKPSKKLIAKSLVLMGGAICLSRGHSALGAKVALACLLTKLNKRGTPLNQNTNI >HBJ80371.1 glucose-1-phosphate adenylyltransferase [Pseudothermotoga sp.] MRKVLALILAGGHGKRLGVLTEKIAKPAVPFGGKYRLIDFTLSNCVNSGIYHVGVLTQYRPHLLNNHINIGRPWDLDRKKGGVTILPPYLGGVAGWYRGTANAVYQNIEYVDSADPDFVLILSGDHVYAMDYNDIIDFHILKGAEGTIACIEVPPEETNRFGIMMTDLDSKIIDFEEKPQRTRSNLASLGIYVFNWKFLKEYLIRDEQNNESTHDFGHDIIPLMINEGCQIYAFKFNGYWRDVGTVRSYWESNLELTRPIPPLNLYDRHWRFFTQTEEMPPAYCAPTSKIVNSIISEGCEIYGFVENSVIFQGVYIGENAVVKNSVVMTSTKIGENCVIIDAVIAERVIVENRVIIGEGDDAKNKLDSDVYTGQITVIGMYSVIPSGSVIGKNCVVGVGVEKSDFKTQKVESGDYILHKE >HAG0018107.1 DUF1376 domain-containing protein [Salmonella enterica] LLMFNYWQTGRAIPKNRLAKIARVSSERWMEMEPDLSDFFDDDGNYWVPINRKAKP >WP_054136413.1 MULTISPECIES: sulfate adenylyltransferase subunit CysD [Blastomonas] >AOF98971.1 sulfate adenylyltransferase, small subunit [Blastomonas sp. RAC04] >KPF72129.1 sulfate adenylyltransferase [Blastomonas sp. AAP25] MTRTLTHLERLEAEAIHIMREVVAQAEKPVMLYSVGKDSAVMLHLARKAFYPSPPPFPLLHVDTTWKFKDMYALRDRMARESGMELLVYQNPEAAERGINPFDHGPLHTDMWKTEGLKQALDLHGFDAAFGGARRDEEKSRAKERIFSFRTASHGWDPKNQRPELWNLYNARKNKGESIRVFPISNWTELDIWQYIQLNDVPIVPLYFAAVRPTFEWEGQLFMADDVERLTRVLGRTPEITDRSIRFRTLGCFPLTGAVESTASTLPEVIQETLLTTTSERQGRVIDKDAGGAGMEKKKQEGYF >UVI10561.1 ORF1ab polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] VRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAAXXXRXXKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNVRLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHIVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFINLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVIKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_165773198.1 hypothetical protein [Bacillus mycoides] MGQAKKDLAKKEFNEAQQRKAIESKGYKYCVECDLPFKSPYGSIVCDECFKAKTGS >MCP4329804.1 ABC transporter permease [Alphaproteobacteria bacterium] MSFYLVQFLTGLASASSLFLVASGLSIIFGVTRVVNFAHGSFYMLGAFIAYSLVTTLPSGPLGFWGGVIVSALIVGVVGVVMEVTILRRIYQSPELFQLVATFGVVLLVKDVALFIWGPEDKLGPRAPGFDGAVDIFGTKLPEYDLVMIVLGFVVLGALWLLFHRTRWGALVRAATEDREMLGALGINQVMLFTAVFFLGSVLAGLGGALQLPRSSVSHHMDLAIIATVFVVVVVGGMGSILGAFLAAVIISELNAFGILVFPKITLVLMFLVMVAVLVIRPWGLLGKPESEAGGEQYDDETLGRLPGRLTRWLLAGVFVLLLALPAIVQPFYLVLMTEVFIFALFAASLHFIMGNGGMVSFGHAAYFGLGAYGAAVFLIYGSTPMELAVFLAPAVAGLGALIFGWFCVRLSGVYMAMLSLAFAQIVWSIIFQSSEITGGEDGMVGVWPAGWASGRMTFYYLTLIISTGGVLALWRMLFSPFGYSVRAGRDSPLRVESIGINFRGQKWLAFVIAGVFAGLAGGLYAFSKGIVDPTTVDIPRSIDALMMVLIGGVQTLIGPLVGALTFVVLEDRLATFEFWRAIFGIIIIAICVAMPKGIVGSTGALFARLTGRERAP >PSJ26816.1 N-acetylmuramoyl-L-alanine amidase [Streptosporangium nondiastaticum] MRALRRSPGAFRAAGVLASAALLLPLAPGAATATDRQARSGTLQRAFAAASHEYHVPQSVLLGVSYLQSRWDTHGGAPSVTGGYGPMHLTDAAHAVAAVPHHSDGREDPRGDGSRAAAGPPRAARPAVLPAGELPPRLRTLEQAARVSGLPREALRRDPAANVRGGAALLAAAQKRLGLPLSEDPADWFGAVAGYPGASDTASATAFARDVFDVIRSGQRRTTDVGQRVALPAAPRLPDRPEQVGRLGLSDPPEEETECPSAVACEEIPAPYEKLQGDNYGNHDLADRPDSQKADFIVIHDTEGSWETTIKLIKDPAYVSWNYTVRSSDGHIAQHVRTKDVAWHAGNWYVNAKSVGIEHEGFLAQPDAWYTEEMYRTSARLVRYLSQELGVPLDRQHILGHDNVPGTTPATIKDMHTDPGPYWDWAHYFDLMGKPFRPTGGAYAGMVTVLPDYDAHKPAYTGCTAPAKPCAPHGSAAVRLYTQPSEKAPLVKDAGLRPDGSASTIDVNDTGARASTGQQFAVAARKGSWTAIWYLGQMAWFKNPLSRPTAVNAYGSVVTPKDGLAEVPVFGRAYPEKEAYPAGVPVQALAPLPYKLLAGQAYVMGQRLRSEYLWAKTFDPEGHKVIQGKDVYYEIQFGHRVAFVKASDVTVRPSNR >MBM3990268.1 hypothetical protein [Planctomycetota bacterium] MKMGGAIAAVVLAGMVRAQAPCHAENDGASFNDGVSIGGSLQLAIRFVAPMSFAATRLEVYTGEASGVQGLALWSNNAAANRPAAMLGTGGMTIASAKQWYPAQLGSSVALVGGQTYWFVWSTGPGGQASVDSLNAGLGQPYCASTNGGSTWGSVFQFADRHWKFRIGGNCAADPIVFCTAGTSTYGCVAQISASANPSVSGANGCIVSVATVEGQRSGILFYSLAPLPQPWCSGGSSFLCVKAPTARTVAQGSGGTLTSCNGALSLDWQAFQAANPGQLGSPWSVGSKAFVQGWLRDPPSCKTTTLTNAVELTYGP >MCK7479919.1 hypothetical protein [Candidatus Moduliflexus flocculans] MSPSIDPRVLADLRAFGRRLIDPAAARTAVAPERPERGYWFGGGNMARGPDGRLFLTGRYRSAGDSRTGLDLGDRGRELAVFASGDGGRSWEKVLSFDKAAVSPDGREALSIEGSALRFSRGRVDLLRLLGKATFLSRPRRGLPETRHRDLDHRALHSPDPGGPHPGAASDRRGQR >CYB93821.1 Uncharacterised protein [Staphylococcus aureus] MNWIFLDEYVKYMNHVDIVNNGNNSVVKTGYVIGLVFRSVFSIFWIVTFVLFRRLIVKRIKGIWWVLFIYGLINISVYTYYVFKDSFYLFTLLRILQLFISLMLFIIIFTKTFRLDLKGEKDYE >MBD5361948.1 WYL domain-containing protein [Bacteroides sp.] MPLNRATLIRISTIDKCLQNRFRRWTIDDLIDACTDALAEFEGRSNPVSRRTFQNDLALMRSDRLGYNAPIVVRENKYYEYDDPDFSITHLPLNDEGLNALNSALDILRQLQGFPQLASSIETISKLNEQISRQTGSALPAMDMERVEGYVGSQFIGKIYEAVRRRQTLIIEYQSFKARYPEALIVYPYLLKEYRNRWFLIGEKASNRAPQVNIFALDRIHSVAIDREHPFKKCVDFDPEHFFDDTIGVTRGIHDKARRVVIKIDRNQAPYVESKPFHRSQKVEQRFSDGSIQLSLKVVINNELERLILGYGHHAEVIAPPEFRARIAENLKLASSHYQN >MBN2341313.1 flavodoxin family protein [Deltaproteobacteria bacterium] >MBN2673389.1 flavodoxin family protein [Deltaproteobacteria bacterium] MKKILGICGSPNGEKSTTLFALRKTLEECSAKGFETEIIQLSQYSFGGCVDCGACRKKLTCSQKDDFTEKLISKLNDPDIAGFVFASPVYFGGITGQLKSFLDRAVIFRRNGFLFANKIAGALTVGRSRNGGQELAAMDIIKSALIHGMAVVSDAAPTSHFGGNLWSGHPDSITGDDSGIETARNLGINMAYHAARE >WP_202167283.1 glycosyltransferase family 8 protein [Helicobacter pylori] >QQW85341.1 glycosyltransferase family 8 protein [Helicobacter pylori] MTSSSSHSFKEQDFHIPIAFAFDKNYLIPAGACLYSLLESIAKANKKIRYTLHALVVGLNEEDTAKLNQIAEPFKEFAVLEVKDIELFLDTIPNPFDEDFTKRFSKMVLVKYFLADLFPKYSKMAWSDVDVIFCNEFSADFLNIKEDDENYFYGVLEVEKHHMMEGFLFCNLDYQRKKNFTLRMHDLLKGNEAKEELDFTKWCWPNMQALGIEYCVFPLYYTIKDFSNAYLNENYKKTILEALKNPIIIHYDAWWGAVKPWDYPFGLKADLWLNALAKTPFMSDYTKKMRTNESFYTTKMAQQHYFSSTAPSKEILFKAPYLFFKSYLFVVFKERKIHSRVFELTCGLVKKFFNKLIYFGFFMPKSLAKRVVSKILRVLGLHGIVKKILLKLLKKS >WP_130670507.1 M20 aminoacylase family protein [Rhizobium leguminosarum] >TAU72812.1 amidohydrolase [Rhizobium leguminosarum] >TAV84788.1 amidohydrolase [Rhizobium leguminosarum] >TAV85941.1 amidohydrolase [Rhizobium leguminosarum] >TAW27704.1 amidohydrolase [Rhizobium leguminosarum] >TAX05693.1 amidohydrolase [Rhizobium leguminosarum] MPTLDNAYARLSDFEAMEAELKATRQYLHAHPELSFEEAETARYVAEKLEGWGYDVTRNVGGHGVVARLSAGKGSKSIAIRADMDALPIVEETGLAYASGTPGKMHACGHDGHTTVLLGAAEYLARTRRFSGTVTLIFQPAEEAGKNSGAQAMIADGLFERFPFDAIFGLHNHPGASEGTILLRTGPMMAASDTVDITIKGKGGHASRPHLTIDPVVVACNLVVSLQTIISRNLDPTQTAVITVGTIHAGDAVNVIPEYAKLALSVRSFEPGIRDLLQERITKLARSVAEGHNASIEIDYDRGNPVVVNSPDETDFARIVAMELIGEDKVATCPLIPGSEDFSHFLEHKPGSFLRLGNGMNSAILHSPKYDFADASLTVGAAMWARLAERYLQDDA >PIQ75822.1 hypothetical protein COV83_06475 [Candidatus Peregrinibacteria bacterium CG11_big_fil_rev_8_21_14_0_20_49_14] >PIR51653.1 hypothetical protein COU78_00430 [Candidatus Peregrinibacteria bacterium CG10_big_fil_rev_8_21_14_0_10_49_24] >PJA67987.1 hypothetical protein CO157_01530 [Candidatus Peregrinibacteria bacterium CG_4_9_14_3_um_filter_49_12] MLFSFGFTAPFGLGIFIAMASEVHPLIAAPLAGAGALLSDLLIFQLIRFSIFHDEIHSLRTTRVFQRLESLFHHERISGRLRNILLWSFAGIVIASPLPDEFGVMLVSGTTKMKRTDFGLICFLLNTVGVLLILVTVRAVV >TSA38195.1 MAG: hypothetical protein D4R64_03985 [Porphyromonadaceae bacterium] MNQMRYEIEFQLALPETIEDIDLARIEDLQFENTFRTGSKTRDITTPGRILRELMSKQS >WP_090879207.1 MULTISPECIES: 50S ribosomal protein L33 [unclassified Nitrosovibrio] >SEO82923.1 LSU ribosomal protein L33P [Nitrosovibrio sp. Nv6] >SOD42540.1 LSU ribosomal protein L33P [Nitrosovibrio sp. Nv4] MREKIKLESSAGTGHFYTTTKNKRITPEKIEILKFDPVVRKHVKYKETKLK >WP_225601911.1 phage receptor [Pseudomonas sp. PDM17] MILASIAAPLAQAADDQLTEFQRFRSFPYLDKGYKEAKKSNWAEVERLMRHLLDRVPNNTEARALLIQSLAKQQRFDDAEKEAQALAGTDAGAQALTELRLDLIENGPPPEAQINQWLAHTSSANERVRLWQAYSLKLGQTQGAAKALEWLGTVPPGSDGRVLREARANWAEQLRDWDTTIAQLAPLAAAHQLSADDWRRLANAYAQRLEEKPLEELIQQAPDANAARQARLAIIDRAIAVEQTEVAKRWLLTLPEQDRNDPTRQAQLLEVARDSADAPLVTKLSDQQNRPCLETTEWLSRHDQAEALAKLQQCKPADDPKTWLVLAQRLDATDLLENTRLPEPWDTARRDQLVDSWRRQGRTDLALAWLSRQPQTPDTVRQRAELLQARGRTGEAAALWEQRYRQTGDLKALDQASYLALNAGRTERAKQLLESAYDRRGGNLPPTLLQRLAGIHARSDTPLDVARIEALLPKADPVSRGYLLGRLAEAGRCDALQRYLSPNSNTPGELRALGRCSMPARPGEAVVYYQAAIAHGDKQSQLPLAYALEAAGDPAGALRIFNALPASELNDNARLTASRAALLTNDNAGAERYWQQAKKGSADDWALGANIADARGDYPEALSRHREALQHQPNGQHFYNAAGSAQKAGDTQQSKLWLAEAVRREPNNPRFRADYGMRLAGTDTPEERRTAIPYLERATRDYPEDFRLGETLAWRYDEAEDSFAARRELRRVIDLEQDPVAADDEYGSLEARRFRQRRAHQVMSQRDNLTIASTWSPAGVTTVPILNGDNQTGNRRRAQSQNLQTFIWDHALGEEPTRNGSTLSVYGRAIAGNEGRKQYTQTLAAGFGLRYKPFGDYNLNLYSELYKQNTVNDDGDSDYAFDGIRLHEIGTPEKFERYVRQRDKYGQTSTDFLLRATASFLDQGEYRNDWRVDESDWDERFLYTDFAWWTHAGDHQWVSRYQQGHTWKLPVDSPQTIMPYGFAEFSAQDPSNDWRQDLRSGVGLRWQYWYGEDRYNAYRAHVTVRTEYQLGMAGNLYEQANGWLVGLEVNF >WP_189534272.1 hypothetical protein [Streptomyces roseolilacinus] >GGQ10884.1 hypothetical protein GCM10010249_31740 [Streptomyces roseolilacinus] MNTHHDGPDRDHRRPDGVSDTLVEALGSLSKALETTERARGHLYGFHQLTGSADLELGRAVELLREAGHPEWAERVREEILGRDVIPGHWTFQIVEAYDDTYYQPFKDLERAAVDELAEGRTHLYEAEMKQARRTDRPGSAS >KXU92672.1 FTR1 family iron permease [Caballeronia megalochromosomata] MGQVLFIVWRESVEALLVVGILYAWLKNGDHQARRGLPYLWAGVVVGLLAAVALGAALIGFTEVLSGNAQDYFQTAMVLVACVLIVQMVLWMKRHGRTLKRDMESSLQKSTQDGHWWGIALLVALAIAREGSETAVFLYGVGFGQSGHVDVSQYVAIIIGFGLALLTFYVLQLGGKIFSWRTFFRVTEIMLLFLAAGLFEMGIDKLIDMEVLPVIVNQVWNTSWLLDDSSTFGSLVATLTGYRAHPAGMNLVAYAVYWIVIYLLMRHSKNQMAQKQKAASRPA >MBR6069896.1 glycoside hydrolase family 16 protein [Ruminococcus sp.] MIYKKIISAAVSLLAAAAASTCMQALCAVDMDYTSDGAVDTFDLIAARKSASKEELQRLNDFILGKPVTSSGYALIWSDEFNGESLDTDKWSFELGNWKTDSKGNYITNGWGNNEQEFYTDKNTAVSDGVLTIAARREDYTDPVQGSYGYTSARLSSQYKFSTCGGRIEVRARCDSGKSLWPAIWMLPEDSVYGGWAASGEIDIMEGWGSTPEKICGTIHFGDMWPNNTYLTADYNFSGGDSTENWHTYAVEWDSNEMRWFVDDDLYSTQTEWYSVNRAYPAPFDQNFYLLLNLAVGGHFDGIDGIYADPDTFADGEKHFDIDYVRVYKKNGDNFAPTPQTSAALSLYREGAEAGLTNKDGCSVAHIVTVGEKPYSVMGLLEGQHVSADEEHTLSFTAQSTAERPITVTVEDAQYERYLDETIIVGTEPTKYTFKVSFGTDMDVDIKFLMGKVSDDVPSTEHDITMSEISWK >WP_234080888.1 GntR family transcriptional regulator [Methylobacterium oryzae] >UIN32883.1 GntR family transcriptional regulator [Methylobacterium oryzae] MDVVARRRGRPRKAPVVPAAQVPRTGLHEQAAGRLRDMIVRGVLPAGASLVETDLSVALGVSRTPLREALKLLAAEGLVELHQNRSARVPDWTPEEILELFEALAGIERLTAELAAPRISEVQMDALRGKQAQLDRMHRDQVLDAYFALNQEIHRTIVEAARNRPLAEAHAALQARAQWARLRALSSGSRWEESAREHRDLFAALAARDAAAAGTVAHRHVLRTGVVIAETLQARRADPAAR >HIS55495.1 tRNA 2-thiocytidine biosynthesis protein TtcA [Candidatus Fimimorpha excrementavium] MERYQEIERSIIKKFRKSIWCKFTNAVNEYALIQPGDHIAVCISGGKDSMLCAKLLQEIKRHGKFDFGLEFIVMDPGYNEKNRRQIEENARILNIPIRVFESEIFSVVEHMEDSPCYLCARMRRGYLYNFARQLGCNKIALGHHFDDVIETTMMSLLYSGQIKSMMPKLHSSNFPGMELIRPMYLIKEADIIAWKNYNQLTFIQCACRFTENLTKEDPNTSSKRKEMKDLIEQLRKVSPFIDSNIFRGSHNVKLDTMIGWEHQGVKHSFLEYYDK >WP_227594049.1 glycoside hydrolase family 88 protein [Gemmiger formicilis] >MCC2192372.1 glycoside hydrolase family 88 protein [Gemmiger formicilis] MTHEEILTTLGHYVDYLIAGSTAEAPLWNIEKVRSGKPNKWNYIDGCMITACLSLYKTTGDEKFLDFSKKFLDYFVKDNGVIETYDPAEYNLDNVNQGKNLFTLYDLTGDQRYRDAIETIRGQLETQPRTKEGNFWHKKIYPNQVWLDGTYMAQPFYMEYETRCNGMHGCIDSYKQFMNIQKHMKDAKTGLYYHGYDESREMYWANPETGCSANFWLRAMGWFLVAMVDTLERMDNQLYYEYRAIMAMLKDAVDAMIAFQDAESGMFWQVVDKAGVEGNYLETSGSALFAYAVLKGVRLGYLPKRYTAYGEKAFYGTCDRHLGVDADGALQLGGICLVAGLGGATRRDGSLAYYFSEPIVENDAKGVGPLLLAYTEILAAQKQ >WP_148062134.1 ABC transporter permease, partial [Micromonospora aurantiaca] >RNH90173.1 ABC transporter permease, partial [Micromonospora aurantiaca] MSTTAVPEVAVTAVDEGFWTRNRKIGAVLLALGVLAAVLFGALATDQHARFTLSETEGGAALEINGTVGAILFGLITAAAGGALLAGVPKRWFTLLLGAGLVAFVLSFLCWQVSAAPEGRNFMPLVNVVRGTFILALPLIFGALAGVLCERSGVVNVAIEGQLLMGAFSGALFGSMSGSVWVGLVAAAIGGAFISFLLAVFSIRYLVDQVVMGIVLNLLAVGITGFLYERLMQTDAAKYNSAPRFGNWEIPLLSDIPLLGPALFRGNIFLYVGLLLVLVIHLALFRTRWGLRTRSVGEHPTAADTLGVKVLRLRYRNVILAGLVAGVGGASYTLALYSFTKNMIGGKGFIALAALIFGRW >WP_024217747.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ2667074.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ3052334.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ3299450.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EEQ7829425.1 conjugal transfer relaxosome protein TraY [Escherichia coli] >EER8339443.1 conjugal transfer relaxosome protein TraY [Escherichia coli] MSRNIIRPAPGNKVLLVLDDATNHKLLGARERSGRTKTNEVLVRLRDHLSRFPDFYNIESIKEDAGETDSTIKEF >UCP77012.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDXQGMDNLACEDLKXVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIXAXITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVXXXXXXXXXXXPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSVQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGSSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKLPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIXPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPVNSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFXELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIXFGAGSDKGXAXGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQXLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >KAJ4828317.1 hypothetical protein Tsubulata_043830 [Turnera subulata] MYYSPLTTPFTSNTLNLIILMIITLNTLGYPSPTLSTLSSSSTSSPCKTSCGSIPITYPFGIDDGCGAPLFRHMLSCNTTTDLFFTTPSGSYKVQHIDYDKKTLVIYDPSMSTCSILQPHHDFIMTDVQSVTIPPTPDTVFALLNCSVDSPVLNHYKNLCFNFSGHSCDELYGGCNAFRVFHLLTNSSPPCCFTGYDTVRYMSMNILDCTHYTTVINTDNLKGIGPLDWVYGIKLSYSFPDTGCERCSLSGGTCGYDTETEGKLCLCSASTNATRDCAGGRLTAGGHRIRHSSWIYYLHLILMSLLIITIKDSGL >KKP40103.1 hypothetical protein UR30_C0006G0008 [Candidatus Peregrinibacteria bacterium GW2011_GWC2_33_13] MKTILLSIMGIIFIFGSVWLLKGNPNSAPTESEKENVSIVDGRQIIEIKARGGYSPSLTYAKANTPTTIKMITNGTFDCSSSLVIPGIGYRTYLPQTGITEIEIPEQEPDTKLQGLCSMGMFSFQIKFE >WP_087364392.1 signal peptidase I [Faecalibacterium sp. An192] >OUP29639.1 signal peptidase I [Faecalibacterium sp. An192] MINAKREPEAASMPGQGVIEWYEALISALVVMVLLFSFFFRIIQVDGASMNPTLWDGDKLVVWGAGYTPQRGDVVIVDDYTSYGKPLVKRVIAKGGDTISIDYTSGTVTVNGEVLQEDYIAEPTFLGYDVEFPYTVPEGELFLMGDNRNASLDSRSSSIGCIAEEDILGKVLFCFLPLEDAGVVK >ADJ35581.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] >ADJ35590.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] >ADJ35608.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] >ADM31019.1 cytochrome oxidase subunit 1, partial [Eteone sp. CMC02] GTLYMIFGIWSGLLGTSMSMLIRAELGQPGALLGSDQLYNTIVTAHAFLMIFFLVMPVMIGGFGNWLVPLMLGAPDMAFPRLNNMSFWLLPPSLIMLLSSAAVEQGAGTGWTVYPPLSSNVSHAGPSVDLAIFSLHLAGVSSILASINFITTAMNMRSSGLRLERVPLFVWSVGITALLLLLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDPILYQHLF >MCL2184308.1 sugar kinase [Treponema sp.] >MCL2251317.1 sugar kinase [Treponema sp.] MPLKIPAAEGKAHDLLALGALVTRLDPGIIPFTEANEYLLHVSGGEYNVATNLSTCFGMKTAIASAMVNYPIGRRIEYAVQKAGVTPYYKRFEHDGVRGPNMAIVWSDRGQGVRAPVVFYNRSNEAAQQLKPGSFDWDSIFKKGVRWFHSGGIFSALSPTTSELVIEAMQAAKKAGAVVSFDLNYRAKLWAVAAAEQGLSPAQASEGAAKTLRKIVSFVDVLVGNEEDLQKGLGLKGQDVETKGQLDPSSFFSMIQNVTKDFPNIKAVATTLREVHSTNRHSWSAVLWLDGKTYQAPAAELDVYDRVGGGDGFAAGLFYGLMAGKDAEEALRLGWAHGALVTTTPGDTSMFSLDQVEAFAKGGSARIQR >PYL80520.1 hypothetical protein DMF21_08585 [Verrucomicrobiota bacterium] MQMSILCRGIGFLPMEHGLRNQCHFGLSIFAAEEFHDIAPPVDYSLISPWLVFLIAFVVLSLLGLAVWFFARRRKPPLPPKLPREIALEELERISREIKRMSPYQFSIHASDILRRYVTQQYGLLATRQTSIEFLTALAKASPFSADEKSLLEDFLNRCDLIKFARYEATSADSRLLLDEAIRFVGGGQLATV >WP_077722411.1 MULTISPECIES: 6-carboxyhexanoate--CoA ligase [Bacillus] >AQS44328.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >MBT0953810.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >MCD7913006.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >MCQ9194587.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] >NVE03636.1 6-carboxyhexanoate--CoA ligase [Bacillus velezensis] MREETYYSVRMRASRNAPHEQGGKHISGGERLITYSGLQEAVDGLLHKGFSHSRGIPDFMQIQLESVHEPIETIRPLPVAFHQTDTPEKGQAIARKLLQKAGIPPHMIEKAYENIAEYAEARGAVLFDIRAGKRIDCRGNRGVRVSRVDWPSHDFQKWAFTHNMPENSRIKEAHAIAAKVCAHPGIIAELCWSDDPDYITGYVAAKKLGYQRIAKMKNAGDESGCRVFFTDGSIDTESCIHFLEKQPVFIQREENI >PZS09564.1 hypothetical protein DLM64_10300 [Solirubrobacterales bacterium] MGDDRAMKELRWVLVVAVVVGVIVTVPMLVLASGGSGRPHAPVHATPPAPQTPTSLPVGDPAPARIGTWGHGSWCWFQDPRAVHVASPVEATFVGWIDWSGRVTVGAYATSTGAMRTHVLARLYHDDHGAPAILVEPDKRLTVFYSGHDGAEMDYRTTLRPEDISAWGPVQRVPSGLRGRLGFTYPNPLILPAEGDKLYLFWRGAQWGSDYATRTRDGHWSPARHLIEVHGERPYVKFDSNGNDAIGLAFTNGHPRNVLTNVYYAAYRDGALWHAGGRRIARLAGRAIRPKEADLVYNARAGRAPAWVWDVAIGSGQHPVIVYATFPSRRNHDYWYARWTGGRWRSHLITSAGPSISPGTIEYEYSGGITLDHSNPSVVFLSRKVRSHYQIERWNTPDGGQSWSHAVVVRGGKDNVRPVVPRGWTSGSMGLLWLRGDYRSYTTYRTSVAFER >WP_209366475.1 Rrf2 family transcriptional regulator [Sediminibacillus dalangtanensis] >QTM97951.1 Rrf2 family transcriptional regulator [Sediminibacillus dalangtanensis] MRIKSGVEQAVSILVILATQSEEQPVKSDIISARLNVSPSYLKKVMRKLVVNQLIASVSGNQGGFSLARPADQITMLDILDAIEGTDPFLQVDGLIQSVFPETELAVKGEELFTDVFLEAQMSYRKTLQTVTLEAILEQTIGTSDFRLVDWNKEMGKQDILALQSVNWRNEQ >WP_155387753.1 HEAT repeat domain-containing protein [Catellatospora paridis] MTTQEQDKNMMQALRGLEHRDPSVRLRAALAVGTTPDPGSVAKLIERCAIEPEFYVREMLTWALTRQPPSITVPKVIDELHSEQAQARSQALHTLSKIGDRQAWPAITQALLTDTDDTVAQSAWRAAVVLVPEGGQSELAAVLATQLGRGGRETQLSLSRALIALGEVIMPIVHAATTDRDPGVRRHALATQQLWLDPEAGFQLAVEQAKRVAALGAAGKEG >XP_008942036.1 PREDICTED: E3 ubiquitin-protein ligase SHPRH [Merops nubicus] MSSRRKRAPPSKIDEVKKKKLCWNMHEDRRNEMITLDDEMTNEDHVPGPSTSSASFIVINDDSTDEDLIQKEGSGSKSVKFLAANDEEDSYSILAPVSDQLNIIVLPYRADGSWKALLGEFALRLPSEQILTDEFYERSFTLMRGNSDDQLQVCVHERTEEECSNETKEYLGAYEQRILVEPTLGGEILGGLRWLQKKKIIGLYQRPGEAQALKVGIYLLEAGLSKPEFLSDGGGRPKKANQLIQKLMEKFYSFLIPDELEEDEEESDTELERQNIEELYDFVRHTHQQDIQLLKEDVQHPALIPILRPYQSEAVSWMLHRETLTSTPNNENALHFLWREVVTLDGVKIYYNPFTGCIIREYPIAGPQWPGGILADEMGLGKTVEVLALILTHTRPDVKQDDLTLPEGKLVNFFVPPQPLKGKKKKKTRELKLKLKEKMQYPSLRVMILAAVKEMNVKKGASIIAIFKYISAIYRYDIQRNRWLLKRTLEKLIAEQVIEQVRGHGLAGSFKLGKNYKEQKKRERTKEQVARASESIQKKQLPDAKTKPKESRNSDVTSENVHKTPLRVDITMEEHDYCTTSKNNMKTEADRGNSVKXXXXXXXXXXXQEAVVPKPLNLPGSLPVSTDLSSLPDFDVSKSTADDQQEVLKDKSSHAQEHASSSIQHSGSVFPFNTVEYRFECICGELGLADYKARVQCMKCYLWQHAECVNYKEENLKIKPFYCPHCLVAMKPVSTGATLIISPSSICHQWVDEINRHVRSSSLRVLVYQGVKKHGFLQPHVLAEQEVVITTYDVLRTELNYVDIPHSNSEDGRRFRNQKRYMAVPSPLVAVEWWRICLDEAQMVECTTAKAAEMALRLSGINRWCVSGTPVQRGLEDLYGLVLFLGIDPYWVKHWWDQLLYRPYCRKNPQPLYSLIAKIMWRSAKKDVIDQIQIPPQTENVHWLHFSPVERHFYHRQHEVCCQDALAKLRKISDWTLKLSSLDRRTVTSILYPLLRLRQACCHPQAVRGEFLPLQKSTMTMEELLTSLQKKCRTECEEAHRQLVCALNGLAGIHIIKGEYTLAAELYREVLQSSEEHKEKLKTDSLQRLHSTHNLMELLGKHPGIPPTLRDSRLAEEAEQLRKHYMSKSNAEVAEAHQALQPVLQTIRELQRKIHSGSPWWLDVIQTAIQYAIDEELVQRVQNEITCNYKQQINKLSMAEKFRDCRGLQYLLTTQLDELKKFQKIVREAVKKLEGPPSKQVIEAATICHLRPVRLPLNNCVFCKADELFTEYESKLFSQTVKGQMAIFEEMIEDEEGLVDDRLPTTSRGLWATSETERALKGLLSFAKAHRMDVKLTEEGSAFLELFEAWKKEYKLLHEYWMVLRDHVSAIDELAMATERLRVRHPDEPKPNPPVLYIIEPHEVEQNRVKLLNDKAVAKSQLQKKLGQLLYLTNLEKSQDKTTGGVNPEPCPICARQLGKQWAVLTCGHCFCNECVAIIIEQYSVGTRRSSIKCAICRQTTSHKEISYVVTTETASQEDDIPVKGSHSTKVEAVVRTLKRIQFKDPGAKSLVFSTWQDVLDIISKALYDNNMIFSQINGISKFQENLSAFKYDPNINILLLPLHTGSNGLNIIEATHVLLVEPILNPAHELQAIGRVHRIGQTKSTIVHRFLIKATIEERMQTMLKTVDRSHTSSSMKQSEASVLTVADLADLFTEETEELE >MBS1208135.1 transporter permease [Pseudomonadota bacterium] MKSTPRFHWLIAALLGLATAGQALADTTLLNVSYDPTRELYQSYNAAFAKYWKAKTGETVSIKASHGGSGAQARTVIDGLEADVVTLALAYDIDAIAEKAKFIAPDWQKRLTHNASPYTSTIVFLVRKGNPKKIKDWPDLARSGIEVITPNPKTSGGARWNYLAAWGYALKHNGGDEASAKAFVKQIYGNVKVLDSGARGATTTFTQREIGDVLIAWENEAYLAVKEEPNKFEIITPSLSILTEPPVSVVDKVVDRRGTRKIAEAYLQYLYSPEGQDIAGKNFYRPIDPKIAAKYAKQFAPVKLFTIDDVFGGWQKAQKTHFSDGGVFDQIGPR >XP_011699286.1 PREDICTED: uncharacterized protein LOC105456728 [Wasmannia auropunctata] MEKNDGDNGESAAEVVVENELPFGSNENMIAVMNELLRHGRQDLPFNMFPGLSTTECQSKVEQALRLAHLDVGDKPTLVDWIRSGLFEENECNVPLALLFIALYEQHPLLHEKNVECDYRELYHFLYKVTANQPVPYLSHKSAIVLHKLLSELIDEVWPNTQPELLQYLSKIHIYSRSPVRRTYSRKRTLDKSAAENLSP >MBK6580699.1 alpha/beta hydrolase [Sandaracinaceae bacterium] >MBP7680479.1 alpha/beta hydrolase [Deltaproteobacteria bacterium] MSESIEAAGSNRFAATKRVSVSSPLLGDQSIAYYDDGGTGPVVVFVHPNSCSTESWEHQLADTLPDGTPNPLATCRRVAFDLPGHGMTKRESAGKNAYSLPFYAEALAAFANALKLERAFFVGHSLGGHAVIEAGSRLPSPAGALIFGSPPVSTHEQLGRAFFPMPGGPHFLTGPLTDRDICHWQASVFYSAIPAWFAASVARTDPAARGDLANSLGVLADEVGMVREYPCPIGLIQGQYERTVRLPYLESLGLESKLWRNAIQVVDESNHFTQYDAPAAFNALVAAFIAEPG >XP_025996498.1 myosin heavy chain, muscle isoform X23 [Solenopsis invicta] MPAPKPQEGEDPDPTPYLFVSLEQKRIDQTKPYDAKKACWVPDEKEGYLLGEIKATKGDVVSVGLPGGETKDFKKDQLQQVNPPKYEKAEDMSNLTYLNDASVLHNLKQRYYAKLIYTYSGLFCVAINPYKRFPVYTSRCAKLYRGKRRSEVPPHIFAISDGAYVNMLTNSENQSMLITGESGAGKTENTKKVIAYFATVGASTKKEKESDASQKKGSLEDQVVQTNPVLEAFGNAKTVRNDNSSRFGKFIRIHFGPSGKLAGADIETYLLEKARVISQQTLERSYHIFYQMMSGSVKGLKDICFLSNNIYDYVNVSQGKITIPNVDDGEECLLTDQAFDVLGFTQEEKDNIYKITAAVMHMGGMKFKQRGREEQAEADGTEEGERVAKLLGCDCADLYKNLLKPRIKVGNEFVTQGRNKDQVAYSVGAMSKAMFDRLFKWLVKKCNETLDTKQKRQHFIGVLDIAGFEIFDFNGFEQLCINFTNEKLQQFFNHHMFVLEQEEYKREGIDWVFIDFGMDLLACIELIEKPMGILSILEEESMFPKATDKTFEEKLNNNHLGKSPNFLKPKPPKPGQQAAHFAIGHYAGNVPYNITGWLEKNKDPLNDTVVDQYKKSSNKLLVEIFADHPGQSGDAGGGGGGKGGRGKKGGGFSTVSSSYREQLNNLMTTLRATQPHFVRCIIPNELKQPGVIDSHLVMHQLTCNGVLEGIRICRKGFPNRMVYPDFKLRYKILCANAVQEPCEPQKATQIILDAINLESDQYRMGHTKVFFRAGVLGQMEELRDERLGKIVSWMQAYIRGYISRKDYKKLQEQRLALVVVQRNLRKYLQLRTWPWWKLWQKIKPLLNVTRIEDEMAALEEKARKAQEAFEKEEKLRKELEEMNTKLLTEKTNLLRQLEGEKGSLSEYQEKSLKLAAQKADIESQLQDLTDRFKEEEDARNNLFQNKKKLEQEVAGLKKDIEDLELNLQKSEQDKATKDHQIRNLNDEIAHQDELINKLNKEKKNQGEVNQKTGEELQAAEDKVNHLNKVKLKLEQTLDELEDSLEREKKSRADVEKAKRKVEGDLKLTQEAVADLERNKKELEQTIQRKDKELSSLTAKLEDEQSLVGKLQKQIKELQARIEELEEEIEAERGGRAKAEKQRSDLARELEELGERLEEAGGATSAQIELNKKREAELSKLRRDLEEANIQHESSLASLRKKHNDAVAEMGEQIDTLNKLKARVEKEKVQYYSECNDLRTSCDHLSNEKAAQEKIVKQLQHQLNETQGKFEEVNRTLNDFDAAKKKLSIENSDLLRQLEEAESQVSQLSKIKISLTTQLEDTKRLADEESRERATLLGKFRNLEHDLDNIREQVEEEAEGKADLQRQLSKANAEAQLWRTKYESEGVARAEELEEAKRKLQARLAEAEETIESLNQKVIALEKTKQRLSTEVEDLQIEVDRATAIANAAEKKQKAFDKIISEWKLKVDDLAAELDASQKECRNYSTELFRLRGAYEEGQEQLEAVRRENKNLADEVKDLLDQIGEGGRNIHEIEKARKRLEAEKDELQAALEEAEAALEQEENKVLRSQLELSQVRQEIDRRIQEKEEEFENTRKNHQRALDSMQASLEAEAKGKAEALRMKKKLEADINELEIALDHANKANAEAQKNIKRYQQQLKDVQTALEEEQRARDEARELLGISERRANALQNELEESRTLLEQADRGRRQAEQELADCHEQLNELSAQNASISGAKRKLEAELQTLHSDLDELLNEAKNSEEKAKKAMVDAARLADELRAEQDHAQTQEKLRKALETQIKELQVRLDEAEANALKGGKKAIQKLEQRVRELENELDGEQRRHADAQKNLRKSERRIKELSFQADEDRKNHERMQDLVDKLQQKIKTYKRQIEEAEEIAALNLAKFRKAQQELEEAEERADLAEQAITKFRTKGRGGSAARGLSPAPHRPALKPEFDGPLFPRRLPGFDMQPDGEL >WP_050825696.1 NYN domain-containing protein [Helicobacter pylori] >KNE05806.1 nuclease [Helicobacter pylori] MEKTETTIFVDWQNLLTDLIAIQKTDEYLKEPNFNFNNPEQILALIYSFLESEEKLRRIYFYVSEPFTEVEPRIKGKKNEKFEEYKEKNPKEYEEKVNKLEIIQTFNHEIAQQNQVKLRVGRVMFEFKDEPKGEKVYGLEAKTLIPHLKLRQKQIDALLAHDITKLYCTKLGGYILLFSKDTDFVPVLEAAWEKGFEVFIANIQESPNSVPSDLKKSCNVRERSVAEIVDNLLKNQYTPKKKNFSPNEPFNNPFKDQLFKKS >WGP70063.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVESXXXXXXXXXXAKKGXXXXXXXXXILSXXXXXXSEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKYCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSXXXXXXXXQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYKXXSYSGXXXXXXXXXXXXXXXXXXXXXXXTTFHLDGEXXXXDXXXXXXXXXXXXXIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAXXXIXXXXXANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPXRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTV >KAG5478439.1 hypothetical protein LSCM4_04672 [Leishmania orientalis] MPLYSITICPLKLNACFCRQGSVYVVVMSRKGLEIATNPSMCNGNNEVIFSDTEGLHTSRSFELSFNSPKDRRTLTFGIYDFTNRKNTAKLTGFEIPLAGMCSVLAGESMCEKKGISFRVSGQPGRLDAIFRMHPVGTPVPQLRVAQTNEPISGAATDAPGAATHRSTAAASLGSGHSGDAGAGSTRTTRLPEHTLQALMREGIISDDVDGVEMDLDLANEIAVRTSVLFPSRTDLENQIRTLTREIHKLEYDAQYAAKDKVTAGSAAFTALRNEINHWKGKVKDIDAKSAHEAGIAQKPEESDPQPPISQGYIAEIEAQLAAKNLEMRRLEALQSRRDVTQDVMKLLDQIDHLQSILVELKSEKTTPATAKAKECDIAENGDRWDKLAAKLYDAESMTEQLKQTVIALNRVQYEPYPAGVEAGFMHTVPNDLGFVKNNQRTPGNLPPQVGNPSPSAAAPPAGKPAVDKAGDFLDDLFGAPPPQASQVQSAPAAKMPAAFPSEPFTSTAYEPPKAAQVTPVWAQPAGGAASGAPGSSQPQPGPVSPAGVQPPPNSPAALIASAQQASPAPVAPLHATAVEPPAQARKPNALHANDSASQGVPAPALIPKESTLDAEEALPETRVSRRSADVENAVEPPAAPPASVVPPLPATSMQAPQPNSMAAPQSSFATAPPQQQQPMYPSQQQAYGQQQQYGPPQQMPYGQHPQQQQQAYGQQYGQQPEVPQGPPVPRFERRPPSLEEIPYTGFYGIPLVARGCPIDIYLDGKTPTRGTELTFINNADCQIMIGGVELKQEDIFSPDPNSAKTIPTQRWPQQLWVPGGGSRQSCTIALHPSFPRGSSIMALVIVYVFNEGRYIPFTARFTI >KAG5713212.1 hypothetical protein BaRGS_007739 [Batillaria attramentaria] MSAGEDIFRTFDDASFNFYTTCTVGMLRSKDLQIYTQTECEPDNKCSCKKVVTMEYTFNGQTTVYTLEDYEVRSDGPGGTERMDVTSEKQSPGGETNIVVKKEDSSVYVWFMTEEVSFRLDDNGLFMLTIKRTSPIAGSLGGICGNFDGNADNDQAYLTKLFEDNTDANRPCGSGFEECPADDPSLADEAGVDPEPYYQLCLRGYCTAAANGRDKAELARCNVLDVYAYMCYKEASLSVSWRSENFCSKTCENGMVYTPMVPTACPLTCGMPKKQYESEACRSDGHAGCVCPRGMFLLRGACVLPNDCECMGDDQKYYKNGEVIRSSDKCLECRTSEECVGTCSITGNTVTTYDGLMYSFSAPSCYLTLLQDKGIINNGASLPAVLRKVSTNYFVVDINPGIRIIVSLDGLIQIAAETALHRRSAELTLRTT >GJP86697.1 hypothetical protein CLOP_g16692, partial [Closterium sp. NIES-67] LRQPVGLPPIRVQRRRLADVLCGGGDGDGRPFGEERLGRIEGMGGSGAGGKGGKAADGAFPGRAYPLLTPLQLLSPLALSPYPPCSPGWEQSALLGAAVALLRSPPALPPSPVVALPSLVGGNDDAAAAAAAPATGRAKGLEGEVAAAAAEAGAAPVGFTVSSMLAGRKRVRAPAERLLTGTTSFLSGGSSAATPLPPMPSAAGPPSSYNASLAATSLPPIPSYVGTPSRLLPPSTPMCVRALVADGATAGGVGVGLVGALLNDLPQQLERCGFDVVTAATVTEAVGRFEEAVGGWAAVVPEVCDGSGKDDREDDRGKDRGEDRGKDRGEDRGTNSGKNMGEDSGEVEGGEQQHARCAGEQCALSEAGLASDAAEAGGKADGPFSLVVMELEAMAHDGFACIRSIRRAEGQREGGKGRDGEECTAADARCNQLPVSAPGGSFSGIEADTNESSSSPAAAAAAATCAAAAAEEAPGSVSPLEDPARAANSVPRTVIIAVANMNRWDLAGLDRAMQQSMHAGVDAVVPRTMNLQQLKSVLRKLGVRGKYVLVPSSLPRAMSGTVHNPLNMSR >EAJ4016142.1 cysteine synthase A [Campylobacter jejuni] PIIHLKKFGINVFAKCEFLNPSHSIKDRAAFEMIKDALDSKKINQDTTIVEATSGNTGISLAMICADLGLKFVAVMPESMSLERRKMITLFGARLELTPANLGMKGAVDKANEILLNTPNSFMVSQFENISNKNAHRKNTALEILRDLDNKLDIFVAGFGTGGTISGVGEILKEKLEKVHIVGVEPLNSPLFSKGEAGSHKIQGIGANFIPAILNKEIIDEVITVSNEDAINTAKELAKSGLMVGISSGANVFAASMLAKKFPDKRILTMLNDTAERYLSTDLFA >AUP48118.1 hemagglutinin [Influenza A virus (A/Nebraska/17/2017(H3N2))] MKTIIALSYILCLVFAQKIPGNDNSTATLCLGHHAVPNGTIVKTITNDLIEVTNATELVQNSSIGEICDSPHQILDGENCTLIDALLGDPQCDGFQNKKWDLFVERSKAYSNCYPYDVPDYASLRSLVASSGTLEFNNESFNWTGVKQNGTSSACIRKSSSSFFSRLNWLTHLNYTYPALNVTMPNNEQFDKLYIWGVHHPGTDKDQIFLYAQSSGRITVSTKRSQQAVIPNIGSRPRIRDIPSRISIYWTIVKPGDILLINSTGNLIAPRGYFKIQSGKSSIMRSDAPIGKCKSECITPNGSIPNDKPFQNVNRITYGACPRYVKHSTLKLATGMRNVPEKQTRGIFGAIAGFIENGWEGMVDGWYGFRHQNSEGRGQAADLKSTQAAIDQINGKLNRLIGKTNEKFHQIEKEFSEVEGRIQDLEKYVEDTKIDLWSYNAELLVALENQHTIDLTDSEMNKLFEKTKKQLRENAEDMGNGCFKIYHKCDNACIGSIRNGTYDHNVYRDEALNNRFQIKGVELKSGYKDWILWISFAISCFLLCVALLGFIMWACQKGNIRCNICI >WP_163205944.1 PH domain-containing protein [Clostridium sporogenes] >NFA60501.1 hypothetical protein [Clostridium botulinum] >NFI73903.1 hypothetical protein [Clostridium sporogenes] >NFL71715.1 hypothetical protein [Clostridium sporogenes] >NFM23754.1 hypothetical protein [Clostridium sporogenes] >NFP61777.1 hypothetical protein [Clostridium sporogenes] MHKFKPISGSGLLSIVTNTIIYNAAVILIMLLVNSYEIMELLKICLIGLDIYFIYYIFMYSTVYYCLDQENMYINSIFGLKKVIIPIKEIQSYKKQSGYMKSMRISGFSKYYYAIGRNIIDKLGNTYMYVTSNKSILYLKTDKINYGISPEKVEEFEMILKQAGIKEGDWQFKLNKNTNIFKDKRYFTPFIIVTIMILIITLTPMIFYLYNLLPDKMPLVFDAKFTPVGFGEGKQFAFKQMMYGALNMVILFCMYYVSYFYSKYDKNYAYKFLYISLFFSTVFLIFQIRILYVFL >KAG0196869.1 hypothetical protein BGX28_009675 [Mortierella sp. GBA30] MGRRKNVKKGFQFTLMVVGASGLGRTTFINTLCDADVVPKRECDEPEMAHIEEGIKIKPYTVELDEDGVKISLTVVDTPGFGDMIDNEYCFQEILGYLEQQYDDILSEESRIKRNPRFRDNRVHALLYFIAPTGHSLREIDIELMKRLSPRINVIPVIGKSDTMTPSELAEFKKRIMEDIEHYNIPIYNFPYDPEEDDEETVEENSELRSLLPFALIGCEEEIVVNGRKVRARQYPWGVVEVDNAQHCDFTKLRGALLSTHLNDLKEITHDYLYENYRTEKLSRSADNLSDTDSIQDDDQHARMKEEQLRKEDEKLKEIEGKVQRELQEKKEELWAKEQQLQGLEAPA >KFD50394.1 hypothetical protein M513_08776 [Trichuris suis] >KHJ45085.1 aminotransferase, class I/II [Trichuris suis] MDQLLGPFCSFGYSVDLNTFCHFCVEVLLLFVIVWLLLHKSYHISESDKLTPKEIDELIAEWQPQRLTPLVDPAHPALRRPIVEGKLDKYVVIGKREYLNFGTMNFLGLACHPSVEEAAISAVRRLGVGTCGPRAFYGTMDVHLQLEDRLAKFMGTEEAALYSYGMCTVASAIPAYCKRGDVIFCDRGVHFAIQKGLQASRSRIEFFAHNDTADLERLLMIQAEKDRLNPKKARVTRRFIIVEGIYLYYGDICPLPELLRLKWKYKVRIFIDESVSFGVLGRTGRGVVEYFNANIDEVDMISSSLEHANGSAGGFTCGRSFVIGHQRLSASGYCFSASLPSPLTAGALRGLEIMIEDPERLSRLRRNSCIFHKAMQNMYVFLCFCCSLNRFKVDGVAGSPLFHLRVPPGQDDERLLDTLIEKAMNEGILLTKMSMLKDQEWFYVPESVKISLSSEHTMEEIERLLIVIDSVDKA >HCB0607732.1 nitroreductase family protein [Klebsiella pneumoniae] MTDDFQKEQLIAARYGEKDRPENIIWNKQIEGLLCHRSVRSFSPQRLPEYWFETLVAAAQSASTSSNLQQWSVVAVTDR >MBW2147570.1 glycosyltransferase [Deltaproteobacteria bacterium] MKFLSIVYTGVHDSGIALYDSEKAAFELVIAEERLSRIKKDGRFPTRSLSLVDLEQADVLCIPHREPADRDTMSKSLQELSLHSFKRKPRPLDKPFFPLPDDYNRQFPRLDIPVEYVDHHTAHAASAFFWSGFDEALIVTYDSGARNCPYFAGVYAGKGVDLAPVYRYPIQHFTPACDPYSDMTAYLGFTPMKHEGKITGLAAYGKPNARCREVLLDLIEKFYEGSLGFYFWIFPFHDVVPPELIANTAVVEAAKKYLAPYSKEDIAWAIQDILEERILKMVADASEHVDSRNICLAGGLFANVKINLRIKELGFEGIFICPLMADDGLGVGAALEAARRRGLLQPQKLPNVFLGPGFSSASVEKELREWGLVCHHADNIAESIADLLVQGKVVGRFTGRMEAGPRALGNRSILYHTQDVTVNDWLNKKLQRTEFMPFAPATLAEHAADCYTQHEGAEHAAEFMTICFRCTDRMKVQSPAVVHKDGTARPQLVTKDSNPDLYAILRAYYKRTGIPSIINTSFNIHEEPIICTPDDAIRAFFDSRLDVLAIDNYLVYQEENLEVRQKYERESTTPLETLDMAGKSLEERVLSMQHSPEFNRWELKRWLKGYRHAYRDLRQSFAAESRELVSVREYLAEAQKAGDYFRELQQRTQAKLVSAKRSLARVEKSRDRFKAELESARLHLAEVEKARERFQQLYQKGREVRDRRVELARGLLRKTKDSLQQVTGERDHYQAAYAQVSAEINAIYSARAYFFFRMAQRGSMPFRKFFRFLKKIKNKITGRHRELHKGRAEPAEESRIQRQSEISNVALVFIWDTGESSEKAFDPLFLQIPAGYQIIFVTPKSREDLSEFDDAVKVVQPLKTELQEALRTFRAKLAIIIRDDIELFPLTLEKLFMAKFYRQELPAVAIMGLHEEAARGDFIDFTELVSTSENVRSLSPLAVSPEFIDDLPDGPLSWEDLVLLRDILHVPALPEVSYITHNALPLFPVEFRMIDRQPFQQRINKLPLDFVAMAPHFPEHETVLVVTAWLPLGGAEKHLYYVLKEFRAMGYQIVIVCTEIMDFRMGDQSFRFFKDITPYIYHLDHTLPAQYWQDFLESLIRKMKTRKIFLQGSNFLYNILPDLKSRFPELFVVDQLFSADFELGHIASNCKMHQHIDLTFGVTEKVKTELKKRINTDRVFTIHTGIEVDEQFIGRYQAIESKRKLDLPLDRPIVSYIGRFSPEKNPFTFLEVARSFYNGPQEPYFLMVGLGPLLEELQENIRHSPMDNLKFYNFHKGVKDVHVAYAATDVIVNCSYTEALSLVLIESMAHGVALIIRDIGDQALVVHPGENGFLCKSTDPEEYVMFLKKVIETDGFLDDAKRISRAIVKDFSHEKMIEKYREVFKRYWGLSKGLSREPAR >XP_017076166.2 serine protease grass-like [Drosophila eugracilis] MIITCFLNYLILGILVIFSPPANGSFNAAVNNTLMNLEYNCLLRRKMFLHGGRDVDWRASPWVALLYLPDDLNQCRCGATLVTPRFVLTAAHCLEMCPRRNELRVCFGASLITSSSSCLKNFGIEQRVVHEEFSWSEQVNDIALLKLDGIVNSKGPIEPVCLPISSALNDFYAVPEVTFMAYGWGTTELRVHSRTLQMIIVKETPCAYDTDGMYFCTSSHIVDSCQGDSGGPLVVDRTQFGIIAHGRYPGACGVAGGAFNTNVSYFMPWIVDKLSIHW >WP_187918914.1 phosphoglucosamine mutase [Helicobacter pylori] MKIFGTDGVRGKAGVKLTPMFVMRLGIAAGLYFKKHSQTNKILIGKDTRKSGYMVENALVSALTSIGYNVIQIGPMPTPAIAFLTEDMRCDAGIMISASHNPFEDNGIKFFNSYGYKLKEEEERAIEEIFHDEGLLHSSYKVGESVGSAKRIDDVIGRYIVHLKHSFPKHLNLQNLRIVLDTANGAAYKVAPVVFSELGADVLVINDEPNGCNINEQCGALHPNQLSQEVKKYRADLGFAFDGDADRLVVVDNLGNIVHGDKLLGVLGVYQKSKNALSSQAIVATNMSNLALKEYLKSQDLELKHCAIGDKFVSECMRLNKANFGGEQSGHIIFSDYAKTGDGLVCALQVSALVLESKQVSSIALNPFELYPQSLANLNIQKKPPLESLKGYSALLKELDKLEIRHLIRYSGTENKLRILLEAKDEKLLESKMQELKEFFEGHLC >MBB1667778.1 immunoglobulin light chain junction region [Homo sapiens] >MBZ71565.1 immunoglobulin light chain junction region [Homo sapiens] >MBZ71571.1 immunoglobulin light chain junction region [Homo sapiens] >MCD11869.1 immunoglobulin light chain junction region [Homo sapiens] >MCD12295.1 immunoglobulin light chain junction region [Homo sapiens] CQQRSAF >MYJ01754.1 CoA transferase [Chloroflexota bacterium] MPGALDGIKVLEVTQIIAGPFAGVLLSDMGADVVKVEPPTGDGMRLLGQFAPNESKGFHAFNRGKRGMVVNLASDDGQAIVHRMISDIDVFLINARPGVPERIGVDYDTLSALNPGLIYLENTAYGPDGPSAHRAGADIIAQAYSGLMAGDEKVDEHGGPDLITATTPADFSAAWISAMAVCAALFHRERTGGGQK >NXA78151.1 MTMRB protein [Thryothorus ludovicianus] PGSRGLLHSEGEVALPCIHKLVAASSFSKPKVLTATSTLKFIPEELAVFCRDFRLLHFSFPENGLSPQAFRVANAIAQAREAAAWLEDAAVGHDGWSCPGEALPEEEEEEDEEEGLSTMLLFESLQDWERELQRLGAAGWRVSAVNERFDMAPSLPQYLWVPSGLLDHDLKRTFAHFQERRVPRLCWHHPGGGDLLRAASFHPASEPGSEDLREALLRGPARWGHQDGGWKRMEGVGKGTSPHHLAPPEPSDRDLNCLLASLVQLLGDPHARSLPGFQSLVQREWVAAGHPFPRRLGLLCRDTPREEAPVFLLFLDCTWQLLWQFPADFGFTEAFLLALHDSSFSPYFSTFRFSCQRQRGRRSMPRLPSQTYRPVGGWQDPGGHRGSPRPCTFPPVWAWGRHYTRQQQEQFRNPGGPPAPAEPLAPGTAGDPCPGGGPRLVLALAKGSLCPHALPWWSRAPLRPPHRVSPSEGWGTQGGLLGACQPPPGLLLPCTAGPCIRLWHRCYLRGLPQEQQRGRLAASLAGLAEELELLQDRLRAWNLQRPH >WP_196764971.1 transposase, partial [Burkholderia mallei] MLKTPMPTQHELEMVTLEELVPKDHLLRQIDAAVDFEFIRAKVAHLYCADNGRPALDPVVMFKLLFIGYLFGV >WP_197035361.1 MULTISPECIES: sporulation peptidase YabG [Rossellomorea] >MCR8850970.1 sporulation peptidase YabG [Rossellomorea sp. SC111] >UXH42892.1 sporulation peptidase YabG [Rossellomorea vietnamensis] MNIEINDVVGRLSYRCDILFRVIDIRMIDGHKTAVLYGEDFRLIADAPFHDLKKMDPREQDRITQEFRSKEEQSLDLFRQDIELLKYKQEYRVTNAYRDDYNYFQVPGKVLHLDGDPSYLRKCLDLYEKIGVPVKGVHCSETEMPNQIGSLIDKYRPNIIVLTGHDAYSKSKGAKADINAYRHSKYFVQAVREARSKSPHLDQLVIFAGACQSHFESLIHAGANFASSPSRVNIHALDPVYIVAKICFTGFKDSVNVWDVIRNTLTGDKGLGGIETKGVLRTGMPYKITEEE >SDB07816.1 hypothetical protein SAMN02910317_00364 [Ruminococcaceae bacterium FB2012] MACFLAPAAEAVVTTVITVVVKKKEKRSEKETASESAVAKKLRFSEKLRWLNWMLWGGSLLLAFEHIWHGEVVPWFPFLTRASDAADRAEMLREIATNGTAMCLLVTLVWGIMVAVASRLEKAAPADEAKEEVVS >CAH2042052.1 unnamed protein product, partial [Iphiclides podalirius] MIDQRLFFCPTYAGVNASKEGYFKSPYRWMLLGSVDMVNPFTLLQDINMVIDSDVVVAKKFDEGEFVLTEVYKIAEGTELIFNTRAIWRATNNNLIDGGSNMINFSIEKEQLNATREKFTSVENGGNDIGNSYLHQDSITKMSYVIVKICFEMLNASEKLIFTHTWGYRDKNGNWQGIIDHLLKKEADLGTLTIFTQERMECIDYIAMVGSTAVRFVFREPPLALLSNIFTLPFTGGVWLAIIVCVLACAIFLYIASKWEATVAMHPTQLNGTWADVLILIIGAVLQQGCTLEPRYAAGRCVTLLLFIALTILYSAYSANIVVLLRAPSSSVRSLPDLLNSPLKLGASDFEYNRYFFKKLNEPIRKAIYDKKIAPKGKKPNFYSMKEGVEKIRRGLFAFHMELNPGYRLIQETYQEEEKCDLVEIDYINEIDPWVPGQKRSPYKDLFKINFIKIRETGIQANNHHRLHVPRPRCSGAISAFSSVGITDMYPAIIATLYGMLLAPAVLILEIFHKRLIREAASLYGVKRGHSRRAVGEREVETLKPFLEMPYPGAQMELQLWANKRASSSNHFSYPYRWLLLSSTGDKSDILRELSLWPTSDLVLATKKNGTFTLNEWHKTSANGPPISTFRGFYDGDFVDVRPTKELYRRRRDLMGHPLTMANVIQDSNTTQYHMEDGLEGQHDATAKISWMVVKLAFQMLNATPQHIFSHRWGYKQNGRWSGMIDDILNNRADLGTNCAVYPERLDVIQYTDTIAPFKVGFIFRQPPLPYVANIFTMPFSTEVWLAVAGCISFSTVVLYLASKSETRFMKAPPQLDGTVSDAMLVTISAFSQQGCTLEPRKASGRMALWVVFAALMALYAAYSANIVVLLQAPSAAVRTLKQLSHSKLTLAANDVDYNRFVFGMYSDPVRVEITNRVKPPKGKPHFYTINEGVEKIRQGLFAFHSIVEPVYRRVEQTFHAMEKCDLVEVDFMLGFDPYVPVKKDSPYLELLRVSFKQIREFGLQSALNRRLQVPKPQCTHRIAAFSSVGLRDLRPVLALMLYGAAMSMLILLLEIITSKVHA >WP_077832600.1 hypothetical protein [Clostridium felsineum] >MCR3761073.1 hypothetical protein [Clostridium felsineum] >URZ04297.1 hypothetical protein CLAUR_043860 [Clostridium felsineum] >URZ07488.1 hypothetical protein CLROS_028260 [Clostridium felsineum] >URZ12519.1 hypothetical protein CROST_032410 [Clostridium felsineum] >URZ17181.1 hypothetical protein CLFE_032330 [Clostridium felsineum DSM 794] MENYIYGVLGLVIGFVVPIVVKKVKAGLGVVESKIGEAEYNECKQFLLQLAKLHPEDFAEEKITDLLDKLDNKYGDHLTRAQIKEIVDFVVKTIETDVAKELVSK >USN98129.1 MAG: preprotein translocase subunit SecG [Phycisphaeraceae bacterium] MILTLAQIPAWLVSLLAIFFLVVCLSMILIVLIQRPQGGGLSGAFGAGGGSGQTAFGTKTGDVLTLVTIGIFVLFLGTAVGLNFAVRPPAAKAPSNQVSAPATSQETPPATPPGGDGAQQPDTGGAPSQSPAGIPADQPGTQPPAGEQTPADTPPPAEPAPTAPSTGDGAP >MBD3373279.1 hypothetical protein [Candidatus Coatesbacteria bacterium] MRYSILYLTLACLLVLTGATAAQEEDEYPEEPDFIVGDGEDVEAGDEAAEDTVEEAEEEENAYSYVIGVGDDETQVGIQVSNTAEYKLYESVYDSAAGGKVYGMQTFEDDLTANVSIDNLVLGGTLRFWQPRYDDVLTYSRQYKSELFKWYVGYAGEVAEARYGTFYTTFGRGLTLHLYDDPIFYDVDNFLEGFYGHVTLDWLDVKGLVGRGSYDFDPLYTFTDDVRAVEASFNPFLPWIEIGGGLVSQDQQVGVDFVSGEAIRKPLLMPSGRLKVTTDYVDFYGEYAASSGYELEGTEYVPYDGEAIYASLVGYLGRNSLRVEYKNYDHFYNHWNSPPEVSFSTKPLDKSYPGKDEEGYLVQLTYSPLIGLSVSGGYCDAWDSAEEMTRTEYGGEVRWDAWPWHLVAAGWLHGESKEYGTVGEADYYLYERDEIWPDLEVSYIFPTGHSLALHYRHELIEEHEVLGDFGENDISEQNPQGSLTYNWPELFSATVGAQFALGDLRTLDEGRDYWITGEVTFHLGPNHDLSVFYGNERGGLVCSGGICREEPPFDGLRVTLESRI >WP_233824378.1 hypothetical protein [Dyadobacter sp. CY312] >MCE7043284.1 hypothetical protein [Dyadobacter sp. CY312] MEFHSKIYKISCVAGRSFFGALLLLWLMSFGAFGQENLIRITTNVLPPYSPYIQDYPGTGNRVQVFVSNLSGKDLSVRLIGKLEGDNGVVIRTSPNYRPLQPLQLRATDVNRLVTRSELEGLFDLNQIEVQGMNKNELYKGLPLPEGNYQLCVQAFDNATIRPLSAEFPMGCSGLIPVRIVEPPILISPFENEEVLTKIPQTQMFTWSAPVGIMPNQVEYTLRIVELPAADVNPNVFIDAVVLPRSGLEVKNLRTSSFLYGPSHPALQVGKKYAWRVQAHSTAVKLNLMNDGKSPVGVFTYGQQAPVGVEFDYISIVQPTEKKGAMVEVGSNNPLIISWKLDQEFEKILRKAYEAPAGKSLLEQFGELSYNVRISSKEKGEEPIVVMERQVRTDQLWLNKSELPDNMQIGKNYQVQVELKGVTEVKRKRTELVDEPFISNPQSFLLVAKDKGDEKDSLTIRGILAYRFPGETGAAHVLPNTKVVLMKVFPNKFRATVAYGQSDASGNYKIKVSKMSLHGMDSSGIVTRCIVDPINPFIQPIAEPGYYQNSHENTFQISSAEQGDYDVKDITWLASGYNLDVTARKSFKNWPGVPDVNLEGKHLVIYRKNGVSKENDKYRLPFEGMGAKAEKSAPKPFIASVNQGVQNMAVSGIAANSGQQKSEKTAVDGYAVSKNIGADLKPTNLSKADIGSTVANTAVIDNNKTGKTTFLGSTLSSGLEINTGKGLSTDMLNGAGLGNTKPPKLALEAEMRMEVESKGHQFISMATLEGKGDGYGAMFENLVYAIGSSDVYQIYCPDCGLKPEDADPVVFVQPKEKLTSTPARVEKYTYNLQTTEAPTMTFTGKLTYKFADDGIDGAQVKALGKTQVHLQVVYKNLDQKASSFTTDNYTQYDELASFHDGYSTTLDTKVTDADGSFSFTVKMTKAMLMGALPTTKPKGSGEFSVPATNLFRGIRVIVDNPYYTSPIETFGMSPDQQMKAQGSYDFGPVTAEVKSYTLVTQIKSDTTGISLVNVQKAGIRSDLSNINVSVLRATSAKIGVGPNRRPPSDEGSGVKEIIKIKDQSYTVISTVETKEDGIARFPRMVMANGQADAYFIATKSSVDGLNNYNLVAVKRITVSEGWGAVFSPEATQEEKDRSNGAKKTVKNGAKINCRNVYTLLYGDPKNTVKSVLKTYEEAEYMEKQKETYGNPWYSWKPELAGCQPADNYWLGEKLRDVKVNDMLLLNTPNNARAAAQFTDQYETFNSDIVQRYLAPGNPTVNARVVDQSNPTQGIKGARVELSYVKDGAPLGIPTVLTRYTGEDGWIAAPFKLSPGNKAKMRIQAEGYVYYDTLAQKASGKSEVYIGDVLLGQNSYYDRILMMPNTVITGRAVNVDELAGGSSFGNINTTFPESVSVTGGVSNTASPTTVSTVKIKENTSSKTTTGKVAGKTATTKIATSKATTATLGSQKQTGQVAAVDKNVGSEQLKNIAGQSQTIKNMLDSDPSLEAYVQVDDGNMVKTNADDGTWKFTLDAPSTGKNLKVFPVNIRYFEEARKINTQLPKPVLGKDGRYSIVAGDIPIFERDHRITFKILDEISGKEISGAYVRLFAKKGTDFEFGPSKVDGLVETRFKNVSVDNLYVEVVSPGYVTRTVSIKNEESKKPVLETIRLEPARTVKGIVVMKSLAGIETPLEGAEVFVAAGENAGVKYSTVSGKDGLFALDVSRTLDGNSVVIETIFDKTTSANQSVNANATYVGSNAGQPIPQGKGQILKMTVTTFDKFRIASIWGFPVTIEKLDPKTMKVTGEVDLTDGGLGPFAMMNKKVKVRFEDVVFKADPQNASEGIPANETVELNTGILDNLLYHTSPNVDINKVKYNVKVSSPDGQYGKLKIVRTAGTAMGKIMAQAQVIDNSFNFSESLLSYEKGQFFLYDPEVKALLSSNPVVTAFDAAKTNIKWTNFGISQSNGTPMKLKLLGFNAVSKLEGSRLTGDEIHLNPVMSCTIKDANPSELKVSIGDLVLKNNTVDAKTGDTPLTFPLAGKWSVEIRNWKLDYKKGGFYSKSGVIKTGKADIPVKEFNLRSDFYNLQVEPTSTLELAGVAKLKVGGKAYFGYDKQTGSDMKGHWAVVVVPDGDAPAAVLPAKSVPGLTQDLEFATLSLLDNGEDVVSFGTGSKSFRYFNIIDVRPTTIETGSDYFAFDAGMSNAIPNAPQDVSMRFIYSKPDGGSVKLKTIIPGGYKLQTKGYLNFEAGQHVAADKSQSTAIFFGDGVMAIRGSVEEPGKLLLDNVLLVHNNTETHISHGRNLDLTNPANLSNWKTSLSGISDPAKDAVNYDESGDFKRLNVSLGGNSSLGNVYCHQTVTNKKWDLLKFSGRPQGFSEMLGDEEKNRLSFTAYGEIKAEGQKIELDGIDTGMGGLSLVYDHGKKRLTGSIQLSNIPIPPTMTFMKGMAQVRLDGNGFYLVATGELQNVPLIVPVTMRAGLMLGVYTSNDLGDAKQVLFTNSHRKELPCTFTSGFKGVYAVGEVPVPIIGSFKHELSVPGVGGYKVGVDAYVDGYVFGNYDKGTFGVGGGMGVGVHAYAYGSILSLSAGGEVHVNGGVETALTVNPGVKKVSVSVAAKLSSGFSVSLSEGITGVTTGANAGFCLGFDGTASYTFGQSPDVSITPTCSFEECTGGCKVDGQ >WP_204723735.1 ATP-binding protein [Klebsiella oxytoca] >MBZ7705750.1 ATP-binding protein [Klebsiella oxytoca] >QRS14948.1 ATP-binding protein [Klebsiella oxytoca] MDDAMHLLSLSLMEPEAPLFLYSPSWLNVWEAHSYDMALKNTDTNSWAFKRFGTRADAYDKEVVNRTNYMAYISALEKVSDAAMQALPQKERMLLMKSRTAFIYVDSWGEAAGFEYDISTLHLSTIDTLPKNLVKKFSVDNVTCKIRGEKNALIQAMRLAQDYLSWDIFDFVIVCGGYRAIPLLAFTATNINSCSKMKESQKIPGMNLSIERVGCFIFSQTTGDLKVNCGPYFSADSSQYQKNYASDIDLVAFSGRASSIMPFFNHPVKLLDLEKKYGSSGCITPALSWYYIFQHAFNGGRMRTILPDYNGGLTYFDTWY >MCU1518316.1 hypothetical protein [Pseudarthrobacter sp.] MTKYARDEFDKVPETASRQGVHRTASGPSRPRLWPLMAVGVVALVVGLVSFLILPQLGFTQAGSQAATSQESSAPAEAATDPSPSPEATAAGEPSATTEPSEGAGAEPEATTPSATASSAAVNKTQGLAVYNGAGTAGLAGKVSSIVQADGWTLGEVGNWGGTPQQTSVIFYAGAAQQANAEALSELLNIPTMVASTEFQAPLVVVLGPGYQ >Q8XJN8.1 RecName: Full=Ribonuclease 3; AltName: Full=Ribonuclease III; Short=RNase III [Clostridium perfringens str. 13] >ALG49286.1 Ribonuclease III [Clostridium perfringens] >EDT23455.1 ribonuclease III [Clostridium perfringens B str. ATCC 3626] >EDT26444.1 ribonuclease III [Clostridium perfringens CPE str. F4969] >EDT71383.1 ribonuclease III [Clostridium perfringens D str. JGS1721] >EDT78378.1 ribonuclease III [Clostridium perfringens NCTC 8239] >EHP48261.1 ribonuclease 3 [Clostridium perfringens WAL-14572] >EIA16569.1 ribonuclease III [Clostridium perfringens F262] >STB15757.1 ribonuclease III [Clostridium novyi] >BDC02359.1 ribonuclease 3 [Clostridium perfringens E] MKDINLIEVEKLIGIEFENKGVLITALTHSSYANQFKDVKYNERLEFLGDSVLQLCVTKYLFNNYKDKSEGELTKIRALVVCENSLHKVSKNLSLGKYIRMSKGEELTGGRERTSIQADALEAVIAAVYLDKGIEVANDFILRNFKDVIDKAINEEIILDFKTRLQEVLQKNGEVNIVYNLVKHEGPPHRRKFFTDLLINNEIMGQGVGFSKKESEQNAAKAALQRLGEIKWEKDTI >WP_216090438.1 MULTISPECIES: TetR/AcrR family transcriptional regulator [Pseudomonas] >MCK3837500.1 TetR/AcrR family transcriptional regulator [Pseudomonas sp. NCIMB 10586] >MCK3844056.1 TetR/AcrR family transcriptional regulator [Pseudomonas sp. W15Feb34] >VCU65501.1 TetR family transcriptional regulator [Pseudomonas synxantha] MAPRVKTSERIVQTSLELFNQQGERSVSTNHIAAHMEISPGNLYYHFPNKQAIIAVLFREYEALVDSFLRPPQGRTMVVEDKRFYLQAVLAGMWRYRFLHRDLEHLLESDPELATGYRRFSQRCLIQGGAIYQGFVDAGILNMDPVQTEALTLNAWIILTSWVRFLCTTNENSTHLSAEAIKRGVYQVLVLEAGFVTPQAKDAVDALFKEFYVPLNQALEEVK >WP_237070319.1 AI-2E family transporter [Mycetohabitans sp. B2] MDRNTRNQRGFQVLLYAVSLALIWILLPFFGAIFWGTILAILFQPLQRTLTARLGNRANLAALATLSLCVLVVILPVSLMIGTLVQEVSFAYEQIKTGQWNVTLYFQKAVGALPAFAQHWLNDVGLADMQSLQAKLTEGAARISQFVAAQAVEIGQNTLQFAVGFGIMLYMVFFLLRDGSAISRRIREAVPLADSHKQKLLGKFTTVVRATVKGNIAVAAVQGLLGGLIFFILGISGSLLWGTLMALLSLLPAIGSALVWGPAAIYFLLAGPLWKAVVLGLFCSLVIGGVDNILRPILVGKDTKLPDWVVLISTVGGMATFGINGFVIGPLIAALFIACWDISVLIARDETHPSPSVDDVLAPPRNGARRRRRTPRVVRHGDLSSDA >XP_024252803.1 alpha-N-acetylgalactosaminide alpha-2,6-sialyltransferase 6 isoform X3 [Oncorhynchus tshawytscha] MGLRLVDKQGQQSQKTVIFGAIFLLMTLLILYSSNSGNDISPLYSPFRASTPHHAIKVTDLKKWAGKEGYVAVYGNKNMTLHCHHCALVTSSSHVLGSGAGPEIDHTQCVIRMNDAPTTGFERDVGNRTTLRVVAHSSVFRVVRRPTEFLNHTDHKANSAVIFWGPPTKIGREAKGTLYRLIQRVSMTYSNLSSFTITPSKMHKFDTLFQKETGRDRAKSQSWLSTGWFTMVIAIEMCDNIKVYGMVPPSHCGKKPQPKKMPYHYYKPRGPEECVTYLQNEKGRKGPHHRFITEKQVFAHWAKQYNISFTHPTW >QYT38722.1 cytochrome b, partial [Microcotyle caudata] >QYT38723.1 cytochrome b, partial [Microcotyle caudata] LVTGIFCAIEYLNLTKKHLFHVKVGVGEPGPIMDGLVSDLLRFMHLWGASLVFVCLLGHIGRGLYYCSYSKNPVLWSFGMILYVVILIEAFLGYLLPWHQMSYWAGVVISTIFLSLPVIGPHLYSFLLGSYDFGDGIVSRVFCVHVCFGFVIIALIVLHLVELHKIGSSNSFNSGDSYSDVIFFHKGYGYKDVLLFLSVMLVTLLFSCYSPWFTSLKENFITPNPLATPTNIKPEWYFLPFYALLRSIENKIGGLIAVVMLLVLV >MBT3899069.1 uracil-DNA glycosylase [Gammaproteobacteria bacterium] MRHQFKKLRISHPDYWNAPVPASGQEDSPLLIVGLAPGMHGANRTGVPFTGDASGDLIFKALDTLDIVQSVRITNAVKCLPVQNSPNGNEINNCQPFLRQELSDHLKRPAATLFILGGVAHRAVLKALDLKLKDYPFSHGQVNLLPGSVTMISSYHCSRYNTQTGRLTEPMFMRVIRQAASTAGLLASSNTQTKT >WP_182711301.1 class 1a ribonucleoside-diphosphate reductase subunit alpha [Pseudoalteromonas sp. SR45-1] >MBB1324177.1 ribonucleoside-diphosphate reductase subunit alpha [Pseudoalteromonas sp. SR45-1] MNQQLSVSKRDGRKEPLDLDKIHRVIEWAAEGLNNVSVSQVELKSHIQFYDGIRTKDIHETIIKAAADQISKESPDYQYLAARLAVFHLRKKAYGQFEPPRLFNHVTKMVGDKRYDAHLLVDYTEQELDELDAYLDHSRDLNFSYAAVKQLEGKYLVQNRVSGEIYESAQFLYILVAASLFSDYPRETRTDYIKRFYDAVSLFKISLPTPIMSGVRTPTRQFSSCVLIECGDSLDSINATSSAIVKYVSQRAGIGINAGRIRALGSHIRNGEAYHTGCIPFYKHFQTAVKSCSQGGVRGGAATLFYPLWHLEVENLLVLKNNRGVDDNRVRHLDYGVQFNKLMYSRLIKDDYITLFSPSDVPGLYDAFFEDQAEFDALYVKYEQDESIRKKRIKAIELFSMFAQERASTGRIYLQNVDHCNTHSPFISKVAPIRQSNLCLEIALPTKPLNNVNDEEGEIALCTLSAFNLGAIESLDELEELAELAVRALDNLLDFQDYPVPAAKNATMGRRTLGIGVINYAYYLAKNGKRYSDGSANALTHKTFEAIQYYLMKASNELAKERGACPKFNETTYSQGIMPTDTYKRDLDKICDEPLHLDWDTLRASIKEHGMRNSTLSALMPSETSSQISNATNGIEPPRGHISVKASKDGILKQVVPEYERLKDQYELLWDIPSNDGYLQLVGIMQKFVDQTISANTNYDPNKFEGGKVPMQVLLKDLLSAYKLGVKTLYYHNTRDGASDSQEDAPEVEDDDCEGGACKI >WP_157589094.1 helix-turn-helix domain-containing protein [Spirosoma arboris] >MVM34267.1 hypothetical protein [Spirosoma arboris] MMQVPTNEEFAAVVKRLEILERENEYLRTVVTDLQWLTVPQVAKAIRCSQRTVTRLIEAKKLINRREGSKPLCNISSVRSYLLGKKVDDVEINYRLMSACLHC >MBQ6692395.1 cobalamin-dependent protein [Clostridia bacterium] SDLIGGCTLECPEKIIYIDELDEVDNCNVRMAEVKDFAQPNAKLIRPEMEWLADGTVMLTMFFPVEKHVAEAAALECAKRMNLTDCEVISKEIMHGAEGTRIELKGKVPFAIEIDKLVIPEEPDVMSDAEIRADIERRPMRVVCGTVGEDEHSVGLREIIDIKHGGIEKYGVEVHYLGTSVPPEKLVNAAVEVNADAILASTIISHDDIHYKNIAKINRIATEMGMRDKLIFVAGGTQVASAQARANGADEGFGRGSRGHHVATFLVKKRREMEAEGKI >WP_076409454.1 ABC transporter ATP-binding protein [Achromobacter xylosoxidans] >OMG92676.1 Fe3+/spermidine/putrescine ABC transporter ATP-binding protein [Achromobacter xylosoxidans] MSALLTIEGVSMRFGAYQALDRIDLAIQQGEFVALLGPSGCGKTTLLKSIAGFLKPESGRILIDGQDVSRLPAHKRPLNTVFQNYALFPHMTVLENVAYGPRRQGASKSDAAQRARDALDMVGLADFGPRYPREMSGGQQQRVALARAIVNQPKLLLLDEPLSALDLKLRKRMQLELKHLQARLGIAFIFVTHDQEEAMTMADRVVVMHAGRIEQVGAGTDIYRHPATRFVAEFIGDANFIAYTVADDGALMLDAQRLRVPLAQRPATGRGLAVLRPEDLKLCQRADAMLTGTVSDVINVGSHSMIHVDIGGQTLVARHGGLAPGGLRTGGEVALAFAPDHLHLIGGQP >RPI95901.1 preprotein translocase subunit YajC [Spirochaetales bacterium] MARLRPGVLIRIVRFSDVQQLYSLGGCTVSDLFLSTAYAQIPGGAGSQGWMSFIPIVLMIVIFYFLLIRPTQKREKERKKMIDSLQKGDKVLTSGGIYGVVINIKADENIIVLKIADGAKVEFARSAVQAKV >MBW7892865.1 delta-60 repeat domain-containing protein [Chitinophagaceae bacterium] MPITDGPVEAVLRDGNTLYLGGKFFGIGPSVPYGASIGIATGKHNPNFVNPNGSVNVVVSDGAGGWYIGGDFTRVGGVTRNHLARINADGSLHSWNPNSDGTVYSLCISGNTLYVGGAFSELDGQPRNNSGAFNTTTG >XP_013005546.1 ATP-binding cassette sub-family G member 2-like isoform X2 [Cavia porcellus] MSSSDVQISVPVSESNTLLPRTTASNPQTWTKSLVLSFHNISYRVKVKHGSLPCRKTIEKEILSNVSGIMRPGLNAIMGPTGGGKSMLLDVLAGRKDSPGLSGDVLINGELPPADFKCNSGYVVQDDVVMVTLTVRQHLEFSAALRLPTTMKNDQKNAKINDLIAELDLDGVADSKVLSKGERKRTSIAVELITDPPILFLEEPTTGLDSSTAYAVILCLKRMAMQGRTIIFSIHQPQYSIFKLFDSLTLLTSGKLVFHGPAHLAVDYFTSAGYHCEPYNNPADFILDVLSGNSAIVVNQEGESSEARETEVFYKRNKPAVENLVNLYANSSFYKEIKDELDNSNFPRGQKKRISAFKITSTTSFWHQLRCIMKRSFRNLQGFPQVTIIQLLIILAIAVITSCVFLGRHDNCTALQNRSLVLLTLVIFQCFSSVSAADIFVLEKKLFIHEYISGYYGLLPYFFGKLLSDLIPRRLLPSITFTLTVYFMFGLKKEVEAFCIMMFTVMLITYTASSMALAIAISPRIDSLTTLIMNLYFAFMLALQHNEFWGQNFCPEFNTAEHSGCSSYVICDGEEFLEIQGIDPSLWGFWKNLLGLTIMMIIFLFITFLRLVLLIKHYNFHLQLL >WP_133325549.1 efflux RND transporter permease subunit [Sapientia aquatica] >TDK68676.1 multidrug efflux protein [Sapientia aquatica] MKFTDLFIRRPVLAIVVSLLIVVLGVKSLFSLPVNQYPKTQNAIVTISTTYYGADAQTVAGFITQPLESSIAQAQGIDYLSSSSTNGVSTITATLRLNYDANRALTEISTQVNAVKNQLPAQAQQPVLTVQTGQTTDAMYMGFYSDTLPTNNVTDFLLRVIKPKLDSIDGVQTAEILGARTFALRAWLDSSKMAAMGVTAADVSGALASNNYLTALGASKGQTVTVPLTAGTDLHSVEEFKQLAVKQNNGAIVRLEDIATVSLGSENYDFNVAFSGVRSVFIGIKVAPEANILNVAERVRKAFPGLQDELPHGLTGKIVYDSTEFINTSISEVIKTLVEALVIVTVVIYLFLGSFRAVLIPVIAMPLSLIGTFFVMLMLGYSINLLTLLALVLAIGLVVDDAIIVVENVDRHMKEGKSPIESSILAARELGGPILAMTVVLIAVYVPIGFQGGLTGALFTEFAFTLAGSVAVSGVVALTLSPMMCARFFKPEQDSGKFVMLIDRIFEKVRHGYLRVLHSILNTWPVLIVMSVILIGCLVLMFKMSTSELAPEEDQGIVLSQVVGAPTATADQMQVYADQVFKVAHSMPEYKQMFQLTGVPTTNAGIGGVLLKDWDQRSRSAKEIQQDLQAKWNKLAGAKVVAFQFPALPGSSGLPVQFLITTTEPFANLNEVSQKVMAKLQASGKFYFIDNDLKLDKPQATLVVDRDKIATLGMTQQDVGQALGAALGGGYVNYFSIAGRSYKVIPQVLQVNRLNPDDLLDFHIRTPAGDMIPASTIAHITTSVVPESVNHFQQLNSATISGVAGVSQGEALQIMRDALKEVAPTGYSADYSGQSRQFMNESGGFVGTLLFAVIIVFLALAAQFESFRDPIVILVSVPLALFGATIFIFWGFSSINIYTQVGLVTLMGLISKHGILIVEFANQLRKKGLDKRAAIEEAAGERLRPILMTTAAMVFGVLPLVIASGAGAAGRHAMGLVIFTGLSIGTLFTLFVVPAMYVFISGAHVAVNEVDKQIAKMA >MBQ3498542.1 D-alanyl-D-alanine carboxypeptidase [Clostridia bacterium] MKKAIIFLTSLCLILGMYAPIGASALYNSQVKTETEIFYIASLDTGTVLFEKNSQKQAAPASLTKIVTAIVALENCTDLETVVTAKEESIRMLDGTGSSLGGIKVGEEVTMRNLLYYLLISSANEAATIIADYIGGGSVEKFVEMMNETAKRLGCNNSHFMNPHGLDEDGHYSSAQDMATFAKHAMTFPVFNEITNTSTYKMPATNLQSEHNIISTNFMLSSGYKEYYLAEAKGIKTGSTTNAGKCFVTTATKDGYSYIAVAMKAPYYDYDKDGYPENFAFMDTKAMLEWIFDNIKLKVVTDPSKIITVVDVKYSSKVDHVRLVPAEDCVALVPDSVDSNSVLVEPVKDTVPAFVEAPLKKGDEVCEAVVSYAGEEIARIKLVAAEDVDRNIFLMVFGKLGDLVKTTGFKIFMAIVVAVILFFVIANIYVNRNRKRKRVKVFNYRDMK >WP_085648136.1 MULTISPECIES: POTRA domain-containing protein [unclassified Pseudomonas] MRVMASLLFLSLSCTTLADTLPSFLNSNETIRNLPVPNLPADAYRPNAAPLQVPEPGATAAQPLLMGTKINLRTVQIEGGTLYPLNELAEIYKPLIGRESSLADLIEATRNITRRYQQDGYLLSYAFLPQQNFDDGVARVVLVEGYVRDVQIAGDVGRVKALLERLAAKLQAERPLTRKTFERYTTLMTRIPGVTIQAQVPPPGTTEGATTLVAQASRKPFTSTLSTTEDNRNGTQALLGISSNSQTSMGEQLSLSGLFPPGDDHERYYRLDYNQFVNDEGAQLSLSASRYRADPGTNVVLNNGLELKPHRENDRYSLGFSLPLIAASDELLTAGSRLYAVNDKTRYNVIGYPLSVEERTDIRALAFESDWRKADARQLRILSGGVYQGFDSLGAHTNNSAIDLDFFRVRLSGVQSDKFFDNWQGVLSAALYWSDDTLPDSERAVFGGQNFGRGYPDDQASGDKGWGVAYEINYSFNRDGNWVRILQPYFVLDRSRSWFNELPVQANNLSSAAVGLRFGDAKYYNIALEAAKAMSDEALDTFNRRPRYSISFSYQL >WP_092226977.1 phosphoribosyl-ATP diphosphatase [Bradyrhizobium sp. Gha] >SFH83143.1 phosphoribosyl-ATP pyrophosphatase [Bradyrhizobium sp. Gha] MSDSLERLYLAVLAARDLDPAISRTARLFQRGSSKMAKKLAEEAIEVVIDAVNGDTEAVIRESADLLYNLTVLWASAGVRPEDVWREMSRREDMLGIAEKLPKSSMKLPKVASPRTSPRRPIVALEGRSARKRH >MBS1713296.1 DUF1015 domain-containing protein [Armatimonadota bacterium] MATVRPFQGLRFRPNAGRLEDLVAPPYDVISPAERETLAEKSPHNVVRLTLPEQREDDRSKFVKYARSAAQLEEWRRDGTLALEERPSFYRYSQTFQVPGSDRSFTRTSLIVLLKVEPYAKGVVLPHEQTFPKHKEDRLRILEATHSHLECIFGLYEDDDNAVHSLVASSPGRQVGDLLTREDGIRHTLDVIDEPTAVEGLVRALEDKRLWIADGHHRYETALAFREAKGDVDGLVAEDYMMMAVDSMTDPGLVLLPTHRILKSMPMSADDLKSLMSADFELTECANASLMSEIEAVSAQGGRAFGVALPGGQGFVAKVKDLDRTASKIEGGGTPFLNGLDVSVLHGYIFEKVLGLKGLDFFGYTRIESEAVEAVENGSPASFLMNPPTVDDMRLIALGGEKMPQKSTYYYPKLLSGLVVWSLKDF >MBF2073911.1 HNH endonuclease [Synechococcales cyanobacterium C42_A2020_086] MNLEDKDLKDLFKLADRIGRQHYHKLTQQDLIDYKAFDRWRYVNGDSECGTTPESQLWAKEHSDAHCPICGTKFSECGGRTIDHKLPRSQYPWLAMEFQNFWVICRACNQEKGEMHWFEYEHYILIHHPDRLADVQLACPTQLLKSLKS >WP_272062680.1 photosystem II chlorophyll-binding protein CP47 [Oscillatoria sp. CS-180] MGLPWYRVHTSVINDPGRLLSVHLMHNALCAGFAGSMLLFELARYDPTDPILNPMWRQGCFLLPFVARLGVTNSWQGWSITGETFADPGFWTFEMVAVAHIVFSGLEFLAACWHWVYWDVATFFDPKTDEPIIDLPKVFGIHLLLAGLLCFGFGAFHLTGVFGPGMWVSDPFGLTGHVQGVAPEWGPAGFNPQNPGGVVAHHIAAGIVAIIGGLFHILVRPPEYLYKALRMGNIEGALASGLAVFFAGGFIAAGTMWYGTATNPIELWGPTRYQWDQGYFKQEINRRVHAAEAEGKSPSEAWSSIPQKLAFYDYVGNSPAKGGLFRVGRMVDGDGLPTGWLGHPVFEDKQGRELEVRRMPNFFENFPVVLFDQEGTVRADIPFRRSDAEYSFEQTGVNVSFYGGQLDGKTFTDPQTVKKYARKAQLGEPFEFDRTVYNSDGAFRTSNRGFFAFFHACFALVWFFGHIWHGLRALFQDVFSGIDPELSAEQVEWGYFKKVGDPTTRQTTI >TYI23342.1 hypothetical protein ES332_A06G158700v1 [Gossypium tomentosum] MSELKQHGGKILIPGIAARKFHAVDVIYSDRRKSKLPIVFDTSKLAVPEASLVYLSFRANSQAMVNSWGKPFYDAFSESKSVQLYEITRDLLFYCQLQLLRVREICKYILFNCNIQMLGLCLCILSYPFANLSFGACKI >WP_251438464.1 cytidine deaminase [Microbacterium sp. USTB-Y] >MBN9156428.1 cytidine deaminase [Microbacterium sp.] >MBS1896770.1 cytidine deaminase [Actinomycetia bacterium] >MBS1899056.1 cytidine deaminase [Actinomycetia bacterium] MDIDWDELRRVADEAQQKAYAPYSHYRVGAAALVDDGRIVSGCNVENASYGVTLCAECAMVGDLFMSGGGRLVAFLCVNGEGETIMPCGRCRQLLFEHSAPGMLLETVSGIRTIDEVLPDAFGPRDLENVR >KIE57707.1 transposase [Methylacidiphilum kamchatkense Kam1] MSDTLQTGKTRWTHYQIAYHFVWIPKYRRKVLTGKVESACKRFIAECCVQHGFTLLAMEMDIDHVHCFVSAPPRWAPATIVGLLKGYTSRKLREQFPWLKKACGREQLWTQAYYVGTAGSVSAEVIRRYIHECQGK >WP_208562420.1 zinc-dependent MarR family transcriptional regulator [Streptococcus suis] >MBO4107618.1 zinc-dependent MarR family transcriptional regulator [Streptococcus suis] MSKLAHLIEIKLQEIILSSENHLEILVGSCQSQETLTNTQEHILMLIENKSYTSSEIAKELGVSQAAITKAVKSLLAKDMLMGMRDEKDARIIRYQLTDKAKPIALEHAHHHELTIATYDEVLAAYSQEEQEIIGRFLTDLVGKIKK >WP_158799804.1 hypothetical protein [Pedobacter sp. L105] MLFPDLKKVLIILYLLLLTCLTKAQIPIIGNTTNLKKIENTNRNVFLLFNKVSEIDEFTGEELSYNSSNRGDSLILAVNCNKNVSISVNKYCSLKKIKILIQHVDTLKIVGNFKTSLSIVKQHIGATSESLIHSIQIANSDVKEVNLPYSVVNRIYLNNSIIRYLNLNGSRVIDEFNLNKIRLDSSNFYCASLPGYMIFNYLDLTYSGIIDLTTLRDLKSRNPKGTFELERTIRFSNVDLDKFRLPYDRLNFHIDSLQDEARIRWIYEKLLRHLNAQGLSAKYEWYNQIYKEIIDSKEHSHFYNVASTFWWDKGYKKSQPIKISLWLFLLFTLINCYWMTELLSTYYPSSLKKYLGGLRDDGGIMLEEIVNERQRKIKNLHKLKHVKVAFIYTSFIFWGLRLDMQEFTVKKIRIYIYIIFQYLLGLLCAAYIVNFLVRR >WP_089274238.1 Mu-like prophage major head subunit gpT family protein [Humidesulfovibrio mexicanus] >SNR95372.1 Mu-like prophage major head subunit gpT [Humidesulfovibrio mexicanus] MAVITPALIAAMMTGYRSEYQRVFGETPSDYAAVATLVPSSSKSNTYGWLGQFPQLIEWVGPRVVKDMAAHGYSIINKLYEATVGVPRTDIEDDEVGVYKPLVGEMGRAAKVHPDVLSFALLKAGLTTLCYDGQNFFDTDHPVYPNVDGTGVAATVSNCQAGTGAPWYLLDCSRVLKPLIFQERTKPELTQLTDAKDEKVFDTDTYRFGVRYRCNVGFGFWQLAYMSKADLTTDNFNSAYAAMSSLTTDGGRPLGIRPTLLVGGPSQRTKILEITKATRLENGKDNINQGVVDALVTPWLA >MCK9252526.1 Gfo/Idh/MocA family oxidoreductase [Clostridiales bacterium] MIEGREAKTPGQMLRCGMVGGGPGSFIGGVHRAALGLDNSAQLVAGCFSRDGDKNRQTGEALRIADDRVYSNFETMARREGQRDDPIDFVIVTTPNSSHFAACKAFLEQGIHVMCEKPLTVTAAQALELRRLARERGCLFAVAYAYTGHVMVREARAIIRRGDIGDVLVVMGEYPQDWLIDRLEDNQKQAAWRTDPAQAGASNCTGDIGTHIENMVRYMTGLRIRQLCASLDIIGEDRTLDTNAEILLRFDNGARGSYWCSQVAIGNDNGLKVRIYGTKGAIEFDQEQSNYLKVTLKGQAPRTYSRGAGYLSPASAALARTPTGHPEGYHEAYANLYADFTRAIWQKIEGQDVDEADVDYPTLEMGIDGVRFIESCVASSRHGAVWIDVPQDD >WP_265225845.1 efflux RND transporter permease subunit [Burkholderia cenocepacia] MWIVRLALRRPYTFVVLALLIFIAGPLALLRTPTDIFPNIDIPVVSIVWSYNGFSAEDMAKRITSNYERALTSDVDDIEHIESQSLNGVSVVKVFFHPGADINRAIAQAASNAASILRILPPGTLPPNIITYNASTVPILQLGLSSDTLAEQQLYDLGNSFIRTQLATVQGAAVPLPFGGKIRQIVVDLDTRALQAKGLAPIDVVNAINAQNLILPGGTAKIGTHEYNVQMNGSTQTVAALNDLPVKTIGGNVVYVRDVAHVRDGYAPQTNIVRVDGKRAALLTVEKTGSASTLTIIDQVKAMLPKIAAGLPNTLRIAPLDDQSVFVKAAVQGVVREALIAACLTALMILLFLGSWRATLIIAITIPLAVLTSLLALSVLGQTINIMTLGGLALAVGILVDDATVAIENITHHLELGAPLDEAILTGAGEIAVPTFVSTLSICIVFVPMFLLTGVARYLFVPLAEAVIFAMIASYFFSRTLVPTLAMALMRAKGSGRPPRGAFARIARFQAAFEHRFEAVRLRYRALLSAAIARRRRFAAAFLLACIASTGLYAFAGQDFFPSVDTGEIRLHLRAPTGTRIEETARLTDEVETKIRSVIPANQLAGVLDNIGVPVSGINLTYDSSDPIGTEDADVLVTLKPDHASTAAYVAKLRNVLAQAFPGVTFAFLPADIVSQILNFGLPAPIDIQIVGNKLDQNRAVANALLTKLRGVRGLVDARIQQPGDEPAINVNVDRTKAIQAGLDQRDVAQNLLIALSGSSQTTPNFWLDPRNGVSYPVLVQTPQYTVNSLQSLANVPLPAGTARSPQTPADGPAAGAPAQNLLGALGTFSRATQQAVVSHYNVQPVLDIFASVQGRDLGGVTADVTQLVDAARAQLPPGASIVLRGQVQAMHESFAGLLGGLALAISLVYLLMVVNFQSWLDPLVIVGGLPASLAGIAWMLFVTRTTLSVPALTGTILCIGIATANSILVVNAARELLAAGAPPWQAALDAGFNRFRPVVMTALAMLIGMLPMALGLGDGGEQNAPLGRAVIGGLAFGTVSTLLFVPVLFGFVHAWLARRRDAAAARHAQHAPDTPALR >GIU76508.1 MAG: sulfide:quinone reductase [Bryobacteraceae bacterium] MARVVVLGAGIAGHTAAAFLRRWLPKRDEVVVVSPMAEYNWIPSNIWVGVGLLKKRQVVFPLAPVYQRAGIEFRQARAVALWPEGDAESATPAVEIEWTREDRRGQREKIRYDFLVNATGPKLNFDATPGLGPGRHSYSVCTADHAEETARAFLEEVERMKRGERRRFVVGVGHGSCTCEGAAFEYIVNLEFELRARGVRERAEILYLTNEYELGDFGIDGLHIKRGGYITPSKIFHESLFAERQIDWLTRAHVRRVEPGRADVLTLDNEEREVRFDFAMLLPPFRGVDMKAFSREGADITDRVFAANGFMKVDADYTPKPYEQWKARDWPRFYQSPAYENLFAAGIAFAPPHPISRLRTNKDGLMISPAAPRTGMPSAMIGKAVAASITDMLRGASKPTHTASMAEMGAACVASAGANPLTGTAASITVFPIVPDYERYPEYGRDPNYTFGEIGLAGHWIKILLHHMFLYKARLLPGWWMIPE >POM61486.1 hypothetical protein PHPALM_29484, partial [Phytophthora palmivora var. palmivora] MAYVKLLIQRNGCRCGRNSLVGLNYTCQTSRPNKALNPSNYSFLLHGYPYCEFMMRTATDGFRVRWRQERPNQTQRPRNHRSAVTCGDRVASRIADCEAAGTYPVVDAELLDHWDVHVSPFGAVPKGDELLAAICLIHDLSHPFPECPNEFTDTPSLPPVQYEHVAALARRIDLLRTRFPTVEILMLKGGVNGAFRHLHQHANDVGW >HAA79725.1 ATPase [Microbacteriaceae bacterium] GLWVGLAAALLVGALVGAINGFLVAYLRLPSLVVTLGALYVVRGIFNDYAFGRTITAAMVPPEVAWIGLNRLAGIPVLFLIGLALVIVSGVIMRRVRAARDLYAIGSNPVAAELAGIPVARRVFTAFVINGSITGLAGAVMLGRFNAANANSGLALELIVIAACVVGGVTIAGGSGSVWGAFLGAILLQAITRTIGALGIPQFWQQAFNGALIILAIALDKYLSTRVMATTIMGSKDE >WP_261529150.1 YadA-like family protein [Burkholderia multivorans] MARAAYRQKSMNRTYRTVWNAARGAIVAVSERDRANGKGQAGAGTTVALTSATLAVLGSMAMWSGGAAAQVAISGTNCPGTATANTNNGIAVGCGANAALTSGAIAIGANVTASGVNGTAVGIFSQATGQAATAIGTSASAGGLNSAAIGPGAKAAGSSSSALGSFANSVSAGSVAVGAATAGTTSTNDTNNVAIGPGAFASGGAGAATHGSGQSVAIGDSASASALQAIALGGNAIASAQDAFAAGAGAMATQQGAIALGTAANAGNQYAIALGWQSVATGFYGVAMGISAQATAANAVALGPNAQATNSAATAVGNGANAGGNTSLAIGGQAIAKGDGTVAAGQGAGAGSTTGNTGSVALGLATGTLVSGAQNTAIGGGIASAMRGAGSGVTGARNVAMGVGDGTVAYDGTLSASAGNLVSGNDNVAIGTNAGIGVAADATTSIGLNALASGTNAIAMGTGATASGVNSLSIGTGNVVSGANSGAIGDPSTITGSGSYSLGNNNTINANNAFVVGNGVTVPAGLNGAVVLGNASTVSNAVQTPNAVIGGNTYSFAGGTPAAGDVVSVGSAAAPRQIQNVAAGQISAASTDAINGSQLYATNLAINSLSTSTLSGITSLSTGLSSTNSNVASLSTGLSSTNSNVASLSTGLSSTNSSVASLSTGLSSTDSNVASLSTGLSSTTSNVASLSTSVSAITSNNNNLGNSTAGAIGGGATYDPTTGTISAPSYVTYNSDGSTTINNNVGSALDNINEHGIKYFHANSTAPDSQAIGLDSVAIGPNAISRVDGSIALGAGSVADRATVPASGIMRNGSASIPFDTTDQTLLGAVSVGDATNKTYRQITNVADGTGQQDAVTVRQLTGALQSFAVTGQLYFHANSTRADSLAVGAESIAVGPTTVVNGDNGVGIGNGAIVDSTAPGGVAIGQAASSAQADAIALGSGATATGAQSVAQGANAVAVSVGSVALGSGARSTATDALALGAGASSTFANSVALGAGSLTTVGALTNYIAYGLSTPQSSAGEVNVGNRQITGLAAGMAGTDAVNVSQLNAVADQLTTLIDQRTSNLGGSYTTNPDGANVPPGSTGPNSSAGGSGAVASGSNSTAVGNNAVASGNGSTAIGVGASASGNNSTAIGNGSNDGGRSNVVAVGSADSARQVINVAAGTQGTDAVNVNQLNAGLSNTLSQANSYTDGQIAGLRNSLDSYRRDADGGTATAMAIAGLPQPSGPGKSMVAIAGSVYRGQSGQALGISTISENNHWIYKAAVSTNTRGTYGAVVGAGYQW >WP_249438391.1 AAA family ATPase, partial [Escherichia coli] FNFQGRVMTIERSLQDSAHYRLYDSSIENVSEANLLMVFSKSASSKKSFSSYFYGRLNFKEAKVRTNLSNTLHKFNLNNVFEFFCIDELRVLTEKSLILSDIPSEETKRKSEFKFLLTQRDDTNSLAEKPNKKARYF >KQC11686.1 MAG: hypothetical protein APR63_12240 [Desulfuromonas sp. SDB] MTKPLTKAQIQLKKIRRLKGKGLRNHLVHRFLHNYGYDKGEVTAKAIVDDILSLLEDFFLVGSVDDDLRHIQNGQLVWMAVPVDEYPQRGKTLAQTRMKPVILSMNTDADIDHIAHGFDTSTLRKKRLKRLVDEAFDQGALLSQLDLAMLLGVSDAVVSKYVNQIQKEGHLLPTRGNIHDMSGAITHKREIITLYLDGYLTPAIAAKTNHSKEAVDRYIRDYHKVETLWMHGITELQQISHLSHLSARVAQQYIDLLPQKIQRNKELCTKEFDSDQQKQDLQLSGETEAGSAGKQPARDNRKQEQALAPVETTRSLAGKSVFAKCLKKSNIITA >WP_265364885.1 protoporphyrinogen oxidase [Streptomyces endophytica] >UZJ33723.1 protoporphyrinogen oxidase [Streptomyces endophytica] MSAAHTSTAPGSGGGHVVVIGGGISGLAAAHRLLEGGARVTVLEASDRLGGKLRAGEIAGVPVDLGAESMLARRPEAVELARAVGIGDRLQPPTTATASLWTRGALRPMPKGHVMGVPGDLAPLAASGVVSPEGLARIEEDAELPRTEIGADVAVGAYVARRLGREVVDRLVEPLLGGVYAGDAYQISMRAAVPQLFEAARAHRSLLEGVRGIQARAAATMHQIGPAAAGGGQGAPVFMGIAGGIGTLPGAVAEAVRAKGGEIRTGTPVGGVRRSADGWRIELDGAALTADAVVLATPAPDTARLLARDCAPAARELATVEYASMALVTMAFRRSELERQPTGSGFLVPPVDGRKIKAATFAGNKWGWIDRAAPDLFVLRTSLGRYGDEADLAREDTELAALARADLREAIGLTAAPVAARITRWEDGLPQYPVGHLERVARIREAVGQLPGLRVCGALYDGVGIPACIASARKAAEDILGTLRPAGLPGE >NFE66003.1 GNAT family N-acetyltransferase [Clostridium sporogenes] >NFE68809.1 GNAT family N-acetyltransferase [Clostridium sporogenes] MILNTERDYPSCKFYEKNGFQVLGNLIVLGK >WP_162529103.1 alpha/beta hydrolase, partial [Mycolicibacterium sp. CBMA 361] >MUM35818.1 lysophospholipase [Mycolicibacterium sp. CBMA 361] SRDGVIANAVSVGRIIGSPGYPAPLDQAEADAAESYDRSYYPIGVARHFGAILGSGSLRHYDAQITAPTVVIHGRADKLMRPSGGRAVAKAIRRARLVLIDGMGHDLPAPLWENIASELATTFAEVR >WP_216537974.1 hypothetical protein [Paenibacillus sp. MSJ-34] >MBU5442238.1 hypothetical protein [Paenibacillus sp. MSJ-34] >CAH0118983.1 hypothetical protein PAE9249_01480 [Paenibacillus sp. CECT 9249] MKIDPDRYLDYNEEISKRYKRTDEEFQLSLLRGINNKFDLMTRFHKRNLVAENITVYCYWGESLLGKTNFTRDKDEYKMVEPYPDLSLLGEDNKWYLKYDVNGKEERVFLKERQGRDFGIRWDEMGP >WP_107668606.1 peptidoglycan editing factor PgeF [Cyanothece sp. BG0011] MMSDRLTQTWQWQSAQGLPYLTCSLLKLWPHGFFTQPFYPRSPEDLTKILDPQAHSYRVKQVHGNRVLSPSEIREETTEDNFPPADGIIANLEKQAIWVASADCTPVLIGDEVTGNIAAIHAGWRGTAKRIVPEAIARLQAWGSAIKNLRIAMGPAISGEVYQVSEAVAAEVGESLFKKEKIDSLEGILKPLAKISNPPILPDPEPGKVRLDVRRINQLQLEQLGIQAEQISIAPYCTYQSPSHFFSYRRTQEKKVQWSGIMKT >XP_027547584.1 39S ribosomal protein L38, mitochondrial isoform X1 [Neopelma chrysocephalum] MRGRCLLSKFSDTKLGGLTDTAEGCAALQKDLERWDRWAERNCLKFSKAVLWRRAAPLGPMPNEDIDVSNLDALEKYRSFTRYFRLAEKESRKPRWWKTYHQHTNPPKEPQTDISLPRKRLSRAKEIRERKAILRGNRQNAEMERAARLQTVLIPLDEVRAEWERTSGPFHKQRVAEHCGVFRDLFKGATFTPWVALRVHYSQEDEDLVPVYYGNMVTPSEASSPPAVSYEADKGSLWTLLLTNPDGHLRDADSEYLHWLVTNIPGNDIKSGKEICHYLPPFPAKGTGYHRFIFLLFKQDHPINFREDTRPMPCYSLKMRTFSTFDFYRKHEDAMTPAGLAFFQCRWDSSVTSIFHQLLNMREPIFEFVRPPVYHPRQRKFPRQQPLRYLDRYRDTEEPTYGIY >SKC89544.1 Por secretion system C-terminal sorting domain-containing protein [Ohtaekwangia koreensis] MLQVLLRRTLFLLLLLGLVQANAQSRLRADGTRIVNASNQEVILKGVGLGGWLLQEGYMLNPNSGGTQGSFKKRLYDQGQTEAQVEAFYQSWRDNFITQADINWIADQGFNCVRIPMHYDLFLTAAQRTARNNVIRNSGNYTNYINSLTTWYNNNQLFVDPNLEGFRTLENCLNWCAARGMYVIVDLHAAPGAQGTDSNISDALVGNDLWNRTIFQDMTVRLWEKIVSRYINNNTVAFWDLINEPNNVPQNQSIHALTNRLINAIRALGDTHLIMVEGNGWGNNYDYLEPYTFTNNSNLVYNAHRYWIAEGDDYIRDGNPNQINRLINLTEFRTRHNVPVWVGETGENSDEWLRQNVDKLNANGIGWAHWTYKRTSSSANAALRRIVGPPYLTDGVSAMSGVLNNIKFANTVVNSGPLAAVDPRRGSSSSCSGNYTSVPATIQAEGYCSMSGIQTETTTDTGGGQNIGYTDAGDWLGFRINVPTAGTYTVEYRVASQSGGGAIRLEQFGGTAVYGTINVPATGGWQTWQTISHTVQLPAGSQEVGIAITAGGFNLNWFRVTGNSTSAPIGQTIWLRGINNLYVSGENGTTAMNCNRPSPGTWEQFTVVDAGAGKIALRSMSKYVSSENGVAAITCSRTTIGDWEKFDWVVNPDGKVSFRGNNGRYISSENGAAAMTCSRTTISGWEAFSYGTGSGARSAAPETDTSAPAAETDGLDIYPNPSSGIFTIRVSKPGTISIITTSGKTILKSEVKDVLPVNKLSSGIYIVRMKTNTRIVTKKIVVE >WP_168694891.1 sulfite exporter TauE/SafE family protein [Dolichospermum flos-aquae] >QJB43311.1 sulfite exporter TauE/SafE family protein [Dolichospermum flos-aquae CCAP 1403/13F] MLDLLLITLLGFLGSFGHCFGMCGPLTVAFSLSKQQENPSWQQQLKFHTLLNLGRMLSYAFVGAGIGALGSVLVEGGQLAGVGSDLRRWIAIITGIMLIWFGLGQVKPDFLPHIPLLHPILKGNLHNRLSAAMLKLSAQTQWWTPALLGMTWGLMPCGFLYAAQIKAAATGNLWQATATMLAFGIGTLPIMLGLGVSTSLISQYQRSQLFRLGGWVTLIIGAITLLRTGDTMTDYSGHAALICLNLSLIARPVNSFWSAPLRYRRALGVGAFVLSVVHTIHNLEHSLDWNLTAFWFLPLEFQWGMSAGAVALVLMLPAACTSFDVMQKSLGKHWRHIHLLSVPALLLSAIHTVMIGSHYLGAVRLSWQNQLAAVLLSLITLAVLLIRSRYSWLYLRLEKFYVPPNKSR >EAC1232420.1 DNA-binding response regulator [Campylobacter coli] >EAI7711628.1 response regulator transcription factor [Campylobacter coli] >EAJ9862471.1 response regulator transcription factor [Campylobacter coli] >EAL0725393.1 response regulator transcription factor [Campylobacter coli] >EAV9509805.1 response regulator transcription factor [Campylobacter coli] MINVLMIEDDPDFAQLLSEYLTQFNIKITNFENPKEALNVGIQGYDCLILDLTLPGIDGLEVCREIRQKYNIPIIISSARGDLSDKVVGLQIGADDYLPKPYDPKEMHARIMSLIRRTKRAENTNNENINSAFKIDERKHEITYQNKVLTLTPAEYEILEYLIQQHGYSVSREQLVSRCKNLKDKDSKSLDVIIGRLRTKINDSSKAPKHIFSARGIGYKLIG >AFN42320.1 ATP synthase F0 subunit 6, partial [Prosopium coulterii] LLLPLNLGGHKWAVMLTSLMLFLITLNMLGLLPYTFTPTTQLSLNMGLAVPLWLATVIIGMRNQPTAALGHLLPEGTPVPLIPVLIVIETISLFIRPLALGVRLTANLTAGHLLIQLIATAAFVLLPLMPTVTILTALVLFLLTLLEIAVAMIQAYVFVLLLSLYLQENV >MBM3210814.1 hypothetical protein [Candidatus Poribacteria bacterium] MKKANLRRKMNQKLLICIVGIDGSGKTTQARKLLDHYKAMGVKAAYAHCYHRPILLKPFKMLAKATVMRNTNEFSEYKNYRVKKTSVSRRYHLLAGIYALIWFLDYWIQTFMHVKFIWVTSSVIIIDRYIYDTALNISLSLNKPVDHAFRLIDFFLRFNKKPDHLFVIDLPEETAFNRKNDIQSVAYLKERREHYLCIAKRCGAHILNGEMNPESLENQIFGSLKIERTAEAGAR >EHA1403784.1 peptide ABC transporter substrate-binding protein [Salmonella enterica] MRHSVSVTCCALLVSSFSLAYAADVPGGTVLAEKQELVRHIKDEPASLDPAKAVGLPEIQVIRDLFEGLVNQNEKGEIIPGVASQWKSNDNRIWTFTLRDDAQWADGTPVTAQDFVYSWQRLVDPKTLSPFAWFAALAGITNAQAIIDGKVTPDQLGVSAVDAHTLRIQLDKSLPWFASLTASFAFYPVQKANVESGKDWMKPGKLIGNGAYVLKERVVNEKLVVVPNTHYWDNAKTVLQKVTFLPINQESAATKRYLAGDIDITESFPKNMYQKLLKDIPGQVYTPPQLGTYYYAFNTQKGPTADSRVRLALSMTIDRRLMAEKVLGTGEKPAWHFTPDVTAGFTPDPSPFEQMSQEELNAQAKTLLRAAGYGSQKPLKLTLLYNTSENHQKIAIAVASMWKKNLGVDVKLQNQEWKTYIDSRNTGNFDVIRASWVGDYNEPSTFLSLLTSTHTGNISRFTNPTYDKILTQATMENTAEARNADYNAAEKILTEQAPIAPIYQYTNGRLIKPWVKGYPITNPEDVAYSRTMYIVKH >NWT13315.1 SAP protein [Vireo altiloquus] PLCDVCQFTVRTVESLLENNVTEEQLVNDIEKVCYMLPHGVIGQCKDFVNSYGKAVVIMLLEATDPAAVCSMLRCCPRSEDSQPGELAPSTGPREARAGAFCNVCQIVITYFDNELLKNETLEELGEVLEKGCAMLPTPLTSKCEALVLQYEPAAVRLFVQMMDPTFVCTKIRACDSGKEDLLGLAPCVWGPQYWCKNMATAVECNAVAHCRRHVWN >GGB39876.1 putative formate dehydrogenase [Lentibacillus populi] MQKHIIVTINGREYLAEPGQLLLDLINTTGEFVPQICYNESLGPIQTCDTCMVKVNGEIVRACGTTITEAMEVETTAEMVHTAQKEALDRILEKHELYCTVCDYNNGTCEIHNMVADFGLEHQARPFQAKPYEVDRSSKFYRYDPDQCILCGRCVEVCQDVQVNETLLIDWDREQPRVIWDNDVPIDQSSCVSCGQCATVCPCNAIMETSMEGEAGYMTDHKPGLLRSMIEVTKKAETGYGPLFAVSDTEAAMREERIEKTKTVCTYCGVGCTFDVWTKDRKILKVQPQKDSPANGISTCVKGKFGWDYVNSEERITRPLIRKEDHFAEVEWEEALDFIAKRFQEISAEHGPDALGFISSSKATNEESYLMQKLARQVIGTNNVDNCSRYCQAPATKGLFRTVGHGGDSGSIDDIAQADMVIVIGSNTAESHPVIASRIKRSHKLFGQKLYVFDLRKHEMAQRADRFFRPKSGTDLVWLSAVTKYIIDQGWENREFIDKWVNNFAEYKKSLEKFTLAYAEELTGISQADLKEIAQEIVRVDKLAICWAMGVTQHTLGSDTSTAISNLLLITGNYMRNGTGAYPLRGHNNVQGCSDFGSMPDFFPGYEKVTDDAVRERYEKAWNTEIPREPGKDNHEMIRAIHDGELHSLYVLGEDTGVVDANINYVTNAFEKLDFFIVQDLFLTKTAEYADVILPAVPSLEKEGTFTNTERRIQRLYQALDPVGDAKPDWQIITLIAKEMGYDWNYSHPSEIMDEAAKLASLFRGVSYDRLTGYSSLQWPVLQDGTDTPLLYVDGFPFEDNKAQLYPLDFNYDYDTDEEYDLHVNNGRVLEHFHEGNMTYKSAGLTHELPNAFVEISHELAKDRGVEEGAKVKLISREGEVKVSVHITDRVQGKELYLPLNDNGKSAINYLTNNKVDKDSNTPAYKEVAAKMVVLQRKGNSPIPSHNHRKGNRQPQISVNVERKWERKDYIFPGSKVKN >MBT3283529.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT4424391.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT5642064.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT6605558.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] >MBT7187848.1 DUF1624 domain-containing protein [Candidatus Bathyarchaeota archaeon] MASKPAGRLQFIDFTRGLVMAIMAWDHVSGFWNQFHQGSEGVMGAMRPFMNTTWFLVRFVSHYCAPTFIFLAGTVLAISTIKREARGESQFDISGRIVIRGIVLLVAESLIVAPAFGTPWAYFGVIACIGLNFIIFSFARKLPNWLILALSLFIVFNHNFINLDFIPNDVAWGHYLRVILHEPNFEMRPWVGLYPILPWLGVMGMGWVFGSIISGYTPEQIRGLEGPLRKIGLASIGLFILVRGINGYGNLLPRQGWSLVDWLYVSKYPPSQAFLLWTLGGMCLFMSYALKHQDKSTFNTGVTGVLNQYGRVPLFFYLTHLWLYRLRLPGAPGMFYMPMVPTLALWVLGLYVLYELCKRYEILKRNHRGSVLQYI >WP_215356761.1 DUF2970 domain-containing protein [Polynucleobacter sp. MG-Unter2-18] >MCF8165349.1 DUF2970 domain-containing protein [Rhodoferax sp.] >MCF8189965.1 DUF2970 domain-containing protein [Polynucleobacter sp.] MMSKKSSFTQSIIAVLWAFLGVRKKSGLQEDVASLSFVHIVIAGVLGALIFMGILLLIVKAVVSH >MYD98720.1 hypothetical protein [Gammaproteobacteria bacterium] MVKSETPQQLDVQGGPEVLVTISYAASRQGRWEEKASADTPLSVVRDAAMAFFGVVDHVDSAGNGEVYELMDRGTTFEDLSVTIGNLADTSGNLALRLVRRLVAG >PHH91422.1 hypothetical protein CDD83_565 [Cordyceps sp. RAO-2017] MTASSMNSRKACVVTAKTSPLTAAKHRAVIQRRSSLRPSRTPWPSPDSPSVHSEAVSATRSITQHSLPAQKPRTRRGALLAAAPPFSRPPLEAKTRLLSRDTPTAGGRIEASQNVGPLAIVCKPTPSNNA >ECL3553101.1 hypothetical protein [Campylobacter jejuni] >ECL7534632.1 hypothetical protein [Campylobacter jejuni] >ECQ6423833.1 hypothetical protein [Campylobacter jejuni] DFIEYKQNKEIQNKNFIIQEEISKLKQDKQKLLTNIQDLNFTLSNKISSTQQQFHILSTITKEINLDKNKAIILNQIISWLNSNELKITNLEFKQTKIILSFIDENHFKRALENLNSAFKILDKNEEILNIILKVIHE >WP_177525402.1 pseudouridine synthase [Lichenihabitans psoromatis] MTDTTDNTRRPGRPARRFSQLQPLIRRVSPKSVVLKAASSDLDAAASAPAADVTPALQSDEARIAKVMARAGLCSRRDAESWILAGRVAVNGRVIESPALNIGPSDVITVDGSPIEKAERTRLFMFHKSRGLVTTAKDPEGRPTIYDALPDDLPRLVTVGRLDINTEGLMLLTNDGGLSRMLELPSTGWVRRYRVRANGSIDQGTLDELSRGVTIEGIDYAGIEAKLDRQQGANVWLTMGLREGKNREIKRVLEHLGLAVSRLIRVSFGPFQLGDLTEGAVEEVKTRILRDQLGPALAKEAGVDFEGPVPSATIVTREVRQTKMAERRGMRDKRDASTEDRARPQRASATEPRRHVSALRQQRDEAETDGPRRRTQRTATADRKGRAVAVERITTAARTPSTNAAPNRNARRFEQARSGDDARPGPGMRVGGTRRRDEDVGEEAAPRQDGRRPRTVRQADKDFRPARREAAPSRPPRFDNRDDRAAPRPARAARSDTGDARPTRSRDRDARPQGGQRDDRPRSDAPRFPRDSGRAGPSARAGSDERAPRGQDGKAARPRFTSGDKPEGRSAQRLERQADRPNRPPARGKTGQDGGFGGRSRSSAPGRPGGDDRPKGGSRPPRSGTRPGTGGGKPRTGGGGGRGRPTP >CAG9334863.1 unnamed protein product [Blepharisma stoltei] MEYSTLDQLLDTAQDELAKLDPRRVHDILRKNGYRPSFMIIPSSEMQESFRQICLSLRSVGPNLKFLVESPSSAECSEEESCVPSVRKVAETILDITNISFSKHHLKSCLSVLALGNIELSLSIAHIDSIIKRYGGQPTQISFLDLKKDTGIEHYALLYFRTLAEAKFIYAKLAKDEENGRLGAILHRIPGSQHDSYVRWLNYRVLDPDFNWTAVILRSLPQNFSTEHLRIKLGGEFIFHAETPRFVNNYLCTILVLRRIEDAFIMIKKFKRSKFPGLIDIHPYSSIFKKPKNYVTTFGLDVVSKRLRQPVEVEPPVKIFKPNDTGSESDFQELELKTTGGSMEDGEIIDKEEIVIEQEYQLYEFPGVYWMKGMTELSHKGIKVKTLVEKDSR >WP_183806671.1 protein-glutamate O-methyltransferase CheR [Mycoplana azooxidifex] MAARRSHPPQPRQWPERRFPVSIAASFSHSDSLSSRNFKRLSAYIFDYSGIKMPPTKVTMLEGRLRRRLRATGLSTFDDYCNYLFDRDGLARESIYLIDVVTTNKTDFFREPNHFDYMRDVALPTLQDRGVRRIRTWSSACSIGAEPYTMAMVLEDFRKEAGGPDYSILATDLSTEVLEKARRGIFPAEMIDPVPKEMSRRFVMQARDSARRVVRIAPQLRAKVGFMRLNLMDATYGVGEPMHMIFCRNVLIYFDKKTQLHVLTRLCESLKPGGYLFIGHSESITAMNLPVRQLANTVFIKE >WP_166773323.1 ribonuclease E activity regulator RraA [Xanthomonas arboricola] >NIK52993.1 regulator of ribonuclease activity A [Xanthomonas arboricola] MTWTTPDLCDRFPEVSIAEPLFRSYGGRAAFSGPIVTVRCFEDNSRVRELASTPGDGRVLVVDGQGSLKHALLGDQIAMQAVANGWAGVLIHGCVRDVEILVTLPLGVLALGACPRRTERRDLGDVDVPVNFAGVAFVPGHWLYADGNGVLVAPLPLSLDSAGGST >WP_175580162.1 hypothetical protein [Enterococcus florum] MEDFIRLNLGDKYANFYKETTADERTQIDLNFISILATGQSKQPVSVEKETIIKDG >ECH4355821.1 hypothetical protein [Salmonella enterica] >EDS9293264.1 hypothetical protein [Salmonella enterica] >EGA5088688.1 hypothetical protein [Salmonella enterica] >EIE0271549.1 hypothetical protein [Salmonella enterica] >EIE6010563.1 hypothetical protein [Salmonella enterica] MNTDDNKLSFPESVTYSFEHQKEHFWRCCYTSSDATSLHYKILLPLEVKPVRIKPELIAETNDLYAVGCYQTISGSEYPFVEIDVVYKHIDNDIDASDWLDKVLSLLGEIVVHRRDYDSVSGKYSDVLTSNEFDGDKVISRIRVFKNYDFEHKGANLIMVKASCSHKDYESLAEDFLHCVKFFTLVNDSKWHLAEELKSINLDVPANYSFFYPNSWQYTERYNNEKMSYFSLSLEGTKIIPGSISGYFLCHDTTINKEMICNLIIENLTNNKYSVTDEIHLNEERNIFNKNISELWSGTFSVSDEQNRNGELVVSAGRIENAWFY >WP_232835221.1 hypothetical protein [Pectobacterium versatile] >ASN85266.1 Hypothetical protein SCC1_1830 [Pectobacterium versatile] >POY55698.1 hypothetical protein F018LOC_01633 [Pectobacterium versatile] >POY57096.1 hypothetical protein PB70LOC_03886 [Pectobacterium versatile] >POY65082.1 hypothetical protein PB69LOC_01355 [Pectobacterium versatile] >RUR87593.1 hypothetical protein PB16LOC_04383 [Pectobacterium versatile] MLKIPKHMRGMIEVTAHQVASVMAGHGSDNTSITYCTDDYLPDSVPHYQESEIESYLQTIFQAVRFGIIKPIRASHTSAWGDTTNIWTTQIDVDTIDRNTQIHDATFLAADIWPWANQLLSDDSPWYGFSDPKKDVPLPENWGEFANRDTALLLIAGLSKALEGKSGGVYKWGNKLNQKKLAEDAALAVGSVLGENTPDKTESFRKLIAEALAAMPAN >KLL12075.1 hypothetical protein FrCorBMG51_07465 [Protofrankia coriariae] MATGLTLAVDIGTGFTVAATAVDGRSEPLPLGPDGPMPAVVSLSHDGRLLTGSAAVDIAVTHPDRAQPRPLRALESTEQVQLGGTAIPTIELVAAVLRQVSHETMSRFPGPPPAQVVLTAPVRWGSAEVERLRAAAFRAGLSSVTLLPEPVAAARWQXPAGRPIRPASSRGRPSPSTILAPRAWRRPFSPRHPAGSTSAVSQAATPASGATRSTTSCCAGSASGPRRPTHRPGTRCGPTRARPGSGRAARYVSRSSRRRKRCRPPAATPSGPADPSGTSSSPGRTWRPRSRASCAPPWRS >MCC6486159.1 hypothetical protein [Candidatus Hydrogenedentes bacterium] MARGSPVARCFRASVVLLVIVFPAAAVDVSLTYVTQTNKSEFFPSGYQNAEVTLDAPPGQWKLPEFVASKPAYALLEFGDRKHLMVFDFAKAEDDFYQRLFFDANGNADLTDDPIVNSAMERQGRREEMYQTAFDPVDAMITVGGKELPYRFTPQLLCFLVNRGKKVTEGDNWRNINFYLRSACAYRGSLILDDTSYSIWLGDQNGNGSFADQFQIMRVDRAGDAIYPRGDSFFLLGPEERISYEGAQTLGKYVVVANKVFEVAVNIAEGKMTLTPVTENLATLETPFDLASLEVYTEGGEKAVMLFKPGKQAPVPADSYRLLSYRVLSTDEEGGKWQLSARGTRKSPGVTARAGEAASLTLGEPFTPIVDVDQYSREQIDHGERQARISFTIRGSGKEVVQRLQRTSGSGTKIAMSTRSPGLPAEPKYKIVSGEGEVVTSGSFEYG >NJK67049.1 serine/threonine protein kinase [Microcoleus sp. SU_5_3] MPLILDNRFLPQRPLSRGAFGTTFQALALRSVQHQCVVKRLQPPVHLNSSQLEGVTRAFRREAEVLDRLGDRHAQIPTLYAYCELHVTDVRQNLGSIAPEESRDVFGEGELAPQPHVQEFFYLVQEFVDGEDLRQEIMQRGKFSESEIVDVLQQILPVLQFVHDNKAIHRDIKPDNIVRDRSTGKLFLIDFGAVKHVAAGVSAQSSIVFGTHGYAPPEQVSGEPVYPSTDLYALGVTCLYLLTGKKPQELMESATRRWNWRVWAAPSDRLAAILDRMVMSAPGDRFESAAEVLAALSGEMPTGAIAPIIGGLNTQPMPNPVPTDGRTDAVDFTANLSEEMENESGFQELNIKELLRRSVIAGAANWLLAIALVSFLGTVWISTLMWVLILGGVIFSQYRPLRQKFYFFITLVITNTIIFMLFPAWSILNPFQLGIQGLVIVGLLTVLAILLSYTLMGVSRLSYRFILPFVKKLISELI >WP_016809838.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >EJA2383331.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >EJB5614295.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >KMV94301.1 hypothetical protein HMPREF9688_02489 [Klebsiella oxytoca 10-5244] >MBF8468564.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] >MBG2708454.1 galactitol-1-phosphate 5-dehydrogenase [Klebsiella oxytoca] MQSVVIHAEGTVRVEERPIPALQTENDVLVKVVSSGLCGSDIPRIFAKGAHYYPITLGHEFSGYVESYGSAVTDLQPGDAVACVPLLPCFSCPQCQREYFSLCKQYQFVGSRSEGGNAQYVVVKRANLFRLPDQMPIDDGAFIEPITVGLHAFHLAQGCEGKNVIIIGAGTIGLLALQCARELGAKSITAIDINPQKLELAKTLGATHVFNSKEMSGEQIQTALEEIQFDQLVLETAGTPQTVALGIEVAGPRAQLALVGTLHHDLTLPSATFGQILRKELTIVGSWMNYSGPWPGEEWQTAARLLTEKRIQLAPLIAHIGDAESFAREVQALNGAPMQGKILLKLS >WP_238320463.1 hypothetical protein [Methanoculleus bourgensis] >CVK31863.1 conserved protein of unknown function [Methanoculleus bourgensis] MIGALAGIGLAASGNDGRFVVKGATRSLRGTQTVAAILASGVDQVMTRDGTAIDEGLVALKKFPKPAFIVGKAVLFVEPDGDIYRDIVVG >OTA29349.1 hypothetical protein BTJ68_09872 [Hortaea werneckii EXF-2000] MSDADFERVRAAQAERNTAGKKGGSDNQRKTDTKASMTDNFDTELYGNGSGDRYAGYNTSIPTMDEDDAMAVDTEEHESGKLVGQYTATSAQMNEWATGDAAEDDILDSREKQAQIASRESEYQKRRFRRNLDEEKEGRTYKEVMAERELQREEERVKRLIEVQKKEEIARGGEDDEMDGVQKEYQATLKDGAAEEAGKSSEKADGADGEEKPKPRARKRRWDVSSEAPATNGEAGAADGAQTNGGTAAKKSRWDMTPAVDEEAAPAKRRSKWDLAPTTDGAAQSASAAAPVQPVVGFGTDISTRNAPLSDEELDEMLPSEGFMILTPPPGYEPLRAPAKRVAPPATPVNTGGFMMQEPADARSMGKQLPSDIPGVGDLQFFKAEDMAYFGKLVDGADENELSVDDLKQRKIMRLLLKVKNGTPPMRKTALRQLTDNARHFGAGPLFDQILPLLMEKSLEDQERHLLVKVIDRVLYKLDDLVRPYVHKILVVIEPLLIDQDYYARVEGREIISNLSKAAGLAHMISTMRPDIDHVDEYVRNTTARAFAVVASALGIPTLLPFLKAVCKSKKSWQARHTGVKIVQQIPILMGCAVLPHLRGLVDCIGENLNDEQAKVRTVTSLALAALAEASHPFGIESFDDILNPLWTGARKQRGKGLAGFLKAVGYIIPLMDEEYSNYYTSQIMEILLREFSSPDEEMKKVVLKVISQCSSTSGVTAAYLKEKVLTDFFKSFWVRRMALDKRNYKQVVETTVDLSQKVGCGEIVERIVTNLKDESEAYRKMTVETIEKVIASQGSADINERLEERLVDGILHAFQEQSVEDIVLLNGFGTVAISLGTRCKPYLPQIVSTILWRLNNKSATVRQQAADLVSRIAPVMKQCGEDGLMGKLGTVLYEYLGEEYPEVLGSILGAMRSIVSVVGITSMQPPIKDLLPRLTPILRNRHEKVQENTIDLVGRIADRGPESVNAREWMRICFELLDMLKAHKKGIRRAANNTFGFIAKAIGPQDVLATLLNNLRVQERQSHLCALHCAPALMNEYRVPELNVQNGVLKSLSFLFEYIGEMAKDYVYAVTPLLEDALIDRDQVHRQTAASVVKHIALGVVGLGCEDAMLHLLNLLYPNLFETSPHVIDRVIEAIDAVRLAVGTGAVLNYVWAGLFHPARKVRTPYWRLYNDAYVQSADAMVPYYPAVDDEKVVRHELMVVL >OYX89137.1 MAG: hypothetical protein B7Y78_14745, partial [Caulobacter sp. 35-67-4] RLVCTAQPERRFYPTGGQTTTEVHICPKGLDDLYIVLGERRAGAGGKPAWLVRGYVNPWVRLIFLGPLLMAIGGAVSLSDRRLRLGVGRKASEARA >WP_253571813.1 MFS transporter [Bradyrhizobium japonicum] >MCP1764945.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1787082.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1808959.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1817889.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] >MCP1870600.1 putative MFS family arabinose efflux permease [Bradyrhizobium japonicum] MENPPAAGRFTPTALMLGNLVTGCSVLAPAGMLPELSTGLGITIHAAGLLITFGAITLCIGSPLTAWLTSRIERRMLLATTLAVLAFGNLASAFAPDYTSLLIIRLVMLAVGALYTPQAAGTAALIVPVERRGSTIAYIFLGWSLAAAVGLPLITFMASRYGWRAAYGAIGALGCVSFLLLLLRLPAGLKGTPVDLKTWSAVGRSRTILLLLAITMLQMSGQFVVFTFMGPLLKKLTDAGPDAIGMVFGIYGVCGFLGVVIATRIVDTWGPFRTSLLFTCLLLAGITGWALGAGSLVLMALAVAIWGLGFASTNSMQQVRLVAAAPPLASATVALNTSVLYIGQAVGSAIGGLLFARELLHPLGFVAVGFVVLALILVVLTRPRPVATA >WP_263847269.1 DUF3422 domain-containing protein [Sedimentimonas flavescens] MVSVEDHPLRYALVNELHARPFPRIPVPSQVVYLAIKEPMDAANRDRADDLTHLNELLRRSGAAPAPAGVTHHSASVGRHQVRWESHTEFTTFLAHAPGLSARPFDPAEAEIFPADWLNAAPGKRIAAVSIRILPLPEDPAQINIDLDDWFVPESLACAWVLEGAAIVAGDFRIDPAGQMRFAIFVAPGTGAGRVGRIVQRLCEIETYRAMSMLGLRRARALSARLNALDPELTELVAGMSREDCPAEETLNTLISVSSELEALAVTHSFRFSATGAYEALVKERVDVLRETRYEGRQKFSEFMMRRYDPAMRTTKSAEVRLRAMVERAARAGELLRTRVDVERQAQNQKLLESMDRRADLQLRLQHTVEGLSVVAISYYAISIAGYLVYPIAKQVSVSKEILLGVLTPIVILGVWLMVRRIRNSFGGH >XP_045284515.1 uncharacterized protein HCBG_08160 [Histoplasma capsulatum G186AR] >EEH04034.1 predicted protein [Histoplasma capsulatum G186AR] MSQKRCADEIVRPHYSLSYPQKITQLATPDESLPESHPPPPPRPSTLIDFAVFILAKLERIHAINFAFSPPQLNHYKHNMVPFPIFLYSSSFVALIIVIQRRCCSHPPPPTQAYRDSSDDDDDDDDDDDDDAAGALFVPHMRLKKANCLEMKPDCE >WP_014213241.1 NAD(P)/FAD-dependent oxidoreductase [Mycolicibacterium rhodesiae] >AEV75498.1 putative flavoprotein involved in K+ transport [Mycolicibacterium rhodesiae NBB3] MRRRYLAGRLRALTRRGASPRVAIIGAGFGGLGAAVALRRRGIDDLVIIERSDGVGGTWRQNTYPGAACDIQSHLYSFSFAPNRNWTRTYAYQPEILSYLESVADQFDLRRHLMLGTSVQRLVWNEADTRWDIELADGRTLVADVVVSAVGLFGAPRYPDIEGIDEFTGHLMHTSQWDAGIDLAGKRVAVVGTGASGVQVVPELAGTAAQLTVFQRTPPWMVPKEDRPYSIDELSRFRRIPWAALRERWRLWKLQHDNTALTPDHPRMAVVQELSENFLRQHVEDEAMRDALTPRYPFRCKRVLLGEKYYLALQRPHVELVTYPIERVTESAVLTTSGRVVDVDVLVMATGFETSNYLSGLEVVGLSGESLHDRWGLDPQAYLGVAVSGFPNFFMLYGPNTNQGANSIIYVLEAGARMVASAVSRLAGRGGYLDVRPDVESGFNTQIAADLERTIWTQCDSYYRSPTGRIVTQWPHSELDYARATWRIRSREWVHRTT >WP_044344333.1 ATP-dependent DNA helicase [Pseudomonas meliae] MTPTAPVKPDSEPALISESPARYVVAVRALCEFTAKVGDLDLRFTPSPTAQEGIAGHRTVASRRGADYQAELSLSGDYRELTVRGRADGYDAGRNQLEEVKTYRGELDAMPANHRRLHWAQVKVYGWLLCQRLQLEQVTLALVYFNIVSEQEALIRESFSATTLQQFFEQQCTIFLGWAQQQMAHTQALQKMLGSLKFPHASFRTGQRVLAESVYKAVSTGCCLMAQAPTGIGKTVGTLFPLLKAAPGQQLDKIFFLTAKTPGRRLALDALEVINHSAPELKLRVLELVARDKACEHLDKACNGDSCPLANGFYDRLPAARAAALESPWLNQASVREAALRHQVCPYYLSQELARWADVVIADYNYYFDLSALLFGLGQLNQWRVAVLVDEAHNMVERARQMYSASLDQSQLKALIQTSPEPVKKALQRLDRQWNALHKVQPAAYQAYSAAPEKLIGSLNQCISTIGDHFNEHPQAVDGTLQGFYLEAIGFARIAELFDEHFIFDITRREAGGKRILSRLSLRNVVPARFIRPRLTAARSTVLFSATLNPRHYYADLLGLPVNTAWIDVESPFNHDQLDVRIVSRISTRFTHRQASLAPIVELMAEQFEARPGNYLAFFSSFDYLQQVAELMAQTHPHITLWQQARGMGESERHAFLDRFTLSSQGIGFAVLGGAFGEGIDLPGARLIGAFIATLGLPQLNPVNEQFKQRMAALFGAGYDYTYLYPGVQKVVQAAGRVIRSQSDRGVVMLIDDRFAEHKVRQLFPAWWRPETSTA >MCU1400721.1 putative family sugar transporter [Acidimicrobiales bacterium] MTTKRSTAGWPYLAAFIALGMSLSLLGPALTFLRGRAHASTGEIGVLFIAQSLGYLVGSLASGRLYDRGIGHRGVAAGLLGIAAASLVIPHVSSVVMLAIPVAFVGLFGACVDVGGNTLVVWHSRRTGSIRLLNGLHLFFGIGALLVPGLVNRSLVWSSGLTLVTTVMAVYAALVAVVLLVHQSPKPSTPAGSDPNAPQTPTRILAVIGVFFFLYVGVEIGFSGWITTYAEGIHLPGTNAPTWLNTVFWLSFTLGRLLAVVLAKHVRSGLMLAASSGLTVGLLLVMAIANGSPAMVWVTTPLIGIAVAPQFATMIAYAEERITLSGRATSWFVSASGIGGLALPFLIGQLLDGSTGAMPMTVLVAAGAAMAWLLVVRATLNGVVSEPEAGSVGSVEEGGRLSAAVHGDVGPGDVAGHR >WP_084128119.1 glutamate racemase [Cellvibrio mixtus] MSSATQTNKPRVLVFDSGVGGLSVAREIQQRLPGLPLVYASDNGFFPYGTKGEAELIARVDLVIRSLLQRYPVDILVIACNTASTLALPYLRSHLDLPIVGVVPAIKPAAKLSRSGVIGLLATPATVARPYTHELIREYAPQCDVISLGSSELVQIAEQKLRGEIIDHKRIAHITLQLMEHEKATQMDVLVLACTHFPLLKEELSVYLPETVQLIDSGEAIARRVESLLGNTVPNDNHFIENDFPENNSIENTSIENIAVFTKKTTEATRLVPALIHFNIHQIDYLDLQ >MBR5447513.1 S-layer homology domain-containing protein [Clostridia bacterium] MNFKKLLAGVLSAVMLGSGLTCSTPLASAAEKLPFTDVKEGEWYYSAVEYAYSEGFMQGGGDGKFNPSGNLTRAMFVKMLGYVCGAEPVESDIFPDVEKNSWYSGYVGWAYENGIVKGLDGGIFGGERNITRQELAVMMARYISYRETAMPRRSTAPAVFADDGDIAEWAADSVETLRRAGVTKGNSMKQFMPKSSITRAEAAQMLMNLAEAESLAWQGYVPDADADGYAVYGAKYLYTSGFGVQGGLGTELDSTGDYPVIYAFRDERADELTYESGDTFGFSPTALTVDLTKAPVVKICYSYDGAEAPESLSAFISTRTAMNTTYRSAPLTFTPSADDEGFATAICDTSSAIGAVGATFGKTSGVNVHVLFKPYEGISAEDVRFNVRYIALFPDVKSAEAFSGKSEADYLKNYFLYTDTEYTEVTEDTVDGYLAEIRDRIEEIKNSPSSVTPADIEAAGGKCYYVSSLRGNNSNDGLTPDTPLRNLDPLYYMLGPFKKTYLQAGDGVFFERGSEFYPETFHNEIVSNLGTEQYVTYGAYGDASKPKPAFYGSFDFGGGTGDWESTQWKDIYKIDLKKLLPEDKVKFAGAAGEIGSIVFNEGEYLGVRVFPNDKDDPFGEGKATAAMGKQGNGKDYFKTGGTSCKDPADALRNNLEYIHDYKDGVVYLRCEWGDPEKYFTRIDLCRQAVICYGNDNSYYDNLRFLYTGYVGLDLSDGNVVTWCEAGYCGGSSSSVGTGIGGYGECASLTIDNCYIHDVEDGPMGTQETGDYTERPEDIPELNNVVCTDNVIIAAQNMIELFSTCRIEGEDGLGRNKIRNAVITGNYAAYLGYSYPRKVDSDAEGLGLHNWYYGEMVDCIFADNTFVACEGSIMGAHIGSDGNSRGWLMYDNTYVLNPELCAILRGGDGISFTNLSKSFYSAHKLAYSERNLAYLNSIGIDCGSEYYVYDYLTDGEEFGAYFMTGWHVEHGNEPS >OUX43364.1 hypothetical protein CBE37_02255 [bacterium TMED277] MTKITNPDVSGIDLEKQEVVTEADVEIVEKRNIRQNLLLARKKQLQRKKRGYGKLPSSLRR >MBK0846266.1 sensor histidine kinase [Escherichia coli O25b:H4-ST131] MHEIFNMLLAVFDRAALMLICLFFLIRIRLFRELLHKSAHSPKELLAVTAIFSLFALFSTWSGVPVEGSLVNVRIIAVMSGGILFGPWVGIITGVIAGIHRYLIDIGGVTAIPCFITSILAGCISGWINLKIPKAQRWRVGILGGMLCETLTMILVIVWAPTTALGIDIVSKIGIPMILGSVCIGFIVLLVQSVEGEKEASAARQAKLALDIANKTLPLFRHVNSESLRKVCEIIRDDIHADAVAMTNTDHVLAYVGVGEHNYQNGDDFISPTTRQAMNYGKIIIKNNDEAHRTPEIHSMLVIPLWEKGVVTGTMKIYYCHAHQITSSLQEMAVGLSQIISTQLEVSRAEQLREMANKAELRALQSKINPHFLFNALNAISSSIRLNPDTARQLIFNLSRYLRYNIELKDDEQIDIKKELYQIKDYIAIEQARFGDKLTVIYDIDEEVNCCIPSLLIQPLVENAIVHGIQPCKGKGVVTISVAECGNRVRIAVRDTGHGIDPKVIERVEANEMPGNKIGLLNVHHRVKLLYGEGLHIRRLEPGTEIAFYIPNQRTPVASQATLLL >WP_169253344.1 FAD-dependent oxidoreductase [Brevibacterium sp. 'Marine'] MKTVIIGGGVVGLTTAYELALRGHNVTVIEAGRCGAGASHGNAAKVAIAESTPVPAPGVLLQGIRWMLKPDSPLSIRPSLAPGYLTFLLRMAAHCNSRDFDAGLELHLRLGEDANDLFDEYQTQGIDFEMHDRGVLLAFETRERFDEHCASLPAFEAAGHRPQRLHDDEVREAEPALSDRIRHGLFFPADRQIEPDSLTAGLLAKLSALGVDVREHTRVQRFIRTSESVTAVVTSDAEVITADALVISAGVPSGALAAQLGRNIPIRSGKGYSIDYSPAPIRLRTSLTLEDARVAVTPLNGMLRLAGTMEFGSTDDDVNEVRVGAIRRAAQEAFREWGDGRGELAPWAGSRPMTPDGLPVIGRLDSVANVYINSGHAMLGLTLAPGSARLLAGLMTDGGSTLPDDLLARVSPNRF >TCV06956.1 LysR family nitrogen assimilation transcriptional regulator [Samsonia erythrinae] MNFRRLKYFVKIVDIGSLTQAAESLHIAQPALSQQLATLESELQNQLLVRGRRGVTPTEAGKILYSHALTILLQCEQAKDAVNSTRQSLRV >HBW2970848.1 MFS transporter [Klebsiella pneumoniae] MVINAIPRRLAFTAGGQQLINWGISFYMPGTFAGAIAADKGWSLPQIYLGLTLAMLMMAAVSPFVARLLARFGGRLVVTSGTLLIAASCAMMAWRPSLAGWYGAWLLTGIGMRLSLYDALFAAVVNLYGQQARKTISHITLAGGLASALFWPLGEALLTIMPWQNALRIYALFGLLSAWLSYQLPRQRLSSAAKSPSSPATAEGDRRNGARYAIFIALITFISNGTSTHLPEFISHFGLPVAVGVLWGFGQTGARLGEVLAGPRVTSLTLTRFTALAMPLCFLLGLSSTTYAGCAAGFVLGYGAINGLVTIVKATLPLALFSAESYASRTGLLLIPGQLMAAVSPFAYAWLNHRLGIIGGMWVSTGLTLIVAGLALAMVREAGKAQDERNVEYPAAAVDQPIAKNNLAEE >WP_092775107.1 hypothetical protein [Actinokineospora terrae] >SER22912.1 hypothetical protein SAMN04487818_102155 [Actinokineospora terrae] MSGFRRPASPPEPVSRAEHAAFAALVAESLPAVRASAAAWRTGLTALVTLITAAIVLQGRRATADLTPSWLLAVTVLIGGGLACCAAGLWRVLAAEAGSRTTTLTLADIHARHGSVAAYQAALAVKAGKQLRQARALVAVALCLLFAGTVATWWAPPAPRLLKVTHGNTTTCGPLQSADGGRVRITLPGTNVFSDIEFTDVTGIAVVTSC >WP_259895494.1 MULTISPECIES: hypothetical protein [unclassified Kocuria] >MCT1602035.1 hypothetical protein [Kocuria sp. p3-SID1428] >MCT2180626.1 hypothetical protein [Kocuria sp. p3-SID1433] MTAPRSEAPAAGLPWDRPAPAARRRGRGALGVLRTVVAAVLALCAGLAAVMAVTTTWIDDTVMDREGFSALSEDLLADQQLRDEIEAMALDSASQAIQDADTGDIPVGGMITGWVDRRVGSTLVEYFDGDDYPQDMREVMEGTYDANVAAAEGPDGAPEDLQVDVAPVLDGLSGSISDRLPFGLEIDLSSMDLPGIDGGVAEIPDSATGPALDQLAEVSQQAPYWWIAAGVAAVLALVIARHREWMLLGAGLGLIGGVIAAGMALQGFAETTMASPDLEGVGRTVVDRMFAALDAGLNKRLSPWLWAGVALSAAGVVLGGLRLTWRLGGDDSRGGSATGLSRRGRRVIEA >PQN15048.1 fimbrial assembly protein, partial [Shigella flexneri] DNGDVFDGQSYQIAYNKFVSQTSTRFGLAAWRYSSRDYRTFNDHVWANNKDNYRRDENDIYDIADYYQNDFGRKNSFSANMSQSLPEGWGSVSLSTLWRDYWGRSGSSKDYQLSYSNNWRRISYTLAASQAYGENHHEEKRFNIFISIPCDWGDDVTTPRRQIYMSNSTTFDDQGFASNNTGLSGTVGSRDQFNYGVNLSHQHQGNETTAGANLTWNAPVATVNGSYSQSSTYRQTGASVSGGIVAWSGGVNLANRLSETFAVMNA >TAL20232.1 MAG: response regulator [Aquabacterium sp.] MGIRIMLSRRYRRRSFADRALERQFLETFRSVGVRFLFLGALIAAVAFFAFFLIDLIAGSRLPWQNPQPMRLAVAIILALAAMGTRWNRPFFLKHYTALCVGVTLFAIEANFYIAFQARIGEPPPILYWSLSASAVLTTIIVYGFTRLPTTATFFLAIVTAGTAVAYAALTPIDWRLFQRMMVHLVATNIACLTLYRVILFRERKLFLQLQRRRNMAELRRAKERAEKADRAKSDFLANMSHEIRTPMNGIIGTLNLLDEAALGGKNKELIAITKSSATNLLHILNEILDLAKIDANHINIRQAAFNLNVMLRETVNIFQANASSKQIALTLEIDRPEDTAAFHLGDEEKLRRVLLNLISNAVKFTHEGSVDVLVGVTPRGEVSDIVISVSDSGIGIPENKLGNLFQPFYQVESGSNRSYGGSGLGLAICKRIIESMGGNIGVESKPAVGTVFTVRLTLPNVEPTGPCLPAAEVMAQDEPAFAGVQLTGHVLLVEDNPVNAFISSAMLQSVGLTSTHAENGSQAIELFRSGGFDVILMDCEMPVMDGYHATKEIRQIEAQLKLKPIPIIAVTAHALTGDRESCLREGMDDYLSKPLERDKMISLLGKWLMPRQPSTVA >KAG2356287.1 hypothetical protein BDR07DRAFT_1199070, partial [Suillus spraguei] QILSITCDNASNNDAMICELSGKVLEFGGAAMHTRCFLHTVNLVVKSLIQEFD >XP_040082341.1 cyclin-dependent kinase inhibitor 3 isoform X4 [Oryx dammah] MKPPSSMQTSEFDSSDEEPIEDEQTPIQISWLPLSRVNCSQFLGLCALPGCKFKDVRRNIQKDTEELKSYGIQDIFVFCTRGELSKYRVPNLLDLYHQYGIIPHHHPIPDGGTPDITSCCEIMEELEICLKNNRKTLIHCYGGLGRSCLAACLLLYLSDTVSPQQAIDSLRDLRGSGAIQTIKQYNYLHEFRDKLAAHLSSRNSLSRSVSR >MCL1491976.1 DNA polymerase III subunit beta [Pseudanabaena sp. Salubria-1] MRLVCPQNQLAANLALVGRAVASRPTHPILANIRLDADGSNQSLGMTAFDLNLGIQVSFPAQVVEAGSITLPAKLLNDIVSRLPDEDITITVDKDNTMVSIVCGSGRYQMHGLPVEEFPELPQIGEDGETTYLPVESMLSGLSSTLFATSADETKRILTGVHLTATADRLEFAATDGHRLSVVQTGFLDADEPPVTGDTVTTNLEVTIPARALRELERMLNQQTEGAIAVKFDRANMIFQSANQILISRLLDGTYPNYRQLIPNRFDRQVTVERKLFLSALERIAVLADQKNNIVKITIDSIGQEISLSVEAPDVAAGRESLPAQISGEDVEIAFNVKYLLDGLKALPSNEIQIQMNNPTSPAVLVPIGATKMTYLLMPVQIRN >MBR2109594.1 hypothetical protein [Ruminococcus sp.] MKTVYLTPKLNIEQIKNSDVLAASTEIERRDNTYTAVDSFSDFDSSGFDMSSFL >QWD35723.1 hypothetical protein G6674_01610 [Polynucleobacter paneuropaeus] MIKLGKARYLELMFSWLLVFSVLAVLIFVVSPYRGAFWFSDDGLFLRMSWEAANSYGWDRMQPQSPSYLFHSVWIKFGLTEYLHFRYLHYLFSFMCALVFFGSLIDRPWASSLFPAASLLSVLVSINSIESPNTLVLNFFLLAAGCYFFALKFKQKYFQQLFFALAGGLLALCGFMHAAVAIACVILSVVMIWIAPAARSSSLLLIFFGVLTILWAWYIDQIGLASLLQPPAAHDISIQKLIHRIWLLLGFLLRPLAVYCVSTYLYIYWMGKHSQLNIQRVPRLISVQLSWGVLFLAGLSVASYLFDWSWRFPGWRGILQVPGLIYYPLLFLIFALIQQHLLSERGKYLVRIKNLLNHVEQKQFIAILAFILLPAALAVGSNTAIIQGLVFFAGPATGLALCLWSLSVVKTKHETNTEKTSIQNTFSAFYWPSNKLFFLGWGILFAIFSLNYNHPSSRRVLEAGLSAIQESPLRGVYESRPYQDSLNQIQSIYVAQGCKHKTLLVLDYVPMLHYILKHPAPNAVGVMRPMYNYPQEKIDNALRDPRGWCVIDLTGQETQEDIQKNGGDRRAPLRYWLQMNGAKFDAISPGSELIGNISIYVK >NQR19375.1 DEAD/DEAH box helicase [Streptococcus suis] MKFTDMKLKPYIQEALKEINFIQPTEVQEKLIPVVLSGRDLIGESKTGSGKTHTFLIPIFQKLDEELDQVQAVITAPSRELATQIYQAARQLASHSDMEVRVTNYVGGTDKNRQIDKLQAGQPHIVVGTPGRIYDLVKSGDLAIHKAKTFVVDEADMTLDMGFLETVDKIAGSLPKDLQFMVFSATIPQKLQPFLKKYLSNPVMEQIKTHTVISDTIENWLISTKGRDRNAQILEVTKLMQPYLAMIFVNTKTRADELHSYLTANGLRVAKIHGDIPPRERKRMMNQVKNLDYQYIVATDLAARGIDIEGVSHVINDAIPQDLSFFVHRVGRTGRNGLSGIAITLYQPSDDADIRELEKLNIKFLPKEMKNGEFVDTYDRDRRANREKSREKLDLEMIGLVKKKKKKVKPGYKKKIQWAVDEKRRKTKRVEARAKGRAERKAKRQTF >MBP3518143.1 TonB-dependent receptor [Parabacteroides sp.] MARDFKRFYVSRAMFLGASMFLASIGVASANPSVDTFGSNEPSPVVASPQQAKYTIKGVVEDQFGPITGANVVEKGTTNGTITDMDGNFSLEVAPNSILVVSFIGYKEQQIPVNNQKNVTIKLLEDSQALEEVVVVGYGTQKKVNLSGSVTSVNVSEMAESRPLTNISTALAGTAPGVQITSSNNLPSNNGDADIKVRGQGTLNNSSPLVIIDGVEGSLNSVSPQDVETVSVLKDAASSAIYGSRAANGVILITTKSGKSGKMKLDYTGYVSFQTLDKPYDVVSNYADYMEYLNEGMTNSNKPAPFSQNVINLWREKSKDPNGLNEYGIPNYLAYPNNDIFDVYETGVSHQHNLSASGGSEKITYYTSFNYLNNPGILENCGYERFSLRANIDSQVKDWLKLGVNLSGYTANTTPVSENINDIYTYGLTGGNPGIAYLDDQNRLGINANNEDDPQNATNNPYNRLRNTTGNIQTNTLKTRLYAILTPLKGLTIQGSYTYDYYDKYKENKPNFVPMYNFQTNSLYTDGVGQTSITNYNEKTFRNFMDATIRYERNFLDNRLSTNLMLGASQEQYKRQYFSASRKDLIDPSLGVIGGAIGDYSGSGNKTEWAMRSFFGRLNLGWEDKYLFEANLRADGSSRFLGDNRWGYFPSFSAAWRISEEAFMKDINWLDNLKIRASYGSLGNNTLGSNRDNDGNYTSQSLYAQTNYVLGRAVAMGLSQTAIANANLTWETTYVTNVGVDYNVLGNRLSGSVEFFNKRTEGILIDLPAPMVHGNATIPKQNAAQVTNKGLEFSANWSDKVGKDFSYNVGFNFTYIKNNVDKFKGDDASYDGARMLKEGLPIWSLYVREVDRIIQTDEDLALVQAMLDNPNVKGKVVFPYGTPQKGDILYKDLNGDGLVNDDDRVVIGNGKNPTFTYGMNLGFNWKGIDFSALLQGQAGIKDVYLSALYKSTVRQGYQLNADVIDGRWYEGRTDARYPRLLDYSDTRNEQHSDFWVASKAYLKIRNITLGYTLPSAWTKLAYMDRVRIYGSLENFFTFTKWKGYDPEVNGITYPTMRQAVIGVNVTF >MBL4910304.1 hypothetical protein [Alteromonadaceae bacterium] MLAISSTEAPIERRQYYPDLSVLWDKLTLAQKFAASSLNQFGYDLAFVRSSEIGCMAILLSNENSIATVMSDGDINTSPDIQIRL >MBQ1404818.1 IMP dehydrogenase [Oscillospiraceae bacterium] MATFISEPSRTFNEYLLIPGYSSADCIPANVNLQTPLVKYRRGEEPTIHLNIPLVSAIMQAVSDDRMAVALATQGGVSFIYGSQSIDDEAAMVKRAKDYKAGFVRSDSNVSPEDTLADVIELTRRTGHSTIAVTADGTMDGKLVGIVTSRDYRVSRMGPETKVETFMTPLSKLISAPEGTTLKEANDIIWDHKLNSLPIVDKDGRLCYFVFRKDYDSHKQNTDELLDAHKRYVVGAGINTRDYAERVPALIEAGADVLCIDSSEGFSEWQKRTLAWIRERYGDAVKVGAGNVVDADGFRFLADCGADFVKVGIGGGSICITRETKGIGRGQATALIEVCKARDEYFRETGVYVPVCSDGGIVYDHHITLALAMGADFIMLGRYFARFDESPSNKVSIQGTYYKEYWGEGSARARNWQRYDLGGDKKLSFVEGVDSYVPYAGSLKDNVAVTLSKVKSTMCNCGALTIPEFQDKAKLTLVSATSIVEGGAHDVIQKDTSTTIK >WP_091032200.1 hypothetical protein [Microbacterium oxydans] MSGLDIEHGGVIAVDTEQLRDVGSRIRTVVMQCEEARTAIVRAGALLASAPEAAPQVDIGALHRSGEGVEALRVELDDARAGILLMADAFEVVELRAQAEALTLADAAAARMIQARIDRLIDGDARIGVMADWLVADWAGRRHGGMPEPMGIFGMLPSLLLAGAFAGLTTTLGKVPSGARLTGAADPVRVTPTATSTPAGAPKGVAGALKRLPSTSAQVAVEKYTMPDGATRYVTYVKGTQNSVPWEGGEEDPWDMKSNLELYQGQRSASYQATVDALAAAGAEPGDRVDIVGYSQGGMIAAHLAMESDYDVALQLTAGSPQESSLDDGQTLIQLSHSDDVVAKLAAGGSATGTGSPDSFTATREVDPQDGVFDLSLQPHAIEAYIETAQMVDASSDPRAEALDAYWRELGDAVEIERTEFHAERVKQ >AAX97169.1 envelope glycoprotein, partial [Human immunodeficiency virus 1] FLGAAGSTMGAASLTLTVQARQLLTGIVQQQSNLLRAIEAQQHLLKLTVWGIKQLQARVLAVERYLKDQQLLGIWGCSGRLICTTNVPWNNSWSNKSLNDIWDNMTWLQWDKEISNYTEIIYNLIEESQNQQEKNELDLLALDKWAGLWNWFDITNWLWYIKIFIMIVGGLIGLRIVFTVLSIINRVRQGYSPLSFQIHTPNPGDRDRPGRIEEEGGEQGRDRSIRLVSGFFVLIWEDLRNLYLFSYHRLRDLILIATRIVELLGRRGWEAIKYLWNLLKYWIQELKNSAISLLNTTAIAVAEGTDRIIEVIQRAGRIVLNIPRRIRQGFERALL >WP_238486267.1 Rid family hydrolase, partial [Pseudomonas aeruginosa] TMPEDIAEQARQSLENVKAIVEAAGLTVGQIVKTTVFVKDLADFAAINAAYEAFFIEHQAAFPARSCVEVARLPKDAGVEIE >EIW7596561.1 autotransporter outer membrane beta-barrel domain-containing protein [Salmonella enterica subsp. enterica serovar Anecho] MNKTYNIIWNAARGMYIVTSELARSGSRAIVSASCAVTLLAMDAAPAVAEETRVSIPSQTTTYTLSGATPFVVETGNTVATDTATSAAIVGDNSNDWDLLIESGAVVGSSLTDSQAMNLDSLTGATSVHNQGTITGSNEDGTILLQNGGSVINDARIENSATYEHDPQDIPQEYAGVYMLNGGSYVSSESGVLEGISGVIVQSGEAHITNGGMINSDGSWRSYGVEFRDGTYGTIVNTGTIITTASDGSNKIEDAAIYVHTLNDMAVSGSVSVDNSGLMQSDFITVALYHGSHFEVVNRVGGVITAGNSSLVGIKSTAMELKVGVDNLVTNDGTISAYGTANTYGIHYGESTSGGVITNTGSITTTGGGAGDASVYVHGNGDGTVVNNSGTMSSTVYGVYLDSARSKGHTLNNQAGGAISANTAVAINGNGNTITNQGKMTGVSDGLLISGNNNIVTTSGGEISGKNGIRVSKGSGNQITTESGSAIVAKDNGILINSGANNVTNGGSITAIGSSNSYGIQYNSGASGTITNTGTITTTGKGAGDASVYAHGGAVTINNSGTMDSSVFGVYVTTGHTLNNLAGGSITANTAVQLNGNNNTLANAGAILGDTNGVTISGSGNTLTSQGKITGGTNAILINSGSKNNTLTLNTGTEISGSITDDNNSASANNNLILDGEGTLGSSISGLNSVTSSGDWTLSGATMNLSGTTNSALWVKSGTLIVNGAMTAKGATVNSGTTLQIGNGGTLGAFNGDIVDNGTLTFNRSDAAAYGSVISGSGNVVKQGGGELTLSNNNSYSGGTTIAEGTLTATAGGALGSGNIDNRAYLKLDAASASDLFIVADLTTHSGATVEIGAGSTLQANTLTQQDGSTLTADLTTTNGPAIRAKNVNLDGTLNVASPASQEPIRSTDDLISLALIESDNAISGDFDDITINGNAMNPDAFITVVGQKNVNDTHYDLVETLTWYADRDNAAIDAHGTFNLADADDSFTVNTVLENVDANSGWNGQSLTKTGAGTLILNAENTYTGGTTISDGTLVANNVEALGTGNVTDNATLELNTGGDFDNAISGSGQVVKSGDETLTLSGANSYTGGTTISGGTLVASNVEALGSGDVTDNATLELNTGGDFDNNIGGTGSVVKSGDKTLTLSGANSYTGGTTISGGTLVVSNVEALGSGDVTDNATLELNTGGDFDNAISGSGQVVKSGDKTLTLSGANSYTGGTTISDGTLVASNVEALGSGNVTDDATLELNTGGDFDNAISGSGQVVKSGDKTLTLSGANSYTGGTTISGGTLVASNVDALGSGDVTDNATLELNTGGDFANNIGGTGSVVKSGDETLTLSGTNTYRGGTTISGGTLVASNVEALGTGDVTDNATLELNTGGDFDNNIGGTGSVVKSGDETLTLSGANSYTGGTTISGGTLVATSVDALGSGDVTDNATLELNTGGDFDNAISGSGQVVKSGDKTLTLSGANSYSGATTISGGTLIAANVNALGTGAIDNRASLLLDANGQFTVTDLTTESGGNTEIGAGSTLQANTLTQKSDSTLTINLNSNTADPVIHAASQVSLAGTLDITGVGDVLDSDPASTDDLDTFTLIASDKTIAGDFEKLTVAGMDADLADFITVDGRIDDTGKQYELTTALTWYADRDDAVTDAHGTFNLTNADGSFAVNTVLENVDATLDPANATGWDGTSLIKQGAGTLILNAENTYTGGTTISGGTLVATNVDALGSGDVTDDATLELNTGGTFDNAISGSGQVVKSGDETLTLSGTNTYSGGTLISDGTLVASNVEALGTGDVTDDATLELNTGGDFINNIGGTGRVEKSGDDKLTLSGSNTYTGGTLISSGTLVANDVNALGTGDVTDNATLELNTSGTFDNVISGSGQVVKSGDDALTLSGANSYTGGTTISGGTLVASNVEALGSGDIDNYASLQLNASGQFVTANLTTHDNATTAIGAGSALRANTLTQEANSTLAVHLTDSNSGAIVTADRANLGGTLDITGIGNVTKSWTRDAYSYTLIDTDSAIDSDFAQFTVAGMDAKQVDFLTVDGRVNADDDTRYDVTASLSWYADSDNAATDAHGTFTLSEQGHSFTLNTALTDVDATLNPDSATYWDGKSLIKRGAGTLILGAQNTYSGDTDVQEGTLWLAETATIGSAGSAQAVNIAANAAFGGHNATVNGHVNNLGSLYFVDTFTVNGDVVNSSAMISGSDQPNNTLTIAGNYTGNDGHLYLNTQLGDDSSPTDKLIVTGDTAGSTTLHITNVNGLGAQTVNGIEVIEVGGQSDGDFTLYKGHVDINAWTYTLKQDGGDWYLRSESDDVPDDGGEVTPPDDGGEVTPPDDGGEVTPPDDGGEVTPPDDGGEVTPPDDDGEVTPPDDGGDVTPPDDGGDITPPDGGDVTPVAPQYRADIGVYLGNQWMARNLQMQTLYDREGSQYRSADGSIWMRFKAGKAESQAVNGNVDIDSDYSQFQLGGDILTWSDGAQSVTVGLMGSYINASTHSTGNRGADGSQFSANGSVDGYNLGLYATWFADAQSHRGAYIDSWYQYGAYNNSVDNDGLSASRYDSAAHAVSLETGYRYDIALSNRNTVSLTPQAQVTWQRYSADTVIDDGGTRISGQNDDSWTTRLGVRVDGKLYKESGRIQPFMEVNWLHASDNASATFGDTKVSQDLPNDRMEVKVGIQANVSERLSVYAQAAGQKGKNDYGDASFSLNMRYNW >WP_115357420.1 TlyA family RNA methyltransferase [Enterococcus mundtii] >STD22753.1 hemolysin A [Enterococcus mundtii] MEKERVDVLAVKQGLFETREQAKRSVMAGLIYNEKNERFDKPGEKIPVSSELKVKGKKLPYVSRGGLKLEKALKQFDLTVKDKVLLDIGASTGGFTDAALQNGAKMSYALDVGYNQLAWKIRQDPKVVVMERVNFRYAKPEDFDQGVPEVAVIDVSFISLKLMLPPLHAILKPEGEVIALIKPQFEAGREAVGKNGIVREATTHQQVIEQILTFATEKGFDVLDLSYSPITGGEGNIEFLAHLKKVSDKGTIYANVDPAHIVEMAHEQFTHKR >MCH9784543.1 DUF692 family protein [Gammaproteobacteria bacterium] MTTFPVTGTGLGLRRALMGPLSQPGTIPVDFLEVAPENWIPMGGKLAREFRGFTERYPFVSHGLSLSLGGPEPLDFELLGNIKQFLGEHRIRCYTEHLSYCSDHGHLYDLMPIP >MCD4206375.1 hypothetical protein [Escherichia coli] MKLFIFSLFFIVTSLVSGIAIDELSYFILLILKYLAYGEVDFRGYEVLRDLRMGCVGGGILGFGIVLFRFLG >MBK8100495.1 peptidylprolyl isomerase [Planctomycetota bacterium] MRRSSLLCAFASLLAIPALPAQDTRPKPKAPAKKEQPHKDDATTAKDPVIVALDKALAKQKPNKKIDGWRENLDKPPQQKFAADRTYLWHLRTNHGEITIELFADTAPMHVTSTIWLTRVGFYDGLTFHRVIQGFMAQGGCPKGTGNGGPGYELAGEFDDKRKHDKAGILSMANSGPDTEGSQFFITFNPTPHLDGKHTIFGQVKDGMDAVKELEKRAGDDANNKPKDALVIEKAWIQVLVAGK >EAJ8453921.1 DNA-binding protein [Campylobacter coli] MLSNNEYFEYFIDFVKNNDKREILKEFGGANIYIPSYKTLLRDEELKQDFKTLIKQGISTKNASVECAKKYDLSLNAVYLITKELRENLES >MBK9653437.1 hypothetical protein [Bacteroidota bacterium] IYPAGNVGINNPFVSASLDVGRKTGLSAAATFWGSNPNFGTHFCYGTNEDTYIRGGKTSSNVIIADLNTNVGVGTSTPAYKLDVCGTMRAKEVRVATGWCDYVFADDYKLPSLKSVEEFIKENKHLPDVTPGAIIESEGLEVGKTSAQMIKKIEELTLYVIELQKQVNELKSQK >MBI2528438.1 Holliday junction branch migration DNA helicase RuvB [Candidatus Rokubacteria bacterium] MSRVALPEEAQIERQLRPQRLHEYVGQRATVESLRISVEAARRRGEPLDHVLLSGPPGLGKTTLATIMANEMGAQLVTTAGPSLERGGDLMGILTNLGERDVLFIDEIHRLPRIVEELLYPAMEDFAVNFVMDKGLNAKSMRIPLRPFTLVAATTRPGMLTSPLRERFGIFHHLDFYGVEDLTSIVLRSASILGAAVDGNGAEAIARRSRGTPRIANRLLRRVRDYAQVKGDGTVTAVVARDALDREGVDAAGLDRLDRRFLGAIMEQYGGGPVGLEAIAATINDEAETLAEVVEPFLLKIGFLVRSPNGRKATTAAYAHLGRALPPSPTGQRELPL >MCA1360809.1 tonB-system energizer ExbB [Bradyrhizobium sp. IC4059] >MCA1518393.1 tonB-system energizer ExbB [Bradyrhizobium sp. IC3069] MRLLTVSRGCAGPAVPVRRPRTSSLGRVMIVMLCLAAAMEPIYAQSPSEGAAIGSAVLPRDLSPWGMFLQADVIVKAVMIGLAFATLVTCTVWLSKTIEILSARRNVRRSLHELAKARSIEDAVRTVPPGPIARLLDGAVAELGLSTDRMDSEGIKARITSRLQQIEAGASRRIAFGTGVLATIGATGPFVGLFGTVWGIMNSFVGISRSQATNLAVVAPGIAEALLATALGLVAAIPAVVIYNLFARQIAAYRALLGDGVAEIVRLAGRDLDGGAIVVRRPQLAAAE >MBK9974619.1 hypothetical protein [Planctomycetota bacterium] MQDVFNQALSLALQHTSPSMAARPFGPGAASGELADLLTDASETGRLGQCRFLWDMYRGDQLRYLPRAAGESMADFSRRPHRHCLNLTRVLVDTLSQLYRRPVERTLRGEPSMAQRIRAAWARNPLDLLLLTCDRLARLEGTCALGATWQQGQIRLWPWPAHRLIVLPDPSLPCRPNAVIALAAGDGALAHVWTDQQVATVSQGRVLRQSGHGLGRVPFAFVHDRTTQELKTEIKDMRQDLAANAGALRAEVAALRERVARLESK >PBI27870.1 hypothetical protein BGU63_15230 [Clostridioides difficile] MRLNFLLDKDWLDLKEQSIIASNENSYVTFKCRDILQLLVTWLFSLFKNLEDLGELYKNRYYFIIVYYICSEYIFYTVAIIKKYFFV >KAJ1535693.1 Jnm1p [Saccharomyces cerevisiae] MNVIDLSDPAINVDYDSLIGIDNEESQEIFENEVKEDGQQEEQEEASSRKDGLIVEPGRDVESLRRAIRDQLLFKIHRQNQSDCADARKLSSDEEDESRQQKLERIREELEELKIENLTSEMQTEIKELCEIQSKLATESSSRLTNLRKKLLETYEGQDTVILPNIILDTSNIKRLQKLDQKISLMERFVGIAEALEAEEERKSVHSKVNELYRSIQLLQGDDKAEGKLQKFRDRLVELNEEFENSLLGKKIQQDLRLKDDTVSKLVMPENKVKEINSMYSMFKQYQDSLPLLAERMKSLNKMNNRVIEVYETTKGLDSQITSIQEQGKVWLKALNELDKKFDEQEVKIRENMEQIRRKIDTLEDEALQRNSK >MBE9640947.1 FAD-binding oxidoreductase [Yangia pacifica] MKDQIQMNDLSGGQTVIGAEALEPLAAALRGALLQEGDPGFDTARAIWNGMIDRKPSLIVQAAGPADICAAVDFARTNGLRMAIRAGGHQIAGLAVEEGSMMLDLSAMRSVRVDATAGTVRVEPGATLGDLDHETQAFGLAVPVGVNSTTGIAGLTLGGGFGWITRKYGMTIDNLLSADVVLANGECVRASAQENPDLFWALRGGGGNFGVVSSFEFRAHPVGPEVLSGLVIHPIEAAADLLPKFQELCDRAPDDLTIWAVLRKAPPLPFLPADWHGREILIFAACYAGDMSEGEAAMHELRALGTPIVDVIGPHPFTGWQAAFDPLLTPGARNYWKSRDFLRLGAGTIKAILDAVGDLPDPQSEVFIAHVGGAMARVAADATAYPQRAGHFVMNVHTRWDDPAKDAACIAWARQLFRDTAADAAPSVYVNFMPEDEPDRLGEAYGGNMQRLQEIKARYDPGNLFRVNHNIRPMLAQQAAQ >MBQ6107527.1 hypothetical protein [Thermoguttaceae bacterium] MFHRFLCFALFLCGFTLMVSAENLVLKSDFLAVTVTENGFVDSAVELRNGTDWLHHKGEYFALVVMENQQSAVVPEKVEWVSDGKQIRVTFKNGFWVVLNYESCPNYYTLEIDSVSSEDFLNLEFGRVTLKPDYASPEAFGFSSLILAINTDVVEYPGRASRLGARVWGEIGVKGAKAAFVGVPEKQMRGVMQSVTTMILEKQAADPEYYKIAPPVNRFGGGFAMDIPKNHGSYIITSTPITAEDVNEWAEHLGKFGVNQIDFHQGNPFRQGDFHFKDAAYPNGVSDFRRMTDEMKKHGMIAGLHTYSEFVVNGSKYLTPVPHKDLDVMNSYTLTEDLTAESKNVPVEESTENIEFVLAYTRRNSHYVRIDDELLEFTELGTNGFLKCKRGACGTVVAEHKKGAKVDHLSQYFFSYFCPNPK >TMG86695.1 hypothetical protein E6H76_12105, partial [Betaproteobacteria bacterium] NEALEEAQDQLVQSEKMASIGQIAAGVAHEINNPIGYVLSNLGTLDSYLASLFGLLEAYTESECPSSVSQQASLARVRALRESVNFEFLRGDIVALLAESRDGILRVKHIVQDLKDFSRGGVDDVWEVVNLHDAIDRTLNIVRNEVKYKARIETRYGNLPDVECIPSRLHQVFLNLIVNAGQAIDASGTITISTGASLSEIWIRFEDTGCGIPKEHLHRIFEPFFTTKPVGQGTGLGLSVSYSIVRRHGGSIEVESEVGRGSRFTIRLPVRQPCPQLAQTDAVSAAEPV >XP_030131005.3 estrogen receptor beta isoform X1 [Taeniopygia guttata] MDEYLNSILQSCFKMSLCTSSHKDFSQLLPLQDIGCNKAEIKNSPAGVISPVPYNCNQSTLTAEHSPLYIPSSFMENRHEYSTMAFCSPAMVNYNIGSNFGDAEGVTARQTSSPSALWAAPGHLSPLSLHCQSSLLYPEQPKSLWCEAHPMEPVLPGSRETLKRKINDNECTSPIANNPGSKKDAHFCAVCSDYASGYHYGVWSCEGCKAFFKRSIQGHNDYICPATNQCTIDKNRRKSCQACRLRKCYEVGMMKCGSRRERCGYRILRSHRNAEERARCLGRARRYNEAATRVKEILLSAVSPEQFVLTLLEAEPPHVLVSRPSKPFTEASMMMSLTKLADKELVHMIGWAKKIPGFIDLSLYDQVRLLESCWMEVLMIGLMWRSIDHPGKLIFAPDLVLDRDEGKCVEGILEIFDMLLAMTSRFRELKLQHKEYLCVKAMILLNSSMFPLSAEEPESNRKLHHLLNVVTEALVWVIAKSGIPSQQQTTRLANLLMLLSHVRHASNKGMEHLLSMKCKNVVPVYDLLLEMLNAHTLRGQRKSLATHPEFGPLEQMEPGDSLRNGAPQ >MCL6644735.1 M20/M25/M40 family metallo-hydrolase [Dehalococcoidia bacterium] MAIDWPAVHREALDILVQYLQIDTSNPPGNEKPAARFLGAICEAEGIPVEYIETAPNREVLVARLRGDGSKRPIMLCNHTDVVPVEEQYWSVPAFAGLVQDGRVYGRGAVDMKGCGVMQLMAMLLLKREGVPLKRDVVFCAVPDEEAGSDYGMAWLCEHRPDIVDVEYELSEGAGGTTRFGRQETRLFSVATNEKDICWLKLTAVGRPGHGSVPHEDNSAVYLVRALERLVDWERPLVFTPDTEAYLDRLAEAGLMPPRSDRKAVEERIRRSPELLAMFQNTLNLTMLQAGIKANVIPARSEAVIDCRLLPGQSKRDWIRQVRERIGDERVSVELLSPDHGEPEAVPWDTELFRTITSVVKEAMEDAVVVPGMTIGGTDNRFLRERGIPAYGFIPCLLSPEERRGFHGNDEFLTVENLNLGCELMYEIVRRMVS >XP_040499486.1 transcription initiation protein SPT3 homolog isoform X3 [Ursus maritimus] >XP_045657592.1 transcription initiation protein SPT3 homolog isoform X1 [Ursus americanus] MNNTAASPMSTATSSSGRSTGKSISFAAELQSMMFSLGDARRPLHETAVLVEDVVHTQLINLLQQAAEISQLRGARVISAEDLLFLMRKDKKKLRRLLKYMFFRDYKSKIVKGIDEDDLLEDKLSGSNNANKRQKIAQDFLNSIDQTGELLAMFADDEIDEVKQERMERAERQTRIMDSAQYAEFCESRQLSFSKKASKFRDWLDCSSMEIKPNVVAMEILAYLAYETVAQLVDLALLVRQDMVTKAGDPFSHAISATFIQYHNSAEGSCMKSYPESPENTPPPTPTAPSSGSQHSGKSTSGSLGNGSAGQDSAKTKQRKRKKSTAACGVEAHSDAIQPCHIREAVRRYGHKIGPLSPFTSAYRRNGMAFLAC >XP_043577599.1 LOW QUALITY PROTEIN: formin-like protein 7 [Bombus pyrosoma] MPYVSPGTDQVQTIQHQNIERKDSNTEVPSINSXSNVTMRFVLILLSLVLGLCDAARRTTAAASSETTLHERHIEHSRQQRQDLENAWDLVDLQKVDNGANVWNKNPSTNITESQDSVNVNTRQLYPSLPNPGDTNELPGPITSNPIPVITPPPGCYAPRGQFPSPKSCSNYLNCWDDTVTEQSCPDGLLFNDITLVCDYDYNVNCGNRPMPTPRPSLTSGTKLCPEPNGRYRSATNCSEFYVCVYKKPIKFGCPHDLVYNDILGVCDYPYNVDCKGAATPPLPPKPTSPQTQPPSSPSQPPTLPQQPPTWPSPPSYIPSPQPAQPPSYAPSQPSQPPQPAQPSQPGQLPSYGPPQSYPGNPWLSRIQPDSWNERSVATQSDVDKEQQQQELSGTQQQGSEQLQNPWNMVHDIPHSLSMVPCKDGDVHRLNAACTSVVLCRNGRPHLQQCLLGYSYDRPSDSCKPISIAKC >XP_002107991.1 predicted protein [Trichoplax adhaerens] >EDV28789.1 predicted protein [Trichoplax adhaerens] MLKSLKKSVRLSLSDSNSYEKKEKKEPTKSASFSLRNLELTVKYMGYLPVSDARSLQTLKQAIRFVVQQRIRRTHSRFEMRNFQVIIYDLESEDTILDIPIQKVALCGKEFVKGFEKCFAVNVTTDDSHVCHVMQAATTYEAEKFLVKIAEAFEALGKMAKKSKQRKSTIPTQAAPTSKSTPASDEMARSDNGSQQRSRYSSNFLNVDNPNTLSTGISRDSHDGLSNSMETRQLPPIPKNFNYDNAEVSQSHHANESHGLQIRPLPPVPDVARNSSGHDDEDVANRETLYASLKNTVKKDEVEDPYSTIKNKLGEENPYSTVKNKRVDENPYSSVKNKSNEENPYSTVKDKLNEEDPYSSIKDIRKAKLKLALSQPGQENITTQGTPQYQTEDEEDPYSTVRTKTNSDNSKSDVVIQVRSPAGNLEVSAHANDSTRGNPAKQVDEQTGENKSGAVMAEFKASITPDLYEARKSYQSRRSIANQWTSYNVSEVFEEVGGDEQNDVKSNKKFYDPTDIYVNLHKYRMQNQNKSSSSRQYNDVTNKIDDKGDSEKVHQQSATKTNDSQVDGNLSVNQHKFYQSIKDVQSTYQKLKSKIKSNLVKQHNQQPTQLDTREAVRRVVSEIYKYDYRLDNSEKLKEIIDETSISVDSIDPETGYSLLHHSVSSESLSSINFFLERGANVNVQNRDKRTPLHVGVTTGNFSIVKRLLCHGADVTIKDTHGRTALHLVMGLQLDRKMMLLLVEYGARISEADSSSTRPVDIEPELRVIQREMILKCNDELCTIDVGAIFRIRSRVNSKSSVGSGTGSIKSIESRSNFSITNEEVRLKLGGIEENSNDNPDNLLAVPNKQQSDIPGSDEENVNYDIEFGDGSDKLTNFPNVLDAALHDSFDDQSEILSDESNTLKDSLKSEFIKATNEITESSTTVNKETTNVKLAPANTELQASHQSGGNSRRQITKENSSFSDNNKDDLVPVYQGENLMSDDNINDNEFSSDLDAWGGVFSEMDAWDDVFVEENSNLSCNRQGNNDLPDTSSLKLSIGHSFDQKPLSREDIIKNKISNVELIQTLKIENSYLEGPNNKAVLPDDPAELEDFDSKEIFGQEEKAAKNLRSLAILSKNPECHTIILSLLFAPNSILQKNNPKSSPRTLSVQLTALAHTESSVKSLPRYLASFIFTLCKSDGINSQKKSINSGIVNLLSDLLDSKADLIKKISLSLIWELLHIDSDREFCTVLSHFHVDPMLDLVAQCEAEQDMRADEFDPNAIDDMYRQYVLNSHNLKDK >HAJ30683.1 hypothetical protein [Gammaproteobacteria bacterium] MKIIRPVGTLLSIFIAFSAVAETTLEEIVVTAQRREQSLQEVPVSVTAFTGEAIERRNIKSATDYLALTPNVSFTEDGQAGSRGLGISVRGVNNLVSGENAVVNSIGVYLDGFSVASVPTQVANPFLPDMERLEVLRGPQGTYFGRNAVGGALNMATRNPTDEFGWKILAGGESYKGANEQHNVMTMVNLPVSDAFGLRGLAYYEESGGLVDNICRRGADAANCPTAGINGFTPNGAKDSGHEHLNLRLKALWEMSADTQIALTLIYADEDQGHDENVPSGIMDLDTVDSFGIQTAIDPGTGFWPNNRNELSHDLAESNSNETSVAILNVSHQWNEAWVLKSTTGLIKATQKRRFDNDGVGGLDGLGRINQYEGSSWSTELRAEGSFDAMELVLGAIYSRDRQEQQNNVFVSTGAELGHQSVGGVGILPPFPEGLGLLLNAKNHEITGLALFGDVTYHVTDSLDLIVGGRFSRDDVENDLRAFGIGPTCCFPGSPGYPGAPGFDFYNSFTNSARPLTAADEKSTDFAPRAGMRYQVNSDVSVYGIVSKGYKAGGASVGNNTNAEGAPAFNVPFDKEELWNYELGFKTELADQRVRVNGSVFRLAWNDLQFESFRFLTPGDLSTNFEQSVNIDKAEATGFELEVLARPAADFTVSASLGWLDTEITQAELVELTGGFQVNLRGLELPKAPRLTASLTGEYRWALGGNDAWVRLEYIRRDGQYSDIEGLTNKQTRGPSPNQGLVRPVGPGEFPYLSPDYSLVNLRAGYDTENIQVVLYVQNLADEEYYTGTQENFGASGIRLRPHPRTVGISVGYMVGGAR >QNV11749.1 ATP synthase F0 subunit 6 [Siphlonurus aestivalis] MTNLFSVFDPSSSIMNLSLNWLSTFLGILLLPTAFWLMPSRYSLIWSKVTSTLHKEFSTLLGPTGHPGSTFIFISLFSLILFNNFLGLFPYIFTSSSHLTFTLALALPLWLSFMIYGWINHTQHMFAHLVPQGTPPVLMPFMVCIETISNIIRPGTLAVRLAANMIAGHLLMTLLGNTGPSLSLTILSFLIIGQIALLVLESAVAIIQSYVFAVLSTLYSSEVN >BAD29386.1 hypothetical protein [Oryza sativa Japonica Group] MLCQALTPGGRVHRSPTVGGASAADEEEGGSGEEASDKNNEEEERLEELDGEASRRWPSPVVVGSPAGCHPGRPRGLVVTAPSSSSSSSSPPPCSWVVVTEREIEWRGRDRERASGEEETQREGKRR >MCL5999032.1 hypothetical protein [Chloroflexota bacterium] MTCSLGSDAGTVERTVHGIACGVKHGMDYGIGCGIIRHRMNSTPGITNPLEAGSRTKRLSNAASHVSYKPDAERGKVLVVGMSERVHRLADW >WP_032407714.1 SLC13 family permease [Rhodococcus fascians] MSDLWIVINTVVAVLAVVVFIVRFHFNPVISLVLGAAYLGLATKLGVSTTVDTITGGFGEIMAEVGLLIAFGVLMGSVLQEMSAIQRLVGTLLRAFGPKRLPYALSLTIATLLQSIFLDVLLVISAPLARNLAPKIGKYGTARMATALAIALECGIVFMVPGVATLALAGLLGVPLGKMMIYGLILIVPVVVLSVAIMSFVFRHGWWNEEKDEQQITVVTGPGGPEPVETDDEPLEAGGGVAQKVRTEKQTSLLVLLSPLLLALVLIAIGAVLEVAEISVPVVEFIASPVIALLLGLVGTCLIGRYHVGQERVEKALARGFAESGQILILTGVGGSLAAVINEAGIGDILGQYFTASTAAPLLMVWVIAAALHIAVGSVTISAITSAGILAPVAPLIGLDPVFIALAAGAGSLLAVHVTSNTFWLLQSLMGQSTRGTLKTCSVGVSVASVIAIALIVPMSWIL >MBQ1540263.1 RluA family pseudouridine synthase [Candidatus Saccharibacteria bacterium] MIRTGKKFSKPEMSRVINGDIKLVEKEVEPEKVRLDVLLAEIYKSYNRSTLQKFIELGFVSVNGEPARKSNQKFPREVKIDLVVPEEQKNADLKPEVIYEDDNVLVVNKPAGLLSMAKGEYCPEKTLEDYGMIVHRLDRDTSGVMILAKAHGVQKFLKRQFQERKTHKTYYAVVEGRPKLDEARIDLPIARDLRRPTTFRVDANGKESETFYKVLKSDGKHSLVELRPVSGRTHQLRVHMKYLGHPIVGDVIYGGEKAERLYLHAGSLEITLPGGVRTVFTVPMPEEFNNVF >KAH0956195.1 hypothetical protein HN011_002989 [Eciton burchellii] MEDSRLDKTRSRINPWNDARMLAHVANISKTQDLDHLKLSNADAMVMRPYNNRNFTDTDNYYGNNIGKASLDYQRWSGDTLPVFDTMHLRNFYRQPQRLEDLMLRDNSKGIYSSQDFVLRSRHNNLFTKKEPIANKNNDQENEKFERSKKKKHRRLVECSDLLKQYCENTSFHGLRYVGDSTLSTTERIFWLISFVIALLVALYYIVYLYKKWIDSPIIIALSPEPVTFNEFPFPSVTVCNMNNMKKTEAIRIERGSDTMDKSMMEDICGIENNVTYTETENIEWDKIEHFMINVSQPCSDMLYHCTWSGNETDCNKIFNSIMTDEGICCNFNSVNRKYLLYNPRDWADLNISYPAASVDWNAEKGYTSNMPKDVIPQRSYGTGLLYGLSLVLDVEIDEYYCSSTDSAGFKMLLHNPVETPKIADFSFALKPGEETRVIVRPRISVANRKIIHIPLKKRKCFFSSERKLRYYRTYTQRNCINECQANFTRQICSCVQYYMPKSAKTPICGKKDYQCAQLAKRTIELKLYDDLASTLNVSKISGCSCLPACFEINYRIELSQSKLLSTSTNNYYMKKDMDYFEKNMAVVHLFFVDSEFTKYMKNELFGFTEFLSSTGGLLGLFLGFSFLSLLEVVYFLTLRTLCRMYHRREATKLTVQQIHPLDYNKRVIYPFAN >NNM19111.1 DUF1648 domain-containing protein [Croceitalea sp.] SMFNNHPKIDIRPTAKDRRLINFGWILVALNLLLVFSFYFELPETIATHFNLKGEADGYGSKNIIWMLPILNIVLYYGMTVIATKVKPWNFNYPTKVNEKNAPKLYTGAISMLVYINVGIAFLFLLVSSHVILVAKNITTINLGWLILPTVILLTVGPILTSIKMFKSPKS >MBL0087235.1 transcriptional activator NhaR [Ideonella sp.] MNYKHLQYFWAAAKAGGVMRAGEQLNTTPQTLSAQIKLLEGRLGCALFRKAGRRLELTDEGRVALGFADQIFALGAELEAVLGKELRGPQALDFRVGIADSVPKAIAYRLLEPALGLPRPVRLICHEGGLRDLLAQISVQRLDMVIADEPMARHLNVKAFNHALGSTAMSFFATPALKARLPRGFPRCLDGAPLLLQGAASAMRQRLDVWLAQHRLHPQAVGEFDDAALMKAFGAEGRGAFMSPTVLEAETCAQYGVRVLGRSPELVEEFYAISVERRITHPCVAAITAAARGALFGS >WP_110808154.1 MULTISPECIES: amino acid ABC transporter permease [Rhizobiaceae] >NHT76819.1 amino acid ABC transporter permease [Ferranicluibacter rubi] >PYE31075.1 amino acid ABC transporter membrane protein (PAAT family) [Rhizobium sp. PP-WC-1G-195] >TCQ05391.1 amino acid ABC transporter membrane protein (PAAT family) [Rhizobium sp. PP-F2F-G36] >TCQ26030.1 amino acid ABC transporter membrane protein (PAAT family) [Rhizobium sp. PP-CC-3G-465] MTFILEELQLYGPGFLKAAWTVFALTILTIVVSWACGLLAALAQRSRFRSVRAVAGFYIWFIRGTPTLIQIFIIYFGLPQFGIRLSPFTAGVLALGINSGAYIAEIVRGGLTAIPSGQSESALALGFSRAETMRTIILPQVFRIILPAVTNEAISTLKNTSLLSTITVVELTLYAQTLIAATFRPFEFYIAVAVIYLVLTTVLTLLASWLERHYARLS >MBX9947011.1 RES family NAD+ phosphorylase [Reyranella sp.] MSSSTWTPAALSSDARALAGTGWRLVEAQHRVSTLKLVDSVEEQDALEDLIQASKPSLPPDCRHLHDLLSTPFRYGAVYPNGSRFRRAGLTEGVFYASETPGTAVAEVAFYRLLFYSESPDTPWPANPAEYTAFSTQYATRRAVDLARPRYAKDRSLWMHLTDYAPCQAFAEAARAARIDVIRYASVRDPQQGKNVALLSCRAFVKPRPVGHQTWHIRLSAAGAHAVCEAPKSRVTFGRQTFAADPRIARLRWERN >WP_218022068.1 TetR/AcrR family transcriptional regulator [Nocardia nova] >MBV7705745.1 TetR/AcrR family transcriptional regulator [Nocardia nova] MGSPPSKGSGNGTSPLERAYTDAVDQVDEGDDIRARILDAAVEQFGALGVRRSTMDDVARRANVSRITVYRRFATKDALVEQVIVREYRRWFDRFLVDIRHARTAADRVVLGFVSSLRAIRENPIIGGLLAAEPDMLLGSMIGDQGHTVAMVRRFVADQLRREQRAGHVAREVDVDLVAELMVRISASYLALPSQVIDLDDDEQVAALARHFLVPMLEPPRDSGADAPATGR >MBK8142594.1 SprB repeat-containing protein [Chitinophagaceae bacterium] MGTIRVTAGGVWQAPVQFSIDGINWQADSNFINLPAGTYTVKVRDAGCTDSIVVTIAQAFPDLVISNTIITAAGCSGATDGQVSLTASGGNAPYSYSLDGTNFQANNSFNLGTGNFTLTVKDINNCIASQPVVIPLNNTVTVNAGTDTAICEGTGYLVPATSNATAFAWTPAATLQNANSLTPLASPVTATMYYVTATDGICTKKDSIWINVWPAPVPDAGNDVAVCFGKVFELNGSGGVSYQWSPSTYLTTAANIASPSVKATNTISYFLQVKDSRGCNSLVPDEVIVTVTPAVQLFAGNDTIAATNQPIQLAAIELSNSGVTLIQLVTCYFPQ >EFG7698437.1 phage tail tape measure protein [Escherichia coli] LGDKVTYQERLNALAQQADKFAQQQRAKRAAIDAKNRGLTDRQAAREATEQRLKEQYGDNSLALNNVMSEQKKTWAAEGQLRGSWMAGLKSGWSEWEESATDSMSQVKSAATQTFDGIAQNMAAMLTGSEQNWRSFTRSVLSMMTEILLKQAMVGIVGSIGSAIGGAVGGGASASGGTAIQAAAAKFHFATGGFTGTGGKYEPAGIVHRGEFVFTKEATSRIGVGNLYRLMRGYATGGYVGTPGSLADSRSQASGKFEQNNHVVINNDGTNGQIGPAALKAVYDMARKGARDEIQTQMRDGGLFSGGGR >XP_047113196.1 juvenile hormone esterase-like [Schistocerca piceifrons] MQKRHSGSAREADEPIAMLLNVRKLFGILLLQFITYGQAEDILVTVDEGTLLGTTATSLYNTTYTAFLGIPYAAPPLGALRFAAPQPAAGWDGVRNATQFGSDCVQEDGSGSEDCLYLNVYVPGVPEEGAKLPVMFWVHGGGFVRGGGSDREYGPDFLVSYGVILVTINYRLGALGFLGTGDEVVPGNAGNKDQQLALTWVQRNIASFGGDPQLVTLFGESAGAMCASFHLVSPLSAGLFSRIIIQSGNFIGRPNTLEQARWNAFRLGSILGLETNDSQELVEFLRSRDAVDLGVDHSVFLTDELKVLFSYGVWSPHVEPNLEGAFLTESSIQTLIDGRFHRVPVMTGVTSGELGYQILNSTEKIEILNSQFVESVAPCLHLSTAEQQQEAALKLREFYFGNDTISTDDAESLVNFNNDMMFFEPTDALVRKVAELSDTPVFYYEFDYRGDIVESTKWGVNHAGDIFVLFVRDDTVCNLDPESEEDQVRRNMVRYWTNFAKYGNPTPEADPVIWEPYDNVTRSYMLMQSNFSLAHNKDAERMDFWYQNVPLQPYADNF >GFX26854.1 paired domain-containing protein [Trichonephila clavipes] MMSQRRQLDMFTKARIVGMLESLRSQTEVSLILNVDQSVIPRLWQRFKRTEDVTRQPVSGQPRVTTPRQDQYLVTSGRRLRGSTARAMGSVLTVSTGI >WP_283640148.1 CshA/CshB family fibrillar adhesin-related protein [Mesonia mobilis] MRLFSKYIMLALLLFASFSSNAQCYPGNIVTSTFATGGTGNYLNRIIWLTWGAQSSADTYGLTNQILNDGETSYASIQLSQNKYFCLQATIDNVSPASSIRSYIPGNYNGDSMDNLYNIGGAGNNNQMVAGIINANSGTTVNFTVNCEASLDGNPVRIKGLVIADAESLSSSEELKVSADGDWKVIEVKKNIGAGSYEIEKNNIAGTVQEVHLFNGNDNNTAAITVLSFNETAYDTEANNYEISFNVEVKGAGLTAIALGLLMPELDRGDAPESYGEALHIIDNTEFFSDQIPLSTTVNLNTSTYTPATEIPATNISYLGSTPPDRDFNTQYSVDALGDDNDGGPTAEEDVLPANLKRFYYRNFNYVAGETFQIDVPYTTVDPSYLQAWIDFNVNGTFEAGEGVMQALTPGTGTATLSWTVPNDVKILPTYLRLRLSDNYYGMLTPENTLLKGEVEDHRMYVVKPAMVNPFIPSVTQE >MBR1866691.1 signal peptidase I [Lachnospiraceae bacterium] MAKSAEKKQPQAEHKEDEQSEEVNIVKEIVGMVAYIAVVILAVWFIITFVGQRTEVSGSSMYDTLEDQDNLWIDKLSYRFHDPERFDIVVFPFQNGSVYYIKRIIGLPGETVRIGEDGTIYIDGEPLDEDYGYETISPNAIGRAGEDVTLGADEYFVMGDNRNDSKDSRFDEVGNIKKNDLKGKAVFRIWPLSKFGTIE >MCB1329842.1 GNAT family N-acetyltransferase [Maritimibacter sp.] MIPVRLSPEDDPAPVLALIRAEFAFMDGRIDPPSSMHRLTAADVSRQAAAGEVWVLGPAGAPLACVFFTTKPETLYIGKLAVAAAARGQGHARRLIDLAAARAGALGLAVLELQTRIELTENHATFARLGFTCVGETAHPGYDRTTSLTFRKPLSPPGRG >WP_189671415.1 cation transporter [Promicromonospora soli] >GHH79014.1 hypothetical protein GCM10017772_43880 [Promicromonospora soli] MSTTPRPGAHADALTTERLTRRGLRLAQFTVAYNVVEGVVAIIAGVLAGLVSVIGFGIDSGIESISAVLVGLRLSARLRHGEADERKERITLRLVAITFFLLAGYVTVEGIRSLVVGETPESSPLAVGLLIASLIVMPLLAEAKRRVGVALADPLILADAAETRICVLLSVSTLLGLVVFALTGAGWVDAVAGFVIAAFAVHEGREAWEGELEHDHDHDHHADHSEAAAHD >MBN1187923.1 DUF362 domain-containing protein [Bacteroidales bacterium] MNKNTRKKRIKTSVFVLLAFFLVCWDFKTSLQYTVYSNSFRYESEFDAITAPTTPVKVAVVPSDYTDLADPVSRDTDPTYEQIEAMVRKAIELQGGFDGVIAEGNTVMLKVNLVGGNSPSGEGENTDVRVVKAVIKTIYDFQNNVEIIVAEGTARSNDDPAVSGSVWHNSGYIPLLTDPYLSGINLRFVNLNQSLGDLIEIDLADKGTAATHDYKYHVHKEELNADVYISVPVLKIHSPGMTCALKNQIGTAPGCYYGYNKQSGKEKDGSATPSILHAVIPRQDWSEEEIVDLSNIAGIDFVVVDAIMCLEIAKSYKPERQLRMNTIIAGYDPVAVDNVCTRLFGLNPDDIVHIFLAEKMGLGTNNPDYIEVVGASIASTMKRAKKGTIYGSSNRTWLLSPAFDGTDIAVEHITDEKDYIAEAGKDGWSEPVFFFDDEIDLGSFYDGKENMVSYAFTKFYSPVDTAVELWLGRQEAMYVYINGEKVYSETTNEDFSGRKEADINVKKGENTLLVKTLNQFGAYTFALNICEVESDNYYKGNRLPGLKFYTDTIGTSEPVGVFQQLSANEITLTNYPNPCNDFTTIKFTLPKSDIANINIYDLTGKLIKNVAINYYPAGTQEIRCETADLKSGYYLCRMKAGKYSKSIMLLVK >XP_036700879.1 bcl-2-modifying factor isoform X2 [Balaenoptera musculus] MEPPQCVEELEDDVFQPEDGEPGTQPGSLLSADLFAQSQLDCPLSRLQLFPLTHCCGPGLRPTSQEDKATQTLSPASPSQGVMLPCGVTEEPQRLFYGNAGYRLPLPAGFPAGLPLGEQPAEGQWQHRAEVQIARKLQRIADQFHRLHMQQHQQNRNRVWWQILLFLHNLAVNGDENRNGAGPR >MBV9252674.1 acyl-CoA desaturase [Actinomycetia bacterium] MTAPPTSSALVPRIVTGVLVLGPLVALGLGLPLLWGHVVHLRDVILGLVLYAITGHGITVGFHRMFTHRSFKPKRALKIVLAVAGSLAVEGSVVSWVANHRRHHMFSDDAGDPHSPHASGPGIAGQIRGFAHAHVGWLFKADTTSASRYAPDLLRDRDVAVVSRLFPLFAVVSLAIPFASGWVLSRTLAGALSALLWAGLVRMALLHHVTWSINSVCHMFGRRPSTDKDRSTNVAALAIVSLGESWHNFHHAFPSSARHGVGRGQLDSSAAVIRFFERAGWATKVRWPGAEHLAAGAPA >MCC5948066.1 acetoacetate--CoA ligase [Nitriliruptoraceae bacterium] MAEHAPGELLWSPPPDAWERSRMGRFLTAAAERRGRRFASYHEAWSWSVEDLEGFWGEVVDQLDVRFDDPPSAVLADASMPGARWFPDATLNYAAQALARTGDAPAIVARSQTRDELVLSHDELRDQVGRAAAGLRRLGVRRGDRVVGYLPNIPETIVAFLACAAIGAVWSSCAPEFGTRAVVDRVQQIAPTVLLVVDGYRYGDKRIARHTEVAEIRAALPSLAATVVVPYLDGVEPALAAVPDAISWGALTEQAADLHVEPVPFDYPLYVLFSSGTTGLPKAIVHGHGGIVLEHVKMLALHHDLGPGDRFFWFTTTGWMMWNYLVSGLLVGATVVLFDGDPRHPDGDTLWRLAAETRVEVFGVGAPFLIAARKAGATPGRDHDLTALRSVGSTGSPLPPEAFAWVYDAVGEDLVLASASGGTDVCTAFVGATPLTPVHAGEIPVRCLGAKVEAVDATGRPVLGERGELVITAPMPSMPVGFWNDPDGSRYRAAYFEDFPGLWRHGDWLEITPRGSCIITGRSDATLNRGGVRMGTSEFYSVVEAFEEVADSLVVHLDDPAFEAGRLLLFVRLAAGATLDDDLQRALAGAIRAELSPRHVPDEVHAVAAIPRTISGKKLEVPVKRLFEGAPIAEVANPGALQDPTALDDYAALARRR >WP_176623291.1 alpha-N-acetylglucosaminidase [Mucilaginibacter sp. SG538B] >NVM62535.1 alpha-N-acetylglucosaminidase [Mucilaginibacter sp. SG538B] MRKCLLVLAAIISFGLKAGAQVDQKASYDFIERVIPGKGNLFVVEAIPQQNGKDVFELESRNGKIVLRGNNGLSIASALNYYLKNYCFCDIGWNGTNLNLPATLPSVKGLIHKTTPYQYRYYLNYCTFNYTMAWWDWERWQKEIDWMALNGINMPLAITGEEAVWQTVYKDMGFTDKQLYEFFSGPAYFSWFWMGNIDAWGGPLPQHWMDSHKALQKKILERERSFGMTPVLSSFTGHVPPSFKDKFPAAKVKRTNWDAGFPDVFILDPDDPMFETIGKKYIEAQTKEFGTDHLYSADTFNENVPPTNDSTYLDGMSKKVFNSMAAADPKAIWVMQGWMFHYNNKFWQPQQIKALLNAVPNEQMIVLDLYSDAHPVWNRTEAYYGKPWIWGMLQNFGGNISLFGRMRHVAADPAMALHDPESKNMRGIGVTPEGIEQNPALFALMLENVWNDTPIDADKWVANYAQRRYGQANNQADEAWHILLNSVYSGGLTEGGPESIIVARPTIKKYIDRVLTKLDYDPMQLVKAWTLLINAADSLKQSDGFQYDLVDVTRQVLANYASPLQQKMAQAYQNKDQQQFKLYSSQFLELMDDMDALLSTRKDFLLGKWINEARANGVTDKEKNLYEFNARDLVTLWGDKESGLREYSNRQWAGLIKGYYKPRWSMYFGQLDKSLSTKTDFNTEAFDKQVKDWEWQWVNKHDNAYTDTAKGDAIEKSKQLFAKYNAMILGTR >WP_023828789.1 ABC transporter permease [Mesorhizobium sp. L103C120A0] >ESZ61109.1 ABC transporter permease [Mesorhizobium sp. L103C120A0] MSAEPKQDTSSSTALDRSDVRVKHQAGVGGAISAFFDRVRSGDLGSLPVIVGLVIIWSVFTALNPVFVSSSNLVNLLFDCSTVGVIALGIVFVLMVGEIDLSVGSISGFASAMVGTLWVNQGWPVALAILAAIAVGGFIGGLYALLFNRLGMPSFVSTLAGLLAVLGLQLYILGSTGSINLPYGSNLVNFGQLLVMPDWLSYALAALPGIVMLITGLRTVSRRRAVNLSAPSVGGLIVRVAALTILLELIVGYLNQARGIPWMFGLFVGLVVAMNYALTRTQWGRSMTAVGGNREAARRAGIKVRSIYLSAFVMCSMFAALGGVLSAARLASASQQAGTGDVNLNAIAAAVIGGTSLFGGRGSAYSALLGIIVIQSIASGLTLLDLSSSLRYMITGAVLAIAVIVDSLARRSRVSHGRA >BAR90558.1 trehalose-6-phosphate synthase 1, partial [Drosophila nasuta] GTTIMQPVSVDDFDDYLLKYIGYNHKLALLLDYDGTLAPIAPHPDLATLSPEIKNVLFKLSNHSDVYVAVISGRNVDNVKKMVGIEGITYAGNHGLEILHPDGSKFVHPMPIEYEDKVSHLLKALQDSVCRDGAWVENKGALLTFHYRETPVQLRPDMVDKARSLIEKYGFRATEAHCALEARPPVEWNKGRAAIYILRTSFGVDWNERIKIIYVGDDLTDEDAMVALKGMARTFRVTSSDIVKTAADHRLPSTDSVYTLLMWVERHFMGRKARHN >WP_256527700.1 heparinase II/III family protein [Dyadobacter diqingensis] MKVQTYNFVNHQHLDAGSFQLYYKGPMAVQSGVYQGINGTYGDEHFKNYAQRSIAHNTLLVYDPNEKFTWHSKAVRNDGGQRYPNDAHEPDTLNEVIGRGYKTGQVLAHAVGPDPVKPEFSYLKGELAEAYSDKVKSFKRSFVFLNFNEPAIPAALIVFDQVSVSDPDFRKYWLLHTVEEPMIEGIRTTVKRTGRGYGGKMINTTLLPMANDLTIDKIGGPGKEYDVFGVNYPQAVNPSTSSADSTVWRIQVRPKKSAAENSFLNVMQVMDIHNTSPVDKLPKLVETEEFIGTRIGDRVVLFSKNGRLVGEQFHLKITGKGVVKVLIADVQEGDWKVSSKNSNNQIKSVSQVLYLTLDAGDYTFSRK >PQM52169.1 hypothetical protein C5U48_10910 [Mycolicibacter virginiensis] MAPGLDLDRATGVGADHISRNPGLHPAAGEQAMIAWLLVLGGVSVMACCAVAAAAVGGVVDRLHLLGVTTSVGFPLAALGLIVQRGVSEASAMVVLIAALVLLTAPVMSAATARLTAQEAGVAEADSPP >OBB22832.1 hypothetical protein A5792_04590 [Mycolicibacterium peregrinum] MTKGFDMKKFGFASMIATGFAAAIVGLAAPAQADITHHQWVHDIQQHASSGVVTSTFGNGR >KAI1138495.1 hypothetical protein F5Y05DRAFT_384253 [Hypoxylon sp. FL0543] MRFHNPILFPLLGAVSQSNSVLSEDPPLPPWYPLKPWEISSLRAYNPAKSPYDANATSLELTIANPYLIPAGPAPHASGGGYVAFDKSTANCDVHWKEDSQTPYGNLKDTCNSTQTSSTRAEWNITINQIHDDPAHYMDLTFSLAYHLYAYGQDMYKLMAGSIHVQVGESLEGGCDADGLCSYTLKNGSVPLLVQPTLEECRMACG >KAF1947782.1 ubiquitin-conjugating enzyme E2-16 kDa [Clathrospora elynae] MSTGAKKRIMKEYGECMADTPSGMKINFDEQNMTKWEVLMDGPAQSVYAGGHFKLEITFPTEYPFKPPVVSFRTKIYHPNVSNDDKGSMCLGLLRPDEWKPPNKVVAVLRLIQTLLIEPNADDAIEPSIANEYRENRKEFEKNVKDWVKRYAK >OGO62636.1 hypothetical protein A2Z45_08795 [Chloroflexi bacterium RBG_19FT_COMBO_55_16] MPVIKIGDRLVGDGQPTYIIAEIGVNHNGILPLALELIDAAVGAGADAVKFQKRNLDKLYAKKYLDNANSGEKTLRYLLPILQRVELTDDDFHQIVDYCKKKHITFLCSAFDPESADFLDHLSVPAFKVASADLTNLPLLDHLVEKGKPLIVSTGMSRMEEVEVSVNFLKEREVEFALLHCNSTYPAAFEDINLRFMDQLRQFGVPVGYSGHERGIAVSTVAAALGASIIERHITLDRTMDGPDHAASLEPHGFRKMVRDIRQISLALGTGEEKFISRGEILNREVLGKSLVAARTIQPGEMITPDLVTVKGPALGISPQKYPELMGRIAVRLIEEDEPFLDRDLGVEIVLDVDHTLHMDWGFTVRFRDFEESLVLQPRMLEFHFTDQDLDEHYPGGDHELKLVVHAPEFFERTLVDLCALDEHHRSQSVALIQKTIRLTREMAPHFVGIPKVVVHTGGMSLDHPIEDRQALYTNLRRSVDQLDTADIEFLLENLPPHPWYFGGQWLTNAFMDAYEIRDFIQPLGLNICFDTSHSKLYCNWAHMDFYDQVRVLLPYTHHLHLADGAGLDGEGLQIGEGTIDWVHFFKLIGAGRPDGYQGTMIPEIWRGHQRGSEGFLIAIQRLSEAYFKAQESDAIEVKGIRGR >UBL45068.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASLNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLSVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDLSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYQNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFNSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPSWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >RYQ91928.1 hypothetical protein Ahy_B09g097998 isoform A [Arachis hypogaea] MTRKGNEKANPLARSLPAPPSTLPDTFINAEAQEQYKKVKSKVFHYKRKLNLPEKYADQILNRLNFYHWKFVEFDLVEVNEHQVKEFYANILKRDAPTVFLRGVTLDTSDHALEALLQIPHIPPARDAYPRIVKELLSGKLSLDVVLKKIGTPDARWEYSRGENAVPQSIACTDLNPKARIWQQIIADYILPSTHATHIRVRVAVLLWAILEGKRISVLPLIRDSMWKVTQQQKYNIPFPSLITRLAALSGVERRPTDRTSVLISKQPFLPYGDYEGPPQMKRKTTEPSSSAEPSAPPAPPVPTPRLQTPYELGREILKTLHRFEHRNARCFQWIVAKFEGRDLGPPPSDTPEHKPETKEPAPEEPAAEAGQTVEPHEQTATKTTVEESTVQIAAESIVQIVEELASVAEPRAETAAEPAGQAFEEPTAGAEHRAEPTIQPSSAIIVYHHHHHPPPPDNGASQS >MBM6667216.1 MurR/RpiR family transcriptional regulator [Lacrimispora saccharolytica] MNNNLVKIRIRQIYAGLRPSEQKVADYILQYEGKASKLLMETVAQETGVSQPTVIRFVKAAGYEGFKDFKYALVQEEAKEQPEDSEKAGLYGFPLSRKDRLEDIPGKIVTTSVEMLEETLRNVSVKEYRKAVEAVVAAENIVIYSVENSICTANDLLTKLTYLGLNCRFYGDYYLQNVSAANLTKKDLAIGISYSGCSKHTVEMLALAKKAGAVTLALTNFENSMIAKYADILLCASNRQFLYGDTIFSRISQLALVDMIYAGVLNRDYDRCSKKLNKTSAIVAKRAYGENEEIL >WP_108494191.1 YciI family protein [Promicromonospora sp. AC04] >PUB26175.1 hypothetical protein C8K30_106264 [Promicromonospora sp. AC04] MAKYLLLKHYRHSGPKPVPGTEAMMDQWTPEEITEHIDYMRRFADKLTESGEYVSGDALSPEGTFVRYDGEGRPPVTDGPFAETKDLIAGWMIIDVESQERAYEAAAELSAAPGQGGRPIYEWLEVRPFLADPPATAE >PWA78445.1 galactosyl transferase GMA12/MNN10 family protein [Artemisia annua] MKSPEIYSQISAPVTRKRSPVSFASDAFLFFSGAVAALLLVWTFSTFSDTQPTTFQAPVKLVNDDVTCSNNGNNGLDVWKDWDEKRREWLDLHGSFKSGLEERVLVVTGSQPGPCRNPIGDHLLLRFFKNKVDYCRIHGYDIFYNNVLLHPGMHSFWAKIPVVRAAMMAHPEAEWIWWVDSDAAFTDMDFKLPLQRYKNHNFVVHGWEKLIYEKKSWTSLNAGVFLIRNSQWALDFMDVWSGMGPQTPNYAKWGEILRETCKDKAFYDSDDQTGLVYLLLKENEKWGNKIYVEGEYYFEGYWLEIVETLDNITAKYNDIERGASRLRRRHGEKVSEGYSAMWGEYLKDAGYGKFSWRRPFVTHFTGCQPCSGQHNQMYSGTSCWDAMQKVLNFADNQVLRNYGYVHRDLLDSASVSQLPFDYPA >WP_011057593.1 ATP-binding cassette domain-containing protein [Thermosynechococcus vestitus] >BAC09308.1 ATP-binding protein of sugar ABC transporter [Thermosynechococcus vestitus BP-1] MTATLRLEGVTRRFAPGVGIGPLSLTVPAGEFWVIVGPSGCGKSTLLRLIAGLEQPTSGDIYIGKTCVNGLSGRDRDVAMVFQNYALYPHMTVAENLGFGLKMRGVDPTARQQRVLQVAKLLGIESLLQRKPRQLSGGQQQRVALGRALARSPQVFLLDEPLSNLDAQLREQTRAELKQLHRQLGITTLYVTHDQVEAMTLGDRIVVLDRGQIQQIGTPADLYERPANTMVARFLGTPPMNLLPARWHSSRLWIGQQPLPCPDTPSWPLNSEQTLTVGIRPEHLHLGEQGLGAIATLVEPLGREAIVRCRLLESPQDLLWLAPSHQIPQIGDPLQLQVSHLYLFDATTGAALNSKPS >WP_083249539.1 hypothetical protein [Planococcus maritimus] >QMT16581.1 hypothetical protein H1Q58_11435 [Planococcus maritimus] MERKWVERKEVETRLDEEFNAILNMIGEGGPDYARIDDTKEPKELKDWLAEEFDSILNMIGEGGPDYARNDEDIEMQIMKHDEAKAKDLH >EAL3378245.1 capsular polysaccharide biosynthesis protein [Campylobacter coli] MKFHTTSKKLIKNVKDFYNIVLYKAYKSIGKEDVFVGWGRKNSGLKAIALAKKHHAKFMLLEDGFLRSLNLGVENSPSFSIVKDDVGIYYDASTPSRLENILNTYEFSPKELAWAKKAIEFIKKEKLSKYNNNLCIPQELFSANEERVLIIIQVANDTSLRFGLASDFSTQDIINDALKENPNAKIYIKIHPDVLSGKKQSDFSMQDLPSRCVILKENYNPIELLSYFKKVYTKTSGMGFEALMLGCKCVCYGMPFYAGWGLTQDKLECKRRVKKRSLEEVFYAAYILYSEYFNPYLNQKSDIFDTIHTLAKYKKIEQVNSHTLYFLGFTLWKRWFMKPFFKAKNNKIIFLNSLDELYKANLNSEDKIFIWGKKYDKVLLAKDFNNEIFLVEDGFLRSVFLGSDLTRPFSLIVDSKGLYVDPNHPSDLEELLQNHEFDDTLRQRAKKLITTITQNKFSKYNGLKHEKLNFNTNKKIILIPAQVEDDASMILGGAGFDTLKLLQSVRKANENAFIVFKPHPDVLSGNRKGLKDKNIILKYCDEIIENVSIDSAINACDEVHTITSTSGFDALLRAKKVVVYGKPFYAGWGLTQDLHHISRRTRVLSLEELVAGVLILYPRYIHPKSKNLCEVELALDTMLALQKDYFSKRWLKILIDFRIFMLRKIRRIGEVFIKR >KMT17181.1 hypothetical protein BVRB_2g040900 [Beta vulgaris subsp. vulgaris] MDPYEATKVVFSRVQSLDPENASKIMGVLLIQDHGEKEMIRLAFGPENLLHSVVVKARQELGIPPNTPSTPPTPSSNNNNTTTNNNNNNNNNNNNNNFSRQNSTSSSRFVPNGIKIPTSLTLPTLASPSSTSSHSHSWGASVFSDLYQNQDDLMSPISSSANYGNNLNSTITSSTLNPSTPPFYATTTRRGGNIGVPGGEFMMDDVQLQEQLSFLNDHSPTLRPKSTDLYFNPQAELELGGSVADFAHGVGNAGSSAWGVNGLAHRRSCSVSDINLGSLLDDPGSGLGWKPCLYYARGFCKNGSSCRFVHGSGMLSDSDSAAAAALVGSPSKMEMMEHCHELLRSKSMQQHKLIAAAIASASSSTSASASFPYSMNKGLSLFAQQQQNDSPRAAAAAAALMMGEDFHKFSRSPRGIENGRGDSSPASRQIYLTFPADSTFREEDVSNYFSIYGPVQDVRIPYQQKRMFGFVTFVYPETVKIILAKGNPHFVCDARVLVKPYKEKGKVPDKFRKQQQQQMERGEFSACNSPTAIDSRDPFDLPLGARMMYDTQYILWRRKLEEQADLQQALELQSRRLMGLQLLDVKRSHHHRSLSTGAPPIHSPTQSPNSIFNQALLSSDRSSPDASDENCGSPPLNEAKQALQQAINEATDREKEGSVGGEDNSNNGNAKENPCHEDNNISLPESLEHNLPDSPFASPKKGGSEYMTTFAGNTAGGSSGVEALSNLAANNTSKASSFHPGTTALDMAPFKSSCYFQMPRFSPGHGAIGM >WP_208557144.1 MULTISPECIES: hypothetical protein [Bacillus subtilis group] >MBT3123261.1 hypothetical protein [Bacillus inaquosorum] >MCF7615321.1 hypothetical protein [Bacillus subtilis] >MCL9628370.1 hypothetical protein [Bacillus subtilis] >QTG87164.1 hypothetical protein J4048_21105 [Bacillus amyloliquefaciens] MGKGEKKKKSRWLVLSGAAALILIAAGCWVFFAKYYVPLNVWKERGEIYELRKNLEVLNKKEDGFVRKEDDYIAKTPDSTGEFVDMEKKVTNLFPMSINAPKDYPTAYKDAVKWAKDLAAGKVRKDDTINHFLTKTYVEDNQKYNVGQPIVAVKELDTFYIPDAYWGLYDVAAKEGAYQESVQVTAFWYNKDTGKTTGVYIGFKPNPGAYQNVKEE >KAJ2141250.1 Prohibitin-1, subunit of the prohibitin complex (Phb1p-Phb2p) [Coemansia sp. RSA 678] >KAJ2501611.1 Prohibitin-1, subunit of the prohibitin complex (Phb1p-Phb2p) [Coemansia sp. RSA 1972] MSSRFVNFVSRAGIVLAGGVVAVQASIYDVKGGQRAVIFDRLQGVKQVVSGEGTHFLIPGLQRAIIYDVRTRPRLISTTTGSKDMQMVSLSLRVLQRPSIENLPQLYQNLGLDYDERVLPSIGNEVLKSIVAQFDASELITQRDVVSARIREELLTRAKEFNIELEDVSITHMTFGKEFTVAVEKKQIAQQEAERARFVVEKAEQEKQAAIIRAEGEADAAERISKALAKAGPGLVKLRRIEASREIAETLAGARNVTYLPSGAQGSSNHQMLLNLGSA >MBQ7587638.1 tRNA threonylcarbamoyladenosine dehydratase [Lachnospiraceae bacterium] MEVMLSRLELIYGKEAVNRLAESRVAVFGIGGVGGYVVEALARSGVGQLDLIDKDTVSLSNLNRQIIATQSTVGKYKVDVAAERVRDIFPECVVTAHRTFYLPETQDEIDFTQFDYVVDAIDTVTGKLTIIENAYKTGVPVISSMGAGNKINPSLFEVADIYETSVCPLARVMRRELRKRGIDKLKVVYSKEEPRKMPEGSPPGSTAFVPSVAGLIMAGEIINDLTGINT >OKX80212.1 LacI family transcriptional regulator [Corynebacterium glutamicum] METPAFQRQNTGIIAMVAADASNPFFLEIFQGAQHAASTQGYTVALVDARESAIKSREVLDKIVPHADGLLLAASRMDSGEIHKVAREIPTVLMSREVQGIPSVMVDNYDGAAKAVVHLVDQGCHSITYIAGPNKSWADATRWRGLVDAASSLAAAVESGVASTSAISISRSVTVQPGRMKHLLKPKMNTISVDSPDFVGGRRAFEEWAKDRTDAVICFNDMVALGFMQQARLSGVRVPHDVAVVGFDNTEISVLSTPSLTTVAGPLRAVGRVATANLIALLKGMKAPLMAKPRELPTRLIVRESSLKTAVDLKRGS >WP_238850425.1 dihydroorotase [Vibrio fluvialis] >MCG6402323.1 dihydroorotase [Vibrio fluvialis] MTTLTITRPDDWHVHLRDGEVLTDTVRDISRYNGRALIMPNTVPPVTTSEMALAYRERIMAAQPQGQFEPQMSLYLTDNTSPEEIRKAKASGAVVAAKLYPAGATTNSDSGVTSAKNIYPVLQAMQEEGMLLLVHGEVTTHDIDIFDREKTFLETVLAPIVNDFPNLKIVLEHITTAEAVEFVKNAGDNVAATITAHHLLFNRNHMLVGGIRPHFYCLPILKRATHQHALVAAATSGSKKFFLGTDSAPHAKGKKEAACGCAGSYTAHAALELYAEVFEKEGKLDQLEAFASHNGPDFYGLPRNSDTVTLTKQAWDVPASMPFGGETVVPIRAGEQVQWTVK >MBJ4904885.1 tail fiber assembly protein [Salmonella enterica subsp. enterica serovar Rissen] EELVAQAEARKAELLAEAESVIAPLARAVKLKIATDEEMKRLKAWELYSVMVNRVDTASPDWPEVPDVA >XP_055296131.1 forkhead box protein O-like isoform X2 [Sitodiplosis mosellana] MDSFNATWPSPDGLESISNDGIQTMDLVTDLQESFEPLQRARSNTWPLPRPENFVDPDESESKKCSNQQLSTNDSQQVTLPNLAAQKKNSSRRNAWGNLSYADLITQAITSAVDNRLTLSQIYEWMVQNVPYFKDKGDSNSSAGWKVSSRHKNC >WP_098923619.1 2-oxoglutarate dehydrogenase complex dihydrolipoyllysine-residue succinyltransferase [Bacillus cereus] >PGZ50061.1 dihydrolipoyllysine-residue succinyltransferase [Bacillus anthracis] >RAS96163.1 dihydrolipoamide succinyltransferase [Bacillus cereus] >RAS98174.1 dihydrolipoamide succinyltransferase [Bacillus cereus] >RAT09964.1 dihydrolipoamide succinyltransferase [Bacillus cereus] MIEIKVPELAESITEGTISQWLINVGDKVEKGGSVVELETDKVNVEIIAEDSGIVSKLLGEPGDTVEVGATIAILDANGAPVAVSTPAPAAEQPKQETTEAPKAAAPSAEQTATLQGLPNTNRPIASPAARKMARELGIDLNDVRSTDPLGRVRPHDVQAHAAAPKEAPAAPKSPAPAPVAKTEFEKPVERVKMSRRRQTIAKRLVEVQQTSAMLTTFNEVDMTAIMELRKERKDAFEKKHDVRLGFMSFFTKAVVAALKQFPLLNAEIQGDELIIKKFYDIGIAVAAPDGLVVPVVRDANQLNFAEIESEIRELGKKARDNKLSLKELQGGTFTITNGGVFGSLMSTPILNSPQVGILGMHKIQVRPVAIDAERMENRPMMYIALSYDHRIVDGKEAVSFLVAVKDMLEDPKSLLLEG >WP_260479645.1 hypothetical protein [Shigella boydii] MRAEIALMSGSAFAVTHHAFSSGAGRTSDGNGSHASTLKSPSYTKSVSWQHYPTKVIENI >WP_089563581.1 rhomboid family intramembrane serine protease [Escherichia coli] >EFN8261400.1 rhomboid family intramembrane serine protease [Escherichia coli] >EGM0635672.1 rhomboid family intramembrane serine protease [Escherichia coli] >HBD0319371.1 rhomboid family intramembrane serine protease [Escherichia coli] MSASSAKPLNVQLPAITLILFALCVGIFCYLAQWMSYEEVDQSALIHLGANVASLTLSGESWRLLSSVFLHSSVSHLLMNMFALLVVGGVVERILGKWRLLIIWLFSGVFGGLISACYALRESEQIVISVGASGAIMGIAGAAIATQLASGAGTHHKNQRRVFPLLGMVALTLLYGARQTGIDNACHIGGLIAGGALGWLSARLSGQNRLVTEGGIIVAGSLLLTGAIWLAQQQMDESVLQVRQSLREAFYPQEIEQERRQKKQQLAEERNALRETLSAPVSREQASGDLLAEIADIHDMAISRDGNTLYAAIENTNSIVVFDLGQKKIQHTFTAPIAKEKSVKHCGGCKDQGVRSLALSPDEKLIYATSFEANALSVINVATGEIIQSITTGAHPDSFILSRDGTKAWVMNRTSNSVSAIDLVTYQHVADIPLEKYDGTGTSGKPGAWVMALSPDERTLLVPGAGRGNIVRINTITHQKEDFPAGDARGVVSAMGFRPKNGEVIFADSQGISRISVGDQQASIMTQWCSRSVYSVEGISPDGQYLALVSYGLQGYVILLNINAGQIIGVYPASYVNHLRFSADGRKIFVMAKNGLIQMDRTRSLDPQAIIRHPQYGNVACIPEP >XP_010263869.1 PREDICTED: subtilisin-like protease SBT3.9 [Nelumbo nucifera] >DAD46933.1 TPA_asm: hypothetical protein HUJ06_016870 [Nelumbo nucifera] MISQLVFHHNMAMSSSFLLLLLHLLLLSLQHSILRAISSSNVYIVYMGERRHYDSQLIQDSHHEVLSTLLGSQEAARASILYSYKHGFSGFAAVLSQSQAKAIADFPGVIRVVPNRILNVHTTRSWDFLQLKSEIIDGILSRSQSGDGSIIGVLDTGIWPESESFNDDGMGEVPSRWNGVCQEGEEFNSSNCNRKIIGARWYIKGYEAEFGKLNTSGSIEFLSPRDAVGHGTHTSSTAAGALVGNASFMGLAQGLARGGASAARLAIYKVCWSTGGCSSADLLAAFDDAIFDGVDVLSVSLGSAPPLSPYIEDTLAIGSFHAVAKGIPVVCSGGNSGPYSQTVINTAPWIITVAASTIDRAFPTAITLGNNQTIVGQALLTEKHVDKFYPIVYGESIASNDSDEDKARSCDVGSLNATLARGKVVLCFQSQSQRLAFVATRTVTKVKGVGVIFAQLPKKDVASTPGVPCIHVDFTIGTHVLEYIRSTRNPVVRFSLTKTSLGRQISPEVAFFSSRGPSSLSPSVLKPDIAAPGVNILASWSPASPSSSIHQHKVPPLKFKIESGTSMSCPHISAIVALLKSMHPNWSPAAIKSALVTTASTKDEYGQSIVAEGSPHKQADPFEYGGGHVDPNKSADPGLIYDMGITDHVRFLCLMGYNDSAVSLMTKHPTVCHETSKSLADLNLPSISIPELKKSLTVSRTVTNVGPVNSVYSVRVKSPPGVIVQVEPPVLSFNSTAKKLTFKVIFHSQLRVQGRYSFGYLSWEDGGHVVRIPLIVRAVIDDFYADT >WP_079722145.1 DUF294 nucleotidyltransferase-like domain-containing protein [Salegentibacter holothuriorum] >SKB86569.1 CBS domain-containing protein [Salegentibacter holothuriorum] MKNTIASRIADFLKNYPPFNLLQKEDLLTISKQVKVKYLEKGKTLFAEGDTGHKRFYVVNKGAVSLERINNGQRETIDKCDEGDIFGLRPLFAKENYLINAIADEETVVYAIPIKKFKPLSENNKEVGNFLIQSFASNTRNPYAEAHKGKLISDKEPEENQYQPNNNLFELQPAPVTRKVVMTSPETTIKTAAQLMSKKKVGSVLIVENNIPKGIVTDEDYRNMVATGVFAIETPISKIMSSPVICYPRGITIAQAQLTMMKHHINHVCITEDGTPNTKVVGVVSEHDIMVSEGHNPSVLMKAIQRSSSTNELKKIRHKITLLLRGFLASNIPLNHISKIIFELNDATIKRIIERCIKKLPSPPPCDFTWIALGSQARKEQLLQTDQDNALIFEDVPEEKLEKTRAYFLELSRKVNKRLNIIGYEYCPAEMMAKNPKYCLSLKEWKQQFTNWIIEPGSDEILLCSIFFDFDISYGNIKLSNELANHIFSLTKDNKKLYAVMGATTLRNPSPLGFFRQFLVEQNGEDKDFFDIKKRGITPITDAARLLILYHQVKNISNTAERFEKLAQLEPNNKELFLACAYASKVLQKFRTKHGLENRNSGRFIDLENLSKEEKIKLKRCFKSIRQVQELIKFRFEVTPYI >MBQ9329940.1 hypothetical protein [Oscillibacter sp.] MDEAFREVLTRHHLRYPRMEPQDWGKLAYQSEFGPAHFGLEEGAVRRALTQEWQAVEDAPPRPPEPIGNGLCRFHLTERSDIGDAAPLLTELFLRTAREHRGTMEGLAARLSALEELDVPGLSPWLVSYRAAGCPAVHHSDAYRAAYRPHYRLLREVYADCFPVLLAVHRLLRQKGGGVVAIDGRCGSGKTGLAALLEDLFPCRVFHMDDYYLPPADRAENWTELPAGNMDLDRFLAEVLLPAREGRAVMYRAYDCQHGALSAPETVPPRSLTVVEGSYSHHPRLAPYYDGTVFLTCGEAVRLDRLRRREGADIRAFQERWIPMEERYFRTYGIEERSALRLDTTLFPEGLL >MCB9082534.1 cytochrome c maturation protein CcmE [Lewinellaceae bacterium] MKKIHFVAIAMIVVAIALLVNAAGDMSTYATFQQASTLDQKVKIAGQLAKDKEMVYNPEKDPNYFSFFIRDADGEERQVVLLAAKPQDFELSEQIVVTGKMEGDQFIATDLLMKCPSKYKDEEIYIKSEKSAQAG >WP_058918927.1 MULTISPECIES: 23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD [unclassified Carnobacterium] >ALV21625.1 RNA methyltransferase, TrmA [Carnobacterium sp. CP1] >QQP69643.1 23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD [Carnobacterium sp. CS13] MKADKTVPVQKNEKHTVKIEDLTHEGMGVAKIKGYPLFIEDALPGEEMEVKIHKTGKSFGYAKSMNRLTSSQNRVEIKDANFTRAGITPLQHMHYPAQLAFKKEQVKKVIKRIAKLPDVKIFDTIGMAEPWGYRNKAQVPVRKVGEKLMTGFFRRNSHDLIPMEDFYIQDPKIDEAILKVRDIMRTYNVKPYNEKENTGNLRHIIVRRGYYTGEMMIVLVTRTAKLFPVSKIIPDILEALPEVVSIVQNVNPTRTNTILGEDAIVLHGEDKYTDTLLGKTYEISHRSFYQVNPTQTEKLYNVVLDYAALTGEETVIDAYSGIGTITLSLADKAKHVYGIESVEPAVENAKANAALNHVDNVTFEAGLAEEVMVEWSKEGRKADLLVVDPPRKGLEGQFIDAVLEMKPTKMIYVSCNPATLARDLALLAEGGYTVEKIQPVDLFPQTNHVESVTLLTLKD >MCP1651746.1 3-oxoadipyl-CoA thiolase [Pseudomonas nitroreducens] >MCP1689627.1 3-oxoadipyl-CoA thiolase [Pseudomonas nitroreducens] MTDLTDALIIDAVRTPIGRYAGALSGVRADDLAAIPMKALLQRHPELDWSAIDDVIFGCANQAGEDNRNVAHMASLLAGLPISVPGTTLNRLCGSGLDAVGSAARALRCGEAGLMLAGGVESMSRAPFVMGKSEQAFGRSAEIFDTTIGWRFVNKLMKKQFGIDSMPETAENVAEQFNISREDQDAFALRSQHKAAAAQANGRLAKEIVPVEIPQRKGPAKVVEQDEHPRGDTTLEQLAKLGTPFREGGSVTAGNASGVNDGACALLMASPTAAARYGLKARARVVAMATAGVEPRIMGIGPVPATRKVLELAGLSLNDMDVIELNEAFAAQGLAVLRELGLKDDDARVNPNGGAIALGHPLGMSGARLVTTALHELEERGGRYALCTMCIGVGQGIALIIERI >WP_217309155.1 hypothetical protein [Streptomyces sp. GMY02] >QXE37415.1 hypothetical protein KQY30_27530 [Streptomyces sp. GMY02] MEAELVALATAGATTIVQQMATDGWTRARDRVVAFFSARGATTPESVEADLETTRAELTTAQHDGDEETTQDLHAEWRTRLRRTLRADPEAAAELRALVDELTPPVPTQQTRDVYNTFSGGTNHGPVIQAGNIDGIYKGSRG >WP_247879744.1 hypothetical protein [Azospirillum sp. TSA6c] >PWC48328.1 hypothetical protein TSA6c_18190 [Azospirillum sp. TSA6c] MTGKGLDTLLAAAETLPHAPEDAWRLDLLRVALRIARSTEDLVDLERANLAFKALPRRLRNPLVDRAAMLARREAERAQMTEEPEDAPKPGGLLGGLFGRGGGRPSRKTAKERLMRELATRRDPDDDRES >WP_182050463.1 hypothetical protein [Changpingibacter yushuensis] MSAKHASPTKPTYEQLEAENAQLRHDRKLDREQIGLITRDSDLMRQELDRRRARDAALKGIEEDSRAFLQFLELHDQYV >WP_271418863.1 ABC transporter permease [Cutibacterium sp. CBA3108] >WCC80683.1 ABC transporter permease [Cutibacterium sp. CBA3108] MTSTSSTWRLVASREIGVKLRDKGFIISMIITVVLILAIPVVSSIISSHHDHDGVVVTDDKAAAVVKVAQQDLAARGSGDKIEVVRAADEAEAHRKLHDDDDMVYLHQKDGQWHLDGYDKTPSADGSSTRVMEAAVARAAVADNAEAAGADATAMTRGMSLQTGQVKASEGTSEAVGYMLAVVFSILFMMSAISYGMMIANSVVEEKQSRIVEILLTGVPARQLLIGKIVGNTVLAVGQLVIICGLGMLAVSFSSWSDVITVAMSWSVLWFVLFFLIGFVALASLYAAAGSMASRTEDLQSTAMPLMYLVMIIYFWVVMSMSNLDGLSARIGSYVPIASVVFMPLRMLGHRATWWEPIISIIITLGFTAFAVLVGERIYRRSILQTNGRVSFKNAWRHNESVA >PDX57421.1 hypothetical protein CGS46_12925 [Faecalibacterium prausnitzii] MPRTSKTSGTAGQRKQRKPKEAKNSDSFVCWRRCRWRLRRFLRAGHGFRRPVRRLQGPAEPPGRRPLEGGRPVAVSETWRDVPGYGGKYQASDMGYIANTFWHGQKRKNGGRTILTQYKRKPRGKAKLQSAKRYVHLTDLEGNMREFSAAKIVAETFLGPVPAGKVIFHKNGNPADNSIWNLAFCTRQELGRMTGADSSRRPVLKFSAAGELLECYSSARQAAKQNYFSYQAIIDRCNGKCKRHILAPDGNYYAWDNTVSINRARKDLRALARQEGRIFAPANWPWPST >WP_268551200.1 phosphate/phosphite/phosphonate ABC transporter substrate-binding protein [Bacillus vallismortis] >MCI4138502.1 phosphate/phosphite/phosphonate ABC transporter substrate-binding protein [Bacillus vallismortis] MKRTYFALLTLVILVVFSGCSSSAGGAAAEKDTLTIAWLPNESGADFTEARDEIGKIIEEKTGKKVKHQTTTDYIVAIEAIANGNADISFLGAQGYIEAHNKNEKVLPLVVRSGESGTLEDAVYYSWLAVNKDNVDEYKNGDEFSIDHIKGKKFSFVSNSSTSGFKVPSQGIVDYFSKKDEFKNLKAEDLLQGGKNQFFSEVLYGGSHQGSAVNLLSNKADVAAFCDSCVNTYVELADGEENHAGAVYKVKEGAAEPFNTVVGKEFSLISATPVLNAPFAINSENVDKDLQAKLVDILTSDAVTNNEKVFVPEDSKFTGLFTKKGDERLVEVDDSWFNPIRELSK >MBO5962796.1 calcineurin-like phosphoesterase C-terminal domain-containing protein [Alistipes sp.] MHLNIVPKKLILLLVALSTVCCNNDNLPDTEGKPSEEPSNTITATLHPQTRTSLGNKIGDIYPVYWSKNDKIGVNAIPSEEIVINENNPSIATFILSETPEFPRNITYPYCTSSSIEQAIVVFPTEQQYTEGSFSEGSAPMYGYAEQGNEVSLNHLATIFQFPIKAKVEGVTLSQVVVTADTAIAGEFAVDCKSGEITPTDTATKSITYTLPTDFSLSTSAEKIFHISLPATNISHCKVEFVEASGKKMTATWQPKGPISAGIVREFEVITYNENSAITLQPLTVEEEEMLIYYKKVYGNVRYSDGTPIAGVAMSDGFQVVTTDKNGYYELDGVTPESWYIYCSLPADVEIPIDEFGRPAFFKKYPSNLPRYDFTFNKLPNGKEKKFSIFAIADTQPTGEHHLDHFRTQAAPEINAHSKSLGMPCYGIVLGDLVGSVPTLMDDMRSELAYDKMGMPIFTVMGNHDHISYSDTDPVFPDERNNHWMLKIQRDFEECFGPVNYSFNRGDVHIVGMRNVRHKDNVKVSNYETAFTKEQFEWLKADLALVPKEKMVVICFHIPIINGGRVGDGTYRQEMLNLLDEFAESHILSGHTHYMRPYDYVWNNTGHKMYEHCIASTRYDMRGCNIHRDGTPCGYAVLKVENSAMVDWYYKGFPEGMNSRDDQMRLYRGATIIGAEPSGTNKYGTMGYYQLPFDNNTLLANIFTSDPSWKVEVYEDGVYSGKMSYIYNMDNSLYEQLVGDGSLTNPRRVADGVACSRDFWAIGILFGYLGSEVNNNYNTCRTMWRYTLKNPNAQHIEVRATDRFGYIYTEETITDNSNSDSAFY >WP_128604954.1 MULTISPECIES: YeaH/YhbH family protein [unclassified Pseudomonas] >PAM85507.1 hypothetical protein CES87_03325 [Pseudomonas sp. ERMR1:02] MSYVIDRRLNGKNKSTVNRQRFLRRYRDHIKKAVEEAVSRRSITDMEHGEQISIPGRDIDEPVLHHGRGGKQTVVHPGNKEFTSGEHIARPPGGGGGRGPGKAGNSGEGMDEFVFQITQEEFLEFMFEDLELPNLVKRNLTGTDTFKTVRAGISNEGNPSRINIIRTLRSAHARRIALSGSSRAKLREAKDELLRLKQEEPDNFGDIQELEAEIEKLSARIHRIPFLDTFDLKYNLLIKQPNPSSKAVMFCLMDVSGSMTQATKDIAKRFFILLYLFLKRNYDKIDVVFIRHHTSAREVDEEEFFYSRETGGTIVSSALKLMQEIMAERYPSNEWNIYAAQASDGDNWNDDSPICRDILINQIMPFVQYYTYVEITPREHQALWFEYERIAEAFSDTFAQQQLVSAGDIYPVFRELFQRRLVT >WP_188167525.1 Crp/Fnr family transcriptional regulator [Flammeovirga sp. EKP202] >MBD0400310.1 Crp/Fnr family transcriptional regulator [Flammeovirga sp. EKP202] MEQLLKQLEAYTSLTESEQKVLEDALFKRNYSKNEMIFTEGKISDEIYFVTKGCVRLFYNVDGNDKTAFFYTEGQFICAGESYTYNVPAIENYQALEETEIYVFTKTMIENLIGGFPKLEIIARVATENELITYQKVLASFITKTAEERYQDLLKTKGDLVQRVPQQYIASFLGVSPETLSRIKARIYKKEHS >MBQ7208271.1 preprotein translocase subunit SecG [Lentisphaeria bacterium] MSVLIVFLYALVVVVSLLLIGLILIQPSKSGGMGAAFGGIGESMFGGKAGSHLTKATVWLTAVFMVLSLALAVLIGHGYRMESSGSGVSRELDSAKDAVKAVEKKAPAAPAAEKKGAAAKNAADKNKK >PIF02276.1 MAG: hypothetical protein CR996_00650 [Draconibacterium sp.] MTRKSKGEGAKINFSEDYKKLSDEALTDILKKRDHYLEEASNAAIAEAMRRGLIHSEQDLFAEKYRVEPLRSSLFPIPENETSRRKLQRSLTRSLLFLGGIIVAWGVYELLRHHVTEGVAFILTGIIWEVLSFTFFRSVNNQKINLLLLITVLGAVYTALKLFSWVGVGFVDIFIVVVLFGLVFYGLVYLKKL >MCM1504065.1 sugar kinase [Muribaculum sp.] MSKIITLGEIMLRLSPAGCHRFIQVDSFDVIWGGGEANVAVSCANYGHDAYFVSKLPKHEIGQAALNALRRYGVHTDHIARGGNRVGIYYCETGASMRPSKVIYDRAGSSIAEADPTDFDFDAIMEGADWFHWSGITPAISDKAAELTRLACEAAKRNGVTVSVDLNFRKKLWTKEKAQSIMRPLMKYVDVCIGNEEDAELCLGFKPDADVESGNTDAEGYKGIFAAMMNEFGFKYVVSTLRESFSATHNGWKAMIYDGKEFYQSKRYDINPIIDRVGGGDSFSGGLIHGLLTKPTQGEALEFAVAASALKQTINGDFNLVTAEEVEALAGGSANGRVQR >WP_265258498.1 addiction module antidote protein [Verminephrobacter aporrectodeae] MNDRAHDDAMAEILRKDPAYAVELLNSILEDGDQAELLIALRQMAKAFGGVTKVAEKAQLNGTHIYRTLSAQGNPEIRSLSAILKVMGLRLAVQPIPAPDTAHA >XP_015665538.2 transcription factor jun-D [Protobothrops mucrosquamatus] MMKKDGLVLALSDQVLSGLKAPSGHAANAPSAQQQHHQPPPPGENQTLLTSPDLGLLKLASPELERLIIQSNGLVTTTPTSGGTQFHFPKGGGGGSAPDEQEFAAGFVKALEDLHNQNQLGGAGPIGGELPPAASLAQQQQQQQQQPPLPPPSTEPPVYANLSTFSGAASFSSEGAYQAHPRLQPPPSLKDEPQIVPEVASFGDSPPLSPIDMDTQERIKAERKRLRNRIAASKCRRRKLERISRLEEKVKSLKNQNTELASTANLLREQVAQLKQKVLSHVNSGCQLLPQQQQQPPHQVPAY >WP_208405463.1 RdgB/HAM1 family non-canonical purine NTP pyrophosphatase [Cellulomonas uda] MVLATHNAHKVGELRAILAPVLPGLAADAVVGARDVGAPEPVEDGVTFEQNALLKARALAAFTGLPAVADDSGLAVDVLGGAPGIFSARWAGRHGDDAANLELLLAQLADIRDPHRGARFVCAAALVTPDGFEHVETGALVGTLALAPRGAGGFGYDPALVPLGESRTCAELSAQEKNAISHRGQAFRALAPVVARVLSGPDEGTGG >MBS5124634.1 hypothetical protein [Clostridium sp.] MRNRKYKRYLLYFVVIVVLLMIGGKLTAGYYNELAESNKISFTKQFFINLVTYGGVGAILGIDNLIKENSKEGKWRFDFKKLIIVGLPAFVLSTPVFWAIIIIICLKGKVDNIIMTIYNFMIIFNIILGYVFITSIYIEEERKVLEFRNLIRIN >XP_037020921.2 methyl-CpG-binding domain protein 1 isoform X4 [Artibeus jamaicensis] MAEEWLDCPALGPGWKRREVFRKSGATCGRSDTYYQSPTGDRIRSKVELTRYLGPACDLTLFDFKQGILCYPAPKAHSEAVPSKKRKKPSKPSKPSKPSKPSKPSKPSKPVKPGKCQVGPQRVEVRKEAPRDETKADANTAPASLPAPGYCENCGISFSGDGTRRQRLKTLCKDCRAQRIAFNREQRMFKRVGCGECSACRVTEDCGACSTCLLQLPHDVASGLFCKCEQRRCLRIVEKSRGCGVCRGCQTREDCGHCRVCLRPPRPGLRRQWRCVQRRCLRHLAHRLRRHHQRCQRRPPLAVAPPAGKKRSRRRGGCDSKMTARRRPRTQPLPPLPPSQPPESPELRPRALGPSPPAEFIYYCVDEDELQPYTNRRQNRKCGACAACLRRMDCGHCDFCCDKPKFGGSNQKRQKCRWRQCLQFAMKRLLPSVWAESEDGAGSPPPYPRRKRPGSTRRPHLGHTLKHPLGTPIARREHAQTPMKQEAGSGFVLPPPGTDLVFLREGATSPVQVPGPTPASTQPRLQVKQEKADAHEDWTPGTAILTPVLLPGCPSKAVDQGLPRVKQEPPDPEEDKEKSKDDSASDSAPEEAGGAGTPVITEIFSLGGTRLRDTAVWLPRSKGLKKPGTRKQ >WP_268422715.1 hypothetical protein [Bacillus safensis] MKLNAKWIWTVSALFYVALVLIGYTIYDEFFPNQHTPSEQMQNH >WP_113928814.1 hypothetical protein [Bacillus sp. P14.5] MDEKSYLEGRSEEIISDKRLSQLKKLRHPGLNKVAEGIQREKRAGYQEALVEVMVEDLKRE >MCI0601354.1 hypothetical protein [Beijerinckiaceae bacterium] MLKLVPSLFRAEIKVMTEEMAPLNQHDMDRVRRLTTNLAELLAKVLKAMEDVAEEF >MSV72798.1 phosphotransferase [Actinomycetia bacterium] >MSW40660.1 phosphotransferase [Actinomycetia bacterium] MLPGEGPLAAVSLGEGHSNLTYAVSRDVDGRTLTWVLRRPPHGPLLPTAHDVIREFRILSLLVGDPEGVRVPAVVAACHDESVLGAPFYLMESAPGVVVRSELPDFLAAPERRHALGLDLACALGEVHSAEWRPFVEAGIGRPSGYLERQLRRWSGQREGIEAAVAAAGGRARELPDYDAVRDWLRVNVPAEVEPALVHGDYRLDNVIVEAPGVITAVVDWEMATVGDPRADIGYLLSFWPEPGETLPLMELCPDTDGFPSRGELVDAWSRRTGRPDPTPDLDWFMTLAIWKLAILLEASYHRWMAGMSDDAFFGRLDTGVPQLLARAREVSGA >WP_048886461.1 fatty acid desaturase [Aurantiacibacter atlanticus] >AKQ42914.1 fatty acid desaturase [Aurantiacibacter atlanticus] MQTSAFPISSNQYFERLREAPVLALPTAALFVVSLGGIGTTWYLALNDLIPLWVGAIANGLLTYLLFSVIHDASHKSLSRIRWLNESIGAIGLFFLFPYAPMPLVRWVHNKHHSYTNGPKDPDRFEHESPWWQIPIRWAFFDGAYIWYFFKNGRNVYNRHKTELNLYYISLAVLATAAIYFGFGWELFMLWFIPSRISLFLIAVVFVILPHHPALIEQEEDPYMATTMRLGWEWLLNPLMVYQNYHLVHHLYPEIPFYRMHKAYFLKYDEINVHRVARQKAFGLKPENYDEHFAFRRELDLRNEGKMPA >WP_119328079.1 glycerol-3-phosphate 1-O-acyltransferase PlsY [Cysteiniphilum halobium] MILILMLIIGYLFGSINSAIITCKLMGLPSPRSIGSGNPGATNVLRLGGKKAAAITLLGDALKGIIPVLIAHALHLNATETGYVALAAVIGHIFPVFFGFKGGKGVATLIGVILGFYWLIGIIFLATWVICALITKYSSLSALVATVVSAICVIFIFSFQSALPFIIIAIIVILRHHENIKRLINGSESKIGQKKNA >WP_253793201.1 hypothetical protein [Kitasatospora paracochleata] >MCP2307295.1 hypothetical protein [Kitasatospora paracochleata] MPGPVASGPYRVGTTVLCCALPLLTFGVLGMAPSLVLAAGRRRAVDIVWAVVFGALQLTFFVCAGLAPHGSTDTVYDNVGAASMVALWFGAPVHFLVMNRRVSWPAPKVFAPPPNPYAVPGYPAQPYPTPTPAPYPTTYPTPTPYPPTAPTHPYVPQAQVQVQAQAQPSDRPQAQPRTPAPGPATGEDLQQLAELLRRQAQEGRP >MBO5118622.1 manganese efflux pump [Methanocorpusculum sp.] >MBO5367644.1 manganese efflux pump [Methanocorpusculum sp.] >MBO5432158.1 manganese efflux pump [Methanocorpusculum sp.] >MBP3443627.1 manganese efflux pump [Methanocorpusculaceae archaeon] MIPALFSTFAIAVGLAMDAFSVSLAGGAALKKDIAKTALLTGLMFGFFQFAMPVLGWIVGAPISSLINPFGYWIVVALFFFIGGKMIYDAVNGEEEGVSLIGFKVLTLLAVATSIDALAVGISYGLLGEAILLPSVIIGVVAFAFSFAGVLAGHKLSSLLGSKMEIFGGVILILIGVKFLLDILL >MBI3461834.1 succinate--CoA ligase subunit alpha [Planctomycetota bacterium] MSILINKSTRVLCQGITGKAGEFHTKNCIDYGTQVVGGVTPGKGGETALGVSVFDTVSEAVEKTGADATMIFVPAAFTADAILEALDAGIKTIVAITEGVPVLDMARVYPRVKRSNSVLVGPNCPGVITPEECKIGIMPGYIHKRGPVGLMSRSGTLTYEAVWQLSSLGLGQSTCVGLGGDPIVGTSFIDLLKMFEADPKTEAILMMGEIGGTAEEEAAAYVKQHVSKPVAAFIAGRAAPPGKRMGHAGAIISGGKGTAAEKIAALEDAGIVVAESPADMGTAMQRAIKKGRR >MBV8110278.1 cupin domain-containing protein [Hyphomicrobiales bacterium] >MBV8240325.1 cupin domain-containing protein [Hyphomicrobiales bacterium] >MBV8319888.1 cupin domain-containing protein [Hyphomicrobiales bacterium] >MBV8418495.1 cupin domain-containing protein [Hyphomicrobiales bacterium] MPKIDIAKAMVRTKGAYPEPWRAVTEGREKAALGDVVGLTQFGVNLTRLKPGAASALRHWHEAEDEFVYVLEGEITLIEDGGTTVLQPGDAAGFKAGVANGHHLVNRSQRDAVYLEVGTRAKRERAHYSDVDLVYDRDESGFRFSRKSGEAYPRSGG >WP_258219484.1 beta-galactosidase [Klebsiella variicola] >MCR8654844.1 beta-galactosidase [Klebsiella variicola] MSHLFYGVAYYDEYMPEDRLAKDIALMRETGINVVRIAESTWSTLEPEEGQYNFYHIDRVLEAMHEAGIAVIVGTPTYAVPAWLAAKHPDILVTTVAGQQKYGPRQIMDIVNPTFRRYAEKIIRTLMAHVQHHPAIIGWQLDNETKHYDNIGRYMQEGFVRSLQEKYPDLRQLNRDFGLDYWSNRIDRWQDFTPVENTINASLACAFSRYQRQQVTEYLAWQAAIVREYAQPHQFVTHNFDFEWRGYSYGVQPRVDHFAAAQALDIAGVDIYHPSQAHLTGREIAFGGAITRSLKPGQNYFVLETQAQGFAQWTPFPGQLRLQAFSHIASGAAMVSYWHWHSIHNAFETYWKGLLSHDFSRNPTWQEATTIGADFARLSPQLAELKAENDVALLISNEAMDALNHFRPGDAEGNIYNDIFRRFHDALYDHNISLDIIHDVNEETSRYRVLIVPGLYAADDGLLTRINDYIARGGRALIGFKSGFSDENVKVRNSAQPGILRQSCGVSYSQFTLPEGTTVSSCCAEIDCRNDNQAELWMELLTPDGGTRTLLRYQHPAWGEYAAATAADYGQGRALYVGFLPHKRLISQLFDVLTADLSLNSRTSTYRYPLVVKKMHNRAGNTIHFLFNYSGEALDVVSETAGTALLSGEAVDVGQPLRLRAWEFTIIES >KAH7858561.1 hypothetical protein Vadar_025291 [Vaccinium darrowii] MAASAGSVCINDSLRDDELRGILSRLESDKEKEVFGLVCKRWLHLQSTERRKLCARAGPHMLSRMAARFNRLHELDLSQSVSRSFAVTDSDLSVIANAFTCLRALNLYNCKSISDTGMTAIGCGLSSLQVLDVSNCKKLTDKGLSAVAEGCCDLRSLHLSGCRFVTDAVLRAFSKNCHNLEALGLQGCTKITDSGLSVLVAGCQKIKYLDVNKCSNVGDDGIYSVSQACSYSLKTLKLLDCYKIGDESILSLAKCCKNLEMLLIGGCRDVSDLSINSLATACGQSLKYLRMDWCVNVSDSSLSCILSHCRNLEALDIGCCEEVSDAAFQGLGNSGFQLGLKVLKVSNCPKITVAGIGLLLEFCNSLEYLDVRACPNVTKAGCDEAGLQFPNYCKVNFSGSIVEPDILL >MBB7523286.1 hypothetical protein [Escherichia coli] MLQIVGALILLIAGFAILRLLFRALISTASALAGLILLCLFGPALLAGYITERITRLFHIRWLAGVFLTIAGMIISFMWGLDGKHIALEAHTFDSVKFILTTALAGGLLAVPLQIKNIQQNGITPEDISKEINGYYCCFYTAFFLMACSACAPLIALQYDISPSLMWWGGLLYWLAALVTLLWAASQIQALKKLTCAISQTLEEQPVLNSKSWLTSLQNDYSLPDSLTERIWLTLISQRISRGELREFELADGNWLLNNAWYERNMAGFNEQLKENLSFTPDELKTLFRNRLNLSPEANDDFLDRCLDGGDWYPFSEGRRFVSFHHVDELRICASCGLTEVHHAPENHKPDPEWYCSSLCRETETLCQEIYERPYNSFISDATANGLILMKLPETWSTNEKMFASGGQGHGFAAERGNHIVDRVRLKNARILGDNNARNGADRLVSGTEIQTKYCSTAARSVGAAFDGQNGQYRYMGNNGPMQLEVPRDQYAGAVETMRNKIREGKVPDDNHTWAALR >WP_184039851.1 hypothetical protein [Sphingomonas endophytica] >MBB5727120.1 DNA-binding MarR family transcriptional regulator [Sphingomonas endophytica] MVETASSAELLDRDRIGGRHPVAEANRPKALSDLASDVLRARRSRARIFGEDACLFGEPAWDILLDLYVQPATRPVSVSSACIASGVPGTTALRWLDQLKRRDLVRRFADPADRRRNFVALAPRGHSLVEAWLRTRIAIAQTEPVTQIPTRPTDEVEWLRFYRTLNEAQLSVVQSFLYLLDKQGAK >XP_053914187.1 homocysteine-responsive endoplasmic reticulum-resident ubiquitin-like domain member 2 protein isoform X4 [Cuculus canorus] MDQSIVGQPVTLIIKAPNQKYTDQTINCFMDWTVGKLKSHLSKVYPSKPNLERSGSTAASPTNQEASSTSLNTSADGVRHRNLPQAQSNPILSHQFPYLMQGCPGLLQFTTSKSLGKELEILPKHAMYSRSNLGNQFPGQGVPAGFSMYPAFSPLQMIWWQQMYARQYYMQYQAAVSAQATPSTVPVRSAVAQPVNSERAPANEPAAAPNVAVQENRPVNANVQMNAQGGAVVNEEEFNRDWLDWMYTFSRAAILLSIVYFYSSFSRFVMVMGAMLLVYLHQAGWFPFRQEGGQQQAANNMEVNRDGQHANNPDLEEMERLMDDGIDEDSGEDAGEDANTEQQPGFMASAWSFITTFFTSLIPEGPPQVGN >MAW35414.1 HNH endonuclease [Rhodospirillaceae bacterium] >OUX71761.1 hypothetical protein CBD00_00010 [Rhodospirillaceae bacterium TMED140] >CAI8291913.1 MAG: Uncharacterised protein [Rhodospirillaceae bacterium] >HCI01419.1 HNH endonuclease [Alphaproteobacteria bacterium] MAEPKDRFEAHRADPRYLGDCPICARPLLKGPSIDKHHFLPKSEGGGPEHALWVHRICHKQVHALFTAKELARDPELQRPSALAAHPDFEGFIAWIRKQPPEFNARMRKTRRLRK >WP_139553477.1 LemA family protein [Mycoplasmopsis pullorum] >TNK82937.1 LemA family protein [Mycoplasmopsis pullorum] >TNK84302.1 LemA family protein [Mycoplasmopsis pullorum] >TNK84559.1 LemA family protein [Mycoplasmopsis pullorum] >TNK86558.1 LemA family protein [Mycoplasmopsis pullorum] >TNK87342.1 LemA family protein [Mycoplasmopsis pullorum] MANLFDNRTEQDPKGFNPNTDNRPVPAQASGVAKFFYYLLFITIIFIVKHISYLNWFRNKQNEINQAASNIDIQLTKRSETLTKLFETVKGYAKHEKELFESVAEMRSLSGRLNVVDEAQANDLRSELTSLNNNVFGRLMMVSENYPELKANTLFQELMEESTYIEREIAASRRLYNSQVTEFNQKLFAFPTNVPASKMRLSTIPLYQASELQRKDVEIKF >CAG8793492.1 17387_t:CDS:1, partial [Racocetra persica] TKEKKRNGRKKGTKENKRSKDKKWDEGKEKERRKKKKQRKGMKKKKGMKKKKRNDRKENKQRKRKETKEKKRNKEKEKEQRKEKE >NOU20958.1 BrnT family toxin [Methyloglobulus sp.] MIITYDPIKNKTNCQKHQIDLADVEGVFYDERTITIEDHDHDEERFVTLGIDGFGRLLVVAYHYRGEDEIRVISARPAQPHERRTYEG >WP_096221151.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBG7162510.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBI6973372.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBV5918477.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MBX6223906.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] >MCO2998201.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] MSTAVEIACRDGVRLAGDHFPAVGDAQGSIVVACALGVRRAFYQRFAVLAAASGYEVLLFSYRGCEGDDPAVASYRLADWGREDIDAALAWCRARAPELPRYFVGHSIGAQLLGLAGQASGLSGAAFVAGSFPYWRRWRGRQRWQMFGLFCVAVPLLTGLLRRFPSRFFGLGSLDMPSHFMRDWARWVRQPDYLLAPRFGLQRQGYEALDIPVASFLFEDDDYVPWAAAEKLHQVYAAAHLELRRKGRAEGAVGHFGLFRNEALQKELLDYFRKLPDAA >WP_217853533.1 serralysin family metalloprotease [Pseudomonas muyukensis] >QXH37152.1 serralysin family metalloprotease [Pseudomonas muyukensis] MSKVKENAIASAVSALQPKGPSASYGLIDSFAHQYDRGGANINGKKSFTADQAANHLLRDGAAWKDLNKDGTISLSYTFLTKAPGDFTARKLGTFSQFSDLQKEQAKLSMQSWADVAKVTFTEAASGGDGHMTFGNFSASNGGAAFAYLPFDMPGSHKGESWYLINSGYQVNITPGTGNYGRQTLTHEIGHVLGLSHPGDYNAGQGNPTYRDADYAQDTRGYSVMSYWSESNNGQNFVKGGGQYYASAPLMDDILAIQKLYGANYATRASDTTYGFNSTADRDFYSATSASSKLVFSVWDGGGNDTFDFSGFTQNQKINLNEASFSDVGGMVGNVSIAKGVTIENAIGGSGNDLLIGNALANVLKGGAGNDIIYGGGGADQLWGGTGADTFVYAAISDSSKAAPDRIMDFTSGVDKIDLSAISAFAVNKLPLQFVNAFTGHAGEALLTYDQATNLGSLSIDFTGNSSADFLVTTVGQAAVTDIVV >ATQ57711.1 ABC transporter permease [Paracoccus yeei] MLTVAGLALAVLVAGGLLLPGSAPLLAVWLAGWAVNAWLARHDNGFSRAAIPLIFGATLLAVWELACATFAIPAVILPAPSAIGAAFAANLPLLWRDFVQTILRGALTGWLIGAGLAVLTAIAIDRSPFLQRGLLPIGNFVAALPIVGIAPILVMWFGFDWQSKAAVVVVMVFFPILVNMVAGLAATDALARDQIATWGAGYAQALAKLRLPAAMPFLFNGLKITTTLALIGAIVAEFFGSPTRGMGFRISTAVGQLDMALVWAEILLAALAGTAFYGIVALIERRVTFWHPAQRG >CAH1431027.1 unnamed protein product [Lactuca virosa] MKFSGIKFSFMRFRGKLMNKKSPGSFGKEILDINEEYMKAFRTQSYLDICDKVQNHITFDNGSSSSSIHTHYIHLCDIFLEPQTEAIANLAKTFNLHHLLLDFFESGLQAWIICEELLESIHQVNTNHHKVKRLIKLAQRVPSSTKVYEELASYSSMVNPLSDFTPEKFPKIHINHKLLLNKLTTNHTRITRKRKVLICLKKCGGFALIASYTVLAITLIVLACHGLVVTLASPGLIACFLGLFKTKKGLKTSELKRVGSQMDVAAKGIYTLIKDLDTMCWLVGRLHDEVEFGKVIARKCVGRKFDLLEEVMREFRVHDSCFLEQKEELEDHIYLCLLNVNRSRRLLVDKIMPTSQN >WP_250822302.1 glycoside hydrolase family 88 protein [Parabacteroides sp. W1-Q-101] >MCM0718054.1 glycoside hydrolase family 88 protein [Parabacteroides sp. W1-Q-101] MITRNVRKVCNTAFLACCLLAGGVNAQQYKWDTPPYAEDYAFITNDGAWCWFSDPRAIYVNDKMIGGFVDKEGSIWAFSYDPATQERRQYKLKDKFDYDDHANPSVMALPDNRIAIFFSAHGGTKNSPIYYAISKNPADISSWNELQQVDPDMPGKLGVCYSNPVMLSSENNRTYLFFRGRNFKPTFIATDDFKTWSDPVTIVVNDTIFGESGRPYMKVTTNHKDKIFFAFTDAHPRDRATNSIYFMMYEKGKLTKANGEIISDSFDKPVMPSQTDKVYDATKTFDKAWIWDVAFDQEEKPVLVYARFSHARSTHSYWYARWNGNEWENHKITDAAQCFMRNDYNNKNYMETEENYSGGVYLDHQNPSVVYTSRPINNVFEIEKWTFVGGKDKWKTEAVTRDSERDNIRPFVVRNYSGDQPNVLWAYNYKYPGFKSYESAIRVNQKAKGFDSSLNKEAIKTVAAKVADWQLRDYKTAPFSSGVARGWRNGVLYNGMFDWAELSGDNKYFKYLENIFNKEYWQVGNRMYNADDICVAQAYLDMYVKYKKDNMLIPTLARAEWVLEHQPKGNIDISKGKSDRWWWCDALYMAPAVYSRLYAITGNRAFMKFADKEFKATYEHLYDKEEKLFFRDGNYLDKREANGKKVFWGRGNGWVMGGLAEILKTLPAGDKKYRPYYLQLFREMSDRVAELQCEDGFWRTSMLDMETYPDPETSSTGLFVYALAYGINQGYLPKDKFLPVVTKGWKALVASVDTEGKVCWVQPVGQAPKRIEKRMTQVYGTGGFLMAACEMYKLTE >WP_160194147.1 adenosylmethionine--8-amino-7-oxononanoate transaminase [Escherichia fergusonii] >NVP68455.1 adenosylmethionine--8-amino-7-oxononanoate transaminase [Escherichia fergusonii] MTTDDLAFDQRHIWHPYTSMTSPLPVYPVASAEGCELILSDGRRLIDGMSSWWAAIHGYNHPQLNAAMKSQIDAMSHVMFGGITHAPAIELCHKLVAMTPQPLECVFLADSGSVAVEVAMKMALQYWQAKGEARQRFLTFRNGYHGDTFGAMSVCDPDNSMHSLWKGYLPENLFAPAPQSRMDGEWDERDMVGFARLMAAHRHEIAAVIIEPIVQGAGGMRMYHPEWLKRIRKMCDREGILLIADEIATGFGRTGKLFACEHAGIAPDILCLGKALTGGTMTLSATLTTREVAETISNGEAGCFMHGPTFMGNPLACAAANASLAIIESGDWQQQVATIEAQLREQLAPARDAEMVADVRVLGAIGVVETTRPVNMAALQKFFVEQGVWIRPFGKLIYLMPPYIILQQQLLRLTAAVNRAVQDETFFCQ >EAI0195789.1 pseudaminic acid synthase [Campylobacter jejuni] >EAI9914462.1 pseudaminic acid synthase [Campylobacter jejuni] >EAL8157114.1 pseudaminic acid synthase [Campylobacter jejuni] >EAL9166584.1 pseudaminic acid synthase [Campylobacter jejuni] >EGS1374125.1 pseudaminic acid synthase [Campylobacter jejuni] MQIRNFNTDKKVFIIAELSANHAGSLEMALQSIKAAKKAGADAIKIQTYTPDSMTLNSNKEDFIIKGGLWDKRKLYELYESAKTPYEWHSQIFETAQNEGILCFSSPFAKEDLEFLKRFDPIAYKIASFEANDENFVRLIAKEKKPTIVSTGIATEEELFKICEIFKEEKNPDLIFLKCTSAYPTAIEDMNLKGIVSLKEKFNVEVGLSDHSFGFLAPVMAVALGARVIEKHFMLDKNIESEDSKFSLDFDEFKAMVDAVRQTESALGDGKLDLDEKALKNRVFARSLYASKDIKKGEIFSEENVKSVRPSFGLHPKFYQELLGKKATKDIKFGDALKQGDFQ >XP_054357454.1 paired box protein Pax-5 isoform X6 [Pongo pygmaeus] MFAWEIRDRLLAERVCDNDTVPSVSSINRIIRTKVQQPPNQPVPASSHSIVSTGSVTQVSSVSTDSAGSSYSISGILGITSPSADTNKRKRDEGIQESPVPNGHSLPGRDFLRKQMRGDLFTQQQLEVLDRVFERQHYSDIFTTTEPIKPEQTTEYSAMASLTGGLDDMKANLASPTPADIGSSVPGPQSYPIVTGRDLASTTLPGYPPHVPPAGQGSYSAPTLTGMVPGSEFSGTPYSHPQYSSYNDSWRFPNPGLLGSPYYYSAAARGAAPPAAATAYDRH >CAI9280851.1 unnamed protein product [Lactuca saligna] MSSYHDSNVIELAGKILIVSIVVLSVVLIFVFFVHLYTKWFWHRREENQNGSNTLRRRRRGDFTAGHQEQQSGVTVLRRGLNPSFLKTIPVIPFDPKDFKDGLECAVCLSELDEGEKTRILPKCSHGFHVECIDMWFHSHSTCPICRDPVSDQIEISVEHLLEIRQTQEESTENGDSQTFPTNILFWGDETEVSTLTSQFEEANNHQTPISTSEPSSSSPSNAINNQLRPVLVIDIPQQIDDDEDQKSPVSYRMRSLKRILSGSRRFINPFGPATTNVEQRTRSDL >WP_278329032.1 hypothetical protein [Qipengyuania sp. XHP0211] MSKQLTLSAQISTALMAVFVIALATGGPNVDAPAETLSGNAPLIGLSIGR >MBL0183169.1 DsrE family protein [Chitinophagaceae bacterium] MDSILNVRKFQRDSTLRAAIHNDSVKIDKQFTETEKWDRMSASALHPVMNVGEFSGVIPVKDPTEIPDPNLDYKFLFELTSLNPDSAAKDVDYGLTEVARVINLHVASGIPLKKISVVIVIHGPALKAFGTNAYYKEQFKMDNPNIKVVEELKKLGTKFIACGQAMAFMDVKRENMLPDVRVSITAQTVISSYQLKGYLLWWGGAGKH >WP_025983621.1 DEAD/DEAH box helicase, partial [Xanthomonas phaseoli] MHPVLQHFHPVVAAWFAQTFAAPTPAQIAAWPAIQAGRHTLVAAPTGSGKTLTAFFAAIDALIRDGLANGGALPDETRVVYVSPLKALSNDIHLNLDAPLQGIRAALVAGGLPDVPIRTAVRTGDTPQRERAQARRTPPHILVTTPESLYVLLGSASGRTSLRHVRTVIVDEIHAVASDKRGSHLSLTLERLQRL >TMG37032.1 hypothetical protein E6H92_09025 [Chloroflexota bacterium] MATTLVCSSRQAATLTTGVLIGAGIVLYQMTSLVLAPASNQQIPLSLRTGDHQAALAAGSAAGLIHDVGDPLSYLRATAGPAERPVAQARRGLVPKPVPVVTPIDPPTTLPSDDEKRNHNAGRGKDR >WP_171469099.1 sugar phosphate isomerase/epimerase family protein [Frigoriglobus tundricola] >QJW92761.1 hypothetical protein FTUN_0258 [Frigoriglobus tundricola] MKPLRIGIVVESTGLDVRPALVAAARMGAQGIQVDALRDLAPDGLGATGRREFRNLLRSFDLELAALNVPLRRGLDVAEDLQPRLERVRKSMQLAFDLGARRIVVACPKLPDDPATPRANLMRESLAALGTYGDRIGCVVALEVGYDPSEKVKAYLAGFDTGSLKVTYDPANFLLHGHDPLANLMPLAGLLAHVHARDARSAGLSRGLQEVPVGAGDTDWMAFTATLQVLEYDGFLVVEREQGEDKLNDVINGVTFLKRFALPV >WP_250898423.1 succinyldiaminopimelate transaminase [Curtobacterium flaccumfaciens] MTGPLVALDLPDFPWDQLVPFKQRAAAYEGGIVDLSVGSPVDPTPEVVRTALATATDAHAYPQVAGTPALRQAIADWYGRRHGVALTEANALPTIGSKEFIAGLALWLGIGPGDTVVFPAAAYPTYELGAALVRADALASDDPAEWPSTTKLVWLNSPGNPDGRVLTIGELRAAVVRARELGAVIVGDECYAELGWDPEYATTPTPTILDPRVVGDSLDGVLSVYSLSKQSNLAGYRAAFVSGDAAILADVLAVRKHAGLMPPLPVQQAMVVALQDETHVQQQKARYRARRNMLRQALEGAGFRIDHSEAGLYLWATRGEPALDTVAWLADRGILVAPGTFYGAAGGEHVRVALTSTDERIAAASQRLASSRRLGTA >SFI40936.1 uridylate kinase [Streptosporangium canum] MSENSEPATPAVSSYSGPLRWKRVMLKLSGEAFAGREPLGIDPVVVGHLADSIAEAVRKGVQVAVVVGGGNMFRGAALSERGMDRARADYMGMLGTVINCLALQDFLEKRGIETRVQTAITMQQVAEPFLPRRAIRHLEKGRVVIFGAGLGSPFFSTDTCAAQRALEIGAEALLKGTQVDGVYDSDPRKNPDAVRFDHLEYGEVLTRGLGVMDATAISLCMDNGLPIVVFDLMGEGNILRAVHGEKIGTLVSPAGK >XP_023426040.1 related to importin9 [Fusarium fujikuroi IMI 58289] >CCT63959.1 related to importin9 [Fusarium fujikuroi IMI 58289] MEDQLVQLLSSTQLSEQGPRLQAELELKRARTNPAFPLSLANIAAHTSIDTNIRQAALSNLRLFIENNWSSDEPDDGPIIPISDEARGQLKQVLLDLVLSPEDDRKVKISASYAVGKIAVHDFPEQWPNLLPTVISVVPAGTDSQLHGALRLLNDIIEESLSEDQFFSMAQDIAKALAEVALNENRKPMHRALAISIFRGCFDLLNMIKEDHAKEVRAFADGLLQQWNPFFITVLQSSLPEANLESGSQPDSWSHIIALKLQVVKTLLRIRRVFPNLLLPQSTIFFSAVWKELSTLQGPHEQLYIKADAQGRLEDSDNLPYTLDFLILEELDFLNQCFRAPPVQAELDGHLNAHASASEVPWMKEIMNMLIGYSRVTREEEDLWDIDCSLYLAEETSVTANYTARTAAGDLLIKMGEWFNQKAIDGLFGQTQALFGGEISDWRSQEAALYLFVMLVSDFQDMNKEIPEVVAHAYLSLVDYAVNRRGEPLLRARGYLVAGMLCRSFQTPVELLDRIITSITQEESEVVQVACVKAVEGLINAGQVSADRQVPIINAIQSYMNNKDPSDMEDADELLVTLAEALRAAITLDKRIALSNDVKSVDLLFMLAKLGASNFQVTMLISEAFEDIVADLSDPESYTALCAKLLPTLTGAFDVANLTEDNPLVTVATELLAVLAENGPEPLPAGFVAATFPKLNRLLMESTEGEVLRPGSEVVKWMLQHDHQQVLAWQDANGRSGLEVCLHIIDRLLGPSIEDNSASEVGGLAAELVEKAGQERLGPFLPQLLQAVANRLATAQAAAFIQSLILVFARLTLSGAQDVVEFLSQVQINGESGLQVVMAKWLENSVNFAGYDEIRQNVIALSKLYSLNDPRLAQTQVKGDLIVNNDDGLIKTRSRAKQSMYPSIRDFSTTTSTSTLDSIYARYAESQQANKTNQQSDPDQYTIVPASLKIIKVLIEELLSASGQRAAANAASAAVASASFDDENDEEGWEDEDDTLDLSLGTTKADLMSFMEGGQRQRDDETQAYLTDFFIRCGRENIANFQEWYNMLTEEEKSKLNEVAASSAGQ >KAI3473816.1 hypothetical protein Pfo_030895 [Paulownia fortunei] MSEIKIVSIDIDGTLLNDDRQITPDVKSAIQAAMAQGVKIVITTGRPLPGVQDILDQLEIAGSEQFVITHNGGLMQTADGSRILFQAALRLSEYQQINDFMREQTTYIQAESQNAAYTTNHLVHRWASFENALVKLPLHVVDDSLNIDIKDTMAIGDQENDFSMIEVAGLGVAMGNAIKKIKDVADVETVSNNESGVARALENSNEPLAQKIADSVGVPLSEISVKRFADGEVQINIEESIRGDNVFVIQSTSAPVNDNLMELLIMIDALRRASANQINVVLPYYGYARQDRKARSREPITAKLVANMLERAGATRVLALDLHAAQIQGFFDIPMDHLQGAPLLADYLIESGIANKQNAVVVSPDHGGMTRARNLNNMLGLESPVAVIDKRRPKPNVAEIGSIVGDVAGKTAIMIDDMIDTAGTITQGAQLIMAHGAKEVYVVASHAVFSGPAVERLQNSVFTKVILTDSINLPEEKKFEKLEIVSVGELIGEAIRRISNNEAISSLFKTRFHRRSH >WP_033776418.1 dephospho-CoA kinase [Helicobacter pylori] >ANH45596.1 dephospho-CoA kinase [Helicobacter pylori] MILKNAIALTGGIGTGKSTTLKILESQGYKILDADKIAHQLLQEHRLEIAQYFGSDILEKGILNRKKLGAIVFQNPNELKWLEDFLHPLIRECMLKKAYELEKDHQAYFLDIPLFFEVGGKKRYPVSKVVLIYAPRALQIERLLERDKLKEAEILQRLACQMDIEQKRAMSDYIIDNSSSLKDLNKQVERFLKTLL >NLD51718.1 DUF1461 domain-containing protein [Clostridiales bacterium] MTRALALSLRILLALGFVFCVLALVGGTMADRAVDARQMLHKFERYADTAQSGVDPAAYPELAQAITGYLKGDRQTAQVEVPRHGIPGPVFQVHELQHLEDVRELVELGRSLRVAALVLLALSVAGYLLLRSKHASLLQYIAIDRAMFWAAVLWVLLLAVMGVWALADFRGLFYALHRVTFANELWLLDPGKDLLLQLMPLELFISYGWDLLKQNAFVLLVLPLAAFGLHAARRTA >MCK5694897.1 zf-HC2 domain-containing protein [Bacteroidales bacterium] MNCLDRVTIQMYVDKELTDEHSAEIQSHLDKCKKCQDFLEDSRTGKSEINAYLSALHDGESNISVPPFNPDMKRPRFRKRYRISMLGKVAAGIALLVGLFWIIQSRPSSQELTPDQAELLLLELMGDMEPNKAWHNGQLGIIILDENGEVLQSFISND >XP_018682766.1 PREDICTED: uroporphyrinogen decarboxylase 1, chloroplastic-like isoform X2 [Musa acuminata subsp. malaccensis] MISVTIRGGEMYSSSIPLRSGLLIAWSSPDSSVRLGLRPNLKTQSIRLLSKRQRCPRASLSSDPLLVQAARGNAISRPPAWMMRQAGRYMAVYRKLAEKYPSFRVRSETVDLIVEISLQPWRAFRPDGVGKKAAVLGFVGAPWTIATYIVEGGTTRTYTTIKRMCHTAPHVLRVLLSHLTQAISDYIIFQVKSGAQCIQIFDSWGGQLPPHVWEHWSKPYIKQIVSSVRKECPQTPLVLYINGNGGLIERMTGTGVDVVGLDWTVDMADGRRRLGNNVNVQGNVDPAYLFSPLPVLTDEIHRVVRCAGRRGHILNLGHGVLVNTPEEAVAHFFDVVRGLSYDSLFEDDVAVDELEPLTRL >HHY51372.1 isoprenyl transferase [Alphaproteobacteria bacterium] MSSDPAIAHNAAQAPGLRIPAHIGVIMDGNGRWAKARGKPRTEGHVEGVKALRRLVELCIRYGVGHLTVFSFSSENWSRPKDEISFIFSLLRRFVASDLERLMQNNVNVRIIGSREGLEPSLLRLIDDVEDKTRDNTGLRLMVAFNYGGKAEITEAARRIAREVAAGRLRPEDITEETVAGALYTAGTPDPDIIIRTSGEQRFSNFLLWQSAYAELAFVERYWPDFDESTFLDVLEEYSARERRFGSVEAQVR >WP_026497435.1 DNA polymerase I [Butyrivibrio sp. WCD2001] MGKKLLLIDGHSILNRAFYGLPDLTNSEGLHTGAVYGFLNILFRLIDEEQPDYLTVAFDVHEPTFRHKIYAEYKGTRKPMPEELRQQVPLMKEVLDSMNICRMEKAGLEADDILGTIAKRGEREGMEVRLVSGDRDLLQVATDHICVRIPKTKQGKTEIENYFAGDVETLYKVNPVQFIELKALMGDSSDNIPGVPKVGEKTAIELMTTYGSIENIYANLDNISKKAIRESLAANRELCDLSKTLATIDVNAEFDYSFENATIDNIFNREAYELFKRLNFRNLLSKFEGDVTKTEIKIDFKDINTKSEADAVFKAALSYAGSRNDRFIGIGILSDDSPSGKKREKIGQLSLFDDTSESTDLIGISVCFEDEKTSYFELENDITSAYVGEKLEELSEKCRLSFFDIKHAYKYFKPYEVDNYEKKKEGSFDILIGAYLNNPLKNDYLPEDIASEYLQMTIRSKTQIFGKESPLAADRNLRKEYTGYLAYVSYKAAPLIQKKLEDSDMQDLMNNVEMPLSYILHDMEKEGILVKREELKVYGERLTGRIEELEKAIHKEAGQEFNINSPKQLGEILFEKLGLKGGKKTKTGYSTAADVLEKLAPENPIIRNILEYRGLTKLKSTYADGLATYIDTDNRIHTSFNQTITATGRISSTEPNLQNIPMRTELGRAIRKVFVPKEGYVFADADYSQIELRILAHMSGDQGLIDAYHEGRDIHRITASKVFGIPFDEVTDIQRRNAKAVNFGIVYGISAFGLSEDLNISRSDAKKYMEDYLATYPGVKNYQDSAVESAKEKGYAVTLYKRRRPMPELKSGNFMQRQFGERVAMNAPIQGTAADIIKIAMIRVWRRIRKEQLLSRMILQIHDELLIETKKEEEKKIKLILEEEMTKAADLLVPLEAECHTGSDWFEAK >WP_036077718.1 MULTISPECIES: zinc metallopeptidase [Lysinibacillus] >AUS89009.1 Zn-dependent protease [Lysinibacillus sp. YS11] >KGR85681.1 Zn-dependent protease [Lysinibacillus boronitolerans JCM 21713 = 10a = NBRC 103108] >KMN41979.1 Zn-dependent protease [Lysinibacillus sp. LK3] >MCM0623470.1 zinc metallopeptidase [Lysinibacillus sp. OL1_EC] >MCR6523039.1 zinc metallopeptidase [Lysinibacillus capsici] MYIVYFVIIMLLPLYAQMKVKGTYNKFAKQRTMKGQTGAEVARAILDANGLYDVRVVPTQGVLSDHYNPATKTVALSESNFYEASVAGAAVAAHEVGHAIQHKEAYSMLTLRSKLVPVANISSNASWIFVMIGIFASSTNFLLLGIILLAAGVVFQLVTLPVEFDASKRALVQMNSLGIITNEEERPARKVLSAAALTYVAAAAVAVLELLRLILIFTNMRSDD >WP_031132573.1 MULTISPECIES: exodeoxyribonuclease VII small subunit [Streptomyces] >KJK41114.1 exodeoxyribonuclease VII small subunit [Streptomyces variegatus] MTSEVDETPGAGEALGYEQARDELIEVVRRLEAGGTTLEESLALWERGEELAKVCRRWLEGARARLDAALAEEAAEHEDAE >EEO7917989.1 host specificity protein J [Salmonella enterica] MSKGGGKGHTPREAKDDLKSTQQLSVIDALSEGPIVGPVNGLQSVLINNTPVVDADGNSNIHGVTVVYQVGETPQAPLEGFEASGAETVLGVEVKHDNPVTRTVVSENVDRLRFTFGVQMLQETTDKGDRNPSSVNLLIQFQRSGIWNTEFDITINGKITTQYLASVVADNLPPRPFSVRMVRVTPDSTTDRLQNKTLWSSYTEIIDIRQGYPGTAVAGLLVDAEQFGSQQVTRNYHLRGRIFQVPSNYDPDTRTYTGLWDGAFKPAYTNNPAWCTMDKLIHPRYGLGRRIGGADVDKWALYAIAQYCDQPVPDGFGGTEPRMTLNAYITTQRKAYDVLADFCSVMRCMPVWNGRKMTFIQDRPSDKAWTYTNGNVVGGRFKYSFSALKDRHNAIEVRYTDPLNGWQTSTELVEDHASQARYGRNLLKMDAFGCTSRGQAHRTGLWVMMTELLETQTVDFSVGAEGLRHTPGDIIEVCDNDYAGASVGGRITDLDISTRTLTLDREITLPESGATTLNIVGPDGKPFSTEIQSQPAPDRVVTKVLPETVQPYSIWGLKLPSLKRRLFRCVRIKENDDGTYAITALQHVPEKESIVDNGAHFDPLPGTTNSIIPPAVQHLTVSTDNDSTLYQAKAKWDTPRVVKGVRFVVRLTIRNGKDDDPARLVTTATTSETEYAFHELPLGDYTLTVRAINGFGQQGEPSSVTFSIQAPAAPSTIELTPGYFQITVTPYQAIYDASVQYEFWYSATQLTTAADIQSKAQYLGIGSFWIKDGLKPLHDAWFYVRSVNLAGKSVFAEVSGRPSDDAKGYLDFFKGLITEAYLGTELLKKIDLTEDNASKLQQFSKEWKDANDKWNAMWGVKIEQTKDGKYYVAGIGLSMEDTPDGKISQFLVAADRIAYINPANGNQTPGFVMQGDQIIMNEAFLKYLSAPTITSGGNPPAFSLTPDGKLTAKNADISGHINAVSGSFTGEINATSGKFSGVIEAKEFVGDICGSKVMQGVSIRATNDERSTSTRYTDSATYQIGKTITVMANCERNGGSGAITVTININGQVKTAEVIPYTAGLPAMYQTVVFSVYTTSPVVDISVSLRVGGQYTTEASVWPLVMVSRSGSNFTN >MCI8828397.1 alpha/beta hydrolase [Ruminiclostridium sp.] >MCI9466325.1 alpha/beta hydrolase [Ruminiclostridium sp.] MKEEKRVIRLVSKGEEKSGPKKKKTEGNRRLAPMLRALKAIHSATTPDTMDPEDLARQRAGQEMLGRLAAPMIVAKRWEPFRLGEMDAAWVKPDWAHDKRRVIFYCHGGGFTSGNLGYSRPLASKLTNATGWETLCFEYRLAPEHPFPAAVEDVRRAWDYLMYLGYGARDVVAAGDSAGGNLALGLCHQLKKAGRQLPGRLVLMSPWTDMTASGPSYTSKAEEDPTITMDYIRAVRSVYAEDRDLRSPLLSPLFGDLSGFPPTLVQVGGNEMLLSDAVRLRDRMQAVGVHCQLEVWEDMWHVFQMLPVHKAALAMESIGRFLLEQ >WP_218804454.1 ASCH domain-containing protein [Klebsiella quasipneumoniae] MGDSPELANELADLIKKGIKTASCGSFASYQQEKAAPRIGSYNIILDGQNVPVGVIRLISMQLVRFCDVTEAFARKEGEGDLSLEYWKKEHQRFFSSEGHFSEDMELIAEEFEVVEVL >XP_032873419.1 F-box/WD repeat-containing protein 7 isoform X3 [Amblyraja radiata] MGFYGTLKMIFFKMKRKLDPGPEVRSFSSGKKPCKGSDYKSTAGLVPCSATPTTFGDLRAANGQGQPRRRITSIQPPPELQDWLKTFQSWSGPERLLALDELIDSCEPTQVKHMMQVIEPQFQRDFISLLPKELALYVLSFLDPKDLLQAAQTCRYWRILAEDNLLWREKCKEEGINEPVYIKRRKVIKPGFAHSPWKSAYIRQHRIDTNWRCGDLKIPKQVLKGHDDHVITCLQFCGNRIVSGSDDNTLKVWSAVTGKCLRTLVGHTGGVWSSQMRGNIIISGSTDRTLKVWNADSGECIHTLYGHTSTVRCMHLHENRVVSGSRDATLRVWDIETGQCLHVLMGHVAAVRCVQYDGRRVVSGAYDFMVKVWDPETETCLHTLQGHTNRVYSLQFDGIHVVSGSLDTSIRVWDVETGNCIHTLTGHQSLTSGMELKDNTLVSGNADSTVKIWDIKTGQCLQTLQGPSKHQSAVTCLQFNKNFVVTSSDDGTVKLWDLKTGEFIRNLVTLESGGSGGVVWRIRASNTKLVCAVGSRNGTEETKLLVLDFDVDMK >TVO55343.1 chloride channel protein [Denitromonas halophilus] MPKNGSPNSSSGGKFRAFITRFTRSGFRVAMPWLSFGRWQNRILFVGIALLAGLAAIVFAIGADLAIEVHAELVHLAWWSSLLIAPAGFALISWLTRRFFPGCEGSGIPQAIAASLTEDSAIRKRLLSVRIIFGKIILTLVGLLSGASIGREGPSVQVGASILNLLSGKRKNGRIAPTKDLIVAGGGAGVASAFNTPLGGIMFAIEELSRYRAFRANSTTLVAVIFAGLMSLATLGNYTYFGRTPAAVGWPDGLWPVLLCGILGGLAGGISTRLLIASSRGLPGRVGWFKRERPVAFAAACGLATAIIGLSTGGMTWGTGYAESKAALEGTAGLPIYFMFAKAAVIWIAFISGIPGGIFAPALAIGAGLGANVALMLGIDHNPAILVLGTVAFLAGITQSPITSFVIVMEMTANHQMLLPLMSAAVIAQGFSRSVAPVPLYDALAIDMLKRLTHEEKERKAATSDSDVEPESVAAAEHDPPHPAADDVPPSTDDANTPPASPKPTS >NIR46571.1 hypothetical protein [Gemmatimonadota bacterium] >NIS03152.1 hypothetical protein [Gemmatimonadota bacterium] >NIU54144.1 hypothetical protein [Gemmatimonadota bacterium] >NIV25538.1 hypothetical protein [Gemmatimonadota bacterium] >NIW38083.1 hypothetical protein [Gemmatimonadota bacterium] MKRSYTARERLIDCPHRECPGLLLTGTREVERHGSAARIALRCTREPEDHEVTLSIEPYTAEETDVFKSQLLRGDPPACVRCGSEMDLGSVDSPDGWGNSEQAQPAYFCPWCGLRWVPSVETKRGGGHSPVPGLRE >MBC2695466.1 IS1634 family transposase [Desulfobacteraceae bacterium] >MBC2719779.1 IS1634 family transposase [Desulfobacteraceae bacterium] MQVGGLPLIHAIAKRMRLKEILYKYIPVHGNEDIPAVETLVLLVYNLILGKDPLYEMEEWVESIDFRCINNEDYENVKFNDDRFGRVLNKLYLVDRASLMTEIVVSFVKEFEIALTQLSNDSTSIKAFGRYPGKTRTGLELKKGHSKDHRPDLKQLVFSLSIAGDGAVPVHYKCYPGNVTDDQTHIETWDTLRKITGYPDFLYVADSKLCTDEQLSYIVGKGGRAVTIIPETWNEVESFRERVRKTKKAKDIIWRRRKPGSDDKNEYFSAFRGDFFTIKRGYKIHWIYSSEKRKRDRENRDKHLEKVEQCLAVLNGKINKRGLKTSTAIESAAKQIVEEHKLQDYFHISIGTITEKYQVQIGTGRPGKNTKYRTGVNKLFTLSWTQKKQVLKEEAQADGVFPLLCTDNDLTVKEVLKAYKYQPRLEKRFSQFKTIHNAAPLLFKKIERIEANMFGFFIALVIQALIEREVRNKMKERKIETIIVYPEQREAIHPTTSKILDRFDNICTYKVMENSQVVETFRDSLNEDQKLILSLLNIRENDFWKSASQSK >MBP9134320.1 1,2-phenylacetyl-CoA epoxidase subunit A [Saprospiraceae bacterium] MSEAALQQNFEGRIQKDEKIEPNDFMPDNYRKTLIRQIAQHAHSEIVGMLPEGNWITRAPSLKRKAILLAKVQDEAGHGLYLYSACETLGVSRDQLYEELHDGRAKYSSIFNYPSLTWADMGAIGWLVDGAAIMNQVPLCRASYGPYARAMVRICKEESFHQRQGYDILLTLCRGSEEQKAMAQDALNRWWWPSLMMFGPEDKDSVHSEQSMRWKIKRFSNDELRQRFVNMTKPQADLLGITIPDPDLKWNEEKQGYDFGEINWDEFWQVVKGNGPCNYERIEARKKAWNDGEWVRKAAAGYAEKYTD >MBM4010536.1 hypothetical protein [Planctomycetota bacterium] MEITSRPTRNLPHVLSLAGLIVSGLVVILFLADLVAAFPFQRVSIAADIGFIVAGAILAYLSWSIGSRSRA >NBB83031.1 NAD-dependent epimerase/dehydratase family protein [Alphaproteobacteria bacterium] MAGTVLITGGCGYIGSKLVPWLLADGWTVRVLDCLWFGNRLPTSVLGSPALTVTQGDIRDSRSLDRAVDGADAVIHLAAVANDPSAELDPGLTRAINLEAALDLLERARRGGVGRFVNASTATVYGVRDEPDVDETFEHRPITLYGELKSITDAATAAANGRAFTTVNLRSATVCGWSPRMRLDLTVNILTEQAKNRGRITVHGGAQKRPNVVIDDLVEAYRLLLTAPADRVGGESFNISASNRTVRSIADAVAAAVNPAAVIDVEPVFDHRSYHISTRKAETVLGFRPTLDVEDGARQVAEAIDDGRLTRPEQDRYRNLATLKAQGAAPLESA >GBN69281.1 hypothetical protein AVEN_251438-1 [Araneus ventricosus] MSEHMFLYFIVLGESFWTNITSERCSTGVYIILLFQIMLGSKFNRRHREIALIEMQWGRANNCKVVIYGTSTEKLRFLCLEVPFAADSSWFLRKSVKFDAN >KAF2637112.1 hypothetical protein P280DRAFT_408271 [Massarina eburnea CBS 473.64] MALKNRDVALAAVAAFVAWGYLTHWQPALRFLPYAFLAGLVATVGLGTWLTLTTAWSKEKGYAAYPPRHAVFLAPEKWRKERDALTKRSMYMMEPVFPASFLISDSLDVLLGLVLRDFIKSWYRSISKSPTFVNEVDRTVRAALGEISNRILAVDLVEVAVSRMIPIITEHLRAAYEAERVVRGKTLSRNMTESDELDLAIAAKYKGGQLHPAASLAYSNTKSIQQHHLRSIVTKLLPKIMPPNMITSPTVNGLIKEMVACAVLSPIMQMLADADTWNQLMEGYGRSLLQDRKTVRKLRAELDKHAPPTAKTPKTVQFPTLSPGDNERRFERFIRAIRQTVTLADARRFRSEISGQLRKDSMVEGQDPVHLRRLETARRILDQKIDGLSGAGSVRNKVAAKEKSRHRRTTSRFENATLKDVLYDAAGLSCFMEFMDQVNLMRLVQFWIVVDGFRNPLEQDTDEPMDSLGPLPSWKDSDRADMAQINEGYLSRPELNILPDARKAVGEFLRAGRNATPQQYYNARRTLLQAQTAAYDQMQEPHFRRFKRSNLYYKWLAMDEAAGVTRALENPLADPKRMVRSQSAQKNSLQPPDLRRTVASSSDLNSLGKVKDLDHPPRRSLDGARAPLFDDDYDSDPMAHSILSMDSDTGFGRPNDNSGIVDAMSAALNDIMGDEPEGSLFHEPLNSPLENSMIATEIPRGVSPDVMNMQRKGKPSIASLGLVGEQRTRGVFKDDLFGEEEKFLEDEVEDAGHDRAEEDAIHEAAPGDLGLAEAIDALTSDIERLVTQESIVDSLTSKAELTNNAAELRILRKSKTSLQREIQRKELQRQQYIVQESDNSLYGRATVFIQSYVVGTDEDGKEFAMFVIEVRRRAGDQMPAAAWVVSRRYSEFHELNKRLRARFPQVRNLELPRRQMIPKLQKDFLHKRRLGLEKYLRDLLTMPAVCRSREFRAFLSQAAISPADQSASQPASNNDFVSRIYSSVADGMEEFLGNIPVLDQLSVAGQNLISAATTQLASANGAPAASLGRSVLARGDSNPGTDAEAEAELLAFESKDFVPFVKPICDIFLETFELNRENNWLRGRAVVVVLHQLLGGTIERKVRESFDSLTSEQNIARYLDTLKANMWPAGQMKKGTERTGAERAKSRKEAGSIVGVLVPEVAGSVVGRANAQMAAKRIEGTINNQRLNTHLAFTLLDELVSILFPDVR >WP_132898733.1 Fic family protein [Pseudomonas aeruginosa] MNDPLWIWQQPDWPQFNWQAGALAPLLRSCSQAQGRLLGMLGAVGSDTEVQSSLDAMLQNIVTSSAIEGEQLNVGSVRSSLARRLGLQEEGRTTSRSEGLAELLLDATHAHQEPLDEQRLFTWHSWLFPTDDQLLARPLHIGALRGEEPMQVVSGRIDRPTVHFEAPPRAGLEAQLADFLAWXESSRSDASLDPFLRAGIAHFWFVTLHPFDDGNGRLTRAITDLALAQGEQQAIRFYAMSASILDDRAGYYRILEASQKGGLDITKWLQWFLETLLKSLEQALARIDRVLVKARFWQAHRSQTLSAEQIKVLNRLLDRGERGFEDGISAAQYQAVAKVSKATATRHLSDLLEKGCIERLPGGGRSTRYQIAR >NJI17449.1 hypothetical protein [Aeromonas veronii] MRHTLWLFMLCCSLAVAAVNNPHDFPKGALGLLQVDSLTRGELLWMQGRVGEGTYTTTDAEGRHCAIRVPVAVGKVASSGLGIDSAAGLAIVVMTPRLDAALSKGERVNSSDFIFSREAADPAADGYIVSGIAADEGFVLNSRRRWIAWLLEDKPALRCQ >UZO53924.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >WBB44984.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCDEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSCEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVYNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPIETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_284053701.1 cation diffusion facilitator family transporter [Stakelama marina] >MBR0552422.1 cation transporter [Stakelama marina] MSAPHAHGHDHGHSHAPADFGRAFAIGILLNVAFVAVEGAAGFLTDSVALLADAGHNLSDVLGLLIAWGGAELAKRPPSKRFTYGLRGSSILAALGNALLLLVAVGAILLEAIQRLGDPPPVAGGTVMIVAAIGIVINTATALLFVSGRKGDINVRGAFLHMAADAAVSAGVVVAGGLILWTGAEWIDPVVSLGIVAVILWSTWGLLKDSTTMALQAVPPGIDHDAVVDALEALPGVTELHDLHIWPMSTTEVALTAHLVMPGGHPGDQFLIDLQHRLDHDYGIHHATVQIETSEQSDCHLESPRHV >TMI36513.1 nitroreductase family deazaflavin-dependent oxidoreductase [Candidatus Bathyarchaeota archaeon] >TMI55556.1 nitroreductase family deazaflavin-dependent oxidoreductase [Candidatus Bathyarchaeota archaeon] MNGQRIFAQTHVALYRMSRGRLGGRFRKSPVLLLTTIGRKSRKKRTTPVLYLEDGENLVLVASNAGKDRDPFWWMNLKDDPSAAVQVRGRTVEVRAAQATPEEKSRHWPSLVKMYPAYDDYQKKTEREIPVVILRPLRSKC >WP_266784861.1 ricin-type beta-trefoil lectin domain protein [Streptomyces sp. NBC_00338] MGSHFVRRHAPALRGVLGAGAAAALLAGLTGSPALGAAAATGQITGLAGKCMDVAAASSANGTPVQLYDCNGSNAQKWDVGSDGSIKALGKCLDVTSAGTANGSTVQLWDCNGSAAQRWTVTAARDIVNPQADKCLDATGNSSANGTRLQIWTCTGTANQKWTAPTGGGDPTTPPAGAMAVAPYLYNGWGSPPSPTTVMNATGVKWFTLAFVLSNGYCNPQWDGGRPLAGGVDQQTINTVRGAGGDVIPSFGGWSGNKLESSCSSAGELAAAYQKVINAYGLKAIDIDIEAAAYDSPAVQQRTVDALKTVKANNPGIKVYVTFGTGQNGPDDSLIRKASASGLTVDSWTIMPFNFGGAGQNMGNLTVSAAEGLKNTVKSAYGYTDDQAYRHTGISSMNGITDNNETITVADFRTILGYAQQRHLARLTFWSVNRDRPCTGGGADTCSGVAQQPWDFTKVFAQYAG >MCP4144501.1 HDIG domain-containing protein [bacterium] >MCP4801139.1 HDIG domain-containing protein [bacterium] MNSEVLKLWPELEWIDNKELREQTAATWELALEKSPLTAEDLNTIPFTLLVPDLKVSFMAHKRCVVHIARDCANKMNEFFTDDLPVDMDITIAGAILADVGKLLEYDIDENGNSCKSDTGKYLRHPFTGVSLAMSCGVPDAVCHIISAHAGEGDMVTRSPEAYVVHHADFMTFLPFKHQFK >MCH9693433.1 hypothetical protein [Gammaproteobacteria bacterium] MSLRTKFSLTFALIPLMVVVPSYLFGVYFTLSPKLGYHAYDDLYSMALSSLVNAPLLGVAAFASWRLFGDRRDNLFYKSLIGNLFFGFLIPLAALLVFLIAVLLLRTIFGYIGIPLWDSAIFRNFFWPIWGSVLFVMLTGGIVGVIFGKRRGVQEGPN >WP_160421767.1 methylated-DNA--[protein]-cysteine S-methyltransferase [Glaesserella parasuis] >MCT8608395.1 methylated-DNA--[protein]-cysteine S-methyltransferase [Glaesserella parasuis] >MWQ25788.1 methylated-DNA--[protein]-cysteine S-methyltransferase [Glaesserella parasuis] MKFQIFYQFYDSPVGKLLLIANQTGLLGIEFEQEQQTLNLQQWKSSEQASGEIQQLFCKTVQVLDRYFSGEKVAFCQLDFLNPQGTAFQQAVWEILLEIPYGKTVSYGDIAKQLNNPNAVRAVGGAVGRNPISILIPCHRVLGKTQALTGFGGGLPAKRYLLELEGISYQNKGTEFVNPKHKKWTSI >MBN9560624.1 DUF2076 domain-containing protein [Alphaproteobacteria bacterium] MTNEERDIITRFIERVGGASSASFGSVPGAAPALPPIDREADALIGELFAKYPEARYRLTQTAFVQEHALAEAQNRIKRLEYELQQAQAAAQQAAEQPRAGGFLSGIFGGGASRPPAPPPAWNQGGPQQPQYGQGYAPGGPPPPPQYAPGYQPGMFQRSGSGFLGSALTTAAGVAGGLVVGNALMDMFSPHRAAASELGSGAGFMPAAPVESSPWGAPAGGDAGYVDQGSWTTPDSGTDQGGGYADQGSWDPAGGDQASWDSSGGDDGGWDDNNA >WP_226387626.1 M23 family metallopeptidase [Gallalistipes aquisgranensis] >MBE5033676.1 M23 family metallopeptidase [Gallalistipes aquisgranensis] MKSERNFVYFLRNLREKHRLSLRNQHNDSEVWYMYISPANVLTGFVALVLVLFIVILTTVAYTPILDLIPGYPGNKSREMLISNIVRIDSLERELAQMQVYSDNIALIMEGKTPIVRDVTQAGDSMRVSRPETVHPSREDSLLRAELEGGGIYRLSDPAKVRTVRTGLELMPPVRGVVAEHFNPKEERFGVGIATAASQQVMAVEDGTVVLSAWSPDDGYVVQIQHPGNLLSVYKHATRVLPSTGARVKGGEVIGFTGEGLSGDAGKGLFGFELWHNGTPVDPEGYVVF >WP_172394656.1 menaquinone biosynthesis protein [Sphingobacterium prati] >NPE47560.1 menaquinone biosynthesis protein [Sphingobacterium prati] MNKIRVSAVSYTNTYPFLNGIRKSKVMDQIDLSVDYPSACAQKVIDDDADMGIIPTAALLSLPEYYINTDFCIGTEGAVDSVFIFSNKPIKEVETLKLDKQSRTSNGLARVLLKNYWKREVQLITEDGIEPDAYVLIGDRTFGKKNSVPYVYDLGKEWFDFTGLPFAFALWVSNKKLPESFVKDFNDALAYGVAHATDVIEGLPEFEGFDYTKYLTAHLDFHLTDRKREAVQRYLGYLKELD >WP_036671656.1 polyphosphate polymerase domain-containing protein [Paenibacillus sp. FSL R5-192] >ETT35447.1 hypothetical protein C161_17369 [Paenibacillus sp. FSL R5-192] MAIEVFNRYESKYLLTDEQYAHFYNDLLKYMELDAYNKKHEYYSISNLYFDTPQDSLIRASLSKPKYKEKLRLRAYGIPEENARVYLEIKKKVFGLVNKRRTALKLDEAYEFVRSGQAPELADYMNKQVVEEIKYFLRVYDLEPKVYLAYERKALFDKNSRDLRITFDTNIRSRRYDLKLEQGDYGEPLVKDGRWLMEVKAEKTVPMWLSQLLSEHGLYRTGFSKYGNEYRHLARTTNLNYQTERILVPGTDFDPSIEQDKTIIERERVLYA >MCJ7686803.1 CoB--CoM heterodisulfide reductase iron-sulfur subunit A family protein [Desulfobacteraceae bacterium] MSLRIGVFICHCGTNIGGTVNVPEVVKYAATLPDVVHTEGNLYTCSEDGLSSIRNQIEERQLNRVVVASCTPRTHEPLFKKNCELAGLNKYLFEFVNLREHCSWVHMTQQDDATDKAKDLVRMGVAKVSLLTPAEDLSTEVLPSSLIIGGGISGLSAALTLANQGYHVELLEKSDRLGGLLKDVNRVFPSNVPTADLIDPLIDTVLKHDNIRVHFEAELIDVKGFIGNFTATIKENGGTGELKIGTIIVAIGANELRPEGMFGYHLFKNVMTQLEFEQQYRGDYNGLKDVVMINCVGARTDEMPYCGRFCCITAMKNAILLKEADPEAEVTILQRDIMAFGKVFEEYYQKAMQMSVRFVRYTVDRLPEIDGVGDTANKVRVYHELMGRDLELNADAVILTTPLVPAEDNQTLSRMMKIPVGNEGFFMEAHQKLRPVEFPADGIFIAGCARYPTEIVECISQGYAAAAKAAAPMSQGRVVTEALIAKVNPVMCSACGRCVEICPFGAIDWTDVRISPEHPRRVAAVNQTECKGCGLCAASCLSSAVQLKGFTDEEILAMVRATIA >WP_106817586.1 NYN domain-containing protein [Janibacter massiliensis] MTPTDHRTEPAGEAADADRRTYILVDGENIDATLGTSILGHRPQPEERPRWDRVLSFARREFEQDVKGLFFLQTNHEMPMAFVQALLALDYTPVPLSGSSQQKVVDIAIQKMMVELVQHEADVLLVSNDGDFLPQVRELLADEERRVGVIGFTEFANGGFGSLRDEGLEIFDLEHDVRAFNVTLPRVRIIPIDEFDPTAFL >WEK50023.1 MAG: adenine phosphoribosyltransferase [Kaistia sp.] MTSALNEIAASIRTIPDYPKPGVQFRDITTLLGNARAFRRTIDELVQPWAGAKVDQVAGIEARGFIIGGAVAHQLSAGFVPIRKKGKLPFDTVSMSYALEYGTDEMEMHVDAVGKGDRVILVDDLIATGGTAEGAVKLLRNRGAIVEAACFIIDLPELGGAAKLRALDVPVRTLVTFEGH >MBI5333464.1 GGDEF domain-containing protein [Burkholderiales bacterium] MAASSSPHVAAGDPPEPPAAAPAGWRARLRTALLGREEWQQRRLGIFFMSTVMYVAGIGSCQLAVWTGAWAPWQRNLVAGYLIVAHLLSYLVERSAWSRRLSDETLMVSQIGIAASAALLAYAMGGFARSGLLLVFGMQLMFMMLTVSPRRMRRIGWATILGFVAVSVTMQLLQPERFPLKEEVITLSLALGILPVMLAGALKVTGLRARLVKQQAALQAAMDRLQEMAGRDQLTGLHNRHHMVQRLAEALARQRRQPGPLCLALLDLDHFKRINDQFGHQVGDRVLQDFARAVGGSLRATDELARWGGEEFLVLLPHTAPADAQAVIERLREAYTRAAPLAAERPQQPAVTFSAGLVEHRMGDPIERSIERADQALYRAKDEGRNRTALG >MCA2691876.1 hypothetical protein [Microcystis sp. M034S2] >MCA2750792.1 hypothetical protein [Microcystis sp. M144S2] MDRSIIERQPLIEAVKALPDEALVELSNFLDYLRYKAAHQRELTTHSSSFLLAVAGLGNSGQQDISERDEEILGNEIDPVSGWNLNPSNSV >WP_003067788.1 50S ribosomal protein L11 methyltransferase [Streptococcus equinus] >EFW88313.1 ribosomal protein L11 methyltransferase [Streptococcus equinus ATCC 9812] >SUN69620.1 50S ribosomal protein L11 methyltransferase [Streptococcus equinus] MNKWQELTVEVLRDAEEAVSNILIELGSQGVAIDDSADYLGHVGKYGEVFPEIKQVETVKITAYYPEHIDIEAVEKEVAKRLAELTHFGVDAGDVHYETQELAEQDWAENWKKYYEPTRISHDLTIVPSWTDYDASEGEKTIRLDPGMAFGTGTHPTTKMSLFALEQVLRGGETVIDVGTGSGVLSIASSLLGAKDIYAYDLDEVAVRVAQENIDLNANTENIHVATGNLLQGVDIKADVIVANILADILVNMTEDAYRLVKDEGYLIMSGIISDKWEMVRKSAEDAGFFLETHMVQGEWNACVFKKTDDISGVIGG >XP_045615378.1 angiomotin-like isoform X1 [Procambarus clarkii] MTSQQYIKSSQNCATPNDNTIINYNHNNLAHTQGFMYGQSFSGSETDVSTSTENLSPEERYALEHTQRQEPQGQENVGSTLNNMASSQLSRSSGVVTSGTSTASTARSNDCNASISSSTNTLIIHNSVSDDLWNYRWTPGGYSTPMAGRKSMSSSLLDGQERGPPLYNSQIHPLNMESLKLNSSLLNSSTLDPSAINSNLLASSLNSSILDSSALAQKASVPSYLSQNNIPGSPKFSSHAAMKYQTATDLPDIPSSYLDQSEVLKHLLKHEGKGSGCSDQSASSSNSGINLATEGAGTMMRDLSRAPLFYDLDCTVNYDLMTLPPPPAYPVWRLKEPEKHEQQGELVKHGMEKSHLSKSQPDLTKLNNAKEATSPKELLSQRVVSGQTDIADSPMQEMADILVQENSALKMEVDMYHRKVAKLQREARPGQIWYRSRSHLQNFEMEIIKVHEAHEALVKSSERREHLERLARHKLHAEVKRLTELNADLKDQVDVLSTQIANRPLPTDTSSSDALRKELNKRDLFIAQLVSQNKELIAAKERQEIELTAQRQTLNEQRTHIDILDSALTNAQANVVKLEEELRKKQNLVEQAGQLKRLLVSLQLAADRREQSENNLRHKLEKEIEQLRLGTKQDGPVSKLSDLRREIREKDEKIMILEGEVTKWEQRYLQESAMRQLAIEAASMPKDAKIAALEKTSQESERHIAQAKSDKLRQMDELHTMSKKQAEYEARNRELESLVAERDAMIRVLQRRAEEKEALYQKALLRKSLNIGKSLDGRSSISNSSMVHSTQASTAHSHSSSGAGGAGGGSSAPGTPRRDEELGCAPPIPPFPSMSHTSVSASTTKSNAINPYLDLASNSLTSACIASTSSASSTSSVSMGQESQACGRLSGSRDAVDEKKRVDSCGGASQSSGRVPDLDSLSADDLLVDVDDGMHGKLRVVCFPGLAHPSSAAGEGTVSQPLLARVEPHPSLLLPSQHLTSDQSHPGLNRGMDHTSLVHTHTHNDVPALSCPPYDPPPSYPLEMTNNIPPPTLRDMSSMATAQSQLGHETALQAVNLRSTSHVRGNPPPYHGHHEVLSQQFGGTGLQSSPVHSTEQIPIPLMPGSPPMNFNRRMGPKMSPSAPNLSTDMPVPRPPMCHNPHHPTVACRKCNSVRSSNRQNAAILVRRANSSAGHTYRNSAPLVACQGGIDTDDAPSILARLRREWEMGNIPSCGNSSLPQSLSSETDTQQLTLSSGAASRNNNSQNSATTDSSVESSKDKLSQRESPSQQNATSKDDAKDQHQKDHSSEKVINNHEKQSQSLLQRSTSSGNKSQKQQTVITMNNSKNEQVAGQKSNLTHTSITSSTHVASHTQPTTTAKPSFSTRVQNLFSSPLNLSDVPNSNANTICDAKNHTVFPINNKVESQNQVNKKNDINQLNNNQDAKMELIILEDTDQLKTSKDSTKPLQDII >WP_007678833.1 adenylosuccinate synthase [Cronobacter condimenti] >ALB64184.1 adenylosuccinate synthetase [Cronobacter condimenti 1330] >CCJ74080.1 Adenylosuccinate synthetase [Cronobacter condimenti 1330] MGNNVVVLGTQWGDEGKGKIVDLLTERAKYVVRYQGGHNAGHTLVINGEKTVLHLIPSGILRDNVTSIIGNGVVLSPAALMKEMKELEDRGIPVRERLLLSEACPLILDYHVALDVAREKARGAKAIGTTGRGIGPAYEDKVARRGLRVGDLFDKTTFADKLKEVMEYHNFQLVNFYKVEAVDYQKVLDDVMAIADVLTSMVVDVSDLLDQARKRGDFIMFEGAQGTLLDIDHGTYPYVTSSNTTAGGVATGSGIGPRYVDYVLGIIKAYSTRVGAGPFPTELFDDIGEFLCKKGNEFGATTGRRRRTGWLDAVAVRRAVQINSLSGFCLTKLDVLDGLEEVKICVAYRMPDGREVTTTPMAADDWEGIEPIYESMPGWSESTFGVKERSGLPQAALNYIKRIEEVTGVPIDIISTGPDRTETMILRDPFDA >AFC90328.1 nucleotide-binding site leucine-rich repeat protein, partial [Rhododendron rubropunctatum] KTTIMKHIHNRVLKEKDKFDGVLWVTVSKAFNVLKLQSDIAKELNFSLLDDEDERRRAKHLHAALSRRKKYVLIIDDLWEEFLLDRVGIPEPTESNGCKIVLTTRLLDVCKRMDCTAVKVELLTQQEALTLFVRKAGRNSTVLAPEVEEIATEIAKRCACLPLAVVTVARSLRALEGTHEWRDALNDMISSRKDASDGETEGFEILKYSYDRLGNKVLQDCFLYCSLYPEDQFIFVNELIEYWIAEELIADMESLERQFDKGHATLG >EOH70952.1 hypothetical protein UAE_01562 [Enterococcus hirae ATCC 9790] >EOU07341.1 hypothetical protein I584_00663 [Enterococcus hirae ATCC 9790] >VTQ65387.1 Uncharacterised protein [Enterococcus hirae] MILAFICSLSLFAIFVLGILKITLFNQNFMIRAVESSHYGKTITKEINHTIADVGRGANISQKWLNQTVSESLVNDNIKQYIHSIYAGSTFQLEGEKQIEETVQSQLESYGKEKNYPRNAEFETTVNKLKKVSIETVRRDIEIPYFALYGKKIMAYTSTLNLLLIFAVAFFGILFSAIISLNKPFFHLIIRYLAYVIGGAGLMVGALPTYLYVTRLIERLGIHSEALYLFLTTYLKNFLFMFMKFGLFSILLSLFLFGVSEFFRKKIVRREK >WP_107387431.1 DUF5080 family protein, partial [Staphylococcus arlettae] >PTH56159.1 DUF5080 domain-containing protein, partial [Staphylococcus arlettae] YIYMYFAIKSFWVKPRLLNYLIHKDQNPESEELETQELDLQTARIKAVYYFILSIALLIITKFKMVNALREDALSMNPIFIFIGIIIILVWLVLDIYRKKKYDIFLFKTIVPLFVTSWIIFGTIILQ >WP_274976404.1 elongation factor G-like protein EF-G2 [Nocardiopsis sp. DZFXJ 01] >WDZ91984.1 elongation factor G-like protein EF-G2 [Nocardiopsis sp. DZFXJ 01] MADRNVNGTGAPAGAVPRADGPRGIRNIALVGPSGAGKTSLVEALLAAAGEIGRPGSVEEGTTVSDHDEVEIRQGRSVDLTVNPVMVGDVKVNLLDTPGYADFIGAMRAGLRGADAALFVVSALEGVDGRTRVLWEECAAVGMPRAVAVTRIDHPRADYDEVVAQCREAFGPGVHPAYVPAVESTGDERRVVGVWGLVSERYYDYSGGSDGADGSERAQRSGHSGGGGPGSAPSARPVPDWLREAAGPLRETLVEEVITESGDEVLMERYVEGGELDPDLLIDDLQKAVAAGGFHPVLAISTTTGVGVRELLRELPLSCPDPTRRPFPETFTPEGGPVAGLSCDPDGPLVAQVLSTAVDPYVGRVSLVRVLSGTLRPDTRVHLHGHGVPCGLTGQDELDRTGNDERTGPLSVPLGRENRPVGQAVAGDLCLVAKLPDARTGDTLSEPERPVRVAPWRFPRPLLPVAVSAASPGDEDKLSHAVARLVAEDPSLRVEVNAETHQMVLWSLGEAHLDAALDRLEHRHGVRVRTGEVRVPLRETFAVPAQGTGRNVKQSGGHGEFGVCRIRVEPLESGAGLEFVDEIVGGVVPRQFVLSVEKGVRAQMADGVGTVAGARGGAGSGDGADPGAGYPLVDIRVTLYDGKAHSVDSSDTAFQKAGRLALRDAAAAGRLAVLEPVDEVSVEVDDAYLGAVLSDLSARRGRVVGTESVRGGRAVVRAEVPELEIVRYAVELRSISHGTGVFSREYARHEPLPAQAAARLAGR >WP_214130944.1 hypothetical protein [Alteromonas oceanisediminis] >MBT0586567.1 hypothetical protein [Alteromonas oceanisediminis] MQKNQQRVVSHSPFSRLHQQKQGRVRHSKRTANTLLALSHSDHAAIAAVIKQWLNE >WP_131166802.1 ABC transporter ATP-binding protein [Propioniciclava sinopodophylli] >TBT88674.1 ABC transporter ATP-binding protein [Propioniciclava sinopodophylli] MSTPLLEVDDLSVRFTRQGQEPFTAVDKVTFNVAPGEVVGLVGESGCGKSVTSLAIMRLLARRGNQVTGSVRFAGTELLTLPDAAMRDKRGAELAMIFQDPLSSLNPVVPIGVQVSEVITRHRGENRAVAARQAAEMLDKVGIPDPTRRLKEYPHQLSGGMRQRALIAMALACEPRLLIADEPTTALDVTIQAQILALLTDLVEQSGTALIMITHDLGVVAGLCDGVNVLYGGRIVERAKRHPLFAEPRHPYTGGLLGSIPRLDGDRDARLFPIRGSVADNIPWDHACAFAPRCHQEGEKCRTVAPDLLPDEEARTDGGLRLLRCHYPLTAADRQRIEEGRA >HBE02941.1 SAM-dependent methyltransferase [Spirochaetia bacterium] MTTADSGCILYLVPVPLSDGLFCTCNLGFLSEIKIFFSEKISETQKFLKKNKLLSSFTDCEFHEIKNISSSDAEKLAALIKPAAALFSDAGCPCIADPGNLIVRAAHKKNIRIVPLPGSSSIMLALMASGLNGQQFIFHGYFPVKEDQRRQKIRNAEKDAQRSKRTQIVMETPYRNSVLLESLLAVLNDATLLCIASDLTGMNERIVTLAVRDWKKRKIIPEKVPTLFLFGE >AFU58940.1 hypothetical protein Ngar_c20080 [Candidatus Nitrososphaera gargensis Ga9.2] MWSQNIILRKGRHSLAFVGIAVATIVAAFLFQRLTIYGDAVVSVYQDFYVQDLSENHSDILNGAITIDDATLSQAPKLRELMNGSLKIKDSPYGSSVASQISIFDYNVIKTISENNPLGAERLRQSNSHVVNYDGQYYGVIIIKR >MBW0108125.1 apolipoprotein N-acyltransferase [Pseudonocardia oceani] MAAVDGAGPPPTQQRDARQGLGRGLWWRCAGAAAAGGLLYLSFPPRPLWWLAPLGFTLLAVVLTGRRARAGLGYGLLAGLGLFVPLLSWTGTYVGPLPWLVLAVLQAWFVAAAGAGIAAVSRLPGWPLWAAGVWVAGEAARSRVPFGGFPWGRVAFGQPDGVFAPLAALGGPALIGFAVALAGFGLAALVLSLAGRPYRFGARTLRPAVWLLVAVVAGLAASPLVDAARTTDRLVTVAVVQGNVPRLGLDFNAQRAAVLGNHVRRTEQLAADVAAGRVAPPELVIWPENSADIDPLRNPDAAAAIDRAVAAIGVPVLIGAVESPPVGGLRNTAIRWEPGVGPTGTYVKRRIQPFGEYIPMRSVVRLFSDKVDRVQRDFTPGTEAAVLQMGPAAVGIATCYEVAFDDTVTDTVRGGAQLLAVPANNATFGRTEMTYQQLAQSRIRAIEHGRTVLVAATSGVSAIITPDGTVQQQTGQFIPDALVAQVPLRSTTTPATGLGGVVEAVLAAIGAVAVVVAAVLAVAARATIRRDQGGRGRGRGRWA >WP_281163474.1 2-hydroxycarboxylate transporter family protein [Klebsiella quasipneumoniae] MKNNSLNHPIDKTLPNGQATRLFANIEVGAVPLTLFIGIAAIVALSAGEGLLPKNMIGGLAVIMTLGFALAKIGRMVPVLKDIGGPAILCLMTPSVLVYFGVFEAHTLDTVHLLMKEANLLYFVIACLVVGSILGMNRTILIQGMVRMFVPLVVGTGAAIVTGLLVGSLFGYSMYHTFFFIIVPIIGGGIGEGILPLSLAYSAILGQAPDVYVAQLAPAAVVGNIFAIICAGFLARMGARRPALSGNGMLIRSHEDNSVFAQNQSTQPTDFQLMGAGLLMICAFFIIGGLLEKVVHIPGPVLMILAAVFCKYTKVIPAAMELGAHSCYKFVSAALVWPLMIGLGMLYVPLGSVVSVFSVGYVVVCGSIVIAMALSGFFIASRLNMYPVEAAIVTSCHSGLGGTGDVAILSASNRMGLMPFAQIATRIGGASTVIAATLLLSWMV >WP_008860295.1 HAD-IIB family hydrolase [Dialister succinatiphilus] >EHO62267.1 cof-like hydrolase [Dialister succinatiphilus YIT 11850] MKKYFFFDIDGTLTTPLTADYPESTRAAVKELIRRGHFVSLATGRMQADALEVARTLGISALVSDGGNAVTIDGKILYDEGLPLSDCIRTLSDIDEEKHPWAAAPYNKKYRVTRTPLYLEKVKDRYYETEVDPSFDFRKVSAIHKIFVACSKQERDDIPLYTLPHVWFSTDTMLIEPVHKERGIMEIQKRFHISDRDIVVFGDGMNDRSMFRKEWFRIAMGNAKPELKALSSYITDRADEDGIYNACRHFGWI >XP_044366249.1 uncharacterized protein LOC123088142 [Triticum aestivum] >KAF7045875.1 hypothetical protein CFC21_054937 [Triticum aestivum] >VAH97810.1 unnamed protein product [Triticum turgidum subsp. durum] MAGGDSFGCCGGLVEGFCGLAQVFLAPRGRPSAGILARRPGDPFLSSSQAGWAVSPRDVEVRCDMERSSGAARMLRFDYREENLPPAARNSPAAAGDLCSSSSMVGLTSWDMEIMAETEYSLPVARQLRSAGQDEGLLSPMVRNSPAEAPPQPKGMAGGVEDDDDDDDCVILDSDPFSAVAVNDEKDGGSDEELQIVAEKGKVACRDFPHSRHLCSNMPFGATSHEKHCAMCYCFVCDAPAPCSHWGKGLSVGDHCHATDKETKWKMLREAFRCRNLPASHPETETAVHPAMVSLGRLFLSNQISLQDVVTQNRNTHTSVRASLSVAPIVNAPREGSGTGSAHTAQVTRLGEPTVSAPRAHPVAGAGRGTSSTHTAQISAPRAFSATGVGRSGTSSAHSAQVTRLVEPTVNAPRPHPEVGAGRGTSSTHTAQITHPVEPTVGAARAYSAARTGRGTSNAQSAQITRTVEQTVSAPRVYPAAGASSNAHSAQITYPATAGGYLPEPDAPEGATMYVGNLPYHIDNERLKLSFQGAGVVLFSKVIYDRETGQSRGFGFVTMSTVQEAEKAVRIYHGSGMYGRPLTVKIAAPRGGARVDAPRRQSGSPLRIFVCNLPSQVDNSRLEELFSKHGKVVDARVVYERREGASCSRGFGFVTMATDEESYKAIRALNKQILEGNALGVKVARERADPVCLPLSNRIPPQNAVSPNQHAHTSVGASLNVAPTVSAPRAYRITGARSSTSNASTAQVTHRLDPTVNAPRPGEYEIPSS >MQA03337.1 OsmC family peroxiredoxin [Streptosporangiales bacterium] MRRAELQEVQAPLKARYRDDPAAAVVTLRATGTLGDDLTCSVATGRALVDAGLHPATGGDGGSVCSGDMLLEALAACAGVTLRAVATALDLDVRAGAVHVAGDLDFTGTLAVDRDAPVGFRSIRVGFILDTDASADELATLVRLTERYCVVLQTIATATSVSVTRLGT >MCH3963123.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1716414.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1800754.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1814591.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] >MCI1871501.1 sigma 54-interacting transcriptional regulator [Clostridium sp.] MIDKLISIIQDEDKKNPFTDEQISKMLGISREKVNELRQQSNIPSYLERRDEVLLKAINSIVSVDKDISYRKLCVKLNNQGFKISTFGLNKYRDYIENIKGNMTNHNKKTKKYINKKANGCFNNIIGNNGSLNHVIKLAEAAVMYPKNGLHTLIVGNTGVGKSQLVEQMNFFARKIRKKDIPFVVFNCADYGDNPQLLVSQLFGYKKGSFTGADSDKEGLIEKADGGMLFLDEIHRLPPKGQEILFRVIDKGEFNRLGETDVIRKVNVMIIGATTENIESNLLNTFRRRIPVLVEIPNLEERPVIERMQLINKFFRLEAQRINKEMLVSGEIIRSLLFYRCPGNIGQLKSDIQVICARSFLNFIANNYDKVNVLIDDLPSHIKKQISYIYEKSIDFNMVNIKDMNICDDDNIIDDDENSIFKYNIYDFIEKRIEELKSDGKSMEDVRNILSEDLEEKVGNYANDIVNRYSGMSKQLLEDIVGKETIDIVDDIKKVLLPEMENFDSSIYNVLCLHISSAIERLRTGKNIVNPRLHTIKVKYGREFKMALKVIKMINMKLKMNFPEDEAGFIALYLNKFLNKEEGTSESKVGVIVVTHGEVSKAMLEISRSIIGIEHGEAITMSLDEKPEDVYIEARNMVKRINTGKGVLLLVDMGSLITFGDIITKELGIPTRIISRVDTLMVLEALRKSVQSTATLDSVFNSLLDLEKILPRSFRNNNVTDVNIKEKVIITTCVTGIGTAIKIKEMILHKLKEIGCQDLEIIPLGLIEENGSLLEKIKNIRVRKEVIAVVGTVNPEIPDIFFVSLEEFLKGEKMELFINLINNKKAPANSEIRLKDMFHASIVRVFHSMSSKEEIISIMTRLMEKAGFVSRDFYENILDREDLGSSCIGDGVAIPHGSYDKSIINPAIGVAIIKNPMEWDEENNVSVLFILALTTAHKKLFLELYKVIKNSDLIVKIRDMDDRKLITNTILEYIKQNYIIQSM >WP_260776178.1 C40 family peptidase [Salmonella enterica] >MCT7000827.1 C40 family peptidase [Salmonella enterica subsp. enterica serovar Carrau] MARINKISITLCALLFTTLPFTPMAHASRQAKATPAVSHVTKTADKKKSTTKKISKTSQKNVKKTSKTSRSSSASTPKRTTASTKSRHTTHRRNRTAPTSIAALDVTEKCTTRKGRKPHCVKGKGTLPVSIADAHRAKVQKATKTAMSKLMNQIGKPYHWGGASPRTGFDCSGLVYYAYKDLVKIRIPRTANEMYHLRDAAPIERSELKNGDLVFFRTQGRGTADHVGVYVGNGKFIQSPRSGQEIKITSLNEEYWQRHYVGARRVMTPKTIR >WP_195689481.1 aminoacyl-tRNA hydrolase [Halomonas sp. KAO] >MBF7054546.1 aminoacyl-tRNA hydrolase [Halomonas sp. KAO] MSQVRAIIGLGNPGADYEATRHNAGAWLVEALARRAGGELRADRKFLGLHARVQFEGRDLHLLNPTTFMNRSGGAVAALCQFYKLAPDELLVVHDELDLPPGSARLKTGGGHGGHNGLRDIISALGNTRDFHRLRLGIGHPGDSRQVTNYVLGRPGKAEHVAIEAAIDESLATLPDAIDGHWTKAMNRLHSFSAAG >XP_051954746.1 S-adenosylmethionine decarboxylase proenzyme-like [Xyrauchen texanus] MEENSAHFFEGTEKLLEVWFSRQDETKGTGDLRTIPRFEWDKLLENVHCLIISVTKTDRREAYILSESSMFVSKRRFILKTCGSTLLLQALVPLLELAREYCGFDAIENFFYSRKNFMKPTHQEFPHRNFQEEVDFLSQIFPNGAAYCMGRLNSDCWYLFTLELPEFWVNKQADQTLEVLMSDLDPAVMDQFFMKDGVSANDVTRMSGIRDLIPGSVIDATMFNPCGYSMNGMKTDGTYWTIHITPEPEFSYVSFETNLSQTSYEELIRKVVDVFKPGKFVTTLFVNESSKCRSVFSSPQKLEGYRRLDRQLAHFNDYNFVFTSYVKNRQQKQQS >MCB9662416.1 TetR/AcrR family transcriptional regulator [Sandaracinaceae bacterium] MLEAAARAFGAMGFERARLEDIAREAGITRPSLLHHFDSKRGLYEATLAAAFSALEREVGPALLRTGSYDDRVGSLLRALMKFDDTHGAMVATIFRGMLRDDDDVARNAIQTAFMPLLERMETFVRSNAGDRLTPDFPVRQAILSIITNQLFHSALGEFGVALWGGPPETVRLTEALLLFNVRDTHREREGGENGL >UJR03683.1 ORF7a protein [Severe acute respiratory syndrome coronavirus 2] >UJR93908.1 ORF7a protein [Severe acute respiratory syndrome coronavirus 2] MKIILFLALITLATCELYHYQECVRGTTVLLKEPCSSGTYEGNSXXXXXXXXXXXXXXXXXXXXXXXXXXXXHVYQXXXXSVSPKLFIRQEEVQELYSPIFLIVAAIVFITLCFTLKRKTE >OLD52228.1 hypothetical protein AUI58_03860 [Chloroflexi bacterium 13_1_40CM_2_70_6] >TME95228.1 DNA polymerase domain-containing protein [Chloroflexota bacterium] MLVAGREVAVTNAEKIFFPKPGITKGDLVQYYVDVAGAVLHHVARRPMQMKRHPNGVEGDFFYQKRVPNPHPEWLETVHISYPSGNEADFPVVTDAAGLAWIANLGCIELHTWHSRVDAVTKPDYLLIDLDPSEGNPWSHVREIALAGKQVLDELGVASFPKTSGATGFHILVPIVRELEFPLVREIARAIAKAIVKLVPAIATTQWKVAGRPGVFVDYGQNAFDRTIASAYSVRPVEDARVSAPLRWDEVSDVEPGDFTLRTMRDRLARVGDVTAGMWERAVSLDPLFDTLKVKRALPKRSPRKGPPRDWRAEYYGKAKGQQRGPSHR >MBS2033149.1 ATP-dependent Clp protease proteolytic subunit [Deltaproteobacteria bacterium] MIHLEDENDEPTSHGPDPLSPNVQRALFKSRTVLIFGEVDMKMAERVTAQLLALAAEGDGDIRIILNSPGGHVESGDTIHDVIRFVGPKVKIVGTGWVASAGAHIFLGAKKENRLCLPFTRFLLHQPLGGVRGQASDIHIEAEEIIKMRERLNREIAAETGRPYEKVLQDTERNYWLNANQAKEYGLVGRIINKASDV >XP_030892138.1 T-cell surface protein tactile isoform X2 [Leptonychotes weddellii] MEKKWTYCAVCSIIQIHFIRGVWEKTSNTEDIYAFPGSDVNLTCQTWKKGFLVQMQWSKVTDKLDLIALYHPQYGLHCANGGPCESLVTFTETSRNVSTWILHLKNVSSSLTGKYECGFTLYPEGVRTKIYNLLLQTNVTQNEWRSSNIIEVQINQTVEIPCFQNISSEISSEFTFAWLVQEDNGTRETLITQGQSISNSTLFKDRVKLGTDYKLYLSPVQIHDDDQKFSCHVMVRPGKILRSSTTVKVFAKPEIPTIVENNSTDVLRERTFTCSQRNVFPTANLTWFIEGGFPQGEKEGIYITNEERKIKGGFLELKSVLTRVYGNKPAQSNNLTIWCMALSPVPGNKVWNISSEKITFSLGSVNPSASPPLDVVTSTLGTRPSPVNSISPKRYPAVSSTALGEVGTPTPNTTPQTSNSSVTTQGFNYSWTPSRQDTQNSASWMPSETYSSSPSGASSTIHGDVFTSTTRTFSEVPTTANGSTKNIHIHITGIVANKPKDGMSWPVIVAALLSFCIALFGLGVRKWCQYQKEMAKESQQWVTPPLSY >WP_105447015.1 sugar ABC transporter permease [Klebsiella pneumoniae] >ROC02011.1 sugar ABC transporter permease [Klebsiella pneumoniae subsp. pneumoniae] MSKNTSSEIKLTPTAPAALPALKGLNLQVFVMIAAIVVIMLFFTWVTDGAYLSARNISNLLRQTAITGILAVGMVFVIISAEIDLSVGSMMGLLGGAAAIFDVWLGWPLPLTILVTLVMGLLLGAWNGWWVAYRKVPSFIVTLAGMLAFRGILIGITNGTTVSPTSPAMSQIGQSYLPDGIGFGIGVVGMAVFIVWQWRGRMRRQALGLATSSSTAAVGRQAITAVIVLGAIWLLNDYRGVPTPVLIRAALLLAGLFMATRTAFGRRIYAIGGNLEAARLSGINVERTKLAVFAINGLMVAIAGLILSSRLGAGSPSAGNIAELDAIAACVIGGTSLAGGIGSVAGAVMGAFIMSALDNGMSMMDVATFWQYIVKGAILLLAVWMDSATKRRA >SHG12942.1 trk system potassium uptake protein TrkH [Vibrio gazogenes DSM 21264] [Vibrio gazogenes DSM 21264 = NBRC 103151] >SJN53375.1 Trk system potassium uptake protein TrkH [Vibrio gazogenes] MTMLNLKSILFVLGLVLSKLALFMYVPTLVSFVSGTAGFLDFGQAVLITHVAAFIFLTLGRTANFKLNVRDMFLITSLVWTVASAFAALPFVFINHISFTDAYFETMSGITTTGSTVLSGLDNMAPSILLWRSILQWLGGVGFIVMAVAILPMLNVGGMKLFQTESSDWSDKSSPRAKTVAKNIVIVYVILTLLCCIGYVMTGMTVFEAINHSFTTLSTGGYSTSDGSMNHFSKGAHWIATVFMFLGGLPFLLFVSAIRKKTPIELYKDAQVRGFFYLFLAASSIVAVWLIIHNGYPVMDAIRVAMFNIVSVVTTTGYGLDDFTAWGALPSTLFAFLMMAGACSGSTAGGIKIFRFQIAITLLNRQMMKLIHPSGVFVQRYNNRPVTDDIIRSVVAFALTFGITIIIIAAALSAMGLDSTTSISGAITAVSNVGPGMGDIIGPTGNFAPLPDMAKWILSFGMLMGRLEILTILVLFFPAFWRS >XP_018575520.1 choline transporter-like protein 1 [Anoplophora glabripennis] MGSALSNFQPEELAVFKSLPPKTTVEIPERPENRVPTDRKFLIVFGVFVVALLPFLIYTLYYSDIHRIFRYYDQCGNICGKINGQQGQFECSGQDFTNKRLLELSDVNGTKVDLYLAPRLCVSECSPGYDEVSGYCLKRNYDVNGSLKYYYYENNAWTSNLSGYLNYMAWRITLACSLSLAIGFTVLFLFRMATVVMVWGILAGVLIFLAAAMGGCWYLYTQARSENSQGFLVLAIFATVMFLILLCLVVFFRKKIALVIVLLKESMKATFAMPRLFLVPVLVLIAQLIILGAFTVTTIYMSSAGILAKQTDFYLIYRKNFVMIFAIIFNGCITIWAAQFVTAINYMVVAGAVSKWYFARDKNHLDSPIVTSTSITFKFHLGSVAFGSMIITIIVIIRSILSSLSRNRVVCFPAIERFVKFLSKNAYLLTAMHGQPFFKSGKRAVQIIIQNVVNIAAVNFIGNFILFMAHLLVVLLSVFVTFLVMLGADGTYIEFVYLIVVLVSIVVAAICFSIFETAIDTIFLCFCEDCTLNDGMSRPYAMSTALMEFMDNSKTIFAKKKM >WP_050210146.1 DEAD/DEAH box helicase [Streptococcus pneumoniae] >CEW27400.1 putative SNF-family helicase [Streptococcus pneumoniae] >CEX30387.1 putative SNF-family helicase [Streptococcus pneumoniae] >CIX77801.1 putative SNF-family helicase [Streptococcus pneumoniae] >CIZ88429.1 putative SNF-family helicase [Streptococcus pneumoniae] >CJB82382.1 putative SNF-family helicase [Streptococcus pneumoniae] MAKLIPGKIRIEGVALYETGKVDIIKEKNNRLYARVAEEELRYSLEDDLVFCACDFFQKRGYCVHLAALEHFLKNDERGQEILWSLEEGHEEKEAVETKVTLGGKFLDRILSPKSECAYELSAVGQVEAGTNHILWTLRIGQINSQKYYVIRDIPLFLRIVEQRKSYMIGKIYEESLSWEAFDDASQELLTFLHGLTEEGLVSDLFFQNQGRHLFFPLTFFEQGVNLLMALPHFQFDHQVDSYQTLLFQNMHADANLFAFTVTEYSDYFEMEISESPRVNVFYQGAVLFHKGQVYFLTDQQMRLLKEIKALPVGQQGKKYLQFDSSDRDKLASCLTLFIQMGTVSAPERLQIKTFAPSFYFDREEDNRIRLEIQFDYGNRQVSSRQELEELPFSSDADLEERIFQVCLAAGFEADFQSWRQALKAESVYHFFHDIIPVFEKLGHVDLSDKLEELYSLASPQVQIASKGGLLEIQFDFQDIAQEEIDQAMQALVANQDFYIDSSNQVYFFDEETKKIRQNLQELGQFELKDGTLQARKSLAYSLAHLFEGRDRVSFSQEFQNLAQDLTHPEDFPRQATQVQADLRDYQEKGIGWLQMLHHYGFGGILADDMGLGKTLQTIAFLTSQVTKESRVLILAPSGLIYNWADEFQKFAPQLDVAVVHGLKASREEILAESHQIYVTSYATFRQDSEFYQGMAFDFLFLDEAQVMKNAQTKIAQTLRQFVVPSVFALSGTPIENHLGELWSIFQIVMPGLLPSKKEFMKLPAERVAQFIKPFVMRRKKEEVLTELPDLIEVVYKNELEDQQKAIYLAQLQQMRDHLAQVSEQEFQRSRVEILSGLMRLRQICDTPALFMEDYQGASGKLDSLRDLLVQVADGGHRVLIFSQFKGMLEKIEQELPDLGLTSFKITGSTPAKERQDMTKAFNQGERDAFLISLKAGGVGLNLTGADTVILVDLWWNPAVEAQAIGRAHRMGQEETVEVYRLVTKGTIEEKIQELQEQKKHLVSQVLDGTESRGSLTLAEIREILGISEAST >WP_059191156.1 SDR family oxidoreductase [Streptomyces antibioticus] >KUN30256.1 short-chain dehydrogenase [Streptomyces antibioticus] MAAQPLKGKVALVAGATRGAGRGIAVELGAAGATVYVTGRSTRERRSEYDRPETIEDTADLVTEAGGTGIAVPTDHLEPAQVRALVDRIADEQGRLDVLVNDVWGGEKLFEWTSPVWEHDLDNGLRLLRLAVETHAITNHFALPLLLRHPGGLTVEMTDGTAEYNGTHYRATFFYDLAKSSVLRMAFALGHELGPRGATAVALTPGWLRSEMMLDGFGVREENWRDALTKVPHFVISETPRYVGRAVAALAGDPDVSRFNGQSLSSGGLAQIYGFTDLDGSRPDAWRYIVEVQDADKPADATGYR >WP_014942931.1 MULTISPECIES: nitrate reductase [Mycobacterium avium complex (MAC)] >AFS16523.1 Nitrate reductase [Mycobacterium intracellulare subsp. intracellulare MTCC 9506] >BCO54036.1 molybdopterin oxidoreductase [Mycobacterium paraintracellulare] >BCO91307.1 molybdopterin oxidoreductase [Mycobacterium paraintracellulare] MATDRIADPWGARTPYEPGTPWPDRVDTYLADGITAESVDRWVQSAAVLHSNGDGLDIAVKDGRIVGVRGRAVDRVNHGRLDPKDLFGWQANASADRLTTPMIRERGELKPCDWDTAMQRIVDRSKQLLDGYGPSSIGFYTSGQLFLEAYYTQGAIAHGAIGTNHVDGNTRLCTATAAEALKESFGCDGQPGSYTDVDHADVIALFGHNVAETQTVLWARMLDRLAGASPPAIVCVDPRLTPVARHATVHLAPVPGTNVALMNGLLHEIIGNGWIDRDYIDSHTVGFDELRGRVEEFGPERVADICGVPAEDIRRAARLLSTAKRLLSTVLQGFYQSHQATAAAVQVNNIHLVRGMLGKPGCGVLQMNGQPTAENTRECGADGDLAGFRNWSNDSHVAELAALWNLEPLQIPHYAPPTHAMQMFRFAEEGTLRMLWVTATNPLVSLPELARIRDIFSQERLFLVVQDIFLTETAALADVVLPAAAWAEKTGTFTNADRTVHLSEKAVDPPGSARPDLDIFLDYARRMDFRDKDGQPFPPWTDAESAFEAWKKCSAGRPCDYTGLSYAKLRGGSGIQWPCNTEHPDGTERLYADAKFWAELDYCEAYGKDMITGAPLQPDEYRSMNPYGRAIIKAAQYVPPHERTSPDFPFALITGRTVYHFHTRTKTARAQQLQRAAPEVWVEVSAGDARRLGIADGDLVEVSTPRGCIRCAARVCGIRDGVLFVPFHYGYWDAGTNGHHRAGNELTLTDWDPVSKQPIFKTAAARLRKSRMRRAGGNGAAAAPPAAVAEALGGQA >KAE8834307.1 hypothetical protein PTNB85_05640 [Pyrenophora teres f. teres] >KAE8844210.1 hypothetical protein HRS9122_05313 [Pyrenophora teres f. teres] MAPTTPLRRGSRTRKPKAIFEAPVTVKVRKSKRIATHTKKAAVQVAKQILSNRAVITRSVAKTLKKGGEKHVLVHGLGDDSETDSSSSPTSEEEDTETSSSTTSSEADSETEPETEPESSFVTDTEVSECESPGSGNNGALAQDYLHFVNGYDLWKRRTSSVDSRIGDGPGYESDDGFVVSDGHEDSTDETGDEDEIGSEKNDKTRISSTTSVASSTLFIPETQLHPHPATTTLTLQPTHFSHLAPSTLKPAEIAEEISDAITLFSRRCNRGRTPLLLVLGREMMCEEEVLEALAQGRKGGFARGVGLGGDGSVGWCVGGRVK >MCI5825153.1 metallophosphoesterase [Arcanobacterium sp.] MLIPRFSALSGAPGLRILHLSDLHALARHKKLLEFTRHLSMINPDLVVITGDLISEDAAIEPLITALRAFHGVPGIFVCGSNDYFSPRFRNPLRYLVRNSNDGQDNDGQDCAPIGGKSGKHQPLATAKLIAALEELGFVNLTNTRATLRIANFAVHAIGVDDPHMGLDRYPEPLSEPEQPALSPEAGGPNETSEQIAQLTIGVTHAPYSHVLNRMAADGCELIFAGHTHGGQVCLPGHHALVTNCDLPPRLASGLFAWPPQHISPIKGNGAVIVAESAQTAGPSTSSHSVAYVKNDAVFSESTAPSPARTWVHISAGLGTSPFVPLRTWCAPEAIQIDVINM >EJA9392162.1 motility associated factor glycosyltransferase family protein [Campylobacter coli] QGIEQFVYNLPQMITHPSYKELLSKRKGISDTAIIVSTGPSLTKQLPLLKKYASKATIFCADSSYPILAKHGIKPDYVCMLERTEITAEFFNHDFGEFDNGICFIIKSIVHPNAINYLTKKTDNFTIVSTYASFIQYLKLDYFGYFNMGFSVAHMACYLSLHLNHKNIIFIGQDLAYAENGNSHPDDYQNSANYESQMYEHILTEAYGGKEKIKTHHVWLMFKRNLEQDVQKIQKYLDTKVYNCTEGGARIEGTIEKPFLWACENLL >MCI6629070.1 iron-sulfur cluster assembly protein [Bacteroidales bacterium] MSDNNILTAEDVKELAPLYDAVVLALKQVYDPEIPVNIYDLGLIYELNINKEHDVHIVMTFTAPNCPMAEDVIAEVKRSVELTPGVKSCDIELVFEPAWDQSLLSDEARLALGMDPDLDEE >WP_114539302.1 cation diffusion facilitator family transporter [Adlercreutzia equolifaciens] >RDC47414.1 cation transporter [Adlercreutzia equolifaciens subsp. celatus] MNREREIVKASIYGIAGNALLVAFKMAVGFMSHSIAIILDGVNNATDALSSIVTIVGTKLAGRRPDRHHPFGYGRVEYLTSVVIAIIILVAGFISLRESIDKIIHPGTPSYSAITITVIVVAILAKIAIGIMFKRFGDKTNSEALIASGIDSNYDAVLSAGTLVVAAAQNFWNLNIDGAVGLIISLVVLKVGFEVLGDALSPLIGGPEDKKLVDDITVYANSFPDVRGTYDVVLDNFGPNEILGSVHIEVPDDMCARDIHALTRQISEGLTEKFGILTTVGIYAANTTGAFAPLHADLDALAKSDPAILQVHGFYVDEKTSTIYFDLVIGFKADDDAIRDKIIAHLKEKYPDYTYNVVIDHDYEDDQPT >OOP55008.1 hypothetical protein AYP45_17505 [Candidatus Brocadia caroliniensis] MTRASGGEHSRFIVTIHGIRAKQFNNPDRVSNPVRVNTTVRFIKTWQKSQKIGIALQTEFVRATLLSF >MBU6376428.1 lysophospholipid acyltransferase family protein [Bdellovibrionales bacterium] MPRYFQLRIGNVLGLSLRLLAWKRKLIRSNLLLAFPGAGLDAISYRRSIEIGFYRHFGNLVIELLCQFGHWRKWVLRNVEISGLEHWERAASAGKGVMFITSHLGNWEAMSAGFSVFGRDLLIVTKHLKPEWVHQLFEMSRLKAGVRGTYEPKTMKDVLRQLSRGGTVGFVLDQYAGAPIGVRVPFFGIPVGTLQAPASIVRRTGAVALPATCYREGDGRLRVRVGAEIPWETHENPHEELARNVAKWVAGIESTIRSHPEQWLWSHRRFKGDLSPLAPDEWGHPRERR >XP_050375343.1 probable carotenoid cleavage dioxygenase 4, chloroplastic [Potentilla anserina] MNKISHPNQHGHTYLAQSSKPSVSSLHPAMDSLSSSFLSTFPTQSSTTAPKLNPTKPLYISSVRIEEKPATQTPPKTTTQPKNKTTSTTTTRTTPSYSSTTKPNATTPPTLPSVIFNLFDDFINTFVDPPIRPSVDPKHVLSGNFAPISELPPTECDVIHGALPSCLDGAYIRNGPNPQYLPRGPYHLFDGDGMLHSIRISQGRAVLCSRYVKTYKYTVEREAGFPLLPNVFSGFNGLTASATRGALSAVRVASGLYNPINGIGNANTSLALFGGRLFALGESDLPYEVRLTADGDVETVGRHDFNGELFMSMTAHPKVDPDTGEAFAFRYGPMPPFLTYFRFDPTGAKQPDVPVFSMTSPSLLHDFAITKKYAVFADIQIGMNPMEMIGGGSPVGLDASKVSRIGIIPKYAADDSEMRWFEVPGFNIMHAVNAWDEDDAVVVVAPNILSAEHTLERMELLHALVEKVRIDLKTGIVSRQPLSTRNLDFAVINPAFQGKKNRYVYAAIGDPMPKISGVVKLDVSGCEHKESIVGCRMYGRDCFGGEPFFVAREPENPEAEEDDGYLVSYVHDEKTGESRFLVMDAKSPELDIVAAVKLPRRVPYGFHGLFVRESDLKKL >WP_216743397.1 ABC transporter substrate-binding protein [Pseudomonas sp. CVAP#3] >MBU6959354.1 ABC transporter substrate-binding protein [Pseudomonas sp. CVAP#3] MRLSTSAIALCVGLLVNHGAQATELPQRWVSAGGALSEWVSALGGESKLVGVDSTSQHPESLKALPSIGYQRQLSAEGILSLRPQLLIGTEEMGPPPVLSQIRGAGVQVELFSAQPDLPTLQGNLQHLGKLLGSEPQATALFHSYQQQLEQQKAWVSQAQSKQKAPGVLLLLGHAGGKPLIAGKDTAADWLLQQAGGHNLATHTGYKPFSVESLAGLTPDVLVFADRALTGDAARAALFKENPILASTPAVKAGRVFELDPTLLVGGLGPRLPLSLVKLSAGFYPAESAKATIAP >NEO63080.1 3-dehydroquinate synthase [Moorena sp. SIO4G2] MKLVIPVALPEHSYDIAIAQQLPDGKMTTGGLDDIGVWMSRLQLGKKVLVVSNPAIFRRYGERAIAALELVGYQVSSLTLPAGERYKTVKSIQKIYDLALENRLERSSTLVALGGGVIGDMTGFAAATWLRGINFVQVPTSLLAMVDASVGGKTGVNHPKGKNLIGAFHQPRFVLIDPSVLKTLPARELRAGMAEVIKYGIIWDEELFVKLEESKRLDQLRYLKQDLLETILSRSCQAKADVVSQDEKEAGIRAILNYGHTIGHAVESLTGYKLVNHGEAVGIGMVAAGQIAVALQMWQPEDAERQDALIKKAGLPTQLPSGLDIDAIIDTLQTDKKVKDGKVRFVLPTKIGEVTLTDQVPTDVIREVLRQIQQ >WP_123207952.1 dephospho-CoA kinase [Slackia equolifaciens] >RNL42093.1 dephospho-CoA kinase [Slackia equolifaciens] MTTAALIGGIGSGKSTVSGMFAQMGAGVISLDAIGHYVLTTPEVKFDLARTFGTGIFDEKGEVVRPRLAKAAFDTPEHTEWLNGITHPAIMKECRRRIKELAQIHPLVLVEVTSGEISHKTLPWADAIVAVSAAEDVRVARAVARGEQTEEDVRARLAIQLTDEQREAVADYVIRNDGSLEEAQAQVQEVWQALTR >WP_180874312.1 hypothetical protein [Stenotrophomonas maltophilia] >MBA0291056.1 hypothetical protein [Stenotrophomonas maltophilia] MDFTNYSTRSKFAKEINAGYSARLNGLRLSDNPHLVWIECETEDGAKRRAGPMSEAAEVWLYGWWLADHGEKDAR >WP_085535344.1 lysophospholipid acyltransferase family protein [Massilibacteroides vaginae] MLKFVYNIYTWLFFVPVFLVLTLLTALTVIVGCLLGGDRVFSYYPGMIWSRLTCFLALCPVKVSGREHISKNQSYVFVANHQGAFDIFLIYGFLGVPIKWVMKMGLGKIPFVGAACRAAGFIFVDNSTPKAAAKSVLDAEHSLRNGASIAIFPEGSRTYDGKMIRFKKGAYQMATDQHLSIIPITLNGPFDVLPIDSFNLRRHRMEMIIHPPVSTAGISSSQKKELQQLADATQATISSTLWDKYK >XP_025698866.1 uncharacterized protein LOC112800713 [Arachis hypogaea] MVNVVAAHCSFLQWLMKITAGVKPYTVEIHPGTHMRFWVPSYAISSPNLVSKPKKPVVVLLHGFCGDGIMTWQFQVASLSKHYAVYVPDFLFFGGSFTDRPNRSLEFQAECLAVGLEKLRVEKCVLVGFSYGGMVAFKMAEMYPDMVYGMVISGAVVAIKESIIMEIVNGVGFSSCSEMLMPMTVDGVKGLLSLGIHKNISFPNRFHNDFLKVMFSNRKERCELLEALLISYKHINIPIFSQRIHLLWGENDKIFKKELAHNMKELLGNKTTFEGIKNAGHLVHMERPCAFNTSLNHFLSSLLFPTPN >CAG1853776.1 unnamed protein product [Musa acuminata subsp. malaccensis] MAGNRSNLPLRLQQILSGGRSVSPVLKLESEPPPKVKAFIDRVIKSPLHDIAIPLSGFRWEYNKGNFHHWRPLFMHFDTYFKTYLSCRKDLLLSDNIVEEDPFPKHSIMQILRVMQVILENCHNKSSFGGLEVKLKIQVQNYVHNIAQFQQNCRLFYLAFRLSNFFLIMFFNQHFKLLLASTDPDILIATLETLSALVRINPSKMHLGGKLIGCGSTNSYLLSLAQGWGSKEEGLGLHSCVVANERNQHEGLCLFPSDLGDNCDGTQHRLGSTLHFEYNMGSSIGTEGTKPSNIHVIKIPDLHLRKEDDLGILKQCVDQFNVPPEHRFSLLTRIRFAHAFRSPRICRLYSRISILAFVVLVQSNDAHDELVSFFANEPEYTNELIRLVRSEDCVPGTIRALAMLALGAQLAAYASSHERARILSGSSIISAGGNRMMLLNVLQKAIVSLSNPSDPSTPVFVDALLQFFLLHVLSSSSSGSAIRGSGMVHPLLPLLQDSDPAHIHLVSSAVKTLQKLMEYSSQAVSLFKDLGGIELLAQRLQIEVHRIIGSGEGSSNTVICTDLGKSDADHMYLQKRLIKFLLKTLGSTTYSPANATRAHNSHHNSLLSSLSLIFNNVNWFGGDIYFSAVSVMSEIIHKDPTCFPVLNELGVPESFLSSVNSGIIPSSKALICVPNGLGAICLNAKGLEAVKETAVLRFLVEAFTTRKYLVAMNEGVVLLANAVEELLRHVSSLRGVGVEIIIEIVNKLASMGEEKCKETADDMNENTAMETDLEEKANEGHDLVSAMDLAADSISDEQFEQLSIFHVMVLVHRTMENSETCRMFVEKGGIETLLRLLQRPSITQSSDGMPIALHSTVVFKGFTQHHSAPLAHAFSSSLRGHLMKALNEFSSLSGSLLQDTKSVQDNGIFSSLFVVEFLLFLAASKDNRWMSALLTEFGDSSKDVLEDIGRVHREVLWQIALLEDSKVERDYDSSSSDINVDPGMVDSEEQRIGSFRQYLDPLLRRRVSGWSIESQFSDLVSIYRDLGRAATGSHRHGIDGYSTLRVAPTTRSQPSNSLDTSSASKTEEDKQRSYYSLCHETMRSLCYHINHLFMELGKAMLLTLRRENNPVNVSPSIVSVVGTVASIVLGHLNFAGRVSAAMESEVSVSTKCRYLGKVIDFVSGILFDRPEISNPIMVKCFFGHGVIQAVLTTFEATSQLLFTINRMPASPMDMDDKCQKEEKEESDNSWISGPLASYGTLLDHLATSSSILSSSTKQLLEQPIANGSISFPQDAETFVKVLQSKVLKAVLPIWTHPHFAECNSEFITSMISIMKHVYIGVEVRNVSGNAGAHLPGPPPDESAISLIVEMGFSRARAEEALRQVGTNSVEIATDWLFSHPEEPQEDDELARAVAMSLGNSDTSLKEDEILNAGIFDQEEEAVQLPPVDEILSACIRLLQVNEPLAFPIRDLLVMICSQNDGEHRLKVLSYIIDHVKHCCVPSAPLSESMLSALFHVLALVLHEDFMAREIAFQAGLVKIALDLLSGWNLGSSDGEKSQVPKWVTACLLSVDQMLQVDPKMTPGVINLEQLKKDKHNSQNSVVIDENRKKDLQSSLGSTTGNLDIQDQRRLLEICCRCIQNQLPSETMHVVLQLCSTLTKVHTIAVSFLDSGGLHALLSLPSSSLFPGFNNVAAAIIRHILEDPHTLQQAMELEIRHSLIAATNRHSNARVSPRTFVQNLAIVISRDPVVFLKAAQAVCQIEMVGDRPNIVLLKDREKERSKAKDKEKTAEKDKVAASDGKTTGTEVVSVAAGSGHSKLPDLSVKNTKAHRKSPQSFTSVIEYLLDLIVKFVPPSEVNCHTDTVPGTPSLSDMDIDSTSAKGKEKVIAVSSEDGKITTQEALASLAKIAFIIKLLTEILLTYASSIHVLLRKDAELSSSRATSKGLSGNSSGGIFHHILHNFLPYPGIHKKDKKTDGDWRHKLATRANQFLVASSVRSTEGRRRIFSEISHVFNDLVDSSNNCRSADSHMHAFVDLLNDILAARSPTGSYISAEASVTFIDVGLVRSLSRTLQVLDLDHADSPKLIPGIIKVLELVTKEHVHSAYINSAKGDNSLKLASNEHQVGSSDYHGERFQALEMASQPDHAEVVADQREAVNGIQTSGNYHSVVDDMEHDRELDGNFAREAEDDFMHEASEDGTGLENGVSTVEIRFEIPQNAEDDMGDEDDDEDMSGDEGEVDEDDEDDEENNDLEEDEVHQMSHPDTDHDDHEIDDEEFDEDVLEEEDDDDDDDDGVILRLEEGFSGINVFDHIEVLGGDNFSVMPLDIFGSRRQGRTTSIYNLIGRTGDHGALHFDHPLLEEPSSFRQLVHQRQSENAVDIAYSDRNHESASYRMDAIFRTLRNGRHGHRFNMWLDDNHQRGASSAPAVPQGIEELLVSQLRQPTVQISDQNIPTNSPQETHETSQLQMSEVEVREEAETRASDNNENITLPSRVIGGSGNASVGSTNGDIIQDAGVSATGEQVTEMQYERGDVIVRDVEAVSQASSGSGATLGESLRSLEVEIGSVDGHDDGDRPGPVDRLPLGDLQPPVRLRRSSGNPVPVSGRDTSLESVSEVPQHQDQETDRSAPHEEPQPNGNVETDTIDPTFLEALPEELRAEVLSSRQNQVAQISSEQPQADGDIDPEFLAALPPDIREEVLAQQHAQRRQQAQQLEGQPVEMDAVSIIATLPSEIREEVLLTSPDTLLATLTPALVAEANLLRERFAHRHHSGTLFGMSSRNRRGESSRHGETIGSTLDRTVEAAARGTAVGKLIETDGIPLVDIDDLKAMIRLLRIVQPLYKGQLQRLLLNLCTHYETRTSLVKILMDMLMLELRGSINNSVDSAESPFRLYGCQSHVAYSRPQFNGGVPPLVSRRILETLTYLARNHPKVSKLLLHLELPCTPACLLETSVQARGKAVLMEEDKPEGERGAFAIVLLLRLLSQPLYMRSVAHLEQLLNLVEVIIVNGESDSGLSNKPGASLEQQSGSENTMQDAQVTADAVGSAAEEGVKSVKAKDSERASTSCADNVNSISDILLSIPEGELQLLCSLLAREGLSDNAYVLLAEVLKMMVASAPTYCRLFTTELVNAARSLSVCAMNELNLYEDAEKALLSSSSTNGTAILRVLQALSSLVTGLHEKAPDVLPEKGHTDALSHVWDINAALEPLWLELSNCISKIEISSETPSDMVSISGNLASTSTPLPAGAQNILPYIESFFVTCEKLRPGQCEVVQDFATTSDIEEATTPACGQKSSGACTSTDEKHVVFVRFLEKHRKLLNSFIRQNPGLLEKSFSLMLKVPRFIDFDNKRAHFRSKIRHQHDHHHSPVRISVRRAYILEDSYNQLRMRSPQDLKGKLTVHFQGEEGIDAGGLTREWYQLLSRVIFDKGALLFTTVGNESTFQPNPNSVYQTEHLSYFKFVGRVVGKALFDGQLLDVHFTRSFYKHILGVKVTYHDIEAVDPDYFKNLKWMLENDISDVLDLTFSMDADEEKLILYERAEVVTDCELIPGGRNIRVTEENKHEYVDRVAEHLLTTAIRPQINAFMEGFNELIPRELISIFNDKELELLISGLPDIDLDDLRANTEYSGYSNASPVIQWFWEVIQGFSKEDKARFLQFVTGTSKVPLEGFSALQGISGSQRFQIHKAYGSPHHLPSAHTCFNQLDLPEYTSKEQLQERLLLAIHEANEGFGFG >WP_132517191.1 replicative DNA helicase [Rhizobium sp. BK376] >TCR93039.1 primary replicative DNA helicase [Rhizobium sp. BK376] MNETARKIAAVATAEQHYREAPNNIEAEQALLGAILVNNDAYYRVSDFLKPVHLYEPLHRKIFEVAGDIIRMGKTANPVTIKTFLAADDKVGDLTVAQYLARLAAEAVSIINAEDYGRAIYDLALRRALITIGEDVVNIAYDAPLDMPPQAQIEDTERRLFELAENGRYDGGFQSFNDAVALAIDMAAVAKERDGGLSGISTGIHTLDSKMGGLQRSDLIILAGRPGMGKTSLATNIAYNIAASYEGEVQSDGSMKAKNGGVVGFYSLEMSSEQLATRIISEQTEVSSSKIRRGDINDADFEKLVACSMMMQKVPLYIDQTGGISIAQLSARARRLKRQRGLDVLVVDYVQLMTGSGKSNENRVQEITQITTGLKALGKELNVPIIALSQLSRQVESRDDKRPQLSDLRESGSIEQDADVVLFVFREEYYVKNSEPRDPADPKYAEWEAQFEKVKGTADVIIAKQRHGPTGTVRLAFQAEFTRFADLADSSFIQYEEH >WP_166370521.1 LysR family transcriptional regulator [Psychromonas sp. SA13A] MLLEGIETLLMLSHEKTMSRVGSQLYISQSAVSKRIALLEKKLGKKLIAPDGRHVRLTPAANELIASIGPTFQELQGRIYEQHTLKDETIISLACSETLVAGYLASIMGDYCQQDAAIRISTHHTPRIIERVQSGKATIGFCAGQIPAHHGLKMICLWQEPFVLVSESALLTLPKQILTNDLSNPANRYQLDILTTLGIEPLMQMDSYTASAQLALGGIAPALVPLSIVKTMKIQAKHCFTFEQLRPLYRPIHICLRPNNYQNQRVKTLIKAITSAVPITT >WP_189145586.1 roadblock/LC7 domain-containing protein [Streptomyces lacrimifluminis] >GGJ12292.1 hypothetical protein GCM10012282_05780 [Streptomyces lacrimifluminis] MAAEAEVMDELRRLRARVPQLTGALAASVDGLVLVQDTPGVEPETVAALTATALSVAVRMADATGQGDFRELLIRGVYGYVATYAAGRTAVLTLLAQDRVNVGRLHLEGRRAGLRIGELVDAAAETEPATAAAGPALTPPTAPEPMPTRTRTPRAPRTPTTTPNARTTTDS >MBE2253919.1 hypothetical protein [Myxococcus sp.] MRTQVNVAATMDEAGGTLLDRALDPERWALPTRRVTKDNLCQVGSVQVCASLDIITPTLDTFLRVSFRGPGLSPMEAAELLEQFVSKRFTYVPNAEWFVEIDARKWIHFSRKYTERRLEA >XP_016284980.1 PREDICTED: box C/D snoRNA protein 1 [Monodelphis domestica] MAEARGGDQDPGDGPGAKLGMGLEVKLEPEQGGLEVKLELAGGVEAKLEWDGLQIKVEVMDQPGEMVEVKTEGLEVKQELIDGVEVKQELIDGVEVKQELIDGVEVKQELIDGVEVKQEVIDGVHVKQELIDVVHVKQELVDEVNVKQELIDEEQELIDRVHVKQELIDEVSVKQELIDGVNVKQELVDEVQVKQELVDGEQEQMNRVEVKQEFMDGVKVKEEFIDRVCVKEEFIDGIEVKKESVELDVKEEFLDGLMGSRWEMKEEMFDWLEEKQIGIPVGSKMEVKEEVVGEEMRTDEVIGEIKVKEEMPDEVRMEEEMMGEAEVKEEVVISEAEVKEEEVMGEAEMEEVMGKAEVKMLGGLKMKEEIMDGMQMEEEQEQIIDGIHIKEEMGGMEEEKMMESRMEEKEETVEVKMKTKVEVKTEVKENGMEVKIEMDMEKEEVKEEEMDGALVREDGAELTEEQEPHREPRVGSKRKLAMSRGRSADYIARDIILKRPSTNRILNYMKNRARRHNIDLRILPIGFTKRRENSTMFDRKEQRFYWHLKLLFPQSHAEYVEKGVPGDKKLHEILRTYIDPEKSDPVIRQRLKVYVFSETGVQILMKIENMQHNLVRYYELDPCKSLIDNLKDKVVIEYPTLHVILKGSKNDMIILGQERNESTENFGNENPALSSEEEGEIQESS >WP_109813103.1 TOBE domain-containing protein [Meridianimarinicoccus roseus] >PWR01118.1 molybdenum-pterin-binding protein [Meridianimarinicoccus roseus] MKLSARNTIKGTVASVEKGAVNATVRIDVGGGTIITSVITNDAVEELALTEGKTAYAVIKASHVMVAAED >WP_184253104.1 cytochrome-c oxidase, cbb3-type subunit III [Rhodopseudomonas rhenobacensis] >MBB5045366.1 cytochrome c oxidase cbb3-type subunit 3 [Rhodopseudomonas rhenobacensis] MAEHDKHGTFDEVTGKHTTGHEWDGIEELNTPLPRWWVLTFYACIIWSFAYWAVYPAWPLVQSYTTGWFNYSSRADVAVELAKLEAIRGDKMAALATAPLADIEKDPGMLAMARARGKAVFGDNCAACHGTGAAGSKGFPNLNDDDWLWGGTLEQIEQTIKYGARSGHAEAHEGQMLAFGQSGTLNKDEIVTVANYVRSLSGLSTRPGVDVAAGGKIFAENCTVCHGDEAKGNPDLGAPNLTDRIWLYGSDEATIIETVTNGRAGVMPAWIDRLDPGTIKAMAVYVHSLGGGK >BCB83133.1 hypothetical protein Psuf_004460 [Phytohabitans suffuscus] MEPSPEIERGIGGLAIDTTSLELQLALLIALALGKDWPFARTLMARPGEVMRTLKQVIDRPGGLAGDLRRLRDDARQLRGERNELIHSVAILTMDHNAAGHKVALLNPARDILKFPTTEELSLLSQRTRALAARCMKLAQQLDQAQRAADTQEPPQQGPARLAR >OBU40353.1 shikimate dehydrogenase [Photobacterium phosphoreum] MIIGAGGFSKSIIDSINFNEIELVGFIDTYKQGYHQGYPIIANDISEIETPQNYVYFIGVGEPTIRSTFLYLLKNKNLALINIIDPSAMISRNVELGWGIYIGKMCIVNSDTQLQDGVVINTRSLIEHGNTVGICSNVSTNVVLNGDVIVGNKTFIGSCTVVNGQITIGSNSIIGSGSVVIRNIPDQVVVAGSPTRLIREIK >WP_024947943.1 MULTISPECIES: universal stress protein [Pseudomonas] >ASM84592.1 universal stress protein UspA [Pseudomonas aeruginosa] >ASM87261.1 universal stress protein UspA [Pseudomonas aeruginosa] >KSI16333.1 universal stress protein UspA [Pseudomonas aeruginosa] >KSI37606.1 universal stress protein UspA [Pseudomonas aeruginosa] >MBA1204692.1 universal stress protein [Pseudomonas capeferrum] MTHVMACIDNSQSSLAVCDYAAWASQRLSAPLTLLHVLDKEKYPASADLSGNIGLGSREHLLEELATLDAQRAKLALEHGQHMLEKARERTVHSGAMSPDMKQRHGHLVESLSDLQDDIRLLVIGRVGEDSTRSAQSLGSQIEAVVRTIHRPILITTSHFRKPETVMVAFDGSATCHKTVQMLASSPLCEGLPIHIVMVGADSEDNQNALEKARTTLASSGSLVHTEIRPGEVESTLHAYQAEHGIDLLVMGAYGHSRIRQFLIGSTTTTMLRTSTLPVLLLR >WP_230424277.1 aldehyde dehydrogenase (NADP(+)) [Streptomyces radicis] MAVPVWSVDPRTGNQREAVAAEATAEDVDAAVRAAHATRGALSDRDTRIALLRAAADELESEGERIIATADAETALGQARLTGELARTTGQLRAFADEVAEGGHLDVIIDHADPSTAPPRPDLRRYKIPLGVAAVYSASNFPLAFSVPGGDTASALAAGCPVVVKAHPDHPATSELAGAALRRAAVKAGLPEAVVTVLHGFEAGVALVEHPLVAAAGFTGSVRGGRALFDAAAARPVPIPFYGELGSLNPVVITEAAATERAEEIGAGLAGSMTLGTGQFCTKPGFVLAPAGEVGDALLGALAGEVAQAAPGVMLDARMREAFLAGVAERAALDGVSSPVAAAEGAEGGTVAAGFLTVDADKLAAEGPHDLLIEECFGPLTVVVRYATAEQVSAVLSRLPGNLTATVHLGAAEAEGEGEGAALLAELTPLAGRVLVNGWPTGVAVTHAQHHGGPYPATTSTSTSVGTTAIERWLRPVTYQNAPAPLLPPELRDDNPLGLPRRVDGRREV >WP_187047047.1 site-specific integrase [Sporosarcina sp. resist] >QNK89392.1 site-specific integrase [Sporosarcina sp. resist] MANIQQRGGNSYLFTVGLPKNAKGIYPRETMTYVVEGKYTPKQLDEHLNHEFLKFKNVVLSGNYVRPQEMTLAEFTIEWDAKHASKLAGTTYGNHQRKLELHILPVLGHMEMKQINEFVLMNFLDNLTRKDGKEGELSFHSKQDIYRTLKSIFKYAIKWKVLKDNPMDGVEKPKPTDSEEDYEDVRVYDEQEIAELMYLLQSEPPHWRVMFTLALAAGLRRGELLGLEWTNVDFANNQIEIRTTIVLTKSGPLIKKTKTKSSRRTVTLPSSMMAELILYHEQREIEKVDAGETWIEEEYDWVFCQLNGTHMYPSSPTNRWSKFLKKHNFKYIRLHDLRHTSASILIAQGEHAKVISERLGHADISVTMNTYGHVFKSANRSAGDKMESIFQPRHPIK >WP_077646570.1 DEAD/DEAH box helicase [Salinivibrio sp. IB643] >OOE98621.1 ATP-dependent helicase [Salinivibrio sp. IB643] MYTLRPYQSDAVKAVLHYFRRHTSPAVAVLPTGAGKSLVIAELARIAKGRVLVLAHVKELVEQNHAKYEGYGLTGGIFSAGLGRKESNEKVVFASVQSVVRNLDAFADQFSLLVIDECHRVPDNEDSSYRRVIQHLQHVNPGLKVLGLTATPYRLGQGWIYQYHTSGKVRTSDTRFFRDCVFELPISHLLDEGFLTPAHVLDAPLLSYDFSQVSRTASGYYREADLDKVVANAPRATPQIVEQILEYAHPRQGVMIFAATVNHAKEIITYLPKDSAALIIGDTPGLERDRLIEAFKQKALKYLVNVSVLTTGFDAPHVDLIAILRPTESVSLYQQIAGRGLRLAPGKKDCLILDYAGNVYDLYQPEIGMPKPDSDSELVTIPCPACGFNNSFWGKLDDNGFLLEHYGRQCQGYFEDETGEREICGYRFRAKFCDECGTDNDIAARCCHQCDAPLIDPDKKLREALKLKDALVVACADMTLTAGKNRYQKPQLKVTYHTNDGNDLHEVWPLATKKQKHDFLARFVRPHLVDRHRPFTDTAPTKVTASQHRFRPPDFVIARKQGRFWHLRQKIFDVDSFISQDRLQAMLAQSRGQAFAEAD >KQO71000.1 glutamate synthase [Methylobacterium sp. Leaf89] MVDVVASSEFGALQASVPATRDGTAPLIVRDRALPKAQGLYDPARESDACGVGFVADMHDRRTHAIVQQGLQILKNLDHRGAVGADPKMGDGCGILVQIPHAFFKAECEALGITLPEPGYYGVGQFFMPKDSEARRLVEEIVEKALADEGLPFLGWRDVPVDPSDLGVTVKETEPCHRQIFIGRPATVSDEDAFERRLFTARKVISNKVYGLKDERASTYYPVSLSTRTIVYKGMVLVDQLGEYYRDLQDERFVSGLALVHQRFATNTFPTWRLSHPYRMVAHNGEINTLRGNVNWMAARQASVDSELFGNDISKLWPISYEGQSDTACFDNALEFLVQGGYSLAHAMMMLIPEAWAGNPLMSEERRAFYEYHAALMEPWDGPAAVCFTDGRQIGATLDRNGLRPARYLVTDDGLVVLASEMGVLPIPDEKIVESWRLQPGRMLLIDLEKGRIVSDEEIKSELAAAHPYAEWVKNTQIVLEDLKPVIPRASRSDVSLLDRQQAFGYSQEDLKLLMAPMAVTGQEAVGSMGTDTPLSALSDKPKSLYSYFKQNFAQVTNPPIDPIREEAVMSLVSFIGPRPNLLDMEGASRKKRLEVRQPILTNGDLEKIRSISHFEDRFDTKTLDMTFPAETGAAAMEGAVDRLCDRAEVAVRGGYNIIILSDRGVGPDRIAIPALLATAAVHNYLIRKGLRTSVGLVVESGEPREVHHFACLAGYGAEAINPYLAFETLIAMKDEFPPDLTPDEIVYRYIKSIDKGLLKVMSKMGISTYQSYCGAQIFDAIGLNSAFVERDFFGTATTIEGIGMAEVAQETARRHADAFGDSPIYRTALDVGGEYAYRLRGESHTWTPDSVATLQHAVRLGLPERYREYARLVNEQENHLKTIRGLFRIKQAAEIGRAPVDVDQVEPAADIVKRFATGAMSYGSISKEAHETLAIAVNSFGGRSNSGEGGEEVERFKPMADGRSRRSAIKQVASGRFGVTTEYLVNSDMMQIKVAQGAKPGEGGQLPGHKVDAKIAKVRYATPGVGLISPPPHHDIYSIEDLAQLIFDLKNVNPEADVSVKLVSEVGVGTVATGVAKARADHITISGFDGGTGAAPLTSIKHAGGPWETGLAETQQTLVLSHLRGRVVLQADGGIRTGRDVLVAALLGADQFGFSTAPLIAAGCIMMRKCHLNTCPVGVATQDPVLRKRFKGTPEHVINYFFFVAEELRELMASMGFTKIEDLIGRADLLDTLEVINHWKARGLDFSKLFHRPEVPEHVAIRHTEKQKHPIDTVLDRRLIAGAQSALDGGEPVVVREEIKNSDRTAGAMLSGVVAKWYGHEGLPDDTIRLELSGTAGQSFGAWLAAGVTLVLTGHANDYVGKGLSGGKLIIRPSDALRAPGSHTIMAGNTVLYGAIAGEAYIRGSAGERFAVRNSGAIAVVEGMGDHGCEYMTGGVVVSIGETGRNFAAGMSGGIAYVLDEDGSFSARCNLSMVDLEPVEEEDDLMRRFHQDGDLETKGRVDILADMSGHDEERLSQLITNHLKYTGSPRAKAILDDWAGYRTKFVKVMPVEYRRALREMEMARMPVAAE >WP_058807138.1 MULTISPECIES: hypothetical protein [unclassified Sphingopyxis] >KTE42948.1 hypothetical protein ATE62_04330 [Sphingopyxis sp. HIX] >KTE85226.1 hypothetical protein ATE72_05035 [Sphingopyxis sp. HXXIV] MSALIKHGDDHGLQRVRPVAMPGHTPPKAAVVDGPSPGDIRIAELEAALRDAQSRHDAAQRQHAIDLEKAHQSAHAEGLAAGRSESEALLAAIGDAASAARVSAREALAGASTTALMLARSALGKILGDTDQWPAMIAGIIAQRSADIDAALLLHIRVSAADFPDPDTLSQVAGSDEAIKISADSKLESGRCVFALRLGDMEVGPALQGPKLLAFFDDLAARGDGQ >XP_033551505.1 MFS general substrate transporter [Lindgomyces ingoldianus] >KAF2474665.1 MFS general substrate transporter [Lindgomyces ingoldianus] MADSETTATRSVEPSFLDSKEKETVESVMPSTAPSMREKSPEVQGEATENEKASEHKPEGSTSEEEDFEYPKAWKLAIITIALCLSVFCMALVHTIIATAIPKITDQFKALNDVGWYGSSYLLTTCATQLIYGKFYTFYSIKWVYISALAIFELGSLICGIAPNSTALILGRAIAGVGAAGIFSGAILIVANTVPLRQRPTYMGLIGGMYGIASVAGPLMGGAFTDHLTWRWCFYINLPFGGVTAAFIIPFFNVPRRGKKSGATWKEQLEKFDLYGTAVFLPCIVCLLLALTWGGSRYDWNSGRIIALLVIFAVLAIAFVAIQVWRQENATVPPRIFKNRNVWGSAWFGAMVGAAFFVVVYYLPIWFQAIKGVSATKSGIMNLPAILGVVTISMLAGGLVTALGYYTPFMLISSVFMAIGAGLLTTFETDTNHPRWIGYQFIFGAGVGFGMQQTLIAVQTALPADDVAIGTAVMMFSQTLGGALFISVGQNVFTNTLIKNLRSVVPDLNPSLVLTVGATELKNAIPQQFLHGVLTAYNRTLTQTFYVSVATGVASILGAIFVEWKSMKGKNIQMAAA >RZK87475.1 MAG: CYTH domain-containing protein, partial [Pedobacter sp.] MGQEIERKFLIKHAEWEELDKPAGKEVRQGYILTDPNKTIRVRIANNMGWLTIKGISTGASRLEFEYEIPLEEAKELL >WP_115287442.1 variable surface lipoprotein [Mycoplasmopsis bovis] >AXJ69574.1 hypothetical protein CH327_04080 [Mycoplasmopsis bovis] MKKSKFLLLGSVASLASIPFVAAKCGETKEEKKPEPDKNPGGDKNPGENKTPGENKTPGENKTPGENKTPGENKKPEENKTPGENKKPEGEKKPEAEENKTPEEDKEPSDEELSEEFSKEKIEGALTEDEKELIDENIKNGITQDKNHIWGMEDDLGTPAKPRQGTDAKAGQSPAGKSGQGTDAKKQDLTQ >KAJ8398543.1 hypothetical protein AAFF_G00420710 [Aldrovandia affinis] MAAQTKPEPGCAWSPREERRAGFEAPPLVHMKEVFGDSLCGHGNAKAQPCSRQKAPGGLDFTRELWARLSRHRSGPAAGRNAPGHGLNKGIRKTLSQSCLVSETRGLRGDGNYQVQKEGQRTHKVCVHATSIPTLQVLTLAFSFD >WP_204434340.1 ribokinase [Paracholeplasma morum] >MBM7454085.1 ribokinase [Paracholeplasma morum] MSERSRKVVVLGSINIDLGISVDKMPQQGETKTGTNLIENIGGKGANQALQAVALGCNTEMISAVGNDMFGQRARNYLSEKGLNIDHVFTKPTKTGLAFITRTDQDNRIILYKGSNHALDEQEVENAINGKEGDVFITQFEIPLNIVKRGLKRAKELGMVTILNPAPANYSDDSLYPYVDYFIVNQTEAEILSGIYPNNLEDAKKVYAYFKEKGVSKLIVTLGGDGAVYLDPQEVQKVAAFNINVLDTTGAGDAFVGGLAFAICQGYDTKTMMKIASASGAHACLHVGVENAMGNYSQIYKIMEENNE >KAF2670900.1 hypothetical protein BT63DRAFT_453269 [Microthyrium microscopicum] MEEVTSELVCIADELVSNGIELVGEGLASELDGNTDELMSRLDETVDELLSELEAAIEELAAELDGNTDELVSRLDETVDELLSELEAVIEELASELDGNTDEVLSELEAVIEELLSCELVSEDGIAAELVVEVLLSCELVGEDSISAELVVKELLSCELITEDVIAAELITEELKSELEGISELVAEEMASALLVLLVELDGDGVITVEELISELLEIVEELKSILLGMAEELMSELDTEELKSELDGDDEELLRTEDDDVSELIADDETSELVAELERAELVADNKISELVTVVDASELVKKLDTAELVADDDTSTVIGADEKSELSVELGIAKVVADDDTPELRTAEVVADDETSDSELVADDETSKLAVELETAELVADDDTSELLSEVETAELEAAIEDDISELMVELETAELVADDDASELLTALDIAELEVTIDEIAELLSEVETAELEAATEDNISELMAELETAELVADDDTSEILAVSDEAELGVAIDEIAELLVVLSTTELLTDDDSAELEVATEDDIAELELALDDASAELLAELDARELLADESVAPEAVIEDEGWELLTELDTMKLLMKDEIVELLTELVMTELEVAIDDGIAELDMAELDMAELDMAELDMAELDMAELDMAELDIAELLADDEVAEVLNELEMAGLLANEETPELLEELETVELPTADDSVGLLEIAELLRIVELLRLELLKALELLELKDTAEELDGELTLDDTTVDVALEDTCVDKVEEEVDEVDTSEVWLDDRVDEDTSEDEDDDGRSDEDEATEDDEARDEVTTEEDDEIREEDDESREEDDEIREEDDDIREEDDDIREEETPEEDDDEAPEDVEAGREDVKVGREEDDDADDIRDDVEVGREEDDDIRDDVEDGREEEDDDI >RLS24356.1 MAG: 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase [Planctomycetota bacterium] MAKFAVILPAAGKSTRFRDKEKKPFAALDGRPVWLRTAELFVSRDDVCQCILVIDPSDEEMVRRKYGANMAFLNISLVHGGSERFESVANALKILKDEVDFVAIHDSVRPCVTTELIDKVFQQAVKSGAAILALGMTDSLKRGSSTEPVVIEQSLPRERLWLAQTPQVFSKEILVKAFKNVPKGATDDSQVVEAAGATVSIVVGSSSNIKITTRDDLFLADAILKSRPKPKANVSAHPFADDMFR >KQB14740.1 ABC transporter permease [Rhodobacter capsulatus] >KQB15039.1 ABC transporter permease [Rhodobacter capsulatus] MRRNWLARLLLERLIRLIWLVPLAMAGLFTLVSLAPVDPVQAYVGARVAQVGPEQRAAIAEAWGLNAPAPERFWLWLSHLAAGDFGTSITYNAPVLDLIAQRAGASLALIGTAFFLALALGFSLGLLAAAMRGRWPDRLIRGLAVVLSASPGFWIAILLISVFAVGLGWLPACCATPPGLTAAETSLGARLTHLILPAVTVSVVGISALILHSRARAVAFLESPAARHLAAHGASRLRLAFRYGARHALGPALTVHLAGAGELVGGSVLAETIFAWPGLGQATVRAATGADAPLLLGIALATLLFVFCGNLLADIAARLADPRLREMR >WP_063880179.1 MULTISPECIES: dCTP deaminase [Pantoea] >MBW1214781.1 dCTP deaminase [Pantoea allii] >MBW1252609.1 dCTP deaminase [Pantoea allii] >MBW1258412.1 dCTP deaminase [Pantoea allii] >MBW1261956.1 dCTP deaminase [Pantoea allii] >MBW1267633.1 dCTP deaminase [Pantoea allii] MRLCDRDIEAWLDSGKLAITPRPPVERINGATVDVRLGNQFRTFSGHTAAFIDLSGPKDEVSAALDRVMSDEIVLPEGEAFFLHPGELALAVTLESVTIPDDLVGWLDGRSSLARLGLMVHVTAHRIDPGWQGRIVLEFYNSGKLPLALRPGMLIGALSFEPLSGPAARPYNRRENAKYRGQQGADASRIDKD >WP_064652354.1 winged helix-turn-helix domain-containing protein [Rhizobium sp. WYCCWR10014] >OAV52066.1 DNA-binding response regulator [Rhizobium sp. WYCCWR10014] MKHVLVIDDDSSMRNLLIDYLSHHAFRVTGISGSQELPRILSTDPVDLVIVDLNLGQEDGLDIVRKLASSSDSPIIIISGDRLDEADKVVGLELGAADYITKPFGTRELLARVRSSLRERPVLDNKKDRKIYSFGEWVLNVKLRRLTYGEDQEVKLTAGEFNLLAAFLRAPRQVLSREQLLSASRVHDEEVFDRSIDVLILRLRRKLERDPSKPTLIKTERGAGYLFDADVEVTYKGGRKA >XP_024010268.1 uncharacterized protein LOC112085297 [Eutrema salsugineum] MELEHRLQKNQTIDKYAQDEMNKERVHWRQVLLRIISVVKTLAKQNLAFRGSNEKIGEDGHGTFLSFIEMLADFDPVMIEHLRRFKEGETRYHYLSNKIQNELITLLSNEIKATIIKKIQVYDTTGEGLFSELQDVLVALDLKVDDVRGQDRVGGLTLKPLSQTRWESHFLILKSTEIQVLSKQSWKLQRLQILWRLRLYFQENQNGSLEENNIMVISLR >YP_009252784.1 CF0 subunit III of ATP synthase [Cymbomonas tetramitiformis] >ANA56918.1 CF0 subunit III of ATP synthase [Cymbomonas tetramitiformis] MNPLISAASVIAASLAIGLGAIGPGIGQGNAAGQAVEGIARQPEAEGKIRGTLLLSLAFMEALTIYGLVVALAILFANPFL >MCF6346354.1 YigZ family protein [Thiomicrorhabdus sp.] MSYLIPVALAKAEVVIKKSRFIAYAKPIVSREAGMNWLVEIKKSYPDARHHCWAYLIGNPQCASNAGTGDDGEPSGTAGKPILNVLNHKNIGDVMVIVVRYFGGIKLGAGGLARAYGQATQAVIDVLCTEERTEMVCISLTCDFALEQKIRYWIDNMGGKVLKIDYTQQVEMNVSAPSKDKLLLVSLLQAEQCEFKVVEC >EAF4791746.1 DUF4352 domain-containing protein [Listeria monocytogenes] >MCB2768242.1 DUF4352 domain-containing protein [Listeria monocytogenes] >MCB2791630.1 DUF4352 domain-containing protein [Listeria monocytogenes] MIGLSVLMLVLGFFGLVTGIVLLCIKRTRKAGLITTISSVILGIIFTIVLAVGGFNAVKEGVSKNTTNDSVSQEDSYSDDSEDNYNDESLNTDETESLSIGDVESFSNEDDGTSVDVKIKEVQKVTPTAEDESTGNYFIKAIVEYKNTGTESYTANAAEFSIYDGNDEKGEVSSKDFIVEEVAPGKTYTGNVFFDVKNDGPYEIHLYDSSWTWTGEHN >OBJ23133.1 glycosyl transferase family 1, partial [Mycobacterium colombiense] MAVPPNLVGLAEAAGLPAIGYGPDMHDFWSDEFIRDFWKNFLKGPISLMREAWEPVLRNWQEMSSALMSVGAGADLLFTGQLYQDLAINVADYYGIPMATLHYIPMRPNGRLFPHVPGPMVRTGMSIYDWMCWRMNKKAEDRQRRELGLPTATHRSPRRIAERRSLEIQAYDDIFFPGLAAEWARWGDRRPFVGALTMELPTEADDDVAAWIASGTPPICFGSGSIALESAANTVTMIGAACARLGERALICFGGTDFSDVPHFDHVKAVGVVNYATIFPRCRVIVHHGGSGTTAASLRAGIPTLALWSSADQPYWAAAIKRLKLGTARRF >YP_004564419.1 hypothetical chloroplast RF15 [Ageratina adenophora] >YP_004564431.1 hypothetical chloroplast RF15 [Ageratina adenophora] >AEG64605.1 hypothetical chloroplast RF15 [Ageratina adenophora] >AEG64617.1 hypothetical chloroplast RF15 [Ageratina adenophora] MRVQLHCIARIHVVYLKEVDLLASLTVQSSSRRAPFLLGPQRQNVGLTPTVHHGRKDSLSRDH >WP_230519716.1 chromosomal replication initiator protein DnaA [Salinispora arenicola] MWTATTDELADEIISAQQRAYLRLTRLRAIVEDTALLSVPDAFTRDVIESRLRPAITEALTRRLGRPIQVAVTVRVTEDGTSRPTGTLYHSAPNPETGALPLDTVDGLAATGPDDGADHHFPTIPGQTQPEHRTATPVGPYGAEQTTQVPRDGQEPLFGNAFAGPPHPERRDGGEQALLVPPATDLPFDGRYRTDGVAPRDQLGIRALPREHGTDSGPGRVDHRPGGRDDRRLSGPADGGGNRLNPKYMFETFVIGSSNRFAHAASVAVAESPAKAYNPLFIYGSSGLGKTHLLHAIGHYATTLGNAHSVRYVSTEEFTNDFINSLRDDKTSAFQRRYRDVDILLIDDIQFLENRERTQEEFFHTFNTLHNANKQIVITSDRSPKQLATLEDRLRTRFEWGLLADIQPPDLETRIAILQKKAAQERLFAPPDVLEFIASRVSNSIRELEGALIRVTAFASLTRSSVELSLAEEVLRDFIPDGAGPEITADQIMVATADYFGVSLEDLRGHSRSRVLVNARQVAMYLCRELTDLSLPRIGQAFGGRDHTTVMHADRKIRQQMAERRSLYNQIAELTNRIKQNT >WP_039806668.1 GTP 3',8-cyclase MoaA [Azotobacter chroococcum] MARALQDGFGRTIDYLRLSVTDRCDFRCVYCMAEDMRFLPRQQILGLEELYRVARLFVGRGVKKIRLTGGEPLVRQGILGLCERIAALPGLRELVMTTNGSQLVRLARPLAEAGVKRLNISLDSLDAARFRAITRTGELARVLDGIEAARAAGFERIKLNAVVMQGRNADEVLELVDYAVARGLDISFIEEMPLGEVGRSRGEAFCSSDEVRARIASRYALLDCAEQSGGPARYVRLPAHPGSRIGFISPHSHNFCASCNRLRLTVEGRLLLCLGHEQSLDLRALLRRHPANDRPLLDAIDRALLHKPQQHDFSAGGEVQVLRFMNASGG >MAJ59213.1 hypothetical protein [Deltaproteobacteria bacterium] >OUV35480.1 hypothetical protein CBC48_03820 [bacterium TMED88] MTNLNAVRFRSRSDSSRSAISLDRGPCAVNWANRRAGWAVAAMALLVVAAPVAVRAQSAVAAAAAVESETTKKAPGSAKGDKASIQFVPMPEIGVRSEQAKQRIKETLLVTRPSEEEARAANAIPELRSWANRQLHRSSMVRAHKPSVLSLDQLQAGWDQVDRRLEQTQNGLQEQGNKVEQQVQTLRQIKHLWSDTRLRAVGLGVAPDVIRQIDEVLQAVNGASTEVNDRQARLLALQSDVASLSELSDGDENLIAQTRGQAVSEVLERDTPALWQPGFWKTSDRRTVALNLEEQVKRDREILVRYWDHNRQLVLSFGACVVGLIVLMWLARGRVDAAIGKEPEMQAVRGIFQRPIALSFLIAFFSGLWFFRELAVGPLGPLFGAATLIPAVIVLRQIVDRPVYPMLTFGMAVYFVHHVQQLLVDSVVTSRVLFLANMSVLAIWTAWTLRPSRMNAIPSEVASKASFRAIGRILRVVSIASFGCVLAEIVGYGALAGLVGGTLMMGIYGAIVLYGTVLVVDGFLVLLMRVWPLENLALVRRNRDLLRDRANFLMWLVAWALILQALLLRLEVWEQVKTALQGLLAAQIPLPQVTLTVGNVVAAVAVFVGSMWASRFIQFVLSEEVFDSAEVERGRPYAIKTLLHYAFVIAGFIFAVIALGFDANRATLLTGAFGVGVGFGLQTIVNNFISGVILLTERPIQVGDTVAMGAVAGAIQRIGIRSSTVRTWQGAEVIVPNANFISEEVTNWTKSDRRRRFEIPIGVAYGNDPEVIMGLLAEAAAATEGVLEAPEPYVLFQDFGDSSLDFEVRAWTSDFDHYSRIRSRICVSMSRKLREEGIEIPFPQRDIHVIDAPKV >CAD8186381.1 unnamed protein product [Paramecium pentaurelia] MDNNDHKENQEKQYICIDPKCDQSSRLFKAKNDNHPHKAHDHQLYSEFQKLIRAQFPQQVREQINQQFNKDELVKAIQSRSVQMHESIKIFEENLIKTIEAYDVLGADKASINQALSQLNESNPPQSLNVQGLLHVLKINKLGPQKVLEKWKRENDIILKELNTQAESALKTLSNATLQSYMHIQHLQSPLILQKMHFAWSQNFKASSVTIREEAVYEKGNAMGLVCIQQQLEKDQIQSLTIDVKERGGNLYVGVMDINERKQKGRRAFSFHDWNESGHGLYLIYHGGYVFSSNDTSINTKKVGFNFDQNDKLILTWNGPEHTITILKVGSSHQFAFKVNPDGQYHFSVGLFKCEVRLIE >MBB1804587.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBB1809438.1 immunoglobulin heavy chain junction region [Homo sapiens] >MBB1821768.1 immunoglobulin heavy chain junction region [Homo sapiens] CARDVAYDSGAYRDYW >WP_236513170.1 hypothetical protein, partial [Xanthomonas perforans] >MCF5925539.1 hypothetical protein [Xanthomonas perforans] ILGSDTPVIAVTGGGTVNAVNTGTINGRVGFQSSATGNTFVNSGTINGSVSMGAGSTNSFTAVTGGSVNSGGGLALELLGPGGL >MBK9065949.1 hypothetical protein [Gemmatimonadota bacterium] MTSLRRSASLALLLLAGCSPYTTRPFYPPVTGAATAELELEMQNATETLAAVLRSDTLPVTTVQLRDGFIETAWFDAATKGATRRRAVGPGVVQVRAWVNPSRQGFSTIIVETVYRPLADPSRAPRDLEEQVPPDHPVGKRIEQVVSELARLYNREEPAAAAPAEGPPAPPPQR >MCD8051495.1 hypothetical protein [Clostridiales bacterium] MAKSSMKTEQPIELQSYFTREKGNLYFWKDGAGTVWVESNSLLKLVYLSLIPIDPLKRVEEKNRRYFLVKDRTGRVDVKKKLLLNQQGVWQLIDNSHLSRLNKIKVLRYLAYFYRTYGVTTVEPECIYYTQGQCPWPLA >XP_010311338.1 PREDICTED: probable U3 small nucleolar RNA-associated protein 11, partial [Balearica regulorum gibbericeps] >KFO03922.1 putative U3 small nucleolar RNA-associated protein 11, partial [Balearica regulorum gibbericeps] DYHKKQNALRALQKKALDKNPDEFYFKMIRAELQDGVHIIKQPKDEVTPEQVKLMRTQDIKYVEMKRVAEAKKIERLKSELHLLDAEGKNPNKHMFFFDTKKEVQEFDIATHLDTVPELVDRVYNRPTIATLQKETLKGATDPAHLKKLAQQRKNQYDLLKQRIEREKAMFVIAQKIQTRKDLLDKAHKVKVKKETTNGPAIYKFKFQRKR >YP_010317795.1 iron-sulfur cluster formation ABC transporter [Silvetia siliquosa] >UNH90232.1 iron-sulfur cluster formation ABC transporter [Silvetia siliquosa] MIKNIKVPLLEIRNLHANINNNKILKGVNLSIYEGEVHAIMGINGSGKSTLSKVIAGHPSYNIIKGEILFQGKNISDLDPDLRSHLGLFLAFQYPVEIAGLDNQEFLEAIYNAKRLSMNLPKVNPLFFYELLRKKLKMVKLDESFISRNVNEGFSGGEKKRNEILQFALLDSQLGILDETDSGLDIDALKSISETINTIIKTENKSIILITHYKRLLEYIKPDFIHVMDDGQIIKTGDSNIANLLEEKGYDWIKNIAR >WP_283947944.1 hypothetical protein [Streptomyces panaciradicis] MCTVTSPAPTDRVPPQLSAGPRPAPGPAADEGLARRLRALACTAPLHDLDARKANLAGEYSVYGMAEVALAAIDLVTLNMDFDTGADHDQIVARLIPRIAAQAPQRPVAEHERVARWVLENLINVGSVDRGFRAVYGTFTTDGSYVRRDYDFKLIEEVPGPGGTVYLRTTDEAVNVLVGALDTDVTSAQIAAEVKLEVLINRGRLADAQLAAEQARYRTVQYSETLRRALDATRRNVRAVDWLNSVPDMIAEALDHVADRYRHENAILTNIRKARDETEDAEHKRRAAELVDIVKDCIRRHTQLQSRLLEAGPLFRAEQDRQAFATPMTSSGIDLYGHLVAPVLPLPLEQAVRVTDAFFARGTGLRTPVSVRVGDLVDILLTPPVEREHLGAEMPEPDLIATPDDSRFSEEQLAAANELLDLPADAPRRLSGLLAEARRLDPELPYLVALLAVHAASPPVGTAYRQGEEKLLFAVDDGTELDDPEFGGADLIVGTALLDAAGMAADRTEAA >WP_124519303.1 hypothetical protein [Burkholderia stagnalis] MLLQMTTGATHGRRFAVQRRRMCCRCGWNQFHSSILHFVYDICCCQGRSPRRHVRAGGTEARKRMSDCAIQQEDEALGTDRVYVGISVATEIVEISVSSLSVILGYRNETFGIESLTDAIAEWSPALVVLEAAGGLELEVACALQAVRLPVVVVNPHHARDFVAGAAERSLEGKGARARMLAELACVLVRHPSCSRIVAPLSDPQLRYVQALVQRRRQLARTLMAEYQLLAWCHSSVRGGIEQTIAFLKNQIGVVDRHCARHVSAQRADVARALARVKRADRDAPAGRAGDFMAAWRVK >WP_110663263.1 histidine phosphatase family protein [Pseudomonas jessenii] >PYY66316.1 phosphoglycerate mutase [Pseudomonas jessenii] MQATRLTLICHARTVAQKLARFPLDEPLEMDWQALRLSRCHQFEGTPRLACGPELRTRQTAGLFGSAAEVVDALKDCDFGCWGGVRISELQKTAAEELQHWLVDPASAPHGGESLLQLEERIGAWLTALQSTPGHIVAITHPFVIRAALTHVLQGASSSLIDVEPLSAVELRFHGRWRLRLTGTDPEDLR >KAF2317565.1 hypothetical protein GH714_024718 [Hevea brasiliensis] MASLSFPHVRGSNSFSPIKTLPTSLTTQRLRTRVGFLRVVADADANAKHPLGEPDLSVTVNGLHLPNPFVIGSGPPGTNYTVMKRAFDEGWGAVIAKTVSLDAAKVINVTPRYARLRAGANGSAKGQIIGWENIELISDRPLETMLKEFKQLKEEYPDRILIASIMEEYDKAAWEELIDRVEQTGIDAIEINFSCPHGMPERKMGAAVGQDCALLEELGHFISMFHHAVCTVLTVHPKFKQANMLHDQCILVIDASIKMQCEWLILNSWGLFFQAVHPIALGKVMAIAKMMKSEFNDEQYSLSVLEVLKQVCTGVMMHGYGLVKKLCDELKDFMKMHNFLSIGEFRGASLEYFTTHMDLVRRQQEAIQLRKAVKKGLQSDKDWTGDGFVNESESMVSN >RDH15740.1 D-site 20S pre-rRNA nuclease [Aspergillus niger ATCC 13496] >CAL00348.1 unnamed protein product [Aspergillus niger] MTDSASPAKPVHTIVLDAGPILKNTPPLSTLLAQCEELLITPSVVSEIRDPDARQRVETLYLPFLKQRTPSPKSVSVLSEFARKTGDRAVLSKTDIEVLALAYEVECERNGGDWRLRSVPGQKQVNGKPPVKEEKAEEKGEEAKAEEAKEDLKNANLEDKETSTQETEVQNAPAEVEAEESTPQDADAQEEEDDGDDSDGGWITPSNLKKRQARDEASSAAAAPEPKVMQVATMTTDFACQNVLLQMNLNLLSTSTLQRIRHLKSFIKRCHACFFTTKDMNKQFCPRCGKDTLTRVSCTTDANGQFKMHLKKNMQWNNRGNRFSVPKPVHGTSNGKWKGGGGKGGWGTELILAEDQKEYVRATAEQSRRMRKEHDLMDEDYLPSILTGERNNHGRIRVGAGRNVNSRKR >WP_154599351.1 MULTISPECIES: host specificity protein J [unclassified Providencia] >MTC21796.1 DUF1983 domain-containing protein [Providencia sp. wls1938] METIYGAKGGGGGGHTPVESKDSLLSESTAKILLAVSEGEIAGGLDDTRIFLDDTPIGNSDGTKNFEGVTWEFRPGSEQQEYIQGIPSVDNDISVGMELKDDQPYVRMINNTQLSAVRVRLSVPQLMRQHDNGDTTGYRVDYAIDLSTDGAGYKELVKSAFDGKTTSEYQRTHRVDLPKATTGWQLRIRRLTKNQNTARIADKVTIAALTEVIDAKLRYPNTALLFITFNARQFNNRIPKISVRPKGGLLIKVPNNYDPVNRTYSGVWDGTFKLAATNNPAWVFYDLVLNNRYGCGDRIKASQIEKWDLYKIAQYCDELVPDGRGGDGREPRFLCDVYIQSQESAYTVLRDIAAIFRGMTFWADNKVNAVADMPTSIFRTFTNANIVGGKPSYSGGSIQNRYTQALVSFTDTDNHSNDDVEAVADLKLQRRYGVRKTELSAIGCTRRSEANRRGRWALLTNANDRMITFATGLEGAIPSPGHIIAVADSNLAGRDTGGRISSANGRNITLDRVTSIKAGDRLIINLPDGKSEGRTVTSVNKKVVTVSVEYSQVPQKEAVWVVDSDDLAVQLYRVINISDNGDNTYTISGAIHNPDNYEHIDSGARIDERPITVIPPSVQPAPKNVKISSYSRVDQGIAFSTLSVSWEAPVSAIAYEAQWRRDNGNWINVPRTSSLGFDVDGIYSGRYQVRVRAINASEISSLWANAPETTLTGKVGNPPKPVNFRASPLVLGIKLDWGFDENTSDTLKTEVQYSKTNDGNGLMLLADVPYPSRSHELAGLAAGIAFYFRARLVDKTGNESEWTTLVRGESEFNVDTIMPVLDEHFMSAEAGKQLSKNLEWLNESNLINMAATYELQESLLVLHGESRAEVKEMKRIYADSELAWAEKFTSVNASINGVQTEVKKLDQAVAKLDSAFSQSVTEINASISDVKAGVVEQGKAIAKLDSAFAESQTQVQVKFNEQEALINTKMQAEFKQGAGYAMHSTNITIVVDGKKYNAAGMVISAELKNGKIESFIGFNANNFAFYNPVNGKMEPFLYMKNGQVFMNEAFISKAWLNEVVVTEKMTSANYIPGKMGFNIDAKTGEIECHNILISGDFKIVSDDGQLRVDSTGVTVFDENKRWTVKLGRRPV >MBK8904706.1 hypothetical protein [Anaerolineaceae bacterium] MFRMLYRVGLLLGAAILALFIGARLIYHFDPYRLVTEDLLRQLAAEPQRTVHLNEYGTLAQQLRQMLHTEEAAAMASWLDDTGAAALVDMAPIGRNVQMLVLGVDTAVHQIAAFNENLEAIESAESLSRDLARLQFYDVNRGDVVLAGLARQSQRVSGSLDDVSEGLEDVATAVAAVTTLPALDAIQQEMIDWQDTLHTVSANGGFWGAGASTADTFAQLIGVINGSIEAWQGIPANMRAVKRQVDADVAWLDGFEQQVQAAKVVNERWQFDTLRLLPRFVAQFHRVLLMGVIGSLLLALLGWIVDVRRTAVPHRQPARVPQIQSPQPRLLPRLAFCWPDGRRECQELPAIGELTIGNIVIRRARVRYYLERIDNAFPAQLNGRTVGRVHILNDGDVLQIGELQTVFQLAA >OEU68709.1 hypothetical protein BA864_05750 [Desulfuromonadales bacterium C00003093] MERRREIGKDGYPRGLVVTIASLSLIASSVLAVYLIYRIVKIIRYPYSTTVPHEVEIGANIILFGALFFIVFLGVYLNLAVISKTKGHRRTAKLKLSEMMDESRYPTVTVAIFTFNEPTEMVKESIRNNYFNMKYPRDKLQLAVCDDSTDEEHWKPLAEYVEQLSKEGHKVFLVHRIVRKGRKAGAFNELINNYAQTDYVALCDADYQLNEDFLQKTVPFFYTEEDVFAVQTPQYFRNSENTWISKLSMNIQQYFYSFLGTFKDRDDSYFFCGTCGVLDLKKAKAVQMEEKAITEDIEISTEAVTKYGWKTIYVDEVLSNGVGPEIMGQIVGQYMRYSRGNLWSLRQHLGDIILSDKINLKQKVHHFHNNAALAMGVAMLIMLLEPIAYLTLGLPGPNAPILLTLFLFITGNYIFYLTYGRSFREFLYHLFFMNVISIKLTAQFIRGFVFNTPGEFIRTPKIGVGEKSIRKRAKYVFSLFWFEIILLALIWAFIGVKANLIGGTYTIFLDIQSQGIANYLLNFDIIAAISSFTHGIREWISLNPGLIGPIVIFGYFTFWFIGGFYLAFIGGNKPKPVSRITEFVVPMHEEYFGTLDLVKGGEKEKEERKVKPIFVGKDVIAIEEPVLKKEPVATAPRPEPGEKRLSGVKIIARRKNNQWTFFSPEAQVTAKIPDVARKLQDSITTSKDLHLVGELIIEDPDELLGVKGIQDHFKVLSGKCGFKVYDLLYCGEDLKYQPRENRMDLLSTILPSTYEPQTKNVGVSMGEQIIKKRNMGAMLAKEWKMGRVGE >HAW53859.1 hypothetical protein [Hyphomonas sp.] MPKLAPRSAQDQRSMFIKSILPRLGSKKVEDVTFNDCEALHRHLTKDRPLRANRVIEVLRRAFNLAIKWGWLERNPASGIEKNPEQKRERYLSYDEIRRLLFELERHPQKTSCDAIRFILFTGCRRGEALSATWDQFDSELKVWTKPAATTKQRRLHRVPVSREVTKLLEVRKASAASEFVFESIRGRALTDIKKTWIAVTRSAGIRDARVHDLRHTFASIAVSQGQSLPVIGAMLGHSQPQTTARYAHLLDDPLVEATELISNKIIGALH >NP_001395973.1 uncharacterized LOC4327091 [Oryza sativa Japonica Group] >EEC70140.1 hypothetical protein OsI_00830 [Oryza sativa Indica Group] >KAB8080424.1 hypothetical protein EE612_000942 [Oryza sativa] >KAF2949000.1 hypothetical protein DAI22_01g075208 [Oryza sativa Japonica Group] >BAA92969.1 unknown protein [Oryza sativa Japonica Group] >BAG95741.1 unnamed protein product [Oryza sativa Japonica Group] MAAALRAALRRRHAASSPVARLLPYSSPGPCAKGGGAASTLHAATRGAPAPSIQAPSVVRRYCSAGGGYAAVRPARGASPLQVPSLVRRYGSTTGATATATPAAGVPALHRASPLPLFVPRRRRVYSSEEYSSDEYSSDGYSSGQEYKYVEDCQVAKVMDHQLRRIEKVEAGLKQLGWFQIITVSLLGLVTYQCHSEVSRLDKEVAAPKSEST >WP_096719144.1 LysR family transcriptional regulator [Paraburkholderia acidicola] >PCE26971.1 LysR family transcriptional regulator [Paraburkholderia acidicola] MRAKTQYELTPADTQTILALVRAGTLAEAALRLGIDASTMFRAVQRIERGLAQRLFERSRTGYRATPLGLQLARHAERIESELTAARSSVQASNHRVSGSVHVTTTDTVLYGLVLPALRDFAALHPALSFELTANNSLASLTKRDADIAVRATQRAPEHLVGKKVGPLRIAAFAAKSSGIHAGDLETLTRCDWVAPDSSLGDHPSVLWRKRHCPGVQPRYRTNSVMAVLEIVARGFGVGILPVLLARGRDDLVQLTPPLDEAESQIWVLAHPESRHLPHVAAVFTHLATWLAHDVADGGGR >WP_006327457.1 MBL fold metallo-hydrolase [Serratia plymuthica] >EKF62990.1 methyl parathion hydrolase [Serratia plymuthica A30] >UJE00739.1 MBL fold metallo-hydrolase [Serratia plymuthica] MFWKRYLLGAALAVMALQATAAAPQVKTPSPGFYRIMLGSYEVTVLSDGVIRLPVDKLLLNSTPQQIAAGLAEHHQSLPVVTSVNAYLINTGSKLVMIDAGAGKLVGDGLDQLVTHLRAAGYQPEQIDEIYLTHMHPDHLGGLTENGRARFPNALVRASQQDADFWLSESHLKQAKAQEKATFENAMAAIKPYQAVGHFKPFSNDGELSPGIAAFAAHGHTPGHSVYQVTSQGKKLLLMGDLIHVAAVQFAHPQVAISFDSDAKAAVEQRLRVFGDSARQSELVGAAHLSFPGLGYLNKEGEGYNWVPLDYGAL >WP_081607935.1 YCF48-related protein [Methylomonas sp. MK1] MSGLATKHASSTKGAAISTVPRHWLSRPGYWLGWALMLALFSTVIAFQQVPHRNAYRPEPKLSSWNYWGYPIERNAFRRLPAIAGNLNDLAVSEDGQHIWAVGDGGLIIYSTDAGVSWQQGQIGPPAPITPLARADGFWIKAAQAEMPAAEPQQQQSVPTNLDNAPFNVRNADGGEVNAARVITPALDYANQSPVQKSPSAPQEQDLTAAKTNNEPATPTPKNSAQASTVDKTGEPVSPPPVQKQTPSGRDPKRANLYSVYFVDTSHGWAVGEDGVILVTADGAKSWQLQTSGTKEILNSVHFVDPAHGWAVGQAGLILATADGGKSWKNQASVAGSHLNSVTFSDELHGWAVGDLGVILATADGGQTWQAQAKNANQIFQSVDFIDNRRGWAVGTGGRIVATTDGGNTWQSQPNQVSQFLRSVSLLKDGLRAWVAGTNGTLAATTDGGLNWRILTSGTSGELRNVKFSQNGSHGWAVGADGTIVASTDGGNSWQAASQKVFSSVQFMNNRQLGWVIGADGAVLSSTDGGRNWRSQEIQTHQDLFGMHILADGQRGWLTGGNGVIFATSDAGKNWRAQNNNTKIFLFRVQFLNDGLHGWAVGDGGLLVTRDGGKNWQLDPNIWGTLFAMHFSEDGLRGWLADVSGKSDFTADGGLTWQSQVIGSTVGILDLQFQADNINGWAVGSKGAIFSTSDGGRNWHAQVSTTQQNLRGSAFAGDGSRGWAVGVGGTVVSTTNSGGTWQAQNSNTSVNLIDIDADNEGRYAWTVGTAGTLLATSDGGEHWQDPVLPYQRYPAPWYYLSWLPIMLLFSRGLRLQLTELREPEAHDPNLGINPTAASDKPTGPGSKDYLGSLQLARDLSAFLRNENTQPPLTLAITGDWGCGKSSVMNYLQAELRREGLRPVWYNAWHHQEEQQVLGSILECVRQQATPPLWPWLLPGLWFRLRLLTHRRFWLQLLAALLLTGFCWLAAFAYFHEEAEENQVWHFASHLAGLEQPAVLTAQGHARLCAQVDGVNNPAKSPADQLFSPADCEKLQCLVNAAVSGVTKDPANCKDTLSAFASDDELLAQAGKVLEHELTQERKQAIVKQLEHSPGKAPFALPAWLTALLTVLTTVAGVVVVKGASLFGLASTDLLKTAISKTGVIEAAEPVGTRQIWERRFERLTGLLGRRRLVLFIDDLDRCSREHALRVLETCNFLVSSGELFIVMGIAPKYVLANVKLHFKELAEALHEFDDNGQTGVGTEGQTQHAPIQKPRSLARFYLQKLINIEVPVPTAGSEAMLNLLTGNGGEEDGLGQRDQRLQKISNGLVLTLQVFVLLAAMAWVAYHASQPIPGTSNPPVLATQSVAAAAKSVETNAEPVADMSDKLKAESGITSFRADFNLEQLTPWPQRIGYGLLLLFMLLVGGLAWVGVNERARNWLVDNLDVAYKAFGRDWFGPRQTQDTPEFASALRIWYPLIHQTQSQPPEINSPRTVKAFLNRLRCFASRWPKTTGAHGEAQLVALAALHFYLGEEGFEKAANDLKLAATSGAYLSAHPNSAQSMTQHLQAFGPPSDDDCRLFKYFIENLEIHKLQ >XP_022745130.1 3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Durio zibethinus] >XP_022745131.1 3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Durio zibethinus] >XP_022745132.1 3-hydroxyisobutyryl-CoA hydrolase 1-like isoform X1 [Durio zibethinus] MTFLDPHYHWLCGCRLDVIDRCFFKKTVEEILSALEREVVHQMDGWISATIQTLKKVSPTSLKISLRSIREGRLQGLGPCLAVSVEWFVMSCGENSVKTFLRVAGLQGCMAMLLDKDKNSMWEPSKLEVIADSIVDCYFSMVNREEWEDLKLPTRSMFNLPPYAIAKL >MCC6596976.1 hypothetical protein [Rhodanobacteraceae bacterium] MTSDLYRQALRETMADQRRSVESLAPVLGSTIANLRAYLGGLPNPRIEKEAEWYLGSLETRNRADLKAARRQDRYRAQTRSIMSPVQSPVQQKKRGPKPRVVPDGYRWCPACKQIKPKDEYYGNGYCKPCGRAKAAEYARRRKDQAA >MCL2337464.1 cyclodeaminase/cyclohydrolase family protein [Bacillota bacterium] MSEIYELSFRQVVAVAASDAPTPGGGSIAALAGALGAAMTAMVGNLTVGRPKFKDVEAEVKEITGAAYFIINRLEKLVGDDMAAFAKFMEAYRLPKNTDEEKAKREEQIQKGLKLATDTPMEIARTLLEALV >MCA9667429.1 hypothetical protein [Myxococcales bacterium] MRTSTGRVLFFALLLAASTAHADNKTTKQPVGERQAMVIVHGIGNQKEGDYKAFKDAIRAEFEREVQRLTGNKPPQEALSLKTALWANITQSRQDQYIKEVGKKYGGTLPTYNQLLVEMGGDALMYSRNGTKGIRMQNEVKRDILDLAKEAKGQKVALHLVAHSLGTLVSSDAMRKMTHESAPQRDATGSTFDQAKMPGNVEWAHFVTIGGPLALGRDDDDVKTPLKPRKWTNIIYPRDGVGTDLMGNDGKPLAGMKEFAGVKELRLGSAGHRHWLTRAVHRLISRTPWVGAASHVFYWTDPSVQKAIAHEMAHRYVKSLGPQAKAKQLRVPRQRVRSRH >WP_264379403.1 glucarate dehydratase [Bacillus subtilis] >UYU28364.1 glucarate dehydratase [Bacillus subtilis] MSSPIQEQVQKEKRSNIPSITEMKVIPVAGHDSMLLNLSGAHSPFFTRNIVILTDSSGNQGVGEVPGGEHIRRTLELSEPLVVGKSIGAYQAILQTVRKQFGDQDRGGRGNQTFDLRTTVHAVTALEAALLDLLGKFLQEPVAALLGEGKQRDEVKMLGYLFYIGDRKRTTLPYQSDEQSDCTWFRLRHEEALTPEAIVRLAESAQERYGFQDFKLKGGVLQGEEEIEAVTALSKRFPEARITLDPNGAWSLEEAIALCKGKQDVLAYAEDPCGDENGYSAREVMAEFRRATGLPTATNMIATDWREMGHAIQLHAVDIPLADPHFWTMQGSVRVAQMCHDWGLTWGSHSNNHFDISLAMFTHVAAAAPGRITAIDTHWIWQDGQRLTKQPFEISSGCVKVPDKPGLGIDIDMEQVEKAHEIYRKMNLGARNDAIPMQFLISNWEFDRKRPCLVR >WP_108706918.1 sugar ABC transporter permease [Streptomyces nigra] >AWE50316.1 sugar ABC transporter permease [Streptomyces nigra] MATHTLRAKRRRSALRTVAFLSPWLIGFGVFFAYPLVSTGYFSLMKYDGFGTPVFRGLDNWLYVFQDYPLFWPALRNTLWLVLVMVTCRVVFGLGVGLLITKIRTGTGVFRTLFYLPYLAPPVAATLAFVFLLNPGTGPVNSVLDGLGLPTPGWFTDPAWSKPALTALALWGVGDVMVIFMAALLDVPKEQYEAAELDGASAWQRFRYVTLPNISPIVMFAVVTGVIQTMQYYTQPLVAGKVASGIIGGSGQQFEPGYPDKSTLTLPQLVYNLGFQRFDYGSACVVALVLFALAMAFTALLMRRRGGLVQAGD >MCO4825170.1 ester cyclase [Amylibacter sp.] MVSGMNDITAKFRAALYHCDTATARSELLDIAHPDAPLRLSFPFETLNGATAFFDTALTPLTSAIPDLERRDTIVTSGTCNQGHTWIGCCGYYTGTFLHPFLDIPPTGLQAHMRFHEFYRIQDGKITEMQALWDIPELMMQAGAWPMAPSLGREWRAPSPATQDGLNRAKSTPDQNATNCQIILDMLEHMIKHPSTGGPEVMELTRFWHNNFSWYGPAGIGTGRGVSGFRDIHQIPFLAAMPDRGQHEDEITHHFFADGPYVAVTGWPNMAQTHLNDGWMGIAPTGKKITLRSLDFWRIENGLIRENWVLVDILSVFNQLGVDVLARMREFNKLKPPYTGRTP >MCG8687614.1 MerR family transcriptional regulator [Desulfobacterales bacterium] MADKKNTYTISQIADQLDISTRTIRFYEEKGLIKPKRTRGNQRIYTPTNKARLKLILRGKRFGFSLDEIAEMIGLADMIPDELSQIEKSLAYGDAKLSEIQERKKELTLLEQDILATRDKLLKRRKELENKS >KAI4536634.1 hypothetical protein MG293_012837 [Ovis ammon polii] MRPLLLLYFGLPSLLCAQQACSRGACYPPVGDLLIGRTRFLRASSTCGLTKPETYCAQYGETDPYRKSLRRKSHPVPWLSLFQLPGNLWVNSLYRFPLKPKWQMKCCKCDSRLAHNYNGHRVENVVSSSGPMRWWQSQNDVSPVFLQLDLDRKFQLQDIMMDFKGPVPAGMLIERSSDFGKTWQVYQYLASDCGSTFPWVRQGQPQGWQDARCQILPQRPNGRPNGAKVQLNLMDLASGIPATQSQKIQELGEITNLRVNFTKLAPVPQRGYHPPSAYYAVSQLRCDCNGHSETCHFDPAVFAASQGAHGGVCDNCRDHTEGRNCERCQLHYFRNRRPGAPIQETCIPCECDPDGAVPGAPCDPVTGQCVCKEHVQGERCDLCKPGFTGLTFSNPQGCHRCDCSALGSRRDVPCDEETGRCVCLPHVVGPKCDQCAPHHWKLASGRGCEPCACDPRNSLGPQCNQEGCFAPLFPEKASPSCGEAPSSLFADAETCDCDFRGTEGPGCDKASGRCLCRPGLTGPRCDQCQRGYCDRAPVCVACHPCFQTYDGGLRERALRLAGLRNASAGLWPRPGPEDHGLASRMQDAKSKMEQIQATLRDALVTEQEVAQVANAIFSIRRTLQALKLDLPLEEETLNLPGDLGSLDRSFNHLLVTYQSKREQFEKMSSADPSGAFRVLTAAHQRSSQAAQQVLDSSRRLLPLRDSRREAERLEQQVAGGSGAGGPQLAALRLEMASVPDLTPAINQLCGGSREMPCTPGACPGELCPRDNGTACGSRCRGALPRAGGALRMAGQVAEQLRAFGAQLQQTKQMIRAVEEAASQVQSDTQRLETQVSASRSQMEEDVRRTRLLIRQVRDFLSDPDTDTATIQEVSEAVLALWLPTDSATVLRKMNEIQAIAARLPNVDLVLSQTKQDVARARRLQAEAEQARSRAHVVEGQVEEVLGALRQGTLALQEAQDTMRGTGRSLRLIQDRVAEVQQVLGPAERLVTSMTEQLGGFRARMEELGRRARQQQAQAAQARQLAEEASEAALSAQEGFERVKQKYAELKDRLDQSSRLGEQGSRILSVKTEAEELFGETMAMMDRMRDMESELLRGSQAIVLRSADLTGLEQRVEQIRNYINGRVLYYATCK >WP_109807231.1 polysaccharide export protein [Sphingosinithalassobacter portus] MRFVKTGRVLLLPIVAAMLLAGCMGGGGRPELPPAGFVAGSDAPGEEYIIGPLDQLQVFVWRNPELSAQVQVRPDGRITTPLISDMPAVGKTPAMLADDIKIALSEYINDPIVSVIVQNFSGTSSQQIRIVGATEKPASIPYRANMTILDALIAVGGLSEFASGNRARLVRFDRASGRQREYGLRLSDLMKNGDTSANVRLEPGDVIIIPESMF >WP_101272247.1 MULTISPECIES: osmoprotectant NAGGN system M42 family peptidase [Pseudomonas] >AUG09076.1 osmoprotectant NAGGN system M42 family peptidase [Pseudomonas sp. S09G 359] MSRTIPEPDLNYLQKVLLEMLAIPSPTGFTDTIVRYVAERLEELGIPFEMTRRGTIRATLKGQKNSPDRAVSAHLDTIGAAVRAIKDNGRLSLAPVGCWSSRFAEGSRVSLFTDNGVIRGSVLPLMASGHAFNTAVDEMPVSWDHVELRLDAYCATRADCDSLGIGIGDYVAFDPLPEFTESGHISARHLDDKAGVAALLAALKAIVDSGEPLLIDCHPLFTITEETGSGAAAALPWDVSEFVGIDIAPVAPGQHSSEHAVSVAMQDSGGPYDYHLSRHLLRLAADNELPVRRDLFRYYFSDAHSAVTAGHDIRTALLAFGCDATHGYERTHIDSLAALSRLLGAYILSPPVFASDAQPAQGSLDRFSHQIEHETQMESDTRVPSVDSLVGNKT >MBT2573851.1 metal-sulfur cluster assembly factor [Bacillus sp. ISL-51] >MBT2634817.1 metal-sulfur cluster assembly factor [Bacillus sp. ISL-26] >MBT2712292.1 metal-sulfur cluster assembly factor [Pseudomonas sp. ISL-88] MEEALKENIMGALEQVVDPELGVDIVNLGLVYDVDMDDDGLAHVTMTLTSMGCPLAPIIVDEVKKALADIPDVKETEVHIVWNPPWTRDKMSRYAKIALGIQ >KAJ2336672.1 Nuclear import receptor, partial [Coemansia sp. RSA 2681] MSNQPAVSEVINALNALYQGTNLLEREQANSWLEQYQKTPQAWTTSDTILGAAELGIEVKLFAAQTLRNKIISDFSELGEPGALQLRDSVVNHLRNARSGPQPLITQLCLALADLAVQLGAWTDPFGDMARSFLSDPESVSCLLEFLAVLPEEIESERILLPTDFFRQRATELLTQRVGDLIQLLVQCLQQPDLKADAHTRVLVCFTSWLRYGEITLMMIQNTPLTELAFAALKADDDAVFETAVDAICGILGETRIDHDDDPEDARVKSASVEQQLVPQLNAVAAQMRADPLVAEGNEERIRGYCRVLTEAGEAWAQRIVLNIAAFETTVSALVDCMRLDSLEVIGMMFEFWAVLADHTMESTVPCDPARRTLAAVYETIIDVITRHLRYPDTFDTSDAQGGMTAKERDDFREFRHNIGDVLKDCVRVVGQTKALSHPYNTMLNGINSTPQLPWQEIEAPLFALRAMGAEVSSQENVMLPKIMDMFSQFPAHPRLRYAATLVIGRYTEWTQEHPQYVQFQLNYIAEGFKVRDVAAASAQSLKYLCQDCSKYLAEHWANMLKFYNELVASGTLDDGDVIEFSQALAHVVSAVPEPDTHLAIEAFCLPVGQELGVLLQRPELTSSEKKKIILLFERMGVFLRFMHIEDNEPAEVLLSRIINESWSLVSTALQRYAADALVAESVAKFVRVLVEFYPNILRPIVVQVIDAVVSSFQRTGLGTYLWLARRILNVHQSLGVDESASLQLVTNMVERLSEAALALFQGTPFSDIPETTEDYFNLIERAVETAPGYIIGMPTFPYIVQAAVAALEVNHFHAQISVIYTWMQILNPTKRHIRLMRENRSALQVTPASPAGRAPPASPASPLRQRRRSVRPDTYPVEQVVELCSKHGFDLTVKLMHGLMRNFDHEAVSAAADAFAALTAV >XP_021098423.1 opioid-binding protein/cell adhesion molecule isoform X7 [Heterocephalus glaber] MGVCGYLFLPWKCLVVVSLRLLFLVPTGVPVRSGDATFPKAMDNVTVRQGESATLRCTIDDRVTRVAWLNRSTILYAGNDKWSIDPRVIILVNTPTQYSIMIQNVDVYDEGPYTCSVQTDNHPKTSRVHLIVQEGQGFVSEDEYLEISDIKRDQSGEYECSALNDVAAPDVRKVKITVNYPPYISKARNTGVSVGQKGILSCEASAVPMAEFQWFKEDTRLATGLDGVRIENKGRISTLTFFNVSEKDYGNYTCVATNTLGNTNASITLYANWTFSPIRSTSLESATFPHVQHPSPVRSQHREDTDSELLVYDIILSLFK >MCP4641540.1 Gfo/Idh/MocA family oxidoreductase [bacterium] MKKRKSGLSRRTFLGTAAAAVGVPAIIPASARGADGHVAPSERTTMAVVGLGGQGTRDMHDFLRMRDVQMVALCDVDQGSTRYENEWLRGLAPAQEAVGKHYADRDGAENSVPDGYADFRDVLARDDIDAVSIGTPDHWHALIAVAAAKAGKDVYCQKPLARTIPEGRAIVEAVRENDSVFQCGSQRRSEQACRKTCEQVRNGAVGRLKRVDVLLPGGHHNPGYAMGDDPMPVPEGFDYNAWLGPAPEAAYTHKRCHFTFRWNLDYSGGQVTDWGAHFIDMAHWGMGTEGTGPVEISGEGEWPDPKALWNTATAFHFTLTYANGVVVDVRSGGHQVTFIGDEGRVNLGGKVERDDGQEFDGERKVKLYRSVHQHRNFVECVKSREQTSTPVDVAHHSIAPSHLANIAMLTGRTIKWDPDKEQILNDAEANAMLSYPHRAPWTLTG >MBN1977789.1 glycosyltransferase family 39 protein [Anaerolineae bacterium] MPRRSKWSGLLGVVVLVFLANVAVLSGVSRWLTFGFGLVLICLLPGYLLLQVVLSNGPVLNWIERAVLEIGVGFGVLTLGVLLLHYLPGPLTRLSLLAFYDGIALLLAGLLSRREGEAKARAAGVPLRHLLPLLGLVLVAAFLRFGNLGYSEFQGDESRAMLMAAGVVRGEDGILFLHKKGPVEILLPTAFYALDGTIEEFTARFPFALASVTGMGCVYVLTRRLFPNLVLAAPAAAGLLAVDGYMVAFGHIVQYQSVVFLMMALAAWCAYVWYREGNAVLIVLSVSFIAVGVLAHYEAILVAPFVAWLFWRRGRDEGWRFSRWLQRAVVAGAAFAVVAGVFYVPFVLNPSFASTADYIVGQRVGGGVFHNNLGDFFYRATFYSSTYYISFLVLGLLVFAARRLLTWLRPAIFGVLVLLVLVAGMAVAMFFPQVLVIGSLDLAILPFALALALLVASPRATTEYRAVLLWFGAPALIALFLMQLPKTHVYTMFPAWAILVGVSLDRAISDIERRVGQALLAVNIRKIGLALAGVVLLVVFGYYEYIVFVRHEPDFRRGYPQTLPPFYLTFYRDDHPPVGGGGFGFPHRGGWKAIGALYAQGVLQGSYGANEETLTSSWYVRQAPWCRDAADHYFIASVIHDPESIPVDRVLQEMHTVGRIWSDGQPVLTIYGQQAVDSVEDYDLAELEDVFDAAAAPDVWLWALKDPTPQHHTDARLAERVRLLGFDVSPEVMAGEVLSLNLYWQVEAPFDRDYSVFTHVEVEGEDIWGQSDGIPACGSLPTTKWQPGEVVVDGHALLIDPATPPGEYPLLVGLYDAMTGERMRVSGRDANSRGDTVYLGTVRVVAPAE >OIT39507.1 hypothetical protein A4A49_21218 [Nicotiana attenuata] MDSGNNSASLQSSSGGGDEEYDSRAAAADSFSSANFHTQNTSMFDPFANYFNPISRQPPLTPSLNYQASLFNLDTDWSKTLRSDHNNSSHQINNSPMSLLETSSSNSLSFRGASSFPSAAAEHGGGGSVTITTTTTEPAAAVPRVDQPITQPAVRNPKKRSRASRRAPTTVLTTDTTNFRAMVQEFTGIPAPPFTSSSYCHPRTRFDIFGATPNSSLRPPLNISQQPNYLRRPFPQKIQPQQPGSTPFLSPSSSSQSSSLLSCLANNIASASTTSAANNIPQSCNLLTNIQHNSILTSLLQSSQKYPLESSTILGSKDQEQFQIPSSNDSQLKMGSVVLEDYGMSSHNLGHNLSGLPNLISPEQAATTRNQNNIIHGDKVQETVGSRGEGMVESWINSSH >WP_022748957.1 asparaginase [Lachnobacterium bovis] MKKFIRMLLCASLVASLFGSSVNVNVSAKANSKAAVKENTVTTSIARTSNKKASGKVVVLATGGTIAGVGEKGKTAGYKPGSLSAKDLLSAVPQLKDVADIEAIQVCNVNSDDITAETWLTVAKKINELASKSDVKGFVVTHGTDTMEETAYFLNLVVKTDKPVVLTGSMRPSTSISADGPMNLYESVCVAASDKAVGQGVLTVFSDRIFSARSVTKTSTYDVTAISAGEMGAIGIVRDGAVFLYEGTSKKHTTKSEFDIEKLSNLPKVSIVYFSVDADPAILKYAAKRSKGIVIAGAGAGEFSEKWVKVIKGLKIPVVISSRIDDGVITKDNLLCKNTVAADNLSPQKAAILLRLALTINADNSKLESLYSEY >MBA4289549.1 topoisomerase II [Pseudomonas sp.] >MBX9762612.1 topoisomerase II [Pseudomonadaceae bacterium] MSDALQLILEDTDGTQLETSCTRFAVIWQGQEIWFQQVGNNQLMIGVEVEEGAAEYANLLLRPLATNLVSLELEMEAADLADEDGHVHGPDCNH >MBD58399.1 SLC13 family permease [Pseudoalteromonas sp.] MYQQLVLTGIMLVLVGCLFGTRLKPAWLFVGAIGISYLAGLISLEDMLINYANPSLITLILLVLVSIAVEKTTLVQKLAQSLSKGSLTSSVTKLGLSTAFLSSFTNNTAVVASLISAIKESPTHSPSKLLLPLSYTAILGGTITLIGTSTNLIVNGFAVEAGMEPLGFFDFTLIGLGALSVGLITILVMLKYLPDNGKNDQEVVPFYLEGKVETGSKLIGKSVEENGLRELKDLFLAEIIRGDKRICAVTPKQVIKEVDVLLFVGDIKSVPLLTQFDGLKVVHDKHEKDVEHLVEVVVSHSSKYIGKTIKEIRFREQFHAAVIAIRRGHDRLQGGLGKVQLQAGDSLILAPGKEFYSLPNLKREFVYISGLDLQTHLKPKQSNIVLASFATVLGLSIVGLVPLVKGLLVLLIGLMLTGTIKLSEVKRRFPIELLAVVGSAIGLAKLMIGTGLAGEISSAMLYVLGDFGPYGAFIAIFLMTVLFTELITNNAAAALSFPVAYALAVGFDVSPLPFIMAVAFGASASFISPFGYQTNLMVYSAGNYRLKDYIAMGLPLSIIYSITVLTLIPLVFPFQ >WP_171396840.1 sensor domain-containing protein [Streptomyces asoensis] >QJT01258.1 sensor histidine kinase [Streptomyces asoensis] MNTNTKSGEGGSRARGMVLAAGRGLALAVGSLPLSILGFCLSLVSMALIPIGVGALTTPYVVKGVRAYAERRRALAERWGGVHIPSAYRPAPETVNPFRRTYALLRDPATWRDLLWLLVDIPAGFLTALLPAVLVFYPIEGLALPAGLWRVYVETPGVAYWYGFVPVTDRTSAFGAAALGAVLLVVAHRYAVRVHQVHFLLTKAMLTPSQAELAERVRVLTETRRDAVDTSAAELRRIERDLHDGAQARLVAMGMDLGTVEMLVDKDPEKAKALLAQARQSSAEALSELRDLVRGIHPPVLAERGLGDAVRALALRLPVTTEVSVELEGGRVDAPVESAAYFAVSELLTNAVKHSGAGRIWVDLHHGAGRLRISVTDDGTGGAAIGAGSGLAGVERRLGTFDGVLAVSSPAGGPTMVTMEIPCVLS >WP_064060986.1 acyl-CoA dehydrogenase family protein [Rhodococcus pyridinivorans] >SEC98552.1 Acyl-CoA dehydrogenase [Rhodococcus pyridinivorans] MNYAHTDPALHAVLDRWISDADRPLTERLLDRLGADAADRLDALAAIANAHPPVLHQYDPDGERIDRIEYHPAYLELCRAAYSEYGLSALSHRPIHGWTDTPPHLVKYLASYLFVQAEFGLACPVSMTDAAARTLRMFGDPEVFGPWIDGLTSTDPATALTGAMFMTETQAGTDIAKTETCAEFDGTAWRLTGRKWFASNPDADVVITLARFPGGDENSTRGVGMFMLPKQLPDGSRNSYTIDRLKDKLGTRSMPSGEITLHSAYALQVGDLDRGFRQMTEMLNTSRLSNAMRSSALIRRAVRDAVAHTREREVFGKSLFDQPLMRATLLPLLLDAEAALALVAYSGATLDRADKGDEQARGVVRILTPVAKHYICKRARTVTGEAMEIRGGSGYIEDRVFARLVRDSHLGSIWEGSSNVIALDVLRSMRKNGAHRVLADAQRTLLDAAHPECAPVVAALRERWDVLEARGEDLLAGDDAHAQTRCAAYTDDLAQTVMATLLVDLASHRIEHGFGHRSLLVAHAYLDGLADEPNAVALVHLAAIADGTDVDPSVAAAAAPSTAADAAPTALTGALR >MCH4268493.1 MFS transporter [Brevundimonas sp.] MAAMGEGGGNAVIDRAKFGPLQFGVTALCFIIAMLDGFDTQSIAFVAPKIAEDWGLAPSAFGPIFAIGLLGLTVGAFTLSPAADKFGRKTVILISTLIFGLFALLTAFSTSMNELLIYRFITGVGLGAAMPNIIALTSEYGPARLRATLVTVMFCGFPLGSTIGGLVSTWLIATWDWHSVFVVGGVLPLLLLPVLYFMLPESVRFLVAKGAPEHRIAPIVKKIDASASVDEFIAGLKHEQSSAAKGFSVFQLFREGRTPVTLLLWVAFFMNLLVMYFLVNWLPTLLKGAGLPLSMAILSTSILNLGGVVGAVVLGRMIDRISPYVVLGAAYAASAAFIALLAFGGTNLPVLLVGAALSGFGVVGAQIGCNALTAAVYPTAIRATGVGWALGVGRIGAIVGPLVGGVLLAAGWTPQSLILLAVIPAAIASIAVFTLGGVRRRAGV >GFY83906.1 glycine-rich RNA-binding protein 2 [Actinidia rufa] MAFLNRFGSLMRQTIAQNSASNGHVPMASMLNAIRSMSSSKLFIGGLSYGTDDQSLKDAFSGFGDVVDDLEGFGFVSFASDESAGSAMSAMDGQPLNGRNIRVSYATDRPAAPRGNFGGGGGGYRGGYGDARENDSF >WP_132558606.1 efflux RND transporter periplasmic adaptor subunit [Rhizobium sullae] >TCU20397.1 RND family efflux transporter MFP subunit [Rhizobium sullae] MRTILVAASLAMGAVALSSCEKQAMNEVKPKRVETVAVKTAPVAEVNFITGEISARVQSDLSFRVSGRIVERLVDVGATVKAGQVLARIDAQEQRADLDVATANLQSVQAQQTQAQLAFDRQRNLFKAQVTTRAALDQAQEALLTAQGSVESAQAQLDTARDAFSYTELRADADGVITARNAEIGQVAQAAQRIFTLAHEGPRDAVFNVFESLYLGRKLENKVTVGLLSSSSQKIDAAVREISPTIDASTGTIRVKVGLEGAPNMQLGAPVVGSFRSIAQDTIELPWSAMTSKDGHPAVWIVDPSSSSVSIRPVDVSSYGTGRFAVRAGVSPGEIVVSDGTKFLRPNEVVSYDKEAAK >WP_164300700.1 MBL fold metallo-hydrolase [Streptomyces sp. SID14478] >NEB74342.1 MBL fold metallo-hydrolase [Streptomyces sp. SID14478] MKLTVVGCSGSFPSADSACSSYLVEADGFRLLLDMGNGALGELQRHIGLYDLDAIFLSHLHADHCIDMCAYFVVRYYRHDGGRCDPIPVYGPEGTEQRLTTAHADTPSASAFSEVFDFHTVKPGSYDIGPFSVRMEKVCHPVESYAIRIEHDGRSLTYSGDTGPCAALDELAADTDLFLCEAAFTHGKENIPALHLNGREAGESARRSRARKLVLTHIPPWTDPQVNLADARDVYDGVVELAAPGVSYTL >XP_016071528.1 PREDICTED: phosphoprotein associated with glycosphingolipid-enriched microdomains 1 [Miniopterus natalensis] >XP_016071529.1 PREDICTED: phosphoprotein associated with glycosphingolipid-enriched microdomains 1 [Miniopterus natalensis] >XP_016071530.1 PREDICTED: phosphoprotein associated with glycosphingolipid-enriched microdomains 1 [Miniopterus natalensis] MGPSGSLLGSGHMQIVLWGSLAAAATFFLITFLVFLCSSCDREKKPRQYSGDHENLMNVPSDKEVFSRSVTSLATDAPVSSDQNGALTNGDIVSEDSAVTCMQHYEEVLTSASDLLDSQDSSGKPRCHQSRELPRIPPDSAADTLVSARSLDGDPGVGTEGPYEVLKDSASQENVVEDCLYETVKEIKEVAAAAALGKGAGSRAKAASAPKELPGPRAPGRGDFAEYASVDRNKKCRRSANADSVLGPSPDPEEEAPPPVPVKLLDENENLQEDRGAGDEQAPEAAHEASKRFSSLSYKSREEDPTLTEEEISAMYSSVNKPVQSANKSGQSLKVPESSDTSTPGAARRSPSSCNDLYATVKDFEKTPSSFSVVAPAGRPREEPEPDYEAIQALSREDGKAIPGTNGYHGPSPKENDYESIGDMQQCRDITRL >WP_143662806.1 MULTISPECIES: hypothetical protein [unclassified Streptomyces] MFGVAALVVLSGCSAGEPEYGYSVPAKICDVGVDEPDVKPLLPPGEEMKATDVEVGEKSGEHRSCRLVVDKKIGLAVSIARDSEVDDVMEFGVDEYVDFRKVSLGGAVTSAGVGDDGAAAWMKCRPKDGQPQSEMYGYPYNHLVLKVHVGGAEGAGGDEVQERRVDLENFMRSYVSGVRDIWCE >WP_234538829.1 Na+/H+ antiporter [Streptomyces shenzhenensis] MRSVGTVLALVVLATVVATFARRWRIPAPSLLVVAGLAVALLPGTPQIEISPSVIGLVVLPPLLYASAEEMPWRELHAVWKPVGILAIGLVLASAAAVGVVAALVTPLSWQMAFVLGAILASTDPVAVTALGRRLALPPRVQVLVQAESLFNDATSLVLVRVAAGIAVASAAANWGAAGGEFLVLAGGGTLIGAAVAGVITLIRRRTEDPVLETVIALVTPYAAYLLAEAAHTSGVTSCVVAGVVLGGRGDRLTNARIRLQLHAVYGTVVFLLESVVFSLIGLALPAQVRALADGDRAWPLYALAVAATLIAVRLLWLAPLSAVVQRKGGIGRVNWRVPMVLTWAGTRGVMPLAAALSIPEMMKDGTPLADRPLVLVLTTSVVVVTLVVQGFTLAPVVRASGIALEPAHTAREEAAARSHLAHAGLARLEELAELEVVPDVVLDRLRRGLTARLDDARDRLTDQNGTAVATESADLVYRQLRRDLITVETTELQRLYDAHTISDTTRRRLQRWLDLEEARLSDA >MBK7529683.1 S49 family peptidase [Piscinibacter sp.] MSTPDEPSKQGRVEPAFGSAPPPASAPPSSAAARPATLETSGLEQVARDFLRERRSERRWRVFFRLAWLLLLFFIVSLTFSSRMGPTAPSTPHTALVEVRGEIAADTEASAENLVAALKSAFEDAGAQAVVLRINSPGGSPVQAGIVNDEIRRLKALHKKPVYAVVEEMCASGAYYIAVAADEIYVDKASLVGSIGVLMDGFGFTGTMEKLGVERRLLTAGANKGMLDPFSPQNEQHRAFAKAMIDQIHQQFIAVVKQGRGKRLKETPDTFSGLFWNGEEAIKLGLADKTGNLDFVAREVIRAEEVIDYTPKENVAERLAKRFGASIGSGAVRALREMAPPLR >WP_007683719.1 MULTISPECIES: glutaredoxin 3 [Sphingobium] >EPR17636.1 glutaredoxin [Sphingobium indicum IP26] >KEZ00570.1 glutaredoxin [Sphingomonas sp. BHC-A] >NYI22019.1 glutaredoxin 3 [Sphingobium indicum] >APL93318.1 glutaredoxin [Sphingobium indicum B90A] >EQB06686.1 glutaredoxin [Sphingobium sp. HDIP04] MAKVEIYTKAWCGYCARAKALLNEKGVAFEEYDVTMGGPKRQEMLDRANGGTTVPQIFIDGRHVGGSDDLAALDRQGKLDALLGA >WP_067782871.1 RluA family pseudouridine synthase [Actinomyces vulturis] MTLRTFPVPDGLEGERVDIALARMTGLSRSKVGELCTHGAVTLAGKELGKSERVSAGQFLDVDMPAPRPTEPVATPVDNMGIIYIDDHIVVVDKPAGIAAHPSMGWDGPDVLGALKAMSITVSTSGAAERQGIVSRLDVGTSGIMIVARSEIAYSVLKNAFRHHTVDKTYHALVHGHMDPMSGTIDAPIGRHPSREWKMAIIDGGRESRTHYDTIEAMPGASLLEIELETGRTHQIRVHTSAMGHPCLGDETYGADPVLTEKTGLTRQWLHAVGLGVAHPVTGEWMIWESQYPADLQHALDVVRL >HIR66791.1 stage V sporulation protein AD [Candidatus Coproplasma avicola] MQIQQTLRGHTIYFKNNPRIISTGTITGPKESAGIVGNYVDKALSDDMFGESTFEKAECKMLSYAIDTAIANARLNREQIDVLFSGDLLNQIISASFAARDFAIPFLGVYSACSTMSESILLAASMVNAGYVNNAVAATGSHFASAERQYRYPLEQGTTRPPQSQWTVTGAGACVISRRGEGARIVNATMGKVVDYGVTDVNNMGAAMAPACAHTLIQHFRDTDTLPEDYDIILSGDLGALGSRILKDLCWEKGYDISSNHVDCGEIVYKVIEDEFQGGSGAGCSAVVFNSYVYSKLKSKLFKRVLFAATGALLSTVSSGQGESIPCISHAVQLEV >XP_027540421.1 probable acyl-CoA dehydrogenase 6 [Neopelma chrysocephalum] MALRGGGRWARLGSALRGRSSGPGDGGDTPQHRDLRAALRKIIDKEINPFVDKWEEEGQFPAHKVFKTLGQAGFLGVDKPTEYGGMGLDFSYNIAVAEELGNIRCGGIPMAIGVQAGMATPALTRFGSDELKKQFLAPTIAGDFVACLGISEPGAGSDVANIKTTAVRKGDEYVINGGKMWITSGSQADWMCLLANTSEGPPHRNKSLICLPMNLHGIHIAKKIDKLGMRSSDTAQIFFEDVKVPSKNLIGEEGKGFTYQMLQFQEERLWGVATVLTPLETIIRETIDYTRQRKVFDQSVLHNQTVHFRLAELTTEVELLRSLLHRAVALYVEGNDVTKFASMAKLKAGRLAREVTDSCLQFWGGMGFTSEVLVSRFYRDLRLMSIGGGTDETMLSIICKHMEILPSK >WP_194544138.1 response regulator transcription factor [Paenibacillus sp. JZ16] MEQDTRLVKGRTILIADDESDITELLRLFLEREGYRVLEAITGREAWNILQREPVDLAVVDIMMPELDGYQLIARIRENHRLPVIILSAKTGDVDKVTGLGLGADDFISKPFSPIEIVARIKAQLRRYYELKGAEPAQRSETLKTVCGPLMLDHEACVLYKRGEAITLGPLEYKLLRLLMEAPGRIFTKRQIYENVWNEPYLEDSNTVMVQISRLRDKLEDDPGNRGFLSPLRDLGTSLIRET >MBY0273331.1 plasma-membrane proton-efflux P-type ATPase [Alphaproteobacteria bacterium] MQNKKTGLTTQEAQERLLQHGPNLVEEEKKHKLLLFLEKFWAPVPWMLETTITLQFFLGKYEEALIILILLFSNATLSFFQEERSNKAIVLLKKHLAIKSRVLRDSKWKMIPAEDLVPGDIVHLRMGDISPADIQVSDGKISLDQSALTGESLPFECGVGKSSYSGSIVVQGEATGEVTATGEQTYFGKTVSLLQISETKSHIKDIIFKIVRYLVTIDIFFVLLVCGYAIFISHPFTEIIPFVLMLIVASLPVALPATFTLATAIGAQHLTKRGVLVTRLSAIEEAATMDILCLDKTGTITQNSLELATVKPFASFQEERLLELAALASQEETQDPIDKAILEAAQLNNFLNSKSEIIEFIPFDPSLKRTEATFKEKGHKYRVLKGAPLVISKLTEKKPNLKKEISQLAAKGYRILAVGVTGANKKSLELAGLLAFYDPPREDSKTILKTLKKLGLRILMITGDGIQTAKTIAAEVGIGKRVCSSDIIHKNKGHALLDCDVFAGVFPEDKFQLVRDFQKLGHTVGMTGDGVNDAPALKQAEVGIAVANAMDVAKSSASIVLTEPGLSGILSAIRTSRRIYRRMLTYTLNKVMKSLEIIVFLSLGFILADDLILTPLLMVILLFTNDFATMAIATDNALASPKPARWKIDKLMMAGGALAFLVLIFSFSVFLVGKDILLLPLPELQTLVFLTLVFTGQGNIYLVRERNHFWNSRPSNWLFFITIADILIISLMATFGVLLTPISPLIILILFMCTAFYLFIIDFLKIQVFTFLNF >WP_263205390.1 NPP1 family protein [Streptomyces sp. HUAS 15-9] >UXY25769.1 NPP1 family protein [Streptomyces sp. HUAS 15-9] MSSPKFKAHRRRWLTGLAGASALVVATATAAYAAPPPALPANAEPSELKYQPAFDYDTDGCYSSPAIGPDGTINGGLKPTGALNGSCHDASDLDNTNSYSRYKCNNGWCGYLYGLYFEKDQALPGISLGGHRHDWEHVVVWVQNDQIKYVSTSNHGSFTVHPVSDVRFEGTHAKIVYHKDGISTHCFRLANSNDEPPENHKHTWQYPPLVGWNGYPAGLRDKLSAYDFGSAHFGLKDDSFASHLTSAKPSGIAFDPNA >WP_024410349.1 NADP-dependent oxidoreductase [Streptococcus suis] MKAAQHTSYNKNNIALNLTDIAKPNIKSDQVLIKVTAAGVNPLDNMISRGDVKMIVPYKLPQTAGNEVVGLVEEVGSSVTNFAVGDRVFGRLPLDNIGAFAEYVAVEATALAKVPAYLTDVEAAAVPLTALTFMQALNLMGAEAGKTIFISGGTGGVGGMAIPIAKAKGLTVITNGDGANAERVLALGADQFIDYKTEDYTKTLSQIDYVLDTFGGVETEKLMSIMKKGGHLVSLNAMPNGAFAKRMNLPKWKQFLFGLVGRKFDKMAESYGVHYHFVFVESNGQQLQEVADIFSKLEIKPSIDTVYPFEEVNAALDKVANGRSRGKTVLSFK >MBQ9146327.1 DUF4919 domain-containing protein [Rikenellaceae bacterium] MKRILILLLALLPLFTMAQRVPDNEAILARTIDNSSPYYYPRLMERYIHGDTTLTLDEYHHLYYGFAFADNYRPLENNPALIDVLEVFAVTDAPDSTQLLRVIEAAERLMHSDPFSPQNLNILTFAYGKLGDERMERICYDRFTKVMQTIESSGTGRREDSPWHVLTFQHAADFTAWRGGEINNRQVRSRSVEYIQLKVKDADGNRGYFFDFSRVYMKRPEVEKPKEERRWKINDMPIN >MBC8266069.1 glycosyltransferase family 4 protein [Flavobacteriales bacterium] MSEQKNTYLVITPFFPSYENHNGSYVFDQIKEIKKQTSFNIEIIKVVSLFSSEKDYEFQGFQVKIFKTFDFPFFIFPGAFSFINKKRIVSFLKFKTIKNIAFVHAHVTYPCAYLANSISSKLKIKTFIQHHGLDVLQLLNGRNYFLRKIWKKYFIRKSISQLNNIDVNIGVSNKVLNELQQFDSYNPISEYVLYNGVDISKFFPKKRQESNSFKIGCVANFWKIKDHILLIKAVEILAAEGLDIKLRLIGTGPTFSKCFNYVKNNNLQQSITFEKERSHEGLNDFYNEIDLFVLPSYYEALGCVYLESWATNTPFIAVQGQGIAELAPDKKNMLFEKKNLNSLIEKIKYFTKNKIQIKFDENLKIENTISDFLKLEQFKSND >MBL7705960.1 50S ribosomal protein L5 [Taibaiella sp.] MSTTYTPRLQKKYADEVKSALMKKFGYKTVMQIPKLVKICLNQGVKGSTSDKKLVDDAVKEMTMIAGQKAVPTLSKKDISNFKLRKNMPIGARVTLRGANMYEFLDRLISISLPRVRDFKGINDKSFDGRGNYTFGVTEQIIYPEIDIDKVARISGMDITFVTTAKTNEEAYELLKELGLPFKNIKKDNN >KAG0597131.1 hypothetical protein M758_UG313800 [Ceratodon purpureus] MLWTVANEAPNPFQMSDMARIVKDLAGVCSHGCLQSSPDVRTSTTEVICNIVAKDVSMLRYDDDKLGDQPDLDVSNSNSSIPARSSNDGSLSFSTTNVSSNDIHAHSTAHQNAWQSPPSTNEGDPSPGNANAALGGIIGKKRRYFN >WP_164706884.1 Bro-N domain-containing protein, partial [Pseudomonas viridiflava] MNTSTDAAHIPTLFTRHKAHLHAIRLQDQTWFCARDLGILMGIFLDEFRARKLAPDQRKTLCLERYGEAQETLMVSESGAYALLVYHHAPHNGPLREWLEHHVVST >WP_090874869.1 endonuclease/exonuclease/phosphatase family protein [Bauldia litoralis] >SDB09042.1 Endonuclease/Exonuclease/phosphatase family protein [Bauldia litoralis] MTTKLSFATFNLYNLNEPGLPLYKNSRPWTNEEYSRKIAFTSSMLRLMKADVFGFQELWHAASLRRTLAEAGVEHDYEPLVPDGHAGGRIVCAAAVRKDILVGEPEWITSFPDIFRLSSGGDDAQTSGISVNISSFSRPVLHLTIRPRDDTEEIHVYICHFKSKGPTWISSEPWYDRDIYSKHSEAIGAAISTVRRTAEATALRMILTERMKGTNTPVVVLGDVNDGLLSNTLNILTGQPNYLTGFSTGGGDADLYTAQTLQEYRSTRDVYYTHVFQNERESLDQILFSQEFYDNSRKRIWAFEGLEVNNDHLNFEDHREIGSNDHGVVRARFKYDPVVTS >WP_028781258.1 MULTISPECIES: type IVB secretion system protein IcmH/DotU [Shewanella] >HCD14732.1 type IV secretion protein DotU [Shewanella sp.] >AYV12595.1 DotU family type IV/VI secretion system protein [Shewanella algae] >MBO2546650.1 DotU family type IV/VI secretion system protein [Shewanella algae] >MBO2551226.1 DotU family type IV/VI secretion system protein [Shewanella algae] >MBO2555489.1 DotU family type IV/VI secretion system protein [Shewanella algae] MDIKAEKQPISPEQVEELLYDEAQNMNADKEYWFQLRGDSLNALIDAASPLIGMVLRVRKLAILDDVEKLYHNTVDDIMAIEAELTEAGYDRAEVLAYRYVLCSFIDEAVMNTPWGADSAWAEHSLLTRFHNETWGGEKVFGILQRLETEPSKYRELLEFIYLCFCLGFEGRYKVVANGREEFDKIVNRLYETLRHLREEEPELLTGATEHVVNTRYRLGRQMPIWTVFAGFGLMLTIVFLFYSLSLANKSSGVLKQLYQILN >MBT3931813.1 hydroxyacid dehydrogenase [Rhodospirillaceae bacterium] VDPLTEPYEFCCLIELTSADPEARLGEALEGALGAAFEEGEITDAVIAASEDQADRLWFIREAIPIAQKVEGGGIKHDISVPVSQVTAFIREATKRIHADSPDIRIFAFGHLGDGNVHYNLCWPDGQRDQREAFLARWEHFNRIVHDLVTEMGGSISAEHGIGRLKKDELAHYAAPVELEMMRKIKAALDPQGLMNPGRVL >WP_235903398.1 SGNH/GDSL hydrolase family protein [Bilifractor porci] MRILMLGNSFTFANDMPAMLAELTCAEVVHHTRGGARLAEQLNPKTKTGAKTQAALENEFWDYVVLQEMSNGPVTSRNSFLKNAGRLCAWIREEGATPLLFATWAYQKDSQAMAEMDISYDEMVQGLHDAYREVADQNDALIAEVGQKFYELADSQDLYAEDGQHPSETGSRLAAETIAAVIQADQKAKRRPLQSRSIRT >MBR0144760.1 ATP phosphoribosyltransferase regulatory subunit [Clostridia bacterium] MLIDETTVTRAEETAFALRALYRSYGYIPYRMGKFEEYDLYSRNKDFLVSDRVITFTDTNGRLLALKPDVTLSIAKNYRDGQSGTEKLYYDENVYRPAKGAGSFREIRQAGLECIGALDAAAAGEVLILAARSLAAVSSDYVLDLAHLGILSAVLEQISSSPSLQEELLHAAGEKNLHGIRAMLLENGIPEEKGALLTRLLSLYGRPEEMLPEIGRIAEACGAGIEYSFFRRALSVFSGGEFAGKIRVDFSVTGDRNYYNGLIFKGFIAGLPAAVLSGGQYDHLMRRLGKKASAAGFAVYLDSIERLDDAPSPLDSDVLLLYGEDADPGELIRAVESLRQEGLTVRTGRTAAPGIRAGRVGVFEKGGITWQ >QPX63240.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F348] >QPX63407.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F352] >QPX65543.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F374] >QPX65710.1 putative DNA topoisomerase II medium subunit [Campylobacter phage F375] >QXO05963.1 hypothetical protein [Campylobacter phage CJLB-10] MNINTLFNDNLCQYASYDNIRSIASLIDGFKNSGRKIVYFSKDLANYKKVSTLKSEIASKSQYLHNEDILPDIITNFARDFDCGPVTLPLFKPLSAIGCRTSPTSAQPRYSSIKKSDYYDLLFNKDDEEILDHQYFEGQKIEPKFLLPTLPLILLINNNGMGVGFAQNIMQRSAEDVKQAIKDILDNKQPKPLVPYFKGYKGTVELLNTEHGKKQWKFKGVYEKIDTYNLKITETTPYATNESMLIHFNSLKEKKIIKDYKDYSLGDNFEYVINVSGDFWNNQNIHKLLGIETTDTENFTCADRNNFIKTYKDEIGILKEYIDVKLEYIQKRKQHKLSKYSDQIELINNKIKFIKAVLDKKVIFERKKKEDIIKQINNIGIVDNIDTLINMPLYSLSEESINSLNEQLSGLQQSFNELSQKHVKDIWLDDINKLFERL >XP_050578957.1 DNA (cytosine-5)-methyltransferase PliMCI-like isoform X2 [Bombus affinis] MRTILINMLKKKSSLKILQFYQHLKLKGHPNGAVDEDIALTNPKLCLFNGNESFIHESDQRPQNKLTYFSVYDKNGHLCAFDTGLIEKNVMLYFSGYIKAIYEEDTSPESGVPAKDMGPIIEWYVSGFDGGELALIGFNTAFCEYILMNPSEEYAPFMDVVREKIYMSKLIIEFLLDEINSSYEDLLNKLQTIVPPKGITKFTEDSLLRHAQFICDQVLSFDDSASAEDTLLITSPCMRALANLAGVTLGKRVGPRQTRLKEQKVRKPAWTKATTTQLVNNMFENIFADQLTKHNDTITMVPKRQRCGVCENCQQPDCGLCNACKDMIKFGGTGRGKQACIKRRCPNMSIQEADDSDLENEDQYDTLRIEVEERKKKVFGELKKDIVWIGDQIASNNLKTYYKSVIVGDEKIEINDYVLVEPRNPTSPSHVAKVIYMWENKNGMKQFHANWLHRGNDTILGETSDPIELFLSDDCDDVPFKSVRSKCTVIFKNIPKNWAELGNMDLNSENEVKDLDGKTFFYQKRYTPATARFEDPLPDLICLFKEKSHRFCPACAHLREVEQFNTPKVYERIKEKSTKEVIYGLVKYKGEDYRVGTTVFLQPKAFNFKYKIIYQDAQKVKKENVDEDMYPEFYRRSSDHTKGSNVDTPDPFCIGYINEIYASTNDMLVAPSDINIKVNKLYRPENTHKYLTLMEQADLNMVYWSDEVCNIKFIEVVGKCYLAYSENLNQTVDEWTAEGPNRFYFNEAYNAQEKTFNEPPYHAISIGKSGKSKGNLKFKGKKTEESKKRAFVNRPIEYNKILKKLRTLDVFAGCGGLSEGLYQAGITENLWAIEKEEAAANAYRLNNPNATVFTDDCNILLKMVMDGEKTNKVGQKLPQKGQVELLCGGPPCQGFSAMNRFNSRQYSLFKNSLVVSYLSYCDYYRPNFFIMENVRNFVTFERSMVLKLTLRCLVRMGYQCTFGILQAGNYGIPQTRRRIIILAAAPGQILPQYPEPTHVFSKRACQLSVLVDNKKYSTNCSWTESAPFRTINVRDALFDLPEIKNGWNKEEMSYTNDAISHFQRRIRGKQYQPLLRDHICKEMTPLVETRIAHIPVASGSDWRDLPNIIVRLSDGTCTKKLEYTHDDKKVGKSSTGAYRGVCSCCMGKQCDPTDRQFNTLIPWCLPHTGNRHNHWAGLYGRLEWSGFFSTTITNPEPMGKQGRVLHPIQTRVVSVRECARSQGFPDSFRFYGTIVDKHRQIGNAVPPPLGEAVGHELRKCLRDESVKLIQSCN >MBK5104727.1 hypothetical protein [Burkholderiales bacterium] MAKFKIITAAGAAIAAAGGGYDYEMEALEGADVEIVEGPVGDEDAFIAAAKEADAIYARGGMLITKKIIDSLTRCRVIALGSVGVDQVDVAAASARGIPVTNCPDTFIEEVADHAMTLLLAGFRRVIEQDRMVREGRWREGRPALLKIPRLMGQTLGFIAFGHVARATSIRAKAFGLRLMAYDPYIEETTMHEHGVLPATLSEVLQQSDFISMHAPATPDARGMLKEKHFKQMKKSAIFINTGRG >CAD7234202.1 unnamed protein product [Cyprideis torosa] >CAG0904733.1 unnamed protein product [Cyprideis torosa] MINIPDPDAERSSSRQTKQSPSVARSIPADEWQRRSLHLIVQQDEKAVGTASATSSLSLQASRLPSENLLPPSTELECWTLTGLLRGPVSGKSPCPVDSGELAPTGTATGPAVGPPAGGTVGRSIGPVGGLLGGPLGGPFGVPIVNPLLVGSEG >PZR72038.1 hypothetical protein DLM73_14500 [Chthoniobacterales bacterium] MNAHKNGPNLDARRLNLGCGLQAPEDWLNVDGSLQAVFARWPRTKKLLVGLGIYPRSQASIGWPSHVLRLNLRRSLPFPANQFEAIYSSHLFEHLYREEAAALARECWRVLAPGGICRVVVPDLAAAIERYRDRTADRSTRIPPDIPPAEKLMEELLLHPRHASRGALGLYHRLLGFHNHKWMYDGASLKRLLADAGFVELKTFTSITSALPGLQEIESPSRIMNGAGVAVEGRKY >KAG1302368.1 hypothetical protein G6F62_015890 [Rhizopus arrhizus] MPRCCSAWRGGVTAGRCIPTGHGCGRWSTAWRWRCTARRGPSTARWAPPCATVWAICRSISAPCCCCCSAGASSSAWR >WP_101574454.1 MULTISPECIES: hypothetical protein [unclassified Brevibacterium] >SMY02225.1 hypothetical protein BSP239C_03322 [Brevibacterium sp. 239c] MSTDPREALDAFLEAVGEHFAASAHRNGDQDPRVEAAYMALADAFEIYEDAIYTAFDEVTPFELFDDVEDAKEDDDDNELDGDFTVDEDDEDD >PWI72242.1 cytochrome P450 monooxygenase [Purpureocillium lilacinum] MTINLALASGMAEHPLFGVSLLIVACITLYGVSLCWKQRSLLPPGPKPLPIVGNIHAMIRRSPMACFQDWHERFGPIITLRYGQRLVVSISSYRVAQELLDKRGVIYSSRPRFIMASERMTNNMNLVIIPYNKRWQNHNRIAASLLDAGTVKRYAPLQDLESNRCLFDLQHSNDFSKILARYAASTVLTLGYGIHLSRSDCNEPEELERINAHPFEALGSMYCRLVELFPVVDRAPYVLAPWKWLAAHAQRETTALHMKHLAAGMSASAWNWVHEAKASKLGQLMPDEELAYLIGTLQQAGFEAILTVTRLLVKAIVLHPECAERAQEELDHVVGSNRLPRMEDQNRLPYIHAMINEAMRWQPPTPFAIPHANTQDDVYMGYDIPKGTMIIPNIWVMAFDANDFPDPYAYKPERWLDANKVLHSSFGFGRRVCPGRHLGYSSTFIVIARMLWAYTISHAYRDGKRVEIDPWDLKFTFTAASKPFDASFRARSPHHRQLIEAAWANSERELDVILDGMRPGGS >UZY22531.1 pol protein, partial [Human immunodeficiency virus 1] AQPDRSESEVVNQIIEELIKKEKVYLSWVPAHKGIGGNEQVDKLVSSGIRKVLFLDGIDKAQEEHERYHSNWRTMVSDFNLPPVVAKEIVANCDKCQLKGEAMHGQVDCSPGIWQLDCTHLEGKVILVAVHVASGYIEAEVIPAETGQETAYFLLKLAGRWPVKVIHTDNGSNFTSAAVKAACWWANVRQEFGIPYNPQSQGVVESMNKELKKIIGQVREQAEHLKTAVQMAVFIHNFKRKGGIGGYSAGERIIDIIATDIQTKELQKQITKIQNFRVYYRDSRDPIWKGPAKLLWKGEGAVVIQDNSDIKVVPRRKAKIIRDYGKQMAGDDCVAGRQDED >AMC51858.1 CRISPR type III-associated RAMP protein Csm3 [Mycobacterium tuberculosis variant bovis BCG] >KAL12329.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0018] >KAL13714.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0037] >KAL23979.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0067] >KAL27351.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0081] >KBM29953.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0004] >KBM46398.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0025] >KBM88503.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0069] >KCF44302.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0006] >KCF75398.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0019] >KCH21996.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0102] >KCH43606.1 CRISPR type III-a/mtube-associated ramp protein csm3 [Mycobacterium tuberculosis KT-0110] MTTSYAKIEITGTLTVLTGLQIGAGDGFSAIGAVDKPVVRDPLSRLPMIPGTSLKGKVRTLLSRQYGADTETFYRKPNEDHAHIRRLFGDTEEYMTGRLVFRDTKLTNKDDLEAAALRLSPR >WP_072519951.1 VOC family protein [Staphylococcus aureus] >SGR28419.1 glyoxalase [Staphylococcus aureus] MNGYRKTDLDLEKSAQFYKALGFKINRNPQMLDKMVGIQIGQTTVILIENKHFQNVSQQSLNTEPNEVMISLGVNTNEEVDQLVNKVKEAGGTVVQEPTVSQGFYGAMFKDLDGHHFNFLVC >WP_240226434.1 nucleoside triphosphate pyrophosphohydrolase family protein [Lutibacter sp. A80] >UMB60045.1 nucleoside triphosphate pyrophosphohydrolase family protein [Lutibacter sp. A80] MKNKLKAVQEFHEAFGLGINQEPIAQLSENKSKLRFDLMAEENEEYLEAAKKNDLIEVADALGDMLYILCGTILEHGMQHKIEEVFNEIQLSNMSKLGANGKPIYREDGKVLKGPNYFKPNIGKVLKK >WP_261695383.1 biopolymer transporter ExbD [Tahibacter amnicola] >UXI68423.1 biopolymer transporter ExbD [Tahibacter amnicola] MAFASAQRVHSQSIAEINITPLIDVMLALLLIFMLATPVLSGKLPLPLGGRPEAGAPPQTVELTLGTEGQVLRDGRALTAAELEADLVMLAGSGKPVVVQLRPAAATSHQHVVATLSLIRQAGLEQIAIETPR >WP_137974759.1 MULTISPECIES: glutaredoxin 3 [unclassified Pseudomonas] >MBD9427252.1 glutaredoxin 3 [Pseudomonas sp. PDM15] MNEVVVYSSAWCPYCIRAKQLLSGKGVAFREISVDGQPQVRAEMTRKAGRTSVPQIWIGATHVGGCDDLFALERAGKLDALLGA >XP_047856915.1 uncharacterized protein F4807DRAFT_369859 [Annulohypoxylon truncatum] >KAI1212395.1 hypothetical protein F4807DRAFT_369859 [Annulohypoxylon truncatum] MAPRQTVLPLAYRAFFLIIEPTSALVGAFYAHFRQDEYLAMTTHTSSSSSPVSFGLSIIMSQLANLYLLFALNEALVLRSTGDLRVWRTVLFGLLLADFGHLYSIAAHGAWMYWDVRRWNAIDYGNVPFVYLGASMRIAFLAGVGLGAPGESKGKKAV >EYC35406.1 hypothetical protein Y032_1063g3522 [Ancylostoma ceylanicum] MHSGCASQLKASSNKKNIRNVLHTKQRRNEKEESGKSNSMSAINVGATVSKSCGKWQSEQASLARVRHNHDLFMSKYAELMRRKGYLPEIFLVHETSSSQYVDEDGDIAHEFYAEHKSTDGQLRRLHRVLNNLRPKGKERYAIPRLSPDVPVVMWEVEQQC >WP_256304635.1 hypothetical protein [Intestinimonas massiliensis] >MCQ4771468.1 hypothetical protein [Intestinimonas massiliensis] MKSATSSSKSWFYPTLWKKNMARFWPVWALYGLVWLVALPLNLMTNYRISGSWSGLDEGANYFANYTVLEFAGEPSVILSAGFAILAAMAVFSYLYQSRSVGMLHALPVKREGLFLTNYLSGLSFLLLPAVAVFGLALLAEAAKGCLNAGALGLWLGCQVCYALFFYSFAVFCAMFTGHILALPAFYAILNGLATGLYMLVSAVLRQFVFGFSGIDGVERAALWRTPVAKLIDKVGATQEWDEAGAVVLAIRFQGFGYALVYALAGLVLAVLALCLYRRRSLETAGDVVAVSWVRPIFKYGVGLCAGLAFGSVLYAWLGWNLPQGAWTLLLFMLLCGAMGYFVAEMLLQKAFWVFQGSWKGCVLLLCAMTAATAVMELDLTGFERRVPDPDRVVSLTLHGPYTAPYDDGRAVRLDTSDPELIRLVTELHRAIVEEKDAIDRDRSHSGDWYGDVTLAGGTVLRDIQKAGSVQLWISYDLDTGAQVRRRYDDLFLTADMLADPDSAAARLQALINRPEVTWYGYFPADISGWKLVDAYLTVTDDGQQWAENAEKYGEEYADRYAEEVQAGRAAVPQEGWDDLLAAVQSDLKAGRIGRRYLLDDAQRQTNCYYNDLELTFYVPEGQAAGTETALAADSTQRANRDRTHSVTITVQKTATDTLAVLERLGLAGALVLRADLP >EPS43711.1 hypothetical protein H072_2292 [Dactylellina haptotyla CBS 200.50] MSDLDKAIEQLRQCRPIPELQVREICFKAREILIEEANVQIVDAPVTICGDIHGQFHDLMELFRVGGDCPDTNYLFMGDFVDRGFYSLESFLLLLCLKVRYPDRITLIRGNHESRQITTVYGFYDECIRKYGSANVWRYCCDVFDYLALGALVIGAGSSVQPTRSTDGEDAETKIREAEDEVEIEVIGLGGVITRQMSRRDAGMINSANLTPSALPHLSSSGPAGALLTGVPGTGASGNSRGTSTPNAPTNTGGAVLCVHGGLSPLIDSVDKIRLLDRKQEVPHDGAMCDLLWSDPEEIDGWGLSPRGAGFLFGADIVKQFNHLNNLTLIARAHQLVMEGFKEMFDSSIVTVWSAPNYCYRCGNVAAILELGEDNSNAVLRSGGEEMLFNRENTRRLASTYMGGSMKRGGPGRRYRVFEAAAQDSRGMPSKKPMPYYFL >WP_033611379.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus paraplantarum] >ALO03002.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus paraplantarum] >KGE74925.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus paraplantarum] >OAX76253.1 3-deoxy-7-phosphoheptulonate synthase [Lactiplantibacillus plantarum] MIIVLKPATATAMQAKLMSCFGADHEIFTHGNRIAIQGLRPQEIPADVQAASETVLTDVPAAVQSSRLFHPEDTIITTPHSVIGGDQFVMMAGPCSVESATHVDQMAAVAKQGGATIVRGGAFKPRTSPYSFQGLGETGLQYLRAAADKHDLDMITEVMDDEHVAMVAKYTDIFQIGARNMQNFSLLKAVGQTQIPVALKRGMSATIDDVLNAAEYIAAGGNHQIMILERGIRTFDNKYTRNTFDLGAVPVLQSLTHYPVIVDPSHAVGTWELVTPMAMAGVAAGASGMIVEIHDQPTQALSDGPQALKPATYLKMAQQAFQLHDLMQTWA >MSE05949.1 AAA family ATPase [Ligilactobacillus salivarius] SLIGLDKVKKQVKEFINLNIINQKRKEQGLQVVNTSMHSLFLGNPGTGKTTVARIIGDVLYQKQVISRPDVIEVSRADLVAEYVGQTASKTREVLKSALGGILFIDEAYTLSNGGENDFGREAIDEILKFMEDHRDDIVIIFAGYTKEMDQFLKMNSGLKSRIPNVFDFEDYTADEVVQIGLFDLSKRQYILENEDTYSEVVKDSYESTNDHSNGRWIRNVNEKLIAIQAERLASSPNDMNDIDMLKTITEEDLLKFKG >MBA4269667.1 hypothetical protein [Methylobacterium sp.] MKRTIINADEQITSADLTQIGVNAVEMVTNIVGGAVGYPGHWSRITVSESSASVVTISAGQLFAGEKLYDIDGPTAVDLQSRLPVIETDLVWVALLLRGAILVDQAQVTTLIDVDAGETDLQLRDKTQRHSVSVVVQAGIAGPTPERPTVAANECVVAWVLLSGNGVEQISMYQPHRAKTLYEVEARLTIVEVRLAELAQSIASIRTDLNSVAAAQRQAVRQDVFQQLVRDVAAQRVATRVLELEPRAYKFDPALQTDAWNFGHSNWVARIDEGIRFEFTTFRDAQLALLNAADPLVTIRESVMLPKFTDVVKLEVTGGTLTLNISDTVHVEHTMIRREISRSAVEFGPIVTVCENQSGWGGLGDAARANATLTASGETFQVVGLAQNAVSATWNADPRSEGHKNYDVQSVSTSSWTEVYWEQVTEEFGLNGTMRGQTFLNSNLMVATGFDLNFKRIASTDQPVHLICYECDKTGAPMLDRIIARSELQRDEISLGRTRFPIRPSLLQPDRRYGIATITQGNYEIAAVDKNKFAQGSSWLRTDGAWVVPSTDIDWEFALIGAQFEATRTIVEFEPLTLAGGMTYVRLLAAGWAPSGVTEIEWQFQPLGQTVWKSVTPETAALLYGLPPLIRLRAIMTNTTDVGPAIVLDNKARGETGRTRGDLVAVMDPIPFGLSTTSVRADLNIDQWKDAEHTAVLKLEVGGTIYTHTSLTTTVDPLNAKKRRLSALFTVPATTSAALRIEGTKTGVDEFFGQDVLVTAL >WP_132448671.1 formate dehydrogenase subunit delta [Rhizobium sp. PP-F2F-G36] >TCQ06705.1 formate dehydrogenase subunit delta [Rhizobium sp. PP-F2F-G36] MSPDAAIDTHPHEDGPPHGTNAKLVRMANQIATFFRSQPHEDGPAGIAIHINKFWEPRMRGAFFALIEKGDAGFDPMVITAAPLIKRPHSKEDAIGLGADAARGAPGGNGTAAGESLSEPNMPEPNMPEMT >BBI69300.1 hypothetical protein PKHYL_34910 [Psychrobacter sp. KH172YL61] MRDKKAATEKFDTLFFKHLGYTFNRGAKAFIAGYVGGSDNAPRFADAFTRPYYKHINRLSASFALTADMALGLLAGDLKRKEMLSGRLADIHSHLFIATAILQFYEHGSKSEAERLHAKVALQNSLYTIQEAFVSFFANFPNRMAANVVSFVTFPSGRIFTPASDELKRQLGDTFMDDFATNPFRDYLKTMVYYNTDPDDVTGRMEHAYQTLVEIEPLWQKFKKAEHQDSFEGLTFEDHVVHASQNDSITEEEAEVLIQYNAMRFDSLLTDVFDKHLSEAQERDNPHTLENAVNQLTNYAALKKEVKNKSSVSTDSEMPVTHELNDTTNTEPQTGDANPNHGYESDGDVEMVSEQDTVKEIKSQANFEKSNPEAEALDHRYRDAESHLNERMSNNHSRHIAPPDEVDESASDKHLQTLDDQTHLPREREEDDKV >WP_011313080.1 hydroxymethylbilane synthase [Thiobacillus denitrificans] >Q3SFT5.1 RecName: Full=Porphobilinogen deaminase; Short=PBG; AltName: Full=Hydroxymethylbilane synthase; Short=HMBS; AltName: Full=Pre-uroporphyrinogen synthase [Thiobacillus denitrificans ATCC 25259] >AAZ98521.1 porphobilinogen deaminase [Thiobacillus denitrificans ATCC 25259] MHTLTIASRESALAMWQAEHIRDRLRELHPECKVNILGMTTRGDQILDVTLSKIGGKGLFVKELEVALAAGEADLAVHSMKDVPMELPPGFELAVIGEREDPRDAFVSNRYARLSDLPPGSVVGTSSLRREAQLRARYPHLTVKPLRGNVGTRLKKLDEGQFDAILLAAAGLKRLGLGARIKSLLSVEESIPAAGQGALGIEIRSGNTAVAAMLAPLNDPVTAACVRAERQVSRVLGGSCQVPLGAHASYKDGRLLLEGFVAKPDGSRFLVDRAEGDASDPEAVGQALADKLLAQGARAVLDALPA >EBG8325683.1 HIT family protein [Salmonella enterica subsp. enterica] >EBJ9718681.1 HIT family protein [Salmonella enterica] >EBZ8469799.1 HIT family protein [Salmonella enterica subsp. enterica serovar Stanley] >ECC7372229.1 HIT family protein [Salmonella enterica] >ECI7398980.1 HIT family protein [Salmonella enterica subsp. enterica serovar Stanley] MTCIFCQIVEGKAPCHKVWEDEHHLAFLSIFPNTDGFTVVIPKKHYPSYAFDLPPQALADLMLATQKVAKKLDKAFPDVSRTGMFFEGFGVDHVHSKLSHMHGTGDLTHWKPIESRQNKFFEQYEGYLSSHDHERADDEKLAALAARIREA >WP_139918144.1 hypothetical protein [Corallococcus exiguus] >NBC44611.1 hypothetical protein [Corallococcus exiguus] >TNV62906.1 hypothetical protein FH620_16830 [Corallococcus exiguus] MDTDTPDTRLQGLALAWLATRSEKKAGTRNELTKTLHAFVEHRWSRGEWTGRFDALLTELLEDKLVEARGRSGLALTGAGRQRALKFLRVDSPKGLTWKRVKQQHLLAKGLGLPGSKSALGRLSDADGVRALVLKRAHRLEGPETPTLAQVRDQLLWRQLGVETDEAFSLRAVQAHLLGKLLGQEVRDPKRGLEQLAARAVGAPRVDAEVVRMAAMREWVLAEADKVSAPKPKLVESAVKVAPKTPPTDTVSFARRVLDAAGAVPPTGRFGDNKVFISHVWKALQPEWADRPAFNEALLAANRAHQLSLGRADLLAAMNPRDITESEVRAAGASFHFVVL >NIP96332.1 hypothetical protein [Akkermansiaceae bacterium] FHLVTVALYARQPDRFAAFTLFPIWIWGSVGLSLSSSAFIFFRAPLSLFTSGAWALTILFVADETRPLGRLGTDGLQPGTPGRYGGRDVIRVATINWAGSAENFSEPIVRYRPDIVFVQEINHPYRLRQLNEILYDGRGDYRYDSRTRCGMVVRGEIEHHIPNPVYRSQQVRMRLPNGRRVELVNIHLQPASTDLSLWRRDCWRAHHHNRKLRRGELAVALQLLDTTNRDPRVPAVIIAGDFNAPAGDRVYRMLRKEYIDTFSAAGSGWGNTYHRRFPLLRLDHIFASKSFVPARSRVVTINESDHRMVLSDLILQ >WGP98278.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTIFRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEXXXXXXXXXXIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYXXXXXXXXXXRSIFSRTLETAQNSVXXXXXXXXTILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVXXXXXXXXIVKFISTCACEIVGXXXXXXXKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETXXXXXXXXXVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLXXXXXXXXXELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNXXXXXXXXXYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVXXXXXXXXFDKNLYDKLVXXXXXXXXXKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKXXXXXXXLYIDIXXXXXXXXXXXXSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLXXXXXXXXLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTFLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVXXXXXXXXXXXFKKGAKLLHKPIVWHVXXXXXXXXXXXXXXXXXXLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENXXXXXXXXXCNXXXXXXXXXXXXKPANNSLKITXXXXXXXXMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNXXXXXXXXXYREGYLNSTNVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLXAEWFLAYILFTRFFYXXXXXXXXXXXXXXXXXHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLISFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMXXXXXXXXXLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGXXXXXXXXILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAXXXXXXXGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDNLIDSYFVVKRHTXXXXXXXXXXXNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQSLLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGXXXXXXXXXXNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKXXXXXXXXTVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLLASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYXXXXXXXXMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVXXXXXXXXXXYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKXXXXXXXXXXXXXXDYGDAVVYRGTTTYRLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDDFSSNVANYQKVGMQKXXXXXXXXGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINXXXXXXXXMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYXYATHSDKFTDGVCLFWNCNXXXXXXXXXXCRFDTRVLSNLNLPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVXXXXXXXXXXXXXLPVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTVIWDYKRDAPAHISXXXXXXXXXXAKKPXXXXXXXXXXXXXGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKXXXLNXXXXIGEAVKTQFNXXKKVDGXXXXXXXXXXTQSRNLQEFXXXXXXXXXFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQXXXXXXXXSVIDLLLDDFVEIIKXXXXXXXXXXXXXXXDYTEISFMXXCKDGHVETFYPKLQSSQAWQPGVAMPNLYKXXXXXLEKCDLXXXXDSATLPKGXXXXXXXXXXXXXYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_190797347.1 hypothetical protein [Leptolyngbya sp. FACHB-541] >MBD1997902.1 hypothetical protein [Leptolyngbya sp. FACHB-541] MSDEQQDESLGLEQLPQTELDAVPGKGEKQDPNTEDIHEAGISKPDITTPDAAKLTAEQNRNTNSKN >WP_068647811.1 helix-turn-helix domain-containing protein [Thiomicrospira sp. XS5] >KUJ74772.1 hypothetical protein AVO42_05115 [Thiomicrospira sp. XS5] MASSEMEEENVAHDGLLSRELGQKLLAAREQKALSISDVADQLKIAQQHIEHFESEGFDLQSLDPFQRGYIRNYAELMNVDLADYEHLFPEAIQIGSSLQSVDLEEQTGKPLLSIAGMRIITVLLIIAVVAILVTINV >WP_201413968.1 response regulator [Mesorhizobium sp. J8] >BCM17920.1 hypothetical protein MJ8_16860 [Mesorhizobium sp. J8] MRAPLALIVEDEYLIASDVANGLKERGFEVACVASERAATAWLDDHKPDLAIIDIQLLDGQRGVAAARLKEAGVPFVVHSGYDPEFQSPIFHGAPYMPKPAPIPHLVELASQLIGERAEP >WP_269082627.1 hypothetical protein [Sphingomonas sp. Leaf343] MTDQDRAKTETPEQPVEQEESGAGYGNNAGEQGAEKTKED >OQR96432.1 calcineurin-like phosphoesterase [Thraustotheca clavata] MRVVCISDTHNKHYQLEVPDGDILIHAGDFTSCGTHNEIRNFTEWLGRLPHRHKLVIAGNHELTLDTKWYKEAGKNFHPMNQDSEIAKQLLQNCTYLENQAIEIDGVHFYGSPYSPIIPSNPMAFSTLAGSHAKAIWNQIPENTDVLITHSPPHGILDINVRGYHCGDEDLLEIIQSRVRPKYHIFGHIHECYGSKTIDTTTFINAASLSQRRKCENKPIVFDI >MCA9916937.1 hypothetical protein [Anaerolineales bacterium] MADQQIRTEIVTRLLKDAAFFDRFLQDPDAVLAEYPDLDKFDGRYLKDKISDWASLTAVAERFKIPVPERPSAAPKAADKEAPPRLQMVRHLQADDAFINLYRKDSDAAFAAYPDIEADDADYILQRFTGESTLQSLIERFETTVQSVDLPASDAKGIELPDELPVRYVNTGFANESTPADYITSFNTPLAAGQPYYFWLQIGDLLEGGLSQEGIVLPTDKLPPEARLTIALFGYEGEIELTGAEVGEIQLAPRGDILVSRRAAEPAGVAEDLLQRRLFFPVQMMSGEAYGRLRCNIYYQNTLVQSHLIVARASAAVAERPYRVMWHTSDYTLSKSLDANQLEAMGETILSVMVNDNGNGSHGFRFMGSEAFKNDTTLGAGEITQLLDWTRGALRRAAWGNDQPYNPDKDKYLYTDKLDLKKLRSDLITMAINGYKAYSAVAGRLAGNTPALRKLKELMKKPGQVQIATKELAQLVLPAALIYDYPLLEGNMPGDYSLCPEFEKALSGSEPLEKCACFQGNCPSRGQELVVCPSGFWGFRHALGLPLSIKSAPDAPLKIGGGSPPSLAVSVYKDFAERPSHEQRLKQMGVGWEYADSRDESLTMLKATQSQVAYFYCHGGLTDKNMPYLRLGDKNDDWFMRSNLLARDIYWDKIRPLVFINGCHTTQITPERALDFVSGFIETSGAAGVIGTEITIFEPIATQFAEECLRRFLFDGQTMGEAVRGARLHMLKNGNPLGLVYILYALPALKLA >GIC06559.1 phosphate ABC transporter, permease protein [Vibrio cholerae] MVRQPFSLKERDRARLVKDRVVRFAVTCGGVSVLGALVLIFIYLAMVVVPLFGDAKWRGDIAVKTVSTTDPLLMTIGAYGENAFLMSNDGVGQFWSLRSASDQPIQAQSLGFTPVLWAQTPAAQGWFALVGQDNQVAVVHPQLSHSMTAQGREFTPSLERLALPEAFRLSEQPLQQFAFALTAEALIFATYDNAQQIQILRLDRATQQDISRLSLSVPFSDLSQLLLTPDGKTLYLRTRSELVVALLDKQGYQIREIVDLSEGDSRHQVTQLYLLSGAFSLLAVHEDGLVSQWFDVLRDGQRHLTHIRNFKLASEVQFLLPDTNTKGFYSFYRNGTLQSHYTTSEKLVLFERAYQRAPQLVAMSENQAYLASYDQGKIRLAQVENRNPEVSFSALWQKVWYESYPEPEFVWQSTAATDDFEAKFSLVPIAFGTLKAAAFAMLFAMPIAVLGAIYTAYFMTPSMRRVVKPTIELMEALPTVIIGFLAGLWFAPFVESHLPAVLALMILLPPSTIVLGFIWSRLPKAWLRRIPSGWHALILIPVLIGISALILSYSGELENALFAGDLRVYLAQHGIGYDQRNALVVGFAMGFAVIPTIFTIAEDAIFSVPKHLSDGSLALGATPWQTLIYVVLLTASPGIFSAIMMGLGRAVGETMIVLMATGNTPLLDWNIFEGMRTLSATIAVELPESEVQSAHFRILFLAALLLLTFTFAVNSLAEWVRQRLREKYRSL >WP_256588339.1 hypothetical protein [Pseudomonas sp. Irchel 3H7] MLLHDQYYFNDEKDLGYIGSLEWRFGEGEVLSMYLLSDGERVGADLFPSDTPTPFEIEPNVTCSWKRENLLADLSATHLENTKICAVEGILDSFNGQEPWLAGFRVTFETGDSLIYLNQGDDAVVLINALPPVSVGLETRFVTSI >WP_209511935.1 nucleoside recognition domain-containing protein [Sedimentibacter acidaminivorans] >MBP1926209.1 spore maturation protein B [Sedimentibacter acidaminivorans] MRLSDLILPILIGGILFYGLIKGVDIYSEFIEGAFDGAKSAVKILPYIVAIIFAINLFIQSGAEEFIVKTLTPLTSLIGFPPELLSLIIVKPLSGGGSYGVIKTLLDSYGADSYIGRCASVIMGSAETVFYTAAVYYGAVGIKNIRYTIKVGLIAHVASIVAALVVCKYMF >WP_169872418.1 isochorismatase family protein [Pseudomonas proteolytica] >NMZ09336.1 isochorismatase family protein [Pseudomonas proteolytica] MQRFTRRFMAACVLSTVVASGAAIANDHPTIRAMSGAEQITQLPAAKTALIVIDFQNEYFTGRMPIPDGASALAKARELIKYADNHKIPVYHVQHVSPAGAAVFAIDGETVKFHKDMQPRPQDHVVPKNTVSVFASTDLAAQLSKAGINTLIISGLMTHACVAGAARDAAPLGFNVIVASDASATRAITRLNGQSVDKDALHQSALAEVEDTFGDVMTTEQIIKLPVR >MSZ29533.1 isoleucine--tRNA ligase [Actinomycetia bacterium] MPFDPVSPLNLVALEEQVLNDWRERDVFAESMRLRADAPEWVFYEGPPTANGKPGIHHAWARLFKDIYPRFHTMRGELVRRQGGWDCHGLPVEVEVEKELGFSGKEQIEAFGIEEFNARCRESVQRYVGDFAALTERIGMWLDMDGAYWTMSPKFVESVWWVFKLLWDKGDIYEGFKVVPYCGRCGTALSSHELGQPGAYRDLTEESAFVRFPLVDSDLDLLIWTTTPWTLLSNVGVAIGPSVEYVRVRGRDGRRDLVIAANRVVDVLGEDAEILGPISVEELDGRHYERPFDDVPLDDESQIAAAWRVVVADFVTVEDGSGLVHLAPAFGEIDREVGLAAGLPVINPVGPDAAFTSAVPAHAGVGVKDADPAIIERLRVSGRLESSVAHEHSYPHCWRCSTPLIYWAKPTWFARTSAYREDMLRENAQIAWHPEHIREGRFGDWLENNVDWALSRDRFWGTPIPVWRCTDCGKDTCIGSLAELTESAGVDLLALDPHRPAVDGVEILCDSCGGTARRVESVLDAWFDSGSMPFAQLHYPFENQDAFETRFPADFICEGIDQTRGWFYTLLAINTMAFGRAPYKNVVCLALVVDKDGQKMSKSKGNVIDPWSVLDTRGADALRWNMFSAGSPWTQKRVFVEGIDETTNRFILTLWNTLSFFVTYANLDGWSPSPEQKASAHVLDRWVRSRLHHTIKDVTDALEGFDALRGAQALDRFVDDLSNWYVRRSRPRFWKESDQSAHATLYECLDTVALLLAPFTPFISDSIHQRLRSTTRSVHLNDWPQVDNAALDPELEAEMEIARSVVSLGLAARNDARLKVRQPLARAIVLLPDARRPSDPIVGEIADALNIKDLETVATLDGLLDYSVHPNFRTLGPKAGGLMPALKAYLATADAQVVRSALEESGVYVVSIEGTEIHLNADDVEVRAASHEKFALAQEGGIAVALDTTLNDELRSEGISRDLVRALNDLRKEVGLEIADRIHLSLSAVGLAAEAISTHQETIAGEVLATRVSIEEGIEPGSEGWHLLSLEGGEVSARVEVVEP >EJW7579374.1 RHS repeat protein [Escherichia coli] TQGHETRYEYNAAGDLTTVIAPDGSRNGTQYDAWGKAICTTQGGLTRSMEYDAAGRVIRLTSENGSHTTFRYDVLDRLIQETGFDGRTQRYHHDLTGKLIRSEDEGLVTHWHYDEADRLTHRTVKGETAERWQYDERGWLTDISHISEGHRVTVHYGYDEKGRLTGERQTVHHPQTEALLWQHETRHAYNAQGLANRCIPDSLPAVEWLTYGSGWLAGMKLGDTPLVDFTRDRLHRKTLRRFGRYELTTAYTPAGQLQSQHLNSLQYDRDYTWNDNGELIRISSPRQTRSYSY >MBM3780037.1 hypothetical protein [Acidimicrobiia bacterium] MLRNRLPFLALPALFLLFVAGPSLVAYTADWLWYGEVGYRQVFITMLTSQARLFLIVMLASLAWLIPNLLVALRSVGDVRPVFTTREGVRLPLPGRQQLRTIALNVSVVLSLGVGFFASSEWLSWLAWR >WP_130537043.1 efflux RND transporter periplasmic adaptor subunit [Thiomicrorhabdus indica] MKHSFAISIGLLLLLIVWMLLGDSPKPEQENTLKGSNGLVSVEVRDSKAQWVTSSIKAYGDLLPLRETKVLAQTYGKVESLHTLEGDAVDQGQLLLTLSIEDREAKLKRAEAKTLEAKNRYQATRKLQNKGFSAQQQIDELFAAFEAAKAEEAILRQEVDQLRVYAPFKGVIAKQLVELGDYIFKGNPLFELIDTQSMIAEVAVAQSDFPFLKIGHAVQVSLATGEKLSGKIRFIAPKADENTKTFKVEILLENTAHLPSGISVTAIIPKARERAHLISSALLSLNEQGIVGVKIVNAQEKVAFYPVKLVHAEKNGIFVTGLPEQVHLIVTGQGFVLAGQKVHAVFTEETRNPNDVMQPLEVRD >WP_129553552.1 DUF1003 domain-containing protein [Mesorhizobium sp. M3A.F.Ca.ET.080.04.2.1] >AZO10270.1 DUF1003 domain-containing protein [Mesorhizobium sp. M3A.F.Ca.ET.080.04.2.1] MASDPKAPEQKDNEQQETGSEYFEAATVPEDAQEAADEILEAPEVPDSEPHVPGAVRVKPKKKPSAISGRKFRKRDLVRIDDLRPSLADRIRSDHPDLPRGARISREELGRYRMRYMEELLQQEHGEFSELDRQVVESIARQDTISENSEEEFEEHRSFADRVSDNMAEFGGSWWFLISFAGVLFLWIGINLFEGMASAFDPYPFILLNLLLSCIAAIQAPVIMMSQKRQEAKDRLRSFNDYRVNLKAELEVRHLHEKLDYLISRQWQRLAEMQQMQLDAMHELTGAKKPKRAARGVRRRAVKSEMAG >SDI97994.1 acetaldehyde dehydrogenase [Alteribacillus bidgolensis] MLKLLRSDKLELTAMIGIDRNSKGLALAKEYGLKPIYNGIDGLLEAPELTEIVYEAASAKAHAYNAPILRDLGKKAIDLTPAAVGPYLVPSVNLQEEEIALHHL >OQY55840.1 hypothetical protein B6245_19190 [Desulfobacteraceae bacterium 4572_88] MIRSIETFCREASVQMATFSLIGSVRSFTIGGYDQKQQVYVTFTEQEPREIIACTGNVSLKDGNPVVHAHIALSDDQGNTLGGHLFSDTIIFAGEIDLQELEGSPLGRAYDTKTGLMLWKQATNEGEKNGDKHHKSNRTETQTR >WP_006761119.1 hypothetical protein [Burkholderia ambifaria] >EDT38899.1 hypothetical protein BamMEX5DRAFT_5333 [Burkholderia ambifaria MEX-5] MSMIGGLPSTIASGYRALPFVLRRLVLVLVYSLIFTAGAFMHNHGAGDIASLFLLVGAIGTFWAGGAWRVFKVVLLLVLVIVGD >WP_132579575.1 helix-turn-helix transcriptional regulator [Paralcaligenes ureilyticus] >TCT11182.1 regulatory LuxR family protein [Paralcaligenes ureilyticus] MDVVADTDNARFTMLTPRERDVMTYVAMGKPNKIIAAELGVSQRTIEAHRARIFQKMQVRNAVELVHCVLAP >WP_220073286.1 carboxypeptidase M32 [Shewanella sp. FJAT-53532] >QYJ83348.1 carboxypeptidase M32 [Shewanella sp. FJAT-53532] MTANKQDSATPHYDALCAAFKQIHHFQHLQALGDWDQATMMPSGGSQGRGEAMAELALHIHTLKTAPSLVDNLSAADEEALTASQKANLREMRYHTLQATALPGELVQQKTALTYACEHAWRQQRKDNDWQGFKPNLEKVIALVREEAQILGEVQDLSPYDALLNKFEPGCQTAALDKVFGELRTWLPEMIQQVQAKQQSWQKVVIPHSSAASQQALNLDVMRLLGFDFNQGRLDTSSHPFSGGVPGDVRITTRYDEADFITSLYSTIHEVGHARYEQGLPIDWRGQPVGLARSMALHESQSLFFEMQLARSPAMIALLAEKINHHLGSQLTQESLTHLVQRVTPGLIRVDADEVTYPCHIMLRYEVEKGLIDKSLQVADLPEFWDNQMQSLLGLSTRGDDRNGCMQDIHWPVGELGYFPSYSLGAMYAAQFKASMIKALGDIDSLIEQGNITQVMDWLNQNIWSQGSLLTTDELVTQVTGEVLNPVHFKRHLEQRYLS >XP_055198731.1 uncharacterized protein C3orf84 homolog [Nyctereutes procyonoides] MQSALVGSWHNTGFYGHYRGQFKSESAQEYRLAAKPQPPAVFLQRCQEPVQRHFFSKHDNRTSFDKGPYCLLQGIGRRKDLDRLWQRHTFLRWAPCELELSQQRPLESSYQANFQSGPGVSDFPQRLVHFVQIQPPRTSTTYQQNFCQPSWGGYCGNNMGSVTDTLPDLPGIPRPKLLQHYLHAGVSECLNWSRALNKDG >MBQ8417539.1 endonuclease III [Phascolarctobacterium sp.] MLRKSKREAILKILEETYKDTKTALNYNSPFELLVAVILSAQCTDERVNKITARIFPRLNTPEKMGALTQEEMEHEIRDCGLFHAKAKNLLATCKMLVEEFNSQVPDKIETLMKLPGVGKKTANVVASVIYNVPAIAVDTHVFRVSHRLGMAKGADPLATEKELQKAIPMEKWSDAHHWFIWHGRLVCKARKPLCSECVLLQECPYKEKSL >KAJ1449837.1 hypothetical protein M885DRAFT_534415 [Pelagophyceae sp. CCMP2097] MSRQKDRLHGTNKDRLNGSTKNVAWAPQEGGGGGMGMMTTGLSTGLSTGDTDVLALFEGEQMDALTTYRLEALSSLHERKVGALMKSIGALQKDVAVLKTQSKEHRRSQLIQQLRNQLREQELAVDVLKEALIEKVMSADQVDELVILRTLGGPKRFRPKSREELQLEVAGALRKISELQKKQEKRHDMTLPINDAPKFHDGASTETPRIVRDGDGAEELPSEAHLREVQGLMEQLEESKLISARLDLDGAESRRSLQKLRSEKSELERENDRNSQVADRFLDCKKQLAASRLKCDEAEQTAARLDGDVEALQAELSHVRATNSADRVVLEQDVIILRDELSAALANEAELESAVLIARERAGRAHQGEEAAKILAENKVANAERRLREAQKERVRAQARYDGQEVASAAQRSALEASLRKESRQVEREARRGIHESQRLARAAQKRAGDVSALRDVAASQAETLQAHVDALHHELRAFADARLDDASEHEAHSLELTRRIGALEAQLERERAGRDVEAFENEARLDKFAYESMRHESQALKGHEVAAMETVRRERAEGNHVKKAGDAKFAKLGEEKAFLEVEAYKKEHDKLENYCKKLHSDLTKAKTRIGRAEDHAARAVLQATAKTLQATALKDEFDRDDGHTDAHTELYATRAALVAHMRLDAPKRDDGAVSAARRDLQRAVQSSRELGFFYTQVLQRINGAVDQPRNRPPSPQYRESDYAPRRDAPDRRDYALDRRNLPDRRDLPDRRDMAPTVRREAARPASSASTGSSYTGSSYTGTSYTGTTSTRTTQRPAASAPSNRAPSPRVASDLPPNLRVGASPGAARPGRRVPTDDDDDRFVGDDDGRQYSLRSPPQQPQRGYDSLSVSSASQSARPTLSPSSKSASRGGPGTASSHGSRGTPRDDGRGGPGTASSRGSTASSRDSRGTPRDAGDVRDDISESTGTTATSVTTRTPRSASSATHASERERLERRP >WP_000576638.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EHT1074091.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EJB8486652.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EJV1004921.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] >EXA84090.1 acyl-CoA dehydrogenase, C-terminal domain protein [Acinetobacter baumannii 118362] >KRJ33650.1 acyl-CoA dehydrogenase [Acinetobacter baumannii] MIFLLFVLSIVIQLVAIWAIFFFNLNRVAGSVITIAVAILTAFILTPWALLLGIPLIALSIIILFKPLRFNLITQPAYKTLANSMPSISTTEQEALEAGTSWWEKELFMGAPDWSQFEKYPYPTLSPEEQSFIDNEVEVLCSMLDEWEIHHQLKDLPPEVWQFIKDKGFLGLIIPKSFGGKEFSSFAQSRIMSKIASRSLTAAVSCMVPNSLGPGELLMHYGTDAQKQQYLPGLAKGEEIPCFGLTSPEAGSDAGAIPDSGVVCYGEYEGAQVLGLRMNFSKRWITLAPIATVVGLAFKLYDPEGLLGDKTKNEYGITCALIPANHAGVKIGARHYPGSPFMNGTVEGEDVFIPIDWIIGGQENAGKGWRMLMECLGVGRGISLPALATAAGEMSYLTVGAFARIRQQFNISVGKFEGVQEASSEIASDAYMLEAFRYLVTCGLNQGGTPAVMTAMAKYYATETMRKVVNHGMDIAGGRAIQLGPRNFLALTYQAIPIAITVEGANILTRSLMIFGQGSMRCHPYLFEELQLLQSDDKANAVQKFDDLLFKHLAYTFNRGARSFAYGWTGGSSDAPQSADQFTASYYKTINRFSANFSLVSDMALGLLAGDLKRKEMLSGRLADIHAHLFIATAILKFYEAGQKTEAEQLHAKLALQKAFLNIQEAFWGLFDNFPAKLPAAFVKWICFPLGRVISKPDDELKQQIAELMMEEHPFREQLKRHVYYSTEPNDVTGRLEHTFQMLRTIEPLWDKFKKAESKGKFTGLTFEENIAQAIKEGFISESEAQQLLQYNAIRFDSMLTDVFDEKLNKDLPLLNPHQIV >MYS48845.1 class I SAM-dependent methyltransferase [Streptomyces sp. SID6013] MTAAPASASSPSPSPSPGVLAAFEAAKGFMPAHEGRALYAAAVEAGGLRLPLLEVGTYCGRSTVLLADAARRAGVTALTVDHHRGSEEQQPGWDYHDPETVDPELGVMDTLPAFRRTLHRAGLEEHVVALVGRSPQVAAVWNSPLGLVFVDGGHTDEHATADYEGWAPHVADGGLLVIHDVFPDPADEFTGQAPYRVYLRALASGAFTEVSATDSLRVLRRTGTGI >XP_022120389.2 uncharacterized protein LOC110996835 [Pieris rapae] MLVIMVLYFLRIASCGGSEVLGLETGIMKMNKNNQETKLKENLEKEPDWSYNPIPKEVSRHVQEFKRNMSECLKEVQRNDRREIKRLSPKMESPVHGECLIACVLKRNGVIENGKVVKDNLIGLITKFYAKEDKLIKKLERNIDRCINTSIKSKDECLLASHLNQCTNDIMANNKHMISV >WP_199936433.1 DUF4105 domain-containing protein [Acinetobacter bereziniae] >MBJ8453723.1 DUF4105 domain-containing protein [Acinetobacter bereziniae] >MBJ8458101.1 DUF4105 domain-containing protein [Acinetobacter bereziniae] MKYIALSFSVFSTLLTIYSHAETPTLEQQTLANYLQLAQQKQLAEQVTWKRLLYAEGTAEHGLNQKKRNQSEVSYSGYFYAPDGRTNIRHELDADIKALFQKAEPNQSIRCKFPARSQWLMQQLNITEQQLPVISCPEFDQWFGQIKPYKATLIYATDFMGNPSSMFGHTLLRLDPKDQKQLNLVSYAINYAATVNSDDNWSYAWKGLVGKYPGEYSLMPYYRKVKEYGDFESRDLWEYELSLNPEETAFLVKHIWEMQKVNFPYYFVSDNCAYRLLGLLDLVRSDSNLRKKFTYAAIPIETIKAIDQQGLIQETVYRPALETQLNSQAKQHGHRLAKIAHEVASLEPQQMPQAIAAYNEADRAKILEMAYDDLYLQFVARQVDASYTQPRFRQLLGLRSQISIAKQRQAPAEPKINPVKGHDARKWSVAVGEVQGDKYTELGHRQAYHDLTDPQGGFRIGTQLQFLDGVAQWRNDRLKLEHLDLLTVNSYNPITPFKTPITWGFTLGWQQEAIQNGQFTDQQQHGVMSMKAQSGYTIADDDRKHLCYAELQTQLQAGKSLDKGWRIGLGPTLGCQNIWSDRLNSVIQVELPYWQDTSQWNLRVNSLFQYAVDSQNSVHLKWEYQQQNQIDWQKIGLGFVHYF >WP_095556548.1 FAD-dependent monooxygenase [Vandammella animalimorsus] >PAT40648.1 FAD-dependent oxidoreductase [Vandammella animalimorsus] MQATSQALVAGGGIAGLSAAIVLAEQGFATTLIEQTPQFVEVGAGLQIGPNAWRCLRAWGLERDVLAVSSLPHAMVAKNLHTGAVLGMLPLGLTAQQRYGAPYATVLRADLLHCLAQRARQTERLTLRMAGQVQAIDSHAAGQAVSLRIAGADGVTQQLQGELLLIADGAGGRLRQQTALEAAQEPLSRSGYTAYRGIIRQSALPQCLRSQQVSAWLGKHLHAVTYPLRDSEWLNVVLIANEAALAHSTRRGSADIQAVLANIERHGPLAKDLKDTILAIEAHGMNTLGYRWTEWPLRIRRPVPSPRALAAGRMALLGDAAHPMVPFLAQGAAMAIEDAQQLGQCLQGLQADAPAQAIPAALAQWARLRAARVAKVQKQALRNGRIFHAQGLVRHGRDAALRLMGAYLMDKPWLFAGGPVPKSKKA >NLN79518.1 hypothetical protein [Armatimonadota bacterium] MAIEDNIVNLSTDSRALSRQNPDLGYVFTRIPACPVFDDFLGQQVNSNHYTNIAGAPGVVLAACEPSQQARGVGGHSPPALQQRVWDRPPAKVTVNFSNR >WP_139032727.1 MULTISPECIES: putative 2-aminoethylphosphonate ABC transporter permease subunit [Bacillus] >QCY60526.1 putative 2-aminoethylphosphonate ABC transporter permease subunit [Bacillus thuringiensis] MEMLENYKVESTKKKIKRSIGKEEWIQRFVIIGMILSFLIILVLPLLQLFTQAFYNKDGVFIGLANFSKYFTTPTLVQSLQNTVWISGATTIISVAIAFVYAYAIARTNVFGKRVFQYVALLPLFAPTMMHGIALTYLFGNQGLVTKGMFGLFEGIQIPLYGPVGIVIAEVMYTFPQAFLILLIAFQGSDYRLYEASNMLGASKTKQFFTVTLPSVKYGLISAMFVVFTLSFTDFGAPKIVGGQYNVLATDVYKQVIGQQNMPMGATVGMILLIPAIFAFVVDRITQRKQANFLSSKAVPYRIIANKKRDVISFIYCSVITLMIILLFVAVGIAASVKVWPYNMSFTFEHFNFSSLTGDGLEAFKNSVIVSAVTAVIGAILTFAFAYAIEKIDQLQFFRKTGYFFSIVPLAIPGLVLGLGYVFFFSQPTIQILGLSVTNPFHSLYGTIAVLVLVNIIHFYSVTFVTATTALKKLDREFELVSQSMGIPFYKTFFRVTVPMCLPAILEMVMYYFVNSMVTVSAVVFLYAADFKLAAVSIVNMDDAGNVAPAAAMSVLIVVTNIVVRVVYERGTKALRNRTSQWQKR >WP_029364876.1 carbohydrate porin, partial [Escherichia coli] EHSGNTANDLYDDGSGYIYMMKEGRGRSNAGGNFLVSKQLDNWYFELNTLLEDGTSLYNDGNYHGRDMEQQKNVAYLRPVIAWSPTEEFTVSAAMEANVVNNAYGYTDSKGNFVDQSDRTGYGMSMTWNGLKTDPENGIVVNLNTAYLDANNEKDFTAGINALWKRFELGYIYAHNKIDEFSGVVCDNDCWID >HIG96475.1 hypothetical protein [Candidatus Woesearchaeota archaeon] >HII88988.1 hypothetical protein [Candidatus Woesearchaeota archaeon] MNEKICKTIVEHREQFVPHLFTERQVQLINKWLSKEKMTKTEQTYLYATISKKVDALSLLREEFYITGDHMIPKRVEEAKKILKEINKPAFISGSFLYAEKYKDIDIFIISRRRRSYHKGKKHLVGITEKDLQKPLSLSALHYSIANFSKTIHPEIKREDFDEIVFTYQWVINQIFQHEDQKELRNIVFQYHLQVQGELLDSFSLYKKTQIIKDMPKDKKIIKINHITKELLLITFSKKYIYSKMSSFSQTIKKLGEEYKTENAPVLLNFAEEVKDECRRAQA >XP_012066326.1 protein BUNDLE SHEATH DEFECTIVE 2, chloroplastic [Jatropha curcas] >KDP42950.1 hypothetical protein JCGZ_23892 [Jatropha curcas] MAAFFSCRSIHCFSSLFPSPSSSLPTTHFLPQFLSAKPEFPSLSRFCCSHGEFLDRPTNFFLHPIFLFSGFERPLDTQTALATVSVLAAISLSLFLGLKGDPVPCDRCAGNGGTKCVFCNDGKMKQETGLVDCRVCKGAGLILCKKCGGSGYSRRL >WP_274604755.1 DUF58 domain-containing protein [Frigoribacterium sp. CFBP 8751] MAGGEDDPVTREYRRGDPMRRVHWKATARHGELMVRQEEQHGLPSARVVIAVAAEGWSDARPTVPPTSGVRVRPATASIPLVSDAFEWAVSFAATIAVEIGHAGSATVLTTPGGTLVARHDPESTTGFLDDLADLRLDDALGAPAPAPSPREPVVAVVSGLGRLDLELLVASRAPGSSAIAVVVTAALPLGAGLTSRPARLADGPGRGDDRVLAPDEVAGALRDSGWRVVETDSSVDVGRLITTSGVLDD >MBL0280791.1 T9SS type A sorting domain-containing protein [Bacteroidota bacterium] MFKFQLPKAITTLFTTAIACLSMSYANAQDTILEQSFDFPALFPPLNWTNTKVAGTGAPGNWARVTTGGSPIQEPHSDPAEAKFNSFYYPAGTACDLSSEVVDLSVSGTYTVNFWIYRDAGNGNDKLEVYVNTTQESAGGTLIGTIYRKKTIAPVAATEGWYNYSFTIPASYNTTTNYITFKAISDYGFNIYLDDIAIVKNAISIPVCATGNTPVDGAIDVCSNATISWDIVPYATGYKLTMGNNAPNYNNVAANLDLGNVQSFSALLNNNTIYKWRVRPYNENGNAIACVQNTFTTAADVCYCLPEFIEPNCVSLDFIDDVYTIGALGNISNMNTGCVGDDNNYTYYSALTIIAVKGSTFTLNMQSGIDYEQGYGVWADWNQDGDFDDAGEFIYQSTTPTTALVSAAITVPETATLGVTRFRIRAFFNEAPLATQACAVWNEGESEDYNIDVQECTVTDYYFDGDSDGYGNPFAVFTTCVPPVGYVINNTDCDDANTSVNPGAPEVCNGFDDNCNVTIDEGAVTATVTPAGATTVCKGAPLLLNANTGVGYTYQWTRNGANLAGATASSYNVTKSGNYAVKVTAPGGCIATSASVGCTVTSNPNANISTPEGTDLCGISDLDLVANGGAGYTYIWYKNGVVIAGATTQTYVATAVGDYRVRVTNAAGCNKTSLIKTVTASCKTGDVVNNINVFPNPATTEINIVFSIENSNSGVLSITDLLGRKLMVQNISIENNIYTGSMNVANLANGVYYIVFESENARLVKQFIIAN >XP_024081758.1 protein ELYS isoform X2 [Cimex lectularius] MFRKSPVITTSIPFDLAVKRKMETSGETTKHDIISSLLLDEDYVWVASGSTIYIMEKDTGSYVSYHTFGDEDNPALHQYITCVEQYSVPDFDLPFMIIGTNSIKEGFVSVYNPLSSMIRRTVNIGRQVSCVSIIDDGVSEVSPFPGLLSEVMLGILAVGCVDGSLILMDLRRDLFLKGESQPFPPECEIADLHYIDEPFNKMEVKNNFDLCIHSKNSLAVLMIEGKEEYQGVSALYFSKETSCLFIGFGTGSWEMRSMHDFRLLYSTAECEYPIYGFVQLEPCDDPKHMLYLWVTYQTVNGNIPFMSLYNLSFVTKEEDPNYGRYYKGFRSCTMSFEFFPDLIVKDAGNSKVVSCTSLPRKIANSHPRPYCKVDEPHTLAFTGLWVEKSNASCSYLIVFDLDQWYKSQMPTSSIAVSPYLDVVTITDKHVDGVNIIRSSLKMENKGSFEVYFYPQSLDYEILCTCESEFIKVKKHSLQSIWTEKIKSTGVTSLVFPTKMCKEAVYAGLIPKFLDPINVTQCTEEQKRAFLLSILMELNLTYIISDAVNVWKEGHQISNGCSLEFIVDWMWNTVSSVWDKANSICSQLYNGSGTSIEFINVDYLYYSNKTINSFETLFSGLLEQLKLYLPKEDLDHKYNAMCVIQLYLRYVCIFSGENLLPEKNSDGLPESSIYYDYQGLKANYEKLKKETKIRCMDNLNKSGQPDHSLYLLDYVIGQHKPAIGTQWEQEGGTTSYPPPSIQSLLRTCLIQGVPQPVIHCIFHYFILDLIDLLQQKNCRDSVQKLKELEAKEFSNYKDYYIMKGLWMIDHLQFEDGLNCLIIQDSLMYTLPVETHRAILQTFLSNNQGNLAYKLVALDDGNKFTQLDDIKLEMSILISNGPPKDAYNFQNKFSEHKEKLFMQFLEGCLHSADLRNFLFKLNLDPEEERLCELFFNTNKTPLAVKFHLLYLIHHRRYFEADEIRKRHSEGKANLLGERIVKGLVSVLPPIAKQTKLCAHSAKQDILQHSAAQCLKPKPLSVFIKSSKHNVKSIKDLIIANMASTWRMKNVNTNQAVTSNVQPPSNMFKKKTKQEINEAEVEKEPVASQSTSYVNISKFSPMEIDLSSSHLPATSSINKRKVRRWEKAEVKRRKVTIPDSTEKTPDKQFGIPNKLFGTPLVKKQTHNSSNDHAVTPILKSGKTTPVAIAKPGNSFFQSDLGTPKKSIRFNVPEESPQDDTQTNDAKEEVSNEEQKLSFLEKVSRDVFKNEAGISETEELSDREEEVECEEVEEEVNNDNSPFESEAEAQFDEIEESRRLVKESADFSYSDDSSIEVIEIRDNSPEKSPMFGEDQEGSATRHFATIYDDDNSLKEESPMLGEDEDPARLGINIADEDFIQNSEEGLDMNLGDDAESNSKWFPKFNIQESKEDSNFSEDSPLVVEEIHGSSKEPLGSIYDDKTSIKGSPLLEEDEYSSMDIETMSFKTKYDSQSKEVSSVKTDETRGESLDVNIGSEDFIQNSREGFVADLEEEVDSNSKWSPKFNIEENKEESSSSEDSRMNEEEMHSSSKDADNANTVLLDGDFLLEKGPPANIVEEIEMSPGGSPDNIAEEIEVSPTGSPFKSIEEILNTEKESSFHFVKDTDSCQKNADMFAKDWDSSSKNSSSQSSERSLYTSTAEDSSNKTTPLQGSAEHSPIRFEEVSSSVEKTYFQFSEDAQEHSEKSEIIPKEQPTGTKEQSFVQLPEVSSSPDSMSINYFLFDMCMPTLTALYKTPREPEEPQMPTERAVTSDIEEKDDHLPNLPVSENSETEITLKSKSSLSPKIYIWGPPIQSKDDFASECDEVMPGSPIQSTDDFTSNECDEVISGSTIQSTDDITSNKCDEVMPGSPIQYPDDFSSKECNEDLIESPAQHEASIYVERDMSFEEKNSSWPIESKDTLTSMEFSDTQPNIPADLPKECDTTVPQSIQVKETRLADENVPVNIPKTFESSESHETPPRSPKELSKPDQTAEESKLEVKLREECDASSSFVDEQPAEADGSSKMFSVEMEMEEEKDDAKSQMSSFTSMEMDSTLTIPGVHFKKVSEEVFLVSSLTSMEMDNSLVIPGVHFKKVSEEDAHSNVVEEDPKFTDQLTSVKEKEETQTEEKDIPADLPKECDTTVPQSIQVEETCLADENMPVNFPKPLESIESHDTPPRSPKELNKPDDTTKEEILEVKHREECDTSSLSSFTSMEMDSTLTIPGVHFKKVSEEVADDNDVATPVQRSKRRKYKKTPGKALKLSDESDSSYGLLDLGMLEETQITKGTEITENHPHKLKPTPGRVLRSTTLVDYSYSVLDTAMLNNEPSEVLETISAKRTAGSRKRRSSSLEPTNTKAGGYSKVRTVSESQDDKEEKHTRPRRRAASLEPEPVGEKVIKVPKTKVSSRKKSQNMPVLSLTPSTSEENAPTVSRAPSTSSTSKTSCFKKLNFTNLEAEPISPKKPTTGKKRASSVKSYFKSDSVPNEEGHISQRLRKRSSSFTTLSSLNKVKPKLSNLENIIEDEEEEDKEINKPSAEVKKKKIKVKQFTYNDWLKLEHSKTDMLKRVSMMFPDCTQEPKSPQKGPGKVLRSGKVVEGVSADLDNKMENKEIEAVVAEYSQHRRVTRNQVSALRRSLLMDSEDDMLIFTPPEKSKEDKQAKTLSKGEASQASSVNQPAEEVTEKKEKKKKKKAPRP >KFK25655.1 hypothetical protein AALP_AA8G142500 [Arabis alpina] MADYHFVYKDVEGTSTQWDDIQRKLGNLPEKAPVFKPPAYTPAQDEASAPKDKAWFDEKTEEELEDLEDDKDLEDDRFLEEYRKKRLTEMREAAKVRRYGTVTPISGSDFVREVTQASAEDWVVVCLYKDGFAQCGLLLGCLEELASRYPATKFVKIISTDCIPNYPDCNLPTLLVYRHGAVKGTHVGMKSFGRRCTPESVALVLCQSEPVLNDGKGGDDESSREAVMAGVRRQFIERVVKDHEEKDNDDDGYNSD >WP_176572922.1 response regulator transcription factor [Streptomyces leeuwenhoekii] >CQR63571.1 Transcriptional regulatory protein degU [Streptomyces leeuwenhoekii] MPADRPERPLRVVLAEDSVLLREGLIGLLTRFGHEVVAAVGDAEALVAAVAAHAPDIVVTDVRMPPGFQDEGLHAAVRLRRERPGLPVLVLSQYVQRAYAGELLDTGDGTGVGYLLKDRVGQVEQFVDALDEVASGGTVVDPEVVRQLLRRRRDPLARLSPREREVLALVAEGRSNGAIARALVVSEAAVGKHIGSILTKLDLPPADGTHRRVLAVLAFLRA >XP_039286754.1 phosphatidylinositol N-acetylglucosaminyltransferase subunit C [Nilaparvata lugens] >XP_039286755.1 phosphatidylinositol N-acetylglucosaminyltransferase subunit C [Nilaparvata lugens] MTQKRNPWKKNLYENEGYPDNYTDPSFLEELKKNINLRQVTLTNAFLGAGLVTQELCLVVYFVVAFTYLYNEWITAECIFFWSNAISLSCYAYYVYNDSVGIVKHLKMVVIFTLFGYILSPVLKTLTETISTDTIYATTVFMMIVHMTFFDYGVKALIVSSSLSLNAAIFGSICLVSRLPTPFHAFVLLTISVQSFVLFPLLLAKIGTSLTALFFITASTICLLCTFSMTITVLFVITVTFINLLCPFWFHKWQKYKENIYGPWDEAVVQDIKL >MBK7906023.1 acyl-CoA desaturase [Gemmatimonadota bacterium] MRKDDTVSAAVSEYHDDIIYPNTAAFIFVHLAPLAAIWTGVTTTSVFLAVALYVARMFGITAGYHRYFSHRSFKTSRVMQFVFAFLAMSSTQKSVLWWAALHRHHHRHSDQEDDVHSPLHRGFFYSHVGWIFDKKHDETRLHEVPDLTKYPELMFLDKHQLIPGITLAIACFLIDGWAGLFIGFFLSTAVLYHGTFFINSLAHVHGKQRYVTGDTSRNNWWLAIITLGEGWHNNHHAYQRSTRQGFRWYEFDPTYYALKVMSWAGLVWDLGEPPVEVVRNERRLGAAVLERVARQLAERFPPGTVAAQVAQARESFDAHPKVIELRAKLAAGQTRAEEAWHELEQHLPHLPHLPTAAELRARALQMYADSPSTDEIVARARQVIAERFSIEVFPELRPALA >MCP4742086.1 hypothetical protein [Actinomycetales bacterium] ASRIARYSLAATAAAATGMADLTVHADVTSGSFSISFGRTSGTNFFNGFNSEYGGRFLSAAMGDWKLHLTAYQGTDIANANFTMTVSSSSASAQFVVNPEAISTSISSASVYVAQQVGAGQVWNGNTASMTVFALNQIFFTYKAPNGDRDTWTNPDANGTKYLNFRIEDGGAFTYGWIQLDWNITDANDWSVAISNWAYTSDGPLAAGDTGGSQAVPGLGGLAALAVGAAGLRGRRQRMAG >WGY84075.1 Hypothetical protein MOV77_005820 [Trichomonas stableri] MNTRYQSKLFSQRIQTTGNSVILLQCLFSKIESSFSGGAISINSFRFSSLETSSCIFDRCSALSQISDIILEGGAIKVTATTGIWINKTCFCKCHSNVGDAISYNCNNTEFSNIFFDVGKVEKNYINPAINSDLILCNISNFNTMQYMSTDPSYFYCYINHLDVQPLCNKYNYFTYFDNCRIIYFESILISNCIFKDTILIKISNYTNITYTTTNNNSYPDDRVTFATNLPDPIQIDACELLTFSDDYVNQTINNSITYMYIKQTVDIVNCKFYNISVLNDEGSAIMILRPSLYFNDYFPSIKIEDIYFLKCQSQKSPGCIMVNYENSKIDINRICAIYCFGYSSQVCEIKSTQNTYFNKSTTSSNYDLANYDTNYVYKFYGSEVNRYITGINTSNYIIIYSNFYLAHSQMSFCQEQNIITGSYIDYQVVNVSYSNYINITEDILFYNIIEKSHESVVYFEKCSFINCSLVKFYKDAIDKKNITLINCNFNSVNDLRKHFLPVCELPPTKGPTKLHIILLATLLPIAMIAGITSLSFFILVRLKQRKIEQRHELERELDLNFG >RMG09135.1 MAG: hypothetical protein D6731_20370 [Planctomycetota bacterium] MSSELHRIRLSAPVLAVRAGRREVLLSGAPVDVESERARAYRRGLREGQEVAQRQLAPLLASLGERLREQSEEASAALRAVEARLVELALVVAERIVAREVAAGRHDVQALVARVLEQAQEATQAILFAHPDDLARLEECAPPDLRLEADPSLRPGEIVLESPTGRIVATIEAQLANVRHALLSSEVLP >XP_016192053.1 protein FAR1-RELATED SEQUENCE 5-like [Arachis ipaensis] >XP_025638049.1 protein FAR1-RELATED SEQUENCE 5-like [Arachis hypogaea] MYNLITQHRKEKVKGGDANAAISYLRGKAGNDSYFFGKYTLSNENRLENLFWADETSCIDYECFGDVLTFDSTYNRNVYNKPLVIFSGSNHHGQTVIFGCCLLVNEDICSYKWLLETFLETMGSKHPTAVVTDGDLSMREAIKKVFPCATHQLCAWHLHRNACEKVKNSGFLNDFKKLIYANVSVEEFQVMWGDMVARYNLSSNSWVDQTYELRNLWALAYLRGQFFVQIRTTSQCEGINSLIKTYVRKKDTLLEFINNMEIVVSHYRNNERVAEKI >RZJ10574.1 MAG: GNAT family N-acetyltransferase [Acidovorax sp.] MFATKDWLKASWYAGRDMLRPVTGAPSAAERRVKQEVPVMVPIRALGPSYRERITQHLLQLEPADRYLRFGYAANDEQIRRYAEQLDFNRDEIFGIYNRRLELIAMAHLAFSEHPEHKDCAEFGVSVLKQARGRGFGARLFERAVMHARNEGVNMVFIHALSENTAMLKIARNAGATVRRDGSESEAYLQIPRASFDTRMAEMVEQQFAEVDYQIKKQAKQFWDFLANVQEVRSGVQDARHQSAE >MBQ6246919.1 ATP-binding protein [Kiritimatiellia bacterium] MSEATTAVQPELPAVEAAPGERHAAIIVRGVQMPAHQVRAAIKQAVEMDRLSEEDGEEIFWLYSYSQEYHLKERDLADKVGLDATTLYRVFRGSYGAASWANVVKAIRAFKAVEIEEMKKKNIGIIETEVKKTVFSACQAALNDGMPAFIYGASQTGKTTALLEFQRLNNHGRTVYLRLGSGWTRPRLVRELAVKFGNGVKATKCWALEDAIFGSLTRYNLLIIDEFHLALETTSEASSKAIMEFIRETYDRTGCGLVMAATKVGLAGLEGGKNQLLFDQLRRRGTVKVVLPDVPPVRDINTIARSFDLPLPAGEVLADIKRLIKTRGLGVFIKYLQKAYAITRKSKNQLTWDVYRKVVNGYLALSAMKTEY >MBE5709430.1 DUF3169 family protein [Oscillibacter sp.] MNAMSDNVRRDNRRALPKYLLTILLFGLLGGVLGFFTGVAGAAGVAETVRQALDRVLAVCAPWGIVGSAVVLLGAGWYLYAAAKRRFAAWDGEDEDAMDAAEQQLSWALLLTGLVIILDFFFFAASIIYGRFLPDLILFLASVAVLVVLQQKIVDLERRINPEKRGSVYDMKFQKTWMDSCDEAERAQIGQACYRAYMVGTKVCIFLWVALLILNFVFDFGLLPIAAVLAVWGAMQTVYALECIRLSKRTGDA >MBQ8297564.1 ABC transporter ATP-binding protein [Ruminococcus sp.] MYRKIFSYVGEYKKKAILSPIVIIGEVAMEVLIPTIMAMIIDNGIKQNKISYVVGMGLLMVGMAVVSLCFGALAGRLSAVAAMGFAKNLRSALFRKVQSYSFSNVDKFSTASLVTRLTTDVTNAQNAFMMFIRGAVRSPIMLICATIMAVRMNSRLSLVFLAAIPVLGFAIFFIVIKAHPRFEAMLTKYDAMNSRVQETLIGSRVVKAFVREDYEKENFRKTADNVRKAQVFAEKLVILNGPIMQFCMYSSIIAILWFGGSMAMDGSMGTGELSSFITYVSQILMSLMMLSMLFMMFVISRASMHRIYEVLNEEPSIKGAENAEITAQDGSVRFENVSFSYFDDMNNLALEHIDLDIKSGETIGIIGGTGSSKTSLVQLIPRLYDATEGNVYVGGHNVKDYPLETLRSQAAMVLQKNVLFSGTIRDNLRWGDENASDEEIIDACKSACAHDFIMNFPDGYDTYLGQGGVNVSGGQKQRLCIARALLKKPKIIILDDSTSAVDTATDSSIRKAFREKLSETTTFIIAQRISSVKDADRIIVMDDGKISDIGTHDELLARNEIYQEVYLSQQKGAED >WP_039930315.1 rhomboid family intramembrane serine protease [Limosilactobacillus oris] MRNSVWKDNPVTVTLVAIQVIIYLLMTLAGGSTNPAVLLRFGALQSAALQAGEWWRLITPVFVHIGFAHLLINSITLYFIGMYIEQLFGHWRLLIIYLGSAVVGNLMSAYWLPAGISAGASTGIFGLFGAFIMLGASFRENQALRMLSRQFLILVVLNIVTDLMVPGIDLAGHLGGFIGGFLLAYLVGAPRLGRVNVIERTLATLVLVAGILVLFIKVS >KAF1039360.1 Flagellar hook protein FlgE [Herbaspirillum frisingense] MSFQQGLSGLNGAAKHLDVIGNNVANASTVGFKQGQVQFADAYANSMNRSGNSPVGIGVTAANVAQSFTQGNVTSTNNPLDIAINGDGFFRMAGSLTDQSPRYGRNGQFQLNKDGYIINPSMNGAYLTGYPAGITGGDAVPLKIDTSTLPATATQKIATKVNLDSRKTVPTVTPFDPANPNSYTNSTGVTAYDSLGNPYSVQTYYVKGATAGAPPSTTWTMYATVDGKMVTTLPGGTVPQAIGTMTFNSTGVMTGATGMTLDLSGYTRAGGTFPGAIALNYTGSTQTGSAFVNLAQSQDGMPPGTLSSFTIGKDGAIIGSYSNQQTKALGQVVLVNFANPNGLQPLGNNLYQATSDAGAPLVGSPTTGTFGTLQARAVEDSNVDLTRELVNMIVAQRVYQANSQTIKVQDTVLQTLVSLR >WP_222952672.1 adenosine deaminase family protein [Micromonospora sp. PLK6-60] >MBY8870358.1 adenosine deaminase family protein [Micromonospora sp. PLK6-60] MLHPAQRTAPKIELHVHLEGTLRPALLAEFTGDGPPAPGPPYAFTDLYGFIEIWNRVTACLRGPEQYRRALLAYAAEAAGHGAVYLEPIVDAEERLGGPAAWADVLAACCDAAAEARERHGVEIGLTPQVCRGHDVEVAEEAARVATRFAGRGVVGFGLSGAEGRFPTLPYAGVARIARDGGLPFVPHAGEAAGPAAVREVLAMGAVRIRHGVRAVEDPRLVDELAAAGTVLDVTPTSNVRLGAAAPDRPHPLTVLTAAGVRCSISTDDPAIFDVTLAGEYAVAARLGVDAATAYASGLAGALCADVTRDRLAALGRRAYGPAAPVPRTAAEPGDQAGVPGR >WP_091759775.1 right-handed parallel beta-helix repeat-containing protein [Marinilactibacillus psychrotolerans] >GEL65878.1 hypothetical protein MPS01_00330 [Marinilactibacillus psychrotolerans] >GEQ34846.1 hypothetical protein M132T_03540 [Marinilactibacillus psychrotolerans] >SDC08121.1 parallel beta-helix repeat (two copies) [Marinilactibacillus psychrotolerans] MRKLLVFLGLVFLVSGISIGMIYQNHNVVKSVIYVSTEGDDQNPGTIDQPLLSLKATADKATSGTTVNIRGGIYDEPLIIQHDGTRNAPIFFQSYQDEKVTISGRKLEDDPEDIALVEIDGHSYITVHGLTIENLTTKHDYKTNIGILITGNSHNITLSNNTVQDISTTVIGGNAHGIAVYGNEKIDTIDIQHNTLTNLKLGLSEALVINGNVSNFSIKENHIYETDNIAIDIIGYEDTANDTSQDYARDGEVIGNTIHNNSSYHNPSYAKDYSAGGIYVDGGKHITIKNNQVYQNDIGIEATSEHKDRSAEHIKILNNTVYENAYTGISIGGYDADRGGTTHSLISKNILTDNDTIGLEGGQLLFQYYTHSNKIESNEMTASSSGLFISHEYEGNTNTIFENNKYYLKNQILSRWLWNNQEVNSLKDFQKLSGNKSDAVIPD >WP_219486374.1 hypothetical protein [Mucilaginibacter rivuli] >MBW4888496.1 hypothetical protein [Mucilaginibacter rivuli] MKKVLLFIVFFYSGFLMAQSPLLVAVQQQYDSVVVFDLVSKQKRVSAKVGFKPHEVTYDAVTKKCFISNFGLEDYDLKIGKTGNTISVFDPFTGEILKPLYTAADTSVHNGPHGIKVRPGKHRELFVNTEIGGDAMMVYDINNYAVKRSFALPQGTHNFIFSTNGDSLWVMSGLNGVYRINTENGAVLSHVVLPSATRGVLAAKQWLVASCKNEVFLLSKKDLSIVKHFGNLQLKTGLITYSNITNDQKYILAPAPLDSVVLVIAVSNGQVVHRLQTGNTPLNVQVDGTKAYVTHAYDDYIATIDLSNFTFTRYLKAYGTNGLVLAK >WP_055091847.1 tetratricopeptide repeat protein [Flavobacterium daejeonense] >KQB42835.1 hypothetical protein RCH33_931 [Flavobacterium daejeonense] MKEEIYLLFDQYLQGELSEKDRLDFEKQLSENAELKSEFETFKEVQLQLETKFDFAVDRETFEANLKNISRDYFKPKKAKLISMKPYVYMAAATVILLLGLFWFHPSEPKFEDYNQFENAYLTERGEGLELIKEAENAFNAKDYKRAIPLFEAVLKEKQSAEIQYFYGISLLENNQIKQAEAEFNQIKSGNSVYKNKAIYALALAKLKQKDYKSCKEILLEIPSDYEHYDKVQELLDKLD >WP_238837572.1 dihydropteroate synthase [Leptospira mtsangambouensis] >MCG6140253.1 dihydropteroate synthase [Leptospira mtsangambouensis] MAEIFGILNITTDSFSDGGKFLNPDDAINQGTKLLQEGADWLDVSGQSSNINANLVSEEEEWKRVEPVIRHFVPKGVRISLDSFRPEVQRKGIEAGVRCLNDITGFTYDGDRSFFSSYIQKYPELIFIIMHSHNKNIAKFKSDLSPEIVIKKIQVFFRDRRSELISMGIPETSLLYDPGMGFFLSENPMVSFRVLQELDILKLEFPQLMLGVSRKSFLGNILGNLPTADREFATLACELYLLENKIPFIRTHNVIKLRQAEKIWNLCQGNE >EHK3702610.1 hypothetical protein [Escherichia coli] MRGINKDKELNKRKLALELLRDWIRQFNPASYNDLINGLSEDFKKRTVMLVDQIPEKQKSRYHINEDALITLPSGEIVAISNQWGIVNIELLIEFVRQNGFVVEKAEQ >EFV8345964.1 hypothetical protein [Shigella sonnei] >EFY1212955.1 hypothetical protein [Shigella sonnei] >EJC9686381.1 hypothetical protein [Shigella sonnei] MIYSNQIKYSGKDGIYFHLRDNVESFLALTATEQMDYDSPMMVTTQAMQSGQTITDNVQRAPKTISISGVVVVDSTGSVLLTRQGQLVETFISTVEQWRDQKQIITIVCKDGISITDSIITQFKASKEHTIANGLRIQMTFQGVEFRSIVGQTDVSAATGKTATTNDGGTTSKKNTGNTTTSLGNGMLMCQELYNRSTSELTNEQLQARINCGRSVKVENGKSTFSDAANAQASKVLNNAGTGSTLKKFSINPNKRY >MBB2134936.1 immunoglobulin heavy chain junction region [Homo sapiens] CAREGGGVWWLNLTYYYYYGMDVW >WP_162485939.1 RNA 2',3'-cyclic phosphodiesterase [Dehalogenimonas etheniformans] >QNT75290.1 RNA 2',3'-cyclic phosphodiesterase [Dehalogenimonas etheniformans] MIERVSPIRAFIAIELAESVKRELSSLQRQLQVQPSEGIKWVAPEGIHLTLKFFGWVAPDRIEQIKSAIAKSIAGTGPFELRLSNLGAFPSMKRMNVVWCGLSGDLPKLNMLQQSIEKWVSLLGFPTESRAFSPHLTLARLRDEVTSEVKQKLALKITRTKVDPDLTIQVGSVSLMQSTLFPTGAVYTELARFPLS >KFF47610.1 ATPase AAA [Gammaproteobacteria bacterium MFB021] MDLFADSAPQDNVPLAYRMRPTSLDDYVGQEALVGPGKPLRRMAESGSVRSMILWGPPGVGKTTLADILAEASNSRLEKLSAVMAGVKEIRAAVERAQEARLRERQTLLFLDEIHRLNKSQQDALLPHVESGLLTLIGATTENPSFEVNSALLSRARVYVLKALDEQALIRVIKRALGDAERGLGQRDIRASDEALAILARAAAGDARRALGLLETACDFTGRDEHGETLARDAVVEVIGHQAAAFDKQGEHYYDLLSAIHKSIRSSRPDAALLYMAQFMRGGGDPLDVVRRLTAIASEDVGNADPRALPLVIAAWDAYLRLGDYEGQRAIAHAAIHLATAPKSNRVDQAWAQAKAFVAEHADLEVPVYLRNAPTQLMASLGYGEGYRYAHNEPNGYPAGSAHDCWPAALPKTSFYVPSEFGQEKRYQQMQAWRDELDREADRQA >HBC7850765.1 glycosyltransferase [Escherichia coli] DVLSAHFINEYNRLNNDNRKKVVFTASFDFFPNIDAANYVLNAAKSNNDYCYILAGRKSTTLNLPDLDNLFFFDNLSNSEMSYLLSACDVFYSPIVLGSGMKTKIAEALSYGLYIYATEHSLIGYDEIINNKECVKKISHLDEEFPKDFKMKSINKQLIMSYQQKYYSHYRFNGHELDIINFDD >WP_026729912.1 ketohydroxyglutarate aldolase [Flavobacterium denitrificans] MKSIQNAIEIIANQGVLPLYFNTDEMISIEVLRALYKAGIRAVEYTNRGSEALSNFKKMVEVRNAEMPAMLLGIGTIKNELLAKDFHLAGADFFISPGFVPEVASFLKSNNLLYAPGCMTPTEIIAAENAGVSFIKLFPGNILGPDFMSSIKEVFPNLTFMVTGGVDTTHASIQSWFTAGVAAVGLGSKLITKKRMIEEDYATIEKETRTVLDIIQTTRKQL >MBU2837240.1 GIY-YIG nuclease family protein [Acidithiobacillus thiooxidans] MSNSDLNDLAAELADFAPPEKKGGRSAIEERVIAGFKDIQRFTEKHGHTPQHGEDRDIFERLYAVRLDRLRALPDFSTLLEPLDYQNLLSADPAEETIDIDDLASELAGVADGGDITVLRHVRTSAEKRAAEAIAERKPCEDF >MCH5231772.1 ATP-binding cassette domain-containing protein [Muribaculaceae bacterium] MIQVNNLGQQFGKRTLFSDVNLTFTKGNCYGIIGANGAGKSTLMKILSGELTPTYGNVTFGPGERLSVLSQDHFEFDEIPVIETVLRGHEVLWNIMQEKDALYAKPDFSDEDGIRAAELEEKFAELEGWNAESDAAALLSGLGIKEDRHYMLMKDISANEKVRVLLAKALFGNPDNLLLDEPTNDLDLETVAWLENYLSNFENTVLVVSHDRHFLDAVSTHTLDIDYNKISLFAGNYSFWYQSSQLALRQQQAANKKAEEKRKELLEFIQRFSANVAKSKQTTSRKKMLEKLNVDEIKPSSRRYPGIIFTPAREVGNKILEVKGLSASVDGELLFKDVNFQIEKGDKVAFLSRDPRAMTALFEIITGNRKPDSGSFEWGQTITMAYLPLDNSSFFETDLNLVDWLCQFSNDSSEIYLKGFLGKMLFSGEEVLKKASVLSGGEKIRCMIAKMMLTDANTLVLDSPTNHLDLESIQAFNNTLQAFKGNILMASHDHEFIQTVCNRIIELTPNGIIDKIMEYDDYVTDEKVAAARERLYPSVLQ >MCE1200518.1 Crp/Fnr family transcriptional regulator [Bacteroidia bacterium] MNMGRFELRFNKGETIVKQGTHATHLISLTSGMAKLYLEGFDNKNILLDILQEWRLFGGPGLFTDSKYHYSVAALSESTACFIPIDNLRQVIRTNADFAEGLIKHCNANSVTNFERLVSLTQKQMHGRLADVLLFFSDKLFRSDRFVLPVSRQELGEMSNMTKESVTRILKELESDGVIALDTKHIRILNKTSLEELSLRA >CAA9338705.1 Potassium channel protein [uncultured Nocardioidaceae bacterium] MPDQQLDATSGAVRFPQVVRSPWWELTRRLLLAAGVLALTVLVVYLDRDGYVDNNDPDGTVDLSDAVYYATVTLSTTGYGDITPSSQNARLINALFITPLRIAFLVLLIGTTLEVLASQGRERFRTARWRRRMAQHVVIVGYGTKGRSAIETLVANGMSLSDIVVVDPKSGAVREANDAGLTAVIGDATRRDVLRRAGVGKAAQVIITTDRDDSTVLSVLNARQLNRTAYIVAAVREGENVSLVRQSGADAVVTSSDAVGRLLGLSAVSPALGSVIEDLLTTGHGLEVAERELMVPEVGKQPQNLQDQVLAVVRDRQVHRYFDPVVTQLARGDRLVVVRPSEELPWAPRPGTHGEETTEDE >XP_011822310.1 PREDICTED: tryptase alpha/beta-1-like isoform X1 [Mandrillus leucophaeus] MPLLALQMLNLLLLALPILVSPAHTAPAPGQALQRAGIVGGQEAPRSKWPWQVSLRLHGQYWIHFCGGSLIHPQWVLTAAHCVGPDVKDLADLRVQLREQHLYYQDQLLPVSRIIVHPQFYTVQIGADIALLELEEPVNVSSYVHTVTLPPASETFPPGTPCWVTGWGDVDNDVRLPPPYPLKEVEVPIVENHLCDAEYHAGLHTGDSFRIVRDDMLCAGSEKHDSCQGDSGGPLVCKVNGTWLQAGVVSWGEGCALPNRPGIYTRVTYYLDWIHRYVPEKP >MBE6491651.1 hypothetical protein [Methanobrevibacter sp.] MFLINAVNALDSSNWTEAIVGYEDFKIPPEYKNPYSSDFNMYEFDEDIDVFTIRYVNPRIMDLYGYFLEHNSQIKKVNVEGHDAIHFMTYDRNDGANNSKLWFSAGDEFYYIAWRGSDITPTIKEVVKSANKSNYNKTEFYSILNNEYNNYKVVNAIESQRYDYPQNDKGHHSFVSVGSNGINFGVMS >WP_255632456.1 ATP-binding protein [Amycolatopsis sp. TNS106] MDTAVRSALEELVPALAGEVALLRRKLRGWLDALPLDANSKDDITIAAYEAMANTAVHAYPGRQGWVRLYADWAGDAISVTVTDTGDGIPAARSRADKPPSGGRGLSLIDEVTDQMTVDTGAHGTRVAMVWRPAALRQNTAS >WP_120851940.1 bifunctional demethylmenaquinone methyltransferase/2-methoxy-6-polyprenyl-1,4-benzoquinol methylase UbiE [Helicobacter pylori] MKKEKHLKQEKIINMFDDIASSYDQANRLMSFGLDIKWRQRACEHAFLFLENKKALRLVDVACGTGDMLVAWQKSALNCGIEFKECLGIDPSNNMLELAIKKCEELENKISFIQAQAKDLKGVGNNSVDILSIAYGLRNIVERQEALKEFFRVLKPRGVLVILEFLKKDNPTWLDKISGFYTNKVLPLVGGAISKNYGAYSYLPQSIEGFLSLEGLKSELKNAGFEVLRTEDSIAQISTTMLVKKS >WP_230269925.1 hypothetical protein [Deinococcus sp. 6YEL10] >MCD0159995.1 hypothetical protein [Deinococcus sp. 6YEL10] MTRQEQTVRVDLDSLTHKHNRLGEPFTELTLILPSGTDLRLLHRAARVQKAGKGGTVTAQLHVTDDSGERRTFNLFFVKSTTRDFRFGAVMRLDGFNPHHNLEHFLAGSVLRESADALPHLDFHVLLETINANPILAAAETLKDGLQKMVDDSGDLESVTLSSGGQSVTLTSARDRAPREQPPLETHDHH >QBL97920.1 tail tape measure protein [Exiguobacterium phage vB_EauM-23] MAGRDTEIQVDFNVKGVEQVERGDQALDKLGGTAEKSGKGVAGLGERMTAFGGKMDKVGKGLSDVGGAMAKTFGAGALAVGAGLGTAVNTAMNFEAAMSKVQAISKASGDDLDQLSNIAREMGATTQFSASQAAEGLTYMAMAGYDTEKMIGSLPGVLSLAAAGGADLATTSDIVTDAMSGLQMSADETGKFVNIMAATVTGSNTDITMMGETLKYTSTIAGSLGVSMEDLSIAIGLMGNNAVKSSQAGTAIRSGLTRLIKPPKEAADAMKKFGVEVMKNSDGTINLRDTMQGLRTALVDVDPATKNAAAAAIFGQEAFGAWLAIVDSSDESFDKLASSIDNSEGVASTMADVMNNNLAGAFKTLNSALEEAQISIGQQLIPAVRWGAEAINGLVNKFNALSPATKKFIAFGAAGLFVFLALGAVIGVFLMALGGIITSVGTVATALGGVITAFGGVGAAISAILGPIALVIGVVVALGGAFYLLWTRSETFRNGLISLWESLKAQLTTALNTAVAFFQGIGQQLVTWWQTNGTMIMAAAQNVITFLTVLFQSFLPVFQGIWTIATTVVQLAWSVITAVISGAIAVITGLVTFFAAVFTGNWSAAFDAVAGIVEAGRTLWTTVIDAALNAILTIVSTILESVYQTFQNIWGNITGFLEGIDLYSIGSDIMSGLLNGISDMGEKVLSKAKEIAIGIKDTVAGMLGVKSPSRVMMEIGMWTSAGMALGMEQGAPMVEKSSAQVADAAVFGPASGSVSNSTANSSSSTVNKPQITININGGGNAGEIASSVRGELEDWFASLGNVSPRSIEV >KAJ3865263.1 armadillo-type protein [Lentinula novae-zelandiae] MGVTALTASSIPTVTRLLNELLETLHNIRSSGYSLNQATIKYVFFPIYALLNRNDSTAIPDQVLEKVFAILNTLCEDWWWYLELKDWDQLFMLCGSVIGGFGAKGKGKERAEETKEAAAHCLLTLLRPRDNDDGPLTPNQVRSRMRMFVEHAQTPSFIPILGQTLNSVLLATEHPSLSLQLSMLDLLFIMLSRYFPDDLIVSVLPGIVSTTCKLCLGAPGGKGWAKGAVVGNSLRVMQEVISKSIGDEPCIKAGVVLSAETIEELADLVGEQPPEQSAQGESKYGTSRTSSWLKVTSSQLLIAMKSLSPLIQHPTSSALMGLAEFSAHVLRTTPTTLPQIQPLLLSYLLALTNSELPSVSGKATELLSELLTASSKARYSLTWTLMRITRDNLIALPVLLPSQSDTKVEHVTGIIEAICRLALIGKDNTKSNLSPIAFEIGKLLGPTGGVEKWGWSLLSVLELVDPPVTVTSTSAAQMMLENEPEVSAWLPFPQPMLKNVSSMNTFDSLVRMFHALGKAAGDAGLFAVEWFVNIGQSGKDFKAVTGMWCACRLLEGISNVSLSEDPSTSLRLSRSKRLEKLARGLVKSTAQLWDSIHEDDPIDTPSEGIPDGHDEVPNPTQHVRGLIRLHDTLQITRGTPIGPRITTQPLLHSALSVQLISITAGILETRFSPLFIYSLYPILHSLVSPFSFLAETGLRALTFVTVCTSYASPANLLLSNFDYVLDSVSRRLSRQWLDVDATKVLAVMIRLVGSDIVERAGDVVEECFDRLDEYHGYEIVVEGLVEVLGEVMKIIKFEELSKLSNDQTPPVRQSFIDQQKFDSFFEWFAHRSESTVEEDQEDYGPAPRKGWGDDNPPDKANTGDQPEDVPEVMPDEEPPLTSSQALTKQIVQRSIYFLTHESTGIRARILNLLSSSVAVLSESTLMPSIHSAWPFILNRLADTEVFVVSAAAGLVEALVTSMGSLMFRRVWDDVWPRFRSMLSKLETADKINAVSHRIRGGVGTESVYTHSHRLYRSIINTMTAALKGVDPQDSSNWEVIVAFRRFLHSEAAEELQQCVQKLYLAAGTVNADAVWLALTATSGQVTSTSTKFLYESQWDIVKNVKLILGELDT >NDJ88951.1 acyl-CoA synthetase [Mycolicibacter kumamotonensis] MALNIADLAEHAIDAVPDRVALICGDEQLTYAQLEEKANRLAHYLIDQGVKKDDKVGLYCRNRNEIVVAMLGIIKAGAILVNVNFRYVEGELRYLFDNSDMVALVHERQYADRVANVLPDTPKVKTILVVEDGSDLDYGRYGGVEFEAALAQGSPERDFGPRSADDIYLLYTGGTTGFPKGVMWRHEDIYRVLFGGTDFATGEPVADEYDLAKQAAANPPMIRHPIPPMIHGATQSATWMSLFSGQTVVLAPEFDADQVWRTIHDHKVNLLFFTGDAMARPLLDALLAAQAAGEEYDLSSLFLLASTAALFSPSIKEKLLELLPNRIITDSIGSSETGFGGTSIVAKGEAHTGGPRVTIDKTTVVLDEDGNEVQPGSGVRGIIAKRGHIPVGYYKDEKKTAETFKTINGVRYAIPGDFAQVEADGTVTMLGRGSVSINSGGEKIYPEEVEAALKTHPDVFDALVVGVPDARYGQHVAAVVQARGDARPSLEEINTCARTEIAGYKVPRSLWFVDEVKRSPAGKPDYRWAKEQTEARPADEVHAKHVTADS >MBQ2085260.1 cation transporter [Oscillospiraceae bacterium] HGAYDLVLNNYGPDAWNGSIHIEVPDTCSADELDQLIRSIQTEVFLKHQVVLTAIGVYSVNTRDENIIETQKKIREIVLSHDHVKQMHGFYLNKEQKTMRFDVVISFNAKDRKAVFEEVIADVRNAFPDLELQAAMDTDFAEV >KAH3670308.1 hypothetical protein WICMUC_004877 [Wickerhamomyces mucosus] MLLEPNNDPPVEGCALGPFPNNPLEGCVVVLLFPKRPPPPVKVDVLDDGLEPNNPPVGLVVDVFVVLLLPNKPPDGAAGLAPKSPPPVVVLVFEAGLLPNNPPVVDPVVDVFVVLLLPKRPPLDVDAAGFEPNKPPVDGCVLEPNPPVVLEPNPPVVGCVVEPNPPVAAAGLAPNNPPEEPVLLVLLLLLLVAPNNPVFDDVFVVLLLFVVPKPKPVDPDVCEVLVFDPNPLPVGLAPNKPPAPPVVDGWLLVDPNVDPVLLLAPNKPPLDDEPPNPVDDADPNIV >WP_013611731.1 hypothetical protein [Odoribacter splanchnicus] >MBP7379455.1 hypothetical protein [Odoribacter sp.] >OKZ39216.1 MAG: hypothetical protein BHV82_15910 [Odoribacter sp. 43_10] >CDB08654.1 putative uncharacterized protein [Odoribacter splanchnicus CAG:14] >ADY32523.1 hypothetical protein Odosp_1487 [Odoribacter splanchnicus DSM 20712] >MBP8906432.1 hypothetical protein [Odoribacter sp.] MKLLKYGFYLLAIAASAVSCTRKDGDWDPIKTDCREITVPPQGGSAVVTMKNYKGWWISTVQYEAKGENLMIHGEDFGFMKFENEWCEIVVPSESPNKLYIALKENDGREPRKIGIGMTVGDAFTSIDITQGSALLTTPNE >SFX27592.1 ATPase, P-type (transporting), HAD superfamily, subfamily IC/heavy metal translocating P-type ATPase [Ruminococcus flavefaciens] MKCKIMHDSCGRMRVHLMQKYMTLEQADILEYYLRSGKGVKDVKVFDRTCDAVIIYEGCRNDIVSALARFYYSDERAVSLVPEQTGRALNREYEDKLVWKIIGRIVRNTVLPVSVRTILCLLRSVKYIFSGLRTLLHGKLEVSVLDATAITVSMIRGDFGTASSVMFLLGVGELLEEWTHKKSVADLAGAMSLGVDKVWLRKDGQELLVPVNEVQKGDCIVVRTGGMIALDGRVVSGEAEVNQSSITGEGLPVRKTADSPVYAGTVVEEGECVICVEKVSGTGRYDRIVKMIEESEKLKSAAEDKASHIADSLVPYSLGATILTYLITGNAAKAIAILMVDFSCALKLAMPISVLSAMRDCTRRGISVKGGKFLENIAEADTIVFDKTGTLTYASPSVREVVAFGDNDPEDMLRLAACLEEHYPHSMANAVVGEAEKRGLTHEERHSRVEYVVAHGISSTVDGEKVVIGSYHFVFEDEKCVIPEGDEEKFASLNGEYSHLYLACGGKLAAVICIEDPLREEAAEVIETLRNLGINKIVMMTGDSKRTAKAVGRRVGVDELHYEVLPEDKAEFIRREHELGRKVIMIGDGVNDSPALSESDAGIAISTGAAIAREIADITISANDLYSLVTLKKLSDSLIKRINWNYRTIIGFNFGLIVLGVMGILPPATSAFLHNASTLAIGIRSMREYEAD >KAJ1918571.1 histone acetyltransferase [Mycoemilia scoparia] MSSPVSKRQRSDSAGTHSSQMPYSKDDIKKETIEADTANVDMGIPLDPKNQKVAIQEEMDGTIRFQVVVNDKQPTSMVLLTGLKNIFQKQLPKMPKDYIARLVYDKNHASMAIVKRNNTVVGGITYRLFEQRRFSEIVFCAVSSTEQVKGYGSHLMNHLKEYIRNNTLAEHFLTYADNYAIGYFKKQASANTRMYIKSCFYWDGSKPKKLAGNAQDFARSKTKHALSDAAM >WP_190728164.1 UPF0175 family protein [Nostoc sp. FACHB-888] >MBC6433652.1 UPF0175 family protein [Nostoc sp. HG1] >MBD2242948.1 UPF0175 family protein [Nostoc sp. FACHB-888] >MBN3894421.1 UPF0175 family protein [Nostoc sp. NOS(2021)] >MCL6750428.1 UPF0175 family protein [Nostoc sp. CCCryo 231-06] MSVVISDEILQASQLTPSEFCQEIALFLFQTGRLTIGYASQLADMQPNTFRQLLKQRNIPLYSYDVEDFELDLKNLRELGRL >MCD1648821.1 hypothetical protein [Marinobacter adhaerens] >OAN93809.1 hypothetical protein A8B84_04485 [Marinobacter sp. EhC06] >OAN94595.1 hypothetical protein A8B80_13730 [Marinobacter sp. EhN04] MITIVGGLVFVIILFALIWFFCKKFLEHHGVTDQVKDRAMVLATWTFAGISVGLVFAVVGAFVLGPWAFYRTLRGHGVEISDGAAVWWGLAIVLASLGITAIGFFGFLMLVGAY >WP_002318774.1 PTS sugar transporter subunit IIA [Enterococcus faecium] >EFF32620.1 transcriptional antiterminator, BglG family [Enterococcus faecium E1039] MNYKISYLLKIPREISLEKAAEIIEVNTSEAIKQLTPFAEYVDDTHIRIKKFRAIDWAEKFLDITRFEAVYTEQERRDLLYLMVYSTATSVSVFHFQDFLQVSKGTVLSDIKKIRNELEVEDCQLSYTRKTGFRLLGSEAILRREAKNRTARLMQSLAGRFGLTYLTATLSIDYYAKVRDLLDKTISLSDLRFAPNRMDELAYYLSLTTIRIGKTSMELVKDAELLASLAVTDISRQVLTGLGYSEHQNSEIIFFSLCLASIVEGDVQEPALDFLLECSSEVIHRMEFLMAVEFDSFRELLMNVFYHLVPAYFRISYSFYLPNVMIDQIKHQYASIYEMTRKALLPLERRIGKSIPEEEIGFFTILFGGEIRKADAEERNRKIRAVIVCPSGISSSLILKSELQQLFPMIFFTETNSADRLHEVDETSYDIIFSTVPLTLTDKKKSLYVLHPIMTDLEKNQLINQVQRDWLIPGFSMPSAQELLSALLPYIELKEGVDEEKLYQVLNRKMNKLLEKKEDQRPMLSELLTEEMIQLSDQPKNWQEAITFAAQPLLSENKIEESYIKAMIERVEQYGAFIHIGDHIALPHARPEDGVNEVGMSLLKLQQPVDLLDDPAHPISLFICLAAIDNEAHLRALANLTKLLSNKQNLQDLLHASTKEEILAIIRKGDE >GDX50632.1 demethylmenaquinone methyltransferase [Bacteroidota bacterium] MDSTVTALEIAYIRNFIVSSQVKPNPNSDASKKQQVKEMFDNISPRYDFLNHFLSLGVDYSWRTKVRKNVNSFGAKHILDVATGTADLAIEMTKIEGSKIEGVDISQGMLDFGQIKLNHKNLTSRIRLTQADSEKLPFKEGDFDAVTVSFGVRNFENLLAGLAEMHRVLKPGGPMVVLEFSKPTNPIFSRLYWFYFKNILPLMGKMLSRSTNAYTYLPQSVAAFPEGEEFVQKTKSVGFSHVTYKPLTFGICTMYTCVK >PZR90627.1 3-dehydroquinate synthase [Candidatus Dormibacteraeota bacterium] MTVKVPGHPYPVLVGRGALMELPRLVRDLGCFSAAVVTDGSVGPVWAQPVVEGLLGVGVRAHPFQVEAGEGAKSLATLERVLGFFEDVELDRSAVVVALGGGTVGDLAGFAAAVWLRGVRCVQVPTTLLAMVDSSVGGKSGVNTARTKNGIGSITQPVAVVSDPATLSTLPDDQYLAAFGEVAKYAVAMDAELVAELETETESLLGRREDVLEPVITRCVQLKAGVVASDERETGRRALLNYGHTVGHALESACGYSAAHGRAVAFGMRAAARIAERSQLCDGALVARQDRLLEAFGLPGPLPQVSAESVLAALPRDKKSRGGRPRWVLPREMGRAEFGISVPDPVVAEVVRCLLP >MCM1122913.1 ferrous iron transport protein A [Eubacterium sp.] MRTLKEVSCGETVTVKKLSGEGPVKRRIMDMGITKGVPVYVRKVAPLGDPVEVTVRGYELSLRKADAEMIEVE >WP_154963182.1 efflux RND transporter permease subunit [Klebsiella grimontii] MDISRQFINNPIRVWLTILLLGIGGIFALLNIGRLEDPAFTIKTAVVITHYPGASAQQVEEEVTLPLENALQQLPYLDNVSSISSNGLSQITVNIASHYHSSELPQIWDELRRRVGDAARQFPPGVASPFVNDDFGDVFGFFFAISGDSFTNPELVRYAEQLRRELVLVPGVGKVAIGGAIPQQINIDISLAKMAARGITLNQLAAILSRLNVVSNAGEIKSGSESIRLHPTGEFANLDELGDLLISPHGSGTATRLRDIATLSRGLSETPASIYHANGRQAVTMGVSFIPGVNVIDVGRALESKLEQMSAEKPAGISIDLFYDQAAEVAHSVNGFITNFLMALAIVVGVLLIFMGVRSGIIIALSLALNVLGTLLIMYLWGIELQRISLGALIIALSMLVDNAIVIVEGVLIARQQGSTLLTAINYVIRRSALPLLGATVIAILAFAPIGLSQDSTGEYCKSLFQVLLISLMLSWFSALTITPVLIKWWLFKNQSQPVAQANANPYGGRFYRLYQQALQALLLRKTLTLTIMAALLAAAIWGFGSVRQNFFPSSNTPIFFVDLWLPYGTDIATTEKMTSDIETTINGQPGVVTTVATVGQGSMRFILTYSGQRQYSNYAQIMVRMDDQRNINALTQHVDRYIARNYPQVNASTKRVMFGPSGDSAIEVQIKGPDPDRLRLLASQVGDILSADPATDGVRNDWQNRSKVIRPQYSTALGRELGVDKQDIDNALEMNFSGSRAGLYREGADLLPVVVRPPAAERQDANHLNNVLVWSQSRQQYIPLSNVVSGFHLEWEDPLILRRDRSRVLTVQTDPDPLSNQTSGDILSRVKPQIDAIALPHGYSIEWGGDAENSSEAQQGLFTTLPLGYLVMFVITVLMFSSLKNAVAIWLTVPLALIGVTPGFLLTGIPFGFMALIGLLSLSGMLIRNGIVLVEEIEQQKQEKGQQEAIIYAATSRLRPILLTAFTTVLGLAPLLLDVFFQSMAVVIMFGLGFATILTLLVLPVIYACFHNKDMKRQP >UKU68032.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSXXXXXXXXXXXXXXXACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYIELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >NUP45658.1 VOC family protein [Streptomyces sp.] >NUS83330.1 VOC family protein [Streptomyces sp.] MRIMDTVSNAEILAKIAGGLDDWRKLAQPLAARYRATDAVVGAAFVAAVARAAAAARYDVPEIRLGHGVIDVTLFSVDEAGARRVTAKDLELAGVITGLAREFGLTAVPGEVAQLELALDTADDSAAGPFWAALLTGDATHAVFDSVFDPTNRVSNVWLQQTDRHPTPRQRWHMDLWLAPEVADERIAAAVAAGGTLVDDSQAPSFTVLADPEGNNVCICTALERD >WP_041591748.1 heavy metal translocating P-type ATPase [Tetragenococcus halophilus] >QXN87083.1 cadmium-translocating P-type ATPase [Tetragenococcus halophilus] >GFK21094.1 cation-transporting ATPase [Tetragenococcus halophilus] >GFK23506.1 cation-transporting ATPase [Tetragenococcus halophilus] >GFK28147.1 cation-transporting ATPase [Tetragenococcus halophilus] >GLL50613.1 metal-transporting ATPase [Tetragenococcus halophilus] MDKSQDSVMDKSSDYQAKEPKHSGHLQGEVPMYFIGVAAYLLAAFGPFSTLVANWLFVAAVVFAGSHIIIEGIVDTITNTKEEKRFYPNVHLLMTLAVLGAMFIGSFDESAILILIFAGAHFLEEFAEEKSKKEITSLLKLNPTQARLLQVDGSTKLVDVQNVTVGDQLKVLPGDQIATDGFIISGHTTIDESSINGESMPKEKAEKAEVFASTINGQGTFTMQVTRDSSETIFAKILQLVEQSQNNLPKAATKIQKIEPVYVKTVLLIVPLFVILMPFLIHWTWQMSIYRGIVLLITASPCALAVSAVPATLSAISNLAKKGVLFKGGAYLSNLQDIKAVAFDKTGTLTKGKPVVTDSYYIDETKQAKWQQIITTMEKSANHPLATAILDAFEKTQALDMSVTNEIGRGIVANYNGNDYRIGKPSLFNKINEEILAKTEALTSAGKTVVYFSENEEVVALIALMDRADEKAAATVAYLKEQEINTLMITGDAKVTGEAVAHALGIDEVFSNILPENKATAVTSLQTKYGKTAMIGDGINDAPALAQADIGFAMGEGTDVAIDVADAVIMQNDLQKFEYAHKLSKKLGRIVWQNVIFAMGVVLLLSVLNIVGKMDIGIGVLAHEGSTLLVLLNGLRLLFPLKKNKSTLNSNEA >EED8954498.1 electron transport complex subunit RsxC [Salmonella enterica subsp. enterica serovar Newport] MLKLFSAFRKDKIWDFDGGIHPPEMKSQSNGTPLRQVPLAPRFVIPLKQHIGAEGELCVSVGDRVLRGQALTRGRGRMLPVHAPTSGTVIAIAPHSTAHPSALAELSVIIDADGEDRWIEREGWSDYRAHSREALIERIHQYGVAGLGGAGFPTGVKLQGGGDKITTLIINAAECEPYITADDRLMQDCAAQIVEGIRILAHILQPREVLIGIEDNKPQAISMLRAVLADAHDISLRVIPTKYPSGGAKQLTQILTGKQVPHGGRSSDIGVLMQNVGTAYAVKRAVIDGEPITERVVTLTGEAVSRPGNVWARLGTPVRHLLNDAGFCPSADQMVIMGGPLMGFTLPWLDVPVVKITNCLLAPSVTEMGAPQEEKSCIRCSACADACPADLLPQQLYWFSKGQQHDKATAHHIADCIECGACAWVCPSNIPLVQYFRQEKAEINAIRLEEKRAAEAKARFEARQARLEREKAARLARHKSAAVQPAAKDQDAIAAALARVKEKQAQATQPVVIQAGSLPDNSAVIAAREARKAQARAKQAAHPVADSAISGGDPRKAAVEAAIARAKARKQEQQAGSEPAEPVDPRKAAVEAAIARAKVRKQEQQAGSEPAEPVDPRKAAVEAAIARAKARKHEQQAGSEPAEPADPRKAA >MBU0638288.1 N-6 DNA methylase [Planctomycetota bacterium] MLSSIKQYLRDIGKCHAAGDATEHTYRPAFQALVESFAKKITATNEPKRIRCGAPDFIVNLKDAPVGYIECKDLGVSLDETEKTDQLRRYLASLGNLILTDYLEFRYYVAGQPTMQVTLARLDAKGRIKPLQGADAQLTGLFNAFLAARTPTITTPKDLAARMANIAKVVRDAIERAFEIEDAAGTLHGEYESFRATILNEITPKQFADMYAQTVCYGMFSARVNVPDHKAASFSREHAAYDLPATNPFLREVFDYIAGTKLDPSIVWAVDLLADILRRCAMDEILSEFGKAIREEDPVVHFYETFLAAYDPALRESRGVYYTPEPVVSYIVRSIDAILKRDFACPEGLADHSKVTVDVPDTHHKDGKVRRDVHRVQILDPATGTGTFLYQTIRLIHDSLKANRGIWAGANGYVAQHLLPRLFGFELMMAPYAVAHLKLGWLLKETGYDFAVAERLRVYLTNTLEEAEVVAGPLLALANQIAREANAASSVKTDCPIMVVLGNPPYSGLSANMNQWTDDLLKKKLPVPNGAPSFYECDGKPLGEKKLWLQDDYVKFIRFAQYRIERTGYGILGFITNHGYLDNPTFRGMRQSLMHTFDDIFVLDLHGNAKKKETAPDGSKDENVFDIMQGVAVCIMVRKPRDRARSQK >XP_023618023.1 meiosis inhibitor protein 1 [Myotis lucifugus] MAVRDEEAVLLFKRAHHRHDPRWLLPACPRLCLACVLELLPEPGVSLVRKKHVLSCFRDVLLRHTSLVMPLLAQDQRVCVHFIRMLFGLLCSVEDGSMADLCIEVLIQLTTQLKLEQTIPCLLDECHKELCNMPSMRGSLATLTLLGKLVDAIPALADKLVMEHRDLMEHLVRGLVYPSEGVQASVCYLYGKLYSSPTAAEVLSGHFREKLCPLFLSTLDGAQTKELQINCLGLLRQLLKYDLFVSMIMNKSALAESADGVEGPPGETTLPLVLKKLLLSRDEILQVASAHCITAVLVHSPAKHAPAFIHADIPEFLFEHLSASSEVLIWSSYNCLILLAEEPLFFSKCHTVYGIESVVRSLQGSLRMNNTELHKQGMLLFAEILTRQPEEIKLFTSSAMCRDAGRALQQAVSSPVLEVAMEAVKAISAFLRKDHQSAPPVQYRELRSLLEAMLNRCADFSQIPLSRRSLGRASSRDLEKAILRRGTFLLSTLEGFRNACRHLEQATHPALMEVFLSILHSLFVIVPHMKEKFSKKLAASSFIRLTLELKARFCSGLRFCALTVFFPAQDLISSSPVDIARKVLIVLRTFLRRNEDVQVGGLIRGHFLLILQHLLVEYGDSPLEALGNLPLLLSLLSVLQLRNESEQELDSMAMKLLHQVSKLCGKCSPTDMDILQPSFNFLYWSLHQTTLGSQKRAAAVLLSSTALIKLLEKTLALTWAGEGSPRTTLLCSAWLLTASFSAQQHDGSLQVHQTLSVELDQVLKALSFPKKKATLLSAALLRFLRTALQQSFSSALVTLVPSGARPLQAPEDTVLAPLGTSQVLSLVIGLQNLLVQKDPLLSHACVGCLEALLDYLHARSPDMAQHVASQPWNRFLLFTLLDAGENSFLRPEILRLMTLFVRFQSSSVFSPEEVGLVLQGAALADLSTLSNTALKALRGFLLQVQSMGLLTDHNMAQTLQASLEGLSSRASSAQPPLQDMLCLGGVAVSLSHIRD >KAJ7901288.1 hypothetical protein B0H13DRAFT_1883159 [Mycena leptocephala] MYSKSKVARGRHENSSTATMLGEPEPQKQQPEPADERAGGGKGGDERARRGQKVGTRAQAGANTGTRAQVRDEGRGAGAGGDAGKGGDAGAGAGQRRGRGRGRGDAGEGGDAGAGAGQRRGDEGACGDEGACGDERRGAGTKEQAKAGARAWDGRGDAGEGGDAGAGVGQRGTKAHACGDEGRGAGTKGQAGTRAKVGMWAQVRDKGGGAGAGTKAWAGSKAEARGRGRRCRKKAYARGRKRRRGRGDEGRGAGTKVQGRGRRCRDEDAGGDEHVGGDEGGDAGGGGDRRKRGCMEMGKEEGGAGGGVEHTRIKTYGAYWYSHLPMPIYTQNDVEIALNTPPSPSDGPGDIYGLRVKHPNGTIVLKVGRSIEPVRRTEEWECQCWRDEIELLWTIPTKYASKLGEEGRRYAGKEGE >WP_005969797.1 DUF202 domain-containing protein [Pectobacterium wasabiae] >AOR61823.1 hypothetical protein A7983_00725 [Pectobacterium wasabiae CFBP 3304] >EJS95151.1 Hypothetical protein Y17_1361 [Pectobacterium wasabiae CFBP 3304] >KFX08106.1 hypothetical protein JV38_09380 [Pectobacterium wasabiae] >KGA30741.1 hypothetical protein KU73_02225 [Pectobacterium wasabiae] METPRDPGLQPQRTGMAWSRTLFVMLINSLLCFRLSMVDDSRAVFACAMLLLCVSALMSVLAIVRYRFNASCQLVLSRISHGLIVMTSASIVITALVLLLHFSGVWQR >WP_168976500.1 DUF4179 domain-containing protein [Aneurinibacillus aneurinilyticus] >NMF01036.1 DUF4179 domain-containing protein [Aneurinibacillus aneurinilyticus] MNCVKSKQLEKYFEEQLTPLESRQLEEHVAGCSYCRDLLHMKLEDLQEFEVVLNEISPLPNAFTYEIKSKIKAREVDDLENRRKKKGLHIVKKLTLAAAGLAAAISLGVFVSPTFASYVNSLFNIEKYGYEGAKIAAEKGFSQKLDMKVVDKGITIEAKEILVDSLALAVIVDAKDQNGKKIPPDDLLQGVQKSILTDKSEKKQFERTEPDDSDWYCTQYGDYIILTRDMQGIFTEQNPMPAEMLVHLTFNKIGNTEGKWQLKIPVDMTKANVATKQISVNEKYTSPQGVSLNLKDIEILPSATLVSVEAKQTKELEEKIQSISKEKGFRDDFNDFKKGDDLTPFHAADALKNTGFAYQLLDERGTVIAGRDDFGVPKAISIDTGSMQGGYSQNNYTFRNSFLPIRDTKKLTFKLHAIYTNEATNFQARLNLSNLSRKPFTKKDAFGNTFTFKGFKLKEWELNNVDASIKEKIKVKGGLITYEATLARDIMSTDVWSAKDETGKVHEVYSGGYLVAHGDKDQTLVTKTTKDEKGLVHIEGVMAIEDIEHQPKELTLSYHTVKKQHRDVDWKVDIPLDK >WP_061213510.1 6-pyruvoyl-tetrahydropterin synthase-related protein [Syntrophomonas wolfei] MDKTDRERALIESLKLQMDSLLQKKQAVDLGIEGLKQEIARQAMRQESLERSLEESRRIAAGIEEKAHLSAAKILAEAEALVAVKREKLSAIEQEIALLRAELEEKASGEPIPQKDDDNLHSTAQNSPDGISAPQHHNTDSYPNFSRVAASRASGDDNIYSMKLVGFVNARHFVVFGGATGPVHAHSWQVETEVDVPRGIGDTIEFSRVSQAVSAALGPYENTILNQVHPFDLILPTTENIAMYFFNRLDEYLAKLGLKLYQLSLWETPTRGIQVNNHNLALDKQIAAELKARDGNAAYREAAAILDPDFAKLDQREKELANNKKLLSKPPPVSAGSRRGPYSTRQYLLAAVLILFLSLLAYQHILWTPVEQRFPWGSDSWGHLFKAEMLYEQIQQGNYYPQFTEYWYNGVQPFRYWAPLPYYALAGLRGLSGDIFTAGHLYIYLCALLGALSWLLLSRRMGLWPAVMAALVWLLWQDNVRVAFSEGNLPRVLATALLPLLFALFLHIITRRKSYGAIIAVILTVQLTLLCHAMIAAVYCLSLALFVFFLWVFQGCSVKDLARGLMVLAAGVLTSSWWLLPSLSGGITGIDAQAVKQVVQFVPAHISLSPLCRFKNVETFYWGISLIMLLLSSLATWKSKPAWARSLTVCGIILLLITFPLFRAIYITLPLSHLLWPLRFSSFAALAVLASGFTLELEEKRQRWLQSSTVAACLLVVLLVFLLVDCLFSFRLLAHTGTRPFTIIQSGEFIKQEPGWRVATIDLSQLGSAPSFTFSEMAGLEQVFGWAWQGAVTSRNIMLLNTGLEQQYYPFLFRSCVDLGATDLVVKEDVITDLEAFREAAKRAGYQQRNKFADISVWRSISRPYLVQKNPRCLVIGKYGGTIALQFPEVEMALSSRIDDCSLEKLEQYSMLILSGANWHSKKQAEKLIRITRYPAVRFL >TLZ56659.1 DUF1684 domain-containing protein [Euryarchaeota archaeon] >TLZ66561.1 DUF1684 domain-containing protein [Euryarchaeota archaeon] MARQSDETYVKDLEAMRREKDHFFKEDHESPIPHRLRPEFSGLSYFPVDPNYRIRARLVRDPNPERVVLATSKGIPRDMLRVGVFEFEIGGTKQRLAVFKAVPPPGHHHEDRSLFIPFRDATSGKDTYGAARYLDIEEQPADEYELDFNLAYNPYCAYSDDYVCPFPPRENWLTVPIRAGEKNFPLKV >ROW17242.1 hypothetical protein VPNG_01356 [Cytospora leucostoma] MHLRPIFWSAWLAALTQTSAAQGLDDAQVVLGDATIRAGSSDKPKNVLFILTDDQDAVLDSITYMPLLQKHLVEKGTTFTNHFTTTAICCPSRVSLWTGKQPHNTNVTDVHPPYGGYPKFVLQGLNSNYLPVWLQEAGYDTYYTGKLFNAHTIYNYDSPFPAGWTSTDFLLDPGTYSYLNPIYQANHDPPVHHHGVHTSDIITDKAQGLLKEAIEGDKPFFLTVAPIAPHSNLEVESGPGQLSLMTEPIPAERHAGLFKDVKVPRTDNFNPDSPSGASWVRKLPRHNASSVEYLDHYYRQRLRALQAVDELIEKLIVQLGEAGVLDDTYIVFSSDNGYHLGQHRLPPGKECGYEEDIRVPLIIRGPGVPQGGVEDAVTTHIDLAPTILKIVGAETRPDFDGVAIPLGAQSVDFGENETDVSGLWETKRHEHVAVEYWGFALAEGEGGGFDGHGQLVFHNNTYKAVRIIGDGYDLYYSVWCNNEHELYDVKTDPGQLHNLYSSSKSHTGDTKLLGTRLSHVISRLDSLLLVLKSCKGSTCIEPWKVLHPRGDVNNLSDALQVRFDTFYAHQAQVSFDRCEAGYIIDAEGPQEPYRYRQGWSWHSWV >XP_030111227.1 inosine-5'-monophosphate dehydrogenase 1 isoform X4 [Mus musculus] MDTVTEADMAIAMALMGGIGFIHHNCTPEFQANEVRKVKKFEQGFITDPVVLSPSHTVGDVLEAKIQHGFSGIPITATGTMGSKLVGIVTSRDIDFLAEKDHTTLLSEVMTPRVELVVAPAGVTLKEANEILQRSKKGKLPIVNDQDELVAIIARTDLKKNRDYPLASKDSHKQLLCGAAVGTREDDKYRLDLLTQAGADVIVLDSSQGNSVYQIAMVHYIKQKYPHLQVIGGNVVTAAQAKNLIDAGVDGLRVGMGCGSICITQEVMACGRPQGTAVYKVAEYARRFGVPVIADGGIQTVGHVVKALALGASTVMMGSLLAATTEAPGEYFFSDGVRLKKYRGMGSLDAMEKSSSSQKRYFSEGDKVKIAQGVSGSIQDKGSIQKFVPYLIAGIQHGCQDIGAQSLSVLRSMMYSGELKFEKRTMSAQIEGGVHGLHSYEKRLY >WP_254860001.1 hypothetical protein [Natronomonas gomsonensis] MADDDDPTFAIPTPPERRYPRGGGVEYEGETVFSVRPTVDFDDDALAAVVESVLDAGPYRYGDWFDLPMPLYLVHDDDTGDTFRVAVRDGAVEFHVLPATDSAGLRGLYRRLTDATDSSWSVTRKGE >WP_147757699.1 radical SAM/SPASM domain-containing protein [Brachyspira aalborgi] >TXJ13553.1 radical SAM protein [Brachyspira aalborgi] MKAKIKFRVSDNREKLQDVIPLNTPFVINIEPNDKCNFKCKFCPTSDLKLMQATNGRNYGNMNFDLYKKVIDDITEFDNNIKMLYLYNQGEPLLNPYLPDMIKYAKDSKHIDKISITTNASLLNEELSLKIIEGGLDKIEISIEGINAKQYFDIANVKINFDKFVNNIKFLYDNKKQLYIYIKIIGNNLLESEKAEFYNIFGNMSDAVFIETANSVWNNFEIKGINFLNQKTYSGEEVKYKNVCPQIFYSIVVNSNGMVSPCCSDWERKLIIGDANYEKIKDIWNGEKLRKLQKLHLSGGRKNHTVCSSCGMPEYSSPDDIDDYAKEILLKLENKK >WP_149786838.1 MotA/TolQ/ExbB proton channel family protein [Lutimaribacter pacificus] >SDN58087.1 biopolymer transport protein ExbB [Lutimaribacter pacificus] >SHJ43822.1 biopolymer transport protein ExbB [Lutimaribacter pacificus] MMEFGNLQGLLDRGGPALWVIAALSVLTVAIIAWKLWRLALAGIWSPGRAEAVVAGHADPASASRNLRLRFVSRVRGVLSGPLPPEAQRDEITRLAMRELAALRAGLRPLELIVTIAPLVGLLGTVLGMIEAFQALQDSGSRADPSVLAGGIWEALLTTAAGMGVAIPAAVALSAFEGVAERVQGDMEDMATRMVNGQDTM >MBQ7514694.1 hypothetical protein [Schwartzia sp. (in: firmicutes)] MKKIRKASAILVALLASLPVLAEAAVAIEDRTYNANESICWPCVTAEDSAASHRINLHTEGEAHAFLRKVMHTKEVSGGEPVQAHLSYEVMRNDDILSIVFTEYRYVGKAAHPMVDLRTMNFRVASGESLSADSLEGTGPGGPYAPETVTRKLRDWADRENIPLKANFTELTSVPQSFYFDADHHVHFIFQQNEVAPAAAGIIDLDADA >KAJ8599810.1 hypothetical protein CTAYLR_004004 [Chrysophaeum taylorii] MLLLLFVGGVGGVDVGCRQRRVALASLVAAPVQAASVAEVGSPAEAPSAGRALVEVILPPVFNRATHRYEVGRGAYAFDQLLKFANVSASIRMNVLTLADGSLCAISPVAPTGECLRLLEPLGTIKHIVLPVNALEHKAFAGVFARRFPEALVWVAPGQYGPFGTLPKKMPYPVAGVLGEPSQTQNPLWPPDLQVKVFFVDLPQNAGPACEVALLHSPTSTLVVTDAVSWIPRTPPSIFASLFGRELETDLDFWPKSVLQAVFLKLRKEGDAWPAYDKITNRLVRAPILRAFSDARAPEETRAWVDDIARTWDFDRILTSHFSSPIAATPAEFRDAFSRLDDGPGDPRKIPVLDDSDWQPLDDLNDIIDNNNLAVSFDVARVLGRQPEWPSVPPSEECPVRRPRTLIYNRIPKCGSGSVAIFIALAQEKNGFQLCRSTMYTQRWLAPPDRKRYERNPFVASRCRKVINVSAPAVLNRHVFFYEFRNKNVLHVNMIREPVSRCVSRFYYERDARGAVGKGVTIDACIRGPCRFHEWTGREAAAGGAHTRFGQLREECSSNYLTRWFCGHGTACSADAGALATSLDKDRAAGMLSAAAHNLVRHHPAVGVVSRMRDSLALFAATIPSFFGGLDTAIFNTDRRHQPPSE >WP_015919400.1 DNA mismatch repair protein MutS [Thermotoga neapolitana] >B9K800.1 RecName: Full=DNA mismatch repair protein MutS [Thermotoga neapolitana DSM 4359] >ACM23083.1 DNA mismatch repair protein mutS [Thermotoga neapolitana DSM 4359] >KFZ21892.1 DNA mismatch repair protein MutS [Thermotoga neapolitana LA10] >HBF11636.1 DNA mismatch repair protein MutS [Thermotoga neapolitana] MKMTPLMEQYLKIKEQYKDSILLFRLGDFYEAFFEDAKTVSKVLNIVLTKRQDAPMAGIPYHALNTYLKKLVEAGYKVAICDQMEEPSKSKKLIRREVTRVVTPGAIVEDEFLSETNNYMVVLVREKEKYCAVFCDVSTGEVLIHESIDEQEVLDLMKAYSVSEIVCPEGLESEVREKLPGVYIEVIDEWYFSEPEEEVKRIYGIEDIHHFELSSLAMKSLSALIKYIKYTMISEKLNLKPPVTISRKNFMILDSATVENLSLIPGEKGKNLFDVLNHTETPMGARLLKKWILHPLTDRQQIEDRLNAVEKLKEDRLKLEQIRNLLSRVRDVERIVSRVEYNRAIPRDLVALRETLSVVPELNEELSNFDFFEKLNFPDSLFDLLCKAIEDDPAGSPGEGKVIKRGFSPELDEYRDLLEHSEEKLKEFEEREREKTGIQKLKVGYNQVFGYYIEVTKANLDKVPEDYERKQTLVNSERFTTPELKEFETKIMAAKERIEELEKELFRNVCEEVKKHKETLLEISEELARIDVLATLAYDAILYNYTRPTFSEDRMEIIGGRHPVVERFTRDFVENDLYMDDEKRFTVITGPNMSGKSTFIRQVGLISLMAQIGSFVPAKKAVLPVFDRIFTRMGARDDLAGGRSTFLVEMNEMALILLKATKKSLVLLDEVGRGTGTQDGISIAWAISEELISRGCKVLFATHFIELTNLENSFPQVQNKTILVKEEGSNVVFTHRVVDGVADRSYGADRSYGIEVARIAGIPENVIRRAFEIMEKGFKTKSQRKNGKVKKFSQQIPLFPA >ADT83844.1 hypothetical protein TERMP_00867 [Thermococcus barophilus MP] MANMIKIKLPHSYFEDLGESVRLVWRNTLYADFEKKILAKVIKKKYRVRPEITAEKGYLIIDNIDDPDVEKFVEFFISNNLGAFLKSRYTRREVIYIHEGMNVPLLGYNAFGLIDRGTNLIQVRGSSGCNLSCIFCSVDEGPYSRTRRIDYVVDIDYLMKWFDEVARFKGKGLEAHLDGQGEPLLYPFIVELVQALKEHPNVDVVSMQSNGVLLNDKLVEELAEAGLDRINLSVHSLDPEKAKMLMGMKNYDLNHVLEMAEALVNAGIDVLLAPVIIFGVNDNEAEAFIEFARKIGAGKRWPALGFQNYMPYKFGRNPAIARLVPFKKFYEWLRELEKKTGMKPLVLRPEHFGMHRRKFIPLAFRTGEVVKAEVVLPGRIEGEMLAVARNRLIEVINTNARVGDKIRVKIVRTRHGIYVGTPVK >CQR43717.1 conserved hypothetical protein [Thiomonas sp. CB3] MPKYICKTTVHFNGDAYAAGDPIDLTAKHAEPLLRVAAIEPAPEDKAKKDPAAGKTKTAE >AZT92937.1 hypothetical protein CXR23_07115 [Brevibacterium aurantiacum] MGTHRTTPAFQHGQESSTTREQPRDRLGIAYRHRVGIAWRDLLREHFGPWQTVWKRHRRRMGPSTGTDPRRLSRRFRLEHFCRWHDQSCQPARRNTRRPEQDAGGYIELQNSRR >MCG8609391.1 YraN family protein [Pseudomonadales bacterium] MNNKGREYEDLACNYLKRQGLKLIARNFQRKSGEIDLIMRQDKTLVFVEVRFRRNSRFGTPLETITRRKMQKLINTAWQYLQLTNATNQAFRFDAIAIQNSAAQSPEITWIRNCIETN >WP_143435921.1 hypothetical protein [Hydrogenophaga sp. IBVHS1] MTSTTNATSTLDTAPPRPSLAAVLIFDAFTCAAMGLGLLVLTQVLAALLGLPPALLKWAGLLLMPCALLMMVAGVRQPPIAALVLLIVIGNIAWVLASLFFAFSIDGITSIGRTAVLAQAAAVLLLAWLEWRGLDAQWRSGSQGAY >KAI5237214.1 Endothelial Cell-Selective Adhesion Molecule [Manis pentadactyla] MMMMAMGLIRKLTFIYLVLARAPHYSKRFVGHISSIGISLRFCQPLAQSRHTLTLIPGTQEKRTGPGECSKSFGLLIFAAILLIIGVWEPYYRAEE >KAI4790364.1 hypothetical protein KUCAC02_034684, partial [Chaenocephalus aceratus] MEMDTNHSGATQMEATQEEDRVIKSNGEGDSQLIQQGLDNTTNMKGTTHNGPASSDVMPNGNGLAEDFNAAGDTHINGPLPPTAPPQSTSSPVNSQTQEPSPGLADFPPMMLEKSEGDSAEFTVHTGDSLQSLRLSMPMQETELSNERPSLEMENEEKIRLDARRRLEDQLKQYRVQRHKERSHRTATKSRLFSTLDPELMLHPEDLPRANTSSMTTEYSFMRTTVPRGPKLGSLGIPPGREKKSRSPRVNKIHSLADYKSPEKDGAGGGRTADGTMTSLQSTMSSVSTLSEVSVMSEGSACDTEPQPGASLQIGDNVSEIDGSESGIRPGNDGNDSDSSSYSSVSTRGQFRTLSAAVERQRGGYTVQGREIAAEAMGQFPSLQEVLQAASDEQHLLELEQQQGDGGEPRSRRDSFSSSVSLESSVMGHDEMLQVLKEKMRLEGQLESLSSEANQALKEKTELQAQLATVNAQLHAKKAESQLSQEKQSTLTAEVSTLRQNSTQLERAMVELQGSLEGKNASLTSLSNDLKVAEDQYNRLMGKVEEMQNTVTSRDNTVHELRQQMGGLQSQLQQVQLERSTMQSRMKTSQAEIDSLQQLRQWYQQQLAMAQEARVRLQSEMANMQAGQMTQIGVLEHLKLENVTLSHQLTETQHRSIKDKERIAVQLQSIESDMMSQESAYKQIQDAKNMVEDDLQHKLEEFEDERDHLTKLANTASSLERELEQAKLILSQKDVQLHSLQKEHLDLMRQLTCTQEDLQTKEQSINQLEARFLELEAQLAELQTDSSNEKIVLEVALQAARAEKSQLDEGAERLGEDVLVASDVLDQLRQEVQVKTSQIETLQQQNGSLKKQAQKLKEQYQQQKVMVEAYRRDASSKEQLISELKSTKS >WP_090149712.1 cytochrome ubiquinol oxidase subunit I [Leucobacter sp. L43] MNEFFDPLTLSRWQFGLTTLYHFIFVPLTIGMCLLVAILQTAWVKTGKIKYLRLTRLFGKIFLINFAMGVVTGIVQEFQFGMNWSNYSRFVGDIFGAPLAMEGLIAFFFEATFIGLWIFGWDKLPKKIHLMTIWFVWLGTVASAYFILAANAFMQNPDGFTINEERGRAELDSIGAVLTNPVAVTQFPHTIFAAVMFAGVVVVSTAAWHLRRGQYLDEMRTALRFGAWTNIAAFMGVGLTGHSLGMVMTETQPMKMAAAEALYENASGADASFSVFSLGTPDGAHEIFSIRIPYLLSFLSNGTFNGSVEGIRDLQAEYTAQYCGADSLLTCPTDGQFAPIIWVTYWAFRWMIGLGALAALVSVVGLWITRKSMDLPDWVWKVAIWTAPLPMLASLVGWVFTEMGRQPWIVFGVMTTEQGVSPGVPGWAVLISLLVFTIVYGALAVVEFKLITKAAKEGPPEIALSSDADGKPGDADHQQLATVY >KAI7428497.1 putative tartrate dehydrogenase/decarboxylase [Hortaea werneckii] MSPVAMPGKGEYSIACMPADGIGPEVIGAGVEVLKTLSQASGAFKLHFTDYDWSSETYKKLGKYIPDGGLEQLKKHDAILFGAVGAPDVPDHISLWGLRLAICQPFQQYANVRPTKILQGTESPLRKAKTGDLDWVIIRENSEGEYAGQGGRSHRGQPWETSTEVSIFTRHAVQRLMRFAFETAQKRPKKHITVVTKSNAQRNGMVMWDEIANEVKQEFPDVQMDKMLVDAMTCRMVLQPQSLDTIVATNLHADILSSLAAALAGSIGIAPTSNLDPTRQNPSMFEPIHGSAFDITGKGVANPIGTFWTAAEMMRWLGEEQAADKLMQCIENVCGKAILTRDLGGSAGTKEVTEAVAPPPSGEFTIYLQKPFAGQPTHTVNVVGEPNRPAVIRQTMYNGSTKSSEKSGDVPKDDVDELMNLVNTLRGFPSHASQDVYGYNTKVDFNTFEIQWSNVDEDPTANEVSEIAAEQKDDFKRVADSIEALARTFAKRDAAV >WP_023840997.1 MULTISPECIES: MMPL family transporter [Frankia] >ETA02040.1 putative RND superfamily drug exporter [Frankia sp. CcI6] >OAA23430.1 putative drug exporter of the RND superfamily [Frankia casuarinae] >OHV53716.1 hypothetical protein CgIS1_13630 [Frankia sp. CgIS1] MFTPLVTRRPRLVLVLTLLVLLGAGGLAGGAFGKLQTGGFDDPASDSSRAEDVLDARFHGRPNLLLLVTARAGDVDDAAVVAAGKEVAADLAAQAGARDVVSYWTGGGPALRSRDGRQALVVASVQDDDQAADIVDHYGSWADAPGAVTVRPGGAATVGEDISGHVSADLAAAESFAIPITLALLVIAFAGVVAALLPLGIGLLGMLGGFAALSVIGELTDVSIFAVNLATALGLGLGIDYSLLMVSRFREELAAGRDRATAVEGTVRSAGRTILFSGATVIVALAVMLVFPPFFLKSMSYAGISVTLVAMLAAVVALPALLMVLGERVNAWGIGGLLGLVRRRRAGRARGGEAIGPAGAAGSAPVGSAPVVVREAADSPFWRQVAGTVMRHPVLTGLPVIAVLLVLGAPFLHVNFGTPDDRVLKPGSADSRIVGDALRGAFAADIGGALDVVVQATGPGMIDRSALASYATALSELPDVARVDSALGSHIDGRRVVPPGPASRRFAIAGADSLQVVPAVDYASDHAQALVRAARAVPAPVGTSVLIGGASAVLVDGKTTIADRLPVALGLIALATFVLLFLFTGSVLLPVKAIVLNGLAMCAVFGASVWIFSDGHLSGFLDFTPGPLDTSMPVLLFCIAFGLSMDYEVFLLSRIKEAHDAGAPNTEAVATGLARVGRIVSTAAALLAVTFVAFGTSSVRFIQMFGIATALAIVLDATLIRGVLVPAFMRVAGDYNWWAPGPLRTLYRRFGLREYSVPEQGGVRTVQSRAGAPSR >MCL5016798.1 TIM barrel protein [Candidatus Parvarchaeota archaeon] MAEYMLNSRFNDPFNKVKLGVSISERNQLEEFSKVLRSGANMVEVDIASIYGLRGEQGGSAENIGKEERQIIGNLAKVNDVDLSVHAPWAINLSGIDPESRTKNPEYSRLVDNEIKGAVKFADDISQSTGRKNMPIIFHTSADNFGDPDKSIRVTAYDNDEDKVLVIPGTELHHMDEETFKKIYGEDIFSKLKTMGLKQENKDGDHTLVLPPQANFEFQKTLIRTTYNQERSSIDFSRENTRMMLDRIPSLETAALAKGDIDELANLKRRKKEYEEMLKDLDAREAKLEIDAANVDKKYSLFDDKAPSFAAEGIKKAAWESFNTQTKPMILVENPMSPDMSLSRPKDTAEAVRIAREKFADELVEKRKLSRSEAKRVSEQLIGVNLDVGHVNVFKSYTNPATGKNYSDEDIVKLAMEAKNYIKRYHLNDNMGDVDAHLPLGQGNAPVKKMYDELLKAGVDVPAIMEVFGGLGGLETGALQSLQYMGAPAYGDVPYTSMPSYLGQPYSSLIGDYSSYSNLGLKQDFFPYSGFSGILPVLGGGYMTNNNASNTFSGASTY >HJC43196.1 hypothetical protein [Candidatus Mediterraneibacter gallistercoris] MYEGNPVDLRMEKILSADGIFDDSTRQCRVCKYDPEEDYIYLELKEDKLETISLDAKYRCYISTRTELLYCTGVVKERYCQEDKNLLKFRIENGFYNVYEGRKMTKRA >XP_033115746.1 insulin-like growth factor-binding protein complex acid labile subunit isoform X1 [Anneissia japonica] MTRKKSHHLKKLINLMLVEKENYHFKSCKCRISTMNQHKTILIFISLLVMKTASQFCQESDKAPSCENLARCTCDSPVCINKEPPCPGQNNVTIIEPRFGEIPPYAFENYGPLVNLEIAGGIVNTVSSKAFRGLSNLRELSLRDNFILYINNQTLKGLNSLRSLDLSDNQIDDLEERTFSDNKMLRTLNLDRNTLNALQRNTFAGCHRLQSLRLTSNGISSIETGAFSDLGNLQELYLGDNYLAIIGANIFTGLASLQFLNLNGNFIQVFSQGSLEPLKMLHTIDVSQNKLPFIGKAFGSLRNLRSFFLNENSIEKVDDGTFTNLTYLETIELSKNRLVSWSFLDFPTPSKLKVLRLSYNKISDVLYPTSSPEPQFPKLQYLDFSGNLLQTFPAFFLKDAPLLGQPDVANNSISSKLDLRENLLACDCDYNILNDSLEQLEITCVQNASIQCGNGSVAELMPSSSDANDGVYCQISGSPLPEVIWKNPNGQIVTGYYNVSGKVTWLPSDITDVGDYMCMIYEEDEEKAGRQEIDPNSSPAKLIPALMEIMIIISTMFIVK >MCA9828892.1 class I SAM-dependent methyltransferase [Dehalococcoidia bacterium] MECPLCHNNLFEPLRAPRRGARQSRIDSLHRCRTCGLVSVREMPRPEDLHAVYGEAYFRNSRSDEIGYDDYEADRFCILRTANRRLEAIEKFVPTRGRLLDVGCALGFFMEAATRRGWLVEGVDISEHATSYARDELGIDARTGTLQTVPFESGTYDVVTAWDVIEHVTDPVGELRAMRRLLRPGGLLVLSTPDIGSRLAKVTKSRWMGFKLAEEHLVYFDRNTVEKAVAHAGFEVVEMRPIGKDVSLEFFSRRLQLYAGPFAKLMEKAVNAAGLGRASVYANPRDILMVIARRPSPDRGDLSPLHK >KAE9534034.1 hypothetical protein AGLY_008770 [Aphis glycines] MCGKKSALVLYPLTKLTGILRKHISEHGFRVSISMGFVISTTLIVVLGNYWKRRKYSRESAPVIKHYSYDKRKANIDVPSVSSFRIFRTSHRSLSPSIKSTNRQASVISSTQDSPSHCKSSEVKYTAPQQLGVMGMESLACSISFWEDALAAFSGNNSTMVSNKLMSTEDSQFCKELQLLVDSAYSLQDQCQLLFLDQRSVLFRVQQNGNGETLKFDDRRSSVDSFVSARTDVANLREFEELNFDNYYLYQNALRYSEIEGIACRSYRTTLVNCASDREYVCKLHCIRQAFEHLFKNEKNSMWFSDCGRRILTDIFLFAEKDPKDFLLAYEEMLGWAKTDAHWTEAENELSTRGVKKMTFYDIVMDYILMDAFEDLEAPPTSVIAVIQNRWLSKGFKETVILNVLCILDSALDYISCIEQL >WP_099723413.1 MULTISPECIES: LysR family transcriptional regulator [unclassified Leucobacter] >PII82237.1 LysR family transcriptional regulator [Leucobacter sp. OLCALW19] >PII88523.1 LysR family transcriptional regulator [Leucobacter sp. OLTLW20] >PII94170.1 LysR family transcriptional regulator [Leucobacter sp. OLAS13] >PII98257.1 LysR family transcriptional regulator [Leucobacter sp. OLDS2] >PIJ03473.1 LysR family transcriptional regulator [Leucobacter sp. OLIS6] MEWTLRELRCFVAVVDAGSFTEGAARLFVSQAAVSRTIAGLERGLGAQLLRRLPNGCTPTPAGWELLPAARRVLAEADRFTRFARSRREVLRVGYAWAALGAHTARLLRDWSPAESGSDLELMRVETAEDSLLDQRCDAAIMRRPPSDPAFESTVLGHERRVVAFAEDDAGWGRRRQLSLAEISERTVVIDVRSGTTDAGLWAGSGAPEFIESNSVDQWLDLIAAGRGVGITAEATSHHHRRDGVRYRGISDVKPVPVLLVWRRGERGPAIDALVERARALYASGS >MCR4805905.1 thiamine diphosphokinase [Clostridia bacterium] MADPADAKRCAIVGGAPIGRPDRIVPLLRDGDFFVYCDSGLKHLDTLGRRPDLIIGDFDSWRKPDSSDPADADLQAVETIVLPREKDDTDTMFAVKEGLARGFSDFLLVGALGGRMDHTLVNLYSLIYLAEKGKNGLIADDYSLFRIVDTSGTCVGPKWPFFSLVNLDGSAHGVTIRRAKFELEDAEIPCGYQYATSNEPLPGVPAEVSLREGRLLLICDWE >MXV83649.1 hypothetical protein [Candidatus Poribacteria bacterium] >MYA55072.1 hypothetical protein [Candidatus Poribacteria bacterium] MKTYTGIRANPKKSPSKTPFLQNLLAVLAIALLFTACASEQLEEIIEKSEEETMTIEEPIQPTEPAVALPGLPDDVAGYTQWLKLNAEPIPPVPGGDPHNGTKNVYVNQTRDTIAPNGTQQLPYPDGSIVVKDAIRPGKDYIGLIAIMRKKAGTDPDHNDWQFIEYVRNAPDAEFSVIAQDRICWGCHARVEDIDYVFTELD >WP_129502220.1 replication initiation protein [Malaciobacter halophilus] >RYA23596.1 hypothetical protein CRU96_06865 [Malaciobacter halophilus] MGKENPTKKQQIIAEQQKIFKNRKVVQLNRFIKGDVSAFSVNDLKIFKLIISKVDSKESLFKDFYEITTDEIKALNINSKHLYNETRKTLKRLANIYITFDEGDSVREVGLIRNDFKFEKYSKKILINFNDDMGEYLVNLKKNFFMYDLIDIVNFKFKHTLKFYEYLKSQSLNVIKLKLETLKEILDLTDKYKRYTNFKSDVLEVILEEINECSNTLYVSFSEEKVGPKVKYIIFHIKRIKSDLVIDAPRTSKNKYFDLIGLECEYLNKYQTIENIDLKHNLIVLKEIHTENYTNIVKDSEEGLADTLKSLLGSIYDERVGQGEQDEVQRLLAAKDFKKFKDEVIKQYKGKLLCNNVPGYLPEVKISVEEETGYLFNEHTAKILTKEKSLEVWRYLYKNKVAVGKLVEINPVKEFIDIEVLIQKTNLNGNKESIKYIITDIQEESENDTQKYRLYLQDALDPLQEIEKSKSLLTLEQLKKFVETSKVED >VDL88157.1 unnamed protein product [Schistocephalus solidus] MLRPFRLAGGAVGTWASAYLIYKVFTPLRYFFTLWLTRTIVHYLRAKGRIPPLAEKDRLRNLAREGTALTRSRLNGRFRASRQRAFNRLRNLSPVKRRK >MCA1930442.1 DEAD/DEAH box helicase [Pararheinheimera sp.] DAERAQALRQRIAPFMLRRTKKQVATELPDKTEILQLLDMESDQRNLYESIRLIMETKVRELFLRKGVAASQIEYLDALLKLRQACCDARLLPIEQAQLVQNNAKLQWLRDTLPEMVEEGRKVLIFSQFSSMLSLIEQELQYMDISYSKLTGQTKKRQEQIDEFQQGDNSVFLISLKAGGTGLNLTAADTVIHYDPWWNPAAENQATDRAYRIGQDKQVFVYKLIISKTVEEKVQQLQQFKQGLADQIFSLGQSHIWQGEAQDLLALFSED >WP_205833587.1 AraC family transcriptional regulator [Methylobacterium sp. OT2] >MBN4095588.1 AraC family transcriptional regulator [Methylobacterium sp. OT2] MPDPLTQVVGLLRPSAPLSKLVTGCGHWAVRRTDSGLPFYAAVLEGGCRLAIDGEAGIVLGEGDFVLIPAAHAFTTTSLEPPPPRRAAQRPVAVSPGVFRLGDAEGPPNVRMLVGHCVFASSDADLLVSLLPRYVHVRGAARLTTLLGLVNEETRADRPGRDVVLARLLEVVLIEALRATAGPAAPSGLLRGLADDRLAAALRRMHDRPTASWTVAALAREAGLSRSTFFERFRRAVGVAPMEYLLAWRMALAKDLLSREAVRMAEVAARVGYSSASTFSVAFARHVGRPPVRYARERPVP >XP_028540875.1 aminopeptidase P [Plasmodium sp. gorilla clade G2] >SOV19579.1 aminopeptidase P [Plasmodium sp. gorilla clade G2] MQLNFLLCVFIFLMVFHLNIFNKGKRQNLALAYLNNFKNSYFSGVTSGSDSVNKSEESSDKNNNNKIAQNFFSKKYQRNFENNNLSENQDNNKNIIYSGSNIYNNIYNSKMVNNNTNVNVNMMGDNPAARLEELRNIMKKNNIDVYILINSDEHNSEIINEKDKKIVKITNYSGADGILIVTKDKPILYVNALYELQAMNELDQNLFTLKISRIDNRDEIFETISSMEFNTIAFDGKNTSVVFYEKLRKAVLNAYPKKKIIEKIIYNNNFHDVNKKDENILNFLVLEKSLVEVKDYPINNKSLYIHDRKFNGACAGEKIDKLKQSLMYDIKNVDNLLLSELDEIAYLLNLRGYDYEYSPLFYSYLLFQFDREEQDFSKIVFFTKVKNLTAEVKNLLEINKVIVKEYEEVVPYLRDVVIPSIPKHNDDNPDFKKYDISLSPYINLMIYKLFDKKNVLLQNSPVVNLKAVKNDIEIDNMKEAHILDGLALLQFFHWCEQKRKTKELFNETEMSLRHKVDYFRSTKKNFIFPSFSTISASGSNAAVIHYECTDKTNAKIKPAIYLLDSGGQYFHGTTDVTRTTHFGEPTPEEKRIYTLVLKGHLRLRKVIFASYTNSSALDFIARENLFNNFMDYNHGTGHGVGLTLNVHEGGCSIGPVGGAPLKKNMVLSNEPGYYMKDKFGVRIENMQYVISKEITDTTEYLSFDDLTMYPYEKKLLDFSLLTNQEIKELNEYHTTIRNTLLPLVKQNPQEYGESVEKYLIEITEPIAIHLN >WP_004127832.1 MULTISPECIES: WXG100 family type VII secretion target [Gardnerella] >RIY16342.1 WXG100 family type VII secretion target [Bifidobacteriaceae bacterium WP012] >EIK83041.1 hypothetical protein CGSMWGv1500E_02586 [Gardnerella vaginalis 1500E] >EIK87889.1 hypothetical protein CGSMWGv6119V5_01823 [Gardnerella vaginalis 6119V5] >PMC42939.1 WXG100 family type VII secretion target [Gardnerella vaginalis] >PZO97420.1 WXG100 family type VII secretion target [Gardnerella vaginalis] MAQFRVDSEQIQQAAAAVGTSVNSIREAVNGMYANLQQLQSVWTGSAATKFASTAGQWRAAQQQMEQSLEAIQQAMQHASGVYLDAETQATSLFGMG >MBX6373297.1 CoA transferase [Acetobacteraceae bacterium] MAEAVAASAGGPAEGPLAGIRVVDLTSVVLGPLATQILGDYGADVIKVEAPQGGDIIRSNGVSLNRGMGSIYLALNRNKRSLALDLKQPEGAAVLRRLIETADVLVHNMRPKAIARLGFAYEACAAINPRLIYCAATGYGEDGPYAGRPAFDDVIQAGCGLAALISEGRERPDYVPSLIADKTTGMAVVNAVLAALFYRERSGRGQYVEVPMLETMTAFVLAEHMGGLTFEPAPAPAGYKRITSGGRRPMPTADGFIALLPYTADHWLSFFRAVGREDVAERLGVADRHSRNANIQEIYRELAAITVQRRSAEWLALCEELDIPATAISALDDLPEHPHLKAVGMFERSVHPSEGPIRQLRPPTRFRETPVRIRLPAPRLGEHTAPILRELGYAEDEITRLATSGVVRQAEPPPGG >KAI1294496.1 hypothetical protein F5Y03DRAFT_372684 [Xylaria venustula] MDAKKKTQVHKSRILREMRNQAEHPWSPPTSTGSHGTVTFTDEFSDFNAAPRSPLNIPSINTSAVARAFPEWWGPHESKSVKPRSPVNAGKENQKPQPQPEPEPELEQHEPASPQIANNDVSTTSSSTSNNGTVIRRDPAR >MBA2742690.1 hypothetical protein [Actinomycetia bacterium] MTTREKTKSLYATTARHPDNVKVLNEIGSEMMMKTCDTNAKDCVATGLSLAAKIAALGKGR >PJB11797.1 adenylyl-sulfate kinase [Flavobacteriales bacterium CG_4_9_14_3_um_filter_40_17] MVENLVTYPYAVTREDRLKSNGHNSFLILFTGLSGAGKSTLANNLEHLLFKKNIKTYTLDGDNIRKGINKNLGFNPEDRSENNRRVAEISKLLIDAGVVVLVAIIAPYQKDREIIKNIVDKENYIEVFVNTSLEICEKRDVKGLYKKARNGEIKNMTGISSPYEIPTHPNIEIYDHYSIEESVALIFDFIKDKLLAEKSTL >OWZ15943.1 hypothetical protein PHMEG_00010330 [Phytophthora megakarya] MLTPVQREALVEIISSTLDDGGQIPWRKMVQSSTFANITYDTLRREGKVVLRQLKAPRNKPIKRRIDQISAEVVESEPFVDQERITELEVHKQMKALQQQVENLTASIDEKNKQLAEEEKTGKQMQYLQQCISELSAIIANKDKLLAEANARYDALKEGLEQLVSDQ >KAJ0788155.1 hypothetical protein HanPI659440_Chr05g0188371 [Helianthus annuus] MANSSSPLHSPMLILHFGFSRRRSDFRQLRLGSVSKSSAVNWPLSGINRQAGEVQIFLVQVDQMYGRVVSYSTDKHFGTICF >KAJ3641143.1 hypothetical protein Zmor_027660 [Zophobas morio] MASGSDTAENSVKIVSLVGKEGNKQEALQIFRFQKEELILEKDNLQLLKHDEIKDCKVCIISVNGSFRTGKSFLLSIFAHCLRQKCQSVQQEWMNTGDILTREFLWKKTEQRVTDGILIFPEVFVTKTKDGEKIAIILMDTQGTADHKTCDTVCTKIFALSALISSVQIYNVQKKLNLDDLKILQLFTGYGAMFSDNDNLRKKPFQDLLILIRDWVNFEEYDFGFDDGNKLLESKFEEHEQCNLSEIQQTIRDNFEKVRCFLMPYPGKKVEEMKFEGHFKDIEEEFRVHVKTFVDNLLSPENLVAKKINHEFVTVKNLLTFINGYWNHINGAKDFSIKTIYMANAEISLQQRMERMVEQYKANLGSCEIQEEATVEKSKILASFKLTREMKLGTDELQKSFKKRLSKLLDEVYNNFLTLLNNFDELKTEYTDFVKQCRKLRGARKPLPTIFKKFVKLTKNLNCAQELRDIFGQRLKKACEEIYENNKDEIKEKELEDVSKIIGGGCAGVLGLFGGIGGLLEGGFLLCCGVGLSGVAVGAAIGVAAYGTGLLVIHKTKATTKIFEKIKMYFKPKKE >OSS44110.1 hypothetical protein B5807_11203 [Epicoccum nigrum] MSWFFRGVQSAIFHYASCAPCTGWTDSKRRRRDAKRARKEREKLVLEEPGGYHHPEPTGTNPYWGEEIALGPGPPPRKARRTNTASTRGPAKDGTLSALGSHNGSSLDGHGAKDLRLSDDTVDDDTWNLKRYQREDEDLWGLDEAPIPVQQTISGSSSSGLGSMLGYKGTSRPGTSRSGSYYSARAPPVNDLHPPVVSLPSQDVADNRWMLQPPPRASVMAGKERATHRSRSGSGASSRVELNLQRQVSTRHLMHRLERGQTQELPSITPQGSYTDLVSTQRRNRSRTPQARPPSATSSKKRRDTASTLKRTDTTDSQHSRTVSVRQSRPVLSTVVSSGSDAYASPAGQHSIDENAYPEAVHYRNASRSSDSLPSPRIMRERAPLSSSDLASLNCLQETVSPRALLNSRFISAPLVEAKIRLPASNGDLAASQRDEWNGRSSGISRGWTEINKDEPMRAPFDSRGVVSKDPTLRWSVDF >XP_003878446.1 conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103] >CBZ29997.1 conserved hypothetical protein [Leishmania mexicana MHOM/GT/2001/U1103] MNILLPLTTLIVSWSLDSTDPDAQKRIFFIFAIVHTAIICVALYIFFEIWRCDDHTLIQVKDPYTDQESIQKHWEYDIGKLRDLVVVNIGFSAGISTFLALRYGIYFPLLLQSLNNPKGLYYSELFRIYAKKEQAEGDLQRPWKEKNTLPEWAKALWTQSGKDSEKLLANSGLASQSPTGGSKASRKRK >ONK59585.1 uncharacterized protein A4U43_C08F7980 [Asparagus officinalis] MHVTRACTPAGRVTLAACGTRCSSTHRTLRQWFIVALNLPQYTIIPPFVMRRKQQRRDPITADPSFLTPFLLKNPPLSVILSLAFPFQLRTSDLMASMISLGLTSTAASPVVALRENPKSSGRVRMAVVVNVSRFEGVTMAPPDPILGVSEAFRADTSDMKLNLGVGAYRTEELQPYVLDVVKKAENLMLEKGDNKEYLPIEGLAAFNKVTAELLLGADNAAIQQGRVATVQSLSGTGSLRLAAAFIQRYFPDAKVLISSPTWGNHKNIFNDARVPWSEYRYYDPRTVGLNFDGMIADIKAAPDGSFILLHGCAHNPTGIDPTPEQWEKIADVIEEKNHIPFFDVAYQGFASGSLDADASSVRLFVARGMELLVAQSYSKNLGLYAERVGAINVVCASSDAAARVKSQLKRIARPMYSNPPVHGARIVANVVGDSTLFNEWKAEMEQMAGRIKNVRQRLFDSLSEKDKSGKDWSFILKQIGMFSFTGLNKAQSDNMTNKWHVYMTKDGRISLAGLSLAKCDYLADAIIDSFHDVN >MBQ7856432.1 sodium-dependent transporter [Alistipes sp.] MDKKRDSFGSKIGAILVSAGSAVGLGSIWRFPYMTGENGGGAFILMYLLSMLLVGMPVMLAEFAIGTHTRKSPVKAYEQLSKHWKWLGYNSVIVSLLISGFYYIVAGWALYYFVASVDGSLYSGTDFHLSFTTFCDSWQEPLYTLIFILLTHIIVVMGVQNGLERTSKVMMPALLVMLVAMAVRAAMMPGVEEGYSFLFKPDFGKAFNFDTIVCAIGQAFFSLSIGLGCMIAYSSYFKEGTNLTSTAMSVGGMTLMVAVLSGMVIFPAVFSVEGLEPTQGPTLIFETLPFIFADMPMPQLWSAIFFLLISMAALTSTISFHEVLTQYLQENHNIERKWSARIVSLVTVLFSALCLWSGELFDAFDAITADWLMPLGGLLTAIFAGWVFCRKDFEDEISNHGTLRARLFPLLVVLLRWVCPLLLTVVFIYNLVF >KAJ9220763.1 hypothetical protein DTO169C6_6848 [Paecilomyces variotii] >KAJ9353228.1 hypothetical protein DTO280E4_7417 [Paecilomyces variotii] >KAJ9356155.1 hypothetical protein DTO027B9_3697 [Paecilomyces variotii] MPPPPPPPPPPPPAMGGPPPPPPPPGDTPSRPPKAVVQDRSKLLTDISKGTRLKKTVTNDRSAPVIQKEGGRSGGAPIASAPPVPGMLKPPGGQAPPVPSGGAANRVRSDSAGGDGGSSIAAPPQLGGLFAGGMPKLRSRGGVDTGANRDASYLSDSDSSRPTSTAAAPKPPGAPRPPGARPPPPPPSTESPPAPPVNPLVAQLRKPPPKPASRPSSTISTKSAPPPVPSSAKPPPPPVSSRKPSAPAPPPPKSASPAPPSAPPPPPAISAPRPPARSTPPPPPPSAPPQPVNGGLAASIAVQAARNAFGNNHSPAAPPPPPPSSAPSAPPAPPPPPPVAAPSAPSAPPPPPSQPLRSMLDPSSFTLTNGGSSPIGSPRSASSQGHITIEDTRFKFQSESLFPKPRPFSGGVRKYRAGRGSSVPLDLNSLG >WP_102296123.1 DUF4136 domain-containing protein [Janthinobacterium sp. AD80] >PMQ14983.1 hypothetical protein JaAD80_18170 [Janthinobacterium sp. AD80] MKRYLTIMMAALTVLLTGCATTIRSDVTAFHEWPAQLYDKSYVFEAPAAEYDTLEYRSYQNLLRAELQKHGFGEASGPDAANLRVSMNFSTVDYPERVIQASDPFWYGPGYWPGRYGYRYGAWPGYGRFGYSPFWYGPMEVEESVRHKYERELRVTIADRKGKTLYDVTVQSTSNKRATSQVMPAMVASAFADFPGQSGVPRTVEIKVE >WP_228062638.1 error-prone DNA polymerase [Lysobacter sp. H23M47] MSTPLPAYAELHCLSAFSFQRGASTAAELFERARQQGYSALAITDEGSLAGIVRALEASEKSGVPLIVGSEIQLEDGPKLVLLVENLAGYSRLCQCLTRARRRAPKGEYRMLREDFASHALPSDSDPGTDGLLALWLPRVDTRDDALDSDHARWLHATFPDRVWLAVELHRGPDDDARLARLRNLGERLGLSLVATGDVHMHVRGRRALQDTLTAVRHHTTLADAGHRLFPNGERHLRSRRALAAIYPEDLLAESVRIAERCRFSLRELRYEYPHELVPVGHTAASWLRQLVEEGAAWRWPGGVQPKARALIEHELELVHYKRYESYFLTVHDIVRYARSCNILCQGRGSAANSVICYVLGVTEIDPVLMDLLFERFISRERDEPPDIDIDFEHERREEVLQYVFKRYGRERAALTAIATQYRGRGAVRDVGRALGLPQDLLGELASTLDRWSGQAPLDEHLRERGFDPESPVMRQLVALTEQLIGMPRHLSQHPGGFVISEHPLHTLVPVENAAMDDRTVIQWDKDDLDAMGLLKVDCLALGMLTAVRKTLDLLRASGRRDITVADIPVNDRDTFEMISRADTVGVFQIESRAQMAMLPQLRPREFYDLVIQVAIVRPGPIQGDMVHPYLRRRRGEEAITYPSPQLETVLKRTLGVPLFQEQVMKIAMVAADFSADEADRLRRSMAAWKRRGGLEPYRERLMAGMLRNGYSVEYAERLFEQIKGFGSYGFPESHAASFALIAYTSSWLKCHEPAAFACALINSWPMGFYSPDQLLQDARRRGIRTLPVDVRYSDWDCSLEANANANANAAPALRGSTSMQRRSARSGESPQPAIRLGLRMVRGFSMEAARRIEQARAQSPFHDVADLCARAALDRRGQSLLADAGALRGLAGHRHRARWAITGIEPQLPLFADPATSREPERIVLPLPSPDEDMRADYAMTGTTLGRHPLAMLRRILDARRWRRSGEIAKLPHGRHVRAAGLVTLRQRPQTASGVVFLTLEDEDGMTNVVVWNELAVRQRRELLESQLLAVEGRLESRGGVQHLIAKRLENLTPLLGTLDTRSRDFH >RBQ75851.1 hypothetical protein FVER14953_04702 [Fusarium verticillioides] MFPRKATAALIAQLFQRHAAALEAALTALKKQLIPQLEAGIKGDLKSVEARLIRLNYLLHASPDTCTLFLAGSDFLDGLIVCFRVMNPPLRKVILATTYLCLVGLIGTKPAKWSMLSDQLYALKEAADAHKAGPLNVNDSLVPELITDTPLLKILLRRAEDSGAATENFKKRITALESYRKGTMVRPKRLRRRRLDKGKGKISQQEVNADFHVHKMSQITQVQDLFPDLGSGFVSNCLDEYGEDVEQVVANLLSETLPPHLANADRSESLSSHPEAGHTELAPRSTPPQVPTRHNVFDDDDFDRLAMDVSKVSFGKKPAKNADEMLKDKANAPNKSAILSALAAFDSDDDERDDTYDADDVGGTVDASNQEADAASDSNEEALFRAYQMDSKLFDRDAGTRRGNLRAKLREETGMTDEAIEGWALILVRNPQQKRRLEAKYAFSGQQAQLGRTSWRASPAGSGEEGSEPDGGSSRGGRGGGRGRGRGRGRGRGGNVAGPTGEKETESARKNKEANKGSRANHNRRDARAKKMARGGFAG >WP_247498151.1 gamma-glutamylcyclotransferase [Bradyrhizobium sp. 149] >MCK1652866.1 gamma-glutamylcyclotransferase [Bradyrhizobium sp. 149] MSEITLPSVTTAKGDLWVFGYGSLMWRPGFEFEERVPARLVGEHRALCVYSFVHRGTPEKPGLVLGLDRGGACRGIAFRVAENNRAGVVAYLRAREQVTSVYREVMRSVWLENDARQRVSALAYVVDRGHVQYAGRLSLTDQYRHVLQGHGQSGANRDYVTATVKAIEAEGFRDAPLHQLATMLHGDAHSLHAPAPTEDRENR >WP_258835625.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Massilia aurea] >MCS0707165.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Massilia aurea] MQKKVFIKTFGCQMNEYDSDKMVDVLGASDGLVRTDKPEDADVILLNTCSIREKAQEKVFSDLGRLRELKRNKPDLVIGVGGCVASQEGQAIIKRAPFVDVVFGPQTLHRLPKLISDRRTSGVAQVDIAFPEIEKFDHLPPAKVDGPVAYVSIMEGCSKYCSYCVVPYTRGEEVSRRFEDVLTEVAGLAAQGVKEIMLLGQNVNAFRGTMENGEIADFALLLEYIAEIPGVERLRFVTSHPKEFSQRLIDAYAKIPQLVNHLYLPVQHGSDRILAAMKRGYTGLEYKSIIRRIRAVRPDITFSSDFIVGFPGETEADFEAMMKLVADVNFDNSFSFIFSKRPGTPAANLDDDTPHEVKLARLQRLQALIDANTRKHSAAMVGTVQRVLVEGYAKKDVTQLQGRAENNRVVLFPVDAASVQLIGQLVDVRISASHDYYLRGELVANLDTIAIAS >RCV36353.1 hypothetical protein SETIT_7G312000v2 [Setaria italica] MGELPPPPSPPGKVYYEGCPGCAMDRKKESHKGVPYKELLFVGIITFASALPITSLFPFLYFMIRDMHVAQKEEDIGFYAGFLVADRIGRKPVIAISVFSVIVFNTLFGLSVKYWMAIATRFLLGALNGFLAPVKAYSIEVCQPEQQALGISIVSTAWGMGVIIGPAIGGYLAQPVKQYPHLFHEKSVFGRFPYLLPCICISLFDTFAFISCAWLPETLHKHKGLDRGVEMVEGSTNQESTELPKKSLLKNWPLMSSIITYCVFSLHDTAYAEIFSLWTVSNRKYGGLSFLSKDVGQVLTVAGASLLVYQLFAYRWVNKTFGPIHSTQISSALSIPIIAAYPFMTHLSGIRLGVPLYIAAMLKSVFAITRVTGTSLLQNNAVPQEQRGAANGIATTAMSLSKAFAPAGAGIIFSWAQKRQHAAFFPGDHMVFLLLNLTEVIGLILTFKPFLAVPQQYN >WP_002264996.1 ion transporter [Streptococcus mutans] >RKW06524.1 ion transporter [Streptococcus sp.] >AYO47087.1 ion transporter [Streptococcus mutans] >EMB62640.1 hypothetical protein SMU21_04125 [Streptococcus mutans 1SM1] >EMB73970.1 hypothetical protein SMU41_09144 [Streptococcus mutans 2VS1] >EMB78618.1 hypothetical protein SMU52_09644 [Streptococcus mutans NFSM2] MRQTIYEIIDSKDNDSTVGKCYNAFMILTISFSLLPLTVKTDSEWKYNIDNITSLLFLIDYLLRFCTADFHLNKGKLSFLYYPFTPLAIIDLLCLSPSVLLWNNSLKLLKIIRFTRMLRLFKIIRHSKNITIILNVLKKQKDSLVIVGIFSLGYIFLSALIIFNVEPNTFPSFFDAIYWATISLTTVGYGDIFAVSTIGKIITMFSSLIGVAIVALPAGIITAGYMEEIQNHKK >WP_125091196.1 hypothetical protein [Saccharopolyspora rhizosphaerae] >RRO15398.1 hypothetical protein EIL87_15135 [Saccharopolyspora rhizosphaerae] MIPLAVVLAALGACGYAFGARLQHAAVRATMDGGGLGLRNQAQLVRSPRWLAGLAALGAGAVLHVCALGLAPLSVVQPVGVLALPITVLLNLREQGYTRRDVKPSMVLAVLAATGGLAVFVLLAAGSATPTPVGDDDQFTASQIVALAVVVLGVVAAATRSKVRCVLFAAGCAVAYGYVSLMARAVAQQVGTWDLLSINLLSVLGIAVAMVVGGWLLQHGYASGPPDLVMACLTVIDPLVAVGLGVGLLGEADHVSGWVATAEVLCALVACAGVFALARHHPDTTERRTSETLEEALPGPDTPTTEVPAGTAGHRTSPRPHGSSS >WP_272906673.1 nitrogen regulation protein NR(I) [Pseudochrobactrum asaccharolyticum] >MCF7645607.1 nitrogen regulation protein NR(I) [Pseudochrobactrum asaccharolyticum] MNEPVIIVAEDDAAMRTVLNQALARAGYTVRLASNRAALWALVTAGEGDLVISDVNMPDGSVFEILPRIRKARPDLPVVVMSAQNTFMTAIRASEAGAYDYLPKPFDLSEMVSLLRRALSEPKPVQTKQDVDEQAENMPLVGRSVAMQDVYRVLARMMQTDLTLMITGESGTGKELVARALHEYGRRRNGPFVAINMAAIPRDLIESELFGHEKGAFTGAQQRFSGRFEQANGGTLFLDEIGDMPMEAQTRLLRVLQQGEYMTVGGRTPIKTDVRIVAATNKDLLKQIQKGQFREDLYYRLNVVPLRMPPLRERVEDVPDLVQHFFRLVEKEGLSPKQISAEGFAVLRHYAWPGNVRELENLVRRLAALYPQDEINAEIIRHELQHLPASLPAGEAGLKADQITNLRDATEIYLRQYFASFNGELPPQGLYERILQEIEYPLLAASLTATSGNQIKAAELLGLNRNTLRKKIRDHDLNIFKPN >WP_239280620.1 ABC transporter permease [Corynebacterium sp. ACRPE] >MCG7467089.1 ABC transporter permease [Corynebacterium sp. ACRPE] MSSLRTTGRAIVRPLLRFALTLFVASIIIFALMRAVPGNPARVALGVNATEEAVGKLSSELGLDRPLLTQYWEWIRGLFTGSFGQSLSSQQDITPLVLDRAQVTLILIGLAMLLALAGAIPMGMWLALRNRTRGADVVSAGTQLGIAVPSFLLGIILVAIFAVHLGWLPANGWVPPNQGVGEFIRHLILPVIALAVVQGAMLTRYVRSAVLDVLHQDYIRTARALGQSPWEALKRHGLRNAALPVLTVAGVQLTTMVVGAVVIESVFVIPGIGSMLLEAVAVRDLTTVQTLVMLLVAFALVVNALTDVAYRFIDPRITAGEK >MCE2456387.1 aminomethyl transferase family protein [Dehalococcoidia bacterium] MGETLVIDGLKKRILPVNLRQSGNSDAKMLISTRVRKSPWWHMSKAAGCWAYTVYNHLYHPRAYIKPEDGGLMAEYETLTNHVSMWDVAVERQIQVKGPDAAAFVDYLITRDVYERVPTMQARYVILCNQHGGIINDPVLLRVADDEFWFSISDSDVLLWAQGVNSTGRFNAEVHEIDVSPVQIQGPKSVDLLEKMVGSHVREIPYYGLIHDKVNGYPVTISRTGFSAEVGFEIYLHNAMLYSDEIWPYIMEQGEEFNLGVIAPSHIRRLEAGILSYGQDMDIESNPFEVRLGWQVDLQKGDYIGKEALARIKDEGVQQRLVGLRVGGEPITWYNEDFYLVKDRGSGDDVGYVTSAFWSPAQGSNIALAVMPRSHWRRGTEVKVQLPKDGIVDAQVVQVPFVDPTKELPKTALAAAI >KAH0455857.1 hypothetical protein IEQ34_015889 [Dendrobium chrysotoxum] MFPKEKSELCLLGRLAVAGHLRWRKREPISNLGNPILNAARIWGAWSLSFLWSLIWPSHIMAASPNKQKGGPSQFLTALSSAFSEWILIILLLIDAFFLFFASKIFRSCKLQTPCLLCSRFGYLLGDEKLGFYRDLVCDTHKLEISSLTFCHVHKKLVDAREMCENCLLSFAKKNSTLETYKFFLRKLNMDLDDGNRIFNSCSDKIVKVPLLHKDHDAGSPLTRPCSCCSQHSRNKPYAYRESKNKPIFNKFDYHGSPLPSAKLRARAHLEDGLNKAKEVLSVRLADYKPGGQSFDLFSHFKYRELKSTSEPESEVPLSDEDDRTSMPRGTEDVKEKCFERSLKSSSSITNTPETCLISDDIVLEKLVHPDPVISVVSASVLKSQHDEDGSCDKSFVESNVDSDHGLKEISWTHFEGRPILPTSSQIVTKSVPTVISKVKDLSEVDVLRTSCTSHVEINEPTELTNITSKADRVMIDSDQSLATDAKGAQPSPTSEIALTRESARIHENLKQRLSQVLSPRWLQSPRNDIIHGARKDNECKLSHTLSFNGLPSINKKPDAELSCSEFADGSFVSEIEGEVSVERLRKQIKIDQQSLSILYKELEEERNASAIAANQAMAMINKLQEEKAAMQLEVMQYLRMMEEQTQYEQEALRNLNDQLTEREKEIQDLEAELESCRKLPGDESMAEKVLQPLFDSDESEYSTTSTPHVVRPRRKRKHHLPSVMFEDSAWPPSSPIKENLLDFEDEREYIAECLKRLEKNVRLFSCADASRLVEEDDEFDDDIYADDTKWPNLELQEGAAEDEGNKHNLYSQNIIEGNSGTPEINQMKEMIASEKHQSPHIKSLSHEENCIYPTQEAEYPVGEHENYNSLNSACTKKMKSKTGKRNGGVALSDEIEHLNARLEALEADRDFLDRTINSLRYGKDGLQFVQEIATHLRELRKIGLTQRKSVFA >MBO7602558.1 4-hydroxythreonine-4-phosphate dehydrogenase PdxA [Bacteroidaceae bacterium] MEGKFRIGITQGDINGVGWEVALKSFEDPTMLELCTPVIYGSPKVATYHRKTMEIQTPFTIVKSAAEADDAVNIVTCNDDDPKVEFAKTDAEAGKAAWGAMQLAMNEYRDGLTDVLVMAPVNELAFKQANIDYPGFSNLMQRELGEEGEVALSILVKDDLRVALATENVPMKNVASLLTKELIKEKMVVFNQSLKVDFDISAPRIAVLSLNPGSVLNDAVGQEEQEIIKPVLEELIEEKVICYGPYSVDSLLETSNYTHFDGIFAMYHDQGMGLFKALSMNSGVKFVTGMSAICVTPVHGVEYELAGKGVADESSLRNAIFLGIDVLRNRHREEDALANPLRKQYYDKRDDSEKLKQMKEPEEETL >MBA3364572.1 RNA polymerase sigma factor [Actinomycetia bacterium] MVGFGHGEGAWVRGAQAGSVSDLEALFRAHWPRAYRAAYLIVHDGPAAEDIAQEAFLAAIRALDRFDRRRPFGPWLHRIAVNRAIDWARARTLRAEVGDGEVPELAAPGTHPEPAGGPYSKATAQALASLSPEHRAVIVLRYLLDYTPGEIAELLELPRGTVNSRLRRGLDALQDRLPEEAL >KAF6037074.1 hypothetical protein EB796_004635 [Bugula neritina] MAHNHIFDFLYTTGSKLGQIARFLAWFMSAEMIINWIFLCTVRSTYRNTDENNKKRLEHEKTYPQLTSEGVAYEQLREQRPTLGTGNWSVVTQYTGSDVKRTAYPYWGWKPCIVCSFYRPPRCHHCPIVKSVCSSVTTTVSSPDNVWV >EJD6083724.1 hypothetical protein [Providencia rettgeri] >EJD6601879.1 hypothetical protein [Providencia rettgeri] >MBS6209394.1 hypothetical protein [Proteus hauseri] >OBY35354.1 hypothetical protein PR729_21940 [Providencia rettgeri] MIPIQEVDIYSDNNIKISAHIVVPNQSIAAAEIVIYDQNYNPFYSTYCPLGQYSSAKEAYEAIIDASQKYMSKSGGTINRINNRCNTEFVTKKEQQTIIDSKSIANVQVEVNT >XP_053603972.1 uncharacterized protein LOC128671509 [Plodia interpunctella] MYMILLTITLHLTMAQDVTLNTLDNGPGILPFKLGPTKMITHYHSFLYYIDLDRISLTINSVKSQIDSFRSDLNNKTASLYEPHISHLYNKIEMLLEQIHSFQHTRSRRGLVDGLGSIIKSVSGNLDYTDAIKYDNAIKVLQNNEKQLETELNEHISLGKEWIAKHSIVLDSIVKNQNRLANSIDHILNSDASRDYDMIKYAHLAQYLIIISDNTDNLYEEIHNLENMVAFIQSKTTAHYMINISTLNSTISRLRQLYSEEQIINIDLREYYEIIKTGSYYVGNKLAIVFMVPIASPLTYTLYKLSIAPNKQNQILVPIQPYVAIQETDSMYIATECPKVNTWYICKEELQQKIRDNEDCIQHLIMDQSISSSCQFIHANLTSSALEKLDDQHYTISLPTTTRLHISCRQEYYKNLQGTYLVSVPPSCMLKTLDFVISNVQNRIKGHAVQIAELPTEELATSKLQPTVRLNSINLEHLHETNAKISLQHPATLQKNDLSSLYHTTIPSYTLLFGTFIFALILTLYWKLRRRSSKSKDEDIPKADYPDGHYSRIQDIKPKDVKIDISNIPAISSVRPTDSCRSAGGGVTRS >WP_168987397.1 phenylphosphate carboxylase subunit delta [Azoarcus taiwanensis] >NMG02617.1 phenylphosphate carboxylase subunit delta [Azoarcus taiwanensis] MNVRETASRVALMGFDVDGVLTDGSLYFTPGGDEIKAFSSLDGHGLKMLQSAGVEVVIISGRRSRALELRAANLGIRELHMAVEDKRACLGGLLAQRGLDWRAAGYMGDDVVDLPILRACGFSATTADGHDFVKQHVQFVTARSGGRGAAREVCDLILDARGDLERMLADYLD >WP_087514544.1 F0F1 ATP synthase subunit I [Escherichia coli] >ARV34688.1 ATP F0F1 synthase subunit I [Escherichia coli] >EFB6075157.1 F0F1 ATP synthase subunit I [Escherichia coli] >EFC0726960.1 F0F1 ATP synthase subunit I [Escherichia coli] >EFC9684449.1 F0F1 ATP synthase subunit I [Escherichia coli] >EFD1681395.1 F0F1 ATP synthase subunit I [Escherichia coli] MSVSLVSRNVARKLLLVQLLVVIASGLLFSLKDPFWGVSAVSGGLAVFLPNVLFMIFAWRHQAHTPAKGRVAWTFAFGEAFKVLAMLVLLVVALAVLKAVFLPLIVTWVLVLVVQILAPAVINNKG >MBL4661703.1 hypothetical protein [Alcanivoracaceae bacterium] MNLSMCTKLCVECPFSANSLKGWLGAHTIDGVLESVKNEDLFSCHMARKEDMTIDSIESGEVRICRGYIASATKSGKAFGENDENGAELRRLQLQIIEENKEDKDIILSRSEFEEHHGRIDVAKKLSISQEELLRRQGYVDNSKKIQNQA >WP_157447226.1 PilZ domain-containing protein [Catenovulum agarivorans] MSLLLELKPGAPISVSYLDTGHRMQTVQMLYVGLIDKEYLILRFPDTRALVNHKFGLVPGTHLTLRTMVAKEVLHALSFKAPSLGVSKLREPLLLVGFPNQTNSQQLRSKPRLKVEAMAGVRLLNKELEFLTMVSDFSLTGLKCEFNLTEEQEAVLNKSNIAELVGERVNIDFGVNDDFESDFQLYGVIKNARIQDKTWFGIQFEDNDESMVKSIFAILLMRLHGL >KAE9687153.1 acetolactate synthase small subunit, partial [Enterobacteriaceae bacterium TzEc077] MRHIISVLVENEAGALSRLVGLFSQRNYNIETLNVAPTEDPTLSRLTLTTYGDDHKIEQITKQLNKLVEVVKVVDLSEGSHIERELMLIKVKALGASRAEIKRTADIFRAQIVDVTPTTYT >HED33315.1 hypothetical protein [Gammaproteobacteria bacterium] MEQHNANWHRVPTGVAGVIALALLIFSHSVFAMAGAVILMTVEIVLGYLKSRARGLLFQQNTQMATQLSELETQLQQSEHSIQSLNMIGQNNMPIWSHQIDDCVQSSTQEINALADQFAGIVNDLRSIVESEVSHDEHSVVDIKNRLDDISSTLIKLSDMRRQSQQDIAELTSFTDKLEVMARDVGSIAEQTNLLALNAAIEAARAGETGRGFAVVADEVRNLANRSGEIAKNIIENVTGVNEQFSYISQKFSADSEQEGTLINAAEDNIQAVINQHSETKKQRDEGADRLTALSSGITQSIEAAMVSLQFQDRVSQILGHVQSNMADLSTQIENHENLDIEQLLEKMASEYTTNSEREAHRKLTGVEAEQVPKASDEGEVVFF >WP_000446844.1 MULTISPECIES: AraC family transcriptional regulator [Bacillus] >ANN31340.1 AraC family transcriptional regulator [Bacillus thuringiensis serovar coreanensis] >EEL66266.1 Transcriptional regulator, AraC [Bacillus cereus F65185] >EEM85042.1 Transcriptional regulator, AraC [Bacillus thuringiensis serovar huazhongensis BGSC 4BD1] >EEM97633.1 Transcriptional regulator, AraC [Bacillus thuringiensis IBL 200] >EJR24967.1 hypothetical protein IIA_00940 [Bacillus cereus VD014] MESYETQIQRSIDYIEEDVMEKQTLRNLARIAGFSESHFHRVFQALVGDTVMEYVRKRRLARAAYQLSHTDEKVIDIAFEHGFQSHETFTRAFKKLFQMTPSEYRKQEIETPMYYSVNVKQRKLNPYLGGIQMEYRIVNKPEFLMAGYELKTTSKEGKNHQDIPAFWQEYLQKDLGTTIPNRKDTSQWVELGLCTDFNLETGDFTYIIGMEVTDFENVPNEIAKRTFPAATYAVFTTPKVPHKEMVSSIHQTWNAVFSEWFPHSGYEHCGVTEFELYDERCHEDKSEFAQVELWIPVKKK >WP_168945101.1 extracellular solute-binding protein [Cellulosimicrobium aquatile] >NMF28340.1 extracellular solute-binding protein [Cellulosimicrobium aquatile] MKSTRQATALTLAGALAFSTLAACSSGGSGSDDESSGSGGDGKVTLKVVSLLPGSEQEAIDAFNAQVEEFEAANPDIDVQPEEYEWKATTFAPQLAGGTLPDVFEIPFTDAKTLVENGQLADLDEQFRTLPYADKFNPAILEAGTGSDGHVYAIPAKNVYGVGLHYNRELFESAGLDPDQPPTTWDEVREDAKKIADANPGVAGYMQMSQNNTGGWQLTVNTFARGGRTQEVADDGTATSTLTNDGTKEALEWLQAMRWEDNSLGSNFLLDWGTMNQAFAAGQVAMYTSGSDVFTSLVQTNAIDPATYGLAALPLEGDDAGVLTGGTLAAMPADVDETKKEAAIKWIDFFYLGKLVDEKRAVADAETLVANDQPVGTPVLPMFSPEQYQQNQEWIKDYINVPLDQMTSYTDTMFDLPLVGEPSQKTQEIYALLDPVVQAVLTDENADVDALLEQANTEAQALLDQG >TIW69825.1 single-stranded-DNA-specific exonuclease RecJ, partial [Mesorhizobium sp.] MTGERRLFLDVRQSATGVSWEHRLTERQDMNALAIAQGHGVPDIVARVLAGRGVTADQTERFLDPTIRDLLPNPASLTDMDRAAARIAEAIVAKEKVAIFGDY >WP_143823896.1 DEAD/DEAH box helicase, partial [Clostridioides difficile] MKIDIKQLIDIIKDANIDELYLRDIGVDTTQKGNVPCPVHGGKDKNFQFDLNKRIYTCYSHGCVVGADIIELCRTYEHFEKPIEAILFLANKYNIPLPFTKNKTNTKKINNVPKNIYIKKKDINSFIEEKKQEAFRNNDIELAFEFECMTDKDKRKYYLDNNIKIKSMLEKQNYSSYKADSIINIDKYISENLKGIRESIKHATEGKNVLMVAPTGSGKTYSIINTLKELDIKALFIFPNSANVQQAIVEYKIAGAYDKIPTKHALEGNKLVAMTWDKTEQLLKEDLSEYIIVIDEIHQTYTDAFRSKAIKSLNNITNKCRGRLDITATPSKLEFEIYNKVIEYKQNIQTEYKVKLYDKINIGKVIEILNNSNNSMLLKDSISTLNYISKKVNKKSGVVISDTKDTSKLYDRIVSYSDMEGYEVLLNTSVITAGVNINNPNVTDIIVIGEKDVGKIKQYVARARGAKSINVHIFNSYKTTNEDSNVYS >XP_031104936.1 peroxisomal acyl-coenzyme A oxidase 1-like isoform X2 [Ipomoea triloba] MVGVDYLAGERRTAEFDVAAMKIVWAGSRRAFEISDRISKLVASDPALSKDGRTEMARKELFKNTLRKASYAWKQIIELRLTEEEALMLRFYIDEPAFTDLHWGMFIPAIKGSGTEEQQKKWLTLAYKMQIIGCYAQTELGHGSNVRGLETTATFDPQTDEFVIHSPTLTSSKWWPGGLGKVSTHAIVYARLITEGKDHGVHGFIVQLRSLEDHKPLAGITIGDIGTKFGNGAYNTMDNGVLRFDHVRIPRDQMLMRVSQVTREGKYVKSDIPRQLLYGTMVLVRQSMVRDASYALSRAVCIATRYSAVRRQFGSQNGGQETQVINYKTQQSRLFPLLASTYAFRFVGEWLKWLYTDVTQKLQAGDFSTLPEVHACTAGMKSLTTTATADGIEECRKLCGGHGYLCSSGLPELFAAYVPACTYEGDNTVLLLQVARFLMKSVSRLGSGKLQAVGTIAYMGRIEQLMQCHCNVQQAKDWLKPSTVLEAFEARAVRMSVSCAKNISKFTNPEEGFAELTADLAEAAVAHCQLIVVSNLSRNCSKTFQGRG >WP_258228246.1 TPM domain-containing protein [Aestuariibaculum sp. M13] >MCR8669037.1 TPM domain-containing protein [Aestuariibaculum sp. M13] MKTLIVTLTLILFVGNLGFAQFNIPEIPKEQTSVYDYVGLLSNAEKSNLERKLIKYSDTTSTQIVVAIIGSTNGENIGLLTPRWAHQWGIGQAKEDNGVFILLARDDRKIWISPGYGVEDRLTAGIVGEIVRNVIIPEFKTGDYHQGLNKGTDAIFDVLTGAYKGTRKADAKKDNSSKFFFILIIIIFIVIALSKNKRGGGNNHRGGNRHGGFDIWDAIILSNMGRGGFGGSSGGGFSGGGGFGGGFGGGGFSGGGAGGSW >WP_183883741.1 hypothetical protein [Pedobacter cryoconitis] >MBB5637886.1 hypothetical protein [Pedobacter cryoconitis] >MBB6270358.1 hypothetical protein [Pedobacter cryoconitis] MFLPILAATFYLFTIIAAFKMETPVKGLLFILAVAGISAILYLFILFPGISGVAVALMLGAFILRQGSR >EHG9421715.1 hypothetical protein [Listeria monocytogenes] MLLILDENKEIVKSISADSTNGTHYFNDSHTEKVIDFDSTYEFSVSTDDESSKYLTGGNYVMLQDLDDDSLLFKIIEVQDIRDDNSSKPQKRIFCENVFIFDLNNVIVTDRAFSNSNIGPALTYVLGGSGWIPQDTENVGAVANLEFSGYITAQEALHQICTAFDCEVKFYVKTFQGRIVGYYCKVAKQFGDNEGVRIESGTGIKGITRKVLFTNIKTALIPLGATQADGTQLNISSVNGGLNYIYNDEANEQYNPSGTGYLMTKIVNENITNAAALKQWGTLELRKLSSPSYQYEANILMLEQVYGFEAHRIRKGSFVRIVDLEMSPPITVQARVIELNICYSDMSKSTCVVGDYIDINSATPAIINQLRENAKVSTNANKVASIASNKAETAQQIASSAESVANDANTNATDAKQVANDAKDSAVTAIDTANDALMKAGDNNKPFYGELPPAIPKINDTWFKIDEVENTITGVFKWDGVIWKEIPLDYNALKVGELSAITAKLGDVESGSITGAEFIHNINYRDDEGNLFTGTVTMNDNGFNAATVLPTGAGSTILKSDVTTLGGVKVAQQLMDHNISGELKETMLRGDSLDFTKDGQTTLSVNADLFYSM >OMH80233.1 Glucosidase 2 subunit beta [Zancudomyces culisetae] MRFKISCLSLVLVFAVGSITGKVEGEIKQIRGANPKDAERYVADKDGKFSCFDGKKKIPIAWVNDDYCDCEDGSDEPGTSAYARQVNDGVCEEECCDGSDEWSGLVRCENRCLELAKRDVEKELQKQETEKVGGAVKAQLVDKAKVLIVEKGIEVEKLEAEKQEAEKKFEENQKKKEELEKVENKIIEENKEKGRVRKLELSKRHIKAAVKLRRDSNEELKEAKGRVMELMKIMRDIEQNRNKEFNDEAVKAAVDGFEEFLRYNYDSKKQLEEYENQQKQENKEDKEKDKDKDGKEEEGKEAKKESNGSVNEQGQEEEEAGDDDFEAVFRQARNTQHDAERTKANFVKLTEILGKLEAEYNRNYHDLVVKGGTGEYVSLIEKYRARDSKKYSQKHTEEHKKLEEECQKADEEMRQIDFEMRAENVAGDINEEDPVAKVLKELEDVRKEHSTINDQVKRLSSDIENLKKTLKAELGPENILIAVEGECVTTNEPIGEYNYEICFLGSATQSSTTSGSRVHLGEFGNISVPESGKMVLKYTGGTHCWNGPERSLSLSVECGVENKLMSVTEPEKCTYHAILLSPIACPYLPSQPQEQQPQEQQPQEQEQEQEQENQEQEYQEQPQHTELPPHKDEL >WP_041302673.1 molybdopterin-dependent oxidoreductase [Mycolicibacterium rhodesiae] MAPVIEHKPTFCRICEPLCGMVATVEDGRLVALRPDKEHPLSAGFACQKGIAFTEVQNDPDRVTTPLRRGPNGFEAVTWDEAMTDIAARLSAVLQRHGSGGVGWYMGNPGAFSYAHTFAALLFIKGLGRHGHYFTASSQDTNSRLIASQLLYGVPTSVPIPDLTRTDLLVMMGANPVVSHGSFLTAPRIKDRMHDIVKRGGRVVVVDPRRTETAVAFEWLGIVPDSDSYLLLSLLQVMFSEGLVDVARVSDVADGVQWLRSLSEPFTPEATTTHTGIDPASVRTLARDLVHTERAAIYGRLGTCVGRYGTLTTYLIDAVNLIAGNLDAPGGSVFSSMQTVGQKWQNTMMGVVMRRSRSRKRSRIGGIPSAIGSEPAALMAKEITTPGDRQIKAMFVSAGNPVLSVPNGDELEAAFGTLDLSVALDFYVTETTSRCDYILPVTTMYERDDFPYTFQAFQATPFRQATEAVVAPAGESRSEWDIVDDLARRLGRQVPAFAAFGAARKALSAFGKTLSPRLMIDALVRMSEGGDRFGLRRGGLSLRGLTERHPHGVVVSPHIRTGVLRTAVAYLSRRVQLVHSDIADEVAKLSQSAHPEGFPLRMIGMREPRSENSWMHNSPMLMRGDRRHHALIHVDDAAELAITDGDVVQISSPYGQITVPVTATKDLVAGVVAIPHGWGHKGTGGWQLANRAGGANVNRLTSSEPNDVESMSGMAWLTGVPVRIDKV >MCE8014926.1 sel1 repeat family protein [Halomonas sp. MCCC 1A17488] >MCG3238259.1 sel1 repeat family protein [Halomonas sp. MCCC 1A17488] MIDYNLGYLLDAIPKLEVAAEAGDVEAMYYLGESHRIAHMGMTREALDWYHLAAQEGDPYAMLRLESGKVCALADVCPENGDNWAKAALEITLPKAEEGDLYAMGALFNIYGTLGEHQQAIAWLEKSAEAGNPHSQHWLGTLIYEDRNFTPDNDERHQLAEEWFRQAAVQGYVPAMLGLNSVLSAQERFEEAWEWGERAADKGSTTALLGIANCYINPRLSVDCIVTPDPIKGWAVLEAMQEVLNDQYSRRAMRLRHDLLTDEQREEAREAAQPLVEKWSSNNPALSNFPEKYGF >WP_173267071.1 rod shape-determining protein MreC [Streptococcus sp. 714] MNRFKKSKYVIIVFVTVLLVLALLATTYSSTIVTKLGDGISLVDRVVQKPFQWFDSVKSDLVHLTRTYNENESLKKQIYQLEVKSNEAESLKTENEQLRQLLDMKSKLQATKTLAADVIMRSPVSWKQELTLDVGTSKGASENMLAIANGGLIGSVSKVEENSTIVNLLTNTENADKISVKIQHGSTTIYGIIVGYDKENEVLKISQLNSNSDISTGDKVTTGGLGNFNVADIPVGEVVTTTHSTDYLTREVTVKLSADTHNVDVIELVGNS >KAF5344437.1 hypothetical protein D9756_011278 [Leucoagaricus leucothites] MANLYSNFDKVSHDLGEFIRRAKEMHNVERTSDYITFALTGEYEVDGRPKQAVINVTDNRVDHNQLLDISRDYDSAIGVADKILVDAPITVWAVPHPTFALKSSIHLTRSIVHRNVSHKVPYHQIPNFEFGYFGNRHQLYVFFPGLWSPDLAGRERPYQVSERNRSLWYSSGLRPAIELLLGDGVAHDWPASLETEKARAQKTTGGAPSWTQKIIAREFVYPLADTIRQEIQTEPFLDEADTQWAKTFFILHTIRGVKHGYNHTANPVSARYFLNDFIRDCKLVPNAHEDRVGEWWIDVGIEITSEIGACLQWSTGAHRHVVQQFLFISDEDADRITSLNSSKYSRDLSSHLAAVSGFRIEPGAQAEGPFQAAYIQAYTTDKAVVYNVEGSHHAKFLTTSEALSQNHPSKTVDGLYDIYSAAKGPNSSNARLEVRVPWRYATQVLMEFETAVIRQCLYAFSSETWWDFRIIRIVAISQTLHLQATGPSQLRFLPESLLLTAACVWLLNGLHARPEDGPASRDLMDAALPIIEASDAIDLHLAYRATIHPDNHKRIAYIPFGCVFFRRMIVGDVPRLRLSGPILPAKSFKFWFKGLDKDQVQAKYQNAGFVDRNIVALTRFTTNKQRPVPYINMTGAAEPDLFNLAEQGVALAPPTFDDASDVEDRPSTPDAEPQGIDAQISQLWRQFVVDVTSKSPNPRGSANSSYLKLDENERRVYYKVAREDEWKTSFRWLFPPPGHQSSTAVQNYRQSLYYQTWMRMLEENAQQPEVIETIRRQFWERIRTWSWIPKAESDKMWPTSAAKPAKNAFQRWPQDSKRPPAPHILLHEKAVPHFGSDGDQDDMDEVRGAAGPGLHAQEEEDSD >WP_190457829.1 ribonuclease PH [Cylindrospermum sp. FACHB-282] >MBD2385817.1 ribonuclease PH [Cylindrospermum sp. FACHB-282] MVWQRPDGRQSYELRPISFHSGFTRYAAGSVLAKCGDTQVLCTASIAEGVPKFLAGTGKGWLTAEYRMLPSATQQRQERELLKLSGRTQEIQRLIGRSLRAALDFEALGERTLTVDADVLQADAGTRTTAITGGFVALSHAISQLLQQSVLKRSPLRRQIAAVSVGLLQGEPFLDLNYIEDVTASVDFNVVMNQHLEIIEVQGTAEEGSFSRTQLNQLLDFSEKGIQQLLIAQREAVPNWEELFVGN >MBX3242409.1 imidazole glycerol phosphate synthase subunit HisF [Chitinophagaceae bacterium] MLTKRIIPCLDIKDGRTVKGTNFVNLRDAGDPVELGALYAQQGADELVFLDITATVEKRKTLSELANRISHHINIPFTVGGGISSVDDVSVLLQNGADKISVNTAAYKKPQLINELAREFGSQCVVLAIDTKKEEDGEWYVYLNGGRTKTATRCVDWALQAVDLGAGEILLTSMNHDGTKQGFALDITRSLSEKLPVPVIASGGGGAMEHFVAVFREGKADAALAASIFHFKEIGIPELKQYLQGEKIPVRIL >MBL9113742.1 M48 family metallopeptidase [Verrucomicrobiaceae bacterium] MMALIGVIGWFHVKLLADFLNLRRLSDSVPESLNDVVSEEDHLKAKDYHIDHARLDVLSEAAGLAALVGFWWVGGFQWLALQVQGLGWGSISSGLLILGSLVVASSLLNLPFEWYSTFKIEAAYGLNRTTPGTFVADRVKGLVMACALGGPLVAGILWVLANVQAAAFWAWALTSLFGLLMTWIAPRFLMPIFMKFTPMEPGELRDAILALARKQNFPVQEIYVVDGSRRSTKANAFFTGIGNTRRIALFDTLLATHSTDEIIAVLAHEIGHAKLGHVPWMITAGLLQSAAMFACLHFALSDVRFYEAFGVQGTLPALGLALFSIVWKPWSVVLDILHGMLSRKHEFQADEYAKVAIGTGEPLISALKKLSRDHLAHLTPHPFYILLHHSHPPVLQRIQALSA >XP_007828713.1 hypothetical protein PFICI_01941 [Pestalotiopsis fici W106-1] >ETS88113.1 hypothetical protein PFICI_01941 [Pestalotiopsis fici W106-1] MKLVIGGSTGFVGTELVRQALLNKDVDSVVGLSRRETPAPVDLDKGRLKSVVCDDFTTYPDAVKEELRDVDACIWTIAVTPSKLQTVPHDEAIRISCDYAITALQTLASLRQSSGGEGNGKPLRFILMTGHFTPRTPAEVHPLLKERGMSEYGLARGASEVKTLAFAQQSGATVEAAVAKPGMIVAPGVERRNVPGIPEVALRDVAAALLDQVVNGLEKDTLSNDDLVRIGQKVLAGP >HIZ96099.1 bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC [Candidatus Ligilactobacillus excrementavium] MSKKHIAMYITGGIAVYKTAQLARLFIKAGCEVRVAMTSAAQEFVNPKTFEVLTNHHVYHDFQTAGEQEFVPHIALADWTDMAIVVPATANVIAKMSNGLADDFVSTALLATNAQKFVIPAMNENMWQQAVTQRNVQILAEDGIKVMPPATGFLAEGYNGHGRMPEPDDIYQWIVAENEQKQDLKGINVLITAGPTVEEIDPVRYLTNRSSGKMGYSLAQKAADRGANVTLISGPTKLAHPTNVTVIDIMSAKDLQQKVESKFAQNDFVIMAAAVSDFHVKTIADQKIKKNGKDLQLDLVTNPDILAGLGHIKTHQRLVGFAAETQNLLENGNKKLKEKNLDMLVLNDVSRSDIGFNSSENEVRLLQPEKEPKLLKKNTKENIANEILDQLLTL >KAI6857291.1 hypothetical protein KC338_g8138 [Hortaea werneckii] >KAI7287860.1 hypothetical protein KC352_g4513 [Hortaea werneckii] >KAI7572412.1 hypothetical protein KC317_g780 [Hortaea werneckii] >KAI7628566.1 hypothetical protein KC346_g104 [Hortaea werneckii] >KAI7638381.1 hypothetical protein KC343_g113 [Hortaea werneckii] MGGFSLFKRIHKSPPDTLVDGRNARNMAAPDTAPRAIAGAAKDGSASDAGPTTNAQALGSIVGTFDIRCTLEGRRSKWAPKWCLEDDLQGALYFELQFVSNRPHDALLKTATVRIRFGPPYNSDPVPSVFTHAPINGISGPPMTHTQEQHSTLNPQAGINAAGFGLNFSGYERGKGMESVPARSWEFTSGKPSRIDDPACPAADSDTTVTDVEFTWTRGWDDDYDGLNRTFRAAVIVNRDVVEDMAMTVLVEASAKHAWHQALVPKERKSRHLHPVNNTSQIAFEDLLHNLQTTVEADNHARLPQVMPSKLSVSPGPAQQSDNAPETDPSVDLSGLEAPPVSLPVQQNQQSAIPLMAPERQASTAVMVPASASANANK >XP_007077310.1 testis-expressed protein 38 isoform X2 [Panthera tigris] MVWVSLYFGFLGLCSVVIGGCILFLHWRKNLRREERAQEWVKVMRAATFTYSPLLYWINKRRHYGMNTTVNTGPPPAVTKTETEVQNSDPLWELDVPESRSSAAQDSSPKVEAPAPPQPALQLVPGQPLPSPVLQSRTSSPLLVPIFQEVPFAPSLCNLPPMLNHSVSYPLDTCPERNVHFHSLPTMVHEDHCFSAKAFASEL >WP_123470196.1 GntR family transcriptional regulator [Streptomyces sp. CEV 2-1] >ROQ70996.1 GntR family transcriptional regulator [Streptomyces sp. CEV 2-1] MTPPVVHSLREQIREHIVDGIVSGRWKPGERIVERRIATELEVSQTPVREALRELETLRLIESAPNKGVRVRNLSAADLEESYPVRAGLEQIAAELAAPGLGEDCSLLAPHVTALYEADRRADGEAQVRHTVGFHRELVRAAGNAVLLHTWEGLGIEVFTALSIRWLGTVQKSYAEEHEALIEAFLRKDPDIGVLVKAHVLGCAPRA >WP_008292946.1 hypothetical protein [Congregibacter litoralis] >EAQ98125.1 hypothetical protein KT71_02722 [Congregibacter litoralis KT71] MVKTRPVTEQARRCSFGNFCARIPAAMLPILLLSAGPATLAAEEIAPVDTVIEGLTLRAIGPAIMGGRIADIEVNPKSPSTWYIAVGSGGVWKTDNAGITWSPVFDEQKSYSIGEVTLDPQNPNTVWVGTGENVSGRHVGWGDGVYRSLDGGTTWTSMGLENSEHIGRILVDPDNSDHILVAAEGPLWSSGGQRGVYRSTDGGETWAAVLSVDDKTGATDLEFHPDDPSIVYAATYERRRTVWSFLAGGPGSGFWKSTDGGATWREITRGLPSANDTLEVGKIGLAVTPAAPDRVYATIEANDGEQGFFVSHDRGESWERRSDYISGGTGPHYYQEIEASPVDADRVYQMDVFLHATTDGGNTFTVLGTGRAKHSDNHALWIDPTAPTHLLAGTDGGLYESFDDGATWRHFPNLPISQFYKVAVSDHSPYYNVLVGAQDLGTLHGPSRTTNVEGIRNQDWYVPYGADGYGVAFDLFDNDVFYQMSQKGNLIRHHSPSKENTSIRPQPAAGEAPERWNWDSPLEVSPHKAGRIFFGSQRLWQSDDRGNSWTAISGDLTSGTNRFTLPVDGRVRSTDALWDLGAMSGYATLTAISQSPLQETNLWTGSDDGLVHSTSDGGRNWNRVTPPALPDGAFINDIEASQHNDNGAFVVADNHKTGDYRPLLFSTNNGGKSWRDISGDLPEDIIVWAIQQDHIEPELLFLAAENGLYVTLDGGEQWHILGAGVPTVPFRDLKLQRRDNDLVGASFGRGVYILDDYRPLRALAAKVRTGGDAAPGDDIALFPVRDAWWYLPSKPGQAAGIPSQGSTAYKTPNPEPGPLFSVYLPALDQTPKEQRREREQELAAAGKDAPFPGWDALKNEATAGKTRYFLEIRDGDDSPVRRIGLEDTEGLQRLTWDMRGDAPDPISFPDGSFRAPWMSDPQGPLLAPGAYSAQLLKVGPRAVERLGSTQSFELRALPTLPEGTDYLATVAFQKELSDAQRQLHAVDEALKEVARESAYLRAAVNASPQSDPALHQSIDALEAEIADLKTLLRGNPARNRLSEALTHSAARRISSAAQAMNTRMPPTATQREDLRLGKLWMSDITRRATALRNDRLAGIKAALRDAGAPYVPGQALSW >WP_140476737.1 Hop family outer membrane protein HopF [Helicobacter pylori] >TPI00432.1 outer membrane protein [Helicobacter pylori] MKNHSFKKTIALSLLTSMSLCNAEEDGAFFVIDYQTSLARQELKNPGFTQAQELKQLIRDGAVRLQTSAIPLSYYLDILGNKTKTLLSESLKNNAQSSQPNGPSNQALANLEQSLGILGKLLDLSQQYASQNIIKPLVVDVGKQQIGITDSMLSVAQNIVLALGQVDLSKIQQNNNQQLYENIVKVMLLGAGGTNGAYNGVSVGDIATGMQNFSSQTGLIGANSTVSELNALIKSGISLDRETLRLGSFIEKNICSNASSCFSGNQLIYKKGLDRVIGIINTSLDQFESSASSLYKISYIPNLFSLRDYQSASMNGFGAKMGYKQFFTHKKNIGLRYYGFLDYGYANFGDTNLKVGANLVTYGVGTDFLYNFFERSRRRERTAIGLFFGAQIAGQTWSTNVTNLLSGQRPDVKSSSFQFLFDLGLRTNFAKTNFNKHKLDQGIEFGVKIPVIAHKYFATQGSSASYMRNFSFYVGYSVGF >CAI9301549.1 unnamed protein product [Lactuca saligna] MGNETSVPLKVFLDDKKKKVMFAEAEEDFVEILFSFLTLPLGTIARQLSGIFPDPNSMNTKLGSLTSLHESVRSLNITHFSSLESKGSLFHTINSSAHLCKKLKVNLDHDHRVHVCPHEEIFLKKKAKFIITDDLNVVPIVLDKSIELLNSLGVDYIDELQEKTMNFDLKEFVHLLKWSLFTNNPLTNYVYGGRKLSSSFFTYSTLTIPSTSGQIQTQKVKLLIQKSKKKVLCAQVENHFVELLFSFLTIPFGAYERLTKDIGSSPLMGISNLYNSISSLGEYLTSEDVKTMLLCPKIAGSYVCVTDLLPIYEVNKRQGSFLRKEQTTIFMVSNDLKVTTSPSIATISKFNTSGVPIHDMELLELSIGEQEALLLLKASLTSRSALTDWFRALLSMKKLKDLVPNNDFGVDGGSMSEEEVGSNSEVESHTDKLSVAGDAGRESEEEAVLISEEENHSDTLSVISFD >MUN40768.1 peptidase M16 [Actinomadura litoris] MAEQPLHEHTLGNGMRVVVCEDHVVPLAAVNLWYGVGSRHEHAGRTGLAHLFEHLMFQGSANVAEGEHAALLESAGAAFNASTSFERTNYYETVPVSHLELALWLEADRMGTLPAALTQANLDNQRDVVKNERRQRYDNQPYGTAFERLCALTFPEGHPYAHTPIGSMDDLDATTLQDCIDFFTTWYAPGNAVLSVVGDVDADATLAAVERYFGGIPAGPEKPPARPGTLGPLTGIRGEALDEEVPSPAYFAMFTLPTDGGDDIEAAELAVEILGGGSGSRLYDRMVRRDQIATEVWAGVTRLASGQSLAIVDAVGPEPDKIAAVLDEELERFAASGPDADETARATAQAERGFLEQTETVTGLANALSQNATQFGDPARVFTAPGRAAAVRGEAIQEMASRWLAPGARTALTYGGTSS >WP_114605464.1 Asp-tRNA(Asn)/Glu-tRNA(Gln) amidotransferase subunit GatB [Haloplanus rubicundus] >AXG09587.1 Asp-tRNA(Asn)/Glu-tRNA(Gln) amidotransferase subunit GatB [Haloplanus rubicundus] MTAQALQQRDLAVVIGLEVHVQLETDTKIFCGCSTEAADDEEPNTRTCPVCLGLPGALPVLNEAAVEAAVKIGKALDADVAEETRFHRKNYYYPDLPKNFQITQYDAPICADGTLEVSVEGDRRDIGIGRAHLEEDPGSLQHEGGNIETASHTLVDYNRAGTPLMEIVTDPDFRGPGEVRAFLAKLEEVLEYLAVFDASRDGSLRIDANISLVPADEMDADGVVDEATLADANRTEVKNISSHKGAEKALAYEVTRQKNAVKRGREVEQETRHWDESRGITVSMRSKEEEKDYRYFREADLPPLQVADWKDRIPIPELPDARRERFREAYGLDAEAASKLTSTKEVADFFEDVADRFDPDIAATWVADDLLGELNYRDMQVTDVEGRLDEFARLIELVDGDEITEKNAREVVLRTMLDEGLAPDDVVEREGLGKAGDDAVAAAVEEAIEENPDAVEDYHAGEGGALNFLVGQVMSKTGGSADPGTVNGLLRERLDD >WP_072380563.1 amino acid ABC transporter ATP-binding protein [Rhizobium tibeticum] >SEI17549.1 L-cystine import ATP-binding protein TcyN [Rhizobium tibeticum] >SEP03978.1 amino acid ABC transporter ATP-binding protein, PAAT family [Rhizobium tibeticum] MLELKNIKLSYGSTQILNGVDLSVKRGDVVSIIGPSGTGKTTLLKCINYLVKPASGTIAFDKIKMDYQQADKNAIQAIRLRTAMVFQQFNVFKNMTVIQNVMDPLVVVQRKSKDEARAIAKQELERVGLSDKLDNYPSQLSGGQLQRTGIARALAVKPDVMLFDEPTSSLDPELVGEVLKVIKDVTSSGITSLLVTHEMQFAKNISNRIVFMDRGVVAADGSPAEIFESPSNPRLAQFLSSEHSLQ >CBI36349.3 unnamed protein product, partial [Vitis vinifera] MVLSELGGSISRALQQMSNATIIDEKVLNECLNEITRALLQSDVQFKLVRDMQTNIKKLVNFDDLAAGHNKRKIIQQAIFQELCKMLDPGKPSFTPKKGKTSVVMFVGLQGSGKTTTCTKYAYYHQKKGWKPALVCADTFRAGAFDQLKQNATKAKIPFYGSYMESDPVKIAVEGVERFKKENCDLIIVDTSGRHKQEAALFEEMRQVSEATRPDLVIFVMDSSIGQAAFDQAQAFRQSVAVGAVIITKMDGHAKGGGALSAVAATKSPVIFIGTGEHMDEFEVFDVKPFVSRLLGMGDWSGFMDKIHEVVPMDQQPELLQKLSEGNFTLRIMYEQFQNILKMGPIGQVFSMLPGFSAELMPKGREKESQAKIKRYMTMMDSMTNEELDTSNPKLMNESRIMRIARGSGRQVREVMEMLEDRLVAWALYKT >WP_046278045.1 adenosylmethionine decarboxylase [Limnoraphis robusta] >KKD38547.1 S-adenosylmethionine decarboxylase [Limnoraphis robusta CS-951] MKKLGTHLILDAWQCPAELLNDPERIRNSILEAITAGNATLIDFCVHQFSPHGVTATATLAESHIAIHTWPEYGYFAADFFFCGRGEPRKAVEVLKTALQAKQVKLREFERGFEPETMIDSDQVNSQVISEKEICPV >WP_059376966.1 YlxR family protein [Fructobacillus pseudoficulneus] >GAP02624.1 hypothetical protein FPFC_020720 [Fructobacillus pseudoficulneus] >SEH38637.1 hypothetical protein SAMN05660469_0560 [Fructobacillus pseudoficulneus] MKTRKVPLRKDIVTGEMLAKKDLVRVVKNKEGEVFLDPSGKQNGRGAYISLDRDVAKQAQEKRVFEKAFSQPIDPAFYEELFAYVDHQQARKELFENEQ >KAG5276208.1 hypothetical protein AALO_G00129200 [Alosa alosa] MNSQGEERPQSPGLEAVIQKLEDSLLDVSAEERALTIWGEELGSTAAPVPVRIRQIVTRNLSDSPAATSMGGAEVSVQEENRALKDLLSQTRADRDQLLVKQAALTDRLEQMLVLQSGDSDQESVSAERRLREEARSYRLKLQSYQESQHRQAQLVQKLQAKVLQYKKRCGELEEQVLQKTSESEKLRLSLQTHLDSSAQRLQRTEQEHGRDLQSKQGLLEEEQKRCSGLSQVNALLRQQLEQAAAANQGLSESLRRARLDAEHKDTRLRREQETSASRLGREQARVRALWRQAASLRSTFTQLRAFTDRNLADMRTECVSTGRQLRAACLSLEVSVSQQSAPSGVEVPALERQLREKLLEAMQLQARWDAEKVELNSRILELTDMVKHLRGQNSEKESSMASMQASLDRMELSRAEEREERDCLLSEVQALQHVLHSISQVARGDGDGATLESSKQEADGRSLALSPLRGVSPQRDGTLLVVQRALTQRHTQVQDLRVRLEAALEQTGTLRAQLQEGELERREMELRGQELQQDSLQMDRALEESRRDAQRFRSSLDIISSEKEGLEQLVSGLREQLDSQRSELEAGRLLLLDTQRQRDLLRQQREDLETQLGRQRAEAERGQRLAEQLEERHSELRKELVGLKETLCQLTLHKEVLEDEKASLAQAISKLEAQNAEQEVSITRLQSEEAGLRDSLAKMAALSEGLAKDKVELNRILLQTEAEKASLDERRREVELERATAREEAGRLQQELRDVEAEQRALEVSEGQLQEARVSLEAQLSLLVKEKNHAQELHVQVSAQRQAMSEQLCAVQRELEAQRGAMERAGRERDELAKDKASLGVQLSTALRKASGLAQELATLRAEKEALETALFEGQELACALEGDCSRLEGERRSLVLANEALTREVSRQQADAEQQALRAQQERQALEGRLVQAERSAQLSLSNTQSNYQHQLDAERREKEQLCAELTAQREQLEERLRAESEELRLRSQAERLQLQEQVSQLQQDCNQRLLQAENLKQQALSQLEGERAALAEKLLSLQQDMESAAMETERMRRDFLSRQEQDKGVAAGLQTDLEVLRRRFEEALSSREATERSLGEQLKELNQQREEAQQELSGLRRSLQEAEESRDAGRRDLIEAHRQLRECAGERDAQRQEALELRRALGDAGREKEAVHTSNQELRATVKRAENDNNSLKRSLEEKEQRLSVLEECKSSHQQEASKLRATLRELERSRLQARRELQELRRQVKSLEGEVSSRSKELGELQARVAQEEQREEEARREAFSLRQRLLESEAGREAAIKESSVLQRRVAEQEEAEAAAREAQHQRDAALQESQRRQREETARLEEALREAQAQAREQGLRASLAEGQARGLEEQLAQGEVARRGLEHRLAGLESALRRTLGIGRSGRSPTRGARGRSPSPWRNRSPVKDGEGGPEGLTPSGSPGRSLSPGRGGDEELDLDTLHTALHSFQRELRDTQRDRDEAYTQVLSLTRQVSELQAAQDKANGRLQQLHKNLRDAEQGRREVTERLEGVQTSLALQEEVSRRGERERRSLGEEVTTLRSSLQSAEAEAQRLQEKLERSEASESRGEVERRQLKEACEQVEARAGRLEVSQRSLEGEVQRGGVRVAELEAEVAGLQERLASLRRELGESEERGALLRLEVERLAACLGRAEQQDSQLRERLQGATVQLSESSASAGAAQEQAAQLQRALTASEHDRRMLQERLDKMREALSESKKQNHVLTERAQNLQRAQEDSELRAAELDKQARALQEALRQRQEGEHEALEDSRQLQKDKGDLQGRVASLQASLQRLEAEKADLERGMSRLGKDKASLRKTLEKVEHDRRRLEEEALSLSREREHLEQTTHTLQEELTDAHTHTHTLQAQISHLEHSQSQRLLEVTVRHRQELDQETERLRGSQLQTERALEAREKAHRQRVRCLEEQVCTLKEQLEQEMRRRQAYVSQLLRPGA >CDQ50939.1 Putative nuclease [Vibrio anguillarum] MKRKYLLVLPLLLITAAVVSFFSIFTIPSTPQLLTIDGKNASSPLICYDNPNARAIDVRGQLNVLVWNIYKQNRATWQSELDKFSQDAQLVLLQEASMTLSLKEWISQKQWGGTASGCFSYFW >OOF77949.1 hypothetical protein BKG97_10665 [Rodentibacter heylii] MRKKDLIVYCYQALKRFYSDESGVYAVMTALLAFPLLFLISFAVDGSGILLDKARLAQDTDQGALVLVAENNGERENKAHSDVKRQNPSKEEIEKAGEGGKFAAQQHKRNLELVHGIAEYYLRSDKSGAGNVKSKPVIITKDFDYACEKKEKQENPYVRKEFVTCSVQGSVDRQFWLPWGQSALDQSLLKAGRTEIGSGKTYAVKEKGAIPVEVMLVLDFSGSMLDRVGKDKKSRKGNDPLSKINTLRSVVGNVQDILLPPKAPEKVSPFNRIGFVAFAGGARQQNEKFGCVLPYYGRYDKSNLEGVIKAGLNHSYQDVLKEHFESYLDVRQTIDQIYRFKGSNIQYPLTFNNGDACLGGNDGKLTSQAWFDRSNKDIRRALSAITPKGGTAATAGMIIGANIMMNKNKDPNAEPSKLGSNTQRVMLVLSDGMDNRPTDQTLIRLLDGGMCEAIRNQVDSLQDPSQRKQPTRIGFVAFGFNPPANQVRAWKKCVGEHYYQANNEKELLESFKQIIGIEEEVGRSSSKKPSF >MCO2595964.1 DUF4115 domain-containing protein [Pseudomonas aeruginosa] >MCO2989126.1 DUF4115 domain-containing protein [Pseudomonas aeruginosa] VGSEMCIRDRIHTLDEPEDQAVIEAQKEGEQAPAEVSPEVAAQAEGAPPVASEGAQVPAAPAQGTPAAPQQPVTAAPAGTAPAPGTAPAVPATASPAAPPAPSEPTAAPVVAGEGQGVVKVQFVADCWTQVTDANGKVLVSALKRKGDSLELAGKAPLELRLGFARGAQVSYNGQPVDVTPFVRGETARLKVGQ >WP_279150283.1 GH92 family glycosyl hydrolase [Muribaculum intestinale] MNHNHKLIGITAGCLSLLAGAAVFHACINAYAADNREPVDYVNPYIGNISHMLVPTFPTVQLPNSMLRVYPERADYTSRLLNGLPVIVTNHRERSAFRINPGHDGAMAAVKQYSYDNEYLTPYEFSVDIATPAGDDPMHVHYAVSNQSAIYDIDFESSEPGKPAYIAVSTGSGRINVDGNHISGWQQLPNDTRVYVYMDVDKSPTAAGILEDGSVNTGLGSKEGDNACAVWQFADGTKDVVLRYGVSFISEEQAALNLSREIKDFNLEDVSAKGRKVWNDALGRIEVKGGSEDQKTVLYSSYYRTFERPICMSEDGRYFSAFDGQVHDDEGTPFYTDDWIWDTYRAAHPLRILLDSDREEAILASFLRMADQMGTGWMPTFPEVNGDSRRMNSNHGVASVADAVAKGIRIDTLRAYEACRKGIEEKTLAPWSGNPAGWIDEFYARNGYIPALRPGEKETDPNVHGWEKRQPVAVTLGTSYDQWCLARIAQALGKTDDAARYDSCALNYRNIYNPATAFFHPKDKDGRFIEPFDYKWDGGPGAREYYGENNGWIYRWDVPHNVPDLIELMGGKENFVENLDRTFCEPLGRGKYEFYSKLPDHTGNVGQFSMANEPSLHIPYLYNYAGMPWKTQKAIRDLLKMWFRNDLMGIPGDEDGGGMTSFVVFSSLGFYPVTPGLPLYNIGSPQFEHASVRLSNGNTFEIVASGASDTNKYIQSARLNGKPWDKSWISHEDVMNGGKLELEMGARPNKSWASGPESVPPVLM >MBV8133755.1 GTP cyclohydrolase I FolE [Alphaproteobacteria bacterium] MSQVVAQPRFAPASRSRQPTAVRRPTREEAEEAVRTLIRWAGDDPQREGLLGTPDRIVRSYQEFFAGYDEDPVGLLQRTFEETNGYDEIVVLKDIRFESHCEHHIAPIIGKVHVAYLPDKRVVGISKLARLVDVYAKRLQIQEKMTAQIANTIDEVLQPKGVAVVIEAAHQCMTTRGVHKPGVMMVTSRMLGAFRDDPLSRREVLAMIGTPGGAKLDNV >WP_074642620.1 hypothetical protein [Treponema bryantii] >SEQ30476.1 hypothetical protein SAMN04487977_103320 [Treponema bryantii] MINYRGKPVLGPDSSSKNTSEFFALSGTVLFWLLFLIFSFVIKPEPKKQYKEVQIVLSSTPVVQKTEESPAPAEQSAASAASSEPVVEKVVETPAPAPEPVKKTVETPASKKVETPKPKAQTQPKKEPAKTTTTQKSAAKPAATQKPAEPVNYAKSVEELMAEQFNSKSAEDKMRDFDKMFGDDSDESEQTDQPVRVQGKSSIKDNPDARVNTNNGESIKSTSNNADDKSAKGNHSSDLDKIKNSEGTAISNNDTGAGKNQNPSKGNDKESLTWKDGAGARKQYNLDTKLSEEAKKSMLLTKAISFKISFSVDANGNVISSTIIIANEFMLSDIINKEMRQKISSWKFSTGEGISKAEFIWTLSPSN >MCI0677710.1 16S rRNA (cytosine(1402)-N(4))-methyltransferase RsmH [Actinomycetota bacterium] MAQDNLFHQPALADEVADLMREVVPGVIIDATFGGGGHSRRLIAEFGADVEIIAIDRDPEAVANAVALGITAVQGNFGDLARIVAPVIEGPPSGILFDFGVSSRQLDTPQRGFSYHREGPLDMRMGPDARLTAAEIVNEWPIPDLAGVLRRYGEEPMADRIAAAIAAARPIETTSQLSTVIAEAMPAARRRAGHPARRVFQALRIAVNDELTAVTTGLDQAIQLLQSGGRVVAISYHSLEDRIVKTRFAAGATGCVCPPGLPVCGCGRAAELRLLTRKPIRARSEEVAANRRARSAKLRAAEKVAA >WP_078429679.1 acetyl-CoA C-acetyltransferase [Alkalihalobacterium alkalinitrilicum] MSTTVIVGGARTPFGKFGGGLASLTASQLGGIAIKEALRRAGVDPNEVQELIMGNVLQGGQGQIPSRQASSFAELPWHVTTETVNKVCASGMRSVTMADQIIRAKDAEVVVAGGMESMSNAPYFIPNARWGMRMGDSKVVDLMVHDGLTCSFNKVHMGTYGNSVAEELGLTREAQDAWAYRSHERALASIETGKFAEEIVPVEVPQRKGDPIVVSQDEAPRAETSVEGLSKLKPVFGKEGSITAGNAPGVNDGAGALVLMSEERAKQEGKQVLAKIIGHAAISIEPKDFPKTPGLVIKKLLEKTGKTLEEIALFEINEAFAAVALASNQLANLDPEKVNVNGGAVALGHPIGASGTRVILTLAYELKRRGGGIGIASICSGGGQGDAIMIEV >KAG7534354.1 Bromo adjacent homology (BAH) domain [Arabidopsis thaliana x Arabidopsis arenosa] MCENDHHFVEWKEHFVSQERGNRVVHYFLKDSAGESILAVVGTERSVRHMFYVVSEEFVRIHGSENSIHAGFKWRSRREVVDWLTSMLSKQSTQGNWSKSPKCESGESNGSPEFPSNGFAAQRAQASEEVRLPINLSFHSWEIMWSGTPWTCGKQLKHYPSFCRNGTTIGVQSFVFVMSKGEDRYVAYLEDMYEDKRGLKKVKVRWFHYTKEVKGAVALKNSNPKEVFITPHSQVISAECVDGPATVLTHEHYEECVASFPNSLLAKVYMCYRQLRNSKVKPFDLSKLRGYLDQPIMSCLSSMEAGPVDCAMNIEKDEECSEGENVMVGAERSMKKRAGIMSGHLLTTYESSCKRLKLNASGKRFPSPTDVQKHPCYNGVVKADAKIEFLCQDSGIRGCWFRCTVLEVSRKQVKLQYDDIEDEDGYGNLEEWVPAFKSAMPDKLGIRLSNRPTIRPAPPDAKTSYFDLTIGEAVDAWWNDGWWEGVVIATGKQDAEELKIYIPGENLCLTVLRKDIRISRDWVGDSWVDIDPKPEILAIVSSDISSDAKLSTSSTLAKDTKAKPIVMPDIVEEAEPEGDKADNYLLGEQNKEHKDDGVVKEDDENKLSKEEDKEVGSNETNTYVNYENTVEDHKEDDVTLNDEKARKSESVFTLSKTTTTLVTT >EFE9598678.1 winged helix-turn-helix domain-containing protein [Escherichia coli] MSLPHLSLADARNLHLAAQGLLNKPRRRASLEDIPATISRMSLLQIDTINIVARSPYLVLFSRLGNYPAQWLDESLARGELMEYWAHEACFMPRSDFRLIRHRMLAPEKMGWKYKDAWMQEHEAEIAQLIQHVHDKGPVRSADFEYPRKGASGWWEWKPHKRHLEGLFTAGKVMVIERRNFQRVYDLTHRVMPDWDDERDLVSQTEAEIIMLDNSARSQGIFREQWLADYYRLKRPALAAWREARAEQRQIIAVHVEKLGNLWLHADLLPLLERALAGKLTATHSAVLSPFDPVVWDRKRAEQLFDFSYRLECYTPAPKRQYGYFVLPLLHRGQLVGRMDAKMHRQTGILEVISLWLQEGIKPTTTLQKGLRQAITDFANWQQATRVTLGHCPQGLFTDCRTGWEIDPVA >WP_183662448.1 hypothetical protein [Nonomuraea dietziae] >MBB3733764.1 head-tail adaptor [Nonomuraea dietziae] MPNAVAEVLRSLGGLAVSAAGAEVLRRASATDLIRIVRTAYDTDAESVSADWDKLRWADARPEHARDRYDTYQHEGSHSMSWVLLEAPRQRVSHDVLLSLLSPGQYRRRVTLTYRTLPRDVAGALLEQEVNAAAVREEYKRRTRRDATARDRADANRAARAAIEEAHGAGLVQWSLYVTTTAPTRAELAQARREVEQAAGHARLKLRLAYGGQASAFAAGLPCGVYPGDQ >WP_214826002.1 SusC/RagA family TonB-linked outer membrane protein [Chryseobacterium sp. ISL-6] >MBT2620032.1 SusC/RagA family TonB-linked outer membrane protein [Chryseobacterium sp. ISL-6] MSRFYFGSNKAALFFAMALLPSGVVYSQVKKDTVTKEKKIDEVVVIGYGTQRKESVTGSVASVKGDVLREVPSANITQALQGRTAGVDISQTSTKPGAAMQIRIRGTRSLTGDNNPLIVLDGIPFVGSLGDISSSDIKSIDILKDASATAIYGSRGANGVILVTTNRGSKGQKPKLTYNTFTGVQTLFSKYPMMDGPKFAQLRAYAIPAGNTTPLYTNGVDENNNTNTDWQDLYYKPAMITSHDVGVSGGTEGGNYNVGLSYFKQNALIPLQSYERFALRTAIDQQVGKAFRFGFTTNTNYSVSEGNGVNPGAVLGYSPIASPYRADGSLKTLMSTAGGIDQSWIYTRKNLENLGDKYIDETKSFASYNNLYGELNLPVTGLKYRLNVGLDYRTSNSGNYTGVGVFNTNPAGPSSAGRGNNQTYHWVLENLLTYDRTFGKHKINAVALYSAEGNRYTSSYMSAKNVPADFFQYYNLGQSPQADITVRPEDQIYWQTGLLSAMGRVMYTFNNKYMLTATLRADGSSRLAPGNKWHTYPALSLGWNVTNEAFMKNIKILNLLKFRAGWGQTSNQAVNPYSTLGALTVTPYNFGTTNSTGVYVSQAPNPNLGWEYSKTQNYGVDFGLFNNRLTGSVEYYKTHTFDLLTQKNLPSSTAIGSIISNVAETENKGFEISVNGVIIDNPDGFTWEAGANFYTNRNKILSLASGTTRDVNNLWFVGHNINSLYDYQYVGLWQAGDPYQSILEPGTSGDVVGSIKVLYTGGYNPDGTPIRAIGPDDRQIFDTAPKFQGGFNMRFAYKNFELSTVGAFQHGGILISSIYGSAGYLNRLTGRGNNVDVDYWTENNTDAYFPRPGRHLSGDNPKYSSTLAMFDASYLKLRTITLGYNVNKDFLKDLKITSLRIYFTVTNPVVLFSPYHKFSGMDPEPNSLGNENQAVSGYQNRQPIIGTNNPSTRNYLMGLNLTF >MBR0198895.1 ATP-binding protein [Oscillospiraceae bacterium] MDYKKSFELTEIPKTQKDALDKAKAEFRKDVCAFANAQGGYLIYGIKEDGKAVPHELVGIEISDNNTEQFENLVKNTLQTISPRIPIFELKYIPRGDNFVVILYIHKDSFAPYIFLENNRDYRIYRRVGNSVSVLAYSEIKSMFSQSVILEKEIGQYRKERINLFYDGEAAFHEQKFFLLHMIPETFLDSSYDTPIFFHCRKGVDFSGLFTPFGYINRPIPTVAGIRYVDKKRKTECRLQNNGIAEVYSPVGDYIDFSESHPEGFLFSQDLWENIELFVRAYAEKSSLLAKGGRVFAGLSIVGCKNIRTDNDWMTAGYIERHMLICEPVVFVDMADEDQLETDIKRFELETLLSLGVHSEKRVNELMLVVYGSERIYSDENALKQE >WP_068241828.1 hypothetical protein [Tritonibacter horizontis] >KUP93558.1 capsule polysaccharide biosynthesis protein [Tritonibacter horizontis] MRIFYSDYGEDPVRIDRIETILRDLKAGGADVCRTSRHPLDTVARNLVLPNLIERSMRGIGVTQHPDITLTNRELRIQAATYQYDHPKKSARDCYTSLYMYREYIEQELERFAPDLVILWHQFNAYHYAIADWCQRTGVPVMFGENGVLPGSWCFEFKGQMAESWIAQQPDVFKALPITQSDREHAASYLRQTITARTNRKGQGLSLHEVGQAAALSEDQRPKLIYAGVNDFKTGLQPFTKRRTLKHTGDFVSTEIGLEALLPLARKNDWHILYKAHPSIKHASPGLEHYSDCLTVIDKRVDLIDLLDQADALVTIVSQSAYMALIHDTPVVLMGRMQLTGSGLVEEAPYRAELERAIQTALADKGKETRPDMLRDHVARLMKYYVIAPDYDQPGMFRYDLSDVASTVLAAIQGQKNQHA >MBS7623663.1 lipoyl synthase [Candidatus Bathyarchaeota archaeon] MTEPASAGAQARKPDWLRVRFRRSEDYFKVVQTLRTLGLHTVCEEAHCPNSAECWGRRTATFMILGDLCTRSCRFCAVKSAREGRPVDPEEPARLAEAVKRLGVKYVVVTSVDRDDLPDGGAEHFARCVNAIKEASPESRVEVLIPDFNAELRPLRMVVQSRPDVIGHNVETVERLQGRLRDPKASYRTSLEVLEKIKRLNPSIHTKSSLMVGLGESQDEVLETLRDLRARRVEIVTIGQYLQPSRRHIPVAEYVRPEVFERFRLMAERLGFSHVYSGPLVRSSYHAAELFQA >ABJ92889.1 pol protein, partial [Human immunodeficiency virus 1] TLWQRPIVTIKIGGQVKEALLDTGADDTVLEEMNLPGKWKPKIIGGIGGFVXVRQYDQXPIEICGHKIVSTVLIGPTPTNIVGRNLMTQLGCTLNF >WP_029222917.1 sensor domain-containing diguanylate cyclase [Vibrio tasmaniensis] >OEF50628.1 diguanylate cyclase [Vibrio tasmaniensis 1F-267] MKVRRKYILNFSIVLALVSLVLSAIQFNRTKESLLESNQFFFRTIVNASYDIVDTTVNEAIKTYLKGVTDTVASHTLGVTPEQEVKEVIRIANELVIGESGYIYLMSPQGVHLYHPFLQGQNRAHLTHIQAQLTSKSGMTQYSHANPHEVGKRAKVAYSVRLPSGNTLVATTYKDELMYLVDLEALKDKLRKYSYGDSGYVYIVDLQGELVLRPNFEHEHLKALIGYSSELLIDKVVAEPEGHFSYSISDDNGTTNKNIFYKFYPYLNWIISAGVLEQELNKNHSLLLASLMTLVISLLSIIAVLVLYLRHRHLKILDVASLDYLTGLSNRRDFISQVKMRILECSPYPLKGVGIILLDIDHFKSVNDLHGHNEGDRVICAVAKVLKQFANENRLIARYGGEEFIFVTFDCNEYQLYELSEELRRSVEKIEGLVLPVTVSVGCRYANALFHIEGTIDQADKALYQAKKNGRNNTQVYRESQYRIVCH >WP_220778039.1 M3 family metallopeptidase [Shewanella hafniensis] >MCL1136894.1 M3 family metallopeptidase [Shewanella hafniensis] >GIU39188.1 dipeptidyl carboxypeptidase II [Shewanella hafniensis] MKGLTLKPQARTAKLTLSAIALALTLGACSTQQPEASVQANAAPNAVSAQIISQNATNPFFKPYDTFMEIPAFDKIKPEHFLPAFKAGVAQQHEQIQAIVDNKAKPTFANTIEAMEFSGDLVTRVSNVFFNLTGADTTPALQALSKEVSPMLSSAEDDILLNDKLFQKVKAVHDAKDSLKLSTAQAKLLEDTYKSFTRGGANLSEQDKTKLRALNEEIGKLNLAFGDNLLAETNAFELVVDSKADLAGLPEDVIATAFETAKKRGHEGKWVFTTSRPSITPFLTYADNRQLREKLYKGYIERGNNNNANDNKIILAKIAALRAERAQLMGYKTHADFVLEERTAKTPENVYGLLNKVWPAALAQAKTEVADMQAMIDAQGGKFKLQAWDWDYYADKIRVAKYSFNEQQTRPYFSLDSTLKGVFYTANRLYGLTFKERTDLPKYNAEVRTWEVYDKDGKMMAIFMGDYFTRDSKRGGAWMNSFRKQYNMNGVDSKPIIVNVLNYPRPAGNEPALLTFDEASTLFHEFGHALHGMLSNVEYRSQGGTAVPRDYVEFPSQVNENWMTQPEVLAQFAKHYKTGEVIPQELVKKIQAASKFNQGFATVEYMAATKLDLDWHTLTDITPKDAAKFEADSLAAMGLIEEISPRYRSTYFSHIFAGGYSAGYYSYLWSDILGADAFEAFKENGIFDKATADSFRNNILSKGGSDDPMLMYKNFRGKEAGIEPLLRSRGLLAE >GJP56269.1 hypothetical protein CLOM_g15344 [Closterium sp. NIES-68] MDPASATRFQDNLEDKSRVEIKRLCRQLGVSSRAATTSMLVARIRTRLHASPASGPPGSGKPSPSDNGVVCENGRQDEPRSEIRSQRKDPNQAQEKSRASRLFGGLIRRSSPARRHENSQKPQEQPQQQQQQRHQELQNEHTRDGGGAAAAGPPLHVSGRRTTTHPAQPAVPYVRTMDPSVKEAVARAYSEVAGTYASSMHFGGSGGSEGSEEVAQEVKGHVAEKRDEHVVEQRKGRATKEGAGHVAAADLTASERGALGVSGRSRAVRKQRERVGPEVEESKRRILAAFLRDMDGAEKPAAHAASLVQLSRSGEMRQQEEMGWPGEVKSGGVSAEGKETRDVEAGDGMGQGESAVVGGDEHDRGDSVGERCSGDEDDEEEVEEHEGDDEECDSQSEKYGDDADEADKSDAPVDLESLMAMSAHSQLVGMGAGRPADMSRECGESATEADAAATEATTAAIRAESHAAKANSAKAEGPLIGTNAPHAAPPTVASSDFPPSASSPSGRSSSSDSLGPTTPADSITMIDSSTSGDDTSDSRTGDSPTSNSATSVIPVTGSNPHDPSGLVDSDSAAADGRVVRGRVDEEDEGRVGEAEGGRECLREEKMDCGKLDLNVSGADVADPGIAASNEEAGSGRRSRRRWTDSAPSGVNGPSAWARGGGEEWAEKTFGKEADEIDERLELEEELEGELERLPSLLFPTSVSVPSTHSPSFPSLPSSSPCPPHHALHQDASQPTQQHVALLDSSQPAAHLQPLNAAAPFSQPRDEQQQQQQQQQQQQGGMAVMAGWPQQHEYLPLQPPMQLPAVPALPNSLSSIKRRLSPRVRKPTRFLTASRPLISPPSVNAAAAAAVAAAGAGSGSAPAACGLSAGASKDNPPPPSVAADSAAAAAAPAAAGAGSGGGGAGVSDGNTAGKDKVRNADPDVTLGAQLEHSPADSAAAAASAQNSPLQAPWQSPSRAAASVPAPPASTSISEPHLSSSSPSVTATSHSASVSHSVSCASHTTGPASHVIDLEECCLSAESRPSEQSRPSEQSRPSAESSPSASFRSSAEPRPSAISSPSAESKLSAKSRRSAESRPSEEVLAPRERAISGGGSNQSAASDRGEGKRDYTENCSRAVAAAMASSSDNAAEGEESAGDGGRERNGAAEGEGAGSDAACPLGTASRQWVRGPASGGSGGERGSVDVRSEGGRGGVGERGGREGEGSEGELSTGSGMAGEDREEKSFDWSWLDAEIDSNKRRENQEDMAEDADEAEDADEAERVFIEMVGGERERDGEEGREEKRADTVESGEQAGVAMGEGQLREGRAASGETEGRRVEEEGEDESGSAESGQRKYGDTSLAVPSTASSSPSLSLYPHSLHSAPAAISSFCTSLLSPPRPAFSGLPYAGWGGREGSAREGGTEGKLIAAAAAADEATSDARCSTPAAVAVPAVAPGALVNVSLQCWEAVQVGDAQGLSASAGSGKEQERQEEVGQEACGKETGGEAGGYQVEGAAGNLGLGGDDEEQRGEEEERKDEETANSDNARGVENAVDAEEKGGAHKREDEEGAAEEMGSSGTGEDEPASSDEVLEECVGVECGGVQEACSHEAVSLNGASAALALHGSPGTRERGGEAVVEAAGHVWHALGVDPAWQGHEEGRMPPADVAADIGAGIAGYGGDADWSKSKNLQGQVIGDISTWDAACGAVAFSCSHPSSSSRLIPVASRRHVIRPFTTSPSLSLLDNPLLTAPAISTSAATAAAAAAVAAVTAETASAATAPHGDAAIGATATAATATAAATTTATVTATTAAAAGEGSPFRHPARRLVPSASSPALLLTSLVPNRPVSPSFPVRPPSPDPTRPSSPPSSLPSSHPSSPTARSAHASRPSSPTIPLPDRPWLRGALRRTLERAQAAEMAAEALAAMDAGMGAQTGAGMGGEQQQEEKQEEKQEEKQEEKQEEEEEEATCAVSGCSGDGDPSSDAFAEHECDGVSACGGVSACDGVLARTQEASKGSNAASACASAGAGPAIAASDIVADPAVATRTAPATVTAEESAIAVGAGITGAAAESVGAQKTAVGNPAGGVGMAAHQWQVSSAMGTAMGGRSSHMDCRGSHTVTRASHRDAQAQVRMSSVLQRTHPTPTGAPTGAPHVQSVQPHAGARGAQNPSVSGARESSNPFAVPVPAMPRLPFKLSARKPTAAAPTVPLAGTPPPTAAPAAPAVAPMMQEQPQGGASAAPGPPGASGAPRVAGVAAGGLAGMAGGGLQKEAAVEVEESCGSCSMAVSNSVRNSTGMRPTNNARNSGSAAQRSAVAGQRMALKRHEGKGAPVGRQSAAASAAKGGASPSAAASAAAAAGGLKRASAVGAKGSGVPAAAGAAARAAPGAAVTGRSNGAESGVGGSEAGEEWSSSGSSRGKEGGGGRGAGLRQQASVPASHQSQQSQQSPMVQQQHFLQEIAFGPEWAAKARARDEEMQQRNAADRRGQLEGAVGGGVRGVHQPFSRPLFGERNSSPVKNMMPLAQGHITTQAHMLTQTQQQQQQQQQQQQQQQQQQVQAGHGMVPAETVRPFERKLFQQATMAGQVSPTAPHCVPAAAPAAASSASATGSTRIAPAATSKYSTMNAAAAYMQQQASDPFLHNPLPSLTHSSAATSTSTPPLSPRTPRSLVTPATATNPYLPPPRSNPTSPRLPVMGTASLSPPPSPRSYHVLQFAMGGTPNASPTHPLAACYNTPLSPTVGPSSLAPRSPAHPSAAAPVPPLGPTRTTAPSHAPVSPRHAAVTISPLNSPHKPQPVMMHAGLHPSGVHGGMNHAGMHGGMNAGSMCGSMHQAGTGNLQQPGLHAQYYVQPLPLHQQQQQQQQQQQSPYRNRPWLQQENRQPFIAGPNPSPPRAASPHATTAATPFVSGPNRSPASPSPANCMPANRSTSCTPAAHPAPGTAAPPVPAAAGHIGSPNRCISPVPFSPSPFSPTGSPVRAIHAGAASPTAASPASTGTPDKATTPSRYGSPLPARGPVGSMFVAGPRKGSAAAMVARRKLEAKAAAAAAAAAAAGDGAGAHGGDVVAGGSGAGGAAVTGGVGVVAGQRTGGPAGRVGGGTALAAEAQVGGVLTSSSVMNTRQGVMGGSTAPAGVPAPSAMPHVVPHSASSTAVKAPHALGVAQQLHSSHAPPSGGPVIPPVSSSARKWFVGSR >NCS93910.1 hypothetical protein [Leptospira sp.] MLDPHSKTASDEIVRTIHAQLKRVIHLLPPTMMVTMLGGGLSIFLQAYIRQFDLSSIAIFSPMTLCWTHF >HIZ21956.1 LysM peptidoglycan-binding domain-containing protein [Candidatus Blautia faecigallinarum] IPRNIRQIGLINKDYRIYVEDYVYTFLKKSAEKLKEDEEQKGCLAVLLGEIKWEEGISYIFIRGAIRAEDTQVTQEHMDFSQEVWAKIQEEEKTYFPDQEIVGWFLARQELVLEADDLIKRVHLKHFGGGEKVLMLMDPVEREDAFFRYENGLLVRQPGYYLYYEKNPMMQAYMVDKNQAVQEEQPEKVEDEAVKTFRKIIKAKKKEEEGEKTQGGVSVFSYAATACLVLGVLAVGAGFYRNYREIQNVSKDSGTAAAVSAEAAEDTEEESREEVTMAYPTVTPLVQPSETPSPTPAEEENQESSAVSQEEAGPPVSLEESETTEQTEQYYLEESDERKAKRRAELAQRESGQEEETAGADIHSSYVIKPGDTLYQISMEKYGSMEAIAEICELNGLSQNETIYPGQIIVLP >WP_095173689.1 hypothetical protein [Blautia marasmi] MNRLEYLIAKLKNLFWCTIRKIMGHQKFKRNKYYDKPIKGVDESNRYIFEMLKSGDPFLAARFGDAELRVLVYTLENDLKLRKGYPDYIKKAMHLNAGFFPTDEENLLKFGHLLWESSKSVDVFGVWFNLLEDYVIHKTSPDAELVELIGLEPYRSKNPWSKALEHKKVLVVHPFEESIQHQYTIHDKLFQNPEVLPDFELLTYKAVQTNAGGSCEYATWFEALDHMFEEIKQLDFDVAIIGCGAYGLPLAAKMKALNKQVIHLAGATQVMFGIRGARWDVRPEMQQYFNEYWIRPSKSEKPKDAKSVEGGCYW >XP_012504886.1 PREDICTED: LOW QUALITY PROTEIN: nipped-B-like protein [Propithecus coquereli] MNGDMPHVPITTLAGIASLTDHSLFKGMSIQHIIMETSLPLDAKKIMFNICVCSVGMMMSQYKLSQNSMHSSPASSNYQQTTISHSPSSRFVPPQPSSGNRFMPQQNSPVPSPYAPQSPAGYMPYSHPSSYTTHPQMQQASVSSPIVAGGLRNIHDNKVSGPLSGNSANHHADNPRHGSSDDYHLHMVHRLSSDDGDSSTMRNAASFPLRSPQPVCSPAGSDGTSKGSRTPLILQSQPLPCSSPRDVPPDILLDSPERKQKKQKKMKLGKDEKEQSEKAAMYDIISSPSKDSTKLTLRLSRVRSSDMDQQEDMLSGMENSNVSENDIPFNVQYPGQTSKTPITPQDVNRPLNAAQCLPQQEQTAFLPANQVPVVQQNTSVATKQPPTSVVQNQQQVSQQGPIYDEVELDALAEIERIERESAIERERFSKEVQDKDKPLKKRKQDSYPQEAGGATGGNRPASQETGSTGNGSRPALMVSIDLHQAGRVDSQASITQDSDSIKKPEEIKQFNDAPISVLQEDIIGSLKSTPENHPETPKKKSDPELSKSEMKQNENRLSESKPNENRLVETKSSENKIETKIETQTEELKQNESRMTESRQNESTVIEPKQNENRLSDTKPNDNKQNNGRSETTKSRPETPKQKGESRPETPKQKSDGRPETPKQKGDGRPETPKQKGEGRPETPKQKNEGRPETPKHRHDNRRDSGKPSTEKKPEVSKHKQDIKCDSPRLKSERAEALKQRPDGRSISESLRRDHDSKQKSDDRGESERHRGDQSRVRRPETLRSSSRNEHGIKSDSSKIDKLERKHRHESGDSRERPSSGEQKSRPDSPRVRQGDSNKSRPDKPGFKSPNSKDDKRTEGNKSKVDSNKAHPDNKAEFPSYLLGGRSGALKNFVIPKIKRDKDGNITQETKKVETKGEQKDKVEKMGLVEDLNKGAKPVVVLQKLSLDDVQKLIKDREDKSRSSLKPIKNKPSKSNKGSIDQSVLKELPPELLAEIESTMPLCERVKMNKRKRSTVNEKPKYAEISSDEDNDSDETFESSRKRHKKDDDKAWEYEERDRRSSGDHRRSGHSHEGRRSSGGGRYRNRSPSDSDMEDYSPPPSLSEVARKMKKKEKQKKRKAYEPKLTPEEMMDSSTFKRFTASIENILDNLEDMDFTAFGDDDEIPQELLLGKHQLNELGSESAKIKAMGIMDKLSTDKTVKVLNILEKNIQDGSKLSTLLNHNNDTEEEERLWRDLIMERVTKSADACLTTINIMTSPNMPKAVYIEDVIERVIQYTKFHLQNTLYPQYDPVYRLDPHGGGLLSSKAKRAKCSTHKQRVIVMLYNKVCDIVSSLSELLEIQLLTDTTILQVSSMGITPFFVENVSELQLCAIKLVTAVFSRYEKHRQLILEEIFTSLARLPTSKRSLRNFRLNSSDMDGEPMYIQMVTALVLQLIQCVVHLPSSEKDSNSEEDSNKKVDQDVVITNSYETAMRTAQNFLSIFLKKCGSKQGEEDYRPLFENFVQDLLSTVNKPEWPAAELLLSLLGRLLVHQFSNKSTEMALRVASLDYLGTVAARLRKDAVTSKMDQGSIERILKQVLRXRIXIIGINDSFIWVLTETSECDPSASFSRKFYIAQWFRDTTLETEKAMKSQKDEESSEGTHHAKEIETTGQIMHRAENRKKFLRSIIKTTPSQFSTLKMNSDTVDYDDACLIVRYLASMRPFAQSFDIYLTQILRVLGENAIAVRTKAMKCLSEVVAVDPSILARLDMQRGVHGRLMDNSTSVREAAVELLGRFVLCRPQLAEQYYDMLIERILVYSDNKGVNSGRLVACITTLFLFSKIRPQLMVKHAMTMQPYLTTKCSTQNDFMVICNVAKILELVVPLMEHPSETFLATIEEDLMKLIIKYGMTVVQHCVSCLGAVVNKVTQNFKFVWACFNRYYGAISKLKSQHQEDPNNTSLLTNKPALLRSLFTVGALCRHFDFDLEDFKGNSKVNIKDKVLELLMYFTKHSDEEVQTKAIIGLGFAFIQHPSLMFEQEVKNLYNNILSDKNSSVNLKIQVLKNLQTYLQEEDTRMQQADRDWKKVAKQEDLKEMGDVSSGMSSSIMQLYLKQVLEAFFHTQSSVRHFALNVIALTLNQGLIHPVQCVPYLIAMGTDPEPAMRNKADQQLVEIDKKYAGFIHMKAVAGMKMSYQVQQAINTCLKDPVRGFRQDESSSALCSHLYSMIRGNRQHRRAFLISLLNLFDDTAKTEVTMLLYIADNLACFPYQTQEEPLFIMHHIDITLSVSGSNLLQSFKESMVKDKRKERKSSPNKENESSESEEEVSRPRKSRKRVDSDSDSDSEDDINSVMKCLPENSAPLIEFANVSQGILLLLMLKQHLKNLCGFSDSKIQKYSPSESAKVYDKAINRKTGVHFHPKQTLDFLRSDMANSKITEDVKRSIVKQYLDFKLLMEHLDPDEEEEEGEVSASTNARNKAITSLLGGGSPKNNTAAETEDDESDGEDRGGGTSGSLRRSKRNSDSTELAAQMNESVDVMDVIAICCPKYKDRPQIARVVQKTSNGFSVQWMAGSYSGSWTEAKRRDGRKLVPWVDTIKESDIIYKKIALTSANKLTNKVVQTLRSLYAAKDGTSS >OJT13672.1 hypothetical protein TRAPUB_9771 [Trametes pubescens] MRPLQRSWNLGVTKIDENIPFYKDMETYILVKSRCLDDYHHDLDWTIALEQASRHLTKHPRSSIVDLATGGDPEAVLDVAIPQRMRATQQEPRGHLLDAFMHPDSREMPYIGHAAQPIQTAQAHSLAAHAYLDKLSATPAERAAIAGEERLSYSLRPPAARRAADADAPAFANFVAALHHADESAKLGHVSPAVLRLGFMMRDIGTSLGVDLAQTVRSRCFRPVWRALDGRLEEIYAEERKRLKKTGREPNAYACAAEGCGIRAEGRAALRACAGMCPPDLKPHYCSKGCQKQDWPRHKQICKPGTLGKVPNVTGKANRARALALFELGEPEDGEDEVGEGVPSHEAESSENSEDGTETGDAAFGPCPPGPGHAIDIQVAGAPGGSISIASDTLDAEILKNIRKGLTKFMRDEARRT >XP_039870427.1 alpha-N-acetylgalactosaminide alpha-2,6-sialyltransferase 2 [Simochromis diagramma] MRSDNSYVGVCSTQGCPDSIRSRVGKTEFGERFLESIPVLQWAKHVTPEQHRRLSHYPGAHGWGGIDYDTLVETLSVLNSPANWQMLDNWKAPGNKSACSRCAVVGNGGILKNSQKGKEIDSHHYVFRTNGAIIKGFEEDVGSRTTHYTFSTNTLMNSMLSYAGVGYRRPPVSKETRYIFLPDHDRDYLLMKAAATHTLVDRGREKGKNPVKYFGEDVSAEKLKMYHPDFIRYLRNRFLRSSTLKTRFKDLYRPSTGATMLLAALHTCDQVSAYGFMTPDYKKYSDHYYDKNYHPVGFFANHDLRMEMNLWQQLHKAGLVRLYMRN >WP_228281474.1 NAD-binding protein [Rubrobacter marinus] MKACNQIVVALVIEAVSEALVLGERAGVEPSKVLDVLSGGLAGNKVMEVKREKFLSRDFSPGGKSRFHLKDLGIALAAARESGVPLPVTALVNEMFGALVARGMGDRDHSALVSLLDGWARPAGGQGRP >WP_127202744.1 lipopolysaccharide assembly protein LapB [Neisseria meningitidis] MDNELWIILLPIILLPVFFAMGWFAARVDMKTVLKQAKSIPSGFYKSLDALVDRNSGRAARELAEVVDGRPQSYDLNLTLGKLYRQRGENDKAINIHRTMLDSPDTVGEKRARVLFELAQNYQSAGLVDRAEQIFLGLQDGEMAREARQHLLNIYQQDRDWEKAVETARLLSHDDQTYQFEIAQFYCELAQAALFKSNFDVARFNVGKALEANKKCTRANMILGDIEHRQGNFPAAVEAYAAIEQQNHAYLSMVGEKLYEAYAAQGKPEEGLNRLTGYMQTFPELDLINVVYEKSLLLKCEKEAAQTAVELVRRKPDLNGVYRLLGLKLSDMNPAWKADADMMRSVIGRQLQRSVMYRCRNCHFKSQVFFWHCPACNKWQTFTPNKIEV >WP_140214184.1 YscB family type III secretion system chaperone VscB [Vibrio parahaemolyticus] >TNZ76496.1 YscB family type III secretion system chaperone [Vibrio parahaemolyticus] MLDKMMKSLAETLGIGPFIAGENGAYTIEVDQLTLTIKLHSSWILWETALPLRFNEHLDYQQEQALKRCMQLSLKTLRDTPSVLTTNADQQLILQGKAMIENTSNEQFAELLAQHANVCERYMELLEHERVNHTISHHVWLP >WP_282791351.1 hypothetical protein [Streptomyces sp. CC224B] MYGATDRPEPHPLTCGGPARDGHRTDHATAVTTAVTVTTTAVTTVTALAITAVVTTITAAPRQAGVQLNRSRRPRASGSRGRRALATGVFALAAAALAAGCGDPGDLRSAGATPTAVGPTRLWPDLPPASSPVGDYGNADTEEVDGVEVPGGDLRKVDPVDIVKAQAAAHPDDYTGPSALYKETAEALRDCGRKGKECPVLKAYYRDFTGDGKDDVVVGIRMPEEQLAIRVYAMEKGHLTQIMGTSDAVLGVELAGRDLVLRAVSDIPGYEYRTAWSWDRHQRAMLPTRDEFLRSSDAPRPEGARSPVPAPAPVPELTEDPGRENPAPGPSAGDRPSSDGPDDSSGPGGSDGSGGSGGSGGSGDSPGAGS >WP_200652460.1 acid phosphatase [Paraburkholderia aspalathi] >MBK3840172.1 acid phosphatase [Paraburkholderia aspalathi] MNKKLICAAPIAIAAALSLYACGGDNVTAPPDITSIKTVVVIYAENRSFDNLYGNFPGANGLQNVTAASATQLDRNGTALATLPQVWNGLTQTGVTPVVTQAMTANLPNSPFAIDDPNGFNTPITATTRDLYHRFYENQMQINGGKNDKFAAWADSGGLVMGHYTLNADKLPLWKIAQQYTLADNFFMGAFGGSFLNHQWLICSCTPTYPNADKSPAAASISSVESDGVTLKLATNSPASALSGPPKFVLSGNLTPDFYAINTMQPPYQPSGNKAASGGDANLADPTAATTLPAQTQQHIGDLLNNAKVSWAWYGGAWGAAVSAAQTGATNVIYGANLTAPNFQPHHQPFNYFADLAPGSANRSQHLLDGGLAGSEFIKAIDAGTLPQVSFYKPQGNLNEHAGYTDVASGDQHIADVISHLQKSPQWNNMLVVVTYDENGGFWDHVAPPKADRWGPGTRIPALIISPFAKKGFVDHTQYDTTSILRFITRRYSLPTLPGISTRDAALVSNGSKPMGDLTAALNIRQ >WP_129825188.1 UBP-type zinc finger domain-containing protein [Streptomyces albidoflavus] >RZE26649.1 hypothetical protein C0Q93_08490 [Streptomyces albidoflavus] >RZE47915.1 hypothetical protein C0Q94_08495 [Streptomyces albidoflavus] MNKCTHVTELPHPEPAPSADTCLECLEVGSNPVQLRKCLYCGHVACCDSSPYRHATAHFRESGHPVMRSAEPGESWRWRYADGSIV >MBX5450151.1 M20 family metallopeptidase [Thermogemmatispora sp.] MSAATFSPAYLTALQRYEEEMLQRLALLVNIDSGTGQVEGITRIMDYLRSWLEGLGCSVTLHDGGQYGPHLVAHLRGSRPSGGKRFLLVGHVDTVYAPGSALACPFRCDGELAFGPGVIDMKSGVIMALYSLRVLLESRFADFSDIFLVFNGDEEMGSPSSAPLLWELARQADVGLVLEPTRSPEIITEARKGADRYLLEVSGLAAHSGAEPHRGRSAVIELAHKILAIDHLHALLPGVTFNVTRLSSSELLNVVPEWARCWISVRAYTQEGLDAAAEALERIVTSPSVPGTQARLTRTRGRVPYQATPQVRALVEVARLEAQALGLELVAEAKGGVSDANLLMQAGLPTLDSLGPVGGKMHVLREEFLRIPSLALRGALLAGLIRQLALQPPGPAVPAEGESRSARS >WP_081851094.1 glycosyltransferase family 4 protein [Bradyrhizobium sp. URHD0069] MSKGEIYIFGFRGFPGVQGGVETHVENLAPKLVHIGHRVTACLRSPYVSPQGGREWRGVRLLRLWTVRNIYLEALLHSLICALVAGFRRPQVVHIQGIGPALVTPLLRLLGLRVVVTHHGEDYNREKWGWAARTVLRLGEALGMRFAHERIAISRSIEALIATKYGKPCVVIPNGVVFPDLPLENDRLADLGLEPGRYVLTVGRLVPEKRQLDLLRAFSDAELEGWKLAIVGRIDHKNKYADLLASEAGLTENVVMTGFQNGESLRQLYAHAGLFVLPSSHEGLPIVLLEALSYGLPVLVSDIPSNMEVVSDPAHVFRVGDIPELSAKISALTDVRLDATEREAARRDCARRYDWAEIAEKTSAAYEELVEAKRDAVLARSNPTRGQTKHAEPVWDDLRRSLRPARHRPPQLP >MRR30429.1 zinc ribbon domain-containing protein [bacterium] MQFEKTQKFSDQPLQWCPECGKKALNKVYQPVGIVFKGSGFYSTDHRSPSGASRSSSSHHDSENVAKPAETKNDSTPASSEPKSGES >WP_125849054.1 nuclear transport factor 2 family protein [Rhizobium pisi] >MBB3137948.1 ketosteroid isomerase-like protein [Rhizobium pisi] >RSB65716.1 nuclear transport factor 2 family protein [Rhizobium pisi] >TCA48315.1 nuclear transport factor 2 family protein [Rhizobium pisi] MSAAALEALEEAERAFNAAMVSNDPTRIAACITEDWVLVTPERGPIPAQAILSAIGSGVLSHDTMTKTTHHIRLLGNVATVIGRGQNTGMFRGEPISADEWITDVYHREGNRWRCVLTHLTPVCSPLEISPIQDKIMPL >WP_244631495.1 c-type cytochrome [Neorhizobium sp. AL 9.2.2] MMTIRWKHLIILAILAPILGFGVAWSGLISVRASSGHWAATDWFLHWVMRNSVSTASMSVDPPPLDNPALVPAGAGHFESGCATCHGSPAQGRSDAVLSMLPPPPDLKEVVPTWTDAQLFEIVKHGVRFTGMPAWPVQTRDDEVWAMVAFLRKLPEMDGKAYIAASGLHGMGTAGEVSPLPITCESCHAEAKLNDGSIIPRLAGQSETYLLESLKAYHDNRRPSGIMGVAVGTLPEESLPELARYYASQQSPKRDMPPKDQALVERGRQLAEKGRSADKIPVCLSCHDKGGANPAYPKLSGQNAAYLKQQLDLFRGAVRGGTSSSHLMVNAAKYLQDDDIDALSAFFSQR >ADB27070.1 pol protein, partial [Human immunodeficiency virus 1] CTEMEKEGKISKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDEDFRKYTAFTIPSVNNETPGIRYQYNVLPQGWKGSPAIFQCSMTKILEPFRKQNPEIVIYQYMDDLYVGSDLEIXXHRXKIEELRQHLLXWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIXLP >WP_222323558.1 glutathione S-transferase family protein [Rhizobium leguminosarum] >MBY5582097.1 glutathione S-transferase family protein [Rhizobium leguminosarum] >MBY5648019.1 glutathione S-transferase family protein [Rhizobium leguminosarum] >MBY5705918.1 glutathione S-transferase family protein [Rhizobium leguminosarum] MTRALYSLCGADERRFFSPHCWKAVMALAHKGLDFEEIPTTYARIRAIGGGVSSIVPVLDDNGRMISDSFDIALYLEEAYPERPLLFSGEGGKALSRMVEGYSQMVIHPAIMRIALLDIHANLDEADKAYFRESREARLGKPLEVVAADSEAEKATFGAKLKPLRHMLKFQPFIGGQTPLFADYIVFGALQWLRVSAGLAMLTANDPVMAWFERCLDLHQSRGRTVTAA >VVC36036.1 Tim10/DDP family zinc finger [Cinara cedri] MEGSKMSQDELVEKLKQQVALENIELLLTKMSRLCFNKCVTKPGGSLDSTEQKCVSMCMDRYLETVTLVSKSFGERLMAEAQNMN >MBL6607133.1 bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD [Flavobacteriaceae bacterium] MVNIHEKFMARCLQLAENGKGTTYPNPMVGCVIVKDDAILSEGWHHRSGEPHAEAQAINNIDVNDLAGATLYVNLEPCNHVGRTAACAPLIVASGIKKVVIGSLDTHHKVNGSGIEHLKKHGIAVVSDILTQECRTLNKRFFMFHEQHRPYVTLKWAETKNGLVAPLSKNQLRPVWISNEYARQHTHVLRSKEHAILVGHRTWELDSPKLSAYRWDDNAPQIVVLGGEKPKRQDIIWLSSEEHNTVEQVLSKLFELQIQSVLVEGGPETLQRFIDANLWDECFVYRSQDTWHEGLAGPKIKNPLAPIERFEDNVLYHGKNQL >DAO54200.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MRKCCGTCKYSRYGKDGSVCVNAESEYFMDWKYECDEWEARDVKEQSK >PGL69713.1 phosphoenolpyruvate--protein phosphotransferase [Bacillus sp. AFS055030] MSLHIKGIAASSGIAIAKAFRLENPELNIVKKQISDIDAEIAKLDNAIQVSNTELEKIRDHANAELGEDKAAIFSAHILVLNDPELVNPVKDKIKSESVNADFAMNEVASMFVQMFESMDNEYMKERAADIRDVTKRVMAHLLGVTISNPANITEEVIIIAEDLTPSDTAQLNRKYALGFTTDIGGRTSHSAIMARSLEIPAVVGTKEVTGKIENGVMVIVDGLDGHVIVDPSNEELEEYKAKKEKFELQKIEWAKLKNEPTVTKDGHHVELVANIGTPNDVEGVINNGGEGVGLYRTEFLYMGRDNFPSEEEQFESYKSVLESMGDKPVVVRTLDIGGDKELSYLHLPKEMNPFLGYRAIRLCLDQKDIFRTQLRALLRASVYGNLKIMFPMIATLDEFRAAKAVLLEEKEQLVKENVQVSDNIEIGMMVEIPASAVLADVFAKEVDFFSIGTNDLIQYTMAADRMNEQVSYLYQPYNPSILRLVKMVIDAANKEGKWAGMCGEMAGDALAIPLLVGLGLHEFSMSATSILPARSQMAKLSKAEMELLAQKALSMSTAEEVVNLVNSI >XP_036914921.1 roundabout homolog 1 isoform X3 [Sturnira hondurensis] MIAEPAHFYLFGLICLCSGSRLRQEDFPPRIVEHPSDLIVSKGEPATLNCKAEGRPTPTIEWYKGGERVETDKDDPRSHRMLLPSGSLFFLRIVHGRKSRPDEGVYICVARNYLGEAVSHNASLEVAILRDDFRQNPSDVMVAVGEPAVMECQPPRGHPEPTISWKRDGSPLDDKDERITIRGGKLMITYTRKSDAGKYVCVGTNMVGERESEVAELTVLERPSFVKRPSNLAVTVDDSAEFKCEARGDPVPTVRWRKDDGELPKSRYEIRDDHTLKIRKVMAGDMGSYTCVAENMVGKAEASATLTVQVGSEPPHFVVKPRDQVVALGRTVTFQCEATGNPQPAIFWRREGSQNLLFSYQPPQSSSRFSVSQTGDLTITSVQRSDVGYYICQTLNVAGSIITKAYLEVTDVIADRPPPVIRQGPVNQTVAVDGTLVLSCVATGSPVPTILWRKDGVLVSTQDSRIKQLETGVLQIRYAKLGDTGRYTCIASTPSGEATWSAYIEVQEFGVPVQPPRPTDPNLIPSAPSKPEVTDVSRNTVTLSWQPNLNSGATPTSYIIEAFSHASGSSWQTVAENVKTETFAIKGLKPNAVYLLLVRAANAYGISDPSQISDPVKTQDVPPTSQGVDHKQVQRELGNVVLHLHNPTILSSSSIEVHWTVDQQSQYIQGYKVLYRPSGANRGESEWLVFEVRTPTRNSVVIPDLKKGVNYEIKARPFFNEFQGADSEIKFAKTLEEAPSAPPQSVTVSKNDGNGTAILVSWQPPPEDTQNGMVQEYKVWCLGNETRYHINKTVDGSTFSVVIPSLVPGIRYSVEVAASTGAGPGVKSEPQFIQLDSHGNPVSPEDQVSLAQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLTSTYAGIRKVTYQRGGEAVSSGGRPGLLNISEPAAQPWLADTWPNTSNNHNDCSINCCTAGSGNSDSNLATYSRPADCIANYNNQLDNKQTNLMLPESTVYGDVDLSNKTNEMKTFNSPNLKDGRFVNPSGQPTPYATTQLIQSNLSNNVNNGSGDSSEKHWKPPGQQKQEGALIQYNIMEQNKLNKDYRANDTIPPTIPYNQAYDQNTGGSYNSSDRGSSTSGSQGHRKGARTPKVPKQGGMNWADLLPPPPAHPPPHSNSEEYSLSVDESYDQEMACPVPPARMYLQQNELEEEEDERGPTPPVRGAASSPAAVSYSHQSTATLTPSPQEELQPVLQDCPEEIGHMQHQPDRRRQPVSPPPPPRPISPPHTYGYISGPLVSDMDTDVPEEEEDEADMEVAKMQTRRLLLRGLEQTPASSVGDLESSVTGSMINGWGSASEEDNISSGRSSVSSSDGSFFTDADFAQAVAAAAEYAGLKVARRQMQDAAGRRHFQASQCPRPTSPVSTDSNVSAAVMQKARPAKKPKHQPGHLRREAYTDDLPPPPVPPPAIKSPTVQSKAQLEVRPVVVPKLPCMEARTDRSSDRKGGSYKGREVLDGRQVSDMRTNPGEPREAQEQQNDGKGRGGNKAAKRDLPPTKTHLIQEDIPPYCRPTFPTSNNPRDPSSSSSMSSRGSGSRQREQANVGRRNIAEMQVLGGYERGEDNNEELEETES >MBP8718427.1 NAD(+) synthase [Candidatus Atribacteria bacterium] MGDNKKTKTDILERKIEKIITWIRAKVKEAGKKGVIFGLSGGIDSAVIAVLCQRAFPEHTISLILPCESQESDIQDAMSIIEKYHINYRNIDLTPVYLQLLSLIDPDDKYNNKVARANLKPRLRMIVLYYFANIFDYLVVGTGNKSEISIGYFTKYGDGGVDILPLGNSLKSEVIEMAQFLEIPQHIILKPPSAGLWENQTDEGEMGFSYEQLDYFLTYGKLKDKKVEDIIKRMHQLSAHKRTIPPVPDN >QWG36045.1 PDZ domain-containing protein [Bacillus mycoides] >QWG47403.1 PDZ domain-containing protein [Bacillus mycoides] >QWH14559.1 PDZ domain-containing protein [Bacillus mycoides] >TBX82388.1 PDZ domain-containing protein [Bacillus mycoides] MVVNEFVEAWLFEILRAVGRFFLHPAVYVFLISSIFVGYLRILRERKDFSFKVYDIWFELRTTLFAGIGYGLIVSIITIGLGLVVSKASLWAILLWTLLFGLTAMYRYLSVAYTFGIAIALVLLSSKMPVSFLQLGEGEEGTIVSLAILLGVMLVVEGLLISKNAVRYSTPKINKGKRGLRIGLHESNRLWLVPVFILIPGDAVTAFIPWWPVVSIGSTTYSLFLVPFLIGFMRKVRSYEPTEALLFTGRRVYGLAGLVLVLGIASYWWHVLAIIAMGVAMLGRFTISMQEKIADEKRPAYFAARNDGLVVLDTIPNTIGAEMNLKPGEVITKVNGVIPRSTEEFYDALQTKTTGAFCKLEVVDTNGELRLAQTALYAGGHHELGVVFVQQEHEWDSEAM >WP_110066977.1 iron ABC transporter permease [Cytobacillus oceanisediminis] >PWW20468.1 iron complex transport system permease protein [Cytobacillus oceanisediminis] MIQPELVKKQRILMAVLSTLIIVTIVIGMGLGYASLSYDRLIPTILGQGTFKEEFVLFSIRLPRVFITVLAGMALALSGAILQGITRNDLADPGIIGINSGAGVAIAVFFLFFPIEAGSFIYMLPLCAFFGALITAILIYAFSYKRSEGLQPVKMVLVGVGFSMALSGVMIVLISAAEREKVDFIAKWLSGNIWGTDWPFIWALLPWLLLLIPFTLYKANRLNLLSLSEPVAIGIGVSIEKERIILLLTAVALAASAVSVTGGIAFIGLIAPHMAKALVGPRNQLFIPIAILLGGWLLLFADTLGRNLVDPDGLPAGIMVALIGAPYFMYLLLKK >KAF2570897.1 hypothetical protein F2Q70_00004454 [Brassica cretica] MGLEGYNGEDSTHGVKELEEAGDSFTLRTGSVTMGNGEHDITHDLSEVWDGLQGSDCNDGTTTSLAQLVN >MCK4236496.1 DEAD/DEAH box helicase [Candidatus Krumholzibacteria bacterium] MDVSKFLKRVQADDFYSGQIAHRHVIPVRRPRYGKLDDPLPERLASVLKRSGVEKLYIHQIEAVEALRKGRDVVLVTSTASGKTLCYNIPVLESLIKDPESRALYLFPTKALAQDQLRVLNRYGGEGGLRFEAGTYDGDTPTSLRRKLRDEAKALLTN >XP_041912709.1 C3 and PZP-like alpha-2-macroglobulin domain-containing protein 8 isoform X1 [Alosa sapidissima] MASDDKRPKMKCWNNLKDSWALTWIIFLVGARSGSAQDRHRGYLVAAPSVFRAGVEEAVSVTLFNAVDETRVQVQLAVKGETVAHSHGTILDKGTIKLKVPTGLRGQAQLKVWGNRHVTEGGYIFHNSTTVTVDSKGTAVFIQTDKPVYKPLQRVLINVYSMAPDLKPANDKIEAYVVDPRGSRMIQWNGLQPRCCGIVNMSFPLSDQPVFGEWLIFVEQQGHTYNKSFEVQKYVTPKFELVLEPPRYIRDLNICEQVTVRARYTFGKPVTGKMIVNMTVNGVGYYRHDVGHPMVKTMEIRGTATFPLCVKEMMPLDVADHFRGTVSMWVSVSSVDGSRQTMLDDSTPVHKQLIDVKYSKDTRKQFKPGLPYKGKIEVAYPDGSPADGVRVRVKAELTPKDNVFTSELISQNGQATFEIPSIPTAAQYVWLETKVMSIEGRAAGDQYLPSYLSISSWYSPSKCHIQLQSPGQPLQIGQEAKVQLKSTCGCNFTLHYEVASRGNIVQSGLQHPNQSSHRQRRAAVTFDKNIHTTQTPSETEEEEALPQTEIDSCVTTLQLQVTAAMAPLSRLLVYYVRENGEGVTDSLQLPVQPSFENKVSVTLSSNESMPGDPISLRVRGERGSCICVATVDKSMYLLKPGFQLSPDKVFKELADFDVSDAFGVPKDDGHFWWPGLSSRRRRSSVFPWHWDITKDARFAFTETGLVVMTDLVQLNHRQSEGMYTDEAVPAFQPHTSTQAALHARPGPRAEKRRRTFFPETWVWHCLNVSDVTGEAELQLVVPDSITTWVTEAIGLSEEKGLGMAPRAELRTFKPFFVDFTLPYSVIRGEQTKVPLTVYNYLPTCTEVHIKVSVPKGIRFVGHPGKHHLTRKKCVAPGEATPTFIVLSFAELGVANITARAVAYSEPGCCHDGLQASKTSRTPEELEDRRAPAGSDYVRRSVLVEPEGLPREYTYSVFFCPNERIHISTPNKYEYQYVKRPARVTHFEVAVKTHNDAHIALSTSPHDSAEMLEIVLGGRQNTRSWVSLGKMGEPVASAPTPGILSWDEFRSFWVSWKGGVVQVGHGNQPSNESIIVQWAGPLPGQVRHIGFSTGWGSVGEFKIWRKEEADENHNEAFTLGVPHNVVAGSERATASMIGDVMGPTLNNLDRLLRLPFGCGEQNMIHFAPNVFVLRYLQKTHQLSTEVETEATDYLLQGYQRQLTYKRQDGSYSAFGERDSSGSMWLTAFVLKSFAQSRGFIFIDPEELRAPKAWLITHQKEEGSFPAMGRILNKDLQGGIHGKISLTAYVVVALLETGIDTEEEKLAVARAKAFLESNTYSADDPYTTALLAYALALLRSPYAPLALRRLNHMAITQDGFTHWSLTGSTVTDEDTFMGFSDGLSQSVVSAEVEMTAYGLLTYSLLGDVASALPVVKWLSQQRNALGGFSSTQDTCVALQALSEYAILSYVGGVNLTISLASTNLDFQETFELQKDNKKILQRAMIPSIPTGLFVSAKGEGCCLMQIDVSYNVPDPVAKPAFQLKVDLKEPRRERHPSPSPRHPSARSRSRADNRSELSRKRRAPSDDEDPAGHQDHLDYRVTLEACARWLHSGSSNMAVLEVPLLSGFRADVESLERLLMDKRVGLKRYEVDGRKVHFYFDEIPSQCMTCVAFQAVREYIVGKTAPVPVKVYDYYEPAFEATRFYNVSESSPLARELCDGPTCNEVESSSNQWTGFAQSSSCNSVMGCPDEEERFDRCTCYRDCGYDGEPVCGSDGQLYQNQCQLEVSACRNNTRIEQVPLSQCPQMESVIDEPDPATGEETEQEAVLIHTGGEDQGSMPEVSYYSYEYDSDSEPFPAEPDAHFLLPAETQTPMASQTLLLDTKDSPER >WP_026564934.1 isochorismatase family cysteine hydrolase [Bacillus sp. UNC41MFS5] MQNQNQKTALLVMDLQNGIVSRFAENTEILKPFQRAIEAARQNHIPVIFVRVGFSEGYPEVSLHNKVFSAMAKNGGMTVSDSATQIHESVKPKPNEPVITKYRISAFAGSNLEIILRAQQIDSIVLSGISTSGVVLSTLREAADKDISLTVLSDACLDADPEVHRVLLEKVFPRQSEVQTVDTWIGTLN >WP_121953554.1 hypothetical protein [Pseudoalteromonas sp. MelDa3] >PLT27250.1 hypothetical protein CXF89_01025 [Pseudoalteromonas sp. MelDa3] MFLLRSFIYLLCLAGVAHLIQLEGFELKQYALYSEETLTEHMQDVLTFLSCILFFYASRINFQLKIPAVLLAALSAMMFVREFDTYLDLYFFDGAWQSIVYSILAGVFVYLITKRGSIFNSLKAYSLTPSYGICLSGMVTLLAFSRMMGKGAFWHSVMGDDYVRAVKNIVEEGIETLGYTLIFISAIELVLICRKKMAKNHKHCTDEVTQ >WP_169877562.1 hypothetical protein [Pseudomonas proteolytica] >NMZ12804.1 hypothetical protein [Pseudomonas proteolytica] MNFKNAVSGAALAIAAATMFAGVATQVQAADEAKVHCYGVTSCKGMNDCKTAENACKGQAVCKGHGFKAMTQAACDAAGGKVGE >GFU30764.1 hypothetical protein NPIL_150851 [Nephila pilipes] MLYLLAQINSRQKSIDFIFWKFEHSDFATPLFMTMETADIAPLEFSWRSKAMKSAFVALPDRYSRQESEVKIRGEERSPARSRLQE >WP_231496029.1 glycosyltransferase family 4 protein [Cellulomonas sp. HZM] MEDLLPRTLVVTNDFPTRQGGIEAFVSALCDRFPAGEVVVYTASMPGDDEYDAALPYPVVRDRSSMLLPTRRVRRDVVAAFREHGCDRVLFGASAPLGLLAPALREAGAERVVAITHGHEVWWARVPVMRSLLRRIGDSVDVLTYISGWCRDQIARGLSPAGRAHQQRLAPGVDSARFYPGCGGDEVRAKLGLEGAPVVVCAARLVARKGQDQLVAAWPAVLEKVPGAHLVVVGDGPHRAALDKQVAALGLTSAVTFTGPVPWAQIPPYFDAADVFAMPSRTRMLGLEPEGLGIVFLEAASCEKPVVVGRSGGAPDAVDDGVTGYVVDPRSPAEIAERVVELLTDRDKAREMGRLGRERAQRDWQWDDIAARCREYLEA >EJE2345556.1 DUF4765 family protein [Salmonella enterica subsp. enterica serovar Derby] VHPMHFSTEPEPPMIDRPLWTRESHYAKVLYEKFPAISGSSFDVFYGKDAIITALEIVSFNRQEKGKSAFNKKRMNHLFKLVQLVIHHLSSNGGDRVLLSAEGIKNNFIIMRNIIFWCAKITGPVNDKKIDTIARKIVVNNKFTKGVRSTLPKSNEPLRLLMKAAINKQLNWAEKYYRAETHMKEHMQECDILGLMDINKMVQEAVVGLIHEISDIAQSSWLTLEEQHERQAQALESFKEKLSSMNGGQEFVYAFNKIIQEGLGGLIELSFDLDDTIHHRTTSSLSPAARAGLHLLGTVWNIVMGLIPGFNALAGTSSILNRAVVENSADVCGYVQDIIRIGMEAVPVAGAKFTERAANAKYTGLRFVENKIQRGVVRAPIQKGSNYKTIESIENTDFIYQKSNQKVLELGPAGNDGLYRATGFDKQTYGYYKPSGEGFYRKQASYPPLSSEAPNTIKYGDRELILTKEPGSETYQAIYSDSGKNSAMTFYRSSDGRFYQASGLKGGGLIRHIDKPYSELREGDAGYDEELLDITDDSPLLEDILASLSEDLYPTSEENVQSIYKKYRSGDAAAGETEVVLCRGTIGPQAENIVSFKTAGGIEGGDVEVLPVSAEIAKEQVRSGRIVPEYTTDLSVADRFSREHYLIIVRVKVKYLTRGSVSESGWVMPKNTPVDPVGIIDRTYGKAENTGQANASK >WP_260821709.1 Ig-like domain-containing protein, partial [Salmonella enterica] >MCT6967047.1 Ig-like domain-containing protein [Salmonella enterica subsp. enterica serovar Oranienburg] LNDVHLEGYSGDDVFSNNINQVLTGTTTAGNQVDVIINGSKYSIVADTTGKWSLSTTALQDGVYSYSVSAQNAAGTQSPPTSGKFTIDTRPPVTTVSISSDTDSGVIGDYLTNNINPVLTGVTKPGAVVTLTLDGKVFSVAADNTGIWSVMVSPSLNDGVHYYSVSVTDRAGNVIIQPVDGYLTIQTQYSGDGISYANLTPESLSGTSDVTTKIQTPIFSGAGPVSTSIELRIGDQSFYGMSDETGKWTISVTEDIPEGNYSYQIYAVDNVGNKSAPFEGHLSIKTTATLEVYGLQDSSDSGVKGDNITNITNPVLSGKSEPDALVTLTMNGENYQTTAGTDGSWSFPVKGPLQDGDYVWKITVFEPSSGTNGENTGQITIDTKAPEVHESSVPQGAINDTAPEFVG >KWD88427.1 hypothetical protein WL70_07130 [Burkholderia ubonensis] >KWD88750.1 hypothetical protein WL72_34205 [Burkholderia ubonensis] MEIQQGSATERQAYGRAVSLRGHFLMFLAGRQKCVDAECHLGAVLIEDRLREQIQGLGGIAGAW >XP_022824318.1 lon protease homolog, mitochondrial isoform X1 [Spodoptera litura] MHTASSLIRNSFLNPKLKSTVVRSVTKVASHGKPVQRLCYSGVAGARGARICSYNSTFLSSSKQVGFGRYFSTNKSDPPDEDPESKDETPLFSSQLPATVAVPEVWPQVPVIAINRNPVFPRFIKLIEISNPALIDLIRRKVKLNQPYVGIFLRKKEDEKSDVVSNLDDLHQVGVFAQIHEMQDMDYKLRLVVMAHRRIKITGQFIEDEIESGPAEMKLKFPLFNVELNVAREESDAERRRRKYRNTRKQVSKEPAAATATATATTATAEAEDAPKEPKDSKKPAPDQVMMVKVENLMHEKFQQTEEVKALTQEVIKTIRDIINLNPLYRESLHHMLAQGQRVVDNPVYLSDLGAALTGAEPAELQAVLEEMDIPKRLMMSLSLLKKEFELSKLQQKIGKEVEEKVKQQHRKYILHEQLKVIKKELGLEKDDKDAIGDKFKERLAEKKVPQAVQTVIDEELNKLNFLESHSSEFNVTRCYLDWLTSLPWGVTSEENLKLKDAQVILDEDHYGMEDIKKRILEFIAVSQLKGSTQGKILCFHGPPGVGKTSIARSIARALNRQYFRFSVGGMTDVAEIKGHRRTYVGAMPGKLVQCLKKTGTENPLVLIDEVDKIGKGVHGDPSSALLELLDPEQNANFLDHYLDVPVDLSKVLFICTANVVEHIPEPLRDRMELIDMSGYVAEEKLAIAQQYLVPSARASCGLAAAQLDLTPDALHALIRSYCRESGVRNLQKHIEKIARKVAYKIVKEETESLKVTEANLSELVGKPTFKRDRMYNITPPGVVMGLAWTAMGGSTLFIETAIRNAAKDDKSPFGSMEVTGHLGDVMKESARIALTVARNYMSIYYPENKFLNTSHIHLHVPEGATPKDGPSAGCTIATALTSLALRRPVRPDLAMTGEISLTGRVLPVGGIKEKIIAAKRAGVCCVVLPEENRRDYDDLPSFIREKVDIHFVSDFDEILKIAFDQQQQQIEVGNIANNTCM >MCB0405579.1 hypothetical protein [Bdellovibrionales bacterium] MTKRYKSLAEIRAALDRTQLPELWDRAQRAFEKQSGWNRKQVQSTLQQFSKLNGVNKAFFGGLLIGQALLPGDRGLSAKAAKVPAKARKKASSSRSARAN >WP_159117211.1 alpha/beta hydrolase [Alteromonas sp. KUL150] >GFD71207.1 alpha/beta hydrolase [Tenacibaculum sp. KUL113] >GFD83960.1 alpha/beta hydrolase [Alteromonas sp. KUL150] MSGKNESPEGHTFDIEVLDAENPVACLIMGHGAGAGKEHAFMQDMAKALIAKGVSIVLFNFPYMQTMKATGKRRPPDKAEKLMSHFTALIESCCNEKETLNKLPVFVGGKSMGGRMATMVYEELGNVEGAIAFGYPFHPPGKPENTRTDHLLKACKLLLIIQGERDTFGTKLEVEGYGLSSSIECVFLEDGDHSFKPRKASGTTQQAHIIKAAELTATFISSVLSNP >EFX2174330.1 oxidoreductase [Shigella sonnei] MSDNIRVGLIGYGYASKTFHAPLIAGTPGLELAVISSSDETKVKADWPTVTVVSEPKHLFNDPNIDLIVIPTPNDTHFPLAKAALEAGKHVVVDKPFTMTLSQARELDALAKSLGRVLSVFHNRRWDSDFLTLKGLLAEGVLGEVAYFESHFDRFRPQVRDRWREQGGPGSGIWYDLAPHLLDQAITLFGLPVSMTVDLAQLRPGAQSTDYFHAILSYPQRRVILHGTMLAAAESARYIVHGSRGSYVKYGLDPQEERLKNGERLPQEDWGYDMRDGVLTRVEGEERVEETLLTVPGNYPAYYAAIRDALNGDGENPVPAS >WP_065029373.1 CoA transferase [Mycobacterium colombiense] >OBI40104.1 CoA-transferase [Mycobacterium colombiense] MAGPVAGVKIVELGVWVAGPAAGGILADWGADVIKIEPPTGDPARMFGRMLGCDLGLNPPFEMDNRSKRSVVLDLGTDEGRGTAFELLTNADVFLTNVRPGALRRLGLDFETVSAANPRLVYGLITGYGEDGPDADRAAFDVAAFWSRAGVAHLLTRPGDTPPFQRGGMGDHSAGMTMAAAVCAALLARERTGTGQLVTTSLYRQGAYTVSFDLNTYLMSGQPIAIGQRETMGNPCMNNYAAADGRRFWIVGLEPERHWPALCRAVGRPEWRDDPRFADARARAVNSTVLIAALDEIFATRPLDEWAQVFAGEPDFFWSPINTLEDVVADEQFHAAGGIVDVPDGDAAVPMVATPADFHGTPWAPRSAAPELGQHTEEVLADLEARRGS >PPR79666.1 Hemin transport system permease protein HmuU [Alphaproteobacteria bacterium MarineAlpha2_Bin1] MTKFKFLNADDFFNNLLTIILFFILIFLLVFSVLFGKINLIELLLSDKSNDVKELIRVLILEIRLPRTILALIAGFSLGICGAAMQGLFRNPLADPSIIGVTSSAGLGSVIIFYFGLANIFFFALPLGGIIGAIIAVMVIFFIIQSNVSTLVIILTGVAISSFSSALTSLTLNLSPSPYAAYEIMFWLLGSLADKNLNHVLMITPITVLGWIIIIFSKKWFTALSLGEETAQSMGLDLRIFRSKIIIGSALSIGSVVSITGGIGFIGLVVPHLLRPLYNYNPEKLLLPSGIGGAIMLLLADIFIRLLDINPELQIGVVTAIIGAPFFIYLIFYIKRIQA >MBN2020480.1 ABC transporter permease [Sedimentisphaerales bacterium] MRNNNAYPYPPLASRLYGVWFRHMRVYTQNIFSNGLPPFLEPILFLAGIGLGLGKYITESMEGLAYIEFLGTGLLMTSAMFTATFECTFGTFIRLEFEKVYDGMLAAPVTANNLIIGEMLWAGTKGLFFSFAVLCILALFGIVSLPKSLLAPFVGFITGLMFSTLALLVTSFVKTINHFNFYFTGLISPMFFFSGVVFPISNLPGYVRPFAEVVPLTHSVRLVRAVCTHRYSPHLLFDLLYIIVFTLVIGYFAVRRLKKRLVY >WP_268678783.1 LysR family transcriptional regulator [Vibrio barjaei] MLDIHWLKTFVTLAEYKHFGKAANALHMTQPNVSLQLKQLEQTTGVKLLDRNPFHLTQAGERLLQSSIKTLEELQVCQSDLNALNELDKGTITVAASDIISRMLLIGAFKLFRNAYPGMDIVLLNTTSSQAADLVKKAEADVGFVISQQQSQPLHFVELQQVKWVAFGEGFQQAIVNQSEVTLILLGHDTRTRDLIDDALPRLNLSNYRVMEVGSVDAQIDWAEAGFGVAIIPEFALSTKRNIQTDVTPLSDFPTTNLGYIVRQNQILSKATKQLLQWVGDEMIILQK >WP_082780476.1 MULTISPECIES: pentapeptide repeat-containing protein [Marinobacter] >MCD1631004.1 pentapeptide repeat-containing protein [Marinobacter shengliensis] MKTLVAIALTAFITPALADDYMADLKIPEINGCKLQPKTDCRGADLSGANLSNMDLKQANFEGANLTGANLSHANLRGADLSGAQLDEVIAHRVNLYRADVRGAKIRNANFQGAQAEYLFAQGADFTGTDMTGANFDFSRFSGATMVDCNLNFASFEISWMPKANLAGSNLFGANLQEAKLGHANLANANMNGTRIHFATFEGTFMEGCDGCPFDW >EGS8470081.1 CoA transferase [Campylobacter coli] MLPLEGKLVLSIEQAIAAPFCTRQLADLGARVIKIERPEMGDLARGYDKRVDGMASHFVWVNRSKESLAIDLKDPDGLEFIKTILPKVDIFVQNLAFGASKRLGLDYENLKKYNPKIIVCDISGYGEGGNYGHKKAYDLLIQSESGLVSITGTQDECVKVPISIADISAGMYAYSGILQALLYLEKTGKGSRVEISMLECMAEWMNYPLYYTYKNATPPERKGAFHTSITPYGPYKAKDGVVMFGLQNPREWESFCKIVLQDESLIEHEDFKNNTLRTKNASKVKEIIEDAFKNLSAKEVVDRLDEAKIANGNVNELNQVWEHPQLKARNRWREVDSEVGKIPALLPPATNNNYEARMDKIPALGEHTESILKEFGFSDKINLFKEKKII >AAM52216.1 androgen-induced prostate proliferative shutoff associated protein AS3 [Mus musculus] MAHSKTRTNDGKITYPPGVKEISDKISKEEMVRRLKMVVKTFMDMDQDSEEEKELYLNLALHLASDFFLKHPDKDVRLLVACCLADIFRIYAPEAPYTSPDKLKDIFMFITRQLKGLEDTKSPQFNRYFYLLENIAWVKSYNICFELEDSNEIFTQLYRTLFSVINNGHNQKVHMHMVDLMSSIICEGDTVSQELLDTVLVNLVPAHKNLNKQAYDLAKALLKRTAQAIEPYITNFFNQVLMLGKTSISDLSEHVFDLILELYNIDSHLLLSVLPQLEFKLKSNDNEERLQVVKLLAKMFGAKDSELASQNKPLWQCYLGRFNDIHVPIRLECVKFASHCLMNHPDLAKDLTEYLKVRSHDPEEAIRHDVIVSIVTAAKKDILLVNDHLLNFVRERTLDKRWRVRKEAMMGLAQIYKKYSLQSAAGKDAAKQISWVKDKLLHIYYQNSIDDRLLVERIFAQYMVPHNLETTERMKCLYYLYATLDLNAVKALNEMRKCQNLLRHQVKDLLDLIKQPKTDASVKAIFSKVMVITRNLPDPGKAQDFMKKFTQVLEDDEKIRKQLEALVSPTCSCKQAEGCVREITKKLGNPKQPTNPFLEMIKFLLERIAPVHIDTESISALIKQVNKSIDGTADDEDEGVPTDQAIRAGLELLKVLSFTHPISFHSAETFESLLACLKMDDEKVAEAALQIFKNTGSKIEEDFPHIRSALLPVLHHKSKKGPPRQAKYAIHCIHAIFSSKETQFAQIFEPLHKSLDPSNLEHLITPLVTIGHIALLAPDQFAAPLKSLVATFIVKDLLMNDRLPGKKTTKLWVPDEEVSPETMVKIQAIKMMVRWLLGMKNNHSKSGTSTLRLLTTILHSDGDLTEQGKISKPDMSRLRLAAGSAIVKLAQEPCYHEIITLEQYQLCALAINDECYQVRQVFAQKLHKGLSRLRLPLEYMAICALCAKDPVKERRAHARQCLVKNTTVRREYLKQHASVSEKLLSLLPEYVVPYTIHLLAHDPDYVKVQDIEQLKDVKECLWFVLEILMAKNENNSHAFIRKMVENIKQTKDAQGPDDTKMNEKLYTVCDVAMNIIMSKSTTYSLESPKDPVLPARFFTQPDKNFSNTKNYLPPEMKSFFTPGKPKTANVLGAVNKPLSSAGKQSQTKSSRMETVSNASSSSNPSSPGRIKGRLDSSEMDHSENEDYTMSSPLPGKKSDKREDPDLSELEKPRSRKKAPVTDPEEKLGMDDLTKLVQEQKPKGSQRGRKRGRTASDSDEQQWPEEKRHKEELLENEDEQNSPPKKGKRGRPPKPLGGGTSKEEPTMKTSKKGNKKKLVPPVVDDDEEEERQIGNTEHKSKSKQHRTSKRAQQRAESPETSAVESTQSTPQKGRGRPSKAPSPSQPPKKIRVGRSKQVATKENDSSEEMDVLQASSPVSDDTTQEGAEEEDISVGNVRRRSSKRERR >PYP75467.1 DUF1330 domain-containing protein [Gemmatimonadota bacterium] MAKGYWITFYHSVRDPARLAEYGALAVPAIEAGGGRFLSRGPAARTFEGVEKQRTVLIEFDSVARAVQTYQSPQYQAALALLKGAVERDVRIVEGVG >MBW4662439.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Drouetiella hepatica Uher 2000/2452] MNFIPPFDLNEQFKLIGEEVGAAALEILASGRYIGGAPVDQFEQQFAQYIGTSHAIGCNSGTDALFLALRSLDIGAGDEVITSPFTFISTAGVISAVGAKPVFIDIDPQTFNLDLNQIEAAITPRTKAIIPVHLFGQPVDMTRLMAIAHSHNLWVVEDCAQSAGGTWQGKKLGSIGHIGCFSFYPTKNLGACGDGGAMTTHDATIDAKLRMLRDHGQRQRYACETIGVNSRLDALQAVILSIKLRHLDIWNAQRQAIADRYDSMLQPLPGIVTPQAIAGGTSVWNQYTIRLLDTDRLIDSGQVLDSGDRAKDLSQHRRDQVRQQLQQQGIGSMVYYPIPLHLQPVYAELGYRSGDLPIAEQMAREVLSLPMFPELSLVQQEQVVYTLKDCLIQT >KAI9522339.1 Epsin-2 [Dissostichus eleginoides] MPSSTIRRQMKNMVNNYSDAEKKVRESTSNDPWGPSSSLMSEIADLTYNVVAFSEIMSMIWKRLNDHGKNWRHVYKALTLLDYLIKTGSERVALQCKENIFAIQTLKDFQFIDRDGKDQGINVREKSKQLVVLLKDEERLKGERSQALKTKERMAQVSTGSSQMGFGRGSSQPNLSTSYSEEYGRSEGSPASYHGSTSPNAGSELEQARPQTSGEEELQLQLALAMSREAAEQEDRIRRGDDLRLQMALEESKKGGPDSGKLAKRKKEPQSSLMDLMVVPEPGATADPWGAGATAGAMAAAAPEDPWKTYGSSPKPAAPVDPWGATPSVPPMKSSDPWAANSAPAADPWSSATRPKNSITGSFDLYNASNGTSKEDFSEFDSLRSSASVPTGNGGVASSLPSQASLASSSSLDLFDPLPSSMAMSGSTNPTRKTPESFLGPNAALVNLDSLVTKPAQPAPVVNPFLASAGVAAPALAQAAHANPFQVTQPVPPTLNQMRVSPMPSSFGMGDPMSVPPASAQPITMVPMARGVGGGGLPAAMQASMSLPQPLMSMPPQAGSQQAGTTNPFLL >WP_120851171.1 plasminogen-binding protein pgbA C-terminal domain-containing protein [Helicobacter pylori] >RKU97126.1 plasmid stabilization protein [Helicobacter pylori] MNKPFLILLIALIVFSGCNMRKYFKPAKHQIKGEAYFPNHLQESIVSSNRYGAILKNGAVIGDKGLTQLRIGKNFNYESSFLNESQGFFILAQDCLNKIDKKTSKSKVTKTEETELKLKGVEAEVQDKVCHQVELISNNPNASQQSIVIPLETFALSASVKGNLLAVVLADNSANLYDITSQKLLFSEKGSPSTTINSLMAMPIFMDTVVVFPMLDGRLLVVDYVHGNPTPIRNIVISSDKFFNNITYLIVDGNNMIASTGKRILSVVSGQEFNYDGDIVDLLYDKGTLYVLTLDGQILQMDKSLRELNSVKLPFASLNTIVLNHNKLYSLEKRGYVIEVDLNDFDSYNVYKTPTIGSFKFFSSNRLDKGVFYDKNRVYYDRYYLDYNDFKPKLYPVVEKSASKKSQKGEKGNAPIYLQERHKAKEKPLEENKVKPRNSGFEEEEVKTRRPEPINNQNNAIQKGIKENQENKNAPALKESNEKGAENAPVSKEDNAIKEAPKLSPKEEKRRLKEEKKKAKAEQRAREFEQRAREHQERDEKELEERKKALEMNKK >WP_235274869.1 MULTISPECIES: phosphatase PAP2 family protein [unclassified Tenacibaculum] >MCF2875214.1 phosphatase PAP2 family protein [Tenacibaculum sp. Cn5-1] >MCF2935290.1 phosphatase PAP2 family protein [Tenacibaculum sp. Cn5-34] >MCG7511268.1 phosphatase PAP2 family protein [Tenacibaculum sp. Cn5-46] MNRLNITLIVLTVTLGMYGQNSIFSTIHEIEPVKNHYKEFKKLSNEKRAEYAFMDTIEYPTDNYLDFILVYASNKPYYLSSNQVDFIMQSVNFPANSSEQTRAELDFLLSLQKKRTEKQEERVMELARVGYWPHKNYTKTDDRYEHNLKDLFFLVRETFDESYNAKKFPNTTKLLKGIMNDARLLEFVLKFNKIRARPYHLDSNIKPLQKIPTPSFASGHTLWAYIQAYTLSELIPEKRSKFISLAYEVGLSREIMGVHFPSDDETARQIAHRMLLLMWNTSTFQKDFEAAKAEWN >WP_101000040.1 outer inflammatory protein OipA [Helicobacter pylori] MKKALLLTLSLSFWLHAERNGFYLGLNFLEGSYIKGQGSIGEKASAENALNEAINNAKNSVFPQQNTKAIRDAQNALNKVRDSTKIANRFAGNGGSGGLFNELSFGYKYFLGKKRIIGFRHSLFFGYQLGGVGSVPGSGLIAFLPYGFNTDLLINWTNDKRASQEYVQRRVKGLSIFYKDMTGRTLDANTLKKASRHVFRKSSGLVIGMELGGSTWFASNNLTPFNQVKSRTIFQLQGKFGVRWNNDEYDIDRYGDEIYLGGSSVELGVKVPAFKVNYYSDNYGDKLDYKRVVSVYLNYTYNFKNKH >WP_250676265.1 DUF4310 family protein [Enterococcus lactis] >MCL9990784.1 DUF4310 family protein [Enterococcus lactis] >NVF17793.1 DUF4310 family protein [Enterococcus faecium] METTEEQAKVLEVKRQKNFWFADWSFPLIVGIMSAAVFAGTHMYVMYGVGAFNEVSIVAMLKAGLDGGSYGAAAAFGASFLFARILEGSLVGILDLGGSILTGIGIGVPAILLSMKIAAPIDNFALSLLTGLVLGLIVGGIIVLIRKFTINQSNSIFGADVMMGAGNSSGRFLGPLIILSACAASIPIGIGATLGALGFYAWKKPIAGGAILGAMILGAIFPAVN >WP_002857697.1 MULTISPECIES: fumarylacetoacetate hydrolase family protein [Campylobacter] >EAI4454802.1 fumarylacetoacetate hydrolase family protein [Campylobacter lari] >KDA37148.1 fumarylacetoacetase [Campylobacter jejuni K5] >NGY23034.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY30662.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY34034.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY34750.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY48098.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] >NGY52014.1 fumarylacetoacetate hydrolase family protein [Campylobacter jejuni] MKFVNFIQGQKPNLGVLNSSGKIVSFDDLGIETNDMNEFIIHFDKFKHKLTDLDSKIAYEIPQENYLAPIIEPRQDIICLGINFLDHAKESAKFKGEKFEEREYPVYFGKRCNQATPPFGDIPLHADVTSQLDYECELAFILSKDAYKIKAKDAKDYIFGYTIINEISARELQKRHKQFYRAKSLEGSTIMGPYITSVDEISYPPKLQLQSYVNDELRQNSNTQLFIFDIAYVLEELSAGMLLKAGSIISMGTPSGVGMGLNPPTFLKSGDKVRCVIENLGELCNKIKNINY >WP_067835961.1 metalloregulator ArsR/SmtB family transcription factor [Mycobacterium mantenii] >OBH72175.1 ArsR family transcriptional regulator [Mycobacterium mantenii] MPAAGRAAVPPLMQMASHPLRWALLTSLASGDHRVRELAAAVGEPQNLVSYHLRLLRSAGLVDARRSNFDGRDTYYRLDLTKCAKAFGEAAAALHPALAPAPPAPTATRSVLFLCTGNSARSPMAAALLKQRGQGRIRTASAGSHPKVELHANALRVMRDEYGIDLGGTRPQPLAAVSRRRFDCVITLCDKVREYARDHDLATTTHWSVPDPSSAGYPEFRRVASELSQRVDFFLPLLAARAGGR >WP_153853838.1 DUF771 domain-containing protein [Enterococcus faecalis] >MRJ28901.1 DUF771 domain-containing protein [Enterococcus faecalis] MSQTQYLEAKIPVPSDYVIISKIEYEELKKADETGNWMTLKEVLDRVNRGYEWFTSNVLKNPRYRKILDVDKNKDGFVYYPGDGRDTYLFQRRKMLEFLDENFADILKKGSNQNC >OAO15975.1 hypothetical protein AV274_2291 [Blastocystis sp. ATCC 50177/Nand II] MSSSVINIDTSKILPKTVFTITATENGQTITCTFEIEVYGCKYGSFTRIQKDTSDDDFRLYLDSELLYNGTFSDKYFCLPRGTFRYASQSNKANYLIVTDEDGGRLHTNYFAAYSKFEGTFSNVLDAPIAISFPSVVSLLPNSYKTFLISTSGLVSSVKVEPGLLVDAMKYTVLINMPSIGTTTYTITASHGSQSTQKNFTVYCGSCPKDTTLVTAIPDNRYVLYSLPEVEGPITTDMAQSFCLTGSSFTLNYQSTKDTPLVLSKDGHVFYEYYPTTNDVSHADLRVEWRTPVAFTTPIPFFAGSPSKNWNQPNFDAKGWQQGSEGNWGASASAASSLFFRAPFTLDAEAGVTNVIVFLRGEGSVEVFINGVSFGLTILRTANSTSVVIPVSYAVPGNNVVGVRLARSVSSTIVFGMSVELNNAPFLRLKEGMASEIQAEPSKNHKPADAFGSDDIYSVYWETRSYPAELIFTFDAPQVVNKVRLMHGIFWRTFSLTLVGVSGSERVELAKWNKDAILEASIGFDSSTLSFVNNRPFPAYHFVVESSGTDGTQLTGIRMYHDAQFTCPKKWGYKNALEGTTFFKRCPLGYTGRRARSCVHQGMGAQWEDSKAQCFSTNPPKGSAYVDWEFTLTSVTRSVWEEKARDAFIAMLTENTYLRTGDVSFLYMDFVVDGERMLVKVFARCTVMSLMGRVIEYNLDDITPKFAELVAAKLGAGYGGSIDKVTLRPYVNWAMVIIVSVVVVVVAAAIGGYIYVRNKSGSVKSLHKRANNDETLLV >HAJ19792.1 hypothetical protein [Rhodospirillaceae bacterium] GFIETPYRRVVEGKVTDEVIYMSAMEETRYTVAQANSTVDDNGMLIEDLVQCRARGDYMVARPQDVDLMDVSPRQLVSVAAALIPFLE >MBN2427654.1 translational GTPase TypA [Deltaproteobacteria bacterium] MSRKIRNIAIIAHVDHGKTTLVDAMLKQSGVFRSNQAITERIMDRHDLEKERGITILSKNLAVQHKGVKINIVDTPGHADFGGEVERVLKMVDSVLLLVDAFEGPMPQTRFVLKKSLELGHRPIVVINKIDRPGARPEEVVDLAFDLFCELNANDEQLDFPIVYTCAKAGTATLDLNQASDNLEPLFQTILEKVHPPEGDPEGSFQMLVASIDYNEYIGRLATGKIFRGRIRKGEQTTLIKNNGPVIKGQISKLIGYDGLKQVEMESAAAGDIVSIAGFEEVSIGDSFTCPENPEAIPYVSIDEPTLSMFFMVNKSPFAGTEGKFVTSRQLRERLLKELRSNVSLRVEETTDTDTFKVSGRGELHLSILIENMRREGYELAVSKPEVIYRTIDGMRCEPMETLVIDVPEEYQGVVIEKLGLRKAEMLAMHPREGNVRIEFVIPARGLIGFRNDFLTDTHGTGIMTHTFLEYGPDKGGISRRQNGVLVAMEPCETVAYALFNLQERGILFVGPGVRVYEGMILGQHAKDSDLVVNPAKGKKLTNMRASGSDEAVRLVPPRIFSLEQALEFIEDDELVEITPRSIRLRKKTLSAIERKKQHKMAV >EEZ9625188.1 lipopolysaccharide heptosyltransferase RfaC [Escherichia coli O32] >HCO1822010.1 lipopolysaccharide heptosyltransferase RfaC [Escherichia coli] >HCO5779136.1 lipopolysaccharide heptosyltransferase RfaC [Escherichia coli] MRVLIVKTSSMGDVLHTLPALTDAQQAIPGIKFDWVVEEGFAQIPSWHAAVERVIPVAIRRWRKAWFSAPIKAERKAFREALQAKNYDAVIDAQGLVKSAALVTRLAHGVKHGMDWQTAREPLASLFYNRKHHIAKQQHAVERTRELFAKSLGYSKPQTQGDYAIAQHFLTNLPTDAGEYAVFLHATTRDDKHWPEEHWRELIGLLADSGIRIKLPWGAPHEEERAKRLAEGFAYVEVLPKMSLEGVARVLAGAKFVVSVDTGLSHLTAALDRPNITVYGPTDPGLIGGYGKNQMVCRAPGNELSQLTANAV >XP_046907253.1 LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase TRIM39-like [Hypomesus transpacificus] MASCSSLLSEDQFLCSICLDVFTDPVTTSCGHNFCKTCITKYRDNSDLCQCPMCKKTFDKDQMXDEMAAQLRKSEPLKATISPDLRPTNTEVSCDYCTGTKLKALKSCLVCLASYCETHLEPHQRVAAWKKHKMIDPVKNLEDRMCQKHDKLLELFCCNDQTCVCVTCMRTDHKTHGFITLEEVYEQRKTKLGQMINEMKRMMEERSRKVQGIKLSVETSKRDAEREISDSVQVFTALVRSIERSQAELIEVIEEKQKAAEKRAEGLIHDLEQEITELKRRRTELEQLSHTEDHLHLLQSFPSLSTPPHTKDWSEISVHSGLSVGAVRRAVSQLGETLNKEIEKLPEVKLKRIQQYALDVTLDPDTAHPKLILSEDGKQVTXMKQDLPDNPERFDRCPSVLGKQGFSSGRFYYEVQVEGKTKWDLGVVRETVNRKGKITVSPKKGHWTVWLRNGDQYEANADPCVLLSLRQKPQKVGVFVDYKEGLVSFYDVEAKSHIFSFTGCSFTEKLYPVLCPCLNDEGKNSVPLIITPVTQ >WP_255519487.1 MULTISPECIES: zinc-dependent dehydrogenase [unclassified Ponticoccus (in: a-proteobacteria)] MRGTKDPALVPGDLVIRMRSATICGTDIRIFRGRKTMGVRYPSILGHEFAGEIVDTGGRSGFSIGDRIGICPAIPCGHCHRCKRGAENLCSEGMNFGYEIDGGFAELVRIPAKAVDGGNVRRLPDGMTFGEAAMIEPLSCVLNGQEQVNLGFGDVVVIIGAGPIGLLHVLLARLRGAVRIIVSDPNAPRREAALSYGADTTIDPTTEDVAARVRAETDGRGADVVICAIGIPALARQATELAAHSGRISLFAGFSKGDTSQMDINAIHYNQITVTGAFGLSRRNFDDAFNIVASGRLDVAPLITGRFPLEETLRAFEVAESGAAIKVAVEND >MBQ3724833.1 polyribonucleotide nucleotidyltransferase [Oscillospiraceae bacterium] MSTIITHRQFPHYHKYTMDLAGRPLTLEVGKLAELANAAVMVGYGDTRVLCTVTAAPRPRDGIDFFPLSVDFEEKMYAVGRIPGSFNRREGRPGEKGILTSRVIDRPIRPLFPYDFRNDVAVMCTVMAVDHDCSPEVAALIGVSAALAISDIPWNGPVGAVKMGLVDGQLVINPDAQQRKVSDLDVTVVSTGKKVVMIEAGANQVDNDTMFRAIQTAHEENQRQIALINQMVAELGKPKFDYPHADFDQVLFERIVADFMDEAKAAMDTDDKNVREARWNEMIEHWHEKYLDEFPNMDQYLEEITYKFQKKIVKAWLLEGHRVDGRQRNEIRPLDAEVGVLPRVHGSGLFTRGQTQVLSVCTLDTLSANQKLDTIWEETEKRYMHHYNFPGYSVGEAKAARSPGRREIGHGALAERALLPVIPPVEEFPYAIRVVSEVVSSNGSTSQGSICGSTLALMDAGVPISAPVAGISCGLIQDDEGGFTTFIDIQGVEDFHGEMDFKVAGTKKGITAIQMDLKNDGLTMEIIRNALDITYDARVQILDQIMLPVIAEPRPEVSPYAPKMITMHIDPDRIREVIGKGGSVIQKIVAESGAKVDIDDDGTIHIASPNAESCELAKKFIDDIVFVPEVGKLYYGRVVRLMTFGAFVEIAPGKDGLVHISKLSDKRIEKVEDACKVGDMMWVKFMEIDEKGRWNLSHKDAMKDIAAKEAAGETIE >MCH7568487.1 hypothetical protein [Nanoarchaeota archaeon] MVKIEDGKGRGFSAEVTDEQHLSVDATTDKRVSHESREHGRAFVWTSTFGTGTTDVEVLYIKNTSTTRNLFIDSMRYSASAACIFSVFKHTGTATGTAITGENLNFTSSNDPEATSLGNGAVTAGTIGNAIAFMQVGANSDSNRNWNGEVILGEGDSIIVTASANATVHLAITGFFE >WP_260264417.1 pyrroline-5-carboxylate reductase [Lactobacillus delbrueckii] >MCT2877735.1 pyrroline-5-carboxylate reductase [Lactobacillus delbrueckii] >MCT3491465.1 pyrroline-5-carboxylate reductase [Lactobacillus delbrueckii] MKVGFIGLGNMGSAIARAVAKCDDVSLLLSSHNPEKAGKLQAEISGQLLDNAQVAAESDVVFLGVKPYQVASTIKEIGENSNNGSIWISMATGVSLETLAKLLPGHDLVRMMPNTPVAIGQGMTSYTSQSSQAKDVFKELMAHSGKVMEIQESLMDAATAVAGCGPAFVYQFIEALGDAGVQNGLSRPQAIEMAAQTVLGSAQMILATGQHPAQLRDAVTSPGGSTIAGVVELEKNGFRYAAISAVNAALKRNQELG >EAC1801539.1 hypothetical protein [Campylobacter coli] MADETSGNYYDSFDMASIVKSYYNSFNQVISAFPNDKTSFSEADLEQLPKGLNYGRNENKEKIVKNIFNAEQFHEAQAIKYSTMGLDMNLMKLDFSPQSMEQDPSIEGDFNPDMSVYPQNEDGSYSKEALFMSFLKSYPPFPSSNQVVFSPEAKVREAKLELEMKANPSFSVSLDDIMTGKVDFASLLKGYAQDGWLDAGIYAMEKGVKWQNVYVGSGISFDREFHQAKANGWKASSESI >XP_020425985.1 uncharacterized protein LOC18766846 isoform X2 [Prunus persica] >ONH92901.1 hypothetical protein PRUPE_8G202200 [Prunus persica] MALACQEVPPWTLGVIVGAFLDLALAYFLLCVSAFVFFASKFLKIFWVYLPCPCNGFLGYRNRDLCLHKLLIDGPVARIRVVQELVKSKFPFDVVWSKDQRSNLNLKLIRDVNCEIGVQEFESEAYSSAYSSPKLQNLVDRESGYDAKGKRIMVLKKRPGIRRSRRAAPEYGKLPSPLSNDSLKSAARIFPFPCDDRYTRETSGESSVAVAGREDGSQDDVKAPTGDNMEECQTSKLSGPAGESKGVDIKEKAPIVGNEMDTIRILQEALQKEKASCAALYLELEKERGAAATAADEAMAMISRLQKDKASIEMEVRQYQRMIEEKFVYDEEEMDVLKEILLSREKENHFLEKEVEAYRQMCFSGKEQCNGDLSGMLRELGQKPSPSFNTDPLMMLQQTDDTKYNCKKFGGIAYSTSEYEASFVEKQIHHNGHGSIEKCVISAREEKVHTDDVMYQGMTTQPSQENIDIEKNLYSDDEEQQQRGNLESNLHSSMLDTEPAVYDVHVIDGKTELWKEESKSSIYTALDGYQDLTPTFGASASSELVQAFPSTSR >KAA1094631.1 hypothetical protein PGT21_027165 [Puccinia graminis f. sp. tritici] >KAA1128955.1 hypothetical protein PGTUg99_012272 [Puccinia graminis f. sp. tritici] MNHFLKSILLLSSLLFGLARAGIFSSNGDIQLVDIVRLKKHLAGSSKGTMVAFYAPWCGHCRNLVPEYQKAASNVKDLVTFVAVDCDAAENKAACSTDYQVKGKLHTWRFHSISQNGLVEQPGKMMQIDENFFDDLGFPTLAYFPGVPVPTPYQGERKAKPVVEFALQHMPNFAKKIKTGEELSKLISKSKPSRPLVVLFTEATKTTPLFKALSSVVYKKMDVYTATPTAIGADTAKEKYGVEKFPTLMIFKGSEEKTDREKYSGKMNYKALFEFFKSHAPPKGQDPKPKKESPGKAAGEL >QSZ25555.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDIFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADVVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPIEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKFKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPDNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGYVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPCEQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >HAA59914.1 hypothetical protein [Planctomycetaceae bacterium] MSTAIFGGALAVAGLAMMAWHHKSWGGQQVEPGFKQWDLKRLKVRYRRRMQTSGMIVVLGVMLAVGDAAIWSLGPLVATIYWIVVIAMGGWLLLLGVGDLLTVRVDSKLARDELQRIGRKRAELEAELEEIRRRGSNGEAKSNGRH >PTI43160.1 DNA primase, partial [Staphylococcus xylosus] FNISDVLQYIDSNEIKEAFISLDNYLINEEPFEHEIDDYINTLTTNRNEETIESLNQKLREASRLGDLELQKYYLEKIVNHNKSRMN >WP_128942179.1 sulfite exporter TauE/SafE family protein [Bradyrhizobium zhanjiangense] >RXG88639.1 sulfite exporter TauE/SafE family protein [Bradyrhizobium zhanjiangense] MIAGLDIKEIVELALLLIATGALSGFLAGVFGIGGGAILVPVFYECFRIAGVPLEVRMPLCVGTSLAVIIPTSIRSFQAHYKRGAVDMAILRVWWLPIVLGVIAGSVVARYAPERLFKIVFVAVAWSAAVRLIFARETWKLGDDLPKGPLMRVYGFVVGILSTLMGIGGGLFSNLLMTFYSRPIHQAVATSSALAVLISIPGALGYIYAGWPAAANYPAVTALQIPFALGYVSLIGAVLVMPMSLVTAPLGARAAHAMSKRTLEVAFGCYLFIVGSRFVMSLVGGQ >WP_261996416.1 NaeI family type II restriction endonuclease [Streptomyces plumbidurans] MTRVRERLLELDPEGENFAAVLRDTIDQLLDGENTGRYDWRQLHKTEKTHAGTLVEINLQRRFDFSSGRDMDYEIAGVDVDCKFSQVLGGWMIPPEAMGEICLVVWADDQASKWSAGLLRADQEKLTRNGLVTRKGNRDHKYRLNKTNLNLISWLWYMRPLKKNLLLHLEDETRRALYAPTSGQRRVNELFRRVQRQRIDRNVVRTLAQQHDYMARVRDDKKRTRARPALREEGFIIPGDSRNHQAVAEALGGPVPGRGEFVSFRVAKAQPHHGDRPSVELDGCTWVAVAPGEKAESPAPKLPSR >HCM9096811.1 5-(carboxyamino)imidazole ribonucleotide mutase [Enterobacter hormaechei subsp. steigerwaltii] MSSRNNPARVAIVMGSKSDWATMQFAAEIFEILNVPHHVEVVSAHRTPDKLFSFAESAEENGYEVIIAGAGGAAHLPGMIAAKTLVPVLGVPVQSAALSGVDSLYSIVQMPRGIPVGTLAIGKAGAANAALLAAQILATHDKDLHQRLAEWRKAQTDEVLDNPDPRGTA >WP_264218405.1 Crp/Fnr family transcriptional regulator [Paenibacillus sp. BT-177] MQATCMERFGDEAQRTGIQLFLTEEHFELLKDIMSWKKVKAGVMLFREGDDAEQLYYIHSGHVKLRKSTEDGKELILTIQHQGDLIGEFSGIGGEEYSCTAETADVCELGVVLVKDLESLLSKHGEMALQFIQWMAMKQRIMQSRFRDLLLYGKTGALASTLIRASNTCGVAVKDGILLNMKLSHSELGEMIGATRESVNRMLSSLKEQGTLDTRDGKIVIHDLKVLRAMCCCPSYGHCAHEICRL >MBQ5584458.1 response regulator transcription factor [Ruminiclostridium sp.] MYNILVCDDEKDIVSALTIYLTTGGYLVFPAYDGQEALRVLETEDIHLVLLDIMMPNMDGITAMTKLREISNVPVILLTAKSEDTDKILGLNAGADDYITKPFNPVEVLARVKSQLRRYLQLGGGVVKPTALTIGGITLDDRTKAVTLDGDPVNLTPREFEILKLLMENPGTVFSPKRIYRAVWGEDPYGAENAVAVHIRHLREKLEINPSDPRYIKVVWGQGYKMEGGNL >WP_050837451.1 AzlC family ABC transporter permease, partial [Bordetella pertussis] MRSKPIDAPGTPGAPVSAGLKACVPVMIGYFPVAVAFGIAGLAAGLQPLQVILISVFVYAGASQFLLLASIKAGTPWLWVVALCSLLNARHLLYGPLLARFLPESLRERLRIAFLLTDEVFATAFNRLGAVEPASRGRWITGLGLGAWATWIAGTAVGVYAGEGLERHYPVLSQVMRFALPALFLALVCQSMQPGMRRPVLAALVVGGALAAAAMAVITFLTRALPFMLSTRSCLLRRLSEEGSALAALGPSLLA >WP_261802249.1 HAMP domain-containing sensor histidine kinase [Variovorax sp. PAMC28562] MHRFLSSNRDELIARCKDKVAQRPLRAASERQLAHGVPMFLDQLTRTLAAEEDDEPALSIAISGPSGGDSLAMSEIGVTATAHGKELLGLGYTVDQVVHDYGDLCQAITDLAFEQDAPFAVVEFRTLNRCLDNAIADAVTEFSFQRDAQISTHQTAAEKQRLGFLVHELRNSLGTATLAVRALELGNLAIGGATGAVLKRSLSTLGLLISRATAEVRGEGSDQRQTFSVASFIADVGLAARLDANLKFSIFEVTPVDPLLAVLANRELLHAALANLLQNAFKFTHRDSAVTLTAYAFGEHVLIDVEDHCGGLPPGGAARMFVPFKPNEDSRAGLGLGLSIARQSIEADHGTLTVRDVPGSGCIFTISLPRYSLQ >WP_222599035.1 type I secretion system permease/ATPase [Morganella morganii] MQALLLAARHYRLPVSEENVRVNFTYSSGTEHRTELQRLARNTGLTLEWVPLTREMLNPWYLPFIVALPDGRAMYAESISADGRVQVILQGGGQHKNHVTMDDLLKLTQGGEVILTRPERNVPDARVDDYIKPFKKSWFWDIVLRDRKYFTSVLIAALLANVLALSSILFSMQVYDRVIPGKSIPTLLVLFIGVLIAMGFEFTMRIMRVRLIDLIGKRADLKITDTVFGHALRIRMKERMRSTGTFVSQLRELENVRETITSTTVTAASDLPFFFLFLVILWLIAGPLALVPLVALFVMILPGLLLQPKLEVLANEAMRESTLRNASLIEAVQCAEDIKFHRAEPRFQQEWNYLNEKVGDTNLKVKFITQGLMTWSQTIQTLVFAVTVLCGAFLVMDGAITTGALLGASILSSRMMAPMAQISGLLARWQSTKVSLKSLNELMEKPVDAQYGTRLVHKPSLTGHYEFENVAITYDLQASPVLTIGSLTIRPGEKIAILGRNGSGKSTLLYALSGLLDPVAGQVRLDGINLAAIDPYDVRRDIGYLGANSRLLHGTLRDNMTLGAPKADDAQIIRALQIAGVADLVSSSPQGLSRVLWEGGIGLSGGQRQAVLLARTILTNPNIVLLDEPTSALDEIAEQKLIAGLKTWSQDKTLIVTTHRTSVLQLADRIIVMNNGRIALDGARDEVLKNLMSGSDAPAKAEN >KAI7371949.1 clathrin light chain [Hortaea werneckii] MADRFPSLDEIDAGQTEPQGQPNVDTPTDEPSDFLARERAALGDDAQQFATPEDNVATVEEGDAGDDLLGGGGDAAPSAPTNGAEADNDMMGDFENSFPAVDTQNEGVAPGGTITGSTLPYMPPTTSSYSAPNAEDEGEPEAVREWREKRDAQIAHRDEVSASKKAETVKAAQEAIDEFYENYNNRRDKQVAQTRKEAEEFLAKREDTTSGGTSWERISKLVDLSGKGSAGGAAGSGKGKMRELLTSQKSQQEAPPPAKRDQVASSDPADHDEDDLLDGDGFKRTERAAQASKLNLSAKLSKQSDDGKSGGTWREIVRLMMIARPELKHLSWAFLFLLISSSISMSVPFSIGKIMDQAASEGDKLFGLEPTHFFLALGALLATGAAANYGRIIILRIVGERIVTKLRSHLFKRTFVQNAEFFDANRVGDLISRLGSDTIIVGKSITQNVSDGLRSLVSATAGFTLMAYVSVKLTGVLALCFPPVALGAFLYGRAIRNLSRRIQKNLGTLTKIAEERLGNVRTSQAFAGELQEVHRYNQQVRKIFTLGRREAFISASFFSASGFMGNMTFLAVLWVGGGMVKSGGITIGELSSFLMYTAYAGSSLFGLSGFYSELMKGVGAASRLFELQDRKAEISPTKGDRVLSARGTIDFQGVSFSYPTRPAVSIFNDLTFKIPQGNNVAIVAPSGAGKSTVASLLLRFYQPSSGTISIGGRDIGTMNPKQLRRKIGYVGQEPVLFSGTIAENIAYGRPMATRSEIVSAARQANCQFISDFPDGLETFVGSRGTQLSGGQKQRIAIARALLKNPDILILDEATSALDAESETLVNQALARMLQGNNTTISIAHRLSTIQRSDFIICIGSDGRVAQTGSYAELSQDKEGAFAKLMEWQMSGGSMPTRSLGQPSHGNLEEGEGQLTEEERMQRRLEEHDAEDRVDGKEVGHGTKVRGDQETAAEVTVERSKPSDK >XP_034729382.1 SUN domain-containing protein 2-like isoform X1 [Etheostoma cragini] MASEVTSRKSTRLSSTGYYDIEGEPFICYKETIHRIFRRHRRNTSQFNNSHRTEEQMNRNIDSNILVNQKRNILSIQNTSSRASSTVFKIFGIPFFLVLLCFGLIYLILALNSQYVTDTTMAASCEELAKQLRKLQEKQGILEKKIDLLPVADTMPNYALESQGACAVSHRSSNTYNAQAGWSFLWIPMWLPSANPGIVIKGGSPLVIGHCWPFAGERGHLFITLSHPITISHVALSHLSRSLSPTGTISGAPKEFSVYGMKTFDEEGTPLGTFLYDQDGDSTQTFKLPDHKKAVFHHVKLQVETNWGNPDYTCLYSFKVHGTLAD >ARS36073.1 hypothetical protein CA264_11865 [Pontibacter actiniarum] METGTLISTIALLLSCFFLAWHLFHMPSPFLFGEKVRITYKDTGRAPSSPGATTRRAAGG >MBW3244368.1 zinc-ribbon domain-containing protein [Epibacterium sp. DP7N7-1] MRLICPNCGAQYEVPEDVIPENGRDVQCSNCGDTWFQPSAQMLADQDEAESPPAAPARQPEPEPEPEYAEPEPDPVPEPRARPADPAPEPAPVAEPESEPAEETWPRSPAPEAAEAQEQWHGDPDAPEHPEDVPAHDDTPEPEPEPEPEPEPEPEPVEAHAAAPAKRRLDPEISRVLREEAMREEALRSGRDGLETQTEMGLDDLSEDEATRRARQSQERVARMRGEEPAATAEPVAEPAADRPAAAERPAPHPGSRRGLLPDIEEVATDAPGEPKSATPPPVDVAAPAPRKSGFSRGFILVILLMVAAILAYSKAPVIAERLPQADPYISSYVAWVDQWRFWLDEQAKALAAE >HCD14621.1 hydroxymethylglutaryl-CoA lyase [Shewanella sp.] MLPPKVSLFEVGPRDGLQNETSVSTQAKIALIEALADAGVKRIEAASFVSPKWVPQMADSGEVLRGISRRAGVCYSALTPNLKGLELALDADADEVAVFAAASEGFSQKNINCSIEESIARFEPLLSRAKEQGIRVRGYVSCVLGCPYDGEIAPAEVARVADILHQLGCYEISLGDTIGVGTPLKARKMVETVAERVPVERLALHFHDTYGQALANILACLETGVSVIDTSVAGLGGCPYAKGASGNLASEDLVYMLHGMGIDTGIDLNKLARAGRQISQQLGRKTGSKVARALGV >XP_045954854.1 uncharacterized protein BKA67DRAFT_574558 [Truncatella angustata] >KAH6648347.1 hypothetical protein BKA67DRAFT_574558 [Truncatella angustata] >KAH8204788.1 hypothetical protein TruAng_000977 [Truncatella angustata] MNALSLLTPPSSFQIGIRAICRQSERRFGAAAVRQLSNASRGASEQCRPHGSRVSLDPFRLLRHDRSRYEQLLPRITVRTIFKFRAIVHYSQLPQDYEDANGLPFRKEELNRTEVKQVFGSYTSPTDANALLRIIHGRRVAGTLDDPDLQQNSASFRGEDKIKALEYLRKHVPVDEVINAGLRAEDELRLLEEHEKEGEVMEEQHEETSPQKTHPAPASGEPVVEDQASLPSGRLPNRTASSPYGESTFDRIRKRNLAIQAEKDRIAEEERLKREEEEALGNIGTLQTEQARPRAVSAWRAKHEERATSDLTAPPEMKAWERLLPATTFTVLLIAACFVLAAYYTPPRRDGRVWPDIPPAAATCIGLILVNIGVFALWRFPPAWAWLNRYFLVVPATPRPLQLIGALFSHQSWGHMAGNMVALWFFGIRLHDEIGRGNFLALYFASGTVGFLASMFNLVLWRGLEFTTLGASGAIYGIITAFFWMHRKEEFKIFGYPPDPWSGPTGAVFLGLLIGLHAYAGLFSSAAAAMSLDVASHVGGIFAGLAGVEIVQRNLSERARERAERAKAESRSIDVLGKVVEQRPKGEKSTE >WP_116803659.1 alkyl hydroperoxide reductase subunit F, partial [Pseudomonas aeruginosa] >MBF2996228.1 alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa] >MBF3124059.1 alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa] >NQA33211.1 alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa] GPAGAAAAIYAARKGIRTGVAAERFGGQVLDTMAIENFISVQETEGPKLARALEEHVRHYEVDIMNLQRASKLVPAKNTGELHEVQFESGGSLKAKTLILATGARWREMGVPGEQEYKAKGVCFCPHCDGPLFKGKRVAVIGGGNSGVEAAIDLAGIVAHVTLLEFDSKLRADAVLQRKLYSLPNVEVITSALTSEVKGDGQKVTGLVYKDRNSEEFKSIELEGIFVQIGLLPNTEWLKGSVELSPRGEIIVDARGETSLPGIFAAGDVTTVPYKQIVIAVGEGAKASLSAFDHLIRTSAPE >MBU22120.1 excinuclease ABC subunit A [Acidobacteriota bacterium] MSEPAPGQNGHLVITGARTHNLKGIDLELPSNELIVVTGVSGSGKSSLAFDTIYAEGQRRYVESLSAYARQFLERMEKPDVDRIDGIAPAIAIRQKNSVRNPRSTVGTTTEIHDYLRLLWARIGKTVCRSCGRDVIRETAEVAAMQLSQLPEGTRLLLGFEMPVVQPLRDAQENGADGEAEGDDVSAEDPGGDRRGESGSSDDAVVEAVPATIDALRRRGFGRLYVDGRVVGFDDVDLASLEGRSTLDVIVDRVKLGAGPDLLTRVTDSIEVAYLEGGGAAFAIQLVEQTDADAEPTRHVFSERFECRTCAIPYELPQPRLFSFNNPFGACPTCHGFGNVIELDLGLVVPDPTKSIQQNAIEPWSKPHYRSKLADLKRAARPKRIRLDVPWEELSDAERTFVVDGDSDYEGIRGFFRWLERKKYKVHVRVFLSRYRSYLICPDCRGARLRQEARDVWVSGRTIDAVSALTVNEASAFFNGLELDARDETIAEKILSEIRKRLTFLRDVGLTYLTLDRVSSTLSGGEAQRINLATSLGSALVGTLYVLDEPSIGLHPRDNLRLIGILKQLRDQGNTVLVVEHDAEMMKVADYIVDLGLGAGEQGGRVVYAGRYEPLLKEPRSLTAKYLRDDLAIPLPAKRRRPPGQVIRVVGATEHNLQSLDVDIPLNAMTCVTGVSGSGKSTLVHDVLFAALKRAKGGWDKKVGAHERVEGAELIGNVSLVDQAPIGRTPRSNPVTYLKAFDPIRELFASTKDAKAEGLTASHFSFNVPGGRCDTCEGEGVIRVEMQFLADVFVPCDECDGARFKPQVLDVTYRGRRVDQVLDMTVREALSFFNNSPKVLRRLAVLDEIGLGYLRLGQPATTLSGGEAQRIKIASHLTAHGSDRTLYILDEPTTGLHFDDIAKLLAAFKKLLEAGHTLLVIEHNLDVIKTADWVVDLGPEGGEGGGRVVAVGTPEQVVEVEASHTGRYLRDVLARGRPNAYATD >EAE1668788.1 permease [Listeria monocytogenes] >EAE1918257.1 permease [Listeria monocytogenes] >EAE3487340.1 permease [Listeria monocytogenes] >EAE9261800.1 permease [Listeria monocytogenes] >EAF2090933.1 permease [Listeria monocytogenes] MFNRGLWYREWRNMRWMLLGVVILFFLGITLGLMSDVDRWNSQKEYYESSEFLKQQKENPEFKTSDEEMKASLTVAYLTVPMYTNFVQDEFVDYMPFMFYFQVEMFFTLIKVSVFILGVLAVIFERYTRANRFTASLPYKRTHIVGVKMIMGIATIGLSYLISMGIGLTYFMSHVPKEYIQLDAPKFWVDIVGGLFTYILIFLVAILIGLLIGSPIAAAFVAFGVMLLPNVLNPTLDNMYNFIWPHGGDKGMSKLLRFEDYVNVFSPFSFESASFGAVIFSVILSVLMVVAILILYKKQHIERSGYLFAFSWVKWPFLVLFSLFVGMTAANLAVTDTELGFVGYLAWGIGATIGSFILALYILNKMRGLFQLSKTN >WP_223489404.1 protein-glutamine gamma-glutamyltransferase [Sutcliffiella horikoshii] >UAL45635.1 protein-glutamine gamma-glutamyltransferase [Sutcliffiella horikoshii] MIVINGESITETTLSNLEDLEKTIFQRLLNDQEVYSYDSMEELRFEIALRNNIVASAALMAQGEARFETFAGSQGNPAYWNITETGGFLIRKDVNPSDAITDILENSQFYAYECATAILILYYHAILNTIGPKLFNEYFQDLLLYSWHFDSDLVMQSVYTFYTIPGDVVYFKNPDFNPLTYWWRGENAVVMGDDLYFGHGLGLKDAAYIIEFLNGTRKPDGNKPAYLSDYVARPSFTHLAKLFSSPNRRTKHQHPVIIHRKNSISLDRYLFYLYRSYLPNQ >WP_260320705.1 sodium/glutamate symporter [Helicobacter sp. NHP19-003] MVGVLLLGRFVIRHVRFLKDYDIPEPVVGGVIVAFAIMLAHHFYNFKLVLDSSLKEPLMLTFFITIGLSADFASLKKGGKMLGLFLIAVGVFVVLQNLVGVVVASLIGVNPLMGLLGGSISLTGGHGTSAAWSATFSQAPYNFPQSLEVSIVCATFGLVSGGIIGGPVARYLIKRHKLEPSAQDKEKREHGPMFVFETPKQERLITANSFIESLALVSIALLVGTFIANHAKSAHLLGFALPTLPTFVWCLFVGVLLRNISTYSKIHKVFDREIGVIGNVSLSLFLAFALMSINLMELVNLALPIAIILSVQVVVMILYSVFVTFRVCGKSYDAAVLSAGHCGFGLGATPTAMVNMQTITNHYGPSHVAFIVVPLVGAFFVDIINALTIKGFLALPFHY >WP_164636708.1 pyruvate kinase [Streptomyces sp. SID9124] >NED11367.1 pyruvate kinase [Streptomyces sp. SID9124] MRRAKIVCTLGPATDSYDQIKALVEAGMDIARLNLSHGSYAEHEERYHRVRKASDEAHRSVGVLADLQGPKIRLGRFREGPVLLERGDDFTITVEPMEGDRNGCGTTYSGLAADVTPGERILIDDGRVTLEVIEVDGPRVRTTVVEGGMVSDHKGLNLPGVAVSVPALSEKDIDDLRWAIRTGADVIALSFVRSGRDIEDVHRVMDEEGRRLPVIAKVEKPQAVENIEDIVAAFDGIMVARGDLGVEMPLEQVPIVQKRAIKLAKRNAKPVIVATQMLDSMIDNSRPTRAEASDVANAIIDGTDAVMLSGETSVGKYAIETVRTMSRIVEAAEEDILAKGLPPLTERNKPRTQGGAVARAAAEMGDFLGAKFLVAFTQSGDTVKRLSRYRSPIPLLAFTPDPATRSQLNLTWGVETFLGPHVDSTDAMVAQVDEELLKIGRCQKGDVVVITAGSPPGVAGSTNLVRVHHIGEDDSPK >XP_036201052.1 prolyl 3-hydroxylase OGFOD1 isoform X2 [Myotis myotis] MNGKRPPDPNPDRVGKKRKKEVMVEFSDAVTEEVLKKQVAEAWSCRTPFSHEAIIMDMDPFLHCVIPNFIPSQNFLEGLQKELLSLDFHEKYNDLYKFQQSDDLKKRKEPHIRALRKILFEDFRAWLSDISKIDLESTIDMSCAKYEFSEHFQPKQIVKSLIPSWNTLVFFEVSPVSFHQVSEVLSEEKSRLSISGWFHGPSLTRPSTYFEPPIPRSPHIPRDHEILYEWINPTYLDMDYQIQIQEEFEQQSEILLKEFLKPEKFAAVCEALEKGGVKWNSQGPPNKRFYEKAEESTLPDILQDCMTLFRSEALFLLLSNFTGLKLHFLAPSEEEETEGTKEGEAAAGSESTEEGTSYSSSEPENNLAAASNNSQQSDEQADPEPEENEAKEESSVPTCQGELRRWQTGHYTLIHDNSKTEFALDLLLYCGCEGWEPEYGGFTSYIAKGEDEELLTVNPENNSLALVYRDRETLKFVKHINHRSLEQKKTFPNRTGFWDFSFVYYE >NGY89703.1 GerAB/ArcD/ProY family transporter [Priestia megaterium] MLININVSAWVIKATILLLVAYICYLGIETIGRTSENLFFLMLSFIMLVVILMFFQEQFNFNHLRPILENGWVPILQTVFPTIITFPFGESIVFLCFFNFYPHFLRF >TRZ64304.1 transcription-repair coupling factor, partial [Rhodocyclaceae bacterium] DVLIGTHRLLQKDVQFSRLGLVIIDEEHRFGVRQKEILKTLRAEVDVLTLTATPIPRTLGLSLEGLRDFSVIATAPSRRLAIKTFVSRWSPGLVREAVLREFKRGGQVYVLHNEVATIANMREQLEKLLPEARIVVGHGQLPERELERVMREFTQQKHNLLLCSTIIETGIDNPHANTIVINRADKFGLAQLHQLRGRVGRSHHQAYAYLLTHEDAKPTVQASKRLEAIQMMEELGSGFFLAMHDLEIRGAGEVLGEDQSGEIHAIGFALYTSLLNAAVKSLQDGKEPDLTQPLGIVSAIDLHIPALLPDGYAPDVHERLTLYKRLANTESANELQELQEELIDRFGQLPAQAQSLLETHRLRITARPLGIIKIDAAPHAIQLQFVPNPPIDPLRIIELIQKDRNLKFAGPEKLTWKRDTATLSERAMAVRELLKRLKP >CAG8457419.1 12399_t:CDS:10 [Funneliformis caledonium] MTSKITAQVAVAIWLEQSSPPKVSPPKWPSRNTLSFSTSDTRRPSGRRKVVCQFTCEAKDRVFIVRGRSNSKLANKITKQQRARFWTFEHYVNWICENTEPPIWTTCIEQFHESLCIINKIKSTPLSVRAYAKSLNEIMNQRHGKNLSKNLLRAQTNKKAYDNATDVVNFKRQATQKKVSHEQKKRRTDNTDDELSKETIGEPSFLFDESHEDGIVESIDESSLGKEVTLPASKDSKKKVDQGDWKSISAKFTSYQNKIPKTRRIITLGYWGIIDLTLESLHGCTEFSQGEIDVITQDFADHVQWSPKPTPKYLQEYFKSNCDPSKIERIEDYETFENLHMNIRFAICHMPSTKGAKTEESLKFTTIYPLFNAVLDSSLVNDIWGEVQAIGSKEARNEDANPFVKARIGRKVDMKGVLTRTSNKFEALYGEVAGGLSSIGISLASRKKKFFDKVKLAVLMRDSLNQVLKEWKYLCDDQRKELIVYGWTLAGLDLSLYAMDWAGDGIYRFGRIDYCSFPSNKESCILFESVFCLLKELERKLSETETIVQKLHSENIRGKCRKTNIQNSPILNLKRTPK >WP_108879099.1 hypothetical protein [Dokdonia sp. Dokd-P16] >AWH75502.1 hypothetical protein DCS32_15425 [Dokdonia sp. Dokd-P16] MIDFIKTNKMSLLGGVITFCFLAVAIFILGDISGYEAKKLIESSLSGINMLCNTIILASATILALLLTLLGISTSSKSKLKAAHYKQVLSIAKFDTIVFISSLVLFQLFNIPITESQNLPTHWFKYVYWITLICSSFMSGMMVTVILLLYTTVTNIITIVGLGKDHYLISEDDIEEEENE >WP_033105884.1 LLM class F420-dependent oxidoreductase [Microbacterium profundi] MRFGTFIPQGWRFDLVGIDPADHWTTMRDLAQAADAGPWESLWVYDHFHTTPIPSEEATHEAWTLMSAFAASTSRIRLGQMCTCMAYRNPAYLAKVASTVDIISSGRTEMGIGGGWYEHEWRAYGYGFPSAGDRLRRLDEGVQIMRQAWETGEATLDGKFYQVDRAIVRPLPLQDGGIPMWIAGGGEKVTLKIAAKYAQYTNFAGGNPEEFDAKSAILREHTLKVGTDFDAIVRSTNYNTVIGATEAEVEDRLAAIEARLAPHLGDRTAQAMRNYRGDHAHGVGTPEQIIERLRDMQARGLGYAIHYFPEAAYDRSGIELFEREVIPALS >WP_134885491.1 molecular chaperone HscC [Escherichia coli] >EFG5903269.1 molecular chaperone HscC [Escherichia coli] >MBF5263464.1 molecular chaperone HscC [Escherichia coli] >MBF5336005.1 molecular chaperone HscC [Escherichia coli] >MGP84073.1 molecular chaperone HscC [Escherichia coli] >STI30133.1 chaperone protein [Escherichia coli] MDNAELAIGIDLGTTNSLIAVWKDGAAQLIPNKFGEYLTPSIISMDENNHILVGKPAVSRRTSHPDKTAALFKRAMGSNTNWRLGSDTFNAPELSSLVLRSLKEDAEEFLQRPIKDVVISVPAYFSDEQRKHTRLAAELAGLNAVRLINEPTAAAMAYGLHTQQNTRSLVFDLGGGTFDVTVLEYATPVIEVHASAGDNFLGGEDFTHMLVDEVLKRADVARTTLNESELAALYACVEAAKCSNQSPLHIRWQYQEETREYEFYENELEDLWLPLLNRLRVPIEQALRDARLKPSQIDSLVLVGGASQMPLVQRIAVRLFGKLPYQSYDPSTIVALGAAIQAACRLRSEDIEEVILTDICPYSLGVEVNRQGVSGIFSPIIERNTTVPVSRVETYSTMHPEQDSITVNVYQGENHKVKNNILVESFDVPLKKTGAYQSIDIRFSYDINGLLEVDVLLEDGSVKSRVINHSPVTLSAQQIEESRTRLSALKIYPRDMLINRTFKAKLEELWARALGDEREEIGRVITDFDAALQSNDMARVDEVRRRASDYLAIEIP >XP_026433405.1 uncharacterized protein LOC113330808 [Papaver somniferum] MDKILSPEEIKQAVFDLGANSAPGPDGFSGCFYRHCWDIIQEDLIKAIIFCWDSGYIPNGVNSSLIVLLPKVRGANSLRNFRSIGLSNFFFKIFTKILDTRLGSVLDNLVSEEQVAFMKGRNIHENISLASEIVNELHIKRKDLILALILTSPKLLTCSEGYFKINRGLRQGDPLSPLIFVLIEDVLSRNISKLFAEKKMSHMVTRGGISPTHLFFADDIMIFCKGNLWSINNLEDLLGKYQRTSGQTVCRQKSKIYYGGGSLSRSTYLADYLGMSVATFPDCYLGVQIMPGTVRYHHISNVFEKIKTQLAGWKGFLLSFHDRIVLVKTVI >WP_049771622.1 MULTISPECIES: CidA/LrgA family protein [Thermincola] MKKTVQVFEGLAIFLFMQALGEFITRATHLILPGNLTGLLLLFLSLVLGIVKLEQVEDAANLLLDNMMSFFIPLNVGLITILPLLKKEGMQVLITLLATTVLVMVVTAKVIEFMDKGGTAGDADKGNA >HIR95098.1 TolC family protein [Candidatus Coprenecus stercorigallinarum] MNTKNLKYIPHILAVSICLLIPRIMTAGTAVTDTVSTDADGEPARWEFTLEDVIVLAQSKSLPALVARYSFISSYWQFRSYKAQFLPSLNLGADLGQYNRSIVALQDAQTGETHYVQNDNMNNSLQLSIDQNIPFTGGTVSLNTYLNRFDQFSPYGDMAYNSNPVNIAYYQPIFQYNRLKWEKKTEPKRYEMSKRVYLEDMEEIAVTATTYFFNVLRAQKSLEMTRSRYESTQQLYAIAQERFGIGTYTKDELLQMELQLLNADIAVASAEVELRQSMLSLRSYLGLTDDTEITLITPTHHSDITIDEEDAVTRSLQNTSFSLNNEINLIEAEAAIAQAKADRGFSATLTAQFGLTQTGSDFVSSYRNPIDQEIVGLSLSVPIVDWGLGKGKVQMAKTEQEIILTQVEQEIMERRQDIYIRVIQFNAQAKQCDVSQKADGIATERFELALQRFRNGSISILDINTAQNERDEASAQYIEELANYWNYYYSLRKDTLYDYIYGKDLDAEFDKLIDE >KAF8288686.1 putative diacylglycerol kinase [Trypanosoma cruzi] MQRKLLDILHACEQGDKELPLGKCPPEDFSLSCYSAIEGGNCTENGSAEVPRGNGSGCMQFRETSNGPNGFETLPVMVNSPSRGYDSVEIANLKTDYRPMTSPRDGDPEYEYVLCIVNPGSGERGVAEHVLDSVRAVIGADRVVTLDAALFADPTPLLEAIRRHAVRSISQERKKTTLTRVTAGGNGDADARGDGVSSRGLERRGTVIVCGGDGTVSFVMEQLDAVRDMMQRTETGSFEAGTRDRDGALKPRFVLPAVAVLAIGTGNDYSNCVGFGNGYSRHKLSCLCCCMENAIEPLIRNVVSAPAIPFDRWRVQLVPLTAIWEQQERQRQKKQTPHLTLGTKHEELVLSVNPPKGDMEEKKIQEEEKKEEVTVTEDTVDLYALDWDALEADETCRKYNFINYFSIGFDAYVLQKFDFFRRKHPKFCSTRMNNKLVYGVYGLKAETRCSSLRPCIPQICVPQLAQHSPIHTEASQRSSGQTAETKSMITLSLPKGSKTLLVTNVGSYAAGTRPWKEGKGKLYRDDHLAQPMIITPVCVNDHKMEVQAVGGIFQMGLLQLGIGKGASKLAQTREMFAFVLCNPTDISRRENPQYGEEMLAGKEGVEEHTPLCMQLDGEAIGRINCPTVVHITELHRPRVYVRCRNPRVVRHPIKDEEDAF >MXE70911.1 hypothetical protein [Escherichia coli] QAPLYLWQVCDNGDYQAGRPLQSVGCLLPERCTPEQLTAMLEAHTLPLTEQGMSQLLADNRHDFLLRLAHTLAERGIA >XP_054030025.1 pleckstrin homology domain-containing family A member 3 [Dryobates pubescens] MEGVLYKWTNYLAGWQPRWFVLDNGILSYYDSQDDVCKGSKGSIKMAVCEIKVHATDNTRMELIIPGEQHFYMKAVNAAERQRWLVALGSAKACLADTRTKKEKEISETNESLKTKMSELRLYCDLLMQQVHTIQEFVHYDETRSPSSIENMNEASSLLSATCNTFITTLEECVKIANAKFKPEMFQLPHPDPLVSPVSPSPVQMMKRSVSHPGPCYSDRNNHAIKEPISSAHRFSQRRRRTYSDTESCSDTPFEDSQRSAHCSRSAVNGDLVSSTIPEENRSVSKERSELEETLSSFSS >MCR5093499.1 hypothetical protein [Lachnospiraceae bacterium] MDNRECKMTFSAFVHDKSGKRIVRVQFERPGVRGGEKDIAEGIVPGGRIDRSKGFSEEEMEQLSAYLAANEADILARARAISNPMRWMS >KFO63955.1 hypothetical protein N302_16240, partial [Corvus brachyrhynchos] FFLMTAGVIDEDYRGNVGVVLFNFGKETFEVKKGDRIAQLICERIYYPELEEVEALDDTERGEGGFGSTGKN >AVA00513.1 pol protein, partial [Human immunodeficiency virus 1] PQITLWQRPLVSIKVGGQTREALLDTGADDTVLEDINLPGKWKPKMIGGIGGFIKVRQYDQIPIEICGKKAIGTVLVGPTPVNIIGRNLLTQLGCTLNFPISPIETVPVKLKPGMDGPRVKQWPLTEEKIKALTEICEEMEKEGKITKIGPDNPYNTPVFAIKKKNSTRWRKLVDFRELNKRTQDFWEVQLGIPHPGGLKKNKSVTVLDVGDAYFSVPLDEDFRKYTAFTIPSLNNETPGIRYQYNVLPQGWKGSPAIFQSSMTKILEPFRAQNPEIVIYQYVDDLYVGSDLEIGQHRAKIEELREHLLKWGFTTPDQKHQKEHPFHWMGYELHPDKWT >KAJ2074960.1 hypothetical protein GGI09_008692, partial [Coemansia sp. S100] AIKYWEKNSKSFQNGVSRDLVIAEATRSASLAADISAGDELAANTGYTYNYGAAGGEADSFDGASGSGSHGQQQQYGGYNNNQYGGGYNNQY >WP_281094896.1 LPXTG cell wall anchor domain-containing protein [Fusibacter bizertensis] MKNQRILALVLLICLGIMSFNPIITIADEIIPSLNSDNISLSLEPVGSDAVFSGQVMRLKLNISLSQGAEPYENIVIRVKVPNTFFNRFNSGSFQSATMYYTEDVTNKYLNYGFESLSGGFIGTIEFDAYAQTLYTPDNYSMNFEAEIIDQSGNLIKNSNVVTIKQDVVSPRLVKTVANDAYTKNTVYTGPGATQNPNPLTYIVGKPNPSDASLISDTDYKPLEFYFSYSNTSSGRVGVRSVKQVKIVDQLPEGAVFIAEENPGWTINPNDSRQLMFEYNAKWNDYNSTGLKLASLKLNFPNADILPLYTNSATAEFLPPETYDYEDKMISSATTNFYITNKQNPIIEENFISKYALLESGTWSIIGKKSALSEPITWQLSYKNSSSTGNKMSDISIIDQDLDERLSYQSIKLMPGSSSPNVLIDVFYFDSNNEEHLIASSVPYMNGGAFDVPEDAKKVGIRTMPGEFVESSKWITFNVVTKVKKPEEVEAPTKFVNSIRCLSKSSGTDKLLDDTMISSVDVTVYDPSIVLYKYFEDQSINPNLSSNETRTVRISLQEMDRSWGSMYMIDKGDIVKNVKIIDLLPVGGEYVESSSIAPTEIIENYKNTGRTALVWALGDLVKTNEANFVQTFASLGYTMKCEPITPTGSFVNEVFAVWDNDDIRAMNGQVWDWINGLRNSTPTPDNYDLDEDGDKEETILQSTASLNFVPTLELINLKKVKGSEYTAYGYQSIIKKEDMDVTYQLIVMNRTLTDIERYELIDIIPFVGDDQIENSNGVTMVRNSEFDMNLMGPVRVDDDRFEVLYSNDQLMRISDYQNNSVWLDEAQIIDFKKVKAIKFKLKEGEKILASERINFELDGNVTLSSTLKDGMVSHNSTFASYDGVNFVEGNIAKVIYSGKDIEIPEPTEPTEPTEPTEPTEPTEPTELTEPTEPTEPTEPTELTEPTETVNVTTVSSSEEPTALETTEEVVIGEGGIPFGEAKPSEESSFQDALPKTGQVSLKWMSILGVIFIGLGIVVRYNK >KJY45691.1 hypothetical protein VR46_13325 [Streptomyces sp. NRRL S-444] MALCVLLGALFLCVRPGEPHAVTALSGATSATAPTGVSAVRGPGGGHGTRAVCASPDERPGCSPFSHVAPGVLPP >GFR70582.1 hypothetical protein ElyMa_002076000 [Elysia marginata] MISNFIFKKSCKNVVVVVVVVVVVVEVVVVVVVVVVVIVVVVVVVVVVVVVVVVVVVVAAAAAAAAVEAFEAVEK >KAG6025013.1 hypothetical protein E4U19_003417 [Claviceps sp. Clav32 group G5] MGHAEERIASQQAVSLNNQQSQVGSPTPDRRSTGSTYSRSRSSYDGICSHCSSTINSRSQNSRTSQPTSPRLLSRTPSDKGEEFVDGRLYTPPRWTSPGLASSIPYSQSGGSSINPLRRELSHSTPPEGVDAVTSRAARHDIARRLTQLARRLACDELNSTNDDVMLGNQLEQLEKVVWASPSPEPKRHQYQPSFESPLRSDAGSSFGSPVSSLFKSRFSDLSASLQREREAEKQLKNEEPPPKRGMSDKQAKKVIAEMGKLNDELSAVVNNLKARQEESEHIQGLLIERAERAAQRIIFLQNRITYLEEELQENDGELQHLRICLKAVEIQMPPHPDKELQRCIATFKTEYQALRRKRAHRANIASVMGYHAESFPSPTRSGR >NAZ85407.1 DUF2505 family protein [Kineococcus indalonis] MATPFSERSPLPGPPAAAFALLTDPAFLAERAARSGAVEHAEEVGVEDGTTVVRSSRTVGTSGLPRVAAGYLGSTAVVEQVERWGPEAADGSREGSLELTVRGAPVRMSAAAHLRPAGDGCEHELTGTLEVQVPLFGGSVEQAALPGLLDLVRSEVQLARERLGG >WP_278960438.1 hypothetical protein [Lactobacillus apis] MTISGNIGGPVLSIASGIILDRVGEEFAIIFCANLIAIGRINIFSAIPPKKELE >WP_032884901.1 MetQ/NlpA family ABC transporter substrate-binding protein [Pseudomonas sp. RIT357] >EZP68437.1 NLPA lipoprotein [Pseudomonas sp. RIT357] MKKVLLFTALAAALTAGFAQANEKLVVAATPVPHAEILELVKPALKKQGVDLEIKVFTDYVQPNVQVAEKRLDANYFQTLPYLENFNKGKGTNLVTVVGVHVEPFGGYSKKIKNISELKDGATVAIPNEGSNSGRALLLLQKNALITLKDPTNALATPKDIASNPKNLKFKELESALLPRVLDQVDLDLINTNYALEAGLNPAKDALIIESADSPYVNFLVARPDNKDSDAIQKLSKALTSPEVKAFIEKKYNGAVVPAF >WP_018916691.1 hypothetical protein [Halomonas zhanjiangensis] MPLERPDQEYAPSPDLAQRLAHRYISYLLTRKAPLSAPNPHAIKRIKRWTIVWAAVAGIISGTLIGGGEWWMKRIAIDGWSEMSLGEQIPYWIAYYAAVGVITAIEIGFLYWNSLRGVTHITRLAGLAYSQQNAFTPSLQLTVHGVARAALEYPSSGNTIYGINPHAYLHGWKLTIKALLYRLKISLSSFILRVVMRRVLGRLALRGFIPMLMGPLYAIWNAWIAWRVLHQAHLMAYGPPRIDALMHELNTLSHAQRQLIVQGIGELMMRNRHPHPNLVLLLSQLLASLPDQPQSVDIDWQQALGDYAQLDAPERSVVLESLTQAAMLSGPYRGARKAFLQEVYARCQTPLHEQSVIAQQQRWLSGEEVSVSLTPASNAD >WP_050274510.1 anthranilate synthase component I [Streptococcus pneumoniae] >COE85767.1 anthranilate synthase component I [Streptococcus pneumoniae] >COG06752.1 anthranilate synthase component I [Streptococcus pneumoniae] MERIIHGDVLSPILAYMRLKGQHKVILESIPRDKETAXXXFSILAYNPVFEIKFENGVLYQNGQVIDRDPLDFLYEVIHKSQHHSELPFGGGAIGFVGYDMISLYEEIGQIPEDTIGTPDMHFFVYESYMVFDHKKEKIHVIEDALYSERSQEALEKSLNQVLEELRIPAPNEFEDLDLSPLDFKPHIAPHKFEGMVETARDLIRNGDMFQCVLSQRFSAEVTGNPFDFYRNLRVTNPSNYLYFYDFGDYQIIGASPESLVSVKNGIVTTNPIAGTRPRGATDEEDKALATDLLSDEKETAEHRMLVDLGRNDIGRISETASVQVTKYMEVELFRYVMHLTSVVKGRLLAELTAMDALKATLPAGTVSGAPKIRAMRRIYELETEKRGVYAGAIGYLSATGDMDLAIAIRTMILKNQRAYVQAGAGIVYDSIAQNEYQETINKAKSMTRIGELRP >NEB38825.1 penicillin-binding protein 2 [Streptomyces sp. SID14515] MIRYIRRAAAFCLLLLVALLVNAARVQLFEADELDANPANRRNSIARYDQPRGNILVGDRPVTGNKETREQLSFERTYLHGPLYAPVTGYASQTYGTTLIENAEDAVLSGTDSLLAPLPFGNEFTRGRQPGGDVVTTIRASMQQAAYDGLSGRRGAVAALDPSTGAILALVSTPSYDPERLSGTGAAVTEAWTRLNAAKSLPMLNRAIRQTYPPGSTFKIVTAAAALDSRAVTDADAATDTPSPYVLPGTRTTLPNESSGCENASLADAIRVSCNTVMAHLGVEVGLDGMVDAAERFGFNDAGLRIPSGVARSNFDTDMSEDQLALSSIGQFNTTATPLQMAMVASAVANGGDLRRPHLVDRVTTNDGDTVRQEGSRPYERAMNPSTAVQLQRMMVDVVENGTGSNAAIDGVKVGGKTGTAQHGVDNSGLPYAWFISWAQAPDSGRPAVAVAVVVEDASADRADISGGGSAAPIARAVMEAALEE >MCU0925088.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex ATPase subunit type 1 TsaE [Hydrogenophaga sp.] MVESADAQSGVVWRGRWDNEAETQAFAQRLALCPAIAHATLTLQGDLGAGKTTFVRHLLRALGARGRIKSPTYAVVEPHSAIDCPLMPPGEPLSIWHFDFYRFTDPREWEDAGFRELFASPGLKLVEWPERAANHMPPVDAELHIEPDPMQTQPDHDDARELRLTAFTAAGRQLVQSLQA >WP_067041261.1 bifunctional DNA primase/polymerase [Streptomyces sp. FXJ1.172] >WEO95042.1 bifunctional DNA primase/polymerase [Streptomyces sp. FXJ1.172] MGFTIGGIREIRSGTRRRGRSSECTAVAEFTGLWGWDVVPGARAAAGACSCGRAECPAPGAHPLEFAPQVPAGATLDEVSKAWSEFPGAAVMLPVGRAFDVIDVSEAAGRRALARLERMGLPLGPVTATPEGRAHFFVAPGAAAELPRLLYRTGWDDPTALDLQGLGPGTYITAPPSDRGGLGPVRWLRPPALDSATAPPAARLLLGTLAYVAHRSRA >WP_166106360.1 ATP-binding protein [Duganella aceris] >NGZ86517.1 histidine kinase [Duganella aceris] MSLSPPRYLVFPAFVALYLLFDWATYIDPLYGLNITPWNPDPSLGLVFWLRYGWRAAGPWFVALCAGEMLVRGMPAGPGLSVLLSLWLTVGYGLTGALLRRRFGVDGVFDNRAQLFQWVGIVAAGTLLNDVVYMSLLSLAGLIPAGQWGAVVLRFGIGDMVGVVVSMPLIWMLASARGRQRLRTTVWRLETLGYLGLAICVLTLVFGSIATSEFKHFYFLFLPVIWAASRQGLYGTALMVFVLQAGIGALVKWNHAVDIAVPELQMLDAVLALVGFSIGIVVDELRRVAGDLKQSLRLAAAGEMAAALAHELNQPLTALGAYGKACEYLVERGEGGEMLKSAVQRMIAESGRAAEVVRRLRDFFRTGAMKLEPVDAGQLVSGISQQFFSQLREHGVELKVEDMPPLAMLADRLQIELVLRNLLANALDAVQEQPAGARRITLSAQLLDSKRRGKQGRGGCLQLSVEDSGKGVSEALAARLFEPFVSSKASGLGLGLVLSRAIMEAHGGSLWAEVGDHGIFRMALPLARFEGQENYVAA >WP_139994336.1 alpha/beta hydrolase [Kurthia sp. Dielmo] MWEQYVIETPRGAFEVFVKGSGTPLCITHNYSSFNTSGDYFANTFIENHRVFLVNLRECGNSPKVQHSYQLGLLETVFDLEAIREGLGFEKWAYAGHSTGGILGIIYGIYFSESLNFEIIVGAAARDYMTFSKNCIYNNEHPHFEKMQNLFKSLKNENLSVDVRNELKIERTKLSLYSPNKYEDYFSLNIAKDMSANRLNFFDREIQLFDVTRKLKFISAPTLIICGKYDVQCPVEYSIEMNELISTSKLVIMDESNHYPFLEEKERFLKEYRTFLDEITV >WP_232939508.1 hypothetical protein [Exiguobacterium aurantiacum] MRFFKVMTHTNDKAEEIILSEYFKINNKQADQFLKDTLELDMYDQKVTLKECQVAKDRWECPVGDFVVVEYFNEKEFDKMNEFRTPAPKK >WP_182039401.1 cellulose synthase complex periplasmic endoglucanase BcsZ [Vibrio alginolyticus] MKKLISFLMLFVSPYLWANTCEWPQWETFKSVYMEQGRVVDGSDERMITTSEGQSYALFFALVANDPKTFDQVLKWTQSHLAGGDLTARLPAWLWGRKENGQFGVLDSNPASDSDLWIAYSLVEAGRLWNNYYYQTLGHLIASRILREETVNIAGVGTVLLPAPTGFDADGQYRVNPSYVPLQLIARMQSLYPQYNWDSMYKASVHMLEKTMPAGFSPDWATLRNGRYSSDVVTGPMGSYNAIRTYLWAGMLNDQVSEKAVLVQKMQPFVAATKALGAPAREVNTETGKYTQAGSAGFSAAALPLLAASGESALLETQFRRAQNELVVDKNDHYYDNVLSLFGLGWHEERYRFGVQGELLPVWSERCQ >THB74636.1 glycosyltransferase family 39 protein [Desulfobacteraceae bacterium] MGLGPMVQGVAMQLLKWSVIAIALITLFAFLGMVPLFDVDEGAFSEATREMFHRRDFLTPWLNDQLRFDKPVLIYWFQGISSVMFGFNAFAMRLPSAIASILWCLLIYRFSKRYVEPAVGLIAVLVLVSALQMQLVTRAAIADALLNLFLTLSMFSFFGYDQDKHPKHLLWAYTAAGLGMLTKGPVAVVIPLAVMTTYLLIQRRLDTLVNTVFFFRGWLIFALINLPWYLTMFWLHGMTFVNGFFIKHNIQRFQTPFEGHSGSLWYYLPVLLVGLMPFTPLLLKAVFKVIKTPPKSDLNRFLWIWALFVLLFFSFSGTKLPHYVVYGYTPLLVLMAKEHKHLHQGWYIGPVSAFFLILALLPLAVSAVLPLIGDDFATEVITSAKPLFGLSFMSLLLALAVFLIFLWQQNRDVVLISTAAAMVIAMQVAILPPVAKVMQSPIKDTALYCREKQIRPILWNVRTPSFLFYYQDTLEARYPQPGDYVFTKQRYLSRLADAELLKQAHGYALARIKSL >PIO49166.1 MAG: ligase [[Chlorobium] sp. 445] MYEKIFLIDSGAKRGHFQMWLDETLAINFDSLTHTFGENVALLRFYAWQPFCISLGYHQKEEMFDRARLAQDGIELVRRPTGGRAVFHAEELTYAIVANTEASNATCYAQIARALQAGLAVLGIEANFQRQQPDFRNRYTRAESLPCFTASARDELEVQGKKIIGSAQRRYGKTLLQHGSILLSPKHREMTRYLSTTDDVKARIAKDLEEKTTSISEVIGKTIRYDEVTQAFRKGFEQAWQRVLEPLCETDLLALLPDYSSTVALDTAPHQ >WP_046625651.1 L-arabinonate dehydratase [Neorhizobium galegae] >CDZ25460.1 Dihydroxyacid dehydratase/phosphogluconate dehydratase [Neorhizobium galegae bv. officinalis] >KAA9387666.1 dihydroxy-acid dehydratase [Neorhizobium galegae] >KAB1110345.1 dihydroxy-acid dehydratase [Neorhizobium galegae] >MCM2499070.1 L-arabinonate dehydratase [Neorhizobium galegae] >MCQ1765588.1 L-arabinonate dehydratase [Neorhizobium galegae] MTKEAADLRSARWFAPDDLRSSGHRSRMMQMGFDEKDWGKKPIIAILNTWSDLNACHAHFKDRVEHVKRGVLQAGGFPVELPVQSLSESALKPTSMLYRNFLAMEAEELLRAHPVDGAVLMGGCDKTTPALVMGAISAGFPMIFLPAGPMLRGNYKGEWLGSGSDAWKYWDERRAGTISEEQWTGVEEGIARSYGHCMTFGTASTMTAITEALGLTLPGASSIPAADVNHIRMSTRCGRRIVEMVWDELTPDKIITPDAVHNATTVAMATGCSTNAVVHLLSMARRAGVPLTLDDLDKAGRTTPVVANIRPSGDKYLMEDFYYAGGLRALMSEIKDLLKLDAMTVSGYPLGETLKGAEVYNSDVIRPLSNPIYHEGSLAVLRGNLAPDGCVMKPSACEPRLRVHEGPALVFDSYPEMKAMIDREDLDVTADHVLILRNAGPKGGPGMPEWGMLPIPKKILKQGYRDMLRISDARMSGTSYGACILHVAPEAHIGGPLSLVRTGDIIRVDLPNRSIDMLVDEETLAKRRAEWVAPADKYERGYGWMFSKHIKQANEGCDFDFLEREFGATAGEPDIF >MBU1707539.1 hypothetical protein [bacterium] MKAQWKYPIAYLLMAILVTSAGAMSWPILEDIISSVFAHETSCCCTDCHCNDCGSCKETQDSACQCTPHFQSTSLFLVSSFSLSDPLAFTEHIVLSLHPPIQAPSFSIDRPPIAA >ADW49125.1 cytochrome oxidase subunit 1, partial [Thiodia citrana] WAGMIGTSLSLLIRAELGNPGSLIGDDQIYNTIVTAHAFIMIFFMVMPIMIGGFGNWLVPLMLGAPDMAFPRMNNMSFWLLPPSIMLLISSSIVENGAGTGWTVYPPLSSNIAHGGSSVDLAIFSLHLAGISSILGAVNFITTIINMRPNNMSLDQMPLFVWAVGITALLLLLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDPILYQHLF >MBR2564295.1 amidase domain-containing protein [Paenibacillus sp.] MSKGDTSLEREWKSALYTYVNQYNRCEIDYRPQTSERIVSDPEFVVERGERMARLDEWYRKRRAVPLRSETSAKLVRTLIDAPEEAVVEVQLYSKLFYEKSGITHREDRIERERLTFLRENGRWSIVRVEREVPERRPAGEGRPYQQADFVQVMNRPLLNREVLGQGRSARRQTYRRDLAVAYADRWWNTGNPAFEEFDVDCTNYVSQCLFAGGAPIHYTGRREAGWWYKGYVNGSEMWSYSWAVSNSLARYLSGSSWGLTATEVDRPEQLMLGDVIFYDWDGDGRFQHSTVVTAFDAGGMPLVNAHTVSSRHRFWDYRDSYAWTERTVYLFFHIAEEF >CAB0034103.1 unnamed protein product [Trichogramma brassicae] MDKQRKTRKEYSRYTLNKFMHPRNSYRVPPNFKRLSQLDCEFKKCVFLKLNGKLTIDFKNKHHLRMLTEALLRHDFNLKVTIPPDNLIPTLPLRLNYILWIEDLLRHAGIGESDRVSGVDIVLCVDKDSILGEVMNQKHDEYTFTMCNPPFFKDNSEKRVRCNEKFVSGYDHEVQVTGGEEEFIRQLMDESLIYNNKIKIYTTMFGKKKTLKFIKEQLKQRNITNFVWTEFCQGYTKRWGIAWSFIPKDIINFTTAPRIQVKEENLKFKKDQPKKICFPSLPNLSCKEETMVRLKKIFSQLNIMVEDLPSNTNQDYLACKCKANSESWTGSRRKRRMAMRKEAMKRVRLENTENSEQINCKQPDPLSVSGLSENQKSPISISGVPENEQTENIEPYLVFKIFVTEKIAKLVDSEKNIDKVDNSKMLDTSGTADTTNTSKDSRSSKDFGNIKSCNGAKKSENSTIANDSGKSNNFEDSNKHSSDSEGCSDSEGCSDSEDCSDSEGSSDSEDCSDSEASSDSEESGDSNDSNDSESSHLNTLIDVGNNSKSKNSRKPLREDDKLSQKLIIIYIISKNARLNAPASRSVFFFHLIDGTFSI >WP_047594685.1 MULTISPECIES: TonB-dependent receptor [Pseudomonas putida group] >KGK23915.1 amino acid ABC transporter substrate-binding protein [Pseudomonas plecoglossicida] MNNNNPFPGFRALALALAVSAVAVNSQAADATIQIQAQSLASALNQLGQQTNLQLFFNPELVAGKQAPAVSGQLAPEQALQQLLQGSGLTYEMSQGTVVVKPAQADGTLTTGSLELAPTDVKVVGDWLGDAQQSVVQNHPGARTVVRREAMVEKGAMNVRDVLRGIPGVQVQDSNGTGGSDLSLNVGVRGLTSRLSPRSTVLIDGIPAAFAPYGQPQLSMAPISSGNLDSIDVVRGAGSVRYGPQNVGGVINFVTRAIPGKPSAELSTTLETSQHGGWKHTESAFVGGTADNGMGVALLYTGVNGNGYRESNNGNDIDDVILKTHWAPTDVDEFWLNFHYYDGRADMPGGLTQAQYDSNPYQSLRDYDYFAGRRKDVSFKWQRQLDDATQFEVLTYYTDSFRGSSIASRDMKTLSSYPRNYHTFAIEPRLSRIFFAGPTTQEVSVGYRYLKEAMREQSTRLALIDNVPTPAPGSDGHVFQDRSGGTEASAYYIDDKIDVGNWTITPGIRFEHINTDWRDRPVLGANGQPVPEKKRSITSNEPLPALSVMYHISDAWKVFANYETSFGSLQYFQLGQGGTGNSTANGLEPEKAKTYEIGTRYDNGGFAGELTAFYIDFDDELQYISNDVGWTNLGATKHQGIEASVRYDLDGLDPRLEGLSVSGGYTYTRATYEGDIPGFEGRDLPFYSRQVATAGVRYAVNHWTWNLDAYAQSKQRAPGTGINADGSFNGDYITEPSADGQFGDIPGYVTWHARGGYEFGPQMSNLKLAAGVKNLFDKQYFTRSSDNNAGIYVGEPRTFYVQASVGF >WP_004762412.1 choice-of-anchor I family protein [Acinetobacter sp. CIP 102129] >ENU85318.1 hypothetical protein F973_02682 [Acinetobacter sp. CIP 102129] MKFKISVLLTALLSMGMVGCEDDQDILTKEEVQPKPEVVEPKPEPKPEVEATPERIQLSLLGRYEAGAFGVSAAEIPAYDPATKRAFIVNAKAGALDVLDLSNPAQPVLLKSLTVTDIAAGATVNSVSIRQGIIAIAIEAGKKTDTGFVAFYQASDLSRLSYVPVGALPDMLTFSPDGQTVLVANEGEPSDDYQIDPEGSISVINVSDIHKPSVKTADFKAFNSQTAALLAKGVRIYGPNASVAQDLEPEYIAVSSDGKTAWASLQENNAIAVIDIATATVTSIEAFGLKDHGLTDSSFKSMLDSSKNSSNALDVSDFDGKKTVQDILIKAWSGLKGMYQPDSIAAYTAADNKTYLISANEGDSRAWGETTVEYFGLTKPKDFEKNKLKRCDNDNSKGFVEEWRVKHLVHKDGFDRRCADDLPAHLRDLAAGAHLNPTVFGYCGATKGNAGDCRDDNQLGRLKVTWTQGYQTENGKPVYYSKAGDKIGVNGNPLTDYLMYDALYVLGGRSFSIWDTQNQVKIAYDSGDFIEQYLNSDQCKLGKARNIPCKNWFNSNHEKGNTLGGRSSNKGPEPEGLTIGKIGNKQFLFLGLERMGGVMVFDVSQPKQPIFQDYLNTREIWDEADPSKNLSAHGDLGPEGLIFIAAKDSPNGKPMLIVGNEVSGSTAIYQVNTQ >MBW0445137.1 GNAT family N-acetyltransferase [Paraburkholderia phenoliruptrix] >MBW9095902.1 GNAT family N-acetyltransferase [Paraburkholderia phenoliruptrix] MTSVHTDVLPGAISTVRLKLVPACERFTHELREYTIENRAHLQPWEPLRAESFYETESVRQRLCLMAQNNKSGVAVHLLLIAPVTGEIVGDCNFTNIVRGPFQACHLGFSLAKRLEGQGLMREALSSAISYVFDSIGLHRIMANYRPENVRSEQLLKRLEFEKEGLARSYLRINGVWADHVLTSLINRIPER >WP_062300449.1 penicillin-binding protein 1C [Roseivirga seohaensis] >KYG85000.1 penicillin-binding protein 1C [Roseivirga seohaensis] MKKQIKKYRYPIVVLLVLLSAAYYVCLPKTLFNDPYATVLNAENGEMLSARIARDGQWRFPEVDSISDKYEAALLTFEDQYFYRHPGVNPLAMGRAIVQNLKAGSVVSGGSTLSMQVIRMYRKGKSRNVYEKLVEMILATRLELRYSKKNILKLYASHAPFGGNTVGIEAASWRYFGRRANDLSWAEAALLAVLPNQPSLLYPGRNTAPLKAKRDRLLDKMYDEGFFDETSLELAKEEPIPSKPNDIPIEALHLLDKGIKDGKEGQRLQTTLDAHLQRRVDRVVKNHNALLRLDGIENASTIVLDVRSNTVKAYIGNVYEEGTSSTGQQVDVIQAPRSTGSLLKPILYASLLDEGLMLPKSLLPDVPVYFKNFVPKNFTREYDGAVHADMALSRSLNIPAVHMLQDYGYPRFHEKLKDLGMTTLTQPASHYGLSMILGGSEGTLWDLTNIYAGMARTLTQFNGRTPEKRYEKSDFDFANYDGANSKVQPSLLSEKDVSKKQPTENIELKNNKQLSASSIWFTFKAMLEVYRPGDDAQWKLYSSAKKIAWKTGTSFGYRDGWAIGVTPEYVVGVWVGNADGEGRPGLTGIQAAAPILFDIFDVLPETTWFNPPMAEMAYAPVDRQSGYLASSYSIQVDTVLIPKAGLNTMASPFHQRVHLDKTKNYRVNSDCEPVVDIISTNWFVLPPKQALYYKKRNPTYQELPPLRSDCFGESLDMEVMDMVYPEPDAQVYIPINLEGEREQVVFEVAHRKPNSQLHWHLNDVYLGTTQGNHVLALTPPAGEHIITVVDEEGHRLSRNFTVLEKVGK >VAH04400.1 unnamed protein product [Triticum turgidum subsp. durum] MAAAVAAMRCGSGSGSDGGGGGYDKGGMDSGKYVRYTPEQVEALERVYAECPKPTSTRRQQLLRECPILSNIEPRQIKVWFQNRRCRDKQRKESSRLQAVNRKLSAMNKLLMEENERLQKQVSQLVHENAYMKQQLQNPSLANDTSCESNVTTTPNPLRDASNPAGLLAIAEETLTEFLSKATGTAVDWVPMPGMKPGPDSFGIVAVSHGCRGVAARACGLVNLEPTKIVEILKDRPSWFRDCRSLEVFTMLPAGNGGTIELVYMQMYAPTTLVPARDFWTLRYTTTMEDGSLVVCERSLSGSGGGPSTASAQQFVRAEMLPSGYLVRPCDGGGSIVHIVDHLDLEAWSVPEVLRPLYESSRVVAQKMTTAALRHIRQIAQETSGEVVYALGRQPAVLRTFSQRLSRGFNDAISGFNDDGWSVMAGDGIEDVIIACNSKKIRSNNTAPNAFIAPGGVICAKASMLLQSVPPAVLVRFLREHRSEWADYNFDAYSASALKSSSCSLPGLRPMRFSGSQIIMPLAHTVENEEILEVVRLEGQALDEGLLSRDIHLLQFCTGIDEKSMGSCFQLVFAPIDELFPDDAPLISSGFRVIPLDMKTDGAPAGRTLDLASSLEAGSTTLQASGGADDCNLRSVLTIAFQFPYEMHLQDSVATMARQYVRSIVSAVQRVSMAISPSRSGLNAEQKIISGFPEAATLARWICQSYRFHLGVELFRQADEAGESLLRMLWDHEDAILCCSFKEKPVFTFANEMGINMLETSFVALQDLSLDKIFDEAGRKALYSEIPKLMEQGFVYLPGGVCLSGMGRHVSFENAVAWKVVGEDNNVHCLAFCFVNWSFV >WP_010251888.1 conjugative transposon protein TraJ [Myroides injenensis] MASDNLHEVLQSLYYDMMPLSAQMAGMSKSLAGLGALFYIGIKVWQALARAEPIDVYPMLRPFALGICIMFFPTLVLGTLNAVLSPVVKGTHQILERQVIDMTSLQQKKDVLEKQAMLRNPETAYLVSDEEFDKKLDELGWSPSDLAAMTGMYLEKWQYDFQKNLRDGFREILEMLFQAAALVIDTIRTFFLVVLSILGPIAFAISIWSGFESTLTQWLTRYISVYLWLPVADLFSSMLAKIQVLIIERDMQMLSDPSFVPDTSNTAYAIFMIIGIVGYFTIPTVTGWVIQAGGAGNFMRNMNKTVSTTGNMATAGAGATVGNISGQLIKK >PTE76569.1 hypothetical protein BUY85_11515 [Staphylococcus equorum] >PTH45098.1 hypothetical protein BU596_07060 [Staphylococcus arlettae] >PTK35111.1 hypothetical protein BUZ68_00795 [Staphylococcus saprophyticus] >RIL35316.1 hypothetical protein BUY86_08985 [Staphylococcus equorum] >RIO24530.1 hypothetical protein BUZ82_07170 [Staphylococcus saprophyticus] MEGKKATTKLILLLICCVIYAVTNMYDKVNMFILIVLAVIVGFAIHYIVEFVFNQVEKYQKK >WP_213753432.1 DMT family protein [Ancylobacter sp. VKM B-3255] >MBS9475556.1 DMT family protein [Ancylobacter sp. VKM B-3255] MTNLLPPSVLPIVLLLASNIFMTFAWYGHLKHKSSPLVIAILASWGIAFFEYCLAVPANRYGSAVYSTAQLKTMQEVITLLVFAAFSVFWLKEPLGWNHALGFTFIALGAWFIFQKW >WP_174822921.1 phosphate ABC transporter ATP-binding protein PstB [Ruegeria arenilitoris] MEPETLKVSARNVNVFYGDTHAIKDVNVEIQDKTVTAFIGPSGCGKSTFLRCLNRMNDTIDICRVEGEIRLDGEDIYDKRIDPVQLRAKVGMVFQKPNPFPKSIYDNIAYGPRIHGLAKTKAELDEIVEKSLRRGAIWDEVKDRLDAPGTGLSGGQQQRLCIARAIATAPEVLLMDEPCSALDPIATAQVEELIDELRERFSVVIVTHSMQQAARVSQKTAFFHLGNLVEFGDTAQIFTNPEDPRTESYITGRIG >MBM4292280.1 hypothetical protein [Deltaproteobacteria bacterium] MVAKMGTMNARKGQWSCVSPDLSKDTYGRILWRCEDLSNDQIRKGFAHAMSVTEEGAEASDVAAQREAIAHKRGIWAHGVPEYVLTSIHSVDEGGGHDGKTYNRLVSVVDGHSLKWRHEDTYEECQDVCWRPSLEDRVARLAARLSRRAQGGAWLAAYSEQERAALVKAYMDGAEAFAQVSWKDEAHRAGAQGALDQLAAEGWVDAAKSDLKSCMVYVDFRRRFGAARAVCLK >MBP5405476.1 thermostable hemolysin delta-VPH [Clostridia bacterium] MYYSYHGVAKKLIREGHLVGYEMTTSKEGRRMLLLFFDSHPPMPIREERILEYADLLPSHLIRRGDPEQSE >KAJ7413400.1 XK-related protein 7 [Willisornis vidua] MLSLRWFVYDFAASTKDSGTGTKDSGPRGCCRLCVWLLQGLIHLLQLGQVWRYLRTLYLGLQSRWQAEHRRRHFYWRMMFESADISMLRLLEAFLKSAPQLVLQLSIMVQQNSIEPLQGFSASASLVSLAWMIASYQKVLRDSREDKMPMSYKGAVVQILWHLFTIAARAIAFALFASVFQLYFGIFIVTHWCIMTFWIIQGETDFCMSKWEEIIYNMVVGIIYIFCWFNVKEGRSRYRMCIYYIITLSENAALTILWFLYYDRKTISDFDALILVCVVSSSFALGIFFMFIYYCLLHPNGPIFSHRNVGCIFRQQPAPVPGSPTDAVTSPPRSLPRTTGGEREGAPGERDSCVPVFQVRPCAPPAAAARAPRTEGPVIRIDLPRKKYPAWDAHFIDRRLRKTILALEYASPTTPRLQYRTPGAPQEVLEYETTV >UJS94137.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] VLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAXXXXXXRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >OUV52596.1 hypothetical protein CBC75_03950 [Actinomycetales bacterium TMED115] MDGEDPRTLVRSAAAWALGTFRRNLLAFVALAAVVTAVQFLQQISLRPLNDVVDQCADPQTEGQQAACASELATRALTSGALTLVFAIITVIVTVGVIRAALRSTQGREPGFDALLDGHNLGRYLGFQLLYAMMAGLGILLCVIPGLLVIFFFQLGPYFVLDRGMRIGEAFTASARLIRQNLPAAFLMTVVNALVLLLGGLVYGILTLVTLPLATLFTAYLYRXFNDDPVIG >MBE0500203.1 lytic transglycosylase domain-containing protein [Desulfuromonadales bacterium] MRVSLSTCCFSVLFLLLFAGVPTSAQSDIYKYVDANGVIHFTNVPTTSEFKMHRKEGGDRLTIHEVIRHYSRYFRLEEALVRAVIKVESDYNPAAVSRAGAIGMMQLIPKTAHLLKVNDPLDPEQNIRGGSHYLRMMLDQFEGDLDLALAAYNAGPTAVRQHGGVPPYAETIRYLTKVKYYLDYYRSRREVI >EER6968786.1 phage tail protein [Escherichia coli] >EEY2511973.1 phage tail protein [Escherichia coli] >EFB6530111.1 phage tail protein [Escherichia coli] >EFL2781866.1 phage tail protein [Escherichia coli] >EFM8696917.1 phage tail protein [Escherichia coli] MAVKISGVLKDGTGKPVENCTIQLKARRTSSTVVVNTVASENPDEAGRYSMDVEYGQYSVILLVEGFPPSHAGTITVYEDSQPGTLNDFLGAMSEDDVRPEALRRFELMVEEAARHAEEAKKNAGEAETSARNAGISASQAEESAANADTSAGDASESARQAVESAASAKQSEEASSSSASAAAQKASE >XP_023840445.1 inositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 2 isoform X7 [Salvelinus alpinus] MSKGGEAPDGGEHPRFFVGCDDNEGEELLDPGRVMGYDCLYENVEEEEDEDDEMYDSPPERQIVVGICAMSKKSKSKPMKEILERLCLFKYITVVTIEEEVILNEPVDNWPLCDCLISFHSKGFPLDKAVAYEKLRNPFVINDLDLQYYIQDRREVYRILKNQGILLPRYAVLNRDPARPEECNLVEGEDHVEVNGEVFQKPFVEKPVSAEDHNVYIYYPTSAGGGSQRLFRKIGSRSSVYSPESNVRKTGSYIYEEFMPTDGTDVKVYTVGPDYAHAEARKSPALDGKVERDSEGKEVRYPVILNAREKLIAWKVCLAFKQTVCGFDLLRANGQSYVCDVNGFSFVKNSMKYYDDCAKILGNIIMRELAPQFSIPWSIPLEAEDIPIVPTTSGTMMELRCVIAVIRHGDRTPKQKMKMEVRHQRFFDLFEKCGGYKNKKLKLKKPKQLQEVLDIARQLLVEIGQNNDSEIEESKAKLEQLKTVLEMYGHFSGINRKVQMTYLPHGCPKTSSEEEDVRRDDPSLLLVLKWGGELTPAGRVQAEELGRAFRCMYPGGQGDYAGFPGCGLLRLHSTYRHDLKIYASDEGRVQMTAAAFAKGLLALEGELTPILVQMVKSANMNGLLDSDSDSLSSCQQRVKARLHEILQRDRDFTAEDYEKLAPTTSSSLIKSMQMIKNPVKTCDKVYALIQSLTLQIRQRMEDPKSADIQLYHSETLDLMLRRWAKLEKDFRMKNGRYNISKIPDIYDCIKYDVQHNSSLNLSNTMEIYRLSKALADIVIPQEYGISQPEKLDIAKGYCTPLIRKIRSDLQRTQDDDTVNKLHPVYSRGVMSPERHVRTRLYFTSESHVHSLLSILRYGAFCDETKDDQWKRAMEYLKVVSELNYMTQIVIMLYEDPNKDPSSEERFHVELHFSPGAKGCEDDKNLPSGFGYRPASRENEGSKKKSKEDNDEESANAKRDEPDRAALMMFRPLVSDPIYINRKCPLPRSKKIGSVEVLSENNAHAQRPGRLYSEHKLTPGVGFELYSMVPSICPLETLHNSLSLKQIDDFLASIAASHESLLDISASSPAAKKTPLNTYTPAKILPCPFTQGKKNVDKAVTGISSSPTKDPRSGPADPSPNAAAGDKASQPSPSQPTTESKAALKSSSEDLEPPAGLSATQNPATQHAYKDKLEASTPDKWVKQTLQHDAQSCKVPPQTQSGDVSPQSPAQGAPSGKVPSKNPTQDNLTCKMSPHSPSKEIQSGKVLTQTLTQDAPSGKVTPQAPSLDPTEKGSKTSPHDKVHQGLNSKDTLGEGAMSLTTSKEREAKLDSK >WP_279826355.1 PhzF family phenazine biosynthesis protein, partial [Comamonas aquatica] MTVDVFTAEPYRGNPVAVVLDGQGLDEGQMQSFARWTNLSETTFVLPPTEAGRAQGADYRVRIFTPAAEMPFAGHPTLGTCHAWLAQGGTPQDPTRIVQECAKGLIPIQPSAAGLAFATPATRALPLPAHLHLIYEALGITNEQVLDAAYLDNGPHWLCLLLDSPDTVLGLEPDLARLKALGHKVGVAARYQADDATPLIGRACREAEAFATGLRAAPATAHAQLEVRAFSTTGVEDPVTGSLNGSLADWLIAQGHLQAPYMANQGACVGRDGWVSVQQDAQQQLWIGGQTVTCVQGTVLL >MCK6542200.1 hypothetical protein [bacterium] >NUN44437.1 LEA type 2 family protein [bacterium] MKKLGLIGLSIFTVWLSSCSVAKQIDMAKTFAKCDFSVQNIEHMQLSDIKIQNVKSVKDLSLKKAAQLTDALTKKTLPLTFTLNLSVENPNEKPAGMNRLEWIVLIDNNEIVRGALDQMVEILPDSDATVPLNIEMDLKKSFSNESAESLVKLAFNLAGEGDKPTRITVKVKPTINVAGLNIEYPGYIDVNTKINSEHGKQLRKKAAKKAR >WP_017166220.1 TonB-dependent receptor plug domain-containing protein, partial [Xanthomonas phaseoli] MTRPTLSVIGLAIAAVLSANAQAQQADAGATTLDTVIVTGTRASDRTVLESTVPVDVLTAEDIRKAGVVNGELGSALQALLPSFNFPRQSNSGGADHIRAAQLRGLSPDQVLVLVNGKRRHTSALVNTDSKIGKGTTPVDFNSIPINAIKRIEVLRDGAGAQYGSDAIAGVINVILDDNPERGELEASFGAYNTDVKPIDRRVTDGQTSYASAKVGSLLGDDGGFFKVGLELKNREATNRAGFDQIPSFEEQTPANLALRGQRNYVLGDGATKGLNAWLNTKVPFSASGEFYAFGTYNQRDTEGANYFRYPDSSANWREIYPNGYRPISEGENRDLQLVAGARGQWGNWDYDASVNYGRNDFTYRLRNSLNASLGPGSPTRFKTGDFAFAQTVGNLDLTRVFDAAGATHTFGT >XP_033530744.1 uncharacterized protein P152DRAFT_169542 [Eremomyces bilateralis CBS 781.70] >KAF1809113.1 hypothetical protein P152DRAFT_169542 [Eremomyces bilateralis CBS 781.70] MDHDCSDPSLPGSLSASHPQLLPAFSVLAALFFLLLPYSLSAPLPARRRSKCCTLSVYAIVSFAGHFVLENLVNLIC >WP_070999907.1 MULTISPECIES: acyl-CoA dehydrogenase family protein [unclassified Methylobacterium] >MBP2496242.1 acyl-CoA dehydrogenase [Methylobacterium sp. PvP105] >MBP2503886.1 acyl-CoA dehydrogenase [Methylobacterium sp. PvP109] MDHAVEAGDMVDGIVLDQVERLLAQHLTPALLAACDGAVDATAWPADLWTALAESGLPLALVPEAEDGIGLAATTAARLIRRCGWAALPLPLPETVVGAALWSAAGGDANADALSLVPGGPVRIAPHTDGFVLDGRVAQVPWGGSVASLLLDAVDATGEPHLVRIAAPGTIRDTHHNLAGEPRDTLDLTGCTVSTDEVRAAPGWATGAGVPAVEAVGAWVRAQQMVGALESCLGSALDHAQERQQFGRPLAKFQAIQHMLAEAAGHVAAASAAADLAAACWGDPRFVLATAIAKARCGEAAGHVAAIGHQIHGAMGFTQEHPLHRATRRLWSWRDEFGSDALWQERIGRAVCACGGAALWPMLVRLRGGAG >WP_232790853.1 oligopeptide:H+ symporter [Shewanella sp. Pdp11] MTTPVNAPQWPRQIPYIIASEACERFSFYGMRNILTPFLMTALLLSIPEELRGTMAKDVFHSFVIGVYFFPLLGGWIADRFFGKYNTILWLSLIYCVGHAFLAIFEHSIQGFYTGLFLIALGSGGIKPLVSSFMGDQFDQTNKTLAQKAFDLFYFTINFGSFFASLSMPLLLKYYGAAVAFGIPGILMFIATVFFWLGRKRYVHMPPEPKNPHGFLPVIRTALLTKIAGQANIGLVLALVGIISAAYALVNIPTLGIVAGLCCALVLVMGFVGAGASLQLERARGIHPDIAVDGVRSVLRILILFALVTPFWSLFDQKASTWILQANDMSKPDWFEPAMMQALNPLLVMLLIPFNNFVLYPAIERMGIKLTALRKMGAGIAITGVSWIVVGSIQLAMDGGSVLSIFWQIVPYALLTFGEVLVSATGLEFAYSQAPKAMKGTIMSFWTLSVTVGNLWVLLANVSVKSPAVTEQIAQTGISITAFQMFFFAGFAILAALMF >KAJ7966218.1 Plant protein of unknown function (DUF247) [Quillaja saponaria] MEPCKVVHNHDHEWVIDLSRTLEEDLESHINSNKEDDDDHDFDDDELVSTVSIFNVPKTLISSKQEAYTPQVISLGPYHHRRLELFEMERYKLTSAKQVQKNMKPGTKFRDLVDQIVCHDVQTRACYHRYLDFDHETLAWMFAMDASFLLEYLQTFCCYSSPNIASEGSTISTISSVVNNHLMVIDYTRRRTMHQEILRDVIMLENQIPLFLLREVHGFYDQHDQDDQVHELMLVTILMGFAKYLAPIKYLDDQNFKQECLKKSHLLELVYDYIVVPKLQFPIETEQEQVDKEKDIKEEGTCWFSSAIRAILQLVWFINWAFIHFFVKMCRSKIARLLITLPWKVVSIFFNFRGKTAVNSLVSVAENVAEGIENSTDSTITSDDENPLVEELAIPSVRQLSKIGVKFHPSKGGLSTIKFDKSSGVFHLPVIHLNDNSDVVLRNLVAYEASVAPEAMVFTRYTELMNGIIDTEKDVRILAKAGILKNRMKNDKEVASLWNGMTKSINVTKVPVLDKAIECANEYYSTSWKVKMKATMKKYVYNSWPCLTFLAANVLIWLSIVETVCSVYQCSKFLNAS >URE29467.1 POT family, partial [Musa troglodytarum] FAQSSTLFTNQGGTLDRRIGSKLQVPPAALQSFISVSIIVSIPIYDGILVPVARKFSGLPSGITMLQRIGTGMALSLVSTVIAALVEMKRLKTAREFGLVDQPNARIPMSLWWLVPQYVLFGVADVFTMVGLQEFFYDQVPDALRSLGLALYLSIFGIGSFISGFLISVINKTTGGGGESWFSNNLNRAHLDYFYWLLAGLSTMELLLYGFFTRAYAYKKKQEDTAVM >THB72442.1 helix-turn-helix domain-containing protein [Desulfobacteraceae bacterium] MAKIILWVENGCLFSSVTTLIDAFSIAELWHQAVVDKTSPPLFDTRIVSTTGSRVTARGGIKVTPDGAVTDIESADCIVISPIIPRLDPLPGEMDTLTRWVKALKGKGSIIATVCTGTFILAHMGILDGRRATTNWQYAGLFKKMFPKVILEHEYMITEDDGIICTGAATAVYHLAMHLIKTFGSRKLAAGCSKALLIDPNRSSQEPYMIATPVKNHGDREVLKAQHLMESNFARIGSVDHIAREVGISPRHFKRRFKKATGEMPLKYLQRIRIEVAKEKLETTRDTIDEITWAVGYQDISSFCRLFKQYTDLSPKAYRDTFFNPVLWA >KAJ3286973.1 hypothetical protein HK104_008799 [Borealophlyctis nickersoniae] MKVTAALTALALTVGAATAAPTQDFEWGRGKACISRLGYGDVGFGRYGGYDGGKWGEGGYGGYGGYGGGKWGEGGYGGYGGYGGGKWGVKAEADGYERKGYGYDGGFGGYGREIDGSWGYGGYRGGYGGYDGRRGWGGEGWKGGYGYGGRGYLRAEGIAAPSAKADTDETTAAGHNRGREGRRHEGRRRGGSERVEETTAAGHE >PIQ07033.1 hypothetical protein COW72_01330, partial [Candidatus Nealsonbacteria bacterium CG18_big_fil_WC_8_21_14_2_50_37_10] MRNLRLNFIFFFLLLFATVLIFRLFFIQVLQADFYKALAQGLTSPEKGIQIERGEIFLKGGEPLAINKDFPLVFVSPSKVTDKAKTAETLSQILSLDKNFILEKLNLDTLYSPIKNKLTDEEVKLLKKTDLSGVYLTEERGRFYPQESLASQVIGFLGAEGKGQYGLEEYYDDILMDSDKGPSLALTLDYNIQFEAEKLLKEAEENLEIEGGQIIVIEPNSGKIIALANFPNFDPNRYGEFATNGNLEIFKNGVTQETFEPGSVFKPITFAAALEEGKITPQTTYIDKGLVEIGGWPIYNYAGRVYGEQTMTNVLEKSINTGAVFVESQLPHHIFLDYIQKFGIFEPTGIDLPEVYSGNEEFKEGYEINFATASFGQGIQMTPIQLARAYCAIANGGKLVKPHLVEDSLEVQPQQSQVVSQKTASQLTAMLVSVVENGFGKAAKVPGYYIAGKTGTAQIPEGGKYSAEKTIQSFIGFAPAFNPQFLILVKLNNPKTKTAEYSALPIFHDLAEYII >WP_218036247.1 Gfo/Idh/MocA family oxidoreductase [Sphingobium sp. 15-1] MGLVGVGKIASDQHLPAIAADDRFLLAATASHQGRVEGVDGYHDIGAMMEACRLDAVSLCTPPDGRYEQALAAIEAGLHVMLEKPPAVTLSHAEALVRAARKAEVTLFAAWHSREAAGVAPARAWLADKRILAVRIDWREDIRRWHPGQEWILGPGGFGVFDPGINALSIATEILPHELLLEHARLDVPAGRMSPIAADLAMRCGEAQVRAGFDFLQTGAQSWSIEVDTDRGTLRLAMGGSVLHLPGERERTEPDREYPRLYARFAALIQARKSDVDVRPLRLVSDAFLIAERRITAPFAF >EBS3704194.1 PapC/FimD family outer membrane usher protein [Salmonella enterica subsp. enterica serovar Putten] MAHYKKFRLSTLASVVGIILTVGQGNSYAEAPIQFNTRFLDVKDDASLDLSRFSRKGYIMPGSYHLQVLVNQSQIAQDNVITYSVDNNDPDNTYPCLPPELVSLLGLKPEIADKMIWINAGQCLQPDQLEGMETQTDLSQSTLTVIIPQAYLEYSDEEWDPPSRWDEGIPGVLFDYNVNSQWRHAEHDDGDEYDISGNGTVGANLGAWRLRADWQANYRHENDSEDKDNFGSSSEQNWDWNRYYAWRAIPQLRAQLTLGEGSLESDIFDGFNYVGGSLITDDQMLPPNLRGYAPDISGVARTNAKVTVTQRGRVIYESQVPAGPFRIQDINETVSGDLHVKIEEQSGQVQEYDVSTASIPFLTRPGQVRYKLAAGRPQDWDHNMEGGFFTSAEASWGIANGWSLYGGAIGEQDYQALALGLGRDLALLGAFSVDVTHSRATLPEGSAYGDGTIQGNSFRASYAKDFDDIDSRLTFAGYRFSEENYMTMDEFIDTHNDDNNRQRTGHDKEMYTLTYSQNFSAINVNAYINYTHRTYWNQPNQDSYNLTLSHYFDVGEVRGISLSVNGFRNEYDNERDDGVYVSLSIPWGNNRTLSYNGSFSDDNNSNQVGYYERIDDRNNYQINAGRADNGATLDGYYRHQASYADIDVSANYQEGDYTSGGLNIQGGATLTAKGGALHRTSVNGGSRLLVDVGDEANVPISGYSTPVYTNAFGKAVIVDVNDYYRNQVKIDITQLPEDAEAILSIAQATLTEGAIGYRRMEVLSGKKAMASIRLRDGGTPPFGAEVYNSRQQQLGIVGEDGSVYLIGINPGERLQVTWEGKTQCEAALPDPLPGDLFSGLLLPCIGDASSPEATQPEEKPLLQLHTQRRTSSTQPEALSSRYPTH >WP_230324968.1 MULTISPECIES: DUF134 domain-containing protein [Bacteroidales] >UVS08354.1 DUF134 domain-containing protein [Parabacteroides distasonis] MSPRPKNIRKVNDMPVTAGFKPIGLNGCCENTIFLHFEEYEAIRLCDYEMKTQQEASVSMGVSRPTLSRIYVSARQKITKALVRGLQDI >HCI08118.1 hypothetical protein [Sulfitobacter sp.] EGTKFLMNPNQVHFSRIKASDLIEVDANDPASMEGPDAPDPTAWGLHGGMHRHCAHARCAMHVHSPYATALAALADSRLPPVDQNGCTFFNRYVVDENYGGLAFEEEGTRCAKLFDDPKKKVMIMGNHGIMIVGDTVADTFNRLYYFERACMTYIMALQTGQPLRVIPDDIAEKTAQELEGYPEQDARHLSELKAILDDEGSNYAS >MBQ4454347.1 ABC transporter ATP-binding protein [Clostridia bacterium] >MBQ5956135.1 ABC transporter ATP-binding protein [Clostridia bacterium] >MBQ6003995.1 ABC transporter ATP-binding protein [Clostridia bacterium] >MBR0438652.1 ABC transporter ATP-binding protein [Clostridia bacterium] MKRNLKKLISYYRPYMKEFLFDMFCAILSALITLVIPMIVRYITSNITTMETVEALSIIKKIIIALIVLIIVQFFCNYYVTNNGHVMGAKIEYTMREEIFSHYQDLSYSFYNNEKVGQLLSRVTSDLFEITELLHHGPENIVISLIKIVGSIIILSSISLKLTLVAFIMIPIMAIYSLFLNKQMKKAFRKSREKIGEINAQIEDNLSGIRVVKSFANEDIERDKFKQGNDGFLDAKKMQYRNMALHHSGLTSFTTLITVVIIAVGGFGIANKWLNVSDFITFLLYINVFTDPVRVLIDFTEQFQNGYSGFERFMEIMDVVPEITEKEDAKELTDVKGEIDFNDVSFHYSDTDECVLQNVDLHVAPGEYIAVVGASGVGKTTLCSLIPRFFDVTGGSITIDGTDIRDVTLKSLRDHIGVVQQDVYLFMGTVRDNIAYGKPGCTEEEIVEAAKNANAYDFIMSLPDGFDTDIGQRGVKLSGGQKQRLSIARVFLKNPPVLIFDEATSALDNESEKVVQDSLEKLAHNRTTFVIAHRLTTIENAERIIVLTENGISEEGTHDELMAMNGDYARMVNVHRQLNKTSID >WP_162445525.1 DUF6089 family protein [Rhodocytophaga rosea] >QHT69537.1 hypothetical protein GXP67_24265 [Rhodocytophaga rosea] MRKHTILFILVAFVFTSSQVFAQRYTKSKRYTSIGGGLSAMNYFGDITPSSSFTSADIQFTRPNLSLHIMRRLTPRFSAKAAFAWGRLKGDDFLSADPSDKNGRYRYIRNAHFRNDIKEFSVVGMLDLFENRNTFLRRPNFVPYAFAGIAVFHHNPKARTPEDMGRNWVALQPLGTEGQFLTGPGSEKYPDPYKRIQISIPAGIGLRYKLSPRIDLAFEVGYRFTFFDYLDDVSGNYPDLNVLRTQKGDLAYKMSDRALETVAANTGDARSVDRVLTDLYGGPSNGIVTLTYVDDNGNPVPFTHTTVNGYGRRGDQRGKPSENDWYLVTGFHINYILIKGVRCPKFR >WP_168414869.1 hypothetical protein [Acinetobacter indicus] MSVNQFKNLSAPLGDEKVFKLGGDIIADVGFSVFYFVAEAVAAVDVDCHSAADFVDVGFADSVDSAGFVD >WP_005921846.1 type IV secretory system conjugative DNA transfer family protein [Pediococcus acidilactici] >EOA07656.1 Ti-type conjugative transfer system protein TraG, traG [Pediococcus acidilactici D3] >MBW4798194.1 type IV secretory system conjugative DNA transfer family protein [Pediococcus acidilactici] >MBW9307430.1 conjugal transfer protein TraG [Pediococcus acidilactici] >MCE5962991.1 type IV secretory system conjugative DNA transfer family protein [Pediococcus acidilactici] >RXA13962.1 conjugal transfer protein TraG [Pediococcus acidilactici] METKKEEYFTDPKQLKKEYQLIPDRIKDFPGYGGIPLGHYNNSLGKLIQSSSYSLLFKRLKRKLVNLGNHLPGGTYGIDQTTVNNMIYGITRSGKGETIMLPLIDILSRAAKKCSMFVNDPKGEMFQLSAKILQKRGYKVYVLNLQNTTKSMSYNPLQIIIDYARKGYYDEAQQEANRLSTAIYSNDNEKDPFWSNSSINLLNAMIYSQLDLAERHQSWKKVTMYNIYKQLTEMGGQEMPDPNVKGKTISKLSYYFDLMAQAPKSEFREMALQAFQQSRFTGSETQGSIYASMMAGIKIYQERKVAQLTSMNSLDFRDAAFPRRIEIQFPKQVALQTCVVTWKDDNNNVIEKRAQKIDRQGYLNYPLKSKLTDRYNLEIDFNHELTTESLKKYKYIYKGKLLKKYVAKSRTRFNRIAGKVILDSLNSTIFDEEFNQIINFKYSEQPVAVFFVTPSHNPSYNQLVSFAVDQSFNQMYNMALGTASGRKCYTRVHYIIDEGGNLPKIQDLATKFSIGLGSELLFDFVLQNKGQLRINYSKEEAETIISNCGNTLYILSKDLETAKEISDDVGNTTVNVVTHSMTPGISVARDNMSNTFEGVKVIQPEELLRLKVGEMVVIRSTVRTNQKGQIIRANPIFDTGRTSMPARWQILNQTFDGNAIINDIKVDTPHEKLDLAQVSYNYVDDKFNDKNEVDQMLDLVFPNQKEEQGDYEEPFNEEEYKALVAINKEVKQRQQSENTVDTLLDIASE >WP_094876339.1 hypothetical protein [Paenibacillus sp. VTT E-133291] >OZQ94778.1 hypothetical protein CA598_09225 [Paenibacillus sp. VTT E-133291] MRIKIRVKHLVSFVLLPAFLLILLFNFLPSSKAQMEESPAIQFNLARTELLQKLESTTGSKRMELIQTNIIDKEHAYDPYRYDVNIGPSMSQWNHDEPSISDLLPEDKIALLEEYILDGPANNTRIFAVKLLAYEYDALGRKEDGDQALITATKQLASNSHVAQELTLLRAERALNRGDITTAEAILEQTTLLSENQQDLDAQKAWLTGRLLFTKGKAQEALAVVDNGLESYQKFWQDIHKQMSLTTSNSDKDTADKDAAGSASISPPTIGTSETELQLEALRIAIQSAVDMGNNSTAVVSGTLTRSDGTPVSRAGIFLRAESEVHHSITSADSYRIVTDDEGRFEFYGVIPGFYQLQLGLSYDQIDGWAWPIQYDDWIEVKPGDLLKESVVLQPLIELQSPINQETLTGKTVDFRWKAVKGAAYYRLSGGVSMVGSSFSSQIRDHITDNQVSIPVDELYYNSGFSYGSGGEGFESIDPLSFLVFMNPEARFSWNIEAFDADGHLLTRSSGYRLNEETVGNLPFFYLKERELTTADRLLLNKKPDQAIEMYQQNVADDPEDAHALHMLVKLMLAKSSLTKDDSLEDQAIPLLQKLIQLHPYSNYAFTLTQYYFDHKDWKSYNEYYSRYIELSQTMGDDYDRSINATALMHQGKLTEAREQFSIALEHDDSHRFVGSYLAAELYVGESLSSVLTLAERYPEHSFGLNGYRWSQMIKQLIAERTKQPDNFDQELKEKLGWYMDGQTDVLKQWMDSTKSSALKTFIQAVLAVS >MCC2649654.1 NAD-dependent aldehyde dehydrogenase [Nitrososphaeraceae archaeon] AERLSEIVESGIVTVNSMVVSDPRVPFGGIKNSGFGRELSRYGMLEFVNIKSVRFYDQLIYDHHVE >XP_050861105.1 uncharacterized protein LOC127068843 isoform X3 [Vespula vulgaris] >XP_050861106.1 uncharacterized protein LOC127068843 isoform X3 [Vespula vulgaris] >XP_050861107.1 uncharacterized protein LOC127068843 isoform X3 [Vespula vulgaris] MLTYNGCNGVTTETDNGSPAESFLSAEGELAEEPGDSPGTPRDTEEEATLSDEFYSHDTDEEEEQGRRRRDRANSLDGIPSSGNGQLGSPTLRIGNVGVRKLFTNSRERWRQQNVSGAFAELRKLVPTHPPDKKLSKNEILRMAIRYIRLLSNVLEWQNAQDRNGVVHTQDGVRIKCEGHFNNNNNNNNHNNNNNNNNGIQKTNSYQTKCPINLTKQEKQQINENALQSYRVHYLGQQQRQHPVGHHGACDKNGNNLLMIVPAVSLNELSASSVDKHVEPSNVISQGHHHSVNHSLGSNLIRSSLSCSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSLSTTTSSSSTVSNRVNNFSKSQQINYNVSSTNGSLVTNGNSSSVGQKRLLKVERQDDEQSGIGRECRSSSITEHPVQVRKRVKVTFAKDTTGNFRQDFRHVERK >HAF6482379.1 bifunctional GTP diphosphokinase/guanosine-3',5'-bis pyrophosphate 3'-pyrophosphohydrolase [Salmonella enterica] >HAF6483690.1 bifunctional GTP diphosphokinase/guanosine-3',5'-bis pyrophosphate 3'-pyrophosphohydrolase [Salmonella enterica] MYLFESLNQLIQTYLPEDQIKRLRQAYLVARDAHEGQTRSSGEPYITHPVAVACILAEMKLDYETLMAALLHDVIEDTPATYQDMEQLFGKSVAELVEGVSKLDKLKFRDKKEAQAENFRKMIMAMVQDIRVILIKLADRTHNMRTLGSLRPDKRRRIARETLEIYSPLAHRLGIHHIKTELEELGFEALYPNRYRVIKEVVKAARGNRKEMIQKILSEIEGRLQEAGIPCRVSGREKHLYSIYCKMVLKEQRFHSIMDIYAFRVIVHDSDTCYRVLGQMHSLYKPRPGRVKDYIAIPKANGYQSLHTSMIGPHGVPVEVQIRTEDMDQMAEMGVAAHRAYKEHGETSTTAQIRAQRWMQSLLELQQSAGSSFEFIESVKSDLFPDEIYVFTPEGRIVELPAGATPVDFAYAVHTDIGHACVGARVDRQPYPLSQPLSSGQTVEIITAPGARPNAAWLNFVVSSKARAKIRQLLKNLKRDDSVSLGRRLLNHALGGSRKLAEIPQENIQRELDRMKLATLDDLLAEIGLGNAMSVVVAKNLQQGEAVVPTVAQSNHGHLPIKGADGVLITFAKCCRPIPGDPIIAHVSPGKGLVIHHESCRNIRGYQKEPEKFMAVEWDKETEQEFITEIKVEMFNHQGALANLTAAINTTTSNIQSLNTEEKDGRVYSTFIRLTARDRVHLANIMRKIRVMPDVIKVTRNRN >WP_035064005.1 [FeFe] hydrogenase H-cluster radical SAM maturase HydG [Cupidesulfovibrio termitidis] MGKATDADRDVSWLDDGFIADTLARNTTEDAGKIREVLAKARELEGLDHDDVAALMHVQSPGLVDELFDTARRVKEEIYGNRLVMFAPLYISNLCANECLYCAFRATNRDLDRRALSMDEVAAETRVLVRQGHKRVLLVAGESYPGEGFEYVLKAIDAVYSVHEESGEIRRVNVNVAPLTVEDFTRLKERGIGTYQLFQETYHRPTYTRVHVGGLKRDFDWRASAMDRAMRAGIDDVGLGVLYGLADWRFDTLALMSHIRHLEDRFGVGCHTISVPRIEPAVGSEMASCPPQAVTDDEFRKLVAILRLAVPYTGLIMSTRENAEVRHATLALGVSQISAGSRTNPGGYTEAEKFESSQFQLGDHRSLSEVVADIGRMGYIPSFCTACYRLGRTGQDFMDLAKPGLIKEKCAPNALSTFLEYLIDYGSPMEREVGQGVIAAELGCMDDRTRRVAERMLGKVQEGRRDVFC >WP_070188258.1 DNA repair protein RecN [Mycobacterium sp. DBP42] >OFB37046.1 DNA repair protein RecN [Mycolicibacterium sp. (ex Dasyatis americana)] >TMS50945.1 DNA repair protein RecN [Mycobacterium sp. DBP42] MLSEIRIESLGAISAATAEFDRGLTVLTGETGTGKTMVVTSLHLLGGARADATRVRSGSDRAVVEGRFSTIELGEDVTGRVEELLESSGAERDDDGSVIAARSVSRAGPSRAYLGGRSVPAKSLSNFTAQVLTLHGQNDQLRLMRPDEQRAALDRFAEVDKPLARYRSIRDEWLTARRDLTDRRRRARELTLEADRLSFGIQEIDAVAPQPGEDEAIIADIRRLSELDALREAAQSARFALAGELDEPTPESTSAADSVGRAQAALESTDDSALQALAARLAEAMAVIGDVSGELGDYLSELPSDASTLETKLARQAELRTLTRKYAADVDGVLEWSRDAAERLAQLDVSEESLAALDRKVVELEAQLVAAAGELTKARSKAAKGLAKAVTAELAGLAMANAVFTIGVMPMQARADDSAPVTMPDGAVLHAGHDGVDAVEFGFTAHRGADVLPLAKSASGGELSRVMLALEVVLSASTAGTTMVFDEVDAGVGGRAAVQIGRRLARLARTHQVIVVTHLPQVAAFADAHIVVDSGNGRAKSSGVRRIDDEDRVAELARMLAGLGESDSGRAHARELLEAAQQERSTP >KAG9223390.1 hypothetical protein CCMSSC00406_0007577 [Pleurotus cornucopiae] MSDHTVRLKSTPVKPTKPPPTNRKEMSAFHLPPDSLIPNTDFCRTWLNVHDVIKELVLDKKLTKLAEAIHKSKGTCYDKVEILLNYASTLIHNELCPSSEFIVFVDNHSFVPTYHPNEIKAGAPDSVAILESVLKKLQQDERNRIPWHLTLTAVEEKKAVDAKVGPAQCGAYLGYANQARPDMVGMYGLSVSPRSFQIQYSCPAGLATSEEFNWTAQLGGVLAYICTLYLPRTDFAPRDTTISLATGRDVLGPPLWDIDVGDKVYRNCKVQFVGQPWTRMTWVAEAETDDKEGPTVIKDSYCDVRTPFKEGDMYEILHKEGSAPGFAAVDREYEVKYKDTPITVSVKKLTRIKTRLIMKTSGLPLTKCRNIVDFFKGMYDILEAHRWMVAERKLLHRDISHGNIVVEAKDAWKIKKFEGKKPPIFIDEVLHGKHAPPMARLLDMDNCANLDRRKMKSKGGKGDDEPLRYRTGTPKFIARSVAAGRILDNFSVMPMPKLQPEIAATYEEVHRNDSSKLRELSDANGSTHGSRISFDRVTLYSEDCSLQVADFEHQPFHDAESVYWCIAAFVLLAKPLNNBXDEGQRQLSQIWDFMAEHEVGNAXXXRSALISGNXWAXWLHKDLSFISKLMTDLTRQIRPEWALLDPAPEPLHLHEAMQRLILQYVHDWEKNHLNVELDTVSCRTFTPVERKPMAPKSKHPLIGQIITSSTLGKRDSNSAAPLAQSGSKRLRKTGDDEPLDAELAELQQAWIDSQSTPVGSEPLEYAAEDEDEDTSE >MBQ5629560.1 DUF4430 domain-containing protein [Ruminococcus sp.] MKAFFIKYKWICIGVLAAAVILTVAFVTGGSLNREPAPQAVTTPATTTAPAATEASAATFASQPSSAAQPTTQATTQMTTQAATQPTTKAAAVSQAQPATVKPQAATTAPKPTDAYRTESVPEGKPQPQEPQEQTITPEKHTCTFSVSCASVLAQKDTLSASVKEVVPDDGVILPPLSLSFNEGESVFDVLARVCREQHIHMEYTNTPIYNSAYIEGIGNLYEFDCGAGSGWMYRVNGWFPNYGSSRYAVKDGDVIEWLYTCDLGRDIGGNYGDQTGE >WP_096231334.1 spore cortex-lytic enzyme [Thermoanaerobacterium sp. RBIITD] >SNX53950.1 N-acetylmuramoyl-L-alanine amidase [Thermoanaerobacterium sp. RBIITD] MRKYSVSRLKIIALILILFITFTLEYSALNLSKTAISNLYWGNTGNDVSAVQTRLRDWGYYNGPIDGFFGVKMWLAVRRFQANNGLNVTGIVDDATKTALGFDIGAASAISGTYQATTSTTISDDVYLLAMLISGEARGEPYIGKVAVGAVVMNRIRSPKFPHTIPGVIFQPGAFSAVDDGQMWIPPSQDSIRAAQDAISGWDPTGGALYYYNAAKVQNFWIFNRPIITQIGNHIFAR >WP_060393952.1 NUDIX hydrolase [Pseudomonas entomophila] >AMA46143.1 NUDIX hydrolase [Pseudomonas monteilii] MSWHPHITVATVIEDQGRFLMVEEFKAGKHVFNQPAGHLEPNETLCQAALRETFEETAWEVELTGVVGIYLYTAPSNGVTYQRICFAARALRHHPQQALDTDIVRAVWLSREALLAEPDRWRSELVPRCIDDYLAGPLHSLALLRD >XP_045099932.1 Protein CBG25764 [Caenorhabditis briggsae] >ULU08535.1 hypothetical protein L3Y34_019615 [Caenorhabditis briggsae] >UMM20451.1 hypothetical protein L5515_015722 [Caenorhabditis briggsae] >CAS00373.1 Protein CBG25764 [Caenorhabditis briggsae] MRFVAFLAIALLLIIAVDAQPYQAYRTYRSPLRDGTFDHASMFRFTSDGGAGASGSGKLPRFGQAFREYPYPQIQYSASSPLYVFDGRLYNLASARS >MCU0236787.1 DUF6150 family protein [Acidobacteriota bacterium] MKAPGPLLLPALLLAAVLLPAANVQVVRYESQADLKVFVARYESQADLCVRRVRYESQARGADEFWHYVKYESQADVRVFFVKYESQADIRVHFVRYDSQAGWRASSPFQGRLALKSQ >MCK9987173.1 formate dehydrogenase (NADP+) beta subunit [Azoarcus sp.] MKPTDLGAPDCLHKVVDCQWACPAHTPVPEYIRLIAAGRYADAYAINWRSNVFPGILGRVCDRPCEPACRRGRVEEQPVAICRLKRVAADLKGDISDLLPQPPQQTNGKRIACIGAGPASMTVARDLAVLGYSVTVFDSGTSAGGMMRSQIPKFRLPDSVIDEECGYIEGLGVEVRLNHWVASLRDMLAGGWDAVFVGTGAPRGRDADLPGRQEAAPNIHLGIDWLANVAFGHTTKIGRRVLVLGGGNTAMDCCRSARRLGGEDVQVVVRSGFDEMKASPWEKEEAIHEGIPIHNFLVPLEFVHDGGRLTGVRFEKVRADYDAKGRRSLVPTGEPAVLMPCDDVLVAIGQENSFPWIERDIGVEFDRWDMPVLDAKTLQSTRPNVFFGGDAAFGPKNIITAVAQGHEAAISIDRFCHGQEVATRPAPLTNLVSQKMGIHEWSYANDVSEDRRRKMPVRDLPATLGDVRLELELGFDVELACKEAARCLNCDVATVFTPRVCIECDACVDICPSECITFTADGEEADLRQRLKAPATNTEQSLYVADGLKTGRIMVKDENVCVHCGMCSERCPTGAWDMQKFALHVAHAGAEVTPA >MBO8466917.1 endoglycosidase [Bacteroidota bacterium] MNILKIFSFIVPAACLTVFSCTDVEKLEIDHVGGYNTMNNAESEAYYASLREYKDQIWNYGRPVAFGWFSDWAPQGVARKGYLSAVPDSMDIISMWSGAPDRYTITPEQKADKEFVQKVKGIKLLEVSLLSHLGKGRTPESVYTPLYEQAEKEGWSDAQLDEAKKLARWDFWGFTSHDLNNTEELKAAHTRFAKALCDSLVTNEWDGFDIDWEPGNGFNDADGTLANNPRETELILHLVKEMGKYIGPMSDQEGKGHRLLCVDGQISVFTYNCPEYIDYFILQSYGRVDDLNGYADPHKFILTENFEKFATTGGQLLEQARYMPDEGYKGGVGAYRFTKDYDNTPDYKYMRKAIQENQRVFNEWKEKQNGNPGEGTDQQ >MBB8005642.1 iron/manganese ABC transporter permease subunit SitD [Escherichia coli] DSTRWLHYGLLCMVSLTIVATLKAVGIILSISLLIAPGAIAVLLTQRFHIALLLATGISILVSMTGVWLSFFIDSAPAPTIVVLFAVMFIMTFTVTSINARTKENAEPRDLLSSD >WP_265279605.1 phosphorylcholine phosphatase [Pseudomonas aeruginosa] MTFAKGILAALALAAAVGQASATELEHWPAPAARQLNALIEANANKGAYAVFDMDNTSYRYDLEESLLPYLEMKGVLTRDRLDPSLKLIPFKDQAGHKESLFSYYYRLCEIDDMVCYPWVAQVFSGFTLRELKGYVDELMAYGKPIPATYYDGDKLATLDVEPPRVFSGQRELYNKLMENGIEVYVISAAHEELVRMVAADPRYGYNAKPENVIGVTTLLKNRKTGELTTARKQIVEGKYDPKANLDLEVTPYLWTPATWMAGKQAAILTYIDRWKRPILVAGDTPDSDGYMLFNGTAENGVHLWVNRKAKYMEQINGMIKQHSAAQAKAGLPVTADRNWVIVTPEQIQ >WP_236355782.1 ribonuclease R [Pseudomonas sp. KNUC1026] >UFH49120.1 ribonuclease R [Pseudomonas sp. KNUC1026] MADWQSLDPEAAREAEKYDNPIPSRELILQHLADRGSPASREQLADEFGLREEDQIEALRRRLRAMERDAQLIFTRRGTYAPVDKLDLIAGRVSGHRDGFGFLIPDDGSDDLFLSPAQMRTVFDGDRALARVSGTDRRGRREGALVEVVSRGHETIVGRYFEEGGIGFVQPDNPKVQQEVLVTHGRNNGARIGQFVEIRITHWPTPRFQAQGDVVEVLGNYMAPGMEIDVALRSYDIPHVWPEGVTREASKLKSFVEEKHKEHRVDLRGLPFVTIDGEDARDFDDAVYCEPLGKLKMFSGGWRLYVAIADVSSYVKVGSALDDEAQVRGNSVYFPERVVPMLPEELSNGLCSLNPKVDRLAMVCEMTMNKAGQMVDYKFYEAVIHSHARLTYNKVSTMLEHTRTSEAKGLREEYAEVVPHLKQLHALYKVLVGARHVRGAIDFETQETRIIFGAERKIAEIRPTQRNDAHKLIEECMLAANVATAAFFQKHEIPALYRVHDGPPPERLEKLRAFLGELGLSLHKGKDGPTPKDYQQLLASIKDRPDFQLIQTVMLRSLSQAVYTSQNNGHFGLNYEAYTHFTSPIRRYPDLLVHRAIRSVIRSRRETPHVVRAGAASVPKAKLYPYDEPALEQLGEQCSMTERRADEATRDVVNWLKCEYMRDRVGESFPGVITATTGFGLFVELKDIYVEGLVHVSALPGDYYHYDQVHHRLTGERTGRSFRLGDTVEVRVMRVDLDERKIDFELADPSSKNEPRKRGAKKESAPANPQSHFDELPAAEPAEPAKARKRKADKDPAVADAYHSSHAIANNTEVRKSREMKKALMSEARHGGNKPASSKKATDAKPTKHRKGTSKSRSSSKGKA >EEW4501628.1 lysine decarboxylase CadA [Escherichia coli] >EFE0326074.1 lysine decarboxylase CadA [Escherichia coli] >EFK1635433.1 lysine decarboxylase CadA [Escherichia coli] >EIQ7170944.1 lysine decarboxylase CadA [Escherichia coli] >EIQ9902334.1 lysine decarboxylase CadA [Escherichia coli] EAEQYIARVFNADRSYMVTNGTSTANKIVGMYSAPAGSTILIDRNCHKSLTHLMMMSDVTPIYFRPTRNAYGILGGIPQSEFQHATIAKRVKETPNATWPVHAVITNSTYDGLLYNTDFIKKTLDVKSIHFDSAWVPYTNFSPIYEGKCGMSGGRVEGKVIYETQSTHKLLAAFSQASMIHVKGDVNEETFNEAYMMHTTTSPHYGIVASTETAAAMMKGNAGKRLINGSIERAIKFRKEIKRLRTESDGWFFDVWQPDHIDTTECWPLRSDSTWHGFKNIDNEHMYLDPIKVTLLTPGMEKDGTMSDFGIPASIVAKYLDEHGIVVEKTGPYNLLFLFSIGIDKTKALSLLRALTDFKRAFDLNLRVKNMLPSLYREDPEFYENMRIQELAQNIHKLIVHHNLPDLMYRAFEVLPTMVMTPYAAFQKELHGMTEEVYLDEMVGRINANMILPYPPGVPLVMPGEMITEESRPVLEFLQMLCEIGAHYPGFETDIHGAYRQADGRYTVKVLKEESKK >EGO6711073.1 hypothetical protein [Escherichia coli] >EGO6743993.1 hypothetical protein [Escherichia coli] >EGO6752351.1 hypothetical protein [Escherichia coli] >EGO7541940.1 hypothetical protein [Escherichia coli] >EGO7635434.1 hypothetical protein [Escherichia coli] MSLTRRRFTQILASTLFLHHLPSFAQSVKFWASLTLPEAQNITRIVWGQSKFPKGILRCFRGLIKWAEPLISPQKPTKSLEASLGYRQGWSRSQDNAYDMHASRTILMPIPFKIRTAARWITAVWMPVLRGKSAIYWM >EYC39616.1 hypothetical protein Y032_0649g1123 [Ancylostoma ceylanicum] MSGGKVLKIYCSPELRCVQTAAGIARAASDSHASICVEPALSDWVQLSPEGSSKNWLTTNQLTSMGYPVQEGYKPHLTQLPKNESPEDYLRRLSSFLTKISGSSESVVVVVANAHALEVARNRPWTTAEQLCQIKKAIRNCATCEVGVDSDNKVYAVEPLMLPFTKTLKDAQEKMMVK >EAQ6361894.1 hypothetical protein [Salmonella enterica] >EBG5025425.1 hypothetical protein [Salmonella enterica subsp. enterica] >EBV3237988.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Oranienburg] >EAS1263710.1 hypothetical protein [Salmonella enterica] >EBB1607768.1 hypothetical protein [Salmonella enterica] MAGLRDLSRQLKQISNQTPFALSRALTETARKIEQAEKKALQRKLESPTPFTVNSVRSKGATKSRPVAKVFVMDKAAEYLEPFEFGGVHHLNSKALLNPKDIRLNKYGNIAKNRLNTLKSRPDVFIGKIKNEAGDISGVFQRRKYQKVKKRAKRSKNGTRRARIKQRPPKLLIRFGDALPVKPVLGYMDRANAMASTLLAFEMSKAMTEALRTAR >KAJ0452418.1 putative non-specific serine/threonine protein kinase [Helianthus annuus] >KAJ0649886.1 putative non-specific serine/threonine protein kinase [Helianthus annuus] >KAJ0653672.1 putative non-specific serine/threonine protein kinase [Helianthus annuus] >KAJ0846185.1 putative non-specific serine/threonine protein kinase [Helianthus annuus] MEIFEGKKMTDVTLTGVSSISQPNLEETVVTTTVSVVKMVQEDKEDEVMKNVEKGEGGEGMEKVNEGLFGNLVGGGDDEGVNVNGNENGASMAMDVEVSLFGEEEDAGGENVENREDNGDKLVENKGEHEEEEEDHGFAVGDFVWGKIKSHPWWPGQIYNPSDASDNAARLKRKGRILVAHFGDGSFSWCSPSQLKPFIDHFPEMSKQSDSKKFVNAVQMALEEVSRLVEAGLTCKCQTVNRVDHAGVVNKGIKEGVPVPKGNTIKVLMDRIEPVELLSILKDFATMDPGAGLAELELALLKSLLNVFYSKKGGYLLVKYHDPMCIDGLEYESQTGVVADSEMNGPSESIDNGDNKLYQKRKQKSVADLMKEDEPKDKKAKTPKDGGSSKRKRKALMVSVTPETDHENGGGGGVEEETMSPRQRKKSKYLSPPYLSPVGGGRLSVFGSGSGPFKEPKPESEPEKVAEMAAKPFEDSLKKSSGKKTRQNKGVREGSDSQEEPKTKSTTGAAVNVKKVLHGLLRVALDPTSFTEKNLPAVTDFVSSYRSSIFKEGSSHQTDQSILNEGSSHQTDQKKKARGTSDVAFIKEKLESMMEIVQGCAETEMSADVKASLEGEIQEVLQKVGKLKGK >WP_079277665.1 MBL fold metallo-hydrolase [Streptomyces sp. CB03234] MSVLRSTKKAEPTTVGSGSAAHSTIARRPLLGGAAALSLGLLGCTSNGSKEQPVPAARATAAEGKPPVVKVYLLGTGGPEMSTTRKGMSTLVEAGGRRLLFDVGRGATQNMYESRVNPKGVTKVFLTHLHNDHYEDLPSLWLNPWFMLGRTERLEVWGPPGTAGMVTGMRAMYAHDLEHRSNDLFKQEYLDIRVHEIRPGVVYDKGGSKVTAFTVEHKDGNPAYGYRFDHAGKSVLLSGDTTYHRNVVEHGKGVDVLIHNVIAFDEELTRSGKLKAVEEKLTTPEQAARVFSEARPKAAVFSHIAKKGLHGKAGDDVIMSRTRKAGYAGPLHMGLDRMTVEIRADAVDVREPIPTAGLPELDSPETRL >WP_080337214.1 MULTISPECIES: DUF5405 family protein [Enterobacteriaceae] >AXO51952.1 hypothetical protein AXA52_20255 [Enterobacter hormaechei] >AYL05331.1 hypothetical protein D9T11_11275 [Enterobacter kobei] >MBF9270782.1 DUF5405 family protein [Enterobacter hormaechei] >MBJ6482727.1 DUF5405 family protein [Enterobacter hormaechei] >MBT1874481.1 DUF5405 family protein [Enterobacter hormaechei subsp. xiangfangensis] MTKSLRIELGDKYVVTGSAHDLILNEKKIAKEGKSAGQEVLSRLGYFSKFEHLVRELMHKEILESEAQTLTELRDHIQQLSERLGKAVGL >WP_248562494.1 ABC transporter ATP-binding protein [Niallia sp. NCCP-28] >GKU83899.1 ABC transporter ATP-binding protein [Niallia sp. NCCP-28] MIKLENVSFSYGNIPALKNINISETKPIIIGLWGRNGSGKTTLMKLLSGMENIDAGSINVNGIAPYNNNEAMNTITYMQENHPFSDLWNVEDALRYGAFFNKNWDMELAEHLVALFELPRKKKIKKFSKGMQTMVQIVVGLASKSSVTIMDEPTNGLDAYMRKQFYDALLNTYEEDPRLIILSTHHIDEIEALCEKIAIINQQTIVRYEDTEELKMHGVHLSGTAKMIEPLIEGHTILEKRKLGKQINVMIDDIFTDEWKSRAKEAGVTVEKAPLQDYLVNYTTKKEEQKV >WP_062756220.1 hypothetical protein [Parageobacillus toebii] >MBB3870244.1 hypothetical protein [Parageobacillus toebii NBRC 107807] >QIQ33881.1 hypothetical protein DER53_14945 [Parageobacillus toebii NBRC 107807] MRNIAALFSILMPGFGQIYNGQFIKGVFFIIVEHFDNAFGHINEAIHLDFNGLHQQAIEVTHFDYMLFYPGFYVYCVWDAWYHAKPNADKTKTAIPFIIGGFLGVMGAIFANRLPIPTLTVAMLMIIPMICGMIVFRDQ >XP_051536923.1 E3 ubiquitin-protein ligase TRIM39-like [Myxocyprinus asiaticus] MASTSFSEEDFSCPVCCDVFKNPVLLSCSHSVCEECIQKFWESKGSKECPVCRRRSSKDMPPVNRVLKNLCETFLQERSQRSSSGCEAVCSLHKEKLKLFCLDDQQPVCLVCRDSRTHKNHNFCPVDEAVIDNKEKLKTALKPLQEKLRIFEEFKQNLDQTAEHIKFQAQHTERKINEEFEKLHQFLRDEEAARITALREEEEQKSQTMKEKIEKMSRQISSLSHTIRVIEEQMTAEDLSFLQNFKSTMERTQCTPADPENISGVLINVPKHLSNLKFTVIQKMQENVEYTPVTLDPNTAHCNLIVSDDLISVRFSEEKQLLPDNTERFDEYACVLGSEGFNSGIHFWDVQVGDCTRWFLGVMTESSQKKNDILSSSGLWYVGFYDGKYGAFISPDQESDVSVKEKLQRIRVQLDCDRGKLSFSDLLTNTHIHTFTHTFTERVFPWFGVCCDISPLLILPVNSSKKTLKN >KAG6471244.1 hypothetical protein ZIOFF_072353 [Zingiber officinale] MEKMDHTLPAAPFVAKTYEMVSDPRTNLLIRWGKGDNSFLVLNPSDFSQLLLPLYFKHNNFSSFVRQLNTYGFRKVDPDRWEFAHLSFLRGQIHLLPRITRRTKKSQFYDAASSSSGGGISNDEKKDAAAAAEMEGEVEDVVLLRELHRLRQDQMVLDEELQRMSKRLQATERKPRQMLSFLVQMAKEPQLVSRLVHSKKLQYSAAAKKRRLASVMPSLTPPHPPQELPVLVSEAFQQTVREPALLTQVYPGVAINPIPAGNVVNPHEFGLDASSETTAAAAAANFPFSLLGHISVMNIFEHHKVSATVAATLSWRGVFASAQVCCFARV >WP_258613669.1 LysR substrate-binding domain-containing protein [Pseudomonas sp. B21-017] >UVM40809.1 LysR substrate-binding domain-containing protein [Pseudomonas sp. B21-017] MQTKWLDDLLAIAEWKNFSRAAEVRCVTQSALSRRIRSLEEWVGAELVDRGTYPVQLTQAGRSFCEEGREALSALLQLRLALREGERMPGRSIQVTAGHSLSMTFLPKWLTQFQQQNEPFNARVVAANIHDAVIALEEGSCDLMIVYHHPLAPIQLDPEKFGSLTLGHDSFVPLCAPDNNGKPLHRLPGTAAKPVPHLAYTATTFLGRVADIVIKNAPTACVLDRCFEADMAMLLMRMAIEGYGVAWLPLSAVTDELARGQLVLAGGDEWKTRLEIRSYCSIANQNPTMRELWKTLETASRANPLPH >MBN3324024.1 USH1C protein [Atractosteus spatula] MDLPVLVGDLKLVINEPSRLPLFDSIRPLIPLKHQVEYDQLTPKRSRKLKEVRLDRTHPEGLGLSVRGGLEFNCGLFISQIVKDGQADNVGLQVGDEIVRINGYSISSCIHEEVINLIRTKKTVSLKVRHVGMIPVKSSSDEPLKWQYVDQFVSETGFSFNSLKKNSWILLLCFTWGFLLSAFISSGPTQKPGIYISNVKQGSLSAEVGLQVGDQIVEVNGVDFTNLDHKEAVRVLKSSRSLTITVLTGAGKELFMTDDERLVLESRREVERQELMHQKRVALETNKILKEQQEKERLRQMEISQKTAEEEERYRKEMERIEEAERKHLREWEEDWGPREQPKSPVSPPAERNTPSPPKPKSSAFGWFYRYEGKLPTLRKKGKKEKGKKKPSKNDTLQEQRKNKKELEFELKLAKEKEEMLEREKQLKISRLVQEVSETEREDLEESEKVQHWVERLCQTRLEQISSAENESTEVPTDRAPSTGPSVRRFAGGLQLTTTDLDDINLDDVDQSLKQPLKRFGGHSSHLSSSADSGPDWEGHNYRARTGYSKVSPGGEPSYPPSPRVAQRDATECNIQHKLSCTFCSLYFLNSSLSCNFVFNAVQVMRNTSHASRISTSSNPLSILQKKRSFLKSLKLSYHSNVPSKENIQAQLAPSPPSQRRPVVPITSKPVMLPPAQPVRRPTLHSEALPPEMLKRMVVYNSSFRSNRKQVINCSHLPRVACQLYSSFSNLFSLNTVAVLFSYNTSNKCNCCLFDTLPRLHSSVCFGTNINCCFIKIRFGQASYNGVCSHVKGLRCPWEEYICTSDRYCPVNIRLSCHCFYSTLLKLIRLWPFKLFIVASSVLFCTVHQYCVYISKKITMRLIYVVVFVFTPEQIMGKDVRLLRIKKEGPLDLAVEGGVDSPLGKLVVSAIYDGGSADKHGGIVKGDEIMAVNGKILTDATLTEGQNSLARAWNSGGDWIDLVIAVSPPKEYEDEVPKAASVSPTANRKVFEGSASVYRQGYLLQL >MCD8106539.1 YwaF family protein [Oscillospiraceae bacterium] MSDLSEFWYTEYTMSKKYGYWHTEFELFGPLHWFWLIACVVFTVVISAWYRKASEKVRKRIRLSIAMFVLLFEISRIIMELITDQWHVSSLPIQLCSIGVFICTWHAIHPNKLAGNLLYALSMPGAALAMLSPSWTMLPLWNFNHLNSELGHIVLFSYPVMLIAGGFRPELKELPKVLAILATMCVAVTPINEIYNTNFFFLGDPYGNVITSFCTSIFGENLFVIGYAIMLAIVMAMLYAPFEILRRRASHK >RQM07044.1 hypothetical protein DH86_00000193, partial [Scytalidium sp. 3C] SWPAGYNDSSPQPLLGSGGSPGGNRQIWDKMYTITADITNTGDVNGVEIVQLYLSHGCDGDPVRVLRGFDDIPLVAGETKTFSYTLTRRDLSNWDTVTQDWVITDCPKTVWVGASSRDLKFHAVLP >MBN2666786.1 M20/M25/M40 family metallo-hydrolase [Bacteroidales bacterium] SGLSNEAWPVGIPVLRIKRNLADRILSAKGKTTAGLENEINTSHKTIGFATGVTIKAGSEVIVTKSNTRNVVMVLNGEDENLKDEYLIIGGHFDHLGMGGSSSRAGDTVAVHPGADDNASGVAGFIEIAEKFALTNPRNRRSIIFTGFSGEESGLLGSKYFTENPPVDLSKVNAMINLDMVGRLRDSGSLQVGGIGTSPILKELIVSLVDTNSINLALSEEGSGPSDHSAFYGKDIPVLFFTTGAHLDYHTPSDTWEKLNYQGMASVSDIIFNVAEELANDDNKLAFTEAGPKQEAVRTMRRQGVTLGIMPDFAGNIKNGLRADLVTPGKPAALGGMKKGDIITAINGKSINNIQDYMYRMGQLKHGETISVEILRNGKNEVLLIQL >WP_008959270.1 aldehyde dehydrogenase family protein [Halomonas sp. HAL1] >EHA14120.1 aldehyde dehydrogenase [Halomonas sp. HAL1] MSHSMTLPPQQALIGGEWVTTAATLQVEAPATGEPLARIARSQVEEVDAAVQAARQAFSGQLGEWSRWAARQRSEWLLRFADVIEAHHEQLAQLECADTGKPMTQAKGDIAACARYFRFYGGAADKLHGETIPFETDFAVMTLREPYGVCAQIIPWNYPSQIFGRCVAAALAADNCVVLKPAEDACLSVLRLAELAVSHGLPAGALNVVPGLGYEAGAALAAHPQIDHLSFTGSPETGTHVAQAAAQHHVPVTLELGGKSPQLVFADADLDAALPAVVRGIVQNAGQTCSAGSRLLVQREIADSVIANLCERFAALRCDAGEADADCGPLINARQKAKLEERLSAAKADGIRVAAIGELASSAPGGGHFVLPQLLTDIPDGHEVLREELFGPVLVVQVFEDEAEALALANATDFGLCAGIWTRDGGRQLRMAKGIRSGQVFINNYGAAGGVELPFGGVGRSGHGREKGFEGLRSYTRIKTVAIKHG >WP_108365493.1 P-II family nitrogen regulator [Limnohabitans sp. Bal53] >PUE39263.1 transcriptional regulator [Limnohabitans sp. Bal53] MKLVTAIIKPFKLDEVREALSGIGVQGITVTEVKGFGRQKGHTELYRGAEYVVDFLPKVKIEAAVSEDLVERVIEAIESGARTGKIGDGKIFVYDLEQVVRIRTGETGGEAL >AGC74998.1 cytochrome oxidase subunit 1, partial [Anomala chapini] >AGC74999.1 cytochrome oxidase subunit 1, partial [Anomala chapini] >AGC75000.1 cytochrome oxidase subunit 1, partial [Anomala chapini] LGMIYAMMAIGLLGFIVWAHHMFTVGMDVDTRAYFTSATMIIAVPTGIKIFSWLATLHGSQLNYSPSLLWALGFVFLFTVGGLTGVILANSSIDIILHDTYYVVAHFHYVLSMGAVFAIMAGFVHWFPLFTGLVMNTKFLKIQFLTMFIGVNMTFFPQHFLGLSGMPRRYSDYPDAYTTWNIISSIGSLISLVSIFIFLFTIWESFISMRKSISGM >MBQ9679177.1 valine--tRNA ligase [Ruminococcus sp.] MAELNKSYDPKQVEDRIYQYWLEHNYFHAKVNPDKKPYCIVMPPPNITGQLHIGHALDNTLQDILTRWRRMQGYEALWLPGTDHASIATEAKIVEAMRKEGITKDDLGREKFLERAWEWKREYGGRITKQFWKLGVSCDWERERFTMDEGCSNAVKEVFVKLYNEGLIYRGNRMVNWCPHCCTSISDAEVEYEQQNGHFWHILYPVKETGEMLEIATTRPETMLGDTAVAINVEDERYKHLHGCHVILPLINKEIPIVCDEHADMEKGTGVVKITPAHDPNDFEVGQRHDLPIVRCFTYDGHMTGAEDVAAYEELKAKGNLSENEPEVLDCGKYAGLTTDEARKVIVKDLTDLGLLKEIEDLSHDVGTCYRCHTTIEPMVSKQWFVKMAPLAGPAIECVRDGRTKFIPKRSEKIYFNWMENIKDWCISRQLWWGHRIPAYYCDKCGETVVAKETPAVCPACGCKHMVQDEDTLDTWFSSALWPFSTLGWPENTEELKYFYPTDTLVTGYDIIFFWVARMIFSGMHNMNDVPFRTVFIHGLIRDAQGRKMSKSLGNGVDPIEVIDKYGADALRFFLATGNSPGNDMRFSEERVESCRNFANKLYNASRFVLMNIEGHDVPLELPEDLKLEDKWILSTLNTLCKDVTDNLEKFELGIAVQKLYDFIWDCFCDWYIELKKSALYSDDEAAAQGARQVLVYVLDKILKLLHPFMPFITEEIWQNIPHEGETIMLQQYPEFTDALCFDREAADMEKIMQAITAIRTQRNEMNVPPSKKAKLYIATKSTTTFAHGVEFFKKLASASEVEIGEEFSIDGAVTVVTADAKLYIPMNELVDMEAERKRLTKELEQTKKMLAQDEAKLSNPGFMGKAPAPVIEKIKNQAEREREKITLIEAAIANLK >KAF7985745.1 hypothetical protein HWV62_2364 [Athelia sp. TMB] MADIANSMESSVETRTPMVRHQAESNGDARTPPGSPQLARQRSNRRGTLTTNNSARAASGVFDFSRAATMFQAEKKLKPAPKPIEALRSIVTSSWLNLLLVCIPVSWALHFTKQDDTVIFVFSFLAIIPLAKLLAFATDELSMRVGQTLAGLLNATLGFGQSASQLNASLLTISVIAVLIPGAYHLAVADTSNTQNPTGPTNSSDLGEATQILRVSHGVAIILLFIYGSYLVFQLFSHKGLYDDANPEVVKSTHYAPHRSARQYLRERTEMKRVKKAQKEGTYEEPRVASPTDVENDAGAALDEEDEEEPEQPKMGVWMTFGLLVAITVLVAITAEFLVDSIDGLTSSGAISKEFVGLILLPIVGNAAEHVTAVTVSVKDKLTLSLGVAVGSSIVSVIPKKISNSKLTQIALFVIPFIVTLAWIIGKPLTLLFDPLESIVLFLAVLTVNYTVQDGKSNWLEGMILMCLYLIIAVVFWFYPGSDPSTLLEVGAACSGST >EJR4237259.1 YcaO-like family protein [Escherichia coli] MTQTFIPGKDAALEDSIARFQQKLSDLGFQIEEASWLNPVPNVWSVHIRDKECALCFTNGKGATKKAALASALGEYFERLSTNYFFADFWLGETIANGPFVHYPNEKWFPLSENDDVPEGLLDDRLRAFYDPENELTGSMLIDLQSGNEDRGICGLPFTRQSDNQIVYIPMNIIGNLYVSNGMSAGNTRNEARVQGLSEVFERYVKNRIIAESISLPEIPADVLARYPAVVEAIETLEAEGFPIFAYDGSLGGQYPVICVVLFNPANGTCFASFGAHPDFGVALERTVTELLQGRGLKDLDVFTPPTFDDEEVAEHTNLETHFIDSSGLISWDLFKQDADYPFVDWNFSGTTEEEFATLMAIFNKEDKEVYIADYEHLGVYACRIIVPGMSDIYPAEDLWLANNSMGSHLRETILSLPGSEWEKEDYLNLIEQLDEEGFDDFTRVRELLGLATGSDNGWYTLRIGELKAMLALAGGDLEQALVWTEWTMEFNSSVFSPERANYYRCLQTLLLLAQEEDRQPLQYLNAFVRMYGADAVEAASAAMSGEAAFYGLQPVDSDLHAFAAHQSLLKAYEKLQRAKAAF >WP_269885397.1 GGDEF domain-containing protein [Paenibacillus filicis] MTGKKSLWFLFSAIFSLIIYFSLGKNVGFLSIGIILIIPCLCLIALFPNWVLALSIIAFWVITKCVIDFVTLPIQSIVLEFINSLVNLTVLLFFSYFRIETYKKTTELEQLTLVDPLTKSFNRRYLEIYFTRALPVYNRITSSLSIIAIDIDYFKNLNDKYGHVFGDQVLTTLVNLIKNNLREMDSIVRLGGEEFIIILPHTNIQDAEIIAEMLRCIIENASFMNGKTPVKITISAGVTLLKKSESYQDILERVDLRLYEAKNLGRNRVQVG >AWX41049.1 nonstructural protein 2, partial [Porcine rotavirus A] LACFCYPHLENDSYRFIPFNNLAIKCMLTAKVDKKDQDKFYNSIVYGIAPPPQFKKRYNTNDNSRGMNYETPMFNKVAILICEALNSIKVTQSDVANVLSRVVSVRHLENLVLRKENHQDVLFHSKELLLKAVLIAIGQSKEIETTATAEGGEIVFQNAAFTMWKLTYLDHKLMPILDQNFIEYKITVNEDKPISDVCVKELVAELKWQY >PYQ07964.1 hypothetical protein DMF82_02500, partial [Acidobacteriota bacterium] LLLFVLRQVCQGLTALPAPEGMIWRDPGFPSLLVTYGTATDLFFSGHTAIAVYGGVELARQGGPALAALGVAIAAFEAATVLVVRAHYTMDVFTAIVVALWAAGAARVIAPAADRLLAAIVGG >WP_166725305.1 ABC transporter permease subunit [Burkholderia sp. Tr-862] >NIF44225.1 ABC transporter permease subunit [Burkholderia sp. Tr-862] MHEFARQGASVGRGRIRPLHRQDDMSTQDSRAADRAAAEFGHDRRATQRLHTARPARASHRYRLPGQGRTAALSAATVAALAVLWWVATHRQWLPPLFLPAPEAVWAAFVDAWQGRIQGGLPLSEHLLWSAARVFGAFVLAAAIGVPAGILMGVSRIARGVLDPLLEFYRPLPPLAYLPLVVIWFGIDETAKLVVIFLACFAPIAMAARAGVRAATVEQINAAYSLGGTFAQIVRHVVLPAALPEILTGLRIAIGFGWTTLVAAEMVAATAGLGQMVLNASSFLRTDIVVMGILIIGAIAWLFDLAMRWVERRIVPWKGRG >HAG62657.1 gamma-aminobutyrate permease [Kocuria sp.] MSSTTSGGGHAGAAATPPAQGAAHHSDPRPPGQGEPGEGTLQRSLKSRHLTMIAMGGAIGTGLFVASGNSINTAGPGGALMAYAAIGLMVFLLMQSLGEMATHLPVAGSFEEYSTRYISRSFGFAIGWNYWYNWAITVAAELVAAALVMRYWFPDVPAWIWSAAFLAILFTLNALSARAYGEGEFWFSLIKVITVLIFLVLGVLMILGILGGPSPGFHNWTAGEAPFVNGFTGIMAIFMVAGFSFQGTELVGVAAGEAENPGETVPKAIRTVFLRILLFYIGAITVIGFLIPYTDPHLLASDVSDVSISPFTLVFEHAGVLAAASVMNAVILTAILSAGNSGLYASTRMLYALARSGKAPRFLAKVDRRGVPMYALLATTLIGMFCFLTTLIGEGEAYVWLINASGLAGFIVWMGIAWSHYRFRRAYVLQGGDPKDLTYRARFFPIGPIVALIMCAIVIVGQGYSIFTSGDVNPLSLLSSYLGLPVFLALWLGHKLVTKDKPADLRTADVAPAHH >EFF4884300.1 exonuclease [Escherichia coli] >EFL6313181.1 exonuclease [Escherichia coli] >EHQ4458557.1 exonuclease [Escherichia coli] MSKVFICAAIPDEQAIKEDSAVAVATAIEAGDERRARAKFHWQFLEQFPAAQDCAYKFIVCEDKPGIPRPALDSWDAEYMQENRWDEASASFVPVETESDPMNVTFDKLAPEVQNAVMVKFDTCENITVDMVISAQELLQEDMATFDGHIVEALMKMPEVNAMYPELKLHAIGWVKHKCKPGAKWPEIQAEMRIWKKRREGERKETGKYTSVVDLARARVNQQHTENSTGKISLVIAAIHREYKQTWKTLDDELAYALWPGDVDAGNIDGSIHRWAKNEVIDNYREDWKRISASMRKQPDALRYDRQTIFGLVRERPIDIHKDPVALNKYITEYLTTKGVFEDEGTNQSATDTLSSPVPETDAVETAIPDNEKTECKVEVEPSVEREGPFYFLFTDKDGEKYGRANKLSGLDKALAAGATEITKEEYFAR >MCJ8729721.1 hypothetical protein [Pangasius djambal] THTPWRWSTERTVHYHGDPGHNIDRIFPLKTIFFFAGFSTRCRQFHLQNLRLSDLVGFGLQNEHKAPCGSCGFRRQRLLVIMSGLRLEAWMT >WP_132944465.1 hypothetical protein [Tumebacillus sp. BK434] >TCP58204.1 hypothetical protein EV586_102657 [Tumebacillus sp. BK434] MSEPDKKADQAQEPQQQLGHISKGMSELLVADMFNKHGITPEHRRQMTAEQKQEILDLVQDLQRQVDAFMKQGLVEKNVQLEPKAPLPGRAFAEPSSSPAPTLSNEAAAPKRKRRMVLRKDKDK >KAF4018288.1 hypothetical protein G4228_010049 [Cervus hanglu yarkandensis] MAGGHCGSFTAAAAGSGEIVQLNVGGTSLLSGRISTLRDETGAIFIDRDPAAFAPILNFLRTKELDLRGVSINVLRHEAEFYGITPLGIPSRKINNTTRSSADSRNGLNFTEGEARGNGTQPVLSGTGEETVRLGFPVDPRKVLIVAGHHNWIVAAYAHFAVCYRIKESSGWQQVFTSPYLDWTIERVALNAKVVGGPHGDKDKMVAVASESSIILWSVQDGGSGSEIGVFSLGVPVDALFFIGNQLVATSHTGKVGVWNAVTQHWQVQDVVPITSYDTAGSFLLLGCNNGSIYYIDMQKFPLRMKDNDLLVTELYHDSSNDAITALSVYLTPKTSVSGNWIEIAYGTSSGAVRVIVQHPETVGSGPQLFQTFTVHRSPVTKIMLSEKHLVSGPFGERDDQQVFIQKVVPITNKLFVRLSSTGKRICEIQAVDCTTISSFTVRECEGSSRMGSRPRRYLFTGHTNGSIQMWDLTTAMDMVNKSEDKDVGGPTEEELLKLLDQCDLSTSRCATPNISPATSVVQHSRLRESNSSLQLQHHETIHEAATYGSIRPYRESPLLARARRTESFHSYRDFQTVNLNRNIERAVPENGNLGPIQAEVKRAAGECNVSERKSPGTEVKSLRESDSVVEVHRLAEGFLESKKRSSEDENENKVESRKKGGFEGGGFLGRKKVPHLASSPSTSDGGTDSPGTASPSPTKTAPSPRHKKSDSSGQEYSL >WP_267586803.1 PAS domain-containing protein [Bacillus safensis] MALESYKSENLHLIKEALDYTQVGLTVTDPSLPDNPLIYVNKGFLDMTGYQEPEVLGRNCRFLQGDDTEQIALKQIRTAIENKEAVTVQLKNYKKSGQMFWNELSVAPLWIDENEGKRLYFVGLQKDVTKEKEQQELLEQSIDEVLNISVPIVPVKDGISVLPIIGTLTAPRFDKIISTVSTYISQSKDDYFIVDLSGLLEVDSFVADAIFKLNDLILMTGTELIVTGIKPNLAMKMGEMREDFRELNTYMNVKSALKKLNI >XP_053257159.1 rap1 GTPase-activating protein 1 isoform X2 [Podarcis raffonei] MGSRKRSFTFGAYGGVDKTTVYHRSLRKHSDGPASFSFSGPLELPSLGANLPHAALRHPKNTELFEMIEKMQGSRMDEQRCSFPPPLKTEEDYIPYPSVHEVLGREGPFPLILLPQFGGYWIEGTNHELSSIPETELLQSPTCKVKLESNHTARLYRKHFLGKASFNYYSVDAALGHLVFSLKYDVIGDQEHLRLLLRTKCRTYHDVIPISCLTEFPNVVQMAKLVCEDVNVDRFYPVLYPKASRLIVTFDEHVISNNFKFGVIYQKLGQTSEEELFSTTEESPAFVEFLEFLGQKVKLQDFKGFRGGLDVTHGQTGTESVYYNFRNKEIMFHVSTKLPYTEGDTQQLQRKRHIGNDIVAIIFQDENTPFVPDMIASNFLHAYIVVQAENPCTENTLYKVSVTARDDVPFFGPPLPNPAVFRKGPDFQEFLLTKLINAEYACYKAEKFAKLEERTRTALLETLYEELHLNSQSMMGLGGDEDKMENGSGSSGGFFESFKRVIRSRSQSMDAMGLSGKRQNTVSTSHSGSFGHNNPDIAKAAAISLLVPGKTPTRYGRRGSAIGIGTIEESLIVPGKSPTRKKSGPFSSRRSSAIGIENIQEVQEKRESPTGTQKTPDSSHVPQEPKSENSSNQSSPEMPTTKNRPDPVAPKPDALRDFSHSSSSASSFGSVAEEQEGAHDEDTGMESQSSSGTPHKRDSFIYSTWLDDSLSNTSGGSSPGPSRSPQPDPRKSTDPSCPEIKIQLEQSERQPPHLHTAKKHKLRELRKAPIFVTAQDYCPASKADLPKPPS >WP_076451668.1 translocation/assembly module TamB domain-containing protein [Chryseobacterium piscicola] >PQA98268.1 cell envelope biogenesis protein AsmA [Chryseobacterium piscicola] >SIS82278.1 Family of unknown function [Chryseobacterium piscicola] MKLKLNYQKLFKRIGIFIISIILFITILIFSLRLPAVQNYIKNKLVVYLEKKIKTKVSLEKVYVGFPNNLVIENLYLKGQNIDTLLAVRKFNVGLDMWQLIESKADITSVDLEGVRANVVRDPKGKFNFDYIIDAFATSDKEESTSKPFIISLDKIKLKDIGLTFNDQQSRNDIKVYFNSFDTRVKTFDLQNNSYAVNDINLDGLKLKLKQDLVEEVAKNVEEKVDSLNQKKPMKLGLNGIKLTNFNIDYGDDNSKTFAKVLFKELSTKVNSIDLENNDYNIGNLYLRGANINANLFLPTENANPKKDEKSEVSTVSTKEKAMKVILGKLLLDDVKVAYNNTAVAPTRSGMDFNHLNFAKLNLDVRSFKMENNGFAGSVKSAEIQEARGLNIQKFNTDFVYAEKEAYLKNLYLQTPKTILRDEVVLNYNSIEQLSSNLGAVKISADIRDSKIGFSDILNLVPTLRNTAPFNKYPNATLNVNAFIRGTVNDLAIQNLKVSGLDQLKVLASGKIKNAMNPDQLYYDLKVTEISSSSKTIYNLVPKNTIPNNITLPSFFTIRGTAKGTTQVVDTNLRLTSSLGNAAIIAKADLRRKNRETFDVKANLQSLQIGKLIQNKDLGSITAQITAKGQGFDPKTMSAVLAGDVRSATYNGYTYQNMNLKGKINRGAYDIDLNSKDPNANLHLAASGVFNGNPSVKVNGNINKLDLNKLGFYSSPMIIAGAIDGDFKTLDPDNLNGYLNLKDFAISDTKEVYPIQEVNLLAVSKADSTQIKFNSQIADVELNGKYKLTQIFGALTQTFNQYYQFQKPGTVQKIDAGQFFTFNAKIKNDDLIRKFVPELKSFETITINGNYNADSQQILFDAQIPQVLYGSNTLENTSLKITNENQALQYDLSVASLASESFALKKVNINGDVAQNIIKYNITTKDDKDETQFLIAGNAKSMNDITEISLNPNGLKLNYMDWTVAENNKIQIFSQGIVADNFTLSNSGAEISLQSESNSPSSPLNVSLKDFKIETITEIIKKDSLLAKGTINGTAQLRDLTKNMTFTSDINVSDLIMYGSPIGNLAIKVNNQSANLLNADIALSGNSNDVKILGNYNTSSSTFDLDLNMNQLQMKTLQGFSMNAITNTEGYLSGDLKITGTTTAPKILGDIKMNNVGLMISQTGSDFRGINDKIGFTNRGIEFNEFKIKDKDGNSLNIDGQVLTQTYRDFAFNLDLDAKDFKVVNSEKSNAAMMYGILAIDAALKVRGNLDLPKVDGRLAVAKTTDFTFVLPQSSPSLQERDGIVEFIDQDQVALNKTIKADSIDTQSPIKGLDVNVNIEVNKEAKMSIVIDKAAGDFVKLQGEADLTGGIDPSGKTTLVGVYSVEKGSYEMSVSVLKRKFDIQKGSTITWTGEPTTANLDITAIYKNEAAPIDLVEQQYSDSELNQFKQRIPFNTLLKLKGELLKPQISFDITTAEKNNAVSSLVTDAVDAKLAQLRDDENEMNKQVFALLLLNRFIGENPFQSNSGVSAETMARQSVSKILSQQLNNLASDLIKGVDLNFDLESTEDYSTGAQNTRTDLNIGLSKKLLNDRLKVSVGSNFGLEGEARQNENTTNIAGDVTVDYSLSRDGRYTLRAYRKNDYQVALQGQIVETGVGFIITLDYNQFKDIFRKSRNNRTEENRENKKKLDNQVVEFK >WP_026591533.1 VOC family protein [Bacillus sp. UNC437CL72CviS29] MIQNIYETHLHVRDLEKAIDFYQNKLGLALARKLSKRKVAFFWVGESKKQMIGLWEVHNIEDFEMKHFAFDVDLEFLKTSKLWLENRGIEVVGSQGKGNQEPIVQRWMPAASVYFLDCDGNKLEFISMLHDNPDELEYASYLSEWDAEHQEK >SKA28887.1 Uncharacterized conserved protein, DUF885 familyt [Marinactinospora thermotolerans DSM 45154] MTETPDHRLPDPGANAMTDRFREVSSRILDALLEERPEWATELGDDRFDDRLTDHSEDAGARRAATLADALGALDEIDDTLLPPEDRVDLELLRTRVSGDLWRTTELRPHTWDPLEQLPGEGLSPLIERESAPAAVRLERLAARCAAVPDFLSTARSVLDSGPGMPRVHVETAIARVRATAELLTGGVDALLADEPSLASRVLPARDAAREALSTHAAWLAERLDSAVADPRLGARDYAAQLWYTLDSELSPETLLTRAESDLLAAEEEIAELAAEYEGRPRHPGQVRRVLDRIAERSASEEATVRPMCEKALEHLVARTAELDLVTVPDTAIRIVAMPGPRRGVCVAYCDPPGPLAPRGEEPTTIAVAPPPGEWPAARRASFHREYNSHMLRNLMVHEAVPGHALQLAHAARYQGATRVRTALRSGSFVEGWAVYAEDLIAENGWGEEPDLPLRLTHLKMRLRTLLNAIIDVRVHAHDLSEAEAMELLTQRGHQEEGEAAGKWRRALLTSAQLATYYVGHREIAAIARDLAAARPADSARRRHDAMLAHGSPSPRHLRALLGV >GFA35713.1 reverse transcriptase domain-containing protein [Tanacetum cinerariifolium] QSVPSFTNELKACEAKMIKSSGDEPPEVELKDLPPYLKYAFLEGDNKLPVIIAKELGEEEKAALIKVLKSHKRAIAWKLSDILGINLEFCTHKILMKEDYKPAIQHQRRVNPKIHDVIKKEVEKLLDARLIYSISDSPWVSPVHCIPKKCGFIIVRNVENELIPTCLVTGWRTMEVFMDEFSVIGNSFETYLSRLDKMLQSASWFADFANYHTGNFVIKGISSQQKNKFFKDVKHYFWDDPFLFKIYADQVIQRCMHGKEALDILEACHNRPTRGHHGANLTAQKVFDFGFFWPTIYKDAHELVKNCDSCQRQRKISQRDEMPQISIQICELFDVWGIDFMGSFPSSRGNKYILVAVDYLSKWVEAKALPTNDARVVCKFLKSLFTRFGTPRAIISDRGTHFCNDQFAKVMRKYEVTHRLSIAYHPQTSGPFTIAKVFPYGTVELSQADGPNFKVNGHRIKHYFEGDVPQLVVPDLQTFPLDLTKYGGI >WP_054435236.1 exodeoxyribonuclease III [Novosphingobium sp. ST904] >KPH66917.1 exodeoxyribonuclease III [Novosphingobium sp. ST904] >TCM25370.1 exodeoxyribonuclease-3 [Novosphingobium sp. ST904] MIIATYNVNGVNGRLPVLLRWLAERQPDIVVLQELKAPQEKFPLRAIRDLGYDAIWHGQKSWNGVAILSRVGEIHETRRGLPGDPDDSQSRYIEAAVNGILIGGLYLPNGNPRPGPKFDYKLRWFERLIAHAAGLLETGLPAMLAGDFNVMPTELDVYKPERWLDDALFAPEVRAAYFRLLDQGWADALRILHPGETIYTFWDYNRNAYARNAGLRIDHLLLSPVLTDRLTDAQVDRHVRGWEKTSDHAPVWIEIAGKPVRRRKSASARKNDAMP >WP_269572442.1 methyl-accepting chemotaxis protein PctA, partial [Pseudomonas aeruginosa] MIKSLKFSHKILLAASLVVFAAFALFTLYNDYLQRNAIREDLESYLREMGDVTSSNIQNWLGGRLLLVEQTAQTLARDHSPETVSALLEQPALTSTFSFTYLGQQDGVFTMRPDSPMPAGYDPRSRPWYKDAVAAGGLTLTEPYVDAATQELIITAATPVKAAGNTLGVVGGDLSLKTLVQIINSLDFSGMGYAFLVSGDGKILVHPDKEQVMKTLSEVYPQNTPKIATGFSEAELHGHTRILAFTPIKGLPSVTWYLALSIDKDKAYAMLSKFRVSAIAAALISIVAILVLLGLLIRLLMQPLHLMGRAMQDIAQGEGDLTKRLAVTSRDEFGVLGDAFNQFVERIHRSIREVAGTAHKLHDVSQLVVNASNSSMANSDEQSNRTNSVAAAINELGAAAQEIARNAADASHHASDANHQAEDGKQVVEQTIRAMNELSEKISASCANIEALNSRTVNIGQILEVIKGISEQTNLLALNAAIEAARAGEAGRGFAVVADEVRNLAHRAQESAQQIQKMIEELQVGAREAVATMTESQRYSLESVEIANRAGERLGSVTSRIGEIDSMNQSVATATEEQTAVVDSLNMDITEINTLNQE >WP_263177763.1 hypothetical protein [Stenotrophomonas maltophilia] >UXY49218.1 hypothetical protein N8888_04565 [Stenotrophomonas maltophilia] MIHDISLEVGGGAIDLGTIPASESRAAKPEIAADSSLVVTYYENNARVACYGDVYFTNNLYVKVEADGGGGVCRIAEVAD >MCP5114939.1 hypothetical protein [bacterium] MGTAGPVGEFAKTLDDKGEGGAKVFLCKGEHCELPTADGDKVKELLLKP >TKX51930.1 hypothetical protein EXE44_19695, partial [Halorubrum sp. SS7] MSRNYGETWVYESLVGGIPGLGISRTLAVAIQFALFELGVVTLGWYYGTRNAVAAGTVAVVVA >MBI1328179.1 16S rRNA processing protein RimM [Alphaproteobacteria bacterium] MTQNIQIAKIAGAHGIKGLVKLAVYLEDARDIESYNPVTDAQGKNYEIKLKNSTGKFWLAEVSGVTDRNKAEELAGTSLFIPRSALPDVEEGDILHADLIGMKVEDTKGNIIGTVRDIKNFGAGDLLDIGNKTMLPLNAQFYDEIDTGKGVFKINEAAEELIAIIKS >WP_111479522.1 Glu/Leu/Phe/Val dehydrogenase dimerization domain-containing protein [Hymenobacter edaphi] >RAK64575.1 leucine dehydrogenase [Hymenobacter edaphi] MVEIQALPETSIFGQIADYQHEQVVFCHDHETGLKAIIGIHNTVLGPALGGTRMWHYASEAEALNDVLRLSRGMTYKAAISGLNLGGGKAVIIGDAKTIKTEALLRKFGRFVQNLNGKYITAEDVNMTTKDMEYIRMETKHVAGLPESMGGSGDPSPVTAYGTYMGMKAAAKKAFGSDSLAGKRIAVQGVGHVGTYLLEHLTKEGAHIVLTDYYKERAEEAGAKFGAKVVGLDDIYDQDVDIYSPCALGATINDDTIDRLKCSVVAGCANNQLKDENVHGPALVDRGILYAPDFLINAGGLINVYSEVTGSNRQGALTQTEKIYDYTLQVLEKAAAEGLHPQQAAIRQAEQRIAAIGRVKSTY >MBU6237646.1 dual specificity protein phosphatase family protein [Planctomycetota bacterium] MHPAVSDALFPPTFAWNYCLARVLRLRHWWDPVTDDVFLGALPLRRDVPKLAELGVRGVINMCREYRGPTREYERFEIEQLWLPTVDFTHPSLADVAKGVDFLDRMTTAGKKVYVHCKAGRARSATVVLCWLVRSGRMTPEEAQTHLLRVRPHVNPRLLERPVVRTFLKI >WP_276638014.1 RluA family pseudouridine synthase [Prevotella pallens] >MBF1462040.1 RluA family pseudouridine synthase [Prevotella pallens] MIDNEEYFNEDLVDNLLDEDEITTDTGELYEHFRMVVDSGQGSVRIDKFLFERMPNSSRNRIQKAAEAGSIYVNGTPVKSSYKVRPNDVITLMLGCPKHDNTIVAEDIPLNVVYEDNEIMVINKPAGLVVHPGAGNFHGTLINAIAWHLRDLKNFDPNDPAVGLVHRIDKDTSGLLLIAKTPDAKTNLGKQFFNKTTHRSYVALVWGNFTENGGRVEGNIGRDPKNRLRMKVFSPNSGIGKPAVTHYKVLERFGYTTLIECVLETGRTHQIRAHMKHIGHPLFGDERYGGTEILRGQRSSTYKAYIQNCFKLCNRQALHAKTLGFVHPNTGEQMDFTSELPNDLANVIEKWRNYINGKQELS >XP_028705251.1 serine/threonine-protein kinase TNNI3K isoform X2 [Macaca mulatta] MLKSNEWKKKVSESYVITIERLEDDLQIKEKELTELRHIFSSDEAFSKVNLNYRTENGLSLLHLCCICGGNKSHIRTLMLKGLRPSRLSRNGFTALHLAVYKDNAELITSLLHSGADIQQVGYGGLTALHIATIAGHPEAADVLLQHGANVNIQDAVFFTPLHIAAYYGHEQVTRLLLKFGADVNVSGEVGDRPLHLASAKGFLNIAKLLMEEGSKADVNAQDNEDHVPLHFCSRFGHHDIVKYLLQSDLEVQPHAVNIYGDTPLHLACYNGKFEVAKEIIQISGTESLTKENIFSETAFHSACTYGKRIDLVKFLLDQNVININHQGRDGHTGLHSACYHGHIRLVQFLLDNGADMNLVACDPSRSSGEKDEQTCLMWAYEKGNDAIVTLLKHYKRPQDELLCNEYSQPGGDGSYVSVPSPLGKIKSMTKEKADILLLRAGLPSHFHLQLSEIEFHEIIGSGSFGKVYKGRCRNKIVAIKRYRANTYCSKSDVDMFCREVSILCQLNHPCVIQFVGACLNDPSQFAIVTQYISGGSLFSLLHEQKRILDLQSKLIIAVDVAKGMEYLHNLTQPIIHRDLNSHNILLYEDGHAVVADFGESRFLQSLDEDNMTKQPGNLRWMAPEVFTQCTRYTIKADVFSYALCLWEILTGEIPFAHLKPAAAAADMAYHHIRPPIGYSIPKPVSSLLIRGWNACPEGRPEFSEVVTKLEECLCNIELMSPASSNSSGSLSPSSSSDCLVSRGGPGRSHVAALRSRFELEYALNARSYAALSQRCKFLLTTWHSLRICCEGAFKFFWVTTIVEDDSTMTLMFLGGIKKGEQQGDRVHLLQWSSAGQHSSQGLSLEEMKRSLQYSPIDKYGYVSDPMSPMHFHFCRNSSSFEDSS >XP_039308535.1 uncharacterized protein LOC120358402 [Solenopsis invicta] MTRSRCIPSVYAVKHIVKMEQTERDLVEQSTRLNTHKEYMAWEQRCIEFIESLDGRSRSKYPRLSIGGRQSVIACITRLEGLKQMMRGRFVQMGAGYSAGLRWREIDTVFESRILTGAVINFEHIEPYQFLEDAREIVLEHVQSVMQRHGNVKINAIFNGEFVAGDKRANKCITTRNYELFQCSDLHEWYQLHVIEIILASLEEFQERDSGWALSRILNLTININKYNPLHAGCNIQLPSKIMMKKAIVNVKSNDNACFAWSVVASLHPAERNTDRESSYPHYSTVLNLKGIEFPMTLPQIKKFEILNKISINLYCIEEKKLSIFPIRLTERKMDKHINLLYVQDDNVGHFALIKNMSRLMSSQLSKKKNKKFFCDRCLHYFSSNDKLEIHTMDCGKINDCAIILPSEDDKWLSFKNYCRKERMPFIVYADLECILEKTEDEKNYQHHRVFSIAYYVHCAYDNSLSMYRFHRDKNCIAWFVEQLKYLAQIVNNILSVNVPMDLTQDDWKKFNNATHCHICEKPFTNEIERVRDHCHLTGRFRGAAYSNCNLNYKDSHYIPIVFHNLSGYDVHFIIKEIATAYEGRIDLLPITKEKYISFTKNDQKNCIKLRFIDSFKFLASSLDKLASFLSKDKLCIMQREYSNLSTENFDLLTRKGVFPYEYVDCVEKLEESCLPPRELFYSSLTGDTVSESDYAHAVNVWQRFSIRTLGDYSDLYLKTDVLLLADIFENFRDSCIASYGLDPAYYYTLPGFTWDAMLKYTHVNFELLTDIDMIMFIERGTRGGLSQCSNRYAQANNKYMKSYDPSKSSSYLMYFDVNNLYGWAMCQPLPYKDFRWVDDVTNFNFMDIALDSPTGYILEIDLEYPQHLHDAHIDLPFCPMRDKPPGKRQDKLLATLYDKKRYVIHYRNLQQCTRHGLRVTKIHRILQFAQSPWLRDYIQLNTDFRTCAKNNFEKNLYKLMNNAVFGKTMENVRNHVDVRLVTKWKGRYGAEAMIAMPNFHSRTVFSENLVAIEMRKLEVKFDKPIYVGMCILTYLRHVCMNFIMNTWRRCFARNVKLCILIRIA >MBO5932171.1 radical SAM protein [Bacteroidaceae bacterium] HTPFEGTEYLALSMEERAPIIDLILEYKKKGYKIMNSRSGLKKMKKMNFKTQCWVTNFIFSDGTKTPTCIGATQGVCDQCGFCMAGEMNSVFNFHPDTIFAGLSLRL >MCF1432737.1 sensor histidine kinase [Agrobacterium vitis] >MUO90247.1 sensor histidine kinase [Agrobacterium vitis] >MUZ51144.1 sensor histidine kinase [Agrobacterium vitis] >MUZ90529.1 sensor histidine kinase [Agrobacterium vitis] >OHZ42483.1 hypothetical protein BBL07_07240 [Agrobacterium vitis] MTATDPEHLASPIQELRTLYREAEARASRLRLIVETRASLDQYPLPRAITDITGLIGSFCGGAAIHLRTPTDQHQTIANNAMASKDGRVLVIFEDQAIARMGDEDKTSLQIVADLVAAAVFADDREQEREALLLMLAEREKQLAQLVAAILSTQERERAHIAYDLHDGVAQTLVSLLHHLQALEADPGLTAVLANKVDQCSEIARLAIQDIRHAIADLRPAELDDLGLPAAISGKLDTVDEIACRLDNRLPDGRLPQAIEIVLYRVAQEAITNARKHAGCQNLHVQLRIDAGHVVLEANDDGCGFPLAAAHIGVQGETRPIRGFGVGLSAMQERLSLVNGTLDIISPLNEGTRLIARVPLTEKGESR >KAI6705356.1 hypothetical protein NL676_008318 [Syzygium grande] MNSSRGGLIIYESFIPEQTLSTWITTMLHSTFISRQINSGSMAEYLAHAVEEEEPTIITRQHCAIPMRGYAMTRPHMQAGMASTSRKQHTGGFSRAWRTVHRALVVAVPLIVVLSSRALGRYDSIISFGDSLADTGNLLHPSRSDGRATESGFLPYSENYFRRPTGRFSDGRLVIDFVAERLGLPYVAPYYGDDGGWSVEDFRKRVNFAVGGGTALDVSFSEGMGMGSNFRNESLRVQLGLFKELLPSLCITSSDCKEFLGNSLVLLGEIGGNDYNHPLFMGRDPEEIRDFVPLVVEEIGLAISV >GLR41095.1 adenylate cyclase [Mesorhizobium amorphae] MRLLGPLTVLRGGVAIALPASRKLRALLAYLTLTPHAVGRSRLCELLWDVPNDPRGELRWCLSKLRGVLDDPDVSRIETQGDTVGLRLDGVSVDAVEIAAAAAAGIATLGPERLQALSDLFAGDFLDGLELDRCPHFDSWLVAQRRRFTSCHIAILEHLVNTLPAGSDASPYLDKWLELAPFDVRAHVALLENLARRGQIGQCEEHLVVAAQLFQSEELEFAPVREAWRAIKDRQSDAAPGAQRAIAFAPQVPIALAEPDAAASRRASLAVMPFVEHAGTEGIRGGLADGMTHDIITRLAKLRDFFVIARGSMFALAEKNIAPEDAGRRLNVDYVATGTVRSLAGRIIVSVELIEVRTARIVWAETFERKQDDIFIVLDDIGNSIVSSIAAEIATVERNRAMLKAPNSLNAWEAYHRGLWHMYRFTRTENELAQQFFGMALKQDPTFARAYAGLSFTHWQNAFQRWGDRDQETALAFESAGQSLLVDDHNPAAHWAMGRALWLRGEQDGSLLELERAVDLSPNFALGHYALSFVQSQSGDPKSAIGSSDHSRHLSPFDPLLFGMMGSRAMALARLGQFDEAAEWALKAAARPNAHTIILSIAAHCLALAGRQDEARNFAAAIRKTMPDYRADDFIATFRFDSEGEALFRNGARLIGLN >MBU4440546.1 corrinoid protein [Bacillota bacterium] >MCG2730820.1 corrinoid protein [Acetobacterium sp.] MSKIEEVKVLVETGKSKKVAATVQEALDAGDKVQDILDAMIASMGVVGDKFSAVEIFVPEMLIAAKAMSKGVEVLKPLMAGADSTSLGTCIIGTVAGDLHDIGKNLVSMMIESAGFDMVDLGVDVPAEKFVEAVNENTNVVLVACSGLLTTTMPALKEAVQTIKAALPEMKVIVGGAPVTPEYATEIGADGYAPDAGSAAVKAKEMVA >MCI5497968.1 hypothetical protein [Clostridiales bacterium] MVRKLMTTALILTLGLSLAACGNQNTGTSANRWSGTNTASQDWATTQNNLSKGPLEDSTGAYSADADGRVKGYDTHSADGNRTDAGKNLNNAAKNAGDAVKDTAKGAGDAVKDLGKAAKNAAQGVGDAAEDALDDVTNTAKGAEKDAKR >KAF3016851.1 Translation elongation factor 1 beta [Neopestalotiopsis sp. 37M] MGFTDILSDAGLTVLNNWLQTRSYIVAAPAYAPTQADVATFKALQSAPDAAKYPHAARWYKHIATFEDEFATLSGDAAKPYTAYGPEVAEVTLNPAKAPAEDDDDGEGLFDSDSEEEDAEAVKARVERLKAYREKKAAKPKVAAKSMVTLDVKPWDDETDLAAMEECVRGIEKDGLVWGGSKLVAVGFGIKKLQINLVVEDEKVSLDELQEQIAEFEDYVQSSDIAAMMKL >MBZ0167657.1 diadenylate cyclase CdaA [Candidatus Omnitrophota bacterium] MFHIFNIGIPVIEITILWIVFYRILVFFEGTRALQVLKGLSYLLVIFFLSKYLDFRRLNWLLSKFFNLSIIAIFIIFQQELRQGLSRLGQGHMFSLGLEESDLVAIIEELTSAAFKLSSERVGALIAIERNAKLKTYIDSGVKLDAHISAELIKSVFMPNSPLHDGGMITRQDRIVASSCLFPLSDNPNFSKIIGTRHRAALGLTEQTDSIVIVV >WP_201297008.1 helix-turn-helix transcriptional regulator [Halomonas tianxiuensis] MNSPTPGQLLKEWRQRRRLSQLALATEADVSQRHLSFVESGRAVPSREMLLRLAEQLGVPLRERNRLLLAAGFAPAFGERGIDAPSWVRCAA >WP_003245665.1 MULTISPECIES: 6-carboxytetrahydropterin synthase QueD [Bacillus] >O31676.2 RecName: Full=6-carboxy-5,6,7,8-tetrahydropterin synthase; Short=CPH4 synthase; AltName: Full=Queuosine biosynthesis protein QueD [Bacillus subtilis subsp. subtilis str. 168] >ADV96388.1 6-pyruvoyl tetrahydrobiopterin synthase-like; queuosine biosynthesis [Bacillus subtilis BSn5] >AGI28666.1 6-pyruvoyl tetrahydrobiopterin synthase-like; queuosine biosynthesis [Bacillus subtilis subsp. subtilis str. BAB-1] >AHA77380.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis PY79] >AIC39779.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis subsp. subtilis str. JH642 substr. AG174] >AIC44011.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis subsp. subtilis str. AG1839] >AIC97916.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis subsp. subtilis str. OH 131.1] >AII35382.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis TO-A] >AJO57998.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus sp. YP1] >AKC46925.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis KCTC 1028 = ATCC 6051a] >AKD34777.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis HJ5] >AMK72011.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis subsp. natto] >AOL27766.1 6-carboxytetrahydropterin synthase QueD [Bacillus sp. FJAT-14266] >AOL29318.1 6-carboxytetrahydropterin synthase QueD [Shouchella gibsonii] >EME07480.1 queuosine biosynthesis protein QueD [Bacillus subtilis MB73/2] >EXF52853.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus subtilis QH-1] >KMY42333.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus sp. FJAT-27445] >TWG64208.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J24] >TWG77587.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J26] >TWG78575.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J27] >TWH27947.1 preQ(0) biosynthesis protein QueD [Bacillus subtilis J22] >CCU57930.1 Queuosine biosynthesis QueD, PTPS-I [Bacillus subtilis E1] >BAM57588.1 6-pyruvoyl tetrahydrobiopterin synthase [Bacillus subtilis BEST7003] >GAK78219.1 6-pyruvoyl tetrahydrobiopterin synthase-like; queuosine biosynthesis [Bacillus subtilis Miyagi-4] >GIN81201.1 6-carboxy-5,6,7,8-tetrahydropterin synthase [Bacillus sp. J5TS4] MLSQIYPQAQHPYSFELNKDMHISAAHFIPRESAGACSRVHGHTYTVNITVAGDELDDSGFLVNFSVLKKLVHGNYDHTLLNDHEDFSQDDRYSLPTTEVVAKTIYDNVQAYLDTLENKPTCVQVFVRETPTSYCVYRPKKGGLNG >MBQ8460137.1 helix-turn-helix transcriptional regulator [bacterium] MHEQFYKNLGANIKKRRKELKLTQQQLADKLDMSLNFVGKIEVAFSKPSLDTLIYIAKTMETTVSELTNFDNN >WP_188412405.1 alpha-L-arabinofuranosidase C-terminal domain-containing protein [Pedobacter mendelii] MKRNNTANCIFYVFLVCILTSLSPVNLHAQTSKTITINTDNSIAKVQSNMWGVFFEDINFGADGGIYAELIKNRSFEFAKPLMGWAIQRAKANEGEILVVNRKEENITNPRYIQINTEKGNFGISNEGFKGIGVKKGLRYDFSVMYRQQNTGVKLRLQLLSADNKIIGEGNLNPEKSSSDWKKQSTSFVATKTDAKAKFTILFEGKGKIDLDMISLFPGDTWKNRPQGLRADMVKMLADMKPGFVRFPGGCIVEGTDLANRYQWKKTIGPIENRQLIMNRWNVEFAHRPAPDYYQSFGLGFFEYFQLAEDIGSDALPILNCGMACQFNTGEVASLDELDPYVQDALDLIEFANGDITTKWGKMRADLGHPKPFNLKMMGIGNENWGPQYLERLAIFTKAIKTKYPDFKLINSSGTDPEGDRFNLLNTSLRNSNADFIDEHYYRPADWFLKNAGRYDDYPRDGSKVFVGEYAVHADKNVIGSSRNNWQSALAAASLMTGLERNADVVQMASYAPLFAHIDAWQWAPDMIWVDNLNAYGTPDYYVQKLFSTNKGTDVIASKIDGKNIIGQDGLYASAVTDKISKEVIIKISNTTDKAQNIDFNLEGKRSLKTKGYVDELANTNLNQLNSFENPDAISPKRNSITVKNKKLSLTLKPYSFNVIKIPFTK >MBK7412786.1 hypothetical protein [Ignavibacteria bacterium] MGAAHQQAFFTELLCGALYAQKRLDEYHELHDANVDLMRRYRDVEAQLSITEAKVLVDAQDLDGARSLLQQSLANVSELGERFNELTFHRELRDLARLRNDFEGFIIHNDAYTAINDELRGADAARKFQMQIAEQRIEAERKEYEKHMAVLHSTLPKHIADRVARGEVVNDAFDNAAVLFLDVAGFTTNSSALDAGVVVELLQNIFTTFDAICEQHDVMKIKTIGDSYMAVAFGTANVMPSGACPAEGRIEAQQIANSEQRIANVALVMMSSPFYWPHTNERVMFRIGLHRGAVVAGVLGTERLQYDVWGDTVNVASRMESTSEPGRIHVSASFAEALNSPPSPLSHASLERGKFNLVERGMVEIKGKGEMQTYWLESTI >WP_259858510.1 ATP-binding protein [Dactylosporangium fulvum] >UWP80752.1 ATP-binding protein [Dactylosporangium fulvum] MKWWSQLSLRGRLVLLGTSGLIVGLAIAGVAMATAMTYSFRGTLDRSADSTATEISNLLVEGGKVPEPLPAPAGQVVQVLDAQHRVVAGDRNADRLVPLLHADELIVAMDGTRVTVPGDRALQPDQLRVTARKVSDDRIVLVAVPLGDYQRSQVLLRTSLWVTYPVLVVVLVAIAWRVVGAALSPVDRLRSGAERITGAATDERLPVPPSSDEIQRLAVTLNHMLDRLAQSRARQRSFIADAAHELRSPLASMRIQVEVAQKLGDWATAGDDLLVDLDRLQRLVDDLLLLARADASDGRVGAREPVELPTLLSNIARKYDTVTVEPGESLWVEADPDELHRIVLNLVDNGVRHARSKVVLSAVAEGDHVLVTVTDDGAGIPAALRERVFDRFARLDDGRARDAGGTGLGLAIVRELVRRHNGTVKLAEGRPGIRAEVRLPRLVDSVM >KAG9339452.1 hypothetical protein JZ751_023589 [Albula glossodonta] MRTVTGRPILTSWRLRVCQEGGKLLLQREQWEAALEYTLVAWRYTSKLPQWDTPSHNSLREQCYRLLSAHGVAALRHRPLRADKAQELLRRYSQGVQGGTGTQPTDLTVYSGVGEDSGRISDWNGGH >WP_195473821.1 translation initiation factor IF-3 [Parabacteroides distasonis] MKNDNLKEQYRINERIRVREVRLVGDNIETGVYPIAQALKIAEEQGMDLVEISPNAAPPVCRVIDYQKFLYQQKKRQKEQKAKSVKVVVKEIRFGPQTDDHDYNFKLKHAKGFLEEGSKVKAYVFFKGRSILFKEQGEVLLLRFANDLEDYGKVEQLPVLEGKRMIIMLTPKKAGTGSTPAAAAAPKVVKKVITTPKPKSEGDKKTEE >WP_115748516.1 glycosyltransferase family 2 protein [Oceanobacillus chungangensis] >RDW20403.1 glycosyltransferase [Oceanobacillus chungangensis] MKKLTIFTPTYNRAYCLHNCYESLVEQTSQEFIWLIIDDGSTDNTKELVKEWIKENKIEIQYHWQENQGMHGAHNTAYEMIETELNVCIDSDDYMPVNAVEKIITFWNEYGSNEVSGMIGLDANQDNSIIGTTLPEEIKRSTLFDLYYSHGVTGDKKLVYRTDLTKENPYPIFDNEKYVGLAYKYYMLDKRYELLLMNEILCFVEYLPDGSSRNMLNQYRKNPRGFSFYRQELMKLPYVSYSFKFRQAIHYVSSSLLSKNSAFIKETPNKLLTILALPIGFLLCLYINSKTRNANV >KAJ4013743.1 hypothetical protein NW766_005982 [Fusarium irregulare] >KAJ4018339.1 hypothetical protein NW752_005454 [Fusarium irregulare] MPESTGATKLAQRALEEHGPLKEVEPNIVGIDGHRFRINHGVPQEVTDRLYALCDQDEVKYEDIPDDLKAYEVKEDSNDGNMENSDK >MBC7406653.1 hypothetical protein [Candidatus Parcubacteria bacterium] MTLVANSQSPKKVKTPTHILLYSDIKESSMRILKKKGISLSGFLEGKLEELIIQSKDTSIKKPMKIVQLKKLPNSIALTQAEQDNIYDRDLIPETNPDDKTSIQLSFGQRRRNDWL >EFB15155.1 hypothetical protein PANDA_009735 [Ailuropoda melanoleuca] MRDSELAREVRSLCQARDGSLPAEPPEGRQEGGRRGRGGFSRCCREKSELGRDRNIQNREQVVIMETDLADMPEKRAGRTMDPSKPPSKSERKDSPFSQEQSTEEGEVAALRLTARSQASVTFKDVAMDFTPEEWGKLDPTQREVMLENYRNLVSLWLPVSRPENYNLENGKEPLMLERKAPKSSCSDLETKPEGKDSTSVQDISKDESCQAAVIDRLTRNSVYDSNLETALECENWLENQQGNQERHLREMFTHVNSLAEERAHEHDVYWKNFSQKSVLLTQDIVPKGSYAFHTLEKRLKQKSNLMKKQRTCKEKKPHKCNDCGELFTYHSVLIRHQRVHTGEKPYSCSECGKSFSHRANLTKHQRTHTRILFECSECKKAFTESSSLAIHQRIHIGERPYECNECGKGFNRSTHLVQHQLIHTGVKPYECNECDKAFIHSSALIKHQRTHTGEKPYKCQECGKAFSHCSSLTKHQRVHTGEKPYECSECGKTFSQSTHLVQHQRIHTGEKPYKCNECGKTFSRSSNFAKHQRIHIGKKPYKCNECGKAFIHSSALIQHQRTHTGEKPYRCDECGKSFKCSSSLIRHQRIHTEERL >PYX81094.1 alpha-L-fucosidase [Acidobacteriota bacterium] MTVAKHQLHQGSRVEGGRKRVRIEKFTSSVVFCALIVWCWSSLLAGSDADAPTANDAPEAIDQLWQQASSKYESQRAAILKQIDSTIQQGPFRADWQSLQKYEVPDWYRDAKFGIFIHWGVYSVPAFGSEWYPRNMYRPDSEEYKHHLATYGPPDKFGYKDFIPLFKAEHFDPVAWARLFKIAGAKYVVPVFEHHDGFAMYDSGLSDWTAEKMGPRRDLVGDLAKAVRAEGLHLGASSHRVEHNFFFDGGRRIRSDVNDAQYAAFYGPAHTWLVNKGGTPLANDFSYVSRAWTDDWLARSAEIVQKYHPEIVYFDWWIGQPSVREDLTRFTAFYYNASPKYADQVGVINYKDYAIEEHSAVLDLERGQLSGIRSLTWQTDTSVSNKSWGYIQNDTFKSPEFIIHQLVDIVSKNGNLLLNIGPRSDGTIPEEVQSILREVGAWLKVSGEAIYGTRPWKTYGEGPTQVAAGSFHDTETQPYTAEDFRFTQKGNTLYAIEMAPPRNHHAVIHALTAAAMDGRQIESIRVLGSPDNLRFEESADGLQIHLPEQLNGKYAYAIRINLRSSR >WP_163095201.1 class I SAM-dependent methyltransferase [Bacillus mobilis] >NEK97718.1 class I SAM-dependent methyltransferase [Bacillus mobilis] MSILQRLIQQAKNPRGTIGSSMLCIMNSAHTRLTNWALQKIHIQTDAVVLDIGCGGGKTIHTLSKRIPFGKIYGIDYSDQAVKNSIQTNIKDVQNQKVIVQQASVSSIPYHTNFFDLITAFQTHYFWPDVEQDINEVFRVLQPNGSFLLVAETFKIQYHMEKCNTTEELINLFYKTGFTSVKCFEERGCLCVIGNK >MBQ1271561.1 rod shape-determining protein MreC [Clostridia bacterium] >MBQ2326755.1 rod shape-determining protein MreC [Clostridia bacterium] >MBQ5812703.1 rod shape-determining protein MreC [Clostridia bacterium] MKFLRSRLFAFIMCIVLLCVGLMLHSAYTGESSPLTRLLGTVVTPVQNAVAGAFDGVNGFFGYFYRYSSLVEENQRLQEELAEYREMEQKYLNAINENTELRKLTGLKAKYRDFDFELCQVASVYRGSAQAGMVLSKGSSAGIEQGDTVMTRGGMIGYVSDLGPGYCEIVTVLDVAFKAEAKVARTRETVIAEGDFELMGDGYFRLSYLSPDCDIQEGDIIETSGYAGVYPQGLILGTVKRVELDSSGLMAYAVVEPVEDIAEIRWVYAVKDFEVVD >WP_136193451.1 IS5 family transposase [Actinomyces procaprae] MSIDAAARHDLTDAQWGLVEPLLPAPPVRGRPRVYPLRDMINAVRWRTRVGAPWRDVPARYGPWWRAYALYRAWQTDGVWERIESALVAQADAAGKIGWRVSVDSTTCRAHVHAAGARKDSPQLVEGEPEDHALGTSRGGWSTKVHAAVDAACGMLAGVLTAGQVADCPMMIPVLDKICVQRPAGGRPRTRPQMVLADKAYSSKGNRDWLRNHHIKATIPIKADQADNRRRRGSAGGRPPAFDPVAYKDRNAVERCFGQLKQNRAMATRYDKLAVRYQATTHIASIDHWLKRLT >WP_268311115.1 hypothetical protein [Bacillus haynesii] MTVQIEKVSYYRKRLNKLFVSVDGCFNDVPFDAILTFNRATGDKFIQWFQLVPKNEEQDKITKELYQKFGRVIPKKGYAETHMHMLSQEDISHIILSVDSIGWDNLKR >WP_255991635.1 hypothetical protein [Chitinolyticbacter sp. YIM B06366] MIRIRYSPGEVELEGTQISYLAIRNQIIRIANSDEIGASLESESGFDPAPYGQALIGLDIVKNKGPILAITKGDRLEISGSPEFLLVLASNLPWENTLRNLAEPYHIHFDAAGWPNEISVNSAEMVFSLTR >GAT48029.1 predicted protein [Mycena chlorophos] MSEPANPNPPRSSSSRLAGDVAPTETGYDPTPCRRPWYTTPHLQPDAGFDDLPTVITGLAFLLPAGLQVVSIRRVKLHGRDYLLWSFNSRQLPLYPGPSPLLLVPRPRGAQCRRDGSLGLYDPFITPQLWKYSRPHWPFITQASSIGEKDPWYAVYAFPEQFWVADSGDRATGSMSKEWIDEVVERAKGMDQEIKEWKEGMSAGDRAWLVELGNRGVAPFVSDLNGQLQALGRSAVWDDVLDEAVRLQYLVRERCAWFIWIQCWVEETEDLERLRSLAVAAKADDRYMGCWVSDAKEEHVLRLARYEVPIFIAHAVGKVEEIATMEESXXXXRTRRRSTYCAWPDTKCPSSLLKQSGRSRRSRRWRKALG >NVO57457.1 hypothetical protein [Ruegeria haliotis] MKFISALLVTCVTLILAGCAVAPTAGPDDVDALAQAIQNLGPEVDPAEAQRAATIAYTYSQQLAREWDVTDPAIIHNAKIINGFREYGLCNDWAEAITARLRRENFRTLDLHWATSPPTPFRIIHHSSLISAKGDSMYDGIILDPWRNSGVLFWAPVREDTRYNWRPRSEVREELLSGELIY >WP_070720871.1 TonB-dependent receptor [Prevotella sp. HMSC073D09] >OFQ08492.1 TonB-dependent receptor [Prevotella sp. HMSC073D09] MKKTMTLLAALLSVATAYSANPKQETLDTLRSYQLQDVQVVATRATKKTPMAFTNMSQEQIKRLNTGRDIPFLLATMPSVVTTSDAGNGMGYTAMRIRGTDASRINVTTNGIPMNDAESSLLYWVNMGDLASSLGSIQVQRGVGTSTNGAGAFGATVNMQTENIGLQPWAAFDLSGGSYYSHKQTVRFSTGLMGGHWGIQGRLSNLGSKGYVDRASSKLNSYFLQAGYFGETTVVKFITFNGVEQTYHAWNFASKYDQEQYGRTYNPSGKMEDDAAGNTQFYKNQNDNYHQQHYQLLWNQLMGEYWNLNLALHYTKGGGYYEQYKKNQKLAQYGLDAGGTKAKSSLVREKWLDNYFYGAVAALNYDNKRNFSATLGEGWNRYSNDHFGRVTWVKKPVDDFMPNHEYYNNNAKKTDYNAYLKATYEFVKGLSAFADLQYRYVNVRMVGPADATSAKRSFSYDLNETFNFFNPKFGLNYELSPLHRLYASYAIAHREPVRNNYEHNMDAELEKPRAERLNDLEVGYEFTAKNFTAGLNLYHMNYKDQLVPTGEVKLDKPITRNFDKSYRMGVELSAAWMPVDWFRWDANATFSKNRVKDVTVKLTDGTVYTIAGESQLAFSPNTVFNNVFTFDKAGFRGMVMSHFVGEQNLTNTGFKTMQTKDAGKNTVNDLISLKQYFTTDIDLSYTFSLKALALKDATVGITLYNVFSSKYDNNGWAAPQYRLDGSTLVAENTWGTRDSEAAGFAPSAPFHFMARLAVTF >WP_063274718.1 hypothetical protein [Amycolatopsis keratiniphila] >ONF73092.1 hypothetical protein AVR91_0207410 [Amycolatopsis keratiniphila subsp. keratiniphila] MSETLTSPSRKANGTLVVNRVLVSAHAVAIIGQPVFAGGYLGGDYDMLWLHRWGADAVSYLAYAQIIAASVLWLARGPRWLFWISLLLAAGETAQYLAGMAGALDLHIPLGVALVTGAILTTIAVWRPQTWRARR >WP_202100641.1 aldose-1-epimerase [Salmonella enterica] >ECA8971264.1 aldose-1-epimerase [Salmonella enterica subsp. enterica serovar Omuna] >ECE0504959.1 aldose-1-epimerase [Salmonella enterica subsp. enterica] >EDH5632142.1 aldose epimerase [Salmonella enterica subsp. enterica serovar Claibornei] >EDP8780068.1 aldose-1-epimerase [Salmonella enterica subsp. enterica] >EEB9698256.1 aldose-1-epimerase [Salmonella enterica subsp. enterica] MRMAAMHSGGKTIQLNAGHYQAKIVTVGAGLAELTHHGRHVVIPHKPEEIPMAHLGKVLIPWPNRVTNGCYSYNGKVFQLAVNDPVSQTAIHGLLAWRDWQINYQSATEASLTIFLPPSYGYPFALISEVIYRLDAASGLHVLIRTQNIGDESAPYGAGAHPYLTCNLQSIDSCVLTLPASEELPADRDFSASCLLGETRLDHAVKTATTPAEWEVRLTSPTQNMSTFLRSNQPWLQIYTGEKLSRKGLAVEPMSCPPDAFNSGIALIHLTPKAIHQLHFSIGCD >TWW80208.1 hypothetical protein D4764_01G0000230 [Takifugu flavidus] MSIPVLGNHVDPNPEGTIALILIEIEEKVFHLGIIIISIVVIIIIIVVIIIIVVIIIIIVVIISIVVIISIVVIIFIIIFVVVISIVIIISVVIIIVVIIIIIFIIITMIVIIIIVVIIIIIFIIIPAAQTSCSTGVPQGTVLAPLLFTLYTADFSHSTSSCHLQKFSDDSAAVGLITDGDDTEYRELIQDFVDWSLRNNLQINAGKTKERVGGGGSPQA >XP_011760839.1 TATA-box-binding protein-like [Macaca nemestrina] MEPGVQDPGLSSSEDDSLFLATSSPTLRKPLKHSTPEEGALGGTTRPSGGASYLSGSPVPAHFSQGLASHPAGVSPPATVRKRRLSTIWASKESSLDLSAPGEETPTSASSAQQQQKQQKQKQKQKQKQNQKQLQQQQQQQESLRAKSWHQNPGLPGILNTTGRKRRDPKKRAAAMERVRQWEIYVLQNIEEATQHELTIEDD >KAJ2823714.1 hypothetical protein FBU31_004194 [Coemansia sp. 'formosensis'] MLKPIFVSRSQRQAQADAVRESDNGESSILTPEDVAAEDERLARREESVRMAAAEAARAREAPEINTSNILDLDDTDDVDIAAEFEAWRQRELLRIKREKDARVAIDLEEAERERRNNMSEGEKYAEDMEKIRNQRREKAQ >HAO77415.1 oxidoreductase [Limisphaerales bacterium] MDKIRLGIIGLGNIGKYHAEYLLNRKINRCELVAVCDKFLTSPEKYQSLKIFTDGERLIKSGDVDAVIIATPHFQHTTLGIAAFENGVHALVEKPISSHKADAEKLIAAHKKFSKIIFAGMFQLRTEPRYLKIQKMIEGGDLGEIVRVNWINTDWYRTEAYYSSSDWRATWKGEGGGVLLNQCLHNLDTLQWLCGMPKRVRGFCQLGRFHKIEVEDNVTTYLEWANGATGIFISSSGEAPGTNRFEIAGTLGRLVLENNKLMFTRNAADMIEFSQTAKQGFVKPDAKEEEILFENAVQPHAIMVQNFVNAILNGEPLIAPGEEGINSVELANVMGYSSLLGQTVELPMDGAAWEKKLNQLIAESKIEKKVVKVATDDFVSSFRK >XP_052496526.1 uncharacterized protein C12orf40 homolog [Budorcas taxicolor] MIPSEAQAARSSPKLLPLSPLIGSRELNKITVFASGPVRIGSLQKQQRLPGGLEAAYPRPQRLSGGWAILPGGGKEPFEAKELVAQRETKTPKHRQTRVLIKQERRKQKEYFEKKRLKSKMKLLGVSSPVKNSTVSLDLLNLYMVNQISCQKKTSETVRKPMHVNMNKDIKMPLRKHDIELPMSPNCVPSKLCIDDIENNIYYQRLDTKEELDPVQLSNVNYSHSLVSKLNKNQDTFNLSYETAQSGPLFERLNSPGNRNFLTRTPTVVVGEDCGSMDERRQSHFITENNSLQHIWKENRKKFSNEDMNQQTSSLLSDNNDSFISENMINLLNIDQQKIKETFDKYDYDNTRDTCAVIDSDKNHFTDSHIKSIFTDPELGFSKSTFKISSCSEKYQPNKICQKEYKNNEKTNLSTSFEKDFYSASSNKKGKFESDYQEKIYQEKIQKYSVNHMGNIPLEELHSEQTWDFGVGEILIEEGGMCSFKDGTTSTRKTYLDSSQSSQSSSYSPRPTDSSCFSSSSEMPSEDEDQTEDSNRRSIKTKETTNNFYLENMEKYPCDKVINNNAKFHKKNENFNQFSVNNNIHQFPESQCNSAHILESKTSNNCILQVARCDAWVQTENELTMEEKLDAAIQCDIISKCKCRNEVSSFCNVERYNENVKADTTGGQEILRNN >NLH91916.1 KamA family radical SAM protein [Atopobium sp.] MEQTWQEELAQNVTSVDELSKIIPLTEKEKAGMREVTAYFPMSIPKYYLGLVDLGDPDDPIRKMCVPAASGLDRKGLLDQSGEASNTVLPGMQHKYRQTVLILTSNHCGMYCRYCFRRRLVGLSSHEVAKHLDEMVDYIAIHPEITDVLLSGGDALINTNSTIERYLSAFCDMPQLDFIRLGSRAPVSFPHRITHDPDLLAMLRCYQQRKQLYVVTHFNHPREFTDESYEAIQALQQAGLTVKNQTVLLRGVNDNPGTLAEVLRSCTRWGIVQHYIFQCRPVLGVLSRFQVPIMRGSEIVNEANARQNGFGKAADYTMSHITGKIRILGRDKSNRMYFQYKQAKDPTRVGRLFSRALSESSCWLDDLS >MBV9352198.1 acyltransferase [Mycobacterium sp.] MVTLPQTDTVGPRHRLEQGRRAPSVGFRLDIEGLRAVAVLAVVLFHAGVPGVGGGYIGVNVFFVISGFLITGLLWREVTTAGTVRLGRFYGARARRLLPASALVGVVTAIGAAVLLPPLQAGSVLGDGIASALYVGNYRFAIHGTDYLAGDTAPSPFQHYWSLGVEEQFYLLWPALIIGTAWLVRRNSVKARMNPYLVVLAAVAMVSFALSVASTHASPPWAFFSLSTRAWELAAGGLVALSAGQWRRLSGLPAAVAGWGGLALILLSCNQLGEKTPYPGTAALLPVLGAALVIGAGCATSGTGPGLLLSLPGMRAIGRVSYSWYLWHWPVLLLMPRLLGHSTGLSGRLAAVIVSAGLAVITLHLVENPARFATPLRQSAGRSLALGGAATAVAVCAGLVLLMLVPVPVGRGVAAAAPKITATPQASASHTVDPYDAVVQSGFAQVQAAVAASADLKAVPSNLDPPLAEAPADKPVVFVNGCVRSWLEVGQGECATG >MBP1602824.1 Neutral ceramidase precursor [Acidobacteriota bacterium] MWMAGYAARKKPSEGTTMDLFAKALALEDGHGNRAVIITTDILGFPGSVSEAIAKRLAASHGLRRDQLVFTSSHTHSGPVVRESLAWMYALDGEQAEAVRSYTGFLQDRVVEVVGQALGKMVPAVLSLGHGEASFGVNRREKTDKGYVIGVNADGPVDHDVPVLCVASPEGKMLAVLFSYACHNTTLGADNYKFHGDYAGVAQEEIEKEHPGVTALFMIGCAADTNPNPRGTEEHVRAYGKQLAGAVNAAMSGNTVPVRPPLRTRFDRVDLPFSPPPTKAELEAQLGDQDVYRQRQAKGLLGVINEKGSLPTHYPYPISVVQFGKDLTMILLAGEVLVDYDLRLKKELPPPQQVWVLGYANDVFAYIPSRRVLEEGGYEAATSMIYYGQSGPWAPEVEEIL >ODT35417.1 MAG: hypothetical protein ABS67_01925 [Niabella sp. SCN 42-15] >OJU23181.1 hypothetical protein BGN92_01215 [Sphingobacteriales bacterium 41-5] MKNVLHCLAIILLLTSCWKEKHEEVLGYAPVYGSDTELKSILLTAAQPIESGGKIYVYDKMLYQVETGKGIHITDISNPASPEKKGFLKVPGAQELAIKDKLVFTNNMKDLVIVKIENNTATIVRRLPDTFKNLFNHSVPPERGKFECPDPTKGAVIGWQKKKLLNPACSY >WP_104684232.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae] >MCH5508714.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae pv. syringae] >MCH5637783.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae pv. syringae] >MCH7426916.1 lipid IV(A) 4-amino-4-deoxy-L-arabinosyltransferase [Pseudomonas syringae pv. syringae] >SOP99791.1 Undecaprenyl phosphate-alpha-4-amino-4-deoxy-L-arabinose arabinosyl transferase [Pseudomonas syringae pv. syringae] MIHVRHRHLALLLLAFVLAYLLPLGFHGLWIPDETRYAQISQEMLYSGNWIAPHFMGLRYFEKPAAGYWLIALGQQVFGENLFGVRIASALASGLSVLLAYLLAGKIWNDPRKQFASALLFMSFGFVAGQAGYANLDPQFTFWTNVTLLAFWYAVHSVGRARLAAWALVGVACGIGFMTKGFLAWALPVIIALPYMLCQRRLAELLRFGPLAVLIAIAVCLPWALAIHQQEPDYWRYFFWHEHIRRFAGDNAQHAQPWWFYMPLLVAACVPWALLLPATLQQAWQEKNRPDIAFLLLWLLLPLAFLSLSKGKLPTYILPCLLPLALLMANTLVERLDRGHSTALRANGIFNATVTFLGLVALIYLQLKQPVYENEPMHLSLAIIMLFGWTLANALQGLRPLTCWATPALGSWLLIALLPAALPNDVINNKTPDPFVVRHQAELAGCTQLLSNDLGAASALAWRLKRPDVALFNTWGELEYGLGYPDVQGREVRLQDIDAWMKNARSQGRVGVIMRGKSDEELKELESLPRDGQRYDEGNLAILVYEKSAS >KFQ97446.1 Ly6/PLAUR domain-containing protein 2, partial [Opisthocomus hoazin] VYPFIGISTVTKMCSAICVPSDVDGIGMTRPVSCCYSDLCNADAAASLRISFLPVGVLASSLCALFWTRL >CAH1278847.1 unnamed protein product [Diabrotica balteata] MSDLNKQQMDANAQAQAQAQAQAQAQAQAQAQAQAQAQAQAVQQQQLQQVALQQQQEQQQQQTLVPAQSPHLQQVTVGTSGGQCAVTSMGPPQHTVSMHQQVAQQGQVLQTQGAQVLAAAQQTGSTTITTMSPLHQSQAAHQQQLSADWSHGRAVQVIQQPIQNPTYLQQLYNGQGQLLMPGNISNIALHPGINPQIQVIAKPFQGNQLAPHMITAQGKQVIQGSQAATFPGYTTLGPSIPTTQNQQTLVFSQLGVISSQPNILPNHSQGNGQVTQQKPQEMHKVMGTQKVQMQKVASSTGAVAQTQQQGQCVQVSQAMLGTQPTAQIISPIQQNSQPVQFAAPWQFTAAANGLQQVWTTNGLQSQALQIAPNPIFIRGTQADGTPGPGMFIQQNPQPATIQTQQNQTIATQGTVQQIAKPRPSNENIQPKQQATRPLNILPSNAANIRPASSVSTQTIGAQTTASIGSKQVAKIRTKAPQIRTSPAPKADAANQTQIKPYSNIQQQQQQQQQQQQQQHHIMGNNDFSRMLVMNANGMTTTMTPGSPMTAEKVQQLANQNKAQQQQGNAQQQQAQTQQTVVMQQMQQQQQAAMQQYQLQQQGQANQQGQQTQHIQPKPMMSTYFQTLPTINSQQLQMAGDRPIMPVVSMSTQANSQQVQQMSQQNIGTIQQSLPLQSNLAVTQQPMQMNMQQLQQLQQMAPPGTIIGQIQTSPAQPTSIAQVTSSPAQIQQMQTTAPQQIAITQPQQVPLPPTINLPKEEPTEPTTTDNTQVQNIAAPVESVKEPVVDATSTQPEIKEPPPIAETKPLQNGVEPSIVQPAPIPGTVPSSQPTSISENNLPVATTAEEVKERCPPKAMVKPQVLTHVIEDFVIQESSEPFPVTRSSLLGDVKPTQSSNDKDSDEPPKKKRASSPFNISSGGKGDMAAKCEACGTVDLKAKFKKNKRFCSVACSKSGKYKGDDKKKWDKDGMEVDTESGASGAESSLSPNVAEDETPKVDPIKWSVQEVFDFIKNLPGCSDYAEDFLREEIDGQALMLLKEDHLMTAMAMKLGPALKLVAKIDDMRIDKEPPKQT >WP_114947547.1 tripartite tricarboxylate transporter substrate binding protein [Microvirga calopogonii] MKKWLAAISLSLLAAGAGFGSAQAQGSDWPQKQVTIIVPFGPGGTTDLFARIVAEQLHAKYGKPFIIENRPGAGGNIGTTAVAKAAPDGHTLLVGTVSTHAINPFLYKNLPHDAEKDFVPITALAKLPNLLVVNPKIPVKTFAEFVEYAKQNPGKLNYGSSGAGTSQHLAAELFQLKTGAKMTHVPFRSSQDIVNGLIGGHIDLAFDNMTIAWPQAQGGTVRALAVTSPDRSQQAPEIPAVAETLTGFDATSWNGLWAPAGTPQAIVDTLAADVKAILEKPEIQKKAAEMASTTAPMTPKQFAEYIQSERQKWSEVVKTVGIQIGQ >WP_090419626.1 MULTISPECIES: DegT/DnrJ/EryC1/StrS family aminotransferase [Enterobacter] >SFI56143.1 dTDP-4-amino-4,6-dideoxygalactose transaminase [Enterobacter sp. NFIX59] MIKFLDLQKINQVYHAELMSAFESVLDSGWYVMGNHLQKFESEFANYCGVKHCIGVANGLEALVLVLRAWKEMGKLQEGDEVIVPSNTYIASILAISENNLTPILVEPDVNTFNLSLENIKAAVTTKTKVILPVHLYGQISPMKEIQEYAAANNILVLEDCAQSQGAEQFKIKAGSWGDAGAFSFYPGKNLGALGDAGAITTNDDGLADTLKALRNYGSHVKYQNLYKGVNSRLDELQAALLSVKLPNLDNENKRRRDIAKKYQENITNKNITLPVHPDNDVSHVWHLYVIKTVNRDSLVNYLNDQGIQTLVHYPIPPHHQKAYSEISHLSLPVSEMLHNSVLSLPISPVMTDDEVDFVIQKINGWQI >MBQ3573680.1 ABC transporter permease [Clostridia bacterium] MKKLSKIYMALVLMFLYVPIFVLIVFSFNSTKSRSVFTGFTFDWYAKLFQNELILTSLVNTIVIAVCASVISTIIGTLAAIGITRMRKFTKAAVLNVTNIPIINPEIVTGVSLMLLFVFFKARMELEFGFGTLLIAHITFDVPYVVLNVMPKFRQMQPNLYEAAQDLGCGPVRSFFKVVLPEIMPGIVSGFLMAFTFSLDDFVMSYFTSGPTSQTLPITIYSMTRRKVSPEINALSTIIFAIVVVVLIIKNIIERRQGTAQKQSVKGIEG >KAJ4394429.1 hypothetical protein N0V93_003647 [Gnomoniopsis smithogilvyi] MFLRRAPRSVRLQWQLAHRISRASLVSGITITPTRSTTEPTRCASFQLARCFHSSQRLQVVKPVLLADIGEGIVECEIIQWFVEPGARVEEFSKLCEVQSDKASVEITSRFSGVVKKIYYEAGEMARVGKPFVDIDIQGDVSQEALDKLTPSAPAENGETSAADPRAAESPQIPTTPAVAKDGAVDTTPPKAKGKHAALATPAVRHLCKELKLDILEVDGTGKEGRVLKEDIYKFIEARENGTAQPPGPAVITGASTSSEVQTETRQALTKTQEGMFKTMTRSLNIPHFLYADEIDFTELAALRTRLNKVLSASSSSWAPVVPQNEGVTKLSYLPFIVKAVSIALQQYPILNARIDVSSDKPGLIYRTQHNIGVAMDTPSGLLVPVIRNVGAHSILTIAAELSRLQALAVAGKLSHQDMAGGTISVSNIGSIGGTYCSPVIVEGQVAILGVGRMRDVPDVVEDQAGGWRVNGMRKVCNFSWSADHRVVDGATMARAAGVVRALVEEPDVMVMHLR >KAG2343201.1 hypothetical protein BDR05DRAFT_884791 [Suillus weaverae] MALATAGFKQQTDELRQRTDEFTQKTSTKLFQLGSQLNRVTGYEQIDALKQRVVEQEARIKATRQAAREAKTAYDDAVLQRSLSQRQVNELLQRKSSWTDGDVSAFTSLVRSDHHLEQHEVATKAKVSENEDALDREFGELMRAILARYHEEQVWSDKIRSASTYGSMMVLGVNVVVFILAIIVVEPWKRRRLAQTFEKKVEEMAAETQALIESGSSKLDERLVKQEGLISEILERAAYDARDLSSPLSVPAATVSVAGNQVGTGPEHSSLWSHLVSRMIQDREVLLVVGSAIAGGAVTLVARSLLRS >WP_251989158.1 hypothetical protein, partial [Mycobacterium tuberculosis] GGPGGTGGTGGNGGNGGXXGNGGNGGNGGNGGNAGNNSTNAPVGGEGGAGGDGGAGGA >MCS2900418.1 30S ribosomal protein S13 [Bacteroides thetaiotaomicron] MAIRIVGVDLPQNKRGEIALTYVYGIGRSSSAKILDKAGVDKDLKVKDWTDDQAAKIREIIGAEYKVEGDLRSEIQLNIKRLMDIGCYRGVRHRIGLPVRGQSTKNNARTRKGRKKTVANKKKSY >WP_253349177.1 indole-3-glycerol phosphate synthase TrpC [Peribacillus frigoritolerans] >MCP1152262.1 indole-3-glycerol phosphate synthase TrpC [Peribacillus frigoritolerans] MENILTKIIEQKKVEVAKLKERGLDDSVMINIVRPSLVENLKTAKSMAVIAEIKRASPSKGDIKINVNPIEQALSYESGGAAAISVLTDEVFFKGSIADLKNVSEAIRIPRLCKDFIIDEIQIDRAHQAGATIILLIVAALSKERLHELYQYAKNKGLEVLTEIHDEAELERALELNAELIGINNRNLKTFKVDLSVTERLAKLLDPKRHIIISESGIKTKEDVMRVKVAGAKAVLVGETLMTASNLPHKMAELQMSI >EED0743056.1 Polarity suppression protein [Escherichia coli] >EFK5126963.1 Polarity suppression protein [Escherichia coli] RNVSRLDELRNIIEVRKWQVNQAAGRYIRSHEAVQHISIRDRLNDFMQQHGTALAAALAPGLMGYSELTAIARNCAIQRATDALREALLSWLAKGEKINYSAQDSDILTAIGFRPDAASVDDSREKFTPAQNMIFSRKSAQLASHQSV >WP_030383398.1 MULTISPECIES: MFS transporter [unclassified Streptomyces] MSALDPRDADVADAVPTTTPPPPPVAAGGVLSGPYRALSIGIVSVVLLIAFEATAVGTAMPVAARELHGVSLYAFAFSGYFTTSLFGMVLAGQWADRRGPLGPLTTGIAGFAAGLLLSGTAGAMWTFILGRAVQGLGGGLVIVALYVVVGRAYPEPLRPAIMAAFAAGWVVPSIVGPLAAGAVTEQLGWRWVFIGIPVLVVLPLALALPQIRRRAGGPAEGASATVAESKASGRRRLRLALAISLGAGLLQYAAQDLRWLSLLPALAGVGLLVPAARGLLPHGTWRAARGLPSVVLLRGVAAGSFMAAESFVPLMLVTQRGLSPTLAGFSLAAGGGTWAIGSWVQSRPRLERYRERLVTVGMALVAAAVATAPSVLVDGVPAWTVAVAWAFGCFGMGLVISSTSVLLLKLSAPEEAGTNSAALQISDGLSSVLLLAAGGAAFAALGGGTVAHTAADATTTGAHPAAFAAVFLPMAAVALAGAWVAGRLRAPLR >MBR2088606.1 signal peptidase I [Oscillospiraceae bacterium] MAEQEIKPEQLEPEEVVAERECLLYRQKFRNALSSTISALVVVAAAAVLLSTLFLPVIQVSGDSMEPTMHDGDILLLLKTSSFQYGDLCCVAWQNKLLLKRVIAKGNDEVKIEEDGTVSVNGEVLDEPYVINKCLGECDIEFPYTVPEGALFVLGDTAGS >MAN53906.1 short-chain dehydrogenase [Porticoccaceae bacterium] MKSFKDKVAVXTGAGSGIGRHLSILLKEAGASVAICDVNETTLRXTEKILXKYNTKTSVHLADVSSKTTVXVLTXNILREHKNVDMLFNNAGVTVNDSFEDTTXQNWDWVIETNXHAVINLTRCFLPILKXQDEAAIVNLSSIFGMITVPNQSAYHVTKFGVRGFXEALSKEXSXTNVSVHCVHPGHIGTNIVSNARMTSGPKQNDALQRIMSKLLPIGTSQREMSEFFQKYGMHPSRAANIILNGIKRNKKRIFVGLDAKLMDISQRISPMHYEKLFPIFTLPITILRNKKPLK >WP_173119692.1 hypothetical protein [Aquabacterium terrae] >NRF65548.1 hypothetical protein [Aquabacterium terrae] MRRFWILLAVLTAPAVAPAGTPDIPDDINARLARAKGQIAAEVATRQRAGQPASAPGVGRAAAVGTQAFGTGCSIAIGNIFEDKPRIGAPRRETTVIVTGDIIQAGNNCR >OJW76341.1 MAG: hypothetical protein BGO59_22745 [Spirosoma sp. 48-14] MAQVKQTLATFMASFFGKSEKAISEKLSTDEHNQFTNEALELQEKISGLQSQVTNLEGERDTLQASLNTLQSEKTTLEGDKTTLQNSLTTAEADRDKYKAWFEKQAGVGAQLPDADATNQNGGPEMTDYNAQALAVFRKHKG >WP_121538494.1 type I-D CRISPR-associated protein Cas5/Csc1 [Haloarcula sp. Atlit-120R] >RLM32778.1 type I-D CRISPR-associated protein Cas5/Csc1 [Haloarcula sp. Atlit-120R] MEVLEATLTTHGKVGFASREVGRMADTDPYILNTALHYALGLASGNYVDVAHQPTYIEDTADIVDEVYVTPATPVAVENDSIRTEYLTTNRNARTDTYATPNYPADDDPTGKASQNLPTFERERALAPGNHFRFYVFPYGRTAEAVKETLPPYIRLGKKRGKGHVRYRIVNAERKSGTFSLGHPLSIYDHSAQPLGGVVMRQMQPTPLWFEGEFETEHYAIEPPIDSADRVYYPADAKFLATKRDDV >XP_039322713.1 retinol dehydrogenase 13 isoform X2 [Saimiri boliviensis boliviensis] MEKCEAAARAIRRETLNHHVNARHLDLASLKSIREFAAKINEEEERVDILVNNAAVMRCPHWTTEDGFEMQFGVNHLGHFLLTNLLLDKLKASAPSRIINLSSLAHIAGHIDFDDLNWQTRKYDPKAAYSQSKLAIVLFTKELSRRLQGSGVTVNALHPGVARTELGRHTGIHGSTFSSTTLGPIFWLLVKSPELAAQPSTYLAVAEELADVSGKYFDGLKQKAPAPEAEDEEVARRLWAESARLVGLSHVSSVREQPLPR >MBB1728438.1 immunoglobulin light chain junction region [Homo sapiens] >MBZ68404.1 immunoglobulin light chain junction region [Homo sapiens] >MCD09463.1 immunoglobulin light chain junction region [Homo sapiens] >MCD10015.1 immunoglobulin light chain junction region [Homo sapiens] >MCD10297.1 immunoglobulin light chain junction region [Homo sapiens] CMQALQTPDF >EDU63556.1 conserved hypothetical protein [Escherichia coli 53638] >EMV93333.1 hypothetical protein EC2860050_2373 [Escherichia coli 2860050] >EMW52198.1 hypothetical protein EC2770900_2265 [Escherichia coli 2770900] >EMW74961.1 hypothetical protein EC2747800_2371 [Escherichia coli 2747800] >EMX69218.1 hypothetical protein ECENVIRA101_2633 [Escherichia coli Envira 10/1] >EMX70850.1 hypothetical protein ECENVIRA811_2555 [Escherichia coli Envira 8/11] >EMZ84766.1 hypothetical protein ECP03052931_2450 [Escherichia coli p0305293.1] >ENA52052.1 hypothetical protein EC2729250_2301 [Escherichia coli 2729250] >ENB07146.1 hypothetical protein EC2866350_2300 [Escherichia coli 2866350] >END46418.1 hypothetical protein ECP030529313_2189 [Escherichia coli p0305293.13] >ENE10952.1 hypothetical protein ECP030529314_2289 [Escherichia coli p0305293.14] >ENG31083.1 hypothetical protein ECP030529310_2282 [Escherichia coli p0305293.10] >ENG42731.1 hypothetical protein ECP030529311_2334 [Escherichia coli p0305293.11] >ENG43153.1 hypothetical protein ECP030529312_2333 [Escherichia coli p0305293.12] >ENG51348.1 hypothetical protein ECP030529315_2259 [Escherichia coli p0305293.15] >ENG55768.1 hypothetical protein ECP03052932_2306 [Escherichia coli p0305293.2] >ENG62200.1 hypothetical protein ECP03052933_2334 [Escherichia coli p0305293.3] >ENG65329.1 hypothetical protein ECP03052934_2252 [Escherichia coli p0305293.4] >ENG71380.1 hypothetical protein ECP03052938_2312 [Escherichia coli p0305293.8] >ENG77324.1 hypothetical protein ECP03052939_2207 [Escherichia coli p0305293.9] >ENH45496.1 hypothetical protein ECP03052935_2319 [Escherichia coli p0305293.5] >ENH56565.1 hypothetical protein ECP03052936_2218 [Escherichia coli p0305293.6] >EPH47072.1 hypothetical protein L340_4901 [Escherichia coli E2265] >ESV03261.1 hypothetical protein L339_03121 [Escherichia coli E1777] >KDT52752.1 hypothetical protein AD43_3836 [Escherichia coli 3-105-05_S4_C3] >KEM14832.1 hypothetical protein AB51_2255 [Escherichia coli 6-319-05_S1_C2] >KEM28154.1 hypothetical protein AB80_2458 [Escherichia coli 6-319-05_S1_C3] MALTEAANFIFVVIYTAVSHSLPDATLPRLIRPTKPNRRSDKAFTPHPTNSA >EDQ8124076.1 tape measure protein [Salmonella enterica subsp. enterica serovar Cerro] MANSKDVELRIRARDYSQKPLKAVTSAIEQMAKAQDEQRKAAERGEVSTRDLEAAYKKLESAGNQLLKLNSLIEVFKRQNQAMTEATAKTEGLRQKQADLQKTYDSTEKVTQKQERALARVTRQVEAATRAEANQAERVSRATRDLERYGIETSKVGAAQAGIVTSVAQVNRVLERQDEIISTSAAAAAQAKVIRGLQQQADQAMATARGYQTLGRVVQQATGQLGPLGTQIQTIVSPAEAARRTLSGLENQVHGVTTELARNSKEVENVAQKVRMLNEANKTVSALAQQIDLYRQQVSTLRNARTEYQQARQDVIKLAQQMRTATTDTGALGIQMQAAQQRLSAAATAMRNTATAARSTQAALRAAQVDTRNLSDAEARLISTSQQSAAALNTLSTATNRNSQAARDGSKAWSLFRDEGRTTLSFLQRIRGEVLALTTTYIGFQGAINLAGGAIDAYKNRQQAMVKIANVVGNSQAAINKEWEYMVGLANTLGIDITTLSQSYTKFAVSAKAVGLSLQDSKFIFESVAKAGRVFHLSQDDMEGVFRALEQMLSKGQVYAEELRGQLGERLPAAFALFAKGMDMTTAQLMKAMENGEVTGEAVINFAREQAKAIDAQLATAQKGVDAMEARARNAMNAFQLALADAGFIEAYVQMLNKITDFLNSEDGRAAAVKLGEAFGMLADAVTWCIENVDTLITALSVLAGLKVVQFIGGMISGLKNLLPLFKTLSNIGASIITVLEGVAARMIAAQGAIGLLGVALKGLTRLIPIVGWALLAYDIGAIMYDQSQTFREAVNAIVRDFKNLGNQLVAVVESIPALLYDLAVSVVRPITTMFADTTRAIIGWIADVLKLIPGVGQGLSDWAMSIGDDLTKEQRGFLESTGRIWDDVNKQWVKLNDEMVAKNADATDKIRGQVNQLAADMAAITKGEGFQFTQDPGTGVTKRSREIAGLTKELNKMEEAAKKADVASRKAEQRKNLSGRLAIIDEEFAPQYARAKSIGGSEGDALTKRLDAVVAARKKAETTLFNSQQRTTSGIKKQENALQALINKYNELNAAVGVKEVKIDPNATFDDRLAAKLAAVNTQYDQLIAKSKKLGTGGQNLAGQFEDLRKRNLEYATTQAKLEELKRIEDQLNSQQETKKNLLDEINAKRQAGVISENEAVAQTVALYQNMNTGIASSAEQLDAFAQKIKDTMSPEEFSRIMAQIASVKAGLVDVTGTFTTMDTTVVQGVLDGMSTALSSIVSEMALVVAGSQSIGDAFSNLGVTMAKFFADFLQKIAMAILQQMALNALAGMGGGIGAAAVSLGGTVAKHNGGTVGSKTTGGTQMKGGISPAMFANAPRFHDGGLPGLRSDEVPTILQKGEQVLSKDDPNNVLNQSRGGGQTAQSPQGLRFVLVDDRSKVPEAMNTPEGEKAVMQILQRNVPTLKNLVG >WP_142931103.1 ATP-binding cassette domain-containing protein [Campylobacter sp. MIT 12-8780] >TQR41612.1 hypothetical protein DMB95_04510 [Campylobacter sp. MIT 12-8780] MNLLECKNLSVCDEKQNHLLKNINFKLKKDEYLAIIGSSGAGKSTLIKALMNLNSSNLTSKGELFWHEKANFGVILQNPASCFDHVFSIKFHFKETFLAKNLKPDEQEYKRLLAEVGLDEKVLNAYPFELSGGMLQRVMIALALCAPLNLLIADEASSDLDSSGEKELFELIFRLKAKFHFAFLLVTHSLKLAQNADTIIILDQGQIIDQGNAKYIFTQSKCKKTKAFLEAFHLLEQNSFKPKPKPKTKALLLAKNINLSYKQGGFFSRQKPKIVLNKLDLKLYEGVNLAIVGKNGSGKSSLVRVLLGLEKAKNASLNLNGFDFCTQKLEYKKSLGIIFQNPPATLNPNFSAKEAILEPLWNLNIDKQSQEQELKKLAKALNLSELDKKVPYFSGGELQRIALARALITKPSLLILDEALSNLDVLLQVQIIKLLKALQAEFKLTLLCISHDQNILNALCDELLELKDGVLNEL >WP_047203279.1 MULTISPECIES: lysine 2,3-aminomutase [Bacillus] >KLK99152.1 lysine 2,3-aminomutase [Bacillus pumilus] >MBW4850019.1 lysine 2,3-aminomutase [Bacillaceae bacterium] >KUF21891.1 lysine 2,3-aminomutase [Bacillus sp. G1(2015b)] >MBR0606154.1 lysine 2,3-aminomutase [Bacillus safensis] >MBR0638991.1 lysine 2,3-aminomutase [Bacillus safensis] MNQKLYEPARHWKDIELWKDVPEEKWNDWIWQLTHTVKTLEDLEKIVNLTEEEREGVKISTKTIPLNITPYYASLMNPDDPRCPIRMQSVPIAEELHKTKYDLEDPLHEDEDSPVPGLTHRYPDRVLFLVTNQCSMYCRYCTRRRFSGQIGMGVPKKQLDAAIGYIRETPEVRDVLISGGDGLLINDQVLEYILKNLRDIPHVEIIRIGTRAPVVFPQRITDELCEILKKYHPVWLNTHFNTSIEITKEAKEACERLVNAGVPVGNQAVILAGINDSVPIMKKLMHDLVKIRVRPYYIYQCDLSEGIGHFRTPVSKGLEIIEGLRGHTSGYAVPSFVVDAPGGGGKIALQPNYLLSQSPDKVVLRNFEGVITSYPEPEHYVAGQADAYFNEIYEEKQEPAIGITALFEDEARSFTPENLNRMKRREAYETNPEHDTLKNKREKRDELKEKKYQAQLKKEQTVKEEK >KAH0130274.1 hypothetical protein KCU66_g3727, partial [Aureobasidium melanogenum] DCGGLLERCPASQANIDCDVCGKRNKNKWPTSITTESAPTAFPSRLRDARSEIQVLSAEDRETWAMTTTACPQCANPEMRFRDVQLRGADEGSTIFYRCPKCDYNQCCARGCHDDPEEDILHVEDCYGIYVMTHEDSNRTTRDARPNRCVEQITTGEITHWTGPVLAFGRRSVGSKCRDLDTTDFKVIIDHICHSVRFKHSNIIQGVRINCDGHMKKNKQPQFEHGAIRVRANMPEIKHDLPRLVFGQSLRLLRLETEDNLDARNPMAGLLGIACGDDVRAWGYYKRQKWGNCFVFREDGKPLAVDDLKAFCNWIDKDVRKRFNAARRIDSQAMKMIDTEDPWPKIEKARNDVLDKITLQKFLDFSRSRMSDDLTDEEMPDDNDEGMKDGDDEYGDNV >DAQ89956.1 MAG TPA: minor tail protein [Caudoviricetes sp.] MAEYLKFPTIISLAWKSQKAQKWDTKTKTSGSGKVRTMTNWKYPQYTISTEFEVLTPAQYKELMGFYSKTKGGTVPFLWLDPEDNAEKGIQLGTGNMGSWQAVRKFGDFLEPVYHVENLKLYANGSPIRAVSDKGVIKLAAGQTVAPNAVITADYTYYWLVRFSGDMTAEYIFTNVYKSKSFKLVSTR >NWH38694.1 UB22A hydrolase [Chloropsis hardwickii] >NWZ68134.1 UB22A hydrolase [Acrocephalus arundinaceus] VCFLLFQAKSCICHMCGAHLNRLHSCLYCVFFGCFTKKHIHEHAKTKRHNLAIDLLYGGIYCFMCQDYIYDKDMEQIAKEEQRKAWKLQAFTPTVVSHYQCTMTGIGEKYSTWEPTKRELELLRHNPKRRKITTNCTIGLRGLINLGNTCFMNCIVQALTHTPLLRDFFLSDRHKCEMQSPSSCLVCEMSTLFQEFYSGHRSPHIPYRLLHLVWTHARHLAGYEQQDAHEFLIAALDVLHRHCKGDDNGKKANNPNHCNCIIDQIFTGGLQSDVTCQVCHGVSTTIDPFWDISLDLPGSSTPFWPLSPGSDGSVVNGESHVSGTTTLTDCLRRFTRPEHLGSSAKIKCSGCHSYQESTKQLTMKKLPIVACFHLKRFEHSAKLRRKITTYVSFPLELDMTPFMASSKESRMNGQYQQPTDSLNNDNKYSLFAVVNHQGTLESGHYTSFIRQHKDQWFKCDDAIITKASIKDVLDSEGYLLFYHKQFLEYE >WP_071877135.1 YdbC family protein [Enterococcus silesiacus] >ALS02240.1 hypothetical protein ATZ33_12850 [Enterococcus silesiacus] MKQEFSYEIVEEIAVLSENTQGWRKEFNLVSWNGRPPKFDLRDWSADHEKMGKGITLTNEEFEILSNAIKSM >MBC7935646.1 class I SAM-dependent methyltransferase [Rhizobacter sp.] MQTELNNTAIIRFLKSKFKSAGFIDSLKIRYRSLICPFIPLIKLVEPGDNVGDIGCGSGQFMLLVSEFSTPSYVYGIEISERLVKNANDLFSTLPRGYYDFEAYDGVKFPAKIAEMDVIFLVDVLHHVPVAHQEDFMKALAATMKPGTRLVLKDINAASPLVYCNKMHDLIFAGEIGNELKMKDARKLLEANGLTIIHQEKRRMYVYPHYTIIAQK >MCA9664716.1 (Fe-S)-binding protein [Myxococcales bacterium] MDNAIPTRQLFSAFLLLGAFGLFGWSCQRYVSVMMKGRPFPGRFRDIPKRIGDVILFFFMQRTVARESMSYHHLPIFWGFLIITLGSIELFATAVLGPAVSFRALLGPTFDGIFKAALDVTNALVLLVIIYAYFRRIVVKPRLIPFNADAALILGFIFMLCLTHFIAHGFAHGANVGVDARIAFAHHGPPSPIASMPVSKIFASIGAAMSPASAHFWSEVGYWMHFGILLVFLNVLPYSKHIHLLGAMPNIALRERDPAVKGVIPKMNLEDENDWGVGRYEQFHWKSLLDTYACTECARCSNNCPANLTDKPLSPMQLIHDIRYEMLERGGHLLRLSEHATPEALAEGSDALTGTDLETKVEIDKMVPMVGGRIHDETLWACTTCGACEEACPVFIEHPLKIIQMRAHLALTEGRVPAELSRMFRGMENNQNPWGMGSDKRGEWMADREVPLIGDNKDAEYLVWVGCAGAYDDRAKKITHKWLDLLEHAGVKYAVLGEEEACTGDPARRAGNEFVFQMLAETNVETLNGYGVKKIVTSCPHCFHSLSKEYPQMGGDYEVLHHSQLLQQLIDKGKLKPDKRTSKVMTIHDPCYLGRWNGEYDAPRATLAAAGGTQNEMPRHRDKSFCCGAGGAHMWMEEEGPRVNVNRTEEAVATGAKTIATACPFCNVMLTDGLKQLNKEEQIEVLDIAEVLANSISATANKSA >CCD14225.1 unnamed protein product [Trypanosoma congolense IL3000] MPPPPGGSQAAPPAPGRDHEIIPADVPPAYDPSMPPPPGGSQAAPPAPGKDHEIHYAKVPPAYDPSMPPPPGGSQAAPPAPGKDHEIHYAKVHPAYDPSMPPPPGGGEAVPTDYYQHPLLPGYGQPPHVERSGGLANEPAGEGGNVVNEWKTGLLVAPCRQPCFCLGSCFCPCCCTFMQRKKLLQGDWSRYTCCAGICCEKTCCVIKKCEPCCLCLETCCCLGCALHGNRFMIREHYGLQNDCCDDILMCAGACCGILACCTEKKAVKSIADILFFCTIGCVLAQHEHQMKVCGYPRGHEMV >KAE9611124.1 hypothetical protein Lalb_Chr07g0194351 [Lupinus albus] MVILCMENSMYLHQNTLSFVPSIHLRYVVPTRRGHSSVRVNHPLLFHVAVEKELKLLAFDREAAFSHMNQLSFHSHDETLLHRFLTYPFLWMIM >KRL72956.1 lipoyltransferase and lipoate-protein ligase [Lentilactobacillus parakefiri DSM 10551] MIIMADKADDSKYLWEDKTSEGHTRIGLNDLARSEIGQVTFAEFPDKMTEVSAGDPILSFEGAKAVTEIHSPLSGKIAKMNADLIEHPELLNEDNRGKTWIVGLFLRRELSTIIFVDLSDSNSQRHLRDPGVSGSLSTFFITSPKFSDTVFHFSQPASASVVLGVNQDAYSEVNLDYIKNHHIHLARRGAGGGAVYVDSGNLTYAFIDNDNGTNYLNFKKYATPAIHVLHKLGVDAEMTGRNDLTVDGKKFSGMSSLKIGNRFSCGGTLMIDVDLDQAAKALTPPKTKLASKGIKSVHSRVTNIRQYFLPQYRQITFDEIRQLFLEEVFQTTDLAHIRTYTMSEEDWQEVEQIAHSKFTDPKFIMGTKRDDDFFHGNHFDGLGTIEVSFSVNDGIVTHARIFGDFNQANGDLQAVENQLVGTPFKQANLEEAFRTANLSANIGQISPTEMAELMLNPNFQEVN >RHP79651.1 hypothetical protein DXA36_30505 [Eisenbergiella sp. OF01-20] MRKDSLKPISAISMPFCRLLPDICLTLIHPVLHYICLIRKYGRNESWRDKGLLFYFPGKWPRLFELSFIPG >MSZ96355.1 cytochrome C biogenesis protein [Actinomycetia bacterium] MASSTGTPATRRLGVVVIAMLATLAMCGLWFSSEDVVQGSTVRIMYVHVPSIWTAYIAFGVTALCSAVYLTGKNRSLAWDRVAGASGEIGVLFVAVSLVTGSMWGRLTWGTYWVWDARLTSTAFLFITYIGYLAVRRLGGTHRQRARRSSVLALLAVLEIPLVHFSVVVWRSLHQEATVANPNAKVELDGLMLFSLFLGLFAFTLLFVWLVLHRQRTLMLEDAFADRGLDAAIVARHKEAEASS >MCB0501525.1 tail fiber domain-containing protein [Bacteroidota bacterium] MFKNFLLCCFIGCSLSGIGQSIGIGTDYPDAQAILHIHSTDRGIFIPRMTTAQRDANITPLINTTDEGLLLYNFDDSAFNYWDGTQWIVFPSLLSGNDDDWYEALTVTSPNAIGDNIYTNGNVGIGTNDPQYSLDIFGDLRVEGGGAGHNIYGGAVGSIFIRTNSGLAIDLEEDGGSSGYFRIRNNADQNVFRVDHSGLTTIDNDLVFESTGNQIRFEGSSPVDIFLNTADNNAGLDIESQGGIDMVLDRDNSSTGASFTIKRNDDGTAAVNTLFTVPEDQTPLVYPYGIGSGETGGIRFRELEANGSDYIRLRAPNALSGAVNLTLPNTDGNNGEVLTTDGSGILSWSVAGGSDDDWYTIGGVNAPTNINDNIYTLGGVTIGDNTNAAPTNGLRSIGDVRIGYTGNAPASTPAVGSNAKLQVLATTNGDNGIFVHSQGNIGSGRGPTGVTAISEQYLGVFGISYNNGTNGYVSAGGYFAAIGSDADRVGVVGTTEVNGSGVPVYINSGFKNGVAGHSTGSGYAIYGNNTSAAGWALFAEGDAGTTSNAWTPSDKNLKQKISAIPTGLSIIHQLNPVSYQFIDGIGFPEGKKYGFLSQEVQQVVPELVKKKLLPQPTLMSANETQRIYTNIRPE >CAI2640540.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2645097.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2645487.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2645850.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] >CAI2646590.1 putative succinyl-diaminopimelate desuccinylase [Apilactobacillus kunkeei] MDQFDNRSNLVAHIGSSSKKVLAFAGHEDTVHENNLADWTHDPFIPFVEDGKIYGRGVTDMKSGLAAQVIALIELKEEHVELSGQLRFLATISEELTQGGANFLSKRGDVDDVDAIVIGEPTGQRQNNQNHHSIVYAHKGALIYTVKSIGKAAHSSTPELGIDAIDNLINYRQEEKQYFAKQTSVDDILGKTIYTPDIFEGGKQVNSIPDFAYQKVMVRTIPQLNNDQIIADLQELVDSFNQKDGYNLELEVNFSGYPVKNDADSSLVKSTQDASDEILGARLNLKALSMGTDASQFKARNEDADVIILGPGNDTAHQTDEYVDLESFYSFIRLYKQIAINYLK >XP_018906655.1 PREDICTED: uncharacterized protein LOC109036748 [Bemisia tabaci] MANTAFDSNLQLLGNNIAKCHQLIDEALKVSAREPNENSCQHRVRRLCTSQPENKRGRSVPNSTAVPKSIPSKTCTSVGHKSTTDIRTRYDKGGRTSVTSDRRPSNQASLNSGTSKNLENYKIFAGTRVVSGNKNNPPRLPKARCPPAGSVRSKSVKTRVPEKPKPWSNILREQNRGRKNSESDTDLNQCMLCDKPERDTGPTFSELSGKIKTLAESMQVMNQDRFRAQSGEKGGSTFSIFNPVRTLHFLLEELEGKIYMLSDNDVKRILVEMEETLQRIPTNLKNFSMSATDNVHSVPCEVEPPQKLSKFTSAVEETQKRLSECGERPSNENLQLKLELSCSKLEKACQEMEKACSELKKERDYFKTELQIKKKAYEELLKKESGYIATINDLKQNLVNMTAKADEHTRSIENLNVVLNQLQEENKVVSALKDLHKKLNTRVRETNQENEQIKSELQISNLEREKLALLLASRDEELKKLKRDFGEVQEFVADQLVNTSMKKDAVPSNVNLSVISVESVQQKPPNPTPESNNLTSKSSTCYRNSVPSGWHVMNSDLINSTALKSGNRTSSTDQKKNLTANNLIDSIRMLITEMKQDPVTEIKQSEQNFDVIEKYSVPHLSDVSMASQHSEHDISQISSLSGLTL >STI83942.1 inner membrane protein [Escherichia coli] MLFCFWAGAQLLNLLVHAPGVYERLMQVQETGRPRVEIGLGVGTIFGLIPFLVGCLIFAVVALWLHWRHRRQ >MBI4806480.1 efflux transporter outer membrane subunit [Desulfovibrio sp.] >MBI4958570.1 efflux transporter outer membrane subunit [Desulfovibrio sp.] MKRFGTSIVLLPLALCACVSVGPDYKRPQFDAPQNWGETARPVETAAGIEQAAWWKNLGDPVLDSLVERAVAKNLDVAQARARIAQARAEVVVVRAGALPALNAAGSTTSSYADGSVLSSTPDTSSNATVSPSTTYQGGLGVSWEIDVFGGQRRQREASRAALDASTEDFNATVLTLLGDVAKNYVELRTYQERLAIARASTKSQQENVAVTLERFKIGLISHLDVSQAQAQKSSTEADMPVLEASIKQSIHRLGILLGQEPNALKSELETVRAVPAASGVNALGLPSELLSRRPDLRKAERQLAVASANIGVAAAEQYPKFDLTMGLGLQGNVLTKFLGLANWYWSVVPAFSAPVIDAGKARAGVAKKRAVYDESLAKYHATFLTALEDVENALSAYGADEERKQSLQQAVLASEDALALARERYAKGLTSFLDVLSAEKTLYEAQENHCKSSAAVILDIITLYKALGGGWDCQEIKAVTPAA >XP_022851607.1 tubulin alpha chain-like, partial [Olea europaea var. sylvestris] GADDAFNTFFSETGARKQVPLAVFVDLEPTVIDEVRTGTYRQLFRPEQLISGKEDVACYFARVCAIGKEIVDLCLDHIRKLADNCTGLQGFLVFNAVGGGTGSGLASLLLERLSVDYGKKSKVGFTVYPSPQVSTSVVEPYYSVLSTYSLLERTDVAVLLDNEAIYDICRRSLDIERPTYINLNRLVSQVISSLTASLRFDGALNVDVTEFQTNSVPYPRIHFMLSSYAPVISAEKAYHEQLSVAEITNSAFEPSSMMVKCDPCHGKYMAC >OKZ85006.1 hypothetical protein BHW06_00460 [Clostridium sp. 44_14] MITGKIKRCIRCMRPLKEGEVCSFCGCDNRKLQTPPYCLPPGTCLNHRYYTGLILGEGGFGITYIGWDQTLSIPVAIKEYYPKGIIRRTAADRYAQGAYCYDDSYVQGAYQKGLNAFLQEAKNLAHFNQLDGVAVVRDYFTENDTAYIVMDYIDGCSVEKYIRDRGRISVEQVIQMLRPVMDTLQIMHENHMIHRDVSGDNLLVTKKGMAKLVDFGSARRMAERDQTITVMYKRGYAPEEQYRAKGEIGPWTDIYSICVVMYYMISGIMPEEATQRLVADKTVPLARLDGINITQKQSDAIEKGMAVLAEERFADMGQLLLALDQKPMTDEELQDYMMPEEPENEEGQEREKRVNRPAETEITTEMVYREMASADHDHKKQKRKKKLSIGLAAGLGVLILMLIWAGALYASHRLPGRGRNLTAAETAAPESAPAETMEPRTTATTVPEKVKGKMPKLTGLSAAKAQKKLKNAGFHKVRLKYQVVYTGKSGVVLKQSIPVDQQVKYQRRIILTISRKAKPAATVTPAPEQASSRAGQNTNTKESQSGRSSDKKNNAKKNVVGSLDALLDE >NLI10446.1 hypothetical protein [Elusimicrobiota bacterium] MSVPKNSYIVGLYAKWEVLIPSLQHSLVEDAIMEYQFEPLVRIGEKGIIEPLSAKSWKFSGDYKILRFKIDTSRRFSDGSNLCAIDFKRSWEEGLRMESKSANSSLADGLGNLKGYNRFKEKGEIEGIKVIGEDELELIFEKPVRIALVHLSGGRFSAYKKVNNRYIGTGPYVIDEKGDDVILTPNIYYRNERPKLSNVIIRVVSPDIALEKLKSGEIDAYLFSERLNLLGCEEGKLNPINCVNGQEASHVVINLNGLRGRFFSDSNHRLGFQSLIWKNIDLAKESFKGYGFIADPQSFLKFQAGRIADSEAEAIIRSGEKYINRFIKATHKQPLYLVSSNCAWAWLADFLRKEGVKLTENSNVNFTLKEDLDMYYKTFKPDIISLTASVADGDPDGLYHLLGRNGAIFSPMMERKKVCDGMEKGRKILDPLMLPAHYKKVSEDILKEVPYVHLGYFVRRMAYNGNRLKYRGSLIGRNSLSIMSLEPR >WP_249681227.1 ribosome biogenesis GTP-binding protein YihA/YsxC [Roseococcus pinisoli] MSEARDEAERASLIEAGRLLFARRCDFFTAAQGLDHLPPPEGIEVALAGRSNVGKSSLMNALTGQNSLARVSVTPGRTKQLNFFRVEESPLTLVDMPGYGYAKASKAVKEDWQGLMFDFLRGRPNLRRVLLLMDARVETKASDTAVMDLLDRAAVAFQLVITKADGVKPGALARRQAEVEALARKHPAGHPLVVTTSSETGAGIEELRAELAALVA >POS85366.1 hypothetical protein EPUL_004436 [Erysiphe pulchra] MPDVRPDVVAIVFKLKLDSLLHDLKDRDIFGKCIEDMYTIEYQKRGLPHAHILLYLHVDDLPNFAELVDELVSAQIPTDNPVLAEIVKSQMVHGSCGVDHPTSPCFRDGENSYPEYARPKNGLTWEKNGVVFDNRWVVPYNPFMTKKYNAHINAEVARDINAIKYMAKYIYKGSEKATVELQNQYDEIAMTVQGRYISPVQAVWRLMAYTTHEEKPAIMLLPFHLEGRHRVNFSQQLGPKARFFLIGWRIMRSTQTGGIYYTLTFPIFTLTPRNRMSSSSRTSRATALSLRTVDDVLECLSIHEEQVGDISRDDAISFVSSVCGADTRLARDAKCALDSVVSHLAPVCPNPKSLVKSMHECNAVLGGIQATSFFYPIATLTNASNSAYSGRTFLPEKTINSKGWSTTFASALAHYQVIDPQSIWDRFKDFFSDDCARRIQNLGDRLNPSPSYWTEEEKVHHYGLWLLGDNLRDLAAANRKTEVWTLSERLNNIDKTVPSPKLNSSNWNHWCESIQRLMYLTETARIFLPDIPTTKATTMWSAWWNSKLRESAPHIKSGELLAELTQYKSIVKIQPTKNKSIKCNYCGNIGHTENDCRKKKKVSKDRNVNVNSKVLSVVNPSDSYQLDTGSDYHVSANKDDFSSYSTSPVNVQVAGGDQVKALGRGSLNFPSLNNQKDVLHGAIHIPGQKQTILSTSQFNSIRWPSGYCKIELIRPNGSLCATFQRICGRLLYKPTVSNSDPPSVYSVARDWHSILGHSGQYAQRIMLKDAGIHNYKSQYNYEICIKSKITKCKGHGILRNVTSFGEALHMDLVGDKSVPNATWFLLAVDEFRAWKWAWPIFSKKTVPTQIRYLLENLKTKFGITPKRIHTDSGTVFQNSNLQGELLSRGIEWQKSSSHAPKQNGIVERNVRTVTEKMRTFHLQSGLPLKLWPVILNADDTEDTAGI >WP_079908511.1 MULTISPECIES: hypothetical protein [unclassified Paenibacillus] >MBE1441206.1 1,4-dihydroxy-2-naphthoate octaprenyltransferase [Paenibacillus sp. OAS669] MAVKNLLAALIGLLFVFGPHWIDLTHESAVITSVVFGSLQFIASLLAFIFKASGWNSWLNWISLLAGIWFVIFPFAYLTGLGEYVIYVVLGITSVMLNYYTMNEE >MCF6390562.1 SDR family oxidoreductase [Mycobacterium sp. MBM] MSTSSSVSGDTVNLFDAFSYRGRRVLVVGGATGMGNATARLALDAGAEVVVMDYAPCDLPGVRAIRLNLADKASIDAAVAECGGTVDALFACAGVADGPGIERINFIGHRYLIDRLRDNAMLPRGSAIGFISSAAGLAWRSNMAQVSEFLDIVDFDAAAAWAVDNGCAHYMFTKQAVCAYVAREAMSLMSEGIRINAICPGPTDTPLAQANAELWLDFGADYRAEVGVDAATPLEQAYPLVFLCSPAASVVSGITMVTDSGYLSAGITEVFPAGTPMATMLLDG >WP_127953526.1 LPS-assembly protein LptD [Helicobacter pylori] >RVY46066.1 LPS-assembly protein LptD [Helicobacter pylori] MIYWLYLAVFFLLSALDAKEIAMQRFDKQNHKIFEILADKVSAKDNVITASGNAILLNYDVYILADKVRYDTKTKEALLEGNIKVYRGEGLLVKTDYVKLSLNEKYEIIFPFYVQDSVSGIWVSADIASGKDQKYKVKNMSASGCSIDNPIWHVNATSGSFNMQKSHLSMWNPKIYVGDIPVLYLPYIFMSTSNKRTTGFLYPEFGTSNLDGFIYLQPFYLAPKNSWDMTFTPQIRYKRGFGLNFEARYINSKNDRFLFNARYFRNYTQYVKRYDLRNQNIYGFEFLSSSRDTLQKYFHLKSNIDNGHYIDFLYMNDLDYVRFEKVNKRITDATHMSRANYYLQTENHYYGLNIKYFLNLNKINNNRTFQSVPNLQYHKYLNSLYFKNLLYSVDYQFRNTAREIGYGYVQNALNVPVGLQFSLFKKYLSIGIWNDLQLSNVALMQSKNSFVPTIPNESREFGNFVSSNFSMYVNTDLAREYNKLFHTIQLEAIFNIPYYTFKNGLFSQNMYALSAQALNSYTSPLLRDYDYQGRLYDSVWNPSSILPSNASNKTVDLTLTQYLYGLGGQELLYFKISQLINLDDKVSPFRMPLESKIGFSPLTGLNIFGNVFYSFYQNRLEEISVNANYQRKFLSFNLSYFLRNNFSSGINSIVENPADYLKAGFSNDFGYFSMSADVGYDIRNNVVLNWNVGIYKKIRCFGIGFQFVNQRRPILTGDPNQPIRVFENNYVKLELDFSPITKTNVTYRSLQRK >SFQ01701.1 hypothetical protein SAMN05421854_108188 [Amycolatopsis rubida] MSTVHPMSRVEFTRASRTGMGAAIRSTRDVPAHRRRTGPHPRPAHAPRGDGAHRPRPGCRSARADRPLPRPLHHRRVPRLDLAPLHRNHPRRPGDHFPPHPRPPAARSSTRLACAPGRRLRRVRGRREPRPAGRHLLPRQRIHDRDRQAMGHTPITTTLPTLTNHPGTTRWAHTHLNNTNPVMDPTGPEHAAALQAGAELPPLGTEFALQPETARSACEPVVRGTLRECFETRVVSR >MBO5336885.1 alpha-galactosidase [Lachnospiraceae bacterium] MIREQNLTFELSTPNTTYAFRVTETGHLEHLYYGSRITLYNPVYQENSDINTRLTECLLEKHSFAPGNTNVYDGEHKNFSLEDMCLEMSSYGKGDIREPFLEIIHEDGSFTSDFLFKDFTITQGKEPFLTLPGSYDENNKVEHLCILLYDKQYDMELELHYYVYEDCDVLTRSAKLCNCSDSQIKLQRLMSLQLDFSDADYVFTGFNGEWAREMHKSSNLVSSGKHVNASYTGTSSSRANPFVMLGREHTTEDFGECYGFNLIYSGNHYEALEVSGFGKTRFVSGINPQSFCFLLNPGDTFEAPEAVMTYSRKGYNGMSSQMHAFVREHIVRGEWKRKPRPILLNSWEAAYFDINESRLLRLAKAGKEAGIELFVMDDGWFGERNDDTSSLGDWQVNTKKLPKGVDGLCKKIKALSLDLGIWVEPEMVNVNSRLYEAHPEWVLQIPDKPHSEGRNQRILDLSNEEVQDYIIQEMSKLFSSAEITYVKWDMNRTFTDCFSQNFSPERQGEVAHRYYLGLYRCMKELTKSFPHILFEGCASGGNRFDLGILCYFPQIWASDNTDAICRAEIQNGYSYGYPMSVVSAHVSACPNHQTLRTTPLETRFAVAAFGIFGYECNFCDMKKEDMAAIKAQIALYKEWREVLQFGAFCRGRSFGDHTSQQGYSVLKNGAGNTMEWTCVSPDKEKAVGMILQRLVVPNTTYGYYQAKGLASNQVYHFYNRILKYDLKGFGDLVNTVSPVHIKQDSLAHNLIAKFVKMDGEIEDTYAYGDTLMYHGVKLKQSFAGTGYNNDVRFFQDFCARMYFMESLKE >HCG9411603.1 phage tail protein I [Vibrio parahaemolyticus] MEPVSILPPSVSELERDLELALARIEQVEIPIATLWNPWECPLEVLPFLAWALSVDLWRTDWPETVKRRVVDNSLNVHRIKGTRPAVEKALSDLGASTDLVEWFEKAPEGEPGTFEVTAWANENITPGEEAMLNPEMYDQIRRAIVNSKNTRSHFEFKVGARFSSNQILAANAITGLAALARRDAQSVQEPLESRASIRAASSFGGANLSRRDAEAKINAVPKLSTFGVVGCVRGAAVIYRQMEATA >QUM20585.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLTTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSXXXXXXXXXXXXXXXXXXXXXXXXXXNDGVYFASTEXXXXXXGWXXXXXXXXXXXXXXXXXXXXXVVIXXXXXQFCNDPFLGVYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAGAXXXXXXXXXXRTFLLKYNENXXXTDAVXXXXDPLSXXXXXXXXFTVEKXXXXXXXXXXQPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGSTPCNGVEGFNCYFPLQSYGFQPTYGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIDDTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSHRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPINFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNQNAQALNTLVKQLSSNFGAISSVLNDILARLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTHNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >AAF62532.1 RNA-dependent RNA polymerase P1-P2 fusion protein [Cereal yellow dwarf virus RPS] MGPKKLSFSVFLWLMCFLSFSQGNHTGMATGSDFPSPTTLIYSGGVWPLVTPHSSPVAGEKCTLTCAPCPVRSITEPSYKELLQQLWVKAWLDSRALCFTAIDSSSRFLSHAYELSSATARALFGQVLWFAVYLWTNVLLQTARIVCSVVASYYLQVASLISLGITTSWIYKILRWTFGTLPASLCIRLGKSICRVLTCRKFFNEKSVAGFDSYSIPQSPPKKSVITLRRADKTHVGFAVCIRLFNNSNALVTSEHNLREADAFYSPRTGRAIKLAEFKVIFKDADLDVAIVAGPDNWESAFGCGSVHFTTHDRLAKCPAQIYVIDGEDWRAHSAKVVGHFDNFAQVLSNTKPGFSGAGYFHGKTLLGVHKGHAGKDYNFNLMAPLPAIPGLTSPKYEIESDPPQGLIFPSEVAEEITKTIQSVYNDFLKLDKSIHSKGKEWKGGVAWADLEDEVRKVGKRQGGRVRRTNRSTKSQGRYKRNKESCCTFFAEGTAAPRCIPTHTHNLDDNPMFSRCYCNIPGHKCPFWDVSARRDAELNEFARTEDRHVEDREIDNRSGRCTSSEETSRQARLQQETRAWQQYFADVYTWEISTSEQEVPGFQRVGKLSPQYYPRARSTTAWGERLCAEHPLLGEKTKGFGWPAVGATAELTSLRLQAARWLERSESAKIPSDAARKNVIDRTVQAYSNCKTNVPRCTRDQLNWDDFRIDFLEAIKSLQLDAGVGIPMITAGLPTHRGWVEDPDLLPVLARLTFDRLLTMSKASLETRSPEQLVKENLCDPIRLFVKQEPHKQSKLDEGRYRLIMSVSLIDQLVARVLFQAQNKSEIALWSAIPSKPGFGLSTEDQVESFINVLADTAGARPEEICDKWRDLLVPTDCSGFDWSVSDWMLADDMEVRNRLTIDCNELTRHLRAVWLQGISNSVLCLSDGTMLSQVKPGVQKSGSYNTSSTNSRIRVMAAYHCGASWAIAMGDDALEAPDTDLSKYKDLGFKVEVSKELEFCSHIFKSPTLAIPVNANKMLYRLIHGYNPECGNAEVIVNYLNAASSVLHELRHDQELCALLHMWLVSGITTKDN >CDS15483.1 tRNA specific adenosine deaminase 2 [Echinococcus granulosus] MVHLFENLGFKKKSQIGLNHRTLSSLRMDRAFELAEEALNDGEVPVGCAFVYDGQVIACGRNETNVCGDATQHAEIVAIKRLEQWCAKNDLSLESVLPKAVLYVTVEPCIMCTAALRFGLPVQPKWNDRFGGCGSVMNVSTDDSLRSPLSCKFNGQSDRSINLLKRFFEQENWNAPEEKRCKKTSRDHF >MCQ2831693.1 Ppx/GppA family phosphatase [Helicobacter pylori] MAKITTVIDIGSNSVRLAVFKKTSQFGFYLLFETKSKVRISEGCYAFNGILQEIPMQRAVKALSEFKEIALKYKSKKILCVATSAVRDAPNRLEFVARVKKACGLQIKIIDGQKEALYGGIACANLLHKNSGITIDIGGGSTECALIEKGKIKDLISLDVGTIRIKEMFLDKDLEVKLAKAFIQKEVSKLPFKHKNAFGVGGTIRALSKILMKRFDYPIDSLHGYEIDAHKNLAFIEKIVMLKEDQLRLLGVNEERLDSIRSGALILSVVLEHLKTSLMITSGVGVREGVFLSDLLRHHYYKFPPNINPSLISLKDRFLPHEKHSQKVKKECVKLFEALSPLHKIDEKYLFHLKIAGELASMGKILSVYLAHKHSAYFILNALSYGFSHQDRAIICLLAQFSHKKIPKDNAIAHMSAMMPSLLTLQWLSFILSLAENLCLTDSHHLKYTLEKNKLVIHSNDALYLAKEMLPKLVKPIPLTIEFA >MCQ2578417.1 hypothetical protein [Treponema sp.] MKFYSIDNSVEETTTLSQEYKSAHEIGVIRVGETCLFFKKLLKTYYIKYSNLYRAYRRVLLVPAKMCCGSGDLPVENLVIHNSKDEEIAVISVPGAKAGVLLLEEIKQKSPDTILVCPEKPKAEKLPGKSVKSQQAYKAKTTTGAEK >WP_107894076.1 ABC transporter ATP-binding protein [Lysinibacillus mangiferihumi] >TKI63558.1 ABC transporter ATP-binding protein [Lysinibacillus mangiferihumi] MGVNILEVKDLKIGFKHDKKEIAIVNGISLQLEKGKTLGIVGESGCGKSMTSLSLMGLLPSGVDWQNGDIYIDQIQINKNLKKDWRKIRGKKISMIFQEPMSSLNPVYKVGSQIVEMILSHESISKKEAHERAVDMIRLVGIPRPERVVNEYPHQLSGGMRQRVMIAMALACNPEILIADEPTTALDVTIQAQILELMKDLQEKLQMSIILITHDLGVVAEICERVIVMYAGEIVEEATVLNLFNHPLHPYTKGLINSLPNIDAEQEYLSSINGVVPAPADMPLGCRFFDRCEFATDKCQNKPSLFTTNIGTSVRCWIYENGELEGGM >WP_237962375.1 cache domain-containing protein [Aliarcobacter butzleri] >MCG3675252.1 cache domain-containing protein [Aliarcobacter butzleri] >MCT7620373.1 cache domain-containing protein [Aliarcobacter butzleri] MLTNLTIKAKILILSLIVIIVVTVSITIDSIISIKNLSGKNIENYKKEAYLKKEVELKNYVTLAYKIVEIYYNKVDADKSNEKEIQQEALKAIADLKYANNDYFWINDSSPKMIMHPINAALNGKDLSSYADPYGKKLFIEMAKISTENKSGGLVKYWWDKPNKKNDPKEKFSYVQKFEPWDWIIGTGAYVDDVETEVALMKDIVNKEIENIIFNLLVFSLVLAVIFIFIYNYFVNQAIIKPLTNINEAIVDMTDGKGNADHIDKKSNDEIGKLTDSFNNYIKKLKSGYMEDAKVIENVDEVIEKVINGFYVYKVETESSNPQIEKLRNSINSMIEKTNQNLLGLNNILIDYGSSNFSLNDSKIDTSKVGGIVSSLVASTQLIGASVSEFLSMIVNSGKKLNEDTELLSTSAGKLSDSASTQAASLEETAAAIEEITSIVKSTVQKTKTMSSLAEQLQLSSKDGELLASKTNKAMDDIDNQVNSINEAISVIDQIAFQTNILSLNAAVEAATAGEAGKGFAVVAQEVRNLASRSAEAAKEIKNIVEIATSKANEGKAIANEMINGYTILNSKINETINLIEDVSRGSKEEEKGILQINDTINALDKATQSNASSAIDISRLASEVSNLSKNLLKIADRAKFNKINQKEIEDIDLVFTVSKLKNDHVRFKLINLSKIATTKTAWSVTKPTECDLGKWLIEQERNAKHFTKTQNWKDLKTNHEIVHSSIQEYINEECKDSSNNEVLNSLAHKMDNAIFEVFKGLDQLKKDNLFEAKVERNTLEITQNTTNEKTSKNDEWESF >KAH8980086.1 hypothetical protein EDB86DRAFT_3137838 [Lactarius hatsudake] MVLGLRSRWWEASPRAGQRRRGLVSEVTGSERREWGRRRSRRYRTSRRTRPKRIRLPIRCRSYAGCAGFPENGIGIGPTKRFMASEIDVVMSSGRRKSGVEVTVVSRYSRRCARSWGHGSVYLLRAGLPVSDAESIYLLRAGLTTLCVPMTLLRSQSKGPARRVRCSRAMTGLSRGATQLREAALRSFGLQDDERWGWYPLQRTMVTSVPATRRTPLWTAGVWTVDFLAVLREVNWTVNFLVTLREVTVDLTGLPRDAARGDGDETRTGHEKVGLAPTERDDDEEGLAPSTAGLTRQDGDYTPAARENGFSLILRSPRSFHETGRRPARPYNVYRPRDASLRSSKGLGNRAGR >WP_205541900.1 TetR family transcriptional regulator [Pectobacterium punjabense] >MBN3136807.1 TetR family transcriptional regulator [Pectobacterium punjabense] >MCE5378574.1 TetR family transcriptional regulator [Pectobacterium punjabense] MTDQSKIQGNVMARKKTIENDLILDAAEKVLLRDGVHRFTLDAVAAEAGISKGGLVYSFPSKDRLIMTMLLRELARFEQEAQQQTARYTGQPYADVLGHITAIAQEEEETTSRAVGLLTALVHSPSMLAPVREFYRIRLDRLRDSTPAMRRIRLAFLATEGVFLLQGLGFVTLDHAERQTMLDDATSLFQPDDAKYTVIAPPLSVPQAMQPAFSARETPIVLAGETTSERAIAWLAEKGVTPSGKGLETVHPRAAHIVETATNLIKRDGISALTHRAVAHNAHIPLGSTTYHFTSLDDMLNAVMISAIALFRDDMFSWFYTRRHDDPCDVLTDFVMRGIEDIDELAREYELFTAAISRPSLRPIALEWSNTVVAIIKMVAPDSAALPLGTLLNGFFIRALLEKHERTLPRDLVYQSVSGLYNAFR >MCF7917901.1 hypothetical protein [Candidatus Gracilibacteria bacterium] MNNEEGLMNNHCGELRIRSIARAQFFGSRIVKTGVCDGIRSVEWISTIYSSKFLRGGQAIVMFFEFPATNPERAFDLPAIVTKITFGLVLCFSRMANPFFASLGAEAAINSTEYPFSVNGFFISSAKGKSFSEPQMITTLVMKCMGNQ >MBQ7693256.1 ATP phosphoribosyltransferase regulatory subunit [Oscillospiraceae bacterium] MTIDTEIFNNEEKISFALRALCRERGFKPYRMRRFEEYELYMKNKDFLLSPEVISFTDTNGKLMALKPDVTLSIVRAWRPASDGAQKLYYDENVYRVSERTGGFREIRQAGVECLGFRDEACIRDVLSLALESLARISGEYRLCVSQLDVVEALLDALALSDDARAEALRCMGEKNVHELRALCESAGADPAGAERLCRLTLCSGAPGDAMEELAAIGLPEAALRAVERMTDGLPPERVSLDFSILGDMRYYNAIAFQGYVRGVPSSVLSGGCYDRLLTRMGKPGRAVGFACYLDKLERLEEVGEHA >WP_085451092.1 SMI1/KNR4 family protein [Bacillus toyonensis] >OSM10368.1 1,3-beta-glucan synthase regulator [Bacillus toyonensis] MHNVIFERLSSIYGTDAKVIRTGSRLFGNIDEHNWMNVVNPPLNSEEINQFENEMELVFPEAYKKLLSLMNGSLLANLVRIAGTPKIKGISIEEQYYQPFDLASFQQLYFSKKMPDTYFVFADSLSLGTIYAISEENRVLELHLRNKKVLRDLGTMDEWLDLLLEEARIDYK >WP_054059514.1 MULTISPECIES: HPP family protein [Pseudomonas] >KPA96104.1 CBS-domain-containing membrane protein [Pseudomonas fuscovaginae] MPARWSRRLLPPSLNTRPTEWSRAAIGVALGTLISVWACARLFGLPVALHLIGPLGASAVLLFAVSSGALAQPWSLIGSYLCATLASILVVHFLDRSLGSAGLAVCLAVLAMCLLRCLHPPAGALALLMVIADPDTVALGWRVVEPVMLAATCLLAVAIGYNNLTRVRYPKVHVEPPRTFINPPRPGEPLGITREDLEQALAQMEAFIDVTAEDLEQLISACEAQARRRSIGEVFASRP >OMH39194.1 hypothetical protein BGP75_04430 [Motiliproteus sp. MSK22-1] MSHWPQLTCTCQVLGVKLLGASVYEVRLALPELGEELGFHAGQYLELVLEDGKAVPYSIASAPKKDEIELHILNQEGGLSEKVLELFNSQPAVQVRMAMGECILYPDHLDAREELLFVAAATGFGQMKAMIEHALDEGVKNPIHLYWGVRAQEQFYLKYLAESWANEHPQVHFVPVVSEELENWEGRSGFVHTAVIEDFDSLDNVRAYVCGSPQMVYAVEDAFLEHGLKEGRIFSDVFAYAPRSA >WP_265245651.1 transporter substrate-binding domain-containing protein, partial [Klebsiella pneumoniae] MDAVFLVACSSQSSADKNWEKIEKRGSIKVATAGTLYPQTYHDDDNNLTGYDVEILKEVGKRLKLKIDFTEMGVDGMLTSVNSGQVDIANYSLEDENTNIKKFLRSEPYKYSFTSMAARESDNPGI >HHT71325.1 phosphate acyltransferase PlsX [Bacillota bacterium] MKIAVDAMGGDWAPREIVKGAVQAAATLGARIILVGNPDQIAALETEVGLPAPGVEVIPAWQQVEMSDKPVYALRHKKESSLAVAAALVRNGDAGALVSAGNTGATMAFSLRNFGRLPGVDRPGIAIPMPTTRGYCMFIDGGANLEAKPRYLLQFAYMGSLYVQSVLGWKHPKVALLNVGSEPEKGTAVLQDAYKLLNASGLNFIGNIESRDILSGVADVVVTDGFSGNLILKFAEGLATALLDMLKTEIKQSGLGVQLGAYLTRPAFQNLKKRMNYEEYGGALLLGLNHPTVICHGSSRARAIFNAIRVAQESLSQNVTGKIADLMREEPEGSRENK >WP_266882648.1 hypothetical protein [Streptomyces sp. NBC_01264] MTSAGDRLVATTRLRDRARRQEQYEAHYHEARVLLLIDRFTGAKKGLDGLTKLAKLDFLLRYPAMLERLLAEEGIPWPDGAQPTSAERLSVESRMTRYKYGPWDHRYYTVLGSLAARDLITYSGGDRAEFRITASGAVAAAMLAETDEWSVVAKRITLLKKHFNKSGTTLKTLIYDRLPDAVDRPWRTEI >WP_058002390.1 MULTISPECIES: DUF5590 domain-containing protein [Bacillaceae] >OJH18651.1 hypothetical protein BLX88_10600 [Bacillus obstructivus] >MCI1592416.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] >MCI1612315.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] >MCI1745387.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] >MCI1761945.1 DUF5590 domain-containing protein [Heyndrickxia oleronia] MKKWIIIAGLCILVIVGVSVNVYFQSMKPISHAKDFAEKKAREKANLTSMDQFYLYNGDITYYVAVGKQKNGKKVAVWIPEKNSDQITIEKWSDGISKSEAINTVMKKEKPAKVLGSRLGMLDKEPVWEISYLDHSSRLNYAYVYFLKDNDKTPYMITNI >WP_149771049.1 MULTISPECIES: DUF1801 domain-containing protein [Mumia] >KAA1419826.1 DUF1801 domain-containing protein [Mumia zhuanghuii] MGTVDDYVSELEEPRRTVIAALYAAAAEAVPEAEQGKGYGMPALVYRGKPLVSVMATKKHLSLFPFSSDVVAQFEKDLDGFDTAKGTIRFQEEEPLPTGLAARIVAARRAQIDG >MBQ9456987.1 YigZ family protein [Bacilli bacterium] MARLPFAPATGEYKCLGSTFDGEVGPLSDETSFKEIYDSFKKRFPKADHYPYAYRLKDRGKSSDDGEPGSSAGRPLLSLLEEKDLYGYLIVARYFGGTKLGIPRLRRSILEAAELAISSARLGVEKQVYSYHLEVDYSAYQTILRLSEKYGFSLKETAFGIKVETTAISSAKLHPVFEKAGLSLDLLQDEQTITIIEEKVS >WP_245384442.1 FAD-dependent oxidoreductase [Streptomyces griseochromogenes] MYRRPPGRRPRVRTVAVVGASLAGLSAARSLRKQGYDGRLVVIGDEPHRPYDRPPLSKEFLAGAIGEADLALERDDEDLRAEWVLGTRATGLDRAERAIRLADGRDIRADGVVIATGAAARTLPGTDGLAGVHVLRTLDDARALRDDLARGGRLVVIGGGFIGAEVASTAYALGLDVTVVEAAPTPLAGPLGETMGGIVSALHADHGVRLLCGVGVKGLSGEHRVDAVLLENGRGVPADTVVVGVGARPCVDWLRGSGIELDNGVKCGADGRTGVAGVIAVGDCANWYDPRAGAHRRVEHWTGAMERPDAAVAALLAHGATEPGVPRPPYFWSDQYGVKIQFAGHATGADSVTVEEGTTDDRCFLAVYRRAGRPVAVLGMNQPRLFTRWRKQLAAAP >ATN35154.1 hypothetical protein ACO34A_15220 [Rhizobium sp. ACO-34A] MVHCRNGCAMHSWRTCVKLIYDKIAEDPRFGELVRRRNRFSIILSCIVLAVYIAFVAIAVFNPALFSMPISGGSSWAFGLIGGFVIQVFAFLMTGIYTARANGEFDALAKDVKEAAQ >MHQ93786.1 hypothetical protein [Escherichia coli] MELKLKNITSYKKDSFTTLNLSKKINILYGHNGCGKSTISNYFYNPNNTDYKECECPFIDTFRLLVYNTKFVEDNFYNAKEQKGVFTLSKENADIEKELLEKEAIRQDLLTKYKDKKNVIERLIKDKNNKENEYIDLIWNKAEPFRSSDLKILMKGQLGSKRSFYEQVKKAPQTTDVNIESLAQEYSILLKNKDKFTASITPLEKYIISEKDKEFLSTPIIDSSNSYLSETIKQLQNLDWVKKGKELYLNGTCCPFCQEDTIKDKFLEAIESIFDDSYSKKVDQIRIIRSSYESATIDNLKKIKQEISSCELITSKEKDITSSHIALLEEIANKNLKLMLDKINNPSISIILESNNDLEAKVVDNITEYNNRIKEINIKVKQFKNSEKSIRYKIWGAIRELCNAEFEAFSKYENDYKIIYEQYQLELNAIKEQGDNNNKKIKELRDQISNIDATIDSINQRLKLLGIYGFSIKKHTESNDKYIISRSENTTDKDVYRSLSEGEKTLITFLYFLECCKGKTDKNDTDMRDVFIVIDDPISSLSQNYVYDIASIIHHEIINNNKAVKKTLILTHNLYFFHELIKLAPRSKEDRTFKRDYYLGRVTKNEYSIITEIEKKSIQNEYQSLWQVLKDAKDGKVNKVIIPNIMRNILEYYFAFVHRTDALQTELNKLASDDKNNDFRAFYRYINRGSHSDAVNITDMGDISPEKYMEQLKTIFRMTGDEKHYLKMMDEEEEEEETVTA >XP_023589550.1 ATP-dependent RNA helicase DDX54 isoform X2 [Trichechus manatus latirostris] MAAGTRPAAGSRSRAAMAQWRKKKGLRKRRGAASQARGSDSEDGEFEIQAEDDARARKLGPGRPLPTFPTSECTSDVEPDTREMVRAQNKKKKKSGGFQSMGLSYPVFKGIMKKGYKVPTPIQRKTIPMILDGKDVVAMARTGSGKTACFLIPVFERLKAHSAQTGARALILSPTRELALQTMKFTKELGKFTGLKTALILGGDKMEDQFAALHENPDIIIATPGRLVHVAVEMNLKLQSVEYVVFDEADRLFEMGFAEQLQEIIGRLPGGHQTVLFSATLPKLLVEFARAGLTEPSLIRLDVDAKLNEQLKTAFFHVREDAKPAVLLHLLRAVVRPQDQTVVFVATKHHAEYLTELLTTQRVTCAHIYSALDQTARKINLAKFTHGKCSALIVTDLAARGLDIPLLDNVINYSFPAKGKLFLHRVGRVARAGRSGTAYSLVAPDEVPYLLDLHLFLGRALTLAHPHEEPSDAAGVDGVLGRVPQSVVDDEDCGLQSTLAASLELRGLGRVADNAQQQYVRSRPAPSPESIKRAKALDLTGLGLHPLFSSSFEEQELQRLRLVDSIKKYRSRATIFEINASSRDVSSQVMRAKRQKDHKAIASFQQGRQERQEGPASTAPSTQAPSVPAMSDPALVKNKPSGEEEEARESVEDVFTEIVGQKRRRLGPDRGVKRQRAEARQQERDFYVPYRPKDFDSERGLSVGDSGAFEQQVAGAVLDLMGDEAQNLTRGQQQLKWDRKKKRFVGQSGQEDKKKIKTESGRYISSSYKQDLYQKWKQKQKIDDRDSEEEGPSERRGPERRGGKWGRGRGASQPCTPGPAAGRVHSELKTKQQILKQRRRAQKMRFLQRGGLKRLSARNRHRVQVLQQGAFGRGTHSKKGKMRKRM >MBO5287652.1 hypothetical protein [Clostridia bacterium] MEENEKSTGKIIGTVIKFTLALAVFAFIFALVFRMCQADYKALEGTEITESFKSAYAVSDDVRTHAINDNFSENGAVYGYSLTYIEEAGYLQFTVRYNVRHIDEVILSYPEFKEESIRYELVDKNGKTYAPNIIGEETKYNYHYFKLEFTNVDFSTENLSVKMILDGIDINVGDKSTLVVHRSDDTSIPFILSDEQMSLINK >WP_040009751.1 hypothetical protein [Francisella sp. FSC1006] >AIT09657.1 hypothetical protein LO80_06560 [Francisella sp. FSC1006] MLYKQIHLSTSYASCPIDDPNYALSVDTYIIKEDKQDSLFIELDSIFEYTNIKDIDSIINEIKAVKTALLYKENINNQTKRFVYYKHLNPALAIAHFYLKKNGNDSSKLKDAMGILYFNIVLEWRKQDSDLVKSLDLFFR >WP_197201326.1 YeeE/YedE family protein [Cytobacillus firmus] >MBG9657198.1 membrane protein [Cytobacillus firmus] MRLAQVEVKSKSWVSAPTTVVSNLNPIQKPFVAAGVLAAIILFISIINTANMTQGVLFIIGIALGMTLLHARFGFTSAFRRFASVGNGQGLQAHMLMLAVASTLFAIILSTGFSFTGIEPKGYVSPVGVSVLFGSFIFGIGMQLGNGCASGTLYSVGGGQSSMILTLISFIVGSTIGAYHFSFWMEETPALPPISLATSTGLGYGGALVVQLALFALIYWVTLQIAKKRKAPMMKALPTSAGWKKILRGSWPLFAAAIVLALLNALTLTVRGTPWGITSAFALWGGKTLMAMGIDVTSWGYFASDPNLAALKNTVLADSTSVMNFGIILGAFISAASQGTFKPGKIKPGVAGAAIVGGLLMGYGSRLAFGCNIGAYFGGIASFSLHGWVWAIMAMLGTGVALFIRPLFGLKNPKSTDSVC >WP_015314674.1 MULTISPECIES: SDR family oxidoreductase [Mesorhizobium] >MBZ9929936.1 SDR family oxidoreductase [Mesorhizobium sp. BR1-1-5] >AGB43202.1 dehydrogenase of unknown specificity, short-chain alcohol dehydrogenase like protein [Mesorhizobium australicum WSM2073] >MBZ9684781.1 SDR family oxidoreductase [Mesorhizobium sp. CO1-1-2] >MBZ9697120.1 SDR family oxidoreductase [Mesorhizobium sp. CO1-1-9] >MBZ9726480.1 SDR family oxidoreductase [Mesorhizobium sp. CO1-1-11] MMPSARFADLEGASVLITGGGSGIGAALTEGFMRQGAKVAFIDIADKPSIALADRIEEELGRRPLYLRTDLRDIEALRASAAKAAEAHGDVTVLVNNAAWDERHAVEDVTVEFWDNNQAINLRPHFFTAQAVAPGMKRAGGGSIINFTSTSYLINHPDLPAYTAAKAGILGLTKGLAGKLGPDRIRVNAIAPGWVITERQKQLWVTEQALAAHVAKQCIRDVMRPDDMVGTVLFLASDASRMLTAQMLIVDGGFL >CAG8151748.1 unnamed protein product [Penicillium salamii] >CAG8360570.1 unnamed protein product [Penicillium salamii] >CAG8397145.1 unnamed protein product [Penicillium salamii] MIIPGHSLLPRIIRNVKAPKLQAQPCGVDLTLKRVLRWTSPGVIDLDNKFRQTASTEEIHFPSEFLDLGHGSYLVEFNETISVPLDAMGQVFVRSSLFRSGVLIHAGVMDSGYEGVVGALLQVVNPAGLRVYPSARLAQLVFHQMSEKVEGYNGTYQGTTQMGGETEV >WP_202269095.1 MULTISPECIES: hypothetical protein [Arcobacteraceae] >MBL3520417.1 hypothetical protein [Aliarcobacter lanthieri] MRIKNKKSLYEPTNLQDLSKQIKKKVVEKQLNIFQKIFRFLFKKKS >WP_248403399.1 FeoA family protein [Butyrivibrio fibrisolvens] MSLCEVENNGTYRITSLNLEDANGERLKSLGLKQGTEVKVISRKKQGSLIIESCGRQIALCKNFASAIDVE >EWZ28924.1 hypothetical protein FOZG_17362 [Fusarium oxysporum Fo47] MHCKLLECWRPLGISISLPGNRCCTFWLYYLATSLLGLGLLLLLALPLCPKSTVNCFLVSFKVLIKMSDAGGDHVSQSKPYSEARTRERISGPENSSNHHNCPPSLSINANRQPMSSDEEDDNNYFSGPRDLQRHSKWPLILQLHGSIMPSLILPLLLVACWATAITVISKMVHDLSVNSVLLTILGFVVGLSLSFRSSTAYERYAEGRRYWGTLATASQTLGRIIWIHADDSGAGGQDPRELLIKKLGALKLIAGYAVALKHTLRFEHCASQPDMQPYIAHLDTFAGKTTAPTKRVTNFSKFAGEYLGLSFAQSDPRKHLKRAEEHQGNLPLEILNHLAITLDSIIANKQLPVSIHQTIAYNHLTTLNDVAVGCDRVLNTPLPVAYTIAISQITFVYVMLLPFQLTGPLGWIAIPATITAAYIIFGLLFIGQEIENPFGRDVNDLPLDVFCEQIANDLDITASFDRRASDHFLLRGAPLHPVSCAVGHTWMDRNEEKLRESIRNKPHVLFSWRRQGVARLSARDNETKEVARDVV >WP_139573954.1 GNAT family N-acetyltransferase [Microbispora catharanthi] >KAB8186005.1 GNAT family N-acetyltransferase [Microbispora catharanthi] MTEPVGFKRFDAAGAREQREVVSLIHRDAYGERIATGDAFASDQAFMTRFDAYTSRDGFDLVMAYVGDEPVGQAWGWPLPPDTRWWNGLEAEPEPGFIVEDGSRTFALSEIMVRRAWTGQGIAHALHDELLTGRGERRATLLVRPENTTAYAAYVRWGWQPVARLRPGWPDAPLMDVLILPLPLAR >WP_138838620.1 DUF2024 family protein [Muricauda algicola] >TMU50952.1 DUF2024 family protein [Muricauda algicola] MKIAVWDTYVEREDGITMHFDILVPKELTDEGRIFSYGQQYLGTKTFKTGTLTSNECRFCHIQSVQTEVEDEIRTKGYYIVEMENCS >CAH1454680.1 unnamed protein product [Lactuca virosa] MPSIEHAEHCWSPNYRRHMDENHSNGVINEDMAINLLQTQLELSLIREDFQDQLCELRQAVKRDLDAMNREVDDVRAGQLDILNIVVDLKNNFVSLQGAYVKMVFQHNKRKKLKYCTGTVGVVTVSVVTYMFFN >MBR4964110.1 ROK family protein [Alistipes sp.] MKKKLAMGIDIGGTNTAFGLVDEDGNVVAESKISTDKYRYYDDYKSYVDALAAAMKEVISLQPECDLIGIGVGAPNANIHTGLIETPANLWKFEDPADPRPNSIRIFNFVEDLGKHFNGVKVMITNDANAAAIGEMVFGNAHGMKDFAMITLGTGLGSGIVCNGEMVYGHDGFAGEYGHIAAESRETGRQCGCGRRGCLEAYVSATGIKRTAFELMATMTCDSELRSIPYDKFEAKMLSDAAAKNDPIALEAFERTGKYLGLALADLTATTSPEAIILFGGLANAGDYIMRPTYKYMEENQLMVFKGKVKLLMSGIQDKNVAILGGAALIWKQHLEAVIENY >WP_246303703.1 M23 family metallopeptidase [Agromyces hippuratus] >NYG21307.1 murein DD-endopeptidase MepM/ murein hydrolase activator NlpD [Agromyces hippuratus] MHRSPGLSRPFRVQRTRPDGLAVAAAAAVIVLGISGISTASAEEVVATEDAATTSETTTEDTGSTDTGSTDTGSTDTGSTDTGSTDTGSTEPAPEETEPPAPTEEPTESPAPTEPPVTPTPTPTPTPTPTPTPTPTPTPTPTPTPTAPPTTKPTTEPSAPVATPRAPLLIGSGPYARIARGSDPQLSSLLGARTALDRATAALRTAEAELETARSTQAAARALATQLQEQADEARADADAAGAAAFAASRGGDTSLTSMAAAFGSGKDLLAGLGGVARVDQITGDAEKLQQIAQKRSDEADAAEQRAADAWAAVDAVPVEAAEAAVAAAERDVKSARSDLSGLRARVAASSVSLIDSLPRDAGQLSDQGWAPPVSGSQTDGYGPRPNKPLAGVNEFHRGTDVASSCGSPIFAATGGIVVEARASGSYGNWILLEHGSGVSTGYAHLSDGGILVSPGDEVAAGQLIGTVGSTGASTGCHLHFEVRLDGTAVDAVPFMAARGIRLG >WP_135287436.1 histidinol dehydrogenase [Pseudomonas kairouanensis] >TFY92524.1 histidinol dehydrogenase [Pseudomonas kairouanensis] MTTSTAIARLNAADPDFAHHLDHLLSWESVSDESVNGRVLDIIKAVRERGDAALVDFTRQFDGLDVASMADLILPRERLELALTRITAPQREALEVAAARVRSYHEKQKQDSWSYTEADGTVLGQKVTPLDRAGLYVPGGKASYPSSVLMNAIPAKVAGVTEVVMVVPTPRGEINELVLAAACIAGVDRVFTIGGAQAVAALAYGTESVPKVDKVVGPGNIYVATAKRHVFGQVGIDMIAGPSEILVVCDGQTDPDWIAMDLFSQAEHDEDAQAILVSPDAEFLDKVAASIDKLLPTMDRAEIIEKSINGRGALILVSDMEQAIEVANRIAPEHLELSVADPQAWLPSIRHAGAIFMGRHTSEALGDYCAGPNHVLPTSGTARFSSPLGVYDFQKRSSIIFCSPQGASELGKTASVLARGESLSAHARSAEYRIVKGE >OYY81277.1 EAL domain-containing protein, partial [Hydrogenophilales bacterium 16-62-9] MGKETFLARQPIVDAEHRLFAYELLFRQSMASVSAQITNQLQAGVEVIGNTLCLGPGWLLHGRLAFINLDEATLMSDFVCLLPPRHVVYEILETVPVTPVLIARIQELRQLGYRFALDDFVCLDEYRPLLPMVDFVKLDVLEQPPEKTVEIIAHIRLNFTGQFIAEKVETREMFDLCRNSGIQYFQGYYFARPENLANKSIQPGQLAVLELMNKVRVCEDLGEIEEPLRRNAALTLRLLRYANSAATGLQQQVHTVRQALTQVGLQTLYRWLALLLI >AWY63092.1 core protein, partial [Hepacivirus C] MSTNPKPQRKTKRNTNRRPQDVKFPGGGQIVGGVYLLPRRGPRLGVRATRKTSERSQPRGRRQPIPKARRPEGRTWAQPGYPWPLYGNEGCGWAGWLLSPRGSRPSWGPTDPRRRSRNLGKVIDTLTCSFADLMGYIPLVGAPLGGAARALAHGVRVLEDGVNYATGNLPGCSFSIFLLALLSCLTVPASA >WP_061583028.1 hypothetical protein [Streptococcus gordonii] MNQIKANGLIITEENGNYTMSWMTGGLQEREVTYPVSKELVDKALRSEQDAYEVELFLETGEWVTKETKEIARQNYFSSTPTRILVNPSSVKRLFSNQEFEELLHKAISSELNPTELDAIGIVDSHLELLLVDPIGWQEEIEAVHLEILQEKLNNYIYFLESKQYVERYGDKFDKKVIHITFQYSPSDNGLAFLAAVQKVLQPTDMSLKVELPE >WP_259695835.1 MULTISPECIES: MobC family plasmid mobilization relaxosome protein [Morganellaceae] >MCT0090471.1 MobC family plasmid mobilization relaxosome protein [Proteus mirabilis] MTTKRTETVIIRLTPEEKQSLLLRKTKPRLAEWLRELALGQKPKRQPKSVDPALLFELNRIGVNLNQIARHCHQAPVSMETVNIALALRHIEAQLREVLDRAD >WP_044328211.1 bifunctional 2-polyprenyl-6-hydroxyphenol methylase/3-demethylubiquinol 3-O-methyltransferase UbiG [Citrobacter amalonaticus] >KKF69137.1 3-demethylubiquinone-9 3-methyltransferase [Vibrio parahaemolyticus] >EJS3682099.1 bifunctional 2-polyprenyl-6-hydroxyphenol methylase/3-demethylubiquinol 3-O-methyltransferase UbiG [Citrobacter amalonaticus] >KKY42158.1 3-demethylubiquinone-9 3-methyltransferase [Vibrio parahaemolyticus] >KOP94946.1 3-demethylubiquinone-9 3-methyltransferase [Citrobacter amalonaticus] >KOP97335.1 3-demethylubiquinone-9 3-methyltransferase [Citrobacter amalonaticus] MNAVKSPVNHNVDHEEIAKFEAVASRWWDLEGEFKPLHRINPLRLGYIAERSGGLFGKKVLDVGCGGGILAESMAREGATVTGLDMGFEPLQVAKLHALESGIQVDYVQETVEEHVAKHAHQYDVVTCMEMLEHVPDPQSVVRACAQLVKPGGEVFFSTLNRNGKSWLMAVVGAEYILRMVPKGTHDVKKFIKPAELLGWVDQTVLQERHMTGLHYNPITNTFKLGPGVDVNYMVHTTAKAE >NXC48933.1 PCNP protein [Penelope pileata] MADGRVEGEKARRPPPAGGPEEEAEKPVKTKTVSSSNGGESSSRSAEKRAANEEAEDFTTKPAPAKMSKFGFSIGSQTSKKASAISIKLAANKPKEPVPTLAPKTLSVAAAFNEDEDSEPEEMPPEAKMRMKNIGRDTPTSAGPNSFNKGKHGFSDNQKLWERNIKSHLGNIHDQEN >MCP4974199.1 Gfo/Idh/MocA family oxidoreductase [Prochlorococcus sp.] >CAI8166839.1 MAG: D-xylose dehydrogenase [Prochlorococcus marinus str. MIT 9215] MTANTPIGVAIAGLGFGEAVHLPALKANPNLEAVALWHPRKEKLEKACHSHQLQGHQEWSALLADPKVEAVIIATPPAPRFDLARQALEAGKHLLLEKPVALHADQVADLQRLALKNRLSVAVDFEYRAVPLFMQASRLIANGVVGKPWLVKLDWLMSSRANAERPWNWYSQEEEGGGVIGALGTHAIDMLHWLCGPTRNVSAMLSTSIRERPDPESGGSRPVTSEDVTLAQLELVDTNGETVPVQLSMAAIARLGRGCWLEIYGSEGTLLIGSDNQKDYVHGFELWSAKAGEPFQSIIPDDDLDFSKTWIDGRIAPVARLQSWWAESIRSGSPMVPGLAEGWASQQVCDKLRESAHSGQRLDIEMLP >KAG4104878.1 hypothetical protein H8356DRAFT_1028854 [Neocallimastix sp. JGI-2020a] >ORY61855.1 hypothetical protein LY90DRAFT_668496 [Neocallimastix californiae] MSRQASFLKLITVNTLALTFNALNVYARSIDVEDHSESSNNQPFFRIPPIVCIAGVVAIAASGGFCLFHSKKERRMSEEYLNKPISSSNSSSNSSSNSEIRELNPDLEEADIAIQVDKLNKENENENNNENQNQNQEEFPTKRVSILNTIFKRNSRRDKEKRNSSIQFKDDRSLNSISTNEDWIAEQKYNAEINGNNQDLYEDEEVNSNDGFWNSDLEPIQSSSENKQESYAIPSLGKKNSVIVKRNSEQSGKHQSVIILENDNKVYSSGSSHGSVDNIPPPTRVKSWKNSDINEELKEIMETLDE >KKQ77718.1 MAG: NusA antitermination factor [Parcubacteria group bacterium GW2011_GWA1_38_7] >OHA87077.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_01_FULL_39_63] >OHA94618.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_02_FULL_39_19] >OHA98069.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPHIGHO2_12_FULL_39_21] >OHB02532.1 transcription termination factor NusA [Candidatus Zambryskibacteria bacterium RIFCSPLOWO2_01_FULL_39_39] MFDLKVINSVLAQLEEERGIPKDKVIEAIEMALATAYKKEYGKRGQIIRAKFDLHTGGVEMNQIKIVVDDTKVFMDKESLEEALEEAEAKNDDRVLFNSEHHILLPDAQKIKKGAIVGDEIIFPIESRGDYGRIASQTAKQVIMQKIREAERFSVIKEFGEREGEIISGTVQRIERGNVFIDVGRAVGILPYEEQIPGERFSQGERVRTYLYRVEDGPKGVSLRLSRSHPRFLIKLFENEAPELGNGTIEIKSVAREAGSRSKVAVATNDNYIDPVGSLVGQRGVRVATVTSELGGEKIDIIEWSENPSEFIEDALSPAKITSVVIDEEKREANVTVSEDQQSLAIGKGGQNVRLAAKLTGWRIDIKSTKGEELEVAK >PSK49415.1 hypothetical protein B9Z65_8210 [Elsinoe australis] MAHHGTDSHTGNQVASSASPTPHQLETPSTPENGAKRRRLSKDHPSPKNLTPTDTVSGASPSSPPVTDIAPMAESVGTADESVEQSGPANTVIPEDDISHTFPFIGDKYPTPGLAADALVKQLRDKPEPNAVVQFVHWMNQTFTVGQASQTLNARNVGHHINFWTSVGQALRCVMNSSSFKALLYTAFGTCQGLMTAISRIARVFIRLEAQQAEIDAGRRDSVAISKENEEESYGPLFIDFLEAHKALLEIKPIDFDILDQSHVFSQTLSVAAADFKNDQDAVSALCQLCQMLIRSPHLSKDEAATTLTYLKVIAGLLRFVGNEEDVERQNHFVEHVCRLFISIDSHLIPKLSSSKSVGLSVVKRIDLIIGVCGNILEHILLLGTDVTNDFETADLPDMLAWTVCNDDPESSNGLTPTRFLTIVSRLDEHGSTLLAYAWSIKCAVRYLERNEPAEQVFGVMLLARLVSDAAATFESTACHQHRALVGRLISSCNTLSLVFRSNVDHKAIEKKELGTVLHYLIHTGTYHDDITTQIWDLIVTTREHAVRRACVKRLDLLVQGDLDPPHISYLLTLFATANLGLPWLRLESLMETCAKCLRIRDLYTEYPGTQVEIVHILKSVLRALYALVDVAQEGKMVAATSNALKLVVHPRFPDNNLLGIVRECLVDVADSTDPASTGSVQVISLFLQTCSERLFRIVRPDDLALQAFDALRAFVQHYRDHPFTDAMSRGLTHRVQLVFSVLEKSPETISSIDSGLLWDIAVGKDAIKDLPSGSALGAWHSAAVTSIRVRQLLADCVKSDKLDTANSSASTVYPAVFEVLGKSLEPLAARRKLLVPMLHASLDTDDATLRDCLRQQIKVFMFATDMEVRETDTEEIQRDVARVCVEKFISGNLTAGIFLMAILETSRSSAASVQRQEAKVSRQYATEDEACTMPLQIHRYVAAQDIRRETWVVDQDMTLSDLESRCREVLEADRIKVLRLGHQIKFSDSPSALLSTLPWLLEHPFCIVSVDDKGLASTDKSVGLPRTTIEQEIWERYWDLYENLYNQGYLGQLTCTILSAINFQDPDHPTRYANVDRSLVHTGSPSAWKTMFAIKLIGKNLDHQKTRNFQDAGMMVKSVQQLTNLLFACGGNFQLLSQVTHLLREYLVEVVNEETRSAYFEDAESVYQLLIRFVEDIRDHIQRTQDHDQANSAGVAMRNLLICLYEMALCSDKILDDFTTDADAQAIIKNLLGDSNHFICDIVCESIHRNILCMPDPDTEAALRLDVPSPFATELLNRAMKLKIWAFQLCNNHISTSKDDPSASLQPFFIAASSLQASVGRIIGSKPVQKLLDDVLHMMDILARRERIHSHGTESKVGIVFLMLNTCASHARAEGQQLVISESVFSSLQSLLFDHKTVRKEVTCGYGRLSDLWARDAAYNALLSLSHHQHNAAKLVHTMQLLVSEFDSNEPNYPGRDESIRASGSLVGLENMSMTCYLNSLLQQLFMNIDFRRFILNVPIIDADKQQVLKEVQKTFFFLQNSCRTTFRPDSLCNILGIDVTQQEDAQLYFATLIGRLEDEMLDEHAKKTFKSFYYGRERSQIQGSCRHVSDSTEEFLSLTLTIRNKQNLQESLADYVQGEKMEDANKFRCSKCESLQQQPFVDAVRRTRLDEIPDNLVVGLKRFRYELGAEKINDRFDYPPHIDMAPYTVHFGHENDAKPDSDMFELVGVVIHQGALDFGHYWSYVKDHKTYGQREGIWHRIEDSLTRLVDLKTVIEEGRGGKTPGRSGLWFNERPDNAYVLFYRRIGSTPQLNGFAEPTKGAPKPVSDALKDDNKHALETAYLFDPACQYYLCGLMLKGRTDCTCPRCGDEYERVAILLGLEYLLRISVKEQKLLGIGHLCGAIQAAVERNQHLASHAVRFLFDQDNAALFLYAGKSSARNKINELITGLMAVASVADPIRYGSASSTTDFVDDIMGATLLSHIESTLHFCFRGVLERRHCIPTFFSLLQNIAFLGPVETRFVAQTSFLQFAIELSFVGGFTETTNQYPEIELAMKEKKENIRWESIVDFVNFGLTHLVKYRTGGEPGQEDMDSVNGTDLVSPRLYQSEEIEKLLTSTCILKSSNCTILSLWAPSRLVATLMSTNFDPQYGSQFASSLCMLISYTQWHHDFCRYTFAAVHICASPDIVPEIKTKILEAVLIEAHEDDSFAETSIEWIDLVADNIPCSTDAVDNVLTWARQLIFCKWENIRRDMAALMQKIAAADKKPTTGSLAERLTSDEVLIAFLANIRETTETGRVYPESRLKSSMDAFVSIFGCLYRRTKDYIPCALSEGKTALEKMVMEKYMDDAEMQARIVSTVQFVFDNNDVSERYKRFAARNGWRLSRPGRGQKRDGTELEDNGDTVQIKLVRSVGQGDGAAEEIGDWSDESEVTSDHVEYESTGGAVNTDAEVDRGDSGLSGVEDSD >WP_224255409.1 uroporphyrinogen decarboxylase [Klebsiella michiganensis] >MBZ7393981.1 uroporphyrinogen decarboxylase [Klebsiella michiganensis] MTELKNDRYLCALLRQPVDVTPVWMMRQAGRYLPEYKATRAEAGDFMSLCKNAELACEVTLQPLRRYKLDAAILFSDILTIPDAMGLGLYFEAGEGPRFTSPITGKADVDKLPVPDPEDELGYVMNAVRTIRRELKGEVPLIGFSGSPWTLATYMVEGGSSKAFTVIKKMMYAEPQALHALLDKLAKSVTLYLNAQIKAGAQSVMIFDTWGGVLTGRDYQQFSLYYMHKIVDGLLRENDGRRAPVTLFTKGGGQWLEAMAETGCDALGLDWTTDIADARRRVGHKVALQGNMDPSMLYAPPARIEEEVATILAGFGQGEGHVFNLGHGIHQDVDPEHAGVFVEAVHRLSAPYHR >WP_063415362.1 hypothetical protein [Prochlorococcus marinus] >KZR74661.1 hypothetical protein PMIT1320_01286 [Prochlorococcus marinus str. MIT 1320] MTQLSLIELEKQASDAGMLLRLQVRRPLNLWSLKLVVAQALDEERIQLWGELKAWAYAGEKGLQLDTMRVHPEAPAGVGDLIWVGTMTWALEATPCKQARLLAICDEGRQHHRLIRYFRQRGFLTIRELGAAPMDFPLRMIWGGAGALMVGSCSEVLERNQRRWQSCRGFDHRDHSSPA >WP_247740288.1 MULTISPECIES: transmembrane anchor protein [unclassified Paracoccus (in: a-proteobacteria)] MQIIEKMRATMQLNAEKPDPALLPTPRQLRRSTIAAVIGAAVIGVGVYLPAEYGIDPTGMGNVLGLTEMGEIKQQLAREAAEDEAIHGGDQSSSVIDGIFGLFVGAAHAQEAWTDTLTFTLAPDAATEVKLVMAAGDVAEYAWVAEGGRINFDLHAHGEGQSIDYDRGRGATSGEGSIEAPFPGEHGWFWRNRDDADVTITLQLRGAYSEVVRSE >MBV9168199.1 TetR/AcrR family transcriptional regulator [Solirubrobacterales bacterium] >MBV9534777.1 TetR/AcrR family transcriptional regulator [Solirubrobacterales bacterium] MSSENPRARRVYRKRRRAQQEAETRLAITEAAVKLHGTVGPARTTITSIAAEAGIQRATVYRHFPDLDSLFMSCSAHWASLNPLPAPAEYNRIPDPETRLRQALTELYTWYVWAEPMLTNVLRDAPLVPASGRAGENFQRHFQALHTVLMRGRRSRGRARVRTAAAIRHALDFATWRSLTRQQGLDPDEAVELMIALVAAAAGRPRP >KAJ6994162.1 ATPase 8 [Populus alba x Populus x berolinensis] MGDVSLEQIKNENIDLERIPVEEVFQQLRCTKEGLSTAQGEERLKIFGPNKLEEKRESKFLKFLGFMWNPLSWVMEAAAIMAIALANGGGKPPDWQDFVGIVVLLIINSTISFIEENNAGNAAAALMAGLAPKTKVLRDGKWMEEDASILVPGDMISIKLGDIVPADARLMKGDPLKIDQSALTGESLPVTKHPGEGVFSGSTCKQGEIEAVVIATGVHTFFGKAAHLVDSTNNVGHFQKVLTAIGNFCICSIAIGMLVEIIVMYPIQRRRYREGIDNLLVLLIGGIPIAMPTVLSVTMAIGSHRLSQQGAITKRMTAIEEMAGMDVLCSDKTGTLTLNKLTVDKSLIEVFIKDLDKDTLVLLAARASRIENQDAIDASIVGMLGDPKEARAEITEVHFLPFNPVEKRTAITYYDNNGDWHRSSKGAPEQIIELCNLKGETKKKAHEIIDNFAERGLRSLGVARQRIPEETKESEGAPWEFVGLLPLFDPPRHDSAETIRRALDLGVNVKMITGDQLAIGKETGRRLGMGTNMYPSSSLLGDSKDESTSGIPVDELIEKADGFAGVFPEHKYEIVKKLQERKHICGMTGDGVNDAPALKKADIGIAVADATDAARSASDIVLTEPGLSVIISAVLTSRAIFQRMKNYTIYAVSITIRIVLGFLLVALIWKFDFSPFMVLIIAILNDGTIMTISKDRVKPSPVPDSWKLKEIFATGVVLGTYMAIMTVLFFWLAHDTDFFPEKFGVRTIRGKPDELTAALYLQVSIISQALIFVTRSRSWSFVECPGLLLVGAFIAAQLVATLIAVYASWSFARIEGIGWGWAGIIWLFSIITYIPLDVLKFIIRYALTGKAWDNMLQNKTAFTNKKDYGKGEREAQWATAQRTLHGLQPPETMFNDKTTYRELSELAEQAKKRAEVARLRELHTLKGHVDSVVKMKGLDIETIQQHYTV >MBA0549662.1 hypothetical protein [Gossypium lobatum] MGAEDEKLVFETTEGIEPILSFDQMGLKDDLLRGIYNYGFEKPSAIQQRAVMPIINGRDVIAQAQSGTGKTSMIALTVCQVVDTASREVQALILSPTRELASQTEKVIRTIGDFMNIQAHACIGGKSVGEDIRKLENGVHVVSGTPGRVCDMIKRRTLRTRAIKLLILDESDEMLSRGFKDQIYDVYRHLPPELQVCLISATLPHEILEMTSKFMTDPIRILVKRDELTLEGIKQFFVAVEREEWKFDTLCDLYDTLTITQAVIFCNTKRKVDWLTEKMRSNNFTVSSMHGDMPQKEREAIMAEFRDGATRVLITTDVWARGLDVSLVINYDLPNNRELYIHRIGRSGRFGRKGVAINFVKSDDIKILRDIEQYYSTQIDEMPMNVADLI >QVX70521.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNFTNRTQLPSAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLXXXXXXXLIVNNATNVVIKVCEFQFCNYPFLGVYYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLSEFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTXXXXHRSYLTPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSETKCTLKSFTVEKGIYQTSNFRVQPIESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGTIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGSTPCNGVKGFNCYFPLQSYGFQPTYGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEYVNNSYECDIPIGAGICASYQTQTNSPRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLIXXXXXXXXTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAAIKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASFVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_247406571.1 transcriptional regulator [Pseudomonas sp. TNT11] >MCK1787384.1 transcriptional regulator [Pseudomonas sp. TNT11] MNAGRVPDDERHRRAFFDSLVSGDAAHLPLCLGISLHTQHANARPGLALKITQAALQAGQLQRVMERRFDQAMAFDGCYIYLDTQGALLIWHALPAQREAVEQILSRMLSLANLEALDGFASR >QBR70480.1 hypothetical protein CU048_03420 [Beijerinckiaceae bacterium] MQLNFMSRQRLRPNGSRRRAIRGKIRSAALAARILPLPCSDARLLGGLFKEIWAIRTDLRSSLGSTGDASQNRQKNACRLPLFTRR >GGY65584.1 hypothetical protein GCM10011613_06820 [Cellvibrio zantedeschiae] MKKCLAALLLSSVSFHAYADIFWRFRNPDGTTKWQWVANFSSSVLILTLLIVMIFLLLSNRRAGRANRELKDIKATLEDRVARRTASLIETTEALKSREEYITNIVESMPLMLIGLNQRMEIIQWNQVAETSTGRPIASVLGKNLWEAYPAITLTPDQVAEVLQTKKTMAIKHSQRDQYYFDITIYALTDKDETGVVILVDDITKQMKAENKVSERDKISAMGELASAMAYDINLPLQSILSSLLNAQEKLSSNEVSAIKSELLDTLKNACFSGKQASAIIQNLLDLASSHHHEKAPADIKVLMDQSINLAGSLFTDLSGLRFGDIHITRHYHEGLPHIPCYHSELQQVFVRLLRNAFHSLNKASHENPAINIEISEFYDSLWIKVQHNGKALSPLEQEDIFQPFFSISDRDPACPVEHRLSYSYFIITDHHDGQMSVTSDEKFGTCFNIQLPLV >WP_149651004.1 hypothetical protein [Azospirillum argentinense] >KAA1053897.1 hypothetical protein FH063_002479 [Azospirillum argentinense] MKKWSYVIVDDQENPLSLTEVLTSEALRLSLIRRFDKGNAVSSRAVTHFDVSDYPGAALRNVECFHLCVRVMGHDGAIQTALSLLNILTTLHETSIKDPASALATLREGDIKTILAVSDARLRSTITAAAA >WP_152046331.1 ABC transporter permease [Aureimonas psammosilenae] MAAVASAAVGAAPGGAGQILRALLRRKAVLLGLLVLLAILLLAVFGPWLSPYSPSRLSLASRLRPPSGVNILGTDDFGRDVFTRLAVAGRLSLLVGFSVVVVSSLIGVTLGLLAGFFRRLDTPLARLIDAMMAFPDILLAIALVSALGPSVVNVVAALGIVYAPRLARIVRASTLVIRELPYVEAARALGVSTPRIMTRHVLRNLLSPILVQGTFIFASAMLAEAGLSFLGVGVSPSVPTWGTMIAQGRQYLDQAPWILFFPGLAIVLAVLSLQLVGDGLRDLLDPRLAKDI >WP_223843725.1 POTRA domain-containing protein [Blattabacterium cuenoti] MLQIQHGYSFNQKNQHGYSFNQKKIFNIQKNENLNIVVKSIHIIGKSKYNSQFISKLSGIYDGDLIDFYGIKIDFAIKKLWNSHLFKNISIYKKNISKNEIDLFFELEDLIEIHEVKTIGIRKEQFPNIKKIKYGDKISDDLIQTIKNDIQEYYIEKGYNEIKIKSEITKINNKNILYISVDKGKKIEIEKIFFEGNNIINDKDLLSLMIKIRKNFYIPIIEKSIYLFVQENIKKDLKNIIDKYKSMGFLDIQIFLDSVWKEKSGNYGIKIKVIEGDRYYLGNVDFLGNIKLKNNFLKEILFYKKGNIYNKIEIERNILNASFPKSILSTYLDLGYLFVNIILIEKRVINHQIDLEIQIKENNPVYINKVKILGNLITKDHVIRRELKTYPGDLINPKNIRYSLLNLENLNLFEKVHSEIIPNKKNNFVDIEWHIIEKNTNEFQFHGGFGGKNMKNIIGNFKLNFGNFSFKNFFKWKLWNPIPQGDGQKLIIFSQLGKDFLSYGFSFTEPWIEKKNPTSLTLIGNYSKKKIKKEEDFYLLSQIYKNDKIEEKQFLEKIGTSISLNKFLSFLDPYSKILTSIDYDKFFLKKEISSDFYQKKILHNINFLISLQRISTEPDVIFPLKGSQIQLNSKFTPPYSIILNNNDQNEIKWIEYFKFKINFFWYKKIIEKMVLKIGNEFGYLGQYDNSKELFPFQKFYIGGVQNNLFVSKLENFDHIPLRGYSFIKNNFRYPIPSNGGVIYNKIILEIRYLIKNFSNLKIWNTFFMEGGNVSDSYQKFYPLKMNKSIGFGIRFFWSPIGFLGIDIGYPIDDVDIGNKSKWKKHFIIGKDL >MBA3914538.1 HRDC domain-containing protein [Terriglobales bacterium] NRPPGSSGNSWKGKRRKLEELGFGFLVVFNGRLFAQITGNAIALGISDGQAAIASVQASPPYRESPLGQRLRHWRSEQARIRKVPAFRIFADRVLHAIVAQRPATIQDLLAIPGIGLSTVERYGLELCRLLHGDAAPE >WP_268645109.1 hypothetical protein [Nocardiopsis sp. EMB25] MSLLFNQSAVRVRAGTRTDRAGNTIPDWSPEAVDRLTLTRLNIAPRTTEEDRDESGVRVTTGWWLQTAPGTDADITSADRIEFDGLLCEVVGDVARWPDPFTSFVHHVKVALQRAT >EFU85163.1 carbamoyl-phosphate synthase, small subunit [Staphylococcus lugdunensis M23590] MLNIRRKCNMLERRYLVLEDGTFYEGYKLGSDELSIGEIVFNTAMTGYQETISDPSYTGQIITFTYPLIGNYGINRDDFEALTPTLNGVVVKEASTHPSNFRQQKTLHEVLVQYKIPGISGVDTRSITRKIRQHGVLRAAFTDCRENIDELINKLKSTELPRDEVMTVSTKTPYVSTGSNLSVVLLDFGKKQNIVRELNLRGCNVTVVPYDTTAEEILAMSPDGVMLSNGPGDPDVVEVAINMIKGILGKIPFFGICLGHQLFALSQGASSFKMKFGHRGANHPVKDLRTGKVDITSQNHGYAIDKDSLAQTDLEITHIALNDDTVEGLRHKTLPAFSVQYHPEARPGPSDSNYLFDDFIAMINEFKEKERNTHA >MBI4966856.1 elongation factor Tu [Rhodospirillales bacterium] >MBI4968558.1 elongation factor Tu [Rhodospirillales bacterium] MIMPGDNVTMEVDLIAPIAMDEGLRFAIREGGRTVGAGVVAKIIE >MBP1327478.1 heat shock protein HtpX [Leucobacter exalbidus] MYSAIRRNKVNSVLIILLFVAIIGGLGWLAAVIYQSPGIVITVLVCALGYAALQYFMAGRQAISMSGAQRITEADNPRLYRIVENLAITTGTPMPEVYIVHDPAPNAFATGRDPQHAMVAATTGLLDIMTDAELEGVMAHELGHVRNYDIRVSMIVYGLVVAIGMLADMMMRLAIFGRNNSNPMVIVFGLVSMIVAPIVGTIVQLAVSRQREYLADATGALTTRHPEALASALHKLSTYGQPLEKQQSSMAHLWIADPLKPGLAQRLFATHPPIPDRIRRLLDMGGKF >OLO59787.1 hypothetical protein BKH22_12530 [Actinomyces oris] >OLO67435.1 hypothetical protein BKH21_06750 [Actinomyces oris] MELVLFDIHAKQRFIFSSTRLKENVGASFQITLLDSWVEESVTKLNLSVQWVSRSSGRLLLMLDCDSSARKLIGEVTRRAHAEAPEMDVSGVFVHMGGSYLSGDDLRAVDHVAYQYALNRSPALSRFVQMPFLLRANDSSLPAAPSYLDGGEVAAPSSRLDGRVLSLPAQVKVCQANLARDHFLNLARVQRLLYDEDEKLARDPTKLEELLQTASEGGVGVPSKVAVIHIDGNGVGGVMRRLDEVLSERGGGALKGELEVAEGDSDALRAFVLKISERLDAAVKLAFRSAWERVARLARKDAENSNRRYTAIPVVPVILGGDDVTVITSGDYALPFAAAYLRYYEEATGNDPILRNLTPPEGQDTGPMTAAAGVAIVKRNFPFHIAYELAEKLVDRAKKVGKTAQPPCSTLDYHVLFDTTVLDPDEALRGYERFTTRPFRLLNDDTPSAESTCNAGSGDGEDSTSADSSTNGLRHEPWEATCRRVARFKGVPLGSTDESRNETDLEPFPRTRAARIRGLLSADVRERAAHRDDDATDAPTAETADREIPGSEAPEEKEDRETPSLRRAGDEWKAARKDVGDWIDTELGGMGAVFDLLELSDLLPPSFFELPLPSLGEAPNTASEATE >PWY99603.1 hypothetical protein BCV70DRAFT_109992 [Testicularia cyperi] MLAGCTLLCPVSDFRPFQQRVPMLHRVPLTLLVPSVKNRIDSLSGHALSRVGLTVAARFCASRLYQSHSLLAQDVATQRSKPSTPTRLSARRLNTIYCILAVRRGSQACMADPLPSGSTSTPSCPHAELSKDREFFARSRQQFWLPRLCRRRSEHTNLDTDCDCRDHQRHQCKSVRMKLASYHKSHLDSDRSPASRLGHFVTDLLFKSTGPLKARSVDWVHARLLVKLSSTDTTEPCAQDVEVLCGARPRCLQEAEGDQSRKPL >MBP8960789.1 type II secretion system protein [Patescibacteria group bacterium] MSLRKVFLRKRVSIVSSDHESPRGFTMVELLVVISIIGILSGLLFAVIRPGNMRANARDAQRLSDLRVIQGALELYFADHRQYPCSSSVCASSNWIRIDGSSDRLSQALTSGGYLSEMRVDPTNNGTQSSPCYANSPNAYRYNYYSRGSSYYITAILEDANNNSGSVCGATIPVPTGAFTGSCNFANSANSWYNNCTVVRNP >WP_102529905.1 MULTISPECIES: SapC family protein [unclassified Shewanella] >MCC4831156.1 SapC family protein [Shewanella sp. 10N.7] >PMG69696.1 multidrug transporter [Shewanella sp. 10N.286.51.B7] MSNQITLLEHAKHGDLKITPSSYNHVEDQHIVPVTLHEIGRAATEYPIVFVKNSDNGEFQAVAMLGLKPGQNLSVKDGKWQGLYIPAVVRDYPLGLVLNPDIKDKVWIGIREEAAEVSKTEGQALFEGEKETEYLESRKKALIAHFEQDQASRNILGFLAEKELLTTQTLTVDVAGEKRNINGLYLIDEAKLNELSDEDYLELRKRGLLGPIYGHLSSLNQVNRLARTEIMSKA >WP_273418567.1 ATP-binding protein, partial [Hyphomonas adhaerens] DARSVELAPLLIDSIALARISGDMADIPIDKDIAPDLGAVLADPIQVQQVAINLLRNAAEALNNVSAPRMRVVARKGPESFVTVEVCDNGPGMSEEVRKTLFKPFMTSKSQGMGLGLSICQTIVEAHGGKIEAIPADTGGTCFRFTLRRDTASASS >WP_251835880.1 fatty acid cis/trans isomerase [Serpens gallinarum] >MBD7977103.1 fatty acid cis/trans isomerase [Serpens gallinarum] MTWRAMLAGLLLAMGGSLAAEPLSYQRDIQPIFTAKCVACHACYDAPCQLNLGSDEGVLRGAHKLPVYNGTRTQAQETTRLYLDAHGEPAWRRKDFFSVLDAQPNQAALMARMLELGRANPPVANAKLPANLDIGIYRQNQCPLPGEFEGYAQKHAQAGMPFAVTGLNDEEYSTLQQWLEQGAPVETAPLQPSVDEQQQIADWEALLNGPNDREQLVGRWLYEHLFLAHLYFDNGEQGHFFQLVRSRTPSGQPVDPIATRRPNDDPGQVFYYRLLPIQGVIVHKTHITYPLSAQKLARVKQLFFSEAWQVGALPGYGMQRRANPFATFETIPARARYQFMLDNAEYFVRTFIRGPVCRGQIATDVIRDQFWVMFQAPDHDEYITNATYRAQATPLLSMPGQLDSLGDLFTLWGGYREKRNQYENLRRQMYSGVPAEWEHLWRGNDNALLTVFRQQDSASVRKGLLGEVPQTLWWMDYPLLERTYYQLVVNFDVFGNVSHQAQTRLYFDLIRNGAELNFLRLLPAESRQTLLNSWYENSGKLKLWLTYTGIDTQTKSRLALPASQDAKQAFADQLLQRLANINARADPINRCSGQHCYRPDIAQPLQAVEQALSRLAATPAAQLPFIRQLPEATLLRVELPDGSREIYSVLRNRAHSNVAFMLGESLRYQPEQDTLTIFPGILSSYPNFLFNLPAADVSAFVEALERAKGGQAFERVVDRWGIRRSHPDFWRYFNDLPAYLQETEPREAGMLDMNRYQNL >MBL7151874.1 phosphoglucomutase/phosphomannomutase family protein [Candidatus Omnitrophota bacterium] MAQNKGIHFGTDGWRAVIGEEYTFANLKVVSQAVADYLGAAKTAAVGFDTRFMSGRFARITAEVLAANGIKVILSDRATPTPTLSFAVKSKKLDLGVMITASHNPAEYNGFKIKTSSGGAAGPEITRKVERLLGKSPVKEDRDSALKIKEEDLIGDYIGFIRSYIDLKKIRSRRFRVLVDAMYGSGDSYIGRMLEGTKIELEFLRNKVNPSFGGIHPEPIEENLEELKARLKSEKFDLGIALDGDADRIAAVAPGGEFIHPQKILGLLALHLIQDRHWTGGIVKTIAGTTMIDNIARALKVKLYETPVGFKYISNLMETEDIAAGGEEAGGMGVKGYIPERDGSVAGLLLLEMMAYRNKDILKILNEVEKQFGRYYYVREDLRLKEHIEPKKEKLPSELLGKKVVQVKDYDGVKLICEDQSWLMFRASGTEPIMRIYAEAKSLKQAKRLLALGGKIIRKS >HJE10580.1 UDP-N-acetyl-D-mannosamine dehydrogenase [Corynebacterium glutamicum] MVPVPTRRNQVSVIGLGYIGLPTAAFLASTGLKVLGCDINKERVDTINSGVVPFVEPGFEKLLADVVHDGTLTAATEPTPSDAFIIAVPTPFKGGNKVDDKYVMAAAETIAPLLRGNELVILESTSPPGLTELIGKRIIELRPDLTLEPNAASSIYLAHAPERVLPGKIMEEMTANARIVGGLNKEASKRVQALYSRFCDGEILLTDARTAEMAKLTENAFRDVNIAFANELSLICDDLDINVWELIELANHHPRVNILQPGPGVGGHCIAVDPWFIVSSSPDYSNLIKTAREVNDSKPEYVIKQVTEAIAKQEADGTTPSIAVLGLTFKPNIDDLRESPAVEILSRLASEYSEIKFNVVEPNISELPTEFAYSPNISLHKLNEALALSTISLLLVDHKEFKFNRDLLRTQPLLIDTRGLTADN >WP_271202339.1 LON peptidase substrate-binding domain-containing protein [Methylopila turkensis] >GLK81879.1 ATP-dependent protease [Methylopila turkensis] MASNVIYHKIDELPGVIPVFPLRAALLLPRGEMPLNVFEPRYLAMIEDALRGGRIIGLIQPDPEEAEDAERPLLVQVGCAGRLTAFAETGDGRYLVTLTGVARFRLAEELKVKTPYRQVRAAFEEFAIDLAPGEGQEDVDREALLKTLKDYLAANNLEADWDGIRRAPNEALVNALAMMSPFGPREKQALLEASDLKARAEILVAVTEMELARARGDASSSLQ >MBP1746912.1 uge [Deltaproteobacteria bacterium] MKGRVLVTGAAGFIGFHLSKRLLSEGKNVVGIDNLNTYYDVNLKKTRLAILKKYDNFTFHKIDIANRRAIEGLFAGQLKTHNSKLSTKNSSAHHPSPITPVFDTVIHLAAQAGVRYSITNPYAYIDSNIVGFINILEGCRHDKVKHLVYASSSSVYGANTKMPFSIHHNIDHPVSLYAATKKANELMAHTYSSLYKIPTTGLRFFTVYGPWGRPDMALFLFTRAILEGKAIDVFNYGKMQRDFTYIDDIIEGVVRVIKKVPKPNKLWSGDDPDPGTSYAPYRVYNIGNNNPVKLMTFIETIEKCLGKKAKKNLLPIQAGDVPATYADVDDLKNDVGFKPATPIKEGIRRFVEWYVVKTLRKTLASEKSVKFAYLFGSHVGKGIGKLSDIDIAVFLDDRIDPLQCRLRLIEYISKSIGAPKVDLIVLNSATPLLAHQVVKNGVVVKENKRNRIGFEIDSLQKYLDTEYLRNTQLSYMRQHLKDGTYFG >WP_181865219.1 phage tail protein, partial [Escherichia coli] VPDGFGGTEPRIXCNAYLTTQRKAWDVLSDFCSAMRCMPVWNGQTLTFVQDRPSDKVWTYNRSNVVMPDDGAPFRYSFSALKDRHNAVEVNWIDPDNGWETATELVEDTQAIARYGRNVTKMDAFGCTSRGQAHRAGLWLIKTELLETQTVDFSVGAEGLRHVPGDVIEICDDDYAGISTGGRVLAVNSQTRTLTLDREITLPSSGTTLISLVDGNGNPVSVEVQSVTDGVKVKVSRVPDGVAEYSVWGLKLPTLRQRLFRCVSIRENDDGTYAITAVQHVPEKEAIVDNGAHFDGDQSGTVN >MCF4165308.1 YraN family protein [Zavarzinia compransoris] MSREKRRQAARRGRRAETLAALWLMARGWRILARDWRCKAGEIDLIARRRHTVAFIEVKYRPALAGAGESLQARQRRRIMRAAGQFMATRPALAGLDMRFDAVLVSPWRLPAHIVDAWRIE >WP_086536228.1 MlaD family protein [Gordonia lacunae] >OUC77675.1 mammalian cell entry protein [Gordonia lacunae] MSGLVGSSKRRLAIALGTVVVLLGVVTAVGLTSAGATGVDDGAPGGDGFCVDVIDTIGLYEGNPVTQMGIRVGTIGRIESRGSHVRITFALDPGRSYPADVKAVTRSKSLLADRSLELVGNYAGGPVLVEGRCIGVENSFTPKSISEVAASASDFLKSLSDNGGDDLETALDGADRAFARTGPQASKMFENAARAAQNPDAFVADIGSSIRDMAPLTDDAVQNWDQIMSIMNQMPSVTQLGTTLFYDVARFCRGIGWTIALMYDIQRNYGEDILWPLLHGPVEDIIAYGARRAPELGQLMAMTPSVAAAMRQQESSSGALSIPYVAPTIDVGGGTAAPVNALSILLQKAGLQR >MBT8422994.1 preprotein translocase subunit SecG [Gammaproteobacteria bacterium] >NND54153.1 preprotein translocase subunit SecG [Gammaproteobacteria bacterium] MNTLNTLVLVAHVLIAASIIGLVMLQKGKGADAGAGFGAGASGTVFGARGSANFLSRSTAVAAALFFASSLGLAYLNRDVEVSNSLLDSAVTEELPADVVVMDSAADDADFELPALPDVEMMTQPESAGEAELELPPAPEAAQ >WP_232947168.1 enterotoxin [Enterobacter ludwigii] >MCE1984545.1 enterotoxin [Enterobacter ludwigii] MKKVLTLSMLALCVSHGAAAAQYALDNDSIALSFDDASSTVVVKDKTANHPLTPQELFFLTLPDETKIHTADFTIKHVEKQDNAIVIDFTRPDFNVTVKLNLVKGKYASIDYTIAAVGQPREVAKITFFPTKKQSQAPYVDGAINSSPIIADSFFILPDKPIVNTYAYEATTNLNVELKTPVQPDAPVSFTTYFGTFPETSQLRRSVNQFIDAVRPRAYKPYLHYNSWMDIGFFSPYTEQDVLGRMDEWNKEFITGRGVALDAFLLDDGWDDRTGRWLFGPAFSHGFGKVREKADSLHSSVGLWLSPWGGYNKPRDIRVSHAKEYGFETVDGKLALSGPRYFKNFNEQIIKLIKNEHITSFKLDGMGNANSHITGSQFASDFDASIALLHNMRSANPNLFINLTTGTDASPSWLFYADSIWRQGDDINLYGPGTPVQQWMTYRDAETYRSIVRKGPLFPLNSLMYHGIVSAENAYYGLEKVQTDSDFADQVWSYFATGTQLQELYITPSMLNKAKWDTLAQAAKWARNNASVLVDTHWIGGDPTALEVYGWASWSKDKAILGLRNPSDKPQSYYLDLAKDFEIPTGGMAQFSLNAVYGSNTSVPGEYQKAVVITLQPLETLVYEAIPAK >WP_245248603.1 contact-dependent growth inhibition system immunity protein [Paenibacillus sp. PvR133] MTLPVWHLQITGKCLFELSNFDLIRCIRQDIFTNLAMFEIIERIDEQNTPFYADIDSMELMEKLSSVSSEMLSVYKDKLDRIVENIKQKHLIDLADIWMFDEQKETYKDYINKIKNKIQ >XP_056420557.1 myelin-associated neurite-outgrowth inhibitor isoform X5 [Hyla sarda] MNPVYSPGSSGVPYANAKGIGYTGFPMGYAAAAPAYSPNMYAGANPAFPSGYTPGTPYKVSCSPTSGTVPPYSSSPNPYQTAVYPVRSAYPQQNPYAQVKQGAYYTQPLYAAPPHVIHHTTVVQPNGMPAAMYPAPIPPPRGSGVAMGMVAGTTMAMSAGTLLTTHSPTQVAPHQVTMPAYRPPGTPTYSYVPTQW >NEP46602.1 hypothetical protein [Okeania sp. SIO2H7] MEDSSEPFAILPADMFGQVTFIGGVSVEPLAAVGIIDEALTLVNDRLTEFAASPSFETDMQTVFGESVDVDLGRTIIDALSLGEGLPEITVVPAEKMNGIDGGFDSLTGGVYLADTSIAPNSVIGREPTQSPNLADVL >KAI5750574.1 hypothetical protein M8J76_016815 [Diaphorina citri] MKGHVPPTVIKLPIGVPDNKIRLKNNIRLHLPPDQLSLLQNKSACVLCVLYLSYTMYLHYVIYTHVLSQTATNRVFSVEIGKLHEALTNERAANDVVNSHYVHDLKQSLQRFIAMFNMEAEPSEDYDETNRDIDSSYEELDSLDETNIATVRLKLDSLEDIVPVKMNRVKDDDEATVRLKLDKRVIKDTDDVLPVKLIRVKDGNDVATVNLNNGDVSTVELKNDFVSTIKVNGDVSTVELNRNVSTVKLKSDTRTVEDDRNQLENHVKNAQPMPHLNTENSHVITLTLSNVDSKPTNDNTRETIVQLTNEMRGSNMRSTNEIRGSSVQSTNEIRENNVQLTNQKRENNVQFGNQMRERIVKSTNKSNTIQSTEDNDLSNHAMLSEEEVLLVLPHDRKLRRARDVQSPPAHGQAKVSILLKGAAPTASIRDGGSVIKPWYPDVRATGNSNVSSHFILQELNGKIQIMKSGLYMVYAQIYYTSSDHQDHTNYSDTINSYSMNVASAGTERTIAVCSVHSSLNHSSEVSCHLSIVYHLGAGDRVYLVQREPNRQILLKDGYSYFGLTTLTVDS >XP_046618542.1 uncharacterized protein LOC124304396 isoform X47 [Neodiprion virginianus] MRTYRSYDVNAVEGGGTESSPVQRKPFFIVKLILFLVLCAIIITLCILWVSKSKEASRDNNIVGKQDGLQGGYDGTSQMPVSEFDTQETTTTETPDTSPLTAGGESRQETTTTETPDTSPSTAGVESRQETTTPQTPDTSPLTAGVESRQETTTPQTPDTSPSTAGGESRQETTTTETPDTSPSTAGVESRQETTTPQTPDTSPSTAGVESRQETTTPQTPDTSPSTAGIESRQETTTPQTPDTSPSTAGGESRQETTTTETPDTSPSTAGVESRQETTTPQTPDTSPSTAGVESRQETTTPQTPDTSPSTAGVESRQETTTPQTPDTSPSTASDESRQEPTTTETPDTSPSTNHMQPVTLSEVMSKMAKATASRILSYMNHSSDACDDFYEYACGEFEDNQLTIENDLAEQAMQRIFTEAQKRRSDKQPFLDYYESCLNYEKTTNQSERLTNVRRAVQEIGRFDYTDNIGKDDTQPKFIDTLRRLFERNSALLFDITPDLAVTEGNCNTEPETVQFTWKIGPLISRTDPYTNRRAEECYKQQESVRNKPEVNLTEVYGTYKECKNYLGTFTTSIKDSVKKIFETDFDRSERIGVDVEKLIELFRLPEMDEDEIRKAYATKKYILKGDDDLSVRWARNQSPFLDFKKLLPPRANVERKRWHGYLLEDLTRAVKNVAFRSYRIDDETWINDALLAIYANDVYHEFAAPRHDVENYCKRLATNLMKTHASSLYMSSFKSEELEVMDRTVIEMFEKLRKTLESNVLKQKWIGKKSKEAILKKIASLSIATPAHRTDYHNSNDNEIELTGDFFNDTMALRKMYRTSMYQMLDKRPSEEIWTYFAQPYDASTSSIYELEKIIIPFGAVDWRFLDRSYTTSTQHLGLATLGTLIANEITHHFDFTGINYLNGRKGRGVAPVFCSSTEDDIAYRSDYKNHYQNLRGKMDSIFLPSTSQNIHYSISDLSLNERFSDDAGLRLAYDTMLNLPAEAKIPLPWLSNSESNEIQQFFLAYAQMQCTKKPLTTSFRSLYEDENLPSRLRIAITAANNEALGEAWQCKTGTKVRPEEKTYNFPHLDGIDFGRDTEALPPYQ >MBX2992548.1 methyltransferase domain-containing protein [Bacteroidota bacterium] MVRYMIAAGALKLFSASGQTKKIYRHLGNTVGAKRRATAGLPKVYVDRAREIISQVRKHNAVKNGDRLLELGTGWLHWESTILRLFYDVEVYLFDVWDNRQFPAFHQYFKEFSDIVDQTIPMTDVEKVRVHGLLDKVLQATTFEEAYMLLGHKYVLSPTGSLEQFPDGYFDLIFSCSVLEHVEKQIIPEFMKGCHRVLNPRGLAIHLVDLGDHLTLYDSTMPYNKNYLRYSNTVWRLCFQNDVQYFNRIQRPEWLKYFADSGFKLVEENSERIELNGLKVSQSFAEFNHDDLSCLTLKLVYSK >GDX41819.1 4-hydroxy-tetrahydrodipicolinate reductase [Bacteroidota bacterium] MKIALIGYGKMGKAIEEIALQQGHTIVLKINSHNKELLTASSLQKADVAIEFTTPESAIENIECCLQAGIPLVCGTTGWIHALPEIQARCATLNGSMVYASNFSIGVNLFFELNSRLASLMANQLQYEVILEEIHHTQKKDAPSGTALTLANEILAHTKKKKQWVNDISDNPEDLEIISQRIDPTPGTHRVKYASVVDDIEIIHTAHNRTGFAAGAVLAANFLKDKKGIYTMKDVLGL >MCI9050290.1 DUF3783 domain-containing protein [Coprobacillus sp.] MKEKVLFYNLDENVKQAILTILKQLDVETKEIYQEDASQQMGYLLDLSGYKRNNNKSDNHLVEPFLFFAYFTMEQLDIVLEVFKQANIPYIPYKAMLTNDNVVYTFEQLYTNVENEYLQLTNKEKSN >MBE6344311.1 acyl-[acyl-carrier-protein] thioesterase [Spirochaetaceae bacterium] MTELKQWYQDKTFFRQDELLFGRCDILERINLSEILLATSDVAVLDYHLRGLSFDMLKENGFAILVSRTSFKIEKMPKLNDIITVKTWEEAPVGLQLSRRYEILDQQGNVMIHGSSLWIIVDPESRRIIKPNQFTLTELPNTKTDFPGIPCGKIVIPEDMKNLEERIIRYTDLDANGHVNNSRYGAFVMDSLPDEFRKKEVKNFRINYSQESILGDKLQLLGNFQDEEKIIIVGKVEKGTCFEAEITF >WP_001495833.1 DUF4406 domain-containing protein, partial [Escherichia coli] >EEY1457362.1 DUF4406 domain-containing protein [Escherichia coli] >EIH2391671.1 DUF4406 domain-containing protein [Escherichia coli] >EJN3638501.1 DUF4406 domain-containing protein [Escherichia coli] >EKJ21560.1 hypothetical protein ECEC1865_1570, partial [Escherichia coli EC1865] MRVRVYIAGPMTGYENFNREAFHKVEEELKREGHTVLNPAVLPDGLTQPHYMDICMAMIR >MBQ3420014.1 glycerol-3-phosphate 1-O-acyltransferase PlsY [Erysipelotrichaceae bacterium] MSTLLFLFWLILGYLVGSIPWALIIGKVFYNTDIRTKGSGNLGGTNAGRVLGKKVGIIVILLDATKAFLMMVLCNALSPEYCRYVGLAVCIGHCFPIFANFKGGKAVACAAGYVLGLALFVTHDFIFTFLFPMLVFLIVLGLTKYMSLASMSAVLFAAIMGFLTYKDNGLATLVLLLALFIIYMHRANIVRLINGNENKVSFLK >MCP4716728.1 MarR family transcriptional regulator [Deltaproteobacteria bacterium] MPKNDKKLSDLNDIEMHLIEVRNLFSELFQKMVLSSKGLMGFPVNSSQLKAMTAFHEDRQYSMGELCKIAQVKMPSMTEVVDRLEAEGIVERIRDTGDRRVVKVQLTEKGKGAHSGILQSREQELLNLFGGLSDKERASLLKSLKNASAILSSVARNQTK >WP_141098672.1 TrbI/VirB10 family protein, partial [Stenotrophomonas pavanii] >OWR35693.1 conjugal transfer protein TrbI, partial [Stenotrophomonas pavanii] STAAQPADPTAVQNRQDQKEAFLTGGSRETRNSGNLQMPASPYQVMAGTVIAGALVTGIKSDLPGDVIATVTEPIYDTATGKFLLIPQGSRILGKYNSQVSYGQSRVQVVWNRIILPDTSSLTLDNLIGTDPAGYAGLEDDVDWHWDRIFAGAVLTTLLGVGAELAAPENRQDGDRVIIAGRDSLQDTVNQVGQEVTRRNLNIQPTLTSRPGLPVRIIVNRDLVLRPYQPLFFNKGTSR >WP_096561808.1 hypothetical protein [Scytonema sp. NIES-4073] MCRYCVTNMAKKELHIRITERRMNKLRLYAAQKDKTITQVVEELLDTLPEVADMLQAPL >WP_146780046.1 alpha-L-fucosidase [Arachidicoccus ginsenosidivorans] >QEC70786.1 alpha-L-fucosidase [Arachidicoccus ginsenosidivorans] MNLKLSRVLRNPQNCQKTKRNYQLRRCNERLTLFVFVLTTAFWLGINPISGLAQETHNNYVWPTDTLVLQKLHHWQGEKFGLLMHWGTYSEWGIVESWSLCPEDEGWTKRTGKYADDYFTYKKAYEHLQTTFNPVDFNPDKWASAAKAAGMKYVVFTTKHHDGFCMFDTKQTDYKVTSSKTPFSSNPKANIAKEVFSSFRKQGFMIGAYFSKPDWHVPYYWWPYFPPKDRNVNYDPAKYPDVWNKFKQFTYNQIQELMTGYGQMDILWLDGGWVRPYSEKEQKEQHIFNQDIDMPKIAAMARKNQPGLIVVDRAVGGPYENYQTPEQQVPDKPLDHPWESCITMGNSWSYVPGDHYKPTNTLIHLLIRIVSRGGNFLLNIGPSPKGDWSDTAYARLKEIGSWMKINSSAIYNSKPIAPYAKDNLVFTQSEDGKATYIFILTDDKNTAGDLTVPTSIQLPAGLLSAKSKITVLGQPGWKTKLDEKTASLQIKQKGAATIKYALVLKVSKP >WP_251223476.1 hypothetical protein [Halalkalibacter oceani] >MCM3714707.1 hypothetical protein [Halalkalibacter oceani] MLNKFQMLIKKETGTQVEEMSKQDEYQQESSMEAEESESERDRKEEEDSGALFHVSSSIKNSSKEIMNLIVAVEQVAHQYQLTEHKLNQEQDRTRHLSDQLEEQRKEINRLQRTINQKNDNIAVLETKITDKNLKFDQLAEDYNELKSHLTNEIDELKNIITVEQKKFAALNEQYENEMVDWLNKVKQREDRIVALESENTNLIERNDQIKKENRYLLKMVKDFTSRMSAPFLDYENEADER >GGR71723.1 histidine kinase [Streptomyces aureoverticillatus] MPEAAAVPIEDERPLRKLYRSGEGRLLGGVARGLAGHLGLPVIWVRIIFIGLFLANGLGALLYAAFWFFVPLGVGGVGAQAQRSAVVTTETAPDGRRKLVARKPDKGQIVALLAMVVVAVVFVGSVDLGATTQAYLWPTLFVAAGVALVWRQADNARRARWMEVGRRRRTLTLARTGAGVLLVGVGVSGIFVLRGSAADLGAALQAALAVLVGIALLAGPYLVRMTQDLSEERLMRIRAQERAEVAAHVHDSVLHTLTLIQRNADSASEVRRLARAQERDLRAWLYKPEGTGKDEAEEPDTLAEAVRHNAAEVEDKHGVPIEVVVVGDCPLDEGLTAQMQAAREAMVNAAKYGGEGGAVQVFAEVEGETVFVSVRDRGPGFDLDSVPDDRMGVRESIIGRMQRNGGTARLRAVPGGGTEVELEMERTAAT >XP_031122780.1 uncharacterized protein LOC116025619 [Ipomoea triloba] MDREKKETFLSEGEDVQNGGRETGISIPKSLSSSGIIEEITQVKHGRRPNLSLEIPMMSLQNSREEIVQIKKLLTPTPTAKKVNFLVTPSPSDPRVNGSPGHLPRGKSSIRNLLPKLNFMSHNSNLDMEKATDIDLGCSPATVPQDKVSISISRSWSLSKMFTPRIKRTSSLPIDPLAHLNPESALGGSVSTTLQQAAASSPTSLHSKGTQLRIPRSLSLPVVNKDGNARKVESFFRVIPSTPCLKDLESIVSAAPTPKRDSEESEDGGEDIPEEEAVCRICLIELCEGGETLKMECSCKGELALAHQECAIKWFSIKGNKTCDVCKQEVRNLPVTLLRIQSIRNANAAAARFNQIDVNGRVWQEVPILVIVSMLAYFCFLEQLLVGKMGTGAIAISLPFSCVLGLLGSMTSSTMVKRRFVWVYASVQFAFVVLFAHIFYSLVHVQAVLSILLSTFAGFGVAMSGSSILVEYFRWRRRRRVLLHRQENPQVALPPGRWPQPNQTATATAAATSHVGPQHHQTDIENPETFSGS >WP_003303823.1 hypothetical protein [Stutzerimonas stutzeri] >EMD98228.1 beta-glucosidase/6-phospho-beta- glucosidase/beta- galactosidase [Stutzerimonas stutzeri NF13] >MBK3879321.1 beta-glucosidase [Stutzerimonas stutzeri] >MCQ4292185.1 beta-glucosidase [Stutzerimonas stutzeri] MHHPSLFDSFFLGGFECSTHRRGDGRRLDLLVATGHDRWAAEDYAALRRHGIRTVRDGLRWHLIEHTPGQYDWSSFLPMLQAAQRQGTQVIWDLCHYGWPDDIDIWRPPFVERFARYAAAAAQLIKDETGEVPFFAPLNEISFWAWAGGDEAYFNPMARGRGPELKHQLVRATIAAMQAIRAVEPRARFVQVDPAIHVIAGNDRPGPQRDAERFRQAQFEAWDMLCGEQWPGLGGAPEYLDIIGVNYYSNNQWYHGDGHTIERDNPDYRPFKGILREIWQRYQRPLLIAETGAEGDLRGDWLRYVSEQAGLAMQAGVPVEGICLYPVLDYPGWADERHCPVGLLGFPDEHGKRCVHQGLADELRLQQARFSQSNSTSRHAEALP >MCL2808632.1 hypothetical protein [Treponema sp.] MKTTGKDGFLYEIKFGETVVGSPGVVVPKDGWYKILSKATESSGIPGSDPGKKRGRSLKAGDFYYAKKDQELAAGDSLIPWTLKKVSFTTDVSASAQGQVFDVTTQADVESGVRAFVASVFKDRSGTINGQVDVDSIEQRYLINEFNAVITDDGTYITYEPAKTGTHHFMLSRRETIMEGEVEAWEYFPVVIESFQTDKPIEGVCPFNFNYRVDGTHNPGIYYRTVIEGDAT >WP_058504615.1 type IV-A pilus assembly ATPase PilB [Legionella nautarum] >KTD36638.1 pilus assembly protein PilB [Legionella nautarum] MDMTTAIEHRLQGIAQLIVQKNLFSKSKIVEYQNLALANKQSLLNYLVTHHLATGSILAQMVAEHFNLPFIDLDHIDIDAVPLNLINESLVYQFKVLPIFVRTEYLFLATDDPSQQAIFKEIQFQTRFPIKLVVVETDKLQKLIDEVLNKKENQYLLNCLNQPIELENPDPVSIDLNKSDEVPIVKFVNQILLAAIKNGASDIHFEPYEKTYRIRYRLDGLLTEIATPPICSSSQIGARIKVLANLDISERRIPQDGHFQMKLASNYVVDFRVSTCPTIGGEKLVVRIINTASIRLSIDSLGLNKLQTERFLTALGKPQGLILVTGPTGSGKTLSLYTALTLLNSKEKNISTVEDPVEIKLPGINQVNVNQKSGLNFATVLRSLLRQDPDIMMIGEIRDLETAEIAIKAAQTGHLVLSTLHTNSAAETLTRLVNIGIPAFNIANSAILLVAQRLARRLCEYCKIRRNDLSQQHLKTIGFCGSEALNLYQAKGCQYCTNGFRGRLGLFELLPLSKKISEQIMNGASSLEIQRLAQAEGMITIYQSGLEKVKQGLTTLEELNRVANHDE >WP_030720866.1 DUF2087 domain-containing protein [Streptomyces sp. NRRL F-2580] MSESTEHQHQTAPRKERRDVGDLFSGGRLLAIPRRAARREQLLVHLAETLFTVDREYTEPEVNDALRTVHEDCSALRRYLITSGLLTRTRDGSSYRRSATTR >XP_047978269.1 uncharacterized protein LOC125220163 [Salvia hispanica] MLLSEKRSLMEVLPLSLMRFLDEWEVRLLIILSLILQILLITLGTRRKYICKLWIRIILWSAYLLADWVAVVLLGTISNNTLDACQNKINEEPGVELRWFWAQFLLLHLGGPDTITAYSLEDNELWLRHLVGMGIQTGLASYILLVAFHSSDWLPYMSVLIFIAGGIKYGERLSTLYAASSKNFSNSMLPKPDPGGNYVRLMEEYTLKMDEGFIVSVDEVIESHFRRRPKFHHEPDIQEAYVLFLKFRHLFSDTVLSIQNCDKTKCYFLELSGKQAFKVIEIEFGFLFDELYTKASVVYNLRGCILRLITFSFTLIVWMMFFFKCEKGKYKRLDLVITHLLLGVAVFLEIYAVRALVNSDWTHRLKGHNRNRVIQWLHQPIKKRWSKKAAQHNLLDLCVGIKSAVLPKGIRNVTGICHYLEKQWLKSFVEVSLGLKDLIFNELKNYTINFDHSHMWNRGFLSSSLEEINKREFDERILLLHIATDLCYSQKPPDDESKETTALAGHSKNISEYMLYLLIDCPFMLPMGIGVIRFQDTCAEARVFFGEKKIFTKQEACKKLRKVDAHVPPAKVRDDRSKTVLFDACRLAKKLLQEERRWEVISKEWVGMLAHAATNCSGNHHAHQLRKGGELLSHVWLLMAHLGILEHFKISQGHARDAKMMSR >MCR5498557.1 hypothetical protein [Paludibacteraceae bacterium] MALLNVSFGIYVFHPIGWAFMAFVILCEAFILSKYLTHKRYDKKIYLTELLSNMVSGIAGIITTLHLNGGWWLVMWFPWVTSHEVNVREHNEVIGLIIYYVVAFILSLLIEWGINHLCLRKQYESKAIFRGTLRTNIVTYAIGAILLTLLIL >WP_230359455.1 MULTISPECIES: type II secretion system F family protein [Rhodococcus] >UDF21827.1 type II secretion system F family protein [Rhodococcus qingshengii] >WEX06651.1 type II secretion system F family protein [Rhodococcus sp. RCBS9] MTVSFLVLALAVSIAPVRDSRARLAAYAPSIRKPDRQIPWQLVAAFFAVSAAWVLGGLSAGCAAVVLAGTLIFRGRRAKAAENRDLSQKMLLSGLEVLIAELSVGAHPAAASSVAGEECTGEVSAVFRSAGARARLGGSAAAAFAVPDSCIEREFSRIGSVWRVADQHGLALAELLGAVRTDMLGRRRFRQRTEAGLAGARATAAVLAFLPLLGIGLGQLMGASPLRVLFGGGLGGVLLVIGTACVSAGLLWTDRITAKVTS >MBX2942005.1 hypothetical protein [Cyclobacteriaceae bacterium] MKLEDIPKKNVFNIPEGYFDELPQIIQSRIAKKEAKPSGIPSFGWILRYALPLLAIGVALFLVFRQNDTMSNPEKLLASINADALTNYLIESDLTTDELLDLANLDEADINALNDHLLYPELDIDILEEYTTEIEL >WP_024953993.1 sulfurtransferase-like selenium metabolism protein YedF [Sulfurospirillum arcachonense] MRTIDCRDMPVPKPVVLTKTTLDELPKDSVITVIVNCDMSEDNILTYAQNKGYFVKREQKRAGIFITISKKFSCDIDEHHKKEKQIENRAIIITSDCIGRGLHGDSLMQEFLDSILFQKTLPSKLIFLNKGVKLTCAKTENNSIKTLKKVEDKGVDILVSLTSLEELDMHKQHQIGTQISMYELVETMINYETSTI >WP_107020819.1 NAD-dependent epimerase/dehydratase family protein [Streptomyces dioscori] >PSM38697.1 NAD-dependent dehydratase [Streptomyces dioscori] MGKVVLVTGVARQLGGRFVRRIQRDPEVDRVVAVDAVAPEHHLGGADFVRADIRQPTIARLLAEHSVDTVVHMDVTGTPLGSGSRATVKETNVIGTMQLLGACQKSPTVKRLVVKSSTNVYGSAPRDPAVFTETTPPKSLPSGGFAKDTVEVEGYVRGFARRRPDVAVCVLRFANILGPGADTPLAAYFSLPVLPTVLGYDPRLQFVHEDDVIDVLRIASHEPERGTLNSGTFNITGDGVLLLSQCARRLGRPTVPLLMPAISWVGSALRTVGMTDFSPEQLRLLTHGRVVATNQMRETLGYRPKFTTAETFADFARSRGPGLLPPEALAGAVDRIAALPALGGGHPPTQSAN >WP_240755700.1 glucose-6-phosphate isomerase [Nocardioides iriomotensis] MSSGPEAPLELAAHGAAADAISAHVPALVADKFASRLFQKDATLWGEAAEDESGKRLGWTGLHRTSRPLLGEIAALREELAGEGVDHVALCGMGGSSLAPEVICATAGVELTVLDSSDPGQVSSALEDRLDRTVVVVSSKSGSTVETDSQRRAFVDAFNRAGLDPTRRIVIVTDPGSPLDAQSRADGYRVVNADPEVGGRFSAMTAFGLVPSGLAGADIEALLDEADAVADLLADDDEANPALRLGAAMAGTSPLRDKLVVVDEGSGLVGFGDWAEQLVAESTGKDGTGILPVVVADETDPEVAAQPGDVTVARLVADPDDDGDGTGSSSGSEVSVTGSLGAQMLLWEAATAVAGRILGINPFDQPDVESAKKAARSMLEGEPDQTPPLFVDGPVEVRALGGDWAGSATTLKEAVDALLAQLDPQQGYVAVMAYLDRLRHADLARVRRTVAARTGRPATFGWGPRFLHSTGQLHKGGPAVGVYLQVTGAHAEDLAVPGRDYTFGQLIAAQAAGDARVLAEHDRPVLRVHLTDVPAGLDALQEALS >OAX39412.1 GroES-like protein [Rhizopogon vinicolor AM-OR11-026] MSPQQKALILLEKQGKFEVGSRSIPSPGPGQLLVKVQSAALNPVDYKIQELGIFVEQYPAVLGMDIAGIVQEVGPGVGNFSKGDNVLAHCDFSNDMAAFQQYTLTVASFTAKIPSHQSFDSAATVPLGLDTAVTGLYGEHFGAGITPPWSKIGGDNQSKEPIVIIGGSSSVGAYAIQLARMSGFYPIIATASPSNEQLVKSYGATHFFDRNLSGSQLKAAISKVTGNPIRIIYDAISLPETQQIGWELLAENGTLILTLPAAVKEDEGKGRKAIPTYGAPHVPQNQELCRGSWAMVEQWLSEGTIQPNKYEILPNGLEGIIGGLERMKNGDVSGTKLVAHPQDTQ >MBV8195826.1 [LysW]-aminoadipate kinase [Candidatus Dormibacteraeota bacterium] MTWVIKIGGSVRDPEPVLRDIAATVAASHEQIVVVHGASRALNDLSERLGYPPRMVESGRGDVSRYTDSTTMDHFLMAYAGVTNKRIVERLRQLGVDAFGLCGLDGGLATGRRRADIRIVANGRTRILHDNHAGSIERVQAPVLQTLLDRGCTPVVTPPIAAEDGTAINVDGDRLAAEVAIALHADRLFFFADTPGVLHDAGDQASSIREMTADNCDASSFSGRVRPKLQAAARAVMRGVDSVVIASGVTGAPLQQALRGEATHIVAASAANSSS >MBF0987109.1 glycerophosphoryl diester phosphodiesterase membrane domain-containing protein [Clostridiales bacterium] MNRLKDFTNIFPRILKFQILTHLLFIFIILPSYFYIRTFLVSLNRLSVIDNTELVRFVFSPLGIVLLVVSLIVIFFYFLIEISGLILLTSSYQKNKKEPSYFTILKESIKLIPKFLNTSIIFISFYFLLLIPITSSILGFNLFKKFNIPNFIFREILKNPWYFILYLLIVIIFYYLFIKAIFTFHYIIIKKQKSSVAIKKSFHLIHDNFKDFFNTFILRILKYILFFLIFIFLALFTINFMKNISKEVFTYFIIFLIVLKNILLTCIILVFIPIEIKFLTDKFYEYTKSSKKLEIKEKSKYNLIDKIFSFKKFIIFGFIFLLLTLNVLFVFAPKFFNNSFKVKMIIGHRGGEGVENTIGAIKNSIDKRIDYVEVDVQRTKDNHYIVHHDKTFKRVAGINKSPSDMTLKEIKNISLRGNEKIPEIKEVLKLSKNKINLFIELKGKTADKKMVDDIVKMVKKEKMEKQVVFISMRYSVIDYIKTRYKEFKTGFIYFLFLGDMSKIKADYMLFSEDFVTQNHIEQIHRHNKKAIVWTVNSPDSMKKYLDSAVDGIITDRVNDILKLKEKLDIRSDKDLVYDLLENSILDKNNS >WP_125625723.1 MULTISPECIES: LacI family DNA-binding transcriptional regulator [unclassified Streptomyces] >MCC5033817.1 LacI family transcriptional regulator [Streptomyces sp. WAC 00631] >MCC9742796.1 LacI family transcriptional regulator [Streptomyces sp. MNU89] MAVNGRRSRQPTLEEVAARAGVGRGTVSRVINGSLRVSDQTKAAVEQAVAELGYVPNRAARALAGHRTDAIALVVPEAETKLFAEPYFSDIVRGVGAELAETEMQLLLTLIRTTKERERFAQYLRAARVDGVLVVSVHEHDPLPDLLEDLGLPAVLSGRRSDLESVSYVDSDNVGGARSAVAHLLAGGRRRIATITGALDMYVAQCRLDGYRQALEAAGVGGGRHLVAESDFTESGGRRAMAELLEREPRLDAVFAASDVMAAGALGVLRAAGRRVPEDVALVGFDDSAIARHTDPPLTTVRQPIEEMGRAMARVLVEEIGSRTTAKRHVVLGTRLVHRDSA >WGQ72821.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] VLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDXXXXXQIVESCXXXXXXXGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVXXXQKAAITILDGISQYSLXXIDAMMFTSDLATNNLVVMXXXXXXXXXXXSXXXXXXFGTVXXXXKPXXXXLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFILKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKXGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSXSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFLHFLPRVFSAVGNICYTPSKLIEYTXFATSACVLAAECTIFKDASGKPXPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTXXXWVLXXXXXXXXXXVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAXXIVAIVXXXXAYYFMRFXXXXXEYSXXXAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTV >WP_083951119.1 nuclear transport factor 2 family protein [Actinomadura rubrobrunea] >GLW63371.1 membrane protein [Actinomadura rubrobrunea] MRGTFRAAVEARDLAAIARTLDPDIELHSPVVVRPYRGRDAVVRLLRVLMEIFEDFHYIDELVSIAPSAPDGPPPGHALIFRARAGGTRVQGVDLLRFGDDGLVTELTVMVRPLPAAMTLARLVGRRLERPAASAR >MBO4859232.1 hypothetical protein [Treponema sp.] MNRFIFRTCVLLIPLVLMFSCATTKTDSGEADDKQKSVEVVVDEQDKNQSLEQETDSEEDDDKEDKKQSKKPKKATSKKQKKTEEKPEEPPAPIIPVFDDWKYMGFGTEVPKEVEEAVKAAPVDFIADGFKVYDADTRNTVIFHVAGINVDQAEDKLEASVSNGAATANVPADISLGEYEASESGWVRLNLEYFADKLQAEEEGSDNYQALLKLLDQIYISYQIYRKK >MCI8350609.1 efflux RND transporter periplasmic adaptor subunit [Oscillospiraceae bacterium] MKKVLLAVSLCCPLLAVWLSPLAMRALLPVVQAAHPTPGAYDTYLNFTGSVEFSGTEELSLPLPVLPGSIRVSLGDQVEQGDILFTVDKPGTYEALQNGGFSTLELPSLLASYEPVLDAIGALGSSMSIESVVAAYQDIPSAVTAPVSGMVTALDVSPGALTNPSHTLAAVSPAQSLQVKISVSEDKISQLQVGQPVLITCAAIDGKTYHGTVESISPLARKSYSLSSQSTVVDVFLHVDDPDGQLRPGFTAKAKIHVRRDGGAFFLPYSALILDASGQETVYLWQQGRAVSRPVECLSHMENGYVALSGVSESDLVITNPASVPASGALVQLE >MBI5966481.1 RluA family pseudouridine synthase [Deltaproteobacteria bacterium] MESSISFRVNLRSSSKRLDVFLSQEDTGLSRSQIKRLIEKGNVQVRGKKAKAGMRLKENDIVILSLPKPQKLEIQPEPIPLTVLYEDSHLIVVEKPAGMVVHPGAGRFSGTLVNALLHHCPDLPGIGGVLRPGIVHRLDKDTSGVLVVAKDHFTHRALSEQFKQHIVRRKYIGIVFGQIPDEGQIDSTIGRHPTYRKKMSTRPRKGREARTHWKVMKRFPDFTLGEFRLETGRTHQIRVHLSSIGHPLLGDPLYGGRKRLASIGPPLLRQGLQKLRRQALHAASLGFVHPVTGENLEFSSPIPADIGEAIGLLEELGKRG >HJD49103.1 hypothetical protein [Candidatus Corynebacterium intestinavium] MAELNIGLVLPDVLGTYGDDGNALVLRQRARLRGITAEIHTIRYGEAVPETLDVYTLGGGEDVAQLLAAEHLRADGGLVRAAAAGRPVLAICAGLQVLGESFHAGGKLADGLGLLDATTSQLGKRMIGELHSEPYRGAGAGVGASADGANAGDGAGAQSLAADLSELTEPLTGFANHMGATILGPDARPLGLLRARGGMVGNTDAHGVEAADVVIKDGEEQQRYEGAVQGSVIATYMHGPALARNPHLADVLLARALGTTVAELPGLGAGSIAEFEGVPAGDAGAGGAGRAGADAGAGVGAGTGAGVGAGAGAGSPDGREFAAQLTAEVEQLRRERLG >PYT05517.1 transcriptional regulator [Acidobacteriota bacterium] MTAAPSVRIDARKYSRLLAKAQPSAITSEEENDRMLAIIDQLMSKGEENLTPEESALFDLIVTLIEKFETEQYHLERSSRATPLSILRELMAARDLKPSDLWEVFRSKGLTSEVLNGKRAISKSKAKALAEFFHVSAELFI >QIC18874.1 ATP-binding cassette domain-containing protein [Lactobacillus iners] MIVIKNLSFDYVTFEKASGLKGTIEDLFHRKPQYVKALKNINLNIEDGSLIGLIGPNGAGKTTLTKLLTGIISPSSGSVNIDTFIPVQRKTELLKEIGVLFGQKSQLSWDLPAIDTLNMLASIYSLEENRFKKRLKELTKMLNAEDLINKPVRKLSLGQRVKCDLICSLIHEPKYLFLDEPTLGLDLMTQESIYEFLREENKRNKTTIIITSHNIRDIEALAHRLIILANGEIIFDDKLEKLPINISTDDHFVVKYLVNNEPESKNISENDLKNFMQTLSANQIISLTREGINLEEIILEIYKKVK >MBQ9047503.1 metal ABC transporter permease [Solobacterium sp.] MLVKLGEYLQFPFVRYALLVGVLISLCSSLFGVTLVLKRFSFIGDGLSHVAFGAMAVATVMKLADQMLLILPVTALAAVFLLKRDQNGKIKGDAATAMISVGALAFGYLLMNRFPTSANIAGDVCSTLFGSTSILTLSKFDVFLSTALSVIVIVLFVLCYNRIFSVTFDTDFARTAGMNADRINLMIAVIIAVIIVLAMNLVGSLLISALIIFPALSAMCLSNSFFKVTVVSSCLAVISTLCGILASILWGTPVGSTIVAAEVIVFAVCRIAGGHVHI >CAG0990770.1 Sensor protein ZraS [Myxococcaceae bacterium] MEPTNRSLRGERAGAPAPGARSAGGSIADVPASAELAQFDVLAASVAHEIRNPLGAMRRALAGLGAEASLGDSCARVVDLVVEELDRLGRLTTKLLALGRSGILSPAPVNLGALVERAARLLRLDPRLAEGVSVETRLAEGLPDAWIDSDRILQVVWNLGLNAAEVVPAYGKIGFDVGRERLAGRSGVALAVSDTGPGIPREARRRIFEPFESRRAGGTGLGLALSQTVVRLHGGRIVVRDAPGGGALFEVWLPVAPPRDARRGDRSWRAC >MBO6078463.1 oligopeptide transporter, OPT family [Bacteroidaceae bacterium] MMEEEKKPVELPENAYRELKQGESYEPIMKPDRVYPEANLWSVGWGLLMAVLFSAAAAYLGLKVGQVFEAAIPIAIIAVGVSSVAKRKGALGENVIIQSIGACSGVIVAGAIFTLPALYILQAKYPDMTVNFMQVFISSLLGGVLGILFLIPFRKYFVKDMHGKYPFPEATATTQVLISGEKGAGQAKPLVVSGIIGGIYDFIVSTFGLWTETFTTRVCAWGSALATKAKLVFSINTGAAVLGLGYIVGLKYACIIAAGSALVWFVIVPLLPLFGDAFLQSLNPAVTDAVAQMEPEQIFSSYARHIGIGGIAMAGIIGIWKSWPVIKGAVSLAGRELKGGKGTAGVQVERTQRDLPMKIVIIGIIVALIAVFAFFYFGVMDFNLLHAVVGILVVGIIAFLFTTVAANAIAIVGTNPVSGMTLMTLILASVIMVAVGLKGTPGIVSALIMGGVVCTALSMAGGFITDLKIGYWLGSTPAVQQGWKFLGTLVSALTVGGVLIILNKTYGFVGENALVAPQANAMAAVIDPLMSGTGAPWWLYATGAVIALILNFCKIPALAFALGMFIPFQLNIPLVVGGFINWYVSTRSIDPAVNTARVEHGTLLASGFIAGGALMGVVSAALRFAGLDLFMAESWTGSHLAEWLSLIMYALLIWYFVRSVMKRKTE >WP_243890777.1 penicillin-binding protein activator [Shewanella algae] MLASLWGCGSTPSADKDQLAVVSLVSAPQAPAEYLAFAAKAPSKENRERYLLLAANAYLKQGDTDAAADILRSMQAGLSPVDEIQAEHRFLSARLQELTGKNAEALSTLNYPGNWQLADWQWASYHQARARLFAANQQPVEQVRELSKLCQYLPVKATGEVNDEIWQLLKPLQEETLQSFAAQESDAVFTGWLQLAYLAKHYAVDPSSLIRQLSDWQKRNPYHPAAVQLPSDLQLALSAKPYRPSNIAVLLPLSGPRAGVANTVRQGILASYLSDPDSNVSLNFFDTAQGADKAYQQALQSGAEFVIGPLLQNEVEQVMAAQQAAKTDTPPQLFLNQIDKLQPQQNKYYFALSPTQEASDAARRMYQDGIQVPLLLASNDAVGQRMAQSFKQTWMELTDSDAEVHFYDNGDKMRETVEEALGVTDSKARIQAIKALLGSKVKADFRSRTDIDAIYMISGIQDLPLLKPFIDVNFSVFAEQVPLYTSSRARQEDNAKQTAIELNNITISDIPWLLQASEETEAVNKLWPTWGNAQKRLYVMGYDALQLVNRLAQMHAFPGYQYSGRSGQLTVSPDGVIDRQLSWAKYQRGVLRPL >WP_255073759.1 glutathione-regulated potassium-efflux system protein KefC [Klebsiella pneumoniae] >MCQ0524759.1 glutathione-regulated potassium-efflux system protein KefC [Klebsiella pneumoniae] MDSHTLIQALIYLGAAALIVPIAVRLGLGSVLGYLIAGCIIGPWALRLVTDAEAILHFAEIGVVLMLFVIGLELDPQRLWKLRASVFGGGALQMVACGVLIGLFCMLLGLRWQVAELIGMTLALSSTAIAMQAMNERNLTVSQMGRSAFAVLLFQDIAAIPLVAMIPLLAASGGATSLMAFALSALKVAAALALVVVLGRYLTRPLLRFVARSGLREVFSAVALFLVFGFGLLLEEVGLSMAMGAFLAGVLLASSEYRHALESDIEPFKGLLLGLFFIGVGMSIDFGTLVTHPLRIVILLVGFLAIKMLMLWLIARPLGVPRAQRRWFAVLLGQGSGFAFVVFGAERMADVLDGEWAKALTLAVALSMAATPILLVLLTRLEKSSSGQARDADEIDEEQPRVIVAGFGRFGQIAGRLLLSSGVKMVILDHDPDHVDTLRKFDMKVFYGDATRVDLLESAGAEKAEVLINAIDDPHVSLELVARVKEHFPHLQIISRARDVDHYIQLRQAGVEAPERETFEAALKSGRMTLEALGLGAYEARERADLFRRFNLQMVEEMVAMAENDAASRVAVFKRTSDMLTGIINEDRHHLSLVQRHGWQGTEEGRHTGDIADEPENKPSA >VWM24802.1 DNA integrity scanning protein DisA [Collinsella intestinalis] MDDYVTLADITSIFSSFEIMEQAKVELQNCIAKLGNQGKLVQMQLEQLAGAGMETEYSLMIRDYAADASEENAERVRQVFSSMSAQDLTSPSKVAKALGFEDLDEDSVMSPLGLRTLSRVSVVRDGVAERIVDEYGSLQDLMDDIKNDPDRLGNFGVNNPAILADSLARMHGSKREA >MCD0485423.1 cytochrome b N-terminal domain-containing protein [Streptacidiphilus sp. ASG 303] MVLFRTRTRPGRRAGRAAEGAATALDRRLPLMEAGRSLLRKAFPDHWSFLLGEIALYSFAILVLTGVFLTFFFHPSMTETVYRGAYTPLRGVRLSEAYASTLHISFDVRGGLLIRQVHHWAALLFLASIGVHLLRIFFTGAFRRPRELNWTIGVTLLLLALLEGFAGYSLPDDLLSGTGLRTAQGFVLAVPVAGTYLSFLLFGGEYPGHEIIPRLYAAHVLLLPGLLVALVTAHLVLVVRLKHTQWAARGATGRNVLGKPLFPQYAAKSAGFFFAVFGVLALLSAVAQVNPVFAYGPYRADQVSTDAQPDWYMGFLEGAIRLMPGAETRLWGHTVSWNPLLPAVVLPGVLFLLLYAYPFFERWVTGDTGEHHLADRPRNQPVRTGIGVAALSWYTVLLLAGGQDVLAYTLHVSVDALNRFLRVCFLVVPPAAFWLARRAALALQAHDRELLEEGEEAGFVRQEVQGAYEGSHRRIGADRAYVLMARRLPRPLPAPPGGAAAPRRARLRSALSAWYTGDRVEMPATDAQRRRIAALTAGPARGTGGADGVDDER >WP_113120276.1 type II 3-dehydroquinate dehydratase [Devosia neptuniae] >UXN69275.1 type II 3-dehydroquinate dehydratase [Devosia neptuniae] MAKRVLVLNGPNLNLLGMREPDIYGHTTLSDIDALCHTAADELGLAVDFRQSNHEGELVTWIQEARGTADAILINPAAYSHTSVAIHDALKAVGLPVAEVHLSNIHQREPFRHHSYVSAVAYGVICGFGAAGYRLALHALAEKLK >OSX70183.1 hypothetical protein BU14_0869s0003 [Porphyra umbilicalis] MGGRPRTAGVGGVAAGTGAAGGVQKPAGIVYNCAQPGCTKTFTRRSNLRAHARIHSGLEPYVCLEAGCFKRFKWKSCLNSHQRTHLRRQSVAMAACQKADKSWVVYDGTTAAATVAALAPSAYGPPARGCRAASAAAGGPSAAASAGRATAVGAAGGTAARAVGGP >WP_256212307.1 ATP-binding protein [Pasteurella multocida] MSKQNSEAALEYLNKINHLVEHTALIVKRLRQFPRQGSGKIQAVNLMDCIQSAWELLESQHKPRQSQLITPTNLPLVLGEDVLIKQVFVNLFLNALEAIEHTPPQIHIDVDSYNAEDLCLWITDNGQGWPLTDKLLQPFSSSKSINLGLGLSISQSIMEQCQGSLTIASTLTHNALVILKFKVAQHV >WP_283099644.1 siphovirus Gp157 family protein [Escherichia coli] MDSDLEPEMIADTIEGMEGELTDKIEQLLAIIKNESGYAERLKEEAKSLNERAAVIQNKIDRIKSYIASSLEMVGKKNIRAGIHQVTIRKPSETVEIIDSSALPPEYVEFETTIKADKLAIKHQLKAGINIPGAQLKVGKPSLLIK >KAJ3501609.1 hypothetical protein NLJ89_g9260 [Agrocybe chaxingu] MFAAHAPRLRHFQTHNCLIDLSQKIFNGLTVLVIDNMQFIPIPQLLSMLRHMKLLEKLHVTRTPENVLLPSNFPISPDILEVHLLNLSELMISASMSVCATMMQGLVLPSSCSVVINAQNAYHEGRDLTILLRRMQEILSIWKCDPLTGRQSLLLSASEIIYTLQGPREDGRCHRDHPYISLALSWHKRQTKVETLYKLFPLVAYTFSFCLMAPDALGLLVSADVPCDVTHTFITFEPLLRARNADDDDVVLPYMGDITFAGVNFADDARRYWRRLLKILKFRERVGSPIHEVDFVHCVGELEQREDIERRFGVMVKINGEDRSTCTSGDSDESDSDGEDSDYTVQALSDVEDF >KAG9084682.1 hypothetical protein FRC06_003943, partial [Ceratobasidium sp. 370] MLSMPTEDEHLGFMELGKLLKSDIIWLSAFGTNMIVLNSSEDAFNLLEKRSGIYSDRVCPNMLKEPSLMYWPDFTLFQGYNNKWRTARRMMHTWLNKKAAEEFQPGQQLQARLLLQRLLKLSDHMSSSVELDAELYRTSAATVVYSVYGYDLQSSDDPFVFDIKKATDNGTKAAMFSNFLVNLFPTLAHVPEWFPGASWKQTARKWREQKDHAVDTAYNWTKAQIANGTNAPSMIASWLEDVEQLGLEPHEIDYHIKNVAVTLFIGGTDTTTKTLLIFIMAMLLYPEAQLKAQKEIDAVIGSTRLPVMEDRPKLEYVERLLQEVLRWCPLLPNSFPHACYQDDVYKGYRVPKGTTMIANVWAMSRNPDVYSDPETFNPDRFLDPNVPVIPAFGFGRRLCPGIHFAQATLFIVMSSILAAFNICPVKDEQGNSVLPVMLENTGGLN >ECZ1075286.1 hypothetical protein [Salmonella enterica] >EFO9573059.1 hypothetical protein [Salmonella enterica] MGDSDESLAPMVDGLSSGLCMLILVATVFMISSIDTTVAVHSEPFRFYKSQMINNIIYYNDAIEINPDEFKM >WP_022619009.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4545249.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4612703.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4731705.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT4779802.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] >EGT5365207.1 metal ABC transporter ATP-binding protein [Clostridioides difficile] MNLVEFNNTSFSYENKLVAKDISFTVSKGDYLCIIGENGSGKSTLIKGILGLVKPCKGSIFISEELKDSTIGYIPQQSDIQRNFPATVYEVVLSGCIKRNSVFPFYRKSDKVLAHENMEKMKISDLKNKCYSDLSGGQQQRVLIARALCATDKLIVMDEPITGLDQKTTLNLYDMLHNLNKNYGLSIIMVSHDIKTSLNYANKVVHMKNRMLFYGDVKDYKQSDCGKKFLGGEIND >WP_053236900.1 right-handed parallel beta-helix repeat-containing protein [Sandaracinus amylolyticus] >AKF09893.1 hypothetical protein DB32_007042 [Sandaracinus amylolyticus] MTRLGLALALLSLAACEASSRDPDAATPPPDGGTTSGPAAPALPSLTPCPAGWSERALEPGGPLVCDPPSDACPDATVRWPGATECTPVGAPCPSGAWPDDLAADAIHVDASATAPGDGSRDAPFATIADALAVASSGDVIAIAAGTYSGVVAPMVDVEIRGVCSARVTLTHVAGGGATQVVGVREGRAIALRDVTVQSADLMAIAVRGALTLRGVRVSGAGVSVAVLGAGARLDARELHVPHTSSDADGRAGRGVDLEAGSTGTIERVIVEDGGDSGIAVVHEGGSLIARDVAVIGTRGNGSGAFGNGIGVFDGATLMIERAVVRDVREAGLIVSIGSATVRDVVIDGVASEPTQSNGYGVLVRDGRLDADRVRVTGARRSGMLAARGATIAARDVVVHDVVADDAGFAVGIGVVGGRLELARAYLARLAVYGLSILEHEASSASGDVEDVTIRDVAVGAEDIGFGVLVSRSTATVSRLDLRGARVLGVDVMGEGAMLTLEDARIEEIDATSTFDFGRAIEVDVGGHAIVRRARFAGTRESAAASYEAGSRLELVDVEVSDVRERACAATTCSGQPGGVGVVALGGGAVRGEALRIAGAPLCGVMVAFDGALDLRGGEIRGCSVGACLQVEGYDVARVTDGVRYEENDVNVDFTGFPAPMSASAPPPL >WP_089566156.1 M14 family carboxypeptidase N/E, partial [Escherichia coli] SHAGTITVYEDSKPGTLNDFLGAMTEDDVRPEVLRRFERMVEEVARNAAAVAADADAAALSQQIASDAALTATTKASEAGGFAGNAALSAESAKTSEESAGNSEVSAERYASRAEEAASLAGQKASEAAKNAETASQKLDAVISGAQDADESKRAAELAAERAESAAKNAATTAASETATAIREAVSDDRERADRAADRAEEANEGAQLALREALETAKTPGPQGPQGEPGPKGDRGEAGPQGKQGPQGLPGKDADLTGVKSTAPMGADFNDVGMGKYAFPLLGQENANAGRVSNHPIPGSTGNTAWGIVWAAPRSIYPAQIFMNYEGQMLSRIKANYGWSAWWQFAGKPLSEYPGTYMFSVTTTAVRYLQEVSGSTLTPQRAGNWIALGETAANSATLFQRIR >GFV68115.1 transposable element Tc1 transposase [Trichonephila clavipes] MDLTTCWTASYVSDGFRLLLQWTDGTTSAPRRLLQSSARDTSQRLPCRRIRAHYEKLSEFERGRMIGLKEAGWANWKIARYMDRNDTDVRRCWQEWVDSGRFQRHDGGNHADWRRIVFSDVYRFQLCPNNYLRRVWRSPEKRADPAFTIVHQAGPVPGVMQDNARPHTALVAMNCLTACQTLLLPARSPNLFPIEHVWDMMGRRLYLPGNVDDLA >XP_039923984.1 homeodomain-interacting protein kinase 3 isoform X4 [Hirundo rustica] >XP_039923986.1 homeodomain-interacting protein kinase 3 isoform X4 [Hirundo rustica] MASQVLVYPPYVYQTQSSAFCSVKKLKLEPSSCVYHERTYPQIYVNGKNFGISPHRVSTFFQTKNPFDRPRGQSFWLQSNAVALKNTAGATKALAAWAPQPQLEAPGAGTRGSRSDILEGAQRCGLKRKSEELDNQSSTMQIVDELSMLPAMLQTSVGNPVTVVTTAAASKQSGTGGDGDYQLVQHEVLCSVKNTYEVLDFLGRGTFGQVVKCWKRGTNEIVAIKILKNHPSYVRQGQIEVSILARLSTENADEFNFVRAYECFQHRNHTCLVFEMLEQNLYDFLKQNKFSPLQLKVIRPILQQVATALKKLKSLGLIHADLKPENIMLVDPIRQPYRVKVIDFGSASHVSKTICSTYLQSRYYRAPEIILGLPFCEAIDMWSLGCVIAELFLGWPLYPGALEYDQIRYISQTQGLPGEQLLSMGTKTSRFFCRETDAPYSSWRLKTLEEHEAETGMKSKEARKYIFNSLDDIVHVNMVMDLEGSDLLAEKADRREFVSLLKKMLLIDADLRITPAETLNHSFVTMKHLLDFPHSNQVKSCFHIMDICKCRSNLYDLSNCNKTSLMRSVASGSAANLTASFTKIGPVRSQVKTMALTASAHSVVPQGIPLQAGTAQFGCSDVFQQALIICPPAIQGIPTNHSKPTSFSLRVDNAVPLVTQAHAIQPLQIRAGILSQQAWSNQTQQILLPAWQHVAPVAAPATSLASDPVAGPQRLGDWGKMITQGTHYSSMVPQPLLTHQITLSAPQPISVGIAHVVWPQPAATKRNKLCQNRSNALQNTNIQNSAFISPKILNLKAVKRISCIEAQDNLNSEGREGGCCEASVGLAPAPSVPSSARQALFLAGSPSPAVSVITISSDTDEDDVARTHSLRECKGSLECEACQNTLNIDRVCSLSSPDSTLSTSSSEQSSPSPCKRSNSMSDDEQESGCDTVDGSPSSDSSGHDSPFVENGFVDNNNKNKNKEARASVNPETKSTVCTVVVPPMRLENRLHLEEQMANTVATCQPLRKGRSVLGRINHSSVVGNRQQKLTSAFHQQHGNFSQVQHFGSGPQEWNGNFAPRRQQQQQPFLAAAVAGPAFSLPQGSPSHLPGSSHLGGQPAILPYASPAPLGAAAPVAHLLASPCASRPLLQHPSYSLSHAGGMVHQVPVGINPRLLPSPTVHQTQYKPVFAPHSYVAASPAAYAGFPLSPTKLSQYPFM >WP_206760453.1 Lrp/AsnC family transcriptional regulator [Bacillus xiamenensis] MVSNDYSIPNLTLDERDKQILSILHEDGRMSYTDLGKQVGLSRVAVQARIQQLIEAGVIERFTAVINPAKIGIHVSVFFNVEVEPKFLETVALQLEEETAVTSLYHMTGPSKLHMHGIFQNDQEMETFLTKKLYPLEGVVSVDCQMLIKRYKSRMGMKL >MBP3534615.1 DUF4954 family protein [Muribaculaceae bacterium] FLNAGSGSNQSNHMYKLGPIHQGVVERGSKTTSDSYVLWPARIGAFSLVMGRHVSHPDTSSLPFSYLIENDGRSYLVPGVNLRSVGTIRDSQKWPRRDRRNDLDRLDMINFNLLSPYTISRMQSGMRLLDAIEAVAGTGADKYAYQAMTIEARALRSGRRYYSMAIDKFMGNSLIKRLEGRTYATDAEIAERLKPTHEAGCGEWVDLAGMFAPQAEVCRLVADIGSGAVATAEALEERFRALQRNYYDMEWTWVADNFAAWWGKAPSELTAADVRAIVGRWTESVVGLDRMLYDDARKEFSDISRTGFGVDGDDVRRRSDFEGVRGDFESDAFVRMVADHISAKTDLGRELLGRLP >CAH1398908.1 unnamed protein product [Nezara viridula] MQLISTRLHRSAHNYIVLPKGSEPDEFEGRLADGQLAVLAKVLEREIIEDWARFNMAVQNVYKRGRDSGLRRGGLSLWVHSGDLACKCPKIRSNKSYLILGKEKDGDRPGLTITQRSIVIEWKEEWHNRMRRFQRRSKQCN >KAI8373711.1 hypothetical protein BD560DRAFT_394108 [Blakeslea trispora] MTLTVPSTRPRSFTMSTPLFSNSGFRRSSTEGLHMFALSINNQWPFSRALINKPSIHSNLPATVSFSSF >XP_007121961.1 ankyrin repeat and SOCS box protein 9 isoform X1 [Physeter catodon] MDGEPRGSNGRKPPRLGDSPDVRLLSNPLMGDTVSDWSPVHEAAIHGRLLSLRNLISQGWLVNLVTADRVSPLHEACLGGHPSCANILLKHGAQVNGVTTDWHTPLFNACVSGSLDCVNLLLQHGASPHPESDLASPMHEAAKRGHVECIESLVAHGGDVDRNISHLGTPLYLACENLQVACAKKLLESGASVNQGRGLDSPLHAVARASSGELACLLMDFGADTQARDAEGHRPLELVPPESPLSQLFLQREGPPSLMQLCRLRIWKCFGIKQHRKITGLSLPEELKWFLLHI >ABY20040.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20045.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20066.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20084.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20094.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] ETEKAFQSLVGKLFAKNYARLGWDKVAGESAGDESLRGIVLSKTLYAENADAKAKASQIFAAHKENLAGIPADIRPIVLNNEIKTTNSAELVKTYRETYVKTSLQEFKRELEGAVPLIKDEKVIAELLESFKNADIV >XP_053218984.1 growth factor receptor-bound protein 10 isoform X2 [Podarcis raffonei] >XP_053218985.1 growth factor receptor-bound protein 10 isoform X2 [Podarcis raffonei] MALAGCPDSFLHHPYRIDSVDQTSAHARRDLVEPGFQEQSSRLSLNHQGDDDVDLEALVNDMNSSFESLYTPYNVHSESTPLLHNGQLPASGTNSLQPVSPKQKVQRSQPVRIMAVRRLQEEEQFRTSSLPAIPNPFPELCSPTSSPVLAPGSLPQNQPANKQDIKVFTEDGTCKVVEILADMTARDLCQLLVYKSHCVDDNSWTLVEHHPLLGLERCLEDHELVVQVESTMGSESKFLFRKNYAKYEFFKNPVNFFPEQMVAWCQQSNGCIPQSQLLQNFLNSNSCPEIQGFLHVKEQGRKSWKKQYACLRRSGLYCSTKGTSKEPRHLQLLADLEDSNIFSLVAGKKLHNAPTDYGFCIKPNRMRSETKELRFLCADDEQSRTCWMTAFRLLKYGMLLYQNYRIPQQRKAALPHFTTPIRSVSENSLVAMDFSGQIGRVIENPAEAQSAALEEGYAWRKRSTRMNILGSQSPLHPSMLNTVIHRTQNWFHGRISREESHRIIKQQGLVDGLFLLRDSQSNPKAFVLTLCHHQKIKHFQILPCEDDGQIFFSLDDGSTKFTDLIQLVEFYQLNKGVLPCKLKHHCIRVAL >KAJ0483518.1 putative nucleotide-binding alpha-beta plait domain superfamily, RNA-binding domain superfamily [Helianthus annuus] MKDRLTGRPRGFGFITYADPSIVDTVIAETHVISGKQVEIKRTIPKGSAESKDFKTKKIFVGGIPAAVTEG >MBP5538497.1 FAD-dependent oxidoreductase [Bacteroidales bacterium] MKQIELACKIGKELTDEMVRPVAAKALGVKADKVASWRVVRRSVDARGSDILYRYKVEAWRTDETPEAYRLPEYLDVHNAEPVLVVGSGPAGMFAALKLLTRGFKPIVIERGKDVHARKFDMAALSREGVVHPDSNFCFGEGGAGTFSDGKLFTRSSKRGDIREVLYQLVQFGADPDILLNAHPHIGSDRLPAVVERIRQCILEHGGEYHFGTRVVEIERLSDGQLKLTGRVSGGGQDAEAMFTARKVILATGHSARDMYELFARKGWALEAKGLAIGVRAEHPQWLINKIQYHGRWQPFMPVAEYSFVTQVEGRGVFSFCMCPGGVLVPSATAAGELVLNGMSNSARNGKWANAGVVVQVEPEDVPEEYARYGALSMMHYQADIEKKMFSFSDSLKAPAQRMMDFCRRIPSANLPATSYHPGAVTAPLHELLPESVSWRLKLAFPYVGNKLMHGYYTNDALLLGVESRTSSPVRIPRDPQTLESLSVPGLYPCGEGAGYAGGIVSSALDGIACAAMI >WP_007270472.1 imidazolonepropionase [Paeniglutamicibacter gangotriensis] >EMQ99284.1 imidazolonepropionase [Paeniglutamicibacter gangotriensis Lz1y] MTTTLITNLTEVFTADAAHTVIKDAAILLEDEKIAWIGSAAQAPAADTVIDAGYRAALPGWVDSHSHLVFAGDRSAEFVARMAGQDYAAGGIAVTTAATRATSDYDLTRLLMGRAAEALAGGTTYLETKTGYGLDVEEEARHARIASTVVDKVTFLGAHLVPAGMDAQEYTDLVCGEMLERVRPYVQFADVFCERGAFNEAQSRQVLAAAHQAGLGLRVHGNQLGPGPGTQLAVEFGAASVDHVNYLDDADVTALAGSWESWDPATRTGAAGTVATCLPACDLSTRQPLAPGRELIDAGVQIALASNCNPGTSYTSSMAFCVATAVLQMRLTIEEAITAATYGGALALGVQDLVGSLEVGKRADIQLLNAPAVAHLAYRPGMNLSGPVFRAGALVVGKL >MCH1598717.1 fatty acid desaturase family protein [Pseudomonadales bacterium] MSENQTPTAESGKLRQRPTDFFTEEEMAYLRTINPWRSALSIAHCWAVIIGTWIVVSLFPNPLTITLGVMIIGTRQLGLFVLTHDGAHGALFKNRKVNDWVCEWLLNRAFTDEKIDTYRKYHVVHHANTQQEDDPDLVLSKPFPITKSSFRRKVIRDLTGQTGWDQYGRIVKAAFKGDTLKEKLQRAWPRLGPNVLINLAFLAAFSAAGVWYMYFVLWILPAFTWNRFVVRLRNIGEHAVVPDNDDRLRNTRTTLASWWERALIAPYHVHYHLEHHLVVNCPHYKLREAHEMLIEKGYRDQMEIQPGYSAVLNLALRSG >MCE2791243.1 DUF1559 domain-containing protein [Blastopirellula sp.] MSKSNRFGFTLIELLVVIAIIGILVGLLLPAVQGVREAARRTQCSNNLRQLGVAAMNYESALKKFPPAFTQVNLTGGPTSPINTNSFQGHSVFYFLLPYMEQNNIFDTFDSVRPKLNIALNANAGLSGNVIPSYLCPSDLLPNTAIGWPENATPSQWYGGVSYRANGGSRPIFATSSTNDGMFMCTGPAARKAASAPVGFQVQIRDALDGTSNTFLFGEFYHRDPNFDTFTTGGWNSGSTILGWSRWYPAGGDNGLGNLMGGAFAPINYKTPFKFGGTGAPTSQNAWFVFQDQRLSAFGSGHPGGANFVSADGSTRFVADSMPQTVLTLYCQRADGNVNSYLD >PUB18616.1 hypothetical protein C8N45_101200 [Yoonia sediminilitoris] >RCW98784.1 hypothetical protein DFP92_101200 [Yoonia sediminilitoris] MCSNRPFFASCLMALIGCESQLGDRPHRPVPTPVVSWVQNSGSRRKCLKITDLAATANLSAVGPQQVKFIKRVIT >MBG6287041.1 SDR family oxidoreductase [Pseudomonas nitroreducens] MMSNDAKTDRWFDLSGKVILVTGGSRGLGYQMVRAFAEHGADVIIASRKLEACEAVAEEVRALGRRALAVACHVGKWLEVERLVEVTYAEFGHIDVLVNNAGMSPAVPTHEVSEELFDKVIGLNFKGPFRLSALVAQRMVEGAGGSIINVSSTGGIRPSPQIIPYAGAKAALNAMSVGLAQEYGPKVRVNTISAGPFLTDIAKAWSEEMRQSCANALGRPGRPEEVVTTALYLASPHSSYTTGSLIKVDGGLP >KAH9956814.1 hypothetical protein BGW80DRAFT_1257507 [Lactifluus volemus] MPGHRLQAQFHDPGMGFTALEESGDYKNTVRIIDEPDYTVELDPSAPEADVKRTAKEALKIYGRIDVLVDILNPVLWKSSDIHAQYQTNVFGPIAIIQALLPSFHAQGYGHILNISSMAGFVRQSFIGAYNSSKAALDSFSETLALEVAPFGVLHTIAASALPTNVLVAAAKKANGPSPEIHEASVANSRYLWSGVMPFCAYLSKKDVPSSPLNPTHLSSSTTLPEFLRGNRAHAHVHTRTKPVLERYRATTIPFGNHTLSLALASIRVTSQYFSPIRALYRTTRSPRMVPRRSNFPPRARMSQYPVHLRRPFGHSKSSEKVSPLEHVLRPMPVPTATPSLTTNRHYLLTPPTSASPQSAGSNFVSFASPFSHLNDDSSPVGAVVAAVGQLTLGGWLWIIGQGIGSLACIGLGYWVVFDTIGVVVNKILPAYLHRPVQKARRIKGLVTGSLPTFVDMGYNFGANKNIAFMGDNTWLSVFPTSFHPGMTHDFDSFNVEDLHTVDNGIIANLFPLLTNSTHAHTWDFIIGHFLGVDHVGHHVGPNHPTMLAKLQQMNDVLKRVVDLLDQDTLLVVLGDHGMDRKGDHGGDSDLEVSAGLWIYSKGPPLSSSNHHQSPTMHLPQITFPGERSPHRSVQQIDLVPTLSLLLGLPIPFNNLGTVIPELFWRDRAAGEYAKALDINARQVRSYLEAYRNSASGAELDGVWSVLQTSWTNFFSHASGEPGLEAAAVEFTRLALETCRSLWARFNPVLMVAGLVVVALSLCVSWTVYARSGRYSLDEWDRYLASLRRVIVTSLGVGVALGVVQLFDGVTAVQFILFGASLCSTLDVLLGLSSPPPPPQKPPFRFSSSFVVLLLHSIAFVSNSYTFWEDRAVAFLLPFTLLPPLLIALSAPTASLRRRILAFCAFFVVCVRLMAISTVCREERQPWCHVTFFFSGGTDAAAAEPPPTTQEGALFHYPIWTWRAHGDARRKDPAARPREVRAHGRAFVSPTALVAGSACWLLEWLDSSGASGATATYFVDLRTIHTILAWTSLIAALGGIALWTLVPVTLDVSSDTGTGAAKTKKKGVRVVVLGFANAFGAPFVLLWTLALVPVWLASQPSAQITLALATIALLAHLELVDATRDARGLQSSFALDPAATLAHLQQGSSTAPGGTTMMTTTSFDEIAPLVLLAQLPYFATGHQATLSSLQWKSTVMLSSKLSYPLSPIPSAK >WP_030094039.1 MULTISPECIES: nuclear transport factor 2 family protein [Mycobacteroides] >PKQ56986.1 hypothetical protein B5566_14830 [Mycobacterium sp. MHSD3] >SKN93974.1 Uncharacterised protein [Mycobacteroides abscessus subsp. bolletii] >VEG18364.1 Uncharacterised protein [Mycolicibacterium phlei] >AKC39665.1 hypothetical protein GR01_15450 [Mycobacteroides chelonae] >ANA99187.1 hypothetical protein BB28_16305 [Mycobacteroides chelonae CCUG 47445] MTSAWTIDEVSDRLQIQQLLVDYATAIDTRQFDDLDEVFTNDAYIDYRAMGGVDGEYPDVKAWLAQVLPAFPMYAHMLGNVSISFDDEERSSATVRSLCFNPMVPGGDTEQVLFLGLWYDDAVVRTRHGWRLTRRVETKCFNRLV >KAF1017786.1 putative protein kinase UbiB [Burkholderia gladioli] MRIFRFIKIVYTLIRFGLDEVMLSCIDDRRIKLLLRITTIGRRFADSPAVRLRRALESLGPIFVKFGQMLSTRRDVLLPDFASELTKLQDQVPPFDSALAMSLVEKSLGASISALFDEFEPVPVASASIAQVHFAKLKEGVHAGKEVAVKVLRPNMLPVINSDMALLRDIATWAERLWPDSRRLKLREVVAEFDKYLHDELDLVREAANGSQLCRNFAGLDLLLVPEMFWDYSSSSVLVMERMKGVPISQVDTLRAAGVDLPKLAREGVEIFFTQVFRDGFFHADMHPGNVFVSLDPNHFGRYIALDFGIVGALSDFDKNYLAQNFLAFFKRDYHRVATLHLESGWVPPHTRAEELESAIRAVCEPYFDRALKEISLGQVLMRLFSTSRRFNVEIQPQLVLLQKTMLNVEGLGRSLDPELDLWKTAKPYLERWMTEQIGLRGWYECFKVEVPQWSKTLPQLPRLIHQAFAERHDSPRGLSDELMQQILTEQKHTNRLLQALLVFGLAVSVGVARVLLVLAVCP >NGZ99312.1 50S ribosomal protein L21 [Nitrospira sp. WS110] MYAIVETGGKQYRVEAGATIQVASLPGDIGSQIELNQVRLVHGEGGLLIGQPLISGAKVTAQIVRHGRTRSITVFKKKRRKNYRRTRGHRQGFTKLLITNIASA >MBL1816365.1 HNH endonuclease [Klebsiella pneumoniae] CEINCDHPTFRRRNSPLNYTEPHHIVPMSKQDYFENSLDVEENIISLCCNCHKQIHLGKGFEDMLRKIYAERKDILKKAGIEILLEDLILFYKMEGN >TMQ05501.1 hypothetical protein E6J90_48735, partial [Deltaproteobacteria bacterium] MAKEPKNGNGKSPEPAVIGSGGELHQRSTDTFLTTNQGVPVSDDQNSLRIGPRGPTLLED >MBN8894000.1 ABC transporter permease [Rhodanobacter sp.] >OJW41931.1 MAG: ABC transporter ATP-binding protein [Rhodanobacter sp. 67-28] MLAYYLDLALRSLKRNKALTALMVLAIALGIGASMTTLTVLHVLSGDPLPGRSGTLYYPQIDPRDNSGQLPGVEPPEQVTLTDGLNLLHAGRADRQALMTGGSVPIQPDSSAVDPFYVESRYTTADFFPMFGTRFRYGRGWNAADDEAKAREVVINGELNERLFGGADSVGRNLRIADASFRIVGVLDDWEPNPHFYDLNTGSYGRAEQVFVPLQTALDLKMEHNGSNDCWGRGAGGVGRIYPSESCVWLQFWVQLDSSSKAADYQQFLVNYSQEQKALGRFAKAPNVRLRNVMQWLAHERVVPDDVRLQTGLAFGFLLVCLVNTVGLMLAKFMRRAGDLGVRRALGASKRSLFGQLLVESGVIGVVGGVGGLLLAGLGLWVVRQRPSSYAALAHLDGTMLLTTFALALGSTLLAGMLPAWRACQVPPALQLKSN >RRH78400.1 hypothetical protein EG244_00145 [Falsigemmobacter faecalis] MITLSPYMTGIRQGQQMMFADFQTGGPMWTGEGPREVRHAIRFDAPFLQTPAVLVGISLWDSDRRTNLRADLTAENITPEGFDVVFRTWGDTRLARIRADWTAIGAVRDENDWLLD >WP_228824605.1 SMC-Scp complex subunit ScpB [Nocardia blacklockiae] MDDEEFRAALEAMLLIVDAPAPVELLASAVDDSEARVEQALRAMSAELTARRSGIDLRFVGDGWRYYTRTDFAPYVERMLLDGARSKLTRAALETLAVIAYRQPVTRARVSAVRGVNVDGVIRTLVARGLIAEAGTDPETNGTLYVTTELFLERIGLASLTELPSLAPLLPGVDLIDEINESLETDPRYAKLKKPAEADIDLGAED >ECU3870451.1 exodeoxyribonuclease [Salmonella enterica subsp. enterica serovar Newport] >EGD5611065.1 exodeoxyribonuclease [Salmonella enterica] MSGTNPVFLVRKAKKSSGQKDAVLWCSDDFEAANATLDYLLIKSGAKLKDYFKAVATNFPVVNELPPEGELSLTFCDYYQLAKDNMTWRQIPGVTLPSSEAAAAARQHIVDGVDTETGEVLEDHTENFGNESNSPAQATAPAPELTVVATMPLRHRVLAQYIGEGEYLYHVDASQKKEILRLEMDTDNSYVQNLLLAAENVEAFKKAIEHDVHKVVNAIKKVFPVDGKTPELATVIQFLKTWFETEHIDRSLLVKEWAKGNRVSAIQRTESGANAGGGNKTDRNPDYEHTLDTLDVEIAMATLPMDFNIYELPGSVYRRAKEIVKKKESPFKEWSAALRATPGILDYSRAAIFALIRSAHPEFYHYPGRLQGYINANLTETDHENPTEEALTAARHTPEKDAVEEANRQLAAARGEYVEGISDPNDPKWVKTGTSQPTTEPELVKNVGNGIFDVSALMQNSSTHGTETNPETTSNVQVQKADSDEKQAGDAVQAGEGDLGTGKEAVTVENQNQAETHQNNDSVSQSEPEAQQNVPESQQEEPEAAWPEYFEPGRYEGVPNEVYHAANGISSTQVKDARVSLMYFNARHVEKTIVKERSPVLDMGNLVHVLALQPENLEAEFSVEPEIPEGAFTTTATLREFIDAHNASLPALLSADDIKALLEEYNATLPSQMPLGASVDETYASYEQLPEEFQRIENGTKHTATAMKACIKEYNTTLPAPVKTSGSRDALLEQLAIINPDLVAQEAQKSSPLKVSGTKADLIQAVKSVNPAAVFADELLDAWRENTEGKVLVTRQQLSTALNIQKALLEHPTAGKLLTHPSRAVEVSYFGIDEETGLEVRVRPDLELDMGGLRIGADLKTISMWNIKQEGLRAKLHREIIDRDYHLSAAMYCETAALDQFFWIFVNKDENYHWVAIIEASTELLELGMLEYRKTMREIANGFDTGEWSAPITEDYTDELNDFDVRRLEALRVQA >KAG0031507.1 hypothetical protein BGZ82_006954 [Podila clonocystis] MALRRLQAELTDLNKNPVDNVSVGPLDDNILHWQGQIMGPSDSPYKGGVFKIDVVFSTDYPFKPPKVKFLTKVYHPNIDEEGAICVALLKNDQWKPATRVNQVLRSLVTLLEQPNPDDPLMTDIAELYTTNHAKFVKTAKEHTKKVRGG >TMJ88229.1 nuclear transport factor 2 family protein [Alphaproteobacteria bacterium] MRMTYESMMLFAETWIAAWNRRDVDAVLAHFADDAEFVSPAAHKFVGHSVLRNRKEIGDYWRTALARISTLEFKLDHASWDERRRELNVVYEANLNGERKRACEIMQFAPEGRQIRGEALYGAAV >WP_143169250.1 flagellar basal body P-ring protein FlgI [Vibrio quintilis] MDAVLMKLMKCILNTILWSIALSVAPFLQAAEVKIPVMDLVDVQGIRSNQLVGYGLVVGLDGQGDRNQVKFTSQSITNMLRQFGVQIDEKTDPKLRNVASVSVTASVGPMTGLGQPVDIVVSSIGDAKSLRGGTLLLTPLRGVDGEVYAVAQGNVVVGGASAEGKSGSKIAINTPTAGRIPNGATLEREIPTDFNSRDKITLNLHEPSFTTAKNIAREINRTFGPDVAVAVNKVRVDMRAPKDTQQRVTMMSMLEEMSVEPGRKPARIVFNSRTGTVVIGKNVKVGEAAVSHGNLTVRISEAQHVSQPNPFADGDTKVVDRTGIDMDEDQAQMVIWPPGTELNTIVNAVNSLGATPTDLMSILQALHEAGALNAELVVI >AEN92745.1 polymerase, partial [Avian nephritis virus 1] PVITRLGASFETEQNDRMKERTERTTLSCAGPPSFVDCIRVLGESQSCVRTQVLQLEWTRFDGPIPLQLFQRMRAMRKFFLTRGSRKKYGKLLDWYNAQLTDRITLLPTGEVTHVKKGNPSGQFSTTVDNNLVNEWLTAFEFAFQHLENHGTIP >RSL41043.1 hypothetical protein CEP53_013003 [Fusarium sp. AF-6] MSADLFAEFNSLSSNPTPPPAQQATPFQPQVQQQPPPPPQQQSQQTGAKDPFDFFGTTNHASPISTQPWPSLQTQPAAPVSWGVTPAPSKPAAAVEDDDDGWGDFEVAEPSQPSPANPSPFQAPTPTPVSIPAWGSPAASQASSPSIPWHSPNPGPALAQRAHSVRQPPTRVVRASTLDLMSNSLVDIGTLPQKTSGTAQAQQPAPQSQLRQQWQHEPAHQEPQQPRMKAMLKSSASNDPSVLFDAEDFELQVAEGDEDDDDDDEFGEFETVAPPPSAPMPTVVPTTAPTKPAATLPSMDLLSLDEPAPPSQSTRKQPPSQLLGGLAFGATASNYPQAPKSPSFQDRNPFPDLAIKTPTPTEPKEVKKPKEPSPVTAWPSMDSPVGTKAAKGKEDDEGWEAWDDFPAADSQKAGTDSSKPPESWDWDAVDNVQPSQSHVPDDAPPPINVPPPSVILSVFPDLLNSGNALFKPISGQTASIKQRILSDPKAGEFLQGYILLAMTAARVIAGRKQRWHRDKILAKSMSISAAGSKGMKLAGVDKTQSAREDREAADVVAVWRQQVGRLRSAVAAAKAAGKGPTSLKVPEISESMSVQTAKLVPTAPKACIICGLKREERVAKVDFEVEDSFGEWWVDHWGHKACKNFWIEHEQQLRQR >WP_235620461.1 hypothetical protein, partial [Mycobacterium tuberculosis] TPSRRGLVDVWPSRLRRGCRA >AGV54449.1 tRNA (guanine-N(1)-)-methyltransferase [Phaseolus vulgaris] MSNVFLKPYLIPLPSKFLFPNTLKPSLALTLKTTFFIPHFSTTPLSYGPSLRKGTIPSHSQSQSSQNQNDAVLREEAFTRVFLLAALRVPSAECSALEGRLRGHLLNWPRVRNIARVPGDDLDPSLAPLLPQPINGDGEFENEEERTLVSVQRRIHGKADGDGEVLSPVLYRDKLARTFNSRGFVKFRNLAKISRPNRNKKRKKMKEAREWKEGKRVGQNGFAVVEVVEEEEEDSVGMRRLLGEEFASSKWRGSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVLEKNRPKIGTVVNKIDSIQNEYRTMQLEVLAGNHSLVTTVVENGIRFQVDLATVYWSSRLGTERQRLLSGFTRTDVVCDVFSGVGPLAISAARIVKRVFANDLNPYAVEYLERNSVLNKLEKKIKVFNMDGRRFIKSLYASDISQSITQVVMNLPSEAAEFLDAFRGIYKNRPKDGEYTFPMIHVYGFSKARDPEFDFHERIRIALVEVAVKVDVRRVRLVAPGKWMLCASFILPKSVAFANSTVDT >WP_124691753.1 carboxypeptidase regulatory-like domain-containing protein [Pigmentiphaga sp. H8] >AZG11105.1 hypothetical protein EGT29_26215 [Pigmentiphaga sp. H8] MKHESTLGESPAGGRARVGQSRLPALLAALGASLVLAACGGGDGSSNANPGQPTNPEPPTNPEPPATATGKVTGKVINSLTGEAIQNARVTNGSASATSNAQGEFELAGVAPASRTVIRVNATGYGEGLPTAAVVANQTTSMASVELQPVDVTGGGDAATAITVTAPNTPASVSLPANGLVRPNGTPATGRVSVALNAVNPALNVNAMPGQYLVATAGGGTGVMESWGAINVTLQNAAGERLNLAPGKTATIRIPVATRSASNPATIPLFYFDEATGFWKQEGSATLAGSGADQYYEGTVSHFTYWNADQLMNTVYVNGCVADDAGASSLANILVTSDGIDYSSSSSVRTDAQGKFRIAMKKGGKATLFAQQGVKLSNTVSVGPFAADTTLTECLSLTTLTDAISIKLTWGARPLDVDSHLFTPDGTEIYFSNKGSLGTDPFVNLDVDDTTGFGPEVVTIRKLMVGTYTYALYNYSGTYDPGMTGSPVRVELNNKGSLSVFGPTSGEVSGSTRWWTVFKLNVDASCRVTVNRVGAWSSAEPEPAVVTRRYCAAP >KPM41539.1 Coronin-like protein crn1 [Neonectria ditissima] MAGRFVRASKYRHVFGKSTRKEFCYDNLHISRNAWDTNLVKANAEYLSVNWDASGGGAFAVIPLEERGKVPDQIPLFRGHTAAVLDTDWNPFNDRIIASASEDGKVFIWEVPQGFTLHTDAEEIIDVAPISKLAGHTRKVGQVLFNPSAENILASASGDFSVKIWDIGTGQAPLALKHTDIVQSLSWNASGSLLVTTSRDKKVRVWDVRQEKPIHESAGHGGAKNSRAVWLGEHNRFATTGFSRMSERQIALWEPGTLEPIGGFTMLDSISGVCMPFWDDGSNCLYLAGKGDGNIRYFEFENDKFEFLSEYKSPDPQRGLAFVPRRGINVHDNEVMRAYKTVNDSYIEPISFTVPRRAETFQADIFPPATGSKPAVSAKEWLDGKTGIPTKIDLESVYDGTAPKEISSDYKAAAPAAAPVAEKPAPKKEEPKREEPKPAAATRSPPPPLNDQKGSISAMASKYQDNEQSEESEDETSSFEEVSRPAPRTAVPIRSEPKPVAAPVRTQNIPTSPVKPSSPIKSPTVPTTSVPRATSASSPAVEASLAQITELLEKQSKMITSQNQQIGQLTSEVEGLKRKVGGSGSQDQSERIRQLELELEEARS >MBX5327472.1 hypothetical protein [Candidatus Bathyarchaeota archaeon A05DMB-4] MPAIVKRKLLTEKGHLTIPKSYRDYYDLKKGDDILLLYDSIILIIPEELKKFVETKKKQIDKLLTIH >QTD03487.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDIFNGECPNFVFPLNSVIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVIMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLNTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTVYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_266535309.1 hypothetical protein [Streptomyces sp. NBC_01142] MGAAHTVGAFVAHTGTDAYGPGKVIGVDGEHRRVRFVYFVATIRADDLRAASDDETAQVSSWLRQKQQRYGGHW >WP_010016619.1 MULTISPECIES: translation elongation factor 4 [Leuconostoc gelidum group] >AFS40320.1 GTP-binding protein LepA [Leuconostoc gelidum JB7] >GMA68329.1 elongation factor 4 [Leuconostoc gelidum subsp. gelidum] MTEINLEQLKERQKHIRNFSIVAHIDHGKSTIADRILEQTHTVAERDMQNQLLDTMDLERERGITIKLNAVEVHYDANDGETYIFHLIDTPGHVDFSYEVSRSLAAAEGAILVVDAAQGVEAQTLANVYLALDNDLEILPVINKIDLPAADAEKVRAEIEDLIGIDASEAVLASAKKGIGIPELLEKIVVDLPAPTGDLTAPLRALIFDSAYDAYRGVVINMRVREGIVKPGDKIKMMNTGAEYEVNEVGVMSPSAQKRDYLMAGDVGYLTAAIKDIHTTHSGDTITSVNNPASEPLSGYKPMTPMVYSGLYPSDNAKYTDLRDALEKLQLNDAALTFDPETSQALGFGYRVGFLGLLHMDVVQERLEREFDLDLVTTAPSVTYHVMTNDDELIEIENPSEMPDASKIKYIEEPYVDAQIMVPNEYVGAVMELAQRKRGDFDTMEYLDETRVNVKYKIPLSEIIFDFFDKLKSSTRGYASLDYEIFGYRQSDLVKIDILLNSEKVDALSFIVHRDFAAERGRVITSKLKEIIPRQNFEIPVQAAIGAKILARTNIKAYRKDVTSKIHTGDPDRRAKLLDKQKRGKARMKSVGTVEVPQEAFMAVLKTDDDTQYARGN >WP_039789871.1 hypothetical protein [Herbaspirillum huttiense] MSPMPEFEFTSPTEQLRAEIAAAAARMIAEDGADYGSAKRKAAKQILGNQKVRGEIMPDNEQIEEEVRIYNQLFFADTQPARLLHLRQVALQLMQDLQQFNPYITGAVWNGTAGEHSDIHLQLFSPSAKDVEIFLLNKNVNFEVGETSHFRTGQAVETLSFLLPQRGADSELAHLALYDEDDLRGSLRAAPGKRPERGDAAALAALIDAPSED >MCP2519657.1 3-isopropylmalate dehydratase large subunit [SCandidatus Aminicenantes bacterium Aminicenantia_JdfR_composite] >MCP2596656.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-335-G13] >MCP2598227.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-335-L06] >MCP2603940.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-708-M15] >MCP2606353.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-708-I09] >MCP2618558.1 3-isopropylmalate dehydratase large subunit [Candidatus Aminicenantes bacterium AC-335-A11] MGQTIVEKIFSEHCGKKVKAGEIVIAKIDLALAQDGTGPLTIKQIEKLGVERLANPRGAVFFIDHASPSPRKELSNDHMLIREFTRKTGAILSDIGDGVCHQVINERFNCPGYILIGADSHTVTGGALGAFATGMGSTDVAIGMAYGKNWFRVPETFYFNLKGGFPRGVYGKDLILYIIGMIGADGATYKAMEFGGEALPNIIMSERLTIANMSVEAGAKCGIFPTDEITRGFLKEYGREDKFREIKPDPDAEYEKIFEINLSDLKPMVAMPHTVDNVRPIDHPDLKNVEVHQIFLGSCTNGRIEDLRVAASIIKGKKKHPRVRMIVVPASRDVYRRALKEGLLEIFNDFGASINNPGCGPCCGVHQGILGDGEVALATSNRNFKGRMGNPEALVYLASPATAAASAVTGMITDPREFI >MBA3609961.1 4-aminobutyrate--2-oxoglutarate transaminase [Rubrobacter sp.] MLESKRIRTEIPGPKSRELMQRRKNAVTSGVGIATPIFAQKAKGALLTDVDGNEFIDFGGGIGVLNVGHNEPRVVEAIKEQAEKFLHTCFYVTEYEVYIELAEKLNALVPGDGEKRSMFVNSGAEAVENAVKIARSYTGRPAVIAFENAFHGRTLLGVTLTSKTDPYKKGFGPFVPEVYRVPAPYPYRCPVGKNCSGGCQGDCFGALEKALTGYVHPESVAAVIVEPVSGEGGFLPFPDFYLRRLREFCDKYGIVLIVDEVQTGFGRTGKMFAIEHSGVIPDIVTTAKSLGGGMPIAGVTGKAEIMDAVHVGGLGTTYGGNPLACAAALAVLEAFEEDDLLGRANVVGERIMGAMRELQEKHPDFVGDVRGLGPMAAMELVKDAESRAPDKERTGRIVESALQEGLLLLTAGQHGNVIRTLAPLSINDEELDEGLAVMARAVDAAASS >MCL7398932.1 radical SAM protein [Nitrososphaerota archaeon] MSGIPISLGFNAMRIILSGSQPKALLKKSLEKCSKCGKRPIDMFFDECLGIKQKKCVTCTSIVSALKFFTFITLKALNTNQEALVKALSVPYWRKGLTSTIKGLAWFGVTKPFVTGAPLFVVWNFTNRCNLRCKHCYQNASSSLPAELTTNEALRVVKELSDADVTSIAFSGGEPLVRQDFFEVAGSARDNGMYVTVASNGTLITRDVAKKLAKTVHYAEISLDGINPRTHDEFRGIPGSWDRAVSAIKYLVEEGVAVGVATTVTKHNISEIQKMVDFVEGLGADYFICFNFIPTGRATKILEDDPTPQEREEVLKYLYKRLVFNMLQNKKLKIFTTAPQFARVGLEMKEKIMEEICTINLTAPCVEPVVPTTHYANIPGITPEVAEFIGGCGAGRVYAAISPEGDVQPCVFMPIKLGNLRHEKFEEIWLNSSVLNELRDRKKLKGGCGTCAYKFICGGCRARAYGYFGDYLMPDPGCIRRVYEKPIHTLQLQMRL >MCU0269282.1 Gfo/Idh/MocA family oxidoreductase [Acidimicrobiales bacterium] MTVRVGFLGAGFIATYHAWMLATSGAAASMAGVFDPDRERAERFSRDHGARVHPSVEALLDAVDAVYVCTWTSEHRHLVGEAAARGLPLFCEKPLATDLADATDLVASVHRAGVVNQVGLVLRDAPACLLVRSLVGDPDAGRVMSVVFRDDQYLPVEGMYGSTWRADAARAGSGTLLEHSIHDLDLLEWWCGPVTSVCARTAQFHPHEGIEDVAVGLLAFESGATGSLTSVWHDVVERPSLRRVEIFCERRWIALEGDLTGPVRWQQRGGPAVAVEGEELSDELARRGIAPRNPDGAFIAAVLSGTPASPDLATALRAHVLADACYRSAASGGAPVEVGHGAT >WP_200543170.1 EAL domain-containing protein [Erwinia sp. S38] >MBJ9999758.1 EAL domain-containing protein [Erwinia sp. S38] MNENSDVMYRLLVQSVVDYAIYMLKPDGTVANWNTGAQRAKGYLPDEIIGKNFSCFYSHQDQEKGLPQYGLGIARDTGRYESKGWRYRKDGTAFWAHVVIDAIRTDSGELLGFAKITRDCTELREYEEQMREARELAERHSEKMAALSTFLDTIVTNIPSSVIVEDVVTREILLINGKAQQLLGGVQEDFVGKKLSQCMTLEMGEYFMQLSDAAQRKGGMHRSERLLDSHGRDRIINATASIIRGNDATHNYVLLIADDVTDQRAADARIHHMAHHDNLTSLPNRVLFSQRLNDALRADREERKITATLCLDLDNFKNVNDALGHQVGDDLLRTVAVRLRSVLREQDTLARTGGDEFSIVLPGLKQAEEAEIVASRLIETIRPPFNVDGHNLSVGLSIGIAIAERGISTPEHLLRCADMALYEAKRNGRNRFEYFTEQMGELAAKRRMIENDLREAISCRQLKLYYQPITNNQHQHIIGYEALMRWHHPEKGMIMPMDFIPIAEETGLIHSLGAYALHEACREAASWPDGQSVAVNLSPMQFKNSALVSVVEAALKESGLAPHRLEVEITESVLLDNTSVNIDILQKLKAIGVRIALDDFGTGYSSLSYLRSFPFDKIKIDKSFINDMKDSREALAIIRAITGMSRSLDIQITAEGVESNEQFERLKEEGCTLFQGYYFGRPQPSEDRLKEF >MBF2036494.1 tetratricopeptide repeat protein [Leptolyngbyaceae cyanobacterium T60_A2020_046] MSSSILGGRYHVLNHLGGGGFGQTFLAEDRHLPGNPRCVVKQLQPRVADVVSLESARRLFDAEAQALYQLGDHDQIPRLLAHFEEGTQFYLVQEYVEGTLLTEEIYPGCQQSEAEVIALLRDVLETLAFVHQHQVIHRDIKPSNLIRRQRDGKVVLIDFGSVKQVSRQPIEEYGQVSITVAIGSLGYMPNEQLAGQPCLSSDIYAVGILALQALTGLEPKRLPKDPRTSEIMWRELAPVSDGLADMLDRMVRYDFRQRHPDAMEAFDELMMLINPPRSAPAKIAPALESDAIATETHQMWLERADELFQQNRFDEAARCYEQVVQGDPQCVTAWFKLGMVYEHLKRNDAAIQAYDQVIQQQPEDYLAWLKRAKVLEQMERYEGALAAYEEVLRLQPDNYWAWNDRGYVLEQSGQVDAAIAAYGRAVQLKPDFQLALENRKRLLVALKRVEDLYTLQHYSDAIAACDLALDDTPNDANLWLMRGMALENLARLPEAAIAYNHVIRLQPRDHVTWFKLGTVLEGLKRPGQAARAYGQVVRLQPRNHWAWQQRAKMLEQMDQPREAIAAYQKVLQIQPDFEPARTAYQRLLNRTLSTTTTS >XP_052337646.1 ubiquitin carboxyl-terminal hydrolase 19-like isoform X6 [Oncorhynchus keta] MASSSESGRRNGGQRSADDSTSKKKQKDRANQESREAKRAAAGANAEHKKDVFVDWKQNANEVIARLRCGDGVQRVEDVTITFTDTDCQARFPDGRQWDCHLHEEIEGSCSKVQYKEKSGFLLLVMHKKIPFHSWPSLMQNKKEKQPVKVEAKIGKDQKQPPLVKPEKSVPETTDMAELSTQTSAPPAQCEQRRGKAERGVKRIMNYKPADRLESVVKAGGGGQTKPVSVSKGDLPQEPSAKRPVHPPKVSKDPTSEMPRDTHSKSTANGKPHSPTGRDLQTSTAGDNRADLLGNGHEGTTSEVAVSHTQQELKVQTEDKKAPESDFKAGAEEVIIPAATVSSAEISPKAGASTNRTERPGEAERPGEAERPGEAERPGEAERPGEAERPGEAERPDSETVVRQPPNDADQATESLTPTNRSGSGNPVTATDTEQAESSSSSTQEEKRDRSKEEPLERKQEEAVPEPMVNLKLLKNDSYEKGTDLMVVNVYMKGIFRETARVIFREQDFTLLFQTSDVNFLRLHADCGANTVFKWQVKLRNLIQPEQSTYAFTPSRLDITLKKRHSQRWGGLEAPATQVGGAKVAVPSAPSSQASQPGSSKHSLSAKEEPPWVGEGKPKSPRTVDGCLDSVSSRTVSDHVPIKQEPAVTPKPTCMVQPMTHAPPAGSQHSQRSVEEEEEEEEKVCLPGFTGLVNLGNTCFMNSVIQSLSNTRELRDYFHDRAFENEINCNNPLGTGGRLAIGFAVLLRALWKGTHHAFQPSKLKAIVASKASQFTGYAQHDAQEFMAFLLDGLHEDLNRIQNKPYTETVDSDGRLDEVVADEAWQRHKMRNDSFIVDLFQGQYKSKLVCPVCSKVSITFDPFLYLPVPLPQKQKVLTVFYFAKEPHKKPMKFLVSVSKENSSTAEVLESISRSVRIKAENLRLAEVVKSRFHRIFLPSNSLDTVSSSDMLFCFEVLSKELAKERVVVLRVQQRPQVPSIPISKCAACLKPPLSDEEKLKRCTRCYRVGYCNQVCQKKHWSSHKVLCGPNIENVGLPFLVSVPESRLTYARLSQLLEGYSRYSVNVFQPPFQSGRTSPEVTQCLADLPPPAETPESVGPGDTARGGGAGDSEQEGSSLVPEAPLETAQASAHPAGDPDALSTHTTDSGFIEASSDSQGEKETSCEKAVRPEAAVTGYQQPSESASSHTSQFYITVLHSNSKEQILEEKEEAVLDLPEDSSLELVWKNNERLKEYVLVRSKELEFEEDPGSVNETARAGHFTLEQCLNLFTRPEVLAPEEAWYCPKCQQHREASKQLLLWRLPNVLIIQLKRFSFRSFIWRDKINDMVDFPVRNLDLSKFCIGQKDDMQQPPIYDLYAVINHYGGMIGGHYTAYARLPSAQNSQRSDVGWRLFDDSTVTMVEESQVVTRYAYVLFYRRRNSPVERPPRLLGAESPTSAGASASQASLIWQELEQEEEGVEEGPRGLFRPRLGRRRAARREDGVEGQVWRLLRQRIPHYSDDDCVRYFVLGTLAALLALLVNLLYRANWG >WP_201700143.1 PaaI family thioesterase [Paraburkholderia hiiakae] >CAD6558739.1 hypothetical protein LMG27952_06694 [Paraburkholderia hiiakae] MNLVAEMPAGLTGVEQLQHMLHGSRGPAIGETLGFRLVEVEEGRAVFEGTPGLHVYNPIGTVHGGYAATLLDSACGCAAHSRLGPNQGYTTLELKVAYHRPMTADTGVVRAEGRVLSIGRRAAFTEASITDAQGKLYASATSTLLVFDR >MBE35268.1 hypothetical protein [Opitutaceae bacterium] MDLFGGAKDTDDSRARRTPVSASVIRRLWEQRRTDPTIGACCAHIVSRVVGGGFSFVSLSGREPSREFTRHVESHFVPFAKSALEAIIVQGYVVFDARRRIRRAPYPVPFVCPERAYDAHVVLDDDETRIEIATDENKRRRRRVFVQDAPTLEGEPTSRVALVSRCVSYLEEIERHDVRAFAIRACPPVLTRSQTDTAFDSRDVLGAADAVPGLRAQDEHDNMGVRNKINVAQFKQQQDLIRTLNDRRIDSSAGFWNQHVDPTNETYLSETLRAHTEGYVPRFIPLPNDANVAPFVLPNERHDLVSLQRHVKKQVCTGMGVPEALIDGTNGGGRQGEHAMRLLNEFSEVTLAPLRDTMRRLMLEVYALCFDEEESRDVACTFPVKRDASKIIEYHQKGYVTFDAVVRALIQTENLGPADFMDGEEPPLRLSPVSKDDDRRRKGSGGGERNPPRFEEKRKTTKRTSSRSEDHGGGDQNEIREEGEGDDDGPTTRKRKEKETSSSSSSSSSEGDSDGSRESKGTASKDSEVSRDDDAKSGDDKKKRKRKRRKKNKESKKQ >MYI74371.1 hypothetical protein [Acidobacteriota bacterium] MPGPNERRLPDGRIVYDPRGGVTAEPLPPATRLAALDDVRLGVLDKTKWNASKLLRQAVASLESDLTFADVRHYAKSSFSRPAAAELLDRIAAESDAVITAIGD >WP_280941535.1 lipid-binding SYLF domain-containing protein [Luteimonas composti] MPASPLRKTLLASLLAFALASGAAVAGPEEDARASNALRVLNEVQAIPESAIPDKLLDEARAIVVIPDTLKVGLVLGGRRGHGLLSVKSADGTWSNPSFVKLTGGSIGFQAGVQSSDVVLVFRNDRSLESIVNGKVTLGADAGVAAGPVGRNAAAATDGQLKAEIWSWSRARGLFAGVALDGAVLQIDNEANQLVYGANSTPRMIFEGRAAQAPSDAVVAFRDQLEEATNAARIARGTDRAPAPARPAATAQAPAEPVGGASTVPLSSQLVVDEPQPEPFQPVNDNPAMVEPLPETP >KAJ0963891.1 hypothetical protein J5N97_029013 [Dioscorea zingiberensis] METGGGREAIRPPTAEEEALKRSTDCVYFLASPLTCKKGSECEYRHSENARLNPCDCYYWLNGSCLNPKCSYRHPPLEGLTVTPSGSAPIPTQTMALTQSTPAHGPTYNSSKQSAPCYYFQQGFCLKGNRCPFMHGPPLTGNPALQQVSKVSSPSNVEPSPMLKKDSWVFKECNTQQKIFKDPAVKVPPASAKSAARTEIELKKGPNNLSALHLHNEFRRSQPLHASIGSGNAESRLLNHQVQPVDVHPHNGREADEFLAESSPGFDVLVDDDVEDVGYFPNEEEFGRGSAQGGKSLNAVNGFDYRHSDYEAVPRYERDQYNGMSEFDRQAQSYQRHGPEQHRDSTKRVADMPLLHERKVREKNLDQIDGSDLRHQLLKRKRLNGSRAAVSPDRRVGPYRRDGRHAEERYHDRTEERYHVECRDQSRFPTESSISTRLKGRITLPRRTSPGTLTDHRSEREIDRARHRGRSSPPRPINYQGRRHLHDRIRQRPDEDFAADVRNSGGQAINKDDSDSLNFAGPKSLAELKIAKALKSSQDQPVNSSNVTVHAVEKTVLGSVIISEESDGSNPPSIVLEEKCDAAQGNCVISINGQNGIKRDGHVVEGISDSAVNKEYKPVPITVEEKVLIPVEGTKVDHLKMEEGAVVQNMDEDHDLENVEQRDGDYEYEEVEGAGLKAEDDDDMYQEDEEEVDDEDDFARKVGNMFS >WP_238068046.1 YdcF family protein [Psychrobacter sp. Ps1] MAQLDMLSMWSKKSWSKRLLSKRLWRYYLRFSERMVTLFRIINITFILGSTSVILVIISLFTPLFSQAIVYIFSLLPLPDMSSAAMSSPPTAYVVLGGGLTNDHNNQIILNRYSLNRARTAAGAYHDLPLPIVLSGAEAPWLGQWLMEHGIDGLISENASMNTCENARFTAKRIPLRHVYLITDSYHMARARRQFALNGINSTPLPAPLPVRRDWTKPAHNLSHSRRAVYEVAAYLRDVIRPQMDCRHAKDVTSQQLLTPRGSVAKNSDE >UDK40309.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UDK45093.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UES93012.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UFD21902.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >UFO56612.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLRTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPXNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESGVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAGAAAYYVGYLQPRTFLLKYNENGTITDAVDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYRYRLFRKSNLKPFERDISTEIYQAGSKPCNGVEGFNCYFPLQSYXXXXXXXXXXXXXXVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSRRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFVKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQNVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_271340374.1 methyl-accepting chemotaxis protein [Bacillus sp. CLL-7-23] MKEPIYLLEEEIIIVKQRGSKLKKESLFIKLMIVIVFITVLTGSIVGISAYQMAKKELVNSGKQDLKHLADTSTAVLNVLNAKVEKKEITLEDAKSEAREILSGPKLSGDQGYDFQKSKFLYKDKGYIVAYQSDYSTQIHPKNPIGQVPSSTENRKKMVGAAKASTAEDHFVSYPDQDDETGEAKDKMAYMTYFEPWDWSVGIAVFEDEFYKGLEYVKIFITVTVSVITLLSLVLFYFLIRKKVKLLSDVTAAALKISEGHLEETNLPESKDEVGLLGAAFNKMSSQLRGLMQGLQSTSIRLLDSASDLSAISEETSASSEEIGRAISEISAGTVTQASDLEGTNERLVSFTKSVDKMNTQSDFIEQMADDTETAAREGQSIVQKLKSSNEESLKASGQIRTGITNLNDKVQDISQITETIENISNETNLLALNASIEAARAGAHGSGFAVVASEVRKLAEQSKTAVSQIQNMINGIKQETENTVSLMSETMEHTSELDDAVKLTEQEFKKIAVSIEKTMTEIRALNKELQNIKGQNDQITESVQSAAGVSQETAAAVEEITASVDEQVLAITNVAQAAEALTELSNHLNQEIEKYKL >WP_019045265.1 succinate dehydrogenase hydrophobic membrane anchor subunit [Nocardia asteroides] >TLF65644.1 succinate dehydrogenase [Nocardia asteroides NBRC 15531] >UGT47586.1 succinate dehydrogenase hydrophobic membrane anchor subunit [Nocardia asteroides] >SFM49342.1 succinate dehydrogenase subunit D [Nocardia asteroides] >VEG33502.1 Succinate dehydrogenase/fumarate reductase, cytochrome b subunit [Nocardia asteroides] >GAD87743.1 succinate dehydrogenase hydrophobic membrane anchor protein [Nocardia asteroides NBRC 15531] MSAPVLGKSYDRPASLDAPRSPRARSNNNFEKYAWLFMRFSGLLLIVLVLGHMFIMLMIDGGVKRLNFGFVAGRWASPFWQIWDLTMLWLAQLHGGNGLRTVIDDYSRKDSTRFWLKTILAVSMILVVGVGTYVIFTFDPTITG >ECX3143969.1 protein RepA [Salmonella enterica subsp. enterica serovar Enteritidis] >EJR9022866.1 protein RepA [Salmonella enterica] MFEEVDKSSGEIVNLTPNASNTVQPVALMRLGV >MSR47408.1 hypothetical protein [Planctomycetota bacterium] MLADWRELRDVRAFIDEARALVAAAGLVIREESNLADFIRWATARAERIDPLRALREEVRDWGSNASRTS >WP_247915795.1 rhodanese-related sulfurtransferase [Streptococcus salivarius] MAKPIRVLLYYKYLPIENAEQFAADHLAFCKSIGLKGRILVADEGINGTVSGDYETTQKYMDYVHSLPGMEDLWFKIDEEEEQAFKKMFVRYKKEIVHLGLEDDNFDSDINPLETTGAYLSPKEFKDALLDEDTVVLDTRNDYEYDLGHFRGAIRPDIRNFRELPQWVRDHKEEFMDKRVVVYCTGGVRCEKFSGWMVREGYKDVGQLHGGIATYGKDPEVQGELWDGKMYVFDERIAVDINHVDPVVVGKDWFDGTPCERYVNCGNPFCNRRILASEENEDKYLRGCSHECRVHPRNRYVSENGLNQEEVVERLAAIGESLDVTPA >WP_118757260.1 YitT family protein [Enterocloster lavalensis] >RHR46692.1 YitT family protein [Clostridium sp. AF18-27] MEARRNKIHGEPHHLFWSICGVVFFATAYRWFLVPAGLYGGGFTGIAQLIKLFLQEIVGIGIPEEMDLTGVIFWCINLPLFALGYKCLGGKFLYRTILAVFIQSLLLTFIPAPSSPLLDDLLLNCMIGGALSGLGVGMTLRAGGSGGGLDILGMYCAKKLPDFSVGKINVLTNALIYLAAAIRYDFEIAAYSMVFAVAAGVVTDCTHDQNIKIAAFIVTENKMLGDRISKAVCRGVTSWEGWGEHSRQGKTVHMVVVSKYELQGIKRLIKQEDPQAFVMILLPETTMGNFEKRLEVL >NPA74709.1 peptidylprolyl isomerase [Euryarchaeota archaeon] MKLWVYVTVLLVIMVGVSAGIYVYNAHTYSTSKSVPVVEEGDKISVRYYGYIYYGGERRVFDTNIEKVAVDNLTYPKTVTYKWPGKFDLLTFTVGSGTMIKGFDLGVRGMKLGETKTIVVPPDEGYPFDWNKVKNESTYQTVPVIENLTLDQFYNRFAHTNPDINSVWKDKWYGWNVIVLYVSGEKNIVTIQNNPDVGKDYEPFGDPSFIMHVNAIKNGKIYVHYIIKSIPILLPNGGIIDKVWDDHFRINYNKEVAGKTLYFVVTVVDIKSS >WP_083062905.1 GTPase ObgE [Mycobacterium arosiense] >ORA20334.1 GTPase ObgE [Mycobacterium arosiense ATCC BAA-1401 = DSM 45069] MPRFVDRVVIHARAGAGGNGCASVHREKFKPLGGPDGGNGGRGGSIVFVVDPQVHTLLDFHFHPHVTAPSGKQGMGNNRDGAAGADLEVKVPDGTVVLDENGRLLADLVGAGTRFEAAAGGRGGLGNAALASRARKAPGFALLGEQGQARDLTLELKTVADAGLIGFPSAGKSSLVSAISAAKPKIADYPFTTLVPNLGVVSAGEHTFTVADVPGLIPGASQGRGLGLDFLRHIERCAVLVHVVDCATADPGRDPISEIDALEAELAAYTPTLQGDAALGDLTERPRAVVLNKIDVPEARELAEFVRDEIAQRGWPVFLVSTVAREGLQPLIFGMWQIISDYKAAQPEIVPRRPVIRPVPVDDSGFSVQPDPQQPGAFVVSGARPERWIRQTNFDNDEAVGYLADRLARLGVEEELLRLGARPGCEVTIGDMTFDWEPQTPAGQQVAMKGPMSGRGTDARLERTERVGAAERKAARRQRRERGEEQ >WP_231768584.1 cobalamin-binding protein [Massilia sp. DM-R-R2A-13] >UGQ47716.1 cobalamin-binding protein [Massilia sp. DM-R-R2A-13] MKKLIFAALLVSAQVHGAVTVIDDDGKAVTLQKPAQRVIAMAPHVTELIFAAGAGSKIVGAVNYSDYPEAANSIPRIGDNREIDIERVVAMKPDLIVIWRHGSSERQLEQLRKLGYPMFHSTPKNLDRIADNLVSMGKLMGTETAAEAAADALRRKLAALRAQYANRPPVRTFYQVWDKPLYTLNGAHIVSDALKVCGGVNIFANLKVTAPVVSIEAVLQEDPEAVFGTAEKNYGGVNLWRPYTQLQATRQGNLFTVDGNLLNRAGPRMIEGTAMLCEKLEQARQHRKN >WP_254819486.1 aspartate aminotransferase family protein [Mesorhizobium sp. LMG 17147] >MCP9232709.1 aspartate aminotransferase family protein [Mesorhizobium sp. LMG 17147] MLDRSNELAAWDRDHFFHPSTHMGTHARGESPTRVIAGAEGVTIWDNTGKKSIDAFAGLYCVNVGYGRQKIADAIAAQAKNLAYYHAYVGHGTEASITLSKMIIDRAPQGMSRVYFGLSGSDANETNIKLIWYYNNVLGRSEKKKIISRWRGYHGSGIMTGSLTGLDLFHNAFDLPRAPVLHTEAPYYFRRADRSLSEEQFSQYCADKLEEMILAEGPETVAAFIGEPILGTGGIVPPPAGYWEKIQAVLKKYDVLLIADEVVTGFGRLGTMFGSDHYGIKPDLITIAKGLTSAYAPLSGVIVSDKVWQVLVQGSDKLGSLGHGWTYSAHPICVAAGVANLELIDEMDLVRNAGETGAYFRAELTKAVGGHKNVGEVRGDGMLAAIEFVADRDDRVFFDASQKIGPQVATTLAASGVIGRAMPQGDILGFAPPLCLTRQEADIVVSKTADAVKSVFASI >EFB3581025.1 type 1 fimbria chaperone FimC [Escherichia coli] MSNKNVNVRKSQEITFCLLAGILMFMAMMVAGRAEAGVALGATRVIYPAGQKQVQLAVTNNDENSTYLIQSWVENADGVKDGRFIVTPPLFAMKGKRENTLRILDATNNQLPQDRESLFWVNVKAIPSMDKSKLTENTLQLAIISRIKLYYRPAKLALPPDQAAEKLRFRRSANSLTLINPTPYYLTVTELNAGTRVLENALVPPMGESTVKLPSDAGSNITYRTINDYGALTPKMTGVME >WP_209834627.1 heme utilization protein [Acinetobacter nosocomialis] >MBP1495661.1 heme utilization protein [Acinetobacter nosocomialis] MNKNKESHGSKFILNTLTASMLLVSGQVFALEALTDADLSAVNGQDGISIQTTFNEINVDNAYWDDHAGTPTSADQVLRAQASGVKIQKSNASTQALGTNYRLDVGSNTTTGKAGVDFSMQSSPSLITVNSVKVCNSSATCSPTLGQLAIQTTSPLNLALTTQDGLFTPNSQSNMTLGINNANIYLGQLDARSQLNQLILKNFNFNFVGKGVMFIDPIRGLVLQTNTGSNVAAIGQTPNSTYGYVDFNRVADSASGLTAGTYVDSNGKVTNSGLNIEVMLSSNVDKTNPYGLDATNTPQNSKGLIRVGASGRMVNSYLQVRGMDGSSDTATLGTANTASGTTSSNSILGNTGIAFRMKGEFTKDNDSMLGADGKATTLEIGGAGLNAYGFEFGNLTGLNSATRGYFDSGNIYLNLADTKTLLMPNNATLNAIRLGSGTLTTAADYQHNIHRDTVTNPFSLILAMRGAEFQAFSRRGRFTTSANVAAANQFADNGLSNQWGLALPFYNLNANAAVYGVDAPANSAFYYTKDANGRPVQNAVGTSGTTSRLGFGVAVGTTGRDSGGTKTTSILLIDGSPNANNAGNPTDYYMGLRNIDMFLKGNGTIGLENGSLNIGLKDMLLALSTEIAAGYLPGAKYKTCPATGSCTSPIDNFARNNDVLFGLKLRLGGDLNLSIVPNSSIADGSALTVLGDFTMPATATGNSVQISDPIDGSAIGLENMTGKLAFNTALVVGKDSASGLGKVGVNTAVYFNPDKNIDGALRVKDINFYPPSTGAGARLGELAITGGRLNSNFSIVPRNGAFN >WP_116235933.1 GDSL-type esterase/lipase family protein [Parasphingopyxis lamellibrachiae] >RED16538.1 hypothetical protein DFR46_1562 [Parasphingopyxis lamellibrachiae] MEKLILLLDRTAVLFIGIAVGAVIGLAFLGGSNGGEAVASAPAPVVVPAETASTEVTPSECAVQFNRNLTRSLGAGEPVQIGVFGDSFGDGLWAALYRGFRGDEDFVVHQFSRQSTGFTRYRSLNIFEDISERLAEQPVDIAVLSFGANDTQGIYTGNSGAAFMSEEWQEIVGERVDAIVQLLRDQGAIVYWVGLPKMRRESFDAQIQQQNAFYVAHMRQLGVPFIDTVSLSVDEAGDYVAYLNNPETGARTLARANDGIHMTGMGYGFLTHALEQRIRGYVDSARAEAVRERERRNAGNENAETGQADG >WP_103640433.1 hypothetical protein [Campylobacter concisus] MKMRNIQGTSSELTERQLKVTRKGFKKELARVRAQIKSMILSGEVIDAAKECCFLGCNYFKFDGSDHARIEKAVKNELSNIKHELKDMKIPKKFIDGILEYKAKKLKKREIERRAFYQEAITLSKR >NOZ81161.1 protein translocase subunit SecF [DPANN group archaeon] MSLLKRIADFYDTHYKFLLLIPMILLSLSLFVVIQHYLLTGEIVNRGVSLKGGVTITIPDVRTMTAPEMQAYLRSLHPDQDIIVGAIKNPGGVSGLNIEADINDEKSILSLEQEIEDKLHLQKADYNEEIMGSSLGASFFLQTIKAIIIAFLFMSVVVFLYFKIPVPSLAVVLAAFSDMVTTLAVIDLLGMKLSTAGIAAFLMLIGYSVDTDILLSTRVLRRKKGTVAERIRKAMKTGFMMSATTLGAVIAGLLVAESAVIIQIMSILLIGLCADLIYTWLQNGPLLRMYLERKRHV >NLL42224.1 hypothetical protein [Bacillota bacterium] MSLAKKLNSVRFKLIVVPLLLLSLAITALALATFSLVRTNMIREMQKLGFELVEQAVNRIADNNEALATVEDLLAEKLLTAAKIAVSNPEAMTSETLTKMAGDVDVDTLHWYSANLEIVASAFDLYLGWVAPPDHPVSQFAKSNQHYLVEEIRKDTDSDNYYKYAYMRGSQGELVQVGVLANRVQALTERFSNQLLVEELATNEGVVFAALIGRDRQVFAHSNHDRIGALLTDEGSLAGAVRGESYASEYYYEAGDVTVYDVIVPVFLGGEHVGALNIGLSMADVQEAVRAVLMRIVTIGV >YP_010101702.1 hypothetical protein KNU50_gp52 [Gordonia phage Walrus] >QBG78443.1 hypothetical protein PBI_WALRUS_52 [Gordonia phage Walrus] >QFG09680.1 hypothetical protein PBI_PIPP_56 [Gordonia phage Pipp] MNTTAADQPTAERSQFAERDNFRDLTPYEEAILHGMTKPAYFPGRGYFMVQGVYQGYADDRVITHRDGTVEVVPDPRIARTERRRARNKAGRKSRRINRIRARR >XP_044655078.1 uncharacterized protein CKM354_000392400 [Cercospora kikuchii] >GIZ40591.1 hypothetical protein CKM354_000392400 [Cercospora kikuchii] MHTITSPSERVSLPSTPGPIVHTPGSHVMPPPYSAFSPSSTSLTPRFGLMGIGAPQGSHDVGIDVLAWDNNAPIPSREFQAPYVDSQPPRSSCCQTPATTISHTASPLPVPDIPFIQPEPLHDMTLPQQYNGTGEVGDLHGTIPPSVLSSTQSPAYDFERLRADYYHYQFPNAICQNCGVSGCTCKNCPPPFQNPGTGSWAQCCSRKHAREPTPGAVPNKVQRSSNYDGSSGIHQHAQAQQTSGGCCGSSSQQELSGEHDPVQFGNGVIPADFDAFNLDHEFVMPDGSAPLNIADYLSVDLDAEPPDDDQNTNGCCCR >MCS3353511.1 helix-turn-helix transcriptional regulator [Bacteroides thetaiotaomicron] MLDASYEHLTPADVGEFEELLHLGDDYEFISRVKSNYLASDNVTELARVCGYSSTITFRRRFQRVFGCSASSWLRQRRIERIGELLRTTHYTLQEIAYMCGFSAQSHFTDFCKRNMGSNPTSIRQEGRI >MBQ1183295.1 30S ribosomal protein S10 [Clostridia bacterium] >MBQ1231415.1 30S ribosomal protein S10 [Clostridia bacterium] MAVKEKIRIRLKSYDHALIDQASEKIIETAKRTGARVSGPVPLPTEKEVVTILRAVHKYKDSREQFESRTHKRLIDVLRPSNKTVEALMGLELPAGVEIEIKL >XP_040549882.1 methyltransferase-like protein 7A [Gallus gallus] MTELTILFLRACLALLAMPIYLLSFLGIWEPFCKKVFFPYFLERVAVIHNRKTKKQKQELFRNLPDFTGPSGELKLLEIGTGCGANFQFYPPGCKVTCSDVNPNFQQGLSRSMSKNQHIHYERFLTAAGEDLHQVPSGSVDAVVCTLVLCSVQSVSKTLKEAQRVLRPGGVFYFLEHVAANPSSWKLFWQQVCHPTWKLVFDGCCLTREIWKDLEEANFSELKLQHISVPLPWTPIKPHIIGYAVK >WP_146661090.1 hypothetical protein [Enhygromyxa salina] MVSLSGSLTSVSHAAPPPATGQAIPPDDLPQNQPTAEPEPPAEDDDAADLFQTTETPDGVDSSRRESEIYGARIDGLQGEVDDLKERIFRSKARLSVLKETVLHGVLAGSRVIIAHRNLMGSQFRLTKLAVILDGAQIYARTDDSGTLDQEDELTVLDGNIVPGPHTITVELTYQGQGFGVFSYLNGYTFESRSSHNFTAPENGSVRLLSSGFEKGNVTTEMKDRPSIDWQEIPLDASGKPLPQVQRKPSKSPSKSKSKSKSKPATKKPSEPASPTPTANKPAQKPAAQKPAAQKPAAGD >RYO44776.1 putative beta-glucosidase I [Alternaria arborescens] MTLSNDENTSQEHAASFAPFDVEEALLQLTIDEKVSLLSGKDFWHTRDIPRLSIPSIRLSDGPNGIRGTKFFDSVPSACLPCGTAIGATFDSDLVVEIGHLLGDEARAKGAHIVLGPTINIQRGPLGGRGFESYSEDPYLSGKLAASYINGLKDKHIGAAIKHLVCNDQEHERMAVNTIVTQRALREIYLLPFMLATRLSNPEAIMTAYNRVNGEHVAEDRSILKDILRNEWRWDGLFVSDWFGTYSTSEAINAGLDLEMPGPSRWRGPALVHAVSANKVLPSELDERVRTVLKLVKKSAQSGIPENAPETQLNRPADRHLLRKVAADSIVLLKNQDNILPFSCDRKIAVIGPNAKIATYCGGGSASLNAYYTTTPLDGIRSLAKGGVDFAQGAHAFQMLPELGKELTVDGKPGFKLRFFNNPPTNVERTPLEERILTDSNIFFLDYDHPNLKEIWYAETEGVFAPTQSGTYDFGLCVHGTGRLYIDDELLVSNVEHQRPGPSFLGSGTLEETGSKTLIAGRSYRITVQWGCAKTSTRKTPGTVDFGHGGLRFGGCLRQDPQELIDTAVRLACEVDQVVVCVGLGPEWESEGDDRASMDLPPNTDTLVERVLEANPNAAIVVQSGTPVAMPWSDKAKAILHAWYGGNEGGNGIADVLFGAVNPSGKLPLTFPRRLKDNPTYLNYRSEGGRVLYGEDVYVGYRFYEQTEVAPLFPFGHGLSYTTFTLSNLKLDMNTQTDRLSVRCTVSNTGSRAGAEVVQVYIEPISPPIRRPLKELKGFAKRHIEAGQSAEVVVEIDVLRDTSFWEEKEGRWCSHAGMYNVLVGTSSAGCHLSGSIVSPKARYWLS >NQY65348.1 hypothetical protein [Alteromonadaceae bacterium] MDEKITTENWISNLEGSVTLDKLSIPGTHDSGASKARKGQAHNQNFDIITQLNDGIRFLDIRVKYETQISEN >MBC8384723.1 RnfABCDGE type electron transport complex subunit D [Candidatus Cloacimonadota bacterium] MSEIYAVSAAPHIKQRISVSSVMWQVVLALTPALLAAIFYFGIISFLLTLYGVIAAVLTEAIIQKLRKKPISVLDGSAVVTGILVAFNINSASPWWIPVVGSVFAIAIGKQVFGGLGHNPINPALLARAFLMASWPTIMTAGWKATTPIKSIIQGSMNGLHNLPQSVPEIITTATPLGVAKALRDPDLISPETAEIVMNRLASMDTIQNLFWGNVGGVIGEISAAALLIGAAYLAYKHIIEWRIPVSYIATVFILTFVFGGINGVFSASVMLPVFHIFAGGLILGAFFMATDMVTSPVTKRGRIIFGAGCGVLTVVIRLVGGYPEGVSYSILLMNLAVPLIDRYTVPKPFGEYKKVVTG >WP_233927803.1 3-hydroxyisobutyrate dehydrogenase [Vibrio fluvialis] >MCE7620416.1 3-hydroxyisobutyrate dehydrogenase [Vibrio fluvialis] MSTIAFIGLGNMGGPMAENLLKAGLSVRVFDLNTQAAKKLEPLGGVVAESLPAAVEGADTVITMLPAGAHVRAVYLGDHSGGVGLLNMIESGTFLIDCSTVDPESARLVAAEAEKKGFEFVDSPVSGGVAGAKAGTLTFIVGGTDSAFKKAHDVLKHMGKNIFHAGDAGDGQMAKICNNLMLGILMSGTCEALNLGMDNGLDPTVLSNIMLQSSGRNWALELYNPCPGVMENAPASNQYQPGFMSKLMQKDLGLGIDAALKSQSSIPMGSLARNLYAFHNANGNEELDFSSLFEFYRSRG >EBR8320535.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECM9107941.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECN0247255.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECN0901314.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] >ECN2720213.1 non-ribosomal peptide synthetase [Salmonella enterica subsp. enterica serovar Newport] MTQRLPLVAAQPGIWMAEKLSDLPSAWSVAHYVELNGELDAPLLAKAVAVGMQQADTLRMRFTEENGEVWQWIDPEHTFGEPTIADLRDQPDPHHAALALMQADLRQNLRADSGKPLAFHQLIRIDDTRWYWYQRYHHLLVDGFSFPAITRQIAAIYRAWQSDAPTPESPFTPFADVVEEYQRYRQSEVWQRDGAFWAQQRRELPPPASISAAPLPGRSASADILRMKLSAPAGAFRQLAAHMPEIPRADLALALVTLWLGRLCGRMDYAAGFIFMRRMGSAALTATGPVLNVLPLAVNLHATEDLPTLAKRLAAQLKKMRRHQRYDAEQIVRDSGRAAGETPLFGPVLNIKVFDYYLDLPGIQAQTHTLATGPVNDLELALFPDENGGLDIELLANAQRYDDATLSRHALRLMALITQFADNPALRCGDAQMLLAEEQTQL >MCB1452120.1 hypothetical protein [Rhizobiaceae bacterium] >MCC0044691.1 hypothetical protein [Brucellaceae bacterium] >MCC0044778.1 hypothetical protein [Brucellaceae bacterium] MKPVEQQDFVDLSDAQKKARRSRSIALGLALAALVVIFYVTTLVKFGPAILDRSF >MCK4540455.1 type II secretion system protein [Candidatus Parcubacteria bacterium] MSYFKNQTGISILEIVVALGVFLILVVSLGSQLLGGSSLMAREKEFLLAGALADEGLEAVRMIARDNWNNLAYSKSEVGTFSGTWVLLGEGTSGQIGRFNRQISFFPVYRDSANNQVAESHPEAVLDQNTKRIEAGVSWEIQNGEISTIMRETILINR >WP_002951147.1 DNA alkylation repair protein [Streptococcus thermophilus] >ELW74297.1 DNA alkylation repair protein [Streptococcus thermophilus MTCC 5461] >ELW74550.1 DNA alkylation repair protein [Streptococcus thermophilus MTCC 5460] MAFKKTILRKIEREFFKPSIKDPIDWTFMEECWQHPYREFQYIAMGYLDKKKKEFRPEDFSKLKELVQTKSWWDSIDQLDRIIGEITFHYPETKDFMRQWSLDEDFWLRRIAIDHQLIHKELTDTDLLAEVICNNFGQTEFFINKAIDWSLRNYSKVNPDWVRDLWITMLVKWHLLVLGKQESICRTQPLDSVTYYVKIGVCDESIGSLEPFALRRSTLNCNAGADLE >WP_171832914.1 cupin domain-containing protein [Lichenicola cladoniae] >NPD65356.1 acireductone dioxygenase [Acetobacteraceae bacterium] >QKE91558.1 acireductone dioxygenase [Lichenicola cladoniae] MSRLTIYTDDAPDRPVLRAEDLDTIARELATIGVRFERWDSPVTLSPDDDADTILAAYRPYLDRLMGENGAGTADVIKLRPETPNREALRTKFLSEHTHTEDEVRFFVHGKGNFVLHVGSRIYDAQCTAGDLISVPNGTMHWFDAGDPPFVTALRVFTDTTGWVAHYTGDSVAERFPVS >RTG88278.1 uncharacterized protein DC041_0005844, partial [Schistosoma bovis] SVYSDDIINRDMRAKPAFEAISGLQNNGLRSYMNWQPAIIGSVCAALGVLVIAAIGTAYQKRKLWKQTRLSQDEEFTLENSNLPDKMLSLNSEDDRKLAQSAQMYHYQHQKQQMLALEKVNDHTRISDEDDSEDDVDEGDFTVYECPGLANLNSKIQRLVNLHQKPTGEIEVENPFFDNNNNDNNEKNNNDIDNDNGGDKALNTSGSSGELIGCSDLDEHISDCVNNGFADEFSNLTTNTTTNGEVTLITTTTTTVPTPIQSEKSHAASK >MCI9173074.1 hypothetical protein [Muribaculaceae bacterium] MSLSAKPETVTVWSGEETLTVDNKIKIEAEKFDKLVEGSTMTLTFGETSDADSWGAEAIIGNFTGIQRWYSYATVKTLGGDKLTPENIEKIKQSGMTFASFDSKSAILKSVSYTVPEDPNVIWSDDEVAVGWGPTAAKITADQMAQLQPGDVIKMTVRATSEDFNSDEPKIFLRPIDSSKCPDDNWKDNLPGAFRVGREEFNGQEAVTVEFGVTETLKSYAAGGLFPAGGNCNVSKIEKEPGAFDATGYYAYGERKSEAPVVLSQKVLPNVNRITVTGNGDLGNVRLATGLWGGEVLTQENATVDQTKHEYTFQPTAENLTALTNGDGTFRVVKSGWASGHVTGIKLYNDDNTTAITDIFTDGEDAAVDVYTVNGILVRSEVKASDATSGLTPGIYIIGGKKVLVK >WP_232968558.1 MoxR family ATPase [Pseudomonas putida] MEGRVAEQVLGQAETIRHVLLGLLANGHVLLESLPGLAKTRTVKALATHLDAKMRRIQFTPDLLPSDITGGEILQQTSEGNQIKFQPGPLFGNVILADEINRAPAKVQAALLEAMEERQITVAGQSYAMPALFMVMATQNPIEQEGTYPLPEAQMDRFLMKLQLDYPKVEDEALVLRLVRTEEAQGRSGKQTPEQLAQEVVFAARAEVAQVHVAETIDRYLVDLVNATRHPADYDEDLARWIRIGASPRGGISLDRVARAHAWLAGNAFVTPDDVRAVAHPVLRHRLQLSYDAVAEAITPDQVIDRLLDCVAIPA >WP_255895909.1 2-iminoacetate synthase ThiH [Marinomonas sp. RSW2] >MCQ4071842.1 2-iminoacetate synthase ThiH [Marinomonas sp. RSW2] MSLIPDSSTNISKVRLLEQAPTIAGQFSEFVENADWQSVTRSHEEKTEQDVLRALGKNKLNVDDFTALISPAAEPYLLKMVDKSEKLTLQRFGNTLSLFAPLYLSNTCANECTYCGFSMSNAIKRLTLDESQVQKEVMAIKSKGFDHLLLVTGETNKVSMPYFERMIPHIKPYFSQLSMEVQPLDAAEYKTLQTIGLDGVLVYQETYRRKTYLEHHLRGNKSNFNYRLDAPDRIGQAGIHKVGLGVLLGLEDWRTDSVMMAHHLRHLQKRYWRSRFSVAFPRIRPCEGGIVPKSVISDRQLVQLIAAWRLFDRDLEMSLSTRESAEFRNHAVRMGFTTMSAESKTQPGGYADDSQEALEQFEISDERSVADISAMIRSQGREVVWKDWDPALSHF >HAS9516566.1 DUF4432 family protein [Salmonella enterica subsp. enterica serovar Typhimurium] MTTRITLWRELFSEQPRILLENDDFTVTAFRYASGVEGLKIQNSRGHLVILPWMGQMIWDAQFDGHDLTMRNMFRQPKPAAEVVATYGCFAFHSGLLANGCPSPEDTHPLHGEMPCAAMDDAWLELEGDSLRVTGRYEYVMGFGHHYQAQPAVVMRKTSALFDIQMTVTNLASVAMPLQYMCHMNYAYVPNATFRQNIPDTALKLRESVPAHVKPTAQWLAFNQRLLQGEASLATLNEPDFYDPEIVFFADELDKYTDTPEFSMIAPDGTTFVTHFASAELNYMTRWILYNGDQQVAAFALPATCRPEGFLAAQRNGTLLQLEPQQTRTFTVTTGIV >KAI4297075.1 hypothetical protein L6164_036983 [Bauhinia variegata] MVLTTMDNTERIGDIIKEDESPVDIIMDDLDAYFDDIDGRLTISRMVSDSVIKGMVVAVEQEAAERIAKKELDVVGLKEMLHIYHVGDDETKTPVIYRETRGVAGIGVEQDRLIGYVESFRIGANEQLKQLEKEVNKIRVSSIRRISSGSELIGVGGNLQEMVPEKWNDVDKSFESLKDTLDGFCRRMEVMAQLSDNSFFEWQQEREFRSKIEGMVMSNCIQSLQQEFEQILWEQNTQIYNSESGNWFDNLKEISSLRQELDSISKTISVFDDGQFFSHSSLENGDEWCSNKRTDHFHCRIPTNQLSPSTLEGNGNHEDSKNNKHENLNPVSLKHLSREELVTHYNSEITKMRRNHESQVQEVTEEIFRLRRELLKERGSSLPLRKDKEFDVLRRKIPDFISKLDNILLGNEKKIESRSTLKDRLESLHSENHQLRNTLLDKKTEFKSLSSQLSDAVEKLSQQQMTEKNLLQRIQKLECDIGDSHAEFLVIQDVYKCIFEEITGEYRCIAEESHLKHMFMEEMYEIIFREAGHQVQPSSKSEIEDSDMESIIKLGLLDVIFKEALMDAEEELRSLNAQCLNENHIRLNLEMELLKDREALLLEAAEKEKLKQEMLLLTLKLEEKDKVAEEVTNALVEEKRKMDLASEELNSLKVKTAQQQNIILENNKELDVTKGNLVEALQEVEQHKEEMRKLHQNLEQRTKELREIDEERKVLHAVTQEKHGVLMLIEAREMKTRKQMESTIVLVHELLTAVSDFESRVNKDISRNYLRLESMRSVFHCLNNKANTLKATGLLYKKRLETRCSDLEKAEAEVDLLADEVDTYLSLLEAIYKKLDHYSPILRHYPGITEILALVKRELIGEYRKPV >BAW23943.1 hypothetical protein KF715C_ch33700 [Pseudomonas putida] MGAGKSEVSKARSELSDYRLLVAERDRRAAAQARTEEQRRQAVADEEGESARQKLELAQGRAAAAESAADGLRGEITRLRNGHRATCDTIATQQRQAGISAVVVLGGLLEEADRMAGDLAEALERSRIAGLSCEAIMRRMQSTK >WP_182232449.1 16S rRNA (uracil(1498)-N(3))-methyltransferase [Colwellia sp. MB02u-6] >MBA6327347.1 16S rRNA (uracil(1498)-N(3))-methyltransferase [Colwellia sp. MB02u-6] MRNPRIYQAQTFEIGQTQVLNADAFGHIVRVLRLKDGDDITLFNGIAEQEGYFEYQARLCNVTKKSANVDIITKNIVENESPLNIHLAQGISRGERMDFTLQKSVELGINTITPIFSERCNVKLSGERLEKKHQQWQKIVISACEQSGRCTVPIVALPIYLDDWLQQESSALKLNLHPKAQHSIMSLPIENQRVRLLIGPEGGLSDDEIARANTAGFHDVLLGPRVLRTETAALTAITALQCRYGDLN >MBT3329129.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] >MBT4298420.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] >MBT4535767.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] >MBT6838386.1 CCA tRNA nucleotidyltransferase [Nitrosopumilus sp.] MKQIISKISKTTIPSKIIQKSKKEIADKVYKLVEKEIQKYSEVIELEFGGSYAKDTWLSKDADIDIFIKFKKSISEEKLESISKKIGFESLKKYSPYVRYSQHPYVEAKIKNTKINIVPCYDVKIGEWKSAADRSPFHTKFMKKSLTLKMRNEVRVLKTFLKINGIYGAEIAKQGFSGYISEVLILEFGSFENLITSISNIKENQIIGKTSKSFDTSIVVIDPIDSNRNLAAAISNENIGKFILISRALKEKPSLGFFKNKKQKISNKFWNNLLIIKFEFKSRSPDIIWGQIKRATSTLSTQLELEGFTVLRSKSHTDQQKEAYLLFFLESTKINETYQKKGPEFFREDSTHSFILKNLKNAELVWIGNDRKIISLEKRKYVDAVSFMKEFLEKSLQVGIPKGLQGDFKRGFKVFVGNKNLSKSIKEEAAELISVDGTLLHFN >WP_112978543.1 hypothetical protein [Agrobacterium tumefaciens] >UXT99886.1 hypothetical protein FY129_20740 [Agrobacterium tumefaciens] MIDEYGPYVQVSTLGEQMAACYQTDANLVLEPHLAHYMDEVEVNIAADSFNHVGFLNRIRSQLQVTLTATTNPRRREFLQAVVASLQERIDRHSFDVAQ >WP_275397725.1 GNAT family N-acetyltransferase [Citrobacter portucalensis] MSAITSVAATLRRISADDNAAIARVIRKVSAEYGLTADKGYTVADPNLDELFQVYSQPGAAYWVVEQNGEVVGGGGVAPLGCSEPDICELQKMYFLSSARGQGLAKKLALIALEHAREQGFKQCYLETTAFLTEAIRLYEHLGFEHISEALGCTGHVDCEVRMLKPL >NVJ87065.1 4Fe-4S dicluster domain-containing protein [Algoriphagus sp.] MAIMITDECINCGACEPECPNTAIYEGGVEWTWGGGTSLKEVTLEDGTVVNGNEKQEPISDEFYYIVTDKCTECNGFHEEPQCAAVCPVDCCVDDPDHRESEEELLAKKAFLHGE >WP_271569319.1 MFS transporter [Bradyrhizobium sp. CCBAU 11386] MLDVTSANQIAADARVRANVVRLAAAQALTGANSAVIFATGAIVGATLAPDMSFATVPISMYVVGLAAGTLPTGAISRRFGRRAAFVIGTGLGALTGLLGSFAILHGSFALFCVATFLGGLYGAVAQSYRFAAADGASAAYRPKAVSWVMAGGVFAGVLGPQLVQWTMDVWQPYLFAFSFLVQAAVALIAMGIVAGVDMPKPAPADLHGGRPLLTIVTQPRFIAAALCGVIAYPMMNLVMTSAPLAMKLCGLSVSDSNFGIQWHIVAMYGPSFFTGALIARFGAPKIVAAGLLLEAGAATIGLSGLTAMHFWATLIVLGVGWNFSFIGASALVLETHRPQERNKVQAFNDFLVFGMMAIGSFSSGQLLANYGWSAVNMVVFPPVVLGLAVLSLVSWARRRKARLDAAMGEFPDAV >EWT02607.1 hypothetical protein N865_02825 [Intrasporangium oryzae NRRL B-24470] MPPRLLERLGMSTRIILIDREVPEHWDYAKRNGFWDLQKNWRGLGAGNAVYFWVTGSPGRIVGRARATGDKTPLLEGTPHAWSPGDRRRGDYHYRIDLAEFQDLDIEIDWGEVRDHAKAPGRLNPVTLIPDHGVSWLEQRLGLMIADPYQQALDGVSDDPESRIDVAGLGEDQRELVPRVVVIRRGRKAFRDALLRVYRRRCVVTGTNLEAILEAAHISSYKGDHTDRVDNGLLLRADIHTLFDLHLLTITASDYTVRLTPGLRSDPTYESLEGRQLEFESHQTAPSKGLLEQHNALCDWL >WP_001884703.1 galactose/glucose ABC transporter substrate-binding protein MglB [Vibrio cholerae] >GHW77386.1 galactoside ABC transporter, periplasmic D-galactose/D-glucose-binding protein [Vibrio metoecus] >ATD27454.1 Galactose/methyl galactoside ABC transport system, D-galactose-binding periplasmic protein MglB [Vibrio cholerae] >AWB70742.1 D-galactose-binding periplasmic protein [Vibrio cholerae] >AYC05451.1 Galactose/methyl galactoside ABC transport system, D-galactose-binding periplasmic protein MglB [Vibrio cholerae] >EEO06537.1 galactose/methyl galactoside ABC transport system D-galactose-binding MglB [Vibrio cholerae TM 11079-80] MRKLTVLAMLSAGMGFGTQALADTTIGFTIYKYDDNFMSVVRQAIEKEAAADSNTRILMNDSQNSQSMQNDQVDVMLARGVQALAINLVDPAAAPTIIQKAKIDDVPVVFYNKEPSPEAMASYDKAFYVGTDSKESGIIQGDLISAQWKANPTWDKNGDGVLQYVMLKGEPGHPDAEARTTYAVKTINDNGIKTQELHMDTGMWDTAMAKDKMDAWLSGPNGSKIEVVIANNDGMAMGAIEALRGAGQKIPVFGVDALAEALALIKSGDMAGTVLNDAQNQAKATFELARNLANGKPAAEGTQWTIENKVVRVPYVGVDINNVE >WP_231483373.1 MULTISPECIES: histone deacetylase [unclassified Alcanivorax] MEKFSLLHTHLRRRRIACVDNEFRPGRAKAALLSQAHCPQYVSAMVNGTLDAKALRRMGLPWSEALLKRSCIAPMGTLMTTQLALEHGIACHLAGGTHHAHYDFGSGFCIFNDQVFAVRQLLDRGVVNKVLMFDCDVHQGDGTAAMLADEPRAFTCSIHCEKNFPVRKMRSDLDVELPLGMTDQDYLDTVFSTLESLLKSEQPDLVLYDAGVDIFQHDPLGRLHISEQGIADRDRGVIVRCRSRNIPIATVIGGGYDDDREALARRHAIVIEQAFALQVERSSAGNTRGQ >KAH9316303.1 hypothetical protein KI387_024930, partial [Taxus chinensis] MVAWGNLYHPHGRPYFRPYINTYPPSPVIINLSAGHVFQSHQCSLVVWLAVDEQFRHLSGDKDKAVPVRCSEK >WP_226909596.1 flavin reductase [Georgenia ruanii] MTGRRIAIVGAGQAGIQLALGLQHHGHQVSLVTDRAPASIRAGAVMATSCLFAPALEVEDNADLPTWEAEAPTIGDLDFTLTGPQPVHWRTAFDSPARSVDLRLKYSAWLDLFQSRGGTLRIESMTVAATEELAATHDLTIVATGKGEVGSLFPTDHSRTAFTTPQRTLAVALVTGAAPDQAGAALHLAVDPAVGEFLSYPMLTERGIAQVMMFEGRAGTDLARRLEAITDADDHLATTLELLGDHFPSQAGRFAGARLLDETSVARGRVTPVVRQPVGTLPSGRTVLGLGTAVVATDPIASQPSNNATLAADFYLDAILRRGEREFDAGWQRRTFEAFWRGWAKWAVLWTNSVLEDLTAHQRTLLTAAGTVPGVAQAVANSLEDPRTAYRWWFEAADAAELISRSAAEARGPVDPRDFRAALGQYATGVAVVTTRDADGVCHGMTANSFTSVSIDPPLILWCPSKRATSLPAFAGAEHFAVNILADAQHHLSRQFSVSGSPEKFAGVEYTDGLGGAPVLAGALASFECRRVAVHDAGDHDIHVGQVERYSWAGGEPLLFHDGRFHVTRPRPES >WP_281054160.1 2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase KduD [Vibrio lentus] >WGS63242.1 2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase KduD [Vibrio lentus] MILESFSLEGKVAIVTGCNTGLGQGIALGLAEAGCKIVGVNRTEPEETIEKMNAAGHIFKNVRADLLDQACIPEIIERTLAEFGQVDILVNNAGIIRRQDAIEFSEQDWDDVMNVNTKTVFFMSQAVVKQFKAQGTGGKIINIASMLSFQGGIRVPSYTASKSAVMGVTRAMANEWARDNINVNAIAPGYMETNNTQALREDAVRNQAILERIPAERWGKPQDIAGPCVFLASSASDYINGYTIAVDGGWLAR >QEP12732.1 IGL c2671_light_IGKV1-5_IGKJ2, partial [Homo sapiens] DIQMTQSPSTLSASVGDRVTITCRASQSISSWLAWYQQKPGKAPKLLIYKASSLESGVPLRFSGSGSGTEFTLTISSLQPDDFATYYCQQYNSNVYTFGQGTKLEIK >MBF8300261.1 metal dependent phosphohydrolase [Acidobacteriota bacterium] MSMTWPDAGTGAGATIRTALDVARDDLRGETARGAGGRAAIERHADRVDGLLRQLHADAGIPDRPVAIIALGGYGRRHLSLHSDIDLLVLFGGRIGPSEERYLRAFLHPLWDLGVVVGHQVRELDEFADLEIDNPEFLLALLDARLVAGTAALFDRLREVFHQASTHAYILRSLLQLIEERHARFNATLYQLEPDVKEAPGALRDLMAARTIAMLTDPLLLRRGPADPGRLEEAEDFLLRVRSILHLECGRNQNILSHELQERTADVLGYPGAEPRQQVERLMSDYFRHARTSSRSLEWARRTAPVPVGLNLGLSRDGIRFLDPVQAARNPASWIGAFQAAIDAGTEVTEEALSCIQQHVDGFSPEDFVPEPRDRAAVLRLLKPRPGLYARLSQMHDCGLLGRLFPEFQAISWRVVRDFYHKYTVDEHTLLAIRNFERLANTDEPYRQRLKAVAAGIPSPELLVLSLLLHDVGKWRDDEHALESVRMAGDALDLLQVAGEARDTVLFLIRNHLRMSLVAFRRDTEDPEIVKEFAALVGTEDRLKMLCLMTLADIEAVSLDTLTPWKEELIWRLYVDTYNHLTQRYGDELIERNQAGLVELLSGRPEDLPEGEIARFVEGLPQRYLQLFPREAIYRHVRLARDIRPDEVHLSLERADSVWTLAVVTLDKPFLFSNICGVLSSFGMNILRGHALTNPNGLVLDVFHFTDDERFLALNPDAHEQVLHVLQEVVSGHSDVTLLLRGREQSVLQWRGAARVTPVVRADNEASGRYTILDIVAGNALGLLYRISRVISEHGCEVDLVLISTEGERAIDVFHITKAGAKLTEAEQRGLTSDLQRTLEGTL >WP_088557458.1 ABC transporter substrate-binding protein [Marinobacter sp. es.042] >SNB56085.1 putative ABC transport system substrate-binding protein [Marinobacter sp. es.042] MAKTTLRTLFGATLLALATLVQAQEPRVVAITQIVEHPALDAVYQGIKDELAERGFKEGENLEVMHESAQGNSAIASQIARKFVGESPDVIVAIATPSAQTVAAAARNTPVIFSAVTDPLGAKLVSNLEAPGANITGVSDMLPIDKHLDMLQRVMPDAKRIGTVYNPGEANAVSLVELLEERLAARGLELVKGAATKTSEVLGAARSLVGKADAIYLTTDNTVISAAEAVISVGERAGIPVFAADTATVERGAVAALGFDYYDHGRQTGVMVARVLNGEKPGEMAVETMEKLDLFVNPAAAERMGITLSDDVIADAKKVIDSAK >OCN18427.1 hypothetical protein AN699_0217565 [Serratia marcescens] >OCN18488.1 hypothetical protein AN701_0217830 [Serratia marcescens] >OCN39886.1 hypothetical protein AN658_0217160 [Serratia marcescens] >OCN41815.1 hypothetical protein AN660_0217535 [Serratia marcescens] >OCN62303.1 hypothetical protein AN664_0217130 [Serratia marcescens] MISYGYSASTTSFYVLEEREGYEKYNNWPDDVKPVAASVWEKYCGQWPAGKMRGADENGDPCWVDVPPPTKAEQREIAEREKAQRLEKASKAIAPLQDADDLGMATEEEAAQLKRWKIYRVQLSRINPQDAPDIDWPVAPDA >UQV46285.1 serine hydrolase [Janthinobacterium lividum] MMTKLAAIITGTTLVLAACKPVATAPAQDIPAAMRQTATTLLQSKFLHATSIAVVYRGKEFILHQGELETGKANPPNDTTLYEIGSVSKTFAGLLLANAVLDGKAALDDPIQKYLAAAYPNLQSQGQPIRLRHLITHTSNMPGMLPLQVNTVLKDFTAHATPAKLNAAYANYGQQQFWQDLHTVSIKGPLGKDYAYSSAGSELIAHTLEKIYGMPYEVLLTQFIAREAGMHDTRLRITAKDIGRLAPGYHSDNPVMTTPMPQLPWGAAGNLKSTMPDMAKYLRLQLGAHPAVVESHKPLARFQDDFSISYFWNIGSNRQLGTHYVHHGGVPRAQSYAYVVPQYQLGVFIITNQSGDATAGAMESALAHIFDTVESMESAK >WP_223326327.1 MarR family transcriptional regulator [Streptococcus oralis] >MBZ2082705.1 MarR family transcriptional regulator [Streptococcus oralis] MDYQQVIDYLTSIFNNVLVIEEVSLRGSRFKDISIKEMHTIDVIGKFPEATPSKVSKELMVTLGTVTTSLNNLERKGYIERIRSDQDRRVVYLHLTKQGRLVHRLHKRFHKAMVEKIIDGMSPEEKEVMGRGLTNLYQFLEDLK >WP_274192231.1 GAF and ANTAR domain-containing protein [Actinomycetospora chibensis] MHPGQADQLVVALRRAARTLLDRRSIRDLPRTLSEIVTAAVETVPGATAGGLSVTEDGIIDSCNPTSRGISELDRLQGELHEGPCVTALECPAEDGAVIAEDLAGADAQRWPRFAPAAVAAGCRSMLSTQLATNGRTRAALNLYAAEPGVFDSEARLLAGLFGVQAAMLLHGSEQAAHLARAVDSRDVIGQAKGVLMERFGVDENQAFRMLVESSQSTNLKLVDVARWLLGEVARRGARRGPADTARLDASPVGPSPSGS >HCN8461219.1 GTPase Era [Escherichia coli] MSIDKSYCGFIAIVGRPNVGKSTLLNKLLGQKISITSRKAQTTRHRIVGIHTEGAYQAIYVDTPGLHMEEKRAINRLMNKAASSSIGDVELVI >WP_217101611.1 ABC transporter permease subunit [Burkholderia multivorans] >MBU9226588.1 ABC transporter permease subunit [Burkholderia multivorans] MGELARHGAAVGRGRIGILDRQDSMSTHDSWAADRAAARLDRHAGATPSRRVSRTARTSHRYRLPGHGNTAVLSAATVAALALLWWVVTHRQWLPPLFLPAPEAVWTAFVDAWHGRIQGGLPLSEHLLWSAARVFGAFLLATAVGVPAGILMGVSRIARGVLDPLLEFYRPLPPLAYLPLVVIWFGIDETAKLVVIFLACFAPIAMAARAGVRAATVEQINAAYSLGGSFAQIVRHVVLPAALPEILTGLRIAIGFGWTTLVAAEMVAATAGLGQMVLNASSFLRTDIVVMGILIIGAIAWLFDLAMRWIERRVVPWKGRA >WP_130477570.1 RNA methyltransferase [Amycolatopsis suaedae] >RZQ61838.1 RNA methyltransferase [Amycolatopsis suaedae] MAEILHLTDPADPRLDDFRGLTTADRRPDRPGGKGFVIAEGTVVVRRLLASAYPVRALLGVERRIGELADDLGDVDAPAYVTSAQTMADVVGFHLNRGVLAVADRAPRPAVDELLATARTLAVLEGVGDHENLGALFRNAAALGVDGVLLGDGCSDPLYRRSVRVSMGNVLRVPFTRLEPWPSGLDRLRASGFRVAALTPRADAVDLRELSAPGRVALLLGAEGPGLSDGALAAADTAVRIPMTPGVDSLNVATAGAVAFYELAGRSR >MBN2090897.1 DUF2207 domain-containing protein [candidate division KSB1 bacterium] MGSQLLKFIWILLLGLFWTNLLAEERVLEYYSQIIVSTDASMKVTETIKVLAEGDQIKRGIFRSFPTDYRDRFGNRIRVRFDVEEVLRDGVKEPYHLKRESNGVKIYIGDENVFLDPGEYRYQITYRTNRQLGFFPEFDELYWNVTGSSWDFAIEKVEVRIELPPGASVLNHAGYVGFEGMTGQDFLFEKDNWGHPVFKTTRVLQPGEGFTIAVSWPKGIVKAPTSEDKLNYFLEDNQSTIIAIAGLLLLLIYYFAVWLRVGKDPAKGIIYPLYEPPKGISPEAARYILKMGYSDRVFASAIISMAVKGYLSIKEEDGEYTLTKKSASDSILSRGELAVAQKLFQSKKIVKLTSSNHLTIGGAVKALKKSLKSDFEEKYFILNSNYLVPGAIISILTLIATIFWMPEKIGAIFIIIWLAGWSVGTVSLVIKVFSSWRSTLALRGAKKGIYLIGTIFFSLFSLPFVIGEIAGLVFFSFIYSSYTAIIFIFIIIINFLFYHLLKAPTIFGRQIMDQIEGFKLYLEVAEEDRLNFLHAPEKTPELFEKYLPYALAMGVENAWSEKFADVLSKSTQEQTYSPGWYSGTNWSSLGVAGFASSLGASFSSAISSSSTAPGSSSGSGGGGSSGGGGGGGGGGGW >AVJ74934.1 type III secretion apparatus protein, YscQ/HrcQ family [Escherichia coli] >EAA2292080.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] >EEW0951939.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] >EEW2246670.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] >EEY9418411.1 YscQ/HrcQ family type III secretion apparatus protein [Escherichia coli] MFGLRKVNRNTHMFETTFQNWKENGEDVALLMPEFSAKWLPIAEESGSWSGWVLLGEIFPLISSELAGMALMPETERLIGEWLSLSSSPLNLKHPELKYNRLRVGKVFDGVLSPAQPLIRIWTGELNLWLDKVTVCQYGNAPALDKKSLYWSIHFVIGFSKTCYRSLIDIEVGDVLLISNNLAYAVIYNTKICDLIYPEELKMADHFEYEEDFETDDFDIKKNESEIYDENDDQMINSFEDLPVKIEFVLGKKIMNLYEIDELCAKRIISLLPESEKNIEIRVNGALTGYGELVEVDDKLSVEIHSWLSGHNNVK >WP_103294927.1 GntR family transcriptional regulator [Staphylococcus kloosii] >AVQ35309.1 GntR family transcriptional regulator [Staphylococcus kloosii] >PNZ07362.1 GntR family transcriptional regulator [Staphylococcus kloosii] >GEP82244.1 GntR family transcriptional regulator [Staphylococcus kloosii] >SUM48354.1 gluconate operon transcriptional repressor [Staphylococcus kloosii] MEFEYPEQWLEGASKGEMIAAEIRLQIVKGTIEPDTLLTENQVAKTYNVSRSPVRDAFKLLKQDQLIHLERMGAEVLPFEEKEKKELYDLRIMLESFAFSRLKEQQLEQVVKELSKQLEMMKVAVQFEDAESFTEHDIKFHEVAILASKHQYLKTYWNNLSPVMEALILLSMRHRMHNDKEDFERIHYNHQTFIDAIATQDSTKLRHAFHLNFDDVGEDIESFWLK >OGO01021.1 hypothetical protein A2Y59_03705 [Chloroflexi bacterium RBG_13_52_14] MAKALEGIRVLDLTRMYGGPLGTMILAELGAEVIKVELPGGGDAIRTTAPLTEGQESYRFVALNRGKRGITLNFHTEEGRRICKELVKKSDVLVENFTPGVMERFGLGYRELEKHNPRLIYTSISGFGHTGPSRHRVAFDTIIQAMGGMISINGHPDSPPTKVGSAIADFLGGIFADLAILAALQYRSRTNEGQFIDMSMQDCVWYITAIQFLPYYLATGKEPPRIGNRQLEVTPFNIYKAKDGYIVIGVVTVAQWHRLLEVIGREDLKDIPEYYSQATRIEHTEEIDAIVEAWTKQRTVDEILKLLNDADLACSPVPTFGQVANDPQLASRDMQVEIEQSISGKLKMPGSVFKMSKTPSDATQQAPFLGQHNADVYSELLGYDQKTITQLQQEGVI >WP_100610557.1 biosynthetic-type acetolactate synthase large subunit [Confluentibacter lentus] MKTETANKTQNVTEKTERITGSEAIIRCLIAEGVDILYGYPGGAIMPVYDELYKFKDQISHILTRHEQGAAHAAQGYARISGKVGVAMATSGPGATNLVTGIADAQIDSTPLVCITGQVASHLLGSDAFQETDIVGISTPVTKWNCQVTKASEIPEVLAKAFYIAKSGRPGPVLVDITKDAQFGELDFKYEKCKGVRSYKPVPDTDLEAVSKAAELINNAKKPFIVWGQGIILGQAEEQLKAVIEKAGIPSAWTILGASAIPTSHPLNVGMVGMHGNYAPNMMTNECDVLIAIGMRFDDRVTGNLSTYAKQAKIVHFEIDPAEVDKNVKTDVAVLGDAKSSLSALLPLLNENTHTEWHQKFKDLYAIEFEKVINDDINPTKEGLTMGEVLKQINIESKGNAAIVSDVGQHQMIACRYSEFNITKSNITSGGLGTMGFALPAAIGAKMAAPDREVVAIIGDGGYQMTIQELGTIFQNKVPVKIVVLNNEFLGMVRQWQQLFFDKRYASTEMTNPDFVTIAKGYYIEGKRVTKREELAAAVKEMIASKDAYFLEVCVEKEDNVFPMIPSGASVSDIRLS >MCD4768021.1 transposase [Methanosarcinales archaeon] >MCD4808844.1 transposase [Methanosarcinales archaeon] MYIDPRYTSQTRPTYLHISRNNRNGRSFLCEVCDYALNADLVGAMNIKART >WP_129895541.1 murein biosynthesis integral membrane protein MurJ [Bifidobacterium pseudolongum] >RYQ03306.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] >RYQ11741.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] >RYQ13995.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] >RYQ65528.1 MviN-like protein [Bifidobacterium pseudolongum subsp. globosum] MSSSVGRNSLIMASGTAASRITGQIRTILLAAAIGTTGLAANAYQAGSMIPQVIYTLVSGGIFNAVLVPHIVRTLKADNAEEQLNKIVTFAVTLLAAVTVLMGVLTPWITRLYVNGSPELISLTCAFTLWCTPQIFFYGLYTVLGQILAVKNRFGAYAWSSVGANVISCIGFTAFIVIFGNHAQSSAGQWTTPKIALTAGAWTLGVAFQAIILFIPLFRLGFRFHWKFGVRGIGLRTMGPIAAWSLGIVVIDQIANIITTRVLTGAPSLAERTMHLNQFDVAGNATYQNAYTIYMLPYSLIAVSVATAIFPQISQALANRDMAGARDDLSRALRTVGTIMCFFTAAFIVMPLAITRSLLPTVAVPQAILMCGPLMGLSVCLPLASAYLIIQRTFYAFEDGRSPFTFMLIMYMLQLGLILTGTRLLPPTQWAGMIAVCVSAAYLISFIPLVRMLRRRFDGSLDGKRIAVTYAKAIAATVVAVVVGLGARIPVYAWLHVTDPGQSGIAAWLRNVLAAVVLGVLILIAYIATLWVVRSQELLQIVDALGRRLHRAPVGGPAQAEDPDDTRVIAPIAAVAGVDDPDETRVIPLPQPINELEQLDPPVPSELAEAPIALTGNGAGEAPRTTSAVGRMTRASSMPYISGETMRPHLGDTVLNRYTLVSPLREEAGLQAWKANDRVLSRDCQLFIVSNKAVLDSTNALAGTLASSKDARFTPVIQLQHDGQIAVVLTQLDAGVSLTEYMHGHGPLSYEAMRTIIAEATAAIKALQADSLTHHALSTDTVRLTRSGVQLADTPVSEALADTSNALPGDNPARRAIRQLAGVLYGMLTRTPSTMNPQFSLNALPADTPTELRVIVKRGLELPEDGTPTVPLVTLAELEMLLGPVKQFPVLTRHDLRLTGVEGACSIVRAMISPALPADILTIPESLASSQTLPTIPFAHMDVADEEDIEDEELGAQTQALNAGSLKALWSHSKALMEGEDYTGASSQIPELQPEDATEMFSAFDPNNPLEPPLQPQRMTVPIDVSKLRDGSADPTDGVSATRRIPIIDSQGNEVPNGSPSQRALEQERADIDATYAVGAPALPPSFAPQNNHEPSTADKAAFEEHKSSKTKKAAIIVVIVAVVVALGFAVHSIATTGSLFGINRQQQNYWPNMDLDDVPFGQRKGNDVESPQNNATPEPTETKTETPKPQNTTAYPVASQTFLDRPNGQQGYGYYLHLEKKEDVSRIVVKIRSSGGKGYVRVNTAGDPTAGEQVAEFTFADGGTTEVKFTKPVDTQDIVMWVPMDSLPGNQLFIDSVQAF >XP_016211170.1 hypothetical protein PV09_07339 [Verruconis gallopava] >KIW01301.1 hypothetical protein PV09_07339 [Verruconis gallopava] MAALKSSILLLLLAVVLLYSTPAYAFGAGNIASLSKIEGKNWRHGDIEDMLKTVAFIRGHKWTSMMIKRVYFGNWLRDYSQAVDVGTLKGVQAGTIRILVWILGFMSFGYATQEFEVTEERLGVYRPEEHIDNPKDYADNEDARKYDPRLRPPVQDVELQIDMNTGMKNYIANETGGWATSSGYVKHSLARSIHFGRMYTSSSTKGRTEDLCEALRCLGQALHTMEDFGAHSNYTELALIEMGYHNVFPHVGTATRVNVRGKYVWPVVTGTFGGVDFLHSVIGEATDHVTQSELDEMDDALGLAAGSGSGTKGSGGSANQLGLLGDLLSKVPGTSHLMEEAHRLQAASNAQAQANASGYRGVVDDSYSYSASRADPPMQTPSFQAPPGSIGGPPGPGIPGLDPNMDPQAVVAKIYPILVFRDNVVRTISGIISKIPGLEKLIDTITERVTLFIFSLLAPYLKPIIAAASKQLKNGSTAVVDSSGKHQYEVWENPHSSDPTHSLLSKDHFSNYLNPPAGQVATAILQYTAPRVFYAWDHPDVPVEQVLNDVVRAFHHPALRDPNLEIHRNMFQAVEHWVRELPDHGNSINDILSSDSVKAGRNHKGEIHAHGSSSHGGAHSHGGGFSTLPGMPSGIPSIPGFGSHSKVSGSPFEMFNRKRALGEFDDVAPSGAAATQEWQPQGQYTSGTMVSFNGATYKCLQTHNVDAADWTPAAASSLWTRIDSSSPFTGGPPLQQQKMHSPQPAASPWQPGGYENQSFAQMQQAPQNLDYDHGAYEMPTNYHQGYHDGPGYGGPPPAPAAAHNAPSPYGEAGGSSGYGYVGGHYQQAGGPGYQEGYYSQPPPGPYGQY >EIO3984852.1 GNAT family N-acetyltransferase [Vibrio vulnificus] MVSYQQTTDLSASAKITYVNMRSYYEHYSVDWDCSKIEEQILDLSNFDILLNDEVVGAIRLAFDNDGCYVRDLQVSEKYQNKGIGALALSECERLAIESGANRLKLRVFKISPAFHLYERVGFVVDNADDRFYSMSRTIS >CDL67554.1 Topoisomerase VI, partial [Trisetopsis roggeveldensis] EQQDRKRNLTKYTPDVVRTIMETLGEIADETPPKRPRYDKEDEELLEKINSEEVTEMTFRDCLSQHVEQVDYEM >HHY02707.1 F0F1 ATP synthase subunit B' [Paracoccus sp. (in: a-proteobacteria)] MFSLLQQTAPAAVDQTIIVVPADPTADVVVAETDAIIVAGTDAAADTAASAVGMPQLDFSTFGNQIFWLVVALIAIYLILSRVALPRIGRILGDRQGLMTADLAAAEDFKRKAREAEAAYDRALAEARAEAGKIVAANKAEIDAELKAAIAHADAEIGARTAESERRIAEIRESAASDARNVAREVAAELVSTFGGKPDAAAIDAAVDTRIKGAVQ >CAD6270987.1 unnamed protein product [Miscanthus lutarioriparius] MGNLCCCVQVDQSTVAIREQFGKFDSVLEPGCHCMPWFAGKRVAGHLTLRLQQLDVRCETKTKDNVFVNVVASIQYRALADKASDAFYKLSNTRSQIQAYVFDVIRASVPKLHLDDAFEQKDEIARAVEEELEKAMSAYGFEIVQTLIVDIEPDEHVKRSMNEINAAARLRAAANEKGEAEKIVQIKRAEGEAEAKYLSGLGIARQRQAIVDGLRDSVLGFSVNVPGTTAKDVMDMVLITQYFDTMKEIGASSKASSVFIPHGPGAVRDIATQIRDGLLQGSSVTQH >WP_160149429.1 PEP-CTERM sorting domain-containing protein [Roseiconus lacunae] MIRLIMAILAMSILYDSTKADVVTLPDGEDLVPVDEALNEYEFADSYLTPSQLGAFGIGDTIVEGSILNASMSDEDAFTFRIAPGTQLESITLDYATGATRHFFGLDTGTSLTFPENYDGQSLLVAHLFSDSDSGADLLTINTPGDNYNSIAPPGPLGAGDYSVWIRETDLEDFDYSMTFRVSAVAIPEPSALAALVSGGVVVVLRRRSRQS >WP_257358148.1 curlin [Pseudomonas zeae] >UUT14867.1 curlin [Pseudomonas zeae] MFKLTPLTAALLVIISAQAMADDSLSNQSQVGTANIADVKQTQAPFSTATQTQLGQGNDAAAVQDHATSVITQDAVGDYNAGYAEQLYEDNATITQQQAGAFNTAHASQSLGFGSPNNALQQQQGTGNFSFIYQDSQNGSEGKTFQFGDSNEANIEQLYEGSGNSSVITQYGTANYGTAEQVLHNGGQIGINQAGEGNYAYGDQRNGTGGNITINQFGNLNGSEIWQDAQLASQATVNQYGDSNETVVDQSFGENNSAAVTQVGNSNAIYADQFESVNSTLALYQVGNGNVHYTYQSGDGHTLSATSVGNDNKVYASNWKGPQSGGQFGSNQRATVTQAGNGNIASFTQDGVGHVMTTHQTGAGNKTTVSQAESYNELYFDQNGSDNILISDQRGTGNLVQGSSNGTGNSAEFDQSGSGNQAYTAQLYGSDNMITVKQADTMNVAYVTQGGTGNIANVDQSGVTQTANIQQFGSANQATVLQQ >WP_194266302.1 DUF995 domain-containing protein [Dechloromonas sp. H13] MRRYLAAAVSILALAGVQAQESGTKVSGDELRTLVTGANVTHLNRYGSLRRWTNDPDGTFVASTSNQKHGSALSASKTASGKWSINSDGKYCIQIDWKAEDEKWCAFIIKGADGGYYLNSVDPARKIEFAR >WP_058738289.1 histidine--tRNA ligase [Methanobrevibacter millerae] >ALT67925.1 histidyl-tRNA synthetase HisS [Methanobrevibacter millerae] MEFTRPRGTRDFLFEEMKERKEAESTLRHIFENYGYREIKTPLFEELKLFTTKSGEEIVDQLYNFKDKSNRELTLRPEITAPVARLYLNELEKTATKPIKLYYYGSCFRYERPQKGRFRQFWQFGCELIGAKSPQGEAEVIAMCSDSIEALGITGADVNINHLGIIRGLFKHFEVDTKTQRELMVVIDKGDKDLLIESLSGENPIISNDELNQILLKLIDLVGDKSILNDVEELIKDYEEPQEAFNQLKELVELLDCFNMTNYTLNLGVARGLDYYTGIVFEIYVEGLGAQKQVCGGGTYSLIKVFGGQEVESTGFALGFDRLMNAIEELTDKKEAKSHLDVYVAPISGDVRLKAYEITQNLRRSGMKCDVDLNNKKFKKLMNYADKIKVPKIIIIGKNDLEEGKVTIKDMESGAQDLVEIENIVSYLKEE >WP_188948933.1 50S ribosomal protein L7/L12 [Glutamicibacter protophormiae] >MBP2400388.1 large subunit ribosomal protein L7/L12 [Glutamicibacter protophormiae] >QRQ77674.1 50S ribosomal protein L7/L12 [Glutamicibacter protophormiae] >GGL94076.1 50S ribosomal protein L7/L12 [Glutamicibacter protophormiae] MAKLTNEELLSAFKEMTIIELSEFVKEFEETFDVTAAAVAVAGPAAGAEAAAEEQTEFDVVLEAAGDKKIAVIKEVRALTSLGLKEAKELVDAAPKALLEGVAKDAAEKAKEALEAAGATVTVK >WP_205188895.1 tRNA lysidine(34) synthetase TilS [Metabacillus iocasae] >MBM7704898.1 tRNA(Ile)-lysidine synthase [Metabacillus iocasae] MKERVNSFIRKHKLIPSHSRIVIGVSGGPDSLALLHFLWSKREEMNLELVVAHVDHMFRGKGSEEDMEYVKQYCQSIGVCFEGKKIHVEAYQKEHQLSAQLAARECRYAFFQEIMEKYNSHLLALAHHGDDQIETILMRLARGSTMEGYVGIKPRRPFATGHIIRPFLSVTKEEILQYCKEFYLQPRIDPSNAKKDYTRNRFRHEVLPFFKMENPVVHEKIQRFSEDLDDDQRYLEELTAKAMNKVMEKQGENQVILQRNGFLTMRKPLQRRGIQLILRYLYKKIPQNLSSTHIDSLVLLLESEQPSGTLHFPNGLKVIRSYNDCLFTFEEEKVKPYRYVLNVPGYVHLPNNKKIICEIHNVRPYIKGNDVFVLGFSQLGDSLIVRTRHQGDKMTIKGMNGRKKVKDIFIDNKVPLSARDIWPVVEDGSGEIIWLPGLKKSIYEKEDHFDQRYVILYYK >WP_116691934.1 type II toxin-antitoxin system RelE/ParE family toxin [Gardnerella vaginalis] >RFD75821.1 addiction module antitoxin RelB [Gardnerella vaginalis] MRIIETEEFTKWLEKLKNRRAQLAIGSRLFQWKNESMVFGDVKTIHGELKEALFHIDAGYRVYFAQKQDKIVLLVFGGDKSTQDKDIKKADALLKDMKEAGQW >WP_273597572.1 nitroreductase family protein [Paucibacter sp. hw8] MDVIKMLEWRYATKKMDPSKVVAQDKVDRIIEAARLAPTSSGLQPFEIVVVTNPEVRAQIQTIAWNQAQITEGSHLLVFAAWDNYTTERINHMFDYTNEVRGFRNEGWENYRNMLLNMYPQRDAETNYQHAARQAYIGFGAAMIAAAAEGVDSTPMEGFDPDKLDAILGLRARGLRSVTLLPLGYRQEEGDWLAKLQKVRRPLDQFVTEVK >WP_198465579.1 hypothetical protein [Capnocytophaga periodontitidis] >MBI1645537.1 hypothetical protein [Capnocytophaga periodontitidis] MKKHLKLIISLSAATIVGVGAYLYACADGGWYYLYNSVFSPEVTVNKPSYTPLYLEEENLFYGDYDTDSQGNLSSSDLDNWKQYLGKDFWAEGIQYFMYNNDALADIRKYNDAPDKSSVRLSQHTPKTQSARLTNFFALLDIARNNESITNNTQSAWDYEKRNVQYTQNSQIEKAEKLYQKAVANKDTFFANRMWLQVMRLKFYSANRSAVIAYFEQTKAAQPKNSVYYRALHYVAGAYKSQKNYAKANALLATLFNEVPKLRKTVTFEYRALTDSETEKIAASLSKAEQCALWAMQGYYSKEEVAIQKILHIDPKSPHIDFLLTRYINRIEGVVNKFGDLYQNQPLTNATAYHQYTHKVATQDFKTDWLLQTAREGKVGNPYLWNVAAGYVSMFRNEATTAKEFLKKADAVAKNEKQKVQVRIIDVMNDVTALQQITTADEERLTKKVEWMWQSALLKESEYKSALRSRYAFDLVRNYLSALYNAQKNLVMSEITCPKDGFYENNNHSAAIEKFLLKTNKTPWEVFWAKEYTFTLGEIYESRAIYAFYKDDLDKAIAEMKKTPLESQQVYDEQAEKMVTKQLKLSESSLPANPFNGFIQDCHDCEHAKKRSPYTKISFLQKVKEMEEKLAKGEDMYNNALLLGNAFYSASYFGNSRAFYYNDILGETGGFFVNEQNSAMLLSMTHAKKYYLIAQQHASTDEQRAKIAYMLAKVERNEFYNKQYYSEGKIYGVSPWENEIAFKDWQGFKELRKYPHTQYYKDVIRECGYFRKVTGNK >KAI0008979.1 hypothetical protein F4779DRAFT_584664 [Xylariaceae sp. FL0662B] MPHVIYTLDDAINRFFAEAGASSRIQCDEIARQRCGGEIRPVDIQGMTSYTVIAGPSGDMIVQFREQTALLNMRMLTLAKDIHQDVVASCSELGCVGDPSGSQLAIYEMDRLPGENYITARPSLTRDQQLSNLYSLANFFAQSWQRGTPVDPSLVDMSAISAECYARFESLSGALPERFLPVVAEVRAALPALLDGCYPVVLTHSDLNEMNILVDPHSGRITGVVDWPDASIQPFGFTLYALENALGSMGPNGWKWFNDVDDLRSAFWSAFLEKTGVSESQTRLIKLAGKAGILIRYGTAYDSGFPGMIGVRDPNDEDFRYLDALLF >OIV35259.1 hypothetical protein BIV57_22535 [Mangrovactinospora gilvigrisea] MPRFRTAVAACAVAVGMALTVAACGSGGGGDKGAIKGSSGNGGSSKSASPSAAPSQQAGAPTIKLPADFKLDYTGWTATGNATKDAVLKDVQGYIASMSAARAYHDVKNGPYLYYTDLQATADARDEIKRFETTDGGATITGTDRYYKNDVALVSASIASVSYCEDQNKAYSKVIKTGKVLRTPQTTKDYVFTNLQVQKSTNGVWKTVKVTYNPGAVQCQ >EIQ2008784.1 hypothetical protein [Escherichia coli] MARIWKKPEHWDDVMAMIMRDGRFRSRTELKEATKGFGADKQQHFDKMVNEGAHLELMIGLINAAGWQGVAIDATGKIIPVRDDKTAKALGLGDAIAANRKHEQAIDERAKSKAKKRPTGARFNEGELFAYLRDNNGFTGSLNALALAAFKGGRVPGRTTTWALLKKLGDKISIEKHGPRGVSIAIKEPCQINAVKEFKAMKKEHD >AST39768.1 envelope protein 2, partial [Hepacivirus C] HTRVTGGSAAHDARGLVGLFAPGASQKIQLVNTNGSWHINSTALNCNDSLHTGFIAGLLYRYRFNSSGCPERLASCRHLTKFAQGWGPISHANGSGPDE >MBP8846809.1 ATP-binding protein [Parabacteroides sp.] MNDVPVLDKEMSTTGKNLSDSIVEKYAFVFQSCDVDMKLLVENKVSHYPASDVLLKKARFLYRNQEIGWIEALAAFQEKHGDCLALDGKDAAKALEKAFDLCRWMGEESDYLQTVYQRRADEKRTELFDRMDRLSLKLKVCRCLSEGKTNEYLKAVLRKLEQSGNIWHVHDEILKIYYLLSYDLTGFSQNLPVLIDIVCRLITNGLMTEEECSDFSGVLKRKAKEMDDKVSEYWFSDDWDTLHPLITESVRLHTFVFLICGQCRQKEDDLSLIAARICRYLSRIPSPYSELLKNKSYTLLTGENTLGDRIQWEHLQHFDEIKILERLIMLQADDKACLFQEDSKKWRQCRNEKNMITLDNDGFTLSPLVELGCNSWKGRKDRATVLKNRLFVASFSRLSLNFDACKNIRDFRSYWNLVAEDYPLSQPMSSPAFVDTGSDEKEIEIPEIEMEEEEVETDHFLRPDQRVKVRILHIDKEDMSLKMEIIDAPYRGMKACLPFAYINSCYYIIPGFMDMFVVNEIFRAKVKSVEGSEVKLSLIQDFNEYMYPDCVRKKNVIGKVIDIAEGKVWWLLSTGMTATTTNPHKKYKAGNFYKVEYGGLSADKLKNTIKVLSHIPFPDEKGFYNNVLENLRSFFFFMTKEVLKVNKDKEELQRLKEKNNPFFVAFQSLNLEVPESALDESAQTDEMPESESKTVTPDLYDESDRITVSQLKELIYCVDSLIGDSEDICGCFNAYNVLIFLCRFVGNKELADYYGLCSDYIYWVNSLDSELLKNREGVECRQTFKGLSDRMEALDMDRYSLRLRNNKQVIRVLQTWFDSRPLTSVQSDLQSFMQNKNRTVAELARYFNIMSYLKEKDDDLQELICENINVLLGCKVWEKKTRVYIPVFFGHEGVEKEFKTSAFIHADKNATEEQSLVLARVIASFMNTEGGTLYIGVNDKGYLTGLDQELRFAHNDSDVYLRSVNQNVIRLLGKKEDRDRYQAYIRCRLYEYEDGRLVLAFRVAPINEVVEVKGEVYTRSASSNLIKPVGNVADFVKLRHRQKLDSVPKMPEFPAYFSAERNEYIFDKRSVVPEMTAVQEVEAVAPVLSVNEENVQEKALRIKNANTQINLGIRTSALRCNPLQKKHDLGYTPNHVFVSLFKNGKIAYSVSPKIGKWGGEGGSVIFSYNPEDKEDLLVTVFKNGEVGLSNLKKGMSQPNMLFAFAGSIDDILFISPARSTDYLLLISDKEGEKRYRIVPLDMLEKSMSIQPKSNLVLVPEKGIFVFAEILIPELVNSLDDEKSLQDTFDQYCAGRLWEHNSYIKNVDKISNLCNVPF >WP_054895058.1 MULTISPECIES: hypothetical protein [Pseudomonas] >ANC02115.1 hypothetical protein AB688_08220 [Pseudomonas putida] >AXA23733.1 hypothetical protein C1S65_06205 [Pseudomonas putida] >KAB5623214.1 hypothetical protein F7234_12525 [Pseudomonas putida] >MBK0059193.1 hypothetical protein [Pseudomonas sp. S44] >RSC27173.1 hypothetical protein EGT09_12440 [Pseudomonas putida] MRIDGFSSQSYPVKRAPRKALVRDESIDDAQVIEDVEDDEAEQIARANRRSAGLPARQQDMVFPRARDRRTATALASYLSTAGFTDWEMEVLGLDLYI >CAH1250835.1 TCP11L1 [Branchiostoma lanceolatum] MMPNNNQSDESKNSSKDVDMPTNEDGRESPESSESDELASSSEGELFGKRRRVGTPVSSPFKTPPGSPFKMPMTIPSPSPPQWISLEELMTVNNGVTNMALAHEIAVDNDFQLQKYMPPENSLEKQVKETVHRAFWDALREELAEEPPTFQHAINLLGEVKEMLVSILLPQHSRLRAQINEVLDLDLIAQEAEHGALDVKRCARFVIDTMGRLCAPVRDQDIETLREVDEVVNMFKEIFRVLELMKMDMANFTIQSMRPTIQQHSVEYERKKFQEFIDKQPNALEVTKTWLYQASEEVKGSHLPSGQVDGAAAAANGAVTPMDVLGHAYIMLLKWEENKPFPETVLMDQGRLAEIGVKCRQITLIASILLITHNVVGAALAGLQEFSEKLKGTLGVLLGEMQESSFNVEEALKNISEQVCKEVDECLETRGFPRLDEKRRDILKVQVQGAASPNNTIHNLITSRVYGFIQSVITAPNPASQAKVPGGLTSVKIDLFETTARVLRIVRHNNAVFGPYYTDIISGLLPATNGPSE >WP_200599363.1 multicopper oxidase family protein [Stutzerimonas frequens] >MBA4725232.1 multicopper oxidase family protein [Pseudomonas sp.] >MBK3916096.1 multicopper oxidase domain-containing protein [Stutzerimonas stutzeri] MSFTRRQILAGLAGLGVVGLAGSGARYWLGRPADITTHDYELIAAPLDVELVPGHVTPAWAYGGQAPGLELRGRQGDWLRVRFINQLPEPTTIHWHGIRLPLEMDGVPYVSQLPVLPGEFFDYRFQLHDAGSFWYHPHTSSAAQLGRGLVGPLIVEEREPSGFRHERTLNLKSWHIDKQGAFTEFSVPREAARGGTPGVLSTINGKHAPVLDLPAGQVVRLRVLNLDNTLTYRLNLPDGEARVYALDGHPIAPRPLGKEYWLGPGMRIDLALKVPRAGTELSLRNGPLRLATLRSVAHDEATGDWPPALPANPVAVPDLQQAEVLRFNFEWAGHLSADVEQGAAYTFWQINGQAWDINDKSCAERPIATLKKDGHYIFELRNLSQYQHPIHLHGMTFQVISSNRRKIDPWFTDTYLLGKNETARIALVADNPGTWMFHCHVIDHMETGLMAAIEVV >KRM25387.1 major facilitator superfamily permease [Ligilactobacillus acidipiscis DSM 15836] >GAW64170.1 major facilitator superfamily transporter [Ligilactobacillus acidipiscis] >GEN21703.1 hypothetical protein LAC02_49840 [Ligilactobacillus acidipiscis] MITLLTNVTNNAEPAKHLLKAAPLSYKQQYLQASLDGYHAAFAFSLVFAVIGVVLTFFLKDHDHEMHTKGISSDDFKNKGGDAA >WP_150146969.1 dTMP kinase [Helicobacter pylori] >KAA6507543.1 dTMP kinase [Helicobacter pylori] >KAA6509158.1 dTMP kinase [Helicobacter pylori] >KAA6515094.1 dTMP kinase [Helicobacter pylori] MYVVLEGVDGAGKSTQVELLKNRFKNALFTKEPGGTRMGESLRYIALNENISELARAFLFLSDRAEHTESVIKPALKEKKLIISDRSLISGMAYSEFSSLELNLLATQSILPAKIVLLVIDEEGLKQRLSLKSLDKIENQGTEKLLTIQQKLKAHAYALQEQFGCEVLELNAKESVKNLHEQITAFIKCVV >XP_032275630.1 TLD domain-containing protein 2 isoform X1 [Phoca vitulina] MKGRWRYTRLPSQVDDTLSVEEGEEEEEETAPAPAPVSAPAPEDPVGPQLAEASRVLGASEIRQLSLHLPPRVTRHPWSLAFCTSRDGFSLRSLYRQMEGHSGPVLLVLRDQDGQMFGAFSSSAIRLSKGFYGTGETFLFSFSPQLKVFKWTGSNSFFVKGDLDSLMMGSASAGQFGLWLDGDLYHGGSHPCATFNNEVLARQEQFYIKELEAWVLS >KDT27382.1 RHS repeat-associated core domain protein [Escherichia coli 3-105-05_S1_C1] MEYDAAGRVIRLTSENGSHTTFRYDVLDRLIQETGFDGRTQRYHHDLTGKLIRSEDEGLVTHWHYDEADRLTHRTVNGETAERWRYDERGWLTDISHISEGHRVAVYYGYDEKGQLTGERQTVHHPQTEALLWQHETRHAYNAQGLANRCIPDSLPAVEWLTYGSGYLAGMKLGDTPLVEYTRDRLHRETLRSFGRYELTTAYTPAGQLQSQHLNSLLSDRDYTWNDNGELIRISSPRQTRSYSYSTTGRLTGVHTTAANLDIRIPYATDPAGNRLPDPELHPDSTLSMWPDNRIARDAHYLYRYDRHGRLTEKTDLIPEGVIRTDDERTHRYHYDSQHRLVHYTRTQYEEPLVESRYLYDPLGRRVAKRVWRRERDLTGWMSLSRKPQVTWYGWDGDRLTTIQNDRTRIQTIYQPGSFTPLIRVETATGELAKTQRRSLADALQQSGGEDGGSVVFPPVLVQMLDRLESEILADRVSEESRRWLASCGLTVEQMQNQMDPVYTPARKIHLYHCDHRGLPLALISTEGATAWCAEYDEWGNLLNEENPHQLQQLIRLPGQQYDEESGLYYNRHRYYDPLQGRYITQDPIGLKGGWNLYGYQLNPISDIDPMGLSMWEDAKSGACTNGLCGTLSAMIGPDKFDSIDSTAYDALNKINSQSICEDKEFAGLICKDNSGRYFSTAPNRGERKGSYPFNSPCPNGTEKVSAYHTHGADSHGEYWDEIFSGKDEKIVKSKDNNIKSFYLGTPSGNFKAIDNHGKEITNRKGLPNVCRVHGNM >WP_064802002.1 DegT/DnrJ/EryC1/StrS aminotransferase family protein [Ralstonia insidiosa] >ANJ71585.1 aminotransferase [Ralstonia insidiosa] >KAB0472185.1 DegT/DnrJ/EryC1/StrS aminotransferase family protein [Ralstonia insidiosa] >MBY4908236.1 DegT/DnrJ/EryC1/StrS aminotransferase family protein [Ralstonia insidiosa] MLNTSFSPWPSFTDEEAESVKRVLLSNKVNYWTGTECRDFEKEFAQWVGTRHAIALANGTLALDVALKALGVGVGDEVIVTPRTFIASISCVVNAGATPVFADVEMESGNLSAATIARAITPRTKAVICVHLAGWPCDMDPIMALADQHSFKVIEDCAQAHGARYRGRSVGSIGHIGAWSFCQDKIMTTGGEGGMVTTNDEVLWRAMWSFKDHGKSYEAVYERQHPPGFRWLHESFGTNWRMLEMQGVIGRIQLHRMADWTARRTASAEAIWGACRPFGVVRVPEISAENIHAHYKCYVYVESSQLADGWTRDRIIDEICAAGVPCYQGSCSEVYLEKAFDNTGWRPTERLPVARALGETSIMFLVHPTLTDAEIAKTCAVLTDVLRRATR >HCH8663031.1 molybdopterin-dependent oxidoreductase [Salmonella enterica] MEIKKWLNTTITRRDAIVATAKVGAAVTLSQAITLPFTTTAQAQETTIPKDTNGETVRHSACLVNCGSRCPLKVIVKNDRIVRIEPEDAKDDAVFGEHQIRPCLRGRSSRWRVYSPDRIKYPMKRVGKRGEGKFKRISWDEATAFIAAELTRVSEQYGREAIYYNYQSGAYYHTQGSPAWKRLLNLTGGYLNYHNTYSTAQIATATPYMHGTYVGSHFTQIAHSDLVVLFGLNLSETRMSGGGQVEELRRALETSKARVIIIDPRYTDSVITEHAEWLPIRPTTDAALVAGIAHTLITEQLLDEALVNRYCVGYDRSTLPDTAAPNASYKDYVLGTGDDGIAKTPEWAADITGIPATRIRQLAREIASARACYICQGWGPQRHANGEQTVRAIQTLPALTGHFGRPGTNNGNWPYGTPYGVPLLPVGKNPITSSIPCYLWTDAIQHPEKMTATTMGVKGADRLKTGIKLFFNQAGNTLLNQHGETNRTRQILADESLCETIIVIENHMTPSAMYADLLLPETSYLEAEDLVDSSYAAGSHNYMIAIQKTVKPMWEVRSTYDICADIAGHLGLREQYTEGRTQAQWAEMHYQQIREKRPYLPEWSVAKEMGVIDQRIATEQQSLAFADFRADAEANPLSTPSGKIEIYSQALADLAQAWTLPEGERIPALPEFCPAKESHLNKALTAKYPLQLSGFHTKGHTHSTYSNVLMLHEAVPDEVWINPIDASARQLKSGDRVHVFNDRGVVELPCKVTQRILPGVAAMPQGAWTRLDGNGVDVGGCINTLTSHHPSPLAKGNPQHTNLVEIKRA >MBL04873.1 DNA (cytosine-5-)-methyltransferase [Planctomycetota bacterium] MSERMRVVELFAGVGGFRIGFEGPPDSADRNGARVVWANQWEPTTKKQHAAEVYVSRWGMERSEGDAEIYSAGPDDVFVNKDIGTIDASEIPDHGLLCGGFPCQDYSVAKTLPTAHGIAGKKGVLWWEIHRIMEAKRPRYALLENVDRLLKSPRNQRGRDFAVMLASLSDLGYSVEWRIVDASEYGSPQRRKRVFILAELATHRRHTSPKDRLESEGILAKALPIQELDSLPSFALVKEATDDLADITRNFNSDEGDKPTPFGNCGVMVERMVWTTKCKANYEGGFMTLSDVLVTPGKVPDSFILDPDALLRDKGWIYQKGAKRELRQGTGGFTYRYAEGPVTFPDALNRASRTVVTGEGGISPSRFKHVVKFKPTKGQIDRLGLTSAECYEVRSRLNLGKPLWLRRLTPVELERLNGFPDNHTELASDGRRAFFMGNALVCGIVQRIAEEITR >OGW26817.1 glyoxalase [Nitrospirae bacterium GWC2_57_13] >OGW46417.1 glyoxalase [Nitrospirae bacterium GWD2_57_8] >HAR38101.1 glyoxalase [Porphyromonadaceae bacterium] MRIDHVALWTKDLERCNQFYVSYFGAVAGEKYVNPAKGFESCFLSFGDGARIEAMKTTTHSPVEFEPGAQRMGLTHFAISLGSEQLVDELTQRLRGDGFPILDGPRRTGDGYYESVALDPDGNRIEITA >OGU26820.1 DNA repair protein RecO [Ignavibacteria bacterium GWA2_35_9] >OGU43689.1 DNA repair protein RecO [Ignavibacteria bacterium GWB2_36_8] >OGU52925.1 DNA repair protein RecO [Ignavibacteria bacterium GWC2_36_12] MSEIIKTEAIVLSKMNYGDTSNILSVYTKDYGKLSVIIKGARSPRSKSGFIADPPNHVQIVIYKKDTRDLQVLSSIDLISYFPHMKEDIDRLKYSFAIIELVKKLTPENETNLRLFNGLSRILSLIDSSDEMPGILFGRFFLFFLKEIGYELQLKKCASCERSDLTEENLGYNFDIGILCSNCSIKNRVDFKLSQELFNYLLCLNSNKSADIFKEFTLDKAIIFMERYLKFHIPDFNGIQAFQAIK >WP_094590349.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus] >MCP9792076.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus MW73D5] >MCP9893883.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus Candia 3F8] >MCP9897510.1 NAD(P)H-quinone oxidoreductase subunit M [Vulcanococcus limneticus Candia 3B3] MADTLIKSTTRHIRLFTARVENGQLVADAGQLTLDVDPDNEFLWDPATLTKVQERFRELVDAQAGADLTDYTIRRIGSELEGFLRELLQAGELRYNPDARVLNYSMGLPQAPQSA >NOR80888.1 c-type cytochrome biogenesis protein CcmI [Methyloprofundus sp.] MMTLWVIIAAMLLLAIIILLWPLAAYKGCKSSHPVVSQKQENVNIFQERLAELENEQGQGNLDESSFLHLKTELEKTLLGDVQEEVQADQKVAVVSSMQWLVMGGIASLFVIGSLLTYQSLGASEQYQQYLAIADEPVPVQQVSNKTAPDFATAVSALKAKLAENPEDIENWFLLANSYMAMGDYQQAAAVYKKMSGIIGEDNPGYASVKAAYAQTLFQLSGEKMTPEVQQSIGEALRVDPEEPTALILQGLHAYQQGLYTQAIGLWEKAKIKGGKAQIEQFVEPAIVEARKQMGESAPVVEKSQTKPSVTNVASITVKLDISPAFKAKLSPEERIFVFAKAKMPMPLAAERLQVKDLPVTLILDDTKAAMPTAKLSSAEFVDITARVALSGSPRAAKGDLYATAKHVAVQKGTEITLVIDKVVE >MBB4616026.1 RNA polymerase sigma-70 factor (ECF subfamily) [Sphingomonas abaci] MLGINTHFDDHPGAGCVHRAEHQAAGRPVRHTRHVEEAPFFTGGPPIMRRHRPSRITRHDMPPSGLELVYLENRDRLVRFLRARGAGDVAEDLVHDLWLTVSTRSEGPIANPVAYLHRAADRLMIDRYRSRSQAEKREQAWEKDREGENFMMPTPEREVGARQEAERVVAVLNALGDRKAGIFRRVRIDGVAQRTVAEEFGVSLSTVEADLREAARALITLKDAFQ >XP_016252004.1 hypothetical protein PV07_03380 [Cladophialophora immunda] >KIW31788.1 hypothetical protein PV07_03380 [Cladophialophora immunda] MWSTAASWAALLALTAALTRYYNPDLFNKLTGQAFTRAPQPPQELERHTAKRQKAKRTHASRLETSNSGTSTPTSATEGKSNKRRKLVSAPIEDKVVAQTAGGQRVTLPRDEEDELSNKEFAQQLAKAQAGTTLEPAKSQGATKKERRAAAKSSHGKQNGLEASGLSTETSSTTGRDADDDLSPIGSPSTGPVSTAPTSRAGDVSDMLEAPAAKPGVLRLTDVKSESPRAAAGSSKAAFQPALTKKQRQRQAKAAEQKTLREASDRIHEQKKQAQLRTARMAEGSSNQTKANSFTAKQNAWQTGKPASEKLAQTTEVAPLLDTFEQPQLPTVTVNESVTAEPLSHVTNTVPETANVTEVKQDVGKGKTQALGASDREKLVRPVLGSQPSWADEVNEEEQDKWANELAQEEKWESVTNKKGKKKAKKDINDTSSEASSSVARPGANNHPVVNGSQTNGIKPRVENLNRFQSIEPVTDPTFKDAEWEA >WP_217297942.1 hypothetical protein [Faecalibacterium prausnitzii] >MBV0898646.1 hypothetical protein [Faecalibacterium prausnitzii] >MCQ5162189.1 hypothetical protein [Faecalibacterium prausnitzii] >MCQ5176136.1 hypothetical protein [Faecalibacterium prausnitzii] MKLTFEEKKLLYTYGCADLELTRKRLCGVAGLTVDPDQNKLVRDFCRKLEDETLADWYGQMFYFVRSEMEHYTMMQKMSRDIEEDEDWGPTIFDESEEEELIDDV >MBE1296527.1 GAF domain-containing protein [Paracoccaceae bacterium] MSQDLTDQEIQNALEQCAAEPVHIPGTVQPHACLVAIEPETTRARYVSENINTILPVTADALLGAPVSDHLDRSVWHALSNARALPGFTAKARGLGSYCVHGQMVAISAFQSGDVVVLEMEPEPDMDLGGADSLATLNFLVEELESCTSQSALFETATALFQQLSGYDRVMVYRFDAEWNGEVLAEHTRIGLKSYVGLRFPSFDIPAQARAIMGRVPLRFITDVGQVPVPILAADESAAPLDITLASSRGVSQVHMVYLRNMGSAATLTLSVMVGGQLWGIISFHQSRPRVPAPALRTLLQGVLRAFSTKLQLLIQQERIAMMEKVERIGDAILGDLDDAAGFSSFARTVQDIVGGCGLVVSQGGRRRQFGKVPAEPLLECLVERAQGADDLESFENLSEAFPRFSNALNGCAGAVLFAPVTDRAVLLFRAEHAREVSWAGNPEKTIDNIDGVSRLTPRGSFSTYLEEIHGCCRPWSELDLYFCRRIWSLANSVERRVLITSLNRQQKIMIDELNHRVRNILALIRSVSRQARASSYGSLASYSKSLESRIEALAASHDLASGHMVASVPIIDLITQEFDPFGSDRLSRCKISGTAGALRADVAPIFSLVIHELVTNAVKYGALSNEEGQVGITLNQTEHGLEIDWAEKGGPQVIAPRTLGFGSTLISEAIPHELDGRATLSFEAGGVEAHLFLPRTQLDPEFQRPDTSNAPQHAQAGHSEQLRALLAGRTCLLVEDNFVIARAMRDQLIELGVANVEIVAQVDDALALLDRLGRQDFAVLDINLGHRGTSIPVAQKLAEKNIPFLFVTGYGDRDSLPPDLRVYAQLTKPVTNAALTAALVEILQGKG >MCI7428666.1 hypothetical protein [Methanobrevibacter sp.] MEFLEEIINMLNKCNFKDVITKISNFLDENPHYKTIDYYHFANPLEELMFSENLKI >KAJ3308761.1 tRNA-dihydrouridine(16/17) synthase [NAD(P)(+)]-like protein [Boothiomyces sp. JEL0838] MKLGGYEFYKSLGSPKHLVAPMVEQSELAWRLLSRKYNAHLTYTPMFHAKLFSENQKYRQENWIYNESDKPLIVQFCANDPTCFLNAAKLVQDVACAVDLNLGCPQGIAKRGHYGAFLMDDWDTISSIVKLAHKELSIPITCKIRIYPELEKTIRYAKMLEESGCQMLTVHGRFREQKGQMTGIADWKQIAEVKKAVSIPVFANGNIMYYEDIEKCMEATGVDGVMSAEGNLYNPAIFQPVQHSSWFLAEEYLDIIKQHPGSADFAQAKAHLFKIFHSALPIYTDLREKLSTVRSMEEIVEFTQAIKDRLIADYGSVSIFDGEYKTNGRGVRELPVWVVQPYIRKPLPAQEQKKDQTIEKRKTEEQNQKKKKGTLLLTQPNWTR >WP_063055719.1 cytochrome P450 [Nocardia salmonicida] MSVNDVATDEARKKPNFSFDRFAPEYRDEFVATTESMQAQCPIAWTDTHDGHWVAAGNREVFELARCPHISNDHDTAGVRRGYKGISIPKAPRASGVRGGILEMDEPEHREVRSALNPYLSPAAVARWIPFIDEIVRAAIDEKIESGRIDFVDELANIVPAVLTLGMLGIPLANWTIYNEPAHASVYTPPDSPEYPRVAEMHRTMGIDLLQNLFEIRENPRPGLINAINNATMNGEPLPDMEMLGMLGLLIGGGFDTTTALTAHALEWLSENPDQRETLSRDRDELLDSATEEFLRYYTPAPGDGRTIAEDCEVVGTEFKEGDRVWLSWAMANRDPAVFDDPNEVILDRRRNRHYSFGLGVHRCIGSNVARTVFKRMLLAVLDRMPDYRCDPETTVHYDTIGVIQGMRHLPATFTPGPRLGLGLDDTLVKLQKICDEEQLAAPITAQRDAGTQ >MCB0773217.1 TlpA family protein disulfide reductase [Flavobacteriales bacterium] MNLPALMSKTRIALAASAVLLAIFGFTTRNTGADQSSTAIGDKAPELAFYNPDSTKVLKLSSLRGQYVLVDFWASWCGPCRHENPNIVRSYEKYSKAKFKKGKGFTIYSVSLDKSRAAWKQAIEKDKLNWPYHVSDLKAWSSTGARLYGVNSIPMNFLVDPDGIIVAKNLRGTQLDKALDAYVKSF >MBR6403893.1 sensor histidine kinase [Eubacterium sp.] MKKFIVCFAVFAFIVMFVPEIVFIFRRVQKDTKLDVVEVNELISELQNNWGNMDFEDYPDCSFDYAVLDNNDRLIFRDNYWNADTIVKATAERDTIRDIVVDGTIVGKLIIYNNVSSLEDMAFAKYAKQYIFSSAIVFLVILLALLWINYKVIKPFDDMKDFAISVASGNLDKPLKMDKKNVFGAFTESFDIMREELALAKERELQANISKKELIAQLSHDLKTPVASIKAMSEVLSVKEDREQVKNKLVAIGDKADQIDRLVSDLFTSTLEELERLEINTSELASTELVQMIRTADYKGYLVELDIPECMVMCDKIRVGQIFSNIFYNSYKYADTDIYVDGETDTDSLCISITDRGGGVPSEELAMIVDKYKRGSNASDKQGAGLGLYISKELMEDMQGSLEVTNADGGFRVILSFKLA >DAC17040.1 MAG TPA: hypothetical protein D7I01_04585, partial [Candidatus Poseidoniales archaeon] MADNLVAVNSDAVLTDGCDVVDENSELTGGSQTATSGFVTTSGDSVTLSGTTISGFDTGVEADGGALTITDNASIAGLSEGVWAYDTQLMVNYADFDGGANGVGLLLEDSGDAIMYCMNLDGEQGMDVYNTDFRYNMGDVNAVNAIYVSDSVGKVENLTWMSGVSTQIELDQGAMLTSIGQDLTPSQLVVPAGTMIDEANLLDINAQHLSAPVTAEVGVSIVSTDGLRAAYISPDFQSDAMAVDGDNSDWIGSSLNPSDDAMPGELTENFYVTYTENDDLYVAIDGLDLSTSDLLLYFDVAGGGSDEGYDYGATGAHDLPFEADFVYWAESDASNDLYAYGFLGWGVTSLSADNVEGDFSGDFAEIMVPFSRLGGMPSSVRMIAIVQSDSSADVSEVYPDQAMNTSTTLQDFSEYYTVVLGANNLPSGVLADEVLTYRTFLGSNVPSAAKEYNVMIKHNNDDCAVDWATETGVNMSDNVELEMDIKRACPTIGSSLDNITVDEDSSSYQVSLTSYASDEQDAAGDLTWAVSEGETVVVYGNTPMPVEGLVTWSLTGHDLSITPTADQFGTVQFNFTVTDSNGLADERSIIFTIENVNDAPEICQRDTNGDCVDTVMLFGDAAHVNYIPEDSLVGGQSVSVVLSDQANNGPNALNLIKDQANENDPSRQIYTWGVSVDQSCPLFDVGMVGGTELTVTGKSGMAFEAGGSCDITLTLSDDGAENQNAADEIITLSVVPVNDAPTIDDWNLQTGDTINWASNDSSLIYGEWTIKVMEDTEDVDELTFDLSAIKNDVDHDLSDLTWSLLPKLDDNGRAYCAYSNYFSFTFNGDELVLDLVKDATTNAPINQIDYLYDGGVHQVNPAGKGFCEMELYLTDSAAAPTGFAYDINDNGYIQQTSLKRDVKIIVQNVAEQVPDYYFESTTGFDFNGVSNVMDGTWVPVTVTVTAGGDEGPYNHDSMLMITFQS >PMP70922.1 MAG: apolipoprotein N-acyltransferase [Mesoaciditoga sp.] >PMP80285.1 MAG: apolipoprotein N-acyltransferase [Mesoaciditoga sp.] >HEU23627.1 apolipoprotein N-acyltransferase [Mesoaciditoga lauensis] MSDLQERVRGIGFRKRLILAIFSAFMTAISMPGMVSSVFVWFGLVPLLFALEGNRSVRSFFFGWIFGVFYMGISTYWLLPTLVKNIALFNNFPPAYGFIAFILFTIIEGFFFGIFGFFYTFFENRSKNISVLLRMLSMASIFVLIEFLRGYGQLGFTGSRLSDALYDQIGTLQLISITGTFGLTFIIFAINYLFYTLLRKKDFKMVLLISILVGSTYLASFLYPYTSTSPTGKRVALGVVQPDITVSQRYRMNPYEIFKVVHWGIDALATRTNLVFFPEGTFESEIGNGIYSDLKNLMVQKNVNAIIGYPSSKDGKVYNSAGLFDKNGLKAIYSKHILVPFTETLPYPQIFGAFGFLKLANFFTPGKDFTIFKVDGVRFATDICFESYFGWLSRKFTNDGAQFIVTITDDSWFDQRTALVQHFAQSVMRAVENRKWVVQVADTGITGLINPYGQIIDVLPVHQKCASVFEIYPNDTKTFYDRFGDMILWISSGLLICEIILILWRRF >NDB23390.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex transferase subunit TsaD [Burkholderiaceae bacterium] VKGIGQYELLGETVDDAAGEAFDKTAKLLGLDYPGGAALSKLAEGGQRGRFELPRPMLHSGDLDFSFSGLKTAVLNQVKKAEANNTLNENFRQDIAFAFVESLVEVITHKAMSALDKTGCRDLVLAGGVGANRQLRAALTGMVNKKGWAVHYPPLELCTDNGVMIAFAGALRLLQKEFSPPDLQGSFDIKPRWELSS >MCL4849599.1 hypothetical protein [Acidobacteriota bacterium] MTRFDSSFTALALAALVSLGVVATASAQDQGEVYTMTAERSRQVQTTLSAIEADKAGFVHQLLMSWTPYVDNAQYDLFGELQAIALRAPAWQLYGASLVGDFKTMVRILRGEEGAGRYVNGLSQPEARVAADSGWEVVEPDAFPTGTEDNLVYVPIAPCRIVDTRGSGARTGVIPNNGTRSFDLEAEGLTSGQGSVASCPGLPGFSHFGWAANVTVTGFTAIGGLKAWGFTKTEPNASIINFSPGQSAVANGVVLTGCYACGDDITIRAFGSQTHVIIDVMGYFRSAETSQAAVTRVAGAETSVGAWGFVTGGACPAGTQLIGGELDWLGGALVMVGEMASVSGAMRFWAVNQDGVQRPAIAYSVCQDTPIKAAP >EIA4708990.1 EAL domain-containing protein [Vibrio cholerae] >EJL6882398.1 EAL domain-containing protein [Vibrio cholerae] MSVNVSTVQPQSIGLQTRYAPLDWCYQLASQHMDYDVVMWQSLVGNSRSITKPEDFLEYLPLTQREHAAGFFAQADSAPQSLNTLLVSAEKLVALVAFSVDEVSSQLVRGTITPLLIFHSGMESAFAFDALFDNDHHGVVITDDQTRILACNRYFEQQTGYQQNELLGLKTSMFNSGKHSQHFYVDMWQQLREQGGWSGTILSQRASGEVWPQDLSIKRLSPQKGQIFYIGFTTDLAPHLDRVLDKQAGDVELLTQLPTLSKFSAQLKQRLPKQQTTTGFVLAIQPKFSSDKYYAQIRRLAASLAQNRQVQLCGYHGEGIFLCQLDAEKNLEAQPLVGLQRTLRQFFIELRQRGGQEAHQAVAKGRLGVSVLNVDTDKIERLVPHAIQAMLEHHAGETRHINFYDRAIHQQIERRKTLEKWVQKWIANGDVEVFYQPIVDSQSWSVVKFEALCRFQAPEILHASTQELISIAEELGLINQLDELIGGKAIKDLPKIHALFGHHVGVSINRSLNSDLSAEQILQSVVDMLAETPALAKNITVELTETAYFDSQSQGGEVLQHLRNRGVTVAIDDFGTGFSSFSYLTECQFDYLKIDREFVTNIEVGSRRYAIVKMMTDLAHTLGVKVVAEGVETEHEVYVLKSLGVDLLQGFFFAKPLPLSNLIHASDYRKHLKLTNREADKQSSEVTTLQSLAFFTQYRLDPGDPLSLAVEYFNAVQSDVLPVVTAGECVGLVDRAALNLHLTPTMGTELETAREAAIWRKPVNQIMRTPQVKLAHDTDLKLLASLLKTNPPPPWVLVEGNKYKGIVTAPRLLAYLAS >WP_130858156.1 MULTISPECIES: TatD family hydrolase [Olivibacter] >QEL04094.1 hydrolase TatD [Olivibacter sp. LS-1] MCGNQLFINGEDAVSPLSVDLLETVKEMNFFDPHIHMTSRTTDDYQAMADAGIVAIIEPAFWLGQPRTSAHTFKDYYSSLIGWERFRASQFGIKHYCTIGLNAKEANNTALAAQVMELLPLFLHKEGVVGIGEIGFDDQTAAEEHYYRLQLELAKKARLPVQVHTPHRDKKRGTLRSMEIALEHGLAPDQLIIDHNNEETVEEVLSRGFWAAFTIYPFTKMGNERMVELVKRYGAARIMINSAADWGISDPLAVPKTAALMKAKGISDEEIRLVTYQNAITAFARSGQLDPQDFVVKAKVDQREKFAGNSVLRGGQQPRIDKSSIIIS >KAI3849778.1 hypothetical protein MKW98_026692 [Papaver atlanticum] MSLLLFFCTFLFLLSKNTIANDIMVQKEHLSVGKTLVSSGQTFEFGFFSTNNTKNLYLGIWFKNITPITVVWVANRNHPLTDSAGVFTITDDGNIAVLNGSKIAIWSSKSSRSVGNPVVQLLESGNLVLKDDSASYLWQSFDYPTDTRLPGMKLGLDLKNGFSWYLTSWKNVNDPSLGDYSYGMDITGLPQFVILNASTKQFRSGVWNGVLYTGLVGFKLMDIFRNINDINADEVTSTFENKGNDSSVITRELLNERGKLQRFRWDKQTMKWIEMLVLPRDKCDAYNHCGINSICNIAISRTCECLQGFTAISPEQWSINNWTDGCVRKANLECASDIFVQIEGLKLPDMINFLVNQSMSLKECDSECRRNCSCTAYSNSDIREGGSGCILWFDDLFDVRKFSFVPLNQHLFLRLASSEGEPIFNNTKKKKKNSQVLMKVLVSVGSGVFFFCLVIFLIIWRTRRTDTVLNDGERRNDLDLPLFDLITIQSATNNFSHTNKVGEGGYGPVYKGKTSEGQEIAVKRLSKDSGQGSIEFKNEVILIAKLQHRNLVKLLGCCIQGEEKILVYEYMPNASLDYFIFDKKRSKLLDWDTRLSIVKCIAKGLLYLHQDSSLRIVHRDLKASNILLDWNMNPKISDFGMARLLGGEQTEAKTERLAGTYGYMSPEYAVDGHFSVKSDVFSFGVLVLETMSGKRNRGFYHDSHHHNLLGHAWILWNEGTPCELMEPGLEDSNFATSQKVLRCIQVGLLCVQTLPEDRPSMSAVVYMLSSENSLLLEPKEPGFFFERSLDDHTNSYPRNSENQVTNSLVAR >HIS27960.1 RNase adapter RapZ [Candidatus Avamphibacillus intestinigallinarum] MEQREKETKLVIITGMSGAGKTVAIQSFEDLGYYCVDNLPPALLPKFLELMKDSRNTIHEVALVMDLRGREFFDSLFEALDMLSHENWIEENILFLDAEDEKLVTRYKETRRSHPLANGGLPLTGIHQERQMLDELKGRAQHIIDTTDLKPKELREKILKYYQDDQDVFSVHLVSFGFKYGIPIDADLVFDVRFLPNPHYVPQMQPLTGLNPEVSSYVFKWTETQRFIEKLNDLLQFTLPQYKKEGRTQLVVAIGCTGGQHRSVALTEHFDKLLGKQYMTHTTHRDIEKRKETT >WP_202165152.1 hypothetical protein [Helicobacter pylori] >QQW87861.1 hypothetical protein HG566_03125 [Helicobacter pylori] MQHFNFLYKDSLFSIALFTFIIALVILLEQARAYFTQKKNKKFLQKFAQNQNAYAGSENLDELLKHAKISSLMFLARAYSKADVQMSIEILKGLLNRSLKDEEKIAVLDLLAKNYFSVGYLQKTKDTVKEILRFSPRNVEALLKLLHAYELEKDYSKALETLECLEELETPEIETIKNYLYLMHLIENKEDAAKILHVSKASLDLKKIALNHLKSHDENLFWQEIDATERLENAIDLLWDMNIPAFILEKHAILQDIARSQGLLLDNKPCQVFELEVLRALLNSPIKASLTFEYRCKHCKQIFPFESHRCPVCYQLAFMDMVLKISKESYGSGLDARN >WP_281675368.1 bifunctional 4-hydroxy-3-methylbut-2-enyl diphosphate reductase/30S ribosomal protein S1 [Veillonella tobetsuensis] MEIILAENHGFCYGVKRAVEMANEAANGAGKSYTLGPIIHNPQVVGRLESKGVKPIDEVSDIDSGTMIIRSHGVGPAIYEEAENKGLNIVDATCPHVKKAQQDAKSVIEDGMTLVILGEKNHPEVKSINLWANNEGIIIEDEKSAQKLQIVEKMGVVVQTTFSQFKFTSIIEILEKKSKNLKIFKTICNATQERQNSAVELARNVDLMIVVGGKNSGNTNRLAEVCRDVGCMTHHIETSTELQLEWFNRVQTVGVTAGASTPDWIIKEVIETMKDFAELLAAEGQEEFKKGNVVEGQVVQVEDERAWVSFGYKTEAILNRTEISYPAPNSAKDVLKNGDEIKAVIMNHIKEDNPIYLSMTRLAKDEDWQYVIEAQEKDEPIVCKGIDAIPAGLVVTVKSLRGFIPLSQGDVHFVKSLDNLVGTEFEAKVLEIDEKKNRLVLSRRAVLEVERQAKLAEALKNITVGENYKGIVRKIMPYGAFVDIGGIEGLLHISDISWQKIKKVEDVLSVGQEIEVKLQSFDAESNKLSLSLKALTKSPWDVAEETLHVGDVITGKVVRLVAYGAFVAVNDDIQGLLHISQITKQRNAKVEDYLNRGQEVEVKIISLNKDEKKLGLALTELMESKETEEDAE >MBR4451941.1 5-oxoprolinase subunit PxpB [Clostridia bacterium] MLNNFGTDGGAGPQYEFLPNADTAVTVQFKREISKEVNRYVTALADIIAGGGIDGITETVPTFTSLTVFYDCSVIRAAELREKLAEIIKTMSSGESGSAKVYHIPVCYDEKFALDMNNVCEHTGLTAEEIIKIHTSSPYLIYMLGFLPGFAYLGGLDERIATPRLKSPRLEIFEGAVGIGGNQTGIYPIASPGGWQLIGKTPVKVFDLKREKPILYEAGDYIEFYPVTLEEYNEIEKQIENGGYEVKVTEVRDA >MBS6326441.1 NAD(+)/NADH kinase [Veillonella sp.] >MBS7141877.1 NAD(+)/NADH kinase [Veillonella sp.] MRIGFFPNMGKSNIMAVLKMAAHICKDEGIEVFLPDDLESDAPARVLKIPETHILSRPEIFKQIDIAFSFGGDGTIIHLARQIYPYNVPVCGINLGELGFLNQIEVHQMQSHIKRIANGDYNIEKRGHLYAYIDRNNGNEEELVPIINEIVITRAEPAKMARINMSINNQHTQMYPSDGLIVSSATGSTGYNLSAGGPIMKPDNRSIIVTPVAPHLIQGVSLVLEEHDTIQITMPEREPQLHICIDGTFDYTFTNKETLHINSNPVYCLFVRFKDQCFFGTLFKKLASRRDELL >KAB2647529.1 ABC transporter permease [Verrucomicrobiota bacterium] MYFLKRLLSLIPLLLVISFLAFVLVRLAPGGPFDRERKPASPEIERQLQAKYQLDQPIWKQYVTYLGGLAHGDFGPSLKYRNHTVTDILAQALPVSMLLGALAFGFAMGVGIPVGYYTAVKRGRWEDYAGSFFAILMVCVPGFVIAPLLVMSFAIQWRVFPVALWGSPWHAVLPVLALGLFFSGRIARLMREGMLNTMQSEFVTAARAKGMSEHALLLKHAFRIAVLPVVSYSGPLLADLLTGSFVIETIFQIPGVGVFIVNGSLNRDYTMVVGLVIMYAALLVVLNLLVDFAYTLLDPRVKYE >MYS73268.1 SDR family NAD(P)-dependent oxidoreductase [Streptomyces sp. SID5926] MHDYTNTTALVTGASKGLGEAYARELASRGAHLILVARSADALHTLADEIRATRSVRVDVIAADLSDRRSPQRVLDAVDGLGLDVDLLVNNAGMGAVGPFLGRPLAPNLQSVDVNVTALVGLVHLLGARMVERGRGGIVNIASTAAFQPMPYQASYAATKAFVLSFTEAVAEEVRGTGVRVMAAHPGATATGFFDRTTASMNAKFTDAPADVAARTLDDFARGRAVSFPGRASQRIGVWASRVLPRTTVTRVTGALNRRLGFRDVSDRDPVAAPGQ >WP_051789242.1 folate-binding protein YgfZ [Endozoicomonas montiporae] >AMO56969.1 glycine cleavage T protein [Endozoicomonas montiporae CL-33] MNNDHASLFAPFLEQVLPASLASLHQPSMSLLADRGFLRVNGPDSQRFLQGQLSNNLDTLEPAQHHLSTACTPKGRMYSAFRLLNSEDTFLLSMHHGLLDTTQATLGKYAVFFKTELTTDSSLVALGLSGSDISTTVNEVFGRTPEAGCAIEVGENIWLLAVPGACERYELWLPADQLSDWWNRLKTSFRPLAQSHWRLLDIEAVIPELLPEAIEQYIPQHLNLPSLNAVSFRKGCYTGQEIVARMQNLGQLKSRCYRLTASSAVELPANTKLVNAAGKTMGEVLYAATPSDTNQTELLAVIRVEAAETGDVQLPDIDITFTVSSLPYSIDVKAELQR >XP_039509588.1 methyltransferase-like protein 9 isoform X1 [Pimephales promelas] >KAG1935683.1 methyltransferase-like protein [Pimephales promelas] MCPPQMRIVIFISWLLFYVSFLLVMRKMWTGKYVRSPLARSLFMNMETETETETPGYEAQQWYRCNPDLLGESVRSVFVQSRLDEETLAFLQKSEEKSSWLFTQLYHSLFSTIFSPIVSRTSINGFLGRGSMFVFSKDQFQRLLQIEPEWKGRRMLDLGAGDGGVTEVMGCHFNEVFTTEVSTPMKWHLQRKSYSLLGVDEWHRTGFQFDLISCLNLLDRCDEPLQLLRDIKKSLVPGTGRLILAAVVPFQPYVETGGSWVRPKEHIKLEGKSWEDQVTQLHSDVFLKMGFELEAVTRLPYLCEGDMYRDYYMLDDAVFVLKPQEE >WP_039337636.1 hypothetical protein [Novosphingobium subterraneum] >KHS42695.1 anti-sigma factor [Novosphingobium subterraneum] MTPSREERLAAWLDGELTGADLDAFEAELASDPELKALADEWGANDALIAGAFAPVAEAPIDPAMLERLGLGEPAPLAVLPPPSSLAANDNPLWWRRHALPLGGAIAASLVAAVVLAPRGGSPDRDPFSLALDRTPSLASAELPDGRRITPALTARAADGRWCREFGEGGKVAVACRDTKGVWTIEAQGAGGTSSNTGDYAVAAGADDAVLDAAHRRLKLADPLDAAAEQALIANEWGGHPSR >XP_042622198.1 dual specificity tyrosine-phosphorylation-regulated kinase 2-like [Cyprinus carpio] MMILSRKPDGPITSARHGDGLYDSYMRTDHVVNQDADVNGQSPSGLPPLPKHTGVNKPTMKDHQAVRGGQKVKYFYEDTYSRKLNGVSQHNGTSQVPAKPQPAVSKDRSVDSNGSVKSSESATKVSKLGSPMTPEQAVKQYRQQLTTLEQQEIHNYPEIYFLGPNAKKRQAVAGGTNNSGYDDDQGGYIHVPHDHLAYRYEFLKVIGKGSFGQVAKVYDHKLQQHLALKMVRNEKRFHRQAAEEIRILEHLKKQDKTGSMNVVHMLENFTFRNHICMTFELLSMNLYELIKRNKFQGFSLPLVRKFAHSILQCLEALHRHKIIHCDLKPENILLKQQGRSGIKVIDFGSSCFDHQRVYTYIQSRFYRAPEVILGSRYGMPIDMWSFGCILAELLTGYPLFPGEDEGDQLACMMELLGTPPQKLLEQAKRAKNFISSKGHPRYCTVSTLTNGTVVLNGSRSRRGKLRGPPGSKEWGAALKGCEDAVFIDFLKKCLDWDPSTRMTPVQALRHPWLYKRLPKPAVGGEKSMVPKRITEHSTSFPTIMSKVPPVMGSTNNKLRTTMIGDSTGSIPFRTVLPKLVS >WP_248721304.1 LysR family transcriptional regulator [Pectobacterium sp. 21LCBS03] >UPY94983.1 LysR family transcriptional regulator [Pectobacterium sp. 21LCBS03] MRLRHIEIFQAIVQAGTISGAARLLNVSQPNVSRVLNHAEQQLGFSLFERRTQGMIATEEGLRLIPKVQELFSHLQSISSLTEQIKTSKAHSVRLGAAHAFGQMIVAPTLVEFHKQAASVNVELVTEHFSTLCQNILQNQLDFALIFGQQVPSELLAEPLFQSTMVALLPKDSAINGPVSLEWLCNNNLLMMQHKDPLGQVLHRALRDKALQPAASLYIKTYSVIADMVLAGGGTGIVDLFTACRYADQLKIVPIDQPLPFEVTLISRRDNPQSQATLQLKQMMKNRCRDIARQNETLLYAA >KAF6360286.1 hypothetical protein mMyoMyo1_012667 [Myotis myotis] MAEGSSPMESECCNVEDMEDGLEEVREYEMFDGNEYEEFGAFGGYGTFTSFDIHLLRAFGSLGTSLRVLANEPWELDHPMLARTLVDAFRADPEPAPNEEDDQSGNAGRGDSNRAARTAARAAARAAAAAARALYNQVVTSRPMATDQASREDTQPMASSPHSSQMPGNSEMAASGAPATSSQPQPASQARASEVDATQPKKAFLGQNDGFDFTQPAGVSGIAFPRPKRPAPAPEPTPEGPSAQAASAGEGAATRPKTAKSGKALAKTRWVEPQNVVAAAAAKAKMATSAPEPEGAAATAQNNRDEPWARMGGKRTKKSKHLDDEYESSEEEREPPVVPPTWRASQPPLTVRAQMAPRAQMGPRPPMAVRPQVPSRHILCLPPRNVALLQDRANKLVKYLMIKDYKKIPIKRSDMMKDVIREYDEHFPEIIERATYTLEKVGGGDLKKLITNDFVRQKYLEYKKVPNSSPPEYEFFWGLRARYETSKMRVLRFIAQYQNRDPRDWKAHFLEAVDDAFKTMDADMAEEHARAQMRARMNIGDEALIGRWSWDDVQVELLTWDEDGDFGDAWARIPFAFWARYHQYILNSNRANRRTTWRAGVSSGNIGAANASLIDGPSTSSTIRSRNAARTTANFFSWIQQR >WP_226865765.1 ATP-dependent helicase [Mediterraneibacter faecis] >MCB5369715.1 ATP-dependent helicase [Mediterraneibacter faecis] >MCB6848306.1 ATP-dependent helicase [bacterium TM473] MGFNEAQVQAIQHTDGPCLVLAGPGSGKTLTIVNRVKYLIEKQKVRPEEILVVTFTRFAAAEMKSRLCLVMGKRDLPVTVGTFHGIYYGILKWAYRMNQENILSETEKYQILRGVINKERMEIFDEEDFIQDIAAEIGKVKNNRIPLEEFVSEKCSADAFRNIYRNYEQHRKELKKIDFDDMLVLCYELFRSRPDVLAQWQKKFRYVLIDEFQDINRIQYDVIRMLAQPENNLFVVGDDDQAIYGFRGADSELMLGFGKDFPNAKQILLGMNYRSTANIVQNSLKLIENNVERYSKKLEANREGGSCLHIQEVKDPVEEAEYVLEEIQKCKENGIKEEEIAILFRVHTDARAVVEAMVERKIPFQMKEHLPNIYEHFIAKDIMAYFRLATGARHRQDFLQIMNRPKRYLGRDSVAGAKVSFEDMRKFYCDKDWMIDRIDQFEWDVKMLMKMAPYAAIQYIRKRIGYDDFLKEYAFTHQINRSDLNEVLAEIEEAAKAFSSVEEWFAHVEEYTETLKVKEKERNRPRPGVRLMTIHASKGLEFKQVFLIAANEGRIPYQKAKTDKEIEEERRLFYVAMTRAKDFLKICYVKIKNGKEVTPSRFVDELLKS >WP_099061260.1 hypothetical protein [Rhizobium sp. ACO-34A] >ATN37607.1 hypothetical protein ACO34A_27945 [Rhizobium sp. ACO-34A] MGKAEMRAAPSASGVRFTVGRDAQGRWVVADRDGLVGGLFTDRASAVHFAMFESDHQPGAVWCVPDHVRLKLGRLFAGRPAKPARSGAGA >HCI94645.1 GNAT family N-acetyltransferase [Eubacterium sp.] MHSFKSDEFKIRVLTKDDAEEYNALLRYAFQVTEADLAETGWKDDEIKQSKFPVLERADVLGCFNIIDKKEELVAQFAVYPLDMNIYGERYEVGFVTSVCTYPEYTGHGLMKKLMRKSLTRMRDSNKSFALLYPYSIPLYRGLGWEIISNKMTYVIKDRQIPTKLKEPGYVRRVQWDDEQFKKLHTHFAAKTHGCLYRNNLAWEEYFRWDEDDTMVAIYYNEDDEPCGYMVYLISSDVMHIKELIYLNREAQLGLWEYIHAHDSMIDEVRGNNYYSEPIAFELDDSDIKETIRPYAMGRIIDVSQFISQYNCDPDGPGGCFSFEIADELLPWNNGTFVIDFEKGHCALTDKKPQYHLSMSIGTFTTLLLGYKSAEKLLQMGKIQTTYDAVAKLDDILYHEIPYVSDYI >WP_279374958.1 homospermidine synthase [Bradyrhizobium sp. CB1650] >WGD53733.1 homospermidine synthase [Bradyrhizobium sp. CB1650] MSPASQIYAKITGPIVMVGFGSIGKGTLPLIERHLDYDKSRITVIDPKDEGRKALCEKHNVRFIQQGLTKDNYRDVLTPLLTEGGGQGFCVNLSVDTGSTDIMELCNEVGALYIDTVNEPWLGFYFDASKGPEARSNYALREVTLAAKKARPAGSTTAVSCCGANPGMVSFFVKQALLNVAADLKLNAPKPKTKAEWADLMRQAGVKGIHIAERDTQRSKSPKEPDVFVNTWSVEGFLSEGVQPSELGWGTHEKWIPDNARTHEAGCGAAIYLMQPGANTRVRTWCPTRGAQYGFLVTHNESISISDYFTVRDASGKAIYRPTCHYAYHPADDAVLSLHEMFGRAAKMQEKHHILDENEIVDGIDELGVLLFGHNNNAYWYGSQLSIEETRKLAPYQNATGLQVTSAVLAGMVWALENPNEGIVEADEMDFDRLLEIQMPYLGPVRGFYTDWTPLTDRPGLFPEDIDTSDPWQFRNVLVR >CAA9391925.1 hypothetical protein AVDCRST_MAG35-436, partial [uncultured Quadrisphaera sp.] MSAGAGPVVGPVVDELAGQAGAAAVLG >MCJ7733050.1 galactose-1-phosphate uridylyltransferase [Anaerolineales bacterium] MENQFNLNEHSHRRLNPLTGEWVMVSPHRTQRPWQGQVEKLAPEIRPAYDPGCYLCPGNQRAGDKINPPYESTFVFTNDFAALKPDGPKPAGGNPSILQAEAVHGTCRVICFSPRHDLTLPEMDIPEIQEVVDIWAEQTRELGEKYRWVQVFENKGAMMGSSNPHPHGQVWAMDQIPNEAAKEDRNQRAYFDQNGKPLLEEYLASELAAKERLVLEN >WP_244450453.1 flagellar hook-length control protein FliK [Ancylobacter polymorphus] >UOK72756.1 flagellar hook-length control protein FliK [Ancylobacter polymorphus] MIPVPLNAARTATAEDLAGRAERGDGGDAFAALLAELDGRPAATPEAPAPSAGPRAERSVLPAPRFGTPVRLEAAETAPAPELAPDQAAVPAGPIAETERPVAAMDLGALLARSARLPVSTPSAAQPFAEPPSSGAGETPRENGPAMRAPTPAAVEAALARPAAPGTVAHILSTPAAPLRPSPSVLPLPDGEAETVAQMPPVARPDRDAEAGEGAPALAAPPSVAADEASPHPERTPPSSSPAPARAEAALLFSARPEAAPMFSAATEEGARRPLPVEADRSAPAPSSDRPEESTPVVPAAPNDGAPSTSPLPAAIFATLLPAPSAQPEAADVPEGTSDPAMVATLEEGGTLDEAPVPSAKVVLCETHFAPVLPREVGPTPPSAPDQAKAVQSLSVALPQAAEAEAQAAAVAGQAATVAAASASAASVSAASTLAASEGLAFDRPVPALSERRPAARAVDLPAQPGEAPLPSPDMAPFEERPAARMPARAAAGAEKARGASEIATEAPTPVPAASGAAATPAPVAAPAGAAPSPAAVQLGSVLAEAVRAEAPGASAASAAMPARGPVRVLEIQLRPLELGLVTVRLRTGRNGLEIHVHAARAETARLLEQDRASLIATLADADAGPLDLTISQTGLPPRLTGEDAFAPVDWERREGNGSREGNSGDSDPRRRRRQDEDAAFRAADGGSADQQP >WP_176366948.1 spermidine synthase [Paraburkholderia youngii] >NVI04789.1 spermidine synthase [Paraburkholderia youngii] MTKLIKRASAEARAFRNRDTEAIGGRQKIAHGQAPKTARNANRAVDHELHDAPQIETPRKPRFAPVTFSEEGGVRYLHFGTEWVQGAMRLRKPDHIELEYAQQMMAWLLFLETPKRIVQLGLGAAALTKFAHRFLKSAKVEAVELNPAVVVAARTMFELPPDDARLTVHETDAWDFVNESANHGTIGALQIDVYDATARGPVLDSVGFYRAARACLTDAGIVTVNLFGDHPSFVRNMKRLNEAFDGRVVALPEVHDGNRIAIAFSGPTLDVPFAALDARAKLIEAELGLPARKWIKGLRESTGQTGASFAI >WP_194430615.1 type II toxin-antitoxin system RelE/ParE family toxin [Pectobacterium carotovorum] >MBG0753661.1 hypothetical protein [Pectobacterium carotovorum subsp. carotovorum PCCS1] MKSLYWVGSSKKDLQSLPADVQDVFGYALHMAQTGGKHTQAKPLKGFGGAGVLEVVEDYIGDTYRAVYTVKFGEAVYVLHAFQKKSSSGIATPKPDMNTIRERLKTAENHAKGA >KAG7164393.1 hypothetical protein Hamer_G003583 [Homarus americanus] MTWLPKADARHGHSDGHATDGSGSGVDGSMDSHSRSNHPSEDDDEYYNEYYDDYYGGQGGSGMGSGDLESSTIVPRTDASLPENPNSTAQHGSSMIVLLFTLATAVYVFYG >WP_058935081.1 4-carboxymuconolactone decarboxylase [Roseateles depolymerans] >ALV06865.1 4-carboxymuconolactone decarboxylase [Roseateles depolymerans] >REG19844.1 4-carboxymuconolactone decarboxylase [Roseateles depolymerans] MTRPLAPKNQALFDAGLATRKAVLGDQVVDNALAHATDFTLDMQELVTQYCWGDVWNRPGLDRRTRSMLNLAMLTALNKPHELKLHVRGALNNGVTQDEIKEVLLQTAIYCGVPAAMDAFRTAAEVLKEADAARSHGAG >WP_278428737.1 Glu/Leu/Phe/Val dehydrogenase [Caldanaerobacter subterraneus] >KUK09674.1 Glutamate dehydrogenase [Caldanaerobacter subterraneus] >HBT48750.1 glutamate dehydrogenase [Caldanaerobacter subterraneus] MSTESLNPLVIAQKQIKKACDILGVEESVYELLKEPMRVLEVSIPVQMDDGSIKVFKGYRSQHNDALGPTKGGIRFHPDVTLDEVKALSMWMTFKCGVVGLPYGGAKGGVVVNPKELSNDELQRLSRGYIRAIASIIGPEKDIPAPDVGTNAQIMAWMVDEYNKIVGYNSPAVITGKPLIYGGSKGRVAATGYGVALMAREAVKRLNMDFKDCTVAIQGFGNVGSHAGLSLKRLGAKIIAVCDVYGGIYNEKGIDAEKLVEHVNKTGTVCNFEGTTPITNEELLTMKVDILVLAALENQITSANANEVKAKIICEGANGPTTPEADKILSEKGVFVVPDILANSGGVIVSYFEWVQNLMNYCWTEKEVEERQEIMMVNAFNSIYDLAQQYKVDMRTAAYMISIKRVYEAMKVRGWL >RZC11235.1 2-oxoglutarate-Fe(II) type oxidoreductase hxnY isoform B [Glycine soja] MVATLSLPIIDLSSPHRLSTANSIRQACVEYGFFYLVNHGVDTDFVSKVFDQSCKFFSLPVQRKMDLARKEYRGYTPLYAETLDPTSLSKGDPKETYYIGPIEDTSIAHLNQWPSEELLPNWRPTMKSLYWKLLAAGKSLLSLIALSLNLEEDYFEKIGALNKPASFLRLLHYPGELGSDEQICGASPHSDYGMITLLMTDGVPGLQICKDKVNQPQVWEDVPHVEGALIVNIGDMMERWTNCLYRYPSSNKCFFFCFFY >WP_074737802.1 LLM class flavin-dependent oxidoreductase [Ruegeria halocynthiae] >SDX53698.1 alkanesulfonate monooxygenase [Ruegeria halocynthiae] MTIVPITSPDLDAAEVSWFAALCSDDYQFLGVPDGDLRSSWDHCSGIVKEAEAQGFRNILCPSSYQVGQDTLSFVAGCAPITETINLLAAVRCGEMQPIMLARTIATLDHMLKGRLTVNIISSDFPGEKADSAFRYQRSREVVEILKQAWTRDEINHAGEVYNFSGLTTDPARPYQSGGPLLYFGGYSPSALDLCGEHCDVYLMWPETKDQLAERMKAVHAVADSYNRTLDYGLRVHMIVRDTEAEAQDYADYIVSKLDDDYGRAIRERALDATSLGVAHQSKNRDLADEYGYVEPGLWTGVGRARSGCGAALVGSTDQVMSKIEEYQKMGIRAFIFSGYPHMDEAKHFGARVMPNLKTCSLPEAYGRVPANTPATPLGNGVRR >KAF3069499.1 Beta-lactamase-like protein [Trichoderma lentiforme] MLAIQSFLVAIAALGSCSLAQTDQTLLGPSFEPPTHLSTQALIQEAASNIQKSLNRAIRTGKSRYGNFNSSTTSFSLTAVSQQESAPIIDFHHTSGFLNVSAGSTSKVTADTVYRIGSVSKLFTVYSLLLNNGISYWNRPVTDFVPELRQAVQHPLHKSSVIDSVQWGQVTIGALASQLSGMGRDYNSGDLSVQDFPASEAGLPPLPPQDIPTCGINDGQLPCPRKEYFAGLVRRHPVFPSYSKAMYSNAAYRILAYVLEKITGKSYDEVVMNDVFQPLGMKHSSSLPPSRKGAGVIPDGDAGWNRVYGDEVATGGLLSSTNDLVKFGRAILANKQLCPMETLRWMKPASLTSSQSVSVGAPWEIVRTQSGITTGRIVDLYTKSGGVGAYNSLLILIPDYQVTLAILAAGPDSAAALQVATEIAIQTLIPALEKAAKAESCRKHCGKYAPAGPKKNSSLVLTVDDGPGLLLKEWIHQGHDIIAAGQAYANATRGGRINAVRLFPTGLQTGSEAAYRALFETIPYQYDPSVHMVFDPTAGMWGTPDQLMYGGIAADDFVFHLDAGGSSAAVQPRVLREVYNRV >PBK65192.1 hypothetical protein ARMSODRAFT_447172 [Armillaria solidipes] MPTYLTHGQRLIIDPSYYVRRAQAPSCPSYSPSRKSFDVPSTCYIPTPCSYSPPDWSCLAENDQHWLKVRLRNSLQAGDLSSMPSWFPFLRLVPSSCPSSPASYQPYEFCQEFRTSGGGCAVTFSFSAAEEQLFTWRISLPSNRWQTESLPITLAQVQVHASVMNTPYWRFMGKDPSVILRALSTSLELGVLITIAPRQLRSQEILYVATSMDGKQEVLYSTQCQ >WP_017908092.1 bifunctional methylenetetrahydrofolate dehydrogenase/methenyltetrahydrofolate cyclohydrolase FolD [Xanthomonas sp. SHU 199] MTDSAPVSSVPARILDGRRIAEDLLDELKARVDARLAAGQPRPGLAVVLVGGDPASAVYVRNKRRAAEKVGIEAFDYDLPAGTSEAELLALIDRLNADPKIHGILVQLPLPGIPDASRLIHRIDPRKDVDGFHPENVGHLALREFGLRPCTPRGIVTLLAHTDQPVRGRNATIVGVSNHVGRPMALELLIAGCTVSCCHKFTPPEVLEARVRDADILVVAVGRPGLIPGEWVKPGAVVIDVGINRLDDGRLVGDVGFDAAAQRASWITPVPGGVGPMTVATLMQNTIEAAEAAGSRD >WP_208504450.1 FGGY-family carbohydrate kinase [Microbacterium stercoris] >MBO3664631.1 ATPase [Microbacterium stercoris] MAAATIDQGRTSLGIELGSTRIKAVLTDAAGAALASGSHEWENQLEGGFWTYSLDAVHEGLQAAYAALAADAEQRLGARPTALGAIGVSAMMHGYLAFDEAGELLVPFRTWRNVNTERAAAELSEALGVNIPLRWSVAHVHQAALDGEDHVARLHHLNTLAGYVHELLTGERVLGVGDASGMFPIDPATGTYDAALVATADERLAAAGAAHLSLGALLPAVLPAGGDAGCLTAQGAALLDPTGTLQPGAVAAPPEGDAGTGMVATNAVTPRTGNVSAGTSIFAMIVLEKALSRAYDEIDIVTTPAGDPVAMVHCNNGASELGAWAAVFGEFAAALGASASGDDVFAALLSGALEAGVDDGLFAYNHLSGEPIAELSEGRPLFVRTPGSRLSLAGFARAQLRAVFATLSLGMRTLVEEGVAVDAMFAHGGMFRTAGVAQRLLAAAVEAPVVVGETAGEGGAWGMAVLGAYRLAVIDGSAAGRDLSAWLADEIFAGSATDTATPTPDEIADHRAYLDRWAAGLAAERAAIDALR >WP_029542314.1 sigma-70 family RNA polymerase sigma factor [Rhodococcus aetherivorans] >KDE14176.1 RNA polymerase sigma factor [Rhodococcus aetherivorans] MSDGNFSAHPGGAFPAEQFEAHRDHLRAVAFRMLGSASEADDAVQEAWLRLHRSGTDEVANLGGWLTTVVSRVCLDMLRSRGSRREVPLDQPDRPEPRSTDPRDVPESAALLADSVGVAMPVVLDTLAPAERLAFVLHDLFAVPFDEIAPIVERSPAATRQLASRARRRIQGATAPRADLMRRRRLVDAFLAASREGRFDDLLALLDPDVVLRADDVAVATARAGAAHGAPALAHELHGPHSVAKVFDGRAQAARTVLVDGMPGAAWAPGGRPRTVFAFTIEDDAIVEIEVVSDPGQLAALEVTFPDAG >GLB35420.1 putative eukaryotic translation initiation factor 1 [Lyophyllum shimeji] MSVQNLNTFDPFADEGDPLGDSQDVGSQADYIHIRIQQRNGRKTLTTLQGLPKQYDTKKILKAFKKEFACNGTLVEDEKLGQVIQLQGDQRAKISNFLIENGIDKSTIKVHGF >EFC67761.1 hypothetical protein HMPREF0670_02407 [Prevotella sp. oral taxon 317 str. F0108] MNSEWWKQSKIIDKRYNNLLGSTTNAAISIYTQEPDIIQKKMNWRLHKAI >XP_040250218.1 MDIS1-interacting receptor like kinase 2-like [Aegilops tauschii subsp. strangulata] MIVIDTEPSKMLASLATLLLLLLLMATVVTSAPDLAAVPAEQARALLTWKASLDNQSQYTLRSWENTSASCNWRGIRCTMHRHRRRPVISGISLRGRRLRGSLGSLNFSALTTLAHLDLSHNHLAGSIPPDIKALVELENLLLQGNQIRGSIPLGLTNLTKLRSLMLDENEVSGEIPRHIGNMTNLMTLTVSDNHLVGHIPSEVGHLKHLNQLSDQIPMELCRLANLNDLRLSFNKLLSHNHLNGTIPIELGILVNLQDLLDLSDNSIDGAIPSVLGGLHMLQALNVSHNALSGNIPSSFQSMTSLLSMDVSYNKLEGKKKPKAEIANVVQQTKMFAIWNFDGEDVYRKIVDATNNFSDTHCIGSGGSGYVYKAQLPTGELFAVKKIHMVDDDDQFNREIHALMNIRHRNIVKLFGYCSATQERFLVYEYLDRGSLSAYLKHKETALELDWTRRLNIARDVAHALAYMHHDCFAPIVHRDITSNNILLDLEFKAHISDFGLAKVLDVDASNCTSLAGTKGYLAPELAYKTRVTEKCDVYSFGVLVLELFIGHHPADLLSSMDNRNKTILLGNLLDTRLPLPKAEIASEIFQVVGVAVRCIEPDPSHRPTMQQVIKVFATAERSPANNLDYLHTAIAIPLQDFQLTDAPDERFLIHGTSYSSRKAYQLLLHEDMEDDHAALIWRSRAPHKLKLFAWLLFRGRLNTKCNLFHKTIVPDASCPRCGGPSEDTAHPVPPLPSRSLDLGTAGPLPDGKIPGPVATPASR >XP_047249348.1 uncharacterized protein LOC124885496 [Capsicum annuum] >PHT77436.1 hypothetical protein T459_20958 [Capsicum annuum] MVKRIFKSLLRFDCFSIGTTSSKKYFPEEILVDVLMRFTVKSLVRFKCVSKSWKTLISDEYFKGKHRNHAKNNKKNLVSRMVVDVGIGHWDYSCCLSSPSSSAQPLQKLGCPSNHKSYVILCCCDGLSLLRCHSVCYLLWNLSTNEFSDTTGRTTTYGLGYDSISDDYKILMVASTARPPNRIKLLGWHLFMLHFIGSSEGIIHHPSILSLHLIYQMRPHGEISLPELKHRRCDFRCVVSAFDEMFCVYSTCQDDGETETLKLWVMKEYGVNETWTQLCTIRGPHLLLAKPLFTIPKYMFAEGEVLLGFCTGGFRTSKGAYELFTEYHGRKV >MYT98825.1 NAD(P)-binding domain-containing protein [Streptomyces sp. SID8350] >SCK22477.1 hypothetical protein YUWDRAFT_01581 [Streptomyces sp. AmelKG-D3] MKIGIIGAGNIGGNLTRRLTALGHDVSVANSRGPETLTALAEETGATPVTASEAARDARIVVVTVPLKAVPDLPSGLLDGAAEGVAVIDTGNYYPQQRDGRIAAIEDGLPESRWTERQLGHSVIKAFNGTYAQDILDRGRPAGSPGRQALPVAGDDPVAKQAVRDLIDGLGFDTVDAGGLDESWRQQPGTPVYGHRGDADAVTKALAKASPERTAEWRA >HAN73743.1 hypothetical protein [Planktothrix sp. UBA8402] MTLAESWTNQWRFQLENDYPNHSQNTRESIINWLLGEDFTSLDSLPPNQQERIKLGLNFRYRILQQRYLDTPPEKSYRNLIQRLGNLMILRQKVRLWVATSRDRQRQVVDVLQEVVQEMLNSDRYLQQQIQWISKCTNDRKLSNALLFTTVEEYCLRPIRNQPLLVYRFVNYLRRSQRGGLTQVPAGEWIKQLSDEILSEETEDTISLLDNQAISEYENEQYFQTQQNQRLTVQAEFEDYLIKNVDPIAAEWLRLYLQGLSQEAIAQKLNLPIKQIYRLREKVSYHAIKNFTLKQNPELVTSWLGTSLSEHRLGLNSELWEQFWDSLNPNQRQIIERLKAGETLEIIAQALNLKLTQIQQEWTTIYLMAQDIRN >WP_015615815.1 DNA mismatch repair protein MutS [Clostridium pasteurianum] >AGK97516.1 DNA mismatch repair protein MutS [Clostridium pasteurianum BC1] MGLTPMMQQYMSVKEKCKDCILFFRLGDFYEMFFEDAKTASRELELVLTGKDCGLSERAPMCGVPFHSANMYITKLISKGYKVAIGEQLEDPAAAKGIVKRGIVKIVTPGTYTDSSFLEDTKNNYIMSIFVDEDKFGISIADVSTGEFNCTSWNLERELIINEISKYSPKEILIQESLDEKLLEAIKERFNCSFTKFQDEFFNKGAYENLKQQFLNFQEKKYDDLIVGSANGLLRYLMDTQKISLGHIDNITHYNVIDYMSIDVNSRKNLELTETLREKSKKGSLLWVLDKTSTAMGGRQLRRWIEEPLIDAKVINERLDSVQEFTENLSIHEDLKNALKQVYDIERLVGKISTLSVNAKELIFLKNSIEKLPGIKEILKDSKSTLLREIYEKLDDLKDIYDILDSAVLDSPSVSVKEGNIIKDGYNNNVDELRQAKAHGKEWIAKLESSEREETGIKSLKVSYNKVFGYYIEITKSNLNLVPEGRYIRKQTLANCERYITEELKIMEEKILGAEEKLINVEYELFVSIRDEISKHIDRMKQSAKLLSELDCLCSFATVALENNYCKPKIVEDGAIEIKEGRHPVVENMLSAGAFVSNDTKINTTDEQLMLITGPNMAGKSTYMRQVALIVVMAQIGSFVPAREAIISVCDKIFTRIGASDDLAAGKSTFMVEMWEVSNILKNATTKSLIILDEVGRGTSTYDGLSIAWSVVEYLCINKDVKCKTLFATHYHELTSLEGVIHGLKNYSIAVKQIQDDIVFLRKIVTGGADQSYGIEVAKLAGLPEKVTSRAKEILEELERENKNEIAVDSISKVSKEKNIKQKKKKDSEIVQLGFEDIKKDEFLKNIAKVDIMNMTPMDCMNALYKIIKDAKNL >MBP6785762.1 DUF1501 domain-containing protein [Verrucomicrobiales bacterium] PVERALSPADVLATIYHVVGIDHRLSFPDHGGRPVPLVDGGSPIAELI >UVD42744.1 hypothetical protein [Staphylococcus phage vB_SauM-V1SA22] MVGMVITFLIVLGIILLSVLIIVIPDLSKAKKLKEDADINYSQYTKDMASDYYEKYITPTEHIIQTKVEEVIENIKKEYTVSTVIIDSFVVSDDVSNVKVYRDDMLLTNRYVQKAIDIQEIVEETLNNNTVVF >KAH3699581.1 hypothetical protein DPMN_074539 [Dreissena polymorpha] MARQRPTRLVMGPCIAEIDRIVIREVHHQLEVNWCRNEEVIGAPGLAIVPCIVEIDRIVIREVQYQFEVNRCRNEEIIVKGNFGRVWSMWAGPQVEIDRIVIREVQYQFEVNRCRNEEIIVKGNFGWVWSMWAGRPRIDPNVIREVQYQFEVNPCRNKKVKVNGIFWWVWPMWAGAPGLGLGPCIVEIDPNVITKVQYQFEVNPCRNEKIIVNGNFWWVWPMWAGRPRIDRIVIREVQYQFEVNRCRNKEVNFQGSSAFSVGGDSGQDGRTDRRTDGRTAEITTISPPFFQKAWG >HEU25100.1 hypothetical protein [Mesoaciditoga lauensis] MKKITFVLIALFLVSAFAFGVSLNTQTVMSTATVEAINAQNSQLGLPWKAGLNDFSGRTIEQLSVMNGWRPLPKDFVNAILSKAKKLTTTDDMLMGSYTMFNPLTMDASNLRTAYDLSNQFVQYPGISYVTPVKDQGYHGTCWAFSTTETFETALAMQGVVPYSNIPVLSTQFVAYHDIDWNLLIAANGWVIQDSNFDAGGNQYFSMYNAIRYGIPPATDFPTISYENSPWIEWDPQNPNWQKDLIYSQGTLLLLSAPEEAYYYNVSYNQYIDAIKTMIMKYGSVSVSYSVPADFFGYQSGVYVPVNPGSSSNPYEGGHAVQIVGWIDNYVASNGQTYNVWIVRNSWGSSWGMNGYWLQPWVTPQEYASGNVPAWKFESYGNWFFVPIFKTNNTVWSAADFNNDGYVNMTDWNMLVNAMQQTNPSSQTIAKYDIGVPKTGKIGGGSLEQFMYLWNLAAQSGH >APT84512.1 transposase [Corynebacterium aquilae DSM 44791] MTTMTTRDPQDKARLKQLEKRLMSSPELAEILKEFATSSTDINDMVRSMIQTGINTALQAEMDAHLGYQAGDRTGKARHGTADNHRNGSYNKTVQSQYGPIDITVPRDRSGSFTPRMVPKGARRITDVDDLIISLYAAGTSLRDIQHHLATTLGVDLSHETISQITDQVLDEVLAWQHRDLEEFYPVIYLDALRIKIRDGARVVNKACYMAVGITMEGTRQILGLWIANNEGAAFWAQVCAELANRGVKDVFIVCCDGLKGFEQAVQATWPDAMVQTCVVHLIRTALQWVAAKDRSAVAAALKKIYTAATAEQALAFLDEFDASDMGLKYPQAVKAWRDAWERFIPFLQFPPQARKVVYTTNAIESMNAQLRKATRNRGQFPNDAAAVKALWLMICHIEDRQAEKTKKKAGRARAGTSRFVEGVRVTGWVAAINQLSAHYPDRFEPYL >TXB56523.1 hypothetical protein FRY97_21810, partial [Phaeodactylibacter luteus] MHRMTIWRMIAALFLFLGTFSIGVSQNITFGILLDPDDPQTVSFVGYTDYSGSSVLSTSNFGIRFPAGTLTAPSITGAA >WP_112449552.1 MULTISPECIES: anthranilate synthase component I [unclassified Streptomyces] >AWZ06471.1 anthranilate synthase component I [Streptomyces sp. ICC4] >AWZ14042.1 anthranilate synthase component I [Streptomyces sp. ICC1] MDLETFRKLAADRRVIPVSRKLLADGDTPVGLYRKLAAERPGTFLLESAENGRSWSRYSFVGVRSASTLTVRDGQAHWIGTPPVGVPTSGDPLEALRQTVEALHTPRDLSSGMPPFTGGMVGYLGYDIVRRLERIGEHTEDDLRLPELTMLLTSDLAVLDHWDGTVLLIANAINHNDLDAGVDEAHADAVARLDAMEADLARPAPYAPMPLPDAELPEFSALWGGEKYQAAVEEVKERIRAGEAFQVVPSQRFETPCKASALDVYRVLRATNPSPYMYLFRFENGFDVVGSSPEALVKVEDGRAMVHPIAGTRHRGATPQQDNDLAEELLADPKERAEHLMLVDLGRNDLGRVCEPGSVEVVDFMSIERYSHVMHIVSTVTGRVAEGKTAFDVLTACFPAGTLSGAPKPRAMQIIEELEPTRRGLYGGCVGYLDFAGDSDTAIAIRTALLRDGKAYVQAGAGVVADSVPELEDAECRNKAAAVLRAVGAANRLHGA >XP_044710778.1 hypothetical protein FPOAC1_000243 [Fusarium poae] >KAG8674279.1 hypothetical protein FPOAC1_000243 [Fusarium poae] MSYYDNPQSQWSSSTQQQSQNNWEHQGSTTPVRAGASGPQPQDDYAFSYQFDEVDRAYENLQKSGKGYGMGGRRESLIQRSLNVARGPDNVGRPDSRGSHHTPGSRPHSVNNFDDARGGSQGPNLQNFYANQRHQPSRGSNEAEQVMQAKRRMAAQRERELRNLHTEQQYQRTVLSEVPLPPSKQMSEEETRDLIARQRSALYGEGPFADKAGYVDETGNVRAGAPIPSGPSSLRGHSPLAYDNVGRGPPAVDAGTPVSSGDAHGPPTEPNSRPHSTVSPQAAGPANKVFDNAQSRTSTSSPTGGSPSRDMTPGSKSNQAGASVAPIGTRPSGTPTNTASSKRSTTPLASPGGWGRGNGVWGQSSGLGAPASVWG >WP_038615177.1 MULTISPECIES: azurin [Pseudomonas] >AIL63914.1 Azurin, blue copper domain-containing protein [Pseudomonas alkylphenolica] MFAKVVAVSLLTLASTQVFAAECKVTVDSTDQMSFNTKAIEIDKSCKTFTVELTHSGSLPKNVMGHNLVISKEADMQPIATDGLSAGIDKDYLKEGDARVIAHTKVIGAKETASVTFDVSKLDANEKYGFFCSFPGHISMMKGTVTLK >KAF9248384.1 hypothetical protein L218DRAFT_1016447, partial [Marasmius fiardii PR-910] AFVWSIVYTINAHLTHVLPPTSPESHRWSVCDQPHSSWILTEVEKEIMMVAQAKILDVKLSAADVAKIFYPSINGVEPTDGPAEAPPTAGPAPNNTNLPATRSRAPKGKGKADTSTPPPSTSQKHTKKPSFLESKDDELDQLEISPKVKSGTPGGSGKPPTGKGKPGGPRAKPKVPSVPPKDKKRAHSPSPERTAPKPNKKSKKMVDIAAPPPETSGVLKWEDPCLKLPGKWPKGQEGLVEQDPGNLADSKPHIRDDLDPEV >EDQ8633181.1 HAD hydrolase family protein [Salmonella enterica] >EJE5227536.1 HAD hydrolase family protein [Salmonella enterica] CIIEQLIHYLNISSDKVVAIGDQQNDVSMFAAAGISIAMGNAPDAVKRQAGYVTATNDEEGIVHALEWLRCLTHPVTMRQRLTAAKDNESN >NDE73311.1 cytochrome C assembly protein [Betaproteobacteria bacterium] MILASASPVSLTMALGAVVAYTVSAASLPLLSAQVARAALWLAWLVHGALLALGLAGEQIYFGFAPALSVTIWLVTLVYAVESYFFPLLQMRWPLAALGVAAVALAVLFPGSALHASASAWLPLHWALGIASYGLFGTAVAHAWYMSRSEHRIRLGQDSHSGVPLLTLERLTFRFISAGFLLLSATLILGLFFGSELYGAKAALKWDHKTAFSLLSWLTFALLLFGRSRFGWRGKRAVRMLYAGSGLLLLAYVGSRFVMEIIL >THW78755.1 putative ABC transporter [Aureobasidium pullulans] MGFFAQTWTLTKKNLLIVLGRHWFSTTVRAFLAPIIFFFIISYCKNFFVPPSDFGVGSPSTLRTFEEALGAGTAGRTTIAFVTNGQPATEVTDIIDQLSNTVRTQEKTAVTLSSEVELLQTCRSSVRGVSGCFAAISFHGSPSNGGVWNYTIRTDGNLGERIFVNTGNNDAEIYALPIQHAVDALIATGNGSSIPLPQQYPYTDATPEERDRNITRLYMGTLISILGLAYFIGFVGICYQLTGLMATEREIGMSQLIEAMMPNKRRWQPQAARLLSSHLAFDILYFPGWVISAAIVTRLNYPSSDTGILIGYFILAGLALSSWSIAFASLFRKAQLSGITVTIVSIVLAIIVQVQTPDSTGPIVILALLFPPMNFTLFIIYMAYWQRDNLAAVLSEAPPGAPWRVSGTVFFVLCAIQIVVYPLVGAVIERALYGTASKARNMHHTADNETARITHLQKSYPPSWLYQKLWSRFSKNKRETVHAVNDINFTIRAGEIHVLLGANGSGKSTTMDMLAGLQSPTSGTIDIDGTGGVGICPQKNVLWDVLTCSEHVYYFHQLKAQGTKGTSADHRELLSKCDLDHKISARSETLSGGQKRKLQLAMMLTGGSNLCLIDEVSSGIDPLSRRKVWDILLAERGHRAMLFTTHFLDEGDLLSDHITILSKGTLAATGTAVALKHELGGGYRVKIYTEYQFDEPKEWSSIPRRNHADHVVYNLNDSSAAAKFVTRLEQLGVTDYRVSGPSIEDVFLKLSAEFNNDHTLHDDATPLTNVTSLQSEKGLELAKGRRISLGAQTWVLFRKRLTILRRNYLPYLAAVLIPIIAGGLVTLFLQGFSELSCSPEDSSSSENTVSFASLNDVLDFPAGPASQVPNALLNAVYPGLGNAIAPVASADALNAYVRSNYSRVFPGGYFIAEGGTPLFAWRGNYELTYAILTQNIMDSSLLGSPIITAYQAFQRPWAPSAGDTLQFILYFGLAMSAYPGFFALYPTSERVAKVRALHYSNGIRALPLWLAYTIFDFMFVLLVSVVAIVIFTGVSSALYAPGYLFVVFFLYGLSALLCSYVVSLFVTSQLASFAFAAGMQCCFFLIYFLAYMAIITYAPTESIDSYVNYAHFTIGLVTPSGNLLRSLLLTFNEFSLLCRGNERASYPGDITVYGGPILYMTVQALLLLAFLVYYDSGYRFAFLSRKSRSQDAEESEYPDEDVYHEAQRVNDCKDELRVSHISKTYGTNLAVDRVAFGVPRGEIFALLGPNGAGKSTTISVIRGDVHPSGGDVLLENESIVKQRAAARLHQGVCPQFDAMDAMTASEHLYFYARARGVTDIEHNVEQVMNAVGLSAFRNRMASKLSGGNKRKLSLGIALIGNPSVLLVDEGSSGMDAGAKRIMWRTLAAVSSGRSLVLTTHSLEEADALGDRVGIMARRMLAIGTSDSLRRKHGDAYYVHLVHKDAPHTSDAKLAEITSWIKLNFPTASIEDRSFHGQIRFEVPNRPGSSMDDSSISVDDKKGAKATVAPTERTGISSLFEKLEASKEELGMEFYAVSQATLDQVFLSIVGKHNVQEEDYQKARMATGAWGKTKAWLQKVAHDA >MAD76787.1 hypothetical protein [Rheinheimera sp.] MSIETINVTRWLNSGQEFIEVGTLFRDDSLGRDSPFIGFSYHPDYLESKAGLLPSTPEFGPISRTILNDQKNKDMVPNYFKQFLPSERNKSVINSLSDEFNQLDQFQQLKYLTKFRGSFGAVQLDYDSESQCNRLPKLDEAMALLSQLEKGNYNNLDNNALSAMYHPNADTHVVNIYLEVSGKQVYCNLRKCKSERQANEYVFVQNMMNECGIDPPLTVKLEDNDGGYYVGQMTGEMIIDKGVGVSAMYNTIPVAVLLADTKHVSKFENVNFAHINKAVSSSVGEIGPEIFKRALFTHLFAQKDISPRQIKIREVMDGKWKLAPHEICEINLDKNIPFNLSITDTSSTYTALKINEPLIEMVSAKYSLKPVEIRKAMDEVASGVDKLHDIAIQSGLTPTDIHKLSQHVAQSSIQSFSELTDEHKNSQGPVI >MCI6853747.1 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Bacillota bacterium] MRLDVLFGGLSWETVCGTPDKDVKALVYHSDKTVPGSAFFAISGEERDGKEYLEQAAGLGAHILVTDEQGEQMEKLLCHLCQVYGITGVRVKDIRKALAEASAEFYGRPAEKLTLIGVTGTKGKTTTTFMIKEILEEAGIKTGIIGTVVSGYDGCYQEAVNTTPQSEDIHRALSQMVDAGCKAAVMEVSSQGIMQDRTYGLDFDYAVFTNLYPDHIGKGEHKSLEDYICWKSMLFKQTKTAIINVDDAHWQDMARESTADRIVTFAVRFGEEREQTGDRIADYEAENVLLRRKKDLMGVGFTIGDREFFTGMPGRFNVYNALAAAACAASMDIPWKCIQRALSKIKVRGRAEIVNLGEDFTVLVDYAHNGPALESLLKALREYEPARLIAVFGCGGNRDRNRRFEMGKAAAQLADFSVVTSDNPRHENPMDIIKDITQAMAQEEGSYIVIPDRREAICWTVLQAQTGDVIVVAGKGHETYQLLGSEKRHFDDRETILSVMEKI >WP_280443824.1 SDR family NAD(P)-dependent oxidoreductase [Nocardia brasiliensis] MKTILITGATSGIGLAAAQQIAAGGDRLVLVGRNPRKLAESATEVRAAGAGAVDTLECDFGEQDSVRRLAEAVLSRYDRLDVLANNAGGYQKDRTVTKEGVEKTFAVNHLGGFLLTELLTELMVRSAPSRILFTSSVLHFGAGLDLDDLAFRRGYSGEKAYSRSKLANILYARALARTLEGTGVTVNAFHPGAVATGIWDDMPWFGQPLVALAKRLFMITAEEGGQALAYLATGAEVAGVSGAYFQHNRIKTPSRRAQDEVLGQRLYTVSANLVTATG >CEP26668.1 Acyl-CoA dehydrogenase [Propionibacterium freudenreichii subsp. freudenreichii] MRATQSNTTVLDGAHAPADQVLARITPGPNADPVVFGIFSHFSAFIAATYQGIGERAIEVAAEQVATRHSVKNDDVYAHDPDIRWRLADAAIAMNGSAAQLRDIVRDLDDDADRGALWMPQLSAVKNACVEATMHAVDQAMRSVGGRSYYTSNELSRLYRDAVAGLFQPTDQESLHAAWANVVLGPITKG >OTN76164.1 histidinol dehydrogenase [Enterococcus sp. 8G7_MSG3316] MIKRFDSRQHSLQEIVQRQSNETKNVVTETQAILEAVQREGDQALREYTKRFDGHLLTELAYPPAKIAAAIDEISPELAAVLAQAKENISTFHQRQVQQGFIQSQPGQVMGQQIIPLNRVGVYVPGGTAAYPSTVLMTVLPALIAGVEEIVMVTPANEKGEIAAAVLAAAHLAGITELYPIGGAQAIAALAYGTESIRPVDKIVGPGNIYVATAKKLVNGLVGIDTIAGPSDVLIVADQTANPHWIAADLLAQAEHDVDAQAILITPEADLIERVAAALDKQVAALPRRRIAESSLAVHGKLILVRDLNEAMTIANQIAPEHLELAVADPFALLGVVRNAGSTFLGHHTPEVLGDYLAGPNHTLPTEGTARFSSGLSVQDFVKRCSYLYFSPEAAKDARDSVIQFAEAEGLDGHARSMAIREETKF >WP_035431971.1 STAS domain-containing protein [Lancefieldella parvula] >KGF13955.1 anti-sigma factor antagonist [Lancefieldella parvula DNF00906] >MBF0947533.1 STAS domain-containing protein [Atopobium sp.] >MBS6730676.1 STAS domain-containing protein [Atopobium sp.] MALEISSEITDTKAIIRIEGEVDVSNASELRDALDTALADGAKEVEADFAEVAYIDSTGIGVLVGAAHRAQESGSVLVVANPQKNVERVFTLLGVDKDLNVRK >WP_109835637.1 helix-turn-helix transcriptional regulator [Leucothrix pacifica] >PWR00656.1 DNA-binding protein [Leucothrix pacifica] MAIETQDAYMSVRQVAEYLHLNEKKIYELVKEQQIPATKVTGKWLFPRGLVDRWLNESANGGTLSDRLTIAGSDDPLLYRLILAYTHEIDGRGVVNYTPTGTRMGLKQLQARRIDACCMHWGPSDESSFRHPALLQQHRQHRQWALMHLFKREQGLMVHPEVMTQINDQQDLFKQQWRWVQRQSGAGSQRFLMEVLGKAGGNVDDLTLSQTAHSEHEAAGLIVMRMADVAPGPRAAATESGLEFISMGWESFDIAMTRGIWFRHLFQDLLKRLQSDQAQSIASMLQGYDLSACGQLIWGES >MBR3487460.1 rod shape-determining protein RodA [Clostridia bacterium] MSLYDKKDLKSLDWFTILLVFALVGFGLIALLSVLATPFDGSEKGIADYVAKFNLDYVQRQGINFLVGLAAMIVVMLFDYNIFKPLIPYLYIGIVGLLGLLFVFGKVRGGAQGWFVFDSIQRNVQPGELSKVAVIVMVSKVAARAMDSDGRLLKVRDILKVTALTLLPFGLIALQPDYGTAFVLIVILAFILFAARIKWLWIAGAAVAMGTALPLAYFFVFTPDQQKRIISFLNPEYDPLGAGYQVSTSKVVIGSGRLMGKGFFSTGTLVQLKYVPERHTDFIFSGIVEGVGFIGGTILIVAFFVLAFRWLYIAMKARDNFGMLLAVGVTAMLIAHVFENIGMTIGLMPMTGIPLPFVSYGGSNMLTNMIGVGIVLNVYMRHPVKRKRKSDREHDRGDMMIG >WP_023322253.1 MULTISPECIES: molybdopterin synthase catalytic subunit MoaE [Klebsiella] >MBK2817416.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella pneumoniae] >AYW20755.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella sp. P1CD1] >EIY5082076.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella variicola] >ESM74045.1 molybdopterin synthase catalytic subunit [Klebsiella variicola] >MBK1450169.1 molybdopterin synthase catalytic subunit MoaE [Klebsiella variicola] MTQTRIVVSPARFSVGDEYPWLAERDEDGAVVTFTGKVRNHNLGDSVKALTLEHYPGMTEKSLAEIVDLARERWPLGRVTVIHRIGEMWPGEEIVFVGVTSAHRGSAFAAGEFIMDYLKTRAPFWKREATPEGERWVDARDSDRQAAERW >MBP7829117.1 serine/threonine protein kinase [Kiritimatiellia bacterium] MSGEETISILADPVEKIACRKCNAHLDVSRLPSFSSVVCPQCGLKQMVPALLGQFLLLELLGAGGMGAVYKALDQALGRYVAIKVMKQAMGNDPQFVENFLREARAAAAINHRNVVQIYSCGQEKGQPYIVMELVSGGRLDEQIGRGDPLDETRVLEIGVGVAEGLKAAHDIGLIHGDIKPANILFDKDHTPKVADFGLARFIAWQQNRGGEVWGTPYYIAPEKARGQKEDHRSDIYSLGATLYHALGAKPPFDGQTATDVVLARLKNPAVSIRVVRPALQPETADVIGRMLEADPFMRYPTYPSLLTDLREAHRVAKLESGGHHRKEKKSSLAPVLGLVGGLLLLIIVLAVILVRVIKKPEEKPPAPVLPPTMRVGTPRTPTPATGTTAVVKPPDSGSTAVAAGPFPREMESAILAAMRQVTGGQADALRLQAKRLQTGLDTAGATVAWLQLLDAVGALASGNEAEAKPLLEALRSPLQAVAPEGADQGVLARTLASLLLNEATEDSVRKETAKWPPAYNDLAKLFSGLAALRRLDLVGAEAGFNAYAGATSSEPAWPYGLQAAARAWKEQVSGFRFQKESADEWMKHGQGAKARSTWEEFLRKTSPLFYPYVDAEVARARESEAQDAASRQAAEEKVRAEKIQADLDRLDAVRGANGPIVAQKDYRKALQNLLQAGPALQTPEGQKTLANIREIYERMDELKKFLMTRINAAPFPGAGTELGGTTIAADTTGIRVALGSHGELVRTWPEISVRMYMQMLGHYLSAPDVKEADRANLTLSIAVYCYENGGFRAAANYADQAVKLNPELKAKARSLMPDILPE >NXJ84327.1 HIPK2 kinase [Trogon melanurus] CIAGMASHVQVFSPHTLQSSAFCSVKKLKVEPSSNWDMTGYGTHSKVYSQSKNVQSSQAAAAAAVNASLQIPNPSIPYEQTIIFPASTGHIVVTSANSTSGVVAVSGQTLGGPHNLMRRSTVSLLDTYQKCGLKRKSEEIENTSSVQIIEEHPPMIQNNASGATVATATTSTATSKNSGSNSEGDYQLVQHEVLCSMTNTYEVLEFLGRGTFGQVVKCWKRGTNEIVAIKILKNHPSYARQGQIEVSILARLSTESADDYNFVRAYECFQHKNHTCLVFEMLEQNLYDFLKQNKFSPLPLKYIRPILQQVATALMKLKSLGLIHADLKPENIMLVDPSRQPYRVKVIDFGSASHVSKAVCSTYLQSRYYRAPEIILGLPFCEAIDMWSLGCVIAELFLGWPLYPGASEYDQIRYISQTQGLPAEYLLSAGTKTTRFFNRDTDSPYPLWRLKTPDDHEAETGIKSKEARKYIFNCLDDMAQVNMTTDLEGSDMLVEKADRREFIDLLKKMLTIDADKRITPIETLNHPFVTMTHLLDFPHSTHVKSCFQNMEICKRRVNMYDTVNQSKTPFITHVAPSTSTNLTMTFNNQLNTVHNQTSNLAPTSSSATISLANPEVSILNYQSALYQPSAASMAAVAQRSMPLQTGTAQICARPDPFQQALIVCPPGFQGLQASPSKHAGYSVRMENAVPIVTQAPGAQPLQIQPGLLAQQAWPSGTQQILLPPAWQQLTGVATHTSVQHAAVIPETMAGTQPLADWRNTHAHGSHYNPIMQQPALLASHVTLPAAQPVNVGVAHVMRQPPAAAAATSARKSKQHQSAPRNASTYEVSSSQSISSPQRSKRVKENTPPRCAMVHNSPACSTSVTCGWGDVATSTTRERQRQTIVIPDTPSPAVSVITISSDTDEEEEQKHAPTSTLSKQRKNVISCVTVHDSPYSDSSSNNSPYAVQHRAGQNNGNTYDTKGVPETHCSGNPRTIIVPPLKTQASEVLVECDSLAPECDVSYKCVSFPGTVTTSHHSSSYKSKSSSTVTSTSGHSSGSSSGAVAYRQQRPGAHFQQQQPLNLSQAQQHVTTDRTGSHRRQQAYITPTIAQAPYSFPHNSPSHGTVHPHLAAAAAAHLPTQPHLYTYTAPAALGSTGTVAHLVASQGSARHAVQHTTYPASIVHQVPVSMGPRVLPSPTIHPSQYQAQFAHQTYISASPASTVYTGYPLSPTKVNQYPYI >WP_025599976.1 glycosyltransferase family 1 protein [Burkholderia sp. WSM2230] MKIALISEHASPLAVAGGVDSGGQNIYVANVARELTEMGHQVDVFTRRDRALLPLISDMEGVRVIHVPAGPPMQLPKELLLPFMDEFAAFLIEFFRREKKPYDVIHANFFMSGLAAMKVKAALGVPLVTTFHALGRVRRIHQGANDGFPDERFAIEDDLVAQSDVVIAECPQDEADLIGHYQADPARIQIVPCGFDADEFHPMDRATAREALGWEQDQFTVLQLGRLVERKGIDNVVRGVGVLKKAFRTSAQLYVVGGNSDAPNEKATPEIARLRGIAHECGVAEQTHFVGRRGRAQLRYYYSAADVFVTTPWYEPFGITPVEAMACGTPVIGADVGGIRYSVADGITGFLVPPRDPLALAARLHQLRRDPALAQRMGEAGLERARKEFTWRGVGESLARIYMRTARLLPAKTAEERVEVRLRAAAGASFR >MBC8378821.1 GNAT family N-acetyltransferase [Planctomycetota bacterium] MNTFDWKEKYGDLVMTAREAIKKVRPGDSIFIGTGCGQPQYLVNSLVEHGNHIYDAHIIHLLTMGTAPYASPKFREKFKMNSFFIAENVRGAFEQGVGDYTPIFLSDIPRQFESGRISLDVALIAVTPPDVNGLCSLGVSVDIVKSAAANAKFVIAQVNENMPRTMGDSFIHVNNIDVMVPHNEEIITVEAPATNEVLRSIGRNLARLIEDGSTIECGIGRIPQAMAEFLHDKKELGIHTEMFGDWIIELIECGAVSCSRKTINRGKIVASFCMGSQKLYDYIDNNPFFEFHPTEYVNDPFVIAQHDKMVGINVGLEIDLTGQVCADSLGYKFYSGIGGQVDFIRGCARSRGGKPIIAMPSTAKDDTISRIVPKLTDGAGVVTTRGDVHYVVTEYGIAYLHGKSIRERVLSLINIAHPKFRKELIQAAKAQQYIQADQIEMEWDKVRYPQELERYETLKDGTELMLRPVKPTDESSLSEMLYSLSVESVKKRYFTHTKTFPHKDVQKLTNVDYEQNLAIVAVVPGTEGAEEIVGIAQYFLDPKTLVAEVAFIVLDEWQDKGMGSVLLDYLTRIATDRGVKKFYATVLPINKSMLQLFYNSGYSVNTNFDGDSYSITYELTKQ >WP_235908972.1 Hsp20/alpha crystallin family protein [Roseiconus nitratireducens] MTTNQDVEARNGEHQVSDPKVGSEQTFEATFAPRFDIWEGDDELVLYGDLPGVDPDSLDIEFENRQLTIHGKTCRKRASVNHLYSEYEVGDFHRTFTIGEAIDSAKISAELHQGVLALHLPKAAEARPRRIQVKTA >WP_240083300.1 YlmC/YmxH family sporulation protein [Pelotomaculum terephthalicicum] >MCG9968065.1 YlmC/YmxH family sporulation protein [Pelotomaculum terephthalicicum JT] >OPX85636.1 MAG: PRC-barrel domain protein [Pelotomaculum sp. PtaB.Bin117] >OPY63992.1 MAG: PRC-barrel domain protein [Pelotomaculum sp. PtaU1.Bin065] MVKISDLRMREVINIVDGRRLGMIKDIDIDLEEGRIDAIILPGLNGGKFLGFLGKEEEIIVPWDKIKKIGMDVILVEANSFRDIT >AHH30646.1 cytochrome oxidase subunit 1, partial [Frankliniella sp. BOLD:AAN6620] SVKLFISNDQFYNSIVTAHAFIMIFFTVMPIMIGGFGNWLVPLMLGAPDMAFPRLNNMSFWLLPPSLMLLIMGLSKEGAGTGWTVYPPLSTFYHSGMSVDMTIFSLHLAGISSILGALNFITTILNLKTKDLSNEKSTLFVWSVLLTAILLLLSLPVLAGAITMLLTDRNL >KAI9888532.1 MAG: Diphthamide biosynthesis protein 1 [Vezdaea aestivalis] MEADRQEANLGPVESTLDQTSTVRLPKRRFVGRKRAEATQANGETTSEDALGVQISAPRRRPRALNQVPAEIQDDPDINEAISLLPPNYSFEIPKTIHRIRSSGSKKVALQFPEGLLLFATTISDILTEFCTGIETLIMGDVTYGACCIDDYTAKALGCDLLIHYAHSCLIPMNVTKIKTLYVFVDISIDVKHLQLSLERNFTAGKTIAMVGTIQFNSTLHNIKLDLESAGFKVIVPQSAPLSKGEILGCTSPRLTKSDGADLILYLGDGRFHLESAMIHNPELPAYRYDPYSRKLTREMYDHKEMHDLRRNAIQSAKGAKKWGIILGSLGRQGNPYTMAMIEQELRKRSIPFLSLLLSEIFPGKLAMMDDVECWVQIACPRLSIDWGYAFPRPLLTPYEALIALGVKEEWGVANGDVYPMDFYSKDGLGRTKPLVKE >KAF5898047.1 protein FAM13A isoform X2, partial [Clarias magur] PSSRLDNAGPTSRCKLSDTDPAHPHGSPSEHHGSITVDPCRGNELHCCYDERGHRPHSALSVSLCSYLEKTIRSAVEQHLFDAHMHPDQGPQPSTEAAAPAPSPATTARQRRRQQREQDENRERC >WP_048168883.1 TIGR03663 family protein [Methanosarcina sp. 2.H.A.1B.4] >KKG12706.1 hypothetical protein EO92_03045 [Methanosarcina sp. 2.H.A.1B.4] MQQSPDSDPVNSPKLSYKKYRLFGLLIVFFALALRLFELGERVFHHDESVHGSFTLKLLETGDYSYNPAYHGPFLFHSTAAVFHFLGINDTTARLVPVFFGVATILLLFLLKKELGKSGVLWAMFLLAFSPSMVYFSRFFRNDMIIVFCTLAAVTGVFRYLDNIHNSKRYLYLILTASSLAIAVTAKENAYVIILIFGAYAGMGLLYWIYSTWKRENLSLQKTLLRKASVLLPFLPEILLSGALSIFIIMFFYTSLFRNDISLFSIVERAFTHWLAMHRIERIGGPFYYYIPILFRYEIPVILFGTAGFFHFLKSKGRNVPFFLFLCYWAFTSLLLYSYLQEKVPWLVVHIVLPFGILAGAYLGELFSRNTESVMPEQELLEGNLSPLTGSKPSFRAKHPGKARTLTAGILALALLISLGQCISVNYYRSMEPAELMTYTQASPDIRELMEKIEGLDRRPENLRLYVVDPNKLYWPLPWYLEDYDKVGYSSKPPASSKYDAIIVPMSYDMYREISAEEYSSYNFTLRPGRDFTLYYKKKLEMNG >ARS39112.1 hypothetical protein CA265_05260 [Sphingobacteriaceae bacterium GW460-11-11-14-LB5] MNNHKYPLAPQSVGSDIKDKLPKLLKNRSKIGRFGGAVINALIKDASLTHEQIAEQLMLPVNTVIRTRENLGI >MCK9405607.1 CRISPR-associated protein Cas5 [Methanothrix sp.] MKVLKVVAEGLTTSFRYPHFMLGIHPTFEMPPPATIYGLICSAMGEWVEPNGIEFAYHFSHQGSFDDVEHIHVLASSTGKLPGTKTPKVLEGTVNPFKRKMLFKPRLVLYINKPEWEYAFKSPFYPVVLGRSQDLFSYTSVSVIELEMAKQAYFEHTLAPYRMMLRMGRGYVTLMPRYLDYANGRQPAFARYVILNRRINNTEFIQYEGQLEYKDFWIDPTSPKVENAHLGLWFHNFVGEYDDQPSLA >NP_001169133.1 uncharacterized protein LOC100382978 [Zea mays] >ACN31739.1 unknown [Zea mays] >ONM60790.1 hypothetical protein ZEAMMB73_Zm00001d022487 [Zea mays] MAAAGDLSDDEKRAMRGSKFAPLPPPPPSSRPQPRMAHPGGALTTNKAAALAKFLERKLQQPDGLDSLDPDLVKLAVKNAKETIKASNGEPSTSGRVVRHVSSFVDGTEDSEDEAEVKGIKRKRKNKKVKTHQGDKQQSKKKKKNKKKKGKGL >RWQ68821.1 thiosulfate oxidation carrier complex protein SoxZ, partial [Mesorhizobium sp.] IGPNGSNIPRHIIRRFACTYNDEEVFSADLFPAVSANPFIAFTLVATTSGTIDFTWTDDAGKSQTASAEITVS >RVE76210.1 hypothetical protein OJAV_G00006110 [Oryzias javanicus] MLSLSSRPRESDSIEEKLGRHAKTDVTVLEASDRIGGRVQSVHHGGTTLELGATWIHGANGNPVYHLAEENGLLEHTTDGERSVGRISLYAKNGVAHYQTNAGKRIPKDLVEEFSDLYNEVYELTQEFFKNGKPVCAESQNSVGVFTRDVVRKKIMVDLDDSEIIKKLKLSMLQQYLKVESCESSSPSMDEVSLSEFGEWTEIPGAHYVIPEGFMKIVELLAQDIPSHTICLGKPVRQIHWNYSAQHQEVITKNSDNNHNDNNYAGQPREEPFSLGRPVCVECEDEEWITADHVIVTASLGVLKQNHEAMFSPSLPEDKVLAIERLGISTTNKIFLEFEEPFWSPECNSIQFVWEDEAQLEQLAYPEELWYKKICSFDVLYPPERYGYMLSGWICGQEALYMERCDDETVAEICTELLRRFTGNPDIPKPRHVLRSSWGSNPYIRGSYSFTRVGSSGADCERLSMPLPYANCTKAPPLQVLFAGEATHRKYYSTTHGALLSGQREATRLIDMYQDLHKAETTKPNI >WP_215615491.1 sulfite oxidase-like oxidoreductase [Bradyrhizobium sediminis] >QWG20004.1 sulfite oxidase-like oxidoreductase [Bradyrhizobium sediminis] MAEQDEPPPDSKLTRSKQRWAQQGRFLTGRTSRPAEQRLPPGQHLTRDWPTLDLGVTPNISRERWRLDVYGAVEEPLFWNFAQFTAQPQVNFISDIHCVTTWSRYDNRWEGLSTRDLLDACRPRAEARFVVLHCHDGYTTNLTLEDFAAEDALLAHGWSGAPLEQEHGGPVRLVVPHLYFWKSAKWLQSIEFLAEDKPGYWEVRGYHNRGDPWKEERYSRG >NVM03966.1 ABC transporter ATP-binding protein [Candidatus Helarchaeota archaeon] MSKVLIEVKNLTKYYRIKKDINPIRNILFPVYTDFLAINNISFKVMKNEIFGILGPNGAGKTTIVKILCGLLSPTSGTIIIDNKDVSKNFFRIQTITGTMFGNTLIYHRLSGYDNLKYYCRVYDIPNYKERIIELLNLVDLVDWKDQLVENYSLGMKSKLALARALVHNPDIIILDEPTLGLDPKNSMFIRNLLNNLGKTIVITTHNMDVANDVCTRIAFLRKGHIITIDTPENLKLGALLNLILEIETPEVEELNNQLKSSGFTEKIERINKYKLKIYLKSQDYLPNILEILSTRKISNIKTITPSLEEAFLKFTSAREQK >MCK9363077.1 NADP-dependent isocitrate dehydrogenase [Syntrophales bacterium] MAKIKVVNPIVEMDGDEMTRVIWAKIKEKLICPWLDIDLKYYDLSILNRDATGDQVTIDAAEATLQYGVAVKCATITHDEARMKEFGSPALLRSPNGTIRNILDGTIFREPIICKNIPRLVPHWDKPIIIARHAFGDQYKAGEFQFKGKGSLRLIFVPEDGSPSIAKECFKSTGDGVAMATYNTDESIAGFARACLNYGLARRYPVYLSTKNTILKIYDGRFKNIFRKIFDEEFSKKFKDIGLTYEHRLIDDMVASTMKWSGGYLWACKNYDGDVMSDLVAQGYGSLGLMTSILMSPDGSAFEAEAAHGTITRHFRDYQAGKETSTNPIASIFAWTRGLIRRGELDSSPEVVKFANTLEEVCVQAVEAGHMTKDLALRVGSGQKWQTTDQFLDTIDGELRQRI >WP_230898856.1 MULTISPECIES: NUDIX domain-containing protein [Streptomyces] >UFQ13583.1 NUDIX domain-containing protein [Streptomyces huasconensis] >WCL83180.1 NUDIX domain-containing protein [Streptomyces sp. JCM 35825] MLTSHIEDQQPVTVCARALVVEDGLALMVRNHAPEIGYWYVLPGGKQHRGERLDETACRETREETGMSIRVGALWCVWEYLPERNTMPHGQPDQQIHFVFHATRHRPSSSLPARGAAVSSRPDARQQAVEWVPLRDVTAAQLYPGALAARLREPDAVTREHVYLGDMC >EFG6535742.1 ATP-dependent DNA helicase DinG [Escherichia coli] >MCN5891741.1 ATP-dependent DNA helicase DinG [Escherichia coli] >HAX9219850.1 ATP-dependent DNA helicase DinG [Escherichia coli] MALTAALKAQIAAWYKALQEQIPDFIPRAPQRQMIADVAKTLAGEEGRHLAIEAPTGVGKTLSYLIPGIAIAREEQKTLVVSTANVALQDQIYSKDLPLLKKIIPDLKFTAAFGRGRYVCPRNLTALASTEPTQQDLLAFLDDELTPNNQEEQKRCAKLKGDLDTYKWDGLRDHTDIAIDDDLWRRLSTDKASCLNRNCYYYRECPFFVARREIQEAEVVVANHALVMAAMESEAVLPDPKNLLLVLDEGHHLPDVARDALEMSAEITAPWYRLQLDLFTKLVATCMEQFRPKTIPPLAIPERLNAHCEELYELIASLNNILNLYMPAGQEAEHRFAMGELPDEVLEICQRLAKLTEMLRGLAELFLNDLSEKTGSHDIVRLHRLILQMNRALGMFEAQSKLWRLASLAQSSGAPVTKWATREEREGQLHLWFHCVGIRVSDQLERLLWRSIPHIIVTSATLRSLNSFSRLQEMSGLKEKAGDRFVALDSPFNHCEQGKIVIPRMRVEPSIDNEEQHIAEMAAFFREQVESKKHLGMLVLFASGRAMQRFLDYVTDLRLMLLVQGDQPRYRLVELHRKRVANGERSVLVGLQSFAEGLDLKGDLLSQVHIHKIAFPPIDSPVVITEGEWLKSLNRYPFEVQSLPSASFNLIQQVGRLIRSHGCWGEVVIYDKRLLTKNYGKRLLDALPVFPIEQPEVPEGIVKKKEKTKSPRSRRR >WP_236525681.1 phosphogluconate dehydratase [Escherichia coli] MNPQLLRVTNRIIERSRETRSAYLARIEQAKTSTVHRSQLACGNLAHGFAACQPEDKASLKSMLRNNIAIITSYNDMLSAHQPYEHYPEIIRKALHEANAVGQVAGGVPAMCDGVTQGQDGMELSLLSREVIAMSAAVGLSHNLFDGALFLGVCDKIVPGLTMAALSFGHLPAVFVPSGPMASGLPNKEKVRIRQLYAEGKVDRMALLESEAASYHAPGTCTFYGTANTNQMVVEFMGMQLPGSSFVHPDSPLRDALTAAAARQVTRMTGNGNEWMPIGKMIDEKVVVNGIVALLATGGSTNHTMHLVAMARAAGIQINWDDFSDLSDVVPLMARLYPNGPADINHFQAAGGVPVLVRELLKAGLLHEDVNTVAGFGLSRYTLEPWLNNGELDWREGAEKSLDNNVIASFEQPFSHHGGTKVLSGNLGRAVMKTSAVPVENQVIEAPAVVFESQHDVMPAFEAGLLDRDCVVVVRHQGPKANGMPELHKLMPPLGVLLDRCFKIALVTDGRLSGASGKVPSAIHVTPEAYDGGLLAKVRDGDIIRVNGQTGELTLLVDEAELAAREPHIPDLSASRVGTGRELFSALREKLSGAEQGATCITF >WP_039386062.1 hypothetical protein [Neochlamydia sp. TUME1] >KIC74144.1 hypothetical protein DB41_IT00070 [Neochlamydia sp. TUME1] MLSNEALYVDTSLYSLSPSSPPCPKFSLETLKHPSLIQTLPAALTLSYRVASPGQQAISQVPFMLRFTKSQSTHRLS >UCF78466.1 MAG: acyl-CoA dehydrogenase [Candidatus Eisenbacteria bacterium] MELTPEQEMVRKTVRKFAEEVVEPRAKEIDETQEFPWDVVKQMGQMGLLGICFPTEYGGAGLDNVCYAIAVEEISRVCGSNGITLAAHVSLGTYPIQVFGTEEQKQKYGVPLARGEKIGAFALTEPAAGSDAAGTETTAVKDKDGYVLNGTKIFITSAGVAEVCVATALTEKGKGTKGISAFIIEKGTPGFSVGTKENKLGLRGSDTCEIVFEDCRIPHENLLGREGQGFRIFMNTLDGGRISIGAMALGIAQGALDASIKYSKERKQFGRSICEFQAVQWMLADMATEIAAARHLVYYAARRKDRGEKVTLDSAMCKLYASEVAMRATTKAVQIHGGYGYMKDYPVERYFRDAKLTEIGEGTSEIQRLVIARELLT >MCL5970005.1 sulfite exporter TauE/SafE family protein [Patescibacteria group bacterium] MNLWVIFLTGLSVGGLTCLAVQGGLLASVITEREKETTKNKRSHVLFSTGVFLLAKLFAYVMLGFILGAFGGALNINGQVQAFMQLFAGIYMICIALNLLDIHPIFRYVVIQPPRFLTRLVKNQSKSKDLFAPGLLGLMTIFIPCGTTLAMEALAISSASAFKGSIIMGAFIIGTMPLFFGIGIITSVLGDTFKTKFLKLAAVAVIYLGITSANGALTVLGSSVTLQTIAQDLYFTSGLTTGAGNQKNNAQTSQDVEIVITSRGYAPNYIQVKKGLPVTLTLTTRDAFSCAAAFRIPSLGIAKNMTPNETETFTFTPEEAGEIPFMCSMGMFRGVIEVI >WP_139484744.1 hypothetical protein [Bradyrhizobium ivorense] >MCC8939516.1 hypothetical protein [Bradyrhizobium ivorense] >VIO76965.1 hypothetical protein CI41S_53790 [Bradyrhizobium ivorense] MIHSSQLLRRAFIADAVFSGVSAAAMVLDAAPLASFLNLPEALLRETGLFLVAYTVLVGGLGARTAVPKPLVLLVIVGNAAWTLASIALLFSGAVAPNLLGIIVIMAQAIATGVLAELQYAGMRRSEGVVTA >WP_007853416.1 TRAP transporter large permease subunit [Acidovorax sp. CF316] >EJE52988.1 TRAP transporter, DctM subunit [Acidovorax sp. CF316] MHMENFAPIMFAGLVLVMLIGFPVAFSLAALGLASGFFAIEMGWFPAVFMSNLPINIFGILSNELLLAIPFFTFMGAILEKCGLAEDMLDSMGQLFGTVRGGLGYSVIIVGFILGAITGTVAGQVIAMALISLPVMVRYGYNMRYATGVLAASGTITQLVPPSLVLIVMADQLGRSVGDMYRGAWGPSILQVLIFAGYTFMLGVFKPHYIPGIPKEARTMSGAKLWLKCLRGIIPSALLIFAVLGSMGGLPGIDTAIATPTEAGAMGVVGAMILAAIHKRLTWALMWEAMQGTMRLTAMVVFILIGARVFSMVFQGVDGAKWVEHMLSGLPGGQIGFLIAVNLFIFFLAFFLDFFEIAFIILPMLGPVADKLGIDLIWFGVLLCVNMQTSFMHPPFGFALFYLRGISNTLFKEGRIPKPILSSDIYMGAIPWVIMQLLLVTIVIFVPQTVTMFLPKAEVIDTDKVQIEVPADDLMNSDSNSSGAGENPFGDPAPAASDAAPAAAAPAGSDAKQ >MCI6704618.1 pentapeptide repeat-containing protein [Erysipelotrichaceae bacterium] MKNREPSFNGELNLLPVNQINEEYRQDNFLFDSEECAKILDYKEFFECKFTKITFTKHIRRAMFTDVIFENCDFSNIDMRECVFHRVIFRKCRLTGTDFTRGTFEDVLVEKTQAQYACFSSSKIKNSGFIDDVLSDTGFSMCKIDNMATEECDFKRAEFYDTKLKNLDFTRCNISNIVVEANDIKGVIVNEEQAIAFAKLLGIVVK >WP_119938117.1 HTH-type transcriptional activator RhaS [Enterobacter huaxiensis] >RSK62738.1 HTH-type transcriptional activator RhaS [Enterobacter huaxiensis] >UNC52286.1 HTH-type transcriptional activator RhaS [Enterobacter huaxiensis] MTVLHSVDFFPSGGSPVAIEPRLPQAAFPEHHHDFHEIVIVEHGTGIHVFNGQPYTISGGTVCFVRDHDRHLYEHTDNLCLTNVLYRSPDAFQFLSGLNQLLPQEKDGHYPSHWRVNQSTLQQVRQLVSQMEQSEDGPETHVIATRELLFMQLLVLLRRSSLVEGLGNNDARLNQLMAWLEEHFSEDVCWETLAEDFSLSLRTLHRQLKQHTGLTPQRYLNRLRLIKARHLLRHTDESVTDIAYRCGFGDSNHFSTLFRREFSWSPRDIRQGKDASLQ >WP_229408570.1 sensor histidine kinase [Limosilactobacillus reuteri] >MCC4501643.1 sensor histidine kinase [Limosilactobacillus reuteri] MNKHYFKLFWRSILLPTIGYLFLLSLIGLLVILYNLPTVFWGDVIRFSLPFFIVWLIGSGAIKYYRLRHLNVSQLDKFTPTNMTEGKLVELLKDEQAKNIDTIRQLQATQHEQLDHLELFTHEIKNYLTSLNAAAENSPTVASTEVKKNIHQANYYLNLLLNDERLAINNHDYDFQWIDIANLINNILQQNSAAFIHKQLIPELTGLDGIKVLTDRKWLHFCIEQLLSNAIKYSSPNSTINISWEMNSLRIADHGCGISMNDLPRIFDNGFTGKNGHRTTAATGMGLYLVKKVTEHLNFKVSISSVQFKGTTAILSFLPDNIRSSN >MCI6995250.1 macro domain-containing protein [Eubacterium sp.] MSIHVIHADLSNLPFYVDFILNTANPEPRDGNGLDRAIYQKAGPEMREDRKKIGNIAPGDIAITKGYGLNTQGVIHAVSTAWRDGFHDEELCIQKCYRKALNAAVAFMEEKHMQSVSIAMPLIGTGIYQIPREISIAIAFSESIRCVLKHNVKVYIVAFDADSVKAMREICPVEEYLSPMDTQSIRQTEYTRGSTVLSPESIHRSILQSDHYRRQLEPLDFCKLLQKHMDSKEISGPQIYKNLISRQSFSDIQSGKKSPKKETAILIAIQLKLSLAELEEFLNKAGYSLSDDNEEDRLTKEFFSSPCRDLLEYNMMRDEHGFEVPCK >KAH9162276.1 hypothetical protein EDB89DRAFT_653226 [Lactarius sanguifluus] MFASLAISVISFSLLFRSDPIRPAVVHCLAMTRLQRHMLSDRREDLDKSIFSFHRIDTPPPNLLVVTRSNYLHALFILAFALLTRSKLSKQPEDAIYACQISPPSSKPASRGIRILAPCSHDGAGECVGILG >THY09373.1 transcription initiation factor IID, TAF10 subunit [Aureobasidium pullulans] MADTEDRAQGDTKAEAPQATTEQLTAAPAADDIEASIDQEMQSADHDDSSHTMDNSSNSKSGTTLGLDGTSDEPPTVPQIETRMPAKKDVALRDFLGKMDEYAPIIPDAVTNYYLTLAGLPPPPATPPHLARLLALAAQKFIADIAADAYQYSRIRSTNTTSNSPLTGLGGAAGFGMMPTEEGGAKGKGKDAAKGAQIGGPRPGYGGGGVGSSGGRTVLTMEDLGMAVGEYGVNVKRGEFYR >MBA4060735.1 transporter [Verminephrobacter sp.] MSEQPDMEYAMVDATIVKVHRHGQGAKGGLRARP >WP_035847413.1 MerR family transcriptional regulator [Kitasatospora azatica] MTDYSVGEVAKVAKVTVRTLHHYDRIRLLSPSGRTAAGYRRYQDADLDRLQRILFYRELGFSLEEIAAILDDDSTTPSEHLRRQHALLKDRIRHLETLAAAVEQAMEATTMGIQLTPEEKFEVFGPEYDQAWETEAEQRWGDSEAWHESQRRTASYGKADWERITAAQAAFNERLAAAMKAGEAPDSGPAMDLAEEHRRQICDTFYDCGYPMHRCLAEMYVADPRFTATYEKVAPGLAQWLHDAILANATRAGH >MCQ2473581.1 hypothetical protein [Saccharofermentans sp.] MIKYNEIMSSATVDPAMKSRIMGAVSKAIKEQAENAASVDNTNDNSNDSDVRGAAVVTDLKDKSEVTGSKPYRKKAKKSPLAAIISIAAVLAVVSGAVYFVYSYMGGSMKTTQMKDVQAVNGAQAEYIDSAEAGNDSYEGAEEVSEDKYVGATRLPLTDGSTKPAGGASIKNESNTEEGESNHTTGVIGNERLDRISKKLPFELKGTGTVAETNGVSGEIFMGANGEKVVIRSAPEGTDVLAATYSGSDKFVGVDGTTPRGTSVKLYHVAFGTVSAIGKGETPADYNAAVFTKNGNTYLITFSSITDADTIYGVIDVL >MBN4382193.1 immunoglobulin heavy chain junction region [Homo sapiens] CARSMCHGPGSFFVRGPPTYYCGLDVW >WP_029789810.1 ATP-dependent chaperone ClpB [Vibrio harveyi] MRLDRFTSKFQIAISDAQSLALGRDHQYIEPVHLMVALLDQNGSPIRPLLTMLDVDVTHLRSKLSEMLDRLPKVSGIGGDVQLSSSMGTLFNLCDKVAQKRQDSYISSEVFLLAALEDRGPLGQLLKEMGLTEQKVSQAIEKIRGGQKVNDPNAEELRQALEKFTIDLTERAEQGKLDPVIGRDDEIRRTIQVLQRRTKNNPVIIGEPGVGKTAIVEGLAQRIINNEVPEGLRGRRVLSLDMGALVAGAKYRGEFEERLKSVLNELAKEEGNVILFIDELHTMVGAGKGEGSMDAGNMLKPALARGELHCVGATTLDEYRQYIEKDAALERRFQKVLVDEPSVEDTIAILRGLKERYELHHHVEITDPAIVAAASLSHRYVSDRQLPDKAIDLIDEAASSIRLQIDSKPESLDKLERKIIQLKIEQQALSNEHDEASEKRLDVLNDELNEKEREYAELEEVWNAEKAALSGTQHIKGELEQARMDMDFARRAGDLNRMSELQYGRIPELEKQLDLATQAEMQEMTLLRNKVTDNEIAEVLSKQTGIPVSKMLEAEKEKLLRMEDVLHKRVIGQAEAVEVVSNAIRRSRAGLSDPNKPIGSFLFLGPTGVGKTELCKTLASFMFDSEDAMVRIDMSEFMEKHSVARLVGAPPGYVGYEEGGYLTEAVRRKPYSVILLDEVEKAHPDVFNILLQVLDDGRLTDGQGRTVDFRNTVVIMTSNLGSARIQENFATLDYQGIKNEVMDVVSKHFRPEFLNRVDESVVFHPLSQEHIKSIASIQLERLAKRLEEKGYQFEVSDKALDLIAQVGFDPVYGARPLKRAIQQNVENPLAKSILAGEILPDKKVQLIVSNDQIIAHQ >MCI9436439.1 hypothetical protein [Lachnospiraceae bacterium] MEPDGFRSPAALFCSLGDFNSIIAFRDRDDVLALLIHLGYMEELPSGDGYVDIVYLPKHSLPMPALVIELKWKHSVQGAIARIKDRRYPVVLSGYGGDILLVGIAYDREAGKRKHTCVIEKV >WP_237106527.1 class I SAM-dependent methyltransferase [Nonomuraea sp. MG754425] MAEFHAASRRWVDRILADPPRVHGGSADMEPNQTWHTEAACYYLMADLITPGAVTLETGLGVSTALFAGLGARHTCVVNSADEIDRFRSYAATHGIDLTNVELLNGSSDDVLPGLRLDDLDLLFIDGSHHFPMPIIDWYYGARSLRKGGVVVIDDLLFIGPAMISYFLTRDDRWHVLAETSKWAAYKRMDARGSKEEWRHRKMIRASAEPSLDEDLLHSLIALRRANMLYEASDDQTPREPSSADLHLWLEDCDEPTACGVMRDGLLQTFAASDWGLQQGHAAMLMNHLVTAYGVSVEQSAMADLRAQLRM >WP_235029016.1 MgpC family cytadherence protein, partial [Mycoplasmoides pneumoniae] YWVVNERTTSGSATWWAKTHLNFGTEVQKSFVENQLGFKDDSNSDSKNSNLKAQDLTQPAYLITGLDVVQDHLVFAAFKAGAVGYDMTTDSNASTKDQALAWSTTAGLDSAGGYNNLVENTAGLN >WP_115946316.1 DNA topoisomerase III [Pseudomonas oleovorans] >RED02962.1 DNA topoisomerase-3 [Pseudomonas oleovorans] MQLYLCEKPSQAKDIARILGATRRGEGCLQGQGVTVTWCIGHLLETAPPDAYDVRYKRWSLDDLPIVPEQWKLQVKKTTGSQFKAVKRLLGEASELVIATDADREGEMIARELVEHCRYRGPIRRLWLSALDDVSIRRALAALKPGAETYGLYQSALGRSRADWLIGMNMSRLFTLLGRRSGYQGVLSVGRVQTPTLRLVVDRDRAIAAFVPVPFWTVEATLDASGSRFQAQWQPPEDVCDDQGRCLKPEVAQAAARAIEAAGQARLVKLKTERVREAAPLPFDLGTLQEVCSKRLNLGAQQTLDVAQALYEKYKLITYPRSDCGYLPLSQHAEAPALLAALLGADSSLAPLRDHLDASRRSRAWNDAKVSAHHGIIPTQVTRDLGRLSPQERNVYGLIRARYLAQFLPPHEFDRTQADFAAGGERLRATGKRLVEPGWRRALPESLTPPKGREAPPPQALPELREGESYPVVEVRCKDQLTQPPKPFTEGDLIKAMKNVAKLVEDPALKQKLKDTTGIGTEATRASIIQGLLDRGYLVKQGKALAATPAAFGLIDAVPRAIADPGTTALWEQALDRVQEGELSLAEFVTKQSAWMGKQVERCLGLTLTISGPPPAGKGAPWKKKRRTGGSKAKATAKTSGAVPRVRKPRVKPG >KLR59865.1 exodeoxyribonuclease III [Actinobacteria bacterium IMCC26207] MLVATWNVNSLNARMERVSEWLSEVQPDVLCMQETKMTDEQFPSLDFLQLGYESVHFGQGRWNGVAILSKVGLTDPLFGFADGREPDVDARIVWATCGGVRICSVYVPNGRELTNDHYTYKLDWFGRLRAHLDANHSPDEKLVILGDFNVAPTDIDVWSPAAFEGGTHVSQPERDALQRLKDWGLVDTLRERYPQDQIYSFWDYRNGDFHKRRGVRIDFLLSTPALAEHCSADLIDRNARKGTKPSDHAPVMGVFDL >WP_227550239.1 MULTISPECIES: DUF5686 and carboxypeptidase-like regulatory domain-containing protein [Sphingobacterium] >MBB1642633.1 hypothetical protein [Sphingobacterium sp. UME9] >MCS4165673.1 hypothetical protein [Sphingobacterium sp. BIGb0116] MRAKINATTFITKLFFSITLVLTVSMAFAQNKTVTGTVRDAKTKNPIPYATVAVVGAPASAGTTTSTNANGEYKLVFPTSYVKIRASYIGYDSKDAFVTNDATQTKEILMDQQDNMLEEVVVKAKKKKYSNKDNPAVALIRKVIENKEKNRLSGQQYAEFDQYEKMSLGLSNLSEKFVNKKIFKNYQFLFETDDSAKTANKYVLPAFIEEKMSKVYYRKDPSKTKQYIIGDQRAQFDPRFIDNDGLTAYFNKLYEQVDIYDNNISLVTNQFLSPIANSAPTFYKFYITDTIKTVQPWLVELSFFPRNKADMLFKGQLYVTLDGNYAVQGANMTVADDINLNFVRDLQIQLKFEKDSKSRFYLKTSTLGIDFSLTEKGMGIRGSRTVDYNNYKVGIQQPDSTYDGPSTVIAYNVENKKATKSLFETQRPLALAQNELNIYHNIDTLQKIPSFRSFMDIAALLLSGYKQAGPVEIGPVNTFYSFNPVEGFRLRVGGRTTESLSKRFYAETYAAYGFKDQKWKYFFSGTYAFNNKSVYSFPMHYIRASYKKDTKIPGQKLEFIQEDNFLLSFKRGDNDRYIYETNYGLEYKKEFLNHLAIGAAFNINRQTPAGSLTYQMVDANNESRLFNELNSTEVSVNFRYAPHEEFYQGKIYRTPIFNQYPIFTFNYTAGIKGLAKGEYNYHNFNVGAFKRFYLSQFGYADVTAEGNYIAGKEIPFPFLTIHRANQTYAYQLNSYNLMNFLEFVSDHNASINVQYYMNGFLLNKIPLIKKLKLREVFSFKGVYGGLRKENNPDDPNYGSKVFTWQHNADGTQSSYTFGSEPYMEASIGLSNIFKILRVDYVKRLNYLDHVDAPAWGIRARVKFDF >ABO71806.1 T cell receptor alpha, partial [Salmo salar] GSATTEERVFEGEGVTLSCNYTGSYSSDTLLWYQQYPRSKPEFLLLLTEGGLKTHNESTHPRLSVKLNEDKTRVDLKISSTEVTDSALYYCALMTTGVGDKIIFGTGTSINN >RXW21184.1 hypothetical protein EST38_g4674 [Candolleomyces aberdarensis] MASSTEITLEAAERTVDELAEQDVDSVDSEIRYMAYGARLRTALRASTRYIAYTSDIGEAFRPVVPPWIVTAAYGVSWLYLSGDVAYESYKAHHRGPTPIEAVNFSEPTRLAIAAVQRATFQSVASMALPALTIHTLVAQSKKAFVNAKSPRIKTWGPTVTGLAIVPILPYLFDHPVEHVTDRAFDWIRQKLIERNQSNTTTAKDRKEL >NMC86773.1 DUF1080 domain-containing protein [Anaerolineaceae bacterium] MSNYRRGQGFVEYILLVLLLGIISVSALKITGVDVGDLFTSVADTLSNKSNTVFADTFSDLSNWKSIFGSNRWSAVDGNLVTTSAGDQRIMETGNLPNDYVITTTAQLLSGGGYGIMFRLTPSGSSYAGYSFQLDQGYGNKFVLRKYSTNGTEISTPIAVSSPPAGFDFYAPHQVTLSVVGNTYTAYVDGTQVMTAKDSSYTSGGAGLRTWWSNQVSVSDFSVSTP >KAI5749163.1 hypothetical protein M8J76_005091 [Diaphorina citri] MRQVLLRLRREIWASVPFLCYSDLGIMEKVASRFLFSNFTYENILEGSTEVPLINSWFLMSSIWPISSIVAFYLYFVLKLGPQWMENRKPIDLKYVLILYNAIQVVYSIGLCWAVVKVVLELESRKSGMSWKYICAPLPRHHDDDVMYLVYSSGWYYFFAKVVELLDTVFFVLRKKNNQITALHVYHHSIMAFSTWGYLKYVQGEQGLFIGFMNSAVHVMMYFYYLVAALGPQFQKYIWWKKYMTKIQLGQFIIMLIYLVGLLVFGCKQNRILTYYMCFNVTAFLLLFLNFYRKAYIHNNQLKQKSS >RLF82422.1 hypothetical protein DRN38_00180 [Thermococci archaeon] MTLDLTYYKMKLYQKAKEENSNRINVKKLLIPLWILRELERQGIIRFIGLNEIEILEPLALMKERKEEQKEEVKEVSKEEKEEEARASIEKYKGMLMDESNPLNLLLGYDDLKLLVLRSLEESNIHFLFVGPPATGKSLILEGIELLKPEGAYWIDGTHLTVAGLENAIINYRPRYLLIDEIDKSPDRNIWYSLLNLMEFGRFKSTKYKKMYEFPVELNIYATANKIDKLPEQLLDRFIIFHFREYTKEEIKKIIYHCLHKIAGYDEEFSKEFAEIYVKNFEKPSIRTAIRLAKLCRNKKDIEFVINTIKKYSP >WP_277309438.1 GntR family transcriptional regulator [Spongiactinospora sp. TRM90649] MTIDSSADRPVYKQLADLLRTQIQAGELRPGQRLLAENDYVAEYGISRDSVRRAMAVLRSEGLIVTELRGSRVREPEESVEVQVDAGTTIAARMPTDPERRQLGIGEGIPILVITDPDGETRLLPADRTILHTGEPL >WP_107891604.1 hypothetical protein [Rhodovulum imhoffii] >MBK5934127.1 hypothetical protein [Rhodovulum imhoffii] >PTN02799.1 hypothetical protein C8N32_105172 [Rhodovulum imhoffii] MKSAPQDGHTEKHPRIQPVGLLFDVPQEDIAHICLPEGARLEKLSASRLPCVLSIAREAEFVVAPLIGREVDAVEFAAILRRGGFCGHYIVLTPTLPCNDLVLQEILQTCPGLTVELAARKTH >MCG62561.1 immunoglobulin heavy chain junction region [Homo sapiens] CARDRLWGSSWYAAFDIW >EFO2078189.1 Replication protein P [Escherichia coli O409] MKNIAAQMVNFDREQMRRIANNMPEQYDEKPQVQQVAQIINGVFSQLLATFPASLANRDQNELNEIRRQWVLAFRENGITTMEQVNAGMRVARRQNRPFLPSPGQFVAWCREEASVIAGLPNVSELVDMVYEYCRKRGLYPDAESYPWKSNAHYWLVTNLYQNMRANALTAAELRRKAADELTCMTARINRGETIPEPVKQLPVMGGRPLNRAQALAKIAEIKAKFGLKGASV >WP_159583277.1 RNA-binding protein [Streptococcus halichoeri] MIKDSTIYQHFHPDEYAFIDKVKDIIQQVDQTYAWQVTDFVNPRELTIIQSLVAQAQLTCFTSSDLFLSEYQRVIIAPEYYVLDPEDFDMALIEMTYNAKFNQIRHCQVLGTLLNELGIKRSLIGDILITDGNIQVMVAQTLVDYLLGTISKIGRASVQLKQVPLSELKQVKDLSEKETELLTSSLRLDRLMASVLKMSRHQAIRLIESEKVKVNYRPQTKSALTLAEGDLVSVRGFGRFRFIRLNGLTKHGKYKVTLGKTLHK >WP_107324026.1 hypothetical protein [Phaeovulum veldkampii] >MBK5947560.1 hypothetical protein [Phaeovulum veldkampii DSM 11550] >NCU20427.1 hypothetical protein [Candidatus Falkowbacteria bacterium] >PTE18495.1 hypothetical protein C5F46_03730 [Phaeovulum veldkampii DSM 11550] >TDQ59230.1 hypothetical protein EV658_109109 [Phaeovulum veldkampii DSM 11550] MDLGKLFSQLFRVFGRRAMNAGINKGIDMAAGKGKGRDQMTPAERQAARTAREAVKRARQAARITRRIGR >WP_169571417.1 YegS/Rv2252/BmrU family lipid kinase [Sphingobium psychrophilum] >NML09527.1 YegS/Rv2252/BmrU family lipid kinase [Sphingobium psychrophilum] METKPLPKDAILVVNAHSRRGQDNFAQAKEKLEAAGVRLIAAHAVEEPEKMAQMVREAVASGAPMVIVGGGDGSMSGTVDELVGKDCVFGVLPLGTANSFARTLGLPLDLEGAVQAIATGQRRRVDLGMIERDYFVNAAALGLSPQIGQTVPHKLKRYLGRIGYLMWAVKCSVGFRAFRLTIDDGENQRRMWSTEVRILNGPYHGGVELSDHADVDTGEIVIQAVVGRSKPRLAWDWYAKFFKLRDRNAHTEEFHGKSFRIETHPRQRISIDGEVLAKTPVTVKIAPGAVEVAVPRAE >WP_181198956.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] >EHG6153130.1 sulfurtransferase [Escherichia fergusonii] >EHG6211065.1 sulfurtransferase [Escherichia fergusonii] >QLM89427.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] >QLN36314.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] >QMH66838.1 thiosulfate sulfurtransferase YnjE [Escherichia fergusonii] MKRVSQMTALAMALGLACASSWAAELAKPLTLDQLQQQNGKAIDTRPSAFYNGWPQTLNGPSGHEPAALNLSASWLDKMSTEQLNAWIKQHNLKADAPVALYGNDKDVNAVKTRLQKAGFTHISILSDALNEPSRLQKLPHFEQLVYPQWLHDLQQGKEVTAKPAGDWKVIEAAWGAPKLYLISHIPGADYIDTNEVESEPLWNKVSDEQLKAMLAKHGIRHDTTVILYGRDVYAAARVAQIMLYAGVKDVRLLDGGWQTWSDAGLPVERGTPPKVKAEPDFGVKIPAQPQLMLDMEQARGLLYRQDASLVSIRSWPEFIGTTSGYSYIKPKGEIAGARWGHAGSDSTHMEDFHNPDGTMRSADDIAAMWKAWNIKPDQQVSFYCGTGWRASETFMYARAMGWNNVSVYDGGWYEWSSDPKNPVATGERGPESSK >WP_095317440.1 ABC transporter permease [Alkalihalobacillus clausii] >PAF08561.1 hypothetical protein CHH65_15385 [Alkalihalobacillus clausii] MFYIGKDAKQLLMDKGALVTMLFMPLVLILILGFALGDAFTGMPEKIDVAIVSDETLADAVQRFSDELDDWPAQEKTAVLGLAEQLSVPELLIETVESTEDLDSITFHYENELSEARDKDYAGVLHIGEGSRAQIWEQQFLGGGESTGAFTFYANTSEPQQAAIVEAIMKQFIDQFYAQTALANAGLESSMLEGIGDVIYQGSQPISAFEYYMFAMGVMFVFYTAGFMASYAYMEKKTSVYARLILANVSQVGYLVGKGVTTVFLVLIQLMLIFAVNLALFRIEIGNWPGVLLISLMLGIAVASVALLITAIQFRFRSEKVANQFMFFIITIFASVGGSFFPVSDLSPLLAQLSQWTPNGRALTAFLQAAQGAALEEIRPAILMLSGFSCLCFAIAWLFFPRQGGAES >MBF66593.1 hypothetical protein [Gammaproteobacteria bacterium] MKRTARVAVTWLAVMVVGLAGFAYFGTDEAKDVAWDNVSKPFVGPPGVIPWSDGERGVLASLSLAALGNAPLDPTNQYDGDPLAIRLGHQLFFDTRFSATGGISCATCHQPARAFTDGLGKGAGIGFSKRNTRTLLGVTHSPWQYWDGRRDTLWAQALTPIEDHNEHGISRTEMVTAFAAEPQYRSAWQEIVGSPLPEFADVNRFPVEASPLGVADAAAAWERMTAFDRQQVNRVFAHLGKFIAAYEAILLPGPDPLEAYLKNVAQGQDEPIAKFGAEAIAGLRLFVGKARCIECHNGPLLTNNEFHNTGVLSAPGELPDRGRVDGVRLVAADPFNCLSLFSDDNTCAELRYRRSGVTTIGATRTPTLRGVTVTAPYMHKGQIATLAEVVDHYDFAEEALVGHNEAKPLRLTPRESRHLIAFLETLTFGMAIDPAWLAPPESGRNRSLISAAGAWARATPPGSTNAAVYLTLSNAGRAAITIADVESEVGVGMFHHTREVEGMAHMDHLDEVELPAGGRVELRPGGMHIMLMRLTAPLVAGERFTLQLYPTDGEAIEVEVEVRGLTWLPGE >TLY59051.1 type II toxin-antitoxin system VapC family toxin [Gammaproteobacteria bacterium] MTRYLLDTNIISNVTKPTPSEQLVSWMDRQSDETLFISSLTVAEIRRGVLEKPAGKNWARLMAEGTVRGQPRSALDMIIASIAEANDCIVVTDNEQHCAGLRVINPLRNAT >CCZ42971.1 unknown [Clostridium sp. CAG:122] MRREIKKLIAATMSMALVLGVGNTVNIKAGTESKIKAESINGVFI >MBF2983383.1 PTS transporter subunit EIIA [Pseudomonas aeruginosa] ALVADGLAAPGYAEGLKAREAQGSTYLGQGIAIPHGTPDTRELVFSTGVRLLQFPEGVDWGDGQQVYLAIGIAAKSDEHLQLLQLLTRALGEADLGPALSAAASAEEVLGLLQGAPQELALDAQLVGLGQNAEDLDELAWLGARLLKKAGCVENGFAAVLQQTEPLPLGDGLCWLHSEQLVKRPGLAFVTPAQPLQHQGQPVTGLFCLASLGEAHQALLERLCDLLLEGRGAELVRATSSRSVL >AEF32461.1 eukaryotic transcription factor, partial [Conandron ramondioides] RGSTSAIELINGAEILLHDHHHQQDMLSGHYLATNAPFLEASTLYNQDVGGSNEDPCALANTFSRKRTVKKDRHSKIVTSQGPRDRRVRLSIGIARKFFDLQEMLGFDKPSKTLEWLLTKSKVAIKDLVHRKKSCSTRSTSSPSECAVVLNGDAFKYGRCLLPADPKRKSVLINANKCKGAKDPTQSASTVAKESRVKARTRARERTKEKMCIKKLNESRNMNNLFEVCRPSASNSKPILRHPITNEVTAATVAATEHLIQESNVIKRTLRHHPSF >HCC04630.1 hypothetical protein [Clostridiales bacterium] MSEVEIREPKQTRSIETKDKIIEAGFELICTDGFYNTNTSKIAKKAGVSTGIIYQYFKDKKDILLNGLDKYADDIFYPMLNMSNIKFDKNNFADIMKNMIKKYISNHKLSHTAHEEITAMAHSDKDVAYFFYKREMDMTYKFGSALTENGFDIVNLNEKVHIVLGLIDNLCHEIVYHKHKELDYEIMTDVVVNEIVNILK >QTZ27226.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGXFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTIIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEADNFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKEXLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINITIWFLLLSVCLGSLIYSTAALGVLMSNLGXPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVXLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >KAI9164099.1 Alpha-L-fucosidase 2 [Paramyrothecium foliicola] MKALGLPIGWVASVAIRCAFAATEASHTLWYSKPADRIFYEALPIGNGKLGAMIHGYTDNEIIMLNEESIWSGGYMKNKYPPRARENLPKIREQILMGNLTEAGETWSENFVPDYDDMRRYQPAGEFNITFGHTWNDTTEYRRDLDISTGIASVSYVYDGVTYTREVFGNLPHNVLAYKYTASGEGALNFDIALTRQRMVVNSTAKKCAQTLTLHGTGEEDDTYRFASKARLVLGNSVGKVHSNSSTLAIRGANEVWIFSSIETAYKHPEATYAELEAIVDERLDAAIEKGYDSLRQEAVDDYKQYYDRTSIDLGTSADIGKRDILARIENWKRGTNITTDPELMALQFNYGKYLLIQSSRPGTLPANLQGIWSHSQQFKPPWDSKFTLNVNLEMNYWFAQPLNLPEITVPVVDLLDRLAVTGKEVAKGMYGAEGWCCHHNTDITGDCTPFHGLTIAAPYPLGGAWVAFEAIEHYRFTGDKEFARTRVLPLLKGAMDFIYSYATERDGYWITNPSCSPENSYYIPEGMSVAGENTGIDAGATNDRAIMWEIMTGWIQISEGLGLTEGVEKARDFRDKIQGPVAGSFGQLLEYSREYEENEPGHRHFSMLVGLQPGTWTTPLTTPEDAVKAQKLLKWRMDNGSGGNSWSVTWAGLLHARLFDGVRALQLAMQLINRWVHASLMSRNGSYFQIDGNSGYTASIVEMFLQSHAGVLHLGPAMPPAGMGLDNGSFKGWIARGGFKVDMTWKNGAVSEAEITSLLGNPLKIRVGNGSKFTVGANSRVADGEETKTEVGQTIKVTV >XP_042112981.1 complement decay-accelerating factor isoform X8 [Ovis aries] MSPPRPRARAVLSLLGGLGPQLLLLLLRPPAASGDCSLPPDVPNAQATLGGLTSFPEQRTVTYKCNKGFVKVPGKADSVVCQNNKWSELAEFCNRSCDVPTRLLFASLKKSYSQQNYFPEGSTVEYECRQGYIRDPSLSGNITCLQNFVWSKPDKFCKKKSCPKPREIENGHVKITTDILLGATIYFSCNTGYKLVGAASSFCAPMGNTVGWSAGFPECQKILCPEPPKVDHGMIQEKQNSYAYGQSATYKCMEGFTLHGEISIYCTVRDDQGEWSGPLPQCRETDVSPTVLKSTEVNVPGTKVLSTPQKPTTVNVSATETPSTPQKPTTVNVSAIETPPTPQKPTTVNVSATETPPTPQKPITVNVPATETPPTPQKPTTVNVSATETPPTPQKPITINVPASETPPTPQKPTAVNVPAAKSTAVPRTTLRLHATSAPKGRGSAPSALTTHMGTTKHLSVMVHCNW >WP_007577863.1 NAD(P)/FAD-dependent oxidoreductase [Patulibacter medicamentivorans] >EHN09557.1 Cyclohexanone monooxygenase [Patulibacter medicamentivorans] MSSPAQPSIASNGRATTTAGPSIAIVGAGFGGVGMAIRLKQAGFGNLTIFDRAAGVGGVWRDNTYPGAACDVPSPLYSYSFAPNQDWPNRYSEQPAILDYIEGCVERFGLGPHLRLNATVERAAFDEATGRWRLEVGGQVHEADVLIPACGQLSEPAYPSIDGIDRFAGEAFHSARWNHDIDLTGKRVAVVGTGASAIQFIPRIAPQVAQLTVYQRSAPYIMPRLQAHYSERHHKLFRALPLIQRAERLGWFAFGEIGTAGMVKGAWITAPFKKLCLRYLERQVADPQLRRILTPDYEFGCKRVLFSENYYEAVSRPNVEVIPEGVREVTASGLVSATSGVERDADVIIYGTGFRTKDFVAPMEVRGLAGRELNEAWAGGERAHLGLTVSGFPNMFLTYGPNTNLGAGSIIYMIESQANYVVDALQRLAARGGGYLDVREDALDAFDREVQERLSGTVWQTGCESWYVDENGRNANNWPAQVVEYRRRTRQLDPADFRFVAPNPAPGAARELAGAAGD >WP_056082173.1 M3 family metallopeptidase [Chryseobacterium sp. Leaf394] >KQS93253.1 peptidase M3 [Chryseobacterium sp. Leaf394] MSILTEKFNTPYHSAPFDQIKNEDYLPAFKDLIQKSEAEIDAIVNNSEEPTFENTIEALAFSGEQLDRASNIFFNLNSAETSDELQKIAQEVSPVLTEYSSKISQNEALFDRIKKVYDQKEKYSLNEEQQMLLDETYKGFVRSGALLNEEDKEKLKKISMDLSLKSLQFGQNVLASTNNYFKHITNKEDLAGIPEAIIEQYAEEAKEKNIEGWVVTLQYPSYIPFMTYAENRELRKELALANGKKSFDGGEFDNQNLIKELLNLKQQKAELLGYKNYADYVLEERMAKSPTKVLDFLNELLTKAKPYAEKEIEELKSLAKADGIEEMQGYDHAFYAEKLRKAKYDLNDEELKPYFPLEQVQEAVFGLSKKLFGLTFVEKNDVPKYHEDVKVYEVFENQEPDTQNQETTNGNGQPSTSFKALLYVDYFPRKGKRAGAWMTSYKNQYQKDGENSRPHISIVCNFSKPTKDTPSLLTFQEVTTLFHEFGHALHGMMANTQYPNLSGTSVKWDFVELPSQFLENFCYEPEFLKTFAKHYKTGEVLPDEKIEKIALSKNFMEGYQTMRQLGFGILDMNYHTKVGDLENLSVKEFEDSYTKATQLYPVNPETAMSPSFSHIFQGGYSAGYYSYKWAEVLDADAFQYFKETGIFNPETAAKFKILLSSGGTKDPMELYKNFRGSEPKVESLLKRAFG >MBA2687082.1 glycosyltransferase family 2 protein [Gemmatimonadaceae bacterium] MHSEKPLATIITTVHDLRPYIGACIQSVLRQTYERWEQIIVDDGSTDGTEQIVRQFSDPRIKYIRLPKRGVPALAESYNTALASGRGNLVAVLEGDDFWPDDKLAVQVAAFDDSELQICWGESELVSSDGKLLSRWPRQSRRSNEFSLEELFRELTCTNILTPTVTVMLRREALDRVGGFRQPAGALYVDLPTWLIVSATAKGKARKLGHHLGYYRVHGGQISTEFRFDYFTSQSRVIAAILEEIDPSQLVRLGWDTKQMRIAETCASLARGTAYLRIGNRAEARKNFAVALSPFYKPRKSLRALLGYLSTFMRLDLLAAVDSLRLKFLTVNQARTSASR >EGQ7676658.1 ABC transporter permease [Vibrio parahaemolyticus] MQDVNSRFHKSVVYTIVGIMLIPILATFIYSISSRWGATILPDGFTFDWYIKLLTDPRFLQAFGRSLFIGLSALALSVVLVLPAIFVVFYYFPKLDKLMNILILLPFAVPPVVSSVGLLQLYADSEISLIGTPWILVGTNFTIALPFMYRAISNSFEAINLHDLMDAAHLLGASTTKAFLLIILPNLKKGLMASLFLSFSFLLGEFVFANILVGTRYETLQIYLYNMRQTSGHFTSALVMTYFLFIFLLTWLASRFSRGVK >KAG1662457.1 hypothetical protein FOA52_009665 [Chlamydomonas sp. UWO 241] MLAPCRLRRLESGGVEPSYGGDYSADFDDDPHSTSFGGGSPGGSGGRGIGGGGGNAPAGAPPPHAVGHYYAPPPPRGPQPRAETSGRAQQPHPHHAHAGSGGGGGIARRSPPVDYYPPPPPPLPPPPPALTAQQQLEALAQRSALAMRAKGLVAGPCGAPWLGDPASAGLPGGGADADDAVLENLRGEYMSAFGAKSALPRSPALAKPGAVTRVPGVRPSPQQQQARGQRRAGSRLF >UAW00545.1 MAG: RNA-dependent RNA polymerase, partial [Porcine picobirnavirus] MPRNSETSNMAFYFDLPNPGLKSYFGNVVKGQPNIYDTPFAKGESTEELLKKWDTVLKSISDEWPTLYEFEKDLAEKVGPMSIMQPLSQRMNDIDSYYESIHLPSKPIDDRAIKAVLAEWAGVRGLRLRSQQRTVEIMKKSTNSGSPYFTKRRNVVDKTIPCHVSVDKVYGAVQYLNNEHYHTSKWGACAVLGWRGQEGGSEKDDVKQRVVWMFPFAVNIEELRAYQPLIEKVQSFNLVPAWVSMESVDIQVTKLFDSKNPEDLVVCTDFTKFDQHFNPSLQFAPRQLLEGILSTGPESSRWLTEVFPIKYRIPLAYDYGKIRHGLHGMGSGSGGTNADETLVHRALQYEAAQHAGARLNP >PYP50915.1 N-acetyltransferase [Gemmatimonadota bacterium] MSCSLRPVGRAQRARLELLTAATGLFRPDEVAIAVELLDDALAGDEEYRFLGAFSGDELVGYACWGPTPGTSGTYDLYWIVVDPAWQRKRVGTQLLASVEDTLMTDNGRLIIVETSSRAEYGPTRAFYERRGYARAAQIPGYYTAGDDLVIYLKDLTHGVLARATA >YP_009351723.1 NADH dehydrogenase subunit 5 [Thoracotermes macrothorax] >AQP30488.1 NADH dehydrogenase subunit 5 [Thoracotermes macrothorax] MDWDIVTLNGSSVIMTFLFDWMSLLFMGFVFIISSLVILYSDDYMFGDLNIVRFIFLVLMFVVSMMFLIISPNVISILLGWDGLGLVSYLLVIYYQNVSSYGAGMLTVLSNRIGDVALLMVIAWMINFGSWNFIYYLEFMAGSIEMELISFLVVLAAMTSSAQIPFSSWLPAAMAAPTPVSALVHSSTLVTAGVYLLIRFSPSFSCWLNTILLLVSGLTMFMAGLGANFEFDLKSIIALSTLSQLGLMIMTISIGLSGLSFFHLMTHALFKALLFMCAGGVIHSMGDSQDIRFMGGLSIYMPFTSSSLMISNFALCGMPFLAGFYSKDFILEMFSMSYVNMFGFMLLFLSTGLTVCYSFRLFYFVMCGDFNFIPSYSMVEINYNMVFGMIGLLIMSIFGGGSLMWLICPTPSIICLPYYLSFLTLFVVFMGGWLGYSMAGFVFGDSLMSIHLYMPSSFSGSMWFMPFFSTYGMSFGPLGLGYFTTSVFDSGWMEYFGGQGLYWVLFNLGKINQWFQYNSLKVFLGFFVMWVVILLFFLIY >KAJ6471610.1 hypothetical protein C8R47DRAFT_1297427 [Mycena vitilis] MRMATLISRISTKARGSIGSHLLSTPVPGMAETLRTHLLKAHLAYYHSCQYTLSSYDAWRWVKRGVGLNAQIASGRMSTGCGQHKPIRFSVFGMVKRTARSNVVILERPQWSPMDVVCRELTLHYDMQLLTLARVLDYHGWEPDIPGDEIVLTVEEGTLQIEEGSIFFATALLTVREEVDDATSEAYLLDFTHSPLRTMNSSSGLPSSGHISLMDFMFNDFASRDNEDSLAKGVLHLNFGPTRERSFQASSFFTNKNCQDEVPASQEFRGILTEYNPSVFGQVAEYFDTPTGIEFKMICPDGLNSAQEGIYVKQVDALEAIIQKELCQDGGTVTNSWLGEHSFVVHLARET >CAH8478102.1 unnamed protein product [Schistosoma rodhaini] MVSRPGLFLVAPFNGRPAEHVVTWSRTVVRSKREDLKDLMRKAGEVTYADAHKSAKNDGIVEFAAYADMKEAIEKFDGYELYGRRLRVYEDRPGQRSRSGSYRSRSDSRHSHRSRSRDSHRRQKSRSPRHRHDRSLSSDRQRSESGNDSHRRSRENSNDLRSRSPSRRSGTNRSNARSNSHHSNKRSLDAGSRSPSCNGRENSIKNDLDRRSRSRSVSHSRSGSRSRSVVSRSPGRSHTHSRSASRSRSVSHRSESGTPRRSDEEMDGRSNGDHEIREGDYDE >MCA3441055.1 hypothetical protein [Rhodobacter sp.] MAEVAYFGIRHHGPGSARRLVQALDRLQPRQVLIEGPCDLSDLMPALAHPLARPPLALLAYAEDDPARASFWPFETYSPEYQAIRWAVSHGAGLQFIDLPSTAKLARETEAEIPQSDPIADLAQAAGHADPESWWNDLFEVGGDGADVFAAVASAMAALREGQPATSDDIPREAQMRLAIAEAAKGEGPVAVVCGAWHVPALQALHPKAADREALKGLPRVKTRATWVPWTTRRLSRYSGYGAGVPAPGWYRHLWDQGAGQGAQVHWVARIGGALREAGHLVSTASLIEVQRLAVTLAALRDRPAPGFEELREASVACLMGGTPELWSLIEAELLLGNDVGTIPPDLPLAPLLDDLERQQRATRLKPEALPRELMIDLRSDAGTARSQLLHRLAVLGVNWGRITDAGRSRGTFREKWVLAWEPELAVGLVDNLVWGPTIEAAASALLADAMGKAATLAELAGAVERALTADLPKAAEAGIALLDTLAARTDDAAALLAALPALVDTLRYGTAREIDRAPLAALAERVTLQAAVALPYAGRNLDAATAAALSQAVGAAHRAVMLAEFPDPAREAWAGTLVTLSESPQTARQLAGCATRLLYEIARISPEDVADRIALALSLGTPMAEAAAYFEGFFAGASQRLIHDAALRAAVDGWMQGLDEADFVAALPLFRRVFSELARTERLMLMQAALAGPRATPMTADADHPGWEAHLATLTRILTGGGYP >NYF16576.1 vacuolar-type H+-ATPase subunit C/Vma6 [Microbacterium sp. AK009] MRTTAAAARSGRTGRPDFAYGNTRLRARRPDLLDAAAYEAMIDRDLDGLLGALSTTPYAADLDQAVTRYHGARRVHEAVRRHLGRTLEEMRSFYSGRARLLVDILLSRWDLQNTLVVIRAESVRTKPDDALAHVVPLGAFSDAVAREVARQHELSGAIQLLVRWQLPDPETAAALRSALAVYERVGDLAELEQRVTASWTARTSAELLRLGRDAAALLSHVQRDIDERNVTVALRLRTDDELDEGLASHFLPGGVIAAASLEAAVRGMENGAVAGALTRLRPEWERALKRWAASGDLVQLQYDLDVVRVEAATKHFAFGDPLGIGIPVAYTVAKETEARNIRLIAEGTARGLDRDRVRSRLLLPGSRR >XP_046290611.1 IQ domain-containing protein K [Marmota monax] MAASRQTSSRSVQRMEPSGSAESSVATRTPVPTLSSPSPELPVSPGQVAELSGKNLWEQICEEYQAELPPFPKGYEVKQEPEITVSPLEETVSQGFNIEHYFLPPPFTRVSHIPCPLKISETVDPKTCSPRKYLETYIFPILLPGMTSLLHQAKKEKCLERKRTKFIACDFLTEWLYNQNPKRTGEPFTEFFSIPFVDEWLKDHPRPPIPLSLLLTDVDAAIAIQSFWRAYLVRCDPEVQELRTWQKKLREDKYIRHRVRIFWMKQERKVKCTMEEYQEPAHQTPAP >WP_052403276.1 DUF4431 domain-containing protein [Legionella massiliensis] >CDZ78206.1 hypothetical protein BN59_02514 [Legionella massiliensis] >CEE13944.1 hypothetical protein BN1094_02514 [Legionella massiliensis] MRYLTYLSAALFSCHLFAGSTNSPNIDECIIEGSHVQLMGKLVSVTFPGQPNYESIEKGDKPEVYWVLNTLKPYCGEGYDLKTKTLSRLGESCSRFQLMLKPEQYDSQRALLGKKVIVSGEIVLAKTGHQHTSMLIDVNDIELESAQ >QFE31818.1 toll-like receptor 5 [Sillago sinica] MCPTLLNGPQVVEKMWMLAFQFVFTGLYLQISTCYPACSLHGLFANCAQRHHYWVPALPTNITQLFLDRNYISEINSTSLRPYDQLIRLDLGSQKVRLVIRSNSFLRQRKLTQLILGDNIGLRLEPRAFAGLFNLQHLFLDHCKLTESILEESYLQPLLSLEALDLSGNEITRLRPAQFFSKLRKFVELKLKLNQIDRLCEEDLVGFQGKYFNFLSLNSNKLYSTHTGGFDWEACGNPFRGMAFYILDLSTNSFDTHRLRQFFKAIEGTPITHIILSGHIGKDFSYDNLRDPDKSTFEGLMNSSVNILDLSKNRVYALQREVFSPLKDAIAIDVSENKINQIDRNAFSGLQRNLQMLNLSFNLLGEIRDYTFTHLTNLTVLDLSHNHIGVLVHQAFSDLPKLQILDLSGNSLRDLEIHVALPNLQFLVLKDNKLKSLNNIINFGTSLIFVDVRDNRLTNLEEVYVILSHFNQLQHFFFGGNFIKWCTLNQIFTISPNNSLQVLDLSDSSLYLIWTYGKCLDLFDHLENLYTLNLKFNSIATLPHGIFSGLRSIEFIDLSFNALKYLQPGVFPDSLKRLNLANNFLTSPNPATFQSLSVLNLAINQFYCDCHLESFLTWLNETNVSFPNPVEEYRCEFPEAVHNLPLLDYYMIIEPCDEDDENSVQHLRFALFSLSALLITTVNLISAVYARLRGQVFIIYKKIVGRVLEGPKPAPPMDEMQYDAFLCFSDRDFGWVEAALLKKLDNQFSEDNILSFCFEARDFLPGQDHLSNIRDAIWGSRKTVCIVSKEFLQDCWCLEAFTLAQGRMLEELTNGLIMLVVGKVAHYQLMKYNAIRAFVQKRQYLTWPEDPQDLEWFYERLVSQVLKDTKTKKLAEDKPAQPNVQPQNEDIIELEDIK >KAI7728447.1 hypothetical protein M8C21_027660, partial [Ambrosia artemisiifolia] VLVIIGLKGCIKIAAVVYYTVNKSLIYRSKGSLDAEEIIQGVYVGVEEDDLDGSDSQSDINFD >MCC2111968.1 1-deoxy-D-xylulose-5-phosphate reductoisomerase [Hyphomicrobiales bacterium] MVSGTANRAASRLAPAAGAKRLTLLGATGSIGDSTLDLIGREPERFPVEAVTANRNVARLAEAARRVNARLAVIAEPSLYGELRENLSGTGIEVAAGPEAVAEAAARPVDLVVAGIVGAAGLGPTMAAIRAGNDIALANKECLVCAGKAFVAAAQKAGITILPLDSEHNAVFQVFDGDQADGIEKVTLTASGGPFRTWSRAEMAAVEPEQALRHPNWEMGAKITIDSATMMNKGLEVIEAFHLFPVSAEQLDVLIHPQSVVHGLVAYSDGSILAQLGSPDMRTPIAHCLNWPQRGPAPSRRLDLAELGTLTFERPDDRRFPALRLAREALARGTGATNILNAANEIAVAAFLERGIGFLGISALVEATLDRMDWNGGMISPTSVEEAIALDRAARVVAEELLPEIRAQSYAL >KAJ7029618.1 hypothetical protein C8F04DRAFT_1264698 [Mycena alexandri] MDPAFQDMDFIDILKLEEEGNGRLKMPENRPTRCERCNVETNGLYRCRTCFWPRFNCRACTLAAHAEHPLHRIESWPGFQGTSLAQLGLVVYLGHGGDKCPKGVTDADFTIVGLDGAHDVTLNFCACEKAPARQEMQLESMRLHGWRNQHTALDFEIARYREDLGLISRKQETKRRRKVPQVVQSA >NLM06991.1 DUF4080 domain-containing protein [Tissierellia bacterium] FIDFLLSGEGEESIFELIKALQSNGDLDIRGLSYREGDQLTINDEIRLVEDLNIIPSPYKFLLDKYKAKGEDPYLSLKKEFKNRIVYYESSRGCPFNCYFCLSSTIKKTRFFDINRVKEDLLLLIKAGVGQVKFIDRTFNAKKEIFYDLLNFLIKNDNGNINFHFEIVASLLDYEQIDFLSRARKDLFQFEIGVQSTNEETILSVGRKAEFDKISKVVKKLDEGGNIHQHLDLIAGLPYEGYDRFLKSFDDVYELGAEKIQLGFLKLLKGSPIRDLKDKYGYVFTDYPPYEVISNKFITYKEIIKLKEIEETVEIYLTDSRFKKTLSYAIEKVDRASKFFEEFTKYRVQKGYADNPLSLEKHYTILKDFLNKKYPEDSYINSLIIFDFLTNTRNTKTPKGLEFETVSYQATHDTLREIINKEIFSFSKGDRVKEEVKFSRIVKFSPSLKEKDIKGEYILFKRVDKKIEYYDVTEIVEGLNECD >WP_148259014.1 50S ribosomal protein L18 [Simkania negevensis] >MCB1067266.1 50S ribosomal protein L18 [Simkania sp.] >MCB1074433.1 50S ribosomal protein L18 [Simkania sp.] >MCB1083926.1 50S ribosomal protein L18 [Simkania sp.] >MCP5489703.1 50S ribosomal protein L18 [Chlamydiales bacterium] MMNQIRKRTIIRKKRMQRIRKKLRGSPDRPRLCIFKSHKHIGGQIIDDEAGITLVGFSTLSKGAKGQKKSKEGARFVGAKLAELAKEKNIEHVVFDRGRFKFHGIIAELADAARENGLKF >WP_223329113.1 uracil phosphoribosyltransferase [Streptococcus oralis] >MBZ2087812.1 uracil phosphoribosyltransferase [Streptococcus oralis] MGKIEVINHPLIQHKLSILRRTDTSTKAFRELVDEIAMLMGYEVLRDLPLEDVEIETPITKTVQKQLAGKKLAIVPILRAGIGMVDGLLSLVPAAKVGHIGMYRDEETLQPVEYLVKLPEDIDQRQIFVVDPMLATGGSAILAVDSLKKRGASNIKFVCLVAAPEGVKALQGAHPDVEIFTAALDEHLNEHGYIVPGLGDAGDRLFGTK >MBW2495039.1 cupin domain-containing protein [Deltaproteobacteria bacterium] >MBW2541528.1 cupin domain-containing protein [Deltaproteobacteria bacterium] MPIEVGPRLREARERSGLSQRALAKRSSISNATISLIESGKLNPSVAVLKRILDGIQMDLSAFFATETSESERVVYRESDLVEIGRGKISYWQVGSELADRSMQILHERYAPGADTGKVTLHHKGEEGGVVIRGRLELTVDGVRHVLGPGDAYYFESSRPHRFRNVSSEECEVVSACSPPSL >WP_091423297.1 penicillin-binding protein 2 [Formosa sp. Hel1_31_208] >SDR96080.1 penicillin-binding protein 2 [Formosa sp. Hel1_31_208] MRKLLLLLTVVTVGLLFIARLFYLQVYKKQTYSLFDDNAIRKVYDYPKRGYVYDRNGKLLVANQPSYDVMVIPREVKPLDDTALTEFCSLLKISIEDYHKKFNRATNYSPRLPSVFVPQLSKKDYAVLQEKMRKFEGFYIQKRSLRDYQTSIGANVLGDIGEVNRRIIDKEPYYKMGDLIGKQGVELSYEKELRGVKGIKFIQKDRFNKNIGPFNEGRHDTLPQPGKDITITIDSELQQYGELLMTNKRGGIVAIDPKNGEILALVTGPSYNPNLLVGRERNKNFSRLFLDTIARPTWDRGLQAQYPPGSPFKVINALIGLQEGVVETTDKVTCRMGYYYGSRKLTGCHHHKSPVDMNNGISQSCNAYFVNIYRRIIDKYDDAGETMNTWAAHAKSFGLGDYLGYDLPVGQRGRIPDGDYYDRAYGKNRWGSTYNVSNAIGQGEVEATPIQLANMAAAIGNRGYYYTPHIIKSIEGDTIPSKYLVPNYTTIDKRHFEPVIEGMFDVYNKGTAATLRIPGIDICGKTGTAENFMKIDGVKTQLTDHSIFVAFAPKDNPQIAIAVFVENGYWGSRFAGRMASLMIEKYINGEITRTDMENWILTHSLENEYAKPYSGKPFKINGETTLQVVDKVQAPIDNDLNNSIRINSNQNNQ >CUP44403.1 Uncharacterised protein [Bacteroides xylanisolvens] MLYDYMEYADDCLGNQQLDFEPIEMESRAALREALQTGKIDMIFTVSNPNAGEEKGIAFTNTAWTYNLFAVTEKKAFRGDGGEPRGDPER >RLD52647.1 hypothetical protein DRI97_14285 [Bacteroidota bacterium] >RLD93286.1 hypothetical protein DRJ29_09295 [Bacteroidota bacterium] >RLE06383.1 hypothetical protein DRJ13_00360 [Bacteroidota bacterium] MKTRVIALLCLLVVSIPSCNAPKNTYNSDSQESMAGETSRILFLDYQITRDSISKTYDAQLVSMIIKEGTIKDDQNNIAQAEKDDLELLVLDRNQQTISQSHIPNPLDKSVEYVNDAGQFERKMIHLDSAQFNIRLQIDPDASSILLNRFIDDDTEGTLLLNTQIQ >ANN23072.1 denitrifying nitrite reductase, partial [uncultured bacterium] IMVLPRDGLKDQFGQPVAYDRVAYIGENDFYVPRAEDGTYKRFADVGESYPDTLEVMNRLIPTHVVFNGRVGALTGDNALTAKVGERVLFVHNQANRDTRPHLIGGHGDLVWEQGKFHNPLAVDLETWFIRGGSSGAALYEFRQPGLYAYVNHNLIEA >GKU14775.1 unnamed protein product, partial [Fusarium langsethiae] MQQDLIDENRSSDDDDSYGTASTYWAHGKKTGRKGLTTRKQEASGRRRGSSKNQQTANKFNQETNHRVGKHKDYTCTNCKKRGHHENDCWFAHKGKRPDWAVRLAKELMEHDLQRDNSKNLHIKESNHMTVERSFLILEDSVSDELPMDNTETCKVSLDSISSTAEWLFDT >MBQ3380675.1 chromosomal replication initiator protein DnaA [Oscillospiraceae bacterium] IKEGKTEDFLNKHRNADLLLFDDIQFISGKQSTQEEFFHTFNYIYEAGHQIVITSDRPPMEMSLLDDRLRTRFEGGLMADIAPPDLETRMAIARNKAARLGLLLPDSVIEYIATAVKSNVRQLEGVIKRLTAYQDILNDTITKEAVDRAIVDITVINDIPTPELIIRETANYYNLSPEDLKGVSRSREKTLGRQIAMYLMRQLTNLSLNDIGKELGRNHTTALSSIRRIEELMASDQAITIVIRDITSNITSSTG >AHK46784.1 putative permease component of ABC transporter [Ensifer adhaerens OV14] MGLILVAVFLGVVDVPTNEVIATLTGNGSEQSDLIILTIRLPRILTGILAGIHFAVAGTLLQSITRNPLADPTIMGISQGATLAVTVFLFFAVYRFNSDANALYTLPVSWLPVVGCVGGLLSGFVIYSLAIAKRMAALQLTLCGIAIGAFLHAIAMGIVVGWGSSRFEIVMQWLSGSLYARGWEHVLFLLPFTMAGLAVLPMLYRPVLMLRFDEDVARSFGLSYRLYFTLTLGVASILAASAVGAVGPLIFVGLVVPHLARFVAGRHFALVIPFAGLIGAALVTGADLAGRLFGGPEEIPIGVVTALAGAPFLFFLLRRYR >WP_064047563.1 FAD-dependent oxidoreductase [Salmonella enterica] >EAA1571681.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica] >EBH8576303.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica serovar Braenderup] >EBW8522259.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica serovar Haardt] >ECY3939865.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica serovar Kallo] >EAA6540631.1 FAD-dependent oxidoreductase [Salmonella enterica subsp. enterica] MSEDIFDAIIVGAGLAGSVAALVLAREGAQVLVIERGNSAGAKNVTGGRLYAHSLERIIPGFADQAPIERMITHEKLAFMTDNGAMTIDYCNGEDASASQVSYSVLRSKFDAWLMEQAEEAGAQLITGIRVDNVVQRDGKVVGVEADGDILEAKVVILADGVNSLLAEKLGMAKRVEASHVAVGVKELIELPKSVIEDRFQLQGNEGGACLFAGAPTDGLMGGGFLYTNETTLSLGLVCGLHHLKDAKKSVPQMLEDFKQHPAVAPLIAGGKLVEYAAHVVPEAGMNMQPELVGDGVLIAGDAAGMCMNLGFTIRGMDLAISAGEAAAKTVLSAMKRDDFSKQSLGEYRQHLDEGPMRDMRMYQKLPAFLDNPRMFTAYPEMAVNIARDLFTVDGSAPVPMRKKILRHAKKVGFINLMKDGLKGVTVL >RKX20462.1 MAG: hypothetical protein DRP51_05685 [candidate division Zixibacteria bacterium] MTRLLFLLLFLLSVSNPFCPAQEKPKSGLARLSGLVLDAKTEKPIPGVSIMLVGTDIGAMSDSAGFFAIEQLPVAKHTLCVSHISYESKTIKNIEIKNTTGTIELNIKLQSKLHSIKGITVTPSRFSIMGTEPTTQQSLTSQEIATVPQVGDDFFRAISRLPGIGSNDFSARMTVRGGEFDEVLVTLDGLQIYEPFHVKEVDGGAISIIDVAAIDGIDLLTGGFPANYGDKMSGVFNIKSKQVKPGERKFSVGLSLLNFKALGEGRFANDKGSWLISARRGYIDYVLSLTGDDEQIKPTYYDLYSKVDYQIKNNAIISVNFLHAGDKLSYAGVDKYDGNSLTSRYGNSYGWLSLKYIPSDRLTINSILSTGEVDKYKFWEILNTYEIGLYEGITENSVSDQRDFRFIGFKTDWEYSASQNYLIKFGVEQKKIWSDYDYLYQDFYSYYIDSLRQAQPNGIDSIDTEFEKSGNQFSTYFTNRVRLSNHLISEFGVRYDYTSYSNDDLISPRLNAVYNFGDQTSLRAGWGYFYQSEGIDNIFIGDGETDFFPAEKAEHWIISLEHSFKNGIKLRLEGYYKIYSNLRPDMRSSVYSLDPFPELSDYRTIYYRAKSYSRGIELYLKKEMVNKFSWCLSYAYAKAEDSLDHIYFPQQDDRMHYDEVLPTPFDQRHTLYFDLGYRPWSNWLINIAWQYHTGWAYTNNVVDDDLYFPRWIYNGQMRGRHKPFSRVDLRINKDYNIGNGKLTAFIELINVLNRKNIRAYEFKYIRIGDHWYPEKKAEYWLGILPSFGLTYQLSF >XP_028028252.1 ubiquitin-associated domain-containing protein 1 [Bombyx mandarina] MLVPDTGLSNEILVKVISPEGQTYVANFQENTLIEEVKLKAIGHFYPDGETSLGRYKIIRVLDAKTLHEFLTLFQEEITTQEELMLVERRIPDAGALWDLGAVRAPQQSTIAAVTASLPTPQSTVRQPNLQSLLSTNELSFELRKILISLIEAGARLAAAGRNYESSLAQLCAALDQPRRAQQTLIQVITPEEIAARLSEQQSREEEPSTSEKSNANDLYERAGHLQRFLEKFREWRVKIADPPTPEAMAALMDLGFSHDDADRALRNTGCNVAAAASWLVGDRGSSVFELVDGLPDGPILQSLLKQPQIQRGLLNTRMLIAFIAMVGQSGSATLWLNSPHGSPLLSQISRTYHSEKYCSAVNQFSNEMEQINPSTSRM >WP_045257206.1 agmatinase [Microbacterium hydrocarbonoxydans] >KJL47936.1 Guanidinobutyrase [Microbacterium hydrocarbonoxydans] MTENVGPIDASVNPRYSGIATFARLPRIEDVPRADIAVVGIPFDSGVSYRPGTRFGPSHVRESSRLLRPYNPAQDVSPFAIAQVVDAGDIPVNPFDITEAVDEVERAAKALGEQAQRIVTIGGDHTVALPLLRAVAAKHGPVAVLHFDAHLDTWDTYFGAPITHGTPFRRASEEGLIDLTASCHVGTRGPLYSKQDLIDDERLGFSIVSSEYIEEHGVDAGIQRILQRIGDKPLYVSIDIDVLDPAHAPGTGTPEAGGLTSRELLRILRALSSTNIVGADVVEVSPAYDHAQMTGIAASHVVYELVTLLAAQLAR >WP_063441918.1 GTP-binding protein [Bacillus badius] >KZR58396.1 cobalamin biosynthesis protein CobW [Bacillus badius] MKSKIPVTVLSGYLGAGKTTLLNHILKNREGKRVAVIVNDMSEVNIDAALIKQGGFARTEEKLVEMQNGCICCTLREDLIKEVEKLAKAGDIDYIVIESTGISEPVPVAQTFTYVDESLGIDLSAFCRLDTMVTVVDANRFWADFSSGESLLDRKEAADEMDTREVVDLLIDQIEFANVIISNKTDLVKREEALELQAVLKKLNPQADIISTAHGEISLDQVLDTKLFDFEEASQSAGWIKELNNEHIPETEEYNLSSFVYRRQLPFHPERFMDWLENWPEDVVRAKGFIWLASRNNIACILSQAGPSIVLQGAGEWVAAYPAEEQQQILSEEPELLERWHEEYGDRLTELVFIGIGMSKEEIEQSLDACLLTEEEQQEEWSRLKDPLPPFAAVQ >DAK92403.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MEGKNVLASVTGNVPVIEEGEKGAKGATERPRSWEEIPDGSAIESGTGNEQWIDIVLYGDDFYQCIRSFTKGNGVVPTNTIYFKPITDYKRLATGLFLARKGYIKNLMVNDIYITGDGTETGNVLLKADKDGITCNTGTFKNVDISGKVTATSGFVGNFTIADGSIKYVSAAKTCEVCTDYVQYVDLSKNQSLYFGYGDSGIKAELSGKDEDNNDMTCQMVVSHDERNRKNIGLVSQMSGFRSKIAPNELYIGDFFKRAVMVQIIRKKSSLQRYSLPKAGIGCYISSEDSEMNLILRGLRSGSTGSVWEIGEVYEENGFLKIYKGF >RYD39969.1 MAG: PilT/PilU family type 4a pilus ATPase, partial [Verrucomicrobiaceae bacterium] MSEHPVLDHVDQYLQLGREYKCSDLHLPTAYPPAWRRFGHLSPIWTDHGPLSAADTDRLARSFLSNVEWDRLQERGDIDFAYQNKDGRYRASVVKQRLGYDMTFRIIDSTIRTIDEIGLPLDHVLPLTRYQNGLVLVTGAVGSGKSTTLASLVDFINRDREDHILTLEDPIEYVFESKGCQVNQREVHTHTESFAKALRGALREDPDVIMVGEMRDLETIQLALTAAETGHLVLGTLHTGNAPRTLDRVLDVFPTDQRDQIRIMVSESLRGILSQQLVPRADGNGRVLALELLVNTPAVAN >WP_127947155.1 PIG-L family deacetylase [Rhodococcus spongiicola] >RVW03559.1 PIG-L family deacetylase [Rhodococcus spongiicola] MESIPEDWQRGLVIAAHPDDIEYGSAAAVARWTGQGKDIRYVLVTSGEAGIEGLHPRHCGPLRETEERRSAAAVGVSKVEFLGYPDGRIEHGPDLRRDLARVIRLHRPEMIVTMNHRETWGPGFLNSADHRAVGLAVLDAVADAANEWIFAELTEPPWTGVRWVAVNVLMGLTHAVDVTATVERAVESLCEHSAYLEALSDEPVLDQAARQIEMSTGPKPGFDAERAVGFELYVFGG >WP_004949240.1 ACP phosphodiesterase [Serratia plymuthica] >AGO53901.1 acyl carrier protein phosphodiesterase AcpH [Serratia plymuthica 4Rx13] >AHY05966.1 ACP phosphodiesterase [Serratia plymuthica] >MBL3523921.1 DUF479 domain-containing protein [Serratia plymuthica] >OJT37955.1 ACP phosphodiesterase [Serratia plymuthica] >PYD37792.1 ACP phosphodiesterase [Serratia plymuthica] MNFLAHLHLAQLAESSLLGNLLADFVRGNPAGEYNPEVVAGIMMHRRVDVLTDSLPQVKVCRDFFSDEHRRVAPITLDVVWDHFLARHWQQLEPSLSLHSFTQEARSQIVPHLPLTPPRFQNLNGYLWQERWLERYAELPFIGTVLAGMASRRPRLAALAGSFADVERHYHQLETQFWQFYPQMMRQAKDKQL >ACE76975.1 intein-containing PRP8 protein precursor, partial [Paracoccidioides brasiliensis] CLAKGTLLLRYDGTKVEVENVREGDLLLGPDGGPRRAFNIVGGRDRLYRIKMEGGKEDLVVTPNHILVLHREKRDGVDKVYARPIALPLLQEDATDDGEDLSEISAIEHFDTMEITAADFASLDPNERKLYRLFTSPGYELNGKPVPIDPYFLGLWLGDRSRTKSSIYTNHEEEIREFIADHAAELDLQLVSYVSNRPSLAAMKNGNQLPLRHQARQTIRKQRIAAKSITQPGGARSLSYPATNGGLSSNTVTSLHSRGRHPLSESSAAATMNLLPRSTSVSTSVAAQPKSSMSTFITDAILPSESSNISVISDSGIEISKSSKVLSEEEADLDLFDIDSEDEEIEDLDEKKNVSNVDEFPKRRRIHYLRTGCRTYGELCPGEEDQILEDIVGRPDGTTSVESLLLALEALGLHTCGTNDSGSDKKRIPSVYLKNSRAVRLALLAGLIDSGGWYVDSENTFGFSQTEDSNSTLIWDVVTLARSLGFSVSTKRRMTHKPTRTQHKAQEFAQISGNVAEIPSLLARERGVERPISQAHSFKIKDIQLETEATEWAGFRVDQDQLYLRHDFLVLHN >TNE33066.1 carboxylesterase [Alphaproteobacteria bacterium] MCWRVRKRIPCIGRRAALRHSRIVSVLLLCALAVATLACSGNGAVSPIASAGGEELRGEALESGVLAFRGVPYAAAPVGRLRWRASAPHDPRPGISEATQFGAACPQDQGNPEWYRDVAKQLGSPDAVIPAIDTISEDCLFLNVWTPTLEPDQPAPVLVWIHGGSNVNGTSFEPNYLGHRLAEKGLVVVTIQYRLGPLGFMAHPLLSAEDSDGISGQYGLFDQLAALRWIKDNIASFGGDPARVTVAGESAGGGDIASLIDMDQASGLFHQAIIQSGALGPSDRAGMTEAEDVGTRIIEATGASTLEEMRALSWQDLVEARNQAADGHYFAPIADGVHLDGEQFVADKVPVLIGSNLDEWRMYLPEDVEARYREALAEYAGTGSRDIESYLATRYSDPATRADRLITAAEFLCPSLHIAQNAKTNGKAAWLYLFTRVRPGADAIGAYHGAEIPYMFDTADAWLSSDETDRRLTEAMTGYWVSFVKSGNPNSDDLSEWPAVSTTEPVALELGDTIRLADPEQYALCGMLAK >EGT2204415.1 protease [Clostridioides difficile] >EGT4667855.1 M56 family metallopeptidase [Clostridioides difficile] MELFIQVIKFNIYISPLILFFILFTKKISKYTFKFNYFICLLIIVRMLFISKINLNILNINNSTINIYKHNINNYIPYSQGIILDIFMYIWILGIILISFHYLRTNLKFYNYVENFKKEILEIDITSILDEQVKELNIKKKLKIYKVKGVYSPAIIGLTCCEIIIPEKKYNNKELRFIFKHELIHYKRKDNLFKLLISIICIIHWFNPILYLLKKYFNELCELSCDEIVIDKCSISEIKEYAYIILDTIKYQKTLKYSSFVSQFLNKKNITLKKRLNYMFNQDKKKINLGFKLLLTFIIIGSIFSINSNFKQNEDIEDTTGKINYNKNGETYGTDIIDSNGNSIEPELIQAIGRGKKAGYVKKRDLYDCDNQPNTPEEAVLYTRKRNFNIFKITIPLYDKEGVKIIGRFEIN >PCI52029.1 hypothetical protein COB49_00230 [Alphaproteobacteria bacterium] MVISTSMRITGARAMSFPETIETDRLTLRPYHGQDLKDHVEILGNWDVTQWLSTNIPFPYTQSDGEKFITEAITQFADETSIRYAITDKETGRHVGGIRVFSMTVETEVGYWMHPDFWGRGLGTELLVAVTGAGFGTGVITRFIAQTAAKNASSRRILEKVGFKHHGTVPEKYTRDGHCEGCSEYYILEIKDWKDA >VAH82675.1 unnamed protein product [Triticum turgidum subsp. durum] MPAGVLAAVRWSTACSALLNAAAASTGAAVAALALRGRCGGALGPAAAAASAASAARLLASAVAGFAQGLAASAIAAGAIGAHVDSDRDLRHLSRLRYNRWLWWARFGMVITVLQFVLALYLMCIIVKDFSSGKSLKECFSGHDKDVNDWKNILLMIFLVVMWVGTIVQCATGSDVLRWRSFYATHDIAWRAHYREVFDHGFREVLCCLGRVKYSSVLEDDDICVVAKLLGDIMAYRASGTGHLELIAGFSLLQKSKMSTVLPREQVEAPPDLIQEAILFHPFAEAAYTGPLLDFGRNPLMFPCVWLNRQGILTPWTRARRPILEGDNWWRGHAAAFLKYVNVPPEVLRKGRVSQTKREAAYFVIVLHNLRTIVIAIRGTETPEDVITDGLCRECSLTMDDLDGLINSDQLPPQVKEAVLSSFPHYGHAGIIESARELYTKLEGQSIHQDKSELMTAGFLSSLLGAGCECDGYNIEIVGHSLGGAVAALLGIMLYKQFPKLHVFTYGAAPCVDFVIADACSQFVTSIVHNDEFSSRLSMNSVIRLRGAAIKALSKDTSPNSTKVGKLVSGFTSNKRHDEQHAVVRCASSGALQTVSDAKQSNGQIHGKSVMHTVRGGVFLFGQAISCLVNTPKHRISSTAAINYELGRSRTTLTYNGEKLTVASRGVLDDAPSGEPSYAYRDDKFSQAGLDESGSSYRLPHSNNGTELSSAPDHTCTISLSEGQSPDVYLPGLIIHIVPIKNGTSPLPKTLVTRHKNKSYKAFIANRRDFMDLVVTPRMFLDHLPWRYILRNSLCGIY >OPJ74512.1 putative ATP-dependent RNA helicase DHX58 [Patagioenas fasciata monilis] MELRGYQREAVTPALRGHNSIIWLPTGAGKTRAAVYVCRQHLESRRGGRVAVLVNKVHLVEQHAKKEFNVLQKDFRVTAISGDSSEKPFFASVVKRSDIVICTAQILQNALVSGDEDAHVELTDFSLLVIDECHHTHKEAVYNKIMLNYLQRKLRGQQDLPQVLGLTASPGTGGATSFEGAVEHILQICANLDTEKITSAQEEVEQLQIHVPQPRKQYDLCQERAQDPFGERLKKVMAQIQRYMEMPALPRDFGTQIYEQRIVEVEKRAAETFCRKTRVCALHLRKYNDALLINDAVRMVDAFQCLQQFYATERDTKDPTERFLAATFEENRTSLQAFARDQRYENPRLGKLEQILQEHFQPLGTSRGIVFTKTRQSAHSLLSWLQDTAALRGAHIRAAVLTGAGYSNQTRHMTQNEQQDVIKQFREGTLNLLFSTSVAEEGLDIPECNIVVRYGLMTNEIAMVQARGRARAENSVYSVLAKANSREVSRELLNEDLVELMERAIRAVQAMPEREYRLKIAELQRVAVASWLMKEARISERRQLHDPDAVYLYCVNCSTAVCRGSDLRTVEGMHHVNVNPNFGLYYRVSSGKMQFQRAFKDWEPGCRISCSECSQDWGMEMIYRQVKLPILCVKNFVVETPAEKRRYKKWSAVTFPVKEFDYVEYCSSTHGLSF >EIM4841263.1 lymphostatin Efa1/LifA [Escherichia coli] MRLPEKVLFPPVTSGLSGQEKQKKPKSITGFQENYQRNIRPIKTASEARLRFFDKMVSKENSLEDVVSLGEMIQKEIYGHEQRTFSPVHHTGNWKSSLLHNALLGLANVYNGLRETEYPNTFNRDGIKSTNSFRDNLLTKTRTPRDNFEEGIKHPEHATIPYDNDNESNKLLKAGKIAGNNNELLMEIKKESKSDHQIPLSDKFLKRKKRSPVAEDKVQNSLTPENFVQKISLSDELKTKYANEIIEIKRIMGEYNLLPDKNSRNGLKLLQKQADLLKIIMEDTSVTENIFKNIEMAIADIKKEYYSHTVDIEKNIHAIWVAGSPPESISDYIKTFLKTYKEFTYYLWVDEKAFGAAKFTSVLKQIAFDLACRTIQQNTPQKNIDFINLYNEIRKKYNNNPSGQQEYLNKLRELYATYQKISTPLKHMFNSFFLENMIKLQDNFFNYCIVKGVTEINDELRINYLKNVIKLSDDDIGNYQKTINDNKDRVKKLILDLQKQFGENRISIKDVNSLTSLSKSENNHNYQTEMLLRWNYPAASDLLRMYILKEHGGIYTDTDMMPAYSKQVIFKIMMQTNGDNRFLEDLKLRRAISDGVLRYVNNQNIDEVNYNEISDADKNIIKKILTEISKMPEDSIFTKINTRIPRDTMPIVRRYHLWPDGWNIRGLNGFMLSHKGSEVIDAVIAGQNQAYRELRRIRDNIHSEIYFKQTDELSSLPDTDKIGGILVKKYLSGSLFSKFRQDTIIPEALSTLQISGPDLIQRKMLQFFRSRGVLGEEFINERKLSDKAYIGVYKTTGTGKYDWLNPESIGVNDVTPADESTWCIGKGRCVDDFLFKDVSKLKTENLPELFLTKIDTDTFFSQWSTKTKKDLQKKIQDLTVRYNELIDSSTIDFKNLYEIDQMLHMIMLEMNDDIAKRSLFSLQVQIAEKIRRMTIPVDNIINIYPDLHKKNDNDLSMSIKGFLASNPHTKINILYSNKTEHNIFIKDLFSFAVMENELRDIINNMSKDKTPENWEGRVMLQRYLELKMKDHL >OBG32114.1 hypothetical protein A5673_25565 [Mycobacterium sp. E3198] MKRGEQLGFDDAGRPVLITSAAPSYEEEHRARVRKYLTLMAFRIPALILAAVAYGAWHNGLISLAIVAASVPLPWMAVLIANDRPPRRSDEPRRFEEARRRTPLFPRAEQRALEPRRDRGPQPHSPTWDHHEHGSR >WP_027951454.1 GTPase ObgE [Hallella seregens] MESNFVDYVKIVCRSGKGGRGSMHLRHVKYQPNGGPDGGDGGHGGDIILRGNHNYWTLLHLKYQKHVFAEHGGNGGRDKCHGTDGKNAYIDVPCGTVVYNAETGKYVCDVTYDGQEVVLLKGGRGGLGNFQFRTATRQAPRFAQPGEPMQEMTVILELKLLADVGLVGFPNAGKSTLLSALSSARPKIANYPFTTLEPSLGIVSYRDGKSFVMADIPGIIEGASGGRGLGLRFLRHIERNSLLLFMVPGDTDEAVHDIKHDYEVLLNELREFNPELADKHRVLAVTKSDLLDEELIEMLRETLPTDLPVVFISAVSGYGLDELKDTLWRELNSASNKLQNITSEDTLVHRDKDMSSFQTELHDEGADEEDIEYLDEDELEDVDDSDAYEVYDPEEER >CAE8591613.1 unnamed protein product, partial [Polarella glacialis] MQMDDSKRRTKVVASLGPSSWSEGMIPKMIAAGTNIFRLNCSHRRGGDFERVYPLIRKYASQMGKRVDVLGDLQGPKFRVGELQGDPVELVNGEVLEFCICTDDSDTIRPGRITMTSTKEQLALVKACQVGTVLLIEDGLME >HAR4306776.1 beta-ketoacyl-ACP synthase II [Staphylococcus aureus] MSQNKRVVITGMGALSPIGNDVKTTWENALKGVNGIDKITRIDTEPYSVHLVGELKNFNIEDHIDKKEARRMDRFTQYAIVAAREAVKDAQLDINENTADRIGVWIGSGIGGMETFEIAHKQLMDKGPRRVSPFFVPMLIPDMATGQVSIDLGAKGPNGATVTACATGTNSIGEAFKIVQRGDADAMITGGTEAPITHMAIAGFSASRALSTNDDIETACRPFQEGRDGFVMGEGAGILVIESLESAQARGANIYAEIVGYGTTGDAYHITAPAPEGEGGSRAMQAAMDDAGIEPKDVQYLNAHGTSTPVGDLNEVKAIKNTFGEAAKHLKVSSTKSMTGHLLGATGGIEAIFSALSIKDSKVAPTIHAVTPDPECDLDIVPNEAQDLDITYAMSNSLGFGGHNAVLVFKKFEA >WP_225700676.1 toxin-antitoxin system YwqK family antitoxin [Bacteroides thetaiotaomicron] >MCA6010897.1 toxin-antitoxin system YwqK family antitoxin [Bacteroides thetaiotaomicron] >UVR91191.1 toxin-antitoxin system YwqK family antitoxin [Bacteroides thetaiotaomicron] MFFFLIVPLFLALFYKPIAYLCGRFLNNRSKRENYFMKHISNFLRSKSWNVFLFLYLALPLFAQKEYKIDQVSVVNVGDGRLLFQELKTEKALNGEHRIIDGYHSAYVLASFKDGFYDGGYKEYVDNILITEGSYKEGRKDGLFKINSKFDGKLKEEKSYKEGKLDGTSKSYFTTGKVESERNFRMGKEHGKQLSYESDGTLRKEHNYKDGKQVGKQYTFLKGTYDLYETVYFNEEGFQDGEYSSVFTFGSPRILGSYKNGKKNGRWTTFAESGDTLMIETYLDGKEDGLHVSFANGSGVRQKEYYMKNDRKDGLYREYNLENGELRYEATYQAGRLHGKERRLIVSNRFDYWETSTYVNGRQNGPFEARYVKNDQLRECGEYKNGHRVGRWKRYTIDGKLEKEWDEN >KAH0673584.1 hypothetical protein KY284_024671 [Solanum tuberosum] >KAH0676905.1 hypothetical protein KY285_024706 [Solanum tuberosum] MGAMAILRLALVFSILTSFSLLAGSSPSPLTELQIVTAERRIDLTSHIVKVFLTLKVENIGEASASEVLLAYSPTEADRLAVVKAAASAGKKKKKSYLPLDVKPTDLPDGPNGTKYYLIHLLKPLGKGEAISLEVLYILTHSLEPFPVEISQSESQLVYYRDSAKILSPYPIKQQATFLKTPSSRVESFTRVVPTDRANTELKYGPYEEQPPFSYSPIIVHFENNKAFAVVEELVREIEISHWGSIQVTEHYKLVHAGARHKGAFSRVEYQSRPNSGVSSFKNLLAELPPRVHSVYYRDNIGNISSSRLRTNFKKSELLIEPRYPLFGGWKSTFVIGYGVPLEDFLFEAADGTRYLNYSFGCPLAETVVDKLTVKVVLPEGSKNPSAVVPFPVEQRTERKYSYLDVVGRTVVVLEKSNVVPEHNSPFQVILLTLVF >MBX3687043.1 ATP-binding protein [Rhodocyclaceae bacterium] >MCP5238928.1 ATP-binding protein [Zoogloeaceae bacterium] >MCP5254184.1 ATP-binding protein [Zoogloeaceae bacterium] >MCP5295358.1 ATP-binding protein [Zoogloeaceae bacterium] MKRLSIAAGSLRLRLLLGSLLWILVALWLAGLALTDMFREHVSRRFEAELDAHLNQLTAAFEVLPDGSGRLALPLSDPRFARPYSGLYWQVDAAGSAARQGVLRSRSLWDSVLTVPVDTPADGELHVHSVSGPGGAGLLMLERMISVEGPRPERFRLIVAADVRGMNEPVGAFSRMLTISLIVIGIGLFAAALLQIWVGLAPLGSMRAALAGVREGQSRRLSGSYPAEIQPLVDELNSLLAHDEELVTRARTQAGNLAHAVKTPLTIIANAAARDTGPLASLVTEQVADARRQVDYHLARARAAAAARMIGASTPVRAALEGLKRVLSRAHADRELSIDLDAVSPGLVFRGEEQDFHEMLGNLLDNACKWARHRVSVTATQTGKRMLLVIEDDGPGVAPDARDRVLGRGVRADEQVPGSGLGLSIVADLAERYGGELQLGDASLGGLGVRLALPAA >WP_282363731.1 type VI secretion system-associated protein VasI [Pseudomonas sp. PS01297] MRISSGRAWALGAFLLVLAGQQALAMPAARDCTTVVSSLKRLECFDQAAGTPIRTMAPQPIAYVGRMLPIVDLVQRNEAKRSPGDFRFLISHWPEPDNERAQRVVISAPALGAFAPRPTLAISCESSITRLQLVLDEPVKRNKLHIQLLADDQPLSTATWQVMDEAGLVVEFSRGLPTIALLRQIMGSQRLELKSTQDPALNGLVFDAQGLDALIAQERQACRW >WP_252100317.1 phage major capsid protein, partial [Escherichia coli] RVITGIASTPSPDRDGDILEPEGAEFGSTIPFLWQHDHSRPVGQCTVRRVREGLEITAMLVKPEPGMPSQMAARLDEAWAAIKTGLVRGLSVGFRPHEYTYLDGGGLHFLRWELMEVSAVTVPANAECTIRTIKYFDRPFSAASGNRKPVVKIASSAGASAQSITSFHKEKSAMNTGEQIKSFENKRAALAASLEEIMNKAAEEGRTLDVEEEEHYDNTAAEIRQVDAHLKRLRELETSKAATAQPVKQAGNGNVATVASAPVIRVEQKLEKGIGFARFAKSLAAAKGVRSEALEVARRQYPDDSRLHHVLKSAVGAGTTTDPQWAGSLSEYQEYAQDFIDYLRPQTIIGRFGQGGIPALRQVPFNIRVHAQVSGGAAGWVGEGKARPLTKFDFESITFSHAKVSAIAVLTEELIRFSSPAADALVR >EYU24504.1 hypothetical protein MIMGU_mgv1a003466mg [Erythranthe guttata] MLDCFAEVDNNNTPMDDMKVLPSISCRTRFGPKSDQGMTTSSAGSMTPRSPLMTPRTSPIDLLLSGKGAFSEHGDLPQMSELADIARCVANTPLDDDRSLQYLLSCLEDLKVVIDRRKFDSLTVDTFGARIEKLIREKYLQLCELVDDDKVDITSTVIDEDAPLEDDVLRSLRSSPVHSSKDRTSIDDFEIIKPISRGAFGRVFLAKKRTTGDLFAIKVLKKADMIRKNAVESILAERDILISVRNPFVVRFFYSFTCRENLYLVMEYLNGGDLYSLLRNLGCLDEDVARVYIAEVVLALEYLHSLRVVHRDLKPDNLLIAHDGHIKLTDFGLSKVGLINSTDDLSGPAVSGTSIMEEDEPPLSASEHQQERRKKRSAVGTPDYLAPEILLGTGHGFTADWWSVGKIFDNILNRKIPWPSVPDEMSLEAHDLIDRLLTEDPDQRLGAVGAKEVKQHPFFRDINWDTLARQKAAFVPASEGAMDTSYFTSRYSWNPSDEHVYAGSDFEDSSDNGSLSGTSSCPSNRHEEVGDECVGLAEFDSSSNINYSFSNFSFKNLSQLASINYDLLSTKGWKDDPSSNSSA >MAF21094.1 hypothetical protein [Roseibacillus sp.] MQAVSRKTIMRILIVSLTLSLLLLAAVLFTTRWSPDREWAAKVVIESGEIRDLLDEFRKSQGEFPSSLEELNASYRQPTDYQTRNGSTPEKGRWFYERIGKEDYQLYACARTWVSYYDAMVYRYSESFCDPWTSSLKKSHYLPLGKWRYFRGFSVFTERFYFDEDGDWQDPFRGRPY >MBQ7949870.1 tyrosine recombinase XerC [Alphaproteobacteria bacterium] >MBR2341886.1 tyrosine recombinase XerC [Alphaproteobacteria bacterium] MNDAIADFIEYLTQTKKYSAHTAIGYETDVRDFVTFCERFNGGPIFPKDLARTDTLMFRSYLADRQRRGLAHKSTARALSSLRGFFKFIAKNYGIKNDAITLISSPKVPRKLSKAIDPIDVEHMHSAIREIGNKDPWIDARDWALVVLIFGCGLRISEALSLKNSDVRGRPEVLRICGKGNKERLVPVLPAVWDAIEKYIHVRPFGNAAEDELFRSVRGLPMSSRMAEKVIEKIRNYLQLPDYVTPHALRHTFATALLAGGADLRTLQELLGHSSLSTTQLYTKVNMAEISNIYANAHPRAKD >XP_034010279.1 uncharacterized protein DIURU_004876 [Diutina rugosa] >KAA8898022.1 hypothetical protein DIURU_004876 [Diutina rugosa] MSVNDWAYSAVARVVVAIRDAEQSGQASLFTASQRFVQRVLSVSASCGSISMSLAGLYTLLAIDPRKLIFRHHLIFFLLFFDLIKAIVLLIYPARVLQHHQSYSNTKLCQAAGFFTAFAIEGADIAILAFAVHTYLLIFYPELTVKVRNAVVPRSEGGLYRYRFYVYAFAFFFPVLMSSLAFIHPTGYLPYVCWCYLPQRPVWYRFVLSWVPRYVILVSIIAIYVYIYFHVIREFKKLGGVFNTIHNKGQRKTPGKQSILRTIRYHILRVKDAVLPQMVLPERSSSSSETAQAPSPRKSASKSPQNSSDAPVDTIKEEAEEEPSEDSQVTSVSTPVHVDPRDIVYDKDLHQSNLENFRRRQKIIEKQMKSIFIYPFAYFLIWLFPFILQATQVNYEQKHGPILWLNGMGAFMQPIPGFIDTLVFFYREQPWRYTVMKTFENEHRSRMHSMTSATTPSSPEDQNSSAILTKPSLPTDLIDDYNYSWWRRLANQLRLPLFGLPTESRVKAIHNKITPEHIEPPQTKSSSTAGQMLDRLQPVYVPTSAGATMVGHDFSALLQDDPNERDFRQNKLENYSFDFSTHRSSVLSPRKGSVFSGSQRSHNSNQSRRFSLADTSDAKQGSGRRGSVANVAKATTPRQTSGDDMDILEFLRKGP >MCI7705732.1 hypothetical protein [Parabacteroides sp.] MIRFEKKKLIIEVDCGILDPEEELVSLYNDFILLLKSQHDDYFLANKNATEHILEFLAEMIVSPEQIKRL >PJC48296.1 MAG: UDP-N-acetylglucosamine 1-carboxyvinyltransferase [Candidatus Omnitrophica bacterium CG_4_9_14_0_2_um_filter_42_8] MDKFIVEGGVRLKGTVEISGAKNAALPILAATLLTDEKCVIKNVPPLQDVYNMLRILRNMGVKADMEDQVVIIHPNGYSNYVAPYKLVNKMRASVCVLGPVLGKLKHAEVSMPGGCVIGPRPIDLHIKGLNALGANIKVEHGYLIADVKHLTGGRVYLGGKFGSSVLATANVMMAATLARGKTVIENAACEPEICDLADFLIKMGAKIKGHRTPILEIEGVKSLHGAEYSIINDRIEAGTFMVAAAITGGDVLIKGANIEHLGAVIDKLKDVGVKITNTKDGLRILKTGPIKPVDVTTLPYPGFPTDMQAQMTALMCITKGISVITEKIYPERFMHISELARMGAHIILEGSSAIVKGVPKLSAAPVMASDLRASAGLVLAGLVAKGKTEISRIYHLDRGYYNIKEKLEKLGVKIKREKED >WP_256939523.1 putative lipid II flippase FtsW [Arthrobacter sp. BF1] MFPRFRSWFNCRVGRPTSAYYWIIGTTLALTLIGRMTVLSASTAETISEGKDPYDLFIKEAGFAVIGLVLMFILSCVPPALWKKVAPYLLGLAVVLLALVFTPLGVDVQGNKNWLGLGGVQFQPSEAAKLALAVWMGAVLAAKGSLIRRFVHVVIPVGIGGGMILALILLGKDLGTAIIVGIMVLAGLMFAAVPKRFLFLALGAGALVAFLFSFFSDNRSGRISSWLGDCSVDGACDQYLNGAYALASGGWFGVGLGQSRQKWNWIPEAHNDFIFAIIGEEFGLLGTLVIVGLYAVLAFSIFRVINSRNDPFSRVVCGMIMTWIIGQAVVNIAVVVGLLPVIGVPLPLISYGGTSLIMVLAALGVVLSFSRTEPERNLLTS >WP_051669385.1 NAD-dependent epimerase/dehydratase family protein [Bryobacter aggregatus] MSLAAYQGMRVLVTGGLGFIGSNLALRLEELGASVTVVDSLVAGCGGNRANLAGSGVRVIEADLSEPAAIEEALARAQVVFNLAGEISHIHSMEYPERDLHLNTLSQLRFLDACRRVNRGVRIVYAGTRQTFGRPRYLPVDEQHPIRPIDFNGVHKYAATMYHLMMSELGELDAMVLLLTNVYGPRMSLNIAGQGFLGVFFRKALLGEPLAVYGDGEQLRDPVYVDDVAEAFLLAGVAHGCVEREYNIGGAEPLMLREIAEEIGGEARRVPFPAHLQPIDIGSYYTDSRRAERVLGWRPRTSFGEGVRRTMDFYRLWFAAYLDPQEELRRELPEHAGIRRRLEFTISR >MBY7817199.1 helix-turn-helix domain-containing protein [Vibrio fluvialis] MEHSNHDMTSSSSPHRIGLYVPQPCSLLTLGAITESLACINQILDEEKYTLFYIAEQTDKPVTMTAGLTLHAEQAISDALDCQLLIVLASHAPQAALSDDVKRVLAVYAAQGDSHLLALDNGGLWLLESGIGLDATWAWHGHTLDAAAQRYPQLALSHELYVLGERLSSGCGQAAALDCLLAYLSRFESEETIQTLADALCLERVRPGSDKQRVTSGAEMQPRLQQALALMESNLEEPLSSDELAELVHISRRQLERLFKRYLDTMPARYYLQLRLKKARHLLQTTNQSVVQIGLMCGFSSGPHFSSAYKAHYDMTPRDERAKRFKTF >WP_035624729.1 HU family DNA-binding protein [Hydrogenophaga intermedia] >CDN90570.1 Histone-like protein [Hydrogenophaga intermedia] MATAKKATAKKPAKQAAKAASKTAAKPVTALKPIKENFNKTSLVNHLVQASGADAKTVKAVLGSLEATIHASLSKKGAGAFTWPGVLKITALQVPAKKARKGIDPFTKVERMFAAKPASVKVKARFFKKVKDAAL >XP_028717800.1 cytochrome P450 2C42-like [Peromyscus leucopus] MALGVFLGLVLSCLLLLSLWRQSSQRRKLPPGPTPLPVIGNILQIDLKNISKSLRDFSKVYGPMFTLYLGRKPAVVLHGYEVVKEALIDHGEEFAGRGTFPVFDKIAKGRGIVFSDGRIWKEMRRFSLMTLRNFGMGKRSIEDRVQEEARCLVEELRKTNGSPCDPTFILGCAPCNVICSIVFQNRFDYKDQEFLTFMNILNENVEILSSPWIQICNNFPALIDYLPGSHRKLLKNFTFSKHYFLAKLIEHQKSLDINNPRDFIDCFLIKMEQEKHNPKTAFTSANLVFSAGDLFAAGTETTSTTLRYSLLLLLKYPEVTAKVQEEIDHVIGRHRSPCMQDRSHMPYTDAVLHEIQRYIDLLPTSLPHAVTCDIKFRNYLIPKGTTVIASLTSMLHDNKEFPNPEKFDPSHFLDENGKFKKSDYFFPFSTGKRVCVGEGLARIELFLFLTTILQNFNLKSPIDPKDLDTTAVANGFVSVPPKFQICFIPV >MBN2027958.1 DUF1679 domain-containing protein [Actinomycetia bacterium] MKADRISRLQNSLSFAFYTLTIFVEDHFSFMIPISFNRSTDDLKKNPAKLIDSIKDSLSIGEVESFDTYSVIREERGKDQFITGLKLTYLDGDSSSRTEDIIVKFLSLKNEPLVLNALKSALYSGLNREVEFYKSLSEKIPLVTAGCLYTHSIPALYRAVIVMESLHPDHRVDDYIGCTAEQTKAVLSNIAKMHAKFWGRVFEDPSLDWIPDQHAVGYLWFLDYITKKEAVCKQLWAALYKYFTGHPLTVGHGDCRPGNIMWYDDGSIALVDWQFANASLGTWDASYCIVMSTDVEIRRKHEEEMMNYYYDNLSASYNEYHSEELPYSRAQCLEDHHLLKLVLALYGWGALVTHMFDRYGNDPRDVRAWADRITAAVTDLDSDFVSSKLNIPASVMDDFKKIMSDARDMTKERFVESGQ >OYU48266.1 TetR family transcriptional regulator [Rhizobiales bacterium PAR1] MNIRQKITPEDMRERIISVAEEHFRRIGYAKTAVADIAAALGMSPANVYRFFPSKSAINNAICQRILVEVGQLIAGIAARDLPSPDKLKAFFVELHQYYRATLINEHRLHDMVEVAMAENWPAIDAHCQAMVMELAGIIGEGVDNGSFRKVDPAEFAQAAFEASAKILHPTLIAQGLNCPHGKPGDLGQQDDQVERITALILAALRP >MBM3222384.1 hypothetical protein [Candidatus Tectomicrobia bacterium] MHTTTSMTSALTLAGAHAYQAAFVSLTLLPDCAALDGLHAEIPDLPVILMHAPEHAHHIPPQMLGVATNAIGKPLAIGPVCLMLDRTMELASLRAQVRQQRQFWYLAQETAAEVAGPELEVEGTRTLVRLEEMLVRRLRALMPSLEVLGQGSLHRAVLSYVEKLLLTVVLHECRGNQVKASSLLGINRNTLRKKIHDLNLSLPSNTR >HAG61063.1 lipoyl synthase [Arthrobacter sp.] MTLAPEGRKLLRVEQRNSAVPVERKPEWIKAKVQMGPEYVQLKNLVKKEGLHTVCEEAGCPNIFECWEDKEATXAMQLRYATVTGVARDDLADEGVWLYAETVRKIHELNPGTGVELLIPDFSGKPEHIEAICDSKPEVFAHNVETVPRIFKRIRPAFRYERSLDVITQGRKLGMVTKSNLILGMGETREEISEALRDLHEAGCDLITITQYLRPSERHLPVDRWVKPQEFVDLQDEANEIGFLGVMSGPLVRSSYRAGRLWATAMRKKGWEIPAQLAHIESSGSTRQEASSLLAAHAS >MCK4826606.1 O-methyltransferase [bacterium] MNKETWTAVDKYYEDLIVKPDLRFKNIIQAALQAGLPTIQITPNQGAFLELLVRVTGAKRVLEIGTLGGYSTAWLAKGLPPDGSLITLEINPEHAAIAQKNLEDFEFVGKIELKVGDGLDSLKELVESGAGPFDLIFIDAEKSQYSKYLDWSIKLSRPGTLMIADNV >XP_043479276.1 rho GTPase-activating protein 44-like isoform X2 [Leptopilina heterotoma] MKKQFFRVKQLADQTFSRAGKTEVLTDDLQAADKHVEQIRTALNGLSKRFGNLPNQAVAQEGVYKEKRLKKCPEWVLGQTMLESTGDESLLSFVMSECGRAQVALAAETVDHESKVEQYVAAPLLRILETDVPNIIKFKRNLQRLILDMDSARTRYHQASKHNASGTGATKVDSLKDELEEAEAKVEQCRDHLAAEMFQLMSRETELAQIIIQYVKLQRAYHESMLHCLEDLIPGLECYINNNEMKPVYGYSLEEHLRVTNRKIALPIQLCVSALLRLGMEEEGLFRIAGGASKLRRIKLSLDACCLNLPTALEYKDPHVIAGALKSYLRELPVPLLTFDLYPEWMAAAKVVQNEARLKALWEVLHKLPPANLENLRFLIKFLAMLTKNQDINKMTPHNIAIVIAPNLIWSPPEDLNPMAMEMSTANNSSLIVDQLVTYADWFFPGEIDFDRDLDVGIVNGSENQVVGMRRCMSNSSLSDLGESPPQGSPKPATRRKNKPAPIPPSFTPDKHERKSDDKPPPAPDKPPRPLATATLNRVTYKAQKHEVNAELINPSNRSGEKIEKNSERNIKSTNCDVSTKSIVANQTENIERPVETRKEQQETTISTKANYQTEKVAEELKSVLPIGFEALVKTEQDANVESENLDNNSSKVKTVPSEKTCPTTQERRPIPVAAPRSITNISLQTTDDIVEMRKKPEISSGSEKNHKPAIPERPAGLARPSSLIRPQPRHSNENLDNESGLLTLERAHMYSVDKQQRSPSVGSRPSSMSLSCDRPEKPPRPDVPETTKAHTRTRSEGNIIDVQTQTDTIIVSKSQQQQQQPSPASPRFLQRPPRPQPPPPPPPTARPKSEQESTNL >RDJ60584.1 hypothetical protein AB719_05920, partial [Acinetobacter baumannii] >HBI2389385.1 replication protein [Acinetobacter baumannii] >HBI2425625.1 replication protein [Acinetobacter baumannii] MTQESRLVITIDSKNAERNARNLGNELDSIEKKGDFASKSMDSLSVATRALAGHMAGLVTVGAAISKMDEYTGLQNRLKLVTKNQVELNKATEDTFRIAQKTYATWNSVLQVYQRFSDNAKTLNINMDETARLTETVSKAVAISGASAQAADAALVQFGQA >XP_016415707.1 PREDICTED: uncharacterized protein LOC107746125 [Sinocyclocheilus rhinocerous] MEWCTSCYTLSWKARVCEKKRCAEAERKTDPLRGTGGSISTQAAHPQLAIIPCRRNREIVRICPDVKMLAVVVVLFLAAGVSDSVILSKCELKQQLESGITLPIPNSTDMLAQIMCHVQLTSGFNTSAIKTIPEPQERSGGHGSRRGRSPRGKNSGDSSSLESDEDKSEVWTLYGLFQLSDHVVCRSIQSRTLNLCRLTCDKLIDDDTSDDIACVQALINAVTAPIPDRKTARHIREMISLIYQPQCIAVNATSYFADC >PIT51662.1 hypothetical protein BHC48_03005 [Snodgrassella communis] MIDADGYINLVDRQSNMTTLDKWTRKPIRTTQIPIFYGTATHVPWYANQLVTNGYEGSRAYSAVHYTDFVGRSPAAFFRSPYTIGGNAPTGGVENKPFLYSHSSYFREKPKDILIDEKGRNIDANGNLTGGREVKNPYRQDFDNT >WP_153401532.1 Cof-type HAD-IIB family hydrolase [Gracilibacillus oryzae] >KAB8138601.1 Cof-type HAD-IIB family hydrolase [Gracilibacillus oryzae] MSKKVVFLDIDGTILDHEKKIPESTKDAVNKLKERGVIVAIATGRAPFMFQDILAELDIDSYISFNGQYAVHQGKVVHENFYSAEQMEQLMEFSSKSSHPIIFQSVDEMRATVSDHPQIESGMNSLKKAYPDEDAEYYKKVPIFQALLFNEAHEQTYYEKNLEQFRFVRWHEYSCDVLPRIGSKAHGIEQFINELNIDWKDTYAFGDGLNDLEMIETVRYGIAMGNSVEELKKKAYLVTDHVDDDGLSKGLKRLKLID >WP_198721977.1 alpha-xenorhabdolysin family binary toxin subunit B [Pseudomonas syringae] >MBI6707569.1 alpha-xenorhabdolysin family binary toxin subunit B [Pseudomonas syringae] MNVHVLAMPAQLPKPDMEIIIASREKLKREADRLGDIYLPVMNEALHSLLSEVGHVDKEALDTLTLVPHMYNSEEMLPFLEAVEKLRGDPEDAKSSAAIADFNEEISLLLDTREASLSSQAKALDRALINLEAVRVDGVEHLTPALEQEIAVLEARLETEHARLTEVVRQAAAVNDLIRDVESLSFFDKLKPLVASLERLADVDPLNPLIGSVKAGIAGVSNILDLLDAAVDYDHLIALRERLQTQMTGLQETTDATRAALETEVSKRGQLLGLASVEVCKTDYVREMSKLLEALKRVLASSRLPETAVIEKRVEHFSRQADALNNYLIDLRRSWRS >MBI2153585.1 heavy-metal-associated domain-containing protein [Candidatus Rokubacteria bacterium] >MBI2555571.1 heavy-metal-associated domain-containing protein [Candidatus Rokubacteria bacterium] MKRADVRLETEEARVIYDDVKQSPEKLAAAIDRLGFKASILSVTAAPKPTLYVDGLADLKAVRRVEEVLKAIKGVRGVTVDPRDGEVFVEYDGTVTPPQLLAALQAGGFKVRLGSP >WP_088008362.1 IMP dehydrogenase [Indiicoccus explosivorum] MWESKFTKEGLTFDDVLLMPAKSEVLPKDVNLSVELAPSVTLNIPIISAGMDTVTEAKMAISMARQGGLGIIHKNMSIEEQAEQVETVKRSENGVITDPFFLTPENQVFDAEHLMGKYRISGVPIVNNKEEQKLVGIITNRDMRFIQDYSKQIAEVMTHDNLVTAPVGTTLDDAGKVLQQHKIEKLPIVDENGTLKGLITIKDIEKVIEFPNAAKDRHGRLLAGAAVGVTGDTMKRVEMLVKAQADIIVVDTAHGHSKGVVDTVREIRANYPELVIVAGNVATAEATRELIEAGADVIKVGIGPGSICTTRVVAGVGVPQITAIYDCATEARKHGKTIIADGGIKFSGDIVKALAAGGHAVMLGSLLGGTSESPGDTEIFQGRRFKVYRGMGSIGAMERGSKDRYFQEEAKKLVPEGIEGRIPYKGPLADTIHQLTGGLRSGMGYCGTADLRALREEAQFIRMTGAGLRESHPHDVQITKESPNYSIS >HCD1810260.1 MFS transporter [Staphylococcus aureus] MTDLLKIKNFRLFFLAEIISAFGVGISTVGANWYLIDKTNDSQLLGIMLALNVLSGFLASPIIGGLADKYNRRNIILITYLLQVILYLLIVIALVMIGFETYLVIGFAIVNGIGWTTYMATSRSLVKQILKPDQYTDANSLLEISLQTGMFIAGGLSGILYEINGFTLIIAMTIMMFLISIFMLFRLHVDKPTHSEEESTNSLLQEYLLGWKFLKDN >WP_238935592.1 arabinofuranosyltransferase [Saccharopolyspora spinosa] MAGILPSPLLTGPSPIDEPRRDSAVRLPLRSTVVELLLSAFVAAVVSLVLQFGIARLSISEPSFAPEALAAISSALVLAVLFLLLAFGHRRSPRWLRLFGAWVALSAFSTFALAIPLQATRFYYGGSSVDNGFRLQYMTRMASTPGLADLNYADTAPYYPAGWFWLGGRFANLIGWEGWAAYKPYALAWVAVTTVVAFTLWSVVVRRRLALLAAVATGLAGMLHGIEEPYAWPSAAWLAPIAVLAWHALRRRDHAPRWTLVCIGGYVGFAAITYTLHFGFAVLMVVLMAVITGVFRVHQGERLWPTVRQLFLRLLPIGIVSLVIALLAWLPYLLSTHFLLDNPRSAAQHYLPEDGAFLPVPMMEGTAFGVLCLAGLVWLLLRCRRSEVAASMLSIVLAVYGWFVLSTLALVAKTTLLAFRLNVILDVTLAVAGVFGLLELVGYLRQKLDTRYALRISMVATALGLLGAITINQGAIGLALQPSVERAYADYYPTGDNAMGQRDPAKPGSWTDAEIRAIAELTGRKPVDNVLLTTDYKLMSFQPYWGFQQETPHYANPLADYDERAAEVQEWTTAKTPDELLRMLRKSRFKTPNVFVLTNPVSSHSDVEPPADQSGKLVLQLKGDAFPQLPNVRDYDVYFDPAVFDSPAFAKREVGPYTIVALR >WP_212517614.1 hypothetical protein [Actinospica acidithermotolerans] >MBR7826465.1 hypothetical protein [Actinospica acidithermotolerans] MVSSTRRLLGLILVIAAAVVAVWSAFAPWYGGRKGTNIRFLDLFDHGLTVESAATMTSLLLPMLVSAVLVLAGILVWWRWLWTLAGAVAIATVVLWGARQAQNPSGLHSALVGAGPIMAACAGTVMIFAASIATVREGRTRQEPIGRLSPEWTPAPATRVGDTEAAGEPRAEERTQPQQNNWD >QYU66920.1 sigma-54-dependent Fis family transcriptional regulator [Leptolyngbya sp. 15MV] MAHDILIVDDEPDIRALIEGILTDEGYGTRQAANSDQALAAFRLRRPSLVILDIWLQNSKLDGIGILNAMHQEEPRVPCVMISGHGTIETAVQAIQIGAYDFIEKPFKADRLLLIVARALEAARLQREVTRRG >WP_271619988.1 PQQ-dependent sugar dehydrogenase [Bradyrhizobium sp. CCBAU 51745] MCAAAAVTAVLLGLALPAASDQLRKSGYAVGPETCGSGDLAFPRVQIDMKAGFCAGLVGSEEDRLKFPRSIIQVPGRELFVVADMGGWGHTDGRLLLLDPHAASGHRFKELLTGVEYPFGLVIGPDKKLYASTAETIFRFDPLADNPRSTVETIIRHMPGRRITLPDGTKLEEAAHPLKQFVFDKNGRLFVNVGAHSDDCIAPAPITKPCAPAEGASAMAALWLFTPPSGGVFPALKPGDPDPAHTIYARGLRNSLALALHPNFPDAGYAFLQGENGRDLPDIFKPNEEINAIEQGRHYGWPYCYDLSTPSPEFKLVLQSGIYKSLCTASALYKQPFSLLPPHGAPLAMLYYHGVRFPELEGKLLVGLHGYRPTGSRVLIYDVDDRGFPKPAPPPVRYHVSCAADPTHNFQTDAGDVAAAPFDELIAGWHRVNGARPQGAPVGMTVAEDGAIWLVEDKNQTIIRIDRAAGDPPPPLPCDVRSQALIDQLATFVAKDPQNKLRLTTLRKNLVEKHCVGCHSDFGLKAGQSDADKDATVLRFMLSQDGWIYPGDPASGRLRTRLRGIGAEKLMPPGGESLPKTEPGYAALLTTADLLVAKMVPGTPMRIKLGLPQRKFFSKANKECGEIPAAKVVVVTQRNAVDKPGFSRFFRPADPYLNGECSDDDGYYIRQDFLVPVQ >WP_237066347.1 BadF/BadG/BcrA/BcrD ATPase family protein [Microbulbifer guangxiensis] MVALRDRDTLYIGIDGGGSKCRASVVDAAHRVLGTGVAGPANPLHGYAQTIDSIVRSAALALADAGLPPETLGDLVAGVGLAGVNMPRLYHEMDSWAHPFKKMYLTTDQHSACLGAHRGGDGAVIIAGTGSCGYSWVNGRSLLVGGHGFPHGDKGSGAWMGMEAIKYLLMALDGLAEDSRLKGALLQALDATDANEVFEKIGGKSSSHYARMAVPVIECAESGDPVAVAIVRDGASYISDLADKLLEQKPPRLSMIGGLAPRLRPWLAPHVVERLTDPQDPPEIGCVYFAEQSLAREAGNAKDAAKKSGSSALFG >MBX3184110.1 glycosyltransferase family 2 protein [Polyangiaceae bacterium] MQRSIWLVIPAYREERLLPRTLRRVPACVDGVVVVDDASPDATSRAAREAGDARLVLERHPRNLGVGAAIRTGYRRALSEGADLIIVMAADDQMDPADLPALAEPILADRADYVKGNRLIHPDKRRMPLARRAAGHALGWLTARATGYALSDSQCGYTAISAAALRVLPLDELWPRYGYPNDLLGLLSQARLRVAEVPVRPIYADEASGVRPWHFLTVCWLIARRYAVTKRGRT >KAJ9293589.1 hypothetical protein DTO271G3_7668 [Paecilomyces variotii] MYTGYNPFLQWAKAVDCGDAPLTFVDNTVAMKQLEKAHKIISNRLATNISASEVPRILMLGGDHTVTLAALRSTINHWGTVNVIHFDSHIDTWDPHAVGGGVSDYAAVNHGTFLHIAHEEGLISNDSSIHVGIRAPLGTRHRDLDNDARCGFDIVKARDIDEIGVKGIIERIKDRAGDGNVYITVDIDVLDPAYAPATGTAEPGGWSTRELLSIIDGLSGLKVIGADVVEVAPAYDNTGETTCIAAGEVARSLIGLMVDVPVAASS >CCK15435.1 2,3-dihydro-2,3-dihydroxybenzoate dehydrogenase [enterobactin] siderophore [Cronobacter universalis NCTC 9529] MSAYGASKAALKSLALTVGLELAPYGVRANLVSPGSTDTDMQRTLWKSDDAEQQRIRGFAEQFKLGIPLGKIAQPQDVANTILFLASDLASHITLQDIVIDGGSTLGA >WP_116314221.1 VWA domain-containing protein [Cupriavidus taiwanensis] >SOY97400.1 conserved hypothetical protein, Von Willebrand factor type A domain (vwa), putative exported protein [Cupriavidus taiwanensis] >SOZ00129.1 conserved hypothetical protein, Von Willebrand factor type A domain (vwa), putative exported protein [Cupriavidus taiwanensis] MIDALSRLPVFSFLWPGMLWLFALVGGLAAGYVWLDRRRRHAAGHYPALKTAGVATRGGSGWRRHVAPLLILLALAALIAAIARPQAVMMLPSRIETVVLVMDLSGSMRAQDVKPSRLGAAQQAATTLLEAQPAGVSVGVVAMAGTAAVAQAPTRAREAVATAIERLQPQGGTALGNGMLIALTTLLPELTPDAERLMNDDTPPPRRSRGLANPPGNSEPVQPGSYTAGAIVLFSDGESNAGPAAMRAAQLAAEHGVRIYTVGVGTPEGVVLSVDGWSARVRLDEKVLKEVADATSAEYFRLEDATELKRVYRALNARLAFDKRSQVEITALFAALGALLAACAGLLSLWWFGRVM >ATB18092.1 TGBp1 [Cherry green ring mottle virus] MEAVGDLLLDAGFVRTAFTLSFPIVVHGVPGCGKSTLVRKFLDLEDFHAQTFGVSKPTNLAGRGVEKAPAPLQSGFNILDEYLSGPYSEGFDLFLSDPYQNFRKPLTAHYTNSCTYRFGPSVCQFLNKLGFEIESAKEEDTELIFGKVFGGTIRGEIICFEKEVEELLRSHSANFHHPCDLRGAEFDDVTFISAHTDLQEIVGPDLYVALTRAKKSLTILQP >MBE9483558.1 50S ribosomal protein L23 [Bacteroidota bacterium] >MCK5766238.1 50S ribosomal protein L23 [Bacteroidales bacterium] MDIIIKPVITEKMTAMGESLNRYGFIVNRKANKLQIKKAIEDLYGVDVVSVNTMTYRGKTKSRFTKTGVISGKTASFKKAIITVAEGETIDFYSNI >WP_216083845.1 ABC-2 family transporter protein [Paenibacillus riograndensis] MKTRLTYRADFWVEVVSDLLFQATNFIFILVIFMHTESLGGWSQNEVVFVYGFFMVPFGVFSCFVNMWGFSERYIVKGEMDRILTRPAHNLFQIFLENVDPPALVGSVIGLIIMGISGSNLGLPFEWWTIPMVIILTLSAVAIYTGIYTTLTSLSFYSDAPTGILPLMYNIQTYGRYPVTIYNRAIQVLLTWIIPFAFVGIYPAAMFLHREEMQGMALLTPLVGAIFLGIGLLSWNYGVKRYKGAGS >WP_218801637.1 MFS transporter [Klebsiella quasipneumoniae] MKTSAVSPGRAGLWLLLGGQMLPLIDTSITNVALDAITHTLAASATQLELIVALYGVAFAVCLAMGSKLGDNYGRRRLFMWGVALFGIASLLCGMANSISALLAARTLQGAGAALIVPQILATLHVTLKGPAHARAISLYGGIGGIAFIVGQMGGGWLVSADIAGLGWRNAFFINVPICLLVLALSRRYVPETRRETPSRIDWQGTLYLALILCCLLFPMALGPELHWPLWLQLMLMAVLPLLIAMRQSALRQQQRGDHPLLPPRLLQLTSIRFGMAIALLFFSAWSGFMFCMALTMQEGLGMAPWQSGNSFIALGVAYFISALYAPRLIARYSMGRILLTGLTVQIAGLLLLCATFSRFGIATTALTLVPATALIGYGQALIVNSFYRIGMRDICASDAGAGSAILSTLQQATLGLGPAILGSLFLALARRGGGNYPQALIDFLLVEVAMMLLLGAIALWLRHHLNRQPATAAS >GMH77683.1 hypothetical protein TrLO_g15822 [Triparma laevis f. longispina] MYVLLLFLLPLLVSPFRLSPPSHYPTNLKSFYPSDFPSPSIISSLTLTLPTSLGLFISTPSPFALSGTNEAITNYLNNKTPSPINSNTDGNAMCVIDNKGTFLSLFTYLPSFKIIIPTNSELRESFSKTIFPMDGVEIIDSNFKSIDVISLKSKEELENVLGVQVYEKSFIIENGFKGLKRFGVLIPTSLYSSFLSKHEPQEDSEIIYNKLLKIPTEVFSYYTITEPPPCSEILNIPTPLDLGLNMLIDPIKKCYSGAEGFKRTWKKIEGTGKTEIRGRRKVCIIRFNAIENENRVEDFLDKGVIEGEMEYDYPPLPESKVFTLSGEDIGVVINVAVGFEDTVGLGCLKRSACEKFNVKNGMRVKCGGSIGVLEEIDVPKLEVEREKEEKKEEENDSESKAMKKQERMEELKRKAKELIERRNALK >WP_020530816.1 sialate O-acetylesterase [Flexithrix dorotheae] MKFTHQRKCLITIILMFTFQISFADFRLANVFGDNMVLQRNKEIPVWGFGDKGEKITISFNGQSLTVKVKQGKWMVKFPAMKAGGPYEMILKGKKVTKTIKNILIGDVWICSGQSNMEWVLQATNNAEEEIANANYPQIRHLKVPRVISTLQKEDIEAADWQICSPETAGNFTAVGYYFAKALRGSTNVPIGLLNTTWGGTNVETWTSPEAIGEIPEFKSKVEELKVADLEKMAALRKEKLIANIGNIPDKDPGLVDGKAIWAESDFDDSSWKKMELPGLWENQGLADLDGIVWFRRTFELTEEQVQTGIKISLGPVDDNEMTWINGNQVGKTEGYNIKREYEAQPDQLKAGENTIVIRVDDTGGGGGIYGDQEVLFVSANGKKISLAGDWKYKVGEASINASLSPNSMPSLLYNAMLAPVVPYAMTGVIWYQGESNAGRAYTYRTLFPLMIKDWRNKWQAGDFPFLFVQLANFMAPKSDPGESAWAELREAQSMTLSLPNTGQAVIIDIGEANDIHPRNKKDVGYRLSLAARKIAYNEDIVFSGPVYQSHSVENGKVRIKFEHVGGGLLVKDKYGYINGFELAGEDKKFYFAKAKLEGNEVIVWTDEVNSPIAIRYGWAENPDDLNLYNKENLPASPFRTDEWPGITQP >WP_068080190.1 MlaD family protein [Mycobacterium sp. E1747] >OBH11049.1 mammalian cell entry protein [Mycobacterium sp. E1747] MKPLATAWRIGVALAVAVVLFVLLGNTLTNPVAVDTRTYTANFTDASGLHPDGDVRVRGVRVGKVKSVDLARVGGQNVARVQMTLDRKYAVVAITRLAIKFQALTGVRYIDVTNPAEGYRASDVVTQIPTTMTQPSFDVTALFNGLQPVLATLSPEEINTFTANAAAVLTGDGSGLKPLLDSIRRLTEFVSDRQQVVATLIQNLSNLAKGIGGTSDKFIHLLDLANEPIDGALTILDEFRKDLVYSKDFFDPTTQLLHNLGFRNGVNVDESLDRAFDNLSNFFDAFKLVPVINDKIPPPGNDGTAVEPCSRGRFQLPETMDVLLNGQRVMLCNR >XP_046922164.1 cytochrome P450 2D15 isoform X3 [Lynx rufus] MGLLTGDALGPLAIAVALFLLLVDLLHRRRFWAARFPPGPMPLPLLGNLLQMDFQDTLFYFDRLRRRFGDVFSLQLAWTPVVVLNGLEAVREALVYHSEDTADRPPMPIYEHLGFGPRSQGRPFSPRALLNKAVSNVITSLTYGRRFEYDDPRLHKLIDGALKGLQEDSGFAREALNSIPVLLRIPGLADKVLSSQKALMTLLNELVQEHRITRDPTQPPQDLTEAFLDEIEKARGNPESSFNDENMLMVTADLFLAGMVSTSATLTWALLLMILHPDVQRRVQREIDEVLGPVQRPAMADQTRMPFTMAVMHEVQRFGDLAPLGVPHMTSRDIEVQGFLIPKGTTLITNLSSVLKDKTVWKKPFRFHPEHFLDAQGQFVKQEAFMPFSAGRRVCLGEPLARMEFFLFFTCLLQRFSFSVPVGQPRPSDHGVFSFLMIPPPYQLCAVPR >XP_016265944.1 hypothetical protein PV06_04091 [Exophiala oligosperma] >KIW45728.1 hypothetical protein PV06_04091 [Exophiala oligosperma] MLVSLALALIPAIVVYTLIKNYFLLTSSIPGPFVARFTDAYRALLVYRRRPHEVHLALHKKHGDLVRLGPNYVSVTGSRTYVPQIYGIGKGLVKSDFYSVFQNVVNGRRAASLVAETDESAHAKSKRLIAHAYSLSTLVEYEGLVERTTVCFLDALEERFATTRGATGDKKSRPSQSLDLARYLQFFAFDVIGELTFSRRLGFIESGTDVDNIMAAIGANFSYFSVLGQMPWLDETLLGKNPIYVKYFRKSVSSPILIFAQRLLKERLEDLDGQDNTGGDDKNRQDPKGKGGESYNRPDFLTRFLKVRKEQMESHDEALSDGQILSYLFMNINAGSDTIASTLRAIFYHLLKNPTSLTELQSELDAAARDKKISVPCPTWVETQENLPFLCAVIKEGLRMNPALSLPLERVVPAEGLTLRHEDNTTTSLPPGTIIGINPWVFQRSTDIFGKDAERWNPTRWLTPEEKSTKSMEHSLLAFGAGKRSCLGKNVALLELHKLIPAMLLKFNMTLTHPDREWKVENAWALNQTDIEVNLSLRNPRRNPEES >WP_077533069.1 GntR family transcriptional regulator [Massiliimalia massiliensis] MEIIISNGSSKPIYEQITAQIKNMIMSGELQEGSMLPSMRLLAKELRISVITTKRAYADLERDGFIETVAGKGSFVAKKNVEFIREEQLRQAEEHLQKAVDLARSGGITCEELGEILNMLYRGESS >QXO05584.1 NADH-plastoquinone oxidoreductase subunit J [Zeuxine affinis] MPVHLSDWLVKHELVHRSLGFDCRGIETLQIKTEDWDSIAVISYIYGYNYLRSQCAYDVVPGGFLASVYHLTKIQYGIDKPEEVCIKVFAPRSNPKTPSVFWIWRSADFQERESYDMLGIYYENHPRLKRILMPESWLGWPLRKDYITPNFYEIQDAH >MYB21565.1 hypothetical protein [Chloroflexota bacterium] >MYF82215.1 hypothetical protein [Chloroflexota bacterium] >MYI03606.1 hypothetical protein [Chloroflexota bacterium] MADQLRVERARAERAEASRKAAVVRADSLEDRARKAEKQSRDLRSHLDRLAAKLATSGEEIEPMRVELRETKSERDALRSTAESATSAADSASAQLAELTERADAAERERHRLRNERDALTEKSTFYEQAAKEASASLAAASSAQVAAEQQFAELQATLDARHEEFRQERNRLSRENERLEKQVAQLQAELESARSGIGGALRKRFGG >XP_005553416.1 PREDICTED: proteasome subunit beta type-8 isoform X2 [Macaca fascicularis] MPWKDSETAPSPWRPLPLHAAVIFCCSCPRTCSQDSAPSHFRPSWFCKVMLIGTPTPRETTPSSWLTSSLLVEAAPLDDTNLPTPVSSRCPSLEPTEFFQSLGGEGERNVQIDMAHGTTTLAFKFQHGVIVAVDSRASAGSYIATLRVNKVIEINPYLLGTMSGCAADCQYWERLLAKECRLYYLRNGDRISVSAASKLLSNMMCQYRGMGLSMGSMICGWDKKGPGLYYVDEHGTRLSGNMFSTGSGNTYAYGVMDSGYRPNLSPEEAYDLGRRAIAHATHRDSYSGGVVNMYHMKEDGWVKVESTDVSDLLHQYREANQ >WP_035473288.1 MULTISPECIES: pitrilysin family protein [Rikenellaceae] >KHE42190.1 Zn-dependent peptidase [Alistipes inops] MEFITYTLPNGIRCILKQVKSAVVHCALTVNTGSRDELPGEYGMAHLVEHTLFKGTQRRKAWQVNCRLENMGGELNAYTTKEETVVHATTLRGDYAKAVELIADIVFRSTFPEHEVEKEKNVIFDEINLYKDSPTDRIYDEFEDRIFDGSSLGHNILGSKATLRRMHSEDIRRFVARTYTTDQMVFSLIGNLSEKAFRTVADRWFGGIPASQRAFGRTVHPAPEPFCHSVGRGTHQVHCMKGKRAYDLKDDRRLPLMLLMNTLGGPSANSLLNVLLREKNALSYSVEATYTPFTDSGVASIYFSCEKENASRCIELMDRQLGELAEHVLSPRRLSVAKRQFLGQLAISAENNESYMLGAAKSYLVFGDVDGFGEAKEKIEALDGETLRTVAEEIFTGMSALIYK >MBQ4383193.1 ABC transporter ATP-binding protein [Bacillota bacterium] >MBQ5961170.1 ABC transporter ATP-binding protein [Bacillota bacterium] MNSILQVENVSFSYQNKYQTVHAVKKADCSFEQGKAYAIVGKSGSGKTTLLSLLAGLELPWDGRILFRGQDTRKIDRDAYRRDNAAVIYQNYNLFPLLTVIENVLYSMNLKGVRGPEARERAEKELLAVGIAKDQFRRYPPQLSGGEQQRVAIARALAAGNELILADEPTGNLDEGNSAQVVDILLRLAHEDGRCVIIITHDLEIAAQMDQVYLMQDGVLEEEESHEH >RMZ75246.1 hypothetical protein DV738_g5576, partial [Chaetothyriales sp. CBS 135597] MASRKTTGKKIPDLPTSADEIVPFSHRAAGHEGISTSASGSVLIKPCTQHEIDFYRSAATDPRHEFFYAHMPTFYGDLKIAANQVQLGPLLSEQGGVAPLPAPPLPETDTAPAAEPGPATLAPPAAATTSSAPVNPTTDTWKPSQGKKLETGLAIALENAAAGFQRPCILDVKLGARLWADDAPLAKKQRFDDVAKESTSGSLGFRITGVKVWLGEDKEAQKDHLSRLPAISRDESLFTLDEQGYVGYEKQYGRKFNKDNVKEGFTTYLGGLNDQGKLQRKHAKLIRDRFIRELESIVFVLENEESRMYSASVLLVYEGDDEKLEAAQQYEDEQKKKDDDAGQEQEEVSAFPSKAGPKSPRKQAASTVSLQLRKVIGTTTSGPAGLACCASNSSFAYCAGAVAVLSTLEADGAVTTRYYKSRPTTTAVNPSRSYYDTGSPSHTPTRRRPSAFADRTPTDSDRGGAVGRERVDEGSQTWAARERIKTVTCVALNENGRWLAVGETGYMPRVLLYSTASGTPTDVPTSIISDHSIGVRTVAFSPDSRFLASLGTLTDGFLYVWSLNCRTGSLTLHSANKCTTPIADMIWCGSQLITIGTRHVKVWQPGQALPSSPQRLSRRVSTEKVASPGPATLSGRNALLGALVECNFTCAVAIRPTLVLVGTDAGHLCALNVSGSYPELKLLKMFDFEINALAWQPSRQRLVLGGQYGIAYEDLSVIDQILDSPPLVPGSRARSPRKGHRLSAARRSLGLDHTSNTGLSAVGCVSSQLIILDGDGNLLAESNADQNAADSAQTFACHNGSIQGVASFPPGSEHGAFFTWTKNGDLCFWETGGALRHKAYIRLEQQDLDGDLGQNELRIVRFSRKTSLFVAGDRFGMLQLVAPSDWNALWIGRAHGTEVTDIAIHDDSSFIATSSRDQTLQLFLHRENSLELVQTMDDHIGAVNNLLFNSTGSILLSCSADRTVFVRERVHRQGEGVSSTAYLPTRIITLRSAPLSMAFLDSKCETLLVSTMDRHITKVDVTSGTVIESSKITDPESEDRVALNRIAVISRHGHGEGDANFLVGFSSADKSLRVYDNDKILLLTREHGHTEGISDMCILEDSGPTWTLVSTGLDRTIMVWALTIAQPLSPPAVVLEACATDRLTAVNGEVTPGKCSPVSLPPLRKVLTKGEAQTTAISAGRPSRPSDGPAAKHQSSPRLRVYRDGHRADLQNSSRVL >CAF4338983.1 unnamed protein product, partial [Adineta steineri] QIHCKFFNRGDGLCPFGSKCFYLHVDKHGQPVQLGPPRRRQRINARGELENFSDVLMVSVFSNEDFGRFFDEYDFLFDDDDDDVSRGSEVTDEDDFRFADEHDLSDNDDEETTSPGWH >OGL48105.1 hypothetical protein A2161_06345 [Candidatus Schekmanbacteria bacterium RBG_13_48_7] MSTAENLYQIFPDETESQPDSFEQYHQMYLNSPDAIVILDQNLKIMEANPAFERITEFSSKEIIGELVTGIAARPIAQEQLESIKFKALSANGWKAQIISRKKSGKFWNCHLALSALKPCEGSKSGYIGIIRDITQLTFRNLKGISSTDAIKNTQFSLVYGLAKLAECRDPETGYHLERVEGYCAIIAEALKSRPKYERLISREFIETIASSSPLHDIGKVGIPDSILKKKGPLTKEEFSVMKHHSVIGGDVLKGSEEHSSSEGNLIMARTIAYEHHERYDGSGYPFRLKGDQISLPARIVALVDAYDCITSKRVYKEAESHEVAVEKIRIDSNKHFDPDIVDAFLEAETEILRIKGKYPNVNVNPDTKFLKFNEDRYK >WP_232540662.1 phage minor head protein [Lysinibacillus fusiformis] MAYLLQQSTGEEMGFKIPSAEVIQAALTNPVEFLTLPKIFEAHRNEIIRRLNIEIAQSLQAGESYTDMAIRIEQAMGWTRKKAILVARTEGDRVRSQVDLAIEEQASKTAILTKIWMSSLDTRVRMSHRKLDGQKADKDGFYHYGKWKSKAPRLWGVASMDIQCRCHTIYMVNGKLPEYRRGRDYMDDTYQKQLAARIDAYMSDQGLTYRQAFNKAYKQVKPPSVVIPFVSYEGWRKQFNGEV >MBE3116889.1 aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme [Candidatus Bathyarchaeota archaeon] MKPISKLVNDNIKNFKPCVHGGEVLDAALKSGFRREEILDFSSSVNPLGSSKKALDAVCAGFGGIASYPDSNSTELRDVIAKHYQGIDRSNVVVGNGSTELMYLFAEAFMKKGDLAVIPAPTFGEYESAIRKTGQEPKFVRLNSDFRIDPSAFKSEMAGAKIVFFCNPNNP >KAI8964031.1 hypothetical protein F5Y11DRAFT_123662 [Daldinia sp. FL1419] MGSAPPLPTRFPCWCRAVYSWGGESQHDLGFIEGDLIECLNAGDGSWWTGRLRRNKTVGVFPSNFVEVLPQDFRPVTRSVSPLPASNTPSPTNAPQKSKSRIFRKPFEAYAKAPHYTTAKQPEIIKQPDVIRNLSNTPPRKNSASSFKNSTRQGAQSIIDRDPSPSELRRHETKAPSPAPAPPPPSTSSYIPRAASPAPPIHSYGSRNPSPVPPLAYNYQREPSPAPSPVQQYGSRGPSPAPSFSFKPYRPGAEHDSPPPPAPPPHRHVIARGNSIASNASYDNRHLHDGYHTPRVPSPSPHSPAADGLTPSPLREAMDGVIEQLDALGMAREADSPEPPLDPWSPESFDLVHHRTKKKVQPRPLTSIGLPFQDSGYGSFDGGSSQDSAHHHSNSYQEQPLPQLSNYVGRMEKRLQKMHHKSSSAGILDHQNHNHNRDRSHGHGHDQNQDQNHEEDIGAPPPPPPKNPLYSRPKSSIGDHFFADRKSIRKQKSFYDIGQQLDRTGTTKTNSTDASSGNRSIITNSTNRSLMSGVSAGGISATSAGSLARKHKRARSALGFRDGDDEEEDWDSNRPTTPFTGVSYHPSHSTSALRPQSQVAFNEDGIAPIGGLVQPGSAKPKKQNFIKRILEATKTGVASGRSSIAMSPGSGPNSPTKRSMGLGMSAITGASSTNLLRDPATDMGLRNDGDWVQVRRDVNRSNTLSKNERNERRDRCLMLDYPAIDPVDELYESIEGDEDADGMPVREPINYQVINLSQVDKNCRFISSLPPMTSAISLATTYVCRPYKSDVQRLRAIFTWVAENVNWEEDFEGDVDTRRVIQLKRACPEEYAVLVHEMCTAIGIHSEVIRGYLKTPGEVPETGIMPRSNHWWNAVIIDNEWRMIDCCLASPSNPRRGLYSSASNSAAEFWWFLTRPVELCWTHIPEHHSQQHICPPVAHETLLNLPGACPPFFKQMISMVDYNTSLTRIEDLEMVHIKFNVPPDVEVAAEVETKGFARDADGDFFESGEIVKKRALAQADWYGGVKRYTVKALLPGDEGTGILKVYAGKRGLMHSIKDIPHPLAFALPIIHTGENPPYEFVTRHPTPHAQRHDIYVVQPQCHRLALNNTFVFAIRQHPSSPAGGSGSNPGGTSPVPFVRPTSALSMTSGSAAGSNPSSATGSIAGRKPAKLAIQTPGGKILRLMRKEERIGRSGIGVGGRNAGNADEEPSDGGTWETIIKCSERGLWRGLVLADRTARWCVFAEWVCV >WP_099345046.1 ubiquinone-dependent pyruvate dehydrogenase [Malaciobacter marinus] >PHO12486.1 ubiquinone-dependent pyruvate dehydrogenase [Malaciobacter marinus] MNDNISMYFAKLLEKVGIKRIWGITGDSLNGLSDSLEKLNKIEWIGTRHEETAAFAAGADAKVSGEIAVCAGSCGPGNLHLINGLYDCQRKGVPILAIASHIPSSEIGSGYFQETHPRDLFKECSIFCELVSNPEQMPNILETAIRQAILKQGVSVIVIPGDVMLNPMPENSKLLLSKPSLPKVLPDEHDIIKLAKILNENEKITFLCGAGCKNAHDEVIKVAQLLNAPVVHALGGKEHIEWENPNSVGMTGLIGYESGYYAMDNSDVVLVLGSTFPYKAFYPQDAKIIQIDIKPESLGRHCQLDLALIGDIKASLEMLIPKIDKKENNIFIKSALKHYKNTVEKFDKLASENSKVGLIHPQYLTKLINKYASDDAIFSCDVGTPTVWAARYLDMNGKRKLIGSFNHGSMANALPQAIGAKVSSPNKEVIALCGDGGFAMLMGDFLTLIQHKIKAKIVIYNNSSLGFVAIEMKAGGYLYENTDLTNPDFSAIANAAGVKGYKVEKPEELESTIKEFLKYDGAALLDVTTAKQELTMPPKITFESAKGFGIYMLRTIINGKGDELVEVAKENLLR >EKK02300.1 hypothetical protein RBSH_02336 [Rhodopirellula baltica SH28] MPGSGPNFNRSGSMRRLAAIVWRNVSMAYSSGWPGLRRAIGSGLLGGRFDVQRLERSCNAKVHR >MCU0947041.1 methionine adenosyltransferase [Porphyrobacter sp.] MRSNYLFTSESVSEGHPDKVADQISDAIVDLFLSKDPEARIACETLTTTQLVVLAGEIRCKGVYENGEWAPGAKEEIEQVVRNTVKRIGYEQDGFHWEKFEFVNRLHGQSSEIAQGVDAGENKDEGAGDQGIMFGYATDETPGLMPATLYYSHKILERMAADRHSGAAPFLEPDAKSQVTLRYEGSLPVAATAVVVSTQHKQGYCLTGDHADPAKYAELEAYVKKVVADVIPPVLLRETKYYINPTGAFEIGGPDGDAGLTGRKIIVDTYGGAAPHGGGAFSGKDPTKVDRSAAYITRYLAKNVVAAGLATRCTIQIAYAIGVSQPLSLYVDTHDTGTVGDDKIEQAILGIAKLGGLTPRAIRTHLGLNKPIYQPSAAYGHFGRTPEGDFFPWERLDLVDDLKAALA >KAA3459801.1 transcription factor bHLH118-like protein [Gossypium australe] MLPLHQSDDLVYQIFSHTKQHKIPQDPITRHTVVVESNPIISNPTVKNRGRKICHMEGGAGSDKYKKQKLHREIERQRRQDMASLYASLRSLLPGEYIKGKRSMSDQMNEAVNYIKHLEKKVKDLDAKRHDLASVGSRTKPAAASISNHCFIIRPCLIGIEIMFRCGVEDQDLSLSRVLAVLVDEGLHVVSCFSTKSEEFLFHTIQTEVNDPTSVNISRLQQKLPQSSEVS >MBT2214695.1 BREX system P-loop protein BrxC [Virgibacillus dakarensis] MQIRNMFERKIDRDIKGVVKVGQDDNRSIQQELEEYVVTDELHKHIGDFFASYRKGIEEPTDRIGVWISGFFGSGKSHFLKILSYLIENREINGKRAINYFDDKIQDPQIRKNMQKAGEITTDVVLFDIDAKSESDSMADKDSIVKVLNKVFNEMQGFCGAIPWIAEIERNMHNDGTYETFKANFREISGNEWEESREDFYYEEDAIIAALTKSTQMSEEAARNWFERAEQEYSISIERFAKRVKEYIEQKGNNHHVAFLIDEVGQYIGDNSNAMLNLQTIVHEFGRQCKGKAWIAVTSQEDIDSVLTVKGNDFSKIQGRFDTKLSLSSAFVDEVIKKRILIKNDAGAETLREVYRKNQFILQNLLTFTENSAEMKKFQNQADFIDVYPFVPFQFNLLQKVFTGVRIHGASGKHLAEGERSLLSAFQESAIRFADQAEGILVPFSAFYETIETFLDSSIRTVIIQAGNNEKLEPYDIDVLKLLFLIKYVKEMPASLENIATLMVDHIDTDKLALKKKMEKSLTRLIGQTLIQKNGEEYIFLTNDEQDVNREIKNMHVETSEVILKIGEEIFDGIFKDRKYRYSTKHHFPFNAFIDDRPIRAHSNDIGIRVLTPYADASMDYSHSELKMMSLRENNVIFKLPADTSYLEEMEEILKIQAYLKIKSGTAVSQAIEDIKTRKSREVTERRERITTYVTEALKQADIFVNSEQLNINKKVPAERFNEAFRTLIKTLYNKLDYVTEFVDKPKELQSIIIESTQLSMDDSDEPNHLAIKELDNYVDRLTARNQPMTVKSITTYFEQQPYGWLELDTTSFLLQLFKAQEVKLQLNSSELQLEDNRLIDYVTKRDYVDRVVVKKRERISPVLLKNVRDLSKELFGISAVPTDEDGMKHKVNELLNLEKEKLTDLLANYRNTFYPGESVLAEGKKVIESIVHIQDTATWFKKLHELRHDLQAYANDVKEVKDFFENQQDKYDQAKKRLTIFEDNRTYVTDNHVNDLVKKMDGIVHHAEPYDRIQELPGLYHAFDEAFVELLEEECKELDRLIDNPGFFKQERKRTKQTVKIPDFLGVEHETKTFIKNAWAQNYFAPNRIVSKKERSNWRFTAKRLVEQIMILANQPEHGMACIHLLEDLYRLFCYASGHYVFASQEPFDTIKIPQETFLKRLILLKKVEQVPEKWISDTLTLIVKNDVGYNTLKSTLLDTMVSTLSNAPLKEKAVQLAVELLYDQKVKIRNTKKRSIQAEYAAENNVETLVEMVFMLQSDLGEYDEAIAFYKKHYIQLTDEVKVYILLEWILEYQRRTKEWMQEYELAVKRGIELRGALKKTYAYVKREGELPERMITF >AUU37591.1 DNA utilization protein GntX [Proteus mirabilis] >EKB00247.1 comF family protein [Proteus mirabilis WGLW4] >EGS5724412.1 DNA utilization protein GntX [Proteus mirabilis] >EJD6085788.1 DNA utilization protein GntX [Proteus mirabilis] >KAB7718237.1 DNA utilization protein GntX [Proteus mirabilis] MLTVTDYRPPLNKLLHLYKYHPRPQIALCLAKLFLLRWLAHRRENLVRKPEQIISVPLHRHRRWRRGFDQVEAIAKPLARWLNCPYHPNTLIRTRATLAQTHLNAKQRQQNLDNAFIVNRTMSVAGKDLALIDDVITTSATLNAIVPLLFRAGARSVEVWAICRTL >PYJ65046.1 hypothetical protein DME78_10210 [Verrucomicrobiota bacterium] MANPVCEVLVTDAQLNAPENRVDPAAGARIDFQGIVRGSEDGREIEGIDYEAHWKMAEHQLREIAEQAIIQFELRSVIIHHRIGFVAVGEPSLFMRVISAHRQAAFQASRWIVDELKKKVPIWKRPRFKIRNDMPGSAPPATALAPTTVNELG >WP_067783946.1 multicopper oxidase domain-containing protein [Mycobacterium sp. E3298] >OBG76939.1 copper oxidase [Mycobacterium sp. E3298] MNRRGALRLGAAAAGIGFVGAGWPLAGALLGPAESGRLIRSQTRFPDRYQVPLPIPEQLAPVRSDAHADYYEITQQATQLRILPGLPTAAWTYNTSFPGPTIASRSGRRTVVRHRNALPVPVVVHLHGGHTPEDHDGYPTDFILPPGVRLGADVMARNSVVGQREYVYPLNQRAATLWYHDHRMGYTGAAVWRGLAGFHLVHDDEEDALPLPRGRRDVPLMITDRAFAADGSFRYPGAVGGGATGEYMNGVLGDVILVNGAPWPVLSTDPARYRLRLLNASNARRYRLQLDPQPPGGSALVQVGSDGGLLARPMGHDYIDIAPAERFDVVVDFGRYPVGTQVRLLNRLGGESAGEVMRFDIVGADRADDSAIPDRLSGSVPGLDPQARVATRTFLFRLGRKGVWTINDLAYQPGRPLVRPKLGTTEVWRFITEFHHPVHVHLNSFRVLSRNGRAPGRFDMGWKDTVDVRPAEAVEVLTRFTDYTGSYLLHCHNLEHEDMAMMADFVTVD >WP_167320363.1 quinone oxidoreductase [Bacillus thuringiensis] >NIL34304.1 quinone oxidoreductase [Bacillus thuringiensis] MKALCFETFGDADVLQYKEIPDPIINPNEILIRTKAIGLNFADIYRRRGDYHLAGNPPYILGYEGAGIVEEVGANVTTINPGDRIAFADVPFANAELVAVPAEKAIPLPDSISFETAASILLQGLTAHYLTKDSYQIKQGDTALVHAAAGGVGQRLIQMIKLQGGTVIGLTSSTEKTKVATLVGADHVFLYTEKWHSKVLEITNGTGVNVVYESVGSTLEESFNATKIGGTVVFYGMAGGNPAPIDPRMLMDTSKTLTGGDLWNVLTTFEERKQRSTQLFDWIATGKLNIASPTTFSLQDGARAHELLESRKSTGKILLIP >EPZ93706.1 endonuclease [Helicobacter pylori UM114] MSQIINEAVDEYIRKMRITGLISLRGNGRFIDINTNENNKIDYILQTHKAFKGDYLNNTQANKLAFFNYMAIVDSFLVSATPISADESVKSSKLNELANTYTKDFIKQELLITCNKQESKDSFLRLIDRPLRLEFLSAIFLKQHFENLSVIPNYKSDDEGLPVYTASGNKPDIVAMDTKAQSYIEVSLIRDRSQSTLEMIPIARHLKELIKNSTDIKEKFSVFVAPNIHDDAKEYAKFAQFKDNISICCYAII >WP_040988594.1 RpiB/LacA/LacB family sugar-phosphate isomerase [Vibrio renipiscarius] >KII79410.1 hypothetical protein PL18_07000 [Vibrio renipiscarius] >KII80961.1 hypothetical protein OJ16_06665 [Vibrio renipiscarius] MKIALMMENSQAGKNAMVSAELESVAGGLGHDVFNLGMTDENDHHLTYIHLGIMASILINSKAVDFVVTGCGTGQGALMSLNLHPGVVCGYCLEPSDAFLFNQINNGNAISLAFAKGFGWAGELNVRYIFEKAFTGERGQGYPLERAEPQQRNAALLNEVKAAVVKDNFIDSLRAIDQELVKTAVGSARFQQCFFDHCQNQDIADYVRSILD >XP_043079005.1 coiled-coil domain-containing protein 66 isoform X2 [Puntigrus tetrazona] MMKNLGDGLLFELENGKPKLVLTQVGAESKSSNKKVSCRISPRNKTHKIINSKQCPLQPDKVEKEKSSKNTAAVSCVGQNSTGGPKRRSSEAVRVQSDSSRNDSVTQQRESMVCLTQAQFQQILSTISSSSSANTHTHTEPVACSEEYCSETTGPAEELVLDNHGYRHRPSQEKTDRRPLSDEQQSGLFSTFGERERERDKLEARRAQWKRELDEQMALKRQQKTNLKDMKDHSESCEMRLKDMQDTDGVSSRRAAGAESSNCRAPFQNQQELPAAIRSAFIVGEAAPVEDSFSAQRQEQQRRWVQELDKQREEAKLRRQHDKEINSQAEDIELWAIHFDSLHQPSAEGPKHGVTDTSSCLSHRSISGVLSTAWDSLSAFGGDSLGRASVDTTQQNQQRSSYLRTMTALLDPAQIEERERRKLKQLEHQRAIETQVEERRRQKEKEEATRRTQEQEEERRLERERIQLQQQYIKDTERQRLREVVQSRKTEELYLSIQRAQEEACKDKHIQRIRDLAKKGHDVSKLLHSLQEDSISQALSSEDLPGPSALRTAPPPTTSPRKDTAVQTEISPQPENETIISNAAVTFPAPPDKISQRFEEKASEKSHSKQHLREVDTYEPYARSSRVQRQGKRPEWNTQRPSKAFIPASERYPEALQRHREESRRQRQRQLMMLQERSTLPRTPQQDLLHNHKPQAQRIRTSPQAQHQKFLSSVQSENELQEAPVFSAESRVPSPAVKTRVQSSYQVTEDTGCPPLLDYVPYVRTDEVYHMDPLAPLSRPLTHEAQQRVNTTPQTTVVSSSSRQATPLVQHPPKSTERQQAILKGLSELRQGLLQRQRELETSLNPVMQTQHRNHLSPFRPV >WP_183181890.1 glycosyltransferase family 4 protein [Azospirillum sp. OGB3] >MBB3267926.1 glycosyltransferase involved in cell wall biosynthesis [Azospirillum sp. OGB3] MNIVFIHQNMPGQYKHLAARLAADPANRVIFITKRTDRDIPNVRRLSYQPSRKARENAHPYLVSTENAVLHGQAAARLLMGLREEGFRPDVIVGHPGWGETLFVKDVFPNTPYLNYCEFFYRAQGLDVGFDPSVPVNVDTVLRLRMRSTPLLLALEACDRGIAPTEWQRDSHPAPFHPKIEVIHDGVDTAQLLPDPGIRVTLADGTVLTRQDEVLTYAVRNLEPYRGFPSFMRALPRILEARPRAHVLIAGGDEVSYGSAPPGGKSWRETMLAEMPLDPARVHFLGHLPYDQYLSVLRLSRAHIYLTYPFVLSWSMVESMALGCVVIGSDTAPVREVIRHGENGLLADFFSPDDIAAKAIAVLQDPGAFAPLARAARETAVERFELSRCLDRQIALIRAMA >WP_140334279.1 LysR family transcriptional regulator [Vibrio parahaemolyticus] >TOC73516.1 LysR family transcriptional regulator [Vibrio parahaemolyticus] MQSPITLEALHILDAIDRRGSFAAAANELDRAPSSLSYQIQKLEQDLDINIFDRSGHKALFTEAGKLILERGRAILQASEKLVNDATLLANGWELDITVAFDGIIPISNFFQMVDALAEVSSTRIRLQEEILAGSWESLNTGRADLLVCPSLDTLPQEVKAEKIGKMSMIWVAATEHYVHKRSGEFDDSAREKYRIIAIADTAREQPALSINIIQKQPRLTVTNFTAKVEALTAGLGIGTLPRQIALPLIEKGVLKQIEGTEEQPMDIILAWRRDTMGEAKSWCIQYLKKNWKLK >BDY12064.1 hypothetical protein HCR_03760 [Hydrogenimonas sp. ISO32] MKTTKLMAATLAIGALLCAPSLMAKEGKVHGKGRVHGSGAIHGTGVAHGKGAFKGSGTAHGSGVVIYRGKDGKIHHKRGTGTVSGKGIVIGKGTVAGKGKGIGKGWAAGKGGAKGF >XP_046018872.1 uncharacterized protein B0I36DRAFT_379707 [Microdochium trichocladiopsis] >KAH7040817.1 hypothetical protein B0I36DRAFT_379707 [Microdochium trichocladiopsis] MDTALAIPELLEAILLHLDTRTLLVAAQRTSTTWHSLIKTSPGLQKALFLQPDASIPPSAPLFNQLLVDTFPFCFQQLHNQHKHQHKHQQPDLPLQQPISRSKDASALNATPFPASPHITSRKHAFARPEASWRRMLIQQPPLRSYGVVMTACVPSSTTRAPGTRGETADPSPDDGAASPPPPPRGRHYQAQEILLMPSPTLSSQQQREDEDDDASVIISMPFLLEKCLTAPQQPARGSGGGDDDDQDVPISGFRVFWNAGGSGKDTVEAAAAAAAAAAATATASFPGEEREQVRSAVTYQAQQHRMVLNAVIGLAKLSPPDAELRRVRDVLLDGDYEILGGKPCTLEGAAGSCASHSNTHDECSDVEI >XP_043718329.1 3-hydroxyisobutyryl-CoA hydrolase-like protein 1, mitochondrial isoform X2 [Telopea speciosissima] MQSLKGLLLKRSLGIPRFLPYHRNLCSHTINPDDSDELNNQVLVEGKDHSRTAILYRPFALNALTTIMAARLKKLYESWEENPDIGFVVMKGSGRAFCAGGDIVTLFRLLNEGKMEDCKEFFRTLYSFIYILGTYMKPHVAILNGVTMGGGAGVSIPGTFRVATEKTVFATPETLIGFHPDAGASFHLSHLPGYIGEYLALTGEKLNGAEMLACGLATHYALSARLPLIEERLGTLVTDDPSVIESSLEKYCDLVYPEKESALHRIERIDKCFGHDTVEEIIDALETEGTGSNDEWCTSALKKLKEASPLSLKVSLRSIREGRFQTLDQCLIREYRMSLQGISRQPNDFCEGVRARLVDKDLTPQWEPPSLDQVSEGMVDSYFSPLNKLEPDLELPTKLREAFT >MBS7393837.1 GNAT family N-acetyltransferase [Muribaculaceae bacterium] >MCI6223689.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] >MCI6563242.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] >MCI6903590.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] >MCI6985548.1 GNAT family N-acetyltransferase [Bacteroidales bacterium] MTTRNNHELHIRRATEHDIPVIWKILKGEIEVMRRAGRDQWQYGYPNPDTVASDIEIGQGWVLLDGTQVVGYCAFITAGDPCYDHIWDGEWLTDSNSTNSRYTVVHRLGIDHGRTGQGLATAFLLMLIDESKRMGRESMRIDTNFDNLEMLHILPKIGFTRCGMIMVKDGERNAFEKVF >MCR4683986.1 EamA family transporter [Lachnospiraceae bacterium] GQVFYVFAMASRPMLAAPLVASYCIVSVILSRIFLKEKLKKSQYACVFTVIAGIVLLGISEGLNA >MBN1819552.1 HAMP domain-containing histidine kinase [Prolixibacteraceae bacterium] >MBN2772623.1 HAMP domain-containing histidine kinase [Prolixibacteraceae bacterium] MNKKVFTGLVILMGISILGIIAVQLVWMNNALKVKNELFERGVSDALNKTVVHLEKLHSVNVVNDMMFNDSSYWMGNNRKRVTLRHFSEDSTSVRNPITIIREKEPGKKSASFEFVIKADNPEKGSMHYEYNTDNNEIICDSDVIIVGRNINPGGKVVFMADTLYGDVDSLFTISLHMIDSLETNLDSISMVAPDFSKKVKIRANQLKSVATQVVTEVVSWDAFYVDHQLIDQILGKALKENNITINYKYGVLRDSLITERSENADSLKLIKSGFKATLYPSNIFEKNLQLSVYFPGQDNFIYKSVNWLLMASFIFSMIILVTFAMSIFYILRQKKISEMKSDFINNMTHEFKTPIATISVAADSITNKKVMENPEQLRYFAGMIKKENTRMNRQVEDILTIARLDKKEFEFKWEPIDVHDLINDAIQGISIQVEKKSGKFETGLKAENPVVTTDKFHCTNLIYNLLDNAIKYSVDAPFIEVFTQNTVKGVIIKIRDHGIGMTKAVQSHIFERFYRQSSGNIHNVKGFGLGLSYVKAVVEANRGKITVQSEPGKGSEFSVFLPFMREE >WP_269026738.1 hypothetical protein [Aeromonas salmonicida] >UYZ32428.1 hypothetical protein AXW80_23230 [Aeromonas salmonicida subsp. salmonicida] MKSGRLGTPDTVAHIRQFPPVGYELASYQGSPWLWADGKPLIDLLDATIDWLIDDDGSRWIVIVIDTECLRQHVAHYALLSADTWRQRLLDAGVEVD >WP_041580422.1 amino acid ABC transporter permease [Bacillus sp. 1NLA3E] MDIIVAALPILLEGLQVTLYIFVIAIILGFVIGLMVALLRLAPLKILNWIAKVYVDAIRGTPFIVQLFFIYFGLNSLNLISLDNTTAGIVTVAINAGAYFSEIIRAGIQSIDKGQTEAARSIGFTSGQTMRFIILPQAFRRMLPTITNQSIISLKDTSLLSVIGIADLTQQGQIQASATFEAFKIWLAVGVIYFIVIYLLTMLASFVERRFQLR >KAG5994228.1 hypothetical protein E4U52_001323 [Claviceps spartinae] MGPMKKNLKATKKFEKNHLRGVLDKRKDVAKIKQRQQIKEKKKSKHTKDSEFFKSKPAEDGADSSKKPSGLFRNKKSGEMTVDDFFQGGFDDIIESKDAKAGKAGKKRKRTGPVEDADDAETSDDSESGVKSGPRSGTGNGEADDSNDEDEDDDEGGMSKETMEKLAEKDPEFYKFLKENDPEALDFDDNADLAEVDELSAGEEDDQSQDEQPKKKRKKGKTAKEAKGKAKGEAEDDVDVEEEPSQGNELTRPTVAKWRKAIEETNSLRAARQVVLAFRSAAHLNEEDEDGETQQRWAINSPEVYNDILVLALRHIPVVMNHHLPVKESASGKVYVQTETKKFKTLSLLLKSYTSSIMHLLGTLSDDKTLKLTLSSITPILPYLLSFKKLVKALAKAVVNFWAQPASSETTRITAFLVLRKLVIIGDKGIRETALKAVYQGLVQGCRVTNHNTIQGINLMKNSAAELWGIDPSVGYTTAFTFIRQLAIHLRNSIVNNKNDSFRMVYNWQFTHSLDFWSCVLAEHCSPLKEAEAGKENQLKLLIYPLVQVTLGVIRLIPTAIYFPLRFHLVRALLRTSRATGTYIPLASSILEVLSSAEMKKPPKASTLKAFDFAVAYKAPKSYLRTRVFQDGIGEQVIELLGEFFLLWSTSIAFPELSLAVIIQLKRWMKQARSKSQGNKNAKLLSQLVILVQKLEANAKFIEGHRAKVDFAPRDRTQVAAFLKDFDVAKTPLGAFVLAQRKVKEERTKMLEDARREDERKRKEENDGGLEGEDGSDDEMEVDEDDEMEVDEEDEVDEEVEGEEEEEEEDEEDDEDESDE >WP_172616972.1 efflux RND transporter permease subunit [Chryseobacterium sp. ON_d1] >GEJ43591.1 transporter [Chryseobacterium sp. ON_d1] MTKKKVHFLEAAMKYKQVVIVMVVLLMVMGINSLMNMPRSENPRIEIPTAAVYAFYPGADEHQVEEEVAKKIEQYLFSFEEIKKKKVKAEVKEGQVFFTVEMNTDVKDRKKFWHTLQLDMDANLRPKLPAGVVGPFINSNFANVTAMIISVSSKERTYAEIERYVDKLEDGLKVIPTVSKINRSGGQKQQIYIKINDQKLQQYGFGINTLVSAIQQQNVTGYNGEISGGSNSIIPVFTNSRYKNISDIAEQIVYTTPAGDVVRLKDVADLERRFEEPSSLVRVGDEKAMVLTVDMQPGNNIVAFGKEVEKKIEYIQKDFPPDIHMKTIVNQPEAVGESISHFMVEFAMAIGSVVLVVMLLLPVRVAGVASAAAPISIIITFGLMQIVGLELHQVTLAALIIVLGMVVDNAIVVVDNYIEKLDEGITPWTAAWQAAQQLSLPIFTATMAIIFAFAPLALFMDGIAKDFMFSLPITVAIALITSMLVALFLTPYTCYVFIKKGLKHKVSDRPPKKNMLDHLQTVFDNGVGLAFKWPKTTMFIGVLSIVSALFIATKVDPEFFPLTERNQFNMEVWMPNGTSLEKTEAKVKELEKILKKDNRVVDITSFVGMSSPRFHTSYAPESPKKYFAQVFITTISNDASNEMVKEYLGKLKNFIPDGYIKLKQLSFQEGSPIDIRVVSDNEADQRKVALEVKKILENTPGTNNVRLGSEYDYMGVKLNVDDVKANRLGITNQAITQTLGAGLKGYSVSTLWEGDKPVDIFLRYDSISRKDMNALENLHIQSYFGGKIPLKEVATLQPEWHTGVILRRNGIKYTSVLAEAQLGPKPSKILKEAQPKIEALALPVGTTIQYGGDAESTLENTPGMMLSLSVSLILIFLTLLFQFKNLGKALIILCTFLLSLFGAFFGLFITGNPLGMTGFMGIISLIGIVVRNGIILVDYADELIREHGYKHKAAAMAAAKRRMRPIFLTSAAAAVGVVPMILGKSPMWAPLGSVLAFGLIFSMIFTLFIVPVMYYKLLKDPVPKDETPEDQSDDEVILYKPKPHH >WP_026600741.1 tryptophan 7-halogenase [Methylomonas sp. 11b] MINNKQNSFDHDVVVVGGGPAGSTAATLLAQYGHKVLLLESGKHPRFHIGESMLPFSEPIIQRLGVDWSTGNLSKNGAVFMDEATEQRMYFPLSVHRKTYQIERAPFDQMLFENAAKHGVETHQQEKVLDVSCQADDVSIVSDKSRYRCRYLIDATGRSALMGRKDKGIKRIENLGKFAVYTHFENIQPGEEADELFRSGNIYVPVVDIGWIWIIPLAERRLSVGLVVQKARPKDCDAEELLRRYLAASPLLSRLTTGAEQFAPVRVEADFSYTNQSRYGVRYACCGDAAGFLDPVFSSGVFLALTGAARVADRVHFGLTEGWEADPELHAEDDYHYLLGFNTMRLFVERFYHSNIVHNLFFEADRAPELKAQIAQLLAGDLWVDDNKLQQSLLAGRRSIS >MCH3756135.1 hypothetical protein [Campylobacter coli] PRFTPAPYWQALGVGVAIALVLAAWAGQGQIKRATSSLFASIVGTNTGFPESGTVAVSSSVDLRTVRSHLTIQGAADNSIVQLLDPATAKNRLSVYVR >WP_097641037.1 MULTISPECIES: aminopeptidase N [Cronobacter] >EJJ0547225.1 aminopeptidase N [Cronobacter sakazakii] >NCH16907.1 aminopeptidase N [Cronobacter sakazakii] >NHW94352.1 aminopeptidase N [Cronobacter sp. HA18006] >PQV80708.1 aminopeptidase N [Cronobacter sakazakii] >PQY39512.1 aminopeptidase N [Cronobacter sakazakii] MTQQPQAKYRHDYRAPDYLITDIDLTFDLDAARTRVTAVSQINRRVAENAPLRLDGEDLTLISVEVDGQPWTHHRLEEGALVLENLPERFTLKIVNDINPAANTALEGLYQSGEALCTQCEAEGFRHITWYLDRPDVLARFTTKIIADKTKYPYLLSNGNRVAQGELDDGRHWMQWEDPFPKPCYLFALVAGDFDVLRDTFTTRSGRDVALELYVDRGNLDRAGWAMSSLKNSMKWDEERFGLEYDLDIYMIVAVDFFNMGAMENKGLNVFNSKFVLARAETATDKDYLNIERVIGHEYFHNWTGNRVTCRDWFQLSLKEGLTVFRDQEFSSDLGSRAVNRISNVRTMRAMQFAEDASPMAHPIRPDMVIEMNNFYTLTVYEKGSEVIRMLHTLLGEANFQKGMQLYFERHDGSAATCDDFVQAMEDASNVDLSHFRRWYSQSGTPIVTVQDDYNPQTEQYTLTLSQRTPPTADQPEKLPLHIPFDIELYDNEGKVIPLQKDGHPVHHVLNLTQAEQTFVFDNVYFQPVPSLLREFSAPVKLEYKWSDQQLTFLMRHARNDFSRWDAAQSLLATHIKLNVARYQQQQALSLPLHVADAFRAILLDETIDPALAAEILTLPSQNEIAELFQTIDPQAIAAVHDALTRTLATELADELLAVYNAHKLTGYRIDHADIGKRALRNTCLHYLAFGDAQLADKLVSAQYHDADNMTDALAALAAAVAAQLPCRDTLLGEYDDKWHHDGLVMDKWFMLQAMSPEKAVVSKVRALLEHRSFSLGNPNRVRALVGTFATNNPAAFHAEDGSGYRFLVDMLIELNTRNPQVASRLIEPLIRLKRYDEKRQALMRAALEELKALPKLSGDLYEKVSKALA >HAT6420703.1 DUF559 domain-containing protein [Corynebacterium striatum] >HAT6486502.1 DUF559 domain-containing protein [Corynebacterium striatum] MTLLETLHRTKPHVHEEVKTGSLLQLAPRMAVDRDAYLALSACERKRLECIAVARSSYSAVLISKSAARLHDLWLLPTDSAKEPVELALPGRSLPRHNRNAPGRHYRKTTVGTPLSIDGARVVTMERAVVDVARYHGFHPGLIAADSALRMGTTKQALRDALASLGRVHGAAVVRRVIDAASSLPRSPYESSARALVLDAGFAAVPRTHVAPGIEAELLVEGKIIIEVAHHGVFQQRAQRTEYLRALGFRVLQFTPEQLLAEPESLLKALRMVLRAKAQVA >MBL8770704.1 2-oxo-4-hydroxy-4-carboxy-5-ureidoimidazoline decarboxylase [Phenylobacterium sp.] MTRPSALSREAFVARFGPVYEASPWVAEGVWPNPPDDLEGLAAAMAAVVDAAPREARLALIRAHPQLASRAKMAEASVREQAGAGLDACSPEEFAAFQRLNGAYDARFGFPFIYAVKGAGRAEILAAFEARLANDPDAEFATAIAQIHRIARFRLADLLESA >WP_148058234.1 hypothetical protein [Curtobacterium sp. PhB78] >ROS47023.1 hypothetical protein EDF53_0039 [Curtobacterium sp. PhB78] MSSEMGPALAGRRPRRHAWTLRRPRRLLVAGIVFAALAIGVLFVVVFVAAVADEPGALIGSIAVVPFTLGATLLLPAAITVVVGQDALTVRSFPLRARRIRFDEIGEIRVDPTSWPMAPRIGIVASGPGYTTFLLGPGPAVVVTTQDHYVAFQTGDPDATAAAIEDARSFALEHPHAHEQ >XP_021113256.1 M-phase phosphoprotein 9 isoform X4 [Heterocephalus glaber] MEDFDMVKTLQKTSSVESDIKNSPHSHGLSLNTNRSSPHLSTNGVSSFSGKTGPPAIQGTVEVLASFMQELQNGGKSDSELWKNCEARWLQLFNLVEKQCQEQIVAHQEQFHNQIQRIQEEIRNLIKFQINNSLWASCDTSSSSKHVSSESQMGFFSEHSERNESATSYPESKEPEMQQRRGASRADCSVDSSSMSSGYGTCVSELNICKSKDPAVRMEHSGLSEGQNAGPGVQTDSPGGGGGPGSFYTQTPEEFCTSLKEDINNFPGEFDHNFLGENKISEVYSGKANSSKCVTSWAQKLKQNQPKRAHVEDECSRSKPANEQSKKPSEKSDFAAAAHPRAFYLSKPDESPNSWMSNSGTGLTYWKLDKKDMYHSLPETVEKSLILSSADRSPSQSNTSNEMKLPSLKDIYHKKQRENKQLPERNLTSASNPNHPPEVLTLDPTLHMKPNQQISGTQTCGFLNALDDRISYSPDSVLEPSMSSHSDIDSFSQASNVTSQLSGFPKYPSNTKASPVDSWKNHTFQNESRTNSPFPSVYTLTSNDISVNTVDEENTVMAASASVSQSQLPGTANSVPECISLTSLEDPVILSKIRQNLKEKHARHIADLRAYYESEINSLKQKLEAKETSAIEEWKKTNQILIDRCGQLDSALLEATGCVRTLENKNNFLEIEVNDLRERFSAASSTSKILQERIEEMRTSNKEKDNTIIRLKSRLQDLEEAFENAYKLSDDKEAKLKQESKMFQDDALNTTENKLLDAHTQISDLKRTISKLEAQVKQVEHENMLSLHHNSKTHMKPSRANMLGTSDVSRRKWLIPGAEYSIFTGQPLDGQDGRVEGPLERPCGPGYHSPLQKDSSPGGSPASLLIKKQRETSDTPIMKALKELDEEKIFKHWGTQTEKEDTSNKLVNPQQTESSGNASHSPEKWPQQRQKRQNSASQRSSSLPPSNRKSSAPTKREIMLTPVTMAYSPKRSPKENLSPGFSHLLSKNESNPIRFDILLDDLDTVPVSTLQRPNPRKQLQFLPLDDSEDKSISEKAINSYASHSSHPEPLPNGVKTVSMRPALEKNKSVSYEQCKPVSVPPQGNDFEYTAKIRTLAETERFFDELTKEKDQIEAALSRMPSPGGRVTLQTRLNQAGGGTTEEALEDRLERINRELGSVRMTLKKFHVLRTSANL >XP_009403500.1 PREDICTED: serine/threonine-protein phosphatase 5 [Musa acuminata subsp. malaccensis] MATIVESANSNIDRAEEIKLSANEAFKANKFSQAIDLYSQAIELNGSNAVYWANRAFAHTKLEEYGSAVQDATKAIEIDPRYSKGYYRRGAAYLAMGKFKEALKDFQQVKKICPNDPDATKKLKECEKAVQKLRFEEAIAVHESEKRSIADSIDFHTIEVESQYIGARIEGEVVTLEFVKKMMDEFKNQRRLHKRYAYQIILQAREMLQAMPSLVDISVPNGHHFTVCGDVHGQFYDLLNIFELNGLPSEENPYLFNGDFVDRGSFSVEVILTLFAFKCMSPTAMYLSRGNHESKSMNKIYGFEGEVRSKLGETFVELFAEVFCCLPLAHVINDKIFVVHGGLFSVDGVKLSDIQAIDRFCEPPEEGLMCELLWSDPQPQRGRGPSKRGVGLSFGEDVTKRFLQENNLDLVVRSHEVKDEGYEIEHNGKLITVFSAPNYCDQMGNKGAFIRFTAPDLKPDIVSFSAVPHPDVKPMAYASNFLQMFS >WP_148836004.1 acyl-CoA synthetase [Streptomyces sp. sk2.1] >TXS75574.1 acyl-CoA synthetase [Streptomyces sp. sk2.1] MTGVRSSTVDGVVARSARRTPERTAVRYADRSWSYAELDTAVSTAAAVLTGDHGLRPGDRVASYAHNSDAYLIGYLACARAGLVHVPVNQNLTGDDLAYILGQSGSALVLTDPDLADRVPAGFPVRPLRDAPDSLLDATATPRPFVPEREPAAGDLVQLLYTSGTTALPKGAMMTHGALVHEYVSAITALDLRATDRPVHALPLYHSAQMHVFLMPYLAVGAQNTILDAPDVDRILDLVETGRADSVFAPPTVWIGVSRHPGFATRDLGGLRKAYYGASIMPVPVLERLRERLPGLAFYNCFGQSEIGPLATVLGPDEHEGRMDSCGRPVLFVEAKVVDENGKEVPDGTAGEVVYRSPQLCEGYWDKPEESAETFRDGWFHSGDLAVRDAQGYFTVVDRVKDVINSGGVLVASRQVEDALYTHPAVAEAAVVGXPDERWIEAVTAVVVLRGDATADELIAHARERIAHFKAPKKVLFVDDLPRNASGKILKRELRDRFAQGPSAS >MBI5405531.1 endonuclease III [Candidatus Kaiserbacteria bacterium] MNRKERAKKIVAYLKRTYPSPESELTYQTPFQFVVAVILSAQCTDKAVNRLTATLFKKYKTARDFARASTAAFTKEISSIPFFRNKAKAIIAAAKEVEARHGGAVPRTEAELVALPGIGYKTAHVILGELYGVWEGIATDTHVKRFAKRFDLTDRDDDLTKISKDLEALIPKKDWKYVNNGLVLYGRYVCSARRHECAGHPLTKLWPPAANRWPKAK >NXH52939.1 PKHF1 protein [Rhabdornis inornatus] MVDHLANTEINSQRIAAVENCFGASGQPLALPGRVLLGEGILTKECRKKPKPRIFFLFNDILVYGSIILNKRKYNSQHIIPLEDVTLETLPDTLQMKNRWMIKTSKKSFVVSAASLTERKEWISHLEECIKHLLTKTGRQPCREHAAPWIPDKATDICMRCTHTKFSTLTRRHHCRKCGFVVCADCSRHRFLMPRLSPKPLRVCNLCYRQLLAEEKKEAEADRRQVEPICSAVQGYEPSSGDDSDKSDDDKAEHWPADTEFYTSEVSWSSFHS >MCJ7594907.1 polysaccharide biosynthesis protein [Desulfobacterales bacterium] VFHAAAYKHVPMMERQPWKAVMNNILGTRNVIDIANDHGVERFVLVSSDKAVRPANVMGASKRVAELMVQGQNGCEISKTKYMIVRFGNVVGSVGSVVPLFRKQIEKGGPVTVTHPEMTRYFMTIPEACQLILQTGAMGDGGEIFILDMGTPVKIVDMARDLIRLSGFEPEKDIKIEFIGLRPGEKLYEELITEGEGIVPTSHEKIMVLRGKACDQKVLDGAIKILAEMAYDQDVPGIIRLLKEIVPEYSGVGKEKG >NP_494967.1 Uncharacterized protein CELE_C27D6.3 [Caenorhabditis elegans] >Q10032.1 RecName: Full=Uncharacterized protein C27D6.3 [Caenorhabditis elegans] >CCD65810.1 Uncharacterized protein CELE_C27D6.3 [Caenorhabditis elegans] MADDNVSFTDQGTAVGDEKKKGGSSAMLDMLGQLEKKETKKKGKKNKKSKKKAKKGKTKKVRKADKYESQNFLFRVEGAMFCAGIIVAMIMLFVIIIYGIITSSQTGGQFNRYMAPLF >WP_167509077.1 hypothetical protein [Bacteroides xylanisolvens] MKTKKLFLIIALVIGCAVGAHAQKTVFKFRDAQARAGDAVTEVCVKPTVVEVKILEDKGRIKDEWTLSKEEVEIAMKGELDNIRAWGTYLSTIKYNCDVIMGATFKVEDNEKTGGYTVTVVGYPGIFINWHPATKEDYEWIRLQKLSPTDGKSQIAPVVKNKN >MBN2132609.1 filamentous hemagglutinin N-terminal domain-containing protein [Sedimentisphaerales bacterium] MKTTNPGRTGLLLKWTALLVVILHLSPAVSLAGPEGAEVVSGIVRFGGTGNYTTIHASDRAIIDYQTFNIGLPETVEFIQPSSTASVLNRILSASPTTIDGTLLANGRVFFVNPAGIIFGESARVNVTQLIASALNISNTDFINGNYVFSDGAGSVVNKGNIEAERAYLIGRQVANFGNIDCPGGYAVLAAGERVFLGVPGSDLFVEVEAPKAPEAPVEGAAVANEGTINAGSGKIILAAAGDLYSQAISNVGTLSASVEAGDAGQVELTAPDGLVTNAGDIEAVSRGGAGGTVHVLGDRVSLVDDAHIDVSGATGGGTVLVGGDYQGKGELPTASRTYVGPSASIKADAGRSGDGGKIIVWADDATSFQGHASAQGGHDEGNGGLVEVSAKEHLDFRGTVDTRAPEGDTGTLLLDPAAIEVVAGGSLVLADVDAFLDAGSDPAVSQIDPDRLEEAGTNVDLQARDTILFSDSVTMLNDGVGITARAGDDITVAAPITTRGGALNFTANDSGGNQSGDGSILVNDALDTTGGGLAGAAITLTVSGGTGSIQLGGSVTTGAAGQIYAGPATLGTDVTLTGSTVSFGNTVEGTAAGSEQLNVTGNAAFA >XP_039638319.1 estrogen-related receptor gamma-like isoform X1 [Perca fluviatilis] >KAF1376512.1 hypothetical protein PFLUV_G00212260 [Perca fluviatilis] MDLVDLYLPECFTYHSDTEHLDRMSVRGLDPTCPSTIKREPSSPSPSSQGDVSPAQPSPGSSSSDTNSSYGPLIKGHHNHSNGLDSPGLYGHAAALANNGGANRRFVEEESQVKCEFMLGSVAKRVCLVCGDVASGYHYGVASCEACKAFFKRTIQGNIEYSCPASNECEITKRRRKSCQACRFVKCLSVGMLREGVRLDRVRGGRQKYKRRIDAENSPYLHPQNALPQKRTFIVGGVVENKVVSLLLVAEPEGIFAMPDPTVPESDIKALTTLCDLADRELVVNIGWAKHIPGFPSLSLADQMSLLQSGWMEILILRVVFRSLALEDKLVYAEDYIMDEEQSKLAGLLDLNNAILQLVKKYKAMGLEKEEFVVLKAIALANSDSMQIEDSEAVQRLQDVLHGALQDYEATHHPEDPRRAGKLIMTLPLLRQTAARAVQHFCSIKQDGRVPMHKLFLELLEAKA >MBG83645.1 hypothetical protein [Phycisphaerae bacterium] MAAAAYPRKSASPKFQFDGSENCVVLVCRDTFLRNHHTTQVVEKLESIHGEIDRFDFDGDHAQPGEVLEELQSVGLLHVHKLIIVDKADSFLVAKGGDDGESPKPKGGSKARQILEAYAKSPSDGATLLLRTETWRGGNLDKVMSVFRVGVEDESQAAGWCLRRCEKEYEVTIEKQAADLLVNRVGLDLGRLDGELTKLAMLAGSEKQITMRMVKEAVGASREEEGWAIKNAVVLDGPEGSLQTIREIFELSRDRQDVPAFWALTDLLRSLHSASSLLDQGMPRNQAQREAGIFDRKGDRRTADRIMAAAKKMSPAEAAARLRDAVRTQADLRRGIGDPRHALEGLTVVLADRLRELAPR >WP_071844175.1 MULTISPECIES: cold shock-like protein CspF [Edwardsiella] >AIJ09702.1 Cold shock protein CspH [Edwardsiella anguillarum ET080813] >KAB0592653.1 cold shock-like protein CspF [Edwardsiella anguillarum] >RFT04009.1 cold-shock protein [Edwardsiella anguillarum] >UBU94956.1 cold shock-like protein CspF [Edwardsiella sp. LADL05-105] >UOU80475.1 cold shock-like protein CspF [Edwardsiella anguillarum] MSDKMTGIVRFFDYRSGKGVISPSDGRKDVQVHISALHLKDEETLSAGLRVEFCRMHGRQGPTAANVYLS >WP_221323620.1 helix-turn-helix domain-containing protein [Actinoplanes sp. L3-i22] MAEIRDEAVLKAVAHPLRRRLLDTMRVDGPSMPSALARATGQAVANVSHHLRVLADAGLIEEAPDLARNRKEHWWRMTDQRISWNPTDFSPEAADAAEAIGLQRQIDLARTWLGSPAARSEPWVTSAFSTDGWLFLSPEELSELGDEMNALLSRYRDRPERGDRVPVFVLGRGFPARP >CAA7056023.1 unnamed protein product [Microthlaspi erraticum] MKRANVVGFRLRHFPELRLFQTSSAPKPKLEPKSSPNGTSSHENLLGQVLDTYPDHKTLRTLHSRIILEDLRCDSSLGVKLMRAYASLKDVTSARKVFEEIPERNVIILNVMIRSYVNNGFYREGIQVFATMCGGNVRPDHYTFPCVLKACSCSGNVVIGKKIHGSATRVGLSSTLFVGNGLVSMYGKCGFLAEARLVLDEMFRRDVVSWNSLVAGYAQNQRFDDALEVCREMESVKISHDAGTMASLLPAVTNTAMDNVMYVKDMFLQMGKKSLVSWNVMIGVYMKNAMPVEAVELYSRMEADGFEPDAVSITSVLPACGDTSALTLGRRIHGYIERKKLIPNMLLENALIDMYAKCGCLERARDVFEKMKSRDVVSWTAMISAYGSSGKGRDAVALFSKMQESGLVPDSIAFVTTLAACSHSGLLEEGRSCFRLMTEHYKITPRLEHFACMVDLLGRAGKVKEAYGFIQEMSMEPNERVWGALLGACRVHSETEIGLLAADKLLQLAPENSGHYVLLSNIFAKAGKWEEVTNIRYLMKSKGLKKNPGASNVEVKGEIHTFLVGDRSHPQSDEIYRELDVLVTKMKELGYVPDSESALHDVEEEDKETHLAVHSEKLAIVFALMNTEGEEESNAIRITKNLRICGDCHAAAKLISQITSREIIIRDTNRFHVFRFGVCSCGDYW >MBK6594401.1 DUF3617 domain-containing protein [Burkholderiales bacterium] MKLSNSLAALLLVASVASANAQTIKPGLWEFATQMRGGSGQMADAMAQAQKQLENMPPEQRKMIQDMMAKQGVQIGASDGGGVTVKVCMTQEMVDRNEVSSHQGDCTHTNSPRVGNTMKFAFVCAKPPSSGEGVVTFTSPEAYSMKMSTTTSINGRPEKMDMQNSGRWLGADCGTVKPLVMPKK >WP_251309955.1 integration host factor subunit alpha [Halomonas sp. NCCP-2165] >GKW50410.1 integration host factor subunit alpha [Halomonas sp. NCCP-2165] MGALTKAELAEHLHVELGLSKREAKTMVESFFEEIRGCLRENEQVKLSGFGNFDLRDKRERPGRNPKTGEEIPISARRVVTFRPGQKLKSRVGGFEGTPDA >MCP4907131.1 cytochrome P450 [bacterium] MEIDCNFVQSDSWAGHEMAERLKWLRENDPLYWSEETGLWIITKYRDVEFISKHQEIFTSEFGIRPGSGTMAGLIDESEPRHGILRKMINRGFTPRMVKKLEVAFRQITTEAIDRVANKGECDFVESISVPLPILLIAEMIGIPKQDHEQFHQWSDDLIASDGNHDKPEIMSKAAQAFLEYGQYVTGLIEEKRSRPQDDLMSILTGAKDDGLLDREFVNQAIVEDQTAEGVELANDELVMLLVVLMIAGNETTRNGISGGMQLLIEHPDERQKLIDDPSLLRGAVEEMVRVVSPVRTMGRTLTRDYTLGGKEMKKGQEVCLVYSSINRDAEIYEDPDTFRVDRNPQHLGFGIGPHFCLGANLARMEMRVAFEQVLKRMPDMAFSRGGPEFRPSSLVRSCMHMWVRYSQEP >MCL7977512.1 amidohydrolase family protein [marine benthic group bacterium] AEGIRIMTMGSAYAMEREDSIGSIVAGKHADFVVLDRNLFDIPPETIYDAVVKRTVFAGETVHESD >WP_156485294.1 hypothetical protein [Synechococcus sp. MIT S9508] MNLSLIALDHLVKAVINVSEELTSDLINHIGFRIQKTTNNPGRFTFSHVQI >XP_009839123.1 hypothetical protein H257_13336 [Aphanomyces astaci] >ETV71458.1 hypothetical protein H257_13336 [Aphanomyces astaci] MAQQGSFPRGPPSQPGGPGYPQQPPRGVVGGGGPYGPSSSGRGGFPPQQPLPHGGPPGNNFPPHQQQQQQYPHQPPHSTGSTGPPFPPQQQHASFQGQLQQPPRSTGGILPRGPPLTQGPSSHGAPPPQGSFGAPTFPPRGPPPQQGGLPPPSGFPHPPPSGFPPSANGPFYGSNQPPPPGPGVRGPPPPPNAGYPQAHQLQPQFQGGYPAQPPPGPMGPPPQPSLQPPPTFTPGPPFHQTTPPIQPPAKSSGATTASGTQQRIDPTQIPRPLSRPDAITYVAKGPTLTMPPPANSKYICLDNGCASPRFIRPSLNHVPESKDLLQTSGLPLGVVVCPLAKLDPNELSVPLVDFGGTGPLRCTRCKAYVNCFTRFIQGGRMFACNICTMQNDTPRDYYCAVDQLGTRRDVADRMELARGSVEFVVPSVYSVRESAQQEIVVFALDVSVFAFQSNLVASVVAALPSVLETLQKSSPHAQFGLMTFDTAVHYYRLDQETISMVVCPDVDDPAAPVPARAWLLPVHSPNALEKIQELQDLIMTLFSNDAKNQSVSGAAVTSAVDSLLTSGGRVSVFHAGPPRLGVGKITKEEAASSYGTTKEVQLYAGRGVHAHYEELARLSAQSFISIDIISVANPYSDLAEVARLAELTGGYVLHLPQFDKDKPEHLQYTKQLLRHLLGKQKAMEAVLKVRVSSGLRVDSIYGNYMPSAASDDEVNMALVDQDTAVGVTFVYDGKLPQEHMYIQVALLYTREDAVRCVRVHNLALPVANLVTNVFRHADLDATCALWQRMAIKVIRDKSIMSGNGQAVKEKLVDDCVHVLSNYRKHCATNSSSGQLILPESLKLLPLYTLATLKSRALRNNLTGQQARGLIDVRADERVMLLHLLNSFPVEHAVSAVYPKMYALHDLTEEVGTLDDKGDLILPAALPPTAEKLEENGLFLLHSSTYMYLFIGAKTNPTLLEDVFGVSHIDTSEQSVNLVGDADQSGVLRTQIQAVIGYLQLQSPVPSPLEIMSKSDWRSNRFLSALVEDRTRNEVSYVEFLCQVHKKIQYKMM >GHU76743.1 hypothetical protein AGMMS49992_22950 [Clostridia bacterium] MHLLKATISATYINPGDTLWVTLHYQGLTNPSARFFIDMEYGHQRRPENRSLVYTAEGEAFPLPLLWREDDIIAVTIPWRVASDWSGTYHIYARITSADYSTLARYYVGDIDTSWNLGRPWVDAQSKPQSIQLAEPRKSSNIMNLSKPIMNIRNRETNQRVSVLFDRLTAEYVVNGKPVVTCAIHYNHDGNKTTISLTDLFELEPYELLSVTFPALASLPDGYLVTFDAGGRLIPIDMALPICYHKKYNTRNAAALYDDNQLTLVESAHMDSWITTGVVEVNGSRRGIIGGDIVARVPADKPGLASIPVTSYPIFIIETYPIEDDVPGWQTAARLWRRGLSRAASFDFYKDAYIYKQLATYGPQPDDSYRSDAFPTTQNLFRTTTFAQIKRNALALSAMTDGMRQILYIAGWQQGGFDTSYPEPYDAEPRCGGMDGLRDALSTDSNQNIHVSLHDNFDDIDASQFPDYPHTAIDERGEPWRGWLWAGGLTHIMGFGKYVKSGAMIARVNKMFELLPLLPLQHTYHIDVLTAETCRYDFDTRCPSSAEDSFSAKMAIVSEFNSHGVDVTSEMLTHRAVGRIGYALHTRTDPGAVYYPGERFIPLDAMVYHGTIGYSAPSQDRRRMLWGLLIGAHTFYEEDITGETSISRYYLQHIPAVLLAEKTMTAFEDHGAVKRAWFGINSYVDADLVNERYTVCVDGAVVGKDFATLFEGPKGYQAYSLTGRLDGLTMPESLRGVNSLLLTPLSPDGAQPTVVVEIQKTEDNAPGFTIPPSTPVRIERE >KAJ2820567.1 hypothetical protein FBU31_005182, partial [Coemansia sp. 'formosensis'] MASLEDPYDFTQPTQPFEEATQVTQDDPSFGNSHQKPIGKIVWKRGDQISGKQCAAKLFAPVSIQRAPGYTFSAANDSSCHIQVTSTVSSNRHCTISAIIEKESRDLLVVCEDLSSNGTFWNGKKIGKGKSVILAHGDVIEIKKGYYFTYLQLHKVRSGNSKEADPIDSKYQITDTVLGK >MCL7714424.1 phosphate regulon transcriptional regulator PhoB [Stenotrophomonas mori] MQKRILIVDDEPAIRDMVAFALRKGEYEPVHAGDALEAQTAIADRVPDMILLDWMLPGTSGLELARRWRKDSLTRDVPIIMLTARGEENDRVGGLEAGVDDYVVKPFSARELLARIRAVMRRTRDDDEDGSVAIGPIRIDGAAHRVFAGDAPVAIGPTEYRLLHFFMTHPERVYSRSQLLDHVWGGSVYVEERTIDVHIRRLRKTLEPFGAENMVQTVRGAGYRFSASV >HBR4968137.1 phosphonate metabolism protein PhnP [Klebsiella pneumoniae] MSLTLRLTGTGGAQLVPVFGCDCAACRRARREESHRRRPCSGVVTFNSAVTLLDAGRPDLMEHHPAGSFQQVLLTHYHLDHVQGLFPLRWGVGALIPVYGPPDDAGCDDLLKHPGLLDFSHTVTPFVMFNLQGLRVTPLPLNHSKLTFGYLLESAHSRLAWLSDTAGLPDKTLKFLLNNRPQAMIIDCSHEPRAQTPRNHNDLNTVRSLNQVIGCPRVILTHISHQFDVWMMDNPLPTGFEAGYDGMEIALD >XP_024635273.1 pentatricopeptide repeat-containing protein At5g02860 [Medicago truncatula] >KEH33884.1 PPR containing plant-like protein [Medicago truncatula] >RHN67154.1 putative transcription regulator SWI/SNF-BAF60b family [Medicago truncatula] MEVSMVATGLLFSTTTTSSTLTLRPQQPPRFPAFPTPSRYNPLRTTVFVTSATVSPTGGKIEHNLQDPENKRPIRFDENLKKVFAGRDEFGMLEIAELTSPRSRTRTSISKSSSDPNSGKPWSNHHLSPPGQRILNTLLDTPPDTPLHLNNILSPLFTQPHPHPTRLSRDILAILKALGFRKKTQLAFSVFDWVRNHQDSSNLLTGSAIAVIVNILGKAGRVSSAASLLKTLENDGFEIDVYAYTCLITAYASKGRYNDAVSVFNKMQRDGCTPTLVTYNSILNVYGKMGMSWSRVTAIFDSMKTNGVVPDLYTYNTLITCCRRGSLYEEVVNVFDQIKSAGFVPDRVTYNALLDVFAKARRPKEALQVLKDMESNGFSPTIITYNSLISAHVRGGWLEEASRLKVQMVEKGIKPDVFTYTTLLSGFEKAGKDEFAFEVYDEMKAAGCKPNICTFNALIKMHGNRGMFVEMMKVFEEIKECGCSPDIVTWNTLLAVFGHNQMDSEVAGVFKEMKRSGFVPERDTFNTLISAYSRCGSFDQAMAVYKSMLESGVSPDLSTYNAVLAALARGGFWEQSEKIIAEMKDGRCRPNELTYSSLLHAYANGKEIERMKALGEEIYSGSIETHPVLLKTLVLVSSKSDLLMETERAFFELKERGITPGLTTLNAMISIYGRKQVVSKANEILNFMYENGFTPSLTTYNSLMYMYSRSDKFQKSEEILREVLKKGMKPDKVSYNTVIYAYCRNGRMKEALRMFSEMKDSALVPNVVTYNTFVATYAADSMFVEAIDVIRYMIKQGCRPDQNTYNSIIDWYCKHNRQDEANSFVKNLGNIDPHVSKEEKSRLLKRMARELP >WP_136864777.1 metallophosphoesterase [Ferrimonas aestuarii] >TKB51688.1 hypothetical protein FCL42_17770 [Ferrimonas aestuarii] MKPLLLSILFLIASQTGAAQSEPLAVGVIADCQYADQNHKGQRLYRSCPDKLQHAAEVFNQQPLDHVVHLGDFIDKDWRSFAPLVKITNTLNAPVFHVLGNHDLEVADDKKAQVTTALNMPSRYYSLQRGAWRFIAVDGNDVSTYGWPKSSPEHQRNLKLYQQRYAGLATWNGGIGDKQLNWIEEQLRQAKNAQQQVVFYCHFPIFPDDPHNLWNADELLALIDRYPNVVAWINGHNHKGNYGKRRGVHYLNLHGMLDTEQTAFSVLTLTDTEIRVKGYGRQPSLRLPLN >WP_052822157.1 sugar nucleotide-binding protein [Bifidobacterium breve] >AZI17407.1 NAD-dependent epimerase/dehydratase family protein [Bifidobacterium breve] >KOA38948.1 bifunctional dTDP-4-keto-L-rhamnose reductase/dTDP-4-keto-6-deoxyglucose-3,5-epimerase [Bifidobacterium breve MCC 0476] >GDZ57814.1 fused dTDP-4-keto-L-rhamnose reductase and dTDP-4-keto-6-deoxyglucose-3,5-epimerase enzyme involved in rhamnose biosynthesis [Bifidobacteriaceae bacterium MCC01967] >GDZ64180.1 fused dTDP-4-keto-L-rhamnose reductase and dTDP-4-keto-6-deoxyglucose-3,5-epimerase enzyme involved in rhamnose biosynthesis [Bifidobacteriaceae bacterium MCC02038] MAFEFEKELKVEKTNIPGLLVFDLPVHGDNRGWFKENWQRAKMMGLGLPDFGPVQNNISYNATKGVTRGIHAEPWDKYISIAAGEIFGAWVDLRPGESFGQVYTTRLDPSKAIYVPRGVGNSFQALQDGTVYTYLVNAHWSLEQKKTYTFVNLADPELNIQWPIPLEESERSEADLHHPMLKDAKPMAPKRTLVTGCNGQLGHAIRAYAEAHGLEGFEYTDIDEFDFSDPKAYEAYDWSLYGTIINAGAYTAVDKAETAEGRPIAWKANAQGPALLAKVAKDHHITLVHVSSDYVFDGTAKEHTETEAFAPLGVYGQTKAAGDIAVANAPEHYILRSSWVIGEGHNFVKTMMMLSNKVADPADKLNQVTVVDDQYGRLTFTRDMAEAIFHLLDSHAPYGTYNLTGSGAVKSWADIAAEVFDLTNGNGSKVKPISTAEYFANATNPVSPRPVNSALDLAKIGEAGYVPADWEETLKAYVQKELG >WP_194217236.1 DoxX family protein, partial [Cellulosimicrobium cellulans] >MBE9939965.1 DoxX family protein [Cellulosimicrobium cellulans] LVFLGFGVLKFFPGASPAEAIAARTVETLTLGLVGGTTAVVLTAVLETFIGLTLLTGRLLRAGLLALAVALAGILSPILLFAGELFGHGMTLMGQYVLKDLVLVAGAAVVAAVALGARLRLDA >EGI4396582.1 EscC/YscC/HrcC family type III secretion system outer membrane ring protein [Escherichia coli] MKIKLRITIILISALCIFNGLLTPGAYAATANGYVANKENLRSFFETVSSYAGKPTIVSKLAMKKQISGNFDLTEPYALIERLSAQMGLIWYDDGKAIYIYDSSEMRNALINLRKVSTNEFNNFLKKSGLYNSRYEIKGGGNGTFYVSGPPVYVDLVVNAAKLMEQNSDGIEIGRNKVGIIHLVNTFVNDRTYELRGEKIVIPGMAKVLSTLLNNNIKQSTGVNVLSEISSRQQLKNVSRMPPFPGAEEDDDLQVEKIIATAGAPETDNIQIIAYPDTNSLLVKGTVSQVDFIEKLVATLDIPKRHIELSLWIIDIDKTDLEQLGADWSGTIKIGSSLSASFNNSGSISTLDGTQFIATIQALAQKRRAAVVARPVVLTQENIPAIFDNNRTFYTKLVGERTAELDEVTYGTMISVLPRFAARNQIELLLNIEDGNEINSDKINVDDLPQVGRTLISTIARVPQGKSLLIGGYTRDTNTYESRKIPILGSIPFIGKLFGYEGTNANNIVRVFLIEPREIDERMMNNANEAAVDARAITQQMVKNKEINDELLQKWIKTYLNREVVGG >WP_226480428.1 PGF-CTERM sorting domain-containing protein [Natrinema amylolyticum] MKRGTTLLVALLVVMSTVTMAAAAGATTTQVESETTTQTETEANTTADSDSSGELDSSTQVDSETSTESNTSSETESTTQSESETSADGESDSSLEGEAEAETSVDGESETTVDDGSNTTADVESETSVEAEAEAEVDAETDTTSESESDETTDDESNETSESDSDETTDDESNETSESDSDETTDDESNGTAEGDAYAGTHVGFDVQGDAITDYRVDGDRPFASVTVRSQSEAESEATLETGAELSVATQTETSAQARTESNATVSAHDTRHGTLVVESGNESQSVEAELGASAEARDEGDRVVVETEDREGVFLVAGDGDVTVTAEGNVSASLSENATLAFRSYEAGERDESDEYEESLIAEGDAAVEATAEHRNGESVTSAVTYGQETAANASQSAENRVNITVDRATHEGTVVMTTVSDEAVGSLEDLSVTIDGEAAVEVDSKSEVEGAIGSDETRYTVVQNAQAEGQATVYIGVNHFSERTMTIAGATADDGSTSDGDDSESSEEDSEITSEDADDASDSVPGFGAGVSVVAISTAGLLARVRN >WP_130628329.1 Lsr2 family protein [Janibacter limosus] >QBF45084.1 Lsr2 family protein [Janibacter limosus] >UUZ44207.1 Lsr2 family protein [Janibacter limosus] MAQRVQIILEDDLDGGDATETVTFGLDGVTYEIDLNDKNAAALRDSLAGYVGAGRRVSGRKSTGTASSARSSSGELSKIREWARSNGHDVSDRGRISQKVRDAYAKANG >MBR1729873.1 hypothetical protein [Selenomonadaceae bacterium] MIAQISNLFRRNVLEKIACILIAILLWIVVMDDQNPVIEGSYTVPLSFTDLPEGYKVLHSEQPVRINLRGPRSYFVNYEAKDFRAYADLAGLDEGDHEVKIEAKFPQGFELISVSPTQTQIKLDPYIERQMPADLIVTGAAGANATVTKVEQSSETVTLIASRTAAQSVTRVIGYVGLSGNKEDFSLQVPMTAINDEGRAVPDVRVVPSFMNVDVKIELGLLKKVVPIEPDVIAAEGFELDKFTVDPEQVEIAGKETVINSIEKIITQPITVPLGDMSAKRAVNLIVPEGVTVKSTVANVYVELKRKVVTNTTTDNAAATTTN >WP_086041969.1 GNAT family N-acetyltransferase [Macrococcus canis] >ARQ06293.1 N-acetyltransferase (GNAT) domain-containing protein [Macrococcus canis] >QTQ08712.1 GNAT family N-acetyltransferase [Macrococcus canis] >TDM17294.1 N-acetyltransferase [Macrococcus canis] >TDM20625.1 N-acetyltransferase [Macrococcus canis] >TDM22318.1 N-acetyltransferase [Macrococcus canis] MTYFETERLIFRNWHEADLVHYIELNRNFEVRAFFPDILSKERSERIFEMMYKEIDHNKLGLFAVTLKDGTFIGFIGTLYAAYDTAIPHSPFYEIGWRILPQFTGNGYATEGARGLMDYMRMLKIEDLYAYTSVNNKKSINVMKKIGMKYVTAFHHPHFSDEQILYRSVVE >GHT89622.1 glutamate racemase [Betaproteobacteria bacterium] >GHU40783.1 glutamate racemase [Betaproteobacteria bacterium] MQTMNLPPAHQPIGVFDSGLGGLTVLQALRARLPGEDFIYFADTCHLPYGDKPESFIQARSQAIANALTERGAKAVVVACNTATAAAAELIRASISKPVVALEPAVKPAAALTRSGVLGVLATTRTLASQRFAHLVKTYAHHLTVLPQACPGLAEAIETEGPQSPSVERLLDTYVPPLARAGVDVVVLGCTHYPWVKEGIAARLPSGVTLVDTGEAVARQVEKRLMREVGLGGRGQLQLATSGDPVHVRHTITRLCGVSMHVERWDIR >WP_116306280.1 MULTISPECIES: protein-export chaperone SecB [Cupidesulfovibrio] >MBG3876116.1 hypothetical protein [Cupidesulfovibrio oxamicus] MEIKNTRKPPVEISAHFFTEVEVIADASAISDINARKPIGYEFKRDVELAPPIQGSEDFLVTLTVWTEEAEDMIKAYNVRVKVVGFIKVGNEVPEAERQGIAACIGASLLYSAAREYIYTLTQRGPYPPIYLPTVSFLPNGDAPSDQQEAPQLPSSI >XP_010547631.1 PREDICTED: ribosome biogenesis protein TSR3 homolog [Tarenaya hassleriana] MGHGKQRRSRGGHSHKGQTSRSHRSEREGESLPHDQEPEGETTGPKVQLAMWDFGQCDAKRCTGRKLSRFGLLRELRVNSGFGGVVLSPVGTQCVSKEDYGLIERKGLAVVDCSWARLDDVPFVKLRSAAPRLLPWLVAANPVNYGRPCQLSCVEALSAALIICGEEETANLLLGKFKWGHAFLSLNRELLKAYSKCENSAEIISFQNSWLSQQTRVPDPLPREQKDVSESGGSGSDSEEEDDGLPPLERNINHMYLEDSEDDSE >XP_006576743.1 uncharacterized protein LOC100811795 [Glycine max] >KAH1069562.1 hypothetical protein GYH30_006954 [Glycine max] >KRH66597.1 hypothetical protein GLYMA_03G116900v4 [Glycine max] MVRAPDPQHRESNTPLVVQGEGLTNDGLIPQIFSSMPALNEAASYLAQTTSYITGCFSDYSVEHSPRHFDASETHALELVDFPSGDTDASSSTEIEHIPSNRIHLTSVESSNASTSAPPHMHDEITRSSGSSALIESNRTGQSRISIFQSLIDRARRTVRGSADDIGWLQRDPGMPPVEDGTERFLEILDNIKHGVHKLPNSVVYLLIPGLFSNHGPLYFVSTKVSFSKMGLACHIAKIHSEASVEKNARELKEYIEEIYWGSNKRVMLLGHSKGGVDAAAALSLYWSDLKDKVAGLALAQSPYGGTPIASDLLREGQLGDYVNLRKLTEILICKVIKGDMRALEDLTYERRREFLKEHHLPKEVPIVSFRTEAGISPAVLATLSHVAHAELPLVAPAGESRKLPVVMPLGAAMAACAQLLQVRYGEKSDGLVTCRDAEVPGSVVVRPKRKLDHAWMVYSSLNDDLSEGDAFQVCEALLTLLVEIGQKKMHELAMKDE >WP_235358277.1 M15 family metallopeptidase [Roseburia hominis] MAKKRDKKNKLRGKWLRGIIIVYLLLILCNLFHEFPSRLGNLHSIPVSEEWYLIVVNRWNETPEDYRVELTELSNGQKVDSRIYPYLQEMFDAARKDGIYPVVREGYRTYEEQQKILDDKIKAYINEGYSQSRAERTAKEWVALPGTSEHQLGIAVDINADKSKSSNDEVYTWLVANAHNYGFILRYPQGKQEITGTSYEPWHYRYVGVDAAREIYERGICLEEYFEQDELKE >WP_098798564.1 FAD-binding oxidoreductase [Bacillus sp. AFS040349] >PGT80823.1 FAD-dependent oxidoreductase [Bacillus sp. AFS040349] MKKYIVVGAGILGASAAYHLAKAGAQVTVIDRKDKGQATDAAAGIVCPWLSQRRNKAWYQMVKGGARYYPELIKKLEDDGETETGYSKVGAISLHKDPEKLEKMAERAAKRREDAPEIGEINILSPEETQSLFPPLSSEYGSVHVSGGARVNGRAIRLALVRAAKKNGTTFIEENAVSLVQDKKRITGVHVNKQVIEANQVIITGGAWSQELLSPLGINFSVRPQKAQIIHLHLENTDTSSWPVVMPPNNQYILSFEEGRVVVGATHEDDVGFDLRVTAGGVHEILSKALEVAPGLDESTMVETRVGFRPFTPGFLPVIGPIQGYEGLIVANGLGASGLTSGPFLGLELANLAMGKETELELQLYSPENAME >MBO6087363.1 hypothetical protein [bacterium] MFFLKKKEDKNVKEQRINEIYSALKENYGTDKISDERKKELSENIEKYGYLTYPYIKALEELTPEEILFGLEIKWKNNGIFKNGKFNFTDDKISVLSRNNVKNSSWIQKEGHNIKLINLAGLGNGNITKETGKFMDWLRQLLILPTGNLENNIFNTTVYLIPFHPREFGCAYLPKSSEVSENLFDKNIGQITNTDAKEQVKTFITLAQLAGHPVIYDILPQTGRFSKAVLANPEIARWYDITQLNNDIENNIEKISKNMPETFDEEDIELVKNIYKDSQNGSRGDLSSHYQNIYDTFDSLITEAKKELSNSMLEKDSQTKIHKRAREIVAKVHGFKNNQKITENDITKQIETIQELIAEGLWPAPGGAWCSAGVPIYDCMSECGGYPTFKHFDYKGEDVTTFANLDCQTPYYFCYLENGTYNKPVIDYFVNYMVELQKEYNFDGFRVDHIDHIVDKVSEEHGKPISYRAPRVVLGKLNKTMKNKIPYFATLAEYMLWDDFLKEYHKDMNFDLLWGNDIVSQSDKNPEKIVDDNQHLANYNVNYKNGEKLSVLKTYNNQDGEFRCINQYPGQLGENGALYKWFKYKFLPGGKFANRPMLYVDGDESFTKRGIESVIGEEVSMPRENNIDFYKKFNAIDLFVKNNPIITEAEAQIIEQDEDGFSAWLISKVPEKISYLVVSNCKNETEEVTMFDENNHGYSEIIKGEPIFDKTINLPLDLTVSKEFYIDGDEFVSCSFDEETSTLCFDRLEPSEFRVYEVKRS >WP_229253501.1 NAD(+) diphosphatase [Deinococcus radiophilus] >UFA51659.1 NAD(+) diphosphatase [Deinococcus radiophilus] MPHITAALGLGKWQGKSYAAAYSSQAIGPEQTTTLRELASRSPEDAALAGYAAQILDFHQSHRFCGRCASPTQALNHEQARRCPQCGLTSYPRVAPAVMVLIWRGKGTQREFLLARGPRHRPGLYSVIAGFVEPSETLEDCCHREALEELGVTIRDPQYVLSQPWPLPHSLMVAFTAEYVGGDIVPQPGEIEAAQWFPAHDLPEIPPAYSCAYQLIQRGVQQAQP >MBK8986217.1 hypothetical protein [Chloroflexota bacterium] MRLPDASSNWRGWPEAKKVLEERAQARYESRASRIRGQDASRAEKTDPRGKKAAGQTTAATHSRTQR >MBB7170543.1 S/F1C fimbrial major subunit operon transcriptional regulator [Escherichia coli] >MBB7843026.1 S/F1C fimbrial major subunit operon transcriptional regulator [Escherichia coli] MNCQKQVSHLLSFCLYREDDDMQNEIMGFLGRHNGGKTAEIAEALAVTDY >WP_239108544.1 lytic transglycosylase domain-containing protein [Microbispora siamensis] MSSGQQLKDRPRAPRSRRGGDERSGSGWLTAKRIVILGVSVVVVVGGATFVIRTSMEHNNAPKQVLGPDSFLALDPNAPDPESDILKEQAVQALRKDRLQSTREDRKKGLDPVEIVQKAPGGGGFTPADFPPGSTPDPGSNKALGKQMAEARGWGGEWGCLEKLWDKESHWNERAMNRYSGAYGIPQALPGSKMASAGSDWQTNPATQIKWGLGYIAGRYKTPCGAWGHSQSTGWY >WP_166737616.1 conjugal transfer protein TraG N-terminal domain-containing protein, partial [Pseudomonas aeruginosa] >TEH22737.1 conjugal transfer protein TraG, partial [Pseudomonas aeruginosa] MTFMTNDYLEYYLTLLGWIINNGIWNMISDTGLFAVPFVAIVMREWLKVRGEGADEGNKGVLSLARIETHIYVGYIVVALAGIPVVNVSFDTIEFDQARAQQCQYNLPAPADTGWSTSFSSLAGKSAQMPLWWAMMHALSKGFTAGAVAAIPCGTDLRQMRMEVDNTRVNNPLLAQEIADFSRDCYGPSRARLFMRQPDLGSVGEDNKALQDLNWIGSRFLLNTPGYYDT >OLA08565.1 MAG: NAD-dependent protein deacylase [Eubacterium sp. 45_250] MKTLQQIVDESRSIVFFGGAGVSTESGIPDFRSADGLYNQKYDVPPEELLSHEYFFEHTGKFFEFYREKMLCLDAKPNKAHLKLAELERAGKLTAVITQNIDGLHSAAGSKTVYELHGSVHRNYCIKCGKSYSAEDILKSEGVPRCECGGIIKPDVVLYGENLDDRTVTGALAAIESCDTLIIGGTSLTVYPAAGFIRYFGGRNLVLINMSATPYDSRADLAIHDKVVEVLDKIKVN >KAE8908303.1 hypothetical protein PF003_g7926 [Phytophthora fragariae] >KAE8938621.1 hypothetical protein PF009_g11511 [Phytophthora fragariae] >KAE9000573.1 hypothetical protein PF011_g14117 [Phytophthora fragariae] >KAE9114167.1 hypothetical protein PF007_g10484 [Phytophthora fragariae] >KAE9145366.1 hypothetical protein PF006_g9774 [Phytophthora fragariae] MPGAREPAPANLNWRALALVSAATCTLTAASIFLLLDRRHFRSSRPRRSHRRHLSSSQSEAEGSNNKMPGDVVYLNNPNACLDYAVGAGGADEFDDAKFVTKQICSDWKDASNDDISVKIIVGGITNRLYRLMWGDKSVLVRLYGDHTEEFIDRSIENMLFALLSERGFAPTYYGRFKNGRIEGWLDARPLEPEDMGLTHPINYLQMIGRELGIMHIMDIPEDRAPVLWTKIERFEKLALEIELEDPVKNAALEELDLADLHQKLEWLKSVLPSNHNHNGKDLIDALDTDDISKQAVAFASDVVFSHNDLLSGNILHNPDWDRVQIIDYEYGGYNFRAFDFANHFCENCGFELDLALYPSIDKQFAFFKAYMSTAAPKMLAQLEANRESKAFFHALYDVVNRYALASHLFWGYWAIVQAAHSKIDFDFLEYAAKRFNAFDVQREFFLGSS >WP_204462572.1 GNAT family N-acetyltransferase [Agromyces cerinus] >MBM7832661.1 ribosomal protein S18 acetylase RimI-like enzyme [Agromyces cerinus] MTASLRPLDRARLPEWIDRSAGEYARDLIAMGRSEEWALRHAAEGMAESFPGGAPTPGHEVFDVVDDQGVAVGYLWIGPDTSGDDRSWWIWDVLIEPGHRGRGLGREAMRLAEEHARAQGAHSIGLNVFAFNATARGLYESLGYETTSVRMGKRLD >OJU33055.1 hypothetical protein BGN94_06530 [Rhizobiales bacterium 68-8] MLERPPFKTCPQCGREQGFGILWVSSESYDRRCKFCRAKATYYLPEVDKKVLYLDQFAISEIFKVKERKRRADAPHAEFWTEANGLLDRAMMRQQIICPASNIHRDETMVYRDGKALDLAHEMMGGDTSFEDTTTIEHRQIYRHLEAYLKGEEPPSFDFDVDEILHGHRNAWLPDLHITVETDWSAFVEHTRQARDKAAEDFAPLYDRWVRDKPAFEDVLANELGAMARGYVDAYFHFMAMVQAGEASGDVQTYINGALSPVVTLIHEINRKFAERGVPPESAFRETVKFLNWPKNQSLPHHWISAHLFAAIASRLARGQKRHPSRGMMNDIKAIALYGPYVDAMFLDNECASLLEEKAVARGVKLKAKIFCLKRSADFLAYLRGLTDSAPQEVIDAARELYGTA >MCU0521352.1 glycoside hydrolase family 127 protein [Anaerolineae bacterium] MNQSSLLQPVFRPLPLGAIQPQGWLTRQLRIQADGISGHLDEFWPDVKDSQWFGGSAEAWERAPYWLDGLLPLAYVLDDPALKAKVTRYLNYIIAHQQEDGWLGPRTMVAASGAQAQARYDLWGQILATKVLVQYHEASGDTRAVATLERALHAMDRTIDGRPLFDWGQMRWFEALIAIIWLYERTGEHWLLDLAVKLQAQGFGWRGFFLAPSGWPAAEPTRRGRWGHMSHVVNNAMAVKAPALEWRTRPTQGTELCAVVELAYSLEMLLSTFGEATIGDQLERVIFNALPATFSPDMWSHQYDQQANQVLCTSHERAWSNNGPDSNLFGVEPNYGCCTANLSQGWPKFAAHLWMTAHPGMTSADRPGIAAVAYAPSSVHTQVSDIPVTVTLKTEYPFRSDLAFTVETERPANFSLWLRIPNWAEGAALVLPDGAKEAPLPGTFHEVRRSWEGRESLELTLPMRPTLRRGHNDAAAIIRGPLVYALKIGERWNRVHADAPYREVPHADWEVLPTTPWNYALAVDEATLGDDVSFAEHPLGDWPFSPDGAPVTATVRGRRLPGWDLDHGSAGDAPQSPVSSTEPDEALTLIPYGCTNLRITEFPTLHR >KAG5775718.1 hypothetical protein H9Q73_010603 [Fusarium xylarioides] MSSDKKKEPFWLGGAAACTAVCFTHPLDQTKYRMQVLKSNASMLNVLYRFAARDGIPSLWNGLSASILRQGTYSTARFGFHTYFSDKLRGYTGKKLSVAQNIACAGVAGGVAGLVGNPAEVVLVRMCADGAKAPAQQFGYAHAFDALARVYSEEGMRAFWKGIAPNIARSALMNVSQIATYASAKQYLVSNGFGDDTKTHAISSLAAGTMATTLCAPADVLKSRMQSSAGKEGLAQVLSTGLREEGPRFLMRGWTPAWLRLTPHTVLTFVFMEKLRQLTSIDWLSGISAAEKETLR >WP_182273896.1 MULTISPECIES: anti-adapter protein IraP [Enterobacter] >MBA7856964.1 anti-adapter protein IraP [Enterobacter sp. RHBSTW-00901] >QPK01472.1 anti-adapter protein IraP [Enterobacter mori] >BBS35991.1 anti-RssB factor [Enterobacter cloacae] MKNLTAMLLVRLAQKEEEAKELAAQVDALEIVVTALLRQMAKNDQQALIDSIEGALIPDSQVPLEGAQMRHQYVKKLLKYPRR >PIQ22394.1 hydrolase [Cytophagales bacterium CG18_big_fil_WC_8_21_14_2_50_42_9] MKFISGILLVIFFGLTQSALGQTTPTSAEYLKRAEEIYSKVWRHYRVPTYGLFSENYPANQKDTLTYLQGSGVLEKRVSFLWPFSGILSATNVLLKIPAVKKRYAPYLDSLVYGLEKYRDTTRLPIGYQAYPGQFEKADRYYDDNGLVAIDYAEAYLNTKNPVYLNRAKMVFKFILSGWDNQLGGGVYWLEGHKDIKPACTNGMAALAALKIYKCTKDKYYLQCGKKFYNWMHANLRDSAGVYWNDKKMDGTVNKTTWTYNSGSMLEASLLLYEFTKEQQYLKEAKTIANGAFNHFTTANKNPALMLHIDLPWFVTVLFRGYEALYKADGNYKYIAAIEHDLNYAWQNARDKNGFITLSWSPKPQELEKPKRLLDEACLAELYARLSIIKQQR >WP_053767117.1 rhodanese-like domain-containing protein [Thermus aquaticus] >KOX89240.1 Thiosulfate sulfurtransferase [Thermus aquaticus] MELPKDAVLVDTRPRPAYEAGHLPGARHLDLSAPRFRLREESELRALEEALTELFRSLGLRSPVVLYDEGLTSRLCRTAFFLGLGGLEVRLWTEGWEELATEGETPKPEPSDTLAHLQRDWLLTADEAARHPLLLDVRSPEEHKGLVHPPCCPRGGRIPGSRNAPLELFFEPEGLLARLGLEPGQEVGVYCHSGARSAVAFFVLRSLGVRARNYLGSMHEWLQEGLPTEP >EDN4899961.1 c-type cytochrome biogenesis protein [Salmonella enterica subsp. enterica serovar Mississippi] >EDQ2826388.1 c-type cytochrome biogenesis protein [Salmonella enterica subsp. enterica] RRVRLRREPLPADTPVCGARAGWGVYVPGVVIALAVGAGSYALTGSYQQVRVWQQATAQTPGLLARALDPQAQPLNEEEMARLALGLRTRLQNDAGNVEGWLMLGRTGMVLGNAGTATGAYANAYRLDPENRDAALGYAEALTRSSDPEDNLRGGELLRQLVRSDHTDIRVLSLYAFSAFEQQRFGEAVAAWEMMLKLLPAGDARRAVIERSIRLAQEK >WP_252845183.1 putative hydro-lyase [Actinoallomurus purpureus] >MCO6008849.1 putative hydro-lyase [Actinoallomurus purpureus] MDRPAILTPSQAREVFRTGETPVTTSGWCRGYVQANLLAVPRDLAFEALLFAVRNPAACPILEVTDPGDPYAREVAAADLRTDLPAYRVYQDGALVAEAPDATEYWRDDLVAFLIGCSFTFETALATAGVPLRHIEQGRNVPMYVTSRQCRPAGRLSGPLVVSMRPIPADLVDVAIEVTARYPAMHGAPVHVGDPAELGIASLAVPQFGDAVAFEPGDVPVFWACGVTPQAVVMASAPPFAITHAPGRMLITDRSDESVAG >WP_270610708.1 hypothetical protein, partial [Blautia massiliensis] AIEKALLSLYILMTAGYVQFLKHSARIHARSYRYIENKKGIWMPFSFICCKYERLIDIKITFPEEVEERNVVFEKGLLHNQYPKKSEYELDEKGKVSFFKKNRNNQVNIWALIDITDMDRNDVLLLNDKFAEFWINEMTREEKKKDIRFTFVIQVDEINDYLQETFYESGGIFMDKHRSRLPALYVRKHDILKVKWADDNSRYMNINKEMRKELKKIYDDSEIESINS >WP_202859343.1 glycosyltransferase family 2 protein [Fulvivirga marina] >MBL6449802.1 glycosyltransferase family 2 protein [Fulvivirga marina] MMPDEVSVIIPTRNRRKSLMQLLEDLSKQTYALKEVIIVDSSDERMNADLFDEEFPSLNVKYLASEASVCIQRNLGIKEAQGSHIFLCDDDINLPEDYVAVLMEHSKTHQSGATSGLVMQKESGDWEYSYPPASFGKLLFAFIFQQSVWGDISNMQVKVWQRPFYRIIKQYYRYKGNSLSLAGWPVITEFKSPAFHVAVYGLGASIIKREWLINSLYDEVLDPHGIGDNYGVAIGFPAEKAVEVVCAAKAYHHQSKENRLESATTYYRRLVALDYFLKKFSRFNWWHKLWFAWSLLGNLLLFRNKEEYRDATKRVLKLALWDRNPYQKASRQGEKVLELKLDH >4G4S_F Structure of Proteasome-Pba1-Pba2 Complex [Saccharomyces cerevisiae S288C] XMFRNNYDGDTVTFSPTGRLFQVEYALEAIKQGSVTVGLRSNTHAVLVALKRNADELSSYQKKIIKCDEHMGLSLAGLAPDARVLSNYLRQQCNYSSLVFNRKLAVERAGHLLCDKAQKNTQSYGGRPYGVGLLIIGYDKSGAHLLEFQPSGNVTELYGTAIGARSQGAKTYLERTLDTFIKIDGNPDELIKAGVEAISQSLRDESLTVDNLSIAIVGKDTPFTIYDGEAVAKYI >MCK7495745.1 recombinase family protein [Comamonadaceae bacterium] MWNRSAERTDGGYAGGEKWRPREEWVIQKETHEALISEDEAELILAAIAERKRSGGKPARRVYLLAGLLMAPDGSPWNGDGGAYRLGKGVRIQADSVERAIVARVVDDLQSEPMAAAIATHYRDLAKTMDKRPNEAAPMKRRIAEIDMKTSRLADLMSETSAPNALLRQDRGARGGTIKHLGHARIDGVRSRCGQNFP >XP_017412204.1 disease resistance protein At4g27190 [Vigna angularis] >XP_017412205.1 disease resistance protein At4g27190 [Vigna angularis] >KAG2410350.1 Disease resistance protein [Vigna angularis] >KOM30811.1 hypothetical protein LR48_Vigan01g036600 [Vigna angularis] >BAT73545.1 hypothetical protein VIGAN_01104300 [Vigna angularis var. angularis] MSELELVGPLVGGMGSIGVGEMHTTIASKIAFSKNLDDNCNILVKDTEMLHAIKKDKEMKAQRNSHKDTTNAYKLWTNRVSEATKEVQKLKLKYEEETLPWWRILKRSDLSEEMEKKSNCVRQLMNDECLKDFLVDKPPEPVLKELNVPQISGYPTLQGALDNTLVLLKNNKIKIIGVCGTKGVGKTTIMRNLNNNEEIAKLFEIVIFVKVTPNDRKLQEKIAHRLMLDKGIDKEDSDDIARRIHRELENKRYLLILDEVEDAINLELLGIPSDNNNGSKVVIVTRFPLVYKLNRVQRVIKVAELSPDEAWKMFRDTVYAFNPKIDSPDIQPTAKLVCKRCSRLPLLIYNIANSFKLKESASSWWAGLEDLKPWPELQSQGLEELYSCLKFCYDELNDKRKQKCFLYTSLYPADSKVYSDYLVECWAAQGLLGDINDTRSYQSARNCGIDILEHLANVSLLEKGEAMIYVNMNHCMRQLALHISSKDPECSFYLQDGEESENLSNSRAWQQARWVSMRKVHELRRSQDCSTILTLLLRKNPELTALPECFFENMSSLLLLDLYSSMITQLPSSLSKLTGLRGLFLNRCELLESLSSEIGLLQFLEVLDIRDTKVIFIPLQIGFLTKLRCLRIPFIASEDNEAQNVHVISKLHRLEELTIQIISYEQWCNDANNVLAHVASLENVTHLRCCFPSSIILGEFLSRSKSWHNKQNSFRFTVGCQNSRRPQILEFFEYKITNYLRYCNGGQRDDPAIIEVLPKTDAFELVCHKDIRKLSNFAGIACLERIRGLLIKRCNQVLTIVSGETSSNVMNGIQIETAVILPNLEQLYLENLLNLKCAFRGPLHSGTFSRLQTLSLKNCPRLSQIFSNGAIQHFSELQKLKLEDCSIIEELIGEDIERERDVLPKLEILLLVNLPNFKSICTTHTLAWSSLELLRIHNCHKFKTLPLDSVNAVNLKSIKGQQEWWANLDWTNNEEVLQRLQPIFVASNEYFS >WP_037318352.1 Gfo/Idh/MocA family oxidoreductase [Salegentibacter sp. Hel_I_6] MKNSRRDFIKKTALGGTAIAVGNSAMGMSAKSYRKIIGSNDRIHVAIAGLGRRLGAYFDPIARKESNVELMYLCDVMESQRVNALKSFSEHIDYKPKLENDIRKVLEDSKVDALINATPDHWHTPGSIMAMKAGKHVYVEKPSSHNMFENELLVEATKKYGKVVQMGNQQRSSDHTIQIIKDIHDGAIGEVYKAVAFYTNSRGETPVQKKAAVPQGLDWDLWQGPAIRREYTEETWDYNWHWYGWNYGTAEAGNNGTHEMDIARWALQVGLPLRTDVQSAKRHFKDDGWEMYDTMDATFKFADNKVIQWDSKSRNGYDTYGGGRGTLIYGTEGGVFIDREKYVLTNRNGEVVKEYNSESEEAGTALGGGGDMSTQHLINFFDGIRGTAKLNAPIDDANISMAMVHYTNIADQLGRGFDVDDKTGRIFDRDAMKLWGREYAPGWKPQI >EFH7886278.1 transposase [Escherichia coli] >HBW1046176.1 IS66 family transposase [Klebsiella pneumoniae] >HBW7446324.1 IS66 family transposase [Klebsiella pneumoniae] >HBW7490463.1 IS66 family transposase [Klebsiella pneumoniae] >HBW7780278.1 IS66 family transposase [Klebsiella pneumoniae] HVRTPSALTEEALKRIGELYAIEAEIRGMPAEQRLAERQQKAKARLKSLESWLREKMKTLSRHSEVAKAFAYALNQWPALTYYAEDGWAEADNNIAENALRMVSLGRKNYLFFGSDHGGERGALLYSLLGTCKLNGVEPEIYLRYILDVIADWPINRVSELLPWRVALPTE >TGQ73293.1 MarR family transcriptional regulator [bacterium M00.F.Ca.ET.205.01.1.1] >TGU54050.1 MarR family transcriptional regulator [bacterium M00.F.Ca.ET.152.01.1.1] >TGV37543.1 MarR family transcriptional regulator [Mesorhizobium sp. M00.F.Ca.ET.186.01.1.1] >TGZ41093.1 MarR family transcriptional regulator [bacterium M00.F.Ca.ET.162.01.1.1] >TJW32189.1 MarR family transcriptional regulator [Mesorhizobium sp.] MVSDGIDRLGFLIHDVQRLMRKRFEARASGLGLSSAQWRLMVRVAKEAGVTQARLAELLEIEPISVSRLVDRMEEGGWIERRADAADRRVRMIFPTEKANAAYADVKSLAGEVYEESLIGVSPEDRRVLIQVLDAIVRNLTDGEASSLEKIKNTEGTAA >ETL94002.1 tRNA(Ile)-lysidine synthetase [Phytophthora parasitica] MLLLGCRSATHYAQVKRSQPWFNRANLSTRTGNVRCGNYGTSVSSKVFADYVRKCGVTKKRLHQQLYPRDQGQCAPKGEFPIAVAVSGGTDSMALMLLLREYLQENQIKTPLLAVTVDHQLRIESSREALEVARICAKHGGITHVTKACDWHSEDTGQQAGEGHQSDLLTPVKPRDSKMEEQAREYRYNLLRQVCLKYRVQCLFVAHNRGDQLETTLFRLGRASGINGLAGIANQLPLCSLDGLPHRSTYSGELETNSMVTLVRPLLSVTKDKLMATCDRFQQPWIHDPSNDDLKYDRVRIRQELKRVEREQGSEILDLFARFQMTAEKAKKEFARVERAMLRKYIVTWESDLVVLRMAVLHDPNMFEELLYRLLSIVIVHTGNKDTPPRLASIARLVRDLQRLDLGKQITLGGCRIKRIAKGRQLEIQPERKR >WP_014793632.1 DMT family transporter [Desulfitobacterium dehalogenans] >AFM00144.1 DMT(drug/metabolite transporter) superfamily permease [Desulfitobacterium dehalogenans ATCC 51507] MGKSAQRKGMVITMAEKRMAYLAAIVYAFIIGLSFMFVKLTLAVATPLDTLAHRFTVAFFVATLFIIFSKKKVKIGWHDVTQIAPLATLYPILFFGFQIFGLARTTSSEAGIIQSTVPIFTLLLAVSILKEKAGRGQLISVFLSVSGVIFLLTMSGVESETANIIGSVLIIISAFTNALYNVLARKLTQRYSLLTLTYIMTLFGFVAFNSLAIGSRVIEGTVGEFFQPFLHWQFVLAILYLGILSSLVTSFLANFVLSKIEAAKMSVFSNVATLITILAGVLFLQEAFHFYHVIGGIMIITGVVGTNFMGARSKTKGRVG >WP_182158016.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBA7859840.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBA8052665.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBL0775410.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBZ7211041.1 DUF3274 domain-containing protein [Klebsiella michiganensis] MTDKKNSPYAPRIASRNDVSVHKDLGEAAQTCNVAVPRPMPCIVILVHGVNDVGEAYQNQENGIIAGLSKRLNRTDLYAHEWKDFMMMRNEEAQKKIAAPGRSPVIPFYWGYKPVTYDDWVADQQNYRKEVDAQKLGDKAHIPYDAYQQNDKEKMKAVGNDGDNKVKFQNDNWNNALDMNFAKGGGTFANATTSIPDMLGPGAGGAAVAAAGFSTLYLNGGDYTHPIFPNPHRIYQFFAAQRLADLIIQIRDEPVTENDVINVVAHSQGTIITMLANMLVKQAGYSPANCVILNNSPYSLESRLMENAQSGHHQTSAARQQTFKNFCAVMAEQYKGGELSGDDIEALEGSCTLRRPEENPLRKDNKYRRNNNGKVYNYFCPNDGTVSLKNVQGFGWRGIPGELASAIPNLRQRVFCQHVWVGKAPDEKPFEMPPSYKGDFKYSVATNASYTASDVIINGEELPETFMFRLQGQDNHPDNDEKTCDAPYKANIDPDSPDAYISYSAKAYAISRTASATYPLDDYQRRSWFPGHVLTESELQTESNKRNVTVIHGMVSGSKDFPALTLTWLKSRDELEKEWQKSDPVSYSQHSSVVMSEFAPSHAMAFDLAIGQCKAFNYKAGEFWEALLHRADWRDVHNGNVDAKEYYRTGRLPLEGTKNYMNKPDEVIPSLKECGVVNQFMNATKVIPSRDLATGNKEVPNTQWDRPDTLTDRQMKG >XP_044998617.1 GDP-L-fucose synthase isoform X2 [Jaculus jaculus] >XP_044998618.1 GDP-L-fucose synthase isoform X2 [Jaculus jaculus] MGEPQRPMKILVTGGSGLVGRAIQKVVADGASLPGEEWVFVSSKDADLTDAAQTQALFQKVQPTHVIHLAAMVGGLFRNIKYNLDFWRRNVHINDNVLHSAFEMGAHKVVSCLSTCIFPDKTTYPIDETMIHNGPPHSSNFGYSYAKRMIDVQNRAYFQQHGCTFTAVIPTNVFGPHDNFNIEDGHVLPGLIHKVHLAKSSGSALTVWGTGKPRRQFIYSLDLARLFIWVLREYNEVEPIILSVGEEDEVSIQEAAEAIVEAMGFCGEVTFDTTKSDGQFKKTASNGKLRTYLPDFRFTPFKQAVKETCAWFTDNYEQARK >MBQ9647935.1 SDR family oxidoreductase [Oscillospiraceae bacterium] MDLGLKDKSCLVLASSSGLGKAMATSLAREGARVTLFSHNEDKLRAAQADIEAKTGSKPNYFAGSVTDADDIIAAVRSARDFGGPVWALVNNSGGPKPGTFDAFDDAAWQGAYELCLLSYIRAIRAVLPDMRANGGGRILNSTSSSVKAVLDNLLLSNTFRMGVMGLSKTLSQELGKDNILVNVIAPGRIGTERIDQLDAVRAEKAGKTVEEIQKASFATIPLGRYGKPEEYGDLAAFLCAPSNTFITGQTVLVDGGMVKAF >WP_232202741.1 DUF4143 domain-containing protein [Rickettsia montanensis] MINYSNIARDCGVDAKTVRTYLEILEDMYLGYHLYPYRSRSKRQIITEMPKFYLFDTALSNYLRKYEYQEMIGFDAGKSCEHYVFLELIAYKYLNDKRDELFYWRTKEGYEVDFIFQNNAFEVKIASSIQKNHLKGLLEFSKDSNFKLHVISFEKTKRIINLENKKITIWPIQEFLDTLWNNEIWR >WP_051027110.1 methyltransferase [Nocardia higoensis] MRDASDALAVRLLIYGRLISEAVCTFAALGLPEQIAESPCRVDDLAVRCGLVAPRLTDLLRLLASCGLVSLEGDQVELTDRGRYLCADRPGSALPTALLVRERVGRAWDGLEGTLRTGRPAFDSRYGRTFFEEIDGDIRLRAIFDDSQARGLELELDGIADLVATRGCTRVIDIGGGDGFLLAQLLRRLPTLTGVLLDRPVAVQRARTRFAGHGLDSRCECVVGDFFDPLDLTLGPDDLVVMRHICHDWDDAACTTVLTRCREVLVPGARLALIEHGFDGPEPESDTAEQLMSSVMNLYMATVTSGRERTLADFEKLHAAAGLTVAGVTRIGGSCVIESTAGGLESGG >UHK01047.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLRTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFSVLEXXXXXXXXXNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSRRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLXXXXXXXXXXXXALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDXXXFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDXXXRDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQNVVNQNAQALNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFKEELDKYFKNHTSPDXXXGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMXXXXXXXXXXXXXXCSCGSCCKFDEDDSEPLLKGVKLHYT >CAG8560118.1 5231_t:CDS:2 [Paraglomus brasilianum] MGITMMATTVDSETQRLNGESNSLQALEHMLTQLINSLWNMIITVYDMQTDSVELIVQYAEQILECIKEIDKIKDSINIEVPMEAIECLCDGGNPDSFMNEYVREVFTEDQQAHSKTEAIHNFRDLLIDRLKSTFPTDADLYTSSSSTTEERKESNGH >HCF2977864.1 histone deacetylase family protein [Pseudomonas aeruginosa] MLNVYSDDHRLHFGQSELVDGKLQPCFEMPSRADTVLARVKSQNLGEVIAPKDFGREPLLRIHDAAYLDFLQGAWARWTAEGHSGDLVSTTFPGRRLRRDGPIPTALMGELGYYSFDTEAPITAGTWQAIYSSAQVALTAQEHMRQGARSAFALCRPPGHHAGGDFMGGYCFLNNAAIATQAFLDQGARRVAILDVDYHHGNGTQDIFYRRDDVLFASIHGDPRVEYPYFLGYADERGEGAGEGCNHNYPLAHGSGWDLWSAALDDACVRIAGYAPDALVISLGVDTYKEDPISQFKLDSPDYLRMGERIARLGLPTLFIMEGGYAVEAIGINAVNVLQGYEGAAR >ESE83270.1 putative phage tail fiber protein K [Salmonella enterica subsp. indica serovar 6,14,25:z10:1,(2),7 str. 1121] MNISAAPEDYFRMAPEDWLRAETQGEIVALVHSHPGGQPYLSDVDRRLQVQSDLPWWLVCADQVHKFRCVPHLTGRQFKHGVFDCYTLFRDAYHLAGIDMPDFHRDDDWWRHGDNLYLDNLETTGFYRVSAASAQPGDVLICCFGSSVPNHAAIYCGDGELLHHIPEQLSKRERYTDKWQRRTHSIWRHRAWREFAFTGICNDFAAASACR >MCD58157.1 immunoglobulin heavy chain junction region [Homo sapiens] CARAREQWLPLGGTNAFDIW >CAD5221127.1 unnamed protein product [Bursaphelenchus okinawaensis] >CAG9114618.1 unnamed protein product [Bursaphelenchus okinawaensis] MVDVLSNQLENQNRVFQDDTMADDWVVELPASEEPEEDIEDGELPEEGEITDDDEVPVPLNKLDPKLPDKEEEGRRAKRNSHSSNSSTRASKPSKYKDHDPKQTKSSKEGEMMESWINGAHRSAHHDDDRRGRRDQNGDVDLRDNDFDRRIRRRSPSPYDGQISPKRSRQDSPPPGPQRPRRGPVKTEWTERTICKFFREGFCRDGDNCVYSHNAADSRRIPELCRYYQHGYCKKNVRCLNLHGEFPCRQFHTDGCDNDECRFSHQPLNDYTQPIFDQMMKDAALAEKISKQARPQRRVLLPDGPEEFDEIYDPDLHNVSMTVIPPPSVIVPVATNAQPAAHQPTYGFFNAVPTTSNTSPHQKPFVHAPPPVMPARRSPQLPTPPPRDESSAPLSINDLLGQLSKPAEPIEITQDLMNENIRSLKHMFDMPDDDESPASPPPGEIVAGDEAPVIPIQRPYVAIPIRINDNQLDLNLIQDLTSGIHKSDPRLKRMAEKQFDLVSRSLQLGGMLDAKPKDPRSQDPRSRDPRIRSADVTASPTTLQSSHQTIPTLANLNVTLSGGPNSTNPEYMGQYGQRGLPSLSSTLNPVPLGQNASQHSGNEYEQDFEQKVSQQIRMANQIAQQQKDMDMRDYNTSPRYGSPRYDDNSYDYRKRRPRQDREPRRDERKRPFDDRSYGRSEEKEQNPSQPMTLREKRKDNVFESPLAKSTRF >MBE7218062.1 MCE family protein [Caulobacteraceae bacterium] MERNAHYALVGLVSLLLFIGMVVFVVWLARFQFAKAYDIYDIDFKGPVRGLTNGGEVYFNGIKVGSVTKLSLDSRDPNRVVARIRTASDAPVRIDSTASLEPLGVTGVNYVQITAGTPTKPLLKEATPEGMIPVIRSAPSSLDSLLEGGGTVLARTVEALDRANRLMSDRNIAAFGATLQNVQDITATVRDHKKLLADVDTTILGLNATSQKIGALSDNMNALVNGDGKRTLANLDAAAVQLRATATDARTLLARVGGPAGDFATTGLPQLSRTVAALQSSAENLDRVVGEIEQDPRSLITKAPSRTVEVKP >XP_036378433.1 cullin-2 isoform X2 [Megalops cyprinoides] MASCLCCTLPHLYLNTQFIKKNKLTEADLQYGYGVDMNEPLMEIGELALDMWRKLMVEPLQAVLIRMLLNEIKNDRCGEDPNQKVIHGVINSFVHVEQYKKKFPLKFYQEIFEGPFLAKTGEYYKQEASNLLQESNCSQYMEKVLGRLKDEEVRCRKYLHPSSYAKVIHECQQRMVADHLQFLHGECQNITRQERRDDMANMYTLLRAVSSGLPHMIQELQVHIHDEGLRATSNLSQESMPTQFVESVLEVHSKFVQLINTVLNGDQHFMSALDKALTSVVNYREPKSISKAPELLAKYCDNLLKKSAKGMTENEVEDKLTSFITVFKYIDDKDVFQKFYARMLAKRLIHGLSLSMDSEEAMINKLKQACGYEFTSKLHRMYTDMSVSADLNNKFNNFIKTQETVVDLGISFQIYVLQAGAWPLTHVPSSTFAIPQELEKSVQMFELFYNQHFSGRKLTWLHYLCTGEVKMNYLSKPYVAMVTTYQMAVLLAFNNGETVSYKELQDSTQMNEKELLKTIKSLLDVKMINHDSKKEDIEADSTFSLNMNFTSKRTKFKITTSMQKDTPQEMEQTRSAVDEDRKMYLQAAIVRIMKARKVLRHNALIQEVINQSKARFSPSISMIKKCIEVLIDKQYIERSQSSADEYSYVA >TPV93333.1 class I SAM-dependent rRNA methyltransferase [Myxococcales bacterium FL481] MSARGKIVRLAKPLERAIADGHPWVYRAALRGEPTLPAGTVLDVHDRRDRFLARGLAETGPIALRVFGLTRLSIDRALFDRRLATALELRHLLAVPETTAIRWVHGEGDRLPGLVCDRYGDVVIVAFDGEAIAAHRESAIAAVIDLAGHHGVRAVAVKRGRGAQKQLETVVGDIAPGPFPVRERGMVMLVDVHLGQKTGLFLDHRDSRAWVRARARGRSVLNLYGYTGGFSIAAGLGGARRVTTVDQSAPALELAQASWGLNGLAADSHQTVAGDVREFLDATGSGGDAQYDLVVCDPPSFAPNQRSREAALTAYRQLHGAAIGRVTPGGLLLAASCSAHVDRSAFEDTLRAGARQAKRHLQVLGRWGAGADHPVPLGFPEGNYLKVTLCRATAR >WP_213750918.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >EHN8902465.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK6836449.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK6994160.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK7061975.1 taurine ABC transporter permease TauC [Enterobacter asburiae] >MCK7243845.1 taurine ABC transporter permease TauC [Enterobacter asburiae] MSIVFSEKTRRTRQALRWPFSRQITLSVGTLLVLLAVWWAVAAQQWVSPLFLPPPGQVLAKLITIAGPQGFMDATLWQHLGASLARILVALLAAVIIGIPVGIAMGLSPTVRGILDPLIELYRPVPPLAWLPLVVIWFGIGETPKVLLIYLAIFAPVAMSTLEGVKSAQQVRIRAAQSLGASRTQVLLFVILPGALPEILTGLRIGLGVGWSTLVAAELIAATRGLGFMVQSAGEFLATDVVLAGIAVIAAIAFGLELGLRALQRRLTPWHGEIQ >MBT5019052.1 alpha/beta fold hydrolase [Planctomicrobium sp.] AAMLDEFSIDTPVNLCGLSMGGYIAWQFYRNHRSKLKSIILCDAKAAADSEAAQQTRRETSEKVLQNGPGFLAEAMPEKLFSAVTLSNNQAVVEQTQSVIRSTSPQTVSAALLGMAERPDVTEMLPKIDFPTLVVVGEHDSITTSAEMQEIANTIPNADFIEIRDAGHMSPLEQPEQVNSAIADFLKNR >WP_172323533.1 DUF4177 domain-containing protein [Paenarthrobacter sp. CM16] >NQD87728.1 DUF4177 domain-containing protein [Paenarthrobacter sp. CM16] MTKWEYATIPLIIHATKQILDQWGEDGWELVQVVGGPEGKGLVAYLKREKQ >TRZ74764.1 nitronate monooxygenase [Bacteroidota bacterium] MKALSIGDLTISVPIIQGGMGVGVSLSGLASAVANEGGVGVISSAGLGLLYRDYSTNFLEASIYGLKEEIRLAREKSKGVIGVNIMVAMSNFVDMVKTSISEKVDIIFSGAGLPLDMPSFLKKDSTTKLVPIVSSARAAKLICEKWHTHYDYLPDAIVVEGPKAGGHLGFKTEQIEDINFSLEKLIPDVVEEVSHFEEKYHQTIPVIAAGGIYTGEDIYNIMKLGASGVQMGTIFVTTNECDASPGFKQTYIDAKKEDIGIIKSPVGMPGRAIFNDFLEKVRQGKKHPIKCPFKCIKTCDITSSPYCIITALINAVKGNFNSGYAFAGSNAFKATSITSVKEIFVKLISEFKERNNRE >RBA14522.1 hypothetical protein FPRO05_03314 [Fusarium proliferatum] MKMPQVPRSKAAWKAVLTTNSADGTKSSTWINKDLAPTPPDARTWSWISLSSYWWGNAFNASQWSNGASLIAVGLNWHQALVSCIIANLISSSVALALGRPGARYHVGYPVLARSVFGMYGQFFFVWIRAVVATIWFGVQSYFGSQLLSVLLRCVFGESWWHMTNHLPANAGITSRDLLAFFLFWIIEMPFLAVHPRKIKFLFAAESIICPLTCIGVFAWCVQYGGGIRMNSLSSTTEAKGGALGWAMLNGINSCLGVTSALLVNQPDLTRYTRRPKDAGWRQVSSIFFSKTLIFFFGIGATAAVQGKFGHAYWNQWDLLNAILDRFWGPAARAGCFFASFGFALSVLGVNIGCNAIPFGADVTGLVPKLFTIAAIIALFPPSVLNSHAQIIIVDYFFIKRGNIHTPSLFNPSKSSLYFYTCGWNLRALGCWVCSAVFGIPGLIGAYHPTWVAMAATHIYQTGWVICFTAAAVLYYAVNLVFRAEVLPYGQATSEFAFEHLAATEGYLEGENVVEFPISSMRAEDSKTLFIFPLQLSIDSMLLCRLFLCISALTSFTIAAPLVDLATNGVEASSDSKHFDVEAPGDRVLEQLERRCIKVGSYFLLVNATPWNMTLSRKVSYQMRKFNFPETIKPGEELYFDRQFDWTDWVLGTSNRIYIEGSAHEDDAGEASYEFRDLPGKPDFELKYKDGSAGIRFTKLRTLNNKRSSFHKLVWHADNNFPFIIASSETDPRNPSISPWIVSSNPPEDWMHSIYPRIACLSLRELAIPGTHNSGMSRFHGRSFMGLPRNSKTQMLNVSAQLKYGVRWLDIRPTLTKGKWATGHFSFGAGNWHGGNGEYLKDIIDGLNDFTSRNKELIIVNLNHGLNTDTFRGNKHARMTQVEWDWVMKRLERINYRVENRSYVRDLTKYRVSKFIEDRPAVIIIVDDLVDKRYPRGVKGPATLVPVNVSEFAKKGFFTRSQFPLFDEYANTGKQKKMAADQLTKMKKRRKRPKSKMFLLSWFLTQYLHPVLPNARDANRALIELLWPAMSSSTYPNIISVDAYPADRDIAALAMAINYHFAPQCNITSPQ >EGO95442.1 DEAD/DEAH box helicase domain-containing protein, partial [Acidiphilium sp. PM] MFHHRLQRVERLIVHPVDVFAGEAADHQVVLVGAAMGRAVEQPAAALDERLGRYFGHDGLRYSRVLRHCQPVTTNISESLAPFRAELASLPGIGPKLAALIARAVGGPSVGDLLFHLPLHFIDRSRQSTLAEAEPGSVATVMVEVVRHEAPARRGQPHRVVIRDASGFGEVVLFHPGRLGQFPVGAKLLLSGKIERFADRPTLPHPDYVLPAAQAASLPAIEPVRGLTAGLTARVMARAVDGALARLPELPEWQLPSVLQKRRWPGFTAALRTLHAPESMPDDRPARRLAYDELLARQLAFALIRARRRRRKGRAFAGDGRLRAAALARFGFA >MAS03180.1 hypothetical protein [Ahrensia sp.] MKTLALNVKARFERIENPSENGPHFRIYSNVVELGAAWQKQARQTERDYLSVKLDDPSFPAPIYATLIEVEGQEGLQLIWSRPNGNRD >WP_269358925.1 OprO/OprP family phosphate-selective porin [Xanthomonas citri] >WAW90936.1 OprO/OprP family phosphate-selective porin [Xanthomonas citri pv. malvacearum] MKKRNLATVLCALSATASGSTLAAELELYVDRKTKQIFAEPAPGRDKLGTFVQVDENGKLPASAMPAVPAQPLPPAPGAATSADTAIAQVAPMPAPVATPAPAKSGDAGKKWYDKLSLRGYTQIRYNQGIGGDAQDLRAPGDRFIGNDQSLGIRRARLVLSGDLNEHVSLYFQPDFASTPTGSTTSNFAQLRDAYADIFFDKKREYRVRVGQSKMPYGWENLQSSQNRLSLDRADALNSGLRDERDIGAVFYYSPTVAKGRFQDLVKSGLKGSGDYGVIGAGVYNGQGANRAERNDSMHAVVHATYPFKFANGQYLEVGADAYADRFVPTAAAVNIGGRSFTPAITEPNGYTDQRVAAHIIYYPQPFGLQAEWTVGRGPELDVAQRRIRTRSLSGGYVQAMFKHDFNYGTLLPYLKWQTYRGGSKFDTNAPRMRLDEVEAGVEWQPMDALELVFAYSKMKRTDVGTAPYPVVEGDLLRLQLQVNY >KAI1570405.1 hypothetical protein PtrEW4_005350 [Pyrenophora tritici-repentis] MATIGMTSTASRKFNWADDDEDDFDLDTWKASADTSAPKAEEMGPLHFSDSSSDLSSSDFSSSDDDETDNEEEQEKVEMPQSTLYSRFPILFYDLPTQLAHAHSKLVCNAVGPYMDGKEDSPLQLCTRIPRGAVVVASRSGNCIP >WP_091733714.1 pirin family protein [Mitsuaria sp. PDC51] >SFS00963.1 hypothetical protein SAMN05428960_4790 [Mitsuaria sp. PDC51] MREVIKSSDRGYADHGWLKSFHSFSFADYYNPRRMGFGPLRVINEDRIAGGTGFGTHGHRDMEIISYVLSGELAHQDSMGNGKPGGANAGVIRPGDVQRMSAGTGVMHSEFNHSKDGETHFLQIWVMPDRQGVTPGYEQKHFPEADKRGRLRLVASPDGAQDSVSIHQDARLYAGLFNGDERAELPLAPDRLAYVHVVRGRLSVNGEALGAGDALQLAKEAAITLEAGEDAEVLVFDLPV >NBY29827.1 DUF4920 domain-containing protein [Sphingobacteriia bacterium] >NDC73439.1 DUF4920 domain-containing protein [Sphingobacteriia bacterium] MWMGVSCQNGVKSDDSQWAYFGDSITVEGATDVSELPELMKGKTMAEFKLSGTIQECCQKKGCWMKLDMGNGQMLRVGFKDYAFFMPLESAGSKIVMQGIATYDTTAVEALRHYAEDAGKSKDEIAAITEPEVELVFEASGVRLRK >WP_122873240.1 aminoacetone oxidase family FAD-binding enzyme [Campylobacter showae] MSKIYKIYDVLIIGAGAVGLFLAANLRGKSVAVLEKNATPGKKILASGGGRCNVTNRRIDASNYLGDADFVKNILKNLDFKDVLKFFGELKFNEQKQNQFFCESGAKDVLAVLLKRARQSGAQIFCGVCVKGARKILTDENGEILDASLAKEAKFNSENLQDCKSEQTEIFEVVAENGDKFYAQNLVVASGGLSYKSLGASNIGYEIAQSFGVKVIQPTPALVGFTVQKEEFWFKNLSGVCFPAEISVACANKNAANREQKMPRKFAGDILFTHKGISGPAVLNASLFWQKGLIAINFCPNFSIETAQKSKKQLSTVLPLPRRFTLEFLHAAGLSDKPYCEYQADETAKISRLFAYKFAPAGTFGFERAEVTKGGVDTDALDANCEHNGTSGLYFIGEVLNVTGMLGGYNLHFAFACAANLAKQLNAE >RUY13648.1 succinate dehydrogenase assembly factor 2, partial [Mesorhizobium sp. M7A.F.Ca.US.005.03.2.1] MTGTTRSSEGLDVRRRKLLFRSWHRGMREMD >WP_021346398.1 DUF6265 family protein [Elizabethkingia anophelis] >EQB93415.1 hypothetical protein C874_01460 [Elizabethkingia anophelis 502] >MCT3921799.1 hypothetical protein [Elizabethkingia anophelis] >MCT3958110.1 hypothetical protein [Elizabethkingia anophelis] >MCT4060736.1 hypothetical protein [Elizabethkingia anophelis] >MCT4107028.1 hypothetical protein [Elizabethkingia anophelis] MKTNSVKIFLSVVIIVSVVSSWAHYSVKPIDKAMWLIGTWENKTSRGSVYESWKKINESELAGKSYAVKGTDTIVFETVKLKQEGEGLYYIPTVRNQNDGKPVSFKAYTITDYKMVFGNPEHDFPQSVSYTKVNADSLVAEISGVKNGNVRHETFPMRRLK >PQP77439.1 diacylglycerol acyltransferase/mycolyltransferase Ag85A, partial [Mycobacterium sp. ITM-2016-00317] GGKNGVFNFPSGGTHDWPYWGQQLQQMKPDIQRVLGAVPQPSAPAEPVVAPVSGG >KAF5437455.1 hypothetical protein C5S35_03960 [Methanophagales archaeon] MNGRMKFLVILKERWAENAMVFYDQNTVTWLGRVNNATDE >AVR90781.1 peptidase C39 family protein [Enterococcus faecalis] >EOI05804.1 hypothetical protein UCI_00728 [Enterococcus faecalis EnGen0241] >EOI40630.1 hypothetical protein UIU_00232 [Enterococcus faecalis EnGen0299] >EOJ48965.1 hypothetical protein WM7_00797 [Enterococcus faecalis EnGen0361] >EOK03269.1 hypothetical protein WOS_02646 [Enterococcus faecalis EnGen0367] >EOK37429.1 hypothetical protein WUI_02872 [Enterococcus faecalis EnGen0335] >EOK38563.1 hypothetical protein WUE_00768 [Enterococcus faecalis EnGen0330] >EOK43257.1 hypothetical protein WUG_00804 [Enterococcus faecalis EnGen0332] >EOL92099.1 hypothetical protein WM3_00768 [Enterococcus faecalis EnGen0366] >EOL92673.1 hypothetical protein WM1_02843 [Enterococcus faecalis EnGen0341] >EOL95916.1 hypothetical protein WM5_00760 [Enterococcus faecalis EnGen0344] >ERT25927.1 hypothetical protein O994_00217 [Enterococcus faecalis JH2-2] >ETU38313.1 hypothetical protein P016_00125 [Enterococcus faecalis EnGen0416] MSKKPSGYQKKVLTVLLVSFGFGGLLAQFSPMKSGGFSSWFDDSYVKASAESSKTKEPAPVKIEKKVKPLSYGQQVNQEIEKKQYSGHLDLPLELQTDAKWKDTAYGFGNVDKPNTIEINGCAIVSLAMVGSYMDHQEVTPLDVLAWAKNDFFMEGQGTAWSIFSAYAEMKGYNCQEIGDIETVAAFLKEGHPVIISVKPGYFTTTGHIMVISGVDEKGDFWINDPNDSEEKSHSKRTFTAEEVMNEALNFWAFY >WP_172117930.1 GTP pyrophosphokinase [Halomonas hibernica] MDNISQTQQLVSEINRLHADFSRDYFETGKIAKLNLSRTIRQVPVTHIYQYRLTLHESINDYLMAADIDIKYFYRVKTRESIDDKIERFSNREDQYPVNNWLNDIFGARIVLTADDVHKVMELLDDWQDELGLKNWYLRDKQGYRGLHVYFKNRNNFYFPWELQIWDEADVRSNIENHEKFKRHFM >WP_152638733.1 glycosyltransferase family 39 protein [Marinobacter santoriniensis] MSGKTPVAWYTASLLLLAGLGSVILRQPFPIDETRYLSVAWEMWHNGDFILPTLNGEPYSHKPPLLFWLMHTGWAVFGVNDYSPRLISLLAALAALPLVSAIARFFWPERPAIRSVAPLVLASFLAWLLYSTTIMFDIVLGFFALAAVVSALKAYPHASLRWFALCGVMLGGGMLTKGPVILLDVLPILVLVPLWRPDSDGFRIGRWYAGILVAVILSALIMLAWVYPAIQRGGPDFENALIWKQTAGRMVESFAHARPWYWYLMLLPILLLPWGIMVWEKAWRGRVWRDAGERFCALWFGVTLLAFSLISGKQIHYLIPVLPAVALWLARRFEERPVRRISLIVLGSLSLLIGIALMLAPEWCQLSGSYPACEDTPRLGGLLPLALGLALLMRSGASEVERLCLIAVFPLALLIGVLVNFIGLSQRQDVRPIAMEIRALQDQGITVVNVDKYHNQYQFAGRLEHPLKVLRGDELRRWAPNHRGAVLIVYQDRNETSLGDVAKAVYPYRGEQALIVSVDDWLRYKRSGAGQ >MCH7644438.1 hypothetical protein [Myxococcales bacterium] >MCH8889966.1 hypothetical protein [Myxococcales bacterium] MRLEYGFELSKVEIPRFSVEAVEGIGKLFTLAALILNVLEAKDRVEIVFHGLNPEDPETKIAAFKEIVGGSEAGGDLNYQPGLGGRVSGSSSYFRWIVVSH >WP_272053002.1 RagB/SusD family nutrient uptake outer membrane protein, partial [Parabacteroides distasonis] MKKKFIYSFMIAAAAAAFSSCSNFLEERPTDAFDEETAFQSPTLVYVNTVASLYNNMFKIMGNDRHVYDLNTFSSDEAMLPCRIGDWEDGGLWQNIFLHRWGTMNDLTKNSWDFLYEQIGKCNQSVDKLQAFAEEQPDVEYFKVYLEEVRAVRAFFYYELLDLFARVPLVTSSTTPMSEVKQSERSVVFNFVRSELEEALPYLSDNRSNQKGEYYGRITKPVAYMILAKLALNAEVYADDNWTDGNRPDGKNIKFTVDGKEMNAWEATIAYVDKLEALGYKLQGNFSENFAVANETSVENIFTVPMDPVAYPDAKDYNLVRTRHYDHATAYGQSGWNGSCATVKAMNVFKFGTADEDPRCKLTYFTGEVTGPDGKTIYTEWDGQKVPLKYEPNAPK >MBI9043002.1 NADH-quinone oxidoreductase subunit NuoH [Anaerolineaceae bacterium] MNFGFILEAAIKSLVLILFMTVGFAYVTLFERRLLARIQVRVGPNRAGPWGLLQPVADGIKLIFKEELIPEKADKLIFILAPVITVVPSLIVAGVIPWGTQIEMFGREINLYVADINVGVLYILAVTSISVYGITLAGWASNNKYAILGGIRSTAQMISYELALGTAFMGPILLAGSMSMVDIVEGQRNLWYIVTQPVAFVVFFLASLAEVNRAPFDMPEAEQELTAGYHAEYSGMKFALFFMAEYIKMIAVSLIGVNLFLGGYMGPFVDQVPILGPIYVVIKVIAWLFVMIWIRATWPRLRYDRLMAFGWKILFPVALLSVVVTGFVLVLLQ >WP_276533217.1 methionine synthase [Enterobacter vonholyi] MSGASVSSKVEQLRAQLNERILVLDGGMGTMIQGYRLSEGDFRGERFADWPCDLKGNNDLLVLSKPSVIKDIHNAYFEAGADIVETNTFNSTTIAMADYQMESLSAEINLEAAKLARACADEWTARTPDKPRYVAGVLGPTNRTASISPDVNDPAFRNITFDQLVAAYRESTKALVEGGSDLILIETVFDTLNAKAAIYAVKEEFEALGVDLPIMISGTITDASGRTLSGQTTEAFYNSLRHADALSFGLNCALGPDELRQYVQELSRIAECYVTAHPNAGLPNAFGEYDLDADTMAAQIREWAESGFLNIVGGCCGTTPEHIAAMSNAVAGLPPRKLPELPVACRLSGLEPLTIGEDSLFVNVGERTNVTGSAKFKRLIKEEKYSEALDVARQQVENGAQIIDINMDEGMLDAEAAMVRFLNLIAGEPDIARVPIMIDSSKWDVIEKGLKCIQGKGIVNSISMKEGVEIFIHHAKMVRRYGAAVVVMAFDEVGQADTRARKIEICRRAYKILTEEVGFPPEDIIFDPNIFAVATGIEEHNNYAQDFIGACEDIKRELPHALISGGVSNVSFSFRGNDPVREAIHAVFLYYAIRNGMDMGIVNAGQLAIYDDLPAELRDAVEDVILNRRDDATERMLDLAEKYRGSKSDESANVQQAEWRAWDVKKRLEYSLVKGITEFIEQDTEEARQQSARPIEVIEGPLMDGMNVVGDLFGEGKMFLPQVVKSARVMKQAVAYLEPFIEASKEKGSSNGKMVIATVKGDVHDIGKNIVGVVLQCNNYEIIDLGVMVPADKILKTAREVNADLIGLSGLITPSLDEMVNVAKEMERQGFTIPLLIGGATTSKAHTAVKIEQNYSGPTVYVQNASRTVGVVSALLSDTQRDEFVERTRKEYETVRIQHGRKKPRTPPVSLQAARDNDLAFDWSSYKPPVAHRLGVQEVSASIETLRNYIDWTPFFMTWSLAGKYPRILEDEVVGEEAKRLFKDANDMLDTLSAEKTLNPRGVVGLFPANRVGDDIEIYRDETRTHVLAVSRHLRQQTEKVGFANYCLADFVAPKLSGKADYIGAFAVTGGLEEDALADAYEAQHDDYNKIMVKAIADRLAEAFAEYLHERVRKVHWGYAANENLSNEELIRENYQGIRPAPGYPACPEHTEKGTIWQLLDVEAHTGMKLTESFAMWPGASVSGWYFSHPDSKYFAVAQLQRDQIEDYALRKGMSVSEVERWLAPNLGYDAD >KGS11954.1 restriction endonuclease, partial [Pseudomonas coronafaciens] KEVSSITYFGEPVYSYTLKQGIEDGFLAPYKVVRIDFDKDLQGWRPPKGMLDKNGELIEDRIYNLKDMDRTLVIEARTQLVAQEVTEFLKATDPFQKTIVFCDDINHAERMRQALVNLNPERVAENRKYVMRITGDDQEGKAELDNFINPEERYPVIATTSKLMTTGVDAQTCKLIVLDQHIKSMTEFKQIIGRGTRINEDFGKYWFTIMDFKKATELFADPAFDGDPVVVYAPEGSEPPVPPDDLLEGDSISAGSDAEGDDLDFTGEEDGRKRVKYVIDSIPIYVIAERVQYYGTDGRLITESLHDFTRACVQKQFASLDDFLRRWSDAEQKKAIIDEMAAQGVMWEALAEEVEKKQGKPLDPFDLICHVAFDQPALSRKERAEQVKKRNYFAKYSGAARQVLEALLDKYADTGVEHIEDIKILQLDPFCQIGAPIELVKAFGGKAGYNKAIHELEDELYAS >NIK25817.1 two-component system sensor histidine kinase YesM [Paenibacillus lupini] MARYRGMHSIQNRLFLLLFSSMMTLLILVSFLYYQKTTQIIHSKISDLAEKNVSQTVGLFDLLLEGYDSVTKSLNSNYELTRLLKEADNEKNISVSVMNERAITNIIGAAYFSRDDIVGIHVMTNGGKLYNYERRFAGLVNQDYTSADWYSKLKNSRGEMVWLGLTKGSVINSMLPEPVFVFGRQLYDLNNYKPVGIVLIESDPNPILSALSNASISPNSRVFIVDKNNDVIASTDKNQDDLSMEPNSGEPQVVPSFNGLPRPKGNEIVVDNKSNELIVAAKTAVAEWTVFGLTPKADISEELVQTRLYLLAVIIAVILLSIMLATLISRNISSPLKLLIREMKQVELGNFRGSVDVKSFEEINSLVSSFNRMVLRMDELIERITLSSISEKNAELQALQSQVNPHFLYNTLDMIYWMLDERENDRLGRVILSLSHMFRYSSDWEEASKTTLRQELEQMRHYMTIIENRLIGRVSTEIQVDNIWLDAIVPKMTIQPVIENAVKSGLEPLDRPGLLRVYTVADEEANELRIVIEDNGVGIEEGALKELQTMLQHSGLNRNYPLPEGKERRGIGLPNVHRRIVLMYGEPYGMRITSELGKGTTVIIAIPLPARGGQSGDEHINRG >WP_012917492.1 DUF3526 domain-containing protein [Xanthomonas albilineans] >QHQ29756.1 hypothetical protein XaFJ1_GM003047 [Xanthomonas albilineans] >CBA17499.1 hypothetical protein XALC_3022 [Xanthomonas albilineans GPE PC73] MQLIPSRHYWRAEGSKLWRQPLAWIALSALFAVLLASAVSAGLDARAWRSAAALDVAARAAAIDSATAQLQTPPGPAAAIAAYELGCGDLGVTRIPVQAGLGLGVQRLSVLPTRLKASLDNRLVESRDPGPLRNPLLNDTGLPGVPAMVALLLPLVALVLCGGLLQEEREHGRLGLLRVQSTHGMWPLVAAALGWRCLCIWAVTAVATLPALLLDPGSNAPVTLAWIGALAVFTSVWVVLGGCLSWVPVSGASSMLAALGLWLALTFAVPAALALAAERAAPMPSRLLSIVQIRTAQQESEAHEQDLAKAWYAAHPGVQAPATAVWPATFVARALGQEAALGPLARSFDARRAEQAAFVNRWAWVSPGLALVLWGEFLAGTDAASQLRYRDQVDAFEQRWRQFFMPAVMERRGLSAEDLKKLPAFGPAD >MCB0689733.1 hypothetical protein [Saprospiraceae bacterium] NTDLIMKTPWTRHERLTYEKTAKFLAMIDIDEPTLVTIEIQSPVNSRQALIHASTELWIIPGKDILGDGIIVEIPGFVVELLKPRTHQYVSLDELKDGIIEIQANVVMMCGCPISKDGIWDSQKIEVMAIIKKDGNQVETMPLEWVADNLFEASFPTDEKGQYEVIVYAFDGMTGNTGVDKVNYIIR >MBL6807531.1 acyl-CoA dehydrogenase [Pseudomonadales bacterium] MSVLTAFETLGPTDRDAFAAADALAETVFPKAEALGEDGDAQVRDAAKAAGLFDLAQRAAPEALLTLTVVRERLAASGARCRKAALGPSPGLLQNASGALQARFAEPVAQGLRRQAFAFTDDATAPVHATPAEGGYRLRGRKSFVTGGLAADHFMVYAQSDAGPLLLIVEEGTAGITRADPFETLDGGQHCALVFDDAFVPEAHRLGEAGQGKAQAFTQINRTRLMLASEAVGLMAYAVHRAAEHLQAPRPKGPCLGDQEGPQLRFAELWMPVFAARALLYRVATQFAQGEGTPEGLAALKVHTSEAAEHVLSRALQLCGAHALRADDPLARSYREVRSWQFAEGASDLLRLRIAKARLAKGRGAL >KAJ4458169.1 hypothetical protein PAPYR_6126 [Paratrimastix pyriformis] MAALSEAQFYEIRNIFRFLDTDKDGYITLPQALTAWRLLGVVPTPAMRNEFATSPLGVSMNRFMEVMSNDIADSSLEGTIKRSFTLVDRTDHGKLTQEDLTRFFDSMGEHFDPAVVRDLVERMGNDDGTISFDEFDTFIRRHGDGVLF >WP_007556065.1 tRNA threonylcarbamoyladenosine dehydratase [Dialister micraerophilus] >EGF13637.1 HesA/MoeB/ThiF family protein [Dialister micraerophilus DSM 19965] MKSVFQRTIRTLGEENLEKLKTKTVAVFGTGGVGSYACEALVRAGVGNLIFIDKDVVDETNINRQLVADLTTVGRIKVEVMKERAMRVNPECNVQIKAERFESGDVEFIKNLHADFIVDAIDDVAAKISMAKICEDENIPHASSMGTGNRIHPELLQIADIYKTDICPLAKKIRKELRKQRVKKLTTIYSKEKPREIIGEGNAVGSISFVPPVAGMMLAGIAVRTLLEIE >MBQ9964693.1 ABC transporter ATP-binding protein [Clostridia bacterium] MITLDRVSFAYDQTPVVSDLSLTVSPDRVTCLFGASGCGKSTVLRLIAGLETPQAGTVTRPPDARITMVFQDNRLLPWFTVRQNLTLVAPDADIDAALSAVALQDDAERYPDELSGGMQRRVALARAFAHGGDILLLDEPFNGLDQALKEQIAAYILREFAGKPIVLVTHSPEEAALFDAEIIRV >EGO4094244.1 AAA family ATPase [Escherichia coli] MLDELVLKSFKSFIYSKLELSNITVLTGLNSSGKSSVLQAIRMCKLVDKDHSPYIQGFGGFTDLKSKLTSQQKPVQILLSSKEMKNYLY >MCI5916932.1 glycosyl hydrolase family 28 protein [Bacteroidales bacterium] MRRLTMGLAALLATVVVCAHEVRDTWSIPAKCEVGADAMPQVMDAVDEAPFLMKKLKRPTFPRRLMLLTTDDIAADGKITPAINTMIQRLSKKGGGTLVVPEGHWISGRITLMSNVELRLEEGAVIEFSGSPDDYQPAVFTRHEGVEVMGAGAFIYANKQKNIALTGKGKIIGPPMDVPMRSFPNGRNVVEKDIDYRMPVAQRLCDGIDGRTFYRPKSFSPINCKNVLVEGVTFERSVLWNVNPVYCDNVIIRGITVNSVGVPSGDGIDISSCSNVLIEYSTLNCGDDCFTIKSGRCEDGLRVNRPTTNVVIRYCLAKDGHGGITLGSETAGGINHVYLHDCVFYGTRTGFRFKTRRNRGGTVENIVYENVRLVDVREAFTWDLLGSEMYVGELARRTPPLDITPLTPTVRGITIRNFVVESADRLLTVNAIPEIPCSNVLIENGKVRTNRIVRTMNDVDGFTFRNLEIQATDNRMTFDNSRNVLFDHVTFHVPTGQVDYQIIGENGVTVTPLP >WP_239606280.1 fructose-6-phosphate aldolase [Citrobacter portucalensis] >ULK52968.1 fructose-6-phosphate aldolase [Citrobacter portucalensis] MELYLDTSDVDAVKALARIFPLAGVTTNPSIVAAGNQTLEVLLPQLQEAMGGQGRLFAQVMATTAEGMVSDARKLRTIIADIVVKVPVTAEGLAAIKLLKEEGIPTLGTAVYGAAQGLLAALVGAEYVAPYVNRVDAQGGDGIQTVTDLQTLLKMHAPHAKVLAASFKTPRQALDCLLAGCESITLPLDVAQQMISSPAVDAAVAKFEHDWQSAFGRTSI >MSO45354.1 agmatine deiminase family protein [Acidobacteriota bacterium] MTADSQPRRWRMPAEWEPHRATWIAWPHFEPDWPGKLAPVPWVYGEIARVLANFEPVEILCHSETVRDSALQILHAHAVRMDRVKLHLVPTDRTWLRDSAPTGVVDPSGAVTLLHWVFNGWAKYANFTQDAQVGRAVADLAGLPRLEPCRPDTGARIVLEGGGIDSNGDGLLMVTEEWLLSDVQVRNPGMTRRDYERVFEEWLGARRTIWLGNGSVGDDTHGHVDDIARFVAKDTIVLAVEDDPTDENHARSQDNLSRLESAGREPGIGPLRIVRLPYPRAVVMAGERLPASYANFYIANGAVLVPTFNDPNDRVALNVLADLLPRNQIVGIHAVDLVWGLGTVHCLTQQEPAGCSTSEQPEVRS >NP_001019860.1 cysteine and glycine-rich protein 3 [Bos taurus] >XP_005900735.1 PREDICTED: cysteine and glycine-rich protein 3 isoform X2 [Bos mutus] >XP_010856729.1 PREDICTED: cysteine and glycine-rich protein 3 [Bison bison bison] >XP_019810477.1 PREDICTED: cysteine and glycine-rich protein 3 isoform X2 [Bos indicus] >XP_020765801.1 cysteine and glycine-rich protein 3 [Odocoileus virginianus texanus] >XP_025142082.1 cysteine and glycine-rich protein 3 isoform X2 [Bubalus bubalis] >XP_027388070.1 cysteine and glycine-rich protein 3 [Bos indicus x Bos taurus] >XP_043307074.1 cysteine and glycine-rich protein 3 [Cervus canadensis] >XP_043730995.1 cysteine and glycine-rich protein 3 [Cervus elaphus] >XP_055272003.1 cysteine and glycine-rich protein 3 [Moschus berezovskii] >XP_055437309.1 cysteine and glycine-rich protein 3 isoform X2 [Bubalus carabanensis] >Q4U0T9.1 RecName: Full=Cysteine and glycine-rich protein 3; AltName: Full=Cysteine-rich protein 3; Short=CRP3 [Bos taurus] >QLF99902.1 cysteine and glycine-rich protein 3 [Bos grunniens] >CAI9166769.1 unnamed protein product [Rangifer tarandus platyrhyncus] >AAI03109.1 Cysteine and glycine-rich protein 3 (cardiac LIM protein) [Bos taurus] >AAY45897.1 cysteine- and glycine-rich protein 3 [Bos taurus] >ELR52834.1 Cysteine and glycine-rich protein 3 [Bos mutus] MPNWGGGAKCGACEKTVYHAEEIQCNGRSFHKTCFHCMACRKALDSTTVAAHESEIYCKVCYGRRYGPKGIGYGQGAGCLSTDTGEHLGLQFQQSPKQARSATTSSNPSKFAKFGESEKCPRCGKSVYAAEKVMGGGKPWHKTCFRCAICGKSLESTNVTDKDGELYCKVCYAKNFGPTGIGFGGLTHQVEKKD >GFB98697.1 reverse transcriptase domain-containing protein [Tanacetum cinerariifolium] EEAVTFNLNQTTRYSSTYDDLSVNRVDTINVAREEYAQEILGFSSGGNPTSTFEPILFDSFPSLAPFKESDFILEEIEAYLKDESISSKIDHADCDPEGDICLIEKLLNNDPF >CAB3403040.1 unnamed protein product [Caenorhabditis bovis] MAPKKVTIIGSGNWGSAIARIVGSTTKAYPDLFDPEVRMWVFEEIVNGEKLSEVINTRHENIKYLPGKILPTNVVAVTDLVESCAGSNILVFVVPHQFVKGICEKLIGKIPSDSQAISLIKGIAFDAAQLEGVSTQKKGGLKLISEEIRDILKIEVSVLMGANLAPEVANDNFCEATIGSKRKAQDGPLLKKLFHTENFRINVVEDAHTVELCGALKNIVACAAGFTDGLGYGDNTKAAVIRLGLMETTKFVEHYYPGSNLQTFFESCGIADLITTCYGGRNRKVCEAFVKTGKPMDVIEKELLNGQSAQGPLTAEEVYLMTQKTGVDSKFPLFTAVHKICKGEMKPAELIDCLRNHPEHL >WP_276594570.1 penicillin-insensitive murein endopeptidase [Nannocystis sp. bb15-2] MKLKVRTTRPPRPPLVQEYYTVGEGEDWLAVANLYSTSVDKLRQFNPKVPDRLKGGEELTLWIDAGAFGAKSPNPDDLPIFIVPTGASSVGGVTSGTLVNPVQLLPSPLADVRCASHAYATNHTLSQLLRGVSEFRAQGFSNQVMIADLSLKDGGGYGRHKSHQSGRDADIWLQVKRKRYLDGCKNCSTTSCRPEPEEVDWRTTWRFIRALNSTGAIQEIFLSHWLQEELHKAAIAEGESAAELKKLIQWPRPKGAPALVMHSDGHIHHIHVRFKCDPNDTACSNAK >MBP6132529.1 phenylalanine--tRNA ligase subunit beta [Thauera sp.] >MBP7048720.1 phenylalanine--tRNA ligase subunit beta [Thauera sp.] MQFSEQWLRTFVDPQLDSAGLGHLLTMAGLEVEEAEPAAPAFRGVVVARIVEAEKHPNADKLKLCKVDAGTGELLQIVCGAPNAAAGMKVPCAVVGAVLPGEFEIKKAKLRGVESFGMLCSARELGFSEDHSGLYALPEDAPVGTDIRAYLGLDDTLFTIKLTPNRADCLSLTGVAREVAAITGGEFRPLAIDPVAPAIEARRDIVLDAPQACPRYCGRILRGVDARAATPDWMVRRLVRSGIRSISALVDITNYVMLELGQPLHAFDNAKLQGAIHVRLPRAGEQVLLLNEQTVTPAADTLLIADEARALALAGIMGGEDSGITLDTTEVFLESAFFAPDAIAGRARANGFGSDASHRFERGVDPELARSALERATRLVIELCGGEAGPVVEAVATDALPARAPVRLRPARARRVLGIVLADADMLALLRRVHLQVERTGDDFLVTPPSWRFDIEIEEDLIEEIARLHGYDNIPAIAPQGSLMMLPSSENGRPVWALRHLLAARGYQEVVNFAFVEEAWERDFCANENPIRLANPIASHLSVMRSSLIPGLVGTLAANRKRQIDRVRVFEVARVFERKADGEPVRGFHQVMNIAALAAGQVVPEQWGERARSVDFYDVKGDLEALFAPRELQFAPLSHPALHPGRAAAVRLDGHMIGVLGELHPVWVQRYDLGTAPVVFEVALDAALAARVPAYAEISRMQAVRRDLALVVGNEVPVERVLEVLREAAPALVREIALFDLYQGKGIDSDKKSLAFKVSMQDTRRTLEDAEVDAAVALLVTHAETVLGARLRGAGG >KAB2088711.1 hypothetical protein ES319_A03G016400v1 [Gossypium barbadense] MNTFSHVPPGFRFHPTDEELVNYYLRKKIASKKIDLDVIKDVDLYKIEPWDLQELCRIGSEEQNEWYFFSHKDKKYPTGTRTNRATKAGFWKATGRDKPIYSRLNLIGMRKTLVFYKGRAPNGQKSDWIMHEYRLETNENGTPQEEGWVVCRVFKKRMTTVRKMGEYESSCWYDDQVSFIQELESPRRITQPYVAAAATTYHHHHHFPCKQELELQYNLPHDPFLQLPQLESPKVPQSTAPSISCNSVIPYNGTSTLQSSTLTHEEHLHNLNSLYNNTIDQQQQAVDQVTDWRVLDKFVASQLSHEEGSKENNYTTNAAATSYHVAEQINLPTNESKRADIGHHHQEYASTSTSSCQIDLWK >RRY46070.1 hypothetical protein EGJ99_18275 [Klebsiella pneumoniae] MHIIFTLIISVTNENNRTLPQCGPGRRWQASAEPRDRRSDRVGMHRSLSKRVLNASHCEMHLF >XP_006591276.1 calcium uniporter protein 6, mitochondrial [Glycine max] >XP_028191682.1 calcium uniporter protein 6, mitochondrial-like [Glycine soja] >KAG4974970.1 hypothetical protein JHK87_031791 [Glycine soja] >KAG4989538.1 hypothetical protein JHK85_032521 [Glycine max] >KAG4995128.1 hypothetical protein JHK86_031955 [Glycine max] >KAG5125127.1 hypothetical protein JHK82_031864 [Glycine max] >KAG5146553.1 hypothetical protein JHK84_032096 [Glycine max] MWGRWWWRAGGGFLRQRVSSIGSVSHGYGEKLHPLDPPLLGLRGVVEVMCGGRRTPLSVVLNQIKRGVSTSTGNGGVSNGNNGTTEDSISFSEAKKLMRLVNVESLKMKLGMEGKEVICYSELLEACESVGIARSPEEAAAFARVLDEAGVVLLFRDKVYLHPDKVVDLVRRAVPLVLTADNDPMREELKKLQDKKEEIDVLAHTQARRILWSGLGFGVITVGFFFRLTFWEFSWDVMEPIAFFTTTTGLVIGYAYFLFTSRDPTYQDFMKRLFLSRQRKLFKRQNFDIERFKELQCKCKTPLHASTVLKNRIGVELDLEDALHRDH >WP_054621512.1 metal-sulfur cluster assembly factor [Oryzomicrobium terrae] >QEL66399.1 hypothetical protein OTERR_29230 [Oryzomicrobium terrae] MTDPVDSAAVLAALSTVSDPEHGINIVDLGLVYGVDVAPGQVTVRLTLTSPGCPMGNLILGDAEEAVQGVVAPGTVVDLELVWEPPWGPERMSDAAKQHFGWD >KAI5076688.1 hypothetical protein GOP47_0008753 [Adiantum capillus-veneris] MAAVGVTSIAVSGRSLSDKTTKASVCQAAQGLQTSRALRLCKTRIPRTVFLGQSLQQTRYISTGYSVKSLSHSSASFRCEAAVAEVEEAEIPAEKLEYQAEVSRLLDLIVHSLYSHKEVFLRELVSNASDALDKLRFLSVTDDSVLKDCPELEIRIKPDPANGTVTIMDTGVGMTKQDLIDSLGTIAQSGTAKFVKALKDNKEALGDNNLIGQFGVGFYSAFLVAEKVVVSTKSPKSDRQFVWEGEADSSSYIIREEVDPEKLLPRGTSITLYLKPDEAFEYSDPVRIKELVKSYSQFISFPIHVWMEKTRTVPDSSDSTDTDDTSTESKEQEMKTKTEKYHEWELVNETKPIWMRIPKEVEKNEYDAFYKSTFNEYLDPLAYTHFTTEGEVEFRSLLYIPGMAPFNAEELYTANNKNIRLYVKRVFISADFDGELLPRYLGFVKGVVDSNDLPLNVSREILQESRIVRIMKKRLVRKIFDMCQEIADREDKEAYKSFWTNFGRSIKLGCIEDSANHKRLTPLLRFFTSRHEDSLVSLKTYVEDMKPEQNAIYYFAADSIKSAKSAPFLEALLKKDYEVLFLIEPIDEVAITNLQEYEGKKFVDISKEDLDLGGDDEVEEREKEKEYQLLCDWMKQILGEKVAKVQVSKRISSSPCVLVSGKFGWSANMERIMKAQTLGDESTMDFMRGRRVLEINPDHPIMKDLNVACKDTPRSSKVQDIVNMLHETALMASGFFPENPAEYGGKVFEVLGLAMAGAKGDSSPEQEESSDTNTEAVQDVEVVEPSEVQVESDPWN >WP_260879442.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri] >MCT7563887.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri] >MCT7612562.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri] >MCT7641204.1 SdiA-regulated domain-containing protein [Aliarcobacter butzleri] MKRILLINKKLLIFFLTIITFVVIHSMDLDDKLLYKFFHWEEEFSILKQNHKKELVVINEIEKNLSGITYNENTDTLFAITNSPRNIYEMDKNGNILRKISLKGFKDTEDITYIKNNKFAILDEELNGLFIVDINDDTKFISIDDSIKKFIFDIKKFENFGLEGISYDKIEDKFYMVNERNPKKIVSVKGIIGNNQLEVNIKDELLENNFYLADLSAIHFDDIDRRLYVLSDESALLGRIDDKKDFRKYLDLMDNEISSKMKNSEGITRDKEGNIYIVSEPNLFFSIKKE >KAG7202115.1 hypothetical protein KM043_004783 [Ampulex compressa] MELGNKSPPVLLREMRTLAGSNFTDNMLCTLWLQRLPKRTQELLAIVDDVDLDKLAVCADKAHERGASQNIIAVASLVLEDSIQVLTRQVSELTKAVVGLYQDRQARPRSRKPRSTTPKRSRSREQKPDKASPRQARQLDFISQFTTDITYVKGSENIVTDTLSRVQAINCPVIISTENLTEEQHKDQELQEILNGKTCLNLRPFTLTESQHPIYCECEGDAIKPYVPKPLRRKIDSVYDLAHPSGRSTRQQIRQKFAWPGINKDIISWPRTSQQKD >KAI5128402.1 T-Complex Protein 11 X-Linked Protein 2, partial [Manis pentadactyla] NIKRPRIEETVLQNDPSETESGAESWPQALSVTDLTEIASEVSELSIAHEIVVNQDFYMEESVLPLNRSEEGMLSVSEQVSQEIHQGIRDRGFTALSSENAASLIGQLQNIAKKDNCVHSIIGKSPPQVVVARVGKNGEDDLVDTALEVSSHTT >MBR6417349.1 (deoxy)nucleoside triphosphate pyrophosphohydrolase [Bacteroidales bacterium] MKQIEVVAAIINDECGRVFATQRGYGEWKDFWEFPGGKIEAGETAEEALRREIWEELETRIAVEHLVDTVEWDYPQFHLTMHCYLCHVESGHLELKEHEAAKWLSKDEIESVNWLPADWALVRKLKTEERFL >WP_267448957.1 tellurite resistance TerB family protein [Citrobacter portucalensis] MANWLNQLQSLLGQKGSSTSSSGEQGLSKLLVPGALGGLAGLLVANKSSRKLLSKYGTSALLVGGGAVAGSVLWNKYKDKVRAAHQDEPQFGAQSSPLDERTERLILALVFAAKSDGHIDAKERAAIEQQLREAGVEEQGRVLIERAIEQPLDPQRLAQGIRNEEEALEIYFLSCAAIDIDHFMERSYLNALGDALKIPQDVREGIEQDLKEQKQALPG >MBR2718156.1 sigma-70 family RNA polymerase sigma factor [Clostridia bacterium] MDDLVQEGTWSLFGCIDRFDPAKEFQFITYAAIAVRNAMLDYIRSQATTFEARYLNSIESLDTGSVRHTYAGDPMRQSPEQIYLAKEQLREIHHALATIPERDRQYLHYRFGFHDDQEHPLNETARPFHLSTSRAAKTEKDALKSVRVELPW >DAU97140.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MAFGVPYQPGFAPGYYPMGQPTAMPDQLAQLRQAAYPQQQQTAQQTAPIIWVQGEEAAKSYLCAPGNSVLLMDSEKSSFYIKTVDASGMPQPLRIFDYAERTAAQKQPTQTVQAQAGEFVTRAEFEALAARFDALAADKPLTKKKESENAKSTV >NWV65193.1 ADCY8 cyclase [Malurus elegans] MELSEVRCLSDSDELYTINRTPPGSGRPQRLLWQTAVRHITEQRFIQEHSSSSGGSSSGGGKGFSSDETCFPNHHPHPPQHHHLRRQSAGRGLASERHNNGGTKVFPEGTSSSGDLGFLPLDCAPSNSDFFLNWGYTYRGVIFPTLRNSFKSRDLERLYQRYFLGQRRKSEVVMNILDVLTKLTLLFLHLTLASAPMDPIKGILLGFFTGIEVVICALVVVRKDTTSYTYLQYSGVVTWVAMATQILAAGLGCGLLGDGIGYVLFTLFATYSMLPLPLTWAILAGLVTSVLQLVMQLVIPRFAMTSLNQIAAQAVLFMCMNTAGIFISYLSDRAQRQAFLETRRCVEARLRLETENQRQERLVLSVLPRFVVLEMINDMTNVEDEHLQHQFHKIYIHRYENVSILFADVKGFTNLSTTLSAQELVRMLNELFARFDRLAHEHHCLRIKILGDCYYCVSGLPEPRQDHAHCCVEMGLSMIKTIRYVRSRTKHDIDMRIGIHSGSVLCGVLGLRKWQFDVWSWDVDIANKLESGGIPGRIHISKATLDCLNGDYKVEEGHGKERNEFLRKHNIETYLIKQPEESLLTLPEDIVKEAVSSSDRRNSGATFTEGSWSPELPFDNIVGKQNTLAALTRNSINLLPNHLAQALHVQSGPEEINKRIEHTIDLRSGDKLRREHIKPFSLMFKDSSLEHKYSQMRDEVFKSNLVCAFIVLVFITAIQSLLPSSRVIPMVIQFSILIMLHSALVLITTAEDYKCLPLMLRKTCCWINETYLARNVIIFASILINFLGAIINILWCDFDKPIALKNQTFNSSASFTDICSCPEYFVFTGVLAMVTCAVFLRLNSVLKLAVLLIMIAIYSLLTETIYASLFLQYDNFHHNGDTDFLGTKEASLLLMAMFLLAVFYHGQQLEYTARLDFLWRVQAKEEINEMKELREHNENMLRNILPSHVARHFLEKDRDNEELYSQSYDAVGVMFASIPGFADFYSQTEMNNQGVECLRLLNEIIADFDELLGEERFQDIEKIKTIGSTYMAVSGLSPEKQQCEDKWGHLCALADFSIALNESIQEINKHSFNNFELRIGISHGSVVAGVIGAKKPQYDIWGKTVNLASRMDSTGVSDRIQVPEETYLILKERGFAFDYRGEIYVKGISEQEGKIKTYFLLGRVQPNPLILQPRKLTGQYSLAAVVLGLVQSLNRQKQKQILNENNNSGIIKGHYNRRTLLTPGGSEAAAQAEGADKTELP >UJW35797.1 TetR/AcrR family transcriptional regulator [Saccharothrix sp. AJ9571] MGETGTDERRVRTDKQRNRVHILEVAEQFFAEQGVSGSMDAIAKRAGIGPGTLYRHFPNREALLVALLQARNEELEARRDAIRREERDSGEALAQWLDALGEWVTAFDGLPEPLRAALTEGTSPLTITCQGFITTTEEFLGAAQRDGVAKPWVRARDLFLSTLAAAWARSAALADESSPEALSTLMRSGWERPADGNPET >MCE7733397.1 class I SAM-dependent methyltransferase [Candidatus Heimdallarchaeota archaeon] MSTLILMKILESSPSRYDRGIKLLLGEKIYSAYNRIITLVKENDRVLDLGCGTGILSLLMAKKGAIVKGIDINPDMLEIAESRISEQNLSESILLEEKGVAELDSEPDGSYDLVTSTLCFSELEHYEIIYSLKHINRILKPKGTFILVDEVKPKNRLKRILSNLIRFPLVIITYILTQNTTKALKNIELDIQAKEFEIVESKSNRFGTFIEVVCKKRVVKIGQ >EEI62381.1 bifunctional DNA primase/polymerase domain protein [Corynebacterium glucuronolyticum ATCC 51866] MGLQALGYSEWGLEVVPLNGKKPFSKPGLYAATTDPNQIIKWWTERPHANIGLRVPAGCLVVDVDPRNGGIADYRRLFPNGSCPYTARTITGSGGLHLYFTLPYSGETNAHFGKGIDLQGRKRLTVLPPSIHPKTHRAYKWWPFLPPEQWAPLPEWCLPHVYKVPDTKPKVPEHIRRHYMKQSKDPGAGLIRTVVEAQEGNRNHALNWAAWTAAKDGLDIKQELINAAITAGLPEVEATSTATSGTRAGERARGNGEVA >CAG0929351.1 threonine dehydratase [Thermoflexales bacterium] MKQRSKVTFEDVQSAAERLYRIAHRTPIATSRTLNELVGAQVYCKCESLQRAGAFKFRGAYNAVSQLNDEQQRRGVVAYSSGNHAQALALVGRLLHTPTVIVMPNDAPEVKLAATKGYGAEVVLYDRVEQKREVIARQLGEERGLTLIPPFEHPHIIAGQGTAALELLTDVPDLDVLIVPIGGGGLISGCSIAAHTLKPDLRIFGVEPDTANDTFLSLQKGEIVSTPQSHSIMDGLLPTAPGELTFSIMRRHLEAVALVTDGEAANAVRFMLMRLKLLVEPSGAAPIAALLAGQIPNVKGKQIGVVLSGGNVDAGKLAEMLASHEAT >AAX94106.1 cytochrome oxidase subunit 1, partial [Stator tigrensis] LIGNDQIYNVIVTAHAFIMIFFMVMPIMIGGFGNWLVPLMLGAPDMAFPRMNNMSFWLLPPSLTLLLLSSLVESGAGTGWTVYPPLAANIAHGGSSVDLAIFSLHLAGISSILGAVNFITTVINMRPQGMSMDRMPLFSWAVVITAILLXLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDPILYQHLFWFFGHPEVYILILPGFGMISHIISQESGKKEAFGTLGMIYAMMAIGLLGFVVWAHHMFTVGMDVDTRAYFTSATMIIAVPTGIKVFSWLATFHGTQILNSPVTLWALGFVFLFTVGGLTGVILANSSIDIVLHDTYYVVAHFHYVLSMGAVFAIMAGIVQWFPLFTGLTLNNFFLKIHFIVMFIGVNLTFFPQHFLGLSGMPRRYSDYPDAFMVWNIVSSIGSIISLIGIVFFLFILWESLS >EFC4417017.1 thiosulfate reductase cytochrome B subunit [Escherichia coli] MNPSQHAEQFQSQLANYVPQFTPEFWPVWLIIAGVLLVGMWLVLGLHALLRARGVKKSATDHGEKIYLYSKAVRLWHWSNALLFVLLLASGLINHFAMVGATAVKSLVAVHEVCGFLLLACWLGFVLINAVGDNGHHYRIRRQGWLERAAKQTRFYLFGIMQGEEHPFPATTQSKFNPLQQVAYVGVMYGLLPLLLLTGLL >MCL2109536.1 type II toxin-antitoxin system PemK/MazF family toxin [Oscillospiraceae bacterium] MVKQGDIIKTDFDPTKGHEQAGYRPAVVINNASHSQASNMILVCPVTNTDRESPLHVKLAGLTTTGFVMCDQIRSIDLRARTYRVIETVDEDTLWEICDIVKGSVDTETR >SEJ33525.1 riboflavin kinase / FMN adenylyltransferase [Pseudomonas linyingensis] MGIIDHFVNKMRPMQLVRGLHNLRCCQRRCVATIGNFDGVHLGHQGVLARLRERAAEAGLPSCVVIFEPQPREFFAPDKAPPRISSLREKLELLREAGVDQVLCLTFNRRLRELSANQFVHQILVEGLGVQHLEVGDDFRFGCDRAGDFDLLVEAGAREGFTVESASTIELDGERISSTRVREVLAAGDFAMAERLLGRPYCISGRVLHGQKLGRQLGAPTANLRLNRLRAALNGVYLVSTVVDGQRWPGVANIGTRPSVAGDGRAHLEVHLLDFAGDLYGRRLVVQFHQKLRDEQRFASLEALKSAIDADIAAARAHWQGQPLENLK >BAQ58714.1 polymerase acidic protein [Influenza A virus (A/Nagasaki/13N020/2014(H3N2))] MEDFVRQCFNPMIVELAEKAMKEYGEDLKIETNKFAAICTHLEVCFMYSDFHFINEQGESIVVELDDPNALLKHRFEIIEGRDRTMAWTVVNSICNTTGAGKPKFLPDLYDYKENRFIEIGVTRREVHIYYLEKANKIKSENTHIHIFSFTGEEMATKADYTLDEESRARIKTRLFTIRQEMANRGLWDSFRQSERGEETIEEKFEITGTMRRLADQSLPPNFSCLENFRAYVDGFEPNGCIEGKLSQMSKEVNAQIEPFLKTTPRPIKLPNGPPCYQRSKFLLMDALKLSIEDPSHEGEGIPLYDAIKCIKTFFGWKEPYIVKPHEKGINSNYLLSWKQVLSELQDIENEEKIPRTKNMKKTSQLKWALGENMAPEKVDFENCRDISDLKQYDSEEPELRSLSSWIQSEFNKACELTDSVWIELDEIGEDVAPIEHIASMRRNYFTAEVSHCRATEYIMKGVYINTALLNASCAAMDDFQLIPMISKCRTKEGRRKTNLYGFIIKGRSHLRNDTDVVNFVSMEFSLTDPRLEPHKWEKYCVLEIGDMLLRSAIGQISRPMFLYVRTNGTSKVKMKWGMEMRRCLLQSLQQIESMIEAESSVKEKDMTKEFFENKSEAWPIGESPKGVEEGSIGKICRTLLAKSVFNSLYASPQLEGFSAESRKLLLIVQALRDKLEPGTFDLGGLYEAIEECLINDPWVLLNASWFNSFLTHALK >MBT4239116.1 hypothetical protein [Oceanospirillaceae bacterium] >MBT5630667.1 hypothetical protein [Oceanospirillaceae bacterium] >MBT6102099.1 hypothetical protein [Oceanospirillaceae bacterium] >HAW17267.1 hypothetical protein [Oceanospirillaceae bacterium] MLMKVQMRVWCLCGLALWVSGQTHANSKMTIDDLVEVTLPEQGAYEGNLLTDDDVFTDELFVQDNIIVGQTKVLQLSIEHTLAVDPQRSYVRTNHATDLRLASEGPLGLLGYAELELKAIQYWQGDSFKVSDSAFSLLDIEHLALQYSLADISITLGRYVMSWGEVEGSGVIDVINPVPNLTSGLTDLTPQWLLSGSYYMPSAQMSWFVGLDPSVTEIPNVTLAHGVEKEWGAKYGHTGVGSDWAVYAGRMVPNSVVLNLATATAFATPYQWIGYSWNKAMQDDLVKFDVAFKRGLEHNLGYAGLTSSNRLDTALGLELNHGDQKWDASITAQHWLHHQSRYLTPALTPVASNQTDVTMSLGLSDSFNNDQYNWALTHIDTAQGALRAITGEIIWQPTDQWQSSLSFTSIAAQSTKAYASLDGTQRLFLKTKFSY >WP_224458015.1 amino acid ABC transporter permease [Pseudomonas sp. p1(2021b)] >UBM26168.1 amino acid ABC transporter permease [Pseudomonas sp. p1(2021b)] MTAHVFKPDMPPPVKTVGALAWMRANLFSNWLNTVLTLFALYLVWLIVPPLVQWAFIDANWVGTTRADCTQEGACWVFIQQRFGQFMYGYYPVELRWRVDLTVWLAVLGAAPLFIKRFPRKVVYGLGFLVLYPILAYTLLHGGYLGLATVSTSQWGGLMLTLVIATVGIVGALPLGILLALGRRSNLPAVKVVCVTFIEFWRGVPLITVLFMSSVMLPLFLPEGMSFDKLLRAMIGVILFQSAYIAEVVRGGLQAIPKGQYEAAAAMGLGYWRAMGLVILPQALKLVIPGIVNTFIALFKDTSLVIIIGLFDLLNSVKQAAADPAWLGMATEGYVFAALVFWIFCFGMSRYSMHLERKLDTGHKR >HBP6650873.1 hemagglutinin [Pseudomonas aeruginosa] MPVSGSPYKDQLHLQLGVGLSAEQMAALTHDIVWLEEVEVNGEKVLAPVVYLAQAEGRLAPNGALIQGRDVKLVSGGDLHNVGTLRARNDLSATADNLDNSGLIEAGKRLDLLAGDSIRNRQGGVIAGRDVSLTALTGDVINERSVTRYDSALDGRTWERSFADSAARVEAANSLNVQAGRDIANLGGVLQSRGDLSLDAGRDVTVAAVEDRQGQTRWNTSRLQSVTQLGAEVSAGRDLNVSAGRDLSAVASALEARRDIALSAGRDVTLAAAANEEHAYSKTRKVTYQEDKVAQQGTRVDAGGDLAINAGQDLRLIASQASAGDEAYLVAGDKLELLAANDSNYYLYDKKKKGDFGRKETRRDEVTDVKAVGSQISSGGDLTLLSGGDQTYQGAKLESGNDLAIVSGGAVTFEAVKDLHQESHEKSKGDLAWNSAKGKGQTDETLRQTQIVAQGNLAIKAADGLKIDVKHIDQKTVSETIDVMVKADPSLAWLREAEKQGDVDWRKVREVHDSFKYSHSGLGAGAALAIAIVVTYLTWGAGSSMAGVAAKSATGVAANSVASAVATNAAISTVNNRGNLGAVAKDVTSSDSLKGYAVAGISGGFMPSSLGAQLAVRSALNTVVNGGKFRDNVAQAAISMAADALSGAIFDKVGDALVGSGLPKKVAVHAIVGGLIGEAAGGDFRTAALAAGANEALVSLVGEKIFPGEAHERVLAMTSQLIGMTVAAAAGGDTKAQEKAAWVAQQATVYNNLNHAAAESLLKEIKDCRAAGGCGEEKLQGILGKYEKLSAERSNAIGQCASRQCVDDIVDSSIRMDDPVSKELLSLLRQTTYDTPGLLQGNPDAIVSQTPNPSGWGDLFALDKQLAFAKNLKEGWLTPEETADLDRWNASTSWLDRTAGRQLDPKEKAYLLSELGGAAAMALLGGRGSVGSNATFGQIKTVLDTAQAPYKGSTVIGHALSKHAGRHPEIWGKVKGSMSGWNEQAMKHFKEIVRAPGEFRPTMNEKGITFLEKRLIDGRGVRLNLDGTFKGFID >WP_097382902.1 2-phospho-L-lactate transferase [Sphingobium yanoikuyae] >ATI79598.1 2-phospho-L-lactate transferase [Sphingobium yanoikuyae] MSVLALAGGVGGAKLANGLAGVVPPGALTIAVNTGDDFVHMGLHISPDIDSVTYALAGMNDSVRGWGVADESWAFMDATRRLGGESWFNLGDRDLATHVLRTVLLREGTLSSVTADIAARLGIGPAIVPMSDDPVRSMIDTDQGEMAFQDYFVRHQCGPRFQSIRFDGAAAARPSAGLVAALDDPALEAIILCPSNPILSIDPILAVPGVRDSLVARRVPCVALSPFIAGQAVKGPAAKIMTELGLPTTPATIARHYDGLIDGLMVDVADAQGWSDDGLAVRSADILMRNVDQQRALAAQMIDFAAALRRAAP >XP_014155165.1 hypothetical protein SARC_06409 [Sphaeroforma arctica JP610] >KNC81263.1 hypothetical protein SARC_06409 [Sphaeroforma arctica JP610] MGKITYECVCGCHEDLSQLYFCSKCEALKCADCTTEGYEKFFCRSCFSTLLVKSEMKTLKNSYINNFDSL >WP_026661995.1 AraC family transcriptional regulator [Butyrivibrio proteoclasticus] MFSSEEKITGGSQYFFYTPTETSKSLFLYPTVIGSFEYLPSYSLIRNRYDSYLIILIESGTMEILLDGKYLPAGKGDVILLNCYKPHAYRTSTGCKTLWLHFDGKMAGSYYDNLTQDNTNILTIKNFNAVHTLLGRLFRSFEEHSAKSEAQMSIMIGNILLELMSGKASVEPVQSGIKKVTEYLTDNFSRDISLNEMAELAGFSPYYFLRRFKKETGLTPHQFLISARMSAAKYNLSNTGMTVSEIAYACGFEDESAFCYSFRKREGITPKEFRLSKNN >NPM18735.1 hypothetical protein [Escherichia coli] TKYCSTAARSVGAAFDGQNGQYRYMGNHGPMQLEVPRDQYAGAVETMKNKIREGKVPGVTDPEEASRLIRRGHLTYTQARNITRFGTIESVTYDIAEGSVVSLAAGGISFALTASVFWLSTGDRDAALQTAAVQAGKTFTRTLAVYVTTQQLHRLSVVQGMLKHIDFSTASPTVRQALQKGTGAGNISALNKVMKGSLVTSLALVAVTTGPDMIKMLRGRISGAQFIRNLAVASSCVAGGAVRSVAGGILFSPLGPFGALTGRVVGGVLG >MBW8078285.1 hypothetical protein [Gallionella sp.] MEKVYQNLVGYDMYFFKNVEAEANEYTIRSDLKKAVDRCKKCGLTIDEHRDASVTKLAGPTDLPAQPEGLGLDEDGWALVCAVKETLKVDLKMPFIHLRHPTVPANPYDNVFGVGAATGGPPFVADEVIAAFHTYLQAFDGYRSAVELQSDTMRVPIAANSGCSGSGKTTQLSILGKHFTSKGGCVALYLTFNGGMQLNDGGGAVNVRIARRLIYAAARSGLPIESFWKGVLRALSSFGRLHESPVFDNPVTLMRVCRVIMGVPMETPVLILADELALLAMDSTKLIVGRPNDDAVAGLRFLAQISQKSAVEYLEGTSGRVYVVASAYAAYNPLQAATASKRPVFYIPIRPLPLHWAEEQAQIPRSGQRLAGVVAAARLSLWHAHGNARALTNLIDAVRNPLSHILSLEQQLEREKQG >WP_144002426.1 RNA methyltransferase [Streptomyces spectabilis] >QDQ10497.1 RNA methyltransferase [Streptomyces spectabilis] MADLSSIETIEDPDDPRLRDYTGLTDVELRRRREPAEGLFIAEGEKVIRRAKLAGYEMRSMLLSAKWVDVMRDVIDEVPAPVYAVSPELAERVTGYHVHRGALASMQRKPLPTADELLRTHRRVVVMEAVNDHTNIGAIFRSAAALGMDAVLLSPDCADPLYRRSVKVSMGAVFSVPYARLDSWPKGLEGVREAGYNLLALTPDEKARTLDEAAPHRMERVALMLGAEGEGLSRQALVAADEWVRIPMAHGVDSLNVGAAAAVAFYAVATGRPAS >KAJ9499981.1 hypothetical protein H2202_004371 [Exophiala xenobiotica] MSGLEIFGAVSAGAGLLSLSIQLGESAMKLRRLHKAAKDAPTTIERLLFDLETMSLALGQLEQHRRHDSHSEGLIARCIAQCQQSVQDTQQLVDKLERRLNEHPRVGGKLYTAFKERDVKELIGDLERNKNDQEHHIMLTSLQSQITVGSANISQQLTLLMPYSERSPQHPQNTPKSHPDEDNDMSLTATYGPNTLSVTTTRNSGGHCNDSELTTRASRKNGKPRLRARFAFPAWLSSRIWDFALLGAQSGWNIQFRTYNVVPYNTPVFRYAYWGDLPALRHLIDSGEASPLDVSKEYEELEDYCTLLEVSFASTGKELSNKSDCGLLWAS >MBI5799565.1 hypothetical protein [Verrucomicrobiota bacterium] MARKVSQEINWKPRRQRNIEVLARVAHLQKNLPSVVRDVFAGDESRVEPVPPDAVDLPKKSKFAVLLWEPRSQEGNP >MBT8367246.1 TRAP transporter substrate-binding protein DctP [Deltaproteobacteria bacterium] MSRPNVIRSIGVCILIVVLFVSPRSAVSKVTTIKIATLAPEGSSWIRTFEDLNAELKQKTNNSVRLKVYPGGVLGDEKDMIRKMYVGQIQGAVLTSAGLSAIFREMDVFQIPFLFESYDEVDYVLEKMGGFFKKGFYDKGYTLPAWSEGGFIRLMSTVPIASLSDLKKAKVWTWEDAPMAKAIFDEAGVSAIPLSLPDVLVGLQTGLVEVVYAPPTGAISLQWFTKAKYMTDVPLIYLIGGIVIKNNALKKLTPAHLQVFMELCSKYMGQLRLIIRKENQEAIQVMAKHGVKVIHPSEDQIDGFKKVSKNAMNQQTGKSFSAKVKNDVINYVAEYRKSKD >WP_243131659.1 hypothetical protein [Desulfallas thermosapovorans] >TYO95498.1 hypothetical protein LX24_01459 [Desulfallas thermosapovorans DSM 6562] MITNIERTLDEMRKQALLQGKIEGKAEGRAEGIAEGIAKGIAEGKFEGKVETARAALMEGLNVEIVSKITGLTLDTVLELKKELKN >WP_226536872.1 putative quinol monooxygenase [Fictibacillus halophilus] MIIIHAALSVLKEKEEDFIQEVKTLIEASRKENGNIQYDLMKDPETESTYMMVEVWENQEAVQNHNTSDHFIQFGQKAQRFMDAPPNVKIFTGQEVVQ >XP_035254397.1 rab11 family-interacting protein 4A isoform X2 [Anguilla anguilla] MDGRTFPDREQLLQFLRKLKEVFDVCDEDADGYIRVEHFVDLGLQFGQGNDEVKKLVKYLDPNAQGRINFKDFCHGVFAIKGCEEILKTALGTRNVTPPTYKTDNGYYYQEGVAGLVRPLVMCTRSYPGCQLYPEEEGPRDRDAQESDMDSAPGSDASDGGLSHDKEDGLGGFFLPGNSSGHLIPSVTSARSSASLLSNEEQFEDYGEGEDVDFTPSSPCPDEEMHTNGYSDLGSSVPSSAGHTPQKMRHLYSSEPLDVYCSQCCKKVNLLNDLEARLKNLRANSPSRKISSTAFGRQLFHHSNFSSSNGSTEDLFRDSIDSCDVDITEKVTYLEKKVTELENDSLANGDLKSKLKQENTQLVHRVHELEEQIKDQETRAEQVLEEELKRHREAYSKMERDKIAEIELLSNRVQQLEEENGEMKINVCRLKSQTEKLDQEKQRMTDKLEDTSLRLKDEMDLYRKMMDKLWQNRHQFQKEREAMQELIEDLRRELEHLQLFKLETENPGQGRGLSEYNAKAREIELEHEVKRLKQENHKLRDQNDDLNGQILSLSLYEAKNLFATQTKAQSLAAEIDNASRDELMDALKEQEEINFRLRQYMDKIILAILDHNPSILEIKH >NOY97419.1 bifunctional aspartate kinase/homoserine dehydrogenase I [Chlorobiota bacterium] MKVLKFGGTSVGSAENIKRVRDIVLGQKDDVIVVISALGGVTDKILNAARVASIGTGYFHSELTAVREKHYEIMDSLFDKGHEIYERINVLLKEMEKILTGVTLVGELTPKTIDRIVSLGERMSSQIIAKYITGAIWKNSADYIRTDSNFVKASVNFKVTNKLIRSEFSGFSGIAVAPGFIAGNDAGEYTTLGRGGSDYTAAIFSAALGVKSLEIWTDVDGFMTADPRVISKAYTIPSLSYSEAMELSHFGAKVIYPPTILPVYQKGIPVLIKNTFNPETTGTIISNKVDNGKDRPIKGISSISGVALMTLQGIGMVGVTGISMRLFTALANEEINVVLISQASSENSISIAIDEHLVEKAELAIRQEFEKEIKTGQINKLAVETELSIVAIVGENMKHTTGVAGKLFNTIGKNGINIIAIAQGASELNISWVVKNTDLRKTLNVVHESFFLSENIELNVFLMGVGTVGGNLLEQLNRQQGKLLKEKHLKIKLAGVADTKKMAFSRDGIDIANYKEVLSSSNLVSGLEEFRVKMTEMNLFNSVFVDCTASEEVGGIYEAVLDSNISVVAANKVAASSSYENYSKLKSIAKRKGVKFLFETNVGAGLPIINTLNDLVYSGDKILKIEAVLSGTLNFIFNTISEDIKLSQAIKMAKDMGYSEPDPRIDLSGFDVARKLLILARESGYPLEMSDIKINKFISEKYFEGSVDDFFASIPEVDAEFERRRSELAAQGKKWRFVARFEEGNAETGLQEVESTHPFYDLEGSNNLVMYTTERYHEFPMLIKGYGAGASVTAAGVFADLIKVSNI >TLX84297.1 cupin domain-containing protein [Nitrososphaerota archaeon] >TLX90138.1 cupin domain-containing protein [Nitrososphaerota archaeon] MSSTAKLVGKSLNSPDEVRSFEKGKIETVTLGNTGITIGRSTFEPGWSWEKCVKPIVKTNSCEAPHTSYIVSGRIKVVMDDGSEVEGGPGDAAIIPPGHNAWVVGDEPCVMIDFTGAKEYARPS >TBV99016.1 MarR family transcriptional regulator [Azotobacter chroococcum] MSRLYDDALAGVGVNAAQYSLLRNLERLGRPSITELAEAMGLDRSTLGRNLRVLEGKGLLALEGGEDQRNRLVSLTAAGRDCLDQAKAAWAQVQEQLGQRLGPEKRSALMALLDELEGLD >GBO23274.1 hypothetical protein AVEN_98651-1, partial [Araneus ventricosus] >GBO23275.1 hypothetical protein AVEN_246378-1, partial [Araneus ventricosus] PGPPCINDFLLKTQRTSGITLIPPTRCAISGRDLQSVDFIKYPWHSRRRYHLFQATRPDIRLDKASGAETPVFGRQMLGRNGKHPFTCRSRNKMGGKNNNNNNKKERNPRCHSGC >OPZ52024.1 Protease PrtS precursor [bacterium ADurb.BinA028] MGGHAWERAGQIWFDTVTTKGVPKDIDFAGFAARTVKAASKRYGTTSEEVTAVEEAWATVGVVLP >MBN3744368.1 SDR family NAD(P)-dependent oxidoreductase [Burkholderia sp. Se-20373] MDGKVVLVTGVSSGLGRELAQQLLAEGANVAGTVRSSEQVGEFERLAPGRAFGLLMDITDSEAVATGVRQVLDRFGRIDVLANNAGVGTVGAVEETTEADAHRIFDVNFFGGLRLIQAVLPTMRRQKSGHIVQFSSIAGFAGYPGLGVYAAAKSATSVLGEALAGELAPLGIHVTILTIGIFETQFAGRSLAYASNRIDDYADTPAGQFRGFIGQLQGKQPNVPHKGAKAIIKLMKSKNPPVHFALGADAVGTMLARAESIENEIHEWEEVSRSTQRD >HCE5900341.1 hypothetical protein [Pseudomonas aeruginosa] VGTLMTPIINGNFDVLINTEGGRMTLLGVLVALIGVGIVTRAGQLKERKMGIKAEEFNLKKGLVLAVMCGIFSAGMSFAMNAAKPMHEAAAALGVDPLYVALPSYVVIMGGGAIINLGFCFIRLAKVKDLSLKADFSLAKPLII >HCY01371.1 cell division protein MraZ [Bacteroidales bacterium] MTSFIGDYICKVDNKGRILFPAAFKKQNKSASADRYVVKKDIFENCLVLFTMEEWERQNELIRRNTNPYNREHNRFLREFYRGTSELTLDSSGRLLLPKRMLEMINASNELALTGQDSRIEIWTNDTYNAHITDEESFASLAEKILGSTPLSNE >WP_194454339.1 30S ribosomal protein S12 methylthiotransferase RimO [Bradyrhizobium sp. CCBAU 53421] >QOZ34381.1 30S ribosomal protein S12 methylthiotransferase RimO [Bradyrhizobium sp. CCBAU 53421] MQEAAAPKVSFVSLGCPKALVDSERIITRLRAEGYELARKHDGADIVIVNTCGFLDSAKQESLAAIGEAMAENGKVIVTGCMGAEPEQIESAYPGVLSITGPQQYESVLDAVHRALPPAHNPHIDLVPPQGVKLTPRHYAYLKISEGCNNRCSFCIIPKLRGDLVSRPANDVLREAERLVKAGVKELLVISQDTSAYGVDLKYAESPWQDRSVRAKFFDLAKELGELGAWVRLQYVYPYPHVDEVIGLMTEGKVLPYLDIPFQHASPDVLRAMKRPAAQEKTLARIQKWREQCPELTLRSTFIVGFPGESDSDFAYLLDWLDEAGIDRLGCFKYEPVAGAASNTIGNAVPDEVKQERWNALMARQQKISAKRLKRKVGTRQQVIIDEVGPTVAKGRSKADAPEIDGAVYLTSRRPLKVGEIVTAKIERSDQYDLHGSVAGF >WP_159220133.1 acireductone dioxygenase [Klebsiella pneumoniae] >EIX9513452.1 acireductone dioxygenase [Klebsiella pneumoniae] >PLL66308.1 acireductone dioxygenase [Klebsiella pneumoniae] >HBR2774437.1 acireductone dioxygenase [Klebsiella pneumoniae] >HBV3399693.1 acireductone dioxygenase [Klebsiella pneumoniae] >HBV3516582.1 acireductone dioxygenase [Klebsiella pneumoniae] MSALTLFSVTDPQTPVWHSTDAKAIQDQLNAKGVRFERWQADRDLCANPSPETVIAAYQHAIDKLVAEKGYQSWDVISLRADNPQKEALREKFLNEHTHGEDEVRFFVEGAGLFCLHIGDEVFQVLCEKNDLISVPAHTPHWFDMGSEPNFTAIRIFDNPEGWIAQFTGDDIASAYPRLA >WP_016083913.1 hypothetical protein [Bacillus cereus] >EOO23311.1 hypothetical protein ICC_06143 [Bacillus cereus BAG1X1-1] >EOO43048.1 hypothetical protein ICI_06073 [Bacillus cereus BAG1X2-1] >EOO56398.1 hypothetical protein ICM_05693 [Bacillus cereus BAG1X2-3] >EOP00145.1 hypothetical protein ICO_06508 [Bacillus cereus BAG2O-1] >PHA06038.1 hypothetical protein COE70_33505 [Bacillus cereus] MKTLLFVTDLYYEAKGRNYYEEDLFLTSKLREAFNLVICHPEDIEVFEDNANLIVFRNAGPVANFKDKYEAFRKRIVSKHLKTYNAFNGKGDMNGKEYLIELTNAHFPVIPTIDTLDSLSKLPSVDRYIVKPKNGADSIGMEFVTKDELSEKVNSETKDTLVQPFINFEYEVSFYFIDKEFQYALYAPNKDKRWELKEYVPTEEDVAFAKRFIDWNNLDWGIQRVDACRSEQGGLLLVELEDLNPYLSLLELPEETRQNFIEAMKKSLQKALQN >UPB00876.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] VRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGXXXXXXXXEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRXXXXXXXXEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEXXXXXXXXXXXXXXXXXXXXXSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKXXXXXXXXKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTXXXXXXXXXFDKNLYDKLVSSFLEXXSEKQVEQKIAEIPKEEVKPXXXXXXXXVEQRKQDDKKIKACVEEVXTXXXXXXXXXXNLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKXXXXXXXXXXSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIXXXXXXXXTKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFXXXXXXXXXXKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSXXXXXXXXXAVNLFTNMFTPLIQPIGALDISASIVXGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKXXXXXXXXXSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLXXXXXXXXXXNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENXXXXXXXXIIAMSAFAMMFVKHKXXXXXXXXXXXXXXXXXXXXXYMPXXXVMRIMTWLDMVDTSLKLKXXXXXXXXXVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLXXXXXXXXXXXFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARXXXXXXXXTSAMQTMLFTMLXXXXXXXXXNIIXXXXXGCVPLNXXXXXXXXXXXXXXXXXNTXXXXXXXXXXXXXXXLWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >MBR2864610.1 hypothetical protein [Candidatus Saccharibacteria bacterium] MPELDSIKICKLSKEAQAKIDSKAEYREKILHFFHNDDLFRIGNTNVSARNAVYLEKVGLLKEKKAKTGWRKLNFIDAIYFDLLVELRKFGMTAKKLIHLKEAFYKSDDAMDAMLLAAFYGYEITLIIFNDGSGYIFDPYTLADYSKKVPNDKARIILELNPYVNKALSLLNIPTVKISYTARNIEKGGNADR >KAF2420586.1 hypothetical protein EJ08DRAFT_653792 [Tothia fuscella] MDDTGDDYDSTIDAKGETDDGDGPNDWTEASSNRTALTLAPLPASPPQYSNTSATPAAGPNTVTAATSSTASAISQQTAATPLHILQGSFSASARWR >PIR02665.1 hypothetical protein COV62_00890, partial [Candidatus Nealsonbacteria bacterium CG11_big_fil_rev_8_21_14_0_20_35_11] NLTPQKVVQILKTYGSEDGIEENRIPEFYERFKDKKYCILIFLRDPQRIKPFEINKKGFGMMSAWITMKKIDDIKRN >MCQ2295302.1 hypothetical protein [Bacteroidales bacterium] MSNTATQIKVSEQTATGIVLLREFSALADRVHSYAETLGFPRLVADASGSDTELSTLANEYSDYIGCCIMASINEAVGMKSDEI >WP_189342802.1 precorrin-6A/cobalt-precorrin-6A reductase, partial [Mesorhizobium sp. M2A.F.Ca.ET.029.05.1.1] >RVC93559.1 cobalt-precorrin-6A reductase, partial [Mesorhizobium sp. M2A.F.Ca.ET.029.05.1.1] MKNILILGGTTEARQLAGKLARRADFSVTLSLAGRTESPVAQGVPVRVGGFGGAAGLAAYLRQEKVDLLIDATHPYA >ADQ02892.1 Hypothetical protein BBMN68_202 [Bifidobacterium longum subsp. longum BBMN68] >AIW44821.1 hypothetical protein BLGT_06900 [Bifidobacterium longum subsp. longum GT15] >EEI79855.1 hypothetical protein HMPREF0175_1973 [Bifidobacterium longum subsp. longum ATCC 55813] >KWZ93765.1 hypothetical protein HMPREF3231_00803 [Bifidobacterium longum] >THJ28372.1 hypothetical protein E6L38_08485 [Bifidobacterium longum subsp. infantis] >CCK35242.1 putative uncharacterized protein [Bifidobacterium longum subsp. longum CECT 7347] >BAJ71469.1 conserved hypothetical protein [Bifidobacterium longum subsp. infantis 157F] MHVAIAVIFLVGTLFGALMLRTQMVQNSFEAAQIETNINRLTQDIEDDQAKLDQLVANLPDKASDMGMVPQQGSVSIDLSGYQSNKGGTQ >KAI8504475.1 hypothetical protein Bbelb_175930 [Branchiostoma belcheri] MRDPLRVLPMLLIVIVAVNATTGSDGKSSLSAPSSECEVVAVSEGTPVGSEMYVFRLPSFVSNVTVVSPLEAVLEDWGVRVDADSGQYRLRTESTDFGSTQTRRRTLSACKTFYVRSADSPPVRASTSDARAPYVPCGRSTCEYGLLTVIAIGRLDREERDWVQIDAFITDYSTVDAEAQFVSVCLNITDENDCAPEWTMEPYPYLAAVTPGSPPGTLVYRLTAHDADLYPNNVFSYYEMAGRSQYFQLDAANGTITTRGRPLVADQEYDITVMAQDTAGNQSPRVTVSILAGRRPPQFYQQQYTVDVYENQPVGTIVLTVQAKSFADLPVTYSFVGGGSSPFSLHDSTGAMTVVRPLNYDAMPHTFYLNVLATEVGFEGMASIRQVTIRLIEVDETTVPSPTTLPTTTVPPTTTVTTVIPSTPGALTASQADATAPTTLLSTSGVHWSTPPHHTVPEEGSGEVNVTSATNSSSTTPITPSNKTSDPTMSVFTHQTTTEYNISKITTPSALTSNSSHTDITPTVTPLSSASLPTNQSIHTTSMPHNLSKTSIPSTDKPQSTKPVVCPPDVTVIHRDNVSFPWVTDGQGGTLTLTLTWPETTLGRNAYSIERCPSWSENAGRRRGRRRCRRDGTWGRPVPISCDIGLEELAQRPVTHLNVEEVASTVQIFTMAPQDLYIHDVIHTAEVLEAVVNTNDTVSEEVGQTVMTSISQLMNVNTETLIEGHVVDNVTNRILNTLETLSNRVTPSDPDQSLTMVESNLCMQVLDINLTQTFPGHGFLALALSAGQDGSFTEASVEGVAGADNVHIGEVDAAIHIPPDLVDYLNTLPNRPERDIVRLTFTIFQNSRLFQTTAEPIEDSRDIAGYRRAVNSRVVASSVAGLSVRDLAIPIQTSFKPIVTDQHTNNTECVYWDFGLALGKGGWSTEGCWQNRTEEGRVVCYCDHLTNFAVLMDIYGQGNPLSAADVFALDIISKIGCSLSIAGLSFTLLTAAVFRRFRSSNPQIILIQLSIALLGVLITFLAGIDRVDPSAGCIAVAASLHYFLLAGMMWMAVEAFSMYMAFVKVMSAHISRFVLKVSLVAWGVPLIIVVVTLAVDVDHYRGGDKYCWMALTPLYYAFMLPAGLIVLFNLVVFILIVKELYCKRTKSAITLRKSKKVTGSPTPRHKETLQRFRVAVAIFVVLGLTWAFGFLAISGARTVFAYLFCIFNSLQGFLIFIFFCVRQKEVRDRWFFLCAACFNRQYSFSEVMVSRSMDSNSNLRTPGSTPAIGRKSKPNGVKAPYPHQNGGKMMMNGTTTGHSSATMRSSNNYNTYTYRNKGYKADTISTSSKSTTDGAEDLQPDTV >WP_167248335.1 hypothetical protein [Acinetobacter sp. Tr-809] >NIE96265.1 hypothetical protein [Acinetobacter sp. Tr-809] MKSNMWLCSVILAASSMMTVAHADNTTRVAATSALGSVVGTTLGKQLGGDTGAMIGSAIGGAGGAAASSNRRDRTEAAIGGGLGGVGGYTVGRNMGGSNGGYIGAALGAAGGAALGQKVGQDRDADRRYDDRRYDRRYDNRRSYDDRRYYNSRESYRHDNGRHRGWYKHR >MCG8010344.1 type VI secretion system-associated FHA domain protein TagH [Candidatus Thiodiazotropha weberae] MYSDSNSATITLTVSLKAGSAPAQPMSTTFDQQGGSIGRRDENDWVLPDPERFISGRHALIFYSENAFHLTDTSSNGVFINRSATALGKDNVIKLEDGDTIGVGDYEITVSLPKPETLAAEDFDNLDDPFAQMSEQLAGEPETVETPHVDAPADLDQPAEEPVYTLDEPDPSELVVEQPSDELSPAPLSQTDHTSDLNAFFNQPTPIPEDWDLDETPAGAIPADEPIPSPEILPPLDDQPVSQAPFPDSQPVVKEEPAAPALSQESIPRPGLKAKQPVQQSSPPQSAPQSSPPPAPQPVTATAGTTSDDAGLRRALAEGLGIPETYLEGISLADLLSNLGSAMRANVEGTMSILRARAQMKGEFRMSQTMIQPVENNPLKFSINTEEALRHLVNPSQKSGYLPPLNAIEEAHEDIEAHMLAVMVGMQAA >YP_009296428.1 Allophycocyanin beta 18 subunit [Thorea hispida] >AOM65363.1 Allophycocyanin beta 18 subunit [Thorea hispida] >ARX95925.1 allophycocyanin beta-18 subunit [Thorea hispida] MQDIISVVINRYNVKGQYLDHLAMNELNEYFINAIDRIKISEFINAQASKIIKETSVQLYEEQPELLRPGGNSYTTRRYSACLRDIEYYLRYSSYAIIAGHPNILDERVLDGLKDTYNSLEIPLSPTIRSIELLKEVIEESISTNNIVLNNNNILDEPFKYLIKGLI >EJQ6627878.1 host specificity protein J [Escherichia coli] SDKVWTYNRSNVVMPDDGAPFRYSFSALKDRHNAVEVNWIDPNNGWETATELVEDTQAIARYGRNVTKMDAFGCTSRGQAHRAGLWLIKTELLETQTVDFSVGAEGLRHVPGDVIEIFDDDYAGISTGGRVLAVNSQTRTLTLDREITLPSSGTTLISLVDGSGNPVSVEVQSVTDGLKVKVNRVPDGVAEYSVWGLKLPTLRQRLFRCVSIRDNDDGTYAITAVQHVPEKEAIVDNGAHFDGDQSGTVNGVTPPAVQHLTAEVTADSGEYQVLARWDTPKVVKGVSFLLRLTVTADDGSERLVSTARTTETTYRFTQLALGNYRLTVRAVNAWGQQGDPASVSFRIAAPAAPSRIELTPG >MAV59409.1 AsnC family transcriptional regulator [Candidatus Marinimicrobia bacterium] MIDTCDRSILKILQKDGRASASYISDQIGLSIPAVSDRIKKMXDXGIIKGYEAIIDTKKIGCDVSAFITIVSESSAHFNDVIENAENSSEVVKCXTTTGSGSHXXYVVTKNTSSLEXLXRKIQSWPRSYXXNYKFSFIIIXRF >QBM89760.1 hypothetical protein METSCH_D08420 [Metschnikowia aff. pulcherrima] MQVLFIICALASAIAAAELQTNTFSEIIDPNEDITSTIDVKIIYDALEKRAPIFEMTSLGAVSSAQPDHADPGLYAVATESSSAFPTIDLHLNDHEDSAKPADEYVQIQPRCCQLKRTSSAVQKEAVASGHVTSTTEKPAKESKTSTQSTGGAYKPGFASAILGLFAAYLV >XP_039523839.1 LOW QUALITY PROTEIN: solute carrier organic anion transporter family member 1C1 [Pimephales promelas] MGAGNTHKSTITQIERRFEIPSSTAGIIDGSFEMGELRCNLLVITVVSYFGAKFHRVMGIGTLIMALPHFMMDWYTYDTAAAHTNDADNFXQNTVQQLVAGCQKGEEESSPTWVIVLLGNIIRGXGEANLGPLGMSFIDDYAHPENSAFYFGCLHTLGIIGPIFGFSLRSLCASIYVDIGLVDRGEFKLLYLRTH >XP_016446524.1 PREDICTED: F-box/FBD/LRR-repeat protein At1g13570-like [Nicotiana tabacum] MMTNSYKRLRDGRDKLDRLTDLPINVRHQIQEHMTIEDAVRMSVLSSKWRHIWASNPKLTISADFCRKGKQSSTTDIINRVLLHHYGPIKTFLLDLSIINPSEHSVIDLWMLHLSRNGLVELTLQCLEYINTPYKLPSSVYGVELEHLNLSNCIFRPPCSFRGFHKLKSLSLSRVSFQLDVATSFLFVPNLLDLMFTQCSGLHHLNIYAPELLCLKFSHCGIDTIKWISFKDCRKVNFFAVLPQEEVSQNRQHEAMNLVKLLSSLPEVKALILDGCSLKFLASGNVARRLSTMLNHLVNLEFYGFDFNDEDQISSLLCILRSSPNLKLLNLLLSRIKKGSRKVDINQLKGQGCRIDELNNLGALGIHRFHGSKVELLFVKLVLASAPILHKMIINVDEEVGERQATKISKIIGVFAYSQPALTQVICQRNQPQSTSLLL >KAF8011165.1 hypothetical protein BT93_J1707 [Corymbia citriodora subsp. variegata] >KAF8011166.1 hypothetical protein BT93_J1707 [Corymbia citriodora subsp. variegata] MGASTAPPPPSSAAALPPAADSVPLSPSSQKRIGKLADMVLTNLAKLGPANGMPASHSRNSIEKQLSKLFPMFPTPDHPTYALMICRAIQELNEEGGSSEESISKFIKAEYQDLPWGHVSLLSHHLKKLSECGEIVSASVNRYILPFGDNNFSEPGRRDKSKGRGRLRREGEKLHKKKDSLSGKENLGVGDRSKQQGLVIQATNPPKKALPSVRRTEAKDQSQHQQVQLNRPPELDVMNEGRIGVEANQGLHEAHMQECKRIEVLEKPREGIFQAIEEEKRECQQSRAVQLKEERPQQCEIIEESRPVEQENEVIENQAQLRVQHDKDHSQSFVHKDEHDEDHSQSIVHKDEAQKRIVVVVEQNPQHQTQDNDAMDEEYAGEDLDVKLVEQDKVEVIKGHGLQDQRSEILGIQLQMLEEEIARMEELTNRPRQQIGLADEGVVAQETLIESRSRSTDVCVAQEQLHEKQQEILSAVVRPDPLPTPTFEEVGPSHISMEKCMELLKRNKEIEGRLMAILESWNAMESSTHTPQQNLLVEGKDHEAVEKQILTSDIGEIEISTQMCRQEGIHTRVKAPIFNVKKQVELSSSKRPPEVEVAVLHNQSLRETKPKLSGHDLPRSLEFEPEALTINLAMDNSTGSGSITTGASFNVPVVDLGKFKKVQENEISAPKYYAESFSKQKPPKFQSDAAIDAREDAQAYEQAQLLEPSYEGKTSQVRSPFKEEPALPHGPVDVEHAERSQTSYQLDGERQQELSVQGHAVVLEAAKFMPPCQTQMQNLGHQQQAKTQPWGQGFLNVKGNGASAFRMESISPQSKQPCPEQHKFSESLTSPVSAFAVGLPAAVHHEQVQNELQRENLLPWDWKLPPSKESALPLINERENKADKNSRPIRCYGLELFDREAVAPSTFLPRSSEPEQQNRKRLLQQNPLQSEKMATTAKMLLLRHQPEQPRELNSIGNCWQQDEPKLQIEELESNHQVSEMNLEILHKAGDILQQPQHQIKRRYTKRQMLQHQSLLYRNKLRPRALGPTQGDPGLDRVPAELLPLYHETTVNAVVQPQIVQRGQPQLKRRGRPPQAKQQGQPVIKRLGRPPKLRADEDGAVRTSCLDQHHEQSCGPVQGRPCKRKASDATNEGTLPSSEHAQKWHLGRPPKPKPVLHTGPVHLTEIDKSQRFI >WP_065517671.1 CoA transferase [Mycobacterium malmoense] >OCB38508.1 acyl-CoA transferase [Mycobacterium malmoense] MADSTPAKPLDGFRVLDFTQNIAGPLAGQVLADLGAEVIKVEAPLGEAARQITAVLPGRPPLPTLFLPHNRGKKSVAVDLTDDEARQQILRLVDTADVVLEGFRPGVMERMGLGPDELRARNPRLVYARLSAYGGNGPHGSRPGVDLMVAAESGMTTGMPTPTGKPQIIPFQLVDAASGHVLAQAVLAALLNRERHGVADVVRVAMYDVAVNLQAGQLTIHLNKPSESPGPDAAPKPKKRKGVGFATQPSDAFRAADGYLVISAYVPKHWAKLCQLIGRPDLITDERFIDQRSRAMNYPELTEELESALAAKTAAEWVELLQQGGLMACLAYTWKQVVDTPLFAENELALRVGAGDDAITVVRMPARYSSFDAVAAEPPPAPGQHNEEFLTAPQTTP >NXD84883.1 PDPK1 kinase [Halcyon senegalensis] QFCFSFQYDAVPIQSSVVLCSCSSPSMVRNQADSSTPSVISTCGSRQGSNMEGTAAESRSSSNSLQQHAGQQPPQPRKKRPDDFKFGKILGEGSFSTVVLARELASSREYAIKILEKRHIIKENKVPYVTRERDVMSRLDHPFFVKLYFTFQDDEKLYFGLSYAKNGELLKYIRKIGSFDETCTRFYTAEIVSALEYLHGKGIIHRDLKPENILLNEDMHIQITDFGTAKVLSADTRQARANSFVGTAQYVSPELLTEKSACKSSDLWALGCIIYQLVAGLPPFRAGNEYLIFQKIIKLEYDFPEKFFPKAKDLVEKLLVLDATNRLGCEEMGGYGPLKAHPFFESIVWENLHLQTPPKLTAYLPAMSEDDEDCYGNYDNLLSQFGCMQVSGSASSHSLSAPETSTPQTSGGNIEQYIHDLDNNSFELDLQFSEDEKRLLLAKQAGGNPWHQFVENNLILKMGPVDKRKGLFARRRQLLLTEGPHLYYVDPVNKVLKGEIPWSLELRPEAKNFKTFFVHTPNRTYYLMDPSGNAHKWCKKIHEVWRHRYHQNAAK >KAI7091816.1 hypothetical protein KC352_g40461, partial [Hortaea werneckii] >KAI7557778.1 hypothetical protein KC346_g23174, partial [Hortaea werneckii] >KAI7631473.1 hypothetical protein KC322_g22809, partial [Hortaea werneckii] MASNVFVVDSSLKRTQIKVTPSTTLKEVLDQACRNKKLKPEEFTLKTQNGKTVDLSQPFRLSGLTAGAKLQLTQASRSTGVVNLALQLPDNFEGGGRR >WP_061836762.1 phosphoglycerate mutase family protein [Bdellovibrio bacteriovorus] >KYG61680.1 phosphoglycerate mutase [Bdellovibrio bacteriovorus] MKLYLFRHAQKAMDFSGDPDLTAEGHAQASKLLDKVIKNEMAVPTELWVSPKKRTQSTFRPLSKHYGLELQGQEALYEQQSDENLAQFRMRINRLLETMTDKKSDAVIYACTHYDWVVEAMAVIPSDKDLHTSEFSHWGPCQYIHFNVTAEGLFEFVEFKRISL >WP_190357222.1 MULTISPECIES: hypothetical protein [Microcystis] >MBD2288501.1 hypothetical protein [Microcystis wesenbergii FACHB-1317] >UZO78704.1 hypothetical protein M8120_12995 [Microcystis aeruginosa str. Chao 1910] MKATIRNVKISEIPTAIEQLGLSAHACVDFTIENHEMTGNEQDETTQALMEVVNEIRAYAKSQGLTDEKLEELLVDQS >WP_002162515.1 hypothetical protein [Vibrio cholerae] >EGQ8093561.1 hypothetical protein [Vibrio cholerae] >EMQ68588.1 hypothetical protein VCNHCC008D_001580 [Vibrio cholerae O1 str. NHCC-008D] MFWDTLERVNCLRQQAMNNPEFLQSAKQHEETLQHVEQYFEPKKYRKSNQKRQKTLADIYDQADFGERTDDVTH >QUL97857.1 MAG: hypothetical protein IMF26_07105 [Bacillota bacterium] MLERIERIARATLCPASGSELSTENAVSTADTPDRRICAEGVEMIPYCT >MBO7137251.1 MFS transporter [Bacteroidaceae bacterium] MDINEKAGFYRLSWLQRIGYGSGDLAQNLIFQTVACYLMLYLTTVLKINPAFVSGLILSVRLIDCFWSPIVGRYIDNRNSKLGKYRSYLLYGGIPLTVAACLLMLPQAATWSASMKIVYATVSYTVLSMIYSVVNIPYGSIMASMTRDNDEVLKLTSTRMVCANIGQIVVQAGFPIGLAIVAHTVIDWNQATFMAIGTIPAFIILPSLPMLKNWLGKKGLYYLLLSIGFIGFAILFTVGKFFDVESCNTLVQTAKVMTGVGLLVGSLMWALVPEVITEAEYRTGNRPAATVNALAGVAFKAGFSIAGWITPLVMGMIGFNLASEESALPIDPNAWFTVTCVFAIIGFVLLLLCFMGCKERIATTPEKPVTYGEMFAEFKANKCLQLVLSIFVVVFLASFISAPVNAYYTKLANYSAIAQNAILWFTCIIPAILLIVVGFLIYKYPLTDERLDEINKEIEARSL >WP_171675609.1 type II CAAX endopeptidase family protein [Kribbella sandramycini] >MBB6566314.1 membrane protease YdiL (CAAX protease family) [Kribbella sandramycini] >NOL43023.1 CPBP family intramembrane metalloprotease [Kribbella sandramycini] MTTAYQTQQHVESVGYERLARVTGRHNWWRPIVGTVVLLVLFLFASVLVLGQSALVGLLLKVPFGDDELPMFDDLTSFGIDLLAIAIAMPALALTLWWVQRRTWGSITSVTGRLRLPWLARCLAVAGVLITLMLTTAMVTGGGPSAVVDSNADPDSPFVGIGPFLLSLVVLMLLVPLQAAAEEFIFRGWLLQAVGSFVRWPVLVVIPQAFLFAAAHGWGTPWGFAALTVFGLALGWLTIRTGGIEAAIALHVANNLIAMLVSAAYKGGLASEETAADLPWEFALLDMGMVVVFVLVILRLAKRYNPARLTPAGARI >WP_031972379.1 YccS family putative transporter [Acinetobacter baumannii] >EYD52647.1 integral membrane, YccS/YhfK family protein [Acinetobacter baumannii 25493_4] MKSWFKRLKRATYNTSFMYNVRMLIAFSGTAFVPYFLGHQLATIPLTLGVVAAGLSDIDDRFSVRIMNLIYTYIGFFITAASVQLLFPYPMLFALGLIASCIGWILLGSLGRRYATISYGCLVVSVYTMLGVHLFDQWYIQPALLVAGAAWYGLIATISFLLFPVRQLQDKLAASYASLGDFLFAKSNLFDVDMTPASYQQSMIDLSLENGKLITIFNDLKTALLTRLKGDRGQKGTRRSLHYYFVAQDIHERADSAHIDYQKLAKIFQHSDILFRFQRILAIQGKACQELNECILQRKPYIHNKRFKQSFENLRLSLVKLRNDQQYDLLWVNALFALYRNLKSIDSQLLNLETEQHIQSDKVKQAENQLKDDDLKGWNDIVVRIKQNLTPESVLFRHAIRVSIVLFIGYVFIQMTHIEYGYWIMLTALFVSQPNFNATKRRLRLRIVGTLVGIIVGLSIVFLVPSVEGQLVMLILSGVLFFELRSKQYAQATAFITILALINFNLDGSAVAAAIPRFVDTLIGCALALFGVTFIWPDWKFRRLPRSIRRSLQAQCNYLAEVVKQYHEGHNHALNYRIVRRAAHNTDAEVASLISTLATEPDFDPTRKSDIFEFLCLNHTFLSYIAALGAHREKIQDQAVLNVLDQALDDIQGALLRDEMPDLTAQNMLQTIRQRLSQNDEDDQKSLIILQQLSLMLSVLNRFSMLKQRLSHDLDNDASELASL >WP_023698577.1 MULTISPECIES: co-chaperone GroES [unclassified Mesorhizobium] >ESX05107.1 molecular chaperone GroES [Mesorhizobium sp. LSJC265A00] >ESX96116.1 molecular chaperone GroES [Mesorhizobium sp. LNJC403B00] >ESY05960.1 molecular chaperone GroES [Mesorhizobium sp. LNJC399B00] >ESY12177.1 molecular chaperone GroES [Mesorhizobium sp. LNJC398B00] >ESY33020.1 molecular chaperone GroES [Mesorhizobium sp. LNJC386A00] MKFRPLHDRVVIRRAEGDVKSKGGIIIPDNAKEKPQEGEVIAVGPGARDENGALVPLDVKAGDFILFGKWSGTEVKIDGEDLLIMKEADIMGVIDKSETAAIGKSGTVVTEKSVKAKKAA >UJA07681.1 3-deoxy-7-phosphoheptulonate synthase class II [Streptomyces collinus] >UJA17453.1 3-deoxy-7-phosphoheptulonate synthase class II [Streptomyces collinus] MATRPRNVYEVTVNAKTSPSAGNTWRNLPAAQQPEYPDPEALRAVIADLESYPPLVFAGECDQLRARMAAVAKGEAFLLQGGDCAEAFDAVSADHIRSKLKTLLQMGAVLTYAASVPVVKVGRIAGQYSKPRSKNTETRDGVTLPTYRGDSVNGFEFNEAARVPDPERLKRMYHASASTLNLVRAFTTGGYADLRQVHAWNQDFVKSSPSGQRYEQLAREIDNALNFMHACGADPEEFKTVEFYASHEALLLDYESALTRVDSRTGQLYDVSGHMVWIGERTRQLDGAHIEFASKIRNPIGIKLGPTTTAEEALTYIDRLDPDREPGRLTFIVRMGADKIRDRLPELVEKVTASGATVAWVTDPMHGNTFEAASGHKTRRFDDVLDEVKGFFEVHKALGTHPGGIHVELTGDDVTECVGGGDEIFVDDLHQRYETACDPRLNRSQSLDLAFLVAEMYRDQ >HBQ3247549.1 FAD-dependent oxidoreductase [Klebsiella pneumoniae] AQIAEDLHLAGRQVHLCVGSAPRVARFYRGRDVVDWLEDMGHYRLTVEDHPQGEEARRKTNHYVTGRDGGRDIDLRAFALQGMRLHGRLLAYADGKLHTADDLRANLDGADATAQKIKDSIDAWIAQQGIDAPVEARYQAPWQPDGPAEPIDLAAISAIIWAVGFHTDFSWIEVPAFDEKGYPRHQRGVSVEAGLYFLGLPWLWTWGSGRFEGVGDDALWQAEIIARRAGHIAAQEAVDANSAE >WP_055132583.1 ATP-binding protein [Pedobacter sp. Hv1] >KQC00136.1 hypothetical protein AQF98_13920 [Pedobacter sp. Hv1] MRFSLVLLFFLFNQAIAQDYTLDHYTDENGLPQNSVKSITTDNAGFVWLATENGLVRYDGQRFVLFDKNYSKTNSNRITNFRVDVKTNNLYAMSENWQLIQIKDGHVGSSPLAYNQIFKFKNVSKDDYYYANGVPNFLEQFVVGMPYLIVNDKNSAYRILNGTVEFYKNEILINKFPFNYRDQWRFFVLNKKLYYIDEKRNLTCFNEGKQVKANLTGAVTNELNNLSGKLYWNSCTGDVFLNVNNDLYTLKIDQKTGNIVTECVIKQIDFEDLGIISIYLDKTSGHIYMGSFTKGLYVYRKKNFSTLNPAKSNSLDLFYAQIPYGKDAVLYANGHLFDNTSAITRFDILKKHSNNYTLLVDQHKNIWAPNGITLSKFSPDLQTVLATYTFSHTINSIYQAPNTEIWAGSYKGIYKLGKGEKSFTKVPELAGINDVSYLKKTGQILWIGTHKGMYYYNFATRKKYNIPELDHKDIRSIYTRKNEIWITTYGDGFYLYKDGQITRLPNDNNNYLNTSHCILEDQKGFFWISTNKGLFQVAITDLLAYADQKVSSVFYLYYNRAAGFNTNEFNGGCQPCGSIMGNGSFSFPSMNGIVLFNPSKIVANQPNQPMFIDKVILDNKHISTNGTTIEIPNEFNRLNIFLVTPYFGNSENLNFEYKLSNQTQWTQSIDQIISYSSLPAGKNVLNIRKLSGFGQDNYTYKNITIVVPPHLYQTWWFLLCTIILAALLLYLYIKLRIKIIRRRNIQLEESISERTNELQNTIKAYESSQKRLERHGYFQRRLIAAIAHDIKSPLKYLMLTGESLYKSSTPSHIDMDGLKAIYTSSSQIYHFTENLLTYAKGFTNEDLNVKTTFNLNALIEEKIAIFQGIANSQGTTIHNLIDKKTTIETNEQLLSVILHNLMDNSVKFTHVGEISFYCKVDEHQTSIFIKDTGIGMKPYQVLWCNRINETGQPVDLNDAPLNAGLGLIMVKELIMAIGGKIYVVATLGRGTTVEIIL >MBI3118824.1 addiction module protein [Candidatus Hydrogenedentes bacterium] MTFTELRLEALKLPEEERSALAESLISSLDQFEDAAEVSPAWVAEIQRREGLLEQGKMGARPMDDVLDELERKLDERHQSA >WP_267184195.1 TonB-dependent receptor [Marinicella sp. S6413] MPYSLLSGVLLVCLSFLVSAETDTSQKTLSPLVVTAGLTPIDASDYGGTLTVIDGDEISASGAVYLSELLRSVPGFAVNQSGGIGTQTQVRIRGAEANHVLVLRDGVRLNDATGNDEFLFNYALLDNIERIEIIRGPQSAVWGTDALGAVINIISRQADNKNLQADLEYGSFNSLKTAVSGAYASSNWRLNGAITGVDSGGSNISLTGDENDGYENLSARLSLDNDWTDSLTSTVRFSHSDAMNEYDGTDFMDTGLPMDADLWTERTLTTAMAQFRIKPKASSWHSRFDYHYSDTQGDNFSLFGQDSSTAAETHEFKVLNSWGLGQADNQRINVMLDHRQVDFSQVGTASNFGDPNQSQSYHVSGVAAEFQGVVGERFTWQASARHDDFNRFDDVDNYQLAGRYQLNEQQRIRATLGSGSKAPSFIERFGYFPAQFIGNPDLKPEESTSYELAYEIDYDGHQLAFIYFNQDLTNEIDGFVYDVNADAFTARNKDNDSQRSGVEVSWLGQWTAQLSSRLNYTYTDASEKDAFDVSQHEVRRPKHVTSLTLNYDFADQRGRFYSTVRHQSSQLDNFYSPSTYLTEKVRLDGYTTVSFNASWAFTEKTRGYIRADNLFDEDYQEVYGYARPGAGFYIGVNHQFF >KAJ7369304.1 hypothetical protein OS493_039898 [Desmophyllum pertusum] MLYDEEYTKVDLIERSTTTRCDNINNAENTSLLEELAMPISSHGVRVLYYIKEYNPIKDSGTDTMAYSVSALSFMLENLGKSVVFTGSQVPIYEQRNDGRDNLLGALVIAGHYVIPEVTLYFAGSLYRGNRSTKVSAGSFDAFDSPNLPPLVTMKVKIEVQWDAIFRSNNGSKFSVHTNMNPNIGLLRIFPGITAETVRAFLKPPMLGVVLQTYGCGNAPNNRDDLITEIKKATRRDVLIINCTQCLHGPVVDQYATGKVLMDAGVIPGSDMTPEAALTKLSYVLGKTELSFNQKRELIRNNIRGELTVAHTKEQFSLKDNSFIAAVASSLQISSSKEMKYIRQALLPVLMSCATSAGNVKTLEELLNQGADVNATTDYDGRTALHIACVEGNSEAVKFLLQHGASTQVRDRFKSSPLDDAIKFRHKELVKTLRKAGAQLMKTSMESAVELCRLAAKNRVEDLLVWQLAGVDLNACDYDKRTPLHVAVCRNNAETVAFLLEHGVNPYLRDVFGSTPLDNAKSYELENIVNMLEEYSSPVQQLN >WP_014558374.1 (2Fe-2S)-binding protein [Fervidicoccus fontis] >AFH43225.1 hypothetical protein FFONT_1237 [Fervidicoccus fontis Kam940] MSNEKSFSLFEKETIPVASSPKFKRPRAPFYMESWCPWIRVHAQPVFYLYDPRISQSPSPKIGSSLSTKIRKKLGQAGFYHSFLVRSIWSQAWKKIVSYSENPELPNIDSEYENTEIEEVKKDFLILGDEGDAITFANFLYDEAKGSILMISSKSRKELENESKETLNDSVEFYTGLYLGKFDDGFVFLNKEKKKILKIDAKSFVIYPGFRDSFPIFENNDLPGIIGSSLAIKLLVNKGLLKEIKKVTVLIGNDERGYEVANEISKYKDTTIVDVKNNVKEIKAFGYPKIEGIIVDLPSGIEKINTDLLVSAVSFIPNIEPALQLGGNIVYSSNLNTITVHTKNGEIVGNNNMYFLGQASGTPKNLVKEEAEIAAKLASGKSLSTTESSKLAEIQKEKNLIDPNEVIVKERPVFILTSNTKGMKFVCPCQDVTLEDLIKAFDMGFSNLEEIKRFTALGTGTCQGRICRIAALHALSYFRNVPIGSIGNFRQRAPLVPVEIEYLR >WP_257788220.1 MFS transporter [Ferroplasma acidiphilum] MLDQYIGYKIPFIIAGIITLATFILVEISFRDVRNIKTDRAALKNGLKHVLTSKVIIFIALIGIGARISETIIGQFFVYYLETIRFSPSSAGLASSIYLLVGFLGGILGGYHFSRTRYKITMFVIINLMLSFLLISLGFVHNYIIIVFFTITLGMLTIYGFSVMYTFIRYISRRDLVSLSLSFNNSIQLAIAAIAPIIFTGIAYSYSYRASWIVTGIIPLVTLPLILFIKNDLKNAIPEFN >XP_018492447.1 PREDICTED: sialyltransferase-like protein 2 isoform X2 [Raphanus sativus] >KAJ4897523.1 Glycosyltransferase family 29 (sialyltransferase) family protein [Raphanus sativus] MKILQLIFLLALTTGISAVLIYIIGVSNLYESNRLSNEDLEALQSLQNGFQKCVSANGLGLQAATGRDYCKVSINFPTDTIPKWKDPKSGELEGLSYEFDLCEAVATWEQVRNSSTILSREYIDALPNGWEDYAWRRINKGVQLNRCQNRSLCIEKLSLVLPETPPYFPRQFERCAVIGNSGDLLKTKFGKEIDTYDVVIRENGAPIQNYKEYVGEKSTFRLLNRGSAKALDKVVELDEKRQEVLLVKTTIHDIMNKMIREVPIKNPVYLMLGASFGSAAKGTGLKALEFALSTCDSVDMYGFTVDPGYKEWTRYFSESRQGHTPLHGRAYYQMMECLGLIKIHSPMRADPNRVVKWLPSRKTITSARIAAEKLLRRVGAGSAEPLASCSIVKKRSKNKSPMVVSHPRKPARDHQKFVRSTTMYPLEHSPGHSQLCITPAD >MBA3614174.1 glycosyltransferase [Nitrospirales bacterium] CEDYGLYGEEDADYGLRIQLQGLQNAYMEDEQVGLHLPAGRAAHIDGDTLKATDGIEEKTHAEYRAFKDESRRKNVEDIAKRNRQDYQTGVKPLYCSSAFVEESRKDPVCQNRPDESTRQKNQTDEKPKKVSPESTPYPSRERGRTVSVIASDSICGRIRLLQPLLAGERIWTKGAIVSDANIILGHITPPAGNGQVWVIQRTCLLDAADLANVQYQGTRLIHDCDDLLWNIPADNPNLRFLPPGKIEKMLRLMDQADCVTVSTEPIQADLKRRGINSIVLPNSLVRQDWEEFRPKRRVGSRPRIGWAGQANVHKGDTAILETIIEVLKDEVEWVFLGDAPRTASSPGVISEVYSMVDLAQYPKKMARLNLDLALAPLVPNEFNEAKSDIRILQYGILGYPVIGTDIFPHQEAPIFRLPHEPQAWIKAIRERIHDLDALEREGETLRQWVLAHRLIEHVLPKYEQAWLGREAIPCTQAPPSRVQVPPAPTYAPRNQVKLSFDCSIIIPVWNKVELTSQCLTHVAEVTEGCSYEVIVVDNASTDATQAFLSTLSGDVQVITNPENYGFAKACNQGAAAAKGRFLVFLNNDTIPKPGWLRALVNEVECHQDVAIVGSKLLYPNDTIQHAGVVFSKNCLTPYHIFRGAPGELQAVNVRREFQVVTAACMLIRREEFDAVGHFDEIYQNGFEDVDLCLKVGKRGKKVIYQPESVLYHLEHQTPGRKNPETERHNGMVLMERWASSIVVDEDFHAISAGYANRYHFRDGMLQPTLEALQSDMDTRSWKRVQQVQELLLRQRQDATQGLKGQDDRELRALLSEYREWPEDGEVLRWAAKLCQSLQLLDGERGFWKRTLSIGEDRAAREQLAKLALNVNDLSEATDHIQALLQFDPGNGAGHWLQGILLMQSQQCAEAARSFRRALQC >HBE3137209.1 hypothetical protein [Escherichia coli] IIKAARALNKKVILVSDIYYDKEFVAQLLKHCDIDYDELYISSELDKTKESGSLYDHLIDIYGCDIIHIGDNRHSDYNKALDKGLTPVLLLSNKEQIKRTINSYTELSGDFKEFRNGLIQANMSQYPMITYQPGYMRGNAEFFGYNVVGDIFLAFAHWILKEAQKRKIKKLAFLARDGEIVKKVFDLINNTDIESKYILASRRCVRVSSMYTKQDVINEIDNFISSLNNNNNDIFNYLSLRFGLSI >MVA71646.1 potassium transporter TrkA [Agrobacterium vitis] MSTAPTLLFTEALVLLGGAVVAAPIFRKLGLGTVLGYLAAGAVIGPVAHVITGAEEILSVAELGIVFLLFVIGLELKPSTLWKMRADIFGLGTAQVVLGGALLTGVALAFDLLDWRGAVIAGFGLSLSSTAFALQILNDRSDLNSQYGQRTFSVLLFQDLAIVPLLALISILGAQAAPAPGSLWIDIGVAVTATLAMILAGRYLLNPLFQVMARTGAREVMIAAALFIVLGSAMLMQAVGLSMAMGAFLAGVMLAESSYRHELEADIEPFRGILQALFFMAVGLSVQFDVIFANLWLLAVAVPVVMLIKALSIYGLCRLAGSRHDDAIRIAAILPQGGEFGFVLFTTAVSAGVFSSATSSLLISIVTLTMALTPVVAALSSRLLSRDQHEELDEDFDGAGSDVLMIGFSRFGQIAAQVLLASGRDVTIIDDSADRIRQAASFGFRIYFGDGTRLDMLRAAGIEKAKVVAVCTQKREVTDRIVDLVAAEFPQARLFVRSYDRVHSLSLRARNVEYELRETVESGLKFGRKTIEALGVDEDMAEAIEADIRRRDDERLRIQAVEGIKGGSHMLYNRPVQPEPLIKPKRGHDAEKDQEKDRDAVA >WP_129006924.1 ComF family protein [Arcobacter sp. CECT 8983] >RXJ90300.1 phosphoribosyltransferase [Arcobacter sp. CECT 8983] MKCISCETFSLNIICKTCQKKLLTPSFHKRELEDGFYNYSFYSFTEIEDFLTSKYYFHGDRVFNTLGKLSFKRFAQNFKFEQLVYSIAIDEHTRHEFSQTAILSKHLKSEYIKPLYGKCKATNIVKYAGRNLKFRKKNKRKFDIKVSNKTIILIDDLITTGTTILEAKKACEEKNNQVLFSLTLADAKI >XP_004034642.1 vacuolar ATP synthase subunit, putative [Ichthyophthirius multifiliis] >EGR31156.1 vacuolar ATP synthase subunit, putative [Ichthyophthirius multifiliis] MNLTSFAINDGYADAILRGLRASFISETQYNQMKTSSNLQDLKSHLEETDYCAYLQNDQTELSIPLLRSKLKKKLADEFEYIYCQSVGSLSQFIRLVQHRYMIDNVVNMIEGIKNKVSNEDLLAATDPLGFFPEMTQIKVLDQDDYTGLYKDVLIDTPVGSYFMKFLEQSMGALSENKTMNDVQNLFKEMKPEHMRTSLKKVKFFFKKNQYILKLLNQMWLEDFYYFCTTELNAESQEILGDLLNFEADMKAVQVVYNTIGHKDISSAAKIGTTRKQLCPAMGYLYPDCQKNLLNSMTLDALKEAIKGTENYREIIKDAPDPAKREEQNFATTLDDLMYDAEVKKYSLAFDQAGQYAVFYAYLKLKEQEIRNVVWLAEMITRNLPKNSLGWKKIVVPFSHLLNV >ESL04748.1 pyridine nucleotide-disulfide oxidoreductase [Catonella morbi ATCC 51271] MMKEGKLLQVSQVKLPIGYTAEDVRKACIRKLKINEKELISYETKKKSVDARKKEDIHYSLSVVVSLTDKAYNRILSARKPMQDVSVYNEEKLEIKRILNDKSKNRPIIIGSGPAGLFCAYVLAVAGLKPLIIEQGQDVEKRTETVDKFWTTGELSETTNVQFGEGGAGTFSDGKLNTMVKDPFKRIPFVLEAFVKFGADPEILYINKPHIGTDVLKNVLINMRKEIISLGGEYRFETKFTGFEEKNGQIKHIVLNNEEILPCDEVILALGHSARDTFELLFSKGIIMTPKPFAVGVRVEHPQEMISKYQYGKMYDRLPPADYKVTSTGVEGRGVYSFCMCPGGYVVNSSSEKGGTLINGMSYHNRDSENANSAIVVAVSPSDFGADDALAGVRYQRELEKKTFRLAGGAIPVQLLGDFIENKTSTGFGLINTESKGKTAFANISDILPEYITQSIIIGMEDFGRKIKGFDREDVVMLGVESRTSSPLRIVRDNDTFESNIRGIYPIGEGAGYAGGITSAAVDGVKAAEKIIEKRL >WP_278449211.1 sigma-54 dependent transcriptional regulator [Brevundimonas diminuta] >MBD3818957.1 sigma-54-dependent Fis family transcriptional regulator [Brevundimonas diminuta] MRSTGADILVVDDEADIRELVSGLLEDEGHSVRTAANSDEALAAIRARKPSLAVLDIWMQGGGLDGLELLDVVRELDQDLPVVMISGHGNIETAVSALKRGAYDFIEKPFKSDRLVVVVERALEAAALKRENRRLRAQTLTPSGLIGKSVAAQTLRSTISKVAPANSRILISGPPGSGKELAARQIHEASPRAKAEFVAISAAGMAPERLDVELFGEEGVDGRPRKIGVFEQAHNGTLFLDDVADMPRESQSRILRVLVEQRFRRVGGEQDVQVDVRVISSTSRDLRIEIGEGRFREDLFHRLNVVPIRVPPLSERREDIAELVEYFVESLSASQGLPHRRIADDALAVLQVHPWPGNVRQLRNNIERLLILATGGPDEPIAADMLPQEVASSASPTSLGADRIIALPLREAREVFEREYLSAQIMRFGGNISRTAAFIGMERSALHRKLKSLGVSPARGGDEEGEGA >WP_080864663.1 hypothetical protein [Agrobacterium tumefaciens] >TGE78911.1 hypothetical protein C9410_12200 [Rhizobium sp. SEMIA 439] >MBB4282744.1 hypothetical protein [Agrobacterium tumefaciens] >MBB4318653.1 hypothetical protein [Agrobacterium tumefaciens] >MBB4323922.1 hypothetical protein [Agrobacterium tumefaciens] >MBB4336440.1 hypothetical protein [Agrobacterium tumefaciens] MFPRSFFLAAALATMTGLPVFAQPIEVSTLEVSRADSTPLPPKVLAPNYITDVSGKKVRLVGPRFYPDSARALEFPGRKLNPVEAGGEEIFSQR >KAG9317532.1 hypothetical protein JVU11DRAFT_1738 [Chiua virens] MAKTAALNPASTPFFPGGMRAGEDDSAPTPFVPPPEHRFVRVSPSLAAQDTENQRRPSDMHFHPSPTDVASAIRHAELDRPHSLPRTREMSIIGSLGALPEADDMYGSVTTDEGARAPADSPFFSIPIQYSRGHINTPPVNIMNSSVPQFTSGGEFSQNLDAQLKTSPLIQDIIERLLRCEFTAQEVQRELRDLPARNPEFKDPFAPTAIAPNQSPPPDDISQISQRLNTLTTSVGQLLALQTQQHIQGVTTLGRLTPRTPDLPLNQPFGANISPNPALLGHGPPNRPELRTAPRIPNPPTRTWSAGNLELPLRVDNVAPHGRSDPARDKRRSVTAGLMRRESVGIIDGQCSDWSGSSPRDNGPIISKWEQLNLAPDLLRSLSKFGVGPPNKIQQRALPFLLRGSDIIAQAPPTQERIAAYVIPAIQVAVVNTLGRPPNRGPLAVMISTTVDQATQAQRMIRDLGGPISIRSALGVGTSTNASDLTQELRLLQQNMPHIICGTPQKLHALFTSPGGLSGSEVRFLVLDEVDQLIARNLHEYVFNIVKLLPPPRSRPMGTGTPGPSSNGSGQSPFDTNNPLAGMVNSGRRFSTVPPSPPNDLGNSIIERQTALFSNTVPQDVLNLATAIQLREPVRVLVRRDGNVTSTETSQGSRGLRQFYLYLAFTAGGRADSINAGAPGGGHGIIGSGRGASSVETAQAREWKLDALADIFDDVEVNQAIVHVGGMNALDSVVHKLASRGLEAVPLHGEMNAGTKLAALNKFRSSGSVMMRQPVTKVLVVNDVQVKIPEISHVPLIVNYDLPKAVEEYAHRVAPAIASSYARAGVIINFVTATGGDVEMLRSIECFYKIKCPEVPMSLRDIV >PTB82632.1 hypothetical protein C9986_02460, partial [Pseudidiomarina aestuarii] IREGAVQGSRSYFPRVPPDTDGGKGQLSMAEQYFADWGSRAPLLIGVAKGESRKPGLETLIIAGSHQTIPLKGDDPALHLVQHIRDESHRFAITGHRQRRAKVRRTSRLEDIPGIGAKRRQKILQNLGGLHEVKQASIEQLAAVPGISREMAETIYHAFRDE >KAF9101968.1 hypothetical protein BGX29_005093 [Mortierella sp. GBA35] MSGHSETSFLQFLRHCRMPHKHVRPIYRVPTRQDAYGNRIVLISDIYEALDHPGSIALFKDENYTERVHVYVDFDLWPRHIDFHPGQMLYYRRVFDHCHPYNNIQHNPPAGLNTPRPQMFGLNQGPGPNQGSRPSAPAQPHAALGGAGSNQAAGNLNPNSAQAHDTQAGGRPTFVTPNQGARTISPVPGLPTFAAPPGSGLIHPTQRAQAGGPGASEPLNPRWGPTTLDWLSISLMELQDFATTRIDEIGNILCNIQADLLALLQQQQQLLQQQQHQNDGYNPFSAPGPVQASGFFASQPTYAHHLSAPSPRSQASALNDLNEVVDPFDSASVAGIPREHRKGRARSSGPRLEGTEAAIFARVSSRVAGGGYSASLPGDLVDDGISFIDESPPIAPTGGQTGNTSTTVLTPAFVTPAAPAPTAASVAPAPATFTAVPASPERKFNPGYYHRLRELNFSENLTQLYWNQSNEFVYPETAPPRMERPVFVPSYFPTWRAHSANAVLQPVRYFIQGKDVVVKHSRGVRDNAVYRWVQKLDGSYEEAVDSPFGGQTPPYVQGGQTPPPPAEDGQTPPPHAEGGQSFPQVESGHTPPHVEGGHTTPPAEGGAEGVVEQEQGVDSPMAEPVGTHPDQSADEGVADQPVRGPMEQPADNVDDDQAVEGQLDQDLQDLFEGTLSSTGSSSIRSGSENHHGEQGETKVKAEDLSGYESPSFSKSSEKSPKRKRSSEDEGEEEGNTSDHSSKKSTADKARSRSPGSPGAGASGSSPKGQRR >NDE10255.1 hypothetical protein [Chitinophagia bacterium] MKTIEKIKSYSWAITLFLTLIILLRQCGVNRDLDRLQKNAKIQSSYMDSLCTKNELNKIVEIEGLKVEKRMIQSTDRKIMDVNRQSEIDIEIKKLENSK >MCH7882583.1 phosphotransferase family protein [Pseudomonadota bacterium] MNETMHAKIAGLDCWQSAIDIEPLGGGMTNHNFKVTDADQQFVVRLGEDDPVHLISRANETATCRAAFEAGISPELVYTEPGVLVARFVKGKVFEEADVRIDSNLRRIIDILSRFHREIPQYFHRVPVMFWVFQVLRHYQHLLKQGDNPYRERLIELAKIAATLEQAVGKVNIVFGHNDLLAANFIDDGEKIWLIDFDYAGFNSPLFDLSNLASNNELSKEQEITMLECYFGAAFNREQWRGYYAMKCASLLRETLWSMVSEIHSKIEMDFPEYTRKNLDRFEQAYDTFRHDYL >MBH2908027.1 tRNA(Met) cytidine acetyltransferase [Serratia marcescens] MLQAAQQLMRRQGIRRLLVLSGEPGWCREQAQRLAATLPGDWPWVGENPPPGLTALPSGAVRQLLGQERLHAVFDAGQSLDGEALAALCGALRAGSWLLLLTPPWRQWSQLPDGDSLRWSDCPQPITTPHFIHHLQQHLADDREVTVWRQDEPLTLAALPAREGWLPPDGRPTGEQQAILTALLQAESGVWVLTAARGRGKSTLAGMLVAQSPLTCWITGPSRAATEVAGEWAQGRAQFWAPDALLAQCRAGDGGAVGWLLVDEAAAIPAPLLQQLIGYFPRVLLTTTVQGYEGTGRGFLLKFCAGLPSYQALSLQQPMRWAQGDALERVTDNALLFNELPAWPADGQAIDYSQAEQRELCADPQRLTRFYALLSSAHYRTSPLDLRRLMDAPGMHYGLAQAGSEVVGAVWLVDEGGLSTELAHDVWAGRRRPRGNLVAQSLAAHGGQWWAPTLRSRRITRIATLPALRRQGIARQLIERQRRQAQGLDFLSVSFGYTEPLWRFWQSCGFELVRIGSKPEASSGCYTAMAILPLSEQGEALRHAAHKHLARDWPWLRQRIELALAIPGDDGDTSLGEEDWRELAGFAFAHRPLEASLGALQRLLLASNLPLPALRGHLQRRQSPAACGEQAGVSGQKALLRHWRHETAQALEQLNAQHCRYWRDWAQSLQ >WP_131734175.1 RNA polymerase sigma factor SigF [Gordonia paraffinivorans] >MCD2145030.1 RNA polymerase sigma factor SigF [Gordonia paraffinivorans] >VFA88440.1 Sigma-37 [Gordonia paraffinivorans] MATQAEHDDYRDVLPMLRDIRNEADAVLRAKKRDEVIERCLPLADHVARRFSDRGEPVDDLRQVARIGLMHAVDRFDVERGNNFLAFAVPTVMGEVKRYFRDSTWSIRVPRRAQEASLNIAKASEELLQTLGRSPRPSEIAEHLGLPVGEVIEGMVARSAYTASSIDAEAGSSTDGWTLADTLGDDDDRLGMVEEFVTLQPALAMLTERERKILTLRFFKSMSQSEIAREVGISQMHVSRLLTRILETLREAVADDEYYEEPLRAHA >WP_071455957.1 MULTISPECIES: ABC transporter permease [Vagococcus] >APB30396.1 branched-chain amino acid ABC transporter permease [Vagococcus teuberi] >RHH68467.1 ABC transporter permease [Vagococcus sp. AM17-17] MSNFKFSKMNGILVPILSVIMGFVLGAIIMLLFGYNPVQGYQAMLTTAFQSPKSIGEIFVTAGPLIFTALGFSVASAAGFFNIGLSGQALAGWVASIWVGLSMGDSPRLIALTAAILAGVIAGALTAAIPGLLRAYFGTSEVIVTIMMNYILLYTSTHIVNNVIPEKFISTKGTTKLIGANVSLRTEFLTSISNGSRLNLGIIFAFIFLILIWFLMKKTTLGYEITAVGLNPFASEYAGMSSKRIIVLSMVISGALAGMGGVVYGLGTFGNFFVQGNSLSIGFDGMAVSLLGGGTSIGILLSSLLFSILKLGGQGMPILAGVPTELVDVVIASIIFFVGISYLIKLILTKLETKKEPKASKVEGGKA >EEH16378.1 hypothetical protein PABG_06465 [Paracoccidioides brasiliensis Pb03] MGDLSPGQLVTLADDRQAVIRFIGATSFAPGDWVGVELSEPTGKNDGSVQGERYFDCEHGFGMFVRPAAVAAILEQPKREERKPAPKGGLNEVPQRGRPPSGLGAKRQSGIGSTAVRKQSTTLSPSPAPRAGASPRLPRSPTKSPTKQLSAFSRPATTTTRSPAATGLKPRQSLSSRSSMAIPPTTTAFKGPRQSVEGPMIKSSSPLSQPPLPTIKSPQKRFSLRPTPTKTSTLEKIESATSELSEETGDSGYSNSPPESSRPTPAPQASLGPSPHRSVSGTNPVLKEVEDLKTKLRVMEKKRVEDREKLKSLETLRSERDKFESIIQILQTKYQPQQQEIAQLRKQLKDAEARAEEAERLQDEHDSIVEMAALDREMAEEMCEAIKTEYEALKVKSEELELEVEVLREENQELGQVMSPEEKSSQGWLQMERTNERLREALIRLRDMTQQQEADLRNQIKELEGELEDFTTIKANYEIAKEQLLISEANMEDLKQQVEALGAEEMIEELAEKNMQYQEQVNELKAVIEDLESLKEISDELEHNHIETEKQLQEEIDFRESVYLEQGRRIAQQEEVIEDLGYTLSKFRELVANLQSDLEDMRVSQQLTETESTELTARSRAMMDLNMKLQASVSKAQMKTIEVELGRMAAEESAQHLEIMKLYLPEYFESERNPILALLRFKRVGFKASLMSTTVREKIPDATSTTSGDHNVFTAYEVLEKLTWIASLCDRFINFISSCSNEEFSTFEGALYELEPVERTLNSWIEGLKKNELNEKICAVELQRSIALLSHLAETLIPSNLESFADEIYMRSVMTQTYLEYAALSFSQLRTTLQAKLPPPSDEDEEAPFLYQKIDALGNQTRSGKIVAGKITRYLDDLKSRCLALTGDFADSFEKCEGAAREVAELARQLGENIVLLAGEEGRTEPITYAEVAANMSQTVMFLFQPSAASAESDDNNPLSIAANKLRILGAYLEEASDASSDLSQTVEFERHPAPWTIRAKELKSNKVISPDADEEIRRLKNEIHETSTALGAKDKAFEEQTIKIEHLESRMRDAGKKAALVKELESKFDTLQAKEQELMDIVEKQSADLQNMERERDDYRARLEKAKRASGSSGALLGADGVLTIDAAASSAVMRENESLRAEVANLQAAVRFLREDNRRANYMDPYSVQRTNHMRAWLDTPLVHPKIAADDKRAIYNAASECQDVLTHLLKLTKESKLVDLKSTLPADEASRLSWRPVKSTTRYQVLRQREEYEQWTQWKDEVARRERARARKEAKAIRKHFRYPDPTGVAAEVSFPPTSGSRGAESFSDAREQTATTKSRGMMDRAWKILGMQRDFDSNDGSEYGDPEEVTIVNA >WP_015645305.1 3',5'-cyclic-nucleotide phosphodiesterase [Helicobacter pylori] >AGL65992.1 phosphoesterase [Helicobacter pylori UM032] >AGL68097.1 phosphoesterase [Helicobacter pylori UM299] >AGR62264.1 phosphoesterase [Helicobacter pylori UM298] MQVYHLSHIDLDGYACQLVSKQFFKNIQCYNANYGREVSARIYEILNAIAQSKESQFLILISDLNLNLNEAQYLQDKIQEHRLQNKNIQIQLLDHHISGKEVAESFHWYFLDTNRCATKIVYEFLKKHYAILGPKNTTWLEPLVEMVNSVDIWDTQGYGFELGKVCMRMINQSSELNRFMFDDENRNYKLKLLEEVKNYLFLENAPVVYDNDLFKLKKIALGGDPDTETMDNISSNAQTHLLSLKKHDCSVYYQDKKGFLSYSMGGISVLANLFLTQNPDFDFYMDVNSKGNVSLRANGNCDVCELSQICFNGGGHRNASGGKIDGFRESFNYRDIKEQIEEIFNNA >HAL0497824.1 phage tail protein [Escherichia coli] MSTTTRKFKTVITDTGAKKLAQAAAPDGKPVRLTHMAVGDGGGTLPTPDSKQTRLVHEVWRHTVNRVILDAAHQNRIIAELVIPPETGGFWIREIGVFDEHGDLIAVGNTAESYKPTVAEGSGRAQTFRTILTVSSTATVALTVDNTMVMATVDYVDDKLKEHEHSRRHPDASLTAKGFVQLSSATNSTSETLAATPKAVKAAYDLANGKYTAQDATTAQKGIVQLSSATNSTSETLAATPKAVKAVMDETNKKAPLNSPALTGTPTTPTAPKGTNNTQIASTAYVMAAIAALVDSSPDALNTLNELAAALGNDPNFATTMTKALAGKQPKDATLTALAGLATAAD >WP_055394972.1 MULTISPECIES: Tn3 family transposase [Acidovorax] >MCO4243727.1 Tn3 family transposase [Acidovorax facilis] MASYRYKFLGKQQLPSKMTEAEAIEHCRLSDEQLAAIPIVSRVDDDGNAKRGRPPLDLRLGYALQLMFLGLTGRLAGVTDSFPANMVKVLANQLGTDATAIATIKSIYRGKAGPQAEGSVERRLREQRTWARQTLGFEVFAPEIERELAATLTMRARDAASQAELVTFAEEWLYERRIVLPGVSTLEDQANAAFRAIETLAMEVINGAVKPARQRAILKIMFDQGPSEDSTVLEWLKTSAGKHGVKNLEEVSSRVDYLKTLGVADWNLTSLSQTRIQAFAQRVAHRPPSETSRRVLETQIVEVICFLKATLWELTDEAIFRMGRRTGDLVRMGAKRVQSKQASRSGIYRESVQSMLNLAQDADKTAEERIVEIVRVASEVLNMPRVSHADIVRETLVEQGERVSTVLETMHCLNIEGDESKKDLTLVEQLKKIRTEGLKELPKDWDVSGIEAAWRPLVDDADRVKALKAFKACALLRIRKGLQGGRLWVPHSANFRSRTDSLIPEEEWERDREKFCTAFGLEVDPQVAIARQMALLIDGLQRVKEGLSNGLLEIDEQACVRLPALNAMAEEPELKRTAQAVQQMIGPVQLPDLILEMDAQTRFSSKLLGRDAKTTRELIALYAALLAHGTEIDAKSAAAMVSGVTVAEVTAAMRQLETPGRLRAANNAVVAYQQSIPIVKLWSDGTKASADMMAMDTTRHLGIARTDPRRKTPAAGIYTHVLGSYPVFYDQPIVLLTRQGGPAVEGVEQYNSSSEERIKIQLLAVDTHGYTYGAMALAKHLRFDLCPQLAGLPDCKLWVTRKTQVPEELEAIALTNVSERAIVRGWDVMLRLVASILTGRFSVGWALARNGSAAIGDKLHRALDHYGRVLRSVYLCDYFTKEQFRREIHTLLNRGESVHQLQRAVYYGRIAAERGRRRDELRAISGSHALLTNLIIAWNTRKLDEVVAKLRSAGGGVNDDIVRRLGPVFFGNINFRGVMSFSIEKYAGVLLSKMAEETPAEGGCGRKLGLLGACRAFPPTASGRRPGKSRQFKKTSPA >MBQ6611319.1 hypothetical protein [Oscillospiraceae bacterium] MAMTEKGYAKLSAHGRYTKFSYEDMVITFMHGKDLIRYLAVKEWDDGYLVVECLGKSKGEYEDYIDLAYILENLYMDPEKSLSGVKGVVIENA >WP_231837445.1 phosphatidylglycerol lysyltransferase domain-containing protein [Streptococcus uberis] MALLKSNNGTVVAFATVEKSHSENSLSVDLMPYLNEAPKGVMDVLFIHLIHYAKEETISTFNMGMCPLSNVGKNRFSFFNEKLRHLLYQFGSHIYFFDGLRHYKEKCASHWHPIILLTQNNAIFYV >XP_048775453.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775458.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775462.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775467.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775473.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_048775479.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_056017510.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_056017521.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] >XP_056017524.1 D-glucuronyl C5-epimerase B-like [Ostrea edulis] MPRANLKLLVACVGISILLVTVYNLGKCDFTRNDVNSYRDEKLPYLVNEFHDSKGFQPRAAQSYTHSKGTKPIRFEEIECVINGDSTVKGIKDGSEVYMPFSFIQKYFEVYGSLETSDGYERFSFHHSYQDDFPTDPQPKYSPSGVFMSFDLYSVEDRNRVKCVSGIEGVPISTQWDPKGHYYPIQIAQYGLSHYSKQINRPKNKVKILEDGERTDLSDWLLPDQTSEIRSKLDERISLDNGLVEFRSSPNLKNPGITISTNEKKLSTLSMDLKFINNGSVTVLIQMGDGNLFRIHYVLSDTVMRLDGSRDLYYGLGSSKKGNWFHFTRLVMVDFQKGLNLQYSKSRTTRMKNAARISAISVRGHGLMDNVTLSAHAHMDLFFDAANYLVRHQDSRGGWPVMVPRKLIPEVMELDPGWYSAMGQGQAISLLVRAYIASKDKKYIEAAGKALNIFDIPSSQGGITSKYLNSYSWYEEYPTTPSSFVLNGFIYSLIGLYDLKKVATGRISEKAEELFDNGMRTLKVMLLMFDTGTGTFYDLRHITASLAPNRARWDYHKVHINQILLLSEVDSDPLFSSTAERWKGYMKGKLSPHN >WP_161275011.1 hypothetical protein [Butyricicoccus sp. BIOML-A1] >MZT27279.1 hypothetical protein [Butyricicoccus sp. BIOML-A1] MKKLLIACAAVLVLGLGLTTVGHVLGGQFYSVYYDGALHPFSDAARKFSDKIENISDHLSTADEDDDSDFDTDWVQDYLETRKASMKDYDLPMQALDHITDIELTLKGSNFSLASGGDFALTDDVTVTESTFRNGKWTAELWANDDEVSIILPNSVQRWHTINISCTQSANLSIPDLLRADNLTLSTENGTLTAKELSAEDIELYTNNGTLSALLPEAADRYHVQARTNGGPVSLNGAVLVQLDEAGNGTAQYDNSYDPETNSYRVDRPYTAEFTVSGAGRISVLTQVTPTSADTANRTVT >WP_262114929.1 toxin YdaT domain-containing protein [Enterobacter roggenkampii] >MCU2290028.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2299138.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2321140.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2339234.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] >MCU2341886.1 toxin YdaT domain-containing protein [Enterobacter hormaechei subsp. steigerwaltii] MHSLAYQQGNKFSPTAMICQNRREPDSRALNIDGIRAAVRAWAADCRSREFVAALIVEEWRATGGTGLDIPTDSHRQMQKVFRWIDGDTEYAAKNIRQLAPAIMAVLPLEYRHRLLPEDSFMSRLARLEKETSEAKVAVAMNAPRHQKLKELSEGIVEMFRVDPDLTAPLMAMVTSMLGVM >KAI4882225.1 hypothetical protein NFI96_025673 [Prochilodus magdalenae] MGKKRGKDRSPRGDNSMDLSGATCTHIRKGIDHSLLKKISLDKPWNTCQACDEEKPSDGEAQAENETNQEGPAVWMCLKCGHRVRDEAFLVSVYVMGPVREPVMGCGRFSEKKHAIMHYEKPRSDMHCLVLGLDSWSVWCYVCDDDVHYSSTGQLAQLVSNIKKQVQTGSGQKPSTRKVKEEEEEEEKKQKEEEEEEENSSVLEVTVEEAPKKEQESTAKRKEPKKAAKQSDTPKESSGGADGGVVAVKGFSNLGNTCFFNAVLQNLSQTFLLRQLLSEVKDEQSSLLLKPPPSAQLDPLTVQLPRPGSLTLAMCQLLNEIQKTQKSVVTPRELFTQVCKKAARFKGFQQQDSQELLRYLLDGMRAEESTRVTAGILEALKNSGKSLDEEQKKIAKEYERNGGSRNLVDRVFGGEMTSTVMCKECKTVSSVTEVFLDLSLPVADEAYRKKNQKKALPQKSSVSEDSGKDTPVPRADEDEDMPTGAGSKYQQKKAKKQAKKQAKNQRRQQKQGAKLTLDDLTNQHAGSPPEALPPSAEEQGEAGNEGEADQDKSQPPLPDSEVHDQDRPADEEEEEEGGASKETSAASSVNRYSALSEEHAGPNLSEGQDGKEEEEDEEAEMSVPLNEEDELAHGVDALSLQAASEDGLEEGLKEKASGDTRGSKKNVYRDALKQMLISSPPPVLTLHLKRFQQVAYSVCKVNRHVQFPQVLDLAPFCSTSCKGVEDGETQVLYSLYGIVEHSGTMRSGHYTAFVKTRPQRNPALLNGAASPGETAPPKGSWFHISDSNVQPVTEAKVRSAQAYLLFYERVS >MBC9954836.1 hypothetical protein [Leucobacter sp. cx-42] MTATNNEVSVPPASARTEGAAVLVLEDGARFEGRAYGATGQALGAMAYTSAIVGYQEILTDAANADKIVLFAAPHAGITGANSEDAQAETILASGLIVRDPSRRASNYRATRTLDEELVNNGTVGIAGVDTRALSRLVQGGKEIRCGIFSGASLELSNDEQLALVTGATTGEAN >WP_119512617.1 fructose bisphosphate aldolase [Pelagerythrobacter aerophilus] >RIV79787.1 fructose bisphosphate aldolase [Pelagerythrobacter aerophilus] MNQQEMTDRIATGRGFIAALDQSGGSTPKALRGYGIEEGAWNGDDEMFALIHQMRSRIIESPCFGNGKVLGAILFEKTMDGTSGGKPVPERLKERGIVPFLKVDKGLEDEANGVQLMKPMPDLENLLARARDKGVFGTKMRSVINANNTAGIKAIVHQQFAEGARILAMGLMPILEPEYDIKSPDRAEGEKVLLEAIMEGLDALPEGQQVMLKLSIPAEADLYRPAIEHPAVLRVVALSGGYSTDEACAELSKNPGMIASFSRGLLQDLRAGQSDEEFDATLGAAINRIHAASVA >WP_024986590.1 hypothetical protein [Bacteroides acidifaciens] >MBF0729040.1 hypothetical protein [Bacteroides acidifaciens] >MBF0834614.1 hypothetical protein [Bacteroides acidifaciens] >MCR1997584.1 hypothetical protein [Bacteroides acidifaciens] >TFU51164.1 hypothetical protein E4T97_05565 [Bacteroides acidifaciens] >GFH88276.1 hypothetical protein IMSAGC001_03718 [Bacteroides acidifaciens] MIMLRHFLDDFMASVPLQLPRLLNITTMEEPKFYGDYVLLTFPLRDPYDLEEVMDMFEDDMELITLYHHIPGGSGNFGHSTCAYSNPAFGQMFKINARTEADGKVRHITATVYDSLEMMYGDLCLDLKLHSKNGHFKYKKDHADVLIDFF >WP_217950418.1 helix-turn-helix domain-containing protein [Granulicatella adiacens] MSQYSFYQIWILHAIKSYGVVPVNRLYRILTGNRTMSTLIGVTEDKTEVFFASLPHLKEEYFHQLVDGFFREGIVSENESGIVLLKEIPEFSLVTNGRHAVNYLMHPYSFVQLRDVTRLWVEWISYHRYEETSYRPLIQNVWLQQLFKRWYKEEKENITPVWFSSVVDEFKVWSEKQEESVKGHWVGLFNGAKSTAALENELVSLWGFTTVEDCEPLSRLVLMKWMSDVFEEPENFPIAYGWFSKMVEWISHETSSVQETVRLFEKGFKRTEIARLRKLKESTINDHLLKYVLLKKEALYERVEETKAALAYKSLFENGQYPRYKEAKDQFESEGKKLDFFLFRYYQIKALKERK >MCM1513138.1 ABC transporter permease [Oxalobacter formigenes] MNLVATFRIAINALRLNKMRSMLTMLGIIIGVAAVITMVAVGGGVRERVQNQIKSLGSNLMIILPGSTTASGVRMGSGANLNLTEDDAIAIAREVPEVQLTAPMNRAGAQVVAGGNNWATQVYGVTPDWFEARDWPLAEGRIFEQAEMQGSAKVIILGQTVAEELFGDEDPLNQSVRVKNIPFTVIGVLSRKGQSMMGTDQDDTAVIPISTHRNRLFGNQQGKLRRVNVIQVKVWEGANMKEAEEHIRDLMRQRQRTQPGQDDQFTLRNLTEILQAHEASSQVMTLLLAAVASVSLLVGGIGIMNIMLVSVTERTREIGLRMAIGARAKDILTQFLVEAITLSVIGGFMGIIVGAAGSALIAHFAGWATKLSAGSIVLAVGFSAAIGIFFGFYPAHKASKLLPIEALRYE >WP_107723967.1 unnamed protein product [Neisseria subflava] MKTPALLSLLGLIPSAAFAAHGVGLGQPPKYPANFTAFEYVNPNAPKGGTFTTPFLGAFDTLNPFTLKGNHEYGISMLTLDTLTEQSMDEPYAVYGLIAEDIALAPDGLSVTFKINPKAKFHNGDPVLAKDVAASFNILTKDKAAAPMYHFYWSDVAKVETPNDRTVVFRFKQRNSELHMILGSLPVFSHKSYPKGLAAAPNSLPIGSGPYRFAKAENGRISEFVRDKNYWAQNLPVRKGRYNYDHIRIKYVKDEVVRIEGLKGGQYDFVQENVARNWARAYSDEVLKKRNLSKHEWVQNSTAGMQGFVINMRHKPLDNIYVRRALIESFDYESVNSRIFYGAYRRTDSFFTNSTMAATGKPDRAETALLKSLGTKLPDGVLDQDVPMPPVTDPKLGVRPNLLKARALLEKGGYQYKNGKAVDKQGKPLTFEFLAPSKNYERITAKWQRDLAKIGITMNVRTADSAVYQKRMNDFDFDVTTGYYGNSESPGNEQYDYFSCAAAKTEGSRNLSGVCHPAVEKLLTHFNSFTNRQELQTTSRSLDRLIRHQYTIVPNWFADRYRVVYRNDVGIPSKLPKYYDPITFAMTAGWKKK >WP_159896041.1 tellurite resistance TerB family protein [Pseudomonas sp. LD120] >KAF0863118.1 DUF533 domain-containing protein [Pseudomonas sp. LD120] MNTRGLLDQLLRSGQELLQNKTGATATDAAKSDPGALGGLLGGKFGGLGGLLSGAGGGALAAGAMGLLLGNKKARKFGGKALTYGGLAALGVLAYKAYGNWQAQQGTAPRNEPQTLDRLPAPQVEQHSQAILKALVAAAKADGHVDERERALIEGEFRKLDNDPHLQDWLHRELNKPLDPADVARAASTPEMAAEMYLASVMLVDEQHFMEKAYLDELARQLQLAPGLKAELENQVRQSGL >WP_195397250.1 ATP-dependent zinc metalloprotease FtsH [Holdemania sp. 1001302B_160321_E10] MKAEKPKNKKPLIYYYFVMMIALMAFNLFVTPMIQNQRIKEVGYSDLIAALEEKQVDEVEVDNQTGKIAYTIKDNRKNVFVTGIMPNDATLTERLEQSGAKYTAVIPQQNSFLMDMLMWLVPIIVILGVGQLFSKQLAKKMGANTMTFGKSSAKIYVSAETGKTFQDVAGQDEAKEALSEIVDFLHNPDKYKKLGAKMPKGALLVGPPGTGKTLLAKAVAGEANVPFFSISGSEFVEMFVGMGAARVRDLFKQAQEKAPCIVFIDEIDTIGKKRDSANGMGGNDEREQTLNQLLAEMDGFDGSKGVVILAATNRPETLDKALLRPGRFDRRIPVELPDLKGREEILKVHVKDIVVDSDIDYRTIALATSGASGAELANIVNEAALTAVRNSHSKVMQHDFDEAVDTVIAGKERKGAVISEKEKRIIAYHEIGHALVAAVSKNSAPVHKITIIPHTNGALGYTMQVAEQESVLMSKDEILDKIRTLTGGRAAEEFMFNICTSGASNDIEQATRLARAMVAQLGMSDQFGMTALETVNNRYLSGDASLVCSNETATLIDKEVMAIIKNAHAEARKILEDNAQLLHEEAEYLLQKETITGEEFMEIFSRHQQLKALPQPSVE >DAP26351.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MSLFKGVSLCSQAYSPPAIRSATATKPIMNSHRPASRTTLIASCSHRGGVFVLRML >WP_089370623.1 DUF4157 domain-containing protein [Dokdonia pacifica] >GGG23349.1 hypothetical protein GCM10011344_25110 [Dokdonia pacifica] >SNR48861.1 Phage-related protein [Dokdonia pacifica] MFAAATKNSTPSRNPSLFNSGSSTTFIQPKLDVGKPGDKYEVEADKAADQIVAKSNDTTTPFFPPAPSIQKNAEEEVQKQETQETDIQQQPVVDTIIPGVQLKETTPIQKTKEEEIQTMTDTEQIQESSIENTTQSKEMSQEITPPLPIVQQMSSEDLQKKEEEEVQEKEEEEVQTLQKQTSGEDSTVSPSVENTLQSTKGGGSPLDNDTRNEMESGFGADFSGVRVHNDSTAVQMNQQLGAQAFTNGSDIYFNEGNYNPGSDSGKHLLAHELTHTVQQGAADVQRKPLQISSAPIMIQGFAISDLPSLAVDEIRDIARRIPGYTLFTVIIEYNPITSQRVERTAINLVQGLLELIPVAGPAIFDKLQEYGILERAFDWVRGQLSELGLTSTALLDLIGEAWNELEFPYTNALDILTRKFDTLLNRVIRFVSSLTEQLLTWIKEALIDVAEPYLEENQAWSLLKKVIHYDPLRDEEVSAETVEILEDFLMLIGKETELEQMRERGTLQETADWLDTQMGAFSSLLGQLTSLIDAAWDAIQPENLPNILDSLSSLATQAGEFLEGLWEFASTIAIEVLKLIKDALLGWLSTVAAEIPGFTLLTVIIQRNPLTGEVVQRSIQNIIRGFMGLVPGGEAKYQELRESGVIPRAAGQIEALIAQLGMSAETIIQLFTDLWNSFTIDDLVDPLPAFERITAQFGEPIIKLFTFIVKVVKVLIELILEIMGIPPDMIANIIANAMSAFEDIKNDPVAFLMHLMDALKNGFIQFLNNIGTHLLSGLQNWLFGTLADAGVEIPSDLSIRSLLGMAMDVLGITLDNILERLAIRIGPERVAQIRTVLDTLTGVWAFVRDVIERGPIAIWEYIQDQISNLWNVIKEGIMGFIQERVIQQAMGWLLSFLDVTGIMPVIRGVQTAFNAISSFIEKLREILEIVNSFVAGIADIARGNIQSAANFLETALADGIPVAISFLAKQLGLGDISEKIAEMIENTRAMINEGIDWLIDRALAAGTAFLNALGLGGGDETEAEPEEAEERNSGEFTGIDEEIDTASGEDHTLYIRENSNGGYDIIIESTPTVFEDFIMLHFNRIEDPDDDMVAAKDAALAKAREVDRIVTSITADEEVSEEDRTQVDQKLDELGRVTISFMDAAPVSDIPEHNITWGSRIGSFGSSMSITYLKSKTTGAESSNLPFQENQILMQRKNTGGQKYYRNGHLLNANLHGPDDWKNLTPLSSSGNSRHLHQIEAPLKEALPSEGNPEFKAFRYVVTVSYTRGINTSLIAQVEASENEYVEANRDTIIEIIRAERYVPISLRAQSVELEDVNGSWVEKSSGRYNISTPDIPNPIGDRPEDYRVTNERVLSYPVSYRNASREDFLIAGLTEPTVNALLTVRENPRLSITDHDTLHSELLKVISGSGGRVRKQTLIDRINL >MBQ1765196.1 3-phenylpropionate/cinnamic acid dioxygenase subunit beta [Aquincola sp.] MQATQESGAVEAVPERTGQRVPVGSPVYNSIVEFLYDEAELLDGLRLQEWASRLATDLVYTAPLRTTRATAEQTASVVRSTQHYHDDYRSVMGRVLRLSGKSAWAEDPPSRTRRLVTNVRVRTTSVEGEYAVTSCLLITRSRFNFDEFDFVSGERHDVLRADGASFKLARREVLLDQAVLGTPNLAIFL >WP_171183333.1 MULTISPECIES: VOC family protein [unclassified Ruegeria] >NOD75505.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4332] >NOD87487.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4318] >NOE13042.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4318-2] >NOG08790.1 glyoxalase/bleomycin resistance/extradiol dioxygenase family protein [Ruegeria sp. HKCCD4315] MKLTPDIPTPSAILEAALYADDLDAAEQFYGEILNLERIQRVDNRHVFFRIGRSVLLVFNPDQTEQPPLNPNMPVPPHGARGPGHVCLVLSRDEIAAMRKHLLDWNIPVDAEFDWPSGARSLYVRDPAGNSVEFAEAHLWS >MCJ1326389.1 hypothetical protein [Thelotrema lepadinum] MADNPPSYHNTSQGGYFPPPPQQNHIPPPISTPGNPNAPQKFFPPPPQSPPATKTNYPPPPSQSPPNGGPISRASYQTPSVTPLYSPPPQSAPPTQTSFQFPQQDRDFGPPPAGGQTGYHSYAEPLLSPSKPLDNTKSSLMPGGAPLASHFLGAATMQDDVGTFNGGSYRISHRDSNSVLTLQLAMGCPLSAKPGVMFAMSPTITLKGAVKFSMKKLIAGGEMAQSSYTGPGELLFAPPYLGDITTLRLTGKEKQQWYVGKDSLMSWTQGVTKEYKNQGLGKAMFSGEGLFVVKVGGAGLAWMSSFGAIIRKDLQEHEKYIVDNGHLVAWNCSYVMERVASGGIISGIVSGEGLVCKFTGPGTIFIQTRNQAAFGAFVGGQSGGGG >WP_237171174.1 proteasome subunit beta [Prescottella equi] MLPGNRIDMNGNGPDGDVAPHGTTIVALTFAGGVVIAGDRRATMGNLIASRDVEKVFVTDDYSAAGIAGTAGVAIELVRLFAVELEHYEKIEGVQLTFDGKANRLSSMVRGNLGAAMQGLAVVPLLVGFDLDAPDAERAGRIVSYDVVGGRYEERAGYHAVGSGSLFAKSSLKKLYREGADEDSALRMAIEALYDAADDDSATGGPDLVRSIYPTAVSITSAGAVNVPAERTAELARTVVAGRTEEGRTPR >WP_005710284.1 thioredoxin-dependent thiol peroxidase [Haemophilus paraphrohaemolyticus] >EIG23492.1 thioredoxin-dependent thiol peroxidase [Haemophilus paraphrohaemolyticus HK411] >OOR96319.1 peroxiredoxin [Haemophilus paraphrohaemolyticus] >STP01202.1 Putative peroxiredoxin bcp [Haemophilus paraphrohaemolyticus] MNTLKAGNLAPQFTLLNKNERPVSLSQFVGKKVLVYFYPKALTPGCTTQACGLRDSRSELNALNVEVLGISPDLPKKLAQFIEKKELNFTLLSDPEHQVAEAFGVWGEKKFMGKTYDGIHRISFLINEQGVIEKVFDKFKTSEHHQMVIDYLKGENYGA >EAV2673163.1 hypothetical protein [Salmonella enterica] MKVYKYTPHISLFLKEPTLSLTPAIFLNDPFEAQLTKKYKDEVVTAYSKIFSEEKRERMALRLRNDLDNNGDYSGIVSLTTKKGGLMMMSHYADNHRGGFLEFTISDDIGEGIN >WP_162313773.1 VacJ family lipoprotein [Pseudoxanthomonas yeongjuensis] >KAF1716661.1 hypothetical protein CSC74_07135 [Pseudoxanthomonas yeongjuensis] MNLLRIATVAVLAALATACASTPHTAAQAPPAETLVVGESTSETTPAAPAEAGPVPVADEASPVAPPIANAQADATSAEDDFAAIYGQNEYNPVADPTLPPGVQMPVSYDPWEKLNRKTHRFNNAVDRTIARPLALGYVKVVPRPVRLGVSNFFSNLGEPITTLNSLLQGKPKQAAQSLGRFLLNSTLGIGGIFDPASDAKLPRKNEDFGQTLGVWGWKRSRYVELPLFGPRTIRDVFGLVGDAPLSPIRQVENDKVRLGLQGLQLVNVRAQLLSIDALREGAVDEYALFRDSWLQRRNYQISEDRKKSGDESLPEYLLEEEENPTVPMDAMPDILPTPGS >MCL7030477.1 hypothetical protein [Papaver nudicaule] MAKVISMAQNILRLGFLVLVLIGMTQSVGAQIETELKCSADKFFNMFSQNAMQWTAILPQYVKSVKILKGDGKSSGTIRQWQYVTPASSKVLMLKEITKSVDEENRSITFSALGGDLLTHYKSFDITMAVTPKDVDNIEESGSKVKWWIQYEKRTEGVHGPDAHIALIAAVTKELGDYLLQ >WP_194933787.1 hypothetical protein [Pseudomonas neuropathica] >MBF6032874.1 hypothetical protein [Pseudomonas neuropathica] MSMPDEQNTQPAPPTITLPEEGSTTGPATLLLGSGIPGALVQVWNIENTHSLGGGQVSANGRWAFSISGAQFPGQQGIRAHQTWQGIKSDWSEERKYTVRLRPDIDVPVISEPQEGAQVDAVPVFSGDVTQATGFVNIFDLDTGLEIARANVDSTRQWRTQVTQPLPAGQCRTSAVHNIDGKVSDWGRVRTFTVTVNGKT >WP_249868607.1 2-dehydropantoate 2-reductase [Sphingomonas anseongensis] >MCL6679725.1 2-dehydropantoate 2-reductase [Sphingomonas anseongensis] MRVCVVGAGAIGGWVAAEFALAGLDVSIVARGETLRTIDSEGLRLTEGGNDHCVAVATAENPKDLGEQDLVVIAVKAPALAGIAPSLGNLIGDDTLVLPMLNGVPWWFTDEPLWSVDPDCVITDALPIGRIIGCAVDASCHRQAPNHVHVAHADRLTIGEPAGGTSDRVERLRSHIADTGIPCEVSDNVRKAIWYKLWGNATVNPLSALTRSTADRLIEDEAIHGLIIEAMDELAAVGAAIGCPISETSEQRMAVTERLGAFKTSMLQDVEAGRPIELDALLGAPREIARRVNVPTPQLDRIYAMTRLFAENSGLL >MBT7096516.1 D-2-hydroxyacid dehydrogenase [Candidatus Poribacteria bacterium] LGYVDLKTSTALVVGVGGIGQEIARLCNAFGMRVIGVDARWEYDPPDIERRSPDELDDALPDADFVLVATPHTPETEGMWNSARFRLMKSSAYFVNIGRGMTTRLDDLVSALEDDEIAGCALDVFETEPLPATHMLWGMENVILTPHIAVADAEDIGERTIGLFLDNARRLSAGEPLRNVVDKAMWF >WP_116870479.1 AAA family ATPase [Vibrio splendidus] MKILSLEFENLNSLKGRWKLDFTQSPFAENGLFAITGPTGAGKTTILDAICLALFHRTPRLKSIAKGNNELMTRGTGECFAELEFEVQGKTYRSNFHQKRARGKHDGALQTPTCEFADADTDKVLETMLTKKTKLVEQVTGLDFSRFTKSIMLSQGEFAAFLNANANDRAELLEELTGTEVYSLISERIYDHFKSSEQSLNHLKAKAEGVSLLSDEQIQELTTERDTLEIEQKRLAEQLKEWQAHLSWWKDVTKAQHTIATSEQDLKTAQGDLEQNQSSLVRLANSEPAEKLRPLHKDLKRCEHELNLTQINLDNSTKLLAVRETEKLDAQTKLTQSSEAVEKVKAEQQDQERIIEQVRPLDNQISVLKDKHTSAVNAANTLNEQHAQQRNQQLVLAQQIDELKQQENLSAEYLEAHKADQHLEKHLGQWQAKVEQVRTLESQHSQQLNLAKQTYTALEAQQAVIKNAQQTKASQDQALAELVLTENNTKQQWEALHANTSETALLAQKELLEFWNRNTHSLFEINRGFLNAQQQLAVKTQTHQTNVQQADKLSKEREVLVERYKEKETSLERLTLLIDQEGELAKYRAKLEFGSECPLCGSTEHTIEQSQDMANLVAQQEREKHGLAVIKKDGQEHRQQLDSLAPMITALSDDIQRAQADIQQAQLNWQSVIGKLQQSLSDFPNVTLELTLLSVTDLGNEMAVTAFVEQCELHVNQTQQQLKVLVDAKNSYAEAEKQRLSASVTADKAQANLVLAEERLNDLNKQNQVANEQAALTTQAKDQQWHSLKESIVETSIESPELEHIDAWFAEKLQASNTWLQTKQQQAELEKRLITQCAEQKTLDDKLSSAQKELDTLSKESELLTSELVHVGAERAQLFGEQDIQVASQAMKQKVTDSVTTFDAAQLVLNRCELEHRTEQTKHTGFSDELTAKQTSLTQAKNVWVEALHASPFEEEVDFEAALLDEELRTQLQNLKKSLDEAIVSAQARLNTAKAAQVELQNHENAQTWQEQDQPLVEQATAECQEAQQSHASKIGAISANLETDRQNRSNQQDLFKQISEQQVEFDDISRLNSLIGSKNGDKFRKFAQGLTLENLVYLANKQLQRLHGRYELKRKADDGLELQVLDTWQGDVMRDTKTLSGGESFLVSLALALALSDLVSYKTSIDSLFLDEGFGTLDSDTLDIALNALDNLNASGKMIGVISHVEALKERVPVQLKVTKHAGLGVSEMEKQYKVVA >WP_176307440.1 heavy metal translocating P-type ATPase metal-binding domain-containing protein [Flavobacterium sp. J49] >MBF6642209.1 heavy metal translocating P-type ATPase metal-binding domain-containing protein [Flavobacterium sp. J49] >NIC03455.1 HAD-IC family P-type ATPase [Flavobacterium sp. J49] MNTSQCFHCGNEIIKKDEILFDGRSFCCNGCKTVYEIFSQNDLSCYYDFQSAPGATPLDIKGKYDFLANEEIVNKLLEFQERTTHIVSLYIPHIHCSSCIWILENLQRLQPGIGASQVNFPNKKVRITYNPEQTNLKQIVEMLCSIGYEPYISLENFDEGKKKVDRSLIYKLGVAFFCFGNIMLLSFPEYFEVNEFWIEQYKGFFRWLTFALSLPAFIYSASGYYVAAWKSIKQGMLNIEVPIALGIVVMFIRSTVDIVFGYGQGFFDSMCGLIFFMLLGKLFQQKTYDFLSFERDYKSYFPIAITKILSNGTEEAVQVYDIKKGDRLLIRNQELIPVDGILISEKASIDYSFVTGEAVAIDKKSGDKIFAGGKQLGKVIEMEVLFSVSQSYLTQLWSNDVFQKKVDQKHKSITDKISRYFTPALLLLSVVSFGYWIFIDVATAFNVFTAILIVACPCALALTAPFTLGNVLRILGNRKLYLKNAIVIEQLAKVDTIVFDKTGTITTNKKTAITYEGEVLNDYDLKLLKNALRGSNHPLSRRLYDFIPPQDKMEVNHFEEIIGKGVFAELDEGTVKLGSSQFLQHMSENTHKKTKVHVEINGIYKGSYVFNNQYRNGLEQLFENLAKKYNLIVLSGDNDGERKILEKMLPSKTLLVFNQKPEQKLAYIDNLQKEGKNVLMIGDGLNDAGALAQSNIGISISENVNVFSPACDGILDASQFSKIDFFLKYAKNAMITIYLSFGLSLLYNVVGLSYAVSGNLLPIVAAIIMPLSTITIVSFVTIMSNVFAGKK >WP_182023956.1 MULTISPECIES: hypothetical protein [Vibrio harveyi group] >EHR6401694.1 hypothetical protein [Vibrio parahaemolyticus] >EJM7151514.1 hypothetical protein [Vibrio parahaemolyticus] >HAS6213173.1 hypothetical protein [Vibrio vulnificus] >HBK3327014.1 hypothetical protein [Vibrio parahaemolyticus] MKLSTIGVLTLSVSVMAGCSTINYNTSAKTDFFSEPPIGQVVEAYVGDYMLDQGKSTTMEYLILAHLVDGVAYDIPPGSYARIGDYKGIPYFSATNTQGQSIRYAAGLIDPPIALHTKKANEVCVTSVSYQSASCYTGQLRVEDRTVTDNQSFQQTLIYNGSVGKKINISYREFSDGSARNAFTNNVEYDMSKSNVINYKGARIEVLGYDNTSIKFKVLNHFRSDFSVNM >CAF1059395.1 unnamed protein product [Rotaria sordida] MPEIGTCTDTTCDDGIKELYECHCCSRLVCLNHLIEHVEITQQNKRQLDSLHNELNTVINTLKLIVEQKLFTIGHEQYLIDLAQRYLEVPDSSIDELQSIFEQVNQAIASNRSETMVKVEPPLSETRNCSCVCKCNKTNMDSNDQSPLRITPSPAESVVHSNATIDTDVTEESVISENAGYSTYIDHDYTDVISIDETIKSVEFICPACTLILRDPIQLTYCGHRQCQSCFRWQYGNLIKCQQCLETTSQNQVMLDRGFKNDMQTLPIECSFGDWIGILRNYQTHLDQYHRNPICEYCHRQFSTVSNLNGHKLLECENIIVNCLLKDFGCDEQIHLYNIRNHYWSENHQDSLTRIVQRMKLQIENMFMSSIQIDTHPFRSPTVVPVDSNIVRFQELFEILNIRQDDLNISNYTAQERVNNALFQCQKKSAKLTLSLL >WP_262612393.1 dihydrolipoyllysine-residue succinyltransferase [Staphylococcus delphini] >UXS20615.1 dihydrolipoyllysine-residue succinyltransferase [Staphylococcus delphini] >UXS56620.1 dihydrolipoyllysine-residue succinyltransferase [Staphylococcus delphini] MAEVKVPELAESITEGTIAEWLKQVGDTVEKGEAILELETDKVNVEVVSEEEGTIQELLAEEGDTVEVGQAIAVVGEGGAAQPSSDDSKADSKDASDQSEQQASDKQVQKEEKSSSDKESQSSSSNERINATPSARRAAREKGISLSEVNGKANDVVRKEDVERGSQQKSTGAAQSKEKEAAAPQAPKTPSKPVIREKMSRRKQTAAKKLLEVSNNTAMLTTFNEVDMTNVMALRKRKKDKFMEDHDGTKLGFMSFFTKAAVAALKRYPEVNAEIDGDYMVTKQYYDIGIAVSTPGGLLVPNVRDCDKKNFAEIEQEIANLATKARDNKLTLDDMMNGSFTITNGGIFGSMMSTPIINGSQAAILGMHSIITRPVAIDQDTIENRPMMYIALSYDHRIIDGKEAVSFLKMIKELIENPEDLLLES >WP_232306300.1 MULTISPECIES: two-component regulator propeller domain-containing protein [Parabacteroides] >MCP9363124.1 ATP-binding protein [Parabacteroides distasonis] >MCS2462397.1 ATP-binding protein [Parabacteroides distasonis] >MCS3340124.1 ATP-binding protein [Parabacteroides distasonis] >UVR13135.1 ATP-binding protein [Parabacteroides distasonis] >WHA39576.1 two-component regulator propeller domain-containing protein [Parabacteroides distasonis] MKTKTLLCIIMILSWGILGSGLAAEDILFNRLGVQDGLSSNEITCILKDRKGFMWLGTTSGVNRFDGYEFKHYKYKESGLPFREEHVSELQETADGRIWITYNTNQLCVYEPGNDRFIPEKEILDSLRLENPPAKIFVDNDKQLYFATYTNEFCRYDQARGKIYSYPLNKEDGRVCDMSDVGDRLYVVHTSGVVEGIDKASGESVYRDEYLTQYANAQLFYVFADSDGDLWFFLNPGYSRGLFRLNPKSKEWKHYTTETSVALSSIMVRDVAEDMNGNIWIATDHGGINILDKRLNRMRYIRNNPFNQTSLSQNSVICLYRDDTGIMWAGTYKNGINYYHESIFKFQTIRYPLELMRDIFNNDFNCIVEDKEGDLWIGTSGNGLLRYDRETGEYVRYRAGRESENAISGDVVISMAKDLDGKLWLGTYMEGLTGFDGKRFKHYRDIPGSKDGLSNNSVYSLYVDAKNRLWIGTLEGGLDCLDQSTGKWTYYRMGDKENAINSDIVYSLSGDEKGNIVVGTSLGVNWINPETGAVTSFNGTKDGRSVFEDQIINVVFCDSRQWVWIGSNHGLHIYDRLNDKMYRLNHSSGLPDNSIMSILEDKYHTVWVGTKNGLLNIVPNRDTDNNYTFDWNSYDENEGVQGRVFNVNSACGLETGELAFGGTNGLTFVEPARIRYNSYAPPAVITGLMVNNVPITAREAYDGHVILDKDITCTKQLKLNYTERNFSFTISSCCYFLPLKNKYAFKMEGFDSEWTTVSALERRITYTNLNPGTYTFKVKAMNNDRIWSKEITSLQITILPPFWATGWAIALYIIAGILLAYGVIRFIFRIQQKKLEEEQERATVRQQHEVDEMKLRFFTNVSHEFRTPLTLIMTPLEKLMKTEKDMESQQILKLIYRNADRLLKLVNQLLDFRKIDMQGDSLVLSTGDIVPFVRDVAYSFKELSEQKRIHFSFSSVFTSLPMKFDTDKVFKIVSNLLSNAFKFTPEGGTISVTLRLRLEKEGENKLVIEVSDSGIGIPADKQGAIFDRFYQVASPDKGNPVVGTGIGLHLCREFVRMHHGTITVKSEPGAGSTFTVTLPVIPLDNQDIISAPEGIAEGDILPPVEEHPEIADKDASPAERPTLLVVDDNTDFREFMKLSLSGVYSVLTAADGEDAWKLIPEELPDMVISDVMMPITDGITLCRRIKGDIRTSHIPVILLTAKSAKDSQLVGLEAGADDYISKPFNMEMLLLKVRHLIEMKKKMQKAFMQSSTMGIALTEVQASSMDEELMRKAIGYIEEQIANPELSVERLSREMGMSRVNFYKKCLSITGKTPVELIRTVRLKRAAQLLEKSQMRVNEVALECGFNDVKLFRKYFKDEFGRLPSDYHK >CAB5621061.1 Transposase [Escherichia coli] MELKKLMEHISIIPDYRQAWKVEHKLSDILLLTICAVISGAEGWEDIEDFGESHLDFLKQYGDFENGIPVHDTIARVVSCISPAKFHECFINWMRDGHSSDDKDVIAIDGKTLQHSYDKSRRRGAIHAISAFSTMHSLVIGQIKTDEKSNEITAIPEILNMLDINGKIIKTDAMGCQKDISEKSHGREEIRLHIVCDVPDELIDFTF >WP_150071802.1 hydroxymethylbilane synthase [Thermodesulfobacterium sp. TA1] >QER41942.1 hydroxymethylbilane synthase [Thermodesulfobacterium sp. TA1] MEIRVGTRGSKLALAQTEWVIARLKKVFPDLTFEKVIIKTTGDKILDAPLSKIGGKGLFVKEIEEALLRGEIDLAVHSLKDVPSFLAEGLEISCIPERESPFDVWVSDYAFSELPPNSKVGTSSLRRMTQLKKLRKDLEILPLRGNVDTRLRKWREGQYAGIVLAEAGLKRLSLSIEYTRFTIDELIPAVGQGALAIETRKDDLKIKTFLSALHHKPTEICIRAERAFLKTLEGGCQVPLGAYAWLEGDELFMVGFISDLEGERFYKYKEKGDPQNPEALGERLAKHLLSLGGDKILAEIYQGI >WP_250934260.1 stage 0 sporulation family protein [Acetobacterium wieringae] >OXS26311.1 MAG: stage 0 sporulation protein [Acetobacterium sp. MES1] >URN84413.1 stage 0 sporulation family protein [Acetobacterium wieringae] MGKSVVGVRFKKVGKIYYFDPLDIEFEQFDPVIVETVRGIEYGEIALTARDVDEAEIVAPVKPVIRKATEADTFEYNKLKQNEQDAKAIFIAKAKKHKLEMKLIDVEYTFDQKKAIFYFTAEGRVDFRELVKDLASIFKVRIELRQIGVRDEAKLFKGLGVCGRTTCCAQWLGDFTPVSIKMAKEQNLSLNSTKISGICGRLLCCLTYEQEFYEEVSKKLPKVGQRVITADGEGEVFKLSILEETVFVKIQVNKDETEVKKYLLEEIEVKKFEKVKKDK >KAJ9397508.1 hypothetical protein DTO282F9_5513 [Paecilomyces variotii] MAEVDKPTKYNVREYVCHILSSPIDVRFAPSMRDQARPIVTCEEIRNGRDLCPHRVSGRKILEISGSVILKMGYGVSMGEAEAMCLVRNLTTVPVPKVLNAYMIEDIGFILMERIPGIPLEECWDRLSIAARKSIVQQLKDYVQQWRRIEGTFFGSVDGGPCEDVIFKHPWGTKPYRYGPFQTRKDFNAGVVLALQRSRPNDRLIGKRDCILADRILSSGENGQDERKIFTHGDLHPTNIIIDDDKITGIIDWGASGYSVASREHFGLKWATDEPSWRELSSSILASDEYEFWAEVNNSMTDYTGI >WP_223655776.1 imelysin family protein [Halopseudomonas nanhaiensis] >UAW99920.1 imelysin family protein [Halopseudomonas nanhaiensis] MYALFDRPRLSSLLIGVTTCLLSPFALADTASARWYAGIAGGYEALADSSRNLEQAADRFCAAPSANPHERARLESAWADAFFDWQRVRFVDFGPVKQDSLSWQLQFWPDPKNLVGKKVRARFDGDQPISAESIAGDSVAIKGFPAVEYLLFDEQFEQSPNALPASRSCALLTAITAHIRANSGRLVADWARFRPHFVEQDRYADDTVLAAMHALELMKDRRLGAPMGAAGKGRRNPYLSDAWRSGQSMTSLKASLEGIRDMFLPGLALRLDSEQGQTLYQRFSRQLAAAIERLDSLSHDISPLLDDTAGYRQLQLLLLDIERLNTQLSGSIAPELGVVKGFNSSDGD >GFY73571.1 protein maternal effect lethal 26 [Trichonephila inaurata madagascariensis] MSEAIPNNDEANTRMEDRERNFKWIVENVCKFSKRLFSSEILSETACKPEFRLVARLNEMFLEEHVSNVSIGLQRIDSGEATIHVAFDIELLNLNGDRYCQKTSSFLCSPGGAPYYIFSELFSDSPKKLTYRMWHPVFLPKTNTS >QMV44496.1 MarR family transcriptional regulator [Cohnella cholangitidis] MDNAAVFVKSWTKLTKDWNAQMEAELAPQLTAGQLEVLELLQAHEPMKPSDLLPHLETTPAAITTLLDRMERGGLVERNRDEGDRRIVWVTMTALGRSEAERGIAVRSAIVNRSLELVSSHNRQLLVYLISKVAGTREPTPLGDRKGNGSENAQETKDNNMESSAVST >RLN50561.1 hypothetical protein BBJ29_004799 [Phytophthora kernoviae] >RLN58040.1 hypothetical protein BBP00_00007208 [Phytophthora kernoviae] MEKVRASSPTAVLGGKDVASYTSPPPLAERRTTWLFIRTLLWKNWTLKRRHPVATFMEIALPCIFILIMGLLKTLVDDVDVPEGWSDDDSITGDDTLGTSYNLFQTSGMTLSGIPAVLPKFTMHETSLWGIMLYMGSLSISNGMKMDELSATDLSNCTTGVTARGLVDTDPTSDQENPHIYGGIMFDTYPTDDKIGSFESIEYTVRLNSTLGRQGAIGLVPRTIGDPPKISPFQKSINVDYYTRYTITGFMTLQTLVTRFVACMPDWDSTTKTTTGECQRPQTTAEASTEMDDQLLSTLDNDVIIQYAIQNIAGADATFSSVKNFFTNETLEAFLKPLRQAPQPYLGASVAPFPIEAYTSSPFYDQVSDVFAIIFILAYLYCISRILVVLIQEKELRLREYMKILGVKEKAIVISWYMTYILILFIGAVLQALMGMAGLFANSSVVLIFLFFFLFSLSVLAYGFMISTIFSRARVGAFVGMVLFFLMYFVSAAFTTETAENSKTAGCILSPVALSLGVTVLSNLEATGTGVNFSNASVLSDNFRFSRALLMFALDTVVYTLLGLYFEKVVPNEHGTTLKWYFPVSPSYWRNRRKGREASKGEMKSDHPSEALLDNVVVEVNHSFEPVNAELREQERQGEVLAVQRLRKVFPVPGGEKVAVQGMNLTMYKNQITCLLGHNGAGKTTLISMLTGMIGPSSGDATFRGLSITEDMDEIRESLGLCFQHDVLFEELTVEEHLLFFGRIKGYTKQELEAVITRQIREVGLTEKRHVKSTELSGGMKRKLSVAVSLLGDSSLVFLDEPTSGMDPYSRRSTWEILLNNRNDRVMVLTTHFMDEADILGDRIAIMAEGELRCCGSSLFLKNRFGAGYNLTLVKDDGTCKDSEVIAFVTSRVPTAQLLSNVGSEIAFQLPLASSSKFASMFADIDDNLKSLGLLSYGVSVTTLEEVFIKVAEADDHSNQHTLGNRARSETPVSSPTASNEAGAIPLQTGSIFMTHLRALFLKRLRYAKRDKKMIFYSLALPILLLLVGLGLLQGTSFTDDDPNLALTTDAFDYGDKTPTPYFCQPGATDNQWCSDTMSSSYFTGVSTAELALSEPAFSSSSPTVFGVTYTNPAVNTTGATGYGLSLGEEVYSRGYGADTPTVEGQYGAYLVHGDNDKNVFSYNMFVNTTATHGAIIFKALMDQAIYRFFAANSSDAASPSVNLVVNNHPLPLTADTKALFGSFLAFTACLFICIAFTYYPASIVTFLVKEKQANHNSKHQQLVSGVSLGAFWLSNFIWDFLLYLIPCAAAILMIKGFGIDSMTGSLACNSCTSETFPAVIVIFILFGLAICPFTYCLSYLFKEHASSQTYTIMINFVVGVVLMVVAFILDAIDSTESVNAVLVFFWRFSPLFNLGYGLMNLVMNELTTIRESDESKTSPFSTDLMGWEMIYLFVTAILYGCLAVGIDYAMTFPKVKDWMSGSDNVQDEAYDEDIDVEKEAQRVANGGANDDIVRLASLRKVYRGGKVAVRNLSFGLKRGECFGFLGINGAGKTTTMKMLTGDELPTHGTATLGGFDILTQQIEVRRQIGYCPQFDALFDLLTVREHLELFASIKGVHRSELDAVVRDKIDQLNLADFENKLAGSLSGGNKRKLSVAIAMIGNPRIIFLDEPSTGMDPVSRRFMWDVIADISTRGKNSTIVLTTHSMEESEALCSRVGIMVGGRLRCLGSVQHLKSRFGDGLVFDVKLANPTQEELEDLVQQHFGGSGAIVTPADLEDKCISFGDQELAQRVVSSHPTGYGLAAVMERDGYVRAEAFVSWCLEETRFDTLLHFLDYSFSHGGVTVMERQNDFCRFKLRGSNDELRLSKVFALVEDIKEKMHIREYSVSQTSLEQIFNYFASQQAEEQGVARGFQDA >WP_042632177.1 3-oxoacid CoA-transferase subunit B [Helicobacter pylori] >KHL83069.1 succinyl-CoA:3-ketoacid-CoA transferase [Helicobacter pylori] MREAIIKRAAKELKEGMYVNLGIGLPTLVANEVSGMNIVFQSENGLLGIGAYPLEGGVDADLINAGKETVTVVPGASFFNSADSFAMIRGGHIDLAILGGMEVSQNGDLANWMIPKKLIKGMGGAMDLVHGAKKVIVIMEHCNKYGESKVKKECSLPLTGKGVVHQLITDLAVFEFSNNTMKLVELQEGVSLDQVKEKTEAEFEVHL >XP_046509038.1 sodium/potassium/calcium exchanger 1 [Equus quagga] MGKLIRMGVRERRLLWPKRLHWSRLLFLLAMLIIGSTYQHLKSLRGLPSLWGAVSSQHPIKLDSRDLPNNEMMMVSSDPPRARSEMEGETLVPQATVGKDEATPGITMENTPITPRRIANITPTIPKNNYSPTAAGTGSVKENTTTTPSGVLSHYTPTSSRPTVKNYTPTTLRGEMQSYHPTQARGKVKKYIPSPLGRVVGNYAPPTLKTVIRSHGITFRTTVKDSETMATNKILETNALKRIVEETTPTTLKGIIDNTPTFLINDVETNILTSPRSVVEKNTLNTPRRMDINSSTSPQELLGKNNLAIPQGTVLEHTAATSEGMISTMTGSSPAEIKASTTAWIVGNLSSRTSKPPIRISSSTFWGLAKKTSTASSTSASTRVRANPTTQVRDCVAVEPAPPVPTVPSPSLTTAVIPEVPSPSSSALPPGWSDLPPKGEYPPDLFSVEERRQGWVVLHIFGMMYVFVALAIVCDEYFVPALGIITDKLQISEDVAGATFMAAGGSAPELFTSLIGVFISHSNVGIGTIVGSAVFNILFVIGTCALFSREILNLTWWPLFRDVSFYILDLIMLILFFLDSFIAWWESLLLLLAYAFYVFTMKWNKQLEVWVKEQLSRRPVAKVMALGDLSKLGHGAVAVDERQENRKLKLPSVLTRGSSSASLHNSTIRSTIFRLIVHSLDPLGEDRPSKDKEEESLNQEAKAKPQFKAESKAEEEESAQLPLVTVTPAPAPDVQGAQEEDPGGQEGDVAGAESTGETMGGEVEAPCEGEKGEGGGGETQLEGEGETEAGGKGDNESEAEIQAGGKGDNESEAEIQAGEDGEMKGDEGEAEEQEFHAENQGEAKSDEKGIDDEGGGDGEDEEEEEEEEEEEEEEEEEEEEEEEEENEEPLSLEWPETRQKQAMYLFLLPIVLPLWLTVPDVRRLESRKFFVITFLGSITWIAMFSYLMVWWAHQVGETIGISEEIMGLTILAAGTSIPDLITSVIVARKGLGDMAVSSSVGSNIFDITVGLPVPWFLFSLINGLQPVPVSSNGLFCAIVLLFLMLVFVISSIASCKWRMNKILGFTMFLLYFVFLIISVMLEDRIISCPVSV >KAG7034489.1 Vacuolar protein sorting-associated protein 55-like protein [Cucurbita argyrosperma subsp. argyrosperma] MFSSSILLQILACALYNNWWPLLSALMYVLVPMPCLFFGGGSTQFLITRDGGGWIGAAKFLTGASTVGSLAIPIILRHAQMIDTGAMFIEFVSFFIFVCTVLCFHRVSLEDDW >MBL7809501.1 acyltransferase family protein [Saprospiraceae bacterium] MKKPLDPWPDRLRNLATVMVICIHAAAPIAHSAGQDYNSHWWWAGNFWNSLTRPAVPLFVMLSGYLLLSKDYPLSDFLKRRFTRVMIPAIFWMLIYSFYNYLAHGSPATVVETLKGLVTGPVHYHLWFIYLIIGLYLAYPFLRGWIRGATKQEFWFFFIMCNFCTWGYKMMAMWLNMPMGIYFELFTNNAGYFVGGYYLGNFAIFRKDEPLDGYKFFVPGYLPWLLIFLGTFSTMTASYIINTFFWKGQPDVYFYDYLTPNVAMGAVGWFLLAKRSFNGSPLLDIERDFSAASFGIYFAHVLVMDYFGQLGFWHSMAHPFFVSPILTAMIACMTFLAVAIIRVLPGGDKIT >WP_277531229.1 transposase [Cohnella rhizosphaerae] MSENNEMLPLSGEKVESDGIYRDEWGRELKLERGDEFPSDPMVGSTEWEWVEAVYDNHHDGETDPRLVPKEKDVNKQDKIEHPRRQVDRGSKG >WP_140985543.1 HAD-IA family hydrolase [Asticcacaulis tiandongensis] MRLAVFDVDGTLIDSRASIFRAAVEAAHRINIEPPTYDQVRGIVGLSLFEALEAMRPDLDPETIAAYTREFQNAFITFHAEPDFSEDLYAGAQETLLRLKNDNWLIGMATGNSRRGVTRILAHYGWEDIFDVTFCADDGPSKPHPHMLECNMKALGVGAHQTLMIGDATYDIRMARSAGAYAVGVSWGFHTVSELEAAGAHEIVDDYTALNRTLDQFSSEVLKASL >WP_190032834.1 LysR family transcriptional regulator [Streptomyces goshikiensis] MDLRALHCFVAVAEEGNFGRAAVRLRLAQPPLSRRIRELEADLGCRLFERIPTGARLTPAGEVLLPEARDLLERAERARERVRGTVADRVLVLGMVAGAGLEVGPAALAALRRMRPGVRVRLREAAVTDPTAGLREGRVDLALTRLPFDTAGLTVRPLGEEPLVAAVPADDPLAGRPRLHVTELADRPRFRLPPGTDARWRAYWLAAEEEAPGPVVASVEECLHAVLWEGAVGLLPAGAALRHARPGIAFVPVGGHPPSCVVTARLAGVTDPLVDALADALDAARQAQAREGRRDAPARPR >CEM11561.1 unnamed protein product [Vitrella brassicaformis CCMP3155] MEGLTLDCEGVTQGDSMAMFVYACGSLPLIHALRAACAEEGYEMPSSGAWDESGSDGSGSDMDENENAPSEAQERPEEASDTPPEAEGDGAGVCVCSDVEGVGVGEEESLSASSAPSASSSSASLRQCWYADDSSALGKLHGILVWFRALRRIGPSYGYHPETAKSFLVVKPELEQIARELFEPEGVQIVTGKRFLGGYVGDEGGRAAFLCEKVEGWVRGVRALTSAARNFPHTAHAAMTRSLQMEWDYVFRVVLTDECALSPLREAIAKELLPALLGGPVTPSEVDLMLLPARHGGTGIRDPLDRAAAAYPASRASTKVVSKSVQGKAPFHPGDHRATIRHALTRSKQQQDVAHKTKREAALPHIDRRRHRVLSRSAEYKTSGWLTTLPSTDNNTGLDAAEFRDALNMRYGRHPPGLAARCDHCNQPLTVDHALCCKRYGLVIRRHDELRDTFAELIGMAWGDAGVRREVVLKEGEEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLQLPRDLLPSGGDV >WP_028393295.1 MULTISPECIES: cold-shock protein [Bacillaceae] >KOR77690.1 cold-shock protein [Bacillus sp. FJAT-21352] >KOR84155.1 cold-shock protein [Bacillus sp. FJAT-22058] >KQU08263.1 cold-shock protein [Bacillus sp. Leaf13] >KRF55167.1 cold-shock protein [Bacillus sp. Soil768D1] >KRF60064.1 cold-shock protein [Bacillus sp. Soil745] >MBO0996561.1 cold-shock protein [Bacillus sp. SD075] >MBT2645512.1 cold-shock protein [Bacillus sp. ISL-34] >MBT2669663.1 cold-shock protein [Streptomyces sp. ISL-14] >MCD1159677.1 cold-shock protein [Peribacillus castrilensis] >MCP1095770.1 cold-shock protein [Bacillaceae bacterium OS4b] >NCT39493.1 cold-shock protein [Peribacillus frigoritolerans] >PEF38603.1 cold-shock protein [Bacillus sp. AFS094228] >PEO41838.1 cold-shock protein [Bacillus sp. AFS026049] >PEZ77290.1 cold-shock protein [Bacillus sp. AFS017274] >PKF87772.1 cold-shock protein [Bacillus sp. BA3] >QNK50562.1 cold-shock protein [Brevibacterium sp. PAMC23299] >QOS88002.1 cold-shock protein [Brevibacillus sp. JNUCC-41] >QYF82037.1 cold-shock protein [Brevibacterium sp. PAMC21349] >TDL90147.1 cold-shock protein [Vibrio vulnificus] >SNT37564.1 cold-shock DNA-binding protein family [Bacillus sp. OK838] MVQGKVKWFNAEKGFGFIEVEGQDDVFVHFSAIQGEGFKTLEEGQEVSFEIEQGARGPQAANVQK >OJV54207.1 hypothetical protein BGO31_12695 [Bacteroidetes bacterium 43-16] MKNNKNKAIEGVMPTIKNAELWKRYQKIGELCESWERRKDAGEAKDRRVMQTPIALLGG >WP_157553964.1 alpha/beta hydrolase [Herbidospora sakaeratensis] MGLSAPASARARADMEERPCPVAVPAGTTCGYLLVPERRDAYQSDTIKVGYAIRKAANPVGEPVVFMSGGPGSASIPLTELITSIAPDRDVVVIEQRGGRWSEPRLECPEIVDGVLKDLAPPAAVAASPSPPPVTMPITATPAPAPNGAMGLAARTCKARLTVDLRGYRTQEIAADVVELRRSLGYDKWTLFGVSYSTRAMLLAAAMDPDGARSLVLDSYLPERLPWYDQAMGALRSTLDRLGVTARFDVAVRNINANPVTLATRDPLTRRRVMVRLTGDDVATLLAESFADPEAVPILPALVEGLAGGHTDLLQPLVDAAGGALTSHEWGLYYAVQCQDETPANTFADRRLFTADNDATVCAEWRLPPSGEEGAITQAPVLILAGQDDPITPSAAAAQATENLPGARFQEFAGVGHGVFLSSDCGRRTITAFLADPAAPAPCDAAVAPRAMIDPGSVHFTGAAYTAVGAPWVLAPLGAFALLSLLQVVGGGLTVRRDGLLTLLAGIAGVLFCAVAAWSVLTVDDEVSFAVGIPPIIFWTSPLAVVSAGLSVVAAFRERAPGVLILPAATGLVFAAWLVGWVL >WP_139067457.1 MULTISPECIES: DNA translocase FtsK [Antarcticibacterium] >MCM4159656.1 cell division protein FtsK [Antarcticibacterium sp. W02-3] >QCY70899.1 DNA translocase FtsK [Antarcticibacterium flavum] MASKKASTKKKKNTAGLKKPSFKFSRQQKVVLGSFLMLLGLAMIIAFISFLFNWQADQSTLQELGNRELETRNWLSKFGAAVSDFFIYRGFGLAAFLLAGLVAVTGIFLFFNLKMKNLFTYWFWGLLMMLWWAVFFGFFAESNSLLGGRVGYEVNDYLQDYIGFIGTLLLLTFMFIAYFVIRLKITPEMVGEFISSKRKSVTEDFTTQAEPSKAPAAQVTHEEKDWVEKTAAEKKEEATAAYSIKEDKPKPSQPAPPVTKSQEEDDVQMEIETAEEEEAEDTLSHKLVKDFGEFDPTLELKNYKWPTIDLLKDYNTNGGGITVDQQELEENKNTIVATLKNYKIEIAQIKATVGPTVTLYEIVPEAGIRISKIKNLEDDIALSLSALGIRIIAPIPGKGTIGIEVPNKNSTIVSMRSVIASPKFQNAEMELPMALGKTISNETFVVDLAKMPHLLMAGATGQGKSVGLNAILTSLLYCKHPAEVKFVLVDPKKVELTLFNKIERHYLAKLPNTEDAIITDNTKVINTLNSLCIEMDDRYNLLKDAMVRNIKEYNVKFRARKLNPENGHKFLPYIVLVVDEFADLIMTAGKEVETPIARLAQLARAIGIHLIIATQRPSVNVITGIIKANFPARIAFRVTSKIDSRTILDNQGADQLIGRGDMLFTQGNDLIRLQCAFVDTPEVDKITEFIGSQKAYPDAHLLPEYETDESGTGLDIDVSERDKLFREAAEVIVIAQQGSASLLQRKLKLGYNRAGRLIDQLEAAGVVGPFEGSKARQVLVSDIASLEQLLNEEDQY >MBK7384228.1 hypothetical protein [Flavobacteriales bacterium] >MCC6938017.1 hypothetical protein [Flavobacteriales bacterium] MFKKIALLASMAAFVVACGPSQAEMEAQAKAVADSISAVLRADSMRMADEAAAAAAAAQVQADSIAAAAAAVVAPAK >WP_094840069.1 efflux transporter outer membrane subunit [Bordetella genomosp. 11] >OZI66869.1 RND transporter [Bordetella genomosp. 11] MRGFLAIAAVLLCSACTVGPDFHKPDPQVPAGYADRARAHAAEGASVVDDADPDPRWWRRFNDAQLDSLIDRAIAGNLDLQQAVQRIAASRAQARAAGAAALPQLNANGSYTYQQLGAKGMLESRGVPQKLDRLGAPGSPLDSVAPGAGAAASAAGKSLIDKIEDPVSLYQIGFDASWELDLFGRVRRTVEAANAQTESAIEARNDALVSLEAEVAQTYAQLRGAQLLARIAGDQIREDQEVLDLTRSRQRAGLASQTDVERAQAQLGASRSQLPLYEQQTATALNGLALLIGAPPGTLDAELSTPGAVPPVPPAVPVGLPSSLARRRPDIRRAEADLHAATAQVGASIAQLFPDLSLTGSIGLRATEASYLTRWASHFYSIGPQVSLPIFQGGALRAQIAMARADQAAAVLAYRQTVLSALHDVDNALVRYRTDQARRDTLSTVLDANRRAFELARDGYVNGLNSFIDVLDTERQLSNSRIQMADATVRVTTDLVALYKALGGGWQADSGAGAVSSR >HIH60710.1 methyltransferase [Ferroplasma sp.] MGIKNEKLSYIRLGNSLIFKDKISTKIARVYAGEMIIDNIYVETGKIQGVKRKPTLKLLYGKGCETRIRESGITYTLDLQKVMFSPGNINTRSKIKYTDFTGLVVLDMFCGIGYFSLQVLKNSRPMNMIMCDINPDSIYYLKKNLIVNRIQTPVTLFTGDSRVVLPLVRADYIIMGNFNSVHFLVSSLIRSQNGTRISMHYLATTRDLDKAVYNIIDMARKLGYILTCTRSERVKSVGPNYLHINSTFTVISIL >MCB1191718.1 glycosyltransferase family 2 protein [Leptospiraceae bacterium] >MCP5496330.1 glycosyltransferase family 2 protein [Leptospiraceae bacterium] MIQFSLIIPTYNEAKNISVLVPRIIKLLSDHSITFEIIVVDDDSPDLTWKVAQEIAKKDSRVSAIRRIQKKGLSSAVLDGMEVANGQSFGVIDADMQHDENILPRMISELKDYEMVVGSRVVEEGGYGEWGLIRKTMSKIATLMAKLFLPISIGDPMSGYFVLRRELYEEIASEVNPIGFKILLEFIARKKGIKVKEVGYVFKTRIHGETKMTGSVIQNYLIALYDIRFGKYVSLTFIRYGVTGFLGVFVNLFGQFIAAELLGWKGSGEVYSNFLLPSLGVVFGFELAVLSNYILNNLWTFKKVKKKGILKNITGFLKFNLVSYAGLVIQLSVWRFTLEAYQVYLPEYYFSSATYICNFIGILLATAGNYHLNKHFTWTYKE >WP_087465911.1 tryptophan--tRNA ligase [Cellvibrio sp. PSBB006] >ARU26913.1 tryptophan--tRNA ligase [Cellvibrio sp. PSBB006] MSKQRVLTGITTTGTPHLGNYVGAIRPAIAASQGADVQSFYFLADFHALIKCHDPVQVHQSTREIAATWLALGLNTDNAIFYRQSDVPEIPQLCWMLTCMAAKGLMNRAHAYKASVDANVDVGEDPDFGITMGLYSYPILMAADILMFNANKVPVGKDQIQHIEMARDIAARFNHHYGEHFVLPEALVDDNVAVLQGLDGRKMSKSYGNTIPLFLPEKQLKKAINKIITNLLEPGEPKDPDTSTVFQIWQAFATPEQTAQMRQAFADGIAWGEAKKQLFELINGQLGEARERYEALLANPAHIEEVLQAGAQKARAYSQPLLEKLRAAVGIKAIS >UGA79226.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPXXXXXXXXXXXXXXXXXXXXXPNQPYPNAXFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKLFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAXXXXXXXXXXXXXXXXXXXXXXXXKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPLKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNNRVVISSDVLVNN >NWI70572.1 GP182 protein [Todus mexicanus] NEYGEYHNWSELFHLLNYTYTFCEFSLDENVKRVILFILYLVIFVVGLVENLLVIWVNWQTRGNKSLVNLYIINMAIADLGVLLSLPIWMLEVMLDYTWLWGSFLCRFTHYFYFANMYASIFFLTCLSVDRYMSLTSSSLFWRKHQHRARRIICACSWVLAAAIPFLEVAHMQLVNTGEPICIFMAPFETYDEWALALSLATTTIGFLIPFPIITVFNVLTARFIKRTKPESRKHCLLIYAYIAVFLVSWLPFHVMLTLLTLDGNHIILHCAFAHFLYFFYDIIDCFTLLHCVINPILYNFLSKNFRSKLISAVVKYIPKDQGVQKGTGNSSSTTQHSIVIAKDNNPP >AMT69763.1 hypothetical protein ABG82_04845 [Mycobacteroides immunogenum] >ANO02814.1 hypothetical protein BAB75_04870 [Mycobacteroides immunogenum] >KIU39242.1 hypothetical protein TL11_18445 [Mycobacteroides immunogenum] >KPG02769.1 hypothetical protein AN909_26865 [Mycobacteroides immunogenum] >KPG03342.1 hypothetical protein AN910_26460 [Mycobacteroides immunogenum] MLHKIVILIAEAEGVARWRFSARWVDEMSSVLPQVTCKFDTDVSMQPADVVARRCGPGRSKLDPLPMFSVPDPVR >MBD3627516.1 PD-(D/E)XK nuclease family protein [Cyclobacterium sp.] MNGFLKQTASTLLQRERELKGVKVILPNRRAGLFFNKYLGQLATKPIWMPRVLTIEDLFYEMGRKRPTDKLRLIYEMYQVFSSLSQVEESFDRFYFWGEMILKDFNDLDQFLVNPEKLFTNLKEQKILASDWSFLNPEQVALIKAFWASFEERDKHHQKKFLKFWDLLHPLYQEFNARLKSGGLAYGGGIYREVVQGMQDMELPRGHHIFVGFNAFTATEERLIKFFIEHHGAEIFWDIDAYYMKDPAQEAGLFFREYRKDPVFGPTFPVEIPQQIEKKNAQIDTYSVPLKSNQANVVAGLLEQVMEGQENWEETVVILPEEQLLFPILNLLPEKVNKVNVTMGYPVKHTPVYTFLEAVLELQRYTKIENGEVLFYHKPVKELLHMVYLREVNPLFATQMVEELTRTNTIYQTAEKLSVGGDLFALVFQKLTPLNLLDVVLELIRKLGEGLDDQSMEQTYLLQCYKQMNRLKDIFKEDISEEVSVEFFIRIFRQVFGEIKLPFQGEPLEGIQLMGVLESRNLDFKRVIVCNMNEGSFPPSNSMNSMVPFNLRRAFGMPVQEQNDAIYAYTFYRLLHQAEEVHLLYTTAGTNGQVGEKSRYIHQLQIEMDHGGLNKEDKVIHVPVNLTAASPISIPKNATILRFLNRYTDRIAEGQEPITFSPSAINIWLDCRLKFYLTYIAGLEVPEEVQEEVDPAIFGNLVHLSLENLYGGYLQNKKSKWVEAADIVKLKDYIFPAVEKAILSQYFIENKEEVKLSGQLTIARDVLQKYLSGVLEKDAAAVPFEIISLEAARKYKARLPVKTADGLSMVSLGGIIDRVDKVNDSIRLIDYKSGGDKKDFKSIESLFDRNDGARNKAAMQTFFYGLLYEANFPENRLPLKPALFNLREIFKEDFNPYLQEVTGRGKRKEVSDYAEYRDDYVERLRLSLEEMFDPDQDFDQTEDHQKCQYCPFSGICCR >KST94193.1 hypothetical protein KF146_2209 [Lactococcus lactis subsp. lactis] MRFNKTIPELSVFNIENSKLFYLNVLGATIQYERIEDKFNLSKG >WP_166960135.1 rhodanese-related sulfurtransferase [Yeosuana marina] MQLYNTLSAKERAQLIDQAGKNRLTLSFYQYANIENPQILRDHLFITWNHLDVLGRIYVAHEGINAQLSLPADRFNEFKEHLDSISFLQGIRLNIAIEQDNKSFLKLKIKVRDKIVADGLNDDTFDVTNKGIHLGAEQFNVLIEDQKTVLVDMRNHYESEIGHFKNAITPDVDTFRDSLDIIEADLKDHKEDKNLVMYCTGGIRCEKASAYFKHKGFKNVYQLEGGIIEYTRQVKEKNLENKFLGQNFVFDDRRAERISEDVIAQCHQCGAPFDVHTNCANDACHLLFIQCDACKEEMDNCCSTTCKEIHALPYEEQKALRKGQGNSNDIFKKGRADHLSYKKDLRNIFETLKLNKKE >CAE7938465.1 unnamed protein product [Symbiodinium necroappetens] MGCGGSAGMRTLSADAKSKVEELFDKMDKDTSGTITKEEAHKFFSSFAKVNAKAMFDEVDDDGNGSITKAEWVGFWNQVRAAGYSNDQILEELELMTDGGDWVNWKDGKDVAAMSRDKSDFAKSTEPVKVPEAVPEASQEAAPEAASADAQEEPKAEEPKVEEPKAEEPKAEESKAEEPQAEEPKAEEPKAEEPKAEEPKAEEPKAEEPKAEEAQAEAAAPLPMAF >WP_278665106.1 hypothetical protein [Bifidobacterium catenulatum] >MBS6896306.1 hypothetical protein [Bifidobacterium catenulatum] MDLIVTDATGKPVASHASYTLDLAFGSGENDFDLQVEDAALKAGSRIMIDGTEYGGIIDDTDVDVDGGLSAVTWHGRDWHGVLASKIIEPDRNTDYLTLSGTIPVIMRTLVSRAGLQGLFTVTEESADHKTTCRFDRYVDLYSGLVKMLRASGLKLRLRNDGDKVAMSAMPVRTIGDSIDSDLIDFTAKQAAHPINHLICLGKGELKDRTVIHWYADANGTFSHTQTLKGLDERTATYELSNAEADELEDKGRQKFQELRNTSTIDVDIPDGIDADVGDLVTGRDNNTGLVVTAEISKKIVKVSGGVLTVTYESGGASAGGNSGESSIGDGGHAYYAGAGLKLDNWTFSADVTRQDIGALNTALAGKQPKGDYITGLRIGSVDTLAAGAQASASLTGDGSDKTLNLGLPTGGQGAQGPKGEKGDQGPQGEKGEKGDTGSRGATGVAGERGPQGLAGPEGPQGLQGLRGEKGDAGAAGPTGPQGPAGPTGLTGSTGPQGPVGPVGPQGKQGIQGVQGIQGPQGERGEKGDSGISAPSNGFFTLSMEGDGDLYVNYPDNTSPPSFTWDPKSGDLYVDIPER >MBI2083107.1 flagellar biosynthetic protein FliR [Deltaproteobacteria bacterium] MEKIFQLAGVPTIDWRFALVVASLIFVRLMMITATIPFLTGKPVPGMVKVGLALALLVFLYPYISATLPAKTTIPPLMMMILYFKEAFYGIAIGFASSIVFHGFQATGLVIDNQRGAAQARLLIPQFGQESSVFGQFEYLLGIVIFLVAGGHLLFFKTVVESYELLPILTLPKSQPDVVALVDEFIRLTGIVLILSMQLCAPVLIAIFIADVILGTISKTAPSINVWELGFVVRGVLGVLIVFLGIGLIASQMEKLSLGMIPQVERIINFLGKS >KAG8833708.1 hypothetical protein FRC20_007613 [Serendipita sp. 405] MSIAVTRLQLNLFRALGPKWTEPPITSQSRRSAAITFDSKGQKIVRPNLFHQAIRPVDTFGSSFGDQSVVKTGPFEHEVPQLGIGNEDDKGMKTTTAPKSDIFDVEIPLESMGKLQANRDKSEPRRGGTTSQGSRVGDRGTRLSERRVNTVVEEDVDDDSDEHLFGRTTVPPSRRSAASKMESGTLSVGTDR >WP_068059894.1 nitroreductase family protein [Mycobacterium sp. E342] >OBH25313.1 nitroreductase [Mycobacterium sp. E342] MTLNLSVDEVLTTTRSVRKRLDFDKPVGREVLMECLELALQAPTGSNSQGWQWVFVEDAEKKKAIADVYLANARDYLSSPAPQYGEGDTRGERMGKVRDSATYLAEHMHEAPVLLIPCIEGRDDQSPVGGVSFWASLFPAVWSFCLALRSRGLGSCWTTLHLLRDGEQQVADVLGIPYDKYSQGGLFPIAYTKGTDFRPAKRLPAEQVTHWDAW >WP_145616262.1 glutamate--tRNA ligase [Nitrospirillum amazonense] >TWB29082.1 glutamyl-tRNA synthetase [Nitrospirillum amazonense] MSVVTRFAPSPTGYLHIGGARTALFNWLYARHHGGTFLLRIEDTDRARSTQAAVDAIIDGLSWLGLTWDGDAVSQFERRERHAEVARTMLAQGHAYHCYCSPEELEEMREQQKAAGLPMRYDGRWRDRDPSEAPAGVAPVIRLKAPREGETVLQDKVQGEVRVQNSQLDDMVLLRADGTPTYMLSVVVDDQDMGVTQVIRGDDHLTNTFRQLQIYQAMGWTPPDFAHIPLIHGPDGAKLSKRHGALGAEAYRDLGYLPEALRNYLLRLGWSHGDDEIISTEDAVSWFNLEGIGRSPSRMDYAKLDNLNGHYIRQADDGRLVDLIGPRLVTALGRELSDADRDLLRRAMPGLKARAKTLVELAAAAQFYITARPLPLDDKASQLLTEDARAQLAVIATRFAEAPDWTAATLEGVVRAYAEETGLKLGKLAQPLRAALSGSTVSPPIFEVAEVLGQAETLARISDVAGGA >PBJ84576.1 arginine decarboxylase [Xanthomonadaceae bacterium NML93-0399] MTAWSTDHARKTYSIPHWSEGYFDVDDAGRIVVSPRGAQGPSIALAEAVDAARANGAQLPMLVRFPDILGDRLARLQDAFAQAQAEWEYPGGYTAVYPIKVNQHRGVAGTLASHHGDGFGLEAGSKPELMAVLALSRPGGLVVCNGYKDREYIRLALIGRKLGLQTFIVVEKPSELALVMEEAAALGVKPGLGVRMRLASLGAGKWQNSGGDKAKFGLNPRQLLDLWKKLRDAGMGDCLQLLHFHMGSQISNVRDIANGMREAVRYFVELTKLGAVISHVDVGGGLGVDYEGTRSRSYNSVNYGVRQYAGSIVQPLAQACAEHGLTPPRIVTECGRAMTAHHAVLVANVSEVERAPEGRVPDVHDDEPAVVANLRELHGELTSRPAVELFHEAQHQHAEGLALYALGQLDLVHRARIDDLFYAIAHAVRARLTFDEKSHRPLLDELNERLVDKYFVNFSVFESMPDVWAIDQVFPIVPIERLDELPDRRGVIADLTCDSDGKIDTYVENEDLDTSLPLHPLKPGEQYRLGFFMVGAYQEILGDIHNLFGDTDAVEVKIEGDGIAVAQQRRGDTTDVMLDYVGYKLSDLRARYTALVDDASLAADESQRLKDALEAGLTGYTYLDDTPLE >WP_164581131.1 hypothetical protein [Rhizobium leguminosarum] >NEI59450.1 hypothetical protein [Rhizobium leguminosarum] >NEI88290.1 hypothetical protein [Rhizobium leguminosarum] MTIKFGPMAFRVPISKADRANIADPQVEPGDGTNWPREAAAISGTWPAAFKNLPAIRPIFPGAMRFIAFNPGEVPTLSQVEANTKDGRVSDAYLATLQLTGTLLVRIQHAKHLKDIAAAGTIGAIGECPTLAMYGPVQLTSDFLRKALLDFNTGMLAASLNEGLPPINPGDRAWEARALLYFLSGSYEPVLRAGATLSSDDAERLPMPQLPLIGNKFTLNVALAWTREPAAELFSAKSKDLEIIPALPFMRHIGANAIREPITGDPLIEKLFEGERSSEPWVNRLKARLKQMGFGALDDSLPLEQTLREFQIAAAGPIAARARTNPAPELPIPEAQLALRHFGDLVAAQNFDPYGGVVSGRANQRTRDLVDRWHHDELRSPLLIVAYKDEDLDAKGCPKTGVAPASNDLWSRQEIKNSKLRMFAADFTRRLDGSGLPESSLEPIGYYASFRSGGPDTLKPNANLRVDLAEVTPERLLSLDQADLIRAMAPGGAGELADIASSFKIIRAVSECENLGYLDQINAYDNAGISYGPCHWAMAEAVDNPKGTTELGGFAAYLRYLEREGIAPEADVFLPQGMAAWIGQDNDASSIARSTSGAAYYSQLCFLDDRGKPRAMTSDGVRSMIPSWRSFYRWVQIGRRYRQIGLGTWRMALRRLHRLAGVPIELPSLVEGEPPTVIRMGGAFSSELLMAQLMRWNVKAPGGVVTGNRDKEKASQYIIRAVQAARQDAANVSAGINSNTFAEVLVRRLRIQLEAFVKDMAAKKVDHSELPRQFDEIADPKWVSDAAANPYSFQLDGKLRTLSIDHGTARIAPLATEP >MBJ4905015.1 virulence RhuM family protein [Salmonella enterica subsp. enterica serovar Rissen] QFFQTIQNKLHFACTGHTAAELIHQRADASQPHMGLTSYKGEEVRKGDVTVAKNYLTQDEVSELNRVVNMWLDFAEDQARRRQQIFLRDWQDKLDQFLQFNDREVLQGAGKVTKKMADEKAQAEYSQFAEQQRRLKEAEGEKDIAGLLQWETEPKK >WP_232441874.1 MULTISPECIES: conjugal transfer pilus assembly protein TraU [Burkholderia cepacia complex] >WGS46069.1 TraU family protein [Burkholderia sp. JSH-S8] MLGSCSLATHAQSLNCNGKFANPITDICWSCVFPISLGGTPIITAGQEDTSNPSGLLCACGPVVGLKIGFWEPVRRVDVTRVPYCFVSLGGVKIDPGIRAPEGEIRQQQDLTKQSRYQVHWYLDPILFWLEVLLDFSCLETGSFDVAYLTEIDPTWNDDELTMLLNPETFLFGNPIAQAACAGDCVLSSAGFGSNALFWCAGCNGSIYPFNGHVQAHISHVQASSLLVQRMTAKLHREGLMWGTSGGDALCGPTIQPVMDKSQYKYQMLYPIPETAKINGRCCQPYGRTTAIWGAGKSYPYKGEDFSYMVFRKKNCCLGVLP >MCH8874789.1 arsenate reductase (glutaredoxin) [candidate division KSB1 bacterium] MALTIYHNPRCSKSRQTLEIIRNAGIEPTIVHYLEKTPDAAAIQHIAEQLGLEPADLLRRGESVFKEATDLPDLNDNAALAAWIEAHPIVLERPIVFDTTTGKAVIGRPPENVQELLHP >MBL7689759.1 hypothetical protein [Pseudobdellovibrionaceae bacterium] MFKIAILVSCLFTAVNAMAAYPTQPCQAEAQVIAPIVRIEKSMTSCKAFVDAAQVRFFSSSIVCPLDLAEIAVEGVEVGLQNGHDCKLDVGADLNGVVVRRQTSGLLVLE >WP_014950321.1 alpha/beta hydrolase [Alteromonas macleodii] >AFS38234.1 hypothetical protein MASE_13640 [Alteromonas macleodii ATCC 27126] MNKVSFPNTNGLNITMSGLINFPENFDSTKTYPAIVVSHPGGGVKEQTAGTYAKKLAEKGYIALAYDASYQGESGGEPRQLENPHVRTEDVSAAIDYLTTLDYVDNERIGAMGICAGAGYTANAAINDRRIKAVGTVSMVNIGQMFRNGWDNNVKDSEALPYLEAGSASRTSDASGDDIATMPMAPLKEEDASNEELRQAWEYYHTDRAAYCTAPGFGTARSLTQLISYDAFFKAEAFLTQPLLTVVGSNAGSKWMSDDLMARAATSDKAMHVIEGANHMDLYDGEAEITNAMSALETFFNRTL >EAS0616219.1 ShlB/FhaC/HecB family hemolysin secretion/activation protein [Salmonella enterica] MIMVFSITHRRGICSSRIPARCRLSPLAVMVLLGAGMCSSGAKAAFLTPPTGAGQLGNQLRQQAESAPAAPVAPSLSLPSGDRGQARAPAGNARVTVKQVSFTGEVTVPGARSVTEPALQKVVSPWLNRPLSFADLQTMTEAVTQYYRDRGVLLARAVLPPQTIKDGLLTVRVIPGKYDRGVLHNSSRLRDSQAERMVNATAPAGKVVKKAGLERLALLMSEVPGVEAQVSLQSGSVPGTSAPDITLKPGKRFGGYVGLDNQGDPTTGRSRVMAGVYANGL >GIP40757.1 spore coat protein GerQ [Paenibacillus sp. J31TS4] MYNTYYQARPAVPVYPGTAGTQGFPMGTMPSMGGTPAGMMPSMGGTSAGMMPPQVPSGTAITPGGIPLPPVEESYVENILRMNLGKVATVYMTFENNSQWNAKIFKGRIEAAGRDHIILIDPSTGLRYLLLMINLDYITFEEPLTYTLPFGGAVGTPGR >WP_070334369.1 cyclic nucleotide-binding/CBS domain-containing protein [Pseudomonas aeruginosa] MPDSFNFASPPFDQLRPHQRETLKQALSVGYYAPGETLLEAGSAVPGLFVLLKGVVEERGDDGRVFAQYAADDLFDVRGLFSGSSKHRYLAIEESIVYELPASCFHQLCGENPGFARFFQADLAAKRQLAQRDGQNLAEFILTRIAREHLLPALEVEASLSLGDAARLQLSHGADALLVRLERDGPELGIVTRTDLMSAHFRDGRSELEAIGPLAHGPLASVELGDFLFDAMILMTRQRIERVAVTEDGQVIGLLHLTQVLSLFSTHSHVLALRIARAVDLGDLRRCAETLDTLIATLAGNGIRLRFIMQLVSALNEQLLERLFELLLPPTLRGRCCLLVMGSEGRGEQLLKTDQDNALVLADDLPQEQALAMMQRFSAALLEFGYPPCPGGVMASRPEWCKPLAAWQAELRETLLEGKPEQLLRLSILADAWPVAGNLQLFEPLRRQLRGFADGGERWLADIAAAALQFDTPLTFLGQLKTQDARLDLKRGGIFPIVHGIRTLALREGLETRGTLARIEALKRHKVLEARLADDLSESFELFLQLRLTRQLAGQRDGRQQGLDVSGMSRHDRDMLRYGLHVVKKFKQSVARQFHLETR >WP_132528552.1 hypothetical protein [Rhizobium sp. BK376] >TCR66926.1 hypothetical protein EV561_15110 [Rhizobium sp. BK376] MANQSGSFDQHAKTGSQSHKGSDSKSGSDDKRGGSQDQRAKAADQKKASGSGSNSKSESSGTRGGSHEQHVKAGEQSHKNSK >XP_015055542.1 pectinesterase 2 [Solanum pennellii] MGNIHLIFPLLFISCFIFPSTTNGYSNAIIKAWCTQTPHPQPCEYFLSQNPKITSPIIKKSDFLKVSLDLVLDRALRAQLNTYSLGPKCRNEREKNAWADCIELYENSINKIKSTVDPNTKRSATDAQTWLSTALTNIETCKAGFEELGVTDYVMPLMSNNNVSSLISNALALNHGYYTEPTKSSTSTQVDGFPTWVSPGDRKLLQSSSSSSTASQANVVVATDGSGDFKTVKEAVDAAAKNKGSGRFVIYVKAGTYNENVEIGEKVKNVMLIGDGIGKTIITGSKSVGGGSTTFRSATVGASGDGFIAQGITIRNTAGPQKHQAVALRSGSDLSVFYQCSFEGYQDTLYAHSNRQFYKECDIYGTVDFIFGNAAVVLQNCNIFARDPPNKINTVTAQGRTDPNQNTGISIHNCRITGAGSSKSARTYLGRPWQKYSRTVVMKTFLDGLVSSEGWFPWSGNFALNTLYYGEYLNTGPGSSTGNRVNWGGYRVITSSAEASKFTPANFIAGNSWIPATNVPFTSGL >MBX9709025.1 response regulator [Caulobacteraceae bacterium] DLRLADGSGLDVVKTLRDARPDARIVMLTGYGNIATAVAAVKAGAVDYLPKPADADAVEQALLADGRPLPAPPDNPMSADRVRWEHIQRVFEQCERNVSETARRLKMHRRTLQRILNKHAPRG >KAH7420042.1 S-adenosyl-L-methionine-dependent methyltransferase [Leotiomycetes sp. MPI-SDFR-AT-0126] MAPTEPEPAALTLVDIFWHLIDPLMFLAYSASYLPLTIFSLVRTQQFSAFASPARFKDAWFARFWGEVGPQSRENALPRVGPLIAEAKGVVLDIGAGYGEWVRCFDKKKVTKIYGVEPNVDQHPKLRERVKEAGLEDIYVIVPVGVEDLGEKWVKRGEVDTIVTIQCLCSVSEPKKMIGELYVYLKDGGSWILYEHVVVFPWQGWFLKWWQATIDLIWPHFLGGCSITRDSGKWLKEAGSWEKVDLKQPSDELFCHVIPHIIGTLTK >WP_158309540.1 hypothetical protein [Saccharopolyspora spinosa] MSIRLYTTCALAVTASAVAGLLVGGFIATTDQAPAQPRITQVSRLIPASGELQSE >GFR08784.1 uncharacterized protein TNCT_168411 [Trichonephila clavata] MLRYARTGLSVGPKTVYSWRRPFPMTTNRLSPFQIGPADPQSVVPPTEPAPIGRRPRDVTRHVTPNLRPMGEWRKPRDQQQQEFLSPHLFLPLIPPFRSFYLLLCVHVNCAQWRADHGADNDARNARTTRQEAQPQIKYIKKRKRMKVR >KAF9974715.1 hypothetical protein BGZ73_001834 [Actinomortierella ambigua] MSRMSLEKESQQNISPEATSSKGAPVSPEASANIVSKWCFYWLDGLFRQGSRQTIEESDLYDVLDERKATTLGNAFQAAWKLEHQRAETKGVQPSLRRAIAAVLWKPYLKAFLFLEVGDVCQILNPIILRMILQHVTEAQANPDQAPPIAKGYGLAVGMLLLATWMIITYQQFNIRSIRVGVQARTILTDAVFRKATVLSARSHIAFPDGKIINLISTDVSRIDTAGIQTLIAIGCPIFIIIVIGLLIDLIGPSALIGAAILLFANPIQAYFMGLLAPIRKEASQITDQRMKLTTEIVQGIKVIKFFAWEPSFLAKLADFRARELEKIKRILRDKGFASATSAAIPVFASALTFVLYAATKHELKADVVFPVLSYFTILRVPMQILPNCYAATFDALVAISRVEKFLMADEVSTSATVDPSHEYALSIDHADFIWEQEPPAPSPPTPKGEKGEGKKKSKKSKKEDREKQRPPTPPEDVTFLQDIHLQIPRGSLVAVVGPVGAGKSSLLQAMVGIMTKSTGSVIRGSVISYAPQTPWIQNATIRDNILFRQPLDQLKYQRVVKACCMERDLTMFPDGDRTEIGERGVNLSGGQKARLSLARSVYFDADMVVMDDPLSAVDAHVGKSLWRDCVLGELRGRTRVIATHQLHVLPDVDYIVCMKDGRIDQQGTYSQLMSDEQGSFRALMEQYGGQEDASSGASDDGASDREGASSTGDAVDTSVDFSETVVSLDEKVGEDNRMAPQKEKSIKDESTESEPAQKPTKQIVDEERAKGAIKSGVYLAYFKTAGWRLWGLAAFCYLLQQAQSVGMNYWLSLWTNNTLSLPMFQYIIVYVVFAIDQLGMGLTATALLSKIIIRTTRTIHDQAMGAVLRAPLSFFDTTPAGRILNRFSKDVSDLDNIFWETINDIFVTSLNALGSIVLTIIFFPWLTLAILPIGACYYLISVYYLKTSREIKRLDSTCRSYLITHFSECLHGMTLLRAYGVTQAAIEDQRAVMDRSNRPYYIFVTAARWLSLRVNLLGTLIQFGTAMMIIGTRSTIDSATAGLVMSYLSRLSGEMNWVLQKMTMLENNMNSAERLNHYIENLPSEPPAKRPDTEPEASWPPQGKIEFSHVSMCYRPGLPRVLRDVSFSVQGGHKIGVVGRTGAGKSSLIQALFRLVELDEGQIFIDGIETGTLGTADLRSRIAIIPQDPVLFQGTFRYNLDPLGLHTDDELWRALETSDLKSYVVEQEGGLDAAVAIHGENLSVGQRQLVCLSRALLAKSKVVVLDEATASVDMATDALIQKAIREDFATSTVVTIAHRLNTIIDYNMILVMEHGEVAEYDTPKRLLEKPDSLFGSLVDETGAQNAALLRAMASKL >MBM3701396.1 phosphoribosylglycinamide formyltransferase [Actinomycetia bacterium] MKKRIAVFASGFGSNLQALIDYNNKHGLNGDIVLVFSNNKDAFALERAKKNKIKAVFMDPAKYSSREQYDSEIIEMLEEEKIDLVVLAGYMFLLSQEFVHRFKNKILNIHPALLPSFKGTHGIKDAYRYGVKVTGVTVHFVDEGLDSGPIILQEAVDIDPDDSVEELEEKIHKVEHKIYPEAVKYFCQDRLEIDGRRVKILNKK >HCP62665.1 thioredoxin-disulfide reductase [Actinomycetia bacterium] DVVDFVYRQAITAAGMGCKAAIDAERFLEAEYH >MCR4368335.1 hypothetical protein [archaeon] MVDRGTRNKSKIYRKTPGGKTTILRTRHKVSKAQCAITGKGLSGTTNQSKSSIGKLSKTSRRPSVAFGGVLSSKARREVWENFALVAGGRKKIEDVPTTIRKYVKQARGD >NKB40192.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Ilumatobacter sp.] MNDEARPYGGGTSDPALKRVRTRHFQRAKEQGIKITGLTSYDFLSASIFDEAGIYFLLVGDSAGNTVFGYDTTIPVTLDELIPLTAAVVRGASRALVVADMPFGSYENGPDEALRTAIRFMKETGAQAVKLEGGVRSAKQIKRVVRAGIPVMAHVGFTPQSEHGLGGHIIQGRGDDADKLLEDAHAVADAGAFAVVLEMVPSGIADRVTDELSIPTISVGAGPNCDGQLLVWSDWAGMSRGRIPRFVKQYAQIGETLLEAAKSFREEVESGIYPGQEHEYSE >CAF4882469.1 unnamed protein product, partial [Rotaria magnacalcarata] >CAF5051910.1 unnamed protein product, partial [Rotaria magnacalcarata] NFQPLPYIPYFVNKTTTEPTLQQLIQAATSSSEFIMDTESTSNFNAQNEPKNPREKLSADQLRQIHNRSCTIKQRRR >NED83450.1 transcriptional regulator CynR [Streptomyces sp. SID11233] MALELRHLRYLLAVAEHANFTRAAEELHISQPTLSQQVKQLERTVGVQLLDRSGRAVRLTDAGESYAHYARRALQDLAAAERAVLDVRDLSRGALRLAMTPTFTAYLIGPLAELLHTRHPGITLDVRELPQDRIESALLADELDLGIAFHGPHLPGISATDLFTETLSLVVGPRHSRTGSTRALPVTSLTGQPLALLSGDFATRGHIDAYFTLHRTTPSVSVQANSISALTEIVRRTPLATVLPDALTRDHPHLSPVPLTPALPSRTVTLLRREAAYQSSAAQEFTRLTRDWVRTLDTPMPEGGPGR >BBL73457.1 NAD+ synthase [Methylomagnum ishizawai] MADGANIRPYPRWADPGKIARRLPQPHRCLAVKLRIAIAQLDFLVGDVQGNARRVLATALDARDRLKAHAVVFPELTLSGYPPEDLILRPDFLAAAGRELQALAGQIHGITALVGFPEQRIGMPYNSAAVLRDGAVHAVYRKQALPNYGVFDEKRYFLAGHEPCVFDLEGVPVGVTICEDVWVPGAVERAAAAGAKLVLNINASPYQAGKTHQREAVVRERLAVAQVPLVYANLVGGQDELVFDGASFVMDAAGNVTYRAPEFAEALAAVDFVCRDTVEPLPAAIAEPLSEEASVYQALVLGIRDYVDKNRFKGAVLGLSGGIDSALTLALAADALGAERVEAVAMPSRYTADMSNEDARLEAEALGCRFHTIPIEPAFNTFLEMLAPSFAGLPPDTTEENIQARCRGILLMAFSNKTGKILLTTGNKSEMSVGYATLYGDMAGGFAPLKDVPKMLVYRLCEYRNTLSPVIPQRVIDRPPSAELRPDQKDEDSLPPYPVLDAILELYVEQDKSVAEIVALGFPEPIVLRVAGMVDRNEYKRRQAPPGVKISKRAFGRDRRYPMTCGFGR >MBA2522987.1 glycine dehydrogenase [Solirubrobacterales bacterium] MSGYTSTTDRDRQEMLAAIGVATVDELFENVPKDVRLGRPLDLPDGLSESEVYERMRELASRNADAESELCFLGAGMYDHYVPAIVDAITSRSEFLTPYTPYQPEVSQGGLQAMFEFQTCISELTALPVANASMYEGPSSVASAAY >WP_271771839.1 TMAO reductase system periplasmic protein TorT [Candidatus Pseudothioglobus singularis] MKNVNETFNFFHTLRAFNVSSFILLILLTLINISTLHASEGDYWSQEVNVFNFSCTDGDADCWTDQRNSLETLPLEMYRPLEPSQVKYKHHICVSFPHLKDSYWVGVAYGIIGEGRRLGQKITLFEAGGYTNLDTQLNQVDDCLTNGGDALIIGPISSNGNAKQIDMIRAKGIPVVVLVTGINTPIDANSLQNFIDMGYTSCKWVADQERNNDQSTNIVWFPGPPAAGWSIASNIGCLKAIKDTKINILETHWGDTGKAIQLQLVQEALQNLASGPEPEFKYIVGTGTTIEAAVGALRANKLQSKIKLVSTYYTPGIDMFIKRGLISMAPSDQMISQAKIAIDQAVRLAEGLTMATGGRPEFNSTGRVTEHIQQPILIVTPKNAANFDTSTTLAPKGWSPVFSVD >EFA7535944.1 hypothetical protein [Escherichia coli] >EHA3339893.1 hypothetical protein [Escherichia coli] >EJF7785096.1 hypothetical protein [Escherichia coli] MKDVSANFFDDFYLQVCTACEDKLLELEWKLEVEKKESNQDVLRTYRQRAYDKIEEFKIIEYSKIQCQYFVDMTNS >WP_055759832.1 trypsin-like peptidase domain-containing protein [Geodermatophilus sp. Leaf369] >KQS60189.1 peptidase S1 [Geodermatophilus sp. Leaf369] MLRAFAPRAGQSGIGEPPGGRPGRRRTATGPWWKSDAADDPWRDPASPARLGAPAVYAEETAEDDGPLVVDPRGRRRLRLGDVSIRLGALALLALVFVAALGGSLGWYLGRTADEEPLLSPGTSITQVSPGITREPGSISEIAAAVSPAVVSIEVRVGEAGGSGSGVVIDADSGYIVTNNHVVSGADGVEGAEIRAVFSDGSGSAATIVGRDPASDLAVLQVDKPGLVQATLGTSDQVVVGDPVVALGSPLGLAGTVTSGIVSALDRPVRLSGQGSDTNAVINAVQTDAPINPGNSGGALVDATGALIGINTAIASLGSGSIGLSFAIPVDTVDRIAEQLISTGTAVHASLGVQARSVTDGARDGALVVNVEPGSPAEQAGIVEQDVVIAVDGQRVGSSEELVVAVDARSPGDVVTIEVVRGGGSTEVQATLTRA >MBR5510068.1 M20 family metallo-hydrolase [Lachnospiraceae bacterium] MGLEKITGRIAADLEGLKQFTATPGNGCTRLPFTKEARDAVNYLKDIMTEAGLEVWEDEVGNVFGILKGDEPDEPCVMMGSHYDSVKNGGDFDGIAGVVCAVEVARQLKERGVTLKRSFVAAGFCDEEGLRFGTGYFGSGAMLGKRDVEYCKKFKDADGISIYDAMVSYGLEPEKITDAKWPEGSIGSFLELHIEQGPVLDAEHTELGLVNCIVGIQRYMVTVYGRADHAGTTPMDMRLDAAEAATKVISRIPDWAREKGEGTVATTGFIRTTPGGMNIVAEKVEFTVDIRSTNNDYINDIATKIRVALEIETQKMGGSYEIENKLTITPVMLSEEMLKIMEADCLEKGFSCRYLPSGAGHDALEIGQVIPTVMLFVPSREGRSHCPVEFTKYSDFTKASVIMADLAQKLLEKE >MBR2648677.1 lipid A deacylase LpxR family protein [Sediminibacterium sp.] >MBX9780451.1 lipid A deacylase LpxR family protein [Chitinophagaceae bacterium] MRQNNKIYRKNWIGLLFGVALSGSLQSQDSTSVYSKEISFKTENDAYLFQLKDAYYTNGFFLNYQWTPKGAKQKIIQGVELSQQIFTPLNRTAQVPEGIDRPYCGYLYAQYHNTRFSNKAIVRFTGTLGVIGKASGGEWMQNWYHDLLGFSKFKGWQYQISNAVGVNAGVTYAYTLYDKNRLKIIPHITANLGTIYTNAKLGGTLVLGLFEKNENSALWNARIDNKKVVRNRNHELFFYWQPFFMAQTYNATILGGLGTKSTTQVTAAIAPIMFQQAWGLCYAQARWTTRLELVYQSKETPSQTNPQRYGVIQLCYRMH >MCR4426439.1 branched-chain amino acid ABC transporter substrate-binding protein [Bacillota bacterium] MRNRHVMWSLILAALISLIPVGVSGQQRMAPVKIGAAGPFTGDLSKIGLDSLNAIYMAVDEANAEGGVRGRKIEVVVADDSGDPAKAVIVAERLAMDRNVMGVIGPMNSSAVKAALPIYQRVSLVLISQSATNPALTEMGYRVMHRICPRDDAQGPAAAKFIVEVAGARNVYIIDDKSTYGQGLADQVEATLRAAGVTTARGQIAPEDRDFSPILTRVKAAKPDLLYLALPSPSQAAALIKQATGLGLSPKLMGGDGLKERDQLIAGAGGSAQGMWVTAIGRDIKEVPEAREFITRFEGKHGAMSIFSGQSYEATKILIEAMRKAAGDDPAGLSRQKVLEAVHSTRDYRGILGFPVSFDSKGDVVGASIYVFQVQKDDFVQVREYPVETK >MCI8272365.1 CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase [Erysipelotrichaceae bacterium] MNLPNKLSLFRIALVPIILLIYIFPYAQCGIAIPEFTIQFVTLRLTNILILILFVAACVTDYLDGYIARRDHLVTSFGKFIDPIADKLLVNTMLIVFAVKGIAPVVPVILMIWRDVIVDGLRMNASSKGIVVAAGYLGKIKTVLQMATIVLILLNNLPFELWRLPLSEIMLWFAAFVSIISGVSYFMQLKDIIMETM >XP_023482372.1 TOX high mobility group box family member 2 isoform X1 [Equus caballus] MDVRLYPSAPAVGARPGAEPAGLAPLDYYHCGKFDGDSAYVGMSDGNPELLSTSQTYNSQNESNEDYEIPPITPPNLPEPSLLHLGDHEAGYHSLCHGLAPNGLLPAYSYQAMDLPAIMVSNMLAQDSHLLSGQLPTIQEMVHSEVAAYDSSRPGPLLSRPAMLASHMSALSQSQLISQMGLRSGIAHSSPSPPGSKSATPSPSSSTQEEESEAHFKMSGEKRPSADPGKKAKNPKKKKKKDPNEPQKPVSAYALFFRDTQAAIKGQNPSATFGDVSKIVASMWDSLGEEQKQAYKRKTEAAKKEYLKALAAYRASLVSKSSPDPGETKSTQASPPAKMLPPKQPMYAMPGLASFLTPSDLQAFRSGASPASLARTLGSKSLLPGLSASPPPPPSFPLSPPLHQQLPLPPHAQGALLSPPVSMSPAPQPPVLPTPMALQVQLAMSPSPPGPQDFPHISEFPGGSGSRSPGPSNPTSSGDWDSSYPSGECGISTCRLQRQPAARRQPREPAGTFRPLTCLLQGYCGPRSSPCTPYPMSGRLAPAHAPVGCPWRGRLPTETHPEMPGAGASPATDVQMRFYSVNKRL >MBT6563471.1 [FeFe] hydrogenase H-cluster radical SAM maturase HydG [Candidatus Scalindua sp.] MKNFINEDKIFDILEETQRPSRQRVETIINKSLALKGLNPEEVAVLLNCDEKVVLNKIFKTAKQIKETIYGNRLVLFAPLYLSNRCVNNCLYCGFRKEHLNTETRCLNTNEIREETRALISQGHKRLLIVSAEDPAVDIDYVGKAIKTVYDTKEGNGGIRRVNINVAPMGVENFKRLKQTGIGTYQLFQETYHGDTYSLLHTSGPKSDYLKRLYACDIAQSAGIDDIGIGALFGLYDYKFEVLALLFHTMHLEEVFGVGPHTISVPRLEQAQGSNIASAPPYPVSDADLKKIIAVLRLAVPYTGIILSTREDAALRNELIYLGVSQISAGSKTLPGSYSNNKNEQGQFSISDERSLSEVIEDMTDRGFVPSFCTSCYRTGRTGEDFMDLAKPGDIKNFCQPNALLTFEEYLLDYNQELAGKTKSLVTSEISKISDPKVRQMTSDKMKSLSHGKRDLYF >KAI8393114.1 Inheritance of peroxisomes protein 1 [Nakaseomyces glabratus] MSTVKQRTRTEGKPQYPLMQSIKDTLKLKSTKRTNSEKKVSTLNDKSGSPIKSNSERRNGITRKVNGSKRLSAQRVALFKYNNVQVFNYVRNGSNSRKSSMSSLNSSGTVVMCNEYDSEVTNLKPQMLIGKGVLELYQIKTPAALDRKEQTMNYISLGRGGQIVHPILPKLKITKLRNENFKYLITFSNPERYWQIEFLQINGQLHDELLKITDEFESIISSVCIFIDENITKLASLKSNKTPPNNVNTLDQIKEKIQTATENDDDEAEELDYLLEDPVEQESTSSFEYDVPTDLTEVFQRTMGRINSNGSRRYSSVPQFSHRRSMIRRSMSLFPEHEGRFS >WP_067680410.1 peptide-methionine (R)-S-oxide reductase MsrB, partial [Erythrobacter sp. HI0063] >KZY56785.1 peptide-methionine (R)-S-oxide reductase, partial [Erythrobacter sp. HI0063] AGTERAFTGKYEKNKQAGEYHCAACGQLVFESEDKYDSGSGWPSFTAPADGDAVEEHSDTSMGMRRTEVVCAKCESHLGHVFPDGPGPDG >WP_233292564.1 helix-turn-helix transcriptional regulator [Massilia antarctica] >MCE3603218.1 helix-turn-helix transcriptional regulator [Massilia antarctica] MIDSALSVLLLLAMGQGVFLAIALLAARQAELRGANRLLAALLLGSVAVIGHAWLGINRLYATYPHSALAIATIGLLSGPLLYLYLRSALTGERLRARDWLHGAPFLLATVAMLPFYLQNAAAKLAWMQHRPVLPWYVGVSVLVKTLLFIWYVVASYRLIRGAASGPLAAGLARLTKIWVLGAAGSVAAFGMEFLDVELPLSSDALGAIALACFVYATAFLAIRLPLGYRAHLPAPAPLPEPAPRYANKRLSEPDRASFLDALKRCMEVDQVYRNGELTLDELAALLAMTPHELSQLINDACGVNLQEYLNRYRVDALKLALHAPDQASVSILDLALACGFNSKTTLNRAFKKQTGLTPSEFRRGGAGAGPETGAESSSGTTPPG >WP_049327990.1 glycine--tRNA ligase [Rothia mucilaginosa] MAEKSTLDNVIALAKRRGFVFQAGEIYGGSRSAWDYGPLGAELKENIRQQWWQRFVRSRADMVGLDSSVILPRAVWEASGHVATFTDPLVECLSCHKRLRQDHLLENFEAKKGRAAEGMEEIACPNCGTRGEWTEPQNFSGLMKTYLGPVDNEEGLHFLRPETAQGIFVNFNNVVTASRKRPPFGIGQIGKSFRNEITPGNFIFRTREFEQMEIEYFVHPEDADKYFNEWVEDCWNWFVDLGINPDNMRRFDVPKEERAHYSAGTIDVEYRFGFQGSEWGELMGVANRTDYDLGVHNEHSNAKLEYFDQATGERYVPYVIEPSFGLTRSMMAFLVDAYVEDEAPNTKGGVDKRVVLKLDPRLAPVKAAVLPLSKKAELSEPATKLANELRGLWNVDYDEAGAIGRRYRRQDEIGTPFCITVDFDTLEDQAVTIRERDTMNQERVALDQVKSYLAARLAG >WP_279961109.1 MULTISPECIES: cyclopropane-fatty-acyl-phospholipid synthase [unclassified Acinetobacter] MIKTLIFGENDSLPLVLRSLLKLRHGQIHFRGEWNGTVGEVSDLEATVDVHNKALIDLIFKNGVLGAAEGYIQGYWSSENLVELIQILARNRHVLDKINQNMLSQASQLILKAWYKTRENSLSGSRKNIAEHYDLSNDFFKLFLDSSMMYSSAIYKQTHMTLEQASDYKKELICQKLQLKPMDHLVEIGSGWGGFAIYAAQHYGCKVTTITISQAQYDEANKRIAAAGLSHRVNVELKDYRLLEGKFDKLVSIEMIEAVGEQYLSTYFNKCRSLLKPYGLGLIQAITIEDARYKKALSTVDYIKRYIFPGSFIPCISVLTQAASEQKLRLKHLEDIGLSYAETIHQWRERFLNAKPQVLALGFDENFIRMWDFYLCYCEGGFKEGVISNVQLLFEASPY >KAH7576347.1 hypothetical protein JRO89_XS01G0041700 [Xanthoceras sorbifolium] MADEEDGVSEMISPIMDDHHKSNDMNAKGKEKKKKKQLLKKNLKADGNQDVNRQKVVIEYPKFSDRTGENGRKREKSLLKEAANVEEKREIDEMRLAEERNSKSDDDRAKGSVKAAEEQKGNGESISGLNPKSRYGKADNEKSESCKSKKKQQLLEEAAKADQRGVCYLSRIPPHMDHVKLRQILSQYGEIQRIYLSPKGDCFFMIDHLFLCKVIDFALQIMWPEYLVSVQMVSKTVGFKSKHFQKGALCSCCLNLIIWLSSILCRWVEFTKKSVAKRVANMLNGEQIGGRKRSSFHYDLWNIKYLSKFKWDNLTEEIAYKNAIREQKLALEISAAKRERDFYLSKVDQSRALSSIEERIKKKQKVQQQSETNYELPVSQLQVKKVFRQFPQKQPVADHAVQSKPRLSKDILAGTLLSKSSILVLYRSMIILLMTKLIILLMISLTIILLSPNKFRVANLKPLATPPTVAMVCRWKSPPTGFFKLNSDVGLVMAGGIRRLNVGYSVDE >KAI1260235.1 hypothetical protein F5Y18DRAFT_420195 [Xylariaceae sp. FL1019] MRARIRGRELELTRFRTSKARRRSPPPSRDGDGDGDDDDAHAAIGLSSLPLELHQLIIAYLDIDSLAALRHTCRLYYHVINVDLVRQLFTRNGRLSVSLTACCNQCLAVPGLHNLVTDSTLGDRSWRSVCFRCWSQRITQDYHLNPWPVIHLANGYEGYICHFCNWPVVNTQPGTGINRLHGACQARRRIVVLTWAFMAFLQFGLGVICAVLGWTKYRQNDRILIPASVDFALAMISVAAFIFRIYTTDERRYARALFIELVLTILRIPPVAYTARSSVVARTNAGLLPRFGFGVFVINL >CAD0200323.1 unnamed protein product [Chrysodeixis includens] MVRTLSCYQLECGIAGHNRRIVGGTTVQPHAYPWLVSLMLGPKLHCGGAIITDIHILTAGHCITFGVHYRDLTVYVGMHDRLDTSYVSMHVENGIKHPHFTSNAVRDINDIAVLTLDKRLKFSEKVRPICLPEESMDFRNLQLTVAGWGKTRQGALTSSRYLLETKVEIVDSDKCKKSAIYRDNLVSDTMMCAYSLGKDACQGDSGGPLFSTHRRSYNKKWYQVGIVSWGIDCAMPDYPGVYTIVSKYISWIKQQTEEGTYCV >MBO5874131.1 hypothetical protein [Rikenellaceae bacterium] MKWLYILVISIVFMGCSSVKRSVGSFVAPQQELCVDNDTLSQEVQFVTIKQNVVQNSEQDSSISDTIITEKKVRPAIIFSPEEQGEIRYTAGFFGNGEMSRRIELDSLKTEFCFPLARYVV >KZV16312.1 hypothetical protein F511_34988 [Dorcoceras hygrometricum] MLMRELDDGEDEEDMQESVIVNNVDAYDDVKAKDSCSERSNQLGRKPARKQAQIPATNKSRREEESFDQLSEASNLV >CAF5136964.1 unnamed protein product, partial [Rotaria magnacalcarata] >CAF5210724.1 unnamed protein product, partial [Rotaria magnacalcarata] >CAF5217309.1 unnamed protein product, partial [Rotaria magnacalcarata] FNSLLPPPPPPSIIYQAPINIYPQYPPWIPVALLYANETGNTVLNVMWNRFLNNKRVGLRINPVQNILGDIANNSFIGHENGALLIVGNKSNWNEDVYLRNVTLRILFNNFTNNNGKNFIVSLDLNELSPYQTILFMYNRLMNNNITSKTNQFLNARSRMPGILTVGSSHIRITRNIFGNKQSQFDIVSQLTNSSAVIRADMNFFTSIYPPPVSMEKVPLNPYERNQHLQVLS >WP_251593142.1 SDR family oxidoreductase [Larsenimonas suaedae] >MCM2972515.1 SDR family oxidoreductase [Larsenimonas suaedae] MKIELNGKRAIVTGSTAGIGYAIACGLARAGAEVTLTGRTQSRVDQAIDALRKETSAQISGVAADLGTRAGCDALIEARPETDILINNVGIFGPKDFFETDDATWQNFFDVNIMSGVRLSRHYAQGMKARDWGRIQFLSSESALNIPSEMVHYGMTKSAVQSISRGLAKVLAGTNVTVNAILPGPTRSEGVVDMLTAMADEQGESLADIEARFVAENRPSSIIQRLATPEEVANMCVYAASEQASATTGAALRVEGGIVDTMA >WP_176749474.1 hypothetical protein, partial [Mycobacterium tuberculosis] GGVGGDGGWLAPGGAGGAGGQGGAGGAGSDGGALGGTGGTGGTGGAGGAGGRGALLLGAGGQGGLGGAGGQGGTGGAGGDGVLGGVGGTGGKGGVGGVAGLGGAGGAAGQLFSAGGAAGAVGVGGTGGQGGAGGAGAAGADAPASTGLTGGTGFAGGAGGVGGQGGNAIAGGINGSGGAGGTGGQGGAGGMGGSGADNASGIGADGGAGGTGGNAGAGGAGGAAGTGGTGGVVGAAGKAGIGGTGG >UJT06733.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_070306574.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0559964.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0592223.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0604986.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0620998.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] >MBX0626866.1 nitrosative stress-sensitive transcriptional regulator NssR [Campylobacter jejuni] MKDYLELLSSVGKLKKFQKNSILFYEGEEAKKFFILLKGKIRIYKSTSSDKEITLHYFNPPNFIAEMPAFKKLNYPANAVFEEDGEILEIDFINFQNLCSENKEFNFLLISSLFDKIKILEKKLSQNALDLRTRLLKYLLENEKNLDTISQKQIAIDLNVRAQSLSRVLKELKISELIDTKKGRIEILNKDMIMKELW >XP_036098045.1 profilin-3 [Molossus molossus] >KAF6481467.1 profilin 3 [Molossus molossus] MGEWKGYISAVLRDQRIDDVAIVGHSDNRCVWASRPGGLLAAISPQEVGVLTGLDRCTFLQTGLSVAGRRCCVIRDHLLAEGDGVLDARTRGLDGRAICVGHTPRALLVLMGRRGVHGGILNKTVHELIHWLRTQGT >OGR46634.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobia bacterium GWA2_66_18] >OGR69469.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobia bacterium GWC2_65_9] >HAZ09165.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobiota bacterium] MKNKVRSMKDAVAQLVHDGDTVVIEGFTHLICFAAGHEIIRQKKRNLTLARLTPDLIYDQMIAAGAARKLVFSWAGNPGVGSLHAFRRAVEAKPPALDIEEYSHFGMVARLCAGAANLPFWPLRDYAGSDIPGANPRIKTVDCPYTGEKLAAVPALRPDVVIVHAQRADRDGNTQVWGLMGVQKEAAFASKRVIVVVEELVDESVIRSDPNRTLIPGLQVDAVVVEPWGAHPSYAQGYYDRDNDFYVAWDKIAREEAGLAKYLDEFVYGVEDRAEYMKKNPGLAERLKAKPRVCAGVDYGY >NXM52897.1 CATA Catalase [Illadopsis cleaveri] QKPDVLTTSAGTPIGDKLNVLTVGPRGPLLVQDVIFTDEMAHFDRERIPERVVHAKGAGAFGYFEVTHDITQYCKAKVFEQVGKKTPIAIRFSTVVGEAGSADTVRDPRGFAMKFYTEDGIWDLVGNNTPIFFIRDPILFPSFVHSQKRNPQTNLRDADMMWDFLSLRPETLHQVSFLFSDRGIPDGFRHMNGYGSHTFKLVNADGKAVYCKFHAKTDQGIKNLSVEEAGKLASTDPDYSLRDLYNAIAKGKHPSWSFYIQVMTFEQAEKFPFNPFDLTKVWPHSEYPLIPVGKLVLNRNPVNYFAEVEQMAFDPSNMPPGIEPSPDKVLQGRLFAYPDTQRHRLGTNYLQIPVNCPFRARVANYQRDGPMTVSNNQDGAPNYYPNSFSGPEDQPQLKESPMFASGDVQRFNSANEDNVTQVREFFLKVLNDEQRQRLCKNIAEHLKDAQLFIQKRAVKNFTDVHPKYGACVQAFLDKYNAEGGKKDVIRTYTQSTSHVSVKERSNL >NWT80859.1 CDX4 protein [Lanius ludovicianus] MYVSSLLDKEPSMYPGPARANNLPVQNFVSAPAYSDYMGYHPVPAMDTHGQPVPAWGSHYGPQREDWSAYGPGPSSAGAAAHINGSSPGQGSYSSADYSSLHPAAAAGLPPVDTINAQQISPNSQRHSSYEWMRKTVQTNTAGKTRTKEKYRVVYTDHQRLELEKEFHCNRYITIRRKSELAANLGLSERQVKIWFQNRRAKERKMIKKKISQFDGSGGSAQSDSGSLSPNELSNSLFPPPHGINGLQPNDIHQVIITE >WP_269828627.1 hypothetical protein [Agrobacterium leguminum] MLKRFREKWRSWEDAVLGIDDPQGDYVIALEKRLDRLETEVAGLKAQPHEEVVREESSEIKG >TWT41731.1 SPFH domain / Band 7 family protein [Phycisphaerae bacterium RAS1] MLLAMVSATMVVVGVLAALTVLAMLTGLAGIRYIPNKRVGIVEKLWSRTGSLESGLIALHGEAGFQPEVLRGGLHFLTPFQFRVHVVPLVTIGQGHIGYVFARDGAPLPASQSLAGNQKAQNFEDVRAFLGAGGQRGPQRKLLREGTYAINLAQFAVITDDQNYFLPLERDDKAVFENMAEEIARREGFKPIVIKGNDDLLGIITVHDGPSLPPGEIIAPVVGHDPEQPDTFHNNFQEAERFLAAGGCRGRQLQVLVDGTFYLNRLFATVEMVAKTIIEVGSVGVVVSYTGEHGADLSGVEYKHGELVRPSQRGVWSEPLLPGKYAFNTYAGKIIAVPTTNFILKWIRSESGMHKYDENLKEVSLITKDAFEPSLPLSVVVHIDYRKAPLVIQRFGDVKRLVEQTLDPMVSAYFKNIGQTRTLIQLLQDRAMIQKLAGEEMQEKFAHYNLELEEVLIGTPTASAGDERIENILTQLRARQIAEEQVETYARQEKAAVKERELREAESRARQQAHLTESELAIRVQENQGKAEYQRALQQAAQMRAIAEAEAARTRALADAEAARIRVTGQAEADKAARIGIAQAIATEEQVRAYGGPQYQLTRQVMERFAEAVQQSGVDLVPKIVIGGSPAPAGDGGLQSSVTGANVMEALLTMLLSDRLSNGLLKSEHVAHAGNGGAAEQPAAREVRAGADRLRSEVRRGLSEDQLVPVKTA >RMY79307.1 hypothetical protein D0863_00098 [Hortaea werneckii] MLSAVYACALFAGAALAHGDVTNETYTNPVLWLDLADIDVFRVNETYYYSASSMAYSPGAPVLQSGDLVNWEFIGHSVPYLDFGDPTAYSLEDGEQAYVRGIWASSMRYRESTGLFYWVGCVDFNQTYIYTAPDAAGPWDLASTIDTCYYDCGLMFDEDDSIYVAYGNRNISIAKLNEDLQEESITRIWNATFYLEGARLYNINGTYYVLLTEPASWEWTLKSTGGIYGPYELEILANRTASPIDESGFPHQGGIVDTPEGDWYYLAFIDAYPEGRVPALSPIYFDAEGWPRLPSNDSFAVPNEYPVEPVRVESVLGTDCFEGPSLDPKWEWNHNPDTSAYSFAECGGLILNTATVTDDLYHARNTMTQRIIGPEGTATIEVDISSMQAGDIAGLSLFRDNAAYIGIQDGTVFLQRDLALGEDWNTISTSTREATASAKDASCIWFRLHANVAPASDYLGTFSYSLDGWNFEQLGTPYEMNTTYFFFIGYRYGIFNFATEELGGSVTVKSFTQTSP >KAF7818313.1 preprotein translocase subunit SCY2, chloroplastic [Senna tora] MNLASSRRHSLFLNWPSSAKVKRKHSVNSSDRLRSDYMYVEPPNIQHANQEVVPPIQSDVAEIIASPDGNSFRSKKYKNRFLNFVRLSSVLNGVAESFFKSEIRRRLFVTSVLIIISRVGYFVPLPGFDRRLIPQDYLSFVSGSVDELGDFTSELKLSLFQLGISPQIISSIIMQVLCHVVPSLVKLRKEGLDGHEKIKSYIWWMSLGFAILEALILACYSLPYSIYAASQRVKHVMVTTLLLVCGAMTITWICDTISESGFGQGSSLIICVGILSGYMETLHKMLSQLSVSAVSWWPYVLAVLGLFTIVTMWAVVVTEGCRKVKLQYYGFKLASSARDQSPITEVEPYIPFNINPSGMQPVLTTTYLLAFPSILASLLGSRFWEHVKEILNPETSAGAEPWVYYSIYAFFVFLFNIFDIANLPKEIADYLNKMGARIPNIKPGKATIEYLSKVQASTRFWGGLLLSVLATTSSILDHYLRRTNAGFAIGFTSVLIIVGSIIELRRSYQAYNVMPSLSKALRRNSYYGASRKLSISRTSEI >WP_045125019.1 filamentous hemagglutinin N-terminal domain-containing protein, partial [Acinetobacter pittii] MNKNLYRIVFNKARNMFMAVAENVRSQSKAAGQSTSSEIERSGQSSGQEKSFHQLWHVKALVASISLLVPFAPVYAAIVADSAANAANRAVIGAGKNSAGVTVPVVNIQTPKNGISHNIYKQFDVLAEGAVLNNSRTGATTKTVGAVGANPFLATGEARVILNEVNSTAASRFEGNLEVAGQMADVIIANPSGINIKGGGFINANKAIFTTGKPQLNADGSIQQFNVSQGKVTITAPTNSTFGLGGNNNNANYVDIYARALDLNAQLQATNDIQVITGANTVSSDLKNIASITGTGAVPTLAVDVKALGGMYANNIYLMGTEKGLGVTNAGTIQAVSNLVITSAGKIEHSGTISSTSKTQGLVSVQTTGVGVAADINSSGSINSNGMLNIDSGNNLNVNAKEIIINNGSL >KOS38468.1 hypothetical protein ACN38_g10719 [Penicillium nordicum] MIIYRLYFHKLSRFPGPRLAAATGLYEIYFSAWGPGIFEYEIDNMHRKFGPVVRITPDEVHIREPFGTSSYSDDWIKGTSELESGHYQGRSVHGFQYKKPSISRARSLLRVEVNHIINTLIEKHQVHRMFSSRRDKKVQPVGSTLISPTSSRILDSGLQGGVNQSSRMNGFRD >NUQ31250.1 phosphate ABC transporter permease subunit PstC [Dermatophilaceae bacterium] >NUR80607.1 phosphate ABC transporter permease subunit PstC [Dermatophilaceae bacterium] MSPSSLAPHEAAPQGTSLTTYLPSHRSEGAEDFPRTLSTSRTGSDRAFRMSATAIGASVLAVTGGIGLFLAFQSVPTLRRYGFSFFTESQWQPEADVLGISAVLVGTVSIAGVALFFAFPLALATALYISEYAPPRMRGVLVSLVDLMAAVPSIVYGLWGFFLIQPYAAGVARFLQAHFGWVPFFQVGTDPDGVPVDATRYTASSFIAGIAVAMMVTPMICAVMRQVFSQTPPGEKEAALALGSTRWGMIRTVVLPFGRGGIIGGTMLGMGRALGETIAVLLIISPAFEIKWRVLEIGGNSISSLIAGRFGDASPAQLSALLTAGLVLFVMTLVVNTLAAMIVARSRSGADADA >MCF7626618.1 recombinase family protein [Holdemanella sp. SCCA2] MQGDEMVYWDEQGNTVEISKADQLWLDDGYFKTQQAHLPPDAPRAALSYRVSTKGQVDHNDIPMQKIKCRKFAQQQGWRVVMEKAEKGISGSKVSASKRDVIQELRQEAGNGSFDILLVYMFDRLGRIESETPFVLEWFVQHGIQMWSVHEGQQRIESHGDKLMNYIRFWQAAGESEKTSIRTRDRIRQIVSSGHFAGGFVPYGYRAVDKGRVNKRDQPVKDLEIDPEEAAWVREVFEKVANEGASGYAMARMLNDRGLCTRQGARFQSVNIRRMIRHEGYTGYLITKAARSEFIQELQIVDEKLFARANEVIDCRSKKLAQEKNIAAKTNNPTLLAGIVVCAHCGAKMSAFLHTDRYKLADGTIREKVQAKYNCYQRGQKLRACDGQSLYLAERVDAVVLEVVHDIFRRIQQEPYDRSIEQKLRQENGEQERQKQAAEKKIKAAQYKQKRYEDEVIRCLDGQSRFSEEMLARLIAEAETEVRQAKEEYAELLRNDTTRATIQQIRSYYDEFLGWANEFDLATIPRKRAILGQLIEKVEVGKGYKVTVHLRMSYAQFLGIEGNGEIQVRKDVCA >MCH5207665.1 NTP transferase domain-containing protein [Oscillospiraceae bacterium] MENAIIMASGLGTRMRPLTESVPKPLIKVGSTPMVETVINALTKRGVEHIYIVVGYLKEQFEYLTDKYPRVSLIENKVYASANNISSVYAARDILRLGDCFICEADLYVADQDIFCCGTMDSCYFGKMVKGYSDDWVFDLDDGGLITRVGKKGTDCYNMVGISFFRAKEADMLADLIETEYSLPGRSELFWDDIVNMHIDKLPLTIHPVLAEQIIEIDTVDELKAVERRIAEAR >KAF3356825.1 hypothetical protein VdG1_06122 [Verticillium dahliae VDG1] >KAG7138719.1 Glucan endo-1 like protein [Verticillium longisporum] >PNH42332.1 hypothetical protein VD0004_g4954 [Verticillium dahliae] >PNH69909.1 hypothetical protein VD0001_g7029 [Verticillium dahliae] >RBQ90581.1 hypothetical protein VDGD_10470 [Verticillium dahliae] MQFLTFLFALTASAATITPNDFTKACPGGVDNVIVTEANTLNGTVNSEIGPARAPLLGNLPLSLVNNFAGGSLNAYISGLDSNGAVVFLAADGSLVYPTSGGSSVPVPIGADIAIPLPPRGQTLRITLPIALSSGRVYFAAGKLNFFMVFTGSGDGLVQPSINNLQDPSAGLNWGFVELTLTPKGVIWANISFVDFVGLVFGMRLVDRDGRVQEVLGLPAGAVDSICNELRAQGDVDGRPWAAHCIEGPTGRPLRVVSPNNYATINPGAFADYWTVYADEVWRRYANQPLYINTQNENGVVECRVTGDTLSCDGDNRGYAKPEAVDIWGCNSGPFGIRQGDNAVHYAVVPRLCAAFVRTTLLLAGGDLQPGVDARDYYMQDPTSHYSRVVHEQEVDGRGYAFPYDDVNPDGAEDAAGLVASGNFDVLNFFIGGV >CJB10156.1 Uncharacterised protein [Streptococcus pneumoniae] >CJB70584.1 Uncharacterised protein [Streptococcus pneumoniae] >CJD53854.1 Uncharacterised protein [Streptococcus pneumoniae] >CJG02309.1 Uncharacterised protein [Streptococcus pneumoniae] >CJH37629.1 Uncharacterised protein [Streptococcus pneumoniae] MLSFKNGNTSSVSVRKVPAQTNSAYNTLLPAGRFKIALEEFNCHSSVVPAGNPGTCNAVFTVVNTASVPKILPGAGDVGLSPSVFPVNVTAPGTVVVNLFIKGTQSSHFNYSKKCSIL >RYE23003.1 hypothetical protein EOP51_11800 [Sphingobacteriales bacterium] MKQKLLFTFLLLGTVILTSCRKDRVFPDIKQYDAEQIQKYIAANGLTQMRPDTSAGDTSGIYYQILNQGDTTAARIEYSDRLAMVYTLNSFDGKYKSADTILNHYSGYLGQFSSLGLPKGLQSAIYNILKYKGGSMRLLIPSRLAYGKGGFGSGSSGNTTGRIAGNQCLDYFVRIVADQPAYDDLAITKYMAANSITEHVLDPRGFYYKITGLDTGALVTGTSKITATYKVQYLNNTVVDSGTDSGFDVETGVIPGVKEALKLTRVGQTISFLLPSRWGYGQLANDKGVPAFTCLRFEFTVKTSVNY >MBR0338720.1 50S ribosomal protein L3 [Alistipes sp.] MSGLIGKKIGMTSVYSAEGKNIPCTVIEAGPCVVTQIKTLEKDSYEAVQIAYDDKSEKHTSNSLLGHFKKAGTTPKRKMAEFKGMPEVNLGDVITVDLFTEEDWVDVTGISKGKGFQGVVKRHGFAGVGGQTHGQHNRQRKPGSLGASSYPSRVFKGKRLPGQTGGEQVKVLNLKVLKVIPENNLILVKGSIPGAKGSYLTIEK >MBF1375496.1 DEAD/DEAH box helicase family protein [Porphyromonas sp.] MHNLLIDNSSDILSMETYLKQCISLEGMDRVRIATGYWDVLGMSMVLSELSAFLGREGTLLQLLIGRDPYVYTSLLQNPKYKDATYPADYIRTDIDELELKPEYEQVIQLLAEHLQTGKIQVRIYQKNGDKEVEFLHSKCYIFSGEERSLGIIGSSNFTEKGLSGNSELNYLETDPARVTASPQVGSTAKGHIYWFEEKWALSQEWNGEFLEQIIKPSKLYPHVQPQSFTPYEQYIKLLQLQFGEVVDKALGDQLASYLPTSVKKLDYQLEAVKRCISIMREHGGFMLGDVVGLGKTIVGCLIIKYFLSVPQEEGRGSKVLIISPPAIQSSWKRTVEAFDREPSDKMSPYIDFITTGRIDQLYSEGEDDEYEADGDDDAYDSGDFADALQKRDYGLIIIDESHKFRNNNTQMYKSLDELIGHIGTDTGVYPYVGLLSATPQNNGPRDLMNQIYLFERNRRESTLKKAEGGNLELFFSKINKEYDQLLKRNTDPPKEERHRRLDEVSRKLRDCILCDILERRTRTDIKKYYKDDIASQGIVFPEIMGPQSLEYVMDDELAQLFYETMTLLAPTQEDKGRTEEWLRYARYRAIEYFIDPAHGRKYAGRGNRDVSIVSKQLATIMQIQLVKRLESSFSAFTRSLQNLRRYTENMIRMWENDTIFVCPQIDVNKELDYEAKSQKRQGEPVTFEDCIEEIRAKIQKLTAQGKNSQGQNAEYSRADFKVAYYEELKRDRDLIARYCDRWARNSQDPKFDAFKESLVTKLFDPEKNTSGKLVIFSEAIDTVEALARAVKAKGHKPLVITSVNRDEKEQMIMENFDANYDGEQKSDYDVIITTEVLAEGVNLHRANVILNYDTPWNSTRLMQRIGRVNRIGSREPKVYVYNFMPSAEGDAEIQLVHKAHTKLQSFHILFGEDSKIFSDEESIVYYDMVKAIDGEESPLQPYISKLKQYKADYPERYTEIESAAGACWQIAQAAHGTAYFVVKAPYSARLVVKTDSATGTEAKIISPLEALEEMQVEPTTPSVSLPSSWDELSKRACRVYNQYFVRIRQSRAGDLRTKAQGIIVKLQECNGLTPASQSLLRRARMLVDKGSIDIIKKIIFIDEELEAKESRLFALEQHDIDHLLEEGIGKLVAKVESKQGEASIILGTIK >KAJ8358812.1 hypothetical protein SKAU_G00153370 [Synaphobranchus kaupii] MWPHRRPRWPQRAQLYIVEGESQNSEAGGFSDSPAPYLRGSDRYAPPSPASLAWAQRTRHQPASLALRKQEEEEKKKCKPLSDSYELSTDLQDKKVEMLERKYGGYFLSRRAARTIQTAFRQYRMNKNFERLRSSASESRMTRRIILSNMRLQYSFDERHPQPHYAGPPHAGPPPRRAPPSLPRPSLPPISPSTLTIRTWRTPSPNRRAARKGAGPATGDEFGECVWSNSSSNPPSSRRGDRERGGGGGLSMHEDSTATSYSDVTLYMDDGLPSSPLSLDRAPSSTDTEYWGLGGVGGREDSRETEGGGSNNSRRSSPCTECRDYRLRAAHLPLLTIEPPSDSSVDLSDRSDRGSLSRQLVYEQEGGAGGGAGSPQGTLKHNPNAPLARLLPFGHRPGPDTHPQAPPLSDSLPDPAPSPPAPSPQPAPPPPPPCCSDGDNDSLNSTTNSNDTINCSSGSSSRDSLRDPMPSLGKQTYQRDSRHSWDSPAFNNDLVQRRQYRIGLNLFNKKPEKGIQYLIERGFVSDTPVGIARFILERKGLSRQMIGEFLGNRQKQFNKDVLDCVVDEMDFSGMDLDDALRKFQAQIRVQGEAQKVERLIEAFSQRYCVCNPALVRQFQNPDTIFILAFAIILLNTDMYSPNVKPERKMKMDDFIKNLRGVDNGQDISRDLLVGIYQRIQKWELRTNDDHVSQVQAVERVIVGKKPVLSLPHRRLVCCCQLYEVPDPGRPQRCGVHQREVFLFNDLLVVTKIFQKKKTSVTYSFRQSFPLVEMQVHMFQNSYYPHGIRLTSSIPGGERKVLIVFTAPSQQDRTRFTSDLRESIAEVQEMEKYRVESELEKQKGVMRPSLLTAGGMGGAGGGGGVKNEVVNGTLGRPSLDDSYSGGEGLKRTALSSSLRDLSETAWVPWTVPLKDRSLAALGLNSASPWRAGAARPVMASKSSGLNTPS >MBQ8641985.1 hypothetical protein [Clostridia bacterium] MAERFPGGRLVFDTTNAKGLKNMLRTWLKSSEMESVGLYFSVEDEKKLLQWSDRFASVIRRGYMTGYHSLNRRYGFIANTRFRFGDKSGMCQVIEIEFRA >XP_051592778.1 uncharacterized protein J4E82_001148 [Alternaria postmessia] >KAI5380075.1 hypothetical protein J4E82_001148 [Alternaria postmessia] MAVDNSLESLLATLTTSIQSATEALPNDDILPPKEGISLLDVKNELLLSYLQNLVFLILLKLRSRKGNQKEANLHPQDEVVQKLVELRVYLEKGVRPLESRLKYQIDKILRTADDATRRTTQATAKPAQKPRKSKADTGSDSDVSDAESNGSAQTEDDEDEMAYGPRRAQVTRQKTEAAQERARESAKDGIYRPPKITPMAMPTPEGREARRERRPGKSATLDEFIATELSGAPIAEPSIGSTITNGGRHTKSERERREENERREYEEANFTRLAPDSKKEAAKKKARQQRNGGFGGEEWRTLGAGIDRIERLTQKKGGNLGSLEKSRKRPVGDGPRGSGSAAGDAFEKRRKVVGRYK >CAB1415528.1 unnamed protein product [Pleuronectes platessa] MSLKQEKKAASCPSAPNNTDTDRRRSSGAAAAAHSPAPVGKTAPDSVDNAVTVFLWKNTEPSTSEDTNQAPGNPRNSGLNTSPLFPLGHGATQGAKWSTCTPTALNASKEDAW >WP_168166755.1 ATP-binding domain-containing protein, partial [Bacteroides sp. HMSC068A09] KDAKHATFSAYDRSQSLTYIKRCVQLFEQTNKTKYFSDFKEFVFESSVEDFCDVSGADVVVSTIHKAKGREFDDVYMLISDNYSKNVHLMRRYYVGMTRAKKRLFIHTNGDCFNHLSVGQYHISTKEYEMPEEIVLQLSHKDVYLGFFKELKQEVLALKSGDFLNYNNFVLYNILTKKPVAKLSQSMQITLSEWQDKGYKVKSASVRFVVAWKPKDAPKDGPEIAVLLADLLLSL >WP_007993424.1 MULTISPECIES: EscS/YscS/HrcS family type III secretion system export apparatus protein [Pseudomonas] >PNB75836.1 EscS/YscS/HrcS family type III secretion system export apparatus protein [Pseudomonas sp. GW456-E7] >AFY20819.1 surface presentation of antigens protein [Pseudomonas sp. UW4] >EJM75644.1 type III secretion protein, HrpO family [Pseudomonas sp. GM49] >KII33531.1 type III secretion system protein SpaQ [Pseudomonas fluorescens] >PMZ78216.1 EscS/YscS/HrcS family type III secretion system export apparatus protein [Pseudomonas sp. FW305-70] MNDLVYAGNKTLYLILLMVAWPIIVATVVGLVVGLIQTVTQLQEQTLPFGFKLLAVAACLFLLSGWYGETLLDFSREVIRLALA >MCM3872453.1 hypothetical protein [Pyrinomonadaceae bacterium] MSVFQKVFKAIFPTKWAQAMEADSRSWMVRCPCGLARSVWELGGIRWKASGKQHWFVKCPKCGKRSWHKVTRDQ >WP_098279309.1 long-chain fatty acid--CoA ligase [Bacillus cereus] >PET20820.1 fatty-acid--CoA ligase [Bacillus cereus] >PEV57812.1 fatty-acid--CoA ligase [Bacillus cereus] >PFQ59784.1 fatty-acid--CoA ligase [Bacillus cereus] MMMNVPLTISSMMERAEKLFSKKEIVSRTYDTVTTLTYKQLGERTRRLSSALKKLGIKEGERVGTLAWNHHRHVEAYFAIPGIASVLHTINIRLSPQHISYIIQHAEDRILLIDEDLVPLVENIQSQLSTVQAYIIMTDKDELPNTMLEPVYHYEKLLEEGDPNFQFVKDIDENTPAGMCYTSATTGNPKGVVYTHRSTVLHCMALGLADTAALSESDAAMAIVPMFHVNAWGLPFAATWFGSKQVLPGPMFTPKILLEMIQSEKVTLAAGVPTIWLGVLQELENNSYDLSSMTRILCGGAAAPKSVIKAFEQKHNVPFIHAYGMTETSPLVTLARLKSYETELSYEEQLEIRSKQGYLVPGVEMKVVGTNGEVKWDGTEMGELCLRAPWIAESYYNDNRTVEGFRDGWLYTGDVVTVDEEGCVKIVDRTKDVIKSGGEWISSVDLENALMAHDAIFEAAVVAIPHPQWQERPIACVVQKKNSTVTKEEIYEFLKPQFAKWWLPDDIVFMEEIPKTSVGKFLKQALRKELEHLHREK >AXB40829.1 cytochrome b, partial [Boulenophrys jinggangensis] NSLIDLPAPPNISAWWNFGSLLGTCLIIQIATGLFLAMHYIPDTSSAFSSIIHICRDVNYGWLIRGLHANGATFFFICIYLHIGRGLYYGSFINKEAWNIGIILLFLTMATAFMGYVLPWGQMSFWGATVITNLLSAIPYIGNGLVQWIWGGYSVDSPTLTRFFTIHFLLPFLIAALSIIHLLFVHQEGSSNPLGINANADKISFHPYYSYKDLVGIAILLLALLLLTLFWPNLLTDPDNFTSANPLVTPPHIKPEWYFLFAYAILRSIPNKLGGVLALAFSIVALVFIPLIHTSLQRSYAFRPLSQYLFWVLIADTLMLTWIGGQPVEDPFILIGQLASCIYFLTLIVA >XP_021507806.1 sodium channel protein type 2 subunit alpha [Meriones unguiculatus] MAQSVLVPPGPDSFRFFTRESLAAIEQRIAEEKAKRPKQERKDEDDENGPKPNSDLEAGKSLPFIYGDIPPEMVSEPLEDLDPYYINKKTFIVLNKGKAISRFSATSALYILTPFNPIRKLAIKILVHSLFNVLIMCTILTNCVFMTMSNPPDWTKNVEYTFTGIYTFESLIKILARGFCLEDFTFLRDPWNWLDFTVITFAYVTEFVDLGNVSALRTFRVLRALKTISVIPGLKTIVGALIQSVKKLSDVMILTVFCLSVFALIGLQLFMGNLRNKCLQWPPDNSTFEINITSFFNNSLDWNATTFNRTVNMFNWDEYIEDKSHFYFLEGQNDALLCGNSSDAGQCPEGYICVKAGRNPNYGYTSFDTFSWAFLSLFRLMTQDFWENLYQLTLRAAGKTYMIFFVLVIFLGSFYLINLILAVVAMAYEEQNQATLEEAEQKEAEFQQMLEQLKKQQEEAQAAAAAASAESRDFSGAGGIGVFSESSSVASKLSSKSEKELKNRRKKKKQKEQAGEEEKEDSVRKSASEDSIRKKGFRFSLEGSRLTYEKRFSSPHQSLLSIRGSLFSPRRNSRASLFSFKGRVKDIGSENDFADDEHSTFEDNDSRRDSLFVPHRHGERRPSNVSQASRASRGIPALPMNGKMHSAVDCNGVVSLVGGPSALTSPVGQLLPEGTTTETEIRKRRSSSYHVSMDLLEDPTRQRAMSMASILTNTMEELEESRQKCPPCWYKFANMCLIWDCCKPWLKVKHVVNLVVMDPFVDLAITICIVLNTLFMAMEHYPMTEQFSSVLSVGNLVFTGIFTAEMFLKIIAMDPYYYFQEGWNIFDGFIVSLSLMELGLANVEGLSVLRSFRLLRVFKLAKSWPTLNMLIKIIGNSVGALGNLTLVLAIIVFIFAVVGMQLFGKSYKECVCKISNDCELPRWHMHDFFHSFLIVFRVLCGEWIETMWDCMEVAGQTMCLTVFMMVMVIGNLVVLNLFLALLLSSFSSDNLAATDDDNEMNNLQIAVGRMQKGIDFVKRKIREFIQKAFVGKQKALDEIKPLEDLNNKKDSCISNHTTVEIGKDLNYLKDGNGTTSGIGSSVEKYVVDESDYMSFINNPSLTVTVPIAVGESDFENLNTEEFSSESDMEESKEKLNATSSSEGSTVDIGAPAEGEQPEAEPEESLEPEACFTEDCVRKFKCCQISIEEGKGKLWWNLRKTCYKIVEHNWFETFIVFMILVSSGALAFEDIYIEQRKTIKTMLEYADKVFTYIFILEMLLKWVAYGFQMYFTNAWCWLDFLIVDVSLVSLTANALGYSELGAIKSLRTLRALRPLRALSRFEGMRVVVNALLGAIPSIMNVLLVCLIFWLIFSIMGVNLFAGKFYHCINSTTGEMFDVSVVNNYSECQALIESNQTARWKNVKVNFDNVGLGYLSLLQVATFKGWMDIMYAAVDSRNVELQPKYEDNLYMYLYFVIFIIFGSFFTLNLFIGVIIDNFNQQKKKFGGQDIFMTEEQKKYYNAMKKLGSKKPQKPIPRPANKFQGMVFDFVTKQVFDISIMILICLNMVTMMVETDDQSQEMTNILYWINLVFIVLFTGECVLKLISLRYYYFTIGWNIFDFVVVILSIVGMFLAELIEKYFVSPTLFRVIRLARIGRILRLIKGAKGIRTLLFALMMSLPALFNIGLLLFLVMFIYAIFGMSNFAYVKREVGIDDMFNFETFGNSMICLFQITTSAGWDGLLFCKLSDFAAALDPPLLIAKPNKVQLIAMDLPMVSGDRIHCLDILFAFTKRVLGESGEMDALRIQMEERFMASNPSKVSYEPITTTLKRKQEEVSAIVIQRAYRRYLLKQKVKKVSSIYKKDKGKEDEGTPIKEDIITDKLNENSTPEKTDVTPSTTSPPSYDSVTKPEKEKFEKDKSEKEDKGKDIRESKK >WP_092081374.1 Tex family protein [Bradyrhizobium brasilense] >MCC8975630.1 RNA-binding transcriptional accessory protein [Bradyrhizobium brasilense] >SDC93099.1 uncharacterized protein SAMN05216337_100626 [Bradyrhizobium brasilense] MAKIHHQIAQELGVRDEQVEAAVTLLDGGATVPFIARYRKELTGALDDAQLRTLEERLTYLRELEERRTAVLNSIREQGKLDAALEAQIMAADSKGRLEDIYLPYKPKRRTKAEIAKEAGLEPLADQLLTQPESDPNEAATPFVNAEKQVADVAAALDGARAILVERFAEDADLIGALREEMWSNGIMASTVRTGKKTEGEKFKDYFDFSEPLPKLPSHRILALFRGEKEEILDLAIKPEAQEPVVGQPGLYELKIMNRFAISNQGRKGDKWLTETVRWAWRTKIQIHLNIDLRLRLWTAAETEAVRVFASNLRDLLLAAPAGARATMGLDPGYRTGVKVAVIDATGKVVAHTAIFPHEPQRRWDEALAILGKLAIEHGVELIAIGNGTASRETDKLAAELVKRLPEHKMTKIVVSEAGASVYSASAFASNELPDLDVTIRGAVSIARRLQDPLAELVKIDPKAIGVGQYQHDLGEAKLARSLDAVVEDCVNAVGVDANTASVPLLARVSGIGQGLAQSIVQHRDANGPFKSRKALKEVPRLGPKAFEQCAGFLRISNGEDPLDSSGVHPEAYPVVRRILEATKSDIKALIGNADVVRGLKPQSFVDDTFGLPTVTDILRELEKPGRDPRPAFKAAVFKEGVEEVKDLKKGMILEGTVTNVAAFGAFVDIGVHQDGLVHISAMSRNFIKDPREVVKPGDIVKVKVLDVEVARKRIALTLRLDDEIGPKKDNAAPSRDFSRGSGKMTSSAPRRPQEQSGGGALADALRRAAEKNGRGKPT >WP_014772780.1 glutamine synthetase III [Belliella baltica] >AFL84821.1 glutamine synthetase [Belliella baltica DSM 15883] MATLRQKALLKAQERPIVSVTAPSLKISDYFGVNVFGTKQMKESLAPSVYKKVTEAIDKGSKIDPSTAEEISSAVKTWALAKGVTHYTHWFQPLTGSTAEKHDAFFDAHAGIEKFKGSALVQQEPDASSFPNGGIRSTFEARGYTAWDPSSPIFIFGNTLCIPTIFVAYTGEALDYKTPLLKSIEAINEASVAICQLFDRNVKKITPSLGVEQEYFVIDKALFATRPDLVMAGRSVFGHNPARGQQLDDHYFGTIPTRVKDFMMDFEIEALKLGIPVSTRHNEVAPGQFEVAPLFEEINKAVDHNQLLMDVMDKVAERHSLKVLFHEKPFAGVNGSGKHNNWSLITDTGVNLFQPSNSARENLQFLTFLVATVKAVYDYADLLRASIASAGNDFRLGANEAPPAIISVFLGSTLTGILDELEKNGNIKIEKGDNMYMKLGISKIPEIILDNTDRNRTSPFAFTGNKFEFRAVGSQANSAGPMTVLNVIVAETLKQMAKDIEKETASGKEKKIAIVNVLRKYIKDSKKVRFEGDGYSEEWEKEAAKRGLSNLKSTPFALDTYLEKKSLEVFSKHNVLSEVELHARHEIMLENYIKKVQIESRVMGDLALNHIIPTAILYQNKLIENANGLQGLGLDNTAAIETIKDVSRHLESLKSNVNQMIEARKKLNKEEDIVKQAKGYSLEVKEAFFDKIRYAVDKLELLVDDESWPLVKYREMLFIK >WP_065766477.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >EHR5762746.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >EHY0929484.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >EJC6829958.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >MCI9699527.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] >MCR9814016.1 serine-type D-Ala-D-Ala carboxypeptidase [Vibrio parahaemolyticus] MRLRWPLLISSLIFPLLSYAYPHQEVLPEGARISLVAEKLNESSTLDGIRPTDQLFPPASTLKIVTALAAKLELGDSFAFRTKLETSSSDAVIYFVGDPTLQTQDLKALLSLAKKNGLTRINGDLWLDNSAFTGYDRAVGWPWDILGVCYSAPASSITLNNNCVQASIYTQKDGGTRVYVPEHQPIRVKSSVETVSKTIQKSRHCDLDLLANPDNRYELKGCLIEREKPLPLKFAVQDPERYTSQNISTLLKQLGIELKGEIKIGSAPQRQRKLMALHQSKPLPDLLDDMLKHSDNLIADTLTKTLGAKFFVQPGSFTNGTEAIKQIIFANTGIDIRNARLEDGSGLSRNNRISATKMAEILRYIWKNEKTLKLIAIMPKSGESGTLQYRQSMRKAPIKGQLIAKSGSLYGTYNMAGYGLDKNGQPNTIFVQFVSDYFPEKRDDNKPVIAPITHFEQLFYRDIVNFSQAIPKK >AVO23223.1 maturase K, partial [Grayia spinosa] >AVO23226.1 maturase K, partial [Grayia brandegeei] RTLSRKHKSTVRAFLKRLGSEFLEEFFTEDEKVLSLILPKDSSISRGFYRGRIWYLDIICIHNLSNDE >MCA50524.1 immunoglobulin light chain junction region [Homo sapiens] CQRYGNSVTF >WP_251231146.1 hypothetical protein [Adlercreutzia aquisgranensis] MIVFVAIVLVIGVLAWAVVKSDELAGLTPRTTGPNRAYPHGAVVAASCEKAPESASFAQAFRKALPWGMSALFALIALAGAVCQQVGASVSPSEHSQVFFAGSVLMNAALSVLPPLGIALEAYFRAGEKGKLFANYVVILLLGAVLGALVWLAFDAVWLLADATGSAAWASPWRSALYAWGSIAGYMVGSALAVTRIGNRVTFVRTFADGHRDKVEVSDRSVAFRALSALAKK >MBC7140825.1 hypothetical protein [Paracoccaceae bacterium] MRGLVAHEVAHALVAQTVDAARIAPADHDFLAAVFEMDAYGEAARTPLLAADPVRPKGSRDMVNPGICAPAPRVFANNAWELFRAADDGCAMIRDIPGGQVSLPFK >WP_090378310.1 sodium:solute symporter family protein [Natronobacterium texcoconense] >SDQ51530.1 solute:Na+ symporter, SSS family [Natronobacterium texcoconense] MAVESDVTLLYIVAGYLVVMLGVGVWAYGKTNTAEDFMVAGRSLGAVIIAGTLMATWMGSGTVTGGANSIAYDNGFWPALLFGTAALIGIGVLFLLAPRIRAFDKLTIPEMIEEELGKEGKVISLLVIAFAYVGIVSYQFIGLGFVLNVTTGISVTQGTLIGTGIIIALAAMGGLMSVAYTDAISAFLMLIGLIVAVPFVILNAGGMEGIAANVPETHFDALGDLTFLQFFALWAPPLLLILADQNMYQRIIAGETDEGTNTGLIAWFVGVAAAMTLVPVIAFASRAMFPELDPGMALIATTTEIPVWIGGILLAAAAAFIITTGSSYLLSACTNISQDLYKGLINPDASDRQVFWLTRICVIVLGVFAFVLGQYFPTILEVQMYSYTAYGAAITPPLLAIFLMRDRLTKVGGLTGMIAGAVLAITWDTVLASPYGLDAVIVAAPVAAVLIVVVSYLTSDSATPTPTSA >XP_013258388.1 serine palmitoyltransferase [Exophiala aquamarina CBS 119918] >KEF55798.1 serine palmitoyltransferase [Exophiala aquamarina CBS 119918] MPRRVSTSLLSSSPPTPWPSFTPSADKGGTFVNKTSQKASKIAQFFSTSPKTKEAQTAAAALLAASKAQEQAFLASGSPPISTPSLSLPSISLSTARADSTNMDEPPTTLFQPPSAAETRKLVKQHAQFGPLNSQSHRYTSRHQGGEFPEPIMDEPPYYYLLTTYISYLILIIFGHVRDFFGMKFKEDNYRHLKARNGYAALNSDFDNFYVRRLKMRINDCFNRPTTGVPGRYINLLDRTSDDGNYHFSLTGTTTETLNLSSYNYLGFAQSDGPCADAVEETIRRYGLGTSSSRSEVGTSDLAVECENLIAGFVGKEASMVFSMGFGTNAAVFSAMVGKGDLIISDELNHASIRFGSRLSGAMITSFQHNDMKDLESKLREAISQGQPRTHRPWKKILVVVEGLYSMEGTMCHLPGLIRLKKRYKFHLFVDEAHSIGALGPHGKGVCDYFGIDPAEVDILMGTLTKSFGANGGYIAADKAIIDKLRVSNAGTIYGETPAPGVLTQIMASLRLINGDLLPGQGEERLQRIAFNSRYLRLGLKRLGFIVYGHDDSPIVPLLLYHPAKMPAFSHEMLRRKISVVVVGYPATPLISSRARFCISAAHNKDDLDRVLAACDEIGNVLQLKFASGIAGGAPPLAEGVTWEMEHSRKRLEKHDKVAKSLVVTPRWTLEEVIKRGVQDVKLPLR >WP_192106836.1 4-hydroxy-tetrahydrodipicolinate synthase [Roseibium polysiphoniae] >MBD8875045.1 4-hydroxy-tetrahydrodipicolinate synthase [Roseibium polysiphoniae] >MBS8258940.1 4-hydroxy-tetrahydrodipicolinate synthase [Roseibium polysiphoniae] MFKGSIPALITPFKDGALDEKRFQDFVDWQIKQGSNGLVPVGTTGESPTLSHDEHKRLVELCIEAAGGRVPVMAGAGSNNTAEAIDLANFAEKAGADALLIVTPYYNKPNQAGLKAHFRAIDEAVGIPIYIYNIPGRSVIDMTPETMAELFKTCKNIAGVKDATANLAKASQQRHLCGPDFVQLSGEDITALGFNAHGGTGCISVTANVAPKLCSEFQAACQAGDYATAISIQDRLAPLHQALFIEPNPTGAKYALSLLGKLDNNVRLPLVPVSEETQVEIRSAMVHAGLIN >EIX9307167.1 LysR family transcriptional regulator [Klebsiella pneumoniae] >HCN3289327.1 LysR family transcriptional regulator [Klebsiella pneumoniae] MEKNGLFSQRIRLRHLHTFVAVAQQGTLGRAAETLNLSQPALSKTLNELEQLTGTRLFERGRLGAQLTLVGEQFLTHAVKVLDALNSAGQALNRKEGLNNDIVRIGALPTAALGILPTVIGQFHKQQKDITLQVATMNNTMLLAGLKSGEIDIGIGRMSDPELMSGLHYELLFLESLKLVVRPGHPLLQETVTLSRVMEWPVVVSPKGTVPRQNAEALLQSQGCKIPAGCIETLSASLSRQLTVDFDYVWFVPSGAVKDDLRRGVLTALPIATQGAGEPIGILTRVDATLTPGTQTLLSAIRKSMPA >NJL74459.1 hypothetical protein [Saprospiraceae bacterium] MNIFFGQVFQTLKDAASNLLGTLLGKPQSPTEEKFMHNRIAERLMYVNAAIQVQEEEQQFLETHMTVPTSAMTNELDLLKRELQELISERKHLIEQLETLSQSSSILTATSTTKLNQYQQDLKIQLSLDKPQEVLDKLLSDLQTQSELYNDVILLSAKLRSVSRQKELGLLALPNIA >USR14792.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLFMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFYLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPFTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGGSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_274124432.1 metal ABC transporter substrate-binding protein [Pseudomonas sp. CNPSo 3701] MPISRLFRARHLLLRLSIGATALLLLGAASAADAKLRIGITLHPYYSYVSNIVGDKAEVVPLIPAGFNPHAYEPRAEDIKRIGSLDVVVLNGVGHDDFADRMIAASEKPDIEVIEANANVPLLAATGIAARGAGKVVNPHTFLSISASIAQVNNIARELGKLDPDNAKTYTQNARAYGKRLRKLRADALAQLTEAPNADLRVATVHAAYDYLLREFGLEVTAVVEPAHGIEPSPSQLKKTIDQLRELDVKVIFSELDFPSTYVDTIQRESGVKLYPLSHISYGEYSAEKYEKEMANNMNTVVRAIQDAGQ >XP_008080365.1 FAD/NAD(P)-binding protein [Glarea lozoyensis ATCC 20868] >EPE32353.1 FAD/NAD(P)-binding protein [Glarea lozoyensis ATCC 20868] MASSRSAVVRLQRSLVRRQSPRVLPSFSPLRQGGLSFTRPRGQLSASKRILQQRAFSVSVARRLATPDETFDPNTIDRESDEVDVCIVGGGPAGLSAAIRLKQLANEAGNEEFRVLVLEKAGEIGAHILSGAVIEPGAINELIPNWLAEDNENRFDGTTATGSDKMRFLTKSSAIPIPAPPQMHNKGNYIVSLNQFTSWLGERAEEVGVEVYAGFAASEVLYRTDGSVKGVATNDLGISRQGKAKDSFERGMEFHARTTLFAEGCHGSLTKQVIKKFDLRSESQPQTYGLGIKEVWEVEPEKHKKGEITHSMGYPLPADTYGGGWMYHFGENLVSIGLVVGLDYPNPWLSPYGEFQKMKQHPLYKSVLEGGKCISYGARALNEGGFQSIPKVAFPGGALIGDTAGFLNVPKIKGTHTAMKSGMLAAEATWTALSSSDSGTIFLYDYEDSLRKSSIWKELKEVRNMRPSFHSPLKLYGGVLYSGLEAFILKGKVPWTLKHKGTDYDATGAADSYPKIEYEKPDGKITFDILTSVSRTGTNHEEDQPVHLRVPDWDKHAQEEWPKYKGIENRFCPAGVYEYVEDESKDIGVRFQINAQNCIHCKTCDIKVPNQNINWTTPQGGEGPKYFMT >MCR5546513.1 glutamine synthetase family protein [Lachnospiraceae bacterium] MEYTVDEVLKFIEEEDVKFIRLAFRDAYGVQKNISVTPGEVKKAFDEGSPINARKIAGFGDCPYGVLYLFPDPNTMAILPWRPDSGRVIRLFCDVYTPEGKLYESDTRGILKKAIADAKSKDVRFKFGTETEFYLFLKDDEGNPTRTPYDCAGYLDIAPLDKCENVRREICLTIERMGLTPERSHHERGPGQNEIDFHYGKPLTAADQMTTFKMVVSTIADRYGLEADFSPRPLESEPGNGYHINIYARNSEGEDMAKYAAAGILDKIREMTLFLNPREDSYSRLGNDSAPDKVNWSSMDDTELLYIDTYKESTRVELRSPDASSNPYLVYSLLIYAGLYGIENKLDLPSGDEIASSLPTSKKEAAKLALESEFIKNIVPEEIIKEYVS >WP_206548446.1 MULTISPECIES: aspartate kinase [Alphaproteobacteria] >MBN7757986.1 aspartate kinase [Nitratireductor aquimarinus] >MBN7762449.1 aspartate kinase [Nitratireductor aquibiodomus] >MBY6000748.1 aspartate kinase [Tritonibacter mobilis] >MBY6022778.1 aspartate kinase [Nitratireductor sp. DP7N14-4] MTDRQNEGAADNGRTNQQPLGDHTVEKIGGTSMSRARELLDTILIGKRREDALYNRVFVVSAFGGITDKLLEHKKSGEPGVYALFSHADNEHGWMEALSAVSRAMYAINEKMFDEAADRHASDDFVRERIEGARGCLIDLQRLCSYGHFQLGEHMQTIRELLSALGEAHSANNLALLLRREGVNARFIDLTGWRDETQPSLNERIKQAFDEIDLTRELPIVTGYAQCREGLMREFDRGYSEVTFATIAALTSAREAIIHKEFHLSSADPRLVGTENVRKIGRTNYDVADQLSNMGMEAIHPKAAKKLRQAGVPLRVANAFEPEDPGTLIDAEPATAAGVEMVTGLPVTSLELFEQDMVGVKGYDAAILESLTRHKVRIVSKSSNANSIVHHLEATLKSVRRVERDLAERYPAARITARRAGMVSVIGRDLTGLGVMLEGLKALDETGVEPLASQETGRGVDVQFLVRSEDLEKAVKTLHRAFIEEGEETLKAAA >YP_009340709.1 cytochrome c oxidase subunit II [Eublepharis macularius] >WEF49953.1 cytochrome c oxidase subunit II [Eublepharis macularius] >BAW33376.1 cytochrome c oxidase subunit II [Eublepharis macularius] MAQPAQLGFQNAASPIMEELLHFHDHALMIVFLISTLVLYLMVLMLTTSMTYTNTMNAQEMEMVWTILPAVILIMIALPSLRILYLMDEVNNPHLTVKALGHQWYWSYEYTDYENLTFDSYMISTQNLPQGNYRLLEVDHRMVVPMESPIRMLISAEDVLHSWAVPALGIKTDAIPGRLNQTTFTASYPGLFYGQCSEICGSNHSFMPIVIEATTLSGFETWSTMMLS >HEC61404.1 hypothetical protein [bacterium] MRSALARGLALSVGCASGADALVLSSALAVSPASVSLFCVGSSTGAGFWSGSASLSLLRSAAPAGAAVSWWAGGVSSLPLRARLIRRSKSALSGCSCAVFFLASASSHGSLAVAARAARAGLPVFAFSLGFSGPPSALPALSGLGGWSFFSLGVWAWQPAQAVLF >NWU63809.1 FAT3 protein [Pterocles burchelli] ISGYSLVIQARDSGTPPLSSSVTVNVDISDVNDNSPVFTPANYTAENKPVGTSILQLVVADKDSFHNGPPFTFTILTGNEEEEFTLDPNGVLRSAVIFKHMVATEYVLCVQAKDSGKPQQVSHTYIQVRVIEESIHKPTAIPLEIFIVTMEDDFPGGVIGKIHATDQDVYDVLTYTLKSEQRSLFKVNSHDGKIIALGGLDNGKYVLNVSVSDGRFQVPIDVVVHVEQLLQEMLQNTVTIRFENVSPEDFVGLHMHGFRRTLRNAVLSQKQDSLHIISIQPVAGSNQLDMLFAVQMHNGGFYKPAYLIQKLTNARRHLENVIRISAVLEKNCSGLDCQEQHCEQSLSIDSHSLMTYSTARISFVCPRFYRNVRCMC >MBU2720902.1 DUF3696 domain-containing protein [Acidithiobacillus ferridurans] MFTYLNLTNFKAWRKTGNIALKPVTMLLGTNSSGKSSLIQSLLLLKQTAQSPDRTTHLNLGGDELHDYFSFGEFDNVLTQGTRTPRQFSIAFAFQRQRPARVRAGSFEAAYGQTSSGGIAIQELCLTTDGRRFRAIRRERGAYSVMVDDEPQPRGKGRHLAPERSIAFPAEAISLLEKDGPLLEDLSLAIRRELENIVYLGPLRRKPERDYVWNKSMPGEVGSDGHRAVDVLLSSALTRNGEQSAIIKGVSNWLARMKVADKLEVHQISRSTRYEVVIHRDGVAANLRDVGIGISQVLPVLTVAHFAPAGSTIILEEPEIYLHPLAQSVLAELFVELSRKRQVQFIVETHSEHLFRRLQTLIAQGKTKPEQCAMFFVERRKADAVLRPLEVDEFGTVKNWPPNFFGDSVGEARAQAQARGERLRGVING >MBI2666778.1 hypothetical protein [Candidatus Woesearchaeota archaeon] MSDYDIIARKHFGEDYHLLTPKQHLEKYLHAFNLDPLANEVATSSLRNMDEKKAEEILLHFLKSEEALARALELIAKKT >WP_154503573.1 hypothetical protein, partial [Helicobacter pylori] MKKHILSLTLGSLLVSTLSAEDDGFYMSAGYQIGEAAQMVKNTKGIQQLSDNYENLSKLLTRYSILNNLIKLSADPSAINAARENLGASAKNLIGDKANSPAYQAVLLAINAAVGFWNVLGYATQCGGNANGQKSTSSTTIFNNEPGYRSTSITCSLNGYSPGYYGPMSIENFKKLNQAYQILQTALKKGLPALKENNGQVSVTYTYTCSGQGNDNCSPNVTGVNEHNGGTKTKTQTIDGKQVTTTISSKVVDSKASDNTQGVSYTEITNQLSGVPDSAQFLLAQASTLINTINTACPYFSVTNRSGGPQMEPTKGKLCGFTDEISAIQKMITDAQELVNQTNTINSNEQTAPVGGSNGKPFNPYTDASFAQGMLANASAQAKMLDLAHQVGQTLNPDRLTGNFQNFVKNFLATCNNPSTAGTGGTQGSAPGTVTTQTFASGCAYVQETITKLNNSISHFGTQEQQIQQAENIADTLVNFKSRYSELGNTYNSITTALSKVPNAQSLQNVVSKKNNPYSPQGIET >MCH61727.1 gag protein [Human immunodeficiency virus 1] >MCH61836.1 gag protein [Human immunodeficiency virus 1] RLHPVHAGPAAPGQMREPRGSDIAGTTSNLQEQIGRMTSNPPIPVGEIYKRWIILGLNKIVRMYSPVSILDIRQGPKEPFRDYVDRFYKTLRAEQASQDVKNWMTETLLVQNANPDCRTILKALGPAAT >WP_035102910.1 ABC transporter permease subunit [Devosia sp. LC5] >KFC62518.1 ABC transporter, permease protein, HisMQ family [Devosia sp. LC5] MTDDIAYWFSYLTNGKHLTWYASFQFTIFAALAGGTLAVVFGLIGATLKNSRFFPLRLIGTTYSSIVRGVPDVLFFLFFPLAFEQAVEWLVATQVCSPEAIAVQTAAWPPCKEANWFLGTPEYLILASVSLGLVYGAFATNVIHGALRSVPHGQLEAARAYGMSAAQVLWRVHIRQMWVYALPGLSNVWMLIVKATSLLSLLQIADIVLWADRLGAPNFLPTVGLVHEDWRWRYYLVLFVFYILVTLISEKAFNAIMRRAGRGILSEAQ >MBR4902600.1 carbon-nitrogen hydrolase family protein [Victivallales bacterium] MNWNHFSPSHVVQPVFENESGDLSIELTDAASVGHWECSVPVKAGVTYRFTAVADVPAKSFNNATMLVTWCKTEDCSKMIQRDYIGFQDKTDVLRCFDETFKAPEDSNFAVLWCVHKWQKGKAVFRNIRMEEVAEIPPRCVRLATVNIYPKTERTFAANLAIMEDALKKVCEEKPNLDLIVTPECHTDRMVDLPIVERSEPIPGGMTFELCKRYAVQYHVNILANIHELTPEGHVHNTAFVVDRQGKLAGKYRKVHLTVSEQMLGVIAGEEFNVIDLDFGRLGIAVCWDNWFSESARALRLNGAELLVFPLAGDGKESHWSKTWSTRCIDNGIPMVVCVGDPKCPSAIVDRDGEWLSSTMEQGGYAFAEIDLNERKRSWWLSVGPADGDPYQLYLAERRQIAYPQK >HAB03480.1 histidine kinase [Pseudomonas sp.] MPKSANRFPRLPRIPAADPQESEQAWQNAPQLLAALNGARLGAWLWDIDTGRISWSRGTQALFGFDPRRPLPNDIDYLDLLPEEDRARTRQLFHAAVNGEPVEQAMRHRIRWPDGSLHWLEINGSLTHDRQGRRQMIGVIREITRQRERETALINSEKRFATLFHLSPNAILLSRRQDGRIIEVNQHFEDMFGWTGSQVVGKTSLELGLWVNPQQRDQVMEATRANNGPAIMEVQFRASSGKLHDGILCTQRIELEGLTYLISTFVDTSERKRAELALKDSQERLDLALDSAQLGTWDWHIPSGMLYGSARAAQLHGLEPVPFHESFESFFEGVSTDERDNMRDAYRSLREGPAGNYQITYRVQLDNGASRYIESRARLYRDEHGNPLRMAGTLLDITEQVEREQRLSASEEKFASLFQVSPDPICVTRQDTGQFIEINPAFTQTFGWKAEQVIGRTAEEIGLWSEPPERAQRIERVIRDQALSNVAVLVNHRDGMLLTCVIASRLISVDNQPCSVTTLRDITQQQRAEAALKSSEEKFAKAFHSSPDAIIITERRSGRYLEVNDGFSRLTGYSADEVIGRSAYEIGIWADDKQRSALLTELKELGRVHHREMLGRNKRGDILTVEVSVEPISINEVDCLLLTARDVSQLKNAQAQIRHLAYHDPLTNLPNRALLMDRLSQQIALLRRHHLRGALLFLDLDHFKHINDSLGHPVGDTVLKIITARLEASVRLEDTVARLGGDEFVVLLSGLEGSREAVEEQVRALADTLRELLAEPMSLDGQRLQVTPSIGVALIPDHGATPADLLKRADIALYRAKDSGRNTTQLFHSTMQKAASERLRMENDLRLALARGELALHFQPQVDARDNRIVGAEVLLRWHHPQLGQQPPAQFIQVLEESGLILEVGSWILNEACDACARLLHDGLIDADDFSLCVNISPRQFRQNDFVQRVLRSLDDHRLAHQILKLEITEGIVIQNLEDTINKMRELKRYGVSFAMDDFGTGYSSLTYLKRLPVDALKIDQTFVRDATDDPNDAEIVRAIVAMARSLDLAVIAEGVELTEQLAFLERLGCHLYQGYLHSRPLPFEQFRQMLLEAPAGD >WP_193655704.1 glycosyltransferase, partial [Bacillus paranthracis] >MBE7145330.1 glycosyltransferase [Bacillus paranthracis] KSSEVYLKDAMKFSIIIPAHNEEKYIGKCLDSIAKASETYKDQTEVIVVLNRCTDKTEEIAKSYNCITLKNNDKNLSKIRNAGAQIASGEIIITIDADTQMTESMLSNVDKHLASGKYIGGGVTGKFERMSLGIFVSAMLLIIPLLFKYGAISVGIFWCYRKDFMAINGFNENMLMAEDADFAKRLKKWGKRNHKKFGTIKNGMITSCRRFDTYGDWALLKNPKVILAYLRGNDKKYADKTYYDNQER >WP_032677416.1 MULTISPECIES: coproporphyrinogen III oxidase [Bacillus] >MUG01045.1 coproporphyrinogen III oxidase [Bacillus tequilensis] >MCO8147752.1 coproporphyrinogen III oxidase [Bacillus subtilis] >MCS4323037.1 coproporphyrinogen III oxidase [Bacillus subtilis] >NJJ25872.1 coproporphyrinogen III oxidase [Bacillus subtilis] >NQE96271.1 coproporphyrinogen III oxidase [Bacillus subtilis] MQIKIEGIHDDRLHRPLQNIANLFYEECELAYGGEEPADFVISLALSQTDEHVTVSGEVKGTGIKEQHTKFFSPGMNEKEAFKQVKNTISYVYLNLLQAHTGITQKWGILTGIRPTKLLHKKLQSGMSKEQAHAELKKDYLIHDEKIMLMQEIVDRQLAAVPDLYRVKDEVSIYIGIPFCPTKCAYCTFPAYAIQGQAGRVGSFLWGLHYEMQKIGEWLKEHDVKVTTIYFGGGTPTSITAEEMDLLYEEMVRSFPDVKNIREITVEAGRPDTITEEKLAVLNKYDIDRISINPQSYENETLKAIGRHHTVEETIEKYHLSRQHGMNNINMDLIIGLPGEGVKEFRHSLSETEKLMPESLTVHTLSFKRASEMTRNKHKYKVAGREEVSQMMEDAVAWTKEHGYVPYYLYRQKNILGNLENVGYSLPGQESIYNIMIMEEVQTIIGIGCGAASKFIDRDTGKITHFANPKDPKSYNDRFEHYTDEKIKYLEQIFEKTTKQH >MCS6996891.1 trypsin-like peptidase domain-containing protein [Casimicrobiaceae bacterium] MLYRLWLLFAQVCTVCVAALFTISTLRPEWLNRPAGSNSAARSAPVTVAAPAGAPPASSSASGSQITFAPGASAALPSVVKIATSAERRRFRHPLFDDPAFERFFGRPRDSDPQLVLGEGSGVIVRADGYILTNKHVIEGAQNIQVELSDKRVFRARLVGTDPETDLAVIKVDSPDPLPAIVFGDSNALRPGDVVLAIGNPFGVFGSSVTMGIVSATGRTQIGDSNPFEHFIQTDAAINQGNSGGALVNTAGQLVGINTSIFTRTGDFSGIGFAIPTAVALPILEQLIATGRVERGFLGVTLSAVPLDAIKALGLKNNKGAFVQAVAADGPGSRAGLRPGDVIIRINRKPIEDRIEAVNAIAMTKPGTTIPITVVREGAELEIEVTLAARPTPRRG >EHZ4862226.1 nitrate reductase subunit alpha [Salmonella enterica subsp. enterica serovar Lome] MSKLLDRFRYFKQKGDTFADGHGQVMYTNRDWEDSYRQRWQFDKIVRSTHGVNCTGSCSWKIYVKNGLVTWETQQTDYPRTRPDLPNHEPRGCPRGASYSWYLYSANRLKYPLVRKRLIELWREALSRHSDPVLAWESIMNDPQKCQSYKQVRGHGGFIRSNWKELNQLIAAANVWTIKTYGPDRVAGFSPIPAMSMVSYAAGTRYLSLLGGTCLSFYDWYCDLPPASPMTWGEQTDVPESADWYNSAYIIAWGSNVPQTRTPDAHFFTEVRYKGTKTIAITPDYSEVAKLCDQWLAPKQGTDSALAMAMGHVILKEFHLDNPSDYFLNYCRRYTDMPMLVLLDERADGSYVPGRMMRASDLVDGLGEANNPEWKTVALNSTGELVAPNGSIGFRWGEKGKWNLEPVAAGVETELSLSLLGQHDDVAGVAFPYFGGNENPHFRSVRQEPVLVRQLPVKRLDLADGSERMVVSVYDLVLANYGLDRGLDDCHSVNNYNDVKAYTPAWGEQITGVPRRHIETIAREFAETAHKTHGRSMIILGAGVNHWYHMDMNYRGMINMLVFCGCVGQTGGGWAHYVGQEKLRPQTGWLPLAFALDWNRPPRQMNSTSFFYNHASQWRYEKLTAQELLSPLADPAKFSGHLIDFNVRAERMGWLPSAPQLNLNPLSVKASADKAGLSAADYTVQALKSGAIRFACEQPDSGHNHPRNLFVWRSNLLGSSGKGHEYMLKYLLGTDSGIQGEALGSSEGIKPEEVEWQSAAIEGKLDLLVTLDFRMSSTCLFSDIVLPTATWYEKDDMNTSDMHPFIHPLSAAVDPAWESKSDWEIYKGIASAFSEVCVGHLGQETDVVLHPLQHDSPAELAQPFDILDWRKGECELIPGKTAPNIVVVERDYPATYERFTSLGPLLDKLGNGGKGIAWNTQDEVDFLGKLNYTKHDGPAKGRPRIDTALDASEVILALAPETNGQVAVKAWQALGEMTGREHTHLAINKEDEKIRFRDIQAQPRKIISSPTWSGLESEHVSYNAGYTNVHELIPWRTLSGRQQLYQDHAWMRAFGESLVAYRPPIDTRSVSEMREIPPNGFPEKALNFLTPHQKWGIHSTYSENLLMLTLSRGGPIVWISEADARELGIEDNDWIEAFNANGALTARAVVSQRVLPGMTMMYHAQERIMNIPGSEVTGMRGGIHNSVTRVCPKPTHMIGGYAQLAYGFNYYGTVGSNRDEFIMIRKMKNINWLDDEGRDQVQEAKK >WP_159812831.1 diguanylate cyclase [Pseudomonas sp. 18058] MKLFRSNKRPTLGSVLGRGHLTVALLAVAMASVSLTLLGVLALRVYADHNLHLIARSISYTVEAAVVFNDKAAATEALEMIASTEEVADAQVLDAQGKLLARWHRAENGLFSDLEMQITRALLEKPISLPIVHQEHEIGRILLTGHGGSLMRFLLSGLAGIILCTAISAFVAIYLARRQLREIIGPLRSLATVAHAARSERALDRRVPPAQIAELDNLGNDFNALLDELESWQSNLQSENETLAHQASHDSLTGLPNRAFFEGRLMRALRNASKLNERVAVLFLDSDRFKGINDNFGHAAGDAVLVAIANRVRAQLREEDLVARLGGDEFAVLLTPLHKIEDAERIADKILASMDTPITLPGDTSVVTSLSIGIAVFPDHGATPGALLNAADAAMYQAKRLSRGAQFTAGSEHPVDPVQTRS >MBP5726154.1 NAD-dependent protein deacylase [Clostridia bacterium] MKAFQEIIDRSRRMVFFGGAGVSTASGIPDFRSAEGLYAEETDGISPEMILSKSFFYLEPEKFFDWYRKHMLYPEAKPNAAHRKLFELERADKLRGIVTQNVDGLHKAAGNIRVYELHGNVHENYCMECNASYPAEVILESDGIPRCRDCGGVIRPNVVLYGEPPEKYVCIGAIREITNADTLIVAGTSMAVEPAASFVSHFRGKHLVVINRDPIPAEGKATLVLRGDVAEIMGQLR >MCE1252202.1 FGGY-family carbohydrate kinase [Anaerolineae bacterium] MNIKDIRSAVENGETVLGVEFGSTRIKAVLIGKDHTPLASGSFDWENRFENGVWTYHLEDVWTGLQESYRKVSAEVLEKYETPLKTIGAIGFSGMMHGYLPFDKEGQPLAAFRTWRNTITAQAADKLTDLFQFTIPQRWSIAHLYQAILNQEAHVKDITHLTTLAGYVHWKLTGEKVMGIGEASGMFPIDSRTNTYHASMLAQFNDLLKQENMPWKLQDILPTVLVAGQAAGTLTAAGAKLLDPTGQLKAGIPLCPPEGDAGTGMVATNSVGVRTGNVSAGTSVFAMIVLEKALSKLYPEIDMVTTPAGMPVAMVHSNNCTSDLNAWVGLFHEFTVALGAEVNQSRLFETLYQQALEGDPDGGGLLAYNYFSGEHLTHFAEGRPVFVRTPESRFTLANFMRTHLFSSLGALKIGMAILEQEQVKLDQLLGHGGFFKTKGVGQKIMAAAMNVPVTVMESAGEGGAWGIALLGAYMLYKTGSEALDAYLTGKVFAGQKGLTIQPEQRDIDGFNAFMQRYKTGLPIERAAVDFLK >WP_069083484.1 LysR substrate-binding domain-containing protein [Pseudomonas sp. TCU-HL1] >AOE84956.1 LysR family transcriptional regulator [Pseudomonas sp. TCU-HL1] MNRNDLRRVDLNLLIVFETLMHERSVTRAAEKLFLGQPAISAALARLRTLFDDPLFVRTGRSMEPSARAMEIFALLSPALDSISTAVSRAADFNPATSNAVFRIGLSDDVEFALLPALLRRLRAEAPGVVLVVRRTNYLLMPNLLASGEISVGVSYTDELPANAKRKTLRRARPKLLRADSVPGALSLDDYCERPHALVSFAGDLGGFVDEELAKVGKTRKVVLAVPQFNGLGTLLAGTDLVAMVPDYTAAALTAAGGLRAEDPPMPTQAFELSMAWRGAQDNDPAERWLRSRIQMYCGDPDSLE >WP_158687193.1 MULTISPECIES: hypothetical protein [Streptomyces] >QKV68895.1 hypothetical protein HUT13_08930 [Streptomyces harbinensis] MSQVRILPGAHDMRGGRAAAMPAVRGWMNSHSRPITIGACALVIVPIPTGG >WP_265775712.1 alpha/beta fold hydrolase [Aeromonas veronii] MPEVIREGAVDAPVRILLAHGAGAGMDHPFLAELSRLLAGPDIEVVRFNFPYMAKRALDGIRRPPDRQPVLLEHWREMIRTFAHPRLFLAGKSMGGRMAAELYSEGEGEMNAAGLLILGYPFHPPAKPDSWRGEVLKHIAVPTLLLQGERDTFGSRAELADFPFSPAVSVHWLTDGDHGFKPRKASGVSEQENMQHAAAAISYFVARHG >KAG4938299.1 hypothetical protein JHK86_044440 [Glycine max] >KAG5107642.1 hypothetical protein JHK84_044549 [Glycine max] MMMDPRQREKLLHKTEACAFVAGVVPELSLVTVPGNNNNTNNVNNNNNNVSHSQSHRSGRIHENHHHHHLGLVAAVTTTFGTVHRKKRMARQRRSTNPTLLMNPLINNNNNKSGSSLPSPSIASSSHVPLSSSTLPPAREIDQRRLRFLFQKELKNSDVSSLRRMILPKKAAEAFLPALESKEGIVISMDDIDGLHVWSFKYRFWPNNNSRMYVLENTGDFVNTHGLRFGDSILVYQDSENNNYVIQAKKASDQDEFMEETSDTINDIFLNDYEVNKPGCFNVTYPAVNDTGMSFIYETTFSNDSPLDFLGGSMTNFSRIGPVETFGSVENLSLDDFY >MCK6622141.1 T9SS type A sorting domain-containing protein [Calditrichia bacterium] >NUQ43210.1 T9SS type A sorting domain-containing protein [Calditrichaceae bacterium] MFSMRIVFVSVLALALNVLLLSAAPGQQKPLPNRHLEMLPGEQEAFYRFENMRVSQETGAPLALYRVNYPVQPAAPEEMARQYLRENAALLMIKADLSDLRHAATRETPGGYHVRFLQQVQGYPVYRGDIVVNLDRNHTVAFVMNSYKPLARLDNPAAKTSLVQAERLAKGYLNVRGSLQFEKQETVVYYHKNVTRLAHKITVVPAEDTFGEWEVLVDAHSGEIFRVEDKALYRDPHPRTQVPTNGSGRVFDPDPLTRARALYQSGGQFGDNNDQDTDSLVAQIVTRTLPDIDFSGGQYRLNGPYAQIVDFEAPFNGLFNRSDSLWHFTRSPAAFEAANVYYHLDQSMRYINDTLGFDLMPFQYAGGVKGDPHGLNGDDNSHYIPATGSLAWGEGGVDDSEDPDVILHELGHGIHDWITDGNLSQVNGLSEGSGDYWAASYNRSTGFWTPSDPQYYWVFQWDGHNEFWSGRITNYTAQYPGGLTGQIHTDGQIWSSTLMQIWDDIGRTATDANFLEALSMTNGASSQEDAAQAFVQADINLHGGANLWSIEQRFTQRGYNITVPVPSITHTPLGDTEDLTGPYPVSATISAAFPLTEVKLIYGTGPAFTDTVAMAPSGNVYSAAIPGTGAPAIYRYYIFAADSAGLASTNPPGAPANYHSFTAGPDTEPPVIVHTPLNNQAYLRWPAAVKAQITDNLGIGFAMVEYRVNGGALAGSFALLNTSGSVYEGVFDIDTTMIAIGDTVEYRITAVDSSAQANSAAHPASGYHSFAIIEAAGLVLLIDDDPSADKTEFRSEKGLSKRDLGKNPFSASAGLMENALADAGYLVTVETPNITNPATWGSYDLVISSSGISENSLSNAAYRNALIAYSQNGGKFIIEGGEVGWTWRNNTQVMNFLLHASTWHADNAGALQRVSSQANHPIANVPHALPVSIPITYTAYGSEDAMLPSNAYVIYNPVSRPGDAGVSVYDDNANPLSAQSVYYAFNFAQVSDTVVARKLLENTVAYLLNPETLPNTAPAPFSLLSPADGDTVASVDTIGFRWRAAADAQNDPLTYTLRIFGGSANITVGNISDTAYTYTGGGLDPNSLYHWTALVSDGEFTTASPDTFAFRTPPVVGIGEGLSGVPGEFALGQNYPNPFNPSTAISYQLAAAGEVELSVYNLLGQKIRTLAKGKQAAGYYTVNWDGRNDGGGAAASGIYIYKIVAGDFTAFRKMLLIK >UQT49937.1 hypothetical protein M5E87_10175 [Flavonifractor plautii] MKRYAHPIPYCIDCPTPPPADGLDRILEALACQNQLLVELLGAVNALTAATLSIQSRL >XP_049766603.1 uncharacterized protein LOC126100114 isoform X2 [Schistocerca cancellata] >XP_049941157.1 uncharacterized protein LOC126418440 isoform X2 [Schistocerca serialis cubense] MALSYSHENSAYWYPEPGSLNYTVMKRKIEENGESEGPPPKIPGNYSLPLPYGWQPPRVQVNMRGGGMRMARAGPWRGGAVPRGMPAYNPRGYFRGNGRGGRVAPPRYYEVLQQPYPRDYQKPSWLPHYQQHEPLSPQQPPPLPPPPLPPPPQAQQHQAHPPQHQHQHQHQHQHHHPHPHPHALSSSGTGDTSQIDPNQVEDPNAGNNIVVVRKAVTAPVSVVEETFTKPKSNKRRPMSQSYPSRPWNKEDAERALAVESSHMKGLRNQSLIIRFPDPELTKDMVKAFHPGIENVHFQVPSGPRYCFVQLSESTNADKTMKELEKIKFGSGTLKVEKKFSKDEEELSPEAIDPYTLYIGNLPTKVNIASVKEKFPTASRIDIGFAQRMKFTRYAFIRYNTVDEAIEAYKSTHNLVLDSRSIIVRFRRQRGPVGLPGESRPPKPPKAQKEAAKTQKGKKEKPVKPKEEEEEVEEEEEDDDEDDDDDDEDEDDDDDDDDEDEDDEEEDDDDDDEDEEPDDQDAADDDPDEEDEEDDEEEEEDDEDERRILNRIFNNFP >WP_180076776.1 hypothetical protein [Acinetobacter sp. YH12251] MLYGLLYAVFRFISKKSWSWLCHGLSFIVLYSTVLAIFFSSSFLQIKEFQLTHPNWILADQVHINQVEIDDYRQRRSLQYAYTRVRYQYMLNEQISTGVADKLDPQYMLWFLETSQDLKVRAALKTEHAIHQQQYSVYVNTQNPNQSRFFLNQDYFELRNSGFAWLIYGLQMLSLVLVLIVVILLWDAFSDSKESKTAKKSKTKPKEKV >MCH2675159.1 pyridoxamine 5'-phosphate oxidase family protein [Dehalococcoidia bacterium] MTAQKFTNVIIEESELRGIFGEVSERAAKKQIDRLDVHCRAIIEKCPFILLGTSDTEGRCDVSPKGDYPGFIRVLDDKTIAIPDLPGNNRLDTLGNMLKNPHVGLIFMIPGMNDTLRINGKVQLVRDDELLESMAFEGKLPKLAIVVHVQEVFTHCPKAFVRSKLWSDEYRIDRSELPSFGEILRDHAGLDYDLEEFQKGLDERLVTTLH >WP_067123247.1 bifunctional adenosylcobinamide kinase/adenosylcobinamide-phosphate guanylyltransferase [Streptomyces yokosukanensis] >KUN05623.1 adenosylcobinamide kinase/adenosylcobinamide phosphate guanyltransferase [Streptomyces yokosukanensis] MEVTLLGTGAPAGLPRPDCPCAACATALGPDARAATAVLVDGTLLLDLTPGVAFAAARAGHSLGGVRQVLLSHPHDGPAVEVPAGLPQPGRVPDGRELALLTGHRVRAVAMDAGGTGYAVTGPDGQRLLYLPPGGAPAGLEAAPAESYHLVLADVVGRPDALARLRAVGSAGPTTDVVAVHLDHDVPPGAELRRRLAAAGARAVPDGTTLAVGAYEEVPDVPRRTLVLGGARSGKSVEAERRLASFPDVLYVATGGTRGGDTEWAQRVAVHRERRPGSWRTAETTDLVPLLREDGPPLLIDCLSLWLTDVMDRVGAWDDAEWAGGGEKSLRERVRELAEAVRRTRRTVVAVSNEVGSGIVPATASGRRYRDELGRLNAVFADECEQVLLIVAGQASVLRG >WP_184601943.1 acyl-CoA dehydrogenase [Rhodanobacter sp. MP1X3] >MBB6242718.1 acyl-CoA dehydrogenase [Rhodanobacter sp. MP1X3] MSVLLTILAALIATGACAYHRSSLRTWAIATIVTTFVVGLIAGAPLTMLILLIIELAIAVPLLMVSFRRRQISAPILKTFAKVTPKLSDTEQTALEAGTIGFEGELFSGKPNWSVLMKQPKPVLSVEEQAFMDGPVEELCGMIDDWQITHELADLPPNVWDFIKKNKFFGMIIPKQYGGLQFSALAHSAVLQKLSTMSSTVASTVAVPNSLGPAELLLHYGSDEQKNHYLPRLAVGEEIPCFALTGPYAGSDATSIPDFGIVCKQTVDGVETLGLKLTFDKHYITLAPIATLVGLAFRMYDPEHLLGEKEDLGITLALLPRTTPGLQIGRRHFPLNVPFQNGPIHGKDMFVPLSTLIGGPHMAGHGWRMLVECLSVGRAISLPSSATGAVRGAVAATGAYARMRKQFGLSIARFEGVEEALARIGGLAYATAALSKSTAAAVDRGEKPAVTSAIAKYHATEWGREVAANTMDVLGGKGVQLGPKNYAGRSFQAVPIAITVEGANIMTRSLMIFGQGAIRCHPYVLKEMQALAITDRSEQLKTFDRLLFSHLGFGVSNAVRSFVFGLTGSRIGESAGDNYTRRYYRKLDRYSAALALCADVFMGVLGGKLKFEEKLSARLGDVLSNLYIASAMLKNYEDAGRPEADRPLLAWAFHECMWRTQTALDGAIRNFPVRPVSWLLRALVFPFGRREVPPSDRLGRRVAALITGPSEARDRLLEYAYLTPTPNNVVGRMNALLPQVILSEPVDRKFAKAQKSGQFKAHDYFEQLVEAEKAGVLSATEAALLKHVRESVFEFISVDDFHPDELRAFKTRADRQAEAQADAWVRKPEVRTPENAEG >MCK5309055.1 CCA tRNA nucleotidyltransferase [Thermoplasmata archaeon] MDIEKEVLARLKPSPEDEAFIHDTVDKLIKTVMSSEAASKCEFEPYLVGSIAKNTHLKDPDADLFLLFHPDVSREDLEKHGLAIGKESIIGREHYAEHPYIKGTFEGLKTDIVPAYKILDSSQKMTAVDRTPFHTEFVKENLDSELQDDVRLLKAFMKGIGTYSAEAKVLGFSGYLCELLIIKYDGFQKLLAETHTWKKGMRLEIGPVTDKKFDAPLTFIDPVDPGRNVASAVSTDSLATFIAAANDYLSSPDLKYFFPNPIKELSHDAILEKLEHRGSVMAITLPKPDIIDDILYPQLRKFEKNTCQMLSASYFMTVKSASYVIGEEMAIIIELQNDSLPISALHRGPPVWVRENAQSFLAKWKENENALSSPFVKDGHWHVFVRRKHTSAMSLLSSGLSSLDMGKDLNKLKDSVQIYDIIPDIEVLNKAFSEYLDKRLSWNR >EIJ1046776.1 cytosol nonspecific dipeptidase [Escherichia coli] >EIJ1049984.1 cytosol nonspecific dipeptidase [Escherichia coli] MSELSQLSPQPLWDIFAKICSIPHPSYHEEQLAEYIVGWAKEKGFHVERDQVGNILIRKPATAGMENRKPVVLQAHLDMVPQKNNDTVHDFTKDPIQPYIDGEWVKARGTTLGADNGIGMASALAVLADENVVHGPLEVLLTMTEEAGMDGAFGLQGNWLQADILINTDSEEEGEIYMGCAGGIDFTSNLHLDREAVPAGFETFKLTLKGLKGGHSGGEIHVGLGNANKLLVRFLAGNAEELDLRLIDFNGGTLRNAIPREAFATIAVAADKVDVLKSLVNTYQEILKNELAEKEKNLALLLDSVANDKAALIAKSRDTFIRLLNATPNGVIRNSDVAKGVVETSLNVGVVTMTDNNVEIHCLIRSLIDSGKDYVVSMLDSLGKLAGAKTEAKGAYPGWQPDANSPVMHLVRETYQRLFNKTPNIQIIHAGLECGLFKKPYPEMDMVSIGPTITGPHSPDEQVHIESVGHYWTLLTELLKEIPAK >XP_044919701.1 vacuolar protein sorting-associated protein 13D isoform X1 [Mustela putorius furo] MLEGLVAWVLNTYLGKYVNNLNTDQLSVALLKGAVELENLPLKKDALKELELPFEVKAGLIGKVTLQIPFYRPHVDPWVISISSLHLIGAPEKLEDFNDEKEKLLERERKKALLQALEDRWKNERQRKGESYWYSVTASVVTRIVENIELKIQDVHLRFEDGITNPSHPFAFGICIKNVSVQNAVNEPVQKLMRKKQLDVADFSVYWDAHCTLLGDLPQVELQEAMDKSMESRAHHYILEPVCASALLKRNCSKEPLRSRHSPRIECDIHLETIPLKLSQLQYRQIMEFLKELERKERQVKFRRWKPKVAVSENCREWWYFALNANLSEIREERKRCTWDFLLHRARDAVSYTDKYFSKLKGDVLHADGREEMRRIEEEQSFEELKILRELVHERFHKQEELAESLREPQLDSPGDSPGDPETSGGSGMLQYLQSWFPGWGGWYGQQTPEGRVVEGLSAEQHGQWTPEEILGTEEFFDPTTDASCLSSYMKRDLVFATLNVQLQRGTVTLLHQEPGGPRAEECAFMQLEFSGVKLLAESLPRRNSSLLSVRLGGLFLRDLATEGTMFPLLVFPNSQKEVGRVSQSFGLQTISADRSDHNPAADPDDPVFEMLYERNPVHSHFERRLNVSTRPLNIIYNPQAIKKVADFFYKGKVHTSGFGYQSELELRVAEAARRQYNKLKMQTKAEIRQTLDRLLVGDFIEESKRWTVRLDISAPQVIFPDDFKSRNPVLVVVDLGRMLLTNSQDDSKRKSGDGLASEEDQFSDDEYKTPLATPPSTPPPETSSGNGGKTAPFAEMEFSAEQLQAHLMNTKMYERYSLSFMDLQIMVGRVKDNWKHVQDIDVGPTHVVEKFNVHLQLERRLIYTSDPKYPGAVLSGNLPDLKIHINEEKISALKNCFALLTTPEVKTSDTQFKEKIFPQGGQRGSLQDSVMNLTQSFVMLEQHTREVLVESQLLLAEFKVNCMQLGVESNGRYISVLKVFGTNAHFVKRPYDVEVSLTVHGLLLVDTMQTYGADFDLLMASHKNLSFDVPTGSLRDSRAQSPVSGSNAAHLTSAATLNDPSATGVSLDKILTKEQESLIKLEYQFVSSECPSMNLDSTLQVISLQVNNLDIILNPETIVELIGFLQKSFPKEKDDLSPQPLMTDFERSFREEGTYQATYEQNTEVAVEIHRLNLLLLRTVGMANGEKYGRKIATASIGSTKVNVSMGSTFDMNGSLGCLQLMDLTQENVKNQYVVSIGNSIGYENIISDIGYFESVFVRMEDAAVSEALSFTFVEKSKQECLLNLKMASLHYNHSAKFLKELTLSMDELEENFRSMLKSAATKVTTVLATKTAEYSEMVSLFETPRKTRESFVVEENEMYGFGLAGSHSDTVKLILNINIESPVVSIPRKPGSPELLVGHLGQIFIQNFVSGDDESRSDRLRVEIKDIKLYSLNCTQLPGREGPGSEVSRGFCSPSGSASANSQEEAHFTRHDFFESLHRGQAFHILNNTTIQFKLEKIPIERESELTFSLSPDDLGTSSIMKIEGKFVNPVQVVLAKHVYEQVLQTLDNLVYSEDLNKFPVSATSSPCPNSPLPSLSTCGEPSTERKENGLFSHSSLSNSSQKSLSLKEVKSFTQIQANFCISELQVQLSGDLTLGAQGLVSLKFQDFEVEFSKDHPQTLSVQIALRSLLMEDLLEKNPDSKYKNLMVSRGAPKPSSLAQKEYLSLSCPSVSNVEYPDMPRSLPSHMEEAPNVFQLYQRPTSASRKKQKEVQDKDCPLTPPPSPTVDEPKILAGKSKFDDSLVHINVFLVDKKHPEFSSSYNRVNRNIDVDFNCLDVLITLQTWVVILDFFGIGSTADNHAMKVLPEDILQNVKSESNALLESELQDPVNTKLDLKVHSLSLVLNKTTSELAKASVSKLAAHLEMIDGDLALQGSIGSLSLSDLTAHGEFYRERFTTSGEEALIFQTFKYGRPDPLLRREHDMRVSLQMASVQYVHTQRFQAEVVAFVQHFTQLQDVLGRQRAAIEGQTVRDQAQRCSRVLLDIEAGAPVLLIPESSRSNNLIVANLGKLKVKNKFLFAGFPGTFSLQDKESVPSASPTGTPKHYMRKMTSTEDPKGAHSEGLFMMPPAGMSLGSLRSESALSTSTKQQGQQAAPSASQLSGSPEDHVCLLDCIVVDLQDMDIFAAERRPREYSKASEDSSGDLVFPSYSVRQTGGSLLTEPCRLKLQVERNLDKEISHTVPDISIHGSLSSVHCSLDLSKYKLIRGLLENNLGEPIEEFMRPYDLQDPRIHTGVFLLQTVLSGEVYTCMCFLIDMVNVSLELKDPKGKESTGSLARFDFKKCKLLYESFSNQTKSINLVSHSMMAFDTRYAGQKASAGLTNVFSCIFQPSRNSSTTQGSIQMELHFRSTKDSSCFTVVLNNLRVFLIFDWLLLVHDFLHTPSDIKKQTHVTSSRHRNSSSESAVVPKTVKSGVVTKRSSLPVSTERHLEVKVNVTGTEFVVVEDVSCFDTNAIILKGTTVLTYKPRFVDRPFSGSLFGIEVFSCRLGNEHETALSIVDPVQIQVELVGNSSYQNSSGLMDAFNSEDFPPILEIQLQALDIRLSYNDVQLFLAIAKSIPEQASAAAPDPVALETSSVSSSLPGGTRAGEEIREGSRHTLDPVLELQLARLQELGFSVDDCRKALFVCQGQLKKAASWLFKNAEPLKSLSLASSGRESQGPVAARLISGVEVKAESVCICFIDDCMDCDVPLAELTFSRVTFLQQARASPEGYAHFTLSGDYYNRALSGWEPFIEPWPCSVSWQQQAASRLHPPRLKLEAKAKPRLDINITSVLIDQYVSTKESWMADYCKQDKEMDSTTSEDWMGSSVDPPCFGQSLPLVYLRTRSTASLTNLEHQIYARAEVKTPKRRQPFVPFALRNHTGCTLWFATLTTTPTRAALSHSGSPGLVPEGNGTFLDDAHNVSEWREVLTGEEIPFEFEARGKLRHRHTHDLRIHQLQVRVNGWEQVSPVSVDKVGTFFRYAAPDKNSSSSTIGSPSSRTNIIHPQVYFSSLPPVRVVFAVTMEGSARKVITVRSALIVKNRLETPMELRLDSPSAPDKPVVLPAIMPGDSFAVPLHLTSWRLQARPKGLGVFFCKAPIHWTNVVKTAEVSSSKRECHSMDLDKSRFFRFCVAIKKENYPDYMPSNIFSDSAKQIFRQPGHTIYLLPTVVICNLLPCELDFYVKGMPINGTLKPGKEVALHTADTSQNIELGVSLENFPLCKELLIPPGTQNYMVRMRLYDINRRQLNLTIRIVCRAEGSLKIFISAPYWLINKTGLPLIFRQDNAKTDAAGQFEEHELARSLSPLLFCYADREQPNLCTMRIGRGIHPEGMPGWCQGFSLDGGSGVRALKVIQQGNRPGLIYNIGIDVKKGRGRYIDTCMVIFAPRYLLDNKSSHKLAFAQREFARGQGTANPEGYISTLPGSSVVFHWPRNDYDQLLCVRLMDVPNCIWSGGFEVNKNNSFHINMRDTLGKCFFLRVEITLRGATYRISFSDTDQLPPPFRIDNFSKVPVVFTQHGVAEPRLRTEVKPMTSLDYAWDEPTLPPFITLTVKGAGSSELSCSMNDFQDNRQLYYENFIYIAATYTFSGLQEGTGRPGASSKTTACAELVLDVSPKTQRVILKKKEPGKRSQLWRMTGTGMLAHEGSSVPHNPNKPSAARSPEGSAILDIAGLAAVTDNRYEPLMLRKPDRRRSTTQTWSFREGKLTCGLHGLVVQAKGGLSGLFDGAEVVLGPDTSMELLGPVPPEQQFINQKMRPGSGMLSIRVIPDGPTRALQITDFSQRKSDRSLYEMDELPVTEQEVQKLKNPDTEQELEVLVKLEGGIGLSLINKVPEELVFASLTGINVHYTQLATSHMLELSIQDVQVDNQLIGTTQPFMLYVTPLSNENEVIETGPAVQVNAVKFPSKSALTNIYKHLMITAQRFTVQIEEKLLLKLLSFFGYDQAESEVEKYDENLHDKTAEQGGTPIRYYFENLKISIPQIKLSVFTSNKLPLDLKALKSTLGFPLIRFEDAVINLDPFTRVHPYETKEFIINDILKHFQEELLSQAARILGSVDFLGNPMGLLNDVSEGVTGLIKYGNVGGLIRNVTHGVSNSAAKFAGTLSDGLGKTMDNRHQSEREYIRYHAATSGEHLVAGIHGLAHGIIGGLTSVITSTVEGVKTEGGVSGFISGLGKGLVGTVTKPVAGALDFASETAQAVRDTATLSGPRTQAQRVRKPRCCTGPQGLLPRYSESQAEGQEQLFKLTDNIQDEFFIAVENIDSYCVLISSKAVYFLKRGDYVDREAIFLEVKYDDLYHCLVSKDHGKVYVQVTKKAVNSSSGVSIPGPSHQKPMVHVKSEGLAVKLSQEINYAKSLYYEQQLMLRLNENQEQLEPDS >GIV84289.1 MAG: hypothetical protein KatS3mg052_1296 [Candidatus Roseilinea sp.] MSDQNQPTTTDSPNVYTAEQAASLIARYQSVRQPHPFDGRCPYVGAVPFREADARLYFGHENQLEALLDQIERGERFICIYGPAKSGKTSLIQAGLTFALHNGAIMDSHAWPIQTFTPGDAPMRRLTDAGASLIERAGLNQGIADALRRHGLANLDDMRDFVDALLGADARRRVVLVIDQFEDVFTSADESERRAFIGLIAQLAKHPPARLILILVMPFGVFGSTLALP >MCB0346442.1 hypothetical protein [Bdellovibrionales bacterium] MLFDSLLGLVERNYLPAEVARVVRNSRLFVFPGRAHEVLAEEKSATDEEIAELNERFRLPFDTVAVEDSASLVIIADCD >MBQ2465495.1 hypothetical protein [Treponema sp.] MNRTKRAAFAVLASVAFVFAGCKSTEKEDANQITATTATKSTSTTSKTTTTTDSSKTTKNSTKKSATTTTNTKSSTSSSNKSGTSNAGDGSKTQTTTTTTTTTTKKTLSPDEWPENNKKLLAQVEKSRQQAISSGAETSSPLAFKTAEEEYKAEKAAVAKGEKVDLSQALNDLDARYKGLAALAEAKQKKARIDSLDVSSSDKKSYDEGAALVDELSSSKAAVYSGEDFYKKAKTANEDFDKVLAAAGLSSSTKVDPATYPANNKRLFEQVEKSRQEAIDAGAEEELTSDFDAAEKIYNANKAIVESGEQVDISASLRDLNNRYRAMATIIAAQEKKDLIDELGYASYSMSNYTKGSDLLSEVTGSSASSLTGEQAFQKANIADACFARVLDTAYRSLAEQERRAAFNAKRQAESVKAQISRKDDYVEGVEQYRTGYKMFTSHNPEASVEEFKKSKETFQNLYDVISKARAGALKKIEDAKKRVDESEATAAAADKVAPLGNQPVKGIEAADAKLLEDDDFSYTENTEIE >AHN95135.1 immunoglobulin heavy chain variable region, partial [Macaca mulatta] EVQLVESGGGLVQPGGSLRLSCAASGFTFSSYGIHWVRQAPGKGLEWVAVIWYDGSKKYYADSVKDRFTMSRDNSKNMLYLQMNNLKLEDTAVYYCAKDGVDWGQGVLVTVSSASTKGPSVFPLAPS >UOA67814.1 ribosomal protein S19 [Euphorbia neokaessneri] MTRSQKKNPFVANHLLKKINKLNTKAEKEIIVTWSRASTIIPTMIGHTIAIHNGKEHLPIYITDRMVGHKLGEFAPTLNFRGHAKAKNDNKSRR >XP_030087828.2 nucleolar complex protein 2 homolog isoform X1 [Serinus canaria] MAAPGRRKLEELSLDEFLAAGSDSEHDGGWEEEEEEEEDEGGRALNGAARQRRPSGKAAQGLQARPGSRKKGKASEHKDQLSRLKDRDPEFYKFLEENDRKLLDFDASDSSEEEEALHRPPDTLEEASDEDEDDEDEEQEKVKRKKVSLIHVSLKMVEEWKKAAQRNLTPKLFHEITQAYKAAVATTKGDSGGDPSKFQVTDTAVFNALVSFCIRDLFHHLHKLLLPKAPKNKLKMVLPSTSPLWGKLRLDIKVYLGCTIQLLSCLTEASVGAAVLQHVNSTVPYYLSFPKQCRALLKQTITLWSTGEETVRVLAFLVLNKICRYKKEVYLSPLLKQMYIAFVKNSRFTSPNVLPMINFMQRTLTEMLALDSPSSYQHSFLYIRQLAIHLRSAMTLRKKENFQSVYNWQYIHCLYFWCRVLSTIHPSEVMEPLIYPLAQVIIGCIKLVPTSRFYPLRMHCIRALTLLSQSTRTFIPVLPFILEVFQQVDFNKKPGRMSSKPINFAVILKLSNANLQEKAFRDGLIDQLYDLLLEYLHGQAHSIGFPELVLPTVIQLKSFLKECKVANYCRPMRQLLEKLQENSAHICSRRQRAAFGVASTAAVEQWEKQVKEEGTPLSRYYSQWKKLREKEIQLEISGKERLEDLNFPEIKRRRPDERKEEDKKEFKDLFELDSDSEEENGGFSVKGKGRGSDDSSDDSSKEFGEEDDDGEGNYEVEEDEEEELEEDSDSEAEEGGAGAQQAQERRSCPRGLSRSDLQQLAQGGDDLVQDLEFSDED >MBR5943268.1 ABC transporter permease [Clostridia bacterium] LVKKTVFNVDIIPVFTLLSNGIVSRVVFGIAGVICAVNAIVIGLPLFPNVLFILYIIPAAFIFLAALTRLTSALATKVADVMAVINIFIQIIFWFSAILWDIKILDAKVPALGQILRFSPFTYLVYGFRQAFTADYLPIVTAKYGLYTAGFWVITALVFFYGNYVFNKNKKDFADVL >TND09120.1 hypothetical protein FD123_1523 [Bacteroidota bacterium] MSNAELRMPNLREPVFKIRKSAFEMPFIPAFSPLTCRKQRLSNRPVLIPPDFVNLIGKPKQDKMKHIYTLFFASLFVTGVSAQQIDSLVVSPANPTTTTPVTIYPYLTFPYAAFIAWVCFR >WP_017549704.1 FadR/GntR family transcriptional regulator [Salinicoccus carnicancri] MKPIRKEKLSELIYENIVGLIKGGEYEIGSRLPSENELAAYYEVSRAPVREAISKLISMGYVESSQGRGTYVKNISVADEMKGYTYGDFDKKELFDLLEMRTTLEVQSAGLAAKRRTEEDLRRIDAALGEFKKITQNQRIIGMKADYDFHEAIVIATNNDFMIQTFSNLQSVHRDALEFSLKLNIGKPRKREMVYGEHVRVFEAIKDGDAGMASRRMEEHLFNMRRKLGDDRI >WP_225225222.1 4'-phosphopantetheinyl transferase superfamily protein [Cellulomonas sp. JH27-2] MRSVPNPDVLVLWSPTTPAPAAPTRAQRRATQDDERASAAALARLAVARVRNVDPADVVVGRRCLTCGSTAHGQPVTDGASVSLSHTRGLAVAAASTAGPVGVDAEPLTQTVFAGFDDVALARDEAAALAPDDATGRLRAWVRKEAVLKACGWGLSIDPRLVVLTPDGRIADAPPQVGRRAVGDLTFESAAIGALAYPTGAAVVVERVTR >WP_016360879.1 phage tail protein [Bilophila wadsworthia] >EFV45745.2 hypothetical protein HMPREF0179_00366 [Bilophila wadsworthia 3_1_6] MSEFWKYFHDRLAWPLIHNPGPLSGLVRGLSLALDGTRDDIVYFRRQWFPELCEADLVPDFGTGRGLVRHPKETAEQFRARVVGAFRWHRLGGKTEGLPEILKFYGFDALTVENLRIFQPSRWAEFQLGLRTPATQAEQDALLADLDTLLWLVNEYKPARSVLARVYTDTYDRVPTVWSGGPISEQGWSNGFWSLFSGVTWPGDGGDIVVSFGMVRRFLSERYNETGAGLGVESRTGFLAPYIDRPVWSRSAWSDVFPRNHGFTIGEIVSLHWCVRTTSSYPWHGAWDSRHWQEAATWDRILPEWKMRWRSWARVEAVFSWPGDGKEPGDPVKVHGDGTWGDVNACYGRPQAIIYQGTRWGDAWGADPGRRELEILERRQDKGGLCTPAVHPARPQTAGHALAACCSVPLRERGWRGLWSGRGWLADRCPVAVAVLRSLSAKHEDAGAPRLSGSALLTVPCAALSSPAPQWGGLDTAPQASNPLHERRWLGNPAGRRWYDYTGITSIKEQTE >WP_278489123.1 energy-coupling factor transporter ATPase [Megamonas funiformis] MILSFIEVKNLTHIFRENDEKKTEKIALDNINLKIDKGEFIAIIGVNGSGKSTLAKHFNGLLLPSEGECIVDGMKVDDSEDIWKVRQKVSMVFQNPDNQIIATVVEDDIAFGPENMGLEREKIKDRIEFALKSLHIEHLRKMPPHLLSGGQKQLTAIAGAIAMRTQCIVLDEPTAMLDPQGRNAVMKALKELHEKYNITIIIITHFMEEAVQADRIIVMNDGKIIQDGMPKDIFKQKENLKKIGLSVPLAVDIVDALQKKGLKLANVFDNENLAKELQQLICK >NQY08093.1 ankyrin repeat domain-containing protein [Flavobacteriales bacterium] MKVSLLITAVNNKNLDIVKLLLDNESVVNWKDGFKTSAILYAANTGSLEMVKLLLENGADINDNDGQGNTVLTAAQESKNKDLIAFIEESTKVKK >MBS3611729.1 fibronectin-binding protein [Staphylococcus aureus] KHHADVVEYEEDTNPGGGQVTTESNLVEFDEDSTKGIVTGAVSDHTTVEDTKEYTTESNLIELVDELPEEHGQAQGPIEEITENYQHISHSGLGTENGHGNYGV >MCP4111938.1 hypothetical protein [Desulfobacteraceae bacterium] MSEKNYTVNELFENSEVFKEDKKTAEIARNIFDFTRFLLDNDENLTRTGNLNANAKEALRKRTAELLGDKDLHEENQ >WP_000989932.1 MULTISPECIES: helix-hairpin-helix domain-containing protein [Bacillus] >MBR3337914.1 helix-hairpin-helix domain-containing protein [Bacillus sp. (in: firmicutes)] >CEY37263.1 competence protein [Streptococcus pneumoniae] >AHX20350.1 competence protein ComE [Bacillus bombysepticus str. Wang] >AKR37379.1 ComE operon protein 1 [Bacillus thuringiensis serovar indiana] >ALZ59878.1 ComE operon protein 1 [Bacillus cereus] MMWDFPKKWLGLVAIIGTLLFLVFWKTNQSVERMPITMNVQEKEIEKKGKPKISDTKEQKRTIIIDVKGAVSKEGVYEMKEGDRVKDAVQKAGGFLSEVDMKKVNLAQIVQDQMLLYIPSKNESEQGVLTSSKEDGKIRINTAAKEQLEKITGIGSRKAESILKYREEHGPFQKIEDLLEIDGIGAKSLEKIKDQIIIP >WP_225123293.1 CoA pyrophosphatase [Flavonifractor plautii] >UBS60948.1 CoA pyrophosphatase [Flavonifractor plautii] >UYJ49903.1 MAG: CoA pyrophosphatase [Flavonifractor plautii] MTAEEFRARWTGHVPKVQDVTGEYAVLVPLVERPEGLCLLYEVRADTLGRQPGEVCFPGGRLEPGEDAVSCALRETWEELGIPRPAVEVVAELDWLTHQGGFVLYPVLGIVSPEAAERLRPGPAEVKETFFVPVDWLRAHPPEVYAYPLIPQVGEDFPYARIGFPQGYRWRGGRVEVPIYAWEGRAIWGLTGRITRRLLEGMP >MBM3947147.1 hypothetical protein [SAR202 cluster bacterium] MTWVVFSIHRRHPTIPWQHQGTDRLLGFDLRTEWDGSFQLILSPQPHPGNWLKTSPDTYQLGIRQFFGVYAWYMAPT >WP_072694527.1 ribosome biogenesis GTPase YqeH [Marinilactibacillus sp. 15R] >API89134.1 ribosome biogenesis GTPase YqeH [Marinilactibacillus sp. 15R] MSQLKDESELICIGCGATLQSSDDTKAGFLPFSVLKNADESEDLYCKRCFRLRHYNEVQDVELTDDDFLNMLHEISNKQALVVNIVDIFDFNGSFISSIQRFAGKNPVILVGNKIDLLPKSLKEGKMRQWLTERAHEARVHPKEVFLTSAMRSDSVEALMNLIEKERKGQDVYVVGTTNVGKSTLINQIIKLATNAEDIITTSYFPGTTLGKIEIPLDDERVLVDTPGIIQSSQIAHYLTPKELKQVTPRKEIKPKVYQLNVEQTLFLGGLARFDYIRGNGKQSFVCYLSNELNIHRTKLEKADELYAKQRGELLTPPYKDNLETFPELKRFEFNVKEPSDLVFSGLGWISIEDAGTTVAGWAPRGADISLRKSLI >EFE8261313.1 exonuclease [Escherichia coli] MSTDKEEFALYCEAKNDKVRKRLGIKGGFYWTTAKKLSVAISRCITAMDDNDYDEDDFKKPVRVNLPVVDDLPPEGVFDTEFCNRYEKGGKDGITMTFIGPSPSVQDKPASTDNTNINGEDMTEIEESMLLPVSGQELPIRWLAQHGSEKPVTHVSRDELQALHIARAEELPAVTALAISHKTSLLDSLEIRDLHKLVRDTDKVFPNPGNSDLGLITAFFEAYLDADYTDRGLLTKEWMKGNRVSRITRTASGANAGGGNKTDRNPNLVHTLDTLDVEIAAATLPMDFNIYEIPGSVYRRAKEVVLNKESPFKEWSAALRATPGILDYSRAAIFALIRSAHPEFYHYPGRLQGYINAYLTETDHENPSKETLTAARHTPEKDILEEINREVVTERETEEEKPQPSDAMAGEQATTETMEPDTTEHGQNAQSLDAQSQVSSANQVKVTADEVNKIMQAANISQPDADKLLAVSRGEFVEGISDPNDPKWVKGIQTRDSVNQNQHESEQNDQKAEQNSPNALQNEPETKQPEPVVQQEPEKICTACGQTGGGNCPDCGAVMGDATYQETFDEENQVEVQENDPKEMEGAEHPHKENAGSAQDHASDSETGETADHSIKVNGHQEITSTSRTCDHLMIDLETMGKNPDAPIISIGAIFFDPQTGDVGPEFSKTIDLETAGGVIDRDTIKWWLKQSREAQSAIMTDEIPLDDALLQLREFIDENSGEFFVQVWGNGANFDNTILRRSYERQGIPCPWRYYNDRDVRTIVELGKAIDFDARTAIPFEGERHNALDDARYQAKYVSAIWQKLIPSQADF >KIR59352.1 guanine nucleotide-binding protein subunit alpha [Cryptococcus gattii CA1873] MGSCMSTPKAPKKAAETKQVHASTTSSRLPQASTTATATGAGAGTSPTSATTTGIKDDTTGTNRTGTSVGQGLAAALASTEPPRPQDSKGNKDRSNQIDRQLEDDQKKIRKECKILLLGSGESGKSTIVKQMKIIHQNGYSKDELLSFRGVIYKNVLDSAQALIMAMRKIGVDPEDVNNRAYADRILEYRMDADLNAVIPSEILYNIDSLWHDPVIPSVMDRSSEFYLMDSATYFFVNIRKIAAPDYVPDEADVLRARTKTTGISETRFNMGQLSIHMFDVGGQRSERKKWIHCFEAVTSIIFCVALSEYDQVLLEESGQNRMQESLVLFESVINSRWFLRTSVILFLNKIDLFKQKLPKVPLVQYFPEYTGGADINKAAKYILWRFTQTNRARLSVYPHLTQATDTSNIRLVFAAVKETILQNALRDSGIL >KAJ5238469.1 hypothetical protein N7468_003088 [Penicillium chermesinum] MANNDARGWVMSAVSGVACVLGATVICADVVLRRIMHDKSFQIAKSNNFLSASLCLSAGVMLFTSLYSMLPNSKEYLTRAGFSSPASAYILTGLFLAGVIVIQFVSGFIHRFIPSHVVDCAHTHEPDNDPERGEGSRGELPDHHTNGSNERTPLLQTNHTQSFTSTPAVLQRTNPASKAVRPGSLRTALSRRLTSLMGGVKTTCDEDGPCYGVSQKCGRECTKILPNSSSLPPHPGLVTQSDDTHSEADANLDSTKTTSNPGYFDAVTGKHPRHPITAPESSVHAQPLSRPHISKSQVVEHNSHHSHHHESNHHQENGEDPHSLKSGGDTHHHHVPQNAFLSIGLQTSLAIALHKLPEGFITYATNHANPTLGFTVFLALFIHNIVEGFAMALPLYLALSSRWKAMFWSSLLGGISQPAGAGIAALWIWVSGRTSQDPSGPSWGIYGGMFAATAGVMTSVALQLFSEGLGLTHRRGVGIGFAVAGMGLMGLSFALTA >OGR49074.1 uracil phosphoribosyltransferase [Elusimicrobia bacterium GWA2_51_34] >OGR61594.1 uracil phosphoribosyltransferase [Elusimicrobia bacterium GWC2_51_8] >OGR88091.1 uracil phosphoribosyltransferase [Elusimicrobia bacterium GWF2_52_66] >HAF96311.1 uracil phosphoribosyltransferase [Elusimicrobiota bacterium] >HCE98498.1 uracil phosphoribosyltransferase [Elusimicrobiota bacterium] MNKNIHISKHPLVLDKIARLRDKNTSAADFRRLTGETSLLLAHDALLNVKVKSVSVRTPIGVAPAQTLSHDMVFVAILRAGLGMLDGLVKLHPEAKLAHIGIYRDEETLKPVKYYVRLPKIKKDSLVVVLDPMLATGGSAVEAVEILKARGAVNLCFIALIAAKEGLRRLSAAHPCLPVYIGTVDSKLNKNGYIVPGLGDAGDRMFGTD >CAG0273471.1 putative fimbrial chaperone SfmC [Citrobacter koseri] >CAH6117160.1 putative fimbrial chaperone SfmC [Citrobacter koseri] >SQB21450.1 fimbrial chaperone protein FimC [Citrobacter koseri] >SUX66901.1 fimbrial chaperone protein FimC [Citrobacter koseri] >SUX92496.1 fimbrial chaperone protein FimC [Citrobacter koseri] MSAQAAGGIALGATRVIYPADAKQTSLAISNSASKERYLVNSWIENSAGVKEKSFVVTPPLFVSEPKSENTLRIIYAGQPLPADRESLFWMNVKAIPSVDKNSLEGKNVLQLAILSRIKLFVRPANLPQVQEDAPGMLQFSRSGNHLKITNPSAYYLTLVNLKVGSQKVDNVMVAPKNNTQILLPAGAQGSVTFQTVNDYGALTPAKTVSLR >MBB1053783.1 DUF3367 domain-containing protein [Dietzia sp. B44] MTRGIRLGAGARDAVVAFLGFLLLACLQSPGLVVPDTKYDLVVDPGRFLSQATHLWTGLSFGGQVQNQAYGYLFPQGPFFALFDLVGMPAWLTQRLWWAVLLTLAYVGVVRVAAALRIGTPQTRAVAGILYALAPRMLGDLGSISSEIWPVALAPWVLLPVVRVLQGRMSPRRGGAGAALALALMGAVNAVATAA >WP_018160716.1 DUF3000 domain-containing protein [Smaragdicoccus niigatensis] MTKPETGEPPEFRAAIDAMHTAVVHPRIELSPIRPPQRLAPYAYALGAEVQQPDAGAIPEESEGDAFGRLILLYDPNGGEAWNGTMRLVSYFQADVDEDLAVDPLLPEVAWSWLVDALANRGQDVSALGGTVTATSSVRFGDITGPPRAHQLELRASWTPHTDQLGPHVEAFCEVLASAAGLPPEGITSIALPKQRGTTTKFGIPH >MBC7426139.1 ATP-dependent zinc protease [Bacteroidia bacterium] MKTIKNLQVIGHSDRIDFTEIGLENVACKIDTGADTSSVDCHKIRIREKDGKEVLVFRLLHPKNPNYLEKDMTVENFTEKVIRNSFGNEENRYFVKLKVMLMGEEFESEFSLANRSGMTFPVLLGKKLLKKRFIVDVSKKNVSFNLKENLQ >WP_264507413.1 hypothetical protein [Pararhodobacter zhoushanensis] MAEELLRDAYLFARAPEAVDAPPLLAGGVGVILQSRVLVGLGFLILFGAASCMILLEFAAPIRPGKRDTA >MBP1312051.1 hypothetical protein [Paenibacillus sp. 1182] >ODB58115.1 hypothetical protein A7311_13300 [Paenibacillus polymyxa] MKVFQKKAIPIIVRHYQFICIVDEKPYEVLFRAYSRKYKTSFIEISFDWKECCYINLYRPLIKSILIEYCIKLAWIYDKPKQILRIKDSRKIVQELSLRDYDYK >VAI85984.1 unnamed protein product [Triticum turgidum subsp. durum] MAAPEGSGAGGGEGARGSKVNQELWYACAGPLVALPPPGSLVVYFPQGHSEQVAASMRKDADAQIPSYPNLPSKLICILHSVTMQSDPDTDEVYARMTLQPVSNVTQCDKEILLASELALKQNKPQTEFFCKTLTASDTSTHGGFSVPRRAAERIFPRLELQARDLHDTIWTFRHIFRGQPKRHLLTTGWSLFISGKRLLAGDSVLFIRDAKQQLLLGIRRANRQPTNLSSSVLSSDSMHIGVLAAAAHAAANNSQFTIFYNPRASPSEFVIPFAKYQKAVYGNQLSLGMRFRMMFETEESGTRRYMGTITGISDLDPVRWKNSQWRNIQVAWDEAAPSERRTRVSLWDIEPVIAPFFIYPTPLFTAKCARQPGMIDDDTSGMDNVFKRTMPWLGEEICKKDMNTQNSIVPGLNLAQSLQWMNMQQNLSLAGTVMQPELLNSLAGKHVQNLSAADISRQISFQPQFLQQNNIQFNTSLLPQQNQQAEQLAKAIGTPNQLGNIMVPQKVDQDCNSDQKQHTVTQSVQGSQANLNVTQPEHVVQAQFQQPRVILQAQLQQQQPLVQSHTVFQGGLQQIQVLQQQQPHLQQQLQQQQPQHHQQVQHSVQEQQQMKIQPVHVSSDVNMNTQLSDHQMKLQLLKALHSQQHLTMEQQKMLFDLQQQVVNSQSDPQQCVQGATQTVGFHNRNTIQYATQQKAQSHQPVEDSPRGTIPVAKSDVVTSMGASSLNVAGRMQSVRTDNVPSSSTSPSPSTATNHVLLQSIPSSSKNQSLPTAAKTSQSSVVLGPTIEQEMKSYQSVKPTIMIPKMIEQGPATERDYINNPHMDYLDTSSSATSVCLSQADGSLQQNFPSSSFDQHQLLRDTAPDSEFEISDPTNNLLFGVNIDGQLGLPLNADALLANSIENDKFMDEMAGNGISNYISSKDSQQELSSSMISHSLGVADMGFNSIDSAINDPSFLNRNSRAPAPAHQRMRTYTKVHKRGAVGRSIDMNRYSGYDELKHDIARMFGIEGQLGDQSRVGWKLVYEDHEKDVLLVGDDPWEDFLNCVRCIRILSPQEEMQMRLVGDFGDGFLPNQACSSSDGGQPW >WP_270570428.1 peptide MFS transporter [Bacteroides eggerthii] MSTSKHPKGLYLIFATSTAERFSYYGMRAIFILFLTQALLFDKEHAASIYGSYTGLVYLTPLIGGYIADKYWGIRRSVFWGAIMMAVGQFLMFFSASMLDAFQLSHWLMYGGLTFLILGNGCFKPTVSSLVGQLYESGDRRLDSAYTIFYMGVNVGSFLAPLVCGYFGETGNPNDFKWGFLIAAIVTVFTVILFETQKNKYLIGPDGKQLGIIPDAKKEQPRSASNTGHPVVDSSKKKRNYLLLGALTIALAIFFHQCFGNDWISIGIFTACIVFPVSILLEGSLTKIERDRIFVIYIIAFFVIFFWAAYEQAGASLTLFASEQTDRVILGWEMPASWIQSFNPFFVVILAAIMPGVWGFLNKRGMEPASPTKQAVGLLLLSLGYLVICFGVKDAQPGVKVSLIWLTGLYFIHTMGEIALSPIGLSMVNKLTPIRFASLMMGIWYLSTATANKFAGTLSGLYPEAGKVKTLLGYRIETMYDFFMVFVVMSATASLILFLLSKKLQKMMHGVE >QIX02502.1 hypothetical protein AMS68_008019 [Peltaster fructicola] MDLLQTVRKEGSRGGVDFKWDDVRSSQHRENYLGHSLMAPVGRWQKGKDLNWYAKAEDAEKTPEDLAADEQQRRKEELRKVKEAEEDAMARALGLPVPDRSANTEPLGIMANRHLPRAQRTKEDHEIGMIGNERDGGVESQNDTAEDDQIRETGVAIDIVGMAIGIDLVSINDIDHAVETVGTTTDGAVESVERMTDLESVEGTTDHAVEHHHDNKVRLVDSVDDSTSATANAVLQDPVPHIVRGRGDEVTTTDER >RKF23984.1 hypothetical protein D7I43_28695 [Micromonospora globbae] MDRRTAEWLLDGPTDAGPADAGPLVLLLGALRAAPRPGEFAGEAAAVAAYRRALAGHPGPVPATEPAGAPSRLWGAVTAITARAGEGRGRLTRTGARVGLVALTVATTGGVALAATGTLPGTRPPAPPPGAPATTPPSAPATGVTPGTPPSTGHAGTDSGVPDAALPGLCRAFRARTGDDPARALDGQAFAALVAAAGGRDRVPGYCDEVLADDVPYGPGRSPHPSQSGRHPSTPSATPPGHARLTASPPTAPPRHASPPATPPERVHPTASAQPAGAVTDGPGNRPDGAPRGDAPRVPADPPSRRGR >KAJ0024505.1 hypothetical protein Pint_08831 [Pistacia integerrima] MIISMTKAFSHSRSCHARLFNNVKSVYSIRHNILHLNHKGENSTICSCNMRPHGAASLLRAVLRKLLRASSLVSFSMGSDFPVSKFTLETGFFNNSSATFDRLFKFCTVEISTEDKSPFSVSS >DAP78583.1 MAG TPA: periplasmic serine protease [Caudoviricetes sp.] MSEYQELTGANLITVIDQIYQTNMTVLEELLGDCDKSKDLHVILSSPGGDGETALRMVRAMHSYCRRLTIIVPDMAKSAATILCLGADSILMGPSGDLGPIDPQMILNNSPSGSGMASAKEIVAAVDEVEQRVNSNPNSFALFSSLLSDVNMLMIEQARSALNRSESLMRGSLASLPERSADEVDALADSLKAPLIDNPSSHSAVVSADDAIGFGLPVEKADIEGREWRLIWALWTRYFAMGCFPRGRQTIYEGVRASHVG >XP_054751877.1 mothers against decapentaplegic homolog 4-like isoform X3 [Lytechinus pictus] MGTMAGAPTSADACLSIVHSLMCHRQGGESESFAKRAIESLVKKLKEKRDELDSLITAITTNGAHPSKCVTIQRTLDGRLQVAGRKGFPHVIYARIWRWPDLHKNELKHLKFCQYAFDLKCDSVCVNAYHYERIVSPGIDLTGLTLQHTAGPPRVVKDEFGGECIQVEQNISHPPGMSNGGIQNIQHPAVPLGQPHGPPHGPPHSSSHLPSHGSPHVSSHGSPHGAPGPSSAGLSDFNRMLAHQQGQVPPPVSMPPHSMGMPSIPPPAHQQPPFSAPGPSQALSTPPVPAPPAHSTPPQPAQPSPAMHASHASVSQGAPLAPGPSPSGGPGPSGPPPPPTQQAPSQGPPSAPPMPQQTSQGPTSPVPNMTSSSFQRSNSESWGGAGPSGSTLNYRQGVNPQGVSGQNQFHGYQMPKDNAAVEPPLSTQPAPEYWCSIAYFELDTQVGEIFKIQSSCPTVKVDGYVDPSRMDRFCLGQLSNVHRTESSEKARLHIGKGVQLELKGEGDVWVRCLSDHAVFVQSYYLDREAGRAPGDAVHKIYPTAYIKVFDLKQCYAQMKSQAATAQAAAAAQAAAVAGHVPGPSSVGGIAPAVRYSAAAGIGVDDLRRLCILRMSFVKGWGPDYPRQSIKETPCWIEIHLHRALQLLDEVLHTMPLMEPHPLD >KAG5001697.1 hypothetical protein JHK87_022769 [Glycine soja] >KAG5138121.1 hypothetical protein JHK82_022852 [Glycine max] MAGGSYEEAIAALTKLLSEKADLGGVAAAKIKQLTAELDTATANGSTPFNPDERIRTGFAHFKNEKYQKNPELYGELAKGQNPKFMVFACSDSRVCPSHILDFNPGEAFVVRNIANMVPPYDKTKYSGTGAAIEYAVLHLKVENIVVIGHSCCGGIKGLMSIPDDGTTASEFIEHWVQICTPAKSKVKTEANTLEFSEQCTSCEKEAVNVSLGNLLTYRFVRDAVVKKTLALKGAHYNFVKGTFELWDLDLKISNSVSV >WP_282969582.1 unnamed protein product [Leptospira santarosai] MSVVHLIRHGQANSRGENYDLLTQHGKNQSFALGKFMAQNGELPDRIVTGTLRRHTETAEFFIQGVISVTGEREKYKDGSFVQRDAGWDEFSTELWSVYSKLLASEREEFAKTLSRYGKIRARSRSAALFLKLTEEILRFWREGRETPKGIETYENFENRIFHSSNVWFARGNQERTFIFTSGTPISLVLNRFLRQDEDCFAWMPWIWNTSLNTFRWVRGRYLPVSINGVPHLPDNLSRTLL >GFV58109.1 polypeptide N-acetylgalactosaminyltransferase 13 [Trichonephila clavipes] MTGYIYRDVILEQRVRLFRGAMGAEFLFMDDNARPHLENILDECLQSEDITRMDWPAYSPNLNPIEHVWDMLGRRIAVRQPPPTCLPELRRALLDVWCNIP >WP_098137943.1 MULTISPECIES: VOC family protein [Bacillus cereus group] >MCA0998807.1 VOC family protein [Bacillus thuringiensis] >PEM06365.1 glyoxalase [Bacillus cereus] >PFX73065.1 glyoxalase [Bacillus cereus] MVQIHPKTRIGHVEFKVKDLERQIAFYENVVGLEVIKQEGNKAYLSGKGGKNALLVLEKLEDGVLQEPRTTGIYHVAFLVPTREAFASTLFGVLRNKNVIDSPAEQEGRYTYSNEILPISRFNSASDHTYSEAFYLQDLEGNGIEIYADRPRDQWGEGPGGSTPLDLKELATLVDYEFAGLPANTVVGHVHLRIADVEKSHEFYVETVGFEVQQREEDCLFISAGGYHHHIGANTWNGVNNPHPPVHATGLKVYAIVLPHKEALDEVKERLIEKQHEINETTNGFAVVDPSGITVQFEIKAV >WP_105371864.1 DsbA family protein [Neorhizobium huautlense] MTHTLKTLATSSMLALAVFSAAPAVALDEQQKKEMGAFIREYLIENPEILIEAQNALEAKQQSKRVEQSMRGIADNRQQIFSSPSDITLGNPKGDVTVVEFFDYNCGYCKRALSDMDDILAKDKNVRFILKEFPILGPDSLAAHRVANAVRLLAPEKYAQFHRTLLGGEEHASEATAIAVATSLGLNEAAIRKSMTETPNDDIVRQAYQLANSIGITGTPTYILGDEAVFGAVGSEVIEEKVANVRACGKATC >QJA13926.1 L protein of photosystem II [Fritschiella tuberosa] MSQNEVDINKLSLSEVVSRPNPNKQVVELNRTSLYWGLLLIFVLAVLFSSYIFN >HCN70936.1 MFS transporter [Pusillimonas sp. (ex Stolz et al. 2005)] MKLLGLQSDIARSVAILALGTFAVGTDAFILSAFLPDMAAELGVSVAQAGYAVTVFAASYAVLSPVLATLTVRFERRKLLIGAIVALVLTDIAAALAPTFEMLLVSRIFAAAAATSFTPNAAAMAASLAPLESRGRALSVVVGGMTIATAIGVPLGNLASHALSWRGALLMVAAVGILAAVGVFFRLPPMAGGAAVPLRKRLALLKDRKIMLILPVTVLGVSACYVPYAFVLVVLDDFGIGASYMSIMLLIYGIGAVLGNIVCGAAVDRWDPRTVLLWAFAFMAVGFALMLFIGGLTGAALYLTVGFLMLLWGGTSWCQAPPQQARLIDAAPSHGPMVVSLNSSAIYVGIALGTTMGSATIDISTTVNLAAALFMSVLVWICVKFMRP >WP_099639594.1 rhodanese-like domain-containing protein [Sporosarcina sp. P3] >PID20729.1 sulfurtransferase [Sporosarcina sp. P3] MKKLVWLITLVLVLTACGSTDKVNENEGLPTVDLKEVEALQKEGAVVMDVREVDEYNEGHIRSAINLPLSQLQDGERAGLDQEQKYIVICRSGSRSQTASEILHKEGYDVTNVSEGMSTWRGPVE >WP_096647361.1 efflux RND transporter permease subunit [Calothrix brevissima] >BAY66413.1 AcrB/AcrD/AcrF family protein [Calothrix brevissima NIES-22] MKNFVTSWVIKNPVTVIALYIGILILAIIALFVLPMRMMPYIESPLVAIVTMAPGSTATEVETYISKPIEQRLTVLEDVRFIRSSSQQDMSLVTVQFAWGEDMQKSVQAVQSIMKSAEGDIPLDGFNTRSYWVLLIDPLNRPVLTLALRGEGWDAIRLREFADNTLVDRLNQLEDVQSVYIFGGYKRQLQVIVDRQKLAAYGLSILQVRDAIDRNNISKGAGVLTKGDREILVRTNEQAISPQTVLDYPIFHQGDRIVYVRDIANVKDTHEEKRSGYRYNGEAALAINIIQKPDSSSPKVIERVRAEIQRLQASYPSLTFTEAYDNSHFVGIIAQNTVNELLAAVLMAGLVILIFLEDFRATAIVLIAIPTSLSLSLLPFVPMQMSLNSSTLIGLLLSIGRLVDDSIVMVEVVERKLKQGKTPRQAAIEGAEEVFLAISAATVVMTAALAPLTLSGGLTGLMFVGIVWPLIYALISSLIVTLTLTPLLAAYFLKPANRERRTWLQRLLTPVNQGFTWLERRYASLLKLALANRVMTIGIAGAFIYLGVCLYPFIGQEMMPLGDSGQFMAIVEAEPGTSFSKTDQIAEKFAQILLKQPEVKQVSSEVGFELTNNSTYFSGYSMGGVNSTSIIVTLKDKQQRSRDIWEVIDTVKTEAQTTIPGIRRIAMQQMGVDVMATSAAPVQLAVYGDDLDVLHRLANQVLQIAEKTPGFIMPHSSSAMSQPEYKLKIDRRRAQELGLSVDEVAEQARYALQGGYTQRYYNLPNLRLNSILVRYDQQNRGNVQDLNATYLTTPDGQQIPLSSIVTLESRQGPNLIEHVNGRRVVYVNGFYRQHGPASMDLSMAVAMRAGAELDFPPGYGLDSMGDMTDMMVEFARLLKGLVVSLLLIYLMLAIQFGSFIQPFTMMLSIPLELSGVFGGLLLAGQNFSTVSILGIIILSGVDVAGAILIIDLILTMRQQGYPRDVAIREAGPIRLKPLIMTVLISLVPLVGLAFFPDTGMDAYSPIATVTLGGLSIATLLTLIVIPVMYSLLDDGTQLFARRVKKRHC >KAH7160752.1 hypothetical protein EDB81DRAFT_642038 [Dactylonectria macrodidyma] MRLGMHPDADDGEARFARRRHLRPDAHDWYAQDDVLPYSSPHPPRIHEIQRPDDRTPRGHARTLRNARSARSLDAYRTMPPPHLTRAETDTYRRPREIQVYEEDNEDSQDDRWQPGTRETSPEYARPRRVPVTRIHRKQPEPSSQSTPSTTESSSESDTSDEEEDEEEESEEESDEDEIEVVEEPEEGEIKYHRRHPRHSSREDYMGSSEDKRLRTRSMRRPSPEEYSMHYRHVSSENDSPIRRRPLRRQASDSPSHHRQSRMLSIIESSRPPVSSRRTTKVYETRGDGRREGRSRQSNNIQAARLSRSNSRRRPHSILESIFGGSSRQSSPERPAKLRDCIVCLDEVPSHRCPRLKCGHRMCNTCLKRNFKISLNDPQQMPPKCCQENIPLHHVDKLFDRSFKKTWNRKFAEYSTRNRVYCPMRKCGEWIKPANIHRDRDTGRKMARCFRCKTKVCVSCNGRWHHSRKCPRDDETARFLEQAKEEGWKRYNLACMLTRNSRCGAEFCMICGVKWKGCDCPWFSLDAADSDHLDHMSGPVPMSRGELENGFRHEEPPSPGERRVGRGQPSVRPQPKSYEEEMFLRQIQEQRDAEMARKLQYYEEDEYGPIGGVGDVAGVGNAPAHFMNGQQYNHGAPQPPPVPSPTGLNGFDRGDPRNGHGGRTRGAMERRLADRFSENRHVPGSMPGMEPPPMAHHMGPALMPPPPMGMPPPMGMPPPMGMPPPMEMGYPGGRVVVEHDPNDYEDDGSFFSQGSHSNSRRASRRSVTPKSSTLAGLNGRGTGMGRVHSWRKYVEPGDFEEEIAYAAAHATAMAFKDSSRYSFEDSFKEPLVLVLSRIASSIALALSPPPASPPVTSPSPSASVCVSAPVTTASFAQRPTSPEPLESALATTLRRAEATANMLLLHQVGSVKTGEVVRYTVTYTPSQDRILPSPEKLYVRVRNTCAIALRAAFVHGPYTLSVAAYPASFDPNEKFEHPERYGVPEFEPMVKAGGTWECELVVPDDIRQSAGMGGHGGFGKPPEHDQECAQWIIEVASQVIFSTSAAVGYELVVARDHKSLNLSSISPVLSGQAQVPQPGKVSDYQQSIGAKDGHHPAQPRGVFSRAVQVKVEDTATLWNTPRLPGWDDQGQARAQNHAGPDQPVESVVKTGDPETKQEPAPRKQKKIHLVVLTHGLHSNLGADMLFMKESIDAAVRQAKVDAKARRAKERASKRKSDSSTDSASNEDEAQNDARNEDDDEDDDEEVIVRGYSGNATKTERGIKYLGKRLARYVLSTTYPDQPFLPSTKGAGEAMLHAVKGDKSDSELKPAHKHSSINSNHSKDHLEKHQRPYKITSISFIAHSLGGLVQTYAIAYIQKHSPEFFDLIKPINFITLASPFLGLSNENPLYVKFALDFGLVGRTGQDLGLTWRAPTLARSGWGALVGNLGETAHKKVYGESQPESKPLLRILPTGPAHTALKKFRTRTVYSNVVNDGIVPLRTSCLLFLDWQGLGRVEKARRDAGLVETVVGFGWAELTGGNMASPRQKQLPAGDRQSQSQNQSGTVTPGESRENMREVPLPSSTAIIEDDQASLRSVPTPFADDIPSDSGESNNSGPLSGFFNFFKSNEPPKPQNVSHKQRMIFRRSQTISFSDLPAAGEASPSGSPKASKVTSGHEEEEEGVTAPPKTTFFESAGDLLNPKMPGVDYLIDPSERPRTIFHDRVYHPTDIPGPPMKRRPATLVRRKTLTQSGSVSRASTTTSTGSGSSSPYPSIHHENTDRSTKDYDDTANTNPDKDPHEIVDSSNMRVEEKISRAYHRDLSWRKVLVKLEPDAHNNIFVRRMFANAYGWPVVKHLVDSHFSDSASAHLRTEDESNRERAAEINQPPDAHGSELKDSESKAPEAKDGAPATRTESETREALDEVSDLPDHSAPPRSQGSDTSGQRSRNEHDGSMTWSERDWVDSECDSDLDFGGDLPPSERPPAGLTIPTSQEKGKEAQRSPSPLSAGWNWAEKIVGKGPGSRARSPGDEGAKNKDD >CAA2616064.1 unnamed protein product [Spirodela intermedia] >CAA6655760.1 unnamed protein product [Spirodela intermedia] MHGNVSFRCSASGPCLPCEYSEKNDEKYHCSETGYRVPLKCVEINDEAKETSGKRSRRSLSFLNYGDKLNSLQRFHPSPRRLRWRRLLDTSSESQDNQVSYTTYSSCLPATAEEKLSVLGFEMIMLCLLLVSGLSVYIRQKRSIPLLGIGAGRFPFGSSRL >WP_013571875.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] >ADV86665.1 6-phosphogluconate dehydrogenase decarboxylating [Vibrio vulnificus MO6-24/O] >ARN65863.1 6-phosphogluconate dehydrogenase, decarboxylating [Vibrio vulnificus] >EGR0040964.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] >EGR0093291.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] >EGR0097390.1 decarboxylating NADP(+)-dependent phosphogluconate dehydrogenase [Vibrio vulnificus] MKGDIGVIGLAVMGQNLILNMNDHGFKVVAHNRTAAKVDEFLEGPAKGTNIIGAYSLEELVEKLETPRKVMLMVRAGAVVDQFIDALVPLLDKGDIIIDGGNTNYPDTNRRVAALREKGIHFIGTGVSGGEEGARFGPSIMPGGAPEAWEAVKPIFQGISAKTDAGEPCCDWVGNDGAGHFVKMVHNGIEYGDMQLITEAYQFMKDGLGMSADEMQAVFADWNKTELDSYLVEITADILGYKDEDGEPLVEKILDTAGQKGTGKWTGINALDLGIPLTLISESVFSRCLSALKDQRVEAEKLFGKTITPVKGDKKEWVDALRQALLASKIISYAQGFMLMREASNENGWDLNYGNVALMWRGGCIIRSAFLGNIRDAYEANPDLAFLGSDEYFKGILQNSLVAWRKVAAKSLEAGIPMPCTTSALTFLDGYTTARLPANLLQAQRDYFGAHTYERIDRERGEFFHTNWTGTGGNTASTTYDV >THZ10219.1 hypothetical protein D6C91_09769 [Aureobasidium pullulans] MSHDQFILEMNSSPPEEQDADLPVEAPSEILQTALMDYQELALNFYQCAKDVNTVLGGGNPARIAIRQFEENTNIDLKIIDLAKHDNLDQYIQWMSLDKAERDENANENKHVRALISVVDEMIRAEKRIREVFSDELLQKARSEMVEEFEQNTKEVAECKANFMKACNDIIYRKL >WP_273946616.1 serine/threonine protein phosphatase [Leuconostoc mesenteroides] MKIKFLTKKFFRPRPSEFISVQTDNFLRKLKPRPFFTEYIEQVFRKNVEPNVSQNCLTLSVLTDTHEKAVASSSYYGLNGVRHIIEANXGLLQFTMENYQNSQRPFYVLEGNHDENDKYDEHKFITSASFRRDDYYNLVTKHDFEQPEIKRLSLGSIVAWIDKGDIRVIFLNTSDIPYILNGGTKKYDFKKVRGIREQQIEDLISILEKTIDKHVVVFGHANLISQNGRSALNFNGDLVQKIFTSFNNKDSGQLKNELSGDFGVNVRYNFTDTGISTISNYICGHMHYEKYYKVNGINHIILNCSALMGKKHGFTTDYNKKWDRRYNEISELAGYFININPDKMLLQIFGYGAATRFVSFEI >MCI7704736.1 ABC transporter permease [Clostridiales bacterium] MAKHKKSPEQVEYTSFYHDAFVRLKKDKVAMVCIVFILLLAFVAIFAPFIAPYDQSYQDTAHVLSGPSAEHWLGTDEFGRDILSRIIYGSRISLSVGLVAEAIAVTIGVIAGAAAGYYGGIVDTVISRIIEIFASFPHILFAIVIMFVLGTGVMNVFIAIGFVGWTGVARMIRAQVLQLKEKEYVEAARAEGGTDLAIIFRHLIPNCLSTIIVIITMEIPSDIMYEASLSFLGLGVQPPEASWGEMISTARSYLRTNPTYSIFPGIALVLTVLAFNLVGDALRDALDPKLKNL >WP_063505693.1 MULTISPECIES: 5-(carboxyamino)imidazole ribonucleotide mutase [unclassified Erythrobacter] >MAL54667.1 5-(carboxyamino)imidazole ribonucleotide mutase [Sphingomonadaceae bacterium] >HAN89631.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp.] >KZX95237.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp. HI0019] >KZY08843.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp. HI0028] >KZY94206.1 5-(carboxyamino)imidazole ribonucleotide mutase [Erythrobacter sp. HI0074] MTAPGNAKVAIVMGSQSDWETMTCADEVLGELGVATDVRIVSAHRTPDRMYEFAKRAAADGFEVIIAGAGGAAHLPGMIAALTHVPVLGVPVQSRALSGEDSLLSIVQMPAGVPVGTLAIGKAGATNAGLLAAAILANHDPDLSQRLQDWRAARSAAVTERPVD >OQP53277.1 hypothetical protein A4D02_23085 [Niastella koreensis] MATMRGFMGQRTTKSESRRKMVCPKFEYHKARLKNLIRWLKSFKFRKFPFSKTSFYCFSNAAGRHLYSSNKYSY >KAJ7660540.1 hypothetical protein B0H17DRAFT_1185332 [Mycena rosella] MHRLLGSTDMEVGTLITYHYRHPVEVLCPINAFVKSEQTIFSSFDSRCLPRKLGILHLMICWIRRRSASLISRHPLAQVQHEAAVEQGEVIEIDNEDSELEDEEKSPEMTTAEVMKLCCTLKTVCLSKRDPTQSMELSRALRQFWGNIQREETKNARQLSLSEAGGASSNK >XP_049776195.1 phosphofurin acidic cluster sorting protein 2 isoform X1 [Schistocerca cancellata] MAEKASKPPPIVGMKPVPMKLFATWEVDRTPSNCIPRLCSLTLTRLVVLKPLGADLSSIIIAVKMQSSKRTLRSNEMLLPPNGLLDTELELNFSLQYPHFLKQDGNKLHVMLQRRKRYKNRTILGYKTLAEGIINMSQVLQRQMDLELDLVSESKDKSVLSSIVARVSVQAVCSQPVDHEDSAKHAEAPERGVADFSDEEDDFSSNEDDASDSEPTAEDAMARRARKAARAKIPANARQRNLKQKFIALLKRFRVTEDLQGLDNDQVEIGQKLHGGDMDPTEIEDLFEELEDLSDSGPEMDTMSISSTPKPSLRPFFSSSRSLLQDTLHVPGGQQGYSRIRTHAQPPYRTEKGQDRMSDESSKKADSDSHPENWTDHEQSDPQQMASSPPKGSDENKKDGAERERKTRLFARDRNSSGGKNKKSLSLEQRSATATTPSPVQGDSTLHEPRKLLLEQLSRVLPPDDTIPDTVALVNGCDPQGTLLASRLQELRQQKVVSTMGPADVRATVTCLVSKIQKFCNSNAKPPPPIKVLLAGSDSFVNSVLRLYVDQLSLKPPDWQNYIKFLIVPLGNNTLARYLGSLDAVYASAFTVDSWKELLEHAELQKTDCQEMLNRVHRYLHNASAILQLPIAEAMITYKEKSSDDESSQIFIPFINDVRLGPMDGTSSASMDLDENMQPQVVSGSPPSLASVPERKERITPPSSPNINNFSMGQSKDHQLLLQTQQQQPQTQQQTQQQFLVQQQQQQQQQQQQQQQQQQQQQQLQQQQQQQQQQQQQQSSVLQQQLPQQQQFQQTLQEPMELQLDFWLGAVLSGKATDFTQPQGKGKGDSTKSTLKMTFRNLQVQRLPSAGEHPNQYFIMSYSTKEKKQKIMRLGKKKEKEKESEAKSQMVDGVSRLICSAKTHNIPLKVCIDGTEWSAVKFFQLSAQWQTHIKHFPVTLFNFPEPAL >WP_235374454.1 hypothetical protein [Pseudomonas fluorescens] MTEPLDLSSNYTSANYRYKEGGDGFVVENGKKIVDCSHMVNLLLTGAGYQVPYQNTAGLNSAAALQYYDVISPANVRRGDIVLWINVISNRDNKTLNHTGIVEHYDSTLDSQYGEFFGAQSSGPATAKFGAYNKAYFWPVPTKFLRVKESTRTGEGSAPAPAPAPAPAPVESTPLMNFQYPFRKADGSQFKDAEEIFKALESESSGNFLLGNHGFWHGGIHITHKTAPQCVRDEPIRCIGDGVVVAYRLNEDYLKTEFEGSSATEELKYSNSFCLVKHDYKSPPNKEVVPNTSNELVFYSLYMHLLPYQRYADEPEQTGPQKIKMIASGFKARSDVAGATGCIEYGSISAGTEIEILEEHSDHIHAKGKLIKGTVGGRTPGQDFWFAYKQNGVAYPRGDGSASWKAITAPERKKPDYWKGKVRAIVSGSGLTLRVAPSPQSNGALAGAAMRQVNSLGQNEDLVLCTNSVIEFDSGKVFSLKIGSKSYKMAECSFIPSPSGTVTGLKNHSAPVPTTFWACVEKPYVQLQGLVPTEFDKVVSMDTAIKAGDIIGFLGLNETLAGPEGGVSRNFQVHVEIFSADPKIEDFLKNKAAVKQGKQYLHLSANTALKSKPPLTEVVTISNESFVELGKAIPFKDAEEWYEVTIVDNAESKTGLLKKEGAKILSQHDWDKLGFRVVKESNSNADGFLDPNDMPEFFQLLYKDLDKFGNGDNKVTPEDFPIALRNIEFRDHWSKLIAYHPTEWKAKSDSAKWSRLDTLLEDSPAALKHEKERIDSLVFWEDSALQSNGLGDGVVWHFHPVAFISNQIGARGKIKITVEMLKKVFEGIKNSTEQDVLLEEVASQLNENCERYKLDTPLRLSHFFAQVRQEIGSKCAVVEDFTYGVEGLKGTFGYFRDNPSEATLYGYPGTTKYVSHSNQVAIANRAYGERLGNDSIASGEGWKYRGRGLKHLTGKANYKAFKDYHKNFWGEEVDFVGDPDILHTKFKYSVRSGVYFWLKNNLFVEADKGDAEANVNAITAIINLGTASYDKRRAHFKRIYHNEKIFDSI >MBU4557481.1 hypothetical protein [Actinomycetia bacterium] MITRITAIASAVFLDAMRRKVVWVVLLFSAVLAVAIPALPSYGAGVVQAVYREVALALVYAALVAVTLALAANRVPGEIERRTIYNVLARGVPRWEYLVGTWAGIVVTVGIVGLSFAAVAIGVGFVTYGTVMFTLLEGVFAIWLEAGVLAAFCMAVASVSGAVVVSVASLAFLFVTHARAGLFTPDTLGWKLYPSLDTFNIITPVAHGSGVSAGYLLLAVVVFAAWSGILLLISSAAFARRDL >WP_152718850.1 type I-F CRISPR-associated helicase Cas3f [Moraxella catarrhalis] >MPW87310.1 type I-F CRISPR-associated helicase Cas3 [Moraxella catarrhalis] MIVTFISQCEKKALQRTRLVLDAFANRIGHNTWQTVITEDGLVMVKKLLARTASKNTAISCYRFHTRKHSELLWIVGNRHKFNEYGWVPVNQTRRNILHSEWQNDWYYISAIQIIATLAALLHDLGKSTLGFQHKLKHGSTQGDPYRHEWISLKILLWLIQDCQTDSQWLERFGRIDEWLKTQKLSALNDYLKPCNLDHADLSKLPPLGQWVAWLVVSHHRLPPLVNVFLKEQERISFQTNASTLKLYFERPLTKIYADFTANDHWVKNPRTFETAHKANKKLVDFWQFDQCVIDSNAWQSRIKRWANKAIKDPTLQALSAQDKPIDNAILLYLSRLCLMVGDHNYSSLKDGDHRRVATKSSLNLLANTNRKTKQPKQFLDEHLLGVASFTAHFARYLPIVGEQLPTLLSHRPLSKNTNIERFVWQNYAFNIAKSVQADSDVHGFFGVNMASTGCGKTIGNARIMYGLSDEKKGARFTIALGLRVLTLQTGLSLRQDLQLSDEVLAILVGGGGIRQLFEIGEQHKNQDDSSTAWGSESAEALVDGFVDFASEYHAAHLELAKLNIDTLLADNKAKDLLFSPIVTCTIDHLIGASECKRGGGYITPMLRLLSSDLILDEPDEFDHNDLPALARLVHLAGMFGSKVLLSSATLPPDLVAGLFESYLAGRKLFNQSQNKPAPQTVCAWFDEQKHGSMVISCDKVETFRQQQQIFIKKRISFLQQQPIRRKAEILPVGMAYHQDKKAEFYSTLAQNIIDGAVRLHHCYHTVDKKTGKSASIGLVRIANIKQLTRIAFYLQHAQVNQNTHIHVVCYHARQLLILRNRLERRLDKVLKRSEHDEQLLFTHDDIVQQMTKSQAKQHIFMVLATPVAEVGRDHDYDWAIVEPSSMRSIIQLAGRVWRHRPNKQVFDSNILILNKNIRALQNHHGPVFTKPGFETKKYKLTEHDMIALMSDNHLSQIDARPRIWTDTIKDRPESLEQLEHTLMHDLFGANKTNYINAYWREAGASNRIHTHLQQVSPFRHSIQQDEAWVLIPNQIVDGQGDGFRVYAMEDINQNGLSHANLHNHYIQMMDFDYHHAQISTWLVCDVYDEIRRLQTHLMVRNLSHVAIQFSKVMLDSRQSQWYFSPFLGMMSERLDC >CCD45280.1 hypothetical protein BofuT4_P119860.1 [Botrytis cinerea T4] MSAAAPADGGSNPSSLKEKMKNPFASLREKLHDTKLHDVKVGLIQKKHQIGKLGNLFNPNHRHDEEHEQITDAKRTKIAESHRFESFAPERPGNNIKWYVDGRDYFWAVSVALEAAKETIYIADWWLSPELFMRRPPYYNQQWRLDQILKRRAEAGVKIFVIVYREVEAALTCNSEHTKHALQALCPEGTPGYGNIQIMRHPDHNVLENAADMTFYWAHHEKFIVIDYNLAFIGGLDLCFGRWDNHQHPLADVHPEGIATEVWPGQDFNNNRVMDFQNVKDWKANELSKAEYGRMPWHDVAMGVVGDCVYDIAEHFVLRWNFVKRDKYKRDERFNWLILEGRDGENEDLVGVQRPKHPVGDYVNHPLTPLSTKSLGQQGTVHAQVVRSSADWSSGILVEHSIQNAYSELIRNAQHYVYIENQFFITATGDQQSPIRNTIGRAIVDAVVRAGKEGRKFRVIILIPSIPGFAGDLRDDAATGTRAIMDYHKLERKVSNQKITSFSSIYDLMIV >MCB2198743.1 hypothetical protein [bacterium] MKRFTIVLLLTLFVVGMVASEAMAVPAFARKYRMSCTTCHAPFPRLKAYGDDFAGNGFQLEDQDSPRYFVDTGDEELDLIRDFPFAVRFDTWVFNDGANEKATDLRSPYGVKLISGGALSEKWSYYFYFFMNERGVVAGMEDAFIGYNDAFGMDLDIAIGQFQVSDPLFKRELRLTYDDYVLYKVAPGNSNIDLTYDRGIMIAYGLPTGTGITLELLNGNGIGGAYADHSFDSDANKSMFASVSQDVGEMFRVGAMTYMGSEDAAIGTTNDVTYIGADGTVGLGAFEINGQWLQRTDSNPLFSVNEVEVVTNGLMAEVIYWPHADASRWYCAGLFNMITSDDAAIEETSGTLHYGYLVKRNLRIGVEGTYDTENELFRGGIGMIVAF >WP_032993387.1 MFS transporter [Cronobacter malonaticus] >EGT4385462.1 MFS transporter [Cronobacter malonaticus] >EGT4422847.1 MFS transporter [Cronobacter malonaticus] >EGT4447234.1 MFS transporter [Cronobacter malonaticus] >EGT4455950.1 MFS transporter [Cronobacter malonaticus] >PUX14378.1 MFS transporter [Cronobacter malonaticus] MTAFTNQDPLTLRLSLREKFSYGMGDFGSNLMLCIGTLYLLKFYTDELHLPAFYGGVIFLVAKFFTALTDMLTGVLVDSRRAPGPRGKFRPFILFASFPVALVATAQFVANDLPLTMKTVLATVLFMLFGLFYSLMNCSYGAMVPAITKNPQERAHLAAWRQGGATLGLLLCTVGFMPIQSLFAARPSLGYLTAALIFALVGLISMLCCYRGVRERYVEVVPAGHKPGMLKSFCAIFQNPPLLVLCIANLCTLAAFNIKLAIQVYYTQYVLNDLHLLSWMGFFSMGCILVGVFMVPGAVKRFGKKQVYLGGLTLWALGDIFNYVWGTTSLSFVLFSCMAFFGTAFVNSLNWALVPDTVDYGEWKTGIRAEGSVYTGYTFSRKISAALAGFLPGIMLTEIGYVPNALQTPATLDGLRQLIFIWPCGLAIIAAVTMGLLYKLNEQRFAFIIEEIARRKKYVAAAPKASTDNKASAVTL >WP_208665977.1 type VI secretion system membrane subunit TssM [Pseudomonas thivervalensis] >AXA58012.1 type VI secretion protein IcmF [Pseudomonas thivervalensis] >AXA63724.1 type VI secretion protein IcmF [Pseudomonas thivervalensis] MKAFFSFMTRWVIPLLGLIALSLIIWFVGPLLDWLVPEGRRWALIILVFAVWIAYRVFRIIQARRQAAEVMRSLAAQTPPDPTSIATAEELETLRQRMDEALALLKKAKLGGDERRNLYELPWYVIIGPPGSGKTTALVNSGLHFPLAAQLGAGAVRGVGGTRNCDWWFTDQAVLLDTAGRYTTQDSDATIDKAAWLGFLGLLKKQRARRPIDGAFIAISLSDLLLGSDAERAAHAAAIRLRIQELYTQLGVRFPIYLMLTKLDLVPGFMEYFDTLSKEERAQVWGMTFALDDGKSSDSPLAHLQSEFTGLEQRLNDRLVERLQQERDPARRDLIYGFPQQFGALKDCLQSFLEGVFKPNAFEERVLLRGVYFTSGTQEGSPIDRLIGSMAQSMNLDRQHLARQTGTGRSYFIEKLFTAVAFAERGLVGVDPKVERRRKWIARGVLASTVVLVLVVSTLWWVSYRANQAYIAQVDQKVAPLGQTVQNLSPAQRDVLAVLPLLNAVKHLADDAPDWAEGLGLYQGDMLEAESGSVYRKLLIAVFAPRLLTRIEEQLHSGGNSDFLYEGLKAYLMLADTEHYDADFIKAWIALDWDRSLPRDLPAEQRQALAGHLQALFERRPPLARLDPRLVEDLRRQLQQLPVAQRVYDRIKRQKLPEGIPDFRINEAAGRDAALVFSRKSGKPLGEPLSGFFTVKGYRQGFLLSSLSQTGTLAEEQWVLGHEEADQQNVASLAADVRRLYFQDYLRQWDALLADIDFVPITSVAQAADVLRVISGPSSPLKKLLVAVAKETDLQQDERLLAAQGAPVEGGVDKLKERLGSLLGQEQATSSAPATSDDPITAHFAELNSIVSKSEGEPAAIDGLLADMNALYVQVSAMVGASGDALLGEAKNQATAAATRVSLNAERQPPLVQGLVKSVVNSTTNSMMGGVRNQLNAAWTSEVVNIYRQSLAGRYPMSPGSARDATLDDFGQFFGVGGVMDNYFRKYLQPYVDTSTPTWRWQPGAAQKLGIAPGVLQTFQRAATIRDAFFRSGGTQPMVRFELKPVAMDSTITQFLLDLDGQQLSYDHGPSRPTAMQWPNPGSIGVVRISIMPPSSSGRSGITLDGPWAWFRLLEQSDLTAGNSPDRFNLRLRVDGASASYELRANSAFNPFKSRVLSGFSLPERL >WP_104329329.1 TIGR01777 family oxidoreductase [Rathayibacter sp. AY1A3] >PPF32514.1 TIGR01777 family protein [Rathayibacter sp. AY1A3] MSDSSARHSDHDGTTDSGSPRRAARTPGEQVSTPSELPSARPDASAPRLRVLISGASGMIGSELTRQLRAEGHEILRLVRHAPSSPDEFHWAPTSHMLDFSVLDRVDAVINLSGASISRLPWTASYKREILDSRIQSTQTLTDAMRMSSTPPTTLINASAVGYYGDRPGEELTEQSSRGDGFLADVVDRWEKAAHLAPEATRVVTARTGLVLGDGGALKPLLPLTKLGLSGPLGSGNQAWPWISLYDEAAAIRHLLTSSLSGPVNLAGPVPATANDVMRTLAEQLHRPFKLAVPEKIIELALRDAGHELLLSSQRLVPQRLLDDGFEFRHRTVGAALEWVLA >WP_252264110.1 glycosyltransferase [Phocaeicola massiliensis] MKVSLVISTYNWKEALGLCLLSVTRQTVIPTEVIIADDGSRSDTKLLIEEFKNHFPCPIKHVWHEDNGWRKCIIMNKAFAVCEGDYIIEIDGDIIMHSHFIEDHVTEATPGCFLVGSRGKINEKLLKRLLQRQDYRLSIFTQGVCRKLNVLRLPWLTPLFFFTNRIRKREDVISHFGSRTF >UCF22071.1 MAG: mechanosensitive ion channel family protein [Ralstonia sp.] MEWLNTHTFLRVPARDWAAAALTVVIVYALLSNVLRLIGNRLEARARRTGLRFDTTAAAVLHDTHPLFIGLAALLAGSYFIDLPARVAGRLDHIWFVIIGFQIALWLNRGVTLWMREKLAAQGPAARNPVITSMLAWVLRFVLWSMLLLAILANVGVNITAFIASLGVGGVAVALAVQSILSDLFASLAIGLDKPFEIGDFIVFDSIAGTVQHVGLKTTRIRSLSGEEIVTSNTALLKSTIHNYKRMSERRIVFTFGVTYDAHAAQLQKIPGIVRAAVEATGNTRFDRAHFKEFGENALNFEVVYFVTSPDFNLYMDIQQRINLAILEGLEALGTAFALPTRTIRVTRQEDEAVLSDTPPPRPGTGTAHGMTPRANA >WP_276234417.1 S8/S53 family peptidase [Pseudomonas putida] MRGGLFLLLWLCSLGAEAAADGLRIKQLQRCGDLLGEGGQQWCLRAEGLGADVPKIWLGGVRLPTADIERKGDRLILNLAKKAQRSAPLWLEYDGRTSNPIWLTRQRSHVVAAGPDEVAKNMDGLTTYVDLVSLLIEEQHDGLGEARRIADKYGAQVVGAIPPLNVYQLRLPVDDLVQRDAMILRMGSEVSVDAVIVEESAPEGGEEGSGRDTRAIDQADEWAANRFMDALYFYQRRIGASRLPVQPVRVGVIEREVDFDAPGFSQYRGGCEQGQTCVYARDGDRPTSHGSHVAGILAAQGEGFLPGLGKHSPGFEVIVERNSDAGITANIAASVNLVEDGVRVLNWSWGIHRVGARDVNGDEVDSLVRSGLAMSGYEELLEEFFLWLRKEHPDVVVVNSAGNGASWSGTDEYRLPSSFITEQLLVVGGHQRSDKATAVEAPDHVRKRHSSNFDMRVDVSAAACIRPAAAAAAHCGTSYATPLVTATVAAMLSINPALTPEQVRMLLRRSALTLGTEQDFEAMDAEDLTAPILPSERGGRLNHPDLGRSARLDMQRALDLAVQSRERVR >WP_210363492.1 patatin-like phospholipase family protein [Rhizobium sp. T1473] MPAPCETSRRQTPTVAVAFGGGGARGLSHIHIIETLDELGIRPVAIAGSSIGSIMGAGMAAGMTGEAIREHVMMTVGNKAAVVSRLWGLRPQTVRDAVANGVRIGQFNLERILKAFLPADLPDRFEDLPIPMTVTATDYYGQCEVLTSEGALFPALAASSAIPAVFMPVRLHGRVMIDGGISNPVPYECLMDRADIVIGIDVVGAPEGDGTHIPNRMESIFGSGQLMMQTAISLKLRLQAPHIFLRPAVGRIGVMDFLKARAVLSMSVGIKDELKFALDREIEARITS >HJC81763.1 6-phospho-beta-glucosidase [Candidatus Anaerostipes avicola] MKAEKVYFPDDFLWGGAVAANQCEGAVLEDGKGYSTADALTTGVFAEPQIPPKGFYLKEEASDCYHRYKEDIAMFAEMGFKAFRMSIAWSRIFPKGDEEEPNEAGLKFYDDVFDELLKHGIQPVVTLSHYEMPLHLAVKYGGWADRRMIQFFAHYAETVYQRYKEKVKLWLMFNEINMMLHAPFNGGGINKKAEEMEPSELYQAIHYQLVASALAVKIGHEINPEFKIGCMIAGSPHYPLTCRPDDVLEAQKKDRESLFFADVHVRGEYPGYMKRLFREQGIHFEITDEDRMLLKHTVDFISISYYMSYCATADPEKNILAQGNIMSAVKNPYLEESEWGWQIDPEGLRYILNQYYDRYRLPIFIVENGLGAKDQLVEQDGTYTVEDGYRIDYLKKHLLQVSEAIADGVPVMGYTAWGCIDLIANTSAAISKRYGMIYVDRNDDGTGTMKRYKKQSFYWYRDVIASNGAALLEN >MBQ9697149.1 efflux RND transporter periplasmic adaptor subunit [Acidaminococcaceae bacterium] MLKFIKNNLYALLFLAILIGACFGGYKYYQSQKAAKTETVKTASVEYGNLQKSVSATGSLSALDNVDISSKITGRIVEVFVAENDHVTAGQLLLRLDDTSLKATEVQRKATLDEAELTLNRYAKLLAQGAVPQQTYDTALMNYKVAKAAHEQAVSNTNDTYIYSPIDGYVIGKPTPVGQTISSGISTPQVIMSVANLDKMQIETLVDESDIGQIKVGQKVEFTVDSYSEETFEGTVRLISRSATTTNNVIYYKVYVDVANSQNKLFPTMTARANIIISEAGDVLMVPQNCLFYDGGRAYVKKYDAKTKQETQVDVEVGMTGDERVAVKSDQLRQGDKLVVKTLKAKQTNNTMRGGPPM >WP_135952734.1 site-specific integrase [Phocaeicola sartorii] >TGY67166.1 site-specific integrase [Phocaeicola sartorii] MNIKRNIIFALESRKKNGVPIVENVPIRMRVIYASQRIEFTTGYRIDVAKWDADKQRVKNGCTNKLKQSASEINADLLKYYAEMQNVFKEFEVQETMPTTQQLKDAFNLRMKDSSEEQQEEAQISFWEVFDEFVKECGNQNNWTASTYEKFAAVRNHIKEFKEDVTFEYFNEFGLNEYVNFLRDKKDMRNSTIGKQMGFLKWFLRWSFKKGHHQNIAYDAFKPKLKTTPKKVIFLTWDELNKLKDYHIPHDKQYLERVRDVFLFCCFTSLRYSDVRNLKRSDIKPDHIEVTTVKTADSLIIELNDHSKAILEKYKDVHFENHMALPVISNQKMNDYLKELGELAEINEPVRETYYKGNERIDEVTPKYALLSTHAGRKTFICNALALGIPAPVVMKWTGHSDYKAMKPYIDIADDIRANAMNKFNQL >WP_121369366.1 hypothetical protein [Pseudomonas aeruginosa] >MCS7968418.1 hypothetical protein [Pseudomonas aeruginosa] >MCS8136896.1 hypothetical protein [Pseudomonas aeruginosa] >MCS8179099.1 hypothetical protein [Pseudomonas aeruginosa] >MCS8191334.1 hypothetical protein [Pseudomonas aeruginosa] >MCT0921016.1 hypothetical protein [Pseudomonas aeruginosa] MADFSYPREPAPLALEMAGSIVGRRFTADHKDYNRMLSELRDKGLDHRLAFYGQSSAEARAVVAYVADENLKVAPLSSLQRKLTKLQSEVLSSVATSHAKFDCTRLGGKGAAGRELERTRAAQRRNLTRMLAARIEHELKRRQAIEASSVTSS >RHQ28634.1 VWA domain-containing protein [Clostridium sp. AF27-5AA] MIRREAKRMKKTKKKGKSYSQGWFGRQSRRFMSVLLCSSMLSTSVANTAAFAAATSEGGDERQEFSLEKEVLRQAIRDAAKKGKTVKEDAFTFSGDEAETYEGLFEEGNLYELHPDFEKKNDRLTLKMYARLEDEEDMDQYTISGNEEIIFLMTNSSSKERTGRILVDGRASAWMTVAPFGEVKKQVELETEEAVPTEIENEVKEPESAVPAGSEDITEEDTALEDDVKEQENASDTGNNQIKEESEAADDKKDLSEPDSENENEKADMDAFETDTSDADTSDSENDSAQDEGSVQVSRSAHFSMFLTSAAMASPSDAKEEENENDENEKNKAIVGDEAEEDNFERILGDSYETVGIKNASAAAFVTSAMELGLTDGAVLSAVEVEEIPDWQISKSKKATNLDENFESQVTLSLPSAEEKLENDIVFVLDKSTSVQLENEALEMLKELQAQAKKNGAKVKVGVVIFNKEAHKSDFMDLETQYDTIAAAIRENISSGTNLSAGILAGKKMLDEDTQVAAGRKSLVLLSDGITYIFGEKPTAVAWGFENDGSEHSWAGPDNWILKYGNNKALSEDEWNERLGTIKAQMDAQGDEFDHPYEQGDLTPCTPPGEGKERANSVDKALYLSYEAYLEAAKEQYHCYAMPIGSSAGESYPWGPSFVKYLADGKTVSFEDIKNDILYAVDRGSMVEDYMGWVKDDYNFDLKSIDRLTVGGRELSKWKDGNTVYFGNEDVNAAQYRFKVEYDPSDKEGGEHFIWTMNEAVKNNEPVQLTYTVKLVNPKNNPGESYGRYDEDGSEEYDGLYTNQKAVLHPVGSDQEKGKTEVFSKPTVSYTIPGGELPTIPEGGTSKSKTAEQLDENFKSQVALSLPSAEEQLVSDVVLVLDKSTSMGLKEQALEMLQNLKKEVQEKGAKVKVGVVLFNKEAHTDGFMDLETQYEAIEAAICQEIKSGTNLHAGILAGKSMLDQDTGVADERKTLVVVSDGITYMFNENPTAVAWGFMADSPKHFAGPDNWKSKYGNNQAPTDWNAWLTGIGARLSEQKDTHDYPYGTEPDASLITPVEEAGNYVNSIDKALYLSYEAYAQAASEGYHCYAMPITPPGTASNYEWGMSFMRYLANGKQVSFESIENDILYAVDKGSVVKDYMGYVKEDYNFDFDHLDQLTVGGKALSMYQEGNTWYFGDGEPGPQNYRFKVVYDAGNKAETEMFTWYINEPVSNFAPVQLTYTVKLINPKTADGTYGKYDRDGSQHYEGLYTNQEAVLYPVDSRGNEYRPEEFPKPTVSYVVEHGSQEPGSDPTPTPNPGNNGGGSHGGHGGGSSSGSKKSSTTTASGPAAQPTEPVTPVVPEPQPVVPAEGLPKTGDTDRMDVPMALLAIGMMAAAYVIMTGRKKTEE >XP_052906513.1 Aldehyde reductase II [Fusarium keratoplasticum] >KAI8649267.1 Aldehyde reductase II [Fusarium keratoplasticum] MSPTLENLKPSQIAIPAGELIAVSGANGFMGSHICDQLLHLGYRVRGIVRNKERGAWLVNYFEEKYGPEVFELAQVPDMTVPRSCDDAVSDTFNDQVMALAYSKNLPGGVVGGHTVYAAGKTKAEQELWRWYGETSPEFALNVVIPSPCFGQSLCPAQQGYSAANRVLKMLWDGDDSDDVANAFTAQWFCEVKNVSTLHVGALLLSDVKSERLFAYAARFTINDILSIFRNTSPGKKFRNDVADTKPDRTEVPNKRSGEVLRLISVPRWATLKECLEGLVKQWSGMSD >ONM12286.1 Protein DJ-1 homolog D [Zea mays] MQTYSETKGHNFTLNASFDEITASEYDGLVIPGGRAPEYLAMDEKVLDLVRMFSGAKKPIASVCHGQLILAAARVVENRTCTAFPAVKPVLVAAGAKWEEPDTMAKCTVDGNLITAATYNSHPEFISLFVKALGGSVAGSDKRILFLCGDYMEDYEVMVPFQALQALGCHVDAVCPDKGAGETCPTAIHDFEGDQTYSEKPGHDFTLTASFGSVDASSYDALVVPGGRAPEYLALNDKVISLVKAFAESGKPIASICHGQQILSAAGVLKKKCTAYPAVKLNVLLGGGTWLEPDPIHRCFTDGNLVTGAAWPGHPEFVSQLMALLGVKVSF >RIK81456.1 MAG: catalase/peroxidase HPI [Planctomycetota bacterium] MSQATSPGPALHDSPPKHAAGGGTTSREWWPNRLRLEILHQHSTKSNPMGEEFDYAKEFESLDYAALKKDLAAVMTNSQDWWPADFGHYGPLFIRMAWHSAGTYRIGDGRGGGGRGQQRFAPLNSWPDNVSLDKARRLLWPVKQKYGRKISWADLMILAGNVALETMGFKTFGFGAGREDVWEPDQDVYWGAETTWLGGDVRYKHGSHGVDKDGGVLVTEDNPDGHMHSRRLENPLAAVQMGLIYVNPEGPDGNPDPVASAHDIRETFGRMAMTDEETVALIAGGHTFGKTHGAAPATHVGPEPEAAGLEEQGLGWRNSFGTGNGGDTITSGLEVTWTTTPTKWGNNFLWNLFGYEWELTKSPAGAHQWQPKHGMGAGTVPAAHDPSKRVAPMMLTTDLALRFDAAYEKIARRFLENPDQFADAFARAWFKLTHRDMGPRARYLGPEVPAEALVWQDPIPAVNHPLVDDRDVAALKSKVLASGLTVSQLVSTAWASAATFRGSDKRGGANGARIRLTPQKDWEVNQPEQLANVLETLLGIQREFNKSQAGGKQISLADLIVLAGCAGVEQAAKNAGHPVTVPFAPGRMDASQEQTDVDSFAVLEPVADGFRNYLKARYAVPAEALLVDKAQLLTLTAPEMTVLVGGMRVLKTNVGGTQHGVFTTRSEALTNDFFVNLLDMRTEWKPVSPDAELFEGRDRKTGEVRWTGTRVDLVFGSNSQLRALAEVYGSADAQKKFVHDFVAAWNKVMNLDRFDLARS >AFP41217.1 hypothetical protein MSMEI_4768 [Mycolicibacterium smegmatis MC2 155] MTMRSATNGSRERPGEVMSGPERPWWVRPGGAPPPPGAPRPAAPGPRPGPPPGPPPGPLRPPAAPPRHSAPPPRATRPAPRPNPYAPLPRPRAQGGPSAPSSAPPRRRHKAPARWQVVAMAAAAVVVIAAVAVGLWMRGEAGGPRLDVRQAEAGVAEILSDPVYGYGANDVAAVACNNGKNPRVEVGSTFMCAVDINGTVRQVVVEFTDDDGTYAVDGPR >SQC43367.1 RecF/RecN/SMC domain protein [Klebsiella pneumoniae] MIQYIRIQNFRSVKDIALELGPLNIVFGPNGCGKSNIYNAIHLLTAAAEGRLSGFISEEGGLENMMWSGERSPLDRHPRRLANRLPDRQLRL >ACY29573.1 pol protein, partial [Human immunodeficiency virus 1] PQITLWQRPLVNIKVGGQLKEALLDTGADDTVLEDINLPGKWRPKMIGGIGGFIKVKQYDNIAIEICGHKAIGTVLVGPTPVNIIGRNLLTQIGCTLNFPISPIETVPVKLKPGMDGPKVKQWPLTEEKIKALTEICTEMEKEGKISKIGPENPYNTPXFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDKEFRKYTAFTIPSLNNETPGXRYQYNVLPQGWKGSPAIFQHSMTKILDPFRAKNPGIVIYQYMDDLYVGSDLEIGQHRAKIEELRGHLLKWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIQLPDKDSWTVNDIQKLVGKLNWASQIYPGIKVKQLCKLLRGAKALTDIVPLTAEAELELAENREILKEPVHGAYYDPSKDLIAEIQKQGQGQ >WP_096277301.1 MULTISPECIES: FAD-binding oxidoreductase [unclassified Halomonas] >MBE0398852.1 FAD-binding oxidoreductase [Halomonas sp. FME1] >PCC21239.1 FAD-binding oxidoreductase [Halomonas sp. JB37] MDTLINDLLNIVGKTGVLLGDDIALRSVDWFTKAPCEAKAIIRPQSTEQLSQVMAKCHAAKQPVVTHGGLTGIVHGAVASPNELVVSLELMNQIEAIDAIGSTMQVQAGVTLQRVQEAAQEIDMQFALDLGARGSCTIGGNIATNAGGIRVIRYGMMRQQVLGLEVVLSDGTVVSSMNTMLKNNAGYDLKQMFIGSEGTLGIVTRAVLRLHPNMPSEQTALVAVPSFDALTSLLKLASKDLANSLSAFEALWNNHYALMTSATTKHTPLLATDSPFYAIIETLGSDEKQEAEAFARVLEKALEAGLITDAVLANSSTQRQGIWDVREDIETLVHELNPMFSYDISLPITHMNEYVTALEGKLNAQWPETGTMVVFGHLGDGNLHIMITVRDASPHSRREVEELVYGSLVKYNGSISAEHGVGLEKRDYLALSRSPEEIALMKRMKLALDPKNLLNPGKILA >MCD8323718.1 type I 3-dehydroquinate dehydratase [Clostridiales bacterium] MQEPFDVKGVRIGEGRPVICVPVVETGAAAIVGKIDALVEKGVQMIEWRVDCFEEIDRPERVKAVLEEIRPLTEQTVMLFTIRTAKQGGNTALEEKKILYLNELAAKSGSIDLIDLEFFEATRPEREIRRFQKMGVRIIASHHDFHATPDDRILHMLMEQMKHGGADIAKLAVMPNSADDVLRLMKLTNDIKQKYPSLPLVTMSMGGLGVISRVCGETVGSCITFGADGQVSAPGQLQMETLADILDALHASRAGA >MBE6889650.1 sporulation protein YunB [Oscillospiraceae bacterium] MLSDKTRRILRSLGFKLISVALIFMGLAVMIDLSIRPIVETVNAYECHLAVSEIITTAVEEELQREDISYSKLVDITTNSDGEVISVESNVVNINLMKSGITKRLERELHQIREINIDIPIGTLSGIQLLHGKGFDIGMTVEPMGYPQTKIISEFTEAGINQTRHRIIIDITVVADAIIPGYSTNVEVKTSLIAAETIIVGRVPDAYTHVVSSDGDLVGTLEDYEADTFS >WP_099922565.1 ABC transporter permease subunit [Streptomyces mirabilis] >GHD43578.1 ABC transporter permease [Streptomyces mirabilis] MSTLVERAETADGYRARHTLPLRVELLRQLKRRRTLVMGAILAVLPFVLVVAFAIGGDPGSRNGQVTLMDTATASGANFAAVNLFVSAGFLLVIPVALFCGDTIASEASWSSLRYLLAAPVPRARLLWSKLTVALGLSLAAMVLLPIVAIAVGTAAYGWGPLEIPTGGALSAGTAAQRLLVVIAYVFVSQLVTAGLAFWLSTKTDAPLGAVGGAVGLTIVGNVLDAVTALGHWRDFLPAHWQFAWADAIQPNPEWGGMIQGTAISITYALVLFALAFRGFRHKDIVS >WP_102140144.1 MULTISPECIES: pilus assembly protein PilM [Providencia] >AXH63343.1 pilus assembly protein HofM [Providencia huaxiensis] >MBQ0269197.1 pilus assembly protein PilM [Providencia huaxiensis] >MBQ0535177.1 pilus assembly protein PilM [Providencia huaxiensis] >MBQ0589976.1 pilus assembly protein PilM [Providencia huaxiensis] >MBZ3680808.1 pilus assembly protein PilM [Providencia rettgeri] MYTSKWNIGIDLYQDRIQLVAAKRRRQYWHLCECWQQQLPFELTDSSSHEQYKILLNILLQWRQKLPKKCSVSFALPAVRTIKQQISLPSEINLPQPELGWYLQSQAEKRFAMHAQELVIDYRVIKQQVYFNGARQSDITFWQNLLTESGFNLLAIDVAPIALRYVARNAGLPDECWVVHYRQGEWLWSGPISQPANYNHLQDTDIPTISHLLPFLDQENTSPASPIYLITDHQHTHRTAEAAHLWELRQAFQQSNIKLPQLLGDFVIAAGLALRHGDI >MCB0174630.1 PAS domain S-box protein [Anaerolineae bacterium] >MCB0178858.1 PAS domain S-box protein [Anaerolineae bacterium] >MCB0223592.1 PAS domain S-box protein [Anaerolineae bacterium] >MCB9106491.1 PAS domain S-box protein [Anaerolineales bacterium] MAIVTVDFAGRILFGNAKLTAMFGFAEDELIGQSIELLIPERFHQRHVGYRDDYVRHPRNRPMGIGLELLARHKNGAEFPIEVGLSTIQIAHDQVTIATIYDVTLRKRAEEELERRVEERTRELERRRQVADGLRDILTILNSNRPSGEILNYIVAQASRLLHADASAIYRLHDDQDLSLVIQTSHGLPDDYIAWGKRGLDQGINSQAVLTRQPVAISDLAQYIHLGSDPDSEARWEILLAHGYHAVLAVPLVLKDDVYGSLVLYYIEPRNFPKESIDLAVTFADQAALGIENARLRTQVEQAAIVAERNRLARDLHDSVTQTLFSASLIAEVLPKLWHRRHTEGERRLEELRQLTRGALAEMRTLLLELRPSRLIDVGLNELLRQLTEAVTGRARIPIDLQLEGECSLLPEVQIALYRTAQEALNNVAKHSQATRAQVKLICQSDYVKLTIGDDGRGFNRANVRANSLGLTIMHERAEAINGELEINSELDYGTEISLTWINKTAKSQDSLLAED >XP_021727484.1 peroxidase 55-like [Chenopodium quinoa] MFSREKARKKMEDWRILCSILMVIMMVIEGGEAQLSENFYSSSCPRLERIVQQAVKKKHDQTFVTAPATLRLFFHDCLVQGCDASVMIFSPNGDAEKDSDSDLSLAGDGFDTVIKAKQAVEAVCPGVVSCADILALAAREAVVLTGGPSFSVELGRRDGLRSKKSDVTNHLPKADHKFNELLNLFAKHGLNQTDLVALSGAHTIGAAHCSKFSKRIYNYSQFSPIDPTLDPLYALQLQQQCPPGVNPNIVTFLDPLSSNTFDNSYYKSLIVGRGLLTSDQELFTNPASRPTVVDFANNPGNFNAAFITAMRKLGRVDVKTGNQGEIRRNCAAFNS >MBR1383934.1 alpha/beta hydrolase fold domain-containing protein [Ruminococcus sp.] MEIVNDLKNRAESGQQIFYSIYSEEEIAKDSSLADTGLFFFKGTPGEKFAVINAGGGFAYVGAMHDSFPHALELSKMGCNAFALIYRPDYAYDDLARAIAFITQNADTLEVDPEGFSLWGGSAGARMAAALGNADNANAYGIPQASAVIMQYTGYSSASRSDAPTYANVGTSDGIASWQTMQSRLKTLESYGIPTEFHSFEGLPHGFGLGTGTAAEGWINDAVDFWESQL >MCF8391604.1 UDP-glucose/GDP-mannose dehydrogenase family protein [Bacteroidales bacterium] MKISIVGTGYVGLVSGTCFAETGINVSCIDVDELKIKNLNKGIVPIYEPGLERMIENNVSKGRLTFSTDLKANITECEAVFIAVGTPPDEDGSADLKYVLSVAKEIGQSMTNYLVVVDKSTVPIGTAEKVRNTIQAELDKRNSPLEFDVASNPEFLKEGAAIDDFLKPDRIVVGIDNERSKKVMQRLYKPFLLNGHPLLFMDIPSAELTKYAANAMLATKISFMNDIANLCEIVGADVNNVRKGIGSDSRIGPKFIYPGAGYGGSCFPKDVQALIRTSKEFNYDLEILQSVENVNERQKKVIPAKVLNHFKNDLKGKTIALWGLSFKPKTDDMREAPSLIIIEEILKAGAKIKAYDPVANKEAKRRIGDVIDYCDDMYEALIDVDALIVITEWPEFRVPNYKVMNKLMKDKLIFDGRNIYDAAEMSEFGYTYYSIGRPIVNK >XP_033082621.1 coiled-coil domain-containing protein 24 isoform X3 [Trachypithecus francoisi] MLRHSSSLWELVEEHIPLRERPEVKRILGEAAVDLSLELRAEVAMLRALLQEARSSQAPSSRPISDPSSLLAPPPLLKDLLRQELRQLLQGLRHKAICEGRWEPRAWVLSPDTRDQAQAWVQYSPRVLHFALEEPRCDLPEQEVFQMRGGGPSSGHRDLSIIKDQLNVSNIDQVARHLRGLLEEECHTLEREIPILQRCLEEEYMRPCRLTEAALEPTLAELKEQKKAMEQELQASVGPSCVSPNHRQWPLGSFMQGLRPLLPLCGVAPLQCCLPAPPLEPCLRPRGQAATHRWGRQLQYSPREGSASTPMSSAAPQAPA >SHM84371.1 hypothetical protein SAMN04488494_2721 [Prevotella ruminicola] MVFLMVPVKAVIDKNTADWLNKLDASLAKRDYYEKQRTDRIESLKEGMAKAKAEGREFTQMYALYNEYKSYRYDSARHYSYACLGLATRLQNPQYIAQSQEAIAFSLISAGILSEAHDVMLSIDRSALSGKLLEDYFEINSLLWRNMADYIKEEPFYTKYINRSNGYLDSLKQIVPPNSCMWWSVTGTRQLREHEHQKALESLQHVLDGCGDDLHIRAKAMAEMAWAHLLLEHEDKAIAYFAQSAMADNETATREITALYHLARLIFKEGEHDRASVYVHQALEDVNFYGTRLRKVEINDILPIIEQDRYNSMRGQRNWLFVATGLFIILLVGCLLGFRTIRRKNRKLLEARETIAEQLEQLKHTNLQLQEDDKIKNAYIGRSFYTNAEFIAKLEKLYLAIDRKIAARQYEDLRSMMKLSTLNTERASMYEAFDQTFLKLFPDFVERYNALFEEKDRKLPDNDQSLTSEMRIFALIRLGINDSERIAKFLDYSVHTVNTYKTRIKNRSMVDNEQFERQIMDI >KAB2860347.1 MAG: ABC transporter permease, partial [Anaerolineae bacterium] RLTRASLLQVLGEDYIRTARAKGLRERAVIYIHALKNSLIPVATILGPLLAGVLTGTFVIERIFVIPGLGESFVDSVSARDYTTIMALTTLYSVFLIFGNIMVDIIYTWLDPRIRFD >KAH9439214.1 hypothetical protein MCOR02_002782 [Pyricularia oryzae] >KAI6364688.1 hypothetical protein MCOR31_007291 [Pyricularia oryzae] >KAI6422678.1 hypothetical protein MCOR24_003943 [Pyricularia oryzae] >KAI6429502.1 hypothetical protein MCOR21_005007 [Pyricularia oryzae] >KAI6493878.1 hypothetical protein MCOR13_007685 [Pyricularia oryzae] MPPPDPPVRSFPQPPILGSVRQQGVRAPSRVRAAANNAGQPSASPAATMVAAATTLASGLSPRPQKFSTNYGSEAFQPFTLDHNRNYAMQSTDLGAALARAAKTIQSDKPKEDGRGDAPGAGSAAAPANSLLGKRKELDLAAGTRDPKRQKTTQDADELADEDQDSAAVIRRTGRGAARPRASSTALTLSELPEKPYWDDLPTHKVPSAKKISYQKTAVQTTEEEPANEEEPANEEEPANEEEPANEEEPANEEDDDDVDMIGLEEDFVDENQAPQTPDRQNGAFLQVPNGLSSVAPSEKSYNTESVIYRDTTLSTPQGPPSGRLPGSLFDFSRPPLRNAPPAAPPPTAPLPAAPLPAAPASGAPASGASASGDAASTSATGQTTTISRGAGDPGDLATPSPELPNSIANPVSTAANSSNNRNADVDIINPLNPAPLPRSTPFSLRRAQTPESQTYSWNSSPNHRGIRSHSDSPNSRRYVATHMSHDLENNYLAREMSEYEDGLEREARARQQQIRNSLLPPDGEEESEPIRDIGAAPARPELTSGFVRPHIEAPETRIGTVAGARGLFAPSRGLGNTQRRSFLAGDGPPSSPSSSSSSSDASSHRSQGGGPPLSRHQSQTDGAPLSRRQSQSGGAPQGGSQGQGGGAPGDDTPGQGRGGPGDTSSQSSKSKKLREWAQALGAGWTHLSEFMWTIFDTLSQWQVSLIQCVWNFFQELAKAPAHLASYLWKHSTLGRLLIPLLLALMAIAIASSYGRPTSFEGIPLNNGMGWHILQDWKDNLGQLVSPSFGHNLPGSNGNYSKIVAAFKSHDKDIHEIKDRATVQDAALAKLEQILPEFVRMSDDKVPHEFYVAVRDLMQQDPQIPTLDKDGNISEQHAKAIEKHIESFFWRWLKDNARQIRQIAGIGQDSRLSDEELNRIVRQVAEEKPFEVVSKDEFLQILKKQLAKHHDVTASQMKDFQGKLAEFEQAMGRSSLSMTKEQMQQNLDKALHMFAGNALLESFTKGRIKATDEEVTSAVNHFTIRSGALIDVYRTSPAYKWPNKGHMGHRRFQTENSNGPIKSPLFAGSVLDPWEGDGDCWCGGTGQSPNRRLKTTGETHKVPHMAADIAIMTKRLIPQVLRLEHISAKETVEPESMPKEVEVWIQLDDDQAMFDHALSWSLAYFPGVDRYDPLTADKFVKIGNFLYPNETEVGHSGENFYFPKDVYRFGFATTKFLIRAKNNYGAVDHTCFYQLILNGKLLPLDE >CAA9477187.1 hypothetical protein AVDCRST_MAG13-921, partial [uncultured Solirubrobacteraceae bacterium] EPRPGPVHPAGRQRGLRRGRLPHPLRARPRLLRDHGREARPHRARARGAQRARRPGGAGGRRGRRVRRPGSRSRRAGGQGARRV >TMQ35121.1 MAG: hypothetical protein E6K70_03945 [Planctomycetota bacterium] MAMKTIDEIVAAAGKLDSKQFLRLRQKLDRLEKKLWETELSRTTKEFRAAKLTDQQIDELIVKRRHESRR >MBV8739832.1 hypothetical protein [Alphaproteobacteria bacterium] MNIIDIATVRLHTRRELTVAEARGLVISANLSVLKAQAAALSLHPWLNTPEEWLQLEACLVLIEERRRNLRRAPQRQ >WP_165801127.1 helicase, partial [Campylobacter jejuni] >PVX05370.1 hypothetical protein DDV78_10140, partial [Campylobacter jejuni] LGNDIFYNQNITIKNIPSKAFEYKINGKSAIDWIIDRYQISIDKKSLIENNPNDYQGGKYIYELLLKIIDLSIKSVDLINEISKMECE >WP_114947928.1 chloride channel protein [Microvirga calopogonii] MAIRIPHRFHTWRSLPHWRSRIVFWSGGTLVGLIAALFAILADEAQSGFRQVVTASPYWPLLLTPAAFALSVTLARRFFPGSQGSGIPQTIAARQLTDDTARQRVVSVRIAVGKVVLTLLGLACGASVGREGPTVQVGASILHAAGQASGRHYQGVILAGSAAGVAAAFNTPLAGIVFAIEEMSRSFEQKTSGLVLTTVIIAGMASLALLGNYTYFGHSSATITSLKDWLAVPLCGLGGGLMGGVFSRIVVAVARGSGRLQAVAKRYPVLFAACCGLLIALLGLASANTIYGTGYREARQLLEGASDVPASFGLFKMAATILSSISGIPGGIFAPSLAIGAGIGANLSALLPGVPVSTLVLLGMVGYFAGVVQAPITSFVIVMEMTDNHAMAIPLMATALLGYGASRFIGTEAIYHALSQGFLSNHTEAAAPAGHRCINLGRIARSGSSRIRSRVSVQAPSLSC >CAE6513018.1 unnamed protein product [Rhizoctonia solani] MEGWPVDSRIRNPPQEVTKRQGPRKVLPELSWDTPIIDAGAWSSSRISLEENKGSSRLLWTNINSPKENKGSSRLLWTNINSPTLRISTGNTRCIFPPTRNISAIDDGLSFERRVLCMNTWLRNQKGVGDLEAIFLREILENNDDYVKSAMDYDPYCSDLLALDFLTKGHRKRAGVLAYPVGQNFDSLGASVLFDEKWGTVFSPAEKPGWKAPARILQIISSNAIFKPSATSYTHAGCLFAVRTLFDINFLCISPKPGATVVAKQSLVSSFGQVDIGGHRPFDLAFNPHEQTHTGLVVSDIGAIWNFGLDFKPYLLYTQTGDMTTRVGAYDQPYWGLKWGTHPETFLLGSQSALSFHDRRSSNAVSILPMASETMTSFDILRNESYSQIFISSARHVTLVDERMMSRPVVSWAHHRDRDVTLRIKALDLEQKKVGLLTSKLSSFISVYDPLLSESGAFEGCIGPCEPSVERVVWEHELKNLAEKVELEHDQYDEEDLTKFREVNLRSKYEKIFMSGSSEGGPSVIETIDSVPTVIQRANGPIDKPMILHDLVRMISQETTPTFPRSLFASPQSLPLPKARSLLKHLAQLRSQSREAVPWSYDLSRIQAHIWPALAPIPTADDLIEFSVLDNVSEDTYKKDREARQEIALDLALSTTVYSSISFQPSRPRLPPAPRIRDDDDMLSVAASAMTLEGIEPPHVQHLQPCPTQGLVDGKQGAEQRQSLVARLLASEWDPDSSPSDYEFHDPYNQDYDESMPAWKLMAQTKADKQLLEEAKSRFLSNRTTMAHTGSALLPSIQISRNRPPAIPNPVAVRGARQAESQPELVPNQTMSSQPREPSSSQMNGSSQLPSTQIAPGPFGARPSTNAPKKKKSRLPGF >WP_279059865.1 DEAD/DEAH box helicase family protein [Bilophila wadsworthia] MRFQHDQFRFSERAETVFQLCQHRYRRRRIFSIDAASCAINCRKAMELAIKWMYSVDTSLSMPYQEKLVTLLNTEGFQKIVGREILKRLNFIRALGNNAAHSTRAISTEQARYALENLFVFLDFVDYCYGKGDEEREFDSSLLEQEQAVPSSVQADAADVTIEQLKAENKALREQLTARRDHQKQTYVQKPLDLSEYETRKVYIDTLLTDAGWVQGQDWESEYPLGGMPNKAGVGYADYVLFGDDAKPLAVIEAKRVCKDVAAGRQQAKLYADLLEKKFGRRPIIFLTHGFDTHMWNDRYYPERVVSGVYSKRDLLKEFNKLDSRSSLKNILIREAITNRYYQKEAIQTVCQAFDSGNRRKALLVMATGSGKTRVVISLVDVLLRYGWIKNVLFLADRTSLVVQAKRAFSNLLPDLSITNLCEDKSNCTARGVFSTYQTMMNCIDDAKDEDGGRLFTCGHFDLIIVDEAHRSIYKKYKDIFTYFDAHIVGLTATPKDEIDKNTYEIFELESGVPTYGYELAQAVRDGFLVDFHSVETRLKFMESGITYDELSEEEKAEFEDCFTSEDGEIPERIDSAALNEWVFNIDTIRQVLNTLMTHGIRADFGKNVGKTIIFAKNHKHAEKIVEIWNKDYPHYPSGYCRVIDNQTNYAQSAIDDFSDRQKLPQIAVSVDMLDTGIDVPEVVNLVFFKRVLSKAKFWQMIGRGTRLCPGLLDGEDKKEFLIFDFCNNFSFFRVGGKSVEAPVQRSIQEQVFNLKAQMVFKLQELEFQTDELRTFRSTLVNELVAKVRELKREHFAVRLHVKYVDLYANPESYETLSYENILRIAEEVAPLIQPDSDEASAQRFDALIYGIELAYLTGKSYTKGRSDLVKKVRALSKLATIPDVLAQKEMIENILHTDILERAEINIFEHIRNTLRELMKYIPKREQVLYETHFSDKLLSVEWKESELENDDLQNYKMKVSFYIRQHQDNPAIAKLRGNIPLTVSDIAILEDILWNELGSKEEYEKEYGAKPLGELVREIVGMDIQAAKAAFSHYLDEVQLDPRQSYFVNQIIEYIVQNGIMKDLSVLQESPFTDKGSLLELFEENTIILTKIRKSIEKININALVA >WP_010299410.1 hypothetical protein [Clostridium senegalense] >MBU5227228.1 hypothetical protein [Clostridium senegalense] MKLPLQAKPVSRNSFYTTPMDNSVSPNGFLCDMTCTLLPGDAQRICKEACAAGKTLCPTICSALPMPFNMMCSQACNLI >MXS72767.1 BamA/TamA family outer membrane protein [Flavobacteriaceae bacterium W22] MSGKHYKNSPQKYYKIISFATFVGLLYACSTTKKVPDGEYLLTQNNFEFEDKKQFFDEELKDYVQQKPNKKQLLFLPLGLLFYNAANPKYDTLLSEYMTYPSEMRNQKLRDSLFIKYNMQSSVGKSLFMDRLYHNWGTPPVILDQTRTEKSAEQIQNRMTYRGFWDSEVKYSHKLDSAAKKANVNYSIKHNAPTYIKEYYYNIPDAGIKGVFRQRLHESLVRKGQILDQTVLEKEISRINELMRDNGYYRFNAANDEVGFVADSLKSTKEVPLVLEIHKDSLDRPYKRATFGNIDVAIVNRPSDFPKRTVKDSLRRIRFHKINDQYKTPSLWRAIIVDSESQYDQKKLDLTKRNLLAMNNFSILKARDSLRQGGVNAPNDSIVDVLYVLKPLDKYELKVGTDLNYSQLLNFGISPSVDLTTRNVFGGAENLTTSVAGTFGSIRNPKNLDKRILAYEYSAQASLSFPRLLLPFSYYKLIPKRYSPTTSIVLGASVQNNIGLGRTNFNTGLNYFANVNDQSSHRLTLFNTLFSLTKNKDSYYDFFVNDNIIRQTVFDDYFTYNPQAQQQFNSGALTRDQVSEQILADEGYVNTLDKKRAEDLLSFLGTLVNKDRQTQDVLISSMIYNFIYNEIGKKDYPNAFYFNGKVELAGNIPSIFNQSRNDGGGVLRSPERTIFGIPYAQFVKFDFDVRKYFKFNGNQTLALRQFIGLGIPYGNSSTMPFVRSYFNGGANDIRAWIAFGGLGPGGSQIDDKVRTYLMGNIKLTTNIEYRIPFTEMYEGAIFTDIGNVWNTENNGFDDQFKFNRFIREMGVGSGLGLRLNIAYITLRVDLAYKIYDPNKPDGERWRFNKFQPLKPTLNIAFGYPF >MCI9320818.1 imidazole glycerol phosphate synthase subunit HisH [Lachnospiraceae bacterium] >MCI9674198.1 imidazole glycerol phosphate synthase subunit HisH [Lachnospiraceae bacterium] MLAIIDYDAGNIKSVEKALRYLGQEAVITRDPETILHAEGVILPGVGAFGDAMEKLHAYGLVEVIRRCVAEGTPFMGICLGLQLLFESSEESPGVDGLHILDGKIVRIPSGSGLKIPHIGWNNLSFPNKGRLFREIPENSYVYFVHSYYLQAADSGIVTAATEYGTYIHASVEKDNVFACQFHPEKSSDVGMQILRNFIAAVQEKNG >MBK6509184.1 cation:proton antiporter [Haliea sp.] MPGFEQSMLLLLAAVILVPLAARLGLGAVLGYLVAGVIVGPWGFGVIGQVEEILHVAEFGVILLLFVIGLELRPTRLWALRKAIFGFGSAQVLGSALLLMGFSLLIGQPLTTAAVVGLVLALSSTAFALQLIAERGEMTSRWGRSAFGTLLFQDLAAVPLLALLPLLGTRTDTAGVDWPQILLSVGVLLAVLFGGRFVLRQVLRVAARSHVREILTATALLVAFGMAFLLGAAGLSMALGAFIAGVLLADSEFRHQLEADIEPFKGLLLGLFFIAVGMSLNVGLVASDTGSVLLLIAAIVVIKIAVLFLLGRWNGLAPRESLKLGIALSQGGEFAFVLFSAALAAGVMSAEQVELHSVAVSLSMVVTPLLFIAFDRFDRQSAEKPEFDQIEDDNTPVIIVGFGRFGQVVARILSAMKIPFTALDASPQQVDFVREYGNEIYYGDGSRIDLLEAAGAHRAKILVLAIDDVESSVTAATVIRSHFPALQVFARARNRKHAYRLMDLGVQVIRRETFLSAADMGRSVLEHLGIEPGQARAAVKRFTEHDERHLNLYHSMHNDEEKMRELAKEGARELEEMFARDASEMTHTNA >HAW15717.1 hypothetical protein [Clostridiales bacterium] VANKYVYEESYGTLTVTKKITGEGFSGIQAFPVIIVFDDSFDGHLNNNGAESDVSFMAGEEYTYSLCNNQSVVISNIPEGVGYTVSEPDFDIEGYAKADENIVYNDLAKKIGDDDDTVTVNNTYSEVETGSLTITKEISDTSAEIPEGTTFQIKVEFDGSIEGASTTNGGTIDFVNNTWTILNASVGTDYCIEGLPDGIGFVVSEVGLGDDYDRPVITNNGEGTIDTSDASTKDIAITVTNTRLAPELGTLTVEKEFDGDWEAAGAEDMTFTFNVVGPNGYSETVSFEGRGSATLRNLELGEYTVTEVMDGIKPDGYTVTASNNGVATVELEAGDANKTATITNTYTEILGSLTITKELAGEYEAAGADDMTFFFTVSGPNGYETEVSIDMSEDDSVVLNDLSLGTYTVTEDVGRAEVDSYELVVGNNVDVEITEADPDRSCKITNTYAPLGSLTVTKTLGGAYELAGAEDMTFEFRIVGEDFDETFTLMGGESKTFTDLPLGDYTVTEISDANIDGFDLTVDGSGEIATISSTDAEFIEITNTYTEILGSITIEKTVTGDLPESVVDDMVFNFEISGPDGYTKTVSVPAGESVTVDGLHLGLYTVSEIVDGAKVSGYKLSVDNEDTVVTLADGSEDQTVSVTNDYDRVLRDVEIDKTDMQGAELAGATLQITNAAGYNTDLSGVTVTQNGSPAKDVSITSSSIKFTTVAGFSAIIHDMPVGRYILTELAAPSGYLVAESIEFYIDEQGDLYVAGTPNELVDEVWMKDETDPTPSTTETHVTETTEATTESTTESTTESTTESTTESTTESTTESTTDTSTTTEETNPTETPTPTPTPTPKVKKVEVDGKEISDDEYEVNDDGEVVLKESFKLTLSEGRHRIVITLDDDTTREMYITISGDATVPSTGESALSTTGLLAIIILCAAGFVFAIRAKNIKNDENNEQDN >QGZ94761.1 PAS domain protein [Terricaulis silvestris] MCPCALEATSRLLSLMMGEETFHPDTRALLAYGRALAGAGAPPKKGGADQVLERLFVIERTKDGRMPIRTFGQDLVKLFGRDLREHDFARFFLAPDLAMMNALIDACATAGEPGIARITAETAGGSVLGAEILLTPLKVDHKLGNRFLGLFQSLGGEPFLDGCSIQLLRLGSLHPPAAKAPKGMRLVVVND >WP_031876812.1 glucose-6-phosphate isomerase, partial [Staphylococcus aureus] >EVY44964.1 glucose-6-phosphate isomerase, partial [Staphylococcus aureus H54403] MTHIQLDYGKTLEFFGEHELEQQKDIVKTLHKTIHGGTGAGNDFLGWVDLPVDYDKEEFSRIVEASKRIKANSDVLVVIGIGGSYLGARAAIEMLTSSFRTNNDYPEIVFVGNHLSSSYTKELVDYLADKDFSVNVISKSGTTTEPAVAFRLFKQLVESKYGKEEAKKRIFATTDKQKGALKQLATNEGYETFVVPDDVGGRYSVLTAVGLLPIAAAGINIEAMMIGAAKARKELSSDKLEENIAYQYATIRNLLYSKGYTTEMLINYEPSMQYFNEWWKQLFGESEGKDFKGIYPSSANYTTDLHSLGQYVQEGRRFLFETVVKVNHPKHDLTIEEDSDDLDGLNYLAGKTIDEVNTKAFEGTLLAHTDGGVPNIVVNIPQLDEETF >CAI2192293.1 3866_t:CDS:2 [Funneliformis geosporum] MFKGINEEYKKDLEKLNNGSDFYFYFTDLELVEKNDYRRKCRLLSEELSQKLHSIYSSSHTGNVPPLKFIDFELDIYNSINDRFFFPNENYHYGQLALDLPNCRWLLGLKKTSIQNSEVLSEGTLRINFKVEITCTVVKFSYKTYSRYEEDKFAENKGDEVYSTYKSALQDIENTIQNGNLDFTTLAESMLFLGESYIYSRPTDCFCNSPEEMAPDRIAKYYETHLKKFALIKRIIDKFNDYKNQVIREIIQKAQKQGNRKEITNYQTDQLEKDIETLVEAKKKSTQERQQAEKKAKENARKEEERLKKEREEREKKEAEEKKQKEKKETEEKDKAAKEQAKRQDELSPEYQNWESQINQITDIQQITHLQDRILADIKARRKDKKIAQKVKENLNKARTGTKEEKEQA >QQR61334.1 sigma-70 family RNA polymerase sigma factor [Candidatus Uhrbacteria bacterium] MSDSASHNESVQSEEALLMRAKSDPQAVAIIYDRYADRVYGFLLKRCGHKETAEDLVSKVFMKFIENLPGIEWQGVSLSAYLFRAATNALTDHWRSAKVRLDVEVEEDWDPPSPIDQPAWHAELSLERDKIVEIIKSMSPRDQEILDLKFFAGMEPEEIAKTMDITPNHASVLVYRALGRLRTKYLATYVRTP >CAH3164498.1 unnamed protein product [Pocillopora meandrina] MKQSLSKLQCRSATVKKITTTRREPRRNRSKGDNMLQQPTLIRDHLAFILLLLCTSTTLISATDSTTKKVVDYDVQFKESGTQYTEKIKVDTDKQTELFKVPAHNDVDGSNILHDFKANMSMLMLPDKKICYLLPLSRELPSPKRLENDLDHAEKNSSDETTTIDSKWAVDSEITNRSSLSEELKNFCPDYPIYRVYTMENASASEKTETDGAKPRSRRWVYSPIYDSRVCPGGKGYLSFSDRSCCRRVGGYWQLHHRVYSLTCYSVRYCYRWWWFGYTCRTRHYVNYVYCYEYKCMIY >WP_131506707.1 T9SS type A sorting domain-containing protein [Meridianimaribacter sp. CL38] >TBV26657.1 hypothetical protein DMZ43_06220 [Meridianimaribacter sp. CL38] MKNITLLLLVFVLSFSTTRAQESVAREWNETLLSAIRLDFARPTVHARNLFHTSIAMYDSWAIFDTTAETVFLGKVFGGYNCGFNGITTPTDVAAARHEMMSYAMYRLLTHRFANSPNPGTTQQLFDDHFSSLGYDSSFTSTDYSTGSYAALGNYLAQELIAFGLQDGANEQGGYANVYYTPSNTPLIMQSGYYDDMNDMQDPNRWQPLSFDTFIDQSGNVYPVDTPSFLSPEWGAVTPFCLKPTDLDILNDGFDCYVYNDPGPPAYIQNSNEDGFDDPYKWNFSLVASWSSHLDPDDPTLIDISPASIGNIDFASLPTTFEEYKVFYDFMEGGDPSPGYTVNPSTGLPYTPQMVKRGDYGRILAEFWADGPDSETPPGHWFTILNYVSDHPELEKRIGGVGPIVDDLEWDVKSYLALGGSVHDCAVNIWGIKGYYDYVRPVSAIRYMAWKGQSSDMSLPSYDPHGLPLIPGRIELIEAGDPLAGSGDENVGKIKIYAWKGPDYISDPETDIAHVDWILGTRWWPYQRPSFVSPPFAGYLSGHSTFSRAAAETLTLFTGDAYFPGGMGVFDADQNQFLVFEEGPSQNIELQWATYKDASDQCSLSRIWGGIHPPIDDIRGRIIGNKIGVEAYNLATQYFNGTLNTQEQEFETSSIKLYPVPFKEELHVSHNFGSTLQLSLYSLDGKQILDTTVTNNGPTSLSLNNLSTGVYVAKFIDTNNHIVDVKKIVKN >WP_229055514.1 thioredoxin-like domain-containing protein [Parabacteroides merdae] MEKNRAFNHTRIPEDLHFPDVSQAKTFQDIIAPYKGKVIFMDIWATWCGPCRDSFAFVKPLQEYAQEKDIVLLYLSIDNPEAEEKWKKMAAHYDLKGEHIRIQEAFKQEIYDTFGSNGALYIPHCVIIGKDGKIRQKVAASSEKMEELKKQLEEAIK >NLB38271.1 rRNA pseudouridine synthase [Clostridiales bacterium] MMRLDRLLGLLGIASRTGAKEMIRLGRIQVDGQTMLDNTVKVHAGCALVVDGVPVDARTARHLMMNKPAGTLPAAQDRNAATVMDLLPRVYHTLSCMPVGRLDKDTEGLLLFTTDGKLTHRLLAPASGVEKEYDALVAGELTQQDVQAFADRLRLSDFEALPAQLTILRVHNGQSSARVVVTEGKFHQVKRMFAARGHEVISLKRVRFGPLTLDPALGPGEFRELREEEWQTLSACVLNK >WP_070443635.1 MULTISPECIES: 4-hydroxy-tetrahydrodipicolinate reductase [Staphylococcus] >OFU75955.1 4-hydroxy-tetrahydrodipicolinate reductase [Staphylococcus sp. HMSC10B09] MKILLIGYGTMNQRVARLAEEKGHEIIGTIEPEEHQHSPYKTYHHIADAQNEADVAIDFSNPNLLLPLLDEGFELPLVIATTGEKEKLIQKLEELSERMPVFFSANMSYGVHALTKILEAAVPLLHDYDIELTEAHHNKKVDAPSGTLVKLYDVIKELRENVTPVYDRHERTEKREKDEVGIHSVRGGTIVGEHDVLFAGTDETITISHKAQSKDIFANGAITAAEKLNTKSNGFYTFDNL >WP_015957503.1 glutamine synthetase [Clostridium botulinum] >ACA43834.1 putative glutamine synthetase [Clostridium botulinum B1 str. Okra] >MBD5563218.1 glutamine synthetase [Clostridium botulinum] >MBD5568189.1 glutamine synthetase [Clostridium botulinum] >MBD5571919.1 glutamine synthetase [Clostridium botulinum] >MBD5575679.1 glutamine synthetase [Clostridium botulinum] MLDDLVYVIPKEMHSEEQLKEFLVSHPEIKFVSLVCIDLAGNDTDEKIPIKLFLEDMSKFIKGCVQTDGSSVVLPGIATLNNAKVDMIADMDVNWFIDYNYELIDCKTEKPTGTLRIPCFLYHENKPVDSRYILKKSIEYFKTTLLNLIKTNPESISSFNIKYEDIEKVDVTCATELEFWVKTPNDDAEVDELSTSQVLHEQYWNRTKGSVRTALEESLLLMEYHGLEPEMGHKEVGGVKAKLTSSGGFTHIMEQLEVDWKYSTALQAGDNELLVKSIIKETFRNNKLDVTFFAKPIDEVAGSGKHVHLGVALKLKNGKRINLFSTDKNHYLSSFGYASIMGILKNYEVINPFVSSTNDSLRRLKPGFEAPVCIVTSLGHTVQLPSRNRTILVGVIRDLDNSLATRFELRSPNPRSNTYLTVASLCMSMIDGIKYAIENNKYEDDLLRELSKAAEEDTSYLEKGRQYRSEEDVFEYYSEEERSKIFGTAPSNVYENICSLDKYMDKIEVLKAGEVFTSKIVNSYKLAVIERWLVEITNRIIPNYVEEIRSFSQLHEVNKASDLDIHNWSKINELRQCLMKDTYSDKSLFGQIREAKENNDYEAISNLQLEIDKKMKLLRKLYSDYKKNLLDI >WP_117183207.1 aldose 1-epimerase family protein [Pseudomonas cichorii] >MBX8612176.1 aldose 1-epimerase family protein [Pseudomonas cichorii] >GFM49025.1 DUF4432 domain-containing protein [Pseudomonas cichorii] >GFM73804.1 DUF4432 domain-containing protein [Pseudomonas cichorii] MKSLAWLLGATAIVSATNAFAWDYVLLDTDKAAQNQQITSAQLGIKTDKPFSVTMRTLHGGRQEGVSIIEIDNGTMKLSVVPTRGMNVLQASVGDVRMGWDSPVKEVVNPAFIELNGRGGLGWLEGFNELVTRCGYEWVGHPGIDNGELLTLHGRAANIPANKVTLHIDEKPPYAIRLKGELKEQAFKKVDFSVQTELVTDPGSTRFTLNDTLTNNGDYPKEYQALYHSNFSTPFLEEGARFEAPVQQVSPFNEKAKGDLPDWQTYRGPTPGYDETVYNVVPYGDAKGDTLTVLHNKAGSLGVAVGFNTRQLPVFSLWKNTDTRGQGYVTGLEPGTSFSYNRRYQRPLKLVPTIAPKEQRQFQISYSLLADKGAVDTALGQIKTIQNGRATEVRKEPLVDLSKE >WP_199911565.1 alkaline phosphatase family protein [Dongshaea marina] MTSEIPLLIAGPIIRRTSPSQLCLWLVTAKPCTPRLEIFLANRDAPTMTLDHQQLPVGEHAYIQLLNYQFDEATPLPEDERIEYDLKLSHDSGSSLISELLKASLYPGELRPNFVIKRHIDSLLHGSCRKPHYPSPDGLLRVDDRIAQSLEQPKQRPALLMMSGDQIYADDVAGPMLVAIHQVIARLKLFAETWQGALLNDSESLYASPLCYYQREELLPHNKANEALRERFFGGVSKPIFTTDSAHNHLISLAEVLAMYFLVWSPSLWDGIDLSAPDSLSTEQLKLYREELTAIEAFIPSLNRIQRCLSHLPVYMIFDDHDITDDWNLTRSWEESAYSHPFSRRIIGNTLIGYYLCQGWGNDPAPFSNTLAPEVARFLQDPDSQRQDKLIDQLLEWSHWHYQLETTPKLLVLDTRTQRWRSESNAAKPSGLMDWESLCALQQQLMNEPSVILVSPAPIFGAKLIEAVQRTLTYCGHALAVDAENWMAHPGAANVLLNIFQHPKTPQRFTILSGDVHYSFAYDVSIRHRKHSPTCGRSPPAVLKMNSRESC >SON95852.1 conserved hypothetical protein [Xanthomonas citri pv. fuscans] >SOO23258.1 conserved hypothetical protein [Xanthomonas phaseoli pv. phaseoli] >SOO26340.1 conserved hypothetical protein [Xanthomonas phaseoli pv. phaseoli] MHMVVHQYVSMQLAACRVQGLMYQVQIAQSIAIIQKAGQAVVPALHDVLRDTGNVNTRKSGHLARLAERHWC >AAV77137.1 conserved hypothetical protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. ATCC 9150] >AJD95334.1 hypothetical protein IT63_08765 [Salmonella enterica subsp. enterica serovar Paratyphi A] >APV97771.1 cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. ATCC 11511] >AXR37744.1 CMD domain-containing protein [Salmonella enterica subsp. enterica] >EAB2639071.1 CMD domain-containing protein [Salmonella enterica] >EBA0149410.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Enteritidis] >EBH8140482.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. AKU_12601] >EBX8729714.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Sendai] >ECD7317730.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Typhi] >EDT3616659.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Java] >EGI6564221.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Typhimurium] >EHB5590343.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar 2,12:-:1,5] >EHX6073314.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Telelkebir] >EPE47115.1 putative cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. JX05-19] >EPE48115.1 putative cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. GXS2268] >KSB45996.1 cytoplasmic protein [Salmonella enterica subsp. enterica serovar Paratyphi A str. SA19950809] >MBO2209509.1 CMD domain-containing protein [Salmonella sp. 32100201201700044SM] >MBO2225224.1 CMD domain-containing protein [Salmonella sp. 32100201201700099SM] >HAB6957142.1 CMD domain-containing protein [Salmonella enterica subsp. enterica serovar Typhi str. 404ty] MEQCRKAGKSHWYHETQSTISSQTPLSLMPEAAYVNDRFLLDLAVAETALSPFESWLKPARQLADVLFPRTVLNDRLHTFSAYERMSTALTAAQVFGVQRLCRHYAARLAPLPGPDASRESNQRLAQITQYARQLAGSPSVINTRAREQLAEVGLTARDTVLINQIIGFIGFQARVAAIFQAFCRLPVRELPGQEMQRFARAARFQNPQTTWRPAASLVEYPLAHTKVRRQYSSSQCQIMAPVLMRDPSSFALLERILTSTLHTASPPSLLPLITLLTSRINGSAACFNEQATQPGAWRRAVITLRQEDDDIARWELEPALTQAIQWLTRAPDHFSAAHFFPLLTRGVSSEQAINMLGWCGVCGWLNRLKIALGETY >MBU7572244.1 response regulator [Hydrogenophaga sp.] MSKNADAILLVEDNPDDAELTKLALARHGLDGRVTHVSDGMQALDYLHRRNGFTNRSGSNPMLVLLDLKMPLLDGIGVLREIKGSDNLHHIPVVVLTSSTEPSDLLRAYDAGTNAYIAKPTEFSQFLSAMKHVCEFWININQTAPQLPSAGVRTTGFGDLI >WP_110005820.1 hypothetical protein [Geodermatophilus normandii] >PWW23411.1 hypothetical protein JD79_02585 [Geodermatophilus normandii] MALPITLSEIGPRISAGAFILNSGLGKRAADDQTAAGLHGFASGTYPFLKDVEPKQFVQALSTAEIAVGAALLTPFVPTALAGAVLTGFAGGLLGLYLRTPGMRKEGSLAPTEQGLSVAKDVWLLGIGVGLLTRGTVDRGSKRVQKAAKTLAKANKRVSRAELKAERRAARAAA >XP_021713690.1 uncharacterized protein LOC110681853 isoform X3 [Chenopodium quinoa] MKSRYIMLSLLISGPKQPGNDIDVYLAPLIEDLKLLWNEGVQMFDAYSKTNFTLRAMIFCTINDFPAYGNLSGYTVKGRTPCPICEDDPFANIQEPVPCRLSLLKNDSEKVIVAEGTYHPELILDHHSNLIPDHVRVSVDDFFDEFKEFSVPVPSSVIKKLKHAHSTFTQWPKDLVSLMHDKEFISNKNNGNNKAAKENMQDKLKVVESGRETKESNTNPKKVFLMDYALENLSQKCGSLNSLLSSLPEGETIKVKADAWTFSYEDNKDIIIKREDVNQLLIGAWLNISVLQVFMMALSDLLDTEEVASIGFMCPEMISETYLHSDADRILLYMTHVMEKQKSKQFILCPYHEKNHWVLLVLCMAKREVIIFDSLRQKRNLAIKFAMTNVLNNWVDVSVATTSCVICTKYLTSP >OGH56711.1 hypothetical protein A3I06_04470 [Candidatus Lindowbacteria bacterium RIFCSPLOWO2_02_FULL_62_12] >OGH59621.1 hypothetical protein A3G34_07315 [Candidatus Lindowbacteria bacterium RIFCSPLOWO2_12_FULL_62_27] MEDETEKLRGFLSKRKGIGRLTVQIALSVAAFILMVEVALIYVLMDSRKQDLNRMREKMYGQAISGPVLKPTDLLTDAELEGEIVRYRRRLYLSTFILLAVVVTGTALIVHKRAVRPIHKILSYDDDSLHAKISFIPKEEYPMNELGALMNSRNLMLYSLLQAYKKEAIESLVAAVDAKDRYTYGHSRRVGYYAAAIARMMGLSKEEQDNMRQAGDLHDIGKIAIPEEILNAPRVLTDAEWEVMKKHPRRGEAMLRFSQFPDDVRLGALTHHENFDGTGYPEGLKGDQIPQVGRILHVADALDAMTSTRPYRKPLTMDMVVDELMKNRNKMFDAKAVDALLTLIERGKIKIPHSISLDSSAESA >MBX7055839.1 ABC transporter permease [Pyrinomonadaceae bacterium] MKYRILNILRQLAMMLLVIWTVVSLVTLLIELVPGTPAAVILGETATPEQIENFNKKHGLDRPAFFFSYSTESGFAWNGIDNRYADYWSGLLRGDLGMSFRTDRPVRDMIFERYPATIKLAIAAMLVAIGIAIPLGVLAGSNKNKFIDNAASFVALLGISLPTFVVGPFLVYLFAVNLRIFAPTGSANPEDIVLPAVTLGAALSAILTRMVRSSVIEELGEDYVRTARAKGLSERMVVYKHVLKNGLIPVVTILGLQLGVLLAGSIITEKIFNWQGLGLLLLEDGIGKRDYRLVQGCVLVISVTFIVANSLTDFVYRRLDPRIRLS >WP_011965948.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >ABR42075.1 putative N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis ATCC 8503] >PNL08995.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >QRO17714.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >UEB11564.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] >SUV24255.1 N-acetylmuramoyl-L-alanine amidase [Parabacteroides distasonis] MKQYCFYQNYREIKLLVIHCSATRYDRDFPVEALRNAHKDRGFADIGYHYYITRDGELHRCRPENQIGAHASGWNDHSLGICYEGGLDERGLPADTRTYAQRCTLMDLLRQLRRDYPSARILGHYQLSTNIRKACPCFDAEKEYAELY >WP_240469694.1 MFS transporter [Cyclobacterium sp. SYSU L10401] MPNLNKKPIFPSRYFMVAGTFLLSMLVYVDRIGISVAKEPMTEALQLSDKQFGWVLSMFALGYALFQTPLGILSDRFGPRKALATVVSLWSLFTALTGAVTNFITLFFIRFLFGVGEAGAYPGISKAVYHWIPIRERGIVNGINFSGGRFGAAFALPLIAIVIDSLGWRNTFLTLGLLGIVWALAWYFLFRDNPEDHPMVSEFEKEEIVLQRSRQEKEVNTAFSVKPLVKSRNLWLAMGQYFASNFTFFFCLTWLFPHVKEQFMLDNIEAGLYSSLPLVAGAFGNMFSGWLVDTIYKSGRFKWSRVIPASIGFSLAALGLLASLYSGNIMSSIFFLSIAIFGADMTISPSWTLCNDIGKLHSGAVSGTMNMAGNIGSFITALAFPYLRDWTGSVTPFFIIGAVLNLMAIFMWLKINPDKTIVFKPSKSN >MBQ4570877.1 hypothetical protein [Bacilli bacterium] MKKNFKSLVFLMMIAFSFVLTACNDQPVILDSLQNEYGVVIEGGKFEEGSTLVTNSVTTTSDEGKEVLEILSAQDYNKEGNIYIFDIYVSKDDKKIQPDGKVKVTIPITEIDSDNYFVFHIKENNSVEKLIPTLLEGQISFETSSFSYFAIVEEAIKEHVHNYELVEGVDPSCIKEGTVEHYHCDECGKNFDMNYGEIEDLTIEKSDHEYIFVEEIPATCKKEGTIKHYHCDVCGKNFDMNYGEIEDLTIEKSDHEYGSMYWGKSPSFWEDGNIEYYFCEECEKYFDVDYTEVESVVLPKLSRNISFCVNGVATPLEIVEENESQIIWTLDNLDVTKGDVITICVSDNPSVTYNYFAEGNVNTDGVIITTAQNVSVQAIATPNGIMLFIDGYKYEGIVIEINGEQYPMGNVTYPDEINSYIYGYVYLEQGDEFVIIDNLNNIVYDYDDLDESYLWDTWDFHRGDDGEFVIDYATRYGIEFDYDGNKKIFINKAFEPVDGNNYEIVFEDETIESVPLTEINIPSNDETYVELLWYVIHEEVMNNEDIVSYINEHGLYVYTDTIYLEAGVKFNLRNVTKDYVISSDKLTEVYTLNDNLTKEGDYVKILTSGYYEITYMPCVDGFMLMDSYVEETADLFMYLDGEYVPLTINEDNTVTYEGLVADTSTNISFISNNYMNYYPITIDSNIDSSIAYVYESSGISLVFFNKAGTYDLTYNVETGVLTIIDQNPEDPGDSSVEYMYFLSVVNSSSDNQTLYFTRTPDENKEVVIKDATLDANCYIAFGGVAVDGSGSTENYGALSDTDSSIAVSYGTFILVKQSGKYDVYFNTETKTARLVLVGEIEVAPSVPKDIYIRYDNILTLEENPDNENELCYLGITVEAWDEFKVRDEDRTYLSDITIVESPEGVVTNGTTITFQVGMTFNFYINKTTHEVRIVIVE >XP_007323069.1 hypothetical protein SERLADRAFT_442457 [Serpula lacrymans var. lacrymans S7.9] >EGN94825.1 hypothetical protein SERLA73DRAFT_77557 [Serpula lacrymans var. lacrymans S7.3] >EGO20324.1 hypothetical protein SERLADRAFT_442457 [Serpula lacrymans var. lacrymans S7.9] MYQKQEKNQTAQEFFMKFEELRRRAGYDIRRNELFIITLIRNNINGPLIKQIIYSGNIPRTYVEWKTRIITNDQLWRDQMENEQMLKGMIGGSSGSGNRGPNGCYQGGGASEKKAETVEVKKDGTGTVYGQAGMPMEVDKAKYRAEGRCFKCGEKGHRAQDHKEEGSAAAKPKFNLRAMLEGMNKEEQDELLKGF >WP_126255586.1 hypothetical protein [Bradyrhizobium sp. LVM 105] >RTE94916.1 hypothetical protein D6B98_03875 [Bradyrhizobium sp. LVM 105] MKVLAIAALALALSGTAARAADPRYPNWPCTQAKVPEISLAAVWAGPALDDAETRWKNDTKITALVARLSARKTPIDEAEKLVKDFLAASSADKTTNAKLLFAGLFETLNAQRSQVMNGLERVSRKQREAADKIREEAIQLQALQSATPRDEAKVEALSNELIWKTRIFEDRNKVVRFVCEVPTAIDQRLFALGRVIQQEME >MBF6603381.1 acyl-CoA thioesterase II [Sphingorhabdus sp.] MKQLTDEQIERRLSEALTHFSSVSPQKLVDGLLRTLDLTADVDDEFVFPALNSTSRERIFGGQVIAQAIVAADRTVDEGKNIHSLHAYFLRAGDETKPLHFRVHRDFDGRSISNRRVVVRQNEKVIFNLTASFQTPAEGLHHQIPMSPDILPPDQCLSALELTARNPDILDEHIEQMSRPRPFDIRSIRTEDKDRTAHQYQWFKTAAPLPDDPLTHRAALAFASDMGLLSTAMIPHGLNWTSPGLFSTSLDHAMWFHDDFRIDQWICYVMDSDWSGSARGLNRGSLYTEDGKLIASAAQEGLMRVVSSNGDP >MBA3289554.1 type II toxin-antitoxin system VapB family antitoxin [Acidimicrobiia bacterium] MALNIKDPETDRLVRALAAETGESITDAVANSVRERLDRVHGSRRAPDLVNEIRRIAERCADLPLLDPRPDDEILGYDEHGLPT >WP_212377792.1 DUF2383 domain-containing protein [Alkaliphilus sp. B6464] >QUH20645.1 DUF2383 domain-containing protein [Alkaliphilus sp. B6464] MNNNSETIDSLNRLLQGEYMAVESFNNFISKVEDENAKNSLKEVQKQHRENINTLASYIQDIGGQPHENLGMKGKVAEIKVNMDLGLKYDTNDVIEKAIEGETQGVNMAEKVLRGNLDDKSRNIAGKILQNDRRSIETLKGLIK >KAJ0239815.1 Stearoyl-[acyl-carrier-protein] 9-desaturase 7 [Hirschfeldia incana] MALKLNPLASQPYNFSSSARPPISNFRSPKFLCLASSSPALTSKEVESLKKPFTPPKEVHVQVLHSMPPQKIEIFKSMEDWAEQNLLTHLKDVEKSWQPQDFLPDPASDGFEDQVRELRERARELPDDYFVVLVGDMITEEALPTYQTMLNTLDGVRDETGASPTSWAIWTRAWTAEENRHGDLLNKYLYLSGRVDMRQIEKTIQYLIGSGMDPRTENNPYLGFIYTSFQERATFVSHGNTARQAKEHGDLKLAQICGTIAADEKRHETAYTKIVEKLFEIDPDGTVVAFADMMRKKISMPAHLMYDGRDDNLFDNFSSVAQRLGVYTAKDYADILEFLVGRWKIENLTGLSGEGNKAQEYLCGLTPRIRRLDERAQARAKKGPKIPFSWIHDREVQL >KFP59321.1 Otopetrin-3, partial [Cariama cristata] QKAGQLFSGLLAMNVVFLGSAFISSMIFNNVAITLADVWILLSILKVLCLCWIIYYLLGTSRQPHAVLYRDSHAGPIWIRGSVLLFGSFSVLLNVFQIGYSAVLSHCKSRVEIVFPSIEILFICTQAFFLWRHSKDCIQVQHNLTRCGLMLTIATNLLLWLLAVTNDTIHVEIDSQLRAVEQRFAGKAPFSHPCNETTLCTCPNTTICKVFQKGYILLYPFNTEYCLVCCSVLYVIWKNVGRRISDHLVPHTKPKFKLQGVVLGPLLGASAVIIGICIFMMYQIQATASAPSRQVFVMYYSYYIVLLPLMSVGAVIGTIIHALEKRELDTLKNPTRSLDVILLMGTALGQIGMSYFSIVALVATDPRDLLNSLILSYSVLLIFQNITQNVFIIDGLHRQPFVAAIEAKHTRHAGQDTVASEPPGEEGTVTSSKQEHTQMSAGKEEEMKEEENHEAYNQRRMSMLELGQEIRKVSLTYIHNYSHLNWKRKALREISFFLVLCNIILWVMPTFGAHPAFENGLEKSFYGYSTWFVIVNFGLPLSVFYRMHSVGGLLEVYVTA >MCA9949067.1 type II toxin-antitoxin system VapC family toxin [Anaerolineales bacterium] MNRERLMDDAPFFLDVNVPMYAAGKAHPYKESCAWVLTEIVNGRLEAVIDTEIIQEVLYRYGAIRHWQVGVQMAESLLELITVVLPVTSEDMKTAVSLFAQYAPQGVKARDVVHMAVMHTHQLTQIISTDKHFDQINGITRLDPQIIFAGS >WP_229048323.1 hypothetical protein [Chryseobacterium arthrosphaerae] >UEQ77637.1 hypothetical protein J8N07_04845 [Chryseobacterium arthrosphaerae] MSNLLIKETVSQLYLLTPAEISDLKSGVYSGVLLLGYDMKGDTPAPIEYYLTNTAADPDDGSIFTIDYTDSMGNTQSIKLEHDFKEGVHPMYYGINGTHDDTDKINKIFKKFSKISGQGSGTMKIGRAINIPDNGILEGCTVYITNYQNCYIASGNNTIVRDNTFYGTGAKLASNTNSSCCLYFWRVQDIFVSGNSFYNFKALDHNAACGIITIQETQGARVENNYFDDSNFGFIDIGAGTISGNCIFTNNTSYSNSDIFISLASGGKDVFFSNTNINKMSDHIVSGNIHIKNRWATNSDPLGRHGVLVHYAGGISRMIATGNIIGNTARHGFYLRGTDNKETVPGTGDDIISGNTILYCGRGDISNYCSGIKLENTFGGVVADNIISYSGYDLNGTKTATYEAFAIECVRGMNNIVIEGNKIDHYRDGAIRLSVQNSERGISNVNVCNNIINGNVSAISLHASAPNNYIEKINISGNIVTVDTGSCFYTETQSDTQCTGGISVIDNTFSSTDKVKNNRGISLDMYGLLLLKPSIMHNKFINLNKGIASFREAGNNVENFPHRTFGIINTVDHNEFRNCKLALDISRWEAQRLAIVGINNRFSDNEATGITHSLDVNILNRVNLGYVYAYDSDQNPMVRVIALCPLPGKNVNVKGDIVDIFQPIEHMGWICVDPIANTWKKFGTIEP >VAX76432.1 Peptidoglycan D,D-transpeptidase FtsI [Serratia symbiotica] MKAARAGKLKRQEDQTNYVSWRFAFLCSCIMLAVVGLMVRIAYLQVINPDRLVKEGDLRSLRVQEVPTTRGMISDRSGRLLAVSVPVNAIWADPQEVKAQGGITLDSRWKALSEILSIPLDQLSNRINANSKGRFIYLARQINPEIGNYIHQLKLPGIFLRQESRRYYPTGQVTSHIIGVTNIDGQGIEGVEKSFDRWLTGQPGERTVRKDRYGRVIEDICSVESREAHNLVLSIDERLQALVYRELNNAVAFNKAQSGTALLIDVNTGEVLAMANSPSYNPNKKADTLQDSMRNRAITDVFEPGSTVKPMVVMTALQQGVVKENTLLNTLPYRIHGHDIKDVSHHAELSITGILQKSSNIGVSKLALAMPSSALVSTYSLFGLGKSTNLGLVGESRGIYPKKQRWSDIERATFSFGYGLMVTPLQLARVYATIGSLGVYRPLSITKVDPPVAGERVFPESVVRTVVHMMESVALPGGGGLKAAIKGYRIAIKTGTAKKVGHGGKYVSRYIAYTAGIAPASQPRFSLVVVINDPQGGKYYGGTISAPVFGAIMSGVLRTMNIKPDAVPMGDQSELVINKKEGADGRS >WP_138447205.1 DUF1990 domain-containing protein [Nocardia cyriacigeorgica] >TLF79313.1 DUF1990 domain-containing protein [Nocardia cyriacigeorgica] MQNPEDAPFTYAEVGATKGPLPAGYHQFSLRRRIGHGRELFDLAGDAVIAYRMQRGTGIFRTASTLTAEPGTLLTVRLGVGPLAITAPCRVVYVLDEPNRRGFAYGTLPGHPESGEELFAVEYDPADDSVYGLVTAFSRAAAWYTRLGGPVARLVQRVIAGKYIDALPSSA >PJC69268.1 hypothetical protein CO015_00900, partial [candidate division WWE3 bacterium CG_4_8_14_3_um_filter_42_11] MAFGLPRRFDQYRPETRPVRLEEDLSEWERRTAANYLGGQRVFLTKHLLCEDGSAMLTRLREEIAARRQIPEHFESPEGFAMQVYGIANELVVSDPANELEYDPDRVFEEGGVCGQSVAAAEAAAHVLYGEVKPEFEGSTRVLVCRIRKTGLQLRRGWHAVLVVKGQREGQEEPDEYVLDAINHVRGPLRAWMQGEGYQDHDFMIDSIVAESEEALMID >WP_094207656.1 Type 1 glutamine amidotransferase-like domain-containing protein [Finegoldia magna] >OXZ27376.1 peptidase S51 [Finegoldia magna] MNVILTSYIMSPDKRQLNSQNGFVDKIHEYVDDINCLYIPSNPYRQFLTNTISSHHKRAFEKSGFTVKSWDVFSLFQKNKLKKLISNANLIILAGGHVPTQNKFFHDINLKQCIKDYKGLVIGISAGSMNSATEVYAQPEKLGEVKSPNYERFLEGLAITDITVLPHYKDVKDQRLDNQRIMEDVTLPDSYGKVFYAIEDGAFIVSTENKIYGNCYVIKDGNIKKVCNTGQSVNLRGVN >XP_032812066.1 glutathione-specific gamma-glutamylcyclotransferase 1-like [Petromyzon marinus] MLGEVASSLWLFGYGSLVWRPGFAYSAVRVGFVRGYSRRFWQGDCEHRGTPQQPGRVVTLIEDKDACTWGVAFEVRSHEIAPALAHLAVREQELGGYDTRFVDFVTEEGDAVTALVYIATPHNHQFVGPASPQAIGAVVAGCSGHAGHNVEYVLRLAQAMRQLCPRVRDHHLEEVEVATLQALFTRHVLLSVPASVSYPTDLFAALRDFLNANKGLDCIKASLESFRTFLQSMHFTQTTDSKA >MBP3509218.1 FAD-dependent oxidoreductase [Oscillibacter sp.] MSRLEVKMPGAAQAVVEQLYRNMERRIAASPPGLCPVDMALNFLNLCQAQTCGKCVPCRIGLAQLSNMIREVLDGEPEISILRRIENTAQVIVDTADCAIGIDAAQLVLMGLKGFRDDYEEHILHHRCLGTLKNPVPCVALCPAGVDIPGYISLVNEGRCADAVRLIRKDNPFPTACAYICEHPCEARCRRNMVDDALNIRGLKRYAVDHAGDVPQPKKAPATGKSVAIVGGGPGGLSAAYYLALMGHKVTVYEQQSKLGGMMRYGIPSYRFPREKLDAEIDSILSLGIEVHTGVKVGQDITFDQLKKEHDCVYISIGAHTDKKTGIEGEDSQGVMSAVELLRRIGDDEMPDFTGQNVVVIGGGNVAMDVTRSAIRLGAEKVTCVYRRRQEDMTAQQEEVEGAIAEGAEVLTLQAPLKIEADENGNVAALWTQPQIIGEIDKAGRPRPNTAAVEPLRIPADTIIVAIGQGIESRGLEESGIKIQRGGNVAANTSTQIPDMEGVFAGGDCVTGPATVIRAIAAGKAAAANIDDYMGFNHEIKVDVTVPTPRCTDLRPRGRVDATERDASERKCDFQCIECGMTDEEAAQESSRCLRCDHFGYGIFKGGRVEKW >XP_005720745.1 PREDICTED: uncharacterized protein LOC102212273 [Pundamilia nyererei] MHAARWPLLFTLCLTCVSSNDEKSCEDSVYFCEKISKTVSLGSSVLLPCNLRPNSSNWVTWSHATTGQAQMVQFSSEGHVKFLDPRNGRVKVFPNQQTNGNYSIRIDELEKSDLGCYRCQRQCVQVMESRASTADMWPVIYICIGVAALLLMVVVSFYIYWKCIVCSKNKTQDSAEIPTIADPSAPPMPTINVPVGVHVRVQQAAGAYGNNLVYENDNLRPASAEPPRNHYDSRGAVQYLDSIQPQQPGHSSGGIYPNVDQFHFERVESQRTRQRFHLELFSRLRQASLSRHYYVNQRDLRKQHATSKQAVNQKRVGRERKKNKDNCEYNNPIYNTSSDQLNRL >WP_138289979.1 diol dehydratase reactivase subunit alpha [Clostridium perfringens] MKIIAGIDIGNSSTETALGKVYENNVEFLSSGIIPTTGIKGTEENISGVIASLNQALKKANLTLEDLDLVRINEAAPVIGDVAMETITETIITESTMIGHNPSTPGGLGIGIGKTIRLETLETLNIDEIKEEDNAFIPLVLGNISFLEAVFRINQATRRCINITAAIVQKDDGVLINNRLDKKIPIVDEVSLLEKVPVDMKAAVEVAPQGSVIRQLSNPYGIATVFDLSPEETKMIVPVSRALIGNRSAVVIKTPQGDVKEKKIPAGKINITGMRRKESVDVEEGADKIMEAVSLCSPIEDLRGDAGSNVGGMLEKVRQVMADLTNQSISDIKIQDLLAVDTFIPQKVKGGLAKEFSMENAVGIAAMVKAHKLQMQIIANKLEEKLGVPVEVGGVEADMAIRGALTTPGTNTPLAILDMGAGSTDASIINKEGKITSIHLAGAGNMVTMLIKSELGIEDFGLAEDIKKYPLAKVESLFHIRHEDGTVEFFEKPLDSSVFAKIVIIKDGMLIPVDGQNSLEKIKNVRKTAKERVFVINCLRALKSVSPTGNIRDIEFVVLVGGSSLDFEVPELVTDALSHYGVVAGRGNIRGCEGPRNAVATGLVLAFDRKGVKEND >KAJ6676972.1 hypothetical protein OIU85_010181 [Salix viminalis] MGLSIYVVHLISIFVSYLFLNLRFDLFFKCINFCFLRLLFNLSSIFLQLLLMPVFDGRAVLYSFVSTPDVRIGVAFGSGGSQSLPATELPGVSSWLVKVFTDTLIKTMVEPHRRCYSLPAVDLRKKAVGGIVYVSVISASNLSRSKLRGSPPRREQSSSLNGSLVENFDDNNLRTFVEVELGQLTRRTAVSPGSSPRWDSTFNMVLHEETGTLRLHLYNCPPNSVKFDFLAKCEIKMKYAADDSTAFWAIGHDSGVIAKHAEFCGKEVEMVVPFEGVTSGELTVKLVVKEWQFSDGSLSLNKFNGSSRKSTYSSSSPLSRTGRKINVAIMEGKDLISSGKCDPYVKLQYGKVLQKTRTAHTSNPFWNQKFEFDEIVDDGCLKIKCYSEEMFGDENIGSARVNLEGLLEGSIRDIWVPLEKVNSGELRLQIDAVRVNDAEGSRGSVSGSFNGWIELILVEAKDLIAADIIGTSDPYVRVQYGGLKKRTKVMYRTLNPQWNQTLEFPDDGSPLELHVKDHNALLPTSNIGDCVVEYQGLPPNQMYEKWIPLQGVKRGEIHVRITRKVPELQTRSSLEADASLTKSHQISNQMKQFLIKFQSLIEDGSLEGLSTALSEMQSLEDIQEEYMVQLETEQMLLLNKIKELGQEVMSSSSSLSRRSSRF >WP_175692337.1 homocysteine S-methyltransferase family protein [Burkholderia ambifaria] MSATPLAASVPLDAPYTRGAELPALLKSRILILDGAMGTMIQRYKLDEAAYRGERFKDFPRDIKGNNELLSLTQPQIIREIHDQYFEAGADIVETNTFGATTVAQADYGMEDLVVEMNVESARLARESAAKYATPDKPRFVAGAIGPTPKTASISPDVNDPGARNVTFDELRGAYYQQAKALLDGGVDLFLVETIFDTLNAKAALFALDELFEDTGERLPIMISGTVTDASGRILSGQTVEAFWNSLRHAKPLTFGLNCALGAALMRPYIAELAKLCDTYVSCYPNAGLPNPMSDTGFDETPDVTSGLLKEFAQAGLVNLAGGCCGTTPEHIAEIAKALADVKPRRWPSHYSDAA >MBT6370142.1 NAD-dependent epimerase/dehydratase family protein [Nitrososphaerota archaeon] MRTEIIDRIVISGAKGFVGKNLRKFLYVNGISSIPISRQNFKNNKFPSLKNTSHFVHLAGVGSESVHQDSFVQVNIELTKTVINLCKKNNIKNIIYFSGLGVSKNSRSSYFISKFNAEQLIKKSGLKYTIFRPSYILGNDDYLTKNILKQILKKQILVPGSGKFLLQPISIDDVCRCINVALHSSKFSN >KVK44743.1 50S ribosomal protein L35 [Agrobacterium sp. D14] >KVK52509.1 50S ribosomal protein L35 [Agrobacterium sp. JL28] >KVK52895.1 50S ribosomal protein L35 [Agrobacterium sp. LY4] MKTKSAAKKRFKITATGKVVAAAAGKRHGMIKRTNKFIRDARGTMVLADADGKKVVKNYLPNGL >WP_271960159.1 vitamin B12-dependent ribonucleotide reductase [Rubripirellula sp.] MATVLYARTSAEVAGDPALEKVNTEYGVEYARARFGRKLRQSGNGLKIESNFCPDDDKTPFDTVGWELRSAAIKDESGNALFEQNDCEIPADWSQLATNVVVSKYFYGDPNSTEERERSVRQLVHRVTRTITDWGLADGYFDTPEDGDRFYRDLTWLCLHQHGAFNSPVWFNVGLHAQYGVVGDKCNWHWDAVTGETAQPENPYEYPQGSACFIQSVDDNMEDIMRLACSEAMLFKFGSGTGTDLSTIRSQREKLSGGGTPSGPLSFMRVYDSIAGVVKSGGKTRRAAKMQSLKVWHPDILEFVECKWAEEKKAHALIREGYESNFNGEAYSSVCFQNANLSVRLTDDYMESVRDNKQWKTHWISDKCESDAPTYDAKELLNKMAECAWNCGDPGVQYDTTINRWHTCPNNGEINASNPCSEYMFLDDTACNLASINLMKFVGPDGSFDTERFRASCRLFLIAQEILVDHASYPTEPIARNSHKFRPLGLGYSNLGSVCMTRGIAYDSDAARGLCGSLTSLLHGEANRTSGELASVVGPFDGYAENEKPMLNVMQMHRDACDTIDDNGPPELKEAATKLWDDVLEIGEKYGFRNAQATVLAPTGTISFMMDCDTTGIEPDIALVKYKQLAGGGMLKIVNQTVNLGLKKLGYNEEQISNILKHIDDNDTIEGAADIKDEHLPVFDCAFQPANGVRSIPWQAHVTMMAAAQPFLSGAISKTVNMPNDTTPEDIANAYFWGWELGLKAVAIYRDGSKQSQPLNTKADDSTEEATAAEVVTETVEKIVYKPRRERLPDTRQSVTHKFTIAGHEGYLCVGLYPDGRPGEIFITMAKEGSTIGGIMDSFGTALSIALQYGVPLEVLVNKFSHTRFEPMGHTSNKDIRIAKSVVDYIARWLGLTFMSGHDHVPTAIDNTNKGNGSEVTNAPISPVMDGLKEDAGAAVALAERATLLASINDTMDNGNGSPNGAAGSDSDGPGQGEQFARFQIDAPSCDNCGSITVRNGNCYLCHNCGNSMGCS >WP_072974645.1 hypothetical protein [Flavobacterium saccharophilum] >SHM59740.1 hypothetical protein SAMN05444366_3623 [Flavobacterium saccharophilum] MIKKPFLVLAFLFALNTMNAQELVAPSYGFSHSETAYITLADGTEINGTIKDIDRDEGLIEFIKLQDGAGKKHKLKPEDIKFMYLPPSGLDNLGKKLNFASDFKKWNDEKLNQTYLNDGYAYFETADVKIKKKNSKLLMQLLNPSFSKEFRIYCDPYAKKTTSLGVGGVKFVGGDIKSFYVAKKNEPAFLLKKKDYKKEFVPLWKSCDKVIAENPEPKWTDFTKHVVTYSECAESK >WP_071809692.1 30S ribosome-binding factor RbfA [Couchioplanes caeruleus] >OJF09917.1 ribosome-binding factor A [Couchioplanes caeruleus subsp. caeruleus] >ROP32581.1 ribosome-binding factor A [Couchioplanes caeruleus] MSDPAKTRRHAERVRELVASLVREIKDPRLGMVTVTDARITGDLRDAHVYYTVLGDQTEQASTAAALESAKGMLRSRVGHALGLRHSPSLTFVLDNVLDHAKEIDDLLAAARHRDAEVQRLAAGKKYAGDPDPYKSDDEDDEDGEAVDERVGAEEKR >EGR0469058.1 GNAT family N-acetyltransferase [Vibrio cholerae] MRNMDIKLRPIESEEFDSLFSVVKQGIYSHVDAVFGWDDDFQRNRLKRDYDPSWFHLVEQGGQRIGMLCFKPYDNAIHVHLLVVFPEFQNQKFGQKIMNYVHSRADAEGRNRVTLSSFIRNEAAVRFYKSLGYQLIDSDECFYSLSLQI >WP_199497249.1 aminodeoxyfutalosine nucleosidase [Helicobacter pylori] MVQKIGILGAMREEITPILELFGVDFEEIPLGGNVFHKGVYRNKEIIVAYSKIGKVHSTLTTTSMILAFGVQKVLFSGVAGSLNKDLKINDLLVAIQLVQHDVDLSAFNHPLGFIPESAIFIETSESLNALAKKVANEQHIALKEGVIASGDQFVHSKERKEFLVSEFKASAVEMEGASVAFVCQKFGVPCCVLRSISDNADEEANMSFDTFLEKSAQTSAKFLKSMVDKL >WP_012964108.1 cytochrome c oxidase subunit II [Hydrogenobacter thermophilus] >ADO45850.1 cytochrome c oxidase, subunit II [Hydrogenobacter thermophilus TK-6] >BAI69928.1 cytochrome c oxidase subunit II [Hydrogenobacter thermophilus TK-6] MRFLSLLLILAGSSFAQEVLAYPKVYWENSYKVWLAVAVVIYLVVAIPALYFMLKYRYRAGVHEEGEHIEGNTALEVVWTVIPIIIVLFLATYSFANFVKQRNAPEGAMEIKVVGFMWGWEFEYPNGKKVYAFFNPQSYTVPEEQKAYIPAGKPIKVILTSRDVIHSFFVLPAMVTEDAVPGRLTHLWFQINKPGEYYALCREFCGTWHSHMFAVLKVVPEAEFNAWLSTGTMQQQPVQQ >WP_109900609.1 amidophosphoribosyltransferase [Micromonospora sp. S4605] >PWU53961.1 amidophosphoribosyltransferase [Micromonospora sp. S4605] MPRGDGRLSHDLDPQRPGPQDACGVFGVWAPGEEVANLTYFGLYALQHRGQEAAGIAVSDGSGVVVYKDLGLVAQVFDEPTLASLRGHVAIGHARYSTTGGSTWENAQPTIRSTSSGTTIALAHNGNLVNTAELQREVAERGLVADGSTNDTSLVTMLLASRPDLSVEAAALEVLPQLRGAFSFVFMDESTLYAARDAHGVRPLVLGRLERGWVVASETAALDIVGASVVREVEPGELIAIDEDGLRSTRFAVPEPKGCLFEYVYIARPDATIAGRNVHAARVQIGRQLAKEHPVEADLVIPVPESGTPAAIGYAEESGITYGAGLMKNPYVGRTFIQPSQTLRQLGIRLKLNPLRQNVRGKRLVVVDDSIVRGNTQRAIVRMLREAGALEVHVRISSPPVKWPCFYGIDFATRAELLANGLDTEGVRRSIGADTLGYVSLPGLIAATEQPKTRLCRACFDGEYPIELPAGNLIGKHVLEGVGRRVANTTPDALDRTTPPLVATPGGATAHRP >MBU6501496.1 NAD(P)H-hydrate dehydratase [Burkholderiales bacterium] MLRITPDRAYPLFDIAATRRLDQAAAAQLPPHALMQRAGLATAKLALALAPHARSIWIACGPGNNGGDGLEAAMHLQRWGKQTVVTWLGDEAIAPADSLAALARATQAGVRFAPEPPTDLAPQDLCIDALLGIGASRAPQGRMARWIDALGRSAATVLAVDVPSGLNPDTGVMTTTNVADSVDSIRARGTFHAQHTLCLLTLKPGLFTAHGRDAAGQVWFDDLGVDSAGETPAAMLSAPPAPEVRFHATHKGSYGDVAVIGGAPGMTGAALLAGTAALHGGAGRVFVALLDAAAPSVDMRQPELMLRSAASLDLKSMLVVCGCGGGDAVRHELARVISTAAHAVLDADALNAIAADTQLQTLLRARAARDGALPTMVLTPHPLEAARLLGTSAAQVQADRLGAARQLVERFGCVVVLKGSGTVIGAPRQITAINPTGNARLATAGTGDVLAGMIGAQLAGGRLAFAAACDAVYLHGLAADRWPGDRALTAGELAIKANR >CAD7420625.1 unnamed protein product, partial [Timema poppensis] QNALDLTAPASDILLKNRQNSWFQLSGHPDCFAPAGPGTIWKKRSGGQENAEREVYEELGSDPETQDLVPRYFREVDYHGERFIELQDLLHGFIDPHVMDVKMGTRTFLESEVQKTNAREDLYQKMVQVDPNAPTPEEHRQKAVTKLRYMQFREQQSSTCSRGFRIEAMKVRK >XP_055449440.1 putative aspartate aminotransferase, cytoplasmic 2 [Psammomys obesus] MTTLSLFRDVPTVQKLEGSLLKIYKQDQYPTKMFLAYGVCMTEEGHPWISLAVHKTRQQIAQDPCLNQEYLPTLGMKSFVQASLELLFGKHSQAIAEKRVGGIHTVGESGAFQLGAQFLKIWHKNLKVVCIISCQKEHYGLIFQDMGFIVYEYSVWNPKELCSDPSIFFEVIEHIPEGSILVIGNIADCKFTQNQWTELMTTIKEKQIFPFFDIPSQGLSTGDLEEDTRLLQYFVSLGFEFFCSQSLSKNFGIYDEGVGILAIAALSNQHLLCVLSQMTGYVQALWQNPPAMGARIITSILCNPALFVEWKSSLKNVVENIMLIKEKVKEKLRLLGTPGSWNHITQQSGTHGYLGLNYQQIKFLVKKKHIYVPKTSRINFTCINARNIDYITQSIHEAVTGAEDWKGCLLKTDPEWKESFM >GAP70049.1 purine nucleoside phosphorylase I, inosine and guanosine-specific [Bacteroidales bacterium 6E] MLEKIKATANYILEKTGTKADAGIILGTGLGGLVNEISIEKTLSYSEIPNFPVSTVDGHAGRLIFGKLGNKEVMAMQGRFHYYEGYSMKEVTFPVRVMQLLGMSYLFVSNASGGLNPDFRVGDIMVINDHINFFPEHPLRGPNINELGPRFPDMSRVYDERLRYSAKLISLEHNFNLKEGVYVGVSGPTFETPAEYMMFRKLGGDVVGMSTVPEVIVARHAGMKVFGISIITDSGVPGQIVEISHDEVQKVAMKAEPKMTLVMKKLIESL >WP_070770047.1 MULTISPECIES: pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus] >EGP4765649.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP4862296.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP5143799.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP5247784.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] >EGP5391029.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Enterococcus faecium] MRKMKTMDGNTAAAYISYAFTEIAAIYPITPSSTMAELVDQWSAAGKENVFGQPVKVVEMQSEAGAAGVVHGSLKTGALTTTYTASQGLLLMIPNMYKIAGELLPSVFHVASRAVTTNALNIFGDHGDVMAARQTGFAMLAESSVQEVMDLAPVAHLASIEGELPFLNFFDGFRTSHEIQKIEVLEYEELAPLINQEKLASFRKRGMNPNHPTVSGTNQNPDIHFQQRETINPYYDKLPAIVQKYMKEINRLRGTSYDLVTYYGAADAEEVIVSMGSVAQTIEQTVDYLNANGRKTGFLNIHLYRPFPVETFVQKLPHTVKAIAVLDRSKEPGAGGEPLLLDVQSALYDSEFRPAIIGGRYGLGSKDVTPDQISVVFDELQKDPSIRKKRFTIGIVDDVTYQSLETKESLDLTEPQTFQAKFWGFGSDGTVGANKSAIKIIGDHTDKYAQGYFYYDSKKSGGLTVSHLRFGDKPIRSAYLVEHADLVACHTPAYLHSYDLVKGLKPGGIFLLNTLWSDEQLETHLPIKLKRYLAENNIRFYTINAMRLAQEVGLGRRINTAMETAFFKLADIIPFDEVIPLLKEEALKSYGHKSMAIVEKNIQAIDRTIELFHEVVIPENWKTLEMPEKINKRNRGYVQEILEPVNAQEGNHLSVGTLVANGMTTGEMPLGTASVEKRGVALEVPEWISDRCTMCNECAFVCPHAAIRPFLADEEEMEEAPEGFIVREMRGADGVKYRIQVSVEDCTGCGLCVEACPAKGKALVMKPYEEQKEQAMNWAFAMTLRQKENPVKGKNTVLSTQFNQPLLEFSGACSGCGETPYVKLLTQMFGDRMMIANATGCSSIWGGASPASPYTTNECGQGPAWSNSLLEDNAEFGYGMLLAAQTRREALANSIKEVLPKVSEELRELMEDWLEHLFESEGTQQRAAKLQAAIENERSIVPELEGIYKRRDLFVKNSQWMIGGDGWAYDIGFGGIDHVLASGADVNILVLDNEVYSNTGGQTSKATPASAIAKFSASGKYASKKDLGMMAMTYGNVYVAQIASGANQMQTIKAFEEAEKYPGPSLIIAYTPCITHGLLGGMKESLKEAKEAVSSGYWSLYRYNPTMVEKNKKPMTLDYKKPDFSAMPDFMRKQVRFSSLENANPNLAKALFEKTVQDAKTRFYNYAALSGELEKIKKRLEPEESIDVVVKTRKEKTTNLEAEERRAARRAARAERRKKMEHVTEEKSEK >MBK8529220.1 peroxiredoxin [Rubrivivax sp.] MLKVGDKLPSGSLQEFIEVEGNGCAIGPNSFDVEKTAAGKTIALFALPGAYTPTCSAKHVPGFVEKADALRAAGVDEIWCVSVNDAFVMGAWGREQKTTGKVRMMADGSAEFTQATGLTLDLTARGMGLRSNRYSALVVDGTVKTLNVEGPGKFEVSDADTMLKQAAALKA >WP_239984652.1 restriction endonuclease [Lentibacillus sediminis] MEFMGFFEGLLMGPDLLWSILTAEPLLTVSLFIFFGGGVLFALAVRAYREYRLRKSGMPEVDKMSGAAFERYLQVLFKARGYKANLTPATGDYGADLVLSFQGKKIVVQAKRYKKKVGVRAIQEISSAKSYYKADECWLITNNYYTSQAIKLASSNTIRLIDRDELMKWMIQQKKSA >MBR0417215.1 hypothetical protein [Bacillota bacterium] MKKGIALTLALLVAMVCVPTTFADTKKADLELQVLSEEYAELMEFHEEVEDLFPEVEITEIPSFEKFCYDSEKPYSKSERPTLIESLETEKNGIVYKLYMYDDDSVGLLSFRDGNLVTGVSDINGGNLRWRWWHASLTWHQVTVTLRVYGSSGNYYFDSPYMPTDVIATNVLPVSLYRGGS >XP_048264533.1 sodium channel protein para isoform X31 [Bombus terrestris] MSEDSDSVSEEERSLFRPFTRESLAAIEARIAEEHAKQKELEKKRAEGEGGFGRKKKKKEVRYDDEDEDEGPQPDQMLEQGAPIPVRLHNEFPPELASTPLEDIDSFYHNQRTFVVISKGKDIFRFSATDAMWILDPFNPIRRVAIYILVHPLFSLFIITTILVNCILMIMPTTPTIESTEVIFTGIYTFESAVKVMARGFILQPFTYLRDAWNWLDFVVIALAYVTMGIDLGNLAALRTFRVLRALKTVAIVPGLKTIVGAVIESVKNLRDVIILTMFSLSVFALMGLQIYMGVLTQKCIKNFPEDGSWGNLTDENWERFVSNETNWYVDEAKNMPLCGNSSGAGQCLPGYTCLQGYGENPNYGYTSFDTFGWALLSAFRLMTQDYWENLYQLVLRSAGPWHMLFFIVIIFLGSFYLVNLILAIVAMSYDELQKKAEEEEAAEEEAIREAEEAALAKENKLAAQAAAREAAAVAAVAAADQIVKSPSDFSCHSYELFVGQEKGNDDNNKERMSIRSIESVSEHRVKQINNHTATTKPRKVSAASLSLPGSPFNLRRSSRGSHQFTIRNGRGRFVGPPGGDRKPLVLSTFLDAQEHLPYADDSNAVTPMSEENGTIVVPVYYANLGSRHSSYTSHASRLSYTSHGDLIGGIANAGKPMTKESQLRIRSVRPPSVNGHFTDSNQKYHYEGDLEDPMGKAKQQDNPFIEPSQQHAVVDMKDVMVLNDIIEQAAGRQSRTPEQGDDDEEGPKFKDKLLAAVLRCIDIFCVWDCCWLWLEFQKYVSLVVFDPFVELFITLCIVVNTLFMALDHHDMDKDMEKVLKTGNYFFTATFGIEATLKLIAMSPKYYFQEGWNIFDFIIVALSLLELGLEGVQGLSVLRSFRLLRVFKLAKSWPTLNLLISIMGRTVGALGNLTFVLCIIIFIFAVMGMQLFGKNYTDNVDRFPDGDLPRWNFTDFMHSFMIVFRVLCGEWIESMWDCMLVGDVSCIPFFLATVVIGNLVVLNLFLALLLSNFGSSNLSAPTADNDTNKIAEAIDRIARFIKWIKRNVLYLAKMMRAKLTNQISDQAPDGIDRDGDLDLADGELDAYRDKKSAKEINQLEVAIGDGMEFTIHDLKNKLKKGKLCMNNSKVIANSINHRDYRLDNDYINQNEDDTISNKSYGSHKNRAFKDESHKGSMDSLDGEEKKDASKEDLEQEEDLGDEGEEGDGVLGDAIIQADEDPIESDYPADCCPENCYKKFPFLAGDDDAPFWQGWANLRLKTFQLIENKYFETAVILMILLSSMALALEDVHLQQRPILQDILYYMDRIFTVIFFLEMLIKWLALGFKKYFTNAWCWLDFIIVMVSLINFVASLCGAGGIQAFKTMRTLRALRPLRAMSRMQGMRVVVNALVQAIPSIFNVLLVCLIFWLIFAIMGVQLFAGKYFKCVDANKTTLSHEIIPDRNACLAENYTWENSPMNFDHVGKAYLCLFQVATFKGWIQIMNDAIDSRELNKQPIRETNIYMYFYFVFFIIFGSFFTLNLFIGVIIDNFNEQKKKAGGSLEMFMTEDQKKYYNAMKKMGSKKPLKAIPRPRWRPQAIVFEIVTDKKFDMIIMLFIGLNMLTMTLDHYQQTQTFSDVLDYLNMIFIVIFTSECLMKIFALRYHYFKEPWNLFDFVVVILSILGLVLSDIIEKYFVSPTLLRVVRVAKVGRVLRLVKGAKGIRTLLFALAMSLPALFNICLLLFLVMFIFAIFGMSFFMHVKDKSGLDDVYNFKTFGQSMILLFQMSTSAGWDGVLDGIINEEDCQEPNNEIGYPGNCGSSTIGIAYLLSYLVISFLIVINMYIAVILENYSQATEDVQEGLTDDDYDMYYEIWQQFDPDGTQYIRYDQLSDFLDVLEPPLQIHKPNKYKIVSMDIPICKGDMMFCVDILDALTKDFFARKGNPIEESAEIEVQTRPGEAGYEPVSSTLWRQREEYCARLIQNAWRKHKQQRLGGPSEESDDADTDPRVRQTAVLVESDGFVTKNGHRVVIHSRSPSVTSRTADV >MCD8297279.1 DEAD/DEAH box helicase [Prevotella sp.] MINYSAGQRVTVRGEDFLITGVVSNNSDHILYVTGISELVKNKSFIFDTGLDKNIEIVNPINTELVSDDNPRWQKTRLHIETALRSNAYFSHKITIAQHGAFDVAEYQMTPTLKALDLPRPRLLIADGVGLGKTIEVGIFLAEMIRRGRGRRILVCALKSILAQFQEEIWNRFAIPLVRLDSMGVARIQSELPLGKNPFDFYDKTIISIDTLKNNGRFRNWLEKTHWDIIVIDECHKVANENSLRGDLAQFLAGRCDSMILTSATPHNGSAESFANLMRMLEPISIPRNGEYTKEDIAPYYVRRFKNEIADAKIRSQFQERKVKSIDVVITQDEEEILSKQHAKFHISNKKDNKDIKNDESDESDDVLFSLTVFKGFLSSPIAALRSLEERMKTDKSESLAELTEKVRSLVETKKDSRYDAFKAKLTEIWRANPKERLVVFTERIATMKYLQERICEEFRLTDNQVVRFDGSLSDTEQEEMVNDFAKEDSEILVFISSDSGSQGVNLHYFCHIMFNYDIPWSLITLEQRNGRIDRYGQQKTPIIYYLVANSNNKELRSDFTIIDKLRQKEEEVHKTLGDAMSVMELYNVRSEEDETKKALRKGDENFLTPQAAQRRRRAGFRRADAIVTTTPKIEGQSNEIFEETFSLYADDMAYYRELFRHLEEIGSVKRGDIIIHDDANPQYVEIRNCDEFSEVVKAIPREGIPRDNRFKLTTNKEMLAWSIAESRKSKDGEWSRILPLYDLHPIIQYLQTKFTASNSKTQAFVVRGTQLPKGISYYLFYGSCCNGLGQSLVSKFFVVALDNEGTMKERPVSFHDFALKYGIIGQNVFMKGTTSQEDISILMKNLKFAIEIGTVDYMYDEQNHVSNKMDKQLKKYEEKLLKWAGDANKFFDKAENVTLYRQSYIDKEKVEIKKITDQSSQFYKDLFTLDQADPYMRLLAVFHNL >XP_033559743.1 uncharacterized protein BU25DRAFT_396916 [Macroventuria anomochaeta] >KAF2625552.1 hypothetical protein BU25DRAFT_396916 [Macroventuria anomochaeta] MTASDDEENDIFGTHQLDYVPPAPIKPAGVAEVDFDGVLSPPLKVHEDLKNGCGGQLWPAGMVLGKYMLRKHKDDLAGKTIVELGAGGGLVGLAVAVGCNVTEPLHITDQDEMFELMKKNIGLNDLSARVSASIYDWGQPTPSGLPQHPDVILAADCVYFEPAFPLLQQTLKDIIGPNTVCYFCFKRRRRADLTFMKTAGKMFDVQEVDDDPDKEVWSKERLFL >MBE6139600.1 protein translocase subunit SecD [Bacillota bacterium] MMIMTKKKNDLKTSFSSAILISLLVLIVSVMGVYYAIKNLNYGLDLQGGFEVLYEVNSIDGSKVTSDMVNSTYKIIEKRINALGVSEPEIAIEGNNIRVTMAGIDNIDDARKTISTTAALTFRTVDGELLMDSSVLNSGKANVGYETNKGYFISLSVKDYDEFYKQTKKVSEMDNNQIVIWLDYEDGVELELVGNGYGYYETVETTDENGEIVEKEVFYSCGDLANSNCLSVAGVSQGFASDVIIQGSFSKEEAQGLVDLINSGSMPTKLTEISSKTVSASFGENSLQKTFTAGVVGIVAIALLLIILYRVSGAIASISIIAYTFLTLLIFNLVGGRLSLQGIAALVIGIGMAVDSAVISFARIKEELARKVSLRTAFEKGSKESFVSILDANITTLIAAIILFMFGESSVKGFATMLIISIIVTFIVMVYLNRYLIRLFVKSEKFEKHIKMFIGYKDKKKKSKFDYVKPRKIIFTVVGLIIIIGCMFTYSEGLNLGIDFKGGSTVEINSSEKIKVKDIEKDLEELEYEIESVEQLDDSRVYVTIDNVLDNNETTKVEEYFNKKYDATTSVGAISNQVKKDITANAIKALIYACIGMIIYITIRFKFSYGVSAIIALVHDSLMVLILFSLLRLEVNSMFIAAILSIIGYSINNTIVIFDRIRENKTKLYKDKIKKVDELKEIVNVSLRQTVLRCIITTATTLLPVISLIFLGSHEIINFNIALLFGLIVGTFSSLFISSQVWMLFEKRRIGKDPNKHWYDDNKKEKEELQIKGINC >AEF02257.1 putative URI domain endonuclease [Alteromonas naphthalenivorans] MYFKLPMSITANNVNTHQQQSTWYLYLIENKLGQLYTGITTSPERRISQHRGEIVGGARALKGKGPLQFRAIFLIGDRSTASKVEYKVKQLSKEKKRAIVKQKVLPESLFIALCDNSQYICPSNYQ >MCL7045034.1 hypothetical protein [Papaver nudicaule] MARIKVHELRAKSKADLLNQLKDLKAELALLRVAKVTGGAPNKLSKIKVVRLSIAQVLTVISQKQKLALRDAFKNKKFLPLDLRPKKTRAIRRRLTKHQWILYPIFCDRERDKEHTTSALRIPCLNLNVRFCTLQPSRLLICLEMLTRSSV >XP_019019020.1 hypothetical protein PICMEDRAFT_15782 [Pichia membranifaciens NRRL Y-2026] >ODQ47907.1 hypothetical protein PICMEDRAFT_15782 [Pichia membranifaciens NRRL Y-2026] MFIRKTPTRTCRYICQYVNFRRNESTAVLVPLQKNPTYNDTHRKDGVQTNVVEDGKDGLMEGYLSINTSAFSSLSNQISNQERIFQDSSFQTLSMSDHGSLVQDIQKESGSSKGFLDDVFSGGGYSVDEEELNVNFRTYESRGNEKTKRHPVNSIKRAMSKNPNERKLLKLASAFNDYKIAESSIDEFYKCVVGDDNVIATYDFKMPIFPSELDNTSLKKYLKLVNSIDFSYDSKGYERLVFYDMYGLVYNIHKFEGIVDREIMHLFIKYFCNYSMIRTVFRVIDKFEKVGITPNRNTLHILIYKLGKISNLNSRKDLLQLYLIMGMKKWKVSTDLTTRALMYSVEKPSRKRLALAKALRNEGVDHSSMKWEMCRDYVTIEVNSRPKTSFSRMAGHIKQLANLGNSNEDMCKVFQIYIDTITHRNKTGTAFHEILAHPHYEGVANWETIVRQLLEANDIWGCLAVVNLLANRKGTDLRRVIFPLLHNYKQLYAFFTKQKFKKHHEKHLFCSVMTLLQELCHTKMTQAAAFVGSVQLEDNIVVGKIDREVREEFKQIRLWDGKCRDFSCFSPIAGSHVGRTDIMRLWDAYVLEGERESMGMLSVDPLSFPWRLKKNPPFIECIT >WP_213520007.1 ABC transporter permease subunit [Paenibacillus montaniterrae] >GIP19356.1 sugar ABC transporter permease [Paenibacillus montaniterrae] MTSTSRSKRLRELPLHIMLLPGVLLTIVFSYIPIAGVVIAFQKFVPAKGIFESKWIGLDNFAYVFNLPSFTNVLWNTVFISVMKIIAGLIVPIIVALLLNEVVGKYFKRTIQTIIYFPYFLSWVILGGILIDILSPSSGIVNDVIKWLGFEPVFFLGDEKWFPFTLVISDTWKEFGYSTIVYLAALTAIDQHLYEAAIVDGANRWKQTWHVTLPGMMPIVMLMTVLSLGSVLNAGFDQVFNLYSPMVYSTGDIIDTFVYRLGLLQAQYGVATAVGLFKSVIAFGLIVLSNFLANRYAGYRIF >XP_039699416.1 RNA-binding motif, single-stranded-interacting protein 3 [Pteropus giganteus] MRCMWREKSRKARSPIWPPVPGPQQQEQDPTNLYISNLPISMDEQELENMLKPFGHVISTRILRDANGVSRGVGFARMESTEKCEVVIQHFNGKYLKTPPGIPAPSEPLLCKFADGGQKKRQNQSKYTQNGRPWPREGEVLRGRTVPRQNHEAGMALTYDPTAAIQNGFYSSPYSIATNRMIPQTSITPFIAASPVSTYQVQSTSWMPHPPYVMQPTGAVITPTMDHPMSMQPANMMGPLTQQMNHLSLGTTGTIQSQDRIMILHQLLCQYMTAAAPMQGTYIPQYTPVPPTAVSIEGVVADTSPQTVAPSSQDTSGQQQQIAVDTSSEHASAYPYQQSKNVCYRMFHRACSLLQHDRDESTLEHGIFQMCDM >WP_112530108.1 outer membrane protein assembly factor BamD [Phyllobacterium trifolii] MSMNKGFGGKARMAFLLLPVASAIAISGCASKDDDIDLNAYVDTIEPADVLYNQALANLNSGRLDEAAKKFDAVDRQHPYSEFARKSLVMGAFANYRAGKYDESIAMTKRYIALYPTQPEAAYAYYITGLCYYRQIPDVTREQSMTRRSIAAFNEVVERYPDSEYVEDSKQKIRFGRDQLAGKEMQVGRYYLERKEYLAAIKRFRGVVEQYSNTRQVEEALARLVEAYYALGITNEAQTAAAVLGQNYPDSEWYKDSYKLLQSGGLEPRQNAGSWLSKAAEAITGGKDGV >XP_045648298.1 GTPase IMAP family member 5-like [Ursus americanus] MEGLQRGRYGTMAEGREEDKWFATSSSLRIILVGKTGTGKSATGNSILCQPVFESRLGSQPVTKTCQAETGTWNGRNLLVVDTPSIFEAEAQTQGMCTDIADCYLLSAPGPHVLLLVTQLGRFTAQDTVAVRRVKEVFGAGAMKHVVVLFTHKEDLNGESLDDYITLTDNQSLKSLVQECGRRYCGFNNRATGEEQREQLAELMAVVGRLDRENEGAFHSNDLFFEAQRLQREGGGAHGEERRRYLAKVRAQLEKQRRDLRDSTSNWACGALLKVRRWMLSNIGITAVLIICILIFLATLINLCITHGH >WP_143281017.1 CDF family Co(II)/Ni(II) efflux transporter DmeF, partial [Burkholderia cenocepacia] >ONT24838.1 cation transporter, partial [Burkholderia cenocepacia] MSDFQSAAFGAGHDHIYLGAAHAQNERRTWAVIALCSAMMVAEILGGSLFGSLALVADGLHMSTHAGAMLIAALAYTYARRHASDPRFVFGTGKLGDLAGFTSAIVLAMIALLIAYEAVSRFFSPVPIHFGEAIPIAVVGLLVNLASVWLLSGDHHGHGHGHAHG >RYH76248.1 OmpA family protein [Flavobacteriaceae bacterium 144Ye] MKKLIVLLFLISQFVCAQKELTHEVYFETDKYDVPETEHSRLLMFLSKIEGLDIEKISIYGFCDDRGSDDYNLVLSQQRANSIKEIFSNNEFDESVITNVDGKGEVLLKLVKEEDINKIRGLNRKVQIIVHPYDPPRVVVEEPKKQDVKEALKGELKAGDKFTLDNILFKTGYSYLLPESVKTLEDIAKVLVERDDIYFTIQGHVCCTQNSRDAIDRRTKKRNLSVARAKYIYDYLAKKGVDKRRMKYVGMRRKFPLGGEPKYDRRVEILVTYVGGQDN >AGB19176.1 hypothetical protein Thethe_01538 [Thermoanaerobacterium thermosaccharolyticum M0795] MILFDTILQNPSKIFMYKKFFIGYNYKKVEVVKIQKVGCYIMKFRGKRAISIILIFIVIIFLAGCLYYIKFYNRPSKIPQYTKTNVNSVMSKDSIGPSGKLIFETLYKGNGDLTREEQKIGASLYGKSKEDIAKIYSGWSIKEFRNDRIVLYREKNGFPPDYYIISSSDGYVSLFKSDGNGGRSLVEKTDISVSNLNPNDKERILNNIVVKDIDEAYSILANLSS >KUI47647.1 hypothetical protein AU198_23915 [Mycobacterium sp. GA-1199] MAENAREQMSERAVEAGWHRRDADRTDYYTRSPVRIHVIWQGDDAISGGALYHDDILMAYTRDLSTVSGWLKR >NWV34805.1 CBLB ligase [Grantiella picta] GQLGSQMANSLNGRNPRKGRILGFIDAIQDAVGPPKQAAADRRTVEKTWKLMDKVVRLCQNPKLQLKNSPPYILDILPDTYQHLRLILSKYDDNQKLAQLSENEYFKIYIDSLMKKSKRAIRLFKEGKERMYEEQSQDRRNLTKLSLIFSHMLAEIKAIFPNGQFQGDNFRITKADAADFWRKFFGDKTIVPWKVFRQCLHEVHQISSGLEAMALKSTIDLTCNDYISIFEFDIFTRLFQPWGSILRNWNFLAVTHPGYMAFLTYDEVKARLQKYSTKPGSYIFRLSCTRLGQWAIGYVTGDGNILQTIPHNKPLFQALIDGSREGFYLFPDGRSYNPDLTGLCEPTPHDHIKVTQEQYELYCEMGSTFQLCKICAENDKDVKIEPCGHLMCTSCLTAWQESDGQGCPFCRCEIKGTEPIIVDPFDPRDENSRCCSIIDSFSMPMLDLDDDDDREESLMMNRLASVRKCNERQNSPVTSPGSSPLAQRRKPLPDPLQIPHLSLPPVPPRLDLIQKGVARSPCASPTGSPKSSPCMVRKQDKPLPAPPPPLRDPPPPPPERPPPIPPDSRLGRHLHAPESLPAREQPVPLEGWCPRDVFGPPQLVGCRGGGDASPKAGLTAVSSVNGRHGRMSSEPGFVRKHRRHELPAEGAKVFSNGHLINEEYDVPPRLSPPLPAGSIIPSIKCPGPSANSLSDKSREHPDDDDDEYKIPSSHPVILSSQPPHGHNMKPLARVCENGQCANGTHSATSEIKKSKHPESGDVYDAPTAAVPLPPARPPTRDNPKHSSLLNRTPSDYDLLVPPLGEDAFDNSPPSLPPPPPPARHSMIEHTKPAGSGSRPSSGHELFLHSDPHFDPITGHVPLPPARRAPGENVKTNRTSQDYDQLPPSSDGSQAPARPPKPLPRRTAPEIHHRKAYSSDSSTENVDAKIAKLMGEGYSFEEVKRALEIAQNNVDVARSILREFVCFPPPVSPRLNL >KEP75282.1 50S ribosomal protein L5 [Microbacterium sp. SUBG005] MTAAETGKIQPRLKQKYNAEIKKALQDEFGYENVMQIPGLVKVVVNTGVGEAARDSKVIDGAVDDLTKITGQKPVVTKARKSIAQFKLREGQAIGAHVTLRGDRAWEFIDRLVNLALPRIRDFRGLSAKQFDGNGNYTFGLQEQSVFHEIDQDRIDRVRGFDITIVTTAKTDDEGRSLLRQLGFPFQSADQQA >WP_266441326.1 cytosine permease [Streptomyces libani] MTHRHGAAQPDAVAHHTVDEVPERARHGCTRDLFTLGFGTHIAPLALVTGAMAVQVFHQPLWSGVLAVLVGQLLGGVFMAPHRAPGPRFGLPQLIRSRARSGSLGALPGVVLAAALYVTFFAVHLVLAGKSLHVLTPGLPVGAGILLGAAGSALLCLIGHRLIHALNKVAAVVLGLGLVAGLALAVTHGLPGDFFTRGGFTFAGWLAIVSLSALWQPALAPYAADRSRALPGTVRTTATFWATYGGACLGSLLPFLAGAAVAPACPGPDTGAGIGGAAGSFGPVLLVLFLFSVLHHNALNLYRAVQATLTIGQTLRTHWQPRPRVRGAVSALVLACGPALALGLAGDFVTRFADLVLVLLAALVPWAAINLVDFSLLRHGSQDPDELCDPDDAPYRRFDPVALGSYVLGIAVQIPFLAGDLYTGPPAAHFGGADLSWLVEPAVTAPLYFLWARSRLRRCEGGAVLGMREQAARILDPLRPLYPEDVRGFADTR >WP_266727676.1 NADH-quinone oxidoreductase subunit NuoF [Streptomyces sp. NBC_00199] MMTLAPELKGSSPEKLLAPVLSAFWDEDRSWSLDVYRRHEGYEGLRKALAMSPDEVIAFVKDSGLRGRGGAGFPTGMKWQFIPQGDGKPHYLVVNADESEPGTCKDIPLLFANPHSLIEGIVIACYAIRSSHAFIYLRGEVVPVLRRLHEAVREAYAAGYLGENILGSGLDLQLTVHAGAGAYICGEETALLDSLEGRRGQPRLRPPFPAVAGLYACPTVVNNVESIASVPAILQKGKEWFRSMGSEKSPGFTLYSLSGHVSSPGQYEAPLGITLRQLLEMSGGMRPGHRLKFWTPGGSSTPMFTDEHLDVPLDYEGVGAAGSMLGTKALQCFDETTCVVRAVTRWTEFYAHESCGKCTPCREGTYWLVQLLRDIEAGKGTLSDLDKLNDIADNINGKSFCALGDGAASPIFSSLKYFREEYEQHITGRGCPFDPAKSTAWADKHTEVNA >PPU96251.1 hypothetical protein XhyaCFBP1156_15900 [Xanthomonas hyacinthi] >QGY75485.1 transposase [Xanthomonas hyacinthi] MAMAEVFMSSLRRRYTDEFRAAAVKRAIERGFTVVAAASRIGIPRTYEGWPFPAVAMDLSSRQLGATAATMPATW >WP_258598016.1 MULTISPECIES: glycosyltransferase [unclassified Pseudomonas] >UVL17114.1 glycosyltransferase [Pseudomonas sp. B21-044] >UVM14463.1 glycosyltransferase [Pseudomonas sp. B21-023] MSRVSIVIPMFNEARHIGRTLDAARRAASAAGLACELIVVDNGSSDNGPAIARAHGAQVLSLPGVAIGALRNAGVNASQGDWLAFLDADIEVPEHWLDLLLDLQRRGEGDVFALDCDTPRQAPWFAQAWQRRTLRTGQTVQDCTWLPTPNLLMRRHWFEQVGGFDERLRTGEDKDFTLRLHEAGARLRVLREPAVLHWGYEANWREWLGKEMWRQGSHLQLLRSHGVSLRLLRFPMLSVGAWVLDAVALSALLDGFPHVALFFLLVSALPALFLSLRQSRRHRDPLLTLQLWGLHWLRLHLAGAAFILSLFNRTARRPARG >WP_107021410.1 M50 family metallopeptidase [Streptomyces dioscori] >PSM38456.1 hypothetical protein C6Y14_37760 [Streptomyces dioscori] MDSTAATSLATVWDEVFGSQPDPDTWVVVATMVAALAVIVPHPVWRLSRNAITIAHEGGHGLVALLTGRSLSGIRLHSDTSGLTVSRGKPTGLGMILTAASGYTAPPLLGLGGAALLAAGHITALLWLATLLLVVMLVMIRNAYGALTVLVTGGTFVAVSWLAGPQVQAAFAYAVVWFLLLGGVRPAFELQAKRSRGGAGDSDADQLSRLTHIPAGLWLFLFHAVSLCSLLAGANWLLNL >MBQ8064675.1 M48 family metallopeptidase [Prevotella sp.] >MBQ9186667.1 M48 family metallopeptidase [Prevotella sp.] MKQVRFFVLTLVAALLVGCGTTKTVPVTGRKQSLMVSDGEMLSLSTQQYQEYMKTAKPSTNATQTAMVKRVGQKLATAVENYMRANGLAEDIQNYKWTFNLVQDQSVNAWCMPGGLIVVYEGLLPVTQDEASLAIVLGHEIAHAVARHSAEQLSTQYKQQYGLQIGSAVAGALGAGSTAVSIGQAVLSQGLSLANLKYSRNHESEADHMGLIFAAMAGYDPQVAVSFWQRMAAASSNKTSEFFSSHPSDETRIRQIQGWMPEALQYYSGRQGSGKAATTTKASASGTTATPVKTIHIKSK >WP_087299666.1 GNAT family N-acetyltransferase [Anaerotruncus colihominis] >OUP70577.1 hypothetical protein B5F11_03825 [Anaerotruncus colihominis] >OUP76087.1 hypothetical protein B5F10_02795 [Anaerotruncus colihominis] MPILRDRPSCPICGAAHSEFNRVNWWSSNGIPYGPKTKPDNTTLMCDECARKRFAWREEFICHLSIEEQVGLGANIRELLKDEDVNFDKFEKALDTSVVLVAKIRNVTAGFISFSFTRESDSRAKYFVIVNGLFVNPYYRNLGIGFELFNRMIRWASVVTVNYYTFDECIAPNVFKFAVKIGAVSLTNIKNSFVIGEMADE >WP_134667128.1 MULTISPECIES: hypothetical protein [Amycolatopsis] MLNWGSFQTSGTGDVAHTVDASSCAEITALPIAHAASSKYTGQVENAAVDKSRPLLLLAGTRSTSSSLGWMWTY >MBI4875790.1 anaerobic sulfatase maturase [Acidobacteriota bacterium] MGNSNPLPVLNAGMGLMPALGTTPRIGSLLIKPASAVCNLDCEYCFYLDREADPYASLPARQMTGETLERLVETFLFYSYPNSVFAFQGGEPMLAGLKFYRRLIELEKEHGRDGQNVSNALQTNAMLIDEEWAELFHEYHWLLGVSLDGPAEIHDRYRLNKGGQPTWKRVMQSVEILQKGRVDFNILCVLNQANVEKPRELYKFYKSLGVDNVQFIPLSEFFPDGSPMPFTITPQQYGRFLCDTFDLWWPDRRKMRIRFFDNLAEALAGQRPGSCTLHETCDSYVVVEYNGDIYPCDFFVEQDWKLGNVTIDSWPEIARRQRRFNFASKKTLARPECQVCEYQGICHGGCPKFRHARRRSFEDLDYFCLAYKMIYAKAVGPLREEVKKILGHEAPELAMHSISPY >WP_196222422.1 sigma-70 family RNA polymerase sigma factor [Micromonospora sp. CP22] MTTEKTDERRARFERDAMPFVDQLYAAGLRMTRNPADAEDLVQETYLKAYAAFHQFEQGTNLKAWLYRILTNTYINSYRKRQRQPVQAPTDEITDWQLAEAESHTSSGLRSAETEALDRLPDSDVKEALQQLPEEFRLAVYLTDVEGFSYKEVADIMGTPIGTVMSRLHRGRRNLRKLLEGYAAERGFSAAQPARSSTAATGGEV >MBT3564223.1 DUF3604 domain-containing protein [Gammaproteobacteria bacterium] MHIHTKYSLDASTQATRTTPDQVYSFAKGEKLGIQPWYDDKPQRFLQLSRPLDFAMVSDHAELLGETHLCSTQGVPQYEAWQCTMYRDWPRAAFYWFNYWSAQHAERVGFCDDGSCKQAALSPWQDIQNAAEKHYDRSEQCRFTTFVGYEWTGGGAGKAKGNTHRNIVFRGSRVPELPHSFIDDPTAEGLYKSLNTTCRNRADCDALVIPHNSNLSAGLMFQAAASGEAAALRASYETLAEIVQHKGSSECYFNPLGQTDELCAFEQLPQRSWSDNQPPQPGDGFLREVLKEGLELEQSLGTNPFRFGFIGSTDTHLGAAGAISESGFPGHGGAGIPAGEEVPPGLPDLLEYSPGGMAVLWAEENTRESLFKAMQRREAYATSGPRILTRFFGGSKLPRDMCQSKNFAQTGYELGVPMGAQLDSSEGQSAPRFAVLAAKDADSHGIERIQIIKGWLDEDGARQEAVYDVVESANQATIDEDTCVVSGSSAAELCGVWEDPEFNPDELAYYYSRVLESPRCRWSQQICVARGVDCDNPDTITEGLENCCVASHRKVIRERAWASPVWYRPSGD >SBS78954.1 exported hypothetical protein [uncultured Mycobacterium sp.] MPCATPAAATMAPTSAAAIPDRLNSAIAAPMSRSRVCNRLVSRADAFSPTDMNLQYRFRAGLILLTLVSWAGIERLKIWRLRCPFSILNVRENVSHADRRVVQTNDEGVCR >MBN2371430.1 hypothetical protein [Vicinamibacteria bacterium] MTRVSRMTSAVGRALLPPLIAFFLARIMLMIAATEVGLDPFQPAIWCRSDSGHYLGIAIGGYDLFPCPEHENRPNMWCGNAGWFPAYPLLIRTLRPLIPTRRVAVMISALFAAAGLTLLWNLFLGGRVTLASCTALGLAAFFPGQVYHHAVFPISMFTTCVLLYMWSLIRRRCLAAAIPAAMAAFAYPTGVLLAAHAALFAFFGRQGGRLQSRLPRAAFVGASAAAGFASVLLAHHVSVGAWDAFFRIQSTYGHGLHDPLMTLWSRIARLHGHSPPNEAYPAAQALLVAFWLGCVVVCMARHRRRIEPADFALVLYAVLFWLFSLSLGGGLSIYRSDALLLPSVALARGMPRPLAAFFLVAFVVTAWPMALLFFRGQLV >WP_219287479.1 glycosyltransferase [Arthrospiribacter ruber] >MBW3467232.1 glycosyltransferase [Arthrospiribacter ruber] MDRVITIIVTYNGSKWIRKCLQCVLNNTTKTDIMILDNNSSDNTLDVIDPFLDKIELIKLPSNLGFGKANNIGIQKALNKGYSHVFLLNQDAYVQQDTIAKLLATSSQNPEYGIISPLQLKNSEDELDEVFSNQVKKHYQPDIDQLREDLSKKNISEVKEVKFAGAASWFMTSELLKKAGLFHPKFYHYGEDNNLAARAQYFGFKVGIQVSTSIVHDRKPRVASKYLPTKLRTFPLHFLLDIRKPFLVAWLVGYYQLIHIWTKLQKISGKKYESLFLETKNWFFAHVKEAKIIRAELKEGYK >WP_175630420.1 Panacea domain-containing protein [Bacteroides acidifaciens] MRPDDTELLSFTRLKVLKLLFFVSAVKQDNTKRDLLDIFDNFYAMQHGPVESDIYNEITNHLIFFNFEGRNIKRTDIDINLEFLHLNKEDITLLDSSINALRNINQNIILYSASKLVDLSHKWESWQTAIAIAEILGKGSEKMRTNLIRNDKQYFSI >HAA51207.1 lipopolysaccharide heptosyltransferase II [Planctomycetaceae bacterium] >HCK53410.1 lipopolysaccharide heptosyltransferase II [Planctomycetaceae bacterium] MKIAVYLPNWVGDAVMATPALAAIRSHLSEAEVVGVLRPYVADVLDGTGLVDRVIEWDPRGGDHDRSGWRLARRLRHEQFDVAVLLPNSLRSAWMAWLSGARRRVGFSRNGRRVLLTDPVRPGSRNTPHPVLDEYLRLVEPLGCGSTDHRMHLSVSSHDEAGWRAIRAKRSDVLGQRPYICFNPGGAFGAAKHWPSQLFGELARMIVSETELSVVVVCGPSECAEADAIVAAAGVPRVVSLADEAPSLGLTKAVIRHATALVTTDSGPRHFAAPFQVPVVTMFGPTHIAWSETHFDKATHVQLDLDCGPCQQRTCPLGHHRCMTELTPSRVYRELMSLMKQAQAA >XP_001681736.1 arginine N-methyltransferase-like protein [Leishmania major strain Friedlin] >CAG9570527.1 arginine_N-methyltransferase-like_protein [Leishmania major strain Friedlin] >CAJ03105.1 arginine N-methyltransferase-like protein [Leishmania major strain Friedlin] MSSAKEYEEAAAEGTMVKTTANKDYYFDSYSHYGIHMEMLKDYQRTTAYRDAIWRNAYMFKNKVVLDVGCGTGILSMFAARAGARKVIGIDCSNVAVQARRIVQDNGFSDVITIIQGKVEELHLNEKVDIIISEWMGYFLLYESMLNTVLYARDRWGAPDVKILPNRANMYACGITDPQYIEQKFDIWKNVNGLDFSYFKRLSYIEPLIDTVDPEQIITDIVPFFSFDINEVTEAELSFTRTFTLEAKKGDFVHAISVHFDTPFYAGHDPVVLNTSPMVSPTHWRQTVLYIFHPLIMKRGEKANFTMKCVPNPGNPRDLDISLRIDFDGELQACHYDQDFRLR >WP_282575598.1 VIT family protein [Mycobacterium colombiense] >KBZ60735.1 hypothetical protein K875_03682 [Mycobacterium [tuberculosis] TKK-01-0051] MVAPVPSASHPHEPHVGSVSSKLNWLRAGVLGANDGIVSTAGIVVGVAAATAERAPILTAGSAGLVAGAVSMALGEYVSVSTQRDTEKALLRQERRELREDPVAELDELATLYEAKGLTPATARTVAEELTDHNPLLAHAEVELGINPEELTNPWQAASSSALSFAVGALLPLVAILVPPATWRVPVTVVAVLIALVITGAVSAGLGGARRGRAVLRNAIGGSLALAVTYLIGHLVGAALG >WP_252418399.1 alpha/beta fold hydrolase [Micromonospora sp. RHAY321] >MCO1597803.1 alpha/beta fold hydrolase [Micromonospora sp. RHAY321] MLLRKTALVLSLATAALLASTATATAAPAAPEPTPVAVAAAANPVIVVGGLSGVAVAYEPIAARLRADGYRTFIYQLPGLGLGDIPTSARAFATYVGQVRASTGAATVDVVAHSEGGLVARYYLKRLGGTATVGRYVSLGSPQYGTYVANIVAFLGLGSCAGIVACQQMTIGSAFLADLNAGDDTPGTVRYTTIRTLQDELVRPTGNAAVNDGATNVLIQAYCPLRVVGHLGLVLDGTSYTIVRGALVDGPVRPNCLAL >UYE59123.1 nucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2] >UYE61960.1 nucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2] MSDNGPQNQRNALRITFGGPSDSTGSNQNGGARSKQRRPQGLPNNTASWFTALTQHGKEDLKFPRGQGVPINTNSSPDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKDHIGTRNPANNAAIVLQLPQGTTLPKGFYAEGSRGGSQASSRSSSRSRNSSRNSTPGSSKRTSPARMAGNGGDAALALLLLDRLNQLESKMSGKGQQQQGQTVTKKSAAEASKKPRQKRTATKAYNVTQAFGRRGPEQTQGNFGDQELIRQGTDYKHWPQIAQFAPSASAFFGMSRIGMEVTPSGTWLTYTGAIKLDDKDPNFKDQVILLNKHIDAYKTFPPTEPKKDKKKKADETQALPQRQKKQQTVTLLPAADLDDFSKQLQQSMSSADSTQA >MCO5330244.1 LysM peptidoglycan-binding domain-containing protein [Ilumatobacteraceae bacterium] MSAGLLLGVTTIVAAPAAAAPAAPASAQYYTVQSGDYLMGIAAKLDVRLSDLLAANNLTVTSLIYPGMQLVVPGAAAATPSAPVTQYYTVARGDYLTGIAVKLSVKLSALLEANGLTIQSVILPGQRLVVPAGGSLPSAPSSSSSSSGSGASPAAVSTAAQPLQYTVVAGDYLSGISLKLKVKLADLLTLNRLTTTSLIYPGMHLQVPPGGVLPAAPASSSGGSTAGGSSGSVSSDGLIYVVRSGDSLSRIAGITKVSLHDLLEVNHLTVSSLILPGQRLAIPAGGVLPSPSSSAASSASGALSAKVATVLDFAMAQQGKPYAFNTAGPDTFDCSGLTLAAFAKIGINLPHYSGYQVRYGTAVDWGTQDIRPGDLVFLESYPGSGVINHVGIAVSATEYIHAPRTGDVVRVGSIPFYRVVAVRRLVQD >KAI7478392.1 ATP synthase subunit delta [Hortaea werneckii] MNSLRVARSALRARPTAFRAALQQRGYADVASDKIRLSLALPHQAIYKSQDVVQVNIPAESGEMGVLASHVPSIEQLKPGLVEIIEEAGGSKQFFLSGGFATVQPDSQLSINAVEGFPLEDFSAEAVRNQIQEAQKVASGSGSEQDIAEAKIELEVLESLQASLK >WP_065888604.1 MULTISPECIES: copper homeostasis protein CutC [Klebsiella] >KAA0481749.1 copper homeostasis protein CutC [Klebsiella pneumoniae] >MBD0796850.1 copper homeostasis protein CutC [Klebsiella sp. K4] >MBL1549335.1 copper homeostasis protein CutC [Klebsiella pneumoniae] >MBL1575440.1 copper homeostasis protein CutC [Klebsiella pneumoniae] >MBL1801844.1 copper homeostasis protein CutC [Klebsiella pneumoniae] MAVLEVCCYSMACAREAERCGADRIELCAAPQEGGLTPSYGVLVSAREAITLPVHPIVRPRGGDFCYTEEEFAAMLNDIRMVRDLGFPGLVTGVLDADGQVDIPRMKKIMAAAGPLAVTFHRAFDLCADPRQAWKTLGTLGVKRILTSGQQSSAEKGISLITELIAAGDTPIIMAGAGVRAANLPLFLQAGVKEVHSSAGHWLPSEMRFRHPGVSMSADPDADEYRRYAVNGAAVAEMKRVISAWRS >WP_277412281.1 class I SAM-dependent methyltransferase [Streptomyces nigrescens] >WAU07161.1 class I SAM-dependent methyltransferase [Streptomyces nigrescens] MRDPSLRRSYTLFRAFLRERTDPGHCYRLLARDAADQLERYAPLRDAVVADVGGGSGYFTAEFRRRGALGWLFEPDMAELTAHGPPPEGAVVADGYLLPLADGAVDICFSSNVLEHVADPQTFLSEMIRVTRPGGLIYVAFTNWFSPWGGHETAPWHYLGAERARARYRRRTGRAAKHTLGVNLFAVHIGRTLRQVRARDDIGLVTARSRYAPFLAEAIPRLPGVREVATWNLLLILRRLP >MBR6382124.1 QueT transporter family protein [Lachnospiraceae bacterium] MKKNTLFLVHAAAIAALYTVLTLLANAFGLANYAIQVRFSEALTVLPWFTPAAIPGLFAGCLLSNLLTGALPQDVIFGSLATLLGAVGTWLLGKAAAKIPAEKRMPWKFLAPVPPIVANILIIPPILAFVYRFEGTIPYFMLTVGLGEIISCGILGMILFFSLEKRPGIISPDRDMHK >EER9391136.1 glycosyl transferase [Escherichia coli] >EEV2150287.1 glycosyl transferase [Escherichia coli] >EEZ8987176.1 glycosyl transferase [Escherichia coli] >EFK0498953.1 glycosyl transferase [Escherichia coli] >EJE85064.1 hypothetical protein ECO9455_19593 [Escherichia coli O111:H11 str. CVM9455] MIHPGSFLDKTINNTRGKNVNANIKHSQIQEIKRNFTYKKNDDISSRFKFYSSLVKQKNSTEDVVLIGKMISDEVRNYSTIHNDRNIIINSGNWKTSFLCNLARLLYSMFNGSVYFPSRDDENSSSPSPTLPTIHQSERKELSQQKSINHLKKSDTIDEYIKIRKTRGIEDQITTTSQSLIINELLNGVNRNTIPFQKISELNDIIHSYENMQTKNSRKGIEILVKQGELLSSLINYDKENKQLSDNISKIINLLGIEYQSHKVDIEPFIHAVWVAGAPPENTSSYITAF >WP_086711488.1 aminopeptidase N [Vibrio gigantis] >KAA8667018.1 aminopeptidase N [Vibrio gigantis] MAHTPQAKYRKDYQSPSHTISEIDLTFDLYDSASIVTAVSSVKQEKDSSTLVLDGEGLKLVSVLVEGNEWTKFEQSETQLTLTDLPKEFTLTIVTEVNPEGNSALEGLYKSGGAFCTQCEAEGFRRITYYMDRPDVLAKFTTTVIADKAENPFLLSNGNRVAEGEAENGRHWVKWQDPHPKPAYLFALVAGDFDVLRDAYTTQSGRKVDLEIFVDKGNLDRANHAMVSLINSMKWDEERFNLEYDLDIYMIVAVDFFNMGAMENKGLNVFNSKFVLANDQTATDTDYLGIEAVIGHEYFHNWTGNRVTCRDWFQLSLKEGLTVFRDQEFSSDLGSRAVNRINNVRIIRGPQFAEDASPMSHPIRPEKVIEMNNFYTLTVYEKGSEVIRMIHTLLGEDGFQKGMKLYFERHDGTAATCEDFVAAMEDASGVDLSQFRLWYSQSGTPTLSVESHYDADKKQYTLTTRQVTAPTHEQTEKQALHIPLDIELYSASGDVIELQCNGKPVHNVLDVKEAEQTFVFENVSEQPIPSLLREFSAPVKLEYNYSDEELIFLMVNARNEFSRWDAGQMLLAKYIRSNVEKVQQGEAFALSDSVVDAFRGVLLSDSLEPAFIAEMLSLPSHNEVSGWYDRVDIDAVASVLNSMKVTLATELEDELAAVYHSNALAEYTIDHDSIGKRTLRKVCLSYLAHTEQGNELVVAMYQQANNMTDTMAAMGAANSAQLACRETLMADYSDKWKHDGLVMDKWFALQGTNPSSNALEVIKESMSHQAFSLKNPNRTRNLVGSFLNMNPVQFHEKSGQGYAFAGEILRELNSSNPQVASRLIDPLLKFRKYDDERQALIKQELETLKGMDNLAKDLFEKVTKALEA >WP_064962354.1 ABC transporter substrate-binding protein [Paenibacillus polymyxa] >OAZ49210.1 ABC transporter substrate-binding protein [Paenibacillus polymyxa] MRFFRLKSALTLLILTAMVVAAGCSNNTAAEKPSNGNDGAAAASPIKLTWWHSMSGNGEKAIKQIAADFNASHKDIQVEPVYQGKYDDSLNKLKASLGSNSGPDIIQVYEIGSKFMIDSKMITPVQQFIDADKFDLSQLEPNITRYYTIDGKLNAMPFNTSNPILYYNKDDFKAAGLDPANPPKTYDEFEKAAKALSKDGKSGASIAIYGWFMEQLFANQNADYVNNGNGREQAATESLLNSDAGVKTLTWWKKMIDEKVVSNLGRNSDDTAKAFSAGQIAMTLDSTASLRNIVEQVGDKFEVGTGFLPRANEAKEGGVVVGGASLYIMNNKPEAQQKAAWEFIKFVASPAVQAQWSVNTGYFPITKAAYDEKVLKDNMVKYPQFQTAVDQLHASAQSTATQGAVMGVFPEARQIVEGAIEAVLSGQQQPKQALDQAAQEITGKIAQYNQTVKN >MAD47294.1 hypothetical protein [Oceanospirillaceae bacterium] >MBT11446.1 hypothetical protein [Oceanospirillaceae bacterium] MIRRLSLLLLPLLALALLSQSLLAAGLPDMSALEDEDDTFLPVAEAFRPQVSPAADGYDVHFTIAPHYYLYKDRLTLTGEGADSAALTLTQPSETKLDKNFGEVQVFHNALDVHVSNPSGAALTLSFQGCSEQGLCYPPQPLTLSEDTSPVQSNSTDDSNLADKSLWWVILSFLGLGIGLSLTPCVFPMIPILSSIIAGQKATQLSAGKGFALALSYVVGMACSYALIGVLVAAFGAKVNLAAFTQTPIVISLAALLFVVLSLSMFGLFELQLPSFLRNRLNDFSSRQQGGRLLSTFLMGFFAALVVSPCVSAPLAGALMYLSTTGDVVTGGAALFALGMGMGVPLLIIGLSGGRLLPKAGNWMLIIKGAFGVGLLAVAIGLLSRLLPPPAILALSGMLALGCAVYLGLLEAPQTAKQRFARSLALISTVTGVLWLAGAAQGNGSLLYPLRSGTLEVLPREPAAEVQHVESVTQLEAMIAAAGQPVLVDIYADWCTSCREMDELLEARTMQPALSGYTLIRFDITRSSRAQLDLLASWQVFGPPALQRFNSNGQRHGPALQGLPQESELKQWLQTSE >NRJ54907.1 PTS mannose/fructose/sorbose transporter subunit IIC [Salmonella enterica subsp. enterica serovar Typhi] MEITTLQIVLVFIVACIAGMESVLDEFQFHRPLIACTLIGAVLGDMKTGIIIGGTLEMIALGWMNXGAAVAPDAALASIISTVLVIAGHQSIGAGIALAIPLAAAGQVLTIIVRTITVAFQHAADKAAENGNLTALSWLHVSSLFLQAMRIAIPAVIVAISVGTSEVQGMLNAIPEVVTGGLNIAGGMIVVVGYAMVINMMRAGYLMPFFYLGFVTAAFTNFNLVALGVIGAVMAILYIQLSPKYNRVAGAPAAAAGNNDLDNELD >WP_062336768.1 helix-turn-helix domain-containing protein [Herbidospora sakaeratensis] MAHARRGENRGPGAAAENRAALIAAAREVFAADGYRAPLASITKAARVGQGSLYRHFPDRVSLALAVFADNMTELEALAARPGVTLDEVLALITRHTIASTAFVDMVADADVDERAVAIRDRVTELLEAPLARAQADGLVRAEVGAGDLMLAIEMLAGALRHTPADDRVRAADRAWRLMRDGFATT >KAF9035758.1 hypothetical protein BJ165DRAFT_1561251 [Panaeolus papilionaceus] MAELDTIIVDVYFNFGSIIVGPEVLGTEVDYSLRRASLYTCITTSTVQMRFANGNHRPPGDGNITIKSLTAKESRCYHPRLRGGIQIFVTMLASSSPRWHADFPQGATILVSVVNAPSGCRYLVFRGGMQLFMRKLPSLFTSSYENLPFILLSPQSKLSLHRHLRLYFCTVAEHMLTRQGDKDSYLCISVWSNRLRPRIPGDNLTNYSPSYCSAYRLVELVLEQYILSIFYLQAFTKPKEQSSNEVILKQYGEVRLPQPTLVTFIHICSHLVQRVHVHSHSISPLLFVQGFRIRTKMYGYTVHGVIGAALALISTSAVLYSLHKLFLQQDVIQTQQERLLKQQESLLKQQETQQVDNGARITALRDELGDVGVTGQETGETLRAMGAVVEELKEMARVEAQSNKPQSDAPGRSTPSFLPQPHHGF >MSW56406.1 hypothetical protein [Actinomycetia bacterium] MSRDGAKPKSKSKAKSKKSDASEKAPKVRDSQGTQVSVTFLGGLGEIGRNCACIEVEGKILLLDCGLM >MCC6537716.1 hypothetical protein [Bryobacterales bacterium] MAMKWAAAMILMASAAGLGAQSGPGVSAPGVTPVWELRKQLDALVAQTRRLAPLLEQVKPQEWGIEGYRQQHEETRAQVEYLARSAGALAQDPEKMTLALDAFLRLESLEQLLDSLSQGTRRYQNPALADLMQAAISDNAVHRSKLRGYLVELVATKQDELRAASEEAQSCRAAALAPPPPPAPSARRSSTASPPAVSAA >WP_277778661.1 hypothetical protein [Stenotrophomonas maltophilia] MQRLPLYRVVVFVPSAALDAVKQGILAVDALAAGDYEHGMWWSAPGFEQFRPRVGASPVQGEAGRTEVVDSVRLEFCLPRDPQRLQRIFEQGIVPHHPWQVPVVQVEEIELLLAR >WP_262615610.1 AraC family transcriptional regulator [Staphylococcus arlettae] >UXU53114.1 AraC family transcriptional regulator [Staphylococcus arlettae] MILKDLNNSIDYIDENLTKNLSLSDIAHFVDIPEQHYRNLFIFLTGIGLSEYIKKRKLYFANKDLLDKKSVTDVAIKYGYSIDGFTKSFKEWSGYLPSQIYEDQVLISYPKLSFAINVKGGINMKTRIEELPEVNIVGFKKRVSMQFEGVNNEIEELANSITSDQNKQMHYLQNIGPNEFINVSYNVDEDFTKEEGFLTHMIGVLTTENNISNQFDVINIDESKWVVFENEGEFPKVLQDTYAKIFSEWLPKTEYNLADIPMFSFSKFNDSNRETAYSEIWIAVNH >WP_135771669.1 sterol desaturase family protein [Leptospira bouyouniensis] >TGL03211.1 sterol desaturase family protein [Leptospira bouyouniensis] MFENFKAPQIVTFAIPVFFLLIGIEVYIGYRKNKDLYRLNDSIADLSTGIISQIWGLFQKGVGLYAYFYIYEHFRFFEFAMTNPWAWVLCIFGQDFCYYWSHRLAHEVNFLWAGHVIHHHSEEYNLVVALRQTGLGGLVSWIFYVPLALVGFHPWMYLASGQINLIYQFWVHTKAVGKIGKIGEFILSTPSHHRVHHAINPIYIDKNHGGIFIIFDRMFGTFREETEPCVYGTVKPLRSFNPVYANFHYYWELLKQSFQAEYFLDKILVFFKPPGWIPRQGQKAAGFLPIPEVSPTTFQKYDPKPASEVKTYTTTWFVLVLLLSFAFLLFVPKFSLVSQILVTIWVTLSLVSINALIENKSWAGAMEISRLLFGFLVLGYFDMGWAYYAIGIVCLVVAGIYLYRTGQQKTQAVS >CDX53829.1 Binding-protein-dependent transport systems inner membrane component [Mesorhizobium plurifarium] MSAIRLSAPAAILRHGVLILTSAFILVPFVWMVSLSLKSPGEIFRATFSVLPAQFYGIDNYTKAITSVPLPRYMGNGLLVCALILAAQILVCAPAAYALAKLKFWGRDFIFAMVLIGLLLPHQVLSLPLFILCYKLDILNRYLALVIPYVVSPFGIFLFRQFFKKVPNDIVHAARLDGLSELAIVWKIMVPMALPAVIAFSIFSVVAHWNDLFWPLIAVRDGNLMPAPLGIMAFKNEEAGNDYGPLMAASTLVVAPLLIAFLAAQKWFVEGLTGGSVK >TXH71851.1 hypothetical protein E6Q88_07435, partial [Xanthomonadaceae bacterium] TYNVNLSSEALNGTWNLRVADQAAGDVGYINSWSITF >XP_055095726.1 ATP-dependent RNA helicase DDX51 isoform X1 [Symphalangus syndactylus] MALFYVARYPGPDAAAATGPEGAEAGTHGRARALLERLQSRARERQQQREPAPTEAAAPIEPATRRRRRPRRRRRVNDAEPGSPEARQGKRRKADGRDAGAESDEEAPGEPSAGSSEEAPGERSASAEAAPDGRTLEEAAGPLVPGLVLGGFGRKKAPKVQPFLPRWLAEPSCVRKNVTEDLVPIEDIPEVHPDLQKQLRAHGISSYFPVQAAVIPALLESAACGFLVGRGGYRPSDLCVSAPTGSGKTLAFVIPVVQALLSRVVCHIRALVVLPTKELAQQVSKVFNIYTDATPLRVSLVTGQKSLAKEQESLVQKTADGYRCLADIVVATPGRLVDHIDQTPGFSLQQLRFLSRAPCLLQVIDEADRMIDSMHQSWLPRVVAAAFQSEDSADPCALFQRRQAQAVTAASTCCPQMPLQKLLFSATLTQNPEKLQQLGLHQPRLFSTGLAHRGLEDTDGDGDSGKYAFPVGLTHHYVPCSLSSKPLVVLHLVLEMGFSRVLCFTNSRENSHRFFLLVQAFGGVDVAEFSSRYGPGQRRMILKQFEQGKIQLLISTDATARGIDVQGVELVVNYDAPQYLRTYVHRVGRTARAGKTGQAFTLLLKVQERRFLRMLTEAGAPELQRHEFSTKLLQPLVPRYEEALSQLEESVKEERKQKAA >WP_209402264.1 DUF547 domain-containing protein [Pseudozobellia sp. WGM2] MKNLILLFTCIFALGNGYSQSVNAYLDKAESFFSTYVKDGKVDYKEIKNDSSELDELLTLAADIRVDKENANEFQAFWINGYNILVIKSIVENYPLKSPVDVKGFFDVKKHKFGGENVTLDEVENKLLRGNFPDEPRFHFVLVCAGLGCPPIINEAYRPTKLDEQLERQTKLAINDPMFIRVNKNKVKVSQIFEWYNDDFTSGQTLVDFINEFRSEELPENTKVSYYPYDWTLNEVK >MBK6277277.1 GspH/FimT family pseudopilin [Gammaproteobacteria bacterium] >MBK8990249.1 GspH/FimT family pseudopilin [Gammaproteobacteria bacterium] MDTRTRMAVTGRAQRGFTLVELMIVVVIAAVLVGIAVPGFRNVILGNSVTSKINELVGALQVAGNEAVTRNSRVTLCPMDADDDEACDADGSFQDGWIVFNELDDKTVDADEEIFAASTGKAEDMSFDPEGLVVDFRADGTAVDGGGATLTVCREIFASQLALEAKDRAAAKKLDACPD >WP_064229784.1 MULTISPECIES: thiol:disulfide interchange protein DsbA/DsbL [Marinobacter] >MBL3823202.1 thiol:disulfide interchange protein DsbA/DsbL [Marinobacter sp. MC3] >MBL3892467.1 thiol:disulfide interchange protein DsbA/DsbL [Marinobacter sp. MW3] >MCD1645979.1 thiol:disulfide interchange protein DsbA/DsbL [Marinobacter adhaerens] >OAN88762.1 disulfide bond formation protein DsbA [Marinobacter sp. EhN04] >OAN91743.1 disulfide bond formation protein DsbA [Marinobacter sp. EhC06] MFRSFRTAFLLLLALSVSGLANAAEWKEGTHYNRLDNPVRTDSDSGVEVAEVFWYGCPHCYNFKPLVEEWAANAPDYVNYVKIPAALGRNWEPHAYAFYALEAMGELDKVHDALFDALAGERRPLNTPEALADFVADYGVDPDEFVSTYKSFGVNARMQKAQSKIRGARITGTPTMLVNGKYTVSASMAGSHEAVLDVVDYLVAKERGEVE >WP_271272236.1 M20 aminoacylase family protein [Aliamphritea hakodatensis] MSLDQNLISRMTEWRQHLHRFPECGFDLPLTADFIADRLTEFGIEVTRNIGQQGIVGVLKCGDGATSIGLRADMDALFIHEENQFEHRSRHDGQMHACGHDGHSAMLLGAACYLAEHRDFNGTVHFIFQPDEEHGRGAQAMIDDGLFERFQIDEVYGLHNMPGLAEGSFTVRPGSLMASESSFEIVIDGVGGHAAMPHRGVDPIVVGSQVILGLQTIVSRNLSAIEETAVVSATEFVTNGTVNVIPSQVVIKGDCRCFTEETLKRIEQSMERIVAGICQAAGASYSFELINTFYPTVNSPEQTQFAIQAARTVLGTEHVETDCLPLTISEDFSSMLRVKPGCYALMGNGVESVGGCALHNPEYDFNDRILGHGAQYWIQLVKDRLK >EGQ64116.1 TraG/TraD family protein, partial [Acidithiobacillus sp. GGI-221] QLEDEGHGYGKAGAKTIIGNCHIRAAYAPNQVETAKWISDMLGTRTVTMENDNQSFDGSLFGQNKGYSTSLSYQSRPLLTADEVMTLRGPEKEGANIKTPGDMLVFAAGFHPIYGQQLLYFKNPEWLDRASMRWPEKSDSIPGARKDYKAILGESGGTLPIPHIEKKPEGQDPVEEVSEAERAALAAAAGDLDAVAGECKPLAGCKPFAECKPLAGRKPTGDGKYDTSERDAERGVIGGLMGDDGDG >WP_271145842.1 LytTR family DNA-binding domain-containing protein [Brevundimonas sp. NIBR10] MRERDGMDGKAKRPGSATARRWAIDLGMLAAIGLLMGFLGPFDSDSAPVVQRYLYWTICLVGCGLIGVAADDLLSRVVSVTWRRVALVSLLITPPGTLLVLATQNVLMGQPFGWAVFLDLLWQVWPIVLAVMAVRALVWRRRPTRIETRTIIAPPLPEAEAVFRRRLSARRRGARLIAIEAHDHYLRVHTDAGEELITLRLADALEELAQAHGWRVHRSWWVAAEAVEAVRWRRGAGEAQLVGGLKVPVSRSHGAVLKQAGWF >WP_176051587.1 DUF475 domain-containing protein [Burkholderia sp. BCC1644] MLKDFKIPLSLTVLALVAAYLLGGVKDMLIVAVLCVLEISLSLDNAVVNASVLKNWSEKWRNRFMVFGLPVAVFGMRLVFPLLIVAVIGHIGLWDALTLAIESPEKYAAVLTSAHHEVSAFGGAFLLMVFFKFMLDTEKDEHWIGFLEGPMRHLGRITALEVALTLAIVIVASFYVPAAEQVSFLLAGAFGVIGFVIAHGVGDLVGGGETGTRVVREGVAGFMYLEVLDSSFSFDGVIGAFALSNNIFLIALGLGVGAAYIREMTLVLLKKGTLAQYRFLEHGAFWAIGALATIMFLGVKFEVPEVVTGLIGAAMIAAAVWSSIVVQRREDRTAVAGE >WP_076519206.1 hypothetical protein [Achromobacter sp. MFA1 R4] >SIT25400.1 hypothetical protein SAMN05428937_3019 [Achromobacter sp. MFA1 R4] MKIPTGNLGNVVAQPGQAINAPAAAFGAAEAQAAVQTGQALTGLGNQIADTQNELNRVKAIRTMAEAKNGLYNLEDELTRGIADGTVPAAEASARWQELAPKQLEQSLKGISGSHRAVVDAQLAETTASLGRRVGDAVVRRNQQDIGGELVALGGQLEREAVRDRAGANAKYEQTVRAMGPQAGMTPAQIEKDVLRFKENSANTVAFELVNGARNNGAALNEVERRLTSDEFNDLDPQRRAVLLNTTAGYKAALEQRAVAAAQRAEINAAKRERQAAGIFAQVQQLTTQGKKIDPGFAADAAEAVRGTPYEPALASALEQAPAGTAFAMQPLSDQREMLDGLLAEGNRVGWTPTRQEFYDKAQKSYEASQREYKEDPLRAAVDRNVLPELAPLDMSGGIAGITQGVQERLQQAQQVEVVAGRPVSPFTSDEAMQVASVFNALPPDQRATSIAALSKAVGTRTMSAIAAQLDSKDRTLALAAALGDQQRPNGGLVSEQVLRGEQAIKDKRIAEADVSRWRSEIAAEVRGVFATPEMENAVIDSAVRVRADADVRREGRSIRSAIETVAGGIVDFNGGKIPLPLGMTESQFERGLVALTPDSFTDQAPDGNVFVAGKAVPVDEFVKGLPNAVLRHAGQGRYTVSSGTGVVLNQAGQPVIVRVSNGTR >KAI9912466.1 hypothetical protein PsorP6_005182 [Peronosclerospora sorghi] MSIGPSRYGPDFHCVTVSRDVFEVRSHYVNLRPVGGGSYGIVCSAEDTLRGHKVAIKKITDVFEDLTDAKRILREMKLLRHLGVHENVINILDVILVPPNVMDFQDIYIVTDLMESDLERIISSSQPLSDAHFQYFLYQILRGMKFVHSGNVLHRDLKPSNLLVNSNCDLSICDFGLARGVETTYTEDLTEYVVTRWYRAPELLTDCPNYNDAVDVWAIGCIFAEMLRRRPFFTGRDPSDQLHMIIRVLGSPTEEEMAFVPHEAAKRAILQHGFYPKRPLMEFFPDANPLAVNLLSQMLKFNPAERISVVQALAHPYLAQLQNPADEPVCAETFNFDFERESLDLGLEMPKNELQRLVFQECMSMHQIEADHLH >WP_165687160.1 MULTISPECIES: AAA family ATPase [Streptomyces] >WDI23163.1 AAA family ATPase [Streptomyces enissocaesilis] MARLLADRPADKLTIGDMARQLGHSHGAVRNAALTLVRRGEADQSGTGQPQFRANAKTAEAAQRAVISPPGTHSPRAQAATARTTYTAAAAPRQTGPIRRAGGQLYHPRELADLPDVEALNRLRDADVPVLLYGPPGTGKTSLVEAAFPDLLTVAGDGDTTVGDLIGEYTQDDAGAYVFQYGPLVTAMTEGRALLIDDATLISPKVLAALYPAMDGRRQIQVKAHKGETIKAEPGFYVVAGHNPGVHGAVLTEALASRFSVQIQIGTDYDLALALRIDARVVRVARHLAQQVELGELGWAPQLRELLSYQKTEAVLGTKAALANLVGIAPVEDRDAVADAVTKAVGIKKIAPLTLGKQLPASAARQPPGSTGSAHRGRPR >WP_064600084.1 conjugal transfer protein TraD [Mangrovibacter phragmitis] >OAT75824.1 plasmid stabilization protein [Mangrovibacter phragmitis] MSDDEIQNTYLTGKAFQGDRSRAEIKKTLEQKIAGAQNKLNYLKAKEKRDSKKENTRQKIILGAEVAKVLNCDISEVDKQLLFGLLLEVPSLHTHDIERYKVNGQIYIEKVLKKFRP >MBE6702431.1 metal-dependent transcriptional regulator [Oscillospiraceae bacterium] MSIHESGENYLEQIFILSRQKEKVRAVDLCAALGFSRPTVSVMLRELRADGFVTVAPNGGLALTEKGEAVAKRMYERHCIIAEVLMSLGVSHDVALEDACKIEHDISDETFARICEYLKKN >MCR4890737.1 hypothetical protein [Lachnospiraceae bacterium] MKINNNITAYITNNSLLKSEKMFANSTAKLSSGFKINKAGDDPTGYAISNRMRAQLEALDRSDVNSTTGRSVLETADASLSEVTDMVQRLNELSIKAANGSLSSNDRQTIQDEVDSLRDEIVRISKETQLNDQNLFDGTLENTGYCETNKEIRVDGYNEKTKAGTYENVSIDEQTSGDKLTVTVSGFPEGETTTMEFDYPQYYDEDKIDTDGKSLAVTTGLYVDGSNKGSVKICADGSQLITINGNEGQSLTLNISAKLGKKDSTEVTKDGVTYVMDQYQISTSSETLTLTGKGTLSIQSGANEEEKIECSLPKISLERLNLDDMDVTTEKGATKAISKVKDALTYLNAAHSKIGAYQNRVEHNIAYLEASNENLTAAMSRIKDTDMASEMTNYASQQVLTQAATSMLAQANQAPQQVLQLLQ >WP_046778966.1 MULTISPECIES: 2-phospho-L-lactate transferase [Streptomyces] >MBZ9596177.1 2-phospho-L-lactate transferase [Streptomyces erythrochromogenes] >UUY48127.1 2-phospho-L-lactate transferase [Streptomyces yangpuensis] MRIVVLAGGIGGARFLSGLKSAVPDADITVIGNTGDDIHLFGLKVCPDLDTVMYTLGGGIDEDQGWGRADESFTVKEELAAYGVGPTWFGLGDRDFATHIVRTQMLGAGYPLSAVTEALCDRWQPGVRLLPMSDDRVETHVAITEAGTGERRVIHFQEYWVRLRASVDAEAVVPVGAEQAKPAPGVLEAIAAADVIVLPPSNPVVSVGTILAVPGIRDAVAAADAPVVGLSPIVGGAPVRGMADKVLAAVGVESTAAAVALHYGTELLDGWLVDTSDADAVAEVEAAGITCRAVPLMMTDLEATAEMARAALELAEASR >WP_255401854.1 DNA-binding transcriptional activator AppY [Escherichia coli] >EFN4399469.1 AraC family transcriptional regulator [Escherichia coli] >EIM5925671.1 DNA-binding transcriptional activator AppY [Escherichia coli] >MCQ1733809.1 DNA-binding transcriptional activator AppY [Escherichia coli] MDYVCSVVFICQSFDLIINRRVISFKKNSLFIVSDKIRRELPVCPSKLRIVDIDKKTCLSFFIDVNNELLGKFTLDKNGYIAEEEPPLSLVFSLFEGIKIADSHSLWLKERLCISLLAMFKKRESVNSFILTNINTFTCKITGIISFNIERQWHLKDIAELIYTSESLIKKRLRDEGTSFTEILRDTRMRYAKKLITSNSYSINVVAQKCGYNSTSYFICAFKDYYGVTPSHYFEKIIGVTDGINKTID >WP_226831475.1 hypothetical protein [Acidithiobacillus thiooxidans] MARAIPANPRRILLIKSHSAGIGDILRSSAAWAVLKNRWPDVELHLLFLTR >MBP7746105.1 DUF3459 domain-containing protein [Phycisphaerae bacterium] MTRFKLTARSILPVGCCALLLAGAFCACAARAGDDWPPAPALTIARDVDPGALPASVTTTSLESGRWRCRFDFKPDTPVKSVTLAGTFNNWNPTAMPMSGPDADGRWSTTLDLGAGVHLYKFVLDGDRWLPDPQNADRVSDGRSGENTILRLGRIAQLKQSPARTGDGQVDALAFEHQPDRPMYFQRLADQTVLVRLRTLTHDVEHVWVVPVGGDRAEMDAISTEEPFTLWEARVAAPPAAKDGAEPEIRYVFVVADGTLRASSPETYGVPVSKADIFQTPQWAQHVIWYQIMVDRFRNGDPTNDREPVRPWTSEWFTKSPWEGQDGQTFYKHFVFDRQYGGDIDGLEEKLPYLRDLGVNAIYLLPIFKAESSHKYNATNYLHVDDHFGTKGDYDAVAAQEDLTDPSTWKWTASDKRFLKFLKTAHAQGFRVIIDGVFNHVGTAHPAFQDVVKNGKKSKYADWFSILSWKPFKHEGWAGFSELPVFRKSPDGLACEAVKQHIFAVTRRWMDPDGDGNPSDGIDGWRLDVPNEIAPPFWVEWRKLVKSINPDAYISGEIWDRADQWLDGRHFDAVMNYEFARPATAWVFNRKHKITPSEIDRRLRELRVAYPLAATLVLQNLLDSHDTDRVASMALNPDRPYNEGNRPQLEGVKYNNNKPSATEYARARLTALLQMTYIGAPMIWYGDEVGMWGAADPTGRKPMLWEDLQPYEKPEENFVMQDHLAFYKAIIALRNAHPALQTGTFQTLATDDEADAWAFLRKDDNEQLVVVLNASDVERQVIVPLPLSAPNPWRFVFGAEGDLTATEHRLTVRVPPIAGVVLHAATPK >NCS37471.1 CBS domain-containing protein [Microcystis aeruginosa BS13-10] MGLFARHQNLRQWFKSQHFGRSATDSRYALLVACLIGILSALAAIILKLGIGWLGGWRVHLVANSSPFLVLPLGGFLLGYSAGWIVEHFSPAAAGGGIPQVKAALAKYPLPLSWRVALVKMIGAILILGGGLTLGRRAPTVHIGAALAAQLSVWLPTSPDHRRQMIAAGAAAGLAAGFTTPIAGVLFVIEELMRDVSSMTLETAIVASFTGAVVSMMLQNTPSMITEYANISFSAQEIPIYCLLGVLAGLLGALFNQGILFCSQMQRRWRLSLAWRIGLVSWLSGTVVAFLPDFFRDNTGLREFLLAGELSWQNTALAFVVYFFLTMISYSSGAPGGLLAPALVLGSCLGFLVGGIETKMMGFGSEASYTLAGMGAFFTGVVRVPVTAIVIVFELHRNFNVVLPLMLTCAVSYITAESIHPGSLYQHLLSASGIILNEETPSNDVLAHLSAMDVMQSQVEILPADLPLGEVVKIMSRSHHRGFPVVEQGRLLGIFTQSDLDKWRSKNSQTVLREIMTPNPITVAPQAALSDVLFLLNRYQLSRLPVTDGQKLVGIITRTDIIRVEADQLGGVCQLPQRSTPSYVVYQTRSPAVGIGRILLPIANPDTATALFKIAAAIARERNYEIDCLYVITVPRLSSPAEVKVDTREGRKLLHRLERLARQQNISVHTQISVAQDIADGILATIRERHSNLLIMGWTGEKSTTGAIFGFLVDTLIAEAPCETILVKLGTKDCFPNDLNRERMWLIPTAGGPNAQRALALLPSLLSLSESSDHPKLWLCKIYSPTELLPALSTMFVLQASLQKAIAQPIVPLPICSASPAEAVIHLVESEDCSLVLLGASRESLLNQFLNGNIPSTIARAVNCTVILVRGELSD >XP_047790709.1 uncharacterized protein F4812DRAFT_365283 [Daldinia caldariorum] >KAI1468394.1 hypothetical protein F4812DRAFT_365283 [Daldinia caldariorum] MCQLERWLCCVCEDAYVAINFFCNDVPPGAPACPASTRCERHIASRYCYFCANVDHRGSPLLSRTPEFLESLASLEGMIRVSARTDRDDVALSVFSSWLMGFHGPTTIHPFDSQHPALTSQSTRDHFTRYLSPPQIVPSFHVTSSERFPINATSHQPANLVDMTNQPYLQFPTQIPSPFPVNDQFRGRANRRIRHRQNRKARRDVQSDQEVSSSPWSISSRLSSEGVLHSSWGQGNDVTPSDAMQDADEQNEGLFPIPSTLDGPIVVRIPKVEPDDVNHPVIVFGSMTFSLPSNIGSDENEQEKKTVSDQYPEPKKPATDDSLPQAITTTHPQRPSVGQIEGQEEQNDRNSTSEESKDSPPKKNKKSRKQRLKEAKKRRQEEKQLPRLEQGAKLKPLSEESQPKSKPKPEPEPKPEPKPESKPESKSKPNSKPKRKSRQQLQFQPMPKSELAPVPAPKLEQKSEQMPVHHQIRVPTLSYRDALSSSTGSKALPNTSS >WP_250427403.1 cytochrome c oxidase subunit II [Pontibacter ruber] MITFAIVLSVILLLVILFLLFRIGTLASIFRGSTKRAIGTTKTSNRVNGTLLLLFLIGGGAAFFWSFADSWDTMNQPLASVHGEWTDSLFWTTMIIIGIVFVITQVLLFFYSYKYQHKDDKRAYYYPHNNKLEIVWTMIPAVVMALLVFAGWKTWTKITSEAPEDAVVVEVMGKQFNWMVRYPGPDGKLGTANYKLIDATNEFGVDFSDKNSMDDFMPREIHVPKGKPVLLKIRSRDVIHSVFLPHFRLKMDAVPGMPTKFWFVPTKTTAEMQNETGNPDFKYELACTEICGRGHFAMRFILVVDEPEDYEAWLATQKPFIQENPDLLAKFSTDSQKQLVVEKKEEKAEEVKTEL >SCX00186.1 preprotein translocase subunit SecF [Ruminococcaceae bacterium P7] MKNDVNTKAEVQMTNQEISEKFNGGRKVIDFVGKKKIFFIISLAIIGIGIICNFIFGTTLDIQFSGGATLTFSYTEDADHPVDQGELYDFIQAKTTDRITTSFSTDLMGNTGNNVSVQFSGNDSIETDIQKNLESDLKAQYPDNNFTTLEANSFDPSMGFSFLLKCLAAVALASVLMVIYVTIRFKKIGGLSAGMMALVALFHDVAMIYFMYVIFRMPIDSNFIAVVLMILGYSLNDTIVIYDRVREQRKLMGRKTDVGTVFNVSASKTLKRTIMTSVTTFTAILIVYILAYVFNIASVKGFALPMMIGVVSGCYSSICIAGPLWVMWQKRKAAKKASK >MCI8393530.1 tetratricopeptide repeat protein [Clostridia bacterium] >MCI9275070.1 tetratricopeptide repeat protein [Clostridia bacterium] MILPGNSKKKKDLWLMLVDKYPDNAFAHRMLAEIYEKEGGMRKAIDEYVKAVDLNKKDYNSYYKISFLLNELGKKEDATVMLNNLLSKKPDYIDASILLGDIYCSQEMYKEALNVYTMGLKHSPNSYDLYYNMGMVYTMLNDFQSAKICYEKAATINSLAYHAYYALGQINLIEMDLDEAEKYFNKCLEDKEQEPDAYYKLGKIYMLRGDHDNAVNFVNLAIELDKNYIKIANQEPIFIPVKSRFQMPIIDEEDIKPRKTSHTKKEKKAMEHLDKTYGVVGNMNLHKLKPGKIKDRERER >GHT88678.1 hypothetical protein AGMMS49543_27170 [Betaproteobacteria bacterium] MFLSPDAALAVDRTWTGGGSDGKWVTDANWGGTAPTPGDRAIINTGDSVTIGSGDTGNIGTESFIINGGSTLSITSGGTFTSGLSRLGDSAGTGTVTVDGTWTSGSLFIGDYNGIGVLNIRNGGTVNSSGGSVDTYIGYDHGNSTVTVDGAGSSWNLGATTLRFGDDNNSGTGVLNITNGGKVSTTSTIVGSNYHNNTINIGAAGEAAGILNAPGINGNSSGTTALNFNHTGTSGSKYYFTNTGLSGGAGVNLSGNINLTNTAGYTVLTGADTRTSGTTTISAGTLALSGNASIASPSGVTLSGGTGATFDISAISGASTTIKGLNGSDSNVLLGSKNLTIENDTDNTYGGTISGSGSLTQAGSGTLFLSNTNTYTDATTISAGGTLALVSNGAIAQSSGVVIGASGTFDISGTLATIKGLSGGGTVALGSQTLTVTQSTSSIFAGSITDGGSGGGLTKGGDGTLTLSGTNTYTGATTINGGTLNLTGTLTSAVNVADIAGATFALRGGVTGNVTLGGSNSTLNAYQGSAITGDLDASNGGKLNFYLPNGIPANSTLLTVDGDADISNSAVNLYLDGGTSSALGFSTVGNTLNLISVGTMNTLTANNLTTGIHAFAGVAFSYGFSFQPTTGTDGKLVARLDSVTSTTPVTPPPVTPPPVTPPVTPPVTPPVTPPVTPPVTPPPVVPPVVPPPVTPPVVPPPSGIQLNAQTKALAEAFLSGTAYLNQAQDFAVTQGIDAALLASGTAEGTGPRLQGFAAIGYGKMRHNTGSHIDVDGYTLLAGLAGTQDTNIGDLTAAAFIEHGKGDYTSHNSFTNAASVRGSGDTEYTGAGILAHLALNPTTTAQPYLDASLRSGQVKTDFGGHFINGATLHSAYNAKSTYLSAHVGAGYVLKLSEQSKLDVYGQYLWSHQDGDTVKLTTGETVKFKDVDSQRTRLGTKLHYALTPKTTAWLGAAWEHEYDGKAKASIYGYKLDAPTLKGDTALLELGLTLAPATKGWSLDFGVQAYTGKREGVAGNVKAGYRF >MCP4788584.1 sulfatase-like hydrolase/transferase [Fuerstiella sp.] >MCP4858139.1 sulfatase-like hydrolase/transferase [Fuerstiella sp.] MHSLFVRTIASISLLIPGTTFPAAAERPNIILVMTDDQGWGQMGYYGHPDLKTPHLDAMAKNGLRFDRFYAGASNCSPTRATVMTGRTNDRTGVQDHGFPLRRQEKTVAHALGSVGYTTAHFGKWHLNGLRGPGVPILKGDTHSPGAFGFNHWLSVTNFFDRDPILSRMGKFESHRGDSSEIVIAEALKFLRANRTTTNPLFVVIWYGSPHSPMIGSEADRKAFVDLKVNQQNHLAELVAMDRSVGALRAGLRELEIADNTLLWFNSDNGGLKGYGEATVGGLRGFKNQMYEGGLRVPGIIEWPAVIKEPRVTKYPAGTVDIFPTLAEIANVPDQAMLQPQDGTSLRTLFQRELGARKKPLMFRHRGRGVIVDNQYKLLTVDGKYELYDLETDHDESEDLFDRNPEIANRLKASYLAWNKTVDASVAGHDYPGKKVDPNQPARRFWKDDSAYTPHLELFLPSGDSKKPSKP >MCA9900904.1 hypothetical protein [Anaerolineales bacterium] >MCB8940463.1 hypothetical protein [Ardenticatenaceae bacterium] >MCB8973479.1 hypothetical protein [Ardenticatenaceae bacterium] MNTVNEKERKDKFISYPTDTLLGIIDQVDDALKALQALVAAGFADEIQAFHGEEGAYRIDASGAKHGLLAQLRRLHQKTTVERDHAEQYELAVEQGHCVIAVHTSDAERREQARQALKENKGHFINFYGRFGIRQLDR >AEJ33395.1 envelope glycoprotein [Simian immunodeficiency virus] MGCLGNQLLIAILLLSVYGIYCTQYVTVFYGVPAWRNATIPLFCATKNRDTWGTTQCLPDNGDYSELALNVTESFDAWENTVTEQAIEDVWQLFETSIKPCVKLSPLCITMRCNKSETDKWGLTKSSTITTTAPTTPNTTSTKSIDMVNETSSCIVHDNCTGLEQEQMIGCKFNMTGLKRDKTKEYNETWYSTDLVCEQGNSTDNESRCYMNHCNTSIIQESCDKHYWDTIRFRYCAPPGYALLRCNDTNYSGFMPKCSKVVVSSCTRMMETQTSTWFGFNGTRAENRTYIYWHGRDNRTIISLNKYYNLTMKCRRPGNKTVLPVTIMSGLVFHSQPVNERPNQAWCWFGGNWKDAIKEVKQTIVKHPRYTGINNTDKINLTAPRGGDPEVTFMWTNCRGEFLYCKMNWFLNWVEDRDVTTQRPKERHRRNYVPCHIRQIINTWHKVGKNVYLPPREGDLTCNSTVTSLIANIDWTDGNQTNITMSAEVAELYRLELGDYKLVEITPIGLAPTDVKRYTTGGTSRNKRGVFVLGFLGFLATAGSAMGAASLTLTAQSRTLLAGIVQQQQQLLDVVKRQQELLRLTVWGTKNLQTRVTAIEKYLKDQAQLNAWGCAFRQVCHTTVPWPNASLTPNWNNDTWQEWERKVDFLEENITALLEEAQIQQEKNMYELQKLNSWDVFGNWFDLASWIKYIQYGVYIVVGVILLRIVIYIVQMLAKLRQGYRPVFSSPPSYFQQTHIQQDPALPTREGKEGDGGKSGGNSSWPWQIEYIHFLIRQLIRLLTWLFSNCRTLLSRAYQILQPILQRLSAVLRRIQEVLRTELTYLQYGWSYFQEAAQAGWRSATETLAGAWGDLWETLRRGGRWILAIPRRIRQGLELTLL >WP_093172109.1 hypothetical protein [Sinosporangium album] >SDH66796.1 hypothetical protein SAMN05421505_1208 [Sinosporangium album] MSSYIEAIFDQADIPENLDQTEAEVEATVYRATATRTGKYWTATVHDLPDGQVVRAQGSTWKEARNNALECVLELLGPTSGTVGVHLSPADPKLDKALKAVGAARTARAYAEQAERDAVRTAAHHLIGNGWSTRDAGSALGLSHQRISQIINQSTD >NCB77646.1 radical SAM protein [Negativicutes bacterium] MLTALYAAPDGEIFDAPGQAAVARHGVLQRLLREDEVMPLPEGAELCLLPGRRAVTMNEAGQVERLGPGLLAVAAILPMGYTRTLVPAFEREENAPLLPLFGYAAVALKGDALVVAAVPGDDNEKWHPYRYNTKDLRKKVKAVTAALPQNRIVKQLGDCSLKWHCCTAQNLFYRRWEAGIPTSPTCNAQCLGCISLQPAECCPSPQSRIAFAPTAEEIAQVGLYHLETAPDGIISFGQGCEGEPALAYERIAPAMRQIRAQCSKGQININTNAGCTKGIKAIVDAGLDSMRVSIISAREGVYQAYYRAENYTLQDVEESIRYAKAKGVYVSLNMLFFPGLNDRPEEVVAWEGFLERTGVDMIQLRNLNIDPDWLLETLPPQEAEPIGVPAFLRQVAKRFPGLVLGSFSHYVKNAGD >WP_098515742.1 LacI family DNA-binding transcriptional regulator [Bacillus thuringiensis] >PFN63879.1 LacI family transcriptional regulator [Bacillus thuringiensis] MATIRDVAKLAGVSVATVSRVINEKGYVHEDTVKQVKEAIEELRYRPNSAVKPLFKENSTIIALLVDNLCNQSNITLLHCIEEIAYKEGYQIIICNIENKDRYIHMLKQNNIAGVILTRAVFKSVGKIPFPFVVIDEQQSHGNYYESGQRAVSLLKEKGCHFLAYFGEGEESEEMEDHIAGFLDAVWDEGISYREECVQGYTNKQFITLLQNNPYVDGIVASSDQIAIELIRSARFLNIHIPDKLKIVGPNGSIECEWIGSSLPTIERYVKDNGKVAFQQLKGKIKK >XP_048796933.1 WD repeat-containing protein 17 isoform X3 [Lagopus muta] MPWARLIYIFHRFRAKMSHVRQVGLLAAGCQPWNKDVCAASGDRFAYCATLAIYVYQLDHQYNEFKLRAIMSEHKRTITAISWCPHNPDMFASASADSLVIIWNVTEQKVVAKLDDTKGIPVSLNWCCNEDDAVAFVSHRGPLYIWTISGPFSVVTAHEGAHSFLSDICLFRWHPNRKGKVVFGHSDGSLSIFQPGFRNQKHVLRPEPLKGADEEDPVTALEWDPLSNNYLLVANLHNGIQLVDSESAFCLIKFNFPNAAASVRCLAWVPSAPGMFITGDSHVGVLRIWNVSRSAPIDNLKLKNSGFHSLHVLSSPPKKKLFSCPSPTKYPHTSSTSEAVPPPTSSQKQAFSLPPGHVVCCFMDGGVGLYDLGARKWNFLRDLGHTETIFDCEFKPDNPDLLATASFDGTIKVWDINTLTAVYTSPGNEGVIYSISWAPGDLNCIAGATSRNGGFIWDISRGKIITRFSEHGRNGIFCIAWSHKDSKRIATCSDDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINILSGHRAPVRGLMWNPEIPYLLISGSWDYSIQIWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLPINILADRCWDEVIGNIDRAVESGAPPLLCGKVSRDIKQEVEKMVGNPREEKLRWFSECFSPPGGSKNLWNLVAVIKGQDDSLLPQNYCKGIMHVKHLVRFRMSEAHELTAVKMSKFGGGIGAPSKKETLKEAAEIHLRLGQVQRYCELMVELGEWDKALSVAPGVSMQYWKKLMQRRADQLIQEESDDAIPYCIATGDVKKLVAFFSSRGQLKEALLVAQAACEGNTPFSTMSGSSNSDLNNTDDYNALLQKVSEELAEWYFQDGHAVLAACCHLAVENIELAVANLIRGNELELAISVGTVLGERAAQATHYALELLARKCMTVTTCFPSLGYRDLAADLLMMIPDNKLQLIKLCAFYPGCTAERNDLHEKCNLPDVEECMRLAETTEALGDIFETIKYYLLSNEPEKALPIGIQYVKEQLRDSHWTLDSICPYLDLLSYIRTEQLMLTNCTEFRNELLILCGYIGALLAIRRQYNSIVPALYEYTSQLLKRRKVSVPLKIEQLSEELDAWRAFTQSTKSTNELPCTPPSESQKKVYSILVSRIQEEPLKGMIGPDYVTGSNLPSHSDVHISCLTGLRIQGPAFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF >MBR4275022.1 ComEC family DNA internalization-related competence protein [Bacilli bacterium] MGKEQEVHKSDGLILKPYLTLFALSGLIIGFNIGFHLFSLAVILPLLVLILFVCPLRKRGKIGMITMGVALLIGFVLGIPKTKARADYGIYEGIVIENRENYFLFDSGFHRYYVYERDCEREEGDFLAITGKATPLKMTSYEGYFSFESYLNKKGVDYELHAYETEVKFARPLRLASKENKFLKSFEEPTRGLLSSVLFGAKDYSNDTVALAASMNALAFLSISGMILSFFLRFLDWFFRLGFNDKTSDIIVFIIATLLFPFGIHKIGFWRVYLGRASALASTISGKTTTPLTRTSVIGIALFLLNPWNALQSGYLIGFGLSIFMMLTAGHRVRYKRRDRKAIDTVYLLVFLAPLFIKGNTFHVMGPLYSAMLIPLVGPFAALGYLSFFSLPFVTVLNLYSSFLNGTLQFLENFDLVVTVGQFNDLMIFIYYYALAIFFIIMDQGKTILAQLVPLAGVVAFIINVCPLVNYASNQVTFLNVGQGDCIFIRNQNKTVLIDTGGNTSFDMAKEVDIPFLRGQRVSKLDYVIITHGDADHSGALESLNKNYNIKHIIRDKSSFPLTIGDLRFINYNENNRDTKEENNNSLVLSLEFMNKKWLFMGDAPESLERQIIKEHPNLDCDILKAGHHGSDTSSCEEFLKCVTPEVAILSVGKKNSYGHPSDKVLARFDRLGIKVRRTDVEGSITYRQNLLFSSN >XP_020736247.1 protamine-3 [Odocoileus virginianus texanus] MGSRCAKIGMGHGRGHEYSMKKLVACVSQDNFSLSSEGEEEGGEEEAGEEEELPVQGQLLLMEAGQQEEGAEDTDSGAQQGPEPKQTCS >XP_039660068.1 rasGAP-activating-like protein 1 isoform X1 [Perca fluviatilis] >XP_039660069.1 rasGAP-activating-like protein 1 isoform X1 [Perca fluviatilis] >KAF1388669.1 hypothetical protein PFLUV_G00065040 [Perca fluviatilis] MAKNTSLYFRIVEGRNLPAKDVSGTSDPYCIVKVDNEVVARTATVWKNLSPFWGEEYTLHLPMGFHSLSFHVMDEDTIGYDDVIGKITLSKEAIGSQAKGLDCWLNLTRVDPDEEVQGEIHLSLELLKVTEKISLRCQVIEARDLAPRDISGTSDPFTRVIFNNHSAETSIIKKTRFPHWAETLELELDPEELSEEGIVTVEVWDWDMVGKNDFLGKVEIPFACLYKTPPLEGWFRLLPLGNNEVDAGGKLGALRLKVRLVEDRILPSVYYQPLIHLLVESVISPTEVEDSSALTMLEEVNTVESRQDVAMTLVKIYLGQGLVVPFLDYLNTREVNHTTDPNTLFRSNSLSSKAMEQFMKAVGMLYLHEVLKPVINRIFDEKKYIELDPCKIDLNRTRRISFKGAVSEAEVRDSSVEMLQSYLTSIIESIVGSVDQCPPVMRVAFKQLHKRVEEQFSEPENEDVKYLAISGFFFLRFFAPAILTPKLFQLRDQHADTRTSRTLLLLAKALQSVGNLGLQLGHGKEQWMAPLHPIILRSVASVKDFLDKLIDIDHDIVSEVPQRAVFMPSVTVKEGYLHKHKAEGPQLLSRFAFKKRYFWLTSETLSYAKTSDWQVRSSIPIRCVCAVERVDENAFQQQNVMQVITQDNDGQLHTMYIQCKNVNELNQWLSAIRKVSIYNERMLPSFHPGAHRSGKWTCCLQAGRAVTGCSRTHSAVTLGDWSDPLDPDVETQTIYKQLLQGRDKLRKKYVEMPDADQTSSNKEKINCDAHPDGAECNVQLSKPGPSVAARLLAVIEDLEQAHATFQRREIEEGTSVILNL >KAJ2633851.1 DNA mismatch repair protein Mlh1 [Coemansia sp. RSA 1290] MQPAPIRKLEETVINRIAAGEIINRPSNALKELIENSLDAGSTSISITVKDGGLKVLQIQDNGHGIRTEDLPIVCERFTTSKLKVYEDLSHIQTYGFRGEALASISHVSHLSITTKQADSECAYKAHYADGKLVPAKPGSGSDPVPCAGNNGTVITAEDLFYNIPSRKAALKNTREEYNRIFEVASRYAIHNSGIAFSCRKLGAPKVDLSTAAGASTITNIRQIFGSKIANSLVEIQGSSTDYDVEFSGHVSSAAHEMHKTVFLLFINHRLVEHTPIRRAIESLYTSVLPKASRPFVYLDLRIKPENVDVNVHPTKREVRFLNEDSIVGCIVDCIHSKLLSCNNSREFVVQERLQKQLGLTTDGDTPLLTTIAPSSTTGNTESNLPTSTLTSAQPIASTPSRSSNLPTSTPRKTPVNRAVRTNYKTLSLESFSFGSSPSIRRNRLQTTIDNSVASPPQNPLRISPSHVNSSAGLRNESDFEQAPSIAQKPQPENIAPLFGQETVAAASTSKECNSAQPVLRSDMSTEPPQLSEPAPALGKTYAAPKPEPRVEVRLTSILNLRKDLQRRANSELTQVLSEHSFVGFVDDRRALIQYQTRLYMVDYCKISYHLFYHRCIFDFMNYGRIILQPAPSIHELALMAAKELGDVDPEDTAKNVLSRFSDSREMLEEYYHIRISDIGTIESLPMVIRDYSPDYDKLPLFLYNAATSVNWEEEQQFFKTFTSELATFYALEPPLPDDPPHTKDEYRLVVEHRIMPAFKGSSFWAPGSILVENSLVQLADLPDLYRIFERC >WP_066708699.1 transcriptional activator NhaR [Curvibacter delicatus] MNFKHLYYFWVTARAGGIMRAGEQLHTTPQTLSGQIKLLEDRLGRKLFRKSGRQLELTEDGRVALDYADDIFTLGAELESALRQPRSGPRVLDFRVGVADSVAKSVAYRLLEPAMALDVPVRLIGSEGKFPDLLAQLALHRLDLVIADEPLTRRISVKAFNHALGTSPMSFFCAPALKNQLQGKFPQCLHDAPMLIQGAASSVRQQLDGWLVRQQIQPRIVGEFDDGALMTAFGREGRGVFMSPSVLEAETVAHYGVEVIGRSDELVEEFFAVSVERRIKHPAVAAITQAARGRLFSA >MBW4485777.1 molybdenum cofactor biosynthesis protein MoaB [Tildeniella torsiva UHER 1998/13D] MAHPQALGRPVRCAVVTVSDTRTVESDRSGQLLQTLLAEAGHQVSDYRIVPDEPQQIRPLCQSLAAQVDCIILTGGTGIAPRDTTYDAIAALLEKTLPGFGEIFRQLSFQEIGSRAIASRAVAGVYQSTLIFSLPGLSKAVTLAMESLILPELPHLVSLMQG >WP_103963736.1 DUF5937 family protein [Nonomuraea solani] >SEH02709.1 Helix-turn-helix domain-containing protein [Nonomuraea solani] MKARLTFSVNDLAETRFAVSPMWEVVTSCRVLNAAVVPEPHRGWADQVRPRLAAAGLDRGWLADMIPALGHLPDFLNPAPATASPDLGDELAVIEATDPELVRRDLGHLAAERDGRLSSRLRGLHRAPQTQLPRIVAEIDAYWRLAIAPYWGRIRSVLEADIFHRGRQVAEQGTAQALNDLHHTVRWSAGGLHLVQRHCAITRIETGAGLLLVPSVFAWPRVLTRSVVSETPQLAYPARGIGTLWERRAHERVEALAAVIGRSRALILTELDSPASTTELAQRSGLSAAGVSQHLTALRAAGLTSTHRAGRLVLYARTGLADALLTAQA >MBR4838026.1 3-hydroxybutyryl-CoA dehydrogenase [Bacteroidales bacterium] MKVFVIGTGTMAKGIVKAFAAKMPVVMKSRTQASIDKAMGSIAKGYAKLVEKGKMTQEAVDALLKNITTTTDYATFKDADLVIEAASEDMALKKEVFAELDKICKPEAIFATNSSSLSITEIAACTTRPAQFIGMHFFNPADRMALVEVIKGQLTSAEVTKTIVDLSTEIGKQPVEVKEAPGFVVNRILIPMINEAVGILADGIASAEDIDKCMMLGANHPMGPLALADLIGNDVNLAIM >XP_009147075.2 calcium-transporting ATPase 4, endoplasmic reticulum-type [Brassica rapa] MCLLVILKRQNVSLRIKISLSKVKKKTNQKRIQGLNCKINYGDRVQPESDIYSHLQLYRYNLHIIYVKASPVEEEEKYLERRAYDLRESDTDLMGKGGDEDKQSNGSEPLKLDTFPVWARDVRECEEHFGVSVERGLSSSEVLTRHQIYGLNELEKPEGTSLLKLILEQFNDTLVRILLAAAVVSFVLAFVDGDEGGEMGITAFVEPLVIFLILIVNAIVGIWQETNAEKALEALKEIQSQQATVTRDGVKVSCLPAKELVPGDVVELRVGDKVPADMRVVGLVSSTLRVEQGSLTGESEAVSKTTKAVEENADIQGKKCMVFAGTTVVNGSCVCLVTHTGMSTEIGRVHSQIQEAAQHEEDTPLKKKLNEFGEALTMIIGLVCALVWLINVKYFLSWEYVDGWPRNFKFSFEKCTYYFEIAVALAVAAIPEGLPAVITTCLALGTRKMAQKNALVRKLPSVETLGCTTVICSDKTGTLTTNQMAVSKLVAMGSRIGTLRSFNVEGTSFDPRDGEIEDWPVGRMDKNLQMIAKIAAVCNDAYVEKSENQFVARGMPTEAALKVLVEKMGFPEEANKASSLADGNVLRCCGLWSELEQRIATLEFDRDRKSMGVMVDSSSGTKLLLVKGAVENVLERSTHIQLLDGSTQELDQYSRDLILQSLHDMSMSALRCLGFAYSDVPSDFATYDGSEDHPAHQQLLNPSNYSSIESNLTFVGFVGLRDPPRKEVRQAIADCRTAGIRVMVITGDNKSTAEAICREIGVFEADEDISSRSLTGKEFMDVKDQKNHLRQSGGLLFSRAEPKHKQEIVRLLKEDGEVVAMTGDGVNDAPALKLADIGVAMGISGTEVAKEASDMVLADDNFSTIVAAVGEGRSIYNNMKAFIRYMISSNIGEVASIFLTAALGIPEGMIPVQLLWVNLVTDGPPATALGFNPPDKDIMKKPPRRSDDSLITAWILFRYLVIGMYVGVATVGVFIIWYTHSSFMGIDLSQDGHSLVSYSQLAHWGQCSSWEGFKVSPFTAGSQTFSFESNPCEYFHQGKIKASTLSLSVLVAIEMFNSLNALSEDGSLVTMPPWVNPWLLLAMAVSFGLHFVILYVPFLAQVFGIVPLSLNEWLLVLAVSLPVILIDEVLKFVGRCTSGYRYSPRTTSEKKKTE >MBQ69096.1 hypothetical protein [Candidatus Saccharibacteria bacterium] MKILSVIPRILREGFHPAYAIDFIESTVFKTPKDGILEPSKTISASDVLRFQGLKDLTKKTRITATRRISEVVGLSASKSDLSEFESLDDLAYKAILEKPEKFDFKKNGKSFDEILELSCINSRHLANGTANFLEHEWDPRLFIVNSDGSHSFAVARLMASLEGQDLEITMPLIRHEIDKEKLEELERQMHTFILQEPVATMNGLLESLEMSRIKFTSDYVDLRTNGRSLLILGLEKENERAMMVAKALSQAGLPNFIEEVKKQRKHNARAIPPKAREAVLPDPPGSFQRRRAP >MBR7027046.1 YtxH domain-containing protein [Bacteroidales bacterium] MKANTFLALMGGLAAGVVLGMLIAPESGEENRKKFRSKLEDYLEKCRAEADRMHTAAAADSAGAEEAPSNE >WP_062689758.1 zinc ribbon domain-containing protein [Lactiplantibacillus plantarum] >KYK51407.1 beta-carotene 15,15'-monooxygenase [Lactiplantibacillus plantarum] >KYM68602.1 beta-carotene 15,15'-monooxygenase [Lactiplantibacillus plantarum] MNKQALFGSQCGNQLKAGAKFCPKCGAVVAPNQEIPDQGQSVAESENTVERSSDDTVNKILTTDTVQHVKKFSGSYFSWFKMTIRHPGHPIEPINRYFGLTSIGLEAFLLVLSIALILRKAQNVANDFTSSLTGGSSEAAIHAGSFILKTSMLVFFMVLGIYAIYVSIAYAFRRVVNTGSMQFSDFINQFAAITNLILIFNLLTLLLTILTGTGNFSGMTGLFFFMIPTIGIMNLAFIYIIIDNVVKPHIDKFYALIIAEIALGFALSVYVMILAVLGGNMLFSQLSSLFS >MBE6812365.1 30S ribosomal protein S1 [Oscillospiraceae bacterium] MVFLPEGSLWNIPSNLSYMSSVSSVRDAMNAQTVLEARALKCDSDHNLHVDLGCMRGVIPREEGALGIADGSVRDIALISRVGKAVCFVVQDLAFDGNGQLFALLSRRRAQELCNQYYVSSLRPGDVVTVRVTHCEPFGAFCDIGAGVASLLPIDAVSVSRIPHPGVRFFAGQEIRCVVKGTDSIGRILLTHKELLGTWEENAALFTTGETVSGTVRSVESYGIFVELTPNLAGLAEYTPDVRVGQRAAVYIKSILPEKMKVKLILVDSFDEKAHHTPPRYFFDGEHMDSFLYSPPCAAKRIETVF >NWX34570.1 CP4V2 protein [Notiomystis cincta] AMMEVVEGLSGRPQLLPLGAGVIALLLTVVTVCSLPSLMEYWRRWRMMNSIPGVSPCYPVVGNALLLERKGEDFFKQLQFYVEEFRSWPLFKLWIGPLPVMILYHPESVEVILNSSKHIEKSYLYNFLHPWLGTGLLTSTADKWRSRRKMITPTFHFAILNDFLEVMNEQGNILVKKLEKHVDKEPFDVFMDITLCALDIICETAMGKNVGAQKNKDSDYVSAIYRMSDLIQRRQMSPWFWPDFLYMLFKEGREHKRNLNILHNFTDTVIAEKAEELKSTKQKKHDNDDNCEESGSKKRKAFLDMLLNATDDEGKKLSYRDIREEVDTFMFEGHDTTAAAINWVLYLLGHNPEVQKKVHKELDEVFGNTEHSVTTDDLKNLRYLECVVKEALRLFPSVPMFARTLREDCCIKGYQIPRGANVLVLAYALHRDPEIFPDPAEFRPERFFPENCKGRHPYAYVPFSAGPRNCIGQRFAQMEEKTILALILRRFWVESCQKPEELGLCGELILRPNNGIWIKLKKRPNAGSE >MBM7494038.1 hypothetical protein [Micromonospora luteifusca] MVLARTAVDGKTNEITRFAPLLDQISDLRDHVVPVEGRAGGGSEDEAVSRRLALAFVVDGERGEVPGTPQRSAICSRIMPRSDSSDTKLCRDSRRDGDWSST >WP_273138110.1 LysR family transcriptional regulator [Mogibacterium diversum] >MBF1341533.1 LysR family transcriptional regulator [Mogibacterium diversum] MNDRQIKAFVEAARLLNFTKAADKLYVPQSQVSRAIKGLEDELGVILFDRENSRSIKLSLAGEKYYSLFKRFDAELAKTRESLRDETHELRLGYNIGWNISHFLTEVIDRCRETYDDFSVRIECLSFETLMNKLQTGQLDAVLSLDDYMQGASELGIEYEVVTEVDRSIIYSYKLLDRKVNSPKELKGAKMFVAEDPKLREIISLIGFNLRPYNFIPEIEVVPNLESMFANVQNARGIILADEWVSVGGGTEIHSIGIGSKANVALAWHENAPNREVKLFKEELKRHFKG >MCG6876547.1 hypothetical protein [Betaproteobacteria bacterium] MSAQGWMLVAVFALCAGGALAGLIVSDRRNPAVLAWAGSLAAAAAMGAAASVLWSGTIFEATLWTVVPFGKLAVSVDRLSALFLFVAAVVLMAASVFSASYLKRYAGRYSLKAMNAWFLLLAASIVLILIADDALLFLLAWEAMSVLSYLLVTFEHRRDESSRAGYLMLAMGEAGFVAVVLVFLFLAANAGSLEFRALKAAAEDLGPTARWLIFLLTFFGFGIKAGLVPVNAWLPRAHPAAPANVSAILSGVILNLGLYGIVRLNLDLVPVDMVGAGLVVLVVGTVSALIGILYAATENDLKAMLAHSSIENIGIVTAGLGAGLIFMAYQRPALAGIAFVASLYHMINHSVYKALLFLGAGTVDDRTGTRDLNQLGGLVRAMPWTSGAMLVGALAISALPPFNGFVSEWLTLQTMLRAAELPSIPVKIVFALCGAGLALTAALAVTCFAKMFAMGFLGMSRSEGAARATEARKSSIVPMVILAALCLLLGTLPTYMIQALDPALQPWTHASATEALVPPFFASHASNGALPPAFAAEFHDLGAQVGQSVLPGRGLVVLHRGAAENPVVFAMSTSYMLVVLAVLLGLTYVVLRLWLTRRRRLARGERWDGGVRRLLPEMTYTATGFSNPVRVIFDAIFRPTTVEDTRETVAEHFRMAIRRNHLAVHVVERYAMQPARWAAMGLANGLARMHHGRLNAYVAYVLLALALALTLGLA >WP_151856261.1 mobilization protein, partial [Bacteroides uniformis] >KAB3888156.1 mobilization protein, partial [Bacteroides uniformis] ADRYNQIAQMVKEKTGRAMQTKDRERVNKKTGKVTIVRGSTPLKEGVVVINSETTMEQLQRFCGVCKECWGITPLQVFIHRDEGHYTNPQDPATWKPNLHAHIVWDWMNHDTGKSCKLDEKAMSEMQTLLAECLDMERGISKELTGKKHLERTDYIIAKQKQEAEQIKAEKEAALSAKEEAEAERASIEVENKAKAERSSALDSEIASKQKKRDEIRKNTVDGILDSVGSLAGIGKTATLEKEYKLLTQELDRLKKAFKPTVIKEVEKQTKVLASEKQKAESERDNAIAQSRSLATERDRAISQLNSQNENMQLRINNAVRLVNAEKDKTINRLQG >XP_001454078.1 uncharacterized protein GSPATT00020353001 [Paramecium tetraurelia] >CAK86681.1 unnamed protein product [Paramecium tetraurelia] MEDFQTVSKSVIHQNVDFNLILEALQEGVILVHFEKSDDPAYPNLKVEYQNQMSKKMFQKTNRELLLLFEKMPSEVLQDESPMLARSSLVLLQSFASQQYKNINKKTSVLNAVYSLSSESKKDCKVNGMSTQSPGYGSITSQLNTVLKCLLYVFTTKKLRFEINGKVEAMIVETNFETDNNKKQIELIITFGGENILLIIARDVVHRKNIKELLDINQSKSKTLSFVSHEFRSPLNVMLNILSELKEASFQNKHLFKSVQIVKENAAYMLNLANDLLDLAQIKAETFNLNLKTFNLILLGEECLEMFKLQAEQKKIDLKIQTNTRPLFLFTDRNRLKQIFINLIANAMKFTQFGSIIIQFEQKGLLVDVGVKDSGIGITEDQQKKLFKAFGKIKDAQNQKLNEQGVGLGLLISNKIAQQLSYNNQGLQVISSGGAEKNHGSLFYLTLNISDFHLKAASTKIEQLSNSIDFPITYSGDEDLLNQKLESFDHIFQQKVLDRMPKPSCQHILIVDDNVFNQNILEMQIQQFTKSTIDKSYNGLEAIKSVNTKKCNEQCTGYEAIFMDLEMPIMNGMTASEQILKIKPDIKIFIVSGYDDNKLKQEGEKLGIKSFIIKPILKDKVQKLIQEYQL >KZD01260.1 hypothetical protein AUP40_20380 [Thalassospira xiamenensis] >MAL27930.1 flagellar assembly protein FliW [Thalassospira sp.] >PTB84264.1 flagellar assembly protein FliW [Marinobacter vinifirmus] >HBN51183.1 flagellar assembly protein FliW [Thalassospira sp.] MPLDRQTIITREEGMADSTTPQSPGTESVPTSVTIRTLFGDKEFLWDKAIYFPAGLKGFPDHNVFALASFPGESNGSFILMQSLTEQELAFIVAPYNMESNSIKAEHLAQAFTVHGIKKDEGAVLLIVTLHKPEDGGDTIMSVNLRAPIIIDTSRQAAYQYLLPDASYSYHQTLGQ >MBI0103662.1 polyribonucleotide nucleotidyltransferase [Gilliamella sp. W8145] MFNPTYQKFQYGRHTVTLETGIMARQATAAVMVNMDDTAVFVTVVANKKVKEGQDFFPLTVNYQERTYAAGRIPGGFFKREGRPSEGETLIARLIDRPLRPLFPEGFVNEIQIIATVVSVNPEVSPDLVAMIGASAALCLSGVPFHGPIGAARVGFINDEFVLNPSVKELATSRLDLVVAGTKSAVLMVESEADLLTEDQMLAAVVFGHDQQQVVIDNINEFVAKANCEKWDWVAPAKNEELFNAVSELAKDRLGEAYRITEKQARYAQIDLIKEEVLAALKEKDEELDENEVINIIVDLESQIVRQRVIAGEPRIDGREKDMIRALDIRTNVLPRTHGSALFTRGETQALVTATLGTERDAQIIDELTGEYTERFLLHYNFPPYSVGETGMVGSPKRREIGHGRLAKRGVAAVMPSKEEFPYTVRVVSEITESNGSSSMASVCGASLALMDAGVPIKSSVAGIAMGLVKEGDNFVVLSDILGDEDHLGDMDFKVAGTREGVSALQMDIKIEGITKEIMQVALNQAKGARLHILGVMEQAINKPRQEISEFAPRIYTMNVNPDKIRDIIGKGGATIRALTEETGTTIEIADDGTVKIAASDGNKAQDAIARINNLVADVEIGKIYTGKVTRIVDFGAFVSVIGGKEGLVHVSQIADHRVEKVADYLKVGQEVKVKVLEIDRQGRIRLSMKDAVESTPEVAPTAE >MCC5806595.1 PLP-dependent transferase [Opitutales bacterium] MLKHYPLGDPINGSPHSVCVSLPTMAGIIGYEEGDAAVRGALRTGYPRFITHPLVVRLKAAAAESMGEAAEGLFPVASVRAADRLRGYAGVGGVFEWGGLAWARVPEEGDARARAGAFLQHTGCGVSSREAEDVLIALGLLSSRFSEASEAEDAGGRVRRALHACYGTASPDDIVLARGGMNAFYAGFRLLSDYQRERGRTRWVRLGWLYVDTIRVLERLNGGGPEPVVFNDVADLHALERLLAEEGATVAGIVTEVPTNPLLETTDVRRLRALADRAGCALILDPTLASPHNVNVLPVADLHINSLTKYACRAGDVMIGAAALNRVSPFYDCLRAGLAAEVERPYARDLARLAAQIDGYGPFVRAVNRSVPRVAAFLESHSAVERVWWARQPDHGARFESIAHKERGAGCMVSFLPKAPLARVYDRLRMAKSPSFGTEFSMICPFLYLAHYDLVSTPEGREQLRSAGLAPDLLRLSVGVEPVKGIIEALDEALSD >RLE74569.1 MAG: 50S ribosomal protein L18 [Thermoprotei archaeon] MARDGRYRVPLKRRRKGLTNYYKRIKLLKSGKPRLVVRKTCKHIIAQVVVAKPQGDVTVVSAHSRELVRKFKWMGNTNNTPAAYLVGLMVGYKALLKGVEEAVLDIGLHRAIRGAVVFAAAKGAVDAGLKVPCGEEILPDDSRIRGEHVAEYAKMLLSSSPERYRRQFSLYLKRGLPPENLPQHFEEVRRSIVSYYTGKLGGAKPSS >WP_096665911.1 NADH-quinone oxidoreductase subunit M [Polaromonas sp. AET17H-212] MGLLSLAIWTPIFFGVILLALGRDDQARSVRWIALVGAIVSFLVTLPLYGGFEVGTSAMQFVEKAPWIARFNVNYHLGVDGISLWFVLLTAFINVVVIIASWESITSRVNQYMAAFLILSGLMIGVFAALDGMLFYVFFEATLIPMYLIIGVWGGPRKIYAAFKFFLYTLLGSLLMLIALIFLYVKSGGSFDLAVWYKLPLGATAQTLLFFAFLAAFAVKVPMWPVHTWLPDVHVEAPTGGSAVLAAIMLKLGAYGFLRFSLPIAPDAAREWAGLMIALSLIAVIYVGLVAMVQRDMKKLVAYSSVAHMGFVTLGFFIFNDIGVSGGIVQMIAHGFVSAAMFLCIGVLYDRVHSREIASYGGVVNTMPKFTAFALLFAMANCGLPATAGFVGEWMVILGAVKFNFWIGAAAASALIFGAAYTLWMFKRVYLGPVANDDVKGLADINSREFLMLALLAIAVLFMGVYPKPFTDVMDSSVIDLLKHVAASKLQ >KAG5313265.1 CASD1 acetyltransferase, partial [Acromyrmex insinuator] MTSAEHFISLITVTSAKKLATALVVCFIIYHGVIHLIYGSDSCKWLLTEGRYKGDKEWQPYGCMMHHYTQTDSRRCMRYLAFMGHHNHFVFIGDARVRQLYKSFVSQFMVDGKTSDLTELPENSDLGFNDGQLKLNVQFLWRPRLDNSIAANLRSWMKADAPSVIVAGSAAAVILANNNSDTQLYSEYNTGLIRLVQPIDFLAKKNSQFLWLLQDPVLKERLPAQLSSLDNKQINLCNKAAEKILSHSEARIWQSSKLVGMGVLEQSPDGYLASPLSLRHKVQILLNTYCNDHMNFDDGSCCSYPEPATTLQLLTLSALALFITIGGGVWLYRKLYRYRSEVSYSHVTTEEVSDTEEAGTSEVIQVKQPEVQDFYTLITSLALFSIILAYFYLCDRTNFFMKENKYYSEFSFWLPLGYILALGLFFTEDRERGPRVLNREQTDEWRGLMQAVVLIYHVTGAKNVLPIYMYLRLINSAYLFLSGYGHFYYFWQTGDVSLIRFARVMFRLNLLTVSLCLCMNRPYQFYHFVPLVSFWFLVIYFLAWLPPRIYSGSLTEYGPRAVLYFALKLLGLVSTITVLYMSEVFFEKVFVTRPWKALFVTTDDDIREWWSRWRVDRYSVVWGLTFGAGLVALQRIDHIPSTALSSILALISLIAYTTFTILCHSVSECEEIHSYVAFIPIVGYIALRNASLALRGKHSALLAGLGRISLETLVAQGHIWLAADSHGVLVLLPRFPVLNLLVTSFIFICASHEIHRLTHVLAPYAVPNDWKLVARNLLLFTAVLVPIGIHDGMF >CAF5110230.1 unnamed protein product [Rotaria magnacalcarata] >CAF5213101.1 unnamed protein product [Rotaria magnacalcarata] MSSQEQIQQIQSQIRPLFLHFGLQDIPRSLNDILFNTAHDRNFHTVQDQLKERGRLLTTLESYLNQNSNHQLGNGKKFNWPEVVKIIFYNRFPEIAQTNKIIDTNDGYNVQINDLIQYSK >MBD5168133.1 hypothetical protein [Helicobacter sp.] MGYRQCDXVIADKNIDIAKPLCLVSLSEDAAIIKPFTRTQLFLGVQKFFKSLRIKPSXREIDESHPDYPLKCKIEDLVAQFTDELYWAVSDHYEKR >QNU41032.1 Sr22 [synthetic construct] >CUM44200.1 unnamed protein product [Triticum aestivum] MAEVLVSASTGAMGSLLRKLGAMLTDEYKLLKNVRGDIKFLKDELEVMCAFLLKMSDVEEPDEPTKLRVTAVREMSYKIEDNIDKFMVLVEQEHGSSCSEAAHGVAKLMDKCKNLLPDIKARRRIAKEVKDIKKEIKDVSDRFSRYKIDDSSSSMPAKDKVDPRLRAVYKDAAELVGIDGPKDELVKWLNEKEGQSLKSVSIVGYGGLGKTTLANQIRVNLGATFDCGAFVSISRKPDMKAILRSILSQITKKDDACSRLDDIQLIIDKIREFLQDTRYFIIIDDIWELGTWETLKCAFVKNTLGSRIIITTRIVDVAKSCSPSSEDLVYEMKPLSEADSKKLFFKRIFGCEESCPDSLKEAANDILKKCRGLPLAINAISSVLVTTRETKEEWDRVRHSIRSSKVKSDIIETMNYILSLSYFDLPHHLRSCLLYLALFPEDQLIGRKRLVRRWISEGFIHGESGQDLMELGEEYFHQLVNRSLIQPGNIGYDGKAMYCRVHDTILDFLIDKSSEENMCTVLKKQCKPNGIVRRLSLMGNEDEEIVEQLDLSHARSITAFGDIKLLPSLGRSKCLRVLDLQDCDQLENHHIKDIERLYQLRYLDISSTGITELPRQIGELLYLETLVAYGLRELPESTSRLQRLARLFVYSGCKLPGGLGNLINLQELDCVDALHLKHVEELGKLTNLRKLSIKLDTGGIEGNKLEESKEKLVSSLCKLDECGLLSLSIDYYLREKDGEEPFLPALGCIQEVFVYGQDISRISRWLASLPNLHRLLLDDPKIEQQDIEMIGLIPNLIDLTLPPLYKTDDAGRLIIRREGFQQLQKFEAYNTRMGVLMFEPGAMPRLKELKLHNFIEKPKSAAVDFDFGIQRLSSLARLTVSLSCGGWTVAEVEAAEDAFKSMAEANPNRPILEMTRYNTQHMLQDEQIGMTGSATTPAVKS >WP_190594466.1 MULTISPECIES: hypothetical protein [Nostocaceae] >MBD2458473.1 hypothetical protein [Nostoc sp. FACHB-87] >MBD2479556.1 hypothetical protein [Anabaena sp. FACHB-83] MFGIPQDAPTQALSAAVEKLIFQGGIGVQTSPKTQMPNTTPIQPNKTGLANMASQFKGVAS >UWG74403.1 MAG: PIF1-like helicase [Bacteriophage sp.] MVQEDFRNENDLLRHIMTVDKNVEQGRALKKIFTTRENLFITGRAGSGKSTFMRRIVKFLGKCVIVAPTGVAALNAGGQTIHSFFSIKNDPYIPSIERGMLSNKVDVSPFMKKKIRNLDTIVIDEISMVRPDLLDEVADILRQCRRSKEPFGGVRLIMFGDLSQLPPVVTADDFIDKYYESRFFFSSKALRASGFSVITFENVFRQKDPQLLSVLEDIRYGVITDESRQILDSRVKYPDNMDNTIIICSTNKEAYEINKTNLDKINNKVFKFDATVFGEKPVAPCEDELIVKVGAKVIITRNGNGYVNGSMGIITSIDTVDETIYVHLDNDTEVEITKEKWEKMKYKQVDDSLEGISCGYIIQYPLRLGYAITVHKSQGMTLDNIFVDISRAFEIGQIYTALSRCRSIDGLYLKSVPKEDMVLLSDKISDFIEKVDENEGVLNPEKISDIGKDMIKKQQDLFNFDEYGL >WP_015275782.1 MULTISPECIES: cupredoxin domain-containing protein [Pseudomonadaceae] >OCX90713.1 iron transporter [Pseudomonas sp. CO183] >PKL97327.1 cupredoxin domain-containing protein [Gammaproteobacteria bacterium HGW-Gammaproteobacteria-9] >PKM08060.1 cupredoxin domain-containing protein [Gammaproteobacteria bacterium HGW-Gammaproteobacteria-7] >AGA85438.1 hypothetical protein Psest_0845 [Stutzerimonas stutzeri RCH2] >AHY44222.1 iron transporter [Stutzerimonas stutzeri] MRRAGQALLGVLPLLFGLAGPAQAALPTYELTIRDGHFEPATIEVPARQRFKIIVHNAGSGPTEFESTPLRVEKVLSPGVTSFVVIHPLKPGRYPFFDEFHMDLPEGEIIAK >CCO02790.1 Kruppel-like factor 5 (intestinal) [Homo sapiens] MATRVLSMSARLGPVPQPPAPQDEPVFAQLKPVLGAANPARDAALFPGEELKHAHHRPQAQPAPAQAPQPAQPPATGPRLPPEDLVQTRCEMEKYLTPQLPPVPMLLQLLLNWQFTIQIYPPPCQLTHKTSNLSDTIEGVTPIWRNDASTTAITLVAQKFIPSLLI >VVC94919.1 unnamed protein product [Leptidea sinapis] MITPSVISTFVDYEACKRRIYSLALPGEPSACSEEQRAIFLRTVLDFSQTMSVHALGALLRYLDLHWSNLNMDLHTKPHFMTLKRISLLDIVLMDEDTYRGLQIFNTQAHPSGFKRGVQGSNKEGLSLFHLFSKCYSKVGQARLRLLLRHPTTDIGTLRQRQDVIEFFMKPQSDSIMRNICSSLRYIKNVNGILAKIKALSAKAFVWKSLYNTLYNAVVISEICENARRASQYLDKIASFDTNKLYEMALYMNRIIDFDLSKSEGKFTVKVGVDADLDMKKQTMASLHGLMSETAKVEMERLPSFIEECTMLYMPHLGYLLGVRAWSDHLTLEQKELPDMKFMYNFVRPTLSTEKVIQIKQGRHPLYLLTCDNFVANDAESSREAGFVKILTGPNASGKSIY >WP_147958553.1 winged helix DNA-binding domain-containing protein [Streptomyces sp. wa22] >TXS17010.1 winged helix DNA-binding domain-containing protein [Streptomyces sp. wa22] MYRIDDEQRRIRLGRRHLLVPSDRATSVVAVADAVVALHATDAATVFLSACARLTAPDVGAVERALYEDVSLVRLLSMRNTLFTMSRAVAPAVDTSNARRVAAKERQRLLKQLREDGNGLDERWLADVEQQTIAALAPRGRATGSELSAAVPALRTKITVFPGTKQETVQGVASRVIRVLAADGRIRRDLPRGSWTSSQFRWTAAEPWPASDPAQARVEVARRWLRSYGPATEGDLKWWTGWGVRETRDALAAIAPEEVLLGSGAVGWVVPGDLAVEPPPEPWAALLPALDPSAMGWADRTFQLPSNHRAALFDRSGNIGPTVWWNGGIVGGWAQSTNGELVWRLLSDVGKEASDLIGSEASRMSAWMGDARITPRFRTPLERELTA >MBD5306941.1 pyruvate, phosphate dikinase [Bacteroides sp.] MAKKVYTFGNGKAEGNAEMRNLLGGKGANLAEMNLLGMPVPPGFTITTEVCNEYTQYGRDKVVEDIQKDVKEAIAHVESLTGGKFDDPSNPLLVSVRSGARASMPGMMDTVLNLGMNDATVETMAEKSGNPRFAWDSYRRFVQMYGDVVLGMKPKSKTDIDPFEAIMDQVKEEKGVKFDNELDVEDLKELVKRFKAAVKEYTGKDFPESAWEQLWGGICAVFDSWMNERAILYRRMNQIPEEWGTAVNVQAMVYGNMGDNSATGVAFSRDAATGENLFNGEYLINAQGEDVVAGVRTPQQITIEGSRRWAALQGISEEERREKYPALEESMPDCAAELIAIAHRLEDYYKDMQDMEFTIQDGKLWMLQTRNGKRTGAAMVKIAMDLLRAGEIDEKTCLLRMEPQKLDELLHPVFDKSGLKKATVIAKGLPASPGAATGQIVFQAEDAEAWAEKKKKVVLVRIETSPEDLRGMAVAQGILTMRGGMTSHAAVVARGMGKCCVSGAGEILVDYKEKTVKMNGKVYKEGDWISLNGSTGEVYEGQVPTREPELDGDFGAIMNLADKFTKCLVRTNADTPRDAKQARHFGAQGIGLCRTEHMFFEGDRIKAIREMILASDEAGRREALAKLLPMQRGDFEGIFEAMDGFGVTVRLLDPPLHEFVPHQTATQKEMAQEMGLTLEEVKAKVDSLEEFNPMLGHRGCRLGITYPEITEMQTRAIIEAAINCERRGLKVHPEIMVPLVGSLKELQNQADVITRTAAKVFEEQGTSVRYKIGTMIEVPRAALTADKIAEVADFFSFGTNDLTQMTFGFSRDDAPKFLKFYKEHGVIKVDPFEVLDQEGVGQLVEMGVKKGRATNPDLKVGICGEHGGEPSSVKFCAKLGMNYVSCSPFRVPIARVAAAQASLEA >GMH49846.1 hypothetical protein TL16_g00631 [Triparma laevis f. inornata] MSSDAAPPAQVYVPSSFLPRRSPTELPRTISSLVHVAGFPIERRQNITLIDSNTMLYVAGNELVKLDLSPDGSKKRSYIKGLDNKAIGCFSLNPDNSMIALGCVGTKPNVYIYSFPDFELLHVLKNGTERGYASLSFTADGEKLSTVGMKPDFLLTVWDWKNERITLHTKAFGQDVYKVAFSLDDPGRLTTSGTGHIRFWNMTKTFTGLKLQGEIGKLGKIDLSDIEDFVELPDGKVISSSESGYLLLWEGNFVKCRFVTSSAKPDLMYNSKHTAGKENIFGDTPAHSGGIFCLKYDRKRDMIVTSGGDGTIKFWSFSEIDVAEVDSDITMDYPIQPKTTVNVDPEASIKYFVESPGEDGTFLIEDGNGALYRQPCDGSAAAEKLWEFHAGPVSGVAASPVDHFCLTGGKDGKIFCWDYVTKTIVSSVKNAHGCTSVTAAPTSVDKEGRTFAAGFEDGVVRCYVRTAEELTLQQVMKPHTGAVSKVEYSPDGKYIATGGADGLVFVLRCPAKDKPTAPYTPVGFVISEDSAPIVSLSWRADSNALLFGHGNTLTEIDVSEELSSISANSFEMQPKTRTYQYKDRPVMKESNPEDEEKKNADGEVEEEAEPVPPSIAFACYKKNAGETENFVVGFGNEKAGKLIEGKFGDEYSLGEYSAGVPTENLLEDEEISKVKSLAFSSSKNFFLGSNDDGTVTVRPSANLGYFTKYSCHDPNSGGCSGAALSFDDEFLLSVGEDGLLAIYRLNPQEVTAAAAEAKEKRMLLEEKSTDKILSSTDSGEGSSTPPEGFEEIFASTKEGQDKAAAAAAAIEDITDDTAYSIQDEKLRKEEDARKADAERKKEGVREKIVSMQKEFAEFVKKNSALPAEQRLTPEELTVDPEFNEILIEAGRQMIKEVELECAHESEKTDVRLKKLQEEFLNVLDYERFTVHGLKAKGLQVSSFPTSKFPDVLVKMLEHVHNVMKGEENSSLRSRPHHSSSDRSMRSTRNTNRSTKSKVAMDLATLGLEADGSPKKLSAFETRKLMRMERKHAMEELVGRKPAEDADDPRDVKAIADAIQNLGDYKVKTGEDYEVPEDQQVNAEKKRRQMVLLEESIHNIKVNFNESLLEARDMKAMVVLATKASNARMRVIDKQLEQPSMSRDLWEPELQPSEYPEDREEFVEGDYEKFKESVKANDGKVEDAKCPVKSVCKKSLVDGEGGGEGVKGGKGGAAMWDEGAVALAQTLPILKASYNHESFGEMPEVEDESSLSQIEKDEISEIKKKLRHEMQSIVRKIASDVEEVDSTIGELRRERIVLNVELKAAEMRLLVLFKELHLLMEFETKDKMLSTKLEKCQRDKAEVVANISDCHGRLQTKSAELEVWVEKDDQIMEEFLKDVPESNAFYDQLLKIFKRKIKRAKKRSTEDEDEDEDEEEESDYDDYDEDDDDEDDEEVDDSCPPGCDTHLYEGIIEMREKRLDQEEYMNEFQKELDALKKAHDRHVGRERQIDKDLKSTEIEIQKFQTEKQKEINELLVAIPLKVGQIRLWKPGVNGEGEVMEVPGDPTILRESVKINECTIFSEDNLGKIRNRIGELKDEIVVDKANFSGLHKEKRALEKDKLVKEKKIEKQAKECEEIQMLKFGQLVDIDALDKISVNNDEAELKSKSNELEIANEKEIFSLQAKHRRLKEKLLDSTNVNTSKLNNIAELNGRQFFLEKELNGKGGGMQVADDGPTIREETEERNRLVALVKLQAKEVDALKAEINLLRRKGGHIYAPPPPPEDAVGRVRVGGGDGEGGGMGGGGIEGVGV >NJP33277.1 S1 family peptidase [Micromonospora thermarum] MRTTHPPVARQIPRSVRLLAVAVGLIATAAFAPPAAAAPAQGYSAGQLATVSAAVDRSAVEGIAWYVDTASGRVVVTADSTVSAAEIATIRQGAGANAGAIRVQRSPGVFTRLLSAGDAIYGSGYRCSLGFNVVSGGTYYFLTAGHCGDVVDTWYTTSSQTTVIGPTVGSSFPGNDYALVRYANTSLSHPGGFTVADAYVGESVKRTGSTTGTHSGTVTALNVTVRYVGSGTVRGMIQTNVCAEPGDSGGPLYDGTKALGITSGGSGNCRTGGTTFYQPVREAAEQYKVTIF >WP_227059655.1 dipeptide ABC transporter ATP-binding protein [Sutterella wadsworthensis] >MCB7457324.1 dipeptide ABC transporter ATP-binding protein [Sutterella wadsworthensis] MMEAKETNITPQAELPILEVEHLRVQFTSDSGTTTAVVDESFSIRPGETLALVGESGSGKSVTSLSVMRLVEHGGGKIVNGSIKLRCRDGRVVDLRHANKSELQHLRGSEVAMIFQEPMTSLNPVFTVGAQIAESLILHRGMDEKEALKEAVHLLELVRIPDAERISLRFPHQLSGGMRQRVMIAMALACKPQLLIADEPTTALDVTVQAQILALISELQKEIGMAVLFITHDMGVVAQIADRVAVMRYGEIVESGTAQAIFAHPQHPYTQALLSAVPRLGALKDIEHPCFFRLIDPDNGKVIEPPSDKLPPPGEKILEVKNLVKTFPVRTDFWGRPTYVVRACDHVSFDLRAGETLSIVGESGCGKSTTGRAVLRLLDVDSGEVLHRGKSLLRMTRHELQEERRNLQMIFQDPYASLDPRQTVGYSIAEPMMIHNYCSKKEMYDRVAMLLKRVGLSPDMANRYPHEFSGGQRQRICIARALSLKPQVIVADECVAALDVSIRAQVVNLMMELQEEMGLSYIFISHDMGVVERISHRVAVMYLGQIVEMGSRRAVLGNPLHPYTQKLLSAVPIADPQERNLLKLLNLSDLPSPVRKVGDDPVIEPLVEVEPGHFVAKHVVGTMEGHK >MBN4261164.1 immunoglobulin heavy chain junction region [Homo sapiens] CVAWVAGNFDSW >KHO46355.1 hypothetical protein QS99_C0008G0053 [archaeon GW2011_AR4] MFNITNMPLPSKQDRVKDLFFSYPQKKWSFGEILKEAGISRPNAAKWLSRLEKRKLVSHIKEKGEFPYFIARESAEYENEKRAFALEKLYASGLLSFIYKEKVDVCVLFGSYSRSDWNAFSDVDLFILGNIQKHRFFPYEQKLGREIHLFIYRNVPELMKINKGLWHNILEGYFLMGRLSDATQHIPHNPQKTLRAMRKRLGYYPVKEY >QDT09879.1 50S ribosomal protein L20 [Planctomycetes bacterium K23_9] MRTTKGAARTKSKKRLFKRAKGFRGGRGNLTRTVKETLLRSGAYAFRDRRVKKREFRKLWIIRLNAAARQHGIRYSEFIFGLKKAGIEMDRKTLSEMAIHDEAGFKDVCDKVKEALAA >EXK83554.1 alcohol dehydrogenase [Fusarium oxysporum f. sp. raphani 54005] >KAG7435564.1 Aldo-keto reductase yakc [Fusarium oxysporum f. sp. raphani] MVKSMRFRDLQVPTPGFGAMGISFALGNDLSYDEAEPVLLEALEQGCTFWDTAVSYGPGKNEKILGDFIRKHNCRDKIFIASKCGIAAFEDGTVTNSAEHITTYIEGTIERLGFTPDLYYIHRMDPNTPLEESIPALDSLRKQGKTKYIGLSECSAETLRNANSIARIDAVQAEYSAFETIHETDGLIDTARELDIEFIAYGPLGHGWLVENFPYQTPEDFAPEDYRRQSQFFPLPMNQYLLTDSTVPKWQGENFYANKRIADGFRELAKRKKCTLPQVALAWVAAQGMISIPGTTKPERLVENFASRDIDLTEEEIRDMRKLVDALKPQGDRYNEVAMRNIGK >MAO00220.1 glycine cleavage system protein H [Roseovarius sp.] MKFTEEHEWLRVEDDVVVVGITEHASEQLGDVVFVDLPEVGTEVSKDDEVVVIESVKAASDILAPIDGEIVEVNEALIDNPGKVNEDPMGDAWFFKIKPADPSQMDDYMDEAAYQAHIA >MBK7557264.1 CDP-alcohol phosphatidyltransferase family protein [Chitinophagaceae bacterium] MTRHIPNIFTLINLFLGCIAIVFALQTETISIYVGEDLSSHYNIPEKLGVAAFFIMAAAIVDFLDGFVARILKASSDMGKQLDSLSDVVSFGVAPSVILYQLLRTSFIKEENGLETSIAWLLPAFIVACAAAYRLARFNLDSSQSYGFKGVPVPAAGLFIASFPLILHYGNNVINVNEWLTNKWVLYAVIVMVSWLMVSTLPLMALKFRDFSIKNNIPKIMLLVVAVIAAFIFNWLAVPIIFIAYIILSLIFKKTFS >MCH5225744.1 DUF3127 domain-containing protein [Muribaculaceae bacterium] MDFPAKCIQFLGETTGTSKAGNPWKKKEWVVETFGNFPRKVKVQCFGEKSDLMNLEPGRDYMLSVDLESREFNGRWYTDVSLFRVSDYVAQGVAGSNIPGGGSYNQPQQPANQPYNAPQGPYGGNVDFVSESGDDNLPF >MBP7222158.1 sigma-54-dependent Fis family transcriptional regulator [Sedimentibacter sp.] MLHSKNEGYLKMLSQCEKVAKSNANVLLTGESGTGKEVAAKYIHICSSRCTNNFVAVNCSSYTESLLESELFGYEQGSFTGAMKSKQGKFEIANNGTLFLDEVGEINMTTQVKLLRVLETKKVERLGSNMEKLIDFKLISATNRNLVDDVMKSALREDFFYRISSIVINVPPLRERKEDLDDLVTYFLNLSQKENNIEIHHIDDEAVKFLKSYSYPGNIRELKSIIDRMVVLSNDGLVTKEGIPILYNIHKKYETNKRSSTENKFNKIIPFKQYKSEAEAEYLQWVLEQTGGNVAEAARQLEISTRQLFNKIKEYTLQK >WP_257939681.1 SAM-dependent methyltransferase [Bacteroides muris (ex Fokt et al. 2023)] >MCR6506835.1 SAM-dependent methyltransferase [Bacteroides muris (ex Fokt et al. 2023)] MPLSPDTLRFIREHHRDDVRSLALQARRYPSVDMPAAITQISGRQIAKEKIPAWAENENILYPAHLSLEQCSSQVTAQYKAEIIGNLPRTGQEHPAKAGTHAKNSTPASAGTLTDLTGGFGIDCAFLSSCFGHATYVERQETLCRIAAHNFPALGLNHISVCHADSVRHLQEMEPADCIFIDPARRDGHGGKTIAIGDCEPDVSALEELLLRKARHVLVKLSPMLDLTLALNDLRHVREAHIVSVGNECKELLLLLGQGETLPTDDIPIHCVNFTSAPAPQALVFTRGQEKECACPYTPLLKPYLYEPNASVLKAGAFRSLSSLYKIEKLHPNSHLYTSDSLLPDFPGRKFRITSSCGFGKKEVKEMLAAEKKANLTVRNFPATVAELRKRLKLAEGGDTYLFATTLADGKKVLIRCQATG >KAI8972608.1 transcription initiation factor IIE subunit beta [Trametes punicea] MSSLARDAAAFKSALHRQDYTSWHSQPPALPAASSSEAESSKKKKRPKSSTSLLLDLSALDVVYSQPADTGTGTNINTQLVYLVNHLKQNGNPMRLQDLAILTNTPVDSDKILLEKFKAHDRVIHDPKTDLYSYRHDYNVRNKAALLTEIQRQTRKGGGLSVRTLKESWKEAPQAIEELEKEGEVYVTRTLKDGQMRMVFWNEVKPTEEQGGMPVEKEFHDLWHGLEVPNDVDLLKALASEGLQATASAAPAAKPSAATKKKGKKSAPRQRQVRITNTHLKGTIDLSRDYVAPGTTSK >WP_253630899.1 alpha-amylase family glycosyl hydrolase [Bacillus sp. 3103sda1] >MCP1126052.1 alpha-amylase family glycosyl hydrolase [Bacillus sp. 3103sda1] MKRKKWTALALSLPLVVSLSTNIQAETLHNNKGQKAQTGNKDGVFYELYVNSFYDTDSNGHGDLKGVTKKLDYLNDGNPRTNNDLQINGIWMMPINTSPSYHKYDVTDYYNIDPQYGNLQDFRELTTEAHKRNVKVVMDLVINHTSSEHPWFVDALKNKNSKYRDYYIWADKNTDLNEKGPWGQQVWHKASNGEYFYATFWEGMPDLNYDNPKVREEMIKIGKFWLKQGADGFRLDAAMHIFKGQTPEGAKKNIEWWNEFRDAMRETNPNTYLVGEIWDQPEVVAPYYQSLDSTFNFDLAYKIVNSVKNGTDQGIATAAVATNELYKTYNPNKIDGTFLTNHDQNRVMSELNGDVNKAKSAASILLTLPGNPFIYYGEEIGMTGQKPDELIREPFRWYEDDKEGQTSWETPVYNIGHNGVSVEAQDKQKASLLDHYRKMIRVRQQHDELVKGNLESISVNNSQVFAYNRTYKNKSIQVYHNISGKPVTLTVSDKGKLIFSSELGAKKEKSTLVIPANTTVLVK >WP_167581056.1 metallophosphoesterase [Kineococcus rubinsiae] MSSSPPPAPPPPSPPPATPPGRPARSARVPRPARWWSPTAVGDRGRALADGVGHRRGPQLGLRVARAVLPWVGVLLVTTAGAGIGFTLAPGTTTYVGPLQTEVRVHPSLQPGVQVDLPPVGEVSFDTHAAPVLVTANITSVDLDAATRLVRSPQQLLALELTVTDTIRAATLRAVAYSAGSGLAGALLAGVVVYRARRRALQTLATCLVVVLGTGGATAATFDPAALSQPRFTGLLSRAPYVVSSARSAVERLESYRSGLSDLVTSVSTLYAVSANLPVLGDAQAGAGTGLGEDVTTVLHISDLHLNPLGFDLAKSLVGQFGVQAVVDTGDITTWGSAAESSYLGRIPGLGVPYVFVRGNHDSSQTQAAVAAEGATVLDGGQTAEVAGLRFAGTGDPVFTPDGEGSQATGSAERVQEQSNRRLAEAVEDWDAAHPDDPVDVALVHDPSGLAPLRGRVPLVLAGHLHKRSVTLDASGTRTMVEGSTGGAGVTSAGLNRLADGKPVPLQATLLYFGTTGADAGRLVAYDEVTVGGLGLASVSLERTVLTGDEQPALVVPPTASPSASGSAGGTSPAPSSPAPSPATSPARPPAAP >WP_209095964.1 MupG family TIM beta-alpha barrel fold protein [Bacillus sp. 165] >MBO9131182.1 DUF871 domain-containing protein [Bacillus sp. 165] MIGISFYLNDPLAERRIIEASKKGVKRAFTSLHIPEEAGDLAKRAKQLMEIAKNHGIEVYADVSLKTPRHLGIERLDDLKVLGVAGIRLDDFFDYETIIRLSKQFHIALNASIILENDLEALLAKGIDCNRLIAWHNFYPRRETGLSNAFFLRQSELFKRFNIPVSAYIPGRGEKRGPVFDGLPTLECHRDIDPFIAAVELFYYDITDVYIGDPDPGETLLEQLVKYDRDRILPIRIQSSILQKNEYRLRPDFARDVLRLMDTRRVGTVQPENTVERPCGSITMDNDLYGRYRGEIQITLCDLPADERVNVIGEVLSQDLSLLPLIQPGQSLELKQGR >WP_058561589.1 GntR family transcriptional regulator [Pseudoalteromonas sp. H105] >KTF13087.1 GntR family transcriptional regulator [Pseudoalteromonas sp. H105] MAIEHKTRTQLVAEAIREKILTGEIKAGDPLRQAALAAELNVSRIPVREALLQLEAEGLVNFEAHKGATATELSASQIDEIFDLRALLEAELLSHSIGGLTDQDLIDAELILTELESAMDAGDTHLATGDLNSRFHGKLYSRAQRPQTRELVDMYSKNSERYVRMHILLAGGLTTAPEEHRTLLAHCRAKDTHKACEFLKSHILGAKDDIKKLLLKIEDEKR >MCA9255001.1 type II secretion system protein [Phycisphaerales bacterium] MGRFGMGARAVRPAFTLIELLVVISIISVLLSILLPVLSGARRTAKGVSCQAKLKEIGTGLQFYATDNDDWIIGSPAGSGAYILGSFASGAATQRWDWMGPMARQMGYPLPEGSGNTITAERFNTIRGMPLFLCPSNDFLSTWYDGPNAGTGPMVSYNTSRYMLFEHVASGGDGIATYGNFHEEKLPTGWKPRITRMGDVSKKVFAADGARYSTTSIKPDYDLTAQAAWGGSFSDVAPYSTFTRSWDRGGMTSGSFDARIYAFRHSTSIPTPKAPGDAYKANFVFMDGHTEKLGDLEAANPHLWLPAGSRLTQGSLYPDVRQRYGVGTIDIGS >WP_204287739.1 lytic polysaccharide monooxygenase [Microbispora amethystogenes] >GIH34977.1 cellulose-binding protein [Microbispora amethystogenes] MRRALTFLATATVVIGATVFVASPAQAHGYIVSPASRQAMCAQGRVPNCGDIVYEPQSVEGPKGLRSCSGGNARFAQLDDESRSWPATSVGNTVTFTWTLTARHSTSTWEYYIGGTRIAVFDDHGAQPPAMVTHSVNLGGRTGRQKVLAVWNVADTTNAFYACVDLQVGSGGTPSPSPSPTPQRTPSPSPSPSPSPSASPTRSPSPTPTVPGGTWAAGTAYKVGDRVTYAGLTYRCIQAHTALTGWEPPNVPALWQRV >WP_065148066.1 thiocyanate hydrolase subunit gamma [Mycolicibacterium fortuitum] >OBK62915.1 thiocyanate hydrolase subunit gamma [Mycolicibacterium fortuitum] MTHDETAHTPHHAPERHAAPMVEEVTDFEVLEIALRELAIEKGLFTAEDHRHYTEFVEQIGPAPGSRLVAKAWVDPDFKQLVLRNAVAASREVGIDWLHPTGFGTPSDFTALEVLENTPTLHHVIVCTLCSCYPRPLLGNSPEWYRTPNYRRRIVRWPRQVLGEFGLFLPDDVEIRVEDSNSKRRFLVLPVRPAGTDGWTEEQLAEIVTRDCMIGVALPKPGVTTNVPHPTHPAVRPAGAY >WP_098191572.1 collagenase ColA [Bacillus wiedmannii] >PEQ05297.1 collagenase [Bacillus wiedmannii] MKGYSKKVLVGVSFASLMLGSFQGSTLAESKKGEQVSYRNVLKMEPVGVQLPMQELAHSSKVLENKSFEKRLQFADLSQRPPEVKKESKQLAAAKTYTIAELNQLNNQQLVDLLVTIDWEQITGLFQFNKDSLAFYQNDSRMQAIIDKLKQQGQAYTKDDSKGIETLVEVLRSGFYLGFYHTELSKLNERSYHDKCLPALKTIANNPNFKLGTLEQNRVVSSYGKLIGNASSDVETITSAAKIFKQYNDSFSTLVDNLSAGNAIYDIMQGVDYDIQSYLYDTGKAPKDTVWYQKIDSYINELSRFALIGTVTEKNGWLINNGIYYTGRLGTFHSTGTKGLQVVTDAMKMYPYLGEQYFVAAEQIATNYGGKDANGNVVNLDQIREDGKKKYLPKTYTFDDGAIVLKAGDKVAEEKVKRLYWAAKEVKAQFHRTVESDQPLEKGNPDDVLTMVIYNSPAEYQFNRQLYGYETNNGGLYIEGTGTFFTYERTPEESIYSLEELFRHEFTHYLQGRYEVPGLWGQGKMYENERLSWFEEGNAEFFAGATRTDNVVPRKSIIGGISSNPAERYTAERTLNAKYGTWDFYNYSFALQSYMYNKRYDMFDKVHDLIRKNDVTAYDAYRSALSKDANLNKEYQDYMQMLVDNREKYNVPLVSDDYLAIHASKPVSDIAAEITAEAKLSNVSVKKNKSQFFNTFTLQGTYTGTTAKGEYEDWKTITQHVNDTLKRLSAKEWTGYKTVTAYFVNYRVNASGQFEYDVVFHGMNTEEGAVNKAPVAVINGPYNGNVNEAISFKSDGSKDEDGKIVAYKWEFGDGTVSNEQNPTHVYTKEGTYTAKLTVTDDKGLTNTVTTNVTLQKKEDNSVEKEPNNSFQTANKLQLNQVLRASLGNGDTSDYFEINVETAKNLQINVTKENNIGVNWVLYSEADLNNYVTYAQQEGNKLVGSYYTYPGKYYLHVYQYGGGSGNYTVEVK >URJ46333.1 Cof-type HAD-IIB family hydrolase [Paenibacillus polymyxa] METYNIVCIDIDGTLLNSAHQITEATKETILQVINDKQIPVVLVSARMPKAIIPLQKHLGISEPLICYSGALVIDKHGNKLNTRYIDKQMTQRLLDSLAAYDLHVSLYKDDEWYIEQLDAWALQERDITNIEPHIYSFSKLTNGWREETDGTSKILCMGDPEEISRVLQVLRPVYGEEVNLYLSKPTYLEIMSKKASKTAAIQILLKEYQLKQSDCLAIGDNYNDIDMLAFAGLGIAMENAPLEVKAAANTVTLSNDEDGVAHALKNHILFPK >HDZ48353.1 glycerophosphodiester phosphodiesterase [Halomonas sp.] >HEB05411.1 glycerophosphodiester phosphodiesterase [Halomonas sp.] MQRHLLATSISLGLFAGATTAALAETSPLEQQLKDLQSFQVIAHRGASGHAPESTMSAYELAHEWGVDYLELDIQITSDGELVVFHDDTIERTSDGEGAINDYTLEELKALDTGTWFNEEHPDSADPAFEGAQMLTLDELFERFGHDTRYYIETKSPQLNPGLEEALVAVLEEHDMIENGRVLVQSFEQESLLKVHELNADVPLIQLVWYHPSEEDNTRLVEWTGVTPGPEEITDADFQAVAEYAVGIGTNYMYEQQVVIDESFIRQAQENGLPVHIYTVNEAEEMERLIEWGVDGLFTDYADRLLELTE >WP_271243471.1 patatin family protein [Escherichia coli] MGQRIPVTLGNIAPLSLRPFQPGRIALVCEGGGQRGIFTAGVLDEFMRAQFNPFDLYLGTSAGAQNLSAFICNQPGYARKVIMRYTTKREFFDPLRFVRGGNLIDLDWLVEATASQMPLQMDTAARLFDSGKSFYMCACRQDDYAPNYFLPTKQNWLDVIRASSAIPGFYRSGVSLEGINYLDGGISDAIPVKEAARQGAKTLVVIRTVPSQMYYTPQWFKRMERWLGDSSLQPLVNLVQHHETSYRDIQQFIEKPPGKLRIFEIYPPKPLHSIALGSRIPALHEDYKLGRLCGRYFLATVGKLLTEKAPLTRHLVPVVTPESIVIPPAPVANDTLVAEVSDAPQANDPTFNNEDLA >WP_166360839.1 cytochrome c1 [Pseudomonas akapageensis] MKKLFAVLILAVMPALTFAAEHGVELDKVDIDLTDKAALQDGARTFANYCMGCHSAKFQRYERVADDLSIPHELMLEKLVFTGAKIGDHMSIGMQPADAKTWFGAAPPDLTLVARVRGTDWLYTYLRSFYEDPARPWGVNNKVFPNVGMPNVLAGLQGRQVVGCKQVQTVAEGKKQFDPLTGTPLTHEACDQLTIVPKSGTLNAEQFDEKVKNLVTFLAYSANPVKLQSHRIGTYVLLYLAFFFVFAYLLKREYWKDVH >WP_137144119.1 adenylate/guanylate cyclase domain-containing protein [Mycolicibacterium sp. CR10] MTGVQIAAYALAVLVVVEAIALGVLNVRLKAARDEADELRRRVDTRNMLLSGGTRAVKTVWQTANIMRRDGFGAAVRSSIEDLADWAEVERPDLARLAPGGRVAIMFSDIEESTALNERIGDRAWVRLIGKHDRAVHRLVDRHDGYVVKSQGDGFMIAFTRPEQAVRCGVDIQRSLQKRPNDIRVRIGIHVGKSVLRGDDLFGRNVAMAARVAGQADGGEILVSEAVRDAISDCEDIAVDNGWEVELKGFAGTHVLYAVTV >MBW4512449.1 hypothetical protein [Scytonematopsis contorta HA4267-MV1] MSNYQQLTKKELRDYIKRHPEDEDAFQYYLTIMRAKPGIVVSTEEQALAEFRKRLESESTH >GJD18679.1 heterocyst specific ABC-transporter, membrane spanning subunit DevC homolog [Rivularia sp. IAM M-261] MVCKFFAKIPLAWQLLVKEKTRLAVAVAGITFANILMFAQMGFEGALFESAIAPHKSFDTDLVLVSRNFETIYSIKDFPTERLYQARGFAGVLEVNPVYIGLGKWSNPETQGLQTILIMGTDPANKIFTSPQLNRDLNELQIQNQVLFDKTALPKNSYIASLFQNQTTPETEVNKTKVRIGGYFSLGKSFATYGNIITSDSTFLRLFTSHEPNQIGTGLIKLKTGADIKQVKNNLKLGLPDDVLILTHDEYIDMERNYWGKTTPIGFMFGVGVMVSFIVGCVIVYQILYSDISAHLAEYAMLKAIGYTNNYLLSVLGQEALLLAVLGYLPGLITALGFYKLAANTTKLPVFMTIERGASVLVLTVIMCFVSGIIAMQKLRTADPADLM >WP_099912534.1 diaminopimelate decarboxylase [Puniceibacterium antarcticum] >PIL18290.1 diaminopimelate decarboxylase [Puniceibacterium antarcticum] MDHFLYRDGVLFAEDVAMSEIAAAVGTPFYVYSTATLERHFRLFDEALAGMDHLVCYAMKAASNQAILKTLAALGAGMDVVSGGEYARAKAAGVPGERIVFSGVGKTRAEIAMALEGGIRQFNVESEPEMVVLSQVAVEMGKVAPITIRVNPDVDAKTHAKIATGKSENKFGIPIAKARAVYAEAAALPGIEVIGIDVHIGSQLTDLAPFEAAYLKVAELTEQLRADGHTIRRLDLGGGLGIPYVRSNEAPPVPNDYGALIRRTVGHLGCEIEIEPGRLIAGNAGLLVSEVIYVKQGEGREFLILDGAMNDLIRPAMYDAWHDIVPVVEPEAGCEQVPYDIVGPVCESGDTFAKGRMMPKLQAGELVAFRSAGAYGAVMASEYNTRPLVPEVLVKGDHFAVIRARPSFDEMISRDTIPEWL >WP_179915466.1 MULTISPECIES: HutD family protein [Halomonas] >NYS77295.1 HutD family protein [Halomonas glaciei] MTYRFAELVPVAWRNGGGVTREVARQASVDSPGWRVSMAELERPGPFSVMAGLKRHFTVVGTHPVTLILPDQRTKLVPRQSVVFDGDTAVECLLPEGASRALNLMYNPLQWQARVAWLTQGEPLQRHPGAETLVVAVGGTAWMSSRPAQSLNDCDLWYWPGQEPLLAPVNAACETIKFETMPGTHLLSIDLRAMG >MCL1962319.1 c-type cytochrome [Desulfovibrionaceae bacterium] MKLPLLLAASLATVVAASPAFAAEDGAALFQSKTCWSCHGKDGKTPLMPNYPKIAGQNVKYIEEQMLDIKSGARANRDSAAMKGIMVIVNENEIKALADYVSKMKP >GKN74270.1 membrane protein [Klebsiella pneumoniae] MFDLHTISFLLIFIAAGLVKGVTGMGLPTVAMGLLGLLMPPQAAAALLVLPSLLTNLWQLLAGPALAQIVRRLWLMMTGIIIGTLAGSSLLIGLNPRWSALALGAALIVYAGYALCSPVFQVSGRVEKWLSPLMGGLTGVITGATRVFVIPAVPWLQALGFRRDELVQALGLSFTLSTLALAAGLALHDGWHDDAWLLSALALLPALLGMWLGQRIRSRLSPQRFRQGFLLFLLALGIELIARGWLV >WP_106777349.1 cell wall-binding repeat-containing protein [Peptostreptococcus russellii] >PSJ30857.1 hypothetical protein UF10_08320 [Peptostreptococcus russellii] MFNYKKIMCCALSSATIVGLGTVPSNAINENIDLQGNNRFETANKIALNYFKSPENIILVNSDAISDALSVAPYAKKLNAPVLLSKSDDLDKKTKETLERNIGKIKSKKYSFNRW >QUE11983.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLTTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAISGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLGVYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTXXXXXXXXXXXXXXTFLXXXXXXXXXXXAVDXXXXXXXXXKCTLKSFTVEKGXXXTXXXXXXPTESIVRFPNITNLCPFGEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGSTPCNGVEGFNCYFPLQSYGFQPTYGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIDDTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTQTNSHRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPINFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNQNAQALNTLVKQLSSNFGAISSVLNDILARLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTHNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >NQT76827.1 transposase [Bacteroidota bacterium] MKDESLENNVVTLHGRGWSIRKLAREFGISRGRVERILLRNQHKRETGSEYHKEPEKKPSKLDPYKDYIQELLETYKNPPPTVQRVYEMIREKGYEGGRTIVSYYLAGVRGKQTTEPVICVETAPGQRGSHDWSELLYLFFRYRPAGKGHFLQFHIELFPPTVY >WP_274910452.1 type VI secretion system membrane subunit TssM [Pseudomonas sp. PSKL.D1] >WDY60627.1 type VI secretion system membrane subunit TssM [Pseudomonas sp. PSKL.D1] MVRGQQPLESVSARTLISVVMVMLPMVGWLMMLRVKYQRLVAEHDQKLALQADPALACEQAQERHLNRQLAAFFDHAGSRRVLYRLPWYLVIGAPGAGKTTLIDRSNQQFSLTRMAKVQGYAQQAPHDVNCWFGSDAVIIDPPGAFTIQGEGDEQKPTLPPGTETRLWNHLVGWLVGNRSKQPLNGLVLVVDVTLLLHASDEVRMAHAKQVRARLRELNVRTGLRLPLYIVLTKVDVLEGFGELLEGFNAQRKESLLGITFSSGGDGASGCWQIELDQYFNALVCAVQAHTVLRVHRSVTAEQRHRLLMLQACLKMLCPALSSYLQGALSNELHAAPLSVRSLHLTSVLQVNPLNIAEPQGTQHNYFAQHLFQRVIYPEAALADDSHDVKASKRRNLWLGSGLSLLAAAAAGVTLHHYFDLNRNRAESVLAKREIFRQVEVANNDKAAVQNLLVHLKQMQAAVSVFGNYRSAWSLVASFGLYEGRVIGPVIDDAYLMVLSQRLLPMLAGMTVQAMDEAAAGSEQQLAALRVYRMLEDRPKREARWVKSWMAKHWQTLYPGQGQVQRELMQHLDYALAHADADLSLFDSRVSEVQRAVREIPLRQRLEAYLNRPAQLERQGELDLRQQIGQVFDLIYRPAQADDLSTALLRPEALPTAENLTENFRPLAEEALMDQWAIAERAHPRLDEPDVAALANQFQALYAAGYIDRWQRALAELTMTDCDNLRDCVSVLGHLVGPVAPLRRLLETVQANTQKPTPEKVVDSARHISSSETIHRAFAGLNRLLEEKRDQPSQYEDLIRAISAVHDHARAVHRSQDRGKAALDAAVQRLTAKGGDPVAALQQLASDLPEPLRTQINKIAGETNRALFAEALTEVEQRWQTDVYGFFQARLAGRYPFAGRGPDADLDDFKAFIGPKGRVQQFQERYLNILFGEDLEGLSVEGRRSLATADRIREGFFDPRGNLSVQFSIEPLGLTATQSSSLMDLDGQQIPYAHGPRIITRVQWPNPAHPEMRSTLTLQRYNGGSSNMDYLGPWSMFRLLTRGALYGRTQTSVDLGFRAGSGIIRYRLRSAKSFNPITQALFNGFTVPNRLFEQTSVEELQAGLPGRTN >WP_208884269.1 ABATE domain-containing protein [Streptomyces sp. PBH53] >AKN73357.1 hypothetical protein QR97_29595 [Streptomyces sp. PBH53] MDHESPVYLHQLPVPGEDRYASLALVNTRFTVSHGRVDLLDGAEAAHLWLVRHGLLPDRVTLNGRQSGRLLALREALRTLFRARADGTRPPADALDTFNATLAAAPATPRLAWTADGPHRADVPDSGNPAAAALSQLAEDAADLLTGADAAQLTECAAQGCARWFLRSHGARRWCTTKCGNRVRAARAYAARKAGSSEKHLP >AIR77599.1 RNA polymerase subunit B, partial [uncultured Verminephrobacter sp.] EVPYLLQMQKDAYTAFLQADKAPRKRTIEGLQAAFDAAFPIVSHNGFVEMKFIEYNLARPAFDVRECQTRGLTYGSAVRARVQLVIYDRESSTSQSKVVKEVKEQEVYMGEVPLMTDKGSFIINGTERVIVSQLHRSSGVFFEHDKGKTHSSGKLLFSARIIPYRGSWLDFEFDPKDILYFRVDRRRKMPVTILLKAIGLNPESILANFFVNDNFRLMDSGAQMEFVAERLRGEVARFDITDKSGKVIAAKDKRVTARHIRELEQSGTTHISVPEDFLIGRVVARNVVDADTGEILAKANDELTDALLKKLRGAGVQDVACIYTNELDQGAYISNTLRSDETVDEFAARVAIYRMMRPGEPPTEDAVQALFQRLFYNPDTYDLSRVGRMKFNARIGRDESTGPMVLSNEDILAVVKILVDLRNGNGEVDDIDHLGNRRVRCVGELAE >XP_049178823.1 SBA1 [Candida oxycetoniae] >KAI3403076.1 SBA1 [Candida oxycetoniae] MSTDSVTPTVLWAQRSNGSDASKNVVLLTVQITDYTDLKIDLQPTYLSLKAKSSAATSVSYELKIDFYEEIDPKESKINTESGNHIYMVLRKKKLQEEYWPRLTKEKLKYHYIKTDFDKWVDEDEQDEVKDDADLMGGMGGMPGMPGMGGMGGMPGMDGMGMGGAGGMDFSQLLSGMGGAGGGAGGTPDLNALASQLGAAGGNAGDLDFSSLGGDSKDGGDDDDNEEIEEIGNTSKKDDKEEVIEEIK >WP_050657700.1 outer membrane protein OmpK [Gallaecimonas pentaromativorans] MRALLLATVLASPAAFAGMQWQDNSLTYLYGQHFTVNPSTEQTLTFEHASGWDFGDVFFFTDGTRFNGVKGDNKTLYGEFSPRFSAGKLTGKDLSFGMVSDVLLATTYEFGEGNVNTLLVGPGFDLKLPGFDYFQLNFYKRLPRGRRDGDTFQVTPTWRMHFPVGQSQIVFDGFIDWVVDSDQSYHHNVHFNPQLKYDLGQALGLKKDKLFVGIEYDYWQHRFGIKDTDDFKTTQSVTNLLVKYHF >WP_173991185.1 argininosuccinate lyase [Agrobacterium tumefaciens] >NSY57092.1 argininosuccinate lyase [Agrobacterium tumefaciens] >WCK04686.1 argininosuccinate lyase [Agrobacterium tumefaciens] MSEPTQLWGGRFKSGPSEALANLSRSHPTYFRLYREDLAGSRAHASELKRAGVLDEAEFTTIRETLDHIETDVANGNEKPIASDEDIHTFLERLLMQRLGVLGGKLRAGRSRNDQTSNNTRLYLRRKARELALGIVAVEEALVLQATRHTETVMPGFTHLQPAQPVVLGHHLMAHAQSLLRDLERFEDFDRRFNRSPLGAAALAGSGIACRPDLSAIELGYAAACENSIDAVSARDHVAEFLFICSLVAVSLSRLAEEICIWSSKQFSWVKLHDSYSTGSSIMPQKKNPDIAELTRGMSGTLIGNVTGFLATMKAMPLAYNRDLAEDKRALFESIDVIELILPAFAGMVETLEFDVVKLREEAPKGFTLATEVADWLVSQNVPFAQAHEITGAVVRYCEERGHDLAGLKADDLPRIDERLNPGVLEAITLEGALASRHGYGSTSPVRVREQIERFTTILDAKKTSAASTVKLPGDGSSERRERGLR >OJW72254.1 MAG: hypothetical protein BGO68_05925 [Candidatus Amoebophilus sp. 36-38] MLKNVSFIRLIYLFFILILSGYNPITQQEAYQLEIYEQAKKCYKQAEYELCQQILTPLLGHVPQTSITPYALFYYALSAYRQSMLEVAEITFTKLEKRYPNWSEQNEVLYWLAQLRFEQNDYITAFFYLAKIKDPSLDTPIGQMKNHFLSRTENINLLETLLRHYPKDVSVARSWLNKQIQLPFMKQDSVRITQVAKQFGLTDPIDDPLREIKSIKKDIYQVAVFLPFFIDEVNYEEKNSNQFVLDLYKGIQAAVEKLYHEGLNIELHAYDTKKSETVVADLLAQQEIKNMDLIIGPLYANTIPLVADFARKHGINVFNPLSINSYAVGNNPFVYLFRSSLETQAKQAAYFTQQHLNILNPRIGIIYGTTAEDSLKAHLYREYVEEVMGTEIELMLELEPKTSQEFLGMFRRTTSEVQVDEQDKFIFDDLTHIYIASQDDLIVANVLSAIQIRKLKPFIIGDEAWLKKSSVTLDQLQHLKIHFIAPEYIDYNQESLHSFRRSFYDQFGMYPNYYAEIGYDMMLFLGKSLYQYGTYFQKHWGDTAFPGQIFSAFSYGKHHDNQHIPIIKFQKSKFVICNP >EFG1511687.1 type VI secretion system baseplate subunit TssF [Escherichia coli] FMFVHLNGLENISLPAGISGFDIEVVLSQSWPADLPVTDDALCLHCVPVINLFTLEADPLIINGLESEYLLRPKRLQDGYTEIYSVDAVAGSGRTGSAEYVPFTSFRHRGGMLRHDAPERYYHTRVKRGVTGMYDTWLILGGQRWEVDRMPERETLSLRITGTNGQLPRRALQSTLLDRCEQVLQTPVSVCNLCKPTLPVYPPTEDRFHWRVMSHLGTGFLNMLSSAEVLRGTLALYNWR >KAF2864190.1 eukaryotic translation initiation factor 3, subunit 6 [Piedraia hortae CBS 480.64] MTSILPQLVRNLDRHLVFPLLSFAEELTPEDEDVSHITQLKFELLQPTNMSDFIGNLDAQLKGVDELPPEYAKKRDEILARSKKFAGDCQKLLGLLGDQEVVGNLRADKESNMNYLQEHHGVTPDMVAELYDYGQFQYSCGDYETAADLLYQFRILSTDNDKVNAATWGKLACDILTTNWESAMEEVQRLKESIDTRLFNNSLAQLQHRTWLIHWSLFPFFNHEPARDVLTDLFFSQPYINTIQTFCPWILRYLAAAVITNRSRPGKANFMYSNYQKQLKDLARVVRQEGYEYSDPITQFVKALYLDFDFEEAQKRLVEVDEIMRSDFFLAASSEAFLDAARHLISELYCRIHQRIDIKDLSKRLGLTDVEGEKWIVNLIRDTRVDAKIDYTAGTVIMNHPPVSVYQQVIERTKGGFFRTQVLSAAVAK >KAA1446899.1 Pyoverdin chromophore biosynthetic protein pvcC, partial [Escherichia coli] TGSPFDYPLSSRFDENDAILVMDKVLIPWENVLIYRDFDRSRNWAVQAGFANLFPLQACVRLAVKLDFITALLQRSLECTGVIEFRGVQADLGEVVAWRNLFW >KPU83403.1 attachment protein, partial [Psychromonas sp. PRT-SC03] SEGGGSEGGGSGGGSGSGDFDYEKMANANKGAMTENADENALQSDAKGKLDSVATDYGAAIDGFIGDVSGLANGNGATGDFAGSNSQMAQVGDGDNSPLMNNFRQYLPSLPQSVECRPFVFGAGKPYEFSIDCDKINLFRGVFAFLLYVATFMYVFSTFANILRNKES >WP_279687934.1 rhodanese-like domain-containing protein [Bradyrhizobium sp. SSUT77] MTLPSVTPADIRRALLLRDEIALLDLRYEAGFATGHPLFAANMAADRIGIEAEVRLPRKDVAIVLYDHGEGLVAAGAERLAALGYTNISALDGGLKAWRAVGYQVFEDVNSYSKAFGELVESRRHTPSFSADEVAKLIADKANIAILDVRRFDEYATMNIPGSVSVPGAELVLRAGQAAPDADTTVIVNCAGRTRSIIGTQSLINAGVPNKVRALRNGTIGWTLARHTLDHGADRRGAIGSFEGGPANARDVAYRAGVRHIGASEMAALVAQADRTLYRFDVRDAEEYAAGHLPGFRHYPGGQLVQETDMAAPVRGARIVLTDDKGVRADMTASWLAQMGWEVYVREGGYDGALEIGPPHVLPKPDPAHRYRRPYEGTGVAERAMQAYLDWEYGLVEQLRLDGTHGFYVI >MCS5932532.1 G/U mismatch-specific DNA glycosylase [Klebsiella pneumoniae subsp. pneumoniae] MNPGKSSAHTGFHFAHPGNRFWKVIHQAGFTDRQLRPEEGAAAAGYALRHHHAGRASDGAGQRGRLAGVSSGGRELVRKIEEYQPQALAVLGKQAFELASNQRGAKWGKQAMTIGTTQVWVLPNPSGLNLGDAR >WP_106546380.1 serine/threonine-protein kinase [Chroococcidiopsis sp. CCALA 051] >PSM48130.1 serine/threonine protein kinase [Chroococcidiopsis sp. CCALA 051] MRDPNLNRILANRYQLQQVLGAGAMGQVYLAHDKLLGGVPVAVKLLSISIHNKKLRVQERFEQEAKTCAILGQKSIHIVRVMDYGVVEENGTPFYVMEYLKGKNLSDVIRNYALSLPRFLSIGRQISLGLECAHQGIPVDGKTYPIIHRDIKPSNVLLIQDNSLGELAKLLDFGIAKLLQADSSQTRYYMGTFAYSSPEQMEGSELTNRSDIYSLGVMLFEMLTGNIPIQANTDSFGGWFKAHHYQPPRSFETSEPKFPIPPQLQELVMSCLAKAPSDRPQNVSEIIKVFTLLEQPRDRSFSTTQPIATKTPSSTIEPANTIVAPQQGQLTTDAICRLACWPQNKPIADIVFPQSIQINDEESPALWVMLSQIEVNKRLVNRTYNHFLFITSPSPMMLWITALHHRTYGTKWLTYYLDLKNSQNREIIQSIGIKGCYRVLLFARETPQYASSCLLINVASSQGILLQQWYLLSQSSNIHGDVQLSKNLLKQEYEKIKPQILMKLEASV >WP_231085688.1 helix-turn-helix transcriptional regulator [Nocardia huaxiensis] >UFS98502.1 helix-turn-helix domain-containing protein [Nocardia huaxiensis] MPDAEALELGRKIAQYRTRKGLSQKEFAPLVDRSEAWISQVERGLRKVPRLDVLERIAQVLDIPIGELAPGAPAVAADQAPPEAVPLRLLLSENFALTALAADPQTSSGTTLRAETERAWLLAHESRYDELVSLLESLLPRLEVAALSTDDPSDVFVMLARSYHACSAALTKLQQFDSAWVAADRAINAATRAHNPLLMAEGAFRLTLVFQGAQRFEQAAHAATTARAAMESLAEQDIPEALSIWGALTLQLAMIAARTDRAADARTYLDEAAHAAARLGADRNDYNTEFGPTNVRLHEVAAAVELGDAGTAIRLAEGIDAVHLASERRGHLAIDLARAWTQRRKVPQALAALEDAWSITPEQVFADPIVHTCVRDLLRIGPHPTPDLIAFAARLGTPSG >WP_033131454.1 MULTISPECIES: thioesterase family protein [Aeromonas] >MCH7370883.1 acyl-CoA thioesterase [Aeromonas sp. MR16] MLEMQIQPRFQETDALGHINNTVPAVWFESARDPLFRLFSPELDVHDWHLIIAGYGVQFKRELFYGQQVSIKTGVRRIGTSSFTAWQEAWQGGELAVTAETTLIHFDYRTRQSRPLSETHREGLRAWLVES >WP_164228299.1 hypothetical protein [Streptococcus canis] >QKG74783.1 hypothetical protein GE022_000795 [Streptococcus canis] >GFG42252.1 hypothetical protein ScFU29_11560 [Streptococcus canis] MTLPENYRRVLNLIKVGAGNPITGAEIALTLKLEERTVQKIISQLITRYGIPIY >WP_249510290.1 ShlB/FhaC/HecB family hemolysin secretion/activation protein [Burkholderia pseudomallei] >MCL4671125.1 ShlB/FhaC/HecB family hemolysin secretion/activation protein [Burkholderia pseudomallei] MTTATRFAVLPITALITLAVQAQQAPTSSNQAAAARANAEQNQQVQQRRDAKQREAAVQAPGVRSDVPRPEDYPVLPTETPCFRIDRFALDVPDSLPAAAKMQGASALPMDRFAFARDWLAHYAGQCVGKQGVDLIVKGLSQAILARGYITTRVLVPEQDLSTGTLKLALIPGVIRHVRFEDEKLRGTWKTAFPTRDGDVLNLRDIEQGLEQMKRVSSQDVSMRIAPGDMPGESDVVLDVKRGKPWTVVASIDNSGTRATGKLQGNVSLGIDNPLGLNDIFNVGFNQDLEFGDKRFGSHGWNAFYSIPWGYWTGTLSAYTSTYFQPLAAVNQTFVASGNMKTVDFRLNRVLMRSRNDVFGAQVRLTRRFGDSYIEGTTIPSSHQNATFLEFGLNDRHYFGSSQFDGSLAYRQGLGWLGSTDSMFAAEGGQTYRFKMVVLDANLSTPFVIGTQPFKYVTTFHGQYTGNTVSYLDSVTIGSRYTVRGFDGETLLAGSRGFYWRNELQVPIAQTGLSAYAGLDYGRVWGPEPVALVGTQLAGAVIGVKGSVATRSGGYGYDLFAGTPVYKPSGFPTARVTLGFQMTAQF >CAF0807478.1 unnamed protein product [Rotaria sordida] >CAF0970105.1 unnamed protein product [Rotaria sordida] >CAF1228397.1 unnamed protein product [Rotaria sordida] >CAF1230897.1 unnamed protein product [Rotaria sordida] >CAF3963341.1 unnamed protein product [Rotaria sordida] MTSYLAPESPRPFSIAAERYFQKINFRIGLPILNNERTLRISKCQFGEQYEREFCFYLAKHAEVNCSDRLCIVGEESEWALIIQERLFLIKPVHFIDCKLHQDTIKEQLTANTFDRIILLNCLHQINNSLTNEDIKSESQNTNFTFSSPLVSYINILRKSLATNGKLIIIHREPNINTLPLPIEVITNWYNADTHSARLIEQLHRERKKNLELVWEVETIKFSIQKLNWFNLLIHRTFYPLTLSSQKQIADGLRQLNETYFKYHQGLLEMNDRLLFLTVQNATEPLPSRIHLPKLIQSSTNEMNSMNSFNANQTIERLRRKPIPLQTGPHEIWNYKMLVTDEVKELLNLNEHRQDKKRNLFKSSIDFM >WP_119344914.1 TonB-dependent siderophore receptor [Facilibium subflavum] MQSQTRGTPSYQSTLNKPMAVATLIGITLGSIQTVTADTTSNLQDNTLSTDTLVVQGDWLGKSDIKDVQTYPGARSLITQKQIQDSGATDVQGVLRSIPGVRVEDEASGTGVLPNISVRGLNPLRSVDLQVLVNGIPLALGPYSATGLSLFPVTLDMIQKIDIVRGGAAVQYGPNNVGGVINIITKPIPTDYQTTIGQQLQAAPTGKLLSTENLRTGGFLSDNFGTQFQANVTRGDGDRDHTYTKIDNFLLNLDYWPSVSTEVTSSLQYYHADAELPGALTPEQYNDNWRQSDTPYNDYYAETYRSSLTLTHDFENNSQFKWVNYYNKSRRNFMFQYPLVATDTIESIRQSPRTYHVFGTEPSYNFIIDRWIKQKFILGGRYLYEDIFFPIYSNDINDGNASTIKQWQSYTNAFAAYISDTLYFLNDRLQITPGMRLESVQQNFHDQLNPSNSKTNNTTEWLPGLTIGYQLNKAIYLFANAQRSLLPPQMSEVGNSNGANLTSELANNYEIGTRTHITKEIQTNITLFRTDFDNKIEKTSSDTLQNVGKSVEQGIETQLMYAPAFIKGLDLTLGYTYLDATIKEGSNAGNRLPYTSKNQFSLITNYQYHSWNFNISGYYLSSAFSDPQNTDPQTIDGSQGPIPAYWLWNLAINKSFKLSQKTKLLASFSVHNLFDKQYFFRNVDVSSGITPAPGRYFVFGLQMTF >WP_020497701.1 OsmC family protein [Sciscionella marina] MAEDTKRSVHIERTAFGRYRASNVRGGQLEFGSGEDTDFTPVELLLAALGGCGAIDVDFITARRAEPESFTVTVSGDKIRDEHGNHVTNLDVHFQVAFPDGEAGDAARERLPQAITQSHERLCTVSRTVELGTPVNAHGD >WP_242685612.1 outer membrane usher protein [Photorhabdus sp. RW14-46] MKGPIMPSLLCGARDSSVALCILLALCRVQVVKAADRVEFNTDVLDVKDRARIDLSQFSHAGYIMQGSYQMVLRLNKNELPEQTVQFIAPDHDPKGSEACLTPKMVDQLGLKADAIRQLTWWYNGQCLEIASLKGMEVRGDLGAGALYISMPQAYLEYTVENWDPPSRWDNGISGMLFDYSVNAQVTNQSGAGSQAQSLSGNGTAGANLGPWRLRADWQVQYSHTTGQVGSAQQSWEWSRYYAYRVIAALRAKLTLAEDYLNSGMFDSFRYIGASLISDDNMLPPNLRGYAPEVTGVAKTNAKVTISQQGRVIYETQVAAGPFSIQDLNTAVNGKLDVKVQEQDGSVQTFQVNTANVPYLTRPGMVRYKIAAGKPSDIKHRSKGPGFATGEFSWGVNNGWSLYGGALLARGYNALAIGIGRDLLAFGALSFDITQSRAQLLHDDTKHGGSYRVSYSKRFDEYDSQITFAGYRFSERNFMSMSQYLEARYYGVNNGRGKEFYTTTFNKQFKELGLSVYLNYGHQTYWDRPNNDTYNLSLSRYFDIGRFKNISLSLTAYRTQYNGTNDDGLYLSMAVPWGENSTITYDGQLSRNSSNTVGYYDRIDDNNAYRINVGNGQGGRSIGSGYFTHEGDIAKLTANANFRGSEYSAMGLSLQGGMTATADGAALHRINMIGGTRMMLDADGIGGVPIRGYGSVTHTNIFGKAVVSDINSYYRSSVNVDVNQLADNVDATRSVVQGTLTEGAIGYRKFGMISGEKAMAIIKLTDGTAPPFGAIVMNEREMQTGIVNDEGSVWLTGINPGENMSVHWDGHIQCLITLPQSLLANLMNNLLLPCRRVKGNDGSDAVETVVTPANTGNVARIGGENGR >UNP33456.1 cytochrome b, partial [Jaculus jaculus hirtipes] THPLMKIVNESFIDLPTPSNISAWWNFGSLLGMCLIIQIATGLFLAMHYTFDTTTAFSSVAHICRDVNYGWLIRYLHANGASMFFICLFLHVGRGLYYGSYTFIETWNIGILLLFAVMATAFMGYVLPWGQMSFWGATVITNLLSAIPYIGTTLVEWIWGGFSVDKATLTRFFAFHFILPFIVAALAVVHLLFLHETGSNNPIGLNSDADKIPFHPYYTIKDALGFFLMFLVLLSLVLFCPDMLGDPDNYMPANPLNTPPHIKPEWYFLFAYAILRSIPNKLGGVVALVLSILILAIVPFLHNSKQRSMIFP >KAE8355151.1 general substrate transporter [Aspergillus coremiiformis] MGTESVLESKPSVENREAVDDAGSHHNVELFERQQVLSVGLNDAIAKDRMSPWSWAMFRLYAVVALTTLNCCMNGFDGTLMSSINAMPSFHEHFGTRMQGSSTGILFSIYAIGNLAGAVVAAPAADTFGRRFGMFIGSVIIIVGTILEASAPRVAQFIGGRFLIGMGISVSNTSAPIYLVEVSLPQWRGIFGGLYNVVGYYTGALACTWISYGTGYLGTNWSWRIPVIIQASPSVIVMLLVFFMPESPRWLYANNQPEQARQMLIKYHGNGNPESALVAHECNEIEKGVRFDMENGAQRWWDYKILFSSRDMLYRLWLLFIVCVFSQFIGGSVITYFMPVMLQNAGITGSTQQLLLNALNTVFSFIGGICGSCFVDRWGRRTLFLYGTFITGLVYIPINVISSYDSSGLTTRMGYGFIACIFFYGIVFSFSWTPLQSLYPAEILPSRVRGKGMAFQNVVFGCSNFINLYATPVGMDNIGWRMYIIFLVLHFAEFIFMYLTLPETKGRTIEELEELFLAKNPVKESLKKREVVVQEGMGVKEVGV >WP_026718622.1 DUF3298 and DUF4163 domain-containing protein [Flavobacterium antarcticum] MKKILSLFAFAVVLISCEKDKQLEFTTETYTEKSTLPCSDNCPIVEVKVPVAKNIPIVADSINKRVFAVVKEIIYFGEKPYTSKDYQGLLQSFISSYDELKTEFPEDTFGWEGKVEGSVVYETENVLNIKIDHYTFTGGAHGYQGIRSLIFNPSTGKIITNAELFNDLNAFTKFAEQKFRTAYKIPENAAINSTGLMFENEKFALPMTLIFNEKGLFLYYNSYEAASYADGPKEIQLTFAELEPYLKVK >XP_028939562.1 dysferlin-like, partial [Antrostomus carolinensis] LFELWKEFVPSAVVEDDYVITIETLILVESSLGIIVHTLGHKVTHLCYLTAGGQDPYAIVSFLHQSQKTVVIKNTLNPTWDQTLIFYEIEIFGDPQNVSDSPPNIVVEIYDHDTYGADEFMGRCICKPSLARSPRLSWHPVIKANRNVGELLAAFELIQREKPAVHHIPGFESELSSSLDESADSDLPYPPPQREPNIYMVPQGIKPVLQRTAIEILAWGLRNLKSYQLASVTSPSLLVECGGQLVQSCVIKNVKKNPNFDVCVLFMEVRLPKESLYSPPIIVKIIDNRPFGRRPVVGQCTIRSLEDFYCDPYREETDGPQEHSDDVSLTPRDDVLIDIDDKEPLIPVQ >NRB18267.1 prolyl aminopeptidase [Paracoccaceae bacterium] MDKHRDQKRAVQYLHPPIEAYDQRMVDVGQGHRIYVEQSGNPQGMPVVVCHGGPGGGCSPAMRRYFDPSIYRVILFDQRGCGRSRPYASCEDNTTWHLVADMEVIRRLLEIDDWMVFGGSWGATLALIYAQAHPDRVRHLILRGVFLMTKGELDWFYGGGAGKFWPETWARFVSLIPENERDDIIGAYHKRLFSGDTSEEIRFGRAWSAWENALASIHSNGRSGESPGEYARAFARLENHYFINLGFLESDGQILANMGRISHIPGVIVQGRYDMICPPVMAWRLNELWPAAELKMIRGSGHALSEPGISAELVRVMNVIAEEL >WP_041710957.1 ABC-F type ribosomal protection protein [Clostridium pasteurianum] MLLIECENIKKYYGERLVLDIKNLKIYSENRVGLVGINGEGKTTLINILLGKDNQYEGRVKRYGNFSIIDQLDKEDYGSINSETAKVFGANTTWNNYLSGGEKTRFKLAKCFCENSDMIIADEPTSNLDIAGIEFLEKKFKEYQGAFIIVSHDREFLDKLCNKIFDLDKGKIKEYKGNYSEYKFEKNQELKRAAFEYEKYDKEKKRIKESIESIKKSEVSIKKTPSRMGNSEGRLHRKMGGQKAKANLNRSIKNMEVRLAHMEIKEKPSDIKKIKLDIPDKNKLYSNVVIFGHNINKSFRNKIIFKNAEFTIYNNSKNALIGPNGCGKSTLIKMIIQGDTSIKKVHGLKIGYYSQQLDIVKGNLSILENVMMDSVYDETYIRIVLGRLLFKDRDVHKKVELLSGGERVKVCFAKLILSDINLLILDEPTNYLDVDSLEVVEEVLKDYCGTILFVSHDRRFISSLGNNIIYIEDNKILTSKGTYEEYLQKKSNCLTDREEEIKEQLFVLENRLSEIIGKLSAPSKRDDVKNLDIEYYKIIKQIKDLKMKLKENLNSR >WP_164942207.1 DUF2487 family protein [Macrococcus canis] >QIH75976.1 DUF2487 family protein [Macrococcus canis] MLFNHNDLMLLNDQIEYIDTAIIPAIPADYTSRLLDIADQYEMIQYVTLGAEQQFKGRLLVLPPVQILGDYNPVSLIDSQLKEFGFRNIIVVCPQTLQIDADNVHKVNIIPLESMDNEMKQEFIQDNVKSLMKFIITLWNK >WP_169394925.1 endonuclease/exonuclease/phosphatase family protein [Pseudonocardia xinjiangensis] >NMH76849.1 endonuclease/exonuclease/phosphatase family protein [Pseudonocardia xinjiangensis] MLVGRRLRIGAAVTLAGAAAGVILPDRLRLDHRFPFVDIAAFRPHVSASALAAAALLATRPRSRPAAASLAAVALAGAGAVAGRAVRRPAPPAGPDDLTILSFNVLRGQADTGQLATLIAARAPDFVVLPEAGADFRDKLMPQVEMLGYRSWVSTAVGTKDAQGVTLLAASTVGDVHVRSGSGMRVRHLEATGGVLGRRSLFAVHTTAPMGRRRADRWRRDLALVEQWCHGPVEPIVVGDFNATLDHAPLRAAVGTCRSAAAGTGKGLVGTYPASGARWRGIQIDHVFVPAAAATTGFEVIDIEGSDHRAVLARVRLPA >WP_200037957.1 CheR family methyltransferase [Burkholderia cenocepacia] >MBJ9916543.1 PAS domain S-box protein [Burkholderia cenocepacia] MARQAPSRKERLSSPATLKSDLSFPVVGIGASAGGTTALQTFFESAPTGMDMAFVVVVHLAPEQVSHMDSVLQRTTGMPVHQVTSTVPIEKNHIYVIAPGMQLEMSDGCLRCHSRGQSDDAPFTIDHFFRTLADAHDWRAIGIVMSGTGSDGAAGLSRIKEAGGITLAQTPDDAEYAEMPQHAIAMARVDIVLPVADMPQRLLELWSNARRIEQQSVEFAQSLHHVDRPTVNDPERALSDILMHLRVRTGHDFRLYKRATVLRRIERRMQVNGQRDLLAYRDFLRAAPEEANALLADMLIGVTQFFRDREAFDFLEQEVIGSLFASESGEEQVRVWVAGCATGEEAYSISLLLARAREAAMSSQAIQVFATDIDEAAIVRARTGSYPLSIASDVPAALLQRYFTRDGAHYVIAKAVRERILFAAHSLLRDPPFSHLDLISCRNVLIYLERAVQRQILELFHFALRPNGYLFLGTAESADAADDLFAVVDKKRRIYRARVVTHRAKPVTGFPPLFQVESGASDERAAPQPPLRVPTSPAQRNFSYAELHQRALETYSPPSVIIDKESNVVHLSDNAGRFLRHVGGELSSNIMTLVLPDLRLDLRTAIFRALQTGTSVEARRVKWAHDTRVSWINMTVRPFHDKVANAEFLLVVFDEVAGRMTEEDQAETSGQDPVLAQLEQELQHSREQLATIIEQYETSVEELKASNEELQAINEELRSTSEELESSKEELQSVNEELTTANAEMQARIEDTAKANDDLHNIIASSEIATVFVDKEIRVKRFTPNATAIFNLIDTDLGRSLFHITHALRYPTLADDVRQSFQSLRLIEREIESEAGRWYLMRLLPYRTADDHIDGAVITLIDITDRHHAEEAARAGEQRLRLVAQSTKDYAIIIQDGNGAIVSWNAGAERIFGYTEEEMIGQDVELIYEPNDRQALVPMREREVATREGRADDERWHRTKDGRRIFCSGVVTPISDTSFNGFAKIVRDMTLRKQSDDANREALAREQAAREQALSSNQLKDEFIAVLSHELRHPLNLIGVKSEMLPRLPETRDIPAVREAADSIRQAVRAQAQIIDDLLDLSRIQTGKLALELGRVDLTAMLRGIADTCERDVHARGLVLKTELPTEPAIALADPVRCEQIFWNLMSNALKFTQSHGEIVVRLAHEGLMLRVDVIDDGQGIDGDTLPHVFDMFRQAPRDRTRGGLGIGLALVRQLVEMHGGRIAAASDGQGRGTTMTVWLPAASDERVVSSGNGAAEGSIAGLRVLLVEDDQETALSLTALLELAGATVTAAKSGAEALERLPETPVDAIVSDIGLPDMDGYELIRHIKADPRWATLRTVALTGRNRQDDVRAAAEAGFDTHLSKPLDFGMLLAALGDTH >AUW90066.1 elongator complex protein 3, partial [Copris sp. INB146] GPDSDFEYSTQSYTGYEPTSMRAIRARYDPYLQTRHRIEQLKQLGHPVDKVEFIIMGGTFMSLPEDYRDYFIINLHDALSGHKSSSVEEAVKYSERASSKCIGITIETRPDYCLQKHLSDMLKYGCTRLEIGLQSVYEDVARDTNRGHTVKAVVDTFELAKDAGFKVVA >MBE0362647.1 hypothetical protein [Pseudoalteromonas ulvae UL12] MVIALTIIPERNNPLLTAHLKPMLKRAPLCHKSASIQYFGFLAFSNFFLKLFDNTSTGLSDFVTMGGLTARAANRCSLRSSFYEKIIDIITKKRHIPRPLN >EET4312562.1 heme lyase CcmF/NrfE family subunit [Escherichia coli] >EFA2256848.1 heme lyase CcmF/NrfE family subunit [Escherichia coli] >EGN2978185.1 heme lyase CcmF/NrfE family subunit [Escherichia coli] >EHV9219066.1 heme lyase CcmF/NrfE family subunit [Escherichia coli] MDVFLPEVGFLALLLSLGVNVLTPLTAFAGVRLRWPAMMRLTCIGILAQFALLLLAFGVLTYCFLISDFSVIYVAQHSYSLLSWELKLAAVWGGHEGSLLLWVLLLSAWSALFAWHYRQQTDPLFPLTLAVLSLMLAALLLFVVLWSDPFVRIFPPAIEGRDLNPMLQHPGLIFHPPLLYLGYGGLMVAASVALASLLRGEFDGACARICWRWALPGWSALTAGIILGSWWAYCELGWGGWWFWDPVENASLLPWLSATALLHSLSLTRQREIFRHWSLLLAIVTLMLSLLGTLIVRSGILVSVHAFALDNVRAVPLFSLFALISLASLALYGWRARDGGPVVRFSGLSREMLILATLLLFCAVLLIVLVGTLYPMIYGLLGWGRLSVGAPYFNRATLPFGLLMLVVIVLATFVSGKRVQLPALVAHAGVLLFAAGIVVSSVSRQEISLNLQPGQQVTLAGYTFHFERLDLQVKGNYTSEKAIVALFDHQQRIGELMPERRFYEARRQQMMEPSIRWNGIHDWYAVMGEKTGADRYAFRLYVQSGVRWIWGGGLLMIAGALLSGWRGKKRDE >WP_179444023.1 glycoside hydrolase family 16 protein [Naumannella cuiyingiana] >NYI70026.1 beta-glucanase (GH16 family) [Naumannella cuiyingiana] MRRLGRGLALAVLGSTALLCTPMPAQAAPPAGTWQLELADEFNGTALDTNIWNVAEQGDHSADRVTVAGGALLLSAREDGGWSTGAVSTGGADQGVALAPGSYLETRLRVPKGAAYRPAVRLTPAEPDDAPDRDTTTITALEVTGTPTAARLGLRTPDGPCTDAGAAACTATLPTPPELLAEGDHTIGLAWRDDRLDYYVDGDLVLSLTEQIPTGPLVLDLALDVDPGAGSSIDDEASLRVDYVRIYRAADPAHVQISA >CAH8385548.1 unnamed protein product [Eruca vesicaria subsp. sativa] MPSSQSTEYMLMGIFSTRLNTVTDESFGVVVSEIQGMDSVTRVSRLKKRICLVEKESGLQSSDCIWVVALCASVDTLDRV >XP_046441060.1 MAP/microtubule affinity-regulating kinase 3-like isoform X7 [Daphnia pulex] MGNKAAVKTTPVKSPLRPGSDGSSGGGGGGGGGGGGGSGSASASIRSSSRRTSEEPHIGKYRLLKTIGKGNFAKVKLAKHIPTGKEVAIKIIDKTQLNQGSLQKLFREVRIMKILDHPNIVKLFQVIETEKTLYLVMEYASGGEVFDYLVLHGRMKEKEARAKFRQIVSAVQYCHQKRIIHRDLKAENLLLDSEMNIKIADFGFSNEFTPGSKLDTFCGSPPYAAPELFQGKKYDGPEVDVWSLGVILYTLVSGSLPFDGSTLRELRERVLRGKYRIPFYMSTDCENLLKKFLVLNPTKRASLEAIMKDKWMNMGHEEDELKPFSEPEVDLSDLKRIEILVGMGYSRTEIEDSLKTQKYDDVFATYLLLGRRSTDLESDGSRSGSSLSLRGVPPRTDTAAAASGPTSVPSSGHSSQSGSGTATVSVSATGGQRSVHRSISATSSKTGRRASSGGETREAATNASASGAASAVASGANAGATTATAGNRASTAATPQVTNHSSSGVAPTNFFRRQNTVDSATIKETSARLGAGNASSGGPTGVRPLASPAAIKNATANPTGNAGAASPSSSLFGKPRGLTKSNTMAANANRTLGPGTTSVGRRSTIGYESKSSSSEKTNAIGSDALTTATETKVKGHVKSASISAAVRSELSPESASPALDPLRISAGRTVSGAPTAAGGSSGAGTPTGSGSSTNRFTTGQFPRNVPSRSTFHSGQNRPRNQAATYGGAAGGGMAGADSSGLGPSSRTSFFSKLSSRFSKRSNVNDDQVKPRSLRFTWSMKTTSSRDPNEIMMEIRKVLDANNCDYEQRERYLLLCVHGDPNTDSLVQWEIEVCKLPRLSLNGVRFKRISGTSIGFKNIASKIANELKL >CAH9078713.1 unnamed protein product [Cuscuta epithymum] MSSSKNSFHPALAISNIKNFIPLSLDLDNGDYASWAELFKITARAYEVLDHIIPSTTTTDSSSAATDSSLTDAQRAILDAAKAEAAALWSRLDAVVLQWIYGTISHDLLHTIIEVDSTAHDAWESLADLFHDNKHARALYLENEFSNTRLDQFPNVSAYCRGLKDLSTKLKNVGVTVGNDRLVLRMVNGLSSVPDYNMVASLIQQREPLPVFSKARSMVVLEESRRNQSSGSPATALFHSTGDITPRYLSPLTYTSTFISSY >WP_268012811.1 YggL family protein [Klebsiella michiganensis] >PLL34481.1 hypothetical protein CWN50_19660 [Klebsiella michiganensis] MATNRSRRLRKKMHIDEFQEVGFSVAWRFADGTSEEQIDQTINDLIDEVIEPNKLAFDGSGYLSWEGLICLQEIGKCTEEHQAIVRKWLEDRGLADVRTSELFDIWWD >PIY03328.1 hypothetical protein COZ21_09525 [Bacteroidetes bacterium CG_4_10_14_3_um_filter_31_20] MISHTLKTIFEITIFIYFNFDIFYFSFFTPFDFAQGKLFGKLRAGTKKETKNPPSFGFAQDKLRPTPIF >HIA35646.1 ABC transporter substrate-binding protein [Flavobacteriales bacterium] MKRLLFGLFISVLVLSACTPAGDNNDSRNIIAKGGKQYGGCFKVNERDEFQSLFPYSIIDAASSRIAGQIYEGLVRLNTKDLTIGPRIAETWEIDEAGLVYTFHLKKGVKFHDDSCFPNGEGREITTSDFKYSFELLCTKLINDSIENLMFARTFKDKVVGANDYHELVNRDEITGIKIIDDYTLEITLVQPSSSFLYILSSTAAAVVAKEAVEKYGDMLIVGSGAFTFGDFIEVNDRPNGEPVEKLTLVRNPSYHDVDSFGNHLPYLDSVVISFYNSQKRELELFLDKKLDMIVGLPSESIRDIVEQQISYFEKNPPIFILERSSDMSTQFYEFNLNNPLFTGDDYGKKVRQAISYAIDREKIIEKVLSDEAYGPGIHGITPPSFRDYKQSGITGYGFDPEKAKALFAEAGYPNGEHFPTINLKLNSGGFRNTSVAFEVQKQLSHVLNINLELDIVPMHKLLEDRKYARGDLFRSGWIADYPSPENFLLLMYGKNVPSTMEEPSFLNTPRYSNPEFDELFEEGIASGSIAESYEAFAKAEQILMEDAPVLILWYDEQYRLIQSNVQNFSINAMHHRDYSGVYFQELKAKKEPAKTAQATE >TFV00908.1 3'-5' exonuclease, partial [Bacillus stratosphericus] TEVALLRFENGRAERYERLVNPQRSVSAFITRLTGISNEMVTAAPAFADLVGELLPLLRGSLLVAHNSRFDYTFLCHEFRRAGVDFAAPALCSVKLSRRLYPQFHKHNLDSIIERFGISAANRHRALADVLALADFLEASLAEKGAEWENHCRE >WP_103216576.1 serine--tRNA ligase [Halobacteriovorax sp. DA5] >POB15096.1 serine--tRNA ligase [Halobacteriovorax sp. DA5] MLDIKFIRENVDLMKEVIANKRIGLDLDELLTIDSKLSELKTKQQDLQEKRNAHSKLIPQASNEDRPKLIAEGKEIANELKEMNPEISDLEEKLKALMYVVPMVPSKDAPVGKDDSENVVSRVEGDKPNFSFAPRHHVEILEMNEWAEFKNIAKVCGSRSYSLRNDMVLLEMAMHRLALDMLTEKGFTLVSSPSMAREDALYGTGHFPTGREDAYYIPEHDIYLSGTAEVQLNSLHGGEILSESDLPILYAGFSPCFRGEAGSYGKDVKGLIRVHQFQKTEQFVICKGDEAESEKWHKSLLEAAEEFCKALELPYQILEVCTGDMGAGKFRMYDIECWVPSEEKYRETHSCSALHDWQARRTNTRYRDADGNVKHVFTLNNTMVATPRILVPFIENHQQEDGSVYVPAKLRAYMGGKEVLKGRNRQ >MBG9445742.1 cystine transporter permease [Cytobacillus firmus] MDLYTKFIDTYPVFLKGMLLTFQLTIVSVFIAILIGLFFAFLKISRVKVLEWIADIYIFLVRGTPLVVQIFIFYFGLTALDISQFWSVVLGLAFHNGAYIAEIFRGSIQSIDKGQMEAGRSLGMTAGLAMRRIILPQAFRRAMPPLGNQFIIALKDSSLASFIGMYELFNVATTYGSNEYDYMSYLLIVAVYYLVLVLIFSILVNMIEKRMASSD >XP_037827647.1 uncharacterized protein LOC119615716, partial [Lucilia sericata] MTSCTDSSNFVPSDYPLVQMEDINLNLSDFEDFLSSRKPDSAGGADGITYRMLLNLSDSGRKKLFAVLNRIWISGNIPDIWRHIKVHPIPKREDSVDITDYRPICLLPVLLKCIEGMLKPHMEQFANSRKIIPERSFAFRKNMSTTQCINDLINTVQYLRTEKRKVVAICIDIEKAYDHVNVNTLGAKLMEMGFNRKLVLWLTSYLQDRTLHLHDAKTKTNRGLAQGSGLSPILFNLYTASLHNIEDENTYIFQFADDFFILAFDETWDEALDILERKFGEFIYDCEQLDLNINYDKTTVTSFGRRSSQINLNFNGRMLTEVKEIKYLGRIVSANNSSLSHVTQAISKINRTCRFLNTTSGCLYGIHPARAIQFYRVYARSQLEYAASSFANLSGRALAKFQTQSNFHVRRALGLMKSTPVHVLYHLAAELPPKYRIQLAAGKDLVKLFHLEMPLAKLLPTLEKPLDTSYYKMFDKFKNVLLDVEQIRTSTVESRKVRTYENFYHSNKANLNPQEVNQIFLSKKNDIMSRNLELVYTDGSIMENQAGGAFFHPRSNTVRRFKLSKTVSSMSVELHIMEKAVEFAKEMNFLKLAILTDSKSGVLALKNGVSNAACSRIHDLIDSSPTLSTVEFHYIPSHRGIFENERVDEEAKKATQDGLTLQIKWSKDEAIREIERRLHDEWEREYVDLS >WP_073312722.1 XdhC/CoxI family protein [Aquimarina spongiae] >SHI34083.1 Xanthine and CO dehydrogenase maturation factor, XdhC/CoxF family [Aquimarina spongiae] MTHEFKEIIQSYQIAKQKGIPAVMATVVDVEGSSYRRPGVGMLILKNGKTVGAVSGGCVEKEVLRQSQSVFDTHIPKIMTYDGKYRLGCEGLLYILIEPFDIDDNGLQSIEQRLFSRIPFQINSIFSKEITQGSFMRSILTFHNGEKFSFYQSSGEVVPVLQEDEYESFEREMLPCFRLVIIGAEHDAEALCALSNATGWEVEVICSPNAPKELSDFPGATKIHALAPDSLEITHPDLQTAIVLMTHNFAKDLLYLQKLKDLRVAYIGLLGPARRREKLLSALIEYFPDLDDEFMEIIHGPAGLNLGAETPQEIAISIIAEILSVIRNQEPIPLQAKKGAIHDDPKRKKLDAI >MAR88726.1 phosphonate C-P lyase system protein PhnH [Rhodospirillaceae bacterium] MSIDEQSMSDLPIGKSFEDPSHESQYIFRQILKSMSEPGRIVTLNTQIVPPPPLSIATAAICLSLLDFETKLWIDSSLDTDEAKQYLKFHTGLKIADQPQQANFCILGTQIPNLDLFNSGTEDYPENGATLIIQTDEITDQAQLQLEGPGIETSRHLSIGXINKRFWANRDNLQSLFPRGLDFIFTQNDITVSLPRTTXVTVLKTQLNGY >MBM4836391.1 iron-containing alcohol dehydrogenase [Vibrio parahaemolyticus] MLKHCLYRSYTKGLKIAAHVLPLPRPTLFSGSGAVSELLEAISDLGFRRLLLVTDEGLVRIGMVGKVLEQTQGLGLQVGVFSEVKPDPTYDQVEDGLRVYNASQSEAILALGGGSAIDCAKVIAARVSNKRSIKKLSGLFKVWRTPAPLFVIPTTSGTGSEVTIAAVVSDPDTHLKTPLMDPKLVPIMAALDPDLLIGLPAKITADTGIDALTHAVEAYISRNSTPETQAYSVAAIKLIFRYLPKAVAQGGDIEARYKMAMASYYAGLAFTKASLGYVHAFAHNLGARYGLPHGMANGLALLPVLKFSLPEIEDELRKLAEKTNINTKDKPSAERFLEQIESLYDAIGIEKCTTAIKQDDIEDLVDLILKEAHWNYPVPKFMNSEECARLLIEISA >KAF0756529.1 hypothetical protein AaE_004595, partial [Aphanomyces astaci] MHDDGIPSLSGPAAHILSMAPPSNPFVDGPPLKIRNVTVRGNKRTSPTLFDNELQSAYSATTFGGVMESLNAAALELRAFGIFDSVDILLEKTADGTRNETDVVITVKESRMLSLYAGVESSGAEGTANTKCTLTNPLGHAEKIELSAAHGQYGSDGQNFSYRRPKFLGRPWWFTASAANEVQVHERFSSFREKFRGGTVSVSDYNGVHD >WP_056610248.1 M20/M25/M40 family metallo-hydrolase [Sphingomonas sp. Root241] >KRC81009.1 peptidase M28 [Sphingomonas sp. Root241] MLRSLLLLPLLVLAPLAQAQQLAPEQAALKAHVQFLAADALRGREAGTHEYDIAAQYVAAQMLGAGLKPAGEEGWLQPVGLVTYRPAARAKWTLMRGGTAIPLQFGIDFVNSGIPTTPDFTAEGQVVFAGYGLVYPEGKRDDYRGLDVRGKIVAIYAGVPEGLPGEVAAHLGDDDQKARLAQARGAKAVIIIESLERRAEFPLEAMAPYYDYERTTWVGHDGKAHIVAPGAPVVGTMGQAGAEKLFAGSRIKWRDVLAAERRGTRMPTGPLVGVLKATASTRVATARSSNVVGMLEGSDPALRNQYVVVSAHLDHVGVGEPEKGDDIYNGALDNAAGVATMLEVARAFEASGKRPRRSILFVAATAEEKGLVGSSYFAAHPGVTGPLVADVNLDMPILTFTMQDLVVLGGERSSLGATYAAAAATEGLKVVPDPSPEEMFFVRSDHYSFVQAGIPAVSIDSGPGGPGAAAQQDFLANHYHKPSDDLSLPIDWAAAAKFTRVNYAAVRALADSDARPSWNKGDFFGAQFGGHGAR >MBU2271834.1 deoxyhypusine synthase [Alphaproteobacteria bacterium] TARAADIFNMAIEDKDCSPWLILAGSTSAGGCMHVYRDMVKFGMIDAVVATGASIVDMDFFEALGFKHYQAAGEVDDNVLRDNYIDRIYDTYIDEEELQACDHTILEICNQLEPRGYSSREFIWEMGKWLSEGNAKKEGSLIQTAYEEGVPIFCPAFVDSSAGFGLVKHQKERMAAGKPYLMIDAVADFRELTDIKIAAGVTGLFMVGGGVPKNFAQDTVVCAEILGVEAEMHRYAVQITVADVRDGACSSSTLKEAASWGKVQTTHEQMVFAEATTVVPLIGSDAYHRGAWKNRDKRRWNKLFGK >CEH30391.1 ATPase/histidine kinase/DNA gyrase B/HSP90 domain protein [Aneurinibacillus migulanus] MNIKQAKAPINNGEVCMLKEPFLLKGVFLMNDVLDTRHIRHLCQQYTSLTEEDIQIIVNKSEMLQTMADVSQANMFIDCPMKDRKAVIVVAEASPTTTHSIYKETVVGKEVFESYEPGVFRTYRTGKPALMNRAVTQEGHHVKQNVVPIKNDKQQTIGMLILEQDITLQVKHEKELALLSETTQEFSRTFWDLIAKEQSIPDVIEEALLLLHEDGSILYANNSAIGLMESHSERTRENCLNVKVNEIFPFIEEDDYLHDGVLQREVHNQGAVYILRSVCLQQKDKKRRLLVYLQDITDLRDKERQLMVKSAVIQEIHHRVKNNLQTVAGLLRLQMRRGVPDEAKGLYQECLNRIVSIATVHEVLSYNGIERVAMNQVIEKVARMLVYNMSSEECKVDIVMEIEEIALQSKQAVSLALILTELVQNCLKHGFIGRPSGVICIEFRLTGDEIRLCVDDNGKGFEAQSATDQLGLEIVRNLTHFDLEGAFNITQNADGGTRASVSFPAEQGE >WP_162756046.1 replication endonuclease, partial [Escherichia coli] TCAEWWKRKLWLLRCEWREEQLRAACLVSRKTSPYLSQDALSEFRAQREKTRDFLKSFMLENEDGFTIDLETVYYAGVSNPVHRKAEMMATMKGLELLAEARGDKAVFLTVTCPSKYHATTENGHPNPKWNGATMRDSSDYLVNTFFAAVRKKLNRDGLRWYGVRTVEPHHDGTVHWHMMVFAHPEEIDTIVSHTRDIAIQEDRHELGDDITPRFKAEYVDGSKGTPTSYIATYIGKNLDSRAVDGIDPKTGKPRVDHETGKSMAESVERAIGWARLHRVRQFQFFGIPSRQVWRELRRLASQMARNPEGPQRLKDDAMDAVLAAADAGCFATYIEKQGGVLVPRKDYLIRTAYDLADELNDYGEQSVQIYGIWSPFIGESSRVCTHPDNWKLVRRKPEAEDSARENGFDLQGGPAAPWTRGNNCPRVQETDNNGTEQPEERPAPWPQLPDGVEVNEWMHSLKRHERRALMCSLRDKQAKNSSDEMQNWTQSRKQPQPLPDNHELLAKEWRESAESLGLHIGEQQMQHLLRGGSLYVDGSIIAPQGFEIVRKPDTRPDSRITQLWQRLSRNHGVSSTEIRHNPVASYLEQLGASDPEAAARLASTLQQDQNTMKTPVTVLSDMLRAIRDAEHAQRISETTERARRKADLLRGGLTSGNKKQTKTGFTNPVNEQKTRR >WP_271629396.1 DUF362 domain-containing protein [Caldicellulosiruptor sp. DIB 104C] MHRVAIVRCDTYNVDNVKEALEKGINLLDFEFPRLNKVLLKPNLLMKKRPDEAVTTHPSVVEATVKIAQEKVDRIVIADSPGGPYTKRRLEAIYQTSGLKELEKYEKVSLNYDVSFKEAQLERSILKKISFISPYFESDALINISKLKTHRMAVYTGAVKNLFGLVPGGQKAELHFRLQEVDKFMEMLLDIYSATKPILNIMDAIVGMEGEGPSAGKPRNLGLLLISQDAIALDYVACRIIGLEIKDVPLLNVAKSKGLLNPNDIEIVGEQIDDVNVKNFKVPLRPEISFVRGRAPSFIANVINGLLTPKPIFDRKICIGCAECFNACPAQAIEMKSRKAYVDLKKCIRCYCCHELCPAKAIMIKRSFLFEKILK >EBU9231875.1 UDP-N-acetyl-D-mannosamine dehydrogenase [Salmonella enterica subsp. enterica serovar Ndolo] MSFTTISVIGLGYIGLPTAAAFASRQKQVIGVDINQHAVDTINRGEIHIVEPALGNVVKMAVEGGFLRATTTPAEADAYLIAVPTPFKGDHDPDMAYVEAAAKSIAPVLKKGALVILESTSPVGATEQMAGWLAGMRTDLTFPQQAGEQADVNIAYCPERVLPGQVMVELIKNDRVIGGMTPVCSARASALYKIFLEGECVVTNSRTAEMCKLTENSFRDVNIAFANELSLICAEQGINVWELIRLANRHPRVNILQPGPGVGGHCIAVDPWFIVAQNPQQARLIRTAREVNDGKPHWVVEQVKAAVADCLAATDKRASEVKIACFGLAFKPNIDDLRESPAMGIAQSIARWHSGETLVVEPNIRQLPKKLDGLCTLAKLDAALAAADVLVMLVDHDEFKAIPGDAVHQRYVVDTKGVWR >WP_169053012.1 ParB/RepB/Spo0J family partition protein, partial [Escherichia coli] MDVKITILQVDVANLRPNTWNTNSVGAQNFEKLKGSIEKLGFFKPILARELEDGFFEILGGEHRWRAAIEQGISTVPVLSVGNISDVVAKQMSLVDNERYGEDDQIALQRFIEEIQSELDYQLSEIAPYDDEISMVLAKEAAIDLEALEALSRGSDEPVDTDKREKTERVGAEHQTMRFKVTFD >WP_223695792.1 exodeoxyribonuclease V subunit beta [Klebsiella pneumoniae] >MBZ4059594.1 exodeoxyribonuclease V subunit beta [Klebsiella pneumoniae] MTDTAESLDPLRLPLIGERLIEASAGTGKTFTIAALYLRLLLGLGGEAAYPRAISVEELLVVTFTEAATEELRGRIRSNIHELRIACLRGESDNPLYSALLAEIADKDDAAKTLLLAERQMDEAAVFTIHGFCQRMLSLNAFESGMLFEQQLIEDESRLRYQACADFWRRHCYPLTRDIAAVIHDVWKGPRDLLKSLDRWLQGEAPQLKSPPAPNETLAERHQQIIARIDSLKQQWREQVGEIEGVLENSGLDRRKFNRGNQGKWMEKVNAWAQEETLSYQLPDALEKFAQSFLLERTKAGGEPPVHPLFSAVESLLASSLTLTDLVLARAMVEIRDAVAREKRRRGELGFDDMLSRLDEALRGDSGETLASAIRQRFPVAMIDEFQDTDPQQYRIFRRIWRRQPETALLLIGDPKQAIYAFRGADIFTYMKARGDVAAHYTLDTNWRSSPGMVGSVNRLFSLSDNPFMFHEIPFLPVKAAAKNKGLRFTVDAADVPAMNVWLMPGDTVGSGDYQTFMAQLCATQIRDWLSAGQRGRALLWRGETSRPVQASDITVLVRNRLEAAQVREALQTLGIPSVYLSNRDSVFETLEAQELLWLLQAVLAPERENTLRSALATSMFGLTALDIENLNQDEQAWDALVEEFSEYRQIWRQRGVMPMLRALMTARHIAENLLATRGGERRLTDILHISELLQEAASQLESEHALVRWLAQHIAEPDSNAASQQMRLESDKHLVQIVTIHKSKGLEYPLVWLPFIARFRKQDQAFYHDRETFAAVLDLGQDEASLELAEAERLAEDLRLLYVALTRAVWHCSLGVAPLSSRKSGNSDFHLSALGRLLQAGEAMDAAGLAARLADFCHGDIALQIPGELDITPWQAPAATIPRLSARELQRRIADDWRVTSYSGLQQHGFSGGQDLLPRLDVDAAGVGEVVEEPQLTPHQFPRGAAPGTFLHSLFEELDFTQPVPEGWMAEKLQLSGFDAQWAPVLTDWLGGVLKTRLPGPDIALNQLAARDKQVEMAFYLPIAQLLTAERLDALIRQYDPLSADTPPLDFRQVRGMLKGFIDLVFRHEGRYYLLDYKSNWLGEDREAYTRPAMEQAMRAHRYDLQYQLYSLALHRYLRHRLADYDYDRHFGGVIYLFLRGMDGQEGGQGIFTTRSVRPLIDGLDQLFAGETQEEAS >WP_092696504.1 DUF882 domain-containing protein [Acidovorax soli] >SDZ72976.1 Uncharacterized conserved protein YcbK, DUF882 family [Acidovorax soli] MTQPTHPLASGRRRFLGTGGRWLVTGALLPLAQPALAGLPDARSLSLDHTHTSERLALVYALGEQFVPQALSSLNHFLRDHYSGEAGLMDPQLFNLLHQIRQELRAQQPFQVISGYRSAATNQTLRTTRGGGVAKRSLHMEGKAIDVRLPGVQLASLRDAALALGLGGVGFYPREQFVHVDTGPVRRW >WP_014814721.1 MCE family protein [Mycolicibacterium chubuense] >AFM16240.1 virulence factor Mce family protein [Mycolicibacterium chubuense NBB4] MTRRRLLIVAVLALTVALVGGVAVVVHKAFFGPHTLTAYFTKAIAIYPGDSVQVAGVTVGHIDAIEAEGTRTKMTLNVDRDIPIPASAQAVIVSQNLVAARYVELTPPYTPGDGPLMADGGQIPLERTAVPVEWDQVKDQLMRLATDLGPRPDAPPSISRFINSAATALDANGPKLREVIAQLSGVARVLAEGSGNIVDIIGSLQTFVTALRDSNTQIVQFQDRFATLTSVLDESRSDLDAAVTNLSSAVVEVQRFIAGSRNQTSEQVQRLANVTQNLVNHRTDLENVLHVAPNAIGNAYNIWNPDSGDVNGSFVLTNFSNPVQFICGAIGAVENATASETAKLCAQYLGPGLDLLNFNGLPFPINPFLAPSYAPDRMIYTEPKLAPGGTGPTPTAPEQPPALSAYPPATATSLPSLLLPSGPPPGPAPAPPSSPQPLLPAESPSNATPPTTPGQPG >KAG2712649.1 hypothetical protein I3760_04G135900 [Carya illinoinensis] >KAG6718142.1 hypothetical protein I3842_04G135600 [Carya illinoinensis] MAGIVKPPGAFAITPHKVSVCILLQIYAPSVQISLPFPFSSVAQHNRLGLFLLALTKSCDDILEPKLDELIRQLREVCGLLHDWFIDHLTSRLSSISSPDDLFNFFTDMRGILGGPESGVMEDDQVILDPGSNLGMFLRRCILAFNLLSFEGVCHLLTNIGHYCKEALSSCPSYEATCLEDSNSNLEALLEYENMDLENLVFEKVTEEIEARKSASETVPFHLHAPQTLFGLVEDIEVLVDVKPKQGDKDREASSYVHPPNDTSRDFEPNCGIFLRSNWQIQGYLQEQADAIEKNGSCVSLNSFELILRRLHKLAPELHRVHFLRYLNSLCHDDYFAALENLHRYFDYSAGTEGIDIVPPASGCNNFGRYEIALLFLGMMHFRFGHPKQALEVLTEAVCVSQQQSNDTCLAFTLAAVCNMLSEIGVSSTSGILGSSFSPSTSIGISLSVQQQLFVLLRGSLKRAESLKLKRLVTSNHLAKAKFDLTHVQRPLLSFGPKASMKLKTCPINVCKELRLSSHLISEFGSESSTMTTDGAFSTVWLKNLQNPLGSVVSSQENGSGSNTNAFQFYAQPSSIPGSVLQLIGSSYLLRATAWEIYGSAPLARINALIYATCFTDALSSSDAALAYVKLIQHLAVFRGYKEAFAAIKIAEEKFLSVSKSRILLLKLQLLHEHNLHLGNLKLAQKVCDELGVLASSVTGVDMELKTEASLRHARTLLAANQFSEAAAVAHSLFCMCYKFNLQVENATVLLLLAEIHKRSGNAVLGLPYALASLSFCQSFNLDLLRASATLTLAELWLSLGSNHAKRALSLIHGAFPMILGHGGLELCARAYIAEAKCYLSDPSFSVFDNPEVVLNPLRQASIELQVLEYHELAAEAFYLMAIVFHKLGQFEEREEAAASFQKHMMALENPQQEQRFLFNI >WP_045961551.1 MULTISPECIES: biliverdin-producing heme oxygenase [Pseudoalteromonas] >KJY93028.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN36799.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN37583.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN49619.1 heme oxygenase [Pseudoalteromonas piscicida] >TMN56276.1 heme oxygenase [Pseudoalteromonas piscicida] MTTVTSAPSRAQNLKHATADTHDNVDKSIMAQDPFANTQSYLDFLRLQFYFLKDVSALYEHPELLALIPDLAARRRLGLLEQDFIDLETAIPDPYLRPEVSSNTDVASALGWLYVVEGSKVGAAMLGKQVGAKLNFDAQHGARYLAGPGAGRGSAWRELVQIIDAIELSEQQEQSLIEGARQAFTRFQAFQAHVYS >WP_166690114.1 PH domain-containing protein, partial [Agrobacterium sp. NCIB 9042] >NIB13677.1 PH domain-containing protein [Agrobacterium tumefaciens] MGLFSGLLGNASKKDNDKVERQLEGILIPGEQVELAYVLIRDLIVFTEKRLILVDKQGVTGKKTSYKSIPYHSISRFT >MBQ8778157.1 site-specific integrase [Alistipes sp.] MATIKVKLRPSSVKDRAGVIFYQVTHNRKTQQITTKLRVHSSDWDADEGRVVVLAPNRTMTQNRIDSDVALLRRIIADLDGGGVDYSVEDVINRYKSPQSHILMVDYMRAQIEQLRAGNRLGTANNYEKTMSSFCGFLGDVRLPLSALTEQVITDYNAFLVQRGLVRNSVSFYMRVLRAIYNKAVRQKLIEQQYPFTEVYTGIDRTRKRAVAESIIAQLYRLELEDGSPLALCRDMFIFSYCTRGMAFVDIAYLRRSNLQNGTICYARRKTGQLLSVKIEPSIQQIIDRYAGINSPYVFPILSSLDAAEAYEQYRVALNTHNRLLGRLSKILGCGCKLTSYTSRHSWATAARNHNVPISVISQGMGHTSEQTTHIYLTMLENSVIDDANRGIIGGLE >NVK26228.1 apolipoprotein N-acyltransferase [Gammaproteobacteria bacterium] MTFAYSPFNFYFIPFLSLTALLYATATAATAKQAAFHGFYFGLGWFGAGISWVHIAIADFGGLPIILSLALMLLLVSYLALFPMLATWLTVKLKNSVGLFAFVISWIFSEWLRSWMLTGFPWLSIGYTQTSSPLSGFAPIIGEFGLQVLVLLLVISLLAKRKLLPLLSIVFCFTLGHLLQMQSWALNTVIDSTQSPSSKTANISLVQGNIAQSVKWQPDNEVPTMTTYAELTQSLWSHSDIVIWPEAAIPRLEVLARDYLNEMDRTAAESNTALLTGIVDFQPDTQLAYNNIIALGKKQADAEFGHYKYLHHNRYNKHHLLPIGEFVPFESILRTLAPIFDLPMSSFSRGQYQQENLVANGLNITPAICFEIAFSNQLRANVYQDSDFILTVSNDAWFGDSHGPWQHLQIAQMRALEFAKPVVRVTNNGITAFISSNGEIAEKLPQNQAGTLSKTLTLTPTNTPFYRFGYIPTFAFLLFATLLAFALNRQQSRSYF >MBR5140322.1 CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase [Clostridia bacterium] MKKTALNVPNTLSLIRVCLVPAFVASLLFMRNIEIWGSVVPAIIFILTGFTDMLDGKIARKYNLVTDFGKFIDPLADKFMVIGSQIAVLVWMLLLGDAFFVPAMVFVWVVLVILLRELGVTSIRLVVAGKSGIVVAASMLGKLKTVSQMIGTVVIIVEPIIPFFNENHILS >WP_275196335.1 sialic acid TRAP transporter substrate-binding protein SiaP [Bradyrhizobium sp. CSA207] MVLAVSAAAMGATTNAGIAQTKLKWAHVYETSEPFHTASVWAAQEIGKRTNGRYAIDVYPASQLGKEADINQGLSLGSVDIIISGSSFAAKSFPPIGVTYYPYTFRNADHLLAYTKSDIFKELAKGYEDKSGHHIIAVTYYGVRQTSSNKPIKSCADLKGLKMRVPDVPAYLAMPRACGANTAPIAFAEVYLALQNGTVEAQENPLTTIEAKKFYEVQKHIVLTGHIVDHLNTVVAGALWKKLSDEDKKIFTDVAQEAAAKATGEIKQNEAKLVAFFKEKGLTVTEVDKNEFRDTVLKNVAFETFGYRKADWERIQAVK >WP_078747788.1 PE family protein, partial [Mycobacterium tuberculosis] MSFVIAVPEALTMAASDLANIGSTINAANAAAALPTTGVVAAAADEVSAAVAALFGSYAQSYQAFGAQLSAFHAQFVQSLTNGARSYVVAEATSAAPLQDLLGVVNAPAQALLGRPLIGNGANGADGTGAPGGPGGLLLGNGGNGGSGAPGQPGGAGGDAGLIGNGGTGGKGGDGLVGSGAAGGVGGRGGWLLGNGGTGGAGGAAGATLVGGTGGVGGATGLIG >GAA38267.2 plasminogen [Clonorchis sinensis] MYVKSMKMLTNWGLVTVLASFIISLNWQAGGTTETAETNPECGDGALSFKPSGNIYSHKSYMNGSTYQAMKCFWLIHLPPDHGMLVQSVEFDTSSTCTEDHLAAYEEDQQRYADNPNATLEEQFTKEIGKFCGTTPVRITTKANRLLLIFSSKTSNAHKGFKLRYSQIPIADVEKISGERHPDETGCDPSFEWRCPSSSTQNASVCVMKQWRCDGFEDCPGGTDELGCLSGKRVPRRPQHTLSKRSASGDDESEDWGRVVNGQPASKGAWPFIISLRMAANGGHVCGGSLISPRWVLTAAHCVQPMPNPNQWLVDVGRYYKDAGGPEVQRIRVARVHIYPQYDPKRIVNDIALLQLATPAKITGGVRIAPVVRNAQLARSLVANTQCMVAGWGDTRNTGSNSVLRQATLPVIDYNLCRSWYSTLTPASFCAGYQQGGIDACQGDSGGPLLCHVGGQTLQAGIVSWGSDCAKPRAPGVYTNVAQFVNWFSSVL >WP_169999893.1 formate dehydrogenase-specific chaperone [Campylobacter sp. RM9328] MNKNIDILKARSYYYEFFAMPFFFYENDKKFKIWQEQLNELAKNPLSKECEDAFNELKKISFDEFKDEQNSVLFDLSYVNVPLSVSFYEEGRDEGAARLRVIEILKKSEYRRDLLRCPDSEDFVGFVFFLMMTFLCDEADSNSKESLADELFVRVINGFVDEFTQMILEHEKAKFFKFFAVILETFMALERSMQGVEAPVIDQSVQTPAQAALGRKPYKTKMPTVKSKIHWEEFSTI >MCI5668237.1 GDSL-type esterase/lipase family protein [Oscillospiraceae bacterium] MAYTIEKGKKLIPADSGCFQYVGRIDFDDPKRPVMIWPGSYIDVNFTGTSAAVILKNINFQDVTHFAVIVDGVMKKIMLPTTRQDELYIAAEGLEDKPHTLRILKTLAAHNYLEFVGIAVDESAEVSNPCHKYDMKLEVYGDSVSAGEVTEALYYEGQCDPENHRNTLDNSHFSYALSLARKLNAEVHDIAQGGIALLDGTGYFCSDQLTGMVSCFDKLEYSPYAERKQWDLSRWTADAVIIAIGQNDANPEPERIKSPEYRRMWKNEYIKLLHTLMEKYPDAKFVLILTILGHDPTWDDALDEIVDEVNSDRVSHFRFRRTGKGTNGHPRATEQEEMAGELYGYFKSTLGF >MCD6173453.1 SulP family inorganic anion transporter [Sulfurimonas sp.] MFDLKKYTSANIKNDVLSGLVVAVALVPEAIAFSFIAGVSPVVGLYTAFILGLITSLIGGKPGMISGATGAVAIVLVGLGIEATALMEAQGVGREAIVMGVLHYILLATVVAGLIQIGIGALKLGKFIRLVPTPAIHGFVNGLAIVIGTAQFKFFEGQGYMMYILVFVTMAIMYLLPKVTKAIPAGLVAIVVITLGVYFTHAETLLLSGLDDMSKYAGQMPSFGIPEYLFSIDAILLVLPYAVIVALVGIIESLLTLSVLDELSNTRGSANKECIAQGTGNVTCGFFGGMAGCAMIGQSIINYTSGG >EFS8130303.1 motility associated factor glycosyltransferase family protein [Campylobacter coli] MSILEKNIQALLSGVNEPLGNKLLNFIQNKTCSRFNIDENLNIFDKTHNVFMYENLEEEINFFYQSILEKTPRYPFICIYGIGNALLIKNLAKHYKHLFVFESEIELFILALSTIDLSEELCSGKIYLVDIEEERVDIQLLILFDMKDMFEYLSLYEMFVNNVYYKKFYEDVWHKADELCEKNIKVVIRNLNSSLCIGFECYSHLLQNIPSMLESIPFQRILSERKNKFENAIVVSAGPSLAKQLPLLKAYQDKAVIFCADGALSMLEKEGIIPDYVTNLDFTDLAMKFFQNKENKTSLNMLSCATHPSLVHFLDNKSVVLRDDPLYQRFNLNDFGYIDTGTHVSHFSYTLALALGFKNIIMIGQDLAFDEEGNSHSKGFDFGEKFSGEENIDKLKVPAYGGKGEVLTHITWNDYRIKLEYLFACNDQKAKFYNATEGGARINFTEELSFKECCEKLLTKEKPKFELPKSLT >WP_145141753.1 hypothetical protein [Paenibacillus sp. Y412MC10] MILNAVISIIVYSKREKQQVEDIIHKYEALAEFEDLSVGDREHFAYTIKVAYSPEVIQNCLRDLNKLDKHIQDTADYFGFTFDYEENDYTSSPLFFIQSIGNKAGLYIKSQKLKLEIFCHHCNRNKIEDGQKLVIDTNKLIKNPILYVDHSLVISEILAEKLHNSGLSGYDLMEAEHNGKKETAVKGYQIRPTNILPPQCTPYKYLDDPYINNQSNRCPICKLGGHLFAPYYYNPEDLKEIKDFNNTYEYKDYNFVHRKMLVSKRVVDLFKDQNYINNIVKRFEPGGEKDWVLEPILINSDC >MCE7698179.1 heavy metal translocating P-type ATPase [Methanobacterium paludis] MDMLISVAITSAYLYSSAVVFGLMGEVFFWELATLIDIMLIGHWLEMKSVMGASRALEELVKLMPSNAHKIMSDKNIIDVPLDELSVKDHVIIKPGEKVPVDGEIIRGNTSIDESMITGESEPVFKEIGAEVIGGSINGDGSITVEIKKTGKDSFLSKVITLVEEAQANKSKTQNLADSFATWLTIIALSGGFITLLVWLAVTNLGFEFALERAVTVMVIACPHALGLAVPLVVAVSTSLSARNGLLIRNRASFERSRDVNAIIFDKTGTLTQGKFGVTDIIPLSSEYNENEVLKYAASLESYSEHPIAKGVVNSVKETFNVEDFKSIPGKGIQGKINTKNIEVVSPRYLKELNIDISNEIIDKLLSEGKTIVFVIIEGELKGAIALADIIREESR >WP_149397594.1 ABC transporter permease subunit [Pusillimonas sp. ANT_WB101] >KAA0893061.1 ABC transporter permease subunit [Pusillimonas sp. ANT_WB101] MSSTLAIQAPRSGISRLIPRTAEQWLVFSCLVFPTLALLIFFVFPLTTIFWQSFTLLDGSFGLDNYAAIPDTPGLIQAGINSLAISISTTVVCIVLGFAIAYALERTRIPGKSAVRVGLLLPLLAPSLVQGLGLLFILGRNGLIYRWTGIEQDIYGFWGLLLSDIFYALPQAVMIIQATLRNADMRYYDAATVMGANPAQQFFHITLPNCKFGVLSAAFVVFTITITDFGNAAVIAGNYRVLATEIFNQVSGQQNFGMGSVVGIILLTPALISVYIERVARQKQFGVASENQIPLQPGRARLRDTVFGAVTYLTVFCIVAIIAVVIFASFVKLWPYNMTLTLANFNVNISSGYAPIWTTLYVSILAAVFGVFLLFCLAYGSRYIQGPVAKAIYLLAVLPVGVPGLVLGISYIFAFNDPSTPLYWLYGTAILIALCNFYHYHTQGFLTMATGMRSVPQALEEAVSCLGGGSRRVLTDAILPFIAPTVLAVFFFLFMRSMVTLSAVIFLVTPQLNIAAVSVMHLNEAGFVSQAAAFSTIIILVVSVAMLLMRALVHHFRPNLAQGVM >XP_020949431.1 transmembrane protein 170A isoform X5 [Sus scrofa] MLSFRAFHPEQEPDILTQANGKHEMWYGVFLWALVSSLFFHVPAGLLALFTLRHHKYGAAIAGVYRAAGKEMIPFEALTLGTGQTFCVVVVSFLRILATL >WP_254406115.1 CopD family protein [Streptomyces sp. AC627_RSS907] MTRPLSRTAGTGRHARPSGTGRTVAVLVLVVLAALIPVLGPSPALHGTGEAEAPGTGGIALLRTVLFAALSVPVGELFVNRLARSLPDAPGDRPRSWSPYAAVAGFVASLGLASVVATGNLVPDSLAAIDVGGLYETRDGKLALLEVNAFLAAGLCATSRRPGLQVWPAAAVIVAEALRAHPTTEYSPLLGSGLTLVHLTCASLWVGGLPYALRTLRRWRGAAAGPALLGLYARVAAVLLAAVTATGVCSSLRRMPAGTILDQLTDTAYGRVLLAKVILVAGVAALALWARMRLSRAADPLTACSPARAEVAVLGVVVAVSGLLTALPVPIRW >MBB2072367.1 immunoglobulin heavy chain junction region [Homo sapiens] CARYGSGSRYYYGMDVW >WP_194546214.1 hypothetical protein [Streptomyces albidoflavus] >MBF4132714.1 hypothetical protein [Streptomyces albidoflavus] MGPTLINGIPAHPLLAHAVVVLVPLAALCLVACAAWPSVLRRFGVVLPLMALVVLVLVPLTTNAGEWLEERVRESSLLEEHAELGEGMLPWAVGLLAASVLVWLLHRKPPHPVPQRGGKDVTARTRTWPRWVALFLSVVVVAGAVVQVYRIGDSGARSVWRGAFSATAD >WP_267353308.1 tetratricopeptide repeat protein [Gilliamella sp. B3482] MKKVQFVVLTTLLSTTAYANNCATYYEQNNFDQAFIACNTEADQGDREAQYNLALIYDERIGADNKEKALYWYAEAGEQGHVKAQYDLAQTYNNGYGVGIDKDKALYWYTKAAEQGFLEAQYQLALMYVDDNGIEVNKEKSLYWLTQAAEHGFDKAENDLALLYYKGDGVEKNKEKALYWFTKAMEHGLSEAQYHLARMYEIGDGVEVDKEKALYLYTQAAELGYEFAQFELAYMYDQGKGVEINKEKAAYWYSKVEEVEEGLADGEYELALMYDQGIDGEINKEKALYWYTKLAEGKYISAQLELAYRYDQGEGIEVNKEKARYWYSRAKAQGERQEYGVVEAQSDLAHMYAEGNRVKPNKSKALYWYTKAAEEGDISAQLELAYMYDQGDGVEVNQEKASYWFSQAQGEEEGFVGAQYSLASIYAEGDGVKVDKRKALYWYTKVAELWDGDAQEEHTAAQYELARMYDQGDGIESDKEKALYWYKKAADNGNTQAIHQLGVMYYKGDGIEKNSELAKKYFEQACELKFKESCDILHKGIK >XP_029860665.1 calpastatin isoform X3 [Aquila chrysaetos chrysaetos] MSQPGTGRQPPPAAHGDKKASGASSKSGEKKAEAAEKKPASANISQPPKTQTSGAPSAVKQSPSADESKPQIMKPSETKSTPTTKTESGKDTQSTKPTDSQNKQTSEEMQKEPSGAKSQTSPSVTTTSKPKNKEVITTQADQPPQATSIETAKPKSEKMSVAAGAGTAGASVVAAADKSSTEPGMDESALDSLIDTLGGPEEDVPTSPVYTGPEVTEDISSRYLEEMGKREGSLPPEYVKLLKSKGDGKDGVPPKVDERDEKPMTDDELAEALSSDFTCSTASAEEKKTGLTEKPSKEGEIVQAQAASSVKTSVPPKEKKTKSKEEIKDDAVEALLDTLGGPEPEPEEDPTPVVEVSEAKAKEKKEKKAGERDDTIPPEYRLTPELDKDGKPILPKPEEKPKPLSESDLVDEFSKDFACPAQPAVQSKPSKPSSISKKPSDPVSAKTTKDEVVPRATACTVQSSAPSAVSSVGHVADEALEALSSSLGKREPDPDEKKPAVDKVKEKAKQEEHKKLGEDEETIPPEYRLTEAKDKDGKPLLPKPEEKFQPMSENDLLEGLTEGFSCSPSPSAPLPTPTVTTKTKEGEKPADSSDIISAATVSSVHSAAPLASTSGGKEMDEALDLLSDSLGEREPDPDENKPVVDKVKEKAKSEHRDKLGERDDTIPPDYQKLLESGEQGEPVKPTAKDDVKHKEQKKPTDDSAAIDALSGDFDTCTKAPAKQKHSKCRTKVERKPSPLNQPQRVKENQKTLKRQRDSPPAANLRSRKQAKH >WP_137264191.1 glycosyltransferase [Ilyomonas limi] >TKK64193.1 glycosyltransferase [Ilyomonas limi] MFISNYKTKILFVSTFPPRKCGIASFTQDLVNAIDHEVTDDIGIDVCALDKQKNKKLYTGEPVSMVMDSYQLDVCIETAKKINTDPCIKLICIEHEFGLYGGELGEYLLGFLSLLDKPFIIRFHTVLPAPNNKMLKIVQSITLLADKIIVMTKHSARLLKDDYEVSLDKIMIIPHGTHANSTTNKDELKRNYDLVNRQVLTTFGLLSPNKGIEEGILAMKEISVAFPQSIYLVLGQTHPNLLEQEGEKYRNYLQQLITDNDLEYNVRLINEYVPTKELMEYLALTDIYLFTSKDPNQAVSGTFLYAMSASCPIISNSFVLAKEMLDEKTGVILTTNSEGELAKHAIRILQNPQLQKEMSNNAYLKTRNTTWEKVGQKHAKLFYNILDAPILTPKESDLYIN >WP_227413069.1 hypothetical protein, partial [Enterobacter cloacae complex sp. P4RS] IEEVVKTVISGKYRNVITMLSDTRGIPSWVTCHSALATMKRRGTITTEQYAKAIAAIHGPEYFGLAQHDIDDYHEYILEFWKGNTEEQTKNINDAIDQEINAYTRRNGLLVPLSLK >MBU2643279.1 flavodoxin family protein [bacterium] MKVLAFNGSPRMKMGVTDKILQTFIQGAESAGAETETVYIAKKNIKFCSGCFNCWFKHPGKCIHDDDMMEIRMKIKAADLLVFGSPVYFDGFTAQMKAMLDRLIAGGMPFIEVRDGHSRHPSRGAEKKTRKMLLISTCGFGEKDNFDPIIHHMKAIAKNFATGEYMGALVRPVGSSLEMLKDENPAGVKNVLDAFFQAGVEAVTTGGISDKLQEAVSAPLITLEEFVARANQMFQTLITQKKSLQN >WP_021391773.1 McrC family protein, partial [Clostridioides difficile] >EGT3649900.1 hypothetical protein [Clostridioides difficile] >EQF95200.1 mcrBC 5-methylcytosine restriction system component family protein, partial [Clostridioides difficile 842] >MCE0567596.1 McrC family protein [Clostridioides difficile] >MCE0588872.1 McrC family protein [Clostridioides difficile] >MCE0596344.1 McrC family protein [Clostridioides difficile] MSKNIYVKETYEWIRVGNGENELTEIEYEKLLKYLENNNDVLKSNIIDIKYKKLRFINYVGIICFENVILEILPKLSLSDNLVKDREILLQMLSICNKIPITMNEKIRLSLKNYNLLNFFVMYFIESMQTQMKKGIYFEYINKIENLNVMRGKILLSTYAKEKGISPMKIRCEYDEYSENNFLNQVLKKACISILCRINDNSIQGKIKKILSYFQNVDLIYIDRKKLLDYKFYKNNDRFKDCYLLARLILLNLSMDNSQNNQEAFSILFEINTLYEEYIGILIKSIWDNSFRETYIQDKSKFLLKNEQTGKKNFNLRPDIVLYDLKNEYEIIIDTKWKAIEVDSNVFYRSSDIYQMYAYITAYENAKRCILLYPCIQKDKNYSSWKLSESFKGKFIEAKTVRLDDIKNTKNDLKKI >MCH7812019.1 adenylate/guanylate cyclase domain-containing protein [Chloroflexota bacterium] MEPRIQYAKTEDGVSIAYSTIGGGEGTPLVEMPLTPWSHIQMQSQLPAWLRYTDRLSEKRMLVRYDPRGSGLSDRHLPDYSLDSLVLDLEAIVAAVGLDRFALISLFFSGPLAITYAARHPEQLSHLLLWCTYASGREYADLPAVKAFQALRKQDWEIYTQTGAHAFLGWAAAEHARWYAEYMQKSTTQEAAAAFYEANEQFETTPLLAQLRTPTLVMHRRDFTFPGVDAARTLASRIPNAYLTILDGASAAPFLEDSESVVRAISEFVGEGEESATQPEPPEAGAFRTILFTDIEQSTALTQRLGDARARAVLRNHERITREALKEHGGSEVKTMGDGFMASFSSATKALECAIATQRAFAKHNESAEEPIQVRIGLNAGEPIAEEDDLFGTAVITAARIAAKAQGGEILTSDTVRQIVAGKDFLFSDRGAVELRGFEDPVRLYEVRWREET >WP_059812501.1 TonB-dependent siderophore receptor [Burkholderia cepacia] >KVQ29323.1 TonB-dependent receptor [Burkholderia cepacia] MHSRRTPRRGSTLRPWRASLHTLITFCIASGTHAATKERTDAEPVKPASPMAHSASSAEHQLPAINVNASSTVDPTIGYQPRTSSIAGGSDRPLKEIPQSVAVVSSSVMQDQQTRSLDDVLGNISGVTQTNTLGGTRDAFIKRGFGSNNDGSVLVDGVRTPVLHSYLATIDRIEVLKGPASLLYGMQDPGGVINLVTRKPEDTFGGSISASRTNHGGSNAQFDLTGPLGKPGQVAGGTLAFRLTGEYDTSRYWRSFGRERNALIAPALSWHDANTSIDVSYQYVDYTMPFDRGTVLVNGQLDDALRYRRYEEAWSQSSGIQETLRTRIEHRFSDAWRVRATYGWGRDRYDQTITRGNSFNSKTGAMTRSSDANLGRNDSDQIATLGLLGNVTLAGMNHAIYIGGEYERQRSFRGDTIRGKATTGFNLYDPVYGLLAAGGTPNAKQSDSRSVVHAYSTIVQDSVKITDRLTAVGGLRWENWQQESGMGRPFVFADRSRGSVWLPQFGLAYALTPALTAYANVSRSFKPNVASNVAAPLAPEYGRVLEAGLKFSLKPAITGTLAVYQIDKRNVAVTVGDITSTIGTARSRGIELDVAGQITRHLSVIGSYAYTNATDRDSNTPLTNVARHTGSLFAVYDTAIANLPGRWRFGGGARLVGARSGDTANSFTLPGYVTVDAFAAYETTIGKFPTRFQLNVKNLLDKTYYPSSNNNLIVAVGEPRLVTLTTTVSF >MBQ3958696.1 FKBP-type peptidyl-prolyl cis-trans isomerase [Bacteroidaceae bacterium] MKKISFLLAAFVAVVMISCGPKTPKASLKSDVDTLSYVIGMAQSQGLKDYLVQRMGVDTAYIDEFVKGLNEGANAGDSKKRAAYYAGIQIGQQVSQQMLKGLNYEVFGDDSTQTMSLDNFMAGFVAGTTGKGGLMTVDSASQMAQTLMQTVKAKHMEEVYGENKKACEEFMANIAKKEGIQALENGVYYEVLTEGKGEIPSDTSRVKVHYEGKLINDSVFDSSYKREAPTTFRANQVIPGWTNALTHMPVGSKWKVYIPQEQAYADREAGLIKPFSCLIFTIELLEIEK >WP_017034258.1 MULTISPECIES: ribosome modulation factor [Vibrio] >OIQ26365.1 ribosome modulation factor [Vibrio sp. MedPE-SWchi] >OCH74269.1 ribosome modulation factor [Vibrio genomosp. F10] >OEE34610.1 ribosome modulation factor [Vibrio genomosp. F10 str. ZF-129] >OEE96409.1 ribosome modulation factor [Vibrio genomosp. F10 str. 9ZC157] >OEF05164.1 ribosome modulation factor [Vibrio genomosp. F10 str. 9ZB36] MKRQKRDRLERAQSQGYKAGLNGRSSENCPYQQMDAKSYWLGGWRDARDDKQAGLYK >WP_257733866.1 DUF2848 domain-containing protein [Bosea sp. 47.2.35] >MCR4522734.1 DUF2848 domain-containing protein [Bosea sp. 47.2.35] MKTLDLTVESRSGSAPLSATIDELVIGGWAGRDKAAMEHHMVELEALGVKRPASTPVFYRVAAARLTTDSVIEDVGANSSGEVEAVLFACGGKTYVGVGSDHTDRQVETYGISVSKQVCDKPVADTVWPYEEVAGHWDALILRSFAVIDGERRKYQEGPISGLLAPADLIRGFSENGELPEGTALFGGTMPAIGGIRMASRFEGELEDPVLKRSLRFGYDLKILPIRG >HBR2011202.1 tyrosine-type recombinase/integrase [Klebsiella pneumoniae] >HBW9598731.1 tyrosine-type recombinase/integrase [Klebsiella pneumoniae] MKLTARQVETSKAKDKPYKLSDGGGLYLLVNPNGARYWRLKYRVAGKEKSLALGVYPEVSLADARQKRAEAKKVLAAGGDPGQEKQEKKHARAMAVSNSFERLALEWHEHKSMNWSAGYASDILEYLRKDIFPYIGSQSITDIKPVDMLAVLRKMEQRGVLDKLKKTRQACRQIFTYAVITGRAEHNPVVDLASTLKAPKQKHFPHLSVEQIPDFLRALNDYSGSVVTRNATRLLMLTGLRTIELRASEWVDIDFDKGIWNIPAERMKMRRPHLVPISTQVRELLEEIHQLTGRGKYVFPGRNDAGKPMSEASINQVIKRIGYDGKATGHGFRHTMSTILHEQGYNTAWIETQLAHVDKNSIRGTYNHAQYLDGRREMLQWYADYMQAMENGENVVHGSFGKRA >WP_053594912.1 MULTISPECIES: MarR family transcriptional regulator [Lysinibacillus] >QQP11078.1 MarR family transcriptional regulator [Lysinibacillus agricola] MTNTDSHFIKLHQNLVSDELSPKQIILLDFIKKNGQVTIGQIASYMNITSSAVGQLVSKLEEQHYVSRSINPENRREICVSLDTLGIKYFEREEEIKRFIISRYYSKLELSEIVQLKEIVQKLNQIVLKEGIIHEINDKGEI >DAS28513.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MKILEKFCLWYLKKYWNSQGYKKAVALEQQKQTENLPQFMKSGQAK >WP_075938258.1 dienelactone hydrolase family protein [Halosegnis longus] >RNJ25974.1 alpha/beta hydrolase [Salella cibi] MTDSETVLVSGARDVRATLDTPDADACVVACPPHPQMGGTRTDTRLEAVSDELAPDAATLRFDYGAWAEGEGELTDARNAIAWARDRFERVALFGYSFGGCIALLAAAREDVRGVAALAPASRLSDELDAVTAVESIDCPGYVLYGERDTTAEWKPVVERARAVGFTVESLGADHHFVGQSQKVARRCGGFLRETLAA >CAD6215318.1 unnamed protein product [Miscanthus lutarioriparius] MAPPVTGFPISSPIHGAGAGTVAASQWSSGLCACFDDCGLCCLTCWCPCITFGRIAEIVDRGATSCGAAGAIYTVLACFTGCQWIYSCTYRSKMRAQLGLPDVGCCDCCVHFCCEPCALCQQYRELKARGFDPELGWDIKAQKAAANTAAGMYPPAAQGMGR >KAH9898930.1 hypothetical protein F4778DRAFT_177860 [Xylariomycetidae sp. FL2044] MNGGMSFVTTLPAPMVHPRPMVTPGRTMTLPPIQQSSPIVIGAPYSGPLVPLRTRGSVGWVPEKKEQLGAMRVRSPTIMGLVSIQQELALTYTFLPNL >WP_151434014.1 malate dehydrogenase [Proteus sp. CD3] >MBG3130914.1 malate dehydrogenase [Proteus mirabilis] >MBG6027521.1 malate dehydrogenase [Proteus mirabilis] >MBG6048375.1 malate dehydrogenase [Proteus mirabilis] >QEZ90839.1 malate dehydrogenase [Proteus sp. CD3] MKVAVLGAAGGIGQALALLLKNQLPAGSELSLYDIAPVTPGVAADLSHIPTQVTVKGFAGEDPSPALKGADVVLISAGVARKPGMDRSDLFNVNAGIVRNLIEKVAQNCPKALIGIITNPVNTTVAIAAEVLKKAGVYDKKRLFGITTLDIIRANTFVAELKGKDPQKTNVPVIGGHSGVTILPLLSQVDGVSFTDDEVAALTKRIQNAGTEVVEAKAGGGSATLSMGQAAARFGLSLIRALNGEKDVIECTYTEGDGEYARFFAQPIRLGKNGVEEYLSIGKLSDFEKQSLNGMLDVLKKDIILGEEFINK >MBK7764469.1 hypothetical protein [Bacteroidota bacterium] MTITLKDNMNDLLILLSSKTELMKQITVSGSRFEKRAAEEVVSIEVLKPAYIMQTANNSMDDALQRVPGVDVIENQVNIRWFGLELWCRKSGFGFS >WP_271786410.1 phage shock protein operon transcriptional activator [Aeromonas salmonicida] >WCH21150.1 phage shock protein operon transcriptional activator [Aeromonas salmonicida] MSTATESLLGESNAFLEIIEQASRLAPLRKPVLIIGERGTGKELIAHRLHYLSGRWDQSFVTINCATLSESLLETELFGHEAGSFTGAAKRHQGRFERADGGTLFLDELATTSARVQEKLLRVIEYGEFERVGGAKALKVDVRLVCATNEDLPALADKGHFRHDLLDRLAFDVITLPPLRERREDILMLAEHFAHGMTRELGYPLFAGFSRKATQLLLDYPWPGNVRELKNVVERSIYRQGNPQLPLSDLVLNPFDSPWRPRAQGAPAMHIASESLPQTNPAAQSLPLDLKSAVAEYEINLLKQAMQQSQYNQRKAAQLLALSYHQFRGMLRKYQLLDSDNDAD >NXV43694.1 SDHF4 factor [Uria aalge] SSLLCSSVRSTSSKTRGRSEPAQQPLKKPKLPVGRFDEPEESSIEREPLEKFPDGINPVTKERGGPKGPEPTRFGDWERKGRCIDF >XP_002688837.2 olfactory receptor 7G1 [Bos taurus] MELRNKTGVSGFLLMEVTEDPKLQSLVFSLFLSMYLVTVLGNLLIILAINYDPHLHTPMYFFLSNLSFTDICLSTTTIPKMLMHIHTQNQSISYAGCLTQVCFVLVFASLDSYILSAMAYDRYVAICHPLRYAVIMNSRLCCLLILLSLFTSIVDALLHSLMLLQLSFCTDLEIPLFFCEVVQVIKLACSDTLINNILIYFASSILGGIPVCGIIFSYIQIVSSVLRIASVSGKYKAFSTCVSHLSIVSLFYGTAFGVYVSSAFSNSSRNTAVLSMMYTVVPQTMNPFIYSLRNRDVKGALRKLVSI >MCH8328754.1 aspartate/glutamate racemase family protein [Candidatus Marinimicrobia bacterium] MTAPLKTVGLLGGMSAEATKEYYRLINDGVQRELGGHNSAELLISSVNFQLIEQFIKGGQWEAAGVYLAEKARGLEAGGAECLLLCTNTMHKVSAAVEAAITIPFIDIFEVTAHAVNQAGLRRIGLLGTYPVMSDPFFAGLYAGHGLEIMVPDEADRREIDRIIFDELCLERFTTEAKSHFLKVMDDLSSRGAEGIILGCTEINLIVSQSDAPATPLFDTTALHCAAAVALTLGREWDN >WP_256153163.1 helix-turn-helix transcriptional regulator [Anaerotruncus sp. DFI.9.16] MLDGYIGKNIARLRNQKGWSQELFAAKLQVAEFDITRSTVTKIENGCRNIFAHELPMICRALGCRYEDLLGPVHRPEESGE >MBS0394142.1 NAD(P)-dependent oxidoreductase [Pseudomonadota bacterium] MKLLVTGATGFVMSVVGRSWLESDPAARLVVLDAAPPDEAAQRYFAPFAGRMHVVTADVTQPASWSAALGGQDITHVVHGATITPISRGTASQARVEPEAEAPSRIIDVNVMGTVALLEWARTQPALQRFIYVSSGAVYLNHGPNRPGEPLPEDGYVMPRRLYGISKLASELITDRYRELFGLSAASVRPSSVYGTMDRVTASRNHRHVPNRIAQLALDGVPRVRVNTVDAVGDYIHSEDAAGAILGLLRAPRLRYGAYNVAAGETVRIADLVGWAAEKVPGFTAEVVPPAEADILQDPTLSDGMWGAYDISRIASETGWRPRPPREAFHAYMDWLVAQRRTSDEAGE >MCS7028162.1 arginine decarboxylase [Bacteroidia bacterium] MQTYEEFLKQNVDFPQEGFEVIDNELYFEGINLMKLIYEYGTPLRFTYLPSISRKIRKARLLFQQAFLNNDYRGTYTYCYCTKSSHFSYVLEEVLKNNTEIETSSAFDIPIIRALYRKGKLSKDNMIICNGFKNETYTRYISDLINDGFHNTIPILDNLEELRYYEKNIKKNFKVGIRIATEERPDFQFYTSRLGIRAERILDFYWDRIKDNPKLEFKVLHFFVNSGIKDAPYYWEQLEKCVYLYCELKKECETLQYLDIGGGFPFKNTLSFDYDYEYIVNQIVYYIKTICESEGVREPDIITEFGAFTVAESSGVLFEVLGKKQQNDRENWFMIDGSLITTLPDIWATNQRFILLPINNWDAPYQRVNIGGMTCDAEDYYNAEVHLQEIYMPKTKKTQYIGFFHTGAYQQTLGGVGGVHHCLIPTPKQIIIDKDEKGELIFKLFSPEQKQEDVLRILGYEDKDNNEKTVVKKPTIKKNLPLTSKEE >WP_255602293.1 DHA2 family efflux MFS transporter permease subunit [Polymorphobacter megasporae] MAGPGGGGGGWDASRSAAGNRSPWLIVGVISIATFMEVLDTAIANVSLDHIGGSLSVSPDESTWVLTSYLVSNAIIIPISGWLSNVIGRKRYYMLSVVLFTAASFLCGISPNIQTLIIARILQGIGGGGLAPSEQSMLADTFPPAKRGQAFAAYAFVIIVAPVLGPTIGGWVTDSYSWHWIFLINVPVGALSLFLVGTFVDEPKALVEDRKALLKKGISVDWVGFLLVAIGLGSLELFLDRGERDDWFGSGFITATAIVAAVAIAFLVIWETTRKDPIVNLRLMANRNFAAVLAVMFTTGVILFGSTQLIPQMLQQVFHYTATNAGLAMTAGGIATVCAVPIVGRMVGKVDVRLLLGGALLVSAAALWHLTSLDTNASFATVAWSRAFQAVALPFLFVPITNAAYTGLKPKQTSEASSLLNVFRNLGGSVGIAMSQAVLSDRTQIHQSRLVEHLNPLAPNYPAGLSNIESVLRNAGMAAGQAQQAALGQLYQIVQRQASMMGYLDVFADLMIFTLCVAPVVFLLKTPKGGQGGAA >KAJ0315765.1 hypothetical protein Brms1b_005886 [Colletotrichum noveboracense] MKQPIEKLTTLVVLGLMPLVFAHGAHEDGGDGTSINMDMPLGAAEEPKPNDSYPPTYFALADHAGVMYAHIGAMVLAWVFVLPVVLATVYNANTPDLYPNNAHSKLGWLVTWVVSAQVLIGLLGKVAGASSSRNFETYNRDEYQSFIPVSTAAMAEHHRMNGSPFANEYRLSNDSGQGTEPCTESLRSHSRSSSSNEVSPRVSDVHRKEYVEDGDELEDGPSMPMPTVSHENKTGSLIAKVTGKISSRVRKGLLCVYNFVDRTILPLGFATFCLGIVTYGRFFEGNGIFSGLAHWIKGGIFFWLGLLTLGRWTGSFGELGWAWNLRPIRADGKWRPSAEFVESALIVVYGSTNIFLEHLGNWGGEYSAQDLEHISITVLFIGGGMFGMLIESSRIRDLLNTSVVDVATTNLEQTYDDEEREILQPPKQYGVSINPIPALVILLLGIMMSSHTQHSMISSMVHKQWGNLLTGASFARGFTYVIMYLKPPKSVLPSRPPTELLAAFGLISGGIIFMASASDTVDGMIHYELDAMYMYTVTMGLVGVLMAWEIIVLAIKGWAVRKEAGRQSYRLA >WP_237526657.1 phosphopantetheine-binding protein [Streptomyces sp. SID5471] MGREGERRQRALRSGAPLGGLEPADALAAFERCLGALSLGQVVVSVLPPDTVTGPPGRDDAGRDGGAEPQADGGEQPDEALETSLAGPATTTWSPLEREVLRIWQDVLGNEEGIGLHDDFFALGGHSLAALQVVQRCQDSFGVDLSVKTVFLAPTVSLLAAELEAARGAAVPGTEGPAPERKDPV >WP_213162342.1 type I-E CRISPR-associated protein Cse2/CasB [Kaustia mangrovi] >QPC44969.1 type I-E CRISPR-associated protein Cse2/CasB [Kaustia mangrovi] MTSLTAKPPPDERAEPESRFDRTVDTLAREIAGLAPGPLAQLRRGALREAGSAAFWTLYVHNDLAALGGGEEGWATVMQGMAIMTPTGRSARKLPAHDRTRPPGRQLASGGDPDWWSGRGEGHPAFSELRLARLLNARGAVRRDLALRACRMLASREARIDWRQMARLILYANEETTRRIAHDFYAALDRKRQETDRAESAA >XP_033573598.1 uncharacterized protein BDZ99DRAFT_489851 [Mytilinidion resinicola] >KAF2806634.1 hypothetical protein BDZ99DRAFT_489851 [Mytilinidion resinicola] MPPLDDDDALLARLNALKRSHVDLSNSPSVPSPSVSTPPLKDENDLAARFRRLGGTNASPSTTTPAIAPGAASYLEGVAEGIGEGSKHNEVDERSLEELLKELGSGSQWGIGGKDEGDFGKLVEEARRILPELNEAREHARGNGESRSGDAEVKDEKVPHEGEENEDNEDEDAMDETEADEYIAQILADLELQKKHGGAEDQDDASNSGGEHEQPKSKASDLEYKSDDGNKSSEEPTTPSRLSRGDLELPAAPSTQPITPADDDDDFARSKTMEDALTARMNALALPSAPSFHPSKKPIRVTKSIPFKDEEIETWCVICNDDATVRCRGCDGDLYCRKCWAEGHIGESAGYEERRHKWVKYEKNKDSK >WP_058258401.1 trypsin-like peptidase domain-containing protein [Herbinix luporum] >CUH93132.1 hypothetical protein SD1D_1586 [Herbinix luporum] >HHT56129.1 trypsin-like serine protease [Herbinix luporum] MNDQYNINNNTDSNSQNNGWQTPKEKKKKNGAGFLKVIALALICGLLAGACASGYHYFLRGGRDNQKAANLSKEEKQKENDTSKGVSDEKVLATTNTETEGIITDVSDVVEKVMPSIVSINSTDIITKYDIFFGRQFNEPVVGSGSGIIIGQSDSAILIVTNNHVIAEAEEIEIVFVDESKAQATVKGSDARSDLAILEVRINDLSKETLNTIKVARLGDSTKLKAGEMVIAIGNALGYGQSVTVGYVSALDREIEIQGIKMKLLQTDAAINPGNSGGALININGEVIGINSVKFEDILVEGMGYAIPISDAIPMINLLMNNKVQEVAEMGFLGINLESAQDVTKDLAEQFNMPMGIYINDVIKDSPAEKAGLKSGHIIVGYDDLKIETIDDLINILTYSRPGDEITLKVKERQDGEYVDKELNIVLGERP >WP_187935882.1 branched-chain-amino-acid transaminase [Helicobacter pylori] MANLENLDWKNLGFSYIKTDFRFIATYKNGSWSQGGLVSENVLQISEGSPVLHYGQACFEGLKAYRSQKGKALLFRPLENAKRLQTSCERLLMPKVSEELFLKACAEVVKANQKWLAPYKSGASLYLRPFVIGVGDNLGVKPANEYLFIVFCAPVGAYFKGGIEKGGARFITTAFDRAAPKGTGGVKVGGNYAASLLAHKMATEQGYDDCIYLDPTTHTKIEEVGAANFFGITHDNAFITPHSPSILPSITKKSLMVLAKEYLKLKVEEREILIDELGAFKEAGACGTAAIITPIKEIAHNNKSYFFEAPGNITKQLYDLLLSIQQGEQEAPKDWIFEVG >MCM8621761.1 DEAD/DEAH box helicase family protein [Candidatus Accumulibacter sp.] MDSPVTNPLTQSASPVEGGVVQSKNFEFLRNARGDLAALGGFAEHYAFNDPASALAKLRLFAERVVDLVYDTFRLPKPYQPNLNDLLNEDTFRSRVPTVVLTKLHGLRMHGNKAVHANQGTTPTALAMVREAFDIARWVFVTFDNGQVAGIPAYTQPTPPADAKKLEKDRQRLLAQIAEQEQQMQAVLEQLEATKAQQAAVERTADELAQLVANGKAAVNQLAFDEATTRQRLIDAMLVSARWKVGQAGASTEEVGQEIEIPQPQNKTGIGYADYVLWDDNGKPLAVIEAKRTAKDAEAGRTQAKLYADGLEQKHGQRPVIFYTNGFDIYIWDDVQKQTPRRLFGFYSKESLQYLIFQRNEKLSLDAINPKAEIAGRMYQIETIKRICDRFSQGYRKSLVVLATGTGKTRVAVSLCDVLSRARWAKRILFLCDRRELRKQADDVFKEFLPGEPRIHINANTAGDVTNRIYLATYPAMMQCYEMFDVGYFDLIIADESHRSIYNRYRDLFVYFDALQVGLTATPVKFITRNTFKLFSCEDGDPTSYFGYQEAISHTPQYLVPFEVYTHTTEFLRRGIKYNQLSAEQREQLENDEPDAQTIAYDDTEVDRAVFNKDTNRAILRNLMENGIKDASGAHPGKTIIFARNHNHAVLLQELFDDMYPQYGGEFCRVIDNYDTRAEQLIDDFKDPKNALTIAISVDMLDTGIDVPEVVNLVFAKPVKSYVKFWQMIGRGTRLCQNLNGPGQDKTKFSIFDHWGNFAYFEESYREANPTTSKSLLQRLFEARLQLADAALSAANPGAFDLSIKLMQADIAALPESTIAVREKWREVREIQRPGVLPALSAATRSSLLKDIAPLMQWRDTRNWDDAYQFDLLVSRMQIELLKKSAVFNDLRDDLIGLVSQLPINVNAVRDKLATIEKVRSGDFWKAMVDQTDIAGLETVREELRGIMRHRVVGPTVGGKPRVLDITEDASKIEFARHIPKLEGTELVAYRQRVEQVLTALFDANPTLRKIRRGEAVGEADLNTLVSLVLTQHPDVNLAWLTEFYPDTAGDLATAIRTIVGMEPEVVAERFANFFARHPQMSAKQQRFMALLQNHIAKFGVVTLDKLYESPFTQVSEEGPDGIFDNAAVEDLIAVIDGFSPASEQRTNQ >WP_146809086.1 hypothetical protein [Aneurinibacillus danicus] >GEN33769.1 hypothetical protein ADA01nite_12290 [Aneurinibacillus danicus] MIPTEMQWNALLQRHATVTVHTKNQKVTGDLYNVTDEQVILIVPNKQDLFEVIPRVDIYDITW >KAF3694195.1 LIM and calponin -like proteiny domains-containing protein 1 [Channa argus] MASPVADIGQSHQHHPVTESAADSAFKEAQKWIEAVTGRCFGDKDFRGALENGILLCELLSSIKPGLVKKINRLPTPIAGLDNLSVFLRGCEELGLKGSQLFDPGDLQDTSTRPTTKASDCSRKLKNVLITIYWLGRAANSCTSYSGPTLDLKEFEALLSQMRKEAEEAESPKRSIRDSGYIDCWDSERSDSLSPPRHCREDSFDSLDSFGSRSQLTPSPDVLVARGSSDGRGSDSESDGPPHRKMPDVRKDDMLARRTSVSEPRTAMPFNQYLPNKSNQIGYVPMPLRKKNDNEEGGRKSWSTATSPIGGDRPLRSMSMSDMRGEEETILLPHSQMRHEMMHNQYNRMKEDEDHWQDDLARWKSRRRSISQDLIKKEEERKMMEQLMSGDPSTSQRRRSVKTYREIVEDKERREEELRRAYRRARTPEEASAILQRYAQRFSINDAVLERLQLPKLLDRSVSADPSFPCSPLSLSLASSPTTPDPFDMDPNGPMRYLHQQFAPSPKFTSTLEARIEEFPKDSSSHARPQIRSRSSEPPSSRTLSPKPVPLLTPMPYIQSRPTESEPLPTKADGLLRVNGDIGGDDIPATPESQGRESPPHFQASPSKTSNITVDAPLSADSSTHSPHTSSGGESPLLTKAKELLGGREAESEDVQEERVSEQSTPRSRPTSLPTKLEKPEESFKKTGAQPTNAPVEDKPHPAAQQTPEAKQEKAGPSNQKTSNFLKSGVSTQQSQTGTLQASVLSSQEMSHRRGNVPSLVAPGSFEYHLQKEKTEGAEKDQGNEKYRHEQKKLKEEWEKAQREVAEEERKYHEEERRILEETVTPLTPHSSALPSPIRGEFSSMSEPQDTIVRSLADWERKQEVLERQSRGRTESVEWKRRDNDRTSDISTTEDSMKTSRSLVSQSSSQPEKLGHSLQNGQKLPTVPAQSSTPLREQQPAAESHKPSRPPGERRSASIDNNMSHGSSKPPTACSPPPDTLQPPASNRSVSGKKLCSSCGQPLGKGAAMIIETLSLYFHIHCFKCGVCKGQLGDTTTGTDVRIRNGLLNCHQCYIRSRSAGQPTTL >WP_276247412.1 MULTISPECIES: hypothetical protein [unclassified Haladaptatus] MSEATRLSVSVPESVSSWVLDELQSDAYTRYLRRVHAGPVGQGTEWEEFVSRGCGLPKTVVLRVETVTGGDEVGRATTFEFTRRA >GKN64987.1 hypothetical protein NUBL22004_12150 [Klebsiella pneumoniae] >HCI8768104.1 hypothetical protein [Klebsiella pneumoniae] MKTISLKLDPDTWDLVLDELGNISTVENPYACAQDVATACLAIRGECIYEKDTGVNYKELLNVKASTGAMAAALQVEALRMSYIARAEPTLINNRDTRRTTGVIAIVDTNGLDSSITL >PTX11617.1 fructan beta-fructosidase [Sphingobacterium faecium] MVMRKLLGILLVLTVFNSCHTSSKTKSVKNEKYRPTYHFTPKAGWMNDPNGMIFLDGTYHLFFQHNPDSTVWGPMHWGHATSTDLIHWEEQPIALFPDSLGTIFSGSAVIDKDNTAGFGKDALVAIFTHHNHKIENQKTGLHQYQSIAYSLDKGKSWTKYEGNPVLPNPGIWDFRDPKVMWHAESKQWVMTLATKQSITFYGSRNLKEWVKLSEFGNEVGAHGGVWECPDLLRFSTPDGEKWVLLVSINPGGPNTGSATQYFVGEFDGKTFTSNQHDIRWMDYGPDNYAGVTFSNTGDRHILMGWMSNWEYANTVPASTWRSGMTIARTLHLQQVNNDWYLVSIPITGTGSVEEIGDATLENGSLDLSKYIKGSNGAFELSFVVDQVAPFNIILGNEKGDELVLGFDQSNQQYYVDRSKSGNTNFNSAFIHRTVSPRISDHKTISYRLLVDHNSVEIFADGGISNLSNLFFVEQPFDVLNLKSLHPVGIKDLKVKIIK >WP_045070942.1 alpha-glucosidase [Photobacterium leiognathi] >KJF96792.1 alpha-glucosidase [Photobacterium leiognathi] >PSV86778.1 alpha-glucosidase [Photobacterium leiognathi] MTNNPIVTKKTLLAAVIGSLLLTAGCNSDDSSSSSSEEKKKPELALQFKDIIDRTGTPKHLAEVGAGNHMAYTPLHDDGAWHGHLLPDLEADPESKGGFGVTAIAEEYNTSVAEYFDKLSILKDGKPVDFKAVAYSIPGALIQTLTADDIRVEMTLQFVSSRSSLVETVITNNSGEDLTLLWDGKLVEGFYAKDGVENPESYAVTVAEELPDLTRTLTTDDHGDIALQFGKERDSWWVRTRGDSAFNIERSVAAKTTVQGLEYQSESEIGDEQETKIYTVFSHTLTADEWKKEQPVVADILKNPIKYMNATTARWENYLSHGLVNDNATADQERVAVKAIETLTGNWRSPAGMVSHDTVTPSVTARWFSGNLTWPWDTWKQAYAMAHFNPDLAMENIRTVFEHQVQADDVLRPYDQGYLLDVVGMNMSQQRGDALGLTEFNDAQTWNERNTKPSLASWAVWEVYTALKDKYNRPTDAKAWLEEMYPQLVAYHDWWLAARDTNSNGIPEYGAAVDPEHTKDGQLIYKYKKEGDTEWQVAYGIDNYNALLESGNYVDISSPAQTAASWESGRDDAAVFGFIDTIADTQGLSDVEEIETIDQLGRYAKDKYGFDNSYVINDGKVAYSDNSPTNMAELNKAKKDWQVKFSENKDASGEVIGYSLMQESVDQASYWYSDNKYLAQIAGVLGHSEAAETFTQKAKETKDYINKCMFDTATGFYYDISIDSAEAKVLNNGCAGKPIVERGMGAEGWSPLFNGAATEATAKAVVDNMMNTSKFNTTVPLGTASADNPAYGADIYWRGRVWVDQFYFGVKGMANYGYTTEANEMVNKLFTNAEGLTKQLPIQENYNPETGAVQGANNFSWSSAHLYMLYNDFLK >WP_015873926.1 class II fructose-bisphosphate aldolase [Candidatus Hamiltonella defensa] >ACQ68158.1 fructose-bisphosphate aldolase, class II [Candidatus Hamiltonella defensa 5AT (Acyrthosiphon pisum)] >ATW22761.1 class II fructose-bisphosphate aldolase [Candidatus Hamiltonella defensa] MSTLFHVIKPGVVTGDDVQKIFSIAKKHQFALPAVNCVGTDSINAVLEAASKAKAPVIIQFSHGGAAFIAGKGITSSETQGSAILGAISGAYHVHQMAEHYGIPVILHTDHCAKKLLPWLDGLLDAGEKHFDKTGIPLFSSHMIDLSEESLKDNIDTCSQYLKRMEKLGMTLEIELGCTGGEEDGVDNSHLDNSSLYTQPEDVAYAYEKLHQISPRFTIAAAFGNVHGVYKPGNVQLTPTILRDSQQYVSKKFSLPPNSLNFVFHGGSGSSAKEIKEALGYGVIKMNIDTDTQWATWEGVLQYYKKNELYLQHQLGNPEGADRPNKKYYDPRVWLRSAQLSMIERLKQAFADLNAVDSLSSTS >EJA2215897.1 IS5-like element IS903B family transposase [Klebsiella pneumoniae] FIDSIFSLMNVPLRCPDYSCVSRRAKSVNVSFKTPTRGEIAHLVIDSTGLKVFGEGECKVKKHGQERRRIWRKLHLAVDSNTHEIICADLSLNNVTDSEAFPGLIRQTHRKIRAASADGAYDTRLCHDELRRKKISALIPPRKGAGYWPGEYADRNRAVANQRMTGSNARWKWTTDYNRRSIAETAMYRVKQLFGGSLTLRDYDGQVAEAMALVRALNKMTKAGMPESVRIA >KAF2888908.1 hypothetical protein ILUMI_17265, partial [Ignelater luminosus] SINEPKPLSPAMFLLEAKSEYLGQLSRKQPCLSRKSTLRVGEIVLVENDNQKRLDWPLAKIVETITGKDGEIRVVRLKTANGELVRSVQRIYQLEINSPIEQKITKENKQENFDPLDITEVTLSKENENEECQLVKKPSVVTRYGRQVKIPKRLGLND >NWU56530.1 JAG1 protein [Dromas ardeola] QVTLASGQFELEILSMQNVNGELQNGNCCDGTRNPGDKKCTRDECDTYFKVCLKEYQSRVTAGGPCSFGSKSTPVIGGNTFNLKYNRNNEKNRIVIPFSFAWPRSYTLLVEAWDYNDNSTNPDRIIEKASHSGMINPSRQWQTLKHNAGVAHFEYQIRVTCAEHYYGFGCNKFCRPRDDFFTHHTCDQNGNKTCLEGWMGPECNKAICRQGCSPKHGSCTIPGECRCQYGWQGQYCDKCIPHPGCVHGTCIEPWQCLCETNWGGQLCDKDLNYCGTHPPCLNGGTCSNTGPDKYQCSCPEGYSGQNCEIAEHACLSDPCHNGGSCLETSTGFECVCAPGWAGTTCTDNIDDCSPNPCGHGGTCQDLVDGFKCICPPQWTGKTCQLDANECEGKPCVNANSCRNLIGSYYCDCITGWSGHNCDININDCRGQCQNGGSCRDLVNGYRCICSPGYAGDHCEKDINECASNPCMNGGHCQDEINGFQCLCPADYCEPNPCQNGAQCFNLAMDYFCNCPEDYEGKNCSHLKDHCRTTPCEVIDSCTVAVASNSTPEGVRYISSNVCGPHGKCKSQAGGKFTCECNKGFTGTYCHENINDCESNPCKNGGTCIDGINSYKCICSDGWEGTYCETNINDCSKNPCHNGGTCRDLVNDFFCECKNGWKGKTCHSRDSQCDEATCNNGGTCYDEGDTFKCMCPAGWEGATCNIARNSSCLPNPCHNGGTCVVSGDSFTCVCKEGWEGPTCTQNTNDCSPHPCYNSGTCVDGDNWYRCECAPGFAGPDCRININECQSSPCAFGATCVDEINGYRCICPPGRSGAGCQEVTGRPCITSVRVMPDGAKWDDDCNTCQCLNGKVTCSKVWCGPRPCVIHAKGHNECPAGHACVPVKEDHCFTHPCAAVGECWPSNQQPVKTKCNSDSYYQDNCANITFTFNKEMMAPGLTTEHICSELRNLNILKNVSVEYSIYITCEPSHLANNEIHVAISAEDIGEDENPIKDITDKIIDLVSKRDGNNTLIAAVAEVRVQRRPVKNKTDFLVPLLSSVLTVAWICCLVTVFYWCIRKRRKQSSHTHTASDDNTTNNVREQLNQIKNPIEKHGANTVPIKDYENKNSKIAKIRTHNSEVEEDDMDKHQQKARFAKQPAYTLVDRDEKPPNSTPTKHPNWTNKQDNRDLESAQSLNRMEYIV >WP_210028065.1 bifunctional nuclease family protein [Pseudonocardia parietis] >MBP2367872.1 bifunctional DNase/RNase [Pseudonocardia parietis] MVEVRVRAVGIDSETDRPVVLLQETEERERMLVVAIGEPEAVALASVLEGTRPRGRPGTHQLIGDILAAFGRQLRSVRVRGLSEQIFLAELQLDDGTVVDARTSDAVVLALQADVRIDVADTVIDRAGVAPRTITMDQAGPGPGPPEVEEFRRFLDDAVPDDFGEDPP >WP_211746996.1 alanine dehydrogenase [Paenibacillus sp. Marseille-Q4541] MIVGVPKEIKNNENRVALTPQGAAEFVRKGHQVYVESGAGIGSGFTDAEYAAAGAELADVTSVWNKADMIMKVKEPLSSEYGYFRPGLVLFTYLHLAAEPSLTKALVDSGVIAIAYETITTGGTLPLLTPMSEVAGRMSAQIGAQLLEKNKGGKGILLSGIPGVSRGKVTIIGGGIVGTNAAKIAIGLGADVTIIDLSVNRLRELDDLFGNSIHTLVSTPANIAEAVASSDLLICAVLIPGAKAPRLVTEDMVKRMSPGSVIVDVAIDQGGIVETIDHITTHDNPTYVKHGVVHYAVANMPGAVPRTSTLGLTNATLPYALKLADRGALEILKLDPAVRAGLNVFQGQVTYEAVARDLGYSYIPAERAIAEASQVQ >XP_040023426.1 CYFIP-related Rac1 interactor B [Gasterosteus aculeatus aculeatus] >XP_040023427.1 CYFIP-related Rac1 interactor B [Gasterosteus aculeatus aculeatus] MGNLLKVLTCTDLEQEPNFFLDFENARPTDAEREVWEQVDVVLKDAKGILDELQAYKGAGQEIREAIQSPSDEALQEKAWAAVVPLVGRLKKFFQFSQRLEAALHSLLGALTSETYHDSTQHLEREQALAKQFAEILHFTLRFDELKMTNPAIQNDFSYYRRTLSRMRINNVPAEGENEVNNELANRISLFYADATPMLKALSDGTTKFVSENKNLPIENTTDCLSTMATVCKVMLETPEYRSRFASEETVSFCLRVMVGVIILYDYVHPVGAFAKSSKIDMKGCIKVLKDQPPNSVEGLLNALRYTTKHLNDESTNKTIKSMLQ >AXC70826.1 hypothetical protein DOE59_03880 [Salmonella enterica subsp. diarizonae serovar 48:i:z] >EAA2774506.1 hypothetical protein [Salmonella enterica subsp. diarizonae] >EAM2672582.1 hypothetical protein [Salmonella enterica] >EAA4452833.1 hypothetical protein [Salmonella enterica subsp. diarizonae] >EAA6041385.1 hypothetical protein [Salmonella enterica subsp. diarizonae] MISDKKIIITIQPNQYEKIIQSASVKKIGVDKPLKEIGVTKLLRVLFGSTSSYLFLLADS >MBR6853793.1 peptide chain release factor 3 [Fibrobacter sp.] SVLNFPFEGCMFNLVDTPGHQDFCEDTYRALTAVDAALVLIDSVNGVEKQTIRLMNVCRMRHTPIITFINKMDLDGRHVLDLLDQIESVLQIKTAPFTLPIGVGKLFKGVYSIAENTFHTFNPDDGKQEIIQMEGPDDPRLVELCGENWVAQFREEYEMVTGGMDPFDHEKFLKGEMCPVFFGSAVNNFGVRQLLNAFAKLAPPPMIRDTDKRPVKPDEDAFSAFVFKIQANMDPKHRDRTAFLRICSGSFTRGEKVFHVRTGRDIRLAAPTAFLAKDKEVIDHAWAGDIVGINDPGLFRIGDTLTDGEKMNFTGIPDFAPEHFARVTLLNPLKSKQMAKGLAELSEEGATQLYEPLKSAVPVVGVVGELQFDVLKFRLQSEYGADVQLDRVPAHCIRWVNGPEEDVGKFADEYAGDCMMDKERNLVCLFPNEYRLNLALKNYERLSFAETSQG >WP_153262038.1 sugar ABC transporter substrate-binding protein [Nonomuraea phyllanthi] >QFY07869.1 extracellular solute-binding protein [Nonomuraea phyllanthi] MSDRRMSRRHLLASSALTVGAAAATPLLGACSASSGRSGGTSGGGKVVTLTVMFKSDELTKEHIADFESRNPGIKINFIEYDGTRLNAMLASNEAPDFVRGAAVGSASGNAQELATALDPYLDKSSVLRKEHLLPVNDSFRWDGRRIGQGPFYGIVKDWSQDATLWYSRALFEEAKIEPLSTTEPVSYDELLEIAKKLTKKSGGKTQVYGLGVEWAWNLWAPISTMILQQGGRLYNADLTETDMTTPEALRALKWYVDFAQAGVGPTPLDPAPDGADLSLFLARRMAITQDGYWFGGNFVEESDEIKNNVAMAPAPVMGDKRISPTYVGWGAFIPAKAQHKDEAWKLMEYYMAGPPSEERAKSGWGIPALKSQMSLMPQQLPYQKQAYETQQAELQYAGQLPDSPYIGAAGAWNPVLDKHLQRAVKKEITVEAAGKAITDEVNKLLRQGKEQIG >MCA4896083.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6366716.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6372729.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6377585.1 Ldh family oxidoreductase [Cytophagales bacterium] >MCA6384752.1 Ldh family oxidoreductase [Cytophagales bacterium] MPEDPIFKYQPLWQFAHAVFTKINCPDEEARLAADVLLSADLRGIDSHGLARLSGYVRLWEAKRINSQPKTKIVHARASTAVLDGDGGLGLVVAPKAMEIAIEKANNVGTGWVAVKNSNHFGIAAYHAMMALPHDMIGIAMTNASPLVAPTFSVERLLGTNPICVAIPAGNQPAFVADFATTTAANGKLEILQRKNKEAPLGWIQKKDGSPSTNPNELKDGGALIPLGSDREHGSHKGFSLGAWVDIFSAVLSGANYGPWVPPFVSFLSPPADPVGEGIGHFFGAMRVDAFRPADDFKFHMDKWITRFREAKTIEGHPNMIIPGDPERESEVTRMKDGIPLNSKVVEDLQVLAKKLGVEFPD >PZW62518.1 D-tyrosyl-tRNA(Tyr) deacylase [Pseudomonas sp. URMO17WK12:I6] MKALLQRVRGARVEVAGDVVGAIDQGLLVLVAVEPDDTQASADKLLHKLLNYRVFSDAEGKMNLSLADVDGGLLLVSQFTLAADTKNGLRPSFSTAAPPGLGRGAVRLSIGQSETGAWHCGIR >ROR98276.1 TonB family protein [Raoultella terrigena] MFKGGVMIKKWPILLVLFLSACIHKSNPVAVERPVPDYPVKAYKEGAAGYVKLKYDVNSDGSVSNIMVIESSPPGYFEDAVIDAVKRWRFEKGNQRRGIPLVIRFNPTGDIRPPSGPCIQQSNGQCTLYKEARVSF >XP_025769677.1 leucine-rich repeat-containing protein 34 [Puma concolor] MRGGGKVAARAKSPSPPPAPTTIPTTSWAPADRSVPEIIGSLQEDYYNLCMEKSRKINSFVWHLLQEVDEEIEKGLEGITLNIPGNSRLMPVERITGEDFWILSRILKKNTYINGLDVRYNLMSDVGAYYAARLLQKQHKLIYLNLMFNDIGPEGGELIAKALHKNTTLKYLRMTGNKIENKGGMFFAAMLQINSSLEKLDLGDCDLGMQSVIAFATVLTQNQTIKGINLNRPILYGEQEESTVHLGHMLKENHCLVALHMCKHNMKNCGIKQLCDALYLNRSLRYLDVSCNKITRDGMVCLADVLKSNTTLEVIDLSFNRIEDVGAKYLSETLASHNRSLKALSVVNNNIKGEGLVALSQSMKTNHILSNVYIWGNKFDEATCVAYSDLIQTGRLKPDNTDVEPFVVDGHVYLAEVSNGLKKHYYWRPTYGEACSQSSNAGSILVPVGPDL >WP_016669239.1 phosphoribosylformylglycinamidine synthase subunit PurQ [Propionibacterium sp. oral taxon 192] >EPH03386.1 phosphoribosylformylglycinamidine synthase I [Propionibacterium sp. oral taxon 192 str. F0372] MSRIGVVTFPGTLDDHDALRAVKLAGADPVPLWHASDSLNGVDAIILPGGFSYGDYLRCGAIARFAPIMGEVITAAGAGMPVLGICNGFQVLCESHLLEGAMIRNEGRKFICRHQRLRVESNDTTWTCDFAEGQEIIIVLKNGEGNFRADPDTLHKLEENNQVVFRYVGNPNGSLNDIAGITNERGNVVGLMPHPEHSVEMLTGESRDGLVFFTSVQHFLVATA >MCB1271755.1 glycosyltransferase [Microthrixaceae bacterium] MRVTLVGPTHPYKGGVAQHTTMLAEHLAEAGHRVDLLSWSAQYPKRLYPGELELDESRTEATFPGTRRALAWYDPTSWWRSAAGPASDADLVVLSVVNGFQVPAYAAIMKRVRRHGARVVALCHNVKPHEADPLQQRLLKWLLGSVDGVLVHSEVEAGTARSVGVAAPVVARLP >AFV39595.1 pol protein, partial [Human immunodeficiency virus] FFRENLAFQQGKAGKFSSEQTRANSPTSRKLGDGGRLTEAGAERQGTSSSFNXPQITLWQRPLVTVKIGGQLKEALLDTGADDTVLEEINLPGKWKPKMIGGIGGFIKVRQYDQILIEICGRKAIGTVLVGPTPVNIIGRNMLTQLGCTLNFPISPIDTVPVTLKPGMDGPKVKQWPLTEEKIKALTEICKEMEEEGKISKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDESFRKYTAFTIPSINNETPGIRYQYNVLPQGWKGSPAIFQSSMTKILEPFRIKNPEVVIYQYMDDLYVGSDLEIGQHRIKIEELRAHLLSWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIELPEKDSWTVNDIQKLVGKLNWASQIYAGIKVKQLCKLLRGTKALTDIVPLTXEAELELAENREILKTPVHGVYYDPSKDLVAEVQKQGQDQWTYQIYQEPFKNLKTGKYARKRSAHTNDVRQLTEVVQKVATESIVIWGKTPKFKLPIQRETWETWWMEYWQATWIPEWEFVNTPPLVKLWYQLEKDPIVGAETFYVDGAASRETKLGKAGYVTDRGRQKVVPLTETTNQKTELHAIQLALQDSGSEVNIVTDSQYALGIIQAQPDRSESEVVNQIIEELIKKDKVYLSWVPAHKGIGGNEQVDKLVSSGIRKVLFLDGIDKAQEEHERYHSNWRTMVSDFNLPPIVAKEIVANCDKCQLKGEAMHGQVDCSPGIWQLDCTHLEGKVILVAVHVASGYIEAEVIPAETGQETAYFLLKLAGRWPVKVIHTDNGSNFTSAAVKAACWWANVRQEFGIPYNPQSQGVVESMNKELKKIIGQVREQAEHLKTAVQMAVFIHNFKRKGGIGGYSAGERIIDIIATDIQTKELQKQITKIQNFRVYYRDSRDPIWKGPAKLLWKGEGAVVIQDNSDIKVVPRRKAKIIRDYGKQMAGDDCVAGRQDED >WP_123749269.1 MULTISPECIES: tautomerase family protein [Pseudomonas] MPLVRIDLSSDTSAQTAAAIGDVVYQAMVNVANVPEHDKFQIIHRHAKEELVYPAAGYLGISYTPNIVFIQITWNAGRSVEVKKAFYKAIAEGIHEKTGLRKEDVWINLIDVKREDWSFGNGEMQYAPTE >EFX79048.1 hypothetical protein DAPPUDRAFT_104788 [Daphnia pulex] MVEGIAPAALLPAAAHAGGSSVALTVISPVYGSSNGSGVPTHYNSPYAMPSLHPSSSPSGSQAPPPPPPPPIMTTTPTSRGLHHQPSMRGGITSPQPVGHEQQRVVELERLNTFKLMLEKEAQFVETKRGDLARGYNPAVAIELASAEKRVRELQQKYNQMANRLGLPTSESQPLLLSSAQRSPSPAHRPQSAHYPGGVSVGRSGSSGSGSRISQRPPGAVEGGGWDNLGCDVPPPLPARNRSLVSHNSSPLILSPSPAPTPGETPSSPPPPLPPRNPSTASSSSCSSSSSSSSTAMPDLVPSVNGASNQDQHRILLRDSPTNQPPSSSAGRPSTSPLPSHHRTKSSPFPFPVQPVAASAPDTRRFSSSDSISELDLSTRRGGGVSGKDTDSPTHGTPPGTPPPPYRRPVSPLAEDGNGSETAATGSFPAAHQAASPSGVVYAGQETQLNILSMEEDEFSDHESVKGQIDDHGVFKTLAKLWQHNAHLAVFMNFVMSNCDPASLFFHLITDLYKEGTAKDMKKWAYEIHSTYLVPNAPLKLTNVDEHVLHEIDDALQVDIDKEEILRKVFLKARSKAKEELKRHLAEFLSKRTVGLATIFGPSDAVLDETIHDKAKEVKIVESLLLPRLELLAEDLENSNDRNQAIASSLATVLQKNFNVKGPQATSQIERCPTFVAKEKSIKPKFLSKNKKQLTAKGHHFVAHQYFSVTLCNHCGNVLWGTSPQGYQCTNCEMNIHKGCVKVIEESCIGALHRKDRGNDRISKIVDRFRPERELKRKLTTQGFGDKNLRRADDSLEASATGSLDSESSTDQRFARNGEIVTETLDRRKTVENRHDTLPTTSSRF >NNE87648.1 glutamate--tRNA ligase [Silicimonas sp.] MSVVTRFAPSPTGYLHIGGARTALFNWLYARAKGGKFLLRIEDTDRARYTPEATQAIFKGLEWLGLDWDGDAISQFDRADRHAEVAHAMLAAGKAYKCFSTPEEITAFREAAKAEGKSTLFRSPWRDVAETEHPDAPFVIRVKAPLEGETVIHDEVQGDVTIRNDQLDDMIVLRSDGTPVYMLAVVVDDHDMGVTHVIRGDDHLNNAARQMLVYAAMGWDAPVWAHIPLIHGEDGKKLSKRHGALGVEEWAAQGYPAAAMRNYLARLGWGHGDDEFFTTEQAIEWFDLGGIKKAPARFDTKKLGNLSGQHIAAMDDDAILSDIQTFLSISGQNALSEAQFSGLRRAMYCLKDRARIYPELLEKAFFVLTTRPITPDEKTAKMLDPVSRGILQELTPHLQNASWDREALEAVVQALAEAHDTKLGKLAAPLRAALSGRSVSPSVFDMMLVLGRDETVLRLQDASR >PZO34543.1 dienelactone hydrolase [Shackletoniella antarctica] MLAAVVAVGMALGLAPSAKANIVAEPVVYTIDGQAFEGYFAVNQNFGQTQPLVLLVHDWNGLDDYEKRRTQMLAEQGYAAFAVDLYGQGVRPTSPDESRAQSRALYADRTTMRSRLMAGLTQAQAQAGVDGDRVVAIGYCFGGAAVLEMARAGMAVDGFVPFHGSFETPEGQDYSQTQGRILVLHGSDDGSAPMADVAQFAAELDEAGVDFDMEIYGGVDHAFTLWSDANRYDGLADRRSWRALMTFLGETLG >VDK55583.1 unnamed protein product [Cylicostephanus goldi] MSHSTVNNNDVAVPPSASAVGMLDESDAEAVAAHKLALLRKEQERSRWLNSPNAYQKVEILETGTDNPKKITKWVQDATSPSASGTPVKINMPHHFSPMSSNPKEFKDKQRAIKESGRLGTTTAGPQSQILDGVTYEEIAKMRVSLPDVDGIVGQTDRTVLIGTASKGIIDRQHQHNAQVYRQLYAPNPFACETDEDIKKYMEEVRNFSLFSPVPWTVKVLFTHFFTVTSSTVSSSPSIE >XP_023822602.1 gastrula zinc finger protein XlCGF57.1 isoform X4 [Salvelinus alpinus] MEILAKEAVDKIYKLFNECSSVLHLEVSRSQTENEDLKKRLDAIETELRTVLEGSGXQENTSANGCCSEVKVIHQLKGTQPGFCAGDAEVKRSPILHLWKGRLPSTVNEHSNMEDTIESVIIKEEGLEEYLYNSTSDPSHFLESQAQEVSDPENLTXDPKDKGGDTGPKRFRKPKITGARRAKPKKENHLSCKHCRKTFSKLIQLKAHQAIHAAAEKPFICQQCGRGFSFKRSLDAHQLLHTGERPHTCGECGKAFTLKQLLKNHQRLHAGLRPFRCDECGKSFNRAHGLKMHQIVHTGERKYSCEICKKSFSIPGNLHRHQRIHTGEKPFRCDTCGKSFNQADTLKGHQRIHTGERPFTCETCGKCFIQRSALKMHQRTHAGESAFLCVVCGTVLACVNSLKTHLQTHTAEMPCRCSVCGSSLSSLIHLKSHQQLHTMEKPHSCGLCNKSFKSVSYLNIHMKTHTGERPFTCDVCGRMFTQHSSLKTHQAVHTGEKPFSCXTCGKCFSNTGNLNRHQRIHTGEKPFSCDLCGRSFNQGNSLKAHKQIHTGEKLYMCDKCGKSFSYLRNLKDHKCYYI >WP_126376486.1 AraC family transcriptional regulator [Desulfovibrio ferrophilus] MNRTSHNQQGIALPDQNRITLPHVGGVEVLTARFTTQRFSKHFHRRYGVGVIEHGAMAFTFLNQNFVADAGSVNLTVPGEMHDGHAAVLEGWAYRMLYLDPGVVENAASQAAGRPVAAPDFATGVIHDHELATQVRACHQILDHPHASLLAQQSALLSMLGLWIKRHAAERPPSLRAGTEPTGVARARAFMDEQCEQDISLDELAQQAHLSPYHFLRVFRRAVGAPPHAYLMNARIRRARQLLRTTIRLADIAQEIGFSDQAHFTNAFKRFTGLTPGKYRKHLQN >MBT4259311.1 glycosyltransferase [Nitrospina sp.] MKRLFIIANWMQGSGLSGGDRIFIELVKRWQLKLNITLFLSKEGSAICRRHELGKINQQIWASDFMSRWGYFVDILYRTINSIINVFSVKTVSGDIIFSSSDFWPDSFPALILKMRNPEIIWIAGFYLFAPKPWEKYSPYRGKNFLTGFLYWIGQLPTYYFIKKFADIVFVTSQPDVDPFITNIRPKERVIVIRGGVDTVSAKHYLNSKKVIPPENRTYDACFAGRFHYQKGVLELVKIWKSVCLKSPQAHLVMIGSGPLGKEVKNLIEKLGLSKNIYLIGFLDGPKKFEVFKQSRLVVHPATFDSGGMAAAEAMAWGLPGVSFDLKALKTYYPKGMLKTSCFDTDEFAENILSLLSNPSQYKAMSLEALQLVHEEWEWNDRAKEIFTKIMVESPESKK >WP_069580620.1 hypothetical protein [Acholeplasma laidlawii] >OED59124.1 hypothetical protein BHS12_05380 [Acholeplasma laidlawii] MIKKIFSLIIMLILLLLVGCTTTGNKLPDLKDDEKVDMTAEEKVEFLQTVVTSNDEVTNNFKLDTFLDLEFALTNEMSFTSDGMSMENNTTVTLDADFNMTNYIEVGESNADTYVYSKFNKFEFNMLNDTYASTSFGEEPVVVDTATTIDASLTNTFFLARSDYAYYQLNGRYDVELKQDNKVVEASSKSETYANLQQKIVDGQITQEMYLELMASILELQQSLMIDVNTEMTAEERAQMLDMVDKHVNIYSSGTVHTIQFLITQDKVAELIDELFVAMLSELQDLGDQETLNNIKTSMKAAFKAFNFDFRIILEGELEGTKTLTKIEMMITGDFSGFTMSLDEEQSGGFPLLMKLTVKLNKLGFTLDFNADPLTLPSDTELEGFELVEYPPFAGIMDGLM >MBR4681128.1 hypothetical protein [Fibrobacter sp.] MKSESFKQLPAKDQLSVLKECLLNNPTETNLKNLKEFSQKQGVDLDIESYRPFIKKQQELTRRKDALAEDNELFTAEAEWVDKILPLEFEEAKLAKQENRREDYILHSLEGVARLYSDQAILNELETLVQDYPKAKVLAQGYRDLMELRDQSGADDESLKKLRAAKESWEKSLLDVET >WP_128788759.1 sulfite oxidase-like oxidoreductase [Streptomyces sp. endophyte_N2] MNVTRGFTGRAREHNPGLPPGQYDAREDWPVLSAEVTPDLAPADWTFRVDGLVERPCTWDWDTAHALPASAYEGDIHCVTGWSKFGVRFGGVSLDAFLDVVRPASAATHAVARSHTGYTANLPLADLTGGRAWIVWEYGGKPLPAEHGGPARLVVPHLYFWKSAKWIAGITLLDHDEPGFWESNGYHARGNPWEEQRYAGD >KAJ1174213.1 hypothetical protein NDU88_006035 [Pleurodeles waltl] MDVLRGAGERAPVFTQEELEKLVEGVLPLYGRLYSRPEVQDGAWCMECCVPLSCMSGSTVCPISDNQPAVAIVQVPDLCVSSLCLPTRSAPPRRGHIGMPSPRRYGSWGLQLAEHCRKRWEDLRRWARKISEAQLGKSSQCGRGARRALTPLMRMILVVAYPVLDGRLKAAHQSQGGEYSQTILQPGRMSVCAIELMVLRAGFLTGVQLLSAPQRV >MBO8485404.1 ATP-binding cassette domain-containing protein [Bacteroidota bacterium] MTEDTLRPDRIIVHGAKVHNLKNIDAEIPLNRIVGIAGVSGSGKSSLALGVLYAEGSRRYLESLSTYTRRRMTQAARADVDEVLYVPASLAMHQRPGIPGIRSTFGTGTELLNSLRLIYSRLASHRCPNGHYLEPSMLVAAGQELVCPECGAHFYAPSAEELSFNSQGACHTCDGTGTVRTVDESTLVPDETLSIDEGAVAPWNTLMWSLMTDVCRAMGVRTDVPFNRLTARERDIVFHGPAEKKHIFYKSKNTNQAGELDFTYYNAVYTVQNALAKVKDEKGMKRVEKFLRTEICPDCGGSRLSDAARAPLVRGISLADACRMTLDELVGWVGGIPDTLPEEMKPMARNICESFLDASRRLLDLGVGYLSLDRAASTLSTGERQRMQLARAVRNRTTGVLYVLDEPSIGLHPANINGLAGVMKDLIADGNSVVLVDHDIQILSESDRIIEMGPGAGSEGGRIIAEGSPEELGHNPASRIGPFLSGKAGIRARKQSPAGTMFALGRIRLSTDKIHTVKPLEVDIPKGRLTVVTGVSGSGKTTLILESLIPGLQAAISGKKFPEHVKKAEAEGIRQVKLIDASPIGINIRSTVATYANVHDELRKVFAKTSDARARGLKDGDFSYNTGKLRCPTCDGTGVISLDVQFLPDVDIPCPDCHGSRYSRAANLIRRENAAGEFYSLPELMDMDINDALTACNDLKTVRQRLSVLQELGLGYLTLGEETPGLSGGEAQRLKLASEMGRGQEDSVFVFDEPTIGLHPSDVQTLLLVFQKLVDHGATVIVIEHDLDVIRNADYIIDMGPGGGDEGGRIVAAGTPDQIKRCPDSVTGRFI >WP_228961807.1 nucleotide sugar dehydrogenase [Xanthomonas codiaei] >MCC8536206.1 nucleotide sugar dehydrogenase [Xanthomonas codiaei] MKIAVAGTGYVGLSNGVLLAKRHEVVALDIVEAKVKLINEGRSPIVDKELEAALAEGGLNFKATLDANEAFAGAEFVIIATPTDYDPDTNYFNTSSIEVVIAKVLEINPQATMVIKSTIPVGYVAKLRAQFGTDNIIFSPEFLREGRALYDNLYPSRIIVGERSARAETFARLLQEGALKPDVPVLFTEPTEAEAIKLFANTYLAMRVSYFNELDTYALTHGLDSRQIIEGICLDPRIGSHYNNPSFGYGGYCLPKDTKQLLANYQSVPQNIIRAIVDSNTTRKDFIAADVLRRNPKVVGIYRLIMKAGSDNFRSSSIQGVMKRLKAKGVEIIVYEPTLSDPEFFRSRVVNDLETFKREADVIISNRMADALHDVQDKVYTRDLFGDN >WP_141772753.1 cellulase family glycosylhydrolase [Mycobacterium malmoense] MALAFSLIVLSFVLGLCTSWGVSRPGPIGMMVRLYGADAASVAREFDLLTAMHVTWVRVDFEWPTIEGNHGKFDWAYTDAVVKEASARRLNVLGILSHTPAWARPANTTTSNPPDHVSDFAEFARATVARYSPLGVHTWEIWNEPNVSAFWQPAPDANRYGELFRAAATTMRAVDSVATLLIGGLTSGGDLADGSRISQAKYVEQLYGNGTAQAADAIAVHPYSFAWPHAHAVIGGLDDVPALHQIMERHGDGGKNVWITEFGVPTGTASDAVSDKDQAATIMHARKLVQKWSWTGPLIYYELRDGGTNPAIDEENFGVVRKDLSLKPAGEALIQQQQIAP >MBL8169415.1 SpoIIE family protein phosphatase [Acidobacteriota bacterium] MSADLLSSTQETNASGAASVHNLQRLINELSVEFISILDLDELIERVASRLREVFDYKFFNLFLVDEVRGGLLWKKAIGYNLEEVAEHEFIPFDRSLAAAAWREGHTINVGDVQKDARYLPIAAESGGAPRSEIAVPLTVTRENKIVGVLTIESAEPNYFTREHEQVLNVLGSQLAIALEHARVYDELRQRTREMRTLIEIGHEITAILDLDKLLNHIAPLLERIINYEFLLVGLVDEVHSEFVWHVEEGYGATKCERASRTPLSEGVVGRAVRERRSQIVSDVLRDPDYHLTDVWRGQGQRSEIAVPLIYEDKVIGVLALESSRKNNFNEYHGRLLENIANHLSIAIVNARLYAEHVAREQELEHEILMARDVQRAMIPDTSPPIKGFEFAARLEPALNLSGDFYDYIPLSDKRVGLMIGDVSGKGIRAAMGMAAARSILRSVARRGGGPARVVRDANLRIHRDLGRQLLLTLVYAVLDAETKTFQYCNAGHNSPFLIKASGKWRALKTGGLLLGVFDKQQYKSDTLHLEKGDVLFFYTDGLPEAHSAPPEADEFGEPRILDFLLKHRHLRASAIVEAMLNEINQFSTGAPQHDDLTLLVIKVL >WP_278088590.1 pyridoxal phosphate-dependent aminotransferase [Peribacillus frigoritolerans] MVQFEKSGLLQDLPKQFFASLVAKVNAITEQGHDVINLGQGNPDQPTPEHIVKSLQTAAEKTINHKYSPFRGHQYLKDAAAVFYEREYGVKLDPTSEVAILFGGKAGLVELPQCLLNPGDTILVPDPGYPDYLSGVVLAQAKTELMPLTEENDFLPKYDDIHKEVLDKAKMMFLNYPNNPTGASATESFFDETVSFAKEHSICVVHDFAYGAIGFDGKKPISFLQAEGAKDVGVEIYTLSKTYNMAGWRVGFAVGNKSVIEALELLQDHLYVSLFPAIQEAAASALLDSQTCVEQLVQMYEGRRNVFIEGLRSIGWEVKAPAASFFAWLKVPGGFTSESFADYLLTHAHVAVAAGNGFGEFGEGYVRVGLLTSEERLQEAVERIRTLNLF >CDG57236.1 Possible periplasmic thioredoxin [Campylobacter coli 76339] MGFFISACSHQEDIQNDYMFKEYNKGDKIILNSVNGGSKTLIRTDKGFIIEGEENKVLMIDFFGTFCSPCKEEALELSKLWKNNSKKFTIIGLTHFEDVSDETVKKFADDYGAYYFLSNDLQNDRIIAQILKDINYQSMEQLPFKVVMKNGIYQKLSNYWDNNTSTNFYLGKIPTDYIQNDLDKIYKEK >MBP2329018.1 AraC-like DNA-binding protein [Kibdelosporangium banguiense] MTYQLDGLVTGDQAIRGTAAHDAWRDWCSNVHGEFGITFDTDSYRGRVIRQRSATYQLVGWTGEKELVKRERQGIRRDPRGHYELFVPLSGELRVGQESADHRLNPGEMTLVPIDAPFHVGHGDGARALTLLIPFDRIDQRLGTVSPRGQRVIGNKGIARVTRDLLASLLREREDLSGSYFDAACDRVVDLFCLAAVGDEHLPATSGAAVRDAVRRYIRQHATEPELTLPAIAAAIGWSPRYIQAVLARENTTATDLIRAERLELARNKLANPAFAAQTITAIATSVGFHSASSFSTAYRRRFGHCPRDTRNGFEPG >SOD38512.1 ABC-type nickel/cobalt efflux system, permease component RcnA [Enterobacteriaceae bacterium JKS000234] MSLISSPSRRLWPLWLMAVLLLLAGVLLWQHWTQILLQSVLWQKVLNREMTQLLQQVAEKPQQAGGTLMLFSLAYGVLHALGPGHGKVVISTFLATHPAKLKTSLKLTLLAALLQGGVAIGLVTMMLVVLQTSSRQLHLGSYWLEKGSYLLVIALGVWVGWRALRLLSQYLRPAQRMQIRAIHLQHQHDEHCGCGHAHLPTAAQMDKAVSAKTQALVVLSMGLRPCSGAIMMLLFSKVIGVYVWGVASAVAMAAGTALTVSALGLLVQCSRTLALRLGNSRGTGQSAKLLMPLLALLGSVLLIAAGVALWQSASPGIGGGIRPFI >WP_161967657.1 IPT/TIG domain-containing protein [Fimbriiglobus ruber] MSAISPSSGPAAGGTTVTITGSNLLGGGTTTLDQPGYASTYLSGVSGGDVVGYSQSSSGTITGFKYDGSTFTSINDPNGSSTDPIGVNGNTIVGLYTAPGGLLGQSRGFEDVGGVFTDVADPAGTGTTPRGVSGNTIIGYYINSSGVEVGFDDVGGTYIDIIDPTPGVKGTFPLGISGTTVVGYYKDSSNHQHGFIFDGHTYTTVDDPDPAANYGTVLTGISGGNYVGYYLSEAQNGTISNGALAYNGSTFTDLTFPIVDLQISAQASSVSDQLVVGNYTSLNSVTHGFILGQNVSFGSVVGTIVSDNGSQIVATAPAGTAGASVDVTMATTAGLSTPSATDKYTYVATVPEVTSISPSSGTVAGGTTVTITGTNLGGATAVTFGGTAATILSDSATQLVVTDPAGAAGTVDVVVTTSGGTSQAETADKFTYQSAAPYVTSINPSVGPTAGGTTVTLTGTGLAGATAVTFGGTSATIVSDSASQIVVTTPPGAAGIADVLVTTSAGTSAGSPAYAFVYTAPTGPTVASVSPSSGPAAGGTTITIAGTNLGGATAVTFGGTTATILSDSATQLVVTDPAGATGTVDVVVTTQAGSSQTGATDKFTYQAPLPVVTGVSPGSGPATGGITVTLTGTDLDAATTVDFNSTPATIVSGTATQLVVTVPAGTAGNAAYVTVTTPAGTSAVTSADYFTYTAPAPVITGVSPSLGTAGTTVTVTGLYLNGAVGVQFGALGNLGTATILSDTATQIVVTAPTESPGTVDIRVENSLAISAVTQADQYTYAGVPNVTVVSPANGPASGGNSVTLTGTDLGGASAVYFGGTPGTIVSDSATQLVATAPAGTAGSGLFVTVTTPGGTSGDFASAMYTYQTATSPPAPAPTVTGISPSSGSTVGGTLVTIAGTGLGNATAVAFGGTAGTIVSDSATQIVAAAPAGAAGTVFVTVTTPGGTSGDLAAAAYTYQTATSPPAPAPTVTGISPSFGSTAGGILVTITGTDLGNATAVAFGGIGGTIVSDNATQVVAIAPAGTAGPVDVTVFTAAGTSATGPNQFTYVSPPPAAPSVTGISPSSGSTAGGTLVTIIGTDLGNATAVAFGGIGGTIVSDSATQIMATAPAGAAGAVNVTVFTAAGTSATGPDPFTYVSPPPMAPTVAGISPSSGSTVGGTLVTIAGTGLGNATAVAFGGTAGTIVSDSATQIVAAAPAGAAGTVFVTVTTPGGTSGDLAAAAYTYQTATSPPAPAPTVTGISPSFGSTAGGILVTITGTDLGNATAVAFGGIGGTIVSDNATQVVAIAPAGTAGPVDVTVFTAAGTSATGPNQFTYVSPPPAAPSVTGISPSSGSTAGGTLVTIIGTDLGNATAVAFGGIGGTIVSDSATQIMATAPAGAAGAVNVTVFTAAGTSATGLDPFTYVSPPPTAPTVAGVSPSSGSAAGGTLVTITGAGLANATAVAFGGTAGTIVSDTLTQIVATAPAGVAGTVDVAVTTAGGTSATSTADQFTYLIMVSPPPPAPAVTGISPSSGPTAGGTLVTITGSGLANATVVAFGGAAGTIVSDTATQIVAAAPAGATGTVDVAVFTAGGTSAASTADHFTYTAPPVSRPPSSVLVGASQFAVGADAGGVPLVESFNANQTPVLGATSAFASSFTGGARVVAADFNNDGVADIAVGTGPGGPNEVTILDGKTGAVITTFQPFEASFTGGIFVAAGDITGDGIPDLIVTPDQTGGPVVAVYDGTKLVEGLASGQPNGQPAQINRFFGIQDPNFRGGARAAAGDINGDGVADIVVSAGFSGGPRIAGFDGKSVASGVADPTKLFADFFAFEPSLTNGAYVAVGDINGDGHADVIAGGGPGGGPRVTVFDGAALLSNTQTPVADFFAGDPSNRGGVRVAVKDLDGTADAGLVVGSGTGAGATVTGYTGKAILADPGSPTSLFSLDAFPGFTGGVFVG >WP_007287952.1 indolepyruvate ferredoxin oxidoreductase subunit alpha [Intestinibacter bartlettii] >EDQ95496.1 indolepyruvate ferredoxin oxidoreductase, alpha subunit [Intestinibacter bartlettii DSM 16795] >UWO80452.1 indolepyruvate ferredoxin oxidoreductase subunit alpha [Intestinibacter bartlettii] >SKA54271.1 indolepyruvate ferredoxin oxidoreductase alpha subunit [Intestinibacter bartlettii DSM 16795] MKQLMTGNEAIARGAYEAGVKYASAYPGTPSTEILENIALYKNDIVAEWAPNEKVALESAAGGAFAGARTVASMKHVGLNVAADPLFTVAYTGINGGFVVITADEPGMHSSQNEQDNRNYAKSAKVPLLEPATSQEAKDMMKMAYEISEKYNTLVMMRLTTRLCHSKGLVECEERNEVGIKPYEKVVKRVTVPANARLLRIDVEEREKKLYKFSNETELNYMEINEGAKVGVISSGMCFNFAKEVFGKDASYLKLGFTNPMPDEKIKEFATKVETIYIVEENDKFIEDHVKSLGVDCIGKDVLPAYGEMTPDVIRKSIFKDNFKHEDVEPELIIPRPPTFCAGCPHRGLFYELGKRKDIVVAGDIGCYTLGFAPPYNAMDFVVCMGASLSSAHGCQKVLNMVDGNEKRVVGVLGDSTFFHTGINSLIDVIYNKGNSISIILDNRITGMTGHQENPGSGFTLQGEDTTSINIEQVVKALGAKNVRVINPNKLDEVNDALDWAIGLDEASVIITRWPCALKRFSQADIDEFGRVFTEKCVVDEEKCVGCKKCTKTGCPAISVDKEAKKASIDRNQCLGCEVCLQVCPKNAIVKEEK >WP_115992495.1 amino acid ABC transporter ATP-binding protein [Cohnella lupini] >RED63208.1 amino acid ABC transporter ATP-binding protein (PAAT family) [Cohnella lupini] MIRTNGLSKAFQSVEVLKNIDLQVAANEIVILLGPSGSGKSTLLRCLNGLEEPSAGSVELNGIRIEPAMTKKQKLSNFREIRRQTGMVFQQFNLYPHKTALGNVIESLLVVKKMAKAEAVKTGEQLLERVGLADKRDAYPSRLSGGQQQRVAIARALAMKPAVMLFDEPTSALDPELVGEVLDVMRQLAKEGMTMVVVTHEMKFARQAANRIVFMDGGVIVEEGSPERFFTEPQTERARKFLNQLGEH >WP_090297373.1 50S ribosomal protein L1 [Pseudobutyrivibrio sp. ACV-2] >SEA07581.1 large subunit ribosomal protein L1 [Pseudobutyrivibrio sp. ACV-2] MKRGKKYVAAVQSYDKSVAYDPAEAISQVKKNATAKFDETIEAHIRTGCDGRHAEQQIRGAVVLPHGTGKTVRVLVFAKGAKLDEAQAAGADFVGGEELIPKIQNEGWSDFDSVVATPDMMGVVGRLGRVLGPRGLMPNPKAGTVTMDVAKAVEEIKAGKIEYRLDKTNIIHVPIGKASFSEEQLADNFQTLMDAINKAKPSSLKGQYIKSISLAPTMGPGVKLNVAKVSN >WP_086280341.1 UDP-N-acetylglucosamine 4,6-dehydratase (configuration-retaining) [Campylobacter sp. P0021] MIRATKRRRIAFFLLCDTLIFAFSIYFAFLLRFSGDIPEIFIPGMIYSGVILIVIKIAMLWAFQIYRVPWRFFGLNESRKITLACLLCAGIFFGIFLSYEEIFAPFPRSVIIIDALISAIMVGSLRISKRALMDFKKAKNGKPCVIIGSTSKTLQILKGLKSGYANYYAVGIVDGRKDLVGTYCDGYQVGHKDELKSYIEDGVKSAIIALKLMPNELKELYDELDTLGFKDIKIFSLIGQKNEGITDISIEDLLARKPKDLDSAAVESFIGGKVVMVTGAGGTIGSEICKQCLKFGAKELIMVEHSEYNLYQINEATNADERNRLVMLNITHINEFDFVFSKFRPDIVIHAAAYKHVPLCEFNPLIAVQNNIMGTKNVIDLAKKYETKKVVLISTDKAVRPTNIMGATKRVCELYALNSNTSSTEIVAVRFGNVLGSSGSVIPKFKAQIAANESLSVTHPDITRYFMLVSEACQLVLQAASIAKGGELFVLNMGEPVRIADMAKRMLRLSNKEHLGIKFVGLRPGEKLYEELLIDPNDVATKFESIFVTKSQPYDIDLLNSQISDLLQSQNDAEVEQRLKLIVPEFNHNKNRN >WP_084578893.1 FAD-binding oxidoreductase [Sphingomonas azotifigens] MQRNMIVIGGGIVGLASALALARAGWQVRLVDADPDRQAASWGNAGHIAIEQVTPLASWATVRSLPRRRFGAGGAVALPAAAWRRWLPFGLRLLGAARPGSFVRGQRALSGLLAGAMPAWQWLADSLDVPDLLQVRGHMIAWHGAAAAAAGRRAWTTAEIGTATFRDATVAELQALPGPSAAGAIRFTNTAQIADLGVLDRALRAALAAAGGTILPGRATLHLAGDEARVLVDGVALADMDQLLVTAGVASGRLLAPLGHHVPIIAERGYHLRASDHDWPADLPPLVFEERAMIVTRYAGCVQVASFVEFADIDTPPDPAKWERLEAHVSALGLPLRPPFTRWMGARPTLPDYLPAIGRSSRASNLLYAFGHQHLGLTLAAVTGDSVVALAEGRAPAIDLAPFGLHRFEA >XP_010918378.1 cell wall transcription factor ACE2 [Elaeis guineensis] MISDFEFINGELAQRKDTAQERAEEEQPGCEREIHGSAESISYEEAIQRELEFQKWIKKRTLPCSAGSELPPSSQDLPSEPNLIVTRREAVSLPLPHKLLPQPQFQDQQAQPIHLQFRDQHHRPPHHDRQAPPRRLQFKRPSPHRLQHVRPLLRPPYQKTSQQFGLQHRQTFPRARPQSQDWQHPSEKQLLDQQPQQFKAQQPFSSQTAPLWCDVCKVPCMTAFNLAQHQQGKKHKAKWEEVLGDKNTDKKRPLWCNECSIPCMGEAAMAQHCVGKRHAARLLVIKAEQMERERVAMASRGVREMGLRVDMDNVHDPLYN >KRX15989.1 Thioredoxin reductase 2, mitochondrial, partial [Trichinella nelsoni] LVANESSAHGTASNQFDLVVIGGGSGGLACAKEAAIFGKKVAILDYVKPSVHGSSWGLGGTCVNVGCIPKKLMHQSALIGQAIRDAKSFGWDVAAESNVSFNWDNLRVNVHKHIRSLNWGYRVQMNENSVTYLNAYGSFVDANTIKAVDEANKERIITSKDIVIATGLRPKYPEIEGAEEGISSDDIFSLPRPPAKTLVVGGSYVGLECAGFLSGLGYPVTLMVRSIPLRGFDQVQMAHFVTDNLIVHGTDILWRCKPKKIVKNGTKLQVEWEDEVGKSNSDSFDTVLWAIGREPRLSDLNLDAVGVKCDSKSGRILVNEKDQTTVSNIYAIGDIQHGKVELTPVAIKAGKLLARRLYSDSQLLMNYDNIPTTVFTPVEYSCVGLSEELAVEKFGANEIEVYHASFKPLEFIPPQRVRERCYLKVICKQTEPQQVLGLHYIGPNAGEIMQGFSVSLRCKLTIPELVNSVGIHPTCAEEFVKLNITKRSGKDAVVTGC >KAF9095505.1 hypothetical protein BGX29_008988 [Mortierella sp. GBA35] MQVVAMSNHKLNRDIYSARSLSIHRRILVKNLLTLLYEMNPMLGWFDDAIGIDVSMYEPGDDEGEVSSEPLLAEEEQNGWIERTLSAAGLSEDDDDVENKAADKSRNNAPKTTKPKATTTKQPSKSKEERGSPSPSSNGDKANHAPTGGSGVNGSSTPNLKKKTGHNASDATTCTKPPPPTRSPIEDSGSISSVLPSFPPAPTTPAAFMKSPPPTSVASSSSPAPTARVPPSPPRNYTLSPPSSSSSASFATSASSSNGSSTSSSSGSVPISVKAAPLPRPKSIELPQSLNNYLSAAFDVDWSVELPTMEDSLFTFGGGSSSSPTSSSLLGTSPPKASYLNGSLLSSSPKRRSYSSTTSTISSSSALSKASVTSSSSSRSSVDSWNKSPPLPATETAPSRGAEASSEIMVAKSVERPYQGISSTQQSNNTTSASRGVNGATGSGVNSASKKNSTPTRQETPRTAGPANGTGPAPIKGGAVPRAGDSQSATKTANNTNNNRLPATGTSAPKPVTRKTTLVPGRRSSLLHTGQMPSASAPRRSPTTSGPDFTGSNNNTTSTNGSNGIAVSSNNSANTAAIPYSASPPLPSINTSFANGYLSSNSNTAGFSQGQQQDRLKSGSGSGSVNIVRRVSLLPPVERPAPVQRNHSSENVASSAGLPRPLLAKSYPSPIVLGSAGPSPSPLPSSPTSSTTGNGSGYEYHSDHGYNGVFSSKTRQQQPYLESGGFPVVTSRSPPHAPQKLIMQPISPPSSPSSSTIFAPLTPPRSPSRASTALPPVASYVLTQAPVVSSFSSPPESGAPVLPPLFPMQNQDHSSGSPTSPSSPYSHRSPPTSPYSTTGAGPIQYQQQLQQKQYPTPPFVYTRSNSDDQVHTQSFSTRTPPPSSNTSSPPSTTTMISSHSTTIRPAASYVMKLSNSSPDLITGSSSLSEMLVQRPLPSLPAQYQSYSQNQQHHQQYHQQQPSYIYQPQLQHQNQSRYQQQAYSYQGYGDSLSRSASAKPVMSSAPIPRIAMSPPAGSSGSSSGGGGGGSNRWASMKSMFSLKTTTGHGGK >XP_012889676.1 PREDICTED: olfactory receptor 7A5-like [Dipodomys ordii] MDQENSTQRLEFLLLGFSEDPDLQPFIFWLFLTMYLVTVIGNLLIILAITSDPLLHVPMYFFLSNLSFSDVCLTTTTIPKLLSNIQTQRRHISFHTCITQMHFFILFAGLENFLLTVMAYDRFVAICHPLRYTAIMSPRLCVLMVLGSWMVSILHSLLQCLMVLRLSFCSDLEIPHFFCELNQVVRLACSDTLPNDLVMYFTSVLLGGGPLAGILYSYAKIVSSIRAISSTQGKYKAFSTCASHLSVVSLFYSTILGVYLSAATTHSSHPNGAASVMYGVVTPMLNPFIYSLRNTDIKRALKRHL >SFF07309.1 Predicted oxidoreductase [Paenibacillus algorifonticola] MEYTKLGRTGLEISRLALGCMTYGAPDRGTHPWSLGEEESRTYIKQALELGFNFFDTANVYSDGTSEEIVGRALKDFANRDDVVIATKVHGRMRSGANGAGLSRKAIMAEVDHSLQRLGTDYIDLYQIHRFDNGTPIEETMEALHDVVKAGKARYIGASSMYVWQFMKMQQAAEQNGWTRFVSMQNYVNLLYREEEREMLPLCKADGIGVIPWSPLARGRLTRDWDQESERSKTDEFGKTLYVQTAEADRKIALKVAEIAEKREIPRAQVALAWVLQKDSITAPIVGATKPHHLTDAEAALEIKLTAEKSPLWRSLTFPIPLWAV >MCP4913426.1 VTC domain-containing protein [Oligoflexia bacterium] MNLENFEDLRYEIKFICEPSDNYIDLYLKTHPEAFREIFSPRMIHNIYCDSEVLSAFDENISGVSERIKVRHRWYTDLDNNESSQSPMITELKYKEGKLGGKKFIPLDTKFKDVKLLDLHSLAISKSPEQYRGLLSTYSSPALYNQYQRSYYLSANSKIRVTIDNHIKFSPLYLEANKLGRLEQRPFSIIEVKGSPADHQQISDFLKDFPYRPYRFSKYVVGIQNGIFA >RGX77898.1 hypothetical protein DXA64_08755 [Collinsella sp. OF03-4AA] MLVRFGRSVVDAMPQREYDAQDDVWRELDEDVRAIWAAEHDARVALTLAAACFAAGACITRCYVQIAAPDGEQGERVVKTYSFGRAAYLADCVPVAKDLESMDMDDMPCKRVLEAYESTAPETIEPAEVHARPRDDHRTLPPALRDLLLADTADELEVMEEDDDPYVARVVELREQAKVDRTGAFEGFSRLVEELEAKCAVAELLATGPVQTQFCDNQLVRMVLPVLEEDRSVRILRAPDALYFAQHEICSFYADQEDFERSLPEVRHLYDLARSSMQSHFALINVLARLERFDEIIEVARHGLRIASDRSAIGYLFYRLAFAYWNCDQLDLALACYRLVPRGEESGSSALEEMQGLMNEMGVSEPPTFEEAVETIHKAGLELPPVSAVTNQLADAAVQLVDNGFFFLARGCIFQMWRTMGNDELGSLNRSLG >MBE6142085.1 ribonuclease III [Erysipelotrichaceae bacterium] MNNIKEFFANNGIHIKREDLFLLAFTHPSYNADAKTKHHDYERLEYMGDAVLGFVTADLIYKYHPHMDQGLMSKLRSNIVRSASLANYARSVNFANYIRTGNSIQTKQINESNKILEDVFEAVIGALYLDQGIDIAYQYIKAFVLDDIRRVNIDDLTDAKTRLQEEMQAEYQDRVTYEVTHADGPAHDRTFYVDVIFNGVILASGKGKSKKEAEEDAARKALNKRRT >KAF9145485.1 RNA polymerase I enhancer binding protein [Linnemannia schmuckeri] MENQSEATRKRKNTEEESTAGFKKALVSATTTYDHGLNKLGAQELTAGGAPQADTRPHGHATRSLSTDTRRDHGLPASSTSSQPSRTPTSSEVQAADAVLSTMVGILAGTGDSQHGMSHAQHSESHSALSTHPIQHNSTSQQDAAGRVNDDVLNMQNQLQQQIPLESSPTRLTHHQLLDTMSSIPNMHLLLEESLKGTLGQERNSADEQRRQENGTESAHSAAIEDARRVLMNLENDPSILVTLKPHSVHTPQTSHPGSPLPNSSNVNVPPVENLGKGKKKGKAARPNTGQPAKDRTDTSGFDLQDQVKNDTAAVTSDNPLHTKWLMATALKDKGISYKTGTFSSHEDELIRETIKGYVMRNNMPEDAIQRWFENGNGRGRFEKNDLKALWVEIAVRLQNRPLLNIYLHVRRMFHPQNNIGTWSKEDDQKLIMLHALHKGQWTTIGTELGRMADSCRDRYRNHLKDQSTMLTGPWQPHEDEQLLTIMQDLALQQGKINILDSSPMWTLISERMHGTRTRHQCRHRYSQTLQPRLERGEWTAPSSAAAAAAAAVAANAAVAASASSSSSSKQSSQQQHLQAHSNQLGLGLSPNSGLSSNHGVSSGHEQGKTTAEQDVLMLAAALQGVLPDHDNGHMLWSQAVANEIQNSGHMHGQDAHHSISPGSHDPFTAAAIAAAASLPLPTIVPKAPKGPIRRRSGLQQQLDTLRIIQEDGYTDHTDIDWSNIAQRLRDRVEEANAIQLAKIIQTHDQLDSKKQRHLQDGDSAAAAAAAASAAMAAAVSAAQAEAVASLQRVPAANQCARTFMSSRCKIEGYRDMTLQQVIVFMMKDVERRIMHRRGGPGSSSKRVASPNGGAEGAEESSSKSSTGALSKEASKEAVIQQQEIIINNAAQQAAIAALSAQFPFLQQHHQHHGQSALAHALSDPSDHLPSHHASSSSSASAIPQTSTAPPSSSHPTHSQEALESLSVEERAQRQQELETQQHNHDLAEQMLNFAFSITDMSHHPHQHVSSHHQQQPQHHQQGSSMLMSSSMSSSSSATSASPSSWPTDEASATTASQREKQATRRVLHALKSSDFATDTSEDDDEADDGTQGHPQG >MCO5569846.1 hypothetical protein [Adiantum nelumboides] MRLQGGVSLISRPPAFSTDGKLLLVCTGSTVSIFSVATGLQVNELEGHTGLVTSLSVVEYTEAAKSIVNHVWTSSLDGTARFWNFNTGSMIKTVDVGKPIFSMVFMDLHIISWNVNGMHFTSSSGSRKLRLRREITTHVSRPVDILLVQEHKLSYAHTQRCGKLLPGGSHTFWEPAVGDHLSSGGVCISVGSRWLPRVIDHGTLVAGRATV >MUL75888.1 AAA family ATPase [Mycolicibacterium sp. CBMA 226] MQRLLERDAVLTALGSAARRAAHGDGQLVLLRGEAGVGKTAVLARFVAGLGPSLRVLRGWCDPLAAPRPLGPLVDALADLGGPAAGRLNAAINAGDIAALYAGLLAVLGDGHRWVWVIEDAHWADGATLDLVRFIGRRVGSLPLLLVVSYRDDELHAQHPLALALGDVAGAERVQRIGLAPLSRDAVAIVATGTGINAAQLYQLTGGNPFYVTEVLAAGPELLDHDALPQSVAEAVWGRLGRLGDPARETAYAVAVCGPRTHTDVLEMVCPGAGGALDDCLNAGVLVGDGGVVEFRHELARRATLDLIPDHQRRLLHKRALAVLAKPPVNPDTLAALAFHADQGGDRDAVIRYGPAAADRASTLGANREAAELYALTLRRASTVPAEQMVRWVEQHAFSSYLSGLMEASMSSYRDAIALRHGLEDRLGEGDDLRWLSHILWPFGRITEATEVGRASLRLLEDLGPTPQLAWSLMNMAQLALWTYDPACAEYAARAIKLGTQLNLPAVGMKAGFLVMLYTVLSTNTGWDECETAWREAMATDGLEEHAGFIGGLLCSIAALHHDVERTEGYVSEVAAYCTSHDLGTFHPFCVGAAALVALHRGEWADALAFADEVLTRPAMSPTHRILPLISVALVRSRRGEQPVAALLDEALSAGEPDDLFRLGSVWAARAEAAWLAGDDSTAVAEAQRGLAAATEHADPWLLGHLRRWAYLAGDNPKTAQNDQRTPFDLETSGQWQAATAAWAGRGCPYDAAIAQLGGDSAAVHNALDTFRRLGARAAARRAQQRLAVLRGRTPYGRRADTLADPLQLTRRQREVLDLLAAGHSDAGIAAALHISPKTVGHHVSAIITKLGVDNRTQAAAQSHRHPRTSEA >WP_097108993.1 branched-chain amino acid ABC transporter permease [Hoeflea halophila] >SOE18524.1 amino acid/amide ABC transporter membrane protein 2 (HAAT family) [Hoeflea halophila] MRDLITEHRLNILLALILLGGPLIAHFADEPFLVTLATRATILALAGVGLNIALGLGGLVSFGHAAFFGLGGYAVGILASHHQNYEPLMTAPFLINGSNQMLVLWLVAIVVSGLAALFIGALSLRTSGVYFIMITLAFAQMIYYFAISWPAYGGEDGLSIYVRNTFPGINTLRPLDFFLLSYAVLMLVLIAQWRLTGARFGIALQAVRQNEGRVAALGLSPYRIKLAAFVISGMITGLAGALYADLNRFVSPTMMSWHLSGEIMVFIILGGVARLFGPVVGACLFVLFEHVFGSFTTHWQFFLGAALLAVVLFAKGGFIGLVAGRARHD >MBC7097666.1 aminomethyl-transferring glycine dehydrogenase subunit GcvPA [Candidatus Bipolaricaulota bacterium] MTEYIPHTPEDIEEMLSAIGLKSPEALFSDIPEEVRRRYRPLGLPRGDEEKVRRHLEGLAERSTGRGLIPFLGGGIYDHFVPAVVNYVVSLPEFYTAYTPYQPEVSQGTLTWMFEYQTMVCELTGMEVANSSMYDGATALAEAVLMAHRTVGGRRVLVPRSLNPQVREVLATYAWGAGLELLDVPYSEEGKLALEGVPEGLCALVVQQPNFFGVIEDLSGLKERIGKAFLIVYVNPIALGVLEPPGSFGADVVVGEGQVLGNPMGFGGPLLGIFATRGEHLRRMPGRLAGRTVDAEGRPGYVMAFQTREQHIRRERATSNICTNSALCALAATVYLAALGPEGLRRVALLSIERAHDLASRIKMLPGYELAFSGPFFNEFAVRCPDPEEAVARLRGAGIAVLPPKLVAKAGLDGAFLVAVTEKRTEEELSRFVEALKGGGCGDDL >KAJ6888161.1 mitochondrial import inner membrane translocase subunit TIM14-3-like [Populus alba x Populus x berolinensis] MTRREAALILGVRESAVMEKIKEAHRRVMVANHPDAGGSHYLASKINEAKEVMSGKTKKFFHLGRTYFLTCPEDVIIFLIINNLTKTSEENRGVMYEK >WP_236939362.1 NADPH-dependent 2,4-dienoyl-CoA reductase [Escherichia coli] >MCF6621031.1 NADPH-dependent 2,4-dienoyl-CoA reductase [Escherichia coli] MSYPSLFAPLDLGFTTLKNRVLMGSMHTGLEEYPDGAERLAAFYAERARHGVALIVSGGIAPDLTGVGMEGGAMLNDASQIPHHRTITEAVHQEGGKIALQILHTGRYSYQPHLVAPSALQAPINRFVPHELTHEEILQLIDDFARCAQLAREAGYDGVEVMGSEGYLINEFLTLRTNQRSDQWGGDYRNRMRFAVEVVRTVRERVGNDFIIIYRLSMLDLVEGGGTFAETVELAQAIEAAGATIINTGIGWHEARIPTIATPVPRGAFSWVTRKLKGHVSLPLVTTNRINDPQVADDILSRGDADIVSMARPFLADAELLSKAQSGRADEINTCIGCNQACLDQIFVGKVTSCLVNPRACHETKMPILPAVQKKNLAVVGAGPAGLAFAINAAARGHQVTLFDAHSEIGGQFNIAKQIPGKEEFYETLRYYRRMIEVTGVTLKLNHTVTADQLQAFDETILASGIVPRVPPIDGIDHPKVLSYLDVLRDKAPVGNKVAIIGCGGIGFDTAMYLSQPGESTSQNIARFCNEWGVDSSLQQAGGLSPQGMQIPRSPRQIVMLQRKASKPGQGLGKTTGWIHRTTLLSRGVKMIPGVSYQKIDDDGLHVVINGETQVLAVDNVVICAGQEPNRALAQPLIDSGKTVHLIGGCDVAMELDARRAIAQGTRLALEI >KAJ7092692.1 splicing factor CC1-like protein [Mycena epipterygia] MSSPLPPPIKRPSPTYEPPPTEDYNPDEPKEDDSEARSVFVSQLAARLTARDLGYFFEEKLGEGTVMDSRIVTDRMSRRSKGIAYVEFRSVDLVEKAIDLTGTNVMGRPIHIQLTESERNKLHPGDGNLNLPPGVSAPHGAMQLYVGSLHFNLTESDIKQVFEPFGDLEFVDLHKDPMTGRSKGYAFVQYKRAEDAKMALEQMEGFELAGRTLRVNTVHEKGTARYTQADTLDESGGGNLNAASRQALMQKLARIEPAHQPEPITRPNIPQSMQSRSVLLKNMFDPEEETERDWDKDLADDVKGECQEKYGKVEAIKVEKETQGEIYVKFDTVESAKKAIQGLNGRWFGGNQVSAAFISDAIMQAHQ >WP_040330177.1 SulP family inorganic anion transporter, partial [Acidovorax delafieldii] MIVNTDGSAPASSSADAPSSASAAAWSAAAVTVPHALGLGLLAFAPLAQTHSLAALALWSAALPGLLLTLLMPRRAVVYAPTTVVALLLAAVLSIAWGAAPDLGLGPRQVLAVSGATVAVAFMFQWLLGVLRLASVARFLPISVTHGFAAGVGLSMVLGQVRNGFGAGPHWSTAVAWHALAALSVAAMALLVRWRWPRVPGLLTSVALVSLGVAVAGFWGGGLGDVFVPAAAPGPFAGPLWPDWTGVPWMEIARRHGNALVVLALLMALVNSLEIVVFNQELELDHGLRCNANQALRRESLLGALCGLAGMIPASTSASRSRIVLVQGGATVQAPR >WP_001537381.1 contact-dependent inhibition effector tRNA nuclease [Escherichia coli] >ELD03531.1 filamentous hemagglutinin family domain-containing protein [Escherichia coli KTE201] MHQPPVRFTYRLLSYLISTIIAGQPLLPAVGAVITPQNGAGMDKAANGVPVVNIATPNGAGISHNRFTDYNVGKEGLILNNATGKLNPTQLGGLIQNNPNLKAGGEAKGIINEVTGGNRSLLQGYTEVAGKAANVMVANPYGITCDGCGFINTPHATLTTGKPVMNADGSLQALEVTEGSITINGAGLDGTRSDAVSIIARATEVNAALHAKDLTVTAGANRVTADGRVSALKGEGDVPKVAVDTGALGGMYARRIHLTSTESGVGVNLGNLYARDGDITLDASGRLTVNNSLATGAVTAKGQGVTLTGDHKAGGNLSVSSRRDIVLSNGTLNSDKDLSLTAGGRITQQNEKLTAGRDVTLAAKNITQDTASQINAARDIVTVASDTLTTQGQITAGQNLTASATTLTQDGILLAKSHAGLNAGTLNNSGAVQGATLTLGSTTLSNSGSLLSGGPLTMNTRDFTQSGRTGAKGKVDIMASGKLTSTGLLVSDDALVLKAQDVTQNGVLSGGKGLTVSAQTLSSGKKSVTHSDAAMTLNVTTVALDGETSAGDTLRVQADKLSTAAGAQLQSGKNLSINARDARLAGTQAAQQTMVVNASEKLTHSGKSSAPSLSLSAPELTSSGVLVASALNTQSQTLTNSGLLQGEASLTVNTQRLDNQQNGTLYSAADLTLDIPDIRNSGLITGDNGLTLNTASLSNPGKITADTLNVRATTLDGDGLLQGAGALALAGDTLSQGRNGRWLTADDLSLRGKTLNTAGTTQGQNITVQADRWANSGSVLATGNLTASATGQLTSTGDIMSQGDTTLKAATTDNRGSLLSAGTLSLDGNSLDNSGTVQGDHVTIRQNSVTNSGTLTGIAALTLAARMDMASPQPALMNNGGSLLTSGDLTITAGSLVNSGAIQAADSLTARLTGELVSTAGSKVTSNGEMALSALNLSNSGQWIAKNLTLKANSLTSAGGITGVDTLTLTVNQTLNNQANGKLLSAGVLTLKADSVTNDGQLQGNATTITAGQLTNGGHLQGETLTLTASGGVNNRSGGVLMSRNALNVSTATLSNQSTIQGGGGVSLNATDRLQNDGKILSGSNLTLTAQVLANTGSGLVQAATLLLDVVNTVNGGRVLATGSADVKGTTLNNTGTLQGADLLVNYHTFSNSGTLLGTSGLGVKGSSLLQHGTGRLYSAGNLLLDAQDFSGQGQVVATGDVTLKLIAALTNHGTLAAGKTLSVTSQNAITNGGVMQGDAMVLGAGEAFTNNGTLTAGKGNSVFSAQRLFLNAPGSLQGGGDVSLNSRSDITISGFTGTAGSLTMNVAGTLLNSALIYAGNNLKLFTDRLHNQHGDILAGNSLWVQKDASGGANTEIINNSGNIETHQGDIVVRTGHLLNQREGFSATTTTRTNPSSIQGMGNALVDIPLSLLPDGSYGYFTREVENQHGTPCNGHGACNITMDTLYYYAPFADSATQRFLSSQNITTVTGADNPAGRIASGRNLSAEAERLENRASFILANGDIALSGRELSNQSWQTGTENEYLVYRYDPKTFYGSYATGSLDKLPLLSPEFENNTIRFSLDGREKDYTPGKTYYSVIQAGGDVKTRFTSSINNGTTTAHAGSVSPVVSAPVLNTLSQQTGGDSLTQTALQQYEPVVVGSPQWHDELAGALKNIAGGSPLTGQTGISDDWPLPSGNNGYLVPSTDPDSPYLITVNPKLDGLGQVDSHLFAGLYELLGAKPGQAPRETAPSYTDEKQFLGSSYFLDRLGLKPEKDYRFLGDAVFDTRYVSNAVLSRTGSRYLNGLGSDTEQMRYLMDNAARQQKGLGLEFGVALTAEQIAQLDGSILWWESATINGQTVMVPKLYLSPEDITLHNGSVISGNNVQLAGGNITNSGGSINAQNGLSLDSTGYIDNLNAGLISAGGSLDLSAIGDISNISSVISGKTVQLESVSGNISNITRRQQWNAGSDSRYGGVHLSGTDTGPVATIKGTDSLSLDAGKNIDITGATVSSGGTLGMSAGNDINIAANLISGSKSQSGFWHTDDNSASSTTSQGSSISAGGNLAMAAGHNLDVTASSVSAGHSALLSAGNDLSLNAVRESKNSRNGRSESHESHAAVSTVTAGDNLLLVAGRDVASQAAGVAAENNVVIRGGRDVNLVAESAGAGDSYTSKKKKEINETVRQQGTEIASGGDTTVNAGRDITAVASSVTTTGNISVNAGRDVALTTATESDYHYLETKKKSGGFLSKKTTHTISEDSASREAGSLLSGNRVTVNAGDNLTVEGSDVVADQDVSLAAGNHVDVLAATSTDTSWRFKETKKSGLMGTGGIGFTIGSSKTTHDRREAGTTQSQSASTIGSTAGNVSITAGKQAHISGSDVIANRDISITGDSVVVDPGHDRRTVDEKFEQKKSGLTVALSGTVGSAINNAVTSAQETKESSDSRLKALQATKTALSGVQAGQAATMASATGDPNATGVSLSLTTQKSKSQQHSESDTVSGSTLNAGNNLSVVATGKNRGDNRGDIVIAGSQLKAGGNTSLDAANDILLSGAANTQKTTGRNSSSGGGVGVSIGAGGNGAGISVFASVNAAKGSEKGNGTEWTETTTDSGKTVTINSGRDTVLNGAQVNGNRIIADVGHDLLISSQQDTSKYDSKQTSVAAGGSFTFGSMTGSGYIAASRDKMKSRFDSVAEQTGMFSGDGGFDITVGNHTQLDGAVIASTATADKNSLDTGTLGFSDIHNEADYKVSHSGISLSGGGSFGDKFQGNMPGGMISAGGHSGHAEGTTQAAVADGTITIRDRDNQKQNLANLSRDPAHANDSISPIFDKEKEQRRLQTVGLISDIGSQVADIARTQGELNALKAAQDKYGPVPADATEEQRQAYLAKLRDTPEYKKEQEKYGTGSDMQRGIQAATAALQGLVGGNMAGALAGASAPELANIIGHHAGIDDNTAAKAIAHAILGGVTAALQGNSAAAGAIGAGTGEVIASAIAKSLYPGVDPSKLTEDQKQTVSTLATLSAGMAGGIASGDVAGAAAGAGAGKNVVENNALSLVARGCAVAAPCRTKVAEQLLEIGAKAGMAGLAGAAVKDMADRMTSDELEHLITLQMMGNDEITTKYLSSLHDKYGSGAASNPNIGKDLTDAEKVELGGSGSGTGTPPPSENDPKQQNEKTVDKLNQKQESAIKKIDNTIKNALKDHDIIGTLKDMDGKPVPKENGGYWDHMQEMQNTLRGLRNHADTLKNVNNPEAQAAYGRATDAINKIESALKGYGI >MBL6727407.1 hypothetical protein [Methylophilaceae bacterium] >NCW63511.1 hypothetical protein [Betaproteobacteria bacterium] MASDFNYLKDHFPKNFNQTVMEHQAVNKVLTFCNKDTQFLLFTGMFHEVNGGKGITDDLEVYLVNYLAEKLKVTAFGRAAAYVLEDQTKFIGYDIKSTDNEIWSQQNIFEANEEGRVTKVIDKFSNTSDTNPICPLVSRYFEKIDFPEDTLEFLKNLHAQVTPSLVEIKRS >WP_054541705.1 isochorismate synthase MenF [Vibrio splendidus] >KPM00776.1 isochorismate synthase [Vibrio splendidus] MSHFQQTISALIERVQNAQASEVRCVEVLTQKPSFAFIEWLHAQPLFPKFYWQSRDTREEVVALGQLHTFSDPAPAYAILGEDQRIWGGRSFDGHTAKNRRCMESFFFLPQVELIRFDDTWSLAVNLSPDRVVSINALNKLSVEAAILAPLSAHIEQINHVPEREQWGNLVDKVLQGISDEEYKKVVLARKTTLQLDAPICAAQLLKASYLQNHHSFHFMLVLDSKHSFIGSTPERLYSRYGTELDTEALAGTIGRGENATEDMELASWLSQDSKNLNENQYVVDDIIERLTPHSQTVHVEKDTRLVRLRKVQHLKRNIHAQLNNGVNGVQLLAALQPTAAVAGLPRKEAMDFILEHEPFARGWYAGSVGYISHQRAEFCVAIRSALVVNDQVQLFAGAGIVPGSVAEHEWQELNKKMSTLLSLISDHPPLGVAS >WP_279085497.1 dihydrofolate reductase [Bacteroides acidifaciens] MSKISIIAAVDQRMAIGFQNKLLFWLPNDLKRFKSLTTGNTIIMGRKTFESLPKGALPNRRNVVLSSNPATECPGAEVFPSLEAALQSCREDEHVYIIGGASIYRQALPFADELCLTEIDSTAPEADVYFPEVSSEIWQEKSREAHPADEKHLCSYAFVDYVKKQL >MCB9510871.1 hypothetical protein [Deferribacteres bacterium] MLPQSNDRILKFTGNFDFTLDAKGRASTPARIREVLEMYSVKSLTLRAMELGEFDCIRAYPTSYYNDVILAKLTDYEDGETPDDTYEISLLTANAHQVKLDSQGRINIPDELLKQNEIKKEIRIIGMGNFFDIWRPDVFNAFHAAQLAMRGKGQRRRGDGENRTGST >WP_095128211.1 2-hydroxyacid dehydrogenase [Pseudomonas sp. Irchel s3h14] MPATVLVLVETINDYLPILEHQGFHLILAPTPAERADAITRHGAQIDAVLTRGPLGLYADEIAALPNLKIICVIGAGYEHVDLQAAANRGITVTNGAGVNASSVADHAMAMLLSLVRDIPRCDAAVRRGEWPKIMRPSLAGKHLGILGLGAVGMAIAKRAAHGFDMTVSYHNRQHRSDVPYSFRSTPTELARESDFLVVATPGGLGTKHLINRQVLDALGPQGFIVNIARASVIVTADLISALEQRRIAGAALDVFDTEPHVPNAFKTLANVILTPHVAGLSPEATQGTVELVGRNLVAFFTGNPVLTPIALPSSTSMI >MBE0660081.1 hypothetical protein [Bryobacteraceae bacterium] MRFTIFLLLSLAFVFPAPAQSDFLTADEADRIREAQEPDLRIGLYVGFAKQRMDLLDQLFAQNKVGRSSTIHTFLEQLTSIMETLDVVIDDALRRQKEITTLGDVAKTARDIHARLEKHLESNPADLGRYKFALETAIETIHDSAELAEEDLRDRIRGVEARQIEQRKERDALLTPEGKEEAKKADEKKAADDTKAKKRPSLLRKGETAPSKTGKK >WP_219286064.1 MFS transporter [Arthrospiribacter ruber] >MBW3466276.1 MFS transporter [Arthrospiribacter ruber] MSQQTLASKAYELITDEGEERACEAISERACKETPGNFFKNVFSGALSKFAEQLVSPGTTLPWILSALGVPNAFTGALVPIKDAGSLLPQLFVSAKIRAYAIRKWFWVIPALVQALALVAMAFVVLGTEGSAAGVSILSLLLIFSLASGVASISFKDVVGKTVPKGKRGQLLAMRSTIGGILTLIGGVYILQDLEGEQDQNLLFWLVMGGAILWILSALLFSLIAEEKGATEGGRSPVNEIKNAWKYWKEDSNLRRFIFTRGLLMAIPLAQPFFVVLGKEELGSEVNNLGIMVIAAGIANIVSSPFWGRFADQSSRKLMVWVSVLGMVNISLMALFPFWPDSLQNIYVFAALFLIQVMAHGGARLSRKTYLVDFAPEKERPLYVSLSNTMIGIFTLLAAGLGSFSSFFGVQVMLFVFVGLLGLGLFLAFKLKEV >WP_218057064.1 methylglyoxal synthase [Gilliamella apicola] MMLNTTRKLLTKKNIALVAHDHLKESLLAWCKKNREELSHHNLCGTGTTGTLIKKETGLNITPMLSGPMGGDQQIGALIAEGKIDILVFFWDPLNAVPHDPDVKALLRLSTVWNIPVATNQATANALIQSPIFTQEVDIEIPDYQSYLKERVR >WP_131971174.1 hypothetical protein [Flavonifractor plautii] >MSB02998.1 hypothetical protein [Flavonifractor plautii] >MSB06942.1 hypothetical protein [Flavonifractor plautii] >MSB48508.1 hypothetical protein [Flavonifractor plautii] >TCO97347.1 hypothetical protein EV206_108151 [Flavonifractor plautii DSM 6740] >UOX44173.1 hypothetical protein K5I25_13405 [Flavonifractor plautii] MKKASALWGGTALLIELVILILALVRGDWMIPLLLAVFAGWSLWLIFTQLLPVWKNNRAYRKKEQELREQPVDGSNNLESDGELSKMLLQHVNYRILTILKAAYPNVQWEWTMEDPAAFVTRGGTGRIRLYEVPDYDFADVTLDRRANLRCDLVKVVPAVPDGSPASASGQPVVDPGVWYELRGRKVLDALIPDLQSRGYDSLMVMENGEICIDHEKDGKAELLDTLLDFPAKVYWPQLVKVLEREGIAAAATDSGIRLSW >MBL8777518.1 EAL domain-containing response regulator [Acidimicrobiales bacterium] MIDDQESNVILLDRLLRSAGATHVHLVTDPRVAVRRCLEVGAELVLLDLHMPHLDGVAVLEALRAALEPDAFVPVLVLTADTTDGAKGAALAAGAKDFLTKPLDREDVVLRVRNHLETAALYRRVRLENRRLQSELDERERVANENRERIESTRRAVREVLERDLFEMVFQPVVDLGDGRVVGVEALARFRTAERRPPDEWFAAAASVGLQTELEVAAISAALRRLPDLPPTVLLNVNVSPRVAMTDAFAECVADVPSGRLVVELTEHVPVDDYEPLVHCLAGFRAAGILIAVDDAGAGYAGLQHLVSLCPEVLKLDRELTLDIDQDPARRAMAASMVHFAEEIGAVLVAEGIETQGALETLRELGISLGQGYHLARPGLLPLAHDRVEVAHVAPAGDPGER >ABK94958.1 unknown [Populus trichocarpa] MGAVENPVDNKEYRIPGEAKEILKSLASKWEDVADANSLQVIPLKGAMTNEVFQIKWPTKTENVSHKVLVRIYGEGVEVFFDRENEIHTFEFISKEGQGPRLLGRFSNGRIEEFIHARTLSASDLRDPDMSALIAAKMKEFHGLEMPGPKNISLWDRLRNWLETAKRLCTPEEAKPFRLDSIEEEISLLEKELSGDRSIGFCHNDLQYGNIMIDEKTRVITIIDYEYASYNPIAFDIANHFCEMTADYHTDTPHILDYSKYPGLDERQRFLRVYLSSSGGQPSDNEVEQLLENVEKYKLASHLFWGLWGIISEHVNEIDFDYMEYARQRFEQYWLRKPALLGSLGTTPDVVSADGNYPA >WP_199308568.1 adenylosuccinate lyase [Aphanizomenon flos-aquae] MTVVLDAVNVIERYTLPEMGDLWSETYKLKTWLDVEIAVCEAQAELGYIPAAAVEEIKAKANFDPKRVLEIEAEVRHDVIAFLTNVNEYVGDAGRYIHLGLTSSDVLDTALSLQLVASLDLLLKRLEDVIDAIRKKATAHRNTVMIGRSHGIHAEPITFGFKLAGWLAEVLRHQERLQILKKTIAVGKISGAVGTYANIEPRVEAIACAKLGLKPDIASTQVISRDIHADFVQQLALLAASIERFAVEIRNLQKTDVLEVEEFFAKGQKGSSAMPHKRNPIRSERLTGMARLVRSHAGAVLENVALWHERDISHSSVERVVLPDACILTHFMLHEITQLVNNLLVYPENMARNLNCYGGVVFSQRVLLTLIDKGLNREAAYTIVQESAHTAWNKPEGNFRDLISTDPRVTQNLSPAEIEACFDPQHHLKHLEQVYQRLGI >APC24336.1 cytochrome oxidase subunit I, partial [Anthophora villosula] TGWTVYPPLSSSVFHSSPSVDITIFSLHLSGISSIIGAMNFMVTIMMMKNLSLNYDQMALFPWSVFITAILLLLSLPVLAGAITMLIFDRNINTSFFDPLGGGDPILYQHLFWFFGHPEVYILILPGFGLISHIIMNESGKKEVFGNLGMIYAMLGIGFLGFIVWAHHMFTVGLDVDTRAYFTSATMVIAVPTGIKVFSWLATYHGSKLEYNNSILWSLGFVMMFIIGGLTGIVLSNSSIDIILHDTYYVVGHFHYVLSMGAVFAIVGSFIHWFPLIFGVVLHQNWLKVQFYMMFIGVNMTFFPQHFLGLMGMPRRYSDYPDAYYCWNLFSSIGSLISLNSLILLIFLILEGFISMRLVVFKFNSSLEWVGSMPPLDHVYL >WP_199713305.1 DUF805 domain-containing protein [Bacillus cereus group sp. N14] >MBJ8081877.1 DUF805 domain-containing protein [Bacillus cereus group sp. N14] MQWYLKALKNYGNFSGRATRKEYWTFSLSNIVIFWLLLFLSSFSEVLVAIIALLFMLVMIIPSFSVGARRLHDIGKTGWWQLLNFVPFGSVVLLVFFIIESEESGNQYGPNPHSDLKEAI >WP_172585284.1 hypothetical protein [Ligilactobacillus agilis] >GET07166.1 hypothetical protein SY212_21960 [Ligilactobacillus agilis] MKKYFKETTDSIIAQYDLVLKQAGFDQLEEVDRKRKQLDKDIRANRANKRWHKLETYFEAQLTQCPTVLTMSKDKLGSFDYFRTKHNNLISGAKSKHLTDDIIAQMNNEVYGYEQALKKLANTNLKDPYKKIVLDNYLENPTLDNMVLLIEQQLEQQNKDDEKFNQENIISQGLNLAYGTLITPQIQEYLQQQLPNVEQNMIDKTIDQVIYELTNNINYQEFTNEQHVLNEAALKTYILNKGQTTITEIINRLTMDYTNTALNVATNVLINDPSYLNMLVKHTNNQKELLQKVVTSLIKTEIPKQNLNNYANNQGFDEALFTKNLQSQSIKWANQIIQQYKKVDSPYRWILDYAQSINLDITKPTGKMVIIFDLTKNGLGNSLPLPYKDKLKSATDVMNLIKFITEC >WP_094590818.1 Piwi domain-containing protein [Halorubrum sp. Hd13] >OYR38618.1 stem cell self-renewal protein Piwi domain protein [Halorubrum sp. Hd13] MTDDIILLEETDVRNDLEEYQTYTVVVTVKNTYSNPEQGSGNHKLQYIDDTETTRYLTLWANSTPEPVYDFDFEQDATYTLTEVQFTTNESGGRVFYNLNATEETEVSRGPPEDKNTTNQCAETDASGDSTATDVVTEEAVAKEQESDHTTESPSLDDHIDDALSEVPAPATTQTGHALTAFASTSRAGSLTVHEYELVAVNGYLPDDEEAALRDTYKARRKIARQHDDWPVVAVVEPLTLVALEEIDGSAIDIDDFRLKGPETRCLDYERPQDRQTLKDFLETKVKRQLEGDYRTRHGIHKILSQEPIVERENFRLHERYNLSFSVTPEGRLYLFVDFRHKIISDYRLDEVDQSRLYRGLRVNVSYRESGKGAYLDELLPERATDSLRRLGNRSVVQYHRDAKQVSQETIDEFERADRRVVQVTKQGRLNTETYPQELLVLQPHFENLKSFAPAFNEATQGKTRLSGQRCLERSTEFMEGLDPISLQGSAVAFDPTPLSESETYSIERLFETDADILQFGDGQSGDHPKRITSNSVYQPPSEFNVCIIHPDKGPHAERWTNLERMLSRIGAEADEVDRYEYSIDDTADAIYGDLIYDIPDENDYTAACVILPPDGFNLGASDPSDIYHEVKKALRQKHIDSQMAHIDTLADDNALPNIALGLIAAAGGIPFTAEDSMPGDADLFIGIDVSHRYPKDSDDRVHIAASTTSIYDDGTILGYTSANPQAGEKIPPGKLKDIVRQAVVGYKQERGEYPEHIVIHRDGFMNEDLSPVEDLLAEFSITYDIVEVRKQSPARVLDLENGKASVPDKGVAAINESDAHAILSSFGKPESQATSQYTGLPQPIQVEREAGDTDIGTLASQVYLLSQSHIGAISTTARLPITTYYADRASEAAAEEYLPPTSRLRKNIGFL >XP_032204694.1 GTP-binding protein 8 isoform X1 [Mustela erminea] MTAPGLRPITRKLLELIGALRRVNRACSTFQTFAEVLRLPKTQMTKLAFPLQELQRHLTPDARLDLHVKIFDPSLEDISKAESVFTATGRNRIEYLSSAVRLDHAPDLAHPEVCFIGRSNVGKSSLIKALFALAPEVEVRVSKKPGHTKKMNFFKVGKYFTLVDMPGYGYRAPEDFVDMVETYLKERRNLMRTFLLVDSVVGIQKTDSIAIGMCEEFSLPYVMVLTKIDKSSKGHLLKQVLQIQKFVDSETQGCFPQLFPVSSVTYSGIHLLRCFIADITGNLKTDGFGQLQLNT >KAJ3382075.1 hypothetical protein HDU80_001625, partial [Chytriomyces hyalinus] CVIKTARAQVEAIAAVVAGAAEGVSKDIDHVTVVARAPEAVREIAVGGPDLAPHLVDAIDLTRGTEIPDGTETGGTETDDEFSKHWSGAGRIMDFAPRDV >WP_116143250.1 16S rRNA (cytidine(1402)-2'-O)-methyltransferase [Paraburkholderia sp. BL27I4N3] >REE20603.1 16S rRNA (cytidine1402-2'-O)-methyltransferase [Paraburkholderia sp. BL27I4N3] MTPLSELAQGQQYPTAALYVVATPIGNIADVTLRALHVLGLVDRIAAEDTRNTGQLLARYGISKPLVAVHQHNERAAALRLIEHLQAGERVAYVSDAGTPGISDPGAKLVDAVREAGFPVIPLPGASALATALSVAGDWVATFSFLGFLPPKAKARAATLQPLASHPHAMVFYEAPHRIVETVQALADAFGGERKLLIARELTKLHEALHRGTLAEAPTWLAADPNRQRGEFVLVVEGAQPEADGEHDHDALLGILLEELTVSSAAKVAAAITGASRNALYTRALTLKKEDEE >OQB67688.1 CTP synthase [Spirochaetes bacterium ADurb.Bin133] MKSVKFIFVSGGVCSSLGKGIASSSIGALLEGCGYKIAMTKVDPYINVDAGTMSPYQHGEAYITDDGAETDLDLGNYERFTKTLLSKKNSITTGQVYKEVIRREREGDYQGKCVQVIPHITDEIRKRIKSSADKDTDISIVEIGGTVGDIESIPFLEAARQFITDVGRDNVIFVHLTLVPKITAADEFKTKPTQHSVQKLREIGIQPDILLCRIDGEMDQMMKKKISLFTNVEEEAVIESVTVSLSIYEIPALYDAKGLTKILLKKLRLPYEGVKTNLKIWYDLVDKIKNPKYTSKIAVVGKYIELQDAYKSIYEALDHGGHANSTRLEIVKIQSDNINENNVSEILKDVDGILVPGGSVEKGIEGELLSVKYARENKIPFFGICLGMQVMVIEYARNVLGLKDANSTELESKTPYPVVSLLEEQEGVDNKGGSMRLGAYDSTVIEGTKLHAAYNKTKISERHRRRYEFNNKFKEDFEKARLVISCKTEEDNLVEAVEWPDHPFGVGVQFHPEFKSKPIEPHPLFKMFIKSTLKK >KAI1055415.1 hypothetical protein LB506_011403 [Fusarium annulatum] >CVL03643.1 uncharacterized protein FPRN_11858 [Fusarium proliferatum] MSLPEPRLNIPGSRSTVSVAVIDTTSTIRAKTSLVVTPHISGHDEFNCPCYCFLITHPATGRKVLFDLGIRKDPENLAPKTYAFTKAMEISSERNVADILGDDEVSTITDIIWSHHHFDHIGDPSRFPAKTALVVGQGFKAEFFPGYPAREDAWILESDYAGREVHEIDFTTAGLKIGQYDAFDYFGDGSFYLLDCPGHTIAHMMGLARTTPTSFVLMAADCCHHGGEFRPSPFVPLPDVIDPNPLVHSAKYPRRMPCPGQPFLDVHPKKSKTEPFYQLNNPNDSDTVREATQSQRKLDEFDASEDVLVLTAHDSDAQSVIDLYPKTINEWKKPENDWKRKLHWAFLADFKVE >WP_018083176.1 glycoside hydrolase family 5 protein [Asticcacaulis benevestitus] >ESQ86429.1 hypothetical protein ABENE_18550 [Asticcacaulis benevestitus DSM 16100 = ATCC BAA-896] MFKPMTGLRLAFALMAGAAGLASAAHAESPKPFVEISAAEQVANMGAGVNIIGGYDAFWEGGQTKFHLSDFAKVHEAGFSTVRIPLFAFKHLQPDGHLDAAYLKRIDDVVQAALASDLNVILDEHDFEFCAKDADACATNLTNVWYELSERYRNAPNKVIFELLNEPNGQVDDKIWNAWLVDLIAIIRETNPTRNVIVGPTHWNSRDDLALLKLPAEDKHLIVTFHYYDPFPFTHQGASWAPKNIQDTKGVRWTGKPEEVAAIDADFDKVQAWAQAANRPIFLGEYGAYDKHGKLEDRAVWTASVTKAAHKRGFATAYWYWDGGFAVYDVDKQKWIKPILEALIQKSK >WP_055153579.1 class I adenylate-forming enzyme family protein [Faecalicatena contorta] >MBS6763278.1 acyl--CoA ligase [Clostridium sp.] >CUO59820.1 Long-chain-fatty-acid--CoA ligase [[Eubacterium] contortum] [Faecalicatena contorta] MIRDALQARWECDLPAVLGEKETISYAELARRAAALQAALSHIDGPPAAAILLPDGSDFLIALFAVLQAGWTAFPLSVRLTAPELSHLLNRVPVCTIITCNAMLPICRAAADAYSPAPVILCADALQPAPQQQPDIQKTDPCTPMLLLASSGTTGYPKLVQLSESNIAFNAAAYLRHMGYELYRDPSPKYALGTPYSGIYGLLVIFSCVLRGFPMLAMAEGFTLDALFRAAQEQGISHYDGGTVAAILLDRTLGRTIPYDITSLRYFGFGGSKAPDGTLRRLSDAYPNIRFWSGYGMTEASPLIAQPYRELPADKLDSVGVPLPGVKVCLETENKKTNAPNQPGEIIVQGPNVMLGYYNDEKATKEILRDGWLHTGDIGYFDADGYLYICGRKKNMLLIRGFNVYPEEIETCLRGCPLVEDCMVYGRTELPGTDCICADIVPAKDGIPLESVQIWCTEHLADYKRPRNIRFVDKLNKTATGKVKRDLEDTAQ >WP_065640612.1 putative quinol monooxygenase [Aliivibrio fischeri] >OCH01789.1 antibiotic biosynthesis monooxygenase [Aliivibrio fischeri] MSKKVYCVAQFLPKEGKLNELFKVLQSLEPNTIREDGCLQYIVTRHIQTPFAEGDSYPIAFNEIWADNEAFEAHCQRDEIKQFFEQQCIADEGLVAKWNVCIYTDEPVDFDAPKLS >KAG2753283.1 cytidine deaminase-like protein [Suillus brevipes Sb2] MTLTSKSPTPDSSEEHEHDPFVRQALEQAAFCEPVPTAFCVGCILVARLPDSEPIVLSKGFSRELPGNTHAEANALTKFENLSSAQLQSLVSPWPWEASPVIEDILPLVDVYTTLEPCSVRTSGLPACADALIRARIRRCIIGVREPDDFVKCEGAQKMTDAGIEVIWYGGLEQECLDAARRGHDI >WP_071280632.1 MULTISPECIES: DUF3099 domain-containing protein [unclassified Streptomyces] >OII63315.1 DUF3099 domain-containing protein [Streptomyces sp. CC53] MYERRRRAYFAIMGACLVLFVSAWTFVRLWSTEAAVALAFAAALLPPIASWVANRRGPDDRWWDDPTGDAQSDAWWDELDGKRKPGSGPQ >WP_213775833.1 AraC family transcriptional regulator [Bradyrhizobium sp. dw_78] MSPALKAAVEIYVARSGNGDGLIATPVADLVLMKTSKRLLPHHMIYKPALCVVAQGAKQITLGDAVFDYAEGQALVVGVELPAFGSVTRAPYLGMTLEFDTAVLREVLEKLDPMPRPAGEVGLGLFVETLNEPLADALLRLVRMLDAPQAVAVLYPSLMREICYWLLTGPNGGEICKLALATGHAQRIAAAIHLLRDNFARAIRIEELAEAACMSPSSFHQHFKALTAMTPLQYQKQLRLLEARRLMAADAANVTHAAFQVGYESASQFSREYSRMFGIPPKRDAMNMKAMPEPV >MBG4760275.1 MFS transporter [Pseudomonas aeruginosa] MSRDFLRSPLVGLLACLLALVVAMGVGRFSLTPQLPHLIREGQLDLTGAGLLAAANYLGYLVGALDALFAREARQARLRLLVGLWACFGLTLASVWAEGFWPHALLRFGLGVASAWVLIMVTALSQRRAAESGRARLGALVFAGPGIGVMVTGLLAALGNALGQDSVFIWKLFADLALVLVLMLLPLLPRPAARSAGQDAPATAGENAGLGRLTWAYGLVGLGYIIPATFLSQMAAARFHGQWQADLFWPCFGLASATGVVLISLRRQRPDGTRRWLVGALWLQALGVLACLLPGIGGLALGVVLTGLPFLAGMQLVMQYARELAPHTPQRNAGQLTTGFALGQLLGPLLAALSTHFAGGLQPALALAGLGLVFAGLLLRRPQSLSGAAGVAATARR >KAF9432903.1 hypothetical protein BGZ76_010167 [Entomortierella beljakovae] MSHSSPIANSDDLGKPADAPLSENSTLSVATQRPRRTSAKRSCFNCREKKTRCELPDLYVPSSKQPVIESKRCHRCKVLRIDCIVWDGDRKRKVRLPAQEDAAQQDKSHSKRARPTMDPQSHSPDSPEVMQTSDQGSPHPLSYSLFQQYRTVESHSPAASTISERTLEGIHDNDEMTRSRHSPQPIESSTIQPAECLHLDDGKEKMVAVMAHHKTNKSAWRILTILVDYSAQHPQFRRYLLHRISSPQPPIRPIDIMDMIDRNECLELSSCMMPYLVWHPHLPPLESLYDLNNHHISRPTSFLLATMYLIASRHRHSLSSTIMKGLSATVDRLGTQLILSSTRHIRIVQALDLLIAHEPSLVGTSATGDEDEQAYRGSGLAGEKLLSSAVGIARDLGLDRSVHAIQNHLQNQRHELQGTQNKMQDLLNVSSLWISLRIWEGHYVFFKPMNRVIRDLGELADASTCLIAIDGSGNKIENTISDPYGTNTEPKQSDKIKEAAYLRSAGRTILAYRIKTMAVIHRCLYEITDILSSPKDINRFVQSSAFNIQSQQTLTTPEVKDKIVNVILKAFDERPKISQMLHMDMIPFTALSTVYVAEEWTDLEWNALLASLSTFGICCLHAGEPDAGFTIRSFLEAMPIDSKFRECVSILGENRLELSERLVSSFAFFNRRLTPAMDNTGRSRRGDLIELTGAPIFLTCGFVLDSCRLFLEGTAFVLVTYQSIQNNFDSRLLSMIQAAQRLDELDRNNYSQEDYHQTTPTDKPPLSITQISANFIREIIETLQRWKLGSSMYRKPALSRPIYQIDTTPANEVQDGSVHDSGTPKSINNSTSSEADYDPNLTPLQRESATPFPSTPNSVAASEPVGTSDSLASGLNMHPFIANSQYGAQPQTGFAYSNDYWEADTNFRALGSLDQLLSSPFPEPQNAGDMNVFHDVTFLGNYLDSMF >WP_245407141.1 hypothetical protein [Synechococcus sp. WH 8020] MTTDLAKFNQVSLRIVIWLMGAGYLFIEAREFVATKQLSNIAIFAILFILASYQSSVSRLYISLKKFAPACRCYRASSLMFTASLMAVFDASLDFLKSSISPESLAPIALTLLFILGWSVNLTAVIFTLISMELFLPIIISGPSTQPADWDSNTVSNSGD >XP_006814105.1 PREDICTED: solute carrier family 28 member 3-like [Saccoglossus kowalevskii] MKSIERAALFRCRSSLCDSWSKSYLQLSNDLLYCKCSGELRVIVGYSTKTVVNMEMNKKSGSYNVLPQKEGNANIQIDQDVIQTCEDIRGMEEGRITEVHLNNTGDNAMEKMEIELEEMLDDGPAENCCTRGIERIQNTLHKWFTKYKRYLWLSTKVLLFAMFVAYFVVALKYDVNNAISLIVLTSCVIFCVMYALIRDHFGDKVYRVCIKPIRRFIIQHYNIVRWLSGIVVLVLLIIWIAVDTSRNPTNMLSLVGLVTIILFCFIFSKHPSKIRWRPVIWGLVIQFCLAIIILRTQWGFDAFNFLGEEVRVFLDYTDAGVTFVFGPQYYLHRFAFKVLPIMLFLGSIVALLYHVGVMQVVIGKLAWFLQFTMGSSATESMNSAGNVFLSIAEAPLMVAPYIKKMTLSELHAVATGGYATIAGSVMGAAIAFGLSPSYLITASAMSAPASLAISKLFYPETEKSPSDKKSIQISIP >WP_228201287.1 hypothetical protein [Acinetobacter baumannii] MTFLSCNEIYELMTDLGYTQTNTRKYAHEFKLKNGQYIYVKRLEDNQKRVSEPSRLMIHPKYIDHKDELRKLEKVEFNFEQKGNMNSAFAKFPKCDLSKCDGKSL >KAH8780162.1 amidase signature domain-containing protein [Diaporthaceae sp. PMI_573] MDIANLDVLSATAADLRDLLQAKQASSVQLVKAYLSQIARHDVALKAFICLAPEQDVIASASLLDKERLEGRVRSQLHGIPIVVKDCFITAADLGMTTTAGSWALVGAKSNNNSAVVQKLIDSGLIILGKTNMTEFAGMKMTMMMPGWSAYGGQTISPYVGKVEDGDTILGHSAPGGSSTGSAVAVAAGFSPLAIGAETIGSIITPASRAALYALKPTIGLQDMAGAYSLTDFFDSPGPMAKCAADVQALLEVLLCTEFLCGGVGEWKDISIGLADPRVWKMAGAMCRQHEGTAEEMELKYISCVDALKSTACRLQYPISIPDISVLTVDGEEAIMPIAFWEFKNICIPRFLGAFEECPVRNLEDIVLFNQQNQDRAMPEPYTEQNDIIKAFENVDTEEHIALLRDGLRKQARSVLEPVFQENGINIIAAPADSSLCIHAAAAGYPIATVPLGHLTYNQRPFGLCLMARDGREEDLLRFMRLYESVAPPRPIPQRMGQA >WP_196146635.1 DNA ligase D [Pseudomonas guariconensis] >MBF8724001.1 DNA ligase D [Pseudomonas guariconensis] MAKPLQEYKRKRDFNATPEPSGTRRRGQAAHALQYCIQKHDASHLHYDFRLELDGTLKSWAIPKGPSLDPKVRRLAVHVEDHPLDYADFEGNIPEGHYGAGDVIVWDRGVWEPEGDPHVGYAKGKLRFRLQGEKLSGTWNLFRTHLAGKKEQWMLVKSHDGEARSEAEYSIVEAQPDSVLSERTLVPRRAKSNAKPARRPVAARARASTEKKAELPERLQPQLATLVDSPPAGDWRYEVKFDGYRILARIDGDNVRLFTRNGHDWSEKMPHQVQALRKLKLESAWLDGEVVVAGENGMADFQALQNAFDTAHDEHIVYYLFDLPFLGGQDLRQVPLQDRRETLRQLLEGRESEHVRFSADFDQPVDSLLDSACQLELEGLIGKRADSFYVGRRSSDWVKLKCKQRQEFVIVGYTDPKGSRNGFGALLLALHDNDSGQLRYAGKVGTGFSATTLDSIHARLKPLEVPKPALAKPPTGAEARAVHWLKPQLLAEVAYAQMTRDGVVRHSVFHGLRDDKPATAIDLERAMPKTRLPTSGAKAQAAELGELRLTHPDRVIDATTGVTKRQVAEYYAEVARWILPQLKDRPVALVRAPDGLGGELFFQKNAGQLHIPKVISYSKAEAGQAAMVLNHAESLLGAVQMNMLELHTWNGTDKDFDKPDRFVLDLDPDPALPWKAMLEATQLTLTLLDELGLKVFLKTSGGKGIHLVVPLTRRAGWDEVKDFSHAIVNYLARLFPDRLSAVSGPKNRVGRIFIDYLRNGKGATTVSAYSLRAREGLPVSVPIWREELAQLKGANQWHIGNLAERLADVQDPWADLTKTRQSITARMRKQMGMG >DAH49916.1 MAG TPA: hypothetical protein [Bacteriophage sp.] MYTGGLWLGWIYAIAKEVKFNSVSKLTVTSGDMVHCCNGIRVGC >WP_237034910.1 SNF2-related protein [Pseudomonas alcaligenes] MLNPGDKVRLKANPARVGILGNETDGPTHRQRVLVTFLDGSEDFVLPSTLEKVENKPLRPYECIERGRFSGEDDLRAAITFHRLSGKLANLIYSLNTTNTQFLAYQFKPVLQFLDSPCNGILIADEVGLGKTIEAGLIWTELRARLDAKRLLIVCPAMLREKWRDELANRFGVQAEMVHAGDLLKKLQTVRERPQDGFAVIASMQGLRPPRGFNLPDRVSSAAKLARFLEDAEVDEPLLDMVVVDEAHYLRNKGTQTNLLGRLLRPVASSLVMLSATPIQLRSSDLFNLLNLIDEDAFPYEESFRYSLEANAPIVRLRDRVLAGPITRADFIEGLDEALEARFFEDNEQITYLREHAPSSKRLADPKGRAELADQLDRINPLSKVVTRTLKRDVHEGRVVRAPYAIRATMSGSESVFYEQVTEAIRGYCVTHAVSTGFMLTIPQRQMSSCMAAACRAWQKKHAALEQDELEETLYDLQGDLMEEEEPQPDDMGSLLSVLVDIAREVGDYETLRRNDSKYAELLKNLRSYWADNPGKKVVLFAFYRQTLAYLAERLREDGYVSVLVQGGMDKQEALTRFREPQGPSILLSSEVASEGVDLQFSSLVINYDLPWNPMRIEQRIGRIDRIGQEAERIMIWNFMYADTIDERVYDRLLDRLDIFTRALGSMEGILGEQIRELTQDLLTHKLTPEEESQRINQASLAIENTNRQQEELEAQAAQLIAHSDFIQNKVRAAKELGRYIRGEDLLSYARDFLTEHYPGSRLVPTDRDPLEYDLELSVQARVEFAEFVDLYRLQGRSQLLSQRAIPLFFENRQGNPSNVFERVTQDHPLIRFVTERLRQAGKSTAKFPVSAIDLAAFEVHGFEPGVYVFGVYRWTVSGTRDIERLEYVVRPFQSDCFVDGEQAEHLVNTAALCGSQWLSVVNELDTEAAAAYFDACRDQLDERFDDFQSAQGREDRDRLKMMKKALQSHLDKQVGRLIATIQSHRSSGEERRMRMIPAAEGKLKKLRNRIQERIAELELKSGGSSDKNFVTGGVIRLL >XP_010676925.2 polyadenylate-binding protein-interacting protein 12 isoform X1 [Beta vulgaris subsp. vulgaris] MAVVENGVVNGDFDVENGSVNRSSEISRSDENGINNSNNNNMNNLVMQMKDCNINNNNNNNNENNNNNNNNNHNKEMMEFEEMLFKLNPSAQEFVPPSLLTNPTHFRRAFVPNFIPSMDDPSSPFRVFPNHQNQNFNLRKKNGNYGQGKRRMNNRTGMAQREEVIRRTVYVSDIDQQVTEEQLASLFINYGQVVDCRVCGDPNSVLRFAFVEFTDSEGAQAALNLSGTMLGFYPIKVLPSKTAIAPVNPTFLPQNDDEREMCARTVYCTNIDKKVSQAEIKLFFESVCGEVHRLRMLGDHHHSTRIAFVEFVMAESAIAALNCSGVILGSSAIRVSPSKTPVRPRAPKKPMH >WP_086353716.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ37038.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ38279.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ41237.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ43973.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] >OTQ47595.1 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [Gilliamella apis] MQIILANPRGFCAGVDRAITIVERAIELFGAPVYVRHEVVHNRYVVNRLKELGAIFIEEINEVPDDSILIFSAHGVSKAVRDEAKRRQLRIFDATCPLVTKVHMEVARASYRGEEVILIGHAGHIEVDGTMGQYSNPEGGIYLVESIEDVQNLQVKNDQHLCFTTQTTLSVDDTAEIISALKNRFPNIRSPRKNDICYATTNRQQAVKQLSSQADVVLVVGSKNSSNSNRLAELARRNSKHAYLIDFASDINFEWLVNARTIGVTAGASAPDILVKQVIDHLKSLGCTSLVETEGISENITFEIPKELRIEVKSTN >WP_102576363.1 class I SAM-dependent methyltransferase [Vibrio splendidus] >PMK17842.1 SAM-dependent methyltransferase [Vibrio splendidus] MHWLDRWKVYRYHRKQTNRSNGDQAKALGWTSEESQLCRFEVIARSADFERKSVLDLGCGYGELFELLDSIYRIQSYTGVDQHADFLKKAKQNYTEDRCQFLSGDMSKMSLEVHDIVIASGSLNYISRDSDYLTNMITRMYELANQTVIFNLLNSSQYPSRNTLMSYHPQGVYRFCKTLCDDVSLIEGYAEGDFTMVMNKAMSVA >WP_080508033.1 mandelate racemase/muconate lactonizing enzyme family protein [Bryobacter aggregatus] MIRNLPASPQYPSRRNLLRGLAATGAGLLGELPAFALPEDKIKSVRYFTNSGDANGRQGQPMVNQSTNVVMIETQRGLIGIGEGGEPRTMEECASMLIGLDPFRIESHWQRMMRGYFYPAGREKLHSLGALDLALWDLKGKALDVPVWQLLGGKARDHVELYSTVFPNPGGGTLEDAARACRDAGFRTYRHATDNPRQRVVDRFKLVRKMYDDCVLLHKGAGDGGWAIDFHTELDLPDAINLATLLEPLHPYFCEDLIRSENVLAYETVRQRTKVPIAVGEQFGYKWDVSALIEKQLIDYTRVTLPNVGGITEFMKIVALAETHYIGMIPHFTGPIAEAALVHCLVATSVIALMEMLGNGTRTWPYLPKAYDFKDGKLWPNDRPGLGVQVDVSKMSRIGEYTTYRAGMLLNQRPDGSFTNW >WP_052922907.1 mannose-1-phosphate guanyltransferase, partial [Escherichia coli] GGSGSRLWPLSRVLYPKQFLCLKGDLTMLQTTICRLNGVECESPVVICNEQHRFIVAEQLRQLNKLTENIILEPAGRNTAPAIALAALAAKRHSPENDPLMLVLAADHVIADEDAFRAAVRNAMPYAEAGKLVTFGIVPDLPETGYGYIRRGEVSAGEQDTVAFEVAQFVEKPNLETAQAYVASGEYYWNSGMFLFRAGRYLEELKKYRPDILDACEKAMSAVDPDLDFIRVDEEAFLACPEESVDYAVMERTADAVVVPMDAGWSDVGSWSSLWEISAHTAEGNVCHGDVINHKTENSYVYAESGLVTTVGVKDLVVVQTKDAVLIADRNAVQDVKKVVEQIKADGRHEHRVHREVYRPWGKYDSIDAGDRYQVKRITVKPGEGLSVQMHHHRAEHWVVVAGTAKVTIDGDIKLLGENESIYIPLGVTHCLENPGKIPLDLIEVRSGSYLEEDDVVRFADRYGRV >WP_010409355.1 HigA family addiction module antitoxin [Leptospira inadai] >EQA37399.1 addiction module antidote protein HigA [Leptospira inadai serovar Lyme str. 10] >PNV71637.1 addiction module antidote protein, HigA family [Leptospira inadai serovar Lyme] MVRKKLLNVHPGEILREEFLEPMGISGYRLSKETGIPESKISDIIHGKRNITAGISIKLGKFFDLNPHFWIGLQNDFDIREEQHKLAKILKNMKSYKDFYKDRDSKKVAPSLA >XP_008674211.1 uncharacterized protein LOC103650413 [Zea mays] MASTAAGEGHRLGEIAASEGHLLLLKLWQREEDRLGRRACALEAHMDAARRDAFYLCAAFLAFHGLSLALLFAASVVAAATTSPSAACRRWWASSSLSLAASLALAAAVQLLVGAYWRAAARLCRDRGDARALARAVQELRLKGAAFDLSKEPRPLNVGLPPALPSPWPGSAQVRRPPNSMGAGTSFLLHPAPPPFSQPLDLPSPRSPLSCSPASWPPLPSCRPAPPLPWLHACRLTGRGRPPSPASQAAPLDPCPPVSASLDS >RGT06351.1 HPr family phosphocarrier protein [Collinsella sp. AF19-7AC] >RGT33563.1 HPr family phosphocarrier protein [Collinsella sp. AF19-1LB] >RGX53720.1 HPr family phosphocarrier protein [Collinsella sp. AF02-46-1] >RHE30266.1 HPr family phosphocarrier protein [Collinsella sp. AM29-10AC] MSDTAGGDMVEFTKTIKDPLGLHARPVALLYDIIAKHRSDVSVSIGDRHTDGRDVMGLMALYGECGEDIIFRVSGVDEASCVTSIRNLSL >NIM26842.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIM71976.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIN38163.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIO25587.1 porphobilinogen synthase [Gammaproteobacteria bacterium] >NIO64346.1 porphobilinogen synthase [Gammaproteobacteria bacterium] MRRMRRDDFSRRLMRESLLSPADLIYPMFVIEGSGVRQPVPSMPGIERVSVDELVRDAVRAAELGIPAVVLFPFIDAHGKSLDANEAWNPQGLVPRAVRALKEAVPELGVITDVALDPYTSHGQDGLLDESGYVTNDETVSALINQALCHAQAGADIVSPSDMMDGRIGAIRDALESEGHVNVRILAYSAKYASSFYNPFRDAVGSAASLGGGDKFSYQMDPANSDEALQEVALDLAEGADMVMVKPGLPYLDIVRRVKDRFGVPTFVYQVSGEYAMQMAAVQNGWLDERATVMEVLTGIKRAGADGILSYFALRVAGWLKGA >AMA13662.1 polyprotein, partial [Hepacivirus C] MMNWSPTTALVVAQLLRVPQAILGMIAGAHWGVLAGIAYFSMVGNWAKVLLVLLLFAGVDADTYTSGGAVARATQSFTSFFDRGPKQNIQLVNTNGSWHINRTALNCNASLDTGWLAGLLYYHKFNSSGCSERMASCKPLADFAQGWGPISYTNGSGPEQRPYCWHYPPKPCGIVP >AFP82159.1 ribulose-1,5-bisphosphate carboxylase/oxygenase large subunit, partial [Leptochilus hemionitideus] TDILAASRMTPQPGVPAEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYDIEPVAGEENQYIAYVAYPLDLFEEGSVTNLFTSIVGNVFGFKALRASRLEDLRIPPAYSKTFIGPPHGIQVERDKLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRFLFVAEALFKSVAETGEIKGHYLNATAGTCEEMMKRAVFARELGAPIVMHDYLTGGFTANTSLAYHRRDNGLLLHIHRAMHAVIDRQRNHGMHFRVLAKALRMSGGDHVHAGTVVGKLEGEREVTLGFVDLLRDDYIEKDRNRGIYFTQDWVSMPGVLPVASGGIHVWHMPALTEIFGDDSVLQFGGGTLGHPWGNAPGAVANRVALEA >MBQ2990925.1 peptidoglycan-binding protein [Clostridia bacterium] MNMNAMKRRIIAMLLLVMAAACAPASAQTERNYKYPYRETTPGEALPGLGDLPGEGDLPGEGDLPEDNPIGGENEPVQESNVFEGADVSTRNASSDDAADGAIFGSAKFSGSKRLVAKLYDANDAYMDEAILGSSGDSFSFGGLRPGRYMIRFYFYGEGSLPESGRVRVEVSADTPAAPAQQIAISGVTAGENMLTVSGSAQPGAQVMITTQPAAAATVYAMADQSGRFSAAVSCAAGVYTRVTVSYSGDPSSAVSFEGNFVVTAPAVRPEITIDAIHAASMTVAARTGAGVLVELFAGDYRQKLSADSQGLVQFSLPHTYPEGTKITFRVFYGENNEQHYDTVVTVSASSYLGRLKRGSRGEAVRILTTRLHELGYPVKPTTNFDSTVEQAVRLFQEINGLSVTGEAGQGTQGKLFSVSAIRYDERRYPTFVRGDRDHPLIYALQRRLKELGYYTIKVDGIFGSGTQRAVRDFQRVNGLTVTGKADDATQRLLHSSAALPAYGGSTGEYTTLRRSSRYQSAVVPLQRRLKALGYYSGSIDGYFGSGTYRAVRNFQQRNGLERTGVADPYTQKVLYSANAQPAGVPSPSDPGSYRLLYWGCKGSDVKRLQNALISAGYKSIVRTADGIYGQWTYDAVRAYQRDHGLSVDGIAGRDTQNSLYGTNY >KQP70604.1 hypothetical protein ASF40_12690 [Microbacterium sp. Leaf288] MELYFSDQFNVTPDVLEEYGAFNVSVVSDLPVFIDPFLLFHSDKPEYQELHESIIKYLKFLRDEADPNLDDAVIKNLYSFKEVKQNWLGFTVLGNGGSGLGTKFARELHRALGSIFSNFGDELITQSPHLEKLALIGKGVGRDNISDFTTNLIKDYLLQYTQTFAQNHLTPEDCATFAVTRAEFDYTTKAWKTKRYYLPKLGNDFVLLTPFDLLTSDDTWINHGDMIHSFPHLPDAIDDDQMRGQIDSYFRSRLSERPSPKEYAQAAQDTIWKFPELVDYYIRRQEENGDHAEALSADRRREVYDALVEQVREAIPAIEQGSSLYQLPLGSYEESLVRAKAFKDYIENNDGYLVINRRDRPFSRETDVQIFFGLIWYRTEFDVNREVNNGRGPVDFKISKGAFDKSLIEFKLASNSQLKRNLENQVAIYEKANGVRKSVKVIVCYTAEQQAKVDRILGELKLGGEESIVVIDARNDNKPSASKA >MCH1407713.1 hypothetical protein [Verrucomicrobiales bacterium] MITEARELQPDTPWSETVWAHTPEEALVDHESKARLCVATLLPFRNGEPDWDGFESSIRWMIAAGEAYDVELAFVLNADTGYIFDLDLDLYGEVIRRFRAAFPEPKIICGTTAVGAEGDTFRPNWYLPHLEAAQQFDKVEVMLMTSKLLNELPTEARRDAYFSILEHVTVPAIVHALEPSFVPWASPFSPWLLHELANHEKVAGGKISTLDEPHFLYWAAMCRDLGLPFSPHSGDDFGIATAVKLGQPLLIGAGVSACPLICAAKQMWRSTPLDTRVYKLFEAFQSLEDAVFRLDENGSAAAYKHSTAHVLKLLGIIESSEIHPNCIDRRPDDEADRMAEALRRPIRVAERLGIKNFSLA >HAR7369715.1 replicative DNA helicase [Staphylococcus aureus] MDRMYEQNQMPHNNEAEQSVLGSIIIDPELINTTQEVLLPESFYRGAHQHIFRAMMHLNEDNKEIDVVTLMDQLSTEGTLNEAGGPQYLAELSTNVPTTRNVQYYTDIVSKHALKRRLIQTADSIANDGYNDELELDAILSDAERRILELSSSRESDGFKDIRDVLGQVYETAEELDQNSGQTPGIPTGYRDLDQMTAGFNRNDLIILAARPSVGKTAFALNIAQKVATHEDMYTVGIFSLEMGADQLATRMICSSGNVDSNRLRTGTMTEEDWSRFTIAVGKLSRTKIFIDDTPGIRINDLRSKCRRLKQEHGLDMIVIDYLQLIQGSGSRASDNRQQEVSEISRTLKALARELECPVIALSQLSRGVEQRQDKRPMMSDIRESGSIEQDADIIAFLYRDDYYNRGGDEDDDDDGGFEPQTNDENGEIEIIIAKQRNGPTGTVKLHFMKQYNKFTDIDYAHADMM >HAC44255.1 bifunctional fucokinase/L-fucose-1-P-guanylyltransferase [Paraprevotella xylaniphila] MKKLLSLPPNLVECFHEVERADRKEWFCTSDPIGHKLGSGGGTAWLLQACKASETDEGETFAAWLSREKRILLHAGGQSRRLPAYAPSGKILTPVPVFRWKRGQRLDQNLLSLQLPLYEQVMERAPQSLHTLVASGDVYIRTDRPLQDIPEADVVCYGLWVDPSLAQNHGVFVSDRRSPERLAFMLQKPSVAELGALMSKHLFLMDIGIWLLSDRAVELMVKRSYRDGQLSFYDMYSEFGLALGDRPTLDDPELNSLTVAILPLEGGNFYHYGTSREMISSTLAVQNIVTDQREIMHRKAKPHPAMFVQNAEVEVPLEAANSELWIENSFVGRDWTLACRNIITGVPENRWPLKLAAGLCIDVVPVGEEAFAARPYGFNDAFKGCLSDRAVLYQGMPVTEWLAERGLKPEDIEENHDLQAARLFPLCGNVEDLGLAMRWMTTEPELEDGRKVWFSARKMSADELSAYANLHRLTCQREAFRTKNLPLLAAHYERSVFYQLNLDDVAHEYAEEDLPLPDALPEMADGLTRISDAMFRARVAGLKGEDGRKYEEQAFGLMRKMLTGTACAARQSPRLSVYADQIVWGRSPVRIDLAGGWTDTPPYSLMEGGNVVNLSIELNGQPPLQVYVKPCRERHIVMRSIDLGAMEVVRTYDELAAFNKVGSPFSIPKAALVLAGFHPDFCAEAHASLEAQLEAFGAGIEITLLSAIPAGSGLGTSSILASTVLGAVNDFCGLGWDRYEVGNRTLVLEQLLTTGGGWQDQYGGILQGVKLLQTQPGACQQPLVRWLPDHVFTAPEYRECHLLYYTGITRTAKSILAEIVKGMFLNETGRLELLGRMKAHALDMYDAIQRNSFEETGRLVRRSWMQNCRLDEGTNPTAVRAIIGKIDDLCLGYKLPGAGGGGFLYMMAKDEEAAARIRKILVQEAVNDRARFVEMSLSEKGLEVSRS >NBS93427.1 membrane protein insertase YidC [Betaproteobacteria bacterium] MDNKRLILFLVFSFGLLMLWDRYQAYQNPPVASSASREATIPATAPAAPASVQLAQAPAPSSDALSKGRRVVVKTDLYQVEIDENGGDLRQVTLLKHRSLGDGDGPLTLLDDHAKTYVVQSGLTGAGLPNHRTVFVADQAEYRLADGQQTLEVRLTADT >WP_067101053.1 carbohydrate kinase family protein [Mycobacterium sp. 852002-40037_SCH5390672] >OBB95262.1 ribokinase [Mycobacterium sp. 852002-40037_SCH5390672] MTIAVTGSIATDNLMRFPGRFSEHLLAEHLQKVSLSFLVDDLVIHRGGVAGNIAFAIGVLGGDVALVGAAGDDFGEYRDWLQSHGVNCDHVLISQTAKTARFVCTTDLDMAQIASFYPGAMSEARDIKLADVASVVGTPDLVIVGANDPEAMVVHTEECRKLGLAFAADPSQQLPRLSGAEIDKLVDGAAYLFTNDYEWELLLSKTGWSEADVQEKVELRVTTLGAKGVDIVERDGTTTHVGVVPETSQTDPTGVGDAFRAGFLTGRSAGLNLERSAQLGSLVAVLVLESTGTQEWTWDAAVAKTRLADAYGDEAAAEIAAVLA >XP_005111944.2 telomerase Cajal body protein 1 [Aplysia californica] MSETDEQPVILQSGLEEPLCPAVTSVSPIVASEGFVTTADVSCTSVTALDNRPTCSDNEARCAGPSYETISKLSELKSSPSCTTEVNEIGNVEMFSQEEAEVCVAKDCTVTAEGTKDENSAGTLFSTTQRENLTQCHDSVGSITQTSQQDSGEIERESNIIVPSETVSESTLCSRNEDVSATETMETAGGEAAAGASGSHPQPSQCPAPAEDIPAESATAVQDHMMAEYDVEPAVYADSSYCLARTCVPQFLAEARKEFEEGSGDNFLRGCKWSPDGSCIVTNSNDNRLRLYSVVHDQDTSMTPSFVLKEGSQIYDFAWLPQMSSAVPESNRLACTCSSIPVHLWNTSTGERQASYRAYDQYDEVTAAYSLGFSLDGRKLYAGYDKVIRIFDTEYPVRSCKTIKTFDSKRKEGQSGIISCFAVSPDNNGFFVAGSYSRHIGIYDTSCDRLVCLMQGQRGGITHVMFSPDGTKLYSGGRKDAEILCWDMRNTGKILFSVLRDVKTNQRMYFDLSQSGRYLTTGNHDGSVAFWDTLLPGEEVNGEVFLKPCSQFQAHEDCVNGVSLNHQHGILATASGQRHFNNFQNYDSDETDDEMDAEEVRDFSLKLWSLSASSQS >WP_108210605.1 signal peptide peptidase SppA [Pontibacter mucosus] >PTX21207.1 protease-4 [Pontibacter mucosus] MLNFLKYVLATFVGLLIFCFISLLILIGILASAGSDNEVKIANNSVLELKLDKPISERDPKDPFSELGFSSGPFSGFVSSTDGLDQIKAAIRRAKQDDKIKGIFLNMTFVDGGMGKLEEIRKDLLDFKESGKFVVSYTDLSTEKAYYLASVADKIYINPMGTMEFNGMSSELYFFKRMLDKLGIEAQIFKVGTYKSAVEMFAMEQASEANKEQVTSFLNSINSYQLEQIAKTRGMTAEELKNIQDNLLVRDPQDAKKYKLVTDVGYFDEAIKYMKDEIGLEEKDKLELVQLSKYKKVKDKNISTSKNRIALIYAEGDIVDGEGDEDNIGSRRFSDAIRDARLDENVKAIVLRISSPGGSALASDVIWREVQLAREVKPVIASMSDVAASGGYYIAMGADTIVAHPNTITGSIGVFGVVPNMEGFLGDKLGITVDHVSTGKFSDMPTVTRPMTGQEKQIMQHQIDQIYEVFTSKAAQGRNMTQDQLKEYASGRVWSGIEAKERKLVDVYGGLDEALAIAAKKAGVEGDYRLKELPARKTFFDELLGGSMGSKAKDQAIKAEMGEMYPLYKLYKKASTIVGAQARMPFEMVVE >MOP62942.1 immunoglobulin heavy chain junction region [Homo sapiens] CATRYFDWGGGPWYFDLW >WP_262073613.1 ABC transporter substrate-binding protein [Variovorax sp. N23] >MCU4118491.1 ABC transporter substrate-binding protein [Variovorax sp. N23] MSHPSRRQFVVHTLGAGAALALPAIGRAQARPVLKAGDQKGGLRALLEAAGALDGVGYDIQWSEFPAAAPLAEALNAGAVDSGPIGDAPLIFALAAGTRVKAIGANRSDAYGTAVLVRPDSALKTAADLKGKSIATNRGSIGHYVTLKAITRAGLKPEDVNLRFLAPADAKLALTQGSVDAWATWEPYTALAEVSGHARVLVSGRELLPGLSYLAATDAAIASKRPVLQDFLQRVVRAQDWSNRNVDTYSAALARIIGIPAEAAKLQFARRQQKWVPIDAQVVADQQGTADFYRQVGLIKQPLDVKGTFDTGFALTAG >KAH9744176.1 hypothetical protein KPL70_003575 [Citrus sinensis] MHQFSAHTVDHSSTTDDQTSDSNLVVSDSHTETDTESSVSTSDSEKSYADITRILMAQPDHPPQGQTSHTEPYVDIPSEVEEEMPESSATNQPPPAQAYTSSPSQKSSNGPWVTFDDLPSHKWRDRLNEMSAWIDLQMLCPGATTQLVLREFATRFTGALRDWFDSLGNYRQLQFVQLREVSSALAVIHDQFLGDPSAVFEAARRDYFNMKCCSLNAKDLDFHYKRIPRRSRKPYRFFRKKSSSSRDFKRRKSSRCFICKKKGHYAKDCPNKREKSIRLVEHLQATTDYSPENDELEFYFSEQDEPNDETVFALQNSSDDSDSDQSLAIFHQQLLSLDTSIPIPSIKLQILPSKFQRPIPAIGLIDTGAQRSMLNPHILPPEYWTEYEEHFKAVNGKLFTTSLITKKPIGSHDEHRQLLTQFYDIIQSHGIMLSAKKSTIATDNIEFLGMIIKDGHYQPRKHIAQELLHFPDQQLSKNETTEDVLWYIWCLTVLYATKLVLPITPTLEHLLNPDKATSLTWTLLEWFSPIPWWRKKLQQLSEVYNLERMPTSEAQMFTSVFIIHRPYFQHPDTKLFWTQDQVYEWFTAPHLAVIENEIQSTLHNYLCQLNYQTPPHKDIFHTSLGPQHDLIMIPTPSAISKPKSIGIIIKEEKPDYTDFLYQDSQDPWEEFLPLSQHLQQFPQPSMHEPRSSSQPS >AFX75916.1 NS3-4 protease, partial [Hepacivirus C] APITAYAQQTRGLLGCIITSLTGRDKNQVEGEVQVVSTATQSFLATCVNGVCWTVYHGAGTKTLAGPKGPITQMYTNVDQDLVGWQAPPGARSLTPCTCGSSDLYLVTRHADVIPVRRRGDXRGSLLSPRPVSYLKGSSGGPLLCPSGHAVGIFRAAVCTRGVAKAVDFVPVESMETTMRSPVXTDNSSPPAVPQTFQVAHLHAPTGSGKSTKVPAAYAAQGYKVLVLNPSVAATLGFGAYMSKAYGIDPSIRTGVRTITTXAPITYSTYGKFLADGGCSGGAYDIIICDECHSTDATTVLGIGTVLDQAETAGARLVVLATATPPGSVTVPHPNIEEVALSNTGEIPFYGKAIPIETIKGGRHLIFCHSRKKCDELAAKLSGLGMNAVAYYRGLDVSVIPTSGDVVVVATDALMTGFTGDFDSVIDCNTCVTQTVDFSLDPTFTIETTTVPQDAVSRSQRRGRTGRGRAGIYRFVTPGERPSGMFDSSXLCECYDAGCAWYELTPAETSVRLRAYLNTPGLPVCQDHLEFWESVFTGLTHIDAHFLSQTKQAGDNFPYLVAYQATVCARAQAPPPSWDQMWKCLIRLKPTLHGPTPLLYRLGAVQNEINLTHPITKYIMACMSADLEVVTSTWVLVGGVLAALAAYCLTTGSVVIVGRIILSGKPAIIPDREVLYREFDEMEECASHLPYIEQG >WP_166638495.1 hypothetical protein [Flavobacterium sp. 245] >TDO95654.1 hypothetical protein EV145_11370 [Flavobacterium sp. 245] MQNKITRMLMVFVILFSFTSCEVIGDIFKAGMGFGIFIVIFVVAIIIWIFAKMFGSK >KAI4867710.1 ACT domain-containing protein [Hypoxylon rubiginosum] MIIMNAQISFLDGTFRLIHIPLNLYPNFLQPILQVLLPQGGDDSLAHEAEGLSIDNKHGFLNISITPVEVSVVCHSNWARNVFEPVIKRLPSGLSKTVTISKDSYLILSVISAGMDAGSRVMDLTSPLALAGVPIFFITTYYSDFILVPTKDRQTVVQVLLARNFEFDKDESAYVSPSALSHVRGKSQSSDPPSTPPPSNVAELQVRTFELLKKRNVVPYISPYLSLVLCSGRDPSQLIDYGRRPTLSRHPSGNGHRRSWLDNVDTKLYTSLISVLAKQPRFLSITLAQEDPPSLLLDKEHLGVFGDSLVGDTEGDLVPIFLDLVNLPLEATGIVSGVAGKLISEMGMEETGVSSELSYLSTARAGAVILSSQQSMKALEVLKPLLSKE >WP_083180153.1 sensor histidine kinase [Paenibacillus yonginensis] >ANS74331.1 histidine kinase [Paenibacillus yonginensis] MNTERTYKHGKAEPVKVKGHPGLNRRRFSLLQKGAFANLPLRNKFFFIFLIVLILPFSMLIFYSYSSTRDTITEQTYTSLNSTLEQIDTNVENRLDYYKQLSTSLYMDAQLRNYLSSNYEQAYYYLDAFEYINRLLPSLMILNSNLQGITIYTNNKTLYTDEQFVKYMEELPDPLRQRALDAAGGTVYAHSSDYKAEDAHITLARSLSYFSLKHPYGILTMDINSSELYSLIEKENNNKSVYIIDETGGLISTGDRTVTSRKLFDVYPIKDQLADKNGEFDAVINGQKQFFTYKTLSNGWKIVITIPYNELLSNTNKATAHIIWISAIAVAAATLLIFVTSKVITKRIEILLSQIRKVERGDFRLSIKPMGHDEIGQLSFAFNKMAVQIQSLIHDVYEKELAMKESELNTLQAQINPHFLYNTLSSISSLAVKEGAMPVYQMVNYLAKYYRVSLNKGKRIILIEQEINLIRNYVAIQAIRFPYKLHMHYDLDESLFGRTTIKLILQPFIENCINHAIWDESGINIIVKLQLDDGDILLKVIDDGIGMTAEQLERALSKTDNLSGYGIKNVDDRIKLAYGDRYGVHMFSRPGIGTSVTIRIPFAPATDR >MCM2356329.1 aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Arenimonas sp.] MNTADLAQRSLRSVWHPCTQMKRHETLPPVAIARAEGPWLYGTDGRRYLDAVSSWWVNLFGHSHPAMRAALADQMATLDHVMLAGFTHAPVVELSERLSALTGLGHAFYASDGASATEIALKMSAHFWRNSGRPAKSRFVGLAGGYHGETVGALAVTDIALFREAYAPLVRLAATVPSPDRRGIGADAAAAALADWLAQHHETTAALIVEPLVQCAASMAMHDAAYLRQARALCDRYGVHLVVDEIATGFGRTGTLFAHEQAGIRPDFLCLSKGLTGGTLPLSAVLTTDAVYS >WP_270233472.1 mannose-6-phosphate isomerase, class I [Lactococcus garvieae] MSIEPLFLDSVLQEKLWGGDHLKSFGYELPSDKIGEYWAISAHPHGVSTIKNGAFAGQKLDKVFDQHRELFGNTKEEVFPLLTKILDANDWLSVQVHPNDEYGMKHEGELGKTECWYIISAEEGSEIIYGHNAKSREELAEMINSGDWDHLLRKVKVKAGDFFHVPAGTMHAIGAGIVILETQQSSDTTYRVYDFDRKDDQGNLRELHIQQSIDVLHIPGDQTPENKVQVVKEENADLTTLVQSEFFDVYKWSIHGTQDFEATADYMLVSILEGEGQLMVADKTYALSKGDHFILPTGIDQWQLSGNMEIIASNPVAH >XP_033306318.1 Fanconi anemia group I protein isoform X1 [Bombus bifarius] MSQRFEKLRERGNKSEICAFVQESSVEQLTRLIHSSICKSNGINTLDNLLQAFSNSEACQTKRRKVIESTLKNLEETNVSLGQANAIVSRIISDLPNYSKQHLVKLVDFCLTNIRNNDNELCSWKDLLPALLEALENEKYIVHADAEVSGTEYKSLIIKAICNYHWNVNLLPSLAKMFGDMVLDKTDRNEVLRMLCSSLPNLPLDQVPSFTYQTLKLCPNQDNRKLLNALSKYFELCYSKTSLSDDSNSLENIDIINLKEVQDIESTVLYHVYQAAQLNHENMKDFIRFLKHVSHAPEYVLQPFMLSVLMSVSTIYEDQIFEILRLAVVNSSLEKEKRQNSAWMRQLLPTPCNIIGIIRQVIDSSNKDRHLVLRGLTNLAFTLMNADQKSKNNATAMWRIGSEIIREIIKKRHETVPIVLQELINKIVAGGMPTTHYTDCLKYMCRELSIVVLDHQVWIITILERLLFLHPTVANQVLYAILPLARVSPNIRENLLLTLRKALYRKGALKRQTAVTGYLEMLKYTNVHSQLSFRLSQFNDSMSTSSRSTLTQVTLEYNSQRGKSVTDCDKTLYYEISDILKKTFTYEYETRLHLYEGLYGTVTKNPEITEILVDMLLSHLNLYLHTDDSALPPVKLELCTDVHGVEIVLQEPIAQLIFTLQKTYINTVVKNSRTLEKLHDILKSLCRKMAITELEHLNLEHGTDLLHGDFPKSEIKLKNLGMVIGIYEALMAFQIGEWSKGNEESSHDTNNLFKGYTRLIDFIKKQSTKTKKSDGNKSKKDRDPNNTTKKSAKSNNIKIPNTIMDLDVIRQSLPLLFSRSSTQNDVALRRDHSFCCYILQTCEQLLQHTKSFIQDTSQLQNHNYINTYIDVGRLLYKYFVQNLDDALINDEQVTILALQCFKEISCCICTLLSSELPKFLNSIFEVQSKKESKSTNINSQLQEIIFSLKSYLKKFLTEETHNDDREKVSLLLLQTIEQFTYKINFEDYNSEEMLECIKEIIQVEDIRSPIVSTIIQFFLNLEEHSQVCGDTLNEICVELCEKAGNIDNVAIELVANGSYKSIREDTILQVYNVLSGHIKQKLDSASWLLLRLKAEDTIARAPGTIDETWNNNLRDKERNLCRQLSYLAQALQTLANTLIKPGPSTDFTFKNLQYLYHLLGNLTKYFYAKSNDQNAAFQAVKFIQVVQIAGKSLKSAFYNLVTYVEENQNKLKSKSDSYAQRNKILKETKVIPRVVYEIEQFNKEILLLGKRTGIPLENYLKRSITRDFRIKNPQLIEGLEGMDVSLLNTQAPENPESETSNMNDCDSNSDDDTSQSKRLRVDD >WP_209377953.1 peptide deformylase [Roseomonas sp. SSH11] >MBP0443737.1 peptide deformylase [Roseomonas sp. SSH11] MAILKIARMGHPVLLRRADPVADPTTPEMRRLAADMAETMIDANGLGLAAPQVHVPLRVFVMRDGPRVLALFNPEILPLDEEAEAAWEGCLSIPGLRGEVERARRVAWKGLDAEGRPVSGEAEGMAARVMQHEFDHLDGLLYPMRMTDLSRIGFVEELARNQPVNGPGTTGGEKEAKR >XP_019180948.1 PREDICTED: receptor-like protein kinase HAIKU2 [Ipomoea nil] >XP_019180949.1 PREDICTED: receptor-like protein kinase HAIKU2 [Ipomoea nil] MARNTILSIFVFLFLFFVLSRSSSLETRALLEFKRQLIDPLNYLESWKDAESPCRFYGITCDRNTGLVTEISLDSKNLSGVISPSIFLLKSLDSIVLPSNSLSGALPGELANFTSLRVLNVTWNSLSGTIPDLSKLTGLEILDLSFNYFSGDFPAWTGNLSGLVGLGLGDNSYNEGKIPESLGNLKNLTWLYLAGSNLSGEIPDSIFGLEKLQTLDICRNQVSGNIPKLIGKMRSLLQIELYENNLTGELPLEIEKLTLLQQFDVSNNKLHGALPPGIGKLRFLSVFHVFKNNFSGELPPGFGDMEHLFAFSVYMNSFTGEIPENLGRFSPLNAIDLSENKFSGSFPKYLCQNGNLQQLVAVENRFSGEFPDTYGSCKGLERLRVTKNQLSGKIPDGVWALPSLNMMDFSYNNFVGGISTRIGAATTLEQLILSNNKFSGELPKELGKLTLLQRLYLDNNDFSGPLPSQLGLLNQISSLHLEKNSFTGSIPAEFGQCSRLADLNLASNHLSGSIPDSITTMASLNSLNLSSNELTGLIPRALDNLKLSLIDLSNNQLSGEVSNDFLTMHGDKAFLGNKELCVDHTIKAQFNTELSACDRKGSHHETMKKRWAVLLTVLLSLAVLLCGLLVASYWSHHKYNETDTEKRCGESKGLDRKWKLESFHQIEFDGDEICNLDEDSLIGSGGTGKVYKLELKKGCGTVAIKKLWKGNGVKLLSREMEILGSIRHRNIVKLYASLIKEGSNFLVFEYMPNGNLFQALHHEIKSGKPELDWDLRYKIALGAAKGIAYLHHDCSPPIIHRDIKSTNILLDESYEPKVSDFGVAKISEVSPRGSEFSCFAGTHGYMAPEMAYTLRVSEKSDVYSFGVVLLELVTGRHAIEDAYGEGKDIVYWVATQLENRENVIKVLDTKVAVKDVVQDDMIKVLRIATLCTTKLPNLRPSMKEVVNMLVDAEPSTFKSGRNFEKTGKVFL >CAH0023967.1 unnamed protein product [Clonostachys rhizophaga] MEPVASALGIDTHFHALPPAYIDALSVAGGDPSGYPTPEWTLEAALESMALVGTSLGILSVSSPGVSIAGTGESARELARTLNDNLAEYASSPSFKGKIGFFGALPDFQDVSGTVAEIEYLYGEQKLCNGVTVFTSYGGKLLGDPQFAPIWAALQKHKALVFLHPSVLSVEPHLIGFGLPQPIVDYPLATTRAATDLVMTGTLRANPDIDVILSHAGGAVPFVGSRAINALGIASVAQTANVTLFQAKEDFGRFYFDIALSTSSAQLDGLLDFADSDHILFGSDFPYAPQYGIEAVLVEYKKYVATNSRGAQVAPDVLRRNAVQLLNKHSQGQNYV >WP_019444443.1 acyl-CoA dehydrogenase family protein, partial [Brucella melitensis] PLSAAAAVLEEIQKSGCNGGACHAQMYTMGTLLRHGSDEQKACYLPKIASGELRLQAFGVTEPTSGTDTGALKTTARREGDEFIINGQKIWTSRAEYSDLMLLLARTSPLTDGMKKTDGLSVLIVDMAKAKNNGLTIRPIRTMMNHATTEVFFDNLRVPVSNLIGEEGKGFRYILSGMNAERILIAAECIGDAKWFTQKSVNYAKERSIFGRPIGQNQGIQFPIAKAYANMRAAELMVQSALALYEAGQNPGAEANMAKMLAADASFEAANACVQTHGGFGFAEEYDVERKFRETRLYQVAPISTNLILSYIAEHVLGMPRSY >MBL1320270.1 octaprenyl diphosphate synthase [Methylophaga sp.] MDIKSIYSLIEDDMSAVDAMIQSRLQSDVVLINQLGHYIINSGGKRLRPALAILCARACGYQGEQHHNLATIIEFIHTATLLHDDVVDNSDLRRGNETANSIWGNEASVLVGDFLYTRSFEMMVEMNSMPLMAILSHTTNVIAEGEVLQLLNCNDADTSEESYLEVIHHKTAKLFEAAGQLGAVISESSAEVEYAMSHYAMHLGSAFQLVDDLLDYSESSEVIGKNIGDDLAEGKPTLPLIYAMRQGTDQQAKVIRKAIEQGQRDKIDEIITIIKETGAISYTAQAAKNEVDLAKACLSILPDSEYKQALISLADFSIERKY >GEW47215.1 hypothetical protein [Tanacetum cinerariifolium] MAPKKRTTRSSLATTTTTTTPMTNSQLKALIAQGVSDVLAERDATRSRNCEGNHDSGTVTVGHDVAYAMTWTNLKKKMTNKYCPRGEIKKLEVEKMFPEESDKIERYAGGLPDKIYGSVMVSKPKIMQDAIEFTTKLMDKKINTLVERQAENKRKLDNNNQAQQQPPKKQGMAITYTVRPGERKEYVGILLLCNKCTFHHNGQCTVKCANCKRVGHLTQDCRIPAATNIQRNPTCYECENQRHYRSDCLELKNQNYGNQAGGTGARRMVHALGGGETNQYLNNMEDDIND >KAI4518191.1 zf-C3HC-domain-containing protein [Schizophyllum commune Loenen D] MSSFPSISSPFPIPKGTPTEDEARTASTHRATKRKLDDAFSRLDSAIGQEDERPPPPKRTNTSSSFLSTLSRYGIMSKSKSKILSRAKSTFKPSPTTSAAPHAAYRPSSVTSFLERLATFKIATYSGKPKCLEASAAAAAGWINDGKDRLVCGICNASWVVAGREGLSRDAANALVEKQRASLVDAHKEGCPWRKQQCDASIYRIPLQSPQTMVRAIKSNAVALNTPFANVHVKHPLSATQLNSLKQTIANFTLPDATEPTPQPCDAAVLASLFGWSVPATSERPTSLSRPSSFTRKTPSLSRGATPSASRAVTPAPMASISRPGTPTNAGRRFAFLPLASSSLSIALGTGQGAASSGDIVHCALCQRRVGLWAFRAAEDSSNGNANGSSHATEDPSSPPPNEELVRKPPPRQFDLLKEHRAFCPYVVQSTVVPSMHITQPAANGLTRSATNASTSAFEHGRKSSIEQHRKTGSTSSLADPNAPVEGWRAVLTIVLRYGASRRQRERIEEGVELMATRLGEGGGSRSAEGASRSAEGPSGAREGETRPDEDAMSEDSAGVESMVEDVKKRGGRELLKYVKGLIG >WP_162206844.1 MULTISPECIES: fimbrial protein [Shewanella] >NDO74944.1 type 1 fimbrial protein [Shewanella sp. SE1] MKCIKNFFWIFLLLVIGGYSSVAEAIQCSRTSSLVNAQMPLAVNNLTVGPDTPNGTVIFRQDFRVGQRLSVHCTPSSSPYQIYRSYNYTRMPLPSSQWYGGPYPRATIYQTGVPGIGVMILAENRPLPIDIKANEVTPANQFTNYNLNLGMVLFFIKIGNVQPGTIRGFNLPSSNIRFKAPGANVLLARLAITGSINIVSQTCRVSNVTVPMGQHKIGDKLTGKGKTTEWVDASIRLTNCPRFYGTLKDGKNTNYNYTTGVVNTGNYTQNALGVSISPNTSTVDNSAGIMSIKSGTNSAQGVAIQLAEFSNRRFNNYIKFGTPWIYTLSNENSTTFTIPLRARYIQTESEVTPGRADATATFTLTYK >WP_113544184.1 transcription-repair coupling factor [Rhizobium leguminosarum] >MBY5903082.1 transcription-repair coupling factor [Rhizobium leguminosarum] >MBY5910125.1 transcription-repair coupling factor [Rhizobium leguminosarum] MIPGFDAKKLAAIAEPLTIGNVPAGLETLLLAELARTGEPVAYVMSDGHRMADLEQMLGFVAPDIPVLTLPAWDCLPYDRVSPSADTSARRLAALGGLIAHRKKPHAAIVLVTANAMLQKVAPQDVIESLTFSARPGNQLRMDDLAGRLERNGFERVATVREVGEYAVRGGILDVFVPGSEEPVRLDFFGDTLESIRSFDPASQRTTGQVRSLDLNPMSEVTLTPDTISRFRKNYLSAFGATTRDDALYLAVSEGRRYPGMEHWLPLFYEKLDTVFDYLSGFRIVIDHTVREAAEERSKLVFDYYDARLNSGQPTKGQMTQGTPYKPVTPGQLYLDSKLFVKTLDALGAIRISPFNEHEGEARRVVNVDARQGQRWARSNAEGGSDAERINIFDVVVKHIADRRAAGAKVLVTAWTEGSLERLLQVLNEHGLEKVKPIEALKDVGSLAKGEAAAAVLSLEAGFEAGDLVVIGEQDILGDRMVRRSKRRKRAADFISEVAGLDEGSIVVHAEHGIGRFIGLRTIEAAGAPHACLELQYADEAKLFLPVENIDLLSRYGGEGTEAQLDKLGGGAWQMRKAKLKKRLLDMADALIRIAAERLTRHAPMLTTPEGLYDEFAARFPYDETEDQDNAIEAVRSDLGAGRPMDRLVCGDVGFGKTEVALRAAFVAAMNGAQVAVVVPTTLLSRQHFKTFSERFRGLPVRIQQASRLVGAKELALTKKEVAEGKTDIVVGTHALLGAGIKFANLGLLVIDEEQHFGVKHKERLKELKSDVHVLTLSATPIPRTLQLAMTGVRELSLITTPPVDRMAVRTFISPFDSLVIRETLMREHYRGGQSFYVCPRLADLEDVHAFLQSDVPELKVAIAHGQMPAGELEDIMNAFYEGRYDVLLSTTIVESGLDVPTANTLIVHRADMFGLAQLYQLRGRVGRSKVRAFALFTLPVNKVLTATAERRLKVLQSLDTLGAGFQLASHDLDIRGAGNLLGEEQSGHIKEVGFELYQQMLEEAVAEVKGVDEIHDTGWSPQISVGTTVMIPEGYVPDLHLRMALYRRLGEITELKEIDGFGAEMIDRFGPMPIEVQHLLKIVYIKSLCRTANVEKLDAGPKGVVVQFRNKEFPNPANLVGYIGKQGTMAKIRPDHSLFLTRDLPTPEKRLQGAAVIMTQLAELAK >WP_014985199.1 catalase [Nocardia brasiliensis] >AFU02344.1 catalase [Nocardia brasiliensis ATCC 700358] MPGSTRRSKPKPQPVAPGAPASAAPTVAEPTQPREPLPPKPDQAAPRPSTPTGAAVDEPVRAAGQQGAFLTTAQGARLTDTDHSLKAGPRGPVLLQDHHLREKITHFDHERIPERVVHARGAAAHGVFTANGAAAKICCASVFEKDKQTTVFVRFSTVLGSRGSADTVRDTRGFATKFYTDEGVFDLVGNNIPVFFIQDGIKFPDIIHAGKPHPDREIPQAQSAHDTFWDFVTLHTEATAHTLWNMSDRGIPRSYRMMEGFGVHTFRLINARGKTVLVKFHWKPALGVHSLLWEEAQIAAGVDPDMHRRDLADAIESGAYPRWDLGVQVFPDTEEQTFEGIDLLDPTKLVPEELAPVQIIGTMTLDANPTNYFAQTEQVAFHPGHLVRGIDHTDDPLLQGRLFSYLDTQISRLGGPNFAQLPINRPHVGTNDLFRDGMHQTAIHSGVAPYRPNSLDGGCPFLAGNKDAALIEYPEAVAGKKVREASRSFDDHFSSARLFYASLTPIEQAHVAKAYTFELGKCYEKAIKQRAVTVLRQIDEQLAATVAQGLGLPLDGKPSKKVKVTVSPALSQLGGKWPTDGRIIGVFADDTTDPAKLARTVAAIADQSMTPLVIAAHGGELGKGARQVPISRTLDTARSIEFDALLIAGTAADPRLPLLLQEAHRHLKAIAYTSAGADAIRSAGIAEDSAGVTAADTIGSAFDALTALLPEHRVWARADEFPQ >XP_030725309.1 stimulator of interferon genes protein isoform X2 [Globicephala melas] MPHSSLHPSIPRPRGHRAQKAALVLLGACLVALWGLGELPDYTLQCLVLHLASQQMGLLIKGVCNLVEELSHVHSRYQGSYWKAVRACLGCPMRRGALLLLSCYFYFSLPNVAGLPFTWMLALLGLSQALNILLGLQGLAQAEISAICEKRNFNVAHGLAWSYYIGYLRLILPGLQARIQIYNQFHNNVLRGAGSQRLHILFPLDCGVPDDLSMADPNIRFLHKLPQQSADRAGIKGRVYTNSIYEILENGQPAGICILEYATPLQTLFAMSQDGRAGFSREDRLEQAKLFCRTLEDILAAVPESQDNCHLIVYQGMLEEADSPRPGAKRPGLQPQPCHSLAL >WP_192880951.1 anti-phage deoxyguanosine triphosphatase [Haemophilus influenzae] MKPLIIDSSWTERFLPDPPREKDNRPPFRRDRGRILHSAAFRCLQAKTQIHAIGENDFYRTRLTHSLEVAQIGSSLVAQLKFLETFESLSQTLNIDKNELQKQLKPLLPSNDLIESLCFAHDIGHPPFGHGGETALNYMMAEQGGFEGNAQTFRILTKLEPYTENAGMNLTRRTLLGVVKYPALLDVASPQYAELNFSRNIDPRFVRIHDWIPGKGIFRDDLKMFNWLLENLSENDRTLFCQFKKVRKNPSESLHTRFKSLDCSIMELADDIAYGVHDLEDAIVTGVVNPHQWQAAHSALKQIPSAWLQENIDSISQRLFSDKHFERKQAIGALVNFFITNVRWKLTANFDEPLLRYNAELSPEVIAALGVFKKFVWDYVIRNVDTQRIEYKGQRMLTEMFQIFESDPERLLPRNTANRWRNAPEERKKRIICDYIAGMSDAHALRVYQQL >MBT8607749.1 proline--tRNA ligase [Polynucleobacter paneuropaeus] MKASQSFLATLKEAPSDAEVVSHKLMVRAGLIRKLSAGIYNYLPLGLKVIRKVENIIREEMNRAGAIELLMPMIQPAELWQETGRWEKMGPELLRIKDRHERDFLIQPTSEEVITDLARNEIKSYKQLPINFYQIQTKFRDERRPRFGIMRGREFSMKDAYSFDRDVEGLKKSYQIMFDAYTKIFRRMGLKFRAVTADNGAIGGSGSQEFHVIADTGEDAIVYCPSSDYAANLEAAVSLPLLGSRAAAQQSMQKVVTPTQTNCVEVANFLNIPIETTVKSLLFAVDQEKEPAKLFMLLLRGDHDLNEVKASKVPGMAESRFATEAEIKQACNAPAGYLGPVGIAPDVKVVADHTVANMSDFVCGANLAGHHLTGVNWGRDLPEPLVMDLRNAVIGDPSPDGKGVVDICRGIEVGHVFQLGTRYSEAMGCTYLDQQGKSQPMVMGCYGIGVTRLLGAAIEQGHDERGIIWPISMAPFEVVICPMNYDKSEQVKAAADQLHEQLIAAGIDVILDDRGERPGAMFADWELIGAPFRVVIGERGLVDAQVEFKGRTDAESQNISITEIKDKVIAAVNSAKQLVS >NGL48818.1 hypothetical protein [Staphylococcus aureus] MIIIIINIAYLYVIIWKLKRLQKIVTSFITKHESSSIGLVENYF >WP_162929259.1 hypothetical protein [Streptomyces sp. YIM 130001] >RII15623.1 hypothetical protein DSC45_17480 [Streptomyces sp. YIM 130001] MPVIQVCAVSGGPERDAARLAALCRATAGELGLPDSGVIAVLTPVTATASGESALPSWPLAVVHGSPRPAAAMDAALRQAGRVLAEEWDVPAGDVWVEWSAGRIGHQP >NLV68328.1 ribosome recycling factor [Spirochaetota bacterium] MLNDILSDVEERMQKSIKALQKDFSTIRTGRANPAMFEGLKVSVYGSEMPLNQVATISIPEPRLVVIQPWDRSNLGEVEKAILRSDLSITPSNDGNLIRLQIPELTEERRKEYVKLAKGKSEECKVAIRNIRRDGNEMVKSLEKDKEVTEDESKGTQDKIQKLTDKYIDETQKLTDNKEKEILSL >WP_075013026.1 ArgE/DapE family deacylase [Geodermatophilus obscurus] >SFO13918.1 acetylornithine deacetylase [Geodermatophilus obscurus] MADLTPTEAAVLDAVDEAAAVALLCRLVAVPSVGGTAAESEIQALVAAELDGLGCDVDRWAIDLAAAAAAPDAPGQEVARDEAWGVVGTLPGTDDGDPALVLCGHTDVVPTGDRALWAGDPFTPRLSGGAVHGRGTCDMKGGLVSALAALAAVRAAGVRLRRPVAVHAVVGEEDGGLGAWATLARGHRGDACVIPEPTDGAVVTAAAGALTFRLEVTGAAAHAAMRDRGVSAVELFAHVHADLRAFEAERQRDADPRFAGERYPFGISIGTVHAGDWASSVPDRLVAEGRYGVRLGEPVAAARARFEARVAAACAGHPWLARHPVTVTWTGGAFASGSLPPGDALLGQVRGAVVDAGGAPPPERAVPAGTDLRLYAGAGIPTLHLGPGDLHLAHGPAERVPVAEVTAVARALALLTLRRCGVA >USK34290.1 gas vesicle protein GvpU [Bacillus sp. F19] MSTAAASSKDSVLEFFVQASNKHDFALDITLNVNGAVISGTMVSAKEYFDALSETFEDGSEVAQKLSEQLSCASESVESNGDAEAHFIHLKNTKVYIGDSKSTPSKGQILWRGKLSEINGFFLGKISDARPASKKSE >NLE01480.1 TolC family protein [Fibrobacter sp.] MASFLFSVTLLMFAVSAQTNDTIKKYSLQDILSIANKQGSRIRIIQTRADADLQQVEIYKAEAYPNIDFSTSVGYANQSLLGRPFESSTFIDRIDGFLFSWSFSLQQPIFKFGQIFNSFKLASLSKKIAQNSSDLQRDNYFLEVINQFVQAYTGQFDYIIATQSLNRSERIYQRTLLDYETGRVSNRELLRTQASLEGDRALLLSSSGNRTLSIKKLNVLIGLDDTADYLLVLDTSGSFLQIPSQIDKENLQIVLKRLEADFNTYLRKNAWSSFFPSLNLFGSIFNEFMAVDTSGLTEMFILEPQEGEAIPEIPVSTDFFNPDLINYSIGIELSWNIFDGKRSFARYRQAKQQEKATFLELEQLERENRNEIQEIKNQISVADNSIEAYRLQFEASQKALRQADIDFQDGFIDAISYLEIEQEYRNAALNLDNQRLRRLLLQAQLRVALGLRIFGD >WP_189931865.1 DNA-directed RNA polymerase subunit beta [Streptomyces sulfonofaciens] >GHH78450.1 DNA-directed RNA polymerase subunit beta [Streptomyces sulfonofaciens] MAASRTASTANTNNGASTAPLRISFAKIKEPLEVPNLLALQTESFDWLLGNEAWKARVEAALDSGQDVPTKSGLEEIFEEISPIEDFSGSMSLTFRDHRFEPPKNSIDECKERDFTYAAPLFVTAEFTNNETGEIKSQTVFMGDFPLMTNKGTFVINGTERVVVSQLVRSPGVYFDSSIDKTSDKDIFSAKIIPSRGAWLEMEIDKRDMVGVRIDRKRKQSVTVLLKALGWTTDQILEEFGDYESMRATLEKDHTQGQDDALLDIYRKLRPGEPPTREAAQTLLENLYFNPKRYDLAKVGRYKVNKKLGADAPLDAGILTVEDIIATIKYLVKLHAGETETAGDSGNTIVVETDDIDHFGNRRLRNVGELIQNQVRTGLARMERVVRERMTTQDVEAITPQTLINIRPVVASIKEFFGTSQLSQFMDQNNPLSGLTHKRRLSALGPGGLSRERAGFEVRDVHPSHYGRMCPIETPEGPNIGLIGSLATYGRVNAFGFVETPYRKVVAGQVTDQVDYLTADEEDRFVIAQANAPLTDDLHFAEARVLIRRRGGEVDYVPGDDVDYMDVSPRQMVSVATAMIPFLEHDDANRALMGANMMRQAVPLIKAEAPLVGTGMEYRCATDAGDVVKAEKDGVIQEVSADYITVGNDDGTYTTYRLAKFSRSNQGTSVNQKVVVSEGDRVITGQVLADGPATERGEMALGKNLLVAFMPWEGHNYEDAIILSQRLVQDDVLSSIHIEEHEVDARDTKLGPEEITRDIPNVSEEVLADLDERGIIRIGAEVIAGDILVGKVTPKGETELTPEERLLRAIFGEKAREVRDTSLKVPHGETGKVIGVRVFDREEGDELPPGVNQLVRVYVAQKRKITDGDKLAGRHGNKGVISKILPIEDMPFLEDGTPVDIILNPLGVPSRMNPGQVLEIHLGWLASQGWDVSGLGDEWARRLQAIGADRVDTRTNVATPVFDGAREDELAGLLENTLPNRDGDRMVLPSGKARLFDGRSGEPFPDPISVGYMYILKLHHLVDDKLHARSTGPYSMITQQPLGGKAQFGGQRFGEMEVWALEAYGAAYALQELLTIKSDDVTGRVKVYEAIVKGENIPEPGIPESFKVLIKEMQSLCLNVEVLSSDGMSIEMRDTDEDVFRAAEELGIDLSRREPSSVEEV >MCK5466482.1 mechanosensitive ion channel family protein [Candidatus Parcubacteria bacterium] IMKILNMPIFYSVVLLGAYQSFDYIGVLANYSDSFSKIIKSFVLIIWIYATSKLVNVIISELGFKFAEKTKSTLDDELMPLFQKLSNIVIFFAGIMFLLKMWNIDITPLLASAGIMGFVIAFAAQDTLSHLFGGISIYFDKPFRVGDRVQLESGEIGDVLEIGIRSTRIKTFDETVIVIPNSTIASSKIINYNQPASKIKEKIKIGVAYGSDINKVKKILLDIAENTEDVEKDPAPSVYFTEFLDYALEFVIVTWVDSPREKFMVKTKINEEIYKRFNEEGIQIPYPTQDIYMRNSK >WP_166047848.1 general secretion pathway protein GspB [Thioalkalivibrio sp. XN279] >NHA13830.1 general secretion pathway protein GspB [Thioalkalivibrio sp. XN279] MSLILEALRKSEHERQREAGPALAMVPESRPDRRSPKWLPVLVVLLALNIVVLAAVLLRNSSPEPAAVTTTAPPAAAPAQPARATTAGQARETTVATPLPLPDKPTRHEVRSLTTELPPGSSSTSSRASAAPATAASSPAARTTSAAPADSTATATEDARLPRFADLVVRGELNVPHMHLDIHVYSGDPAERFVFINMRRYNEGNATQEGPKVERITRTGVVMNYQGQQFLLTRD >KAI2467201.1 putative GTP-binding protein [Annulohypoxylon bovei var. microspora] MPPKKQVVEEKILLGRPGNNLKSGIVGLANVGKSTLFQAITKCSLGNPANFPYATIDPEESRVIVPDERYDWLCSKYNPKSRVPAHLTIYDIAGLTRGASTGAGLGNAFLSHIRAVDAIFQVVRCFDDAEIIHVEGDVNPVRDLDIIAEELRLKDIEFTEKALENSKKKTRLGGQSLELKRAKEDEATIEKVLAWVKDGKDVRKGTWTPKEVEVINTLFLLSAKPVVYLVNLSEKDYTRKKNKHLAKIAEWMKEHAAGDPILPISISFEERLTRLDSDAEVAEECKNVGIESALPKIITTMRKALNLASFFTTGTDEVRQWTIRVGTKAPQAAGVIHTDFEKTFIQAVVYNFKMLKELGDEAEVKAKGKVMTKGKEYVVEDGDILLIKAGAAKG >WP_272952826.1 LysM peptidoglycan-binding domain-containing protein [Kingella kingae] MNTNKKTACLLLSLVAAAILSACSSAQQAPAPVVSGTNTGGYGYDNGTVTTPYGTVNTPYGTTGSPTDTANNPYNTAPYTTAATTTPSATPYTPVATTTPTAAPYTPATGTAYTPTASTGSTFIPNYSPVDKNASTHRVQAGDTVYNISKRYGISQEQLMQWNNLSGTTLSIGQTLRVKPVGSSSRTNAAPVTAAKTGTGSQHKVVAGDTVYNISKRYGISQEQLRQWNNLNGNNIQLGQVLRVSQSGRATSTATTAAAAPYVPAKQPAPAAVTTTNTAAATTTATTPAVVATPTPVVASVRTQTKDGIVWQSPIAKR >AGB20654.1 hypothetical protein Mycsm_00195 [Mycobacterium sp. JS623] MRLPLALGIGLVILSLPVVAPAWADTATPLAGQPAQWIIVGVPDAHATSGTLTAFQRVGQQWKVALGPVPAKVGELGVGAPGDGVHRTPVGTFRFDQAFGRRPNPGTKMPYFQATQQDWWDEDARSPSYNTHVRRSGSPSSIAENLYDSGPVYDYAVNIAVNPQRVPGRVSGIFLHVTDGSPTWGCVAIGRDEMRSVLNWLDPAASPEITIGVGTPSL >MBQ6868443.1 S-methyl-5-thioribose-1-phosphate isomerase [Clostridia bacterium] MILEPNMLIDELSVLRILDQTLLPNEEVFIDLKTTEEIWEAIRKLRVRGAPAIGIAAGFGAYLAAKNIEADNFDNFHRLWKEKLDYLATSRPTAVNLFYALERMEKCALDNKDKTIPEIKALLRTESENIRLEDIEQNKKISQFGLSLIKDGDTVLTHCNAGPIATSHYGTALGPILLAKELGMDIKVYADETR >NER20127.1 metal-dependent phosphohydrolase [Symploca sp. SIO1C2] >NER47052.1 metal-dependent phosphohydrolase [Symploca sp. SIO1A3] >NER92497.1 metal-dependent phosphohydrolase [Symploca sp. SIO1B1] MFNATEILIDSFVQKLRGGYSRTYGGLNKNYEEIIAWAGNMAMENIANSDALYHNVEHSILVALVGQEILRCKQIREGKVTPDDWLHFIISLVCHEIGYVKGVCREDQEPERLYATGKGDEMVHLPPGATDAALTPYHVDRAKLFIDERFGGHKIIDAEYIKRNIELTRFPVPHEGDHKDTVNYPGLIRASNLIGQMCDPRYLKKIGALYHEFEETGVNKILGYRHPGELRRNYPKFYWDGVYPYIKDALRYLSLTQQGQQIEANLYSNVFVVEHEASEGESKELAQQLSS >WP_269061021.1 NAD(P)H-dependent oxidoreductase [Agromyces mediolanus] MGPPSTPRSRGSSPASTASSSAPSTAISRCSSPTSSGRAPEVRRTLVIIGHPFAGSFTHALATRYIEGARDGGADVRVIDLARDEFELVAAERAELRAPGGTTTHLDARIRSFIDDVEWAEHVVLAFPQWWGTYPAVLKAFIDRVVLSGRAYRHGRGHVSTRLLGGRTARLMMTMDAPRVWNRLVYRNAAETSLSRATLAYVGIRAIGVTRFTPVRFSSPERRARWLAAATRLGRRDAAARFRDRAHGSRAAAERAAHQGGVHA >MCE2789155.1 AAA family ATPase [Saprospiraceae bacterium] MKILCLRCKNIHSLKGEHIIHFDQPPLSEAGLFAITGPTGSGKSTLLDVITLSLFNKIPRFTETGKETVTKNEIERAGSVMTHHTDHSYAEIDYEADGKRYRSTWTISKTKNGTLRDYEMTLATLPEKEFFDLKKSQVPTKNEEILHLTYEQFIRSILLSQGQFAKLLRSDEKERARLLENITGTSIYRRLGKVIYQKARSEEKEHELLQKELDLMPRLTEEEVAFFQSQTSELEDQLSRLSAEADGVLQNIERHKQYLGIKAALEKDSSELQILEQNLRDLEHVVVKLQQHEQLQPLHGTFALWENAGKQCHVLETEIDRTLQKKSLAEEKLGSALEQVEMLTGSKSTLQNFTDLLSEFVEKVRAVDNQLEQVKSKGTEARERINAFLSAQSEPEMRSLQNLPSLEDAHAKVKDMLLVMILQEQYTELSDKEIASRIGIYQEKLPSLAREREACRQRDEWMKSLEKLEEEVELLQKQASTLEEQQQKVVSEAQKVRIEYVETKTQKEKLFHAKDLDSYRELLSEGNPCPLCGATHHPFEDHAFQSEYGKLSLRHDQLEKLLSETEKSQQYLEKEIATRQAVLKTHLVRTSEIQSQIEAFSRDWPQIVGSEEADQKWTEANEELALLQSEVHQRTLNSLFSQFLELEKEVTKLREQYIEIGKARKDLCQTSDVVSFAGSIQKIIQTAKVEVHTAEIELEQKQLQRNNAKQLWLTSQKQLMTQLQALGYHTPEEAAAHMMESGEYLSYKENLETLLQKKTEALTRKSTHQKQLEEIQNMLLQNDTAPEEWQKLSDQLQQQLRELAQQLVAGKSKLEDNQKQQLIFQSKKAVLNERIKRANALIHLDRLLGDAEGNKFSKFAQNLSLQQLISLANKRLAKLTDRYTLVPTDIELDMRISDLYQGGIKRSVKTLSGGETFLVSLALALSLSDMASHNVRLDSLFIDEGFGTLDNETLDVAIASLEKLQSETNRTIGIISHVESLKERMSTQIKVQKNSHGYSHLVIE >MBR6875525.1 TIGR04133 family radical SAM/SPASM protein [Bacteroidales bacterium] MKWWLWRLFRKNETKVHELNYLFWECTTRCNLACRHCGSDCTLPGSRRDMPLDDFLKALDTIPRKEVPREFTVVLTGGEPLLRPDLEEIGKSIRRRGMGWSLVSNGFFYDRKMHARLMRAGLGALTISLDGLEQEHDWMRGRTGSFARTVEAIRIAAAEPRINFDVVTCVNKRNLSQLENIHALLEELGVRHWRLFTVIPIGRAAGDPDMHLSGEQLRSMMDFIAAKRKKKDAPLRVSFSCEGYLGPYETRVRQTPHFCRAGINIASVLIDGRINACPNIDRDRFSQGSIYTDSLYDVWQHRFLPFRDRSWASTGPCKDCKVFDRCLGNGMHNWHGDSDAPLSCHYTKILTTPFSTPPPDSSGRP >HAO16792.1 MBL fold metallo-hydrolase [Alteromonas macleodii] MHLAVGHTDGDSVVWFEQPNVMHTGDLFFNGRFPYIDQGAGGNVEGYMDSVKQLLAKIDDETVIIPGHGDISNKQEYSAFLAMISETFNYVKALKQDGKTLDEVKAMGLDDKWADWSWNFINEEKWITTLYTDA >XP_039325768.1 polypeptide N-acetylgalactosaminyltransferase 13 isoform X2 [Saimiri boliviensis boliviensis] MRRFVYCKVVLATSLMWVLVDVFLLLYFSECNKCDEKKERSLLPALRAVISRNQEGPGEMGKAVLIPKDDQEKMKELFKINQFNLMASDLIALNRSLPDVRLEGCKTKVYPDELPNTSVVIVFHNEAWSTLLRTVYSVINRSPHYLLSEVILVDDASEREFLKLTLENYVKNLEVPVKIIRMEERSGLIRARLRGAAASKGQVITFLDAHCECTLGWLEPLLARIKEDRKTVVCPIIDVISDDTFEYMAGSDMTYGGFNWKLNFRWYPVPQREMDRRKGDRTLPVRTPTMAGGLFSIDRNYFEEIGTYDAGMDIWGGENLEMSFRIWQCGGSLEIVTCSHVGHVFRKATPYTFPGGTGHVINKNNRRLAEVWMDEFKDFFYIISPGVVKVDYGDVSVRKTLRENLQCKPFSWYLENIYPDSQIPRRYYSLGEIRNVETNQCLDNMGRKENEKVGIFNCHGMGGNQVFSYTADKEIRTDDLCLDVSRLNGPVIMLKCHHMRGNQLWEYDAESCLSVNKVADGSQHPTVETCNDSTLQKWLLRNYTRMEIFRNIFGNSTDYIL >WP_180230190.1 M42 family metallopeptidase [Bacillus sp. AFS073361] MKLIADLVTIPSPSGNTNEVITYVEKFLAELQIQTYRNRKGGLIATIAGKDSSKHRMLTAHVDTLGAMVKEVKSNGRLKIDLIGGFKYNSIEGEYCQIETNSGKRITGTILMHQTSVHVYKDAGKAERNQDNIEIRIDEKVHNAEEVRALGIEVGDFVSFDPRVEITPSGYIKSRHLDDKASVGILLQLIKQIKSENIPLPHTTHFLISNNEEIGYGGNSNITPETVEYLAVDMGAMGDGQSTDEYTVSICVKDASGPYHFELRKNLVRLAEENNIDYKLDIYPFYGSDASAAIRSGHDIVHGLIGPGIDSSHAFERTHETSIENTAKLLYHYVQADLIQ >WP_230796143.1 LysR substrate-binding domain-containing protein [Salipiger manganoxidans] >MCD1618572.1 LysR family transcriptional regulator [Salipiger manganoxidans] MKLRHLEAFLAVAQHGTISAAARARHVSQPALSKTIAELELLLGTALFDRSGRRVVLTPAGSGFRAHALAALSRLETGVRALSGQPPAGLVKVGVLPTVAGGFFPAVALDFARQRPEARIGVVTGPNRYLIGQLRAGKIDLMVGRMPQPEDMPGLSFDYLYDEPILLVGRAGHPAAADPAPRALARHPVILPNPGAIIRQTVDRYLAAQGLAGLVPAFETVALPVALGLLERSDLLWFISRGVVERELQRGTLVALDLRSDYMAGAVGLTRQFTFDADSPADLLARLLHERARDLTAPAESGHTA >WP_059639348.1 MULTISPECIES: polyphosphate kinase 2 [Burkholderia] >KVE07020.1 polyphosphate kinase [Burkholderia anthina] >MCA8240322.1 polyphosphate kinase 2 [Burkholderia sp. AU32262] >PHP86996.1 polyphosphate kinase 2 [Burkholderia sp. AU18528] MGDKDTRETEDNRADTNSMEARRRRFEEDLVDAYDEELEMELDDRRFDNGEDLLFSPERREARKEYFRELFRLQGELVKLQDWVVETGHRLVVIFEGRDAAGKGGAIKRITQRLNPRVCRVAALPAPNNRERTQWYFQRYVAHLPAGGEIVLFDRSWYNRAGVERVMNFCTDDEYEEFFRSVPEFEKMLVRSGIQIVKYWFSITDREQEMRFQSRIEDPLKQWKLSPMDLESRRRWEAYTAAKEEMLQRTHIPEAPWWVVQAVDKKRARLNCIHHLLGQVPYHEVPRPTIDLPQREHHEDYIRRPVPDHMIVPDVY >WP_225579579.1 signal recognition particle protein [Nocardioides donggukensis] MTRGSDVFATLSDRLADTFKSLKGKGRLSDADIDATAREIRIALLEADVALPVVKEFVGAVKERARGEEVSGALNPAQQVIKIVNEELVSILGGETRRLRYAKSGPTVILLAGLQGAGKTTLAAKLALWLKDQDKSPMLVACDLQRPNAVNQLQVNGERVGVPVFAPEPGNGVGDPVGVARASIEEARRRLHDVVIVDTAGRLGVDAELMRQASDIRDAVQPDEVLFVVDAMIGQDAVSTALAFQEGVGYDGVVLTKLDGDARGGAALSVASVTGKPVMFASAGEKMTDFDLFHPDRMASRILDMGDMLTLIEQAEKSFDQDQALKAAEKLAGTGDFTLDDFLGQMQQIRKLGSLSKIMGMLPGMGQFRDQLDNFDEREIDRIQAIIQSMTPGERDNPKLIDGSRRLRISRGSGTQVSDVNTLVDRFFEAKKMMQQMAKGGGMPGMPGMPGMPGAGAGGGKRKPGKSQKAKSKRVSGNPAKAAQQRKAAQEAKASGGSGNPFGATEEVDYEQAAANLELPQDFSKFLK >GBN39940.1 putative RNA-directed DNA polymerase from transposon X-element [Araneus ventricosus] MWENVRRACGIYPEKRISCLRKNGQEVRNISEMVDVLAEAFASICSASNYTEPFLTHKNRMERIKLRFQTTKHLSYNSDLTIFELHTALSVIKHTSPGPDEVTYSMLQHLSEHSLLNILYMFNRIWKEHVFPDCWKHAFIIPIPKPGKDPQDPLNYRPIALTSCMCKLFERIVNVRLVHILEKNEYISPFQRGFRKSRSTIDNLISLETDIRVAFLKRNHLVSIFFDIYKAYDRTWRYGIMKNLYDLGFRRNLPIFVQNFLKQRFFRVRVGNTFSNIFCQEEGVPQGCVLSVTLFVLAINPILSVIPQTVQKNLYVDDLHISCYARNMQLIERQLQTAINNIVEWSNKSGFTISAQKTIGIHFCKRPLHPDPELFLSGVPIRFQDNYKFLGQVFDKRLTFLPHIASLRKRCLRSLNILTLC >MXQ53321.1 DNA polymerase IV [Shimazuella alba] MRKILHMDLDAFFASVEQLDNPELRGKPVIVGGRENRGVVSTCSYEARAFGIHSAMPGAVARRKCPHGIFVPVRYERYKEKSAEVREIYTNYSDQYETLGLDEAYLDVSHFADAVPIAKELKQRVKQETGLTCSIGLSYNKSLAKIASDLRKPDALVIIRPEEALSILENLPIGALHGIGKKSKEKLAQKEIYTVKDFWNLSRDEVIQMFGKFGYDLYDRARGEDKREIVMDRTVRSISRETTFPIDIYDRNDVASLAKELLEEGIQAVEKKNLKPRTLSLKIRYTDFTTHSKQRTAYDEVDWFVLLDDLIDSFDYTSGIRLISVRFSNFMEETDGSHYQQLSLSWEDENR >WP_100449703.1 MULTISPECIES: DUF4105 domain-containing protein [Stenotrophomonas] >KUO99848.1 hypothetical protein AR276_07000 [Stenotrophomonas maltophilia] >MCU1059567.1 DUF4105 domain-containing protein [Stenotrophomonas maltophilia] >PJL78386.1 hypothetical protein B9Y88_06390 [Stenotrophomonas maltophilia] >PZT38519.1 hypothetical protein A7X94_07100 [Stenotrophomonas maltophilia] MKRGALLALRLRLWLALCVLATALPLAAFAQPAAPAPAAPAASAEAPAPRIGVVTMQPGTVFFERFGHDAIVVIDPLSGEATSYNFGYFDPSEDDFISRFVRGDMMYYLVALPLQQDLSYYDETGRGASVQWLDLRPDQARALAADLAERAKPENARYHYDYYTANCATMVRDTVDKALDGGLQSQLSGRSRGNTYRSESVRLASPAPWMWLGFDVGLGPFADQPLSRWQEAFVPMRLADALRQARNSDGRPLVQSEQELLPHRIDPEPKEFARRWWPWLLLGLVVAGGILALRSRPRLLAGLALPFWLLCAIAGSLLVFLWGFSTHYAAWANRNLLLLSPLAVLLLPGAIALLRRRAPGRMFRVVLWLLAVQAVAALVLHWLSLQAQYNVQWIVLLLPVHVALAWVLGRRPHLSETRH >XP_052751399.1 protein NDRG3 isoform X7 [Galleria mellonella] MSSMNAEETALLGVLSGDSMDDIELKNIQLQFPSSQRFNGDGGCTEVRVRTDHGDIMVAVQGDRAKPAILTYHDLGVNYFCFQPFFNFVDMRALLENFCVYHVNAPGQEEGAPSLPEDYIYPTMDELANQINYVLVHFGIKSFIGFGVGAGANILARFSLAQPKKVDALALVNCTSNQAGWIEWAYQKMNSRSLRTRGMTQAVLDYLMWHHFGRYSEERNRDLSQMYRNYFSRNVNPTNLSLFIDAYVQRTDLGIGRDTDTIKVPVLNITGAMSPHVDDTVTLNGRLHPSKSTWMKISDCGMVLEEQPGKISEAFRLFLQGEGYVAPLSPTKIVAFRRLSDAERRRPCRHSPVIRITENPISEAVVC >WP_066786685.1 SdrD B-like domain-containing protein [Chloroflexus islandicus] >OAN46013.1 hypothetical protein A6A03_01790 [Chloroflexus islandicus] MYPVTYQPQRWFIALAIIFLVTVIPPLPPSPITAQTSNAGFASAVACLDGDLSLATTCFADTIFAPVSANDPALVRVTLSGMKQALAPIGTTTGGTKHRIAVNSGIGSVYGLAYDDGSISGVRRVFAAAFTRRFTSFGPLGPGGVYEYRFDDGQWHSSFTVPDAGDDRSNDNSADDAILNDVGQAGLGDMEISLDGTTLYIVNLAARQIERYDISQAMPIRLDPIAIPLQTVSANIPTQQFLRPFALEFAPLLHKDESPRLFVGLTNINAPSAHVLEWNIATGTWRHVLIQSLTSADLNSRLSGTLFDQALKRLYPNATFQGWYPWSNDFSRMLPIHSNSHIYYPQPFLVDIEFSPDGQAMRLGFRDRTGDITFFKNPPSRQFIAISQGDTLSYRLNNDQWQLELNDRPYDHVKESDPNFLFRAHSTDWVNDNRVVFDNAPPPHVENHMGGIVSIPAPSGDLVVTTSLFGTGSSGLGIYHLPERNRQASLTLIPSGTSKAPGLGDLELLCTYALLRGQLWHDVNGNGVREAGEASLNGIRLEVVDPARSTILGQVVTAADGSYTIAVPPNRALHLRVALSEFAAGRPLAGMVYAPVNAGADDSRDSDAHPVFGVVEFAGRHAGSGITGAAMPLPLREETVRHVDIGLTRQFQPAALGDRVWHDLNRNGVQDNNEPGIAGVSLRLERLPGSAPAINAYPRVAVSDGQGRYTFANLEPGQYRVVVAGTQGYAFAPFGRGGNPQRDSDVDEQTGTSAVVVLSYGVIRSDIDVGLVSQPQTDLSIALSGMAEAVVGDELVYTVTYRNTGNVAAANVTVRMGLPSGATFLSASRAPNQSGSTLIWQFARLEPNTTGTIAVRVRAPAAIGANLSQTVTATATISSNPADSNPANNSASQQTRLTRAELSISKSAPAAVLSGDALLYTLRVVNRGSAPAVNVTIADPLPAQVDVTSILRAPAGTCRYEGAQHTLRCTISSIAPNEEVIISVQTKPRPTAADRLDNRASVTTTTAGDSPADNTATASTAHVRPNPAVSLVFAPAPAAAGEATELVVGYRNLGNGMARAVTVTVDAPSAATITTLPPMCQRNGYQLTCVLGDVLPAASGELRIGLTLPATIAVDQLAAQATIATTTPELPAYQADNTASATVTIVRPNPFVQLRAPASIVGQGSVFAYTIDYGNLYRRRPAQTRAAANTTLELELPADVQLVGASRLPTSQTGRRLRWNLGTLNPQVAGSIEVVVQTSVPAGAVLPATARISTSTPADDPVDNVAALTINVVPPPSTIGAASGDLRVAIRSTLDPAANDANQTNGIYLSNGAAIAWPAGEVLDLTPQLANLTFADEPLPWPYAYQARVVGWSLVEVAVGGQRFDPRAADSRGMAGCRPGAHPLLTSQLLTGCIYRYLGGQSRDQLSASVLRERDLDDQLHLYWSRPPAPAMRPDVYLYTADVLDRARLTIQIELEVQIVNQAPGSIGGGPLPPVPVAPLPNPARQLVTGQIEITLLAPRSLVAPGN >WP_117077319.1 4Fe-4S dicluster domain-containing protein, partial [Klebsiella pneumoniae] MAYQSQDIIRRSATNGFTPAPRARDHQEEVAKLIDVTTCIGCKACQVACSEWNDIRDEVGHNVGVYDNPADLTAKSWTVMRFSEVEQNDKLEWLIRKDGCMHCADPGCLKACPAEGAIIQYANGIVDFQSEQCIGCGYCIAGCPFNVPRLNPEDNR >WP_249084213.1 glycosyl hydrolase family 28 protein [Marseilla massiliensis] >MCL1611138.1 glycosyl hydrolase family 28 protein [Marseilla massiliensis] MVRLAFFIMLSVVGLLPVGAQAYNSVRPGQLWLDTDGKPIQAHAPQILVKDGVYYWYGENKEKTTLGSNVWTWGIRAYRSTDFYNWEDLGLIIKPDTVNPLSPLHYSQTLDRPHIIYNRKTGKWVCWIKSMDTDGYFVIMQADRFEGPYALVRSFKPEGFGVGDFDMYVDEVSGKAYVWFERPHWEMVCAELTDDFLGTNGNYSEHFVGLLPPYTREAPAHFVRNGRHYMFTSGTTGYVPNPSRVCVFDSYHGEYTDLGCPHVGDKYSDSFGSQISSVVRIPGTGLYVALADRWLPALAGTDIPVRIARDYERRYKGRKPFERDFTQPKTKDKTGMKRTKWDTTAGSRYVFLPVTFDADGKPVIHWVDEWRIEDYAVPSRADVGPGAMPEEIEAVAAPFAMPQLRRPEFPDRKVVVSLKKGKTNTRIIQEAIDKMSLDGGGTVVIPAGEWLTGRIELKSNVCLNIPEGAVLRFSGLIRDYLPVVFTRDEGIEIYSLGAFIYANNAENIAVTGGGKIIGPSTDCEIFANNSAKALNIEAICRNGEMPLPERVFDGENNDGEVFLPKTIAPINCRNVLIEGVTLERGLYWNVVPQYCENVIIRGVTVSSYGHGRTDGIDVESSRNVLIEYCSLDCQDDCYTMKSGRGVDGLRVGRPTENVVVRKCLALRGAGGIVCGTEVAGGVRNVYCHDCVFDGTDQAFRFKTLRTRGGGVSNVTVERVRARVTGAAFYCDMLGSMKWGGDLARRYPVREITEATPDFNTIVVDNVRIDSCAQLVKAVGLPEQPLRNVLLSRVKARCGQFMFMRDTESFVLKDADVEASDPSATIDGCSGMMMLGVMVNGRRFDSMSCSLVRSMPVVCSE >WP_131096443.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae] >TBP38624.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >TBP63323.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >TBP98684.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >TBQ62276.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] >HBR1509863.1 polysaccharide biosynthesis tyrosine autokinase [Klebsiella quasipneumoniae subsp. quasipneumoniae] MSSVANKKVAKEADEIDLGRLIGELIDHHKLIISITALFTLLALVYAIFATPVYQADSLIQVEQKQGNAILSSLSQVLPDSQPQSAPEIALLQSRMILGKTVDDLNLQTKVEQDYFPLFGRGWARLTGEKVASVKISEFYIDENNSELSELKLKVEDDNLFTLMVGDKSYKGKVGSLLEVDGLSIKVDTIDALPGTEFTINYTSKLKAITNLQQSLAISDQGKDTGMLTISLTGEDPILIANIVDSISSNYLAQNIARQAAQDAKSLNFLNQQLPKVRSDLDIAEDKLNLYRRQNDSVDLSLEAKSVLDQIVNVDNQLNELTFRESEISQLYTKEHPTYKALMEKRKTLQDEKIKLNKRVASMPETQQEILRLSRDVDSGRAVYMQLLNRQQELNIAKSSAIGNVRIVDSAVTQPKPVKPKKTIIVLAGIFLGGVLSVGIVLLRVFLRRGVESPEQLEELGINVYASIPVSEAFAKNATQTQGWRKKNQSEIQGFLAVDNPADLAIEAIRGLRTSLHFAMMEARNNVLMISGASPNAGKTFVSSNLAAVIAQTGKRVLFVDTDLRKGYTHKLFNVTNENGLSDLLSGRIDIAKAVKTLRGVGFDFISRGMVPPNPAELLMHKRFDDLVSWASRNYDIVVLDTPPILAVTDAAIIGHYAGTTLLVARFELNTAKELDVSVKRFEQSGVTVKGCILNGVVKKASSYYSYGYNHYGYSYTDDKK >KAI6080770.1 hypothetical protein F4821DRAFT_48216 [Hypoxylon rubiginosum] MGPAGPGGAQGDVGPVGPIGPSGPVGPVGPVGPVGPVGATGATGATGRTGATGATGATGATGYTGATGETGAVGPPGPPGPPGPPGPPGPKGCNGCSGPPGQPGRDGRDGLPGLTGRDGCHGPRGFPGPPGPPGPPGPPGSPGPPGEDGSDGPEGPPGQRGPPGIPGALGPQGPPGPFGPPGPRGPLGHDGPPGPPGSPGLGYPGPPGPPGPPGPPGLPGHDGPPGHDGIPGPPGIPGPPGPGGPRGYPGIPGEPGPEGPPGPQGLDGDDGHPGPPGRDGRPGPRGPPGLQGERGERGPRGPRVIPVIYGPPGPPGPPGPPGRPGRRNIIDYEESACDDVPSRWIHCCGRCRKRCGGHCAGRCGGGQCGGHCGCACRCCH >WP_017691736.1 extracellular solute-binding protein [Paenibacillus sp. PAMC 26794] MKKMTLTIALVTALLCVLAACSSSSSEEGTQATDSSKKVTLKIIHWQQENINNYIKEFNTKFEAKYPDVKVEYTTVPADATYDQLMQTRMNAGNSGDVDIIPLKSSFVGAPQDWSKGAADPMWKQWIDAGLISDLSDQSFIQNYNEVDVQNAMTYNDKVYGVNMGKVAFTGLFYNKELFAKYNLEVPATWDELQHVIQVFKDNGVEALGLAGKDVWPIGLAVQGLQASIHEDQLAYIKGLWTGETKLTDPVQIEVLQKSQVLMNSAMPGFMGVDYGTLPSLFATGKVAMIADGTWDATTIQTANPDLKFGYFPIPGSNDAAKNKDLAGKYDMTWMVVDKSPNKDYAMKWLDMLSEKENYTDFVNVAGFLPTQPDVEISSEFIKGIQPYLENFKLSWDQLFINRQNVGQYISESSVHAEMLKPAGPIATPEELASKSQADWDAAAPK >WP_005632191.1 DNA transformation protein TfoX [Haemophilus haemolyticus] >EGT74759.1 DNA transformation protein tfoX [Haemophilus haemolyticus M19501] MNIKDEHIDSVCSILDQLVGNVTFKNLFTGYGLFHKEETMFAIWQNKKLYLRGEDELAIQLSKLGCEPFTTNELNKRFVLSQYYALSDQVMRNNMLCRKLIILSIQQIRNQKLDRTLRKLNRLKDLPNLTIKHERALIKVGITDVAMLREIGAENSLVELKKSGSGATLDFYWKLVCALQNKNSQFLSQSEKERLLKKLNEILRKNGLKGYRKLDDE >WP_084873045.1 AroM family protein [Pantoea cypripedii] >MBP2196664.1 protein AroM [Pantoea cypripedii] >ORM92640.1 hypothetical protein HA50_04410 [Pantoea cypripedii] MKTSLVTLTIGQSPRSDILPLLQAYLPAEQVAHAGLLDGLSLAEVEQHYTPAMGEKVLVSRMQDGQQVRLSARQVEQGLQQKIYALEEQGYNTILLLCTGEFGALKTQKALLLEPDRIIPPLVGAIVHGHKVGIVVPVEEQIAEQASKWRNLGTPPCFAVASPYLAQQTDMIEAGLSLQEQGADVVILDCIGYHQKHRDFLQKMLGIPVLLSNVLVAKLAAELIV >WP_195290884.1 aminotransferase class V-fold PLP-dependent enzyme [Alistipes finegoldii] MTPKNYRFETLQVHAGQQPDPVTGSRALPIYQTTSYVFDSAEQGAARFALREEGNIYTRLSNPTTSVFEERMAALEGGTAAVAAASGMAAQYLAFSNLVEAGDNIVSTSFLYGGTFSQFKHTFARIGVEVRFAQGDDIRSIASLIDDRTKAVYLETIGNPEFNVPDFEPIVALAHKHGIAVVTDNTFGAGGFLCRPIEWGVNVVTHSATKWIGGHGTSLGGVVVDGGNFDWGNGRYPLLSEPSEGYHGFNFWKECGKTAFATRTRCEGLRDIGPCISPFNAFLLTQGLETLSLRVQRSVDNALAVAEWLEKHPKIEHVSYPGLKSSKYHTLAKKYLRNGFGGVLTFRVKGSAEQASKIVDNLGLISHLANVGDAKTLLIHPASTTHAQLGEQELAASGVYPNLLRLSLGIEHIDDIKEDLNEALKHL >WP_280336340.1 hypothetical protein [Nocardia wallacei] MLAEDGETILVHLRGRTEDGVFYHGFEEFFPGDPGYDEMLPVARENLYEKPEPERPLDEETLALVFREAGSDRRNPDE >CAD2182685.1 unnamed protein product [Meloidogyne enterolobii] MERFTIESDFQIWTINRILLDGDIQLLYHLYYYGKQEKVPDLRYRKETNELKINGSIVCFEALVSSGSEMNYEQSSFIIRLIHDPQIANKLDVDLVMEIKFYFDPDENTGEDEEHFTSSRSHIVIESYSSKKGIRQNQKLYKNPIGAGMPIVVLIIASGSQYIININGGDNLYYQHKVFPHWSTNRVEV >HBT5919638.1 ParA family protein [Klebsiella pneumoniae] MIILVGSHKGGVGKSTIYIHILMCLILRSGKRVAALECDDQHSVKDWLE >XP_021765438.1 putative leucine-rich repeat receptor-like serine/threonine-protein kinase At2g19230 [Chenopodium quinoa] MLRVWVMALKTINILMLCLLIYNYGLLFSLAADDAANWTLLANKRVAAGFISIDCGMTTQSRYDNTGGLHYISDSGFIKTGINREVDSTYSSYNDDGGKIYNTVRSFPDGIRNCYTLKPLQGKNRYYLIRASFLYGNYDGSNTIPKFDVYIGVHFWTTIFLNDGANKIFVELIYTPSEDWINVCLVKTGSTTPFISALELNPLNDSIYTSSDGALLERARMDAGFFSNTYISVADDPYDRLWRGVPANFQQDWGSLNTSQSMDSTFIDRYELPPSVLKTVAFPLNSTIPLNYYYRNMGSSNTGLVRVYWHFAEIQKLGSNESREFTISIPGKYQSETISPKYLQPLTIVSPVITLINGSGIVFHITKTKRSKLPPILNAFEIYEVVDLSALPTDQNDVNAIMNIKMNYSVPESWQGDPCLPYVPWDGLECSSNDHNSPRITSLNLTFSGLAGDIPLSLSALTALTYLDLSYNNLTGAIPDFLAKMPSLHTIDLRSNMLTGPVPIALSKKVEDGSVILRLEGNPDVLCMSNPCKKKNSKKMVAILSSTACITFIFISIAILICILKRKKAARYIKNAALKLESRSFTYAEVMRMTNNFQTIIGKGGSGAVYQGSLHGTLVAVKMINPSTHSLKLFRTEAELLTRVHHRCLVSLIGYCEEGATMALIYEHVTNGNLQQYISVADKNNKVLCWKERLQIAIDAAQGLEYMHSGCKPPIVHRDMKTSNILLDENMHAKISDFGISKSFSIESTESGLNTKVMGTHGYVDPEYYSTERLNKKSDVFSFGVVLLELITGQSPIVKSNNAEPIHIITWTTPKLESGDIELIVDKRLEGHFSTNSAWKALEIAMMCVSSTAIQRPTMNQVLSDLNDCLAIEISQGKNREMDSHEYGYPTTDIAIPDTSIEMGPTAR >WP_093486522.1 MULTISPECIES: acyl-CoA desaturase [unclassified Streptomyces] >PJJ05515.1 fatty acid desaturase [Streptomyces sp. 2333.5] >SEE77849.1 Fatty acid desaturase [Streptomyces sp. 2314.4] >SEF00227.1 Fatty acid desaturase [Streptomyces sp. 2112.2] MTTSLENREKFSSPAGPAAEGPGSDFARLSRRIAAAGLLKRRPGYYCARLSLVSAAFVGGWGAFFVVGDSWWQAGVALFLAFVFGQVALVTHDVAHMQVFRGRRLSGAGGRLFGNLGVGMSYGWWMGKHTRHHANPNHEELDPDVAPDILVWSQDQARAATGLPRFLGRYQAQLFFPLLTLEGFNLRVSSIRALRSPTMKHWGSEAALLLAHIVLYLSALFLVLSPGKALVFLLVHQAAFGVYLGCTFAPNHKGMPTLKGDARPDFLRRQVLTSRNVRGGPLTDVLLGGLNYQIEHHLFPSMPTPHLRRAQVIVRAYCAEIGVPYHETGLLRSYAEALRHLRQVGEPLRAAGE >QLY80081.1 GHKL domain-containing protein [Clostridium intestinale] MPIYIQILVTVLLIYVSIINLVSYKLSLKDLFIMILAAELIAIPVAQIEEFLAIIPMIVITGVILYKYDKNLMISIIIPIGAVLIGVVADYIVSNTYISLFGINVTRGNFNIGVALLEFFICIMISKGIGYLLNKKIKLTNINLKGKYGVLIVLSLLLTLIIFYTNIYLGSKAGFNEDVLRANGILFLTYFILLGVILFVLIRSLTKELEFRNKQKEFENLKQYTESLEKLYSDMRVFRHDYINIISSMIGYIDNRDMDGLERHFYENIIPVSKSMQKNDFKIGAIKNIDIPEIKGIVSSKLIRAQELGLDVHVEVVENIDDIKMNIIDLSRILGILLDNAIEASKESLEFKLKLAFIKTEKAIIIVISNSYKEKNISLNKIFKPNYSTKGSGRGIGLTNLKKIIDNYDNVFLETKMIDNYFIQELQITNT >WP_006224372.1 MotA/TolQ/ExbB proton channel family protein [Achromobacter marplatensis] >EJO31560.1 MotA/TolQ/ExbB proton channel family protein 2 [Achromobacter marplatensis] >OWT72098.1 chemotaxis protein MotA [Achromobacter marplatensis] >RBP24633.1 chemotaxis protein MotA [Achromobacter marplatensis] >CAB3625501.1 Chemotaxis protein PomA [Achromobacter marplatensis] MNPSSVIGAVVGLLTLLIVVALSATDASMYFNLPGLAIVLGGTCAALFIAYPLPEVLRIFKLVRTVFRNDQHDQQRDIEELVSMAQLWMNTDVHKVEQELKKVSNPFLRTGVQLIIDNTPEDQIIEVLQWRVARLRAREQAEAQMFRVMATFAPAFGMLGTLVALINLMAVLGDGSMTMIGQHLAVGLMTTFYGILLANLVCKPIALKLERRTARRIESMNMVLQGISMMCEKRGPAVVRETLNSFVMHVEDEIYDGGLAATTQPKPKTEGQVKPAAQPVSITRPAAARQ >WP_023727015.1 MFS transporter [Mesorhizobium sp. LSHC412B00] >ESX85334.1 MFS transporter [Mesorhizobium sp. LSHC412B00] MKSPSEAAAVPLTRSLSNGTFCPQSQRKFVLVAAILASALGFIDGSILAIAMPAMRVDLGASLAEVQWISNAYALTLSALILAGGAAGDRFGLRRAFVAGIALFIVASLACAVAPNALVLIAFRAIQGIGAAIMVPGSLAIIAKAYPKKERGRAIGIWAAASALTTALGPVLGGFVLSAFGGGIWRAIFAVNLPLGLISIYLLLAKIPADAPTEKRSLDLGGAALATLAFGALAYGLTSMSAEGSGLMSGPSIAAGAVLLIIFIVFELRQREPMIDLKLFRIGAFAGANLATFFLYFALSANLFYLPMLLIAGWGLNTKEVGFIFLPLSASIALLSGLVGQWSDRIGPRFPIASGCLVVAIAFAGLALLTHAGMHNFWTGIFPLMAVMGLGMALVVSPLSTAVMTAVEDKDTGAASGINNAVSRIGGLIAVAAMGSLAAWVYSTMLDTSVRPGIPGFGEPALAGLASDLDATRLAASDAAFAAVSTVTAVLCLLAAIIAWATVSGQKLPWSRAEEEQST >KAF8917914.1 hypothetical protein CPB85DRAFT_1549681 [Mucidula mucida] MPMPRLLRPSMWTMMLTTVMILTQIPSVLPYWLMAANNILTTQRLDPILSLGSVASHVHSVLGGSNFSINLTTTAELRESECTSIPVQEDKSNYWYPNRKNDGSFIAANGSVVMYNYLFSDNSSMTTPFPDDFRMISGDPDLRTLNASSFAQQAITFLCLDFDGVSARTNELPVDQDCPSGIRAQINFPSCWDGANVDSDDHRSHVAFPSTGPDNGTCEDARYPITVPRIFLEVYWITSVFADRDMRNEAMAPSQPFVFSNGDPTGYGYHADFFNGWERGVLQKAINVCNCNPYGDPACCVAAGAFAMDSKKQCYISDTIDEQAVGNLNVLPGANPVQAPCFETYYPDFTPPLLDPVYVGQTLPNKTGEIVRAAATINVAQTAKETCIRKGAAERPTLGWTFMIVYVSSMWHFLYVI >WP_037184031.1 MULTISPECIES: chorismate mutase [unclassified Rhodococcus (in: high G+C Gram-positive bacteria)] >MBY6707610.1 chorismate mutase [Rhodococcus sp. BP-241] MSIATDFATADVTRNHGADTAHDIDSMHDEIERLDAQILAAVARRTELTRTVGMMEPRSAASSAREMSVLQHFGDLGREGRTLGMLLLRMGRGQIAR >MBM4261824.1 hypothetical protein [Deltaproteobacteria bacterium] >MBM4299381.1 hypothetical protein [Deltaproteobacteria bacterium] MDKRFAVIDADAHVIETEHTWDYLDESERKYRPKLFSTPEDATRQYWVIDDKIAGFRFPTLNERELHALAERAGRNFETPQAARQLDDVELRLKHMDELGIDIQVLHNTFWIEQITTRPKVEVALCRSWNRWLADIWRKSHGRLFYSAVVPVMDIDAAVEEVKFAKDNGGVAVCMRPLEGERHLSDPSFYPIYQTASDLDLSIAVHIANGNPENADLYRLAPAGRFAQFRVPTVTACFDVIMSHMHETFPKLRWGFIEASSQWVPWLAREAAIRYKVQGRSFPKNVFEEHNIFVTCQTNDDVPYVITYAGENRLVIGTDYGHTDPSSAVTALNEFQRMEGVDAKIKEKILCDNAKTLYALN >WP_085680475.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MBC6911862.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MBM6813005.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MCC4513948.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MCC4518397.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] >MQB59861.1 exodeoxyribonuclease III [Limosilactobacillus reuteri] MKFISWSVNGLKSAINHGFVEDFKRQDADFFCLQCTRLDKGEEPIQIPDYYQYWNYAEKKGYSGTAIFTKYKPENVIYGMNNSIFDKEGRLITLEYPNFYLIDVYVPVSGEKLQHLDYRLDWDRAFLDYVTNLQSSKPVIIGGDMSVAYQPIDLAEPTEDHHKAGFTKQERADFGKLLNAGLTDTFRYLHPNLHGAYTWWNYRYDARERNVGWRLNYFLVSDVWKERIEEAKILSDVKGSSHCPIELVANVEV >EFI9255255.1 phage tail protein [Escherichia coli] QGLQGVKGERGEKGEKGEPGGPDATTAQKGIVQLSSATDSDDETKAATPKAVKAAMGKADGCLEKAKNGDDIPDKVQFLNTVGAARVYGRDIHTGAGEWTTTEFVAWLKAKGAFDQPYWMMKASLHAGFNKVITDVGPGKLNLGGCVIEVMGKYEAAIVRVTIGEYGATGFINGTVCTCTVYGDTQYFHWRVDYSTKNKPDTVSQRDASTTQKGVVQLSSDTNSNDETKAATPKAVKAAMDVANEAKTKAEEAAAGGGVPGPKGDKGDTGPAGPAGPGGVQGPKGDTGAPGAKGEKGATGATGPQGAKGDKGDPGPQGPKGDTGAPGAKGEKGATGATGPQGAKGDKGDKGDPGPQGPKGDTGAPGAKGEKGATGATGPQGPKGDKGDPGPRGATGPQGPAGSPAGGLHAVGAFVFAQASISNSEKYAAGAVLAGSKLRECSIQLGSQKAATLTGNTLPGTWRVCSPLQVSSIYPYCVGLFQRIS >WP_070475600.1 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase [Streptococcus sp. HMSC078H03] >MBS7134825.1 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase [Streptococcus salivarius] >OFN99018.1 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase [Streptococcus sp. HMSC078H03] MSTTIIGFPRLGEFRELKFTTEKYFRNEITADELLTAAKDLRAKHWNIVKEKGISEIPSNDFSHYDNFLDAAFLFNVVPESVQNLDLTDLERYFALARGYQGEKGDVRALPMKKWFNTNYHYIVPKFEKTTEVKLAGHKIFDEYQEAKELGLNTRPVVVGPFTFLQLSDFEDGVKAEDFVDSFVAAYQEVFAKLAELGATRIQLDEPALVKDLSAEEKALFLNLYNKLLADKKGLEVLIQTYFGDVRDVYNDLVNLPVDGIGLDLVEGKKTLELVKGGFPADKTLYAGIVNGKNIWRNNYEKSLAILEQVPAENVVLTTSCSLLHVPFTTANEEFEPAILNHFAFAVEKLDELRDLDAIRNGQGAEALAANKELFATERVGENAELRARIAGLTEADYTRLPAFAEREAIQKDAFKLPLLPTTTIGSFPQTKEVRAKRLAFRKNELSQEEYDAFLAEITDEWIKWQEEVGFDVLVHGEFERNDMVEYFGQNLSGYLFSKNGWVQSYGMRGVKPPIIWGDVTRLNPITVKWSSYAQSRTDKPVKGMLTGPVTILNWSFPREDISIKDSTLQIALAIKDEVLDLEAAGVKIIQIDEAALREKLPLRRSDWYEDYLDWAIPAFRLVHSTVAPDTQIHTHMCYSEFTDIIPAIDNLDADVISFEASRSNLEILDELKAQNFQTEVGPGVYDIHSPRVPQDGEIDHTIEAILAKVPSGKVWINPDCGLKTRGIKETKESLIKLVEAAKAARENL >WP_275405902.1 MULTISPECIES: right-handed parallel beta-helix repeat-containing protein [unclassified Streptomyces] MYVNNAASAHCTDTGSGLEAKPFCTVSAAVAAVQPGQTVHIAPQGTYPEQVNLTKSGTEAAPITLVGDPVSSSGVWSSAYYSATIGKRDAGGTARGLTISGAQHIRIKSLNFAAVDEGVRIENSSDVSYVSGWVTGAATAAVHVLGTSEKVTVGRLNLDVISGPGIVVDPGVKGAVLTTNHVNAYDGDGISVTDSPGAVVVGNSVFSRCHDGIVLAGASSGATIANNVIAPTDVPGWDSFECFSEHPTRLTVAPGSVTGTKTDYNVLSTIDGRSAYNWAGTAYGYQPAFRSATGQGTHDFFADPLVPWKGDKHAKPLPAIDSADITAPGMLDVDSQGNKAVDDPLTPNSGGGHRDRGAREWLDVGSLYTPQGPTRLLDTRSSHGDATQLPTAVSMQLQVTGRNGVPATGVTAVTLNVTATGTTGAGFLAVYPTYSKPIASNLNWAAGDTVANLVTVPVDDNGRITIQRGGQGTTDVIADLAGYYSAKGSVFTTAGPTRAMDTRNGTGAPQGAVRSGGSVELQIAGTNGVPATGVTAVTLNVTTTAPTAYGFLTVYPHGATRPVASNLNWAPGRTVANLVTVPVVDGKVSFYSGGTGSGTVQVIADVAGYYSDQGHNTFHAETPFRVLDTRKADPSDCTDQSRPAAVIPPGGTLDVALNCYQTSDATSLTLNVTVTGTGAPGFLTVYPHGQQKPVASNINWIAGQTVPNQVVVPIGDGKISFFNGSGGNIDLVVDVLGYHSV >GIW30304.1 MAG: NADH-quinone oxidoreductase subunit 13 [Meiothermus sp.] MIHVGLWLPLLAGLLLFMVPSLGRTFAILSAAVSLAIAVVLFAGYGGQGVAYASQTPFLPEVGVYYAVGLDGAGLLLWIAVSLVVLLGVWVADVPVRFLALALMMQTGLLGIFAAQDLVFFYAFFEATLIPALLMLWFYGGGDRLRAIYIFALFTLVGSLPMLASIFAVRYLGGAESFLYTDLVAHPLTGQAAALAFLGFLVALAVKTPLFPLHAWLPSFHQQNHPSGLADAMGTLYKVGVFALFKWAIPLMPEGFKEWQGLLLFLAAFGALYAAWLAFSAPDWKTLLAYAGVSHMGVAALGLFSGNMEGTVGALYLLGASMVYGSAMFLFVGLVYKRTGSLDVLPVRGLAKHTPALYVLGMFLLMAMIGLPGLSGFPGELMVLLGAYQVSPWLTFLAFLAVIAAAAYALTAFQKLFQETPQAQAVPDMDSREWGFAAVTVGVLLLMGLYPKLFTAYLEPLGKALAALFGGAS >TVY78526.1 ER membrane protein complex subunit, partial [Lachnellula suecica] SFFVYDASSNINLRYKRHVISIIATRNHRSSPRDSSTNLRKQHSRSTPHATVANMRLPLHLLPLALSILPSALAVYSDEAYSIDYHHELLGLPLPHTTFFHRPRKDDKATLLYTLSDLGVLGAVNPGLGTVVWRHALAGDAGNDTGFLRPVEGESSVVSAIGSRVDSWDAMSGKERWGNVFGGTVKDLEVMETAAGAAETKDVLALFEEGGKGILRRLNGASGNVAWEYEDGTSDVPLQVSTNVRNIFVVSLHGAWGGYNVKVTILDPVTGKKMNDYTITTKADVHASEDVLLVGANSATPIVAWTDRTLKNLKVNLLGKAGDLQTLPLKESDGETVKVALHAPNLVQSQPHFLVHTQSSVSNCADVYHIELASGSIKKAYELPKLPGQGAISTSSQDANVYFTRHTQDEVIIVSSASHGVLGRFPLTFETDHGSLLHGASEVVQRETDKYAVRSALVTSDENWVLVRNGKAGWVRPEGLSGAVAAEWAEIPDSESLAETLEAEAHSNPLSAYIHRVTRHVNDLKYLPGYLQDLPRRFLSSVLPSEIISQKSGVLVRDSFGFNKLVIVATGRGRVYGLDVGNHGSIVWSAKAFEQPAGKKWDVKGIWVEHLKGTTTIRGADGEYIMLNTTSGKKVEAINPGTWPPVQSTVVVDSASGKWLLTIGADGNPGEVPTPWAPKDNLVVQGNNDEIRGLKFEAGIGNAQPVVTWTFKPAIGQRIINIVSRPTHDPVASIGRVLGDRSVLYKYLNPNIVLVTAVSDEHSTASLYLIDTVSGDIIYSVSHDGVDTCQPIASVLTENWFAYSLWADILSTTESLPSSKGYQLFISEMYESDIPNDRGPLGSSANSSSLEPSDIPNAEPAVPFVSSQVFLIPEAISHMSVTSTRQGITTRQLLCTIARNNAIIGIPKTILDPRRPVGRNPTTPEMEEGLFQYQPYIDFDPKLVLTHKREVIGVKDVISSPAVLESTSLLFAYGIDIFGTRVAPSAAFDILGKGFNKLSLVATVVALWLGVVVLAPMVRRKQINGRWMTS >WP_273827584.1 helix-turn-helix transcriptional regulator [Providencia rettgeri] MAWLNQTDEFQTHWYPAPVLGIAAQMGQHDSGTHTHEMGQLLFTQQGCIRISLENRLSLLPPGRVAWIPPHVHHRAQMRESVGYRSVYLGGEYAQKLGNEVVILSISPLLRELLERIAIAPFDSDWKKGRLANLLPVFIDELQAATTEPTLLSLPQDRRLKHLDIEQLPPNLSQLAQIVGASEKTITRIFLKETGMTYQTWRQQWRFIKAVELLAQEKPYHFISQELGLTSDSAFISFFRKMSGMTPREYQR >XP_047245969.1 mitochondrial inner membrane protease ATP23 homolog [Girardinichthys multiradiatus] MDQTKQDEEYGYDLFPERNTGKHKKSLIRDSLFMFNHKCQVMLTFAIETSPYAKLLLGAMKNSGCKVLKDRHFSCEDCDGTVSGGFDAASSQIVLCQNNIHQQSHMNRVVTHELIHAFDHCRAHVDWFNNFKHLACSEIRAANLSGDCSFSNEVARFNFGLKEHHQECVRGRAVRSILAVRKISREEAQKIVNEVFDSCFNDHAPFGRIPHGNKDAKFAYREYANRDRYYANL >XP_007957752.1 COP9 signalosome complex subunit 1 [Orycteropus afer afer] MQIDVDPQEDPQNAPDVNYVVENPTLDLEQYAASYSGLMRIERLQFIADHCPPLRVEALKMALSFVQRTFNVDMYEEVHRKLSEATREMQHVPDAIPDSGVEPPPLDAAWVEATRKKALLKLEKLDTDLKNYKGNSIKESIRRGHDDLGDHYLDCGDLSNALKCYSRARDYCTSAKHVINMCLNVIKVSVYLQNWSHVLSYVSKAESTPEIAEQRGERDSQTQAILTKLKCAAGLAELAARKYKQAAKCFLLASFDHCDFPELLSPSNVAVYGGLCALATFDRQELQRNVISSSSFKLFLELEPQVRDIIFKFYESKYASCLKMLDEMQDNLLLDMYLAPHVRTLYTQIRNRALIQYFSPYVSADMRKMATAFNTTVAELEDELTQLILEGLINARIDSHSKILHARDVDQRSTTFEKSLLMGKEFQRRAKAMILRAAVLRNQIHVKSPPREGSQGELTPANSQSRMSTNM >WP_272896519.1 hypothetical protein [Bifidobacterium sp. N5G01] MKHFLYSRNGCGTDGHPRIPEDEQMAAELTAYLESFGPDLSQ >KAI1368854.1 Fructosamine/Ketosamine-3-kinase [Xylaria arbuscula] MMKGAFEAENALYDFIPEYVPRPVSYGTYMSRPDLHFYICDFVDLVEEVPSPTAWAEAAAALHKRSRWATGQFGFHCPTHVGNVLIDNIWDSSWEAVWTHQMRSLLHQEEAIHGVDEKYSELQTTFFDVVIPTYLRPLESDGRSVTPCLIHSNLWPGNIKPRRGSDTVCMFDSCACWGHHEAELGVCLNPRYDMGRPYIEEYLKHMPISEPVEDFDTRIAIYAMKQHVVLSIAYPQDPEFRQSAIREMKQLVEQVTHAAL >STW09510.1 AraC family transcriptional regulator [Klebsiella grimontii] MQAVSTIPVFKLYGEEQGWPTPELLHCESILQRSHLYEWHIRVHQHAELVQLLYLHKGRAEIEIEGTTTVMVESCIQVVPALCIHGFRFSPGTEGYVLSLALPLLRRVENQFGRQLDLLGQPQCVPVKASRGHIRALFTALREEYREEYDAREMMLHSLLGALLVWLNRQYRPQPIAEDKAERKRSVMRHFSRLIESHYREHLP >WP_264790310.1 Smr/MutS family protein [Aureispira sp. EL160426] >BDS15129.1 Smr/MutS family protein [Aureispira sp. EL160426] MFEIGAKIRFKYTGMEAEIVEDHMDGSYTVWLEKDEEESIAFVDDIVLAKDFGGIEQSEQQKTLQKAPKGPSTEELFYSKEELNAKKIAALQPKHLSVKKTTAPKTEKIPSFVPLDICPSPPKQTGCYLAFHQTSPNHYTIYLVNDLPNSFSFEFKLFLQQKLVHGFNKIIPANTFFPIGELLHEQFNDSPLIEFRCPALAFNKQIKLKYRKFIKTVQAIPLMGLNTYAFVLFSKLPASTQKKPSIKHYTNSHKQEQANLIAPINKLYRSFDLMDVASFEPELDLHAEKLVNDTSEFTARELYELQLEVLENFITKAVKIGLQEVFIIHGLGKGKLKEGVDNFLRFHGDIKSYKNEFHEKYGFGATKVILKK >WP_029091796.1 lysophospholipid acyltransferase family protein [Brochothrix thermosphacta] >EUJ34336.1 1-acyl-sn-glycerol-3-phosphate acyltransferase [Brochothrix thermosphacta DSM 20171 = FSL F6-1036] >ODJ51447.1 acyl-phosphate glycerol 3-phosphate acyltransferase [Brochothrix thermosphacta DSM 20171 = FSL F6-1036] MFYNFARSIIAFCLLVINGRYTVQNRDKVIPTPFVLVSPHTSWLEILYLGVTIKPIKIHFMAKEELFHNKLFGKVLRGLKAFPVNRTNPGPSALKVPVKLLKDGNVLGIFPSGTRKNTHNQLKRGAVTIAKMAKVPIVPAYYDGPQNVKDWFKRHKVTIRYGEPIYMDDAKTKEALEEKSLLLVAAFEKLRLEVEASKKQK >WP_237142885.1 hypothetical protein [Salmonella enterica] MQKLIFQAGLDQFLFFPLKDFRPENSGLTIDVCEPDEEPVIYECLVVKGIPVIKGPIVLEIGGGTVGGGGRGRFSKTYIINVLE >EFL44656.1 hypothetical protein HMPREF9248_0015, partial [Fannyhessea vaginae PB189-T1-4] MARKKYGKHSKTPAATSATARRSHVALGAATAVVGASLALGVTPAFAQTGATTPVAPAQPGNSAAQPAASANNKPANPQTPVAKQGDKKQVETKADKKQADTAEKTERGGVSSTKPAAGNNAAGNKVAGNSSVAPQAPNTVQGTNRDANPAPDKGPQANSTVELSNEKKDTLPNMYAWGSSNNVYIENGQNQEVKFILKPADGVAVTKVAIFPNDNIDINGRNAKQFVEYRTDGDDTWHQAYSGKYSFVTNNADGSATLTMSPMYRDNKMPAAGYAANRCIYVYGMKDGQEVLLYKTNIARAATLIPPKKTGSVVLKYNEELTDEQIRAKLKAALDAPTEGKDGKSLREQIKDASTAKGVGVRDKNDNRKLDTTPDDPEKKVVVTDKQAYLPAELAKINTVTSAADAKEKTYKTGVTNLKTYLVSDLGYKSEALALTVARYDTRIDKPVVTDPNSISDDVKKEIAKKLANLNHISQDKVTIGPDGKVTINFDGVDAKDAPKIDLKDLVLKQLAEADVNVPTGDKATFVANPLGYSNAELDRIKQSILDANNDNKKLGLTSKDQITLEYVKGDTTVGHENIGISNGQAENKITVKIKTDKAVAEFTSNVKESKLTKLPDIRKDYDVSWDKTKIDGCDTDEGISWSNDQKTTIIYRYDPTKAQEFDTTKILGLLKATPKDKQAGLRDLQGGEQLDHEDSNGKPRKSHMHYALQGDEPTGELSLGNMSGAYWIGNQKVSHSDEKLDDNLSEAGSYSWDTEAGSVTVAGKKGKIYKARLFVQPYAMTYYKDVYLEKGRHPGNTAKAINIIFVPQTNHKTKDLKKSVDDHKTTKVEGNDVPTESKYYNASGDKKKAYDDALSKAKTLYESVKDTDESKLTEEQKAQIDNATINLNKARAELDGPDTDKTKLEQSIDDHGKAEEGKEPTGTQATDRYKNVTEPDFKTADGKPDTKKNEAAKKAKEDYDKALEEAKALKDDENATQKAVDEAKAKLDAARAKLNDFTTSKDKLNAAIAEHGKAKYVEDAQGAQTLAPAYQNATEKERKAYDDAVAQANELAQDPNASQKDVNAAIDALQKAKAALDAKATDKSQLITAEKLTFDNPDPKDANKQSTFYKNALNKQTNGANEQEKQAAKTAVDNYNNALDNARKVLKNDKATQKEVNDAKDALTNAEKALHDNYATDANELTKVLADNFSGYLMPAYFNAFDKAHAGDKDAAAAFKNYNDAYHKAKELKKNLEDAKSAGTAPDQKLIDAAKTALEEARKAIDKYATNTSRLSAAVFNDLAIQNSPAYKNASADDASAEAKAAKDRYDKAVTKLNQALNKQMPKDKQGNTEIPTSNTPDTNIDVNNANALDNIQAHAQGEPLDRDITKILKEMNDAIADLNKFATKTDDLLKSINEDDNTKQTPAYKNASQPVFQKADSSDADADKNAKAKQAVDKYGEMLNKAKDLLKDPTATQAQINEAKKNLDDARKALLGDPKDQANTPGFNTDTTKLQKSVDKHGKEKQGDTAATEGTVTSDAYRNASDPHFMKEEGGKLVPDTDKNAKAAAAKKAYDEALTKAQELLKKHDDDATPQDAKPTQKDINAALKALDGARTEIEKYNTVTTALEAEANKSTAEGAPGVTDNDFEATPEFKNAKAKTSNGVENADVTAYNEALKKARDLVKAAHPTDPAATNSSHPTQKQINDALDALKAAKKQITDNYKTNLDKLTAAKDFAGGDFKKTPEYQNAVAKKDAGDQG >RJF99999.1 putative sulfate exporter family transporter [Noviherbaspirillum saxi] MRLYFAQRIPQWQILWPGVLTAITIGLAAAFVAEHQGGPRLLYALFFGMAFNFAATGEKVKAGIEFTSRQILRFGVALTGVRITLDQIASIGPVSISMVIAGVVLTILFGVLLGRLLRRPLIEGVLTGGAVAICGASAALAISAVLPRNEENQRFTLFTVVGVTTLSTVAMITYPALANFFGLDPNSTAIFLGGTIHDVAQVVAAGNMISPQVGDGATFVKLTRVAMLLPVVAVLSLIFRNGGGGQGAKPPLLPGFLVGFAALIAINSMGWIPQWAVQGATSLSSWCLVVSIAALGVKTSFQQLATLGWRPVLLLVTETLFLAALIMGGLILTH >MBM4059513.1 hypothetical protein [Planctomycetota bacterium] MLAMIQDPDVPAQAGHDFGNVTAVHPVGAAMLALLSVMAILAPRRWATLPVILLLCFIPAGQRIVIATIDFTFVRLLMAAIWLRLLLRGETTPIAWNHLDRAMVAWAVVAAVFGTLQGMTLSVLVNRLGIAVDAMMVYFFFRAWIQTAGDLLRIAVQFLLCGFVVLVFFLVENRTQQNMFHVFGGVPQFTEVRDGRLRCQGAFAHSILAGCFWACLVPFFLVRGWLGRGWILPACGTAAALAIVVLCASSTPVMAVLFGLVGAVAYFVRGALRWLRWLVLAWLCVLHFLLMKMPVWHLLARVDVVGGSTGWHRYHLVDKFFERVGEWWLLGTPATGHWGPGLHDVTNQFVAEGVTGGLARLLAFVLCIWFAFAGISRTLRSPLLPRSTRLIAWSLGTAMFMHCMNFIAVSYFEQTVVLWQVTLAACASLTLVPGASPELQARHQGILVPS >MCP3657241.1 DUF2384 domain-containing protein [Herbaspirillum sp.] >MCP3945962.1 DUF2384 domain-containing protein [Herbaspirillum sp.] >MCP4032278.1 DUF2384 domain-containing protein [Herbaspirillum sp.] >MCP4558291.1 DUF2384 domain-containing protein [Herbaspirillum sp.] MATRATVDSTASKRSPGLGAKPRDFERFARMDPISQGRTIRDGMDAIIAERVAKELLQIPLQTLLSGLGLPSSTILRKISRKERLSGSESDRIARVLYIREQAADVFEDEDLAAQWMRRGNAALGGLTPLEVLDTQPGYDRVRDILARIAFGVAA >WP_203021165.1 ABC transporter substrate-binding protein [Rhizobium rosettiformans] >QRF54748.1 amino acid ABC transporter substrate-binding protein [Rhizobium rosettiformans] MHFFEAFNAPFARTRATAVALVFGVLAGAVTPTLAQDDPLGLIDPAVISVGTMGDAKPYAFTTADGTFTGFDIELFLNVAERLGFKKDQVVFTGQEFSALMPSVANGRFDIAAAAIGTTDKRKETVDFSDGYLAGFLTVLTPDAGIADAAGLNGKRLGVVQGTLQEIYAEKNFTGADLVKFPDNNSAVSGLNNGTIEAHFLDYEAAKDYSARYPDLKVAINIPSFDAPAGFVIRKGNDALREALNKALHDAMQDGTWKTLHEKWFPGTPMPDSYLPKP >WP_089095302.1 ATP-binding cassette domain-containing protein [Xanthomonas citri] >ASL00712.1 ABC transporter ATP-binding protein [Xanthomonas citri pv. vignicola] MPLITLQSVDYSVGGPLLLEKTDLAIEPGERIALIGRNGAGKSTLMKLIAGELEPDDGEVRVQQGVRIARLEQEVPQGTGGSVFDVVADGLGELGHWLAEFHQLSHADVFDADAFGKVQAKIDAADGWALDQRVTETLTKLELDGDAEFARLSGGMKRRVLLARSLVSSPDVLLLDEPTNHLDIEAIDWLETFLKGWSGSVLFVTHDRRFLRALATRIVEIDRGQVTSWPGDWANYERRREERLNAQAQENARFDKLLAQEEIWIRQGIKARRTRDEGRVRRLESMRNERVQRRELTGNVRMEVSQGEASGKKVIEAKEVGFAFGARTMVKDFSTIIQRGDRIGLIGPNGSGKTTLLKLLLGDLQPQQGEIRIGTNLQIAYFDQYRSTLREDWSAIENVAEGRDFLEINGKRKHVHAYLQDFLFTPERARAPITRLSGGERNRLLLARLFAQPSNLLVMDEPTNDLDVETLELLEELLGEYSGTLLLVSHDRDFLDNVVTSTLVMEGDGLIGDYIGGYSDSLRQRRTPVGNAMAVAKASATAVATAPVAAVPADAAAKRKLSYKDARELEQLPVLIETLEQQVATLTEAMNEPAFYQRDSAAMAAHTAALGDAQKQLDAAYARWSELDS >WP_233230645.1 YbdK family carboxylate-amine ligase [Streptomyces sp. I5] MDAESGRLVPRAGRLLERLGTTGFSSELQQSAVESNSEVHDTLDGLYADLSGTRRRLAAAAAEEGLAVAAAGTVPLARVTPRDVTADPRFRRMAEEYRRVADEQLICSAQVHADVPDRDTAVRAMCLVSPWLPPLLALSASSPYWLGSDTGYASWRTMLWQRWPTAGPAGCYRDAAAYDAAVAELIGSGVISDTGMLYQDVRPSAHQRTLELRIGDACPRAETVVLIAGLFRALVRDACHRLERGADPRCDGHHEWLRAAGWRAARSGLEGPLVDPWTRRAAPAHLVLRRMLHRLRPALEASGDFVTVRDLLDETLAAGSAADRLRRTVHEADLPTGIDLLVTETRGDRLPARAGTRRARPQVATRHAGGRSRLHPVTPG >WP_004960861.1 IS66 family transposase [Acinetobacter junii] >ENV67571.1 hypothetical protein F948_01104 [Acinetobacter junii CIP 64.5] >SSX95876.1 transposase component [Acinetobacter junii] >SUU20586.1 transposase component [Acinetobacter junii] MNTLPDLSQLTHEQLLEFTRQLAMQHQSLAQSNQELEKSNQQLDAKVQHLSILTQKYEHELALFKQHKFGSKNEHLTAKQIHLWDEAVEEDIAAVDLELERLNADKTDAATEKATVNKPKRRLLPDHLHTIRIEHEPTSTQCACGCQLRRIGEDISEKLNFRPAQFYKEQHVRGKWVCDQCDTLTQQAMPAYVIDKGIASPELLSHVLVSKYADHLPLYRQRQIFLRAGIDLSRSTLSDWIGRCGVELEPLANALKEVVLQQRVLHADETPVTIMRMGENDKKPKKGYVWAYATTQYNPVQAVIYDFQDSRSGQHAEAFLKDWQGHLVCDDYSGYKARFKSGDVIEVGCMAHARRKFHELHVTGKSQIAEQALVLIQKLYAIEAELRKKTDSTAEHRREYRQQHSQPVMQQLYEWLNQHYLTVPSSSPTAKAINYTLKRWPALSRYLDDGNLPICNNWVENQMCPWALGRKNWLFAGSLRSGQRAANIMTLIQSAKLNGLDAYAYLSDVLKRLPTHKVTQIEELLPHCWKPKLN >WP_230009938.1 cation:dicarboxylase symporter family transporter, partial [Microbacterium sp. Bi128] ITLVLGVLLYVVTRVNIFALMKYLGREYLLIVGTSSSEAALPRLIAKMEHLGVSKPVVGITVPTGYSFNLDGTAIYLTMASLFIASAMGAPMSIGEQIGLMVFMIIASKGAAGVTGAGLATLAGGLSAYRPDLVNGVGVIVGIDRFMSEARAVTNFTGNAVATMLIGVWTKQYDGERVREVLSGRMPFDEALLTGHDHSATPAADAKEEASAEAGTGPAPVDTRALDAFRAQAEAEAAAAARGRS >WP_034709917.1 DUF5686 family protein [Chryseobacterium soli] >KFF13268.1 hypothetical protein IW15_05580 [Chryseobacterium soli] MITFLENHIFAIQISLFLFILIVFWLIENFYQMQNSRQKVLHTFVNAHFLIFVIPVQMCLSVIALSVSNQTEINSWGLLKYLPVKENTFTFYLIAIVALDFSNFVYHYLMHKIPVCWRFHQVHHSDMEVDISTTFREHPGETFLRVSFFILTIFVLGISPWIIIVFQLFESSSNIISHSSIKLPERIDRFVSLIFVTPNSHSIHHHYRLPHTDTNYGDILSIWDHLFRTASRMCQKEVVYGINTHMNPVYNANFIMLIKRPFRRKNKKSGARNSGINNMLIFILILCSHTFRAQEKVLPEIKDSTVIETVLLAGKSKKRIKKEVNPAYKILLKVWQNKDENKKISNPFYEYDELSSTEIGLNGMTKSFTDDVFKKKTDSGMAKGLLTGTGDNFDIPIELLQTFRHHYVSPKFNLERSKLLGKKDIGVPQNLKLFERLEAAFKNIDPYEENIVLLNKNFVSPISREGFGTYDYVLKDSLKVDNETIYSIDYFPRESRELGFRGEFKISSINYALVSIVLKTPHHMNLNFVKDLDFSKTYSLNSQQKYIPESNNYNGVFTILSKKDEKGLFVIKKDFFSNYTFDEPQKISFYNVADEEQISSPTKDFIEENADAETKRIQKLVEFTSTTKKITNLTNALYSFSEGYFNAFKGIQLGNIYSAVASNEIQGFNFRLGFRTYQTLNDRFRIQGFATYGFKNNSLSFGLEGKYLLIKNQRVIIDAAYTDDYQQAGLTRFVGDYILPNAEDESKAIISRGRNYYLSKIDKASAKISMEPYKNFQFGVMANYSTIQSAAPDLFSLAFINPKTQALETQTNDFNTTFFINYTPRREVFGNGVERNLGIKLHPTLLLNVINGFNGVGKSQFEYQKINILYNHPIFTGKFGVLDPTIIAGKTFNPVPLSLASGVSANQTYFYAPNTFALLNYYQYVADEFVQFNVEHHFNGFLINHIPLLNRTKMRSVLLFRTYMGHVSGESNAVNRSNIKYNVPAKPYMEYGFGLENIGFGNLRPLRIDFIWNNISTKNNDNVSPKFGIRFGFNTTF >CTM60173.1 DDE_3 domain protein, partial [Streptococcus pneumoniae] >CTM75809.1 DDE_3 domain protein, partial [Streptococcus pneumoniae] MYQDEAGFGRISKLGSCWAPIGVGPHVHSHYIREFHYCYGAVDAHTGESFFLRAGG >WP_039608285.1 efflux RND transporter permease subunit [Pseudoalteromonas luteoviolacea] >KID57988.1 multidrug transporter AcrB [Pseudoalteromonas luteoviolacea] MKITDMAVKRPTFAIVINLLLLTFGIVAFTMLPLREYPDIETPIVNVSTDYTGASAAVVEAKITQVLENRISGIEGIKSINSSSRNGRSNITIEFNVDRDIDAAANDVRERVSRALDRLPEQVRPPEVSKSSDDENAIAWFVLNSTSMDTLQLSDYAQRYVVDRLAVVDGVSRVQIGGERRYAMKIWLDRQAMAARGITSSDIETVLRRENVELPAGEIESLDRDFAVRIARSYTSQRDFNELVVKRGENGYLVRLGEVANVSLEAQDEESTFRGNGKNMIGLGIVKQAKANTLDVVDNVRKELVAIKRNLPEGTKIEDSYDSSIFIRESISEVYRTLAIAMGLVVLIIFIFLGNIRATLIPAVTVPVALIATFMFLLAMGYSINLLTLLALVLAIGLVVDDAIVMLENIHRRIEQGEPRLLAAFRGAREVGFAIIATTLVLVSVFVPLIFMDGRIGALFTEFALAVSAAVIFSSITALTLSPALCSKVLKQEQEGRFSKWMNHQFGKLEQHYQNVLSRNIQSRYGLLCMLLLSMAASYGLFKQIPSELTPKEDRGTFFLMMSGPEGASYENNAANMAQIEQHLMPYVENNELSRVLIRVPGWGNMGGVAIVGMPDWDERKRSTWQVMSEISGKMQQVTDVRAFAIMRRGIGGGGSSRPIEFVLQGNDYQELAAWRDRIFERARSNPGLVRLDHDYKETFPQFLISIDKLKAADLGVSTDDIGRTLETMLGQRRVTTFIDRGEEYDVILKGTKADFTTPSDVNNVYVSSRTGQLIPLDSLITIKEEATAARLNRYNRMRAITISANLAEGYTLEQALDFLNTVASEENQIDGAIDYKGESQLFYEGASAMTYVFILALTVTFLVLAAQFESFVHPFVIMLTVPLGLIGAMLGLYFSNNSINIYSQIGIVMLIGLSAKNGILIVEFANQLRDKGLAFEHAIITAATQRLRPIIMTSLTTVMSAIPLVIATGPGAESRMVIGVVVFAGVSLATILTLFVIPTAYSILAKRTSSPEHTAVELGKQQQAFPHREQNEGVE >SPC33634.1 conserved protein of unknown function [Candidatus Nitrosocaldus cavascurensis] MNGVYIILIRVDSACRHRIRIGSLGMVMLTPGIYAYVGSAMNSLKTRIKRHASISKRLRWHIDYLTTHGCAKVISAVYAATDRRVECMLSCYLAEQHHAPFKGFGSSDCSCYSHLYLVNGLDDVLAVFKRCNLDAVVLYEEQ >WP_259287153.1 hypothetical protein [Corynebacterium sp. HS2168-gen11] >MCS4535293.1 hypothetical protein [Corynebacterium sp. HS2168-gen11] MNIDDSKPAAPAPKLRVKPWHVLFLAVLIICTWALAWWQWTRFQSGTGTFQNLGYAFQWPFFGFFFVFAYRKILQYENEKAAFEAEQNDPFVLPNTSATPTTIAEDFLPERKSLSVEEFNELHKPTRRRSQP >MRB85170.1 DUF3480 domain-containing protein [Bacillus thuringiensis] SFLCLYFSVVSPIDGKSMETITNVKIFHGSEYKANGKVIRWTEVRK >MCD6544917.1 Nif3-like dinuclear metal center hexameric protein [Flavobacteriaceae bacterium] MTIKNITDHIEKLAPLTYAEDFDNVGLLVGKLQTEVTGVLVALDTLEETVEEAIEKNCNLIVSFHPIVFKGLKKFNGSNYVERVIIKAIKNDIAIYATHTALDNSNLGVSAKMAEIIGLKNTRVLIPQRGIIKKLTTYVPHKNATDLREALFKSGAGNIGNYDHCSFNIKGEGTFRGNEDSNPAIGNIGELHVEAETLISVIFEKHLENKILKSLFEQHPYEEVAYEIITLDNTHQNIGMGMVGELEVDKEIQVFFKELKQIFGLKMIRHSSFVKNKVKRVAVLGGSGAFAIDQAKSAGADIYITADLKYHDFYKAENQIVLADIGHYESEQFTKNLLVDYLTKKFTNFAIILSEKNTNPINYI >MBK4335994.1 glucosyltransferase domain-containing protein [Enterobacter hormaechei] >HAS1333091.1 hypothetical protein [Enterobacter hormaechei] MRFHKSDKLIFLLAALFSLPFLLNAELFKDDLYRAVSGDPSYWDKDSRPLTTVLMKVLNLGGMITDVSPLSFILGMVCMIISAIIISRAISSNRPSYFSSAFASLIFLNPMFIGNAVFSFDSATMGASIVVAIASAYFFYNRSYIDVVWKIVAVTSVMSMYQPSSALFVTMTAFIVIVKILEHESGYIKGLILNAISFVAGFTIYTQVVQKIYPPNEYALRNSQFIDFHNGILTGLHDAFSRNLDPVIGSMPSIVKATLVITLAISVACVIRCAFSRDYKIQDRILLVVSFAFSLIMFSGFSLAVKSD >MBA0628892.1 hypothetical protein [Gossypium davidsonii] MTEAVIRKKPGMASVKDMPLLQDGPPPGGFAPVRYARRIPNKGPSAMAIFLAAFGAFSYGMYQVGQGNKIRSIYLLKKFDGSGKGKIVEIQWFADIQGGLTDWLVHALELNNGGTNVEVADFHGMMHASEQDYDIEKLLAFDVKAKFLKAVVENQVLVVSGEMNCARIFSEKEEYLVKQWISDSLRVKLLNYSRIGVGFSNVGVIFGGCKKRPEIFTFCRALKEEKFAARRAILPVLQAEEDERFVKEWKKYLEYEAEVMKDVPGWKVGENVYNSGRWMPPATGELRPEVW >WP_281459228.1 iron-containing redox enzyme family protein [Pseudomonas sp. P13] MTALTPLQSRPATVHSFMDAGSVRQCYERLLHGPDDADKQTVAQAFLQQCVGQAAALPLELPDTPTALQDWVEQHSAGVARQYAEYLERRKNAGPREFFTCKAHALYFLQAVAPTKLVDGSWLYGVLKHWHDHRFEGLLSTYLEELGDGNPSQNHVVIYRKLLAEHDLSDAPDIEDERYLQGAVQLALGYGGDEYLPEVIGYNLGYEQLPLHLLISAYELTELDIDPYYFTLHVTIDNASTGHAHKAIQSLLQLMPMEADREAFWHRVTLGYRLNDLGQGSRTIIESFDLYREVLDMLERKRPFGQHMHSDYCKFEGKTVNQWLAAPGQLEGFLTALQNKGWIKRHEDPQNSRFWTLIEGAGAAMFGVFSPYEKQLLHDWIAGDWTQEGTKKTPRRAHGAACEPQMPIEDPDVQSLQQTLRGQTPDAQMQTLMPWLSARCHSHPAGLLATRRFIELKSALR >CAD7578726.1 unnamed protein product [Timema californicum] MVELVEMEIRELMGEMGYDGDNIPVVAGSALCALEGKKPEIGRGTVVTGRMERGVLKKGNDCEFIGYNKVLKSTVTGVEMFHQILEEAQAGDQLGALVRGVKRDDIRRGMIMCKPGTCKAHDNVEAQVYILSKDEGGRTKPFMSFIQLQMFSRTWDCATQVIIPEKEMVMPGEDSKLVLKLLRPMVLEQGQRFTLRDGALTLGTGVVTKVLPSLSEKERMLLTEGKKAREAKKN >SOD38336.1 Site-specific recombinase XerD [Enterobacteriaceae bacterium JKS000234] MDRIVTNTIKMDTGERCCLITDKVSKVPLYYPCLYISTELRKKNESISTIELHSASIALFYRFLNLKNIDIEARIRTAEFLHLQEIDGLKEFITKRMKKEKVANLDSGCRVNSNTQYFRLTAIIKYLEWLCDFFTVSYKRDHKLIEKFIAKLKSHRPKIRFKNQDPAKDRNLNQNQINILFEILKIGSEMNPFNSDVQRRNRLMILILYNLGLRAGELLNIKIADIDIGSQTIFINRRADDPHDSRIKQPLVKTLSRKLSISDDLSQEISNYIKVERRKHRMKKDNGYLFICHKKGNTFGEPLSIQAYHKIINALRISCPDLSRMTGHKLRHTWNYEFSSKMDRMESPPNQYEQEQMRSLLMGWKEGSGTASTYNRRFIENKAAELALNMQKDMINRGGV >TYG55675.1 hypothetical protein ES288_D08G002100v1 [Gossypium darwinii] MDGHGSHTASTAAGNNVRNASFYGLAEGIARGGVPSARIAAYKVCDDTGCTSEDIMAAFDDAIADGNDLLSVSLGPESSSEFYLDPIAIGAFHAAEKGVLVVQSAGNSGLAGFQSVASVAPWILSVAASTTDHHFVNKVVLGNGKTLTGLSINSFSLNRTKVPLVYGLQASSDCDEFSARLCLPNCLNKTLVKNKIILCDDMQGVDEAYNAGALGLITKYRSDDVSFVVPLPAITLSSKDYDSVTSYLNSTKQPKAKILRSETITDKFAPIVASFSSRGPNFIVPDILKPDISAPGVDILAAYSPVASPSITATDTRRVKYNIISGTSMSCPHVAGVAAYVKTFHPHWSPSTIKSALMTTAFPMDAPRNQGAEFAYGSGHINPVKAIDPGLVYNTVKGDNIRFLCSIGYDKVTFHRTVTNVGVARSTYNATIATLLELEIKVVPQVLSFKSLTEKKSYKYDDRSLFFLLCSSVENYLIRSYKRSFNGFAAKLTNEEAKKLSSFKGVVSVFPSKVNHLHTTSSWDFLGLNQTVKHNATESNVIVSVIDTGIWPESDSYSNEGFGPPPKSGRELVRKLIRARVYITDSARDTEGHGSHTASTAARNNVVNASFYGLAEGTAREGFHQQGLLHIKYAMFIRIIFVFEFYSVPVAIGAFHAAENGILVVQSAGNSGTLGKQTVSIVAPWILTVAARTIDRLFIDKGFSVNFFSLNRTKVPLVYGLQAKSYCHKSIARVCDPGCLDTSSVKNKIVLCDKEAYNAGALGSITPIPWTNISFVVPLSAFSFKMRPDRNAPSGDILAAYSPVASHSTTTTDRRRVKYNIISGTSMSCPHVTGVVAYVKTFQPHWSPSAIGSALLTTAIDHGLVYDTVKGDNIRFLCSIGYVEGTIRIVTGHNSSCPEKTLPRDYTYPTLTAAIPQYLLKLQHISYNSKLEIKVVSQVLSLKSLMEKKPYNVTVTGKTLKPFLMVCASFLWSGDNHNV >WP_094953410.1 MULTISPECIES: hypothetical protein [unclassified Pseudomonas] >OZO01442.1 hypothetical protein B7453_26915 [Pseudomonas sp. IB20] MTEVEAISILGNHGWICGVDEVGDRSCSMDLGDKVVRIFPTIGKRSDHFRVTFMPSISSRKFSAVVSSILGEDVKYDPVIVSNEIPEKLEGFSVSDVLRLSEKAISWANSQNLEAGLAAYRDLPTDAKGAMPLRHLAALAIAGEVSRLGSYRQSFEKGNRLGFVPYITSAMLDSAISIAQEHAT >WP_108324249.1 MULTISPECIES: SRPBCC family protein [unclassified Limnohabitans] >PUE19687.1 polyketide cyclase [Limnohabitans sp. MMS-10A-192] >PUE27048.1 polyketide cyclase [Limnohabitans sp. MMS-10A-160] MTHTVRFQRVLRAPAERIFRAFIDPDAMAKWLPPHGFTGRVHEIDARLGGSYRMSFTNLGNGQSHSFGGTFLELVPSERLSHTDTFDDPNLPGQMTTTVTFKPVLVGTEVNIEQSGIPEMIPPEMCCLGWQESLTLLALLVEAEIPS >WP_195238978.1 peptidase domain-containing ABC transporter [Clostridium perfringens] >EHA1010026.1 peptidase domain-containing ABC transporter [Clostridium perfringens] MNNLFRKYYCIKQHDFKDCGCACLATICRQYGLKYPISKIREVAGTDKFGTSALGVIQAAEKLGFSAKGVKANKPEDIFGEIPLPAIAHVVIDKTMLHYVVIHKISEKEIIVADPGKGIVKYKPSDFFNIWTGVLLIMTPTSSFNKGNEVKGVFTRFFDLLKPQKGLLFNIFLASVLVTIFGILGSFYFKFLLDDIVPNNLKESLTVFSIGFILLAIFKVITEAFRTQLLIHLGQRLDIPLMLGYYDHVVNLPMNFFGTREVGEIISRFNDASKIRQAISGVALTMMIDVFMVLIGGFILYYQSPLLFGITIVPLVLYGIIVFIFKSNIEKVNRETMEGNAKLTSYLVESLNGIETIKAFNAEREVNLETEKRFIKFIKAIFKNEYINNIQMSLKSLVKGVFAIAILWIGTIQVLNGKISFGELLTFNALLVYFLNPIENIINLQPTLQTAVVAAERLSEILDLSLEKAGDEHKKINPNSLNGKIEFKNVDFRYGTRQLILKNINMTINKGERVALVGESGSGKTTIAKLLLNFYQCEKGEIIVNDYNLLDINVEALRDKIAYISQETFLFNGTILENLMLGNPYLTYEEIIEACKKAQIHDFINSLPLRYNTLVEENGSNFSGGQKQRLSIARAILRKPEILIMDEATSNLDSITEKAIEKTIHEFSEGMITIIIAHRLSTIMRCDNIYILEKGEIKEQGSHKELLEKQGRYYELWKEQLPDIEKVEIKEVVEYEV >KAG7283570.1 hypothetical protein CRUP_026497 [Coryphaenoides rupestris] MTKVKGFGVYNNKVMDVADYVTPTQGASVFCIITKLITTENQVQGYCPECNFDLDEHTYCPIFRVGDIIRYAQQNFSELAQKGGVIGIKIGWMCDLDRAEDECGPSYSFTRLDAMSQNNPVSPGFNFRHTSSGETEESRYVSQVFALMAVCYGPVQWVRLATLRRAPAVLDQWVTLPIFAWVPVWCAYIEGGASAWRPLVAVAVQLCSVLSYGLSLGHSRGFDVALGCHIVVAVRKGVAVQRLYGDGVSLRHLLLAVVSCGGFVVLKLLDHWLAQQHSEGSVAEQVDGHQQWGDRGHVIIIAEETWPQGQE >WP_280427578.1 hypothetical protein [Nocardia brasiliensis] MQIRGARIAVVPCTIALALLAGCGDDDKSSGAPTGTSAPQSAATSSAAPSSTAAPSAAPTTEAPPTATRPPAPGQVDPAQYRQQSGYYFQTPSGSFLCAILDQPISDNAQAGCQGPTNPAPAQYRDCWAKDKYAGALAVGAKAEPLCLNQGVFVGEPLDGGTRGGGRVLPYGAMLTVGSFTCDSTEAGVTCTNDTAGTGFQISRESNRTF >WP_223292749.1 ferrous iron transport protein A [Breznakiella homolactica] MKAADVTLDMVPAGTLGRISRVHGEGALRRRLLDMGLTPGTSVKVVKLAPMGDPMELELRGYSLTLRRADAANIDFDLMESGHDR >WP_244355613.1 DUF3413 domain-containing protein [Vibrio gelatinilyticus] >MCJ2376181.1 DUF3413 domain-containing protein [Vibrio gelatinilyticus] MLSFLKTRLSPYYEFLIFNSLLATLVAIRYFSYFPDVPFDTAQVAFTVTSVFSHMSLLALVFGLVCMVLCFLPFKAKRVVLALFATIAISFLIVDTMVFGFYRFHLNYPVLSLVASGQIVEFPMTAWLVLAAGMASIFALQWWVLGRVEYKQFALTRKLRKVFMGLFLATTLASHSIHIWAAATAYQPVLFVNQYLPLFYPTIANSFLMKHGYLDREELAKKQAKKPTIQGGLNYPRSPIVGTAPVQPKNIMVILIDSWRSDTVTQEYMPTVYQASQEGLSFDRHYASGNATRMGTFGLFYGLPGPYWHPMLANQRSTVLMDRLQELDYNIGIFTSAHIESPEFNRTIFANIPNLRIRGKSMGNAAERDIELVDDWTKWYEDRSDKPTFSFLFFDAPHGFIFPDDYEPKFEPMSGPNNPFVRSNDSDPEPIFNRYRTSTHFVDSLIKQVFAKLEEQGTLDDTVVVITGDHGEELNDNGQNFWGHNGNFTEAQVKVPFIMIGAGVDKQANQWPQGEMTTHFDMVPTLMSNYLGVTTDVKDYSIGENLYGEYVERPYTIISDYGDYAIVSKDKIFSLKGNGLYEVKDGRNRLLPKQEIDAERMKYALDVLSRFSE >CAG9435424.1 hypothetical protein NVI2019_OGMBKCAO_03906 [Providencia alcalifaciens] >CAG9436218.1 hypothetical protein NVI2019_PLFLNFOB_04023 [Providencia alcalifaciens] >CAG9436231.1 hypothetical protein NVI2019_ANGEOOBF_04024 [Providencia alcalifaciens] >CAG9436252.1 hypothetical protein NVI2019_KOLGMIGM_04025 [Providencia alcalifaciens] >CAG9437519.1 hypothetical protein NVI2019_OHEONHNH_04023 [Providencia alcalifaciens] MISRRLFLGGCVAFSTLSTFGFAFAKATDANVSQGYMVLSKEASKDIYNFFSYACGHCYRFHPYVQQLRQSLE >ECE8916583.1 autotransporter adhesin BigA [Salmonella enterica subsp. enterica serovar Typhimurium] >ECG3165274.1 autotransporter adhesin BigA [Salmonella enterica subsp. enterica serovar Typhimurium] TPPDDSGDDDDTPPDDSVITFSNGVTIDKGKDTLTFDSFKLDNGSVLEGAVWNYSEQDNQWQLTTADGKTLNVTGWDVTDANAAVIEGTQENGLYWKYDSRGYLIIADDNTTVISGDDQAHNSDRGMDISGQDRTGVIISGDRTVNTLTGDSSVTDGATGMVISGDGTTNTISGHSTVDNATGALISGNGTTTNFAGDIAVSGGGTAIIIDGDNATIKNTGTSDISGAGSTGTVIDGNNARVNNDGDMTITDGGTGGHITGDNVVIDNAGSTTVSGADATALYIEGDNALVINEGNQTISGGAVGTRIDGDDAHTTNTGDIAVDGAGSAAVIINGDNGSLTQAGDLLVTDGAMGIITYGTGNEAKNTGNATVRDADSVGFVVAGEKNTFKNKGDIDVSLNGTGALVSGDMSQVTLDGDINVVSVQDSEGVFSSATGVSVSGDSNAVDITGNVNISADYGQDDLAAGAPPLTGVVVGGNGNTVTLNGALNIDDNDLSATGGQYLDVVGLSVTGDDNDVEIDGGINITHSEDPLDGTSADITGISVSGNSTVTLNGHSTIDTNTVVGGHVVLARVNNGGSLILGDDSVVDVNVSYIPTGYYTYNALLMADGEGTSIENKGDITSHGVYSVIRADNGSEVSNSGDILVYATSSNSSEDRAAITRASGEGSAVHNKAGGDITLISDQTPQGSGGIEVYPLKWYTHTFYAMMASDYGDVVNDEGATIHLQGAGVYGVTASRGKALNEGNIYLDGLVPTLDDENNITSTSYWQPSSLYLTSSGMVAGSTDADGDATAINTGNITVNNAGFGMMALNGGTAINQGVITLTADDGVTGQADELVGMAALNGGVVINDTSGVINIDADYGQAFLSDSSSYIINNGSINLNGSPMDDTDSHMGGTPTDKIWIQSLPGSGDSDTRTSDTGFFTAGTLANYGTETLNGDVDVNGGWLYNEAGASLTVNGTVTINGGANALANYGTLDADAISTWHSLFNEADGSITTDLLTLNGDVTFYNNGDFTGSIAGTSYQQEIVNTGDMTVAEDGKSLVSGSFYFYNEEDATLTNSGSAVEGGENTIINLTRANDSLTQVNSGTITATNGYSAITTVNGSNDPKWIWNTATGVINGINPDAPLINLGRGYNFGNQGTINVQGDNAVAISGGTSSYVINLVNSGTINVGTEQGKEDGTNGTGLIGIKGNGNATPINNTADGVINVYADDSYAFGGKTKAIINNGEINLLCDSGCDIYAPGTTGTQNDHNGTADIVIPDATTAPTEGSIPTPPADPNAPQQLSNYIVGTNADGSSGTLKANNLVIGDNVKVDTGFTSGTADTTVVVDNAFTGSNIQGADNITSTSVVWNAQGSQDADGNVDVTMTKNAYADVATDSSVSDVAQALDAGYTNNELYTSLNVGTTAELNSALKQVSGAQATTVFREARVLSNRFTMLADAAPQIKDGLAFNVVAKGDPRAELGNNTQYDMLALRQTLDLTASPNLTLEYGIARLDGDGSKTAGDNGLTGGYSQFFGLKHSMAFDEGLAWNNSLRYDVHNLDSSRSVAYGDVNKIADSDMRQQYLEFRSEGAKTFTMMGDALKVTPYAGVKFRHTMEDGYKERSAGDFNLSMNSGNETAVDSIVGLKLDYAGKDGWSATATLEGGPNLSYSKSQRTASLQGAAGQSFGVDDGQKGGGVNGLATIGVKYSSNDTALHLDAYQWKEDGISDKGFMLNVKKTFR >MCP3654032.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] >MCP3949106.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] >MCP4034788.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] >MCP4557152.1 cobalamin biosynthesis protein CbiD [Herbaspirillum sp.] MNEASGELQRAEYDLSVLAPNGLRRGRSTGSCATAAVRAALYRLLAGMTVQQTEVSLPDGLHYLSVPIQSVSMIDAETAQAEVLKDGGDDPDNTHGATIVAQVRRNAGGEIRFFAGEGVGTATMPGLRVAVGEPAINPVPRAMMRAAVTEVLAELPPEASSCGFDLTIGCREGLSIAPKTFNPKLGIVGGISILGTSGIVEPMSMASWIASIEVYIRVALAACAPGDAVAYLPGKIGRVFVAQTLGLPDKRSVQIANFLGDALDFTQKALAEEGRTLPLLWLAGHPGKLAKVLDGVWDTHSSKSNMAMQGVARVAEEMNAAGQGVLFDASLLQQMKEANTVEAIIELVRQQDAALSRRLWCEIEARIAALTQARVPAVERIAVRLFDLDGQQLGEGA >XP_036163171.1 glycylpeptide N-tetradecanoyltransferase 2 isoform X2 [Myotis myotis] >KAF6268443.1 N-myristoyltransferase 2 [Myotis myotis] MAEDSESAASQQSLELDDQDTCGIDGDNEEETEHARGGSRGDLGAKKKKKKQKRKKEKPNSGGTKSDSASDSQEIKIQQPSKNPAIPVQKLQDIQRAMELLSACQGPTRNIGEAAKHRYQFWDTQPVPKLNEVITSHGAIEADKDNVRQEPYSLPQGFMWDTLDLGNAEVLKELYTLLNENYVEDDDNMFRFDYSPEFLLWALRPPGWLLQWHCGVRVSSNKKLVGFISAIPANIRIYDSVKKMVEINFLCVHKKLRSKRVAPVLIREITRRVNLEGIFQAVYTAGVVLPKPVATCRYWHRSLNPRKLVEVKFSHLSRNMTLQRTMKLYRLPDVTKTSGLRPMEPRDVKAVRELTNSYLKQFHLAPVMDEEEVAHWFLPQEHIIDTFVVENSSGKLTDFLSFYTLPSTVMHHPAHKSLKAAYSFYNIHTETPLLDLMNDALIIAKLKGFDVFNALDLMENKTFLEKLKFGIGDGNLQYYLYNWRCPGTDSEKVGLVLQ >KYP14137.1 MAG: hypothetical protein A1D16_20000 [Flavihumibacter sp. CACIAM 22H1] MNASIAIALLTKLKLIFETDASSEKQDQKFLAFQNGEFTVGKELFYFIEPSKYGISLTEANVKRNEFAGLFNFVAQQADMVTILPDMLPDIYSTVLKKAIAANSHRTPAQEEQYRNAIEYLNREETQAGTVITPLARYEQYQQLYKTCISEYKTRQLQAAMAEGAGAEAVKAQWNTDEPALKNELSKALLLWETKGKKQEVENWLGIFNQLAGAAPVSLLADLRSDYELFAKTSGADGLAAEFSYLPTLFNPSNFFEEQVAWPQLSLDKMEVAALYEKAPEALKRLFEKGDSEPEIRRISFEYAVVTIVRDWFPFKEFFQQRFWKLPAGEAVIADGNGGGLIPSFPEKLIFVRNLVISFETLVQPAAVKNLSSELFFRLEPQVKRQLKAKSAVLFEKRLSLRRSTLAAPVVATDVPVATRRFSSALFKTADFRKFSGSVVKPPPVPPTPPVSTAGSTEIKSPEMELLAFICRKMPLCPNPDPNLDWS >KAF5321974.1 hypothetical protein D9619_001008 [Psilocybe cf. subviscida] MTLDIITAKVMGRRTPSPSRGRHDEDRNAKDEHRSSRHESSRRSKYDEEDRSRRHRSRSRSRDKDSDSHRRKRDRSRSKDAERKKRKRDKSEERKARKAEKKRLKEEEEARRVAELSIYSATDNPFHDVNLGQQFSWHKKNEQERKKGLTLAESQHRDALRRQEAKEELERLNKRRAEREVEARLREEEELRMSRLQESAQMSEWLSKDGDFQLEQERRRAAIRIKEKRAKAIDFLALNLKYVNPPDEEEAEQEEEDAGLEIDLDEPYNIFDNLSSDQTHELHDDIERYLVLENSDANIDFWTNMMVVCKDRLDRIENNKRMGAEAAAAVEADISALLSGKTYDDLSSLQRRIQDKLTSGEPVDTDYWEGLLKKLLVWKAKAKLKSVHEVVVRNRLEQLRKRQRDEALQAQEELLAGVARSALRRNEHDVAVEMNVSEEWVSAEDMEPYDRSMSPPVIDITILSLDERDIDILLEKEDRQTLVSSEYQQRRSVAASRFVPKIAQAAPAEAPSEEAAASGADLASEALYRAEAEKDLDEEEELFNLEENIANPTTYNWEDKYRPRKPRYFNRVHTGYEWNKYNQTHYDTDNPPPKVVQGYKFNIFYPDLIDKSKAPTYKIVKEPGNDETVLLHFSAGPPYEDIAFRIVNREWEFSHKRRSGFRSAFDRGCLSLWFNFRRNFYRK >MCD8523842.1 OmpA family protein [Saccharospirillaceae bacterium] >MCD8532368.1 OmpA family protein [Saccharospirillaceae bacterium] MNENELEQLKEQEGHWVAVSDLMAGLMMVFMLISIVFMINVEHERDKIRDVAILYDHLRVQLYEDLKSEFAGDMQRWGAELDKDLTFRFNNTEVLFDKGAADLKPEFQAILADFFPRYIGIITRETYRDDILEVRIEGHTSSAWYGALNDDDAYIRNMDLSQKRTRSALGFVLELPDVSANKDWLKSHLTANGLSSAKVVRDDNGVENDERSRRVEFKVRTDAEGRIATILDRVLP >RVU05718.1 efflux RND transporter periplasmic adaptor subunit [Novosphingobium umbonatum] MPRTRPLPSSSLQLPRHGAKVLLPAAMALMLAACSAPPPPPPPPTPVVAAAPLERRVVDWDDYVGRFEAVQDAEVRPRVSGQILRTMLQPGQRVTQGQPLFEIDPRPYRAALAQAQAEVARANALLVNARQERIRAADLFKAQATSREELEQKEAAERSAQAGLMAAKAAASARALDVDFTIVRAPITGLLSDKRVSIGDYVTAGQTPLTRVVSLDPIRFTFDGAENLYLKYMREAEKGGRPSSRTSPNPIDIQLADEKGYSLHGRMDFVDNAIDKASGTIRAHALVANPGGKLVPGLFGRARLIGSGTYPALLIPDAAIVTDQTRQFVYVVGRDNKAAIRNIATGPMVDGLRVVRSGIDKRDKVVIEGIGRLHDGSPLAARQGAITPKPDAQSPISQPAQAPQPSQATAK >WP_096671147.1 cyanase [Polaromonas sp. AET17H-212] MNRNDITEKIITVKVSKGITWESVAKKVGLSKEWTTAACLGQMTLDEKQAKVVGKIFGLTAEEQKWLQVVPYKGSLPTPVPTDPLIYRWYEIVSVYGTTIKELIHEEFGDGIMSAIDFSMDIVRTPDPKGDRVNVVLSGKFLPYKTY >WP_265822109.1 molybdopterin-dependent oxidoreductase [Geovibrio ferrireducens] MKQLRMNRRDFIKATAVTGTALSMSGLGSGMLVPKADAAEESGVQIIETCCRNCTAECGVLAHVKDGRVIKIEGNPEFTRSEGALCVKGLSGIQALYNPNRNKYPLQRVGARGENKWKRVSWEEAIDKIARKLMEFREKYGAESVFASTGGGGNPNFMSPGRFCNSFDTPNWFEPGAAQCYLPRTLMFMFCYGGGTFYNSDTSLGDNNIHEAYDYNNLKTKAAVLWGTAPSYSGPSQSGRVLVENRAKGVKTVVIDPRFTPDASKADVWLPIRPGTDVALALAWMRYILEHRLYDHEFCLKWTNMPYLVNTKTKMHLRESDIKQGGRKDVYVVWDRKSKTAKALEYPWNDTLDAAMEGTYTVNGSECKTGFQMLKERCEPWTIKKAAEICWLREADIVKAIEIYAQTPSWLSLGVATDQNPNSTQMAHCAAILNIIMGNIEKPGSALQRFKNVCRSPVGTDPLMNFLSHDQLKKRLGGNEFKGMMQWWTGNVAKHLDALRTGKPYKLKAWLERSGNKMGTVANTYEWSKVVHNLELIVHMYMYPTGFSPYADFLLPTNEWLETDLPVDCFNKFFARQATTHLYETVNEYEIWAWIVKRCADLGHEQCKRTFDPKETAPQHPTFTNYNDQLDWWCKSYGMKWEELKKGPIEKFPLSDMKEYYVYKQIDPATGKPKGFNTISKKCEIYLETLITLGRTGAPFVQKPLPPAPHDYNPLPFYIEPEESPNKPIGKEFPLVMTNGRLPFWHHITLRNIPYLREIQPVADIWLNPVDAKKYGISQSDWVWVESKRGRINARALVTEGIAKGTVYMERFWNPENINEKTHGWQEMNVNVLSRSDGPYNEVVGTYTLRGYQVKIYKAEGAPKGVWIKPEEFEPWMPQASKPTKRVAGVVK >WP_173081441.1 hypothetical protein [Fundidesulfovibrio magnetotacticus] >GFK92917.1 hypothetical protein NNJEOMEG_00745 [Fundidesulfovibrio magnetotacticus] MRGAACGVLAALCVLASAPCAAQDPSALAEALRPGAQAFERLLPELDAMAGPMSRDVLDGKADLHVFYGLVTARLLYVECQDTLSLWRSARAQECPALGAALLERLTGTAQRLEGAADLIEGALPMTGIPRMGLVGHAATRAIRAYVAPIKALDAAREKQAL >EMD82508.1 hypothetical protein C725_2229 [Pacificimonas flava] MGQAYTDSLLRKHAALDNEISQEAHRPHPDDLRMRHLKREKLKLKDAMSVQL >WP_022710297.1 alanine--glyoxylate aminotransferase family protein [Pseudochrobactrum sp. AO18b] MLQVPAYMLTTGPVPAYPEVLRALGQPVLYDYTDAFQVFYQSVIEKLAQVMRTGNQPVIMQGEAILGIEAAAAGLIARQDVVLNLVSGVYGKGFGPWATHYGREVIELAVDYDDVIDPQAVETMLQKRPDISIIAVCHHDTPSGTLNPLAEIGAIAARHGAFLIVDAVSSFGGMDVHPEAVHADIFITSPSKCLGSTPGLTLAAVSDRAWQKMAANPDAPRASFLSLLDWKEAWRAGNAFPVTPSVAEIYALNTALDLYLTEGAENVWARHAQTAQIAREGVKALGLDLWSRQEATAAPTATVFKVPDGISDVALRDQMLRDYDVLVSLGRKDTAGKVLRIGHMGASAQPEFAAKAVEALAGALKKLKI >MBT3784852.1 Na(+)/H(+) antiporter subunit D [bacterium] MIASEIPPSLLLMGGSLLVPLFRGWWKKFYLLALPVIALWGFLQLEPGNYWEFTFLQIPIVLGHVDKLSTAFGIIFLLISFIGVLYILHQKDNLEFVAGLFYAGSAVGAILAGDLFSFLVFWEMLTLGSMFLILARKTPESTKAAFRYVLMHVFGGLLLISGIILRIHETGSFEFGQIGLSSLSTYLIFFGMGVNCAWPFLHTWLVDSYPSSSLGGAVFLSSFTTKTAVYALARAFPGEHLLIWIGVGMAAFPIFYAVIENNLRKVLAYSLLNQLGFMVTGIGIGTPLALNGAVAHAFCHILYKGLLWMSMGAVLYRTGRTKCTELGGLYKSMPWTCLFCVIGAMSISAFPLTNGFVSKSLIMSASLEEHLYLVWFVLLFAAAGVFHHAGIKIPFFAFFSHDRGLRTREAPGNMLAAMGIAGFLCIFLGCYPDPLYALLPNAVEYQPYTYDHFISQAQLLFFSALAFSLLMLAGLYPAEIRSVNLDFEWVYRKSARGFYRLMDLLLNGINSVTDRILAREFTSWISALFKNFPGLVSTKILSVGWLISGVSSIEMQSKKAAMMARFENGTVSIGFSAIAALFVLCWLIGW >WP_059267425.1 MFS transporter [Escherichia albertii] >EFF3308547.1 MFS transporter [Escherichia coli] >EFZ3939896.1 MFS transporter [Shigella sonnei] >EEW0786604.1 MFS transporter [Escherichia albertii] >EEW6708954.1 MFS transporter [Escherichia albertii] >EFG2485759.1 MFS transporter [Escherichia coli] MKEKLWTKDFWAITIISFIIFFVFYILLTLLPIYISDRLHASPDKAGLLVTLFLIAAIVIRPFAGQWVGKYSNKAILVLSSLAFLLVTALYPFCQSIQSLLFIRVLHGITFGVITTVKGTISARLIPASRRGEGISFFSLAMGLAMVVGPWIGLNMARWEAFAPALWLCTGVAAVGVILSLIMTVPLILCHAGGFKAKIGFAAMFDRAAMPFAMVTFFMTFSYAGVSAFLALYARELNLMSAASSFLLCYAIFLMICRTFTGNVCDKKGPKYVVYPCLVFFTIGLVVLGYTQGSMMMVVSGALIGIGYGSVTPIFQTQIISSVESHKIGVANSLFFNAMDAGLALGAFVMGMMVAHTGYRMIYLLGALLVVVAGGIYALQVKGKSGVTLVATEEIH >WP_138583465.1 dethiobiotin synthase [Pseudoalteromonas sp. S2755] >TMN33102.1 dethiobiotin synthase [Pseudoalteromonas sp. S2755] MNQEYFVTGTDTEVGKTYISTLLLKLLAKHGKKAFGFKPIAADAEEAFGELVNVDAISLMEAATVHGTYEQVNPFCFAPPIAPHIAAKQVNVDITVDKLHERFSEIQQLGAEYILCEGAGGWALPINDNEYLYDWVVRAQLPVILVVGMKLGCLNHAFLTAESIKQKGLNLVGWIANQIDPEMSVFEENLESLKLRLDCPLLATAPYSEGTPKLQLRSALLELFELKSGTS >OEC37898.1 hypothetical protein A7D27_24070 [Pseudomonas sp. 1D4] MNVRQGMRGLLALALSALCPLALAKASLEVKVTPANAALKANIEAFIGSLGDRDETALRRFRRAAEEQARQAAQALGYYQAEIDSQVRPGKDPVLRLGVQPGEPVRLRQVTVRVEGEAADLKAFKVPKSKTLAPGEPLNHGLYEDAKKLIQSQALRYGFFDGRFRSQRLDIDPRAGVADIELIYDSGPRYALGRVAFDGDTPFDPELLARLVPFPPNTPYDADQVAKLSQNLQASGYFEEVRVDAQPEPGTGRLIPVKVRLGAVKPRTLGLGVGFSTDVGPRARANWTRHWINPQGHRLGAESEISTARQSVGTWYEIPLDPPLTDSLRFTSGFQREQLTDVESRRFTLGSQWQSKLPDDWQRVVSLRWEQENYDFGDGSPNGRSSFLIPGIGYSVTRSDNRLDPNQGYHLQLDVRAAKEGVLSEADMTYASAMAKGLYTLPGGHRLLGRVQAGGIATTDYGAIPPSLRFFAGGDQSVRGYDYQTLSPEDRQGNKVGGRYMVVGSAEYQYPVAERWRIAAFVDRGNAVNNLKDKLKTGAGIGVRWVSPVGPIRLDLAKALDDPGGFRIHFSMGPEL >MBI2416798.1 site-specific DNA-methyltransferase [Ignavibacteriales bacterium] EKRKVIAPYKENGVPKDWEETVDGNFRLTYPSNIWTDLTIPFWSMPENTEHPTQKPEKLLAKIILSATDTGDMVLDPFLGSGTTSVVAKKLGRKYLGIEMEEQYCLFAEKRLKMANNDKNIQGYSDGTFWERNTLGAQSKKNKLHNTLDIFPEH >WP_276256752.1 IS200/IS605 family transposase [Halovivax sp. TS33] MEATRSNHTVYNINYHFVWCPRYRHSFLDHVADTLESEFHAIIERNDYELRSLHISPDHLHVFLGAHPKHAPSEIVSRLKSVTARRLWSEYPEVMRSLYWGGRCWERSFYVGTAGEVSRETIEQYINRSEHV >WP_154541351.1 MULTISPECIES: pirin family protein [Anaerococcus] >MSS78348.1 pirin family protein [Anaerococcus porci] >NVF10746.1 pirin family protein [Anaerococcus faecalis] MDREVIKKVQGFRTKDGAGVSLVRVLGNQTVEDFDPILMLDSFDSINPDEYTAGFPMHPHRGIETVSYLSKGKMVHKDTLGNEDGISDGEVQWMNSGSGIEHEEMVPAADRLLGVQLWLNLPQKEKMSKPTYTKIHKDEIEEIDIEGGKIRLISGSYKDHNGFKGEHLPLDYYDIHLEPNREFTIETDNDKSVMIFTLVGDVYVGDEHIEEKTAAKLSEGDKLTIKNGDNNAQVLFISSNKLNEDVAWAGPIVMNTSKEIRQAYEDLRNGTFIKEKIEFNAD >NXL14598.1 FANCI protein [Setophaga kirtlandii] MAQRILSLAAEEGPERLQEALQSLAEGELGDMVTRQALKGRETAALLRGIFKGSPCSQRSGVLRRLQVYKHCIPLVESGDLHLGKVSEIIGLLMLEAHQLPGHALAELASLFVDVIKGGSLNNGKSLELFSTVLTALASSKENLAYGKGELNGEEFKKQLINTLCSSKWDPRCVIHLANMFRDIPLSGEELQFVVEKVLRMFSKLDLQEIPPLVYQLLLLSAKGSKKTVLEGIISFFNQLDKRQKEEQGVPESVDLEVATMPLDQLRHVEGTVILHIVSVINLDQDLGEELIKHLKIEQQKDPGRALCPFSVALLLSVAVKHRLQEQIFDFLKTSITRSCKDLQFLQASKFLQDLFPQQYDITAVILEVVKNSAFGWDHVTQGLVDLGFSLMESYEPKKPFGGKAADNSYGLSKIPAQQACRLGASILLETFKVHEPIRSDILEQVLNRVLTKAASPVSHFIDLLSNIVVSAPLVLQTSSSKVTETFDNLSFLPIDTVQGLLRAVQPLLKVSMSVRDSLILVLQKAIFSRQLDARKAAVAGFLLLLRNFKVLGSLSSSQCSQAIGATQVQADVHACYNSAANEAFCLEILGSLRRCLSQQADVRLMLYEGFYDVLRRNSQLASSIMDTLLSQIKQYYLPQPDLLPPLKLEGCIMAQGDQIFLQEPLAHLLCCIQHCLAWYKSTVRLCQGAEDDEEEEEEGVGFEQNFEEMLESVTRRMIKSELEDFELDKSADFSLSSGVGVKNNIYAIQVMGICEVLIEYNFNIGNFSKNKFEDVLGLFTCYNKLSEILKEKAGKNKSALSNKTARSFLSMGFVSTLLTALFRDNAQSHEESLAVLRSSTEFLRYAVSVALQKVQQLEETGQTDGPDGQNPEKMFQNLCKITQVLLWRYTSIPTVVEESGKKKGKSISLLCLEGLLRIFNTVQQLYSAKVPQFLQALDITDGDAEEADINVTEKAAFQIRQFQRSLVNQLGSAEDDFNAKETQSLITVLSTLSKLLDPASQQFLQFLTWTVKVCKENALEDISCCKGLLSLLFSVHVLYKSPVGLLRELAQDIHACLGDIDQDIEVEGRCHFAIVNAKTAAPTVCLLVLGQVDKVLEEVDWLIKKLTSLGSDTSEDPSQASNQTQALEKGVILQLGTLLTVYHELVQTALPAGSCVDTLLRSLSKTYAILTSLIKHYIQACRSSSNTIPGRLEKLVKLSGSHLTPQCYSFITYVQNIHSESLSFVEEKKKKKKEDEAAAVSTVMAKVLRDTKPIPNLIFAIEQYEKFLIHLSKKSKVNLMQYMKLSTSRDFRINASVLDSALQEQNSEDAENEPHNDQSSTAEQTDENQEPKKKRQRKR >RUM68418.1 MAG: Ppx/GppA family phosphatase [Sulfurospirillum sp.] MAKRTTIIDIGSNSMTLVIYEKSSRFAFHLIEKVRSSVRIGENAYSDNGELTPEAMDRAFYTLQDFMQISKSYKARKVFCVATSALRDAPNRSLFVQRVRRNLKLNIKVIDGTKEAYYGALAALNLLPPFKEAVTVDIGGGSTELAKIKDGKIVDTISLNVGTVRLKELFFDRKKGFKDASKYVEEVLSEVPSHFRSDVVIGIGGTIRALSKAIMREQKYPIDTLHAFEYKYDRYEKFIKKVAKSPVLKLKDFPISSSRYDTIREGSTIFYVLNKRLKTRKVVTSKAGVREGVYLHDILRNTNYRFPHNFNVSIKSLLDRFALLPRQCEHTRRIADEIYGALCDEFDREKRYRFELLQAAKLVLIFNRLNIYSNSDYSFFFLLENLNFSLSHKSKLLIAILLRFSQKGKVDSTIYKNYKKLLPDSETMAWLTFIITLSEAIIRDKNLDPVEVVYDGTLLTITSERELFLAKEIVKKIKKPKTFAVILKSKTQG >NAB09037.1 type VII secretion protein [Enterococcus durans] MNDGPIIADLLPDIARRLGILDPSIVYGGYRLLISDGDPLSPAKTLREQHVPNHSTLTLEPGASSDTDIIYDDVVEAVGASVQHVYRPWTSDHTTFTSLVIGLGLLVISAGWIALFPASIWASVLAFGFSAILLALTAALCGKNLLVQSTAIGLIASIFTAIGGYQLVNLLAGKQPLHALPLLGASLGLAAAGILMSLAASKTRPYSYIPILIGAICAIPSVLSTLMPQQMGHIWILTSAVTALTASALPWMCLSFARISVDSPHSESEIFALPNDIDYQDIKRRYIA >WP_152652784.1 ATP-binding cassette domain-containing protein [Photobacterium carnosum] >KAE8178601.1 ABC transporter ATP-binding protein [Photobacterium carnosum] >MCD9525179.1 ATP-binding cassette domain-containing protein [Photobacterium carnosum] MNENAIIATNVTRKFGDFVAVDNLNLAVPKGTIYGFLGPNGCGKSTTLRMLTGLLTPTTGCVNVLGLDIPRQAEQLRLRIGYMTQKFSLYQDLTVQENLEFMGQIFGIPKAQRKRRIQQQLITYGLDQRAKRRASELSGGQRQRLSLAAATIHQPDLLLLDEPTSAVDPENRREFWEQLFDLSDQGTTILVTTHYMDEAERCHGLAIMDAGVVRANGSPYALMDAMAVTVVEIEAQQLRRLKAQIIQLPLVRSAAQLGVRLRVLVSKEINDPIGWLQLQIPTLAQAVMTISRPSLEDVFVTCTGEGRQ >MCH7618159.1 flagellar export chaperone FliS [Candidatus Marinimicrobia bacterium] MQSKKTYVKTLNRHYLENKIRHATQADLVLMLYEGALNFLNQLRNAILEKNHTVKDDAYYRVQAILQELQNGLNMQEGGEIATSLGSLYAFMLKHLFEANNNSDVQAVESISVMLQELREAWETAMKEQKSVILDGQYGDVYQKLGPQRG >WP_166652585.1 HWE histidine kinase domain-containing protein [Enterovirga rhinocerotis] >TDR87296.1 PAS domain S-box-containing protein [Enterovirga rhinocerotis] MNAPVVPRLAALVLPPGLDPAPIAAALHLAGIAPLSVPLPWSATADLAHDLRRCGLAIVVEKALDGDDLDHIATVLAAETTMADYPVIILSSRPRLQARLERAERRLAGLAEVMVLDWPPHPATLAGLARAALAGRRRDTEFRERVASLEASRAASVRSDERLKFAIAAAKLGFWELSFPERRLVASDLCKVNLGLPPDEDLTYDGLLDIVHPEDRQKLLDLAQQAIDGHTDYDIECRIAVPSPGQRWAEIRGRATYENGEATGMVGLCLDITERKAAEDRQHFLMRELHHRVKNTLSTVQAIVGATARGATSIDQFYRDFTGRVISLANTHTVLTEELWQRASLHELLAKELDLYDHGNERVRVNGPPLELPSGFAVPLGMAFHELATNAAKYGALANGAGTVSIDWTVDETDRPPRVRVAWTEQDGPPVSPPTRQGFGTRLLERVLTAQMHAEVGIDYDPAGLRVQVSFRLPEGTAGMPSKG >QPH00767.1 hypothetical protein C2857_004728 [Epichloe festucae Fl1] MKFGEQLRSSVIREYQWYYIDYNGLKAELKKATGPVRTGDAAGNEWTEEDEIRFVGKLEAELEKVHTKQQVKAMEISRRIAVSEHEVKDVVNRLNKRGLGEDGPSEEEFMLLEEDLSDIIADVHDLAKFVQLNYTGFYKIIKKHDKMTGWHLRPVFDTRLKAKPFYKENYDASVIKLSNLYDLVRTRGNPVKGDSAAGGGQANFFRQTTKYWVHPDNVTELKLIILKHLPVLVFNASKEFEQQDSAITSIYYDNPDKWDLYEGRLKKTEGAEAIRLRWYGGMQTETIFVERKTHREDWTGEKSVKARFAIKEKNVNAYMRGELLPAAIFEKARKEGKKSEKAIAEDERLASEIQWSVLKKGYKPVCRSFYNRTAFQLPADARVRISLDTELTMVREDNLDGRSRSGDNWRRMDIGIDWPFSQLPAEDVVRFPYAILEVKLQTQMGQESPEWVRQLISSHLVESVPKFSKFIHGTACLFPDRINLLPYWMPQMDVDIRKPASHDFGIRRPGLSGTANTSDDDEEDLDSNDEEDRPAPRAATSNSQSSARALPAPADTEGQTVDQPTGNEDYPIYDSDGEYDPNYELEEARRIGGWHYYFTLFATKGRAARDGTLNVLKYLIPKPRSTEVPRSARLQMLFGSGAIQSRKFKAPPGKKIYVPVRVEPKVYFAAERTFLGWLEYSIYIGTIATTLLNFGDHPTRTSFWISGIFTLLAILSLCYSVGVYLYRSKSIRDRKAARFYDKWGPSVLCASLFVAVLLNFAFEGRERRVW >HCN71343.1 diguanylate cyclase [Pusillimonas sp. (ex Stolz et al. 2005)] ERHDGRLAVLFIDLNRFKSVNDAYGHAVGDALLQQVADRLILCVRASDTVARVGGDEFVILLTDLAQDDDAYQVADKVHLAMVQPFLVEGVEIEVGGSVGVARYPQDGVDMTMLLRFADEGLYQAKRAGESLD >MBN8536342.1 aspartate--tRNA ligase [Deltaproteobacteria bacterium] MESRDREFKKNKFVLNIKRTHYCGHLNQSHANQKVVLMGWVDTRRDHGSLVFIDLRDREGLVQVVLDPKKSETALAKDLRGGYVLALEGLVKSRPEGMKNSKLKTGEIEVEALTCEILNESATPPFQINDENVNEMLRLKYRYLDLRSPRLQNHLIVRHRVAQSVRRFLSDEGFLEVETPILYKSTPEGARDYLVPSRVNLGHFYALPQSPQTLKQLLMISGYDRYFQIARCFRDEDLRADRQPEFSQIDIEMSFIDVEDIIQVNEKMLKQLWKEIKGVDVAKIPRMTFQEAMDRFGSDKPDLRFGMEIKDLSKILGTQTGFKVFDDVLARGGIVRGIPVPKGGTYSRGQFDKLMEMAKKSGAKGLVWIKSEADGSYSSAASKFFTQERLKEIFIATGAGMGDCCLIIADDYDVACSALNSLRLHLGRELNLIDHSKDYFLWVVDFPLLEYSPDEKRWVARHHPFTSPKDESFDDLINNNDKAYGKILAKAYDLVCNGYELGGGSIRIYRNEIQQAMFRLLGLSEEDTKIKFGYFLEALKYGTPPHGGIAWGMDRLIMLLCGTDAIRDVIAFPKTAKATDLMSEAPTAVNRDQLVEVGIRLTPQAEKFIEEGKKQN >WP_083453642.1 PAS domain-containing sensor histidine kinase [Desulfatitalea tepidiphila] MSSLPPSLGQHVSTDPDKQVDLKAYFIKLERKFLLGLMAAFLVPLILLSAYFHYQFHMTLKETGKLNLAAIAESQRNTVDLFLQERLVNIFALFHNPAFSLVPSQQQMDSLLRQLRQTSDAFIDIGYLTQHGMQIGYAGPFPFLQNKDYSAQDWFSTLESSENGYAISDIYLGFRNKLHFTIAAKQTVNDHPVILRATLDPDKFYLFLKTINRGQGVASALVNREGRIQLADQGVDEALSVSSYIPPVDVPSGAQTIVTNGDAVLMAHAWLKEVPWSLLVSEPLSIAYAQLYKARKFMLIGSTVILVIVGMTIWMATHALVAKARENAEKQDALTAQLLHASKLASLGALATGVAHEINNPLAIILATSGVIKDMLNPEFNMDASPAQIIQEIKVVEEAVFRARKITQQLLNYGRKSEPHLARSNINAIIDDVLLGFKERSLGLDDISVERQFDADLAMVMVDQDQLRQVFLNLINNAGDAIQGPGKITISTNQDEETVRVTITDTGKGMDSEQLKRIFDPFYTTKEVGKGTGLGLSVSIGIIESMGGTIEVQSLPGAGSAFTVVLPKNKSKGAINGKSNAD >EDF8564338.1 hypothetical protein [Campylobacter coli] >EEP1989649.1 hypothetical protein [Campylobacter coli] MVKKIFIFLFLANSVFAVSSLELAKNLVANPSKDSQLRLLFPSSSYMDNKGNPDIGKIARILKTNSLINLTLPEPRTLKLNFKAKADSVVFFKILTDALTNLGYIYFIPTDMILRDGNIDYTIQVESQYILDPGALYALLKDNSVYIDNIKRIGTYDYEYDLNFENAQLNTNIDLKLNSTQALERPLKDYVFTLQGASNLMIDAHDADFWFPKVLFLDKNLNLIKAVKSQAQNNHFSELIPSGAVYAIVSDMYSLDNIRRGLKITLKK >GEP01990.1 poly(A) polymerase [Methylobacterium oxalidis] >GJE30184.1 CCA-adding enzyme [Methylobacterium oxalidis] >GLS61935.1 poly(A) polymerase [Methylobacterium oxalidis] MTIPESLDAPGLSRLLARPGVSAVLAALDAPSEETRLVGGCVRDALLGRDVSDIDLATTLLPADTMARAERAGLKAVPTGIDHGTVTVIADGDPFEVTTLREDIETDGRHAVVRFGRDFVRDAKRRDFTMNALSLGPDGSLYDLTGGLADLAEGRVRFIGDPDTRIREDALRVLRFFRFHARFGADAPDAAGLDACIRARDALDGLSRERVRAEFLKTLMTPGAVAAIETLSRTGLLTRLIAGICDLGRLDRAARAGLCVNGRLAAGFVLSTVDAERLRLRLRLSNAEFAVLVAYARALAALLTPEAIDAAALRALAAEHGAPTLGRALTALDGERRPALSPEARALLPALLDPSAARPVMPLTGADLVALGLMPGPRIGQALAAARRLWLARGCPTDAAAREDLIATALGADAARQPEPGRKKPAGPG >NP_177230.1 Phosphoglucomutase/phosphomannomutase family protein [Arabidopsis thaliana] >Q9SGC1.1 RecName: Full=Probable phosphoglucomutase, cytoplasmic 2; Short=PGM 2; AltName: Full=Glucose phosphomutase 2 [Arabidopsis thaliana] >KAG7659130.1 Alpha-D-phosphohexomutase alpha/beta/alpha I/II/III [Arabidopsis suecica] >AAG52345.1 putative phosphoglucomutase; 31864-35570 [Arabidopsis thaliana] >AAL90895.1 At1g70730/F5A18_9 [Arabidopsis thaliana] >AAO11543.1 At1g70730/F5A18_9 [Arabidopsis thaliana] >AEE35105.1 Phosphoglucomutase/phosphomannomutase family protein [Arabidopsis thaliana] MVSFKVSLVSTSPIDGQKPGTSGLRKKVKVFKQPNYLENFVQATFNALTTEKVKGATLVVSGDGRYYSEQAIQIIVKMAAANGVRRVWVGQNSLLSTPAVSAIIRERVGADGSKATGAFILTASHNPGGPTEDFGIKYNMENGGPAPESITDKIYENTKTIKEYPIAEDLPRVDISTIGITSFEGPEGKFDVEVFDSADDYVKLMKSIFDFESIKKLLSYPKFTFCYDALHGVAGAYAHRIFVEELGAPESSLLNCVPKEDFGGGHPDPNLTYAKELVARMGLSKTDDAGGEPPEFGAAADGDADRNMILGKRFFVTPSDSVAIIAANAVGAIPYFSSGLKGVARSMPTSAALDVVAKNLGLKFFEVPTGWKFFGNLMDAGMCSVCGEESFGTGSDHIREKDGIWAVLAWLSILAHKNKETLDGNAKLVTVEDIVRQHWATYGRHYYTRYDYENVDATAAKELMGLLVKLQSSLPEVNKIIKGIHPEVANVASADEFEYKDPVDGSVSKHQGIRYLFEDGSRLVFRLSGTGSEGATIRLYIEQYEKDASKIGRDSQDALGPLVDVALKLSKMQEFTGRSSPTVIT >WP_206913767.1 hypothetical protein [Agrobacterium sp. OT33] >MBO0126447.1 hypothetical protein [Agrobacterium sp. OT33] MAFEPRIEPYQRADDVGYAVSEFMWFKGRPFYPISALVQAKVAHARLSAEKCDDQDEDNLDILFRMPVVAGGHFFEIVLRSNEGTSYGGWLWGEELEILNEFVNGYRVLAGKFEGRLIRFEYSRRFQRYRTMEPLPVEKSVFLIQREAKPYAVRRDLPAGPAR >UOK61174.1 helix-turn-helix domain-containing protein [Paenibacillus sp. OVF10] MSEWSDSFEVSWTTYQIVLIGFSGSDPEESEQIQNFKNVVSRTYASERQGFVLYFAPYIVLLLNNSPVSELGWTELHKNLQLLSGELRFEMDVAVGQPVRSLEEVVHSFRTAKSLLERSFFYDRGRLLTEETPESYRQETVHSPVLSMSNKEEEAFRLHYLVDVGHASAISSILNEIALQQVANQADEKEIRDRFFYLANETVRKIHSHVWSLSDYPGDPAQFLAEVYHSRYIQDLVDRISVVMERLARCADYNSKDNEMKRLLDYIDRHYGDNLRLEMLAVLFNYSSSYLGQLFKSYTGEYFNAYLDRIRIQKAKELLAQDMKVYEVAERVGYSNVNYFYTKFKKLEGESPSFYQKKNNLEQISSTNGNKRTVGEIFNLYMKRNVFSENTKDFRMKGVKICDMS >WP_033677965.1 YbgA family protein [Streptococcus mitis] >KEQ47129.1 hypothetical protein SK608_1549 [Streptococcus mitis] MENNNQRALCQQLWARNKYLVLSHSSNIYNEIRQYLKNEEVEVSLVQEMIDRACQIPEHRGQVCNAFQHIWGYFKKKATDTERKDYMLLLDCYRFGQASKEDLITKTRDLLNRYPNTYLQHSTLLKEDSHETLA >MBF1231925.1 DUF559 domain-containing protein [Isoptericola variabilis] MHPSKLRRFDDVCIHREQIMSDEEKRTHVASIGTVLERVLVCMPLKVSLPMLDAARNRGLYDVSTLTIPPTGSRLPHLREALSLSSDRARSILETVARLQLIDMGLTPQVGVWIEGVGEVDMIILGFIVIEVDGWAFHSSKEQREKDLKRDRELLRRGYVVLRFTYDDVMNGDFAREVPVSVEALRRLVPDTGTEDAQAAVKNAGFLDILRGYLPSYHPQH >MBQ1196899.1 DNA polymerase III subunit gamma/tau [Clostridia bacterium] MHQALYRKWRPVDFDSVCGQEHITDILKYETERGLFCHAYLFCGSRGTGKTTCAKILSRAVNCESPRNGNPCGECPSCRAILEGTTTDVLEMDAASNNKVDDIRNILDEVVYSPSNVKKRVYIIDEVHMLTTSAFNALLKTLEEPPEHVVFILATTEMQKLPATVISRCQRFDFRRIATPVLVSRLKYIAKEENITLTDDAALMLARLATGGMRDAISLFELCAAAGREVTAATVSETVGVRGREAMSETVRAITQKNCARLFEIIAEIDASASDLGVFWQELIEYYRDMLVMKTARASASKYLDLTDSESERLAADAAAFTRELLSYHCRLLDDAYSAMQRPGASRRTVAELALVRLSDEKLGATPEALLARIAALEAKIAMGIPTALAPAPTPAPKNDAPAFDDFGEPPPFDEYDIPPADDDFVPYVPEDVKPVKKSAPKATPKPAPAAAPAPAPAPVKREEAKPISAPTPVSTPAAAKSRTLRPIRQWAEILDAYQSTAPMIVALLNTENAYFDEEGRIIICYSQSLTKTMLSLPDKFKAFCSAASVALDRPITEKDIIFELVKKGEAPSDAKILADELNELAQGNND >WP_189254710.1 protein-tyrosine phosphatase family protein [Lentzea flava] MFVRTIELPDGAVITGRGLRQGKIVDPHPEYGVYLQHRPVDVPWPHDWIDWPDFRLPRDHDAAIGVIRALHARALSGERVEVACSGGVGRTGTVISCLAVLSGVPADEAVAWTRAHYHPRAVETPWQKRWVRRFPPS >XP_022371551.1 protein FAM171A1 [Enhydra lutris kenyoni] MSRSAALLFCLLGCNVWKAETKTLREPGAGAQEVTLKVHISDASTHQPIPDALIEIFTNQVSIASGTSGTDGAAFVKFQYKLGSQLIVTATKHAYVPNSAPWKPIRLPVFSSLSLGLLPERSATLMVYEDVVQIVSGFQGARPQPRVHFQRRALRLPENTSYSDLTAFLTAASSPSEVDSFPYLRGLDGNGTGNGTRYDLTPVTAVSVHLLSGDGTPVLVDGPIYVTVPLATHSSLRHNAYVAAWRFDQKLGTWLKSGLGLVHQEGNQRTWTYIAPQLGYWVAAMSPPNPGPVVTQDITTYHTVFLLAILGGMAFILLVLLCLLLYYCRRKCLKPRQHHRKLQLPVALESSKRDQSTSMSHINLLFARRESEFPGPLSVTSHGRPDAPGPKELMSGVHLEMMSSNGEVDMHTPMLKLSYSTSQEFSSREELLSHKEEDKSQISFDNLTPSGTLGKEYHKSVEIFPLKSRKSLEREGCESPGNSEYRRSYNAMLSQPLFEKQDRDGQASGNHIPTGSKLTIQEHMYPAPSSPEKEQLLDRRPTECMMSRSVDHLERPTSFPRPGQLICCSSVDQVNDSVYRKVLPALVIPAHYMKLPGDHSYVGQPLVVPADQQLEIERLQAELTSPHAGIFPHPSSQIPAQPLSCQAISQQHLQDAGTREWTPQGASMSESLSIPASLNDAALAQMNSEVQLLTEKALMELGGGKPLPHPRAWFVSLDGRSNAHVRHSYIDLQRAGRNGSNDASLDSGVDMNEPKSARKGRGDPLSLAQNHPAGQEHPPKEPRATDSASYTQLVYLDDMDQSGSECGTTVCTPEDSALRCLLDGSGRRSGGQLPSLQEETTKRTSDVPPEPLASPEQRRSAQEDDEEEDEEDQGEDKKSPWQKREERPLMAFNIK >PLX13980.1 MAG: hypothetical protein C0594_00615 [Marinilabiliales bacterium] MKKVLITITALVISLTAFAQDKKVLNDYINTFVQEKNAATERQLDFLIKLAYDDDITKLNQERETNLKKAAASYKKIDRNILSYAGDSKLKKITLKLFNVYKDAYANMYKTTNSLYKKKNASYNDMLKYINKLNEVEENIYNIETEFDKTVQEFVVAHKAEGFNYDNSNYILLKKITLVNKHYRELFLSYFKAADLNRIFMQAVNEKNPKMTTEARKRMIDGLNKEEEKVKNIEAFNDDDKSVNSAKKLLKFYKGLAEKDYADLEALIIRYPGWSPGDVNKHNNIIKNFQKKSIKYHGSFQSDSQALIQSVVPKKLK >CAH9132908.1 unnamed protein product [Cuscuta epithymum] MRAVLAKINEGSNYLTSGIVFSCMDIFTIFFSKFSIIRSMQCVAHYVQYNFFLICINNSSTFLVCGIISHNVSNLCRLNPICTQSRSSSGPTTASDILAILVNNMLFMNNFHLIIYHIKHCQQI >HHU23657.1 aldo/keto reductase [Acholeplasmataceae bacterium] MKTMNKTFTLYNGVKIPKLGFGTWQIPNGQVCFDSVTSALKVGYHHIDTASAYGNEESVGKAVRDSGINRKEIFITTKVPAEIKSYYKAKEIINRSLELLNCEYIDLLLIHAPKPWSEMHSSNPQNYDKENVEVWKAMIEAYQEGKVKSIGVSNFEIADIENLIKQTNFKPMVNQIRYFVGYTQDELTKYCQANDILVEGYSPLATGRILKNPEIQKIAEKYRKSLPQICIRYLIQKDVLPLPKSTHAEFIEANSEIDFEISDSDMNYLDNLKDTINN >PAV59276.1 hypothetical protein WR25_20475 [Diploscapter pachys] MERETIFAVNGQSVVMIRKERGKWRNEDRNEPRRALELKNEVDRQSSRREHRGEQGTSEKIKEKKKMKAQKPKEFECMNTHAQDRSRVRSWPASRKQPIQ >WP_233281725.1 ABC transporter permease subunit [Pseudomonas tructae] MTLKLALLSLALSLALGLFGASAKLSRHKLLRIPATLYTTLIRSVPDLVLILLIFYTLQLWLNDLTELLGWDYFEIDPFTAGVITLGFIYGAYFTENFRGAILSVPAGQLEAATAYGLSKVQRFRLVLFPQLMRFALPGLGNNWLVLLKSTALVSIIGLADLVKAAQNAGKTTNNTLYFLIIAGLVYLLITTLSNRLFKHLERRYNTGIKELAR >MCA9869097.1 S8 family serine peptidase [Anaerolineae bacterium] >MCB0201682.1 S8 family serine peptidase [Anaerolineae bacterium] MFGKTYFGVLVIAVITITLVAVGCVPPTPVPVTPTEPPMNDDDVNRLLSGREDPYNLVYHVEIADGKDVSFEIGELPEDAFGDEEIEVERKEDAVPEREPDRVHPILRELVFGRGEVFTEPVIVVLQETLTIPRFPSLPVGVSRDSDIGKRALAISEDRIEQLLSKRSADSERFLQIAGEQGVQIELMEQYWLINGFVAKTELDTDALERLLSLEQLSYIQPAFTGEEPPQDGNANNDVDDGRARIVSDPYFNLGLTSGYIGLLDSGIRDSHQLFNSPRQVDFLRDCVNGGANCNNTAAAGYNTTDNWDHGTSSAGILVGNNRLGNAFRGVTDITLDSWKIYTATGLDSAAAVRGIQRAVAVLDRVLVGEIQAIEGENGAIAVASDNAYDAGAVNVAANGNPGPGTGNVRSPGLAHKTIGVGALDVTDLSQYNNQGRGPAPDGRYKPDLQAPNNSETSESGSDTDLGTFGGTSGATPYAAGAAALMRNWLRSHSTYDNGAVYAHMIQSGTQAWPGYSNTTGLGLLQMPVNGQAWWGKVNVGNGGIINIPIGVGPGSSNLRASLWWPEGQAEQHDDIDVHLIDPGGIERAKGYSGVSIFERAQVPGNLASGQWTVRIRGYNVASGPQQVFWVVDVGS >MBI1189702.1 gfo/Idh/MocA family oxidoreductase [Tepidisphaera sp.] MIGGGSGAFIGAVHRLAIQLDGEARVVAGALSSTPERALESGRELGLAADRTYPDWRAMLTSERQRPDPIDAVVIVTPNHAHFEPALAALNAGFHVIIDKPMVVEPAHASALQEAATRAGRILAVTYNYTGYPLVRTARELIRTGELGPIRKVIAEYHQGWLATNLASEGQKQAAWRGDPVLAGAGALGDIGTHAENLIRYVSGLHIESLAADVHTLVHGRRVDDDALVRLRFAGGAVGHISVSQVCVGEENGLALRIYGENAGLTWRQEHPNELHLNTLSGDRRIITRGSTASQAQGLGATRLPPGHPEGFIEAFANVYRGVFAAMRGERGAEYPDVNAGAAGVRFVAAALSSRGAWVPLR >QOL09497.1 NADH dehydrogenase subunit 2, partial [Hypsilurus modestus] MALLITTWQKIAPITLLYMISNHTQTEIMLTXGTLSIIIGGWGGINQTQLRKMMAYSSIAHLGWTMTAISITPNIALLNIIIYMTISTPVFLLLTSTSIKTLQTTTTVWSSSPTTAFLLMLLLMSMAALPPLTGFTPKLLILDNLVMNKLTPMATTMALLSLLSLIFYLRTVYLVSSMTPPTTAQSTTLWRLKPNHSQLTTALTPLALFNITIMPALIV >CAI4531609.1 BDH_1b_G0025640.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI7165907.1 BDH_1b_G0025640.mRNA.1.CDS.1 [Saccharomyces cerevisiae] MLHTKCTHITINGTCLSGLNPVPFTHNAHHYPHFNIYISFGGPKYRINALNTYVIPLFHHILTTQYIYTYFNIIEKSPPKSPKRKN >WP_012084538.1 exodeoxyribonuclease VII small subunit [Kineococcus radiotolerans] >ABS02609.1 exodeoxyribonuclease VII, small subunit [Kineococcus radiotolerans SRS30216 = ATCC BAA-149] MPDQDSPSGLSYEQARDELLDVVRRLETGGTGLEEALALWERGEALADRCQQWLDGARARLDAARAEPEAEGAEEGSG >MBS1587439.1 ligase-associated DNA damage response DEXH box helicase [Bacteroidota bacterium] MAQEWFTRNNWQPHKFQQDTWDAITSGYSGLLNAPTGFGKTYAIWFGVLQAYFAKKKRPSGLHCLWLTPLRALSKEIYYSTQRVSDELGLDYDIALRTGDTSQKERVKQKKKMPHGMITTPESVHLLLAQKDYTQTFKNLEFVVVDEWHELLGTKRGVLIELALARLKALNPKLKVWGISATIGNIEEAKEILLGTEPGKNKLIRSNLEKKIQIETLLPDEIETYPWAGHLGIQLLDKILPVIHNSNTTLIFTNVRSQCEIWYQRLLDADPSLAGQIAIHHGSLGEEVRLWVENALHDGLLKAVVCTSSLDLGVDFRPVDTVIQIGSPKGVARFMQRAGRSGHQPGAISKIYFLPTHSLEIIEGSAMRYAIAHKQIEQRVPYIRSFDVLIQFMVTLAISDGFRPDELYEEVIKTHCFESISREEFNWCLAFITKGGKSLDNYDEFHKVVVVDGVYRVVSRRVAMRHRLNIGVIVSDSMLHVKYLGGKKIGMVEEWFLSRMSPGDVFWFAGLNLELVRIKDMTAFVRKSTKGKGIFPSWQGGRMSLSSQLTDAIRLKLDEYHKRKVKDIEQVKLVPLFERQEAVSCLPDVDELLIEKAKTQEGYHVFIYSFEGRNVHEGLSALLAYRIAQSKPMTFSLGFNDYGFELLSDQEIPIEEALQNGLFNTGHLLADIYASVNIVEMARRKFRDIATISGLVISNYPGKQTKTRHIQANSELFFKVFEDYEKDNLLLQEAYEEVMTFQMEQVRLMRALERMQKQKIIIKELQQLSPFCFPIFAERFREKLSNEPFEVRVRRLIEQERK >WP_109832405.1 peptidylprolyl isomerase [Reichenbachiella versicolor] MRKYFSALTILMVILSSCSKENKAKESKKDFIVTIQTTYGDMKVILYDETPLHKENFLELARSGQYDSTIWHRVIENFMIQGGGIDMKNGTNDDKKIDAEIVKGFYHHKGALAAARQGDQVNPKKKSSWCQFYIVQGEVYDSAQLKSMETQMTDRKKGQLFGEVIRRPENADILSAGQEFQREGNRQKVDSLTQIVMGIVERELGPIGFSEEQFKAYSTVGGSPHLDNEYTVFGKVIEGLDVIDRIAAVDKGRGDKPKIDIYIKMSVEELPKKKITKMYGYEYSKSEK >NDH41984.1 VacB/RNase II family 3'-5' exoribonuclease [Gammaproteobacteria bacterium] LGLSDERDLEALGKRLRAMQRAGQLNSGRRGAYGVPERMDLWRCRVMGHRDGYGFARPLEGGDDLFLSAREMYQVFDGDEVLVAVAGLDRRGRAEGQIVEVLVRAHTQVVGRYMEESGIGFLLPHNTRIKNHILIPPKAKGGARHGQLVSATLTDYPSATLGAKGRVEEVLGDHLDPGLEIDVAIRAHGIPWEWPDEVLREAGALGEEPAEADKAHRVDLRTTPFITIDGEDARDFDDAVWCERDGKAFQLRVAIADVSHYVPVSSALDEEAGIRGNSVYFPERVVPMFPEVLSNGLCSLKPEVDRLAMVAELRIDPAGSVVDTAFYEAVIHSHARLTYTQVGEVLDNGWHEDVHTDRLEGLFRLHALYKVLREARSKRGAIDFETVETRILFDENRKIDAIVPVNRNDA >EFX84833.1 hypothetical protein DAPPUDRAFT_314368 [Daphnia pulex] MKCQLKLKVILLIWIQTVNAFGSVPSLKHYDTLHASQLGHSIVKRGIKESTHPYNSIKELSFSALGKDFRLILHPSKGILHHNFQSYAVDGDGVEKPILGGDTGFYQGRVFGETRSHVNAHIEDGLLTASIVTKEDSYHVEPSWRHLPESNQESMIVYRGSDVIFDHEPPKWNFWTSSSVQKNHSFARTCASVQEEGNATEEAVHASEQLMILEAENSGRNKRQAGVGPPDPYGFSAAKTRCPLLLVADYRFFREMGGGSTKTTINYLISLVDRVHALYAATIWRDGNENESDSPVLSGLGFVIKKIVVHTEATRVRESELHYNMEKPTWDVRTLLEVFSREYSHKDYCLAHLFTDIKFEGGILGLAYVGSPRRNSVGGICTPEYFKSGYTLYLNSGLSSSRNHYGQRVVTREADLVTAHELGHNWGSEHDPDLPECSPPASQGGSYLMYTYSVSGYDVNNKKFSPCSLRSIRAVLLAKAGRCFTEPEESFCGNLRVEGKEECDAGLLGSEDNDSCCDKFCNLRRNQGAVCSDKNSPCCKNCMLMPAGQKCREAQRATCEQEAKCTGTSSECPASAPQPDGTECLEKGQCRNGTCLPFCETQNYQSCMCDTVADACKRCCRYHLNDTCFPFEPYDILPDGTPCVHGFCNSGICEKTVQDIVERFWDIVEELSINRVLSMLKDNLVGAVLIVSTLLWIPASCLISWVDRKRKRQLETEEAWLRSGELIHPSENGTRRIIHARLRPSQQQR >WP_024498088.1 MULTISPECIES: mechanosensitive ion channel [Gordonia] >ATD70869.1 mechanosensitive ion channel family protein [Gordonia sp. 1D] >KAF0969980.1 hypothetical protein BPODLACK_01670 [Gordonia sp. YY1] >UKO90478.1 mechanosensitive ion channel family protein [Gordonia amicalis] >UPW14663.1 mechanosensitive ion channel family protein [Gordonia amicalis] MTIQNLAFEWTDTNREWLIENPIRIAAYILLALVVRYAIHRVIDRATRPRSRDGGRTRGASLIRGFRSKTPTTERSAQIAARRAQRAATIGSVLKSTVSIVLLVWVVLSVLSVLGVNIAPFIASAGIVGLAIGFGAQNLVRDFVSGVFMLLEDQYGVGDIVDLGEAIGEVETVGLRVTTLRDIDGTLWYVRNGEIARVGNMSQEFAVARVDVPVAPGADIDKAQRVAAEAARLAVEQDDTDILGAIEMLGVQEVSSEKVVLRLTVKTMPNGQWAVQRRLRRVILQAFVENSIDLPYSRAWAGFMEPVGS >WP_130201530.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >EGQ9291731.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >EGR0070046.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >EJE8545528.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >MCA3891378.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] >MCA3954373.1 trans-2-enoyl-CoA reductase family protein [Vibrio vulnificus] MRIEPIIQGVVARSAHPFGCEAAIKKQIAFVKKAPQISQGPKRVLILGSSSGFGLAARIALAFGGAQADTIGVSFERGPSEKGTGSAGWYNNVFFKREAEKEGRIAINIVGDAFASETRTQVIEAIETYFEGEVDLVIYSLATGMRPIPNQPGEFWRSVIKPFGQTVTGASLDLEHDRWIDTTLESATEEEALHTIKVMGGEDWESWIDTLINAESIADGCQTIAFSYVGPETTHPIYRDGTLGRAKIDLHQTSHSLNLKLANFNGGAYATVCKALVTKASVFIPALSPYLLALYRVMKDEKCHEGCIEQMQRLFATKLYGHDHVSVDGERLIRMDDWELAPHIQNKVNQILEEMDANNFQVIGDYQGFKNEFLQLNGFGFDEVDYSQDIDLQTILKLTP >MBO5098538.1 elongation factor 4 [Clostridia bacterium] ARKIAEKLKENISRQLFEIPIQAAIGSKVIARETVRALRKDVLAKCYGGDITRKKKLLEKQKEGKKRMRQVGSVELPQEAFMSVLKLD >KAF5115699.1 hypothetical protein DV454_002165 [Geotrichum candidum] >KAF7500901.1 hypothetical protein DV113_001110 [Geotrichum candidum] MQSMMTSSMPLAAMFLRNKVLSWAAFFTTLQAWLNEPSTIKTDAQPAWLSVVLAVVGILSCYVDLVFPQKASLAKAVKETAEAVATATVSAS >KAJ5249775.1 Synaptobrevin [Penicillium chrysogenum] >KAJ5265368.1 Synaptobrevin [Penicillium chrysogenum] >KAJ5268680.1 Synaptobrevin [Penicillium chrysogenum] >KAJ6148612.1 Synaptobrevin [Penicillium chrysogenum] MSGFEIVGVVLAVFPVITHGLKFYSEGTGLVNDLFHYQHVLKRIGRGLAREQTSFSNSCRRFMEDVANQCGVGEEDIAEMMQDPTDPRWREGDLVKEHVFRQKSVQEYLDTVEDMNEELAKIRDLTAIDADDGQSKPLDKKSRRRQWKKIILVLKKDDITRHLEEAGRLNTFLARLTEQNQPTTATRRVSRRSTKHYVRMRSHAIDLYEIFQNRFPASPSCKCMLRHDVNMKLEFRSAKTTAKGLYFHAIFTSNIAFSPRNWREIEMEPWKTNETKLCRDTDRHSHVRFADPPSPTASDYEDISDLCATIIRPSSSRDWLGFITSEKGRQHRIRSMDYHQRLLDFNKIDTVSLAQVLRDKSFRQEQRSRLGLKLASSVMQLHTTDWLTDFWSKDDILFLRSLDATVDFDGPLIRRSFETRNLGLTDISQSLPKPWLNASIPCLFSLGIVLLELWYREVFENLKNEAERKMPPEFSDPLAARRLANEMDSGPNYKNSVLRCISGLDAVYTSLTEEKFQNEVEEKILSPLEEDLKFYCDIKSIEDCI >SED04027.1 translation initiation factor IF-3 [Streptomyces sp. 3213] [Streptomyces sp. 3213.3] MRLVGPSGEQVGIVPLAKALELAQEYDLDLVEVAANARPPVCKLMDYGKFKYESAMKAREARKNQAHTVIKEMKLRPKIDPHDYDTKKGHVVRFLKQGDKVKITIMFRGREQSRPELGYRLLQRLASDVEDLGFVESNPKQDGRNMIMVLGPHKKKTEAMAEAREAQAARKAEAKANPGKSQNAAESDVEDENSVGEDIVDEVEAPAEASADA >RLA59280.1 LL-diaminopimelate aminotransferase [Campylobacterota bacterium] MFDEIQFDKINRLPKYLFAEINDLKMQLRREGEDIIDFSMGNPDAPTPQPIIDKLCETAQKPKTHGYSASKGIYKLRLAMSNWYKRKYNVDLDPDTEVVATMGSKEGYVHLVQAISNPGDVAIVPDPTYPIHSQAFVLAGANVEKMQLIFDEETFEIDEDRFLADVEDHLDNSIPKAKFLVVNFPHNPSTATVTSQFYERLVALAREKRFYIISDIAYADITFDGYKTPSIMEVEGAKDVAVEAYTLSKSYNMAGWRVGFIVGNKKLIGALQSIKSWLDYGMFTPIQVAATVALDEHHYVPDEQIIPRYQNRRDVMLEAFENAGWKMSKPNASMFIWGKIPECARHLGSLEFAKQLLVKAGVAVSPGIGFGKYGDEYVRIALIENEKRIRQAAKNIKKFLKDLEAEQK >MAL04956.1 hypothetical protein [Rhodobiaceae bacterium] MAERFLPTEDPVLEQVLSWTVXRDARDVRRLLEWLPQARSNRERQALLDRVRDLLDELEQAMSALDELV >XP_032283352.1 transient receptor potential cation channel subfamily M member 6 isoform X1 [Phoca vitulina] MRVQVKSQKSWIEGVFNKRECNKIIPSSKDPHRCTAGCQVCQNLIRCYCGRLIGDHHGIDYSWTISAANGNENEQWSVEKHTTKSPTDTFGTINFQDGEHTHHSKYIRTSYDTKLDHLLHLMLKEWKMELPKLVISVHGGIQNFKMPSKLKEIFSQGLVKAAETTGAWIITEGINTGVSKHVGDALKAHSFQSLRKICTVGIPPWGVIENQRDLIGKDVVCLYQTLGNPLSKLTTLNGMHSHFILSDDGTVGKYGNEMKLRRNLEKYLSLQKIHSRSRQGVPVVGLVVEGGPNVILAVWETVRDKDPVVVCDGTGRAADLLAFTHKHIADEGALRPQVKEEIICMIQNTFNFSLKQSKHLFQILMECMVHRDSITIFDADSEESQDLDLAILTALLKGTNLTASEQLNLAMAWDRMDIAKKHILIYGQHWKAGALEQAMLDALVMDRVDFVKLLIEYGVNLHRFLTIPRLEELYNTKQGPTNMLLHHLVRDVKQHALLSGYRITLIDIGLVIEYLIGGAYRSSYTRKSFRALYNNLYRKHKRVTSFAQSLSQPPLHRRHPSGNRNESAESTLHSQFIRTAQPYKFKEKSVVLRKSRKKSKEEQNISDDPESTGFMYPYNDLLVWAVLMKRQKMAMFFWQHGEEATVKAVVAYKLYRAMAHEAKESNMMDDASEELKNYSKQFGQLALDVLEKAFKQNERMAMKLLTYELKNWSNSTCLKLAASGRLRPFVSHTCTQMLLTDMWTGRLKMRKNSWLKIIISILFPPTILSLEFKSRAEMSHVPQSQDFQFAWYYGDQNPSAKENAYMKDCDLERGPDEKLDENHHFDLKSNPQSLPWTRKIYEFYNAPIVKFWFYTMAYLAFLMLFTYTVLVEMQPQPSVQEWLVIIYIFTNAIEKVREVCISEPGKFTQKVKVWISEYWNVIETVAIGLFSVGFGLRWGDPPLHTAGRLMYCIDIIFWFSRLLDFFAVNQHVGPYVTMIAKMTANMFYIVILMAIVLLSFGVARKAILSPEQLPSWSLARDIVFEPYWMIYGEVYASDIDVCASHPSCPPGSFLTPFLQAVYLFVQYIIMVNLLIAFFNNVYVDMKSISHKLWKYNRYRYIMTYHKKPWLPPPFILLSHVGFLLRRLCYHQAPNDQEEGDVGLKLYLSEEDLKRLHDFEEQCVEIYFHEKMESLNYSCEERIRVTSERVTEMYFQMKEMNEKVSFIKDSLLSLDSQVGHLQDLSALTVDTLKFLSAVDTLQEDEALLANRKHPTCRKLPHSWSNVICAGVPGSMEISGEKKYQYYSMPPSLLRSLARGQRTPRGQRGPLLEITDSQREASNVRDEQEKQETETTVVASGVFLNRQAQRKYGQFLLVPSYLKRAPFSAETDLPLFRPSVEAGTDALATEQVTQREVPVHLTWQIPAVSAQGSVAKPEAQYESVAQIPARQDKGEQVLPTLICTSPPMKVTSLPSQGESMGIEGGYVNWAFSEGDETGVFSIKKKWQTCLASTCNSDSKESGQSQRQIRARSLSDNSSRLAHSSDCSEVGPWLQPNTSFWINPFRRDRPFTRSHSLRFHKEEKLKISKIKSLSRSSEIGQSTWIKTKMLIKDKRLSKKKKKTQGLQVPVIKVDTCSQNDQLDSEPGENNISEEEACSKNWLSVSKFSQISLEPSIYQKMKTKEMEQHAIQVSDYLKQSQEDLSRNSLWNSRSTNLNRNSLLRRSSRVDKISASLKSPPEPRHHYSAIERNNLMRLSQTIPFTPIQLFAGEEVTVYRLEESSPLNLDKSMSSWSQRGRAAMIQVLSREEMDGGLRKAMKVISTWSEGDVLKPGQVFIMKSFLPEVVKSWHKIFRESTVLHLCLREIQQQRAAQKLMYTFNQVKPQTIPYTPRFLEVFLIYCHSANQWLTIEKYMTGEFRKYNNNNGDEIAPSNTLEKLMLAFSHWTYEYTRGELLVLDLQGVGENLTDPSVIKPEDKQSRGMVFGPANLGEDAIRNFIAKHRCNSCCRKLKLPDLKRNDYSPGRINSTLGLDSKIEPAEGPPARERGRNSPEDLTRL >XP_048583328.1 uncharacterized protein LOC125562972 [Nematostella vectensis] MKEVFVGLGTSHEVRGQEKKKIALVPKETPPSEMFTYFKKLLEAYPLHSFMAKWQREQLDNLLEHLPLGHVVCIHDYSEGYACRQQDEIQSEFFDVAKASLHVTILHRHAVESKDGITSTEAEPHLIKEHLFVVSDDPAQDHDSVHKAQELIHDYLVNDVGYSIELFHEFTDGCAAQYTSRHCIGDVMFSGRFWISHPKKLFRNLPC >MBL7752135.1 Dabb family protein [Chitinophagaceae bacterium] >MBN8667756.1 Dabb family protein [Chitinophagales bacterium] MAISRRKFLGNTGKAAFALPVLSLGKASTTGEIEYPFVHQVYVWLKNPDSEKDIQALVEGMRKLAAVKTIRQYHIGLPVKSQRDVVDSSYTVSWLVLFENKEDQDAYQVDPIHLNFVKECSPLWNKVVVHDSIRV >WP_254301195.1 LysR substrate-binding domain-containing protein [Chromobacterium sp. IIBBL 290-4] >UTH76636.1 LysR substrate-binding domain-containing protein [Chromobacterium sp. IIBBL 290-4] MRRKIPSSAALLAFEAAARHGSFARAAEELALTEGAISRQIARLEDFLGLPLFERIGNRVRLAPHGMRYAAQVRETLERLERDSQYLMGQAAAAGSIDIAALPTFASRWLIPRLKRFHDRHPNITVNLAERMEPFALAGSGFDAAIHFEHPAWAGMHTYRLVQEVLIPVCHPDWLAETAPKRALDDLPRLHRRQNPEAWARYAQETGIPLTQAAAGARYDLHAMLIEAALAGLGVALVPRLYVEAELAQGRLLAPWPAAPSVAKQFCLVLPRPVELCDAPAQAFADWLRSEAERDAETKMTMSG >WP_027723927.1 SLC45 family MFS transporter [Tuberibacillus calidus] MKKVWLLGFGFFSISLTWGLYNAFVPLFLDDFIKSTALIGFLMTVDNYFALFIQPWIGHRSDRTDTRFGKRMPYLLIGMPLSAIFFAFIPFHISLWTLVLFMVLMNLSMSLYRSPTVSLMPDITMDAKRSQANGIINFMGGVGSVIAFSIGSKLYDIHPSFPFLMASAVILLSLWILVTNIKEKRDAVGYSVAEKRTIRIRGELDRSTIFLLGAIFFWFTSYQGIEALFTLYGTHHLGMSDSAASFSLLFFTGAFLLFTLPSGWLGGKFGKKTMITIGVIGMGACYAAMIFIDAAVWLRLFLVIGGVFWACININSYPFVVSTGREASIGTRTGLYYLVSALAAIISPPLLGRLIDLFGYTVMFIYTTFGMILALISILLVKDKGRTSAKKEVIYEG >AOQ89457.1 cytochrome oxidase subunit 1, partial [Cecidomyiidae sp. BOLD-2016] IFGIWAGMIGTSLSMLIRLELGTPNNLIGNDQIYNVIVTAHAFIMIFFMVMPILIGGFGNWLIPLMLGAPDMSFPRMNNMSFWLLPPSLMLLLMSSMVETGTGTGWTVYPPLSSIIAHNSTSVDLSIFSLHMAGISSILGAINFITTMINMRIKNIKFDQIPLFSWSVIITAILLLLSLPVLAGAIT >WP_280550159.1 hypothetical protein, partial [Vibrio aestuarianus] MTLRKEINEIFKKYHGKINKRDIQKVQEYCKYKHFSGSSDKTVDYYRRAILRVRSLVNKPFRYWTQADALNAYYRTYEIPLYLMHKKKFKGMLLCDVLENIKNTEYQRIDDGTAGKIIETIKPFLNWLVNGNYIKKNVFNGINAKRNTKKSNSQRKAFDKEKIKRIFSDDFFYNEINARNGRYWVTILAATVGARQGELAQLHKEDISYKLGYWYLSINKDHDGKRIKNRYAIREIPIPEHVIRLGFIDFVKSIDSGHLFKDVKYNERDGYGRAISRWFSGEKSKWLEVEDDPLKYNFHSFRHYLI >WP_263549390.1 peptidoglycan-binding domain-containing protein [Streptomyces sp. ICN988] MRAFTKALVGATAAVGIAAGGLATAGTAMATPAAAQQSVSARAAVVLATNNLGLDTAHAKSWQCWLRTTGYNPGTIDGKLGPDSWKAAQRKFDAMGYYDDSIDGIVGPNTIKALQRYLNLHGADLDVDGIAGPQTRSEFWDFAGTHRC >MBR4127938.1 pyridoxal phosphate-dependent aminotransferase [Bacteroidaceae bacterium] MPKISGRAVDMPASPIRKLAPLASAAKRRGTKVYHLNIGQPDLPTPQEGLDVLKNIDRTLLEYSPSQGFLRYREKLTHYYEKFDIHLSADD >KAJ2160675.1 Plasma membrane sulfite pump involved in sulfite metabolism, partial [Coemansia sp. RSA 562] MRRNPRRMLHYGAIPMALGTVLTGISEFQIYEMNHAVVYIAWSIWWISVVLAAAASVLLICLIVSRETRSIESVTGAWLLLVAPLAVCASTGASIADYLPTDLAYITLIVSYALLGAGAPLTCCILVLYVTRITTFKLPPHDAIVTSFIPLGPAGQIGVAAL >WP_165149223.1 endonuclease/exonuclease/phosphatase family protein [Aequorivita sp. KMM 9714] >NGX84521.1 endonuclease/exonuclease/phosphatase family protein [Aequorivita sp. KMM 9714] MVLYIFIIFFIISPFFPATRHPHWFFRTADFVRLQSVVIQLILLGIFIYTEDHYSTFSWILLFALIASIIYQLFKITPYSSLFPRRRSHDATDGYVSILAGNVLQTNNCYSDFLKEVKRFDPDLVLTMESNKDWENGLSELEKDYPFTVKVPLENFYGMHLYSKVEVKNVEVKYQIEDDKPSIFFDYYTDKDSPIFFCCLHPAPPSPTENETSKERDAELMLTGKRIRKIDKPTVVCGDMNDVVWSRTTRLFKKMTGMIDPRVGRGFFSTFHANYFFLRFPLDHLFHTRDLYVGKMIRSKNFGSDHFAMYYEIHHKKRVATPKNPKLNGDEKEEIEELIEEGKNNA >WP_154427248.1 outer membrane beta-barrel protein HofC [Helicobacter pylori] MKLKKRKVVATLLKRFTLPLLFTTGSLGAVTYEVHGDFINFSKVGFNHSPINPVKGIYPTETFVNLTGKLEGSVHLGRGWTVNLGGVLGGQVYDSTRYDRWAKDFTPPSYWDKASCGTDSLSLCMNATKMWQQSGPGGVINPRGIGWEYMGEWNGLFPNYYPANAYLPGGSRRYEVYKANLTYDSDRVHMVMGRFDVTEQEQMDWVYQLFQGFYGTFKLTNKMKFLLFSSWGRGIADGQWLFPIYREKPWGIHKAGIIYRPTKNWMIHPYVYLIPEVGTLPGFKVEYDTNPEFRGIGMRNRTTFYALYDYRWNNAEYGRYAPARYNTWDPFLDNGKWRGLQGPGGATLFLRHHIDINNYFVVGGAYLNIGNPNMNLGTWGNIIAVDGIEQWVGSIYSLGFAGIDNITDADAFTEYVKGGGKHGKFSWSVYQRFTTAPRALEYGIGMYLDYQFSKHVKAGLKLVWLEFQIRAGYNPGTGFLGPNGQPLNLNNGLFESSAFAQGPQNMGGIAKSITQDRSHLMTHISYSF >XP_003056335.1 glycosyltransferase family 2 protein [Micromonas pusilla CCMP1545] >EEH59711.1 glycosyltransferase family 2 protein [Micromonas pusilla CCMP1545] MHPWLLHCGTTNISMEPRLMANGMACLLCDPLSEQNSAIAYSKGIPRSARPLLTEEFLSKISGRALARSQTTCAYSALRNEKLSRTVLFATDCVATAAIWEGLNPLRGSGSPLSREWRRENNILLDSYLPSVSIIIPVYNADEWLDECLASAITQSYRGPVEISVYNDASTDRSDEIIHAWTPILRSHSLSVIAADRQWQRTCVVTQIPYLRDEYIRAGGIGHSKNECVDQSVGDFLVFLDADDVLRPRRVHAQVQLLGVCSTVLVGGCWRRFPHGSTKHYAQWANALADPTDLWLEQFRETTVQMPTWCMERSIFFSTGGFVESSPEAGEGEDLVFFHAFLNLCGQYNLSRGLPSFARAGCQTDPVLLYRWSPGSGTTRVPRQRLLHIRAVAFEYRVLSSFAWSRFAVWGAGRDGRNFLSALSLKAFKQVAAFIDIDPKKCGRVYKISRRCLSLEVPIHHFLVFIDNVKHEGHIWASGGKIPKARHQRPIPIVVCVSKRRKGSGNIGDLERNVDMVELTEGDTLWYIT >MIX29656.1 acetate operon transcriptional repressor IclR [Salmonella enterica subsp. enterica serovar Livingstone] MVAPVPAKRGRKPAATTAPVTGQVQSLTRGLKLLEWIAESNGSVALTELAQQAGLPNSTTHRLLTTMQQQGFVRQVGELGHWAVGAHAFIVGSSFLQSRNLLAIVHPILRKLMEDSGETVNLAVLDQSDHQAIIIDQVQCTQLMRMSAPIGGKLPMHASGAGKAFLSQLSEEEVTSLLHRKGLHAYTHATLVSPLHLKDDLAQTRKRGYSFDDEEHALGLRCVASCIYDEHREPFAALSISGPCSRITDDRVTELGAMVIKAAKEVTLAYGGAR >SCN76227.1 related to PTR2-Di-and tripeptide permease [Fusarium fujikuroi] MAPAGDSLAEPITVAGLRAEVLDEKRASISAEKRASIVTDPRPATADAGAVAPAGGVTPDGQFPTAEELGTLRRVPNKIPMKLFSIAFVELCERFSYYGCTVVFTNFIQHKLPDGSTTGADPKQPGALDMGQRASTGITTFNQFWQYFMPLLGAYIADQYWGRYKTISWALGIDIIGHIILIMSAIPPVISNQGGALGAMIIAIIVIGFGTGGFKPNVNPLIVEQLGEQYMHVKTLKSGERVIVDPAVTIERVYLWFYFCINVGALVGQVTMVFAEKEIGFWLSYTLPTFMLCLCPLVMWLNRNKYERRPPGGSVLGQALKTWFLAQKGCWSINPVATWRNLHRDDFWEKVKPSNFSHETRPKWMTFDDAWVDELSRGFNACAVFCWYPIFWLCYNQINNNLISQAAVMQRHGVPNDILSNLNPFALLIFIPLNDFFIYPALRKAGFRFTPIKKITAGFFTGAAAMIWAAVVQHYIYQKSECGMYASGEICAEAPINVWAQTGSYVLIALSEVFASITSLEYAFSKAPKNMRSMVQAVALFMTAFSAALGQALVGLAADPLLVWNYGVVAILAVIAGTCFWLQFKDLDIHEDDLNALPEGHVGATADEEAPLGSKRVEE >WP_042211112.1 alpha/beta hydrolase [Paenibacillus borealis] >AIQ56832.1 alpha/beta hydrolase [Paenibacillus borealis] MKENTFTMTDPLGVKIHVYEWLPEAGADVRGIVQISHGMCETAARYARFAAALTAAGYAVYANDHRGHGLTAGKVNLLGDSGENGFYWMRRNLLQLAGIACSRHEHVPIYLFAHSMGSFLAQKLMCEEGNEIYSGFILSGTNGPRSMLRLAESLSAMQLRLQGDHHRSVLLNGIVFGAYNRAFSPVRTAFDWLSRDPVEVDHFISDPFCGAICTTRFFRDFFHMLRELHTRTTLLTLCRDKPVYLFAGEKDPVGMNGQGVKRLAELYRGRGIQDVECKLYPEGRHEMLNEVNRDEVTADVLDWLARHLPAESMRLQPTAN >WP_170834655.1 hypothetical protein [Natronincola peptidivorans] >SES82297.1 hypothetical protein SAMN05660297_00608 [Natronincola peptidivorans] MSNALMIIGLLGLVAGVISPVFRVLNKKSKRSKGWVLITLLSLLIFILGVILGIE >MBS5796435.1 hypothetical protein [Dysgonomonas mossii] >MBS7112524.1 hypothetical protein [Dysgonomonas mossii] MATKTVREVLIDLAKKESSNIYIAKILAYYYPKINFGDKKSFFESLIHYYTITGNEHSFDFDKILSEEQNTNVSSDINGNDYRIKNVRLADVRGIPGKDENGVAFGINFSEDSIINNAIILANNGTGKSSIFSALEMLFTQEISERKLRRRNPNSIRLDDYSNYLKRFPTEKQPFCEIATPSGKFDLNNIPFNNLQRKLINPYNHFISDFDIYDHGQREFDGNTENPNSFHSLIADSLGLGDFITKQSVIRETKGYRRTTETGNLNKLEKQKDDAVRNEKNFSAQIQSKNIELKELKDAGGKTEQNPIEIKRKKLQELLVKSIYYSLNSSDFTTSLETFASTYMESQSIQSNQKEILSKNFLVSGLQLLDDLDDCPFCQNSQKTKEEIKKNVQYRITQLQQSQELDELLKQQYKTVTDSLSSFYKQSQVLYEQINIERTEIASYEELSSVFQKEEQLYMGLSLRINDEELIEHIDNLRSKQVPTYQDYEALHKLIVQDIIKSNDTTINNINIFIKERKEALEQAIRGLTTDDNKELTTTQKIALVESEIKRLIEQLETTKKRISELNPQIEKLQKEVTLVKQIKSELEGFIPLFDNEVNELINTAFDPIQEIVETILKDYLKEANLRLVIIKKRKKVIIEEQEVINNIIVANLEYLDSETGEIKSVTPDMYFNTFRYKLFCLMVSLSLALATRKEYKINLPLIIDDIFFASDFISKNSFAEFLQKVIQLFYKQTPDMPLQIILFTHDDLIFRSAIDAVDNFILENQEEDLCDENKRPLSEKTMIGRFFDPKDKDPNTFKLHSGEEYWNLLYCIPKNVKQLIKA >WP_235959345.1 DUF5693 family protein [Paenibacillus silvestris] MLGSLPLAYMRHQTETSTKNVEFVFDYRDLLDISDVQTNPQSFVAQQLKNMKAAGIGSMAVYESTLGEFKESRHIELYNSRDAAALTQTFGDPNENFTYVLFKDSATQQKLEPLIQKTFADLNVGIKPWSFKNRNGLIIQMSLDDASIKGMDPDPITLQMLKEQGFQIVVRLSNRRPFVTNEMDKFLKQLHDIGVKRIIVDGNEVPGYTEEDTEVSLNKMADLLNKNGIGLAAIELLKEPQKGFNTLAKQTNYNVVRLHSFTEKDGEKLMEPLKKAELEDRIQGVADRFVLAVKDRNIRMVFLNAKPLKSLDKGKLVDPLSAFYESLQGKDGAIPRIEKAGFTLGLAQTFDVHTTGWQKVASAFMLIGGLSIIVLMISFFIPEATLVFFVLGLIGLVGLHTLSANLYAQALALASAISAPSIAIMLAIRTVRSGAAAKWKSGLAFALWTLIKTSVISLLGVVYEVALLNHITYSLVLQQFRGVGALHLLPIAIAGVYLLFFSENNTYSDKIMNIRRILTSFISVLWIVVAGIGLAAIFYYLSRTGNEGQASTVEKLFRSFLENTLGVRPRTKEFLVAHPLFVLGAYLSLRYRHAVYLIFIGVIGQLSIVDTFAHLHTPLHISLIRISYGIVFGAIIGLVLIAAWEIITRSWKRWVPKLSK >HHX25519.1 PaaI family thioesterase [Bacillota bacterium] MFYDDGKCFACGRENPIGLRLLFKLDGEGRSIATFTPPEEFQGFAKILHGGIICTLLDEAMAWAMILNGHLGATASMKVKFRKPVPIGTEVTVTGEILNQGVRSWALASYISDERGYVLAEAEGVFAAVSEIPSPKPGSK >WP_199690327.1 histidine kinase [Bacillus cereus group sp. N24] >MBJ7945774.1 sensor histidine kinase [Bacillus cereus group sp. N24] MEFWLIVSKLIVFIYIVFSYIYLNVANLPWIIFTLLLYLSVNVLISIFKKDTYKNILTSVSIGVVMLFTWKIHPFFILFLPLNVYEVTFHYIEKKWQLFIIMMIPIIITDENIRMTYGLIVAFSFLVLTMADRYISRVVKLESQNDKMRKDMQRLTKSLHENKEYIKQSEYTFKLEERNRLSQEIHDKIGHSMTGALIQMEAAKRLMEIDKEKSAELLQNAIHISKDGIESIRITLKNMKPPTEQIGIHRMKLFIEEFAGKHDVNIPFVYKGNLDMISPIQWKIIGENVTETLTNAMKYADATVISIDIYVLNKMVKVQVKDNGKGAALVKKGLGIMGMEERTASVNGKIIVDGTSGFSVTMLLPI >WP_195694458.1 glycosyl hydrolase family 18 protein [Priestia megaterium] MQTTQFNKKNRRGEKTAGSHTDKSKKKFIFETSSLKRWHIIVSLFILVIIFTLFSAFVSGLSLHFNPVLPTWGTEEKNEFSTIYPSDNDSGQLSSFSEDESHKKFLENRIVNKDDFYAFYVNWDKNSERSLKNNIDQIDVLVPQWFSLNSNLELKSSVQKDIEDFAKKHHTKVLPLLTNESNGKWDEQTVHRLLQSPQEQSKLIHNLHHQIKENGYDGVNIDFENIKSSDRELLTDFMKKLYTAFHEDGLMVTMDVPPANKAFDYSGLEQYNDRMILMMYDEHFQSPGPIASFSWYQNNLSKSLKDKMIVSLGNYGYDWNEKSKQGGEVVSFEDVMRMAQKAHLNVEWDDESKTPYVNYKDGTGRMSYGFWTA >PTT91340.1 ABC transporter permease, partial [Pseudomonas sp. HMWF005] SSSTMSMSVYARQHLVEFQDVGYGSAASTLLFLVVAVIAMLYLYLGRRQLEVRS >MBQ1405588.1 HPr(Ser) kinase/phosphatase [Oscillospiraceae bacterium] MNKYSVPLQQLVEEFNLTVAYRATDYDEIRILVDEVSRPGLPLTGFFEHFEALRMEVLGYVEMTYLDAQSREKRLEIFDRLFAYKIPALVISRGQNPHPECIEMAQKHDITILLGQESTSYIISGLITSLKNALAPRITRHGVLVEVYGEGLFITGESGIGKSETAVELLKRGHRLIADDAVVIKKTSSTQLIGSAPELIRNFVELRGIGVINVARLFGVGSIKEETVINQVVNIVPWEPGRHYNRLGLEEDYAELLGVRIPLTTIPVSPGRNLAVILEVAAMNNRQRRLGYNAAIEFSQQIDRQFEQNSAAK >KFV95086.1 Dolichyl-diphosphooligosaccharide--protein glycosyltransferase subunit 2, partial [Fulmarus glacialis] QAACNFIKSHVDSSSVDSLFYAAQSVRVLSGCEVTVSNETRELLLAAVSEDSSITQIFHAVGALSGFGLPLASQEALSALTARLSKEENVLATIQALETASYLSQQADLSGIVEEIEDLVARLDDLGGVYLQFEEGIETTALFVAAAYKLSDHVGTEPAMKEDQVIQLMNAIFSKKNFETLSEAFSVACAAGSLSRNRYHLPVIIVPDGPAAVSHHQPVLRLQVTDVMSQPLTQASVKLDYAKSASSKATVLQQIAFALSGEVFELNFMNVKPASGYYDFSISVDGDKRFIANKVELKVKVSTEVGITNVDLSTVDKDQSIAPKTTRVAYPAKAKGSFTADSHQNFALSFQLIDVNSGAELIPHQTFVRLHNQKTGQEVVFVAEPDSKNVYKFELDTSERKTEFDSASGTYTLYLIIGDATLENPILWNVADVVIKFPEEDAPSTVQSKNLFVPKPEIQHLFREPEKRPPTVVSNTFTALILSPLLLLLILWLKIGANISNFSFAPSTIVFHMGHAAMLGLMYVYWTQLNMFQTLKYLAILGGVTFLAGNRMLAQKAVKRIAAEQSSRLAKYRTLR >WP_187027854.1 MBL fold metallo-hydrolase [Pusillibacter faecalis] >MBC5746297.1 MBL fold metallo-hydrolase [Dysosmobacter sp. NSJ-60] >MBS5657801.1 MBL fold metallo-hydrolase [Oscillibacter sp.] >BCK83977.1 MBL fold metallo-hydrolase [Pusillibacter faecalis] MLTKVAENIYRKTVPLPNNPLRDINAYIITGEKNLLIDTGFNRPECEEALQSAFEELGIQETDLFITHLHSDHCGLIGKFARENSTIYAGETDGELINFETGNLYWRMLDDLFIKYGFPKATFGRNTDIHPGRKYCQDTRVNFTYVQEGDVLHYGGYSLQAVETPGHTPGHMCLYDAEKKLLFCGDHILGTITPNICIELSTENPLQDYLASLQKVEKLDVQTLLTAHGTPVENMYARIQELYRHHQERLAEVQRILGSEWKTAYTVARDMTWEIDCKNWEEFPAPQKWFATGEAISHLQYLYGSGKVSRMERNGVYHYQNSDTM >NDU77367.1 hypothetical protein [Actinomadura lepetitiana] MSIRHGYYAAWRGAEYEASPDGDRVRLYAARHVEGFRQVSPDRFVHVVPAADVERLQYVTTHCTWHGEPFVILGEHEGWLRVEYSGGRVPVAERLGLELFDRGVYQAWASRHEVGDLHEETV >XP_029370816.1 WNT1-inducible-signaling pathway protein 1 [Echeneis naucrates] MSWLLLWILTAGGIQQVYSQNSTAMPPATVVPSPSVDSYNRTQYCKWPCECPKVTPTCPPGVSLLMDGCDCCKACARQVGEVCNEADTCDYHKGLYCDYSSDKPRYEKGVCAYMVGTGCEHDGVIYRNGQSFKPSCKYQCVCVNGAIGCVGLCIESQPPRVWCQSPRLVKVQGQCCEQWICDEPKRGRKTAPRHAVEASPAESRSWHKNCITQTTSWSPCSKTCDRGLSMRISNANEQCELVKESRLCNLRPCKVDITKHIKPGKKCLNIYREDLPLNFTISGCTSKKQYRPKYCGVCTDERCCIPYKSKTIDVEFECPNGTGFTWKTMWVQACFCNLSCKNPNDIFAELESYYGYSEVMN >PYX86466.1 hypothetical protein DMG68_15320 [Acidobacteriota bacterium] MRVPALLLLGAGLALGQSGTYPARDLPDAPAAMVSGWGSDQQFFSDNPGEQQSSAQQSPSKSAQSSEGQSKDQKEKKQEQTTGTSNDRLFWTLPNFLTVKTKEIPPLTTGQKFKVVARGTFDPIEYVYIGFLAGISQASDSERGFGQGAEGYAKRFGSAFADNAIENFMTGAIFPSLLKQDPRFYELGHGSFGRRTEYAVSRIFVTRSDSGKTQFNCSEICGSAISAGISTFSYHPKEDRNIGNAFSVWGTQVGWDTVTIVVKEFWPDIHRKLSRKKNAPAAACTSVQSK >MBN9117024.1 ATPase [Pandoraea sp.] MLTDLDNLTDKIEQLVVISQRFHQHNQALLAELDRARAESDATRTAIKQLRVERDALRLQRDQLAAKIDEAQVRLNAILEKLPTQNPAEGQMDLLGTPGGENA >AXZ65741.1 cytochrome oxidase subunit 1, partial [Hypogastruridae sp. BIOUG15136-B04] TMYLIFGAWAALVGTAFSILIRLELXQPGPFIGDDQTYNVMVTAHAFVMIFFMVMPIMIGGFGNWLVPLMIGAPDMAFPRMNNMSFWLLPPSLTLLLAGGLVESGAGTGWTVYPPLAAEIAHAGGSVDLSIFSLHLAGASSILGAVNFITTIINMRTPGMSWDQTPLFVWSVFLTAILLLLSLPVLAG >WP_132175930.1 ATP-binding cassette domain-containing protein [Kribbella antibiotica] >TDD46462.1 ATP-binding cassette domain-containing protein [Kribbella antibiotica] MTHTHAISAHDLTKTYTFHQQRAGLGGALKSLVRRKYETRLAVDRVTFAIEPGEVVGLLGPNGAGKTTTLKMLSGLLYKTSGDLDVLGHTPSDRKHDYLRRIALVMGQKTMLWWDVPAMESLLLHKEMYGLSTVEFERNVAELAELLDVQDLLNVQVRKTSLGERMKLELMAALVHGPEILFLDEPTIGLDVVAKARVRSFLADVNRLRGTTILITSHDMDDIEALCSRVMIIDHGRLQFDGALDDLVRTAQPRKLVRATYATPVDVGPLTAFEGVSAVEVDGLTVRLEADRARTGQILEQLTRLGPLVDLDVADADVEEIMRDLFLRRGEAS >WP_055411085.1 LacI family DNA-binding transcriptional regulator [Nonlabens sp. YIK11] >KQC31999.1 LacI family transcriptional regulator [Nonlabens sp. YIK11] MAQKLTLKKIAQDLNVSISTVSKALRDSHEISVETRDKIKDYAKKYNYKPNNIALSLKNQKTKKIGIIIPEIVHHFFATVISGIEKVANEKGYQVIICLSGESFDKEVVNMDMLANGSIDGFIMSLSKETLERQDFHHLREVLNQGMPIVMFDRVVDSIACDKIIIDDVAAAQSATDFLLRKGKKNLGIISTVDYVNVGKLRTQGFKDALLKREIKFKESSVLRIEDADNCTKSIEKFLKQGNYDGVVAVNELFAVTASKALKKMGKSIPDDVAIIAFTDGMLSKYASPTLTTIGQKGEDMGGLAAAKLIERLESKHDMEESYETVIVKTSLVERESTP >CAE6438319.1 unnamed protein product [Rhizoctonia solani] MCPPLKARETPPDSVHDLDSRPDDFSVAMAIGINPDNKNLNWVEWRGVSYAGGGDPGAITMPNLLKHYNSTLVGGAVGYNPGYEICFGSGCPVGPAVKVGWNKTVDVLNAGQSGAYASNLLHEAQDYLAPQVKAMNISESRFKFLSFQVGANDVCQLCAAADTPMGPGTKSDFETNIRATLEHVRQNIPNTLVNLFGAWQLTDIYSLTSGQKYCKQSIPFVERFAIGCPCIAGQGDVGEFTRGQMDRLVQQYNTVLQNIVADYKAKNYKDFAVIWQPPNLPFKGYPIQAVSSVDCFHPSTDAHTRIAAGLWNRLTLDTAARAAPFTWETTPTFRCLEESDRIQT >WP_009257967.1 MULTISPECIES: ATP-dependent RecD-like DNA helicase [Eubacteriales] >EHO33860.1 RecD/TraA family helicase [Lachnospiraceae bacterium 7_1_58FAA] >MBS6523543.1 ATP-dependent RecD-like DNA helicase [Clostridiales bacterium] >RHO83357.1 ATP-dependent RecD-like DNA helicase [Clostridiaceae bacterium AF42-6] >RJW02388.1 ATP-dependent RecD-like DNA helicase [Subdoligranulum sp. AF14-43] >BDE85727.1 ATP-dependent RecD-like DNA helicase [Oscillospiraceae bacterium] MIHRGTYDGTIYYNPANKFCIISVKTAEKDVPEEARSIRRRKDHLIRFVATGYELPRTDAVELELDGEWKKGKYGMQLQVEQWHEIVPQTKSGVEGYLASGLIKGIGPALAKQIVSRFGVETLDILQNRPERLLEIKGITENKLEAIKTSYAESRMLQDLMTLLSPFKITPKTAQKIYQFFGPASVDILKKSPFELCQISGFGFLRVDAIVQKNGGDLRAPMRIKGALFWALEDSKGKNGHLFLTSEALQKEALQLLNAKIPIPSLRLHAQEVSDVLEDMILHGEVVSVKGDIYLPRVFAQEDETARRIAMRVVEPPAPEKIEQILEQVKREIGLALSSKQEAAVYATYRHNLSIITGSPGTGKTTVLKTILEVYRRLHPQGEIALMAPTGRASRRMAESTGVDKAKTLHSILGLASEEDEIKRNNTQEPLSADLIIVDEFSMVDMWLANKFFSRIKGGARVILVGDPDQLPSVGAGNVFRELIDCGLITVTVLDQIFRQSKDSLIAYNAKFINEGNTKLYYGQDFVFMASNNQAEAAERIVARYCREIEESGIDRVQILSPFRSDGAASAEQLNEAIREVVNPFRSAEEEIKIGVKVFRVNDRIMQTKNTAKVSNGDLGFIRYIKNDEDGTRVGLDFGVGRELEYGIEDMVNLDLAYATTIHKAMGSEYDTVIMPLLKAHTVMLYRNLLYTGITRAKKRVVLIGQKQVLFMAIHRNEIGKRNTLLGERIHLYYKAYARRAGIPVPADLEKELKHAG >XP_021377602.1 probable tRNA (uracil-O(2)-)-methyltransferase [Mizuhopecten yessoensis] MKRAFNSFQSDSVLRSVPDLRNDFCNFKESNTKGQADGFADALTVWINKPHVINRRLCGSRIEKIIYYTCQNGDSQLQTTFESAVAEVLSKKTLINLNTKEDDLCKEVPSLSTIPEGEGVVIVRGIHPKRDDSHPVVREIICYDATLRSAWFCPVTDTYKQKAVEASRNLCYQLVHQVVNTKPRIIFRVCKTENDNWRSDTEPAESEPVKTRPDQCVSNTEPDDGETVEEGPDSYTSKTEATAEQDTSIILSDIWLTNILLPKIANWSEQKNLETTVKSLRLVRIDQYNTLYNQLKVKYGKKFVECWPEKTDPAKFVYEDVGIATYLLLIWEQERKEKNLKEKQSFVDMGCGNGLLVHILSSEGHPGVGLDVRKRNIWDLYGLETRLKEETIIPSCDSLYPQYDWLIGNHSDELTPWIPVMAARSSYTCRYFVLPCCPFDFDCKFNKKVSGQSSYRCFLDWVIEVGQVCGFQVEEDTLRIPSVKRVCFIGKIRTYSEKEESAIDTKRTMYIKNRCDKTGLKGDKQDFTSKTGSTELSNLDHNHDCPSDSKKLRLEGENPDGQPWTSTFKPRESTERTRNCQHVKKEIKDLIVNKVFARVMESEDAEVRQTEDGRTWHKGGSVPLSEVAQMFDRQVLIEMKSECGGLQTLLRNHNMVFNVSGGKVQLRDLTLSQPFSKASQLGQTKKIKTLLCWFHSHHPDGCPRTKASCLFAHGEEDLLPNEKKTLSNRTVSQIT >KJV99157.1 transposase DDE domain protein, partial [Orientia tsutsugamushi str. Sido] >KJW00008.1 transposase DDE domain protein [Orientia tsutsugamushi str. Sido] >KJW05781.1 transposase DDE domain protein [Orientia tsutsugamushi str. Sido] >KJW05839.1 transposase DDE domain protein [Orientia tsutsugamushi str. Sido] MKKCIITVYYLIDNFCKIYQELERKRLIPSSNQRNRDGKLSLAELLTITIYFYLSPCKDFKNYYLYYLSHKYKGYFCLPSYSRIIQLCPRMLLPLAVLMHYLKGEETGIYYIYSTKLAICHNKRISSNRVFNRFSKIGKSSYGWFLGFKLHLVINNKGELMSVKITKGNKSDLSVASVISKGLSGKLFGDKAYISKELFHQLFSNGLRLFTNLRKDMKTYLLDIDDKRLLNKRSLIESVFNVLKKHMHLEHTRHRSPLNFFVHIIASLSSYSISKLNPYLISSSFSSFNLS >EHR73697.1 PDK repeat-containing protein [Burkholderiales bacterium JOSHI_001] MTTLGSLLHGVRATACACAGSLFVLSFAAQAQTAPEWTFSTPGATAVGSAVDRSNNVLAVGTSATPAMLVTKLAPNGLPLWQQAFDGAGPSRSVAMAVDASDNLIVAGLLLGADGLTPTGTALVKYSPSGVQLWQELVPASWGMPAGVQVDAAGNVYLLSRMAQAGTVNTEEDILAKISPDGVREWSRTLSTRTPGLQPMTVTPAGMVVVSGSTAISGQVGLTAFDTLGNPVWSSTLASSSDVALASGPNGELLVAGSNASGFQVNKYDALFNGLWFQTIPARGAATRVAVDSLGNIVLSGPVNTNTGMLTVVLNDWLTVKLSPQGTPLWSSTWGDPSFNDVPNALALGADGSVSVTGQGSLALTSSSGTTYSVASTATLKYDASGKLLWTGNVLASSQGLGVNLGSDGATYVVAGGLVGLGGAPQTVMRYAPPAVVNAAPVAVATASTSAGTAPLAVSFAATGSYDPDGTIASYQWNFGDGTGSTLANPSHTYAAGSYSVTLTVTDNGGAKATSAPIALTVNPTPTTQTPAQPATLSFAAASVVGGTTTTGTVALTTTSGATVRLRTSNTKAVVPASITVPAGAKSGSFSITTRAVSKSTPVVVYATANGVTIKSTLTLTR >MBQ2688679.1 Trk family potassium uptake protein [Solobacterium sp.] MKDFRTFLQDHFTSFRTILLSFLSLIFIGAFLLCLPVCSASGRSTPFPDALFTATSAVCVTGLVVCDTAASWSVFGKCVLLFLIQIGGLGVMTIAVAVFVLTGQRISILQRSTMRDSISAPQIGGIVRLTGFILKVTLLIEAIGSALLSFVFIPRYGVMTGIGYALFHSVSAFCNAGFDLMGTNAPYTSLTAYAANIPVNLIIISLIICGGLGFLTWQDLLQNRFRFHRLRLQTKIILTTTLCLIIFPFVILFFFEFTDVPFKERILLSLFQSVTPRTAGFNTYDYASMSENSLLMTILLMLIGGAPGSAAGGMKVTTFYVVVASAFSSMRQNDDVNCFMRRLDPATVRNAHTLLFLYLFLLIAGAFTIAAKEHLPIIRTLFECASALGTVGLTTGITPGLSHLSRAILILFMYFGRVGGLTLAYASVSGIRVRTSRYPMEKISVG >CAF4001745.1 unnamed protein product, partial [Rotaria sp. Silwood1] MSDTEMDETPRASDEVDLNKSLQEVLKSAARNDGLARGLRESVKALDRREAHLCVLASNCDEQNYVKLIEALCA >WP_264144890.1 cysteine desulfurase family protein [Metabacillus halosaccharovorans] MLYLDNSATTKPYKDVLSTYMKVTEDYFANPSSIHKLGSKAEALLVQSRKQVAGLLNVSDEEIIFTSGGTEGNNLAIKGAAFAYKHKGNHLITSVIEHPSVLEAFKQLEAIHGFQVTYLEVDENGRVSVDELKEAIQENTILVSVMHVHNEIGMIQPIEQIGKMIKQYSNAIFHVDYVQGVTKVPLNFYGAGIDLCTISGHKFHSLNGTGALFVRKGIQLVPLFSGGAQELQLRSGTESLAGIVSMTKALRMSMEKANRQIEYLFATHKKLRSELTKIDGVKVNTPEEFYAPHIMNFSVPALKSEVLIHYFGENNIFVSTTSACSSRNKKVSQALLSMNKSEDIAKSAIRISLSLDHNEAIIDPFVTTLTKGIEKLTKVMR >NEO77458.1 calcium-binding protein [Moorena sp. SIO4G3] MAVINGDEGNNTLVGTRFDDEINGFDGKDFLFGRSGDDTLNGGDDEDILLGGLGHDSLNGGGDDDLLFGNQGDDSLDGDTGNDRLFGGSGNDNLMGSFGKDTLNGGSGNDTLVGVDIFDEQPGQLERDTLTGGAGKDTFVLGDPFTVYYDDSQVRFIIAPPPTEPPPSYALITDFEPGKDVIQLKGAIEYTLEDVELLNGVSGLGIFFDADGFEGNGSEQLIGIIQSQESLDGLQINIGRAITTIS >GBD21712.1 hypothetical protein HRbin28_02170 [bacterium HR28] MKKLVPTLEHSLPATVDWRSVAETVSGCLEDPPYPPEQFWAIGPDGSLRGHYRGGDDSVTVPFPELGKLYQAIFLHSHPPGVPPTLHDTYHAVIAASPLLVVVEGGRAHLVRVWHRQAPGLVGAKLSASSNLERGVRMVRGKYDIVPLLAVEEAIRSLEERWQAFLEEE >WP_138405018.1 LysM peptidoglycan-binding domain-containing protein [Ruoffia tabacinasalis] >TLQ40229.1 LysM peptidoglycan-binding domain-containing protein [Ruoffia tabacinasalis] MKSRHEIMKAKAKLVNQNKAKKAMKHINAGLVLMAAGAVLSHVSANDTVVVQAQSSSRVSQSDFLGLITDYAKQIAAENDLYASVMIAQAALESGWGNSTLSKAPNYNLFGIKGEYNGNSVVKDTLEDDGSGEYYQIQDAFRRYDNYGESLTDYASLLTGDNDVNNWRYNFYSGARYSNTNSYQDATTHLTGRYATDTRYGDKLNRIIAENNLTQYDLASSDKPVSVVPSTPESNTGSNEAGSIAGTYTVKEGDGFWGIARRFGTTVEALKAANGTTSNLIHPGQVIKLPGNSTIVEKPSTPPTNSDNTLENTEAITSVGGSYTIKRGDGLYAIARKHGMTLNQLKSLNGLSSNLIHPGQVLKVSGATQGNTESSTNTSPNTDSTNTKPTEPTNNGGSTNTSGSYSVKAGDGLYRIAVNHGMSLNQLKALNGLSSNLIQPGQVLKVSGATTSTPASTVEANEVSQPTVVEEDNTPTTIVEPEAAPVVEETVVEETVEAPTNSSYTVAVGDTLFSIARRNGLNVNELIEKNNGSTTIFIGQTIGLN >XP_025425233.1 uncharacterized protein LOC112694086 [Sipha flava] MVAFKIIFAVALVSVAIVQINGKPTEMKDQVSEWTAPFEALFKNINQTVSNIVNEKSTKSGLNTFAENLKSELSSLSKSLESKSGVSDMVKEATKQWHQTVETYSKNIPEELNVKKINEKFEETLKHITQNASELSKKAQGNVEVEKTVQEFAKKQIDGFMELLKTVQSQVNEKKD >WP_043343784.1 apolipoprotein N-acyltransferase [Cupriavidus basilensis] >AJG17996.1 Apolipoprotein N-acyltransferase [Cupriavidus basilensis] MKRVVQAWSGAASAGRDDARGASLPRLLLAAVLGVAHTQAYAPHTWWWLQLLALAGLVALVADAPRARDAAATGYAFGLGWFLSGIWWLYISMHVYGEMPAWMAMLAVLLFGAFLSLYPALAAATWHWLTARRTRTTALALLAPLAFGAAWGLSEWLRGVVFTGFPWLSSGYAHTDGPLAGFAPLVGVYGIGALAATVAALLVAAARGFGRGRDERANPHGMRAGAIALAAAVALPLAGTALVPIAWTTPAGKPISVRLLQGNVAQDIKFEPVGVQRSLELYRDLITAAPADLVVTPETAFPVILQDLPVDIAIAVRDFTVASGTTVLFGAAGADSPVDFTNSVFGLGPLTERLYRYNKHHLVPFGEFIPFGFHWFVNMMKMPLGDFRRGGLDQTPLPVRGILVAPNICYEDLFGEEIAETLRSQKVPANILANVTNLAWFGDTIALDQHLQISRMRALETRRPMLRSTNTGMTAVVTPDGVVAEQLPTFTVGTLTANVQGTQGFTPYVRWGNVPALAACLLVLALAAWRRRRQG >MBN3879913.1 hypothetical protein [Nostoc sp. JL23] MSQIKVAQIIEQIKQEITVDSNGQGKASIWATTRLADVQDSSLRRALLSAALEPSALAQSLIQQGFSPAALATWKALEFKASLLLLQTWKIYFDFVN >XP_020282545.1 protein shifted isoform X2 [Pseudomyrmex gracilis] MHSIPVVLVATAAALILFLDGTHTRHQHRSGSAGPRPSDDLSMWISKQQIKTFSDLVVRGALKLPPSVYMMPNIGLDLEIYVISNGRVLEHLLDPELENKLPIIPNEVSHVNFTWKSGAKKYFYNFFRLKSYDETILKTPTITIKKEGRVPKQPKEFSILLPCTGNSGIAEFGIALMIETRKRKPLERTPIELNLRKECTAREPNSGPCPDGYLGPPHCKKALCYPSCLNGGNCTAPGVCSCPTGYQGPYCEGGLCSPRCENGGKCIKKNICKCPKGYLGLHCELSRCVIPCLNGGKCKGENICQCPEGFSGKHCEIGRHLSQRWLCSRSCKHGTCQLNNTCICDPGWHGKLCNKNKPWA >WP_093361010.1 DUF2852 domain-containing protein [Tropicimonas isoalkanivorans] >SFC57805.1 Protein of unknown function [Tropicimonas isoalkanivorans] MTTATAAPLSWLGRAEAWLDNRGKGAWIAAMILGFIAFWPIGLALLAYMIWSKRMFNGSCRKGRQSRHRHYHAAMKSSGNSAFDAYKAETLRRLEEEQEAFEAFLQRLREAKDKQEFDAFMDDRARAAKPTGDDGNATSEPA >XP_034262050.1 M-phase inducer phosphatase 1-like, partial [Pantherophis guttatus] SPSCSSSLEIGNVLDRDQRDLIGDFSKGYLFHTVDGKHQDLKYINPEMIVAILNGNFSVFITQCVIIDCRFPYEYDGGHIKGAINLPMEQDVEDFLLKKPMVSSGNKRIIVVFHCEFSSERAPRMCRFVRERDRLGNQYPTLHYPELYILKGGYKDFFFKCKVNRKRSANFETCREISRLKVYLYVKNSTLSVVLFTNVDLFPDSLFAIWK >OWZ21453.1 hypothetical protein PHMEG_0004011 [Phytophthora megakarya] MQSPVRRRPHLRSSTRTLPTDRPSPALSSSAEFESDGVQNVQPSRKIKLSDAELVHRARNASRASRRGRLLRVPSVMWDCKEISGFAMLSRRTGTGEDFEVLTTGEVACEPDELEALLCPRTEGDYNAVARNFLGDQFIYGSIVHEVQPRGFCDDSEVDSEEEEEEDAKSAFRLHCDDHVAVRTASFSRSRRFSRNEEWCFLEHFRSRSVALASPFDSCGSTNSSTSSINIDDSRGFTVVLSSIPPSELTAGKMTSSRITQLHGITAAYLVEPLPQTVGCRGPHVRVSFHATYTATKNAPEGYADSQTVRKRLKLLARSLHRIPDLVEQRRRQTGHFVVDFHSRSDQKYHTSLGTQNSRCVACTKRLRLRLLDAPTRRSKRCQICMYRACASCWSKQSVETFSGHATSMIVCRRCHENFGTSDHRYSHIQLTC >WP_140204528.1 TetR/AcrR family transcriptional regulator [Vibrio parahaemolyticus] >TON30807.1 TetR family transcriptional regulator [Vibrio parahaemolyticus] >HCE2131761.1 TetR/AcrR family transcriptional regulator [Vibrio parahaemolyticus] MNKKKQLLIDTALSLFYKQGINSIGINEVLKVSGVAKRTLYSHFESKEALILAALDQRHQIFIAWLEEKLSSAQSSTDVIDQLFTALNSWFHGSEEKLGEFRGCFFINTSAEFSDDSGEIATYCRHHKQQVRELIQRYLKSDNTSLLDAICIMKEGAITTAYMTKEYDDVTKKCVEILHKL >WP_206254325.1 sulfurtransferase-like selenium metabolism protein YedF [Niveibacterium microcysteis] >QSI76692.1 sulfurtransferase-like selenium metabolism protein YedF [Niveibacterium microcysteis] MSSNAYANTVIVVGNDGLGHGDDTLRRKVIGTYFRTLFESGNLPRAILFYTRGVLLSADDSPCLAELKALSDAGVPLIICRTCLEYFNLMDRVAVGEIGNMLNVIEAQGAAEKVITL >WP_278843343.1 SusC/RagA family TonB-linked outer membrane protein [Hoylesella timonensis] MKKKTIYMLIALLACVLQVQAQERVITGVVLDGDLKDEPLIGATVGKGAGKVSTGTVTDYEGKFKLSVGKDTKAISVSYVGYTTQTISLKPGVNHYKILLMPDAHSINEVVVTGYQRIDRRKLTASVTTVDISDKAVGAVKNIDQALAGQIAGLSTVSSSGAPGAPVKIRIRGTASINGTQEPLWVLDGIPLEGTDIPSMENLNDIDDMYQTSIAGINPSDIENITVLKDAAATAIYGARAANGVIVITTKKGKEGRPVINFSAKYTYSPKLNIDRLNLLNADEKVDLELGLLASDYTYREHKGEVANILKTLNETVVYKREGRNALSALAQTQINALRNIHTDWNDILFRHAMNQEYNASIAGGSNRSGYYTSVGYYDEQGNVKGVDNKRFNMTLKADYRINKMLKLGASVYANQRKQNSYLTDTNGFTNPVYYSRLANPYFLPFVEGKYHYDVNVQGKEDSSLDFNIFEERENTSHKRTDRSLMAIFDGELQFTPDLKLTSQFGLQYDNYSLEKYAGENSFAMRKEHFNATYAYKDGKRSYLPEGGMHKTTSYNSLQWTWKALLEYAHRFNKVHDVELLAGTEVRHINSSSVYSAAYGYDARTLTTHPVIFPNETTAESRPLHRENQAENAYVSWFATGSYTLFYRYTLGGSVRFDGSDVFGVAKKYRYLPLYSVSGLWRVHQERFAKKAKWLSNLALRASYGIQGNIDKNTSPYLIGFYDKTSILPGKGEQMIKAETAPNPDLRWEKTKNVNFGVDLGLWNNAITLSADYYYRRSSDLIGMRMLPQETGFSATTINWASMENSGWEIALGSRNIYTKNFKWTTNLNLGFNTNKILNESVAENSTYPSREGYPVGALFAYKTAGLDKDGYPLFVNKEGKKVTAAELLKLNNAGASTLSASEQRALYTYMGTTDPKVSGGFINHFEYKDWQLGINFIFNLGMKVRVQPSYNPTTYDRGLNVNRDILQRWTPNNNQTTFPKLMTKDVRVPEHIQYSEYNTYSMLDTWVKDRSYMRLQSLRLGYKLPSKWLNKVGVTNASLSLEGRNLFVVATDYTNYLDPETMGNPFAQPMAKSVIFGLNMNF >MBL4542294.1 DUF1491 family protein [Paracoccaceae bacterium] >HBG97625.1 DUF1491 domain-containing protein [Paracoccaceae bacterium] MARLTSDIRVAAYLARLRSWAIPAYLVARGDATAGAVMVKLNTLDGRAQGFARSFDPETGATVWVTVAEGPEAEVDAALARQRARDPDLWLIEVEDKAGRALLDGDAP >GCE99025.1 hypothetical protein ZYGM_004041 [Zygosaccharomyces mellis] MILHLSSIVLFLALFIDVSFANDGNSRITLRKRGHLPPYQPTASNSQHSSSHSSYRATFTPVVPKASNNKYIYHNSQKDGTVFIAVGSCIGFIILASFGIWLFFAIRAWKSARQEYKIRALENKYQYDPFYFTGTPEVYDNATDFSDTDDSSDISEKVFKTKASRVSMYSLGSNSALNLLNQAQPSHASETAADSNAALANASNMFISPTEMLKSKNNNRATRSLVHPSHLEPENVEQNSNTSTPREQAFAQIIGNQSLYSLPPILRNDYMSNTRSSLASTSPHANLIDGSNSNGNGGNNSAKPMRDKGRDYRPPSMQLDTLLNHNL >MCL2537505.1 ATP-binding cassette domain-containing protein [Coriobacteriia bacterium] MTTDLYDQLQINVAVRAQGLSKSFGKKQALTGLDFKIDSPSITGLLGRNGAGKTTLLKMCAGHIPPSNGLLQVWGKAPLNNLNVLSMLIYSTHDVSYSQGISLRAILNDYVRFFPNFDNDFATGLLDYFDLDVTSRYARLSTGQKSTFNFAAALA >XP_049847771.1 uncharacterized protein LOC126304646 isoform X19 [Schistocerca gregaria] >XP_049847772.1 uncharacterized protein LOC126304646 isoform X20 [Schistocerca gregaria] MKNNYTLCILIIPLLLSSFAIADEMQFVNDLKKSLKEGLPNVDFFSEGESYCDSIFFTCNDEKKITAIELKDINSCITLPSSISTLTNLTELRIYNSKIEIFWSDIIGLNNLKIIEVVSDIYNNIIKLDGLNLIRLNISYTNVTQNLNDVPFSKTLKYINLSHNGFYGDIKIFNNLPDLEVLDLSYNKLAIDMPQLYLSTNLSVLDLSSNNLTGNIPDFISNTELKILNLSKNNLSGVVPYFSNSYDLVELDLSSNNLTGNIPGFISNKLKVLNLSKNNLSGNIPYFSNYDLVEFDLSSNNLTGNIPNFVSNKLKVLNLSKNNLSGVVPYFSNSYDLAELDLSSNNLTGNIPNFIINTELKILNLSKNILLGVIPDFSNSYNLAELDLSSNNLTGNVPNFISNTELKILNLSKNNLLGVIPDFSNSYNLAELDLSSNNLTGNIPNFVSNKLKVLNLSKNNLLGVIPDFSKNSNLKILDVSYNNLSGNLPSFTNNKKLSFLYLHNNTGFAYNCPNGSYLINPRWNKELILCDLGTIIASENCELHNVVSYECKATVVTSNAKSIYYINIVQVSILLLLLFS >MCC7321896.1 purine-nucleoside phosphorylase [Rubellimicrobium sp.] MTLHIGAAAGDIAPVVLMPGDPLRAQWAAGRFLEDARCVNRVRGMLGFTGTWRGNPVTIQGSGMGMPSLSIYANELIRDYGAQTLIRIGSCGAMQHHVAIRDVVIAMTASTISTPSLGIFRELNFAPCADYSLLEAAVAASRAQGARTHVGNIYSSDVFYDERPDLTEQMTRHGVLAVEMEAAELYTLAARHQRRALAILTVSDHLLTHEALPAEDREQSFADMVEIALEAAFA >MCE5280144.1 radical SAM protein [Planctomycetaceae bacterium] MPHAGHGGGSGTQRHLPRLIAWEVTRSCLLACKHCRAAAQRGPYEGELSTQECRQLLDNIASFAKPIIILTGGEPMLREDIYDIAAYACSLGLRTVMAPCGALLDDASARRILDCGVRHISISLDGATAQSHDAFRGIPGAFDSALRGAAAARRQGLAFQINTTITQHNLRELPQILDLAVSLGAEVFNPFLLVPTGRGKALAAMEITPEDYERTLHWLARRQRSDIAIRVTCAPHYQRIVRQLGLHQGGAHAAKGCMGGQQFAFISHRGKVQICGFLDVECGDVRAEGFDFRRIWQTSPVFLQMRDPHAYHGRCGACEFANVCGGCRARAHAISGDYLGEEPFCTHQPQARPPAARDAIDDALLDLIQTDLPIAPRPYDVLGDSLGLDGREVLRRVEALQTSGAIRRLGAVFDSRSLGYVSTLVAARVPPPRLDDVAAEVNLLPGVTHNYQRQHDYNLWFTLTSPSPADQEKTLRDLADRTGVEAFYPLPALTLYKIRVDFRMVEAASEHPPAPAPPAAAPAALDEPRRRLVRLLQESLPMTAEPFAHLAEAMGWPVQQVLEQIAAWRRQGVIRRFGAVVDHRRLGFNANAMAVLRVPPEQIDSLACRIARRQEVSHCYRRPPLPGFDYSLYAMVHGRCEDDVRRVVGEILKDVGDWPHEVLFSARQFKKVSMRYFL >MBX3615544.1 class I SAM-dependent methyltransferase [Nitrosomonas sp.] MDESKIISAVKQQYEALPYPPRNPDDEKSRLLRTVGDSLSELNHCCFKGQRNFDRDFRCLVAGGGTGDSVIYLAEQLRGTSAEIVYLDMSKASRSIAEQRSAVRGLNNITWLTESLLSIPELGIGKFDYINCSGVLHHLSDPVEGARALASALKDDGAMYLMVYAEYGRHAVYLMQTLFRELIPQHLSIQEKVNMARRIIGSLPVHHAFIKDLDKWANEITASGYGDSGLYDLLLHSVDRCYNVNEIYELAAAADLKLVTFLGSSKRYYDPAHLVADENIRLAWHGKSLQQQQSIAEKLFSNHIKHQCYLSRQAACTATLDDEDNAIMLEHELANQNMAIHEAIKPGETLSITFTINNEKTVFQLSGNKVNKACFRYMDGKTPISSIIRKVKMKCGDSEQKIRSELRSIFETLFPMGCIYLQRP >XP_047443619.1 uncharacterized protein LOC125009591 [Mugil cephalus] MAGLCWMVVTVTVLVSTEISSAVDQNQLKVIVQEIQNRYRPSYVDKNQVQKFPMFSVAVTVPYNNDQKTYDMTEVHEDGQQVRDTILKCRVYTSSRVVAATVLRWPNVLSQCPDELVQWPHVLRNCKKGVKTWADVQKYCPEAVHEGRADHAEYRILQNFNSLITNRNRNDLLVFYVRASPCPSRCTRPDSHWNILTSITQVTGWDNYAVVFSDIFKPRDGSWIAEEEQRGALERLATDIGLKNIFRCYGQGSAFQCTSCSEKGSVNEQCYKP >GBU10433.1 dehydrosqualene desaturase [Erysipelotrichaceae bacterium] MKKVIIIGAGVAGLSTAIRLQSQGYHVEIIEKENNVGGKMNQIKGGGFTFDLGPTIVMMPDVYREVFKVAGKNPDDYLEMTKVDPMYSLAYSEDEIIRINNDLVDLTKYLEDISEDDAAGFLAYLADIYKRYLIAKNNFIERPFRGPRDFFTPAMLYKALQLKTFNSAHASIAKFVKDERIQKMLAFQTLYIGISPYNGPSIYTIIPMIEMLYGIWFIKGGMYGMATAMERLFLELGGKITLNTAVDHILITNKKAHGVMVNGQQQLADYVVCNADFPYAMKNLVTDIPSKGKYTDAKIEKMQYSCSCFMMYLGIDRKLDMLDLHNIVFAKDFDGNIADIFEGNLPEDPSLYLYTPAKMDSSLAPAGQEALYVLVPVPELKTGKFEWTEELISQYRDQILKIVSQRTGVLDIADHIIFEKIMTPEDFKTRFNAHHGATFGLAPTLAQSNYFRPHNKSNSCENLYFTGSSVHPGAGVPIVLTSAKLTAFELMKDDK >ECG5731039.1 2,5-didehydrogluconate reductase DkgB [Salmonella enterica subsp. enterica serovar Virchow] MTIPAFGLGTFRLKDDVVIASVKTALELGYRAVDTAQIYDNEAAVGQAIAESGVPRSELYITTKIWIENLSKDKLIPSLKESLKKLRTDYVDLTLIHWPSPGDAVSVEEFMQALLEAKKQGLTREIGISNFTIPLMEKAIAAVGADNIATNQIELSPYLQNRKVVDWAKAHGIHITSYMTLAYGKALKDKVIARIAAKHNATPAQVILAWAMGEGYSVIPSSTRRENLASNLLAQDLHLDAEDKNAIAALDCNDRLVSPEGLAPAWD >KAI4261063.1 MAG: hypothetical protein L6R42_003732 [Xanthoria sp. 1 TBL-2021] MKIPIVFIASVFAVAQAAVSSPSQFTGTQSGIGSWFQTNAESSSTNGNSWCGYPYSDDQPLFAPSLALMGGATYSTSPAAWDHQRREYCGREARVTNHANGKSMLL >RME91291.1 flagellar M-ring protein FliF [Candidatus Hydrogenedentes bacterium] MPDFKALLEKLKNAFGKLDTTKKIIIGSVLGTVVVAIVLVVSLSSEQGKVVLYKGLSPSDFAAYTKKLDEMDVPYSTSGTDTIFVRPEQREKIIIALAQEGMIPKGKPGWEIFDQDKWTQTQFEKNINKQRALMGALEHTIETLDSVEDATVNIAFPEPELFEEKVLPVTAAIVIKYAPGVEKLRRKEIEGIVTLTARAVPGLKKENVSVAGPDGEILNDFDNEIDKEKWELKSVEYKLRIQEKERVKLLSDIKKSLSYSFGEGIYGSRYDIVRLDLKMRWDKEEIEKQEVSPVVMVPDDPKTPYSELQVKDSLEVSSKQTTEEFEGNGFTPEGPAGTEPNIPPGYKDKDYQKAKYKKTENIRNNEFNKTQRKIKKQPWEYERVALSVILDGHWERVGEKPDGSGYIRKYTPLSEEELRTVTDVLKKAIGYDPARGDMISVKNIKKDRSKQFELEDAELRARKARQKLLMGTLIGLLALVITVVAYQAIKKEIERRRRIREEELALQQQMMRDAALRAIEEEGVDVEMSLEEKARKEMIENAIALAKERPEDVALLLRTWLMEE >KAF8902954.1 hypothetical protein CPB84DRAFT_823904 [Gymnopilus junonius] MGPLFKLGTKVFTKKETEGLSLKKPRLHDKIPPNSQSTPLYTLLPPGAEVPHNKPVYKGHIPLRKSMIILKLKPDEESDSSSLVSTRSRVAPGLEKRQIVRRKLSPPQDYIPNGRVPQGLAKMLPASKPSAPPSKIKEVARPIRCYSRREEESDDSGSFYSINGATVYNEDIFEADGLDPIYDEFPSPPPETHRRCPSLRDVIKPVNQFDIPPGMQKELDLLPPNTTTSHYHFQASKERKKEMTQVKVERERIFREREAQLLFHASPYKELPRLPARDPVMQSAPLRVDRRRGGAMIPQPPIAPQNKVNRNVSNPVLASRINHSTCAEQIPRFNLGPSARLRDGPTTRRRVVEQSVPSSRPADYASATTAYLAPASLKFDEHSSSNAVTHRKLKNDSHCSYRYCYGTFTMHPETS >WP_128492049.1 amino acid permease [Enterococcus faecium] >NTL93919.1 amino acid permease [Enterococcus faecium] >RXD20758.1 amino acid permease [Enterococcus faecium] MEEYQATPVKEVKTENELKRTMVFFTALSTVMGTVIGAGVFFKAASVAEVTDTVSLHMFSWFLGGVISVCAGLTGAELAAAIPETGGMIKYIERIYGNTAAFLLGWAQVVIYFPANVAALSIIFGTQFVNLFDLSQSMIVPVAVTAAVSIMLINFLGSKAGGAFQSITLVCKLIPLFVIVIFGLFRQEGVDFQLFPIQAGENLSFFSALGAGLLATMFAYDGWIHVGNISGELKKPAKDLPKAVSLGIIGIMIVYLLVNAVFLRTASIDGVVGNSNAASDVAKMIFGGFGGRLVTVGILISVYGTINGYTLTGMRLPYVMAKENNLPFSKLFAKLHDKTKVPVAAGILELVIAIGMMMVGGFDTLTDMLIFVIWIFYTMVFVGVILLRKKEPDLIRPYKVPMYPFIPLVAIIGGTFIVSSTLITQTFLASMGIALTLAGIPFYLYLKRR >NXJ09179.1 CHMP3 protein [Odontophorus gujanensis] MGLFGKTPEKPPKELVNEWSLKIRKEMRVIDRQIRDIQREEEKVKRSIKDAAKKGQKDVCVILAKELIRSRKAVSKLYASKAHMNSVLMGMKNQLAVLRVAGSLQKSTEVMKAMQSLVKIPEIQATMRELSKEMMKAGIIEEMLEDTLESMEDEEEMEEEAEMEIDKILFEITAGALGKAPSKVTDALPEPEPMGAAAAADEEEDIEAMQSRLATLRS >MBM3211208.1 hypothetical protein [Candidatus Poribacteria bacterium] MAEILVGSQSPITHKVFWNGDVASAQSAPTVKIYDITQDPVISPPIPTTTVLQTLTSVLDENNPGTYTVNVPYTYTDRNRTLRLKWEYAVDGTSVAKIEDVFVTTPYVDFNHIHDLGFSSDSSDPGYRSYAELIRAERYARKQIEEYTGQYFYLYDDVYVIYGCESDTLPLPVKINSLQKLYVKDILLINNLVSPAVNNWGLTVNLTETKFGLRVDRSSTLDNAVYIANGMVPPSIHDYSGIFKSGVPYKVQGRFGWSSVPENVEQAAAELMKDYFSKDIVWKNKYVKNISTFDWDFEYTGNAYTGTGNAFADNLLADYLLTAKAEII >XP_037269637.1 multiple epidermal growth factor-like domains protein 8 [Rhipicephalus microplus] MAIWLLLPSGAGSLLVPLLLACCLPGPVVAKPSDTCNRHRKILTAPWGIITDGNDSYRNDSHCEWLIRANSSKLYITLRFLEMATECAYDHVFVYDGDSYTSPLLGTFSGESIPPPVTATSGSMLILLYSDTNYVLKGFVAEYSITQCPSNCSGHGSCGRDSCVCDLAWAGPDCGTPVCPSSCHVEQGQGNCSFPCATTSSPGLAETPHCCRCSHGFAGISCSLPENPNDSAAGWHLLSRGSVPFAARAGHAGVYLPFTDQLFVFGGRAFGRVLGDFLVYNFNESAWHDLTVVKPRPAARWGHAMAPYAHTIALHGGELANGSLSSELWLYNVAKREWTLELPSPAGHYPPAVALHTLTPGDGNHLYVFGGRTSGGVFSDALYRVNPRNGTQWERVSYVGSVPPSVGHAAVFHTESRSLLVHGGVVVDYARFSKLSSALWAFHVDANRWTRLQRTPHGGEAPTERAFHAAALVGGYMVLFGGYMHKHSFVEKCFDDGIYLYHLRCHKWVSFKLVAGDLLGHGHSDRCPGVYSHVMALRRGHTLLVLGGYRGVMSSDLWAFLLPTTITHAYSDSASGACIRHRFETACQANPACAWCGGSGVCLDRRKVKDCRSGNFRPGSCPGLCKALGDCQSCMIWGGHTSMPVGSNDLRGFSAKASFPQACGWCVQASACHPLHEPPGVCRPPLDGHLSAEQAGFWGPHGRILASLHECRTLDFRPGLFLLQYRNPVNLSQPDQVSYVNNSSQHVIFTSEYQDEQEGGGEHVARLLGFLHPLGAQPSSGEPLRLFLDISGGRAALRLGQAGNTRLEDTELVAQLSAHSYNRTEAKRPSGQPLLSSSATAQELRYLLDLSLHAPAKYCTKQCDRTLDLRWNALASHQVISSKHLEPYHNGTQCPSRGTCLACLSDAGCGWCPSASTCVPRQPALPPTTKRAAPCAPGSAQLLVLAPHHCTTCSGFIYCHDCVQDPFCEWVVEGAFCVRRGSHSSAVRHPDRCPTPCHLRKGCTSCLGDPGRCAWCRETQSCFLFSTYTTSFMYGGCREWVDEDHGSPKGATFPGAQCPNCSAFKECASCLQKLGCGWCGNDYNPNNGVCVEGDFSGPYLGTCSERVRKQFPSLGGPREASWSYAQCPNVNECKLKLARCHPDATCYDTSHSYRCQCNRGFKGDGTMACVKTCAEHCAHGHCSEAPDFQCICHLGWTGPRCDIDCGCHNHSSCEQGVGHCDQCHNLTEGDHCHLCRKGSFGNATSPFGCRKCACNEHGDSTRGMCNSTTGDCYCLHNTRGKHCESCQPGYFGDPRNGGRCFIDCSPKRVVYVEPDGGGLGVPEMEGPVEVHHCLWILTSTPVNRSKTLSMQPGATLELTLLPNLRVPCPENHIYVYSGVPPFVLSAVRGSDESVLLGAFCGTNLTAPITLVSPTGWLSVYFRRGRLPQGFSASFRRLDCPNACIFKPQRHCSRNGECVCSRGYVGSHCQVASCPNECSASQHHGICEKGYQLCNCGDKYGGADCGHALVPGQVSWSLLFELERLTGQVQGASAGGTTELPHSRLGHSLLSLEPNQLWLFGGMDPARGDSDELYVYDLDFDRWKKLNVSRDMGQAPTARRFHGAAMVVGSMYIFGGLNATGVLGDFWKFATDFYTWTRVPTTPDVPALAGLTLTNVDNQQLVLIGGFSPEYGFQDKTLAYSIDAMDWRVLNTTGTVPIGVYGHTSNYHQPTQSIYVFGGIVYSIDRPLVSDHLYVLHMPSRRWSRLPPDDRANPAYSRVSPRYFHASASTENSLLILGGRNGSGEAILEPFAYDFSCNHWIPLDGPYVQLVGEQPASLVGASATLLQGKLYILGGTSVRLQRVTLPQDLCALFSHSRLGCLRSVGCSYCAVQDAQGVITHCYSSARAVPPSCIHHRGGTLEVAQGKVCDADWLGNRTCYQYNNCEDCLAAWPAHPSVQHTCHWCLGCRKGRCFRAGESSCEKPIGCDGPRHPLVSDPAQCPLRSCLASECEKCRDLGSCMWTRQVVRSSELGHTVNVRPIFDWTCVGKTLKDASSFPVESNPPRPCPKRCSQHTSCGDCLASAGGEGGWHECRWSSALSECMTPSYVGLRCEGGPCGQVLSGSVEACGVPCHVHSQAAHCLRDPRCGWCGLHAPGANGRGLCMRGGHRGPTGGSCGPASVFLHGHPLPANVSYWLQTLGSEVYWYYFVRPPENECTNGHHTCDAEREECVDTPDGFECVCKQGYAISSNSSSTGTGGTSNGNPMCEPVCPEGCDQGQCVRPNECKCNFGYVGLNCSILCHCNGHSDCAGPDHLDVCTKCHNHTKGPQCSHCEPFYVGNPAKGGRCVPCLEYCNQHTNICVEAGQLDFNESAGNLSPAEFLESFKQIEHGPLELAECRFCQNNTMGTQCEECVEGYFVVGKDIARGCRPCECHGHGDICDRRTGENCNCRNNTENDRQCSQKSGKNSAIPCWNLQCSKCKENFQGVPTNGHQCYRHMRLEQDYCLDPETQECSPDPNLLPQGRTMFFVVQPRYMNVDIRVIMDITSGAADLYLSAKEDTFVVEVNHTTGAHVVSVDRKYGVGLTGDLTANTSFPAAAALRNATDAPWLLQPRHATPSGLATYVTVRDPREFLLVRNLQHRLVVTVPQNVYDLRSTRLYLVISGASEVPTRGSLFFRQDQTRIDLFVFFSVFFSCFFLFLAACVVVWKVKRAFDIRRARRLHAAQMEHMARRPFAKVCLSILDEEESGESFRSPLRKKPQRRALRDSPKSVPVPCGSVRPVAVEPTGDGAAAVTTLLVQLPGGLSAPVRLALASALVAVRSSSGGAAGGIRAAMRRRTSHINL >WP_266300278.1 hypothetical protein [Kitasatospora sp. NBC_01287] MSIAVCTICTGTGRLAGLQCRTCTGTGTTERDGGGNCFLCSGTGTYTRYRVSADGSKQAYREEPCRTCDGTGSITGNRPVEA >MBT3283615.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT3284629.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT4321035.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT4425085.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] >MBT6605862.1 sulfatase-like hydrolase/transferase [Candidatus Bathyarchaeota archaeon] MKAVFIMCDTLRYDHVNPEIMPFTHEMGEKGVNYTMFFGDGGHTKWSMPHFLSGQRKFDKEESFPYKMTQSGVDNKLVHSNAVLVQEKYQECFKEYTDMGTEMAPVKTGLRRKLKDAGLWDKTRPLRRAIIGRKSFNVPYRRAEAILNHAQKKLDQIDEGFLWVQLMDAHIPYSPPDLDNFEQTEAIKLYDLILKSLQGSGHEFTSIELKRIQELYAAECMYMDKCIEAFVKSNPECIFFLSSDHGEMFGENYTWSHSPGPHGVTPQLGHLPLIIYGPNVLNKKIEQYNCSINVGSTLLELFNINERSGYGRSFLRDVFQVK >HBB8861935.1 LexA family transcriptional regulator [Escherichia coli] GETTFKRLIEDGTQRYLKALNPNWPEPYIKINGNCSIIGTVIFSGKPRRYTIKA >MBP1762081.1 hypothetical protein [Bacillota bacterium] MTTLLLYILHQITGFIADLGYWGIAICMAVESCNIPIPSEMIQPFGGYLVSTGHLGFWQAVLAGTAGGTLGSVISYYLGYYAMDSRLLFWVPQAKKYQLTNWFERYGESTAFLGRLIPGVRTFISLPAGAGHMNLPKFIIYTFLGSFLWSTFLTYVGYVLGENWEQIQVYFHRIDIAVAMVLVILIFYYLVHRKKALSR >ESW62330.1 hypothetical protein Q27BPR15_01605 [Rhodobacter sp. CACIA14H1] MPDTPLLPRLRQDPAMPPLPARIVAFCQSPGSPLDRHIAMLIGQGIHVTIVPLRHVPLEWFDRYATSHDLALVDADFLGDKFAMIDFGMRLRRYSPGLPVIMLSSRVAASDRSTERMAFCDITLRLPADGDDVAAALPLAMENHAYWRDSRDAARAMPRA >WP_139216328.1 MULTISPECIES: hypothetical protein [unclassified Streptomyces] MRVTVKAPSPPSYASFMLHSRIDASGIPDEDTRRQRVLACGTGIADPGCRITDNNDGSYTVEVPGSPPEGHPYRVLYVQWAPDRPGAEETWASWQLPTG >XP_031159380.1 protein SMG7 isoform X2 [Sander lucioperca] MNLCAQYLRQAEALKADMTDSKLGAAEVWTSRQALQDLYQKMLVTDLEYALDKKVEQDLWNHAFKNQITTLQSQAKNRANPNRSEVQANLSLFLEAASGFYTQLLQELCTVFNVDLPCRVKSSQLGIISNKQSVSSAIVTPQPSSCSYICQHCLVHLGDIARYRNQTSQAESYYRHAAQLVPSNGQPYNQLAILASSKGDHLTTIFYYCRSIAVKFPFPAASTNLQKALSKALESRDEVKTKWSVSDFIRAFIKFHGHVYLSKSLDKLDALREKLEEQFQRLILQKAFSSQQLVHITVINLFELHHLRDLTADSGEQSYSSEQQISWFQLLGLFMSFLGVMCSRALLNKSRGEEIMGECPLPAIKVSLDWLKLRPSVFHEAAVHQRQHVWPWLVSILNSFQPKEDDVSCSSVTPLPEEFELQGFLALRPALRSLDFTKGHQGILVDRDGLPVHTRHQRLVGLGKWVADNQPGLIQCRVSEDGLLVFVTDIPEQAIEEPQEKEPPVLQESSNAEQTPNDNGGNSGLKSVLSAGKTQSAWPDGSDRPVVTFKENIKPREQSREPTRNHHLKDSGKERRDFTKGNGAAGKGELKRDAKRKSELKKVGHEKATDAVKQVKAQTELRKTPVPEAKKTPVTQTQTTGSSQFIPIHHPGAFPPLPSRPGFPPSAYVIPPPVAFPGLQVNPGFTFPTGVSVPGPFLQQGVHTQAGTQAGKPSHIPYSQQRPSGPGPGQGPGPGPMNQGPSQGQQSQSLQQSVQLQVQAMSQQQQQSPTKPGQQVGMGKSPPHHPGLQQYMQVQDQPAQMWNQAQAALQKIPPMQMSMKQPQQQQPFYMAAQDPLKLYEHQLQSNMDKKIKYPNVKMQDFYWEPSYRMGEGLAVMADRMKRPPPGGICPEQDGPAGPRGPPFEDNKSSPLLPPDLLKTLADFEEEEELVFSKPPDFFQALAGPLSTAPGPNIFLNQTRMESGPEVVSQSSSLLPMSGFPMQEYNQNSIFSQAYGKNLPPSSKLDAPMMHQEPSLYSLFEGTPWSPSLPASSDHSTPASQSPHSSNPSSLPSSPPTHNHGAMPFSNFGPIGTPDSRDRRGVDRWKHDKTGAVSGFGLDYLPAAASSAASDSSWHQTGPAGSSWTNQECPMEESSSTVLLDSLKSIWSSSMMQPGPSALEQLLLQQKQKQQRGHGVMNPPH >WP_145549645.1 darobactin export ABC transporter permease subunit [Yersinia intermedia] MFTSEFINDVKLSPMASILAIIITALGMLSSFLVLLLYLTDRSIESYHNDHTQIYRIETQFNLPNGDDVKSAQVPFPLIPALQNAKNIKEVIYALRLFTDLQVNDQTHSKVEIYAVSPNFFNVINPYKLSNDLPNLYEPNISQYRPHLTQNEIIITPEFNRQYLHLDNPVGHVITLGNKGQFVIKDMVSLHKDSRFKTNAVIAFSPELIDGYHEKRHDWYDMHAYAFITMDAGGKPNSEQLNTLVTRYAPQLPGAPFSPEEFIQLSARNITDIHYDNGLPDEISTVIAKSYLYSLYAAGIFIFLTTTMNFFNVNNVINTNKKNSFQIKKSLGASRYQLLTESLSIALLQAIFVLLLAILFLIVLIQLSIGIKELILIQGTKTLLAAFFFTLISVYTAILISHITYLYVSVFPNQSVHYNIYNQQPISRYIHQGALCIQITIAGIMVYLWAGILTQNNFMQHYDFGYEKDNIVTFTLSDELISQAAINSLQNELKNTVNIESIALSSWQPFDMSRTNTSIFHLNQQEKDKLVTVNTLNANKHFLDTWGVKVLAGYDNVLIPSDDDNVVHAVATQSFMTLMGQHSYDETLNSIFYINDNDSEHKIRILRIINDFYLADVNKNTTPLLIFIENKSQRYGALKLQYIQDLGEVKKTLERYRVNPTQIQTVEHLHQAYFNTNRLMQKTANFVAILSISLILISTVIISISETKRIGKTLRIMESIGGSIYTHIVFFIQQNIAPIIFAAIIAFSMGFFLLHRWLVQYHAVDNLSYVNATATLFIFIISIVVIMTITLIFNNDNINTKKK >MCB0396773.1 hypothetical protein [Flavobacteriales bacterium] MKRRMFTFQRWSLCLLIAGLLQVANAQDSSEVSVKPPPITYTTEKVFLSFRDSVQFPDTLVKNVHRYEQQMTRSPFMAHMGNTGSPLHPLLFKPNESIAFRLRDQPLQSYMFSLDSLNRYHVRKPFTDLFYVQGAKQEQVFTLLHTQNITPYLNASIVFRRISAPGFYNRQKAGHSALAFSAWYHAPSGKYTAFLSAVLNKMTYEENGGLANDSLFERNVVANRAAFPVKILEAKSAHRYKGLRLKQVIHFRGQPDSLVADEPPCCRSDFFHVISLDKTSYVYDDAQPLGGYYTRILSDSLATLDSMWMEHMHNQIGWTMGTNTGLEFAIRHEHIRTGGSVADSTFEELALDGRAWWRTTGRSVELTIAYGLAGPNEGTSAIGVVYRQRLNPKWNLTARIAQSQTRPTWMMQQFTGNHHAWNNSAWKGTDQLQKITGGDLELKHAKKWTIRFNADQVSGYFFYNSQAMPEYREEDFRVFRTMAAKELKWKKWGLDLQGIYQYTTSVYLLNLPEWLYTSSLYYERDMFSNALLARIGLDVTGFSSFSGHAWMPDVNQYYVQNENSIGDYPYVDVFVNLKIKRVRLFLKMQHLNAGMQGYRYYLTPHYPMPDRAFKLGLNWRFYD >WP_040532466.1 biotin synthase BioB [Leeuwenhoekiella blandensis] >MAO43936.1 biotin synthase BioB [Leeuwenhoekiella sp.] >HBT09536.1 biotin synthase BioB [Leeuwenhoekiella sp.] MIYMRHNWTREEILEIYNKPLMELLYEAATVHREFHDPNTVQVSTLLSIKTGGCPEDCGYCPQAARYHTDIEGNDLMGVQQVKAQALRAKAAGSSRVCMGAAWRNVKDGEEFDQVLEMVRTINKLDMEVCCTLGMITENQAQRLAEAGLYAYNHNLDTSEDYYKDVISTRAFQDRLDTIGNVRKTNVTVCSGGIIGMGEKVEDRAGMLVALATLDPQPESVPINALVAVEGTPMEDIEPISIWEMVRMVATTRIVMPQTQVRLSAGRTQMSREGQAMCFFAGANSIFAGDKLLTTPNPDVNEDMEMFKLLGLNPQAPFVKKAQPETVEAADSQHLPKGEKPKWSRPGHTIPRNEEAKAKAKA >XP_042399294.1 histone deacetylase 1-like isoform X1 [Zingiber officinale] >KAG6497946.1 hypothetical protein ZIOFF_045852 [Zingiber officinale] MEIGGGNSLPGIGPAAKKRKVCYFYDPEIGNYYYGQGHPMKPHRMRMTHALLAQYGLLGHMQVYKPNPARDRDLCRFHADDYVTFLRSVTPETQQEQIRALKRFNVGEDCPVFDGLYSFCQAYAGGSVGGAVKLNHGHDIAINWAGGLHHAKKCEASGFCYVNDIVLAILELLKRHERVLYVDIDIHHGDGVEEAFYSTDRVMTVSFHKFGDYFPGTGDIRDIGYGKGKYYSLNVPLDDGIDDESYQSLFKPIMGKVMEVYQPGAVVLQCGADSLSGDRLGCFNLSIKGHAECVKYMRSFNVPLLLLGGGGYTIRNVARCWCYETGVALGLEIDDKMPQNEYYEYFGPDYTLHVAPSNMENKNSYQQLDDIRSRLLDNLSRIQHAPSVQFQERPPDTEIPEPDEDHADPEVRHDPDSDMEVDDSKHPDESVRKPFPINIQNVRIKKETKEGDVKYQEDQKITDHLKAVEAVVEEISGFKASDVGSTAIDEPRSIKMELESKIKLSDALESAGKHQF >MBS1222269.1 cdiA2 2 [Pseudomonadota bacterium] MNHRRYRLIFNKKRGQLMAVAESAASAGKTAGTTDGRSALPAALYASLRGVAFGVLLALGLAAVIPSAQAQVVAYKAAPASQQPTLLSAGNGVPLVNIQTPSAAGVSHNTYSQFDVSSQGVILNNARTNAATQLGGWVQGNPWLAKGTARVILNEVVSSNPSLLSGYLEVAGDKAQVIVANPAGITCSGCGFLNASRATLTT >MCR5249229.1 DNA/RNA non-specific endonuclease [Lachnospiraceae bacterium] MQDMEDAAAHSSEAGSDDQAKENEDHAASEDFSGALTEGDNSGNIPEDTSLSENAPEQTDRESRFQYSLIPEYDGSASVSVNDNIPFFTDEERTAWLPGTEVYPPLDTLGRCGAVYACIGTETMPDENEVREEIGMIKPSGWHTEKYPDLIEDLFLYNRCHLIGWQLGGENANEANLITGTRYLNISGMLPYENRVAYYIRGSGNHVLYRVTPYFEGDEFLARGVLIEAESPEDKEFHFCVWCYNVQPGIGIDYATGESRIIDRSMDTEEEILELILNTNTKKAHRPDCESVDDMKEKNKEYFKGTLQELKEKGYTACGRCHPF >EOX98511.1 Uncharacterized protein TCM_007255 [Theobroma cacao] MANQLENLVESIKSKVRALKKSKKPYIKMDKSSSVKVEIRSRKARKLIDKTLKGADRPGKRSIL >WP_263871176.1 MafB family polymorphic toxin, partial [Neisseria meningitidis] DEANRKMFEHNAKLDRWGNSMEFINGVAAGALNPFISAGEALGIGDILYGTRYAIDKAAMRNIAPLPTEGKFAVIGGLGSVAGFEKNTREAVDRWIQENPNAAETVEAVFNVAAAAKVAKLAKAAKPGKAAVSGDFSDSYKHNTASRLSQSVDGEMFQTRNVDFKAKSIGTKIHDGAQGKHISGHRNYIEGKSTLNQNINPQELLNGIHSGAYPVISKGARGNPVVDFGYPIGSDGKSGLSTNFGTIHSGKNGVHIVPANPKTIKKVQ >XP_015675072.1 leucine-rich repeat and immunoglobulin-like domain-containing nogo receptor-interacting protein 2 [Protobothrops mucrosquamatus] MLHTAISCWQPFLSLAVLLLFIGSTLGCPARCECSAQNKSVSCHRRRLIAIPEGIPIETKILDLSKNRLKSVNPEEFTAFPLLEEIDLSDNIVANVEPGAFNSLFNLRSLRLKGNRLKLVPLGVFTGLSNLTKLDISENKIVILLDYMFQDLHNLKSLEVGDNDLVYISHRAFNGLLSLEHLTLEKCNLTAVPTEALSYLHNLISLHLRHLNINLLPAYAFKRLFHLKNLEIDYWPMLDTIPPNSLYGLNLTSLSITNTNLSTIPYAALKHLVYLTHLNLSYNPISTIESGMLADVLRLQELHIAGAQLHTIEPHAFQGLRFLRVLNVSQNLLETLEENVFHSVKSLEVLCISNNPLACDCRLLWILQRQPMLQFGGRQPMCAGPDSVKERPFKDFHSTALSFYFTCKKPRIYEKKLQYLVVEEGQTVQFLCHAEGDPQPTIAWLTPRRRLVTAKSSGRATVLGDGTLEIRFAQDQDSGVYVCVASNAAGNDTSSATLTVKGFASDRFLYANRTPMYMTDSNDTSSNGTNVNTFALDLKTILVSTAMGCFTFLGVVLFCFLLLFVWSRGKGKHKTSIDLEYVPRKNNGAVVEGEVSGPRRFNMKMI >WP_221874538.1 DUF4275 family protein [Mesobacillus maritimus] >MBY0098324.1 DUF4275 family protein [Mesobacillus maritimus] MEYTDLVTELKKKKIKVVEIPKWGKYLRKKWEDEFVSHLNEAEKKAIYLYDEDGACGYLWHVFSYEKRGRLQEEQADTAFNREHKKSCYVFYQHSNDALILENARALRAEDFEEQEDVYVVDKEFKWTYVRTHETGWLGPYFSRK >WP_147728825.1 MULTISPECIES: PQQ-dependent sugar dehydrogenase [unclassified Methylobacterium] >MCJ2074217.1 PQQ-dependent sugar dehydrogenase [Methylobacterium sp. E-016] >TXM89647.1 sorbosone dehydrogenase [Methylobacterium sp. WL116] >TXN27692.1 sorbosone dehydrogenase [Methylobacterium sp. WL93] >TXN49057.1 sorbosone dehydrogenase [Methylobacterium sp. WL119] >TXN66352.1 sorbosone dehydrogenase [Methylobacterium sp. WL30] MRSVILAALLSSAAVATSGFATSALAQGASPAETKAKADDLEKLQGFKSTNTAPAPEIPQTGRKADAIRKTLGRIKLPEGFKIDVYAIVPDARSIAVGPNAGVLFVGTRKTKVYTVTDRDKDRVADEVRAFAPGIDFKIPNGVCFSKDGVLTVVEQNRVLSFPAAEFFYENPDVAAGIVVKQGELIPAGEESYNHTARVCRVGPDGKTYIALGQPYNVPAPEKLELYRTHGIGGIVRVDADGKNREVYATGIRNSVGIDFAADKTLWFTDNQVDGMGDDKPPGELNHATKAGENFGFPWFGGGAVRTVEYKDQTPPADAVAPAAELPPHAADLGLTFYNGKQFPQAYRGGLFIAEHGSWNRTEPVGARIMFAPVSDGKVGAPKPFAEGWLTGDGEYLGRPVDVAVLLDGSLLVSDDAAGAIYRISYEGDAK >EWA78047.1 D-alanine-D-alanine ligase, partial [Staphylococcus aureus T69686] KATDCSGLVRADFFVTEDNQIYINETNAMPGFTAFSMYPKLWENMGLSYPELITKLIELAKERHQDKQKNKYKID >WP_137499306.1 phage baseplate assembly protein V [Escherichia coli] >EEV6001972.1 phage baseplate assembly protein V [Escherichia coli] >EFC3660118.1 phage baseplate assembly protein V [Escherichia coli] >EFC6558508.1 phage baseplate assembly protein V [Escherichia coli] >EFH7065387.1 phage baseplate assembly protein V [Escherichia coli] >EIO7127154.1 phage baseplate assembly protein V [Escherichia coli] MSLADEVAELRRRVADMVRRGVVVEVIPGSPVMVRVDIGDALSPPLPWIQVQSGRYMQVSNYPAPGDAVTVISEAGDLRNGRVYPGANIDAIPVPAGSEYEHVVLFDTGTEIRYDRKANALSITLAEGGSYKITGRGTLDGPVEITDTLTIQGKATMNAEAVVKADLMVGGEVSDYHGTMSQIRIVYNGHNHRGDSGGSTGQPGQQM >WP_254467474.1 TonB-dependent siderophore receptor [Pseudomonas putida] >UTL82847.1 TonB-dependent siderophore receptor [Pseudomonas putida] MLPARPPRCSRTLSRAVYLALALHAGGALAATATAPSIPAGPLGQALSTFAERAGITLSFSPEAVRGLNSPGLAGGGPLEDGLNQLLSGSGLQLHKSSAGYVVLPSQGDASLQLEPISIDATASQSAFAPVEGYFASNASSATKTDRPILETAQSISVVTAEQIADRKVDRVEDAVAYTAGVRVGASGLDPRFDMISIRGFETTMGADFLDGLRQPGSGWLSLYQTEAYNLERIEVLKGPSSVMYGQISPGGMVNRVSKRPGLQAKNEVQIQSGNYNHQQGQFDLGGKLNESGDLLYRVVGVYRDAENYIEQLNNDVRLIAPSLTWQIDPDTSLTLLAQYQERETAASPMLYQQGEHLSNFWQGDEYFDKLQQRQWTFGYEFEHIFNDTFSFQQNLRYGQVDTTNQYLQPYQEREGHILDRDAIGVYEDMSSVSADTRLVSRFATGTLHHTLLTGVDYGWIDTSLLYASGPAPSIDRFAPDYHQPVAKPGTPLADEDGLEQRTGLYLQDQIDLDRWRLSAGLRRDFVHVRRSDNLSGINRKTSDSATTGSVGALYLFDNGLAPYASYATSFQPQSGSGAYKPTEGEQYEVGLKYQPPGSATMLTASLYHLTQKNVLTRDLANPINSIATGEQVSKGLELEAVSDLSDRLKMTASYSFNDPEVTESNDGNEGKQPLDVPRHLASVWLDYRLPMGVGVSGGARYTGSNYGDAQNTVKNEGYTLVDAGVHYDFGGGLDGVRLALNARNLFDKRYINCQQGYCYRGEARSVVTSLSYRW >WP_209241541.1 UDP-N-acetylmuramate--L-alanine ligase [Streptomyces oryzae] >MBO8194442.1 UDP-N-acetylmuramate--L-alanine ligase [Streptomyces oryzae] MTDVVTPSVPSVLERPHFIGIGGAGMSGIAKILAVRGARVAGSDARESATADALRGFGVTVHIGHATAHLAPDATAVVVSSAIREDNPELVEANRRGLPVLHRADALAALMEGLRPLAVAGTHGKTTTTSMLAVSLADLGLDPSYAIGGDLEGPGSNAHQGTGEIFVAEADESDRSFHKYAPEVAIVLNVELDHHANYASMEEIYESFETFAGRIMDGGTLVISADHEGARELTRRLRAAPHDRALAIRTYGVAEDADVRVLRIVPKGLTSEVTVLLDGAELTFDVSVPGSHYALNAVAALTAGAALGVPAAELGRGLGSYTGVKRRLQLKGLTRGVQVIDSYAHHPTEMTADLEAIRGGAENGRVLVVFQPHLFSRTQELGKEMGEALALADGSVVLPIYPAREDPIPGVTSALITDAAQAAGAAVRAMDTPGEAVEAIVGMAEPGDLVLTMGAGDVTELGPRILARLAE >CAI4270029.1 BAL_1a_G0003360.mRNA.1.CDS.1 [Saccharomyces cerevisiae] >CAI7046386.1 BAL_1a_G0003360.mRNA.1.CDS.1 [Saccharomyces cerevisiae] MNMDSGFTSSHESMDKTQKQSSEWAANQKHNQRVENTRVLMGPAVPAMPPVPSNFPPVPTGTIMSPQLSPFPDHRLRHHPLAHMMPADKNFLAYNMESFKSRVTKACDYCRKRKIRCTEIEPISGKCRNCIKYNKDCTFHFHEELKRRREEALNNKGNGKPVKKPKLDKENKFKDENFDIAVRSRNTSSTDSSPKLHTNLSQEYIGVSAAKSASNKEDTWPDFVPIDRTVLEKIELNHTKVAGKVFVLEEICKNMKGTIEKLAEKSKIDVIDKEYMKRPKRKQYSKALLTKQKMFHFRQNVLSHLTDEEFLSPINEMFTTTFKYSILQTKLVLDFSFRSASSPSSDNILYPLPRLAIAKRLLKNIKCPSLASLLHIVDVDQCLQFADVHFDPAKGRLTPSQAFLLNICLCLGATVTNFEEKQELVDEDNHETYYFEKFELWRLRSFTFLNSVYYYHKLSVARADMTALKALLLLAKFAQQKISASSAVKVLSVAIKVALDLRLNLHSTYEDLELDEIIKRRRLWCYCFSTDKFFSVVLSRPPFLKEENTDVLTDESYVELFRDKILPNLSIKYDDSKLEGVKDIVSVVNLLANHLEYVPYIQSYFLSRLSLIESQIYYSCFSIRTTLDDTLDEIIENVLENQKALDRMRDDLPTILSLENYKENMRILSLESSKLDFEVSCCTTILLHLRWYHQKITLSLFVISIIGDNLDQRESSRHDIAEIIRRSRLDFKRNCIEVLNILKDFEYYPTVQNEFLYFSLTTVFSMFLYLSEIMVNDEHAMETGYIIGLLKDTHTRMLGSEERCLSVHNLKWQTSLFFYTFFLRSTMEKFNLTSKYAKFYAFDSNYYEGVLNRLVRHTRESKDDMVELLKTSFINKEKMAAFGSFVTEDQEKMEVSFNIFNEITIQDLNFLQFSSIPKLWENKTLEPGEEYHHSNGTNTDNNETIGADDSDDNNNNNNNNNNNNNNNNNNNNGNNSSSTTNNNNNNYSNSNNNDNDNNINDDDDDDDDDDDNDDDYSNNGADDDEEDDDYDRSLFPTGLASLLDASYPERTANDYRDENEQSNKLFEKIEGHLEHGVFFYDRDFFFKNVCVKM >KAI5947122.1 Polynucleotide 5'-hydroxyl-kinase NOL9 [Manis javanica] MADSVQPAKRGLLRSTWLRARKARTQLVLSRRPRRRLGALRWCSRKRLRRRLLQAQAAGADWREGGSLVWRAAARRPKAAAPSPAAAPTPSGPAVLPIPPVRPAGPGRALLLLPLRQGFTFSGICRVTCLYGQVQVFGFTINQGQPAQDVFSPYTHSRLTINAGHYTMPEKSKKEMKREARTLLRSHLNRDDRSWLMKNFSPLCSIVMLERLKTSTVNFITSHPGLSNVFVQETPTFQINSEYLALRSVGIRREKKKKGLRLTERMLSAVEELVSVSREEVDGCPIILVCGHQDVGKSTFNRYLMNRLLNSIPCVDYLECDLGQTEFTPPGCISLLNITEPVLGPPFTQQRTPQKMIFYGKPACKNNHENYIEMIKYVFSSYKRESPLIVNTMGWVIDKGLLLLIDLIRLLAPSHVVQFSFGRSRCMPDLTPDYVDSMDGLYTKSKAKVRNRGYQLAEFADNLEFADEEKESPLVFTGHKLMCVQSDFVNRKTPRNRESHNKVLRDLAVLGYLGQLQPPVPQPLCPLHGLIPYQVPFNAVALRITHSDVAPTHILYAVNASWVGLCKILDDVRGYANGPILLAQTPICDCVGFGICRGIDMEKRLYHILTPVPPEELRNVNCLLVGAISIPQCVFKSQRGLEGTIPYITTDYNFKLPGASEKIGAREIEENCEQKLYPRPKFYQKIN >XP_051382515.1 P-loop containing nucleoside triphosphate hydrolase protein [Cokeromyces recurvatus] >KAI7902530.1 P-loop containing nucleoside triphosphate hydrolase protein [Cokeromyces recurvatus] MFMSTNDKERKQQYADMLAYLQRQREANEQNKKESEGSIKQSLSPPDKKIKTTLSASKPRMTKPKSALPDYVFNSDKTCNMLELPLRPEVEIRPYQREALEAIVDTSDPDPTKHFARSGIIVLPCGAGKTLTSILVACAIQKPVLVVCSTIIAAEQFCKEFLRFTTLMASKTGMFAGAKKWPYNGPSGVLFTTYTMLVENKNRTADSKRMSNFIDKTEWGLIILDEVHCVPANNFAKAISKIKTKVRLGLTATMLREDERIGDLETLVGPTLYHAKWKELADKGYIAKVICTQIEADMTPHVHKAHESIQTQGGGLLGHGHHLKSLLAILNPKKMQICQRLIQYHEFKGDKVLVYCDHIDALKLYAEKINRPFIYGGTPTEEARQLLARFQIDVPETDEELTWNQVAARRSLKAKQINTLFLSRIGDTSLDLPAATVLIQVSSHFGSRRQEAQRLGRVLRAKKRNEKGFYSRFYTLVTNDTHEVTFSEKRRQFLEEDCGYGYQIWKVGKEEEGGWEVEAHRDNSSPDDDEVKTDPLTCTVKGVCTRPYASEEEEKQLIHFLTNLKNYQVEEDEEELASEPGNVSGATGSKRKR >MCS7125979.1 hypothetical protein [Aigarchaeota archaeon] MKDQLISQPREGCEDYVEKNWKKLVEVLSEKGFLYCVECNKPIYTIEELTKHKKEFIPIEFFHDDVASEEALAAD >MXP43753.1 phosphate ABC transporter ATP-binding protein [Allopontixanthobacter sediminis] MTVVHPNLEKTDAKMSAREVSVYYGDKKAIDEVSIDIPTKYVTAFIGPSGCGKSTFLRTLNRMNDTIPSARVEGSITLDGEDVYRSKMDVVQLRARVGMVFQKPNPFPKSIYDNIAYGPKIHGLASGKTELDEVVEKSLRRAGLWNEVKDRLEDSGTALSGGQQQRLCIARAIAVDPEVILMDEPCSALDPIATAKIEELIDELNGSYAIVIVTHSMQQAARVSQRTAFFHLGKMVEYGRTSDIFTNPLEERTKDYITGRYG >MBD9700330.1 GyrI-like domain-containing protein [Flavimobilis rhizosphaerae] MRTPGGPMHVELVKLPPQTVLAIRDEVAVGELGAFLPVAYAELDLALAATGHAAAGPFVAWYHSRSGAATDVSAAVALSPATMVTHGRATTRSLPGGPALVTTHRGAYACLPHVWMRLEDERVARGLDLRGDLLEEYVSEPAPGGDPAAAVTRLVMPVLTP >WP_072184911.1 tape measure protein, partial [Escherichia coli] SEYYRTLQNGGRQAAAAAREQRRALAELNSQLMEIRASAVGMAGAFAGAFATGHLISLADEWSSVNARLKQASQSSDEFSSSQKVLMDISQRTGTAFSDNAALFARSAASMREYGYSADDVLKVTEAISTGLKISGASTAEAGSVITQFSQALAQGVLRGEEFNSVNESGDRIVRALAAGMGVARKDLKAMADDGKLTADKVVPALISQLGILRDEYAAMPETVSSSITKVENAFMAWVGGANEASGVTKTLSGALNGVAGQIDNVATAVGALVAVGVARYFGNMASGAMSATAGLVTAARNEVALAEAQFRGTQIATARARAAVYRAQQAVAAARGTEMQIAAEARLAATQERLNRNIAARSAAQNALNSTTAVGSRLMSGALGLVGGVPGLVMLGAAAWYTLYQNQEQARESARQYALTIDEIAHKTPSMSLPEASDNEGRTRAALTEQNRLIDEQASRVKSLQEKIAGYQYVLANPGWTTGDGFMINHLTSVKTVTEGLAQATEQLAVEQSRLAQMQEK >MBI1992098.1 hypothetical protein [Candidatus Omnitrophota bacterium] MANLSSRLCSSAVLIGIVIATLFYFSLWVYAVVIFCFVAIALYEFFTMVRHRGILVHRPLSVGLGVVFTGLVAWRSMVEPGLVPTPIVGPGATAISWMWDIFWPATIVIIFIRQFTRENTFEALGGLATTLFGLAYIAALFSYFFYIRSTKIP >OBC01194.1 fusaric acid resistance protein [Mycobacterium sp. 852013-50091_SCH5140682] MLNPVELWHRAVDRIRDRDPERDALRRAIRAAIMIPIAAAIGFTVGPGSQTPLFAIFGAVSLLITADFPGNRAARALAYCGLAFNGAVLIVLGTLLAPHPWLSVAAMFVIGAVVSFSGVLSEIVAAGQRATLLMFVLPLCTPVGPIPDRLLGWLIALVVCVPAALFLFPPRHHDELRRNAAQVCRLLADRLEGTASGRDVTRAMNALYANFLGADYRPVALTAGSRALVRVVDDLGWLTDQVTGDTGDLLGPMRDTAVRVLRDSAAVLRIRDVGKRAAHGEDLHAALAEQRTVAQGTYRDDIVAVLDAPDDETAVDIGRTLLVRRTTSATIAVTGRIIGNAALADARPVWARVLGMRLPKTGAADWVMPETVAVAAIARGFLATRAVVLRNSVRTGLGLALAVWVTHVFPVQHGFWVVLGAMSVLRSSALATGTRVLRAVAGTAVGFVLGAILIKLVGVDPVVLWALLPVVAFGSAYVPGVMSFTAGQAAFTMMVLINFNLIVPTGWRVGLLRVEDVVVGASVGIVVSLLLWPRGASASVSKAINDARVVGAKFLRAAVLRATRGASEEADDRVNALSYDGLRATRVLDDSVRHYLSENGGPSDLRAPVVKAANRAIRVRAAAELIADVVPPPLGAYQRTRDVLEVHAQAICARLVGGDTRALIPISDSLVRCLRAESTGDDLAVSAALPLVAVAANLGELELLYPQPAETMR >WP_203304418.1 hypothetical protein [Pseudomonas fragi] >MBM1205270.1 hypothetical protein [Pseudomonas fragi] MRSERWLPRGFLILLLAVLALAGWQWRHGAPLSANLMDLVPGDAPDALELSAEQRMQEPLNREMLVLVGSSDRQQAIATARQLGTQWQASGLFEKVQWDLQADLPALREQLLRGRVAMLSAADRTQLIEHPEAFIQQRVQALFDPFSGFSLVPSQDDWLGLTGRIQNSQPQRGTVQLDIGSGALIAEADGKHWVLLRARTRGNAFDMKLPVRIAQLLEDSRTQAANNDVQLLAASGLLYAASGQQQASREITWVGGGATVGILLLLLLAFRRWRVLLAFVPVLVGMLFGAVACVAFFGSMHVMTLVLGSSLIGVAVDYPLHYLSKSWSLKPWRSWPALRLTLPGLSLSLATSCIGYLALAFTPFPALTQIAIFSAAGLVGAYLSAVCLLPAWLKGVDLRPAQWPLRIAQTLLNMREALLDKIPTPALLVLLLAFCAAGVWQLTSKNDIRQWVSAPPQLLTEAQAIARITGYQPTSQFFLVRADNEQQLLERQRALSERLDQLVGLGKLQGYMALNQLVSLPVEQQQVRAALNVLPQHWQPLLELGVPESALQAELAQLQALPGQSIDGALSGPLAEPWRALWLGKNAEGVAAMVSLQGLNSASLLRIQALDLPGVKLVDRLGDLNNVFAATQISAAELKLLSCVLIVLLLIAPFGFGGALRIVALPLLAALCSLASLGWLGQPLTLFSLFGLLLVTAISVDYAILMREQIGGAAVSLLGTLLAALTTWLSFGLLAVSGTPAVSNFGLAVSLGLAFSFILAPWAGKQEHRQ >WP_145254095.1 hypothetical protein [Pseudomonas sp. SJZ131] >TWD47642.1 hypothetical protein FBY12_3356 [Pseudomonas sp. SJZ131] MKILFMLLSGLSFSALSSFAQSEPLDMCGVTIPEITGFKLSVRAENGVCYGDLVSSVNLNPDILTEENVFIVESVGFDKSLNVSGRFDSSGKYIYSYAVDDALHQESEAGSVDIVHSLAWGSAAVRVIMSPFMLWNSDEDIAAAKNKFSLDKTGLWFDCFYGLKGMKDNTVKFSACVPRSNLKSDPKLSDIKASFEAITPSKK >NLV89229.1 DUF2935 domain-containing protein [Tissierellia bacterium] MLSRKEFIQVSLEANLFFQRIMKEHLFFIETNLQPVDDGFIAEANILKKSFEDLLGETVVFANCAIRENILKSNELVTSYTLNAEKITSKLTGASINTNITEAEYDLKAKPNFDYTEWLETKIHDINCRSLNLLEEVIEFKEKLLDLFLDCDIYVSLYPEMLGHLIAEAKLYYNILKALAKKTLPEMPVCDELRFWNHVMEDHAEFIDGMLDPSEKDLKKKAEEFAKTFEKLVEESIKCHEKDLVEKSKAATEEIRDFKKSATEGLLNCQIKSIIPPLLADHVLREANHYLRILKEIKI >MCQ8893008.1 DNA-directed RNA polymerase subunit H [Candidatus Methanosuratincola sp.] >RWX73493.1 hypothetical protein Metus_1467 [Candidatus Methanosuratincola subterraneus] MGKFDLLKHELVPQFRIMTKEEVEQLRKDLGVRKEDLPWMLKSDPVSKAIGAKPGDVVEIIRKSPVAGKSVAYRYVVPG >WP_221968558.1 MULTISPECIES: 4-carboxymuconolactone decarboxylase [Rhizobium] >MBY2949882.1 4-carboxymuconolactone decarboxylase [Rhizobium leguminosarum] >MBY3100025.1 4-carboxymuconolactone decarboxylase [Rhizobium laguerreae] >MBY3215274.1 4-carboxymuconolactone decarboxylase [Rhizobium laguerreae] >MBY5394577.1 4-carboxymuconolactone decarboxylase [Rhizobium leguminosarum] MNETASPSERYRQGMATRRAVLGDAHVDRAATTTTEFDRPFQELITEAAWGHVWSRPALTKRERSIITIALLAALGQDDEVAMHVRATANTGATREDICEALLHVAIYAGVPAANHAIKIAKQAFEQMDAEKAA >MBA2782760.1 hypothetical protein [Rubrobacteraceae bacterium] MDRGDERIKGSEEHAEPRKRESVGQALGFVLAVYAASRLFYLLAGAWFVRIIPVSYFQRTTSDTPFGTFNIWAHWDGEHYVALAASGYMQPPANVSPAFFPLYPTLMRSFAGLFGGPLSPGALSLWGVLLSLLFLPFAMYFVYRISEHGWGPEVAKGTVLVLAFFPAAFFLNAAYTESLFLALSAGSLWALRVRRDLLLACVLAGLATATRNVGVFLLAPLFYEWFKNRDIYGWRVVYLALAPSGLILYMAYLWGRFGDPLLFYTEQGRWGRETAGPLVIVVNILRESGEGVMRLLGPGLFTSPSLGEIADRASGGQNAFDLILLGVIVA >WP_232465954.1 hypothetical protein [Burkholderia ubonensis] MSAIRTLFRSSGPIARGLAAAGLCAAAQVAHAVPADAQIDLKVLVLASQQAGNSPELQATQSILDRLGVPYSIYNYDTNNPTLPPLEAGNHAMYQGIIMPVSDARYMNPFSGGALATTLARYQFKYNVRLASVYTWPGDTGCMQYVGFRDTSSSPLDTTLTATGKTLFPYMNAGTTATNPLTVQNAWTYFMSPASPLPAGTTTTTQIQATASNGTTYSVASTCLFGNTTPLAGDSTSREIMAVSFDNNPYLMHSMTLSYGLVNWVTRGLFVGVRHVYMDPQVDDLGIPDEIYPYAQSDSTGNWYDVRTGQTTSTSPPGQCPLGNPVGSTDPNTGTTACEYRMIGADFDNTMGWQDNANANTANAGALKFTMAFNGSGFGTAYGGQGFYPTTGTDTLSVETNANEFEFKWITHTYDHILLDPPFTTSASQVTTELQNNDNVAQTFGFERYNRTVIVTPEISGLYNATTLGALRQFGITVLVSDSSKPTPPVGTPGCPTNNNGVAWPLPPYNAGKVNCVNPNIFEIPRYATALFYNVSQPAEWVAEYNYFYGANGIDPTRWGTDQTYPQVLDHVSDTLVSYLLTYDLRPLMFHQSNLRMYSGTSFLLGDLLNAVLTKYNKYYKGLPIRSPYLSDAGTLAKQRLVFNSSNVAATLKPGVSITLSASRSDGQSVVVPVTGVTFGTVHETYGGQSNSTITLLPSTSYTTQITPAPAWQ >WP_164588414.1 chaperonin GroEL [Streptomyces sp. SID10815] >NEA50819.1 chaperonin GroEL [Streptomyces sp. SID10815] >QKW28129.1 chaperonin GroEL [Streptomyces seoulensis] MAKIIAFDEEARRGLERGMNQLADAVKVTLGPKGRNVVLEKKWGAPTITNDGVSIAKEIELEDPYEKIGAELVKEVAKKTDDVAGDGTTTATVLAQALVREGLRNVAAGANPMALKRGIEKAVEAVSAALLDQAKEVETKEQIASTASISAADTQIGELIAEAMDKVGKEGVITVEESQTFGLELELTEGMRFDKGYISAYFATDMERMEAVLEDPYILIANSKISSVKDLLPLLEKVMQSGKPLLIIAEDVEGEALSTLVVNKIRGTFKSVAVKAPGFGDRRKAMLGDIAILTGGEVISEEVGLKLENATVDLLGKARKVVITKDETTIVDGAGSSEQVGGRVNQIRAEIENSDSDYDREKLQERLAKLAGGVAVIKAGAATEVELKERKHRIEDAVRNAKAAVEEGIVAGGGVALLQATQVFEKLELEGDEATGAAAVKLALEAPLKQIAVNAGLEGGVVVEKVRNLTPGHGLNAATGEYVDLVAEGIIDPAKVTRSALQNAASIAALFLTTEAVIADKPEKAAAPAGGGMPGGDMDF >MBO4522510.1 aspartate carbamoyltransferase [Methanomicrobium sp.] MHHIISIRDFEREDIDALLTKAQQIQSLGSYKETLRGKLVALLFFEPSTRTRMSFASALARLGGEAITVDSVEGSSISKGETLADTIKVVSSYVDAIVLRHPKEGAARLASEFSSVPVINAGDGAGQHPSQTLLDLFTIKENMKLDGIDLGLLGDLRYGRTAHSLSYALSHYDVTIHTITPKSLEMPQWLSTEL >WP_206762159.1 polysaccharide deacetylase family protein [Clostridium perfringens] MLIIFVVALIVITFKIIKFRKNTVTDIKACGNKITFNSNVKREEIEYLKVDGEKDRPVNKVEGLNLFINNSKVNLSDKIYEKNLRYYISLEDLEKNGQVSIDGNKILSKINKNYIDLEKKEILKEKDKLDLRGEVLDLDHKKYISINDFKELIEARDDWYENKNSIYMFQGKTNNINCNYKVNEGKAALIRIEDVSAGGVFSEDNNMEKMKYLSDYFKANNIVFHIAWIPRYINPEKNIDNDLLKNNNFENVHFINMLDHLINRGAVIGLHGYTHQHNNQISGLGVELKWNVNSNKNKVLKVVESSLKTAKTLNIPIGFFESPHYKADRNQQKIIEQYFPVMFEPYAGYWNLNPLISFSNKSTLYVPAPLGYVKDNGETVARRIRNYSNEILTAFFIHPYIFLGSIENKNNSTNNEEIYEFNENSPILKIISALKERGCKTINVNELNNQIT >MBR7152669.1 aconitate hydratase [Candidatus Methanomethylophilaceae archaeon] MTDVGECIKTIETAEGQIALYSLRELEQKGIIKDLSKMPYSIKVIVESMLRQRDGRIITDEDVLTAASWNPVENTDRDIPWIPARVLLQDLTGGAAITDLASMRNAVEAMGKDPELINPLVPVDLVIDHSVNTDYAGRDDAQELNEKLDFERNQERYALFKWAQKSFKN >KAF0721509.1 hypothetical protein AaE_010044, partial [Aphanomyces astaci] MLLEHILEQRQKAHDDLAQLQLASPSTTTPIVEELEEMLRRIPAHTVKRFIASKTPADTEGDDHMPLRGCRDTSTDTAVSWLRKQEYFTRKGRVLERDKAAFLALHMKALSMELSRAINSFDDARDLEGTAAVHTFVCPSVIPFKPLARLLVQKQMQLQATMRDTVASIAQLKAKRAHGVPVLVSDVDDCRSQIDSTEEAILHVQSKHAERVDELLRLERNLQRDVRGQTNRVHHAYT >WP_241695219.1 DNA-binding response regulator [Streptomyces sp. C] MPVTHRPARSLRVLLEPPDPALALLLGLQPDIEVVDSPVARPEVALVEEVAAVTALLADDPECRVLVTARSARPGLPEAALAAGAAGLVLRDGPVEDLADCLRRASMGETVIDPALTGHP >XP_036174925.1 zinc transporter ZIP10 isoform X2 [Myotis myotis] >XP_036174926.1 zinc transporter ZIP10 isoform X2 [Myotis myotis] >KAF6337459.1 solute carrier family 39 member 10 [Myotis myotis] MKVHMHTKFCLICLLTFIFHHCNHCHEPHDHGPEEHHRHHHGLTESESSKFSELDAAKNEKNYYIEKLFDRYGENGRLSFFGLEKLLTNLGLGEIKVVEINHEDLGHDHVSHLDILAVQEGKHFHSHNHQHSHKHLNSENQTVTSVSTKRYHKCDPEKETVEVSVKSDDKHTRDRNHRLCHHHCLRHHLDHNTTHHFSNDSITHSERGETSHEPSTETNKTQEHSESKPPKGKRKRKGKNDENSEVITPGFPPNHDQGEQYEHNRVHKPDRVHNPGHSHGHLPEHNGHDPGHGHQDPDPDNEGELRHTRKREAPHVKKSAIYSAASHKDHSEDDRQHECLNVTQLLKYYGHGANSPISADLFTYLCPALLYQIDSRLCIEHFDKLLVEDLSKDKNTVPEDKANVGASAWICGIISVTVISLLSLLGVILVPIINQGCFKFLLTFLVALAVGTMSGDALLHLLPHSQGGHDHSHQHAHTHGHGHGHSHGHEPKKFLEEYDAVLKGLVALGGIYLLFIIEHCLRMFKHYKQQRGKQKWFMKQNTEESSIGRKLSDHKINNTPDADWLQLKPLAGTDDSVVSEDRLNETELTDLEGQQESPPKNYLCVEEEKIMDHSHSDGFHTIDEHALHAATPNHHDESKTVLRKHSHQWHHKHSHHSHGPCHSGSDLKDTGIANIAWMVIMGDGIHNFSDGLAIGAAFSAGLTGGISTSIAVFCHELPHELGDFAVLLKAGMTVKQAIVYNLLSAMMAYIGMFIGTAVGQYANNITLWIFAVTAGMFLYVALVDMLPEMLHGDGDNEEHGFCPVGQFVLQNLGLLFGFAIMLVIALYEDKIVFDFQF >WP_236387036.1 alpha/beta hydrolase-fold protein [Chitinophaga filiformis] >MCF6403072.1 esterase [Chitinophaga filiformis] MKRLCLISALFWLFVIPAFSQQVVQQMPDGFDSLRAGIAHGSIDTISYTSKTVGAQRRALIYTPPGFTKKKKYPVLYLLHGIGGDEKEWLNGGKPQLILDNLYAEGKIAPMIVVMPNGRAMKDDRAIGNIMAPDKVQAFATFEKDLLNDLIPFIERKYPVLTDREHRAIAGLSMGGGQSLNFGLGNLNEFAWVGGFSSAPNTKKPEELVPDPQAAKSKLKLLWISCGVSDRLISFSKRTHDYLTEKGVPHIYYIEPGVHDFKVWKNGLYMFSQLLFKPVDVSSFAKYIYAGEGTPASTNIPGIKYPQIMPDNKVIFRLKAPEAHKVQIDLGRKYDMRKDTGDYWMLTTDTIPVGFHYYSLVIDGIPVVDPNSQAFYGMGRMASGIDIPDPDGDYYTVRNVPHGQVRSVNYYSSITRAWRRAYVYTPADYDKDIDRKYPVLYLQHGAGEDETGWPGQGKMNLIMDNLIAEKKAAPMIVVMDRGYATDPQRPVVNTAPGPGPRGMSNNVFPEVLVKEIIPMVDSTFRTLSDREHRAMAGLSMGGFQTFQTTMTNLDKFSYIGGFSGAAFLQQGTDIRKMYDGAWADATAFNQKVKLVYLSIGTTEPERMYQGVKGFHEALETAGIRHVYYESPGTAHEWQTWRRSLRQFAGMIFKN >WP_165356608.1 MoaD/ThiS family protein [Sphingosinicella sp. BN140058] MEASVKILLFGSLGQEIGREILADLPPDGCSVAALRQRLAAQDPAYGALARPSIRACVDQVIVAEEFLIRPGQEVAFVPPLSGG >PFQ70995.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGK69235.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGM34038.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGP89975.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] >PGR64781.1 GNAT family N-acetyltransferase [Bacillus thuringiensis] MEENYMNVIQLKEDKFREALRLSEYAFQYKVDEERLQQQLTKMKESHEIYGIMEGEDLAAKLHLIPFHIYIGKEKFKMGGVAGVATYPEYRRSGYVKELLQYSLQTMKKDGYTVSMLHPFAVSFYRKYGWELCANLVTCHMTKSDLVMKKQVNGTVKRFNKENHPEEVEKLYEAFAERFSGMLVREKNWWFQAVYDDLTLAIYYDENKKAAGYMLYKIENYKMTVEEFVPLHNEARNGLWNFICQHDSMIKELEMTVSENEPLLYSLQEPRVKTEIKPYFMGRIVDVEQFLKQYELSWNNVQQEVILHITDAFAPWNNVSVRLANHEITIMKEETIDKGIKLDINALSTIMFGYKSPLELNELEFISGSEEEIQAFENIVPVRKAFIYDFF >MYE57211.1 glutamate--tRNA ligase [Acidimicrobiaceae bacterium] MSSPRVRFAPAPTGFLHVGSARTALFNWLFARHHGGEMVLRVEDTDAALKTQEYVDAIIEPLRWLGLDWDSGPHFQSDRRDRHSEAIERLVDGGAAYYCDLTRAEIEERCAAAGLPAGYHGWSRDRDVADGPGVVVRFRCPDDGTTVVDDIVRGRVSFPNESLEDFVIRRGDGSPTFHLANAVDDHHMGITHVVRGEDLLNTT >WP_008132112.1 LodA/GoxA family CTQ-dependent oxidase [Bradyrhizobium sp. YR681] >EJN14822.1 hypothetical protein PMI42_01600 [Bradyrhizobium sp. YR681] MATYRIHPGIGIARLGNSDTEFYLAPETPAALPLACDGFGNPLHGPDGVTPVPVKTFKDAHGRIKRQAARFQIFVYDDESPEGRPLALGDDVEGGGNHGVLVDIQWRVYVANKKASWYPFTELKGEHGYAQGSARRNADITGQDRDLLIIDPGPRSVNATTNRRAHFDRSGGPGSYATTFPPKGLQPFDIDTLGEMMTDNKGRLIVLGGHGNSGMDVSGSFGPKIEDYANTDGWYDDISDGPVMARLIMYSKQVGQTRYVDVEFPAWVVVGYPRFAPQILDMITMDEVLYDLYVRQFATDTGIYGILGTYDDPQAIPFRDEAALRHWQAGRLAWNRNYRPWFYRDIWPILFRPDEFRYLNDILQQSNYPHDQAQRGTFDPSKLSQTPRRATRPTETETPSDAPLRDASQGEAVMAVAAVAGPAHHAKADDPYGPMRRFLFDLLRRAGEANAFQVQDRASSRVHSLPLMPLLCGDNPLTNETPSKFLHLTEYQLFILGQWARGWFINEKEEGWLPKGYSPFEPYPKTPPKTGRELDRGVLSNVLGGAFCPGGELGWVMRNPSIYWAPYRINADRSVSDFLQSAAQANQSGGSVIADPTFSVESPLSQDNDFETGLQPGDLTKYMGLPWQSDFNECTTQPINITYADWNNLYPGSDNDERLRRDEKTWTTLWWPAHRPLQSFEIASVSNGSPNYVWTTWSRGVPQTPVGDLKMVTEWARLGFIVRNPYQPGAKSADDLTYKYISVERTADPKSEAS >XP_022789336.1 protein PRY2-like isoform X1 [Stylophora pistillata] >XP_022789337.1 protein PRY2-like isoform X1 [Stylophora pistillata] >PFX26402.1 Golgi-associated plant pathogenesis-related protein 1 [Stylophora pistillata] MNSFGKEALEAHNKFRAAHQAPPLTWSSALAQDAEVWAKKIAKKGRLEHDDTKDGENIYMVCGREIDGTDAVNSWYSEVKDYNFGKPGFQSNTGHFTQVVWKSSEELGIGRAKSADGKEFVVGRYKPAGNMMRAFAENVLPSKDGPVKIPEKESASKQGSVPVYRRQKHEERPTQGVETRTEEKTIILPDGTKKTVLSTVTVTLKGNDQGGYSRETVTTISETRKQDNFAQDMKTALPQGSPRTQDPKDSKSSSSTGGPKAPCSVPQTGFAKQALDAHNKYRAKHRVSPLTWSDEIAKEAQAWAEKLARAGKLQHASQAERKGYGENIAMFSGRFETAADEATNMWYNEVKDYRFDKPGFQGNTGHFTQVVWKKSSELGMGRAQTADGKLTYVVARYNPAGNMLNHFQENVFKG >WP_264695257.1 type VI secretion system Vgr family protein [Moraxella bovis] >UYZ73477.1 DUF2345 domain-containing protein [Moraxella bovis] MNHRAHLHSVYLPKSVSGTPYLWFDSLQGVESINGLFEYKLIVKAKDEHGNPAHGIEGLEGYVSFEAYHGSIIHPLPRAGQEVIIDFFGGNPDMPYVAGSLTNPNNMPLYTLPHEKVLSGIRSKEYGGDKSNQLIMDDTKDKLQTHLKSDHLHTEINLGHIRRLTTPQGRGEYRGEGFEVRTDGHGVIRADKGMVITTHGRPHATSHIKDIKETTSQLEQATSTHSSLIQSSIQAQCEERALANTLMPTLDELNTSMTGEGVDHANHHDDDSDDLNHPELSNPHIVLSSLAGMSLTAKQNIHITTDNNLAITTNKDLSLATTSKYNLTVQNGIRVFVQTGGIKHYTAKDDIELQAQDGQIKHIAKDNIEIISTEGKIQITSPTQLSINICGSEFKMNEQGVFITTPGVFQVKSNEKVMEGGEYVGYEVVRLPKSYSLRFHFTDDDGIPYSNTEYEAINKDTGETLIGVTDNEGFTECFYSDKPNQIEVYLHI >WP_219954954.1 hemolysin family protein [Qipengyuania flava] >QYJ07232.1 hemolysin family protein [Qipengyuania flava] MTPFPWTDLLIIAGLIVLNGVFAMSELAIVSARTARLRAAAQSGNGGARIALELAAEPGKFLSTVQIGITLIGIIAGAYSGASLGGPVGERLAALGVPASWAPQVGFAAVIALTTYLSLVVGELVPKQVALRAAAPIAMVMARPMALLAKIAAPLVWLLDASSSILIRLLGVRPAGQSAVTAEELHMLFAEATRSGVIEHEQHQMLQGVVRLAQRPVRELMTPRTEVDWIDIEADEDAIRAVLDESPHSLLPVAEGSPDKVLGVVKVREILTKFVAKEPINLAALMIKAEVVPDQLDAVDALRVLQQAEVAMAMVHDEYGHLDGIVTPVDLLTALVGDFVSDQDPGDAPGLVEREDGSLLVAGSLSADALADRLDIEYSEDREFGTAAGYALHVLKRLPSEGDFFTDQGWRFEVIDMDGRRIDKLLVSSESAVVQLED >AAR06568.1 Duffy binding protein, partial [Plasmodium vivax] SKAEKVPGDSTHGNVNSGQDSSTTGKAVTGDGKNGNQTPAESDVQRSDIAESVSAKNVDPQKSVSKRSDDTASVTGIAEAGKENLGASNSRPSESTVEANSPGDDTVNSASIPVVSGENPLVTPYNGLRHSKDNSDSDGPAESMANPDSNSKGETGKGQDNDMAKATKDSSNSSDGTSSATGDTTDAVDREINKGVPEDRDKTVGSKDGGGEDNSANKDAATVVGEDRIRENSAGGSTNDRSKNDTEKNGASTPDSKQSEDATALSKTESLESTESGDRTTNDTTNSLENKNGGKEKDLQKHDFKSNDTPNEEPNSDQTTDAEGHDRDSIKNDKAERRKHMNKDTFTKNTNSHHLNSNNNLSNGKLDIKEYKYRDVKATREDIILMSSVRKCNNNISLEYCNSVEDKISSNTCSREKSKNLCCSISDFCLNYFDVYSYEYLSCMKKEFE >WP_043239074.1 lysophospholipid acyltransferase family protein [Bosea sp. LC85] >KFC65454.1 Lyso-ornithine lipid acyltransferase precursor [Bosea sp. LC85] MNGLRPGAILRLVLLGLGTAALVPAQLVALRLGPRHGWTLPLWFHRLACTCLGVRRRVRGTPPPEGAGGLIVANHVSWLDIPVIGAAQPLSFVAKAEVATWPVIGFLASVQRTLFIDRTRRTATAGITAEMGKRISDGQAVVLFAEGTTGDGTRTLPLRSSLLGAVHEALGHNDNNGDITVYPLSITYTGFHGMAGGRVERSSLAWYGDTELAPHLKAMLNAGAIDVELAWGEPIRMGHETSRKVATRRAERAIRRARREAVTGRPVS >KAB2838176.1 biotin/lipoyl-binding protein, partial [Burkholderiales bacterium] MKPLALSARSLKLLAVLLPLAGLFVYTALRSGPLAPVPVQLADVEDVAIAPRRFGVGTVEASASFQIGPTVAGRLKRLEVNVGDRVRAGQVLGEMDPIDFDERLRAQEAALLRAAAQWQEANARRAHAERQANRYEQLFANGAVTEEMRASKLQDLRLALAQQAAVTEDQARLRAERDATRAQRANLRLVAPAEGLVAARRAEPGTTLVAGQAALTLVDPKSLWINARFDQAQSGGLA >MBS1617120.1 hypothetical protein [Bacteroidota bacterium] MRSFIVLSLIALSSLILPSCKYSYKDELINVNNAFTVSVPDYLSKCDDLKPGAEFQYCNRFRNTYAVAFSGPKDKAFPAFYEEQIGILKKVLDKPMVNDSTAIELPGAKGVHTELAGKMQGEMIYYSVLTLEAKDKFYQFCIWTRGEDRKLRYGKDIDKMLMSFKLINP >WP_129629290.1 Gfo/Idh/MocA family oxidoreductase [Tropicimonas sp. IMCC6043] >RYH11275.1 Gfo/Idh/MocA family oxidoreductase [Tropicimonas sp. IMCC6043] MTGAETLRVACVGAGYFSQFQYESWARIDRVVLVGSCNRNIDKARRTGFPAYSDLDLMIRETRPDLLDIILPPVVHAATIRTALAAGVKTLICQKPFCNDIDEAQRMIAEADAAGARIVIHENFRFQPWYRRIRAAIEAGAVGALQQVSFRLRPGDGQGPDAYLDRQPYFRTMERFLVRETGIHWVDTFRYLLGDPLSVYADLRQVNPAIAGEDAGYVLFEHPGAVRALFDGNRCLDHDAKDLRRTMGEALVEGTDGTISLTGDGAVTLRRFGGSEMVELLPPDRTEGFGGDCVHALQSHVVSGLLDGTALENPAQDYLTVMRIEQAIYESARTGRKIALEAM >KRN01502.1 major facilitator superfamily permease [Lacticaseibacillus paracasei subsp. tolerans DSM 20258] MLGNRLVTWLGQPHAFLLEFLLFIAGYLVLPFTNSPLTATVILAFIYTIGGALLPLFMSTLQEHAGSARSTISALANAVMYLGEAIGGVIGGILIKQFTGFSGIAVFTAIGASLAMLLYAQQGYFKQLQTSR >ACF74449.1 trans-cinnamate 4-monooxygenase [Echinacea angustifolia] >WHU31432.1 cinnamate 4-hydroxylase [Echinacea purpurea] MDLPLIEKTLIALFAAIIGAIVVSKLRGKKFKLPPGPIPVPIFGNWLQVGDDLNHRNLTDLAKKFGQIFLLRMGQRNLVVVSSPELAKDVLHTQGVEFGSRTRNVVFDIFTGKGQDMVFTVYGEHWRKMRRIMTVPFFTNKVVQQYRYGWEAEAAAVVEDVKKNPAAATEGVVIRRRLQLMMYNNMFRIMFDRRFESEEDPLFLKLKALNGERSRLAQSFEYNYGDFIPILRPFLRNYLKLCKEVKEKRIQLFKDYFVDERKKLGSTKKMDDNQLKCAIDHILEAKDKGEINEDNVLYIVENINVAAIETTLWSIEWGIAELVNHPEIQAKLRHELDTKLGPGVQITEPDVQNLPYLQAVIKETLRLRMAIPLLVPHMNLHDAKLGGFDIPAESKILVNAWWLANNPDQWKKPEEFRPERFLEEEAKVDANGNDFRYLPFGVGRRSCPGIILALPILGITIGRLVQNFELLPPPGQSKIDTAEKGGQFSLHILKHSTVVAKPRSF >WP_088527814.1 aminodeoxychorismate/anthranilate synthase component II [Polynucleobacter aenigmaticus] >OWS70612.1 anthranilate/aminodeoxychorismate synthase component II [Polynucleobacter aenigmaticus] MLLMIDNYDSFTYNLVQYFAELGEEVKVFRNDEISVEEIATINPARICISPGPCSPAEAGISVATIQRYAGQIPILGVCLGHQAIGEAFGGKIIRAQKVMHGKTDDIHHTGVGVFKDLPNPFKVTRYHSLAIEKSSLPAVLEVTATSSDGEIMGVRHKELAVEGVQFHPESILSEHGHALLKNFLQAK >WP_258825945.1 acetyl-CoA carboxylase, carboxyltransferase subunit beta [Massilia agri] >MCS0594856.1 acetyl-CoA carboxylase, carboxyltransferase subunit beta [Massilia agri] MSWLEKLLPPRIQRSDAANRKTMPEGLWVKCPSCEAVLYRADLESNLHVCPKCDHHMRIRARERLDSLLDEGGRYDIGQETLPVDTLKFKDSKKYPDRLKQAMDATGETDALIVQGGSIMSLPVVVACFEFEFMGGSMGSVVGERFARGAQVALEQKVPFICITATGGARMQEGLLSLMQMAKTTAMLTKLSEKKLPFISVLTDPTMGGVSASFAFMGDVVIAEPKALIGFAGPRVIENTVREKLPEGFQRAEFLVQKGAVDMIVDRRKMREEIARLLALLQNQAADVLA >WP_008045531.1 ABC transporter permease subunit [Pseudomonas sp. GM74] >EJM97090.1 ABC-type uncharacterized transport system, permease component [Pseudomonas sp. GM74] MNDLANSNMTTNPPKRIDFNTPELQRKRRIRALKDRLTRWYVLVGGLAVLGAITLIFFFLAYVVAPLFQGASLTSRDAITPAWMQDAGKPLMISLEEQNQVAMRISDKGQALFFDIDSGAELKRVDLSIPAGTTVTSIGEDQPGHPLVAVGLSNGQALVFRHTYKVSYPEGKKTITPAIEYPYGEAPIAVNEAGGALEHVSLNANDSTLMLVGSTGSQLNVLSLTSEENMMTGEVTNEQKRIELPQMNEPVKNIFVDPRQQWLYVVNGRAQADVFSLRDKSLNGRYKLLEDGEAQVTVSTQLVGGISLIIGDSKGGLAQWFMARDPDGEQRLKQIRTFQMGTTPIVEITAEERRKGFVALDASGKLGVFHSTAHRTLLVEPVAEGQGIFGLSPRANRVIVEAGGKLHPLLLDNPHPEVSWSALWSKVWYENYDEPKYVWQSTAANTDFEPKLSLSPLTFGTLKAAFYAMLLAAPLAVAAAIYTAYFMAPGMRRKVKPVIELMEAMPTVILGFFAGLFLAPYVEGHLPGIFSLLMLLPIGILVAGFTFSRLPESIRLKVPDGWESALLIPVILFVGWLSLYMSPFMENWFFGGDMRMWISHDLGITYDQRNALVVGLAMGFAVIPNIYSIAEDAVFSVPRGLTLGSLALGATPWQTMTRVVILTASPGIFSALMIGMGRAVGETMIVLMATGNTPVMEMNLFEGLRTLAANVAVEMPESEVGGSHYRVLFLSALVLLLFTFVMNTLAELIRQRLRKKYSSL >WP_045064390.1 hypothetical protein [Photobacterium leiognathi] >KJF89786.1 hypothetical protein UB42_11045 [Photobacterium leiognathi] >PSV82516.1 hypothetical protein CTM94_10220 [Photobacterium leiognathi] MKFPLTSLLLTTIVCASSAYAATPVQVSVPGLNLPAGDVSGVRLSALYGRSHNVKGLNISLLGLSDIDNFTGLNLGMFYGANRTRNSMKGVEFGLANLNEGTAKGADFGLINYTANNFTGGQFGLFNYAGSLNGLQFGFMNATVHINKGIQIGLINYDRSGTFVSKDLPVFPIVNARF >MCU1589779.1 regulatory protein [Frankiales bacterium] MVRLAGSLRDLAVGSTSIVEFATRVCTHLHEHLVDPDGTRQTVLVRFYGTLPYAALPAEEQEFATRTWGRPGDDATCLTLLGTVGTEADWNDRRLSRGHRVIPLTDAHQVEGLPMVAALLGQLGIDIESLVSASAHLLHDGSAEPYGVFHVPNATGSPVIPGQDFVADHRVGSVLGFGGALPTGEVYAVVMFTRVLVPRETAQLFENVALSTSLAALDMLATPIFPTDATARVPARPLSDLDRSRSRESMLDALLEVHERVAVSESDTARRALDRARHEAERYGQLARTLQASLIPPELPTFHGAQTGAFYRPAGDGSEVGGDFYDLFPIRDAVWGFVLGDVSGKGAGAAALTALARYTVRAAAFHADSGVDVLAELDEALHRHEADERYLTALFAEVTPIDGTLQVDLTLGGHPSPLLLRRDGSVEAVGEPGSVLGLLPDPSFRETRCVLQAGDALIAFTDGVTEARRGSEQYGEERLRSLLEDCAGLSADEIAAGVGDAVLRFQGEHAHDDTALVVLRCT >XP_049224720.1 uncharacterized protein J4E78_003415 [Alternaria triticimaculans] >KAI4665950.1 hypothetical protein J4E78_003415 [Alternaria triticimaculans] MTKRSHANIASSQAEPPERQTSYDGERSGSHEDGDGSSLKKPRSFMATLACDICRSRKTRCDEDRPRCGYCRNMNLECTYQAPRSTKKDQSLALAINAIRRLEAKIEDLTTAINTPKPSSTLPLSPAGPINDHQSPHTIFSQPSPGYHVSAMPSHHSHNGRLSIHDLAMSPQVVGSPAKSPFPVMEVQGAVNLSFSQHRVALWPAIQQILPSGFVSVRAELPEDYIVDIENRRAQLPIHIDRPYGTVPESWLMSLPQSAVKGLADAYFAVFHRNTPILDKYHFFSSTLGTAMENEFGYDVESALVLNVLALGCLAVKAHEEGDFALPSRHSPARRGFVHPDWYELVADDPPGLKFFNEARHRFGFLMCDNDVQAGQFYMLSTLYYAQILRPLDSWTTVNRAALCCASILTRTGAIDYDSWEGDMLSRLFWCTLMYETVITQELDLLPHSGLLDYEPDTPLPKFTQCPRPKTSISGLLTDEEDSFFNFHFLAQAAHRIILTRVKQSLYTFAEKDGYPSASLTAEMHHQLEQWRANLPPSLQFSDTDKASDSPSPAHVIAKAMLRSRYLVAKFHIGRPFLYKALHAPAYTSDAEYNEVREGLRGGMYWPTTMGLCTQMLSALPIKFGWCCQCFGQVLLFHAVAQSPDPRLRETLPEGWREWVDIMMALIESCARSSPGIAKDYELLRLLDA >MBQ0033687.1 hypothetical protein [Bacteroidales bacterium] MASHSNYWYEITSEKEWTLADFALRMGELHPRLKEENALEIACGSLPEQTRLSVITFNYRSLDELGLPLTMSSLLVIPFAGGCFSAPRLVLENRATQAADKSGPTHQWNICTVHALSNSVLVSPDLMSFGASVDRPICYCHGALAARNTVDAAIAAQTILMNRKLTDAPLPVYNTGHSQGGFDALAVHRYMETAATPEECRMLPLVKSYCASGPYAPDVLTEVVSPREKYLYGAYMVLNVMSYLHYRKDCLPAGLSVSDFLTPAAHELGIEQLIACKEHSNTELVKTVVSALGTRTTALFIEDACKPGGYLYGILMEAYRKERQIDGWKPQKPIWFYHAKHDECVVVECMYAAREAFAGCPNVVFEEDEAAPDAMVHKYSGGAYHRRILLGNWF >MBP3425637.1 leucine-rich repeat protein [Rikenellaceae bacterium] MKKLLLMLSVLGVLVGCEYDDSVIFDRLNTLEEEWEQMQAEQLQMQQQIATQQLLLDALGKRLTITSIAENENGYSITFSDGTSATIKDGKDGANGKDGKDGADGKDGVDGTNGKDGIDGKDGADGKDGDTLFASVEIGEDSVKFTLADRSVIVIPLCDCGCDDPSTEYNKIYYTTTDGEKLDINEQFGSATLLSHEFVDGQYVLTFDQEVTTIGKWTFSQCSSLASVTLPESITTIGGGAFSDCTSLDSIIIPKGVTSIGYSAFERCSALKSIIIPEGVTKIDVETFWNCSSLESITLPDGITTIDLQAFYGCSSLQNIIIPESVTEIENDAFTKCTSLRSIIIPKNVTTFGWGMVRDCTSLESITLPEGITMVGYSFDKNWLPSLKIFVSKLASSDGRCLIVDGKLMTFAPAGLTEYAIPEGVTTIGDSAFSGCTSLESITIPEGVTTIENSAFFGCTSLKSVVIPEGVTTIGNSAFFGCTSLKSVVIPDGVTTIGLGAFQLCTSLKSIKIPDSVTTIERITFQDCISLEKFEGKSASSDGRCWIMDGVLKFFAYGGLTEYTIPEGVTTIGAQAFYGAVYQGNNTSLESLTLPESVTKLEPLAIFDKKIKNIYCMATEPPTMDGAAFNLSNVEMRIYVPAASVEAYKTAEDWSRYAQRIVGYDF >MCR5285329.1 adenylate/guanylate cyclase domain-containing protein [Treponema sp.] MASKLQLFSKVGKTRIVPVGFKIGLIFLILIMLSNFATNFISLQLTQRQIIRLNNQIMVDQLKELYNNASNQYQIYAYSKNKGDTLASMRRMAVAGFSNPNSVALGVSKSGDIQFIAAQNEKLFWSRFVDLEALKELNSNLEKGIKEGSLFFRTLDGEFFGVYKYQSDWDYYLIRAELRSDINTNIRQVFYWSAIIIMVLTFAFLFIGYAILHKEFKSLHRFTNDLYEMQKSKQMGLIDISKAPNDDITYMATSFNSLSASVNSLLHTFQKFVSKDVVAKAYTEQGVLLEGRQQELAILFSDIRSFTYRTETLGNDIIDLLNVHYNRVIHKVHENAGVVGSIIGDAILAIYGTLDSDMSKSYNAIRAAWDITHVTASLREEMIVRRHEIEKSRKLTESEERVFQAVLIDVGVGIDGGTVFYGNIGSNEHMANTVIGDNVNSASRLEGLTRIYHLPVIVSEYIKNEVEKESNRYKFYEIDTVLVKGKTEGKKIYFPLDINDATEEIKAAYESFEEGLQAYYKGDWKSARSFIKNSNLEVGQVFLERMGSKAAPEGWSGIWTMTTK >XP_020103231.1 chaperone protein dnaJ A6, chloroplastic-like [Ananas comosus] MSIIQCGITSIPQLGAQPRLVLAYVSPRTKSCCCVKNLLASHKGTSVREKCLASSNASFFNQVPSSSLLNLVASPNFRRCRGSRLVVRADADYYSILGVSKNASKSEIKSAYRKLARSYHPDVNKEPGAEQKFKEISNAYEVLSDDEKRSIYDRYGEAGLKGAGMGMGDFSNPFDLFESLFEGMGGMGGMGGSRAARNRPIQGDDESYNLVLNFKEAIFGVEKEIEITRLETCGTCDGSGAKPGTSPTKCSTCGGQGQVISSARTPLGVFQQVSTCSTCDGTGEFSTPCSTCGGDGRVRRSKRISLKVPAGVDSGSRLRVRSEGNAGRRGGPPGDLYVFIEVLSDAVLKRDGTNILYTCKVSYIDAILGTTIKVPTVDGTVDLKIPAGTQPGTTLVMAKKGVPFLGKPNVRGDQLVRVQVEIPKRLSSEERKLIEELADLNKAKTPNNRR >WP_258394058.1 aspartyl protease family protein [Stenotrophomonas maltophilia] >PZS89812.1 hypothetical protein A7X83_11990 [Stenotrophomonas maltophilia] MRLSVMPLLAAAFPALAAAPPVHVLPMWMQGNHPAVAVSLNGSAEPLRFVVDSAAGVTLVDGRVARRHGLEDPRSATTHAQGANAQSAPLQRMHTTSWRIGGWQLRVSGVQADLSNLQKDDDPAVDGLIGNDLTGRWDTRWDFSRGELALWKPGQLGVDGRQCQANALPDRRDGLEHFAFITVKLGEAGVEAIAVVDTGAAQTVLNAEAARALGLRIDGSDERLRVREKGTQGLGGQPQATWLYTLSGMSGTGWQHPAMEVRISELSVFRSIGLEARPALILGADAMVASQVDISAGAARICLRQPAVT >WP_196823726.1 hypothetical protein [Corynebacterium aquatimens] >MBG6121097.1 hypothetical protein [Corynebacterium aquatimens] MSSPMMPERPSAMDIIDSITDGLPDGWADGFREPEELPLDDVPAWE >WP_162334308.1 3-hydroxyacyl-ACP dehydratase [Chitinophaga agri] >QHS62665.1 3-hydroxyacyl-ACP dehydratase [Chitinophaga agri] MFIHTDDITAYIPQRTPIVMISGILEVRDNITRTGLQIAADNLFVEDGVLQSPGLLENMAQTAAARVGYIALQENTPVPIGFIGAVKDFEVFAFPPAGSFIETTTEIQSQVFNATMVAAKVTLNGQLMAQCELKIFINP >WP_020394619.1 DUF262 domain-containing protein [Thiolinea disciformis] MSVVLNNHTKSQQITKKIISVHELLSDSSLSLPIYQRPYKWKSQHVNQLINDIKRHQNKSSYRLGTLVLHEQTWVEQGITSVRKNIVDGQQRTLTLLLIAHALIQVHKHIFNDEVIDQLKALEATMINPQFENDISKNNLYQNYLEISRLASRNTFDRDLIDFLLNKCTFVSFTLQDIAEAFQFFDTQNARGRDLAPHDLLKAYHLREFVEADEVLKSATVAHWENCQTEELADLFAQFLYRIRYWVKGNSARYFDKRDVSVFKGISVNQLSSYNYTESLNIVHYFIDYYNHQQEGKIDKKIKEFPFQLDQTIINGRRFFEMIAHYQQQVKNLEYLSDSTNQLSEIAKRILKDINDYEGSYRTGDRYVRALFDCLLLYYIDRFGQHKISEAIEKIFIWAYSLRLTMYAVSIPTIDNYVLENNLFKIINHSINPETFLNHSLPIISVNEIKSNKVDLIQNLFKDMHYCG >TMH05674.1 phosphonate ABC transporter, permease protein PhnE [Betaproteobacteria bacterium] MTCVAVSALIVLAVVASFAYLAIDVRALLSAPSLRLMAKFIGEFFPPDLSAPFVAKVAGGALQTLAVSALGTLLAALAGAVLALPASGRFGLTPRLAARALLNVLRSVPELVWAALMVLAAGLGPFAGALALALHTAGVLGRLFAETLENAPRDSERALRDAGGGAVTAFAYGCLPLVTAQSVAYVLYRWEMNIRMAAVLGFVGAGGLGQLLYFHLSIFQQAQASTVLLAMFVLVFAVDAFSSRLRRGLAPAYA >WP_112116848.1 hypothetical protein [Lysinibacillus capsici] >SPT97623.1 Uncharacterised protein [Lysinibacillus capsici] MTDFKTLRLLDKFRWLFIKMGIDYDMMRKILHIKLTMDERKVPTLFNQNKKKDNQKYGYIKSLWIYMLFGLILIPLMGFGQNFLFQMSIAFAMIIFLIMTSLISDFSSVLLDVRDKSILSTKPISAKTINAAKFMHIFIYLSYLTLALTAIPLIVSLFTQGIVFFILTGLEILLMNLFIVAITAILYIAILRFFDGEKLKDMINYVQIALSLMLMIGYQVLIRSFEFVNLDMVVSFHWWNLFLIPMWFAAPYELILHGDTSLLTVIYTILAVIVPIISIWIYIKLIPTFERNLQKLLSTSKSKKEKNNRLKSFFLTIVCRTHEERAFYRFAALMMKQEREFKLKVYPSLGFSFIIPFIFMFTFSRGEEVDYASSMSYLNIYFSMMIIPSAVLMLGHSAKYKAAWIYKTLPLKDYTDLQKGSLKAFLIKLYIPLFLVLSIVFSYIYGIRIIPDLLAVLVTSWLYTILCFVMMTNKLPFTKPYDEVNDAQGWKILLLLLPLGLLVGLHYIIASQITYGSTKYFIVIFFINILIWKLVFKSKK >HCH2726488.1 fatty acid oxidation complex subunit alpha FadB [Vibrio parahaemolyticus] MIYQADTLQVKEIQDGIAELSFCSPKSVNKLDLATLESLDKALDALTSHQGLKGLMLTSDKDAFIVGADITEFLGLFAKTDAELDQWLQFANSIFNKLEDLPVPTISVLKGHTLGGGCECVLATDMRIGDKTTSIGLPETKLGIMPGFGGCVRLPRVIGADSAMEIITQGKACRADEALKIGLLDAVVETDALYESALQTLTSAINEKIDWQARRKQKTSPLTLSKLESMMSFTMAKGLVAQKAGPHYPAPMTAVITIEEGARFARNEALDIERKYFVKLAKSEEAKALVGLFLNDQYIKGIAKKAAKSASKDTERAAVLGAGIMGGGIAYQSALKGVPVLMKDIAQPSLDLGMTEASKLLNKRLAQGRIDGFKMAGILASITPSLHYAGIENSDVIVEAVVENPKVKAAVLSEVESHVGEDTVITSNTSTIPINLLAQSLKRPENFCGMHFFNPVHRMPLVEIIRGEKTSDETINRVVAYAAKMGKSPIVVNDCPGFFVNRVLFPYFGGFSMLLRDGADFTKVDKVMERKFGWPMGPAYLLDVVGIDTAHHAQAVMAEGFPERMGKQGRDAIDALFEANKYGQKNGNGFYSYTIDKKGKPKKTFTEDILPVLADVCADKPFHDQERFDEQTIIQRMMIPMINEVVLCLQEGIIATPQEADMALVYGLGFPPFRGGAFRYLDSVGIAEFVEMAKQHAELGAMYHVPQMLIDMAAKGESFYGAQQQGSI >MBK6833697.1 carboxypeptidase-like regulatory domain-containing protein [Bacteroidota bacterium] MLKKLFLLFCVFFLFIYELEAQNLIKGKVIDASTKQSLAFVSVQEIGTINGVLSDIDGKFQITLKNNTTSNVLVFSYLGYQKKEVLLKLVDVNNCIVELDNLGLNLAEVVVEPGVNPALRIMKQVAKNVDMNNPHKMQSFSYSSYNKMFVTGDVAASEDSIKGFDEGNKMAMQKFFSKQHLFLTESVSKREFLFPSFNNETVLASRVSGFKAAPFTLLATQMQSFSFYDTWVNVFDVNYLNPIDGVAIKKYSYTLEDTLYDKKDTVFIISFKPKVGKNFKGLKGVLYINTNQFAVQNVIAEPSEANQQISVKIQQKYEFIQEKQWFPVQLNTDWVYNNIQLKENKAGESTKMKAVSRSYVRDIILNPELSKKGFTEVELSIAKNADQKGDDFWIKYRADTLTERDAKTYQVVDSVGKKENFDKKILGLEALFTGEVPVSIFNFKLKEIFTFNAYEGYRLGLGVRTNNKLSSMFSVGGYGAYGFYDKAWKYGGNLDLRLWKKKELYLEMLVKKDVIETGNFNFHEKQNGFSNMELIRNLSINQMDKVSIQQLGFSFRMFKYFKTNVYVNHQQRISKYAYKSTSDFNSLPIDTFNINEAGIKFKFLFREKFMETLRNKISLGSDYPVVYLNISNGFKMANNSDFNGDWEFVKLECKVNYSYKVSTIGKQNICFVAGKLFGEVPYSINYSALGNNYYKIAAASEHTFETMIPNEFISNQFAATFFSHNFGRFLKPSKKFNPEIELIHAMAIGTCDYSNRFLNVPYKTMEKGYFESGVKINCLVKSAFSGIGVGVYYRYGAYSLNNTINNFAFKLTFGLSIN >XP_025975121.1 MICOS complex subunit MIC19 isoform X1 [Dromaius novaehollandiae] MGGGGSSTRRVTFEADENENITVVKGVRLSDSVIDRMKEPSSASGRPHSQHRSASGAVNDEELKKRIAEELALEQARRDSEAQKRRLKQEQMHVRDEFGKILERERIASNEHLTRAVLRERAATEEERQKAQRFAKQLEEKDRELKKHDAYYKEQLARLEERSAQFYKVTTEQYQKAADEVAARFKRYESHPVCADLQGKILQCYQQHAQETLSCSALASQYLHCVNHAKQQSMLGRGG >WP_103270848.1 formate dehydrogenase accessory sulfurtransferase FdhD [Acinetobacter baumannii] >AUT38309.1 sulfurtransferase FdhD [Acinetobacter baumannii] MTPHAYGVETLPVQRFNKTESENVLDHIVQEYPIALVYNGISHAVMMATPTDVDLFAKGFSLSEGVLTSLKELYALDVHQNELGITVEMTISSRAFTALKEHRRMMVGRTGCGLCGIESLEQFQLDVPKITTHASKIWLEQILSAISHLKTQQEITALTGGAHAAAWVVDGQIVALFEDVGRHNALDKLLGYLAQENYDTSLGFVVMTSRASYELIRKCAQLNISLLASISAPTSMAIQLAKQSGLTLASFCRGDGFVLYTEI >NXS05193.1 CBPD Carboxypeptidase [Oxylabes madagascariensis] GSLVVNYPFDDDEQGIAIYSKSPDDAVFQKLALAYSKENAKMYQGSPCKDMYPTEYFPHGITNGAQWYNVPG >MBC6481257.1 thioredoxin-disulfide reductase [Hormoscilla sp. GM7CHS1pb] MASPTVENLVIIGSGPAGYTAAIYAGRANLKPVVFEGYQMGGIPGGQLMTTTEVENYPGFPDGITGPQLMDRMKAQAVRWGAELYTEDVVSVDLSQRPFIARSDERALLTHSIVIATGATAKRLGLPSEEKFWNQGISACAICDGASPIFKGVELVVIGAGDTAAEEAVYLTKYGSHVHMLVRRDQMRASKAMQDRVLHNPKITVHWHTEAVDVFGANGKMQGVKVKNNQTGEIRELPAGGLFYAIGHTPNTQLFQGQLELDEVGYVVTKPGSVETSVEGVYAVGDVQDREFRQAVTAAGSGCMGAMLAERWLSANGLAQEFHQGESAKALTTNTEKQPETNVRSEDFSPQKSDTFDIAATRHEGGYALRKLFHESDRLIMVKYSTPICRPCHTLKPILSKVVDEFDNKIHYVEIDIEQDPEIAENAGVTGTPTVQFFKDKELIHQYQGIKQKSQYRETIQSNL >KAE9963299.1 hypothetical protein BLS_009434 [Venturia inaequalis] MFHRRRASSNPPKIAVRQQAPPPPTASAASAAAQAFIKDQQNHGNLSSAAAAAALRSHSTTPTPVGNVQTKRMQRRDSNGSAISNGSHAHPGMERRGSASSMTERSFRSPSPGRGSPHVRAAPDAPPVPPVPREVGRTPTARMRAASVEPPLRVSSPPPAKQGGRGVSLDRAPRQPASPRAKKAPRLSNVTELEREESRRSSVNFSRPMPPSCPASTDDIQNGHNGSSPSSPTTGASGWFTAPVISDVEARKELESLAPSGTSAIAPAEVSGIQQAVQGVADKPVKKKKKKKITPAAAGSHLTSGTMGLTGTALQPPAEIEPSSYNTRAGTLLARQPSLVDEAPELLEAETANTGRKIDVAAKTPLNTSKWAAVPPVQSKPLQSAQHTPQSSTDRSTLAVRTESPGSHSPSRSAHFGAAPTNLLNGTRHQPPDRSVSPMKSALKHSPSSSVQGTSPQVRSARSASLSDSLTAKRKSARVSFDESPTVVAAGLEASKYASKSPSRAGEVDELNNGMKPTPALPTFGSVRGRKPQTEPMKTEAEIIPDSMSSSQGTLVGLDLSNDHGVGGIIAQDLAAQKAASDPFPPVTTSVEGAGYNSDSELNDSYGEKVALARAQNDLTRSVEPTTTKITGEPEPLRLIEMAAQREHSHAVPAIAILPATPAAEEVDREWSIPGAFPESDVSSISSKRSLSSLPQSQAAAPLTAQALRRDGDSSDSSDSDNDSVYSDAAEDPSEFGGFASLNAIMDSSIVKRSPGLVVATGGDSTYVPPQEHSPSWNETTAYWKNLSERRKQELEERAVKAQESSSEEESESEEESSDEEEAAPVVPVAVAPVEPARPVTPPKAKPIKTRAHPVVAAPSNNTGADLAAVPHQAKPSVLKHSLRSSPQSDVSEVNGTHLRGTMRNSGTMPSTMRGTMRGPQPGLESSRWSTASPAMQPKGALQKKNIPMGPSAARPVAHQRASSGTVTSTRPAYNQRHSSATIVSTTAPVLRRTGSADSASSFKRQRGSSQNRGDGRINMRRSMRDNSPQERPLTSPQAGRGSSRFRVRSLSPAGSSAPVHMRSSMRNSVGMTPSLRSQKPAKPEKKSRLRSPAGFGRKSKPVDTTPPKPSPLVASRFAADSDDDEPRSAFVSRFADSDDEDVDLPPVRGIPKRRGEVDGDSTDLEGESSDERQAFPPVPTFNDIEAAHTGKPLTKDNAEGSILAGGSLRHPAGDLYSSKHAPRPEELNKRRFSFLSMGSSKKRSSSVPPQKMRPASSGGETASLRSPKLQRRNTPNKLALVPEDSWPLPSPQKMGVVEDDRPNTSEGFAGAPPKERPNFAKRRSTNDALGMTDKEKRRVSFGLNGAAEPVPVYSGRTGKKKKFGTLRRMFGLND >WP_048771567.1 tryptophan synthase subunit alpha [Cellulomonas flavigena] MTRAPHSSAVIDAAKERGDAALIGYLPVGFPSVDASIHAGKVLADNGVDVIELGFPYSDPGMDGPTIQRASVAALERGTHIEDLFHAVDELTSYGVATCVMTYWNPVEWWGVERFAADLAAVGGSGLITPDLPPEEGTQWEAASDAHDLERIYLSAPSSPPHRLRLIAEHSRGWVYAASSMGVTGARASVGAHTADVVARTRQAGATRVCVGLGVSNGSQAREIGAYADGVIVGSALVKTLFDDDGERGLRALGELARELTSGVKGARA >WP_237560484.1 DUF2071 domain-containing protein [Halapricum salinum] MTWRDAFFASWPVDPSVVEPTLPDGLAADTDEEGQAWLSVVGFVMEDIRPRFVPFGLSFPELNLRTYVRHRDDSGIYFYNLDADDRIGVPIARRLFRLPYYRAEMDVTERDGTISFESHRTHEGVSPADFEATIEPRATPEPADPESTEAFLVENYRFLVAGDGRLYCGEIDHGPWAVQPADLTIEENTLFEAAGFDQPAGDPLVQYSPGVEVTAGRLRRAERSL >KAG6786301.1 hypothetical protein POTOM_007901 [Populus tomentosa] METWPAMSGLVLQVYNSACTKFTSTATRLCKNMCFAQGMCNWRGFAVKHYLNSVLLYVNNVTETCIFIFRYQVLSVLSKVNAFSTGPRYELKGKEEKTDVVSNPVEVKEEETPVTAVSEQAVEKAEEAPPLAAEEKTEDTPSAAEESTEAPTTDESSSEDAPAAAEETNEGTEENSGEEAAEEKKEIKLETAPADYRFPTTNQTRHCFTRYIEYHRCVAAKGEGASECDKFAKYYRSLCPSEWVERWNEQRANGTFPGPLDPCPGQRSLSSDYLTEAVALY >OIQ39557.1 OHCU decarboxylase [Roseobacter sp. MedPE-SWde] MNRYPRNMIGYGAQAPDAAWPGGARVAVQFVLNYEEGGENCTLHGDAGSEAFLSDIAGAAPWEGQRHWNMESIYEYGARAGFWRLHDMFTSAGIALTIYGVATALARSPDQVAAMKAAGWEIASHGLKWVEHKDMAEAEERAAIAEAVRLHTEVVGERPMGWYTGRCSSNTVRLVAEEGGFDYVSDTYDDDLPYWLEVGERDQLVIPYTLEANDMRFATAPGYITGEQFFQYLKDAFDLLYAEGEAGRPKMMNIGLHCRLIGRPGKAAGLKKFLEYIQGFDHVWCPRRIDIADHWVKQHPHQRRERASQMERGRFVEVFGGIFEHSPWIAERAHGLELGPAHDTAGGVHNALCRMFRSASEEERLGVLTAHPDLAGKLAAAKRLTAESTSEQASAGLNALTDAERARFSELNSAYVEKHGFPFIIAVRDYDKASILAAFERRIGNDRVVEFAEACNQVERIAELRLRDLVPA >WP_190063487.1 hypothetical protein [Streptomyces griseocarneus] >MBZ6473356.1 hypothetical protein [Streptomyces griseocarneus] MNPEATETPEPIACARCGTEAPGGTPPPTWICSVENGSRRYFCDDCSRANLRSIEGRLDSSWW >WP_006075792.1 ribonuclease HI [Halococcus saccharolyticus] >EMA48023.1 ribonuclease H [Halococcus saccharolyticus DSM 5350] MPVIECDVDNARERLTAAGVAIEPGNTDHERWRAERDGATAVAYEGKVVIQGSDPTRLAALLRETGGRAHCYFDGASRGNPGPAAIGWVIVTSEGIVDEGSERIDDTTNNRAEYEALLRVLGVAREYDFGTADVRGDSQLVVEQVRGAWNTNEPALRERRVRVRELLDGFDDWSIEHVPREANDRADGLANEAFEDE >XP_051120762.1 DNA polymerase II subunit B3-1 [Andrographis paniculata] MAKKQAPPERTRANSKSPAKKLVQTKPGRTRSRLKVADEAIAESPNGNGEEKKGSRSRIGKASVKRRIKEDDDDEGDCENENDNVLYRLPMNRVSRIIRTENLDIRISQEAVFVINRATEKFLQLLCSEAYARSLVDKKKFVAYNHLASTISKRECYTFLSDFIPQKVKAEDALAQMQEAEEQTPSSG >MRB06557.1 hypothetical protein [Bacillus thuringiensis] MKKTAIRLYNNKNDAHLIFHATPIYPKNAYEFYDHQWYITQSETVIGVPITGECYEMFIITTEIIKEKGYDGLYLYCKRTDIKTGKESNTEFIRLYSNLDKIIDSGTIFDAIKQYDEHGSITKTINQ >WP_136085111.1 nucleoside-diphosphate kinase [Streptococcus pyogenes] >VGV10735.1 nucleoside diphosphate kinase [Streptococcus pyogenes] MIKLYGFKYGLVGEVLRRIERLGFTFERFELRQASSKYLAKHDEALVINLFILDLKLT >CAF3446016.1 unnamed protein product, partial [Fusarium graminearum] AQVRLDSVGRSHSCHHDLSNPEDSVDHLEPSEGMTDAARKATVYHQGDDLNTVAIPCHHIRLGDYVMLRDRPCQVIRISTSAATGQYRYLGVDVFTKKLCEGVSFITSPTPSVVVQTMLGPTFMQYRLVNVDDGKIVAMTETGYIKQGLSVIDQSDLYARILEAFDSDRGSVRLLVLHDNGRELAVDMKVVHGSRPGYTVPEKGLEKAVRENDRAKVEEALRLGANINALNDQGRTALFVALENHDSEMVQLLLDHEVRLDVSEVSGKTALDVSVLDSGHYLTTFTLLKHGAKPTDNLEYGVSQLLLAAAAGHINEVERLLGEGVKHSGSDRLGYTALHEAACFGHYDIAKLLVEKGADVNTVITHGGATVLHAVVQRGREHREFLTGYRRAIPPLTKDHVRVVALLLQNRAENGLRRVHDKMTVQEVVTEELKMIGNLGSTERGYLQKILILLNSGHHEGRIAEEPDWPCIPNSNDSDIDVLKCSQLQVHYYGSGRDCQLFPVQVGNLMNGSEKGKLKEWAKSKADEDQPKDYWRWAHLPANNKSWAEPSFTPLPGSRGGIFSLVAAEVAKKLYEISDGLSNFHAPLTLDQSYYLSLHDSRGRDNDQVVIKHVERQERLTRATRPKRLLMVNQMWIWKVDTDTLVTACPDRQHPYQSNLSEQISVTVQTSPPSTMDSIISRVLRHVIGFVNAPNNAGLKENVFHIFEQSIAYRAQEDADCYASFNRSQKDLSRLEEQTRSRGTSKARQQKTMEIEAELCNITKEVDHLCEIKDIKDELKMIHKVLDDQKAVIHQYTKSQEELNFVTSKNHSDEDEEWLSGDGESELLLEAKNILEQRISKVKSLFTDASTVENSLNHLLDLKQKQGNLIVVRDTRSLANEADQRAKDSAWQSKLLFIFTIVTVVFTPISFISSFMAVPTREFPHPDGDDVAWRWWQVFVASTVVELLTFFVIAPWVEWNRFVRPWTRHDSEREVPTKVEDLKQPLDV >MBZ5699012.1 50S ribosomal protein L9 [Acidobacteriia bacterium] MQIILQEDIEKLGTRGQVVEVAAGYARNYLLPHKLALEASPANIKRLEKIRITLSKRTATEKEAAEQQAALLNSVTVKLARKAGENDQLFGSVTSADLAETLAAQGFQIDKRRIALDEPIKILGESVVTVKLVHGVTAQFKVVIEREA >GEX59890.1 hypothetical protein [Tanacetum cinerariifolium] MQIPSLFEANGFISSKNRYETYVKFKDIDLWHIIVNGHYKPVFRSTNTDRNESVPYERQNDEHKKMLPKNNLGLKVVLLWSTKRTMYHGRLVFFDDELSNKELKQIKADDQAIQTILLGLPEDIYAAVDSCETAQEIWLRVHQMMKGSDIGIQEKKAKLFNEWEMFTSNEGESIESYYHRFLKLMNDLKKNKHFPEKIASNLKFLNNLQPKWSQHVTIVHQSKDLHTADYTRLYDFLKYNQKEVDELKAKILAKNQDPLALIPNSSNLYTFPAPHQDQSSFNQIYLQQPMPNPEDIIDLTTAMNMALTLMAKAFKLNYSTPTNNNQRISSNPRNRQIAQLGMNMSQDRQMQIVGGNGRNQFRQYAGQNARNLAGNNDAIRNQQASTSGTQTDSAPVYDTNGSAEVHENCDDNEIFNMFTQEEQYTELLEPIPESHKVPQNDNDVISEDTSMEQGGETVEQHPANFEKTRSLYESLYQNLAIEVEKVNSVNCKL >WP_130523666.1 DUF418 domain-containing protein [Pseudoxanthomonas winnipegensis] >RZZ90754.1 DUF418 domain-containing protein [Pseudoxanthomonas winnipegensis] >TAA36136.1 DUF418 domain-containing protein [Pseudoxanthomonas winnipegensis] MRPDPAVTALPAPLGERARLPAMDVLRGLALLGIALMNLEGFAGPPASMGTGVDPALSGADRWVDAAIYVLVQGKFIALFSLLFGAGFAGLAVRAEREGWALGPVWLRRCAGLLLIGLAHALLVWSGDILMTYALCGLLLLAFREVIGGVLAWIGVALFLVPAGLMLGVAAMGASLASDPAWQQALHEQAVHAQAQAQAQIGAYAHGDYLAATRQRLEDFVSNLQVLPIYGAQVFGLFLIGGWLGGVLAEPARHARALQAMRWIALPLGLGAMGLAVWLAPWIGPGRTDARTCLGAALASAASLPICLGYVAWTLRWLQGRPSLTGLCAALAATGRLALSNYLLQSLVFTMLFYGYGFGAFGLARRWQLPLALALFALQLVLSQWWQKRGLPGPAEWALRALAYARPPRRAGQR >MCB0447703.1 DUF4252 domain-containing protein [Gelidibacter sp.] MKNLKKFHEHKSKISSVSKKIIVLIAIVIAPIMSFGQGVFDKFEDLDNVSSVVVNQKMFKMLADLQINLDDPDSQEVMDMVKKITSLKVLTTGDEKVSNDMNVAVTKYLKSDNLEELMRMKDGDKTVNFYVREGKDDNHVKELLMFVNGLKEVTKDANITINGKKREIETVLLSLTGDIDLRQISKLTSKMNIPGGDQLEKAGKAKKQ >WAR09170.1 ZN235-like protein [Mya arenaria] MKFSKPHENSHRSEAIQATHTREEQYKCEWCGSAFSLGSFLTSHNRIHTEEKLYKYEPCDVSFSHRSHLPFQLEFTPQCNLQSHIRIHTGEKPYNCDTCVAAFAGRFICRTTLEFTSELIHTSRRIRVHTGEKPYKCLKYGAACSEIFHMHITRGLTPEISHKRGIYFIERVLIGEKPYMAVIYRNTREYTLENSRSHARFVTLLFYRKSLERDRISAGRIVLISLGDLI >KAA0009614.1 MAG: hypothetical protein FE041_05700 [Thermoplasmata archaeon] MKFEAIARDCNTRTGYAEIEGKKIKVPNIFWYSSPRLPAPSFAEIKLGEDIGSGGSFFYPKECTFCIPPRLIYPYAFPEEFHKKAFSWNNTHTNIFEIVSAKGGEAKNGFIFVLANSREVFSNPKNFVECIVKVRGKIGYKLLYAPGIATPVNLAFLAYCGIDFFDSLQIILKSRKGIYFTSDGEHLIEELDEYPCSCPFCMKGIGKFEDLLMHNYEVMKNELIKISQYIKQGRLREYVEGKANLSPHLASIIRLMDARHYEYQEKRYPLTGKKFVSSLYSLSRPDIKRFRERVLNRYKKPDSAKILLLLPCSAKKPYSLSKSHKIFNRIISNCKNRYAIHEVIITSPLAIVPRELEYTYPSAHYDISTIGQWYRDEIEMIEKSLQKYLRRNKYEVIINHLPEELSSLSLNTEIINTCSNHPTSEESLKKLSSSLAIAEDFEKISHTKRRYENTLSMLLFQFGNIANKFLRGCKVKGKFPEYKIYYEEKQLASFVAKRGLFSLTFAGGKKMGKNYWVEIEDFKPKGSIFSVGVINADERIRIGDETIAFYEDELRAVGVAKMNAEEMVESDAGEAIKVRHYK >MBI6809448.1 protease SohB [Pseudomonas syringae] MDFVVDYASFLAKTVTLVIAIVVVLVAIASMRGKGRRKSSGQLQVTRLNDFYKGLRERLEQSLLDKERLKTLRKEQGKALKKEKKQAEPKARVYVLDFDGDIKASATESMRHEITALLTLATDRDEVVLRLESGGGMVHSYGLASSQLARIRQAGIPLTVCIDKVAASGGYMMACIGNKIISAPFAILGSIGVVAQLPNVNRLLKKHDIDFEVLTAGEYKRTLTVFGENTEKGREKFQQDLDITHDLFKNFVASYRPQLSIDEVATGEVWLGMAAVEKLLVDELK >WP_123226257.1 hypothetical protein [Marmoricola ginsengisoli] >RNL65153.1 hypothetical protein EFK50_04060 [Marmoricola ginsengisoli] MKDDIIRRLDSLRNAVDSARSVPMSASVMINRSEFLALLSELESTIDSTLSHATEVVGERDAFVDTGRIEAIELLREAERRSEDLVSDTDVYRLAQLRAEEITTAATEGAARLRAETEEYVEAKLANFEDTVERTVAAVRSGRAQLKGPDAPELDEEMRQETDEYVDEKLASFEEILVSTAELVRRGRAQLTGGHAHLLADDTDVGEMVLPDHLER >KAF9308882.1 hypothetical protein BGZ91_007627 [Linnemannia elongata] >KAG0067109.1 hypothetical protein BGZ90_001150 [Linnemannia elongata] MQQQQQQQQQDQQQVQQQTQLNLDWQTTLSNEDRLNIITRLSDTLKVLSPTVADAKMVELAETFENVIYQRSPNKSEYLKAYSRKLQQIRLQIIEEQQSASGSSIVGSPQ >WP_058635033.1 C-terminal binding protein [Aureimonas ureilytica] >KTQ95651.1 2-hydroxyacid dehydrogenase [Aureimonas ureilytica] MKPKIVVTDYEFPDLAPEIAVVEAAGFELTPRQCRSEDELIEACRDADAVINQYAQITGRVVDALYRCRVISRYGIGLNTIDVEAATRRGIFIGNVPDGSLEEVSDHAIAMIMGLARGLRLHDAAIRSGRWDYTVVKPLYRLRGRTLGLLSFGAIPQRVARKMSSFGLRIIACDPYADAEKARAAGVEMVDKATLLREADILSVHVPLTPETHHAIGRAELAAMKPTALLVNTARGPVIDEAALIEALSAGGIAGAGLDVFEFEPIGADHALAAMPNVILTPHAAWYSEDSEEEIRSKTAQNVVDVLQGRHPTYLANPKVLDIARAKAS >KAG2929087.1 hypothetical protein PC117_g14089 [Phytophthora cactorum] MKDTYQCCCLYTIYRAFAEEEKAAVESYGVWSSDQCSVVLTEQAHVLDLTAKACLTYETMHLVLTKSNLAGKVAIYDSSSSTYLTCVRSVAQTLITLLPEGARPSPRVQTYESGLGVQVDSYNCGVYVLLAFEMFCGAEPLGHLDKKSLQCLRYRYLYMWMQA >ODU23539.1 hypothetical protein ABS88_22020, partial [Sphingopyxis sp. SCN 67-31] MQIVRGLAAIVGVAMVLMGGLWILQGLDIVRWPASSFMLGDIVWTRNGAVLAVLGVVLIWLGR >WP_186229980.1 ISNCY family transposase [Burkholderia gladioli] >MBJ9679968.1 ISNCY family transposase [Burkholderia gladioli] MNATGTITMSMTELDRLKVVQAVCERRLKPGQAADRLALSVRQVERLVRRYQAAGVAGLVSGKRGRPGNHQLADGVARRSLAIIRERYADFGPTLACEKLRECHGIGLAVETVRVLMMAAGLWIPRRDRPAKVYQPRNRRACLGELIQIDGSDHRWFEERAPACTLLVFIDDATGRLMTLHFTATESTFSYFEALAKYLAVHGKPVAFYSDKFSVFYVKDRASTAGKGVTQFGRALYQLNIEAFCANTSQAKGRVERANLTLQDRLVKELRLRNISTREAANAYAPSFIADFNRRFGKPPKSDHNVHRPLRDDEDLRQILAYRVPRKVTNALTVQYDRVMYLLQDTVPNRKLIHQYVEVIEYPDGTIEIQADGVVLPYTEYDRITKIDQGAEVENKRLSHVLAVARSVHEMRDDRRASGSPSRTHIGEEVRAKKALAGMKKQRAITLADVTQAVHEVCSKKHQERGLGGYAAQPKNTKKSTVKPDISI >KAJ7545197.1 hypothetical protein O6H91_09G110300 [Diphasiastrum complanatum] MDFAFVNYEDNKVSIESHRPMPAPFLIKTYQLVDDSNTDEIVSWGDDGDTFIVWRPSEFARDLLPNCFKHNNFSSFVRQLNTYFCLQGFRKIAPQRWEFANDNFRKGQSHLLCEIHRRRTAAPQASGNVLQVSSRSSPSSLGEEHTWSSRSCPTSSPRRGLASAAISMPDENDRLRRDNQILFFELARLQRLYGNAVMFLQNETKLPLQDLKQKLHYSLSGWFPVEQIGPEKGVGCMGDQLCTASKREDNSVFKAASQICFSNVRTSSEVLSRVQSRGNASHASTIAYVHGKLRELTACTKTKDETPCVPGPRLFGVPLFCRKRLHPDSNIDSDHLASDSVEFSATSKEFN >KKT55671.1 MAG: Polysaccharide biosynthesis protein CapD [Parcubacteria group bacterium GW2011_GWC2_44_22] >HBH45809.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] >HCC50487.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] >HCE48706.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] >HCR14883.1 hypothetical protein [Candidatus Jacksonbacteria bacterium] MKLIAFLKEKMKIERTAKTRFIFFLVSDAILIASAVYLGFALRFEFVVPAIHLKALPVYIALCVVVLLPLYYYERLYYFTWGYVSISNLINIVKALTFGFLIFGLLLFLGRENDLANRLPRSIIIIDYILIFTFTSALRLSKRLYSELSNKIPGGHNRKILIIGAGDAAEQLIRSIKQTADYPFRVAGVLDDNELKQKTNIHNIPVMGRIVDLPKIKKREGINGIIIAIPSAEAGQIKQITELAQKNGINYIKILPSLAEFINDRISLRDIRDINVEDLLGRKKIDISFNEIKKLVAGQRVLITGAAGSIGFELVKQICKFSPEHIIALDMDETGIFRVENYLAGTSLSYQAHVINILNKNKLDTILNREKPSLIFHAAAYKHVKLMETHPDEAIINNILGTWNLAQSAHKNQVEKFIFISTDKAVNPSSVMGMTKRLAEMLTLYYNQGTKFISVRFGNVLGSRGSVVPIFKEQILAGGPVTITHPEMQRYFMVPSEAILLVLQAAAFGQGGEIFVLDMGRPVKIVDLAETMIRLSGLEPNRDIQIIFTSPSPGEKLFEEILTTQENMQATKHKEIYITPNSNNLEQDAFFGKIEKLIKLAKKGEMSELKTLMQGILDA >XP_043494069.1 Down syndrome cell adhesion molecule-like protein Dscam2 isoform X5 [Polistes fuscatus] MWREPPGGGCKAPTYIFTMFLLALLALTHVTTAEDESMGPVFVKEPPNRVDFSNGTGAEVECRARGNPQPDIIWVRGDGTAVGDVPGLRQVLPNGNLVFPPFRAEDYRQEVHAQVYSCLARSPAGSVHSRDVNVRAVVSQFFVTEAENEYVIRANSAIMKCKIPSFVSEFVQVDQWIADDGTVYTAGKEYVVQQFYETRVIDEFVLRGNTATLKCLVPSFVADFVDVIEWLAVEDGSTYTSSNQDEKDGKYLVLPSGELHIRDVGPEDGYKTYQCRTKHRLTGETRLSATKGRLVITEPVGSVRPKFPSMDNINGLTASSSDNIPLLCPAQGFPVPSHSPWEAYVPRFLLQMTSVASEHWLTVRKPCCAQHRGSPFLCTEPVGSVRPKFPTIDDSRSFRTTMDGSVTLLCPAQGFPVPLYKWYKFIEGSSRRQPVQLNDRVRQVSGTLIIREARVEDSGKYLCIVNNSVGGESVETVLTVTAPLAAEIEPSTQTIDFGRPATFTCNVRGNPIKTISWLKDGKPLGLEEPVLRIESVKKEDKGMYQCFVRNDQESAQATAELKLGGRFEPPQIRQAFGEETLQPGPSMFLKCVASGNPTPEITWELDGKRLSNTERGQVGQYVTVNGDVVSHLNISSIHTNDGGLYKCIAASKVGSAEHSARLNVYGLPFIRHMDKKAIVAGETLRVTCPVAGYPIESIVWERDTRVLPINRKQKVFPNGTLIIENVERMSDQATYTCVARNAQGYSARGTLEVQVMVAPQIIPFDFGDEPANWGELVSVTCSITKGDQPLDISWAFNGTPIDTSRGSDVVIGSTNRKNSVLTIESVAARHAGEYTCSASNRAGATSHTALLTVNVPPRWILEPTDKAFAQGSDARVECKADGFPKPQITWKRAAGDTPGDYTDLKLSNPDISVEDGTLSINNIQKTNEGYYLCEAVNGIGAGLSAVILISVQAPPHFEIKLRNQTARRGEPAVLQCEAQGEKPIGILWNMNNKRLDPKSDSRYTIREEILANGVLSDLSIKRTERSDSALFTCVATNAFGSDDTSINMIVQEVPEVPYGLKVLDKSGRSVQLSWAAPYDGNSPIKRYVIEYKISKGSWETDIDRVLVPGSQQNVAGVFNLRPATTYHLRIVAENEIGTSDPSDTVTIITAEEAPSGPPTSVRVDALDQHTLKVTWKPPPREDWNGEILGYYVGYRLSSSDKPYMFETVEFSKEDGKEHHLQIMNLKTYTQYSVVVQAFNKVGSGPMSEERRQHTAEGVPEQPPHDTTCTTLTSQTIRVSWMSPPLSAANGVITGYKVIYGPSDSWYDENTKDTKITSSSETILHGLKKYTNYSMQVLAFTSGGDGVKSAPIHCQTEQDAPEAPIAVKALVMSPESILVSWRPPNQPNGVISQYTVYTKADNKEEPTSQKVPPNQLTYEATGLDKQRRYEFWVTASTNIGEGEASKIVTLGPSVRVPAKIASFDDKFTATYKEDVKLPCLAVGVPAPEVIWKVRGSVLQPSDRLRQLPEGSLFIKEVDRADAGEYSCYVENSFGHDTVTHQLIVNAPPHSPQVTLTATTTNSLTMKLRPHPTDNAPIHGYTIHYKPEFGDWETVQISSTAQKYTLENLWCGSRYQIYVTAYNSIGTGDPSDILNTRTKGSKPIIPEAARFIEVSTNSITLHLSAWSDGGCPMLYFVVEHKKKHQQEWNQVSNNVKPGGNFVVLDLDPASWYHLRVTAHNNAGFAVAEYEFATLTVTGGTIAPPVRNGGNENTDVRRYFPWLPSWLDVNVVVPVGATVVVIIVGIVVICVALSRRTRGPEQTRLRGISSADEKYYEGQYDVVYQQTGVGGATLDKRRPDLRDELGYIAPPNRKLPPVPGSNYNTCDRIKRGTVISATGSLRSHSTWDPRRHMYEELNHCAPSRRCPPPPRMGSSEGLSHRGMEDEICPYATFHLLGFREEMDPSKAMQFQTFPHQGNGHSGTMGPPVGHPTNASAHSRSGSQSMPRQNGRYSRVPSQGGGSGTHVFSPEYDDPANCAPEEDQYGSQYGQYGAPYDHYGSRGSVGRRSVGSARNLPSSGSPEPPPPPPRNHDQNNSSFNDSKESNEISEAECDRDQLVNRNYGVNARGKDGMTTEEMRKLIERKPNEAPGRQTGSPHGGHGGLLTPYDTVAV >XP_035812514.1 mothers against decapentaplegic homolog 4 isoform X1 [Amphiprion ocellaris] MWNDSELGHHDVSKLSGHSLADQLNTSSIMSVNPPSSNDACLSIVHSLMCHRQGGENEGFAKRAIESLVKKLKEKKDELDSLITAITTNGVHPSKCVTIQRTLDGRLQVAGRKGFPHVIYARLWRWPDLHKNELKHVKFCQYAFDLKYDNVCVNPYHYERVVSPGIVKVSFLFFLSSLTVGLSLQNTAAPGRLIKEEYIHDCIQMDLPPGMPMSDHQAVLKLPPPDHYGPPLPPPQLSSESHGPPPVTRYANLPVSPEVPGSGSMLPLQGSHGDGRLQTPSPQAQVIQPRPPTPTQSPPLQPVAQQPSQPPQPPQQNPLPLSHSHRQNGYSSNKHSQSQPAFHTVWTGSSTASYAPIGPQQNGRSHQQPPFHHPNHHWSQHHGSNSFPPSVSNHPGPEFWCSVSYFEMDVQVGEMFKVPSSCPVVTVDGYVDPSGGDRFCLGQLSNVHRTDASERARLHIGKGVQLECRGEGDVWMRCMSDHAVFVQSYYLDREAGRAPGDAVHKIYPGAYIKVFDLRQCHRQMQQQAATAQAAAAAQAAAVAGNIPGPGSVGGIAPAVSLSAAAGIGVDDLRRLCILRLSFVKGWGPDYPRQSIKHTPCWVEVHLHRALQLLDEVLHTMPLTDPRPAN >HIX59898.1 1-acyl-sn-glycerol-3-phosphate acyltransferase [Candidatus Blautia gallistercoris] MIRFILICIGVVGYLILSIPILIAEWIIGKFNPVKKDISSLRIIQAVFRFLLKLSGCRTTVIGLENVPEDTAVLYVGNHRSYFDILLTYVRCQRRTGYIAKKEMLRYPLLRDWMKNLHCLFLDRKDIKEGMKTILEAIDKLKNGISICVFPEGTRNKNESDLELMSFHEGSFKMATKSGCPIVPIALNNTSAIFEKHLPFVKPAHVVIEYGKPIYPDQLEKEDRKHLGEYTQKIILEMLEKNQTLV >MBL0273084.1 NAD-dependent epimerase/dehydratase family protein [Chitinophagaceae bacterium] MQTILGSGGAIGIPLAKELKNYTNQIRLVSRNPKKVNDTDELFPADVNDLSQIDKAIAGSEVVYVVIGFEYKLGVWQKTWPPFLKAVIDACKTHNTKLVFFDNVYMYAQSSIPHMTEDAPIQPPSKKGAIRKQLHEMIMNEVAQHTLTALIARAADFYGPDNKNSGLNMMVVDNLLKGKKAQAFGNINKIHNYTYTPDAAKATALLGNTMDAYNQVWHVPTTKEKLTTQQWIQLIADELNVAPKIQRIPVWMIHMLGLFIPVMKEFPEMMYQYEQDYFFDSSKFEKRFGIEATSPKEGIRNLVERLK >WP_077066366.1 hypothetical protein [Paeniclostridium sordellii] >CEO33151.1 lipoprotein [[Clostridium] sordellii] [Paeniclostridium sordellii] MKVKKIILAILLATSISSTFLVGCESSTIDNDKKVYTTTEVSKIKKNLSKKISKAIEDSGLRVAEVKPDGSFVLSLGNLEYSKEQPKQVLNYSVTLDKKKDKEILFIQCVKDYLKDEKLSKDDKFVKAIYNIYKSLTDTNITEKEFFNKVENVVNKGEGIVELPDMGDIHISVKEIDKETKILELRFEDEFILK >WP_001531669.1 prophage tail fiber N-terminal domain-containing protein [Escherichia coli] >EFA5428657.1 phage tail protein [Escherichia coli O117] >EAC1535255.1 phage tail protein [Escherichia coli] >EEU9476956.1 phage tail protein [Escherichia coli] >EEW1652734.1 phage tail protein [Escherichia coli] >EEW1765025.1 phage tail protein [Escherichia coli] MAVQISGVLKDGAGKPIQNCTIQLKAKRNSTTVVVNTVASENPDEAGRYSMDVEYGQYSVALLVEGFPPSHAGTITVYEDSKPGTLNDFLGAATEDDVCPEALYRFEKMVEEAARNAEAASQSAAAAKKSETAAASSRNAAKTSETNAGNSAKAAASSKTAAQNAATAAERSETNARASEEASADSEEASRRNAESAAENAGVATTKAREAAADATKAGQKKDEALSAATRAEKAADRAEAAAEVTAEPCANIVPPLPDVWIPFNDSLDMIAGFSPGYKKIAIGDDVVQVASDKQVNFSRASTATYINKSGELKTAEINEPRFECDGLLIEGQRTNYMLNSESPASWGKSSNMDVPETGTDSFGFTYGKFVCNDSLVGQTSAINMASIAATKSVDVSGDNKYVTTSCRFKTERQVRLRIRFDKYDGSATTFLGDAYIDTQTLEISMTGGAAGRITARVRKDKTTGWIFAEATIQAIDGELKIGSQIQYSPGQGGATVSGDYIYLATPQVENGPCVSSFIISGGSATTRASDLVSIPTRNNLYKLPFTFLLEIHKNWDIAPNAAPRVWDIAAANTGQSAIAAINRGSGKLYMSLSNPSGSYVNSAATDVFAEKTTFGCIAKADGHFHVVTNGKAVNEVYCEYNGVTADKNIRFGGQTNTGERHLFGHIRNFRIWHKELNDRQLKEVV >MSX26960.1 MBL fold metallo-hydrolase [Actinomycetia bacterium] >MSY11108.1 MBL fold metallo-hydrolase [Actinomycetia bacterium] MLIDRVIASYFETNCWIIAPESGQECVIVDPGIGSPDLVGEIVEKISDHNLKPIAILVTHGHLDHMFSVLPLTKTIPMRTFITKADRFLLENPMGALDSGGISEQILKAFGGSKFKEPSDVIELEDFSFFELAGLEFGAIFAPGHTKGSVVFTVNDEQLISGDVLFAGSIGRTDLPTGSAQDMKKTLKDRILTLPDELNVLPGHGEQTTIGTERVRNPYLQNDFLDQIGR >RCK62276.1 hypothetical protein Cantr_09205 [Candida viswanathii] MAGIKKNRKTYKQANFRRILRSKLNSGDDSHATIKLDNCDILIYLIYMNYLNELIKEGGDSANGGAGEEGEVTEERLQNANDKLAKKYRG >XP_023957144.1 collagen alpha-2(I) chain isoform X3 [Chrysemys picta bellii] MLSFVDTRILLLLAVTSYLATCQSNEATARRRGPRGDKGPPGERGLPGVPGIDGEDGPPGPPGLPGPPGLGGNFAAQYDPSKAADFGYGPTGIMGPRGPPGTSGPPGAQGFQGLAGEPGEPGQTGPVGSRGPAGPPGKAGEDGHSGKPGRSGERGVSGPQGARGFPGTPGLPGFKGIRGHNGLDGQRGQAGAPGVKGEPGAHGENGSPGQAGARGLPGERGRVGSPGPSGARGSDGSAGPTGPAGPIGAAGPPGFPGAPGAKGDIGAAGAVGPSGPAGPRGEPGLPGASGPVGPPGNPGANGIAGAKGAAGLPGVAGAPGLPGPRGIPGPAGPAGAAGARGLAGEPGPAGSKGETGNKGEPGAAGAPGPAGPNGEEGKRGSTGEAGATGPPGPAGLRGVPGSRGLPGSDGRAGGMGPAGSRGAPGPAGARGPSGDSGRPGEPGLLGPRGLPGQPGNPGPAGKEGPVGFPGADGRVGPTGPAGARGEPGNIGFPGPKGPNGEPGKPGDRGNVGVAGSRGAPGPDGNNGAQGPPGIAGNPGAKGEQGPAGPPGFQGLPGPSGPAGEAGKPGDRGIPGEFGLPGPAGLRGERGAPGESGAAGPVGSMGSRGATGPPGPDGNKGEPGNAGAPGGPGPAGSGGIPGERGIVGVPGGKGEKGLPGSRGEAGATGRDGSRGIPGAVGSPGPAGGPGDRGESGPAGSAGPAGARGAPGERGESGPAGPNGFAGPPGAAGQTGAKGERGQKGPKGELGPQGAIGPAGNSGPAGPVGVTGPVGPAGARGLAGPQGPRGEKGVPGDKGPRGMPGFKGHNGLQGLPGLAGHHGDQGAPGSTGPAGPRGPAGPTGPHGKDGRNGHPGPIGPAGVRGSQGSQGPSGPPGPPGHPGPPGPNGGGYGYEIGYDPEYYRADQPSLRPKDYEVDATLKSLNNQIETLLTPEGSRKNPARTCRDLRLSHPEWTSGFYWIDPNQGCIMDAIRVYCDFSTGETCINANPETIPTKNWYVNKSPRDKKHVWFGETINGGTQFEYNEEGVTSKDMATQLAFMRLLANHASQNITYHCKNSIAYMDEETGNLKKAVILQGSNDVELRAEGNSRFTFSVLEDGCSRKTNEWGKTIIEYRTNKPSRLPILDIAPLDIGGADQEFGLDIGPVCFK >WP_262014488.1 DsbA family protein [Micromonospora sp. Mcm103] MTPTTQPRVHFSFRSPFSWLAITVLRRRVPDLDDRVTFVPFWNPDAVTEAALRERGAELHYAQMSKAKHLYILHDTKRQAARVGVPMRWPIDDDPWWELPHLAWLAARRAGRARQFYEAACAARWERGEDICTVEAVERIAREAGLDPGPAARATDDPLIRAEAVDCLEQAYHDDIFGIPYFRIGRHRFWGLDRVDDFAAELEHPTPVRRPAPAGAARRIGAYDTDTAGGCG >NOZ88085.1 class IV adenylate cyclase [Deltaproteobacteria bacterium] MAIETEIKLALESKGLSTEDVTRRLIDLGFIEISPGTFEDNLIFDSVKGSLARQGKLLRLRRYGDKVSMTFKKPGKGGKDYKVREEVETEVLDMDSSRMILQGIGLSVVYRYQKYRAEFRKAGLLACLDNTPIGDFLELEGEPRDIDRYALKLGFRKTDYVTVSYRQLHKQWAEETGKKWPRDMVFEKDGHD >XP_051216225.1 ubiquitin carboxyl-terminal hydrolase 8-like isoform X1 [Lolium perenne] MATAATASAPTSASTSTSAACDAPAAASPSSPAAVCLVPFRWWAGVREEAAEEGGVRYAATPAASPSYYGLRLLHSFLHPDLVLRLDRGERRAGAAAGGSRSYALVPADELSRALARQNSSLALHNKHSFAGDSAGAYPLVLRISVRETSILTVKISKKDNPVDNYKRANKMFNIDYQPVHVWDFSGQTNLILMNEWNRPHQDYCHSEQENLLEVQVYAMSDSLTFKIGGTNMNIDFFCGSFGRAGSMGLIGLENLGNTCFMNSSIQCLAHTTKIVDYFLGDYDRDINRTNPLGLNGELALAFGELLRSLWTNDQKPVAPHRFKENIACFAPQFSGFNQHDSQELLAFLLDGLHEDLNQVKCKPYEEAKDASGRPDEEVADEYWSNHLARNDSVIVDTCHGQYKSTLTCPTCSKTSVTFDPFMYLSLPVPSTASRAMTVTVFSTDGSREPFSYDVSVPQFGTLSDLVQAISAACTLGDDETLLITEVYNNHIIRYLEESSDSVSLLRDGDKLVAYRLPKQYEKSSLVVFTHKHFVKDSGVDSVIPQMKEFEAPLLACLSGTLNGLTLQSIYLKLLNPFQFSKSTSLITDGERCNGDRTIDLMDATPSYPDESVPLEDNPERSHCNANGCEVTGPTESSGGLTAVSDMEEHTEQFEFYLTNERDDIQHTRIEVNDLKLIETTPSRLHVSVHWHHSASRQYNTSVLNNLPEIHKLELIPKESEDCVALHGCLEAFLKEEPLGPEDMWYCPCCKKHQQAMKKLDLWRLPEVLVIHLKRFSYTQFTRNKLETFVDFPISDLDLSSYVAAKTDQPNSRYHLYAISNHYGNMGGGHYTASIYQEGKGWFKFDDECVTPISEDNLKTPAAYVLFYRRE >MBO1089156.1 dihydrolipoamide dehydrogenase [Enterococcus hirae] MICFSPYFTYNKKDGGDSFLKTVFEQSIEWNLDGIKKRLSAVEQLAMKDEEKSYALIFEDGSYVILNQNKQPIEYGPASHSYPDARKAYQLVPMTEAEVTNISRWLADNREKALIAPKENGQELLDCWVGLPEQRFLNYKNWRTPSGYLCGTYAATVLIAYYQDFQNELFFSPTLREKGTKDHAQLSEALRQAIQPLGLPTVPGQVSHGITKFLKHTGNRVSARSTMLGSWQRATKRIRQGKPVILGVLKVLGSTYGNHWVTAYAYYQSSSGERFYKVHDNWGNTDQLIPASWCNGTVSLP >GIW56314.1 MAG: hypothetical protein KatS3mg082_2718 [Nitrospiraceae bacterium] MSDDRTDQDNRGIRCLRCGCRHFKTTHTEPLRDGRIRRRKVCRHCGRKIVTFESASQAVQGRDRYM >PXL39359.1 DNA helicase [Klebsiella variicola] MFCRDAASARPAACREKSKAPRSGDFAGRSPGVQGAAATGRPLCAPCAMSDITQTINRERNVR >WP_073277800.1 methyltransferase [Microbulbifer donghaiensis] >SHG24894.1 16S rRNA (guanine1207-N2)-methyltransferase [Microbulbifer donghaiensis] MATLLCQELQNAPRETLWIADENSKALLQQGFNFGGDLLSNRWDIARLAEGKTARSFFSDFHFEELGRNYRRIVFPVSKEKAVVHHVINRAAEFLGEGGELVLIGGKQSGIKTYAAKAAQRFGCAKQLQKHGSDYVSTNPLQSHSGEKADDQGYCELRRLETLNGLYSKPGLFGWNKIDRGSALLAEQFSQCLPSDGAHVVDLGCGYGYLSTQLAAQGNYHFTATDNNAAALIACRENFADRNLDGAVVPSDAGAELETNIADLLICNPPFHQGFQVEGDLTDRFLRQSARLLKNSGYALFVVNEFIPLARKGRDHFATVEQLANEQGFCVYRLSQ >PPS91010.1 hypothetical protein BZZ08_00608 [Streptomyces sp. MH60] MLDQQALCGILFVLHIGIQGRAAPELGFGSGMTCWRRLAAWNDAGVRDQLHVLLLKKLRSKYQVDRDRAVIGSSHARAALRGPKAGRAGRPRTAEQ >WP_253808359.1 signal recognition particle protein [Treponema vincentii] >UTC48219.1 signal recognition particle protein [Treponema vincentii] MLEKITNTFSGIVRKISGKATITEKNIEEAVEEIKIALLEADVNLRVVRRFINATIEEAKGEAVLKSVNPGQQFVKIVHDKILSFLGDEKKSLQLKGPDTQSVILFLGLQGSGKTTSAAKLAARLKKEGRKPLLVACDLVRPAAVEQLFSLGERIDVPVYKEDTKDAVRVAQNAVTFARKNGFDTVIVDTAGRLQIDEAMMKEIAAVKKAVNPVETLLVADAMTGQNAAEVAKAFDEQAGLTGVILTKFDSDARGGAALSLKTVTGKPILYVGVGEKIEDFEPFYPDRIAGRILGMGDIVSLVEKAQENIDAEEAARLQKKMATETFTLSDMLDQLENVEKMGSIESMLDMMPGLAGQISAEDIDKAGFKRQKAIIQSMTLKERENHHIIGPPRRKRIAKGSGTSVAEVNKLLKQFEKTRQTMRKVAKSKGLQARLMGLMGS >WP_140347789.1 hypothetical protein [Vibrio parahaemolyticus] >TOG31080.1 hypothetical protein CGJ04_10365 [Vibrio parahaemolyticus] MSALLETYLEMAGPETCQSKSGFLAIIDAPTGLGKTYQATELQLEHLCTDSKITLIYSTNLRVNVKEAYEALLDRIDGNASLNASQREQLKRNVIWIPAQDTVIADLSIEDWATIFEMLDIQQQKEIKTILDKVELLNQAKSSSNTSVFDEDLRAQRSKIFTLLKACLKGKEIQDVQSNEIIDRIFPARRIDQDKTQVLFLTTSKLLYPWHSIDKSYRISDFLDNSLLILDEFDRQQSEFLAHLINTVSDYDIIALTRKFYSSFDSFKIHGSPEFNGVDKCFDRFRNALAEYKDKWFVNYRPFITDATIQKGSENQNRIFTLLSDRMSIHAINFKHEVLKSQINHALGSHEIGPGGTESAIQFVNNGAQLVRTFCNGMLSAILKLKKNLESLEDPKTYTTENLVGKVLNNLGLVELTPSIMSLISARLSFKVQNEHKAYSFHDSGYEIANIAKYSDTDNTASAYTFDLALTSTGLLSHWVLAGARVLGVSATATSCTAIHNFDLEYLSDVLSERLVLLNPAQKAAIQAEYCDKRKYGENQIHISVKGISERVDWGGVGDLYQEFIGAKLHPVLLEDELCHLLNVDMEQLKFAVNRANKLIESIRQFSLHPSNRYHFCMLNKSYKNLEFMDFMVKVGQKYDVTIFENINAASFRNDQFQAILNLLERTTRKVAVITNYQATGAGLSPSYTMGDNHKLTYVGPEGIEPFQNKTDIDSIYLEQPMSLIGSRIGEDLTVKERDLAIKKNIHDALMLHEKGIIVANEVKSNLKSFISPKTNSFAVGSMIRTYKGSEDYRYAVYRFIEQALGRMCRTEWKQPEITIMYDAVADFVETLAKDSRNLSYLSHEYQALIMDIKQYYKAREHEKQCMSYHPRASRNYAHIQRLVTSVYEYQNENAIGQYERLRIWMLKKPAMSLSPTGEEVRYYVDVQEPLGEYQYQIDYSDEKGITEIFINPADVSGLREVSEESARLRLLMQNPLVLKHFETRGFATSFGNTQYVLAPAMFDLYMGALGEEAVYAILMEFGYEIQPMPEGCAEWFDGYIEVGNRILLVDVKHWDLEVGCLVHDNTLDKCQTKLEQIRVKPPAEFADKRLQALYINTIWSGADGINSRKYVSDCERLVGHANPNLADVIEIPGVIDSGSGTNNVPPMNQLLDLLNQFSE >EFT9578334.1 helix-turn-helix domain-containing protein [Escherichia coli] MSSKLHGLVWEGCAFTGMILSRVAVMARLADYSNDEGVSWPAIETIRRQIGARSESTVKSAIAELAKEGWLTKEERKVGGRNVSNIYRLNVEKLEAAAAAARESYKPKRKMSPAKNDPLTVDPSNIAPSTVDPSNFDGSTVDNKLPIRGAMIDPDPSVLKPDPSDKRSSCPDASQPDPQTAEQNFLTRHPDAVVFSAKKRQWGSQEDLVCAQWIWGRIVSLYEQAASDDGEITRPKEPNWTAWANDVRTMRMLDGRTHRQICEMFGRLQRDSFWVKNIMSPAKLREKWDELVIRLGRSPAQRCVNHISEPDTEIPPGFRG >MCE4613707.1 hypothetical protein [Desulfurococcales archaeon] MAEDTILLENLAIASAGFVLGVLYGVYFKKTGKLGALVYGFLLALTALFIARIPVLAGIAVIMLIAALVITIAVLLALALYRWILRPRPLS >ERI49901.1 hypothetical protein N878_10305 [Pseudomonas sp. EGD-AK9] MLTALALLGGCQTFAPSEPDGTPPVQEADQKTQLEPSEYGSFSQETLFALLTAELAGQRNRFDIALGNYVQQANATGDAGVAERAFRIAEYLGAEQAALDSALIWAENAPGNIDAQRAAAVQLARAGRYDESMTFMEGVLQRQGDTHFDFLALSAAETDPDTRAGLLQGFDRLQSKYPDNSQLLFGKAILLQQDGRAEEALALLESQPSSQTEVSPLLLRARLLQSLKRGDEALPLLEKGIRQHPDDKRLRLTYARLLVEQDRLDEAKGEFSTLVQENPNDDDLRFSLALVCLEAEAWEEAIVYLEELVERRSHVDAAHYNLGRAYEALEDADSALQEYGLVGPSNDYLPAQQRQAELLFAQQRGAEASARLAQAREAQPDYAIQLYLIEAEALSNRSQVEPAWAVIQQGLEQFPNDLNLLYTRAMLAEKRDDLGQLESDLRFILEREPDHAMALNALGYTLADRTTRYEEARELIEKAHQLSPDDPAILDSLGWVNYRQGRLDEAERLLRLALEKFPDHEVAAHLGEVLWAQGKQREARRVWRDALAETPDSSILRGTLLRLTGSETL >HIN08122.1 hypothetical protein [Candidatus Poseidoniales archaeon] MSADESWDEDWDDDYEETIFGMPVRTFRISVAAVLAVLLLLVASLVSTSFGLYSGVGSVTIAANYDGFGPLDEELKFKVYLTSPTLGRLATDSGSYAVSYDHEVRAHGSFSYSKAGIGTVTIPVTDFFIANGEYTITVSAGDASDSVSMDISRNADYAIGIVNFFGGTFDDSRYTESFASDPQVTLSFTNSAGPGGELVFPVANGYFDIFYFENSDYNNKDSCDGDCDDNYENNKWGGCYWNSAVTGCSPSGGRSSSDWNDEDNLVQRFFFNVSGDSYSWNLQDEGVQYGNGIDYTIPLDKETLRQHEQVDFTIVIHFTNTFAEANCGNIENTDCDRELDHDEKDGRSDWEWFALEGK >OQW79047.1 arginine N-succinyltransferase [Proteobacteria bacterium ST_bin14] MTFRIRAARGKDLQSLYEMAKLTGGGFTNLPPDRTALRAKLDRSDAAYARTDGGIEDELFLLVLENVATGEVRGTCQIFAKVGQKYPFYSYRIGALTQHSKELGRTFRADMLALTTDLEGACEVGGLFLHPGERAGGLGLLLARSRYLFIAMHRARFADRILAELRGIIDEAGGSPFWDGVAGRFFGMNFQDADYFNATHGHQFIADLFPKHPVYTAMLSETARAAIGLPHPSGRAAMRMLENEGFAFENYVDIFDGGPTMTAKTDQVRSIRDAQPGIVAAVGDITGEPALIATGTMSDFRCCFGRAGGDSAALTIDPGTAATLDIGAGAAIRWVAR >WP_086502876.1 ABC transporter permease [Algoriphagus ratkowskyi] >PZX51861.1 putative ABC transport system permease protein [Algoriphagus ratkowskyi] >TXD76006.1 FtsX-like permease family protein [Algoriphagus ratkowskyi] MPDFGWIFKMAFRDFRKNISRLLLFVSSIVVGIAALVAISSFGENLTADINNQAKELLGADLVLENSKPIGKQAVDSLATQMASEVNFASMVAFPETGASRLTQVRALEGDFPFYGFFETIPVSGDADFRSGGKKALVEKTLMAQFDAVVGDQIKIGEVLFTVVGELQSVPGQTGITASVAPAVYIPMDYLEETGLVQLGSRVNYSRYFQFAEGTDVDALIKPYDDLWEEERVDADTVEDKKNSTGRSFANLSNFLSLVAFIALLLGCVGVASAVNVFVKEKLASVAVLRCLGVSSRDVLLIYLTEIMIMGFVGAVLGSFLGTLLQFVLPAVFADFLPVEVSFGISWLSVGFGVVTGLFVSVLFALLPLLKVRNVSPMATLRPETGDSTLLKDPLRWLVIVAILAFIWGFSFYLLRRTDFAFGFTGFVVFAFGILWAVAQAIIWAVRRFLPISFTYTLRQSLANLYRPNNQTVSLIATIGLGTAMISTLFFLQNQLLEEAKFADKEDQPNMLMFDIQTAQLEDVKAAIESKGIPILQEVAIVTMQLNEINGVDKKKNEEMSDEENFSRRLYNREFRVTYRDTLISSETLVEGELIPQGARGDSIFVSFEKGFGTGNGLKIGDEIEFNVQGRPIKTYIGSFREVKFNQVSTNFLVLFPEGVLDQAPKFHVLITKTKDDRQAAETQSEIVRDFPNISIINLGTIVATLEEILGKISFVIQFMAFFSIATGVLVLISSLIISKYQRMRESILLRTLGASSAIVSKINTLEYFFLGSLASLSGIILSFGATWLLSEFVFEMSFRGAWAEALMLYVVITTLTIVLGWLNGRKIINQPPMEILRGN >KAG6788279.1 hypothetical protein POTOM_004341 [Populus tomentosa] MGVIELRKIMGHSGVVWGVVLYCVLVSLAMESEEPCSRATSYGDALGKAILFFEGQRSGELPSNQRVKWRGNSALSDGKPEKVNLTGGYYDAGDNVKFGWPMAFTVTLLSWAGIEYQKEISSVNQLGYLHTAIRWGTNFILECHTSSTAFYTQVVSLFHMVGDGNADHQCWERPEDMDTPRTLYKITPNSPGTEAAAEASAALSAASIVFKTVDSSYSTKLLQHSQSLFDLADNYRSSYKDSCPFYCSFSGYQDELLWAATWLYKASGENKYLSYISSNKGWSQAVSEFSWDNKFAGAQTLLAKEFYGGKQDLDKFKSDAESFVCALMPGSSSVQIKTTPGGLLYTRDSSNLQYVTSSSMLLFIYSNTLTAAHVSGVQCGSAHFSALQIKAFAKSQVDYILGSNPMKMSYMVGFGCKYPTQMHHRGASIPSVEALPSKVGCNDGYSSYYFSSQPNPNTHVGAIVGGPDSNDQYKDLRSDYSHAEPTTYMNAAFVGSVAALVAESKADCPSQLWQLTGNKKVADYM >XP_021898889.1 putative pectinesterase/pectinesterase inhibitor 28 [Carica papaya] MADHDEKKKRRYAVIGISSFLLVAMVIAVTIGTNLEIDDADTGSAKNERLTASMKAIKSICAPTQYKKTCEDNLRANAGNTTDPKELIRVVFNVTMKYINEAAKRSTTLNQLNQDPRTHVALRQCKELMHYSVGELKKSFDHMGSLDVTKIDEILVNMKIWLSAAITNQQTCLDGFQDTTGDAGEKMKHGLKTSMMLTHDVLAIVHEISKAFNQINGADRSSRRLLSAEDLPVLGHDEIDVPEWVNPATRKLLSAPPSTLKPDIVVAKDGSGDFLTINEAIAEVPKRSNKTIIMYIKEGVYKEIVEVKRSMTNLMIIGDGSKKTIITGDLSYSKNLTTYRTATFAASGDNFIAKNIGFENTAGAIRHQAVALRVMADMAIFYNCSIDAYQDTLYAHTKRQFYRDTVISGTIDFIFGNAVAAFQNCTLLVRKPLPNQQCPITAQGSNDPHEPTGFVFQGCTIDGEPEYLAVQKTSRSFLGRPWKPFSKTVIMNSYIPDFVDGTGWMPWNATAGLDTCFYAEYENEGPGAAKINRVKWLGIKELTEEQIIPFTPGNFLRADDWIKASGVPYTSGMLGNTIIRQRGSAPSPAPDRVTKSPSPSPSPSPSSMSAPAPVPSPPRQKPSFLFPSTWFLH >NWR48904.1 FRM4B protein [Regulus satrapa] REVLSTHSSPFRTLERPAQPHGGRSMPTTPVLTRNAYSSSHLQPDVSPHHCRQRSGSLESQTHLLSEAPAEKTAFSLSKSQRSSSTEILDDGSSYTSQSSAEYYCVTPAPNPYYTTQTLDNRTRGRRRSKKHNISAASSGSMPNLAHKDVRSGVFHKNQEQPSSNYYISGYSPYAEPDVYYNGGYVYESDTEGQYSVNPSYRSSAHYGYERYREFRSYHEDEVDRVPHNPYATLRLPRKQVAKTEHITKNIHKALVAEHLRGWYQRASGQKEQGHSLQAGFESDRGSHRSLGFAGLQTPCSPSSRVSSFSSASSTNTAGNWRNPLALGLSDYDTLSHSSYASCYGNVYGNLP >QJX39570.1 nef protein [Human immunodeficiency virus 1] MGGKWSKSSIVGWPAVRERIRRARPAAEGVGEASQDLEKHGALTTSNTVTNNAACAWLEAQEEEEEVGFPVRPQVPLRPMTYKAAFDLGFFLKEKGGLDGLIYSKKRQDILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCYKLVPVDPREVEEANEGENNCLLHPMSLHGMEDDDKEVLKWQFDSQLARRHMARELHPEFYKDC >WP_206096314.1 type I-C CRISPR-associated endonuclease Cas1c [Paenibacillus apiarius] >MBN3525830.1 type I-C CRISPR-associated endonuclease Cas1 [Paenibacillus apiarius] MKRLLNTLYVNQPDVYMALDGDNIVLLKGEEKLGRLPLHNLEAIVAFGYTGASPALMGYCADRNIAITFMTMSGRFLARVIGQSKGNVVLRKKQYLVSENETSSAQIARNFIVAKIFNHKWMIERMTRDYPLRIDVAQFKEISGQLSSLMLEVRECEELERLRGLEGQAAVSYNKALGQMILQQTDDFYFRSRSRRPPLDNVNAMLSLAYTLLANDMAAALEAVGLDAYVGFLHRDRPGRASLALDVMEELRGIYADKFVLTMINKKIVNKDDFYKKENGAVLMTDEARKKFLTAWQNKKQEKIMHPYLGEKISWGLVPHAQALLLARYLRNDLDEYPPFLWK >EIH4263652.1 rhs element protein RhsB [Escherichia coli] VYDRSNTQVRSFTYDDKYRGRMVAHRHTSRPEIRYRYDSDGRVTEQLNPAGLSYTYQYEKDHITITDSLDRREVLHTQGEAGLKRVVKKEHADGSVTQSQFDAVGRLRTQTDAAGRTTEYSPDVVTGLITRITTPDGRASAFYYNHHSQLTSATGPDGLEIRREYDELGRLIQETAPDGDITRYRYDNPHSDLPCATEDATGSRKTMTWSRYAQLLSFTDCSGYVTRYDHDRFGQMTAVHREEGLSQYHAYDSRGQLIAVKDTQGHETRYEYNIAGDLTAVIAPDGSRNGTQYDAWGKAVRTTQGGLTRSMEYDAAGRVIRLTSENGSHTTFRYDVLDRLIQETGFDGRTQRYHHDLTGKLIRSEDEGLVTHWHYDEADRLTHRTVKGETAERWRYDERGWLTDISHISEGHRVTVHYGYDEKGRLTGERQTVHHPQTEALLWQHETRHAYNAQGLANLCIPDSLPAVEWLTYGSGWLSGMKLGDTPLVEYTRDRLHRETLRSFGRYELTTAYTPAGQLQSQHLNSLQYDRDYTWNDNGELIRISSPRQTRSYSYSTTGRLTSVHTTAANLDIRIPYATDPAGNRL >MBT5285153.1 dihydropteroate synthase [Euryarchaeota archaeon] EGLKAGADMVNDVSGLRDKAMIETVLEWEAAICIMHMQGEPGTMQTKPQYVNCVEEVSTYLANQRSQLIKQGHPKELICIDPGIGFGKDHAHNLALLRAGKRIGEDASVSILWGVSRKRIVGHLTGHEHADDRLSGTLGLAAVAVARGINLLRVHDVQEHVDLFLAMKPFD >CDC61696.1 type III restriction protein res subunit [Clostridium sp. CAG:417] MGVELYKHNKVAYEKVEEMLKTEDKACVVHATGTGKSFIALKLIYDFIIENPDSKVMFLAPLSGIGDQIREHISTMNLPDGIFDNVQFNNYQTLVVKTEEELKNIDFDLLVLDEFHHIGAPEWTKRLQMIIEANPEAKIFGMSATSVRSFGTKYEEDVAESFFEGNVASRYDLAQAIVDGVLPQPNYHAALAVLEGDCEELERKINSGSASPEEKQQYQKVLSDIRKKISEGESADEIIRNHIKRDGKYIYFCPKGSDISILQDNIKRMLPTEYINNIEFYQVHSSAQTDKQNNLNSNNFYHNITLDGQSAMGKLRIMFAIDMYNEGIHVPDIDGVIMGRATKSDITFYQQLGRALAVKKKSEGTGEKVSPPLVIDLMGNLKEIKRLYLRVETRKASEGTEPIERSQGNGTPKDEFDINFGLSEEIINLLSTLEELKSKVEFTLDFDGRLKEVYDYLQENGRLPKWDEETKFTDGRVMSTWITQKRLKIYEKADSGNEIAKTVCEQFSLDPDELFLIHLEEALVYCKEHNGFPRYDDNVTFSTGTQIHHWSRHSKEKIEEYALKGNETAKKLYSYYTLTIDESFNLHIDEMYEYIQRNGRLPQKSKNEKFSDGKLMSAWLNKNRRKIEQSGLEGNDKAKTISEMQKMNSKTKENKDRKTVDRIIEILAYYDRTGKLPIDTDKAEFENGADMANWLSSKSVKDSIQRLLEQNNSEAIRLTQIQYSLSSDGIFERKMSELVELIKKRGTNVKSISGDKFSDESDIYSWILNKRSKIEEYASKGNQLAIFILENQYSEKAKTKSRLDTYDIHIKELITYYQEHGTLPKSTERIRFSDGNLMTSWIGDTKALIKEKADSGDEIAKIAYDIIYRNSEQGKFEIHTLEILQYYKENGILPMKKSVDKEFSDGGSMCNWVFNKRKKIYEEMENLPTVAELAKLILAVSPTFFDKVKAFKEAEEAFSEESEFEKAKGKKGVKKGNGK >MCO4570690.1 uridine kinase [Streptococcus infantarius subsp. infantarius] MTGGSGGGKTSVSKAILANFQDQKIAMIQHDSYYKDQSHLTFEERVSTNYDHPLAFDTDLMIEHINELIAGRPVDIPIYDYTLHTRSEKTYRQEPQDVIIVEGILVLEDKRLRDLMDIKLFVDTDDDIRIIRRIKRDMEERGRSLDSVIEQYTSVVKPMFHQFIEPTKRYADIIIPEGSSNVVAIDLINTKIAAILKENEE >KAF8141928.1 hypothetical protein EV363DRAFT_1392335 [Boletus edulis] MYHHQQTGSSYDYPSYPTTPFESAAPPAQPSGRPVRSNTSQTHSPQQQPSFQPSPPYASSTTYPSASYSISPAHAQQWQQESWASQQYTQPYTSQSVQAEMTYTSTAPRPDAPVSTPDTRGFPPSLPPPHEPRRQDSGYSQPLPASAHNPSPPRTRRREKDSPAIAPAATSASGPDFAKLQDSYRLIMDNASNMMASGTFPASRSPPVENLDHMLQSANLGAQMLQSAIVQSNPDVRSTTGVGDKDAPASKRQKGEEHAQEGQTCLGCNATSTPEWRRGPLGPRTLCNACGLVYAKLLKKRARGETRVRPGDNAGQSSQNQAEEPNVLSSGGSEDGDSYGSQDRRSDFGDHGRRG >TJW13192.1 IS1595 family transposase, partial [Neisseria gonorrhoeae] KEPLRSFVPEVTARSAADILGIHPDSAALFYRKIRTVANHRLALAADEVFERPAGPGASCFGGRRKGRRGRGAAGKAVVFGIPKCNGRAYTVAADDAEPETLPPAVKKKIMPDGIVYADSPGSR >MCB0793211.1 amidohydrolase [Flavobacteriales bacterium] MTKDLLSQAGGLREQLVAWRRWFHQHPELSFEEYGTSAFIASICREQGWEVRTGVAGTGVIALMRGGSDGDRVALRADMDALPIEEVEGRPYGSTNKGVMHACGHDAHMAMVLGAGVLLKERVQQIAGSVLLVFQPGEEKLPGGASLLIEQGALSDPAPKAILAQHATPELECGTVGLHAGPFMASADELCLTVKGRGGHAAMPHLLIDPVVIAAHLIVALQQVVSRRARPGEPTVLSFGKVVADGATNVIPGEVRIEGTLRAFDETWRNELHRLMPKMAKGLVASMGAELEFEIRKGYPVLVNDPSLTGSFRAIAERLIGPEQVLDVPQRMGAEDFAAYTQVMPGLLVRLGTGRADGVPSSGLHTSTFDVNEDALPIGSALMASWVLDQLARDRAPIG >WP_005629113.1 phosphatase PAP2 family protein [Haemophilus haemolyticus] >EGT75360.1 Phosphatidylglycerophosphatase B [Haemophilus haemolyticus M19107] >KKZ58125.1 phosphatidylglycerophosphatase [Haemophilus haemolyticus] MFKRLSLYTLLLCLVPFFIWGISYQWHGNSQLTEADYWLYLLTETGSVPYALITCVLFTFLFAFLFKNPKQWLLGVIVMGISVIATQAAKTGAKALFEEPRPFTVYLAEQTHSTPENFYKNDRTLRAEIAKDFYAMDAITPAWLVHHYENETGYSFPSGHTIFAATWLMLAVGFTQLLGNRSFKAKLLVVGIAAWGLLMLISRVRLGMHYPIDLLVATLLAWLINSIIFAFLKKKAIFVIK >WP_083639049.1 VCBS repeat-containing protein [Algoriphagus marinus] MKQLILSLFLILPSLLFAQEIEFVSNSRLVLGGSIAKSASISAGDIDQDGDIDIVLANGRHWPEVNKIFFNNGKGIFTVSKSLDTIEETSYAAELADFDGDGDLDIAVGNDMAPNGIYFNDGLGDFSKAGSFGDPYAPTRNLKTIDIDSDGDIDILINNRGKANEICLNNGKGEFTKTLNFGSADDSTIDVDVADMNQDGKMDLILANRDGQQNFIYLNDGKLNFTEKIPFGTGTDETRSVGVVDVDQDGFLDIITANIEEPNVIYFGSKEMDFSRKLVFDPSAGNSYSLDFGDIDGNGSIDIVIANSEEPNTVFLSFEKGSKWKEIKLREDAFDTYDIILTDLNNDKILDIVESNSDEINYYYLTRWKK >WP_169054812.1 MULTISPECIES: GntR family transcriptional regulator [unclassified Azospirillum] >PWC55685.1 AsnC family transcriptional regulator [Azospirillum sp. TSH20] >PWC57167.1 AsnC family transcriptional regulator [Azospirillum sp. TSH7] MDQFDPQFPASETDLVAEEKGLLSDQIRLALADEIATGRLKPGTPLDEQQIGQRFGASRTPVREALRQLATTGMVEVRPRRGVVVATMTAERIMDMFEMTAEMEAMCVRLATYRITPVERSRLQTMHEAAAEMVAGGDLGAYDDFNRRFHEAIYHATHNQFMAEQAVGVRARLAAFRRTQLRHGNRLATSHAEHGEILAAMARGDGEEAARCMRAHMLNASCALTRYIQELDLT >MBR1706273.1 ATPase V [Bacteroidales bacterium] MISAMTKYSFILLNGEQDGFLERLQELGLVDITRSVKPVDGRSSALLSKAESLKSLSASLMRIDFPEGLEATPVTGDLAATATEDLDRLASLESALATARKDAAARLPWGEFDATELARLTDAGYRLHFHTVTSKSFRPEWAEQVPLQVISEQNGKTRFVTILPAGEGDILPDEVPAPAASYRDAETQAAALEQEILPVKARLLGARGRVSELEASCKRELVELDRYLASAAAVPAAEDKIVSLVGYAPTDNEEAVTAYLEKTGVFYLKDAASVEDNPPIQFKNNKFVKMFEVLTDMYGRPAYDGFDPTPFIAVFFLLFFALCMGDAGYGLVLIVIGLLMKKSERFKGMAPLVVTLGIGTAVVGFFLHTFFSIDIAQWKVFEPVKFLFLPDEIAGYAGGMVLSIVVGIIHLCLAMVVKAINEVRVKGIYASLGTLGWTLLIVGGVIVGGIALTGALSSGVVKGILIVLGIVSALGIFVFNDPERNKFANVGMGLWDTYNTATGLLGDVLSYLRLYALGLAGGMLGMAFNDMGKMVLGDGSSIGLWIPFILLVLIGHTLNIAMCALGAFVHPLRLNFLEFFKNSGYEAAGRNYNPLKKQ >EST37880.1 hypothetical protein N566_10555 [Streptomycetaceae bacterium MP113-05] MPTATRSHNRSSLAHRLRYAARHPQRVVPYLRRHLRDWRLQRRSGGDHLAYYRAVMKSDTARNPRGAVGTPSEERWNALGRMQFDYLVEHGLVPGDHMLEIGCGNLRAGRHFIAHLQAGHYYGVDISPDILLSARQTLVDHRLQSKLPHLTLVDDMRLAHLPDGHFQVIHAHSVFSHSPLPVIEECFRHVGRLLAPGGFFDFTYNRTDGAEHDVLREDFYYRPATLLALAEKHGLAARTMNDWDELPHKQSKIRVTAPGPEESPKGPEPAVQEPGGSPRRGAERDGERNEGDGNGPEPEADGERSGNHV >WP_106936446.1 MULTISPECIES: alpha/beta hydrolase [unclassified Variovorax] >AVQ83088.1 alpha/beta hydrolase [Variovorax sp. PMC12] >QRY32617.1 alpha/beta hydrolase [Variovorax sp. PDNC026] MPELQLAVIDVKPGASMESQSGLQLLRPRIYGACQAPQGPKKVAAIVMHPTSNFMGHYLIGPLAERGICCMGLNSRFVGNDTVLLMERAIQDLGAGVQYLRAAGYEKVFLVGNSGGAALSAFYQAQAEKLTATHLPDGDPTHLHPGDLPPVDGIALCAAHLGRTRLMRDWIDPSVTDEHDPLSVDPELDMYDPRHRVPYDSDFLARFSAAQKARLDRIEQWCLDRLALLRNTPGAPRDQTFIVYRTHADPRCVDVSLDPNDRLPGSVWGDARQVNYSANAMGRTTSLTAFLSQWSSRSQADGPTNLARTTVPKLLLTYTGDQSTFPSTRDAWMAAGGSRIRNVDIVGGNHYLAGQPHLIPQAADAIAEFAHAL >WP_214777175.1 dynamin family protein [Exiguobacterium sp. s22] MHEQREQLARLALTFEQEEMTDAARLARTALQKVTNEEVWIAVCGHFSAGKSTLLNDWLEDGFLPTSPIPTSANIVTLRGGESAAAVAINDTDWISLDPSSLSNISDYCKVEEIKEVEYTIDRFPFDEHVVLMDTPGIDSTDERHRQATERSLFLADHLFFMMDYNHVQSEQNIGLMKQFSREGRPYSIIINQIDKHDEDELSFVDFKASLTKTFRHHDIVPNDTFYISLRDLKHPHNEVERLRSYVRQVITDSRQQQVEHADALIHTLVRRNESSIQSMLDQLPTYEKSPKEMQSRLHRLEKKRAWWTSFRREFFKHQAPIVESAPIMTYEFRELLRSYLESCSPSFKVGLLFSKEKTKQERARREEVAVKEFNRLIDMNLRPHLVKYAEDIIRDLKLPDTLLPKGDVLPIAPSSLITEQVKSGASLSGDTVLQFSRDIESGLATWVTKVSEPWVHSTDTYMKAEVDMRLEQFLTEEDELYEALDNEALRLRLINRLHAIGKYETLQLDSNQLDQLAVRNYVDATYLPEKQSNVVESEVASTSILDDDHYLFDFNFSYENAVCEILENHPLFRSRVSTLRKKIERAKHEQYTFAIFGAFSAGKSSTLNALLGETVLPTSPNPLTASITKIVPPDGRTNRTAMITFKSRNELEDELKGYGTSLASLDVDHPFVNAVKAAPLDYLGQTEVVDYDTFCAFVAEEEKSCIVKEIELYLDSPWARRGIVFVDTPGADSQFNRHSEVQFGYMRDADAVLFVTYYNHAFTEADRELVIQLGRVQGTGDHEMFFLVNASDLATDDEERDAVTSYVSQQLTALGVRRPSVLPISSRNAMQGHDAGFDRFVSTLERYVDKDLRLANAMRIQEETTALLAAFDRVLNEAKEDASAKEHRRKQLYALLENPPALGVSALIDLFDREAKELLAHLETRSLLRLSDFVKETFHPVEVDGSRKSLERALARTLDKYAYDIQQELQVFQYRLERYVKREFISLVERLTERQASLLPTLEFDRELDVAWLREAVEPIHLETPPYQSVLRRYKNASQFFEGDGRTQLKDELTSLLRDMIRSRLETIHTKQVERANEEIKKSEAEIEQEWSIQVTELADAELSMLTDSQSFDDMRDRLESIRKETV >WP_092857087.1 enoyl-CoA hydratase-related protein [Albimonas pacifica] >SFH64813.1 Enoyl-CoA hydratase/carnithine racemase [Albimonas pacifica] MTEAYPPNWAPQRSFADGRIGLAVEAGIATLAISIPQKMNALDVEATAGMIEALEVAEAEARVLILTGLGGRAFISGADIGGFDGPKQHGTSFLDRQRRLAETPLPTIAAIRGYCIGGGLMTALNCDIRLAATDAQFGVPAAKLGIAYGHEGLARLVEAAGAARARRLLYAGDRVDAQTALAWGLVEHVLPPERLWDEAMDLARRIASNAPLSIHATKRTVAQIVGDPDARDPAEIERLSRLCRDSDDFREGRAAFHEKRQPNFTGR >RAH10573.1 methylmalonyl-CoA epimerase [Euryarchaeota archaeon] >RPG74133.1 methylmalonyl-CoA epimerase [Euryarchaeota archaeon TMED85] MSIEIDHIGIAVNSLDHRTPFWVALGLIMGEDEELPNDRVIARFFSTSGESDVPPRIELLQATSPESPIGRFIEKRGEGIQQIAFRVENIEHTISILLENGVQMIDDIPRIGAHGSMIAFVHPKSTGGVLVEIVQRT >XP_048732732.1 universal stress protein YxiE-like [Ostrea edulis] MADKGKQRKILIAMDGSEYSEGALKWFVNHLYQKDDDVTVLHVTDHRSSASYGSNWMPVDPTFVHTAFKEEEEKAKITIKKLDAILMDAGVQGNVVRAHGDPGEQIVKTSEELGVTMIIIACRGLGKIRRTIMGSVSDYVVHHSSIPVVVCRH >HFC54342.1 sporulation protein [Gammaproteobacteria bacterium] MSREPAAENRLKQRLVGASVLVALAVIFIPMMLGGKGSQEKLIGAGNIPPLPDDGRRTVEIPLQEPPPRPARKPVTTVVVDEYTGDLPDNFVPAAPDPAPQPAAGTPPAVSPAPKPVPPVAEGKETGGKPQGVADDIEAWVVQLGSFSERANAMALRDRVRSRKYAAFVEAVATSQGTIYRVRVGPERTRARAEALQERLRKAFNLNGMVFPHKELKG >WP_025739406.1 methyl-accepting chemotaxis protein [Salinivibrio socompensis] MKLKQLTIKQKLVLAFVSAVIASTAIISYMSLSQARDIMEKRLLENELPTTLTQFRDTIDSEVNQLQSAARQLASNPVTLNILEPGISPGEEARVVKQLNVLRDQYDLNDASIANRETGQYWNQDGFLRVLTREKDGWFYNFLDSGNATMAQVFQEDNGELKLFVNFQQLNGKGLAGFSRSLDDMTRFLNQFKIEQSGFVFLVNADGLVQLHRDTGLMGEKTLSDVYGPQARSLLQKGDFNLLDTHINGKEVLLASSYVPSMDWYVIADVPAEEVFAPLNQTRNQILMVSVIVGLVFIVVAVWLATTITKPIQYVANVFREIGEGEGDLRQRVDINSQDEIGQLASGFNSFVDKIHRLVSDVASTGGELRHAAEQVSSQASATQSQSEYQRDRTVQVVTAINEMGATVNEIAGNAANAASAANQASDDAASGQGVVTQARDTIASLADDMENMSKVISALAENTDSIGGILDVIRGISEQTNLLALNAAIEAARAGEQGRGFAVVADEVRNLASRTSDSTDEIQTMIDRLQTEAHNAVKAMEQSRTMTAEGVNASDEASLSLNAINEQIVQISDMNTQVATATEEQSTVVNDINQNIEEINHSSQQTADTANTMAEASESLRDLSKRLDTLVGSFKL >WP_116813830.1 protease IV, partial [Pseudomonas aeruginosa] >MBO3780764.1 protease IV [Pseudomonas aeruginosa] >MBW6272732.1 protease IV [Pseudomonas aeruginosa] >NQB46603.1 protease IV [Pseudomonas aeruginosa] PARRVARAAPLAPKPGTPLQVGVGLKTATPEIDLTTLEWIDTPDGRHTARFPISAAGAASLRAAIRLETRSGSLPDDVLLHFAGAGKEIFEASGKDLSVNRPYWSPVIEGDTLTVELVLPANLQPGDLRLSVPQVSYFADSLYKAGYRDGFGASGSCEVDAVCATQSGTRAYDNATAAVAKMVFTSSADGGSYICTGTLLNNGNSPKRQLFWSAAHCIEDQATAATLQTIWFYNTTQCYGDASTINQSVTVLTGGANILHRDAKRDTLLLELKRTPPAGVFYQGWSATPIANGSLGHDIHHPRGDAKKYSQGNVSAVGVTYDGHTALTRVDWPSAVVEGGSSGSGLLTVAGDGSYQLRGGLYGGPSYCGAPTSQRNDYFSDFSGVYSQISRYFAP >WP_128505522.1 malate synthase [Streptomyces inhibens] >REK90532.1 malate synthase A [Streptomyces inhibens] MPPTELTSAVQVLGTPGDRHDEILTPAALDFIGRLDAAFADRRLDLITERRRRAALLASGIPLDFSRATSAVRTDPDWRVAPPAPGLADRRVEIAGPPDRRTALDALTSGAQVWIADFADATSPTWDNIIGGQLNLLDISDRRLGLTAPRGERRPDAPVPALMVRPRGWHLTEQHLRIDGRPVPASLVDFGLFFFHCAARRIDAGHGPYFSLPQLENRYDARLWNDVFVLAQDLLGVPRGTIRATVVIETVTAAFEMEEILYELREHSAGLHTGRGNYLASLIKNFAHRPDFVLPDRAKVTMTAPFLRACTELLVRTCHRRGAHAIGAMATHAPGRDAPSDEAALAGLRLDKEREAQDGFDGSQVAHPALVPACRAAFDAVLAGRPHQIEHTRDDVDVSAAHLLCIRRTSGPPTPEGIRSYLALALRYFDAWLRGRGTVTHCGAVADAATAELARVQIWQWLRHGAVTRDTVLGLLDTECAAFAREDPAACVAQARDLFDRTALSRDLPPFFTTDAYARHLVHRRTPVRRPAVRS >MCB9943168.1 transposase [Geminicoccaceae bacterium] MGRVEILTVPERCRRRTAREKFAIVRASLESGAVIADVARRFGVTRQQVYQWRSDFRSGILPAPAEGAAVFAQVALSGGEITDAVSTGAVSETVEVRLHGGRVLVIPLTIERRRLQVLIRAVEVS >WP_190822868.1 hypothetical protein [Saccharopolyspora pogona] MRSTGEGWENVAKWLDSVAEQEQGRAQATAQSWVGKDGDAFRTQMSEFSEGVKALAADVRDLKGTLDMWAEIIDMFIEFVIQTLTELIIGLIVQWLAALAASWITAGASVATASAGTAVQVGATGVRIGARITQLQGRLFQLFQKVERLLQKMREMGKLKKLIETSEKLREGKLFDGKFKMGQEMAGRFIDRQSSAFKFLTHADAEDLTSKGGKFLKDDVTKMDAFEKADANLAGRIADAQKQRDMDAINLLEDQKARLATDMKGVQGLASGVAGTVLHGALGGKTTLGQAATAAGTEIATDAAIEQGAHQVYDTGKGWFQGDLAGEQRDAAQERGFQ >WP_258007507.1 condensation domain-containing protein, partial [Pseudomonas syringae] RASQPPSPGAQAYWQRRIDNLPPAPRLPLRCAPADVGTPRFVRLAERLPAARWERLKAQANQHQLTPSGLLLSAFSAVLSAWSSAPELTLNLTLFDRQPLHAHIDRVLGDFTSLLLLAWHPTTDWLGSAQNLQQRLWRDLAQRDHSAIRVMRELASRHGMAAAQMPVVFTSALGFDKGRFMAQSSWLKPVWGIS >TVR41840.1 sensor histidine kinase [Bacteroidia bacterium] MGLLKEITGLKIYSRKQQWKLYLLGFAAIIVLASLYYTDIMVRKISRDERQRVELWADAIRKREMLLLDSERLFSAIQNEEAKRRDLLKQVYGRINRDELDRDALTFYANILQSNTTIPLVLTDEEGNIESTSNLDERYRDYGRLTGELAEKFSEYPPLTFSIFDGGVRFIYYQDSRVYTELREVMDDLIDTFISDLVINSANVPVIVVDSRHTELIAHGNIQGVDFEDERQVRELIRSMSGKNRYVSVSLPTYGQCYVYYTNSFLLTQLRYYPLAQFLAIGIFLFVSYLLFSMARNAEQNQVWVGMSKETAHQLGTPLSSLMAWLEILKMKGLDEETILEITKDIKRLENITERFSKIGAPPQLLEMNITASVNEVVEYMKKRTSRKVSFKVASEKDEIIVPHNPHLFGWVIENLIKNAIDAMQGSGSIYITIENQGPNAVIDISDDGKGIHPSKHKRVFSPGYTSKKAGWGLGLSLSKRIVETYHGGRLFVKHSAPNNGTTFRIILKK >WP_283181662.1 LysE family transporter [Pseudomonas sp. PMCC200367] MEISHLSYAAPLLSLALLWTVAVVTPGPNFFNTAQLAASCSRRHGVVAALGVATGTVLWGLAGGLGIKSLFSAAPTLYLSFKIAGGCYLIYLGLKQFKRKPPSVPGDSGSLNGAGRTLLSAYGRGFVGNMTNPKAALFVATIFATAMPASPPPMLLALAVLTMATLSFSWYGSVALLFASRRVAGAYDRSRKWLDRFAGSCYLLFGTHLVANR >CAC9886154.1 unnamed protein product [Aureobasidium pullulans] >CAD0025009.1 unnamed protein product [Aureobasidium pullulans] MSTPRQRVRPSNSPMHNNDAHRKAREASLNALTGNTTSSPGLSSTMADSSVALGDMVNVPGDMYGTVKFVGPVRGKQGKFIGVELAGEFAARGKNDGDVDGIRYFDTDIPGAGIFLPVHRAEKRQSPARSRPAYPGTPSTPSQYRLDSYTPPTAAMPKFSQSMGPGARPPSPLSKLKSRRPSLPRPESPFRKQPNLVPTPARNFSMSQRSAVPPRFTSSPAPPLSTTPRAASRSAAPSRPYSRTGSRVGNRPSTSSAASIARRSPSRQVTVDQDGEAGSLVEMEASLKEIQELIPGDDEDTSDVFELRQAVHDREDKIQSLIDEFDAHRADFRSTIDTLELASAETERVYEAKIADLLAEIQELRELGHSREDVENVARQLKGLEELVAELEEGLEDARRGEAEARGEVEFLRGEVERGRSELRREREKAAKALQGAKEAEGSGSRDKDVELKDDEIRGLKAIIHSLSSGPESSPMARQSPASGRFADPEELKKTQATVQQLEREKSELQGLIDRKAYREEELERAVEQLRRAAEQERDSIMNTEAAAEEMPRHHLTRSPEAVRSPTRYRSSREDDGQQTNGSHEAHAEHAESEDELSRRMRGLDVSTSSRDRYNDKLEAPAPLSLRKTLSNTSYNDVTEKPTETPTAHVAEADTDKWCALCEKDGHLAFDCPDEQY >WP_047943571.1 uroporphyrinogen-III synthase [Niallia circulans] >KLV24489.1 hypothetical protein ABW02_17525 [Niallia circulans] MANQLLGKKILVPRSKKQASVLSKQIIDLGGIPVEVPLIAFREKQLPDEVIASLKNKAYDWLVFTSRNGVDAFFKEMHRLELTIVAQIAVIGEKTTAAIAEYGYQADFMPTYFVAEQFATEFAAVLEKKQRVLIIKGNRSREFLTEQLKKICLQLDEAILYETYFPLESEELLVDEIKKNDIEVLLFTSSSTAHHFMQIIKKHQLIDRVERCIVISIGPITTETLHSCGMHVTITAKPYTTDSILEHLVQYLTK >MBO2482901.1 hypothetical protein [Bacillaceae bacterium] MSNIFIFFRSDGSTSKEKCSTFLEKRPRKDPFVQYSGLYVQHRFRPDRRNVQHFLRIVRHRQKIVQHRKRLSNIFKDWFNILKFMFNMGRNLSDIEEKITIIAKKTSIIA >WP_261668588.1 tripartite tricarboxylate transporter substrate binding protein [Cupriavidus gilardii] >MCT9125660.1 tripartite tricarboxylate transporter substrate binding protein [Cupriavidus gilardii] MLAGAFAGGLLASGTAAAQDWPQKPVSVVVPFPPGGSTDTIARMLAQPLNEKLGQPFVIENRPGATGAIGAAMVKRAPADGYTIMIASIGVYAVNPFLQKNLPYDPAKDFDLLTVAVRAPNVLVANPSVAARSVQDLVAHMKKNPGKVSFASSGAGSSDHLTAALFWQKTGTDGLHVPYKGGGPAIQDLLAGQVEVSFQNINAVIQHIKAGKLKALAITSEKRSPLLPDVPTLAEAGVKDVEVYSWQAVAAPRGLPANVKTRLHGALVSSLTEPKMRAKLAETGFEVVANTPEQFAQFENQELQRWKNVIETGKITID >XP_047422702.1 bone morphogenetic protein 3 [Sciurus carolinensis] MQRADARHPDIAMSGMRILLYLWLGCFGVSLVQGERQKHHLPELHKAVPGVLSAGSGPGPELQPHDKVSEHMLRLYDRYSDSGRVQAARMPGSRERGSQPLRPQPLREGNTVRSFRAGAAGDLKSKGLHIFNLTSLTKSENILFATLYFYIGELVNISWNCPVPQGCSHHAQRKHIQIELYAWSLKANLNQSQLLGHLSVDVAKSQRDIMSWLSKDITQLLKKAKENEDFLIGFNMTSKAQQLPKRMVPFLEPYILVYANDVAISEPESVVSSLQGHWNFPTGAVPKLDSHIRAALSMERRKKRSTGILLPLQNNELPGAEYQYQEEGVWEERKPYKTLQTQPPEKSKNKKKQRKGPHQKSQTLQFDEQTLKKARRKQWVEPRNCAKRYLKVDFADIGWSEWIISPKSFDAYYCSGACQFPMPKSLKPSNHATIQSIVRAVGVVPGIPEPCCVPEKMSSLSILFFDENKNVVLKVYPNMTVESCACR >MBE6688122.1 cation-translocating P-type ATPase [Oscillospiraceae bacterium] MKHYLEEKENVLRECGTDADGLTSAESAERLAKNGKNKLIEGKKESLLHKFFKQLAEPMTIILLVAAAISAGVEIYEGIASGHMGFPSDVVIILAVVLINAILGVFQESKAEKAIEALQEIAAATSKVIRDGKLIAVKSEDLVVGDIIVLEAGDAVPADARIIECASMKIEEAALTGESVPVTKQEEVIAPNANGDVALGDRKNMVFMGSTVVYGRGKAVVTATGMETEMGKIADALAQAEDGKTPLQIKLAGLSKILTYLVIGICVVIFGVKLIQDGLAFTTVIDSFMLAISLAVAAIPEGLATVVTIVLSIGVTNMSRRSAIIRKLTAVETLGCTQIICSDKTGTLTQNKMTVVDHYGEDESLLANAMSLCSDAEFDSEIGTAVGEPTECALVNYAEKLGLSKNEKKKEFVRVGEVPFDSMRKMMSTVHRTQDGALVQFTKGAPDEVLKRCTKALINGTVSDVTDEIRTQILAANKTMADKALRVLAAAKKDLTAEPAKYEPEEVENDLCFIGLVGMIDPVRPEVKPAIDECRSAGIRPIMITGDHKDTAVAIAMQLGIIESADNAITGAELDNIADEDFDTEVEKYSVYARVQPEHKTRIVNAWRKKGRVTAMTGDGVNDAPSIKNADIGVGMGITGTDVTKNVADMILADDNFATIVSAVGEGRRIYDNIRKAIQFLLASNLSEVLSIFFATLLGFTIFQPVHLLWINLITDCFPALALGMEKPEADVMNRKPRESREGIFAGGLGVAVAYQGVLVTLITLVSYFVGRDILFAQHLAESVELHYTAEGLGTSMAFLTLSMCEIFHAFNMRSLHGSIFKMKHQNMWLIGAGLLSFVLTTAVVEIDFLAKAFDLAHLNLTEYVIAMLLAVSIIPIVEIVKLIQRKLNK >KAJ3490879.1 hypothetical protein NLI96_g1118 [Physisporinus lineatus] MCLQQPHVPAKRALLIALRYKNSTRCPSLKPLPEITYLDADRIKQLLIDKFDYREEDIVVMKDDGDPGNLLQPTRANIVNTGHGGQLLADTRRKTERDELDEFIVPCDHKGYPAMPVEQGMPPSGPLDRSKVHEDDTETWAKIDAVITDNVLRRELVDALPMGCTLTVSFTLLQKNNPGYAIMLVVDILISTSVFAPDLEFNYTYKFGWEDSTDDDPNDPHRQKMSSGWTLTLEGRTKFVSRTFSSPKTTRTSSAPSKKCSSAANLPPIWIPPDHRLSDGDPQVVQSPVEEVFQDNLDDGTQPGNAPTMPKGLVLCFSSNQDHEQAWVNKHQSMTSVICDILTTQKGEVTLEDLVKKAGETMHRMKEVLVSQYEENEDKRNAGEEVEPLANPYQGPKWSSNHRLRGLKSAVCF >WP_227317406.1 cytochrome ubiquinol oxidase subunit I [Cedecea davisae] MFGLDAFHLARIQFAFTVSFHIIFPAITIGLASYLAVLEGLWLKSKNPVYRSLYQFWSKIFAVNFGMGVVSGLVMAYQFGTNWSGFSQFAGSITGPLLTYEVLTAFFLEAGFLGVMLFGWNRVGPGLHFFATCMVALGTIISTFWILASNSWMQTPQGFEIHNGQVVPVDWLAVVFNPSFPYRLLHMSVAAFLSSAFFVGASAAWHLLRGNNSPAIRTMFSMALWMAVVVAPLQAMIGDMHGLNTLKHQPAKIAAIEGHWENVPGEPTPLLLFGLPDMEQERTRYGLEIPALGSLILTHSLDKQVPALKEFPKEDRPNSPIVFWSFRIMAGLGMLMIALGIASLWLRYRQRLYTSRPFLHFALWMGPSGLIAILAGWVTTEVGRQPWVVYGLLRTKDAVSAHGTLQMSISLAAFFVVYMSVFGIGYSYMIRLIRKGPQPFDGDAPAAGTPARPLSAVAEPLEEQR >MCB0488436.1 dienelactone hydrolase family protein [Cyclobacteriaceae bacterium] MKDIRKEDLNQEVFDLYDKYAHNLLDRRQFVDRLSKHAVGGITVAALLAYLMPRYAEAQQVRMQDDRLNSEYKEYDSPKGAGKMRGLLTRPVGNKKKLPGIVVVHENRGLNPHIEDVARRAGLENFIAFAPDALYPLGGYPGNDDDGRTMQQKRDRNEMLEDFIAAYDFLKSHAECSGEIGVVGFCYGGSVSNSMAVRIPTLKAAVPFYGGQPATEDVPKIKAPLMLHYAGLDTRVNEGWPAYEEALKANKKEYTAYIYPDVNHGFHNDTTPRYDEAAAKLAWSRTIDFFNKKLR >MCD6430924.1 hypothetical protein [Deltaproteobacteria bacterium] MNVKVCKFEYICLLALLWLVACSRLPLESDPFVGDVAVGRAAWAQMVNLESLKATAVLSWRTTDGRHGKHKVRLFLEPPDRLKIQWLTPWGAVAGQVLMATDQFWFSDSRQRLTWHGRTADLKRLFQRKENLNWVGATQFFMYWPLLFSSPEEDDTAFGAEAFFDYLATNNGRCLNKIIHFRDGDEMHIRVDDLLTDADEHLFARNFEVLGSGGRISLILRQFTLQKELIPETFIYSLEQFTIRECSANEGKNNGRE >MCI0654225.1 phosphatidylglycerophosphatase A [Methylococcaceae bacterium] MNPSNSQPDLRFILKDYRRFIAFGFGSGLSPLAPGTAGTLVGFPIYYLLSAFLSPVPLFGVILFALLAGIPICDAAGKAVGEADYNGIVWDEIAAFMLVLYFTQGAWTENILAFVLFRLFDIWKPFPIRYVDNHLKNGFGVMADDVLAALYAILVLVLLRPTLLSG >WP_271515333.1 outer membrane protein assembly factor BamA [Ascidiaceihabitans sp.] MAGTMPVHAQNFSFNNVVVDGNTRIGNSAILSQAGIARGQTVSAGQLNDAFQKLQNSGLFESVSISPVGNTLKISVVERPTINRVNFEGNRRLKNDALSALVSSTERRVFNPTVAEADAAKIAEAYSNSGRLAARVSPKIIKRSDNRVDVVFEIFEGDIIEVERLSFVGNRVYSDRRLRRVLGTKQAGLFRALVKADTFVEDRIEFDKQVLREFYVSRGYIDFRTNAVNAELAQERDGHFIAFNVQEGQQFKFGTVTTTSELNTVDGDEYQAVTKIRPGVVYSPTLVELEIARMERLAIRQGVDFLRVEPRITRNDRDLTLDVEFVLSRGQRVFVERIDIEGNTTTLDRVIRRQFKSSEGDPFNPREIRESAERIRALGFFTNANVNAREGSSPDRVVVDVDVEEQPTGSLSFGGSFSPNNGLGLAISLKETNFLGRGQVVDISLNTAQESRRYGLKFVEPNFLGRDVRFGLTLNYAESDSSFATYDSTTGLFSPSLEFPVSENGRIQLRYTAEQVEISARSPAANGAVIGNDIAVGKQISSSIGYTYRYDTRVSGLNPDAGVLLEFSQDFAGLGGDSKYVKTTAKAVGQRRAFNGDVVLRATVEGGALALSGGANRAADRFVLTPGILRGFEPGGIGPRDTTGTGTGDALGGNLYVAARLEAEFPLGLPEEYGISGAMFYDIGNLWNLNDANTAGGSVIGEGGSIRHVIGFGLLWSTPVGPLRFNFTDALRKETFDREQSFDFTLSTSF >WP_207334372.1 hypothetical protein [Fibrella aquatilis] >MBO0930408.1 hypothetical protein [Fibrella aquatilis] MNKVLIYDADCPLCRAYTKGLVMTGALPAAMRVSSSAVTDQRVIDQLDPVRRRHEIPLLDLETGETHYGVDAVLTVLGTAWPRFVCFVRDTALFEIGRQFYAFISYNRRVMFPVAPERWHVMDLDPDLHVGYRMVFLVLLYAALAMGHLGAVGHMAPLAVAALAGQLGLALVYIRRHSGNRLTANVLDYVGHLGVSILAGGVFKAAGVLLDLPMLLLLGNAVMIWQLAVRQRVMQLPDYVLIPFIIFTCLNH >NYK82134.1 glycosyltransferase family 4 protein [Salmonella enterica subsp. enterica serovar Typhimurium] MRVMVLSRGIPSPEAPLRGIFEYDQAVALHQQGHEVILAVLDARSVRHWRKFGTRVEHAVDRNDG >RTE72268.1 hypothetical protein BHE90_013331 [Fusarium euwallaceae] MKSLFNTAIVSAMVLFTQRASAALATYCTGDSNDLCYSWGVPRSTTSSGSGNIFFRLEAPTDYQWVALGTGTGMSGSTMFVLYQDGSGNIALSTRKGHGHDMPEYNKFQGVKLLEGTGVSNKTMVANIQCNGFTNMDFSGSNDWIGAWKKGQALDSSSVRAIIDEHDGTDRFSVDFSKASISSDENPFTKTSSKTPSSTSGNDAVSSGGSGEDHSGIIHGIIMSIVFLIGFPIGSLLMPLIGKWLVHAGWQIIVFVGMWIGFGIGKIAADKNGQWCNEPHVQLGLAVCILMILQPVLGWLHHRNYVKYQKRTLVSHGHLWYGRSLMIIGIINGGIGLQLASASTGLIAAYAVVGIIVFLLYVAGAIRKEITMRKKSKGMKQLDYNSNSALELVS >WP_232703726.1 nucleoside permease [Epilithonimonas sp. JDS] >MCD9853115.1 nucleoside permease [Epilithonimonas sp. JDS] MSLKLRLTILSFLQFFVWGAWLITMANFWFGTKHWDGTQFGAVFGTMGIASIFMPTITGIIADRWVNAERIYSVLQIFYGIVLFILPHSETPDSFFYIMLLAMCFYMPTIALTNSISYTILKNSHLDVVKDFPPIRVWGTVGFIVAMWITNLTGNKATEGQFYIGGAAAILLGLYALTLPKCPPQKLIDKNAPLSEQLGLNAFKLFGNFKMALFFLFSMLLGAALQLTNAYGDVFLSEFANFPKYANSIVVEKSTIIMSISQISETLFILAIPFFLRKFGIKKVMLISMFAWVLRFGLFAFGDPVNGLWMIILSCVVYGMAFDFFNISGSLFVETTTDKKIRSSAQGLFMMMTNGFGAVLGSYIAGWAIDKFFTMKFTTVSELSNYLETTPDNSTFLSILKNSFNSAVNPDGTLSNIVFVKDWNHIWLYFAAYSLVIAILFGLFFRHKHSIADVENIRH >WP_184066976.1 O-acetyl-ADP-ribose deacetylase [Paraburkholderia sp. CI2] >MBB5466346.1 O-acetyl-ADP-ribose deacetylase (regulator of RNase III) [Paraburkholderia sp. CI2] MPTFILRLGTCTLEARVVDITTLAVDAIVNAANTSLLGGGGVDGAIHRAAGKELLRECETLGGCATGDAKITAGYRLPAKHVIHAVGPVWRGGAHGEADLLASCYQRSLEVARETQCTSIAFPAISCGIYRFPADDAVSIAVATVLDTLPRTPHMKHVTFACFDDAMFARYEAELERRQAPPSKPA >WP_257689765.1 NAD-dependent succinate-semialdehyde dehydrogenase [Aeromonas hydrophila] >MCR3910506.1 NAD-dependent succinate-semialdehyde dehydrogenase [Aeromonas hydrophila] MSASQPALSLIKSLAYIDGRWCEAGGGRRFEVHNPATGQVITQVPDMDEGDTRRAIAAAHAAQPGWAALTAKERSNRLYAWFELIMANQEELARIMTCEQGKPLAEAKGEVAYGASFIQWFAEEGKRAYGRTIPGFSSDRRLATIKQPVGVVAAITPWNFPIAMITRKAGPALAAGCTIVIKPAAETPLCALALAALAELAGIPAGVINIVTSHQAAAVGNELCNNKTVRKLSFTGSTRIGKLLMRQCADTMKKLSLELGGNAPFIVFDDADLDAAIAGALASKYRNAGQTCVCANRILVQAGIYDAFAEKLTAAVKAFKVGDGMSEGTQIGPLINPAAASKVAELVKQATAAGAELLLGGEAHPAGPLFYQPTILGKVDKTNPILQEEIFGPVAPLVRFDTEAEAIALANDTPYGLAAYFYGRDIARVWRVAEQLEYGMVGINEGIISTELAPFGGIKESGLGREGAAEGLEEYLETKYLCFGGIR >MBU0791683.1 hypothetical protein [Gammaproteobacteria bacterium] MNIAELQKTHEVHNEHLGDWAFYGLAYQGGRAFIDYALQKHTRESDTNWRARQEEGICFNYSSIVIDLFNFYLTEKPAVRDLGALATSELWKMFLKDADLYGTNFDVFLNEAQKMAAIYGAVGVLIDKPNSESDVLKDDITKGIYPYCAIFTLPNILDWKHERDPITNRPTLTYLKLLDFDNRYLLWWPDKWEIWTLPVGSPSPFKVHKHKDTSNYEPKPGDNKYANEPGQPYNSLVGGEEATLVASGINPLGEIPFLWFQNIKSVMDPYIGVSDIKEISRITASIIRNISYGEEVIKFAGFPQARRPMAKEGEEINNESGVTAILEFDPELPNSKPDWLEAAVLEPVEAILNWINKKIGETFQLAHLSGIHAHEKSDQVRSGVALRYEYQQLSLVLSKKSENMTETELGIIKYWLKWQNKNKWFNDVRISRSKDFSIDDLSQSLENAVMADGLIPEIMYKKEMMKVIAKRMLPDLADEKLLDIYTAIDKLTEEDLDLVNEPDAPKKPGAPKKPGVKDIRQEIELKARSDNFADKEASTVKRPEVEKV >WP_182711428.1 mechanosensitive ion channel family protein [Pseudoalteromonas sp. SR45-1] >MBB1324469.1 mechanosensitive ion channel family protein [Pseudoalteromonas sp. SR45-1] MPSSQSNIIALNNTPPSTQSFQGDVFTWQFFHEQAVQLLHATAQILPTLLLGIILLALSYLIAGPLSRLLIKPVDYMTDSKLVHLVVRRSISTLIILFGVYLFLRLAGLTEFAVAIMSGTGLIGLILGFAFRDIAENFIASLLLSIQRPFKIDDVIEVDNRLGVVKKVTARATTLVDYDGNHIQIPNATVYKNTIKNLTANPKMRGKVEIGIGYDNDIRSAQTLALDIANQQNAVLSDPPAQVLIKNLGSSTINFVLYFWVNSEQHSPLKVASQLMRELVNEFTKQNISMPDDARERIILTDPSENVSSLEEKQPSQVQSEKSETVDQTKTLDDVSSDTDEIREQAEQSRDPEQGKNII >TKW18680.1 hypothetical protein SEVIR_5G447000v2 [Setaria viridis] MAAGGGAPWAERARVVGAQIRNRFRVAPVDRRWLWRRADGSVATEAVRRWSDRVRAQLQRDRGADQSSTSTGMSTGATAKPSSSALRFYRKKVGKEVDGIEDSVIFRSLQALAVPLIGNACYVFMHGLNSVQIYGAEKLHQALQERPKGKPLLTVSNHVAAMDDPFVIASLLPPSIMLEAQKLRWTLCATDRCFTNPVLSTFFRSVKVLPVSRGDGIYQKGMDMALSKLNSGGWVHIFPEGSRSRDGGKTIAPAKRGVGRLVMDADSLPVVIPFVHTGMQDIMPVGKRIPRAGKRVIVVVGDPINFDDLIIDNSDDTQHTSRGILYDKATQRIGQRLQELKVEVDRLAAEQQSELQNHNIHNVSDDGYRLWQQVDWEGFGIGNSMLSSEPSAVQEQSKEAEPEPRLEVEQSVSPAPSDVAVPNWFRCHVDPSELMGFAARGLIKNGKLEEGYRELQEPTTLNTWWWSQANNAVPRWSIA >WP_240111183.1 pyridoxamine 5'-phosphate oxidase [Streptomyces sp. MUM 203J] >MCH0542948.1 pyridoxamine 5'-phosphate oxidase [Streptomyces sp. MUM 203J] MREQYHTAELSERDLAADPMTQFVHWFKEAAASAEIHEPNAVIVSTATPEGRPSSRTVLLKHYDARGFVFYTNYASRKGRELDANPYASLLFPWHPIARQVVVTGRVTRVGRDETAAYFRTRPHGSQLGSWASDQSAVIGSRAELLRRYEELAARHPEGEQVPVPPHWGGCLVVPDAVEFWQGHENRLHDRLRYVREEETGGWRVERLAP >NED75586.1 FHA domain-containing protein [Streptomyces sp. SID9944] GPGGPSGQGGPGAPQAFHQPGPPSAPPFGQDTNRPQQGGPSFGGGDDDWVLSPPSSTGHGGQGGPGRQGGYGYPQPGGTQAPAGPAFGQQPQQPATWTATIGPDREYFMAMMHRSGPEAAGLNLPAYSPEQQRTLSGNQVTIGRRRHSTGDTPDIDLSVPPEDPGVSHQHAVLVQQPDGTWAVVDQNSTNGTTVNGSEEPIQPFVPVPLQDGDRVHVGAWTTITIRRG >MBR0615264.1 hypothetical protein [Bacillus safensis] >MBR0636900.1 hypothetical protein [Bacillus safensis] >NOL38523.1 hypothetical protein [Bacillus safensis] MQGMAVDRNNNMIYAAKINTSNHLTQLYAIKMNGSSSNRTVKLLKNSDTNSTSNDLGHANDLAVKAQKGDDQVSLYVAPMTDGVKYVKKIVKLSVNTKKNTCKVAKSYVLPYQGANLSISGITYSVGADKFIVRSGNRFFIGNFNDQKGQFEYEATFTLNYTKAIVNQSVVDVSKYILQGISFYQGTLYVPLSKPDSNGGASNVSVILTYPLNINQMLKEQKDTPAKDFSKELFTRKDLSFRITSSAFTLFEIEAVDFDDGTLYFNTNRGKNGTQEDMIATFNDYNYYK >ETO34949.1 hypothetical protein RFI_02125, partial [Reticulomyxa filosa] KQYEDALYLMQLAFESFSQADKKWLEIIDNYGLVCLDVMSLYFFSFYIHKHGLKQAHGKNMERLRELRGNGFIPELALYVRLNILKALQCFYQNDLDGARNFVIKAETDWRRLQISDTNLAEMQSMGFTEKEATRALRLCQSNMEEAIQHVFAKRNETRQRDEVRSLQHMGFNEARCRAALIATSKNLRHAIQYLLNPTAEQKEQVDRLEAEIEEKEKEKEKEKTNTDEKEQEKEKQTENNDANKDEDSKMNDNNAK >KAF5411244.1 hypothetical protein C5S47_04520 [ANME-2 cluster archaeon] MKPLVNIGKNGVTDQVIDEIREQMNGKSEIKIRILKNAPDSASVVAEEVASRTGFKLGDVRGHTAVLAR >WP_017878759.1 heparan-alpha-glucosaminide N-acetyltransferase domain-containing protein [Janthinobacterium sp. CG3] MMNPPSQRYLSLDVLRGLTVTLMIIVNTPGNEAGTYAPLLHALWHGFTPTDLVFPTFLFVVGNALSFALPKYAALGHAAVCARIGRRSALIFLLGFLLYWFPFIKPDAAGAWTLAPLAATRIPGVLQRIALCFGLAALILHFWRERGALLFCAVALLGHWFALAQFGDYTLAGNAGLKLDLYLLGERHLYRGEGIAFDPEGVLGTLPATVNVIAGYYAGRLIQSRGQGVDSMLKLACAGLACVAIGLCWNGVLPINKKLWTGSYALYTVGLDLLILPLLMYLIERRKPGRWTYFFEVFGKNTLFIYLLSEIAVVLLFTLKIGGQSAYSWLFTSVFQGLAGASVSSLLFAVAFMLACWLVGYALDRAGLYIKV >TEY22245.1 ribose-phosphate pyrophosphokinase, partial [Campylobacter sp. CH185] PLSDSGVKRFSDGEISVQIDESVRGKDVFIIQSTCAPTNDNLMELLILTDALRRSSANSITAIIPYFGYARQDRKANPRVPITAKLVANLIQASGIDRVATIDLHAGQIQGFFDIPVDNLYGSIVFNDYIKAKHFKNAIIGSPDIGGVARARSVAKHLGLDIVIVDKRREKANESEVMNIIGDVKDKEVILVDD >WP_023780537.1 hypothetical protein [Mesorhizobium sp. LNHC221B00] >ESY75513.1 hypothetical protein X740_30910 [Mesorhizobium sp. LNHC221B00] MSAPAAETAQDPFSRRTLFWGIFASLLAAAAFFLLSTYAPDFRQPGGGATPLSKGGSGYAGIVKWLQLTGTPPPMARSQKDIDTGILSGFLLIVTISPDGDPAALDRIVRLRANRPTLFVLPKWLTLPLEGRQDFEMKIERLPDTVVNDWLGHIVKARLGIGNSTVGQIDVRGHMVAAPDQLQWIADDQPLIAAGNGKAVLSEVKDQPFYVLTDPDLINNAALKDFTKAQAALDLIASLEPAKGAVIFDLTLHGAGQRYDLAKLLVEPPFLALTLSVLAAAALAFLHGLGRFGPPRAEGRAIAFGKRALVDTTAMLLRRAGRLQELGDRYAVLMRARAAALLGAPQGLPGEALDRWLDSRDRGETQGFSRRFKAANEARNLAQMHEAAQELHDWTTRRLGERR >WP_077376172.1 alpha-L-fucosidase [Flavobacterium sp. A45] >OOG68067.1 hypothetical protein B0E44_13580 [Flavobacterium sp. A45] MKKQLLTVFGCLAFLSITAQKINAPVPYGVLPTEPQLRWQELEQYVLVHFTPTTFQNKEWGYGDADPGIFNPTKFDASQIVNAAKDGGFKGVILVAKHHDGFCLWPTKTTSYNISKSPFRNGKGDMVKEFELATRNAGMQFGLYCSPWDRNNEDYGKPKYVDTYREQLKELYSNYGKLFITWFDGANGGDGYYGGTKEKRNIDRGTYYGWETTWGISKEIQPGAVIFADNGDVRWVGNEHGFAAETSWATFTPEPIAGKTIAVPGETNSEKAQEGTRNSKFWKPAECDVPLRNGWFYHTNEDNQVKSVSKLFEIYCKSVGRGGCLDLGIAPNTSGLLHPNDVKALKDFGDFLKQLFADNLAKKAVITASEIRGADNNSFGTKNLIDDDRYSYWATNDDVKKGSLTLEWKKEQTFNIIRLRENIKLGQRIEKIEIDAFINGNWKKIGEATSIGANRLVRLQNYITTSKLRIRIEESPVCIALSDVGVFKEPEQLAVPKIKRNKDGMVSITTEVPVNQIHYTIDGTEPSSQSPVYQGEFLFLTSGEVKAKSFGTKIKSGETIIQSFNVCKKDWKIVTAFFDNKEKGKSSNAIDENTETIWNTSDNTSATTLPQSITVDMGKEITIASFSYLPRQNGTGGIVKNYQWQTSTDNTTWTTVAEGEFSNIKSNPVEQNITLKAAVKARYFKFIGKTSVDGNYISAAELGVKTLK >WP_231355705.1 Tex family protein [Pseudomonas sp. PLB05] >MCD4864471.1 RNA-binding transcriptional accessory protein [Pseudomonas sp. PLB05] MDINSRIAEELGARPQQVAAAVALLDEGSTVPFIARYRKEVTGSLDDTQLRHLEERLRYLRELEERRGAVLASIEEQGKLTAELAREINLADTKTRLEDLYLPYKQKRRTKGQIALEAGLGPLAEALLGDPTLNPESEAAAYVDADKGVADVKAALEGAKYILMERFAEDADLLARLRGVLQQDAILSARLVPGKETEGAKFSDYFEHDEPFKAVPSHRALAIFRGRNEGILSAALKLGEEGPGIAHPCEGLIAAHFGLKNEGRAADRWLAEVVRWTWKVKLYTSLETDLLGELREKAEEEAIAVFARNLHDLLLAAPAGPRTTLALDPGLRTGCKVAVVDATGKLLATDTVYPHAPRNQWDQTLATLGVLCTKHGVDLIAIGNGTASRESDKLAGELISKYPGLGLTKVMVSEAGASVYSASELAAREFPELDVSLRGAVSIARRLQDPLAELVKIEPKSIGVGQYQHDVSQLKLARSLDAVVEDCVNAVGVDVNTASAALLARISGLNATLAQNIVQFRDANGAFATREALKKVPRLGEKTFEQAAGFLRVMSGANPLDASAVHPETYPLVQRIAADTGRDIRSLIGDSAFLKRLDPKKFTDESFGLPTVTDILQELDKPGRDPRPEFKTAVFQDGVEKLSDLKPGMVLEGVITNVTNFGAFVDIGVHQDGLVHISALSEKFVKDPYQVVKAGDIVKVKVMEVDVPRNRVGLSMRMGDTPGEKVDGKPGGQARGNGGKPRADKNAPRQTQAAPANNAMASLFANAKQLRK >GIW70618.1 MAG: hypothetical protein KatS3mg102_0160 [Planctomycetota bacterium] MLGRGGRRYSEPRAGQAGEGALDAGRERAPRSGSASSAERQALRIPGYRLEGVAGRGGMGIVYRAEQLSIGRTVALKVLPPRAARDRRFVDRFLREAKAAARLNHPNVVSAIDAGKAGPLVYFVMEYVDGETAAALVEREGPLPVPRAVEILLGVARALEHAAAHGLVHRDVKPDNIMLARDGRVLLCDLGLARLAPAAGAAGGGRTGRRTGIAEGTPYYMAPEQARGLADIDIRADLYGLGATAYHLLAGAPPFEGEDAHEVMWKQVHEPFPSFARARPDLPPELVALLERMVAKRPEDRPQSPAEVRQALEDLGEALRTGRGGGGQRAAHRAAAPGRRWRAAGLLAAGVAALAAGGALLLRSGSEAEEVAAATAAAATGPAGPVGEVAGTAPGGAGAARTDAPPGTVPAAEAGGTLPVAADAVREAEAAVAWRLLAEELAGAGVGAEQRLARLRAIATRYAATAAAREAEQQAGALALELQQHRDRVRLQAEGWLRRARADGQFGAAAEQLQLLLAREAGGPGEPVVREVLAALEQECRERWRELEQELVALAEAGQHQAARERAEAFRARATPAVRALLEARLEQLLAAQQAEAAARALAAVAGEVRRALAGAPLEPALERVRAGLAEASLAPHRTELERMERELALGLGAEQRLLAAVGELVAGRSGGPQQLPLLVGEVLRGRCEAFDPQARLVQFVEEGLAEPVAVRLEDLEPDLLLRLAAGRAVRDDQPAGEAGRSGGEAAPGSAEGGAAGGGVSGGAAARELGAGVCLLRLQAPRAASAALRAVARAGTQLSEPLLEALAGAERRFAEAEAAAWHRRAAALEGTGRAAAAVAALEPLRERLAATAWVREHRAALRQLYVAARAAVLRAEGPQALLAGQVQPRGRDVVSVYYRFERPEELGDWQPLVAEAIEAYRDSAVRQVAGQVEFRGRVRWRPEVEGEVAVELLLRTERSTRNVNVVLYERGAWTGWLGAFMLQTDEDRVLRTSPRAPLRPRWAFRLPAHVVARLGGRPADTEFLFASRGPSLPVGSTAAAVVVRGRALSLVLNGEPISPAIPLPREEMRGGIALVPGKERLRVLELRITGTLDEGWLEQERRRLAGVEWDAAFAGAGRN >KAF1538674.1 hypothetical protein FQV10_0004976, partial [Eudyptes schlegeli] FSLVQQNGVRHCSYSASRKNLYINKNTKVICQGFTGKQGTFHSQQALDYGTNLVGGISPGKGGKTHLGLPVFNSVKEAKEQTGASATVIYVPPPFAAAAINEAIDAEMPLVVCITEGIPQQDMVRVKHRLLRQDKTRLVGPNCPGVINPGECKIGIMPGHIHKKGRIGIVSRSGTLTYEAVHQTTQVGLGQSFCIDFFLWVFFFFSGIGGDPFNGTNFIDCLDVFLKDPHTEGIILIGEIGGNAEEDAASFLKENNAGPNAKPVVSFIAGLTAPPGRRMGHAGAIIAGGKGGAKEKIAALQSAGVVVSMSPAQLGSTIYK >QFY03744.1 DHA2 family efflux MFS transporter permease subunit [Bacillus cereus] MHNQTKTVPNSIKKGPIMFIMILGAFLATLNQTLMSVATPELMVEFKISATTAQWLTTGYMLVNGVLIPITAYLMQRFTTRELFQTSMLIFLAGTIVSAVATGFPVLLTGRMIQAAGAGIIMPLLTHVILTIFPREKRGAAMGMVGLAVIFAPAIGPTIAGYIIDNYKWETMFYGMIPFAILVIVLGFIYLRNVSDRIKTKLNILSVILSTIGFGALIYGFSQAGSLGWSDIEVSGTITVGILALVLFSWKELRSQNPLLDLRVFKYNMFSLTTIINIAITMVMYADMMLLPLYLQNMRGFTAIESGLLLLPGALVMGFLMPVTGKLFDRFGAKWLAITGMTITIITTMGFINLTDSTSYIYLILMSTGRRIGMALMMMPIQTAGLNQLPQRLNAHGTAISNTIRQVAGAVGTSLLVTVMTSRTKSHLQDMVPTAAAKGLNQKELVTEASIQGINDAYLVIIGIGIIGLILSFFIKKVKQASELESDITAEMVTTEKLKIN >MBA8666914.1 outer membrane protein assembly factor BamE [Holosporaceae bacterium 'Namur'] MQIRNILLITIVCLLSACAKHEHFHGYSFDEKEISSLKTGQTSEEETRELLGSPTTTSDFGDKTYYYISMQQQSEAFFHPHTVAQDVLEITFNRQKVINNIKSYTLNEARNINYASGTTELKGNTMTPLEQIFSNVGKFNKPKSPKQF >KAJ8938828.1 hypothetical protein NQ314_011319, partial [Rhamnusium bicolor] FPADLDTRRSWMKACFIDQTEFKGSMKVCSNHFLVSDYDTTIWPTRTAVPSPSYQYPKIHMRMQKRKALVQDINLLVPEKKHRTMISQPISLRDLLEAGLSTQVSDKAAPRNIEQATEMHRSTILQPITLIDLLEAGPSKHLLDIEAPQNTQQGA >WP_149660939.1 MULTISPECIES: MFS transporter [unclassified Pseudomonas] >KAA0985960.1 MFS transporter [Pseudomonas sp. ANT_J12] >QJI43949.1 MFS transporter [Pseudomonas sp. ADAK7] >QJI50249.1 MFS transporter [Pseudomonas sp. ADAK2] MTRGQVRRRLSFNWWQYLALALVPLFVINGVFGQSEAILPVLAMPLFIAGVASMFVSLKFFGGYKHALIATQKALDTPEEPAAWIALAAKRRIAFLAASLPAWIGALAVFVGLEAVPLVLLALSTAVLFYLYRIPRQLG >WP_262404887.1 aldo/keto reductase [Xanthomonas translucens] MQRPGGGAIPIVVARNLAQLDDNLGALELQLDAAQLQRLDAVSAVAHPFPHAFVRLPMPRQLVPGGTQLRPHTPAI >OJH36051.1 hypothetical protein BON30_36255 [Cystobacter ferrugineus] MARIPVVRLQAENGALLVREGLSACFYLRRSHEDISRAVMRALEAYLQAVGHQALGWYTDLQGDWWELDTEGWASVRREFERKSPHLYLSDTPSNASQYEFEYYGKSLDSPLFANDADVVCALCFKFPAEYLEKHGSTHVRNLILDLAEPLPFNSGHAGPAFNALMELAGVSAELRQWCVRYPGMDIPDLRNLSMSLGTRVRGAYWLTFLGQPVLGELGGASGLRSRISAPDTSVQDMDGDRAVITLGPSPEPGDTQRGLDLPLHSEVARILEPWLYHRRVPWSGFTQIDMLRWERRFLD >KAF9463056.1 dihydroxy-acid/6-phosphogluconate dehydratase [Lepista nuda] MLYATEGINSDADFNKAMVGVASVWYEGNPCNKHLLGLGQEIKASLYKSDIIGYQFGTVGVSDGISMGTRGMSYSLQSRDLIADQVETAAGGHHLDGMVVVPGCDKNMPGVLMALGRLNRPGLMVYGGTIRAGSCEGAPQLDIVSAFQSYGKYLQDGKTPEAERERYNTVRHACPGPGACGGMYTANTMASAAEALGMTLPGSSSYPAESQEKHDECASVGPVMYNLLEKNIRPRDIMTRSAFENAMVLTMILGGSTNAVLHLIAMAHSVGIKLTIDDVQNVSDRVPFLADIKPSGKYVMEDVYKIGGIPKILAFLLKNKLIDGNNMTVTGLTLGENLERWTHKHGELDHTQDVIRPLDNPIKSSGHIRILKGNLAPGGAVAKITGKEGLGFTGKARAFDTEDAFVKAVESGSIKKGEKTVVILRYLGPKGGPGMPEMLKPTSLIMGAGLGLDVACLTDGRFSGGFEYISLHVTTIDLTRQDRSHGFCIGHVVPEAQVGGPIALVQDGDIISVDAIKNTIELHVSSEELEARKAKWVSPPLKVTQGTLFKYVKTVTDASHGCVTDS >MCJ8273875.1 3'(2'),5'-bisphosphate nucleotidase CysQ [Psychrosphaera sp.] PDQTPVTSADLASNEILTKALGQLTPDIPIISEEMEPVDFATRKKWPRYWLLDPLDGTQEFIARSGHFAVNIALVENGWPTLGVIYWPCQDTTYFDTKGHGSYKRNSSGTEKIQVSPRPDPNKVRLAISRVQNLTTVTQYLHSHVEPSFEKYGRCALKSCFVAEGLADCYLRVGPTGEWDTGAPQIIVEEAGGKILNSEFKPLSYNQRPSLKNPDFFVLGDQNLPWKNIIKSHTTKRAY >XP_045701611.1 nuclear autoantigen Sp-100 [Phyllostomus hastatus] MASGGSNLCTRMSTEDQSRDENLIYETVYKHFKRHKTEIATAIKKEFPFLEVLRDREIITEKMYEDCQESCRNLVPVQKVVYNVLRYLENKFDLPILEALFTDVNKQEYPELNNIYKSFENAIHEKLCYQESDGEETVENLNTPLSLEQGPSGNPYPRLSWNSPHRSNYNGTAPPENGLSEHPSETEQINARRKGTTNSNNAPENRQANEQGVQESEPAEFCEQVPIEGNNGDARSETPSPLPHNEEGAELPDQRIKLNSCSVYLVDIKKEKPFFDSEHEKQTQTRARCKPALDIIVISSDDSTEISDGDEPPEASTSAVTREPERGRNREKDRNTHVRNIDQLPPAFTPAGNQTYNLESSEEEDIQEATCSATKTAPRPVNFRKLTTCRKSLWKSGRSHERFSESSADEAPPGACSPALKSDSEEEDFLDFGNQSTCEMSNKKRRISTGDSPKLNSEEQPQETFHSARRSWSGAELRGLGNEKCPCVMCVSKGVPRGQETRTENSQASDMDIMDIGRNSTLEKHSGKRREKRKHIDKTKSFLRVENRSTHRIQALNSRVSRIRNKPKRKKAINPGPLKRCRKRVPRIPRDTNMDFQPPKLPVTCGQAKGILCKEMMKQGISAKCIELTDGKQLTLKEFEIEGNHEKSKNWRLSVRCGGWPLKLLIQKGFLPDPPRTRKKTIPESHSNDFIDPYPENSNECEVCRRRGKLFCCDTCPRSFHSKCHIRRIDPDRTPWSCIFCQMGANGPENQPCHQESEVLERQMLSEEKLKCEFLLLKVYSCPESSFFASKPYYSKQAPRGLQKYMWLDKIRRKLTWNLYGQVKGFVQDMRLIFRNHRTFYREHKFIRLGLQLEAKFEDDFKNIFAVQKISQNSSQPEPIIL >WP_267782507.1 L-fucose/L-arabinose isomerase family protein [Microcella sp. MMS21-STM12] >WAB82460.1 L-fucose/L-arabinose isomerase family protein [Microcella sp. MMS21-STM12] MTTLASDLLTPATRRRTRIGLVAGGLGAYWPQFPNLLPQLQESSRYVSERFGMLDAEVIDAGFISDAQDAAVAAEKLRQSDCDLIVMFLTTYLTSSMVLPIAQRAKTPVLIIDLQPTEKMDHATFGTGEWLAYCGQCSVPEVANVFRRAGIPFRSVSGWLKQESAWRRITEWVTAASVRGVLRHARHGLMGHLYPGMLDVSTDLTLVSAQLGGHVEVLEFDDLRVRVDEVTDAQVAERVALATQLFVLDESVDADDLAWGAKVSVGLDRLVEDFQLDSMAYYHRGLGGEIHERLGAGMILGASILTARGIPMAGEYELRTSVAMLAAQTMGAGGSFTEIQALNFEDGVVEMGHDGPAHLAVSARDPLLRGLGVFHGKRGWGVSVEFDVQHGPVTTFALGQAIDGRFSFIASEGEVVPGPLLAIGNTTSRVDFGGDPGEWVDAWSATGTGHHWALATGHRASAIRAAADLLGLDFQQVSLS >MCP5198054.1 hypothetical protein [Gammaproteobacteria bacterium] MDELTHAIYNSFDNNQNPPNILDLDRSFLEYWEIREFLSKLSKNKWQDIVELDSFFSISKDAEIWTGYMPPEWFPYYLPAFLLITHKHHESFFKNLRGYLIGYLELDKYSNNRCQLIYYLLQNVLSDEQKKTIKIYLDLYR >EOS29826.1 hypothetical protein C807_02682 [Lachnospiraceae bacterium 28-4] MKQGITVQERLKDLRTERHLKLEELAAVTGISKSALGSYENDELKEISHKNLVELAKFYGVSTDYLLCLTENRNHPGMELTELHLSDSMMELLKSGRINNRLLCEIATHEDFVTLMTDTEIYVDGVATAHFQNFNSLLEVLRGQVLSQYQPVEGDAALKALETMQVQEEDYFCQVTHRTWDTILHAIREAHKNDTDSAPDGSNGMKLIRDAKKALAVPGSYLDVFTALMCTQLQIRYEKLSEQERTVLKNVMKKTPAYKDSPLSRMKRR >NLC30933.1 ATP synthase F1 subunit delta [Candidatus Moranbacteria bacterium] MKISTKQYAQALYELTLGKSESEVGIVVEKFVKELVKNNQTKSATKIIDNFNNIYNRENGIIEAEIESREQLQTEVLEKIEKYLIKKYNAKQIILNKKINPEIKGGVIIKAGDEITDLSVAGSLNRLRRELIN >WP_003960394.1 DNA primase [Streptomyces clavuligerus] >ANW20313.1 DNA primase [Streptomyces clavuligerus] >AXU14939.1 DNA primase [Streptomyces clavuligerus] >EFG06747.1 DNA primase [Streptomyces clavuligerus] >MBY6304986.1 DNA primase [Streptomyces clavuligerus] >QCS07711.1 DNA primase [Streptomyces clavuligerus] MAGRINDDDIKAVRDAVPIDAVVSEYLQLRNAGGGNLKGLCPFHDEKSPSFQVSPGKGLFHCFGCQEGGDTIAFVMKIDHLTFSEAVERLAGTAGITLRYEEGGYNPSHQRGERIRLVEAHKVAAQYYAEQLENSPEAAAGRTFLAERGFDQAAALHFGVGYSPQGWDHLTRFLRGKGFSDKELTLSGLSQEGRRGPIDRFRGRLMWPIRDISGDVVGFGARKLHESDNGPKYLNTPETAIYKKSQVLYGIDLAKKEIVRTSTAVVVEGYTDVMACHLAGVTTAIATCGTAFGGDHIKILRRLLMDHATAEVIFTFDGDAAGQKAALRAFEDDQKFAAETSIAITPGGMDPCDLRLAEGDAAVEALVGSRTPLFEFAMRQIVQRHNLENPAGQAGALDEAAPVVAKIKNPAIQHGSAVQLAGMIGILDTQFVVKRVAQLARWARDRGGRGPAPGDTRRRGPQPPQQATAPAPAGGPALHLRSPAHRTERELLKLALQHPELVSPAFDAYGMDEFTAAPYAAVRQTVADAGGTEQGLSDGPGYLARVREAAPNDTVRALVTELAVEAIHARTVDEIYAGVQLVQVRLRAVDRRVLEIQGTLTRLGQHADPERFSAVQNELWVLQQYAQSLRTHGAAAL >WP_218348303.1 DUF4129 domain-containing protein [Bacillus sp. sid0103] >MBV7506482.1 DUF4129 domain-containing protein [Bacillus sp. sid0103] MFDTDKAQGDLEEILKTKEYRVYYESKGFLATWWDQAKEWIAAQLEKLFPAIDSASSASGPILITVIVIVIILLGISAFFLIRNTRRNRTLRNQKPLQSKKEMNWTSQRHLEEAIKQESLEAYRLSTRHLFLAMLLSFHEKGLLEARIWKTNWDYYDELRKVDQHQAEQFFQFAQFFEEVTYGERTVMKEEYLQFHLQAWKVLGDRREENI >WP_148727848.1 metalloproteinase [Bacteroides pyogenes] >TYK35742.1 metalloproteinase [Bacteroides pyogenes] MKEDIVNTSTSPKETRSVFVGAKVTPSQRDHIKSLAEQCGMTVSDYILSCAYNFKPKARLTKEEAALLQNLDNCRSDLVKYTSALHGMSTKQRMVMFNQIPFMVGWLGELSNVAEGVCQFLEAVKEKNKIPSNPQSEEK >TVS18044.1 polyhydroxyalkanoate synthesis repressor PhaR [Gammaproteobacteria bacterium] MRVLKKYPNRRLYDTQNSVYVTLEDVRQMVLANESIQVVDSKSGADLTRSVLLQIIAEQEGEGHEPLLTNRVLQQLIRFYGDSMQGVLSRYIEQSVMVFLQQQELYQRRMRDVLSASPVKLVQKLADQNLNFWRNLIAREQQERHEDGPPQASELRPPPPPPFDAEQQSGPRGGRDDRNEALPGERKNGPDSGA >WP_018934053.1 hypothetical protein [Gracilibacillus lacisalsi] MDIIREAMALPVDNFLGLLIYAVIFMFVAGLVFSLALKFIPNRLPYAVKSLIVFIAIIISLIIWWQMIVEPGLNL >MBV00212.1 acetyl/propionyl-CoA carboxylase subunit alpha [Rhodospirillaceae bacterium] MFKKILIANRGEIACRVIRTAKKMGISTVAVYSEADXDALHVRSADEAIAIGGSASSDSYLVIDKILDAIKQTGAQAVHPGYGFLSENATFAQKLADEGIRFIGPGVKAIAAMGDKIESKKIAAGAGVXTVPGYVGVLADDKEAVKVAAEIGFPVMIKASAGGGGKGMRVAFNEKEVKEGFRAAVSXAASSFGDDRVFIEKFIEDPRHIEIQIIADSXGNTLYLGERECSIQRRHQKVIEEAPSPFLDSKTRKAMGEQAVLLAKSVXYKSAGTVEFIVDKNKNFYFLEMNTRLQVEHPVTXCITGLDLVELMIQVAXGENLPFKQSDVQLNGWALETRVYAEDPYRNFLPSTGRLTQYRSPEDLDGIRIDTGVFEGSEISMFYDPMISKLISYGKNREDAIEKMALALDRYRIRGVNHNIDFLSALMSHDRFKSGELTTAFIDEEFPKGFNGVEVTQKDKEAXYAIVIGFEMKRRARNASITGQANLPRRAGSKQDRYTRLIIIDGDQKTDAKAQLKNGNCVVDINKKKYDLDGNFEPGTDTFEGQVNKKRMVLQVDYDGSKYSIRKXGWQVTIKIXXKKIDRLMDLMPNKVPPDMSNFLLSPMPGLLVSIAVKEGEKIEAGQELAXVEAMKMENVMKAESDAIVAKIHATPGTTXGVDXPIXEFE >XP_047781705.1 uncharacterized protein C8Q71DRAFT_855349 [Rhodofomes roseus] >KAH9840055.1 hypothetical protein C8Q71DRAFT_855349 [Rhodofomes roseus] MPAVVYSYDRPSYPGPVLAAVAHPPPRSSTPVSSYTSLDHALDPPDARESLRPVHQPPPSHPDQPPSAQMTSDSRYAYPPPPDAAPPYGYAPYPPPYAHGQYAQDMSRASARPASSSGQPAHPPPPHAPPPYHGPPGYPAHPPYGPPSYGVAPAPPGPWTGEGWYHYTHYSPPHPPGQEHPYSSNGSRPDPPAEEHRPYPPPPPRGEERPPRPAEAPPQSKVRNGRESEPPAPGPSRSSPPLGMDFGKLIEQYGILLETTASLTHPGNSPRLSIPQETMERMMQAAAFGMQTLESASRRAAPGEPPRPPPTSENTQEEAQDDGGDAKARQPASSGENGEGQTCLGCNATSTPEWRRGPMGPRTLCNACGLVYAKLIKKRNRDPNRGRGAYLNPPPGAQNATTFVDEHAHSSGGSDDEDSYGSQGRRSDGGYHGGRD >MBQ7286305.1 hypothetical protein [Candidatus Gastranaerophilales bacterium] CSLTGGGGGGAATLFRHTSFAKSTKYVAGGGGGGGGTNSGGGSGGGGGGGVTGGRGGNYTGAGTSGTNGMPGGSTIFGSSYCSGGGGGANGKNGAMRLFYLDAGDTGGRGGGAGQIVPEQTISVTPGETLIVTVGSGGAGGKIATYDENGAKTTDSSSGEGANEAIVSKIAKSDGIILLTTATSVSQAGATGGGDNGSSGGAKGYITNGRNLKTTAMAGYENTDGASTANQTGGVGGKTILEEGEGHCSPGAGSTVGNKGLDATGYGGCGGGGGGAGADGGKGAGGYVMIRYVE >MBQ4426944.1 hypothetical protein [Oscillospiraceae bacterium] MLKKLSIGAYFNCAAAVFGLVGVIALIVGSNINSAYAYKDLGLLVCAGICGIVLVLAAIWSQTRFGNHDYISTFASIGAIALYMFVIGAQISDRILMIAGLFSYNSQNMVGWSVFYAMVVSAVGFIGGSVLVIAASFLRGAKK >OKO87070.1 beta-lactamase family protein [Bradyrhizobium sp. AS23.2] MAMLAASGITSAQEAAKLSAAGPVFSNTGYDANAYGANEGYPLGTLAVGAEMRHLVATYSHFDELTPAHIVGRAAAAWSFQRAAEPEIYYSFRGERRTIADYLSRQPTTGLLLARDDTILYEHYQYARSAGDRFLSQSMAKTITAMLIGIAAADGLIKSIDDDVATYVTALAGTEYGKTPIRALLHMSSGVDFKEIYDGQDDIARLGRDLFGRPGKAPEVSIAQFNTRVAPPDTRWHYASSETEILGLVLRAATGKPVADYLSEKIWQRIGTEADASWAIDGTGQEVTFCCFNAVLRDYARFGRLLAHDGMWNGREIISRQWLIDATTVRSSDTYLAPGVATKYYGYGYQVWLLPGAKRQFVLLGIRGQMIFVDPATKLVMVHTAVRPKAVDTDASAETIALWLAVVDQLGRGAR >WP_259408897.1 MULTISPECIES: 6-phosphogluconolactonase [Streptomyces] MVVHRDKELMAQAAAARLITKIVDAQASRGTASVVLTGGRNGNGLLAALAQAPARDAVDWTRLDLWWGDERYLPEGDPERNVTQARAALLDSVPLDPARVHAMPASDGPYGTDVEAAAEAYAAELAKAAGPENHGSVPTFDVLMLGVGPDTHVASLFPELPAVRETERTVVGVHGAPKPPPTRISLTLPAIRSAREVWLLAAGEDKAEAAAIALSGAGEIQAPAAGARGRSRTLWLLDSAAASQLPRSLYPPASP >KAF5116816.1 hypothetical protein DV454_001500 [Geotrichum candidum] >KAF7498613.1 hypothetical protein DV113_003349 [Geotrichum candidum] >CDO52289.1 conserved hypothetical protein [Geotrichum candidum] MSNFAKFQDIGSWADEVDADIAQEEYTGFKETNSSAANQAATSGVKAEEKEEEQQQPLFTAKFINLDWQTTEEEFRGLFSEPSLGITKIDFLYDKQNKPRGIAFIDFETEADLNKVVAEWNNHELNGRNIKVFAFDHNKPKTRTPITNNLTSEGGRDFSNWEKREPSFNRNNNNNNNNNMNTFNRTRPTNTFNSSNNTNSSFRRDEWKSNTPSTSTTPATTTPPASTEPARPRVKLNLAPRTKPLDVGEETSRPSSLFGAAKPVDTAKKIREIEERNAKLEQERLEREQKLAEKAQAEREAKAKLEAARKSFAALSTEDETAKDEEVEEEITSSRKKEDLTAAEKLMYAEATQEELDGDGWSVVGSGKRAGRR >MBN1246547.1 S8 family serine peptidase [Anaerolineae bacterium] MRTRWFNALTLLVLLLGMVSPQTALAGPAKVPPVTVPSSLDAQETSPAEIEQGLLDQLTVEDSADFVVVMAEQADLSAAYRVSDWHDRGRYVYDTLRKVAERTQAPVLAYAKRHGLAYQAFFTTNSVHIQRGTLRAAQDIALMPGVMIIRAPKVMQVDKAALEAQQAQATTSFGWNLDALEPDSGLYGMQAAQVWNQYGVRGNGIVVANIDTGVTYQHEALNRQYRGNLGSSYEHDFSWYAPTSDAAAQCGGDAATSPCDSDGHGSGTAGIMVGETADLTEQLGVAPAAEWIACMGCDLYGPGGAGGCSEAALTGCADWMVAPCPIGADPGDPSCDPDMRPNIVNNSWGGTGGDDWYRGYIQAWTAAGIFPAFSAGNTVGCAAVGSPGDNPEAFGTAAHNSTGQNLYAGGPSVFFPNPSCDPDAHEVDPHLNAPTYGRTASEVPGGYYNIGGTSGASPHTAGAVALIWSANPALIGDIDTTFTLLEQSADRSSTQPWREGTCDKPACAGADPYPNYCYGWGYLDALAAVDEAMAMADNGILAGTITETGTGTPIADAQVMATLSVTRSWQTTTDARGEYAIAVFSGAYTVDAWKYGYLPVQVTGVDVTTDMTTTLDLELPQATYYTVDGTVTDANTGWPLYAQIDIAGYPASPVWTDPETGAYSVDLAEGVDYVFTVSAWVDGYEPASRSVSALTADRTEDFALDAEASCTAPGYAFVDGVFQSFEGSFPPAAWTVVNNGGQCTWVGNDPGGRGNMTGGAGAFAIADSDACG >MBR6946428.1 hypothetical protein [Muribaculaceae bacterium] MKKTVLLLLLLVTTIAAQAATDYNFYVGGVRVTSDNCSNITGSNITSGTAVFTPSDNTLT >WP_097574091.1 cytochrome c-type biogenesis protein CcmH [Mesorhizobium sanjuanii] >PDQ20720.1 cytochrome c-type biogenesis protein CcmH [Mesorhizobium sanjuanii] MTRFSLASLVLLLSLLFAGGAFAVKPDEVLPDPALEARARALSEGLRCMVCQNQSIDESDADLARDLRVLVRQRLVAGDSDQQVMDYIVSRYGEFVLLKPRFNLRNGLLWGTPILLLLAGGFFIVLTARSRRSTATAALTPEEQAALDKMLGN >MCF8145043.1 ATP-grasp domain-containing protein [Deltaproteobacteria bacterium] MAGVTPMFLQELEHVRKRFQALAGSLVGVSITAFSRIVPAYFLDSYHVATVSRTADLPLLRKRTDIFCLEEAGGTLPEQSRDSASLLAHTLTRGYLNSLPGLKYLFLYQSYPDLKDLAREEGWIPLANPADLRLRLRERAFFQQMAADLDLCQVPGAIQPIAVLHEKDYAVWAGDLGPELVVQLPDIAQGGGRGTFFIRSAQDYDRLRERLKGHVWRDIRLTSALIRRFVKGIAASVAVCVTRHGILISGLQKQLIDLPYCANPAENGIFCGHVWDGNPWAPAVRSAAIKQAEKVGKYVAALGYRGILGIDFVIDEKAEGVYPIEINPRLTGAFPMVSLLHIQNGIIPLDIFHILEFMDLPYRIDVAELNRRYQTPLKGSHLLLFFPPHGRQVRGFGLRAGVYEAGPRDKAVRFVREGTGYRDIRNQNQFVVVDGPPLSGTGERISGDSFSRLCHLLFSYPVSDAGTALTPHARRVLDWIYGLNDE >WP_159796041.1 MaoC/PaaZ C-terminal domain-containing protein [Puerhibacterium puerhi] MTAGPLSVTTAGGGVLAVETLPSVPRLTGLYARGAASSGRIAAGRALPSLPVIGGGEDSLTLPPVAYRVAEVDTADMASHLRDYQRLLHEPVSDHLPSGYLHVLAFPLATAVMVRADFPLPLLGMVHLANDAALARPVRLGDRLEVRAWAEDLRAHRRGVQVDLVAEVRVQGDDDAVPAWRGVSTYLARGFDPSEVEGADGADGGDGQAPGDVPGDAGGDGTAPSDAWAPPLPTGRWVLPAGTGRAYGALSGDRNPIHMSALSAKAFGFPRAIAHGMYTAARALADVGMARGDAYRWTVRFAKPVLLPGTVDVAVTPAEDAPGGFTYVGWNALRRQKHFEGTVTPL >KAG8816705.1 hypothetical protein FRC19_011860, partial [Serendipita sp. 401] MMMENNKDHDEKKVAEHTAHTAGNNTINVVDATGVKRKPGEEWKKTEIHEIPHNNLLLVFPGLILTTFLAALDQTIVSTALPTIVADLKGASGYSWVGTAYLLTSAGCAPLYGVLSDMIGRKPTLFFCILMFLFGSALCGSAKSMAWLCIARGVQGVGGGGALQMCQITLSDITPLEKRGKYVGFIGATWGVASVVGPLIGGALSDHASWRWIFYINLPTGGIAIVLLAMFLN >MBA3497606.1 PhzF family phenazine biosynthesis protein [Gemmatimonadales bacterium] MPARQPFTQVDAFTDRPFTGNPAAVCVLPATRDPRWMQLVAREMNLAETAFLVRRPDGYDLRWFTPTLEVDLCGHATLASAHVLWEEGHLPGGDTARFHTRSGLLTAVQRDGLTWLDFPATPAIECPAPPDLEAALGVPLAFVGLTPFDYLVEIDSARAVREIRPDLARLERLPGRGVIVTARSATADHHHHDFVSRFFAPAAGVPEDPVTGSAHCALGPFWGARLGRTELLGYQASEHGGLVRILLAGDRVHLGGSAVTVLRGELLV >AHJ84873.1 protein UL135 [Human betaherpesvirus 5] MVWIWLGVGLLGGTGLASLVLAISLFTQRRGRKRSDETSSRGRLPAAASDKRGVCACCYRNPKEDVVEPLDLELGLMRVATHPPTPQVPRCTSLYIGEDGLPIDKPEFPPARFEIPDVSTPGTPTSIGRSPSHCSSSSSLSSSASVDTVLHQPPPSWKPPPPPGRKKRPPTPPVRAPTTRLSSHRPPTPIPAPRKNLSTPPTKKTPPPTKPKPVGWTPPVTPRPFPKTPTPQKPPRNPRLPRTVGLENLSKVGLSCPCPRPRTPTEPTTLPIVSVSELAPPPRWSDIEELLEKAVQSVMKDAESMQMT >MCA9738196.1 M48 family metalloprotease [Gemmatimonadota bacterium] MRIEPSFVPTALLGLSLGLAAAGCATNPATGDTQLSLISEEQEIQMGQQAAQQVETSIGLVEDPELQEYVSRIGQSLAAESERPDLPWSFQVVDDPGVNAFALPGGFIYVTRGILATFMSEAELAAVLGHEIGHVTARHSVNQLSQQQVLGGLAGLGAAVFDLGSTTQGLLGTGLNLLFLKYSRDDEREADELGLRYMTRERYAPREMLDVFRTLQRVGESAGGSGTPGWLSTHPAPADRLERIAERIDQDTVDLADPVVERAAYLQQVDGLVYGQDPRNGFFRDQVFLHPELAFRLQFPQGWQTRNLPQAVVGSSPDQQAALQLTLVEGSSASAAVQAFGGQDGVRLGQASTTRIDGLPAAVGGFEADAEQGTLRGLVAAIEYEGRVYQILGYTGASAFASWEGTFRETMGSFGAVRDASTLDVEPRRLDLVRIGTALDLQAFARQHSPGADVETLSLINGVPADGTLEPGTWKRIVGDARFGN >KAJ0689199.1 putative transcription factor C2H2 family [Helianthus annuus] >KAJ0734391.1 putative transcription factor C2H2 family [Helianthus annuus] MLIQMNQMLQSVEEFWRRNLAGEIQKRMEMERMLKEKEEQVERFRQLYHFYEERTFVLENLGPNRFAGEGTSGGGAGAAPQEEVQSCHVEVQDAQRMEIRCRNCLNRPASMLWLPCRHLSVCLVCERRVKNCPICRVKKTESIQINLP >ERB66459.1 hypothetical protein N779_04450 [Vibrio coralliilyticus OCN008] MKTSSVPSLTRACLLLGSSLLVMANAAIAPSLTEINHVFVDPFGVSLLMTFPAIAVIGFAPFVSRIIDRLGEKKSLMLGLGFYGVAGSSGLWLDSLAALLVGRVIFGASIVICMTVINQLISDYFSGQERVHFISQQAIAVNLGGIAFVVASGWLASLHWRLPFTIYLIALLTLALSLKGIPPSKKVCTQFRPKLGWLGFRPVLPFYLLGCVGMLSYYLVLLGLPYLLKTSQSFNSSETGLAMGAMSLLSAFVAYFFRHGVINYGEKLVMALCFVCFTTSFWALSQTQYDWRAYIVLVSTGIGFGLLLPVLTHLVIQTSIPAQRASVLSGFVMFYFLGHALSASCSICKTCLVQSVFSYCWVV >MBL6710595.1 aldo/keto reductase [Planctomycetota bacterium] >MBL6909383.1 aldo/keto reductase [Pirellulales bacterium] >HAU49353.1 aldo/keto reductase [Planctomycetaceae bacterium] MQTRPLGTTGLEVPILSFGASSLGQEFRKITLDEAMSSVRVAIDNGMRLIDTSPFYGRGMSEIMLGLALQDIPRDDYLLCTKLGRYDVGHFDFSADRVAESVDISLHRLGTDHLDIMLCHDIEFVPMQQIVDETLPALRQAQQAGKIRFIGFSGYPQKIFRFICDQADVDCVLNYNQYTLQNTLFTDETVPYLQEKGIGVMHAGPFSARLLTDAPLPPWLKEPENVRQAAREAVKCCHEHGSSLAKLALQFSVANPAIATTVAGSANPKNIRQWAEWLQEPLDEQLLQTVLKIFEPVKNIGHSEGLPENN >MCH1932562.1 portal protein [Shewanella shenzhenensis] IALGVTNVFRETLGSALSASEQVLQALGMPQLQAIERVKIFAAHDKAQVDASVQHRDDIKALIRISNQGRSELASLMQHDHDKGL >XP_055331916.1 uncharacterized protein LOC129583905 isoform X2 [Paramacrobiotus metropolitanus] MVEIRKLLLSVGMEVTRKIFCFSTVGNCFLLFFTIIFLVKQSAAAVRCASTDKTPYTGANSYSTNYTGIQKQPQKLSANYTAFADEPTPYSDRLTYQNRSYTPYRNDYYPNNYYNRSVNYDRGDYNDRRPDTYDRYNDEEYYRSEDYRRPNRYYNSTGSGYYPRNYTASRMIHNDTGYNWTMGYDGRGTDYSKKKGYRAEPYDDRRYDGYADRYSDDRDNYESGRMTGDRYRDDDYGRDDYDSTYRGNYRYNSSGPYRSDRYRDYDNDNYGRYNDGRYANDRYDYGRNDSYALGRNTAGRDYDRYDGRDRYGYDNRDSYGRNEQLRGPEYDRYGKINPYGGSYNGGYNGYGQTYNKPQEAYGSGYDCPIQTKETKSSHADIPTTSASAIVSIPTGDFILYCSQHPAKTILAYPLYCSGYGDEGMGKDATPTLIDNTCFDIRVVDDLNNLEKPNHLIIALTKAGHSAAYQVDYSSSTLKLLPCLHVFEYKYLVDFESVPLGHAGTLLAFANNNVEPTAAYHESVQPLYIAKDGKIALCGFADIQNVLDVTAWKKSVDSIILVYSQRRGNTRRTLLHLFEIRFKDGYCDVRPYKHQKTIGAAVYDGQRNTLCAYEPFTIDQCLCGVEDLQILRAPHYHKTVHLGVALSNNVKYETDGACPVEERLQPDNQYDKSFCCCPLANQRSFIIEYSGQSRSFDFMSDDDNAFQTLYAGPESATEISQLQTEKCCPVFQTISPVGETSLYTLEQNRYGGWQVYQFINHGLPSYAESSSFGYCDDNDVIVSYTLHSFQADNTIYHIRCNWDGKYSNDAYKEKTNYVGRTSYTAPSPYALAPAKTYTSSYNNSNYKAPTSNTPAAYPTPSYTAPAPAPVPAPAPYAQPAPSSYAGSPAPAAYAYNSPNSYAAAKVYYNGSNSYNTTYNNTNYASKPKYDYLRANYTSQQYQRPYNGTYRHGFGNDLYNADPYGHYGNYSMSRATYGPQLYSGGYAQPGYNVYQPAPLSYDMAQYAPSSHTGIRFTNSTRGGYYSPSARTNGR >MCH1405047.1 ABC transporter ATP-binding protein [Candidatus Nanopelagicales bacterium] MTTSPAVPQLSVENICVGYGGPFVVRDVTMEVEQREFVTILGPSGSGKTTLLRAIAGYLRPASGIVTIAGTIASNERTWLPPERRRIGIVPQEGALFPHLDVAGNIAFGLGDKKKARARVAEMLEMVDLSGLEKARPHELSGGQQQRVALARALAPAPSL >KAF7869901.1 hypothetical protein EAF04_004685 [Stromatinia cepivora] MDHQQTPSQHGIIPRNSQYQLGLEDIEGPSTATDPATQSPHATLSHNHQQPVERARFSQVIPGNVDDPQRDDDAISYKTPHAKRQMRDRRPNTPSNTTGNGGTPKKRAQISLTKPKSAKVFDTRAEIREEITSATLAQRKAFLVEKQDYFTPLLPQNNYIQKLITQNIDLSEEEKAKLPAFVPYQQLEAQPKGIKATLKPYQLSGLSYMVYLYRNGVNGILGDDMGLGKTLQTLSLIQYLKENYPTSGKGKLQRPFLIVCPLSVLGSWMTETEKWTDLSVVRFHGGRDERSRLKHIIAGGTDKLGNPIPQATRKRKHHASRDFLGRDVISLDSDDDIDEDNDAGVDLVITTYE >WP_220674761.1 hypothetical protein [Klebsiella pneumoniae] >HBX7387745.1 hypothetical protein [Klebsiella pneumoniae] MSKNLHIELGDKYVVTGSTHDLILNEKRIIKDGKNAGQETLARLGYYSKFEHLVKELFHREILQSEAQSLEELRDYIFALGEKLSKAVEL >KAH7489251.1 putative endopolygalacturonase A [Phytophthora ramorum] >KAH7491118.1 putative endopolygalacturonase A [Phytophthora ramorum] >KAH7499946.1 putative endopolygalacturonase A [Phytophthora ramorum] MKLFSTAFAALAILAATVNGATMLRQEGEGSSSCTLSGTYKSGTDISSCSTVTIGSLSVPAGVTLDLSKAKSGATIQFTGTTTFGTQKWDGPLVLLSGSGLTVKGSGTLDGQGSWYWKQGQSITRPVFFRMNKVLSSTVSGFTLKNMPYRTFSILNSQKTTISGLTLDASAGNGVAKNTDGFDLSSNDGVSITGNKIYNQDDCLAMQSSTNTVFSNNYCSGGHGISIGSLGGDTVSSTDTVSGLTVNGNTIVNSVNGIRIKTIIGLKGLVSNAKYTNNKLSNVDNAIVIHSDYSKSKGGYTGSPTSAVTIQDVTISGLSGTATNLYDIVANSKVVSSWSFSGITVSASKTGSCSGQPSNIAC >XP_032499984.1 RNA-binding protein 33 isoform X8 [Phocoena sinus] MAAALGAGGGTGAGDDDFDQFDKPGAERSWRRRAADEDWDSELEDDLLGEDLLSGKKNQSDLSDEELNDDLLQSDNEDEENFSSQGVTISLNTTSGMVTSFELSDNTNDQSGEQESEYEQGEDELVYHKSDGSELYAPEYQEEGQYEGHGAELAEDHIEYAGEPEEEPLYSDEVLDIEINEPLDEFTDEEYLQACGQQGMKEQEDCVAEEELDEITDSQVAPETEEGGMETLELQKDMKEESDEEEDDDEESGRLRFKTERKEGTIIRLSDVTRERRNIPETLELSAEAKAALLEFEERERQHKQGRYGSRRGGRRGGSSMCRGVGDQRRENSERGRAKDHRPALLPTQPPVVAHSPRLIPPPQPQPPPPPPPPPPQQQPIRSLFQQQQLQPLLPLQHPHHPSPPQGMHLPPQIEAPRAMMTPPPVTPQQPKNIHINPHFKGAVVTPVQVPLLPVPSQPRPAVGPQRFPGPPEFPQHTPGPVPNSFSQPPRLPLQDQWRAPPPPQERDPFFLGGEPRFPSHLFLEQRSPPPPPPPPTLLSSGHPVPTPSPLPFTQPGPAFNQQGQQPVFPRERPVRPALQPPGPVGILHFSQPGSAAARPFIPPRQPFLPGPGQPFLPAHTQPNLQGPLHPPLPPPPQPQQQPPLPPPLQPPSQHQPPPPPPPHPHPHQHHHLSVPPPPLMPAAQPQFRPHMQTGPPQPSSSRTQCPQRQGLRHNTTSQNVTKRPMQQMQPTAPRNSNLRELPIAPSHVIEVSNSRCSSAPAGAQVKPIISTSPPTRPGVGPRTVQGKADVKVKPVSPVGRPKEEAKTEPEFPDEDEETRLYRLKIEEQKRLREEILKQKELRRQQQAGARKKELLERLAQQQQQQLCPPPALAGQEEQLSAPSPTNGNPLLPFPGAQVRPHVKNRLLVKNQDATVSNVPPKTSNFVPSGANTQYQGQQMKPLKHLRQARTIPQCPAQHKVLQVKPADGEGPPPPSQTARAASLQGRPPEAKPGAKRTVMHRANSGGGDGPHVSSKVRVIKLSGGVIMHGRGRGMAGAMGRGRLMPNKQNLRVVECKPQPCVVSVEGLSSSTTDAQLKSLLMSVGPIQSLQMLPQQRKAIAKFKEPAHALAFQQKFHRHMIDLSHINVALIVE >WP_261369297.1 hypothetical protein [Yersinia mollaretii] MADSWGSPIREISFADLNALDNYYHLDIIGGKKKDVIFQGSY >WP_283842967.1 sensor histidine kinase [Bradyrhizobium semiaridum] MNNEDARQLLEQDAVADDADKGWRRPLGWLRRAGQFFFALSFSSLTRRIVSLNLAGLVALVASILYLSQFRQGLIEARTQSLLVYAEIISEAIAASATVEGNTTTFDPDRFLDLKPGESIGTPDESADFPINPERVAPILRRLIAPTKTRARIFDRDGGLILDSRNLFARGDVLRFELPPPSDVPSLYEKSKIAIKTWLNRGDLPIYRELGPEGGKGYAEVGQSLEGMKSSMVRVTERGAVVVSVAVPVQHFRAVRGALMLTTQGDDIDQLVMAERLAILKVGGVASAVMIVLSLLLASTIAGPVRRLADGAERVRHRIQTRVEIPDFTGRRDEIGHLSGALRDMTNALYSRIEAIEMFAADVAHELKNPLTSLRSAVETLPLARNENSRARLLAVIEHDVKRLDRLISDISDASRLDAELQRQDMAPVDLRRLLTTLTGVANETRLGHDVAVEARFEGRSPIDTLSVPGHDSRLGQVISNLLSNAQSFSRPGDKVRIVCRRVRGEIEIVVDDDGPGIGEDALERIFERFYTDRPHQGFGQNSGLGLSISKQIIEAHGGRIWAENRPGAADEDGKPTIAGARFVVRLPAL >MBT3932996.1 class I SAM-dependent methyltransferase [Bacteroidota bacterium] MKWIAKAVVQKAISFLPFKHHVNYLFQKHITKGVLLTDSYFNAKFEHFKSHIKYFQKYSKQSFPETVLELGTGWYPIIPLSFFLLGSKVIYTVDISSLLKPEHLLATIKMFLAYIDKNPTNEFDKNRIQVLEDIVSKEQLHSLDELLSLLHITYEVRDASDLPMKDNAIDFIVSNNTFEHIHEQALVGILSEFNRIKKKDGLMSHFIDMSDHFAHFDSKITIFNFLKFSGFSWKLIDNSVQPQNRLRIVEFRKMYADLEIEIILEENNVGRESDLESITLSKKYQTMDQSDVLVSHSYLISK >WP_148565498.1 MULTISPECIES: HU family DNA-binding protein [Acetobacterium] >MBC3795920.1 integration host factor [Acetobacterium tundrae] >MBC3886869.1 integration host factor [Acetobacterium paludosum] MNKSELIAQMAEKSGLSKKDSEKALGAFLDTVVETLKNGDKVSLVGFGTFEVRERAARTGLNPRTKEPIEIAASKAPGFKAGKGFKDEVNNKNNK >WP_097485790.1 MFS transporter [Escherichia coli] MQHNSYRRWITLAIISFSGGVSFDLAYLRYIYQIPMAKFMGFSNTEIDLIMSTFGIAAIILYAPSGVIADKFSHRKMITSAMIITGLLGLLMATYPPLWVMLCIQIAFAITTILMLWSVSIKAASLLGDHSEQGKIMGWMEGLRGVGVMSLAVFTMWVFSRFAPDDSTSLKTVIIIYSVVYILLGILCWFFVSDNNNLRSANNEEKQSFQLSDILAVLRISTTWYCSMVIFGVFTIYAILSYSTNYLTEMYGMSLVAASYMGIVINKIFRALCGPLGGIITTYSKVKSPTRVIQILSVLGLLTLTALLVTNSNPQSVAMGIGLILLLGFTCYASRGLYWACPGEARTPSYIMGTTVGICSVIGFLPDVFVYPIIGHWQDTLPAAEAYRNMWLMGMAALGMVIVFTFLLFQKIRTADSAPAMASSK >HCI3868538.1 multicopper oxidase family protein [Pseudomonas aeruginosa] MTFTRRQVLGGLAGLAVVGLGAGGARLWLARPQVAQEYDYELIAAPLDLEVVPGFSSPALAYGGQCPGVELRAKQGEWLRVRFTNRLDEPTTIHWHGIRLPIEMDGVPYISQPPVQPGESFIYQFKTQDAGSYWYHPHLMSSEQLGRGLVGPLIIEEREPTGFRHEKVLCLKTWHVDEQGAFTPFSVPRQAAREGTRGRYSTINGKHVPTIDLPAGQIVRVRLLNVDNTVTYRLNLPNGEARIYAIDGHPVEPRGFEGQYWIGP >WP_119403424.1 sulfur oxidation c-type cytochrome SoxA [Henriciella mobilis] >RIJ18310.1 sulfur oxidation c-type cytochrome SoxA [Henriciella mobilis] >RIJ24886.1 sulfur oxidation c-type cytochrome SoxA [Henriciella mobilis] MIRAGLIACLVFAACSAPPEEAGTPVRDPLPDDIKRSGTAFLQPDTRALQADDFANPGFLWIDRGEKLFRAGVDGSKACAACHGEDGADLVGAAAHYPQVDAASGELVNIEGRINQCREQHQSLPPLDYESDDLLALTAYVSHLSRGEPVSVDVSGPAARYYEMGRDYFFTRRGQLNLACSQCHNEHWGEKLRGDTISQGHGNAFPAYRLEWQTLGSLHRRLNDCDEGVRAEPMPLGSDTYKAVELYLAKRAEGLPIETPGVRR >WP_004994904.1 MULTISPECIES: 30S ribosomal protein S20 [Candidatus Phytoplasma] >ACU45411.1 30S ribosomal protein S20 [Peanut witches'-broom phytoplasma] >QLL37033.1 30S ribosomal protein S20 ['Echinacea purpurea' witches'-broom phytoplasma] >WEX20246.1 MAG: 30S ribosomal protein S20 [Candidatus Phytoplasma aurantifolia] >EMR14605.1 30S ribosomal protein S20 [Peanut witches'-broom phytoplasma NTU2011] >MCG3566785.1 30S ribosomal protein S20 [Sesame phyllody phytoplasma] MANIKQQKKRIITNNKRRLRNSDFKSSTKTYFKKLKNAKDFKEASLYYSVVCKKLDKGLSKGIYVGNYVNRKKRNAAITLNNINVR >MBU0624735.1 L,D-transpeptidase [Patescibacteria group bacterium] >MBU1029141.1 L,D-transpeptidase [Patescibacteria group bacterium] >MBU1916129.1 L,D-transpeptidase [Patescibacteria group bacterium] MRLKQKSWLTVSVAVVAAASVFNVFGIDLVAAAVDTDPPSLSIDSDNDGLSDAQETEIYFTDPVVADTDGDGYSDGVEIAAGYSPRHTGGLSLMQVDSDNDYLLDAWELILGTGLMNPDSDGDLYLDGTEVAASYDPLNPSPHQLEKLIRVNRYELKLTYSFDGKVFGSFPISTGKVSTPTPKGDFTVLAKIPVKHYAGVGWDYPNTKWNLQFARRNGLGYYIHGAYWHNKFGVKAVSSGCVNVRYEDMEPLYWWAQEGTKIIIE >WP_266814553.1 hypothetical protein [Streptomyces sp. NBC_01433] MMEIDWGNPGFIRLYGLIFALSAVFTMVQWLVSVVKRVVRGVSPGQAAMENVGYLLMSVVVAGFMPAAVATTVDFIDSAAEAILGDYIAELFVGGMVIFGALATISILMPGVGVVIAIPIALMILTAVFGLWVMLVVRNALILLGLIFGPLVFSGLVDKDLWGHTRKWVGIMGGIIASKLGIYVALALAGALLDGVAGSVDRITLPQAIGTCITFLALLFIALFMPFQIAKWLPIVGDEMQAMAQVKDEAGQRAKSVKGKQDEMKTQAASKNSAGGKTGGATGAASKGAPPVAAGMAVKEGIEKARDQTVQAAKDGANTASGDGGSGGQQGGGQQGAGSGKGKGPGGPRGGGRGGSGGGNGGVPGGARRPAPAPPPRSGSPGSRPGGAPPPPRQGGQAPPPPAPAPPPQPPAS >MBQ4411698.1 DHH family phosphoesterase [Candidatus Methanomethylophilus sp.] MRARSVDVITHIDADGITAGAIAAETLRRLGKTYTLTFEKKITEETVDKVNRDPSDYVWICDLGSAYMGQFTRSGIVVTDHHVPDTKWRSGQSMLDAFSASYQLNPHLYGASGSYEVSGAGMTYLLSRAIDPKNVDLAYLAVIGAIGDFQDSRESRLVGWNRVILQDAVDCGDMEVSYGIRFFGRGTRPLVQFLQYGEPAIPGLASDADACYNLLAACQVPANNPDGTRRTWCDLDPVECAMLTDELVSRARNDEDRAALLGELYTVKRYDFKTGLGDAKEFATTLNSCGRYDDADTGAKICLGDLDALKEAENNRKDHRKNISVALAFVRDNHLLRRRNYVQYFDAGSAIRETVVGIVAGMILSSSEAAPDMPIIAFAEADDGIKVSARAPKSLVDAGMDLSKLMSEAAAAVGGMGGGHNVAAGATIPVGKKEVFLDKLEELIAGLSP >KYF44507.1 putative autophagy-related cysteine peptidase atg4, partial [Toxoplasma gondii ARI] AWGEETEGSHDLKRPPWNSGKGDSGGDTGGEESFEAAEEILRRLLLDEGAPRLRGDSEDSHGDTCTLPAGAGRPRRAPPSPRVLPEEGTPLLASADPTAYTILSSPRGPRPVHLLVSRGSWSVPSSPRRVRGEETGATCGDASGAEEPQRLVRRRRWVDRADQEHESCGSRDPSRATEQTEERTRSVPRRAGGRGGAARPRGRSAAGRPPGGKSGDPGKACGLHPGSGGGATEGAATQPQADEDGWRPDMCSSGVEAEKTDTEKKADSMRARDVGGEDFGASTRVGVLRTLESACRLDMKSEAKKERRLACVPRLMAATPGRSVSVQSGPGGEAEAVAAERVAKLPSSILGVDQSEDEEQEKQALVVSSRPSWSSPHLPRLPLFRSRSLSLSASLVSRGPQKEGRDTKHIPERRLRTPLEARRIVESPLLGSPAGPSAAAVADDVRAELSNVCVNGVHARREPVATPVSDDGCGARASSAAAEAQPLDDCEERHALLTGFASATLSPHTPDRTRRSGPLVPPFVPRLRALPLSLDALGRGNGGTPREGVRPSEGLCRVASCEKARDETGTRACNDRFGENACVEAFGDSFPDARECGFREGISPMCFTASPVLNSSRSEGSAAPSDGSATARWCSVETLLPGAGEDDILLASSGLVSHRNFPPSPACRCCRAGAASSTPRCIQFAGEERGDFGRKGTSPTNRKDERVDGRRGGEAEDEARQDADDGGEKRTEGWRKEQSAETTAAVAAGLQKSVTAGAHTFSFRGEVREAERNGGTPGPGRDDTHAADSGRDAQRLGTFVGEERDDGDSAWVSFLPFCPQRGIASPGNEKREALRQRREARRPLGEYVCVCSSSQRDSHRSSGVGGREAGRPSACAPIACDAHAFGPNECDPLAFGPNECSEQPSIEEGEETDGWRERRKERRGNSDGDRETDATGAKAKAVHTCVKPEARNRWRDLHAEAYEKAATVPAAEATSVRGGEEFRAPSLVDEKDTDAKDEEAEAPSVALAASADASGASRKTRNREEDSGETGETPDEQIDETPDGAAVDCLRDDSCADVPWRRGCLLLFPLTLCSGEKINPVYVHSLLAYLELPWSLGMVAGRGQQAFYCIGTQQKALLYLDPHSGIQPPALQLPAATPSFFAGSCWKVSDVAALNPSLAVAFFVRNERQLLGLAAALKKLEEVDSFSMLQVVERRRPFSPLDLDDVLQMEEVEEGLYFGESQGPQDSSPQAAPHRSDELEARQRSAHAQQGSTAKVGEATRGARGEFVKTGGTRTEGQAKNDLEDATVGGRDDDVDPKDDPVDDGEEAETPGDAGESGDEEKCPTQATPASSLPRRGCGEGPQAFAASSSLSAFAFSSSSRRSFSARSCVDTSVAESRAQPPTATEEAAGVHREIDEEDAALGREKTRDQSVEGAAETPGSGRVRGESEQQRLVALSELSPFRDDSRLAVGVNSGDARDSGDGDQQREEERNAGGEACVNGRERKGGALVCSCDMVEEKNGERDESPRAQLCIDVSQAALDANSEHSRDREEETIVTFCYGEFDQGQGVERMWGTEAEVEGTNDEEETGEEKAKERQTETRQAIGEERQKETREEKEEERQKATGEEKEEEKEEEMEVEGRGTGRSKEGTRANGDRNDVEVRLIQEECDEGESEISESFDCRGGEATRARDGAYVAAEVESGTDR >MCL2788588.1 hypothetical protein [Micrococcales bacterium] MAVFQPIGIVAWVMGSRVRRETSGPDAPYAHTGSAAAGRILGIVATCMLAFFILLFLLMVVTFSYTSGPRDW >WP_262155701.1 MULTISPECIES: YceK/YidQ family lipoprotein [unclassified Pseudomonas] >MCU1734385.1 YceK/YidQ family lipoprotein [Pseudomonas sp. 20P_3.2_Bac4] >MCU1743410.1 YceK/YidQ family lipoprotein [Pseudomonas sp. 20P_3.2_Bac5] MNPGYYLLAVIGFLLSGCGTFNTVVRGDDVTAKNLKEWRTQCSSLPRVYSGAIYNFCILNGAPNPSTQAPGSPGGIPFVIWDIALSGALDTLALPYTIYRQVGDGNIELRH >KAF5548980.1 f-box containing protein [Fusarium napiforme] MTTHDSFIDVLPNETLTSILTPFSTQDLLSFAPINRRICSLVTRLLHQRLLQAAPLPDNKLILECYHPSDQLYTPYLACRHQGIVGQDGQPISEDMPELSDLRALYASYKPVFAPENRSIKRSRRRPTEAQPSDDVGDDTATQDVNLDDGEMFSQLCAVTNLVKEGPRSGLFISHVNIVDGVIRVFRKWLAKMASRQDKSQSDSENIIWIDTHNNVGIRFSVVPAASETMPLISGPDDDPPVHYKLVYEELLVRTSSLLLAVEQSAVQEVGNSGKTLVIHGAAM >KAH7262805.1 hypothetical protein BKA59DRAFT_505827 [Fusarium tricinctum] MQFTTIASILAMATVAIAAPAPADIEARTGGGNTPVCSAQAKQVCCNGLLSCAVQVLGGNCGGNSYCCQTNAPVGAFINVALLNCVDIL >WP_183063711.1 cobalamin reductase PduS, partial [Salmonella enterica] MSAAINSVEISLSADEIRERVRAAGVVGAGGAGFPAHVKLQAQVEIFLVNAAECEPMLKVDQQLMWQQAARLVRGVQYAMTATGAREGVIALKEKYRRAIDALTPQLPAGIRLHILPDVYPAGDEVLTIWMATGRRVAPAALPASVGVVVNNVQTVLNIARAVEQQFPVTRRTLTVNGAVARPLTVTVPIGMSLHEVLALAGGATVDDPGFINGGPMMGGLITSLDNPVTKTTGGLLVLPKSHPLIQRRMQDERTVLSVARTVCEQCRLCTDLCPRHLIGHELSPHLLVRAVNFHQAATPQLLLSALTCSECNVCESVACPVGISPMRINRMLKRELRAQNQRYEGPLNPADEMAKYRLVPVKRLIAKLGLSPWYQEAPLVEEEPSVEKVTLQLRQHIGASAVPTVAVGERVTRGQC >WP_212810521.1 DUF2326 domain-containing protein [Pseudomonas sp. Ost2] >BBP74723.1 hypothetical protein PHLH7_08270 [Pseudomonas sp. Ost2] MIHHIFSSLPTFKRLDDLKPGLNVLLAQKTEGASSKQTRNRAGKSSFVELVHFLTGSEAGPESIFRTQELAEYLFGMDFDLKDGRTVVERSGGSKAKIFVTTPPASKVKFSASEWCAFLGEQMFGLSSLEASGSKPPSFRSLFAYFVRRQASGAFMTPEKQAAMQGTGDMQIALMFLLGLDWQIARDWQAVRDREKTLEELKKAAGAGAFGSIIGKAADLRTQLTLQEARLKKLHAEIGMFQVLPEYRELEVESSSLTRQLNDLANANTIDFTAIRDLEGALASEIPPHLEDLQAVYEEAGVVLPGLVKRRYEDVKSFHESVVRNRKDYLSSELEAAKLRIELRDGKKVQLDRRRGEILGILKSHGALEQFLKLQGELGRLESEVESLRQRFEAAEQLEGTKNELEIERNRLTIRLRRDFSEQKDRVAEAIVAFEETSQRLYESAGSMTIDETSNGPVLKFPMQGQRSKGIKNMQIFCFDMMLMRLCARRQIGPGFLVHDSHLFDGVDGRQVISALRLGAEISHELGFQYIVTMNEDDAFKEAVDGFDLNDYVIPTRLTDATEDGGLFGIRFG >MBR8744763.1 MOSC domain-containing protein [Nocardiopsis sp. MG754419] MSPVVTAVSSNPEHSFSKPTRSRIRLLAGLGVEGDAHMGVTVKHRSRVAADPTQPNLRQVHLIHAELFDEVAEAGFVVEPGRMGENITTRGVDLLALGRGTVLELGEARVEITGLRNPCAQIDDFSPGLLEQMVFRDGAGAVVRRAGVMGVVLTGGVVTPGTPVGVRPTAGGHVPLERV >WP_120452154.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6387519.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6402266.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6408792.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6426372.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >NYB01540.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] MESASFTKSWGAEYVANDAVRFRLWAPGQQSVSLRLAGQDTQMSPAEDGWFELLSTGVAPGSEYNFVLADGTVVPDPASRAQKDEVNGPSLVVDPAHYVWQHQDWKGRAWEESVVYELHIGTFTPAGTFQAAIEKLPYLAELGITMIEVLPVSQFGGNRGWGYDGVLLYAPHAAYGTPDDFKAFIDAAHGHGLSVVLDIVLNHFGPEGNYLPLLAPDFFHKERATPWGAGIAYDVDAARRYIVEAPLYWLQEYRLDGLRFDAIDQIEDTSEKHALIEIAERIRAEIPDRPIHLTTEDSRNVVFLHPRDAQGNAPLFSGEWNDDFHNAVHVFATGETHAYYQDFTPHPEKYVARVLAEGFAYQGEVSPHSGEARGVDSRGQPPAAFVDFIQNHDQVGNRALGERLITLIGAERNKVLLATLLLSPHIPLLFMGEEYGETHPFLFFTDFHGDLAKAVREGRAKEFAGHAGHEGESVPDPNAEETFTRSKLDWSKLQSAEGKAWLTLSRRLLALRQQHIVPLLASAGGHAGRVERSAEGFIQVSWRFPAGTLSLALNISETPQPLPDQPGETIFAWPENSRDLPQNAIVVRLAKGDAK >NTU53989.1 mechanosensitive ion channel family protein [Chlorobiaceae bacterium] MIESLLFFLESYSIQRAVSVPLATLITVLVALMLIVVVEVVLKKVLLHTIERFSAQSATRLDDLLVRYGVFNWIVRMVPPVLAYRFVGTALQFYSELVPFMKDALVIYFAVIVILFLFSALDVLNEFYSAHSVGRKLPVKSIVQVIKTLAVSIGLVIVVSKLFDKSPVVLISGIGAFTAVLLIIFKDSLLGFVAGIQLSSNDLIRIGDWIEMPKYGADGDVIDISLVTVSVQNFDNSIVVLPAYTLISEGFRNWRGMKESEGRRIKRFVNIDMQSIRFLDDTLTKRLEAIELLRPYLTERIREIADLNRSMGIDDRSPANGRRMTNLGTFRAYLQTYIRSLSNINADMMVMIRYLQPSGIGLPFEVYCFSRLKEWTAFETVQADIMDHILAVIPLFDLRVCQIQGGLTVQPNEERCSPASGSPR >GHU61839.1 RNA methyltransferase [Spirochaetia bacterium] MRNKLTRELAVCGWNAVTALGEAHPEMVRRLFLREDRLPPLTGLCKYLAEQKRPYKICDDEELERVCKSSRHQGAAAMIEEPEVEPLNQEDLDDWVREGKTGLLLFSVGNDHNLGAIVRSAAFFDVPLVVLSDTDEAARITTSAYRVAEGGMEHVTFRRLGNAPAFLKSAAQSLHIIGADHRARLRIGDLKTLIGKNPAGGRPGIALVVGNEETGLPPEIKEHCTSLVRIPGSGVMESLNVAQAAALFLHELYEL >MBS1744667.1 aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Bacteroidota bacterium] MNNNLAAISFDTINDEAGKYIAGGVVSLNRKVNPPIVFKKAKGSKLYDINDKEYIDYHAAFAPYFLGHNNDEVNDEVIRIIKENHSLYGTGTNELEIQLAKELCDIIPSFELVQMTNSGSEATAHAIRLSRAYTGREHIVLMMGGYNGWHNDVARSVMPSIDVIGERISPGEYAFIPSSAGIPEDVKNKIHCINFNDLNSLEYVLRKYPVACVLTEPVLQNIGVVKPQKGYLQSMLNLCEQYGAVCIFDEVKTGFRTSLSGYQGVCNVLPHLSVFGKAIANGYPIGVIGGKKEIMSLFDTDDIKRRVLIAGTYNAHPLNIAAALATIHILKTKPVYVQIDSVCKILYAGWEQIFAEKGIPAVVASNASASVVYFCETLPDDMHDILENHDFNLDLKYRRLLIRNGIYQIPLPCKQNSVSYAHTIDDISKTLEVTRKVVSQL >MBU03734.1 hypothetical protein [Euryarchaeota archaeon] MINYLYDILFLIPDDILEFLPPFCMLFLFAIFAGLRPRHIINFIKDPPIVPYIGVGQVKLWFTGVFIPILIIFIIIILTSIFSIVDQIQTNDWVEVDATVENAEERGETTCDGEGGCTTSYDTHVLYSYNYKNTEYYGYEYTYISDDFPGLEEDYPEGLEITVYVDPNNPSDSLMVKGWEGVWIEIVKMISILGFIFIALSSFLFVWRVAYQLQSAENKKIANEKPGKSGLWNAGLMNDFREIISFTKLMKKANEDVYEGEVKTLKFMIDGEEINKEVRKLNDIFEVMMEMDRNSILYLDDNGKMGRNIEFDLDTSGDDDMMEVKELLAGELIREETINLDDDPLKAAEFISSALEASASDGDKQWWNY >WP_105386412.1 hypothetical protein [Neorhizobium alkalisoli] MTTVGNSMLGVTNTFALKLLRDAETQAAGTKARILEYPPLPAALIDDPGSGEVGEFIYDAFGKFANIPHLDDVIGLPAPSPQQVADSAISNHPSKLKFELKIGDVVLARIYESGVTELADGFDYSSIGFEDEAASLEGMALAQDRLDRILKFFAELAFDVTVFGPDGAPVVQKPDPDNATSEGVVDDPIMSPNKRLLSLMLEADRFENATDAAKDSVPRHPVDRKHTPKGMTEEEVAALSDDEYLALLKGSIAAMIDDRYTHLRDITLPASEFYFSALMAAPTIAG >MBR2406030.1 ferrous iron transport protein B [Clostridia bacterium] MGLTKQSSSRGAIDQGIAIERRSPNQRVIALAGNPNVGKSTVFNGLTGMKQHTGNWPGKTVTNAQGICRSAHYEYILVDIPGTYSLMAHSPEEEVARDFLCFGAPDAVVVVCDATCLERNLNLVLQTIELCDRVVVCLNLMDEAKRKGIHVDADRLSEQLGVPVVATVAHKKESLNALLSALDDMFRSPPPTPVAVRYPVAIESAVARMQPLLKDLPNSRWIALRLLERDEALTRTLSTVYGDTLPAFETVLPAEAVKDSIVTTLTETAERIAKTVVSHSKPQYNAADRRIDRLLTGRWLGYPLMLLLLALVFWLTITGANYPSTLLANGLFWLEDRLSDLFLMLNAPDWLRGALVHGAYRVLAWVVSVMLPPMAIFFPLFTLLEDVGYLPRVAYNLDHPFRRCRACGKQALTMCMGFGCNAAGVVGCRIIDSPRERLLAILTNNFVPCNGRFPTLIALLTIFFVGSGNSLLSAVLLTAVILLGVLLTFGVTRFLSGTILKGVPSSFTLELPPYRRPQIGRVIVRSLLDRTLFVLGRAAAVAAPAGLLLWILANITVGDASLLAHTAAFLDPFAQLMGLDGAILIAFILGFPANEIVIPIVLMVYLAQGTLTEPGSLTEMRAIFLDNGWTWTTAVSTMLFSLLHWPCSTTLLTIHKETGSLKWTAVAFLLPTLIGILVCILFNALV >WP_131776591.1 class II fumarate hydratase [Legionella impletisoli] >GGI84803.1 fumarate hydratase class II [Legionella impletisoli] MTNTRIETDSMGEIAVSADKYWGAQTERSLHHFNIGQDIIPREVTHAFGILKRAAALTNLELGKLPKDKADLIVAAAKEVSEGKLDEHFPLHVWQTGSGTQSNMNANEVISNRAIEMAEGTLGSKSPIHPNDHVNMSQSSNDTFPTAMHIAAALGFHNKLIPAVRALRDGLKEKQEAFNDIVKIGRTHLQDAVPLTLGQEFSGYVSQLDACLQRFEQVLPELYELALGGTAVGTGLNTHPEFAKKAAAHIAKITNLPFVSAPNKFAALASHEPLVMAHSAMKTLACALMKIANDIRWLGSGPRCGIGELHLPENEPGSSIMPGKVNPTQSEAMTMVCVQVIGNDTTVSIADSQGNFELNVFKPVIIFNVMHSLNILSDTCHSFLEFCVKGLEANKKQISDYLHHSLMLVTALNQHIGYDKAAKIAKTAYKENTSLKEAAVKLGFLTAEQFDEYVKPEEMIYPS >MCL2039304.1 protein translocase subunit SecF [Bacteroidota bacterium] MQIFHKTNFDFVSKRKIFLTLSVIIISGGILLTAFLGLDYGIDFEGGIELAVKFEQPINTERIRSAVSEIGIQGSEIKSFGAENQYIIRVKKSSESTADIVNATKVIADAINNATPESEMTLLKVDEIGAKIGAELRNQAILAMIIAFVLMLIYIAFRFEFVYGLGAVFALLHDIVVTFTVALVLHKSGLVTLEINQTFLAAMLTVIGYSINNTVIIFDRIRENVGLMKGKEFINIANISINETLSRTVITVTTVLLVLITLIIFGGPVLLPFALIMTLGTVFGVYSSIYISSSFVIWFQDRKAKKPSLKKA >WP_196974466.1 ABC transporter substrate-binding protein [Corynebacterium diphtheriae] >MBG9275404.1 ABC transporter substrate-binding protein [Corynebacterium diphtheriae bv. mitis] >MBG9290077.1 ABC transporter substrate-binding protein [Corynebacterium diphtheriae bv. gravis] >CAB0517901.1 zinc ABC transporter substrate-binding protein [Corynebacterium diphtheriae] >CAB0563835.1 zinc ABC transporter substrate-binding protein [Corynebacterium diphtheriae] >CAB0924261.1 zinc ABC transporter substrate-binding protein [Corynebacterium diphtheriae] MTLLWKPLAAVTCVAVLSCGLTACGESAVDKANKSEQNMGKSKQNQQISIKSCGETLTFDKAPENVLMLSEMNVSILHELGVLDRVKHRAGEERVNQLDADLEAAIAKIPSVKAGDTGTGGAKMSTESIVDLRPDLVIGYDTGADRQALKDAGIPLYSPDALCPDIELTPASWDKVTEEVDKMGSLFQVEGKAEELKEKIAKKTPQASASTANGAVLYITPGSDEFYTYGNTSMVQPILEANGLKNPYSDNKERVFDASMEDLLDKNPEWIVLLSETGDDKAAMETFLGFNGARSLKAVQEHKVVHMPFVLTDPPSTLSVEGAVYLQKQMKNAGM >WP_184130797.1 ABC transporter permease [Deinococcus humi] >MBB5362907.1 peptide/nickel transport system permease protein [Deinococcus humi] >GGO25719.1 peptide ABC transporter permease [Deinococcus humi] MTAVPATTVVKGPERQTPLALALRRFRRNRVGVWSAWILAALYLIALLAGFLAPYSITAQHADFPFQRPQAVHIVHDGQLMRPFVYGVKKTRDPVTFRSTFAPDTSTPKPILFFVRGDNPLESRYNLLGVFQSQWHLFGVKDGFYFPLGTDKFGRDLFSRMLVGSQVSLTVGLIGILISFTIGIVLGGVSGYFGGWVDNLIQRVIEVLLSFPRLPILLALSTIIPASWPSTWVYLGIIAVLALIGWAGLARVVRGQVISARNVDYVQAARAIGGSDLRVILRHIMPNLSSFLIVTATLALPGYILGESALSFLGLGIKEPMTSWGLLLKDAQNFETLNLYPWLLLPGLMIVLSVLAFNFMGDALRDAADTQSR >MCS5505837.1 RsmD family RNA methyltransferase [Curtobacterium flaccumfaciens pv. flaccumfaciens] MTRIIAGAAGSLTLRVPKSGTRPTSDRVREALFSSLEARGLVEATSVADLYAGTGALGLEAASRGAAEVVLVDRASAAAQACRANAKAVQQRVPGVRINVQPQPVLGYLRGTVRTFDLVFIDPPYDVTEHELAEVLEALAPKLTPDAVVVVERSKRSPEPTWPAGLAPFSKRSYGETVAWEAVAAG >WP_062865604.1 DUF2303 family protein, partial [Escherichia coli] >EHK6665346.1 DUF2303 family protein [Escherichia coli] >KYR86642.1 hypothetical protein AML14_21455, partial [Escherichia coli] >HAG5713073.1 DUF2303 family protein [Escherichia coli] >HCB8382315.1 DUF2303 family protein [Escherichia coli] >HCB8416972.1 DUF2303 family protein [Escherichia coli] CFIDADNMRAVSVLNLGTIDEPGHADNTATLKLKKTAPFSALLSVNGERNSQKSLAEWIEDWADYLVGFDANGDTIQATKAAAAVRKITIEANQTADFEDNDFSGKRSLMESVEAKTKDIMPVAFEFKCVPFEGLKERPFKLRLSIITGDRPVLVLRIIQLEAMQEEMANEFRDLLVEKFKDSKVETFIGTFTA >WP_188895946.1 hypothetical protein [Microlunatus endophyticus] MEYDGDQHATDAQQRKHDLLRREELDRRDLRMLIFISGDLYKTPSATLERIYRGLVDRGAKGLRPTFREEWRRYFPEQN >KFG62183.1 PP-loop family protein, partial [Toxoplasma gondii RUB] MSQKRETFPPVFSGGATARLPPSPAPLAGVSCLLVLPQALVFCLFHLMTSSDFLFFSSNASPPNGLRRSMSCRYRLSLHRCLGLFFLGVGFHFRASLALSSPGKPPPFPLLHGTPVSSPETTFNSLRRVSSSLPFPGVVFKRRPTEAGSPEDLRCLALPSLTLCATLVRRNGRFTVGVPSHLRPRTSLGASVPCKSRGSPIDSSAFVLYPQRKWHLHSLCFPASPLTPQQHASPQTLAASSLETQWWRNAPSAVQSLPPCSLKNGSGQPSGSKCKTFLMSAFDSFPFQSRRVLASQEAARWRQPHPSTSARDTPQKDGRENRHSFAGADFRGAAKRLNSDPPEETRIPVSTFSSLVSSPGRRPSRFQSKRWEDARGSERLGAARPSAYTRTSLPGPPSPLAPSLPRRVFSSPNLSDEVPFDPRQLPSLSSRPCSSDCRPDRFFLTSSSRRASSKWNCVVPRTSRGVGGAGTLYGSPESASPVSRHRSARSALPRLFKRLAGSSPGWGDSGGRQPGPHWRGPIESAGARGFDGMPLLGSSVADLPSRFFPSTSTALARESRAKRMQPRLSDLPTLEGHPRIRATSPAPAFPAASAPSRRSPSPRCSSAPPSISCSSLGDSHQTRRRHSRRDFLDLPSRPMEPTETPRLPSVSLSARINQHKASRRSPSSSRLLPTPPSSSRAQSFSPFFQSLVPSSRPSSPRCFSSRSFASRSPSSRSSSSSASSFTRSSALSRLAFFASRRSWLPQSRSPNAETRAREREPHMWSRDWGARQDREEIPTPGEDFSRREKALRVAWKHLLHQLIQSRSAPGSPSSPSSSLVPSSSPSVAADRSEGLDAPPAFAELRDRTRLPSFPPTHDAAARWGARVSSQRALLSSLLCESGGDWRETGERPESSACRETRQDLQGDLENDSSLPSFSPATLRLAPLPGRSVSSPSPVPSTFCSSASGPAFPEAAAEGAQETPLCDPILETVEGTLLSSLSTVLRLIDSV >SCL13606.1 valyl-tRNA synthetase [Micromonospora inyonensis] MLSQWPRPRSPPACPTSGAGCRRGRTDNAERRGGGRFYDRPMTDTARTARAGVPERPTLDGIEETWARRWQEEGTYAFDRSKERADVYAIDTPPPTVSGELHMGHVFSYTHTDTVARFQRMRGKAVFYPMGWDDNGLPTERRVQNVYGVRCDPSLPYDPDWTPPDAPVDDAARRDPTPISRRNFVELCETLTAIDEQVFEALWRRLGLSVDWSLTYTTIGRAARATSQRAFLRNLARGEAYQAEAPTLWDVGFATAVAQAELEDRERPGAYHRLRFHAPGGREVLIDTTRPELLPACVALVCHPDDERYADLVGGSVRTPVFGVEVPVRAHPLADPAKGTGVAMVCTFGDLTDVTWWRDLDLDTRVVVGRDGRLLPEPPDGVPAGPYAALAGQTVNGARRAVVDLLTEAGDLVGEARPITHPVKFYERGDRPLEIVSTRQWYLRNGGRDAELRADLLARGAELNWVPAHMRHRYEHWVGGLTGDWLVSRQRFFGVPVPVWYRLDDAGEPVWSQPLTPDESTLPVDPSSEPAPGFDESHRNRPGGFVGDPDVLDTWATSSLTPQIVGGWETDPDLFARVFPMDLRPQGQEIIRTWLFSTVVRAHAEHGVLPWRDAVLSGWILDPDRKKMSKSKGNVVTPMALLTEHGSDAVRYWAASGKPGMDLAFDPAQIRIGRRLATKLLNASKFALGLGAADALRAPATEPLDTAMLAELSGVVATATTAFDGYDHTAALQATEAFFWRFCDDYIELVKERAYGTGPGADSARAALATALSAQLRLFAPVLPYVTEEVWSWWRYGSVHRAPWPTTHEVQGAVRGTGDPALLRLAGDALSQVRRAKSERKLSMRTPVPLAEALAPAAVLDQLALVADDLRAAGRITTLDPVPDRTTELVIACAF >MAJ56944.1 6,7-dimethyl-8-ribityllumazine synthase [Candidatus Pelagibacter sp.] >OUW11617.1 MAG: 6,7-dimethyl-8-ribityllumazine synthase [Candidatus Pelagibacter sp. TMED166] MKKNCLIVISNFYQVISNNLLKGTIKILNDNKIKYDLRIVDGCFEIPQLVNILLKRKKYSFCVVLGCIIKGQTPHFSLLSKTVINEIMQISVKYSCPIGYGIISCINKKQAIIRSSGKKNKGAEATKAAISILKNI >RYP71249.1 hypothetical protein DL771_004941 [Monosporascus sp. 5C6A] MFGKGDLNAAKQLREEFSQSQRPSRRGRVGMQQASGMGLARNTQQMQTGRGTSTSSRLQSNYQTNSRGHQNVQVGRGAAPSSSRNVSLQSGDPSGHRQAQFTEGNHPHGWWGALATSPSVGRDPTSDERLSQHSNMPRHTTVATVNTRGPSTIVQTPMSDVTNRRSPVKRSASEGKGEDAKRPRMGIAVSGQQPAQMLQPTRVQQQNHTTVQPEDDDLMDFSEAYQSGNQVTSTQTANAVPTPSTTPFAVRQGIQPMPGDSGNYQEDVSMEDVGPSPITNNSRPIRGLAHSRWNTGNETPMDRSDHSERGRQEAAASADRTVASGISRGRGLGSSRWAS >MBQ3470868.1 hypothetical protein [Clostridia bacterium] MYREEMVFGVNDKDMRELIEFIKDVLEVEEGDEILVVNNVWRLTISKMPQYKAAHLSCFCVR >WP_234897981.1 MULTISPECIES: SAM-dependent methyltransferase [Lactobacillaceae] MTQRKTAYIARMTDYYHQFTNIPAAKILISNVLLADRMLAAGDLPQQVPLLQLPDDIQDQIFKKIGEQYPAGDATGDKLWNELTAALPDLDHDLRSFRDYLETHYGMWAYTSAPFVADLAKFVGDRAVLEVMAGNGYISKGLRDAHKTVYTTDNQAWTSENETGRHPLTTIEPLSAVAAWQKYQDEVGVVVMSWSPDGLPLDWELLQAIRASQREVDFVVIGEPHGATGSADFWDHAELLENKATRELNRHFTQIDLVQDHVYLVK >WP_117751014.1 MULTISPECIES: solute carrier family 23 protein [unclassified Butyricicoccus] >MCC2175872.1 NCS2 family nucleobase:cation symporter [Agathobaculum butyriciproducens] >RGM79829.1 purine permease [Butyricicoccus sp. OM06-6AC] >RHP18327.1 purine permease [Butyricicoccus sp. AF35-5AC] >RHQ72233.1 purine permease [Butyricicoccus sp. AF24-19AC] >RHR87596.1 purine permease [Butyricicoccus sp. AF15-40] MQEKISMDAAHDFEAKMPLSRKIPLGLQHVFAMFVGNLTPLLIIMGACGIAGGEFADLQVSVLQNAMFVAGVVTLVQLFSIGPIGGKVPIIMGTSSGFIGVFNSVAATMGGGVIAYGAIMGASILGGLFETVLGFFLKPLRKFFPAVVTGTVVLSIGLSLISVGINSFGGGNSAKDFGSMENLLLALFVLVVILVVKHGCKGFLGSSAIFVGIIAGYIAAIIMGFVLPTTAVDADGVEFTKAWVLNWDKVAQAGWFAIPKLMPVKPVFDLRAILPVLVMFIVTAVETVGDISGVMEGGMGREATDKELSGGVACDGIGSSFAALFGVLPNTSFSQNVGLVTMTKVVNRGALSVGAIFLILCGLIPKLGAIVSIMPQSVLGGAAVMMFSSIVISGIQLITKEEMTPRNLTIVSVALGVGYGMGANMTILAQAPQAVQLIFGGSGIVPAAFVAILLNIVLPKDKKTEA >WP_160410225.1 hypothetical protein [Massilia sp. NEAU-DD11] >MVW63177.1 hypothetical protein [Massilia sp. NEAU-DD11] MASPVLLAAFDAVFVVRRSASAQFVRRLVRALTIPDDTPNWIGCAWGDVRHAVKPACGARLARHGYGTAGRAEAACTAAMAHMERQGACLRDAGSVCVSVTTAGPALPGKEALDVVILLRAAMHPAATIIQSLGCDATLPPGTLDVSVFAFGGDVTGVPVSTHHQENARP >WP_173040157.1 ABC-F family ATP-binding cassette domain-containing protein [Phytohabitans flavus] >BCB80044.1 ABC transporter ATP-binding protein [Phytohabitans flavus] MANIVNLDRVSKGYGAAGPLLTDVSLGLDDADRVGVVGLNGAGKSTLLRLLTKSEEPDAGRVTHRRDLRVASLPQSLDLAADATVHDVVIGTAWLGEGFGAEHEWAGDAGVRSILDGLGMPHLGLDQPVGPMSGGERRRVALAALLVRAADLLILDEPTNHLDVAGVDWLARHLTTRRGALVVVTHDRWFLDAVCTATWEVGDQTVRAYEGGFAAWTLARVERERVAAATEARRQNLLRKEIAWLRRGPPARTSKPRFRIDAANALIADVPPARDTVSLQRLATARLGKQVYDLADVTLHAGPKKILDRVTWQVGPGDRIAILGANGAGKTTLLRLLAQRIEPTEGTVRIGATVRTAFLSQELAELPGHLRLLEAVEEVAKRVKLGDRELSATQLAEVFGFTDRRVWTPVSDLSGGERRRLQMLRLLAGEPNVLILDEPTNDLDTDTLASLEDLLDTWPGTLVVASHDRYLVERVTDTVYALMGDGRLRHLVNGVEEFLASVPATGSVPEVPRAPAPTADRPSAGEVRAARKELSRLERAVSKLEQREATLHDEMARNATDYARIAELDAQLKAVQAERAEAEEAWLALADQVPDHG >MBE3595273.1 cysteine desulfurase [Candidatus Carbobacillus altaicus] MIGRALIEDFPILQQKIGDAPLVYLDSAASSQKPRAVIEAISRYYEHDHANVHRGVHTLGSRATEAYEGAREKVRRFIHARRASEIVFTRGTTASLNLIAKTYGEAKLGPGDEIVLTPNEHHANLLPWQRLARQTGARLVFVEPSPEGILDETRLTQAISPRTKIVALAHVSNVLGTIQPIQAAAARVHEVGGVIVIDGAQSVPHMPYDVQALDIDFLAFSGHKMLGPTGIGVLYGKYELLKDMEPYELGGEMIDTVSLHEATWRDPPWRFEAGTPPIAEAVGLAAAIDYLEGLGMNEVEAHVLRLTESATRALGEIPGVTIYGPRAGRHAVLTFNIGSIHAHDTATVLDSMGIAVRAGHHCAQPLMKRLGVNSTVRASFYVYNDMQDVEALVAGVHHVKEFFGDVFG >UTW67325.1 hypothetical protein KFE94_04205 [bacterium SCSIO 12643] MKSLLIIESPLQLLNAYEAIFNFDISDGILLIRYSGFKQNDRQIDDILEKVKSPNNVQVRSVLIRVADRNLLDYGKAFLQKLKLGVEKFETIYVGNYDSPFIKLVIGKKKNLILLDDGSRTISAQQKFSNKHHFDWFTFFDLVPFKGQKIYSNKFEYIQKRIQKSDSSEKKPIIFIGANLSEDEIISEEYNIDLIKKIAKRYSDYNLLYVPHRSENQSKLKVISSIENIVLKHLDFPIELLPVYDYPIPSQIISFYSTALFTLGKIYGVPSTAFRFNYRKSEYMDHIDSVYDYFEQYMSVIAENDI >RIX75659.1 glycerate kinase [Acidovorax cavernicola] MTASTPPSASATPDPREAPRAFLEHLYRVAVDRALPLSTLGAHLPKPPKGRTVVLGAGKAGGSMVQALEALWPADAPLSGLVVTRYDHIPPRPEGVPQRIELVEAAHPVPDAAGQQAAERILALTQGLTADDLVLCLISGGGSSLLVLPADGLTLADKQRINKQLLESGAHIGEMNCVRKHLSRIKGGRLAAACAPARVVTLTISDVPGDDPAVIASGPTVPDATTCTDALAILHRYGIEVPAPVRAQLESGALETPKPDDAVFAGHSTHLIATPQQSLEAAAAAARAAGIGVHVLSDEMEGESREVGKVHAALARAVAHRGEPFARPCVILSGGETTVTIRPRQPGQAKGRGGRAGEFCLGLAGALLGQPQVWALAADTDGIDGVEDNAGAFVTPDTLARATAQGKKLSDHLDRNDAYGYFDAIGDLFVTGPTNTNVNDFRAILVL >MBL0255244.1 hypothetical protein [Chitinophagaceae bacterium] MILHLKNWARELAQPESEIKLVFKEKYFKYSNVVGSTCSSSGSPSFYRSYGKIYVKNFQSYSKLEFLLEIAPFATKKIIECLNELELPVPDLAEYSILRGFYFNEHNERQQFYQESDDSEKLKEYKDSGYRNLNSFIRLKEYTDRIIYPLLIATKVKFDTVIMDEASKATPPEMLLPLCFAIKSVVIGDHRQLPPMLSEKEFKEALISINTKKATELAEIIDREFVETSQFERLILNPLVNKTIAARLNIQYRMHPKINNVIKQFYTGETDSGLNPAQELIDNQINEDLNHPFSRHHGFWNEGFIKPDIHI >EMK19049.1 type I restriction modification DNA specificity domain protein [Leptospira kirschneri serovar Bim str. PUO 1247] MKSAFEGKLTKDWRDQNPDRSVSEEIVEEKDSSLGELPSRWKWVKLGKVIEQPRYGTSKKCEYNRIGKAVLRIPNIGDGIIDDSDLKYAKFDEEEILSYSLKEGDILTIRSNGSVDLVGKCAIITKRDTDYLFAGYLIRLRPVHNKMDPQFLLHLLSSIGIRNQIELMAKSSSGVNNINSEEIKSLQFFMPTLLEQQIIVQEIESRLSVCDKLEDTIQSSLNQAESLRQSLLKKAFEGKLVAQDPKDEPASVLLERIRAEKESIFQKANANSKKKTSKKQTADNGNLIQFPRLVPEISTTELHAGVIAMVIDAHEKQSKYLENLNHVKCEKISHLVESYIGISLGRNPVKDAAGPDDFPHLKLVESRALKANYFGIQKQKIGYTYLSKRGLQKVIDKVSKVLNLDEQGRIRNLIEATLKMDKEQAEIFATLYAGWNNLLLEGKKPSDEEIVYESRENWSPEKLKLSRSRFFTALGWMRKKGYVPEGKGAIVSKSVKKTPAKKRKKTKI >THB74514.1 hypothetical protein D3926_21825 [Desulfobacteraceae bacterium] MNPRQQASAEYVKQLIEAGPLPRNQVATISGLTNTYIRDLERGAIVNAERGKIIALGLALNQTLAQLDEMLRLFDRAPLSLDDIPLFLAIAGKSKSSSVLLPVRNPFSFDLYTIAAIKTPGKHALASYKPTAALQPQGYWLHEHRQRLDEHAIYGELVEALGCEMGHKLETLLKSWPVEQYVSRHAMEEYLSANQDPERRKWHVAHVKRLIEYLDRYENLGFNLTHQSSSFLFTLKTATKSSKFKDHLLISYPLQPGPKLRNVGLLAGFSTGNSVMIASFHEELGILRSLVDEKLQDRQKTIDYLEKLITRSQAGF >AWD47640.1 vif protein [Human immunodeficiency virus 1] >AWD47830.1 vif protein [Human immunodeficiency virus 1] >AWD47948.1 vif protein [Human immunodeficiency virus 1] >AWD47956.1 vif protein [Human immunodeficiency virus 1] MENRWQVMIVWQVDRVRIRTWNSLVKHHMYRSKKAKGWFYRHHYESRHPKISSEVHIPVGEAKLVIITYWGLHTGERAWHLGHGVSIEWRLRRYSTQIDPDLADRLIHLHYFDCFSESAIRKAILGQIVRPRCDYPAGHNQVGSLQYLALTALIAPKQIKPPLPSVKKLVEDRWNKPQKTRGRRGNHTMNGH >MCR4818155.1 5-oxoprolinase subunit PxpB [Fretibacterium sp.] MEAKILPAGETCLFVDFGEKIDMEINGRVQLLRKRISEKPFAGLKELVPTYRSLSIYFDPVVVDLSALKLRLEEELACLSSGTEDAGSAEVRVPVFFGGEFGPDLGDVAEHTHLPEDEVVKRYCNSPLYCFMNGFTPGFPYLGGMDPTLETPRLKNPRESIPANSVAIGGAQAGAYSIASPGGWRIIGRVPYDLYDPARDPAVAIQAGMWVCFYPVSMERYQEIESQAKAGTYKIEYRQREAGK >WP_018717981.1 DUF1329 domain-containing protein [Arhodomonas aquaeolei] MTIAVKRRLLSSALLAALAGSLATPAVAGEVAEGTVLSADNYDTLKDRTLDGVRIGDMITDRFEMWIRDYGLTMKLGKAREPELDPAYFEATEKYAGKATLNPETKKVEGYVAGIPFPNVSEDDPNAGYKLAWNHYYANPIMGDNWIAIGDTRVMEADSGVVDRFTAVSAKMLMEGRTTREPVSLGNEDEHANYLLVLTEPYDVAGLGIFTKQYNTGKADDAWVYVKSIRRTRRVAGGQSWMDPQPKMDLLNDDNQGVNAYPLWYKNWKVVDRRYILTVTDAHNPNEEYPLEKEVAMEPPYWNPINVTWRPQEVFVIEATPPEEHPYGKKVLYMDTDYPLMYHSEIYDKKGDFWRMWRQSYGPITAGNGAPGLGFIHTQAIDFQRERATYIDIVADKLNTPKLTADSFTPRVLQQAASGQLEELAQ >UTU41876.1 maturase K, partial [Tetraena mongolica] ASSLHLLRLVLHHYSNCNSLITSNKSISSFSKKNLRFFFFLYNSYVCECESIFKFIRNQSSHLRSKSYGLFIERIDFYQKIEHLVELFANDFQVSLWLCKDPFLHYVRYKAKSLFAVKDTPLLMNKWKSYLIHLWQCHFYAWSQPERIYINQLSKHFFYFLSYFSSVELNPSSVRSQMLENSFLMDNAINRLDTIVPIIPIIKSLAKAKFCNSLGHPISKPIWTDLSDSEIIDRFVRICRNLSHYYSGSSKKKNLYRIKY >MCE2907393.1 ABC transporter substrate-binding protein [Burkholderiaceae bacterium] MTPPRPPSPRRRLLAAAGGLLLLAAALALPERAQAQGVLERVRAAGTVRVCVWPDYYGVSLRNPRTQQFVGIDIDLSAEFARDLGLKLQYVDSSFASLIADLEGDRCDVAMFAVGMLPQRMERLRFTRPYLQSDIYGITTRGNRVVQRWEDIDRPGVAVAVQVGTFMEPVMAATLRHARLVRVSPPTTRERELEAGRVDVFMTDYPYSRRLLDNADWATLIAPPRPFHVLPYAYAVKPGDAAWLAEVDGFVERIQRDG >WP_251174936.1 BofC N-terminal domain-containing protein [Cytobacillus oceanisediminis] >MCM3393185.1 hypothetical protein [Cytobacillus oceanisediminis] MSQETIEETIWTLEDFWAKYDQ >WP_202925384.1 zinc-dependent alcohol dehydrogenase family protein [Mucilaginibacter sp. 14171R-50] MKGEMNAMVMDRPGQPLTYRKVAIPQPASGELQLKVIACGVCRTDLHVIDGELTTPKLPLIPGHEIIARVTAFGSGVAGFRVGDIIGVPWLGYTCGKCRFCLAGRENLCERAGFTGYTLDGGYAEFLVADARFCFSMPAGYQNAFAAPLLCAGLIGFRSYRMIRPDAVKIGLYGFGAAAHILTQIAKAQNKQIFAFTREGDTESQLFAIRMGAGWAGSSLSEAPERLDAAIILAPSGELVPKALKDVDKAGQVICGGIHMSDIPAFPYALLWEERSLQSVANLTREDGQAFFRQLALSPVKTQTTFFKLSEANDALQQLRAGKVKGAAVLVMDEI >CAI0990105.1 Poly-beta-1,6-N-acetyl-D-glucosamine export protein precursor [Serratia marcescens] >CAI2531606.1 Poly-beta-1,6-N-acetyl-D-glucosamine export protein precursor [Serratia marcescens] MPKVNSRSLRFTERHATKYAASLLFIGLSLPAAALADERYDALIRQARSGDTAPVLAYLSQRRAQEGLSLQQRADYIQVAGWAGHDEEVVALWRADGAALQRDSASLATAARAYRNLKQWQPSLRLWRAALQLAPADGGLQRGYVMTLADAGQDVQAQTEAAKAEKLLEPATWYLTRAYVDQAAGRSWAALENATHARALAPSDTGIQAYYVTLLAANRVADPALRESQGLALPPAQQRRLQTDEAAELVRLSFIDARGEQERFVIADRALARYDQLLTQWRPLPEAQDSYQQARIDRLGALLARYRMADVVSEYQTLQAEGRTVPDYAQRWAASAYLYLQQPDKAQAIFGRLNAAAPQAVTAEDETDLFYAQAENERIDQAALLAQRVSQRYPYATRLYQLPTLAYNDDWLVGQSLLAQSRVYQRDLAEAERQLTHLARTAPGNQGLRISLASVYLARGWPRRAEDELKQVEGLEPRSLPLEIQQGYVAQELQEWRQLDLLADDVIQRAPESVAAQQLERSRRIHHMSELRISGNQGIDSDGPVSGSHDFGIHAALYSPPIDDNWRLFTGWGFNTGQFDEGKGINRDLSAGAEWRSRDLWLEAEVANRNYGHGNELGLRLSSWYDLNDQWRLGGSVARLSAETPLRALTNGISANGGNLWLRWQQNESRELRASVAPSHFSDGNNRLEYGLEGRQRLLAGARYRLDMNLTLSGSRNSQENVPYYNPKRDFTLLPSLTLDHTLYRHYQTEWSQQFQAGAGSYWQRDYARKPITQLGYGQRISWNGVLDAGAMLQFEKHPYDGKRERNIGVTFDLNYRF >WP_140660563.1 MULTISPECIES: Rrf2 family transcriptional regulator [unclassified Mesorhizobium] >MBZ9697637.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. CO1-1-9] >MBZ9744094.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. CO1-1-7] >MBZ9754775.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. ESP6-5] >MBZ9976089.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. BR-1-1-10] >TPK12952.1 Rrf2 family transcriptional regulator [Mesorhizobium sp. B2-5-7] MKRNSRLSSTLHILVHMAEKPEQALTSEQLATFIHTNPVVVRRTIAGLRDAGIVTSSRGHGGGWLLGRAPENISLAEISLALGETLLPFSTEPESPGCLVEQAVIAVLDDFRIAAEKLLAEKLSRITLADLTADFHRRFDLVGVSSHAV >WP_277410236.1 hypothetical protein [Streptomyces nigrescens] >WAU02056.1 hypothetical protein STRNI_000005 [Streptomyces nigrescens] >WAU09408.1 hypothetical protein STRNI_008223 [Streptomyces nigrescens] MAWLKLPRVITLLRAIDADPRPLTHATLDELPFNKAVSHLRGILVATQALPARDEYLTRLERWTAQALKDRTDPVEHRILHGYAVWHHLRRLRNRLNNAPATRLQAANVRTHITAAVNFLDWLREQHLALATCTQPDLERWITSPHSTYPCETSHFVRWSVSHGHATGLTYPAVRWMGPAHSIDSERRWTDVRRLLHDTTLTTPDRVAGLLLLLYAQRPRTICRLTIDHVVLEGGHTRILFGSTPVTLPEPLAGLVRELADTRKTRSKPHTPDASPWLFPGRRPGEHIDFAGLDERLKRMGLRPRPDRSTALFTLAAGLPAGFLARLLGIQVDVVVIWQQIAAGDWAAYAADVARHGDQTPP >MCP5558243.1 glycosyltransferase family 4 protein [Verrucomicrobiaceae bacterium] MAETHVANDWHDPANVTRLPAPAAEDLPRRLMYATSSGLGGTGLDTTALEGAKAAQASGFLKEVVCFGTQQSVIPRSKIHSLQWHPVRLLSGLGSQDYYGAKKHYAAMSAARRLRRRDFDCLHGWSGDCFRALVEARLASVPSVMDVPTWHRNKGLKKSAETLSEREMRLGTGSAFQRWRASLPIPRLQMLAEYDLVDLLLMPSRASGETFLAAGIPESRLHYVGRGVDVARYTPGTPPQDVFRAIFVGALIERKGVHHLLAAWKKLALKNAELVLVGAVHNEIKAVLAANAGDSVRVMGFCKDVGAELRRSSVFVFPSECEGFAKTTLEAAACGLPLIATAESGDAVVDGQTGHLIPANDPEALAAALRSAYENRDRLEAMGRAGRQRVEDVFTWDHYRARILQGYARVMKGRPA >CAD7419184.1 unnamed protein product, partial [Timema cristinae] MSSFSGGGKQRPNANHPCYQCSSLNENTAKKLCRKQPHALVAHTETQLVRTYPAGMRIDSSNFNPVIFWAFGTQMVALNYQTEDAALHLNAAMFEQNGRCGYVLKPRVMWDRTHMMYRRFNPWDKEFDGLHSSHLILGVISGQYVCQSNMASSTYVEVEVVGIPVDCNKQKTKVIQRNALNPIWNDTFFFQVMFRDLAFLRFSVLDAGTSHLLAQRVMPLKCLRPGYRHVRLRSSQNQPLSLATLFVYSRTEEESLDYDAGATAENGDAAASRAKATVAALRPRREEAAASKKDSTVPLKRRMFFLMVHGVVPDEPYTILKITQESTTQEVVLQALQKAGLGAERAQDYILVEEVARGW >WP_189609880.1 nucleotidyl transferase AbiEii/AbiGii toxin family protein [Pigmentiphaga litoralis] >GGX04802.1 hypothetical protein GCM10007242_07510 [Pigmentiphaga litoralis] MADFFSLTASDRADALAQAADASGRPQHLLEKDVWVVWTLRHLFASPYAPHLIFKGGTSLSKAYGVIRRFSEDVDLTYDIRAIAGDLLPADGSPIPATKSQEKKWSKAIRGRLAEWVTKEVVPSLRTDLDQQGLLATVRAEEDKVFIDYVASAAGTGYVSSAVMLEFGARSTGEPFEQRSIVCDTAPYLSGVTFPEARPQVMRAERTFWEKATAMHVFCAQGAFRGGDRFARHWHDVTRLDVAGFADAAIGNAELARSVALHKSSFFPEKDAMGEPIDYHIAVSGGMCLVPTGEALKTLSIDYQNMVDDGLFLDEVESFTDLLARCQAIQDKMNAGPHPNVK >MBQ8283265.1 hypothetical protein [Paraprevotella sp.] MKNCIKLLLLVVLIPLFFACEQDEKRDLLPKWYIEDALFLEKEERWSEALIIYSSMITSAQYYEDSVENYTTAFLNSGKLWLKMNYYDDAKNDFNELLIIAKRHELDSVLYQAYRNLTTIAIYKRDYEEALNIATKAKGIALKHQWADNEFTDGWYEEFTIAQAHHELEQNKVLNTETISTLRQISQQDNIIFKSEALKLLALCHPTNNSILQEYFLLQDSIWNERLEAHSRHAQTIWLSKEQEYLNDLKYSQTYIIIACFTIVLLLSGFLYITFSKRLKYNKLKHKKLLNQKANAINNLKDKINYLKHRNIEIQAQITQTSIELRNVQFHEMKIGRFIPTKSNHNKLNQDDYKSLLTNPENITSFLKEISLCFPKLYNKLHIEKATTELELIKATYICLFCLDVRTSDIALMMCVQNNSVSSRKKRLKEEIEYLDEFSNILTKEEN >WP_173904515.1 pyridoxamine 5'-phosphate oxidase family protein [Blautia obeum] >NSJ35888.1 pyridoxamine 5'-phosphate oxidase family protein [Blautia obeum] MFRPIRRKKKEMDLDAAKELLQCSRRGVLAVNGDDGYPYAVPVNYFYDSDAGKIYFHGARVGHKVDALKASDKVCFTVYGNETVKEEAWAPFVQSTVVFGRCHLVEKGAEATEILKKLAAKYYPNEQLIDEEIERSGKAVQLFEIEIEHISGKEIQEK >XP_032696462.1 kinesin-like protein KIF27 isoform X3 [Lontra canadensis] MEEIPVKVAVRIRPLLCKEVLHNHQACVRVIPNTQQIIIGRDRVFTFDFVFGKNSTQDEVYNTCIKPLVLSLIEGYNATVFAYGQTGSGKTYTIGGGHVASVVEGQKGIIPRAIQEIFQNISENPSIDFSIKVSYIEVYKEDLRDLLELETSMKDLHIREDEKGNTVIVGAKECQVESADEVMSLLEMGNAARHTGTTQMNEHSSRSHAIFTISICQVEKNIEAGEDGSWYSRRQIVSKFHFVDLAGSERVTKTGNTGERFKESIQINSGLLALGNVISALGDPRRKSSHIPYRDAKITRLLKDSLGGSAKTVMITCVSPSSSDFDESLNSLKYANRARNIRNKPTLNFSPESDRMDEMEFEIKLLREALQSQQASISQTSQIHPEETSERNRILSLEEQVAQLQGECLCYQNCVEEAVTFLVDLKEAVRLNPKQLHKLQEWLNMTQEVKKAVFTSFRGSHGLGSLGEGPQHVTVLQLKRELKKCQCALAADEVVFHQRELEVKELKNQVQMMVHENKGHMVSLKEAQKVNRLQNEKIIEQQLLVDQLSEELSKLNLSMTSSATEPCGDGPDIRTASKRPCTVPFDSRLGHYICIPARPGSRKVYTSPSVYSLDRVVAGFRTRSQMLLGHIEEQDEVLHCQFSDNSDDEESEGQEKSEIRCRSRSCLQKPGSVCSLVESNDIQDQTQKSSLGNEDLKIECLQESQDMNLQKLRNSELILTEAKQKMRELTINIKMKEDLIKELIKTGNDAKSVSKQYSLKVTKLEHEAERAKVELTETEKQLQELENKDLSDIALKVKLQKEFRKKMDAAKLRVQVLQKKQQNSKKLASLSIQNEKRATELEQNVDHMKYQKVQLQKRLREENEKRKQLDADIKRDQQKIKELKLKTEQEEALKLRAEELDAFKMNKRKGSFGRTDQLQKLDERKKWLDEEVEKVLNQRQELEQLEEDLKKREAIVCKKEALLQEKSHLENKKLRSSQVLSTDSLKISTRLNLLDQELSEKNVELQHSTAEEKIKISERVQALQKEKDQLQRRRNSVDEKLKNGSVLSPEEEHVLFQLEEGIEALEAAIEYKNESIQSRQNSLRASLQNLSRSEAKVLEKLICLSPVEMRAILFRYFNKVVHLRETERKLQLQNEEMKMKVLERDNMVRELESALEHLKLQCDRRLTLQQKEHEQKMQLLLQHFQDHDAGDRVLNPDEAGMVPEEFKWASRTESMRLSGRERELDNSTSSLRTQPNPLKLWEDGPELPLICSSLAPTSGHFLNNEDKIEVDENHFTKSHSRPSPQIQLVGNVGQLHGVTSVKLCRKELRQISALELSLRRSTLGAGVGSMTADSIEVARKPSDLKT >XP_044484513.1 putative receptor-like protein kinase At1g80870 [Mangifera indica] MPARSLLLSPTSSPVAKPSFISKTRVLFLILTVSSSVVIVLTFLYILYHLWYSLVNRSKTIPFDSNAPLKLQRFTYKELKNATNEFDEGNIIGKGGSGTVFLGIARDGKLYAIKRLDTFSLQAEREFQNELQILGGLRSPFLVTLLGYCMEKHKRFLVYEYMPNKSLQELLFSEGNNLVLKWNQRFDIIMDVAKALEFLHFGCDPPVIHGDIKPSNVLLDSDYRAKVSDFGLSRIKVEGEFGVDLFSQDLGKSTDLWKSQELSGNLASETPATGTPVESSHEVDFALALQASSSSNKSRACYNFRALSLNSVNYNASIASESDFMKAENGKGKEVSSIDIGGVEWSSKFVPYEDEPCSIDHSKDLNFTTNSVSDDAANMKQWGKDWWWRQDGSGELCSKDYVMEWIGSQICPSTNPDWEEEKKSIHEKLELDNSTQLDNLDLVHESHIQELGFEKLEKGFEKESKCRKNRKKKHRKIQEWWKEEHLDEISKKSSKLRKLETKWKKGFKIPHFDLRRQFQFYRRKKFGEQNQDDCDANGEFSFRRGWKKKNKNSMGSDMWSGDLFSRELSSTTSMRGTLCYVAPEYGGCGYLMEKADIYSLGVLILVIVSGRRPLHVLASPMKLEKANLISWCRHLAQTGNILELVDEKLRDEYNKEQAILCINLALTCLQKTPELRPDIVEAVKILKGEMDLPPLPIEFSPSPSKIFGKARRKQKLNAD >XP_027476133.1 UPF0692 protein C19orf54 homolog isoform X2 [Zalophus californianus] MISPCSPPVEPPASPQTPVPQAPITPLPVPPNVPNVAFSPPSSLQAPIPPPPPPLPPPPAVRGLAPPHVFGLEKSQLLKEALEKAGPVPRSRDDVKRLLKLHKDRCGLVALWMAGTLLAPPSGIPLERLEQMAMERGYTAQGEMFSVADMGKLAREALGCQAEQLHGGLGGPNRAPVLQHLVSGHPLLIPYDEDFNHEPCQRKGHKAHWAVSTGVLLGVRAVPSLGYSEDPELPGLFHPVPNTPRQPPALPEEGSPGAVYLLSKQGKSWHYQLWDYDQVRDSNLQLTDFSPSRATDGQVYVVPAGGVRAGLCGQALLLRPGDSSH >WP_189592858.1 D-arabinono-1,4-lactone oxidase [Streptomyces massasporeus] >GGV83670.1 FAD-linked oxidoreductase [Streptomyces massasporeus] MSSTANGKNGTWRNWGGNVSARPAREVTPASVDELAAAVRRAAEDGLKVKAVGAGHSFTSIAATDGVLIRPQLLTGIRGIDRENMTVTVEAGTPLKRLNVALAREGLSLTNMGDIMEQTVSGATSTGTHGTGRDSGSIAAQIKGLELVTADGSVLSCSEKENPEVFAAARIGLGALGIVTAITFAVEPVFLLTAREEPMPFDKVLSDFEELWAENEHFEFYWFPHTGSTNTKRNNRSAGPEKPVPQLKSWIEDEFLSNGVFQVANWVGRAVPATIPAIAQISSKALSARTYTDIPYKVFTSPRRVRFVEMEYAVPRAAVVETLRELKAMVDRSGLRVSFPVEVRTAPADDIALSTASGRDSAYIAVHMFQGTPFQRYFTAAERIFTAHEGRPHWGKIHTRDAEYFSRVYPRFGEFTALRDRLDPDRRFQNDYLRRVLGA >WP_166225641.1 phosphoglycerate dehydrogenase [Acinetobacter shaoyimingii] >QIO07005.1 phosphoglycerate dehydrogenase [Acinetobacter shaoyimingii] MSQHLSLPKDKIRFLLLEGVHQNAIDTLNAAGYTNIDYRKTALEGEALKEAIKDAHFIGIRSRTQLTEEVFEAANKLIAVGCFCIGTNQVNLDAAMRRGIPVFNAPYSNTRSVAELVLAEAILLLRRVPEKSTDTHAGGWNKSAVGSFETRGKTLGIVGYGSIGSQLSVLAEGLGMHVIYYDAVTKLPLGNARQVGSLNELLATADVVSIHVPDVPSTRNFMGKEQFAQMKEGSIFINAARGTCVVIEDLADALKSGHIAGAAVDVFPKEPKANGEEFVSPLRNIPNVILTPHVGGSTMEAQANIGLEVGEKFVAYSDKGMTLSAVNFPEIALPLTEGKHRLLHIHKNIPGVLSKINNLFAEHNINISGQSLMTKGDVGYLVMDVDATASKEALDTLHNVEGTIRVRVLF >WP_266312166.1 glycosyltransferase 87 family protein [Kitasatospora purpeofusca] MTSSTREEEDRAAPAAGPQANTVVVPADEDPVAAAGSEVIGGPPGRRALLGVSWWIPARFLALVVIVVSVLGMAQKLPCYNAAWFQPGSPQYVHACYSDIPHLFSGRGFAAGLHPYVDRIPGTSGDLQFLEYPVLTGLFMQVSAWLTPGGGALQDQERWFWTINAGLLMACAVVAVVALSRTHRRRPWDALMFALAPVLLLNATVNWDLLAVALAAVALAWWSGSRPLWAGVFIGLATAAKLYPLLLLGPLVVLCWRAGRGRDLRALLGGAVGAWLLVNLPIMMANWQGWSTFYVFSKHRTEDYGSLWLILMQNRGVGLANLDTFIAVLMLLSCAGIAWLGLAAPRRPRVVQLAFLVVAAFVLLNKVYSPQYVLWLLPLAVLARPRWRDIMIWQACEVLYTLGIWSHLGFVTGAKQHGVGESWYHFAIVLHLLGTLYLVGLVVRDILLPDRDPVRWDGSDDPSGGVLDGAPDVFVLGSARRLREEESYAGYAPAGPEAWLEEPPAAEPAEKV >WP_147766978.1 hypothetical protein [Seonamhaeicola maritimus] >TXG39408.1 hypothetical protein FUA22_05920 [Seonamhaeicola maritimus] MSKLKENIAFKAIMLLLVAALFTPTAIKFAHVFAHHEHKVCVGENSIHFHQIDLDCDFQEFNVHQNATFVSFYFDVLIEKEYHPEIESQYIFLSKYQRLHFSLRGPPAINLS >WP_239815372.1 bile acid:sodium symporter family protein [Bacillus atrophaeus] >MCG8398076.1 bile acid:sodium symporter family protein [Bacillus atrophaeus] MPLLTPSSVVIGVLLSQYISGWNGAVPWIFAFITFAGSLSANFQSLRHALAHPLPMILALFVLHIFMPVFAWGSGHLIFKGDPLTITGLILAVVIPTGITSLIWASMYKGNVGLTLSIILVDTILSPLIVPVSLSLLAGAQVHMDVWGMMKGLIVMVVIPSFLGMLVNQFSPAERTAVLSRTFSPFSKICLMAVIAINSSVIAPYFQVIDLRFAGIAVMVFCIALTGYAVAWMIGKVMRRRQEEIVALIYTGGMRNISAGAVLAVGFFPSQVAVPVVIGMLFQQILAALFGHLLKRYELKPVLQKA >PSP85445.1 hypothetical protein BRC78_07575 [Halobacteriales archaeon QH_8_68_33] MPENGDRQDPDPERVQDQAIERQHEHTESVEDMLGRVGLLEEEKYPTTAEELAVEYGDQEIDLPNETESLGSVFDRLVDERFESPDEAREAIYRAVTGEAAGPGEYNEQRAVDEIDERTDDEQRE >WP_065809357.1 L-fuculokinase [Klebsiella pneumoniae] >SBZ89685.1 L-fuculokinase [Klebsiella pneumoniae] >HBQ5639708.1 L-fuculokinase [Klebsiella pneumoniae] >HCB0137453.1 L-fuculokinase [Klebsiella pneumoniae] >HCB0157815.1 L-fuculokinase [Klebsiella pneumoniae] MKQDVILVLDCGATNVRAMAVDRQGKIIARAATANASDIAAEKSDWHQWSLEAIMQRFADCCRQIHDQLASCTVRGITVTTFGVDGALVDEQGALLYPIISWKCPRTAAVMENISQYMPARQLQQIAGVGAFAFNTLYKLVWLKENHPQLLAQAHAWLFISSLINHRLTGEFTTDLTMAGTSQMLDLRQRDFSAPILQATGLPRRLFPRLVEAGQPIGALLPEAAALLGLPVGIPVISAGHDTQFALFGAGAGQDEPVLSSGTWEILMVRSAQVDTSLLCDYSGSTCELDSQPGRYTPGMQWLASGVLEWVRKLLWSADTPWQTLIDEAQAIPPGAQGVRMQCDLLASQHAGWQGVTLNTTRGHFYRAALEGLSDQLAQHLQTLEKIGGFRAKELLLVGGGSRNALWNQIKANRLGIPIKVLDDAETTVAGAAMFGWYGVGEFSSPEQARAQVAYRYRYFWPQTEPELIEEA >WP_205177065.1 hypothetical protein [Neobacillus cucumis] >MBM7652187.1 hypothetical protein [Neobacillus cucumis] METIFLSIYLTTVIFTLLYINLPTMHGPDYNDIHKSYMLGIGWSNKYLEIWFDPISIIAKLSF >MCG3730919.1 small ribosomal subunit biogenesis GTPase RsgA [Vibrio cincinnatiensis] MTKKKKLTKSQVRRVRTNQHRKLKQEESVAWDESMLENAKTGLVISRFGQHADIEDPTTGLVHRCNLRRSIESLVSGDNVIWRPGIETLAGISGVVEAVEPRRSVLTRPDYYDGLKPVAANVNQMVIVSSVLPELSLNIIDRYLIAAETLSISPLIVLNKVDLLSPEQRSLYQQQLDNYQAVGYDVLLVSKESGENIDKLESKLRDRINVFVGQSGVGKSSLVNALMPQLETEVEEGEVSENSGLGQHTTTAARLYHIPSGGDLIDSPGVREFGLWHLDAEDVTKAYVEFRPYLGGCKFRDCKHLDDPGCLLKEAVERGEISALRFENYHRIIESMSENKANRQYSRNKKADIS >WP_166886913.1 MULTISPECIES: AAA family ATPase [Massilia] >NHZ37728.1 AAA family ATPase [Massilia rubra] >NHZ95574.1 AAA domain-containing protein [Massilia sp. CCM 8734] MTAISTILRQHAETQYAEELAALAAADTRQRPPRWKLSPWAVSKYLLGGTLDNGVEISAKYIGNARIIEIAVATLATDRALLLLGVPGTAKSWVSEHLAAAISGDSTMIVQGTAGTSEEAVRFGWNYAQLLAKGPSMEAVVPSPIMRAMRDGKIARVEELTRIPSEVQDSLITILSEKMLPIAELDDEVLAQKGFNIIATANDRDRGVNELSSALKRRFNTVVLPPPATADEEVRIVETRVASLGRALELPGEVPALEEIRRVVTVFRELRAGVTTDGKRKIKAPSASMSTAEAISVITNGMSLAAHFGDGTMRGADVAAGMIGAIVKDPVQDRVVMLEYLETVVKEREGWKDLYRACRDVMN >CPY79168.1 ribonuclease R [Mycobacteroides abscessus] MTLKRLVARDLNFDGIRTEFGLPAEFSPEAQRDAAQAVDRYRAARVDRTDLELVTIDPPGSCDLDQALRLERTADGYLLHYAIADVAAQIEPGSTLDIEARERGETIYLPDGSVPLHPLVFSEGSASLLPHEIRPAALWRIETDHDANPVTWSVQRALVKSVRQLTYREAQDAAAAGNPHPAVAVLPEFGRKRRDLGLARGAIELNLPEQDVVRGAGGDWELVIEARTETDGWNAQISLLTGICAARIMLDGGIGMLRTLPPADGDVRRWMRRTAEALGVPWTNDTPIGEQLAALDPCATTTLAMMTQATSCCGVPRIWFSTVYVPTSRPLNTPVSPLLTHM >MBT5578634.1 ammonia-forming cytochrome c nitrite reductase subunit c552 [Porticoccaceae bacterium] MLKTTLKTFFFLCALANNICQAQGDYAGSTTCQGCHDKEYKQWQNSHHAWAMREANASTVLGDFNNVTYSHQGIITEFSQSDGQYFVRTQGADGKTHSFKIAYTFGVEPLQQYLIGFPDGRYQALTVAWDSRPMEEGGQRWYQLMPNDMGQPGESLHWTGVYYNWNSQCAACHSTGLQENYSPKTNSYSSSWTEINVSCESCHGPGLKHSASPATPMPVAYREQLQWLIGDGASIASPLGSPHEGSKVEIESCAGCHSRRVKISPYAVNNYPLGTEFLDHYQPQILREGLYHPDGQIQDEVYVYGSFIQSKMHQRGVRCSNCHEPHSLELKAPGNAVCAGCHAPKVYNSPAHHFHKPAGSPGAQCVNCHMPTTTYMGIDQRRDHSMRIPDPVLSSQIGAPDACTSCHTNKKASWAGQAINSWLEAKGAADRRQSNGYAKAMHAARAQHRDAERLLIEAASDGRINAIARATALGLLVDYPSQKSYETALGQLKDADAIIRLGALEALEFLPPRQRWDIISPLLNDHIKAVRLAATRLLLPSNNTQLGSNIDEYMESLGLQADTAFGQLKLAEAYLAQNLYSQANSAHQQALNIDPHNIAAISNYADSLRIQGQEPEALDLLARGNQSVPNNPVLLHALGLAQIRSGQPALESLRRAAVLEPHNSRFNYVYALALNSGGKPDQAIDVLNRALVTSPENRDLLTALATINRDIGKLAKAKYFARRLVEVFPSDARAKQLFQSL >WP_126669182.1 hypothetical protein [Colwellia sp. Arc7-635] >AZQ84728.1 hypothetical protein EKO29_12400 [Colwellia sp. Arc7-635] MINNLNTYSSLANLTSTSALSSGVTGTSDVDSIIAEYKESTEKSVAVDNNQNSLYLSNRAQKINAISKEFFSGDSLDFSDVESLKERVYQLGLISKDEYTKLTKDSSTADVSSAGNENSVAGLTDFMGDLITRLQTDDNEDNAEEITDSENEARSESLATLIATLESAKTIITNVEDAKREPDFKATLQATIATLKSTIEDPAFDKIPLDDKVGLSKVYQTLEIVDQLSPQRLNNEKINKYIDLSFR >WP_005165186.1 fumarylacetoacetate hydrolase family protein [Amycolatopsis azurea] >EMD23464.1 4-oxalocrotonate decarboxylase [Amycolatopsis azurea DSM 43854] >OOC08549.1 4-oxalocrotonate decarboxylase [Amycolatopsis azurea DSM 43854] MSLDVREAAEALLSGEERDPLTDAWPALDVETAYAIQDEALRIRQERGETLIGVKLGLTSRAKQKRMGIDSPLLAWLTDAMVLPAGVPVPTLIHPRAEPELVFVMGQRLSGPGVTSATALAAVERVHGGVEIIDSRYRDYRFSLPDAVADNGSSAYFTLGPVGAEPSSLDLSLEAALLEVDGAIVDTATGAAVQGHPAEALALAANALGARGLALEQGWIVLTGGMTDAVDVRPGSRVAAHFSHLGSITLAGS >AUN31249.1 hypothetical protein C0V82_14155 [Niveispirillum cyanobacteriorum] MQPRVWRRSPVSAALRHGDAMARPSSIDKLPQEVQEEIGRLRGNGRTIDEILNKLRELDVDVSRSALGRHVQNLDQVAERLRRTRSISEGLIGKLGDQAGSKLAQLNIELMQNAVFELTVDPETGDTVQMDAKAANFLAGALHKLSAAAKTDMDLRVAIRKEVEAEMEKAKRAQADAAAEAAAQRGMTDDDVAFLRAQILGIKMDGRAA >WP_279123632.1 transaldolase family protein [Holdemania filiformis] MEEKTYFHRVNELTPTRFWINNVTQEEAKRALAEGACGCTQNPAYVWKMMQRESELPEIQQLIMRLRDQGVARDQILIAVQRELVGRIAKLFLPLYQQSQGRWGYVSIQGDPFHEDCDSIVKTGLFNREAGENLMIKIPVTEEGLKAIGILAAQGVPINATEVMSVRQAMDVGRVYTEATKHCVRKAPIYYSHITGILDEYLHTTVQETGVAITSDVLFQAGIAAAKKTYAMTRTQYPDVGFIGGGARGLQHFTEMVGAQACITINWKGTADQLIDQNPPVIERFAQPTPPAVLDELLEKLPDFRKSYCLHAIEPSEYETFGPVVLFRSSFESAWKQAQSLIDSLIG >MCM2341063.1 TIGR00730 family Rossman fold protein [Rhodoferax sp.] MNQIKNTPQHLTERRLADAWAELQNYADQGNPLEADAYRLAFADPEFLLRRETRGIRFQLEMLKPDLDQAEQGIESTVVVFGSARFPAPEDAKNSLYEAQLSGDASALAVAHRLVRNARYYDQARLFARLVAGYSMHRRPEERLFIATGGGPGIMEAANRGAHEMGAPSVGLNIALPHEQKHNAYVTPTLSFKFHYFALRKMHFMMRAKALVAFPGGFGTLDELFEVITLVQTRKAKPVPIVLYGTEYWKRLINIDTLVEEGAIAAEDLKLFQYVDEPEAAWAVIKDFYGL >MPT31245.1 Crp/Fnr family transcriptional regulator [Chryseobacterium sp.] MGNSDFIKRKFEKFDEDFHQELKEHGIFTSVNAKQELIAEGDKVKFIPILIKGSVKVYNLNDGKELVYYYISPGESCIMTFSTIFTDKVSRIYAISEEKSEILLLPVPQFLNWLQTYPQLNQMFFLEYDSRYKFMMETINKIVFQKLDHRVLEYLHERIRRSGADVVKVSHKKIADELGTAREVVSRILKKFEKEGLITQSPLGIEIIEKR >ETD72983.1 hypothetical protein V757_00985 [Pelistega indica] MARREKCTEDIKIHLGEKLKAALKELAALEGEEALSTYIRKILRKHVYGQLNPNRDLLAGSVRDN >UEC68750.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] >UEC75592.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCANEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHSSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTGSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTXYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >MCP4488771.1 hypothetical protein [Gammaproteobacteria bacterium] MLVLCKSTVSVAVLYSTVRVCSPFPCAPFCISRDWFRFHGSLTIVVSSEGRKSAEIQIIGQVRVLRLHVERFLLGLCFTLIVLIRRWERKKKIIGYQNRRLFDVSKMAEEVAEPRRLALELANDKLLHRVSGLL >SDW64481.1 aspartate aminotransferase [Bacteroides faecis MAJ27] MSELQISQRGYRMPQSPIRKLAPLAYAAEDEGVKIYRLNIGQPDLPTPQKVMDVLKNVDLITLEYSPSQGYRSLREALVNYYERYQIKLNASEIIVPEPAYANYMSFAISAGADSYGGNYH >MBT8462299.1 efflux RND transporter permease subunit [Gemmatimonadota bacterium] DLPTGYRLSYTGQQQEQEESQEFLFNAFLWALFLIAFILISQFDSILKPGLILSTVMLSTIGVLIGLLIFRMPFGVIMSGVGVISLAGIVVNNAIVLIDYIHVLRERDGLSEHESLVMGGVTRFRPVTLTAVTTVMGLIPLAIGLNIDFNRFYRTLNPNIFWGGAQAAWWGPMAIAVIAGLSFATFLTLILLPVMHSLLDDMVNFLRRHFRANGQSALRSDEVVGSGTVTGDDREVATA >MBR2488648.1 hypothetical protein [Kiritimatiellia bacterium] MINAYVKTAAAALLAATAFGEMSDAERHHSTEMNSAAYAADRRTDGGVKVLFIGNSITLHGPNAAIGWTNNWGMAASAAEKDFVHLVTREVERRLGRRADLVVRNYANFERDFSSWDWSKTEELAKEDPDVLVIALGENVRSLKNESDRLAWRDAFKRLLGTFLDGRNTKPLAVVRGSFWPDAAKDWAMAYAASDYAIPFVKADVYKQPGMDASDAGFSHPGVRAHPGDRGMAEIAARIVEGLFPEKSGYEAWMDGLPVKVHAIQVSAMEYNRLFTGFQRPADQTERAGFAAVEARGATSWRVKCGRDFRKAVVRPLSAGVKPAVKDGAVEFKLPKCGHYVLELDDYHRPLEIFVEPENDFAEYRRTATVTFGPGVHLTRGVRLRSHDRVYIDKDAVVYGGFAMDGVEDVQIRGYGIICGTTCRRVTAYYNRNPDDKAGAEDMMMPQLTPIRARRSKRIVVEGPVVVDSCEWCVATFGCEDVDVSHLKITGAWRYNTDGIDFCNTRNVRLADSYIHSFDDAVVLKGILPDSARPVENVKVERCVCWCGWGRTLENGLETWASAWRNIVFEDCDLIHNSMAALSVHLGGPCAVDDVTFRNIRIEYDASRSDAEYQRGRDDVYSKAGKRPAVDCWFAALNAKMYAPGSMYKNKDVSPDEPFGSFRRCLLEDIDILVEDGVPLPKAGVSFQQGTKPGEIELRNVRMNGKPVTQL >WP_240030709.1 hypothetical protein [Neisseria lactamica] MATDIPIPDLKRLAGHIAERLDVLAQCESPVYIADILESVLSVIKNVDTGGKRARENFKQILKTEFIYAAAAVLKNKTKWEIPENTRNLDSDIICTYICEVFLKSHLLGNSFPMMRPREVKQMPEPVFDKVLFAEQRARQLGVIRTSKYIFAIAPYYTDDIPFSLRRFLSEDKLYTSYNRYYTAIHIPVRNITQNDALRFANGLKQILSLQSGVSWEIIDMMDRIEENYDKKALPLLFSPFPAQVERTQAIAARLDQFERLLGDTVLDPFYYCLTRMARGEEDLKYIYIAFRQSFGGIFNSFENFRLLPALWMSRDAENMSDRMNAYISAMEDRRREILSIRQGKPEEEFSRKMAGCLTDLENCLEKHLEQFGPVSESIEACTAKLQEQPSFFNRLMKTNDKLNRQIDVLQKQSAAIHNEAYIEMNTLLYRHREVVSVHNRKADYAEKGKERIALFPCGLNGITKLPAAVLLPERPYHFDMKEVLHIFSRIPR >WP_250146767.1 hypothetical protein, partial [Escherichia coli] MCGLNPATRTSIRRFCLTTFSDLHLCSAWPARWRIRGRMEAAPFDAPDV >WP_186153646.1 filamentous hemagglutinin N-terminal domain-containing protein, partial [Burkholderia gladioli] MNKNAHRLVYSRLRGMVMAVAETTTAEGKSASGEARRVKRSSGMRAAAVLATSAVAGALSTAVQAQIVGAGPSAPVVIQTPNGLPQVNINKPGGSGVSVNTYNQFDVQKAGAILNNSATMVQTQLGGWINGNPNFGPNDVARIIVNQVNGPNPSQIRGALEIAGARAELVLANPSGIYLDGAGFINTSRATLTTGLPFYGADGSLAGYNVNRGLVTVAGAGLNASNLDQVDIISRAVQANAAIYAKNLNVIAGANQ >CZR69713.1 uncharacterized protein PAC_19613 [Phialocephala subalpina] MPFNIFAMPSSSIFFLFSIVFGGSNALPWTEPQQTHVYEEHPWSPRPTILPADPARLFKRDSVDPAICGWIGGNSASAATCSFGSTCVHDTIHGVVGCCATSGPCTAGVYTSCIDMNSNGWMPNSGLQDNGIYTCSGTAVCYKNTYAGGYYQYGCGESSWATTVETTYSGQPTDMLLQQVFTGIQFTPTTTPTTTSSSTSTSSSRTTTSSSSSTTTSTSSSSSTKSSSTSASSTLPTAGKVPTNTGSSTPSASAAAVSKKSNTGAIIGGVIGGVAGLAIIGAALFWFLRRKQAQKQGGAGPFISVHNNGQPPTAGPFQRIAPYQHYGPDDFGHTTSIVAGGPAMGAAPYSYGDGPQTPPPNNPNGQVHHQFYAPPPAEEEPLVSEIDDFSRSYHRAIATVPTERDTHIHTGDLPDPETGIAGGLAAMGVSPLRRSPTNAAGAGRTQDRDLTSEALRTPVQGSAWGSSQSASNVGGSSGNGSNSSLVNRDPDAIPPRSPLREGMGMMSASLGSAVSAVVGRDNAPRYQLVDEARDPGDVPVLSGPGQLRQQRMSRNSNTGFLSGDTK >XP_039854086.1 probable transcription factor RL9 [Panicum virgatum] >KAG2583979.1 hypothetical protein PVAP13_6KG255300 [Panicum virgatum] MEARAASAPDLSLHISLPSSAASPPSAPGRLGAAAVGGRGAQPAAGGDPWRRLNGSTASTELSLSPPPRQQEAAGGDVLPWRLRPPAANYCSPSSSSSAATAQAAAPFVPVTVPRLSLDAAAEAAARARPINGVPVYSSPRAAGHPFLGAAGDYRQGHPKVGLYNPYHASSWPSALRSTTTTSPTAVAPSASDPAAAVFLSPSAYHRMLSGTGRLHLHGVLADTFRGYGGGHQQQQQQHFGSLASARYMPKFPASRRGMRAPRMRWTSSLHARFVHAVELLGGHERATPKSVLELMDVKDLTLAHVKSHLQMYRTVKSTDKPATSSGPVDGGGSGDDDLPDAGQAPSAGDDASPQPFTAHRSASSEGAASHAGGDVECSSAEDSDGGRARSGASSRDQWPPPAACNVDTHRSVGISSTIEDMEPCGSVGLHQVPNHEMNCPSPSLEFTLGRANWNVAEHD >MCU1437293.1 lipase maturation factor family protein [Naasia sp.] MEWFAAPDYEIARQVLQRGVAAIYLIAFLSTAAQFPALLGERGLLPVPRLLAARPKALGPTLFRWRYSDSLLRVVAGTGAASAVLLVLGVPQAGPPELPAIAFLAIWLLYLSIVNVGQTFYGFGWETLLLEAGFLVAFLGSHSQAPPTTVLLAIVWLVFRLEFGAGLIKMRGDRVWRDLTALYYHHETQPMPNPVSRFAHLLPKPVHKLEVIGNHVAQLVVPFLLFLPQPIATIAAAVVILTQGWLVVSGNFAWLNAITIVLAFAAVGDSALAAVLPVPADLGQDAPLPPHWLTITLAVSLLVLVLSWWPAKNLVSRHQLMNASFNRWHLVNTYGAFGSVTRTRYEVVVEGSAEERPTEEGWREYLFRGKPSEVSRMPRQFAPYHLRLDWLMWFLPLGSDDRWFVAFLHKLLLADRPTLRLLRRDPFDGAPPRWLRARLFRYRFTTRKEKGRTGDWWVREPVRTVVRPVRLEDFGDAPQRVEPGGRPA >XP_015523373.1 THAP domain-containing protein 2 [Neodiprion lecontei] >XP_015523374.1 THAP domain-containing protein 2 [Neodiprion lecontei] MPGCSVPGCHNSSAKGYSMKSFPTNLARRLEWAKMIDRKNWIPNRTSCICEVHFPPFMWEKPRVDGKRKLRHNAVPTMFPLRSKRVNARNELNKNGLELIPGSSKQNLPVPHSMAEQSAATEHCENNVNSTNDIRTHLIANENVDAIKNEVPTVSSEEEENAVMDKSAKRALTMSAFYLRNMKERLIKQQREILELRQRLRNSERVNRKLKRRMEERKICAQEILECVLPKFKF >DAO22062.1 MAG TPA: NUDIX domain protein [Caudoviricetes sp.] MSQNVRNVRKRAKCPDCPKMMWYYHNAGIGQRPTALAYITIYPAGSIARL >MBR1628375.1 transketolase family protein [Lachnospiraceae bacterium] MSQVRIATRDSYGKALVELGRAHEEIVVLDADLAESTRTGMFQKEFPERHIDCGIQEANMMGVAAGLAQSGMVPFCSSFAMFAAGRAYEQIRNSIAYPSANVKICATHAGITVGEDGATHQCNEDIALMRTLPGMTIINPGDDVEGRAAVYAAYEMDGPVYLRFGRMAVPVVNDEKTFQFKIGKGTLLKDGNDVTIVATGLMVATALDAYELLEKEGIHPQIVNIHTIKPIDVDLLAECAAKTGKVITVEEHSIIGGLGSAVAEALCERQPAKLRRIGIPDVFGISGPGQELLSYYGLDGKGIAEVTKEFIGA >MCK5056842.1 thiolase domain-containing protein [Candidatus Aminicenantes bacterium] MTKVGIIGIGHGVFGRRSDATVQELAFEAFSAAMKDAGLTREDLEASVIGSVPEYHKQRSLPGVVQEYLGLNPKPTWLTEVACASGSAAIRTAWMSIQAGVHDVVAVIGCQKMTELTTAEILGLMGRVGEVQWESVFGTTFPAYYAMFARRHMHEFGTTHEQLLQVAVKNHFYGAKNPCALFRKEITLEKAMESDEVALPLQVYDCCANADGAACVILAGEERAKEISNKVVWLEGMGCATASMSVLRRPHMVGLPSAEQSGAEAYKMAGIGPDDIKVAQVHDCFTIAEIMAYEDLGFCKKGGGGKFIADRQSYIGGKVAVNVDGGLKAKGHPIGATGVSQTYEIAKQLRGEAGERQVPGADIGLTHNVGGIGQYCFVQILRRD >WP_274481161.1 potassium transporter TrkG, partial [Francisella tularensis] >ORU69155.1 potassium transporter, partial [Francisella tularensis subsp. holarctica] >ORU70093.1 potassium transporter, partial [Francisella tularensis subsp. holarctica] >ORU76631.1 potassium transporter, partial [Francisella tularensis subsp. holarctica] CFISYLLVGVEPFDAICYTFSTVSTGGFAPSDASMTDKPLGMLIVCAIFLFLGATSFKAHYIALSKFKISHYFRNIEFKAYFYFLFFTSFIVCITIIAHTNDLS >XP_697509.2 CCR4-NOT transcription complex subunit 4 [Danio rerio] MSRSPELKEDPMECPLCMEPLEIDDVNFFPCTCGYQICRFCWHRIRTDENGLCPACRKPYPEDPAVYKPLSQEEIQRIKNEKKQKLNEKKQKVTENRKHLASVRVVQRNLVFVVGLSQRLADAEVLKRPEYFGKFGKIHKVVINNSTSYAGSQGPSASAYVTYIRSEDALRAIQCVNNVIVDGRTLKASLGTTKYCSYFLKSMQCPKPDCMYLHELGDEAASFTKEEMQAGKHQEYEQKLLQDLYKANPTFLLTSTCGEKSKSKSNSTQRPNSTNKEGWPSLQNYGKMVNGLTTEHRKSPPLLDCLTDSDHMTPDEPDLEQGTEQNTGLPPFPSALEPTSPIDKPSEPISIGNGENISQTSSSDSPSPPPGLTKPSLVVPISVAELTARSPFEGAAAESQSLFSDNSNFRHPNPIPSGLPPFSNSPQGASDWPMTPEPQSLFTSETIPVSSSTDWQAAFGFGSSAKQQQQDDDLGFDPFDVTRKALADLIEKELSVQEHSPLSPNPSSHQTGLPNGQQRFPHLQHRGLYNSFSLPQHMAARHPWMGIPTRNNLTHLNHTATAAAHSHFLDLSMPAQHHSTGLGGIPISENNGSVESINVKEWQDGLRALLPNININFGGLPNSTSSSSSSSTSSVNHIGVPIGSAGISHSLSWDSTASWMDPAIITGIPASTGNSLDCLQDDNPPHWLKSLQALTEMDGPPSSSALPQPPHTGLLDAAAHLSLHRAAWAPYLPPPTLTPNQFHSPPPGFQTAFRPQAQTATDILQSAGIDRH >WP_139764340.1 ATP-binding cassette domain-containing protein, partial [Salmonella enterica] >EEU8513608.1 ATP-binding cassette domain-containing protein [Salmonella enterica] MEKTMLTFEKVSAHYGKIQALHDVSLHINQGEIVTLIGANGAGKTTLLGTLCGDPRASSGRVVFDGKDITDWQTAKIMREAVAIVPEGRRVFSRMTVEENLAMGGFFAERDRFQERIKWVYELFPRL >MBQ3864274.1 ATP-binding cassette domain-containing protein [Clostridia bacterium] MTEPVNTGVSPLLQVDRARKDFIHRQKLRKIAVHAVNDVSFEIFPGETFGLVGESGCGKTTTGRMICGLLQPTDGIIRFDGQDLFALKKGELRQIRKGIQIVFQNPFASLDPRITVGKSIEEPLITNHIGTPESRRAQVEDLLERVGLQRNYYSRYPHEFSGGQRQRIGIARALILNPKLIVLDEPVSALDVSVQTQILDLLVRIQEEFQVSFLFISHDLNVVQYISDWVGVMYLGSLVEVIRSKDLYAARHPYTRALLSAVPTTKPAQKSSRMILEGDLPSPTDIPEGCCFHTRCPYAQEICRHVRPEKQYNGREMIACHFPLTK >WP_132882604.1 SPFH domain-containing protein [Sphingomonas sp. JUb134] >MBM7405540.1 regulator of protease activity HflC (stomatin/prohibitin superfamily) [Sphingomonas sp. JUb134] MASDRVLRQSLERPATTYNGFVMLLAGLGLIVLGAVGALNAPVHPWGIVLLIVAGVALLLVACGFYLLQPNQAAAILLFGDYRGTDRTTGLRWNWPWLTKSKISVRIHNITSERLKVNDLRGNPIEIASNVVWRVADTAQALFDVDDYKAFVMVQIESAVRAIGSRYPYDDFTHEEMTLRGNADVVSEELRVELQERVASAGVQVDECRLTHLAYAQEIAQAMLRRQQAEAVIAARQKLVEGAVSMVETALAQLSEKNVVELDDERRAAMVSNLMVVLCSERDTQPVVNAGSLYQ >WP_200316392.1 hypothetical protein [Rhodococcus sp. P-2] >QQM23520.1 hypothetical protein I7X09_08540 [Rhodococcus sp. P-2] MPEVLLTNRTRRLKVLLAVLTIGVVCAMTACSGEDTTAPERATTTAVVAASTTAPPLASTTTSETVESSNSVGGGTDASAPGVAEGGAAPAWTPVSTSAVAPAVPGQGTGSTKCTDQINYVGDPRSNAEINSIGERMGSCPAPLPPGAIEPPEKCTDQINYGADPRSNAEINIIGEQTGVCPEPIRP >WP_241908014.1 hypothetical protein [Vibrio lentus] MSGRSKGTVYAHAYFSASVERTLQADNFGDIFAGLTSVALTAFMVESYINYLCEKIFDYESRADLFLDDSNHLEIDKKLKELPKNDLSLHVNLAENLGYKNQTETMMKSLISSLRKSNRENF >MCL7403925.1 RimK family alpha-L-glutamate ligase [Nitrososphaerota archaeon] MVKIEVVLDVVRLEEKLIIRSLRDNNVELSLTNLRINPLSWSISGEVDLTLIRPISMYRAVYSACIRESMGIQTMNNSSSILISGDKVLTLSKLKALNISVPETYIAFSSEAVLKAGEKIGFPLVDKPPIGSWGRLVTLVKDLQVLKSIVEHREMLPSQSVKTHIIQKYIKDSRKDIRVLTLPNQIIGAVVRRPDNREWRSNVALGGITEPYRLDSDLEELTYKVAEVIGGEFIAVDVFQEDGRYLVNEVNGVPEFKGFMTATKINVPEILTHYIKAKIKK >MCJ7548546.1 DNA mismatch repair protein MutS [Anaerolineae bacterium] MTKNNTTPLRQQYLDLKAKYPDTILFFRLGDFYETFDEDAETASRELDLTLTSRPVSKGVRVPMAGVPHHAVEGYIARLIAKGYRVALAEQVGEPTGRGPMERRVARVVTAGTLTDPTMLDEKRPNFLAVVVIEGDRAGLAYAEISTGEFATTQLSDGSAGDILHLVRQELARLQPREVLIPRVGSWKERDPDQQAHRPEEALAGTLSCLFTPWPGYHFEESTARQALMQHFGVRTLQGFGCEGKPLAIRAAGAALSYLQETQQGSFPQITGLQTYSTDHFMAIDASTWRNLEITETLRREKKGSLIGVLDMTITPMGGRRLLTRLTQALLSIDVLEERLTQVQGLYDAGVVRAKTRELLKQVPDLERMSNRVLAGRAGSRDLEGIRTALGIVPELASLLSEAELHSLLEGLDHVTDVLTLISEAIVDDPPAQLSSGGLIRRGFSSELDGIFLASRDARSWIAGLEQQERERTGIKSLKVGYNKVFGYYIEATKANTALVPDDYIRKQTLVNSERYITPELKEYESIVLNAEERITELETRIFKEVCQRVGVHAAALLGTAQALAGIDVSAALAEVAVRNHYVRPTFEEASAMRIRNGRHPVVEAAQREPFTPNDLTMDAESRIHIVTGPNMAGKSVFLRQTALIVLMAQIGSFVPADEAHVGVVDRIFTRIGATDELAAGQSTFMVEMVETANILNHATPRSLLILDEVGRGTSTYDG >KAF9116737.1 hypothetical protein BGW39_002606 [Mortierella sp. 14UC] MMIASVINNNRNHYDRLGDLLACAQVNKKWHEIFTPLLWRHVETTICYNDGLLDSAVKTRSLKKYGAHIQALAINCAGFIDGYVKELLDHAPPNFPKLKSLRVTGGVRDDALLADLIHRCGGSTGLEHLKLEISMSKWIIPSQLYFDFGPQSIKALFNHAPAIQVFRVTAPKMSSQEIQRFLCSTPNLKEFDIIPTSRRGPIDTSYACLDAADIATGHWLSTSIGSFCCVIYGIPRGNQAQVTDTLSQPPSQPSPRGLSTNNPQPPTIDLQRHVYKELARQKNLHALRLGIPLTASYTSSLTNPNREAEMSRCRQYDCLEMSLSSGMDLLGDLRLVEVAIEDMEVTYTDAEDEWMTKHWPYVYFQIYPESYELDELEMSEVEEVEVEEEEEEEEEEEEEEV >NLG67042.1 ABC transporter substrate-binding protein [Actinomycetia bacterium] MAIKKWATPTVLLVLLIMVVAAVAGCGGTATTTTAGGETTTTAASGGETTTTEAPAAGGTFTIAIQPQYKSFDPARAGEIDGMMVNFATYDTLVRAENGQIKPWVAESWTTEADNKTYIFKLRDDVTFNSGAKLTAEDVVFSVLRLKNVKGSPSFHTDPIESIEAVDDTTLKIVLKEVDAGFLARICMPTFAITEAKVVKEHGGTDAEDADQTDQAQAWLDTNSAGSGPYTLTEYVNKQQAVLTANKNYWGPDKPVFDKIVLKQIDDVNTQKLLLQKGEVDFAINLTAEQAKELKADANVALHFSPTLDFFHIVQNRSIEGPASKPEVWQAVRFALDYEGIRELCGEGTKTPYSVIPEGMLGAEPVNTAKQDVEKAKQIMADAGLADGFTVDLEYPALTISGIEFALIAQKVQQDLAAIGITVDLKGQEIGLFLDRMRSAKMPVAISMWGPDYPDPQSQMAFLPGGPPAKNYGGWQAGADPELEALGAEQAKELDVTKRVALLKQIQDILVERGPYVVWAQPTRYYGSIPSVSGVKPDPVFMLDLNALRK >XP_002873995.1 probable anion transporter 6, chloroplastic [Arabidopsis lyrata subsp. lyrata] >EFH50254.1 hypothetical protein ARALYDRAFT_910078 [Arabidopsis lyrata subsp. lyrata] >CAH8271722.1 unnamed protein product [Arabidopsis lyrata] MARLTLRPHNHFFSSPIHAHKQPFLSVYTIFPHHHHNPLIKSRVKCSASGTERVRESKKLPPKDPIEDPKPLLPIPEVLSTETGFEQNWPPWKNIPQRYKLIGATSLAFVICNMDKVNLSIAIIPMSHQFGWSSSVAGLVQSSFFWGYALSQLPGGWLSKIFGGRKVLEIGVFTWSFATALVPLLAGFMPGLIFSRILVGIGEGVSPSAATDLIARTIPVKERSRAVGFVFGGLSLGSVMGLLLAPPIIETFNWESVFYLFGLLGVGWFVGFQFLNEEEVSYKGNEISNSHKSENATKEELGSSLKEIPWKSFFQSSAVWAMIYTHFCGSWGHYTCLSWLPTYFSEALNLNLTEAAWVSILPPLASIVVTSLASQFADYLITNGVETTTVRKICQTIAFVSPAICMTLSSVDIGLPPWEIVGILTAGLALSSFALSGLYCTHQDISPEYASILLGITNTVGAVPGIVGVALTGFLLDSTHSWTMSLFVPSIFFYLTGTVVWLAFASSEPQTFTKEDS >HIA56122.1 hypothetical protein [Candidatus Lambdaproteobacteria bacterium] MFIEELKQIYSTFLAESNQFLSNNFNGGVPIPDEKIPLIFAGILFLVLLICFSGWYLLRNRFLKNKAPDELSGRAKEKHLEQLKKERAKELELRIKQEEKLQEEKEAAQLAKVEEREIELQEQIASMEEERRNKQVLQRDLEKEPEMEAPIEKEDSFFERLRKG >MBP6049275.1 hypothetical protein [Chitinophagales bacterium] >MBP6154218.1 hypothetical protein [Chitinophagales bacterium] MHSPIYNFFTNDHRRLESILESAIIDINQIDLVLYHEFRVGILTHIKMEEKILFIAAQKANKDVPIHYAPQLRLEHGAITSLMVVPPTQKVIKVLKHVLAIHDEMEERNGGMYELCETLTQAQTNEIMEQLKAVTMVPVHPFNTADYALEVAKRALLRAGYDFDKLVK >HAY39979.1 imidazolonepropionase [Desulfobacteraceae bacterium] MSGNLIIKNAAQLVTCSGFKAKQGKEMSNLHVIENGTLVIENGTIRSVGKTNDILKDFNDKDNKISKFNVIDAAGKAVLPGFVDSHTHFVFGGYRAEEFSWRLRGDSYMDILERGGGILSTVKATRAAKKETLVKTGIQRLNSMLSFGVTTVEGKSGYGLDLETEIKQLEVMKELNRRHPIDVVSTFLGAHALPEEYKGRADAFIDDIIDNMLPVVINGNLAEFCDVFCEKNVFSVEQSRRLLLNAKENGLNIKIHADEIERLGGAELAAEIGAXPGTAFCLKEPYAKGRYMIDNNCAVALASDLNPGSCFSESIPLIFALATLYMNMDTEEAITAFTINGAAALGRADIIGSLDIGKYGDVIILKYPSYQFIPYHVGISTVEKVIKRGRLVFDGLLSKF >WP_105188257.1 alpha/beta hydrolase-fold protein [Pseudoalteromonas sp. T1lg48] MRRTSLFVISTFLFVLCAGKAWSADTGITKHSIKSSIYGVDRNFFVKLPTTYKEGSKHTYPVIYLLDGDAYVQHFFNVSDALSGGGLTPEFILVGVEHKQRIRDLTPTGIESHPGTGGADKFLQFIEQELIPRIDKGYQTNGFQILAGHSFGGLFTLHAMQAKPDLFNAYFAFSPSLYWDKQTTVKSVKALLTSKTQYHNFLYMNMGNEGLDDPYDNSIAMRDGYMDLVTFIEHNAPEKFRFVSKHMEEEYHASTVVIGTFYALRSLYRKYPLPTAIVKQGLTAINQHYQELSEEVGIKINPTLGRLSNAGMYHMWSNGDLSKGIEILNYLVNLNPSSDRVHDGLAQIYKADGQLDKALSHCEMSVRYSGSESANYQTYKAHCKEIRQQAQGSD >MCH2430466.1 amino acid synthesis family protein [Acidimicrobiales bacterium] MTPEVRKVVTHTEEIHVEGGKAADPPLRMFGVAAVFTNPWAGQGFVENLRPAILDVAPRLGDLLVPQLVEMAGGGDAVEAYGKASMVGTSGEVEHGSAFIHTLRFGNVFRDAVGGTAYLSFTNTRGGPGATISIPMMHKVDPGWRSHYLTLEMAVADAPGPDEVVVAIGASVGGRPHHRIGNRYSDMEEMGLTEG >MBI2152769.1 phosphocholine cytidylyltransferase family protein [Candidatus Rokubacteria bacterium] >MBI2554179.1 phosphocholine cytidylyltransferase family protein [Candidatus Rokubacteria bacterium] MRALILAAGVGHRLAPLTDRQPKCLLPVGGRSLLERMLESLAALPVSEAVIVVGHCQDQIRRVAGSRFGRLPVRYIENPEYTRDSIRSLWVCRDELDADVVVMDADVLFPTGMLRSLVECPAPSALLIDRGFTDTGEEVKVYARAGQVLAIGKKVLEPPPHDTVGEGVGFFKCASAHGSVLRDCMEEVLRDQSRYREYEDAIDLLLRRVHVGWVDVGGLPWTEIDFVEDLQRAEEDVLPLIRRLGADA >WP_211231677.1 collagen-like protein [Ottowia thiooxydans] MILSLQTGRTLIALAVLSVLSALPAAAADVTITPASGGGVTINSAPGTAALKVAPDNTVQLPGLPGAPIYTDFVCRDASGILGACQAPPSGAVGPAGATGPDGPTGPTGSVGPTGPTGPAGAAGPAGATGSAGATGPAGATGPAGATGPAGATGTAGAIGTAGATGPTGATGPAGTSGSSGVLRYHVRGSAGRPGVTSTVATLQPSMTQTFTLSNSANVAIWATIGARSTAVTTGAWAYVDAIIHLNGSPLSAGGWSRFGIVNGTSTNVFNTVALNTLIGLPAGTHTIELRTARSGGSTSVDIGGNSAAEVNPGELTILVLQ >WP_269048359.1 GNAT family N-acetyltransferase [Paenarthrobacter sp. Z7-10] MSLIRAAKPADVPEILAMIHELAVYEQEPDAVKNTADLLSTALFGDGPRIFAHVAEDDGGTVQGFALWFLNYSTWEGGHGIYLEDLYVRPGSRGGGHGKSLLRTLAQTAVDRGYARVEWSVLDWNEPSIQFYRSLGAAPQDGWSTFRLTGEALAGFGAKESVR >WP_195553161.1 anti-phage protein KwaA [Bacteroides eggerthii] MKQIKLYIMSLWILFVLVLVATLNISVSFDSNATFVGWKMLLSINNVVAFLCILFILMGLLFYYQFNYRLKGAPDGLPIMITKIENINYEYVSLFMTLLSVIAFDFNTFRGAILFFLVLLILGAIFIKTELFYSNPSFALLGFYIYRVETGHMDIISNGSILIARGKIKCRDKVDYIKISETVFYCQKSKIRNK >MBL1417270.1 outer membrane lipoprotein chaperone LolA [Moritella sp.] MRNKMSLKKILVTAVLMTASMLTNAQSVKQELQDQLAQLKPFSADFTQIVTSAEGDNLSTAQGLMQLQRPNQFRWETVSPDEQLIVSDGESIWLYNPFVEQVSIYSLKDAIANTPFMLIAGSEQTAWESYRVTKQAGVYTVITPNDPTAAVFTLQFKQGAIAQFSIQEQQGQHSQFALTNHKTMNKMDPALFNFNIPEDTDIDDQR >XP_019741907.1 PREDICTED: chromobox protein homolog 3-like [Hippocampus comes] MRKKQTAKQRKTEDSCDVQEFVVEKITRRRIFNGRVEYFLKWKGFTEADNTWEPEDNLDCPELIEEYLRNNPSNENEEVKQEFVPKEEMTEGTEISPPQIHTQPCGDDPDSPADLAAYPELECIIGSADRRGELMFLVKWKNSGDVALLPAHEASTRCPQAVIDFYEQKLTWHCGDDEQ >AJF60049.1 hypothetical protein QT03_C0001G0553 [archaeon GW2011_AR10] MLLVETRNMDVTIKLPTLNQKDKTIAEMVVIMLIEEWPLSPKGIYNRVIRTQAKPVSFQAVHKAIKKLHSENILTKKEKYYKLNPEWLKQITSFGNQVAKDYEENEVNLKDLP >EHD2267589.1 hypothetical protein [Vibrio cholerae] >EJL6514317.1 hypothetical protein [Vibrio cholerae] >EJL6630051.1 hypothetical protein [Vibrio cholerae] >EJL6742578.1 hypothetical protein [Vibrio cholerae] >EJL6880646.1 hypothetical protein [Vibrio cholerae] MLDVCLYHAFA >RJF98482.1 hypothetical protein D3871_08170 [Noviherbaspirillum saxi] MVAEGSDSMKVTYRLCHAVRSERALFDFASTFIPWVSVVHGGCVTGARNVLSCSAQFAGPVHERKEGWCAGSLYIIWL >GDX36288.1 hypothetical protein LBMAG18_07990 [Alphaproteobacteria bacterium] MARSVIAEMVFVKTSIDKPGYETLLRELSQNTGLAFSFQERHRLKRKKIGDSAWRKSKFYEYVNPIIDPYNRFKSELNSHGLKPYEIYENPDDNDIIFVKIQTSQGVLTFDIPIKKITSSTAYVFIFWMGFTIVLTSILSIMFFRNQIHLIRKLSESAEKFGRGQELGVLRPVGSQEIRSLTISFNKMKERVLRQISQRTDMLSAVSHDLRTPLTRMKLQLEMLSQTPEIIDLKTDVSDMEKLINEYLDFARYDDKEKSKLVNVRSFLLEKLVIYYRKMNRNIDENIDLDPEFSMFIRKLSLKRALTNLVDNAFNYGQKVLLSAHKNDDNLIIFIEDDGPGIPEGERENVFKPFYRIDNSRNLDKKIATGGSGLGLAIAFDSVIAHGGAIKLSDSTKLGGLKVEIALPI >MCF7786316.1 PEP-CTERM sorting domain-containing protein [Prosthecobacter sp.] MKTPSSTHQPQRLPMSATVAAVLLAFTSLGFSSTIELNQPFTPAGQNYSITALQNLTPLTLDGGTPVGAKTNVNYEFQGGFGVRYTNALDQLTDFGIGLYDSDYAPGIQAASTGLNIAFDHLVSSNGLSATLGDFDLNEFSTDFNTGRVAPTVSIYGNGGFLLGNFSAAQIIADNAMSLLASNDPITQTDLWKLDLGALVGPNVQVSGFTLAADLYNGGGSQMVVNSVPYFLVSVSGCECASVPEPGSAFLILSAGLGCLIITRRRTRGLFAAK >KAJ8059477.1 hypothetical protein OCU04_011138 [Sclerotinia nivalis] MTTPPVPNEPLFEDEALAELGYSYENAINGGYIEAMLNGTIWRNRPLGYWLVTPWPTMEMILTYTTSIENPQLDGEPQPPDYKYLHPIPVTVYEDA >MBI3948044.1 PIN domain-containing protein [Armatimonadota bacterium] MSDPRPKPYVADAGALIAYLRQEAGGGTVLALLESDGVDVYAHGANLAEVFYDFRRSDGEAEAQRVMRDLEAVGIAFREDFGRLFWEDAARIKADYRRVSLADCFGLALARSAGGVFLSTDHHELEAIHAAGVCTVEFIR >MBM4386043.1 hypothetical protein [Deltaproteobacteria bacterium] IGVASLVPIPPVNIQVDGFKVKCGSAKLQVVQTLADPAKAKAAIRTFIQSKVDVIWKVASQRPGEIVRA >KAI2062789.1 hypothetical protein LOZ40_005695 [Ophidiomyces ophidiicola] >KAI2091661.1 hypothetical protein LOZ35_004880 [Ophidiomyces ophidiicola] >KAI2092891.1 hypothetical protein LOZ33_005122 [Ophidiomyces ophidiicola] >KAI2108791.1 hypothetical protein LOZ42_005792 [Ophidiomyces ophidiicola] >KAI2162620.1 hypothetical protein LOZ23_004320 [Ophidiomyces ophidiicola] MRPEMARYATAADPGVYALWQLHARRNALQLAYLARWNAAGLDALLCPVCPFAAVPHGKFRHVGYTGVFNVLDYACLAFPCAATADQARDVPDTRPPLSDLDRLVQLEYDPAAVHAMPVSLQLVARRLDEERLLMIARRVLDAL >QEP29574.1 hypothetical protein PEf771_161 [Enterococcus phage PEf771] MRSKVKAFFIARREKKEVKEILQTRNKAINELKNLNKKLIQNY >MBT4920854.1 helix-turn-helix transcriptional regulator [Euryarchaeota archaeon] >MBT7988015.1 helix-turn-helix transcriptional regulator [Euryarchaeota archaeon] MPSPVQHISKDSITEIKNKIEDTIQNGISIRKALADYSNSDAYDINWEVQAAVEALQVFGSRWTIEILSTLYIAGPRRFNEMKSLLEGISSRTLSDKLTLLAEEGLILRNVDVGPPVRVSYALSEHGVVCGRLLSPLVAHLKLHSGSVQ >KAH8333868.1 hypothetical protein KR059_004041 [Drosophila kikkawai] MLLRKLVSVVINLILIFKTSFAKESDEDDSKVYSGSILALGELREFENSHMDQLNNYIKTLQRKVETLRIFTDSVKHKNLESKASRFEYVSNPLNAFELMRRAHEDWPKWMTYLRAQEKDQDNQLLEIHKLLKRIPTAEDLQEASLGMYRIESFYNLRSTDMSKGLLAGQQLETQMCASECLALADYMFNKSEYRRAAQWYRLALNNIKEPTNRIALQIYKPNRAELRKKFVISRLHEGALDNISDYLEEVNQDPEIPLSHLKPIPPATAIEQGCRGEFPARPQLVCRYNFTTTPFMRIAPLKEEEISKDPLIWLYHDVLYDSEIAHFINLTSDDLSQGYADNYTAPINPDRVFQVKITDDDGGKMDKALVNRMTDISGLAMGNVSSLARANYGLGGYFQEHSDYKDPRIYPERISEGDSLITFLFYATDVPLGGATIFPAANLTIQPKKGSALFWYNLHNNWEPNPLTRHAVCPMIQGNRWIFTKSMLNYQQMFTKPCYK >NLN95163.1 50S ribosomal protein L27 [Bacteroidales bacterium] MAHKKGAGSSSNGRESHSKRLGVKIFGGQFAQAGNIIVRQRGTVHSPGVNVGMGKDHTLFALTDGKVEFKKRKNNKSYVSVFPETQE >MBI1386726.1 Rieske 2Fe-2S domain-containing protein [Hyphomicrobiales bacterium] MVEHGGSHVAAADHHHPRRCPHCLLSSSWVAATELLGCSHREAILEKIRCIFLPMSQISAVENGSEVVMGGDLMHDPAIVEQARRILGAEGLAQVFRPIEEAAGLPNAAYWSREWFELEQERIFRRAWVFAGARAEVPEPGDVKPIEVGGVPILIVHGRDGAIRAFQNVCRHRGMQLATEPCRKTTLTCPYHSWSYGLDGRLRARPHFHGPNRGETFREGGGSTLDLIPVRLSEFYGCLFVNVSGSAEPLESWMQPVVDSLAGYDLAAIRWAGKIDFEVEANWKLVYENYMEGYHVFALHPRLLKFAPMEARIPGAWIGNTFVNGYRFAEVEPGRGEGLPHYPGLVGEATHTGTWFLTMPHFAVEVFPDQFTVLVAYPEGPDRCREELHVFLIGEEAATGARYADARAEVLKMWEDLNNEDISILAGMQQGRRCPGYDGGRLSPHWEGPTLDYARRIIELTLKR >WP_021500824.1 adenosine deaminase [Escherichia coli] >ERE20395.1 adenosine deaminase [Escherichia coli T1282_01] MIDTTLPLTDIHRHLDGNIRPQTILELGRQYNISLPAQSLETLIPHVQVIANEPDLVSFLTKLDWGVKVLASLDACRRVAFENIEDAARNGLHYVELRFSPGYMAMAHQLPVAGVVEAVIDGVREGCRTFGVQAKLIGIMSRTFGEAACQQELEAFLAHRDQITALDLAGDELGFPGSLFLSHFNRARDAGWHITVHAGEAAGPESIWQAIRELGAERIGHGVKAIEDRALMDFLAEQQIGIESCLTSNIQTSTVAELAAHPLKTFLEHGIRASINTDDPGVQGVDIIHEYTVAAPAAGLSREQIRQAQINGLEMAFLNAGEKRALREKVAAK >NP_001257623.1 rho GTPase-activating protein 17 isoform 4 [Rattus norvegicus] >BAB85655.1 Nadrin-102 [Rattus norvegicus] MKKQFNRMKQLANQTVGRAEKTEVLSEDLLQIERRLDTVRSMCHHSHKRLIACFQGQHGTDAERRHKKLPLTALAQNMQEASAQLEESLLGKMLETCGDAENQLAFELSQHEVFVEKEIMDPLYGIAEVEIPNIQKQRKQLARLVLDWDSVRARWNQAHKSSGTNFQGLPSKIDTLKEEMDEAGNKVEQCKDQLAADMYNFMAKEGEYGKFFVTLLEAQADYHRKALAVLEKALPEMRAHQDKWAEKPAFGTPLEEHLKRSGREIALPIEACVMLLLETGMKEEGLFRIGAGASKLKKLKAALDCSTSHLDEFYSDPHAVAGALKSYLRELPEPLMTFSLYEEWTQVASVQDQDKKLQYLWTTCQKLPPQNFVNFRYLIKFLAKLAQTSDVNKMTPSNIAIVLGPNLLWAKQEGTLAEIAAATSVHVVAVIEPIIQHADWFFPGEVEFNVSEAFVPLATPNSNHSSHTGNDSDSGTLERKRPASMAVMEGDLVKKESPPKPKDSVSAAAPVAGRNSNQITTVPNQAQTGGNSHQLSVGTAHSAAGPSPHTLRRAVKKPAPAPPKPGNPPPGHPGGQSSPGTGTSPKPSTRSPSPPQQQQQQQQQQQQQQQQQQQQQQQQQQQQQTPGMRRCSSSLPPIQAPNHPPPQPPTQPRLGEQGPEPGPTPPQTPTPPSTPPPAKQNSSQSETTQLHGTLPRPRPVPKPRNRPSVPPPPNPPGTHMGDGGLTPSVPTASRIVTDALPGALTGGEGFQN >WP_200780455.1 alpha,alpha-trehalose-phosphate synthase [Klebsiella oxytoca] MSRLVVVSNRIAPPDDKKASAGGLAVGIMGALKAAGGLWFGWSGEIGDDQQPLKKVTQGNITWTSFNLSEQDHDEYYNRFSNAVLWPAFHYRLDLVDFQREAWEGYQRVNATLADKLLPLIEPDDIVWIHDYHLLPLASELRQRGVNNRIGFFLHIPFPTPEVFNALPPHAELLEQLCDYDLLGFQTESDRLAFLDCVSMQTRLTTRDGKKHVAWGKPFQTEVYPIGIDPEEIARSAKGPLPPKLAQLKSELKSVQNIFSVERLDYSKGLPERFLAYEALLENYPQHHGKIRYTQIAPTSRGDVQAYQDIRHQLENAAGRINGQYGQLGWTPLYYLNQHFERKLLMKIFRYSDVGLVTPLRDGMNLVAKEYVAAQDPQNPGVLVLSQFAGAANELPTALIVNPYDRDEVAAALDKALTMPLAERIARHSAMLAVIKENDIHRWQERFIADLKEIEPGSEESHLERKVATFPKLA >KAE9803106.1 ead/Ea22-like family protein [Escherichia coli] >HBD6312189.1 ead/Ea22-like family protein [Shigella flexneri] >HCN5100477.1 ead/Ea22-like family protein [Escherichia coli] MTAINYQALREAAEEEIMLRTASDTSDNWQDLATPEAMLALLDERERNQQYIKRRDQENEDIALTVGKLLIENGRLVADTLRHLADNEIDSDYFAITSTNENGTEIDHEMAITDYALQAAGTVDELVAALESAEKRIAELEAREISLPERSSMLHRTDFHEDYQTVMAYKVSEVIAAIRAAGIRIKGE >NEQ48723.1 succinate--CoA ligase subunit alpha [Leptolyngbya sp. SIO3F4] MSVLVNKDSRIIVQGFTGGEGTFHAGQMIDYGTNVVGGVTPGKGGQSHLDRPVFNTVSDAVKETGADVSILFVPPAFAADAIMEAAEAGIGVIVTITEGIPVNDMVTVKEYISKYNTTLIGPNCPGIITAEECKVGIMPGFIFQKGSVGIVSKSGTLTYEAVDQTTKAGLGQTTAIGIGGDPIIGTTTLDAVKLLMADDETEGIIMIGEIGGQLEAEAARWIQANGTKPVVGFIAGETAPKGRTMGHAGAIVSGEEESAQAKKKILRDCGVHVVDSPADIGATMASVLK >WP_283179095.1 sigma-70 family RNA polymerase sigma factor [Gemmobacter sp. 24YEA27] MTLRPRLLAMAQAQLGNRALAEDLVQDTWIRLETAQSDSSIANAAGFVSQVTKNGIRDHFRKERRRAEIDAEVRDLLWEQSDEVSAERAVMGRDMLARVQAALEELPEKTRRIFLMNRIDGVPHRKIAQRLEMSDEAVYYHIRRALEHLADLRDAMND >WP_265896212.1 type IV pilus secretin PilQ [Larsenimonas sp. GH2-1] MTTMRAVLQWVMLAGVWCLLAGSAWGATLDAINVSADSRERVFLDLHFDQMPPAPQSYSLASPWRYVLDLAGVDNGLASARVPVKRYGVDDVVVSGNRSKLRLVINASRPYQVSNTATGNVLRITLMPEDAAGNASSSTGSGVGSPAPVASSPASAIQQVTSIDFKRGDDGRGRLLIELARPGVDARLESTPRGAILVLPETRLPRAWDQVLDVTDFGTPVSRVTPAVEQGDTRFIIAHDGGTPLVAQQGRLLTVDIPPRPSRTASSAPAAQRDYAGQLITLDFQAIDIRAVLSLLAEEGGLNLVVSDSVQGSVTLDLQNVPWDQALDIVLKSKGLASRQEGSVLMVAPADELVSLSQRRMAADQNAMQLAELAMDYIQVRYARAEDLALLLKGEEGMGLLSPRGRVMVDPRTNTLLVRDTREQLAQMRQSISRLDIPVRQVQIEARIVIARESVTNELGVRWGASKSRVPGSGINVSGASSGIAGNGGLAVDLGSDNNPTTSFSFGYLSGDVLLDLELNALETEGKSQTISQPRVITANQRKAVIKQGQEIPYQESTSSGATNVAFKEAVLSLEVTPQVTPDNRIIMDLLIKNDDVSSTQYEGAPAIDTNEIQTQVLVNDGETVVLGGILSTEQLRNLYKTPLLGDIPLLGHLFRYTEESNSKVELLVFITPKIIDDSLIR >EDA9915590.1 APH(6)-I family aminoglycoside O-phosphotransferase [Salmonella enterica subsp. enterica serovar Typhimurium] MFMPPVFPAHWHVSQPVLIADTFSSLVWKVSLPDGTPAIVKGLKPIEDIADELRGADYLVWRNGRGAVRLLGRENNLMLLEYAGERMLSHIVAEHGDYQAAEIAAELMAKLYAASEEPLPSALLPIRDRFAALFQRARDDQNAGCQTDYVHAAIIADQMMSNASELRGLHGDLHHENIMFSSRGWLVIDPVGLVGEVGFGAANMFYDPADRDDLCLDPRRIAQMADAFSRALDVDPRRLLDQAYAYGCLSAAWNADGEEEQRDLAIAAAIKQVRQTSY >TIU74829.1 ABC transporter permease, partial [Mesorhizobium sp.] TTILQFSTILALVGLGQGMVILAGGTGIDLSVGGAVSLSAIIAMLSLKLGLPPVLLPAVCILAGAALGALNGLLVNGLALLPFIATLGTFFVYSGVALAVTGGAAQPGVPGWLLVWGRGVVAGIPVPFLTLAIPCFALAGLGLMATAWGRWIYAMGFNERSARLVGIPVDRVRFILYALSGALAGAAGLVSLAWLGSGRPNIGQNLELESLTAAMLGGIAITGGRGGVGGVFAAVLLLVTLKTGLLQLNINTVWQVGIVGALLVFVLLADRLSQRWRS >NLA37038.1 flavodoxin-dependent (E)-4-hydroxy-3-methylbut-2-enyl-diphosphate synthase [Actinomycetia bacterium] TEAGPGSSGLLKATAGIATLLAEGIGDTIRYSLTADPVEEARAGRQLLEALGLRERKNVDLISCPSCGRAEIDVIEVAEAAQKAFGDREIPLQVAVMGCVVNGPGEARDADIGIAAGNKRGHLFVRGTNVAVVPEDEMVDTLVEWAEFIMEHGVERALARGDLKAAKEAAEKDRSMLLAEQGDDANASEQRVELIRKL >XP_025606354.1 putative UDP-glucuronate:xylan alpha-glucuronosyltransferase 3 isoform X2 [Arachis hypogaea] MRGPSPGIVEPRHRLSTSIRQTFVSKWNREPDGIDPRYLSTINIEWDQISEVLKYLKDKDTYQGVGLLNFNESEIDHWKELLPEAEHIALELNYASNNITWEVLYPEWIDEEEEYEFPKCPTLPKIQVPGKPRIDLIAIKLPCNKSGHWSRDVARLHLQIEAARLASSSKGLHPVRMLLVTDCIPIPNLFTCKELVKREGSAWLYEPNLNTLRDKLQLPIGSCELAVPLKAKENFYSERPQREAYATILHSAHVYVCGAITAAQSIRMAGSTRDLVILVDESISDYHRGGLEAAGWKIHTIQRIRNPKAEPEAYNEWNYSKFRLWQLTDYDKIIFIDADLLILRNIDFLFQMPEISAIGNNATLFNSGVMVIEPSNCTFQLLMDHINEIVSYNGGDQGYLNEIFTWWHRIPKHMNFLKHFWEGDEEEKKVMKTRLFGAEPPILYVIHYLGNKPWLCFRDYDCNWNVDILQEFASNVAHARWWKVHDAMPENLHKYCLLRSKQKAALEWDRRQAQKANYSDGHWKIKIKDPRLKTCFEDFCFWESMLWHWGEKNWTDNSTVSSPPVVKTKSLSSL >WP_100161462.1 lytic transglycosylase domain-containing protein [Pseudooceanicola lipolyticus] >PJE37862.1 lytic transglycosylase domain-containing protein [Pseudooceanicola lipolyticus] MEHSAEAEVVLASLDATPPSSRDDTLSLIRTTAVRHQGNRALRQVSLDADDWQILFRALVEAESSYNPTAVSPKDAYGLGQLMPDTARALGVDPRDPSQNLDGAARYLLAQLGTFKDIDLALAAYNAGPHRVVEYSGIPPFIETRDYIARIHRIRSRLAGTPVSAPDIRVADRVPARAPVVIDLQ >EAL7285322.1 hypothetical protein [Campylobacter jejuni] NVSPHGSGRNAMENFYTKNRIHFKQLCWANSGYDRYSVNFDSLVKNDNSYSIIMLSEYHFLDMDKFFSLIGKTVPVLLFVRDPISVIKHVINGINFYDNLEGKNITLNDTDFDSLLDTLRFWKYDKDNGTVVGEWSWSKFPHLKNLKPYLRAGGIENSNFFQNSILKSLKHCKKQIYFIDINDIHKDKIHQTMYGICKKFKFDLKANFNDYADQIYTPINALLPFTLHIRDDIKLVITTYHKNKCDNIKNYIDDF >OAV67199.1 hypothetical protein Barb4_02569 [Bacteroidales bacterium Barb4] >OAV74093.1 hypothetical protein Barb7_02455 [Bacteroidales bacterium Barb7] >OAV75584.1 hypothetical protein Barb7_00796 [Bacteroidales bacterium Barb7] MRQGQNNSDEIRKYRRELYSKFFLDLAKMVFAAFVIGIGMTMFSGSSYSGITFGDYI >MCI6491833.1 5-(carboxyamino)imidazole ribonucleotide mutase [Prevotella sp.] MTPLISIIMGSTSDMPVMEKAMQFLNDQKIPFEVNALSAHRTPDAVEQFARSAESRGIRVIIAAAGMAAALPGVIAASTTLPVIGVPIKGMLDGLDAMLSIIQMPPGIPVATVGVNGAMNAAILAMEMLALTDPDIAARLKQYKAGLGAKIEKANRDLADVKYEYKVN >KAF7644169.1 hypothetical protein LDENG_00226550, partial [Lucifuga dentata] MVLSVRLPDEQQALVTQTLMIKQHKTFLHLDGSSLVFDDIFKLASFYCVSRDILAVPLRLPRAISTAAEREKLQIISAMGADFWTSDLNQRSHEVSCDQSNLYLYVNPLTVEENTKSHSNISTPENITSPNINSSLQNRESPQKDISEVKITNMEERLPKYKRPPPRPPSLGSGSAMGLLFSSSSSSSNPSVIGSSSTPVADRKEEGRTGGVDKKERKSASTPAPPLRPPIPPQSRAALRLPPAPLRRTSSKKSTDQEGGEPMKRDKEQNPVKITEKEGGGEKREEKTGSKSTLMGDMVSHNSENSLHSNQLKEEVKPSTINQEEVKTEREKATEKEHGEKKEEKDKEESKQHMSGKKPSRPVPPPRRKQPSQDAPVFSNTAAGGSANQAAGMKMARPSPAGRPDVSLYSPQGSAVLGTDPDSCSTSSTEEEGESTNQKPEQNHTRCAESCSSKAAVKRTPTTVMLDRARYRLSTVFSGFISHDRRLTQRIVELXTVFSGFISHDRRLTQRIVELARDPLSYFGNLVKEHRAFTLETMSNHTSSTELLQEIRQMMTQLKSYLLQSTELQVIMEPQHQYARDKLESMVEAALCKSVLKPLREPIYQSLEKLRTEDGNLQQLAQNQ >WP_046234935.1 IS200/IS605 family element RNA-guided endonuclease TnpB [Paenibacillus algorifonticola] >SFE22069.1 transposase, IS605 OrfB family, central region [Paenibacillus algorifonticola] >SFF21653.1 transposase, IS605 OrfB family, central region [Paenibacillus algorifonticola] MLKAFKYRIYPNQDQQQFFAKTFGCVRFIYNKMLADKIEHYKLTEKMLNNTPAPYKKEFEWLKEVDSLALANVQMNLEKAYKNFFRDKSVGFPKFKSKKSNHFSYTTNNQNGTVYIDDGFIKIPKLKSKIKIRQHRYFEGLIKSCTISKTPTGKYFISILVETVVEQLPANMNKIGVDLGIKEFAITSDGETFKNPKWLRKSEKQLKFLQRSLSRKKKSSKNRNKARLKVAKMHEKIVNQRKDFLHKTSSMMINENQVIVMEDLKVKNMMQNHKLAKAISEVSWSMFRHMLAYKAAWYGRDVMIAPKHYASSQLCHVCEYKNAETKDLSVRQWICPSCGEQHDRDINAAKNLLKLAM >MBQ8156531.1 ParB/RepB/Spo0J family partition protein [Candidatus Saccharibacteria bacterium] MSLGKGLGRGFEALIPTDLVDEEFDLTAKEDKKSSQLKELKIEDVIRDEEQPRREFNKEAIEALAASIKEHGVLQPIVVTKEDGKYKIVAGERRWRASKIAGLTTIPAIVRTLDSQNRLELSIIENAQREDLNPLELATAYAKLKSQFNLSAEEIAAKVGKSEQTVQNTLRLLNLPEEAKQIMVKEKLTEGVMRPLLSRDEKTIMKVLPRIAAEGWTARKVERYFATTKKQSSVAAIKRLEFRKEEDALTAKYNSVARISGRSLAFKCKNEAELKALIQKLLV >WP_137607852.1 hydroxymethylglutaryl-CoA reductase, degradative [Lactiplantibacillus daoliensis] MTADFRHFYQKSWAERTAIVAAQTQLSPAETALFKKYYAPQHSEIIENYLTDYPLPMGLAVNFVIDGQPVVIPMVTEEPSVIAAASNGAKIVKRAGGFKTTLTKREMVGQIVLEQLTDTAKTAAVIMANRDDLLAVADDAHPSLKKRGGGARQLRTRDLGQGYLSIDLFVDVQAAMGANMLNSMLEAVAKSIGVLTKTNALMSILSNYATASLVKATCELPVSLLQAGRYSGKLVAQKIASASTVAQLDPYRAATHNKGIMNGIDALAIATGNDWRALESGSHAYAAKDGQYRGMSTWTTDGQTLTGTIELPLPVGVVGGSIKINELAQLNQRILGISTAPELAKIMAALGLAQNLAALRALVTTGIQQGHMHLQLKSLALAAGATAVELPTILQQLEQAPQQDLATTQHLITKLRQSKEENDD >WP_277858638.1 arylsulfatase [Paludisphaera sp. Pla2] MKSAILHTLSVLGVVAALGSVAEAGGLQGAKKPNIVVIWGDDVGQSNISAYTMGLMGYRTPNIDRVAREGMIFTDYYAEQSCTAGRASFITGQHGLRTGMTKVGIPGSPLGLQKQDPTIAELIKPHGYATGQFGKNHLGDLNAFLPTVHGFDEFYGNLYHLNAEEEPELRDYPKDPAFRQKYGPRGVLDSKASDVDDPTVDPRFGRVGKQTIKDTGPLTKKRMETIDDDVAARAVDFMERQAKADKPFLLWVNFTHMHFRTHPKPESIGQSGRWQSAYHDAMIDHDKNVGTVLDAIDRLKLGDDTFVMYSTDNGPHMNSWPDAAMTPFRNEKNSNWEGAYRVPCMVRWPGKIKPGSVSNQMIGHHDWLPTFLAMAGEPDVKEKLLKGHTVGDTTYKVHLDGYDMTPYLTGQAEKSPRDSFIYCNDDQQVTGLRFDNWKLVFMEQRVQGTLRIWAEPFTTLRVPKMFNLRTDPYERADITSNTYYDWMLDHIYLLVPAQDYVGKFLMTFKDYPQRQKAASFNLDEVLQKLKEGAGSK >WP_011512097.1 glucan ABC transporter ATP-binding protein/ permease [Nitrobacter hamburgensis] >Q1QH37.1 RecName: Full=Beta-(1-->2)glucan export ATP-binding/permease protein NdvA [Nitrobacter hamburgensis X14] >ABE64460.1 glucan exporter ATP-binding protein [Nitrobacter hamburgensis X14] MSMLRLYTRVLELLGKEARLGWILAGANLLLAGAQFAEPVLFGRIVDVLSGSPAAGPFGMTSTSPWPLLAVWVVFGLFTILCGVIVALQADRLSHRQRQAVLTGYFEHIMQLPLTYHAGTHSGRLMKVMLQGTDALWRLWLGFFREHFAAMMSLVVLLPLSLTINWRLAILLFALCIVFTMLTTLVVRRTFDMQNEVEAHFSDLSARASDALGNVALVQSFVRVDAEVQGLRFVVDKLLAAQMPVLSWWAVVTVMTRASTTITILAIFAVGIVLNQRGMTSVGEIVMFVSFATMLIQRLEQVVSFINSVFMEAPRLKEFFNVLDAVPAVRDRPDAIDAGRLQGLVEFHDVSFSYDGKRPAVEDLSFVALPGQTIALVGPTGAGKSTAVALLHRAFDPQSGIIKIDGMDIRGLTLASLRRNIGVVFQEALLFDRSIAENLRVGKPDASEEEMRLAASRAQALGFIERADRKFDTHAGERGRMLSGGERQRLSIARALLKDPPILILDEATSALDAVTEAKVNAALDEVMKGRTTFVIAHRLSTIRNATRILVFENGRVIENGTFDELLARGGHFARLAKAQFMTQDGSRIGQPS >WP_118155356.1 outer membrane beta-barrel protein [Prevotella copri] >MCF0068412.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9459380.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9502602.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9505495.1 outer membrane beta-barrel protein [Prevotella copri] >MCP9508490.1 outer membrane beta-barrel protein [Prevotella copri] MKRKVLNRLCAFLLFIGLPILSYAQNTVIKGKVINNNGDPLSFVNVSLLNTRDSSFIQGTTSKTDGTFELISKSKEGIVKISSIGYKNFFRTFRNSETWTIELQEDSLKLNEVVITSQSLRSFGNKDQIFLSENDRKIGTNALETISCLPQFKTNPAEIGITTVDNKSVLVLIDGIRRTARDLMLLKPNDIKYVNYYSYPPARYAHEGIGAVIDVVTKKQNDTLYTFYLSTKNGVNAGYGTNLASMTYQDSLNTISAAYFIDYRDLNSNLMNNSYRYGNKSNIYQGTSGVYVGQFHIGQVNYQHSQGKSLFSSQIEFTKNPGTQKYEQNINDAENISNSRRLKSDYNGLSVDLYYHYSFNKDKNISLNVLNTFYKSNSNNILNDCSSQKLENNIDNKSYSIIAELLYNCKLFNGSFGLGAYYLYKNFSQTYNVDSFSKVGTQKEYFYGEYSKGVSNFSYTFGVGIENNHYNTADKKSFDYWVLRPSLALSLQCTKLSSLRFTSSIRSIVPNVGNLTDSKVAIDEHFFLQGNMGLKPYYVYGTNLQYQYSSNDRKWYFVASVSNDFYPSKNVPVIASYGDDMIESISRIKNANELSTSVSFRYQPASWINIQPYYNYQYSKYDTPNQCIRHSMHNTGVSVNLLPKKWQISWNGNFPTTTANGDIFQQTGFQTTTSILYKIKSISLGVEYIHNPKPNRTYASIKNFSFEEETKWNNFKNLIAVNFTYYFTKGKGHNQGSKRLRNKDQDAGLTQFNTAK >NPV11463.1 MotA/TolQ/ExbB proton channel family protein [Ignavibacteria bacterium] MDLLTGFLKGGLLMWPILLCSIITIGIVIERYFVLRQASVNVPRFMIQIRELMKKGDIVEAINYCSEYNSPIANIIRKGLSKYHFGMERIKESIESAGKQEIYKLEKGLSVLATISGVAPLLGFLGTVTGMISAFMRIESLGGNASPSDLAGGIWEALLTTAFGLSVGIIAYLFYNYFVTRINKLISEMEITSTDFIDVLYEKEHGKMK >MCE0539567.1 histidine kinase [Kineosporia rhizophila] MLLLRLGATLMLVVAAVLIDPHPRRLLLGTLVAAVVTTAELAVLVRRPAAVVHWPFFVVLELAAGAAIVALMQGGPVFFSFSCGSAAVFGVVAGLRAWPVWVAQTVAAYAVVAWIVRLGNDGAPVPATLAVYLTGVPTLYVLIGLAAATARAAVVRHVNLARSALDATERSAVAAERTRMARELHDSVEKTLRGLSFAAGSLPDAVHQRPQLAAELARTVAEGASTAADEARELLGMLRADDLDATLAEALERACRDFSARTGLPVHTDLADLAELADLGDRTGRGRGGRGGGLARPGQVGSAEVDLPVRHEVLRIVREALGNVARHSGATQAWVELALEPRTLRVTIGDNGRGFTVPADLTALSAAGHYGLVGMAERAQQIGGRLKVFSGADLGAVGGTQVVLWTPAAGGGPASERVRP >WP_146646172.1 MlaD family protein [Labilithrix luteola] >AKU94608.1 Paraquat-inducible protein B [Labilithrix luteola] MAATTNQYKLGLFVILGFLAAVTAAIALGALSSRKEKIVYYTYFNESVQGLDVGAPVKFRGVTIGHVSEIAVAPDHRQVEVAQEINVQDVERMGLTGEGFPTKRFLVPPDLRAQLGSQGITGVKYVSIDFFDPRVFPPPVLPFPPPANYIPAAPSLVKNLEDSVQKAIERLPELLDSITVVIGRANRILASFEDAGVSDHAASTFIRAEEVLAVLRSSILHIDQAHLGDRASETLTEAKAAVAKLNVLLEKFDGNEGILAAAQRTADSAAQLGNDARGTTRELESTLRDVGEAAQAIRSLAQALDRDPDILVKGRSQAKGKSP >MBQ3906581.1 hypothetical protein [Lachnospiraceae bacterium] MLKLGGSQKLIVGYDLGWDYAQISYCSASGSPVETVSLVAGDESFCIPTVLCKRPGMNQWYYGKEALQHEAEEQGILIDNLLQRAIDAEPIRIEGTDYDPVSLLALFFKRSLGMLSAAAGTDKIEALMITCDRMDNMVTAVLDKVAQTLRLKADRISYQSHQESYYDYLVHQPGDLYKEPSILFHYWQDRMICYRMECNRKTKPVVTFIHREEEEFPSRQSMSGKEDMGNQLLDLTFLEMVKEKLGQGRIASVYLIGDDFSEDWLKSSLKFLCDRRRIFLGNNLFSKGACLGMLEYYKPSEQASNFVFLGEDKLKSNIGMNAYRQGDSTYVALLDAGTDWKSAQASVEFYLRGDQTVELVSTSLVGGGKTTDPVTLEGLSGDIARIRMTLCMKGENLLHAEFTDLGFGEFRPAENRIWEKDFRVD >WP_060137083.1 hypothetical protein [Burkholderia territorii] >KWA18560.1 extensin [Burkholderia territorii] MTSTRKTLMIAGGLLVAAAGTGYVMLLRADHRAMAEAGIGDAAAPAAAVTAANDGHTAQGTIAPPAAVAVPSTHVDRAVPQQAAPARTSGAPASAAVAPVIAAQAPPAKPSAPPPTVHVVTVEPEDATPKQARPAQSVKAPAQAAQSVQTAPPVQAAQATGPSSLAEQPTRRAARKRDGLERHAAAAPAMKAETPETAALVRESAKLDPSLPPPRYVPTQMATPGADRQHTSTGANPVAAAMTDQLVRQSSSFKAATPANAESGAAQ >XP_047334060.1 serine/threonine-protein kinase BLUS1-like isoform X2 [Impatiens glandulifera] MGRMGRGKSYSANSNDYKLLEEVGYGASATVYRAIYLPFNELVAVKCLDLDRCNSNLDDIRREAQIMSLIDHPNVIKAHCSFVVDHSLWVVMPFMAEGSCLHLMKMAYPDGFEESAICSILKETLKALEYLHRHGHIHRDVKAGNILLDSNGDVKLGDFGVSACMFDKGDRQRSRNTFVGTPCWMAPEVLQPGTGYDFKADIWSFGITALELAHGHAPFSKYPPMKVLLMTIQNAPPGLDYDRDKKFSKQSFKEMVAMCLVKDQTKRPSAEKLLKHSFFKNAKPPEVSVKKLFSNLPPLWDRVKALQLKDAAQLALKKMPSAEQEALSQSEYQRGVSAWNFDIEDLKIQASLLQDDDGIQEFKEEDECMKFGVNNKDVPNMKCGVGKSNSKSDIVFSELINVGEAQSLCFNDKRKTPEIELLDSKISPEKDIVQQKSRTTGKNRQSQSGPLMPGVVLTHSTSEMTRAFERFENNSQSLVDKNQHDIRRAPSFSGPLMLPNRASANSLSAPIKSSGGFRDSLEDKTKSNLVQIKGRFSVTSENVDLVKDIPLCTVPRCSQGSPLRKSASLASVGDWIFDARQMPTKEVCNTNMVTSLLMPHLQNLLQQTSIQQELIVNMLNNLQPGEIVEGEWKEASPNGKLPPLPRSSDSNGNVESVVSDREGVLLLKISELQARMRELTEELSVEKQKYLHMHQQLSALTIQEEETDSTRETEAVDA >AWW49543.1 flagellar biosynthesis protein FlgI [Polynucleobacter paneuropaeus] >MBT8542937.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] >MBT8575267.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] >MBT8580122.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] >QWD11945.1 flagellar basal body P-ring protein FlgI [Polynucleobacter paneuropaeus] MLLLNRTHRFSLFRADKSPQWLKSLVVFLVVCAGFLASMVIAPTAHAERIKDLANIQGVRSNQLIGYGLVVGLDGTGDQTTQTPFTLQSTLNMLQSLGVTLPPGTYSQIQLKNVAAVIVTANLPPFAQIGQNLDVTVSAMGNAKTLRGGTLLLTPLKGADGQVYAMSQGNVVIGGASASANGSSATINQLNAGRISAGATVERTIPNNLLGMEMVSLELRHSDFSTASIVTSAINKRFGKPIAFAQDSRVIQIDPNTVENGNRVQFLAALESIDVIPAKGEAKVILNARTGSIVLNQTVELENCAVAHGNLTVVISTTPVISQPSAFSNTGTTVEAKVSQVSLNQDPGNVIQLAGGASLSDVVRGLNAVGATPQDLVAILQAIKAAGSLRAELEII >WP_130528929.1 transcription-repair coupling factor [Aliarcobacter butzleri] >RZV15962.1 transcription-repair coupling factor [Aliarcobacter butzleri] MKNIYEFLKNLKDEKRLKECQLLIVNDDRQAQIASDIVSYLGFKPFLLADFRANFGDDLLSFSEELHEITKTLGDFYSYKKQDKILISPIRTISYPLPKEKCFESFTINFADRLNLDELKSKLYNWGYYFVDIVTSEGEVSLRGDILDICPLGSDFGYRVSLFDDEVESIRKFDIEDQKSSKEEIESFSINPAFLALDEATFEEINEQIQTVSSDAFIKDIHSLGFWYLGELGEYLPQKMSSFITQDALDELEEVYVFEEKRVNKDKFLLTPQIYNSKNYQEINPANVKEFISFHNDKKITIISGSEAKVKGYDLDLSDKNINYVFENYILNLVSDDEVIISLNKEVKKRRKKKVKLVLDELQYNDFVVHEKYGIGQYKGIEPVTVMGAKRDFVIIQYQGEDKLLVPVENLDLIDRYVADGSSYAVVDKLGKGSFAKLKEKVKDKLFAIANDIIKLAAARELVNGIKINTDKKVLEDFQKSAGFEYTKDQKRSIKEIFDDLSSGRVMDRLLSGDVGFGKTEVAMNALLAVILDGYQTIFVCPTTLLATQHYHSIQKRLESFGIRVAKLDGKTTAKEKTSIKKGLENADIKLVIGTHSLLDIKTSNLALVIIDEEHKFGVKQKEKLKQLREDVHIFSMSATPIPRTLNLALSKLKGMSSLLTPPSERLGVRTYVKEYSEKLIKEIILREKRRGGQLFYVHNNIASIEAKKKDIEAIVPNIKIDIIHSQIKPEQAEKIIEAFENKEFDILLATSIVESGIHLPNANSIIIDGADRFGIADLHQLRGRVGRSNKEGYCYYVVEDKKSITDDAVKRLVALESNSYLGSGTALAHQDLEIRGGGNIIGEAQSGHIKQIGYGLYLKMLEDTLATLSGDEKSEKKTVDIKLAISAYISDEYISEDRVRLELYRRLSKASDIQEVYSIEEEMEDRFGKPDIVTKQFIELIIIKILALKLGIQTISSYEMNITFTKADDTKESIKSPSKDDDDIINTTLRYLRK >EIC6151294.1 transporter [Salmonella enterica] MQDDTLPLNNSNATTTPLSTRLPFTKYDFGWVLLCIGMAIGAGTVLMPVQIGLKGIWVFITAFIIAYPATYIVQDIYIKTLSESETCDDYTDIISHYLGKNWGIFLGVIYFLMIIHGVFIYSLSVVFDSASYIKTFGLTEADLSQSIIYKVAIFAVLVAIASGGEKLLFKISGPMVVVKVGIILIFGFAMIPHWNLDNISAFPAASVFFRDVLLTIPFCFFSAVFIQVLNPMNIAYRKREPDRVLATRMAIRTHRISYITLIAIILFFSFSFTFSISHEEAVSAFEQNISALALAAQVIPGHIIHITSTILNIFAVLTAFFGIYLGFHEALKGIVLNVLSRIMDVKNVNPLLLTSGICVFIVVTLVIWVSFRVSVLVFFQLGSPLYGIVACIIPFFLIYKVAQLEKLRGLKTWLILLYGILLCLSPLLKLIE >MCE2507101.1 fibrillarin-like rRNA/tRNA 2'-O-methyltransferase [Nitrosopumilaceae archaeon] MEEDNPSFFWIKSEGQQKLATENLVPGNQVYKEKLIIKKGVEYRLWDPFRSKLAAAIMNELEDFPFENKTKVLYLGASTGTTVSHISDIVGPSGIVFAVEHASRVARDFLDRVATYRKNIIPILQDARRPKEYFSVFGKVDIVYVDIAQPDQTEIAIDNCEMFLKKGGYFFLVIKTRSIDVTKSPKKIVEEETQKLQSRFEVLQSIDLHPYDKDHAIVIAKFRG >WP_271268402.1 carbohydrate porin [Silvania confinis] MRMNTLALLVSACFPASLLAATPTVSVDEKFAQLEARLANAEARAAKAEAQIADLQQIQRPNAVSVESVEPATTLAPKLTLSGYGDIRFYGDVEFNMDAASRSGSLTSMKTSANKDWAPSNNERWDINGRLLLGFDGYRRMDNGQFAGFSVQPLADLTGKMNLDDAAFFFGQENDWKIKVGRFEAYDMFPLNQDTFVEYSGNTANDLYSDGYGYIYMMKEGRGRSDSGGNFLLSKTLDNWYFEVNTLLENGSSLFVDKQYHGMTLDNDKNVAYVRPVIAWSSGRFSSALAMESNLVNNAYGYRDAAGQWIDQSDRTGYGLTMTWNGQKNDPDNGMVLNLNTAYLDASDETDFSAGFNGLWKNLELGYIYAHNEVDKFNTAGLNDDCDGDCWITDPGEYDIHTLHASYLIPNVMKMKNFNIYLGAYASWVEAHPTDGSNDTDARYGGRVRFKYYF >MBO6554759.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6613941.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6673370.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6927828.1 UvrD-helicase domain-containing protein [Roseitalea sp.] >MBO6953803.1 UvrD-helicase domain-containing protein [Rhizobiaceae bacterium] MQAMDRIEATRARAADLHAERTSKGGDPTNPYEFALHEARDRDIEVRKLPAGHPQLTGGRALFQRHAGVILHEDTGSAFLDAFLVAHELGHDEFGGLVDIPPVMSIDPARSADPSSVGADRVVDYSNRARQEVQMDLFAREFLFPRALAWSWHIDGALSAKAIAERLGAPYDMVAVQLFDAVLLPQTESNEEAAPAPKPLNDEQKRAAEHDGKALLLKAGPGTGKTQTLVGRLSVLKDRGVDPESILLLTFSNKAAGEMTDRAMAAWPEAAGSAWIGTFHSFGLDLLRRFHDRADLPPDPRLIDATEAIALLEDEFPRLRLTHFNDLYDPTDNLRSILSAISRAKDEVVDNHQYRALAQQMADAAETEEERIAAEKSLEIASVYDLYEQLKSDRCAVDFGDLVARPTALVETDDAVRAQLQSRYEHILVDEYQDVNRASVRLLRALKPEGENLWVVGDAKQSIYRFRGASSYNIDRFETDDFPGGTSAQLSTNYRSSQEICDAFREFARTRMDATDFEANAFKGTNGVAPSFVSVESKDHEIDEIAARITACKDTIPFRSQAVICKGNARLAEIASGLEARGIPVLFLGPLFDRPEIKEALSLLSLVIDPRAMGLTCVASMAPFQMAIEDVSLAIEEIRGANKPLPLDWRDILTAIPGLTEGGQVSAKALVDALAGIEPTATPWQIITKIYLDRTRLAADIATQAREGNANPALALWQFQNFLRSALPEKSGYPIRDLLEHIRRLVILSDERDLRDLPNAAQGLDAVRLMTIHGSKGLEFKALHLPALTSGSIPRSANQSRGLAPPDGMIEGAPFRGSEAMKAGHDEEQRCLFFVALSRAEEHLTLYAPNKQSNGRRQSRSSFIDDISGTLFEASPISTPINVSVSGERFTLEVDGIARVSPSQLATYEKCPRRFFFAHVLQVGGRRTESAPMRMHNAIQVVIDELTGRLNDVPDEAELQAIMDAAWTAHGPIEHGYASEYRQISDQLLQFFFQLREGETRRTPQSLSLRFGDAEVVVTAHEEIETEHATVFRRIRTGRKTSTAVTALDAAAFQIAAEGRGEAEFVYLTGRSQDRLAMKSGQLGNKKATIADAAIAILEGRFPPKRSDRCARCPHFFICTPPPSGTLRKKIGIRLPDSS >WP_168738097.1 ABC transporter permease [Chitinophaga eiseniae] >NLR78717.1 FtsX-like permease family protein [Chitinophaga eiseniae] MSTALCAALLLSVTAYREWTFDNFHENSDHIYQIVSEENNGGTIRKSSSISVPLSAAIQKEIPGVKAVTFMAGYSLPVRYGNKHFYLDTEKVNASFLQMFTFPLVKGNKQTALQQLNEVVLTENSAAAIFKQEDPIGKTIELNLSGKWQPFIVSAVAANLPDNSGISFELLTRFENEPDYATYKSDWNSSNFPLFVQLEPGVSKASLEKNIVPLLHKYYKGRIEDMQKGGAGAKGQDVFFMKALSMKDFHLDERSSFYSGLNTFYPWLMIILAVLIIAIAGINFINLSIARSFGRSGEIGLRKSLGAMDRQLLLQFWAESFLLCCFAFVLSIGMMLVLLPYYNRTFGHNISLHIFRNIWVLLGVLAGFFLVTLLAGGLPAWKVARLNIVEVLKGKLGMGKSSALRNGLIIIQFVVAVVLISCTSIIWQQLNFIQSAPLGYNATQVISVPLDNATPANIAAMRSRLAEVPEVKSVTAGMLNLGMGKDGSSGNWTRGFEYQNKQITTQCLVVDYDYIKTLDLKMLSGRDFSRDYGTDSTAVVINEKMAKLLDVADPVGTQFSMDEGKPLHVIGVVKDYHYESLRKGIEPLVMIINEPTALNYIFVKVETPNSVSAINKISAVWKDINPLAENAASFLDENTQRMYRQEQRFSRIFMTGAVLAVIISCMGLFAIAVMVMTQRQKEIGIRKVLGASVSGIVLLLSKDFLRLVLIAVLIAAPAAWYFMDRWLERFQFHINIQWWVFVLTGLLAVCIAFITVSMQSVKAALANPVKSLSSN >MBO4925134.1 TetR/AcrR family transcriptional regulator [Clostridia bacterium] MPPKVKFQKEEIVRAAMNVARKKGLDAVTAREVAKELRVSVGPIFTWFETMDQLREAVCTQAKELYRTYIRRGLAGPISFLGVGQQYIRFAREEPELYKLLFLARPGGAMEALRLSQDLARESLMRIYRMDAETADSYFRDLWLVVFSFATLIVTGECPYTDGEMSAVLSEISLAVCKAYKEIPGLREGRYDKDRIFSELVKK >WP_258700041.1 cold shock domain-containing protein CspD [Pseudomonas sp. B21-015] >UVM52528.1 cold shock domain-containing protein CspD [Pseudomonas sp. B21-015] MSGVKDNETVKGTYKGKVKWFNNAKGYGFIIEDGKNDDLFAHYSAIQMDGYKTLKAGQPVVFDITQGPKGLHAVNIGAAQDIHSVVAPAGQQTVTA >XP_029728184.1 E3 SUMO-protein ligase PIAS3-like isoform X4 [Aedes albopictus] MYQQQYANAVQNDNRGGQVHANGIVPIPYPEATPNPGYPIHPDVKLKKLAFFDVLATLLKPATLVPSNTTQRIQEGSFFFHLTPQQATDIATNRDIRNVNKIEHTIQVQLRFCLLETSCEQEDYFPPNIVVKVNNKLCPLPNPIPTNKPGVEPKRPPRPVNITPNVKLSPLVANHIAVSWCTEYNRGYAAACYLVRKLTSSQLLQRMKTKGVKPADYTRALIKEKLNEDADCEIATTMLKVSLVCPLGKMRMATPCRSSTCSHLQCFDASLYLQMNERKPTWNCPVCDKAAIYDNLVIDGYFQEVLASNKLSSEDNEIQLHKDGSWSTHVKSNDSCTLDTPSKPVQKVEVVSDDIEIITTDPPKSSINQASVISSSEPSSTTAPSSDTVDLTLSDSDDDLPLKRKTVTRTAAGPGQGGTNVTTSSATTAASATSSAMTVATATASAVSKPKMNDVVLENSDIVSEEMMDSETN >WP_263620371.1 ABC transporter substrate-binding protein [Yangia pacifica] MNILKSLLASAAILVPAVALAEGETVGFSQIGSESGWRAAETTVTKQQAEERGITLKFADAQQKQENQIKALRSFVAQGVDAILLAPVVATGWEEVLEEAKDAEIPVILLDRNIDAPEDLYMTAVTSDQVHEGMVAGNWLVEAVGDADCPVVELQGTTGSSPAISRKKGFEEAIAAADNISITRSQTGDFTRAQGKVVMESFLKSEGGENICALYAHNDDMAVGAIQAIKEAGLKPGEDIKIVSIDSVPDIHLAMKAGEANATVELTPNMAGPAFDVLEAYWKDGTMPPKWIQTESKLYTSDDDNAAIYESKKDLGY >HAI83337.1 chromosomal replication initiator protein DnaA [Chitinophagaceae bacterium] MTKTAESVWSNCLKIIKDIVEWQHYKTWFEPIRPVDLKESVLMIQVPSQFFFEYLEEHYVNLLAKTLKRELGKDARLEYRIMVDSGGNGRGSMDVPASGHRVPTNNEMDFPLVINNPVKNPFVIPGLKKMQIDPQLNHIY >WP_250015522.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Chroococcidiopsis sp. CCNUC1] >URD51205.1 DegT/DnrJ/EryC1/StrS family aminotransferase [Chroococcidiopsis sp. CCNUC1] MSEQMQNIPIAKPWMGEAEADAAKRAILSGWVTQGPEVAAFEQEFATYVGAKSACAVSNCTTALHLALLAVGVQPGDEVITVSHSYIATANSIRYCGAIPVFVDIEPHTYNINPTLIEAVVSDRTRAILVVHQMGMPCDLKAIVEVARRYNLPVIEDAACAIGSEILWEGQWEKIGKPHGDIACFSFHPRKVITTGDGGMLTTSNPEWDKQFRLWRQHGMSVPDTVRHGAKQVIFETYPMLGYNYRMTDIQAAVGREQLKRLPEIVARRRYLAQRYHEQLSDVPGLKLPTEPNWAKSNWQSYCVRLPQQYDQVQVMQAMLDAGISTRRGIMCAHREAAYQIEAWSCGSDRLIESEEATDRAIILPLFHQMTESEQDRAIAVLKTVCL >MCC6600438.1 TonB-dependent receptor [Crocinitomicaceae bacterium] MKERLLLAILALPLYGITQTQEMGKLTETDTTNSSKIFELGEVTITGSRGAEFINGISTTSMEGYNKMEVSKALDMLPGINLTASGQRNESMISVRGFDLRAVPIYMDGIPVYVPYDGYVDLARFTTFDLSAIDVSKGFSSIMYGPNSLGGAINLISRKPAKELEFDGAIGMINQNGYKSNLNIGTKQKKFYVQGGISYLQRDSYIMSAQYDSTKNENGKERDNSYRTDQKYTIKAGWTPNEKHEYVLGYINQRGQKGTPLYCGTDTLNSLYKKPRYWQWPAWNKETYYFLSNTVLNYQHYIKTRFYYDAFKNLINSYDNDTYSTQDKPYAFKSYYNDYTYGGMVEYGTKILPKNQLKLSLQFKEDVHRENDLNEPVQNFFDRTETIGVEDIFRVSEKMVIIPGISYSERNNLRAEEYNSNTEIVSEYAKAGASNALNEQLGVFYYLKANHKLGAAVSNKTRFATIKERYSYRMGTAIPNPDLKPERATNYEINYNGKFFNKWVFNAAIFYNHINDAILSVSNVKPGKSQMQNMGKAEFTGAETSIQYEIPKNILLAINYTHIKRNNLTDPTVKFTDVPESKVFGNIQYRPIRQIGILASVEYNSSRYSTSYGTQADSFTIVNSAISGNLWKYLSLEVGVNNLFDKYYGLVEGYPEEGRNYYVTLRFFNHH >MBR3944831.1 hypothetical protein [Akkermansia sp.] MKWFIIIPLLFFQFGLLGALEVEARYTHGTFYKGVTHQPVLQLKLTGEPGEKVTALSFTSGETQSVSAIKTVRLGTTRGWNGFTINTNKLIEQQASGRFSKGKINFKKEFVLGDGPLYLWLYYDIDKGAKYNAKIDAVCTAVETADGKVITPEVVLAEGIKERVIARVYPFPYRIVPYYRPRWVKGWGNAEKAVHLTPAHFNLFTDIVHFAYSVTADGNIDYQWAGGGVDNKTIADGALKEIKRLHAEAKSRAKLIAGFGHMDGPMTTAVANPHTRRTLAHNMAQWAISRGYQGIDIDWEYPDSWQQWEHLGYFIADLREELSGSGISISIASSVGYKVPNYWTTDQLDFIMTMSYDDLTPENHASMRLFQRDAGICQNKFHMPKPKIVLGLPFYSNEQGKLTSQFGYASVYGWNPRMKPDENSCRLKKDDGSQGPMHTFNGPTLISEKCRWAKDNKYGGVMIWAYETDLPLKHKASLSRAMYKILRQPKKKE >MBQ6224848.1 MBOAT family protein [Bacteroidaceae bacterium] MLFNSFGFLVFLPTVFLLYWFVFQKRKWQNLLVIAASYVFYGWWDCRFLLLIAFTSLCSYASGLLLEHFEGQRRKQQAVSATNIVLNLGILGIFKYYNFFVENLDALFSAMGFHLDWVTMNVILPVGISFYTFQALSYTIDVYQKKLPATHDIIEFFAYISFFPQLVAGPIERATNLLPQFQKERKFDYARAVDGGRQMLWGFFKKMVIADNCAVVVNQIWGNYSDETGFILLIGAVLFTFQIYCDFSGYSDIAIGCARLFGFNLMRNFNFPYFSRSIPEFWRRWHISLTTWFRDYIYFPLGGSRCDKWKVVRNVYIVWAVSGLWHGANWTFVCWGLFHGTLLAIYNLLSISTKHNTVVAQGHLLPSLKELLQMVLTFCLAVIGWIIFRAETMRDAIDYLSTLFSSSLFDFAGSLGTLRSLDLKIIVSSLAMLLICEWIQRDKQHALQFSINGIIARNAWLRFAIYLILIMLTLSLAGTQSEFIYFQF >AHK62764.1 cytochrome oxidase subunit 1, partial [Argyrodes sp. Rodrigues] LFGAWSAMVGTAMSVMILIELGQPGSFFGDDQLYNVVVTAHAFVMIFFMVMPILIGGFGNWLVPMMLGAPDMAFPRMNNLSFWLLPPSLFLLFISSMVEMGVGAGWTVYPPLSSLEGHAGSSVDFAIFSLHLAGASSIMGAINFISTILNMRSHGLKMEKISLFVWSVLITAVLLLLSLPVLAGAITMLLTDRNFNTSFFDPAGGGDPILFQHLFWFFGHP >KAG6815834.1 hypothetical protein H0H87_010914, partial [Tephrocybe sp. NHM501043] GRDMPFPRDWTVDRRYPTKGKRKYPLPLPHLSPQEAQLLTVPAEQEIIVLGAEPEYLDPPYIAQLLDLRLRRFYTILADHSTDGYESDLLLVLEDPYWANILVSTNHRVRGGFNRINVNSDNGELNLKLLPEEHVARPLRNLEPPSVQQQQMGVPSVPFTALRDRKYLISTAETCTWNGLPYVFKQPLVEGHVEHMHREVALNGQVRDSPYIVALAAFIVDEDGLLRGQLYPWSGVRIDTLPSVTWQMLRDVLAGLRDIGRATMPDHSTGNIVAASHGDVFSRNVVVQDGRARLIDAGNEGLNYEGDRGAAITMFSSLAEKMPTEEDKKKLSVMLELLKTDLGFEVIVERLSQEYDT >MBS1237631.1 etfB-5 [Deltaproteobacteria bacterium] MKILVCVKQVPDSSDALLIDERTGLLSYTEDAAFRMNRFDEFALEEALLIKERLPETLVDTLSVGPERVNEAVQRAMGMGADHGIHILYGADGYRSPFTVASLIAACIHERNYDLIMTGVMAEDTMASQTGQLIAALLDLPCATSVIEEEVRRERGEVAVEREIEAGNREVVQLKMPAVLTIQPGINFPRYPSFSKVMRARTYAQELIRAEDLAIEEPREFCRGFRIPDAVSKGLLIEGSPREKAQKLVHILHEKSLFS >MBC8287102.1 chemotaxis protein CheX [Nitrospinota bacterium] >MBL7019480.1 chemotaxis protein CheX [Nitrospinaceae bacterium] MKLDAQILAKIVGQVKVSVSRKLTSICQEEVKFERVTKEFTNNLVGIVSFIGDVSFILLIMLTDEHIRKISSKFVGVEMDSSSDDIGDLTSEIANIVFGDIDMDLKTIDLRTERSLPTILKGKDMQPVLRKKAPSIILSFGKDNILVEMIGATDDSLHKKPGS >WP_147710924.1 site-2 protease family protein [Methylobacterium sp. WL69] >TXM69125.1 site-2 protease family protein [Methylobacterium sp. WL69] MQRTTSRETAGRTDPGLSANFLLVAFLVCGLGFAIGGGLVEGSGAAFAFVMTFWVLGLCLHEFGHACVAWWGGDAGVPASGYLSLDPLRYGDPLASIVLPVVFTILGGIGFPGGAVRLDSGALRGRIWPTAVALAGPAMTLACLFGLVVLYHLADADSTALRAVLAVTALFQGTALVLNLMPIPGLDGYNALRPWLPGSWQAVGDAGARHAGLVLTALFLFSGAFSRTLFRVSLRLVAEVGIHPADVVAGYRLIRLW >WP_147098622.1 hypothetical protein [Vicingus serpentipes] >TXB67253.1 hypothetical protein FRY74_03445 [Vicingus serpentipes] MKNVFPPFIILIFIFSTSCNKEDSSPEPTPVVATTPTPTGPTSSDTVQDLLDNGSTPIEIFNQGYTLSEIYCKTYSGGYIFYLDTISGKGLVCSTSDFMNGVTWDPTGTPTQDFTYVYLGVTDTAIWSGQQNTTSIALLRPTSPFASVEALTLAGYNDWFIASKNESILMFNVLGVDGCNLLSTGLNEVYWTSSELNNIAAYRMINYSGVGDGSAYQKHSEYSIRPIRKF >OPJ85369.1 hypothetical protein AV530_011790 [Patagioenas fasciata monilis] MALSTTGFPASHAEGLQRGRFDLELQLGFWLSMEEKVQHPHNSSQQIWGSEEQIFVCIGYFQLSFCYEIQIVFWKYGGFDELQEKHRIYHFEKLCEASALGLDLL >AOM87821.1 peroxidase [Acinetobacter baumannii] >KQE16208.1 peroxidase [Acinetobacter baumannii] >KRI03248.1 peroxidase [Acinetobacter baumannii] >KRI04877.1 peroxidase [Acinetobacter baumannii] >KRI74331.1 peroxidase [Acinetobacter baumannii] MECMRIQPVTSHPGENALFIVLGLAQGDSVVEKVKDFAGKFSALTRSLSNRYPESKFNAILGFSSNAWDILFPQQAKPQELETFQEIKGPKYTAVSTPGDLFFHIRADRQALCYELGSIINEQLGKVTYPIDEVHGFRYFDGRAIIGFVDGTENPEPVIAAQWALVGNEDPDFIGGSYAFIQKYTHDMEKWRALSDEEQEKVIGRKKFNDIELDDDEKPLTAHNVVSKAHDAEGNELKIMRANMPFSNPSKNEYGTFFIGYSRKFSTTRQMLENMFLGNEQGNLDRLLDFSTAQTGTLFFVPTVDFLDGLGDE >EFI9116993.1 plasmid stabilization protein [Escherichia coli] MESSDPKKRKKVVAYLHPTLYPQDNLTQQTIDSLPIQMRGDFYRQSLICGAALYSVDPRLLTLISGFFSEKITAENLVKLIEQTTGYASTSIDISVLKNIIGASSENKSESITSKDDFEEQTRRNLSMLKK >WP_133874384.1 UDP-glucose 4-epimerase GalE [Actinoplanes brasiliensis] >TDO40172.1 UDP-galactose 4-epimerase [Actinoplanes brasiliensis] >GID25238.1 UDP-glucose 4-epimerase GalE [Actinoplanes brasiliensis] MKLLVTGGAGYVGSVTSRLLLDAGHEVTVLDNLVTGFRSAVAPEATFVEADIADAAQVLTPGSGFDAVLHFAGLIAAGESMTKPEKYWHDNVVKSLALLDAVRAAGVPRFIFSSTAAVYGNPVELPITENAVKAPTNTYGATKLTFDHALTSEAFAHNLAAVSLRYFNVAGAYIADGHEIGERHDPETHLIPITLQVAAGKREKLQIFGDDYPTADGTCVRDYIHVQDLARAHLLALDAATAGEHRIYNLGNGNGFSNRQVVEVAREVTGVELPVEIAPRREGDPATLVASSALAREELGWVPEKNTLQAMISDAWSFYRSHVA >MBP6873711.1 Nif3-like dinuclear metal center hexameric protein [Clostridia bacterium] MSKQYGIEEIIDYLDSCFPRENKCEYDNVGLMVGSRKGSTQSVVLSLDTTSSAIELCKEKEAHLLITHHPLLFGGIDCIDVDNVVGLQIKNLLENEIVNFACHTNLDNTDEFGNLAIASSLGSSKAEHLDGVECGVVFELDNSVVLKEYMSTVTKSLDSSGVISISDTSRSVKKIFVQGGSFDENSVDVILREGIDTVVSGEIKHHICLYLEQNGVSTIIAGHNATERTYLPKLKGLLNGRFEDLDIFVDFGNESNT >WP_236578309.1 DUF4232 domain-containing protein [Streptomyces tendae] MTNPGSEPFTYTITFSLMDEQGRAMSSVEETVASVGAGKTVRRTLNNGGYPADGALDAGRVRILDVERVPSDEAPVPAGTCPASGLRLTADQGDAAMGLRVVGLHLENCGDRTYSLEGYPVLQLLDAEHQPVDGVEILRGTEGIPMAGGDGEAPRPVTLPPGEAAVSGLAWRNTTEFGEAVTVPYVRVRAEAGSDPVMVAPHLDLGTTGELGVRAWRKDESGSGAGRPDA >MCS6997039.1 hypothetical protein [Casimicrobiaceae bacterium] MNCSVPLKGLAGAIALALGVSGCGGGGAADPFAAAPAPPALVVRPGQVEAYSGNPITISVLSGVGPFAVFSSNPVVVPVTNAVSGTSITVTPTAVSSVTPVTLTVRDALGREQSVTLNVNPGSVLAPITITPLVGSQCGTASAGAPTPVCSGDTANISTIVRNAGVTPVPGRLVRFEVVQGAFAFLLPNGTTATSVTTTTDATGQATAVLRAVAGAASQVALVRAVDTVTNNRVETAFTIVQQIDGRPVLSVVPSGYAAQGFFTGECGGTAGDFLIYGGTPPYTAQSTLPNLVRLSYRGVTSEAVTVPVSGDRFTASTSFSSSCVGYKATIVVLDATGRKVEVTYEEKAGTNARPTPPAPDALVIVPGSVTLAAAGNCGGRSLQFRAAGGTPPYVSFSSSEPALLSPASVAGNPVTFTTSTAFTPGNSVTVSVLDSAGKIASATVSCQ >WP_222322625.1 ABC transporter substrate-binding protein [Pseudooceanicola nitratireducens] >MBY6166207.1 ABC transporter substrate-binding protein [Pseudooceanicola nitratireducens] MKTMTGLLAAAALMSTTALVNAETLRWARSGDALTLDPHSQNEGPTHTIRHQMYEPLVIRDVTGAFEPALATEWAPKADDPTVWVFKLREGVKFHGGEDFTAEDVVFSFERAMQPNSDMKELIGSIKEVRAVDDLTVEFVTDGPNPILPSNLTNLFIMDKGWTEANNTVNVQDFEGGEITFATTNANGTGPYVLTSREPDVKTVMTRNEAYWGRDQFPMEVSEIIYTPIQNAATRVAALLSGEVNFLQDMPVQDITRVDQAEGLVVKQAPQNRVIFFGLNMGADDIEADNVEGKNPLADVRVRKAMSMAINRDAIKQVVMRGQSEPAGMISPPFVNGWTAEMDAEAKTDVEGAKALMAEAGYGDGFSIRLDCPNDRYINDEAICQAAVGMLGQIGVKVNLNAQPKAQHFPLITDSKTDFYMLGWGVPTYDSEYIFNFLVHGRESDIGTWNGTGFDNDEIDAKIATLKSNTDLDARNADIAAIWRVVQDEQLYIPIHHQVLNWSMAEGVGITVDPEDQPKVKYFTMK >WP_232235954.1 hypothetical protein [Nocardia sp. BMG51109] MDGVPRFSVEFTGQGAQPSPLPGPDIMIGDNEETRSGLCGNGEQRSVQWRCDSDARNPTHAVGCGFFLGGTQQVVGWIAAAYQIRVVAEDVVVPGREFSNSSDAVGADQYQRYVRCVGNAGGVLDRQIGARGAVDADHYGVIRFRIRFARLGYAGAECIGRHGTILRRVRRAPRRPEG >OBF96065.1 mammalian cell entry protein [Mycolicibacter sinensis] >OBG00521.1 mammalian cell entry protein [Mycolicibacter sinensis] MGSAMKFVRQWRTRPLESYNTTWLGFGALAVVAVVVAAALSVKVLGFGYTRYTAEFAQAAALAPGNPIVVAGIEVGRVSSMRLAGDHVEAGLTVRNDIPMGKDTRATIQVMTILGSRYLRLEPDGPGSLPGKRITLAHTEVPYSLESLLEDATTTFDQVDSDQFGQSLAVLGQQLSGLPPVIPQAMANLHSLSKITADRRDQLGTLLASTQRVATTLRNQQTSLGNLVDQGQDFIGELVARQNTFHAMLAALTNLTGNLNNVVVNDRLMLDDMLVNLRALSDMLGQHDDLLRSLIQSAPPPLRGLTNATGYGPGIEFFAGNGIAIDSWMCAISGRAKQFGMIEYFKDCK >HAC47786.1 glutamate racemase [Sulfitobacter sp.] AVNHVALFATPATVASRAFQRELSFRAIGVDVEAQACGGVVDAIEEGDMILAEALVRSHVDALKRKMPNPDAAILGCTHYPLMQEAFQAALGGQVKVFSQAELVADSLADYLERHPNMMGSGEAAFLTTGDPARVSDRATQFLRRQITFTAA >PYV42293.1 nickel pincer cofactor biosynthesis protein LarB [Acidobacteriota bacterium] MMEHEIRTILSEIKSGKRSVDEAMERLKHLPFENLGFARIDHHRSLRQGFPEVIFGRNKTVKQVTGIAKRMLANQHNILITQTDEKVFRQIKKLNARARFYPDSRAIVVVRDKTIHGKGKILVVSAGTADIPVAEEALLTAQVMGNDDVEAVYDVGVAGIHRLLSQRDLLLKARVIIVVAGMEGALPSVVGGLVSVPVIAVPTSVGYGASLQGIAALLGMLNSCASNVTVVNIDNGFGAGYVASLINRL >WP_186372554.1 DUF4192 family protein [Brevibacterium casei] MDTPAKTAEDLIGIVPHTLGYTPASSLVAILVVTDGDGVQSCGTTMRVDFDLETAAMTLAEGGEWLRDLVCRACAPSGVFLILYDDDYIPAGAVPERFGPTRGHGDGAGDRVGFGDGAGGDSVCDDDADEDWFDEDYAGLHRGLVRAATDEMATALGDAGIATLSAWWVSGGRFGRIDDGEDPGTDIALAQSSACATELVSTGSAPAAGPADLVVRPVDAEAAAEYRSGAADPRPSVEESFGRLGEIYPTLLEMRAGTEAFDRERLEALMTPDVVCAFDRLLAEKWSRDALEMILSFDHPDFLPKRMCRLAPAELARAARRAGASRLAAEQMIGLSARAPQPRDILLAIDLCEAYVHWSGPETLATAYGVIAWFHWSLGGSTLAEQYAFAALDHDPHHSLAELLVSAIGQGFLPQWLMPEPRGARDL >MBK7761530.1 hypothetical protein [Deltaproteobacteria bacterium] MGALEPWTAKLGALGLLVGLWRRDRRAWALSLWGLFHVVGLSLAFSTPRLALPASLCAALGLCFVLRGPALWLAAAGLFAWSAPRLAAQSPQEAQLAPVEALVVGLEGPFASSTPWFTARRDGWLVESLPLRALERDPRQLTPERLVKRARERGLKHIVLEPGRVTASNPGLRPLLSGAPVEGLRRVRQDKGWVIYAVEPNP >WP_099692467.1 hypothetical protein [Sporosarcina sp. P26b] >PIC97387.1 hypothetical protein CSV69_00245 [Sporosarcina sp. P26b] MKRFITAIIAAIFFAIIYSAISYVPESQREPNTYYFGYAETMVFVMLYAGPIFLLIGIPLSIMIDKLMKNKKSQYVKKLVFYSVAGLLIGALFPLILLPGLNSMSLIVLYAGIGLMAANIYFHTLLLLPPRNNISINKET >WP_227414037.1 hypothetical protein, partial [Enterobacter cloacae complex sp. P11RS] KFSCTKIRGLPATLPFIKSSYRLKSDGEVSANFRVRRYKEAMHNLTDDIGSAWPTGEIAGCSILIDDELS >OLC60889.1 MAG: hypothetical protein AUH76_11100 [Candidatus Rokubacteria bacterium 13_1_40CM_4_67_11] MGGTNMRGVRNVLVLAALVLVIGGCASEATTTEGSSSTDLRPLAFGGERYFKIDWQAGQRDGTSIVSGSVENMYGGASAWRVQLLVEGLDEKGRLVNQKVAWLGGDIAPFGSGYFEVPVQKLPHYRVRVFAYDWIQSADLLF >MCM8792278.1 RnfABCDGE type electron transport complex subunit D [Candidatus Omnitrophota bacterium] MKNNLLVSFWPHIQMKDSITKIMWIVFLSLIPAGIAGVYFFGLHSLVLIFVSIVTAVFTEALIQLIRKKKITIYDGSAALTGLLLAYNLPPAVPFWIPIVGSFFAIAIAKQTFGGLGRNIFNPALSARVFLLLSWPTYMTAFVNPFGSADTISSATPLSTLKEGGRTLSDIGLTYMDLFLGRRAGCIGEVAIFLLLLGALVLLILKIITLHTPLSFIFMLAIFSWIFDKHGLFKGDVLFSIMSGGVILGAFFMATDYVTSPLTKKGKIVFGIGCGLITFIIRRFAGYPEGVSFSILIMNAFVPLIDRIFKPSVYGKK >CAI9728293.1 Hypothetical predicted protein [Octopus vulgaris] MKWSRVNESMYREMYGSTVKKNFQNFYKFFKQTVEVMTSAKLIEDSFNNSTNAWSTDVLQAFEVREMQPSLLPVIFYWVIGARAMPTAT >KAG8587293.1 hypothetical protein GDO81_005630 [Engystomops pustulosus] MAAHKPVEWVQAVVTRFEEQLPIKAGQQNTHTKVSMEHNKECLINISKYKFSLVISGLTQILKNVNNMRIFGEAAEKNLYLSQLIILDTLEKCLAGQPKDCMRLDETMLVKQLLPEICHFIHTHREGNQHAAELRISASGVLFSLSCNNFNAVFSRISTRLQELTVCSEDNADVHDIDLIQYINVDCAKLKRLLQGIAVCFSETVFKFKSLKKVAQLAVINSLEKAFWNWVENYPDEFTKLYQRPQTDMADCAEKLFDLVDSFAESNKRKVAVWPLQIILLVLCPEIIQDISKEVVEENRMNKKLFLENLRKALTGHGVGKPLTESAAIACVKLCKASTYVNWEDNSVIFHLVQSLVIDLKNLLFNPSKPFSRGAGNQNADVDLMIDCLVSCFRINPHNNQHFKICLAQSSPSTFHYVLVNSLHRIITNSALDWWPKIDAVYCYSGELRSMFAETLKIVMQLHTAIRLTPSLTFKEKMPYLKFKEKPTDLETRSYKYLLLSMVKLIHGDPKLLLYNPGKPGPDTQNSTAELINGLVQLVPQTNMPEIAQEAMEALLVLHQPDSIELWNPDAPVETFWEISSQMIFYISKKLTVHQMLNSTEVLKWLREILICRNKFLLKYKESAAAGSGIPICRQAQTKLEVALYMFLWSPDIEAVLVAMSCFRSLCEEAEIRCGVDEVSVHNFLPNYNTFMEFASVSNMMSTGRAALQKRVMALLRRIEHPTTGNTEAWEDTHAKWEQATKLILNFPKTKLEDGQVTESLHKTIVKRRMSHVSGGGSIDLSDTDSLQEWINMTGFLSALGGVCLQHRGSVGLVTYSPPMGPVNERKGSVISMVSTEGNAETPVSKFLDRLLSLMVCNNEKVGVQIRTNIKDLVGLELSPALYPMLFNKMKNNISKFFDSQGQVLLNDTNTQFVEQTITILKNLLDNHTEGSSEHLGQASLETMMLNLVRYVRVLGNMVHAIQIKTKLCQLVEVMMERRDDLSFCQEMKFRNKMVEYLTDWVMGTSNQAADEDVKCLTRDLDQASMEAVVSLLAGLPLQPEEGDGVELMEAKSQLFLKYFTLFMNLLNDCSEVEDDGTQTGGRKRGMSRRLASLRHCTVLAMSNLLNANVDSGLMHSIGLGYHKDLQTRATFMEVLTKILQQGTEFDTLAETVLADRFERLVELVTMMGDQGELPIAMALANVVPCSQWATCHSLLNKATVKEKKENKKSVVSQRFPQNSIGAVGSAMFLRFINPAIVSPYETGILDKKPPPRVERGLKLMSKILQSIANHVLFTKEEHMRPFNEFVKSNFDAARRFFFDIANNCPPSDTVNHSLSFITDGNVLALHRLLWNNQEKIGQYLSSNRDHKAVGRRPFDKMATLLAYLGPPEHKPVADTHWSSLNLTSSKFEEFMTRHQVHEKEEFKALKTLNIFYQAGTSKAGNPVFYYIARRFKTGQINGDLLIYHVLLTLKPYYAKPYEIVVDLTHAGPSNRFKTDFLSKWFVVFPGFAYENVTAVYIYNCNSWVREYTKYHERLLTGLKGSKRLIFIDPSGKLAEHIEHDQQKLPAATLALEEDLKLFHNALKLAHKDTKVSIKVGSTAVQVTSAERTRVLGQSVFLNDIYYASEIEEICLVDENQFTLTIANQGTPLTFMHQECEAIVQSIIHIRTRWELSQPDSIPQHTKIRPKDVPGTLLNIALLNLGSSDPSLRSAAYNLLCALTCTFNLKIEGQLLETSGLCIPANNTLFIVSISKTLAANEPHLTLEFLEECISGFSKSSIELKHLCLEYMTPWLLNLVRFCKLTDDAKRQRVSAILDKLITMTINEKQMYPSIQAKIWGSLGQITDLLDVVLDSFIKTSATGGLGSIKAEVMADTAVALASGNVKLVSSKVIGRMCKIIDKTCLSPTPTLEQHLMWDDIAILARYMLMLSFNNSLDVAAHLPYLFHVVTLLVATGPLSLRASTHGLVINIIHSLCTCSQLHFSEETKQVLRLSLTEFSLPKFYLLFGISKVKSAAVIAFRSSYRDRSFSPGSYERETFALTSLETVTEALLEIMEACMRDIPNCKWLDQWTELAQKFAFQYNPSLQPRALVVFGCISKRVSHGQIKQIIRILSKGLESCLKGPDSYNSQVLIEATVIALTKLQPLLNKDSPMHKALFWVAMAVLQLDEVNLYSAGTALLEQNLHTLDGLRVFNDKSPEEVFMEIRNPLEEWHCKQMDHFVGLNFNSNFNFALVGHLLKGYRHPSPTTVARTVRILHTLLALVNKHRNCDKFEVNTQSVAYLAALLTVSEEVRSRCSLKHRKSLLLTDVSMENVPMDTYPMHHSDPTCRTLKENQPWSSPKGSGMHLAASYPTVGQVSPRTRKSMSLDMGQPSQANTKKLLGTRKSFDHLISDTKAPKRQEIESGITTPPKMRRVAENDYDVDTPRISSPQQHPHLRKVSVSESNVLLDEEVLTDPKTQALLLTVLATLVKYTTDEFDQRILYEYLAEASVVFPKVFPVVHNLLDSKINTLLSLCQDPNLLNPIHGIVQSVVYHEESPPQYQPLYLQTFGFNGLWRFAGPFSKQTQIPDYAELIVKFLDALIDKYLPVIDEEASEESLLTPTSPYPPAVQSQLSITANLNLSNSMTSLATSQHSPGIDKENVELSPTTGHSNSGRTRHGSASQVQKQRSAGSFKRHSIKKIV >MOY95459.1 envelope protein 2 variant 410 [Hepacivirus C] GTYVSGGSVARTTSGLTSIFSPGAKQDIQLINTNGSWHINRTALNCKESLTTGWLAGLLYHDKFNSSGCPERLASCRRLTGFDQGWGPISHANGSGPDQ >GGK29005.1 amino acid ABC transporter [Salinarimonas ramus] MRAALMRLLLPALLLLLLAAPAAAQPASGLPEPVIPNFWDPRSPREPVSVPPGRTVRFLTSGDFPPLHFLGADGTPTGFVVELAREACLEAGLACTIQARPFETLVPALDAAEGDALAAAIRLTADLRAEHAATRPFFRFPARFAAPRAAAAGFAPDAMDEAALADARVAVVAGTAHEAYVATFWPGATRVPFESLSAAQDALREGETDLLFADGTALALWVGGRASEECCTLVSGPFLDARFFGEGIGFVFRPGDALLADAFDAALARLWEDGTYAEIYLRFFPVGPF >MCQ2641798.1 hypothetical protein [Helicobacter pylori] MSGFNPLNSPLIASSSLSLKEAYCLEKLSLQKGFKISYKMTKDSLNLLEKSDLCILFGGFSNACLNENERLILESINQSKLPYALLRPLQDTRDLQENCLFASYEIHTEAAILALILRGILEQTSRLKGHILEKIDVGYLSSEANMSEEELQDLIALIIKAKKRVLVLNREITKHADNAFLYTLLNELQNYLEILHIPCNDSNATTAFYDFKDQEWLLETAFKEGILPFKSQLQSKDLEFLERMGEANGSFVYVSYKSLKTPKLSFSKQFKIANKIQHSKAVFQISNQTLECELEENPHLKGLIAILEGAFFDAYPYIPILSHSQGIS >MCD5879085.1 formate dehydrogenase accessory sulfurtransferase FdhD [Klebsiella pneumoniae] >MCD5901806.1 formate dehydrogenase accessory sulfurtransferase FdhD [Klebsiella pneumoniae] >HBU8027787.1 formate dehydrogenase accessory sulfurtransferase FdhD [Klebsiella pneumoniae] MNKKPLEQIKNVTNVTGYRQVSLWKREDLQHPQPDELAEEVPVALVYNGISHVVMMASPKDLEQFAVGFSLSEGIIEHRREIFGMDVVAVCNGLEVQIELSSRRFMGLKARRRALAGRTGCGVCGVEQLNDIGKPVQPLPFTQSFDLANLDQALAHLNDFQPVGRLTGCTHAAAWVRLTGELAG >HDQ08114.1 lactate dehydrogenase [Methanoculleus sp.] MTSLAVMGAGRIGGEMAFLATVLGLADEITLYDINRPLLEAQILELSHTGLDVRLSTDPAAIAGADIAVFAAGSPRNPGIRTRADLLGVNLPVADHCCRLLRGFDGVLVTITNPMDANNYYLWKTLGLPRERCIGFGGQLDSARFRIFMKECGMDGPAWVLGEHGEHQVPLFSHLGREVPVEERDAILARMRGSSMPVIKGKGGTVFGPAWHIFNLLKCIALNGRQVVPVSCILDGEYGVQTCSLGVPARIGRNGIEEIYEWTLDDWEEARFRDAAESSCVLCRRSDA >XP_052062472.1 uncharacterized protein LOC127702337 [Mytilus californianus] MLVGNTKKLDVVIPKVVPKIGKRLHTKSSQFPDTWKTYKRLVNPNQPVPRLREKYVNKGCLLDIPTVDVPSKQGFKCTCFDNVVHAVREVCRYTPPMMNRLMKNQQTHRWMKETKNLVKENERYQRPLATLTVRWQLKRILPGYDLSSLYKIFSRHGEIRDLRMTSPNSAMVVFDELAVACNVANSRYLGDPQNRLHCRFWHRTMENKAVVITQRGSCKVKPISFL >MCB1594269.1 hypothetical protein [Xanthomonadales bacterium] YQKNNPEVALLNVGIEDNKGDDTVKQADAMLNESDINYIGYCEGTHLFNGYADVICCNGFVGNITIKACEAMASYIKNESCDSPKTSLWQKIKKGMRIVEPDEYNGALLLGLDGLVVKSHGNCNALAFTSAIRQAYNISQHDVIASMRKSLEN >WP_089820066.1 dihydrofolate reductase [Kaistella treverensis] MITAVVAMGLNNEIGAENQMLWHLPTDLKHFKEITTEHPVIMGRKTYESIGKALPNRTNIVISTKKDWFEEGILIVGSIKEALKFAKKIDENIFIIGGGKIYEQTMDVTDKLEVTLVKTTLKADTFFPKINPKIWEKTEEICHEKDEKNAFDFCFQTYERKVKLEK >WP_174736260.1 GNAT family N-acetyltransferase [Acinetobacter seifertii] >NUE93484.1 GNAT family N-acetyltransferase [Acinetobacter seifertii] MYKVIADDWEQLEKDAKYIREQVFIQEQGIAPEDEWDDFDATAVHFMVYDKEQPIATARLLPQHSVGRVAVLMSYRKQGIGKILMQHIIDYARNQKLPYLKLSAQTYVTAFYEALGFNVQGEVYQDCGIPHINMILALS >WP_245086788.1 50S ribosomal protein L11 methyltransferase [Helicobacter pylori] >UOS41906.1 50S ribosomal protein L11 methyltransferase [Helicobacter pylori] MYYEFFFIFPKDQELFESFLLDTTHLALEESSLENLKAFDDKETIEFISQSSWHYFTTHDPLKENLKEKPPHLKNFVILRSQKDLNDSLIPALEAFCLSLQQNLQSGFDFFYLSRNLASKDWLEAYKQAILPVQCAKFYIHPSWHQKPSHIATDDSIMIDPALAFGSGHHESTSMCLELLSNLDLKRKNALDVGCGSGILSIALKKQGVSALSACDTDSLAVEETLKNFSLNQIPLLAQDKVIHGSTQKVKGRFDIIVANIVADVIKSLYSEFVRLCNHTLILSGILETHLNSVLQIYYNGFEVLEQRQRNEWVALKLLKKQSIN >WP_132993058.1 sulfotransferase [Gordonia zhaorongruii] MTEPRTSVGTVEDLHASASRTVGLDDFGDQDYLEPLQVLLDSYQRDAGLTETGSKMFRFFLKGALIARLLSEAGWKNNPQCADVPIERPIFVTGLPRTGTTALHRLLAADPAHQGLEMWLTEFPQPRPPRDTWEDNPVFAQIEAGLNQHHVANPEFMGLHYMSAGEVEECWQLLRQSVMSISYESLAYVPGYSSWLAQQDWTPAYRRHRRNLQLIGSNDPERRWVLKNPSHLFALDALMAAYPDALIVQTHRPPETIIPSMCSLAEHATDGYSTVFTGERIGQTQLELWSRGLREFSSARAKYDPAQFVDVEFDELRADPFAAVQRVYDAAGAEFTRDARDAMTVLDEESKSGDRRPAHKYSLEDYGLAAAQVRAAFA >WP_262152891.1 phage tail assembly protein T, partial [Escherichia coli] WHRFYSTHYFHDVLLDMHFSGLTYTVLSLFFSDPDMHPLDFSLLNRREADEEPEDDVLMQKAAGLAGGVRFGP >MBA2391527.1 type III-B CRISPR-associated protein Cas10/Cmr2 [Ktedonobacteraceae bacterium] MTTTASQKPQYLLLFSLGPIQSFITQARKARDLWSGSFLLSLLMEAGMQTIDRSALIFPAEPTIDDLAKNIPDLPNKYVACFYTFDIAQASARTSIKQIEERWLSICEDVWQKNMRPFVGVDPGITRAIWERQISPEALFEIFWVIVARHDKDYPTWLRHAQEALAARKRSRTVKWFPKQELWNEPGEKSTISGEREALHGQEASRDAVHVFWKSIAAAFPHDLNPGGVEQLDAIDMVKRFAFHAQILTTKNIAAAFPSTSSIATASYVRQLLSSTLLHTEIQDWLHATREPLDRMATDTLPMLTALANDDPTRRAILSRDGDCFFPETFTAYRLQKDYSITPDYRAANRAERGRKALTKLLAATDHAGIVRPTPYYAMIMMDGDKMGPLVGGVINEDEHNAISRAVSTFSRKQAPAIVHERYPARLVYAGGDDTFALAPLTNESLISEREATGQQPITTVLALVDQLQQAYCCKVRTAVQSDERKRSVTASIGIAIAHHYTTLSSVRQIAREAEELAKKHYGRNALVVTIIRRSGEQTRVGCHWQYSIERDEKQVILQPLQLFATFYELFTHECLSSRCVYMLLEEAPTLIALEPGAQQSEIIRILLHQRIGPLARQRIYILAQHMVELAQAMDHDTQRPSQQIPFALELHAEERRYGLIEIIGWLLVVLFLARKEHA >HCG88012.1 penicillin-sensitive transpeptidase [Alteromonas macleodii] MKYIKPLILFSFLSGLLGFAALVGIYFYIKPDLPSVTVLKDVRLQTPMQIYTKDGKLISQYGVKRRIPVKLEEVPQELINAILATEDSRFYEHHGIDPIGIMRAAVSLVLTGEKRQGASTLTMQLARGFFLSREKTYIRKIKEIFIALHMEQELSKQEILELYLNKIELGHRAFGFGAAAQVYYGKPLNELSLAQIATIAGLPKAPSVLNPISGPQRSVERRRVVLLRMLDEEYITKAQFDEAANAPVSAKKHGAEIEVDAPYLADTIYNEMVEIYGKEEAETGGYQVFATATSDLQLAAQRAVVRNLHDYDERHGYKGALGYLWNIPKPEGKDDAIPQLSLSYDISDKTTREEWDNELIMRVLEEIPHIKPLLPSVVTKVNEQSIEVLSVDGKAITVEWDGLDWARRYITDFRQGSDPKSASDVTQEGAVIYIRQQEGQWRISQIPEVSGAFIALNPKNGAVEAVVGGYSFYQSQFNRATQAKRQVGSNIKPFVYSAALDSGYTLASIINDAPINQWNAATGVAWRPQNSPAEYDGPIRMRKALGKSKNVVSVRLLRGVGLRETADYLTRFGFNKDDIPLDETVSLGSSSHTPLEVVRGMSVIANGGYLVNPHFISKVLDENGDELW >KAF5949235.1 hypothetical protein HYC85_015192 [Camellia sinensis] MEESQELLSVPMKLKRKVRPKKMDFVGSGSKLLIEFLESIGKDTSKQISQYEVAAIINDYVNKNNLIHPQKNKRIMYDERLHYLFGRKSVARIKIYDLLETHFFENQDGSEDEFLEAFPKLSLFCLLFPKLGLVLTDFPN >WP_026861651.1 AraC family transcriptional regulator [Pseudidiomarina sediminum] MDTAQWDGASKWQNWKYAIEKALPYDCELSLNSDPACFEGHLEVFHHPLTHESYSDVTYSGNQVRRTKQHLQDGYNDYILMFVKSGEGSFQSEGEVYWFKPNSIYLVDTSRPFSKDMYGGCQVVFIRIAKDRIDPAFPQLSTQAVRAFPTESGPGMLLRNYLYMLPRAVHTSTESTIDFLFRALTNLVVANLMELSEQLPERNYATTDHAFFVQVLKHMRQHFTDPNFRLSNLVAHYQRSRSYFYQLFKEHGTTFSDELRALRIEYAANRLATASATMADLAYECGFNGASQFSRAFKVEMGVTPQKFRLTQL >WP_075011186.1 MULTISPECIES: 6,7-dimethyl-8-ribityllumazine synthase [Stigmatella] >SEN21123.1 6,7-dimethyl-8-ribityllumazine synthase [Stigmatella aurantiaca] >SEU06140.1 6,7-dimethyl-8-ribityllumazine synthase [Stigmatella erecta] MPRYIEGDFLPPKGRFAICVARFNAFITEELVKGAVDSLVRHGVADADIDVYRCPGTYELPGLTRRVTESQGYVGVITLGAVIRGGTPHFDYVAGECSKGIGSVAFSAAAQAKPVSVTFGVLTCDTVEQAIDRAGVKAGNKGADAAMACLEMVNLYAKMAEGKRG >WP_205336461.1 glutathione S-transferase family protein [Pseudomonas sp. PDNC002] >QRY78475.1 glutathione S-transferase family protein [Pseudomonas sp. PDNC002] MSLVVFGAPLSPFVRKVRLFAAEKGFDYQLENVNPFNQPDWYRELNPLRRVPAIRDGDFTLADSSVICHYLEDRDPQRAPLCGKGAEARARISWLEKYADYELAPLTTFTVFRNRLLKPLMGKVCDEVAVKGAMQEKLPEHFDYLEKCLGDQQWFVDDSFSLADIAIACQLVNLRHGEEELDAQRWPKLTAHFERTLARPALAEIVQGELQIIAKIMAKR >POC21689.1 hypothetical protein CRN46_13465 [Vibrio vulnificus] >HAS8195300.1 hypothetical protein [Vibrio vulnificus] >HAS8367292.1 hypothetical protein [Vibrio vulnificus] MTSSLIMEVSRLSVIPDSDEGAWSGNHGICLVLGRIFPSIERDFFVFGAKMRLFFDRVDALGSMPPVLRGLAAEWIPDSSLRLVRNDEFFDNGSVAPKCHSQ >WP_017172025.1 methyl-accepting chemotaxis protein [Xanthomonas phaseoli] MLGNFRIGTRLIVAFLIVSAIGACIGWVGYSNSGRISALSSALYERELLGMSNVKEANINLIYAGRARANLLLASSAEERQSHVQNIDKYTAKVVDYMSRARASFQSEEGKNKLAQFDRAWQKYLDERGRFIEAANREALREANPELAALSRAVRASSDEVDNLMTDLSGLRERSAAAANAEADAIHARSSRLLVAIICGGVLLGAILGVVISRSVTGPIRRAVAVANGLSEGDLTMRIDVQGRDETAQLLEAMRTMVQKLSQVVGEVNTSAETLASASEEVSATAQSLSQAASEQAAGVEETSASLEQMTASISQNTENARITDGMATQAAKETVEGGEAVVATTQAMKQIAQKIGIIDDIAYQTNLLALNAAIEAARAGEHGKGFAVVAAEVRKLAERSQVAAQEIGEVASSSVELADRAGRLLDSIVPSIKRTSDLVQEISAASEEQSSGVSQINSAVVQLSQTTQQNASASEELAATAEEMSAQAEQLQQSMAFFRLGGQGAQTAPPKRGKQVAARPARAAGTRGWRSNAAPAYAMSEGPDEGQFARF >WP_157783106.1 relaxase/mobilization nuclease domain-containing protein, partial [Pseudomonas syringae] DNRTVVITDVFPDGRQRLISGGISCETNCFSWETSAAEMNMVAAQSRRCQDPVYHFILSWRENELPTDAQIFECAEHCIRQLGMEGHQYVTAIHQDTDNTHCHVAVNRVNPITYKAAALWNDADTLQKSCRVLERKHGFIQDNGSWQWGVNDQLVRAPFRYGSAPQGTVPLQVYSNTESLY >MBH39527.1 molybdopterin synthase sulfur carrier subunit [Chloroflexota bacterium] MNIEVTFFALYRERVGKNKYTVRLPEMANVADLVAEIRGQFPLIAPPSVNIVVSVNTEYAEETDILYDGDDVCLIPPVSGG >MBP0444593.1 hypothetical protein [Roseomonas sp. SSH11] MRLPRPILALLALLLAAPALAQAPAPAPANTPAPARAPAATPSATEAERLLGLLRDDARRAELIRNLEALSAASRAGAAPPGAAPAGAAPGPGAAPAPAADAPPP >XP_040637648.1 putative kinetochore protein nuf2 [Aspergillus ruber CBS 135680] >EYE93960.1 putative kinetochore protein nuf2 [Aspergillus ruber CBS 135680] MAYNNRMSQQFNRNQQHQGRGRKKEDDNDALMRLPDKEIAGCINDIGIPFNTADLVKPNPQQIQMVMEWFAELLMNITRETVEPAMRAAADDIGGDYPDLVPNDTRNLMGFFISLRRLMMECGVNDFTFSDLTRPTHDRLIKIFSYLINFVRFRESQTAVIDEHFNKSEKTKARIDTLYVENQEMEQRLEEMRRGLKANEGQVKEKVRRNDELKSRLLELRRNQERVAEALERAKADKGRRQTSLEEKTEKVVRSRQEVEKLRPYVLESPATLQSSLGELSENLMRDKAQIDAMERRARALQTSSDTFTVVGNDVQACVKLLEDIAVELQKEEDEELRASRNREAISERGNNVREVEQTEKLLQRQLARWNERIEALRKNAQEKAEAAQAQMEELRNVQKQLREERAEKQRDMERRRIRIEQTEKKMADLKENIENEIQSAHDQYLKLESHIKLYVTEMEKCL >CUQ45908.1 Uncharacterised protein [Clostridium paraputrificum] MPYYFGGIVMVKAKDIRKIPKEIEKYKKLLDKETDPIKQLKYKRLLREQEYNLMDIEIQLMNIDIAIYRDTELHKNMFVDKYVKGLTVEQMKEKYMMSDQTVYRRLNRVKLAFESNVFHI >KAB1930676.1 hypothetical protein F8271_27690 [Micromonospora sp. ALFpr18c] MDAGPALPVAPGVPRRYVPPPPSESSVPPATEPAEAPVRGPDAWFNPAQQAESDQDETTTDHSATGAGSVLDDAANSSPVTAERQERRTTSAEPTTGGPPTDRRPDPTVEPVAPPVSAPPAYPVSAPPARPVSAPPVSAPPAASVSAPPAYPVSAPPAYPDSAPPVSAPPARPVSAPPARPVSAPDDATASTGSLPASADGEAAGDPWGDDDDVPTEPGPGSTALGPVSGPPARPVSGAPSVTTPHEHTEPAPEPSGRASEVSSEPADVTDPEAAARPPAPVSDSDHQSAPVPAVTPADPDEGDPDEDDPAAEVSSTPPDHDADQPVSAPPVSTPEAPVSGVPAMAIPGPRTGSPGENAPVSAPPADPPEPTRPSLADPGDPEQVLGAYRWRLDPVTLREELTEPDDLRAIRRRLTEKLGSAIDNRTRARLLSLRAVASRILGELDDALADGRLALTYAEATGELRRTALAQARLAHVLRWRGDFAEADLLFARANSIELPDRLRAALHEHAGRSCHDQGRLMEACHHFERALDLRGAGDPELLDRVRVALDAVTARASADGFGPYPRSRDDILDRDRPPMPGRDGPLWGYTDPDGELVIPARYAEVQAFHDGLAWVRRSDTDRWSLINLLGTTVIQPSYRMARPFSDGLAWVVGDGGWTAIDATGAVQVPPNFAEVRPFRRGVAAVRREGWGAVDRNGRIVVPTRYHGFSTELADGEQIDGFTDEGLAVVDVAGRRGVVDRSGAVLVPPAHPMLVIHPVAFLIGSATGRWGALDRRGEPLIDPVHRDRAEVLAEIDRLLTDANPVL >WP_063393100.1 hypothetical protein [Ralstonia mannitolilytica] MADQNPYDTVLQQDAAPNPYSNLLNDSSSPAATPGRLSMMQVGDRNPDVEARLQGLAKQYGVPVEAVRLQHSDYERRAAIDSIDYAALARTAPVTSGLIDDPLKAAVSRDDTHNLSTVERALSAIGAAARYITSADDKGGLLRDMYAGVLGASRGAAGVFQAAAESAAPLLDPLAGTILPENPLRRVAAGFAQSGAEADRRAKAAGTDSNGIVSGGVSSGVQSFTQNAMALPLAFLPGGQPVALSMMAGIQGGQSYQDAREKGLPVQTALPFAASQAAIEYATEKIPMHRLLGDLAANASVRRMLVHQITSEVPGEQVATILQDANEWAILHPEKTLRDYLAERPAAAAQTLIATIIGVGGNVAVMRAINGATGADAARQQSAQSAVLDSAVIEQLNAAAAASKLRERSPDTFREFVKQAAEEGPVQDVYIDASQLQQLAQSGVDVNALAAASPSIAAQLPEALATGGMVRIPVDEYASTIAGTEAAAELLPHLKTDPAAMTRAEAETYMQDHANALQQEVERTLQERSAQDAFAASREAVEQQMLEKLDSVNRFTQDVNRSYAALMANFYATQALRLGITPEEMAARYPLELRSELMERPGATLSQENNGGEIIDRAALVPADGKVDMGVASDTVEQKVRAALAAGQPVTLYIEGKAHKIVGYNRGMRDEKGQPWGIQGILQPLPGNHDRIEIGAPAAQTTPGAALPGNQATKPAATTQPAGQRGSITLSPDMQATPTVISLLQNADLSTFLHESGHFYLEVLTDLARQPNAPQEIKDDVQQLLDWFGIKDLATWDSYDLEQKRPSHEQLARGFEAYLFEGKAPNVQLQGVFARFRAWMINVYRSLSALNVSLTDEVRGVFDRMVASSDAIAEAQAVRGMAPLFESAEAAGMSPDEWQAYQNLGLEAQQEAVQELEGRSLRDMRWLSNARSRTIKTLQKEADAKRAAIRAEVANEVFATPTYGAMQFLRRGTTTTQGERVELAGEAPHKLSIPALVEMYGGEGDRYALLDWSKLGYGKYGMLASEGLHPDTVAQLFGFTSGDQLVHSLLDAEPVEQVIDRMTDQRMLERYGDLADPSAIERAADMAVHNEARAKFVASELNALNKATGQRKVLVSAAKQFAEAAIARLRVRDIKPGQYAVSEAKAARAAQEALRKDDLETAAVQKRNQLVNNYATRAAYAAQAEVEKSVNYLTKFDREAVRKNVDPAYLDQIDGLLERFDLRKGTTLRELEKRKSLLDWVKSQEEQGLEPIIDPALIDEANRKSYKNMTLEELRGLTDAVRNIEHLGRLKKQLLTAKDQREFQAAADAIAGSIMGHAKRTIPERRISDRGPLVAAGSLFRNFLADHRKFASLVREFDGWKDGGPAWEYLVRNMNEAGDREAVENEMATMRMHELFAPILEDGKLTQKTYFPALGKSFTREERLGIALNMGNEINRERVLSGEKLSPGQLQTVLDTLSKKEWDFVQGVWDYLESFRPQIAEKERRLTGVEPQWVEARPVQTPHGEYRGGYYPIKYDPLRSSRAEADTNAEVQRQMERGLYARAMTRRGHLKERTESTGRPLRYDLNVVFEHVQQVVHDLAWHEYLVDANRLLRSSAVDNAIRAHYGAEVNRTMRETLRDVAVGNVATLDSLDKLMNHLRTGSTIVGLGWRFTTSLMQPLGLTQTAVRIGPKWMLKGAAHWAGDAMRLENSAKKVYEMSDLMRLRAKTMQREINETRNKVQGKDSRLQASYFWMIQKAQLIADIPTWWGAYEKAMAQPDMTETKARALADQAVLDSQGGGQIKDLAAIQRGGAGKKLFTSFYSFFNTTYNLTAEVVGRTDFKKPGDVAAFVRDLALLYTIPAALNTLIKAALHGDDDPDKLLRTLLADQMNYLFGTMVLLRESGAAIQAASGLNSGGDYTGPAAVRFFAELAKLAKQVQQGEPDEAFWKSLNSTAGILFHYPAGQVNSTVSGLLALLDGKTENPGALLTGAPSKK >XP_053174626.1 netrin-4-like [Scomber japonicus] MRLWTLLVIIPFCASSPLLTETSKLKGPAVDNRCSGRACNPRMGNLAQGRVLTTLSVCGSNVSEPYCSYRQTAAPRSKESCSAPKCSKCNAAIPSQAHPPSAMTDSSFRNPETWWQSAEGVKEERLQLDLETEFLFTHLILVFRSPRPAAMVLERSQDHGHTWKTVKYFARDCEEAFGLAEGSPAGDSGATCSSKYSGGFPCTRGEVIYRALSPWHSVDPYGPDAQDQLMITNLRVRLLQHQPCPCQSKHSGVSDVPTDHYAIYDFIVKGSCLCNGHADHCVPAKGYNPSQQRTSNMVHGKCVCRHNTAGDHCERCAPLYNDQPWQAANGIIGTPHECQKCKCNGHAKSCHFDRGLWQTSGRRSGGVCDDCHHNTEGRHCQNCKRGFFRDPSRSKTAPDSCKPCSCHPVGSVFSGGSALCNPSSGECTCKPGVGGPRCDSCMMGYWGLGEYGCRPCDCTGDCDPYTGDCISGSDVEVFYTATGHMGHSSNNSETALFRVEELFSALHHSEKCECVEGTLGSPKLFCAAEYDYVLVVRVMAAHDKGSHAEVEVKAKKVLHQSPQMKIQRGSVTLYPESWTIKGCTCPILNPGSEYLVAGHEDWKTGRLMVNTKSLVKPWKSSLGRKILHILRKECDRW >MBY7869037.1 NAD-dependent DNA ligase LigA [Vibrio fluvialis] >MBY7919839.1 NAD-dependent DNA ligase LigA [Vibrio fluvialis] >MBY8156103.1 NAD-dependent DNA ligase LigA [Vibrio fluvialis] MQNVEQRLTELKETLHYHAIRYYVEDDPTIPDVEYDRLMRELLDLEALHPELVTPDSPSQRVGGAPLAGFEQVTHEIPMLSLDNAFDDDELNSFHRRMGDRVPAAKAAKFCCEPKLDGLAVSLLYVDGVLVQAATRGDGTTGENITENVRTIKSIPLRLQGSGWPTRIEVRGEVFMPKAGFEKMNAEALKKGEKVFVNPRNAAAGSLRQLDSRITAKRPLAFYAYSVGVIQGGTLVDSHYERFLQLKGWGLPMSPETKRVESLEEVKAYYQDIMTRRGDLPYEIDGVVIKVDDIALQEQLGFVARAPRWAIAYKFPAQEEMTVLNDVEFQVGRTGAITPVAKLEPVFVGGVTVSNATLHNADEIERLGVKIGDTVIIRRAGDVIPQIVSVVSELRPETARDILFPAQCPVCQSDVERVEDEAVARCSGGLVCQAQRKEALKHFVSRKAMDVDGLGDKVIEQLVDKEMVTTPADLFRLRAGELTILERMGPKSAQNIVTALNASKETTLARFLYSLGIREVGEATAMNLAHHFLTLDAIRDASVEQLIEVPDVGTIVASHVHAFFAQDRNQKVVEELLELGIHWPEIVPKAEGEPQPLAGKVVVLTGTLSQLSRNDAKAALQALGAKVTGSVSKNTDILFAGEAAGSKLAKAQELGIEIRGEQDLIDMIR >MXW19700.1 TonB-dependent receptor [Gammaproteobacteria bacterium] MPIHLQPKQSVLSAAVALSIAGAPVAAQEDAGARMLDEIVVTARRVQESLQDVPLAVTALDTREITELGITNFADYVLQLPSVTAGGSGPGQNTIYIRGVASTTPNLTVAGVAGLAPNVAFYLDEQPLAHPGRNLDVYAADLARIEVLSGPQGTLFGASSQAGNVRLITNKPDLNEFYGNAKFGVNTLSSGGSGNHLEVVMNLPLSDNFGLRGVVYRDSKGGWIDNVASTRTAEESARFRPAGTVRKNGVPVASYRAGFQAGVDLSNITFFRADNSSIAEEDINEVTYTGGRVSAKWDINDDWSLLVSHTTQETEADGVFFADPDVGDLEINRFVNEGIFDTFDNTAVTLTGRLAGLDVIYAGAFTDRESEQIVDYSDYLFVGQYLPYYICDYYATYTSYNSPPGIPRAGTRCHPPQMYVDSINRLEVRTHEIRFTTDQSNRWRLQGGVFMSELELIEVNDFIYPGSLWAISWNGHPGWAPNYPLTNPQAAPGDPERGGAGPGYYTYPGPFGPDRHGGDIGVIFRNDIRRTDDQFGVFGELDFDLTDQFTLTLGARNYEIEVDLEGSANSSFINFGANRTDQQRFGTNISQQFMPGNAVGAPDKAVADGTIFKATLGWRPQPAHLYYVTLSEGFRPGLLNRPGGRVSADGSGFVVPFELQTDEVVNLEVGMKADFGNAFRLNAALFNIDIDNLQTTIFDTSIVNLFFSDNAADARVRGLEADFIWLPPGFDGLTIAGALSFLDSEITRKITPTNDVREGDELAFAPGNQGNLRARYEWTLQANGWTAHVIPMITWSADSYSDIITINRDRIDSWAMLGLTAGVATDNWSVTVYCSNLTDERAEVSRSFVFDTKHVTYAQPRTYGVRASVNF >XP_006969978.1 Calcium/calmodulin dependent protein kinase [Trichoderma reesei QM6a] >EGR44085.1 Calcium/calmodulin dependent protein kinase [Trichoderma reesei QM6a] >ETR96738.1 kinase-like protein [Trichoderma reesei RUT C-30] MASGAADSKDQAGHSPRIQPAITYGAAASTSSGTGTYDDIKLENAPSNFFGGIFDRLRKQPESYEKKARYVLGRTMYASSNAVVRAADGPMGKVSIKVITKKASATTAQETANEINVLRRLKHPNIIGFVDWFESRDKYYIVMQHTAGGDLFERICDQGKFMERDAASVVLQILHAVSYLHENLIIHQNIKPDNIHYLSRDLESPLVLAGFAHSAILSSPEEVVTDRVGTFGYAAPEAMSNEGHGRPADVWSIGVITYTLLCGYSPFRSENMHDLYEECNQGSIVFHERYWKDVSSDAKDFICQTLIPEAKGRITSKVRLYKECYPFLSDMF >WP_249991478.1 iron ABC transporter permease [Pasteurella multocida] >MCL7800326.1 iron ABC transporter permease [Pasteurella multocida] >MCL7805643.1 iron ABC transporter permease [Pasteurella multocida] >MCL7808735.1 iron ABC transporter permease [Pasteurella multocida] >MCL7809199.1 iron ABC transporter permease [Pasteurella multocida] >MCL7813606.1 iron ABC transporter permease [Pasteurella multocida] MNVTARLWLPPILLVLVAISACLIGQYHIALQDVWQAVLHIAADNPRTDAETVLWNIRLPRIFTAIIVGAALSVAGATYQGMFKNPLVSPDILGVTAGAGLGTVTAIYFGGSLFTIQVVAFLGGLLAVFLVYLISRTAPHHSPTLALVLAGIAIASLLSAGISLLKILSDPYSQLTTITFWLMGGLNMATLNDLALVAPLICASLIPLILLRWRMNLLSLDDEEAETLGINTKRTRLIFILSATLMTSAAVSITGIIGWVGLIIPHIARLWIGADFRRLLPTSLFIGATFLLLTDTIARSIFSIEVPLGIITSLVGAPFFLSLLIQGGKR >WP_077989166.1 MULTISPECIES: alpha/beta fold hydrolase [Rhizobium] >UWU38257.1 alpha/beta fold hydrolase [Rhizobium leguminosarum bv. phaseoli] MVKRRLKLLPKAGPVILAAIALTMLSGCATRPSPNVLKPVHLNEALHSEVTSERVSVLAATNRSADAILGGFGSAWSETLTYEQYEFSVPPGRKGTVISYPTSRPDPERQFAVTGRKQLPKDAFVQEAIRSVQSDGTIGIFVHGYNYSYQEALFRTAQIAADAKIPGAPILFSWPSAAAVAGYVADRDAALSSRSELGSLVTSLSASGKVKRIILFGHSMGGFLVMETVRQLKLQHRDDVISKLAVVLAAPDIDVDVFRSQLADIGRMPIPISLLVSKDDRALVASSFIAGERPRVGRLDIDDPVIGEEALRERLRVIDITSIQASDGLGHDRYASLAKYGAQLASFESGKRASAGDVGAYVFDAAGAAVASPFRLAGRFVGAH >WP_238286377.1 cytosine permease [Caballeronia novacaledonica] >GJH07942.1 cytosine permease [Caballeronia novacaledonica] MADNTSITQVETFGFERIPDASRYARPIDLFRLLFGGCNTFSTSVLGSFPILVGLSFEASLWAIVLGVLAGTCILAPMSLFGPRNGTSDPVSSGAHFGIHGRIVGSFLAVLTSVAFFSLAVWSSGDALVGGAHDMVGLPVNPWTLGTAYMVFAVLVLIVCIYGFRFMLWVNKIAVWAASLMFVLGAFAFAKAFDVHYAGTLHHGGAGFWAAFIGAALVALSNPVSFASTLGDWARYIPQSTPRHRVMGAVFAAQIATFVPFFFGLVTATIIATQAPTYISSNDYVGGLLAVSPRWFLLPMCLIAIIGGMSTGTTALYGTGLDMSSMFPKYLNRVRATALIGTLAIGFIFVGRFAFNLVESVATFSTLICTFSCPWMAIMVIGFVQRGGFYLADDLQVFNRGGRGGHYWFSHGWNWRAMGAWLPAALIGLAFVNLPGQFVGPLGALAGGCDLSVPVSFVVGGMLYMAMLWRFPEPDAVHGPQGRRLIGAPRERDDDVARAGSRG >MBQ6476844.1 Holliday junction resolvase RuvX [Bacilli bacterium] MKYMGLDLGTKTLGISLSDTTKTIANSYKTIHFEEEDYDSLIEPLKEIIEKENIEKIILGYPKNMNNTIGPRAEITEEFKHKLEKNLNIEVILQDERLTSVISNNILIEANISRKKRKKKVDSIAATIILQSYLDKKGK >OCT99299.1 hypothetical protein XELAEV_18005086mg [Xenopus laevis] MAASGLRFFRQSFGAVLRSAQTPVRTCPRLMCTATKEQNHPGENEDKSKNQAEESPDQAAAEKAKLEEQIKDLTDKYKRALADTENLRQRSKKLVDEAKLYGIQGFCKDLLEVADILEKATESVPKEEIKAENPHLKSLYEGLIMTEVQMQKVFEKHGVLKLNPVGAKFNPYEHEALFHSPVAGKEPGTVALVTKVGYKLHERTLRPALVGVVKGT >WP_131252095.1 AimR family lysis-lysogeny pheromone receptor [Bacillus thuringiensis] >TBX38577.1 hypothetical protein E0M35_29315 [Bacillus thuringiensis] MNEALKREDKVSEKTLNKFLSKIIDEIDFQRKNQEDIAKIIGISSGTLSKNLTGKNQFGFWNLIRLLKLLYAGDINKQRKMLHTFCSVTTSKKNLRIAMEYANSKGDLSLLKQVVDQESKSSLAMNREWAYVYELVWLRNSGSIKKQELLAKLEDRKGKKVIKTKEMKVLYGILTYYTMYDLEKYNSLFEYAEVLSPDVNAITDSFIRTSYLGRIKEGLAYAYLVQDDLEKSRRLCQEILDLEDPEGCFHLLRASALVYLAESYTFECYERASRYINKSLEQLEPCNFERELQRKQSILNTYAFIKLVNRQELENIKIYHPAEESFLEIVKGNYQNAIDILNNLEKKNRFLSPMQYCILGITKNDITLIEKSIALYECVGNRFYSKFPKKIVVEFNKNGIIYEGGAI >HBC43327.1 dihydroorotase [Pseudanabaena sp.] MLSILIRQSTIILPDRETLIGDVYVQHGKIAAIAPTLNPDDLSADDQPLEIIEATGLTLLAGVIDPQVHFREPGLEHKEDLRTASYACAKGGVTSFLEMPNTRPLTITQAALNDKLSRAASKCVVNYGFFIGATAEVLP >MBP7794228.1 HDIG domain-containing protein [Candidatus Saccharicenans sp.] MTREEALELLQQHLHQPNLVKHCLAVEQCMRALARRLGGNEDTWGLAGLLHDLDYEVTEKSPELHTRETVKILAQYNLPAEVLQAIQAHAGQVPCQSAMDWSIYAADPTTGLVIAAALMHPSKKLKAVDLEFLKRRFKEKGFARGARREEIEKCANLGLTLDEFLGICLEAMQAIDQELGLA >MBT4259674.1 uroporphyrinogen decarboxylase [Nitrospina sp.] MIEDKEFRFLKACRGESTDVTPIWFMRQAGRYMKAYRDLKEKYTFLELCKNPDLATEVTLQPLDVLGVDAAIIFADILLPLEPMGTGLEFTAGDGPVIPRPVKNQKDIEKLRPVNAEEDLGFVGDAIRQVRKELSGKMPLIGFAGAPFTLCSYMIEGGKSRDFTTTKLMMFETPELWDLLMDKVCTMLVDYLTMQVKAGAQALQIFDSWVGCMSPQDYEKYIMPYTQRIISKLKDTGVPIINFTTGTSTLLDSVTKAGGDVISFDWRINIDDAWKKIGHDRPIQGNLDPTLLFAPIPIIRERVHDIMKRVGSRSGHIFNLGHGILQHTPVDHVKAVV >MCP5487798.1 type II toxin-antitoxin system RelE/ParE family toxin [Verrucomicrobiota bacterium] MASYRIEFAASVRKDFRNIPKREAARILKRIEGLAENPRPPDSKKLTGDGSMRIRIGRYRVLYEIRDRVLLVLVLSVGHRKDIYRK >XP_052321142.1 uncharacterized protein LOC118395546 isoform X4 [Oncorhynchus keta] MANCMVFHTQIASIMEVLANAAVAEICKLVDNDYKVFRLEMSQSQKENKGLRRKLQLMDWKVARERAERTIRERVPASRPSSVKILDRYRGMARVEEHLTVGHNSFVKPVGHNAWRDDQPIAIDEGTGTSSQHVIVIESAGPGGSSLVKQERTEGDDPQHSRDIQTEAAAGVVPPVATDDLATTPRPRTRRSITEASAAYRRWRSTRGSTQGRNPSAVPSVTCDSLRLAT >HAJ13960.1 F0F1 ATP synthase subunit delta [Comamonadaceae bacterium] MAEIATIARPYAEALFKAAGADAAGASAWLEELAAVASNEQLRQFADNPKFTAEQVYGVIAGVLKTALPVIGQNFLRTVLDNGRLSALPEIAAQFRALVNAQRGSSDAVVYSAFDIDAAALADLAAALEKRFGRKLDVQVRLAPELIGGVRVVVGDEVLDTSVKARLEQMKVALTA >KTC18574.1 ABC transporter substrate-binding protein [Pseudomonas marginalis ICMP 11289] MSRQIRLLRRLLLGVAVLCTCWQVALATPTHALTVYGEAPKYPAGFKHFDYVNPDAPKGGTLTRSAEEIGQFNYLNPYVDQGIGVVQLDTWVYSPLAYRSLDEPYTVYGLIAEKMEVDPNGLWVRFYLNPKARFDDGQPVTAEDVRYTYELMTTKASFSYRPMFADVKDVTIEGPLQIRFDFKNNLNRMLALDIASLHILPKHWWKDRDFANGGGFEPPLGNGPYRVAKVDAGRSVVFERVKDWWGKDLPVSRGLYNFDTLTVNFYGDTEIARQVLQAGAFDYNREYSSAGFTVGYSGPAIDDGRLQKNILATQRPVAAQGFVFNLDNPIFKDRRVRQALSMLWDFDWINRRVMRNFYVRQQSYFPKSEMAATQLPDEAELKILEPLRGQVPDEVFTQVYQPPKTDGNGYIRDKQVQALKLLAEAGWHPKDNKLVNAAGEPMVFSFLDGQGGFDRLILPFKRTLAQIGITLDFLRIDSAQYINRLNARDYDMIVVTFPKSGNPLISPGRDLYNLYGSQSATEVGSSNAMVLRNPAVDTLIDGLVAANSRNDMVHYARALDRVLQWGYYMIPNYFSKGTPLVYANRFGRPDTAPIYDVGLETWWQISPTALTNAQAAALGSKTTAAKEH >MSX81993.1 hypothetical protein [Actinomycetia bacterium] >MSY06443.1 hypothetical protein [Actinomycetia bacterium] >MSZ29286.1 hypothetical protein [Actinomycetia bacterium] MLSPRRHIRKSLKRLGALGVITMSVLVGTPAGASTKSAAAPRRVLMLALPTVTWADIRDHNLPHLEPLLRESSIANLMLRTTSRNTDAGDGYATIGAGTRTSGGTEPGAVLQSDEAYGGATAAEIYKRRTGYQLHATAGALGFPQLKAANEEFLFDSVPGSLTIALLGGGYGASAIANADHGEAVPADDRFHREAALTMVDDTGRLPGGYVADSLLREDNGAPFGLALDTSAVMDAFDNAWGDGQVVLVEASDLARADAYRLLATPAERGRQRLAALKATDELIAKLLTRIDTKRDVVVAFGAFHPSYAHNLGIFAIHGPAFSAGLAESSTTRRAGYVALQDIAPTVLEQLQIESPESMEGRAAKSTGSSGNFSERVADLSRENLQSQFRDSVIGTAMVALAIAVVLIALAGLAVLQLPRFARARNPYAALCLAAPGLIGATFLTAPFPFHEWGAGTYWFAVVAFALVFGAGCVASRRVNWLLPTSIAAGFLVLLHSVDAITGTRLQFATVFGYSPTVGVRVTGLGNPASAQLSAAALILATILVAWIGGKRGIRIAAILLGFVLIVVAAPPWGQDFGGALSNAPAFAVFLWLAAGRKIKAKTVGLFGVALVVAGLLVGFADLTRPRDSRTHVGRFFEKIGNEGVGGFFTVVERKAGLMLDTFLVPTWVLASLALIGFLAFLGWGTPWIRRLNSNLPTLRAGGVAFGTMAVLGLLLNDSGVTVPGMMLAVTVPCLLSLIVLQPSSNENAEPPLGYEKEDESGKSLRS >WP_172892835.1 2Fe-2S iron-sulfur cluster-binding protein [Calothrix sp. NIES-3974] MSPMHTVTVRDRARNIEHTFQVPEDRYILHTAENNGKELPFSCRNGACTTCAVRVLSGEIYQPEAIGLSPELRQKGYALLCVSYARSDLVVETQDEDEVYELQFGRFFAKGKVRAGLPLDED >RMP47417.1 Transglutaminase-like enzyme, putative cysteine protease, partial [Pseudomonas amygdali pv. lachrymans] ETTLPDVRQMSDFRLQRRRPVEQSLLYTVNSWPLSIRDPQSSEQVQRQNLQLPAKCNDQARQWAAELRRRYTTADAMVAAMLGYFSDQPFHYTLKPAPLGNDSIDEFLFASRHGFCAHYAGAMTFVLRAAGIPARVVAGYQGGELNPDGHYLTVRQFDAHAWVEYWQPGIGWRSVDPTAAVAPQRIEQGLEQALAADEAFLQDSPYSALRYRNVPWVNAIRLSWDNLNYGWQRWVLGYQGQQQLQILDRWFSGFQAPVFVLGTLLSLGLVAIWLFKPWQRESDSQLRVFNAFERLLARHGLRRMPGEGADAFCRRAVLYFPQHAEAIEAFIREFQAQRYAGRXRPAA >WP_076195104.1 YncE family protein [Mycobacterium sp. GA-1841] >OMC35141.1 hypothetical protein A5740_08335 [Mycobacterium sp. GA-1841] MAKNFLRALIEAARSGREARRNNGVIDDLPARGITFDGALDDIDIAGVAEVGRGAIGDIAVDPDRETVVVTNVGTQSLTVINPHTMGVVGSVRLPGDPFHVVVADDRAYVSVTGAAHDSILTVDTITGAVLSEYPLAMTVTALAISPDGKRVFAGRAGHERIDIAVIDTTAERVGTIDLATGAGVNLDALQVDSTGKRLLAATSDPRGSRLVVVNTETAQVQATVWIGAPIRDVAIGDGIAYVLTSDLAHRGVVHTVDLSAATVVDAVEVAAAPTQLVLSADATRAYLVDYDRVIVWCALTGQVQGSVDVDVEPTSVALRHDGTRLYVADYAGRVNIFEVAESLYSQLVATDAVEIAAMPAMPAMPALAPAGA >WP_278448552.1 winged helix-turn-helix domain-containing protein, partial [Salmonella bongori] >HAD94956.1 PLP-dependent aminotransferase family protein [Salmonella bongori] MLPLSLNRESITPLQLQIFQYYFQAIQQGGLLCGDKLPSIRELALRLNVAKITVVMAYEKLTAAGYIKSRQGVGYEVIFTAPLRSIPPSPLAVAGS >MBU1163645.1 SagB/ThcOx family dehydrogenase [Pseudomonadota bacterium] MSTKKSSEIIKLPAPCYDGNTSVEMALLKRRSIRSYSNEPLSLAEISQLLWAAQGITDSRGYRTAPSAGALYPLEIYIVAGRVKDFSAGIYKYRPHENELAKIVDGDKRTEVCRASLNQSSISNAAAVIVFCAVYERTTVKYGERGIRYVYIEVGHAVQNVYLQAVSLNLGTLVIGAFNDNELKNVMNFDLYEYPLCIMPVGKLAP >WP_178943877.1 hypothetical protein, partial [Paenibacillus curdlanolyticus] MRMKIPIKESLMKNRSNNTRLIHSLKFKLILLGTVCLVILLLVGGMSLVMLNNSNNSYDLTNQMNQINRLSEQNETLNVQYVYSKNSSYLNEISSNVEKAYNIARNNDSSGDYKDSWNQLTSLLEDNNSNMQQIIKLVGERGFDTSTGIYGKISENASLLQEQLDAIDKVGNWTDIPMLSTGNFFKGTEVINGTAYSKYRYVNKLPDKGNRDALSARIGGDSIDYKATAYITKIELLSGSEAATIDFSQNPSYVLSTSYGGALGGLEYVTFNGNPAIKVDTVFTAANNAWEEVAIKFNASAVTLSDYKQIAFEVYFDSAPPAKLSLGGAADEIYNFTSAVNQTNILFDTYNKAVIEGKLQEVNDSYNQISSLMNEMTSSFNSYFGINDKPTEAIKIMQDKIALFEQLKPLDLELAQLYNDNTALVNEMRSNISSMQESISSDMVASEERLRITMILSSVVAIAIVSVMAVKHPNI >WP_100963785.1 tripartite tricarboxylate transporter TctB family protein [Bosea sp. FBZP-16] MTGETSSLAATLRPRLGAIAGIVFGLIGTLASLQLPLGTSRLLGPGAVPLLLSLAMTGLSLALLVKPGSDEAEADEEDGGLHGAAMVALVALMIGAFALLLTWLGFIVAGTALMYGLYAIGEEKPVSAKALLRAVLTALAAYLLFVVALSVNMPAGTLWGY >WP_048427321.1 GntR family transcriptional regulator [Methylobacterium indicum] >KMO20874.1 hypothetical protein QR78_09800 [Methylobacterium indicum] >KMO25103.1 hypothetical protein QR79_09390 [Methylobacterium indicum] MPPIQLDLTVPKSLSAAVEERIRDAIVNAELAFGQALPEDGVGLAMGVSRTPMREALTRLQAQGLVVIVPKKGTFVFDPSPDDVDQLAAFRLMLESEAVRLGLAVAPEAALAGLRAAQGAMEQARRSGDGRAYARADTVFHASFFHHCGNAYLAKAYESIAWQVAALRAHLSVPRLHEQDTSFAEHAAMIGHFAAGEAEALLAILGRHILRSAAVYREAIRVRGA >WP_007337172.1 RNA-binding protein [Rhodopirellula baltica] >ELP33948.1 protein containing RNA recognition motif, RNP-1 domain protein [Rhodopirellula baltica SWK14] MGLTGVSGWFTLRSQLSTTFGLVGLFWKRFPVKRARMREASCLVGDGLQGIRLVTNIYVGNLSFKATEEELRGAFEQYGEVSAVNIIMDRETGRSRGFAFVEMADAEGAKDAIENLNGHEIDGRSVTVNEARPREPRSGGGGGGGGYGGGGGGRGRGGGGGGYGGGGGNRGGGYGGGGGGGYGGGGGGGYGGRGDR >WP_283107263.1 GspE/PulE family protein [Shewanella marinintestina] MRLGDLLVQEHIITEEQLQQALSEQRNSGKKLGRTLIDLSCITEQQLLQFLSQQLNIPFLNISKRAIDAKVVGLLPEVQARRYRALVVEDNGDSVLVAMSDPADLQAMDNIEMQLAPKTISIAVVTEDQLLDAFDNLYRRTDEIAQIAGKLEEEYAADEIFDLGSLTGGDSDNETTVVRLLQSIFEDAVQMRASDIHIEPGEKSLRIRQRIDGQLHENILPEVSIAAALVLRLKLMAGLDISEKRLPQDGRFHMEIKGHKIDVRMSTMPIYHGESVVMRLLDQSAGLLTLNETGMPADMLARIRRQIKRPHGMLLVTGPTGSGKTTTLYGVLSELNTADRKIITVEDPVEYQLPRINQVQVNHKIGLDFSHVLRTTLRQDPDIIMVGEMRDQETVEIGLRGALTGHFVLSTLHTNDAVTSALRLLDMGAASYLVASALRVIIAQRLVRRVCQNCATDYHLSAQDKAWLSNVSQLDYSNARFRVGSGCQSCNGSGYRGRIGVFEILELDEPMIEAMRTGNPQDFTRAAYQSPNFTPLAESALKYMAQGMTTIEEVAKLVEDVSEITLESEA >WP_268276024.1 ThiF family adenylyltransferase, partial [Bacillus inaquosorum] MLHQFSRNELAIGKEGLETLKNSTVAVLGVGGVGSFAAEALARSGVGRILLVDKDDVDITNVNRQLHALLSTVGQPKVDLMKARIADINPES >UCH34204.1 MAG: flagellar export chaperone FlgN [Armatimonadota bacterium] METVHEFHDVTLSVLEKESRGYEELLALIREQREQLLAGRMGALDAIVDRQSELMRLIANLDRQADVCLRRLKSVLHLDSDPITLAAIAAAAPDAYAKRYRDLRARLQGLSDEIRRTSLGNLELARNALGYIDFSLRLIGAERDSDACAPDGAPTGG >WP_100461895.1 MULTISPECIES: CoA-acylating methylmalonate-semialdehyde dehydrogenase [Stenotrophomonas] >PJL14780.1 methylmalonate-semialdehyde dehydrogenase (CoA acylating) [Stenotrophomonas maltophilia] MTVAAPRIRMLIDGQFVESATSHWQDVINPATQDVLAQVPFATTGEVDAAVAAAKEAFKTWRKTPIGTRARIFLKYQQLIRENMSELAHILTAEQGKTLPDAEGDVFRGLEVVEHAAAIGNLQLGELANNVANGVDTYSIMQPLGVCAGITPFNFPAMIPLWMFPMAIATGNTFILKPSEQDPMVTMRLVELALEAGIPKGVLNVVHGGEEVVNAICDHPDIKAVSFVGSTRVGTHVYNRASLAGKRVQCMMGAKNHAVVLPDANKEQTLNAMVGAAFGAAGQRCMAASTLVLVGEARGWVQDLVEKAKTLKVSGGTVAGTDVGPVISCSARDRVEGLIASGVEQGANLVLDGRKPQVDGFEKGNFVGPTIFAGVTTDMRIYQEEIFGPVLVILEAETLDEAIAMVNSNPNGNGTALFTQSGAAARRFQEDIDVGQVGINVPIPVPVPLFSFTGSRASKLGDLGPYGKQVVLFYTQTKTVTARWFDDETLSHGVNTTISLK >NNE21990.1 hypothetical protein [Hyphomicrobiales bacterium] MALILLLVLVALATEPAVAEKRIALVVGIDKYVNLPDHQQLKKAVNDSKSISSALASQGFQVLAAHNASRIEFIRTWQRFLNQIERGDVVALFFAGHGVEIKGQNFLLPSDMPQVQGGEEEILKAASMSTDDMLEQLQNRGGRLNLVILDACRDNPFATTAGRSIGSSRGLGRVQPASGTFIMYSAGIGQSALDRLSDEDQNGNSVYTRELLPLLQQPGLSLLQIATRVRRRVRERALEVNHKQVPAYYDEVIRDFYLAGKDAGADGGKTGTGGTKTVIETTTNNRNTKPGNDKLACQRAILDDTLEAYEKFLKTYPGSGCRAKIQKLYEAKVEKIHWDKAIAEHTIAGYQRFLIAFDGGIYAGQARDRMQALKQTSQTKKVVNVPDTDVTQNNSSGNPDRLRDLAGYDVFGGDYQTVRNVSLNRCNTICGADQRCRAFTYNKKHRLCFLKETVGTLMPNYQALSAVRQSELRRVRPSNIRVFDNKDVTASDYRMLDGTGFLDCYKACEADRRCRSFAHVKRTATCWLKSASFPARYKKGVRLGIKEN >CAG1014836.1 hypothetical protein BURC_00799 [Burkholderiaceae bacterium] MDLIDTLRRARIPQFTLPRFVGAVHERLPQLPPTLGLTTALNLALDRILPRDTLTPLAGKLVCLRVTDGGLTLLFTLSEKGFRPAVSSSKPDLMISATTRDFIALALREEDPDTLFFSRRLVMEGDTDLGLLVKNTLDAVDWPRLDPEALHPFRLLAQLRLRLGPSSR >HEY60602.1 hypothetical protein [Anaerolineae bacterium] MCNKKLTIRIIIIITVMFLSLSACDQLKKQTPMNTPAPCSKENILEEVGMIEKFMGEFDDINFVANLTQQEQLAGPILELQKVRRLVEYLELPSCLDTLKSSTIEYMDNVIICTEPQKLDTKLTIFS >MBL6847974.1 acyl-CoA/acyl-ACP dehydrogenase [Alphaproteobacteria bacterium] MSFNYNKTQLSIIDSVQNIMKNFDDDYWLECDQKSIFPHKFYDEIADGGWLGICMPKEFGGSALGITEASIFMQKVSETGGGMAAASSIHINIFGPHPIVVHGNNDQKNKWLPSLINGKEKTCFGVTEPDAGLDTGKLKTFAKKINNGYLINGQKIWTSTAQIADKILLLARTTPIEECKKNTDGLTLFYTKLDRKKIEVKEIPKMGRSAVDSNQIFIDNLEVEEFDKIGEEGKGFKYILDSLNPERILIAAEALGIGKNALSRAIKYAGDRVVFGRPIGQNQSIQHPLAENWIELEAAELLIAKAANQYDNGQNAGGMANAAKFFAAEAGFKAATQAIITLGGMGYAKEYHVERLMRESLIPKLAPVSAQMILNYISERVLGLPKSY >MBW2293111.1 hypothetical protein [Deltaproteobacteria bacterium] >MBW2388402.1 hypothetical protein [Deltaproteobacteria bacterium] >MBW2725811.1 hypothetical protein [Deltaproteobacteria bacterium] METVWVHHDCTDGFLAADWRRLERYLDPDVRACNSALAQIDPALVERGIVKLARDLETGIWHERHADDLTHDVMDWGDRLIVCDSA >WP_035154071.1 DUF1257 domain-containing protein [Calothrix sp. 336/3] >AKG22282.1 hypothetical protein IJ00_14335 [Calothrix sp. 336/3] MSHFSQIKTQIRNLESLKDALSDLGVDWKQGPREVRGYRGQTHAAEVTIEQDNGYDVGFKWNGKEYELVADLQYWQQNLSVEGFLRQVTQRYAYHTVVKESTRAGFQVAEQQNHEDGSIRLVVQRWSA >WP_015167170.1 aspartate kinase [Synechococcus sp. PCC 7502] >AFY72511.1 aspartate kinase [Synechococcus sp. PCC 7502] MTIIVQKYGGSSVADADRIKAVSDRIKKTVTQGNQVVVVVSAMGKTTDGLVKLATSLSDQPNGRELDLLLAAGEQISIALVAMGLQTLGLPAIALTGNQVRIITEDRHTRARILSIETARIKAELDQGRVVVIAGFQGIAQDSYEITTLGRGGSDTSAVAIAAALQADLCEIYTDVPGILTTDPRLVPNAQLLSEISCDEMLELASLGAKVLHPRAVEIARNFGIKLAVRSSWLDDLGTIVTAPAIASGNLHTLEVNKFVDGVCIDQDQAKIALLHIPDRPGIAFKLFGAFAEAGIDVDLIIQSVHKQTVGSDRLNDIAFTVSKKDLERSQILVNSLSLGAKHIVVEDQIAKVSIVGVGIVGRPGIVAKMFLALAEAGVNIQLISTSEIKVSCVIASEDSKQAIATLQKYFDVPIITTFIPVNPAADQIPVRGVALDQNQAQLAILQVPDRPGIAAGLLQQLAERGVCVDMIIQSQPNQNANDIAFTLPSSDLHLAETVLQQAASKLGYRDVISDGAIAKVSIVGAGMINQPGIAARMFKALAQANINIEMIATSEIKVSCVVHQDVASIALRAIHTEFNLGGNDNVLVGAAIAK >XP_032818145.1 transmembrane protein 88-like [Petromyzon marinus] >XP_032818146.1 transmembrane protein 88-like [Petromyzon marinus] MTLDSLEKVSVCEGHVPGDGGNAGGEAKPPSSAGTSTTGGHHHHHHAPHKGTLTVPPPYSADERAAPLEAREPLDCWACAILLTAHNTCVAALNLLLLALVFGLLLLPAIVMVWFGFSCHSRMVRIRLPLCQGVLNDNSSTALIIVGFVLMSPLLVLALAAYCRMARRLQLGFCFLPYSRAVYKPPLPAGLAAPRCPRLLAPCCCCYYTRGSLSGGSTTPHGTRSVWV >WP_107851562.1 23S rRNA (pseudouridine(1915)-N(3))-methyltransferase RlmH [Oceanimonas marisflavi] MKLQLVAVGTRMPAWVTTGFQEYQRRFPRDMPLELTEIAAGKRGKNADIDRILHREGEQMLAAINKSACIVTLDIPGKPWTTEQLAGQLTRWQHDGRDVAILIGGPEGLAPACKAAAEQSWSLSPLTLPHPLVRVLAAESLYRAWSINNNHPYHRE >KAH8969015.1 hypothetical protein BDL97_02G013800 [Sphagnum fallax] MAVAHAMAATPVTNTRCSLSGNGEASTSLVASSSGTKVTRAVLSGCRDKKRVVCLRRRQGKDSRQFKEQSSFLNVGCLRETFLQVESFGREGIGNCHPSKRGVMAIRAGSAGVLEGAPPATRDEPTIVEVDLGDRSYPIYIGPGLLNQPELLQRHVKGKKVLVVTNTKVAPLYLDRTIAALKHGRFNVEVESVILPDGEKYKDLPTLTQVFDKAIQTHMDRRCTFVALGGGVIGDMCGYAAASYLRGVNFIQIPTTLMAQVDSSVGGKTGVNHPLGKNMIGAFYQPQCVLVDTDTLNTLPDRELASGVAEVIKYGLIRDAKFFEWQEKNLEALLARDPATVAYAVKRSCENKAEVVSLDEREGGVRATLNLGHTFGHAIEAGIGYGGWLHGEAVAAGTVMSADMSLRMGWIDETLFNRALELLKRANLPVSPPDSMNIQTFKSIMAVDKKVADGLLRLILLKGSLGNCVFTGEYDPKALDQTLSAFCKS >PIT67883.1 hypothetical protein CEV08_09090 [Bartonella tribocorum] MKTVFRKLALQYHPDHNSSTEANQKFRKICKSYETLKDPQKRAAYNQFSHETFEDNHKTFEIRSDPENGRPDNIARVIFIIYGITLFICSIISFFTWNIPLEIIK >MCT7963129.1 hypothetical protein [Laspinema sp. D2a] >MCT7966540.1 hypothetical protein [Laspinema sp. D2a] MAFSQATDRDSFNPSENLLAVLSGDSIYIVYPNGKVEAIASQFLERSRIKTLLQRCQVWGDLAAF >NWG07731.1 HU family DNA-binding protein [Chloroflexota bacterium] MPVKFSPSPKKDPRNLEAAPKYYAIVKSDGRADIQTVAKSINSMSTVSEPDTLAVLSAFLHVVPEKLADGKIVELGDFGTFRVTVSSEGADQPDELTARHITDTRVIFTPGRRFKQMLDTIEFQKESLN >MAX51409.1 hypothetical protein [Methylophaga sp.] MEYKDKYECDNIEFTSSNYVMRSVKKLPPLVNSRFGESIKEVTNIDGTVEYRPITQSKYRRNLKREGKDPNQRYFIIDGHLVLPHTTTETVRLLPLTLETYKIESCDKDYCKSYWDYEVPNSSKLTDIAVQQTLQELGFHKQVVEDEKPNLNSNEK >SPZ45747.1 H+/gluconate symporter and related permeases [Plesiomonas shigelloides] >SUC49170.1 H+/gluconate symporter and related permeases [Plesiomonas shigelloides] MLFVVPQRLLTLLNQTIKNMNPVIVSVLVMLLLSLARINVVIALTTSAIVGGLLSGHSLHETITIFSDGLGGGANIALSYAMLGAFAVAISRSGITDLLANTIIHRIGVAPSDNKKRLFKYVIFLAVTVVALLSQNAIPIHIAFIPILIPPLLHVMDKLHIDRRAIACAITFGLIAPYLILPVGFGSIYLHNILLNSIVDNGMAVSPDQIYQAMILPVLGMFLGLLTALFISYRKPRQYDIAKTLEAEPETGTIDKKSIAVSLLAILVALGVQIYTGAIIFGAMVGFFVFILGGVISWKNTQDVFNHGAQMMAMIGFIMIAASGFAAVIKATGGVEELVSSIHSIIGSNRALGAFLMLLVGLLITMGIGSSFSTVPILATIYVPLCISLGFSPIATIALVGVSGGLGDAGSPASESTLGPTAGLNIDGQHDHIWDTVVPTFVHYNIPMLAFGWLAAMVL >MCL4144983.1 hypothetical protein [Idotea baltica] MTGYLNNPTATAETVDDDGWLHTGDIAIIDEHAHMTIVDRMKELKTVTLEDIQALVSENLVSYKQIRTFEVIDAIPKSASGKILRKDLRNKA >NBS68005.1 hypothetical protein [bacterium] >NBX48824.1 hypothetical protein [bacterium] MGGMGLEKKLDCGCGCGGMKKSDMVKFKYSMYSALVFFLVSNPETYKLTSQFFGDWVAGASGCPSAAGLFLHTAVFLGIVFFLMKIRN >MBP6400846.1 GTP-binding protein [Faecalibacterium sp.] MVRNDLRNVAIIAHVDHGKTTLVDAMLRQSGAFRDNQVVAERVMDSGDIERERGITILAKNCSCTYKGVKINIVDTPGHADFGGEVERVLKMVNGVLLLVDAAEGCMPQTRFVLQKALQQNLSLVVAINKIDRPDARIKEVIDEVLYLLMDLGATDEQLDCPMLFCCGRDGTASLDPDVPGTDLIPLFDT >MBQ1990346.1 hypothetical protein [Rikenellaceae bacterium] MKRFLNISLLLVVALSFTSCEADMTADIAKPGEEFVIDYGTVLITDGQGWSNNYIIRDDGIALLVFGEQGYLYGTTNGSRVLINYNVLGDLSPLHLPESCKAGYAIQLNVLLALPCQQVIIGTEPQQECSPVVVRSMHIGKSHLDLHLDYKSLNNQKHKFDLYCPNPDAEELDLYLVHYGDNDKNNDGQMISSHRISFDIAPLRRNQPRKIRLHWVDITGTKRVHTGDYNVWP >XP_039284787.1 thyrostimulin beta-5 subunit-like [Nilaparvata lugens] >XP_039284788.1 thyrostimulin beta-5 subunit-like [Nilaparvata lugens] >BAO00956.1 glycoprotein hormone beta 5 [Nilaparvata lugens] MLLETVCLMWLAVSVASQQVDPSSTLDCHRRVYNHKVSKADSQGRLCWDTISVMSCWGRCDSNEISDWRFPYKRSFHPVCLFDSREIAVAKLSNCDPDVEPGTELYQFQQALSCRCLVCKSSEASCEGLRESN >MBA4865741.1 tetratricopeptide repeat protein [Streptomyces himalayensis subsp. aureolus] MKRLPIPEDVTGDEIDKDVRQELQSLPKTLAEDVARNLVMVARLIDEDPEGAYAYSKVALRLASRVAAVREAAGFAAYANQKYSEALAEFRAARRMTGHVELWPVMADCERGLGRPEKALDMAGAPEVHKLDKAGQVEMRLVAAGARRDMGQLDAAIVTLQSPELASNSVQPWTARLRYAYADALLAAGRESEAREWFAKAVESDKDGSTDASDRLAELDGVEFVDALDEEADEVVERKYEGVGDSDEPQDEVTPEAAPEPLTESQDDEDDEKTVGSPEADSKGEQV >WP_070955303.1 DHH family phosphoesterase [Limosilactobacillus fermentum] >AOY85070.1 hypothetical protein BKD34_00050 [Limosilactobacillus fermentum] >APU45854.1 hypothetical protein BUW47_05165 [Limosilactobacillus fermentum] >MCO8300339.1 DHH family phosphoesterase [Limosilactobacillus fermentum] >MCT3438121.1 hypothetical protein [Limosilactobacillus fermentum] >PWM27699.1 hypothetical protein [Limosilactobacillus fermentum] MFERWFGRESVRRLLGSRVFQLTLAYVMLMSLVTVIVGFAFNWRVGLIILAFILLCLLVALALLQRLALSTEAYVNDLAYQVRQGQEEALFEMPIGMILLDENEVVRWINPYMARYFDQRLVVGQDLTAVDERLASLVNKHRRDEHSVVVTWQARQFEFLVQDRLHAVYLMDVTEYEQINDRYRQERLFLGNVYLDNYVELVQGMSDSEVSNLRNYVTSELTAWAKYHHLLVKVIDDDNYLLIGHEGDLNRLEEDKFRVLDKIRQNTSRQNSPVTLSIGIAYGQSDLVKLADTAQKNLDLALGRGGDQVVVRAENGQARFYGGKTNPMEKRTRVRARMIAQALRELMNQADQIFVVGHAKPDMDSLGACLGIRRIAEMNQHQCWVVFDNQQVHSDVARLMGEINEYQSIKDHVILPAEALEKASAKSLLVMVDHSKVSISMAPELCAKLSNRMVIIDHHRRGEEFPENPLLVYNEPYASSTCELITEMFEYQPRESQGLNRLEATAMLTGIRVDTKSFSQNAGTRTYDAASYLRSAGADGMLIQRLMKENPASFLARNHLIAAVTFINDKMALCVGEDDRVYDPVTAAQAADMLLQMDGIDASFVITRRSNDVVGISARSLGDFNVQVIMEQMGGGGHLANAATQVTGKTVTEVKDQLEQLLNGEQLPNGKEETEED >XP_018957721.2 ADP-ribosylation factor-binding protein GGA3-like isoform X3 [Cyprinus carpio] MLISYIYSTFDKATHPTNRQEDWEYIIGFCDQINKELEGPQIAVRLLVHKIHSQEWEALQALTVLEACMKNCGRRFHNEIARYRFLNELIKVVSPKYMGDSVSEKVKNKIIEMLYSWTVAFPNEAKIADAYQTLKRQGLVMSDPELTVDKTLIPSPPTRPKNPVFDNEDMGKLLAELLRSKNPEDLQEANRLIKNMVKEDEARVQKMTKRSNTLEEVNNNVKLLSEMLSQYDRDRSSDADRELIKELYERCDKLRRTAFKLATEAEDNDSSLGDILKANDDLSRVIGSYKRIVEGQADDGDGEDLRPAASEGCETTGTLIDLAGLDEPSSPPTVPPPSLPPQVLSANPTASSIPVLPPPPRRLAGGLSSSPSHKPPEQQTSLSLLDDELLSLGLNEPPSVPNRPKLDELSGQWTSLQAHDPGLDLFGSISAPSVVFPTTHTPAVSQGLQDLSMLDFGGGKSVSGLSGIAGGTFGLSGGVMGSAAAPLQSINPFVSAAVPGSPAVARAQVVTGGSAPGSPFFQPFSSPSHSLQSSPARSSDPSLSNLNVPLESIRPSKVLPVTLYDKDGVRVLMHFAMDCPPGRPDVLVMVVSLLNTAPLPVRSIVLQAAVPKSMRVKLQPPSGAEIAPFNPILPPASITQVMLLANPLKERVRLRYKLTYLLGEHQYSEVGELDQFPPADRWGSL >WP_042648904.1 MULTISPECIES: 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas] >HCH52003.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas sp.] >MBL0513879.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas media] >MBS4641515.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas media] >NEX90257.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas rivipollensis] >NEY08075.1 3-methyl-2-oxobutanoate hydroxymethyltransferase [Aeromonas rivipollensis] MSKITITDLQKMKQDGQKITAITAYDATFAKLFDDEGAQVLLIGDSLGMVLQGGDDTLAVSMDEMVYHTRCVVRGASKALVVTDMPFMSYATPEQTYQNAARLMAAGARMVKMEGGDWLCESIRHLTRNGVPVCGHLGLTPQSVHVFGGFKVQGRDEFHAQEIYRQALELQAAGIQLLVLECVPVALAERISKALRIPVIGIGAGPATDGQILVMHDAFGITSGYVPKFTKNFLAETGDMRAAIRLYVQQVSEGTFPGPEHCFN >PIR97932.1 hypothetical protein COT89_01620 [Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_42_22] MFVFFGVAFFSMGLLLIALAVWKKGVAGTTLPWHARIGMGLMGLCMWGPAYNYGLSGTEEVLPITWIGLGGMVVVFFVTVGWDMWTIHKKKEGQ >XP_041378246.1 MFS-type transporter SLC18B1-like isoform X1 [Gigantopelta aegis] MGKNDVGKDDSPILNETELREDRSSRVPDRRLEAGKAARRGLKITELPRMKLLLLGILCVGNLLVETWIAVMGPFFPQVAAKKDVSYTVIGVIFACFQFTIFVSSPVFGSVVSKVGAKFMLVSGLLVSGSCSVLFGFLEGCQSTNTFIALSLVTRSVEALGSAAFLTSSRAIASDTFPDNVAMIYGVMNVFTGIGLMAGFPLGGVLYEVGGFGLPFWSFGTAILLCAVISFILIPSAGFSNRPLIEYSGSFVGLFKSADICIASWCLLCFTMRLSVTDTTYSIYLEQTFGLSPMWTGLFYLAPVSAYTIISPVFGWIVDKKVVSKIH >WP_034002239.1 PLP-dependent aminotransferase family protein [Pseudomonas aeruginosa] >HCF2668703.1 PLP-dependent aminotransferase family protein [Pseudomonas aeruginosa] MFRQSLLESVKARLLHPQLQALPLHARIQRAIRQLILDGALAPGNPLPASRALAQSLGVSRDTVEAAYSHLHAEGFIERRVGSGSVVAAATRLSPGRRGAGAPRRGGGAPRLSRRGEAMQAGGGVREQLVPRPFAPGVPETRTFPLATWERLQRQVLKEYGAHALTHGDPQGAEPLRQAIADYVNLERGARATADRVLVLTSSQQALGLCASVLLDAGERIFVEDPAYYGARKAFEAAGLECLPVPVDEQGLRPEPILAQPQAARALCLTPSHHYPTGVTLSLERRLALIEWAQRQQAWIIEDDYDSEFHYAGRPTACVQGLDAHERTLYIGTFTKSLFPGLRIGYMVLPPALVAPMTVARSLQDGHNASLAQLTLARFIAGGHFGAYVRGMRNLYGERLGFLAERVGKRLGGLVEPRVPAGGLQMPGLLCAGIDETRAIAAAYRAGVELVGLSALHLAAPPRAGFLMGFAAYTTDELEAAVGVLAKTLRGLRANP >KAF9922452.1 THO complex subunit 2 [Linnemannia zychae] MEAHFNHWKSTGVDVDLLTYATTILNTPSNDLHHPVVPVLQKALIAALEGGLRIPDVASFMAELAKQQSSASTTDVASDIVDLIWIMDIENETMGQQHRGKLRELTMALIEKNFIPLDIMKERWEIPFLEQVGLIPDSKWFTIRVVRINTAQLYKQQKYNLLREESEGYSKLITELASGTADDEDDEVTKLKANTVLIHVQSLIGCFDLDPNRVLDIVLDVFAANVVTHYRFFIHFLRMSHWNPAAQENGQTGRVNTCAQILGFKFQILQKQEHRHKNPTELYMVAALLIQSSIVMLEDIYSHLSLPDEAMEAEYKTFVSTMKDKAMSFKSNALANAGALVDDEPTGNAPAKTKDAPPLENNTTESVVVPELPLPNQKVGITNALLSIGDIENALLVLANFPRLTASYPKMADLICRLIHVMIQEVYDPFSPSKQHPELAQNKGIIGRYPVILKGREYTTIRSLSPILPLPTSAHRYEFFYAKWADNLVRCKTIEDISEYVSPLLAVVGVRIHRDTILVAKLCRIGAGTLDQLREAINKEEELMRQMSTKNMEYETSTDGSELKALITRKDTIESMWVDMARALFLPTISLIYSNPGMVNEVWQVLKKFRYETRFGLYGEWKTESPKMFPELLVATAETEKEAKSVMRRINKEDVKQYGRKFAKLAHSNPLIVFAAAMKQLEGGYDNMVQPLVDACKYLTDLGYDVLGYALLESISKTTRSKVQEDGVLPAKWMNTLASFCGNLYRKYPSAELDGILQYIVNQLRMEIPHDLVVLRELLSKMGGVEDPSNLNDTQLQAMAGGELLRNEALFGGVTGTVMKKNSKSCYRLQEAMLHDNIASHLLVLIAQHRQECIYGNVEIPHLKLLSNLTDQAHTMFLQLTDFMSMNLQKDYPRLVPSLSDLCSRYNITPSVAMHILRPKLQDMVQKEREQKGREQKVANLEKLAAADAPQQNTMEVDSYTINDGATSTSINVVESTPSPWLKSLESIAEEAKSVLPIRAWRGLSPQFYVTFWQLSLYDIFVPVDQYKAEIAKLKQAIVNMDNDRAHYGPTAQAKRGRDRERLLISAARLDLEMKNQLANHKHVIERLKRESQHWFAGLIASDRHEIASQTIQYCIYPRAISSNLDALYCSKFIQLMHTLGTANFSTLSVYDKLMMEVERVIFQFSEHEAKTYGRFLMQVLSHLAHLHANKDVFEKEAVPVHLPGFRKEWRDTPKLLEYEEFRHLMYKWHTRLFRVFAGMLDSKEYMKIKNSIIILREIAPYYPVLSVVGNKLNTTVQNLAAKETRDDLKLMANAYLGVLKKQQDSDMWMAVALFHIHKTAPLLESGRPAPRDAATSPSSNSNSQTSLQQSKTDTPKAAQSTSASSNRDNDDRGYQRPLLSNNMSKDRVNSVRDSRIGGTVSPSGGGRKNIPLPPKPAVQAYDNRSDSLQQTQNRDTREQSVREKEPLSTSTQSRAEAVPELLVISLKSGPSNRDSQDYKDGNKDQAREASRDETKDGTPFKEPIRDSNRDQGNRDQTRGSPRDVGRDYKEGSGQRDGGARERVRDMSDGTDRDHRGDSKGMSNLPPPDIRDRRDGRDPGTTRKDLRDLAPRDPRDRDIRDRRDTRDTRDARDARDARDARDARDTRLMPVSSRDMRDMRDGGDLRDNRNGRESRDVRDSRDTRDIRDIRDARESRDMRDPRDIRDSRDARDGRDGRDGRDGRDGRDGRDTRDTRDARDARILAAPKDPRDSPRDDMKDSRSGGARPSMLRQQSNDLSRGQSSRSMGLQLESGSPSDSVNDIDRQKDRDRYRDEDKKISQGRDLDRSRDRDIVEDQDRALRESTRDRRLQGRERGRDTVRESLAQETSSMISGRDRQRGDGGSGRDQDRRGGDRRDEVTGSTRSKISPSRRAEDKGREGRDRDGRFSPSYGDNSRENLRDAHDSGRDENQERDDGRSIRTRQETGNRDRDSRSNSRRHEVNQDDGRKVGRESRSDRRIESNDRKHGRGSLNPSPEREKDSKRRRDDPADEGRSSSRSASSSRKRQIEPDVGRDSSPRDRNKDLNVSSPLVESFSADTSGVTPPSQRADENPVVARPTSPMLSNSSGRGAAIVTPTGSKRIKLNRPTDNDPPLDTNLQSSSSSSPSLTSRNDQDGFSGSAGEIGLSTSSLRSRLNTGGGGGGTMIDQGISSRGHEDSRRDNRRGEPSRSRDHGMGTGSNRMGTGGGRGNMSSNSSERSGGGGGGGGGGRRRRK >EDH4057100.1 acetyl-CoA C-acyltransferase FadA [Salmonella enterica subsp. enterica serovar Mikawasima] MEQVVIVDAIRTPMGRSKGGAFRNVRAEDLSAHLMRSLLARNPSLTAATLDDIYWGCVQQTLEQGFNIARNAALLAEIPHSVPAVTVNRLCGSSMQALHDAARMIMTGDAQVCLVGGVEHMGHVPMNHGVDFHPGLSRNVAKAAGMMGLTAEMLSRLHGISREMQDQFAARSHARAWAATQSGAFKTEIIPTGGHDADGVLKQFSYDEVIRPETTVEALSTLRPAFDPVSGTVTAGTSSALSDGAAAMLVMSESRARELGLKPRARIRSMAVVGCDPSIMGYGPVPASKLTLKKAGLSASDIDVFEMNEAFAAQILPCIKDLGLMEQIDEKINLNGGAIALGHPLGCSGARISTTLINLMERKDAQFGLATMCIGLGQGIATVFERV >WP_018431719.1 MULTISPECIES: GTP-binding protein [Paraburkholderia] >MBB5403577.1 sulfate adenylyltransferase subunit 1 [Paraburkholderia youngii] >MBB5416429.1 sulfate adenylyltransferase subunit 1 [Paraburkholderia atlantica] >MBB5426414.1 sulfate adenylyltransferase subunit 1 [Paraburkholderia atlantica] >NUX53483.1 sulfate adenylyltransferase [Paraburkholderia youngii] >NUY29796.1 sulfate adenylyltransferase [Paraburkholderia atlantica] >NVI04875.1 sulfate adenylyltransferase [Paraburkholderia youngii] MSSIHQPEDLGVLRFITAGSVDDGKSTLIGRLLYDSKAVLSDQLSALSRAKNKRTVGDEIDLSLLTDGLEAEREQGITIDVAYRYFATAKRKFIIADTPGHEQYTRNMVTGASTAHAAIILVDATRVTFENGVAQLLPQTKRHSAIVKLLGLQHVIVAINKMDLVDYSEARFNEIRDAYVELARHLGLQDVRFVPVSALKGDNIVTASERMPWYAGQPLLDVLEALPVETASGEALRFPVQWVARQDGSQADDFRGYMGRVESGEVKLGDTIVVLPANREATVAEIIAPVVGGTAQVDRAFAGQTVTIRLAEDVDVSRGDTFVLRAAAPEPAKKLEADLCWFDDTPLSTQRKYLLKQTTNTVFAKIGAIKEVLDVHTLSQATDRKELAMNDIGRVALTLQKPLVCDAYDAHQGTGAFVLIDEATNHTVAAGMIRAFSA >WP_152190814.1 TetR/AcrR family transcriptional regulator [Georgenia satyanarayanai] MSARDKVLDAFEELLVTEGARATTLDAVAARAEVSKGGLLYHFRSKDALVEGLLERLTGLAAADTEKMAADPRGPSAYYVDTSVADGSPLDRTMVAAAGLAQEANPRAREALHEVHRGWFRLILEEVGDRAIARAIVLLGDGLYYNAVLAGAIASDEVAGTEPQDRAELLEVVALLKREASARR >WP_233284074.1 hypothetical protein [Prescottella equi] MKVISSHSPMTYAPAGTDVAVNWKAAATDFIRLSIGADEFSVTWKHRLSMPAAAMVRAGMRSTGDVVDKALELTGAPLMQVVPPLLLPPAKTATVKLLANVESPLAVTLATYEKSVLPAFFTGSIAATLLPWSMLVLVRLVNV >MBO9514898.1 DUF1295 domain-containing protein [Variovorax sp.] MSDALLRPAMAGLALSLALGLVTWAVSLAREDASLADRVWPLALCGSGLLQMGLAATSGGTRVLLMAWLGIVWAARLGIFLTVRNWGHGEDRRYRALRERHAPGFGWKSLYLVFGLQAVLAWGVSAPFLAGAIGQAPWGWMDSAGAMLAVFGIVFESVGDAQLARFRADAAHRDKVMDRGLWRFTRHPNYFGEACIWWGLWLMAVSGAGWAGAWSVVSPLLMTALLLKVSGVAMLEDDIAERRPAYRDYIARTNAFVPGPPRRGPM >MCH6550914.1 DNA polymerase III subunit delta [Planctomycetota bacterium] MARSDSPIENLNASMRIVVLLGREAFLVQEGTRKLTERLEEQYGRIDCFRFDGETTPLADVLDELRSYGLLAAHKLVIVDSADKFLAPGGARGSGDDDGSKSSEGASRRRALEAYAAKPAAEATLLLRAESWRAGKLDKLIDKVGSRVRCDLLRDRDAVSWCVAKCPGRWGLKIERPAAQLLVERLGPGLTRLDSELAKLASFVEGRPLITRADAAAMVGHSRQEQAWALQSAIMSGRPPVALGKLRDLLEVSRLDEVLPMWAITDLLRRLHTAAQLLRQKQAPPAVARDLRLWGDTGNAILTAARRTDPRRFAQLLQAAIDADQRSKSGFGKASRNLEALTVLVTDTIACS >MOO35077.1 immunoglobulin heavy chain junction region [Homo sapiens] CASTLRRDGYNYHYW >WP_156140069.1 methyl-accepting chemotaxis protein [Aeromonas piscicola] MATAQGLLDNNALELNAANVASRSLLRFNSVKWMMIKGGVLVAVPLLVASVVSIWSNQTQLRAQEKVEILDRAQSTFQATRYDLVQIQQFLTDASVTGDTEEGIADAATFRDDALKNLDTLARTLPGLTSEILPLQEVANQLHEKGVVMVNAYVHEGQAAGNAIMKSPDGFDAMVEDAAGKLDQISRTLDNRITSATASRDQAKGLSLWISLGAGLVSLLCVVMAYLIQYRHLMRTLGGEPGYAAWVASEIASGNLTVRIEARVGGNSVLGTMRMMAEQLSGHMRQIDLRTRQLAQSSYQISDISKTITDAAQTEQHHSGEVNRASNDLSYAAEAVAGLADQVGQQAELAYQSANRSTQVMSENIDEMRRAVTEAQQAEQKTRQLSEASQKIQVITQSITAITEQTNLLALNAAIEAARAGEHGRGFAVVADEVRKLATHAGQATKEINGIVTTLSQLIGENEATVKSVIARTHLTMDKAHEASQSINGLMGEIERSVEAAGQIRTTSSEQMDKLTSLNAHLHDLLHALSENTEKVQTTGIISRTLYKESSELRDIMEQFRFEITNNPDRAEREMRGAPRMYQHMMVKIGAGGVFHESITEDFSVTGLRLRTVQSLELPKKSQVELKIYTPKQSIDLYRSQTPLAVTAKVMWSKQEEDGEAYGLEFINVTPAIRSNLEACFRHYALEPTFTH >WP_200629424.1 LysR substrate-binding domain-containing protein [Stutzerimonas balearica] >MBK3749973.1 LysR family transcriptional regulator [Stutzerimonas balearica] >MBK3828169.1 LysR family transcriptional regulator [Stutzerimonas balearica] >MBK3857854.1 LysR family transcriptional regulator [Stutzerimonas balearica] MPDLAAGAPRMPPLYALRAFEAAARLGSFTEAGLSLCITQSAVSRHVRTLEQSLGCQLFERRGPRLSLTDAGRVLAQELKVGFRTIENACVAVSRQEGALRLKAPTTLTMRWLLDVLETFRLDQPQARVQLTSAWMDLDAVDFDGEPFDCAVLLGNGSFAPDWKHLKLFDEWLVPVCAPALLGDQPWDAARLASTELIHPSRDCRDWRRWLERVGLGQTIAWQQGKLFDTLELGISAAAQGHGVSIGDLALVAADLKRGTLALPFDRAVRSGDSYYLVWPARGDRHPVLARLKDYLLAHLPDVQGLGVQLLD >KAI9565065.1 hypothetical protein GHT06_008813 [Daphnia sinensis] MKKEIRKAIDAESILDEPITQKELETAISQLRQTTMGEDYIHNSMLQHLSGENTTQLLHLFNLSFNHSYIPAEWKTSIICPILKPNKDPSDPDSYRPIALTSCGSKLMEKILAKRIAWFLESNNLLPNSQAGFREGRSTLDQVMTLEAKIKEGFNRKLNMYVIFLDLCNAYDSAWHEAILFKPARLEVKGKTLNWIKKLPKEQNNES >MBN2399180.1 NADH-quinone oxidoreductase subunit NuoF [Candidatus Aminicenantes bacterium] MKTIKVGLGTCGVSAGGEKVYAALKEEIARGKIQVNLMETGCKGNCYQEVLVEVIDEKGHNYMYGNVTPDKVKRILDEQVQQDKPIEDWIVRGSDKNKEDTFFTKQERIVLRNCGIINPDSIDEYIARNGYQAIQKVLRECTPEQVIEIVLKSGLRGRGGAGFLTGMKWRFCRQASGDKKYIICNADEGDPGAFMDRSTLEGDPHSILEGMMICAYAIGADEGYIYVRAEYPMAVKRLQHSIQIAMERGFLGKQIFGSAMNLKIKIKEGAGAFVCGEETALIASIEGKRGMPRFRPPFPAQKGLWNKPTNINNVETYANVPWIISHGAAAFSALGTENSKGTKVFALAGKIARGGLVEVPMGMTINEIVYDIGGGIRDDKKFKAVQMGGPSGGCIPASMGDLQIDYQQINQTGAIMGSGGMVVLDETTCMVEMAKFFLRFTQDESCGKCTFCRIGTKRMLEILERITDGRGQAGDIELLEDLAAKIKDNTICGLGQTAPNPVLTTLKYFREEYESHIRDKKCPAHSCSPLLTFTILEDKCTGCTLCARVCPSNAISGEKKQVHKIDQAACIKCGKCFETCNFKAIIKD >WP_091227077.1 CsbD family protein [Microbacterium sp. 3J1] MSAGDDIKNNAEKLGGKIKEGVGKATDNENLEAEGHADQTKASTKQAGENVKDAAKNAGESLRDGFKE >WP_218795152.1 ferredoxin family protein [Escherichia coli] >MBW0981782.1 ferredoxin family protein [Escherichia coli] MSQNATVNVDIKLGVNKFHVDEGHPHIILAANPDINEFRKLMKACPAGLYKQDDAGNIHFDSAGCLECGTCQVLCGNTILEQWQYPAGTFGIEFRYG >MBK6411085.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK6893510.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK7248774.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK7288065.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] >MBK9599298.1 DUF4956 domain-containing protein [Flavobacteriales bacterium] MKIFGMNLFHEDLWELLFKFGLDAIVVFILIRLIYYPIHRKKENLFTYFVFNFLIFFLCILMNNVKLSMGFGFGLFAVFSIIRYRTEQLEVKDMTYLFTAICLAVINALAGKKISLAELLFTNAMVLTLVYVLEQVWLTRHEAMRILIYERIELIKPVNKQALFTDLQERLGIRVSRVEVGRIDLLRDTAQLRVFYFEDEQGHENYREPIRDDNDD >NQW84129.1 AMP-binding protein [Alcaligenaceae bacterium] MTDSKHSTSAQPALYTTPQYQTRLTPALRERYIASKGWHDVTFYDFIVQRAAEHPERVVFSDETRSLTYGQLKEQVERCAAFFKSIGIGAGDVVTLQFPNRVEFPIVFFSLELLGAIANKISPDFRRREVEYILRFSKSKAFVCASNFKGFDYAAMIDDLRPSLPGLTTVIVSGPTSVANVHSLEQGLAASAPLSATDRVHMSPDAVMRMAFTSGTTGDPKGVMHSFNSTLYAAEVLNTEMHVTAAEVLLIWLPVGLNWGYLSLLQTVMSGARAVLMERFEAKRALALIEQQRASFIPTAPASLLAIMNVPDFKKYDCSSLRVVITGGASAAIETIRDYQTHMKGHLLELYGMLETGFHTFTRFEDDPEKVNGTIGRIVGQMELRLIDEAGNDVPYGAEGEIAAFGPSVHLGYFDNPTANKELFTEDDWFRTGDLGKYVDQVGNVMIVGRRKEMINRGGKKYFPREIEEFLYALPAVLHAAIVGVNDQRLGEKNCLCIVLKPGAQLTLVEVIASLKGQVADYKLPEMLEFYDELPFTPTGKIRRHVLTADVLARIQARSLSR >MBW7837788.1 ATPase [Sphingomonadales bacterium] MKRFYKEVAVVADDAGYGVRLDGKPVLTPARRPLLAPCAALAEAMAAEWEAQKDTIKPDAMPLTRLANSAIDGVSERRLEVVADLTGYAETDLICYWAEHPRELAARQAHGWRPLLDWAASRFGANLQTFGGVMPQPQPADAVAALGQAVAALDPFHLAALHLMTTAMGSLVLALAVAERRLDAEAAFDLAEIDERYQREQWGEDQEAALRRARIRTDVKTAARFLILLGGERPPSAV >MCK4337579.1 dinitrogenase iron-molybdenum cofactor biosynthesis domain-containing protein [Candidatus Aminicenantes bacterium] MKIALTTWGNQISPVFDATRMVLVAEIENGKVIGKSYKTLGPELPYTQAARLSELEVSVLICGAISIEFASAIEMYGIQIIPFITGEVHQVLDAYQKGMLLMPSFQMPGCGMKHRKRFRGGHG >WP_087686007.1 DNA adenine methylase [Campylobacter jejuni] >EAH4524525.1 DNA adenine methylase [Campylobacter jejuni] >EAH4643421.1 DNA adenine methylase [Campylobacter jejuni] >EAH4729281.1 DNA adenine methylase [Campylobacter jejuni] >EAH5071440.1 DNA adenine methylase [Campylobacter jejuni] >EAH5191733.1 DNA adenine methylase [Campylobacter jejuni] MKNNTDKFLKTSTLTKPTRTTLKAPFAWVGGKNYLAKEIIALMPEHKSYIEVFGGALSVFYQKSASKIEVINDINDELINLHLCIRNKPQSLANVLNSMIISRKIFHMLKNKEIKPRNDLERAAFYFYLISTSFGSSMGQFAMNKQRAPKRLCRDFSLHTKRLKNASIENKSFEYILKEYDYNEALFYLDPPYVGTESYYKNVPCFGLKEHELLCDLLKNIKGKFMLSYNDCDLVRELYKDFNIKELKVRYSLNNNVLKRKESKELLIMNF >EAR7791084.1 IS1 family transposase [Salmonella enterica] >ECG9614248.1 IS1 family transposase [Salmonella enterica] MNMFSHINVDACKTPGCRNLGVLESPDYLPQGKNVLCRACGFLFPVISARSLNLFRQSANQSWKGLVRSCPHCGGASLKKYGFSAKGERRMCCRQCNKTFISYTAIRSDARQENLATLIGEGASLVEIRAALAVDSTGFSRELQKLSRRVNQAERDFVFPAFDIAMSTRAFRVQFNGGDSSLYVLVTAEEESGKVVAISTNYSAQPVEADYQYRSEYEERLPSGTLAHLVQRKEALTMRRNVLFDVDYGPAVLYKNDPGMLVKPVLPAYRHFELVQALTDERSLNVQHYLDHECFILGGCMMANFNYLRQGRCHISFVRERGFMPPKRDLPPRLFLSGGIRNNVWRTFSTRDYAMAVCNLTGNKKVSLLRHATLNSATAFIRYVHHHPFLPHLNRMSPGNVVAVLDYLKFEYNAYVK >KAG7278336.1 hypothetical protein CRUP_029941 [Coryphaenoides rupestris] MRENMIRLAIVWFTLSFGYYGLSVWFPDVIKHLQADDYASKVKSHNGEHIEDITFNFTLENQIHTNSVFVNDRFIGMKLKSVTFVDTTFRNCYFDDVTSVGSVFRNCTIIGSQFFNTGEN >WP_200669895.1 epoxide hydrolase [Staphylococcus arlettae] >MBK3719072.1 Fluoroacetate dehalogenase [Staphylococcus arlettae] MKRISINFSKAHKNLLRAKLEYAKWPVQLDEDINNGISIEQVKELTDYWLNVYDWSSLERHLNQFNHYETEVAGQHLHFIYEHGKTERRIPLLLLHGWPDSILRYTKVIDSLTQGFTLNGEKVSYDVIIPSLPGFGFSKFQHGVSNEEIAEILVQLMKQAVGDRPFIISGGDVGSNVARYMASQSPQALLGLHLTDVGIIRPLLKKTHSLSLEEADYQERAQTFFETETGYMEIQATKPQTLSFGISDSPVGLLAWLGEKYWAWSGKDQNGDSLLSPEDMIHLVYLYWETNCAATAANVYLENATKLLPLANLTVATGISLFEQDVMLPPTTYVKEHYNLTYLHEVAQGGHFTAMEVPKLFVNEIMAFTRTVWTE >WP_272925939.1 NAD-binding protein [Streptomyces sp. SID4919] MVKICHNLMLGMITQALVEVTTLAEKGGVPRGAFIDFLNGSVLGSTFIKHKGRALVERDYTPTFNNKMLRKDFDLGLGAARHLEVPMPVSSMVHQLIQTAIGHGFAEEDYAALFEVEARAAGMRSGDDSTR >GJM01403.1 MAG: hypothetical protein DHS20C07_30820 [Methyloligella sp.] MSLLRAPAMVFGGLMRTALTNERLFLMGLTSLALSLASGWTTFEGMTNFTRSPVLCFLITFGVQGIMLVSAWMIGETLVPVKNKNDDKEQKNRLVHAIMGPLSFFKVWMIWVVFFFAMAISVFFSFDSLFSSIFSNEERQRAGEIRAQNQVSGVLTDLKKRVEQRKFEAIDNLVSSTGWKNYNDRLDQMGKIARSAPELVEQQLLNKLRGEQAEIARHQETLAQANGQKAGFKSQQLKIEQSIARLQADRPGLSAEVDQLRQQLREKQRQLDIKLAEAQKESRGIGATGREGEGPKFRAIKKEERRIKAERDVINTQKDLASTRLETLDGKVAKLTQELELINGEVAKIEGKASVAKQFIEAQTKRQSANIVEDLSATASIDSLDAARDRFQQEPNQSTFLNIQKNCTNLHNALTEVPKIASQIRAISCEPGAATATVAARIFTLQDAQKSQENKCSIGKGRRSTKIDSLLKLGQRCIQQSGLPEKDANSFRNILSRIDLNRDDKAKNFVVTLNAFADGNWLAYLALGLAIAIDSLVFIAGLIGAKTASYENTGSPADVMKYGLGMSTEIYGHEPEDIRTKKIFFRSISGPSPEKGYLAVIDLKNLMTEEKQYVTKVLTIAGDNIKLDSVNPSAYHIEETFYQNLARQVYLWDQFNKPAVKKPKPIARKNTPENKLQNIQKGFDLNQFGQAPKGAIINKGEVRTAFKKNGPEKKSLGLNLKSTNKTTDEIDPQETEEAVPSVPLVTRSEEKTSIWQAAQMLKEKLYGANENSESQSSDEDAKEIASNEPQDTSSTAQSESVNENLKEIIADTTNDNSEKDGTDKG >TNN49994.1 hypothetical protein EYF80_039802 [Liparis tanakae] MGNRCDGHEDQVATSAPLQEFGERRTSEFKAGGPEVCDGTALLLIHRPERGRIASSDTPERRHCSGRGCFTAHHIELHPALPVPPQG >KAI5724218.1 hypothetical protein M8J76_017129 [Diaphorina citri] MEQHKSYAEQHKSYADQQHKKKKLPPLPPLPGKYVSETKFVLKSPPSSSALVDGAQPTSNTYQSLTNYNSFYKYEKFSSASENFVKPPPPPSGKIVLKVSRSERNLLLILGGIQMTCGLLMVVFAILAILHDAALSSFAAGIWSGAMSLGCGFVGVVSGIRSCYHSRHHVSVLCLTIYLALGLINVAVDNLALVIASTGLLRDAQRPTYFVPLQEDDLGLVDAHVEVTNWAPVLSNLGLVITLTVQCLVTITSVLKCYRHVCVCSRTRRSSGESMCTPHSGKDRMSLPAHPDSPANSFCSSNNSKQKLVRHWLGHQTIGSSRTVSTVAAPPPAPSPVFICAPAPFYTSCLPSTQFFEMSPTTLSAGNSSAIFPQIALGR >ECG2575758.1 hypothetical protein [Salmonella enterica subsp. enterica serovar Kedougou] MKAYPYDPRGTKAENHFLEERIIGSENNNDRVVILDHRPFFEDLVVKQPGSTTPLSRGVDYELQYQLTELDDSVAANVYCGVHLINPSIKGLITFEGQMLGGTFYDPFVEILDELVKHLNNPTSADWLLLEGRPSLYPATPAATSWADLLNKKYLASAVHDIELKTDDANQLIKDKLAEVKALVVALGKEIQAFNYPAHIAAKNPHETTVAQIEAHPVNLKTPDTFMAYGLRLKALTEELKAFRLPQSVIDTYISHWISDEVYGNFNCTVSGNRAQFSSKNGESEIIFANDGFTLKSNGSVVLAVGHLEGTGAGRYIQWRAGKNTLRIESTGDALGMNKLTLNGNPLLTTTTLMEYQQDPDEGTGGNDPDDTKVYIEGRNGISFTGKGSRADPIVGVIDPQKATLTEKGVAKLKTGKGTETTGVAATPGSLTPYSTDLSGYVPKTTLLNGKAMNDGSRQITKAELGLEHADNTADVDKPLSSALSTAVEGLAEKNHHHEWSELGIYKASQSIYGIGRYATNQNGLVEGRAVVPNILKELSARLEVVAAAIANAKEGTVTDFAAVQGAQWRFNSQGTALSVQDLKVFYLVDGNQGEVTLTGAIDLQTTPMFNWFSPNNQLETTWPVAKVSKGTGITWDGIDEPPLMGYHSVPVGKTATQMGDQSVITVLAKARVKAYQSKLWVYAAGGGPVTVYINGVQVGSGESPLLTVYETSPNVENYVVAIKAECSDTAKSAAVQFEIYDGDYPVFFSGPETHVELLADFVTTHVGIRHYLYVNMLTGSLYSRAEPIESNQVDPERGFIGYVDVYAGENYANKTVTFDTTFDFGTSAEIGNHVTTRNAHGLKAVDWSLTDNPRLPLLNRAIPEPRALVYRKMLTPGSGGTAVSLSRGLLTYSHGLNVKTALQLIFSTEGATPYCWFTPFNPKENSDPTFEGSFVFDVDDVGGTKALTAAPDLILCASSQGSSVGRRYVRFNLTDKTCKVGVGTVRANETWYKTFETNDGVMLMETANETAVSATTKDVLFNGDETNPAILDLLGWGTSKDKISPVHAPRGMIRYRYNVKTRVLRLALSFSQFNTTTVKQRQVEFQLPFDLVDYFAGDGVGLAFSELSEKCRLTISHGLIDPVTSNIVIDKYHYLRGLFESYVDSSIGQLSDARDADYAQTAIDPASYEIKSEFRFTEAIGLPLRQGVASLSHEGQLPAQFYDRKLARGALVSQNSTWNNAWSTTSAASDKHRGNLILRFAQGVSKAHYRIARVTGTIKSNWPGKVIIGDAQKDAFLSATDIAEFALSTASDVGKAISLTPVDLRAGQDLYIVLELPGDNPEGYELNFSCNLEIFDETNTRQDQLNAQSFEVRSGDEQVMITKRNPYHITSKAWKWILAVLKRELNGKQLGDRT >WP_043548763.1 radical SAM family heme chaperone HemW [Achromobacter sp. RTa] >KGD87015.1 coproporphyrinogen III oxidase [Achromobacter sp. RTa] MSIIIPIRNDMGAPSSRPKAPAGAALTSLPPLSVYVHVPWCVRKCPYCDFNSHAAPGGEIPERAYLDALRSDLEQALPSIWGRQVVSVFIGGGTPSLLSSAGLDELLAMLRAYLNLWPDAEITMEANPGTAEAGRFRDYAASGVTRFSLGIQSFDDAQLKKLGRIHDAAQARAAIEMAQRAVPRVNLDMMFALPGQTLDACLADLRQAVAFGTEHLSLYHLTMEPNTVFAKFPPEDLPDDDTSAAMQDAVEAELAAAGLGRYEVSAYARPGARCRHNLNYWEFGDYLGIGPGAHGKLSFHDRIVREARLRGPESWMQAAMARDGSHIAESRQVGPGELPFEFMLNALRLKEGVASSAFGERTGLSLAVIAHQLEAASKRGLLDADPTRLRATPLGWRFLNDLQEMFL >EDF9697826.1 phosphodiesterase [Salmonella enterica subsp. enterica serovar Kentucky] MKLMFASDIHGSLPATERVLERFAQSGARWLVILGDVLNHGPRNALPEGYAPAQVAERLNAVATQIIAVRGNCDSEVDQMLLHFPITAPWQQILTQERRLFLTHGHLFGPTNPPALHTGDVLVYGHTHLPVAQQQEGLYHFNPGSVSIPKGGYAASYGILDDNVLSVIALNDQSIIAQLAINS >WP_028046854.1 phosphomannomutase/phosphoglucomutase [Cellulomonas sp. URHE0023] MTPVTSPAADRVDLSALIKAYDVRGVVPEELNPAVARAIGAAFADVVVIPESEGRARVVIGNDMRPSGPELVAAFAEGLSLRGVDVVRIGLASTDGLYYASGALDIPGAMFTASHNPAKYNGIKLCRKGARPVGQDSGLTQVRELAGDYLASGEIPLVGPEEIGTISDQDMLTDYSQFLRSLVDLSGIRPLKVVVDAGNGMGGFTAPAVLGTGAGLPELPLDVVPLYFELDGTFPNHEANPLEPENLRDLQAAVVKHGADIGLAFDGDADRCFVIDENGDPVSPSAITALVGLREVARERAAGRTPTVIHNLITSQVVPDLLSAAGATTVRTRVGHSFIKAEMAQNDAVFGGEHSAHYYFRDFFFADTGMLAALHVLAALGGQPHPLSALAEQFQPYSASGEINSRVTDVQAARERVIEAYVTTQGAGPVTVDELDGLTVSHWDGHPQWWFNLRASNTEPLLRLNVEAADEDIMEKVRDDVLALVRQDAS >AYX54788.1 vpu protein [Human immunodeficiency virus 1] MNALQILAIVALVVAGVIAIVVWSIVAIEYRKILRQRKIDRLIDRIRERAEDSGNESDGDQEELSALVERGHLALGDINDL >WP_198907334.1 DNA-binding transcriptional regulator CytR [Citrobacter sp. Marseille-Q6884] >MBJ3593721.1 DNA-binding transcriptional regulator CytR [Salmonella enterica subsp. enterica serovar Saintpaul] MKPNKQVAAATMKDVALKAKVSTATVSRALMNPDKVSQSTRNRVEQAALEVGYLPQSMGRNVKRNESRTILVIVPDICDPFFSEVIRGIEVTAAEQGYLVLIGDCAHQNQQEKTFLNLIITKQIDGMVLLSSRLPFDASVEEQRNLPPMVMSNEFAPELELPTVHIDNLTAAFNAMNYLLELGHQRIGCIAGPEDMPLCHYRLQGYVQALRRSGITVDPHFIARGNFTYEAGANALKQLLELPKPPTAVFCHSDVMALGALSYAKRQGLKVPDDLSIIGFDNISLTEFCDPPLTTVAQPRFDIGREAMLLLLDQLQGQNVSSGSRLLDCELIIRGSTRALT >WP_218203447.1 N-acetyltransferase [Kitasatospora aureofaciens] >MBV6700050.1 GNAT family N-acetyltransferase [Kitasatospora aureofaciens] MDILIRRARPEDLDDAGRITVEAFVGDGHTAPGSSYVEHLRDADRRAREAELLVAVDAAEGQVLGCVTFAVGGTEWADIATPQEGEIRMLATAAAARGRGVGEALVRAAVARSRELGLAGMAFSTRPRMTAAHRIYERLGFRRTPERDWAPYPGMDLMVYSLAF >GJH02859.1 ATP-binding protein [Paraburkholderia terrae] MSSYHAQCEHKPRHAEGPFFANLLEAVGDHAPHAGTSSAKRTRLSLRIREAAARAGSGTVLLFCDESQRYNENEYEWLRDVHDALDRQQIKLFTFLVGQQELLAQKTALQVAGKTQIVARLMVEELAFYGIRNAEDVATCLNGYDQTAYPEGSHWSFTRFYIPQAFDAGYRLVGDAGALWQAFEAAHHKASLPGSLEIPMDSFARAVEIVLKESELKDAPGYCPDPALWTHAVQHCGYVQSRHATGRVLAAV >WP_149651389.1 hypothetical protein [Azospirillum argentinense] >KAA1053235.1 hypothetical protein FH063_003154 [Azospirillum argentinense] MRHFTQVAEPIGGFLKSRRESIDIAHFRSESEFKQQFGRDPDHTDPPDVDECWRLFLEELEIMTSSFESVGDELRSQTEETEALVAHYQAAWQKARQDSGVPTSVEDSRASVMGRRS >QIE41101.1 hypothetical protein G5B39_03430 [Rhodobacteraceae bacterium SC52] MSWSDAIPASPGRRAILAAFFGTALAACGFTPVYAPGSTGAALDGTVEVALAGGSSGFTLTEALQDRLGAPGSSPRFRLTPSLGVSSERVAITTAQSTNRYNLIGTVSYTLTELASGEQRASGRIDGFNSYSAIGSSVATAAAEADAYDRLMIILADKVVADLLVKQGLAQ >RLB79053.1 carbamoyltransferase HypF [Deltaproteobacteria bacterium] MLKRNKGAIEGIVQGVGFRPFVYKLAQRYGLSGYVTNTPTGVILEVEGEDSNITRFRNALMSCPPPLAYISSADWQEIPPKKEQGFQIIKSQVGQERSTLISPDVCICEDCLREMFDPRDRRYRYPFINCTNCGPRYTIIQDIPYDRATTTMKVFRMCPSCQKEYEDPSDRRFHAQPNACWDCGPQVSLYDSSGKQIICHDPVRETISLLERGYILAIKGLGGFHLAVDAANHKAVVRLRRRKHREEKPLAIMVKDLNTAATFAHISEREAAILTSIQRPIVLLRKRRSHGLSPQIAPRNRYFGIMLPYTPLHYLLMEGKYKALVLTSGNMTEEPINIDNHAAFENLGDIADFFLVHNRDIYLRSDDSVVRVVAGVPRQIRRSRGYVPVPIFLSQKTPAPAPTLAVGAELKNTVCLTKDNRAFLSQHIGDMENLETYQFFELTITHLQKILEIDPEVVACDLHPDYLSTRFAKAQNKYPVITVQHHHAHIVSCMAEHGLSGPVIGLAIDGTGMGEDGKIWGCEFLVANLTSYTRIGHLDYIPQPGGDMAAKQPWRMALIYLYRSFGDELFDLPIPFVSRLKRRDAEIVLRMALKGMNSPLTSSCGRLFDAVASLIGLRDTIAYEGQAAIELEMTQAKGDCGAYPTTIRIEKGMRILVVTELIRSVVKDIMDGVSARVISSRFHRSLIGIFASIASDIGRETGLLDVVLSGGSFQNATLLSGLHEALEAKGFTVYSHRLVPTNDGGLSLGQAVCAGLKAVGRKGDFL >EAD1341741.1 type II CRISPR RNA-guided endonuclease Cas9 [Listeria monocytogenes] MKKPYTIGLDIGTNSVGWAVLTDQYDLVKRKMKISGDSEKKQIKKNFWGVRLFEKGETAAKRRMSRTARRRIERRRNRISYLQEIFAIQMNEVDDNFFNRLKESFYAESDKKYNRHPFFGTVEEEVAYYKDFPTIYHLRKELIDSQKKADLRLVYLALAHIIKYRGHFLIEGALDTKNTSIDEMFKQFLQIYNQVFANDIEEASLKKTEKNQEVAQILAEKFTRKDKLDKILSLYPGEKTTGVFAQFVNIIVGSTGKFKKHFNLHEKKNINCAEDTYDTDLESLLAIIGDEFAEVFVAAKNAYNAVVLSNIITVTDSTTRAKLSASLIERFENHKEDLKKMKRFVRTYLPEKYDEIFDDTEKHGYAGYISGKTKQADFYKYMKATLEKIEGADYFIAKIEEENFLRKQRTFDNGVIPHQLHLEELEAILHQQAKYYPFLREDYEKIKSLVTFRIPYFVGPLAKGQSEFAWLTRKADGEIRPWNIEEKVDFGKSAVDFIEKMTNKDTYLPKENVLPKHSLCYQKYMVYNELTKVRYIDDQGKTNYFSGQEKQQIFNDLFKQKRKVKKKDLELFLRNINQIESPTIEGLEDSFNASYATYHDLLKVGMKQEILDNPLNTEMLEDIVKILTVFEDKRMIKEQLQQFSDVLDGTVLKKLERRHYTGWGRLSAKLLVGIRDKQSHLTILDYLMNDDGLNRNLMQLINDSNLSFKSIIEKEQVSTTDKDLQSIVAELAGSPAIKKGILQSLKIVDELVSVMGYPPQTIVVEMARENQTTNKGKNNSKPRYKSLEKAIKEFGSQILKEHPTDNQELKNNRLYLYYLQNGKDMYTGQELDIHNLSNYDIDHIVPQSFITDNSVDNLVLTSSAGNREKGDNVPPLEIVQKRKIFWEKLYQGNLMSKRKFDYLTKAERGGLTEADKARFIHRQLVETRQITKNVANILHQRFNYKTDGNKDTMETVRIVTLKSALVSQFRKQFQFYKVREVNDYHHAHDAYLNGVVANTLLKVYPQLEPEFVYGEYHQFGWFKANKATAKKQFYTNIMLFFAQKDRIIDENGEILWDKRYLETVKKVLGYRQMNIVKKTEIQKGEFSNVTPNPKGKSNKLIPRKKDWDPIKYGGFDGSKMAYAIIIEYEKQKRKVRIEKKLIQINIMEREAFEKDEKTFLEEKGYHQPKVLIKVPKYTLYECKNGRRRMLGSANEAHKGNQMLLPNHLMALLYHAEKYEAIDGESLAYIEVHRALFDELLAYISEFARKYTLSNDRLDEINMLYERNKDGDVKSIAESFVSLKKFNAFGVHQDFSFFGTKIERKRDRKLNELLNSTIIYQSITGLYESRKRLDN >MBN9324306.1 acyl--CoA ligase [Delftia acidovorans] MTVSLPSPDAPFTTLAELIRSHARQQPAHAALRDDQQTLSYAQLDALMDRVAAALQRDGVQPGQAIAICALNSVRYAALFLGALRAGVVVAPLAPSSTADSLASMLRDAQERHLFLDKAAQDLVPADGALQCISLDGAAPGRAFDDWLAPEGAQPAPVSV >MCO5064371.1 amino acid ABC transporter permease [Rhizobiaceae bacterium] MSSARRAGKPDFPYWLVAAALIGATVAVLIAANGLYAQVFATVAKGIGVTVRVTLIGYALASALGLCFAVMGLSRSIWVSQVARFYIEIVRGVPMLVLLFWIAFVGAPAMVWLWNAATLPLQALGLTGEASVRDFSLEWRAIMALTIGYSAFIAEIFRAGIQSVEVGQVEAAKALGLGRYRRFRHVVWPQAFRTILPPYSNDFVAMVKDSSLVSVLGVADITQMGKVYASGSFRFFETYSIVAYIYLILTIGLSLALRAVERRMRFSQTTAPEH >WP_184718542.1 hypothetical protein [Streptosporangium saharense] >MBB4917878.1 Kef-type K+ transport system membrane component KefB [Streptosporangium saharense] MRDWIDRRVRRRLDVIENSPACRVWTGRRNRRLLVLAGGAALLMLWAGLAVIVRFAPSDLARDAYLSMGAVAMTVLVLVYGWLTLATRGVTAVPAQYLDERQRGEQHRAYAGAHSLTTVVLVLLAVLAALWSMGDRLTLNVPTALLLPLAFTLLATHYTLPLLLESWRLPDPPPDED >WP_189700210.1 DUF2165 domain-containing protein [Streptomyces chromofuscus] >QOV47237.1 DUF2165 domain-containing protein [Streptomyces chromofuscus] >GGT24392.1 membrane protein [Streptomyces chromofuscus] MSTSISGTTRRTLPVAAAALTGTVALYMALVAFGNITDFGTNQDFVRHVLAMDTTFKDEDLMWRAVTDTALQDAAYVAIIAWETVAALVLVAGTWFWARGPHPLARRISTYGLLMVMLLFGAGFVGIGGEWFAMWQSEDWNGLDAATRVFLLSGVVLLVNHLPGGQADPAT >WP_067799544.1 dihydrofolate reductase family protein [Nocardia beijingensis] MQILARLCMTADGYVTTPDGWPPQVIDPVHGPGSHGIAEFLKTCEAALMGRTTFEPALTADRWPWPDLEVFVLSSHRPEGTPDDVTVDDDPQRLLEKIRAANRGGDVHLIGGPGTIETYRALGVLDKLELVILPFFVGSGMRLTDSLNPQTSLEFESSRPLDGGGVEIVYRVLPHH >WP_089269927.1 IS5 family transposase [Puniceibacterium sediminis] METSLARDLISDEEWAFFERFMLAVRAPNGRKPTNHRLVLDGIFWIARTGAPWRDLPEEFGKWSSVYRQFRRWTLAGLWEEIMDALNHCGAVTDALQMIDGTVIRAHHQAAGGKRGTPRQGFGRSRGGFTTKIHLRVNAAGLPMRTEITPGQTSDYLGFDLVMADNLPEPSVLLADRGYDADSIRGKMEARDVFTQIPMRKSRKMRVGVDHSLYSLRNLVERCFNNLKNARRVATRYDNTAESFLGFIDITSIRLWVRLLST >TQJ11194.1 AraC-like DNA-binding protein [Kribbella jejuensis] MVARRRCLCDRLSVDVLSDLLQRAQATDALVRQIIARGPWSVTYADVPSLSVVATLGGSACLRLDDGVPRMLQAGDIALVTGVGSYMIADSPETPPSYVIRGGQKYTLDGKPVEWREYLAPRTYGDGLPGATTMVRGAYDLCGGAGERLLALLPPLAVVPATPSTTPALDLLTTEVAREEPGQDAVLRRLLDFVLVLALRAWCAETELPSWYQALSVPGIGDALRVMHEDPAHHWTVAELAAKVGLARATFAARFTKLVGQPPLTYLTGWRMTVAADRLRDTTDPVATIARQVGYEDPFAFSVAFKRIYKQSPTSWRGGESLH >EFL5817307.1 RHS repeat protein [Escherichia coli] NPAGLSYTYQYEKDHITITDSLDRREVLHTQGEAGLKRVVKKEHADGSVTQSQFDAVGRLRTQTDAAGRTTEYSPDVVTGLITRITTPDGRASAFYYNHHNQLTSATGPDGLELRREYDELGRLIQETAPDGDITRYRYDNPHSDLPCATEDATGSRKTMTWSRYGQLLSFTDCSGYVTRYDHDRFGQMTAVHREEGLSQYRAYDSRGQLIAVKDTQGHETRYEYNIAGDLTAVIAPDGSRNGTQYDAWGKAVRTTQGGLTRSMEYDAAGRVIRLTSENGSHTTFRYDVLDRLIQETGFDGRTQRYHHDLTGKLIRSEDEGLVTHWHYDEADRLTHRTVKGETAERWQYDERGWLTDISHISEGHRVAVHYRYDEKGRLASEHLTVHHPQTNELLWQHETRHAYNAQGLANRCIPDSLPAVEWLTYGSGWLSGMKLGDTPLVEYTRDRLHRETLRSFGRYELTTAYTPAGQLQSQHLNSLQ >WP_272770862.1 YaeQ family protein [Vogesella sp. LYT5W] MALKATIYKADLTISDMDRGYYDSHSLTIAQHPSETIERMMLRIAVFALHADERLQFSKGISADDEPDLWRKNYGDEVEQWIELGEPDEKRLRQICGRAEAVWIYSYGGRAADIWWEGMAGKASRFDHLNIMSVSPETLAELASLCERSMQLNATIQDGTLWLSSEQGSVAFTPQRLYGSGER >WP_024525698.1 hypothetical protein [Levilactobacillus brevis] >ANN48436.1 hypothetical protein A6F53_03880 [Levilactobacillus brevis] >ATU69940.1 hypothetical protein CT113_06185 [Levilactobacillus brevis] >KID42790.1 hypothetical protein LbDm2_2339 [Levilactobacillus brevis] >QCZ42894.1 hypothetical protein UCCLBBS124_0552 [Levilactobacillus brevis] MRKLWGWLVVGILIGLGFGGITAQATDTAVTTTLPPSMAITGIFNTTSSIANVTNTATLVANNHGLQITEGNNHAGSAWATNNYKVDLSKDATFSLWLYLGKGGAGSAGQGMTFVLQNAGTTGFTTIPAGRMAGQSLGTWGLDFNSTAADATAVAAAAIPKSWALEFDEQVNDSRDGGDNNGFDYNYINTTTQHIASNYPAQASTYSRNGTATSGAKYFYYLNHQGKINTTLSDGTWHHLTLAWTAPTDNSNTGSMTYTFNDKNPTTGASQSGQSATISLDLSKLGINVTDATKTVTWGFTGVSGTFGTNNVVAFEHIPGLVNAQAKTTITDETLARPVTADGYVNGGDTVSYRHQLTYVGGSQSWQNIVAQLPTIPNVTWQSGTVTYADGSQETLPSTALSSNPVTHVLTKSLSSTNTTATLQLTGRVAAVTTETPVADSQATFAGTNQVMTSTSPNYTIYPARQWSVDWTAGAGATVAPGSNATITGLASVAGEPAVNNHEVTVHASLNGQPLPTFTLNGTTASPNEVGAFTLTLPADKLISGTNSVTVYVTDSRGNRSATIATTVMVAGKLAFSQFAKTSSFVTTILSGQQMLINRNPDWQVQVQNSLGTGTTWQLTVQASELTETTTQRRLAGEMVWCRADGTQLPLATAVQVAQSTNTQPSQVTDITGTWQNTTGIRLHVSSAASRGNYHGQLTWTLTNSPG >MBT8283357.1 hypothetical protein [Muriicola sp.] AVTVRDRMGNVLNGTWSSRITDHGVLLNLEFDVLVDFTLEWFVYEIEPGKIKLYSEGGNKIILRSVCDVYDEEPNTLREILRECAWVIKKVKLNGDEIDRLLGYEFEFMAEGVVTLSNGVNTSTGSWEITTNAQGRLVMALTFGEDPNDPDRLDPNPNEVQFEWLLSDLRNDRLKFEIEGTAYELILQRVCDDTPNNSDGDVLEIRTAMMDGEWIVAQYKDGEVDETQNFMPYTFGFGEEHIMSITTGQTGVTRAGVWRVLRNSEGKLKVYLNAGVEGELIDLTDDWDFVSMSYNEANMQYDRIELKSYNDYNGSYDVLVFEKL >KPA62791.1 hypothetical protein XK25_02295 [Streptococcus suis] MTTLLEKTRNITSILKRSEEQLAEELPYNAIAEHLSAIIDCNSCIINSEGEVLGYHMSYETNNXXXSKKK >WP_236270941.1 hypothetical protein [Aeromonas veronii] >MCF5901536.1 hypothetical protein [Aeromonas veronii] MKHTILFGLLCGSVLLANPVFANDTAQLQCEAQAAAKKLNGAAKTSFVGKCVKDAAGAATGECEKAAADKKLAGAAKNSFIQKCVKTGAAVDPAAKCEKAAADKKLAGAAKNSFVQKCVKDSAAK >UBA80202.1 nucleocapsid phosphoprotein [Severe acute respiratory syndrome coronavirus 2] MSDNXXXXXXXXXXXXXXXPSDSTGSNQNGERSGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPDDQIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTPKDHIGTRNPANNAAIVLQLPQGTTLPKGFYAEGSRGGSQASSRSSSRSRNSSRNSTPGSSMGTSPARMAGNGCDAALALLLLDRLNQLESKMSGKGQQQQGQTVTKKSAAEASKKPRQKRTATKAYNVTQAFGRRGPEQTQGNFGDQELIRQGTDYKHWPQIAQFAPSASAFFGMSRIGMEVTPSGTWLTYTGAIKLDDKDPNFKDQVILLNKHIDAYKTFPPTEPKKDKKKKAYETQALPQRQKKQQTVTLLPAADLDDFSKQLQQSMSSADSTQA >MBQ4557037.1 S-layer homology domain-containing protein [Clostridia bacterium] GEEIETFKVGFDYTENIASVYAKMGANGSGNTEDDPASFADAFESAAKLGSTVVLLNNITVDSFVEPSHSEKVLITGKSLTVNGTYTLSGETEFKNITLGGSGTFNADNGVFETAKDVKTDKKLNITGSAILCGGSVDRVTNAKNVIVDGANVEAIVGGNAAVIEINGGSVSTVKSSENGSESFDITVNGGNVEKVIFNNVSKSLVLKFLGGKVSAFESVGTNMRGKATLGDGVTAETLGSVKELFEISTGKVYFIRDGGTGNGGTFASAGGSFDDAYNALGKEGGTIVVCGRVTITAAVLGYNHKHEGKVIVTSLYDGVDYTKENGAKIVMKNNYHCGGETEFNNIYITSEAKYKAIAGEYHKLVLGEGIVCDRVDGQTYPVILGGGIGDSSGKTTDVTIQSGMWGRIRGGASGNATNCTVNLRIEGGEFYDAMVLGSTSAHTGDINATFTGGTMYASVVCANITKEEQVFSSNVNVHIAGGTFYNKLLYSASANGTYSGVYNVNITGGDFAHLVEFTGSNNVDGVPSFITSTVDLSEIETGTYTFTNYVRADGADPWLFYHDGFYYYTSTTGKPGIGLTKTANIGDLIYTTGKTVFLPEEGKAYSASCWSPEIHHYTDEEVGEGNGGWYLYFAGSGGETEGDTGHRMFVLKCLDGDNLLGRWGNPITGEVNVPEKVSVELEGFNDRWSGGQTDIRINGKVYNLFVAIEGEPGKINQNINIVEMTNPWTIKGKSTILIRPEYDWEIGRHTTLTIVECGTAVYGDDGSIYIVYSACGYNTPEYKLGQLKFLVGDPLDAKNWVKHPEPILSMNNEICGIGSASYVDDTTGQGWICYNAYLGTDTNGGRYAFVEPYHADENGVVISEGTGHPSSPDRVYTQVVNPNPVINKISGFTKVDYQKNPFAAKRQYTGAFTDVGDSHWFKAYVEIAYERGLANGTSATKFSPDGKFTVAQALTAAANIHTVYYGNTVHSAVSGEAWYAPYVEYCVQNGIITEGQFADLNANITRGDMAIVFSNILPDSEYEPVKEGAAFDVTSDMTCYSAVSKLYKAGIVSGDAGKGTYRPHDEIVRSEACVIFTRIALKSERVK >XP_003073356.1 gamma-tubulin [Encephalitozoon intestinalis ATCC 50506] >ADM11996.1 gamma-tubulin [Encephalitozoon intestinalis ATCC 50506] >UTX45784.1 gamma-tubulin [Encephalitozoon intestinalis] MREVITLQVGQCGNQMGAEFWKTLCKEHGISNCGTLQDNRDLGDRKDVFFYQSDDNVFVPRAMLVDLEPRVISQAPSFFNQENIFLSNEGGGAGNNWGHGYYMGKTMGDDVVEVIQREAEGCDSLETFFLLHSIAGGTGSGFGSLLLERIREEFPKKIVQTYSIFPNNDESSDVVVQPYNSMLTLQRLIENSDCIVVMDNSSLGRYTLDSLRIGTPTFDHINHLISTVMAASTSTIRFPGYMYCTHQSINSCLIPVDPLKFVAPSYTPFACDEMSRIVRKTTCSDVMRRLLLPKTRLASYEQTKVQSVVSMLNILHGIEDPGEVSRTVMRFLDKGIVNFVPWMPPSFNVALGKNIANNIMPSRISGLSLTNSTGISSVLSKISGQFDKLKKQRAFLDIYKRFGVEPEMFDHAKEIVQKTLEEYRMAEMSTYLSH >WP_062950599.1 DeoR/GlpR family DNA-binding transcription regulator [Thalassospira lucentensis] >KZB66329.1 glycerol-3-phosphate regulon repressor [Thalassospira lucentensis] MRIGKKERQKRILQELQIHPHVRVATLAERFDVATETIRRDLDALSDDGLIKREFGGASAQPMGHQPDLAQRQMTAVAGFERIGIMAGNMIRPGDVIMIDAGSTVSQLAPYMAQNPGALRRTVLTNCYAVVHGMGEQAVIDDVIMCPGQFDPRENAVYGNDTVEFLRRFHANKAFIGASGVAWQGFSDVNRRAVAVKRAMMERSDETWLMVDHTKFDQRYLENIAPLEALTGVITDRLPPEKLLSHLDRIGVQIVAWQDNVSADHGAIAG >WP_160680844.1 iron-only hydrogenase system regulator [Clostridium sp. C8-1-8] MENRVGVIAIVIEDLTSVPKVNEVLHSYSYLIVGRMGIPYKQKGVSVISVIVDGTPDSISALTGTLGKIPSVNVKSAITKT >WP_052271161.1 hypothetical protein [Pantoea sp. CFSAN033090] >KOA70976.1 hypothetical protein AFL22_08085 [Pantoea sp. CFSAN033090] MRGKRGIPLFILLFLQPSGAWADFSDALSFSDNAFLRDSQLDLRLRNHWKYLKENEAQPAAVHNAWGQAASLNFRSGYQWDWLGFDATYTRAIRLGASDYFATRDLLYDSGGHQQKADAHGFSKFGERYLKVKLGDANAGFKGKAGWQELKNIGVLTTTDRLSRNSYSGYSGALNVQKIRLDLAYVTKTLRHDSPESLALQTQDRRKINAIYTGALSYTGDRGRLAYAFGEAEAYQRRHVIEANYSLSPDWRLSSQIYGSQGLENYKSMAASKRSFDNHAWHYVGEADWINDRWTQKFAAAWTSAPKHNAVGYYVRPLTKNTRGRFNALTSAGKDYTRDKELALVSQTEFEISKGIFSGFQINYGQFNYRNTRIRSGEVALINRFIEPHPVLKDLSVFTLFGYGWSYKNNKETPVFNAQGKYMRSPSLSAEIAVEYKLNLFR >XP_038788914.1 uncharacterized protein GT037_002589 [Alternaria burnsii] >KAF7678841.1 hypothetical protein GT037_002589 [Alternaria burnsii] MALAKHSVLRSRMALDLASISVDEPQSYIWSVNAKSVPFSSLNYWVFARNHISILDYNIEPIPDFFVAGLPARTTTGVFRNHIMRLNSSVSCEEVDAGDFPSPCPGDRPLTVFWEHFLDTEVRVCVPGNYTAFPWSLSRNRQDFDEEIYIGINDTSTGRNDGNTDNPLCSTSSTFCCKATTTRGYFELGNNWNHNTYEPLLEHWPDPAEMEESFNDWTNPYSQCPNTVPSDTDTCFNVHDSASHDEDSSDTET >WP_277108398.1 4-hydroxyphenylacetate 3-monooxygenase, oxygenase component [Escherichia coli] MKPEDFRASTTRPLTGEEYLKSLQDGREIYIYGERVKDVTTHPAFRNAAASVAQLYDALHKPDMQDALCWNTDTGNGGYTYKFFHVAKSANDLRQQRDAIAEWSRLSYGWMGRTPDYKAAFGCALGANPAFYGQFEQNARNWYTRIQESGLYFNHAIVNPPIDRHKPADEVKDVYIKLEKETDAGIIVSGAKVVATNSALTHYNMIGFGSAQVMGDNPDFALMFVAPMDAEGVKLISRASYELVAGATGSPYDYPLTSRFDENDAILVMDNVLIPWDNVLIYRDFDRCRRWTMEGGFARMYPLQACVRLAVKLDFITALLKKSLECTGTSEFRGVQADLGEVVAWRNMFWALSDSMCSEAPPWVNGAYLPDHAALQTYRVMAPMAYAKIKNIIERNVTSGLIYLPSSARDLNNPQIDKYLAKYMRGSNGMDHVERIKILKLMWDAIGSEFGGRHELYEINYSGSQDEIRLQCLRQAQSSGNMDKMMAMVDRCLSEYDQNGWTVPHLHNNTDINLLNKLLK >WP_244311009.1 pyridoxal phosphate-dependent aminotransferase [Corynebacterium hindlerae] MNTQKPPRIFDQSEKLKGVLYEIRGPVSAEAERLENEGNRILKLNTGNPAIFGFDAPDVILQDMIAALPTSQGYSTSKGIVPARRAIVTRYELTEGFPEFDIDDVFLGNGVSELISMVTQALLNDGDEVLIPAPDYPLWTAATSLAGGKAVHYLCDEEDDWNPSIEDIKAKVTDKTKAIVVINPNNPTGAVYSREVLQQIVDIAREHELLILADEIYDRILYDDAEHICIASLCPDLLCITFNGLSKAYRVAGYRAGWMILTGPKHNAEGFIEGLELLAGTRLCPNVPAQHAIQVALGGRQSIYGLTSEGGRLLRQRNATYEALNEIRGVSCVKPMGALYAFPRIDLDMYPIHDDARMMLDLLRQEKILMVHGTGFNWDKPDHFRVVTLPHTAELTDAIKRFGTFLQRYKQ >MBK9059381.1 hypothetical protein [Flavobacteriales bacterium] MIRGAGQLAQFLDSKGRRCDNALAVLNLYDEKCLPALLGACAALGVGGRSRVLNVLYSLLQDLPQAPIKEQLSTYQDALLVLLTDKRPIVLDYRGPVEIDFAGRLCDDAYIIIQVLLIPDADVSEFRRAKKRGIASLISFFASWDLRLSVSAPIILNCCSEGATAAAR >EKX78645.1 chemotaxis motB protein [Clostridium botulinum CFSAN001628] >EPS46638.1 chemotaxis motB protein [Clostridium botulinum CFSAN002367] >MCS4455478.1 hypothetical protein [Clostridium botulinum] >MCS4465250.1 hypothetical protein [Clostridium botulinum] >MCS4466166.1 hypothetical protein [Clostridium botulinum] MLVIVGAGAFGGYMLFAKNKKNANSANQMPVNNTNVINSQQTNDGMYPQQVVVSSKTYSLDEFLVNLADEDGKRFVKAKIFIGYEEKN >WP_020913025.1 succinate--CoA ligase subunit alpha [Shewanella piezotolerans] >ACJ29671.1 Succinyl-CoA ligase, alpha subunit [Shewanella piezotolerans WP3] MSVLINKDTKVICQGFTGGQGTFHSEQAIAYGTQMVGGVSPGKGGQVHLGLPVFNTVKDAVAETGATATVIYVPAPFCKDAILEAIDGGIELIVCITEGIPTLDMLQVKVKLEETNVRMIGPNCPGVITPGECKIGIMPGHIHKPGKVGIVSRSGTLTYEAVKQTTDEGFGQSTCVGIGGDPIPGTNFIDVLEMFQNDPQTEAIVMIGEIGGTAEEEAAEYIKANVTKPVVSYIAGVTAPEGKRMGHAGAIIAGGKGTAEDKFAALEAAGVTTVRSLADIGKALRTKTGW >WP_281295215.1 type 2 lanthipeptide synthetase LanM family protein [Streptomyces sp. ATE26] MTETASLPTPRTASLPTPGSSGLPLAWWAPALTLAERLAAPGLPAAASAGLAAGRAPWNVGDGEGFTLRLAHLAVDGATAAALAAEPAERLAARAAKPHWADYAEAALAAAPESLHELTAHGTGPEVFAAVVRPLVTPAADRLAYRTAGVPAAEQAVWRGAFERRLTEQLVRQAARTLVHELSLARRAGRLAGAGPRERFASFVAATASRPGLTALLSAYPVLARMLAQTALDAADAAVELVTRFQADREDLVAGLLDGRGPGALAGVELGLGDAHQGNRAVAVLHFTGGDRLVYKPRPLDQHALLDDLAAWLGAKVPGLALRTPRSVRRPGYGWLEFVEHRWCRSVTETDAFYRRQGALLALLYAVDGADMHYENVIACGDQPVLVDAETLFHTGLPQAMTAGADPAADALQASVHRTCLLPHLLIGEHGALDISALGRSAEGTFPSEGLHWADSGTDTMRAVRGPVLSPAAQNQPLPSGAPLEGADHRAALLEGFRTGYAALAAHGRELLGPGGPLAVHADSPARLIARSTRLYATLLEESAHPSLLGDALAREGVFALLWSESEHDEARRRLVEHETADLWRGDVPLFVHRPSGTGVRTAEGTWLPEVLPVASLAAVGEKLARMDEVDCHDQEWVISATLAARGAGAPPARRSELALAPLPAVVPDASRLLAAACGIADEIAARAVRGGGRTNWLGLEQVSGPHWAVLPMGAGLGQGYCGVALFLAQADALTGAGRYATLAREAVRPLPALMKALAADPELSAAAGPGAYAGLAGIVHALPRLSALLGEDLAGCLPDALTALGHAVAACADPGLAGGAAGALAAAVAVHEATGSPEALRLADAVADLLLATVCGGERPALSADGAGTRGEPGCADGAGTRGGPGFADGAAGIGWALRRYAGRRPERAAAHAGAADALLRAAVREVKNSLQDVSWATGVAGVAAAAPLDAAGSLTARLADAEVCPGLSLGQGTLGTLEALAVLAGRGDTAAVGALSRRTGQVLALVEAQSHRCATPDHVPSPGLLTGLSGIGYGLLRLARPEAVPSVLLLEQPGN >WP_056438721.1 MULTISPECIES: type IV secretion system protein [unclassified Caulobacter] >KQY33001.1 type IV secretion system protein VirB6 [Caulobacter sp. Root487D2Y] >KQZ02673.1 type IV secretion system protein VirB6 [Caulobacter sp. Root1455] MPAQIFGPSYDYVDTRLEAVLHDGLSNVIAHVAGPLRIALVLYVVLYGWAIIRGSITEPIMDGVIRLVKLCFIYTIATTVAYNAFVTTPLFTDLPNWLAEAISGSPTPGVGGAFDGFFNRGGYLATKIFSTASMTDPGPYVTGGAVWIVTALTAALGFGIVMLAKLALAILVALGPIFIALLVFEQSRQFFYGWLKQSVNYLVLFALIITVFQLILGLVEGQWANIDGQADPTAGGLLFIALSALGMIFFLQTPNIAAGIAGGAAAGLGDFANAARAMTSGQPVKSIPTGNGGNGRGGGSVAPSSSGSSRNGHPRR >WP_274182085.1 hypothetical protein [Aeromonas dhakensis] >WDF95279.1 hypothetical protein PUB92_02550 [Aeromonas dhakensis] MKRRYGLLALALLALLLLNLGAQEEPARPASTSQPPSGAAAPVQAQLSGSPALASPVAATQTGSEPPPASWRAMPEALSQQLASEVSDSDLPLAERLANLEGAEASWLGEGESLFRLQGRYALALEQLAQENEQLPLAERLDALSRLQDEWVAEHPDLATELFNPAARLQQARQLWGDEELATLAHHFLPAAQAEAALQFAASRQQQLDQRSRYQQQLTELEQQLAASRGNMDEASWQQHREAVLGQFRRDFFARDTATPTQ >MBO9999515.1 HEAT repeat domain-containing protein [Cyanobacteria bacterium SID2] MENSELLRRYRQGDRDAGYQLARKPDTSTEVLRELAESEDSQIAEEATWHVNLEGEAEENWQAEVDAAMETADLEQNDRLVLEMLKLGSVPEMFLSQWLPVDAAIRNLNYPDLPERYAKRLFDRLSRDPDFSKPKLQSLLKTAKLPLSIFTQFIGDRDPSIRSAVRSNPYCLQSLIEEFDRTEDTAKNPNTNPETLAELAKTNWFEVRKAVAENPNTPVEVLDRLAFQCSLELGESVESALSIARNSQASETALERLSRHANAKVREAVIENLNTSGLTLERLLNESYERISAYLQEYRRSRFHIPRTLESQFTISIPEFCAISQHPNLSKNAVEELSGLLLKFKNVELFNHFASQDKAPSSILEAIADWVSPPQILKRSLKKRKPDIPASLVEKIYPLIFQYENSGKCDRFLEFLRLNLDNSEMLKKLSELWDDRLKKLTLPESAGLKWISGCFSSSRYKEDDELLPKYPNLKSLHNFLRWESRFSDPTYDDQKIAIALCQNSSISETIKNRLPVNCSKFASKSKPNSNPIVQTRTSQQKQWEARENRRQKLILARQTRNSEKLSQLVEDSDEEIRLILAERCSTLPLSILRKLARDASVNVRLRLIHPSQPFNPEIFSAILGILAEDSAPEVREEVAKHPNTPVESLRKLSRDRNAAIRNQILENSNTPSEVLIEFFKELFRSPETLRQLLDRDRNIWNFSEDLLAAIAQHPDCTIRRRVASHPNTSSETLAQLAKDSHIRTVRAVAKHPNTPAKALERLSQRKDFTTRYNTLTNPNLSETVISNLFEGEGFWKNQSSKKWIDTEFPVDRARFRQAIARHPNTSIEILQTLVKEAFDSEENTEQLKAIVSNPNLTSDLLDIAIERASVEVRQAIVGHPQLTPQQWEQLAIDRDVRVREVVAMSATLPAIIDILQQDESATVRRNLVFNGHLLEPLLEQLAQDVDSNVRQAVLQQVLNSDNPPVSVLAKLADAPETEIRQAIANHPNANRSILESLTHDDRTSVRQAVLSNSNLSVSLLEQLAQDVDSSVRQAVLQQVLNSDNPPVSVLAKLADAPETEIRQAIANHPNVNSAILTKLADAPETEIRREIANHPNVNDAILEKLANDEKISVRQTVLDNSKTPISLQKTIPEWQYRPSPLGNRTTSPTLRGAIVPFNPQTDERSQILAQYTQSTVPFIRLVALMNPQTPASALEEGSTSSFWLERYAVANNSATPQELRGKLVRDSHCLVRAAAKAHL >EIC9579770.1 AAA family ATPase [Salmonella enterica subsp. enterica serovar Enteritidis] EEPPAPQADFIVEGYMPSNCIWDIVGESGTYKSFYTLGMMYISAAGYRFAGADTRKAHHFYIDGEGGEFTHTRIAALAAKYGDEGMRYMHVLDAGEFADTKKLVRKMRQIAGGEPVGMVAFDTLNQTFGNWIDKFNENSAGQDGMGRVVAMLKEVRDGTKGAVGVVHHTPKGGSKARGSGALYAGVDVELTLVRATEKQINVAHTKNKNGMQQKTIGMVLEPVQFREAPPPKEFQAVEFVGGQGYGEIVNLDLPEPHKALVLMPWGFQPFETDEEKERNEGLDSKGKDYVKDTVKRTKDASARESVMSALEDLQQADDTGRGFTQRQIVARAGDHSITNLVLEKMLREGELMLGCDENGEVVTNTYRLPMGIDDRKRPKNRYEPNDNIKATEGDLE >EPR30609.1 replicative DNA helicase [Desulfohalovibrio alkalitolerans DSM 16529] MGGIFLNNKAFHLIVEILDEEDFYSPVHRTIYAAFLELDRAGRPIDLLTTADELNKREALETVGGRAYLGELASAIVPSANAEYFAQRVRDLALQRGLISVAADIIQESYSRGADVERLIDESEQAIFRIAERRAAESYTSSKELVAEVFKQLEKRAERQDVITGVTTGYTRLNEMLAGFQRSDLIIIAARPSMGKTAFALNLCLNAATRGMEETGVVVFSLEMSKEQLMSRLLCVQGGVDLSRMRRGYLDDNDWAKLFDAAEVLSKAPIFIDDTPALSILELRARCRRLKKEKNIGMIVVDYLQLMRASRNIDSREQEISDISRNLKALAKELDVPVIALSQLNRKVEERSNRRPMLSDLRESGAIEQDADVIMFIYRDEVYNKDSTKKGVAEIIIGKQRNGPVGEVELAFIGPSTKFGDLAFVPEPSEYGRSG >MZT63759.1 hypothetical protein [Blautia wexlerae] MGFCSINLMYVISGIVKVLAVSVSLKRQIPTRPRLLCSSYPSGTATDRVGYFGTVLNVRVLYLFEIPEEYAPKWEFLAKFYATGYGSQCDP >MCP3872510.1 phosphoribosylaminoimidazolesuccinocarboxamide synthase [Desulfobacteraceae bacterium] MALIPKTQFDDLSLVRQGKVRDIFDTGDALLMVTTDRLSAFDVVLPDIIPDKGKVLNQISVFWFQQMESIVKNHIITTKVDDYPEEFKQYADALAKRSMLVKKAETFPVECIVRGYITGSGWSSYQKEGHVCGIELPKGLKESDKLEEPLFTPSTKAEIGDHDINISFDEAVKLIGTEKAEKLKSISLELYKKGAEYALSKGIIIADTKFEFGILDGEIILIDEILTPDSSRFWPLSEYEPGRGQNSFDKQFVRDWLIGSGWDKNPPGPELPQELIDKTSNTYKEIYKRLTGVNV >MCI7433635.1 lipocalin-like domain-containing protein [Prevotella sp.] MKKTFLFLATCLAMTMAATSCSDFIETSDNGDLDGYWQLSQVDTLANGVQVDMTSSKVFWGVQGKFLTMLDTHQAPSYGYMFRFEHRADSLLLSDGRVNDRNVNDTLLTNVDVLRPLGVNELDEHFFVERLSGKRMVLRGKMLRLHFRKF >WP_098035768.1 MULTISPECIES: ribonucleotide-diphosphate reductase subunit beta [unclassified Lactobacillus] >PEG91373.1 ribonucleotide-diphosphate reductase subunit beta [Lactobacillus sp. UMNPBX12] >PEG93291.1 ribonucleotide-diphosphate reductase subunit beta [Lactobacillus sp. UMNPBX11] MTEKYYKAINWNDMEDRVDKSAWSRLNDIIWEPRNVPVREDKKEFLQLDKPVQDALLHAFGALSFSSGLQMKNGLEQIKVDAITPEEAAVLNALQYLESIANKGYSYVINELTDSNIAKDVINWADDNPYLQKKIRILNKIYQGGDALQKKAANVILETALYHSAFYAPLYLFGQGKMVRTAEIVKLALRGTSFGGIYPGYKFRLGYQKLGKTEQAELKEWIDNLYDMLIDNEKKHIELMYKGTDWIDDVTHYLYYSVNKAYLNLGFSAKYPDTSDSINPIIEKGVIKSAVLEDFFFYTNDQSLTKFKEIK >WP_181693616.1 TAL effector repeat-containing protein, partial [Xanthomonas oryzae] >RBD11544.1 avirulence protein, partial [Xanthomonas oryzae pv. oryzae] >RBH15081.1 avirulence protein, partial [Xanthomonas oryzae pv. oryzae] AHGLTPDQVVAIANNNGGKQALETVQRLLPVLCQAHGLTPAQVVAIASNSGGKQALETVQRLLPVLCQAHGLTPDQVVAIASNGGKQALETVQRLLPVLCQAHGLTPDQVVAIASNSGGKQALETVQR >WP_261589216.1 hypothetical protein, partial [Escherichia coli] IRKMPGVNLTGNSASGTRGNNRQIDIRGMGPENTLIWHCCKVSDEAAFCLIQRPYISKTLLTRRISPRGSP >GFD62658.1 hypothetical protein [Tanacetum cinerariifolium] GEQRNLYKALVEAYEVDKAILDTYGDSAILKKRREDDDQEGPSAGPNRGSKRQKEGGE >BAK08426.1 putative papain-like cysteine prorease [Plasmodium simiovale] MKLALPFFFILSVALLDNVIKCDEEVTITDPPQSQDEKPESKDNPPGNSDPPPHKGVGAVEPTVDKNESGGELGAVDQPTNQTTNLTTNLTTDQTTGQTTGQTTGQTAGQPTDQPLTQPNVEASDRAAAAAVKNPNEIEAKCAQLKDQDGVKITGPCRAKFQVFLVPHVTINVETETNTIYIGKKLDDVAITKKQNKVVSSKSSPLLQFEENADLLLNQCAEGKTFKFVVIVKGEELILKWKVYEKVPSAKDDNKVDVRTFLLKNTDRPITAIQVHTAKGNEDSFLLESKSYFLMNDMPAKCDLIATNCFLSGNLDIEECYKCTLLSENTELGGPCFSYLTPDFKDNYEQIKRKAQKEGDQKEVQFAMSIGKILQGMYKKGKTDLSELLRFDETDTDLKAELINYCALMKEVDTSGVMDKYELGTEEEVFSNLTSILMNHAGETKSTLQNKMKNPAICLKNADKWVESKKGLLLPRLSHTHVEATLPETAPEKEDTPKGSEKIQTNGYDGVIDFVSREETNMQSTSFIENMYCNDEYCNRWKDESSCMAKIEAGDQGVCATSWLFASKVHLETIKCMKGYDHVASSALYVANCSSKEAKDKCQAPSNPLEFLDTLEETKFLPAESDLPYSYKAVNNVCPDPKSHWQNLWTNVKLLDKQYQPNSVSTKGYTAYESANFEGNMDAFIKLVKSEVMSKGSVIAYVKADELMGYDLNGKKVLSFCGGETPDLAVNIVGYGNYINGEGVKKSYWLLQNSWGKHWGENGNFKVDMDSPPGCQHNFIHTAAVFNVDFPLLENIAKKRPMLYNYYMKSSPDFYNHILYRGVQTEDKRKIGICGEDKLISSVVSGQTSKADTLDGVEQSSVVVEGKEKPATGGGELTQESESECEAGTDESKEAEEEEEEEEEEWEDEGVAEPEEGDSEAAKKGVEAGEPSHVAVSNASLKGMEEPKTVASSSASVNSTPPSAAPAPARNTSLIKVKQIMEVIHILKHIKNGKLRFGITTYEDDMGIANKHDCSRSYSQDQEKLDECIQFCHDEWNNCKGEPSPGYCLNQRRRKNDCFFCFV >WP_131977297.1 bifunctional DNA-formamidopyrimidine glycosylase/DNA-(apurinic or apyrimidinic site) lyase [Jiangella ureilytica] >TDC56907.1 bifunctional DNA-formamidopyrimidine glycosylase/DNA-(apurinic or apyrimidinic site) lyase [Jiangella ureilytica] MPELPEVEVVRRGLSAHVVGRVIDHVEVAHDRAVRRHLAGAADFAGSLAKASFTEARRRGKYLWLPLDDGVRAVVGHLGMSGQLLVQPAVAPDETHLRVRFVFADGDPELRFVDQRTFGGLAVAGLGPDGVPVPIAHIAPDPLDPAFDDDAFRLALARRRTGIKRALLDQSLISGVGNIYADEALWRARLHYARATETLRRPDATRLLQAVREVMAAALQQGGTSFDSLYVNVNGESGYFDRSLDAYGQEGRPCGRCGTPIRRDPFMNRSSYTCPRCQPRPRHARW >KAI8633010.1 hypothetical protein F5Y19DRAFT_471268 [Xylariaceae sp. FL1651] MPTPQTLLILLASCATVFGVALPEPAVGSPAAACTTGSPVTTAGYPILYYTKATPTIGAFAQGYKPEPRWASQHLVGTYTFGVPAPVETGFAYAQFKCQYYCEDKSDGGSFFVARADSRIGSYCSCYNDLMDPTTFVDNNQTLVGAWNAICKTT >PQE21401.1 chitin synthase D protein [Rutstroemia sp. NJR-2017a BBW] MTQYDHSPWPVQDIVYTAIVGGVMLLAFLEWFLWLAAFLYCLIKVFQKAEHWTVRMLAVVVGTLFTLLRCIYLPIMVVTLPLPSHVTQYFPKKMVDILQWFGFWSFAALLTIPWLFCVYQIVTHSLGRTKRIKQVLDEHSAPKVVIVMPCYKEDPDILITAIDSVVDCDYPPSCIHVFLSFDGDQEDELYLKTIESLGVPLSLDSYPKSIDVTYRTARITVSRFPHGGKRHCQKATFKLIDKVYTEYLKRNDNLFILFIDSDCILDRVCLQNFVYDMELSPGNTRDMLAMTGVITSTTKKHSLITLLQDMEYIHGQLFERTVESGCGSVTCLPGALTMLRFSAFRRMAKYYFADKAEQCEDLFDYGKCHLGEDRWLTHLFMIGAKKRYQIQMCTSAFCKTEAVQTYRSLIKQRRRWFLGFITNEVCMLTDIRIWKRYPILAVVRFMQNTIRTTALLFFIMVLSIITTTKKVQDLPVGFIGISLGLNWLMMIYFGAKLKRFKIWLYPLMFVVNPFFNWYYMVYGIFTSGQRTWGGPRADAGAADSTTTPQQAIEAAEKAGDDLNVVPETFKPSADARNNQLTRRPTLPLLPPERLEGRFAAAERLPGGWYQQVNDSLNSVAAPGMLGKNPMMSRDSFTSYVSGITDNNSVYMPRRVESIMGEEDRKKYEIAQANQKAAGGAYYSQQQGYVYEIHDGQDIKGAYHDSVESLDSSEGASSQPLAVPQSTQRNGRSPLGRMSLVRANPAQESIELEDQGHDTSPENRPPHGRH >WP_262917761.1 RNA polymerase sigma factor [Muricauda sp. F6463D] MHLIDRINVKTDIVRSIQNNYTQTGKSLPDYLVVQKVLEGQTELFEILMRRHNELLFRTIRSYYSEDSDVEDIMQDAYIKAYEKLYQFKNKSAFSTWLVRIGINEALQRKRKQKYRRTTDITQESGILQIADTSIMNPENNTIYKESTAFIEKAVDTLPPKYKIIFLLREVEGMEISEISASLDLTISNVKVRLFRARNMIKDNIFKTTNTTNIFEFGNHKCDRLVEVVLKRIQGKKLD >NNF58653.1 riboflavin synthase [Rhodothermaceae bacterium] MFTGIIEAIGSVEAVAELEGGRRFHIAAPFAGELRVDESVAVNGTCLTVVAHDAATFEAIAIEETLAKTSLGDLQAGSLVNLERAMRAGGRLDGHIVQGHVDATGTVDSIEALDDSWLVRVRYPETFAPYLIPVGSIALDGISLTVARLDDDALTAAIIPHTWTHTTVHTWQPGRRVNLEFDLIGKYVVRALERGVGPVAS >MBR9756324.1 SOS response-associated peptidase [Gammaproteobacteria bacterium] >QWN38906.1 SOS response-associated peptidase family protein [Cobetia sp. 4B] MPASMLRLEGPRLRLVPALWGLTPSWLEIMDHAPHVARAESLETRRMFRESFISQRALIPVGGVYVWKEQPRMKQPFLVTHPTRAPLLLAALWTRHFSAPLMEGLPPEGRDSFALISVECAGVTSRLTDRMPAVIAPHQVRDWLNAETPLETVRSMLTPNANLAAFPVARLVNDPEHQEWSVAHPTGPMLT >WP_269633767.1 response regulator [Pelomonas sp. BJYL3] MSKPSPERQLRVLHVEDSELDHHLIAVELARAGLQVELCRLDSLAAVNAALDERWDAIISDFNLPGFSGLQVLALLKERHQLLPFILVSGEIGEDTAVAAMKTGASDYLLKNNLTRLAPALLHAIEASESERARMEADRALRRSKQRLHELAGHLQTSIEMERAAIAREIHDDVGGSLTALKFDLAWLARHVSEPAVQQRVASAIETVSQAIEASQRIMHNLRPAILEQGLVAALQWMAARFERRTGIQVSLRTPQEQLQMPAGVPLVAYRCAQEALTNVSKHAQASRVDIELSLDAGVLTLELRDNGRGMAPQDLAKTRSFGIRGLHERAATVGGWVDLSSSTKGTSLILTIPLEPDAIAQVQEGDEEAEDASAHDPSVWGNL >WP_268315162.1 alpha/beta hydrolase [Bacillus haynesii] MTITERIYTVEGCMFYTKQRKGKKNATIIFEAGYGSSSTTWQPILSDIDEDLGLFAYDRAGLGNSGPSSSKRTADQMVEELKALLAAAGVKPPYLFVAHSFGAVIARLFASRYSDEVIGMVLLDPACEDQEEKVLPLLPDTLKEDYSKQFSIEGSHEDFKQSLDILKQEKKHLDSVPLLVLSAGKRTEAAKQAHHEWLKLHSRLLSLSHQSGWIQAKNSSHLIHHDEPHIVQLAIYDVWYAAQQQTYTYQAAN >MBN6104449.1 PH domain-containing protein [Xanthomonas bonasiae] MTAPPSLDPSAAALGADPQAAIAFAPADAWLPLPLRGAWLAALGGGCILGLCVLIGAAIFGFSLHSRQALLIGAGAAALGALFGACIGFVRHRRIRWRLNAQGLDLRRGRLWQSEVHVPISRVQHLDLRRGPLERLARLATLVVHTAGTRHNAVAVPGLDQADAERLRERLAHQLDHDDDAL >EJJ5352541.1 hypothetical protein [Salmonella enterica] FKEDRKHIEKSIHDISYETLDRGKYELVIAISPLFLSKSFNSIGEVVKRTALINYCIALKENGNKKASDRLLDEYDWTACDPAFKMAEKILREDYKTAAAYMKKSYDMGDLQKEDIDQWPLFLQFRKTDEFKELYDLLFGKEEAINITLVDEDSQTKEAEAEVQAQETAEVQAQETAEVQARETAEVQVQETAEAQAMLSTEKSQQATSQTMDYTKQDSAINAM >MBO5696496.1 hypothetical protein [Alphaproteobacteria bacterium] MTPEQCTWTDNQWAEHLQCLPTDVPRFRNFVRENYFIAILGKQNSDKKYIEIGRLQTAPSGAKRYTPIVSTKPRIATLDEMVDEANNKLIPSLCLSDLVAKCNRVPAKVLQMLHIEKQK >HHV35141.1 carboxymuconolactone decarboxylase family protein [Syntrophomonadaceae bacterium] MANFPPFVQELGKRDKEFYDAVTKVIEVATKPGAVDEKTKVFISLALDAYIGSERGVMVLANRARELGATEEEINEVLRIPYYVAGSRPLITGNNAFPKKE >XP_017428875.1 2-oxoglutarate-dependent dioxygenase 19 [Vigna angularis] >KOM48568.1 hypothetical protein LR48_Vigan07g227200 [Vigna angularis] >BAT82175.1 hypothetical protein VIGAN_03214400 [Vigna angularis var. angularis] MAEITSTQPKLNVPPVENITSSQHSADLFSASNDNIPTVDYSLLFSDNPVQRFLALENLRQACQEYGFFYLVNHTIPDEVLDSTLKGFSDFFDPKTIDERRVFGKSGPSDKIRWDLNSSAGENREYLKVIAHPQFHAPSNPSGIRKILEEYHKEMRNIVAGLGRSVSTTLGFEEDYIEKEFNLKSGFDVMAMNLYPPNSRSKGEVGIPEHTDPGFVVTLVQDVDGGLQILSHQGKWINVYIPHHAILIQLGDHLEVLTNGKYKSHIHRVIVNKNKVPRISVVTLHGPQLAKFISPGVEFVDEEHPQSYHGMTYKESLEANGGDEIDVQSSLDKIRFL >SQP19075.1 Domain of uncharacterised function (DUF2825) [Escherichia coli] MGSAVNEIKTVYPRWRGEHEAISKTPAIAAGLSPLARGTPGVERQMTEKERFIPAGAGNTDK >HAX2015273.1 glycoside hydrolase family protein [Escherichia coli] >HBN7218304.1 glycoside hydrolase family protein [Escherichia coli] >HBQ4288609.1 glycoside hydrolase family protein [Escherichia coli] MQALNFQRKAFLDMVAWSEGTDNGRQPTRNHGYDVIVGGELFTDYSDHPRKLVTLNPKLKSTAAGRYQLLSRWWDAYRKQLGLKDFSPESQDAVALQQIKERGALPMIDRGSIRQAIDRCSNIWASLPGAGYGQYEHKIGDLIARFKEAGGVVNEVKL >WP_088349221.1 UTP--glucose-1-phosphate uridylyltransferase GalU [Bacillus cereus] MKKVRKAIIPAAGLGTRFLPVTKAMPKEMLPIVDKPTIQYIVEEAIESGIEDIIIVTGKGKRAIEDHFDHSFELEQNLLEKGKYEMLEKVQASSKINIHYIRQKEPKGLGHAVWCARKFIGNEPFAVLLGDDIVQAETPCLRQLMDQYEGTQSSVIGVQTVPENETHRYGIIDPVERNDRRYQVRQFVEKPAQGTAPSNLAIMGRYVLTPEIFMLLEDQQTGAGGEIQLTDAIQRLNEIQRVFAYDFEGKRYDVGEKLGFIKTTIEVALQHKELKKQLIKYMNDLVHKEINE >KDQ61317.1 hypothetical protein JAAARDRAFT_32327 [Jaapia argillacea MUCL 33604] MIILDEESQFPLADGATTKATDAANTNPSLDAIGPESDPRPPPPPYTSSYQATEPVYPEEHYAPRESTAKRFWKAFGVAFCIWAFIFLDGMFLALRINRGHPTYRWPWPVKESDPPSRRPGFPVEWPEESDGEIGHCILGPHWDRSSFEPPSSSSPLDSPTLFSANTSFKLPVDAEELFFFSRGAFSRGSIEFVPGDGMDVEASVSASYYSDEVFKQANICLLKRDKSRIGLGIFTPDQDSRITISADVLHVVFDIQVRFPMSWAPPLTIPKLTTNLPSFSHHIGDLSDVVHFRSASLVTTESSIQVDSISAFEAEMETSSGTIEGTFRIGNALKLSAVDGSISTNISLYNRNPLITNTLFLKSTNGFVESNINLFSPSTIHKGAYSITSSSLNGSLSLTIPSLPPGLTLDLEATSTRGPASVLLHPSYEGSLSVHSFTYPPTLHVREVVVDPMRKGRERREWERKHGVYAIEGGVFWVPVMRWQDPGTVRVASTFQAHLEL >MBQ6004917.1 hypothetical protein [Selenomonadaceae bacterium] MLNKKSEAVKDDGAATTPQDSGVSGKTPFLLLLFFGRAKKSRFKIQKSLPALNEL >MCH9651907.1 hypothetical protein [Deltaproteobacteria bacterium] MQDLIWSVLGRFGDERLETRLEDFGVNSWGVTTDQLQTLWSDAKAELGIPEVSPAKIDLERYLPVGGQTAD >WP_105248459.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >EJU1182480.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >MBH9208453.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >MCA6829374.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >MCA6834844.1 ABC transporter substrate-binding protein [Pseudomonas aeruginosa] >PQL97156.1 histidine ABC transporter substrate-binding protein [Pseudomonas aeruginosa] MRYKKSMLSVLCAFGLLAAAAGAQAEGWCESGKALKFAGLNWESGTLLTELMQFVLAKGYGCTTDSLPGNSITMEQALSTNDIQVFAEEWIGRSDAWNKAAAAGKVVGVGEPIVGAVEGWYVPRYVIEGDPQRKLEAKAPKLRSIADLAQYAEVFRDPEEPGKGRFYNCPAGWTCELENSEMLKSYGLEETFTNFRPGTGPALDAAVLSSYRRGEPILFYYWSPTPLMGRADLVRLEERPGVDKRIRIQVGLSRTFHDQAPELVAVLEKVNLPAELLNSDLARMAKDRIDAARLAREFLKEHPEVWHAWVDEDAAKKIEAAL >WP_121285867.1 helix-turn-helix domain-containing protein [Pseudomonas aeruginosa] >RQJ39609.1 hypothetical protein IPC1_28385 [Pseudomonas aeruginosa] >HBO9196964.1 PucR family transcriptional regulator [Pseudomonas aeruginosa] MRKGAELAQTLPPEWVERLNQALFSSPEDAKLLEDPVILAACRRANRAELLHWANANLQRPGEPVQPYVSADMVDTARELARRGLSELLMNVARSTQNTAWELWMKMAFNLTQDPRVLKEFLEVSSRSISEFIDSNMRVVTQIILEEKSAQAHDDPIDKRSLVSRLLEGRDVDTEQFGRRLGYSLFQKHYAGLVWCESPDAEIRLLEDVARTLAQLTGTAAPLIVFAGPATLWVWSHAAKPLDLNLLQGIALRFSGIRAAIGSPGTGVNGFRRSHLEALTTQRLMGRLAGAPAVATIDQVRMVSLMTQDDRAARQFVLSTLGRLATEPSVLQRSLHAFLANGCNVTQTAEALGTHRNTLLRRLERAQDLLPVRLADHRIQIAAALELVIWSTPLIDDDK >WP_125684427.1 SRPBCC domain-containing protein [Amycolatopsis sp. WAC 04182] >RSN53042.1 activator of Hsp90 ATPase 1 family protein [Amycolatopsis sp. WAC 04182] MPYTGAQVWDFLVGREGVGIWLGPGAELGTELGAAYETANGTTGEIRGRSEGDKLRLTWRPKDWDHDSTLQITVSGTDQKTTLRFHQEWLAGADEREEQRAYWTEVTERVVAALAER >WP_205215113.1 hypothetical protein [Amycolatopsis albispora] MRRRIQRTAAVGAATFLLAGSAAIATPATASAAATKKVPCGSSVTAKPGDTILGTTPLLGIPLNLGVVSEATKVLTGVVDGLLGTLCKVTVNVVDTVVAPVPGVGAPLADATKGVVDGVHSGAVGALGGGQQAPENKPGSPQTPPGGGTGGAPQTGPGGGGVAPIPQSNSEVLGGSAPAFASLPTNFASGYAPMRDYSTIPMAAPGIYSPSPGVRYGGQIPGYAPEFGILGADGQPPAPDAVQNAGGAEALAGPDGGFTDGTGLPVLIAVLALSGVTAALVRTWVLRKATA >WP_268371125.1 hypothetical protein [Bacillus atrophaeus] MKNLTKTAILKRKGEWKTIEIDGYDATLCLNKIGAVLVQLNII >EFH5292178.1 DUF262 domain-containing protein [Escherichia coli] MANENLDIDSKTAEELYEWYLDDKLIINRRYQRKLVWSLEEKTALISSMTQQYPIPLLLFVSIDNKREILDGMQRLEALMSFIEQRFSLNGKYFNLDAIALTKQLKDSGKLQQKEPVLSRESSTLIARYRFAISEYSSTEDHIDEVFRRINSNGKILSKQELRSAGCVSNFSELVRKISTIIRGDTTHSDIMGLNKIHNISICNDGLDYGINIDNHFYIRNHIISRPSIRDSDDEELVANILGYIFLDDKPTSGSTSLDTFYGEGSTSHAIHTRTQLENYIQTNGADKIVNNYLFVYEMIQKLFDANNLNFRSHILGNASSSQECPRYYQAVFLALYELIINENMQLDDEQKFIAQLGDSVQRSMVQTEGGRWAASARQKSVEDLCALIRRYFKESENKFINHAWQTLIRTLLNNSRTEQPNYDFKQGLFILSGENKIDEECFINIVQTAVAINNIGRESNGYI >MBR6130424.1 T9SS type A sorting domain-containing protein [Bacteroidales bacterium] MCIGPQWWWTYIPFGRRESAFGQFLAIVDNHDLNVYPNNPEMGEVQGAGLFPDQTHDTIVAIPYEGYEFLHWNDGVTDNPRVVYLTQDTSFTAVFALLTDCTVQLSANNADWGSVDGAGTYPKYSEVTITAIPNGGFLFDHWSDGDWQNPRVITLTQDTSLTAIFDIDPTGIETTADRYTYVMPNPASGNVTVASSFRIGDIELLDLNGKSHLRTTVDGLSAALDISSLPAGTYIVRVTTSAGTAYKKLVVK >EEY3543156.1 host specificity protein J [Escherichia coli] >EEY3548467.1 host specificity protein J [Escherichia coli] >EEY3553353.1 host specificity protein J [Escherichia coli] >EEY3563735.1 host specificity protein J [Escherichia coli] >EEY3574865.1 host specificity protein J [Escherichia coli] MGKGSSKGHTPREAKDNLKSTQLLSVIDAISEGPVEGPVDGLKSVLLNSTPVLDTEGNTNISGVTVVFRAGEQEQTPPEGFESSGSETVLGTEVKYDTPITRTITSANIDRLRFTFGVQALVETTSKGDRNPSEVRLLVQIQRNGGWVTEKDITIKGKTTSQYLASVVVGNLPPRPFNIRMRRMTPDSTTDQLQNKTLWSSYTEIIDVKQCYPNTALVGVQVDSEQFGSQQVSRNYHLRGRILQVPSNYNPQTRQYSGIWDGTFKPAYSNNMAWCLWDMLTHPRYGMGKRLGAADVDKWALYVIGQHCDQSVPDGFGGTEPRITCNAYLTTQRKAWDVLSDFCSAMRCMPVWNGQTLTFVQDRPSDKVWTYNRSNVVMPDDGAPFRYSFSALKDRHNAVEVNWIDPNNGWETATELVEDTQAIARYGRNVTKMDAFGCTSRGQAHRAGLWLIKTELLETQTVDFSVGAEGLRHVPGDVIEICDDDYAGIRTGGRVLAVNSQTRTLTLDREITLPSSGTTLISLVDGQGSPVSVEVQSVTDGVKVKVSRVPDGVAEYSVWGLKLPTLRQRLFRCVSIRENDDGTYAITAVQHVPEKEAIVDNGAHFDGDQSGTVNGVTPPAVQHLTAEVTADSGEYQVLARWDTPKVVKGVSFLLRLTVAADDGRERLVSTARTTETTYRFTQLALGNYRLTVRAVNAWGQQGDPASVSFRIAAPAAPSRIELTPGYFQITATPHLAVYDPTVQFEFWFSEKRIADIRQVETSARYLGTALYWIAASINIKPGHDYYFYVRSVNTVGKSAFVEAVGQPSDDASGYLDFFKGEIGKTHLAQELWTQIDNGQLAPDLTEIRTSITDVSNEITQTVNKKLEDQSAAIQQIQKVQVDTNNNLNSMWAVKLQQMQDGRLYIAGIGAGIENTPDGMQSQVLLAADRIAMINPANGNTKPMFVGQGDQIFMNEVFLKRLTAPTITSGGNPPAFSLTSDGRLTAKNADISGSVNANSGTLNNVTINQNCTIKGMLEATQVRG >RMY06144.1 hypothetical protein D0868_06024 [Hortaea werneckii] MPVQHTYPDTFNTSADPRLSCSTEHIITLPVDLLTGQKKLATMETEEKRRNSRRQSTRLLARDFYTGETLQIRPSDSRPTIARGTTRDRIDMQRMGKKQELRRSFRQLSTISFTSCVMGNWEILLTANGPALNNGGPSGIFWSLIWTWTGQLYVIMSLAEMSSMAPTSAGQYHWVSEFLPPGWQRFLSFCTGWLSTMAWQSVVAVDCYIIVGIIQALIQLGHPEYDPTRWQATLLTIATAVGLCLFNIFAASQLSLLEGVFAVCHVFLFVPVVVMLWILAPTSNPQEALFTFANQGGWPSTALSLLIGQVPMIFTTLGSDSVAHLAEEVENAAVVVPQAMLWSYLVNAPLALLMAFTIIFNIGPVENAIQSAYPFVYMFETALQNTQATTAFTIVMLVLLAMVTVSVIASTSRQMFAFARDNGLPFSRWLKRVSVQFNVPVNAIIATGGFTVALSLINIGSTVAFNAVLSLSTTALMASYIISIGCVTRKRLTNETLPYAPWSLGRYGLPVNLIALGYATWSFFWAFWPTEYHVTAGNMNWACLIFLGFVAWACVMFRLSSLRRRDKYEGPVARVQVWMNDW >WP_034853447.1 NAD(+) diphosphatase [Sinorhizobium sojae] >ASY64978.1 NADH pyrophosphatase [Ensifer sojae CCBAU 05684] MTKTIFDLHSPHPEPSTFVAFAENHLERQSEHRSDDCVEVALKHPAAHFLAFSGAKLIVKHDEKIIDPLFAPYELADLEPALEETILLGCLPNGEPRLAVPSGLTDETVPEPFKIADARTLYRQQMLPEELLGQFAQGSSLIVWNANNRFCGRCGGPMDGRAGGYRRICTACGHMVFPRTDPVVIMLTIDLERDLCLLGRSPHFAPGMYSCLAGFVEPGETIENAVRRETQEESGIRIGRVRYHASQPWPLPHSLMIGCYAEAKSTTIKRDEQELEDVRWFTRAETEAMLERTTGIADTGNEHIPPPKGAIAHQLMRDWLAWPE >WP_270578305.1 DUF6470 family protein [Caldibacillus thermoamylovorans] MNLPQIRLESTSARIGLHIEKPVQKIEQPKPVQSIEQPKAVVNIETVPGRLTIDQTEARADLGFKTIPRLVAENAEDAKRNAMEGTARRVRQGDDLMRIENKANPIPSHAIENAYKPEARLTIGWIPSPGSVKINYEPAKVNIEATPQKPIIQTQIQKPLHDYTPGKVHVYLEQKNSLKIDFVNLFSETV >CAG0978995.1 Inner membrane protein YbcI [Anaerolineae bacterium] MASSWTHAVGAVAIAATLLPKPVPRRVWLVAALCAVLPDVDAIGRPFGGGDVACLGGHRALTHSLPFAATLSALLRVTVLRGASSLQAGVALWLALTLAIASHGVLDAFTTYGEGIQFLAPFTTVRYWSPWQPLGGGIVRDTVAFVVLWGMARTVIIRRGLPMPRLLNPAFLRAAV >WP_124843803.1 substrate-binding domain-containing protein [Burkholderia cepacia] >RQZ97001.1 ABC transporter substrate-binding protein [Burkholderia cepacia] >RQZ97084.1 ABC transporter substrate-binding protein [Burkholderia cepacia] MTSIPLQPPSPLPRRRRTLRAVLAAWLCCASALSLAAPAGPAANVFPPWQDGRNNDATHRGLEFTVPQVDVLADFHGDLTAPKLVLFVGGNYFFAMAPLVAKFEEDHPEYRGRIYWETIPPGLLVKQIHAGGTITVGNMTWTVKPDAYFAGLGKIDGLIADGTLAGPAVPYVTNQLTIMVRAGNPKRIASLNDLARPDVQLAMPNPAFEGVARQIRASLVKAGGDALARTVYDDKVRAGTTELTHIHHRETALFLMQGRADAGVLWQSEAAFQEQVGHPLMHIDFPAEQNTTAIYAGAMVKDAPHPEAARAWLAFIRSPEAFGIFQRYGFGRYDAATPPQHLAPAQQEKQPDAG >UOU30556.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNXXKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSVKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSXGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >XP_035366182.1 Aflatoxin biosynthesis ketoreductase nor-1 protein [Lasiodiplodia theobromae] >KAB2570814.1 Norsolorinic acid ketoreductase [Lasiodiplodia theobromae] >KAF4537481.1 Aflatoxin biosynthesis ketoreductase nor-1 protein [Lasiodiplodia theobromae] MASHTVVLITGVNRGIGHGLFATYLSRPNHTVIGAVRDPASPVSQALYSLPTGANSKAIIVKIDSASDTDALAAVHSLQADHAITALDLVIANAGILNAGFPRVEHVRPADMKAHFAVNTVGPVVLFQAVLPLLKAAVTAPKFVTVGSSAGSIGGMEQRPFPNAAYAPSKAAVHYLTKKIHVEHPELIALPVDPGWPRTEMGEMAASHFGFEEAELSVEESVGGIVRVLDEATREKSSGKLLRWDGVELPW >PPS22991.1 hypothetical protein DJ52_01630, partial [Brachyspira murdochii] ISHYTSLYILQLLLNVKENTKKSGNIRINNITTANDPKEGKILEMILNRNNIDIKIENDEKALTLQTSYSRNKDSLTMFRLYGKKENKEATGICLVLDNKYFNNSYTSPYSYKLELKNGKIDTNEEINKEKFQANKRNLYWVLYYNEKENQLIYNKEKSKYASNIIDLNDLNNDDYKLELKEDDKKEDMIKYAFAKICHYTEEIKKQIEDPKNNEIYKNIKNQLYSYLFENIKYIIKHEAFFEEQELRMLVTNDYKSDEILIDNDNKKLYIDYIKLFNENTNYIKEIIIGSKVENNEAVAEYIRKALHLKNTEANKLDNIKVSISEAPLR >WP_141892995.1 glycerophosphoryl diester phosphodiesterase membrane domain-containing protein [Microbacterium kyungheense] >TQM34541.1 membrane-anchored glycerophosphoryl diester phosphodiesterase (GDPDase) [Microbacterium kyungheense] MTAYPAWTPASRPGIIPLHPLTFGTILGRSFSALRQNPRVLLGFALVVQTVAYIVVLVAVLGVMWASFSRLDTLTEGTEEYNTVLAGSIGLVAVTGFVLGLAAGALSVIVQGIVVLEVTHAAVAEKLALGALWRQLKPVAWRLIGYSLLVILAVTALVAVVVLGVVGVAVVAPPAAIGLTILLVVGAIPLTWWLMIKLLLAPSAIIVEHATILQALSRSWTLTRGRFWPALGIIVVISVIFGAIAQVVSLPFSFLSAGLTTIIAPTGASEPSAIIGVIVTVLLAQVVTLLLQSVAVVVQSTATALIYIDCRMRREGLDLDLLAYVERRDASSRASLSTSAGGTALADPYREHVGRAIAPRGWSGAPAGFSGYAPGYAYGAYPGQQVPTPPGAYLPAAGAYPPAAGAYPQPPYAAQAAPGVPPGQGAHPVPPQAAPAPAQPAAASGSPETAVTPEGQEPAPPSPTNWAAPGASQDADRESPWS >EEP92076.1 flagellar hook-associated protein [Yersinia kristensenii ATCC 33638] MGCIKQIIGETQMGIDVDALSKQVTQGLFAKRKEKQHKLEQQLKTQQAALDKQKSGLSTFRDALKDLSKVEEGLLKNKTSTSIKEVATISANEKALKGTYSFFVEKLASAHQLAYTGLTDASVKAEQSPLGLTVNGQSFSVELKGVETLADMAHAINHANDNPGVTASVVRSNGQQILLLTSDKSGAANKIEFDGSRPAIFSTANQQELSLAEDSVVYIGDPSKGLKIESSSNTLDKVIDGVTLELVKVQKVGDPLLEVKIEVEPAQTETQIKKFIDAFNGAKSAVSSNNNSDSLSTALKQNLNSLVGKLYGGKTLGMIGVSFDRNGDLKLDSKKLTEVLKTSPTLITDLMSGPDGLINKLDKALDPYLNASDGSLKVRSEMLAMRKTSLERTKEGLENSYARALKTNLLKFNRLNEMMDKMQSTMDMFDQQARF >MBA2447626.1 hypothetical protein [Chloroflexota bacterium] MPEPMRGHSVGRRRFLLAALAFGTQSIVAACQQRLPLSAATPSASTAPARRVQPLADATPPAAPSDRLDVDFAGIVRLEGVSIEQEPVRPGDFLRVWLYWQAIGDPTEDLRSMGELVGPNGRTVGREDDQIGPRGNQLRRWRRGDRVVDEMRIRVAPNSPSGEYSLGVAVLRPDNQTRVPLTSPHAALAFSSEDAVLVKTIEVG >XP_047044137.1 disease resistance protein RGA2-like [Lolium rigidum] MEVLVSAVIGEIVSRTISVVIEKCREQMTAKEQTTTEEDLQRLHQLLLRISAIIEEAEGRCIRNRGMIHQVSMMIIQLFRGYYLLDSFKSTQKKTDSFKSTQKTDDEEVSGSLFAQSKFNPAKRFRRLSSYTQNYSMVVGRGSSKELKQFILVLESMVADLKEFAIFLMSYPRMYRQPYGSYLILDKFMFGRQMEREQAIGFLLQPEPPSGGNLGVLPIVGPGLIGKSTLVEHVCDDERVRNHFSLILRYRENDLKDEIPTTFRDHCVIKHQNSASNEERSLLVIELLGDVDEGAWKRLLQTSERYMANGSKIIITSRSEKMASVGTTKAIKLSCLSKEAFWYFFKMLVFGSTDPEEHPKLTSIAMELAVETCGSFIFAYVTATLLRANTSVRFWCRVLRQAREFRQKNNFVLGEYHEDRMSRYGWGIAETQQGYEDGKLFLIHHSHQKGPAAHSEVPRITIVDLLSGAWSPMQRGKFEVLSWRSVIPPYYNYVYSCELVQNKNGRL >MBQ9764712.1 DUF3791 domain-containing protein [Lachnospiraceae bacterium] MNAHPILLQKKYARVIELFALENDLMLDDALEFFYHSKVYQLVSEGCSDMHCMSDKYLAEELTFEYKN >WP_249769997.1 type III glutamate--ammonia ligase [Jatrophihabitans telluris] >UQX87459.1 type III glutamate--ammonia ligase [Jatrophihabitans telluris] MSLTVSPETERPPARAAATTASLAELARADEVRFILATFTTLNGKPCSKLVPVEEADALEQDGVGFAGYAAGSMGQLPRDPDVIAVPDIASYTPLPFVRPGLALVHCDPYVEGRPFAFAPRVILRSLIARAAERNLTLMAGAEVEYFLVHRRPDGTLVPADSRDDAAQPCYDARGLTRMYDHLTAVSDAMVALGWGPYASDHEDGNGQFEQNFRYADALTTADRVVTLRYIIQVLAEQRGMTATFMPKPWTDRTGNGLHLHLSLWQDGDSRFPRPADAEDPYGLGLSGLAYSFVGGLLDHAAGLHALIAPTVNSYKRTGARTTASGATWAPTQASYGGNDRTHMVRVPDAQRVELRAGDGSANSYLAIAAALAAGLDGVVRNADPGPPGVARTTTMPRTLLDAVHALDIDPVIQAVLDSVDPACGVSDYYAALKREEFYSWHNTVSDWEVDRYLTAI >WP_225405726.1 mannan-binding family protein [Mycolicibacter sp. MYC098] >UBS74104.1 mannan-binding family protein [Mycolicibacter sp. MYC098] MRAIPLILAGAAVAVAGLVPAVTPVAGASAPSFCSGLGGGWDGQYCTTEVRSERLATRYIRMAVPGDLVDHPVAGPPIREYLSTLFTNWRVKGASMVVDSWGNENFEIFQHGDALTAVFHEDYHSDGPYINNAYRTFTFDMARGRQLQLADIVKPGVDPYAQIPQLGAPYISEALDRAFWEHRPGDYPFIPERFTPNNVFSGGYRSWALTPDELILYMPDYPVSHDTPIQYNQMQWFMDGGNVQAHIPLAALRSILRPEYGGSASLDEGEATLGPPA >WP_207285306.1 DUF2252 domain-containing protein [Pseudomonas sp. FW300-N2A2] MTTLKDRLKQGKDARKNCPRSAQAATGKTNRDPLPLIKRSSEGRVNSLVELRYGRMLVSPFTFYRGNALLQAHDLAGTANMGLVSTICGDSHLMNFGGFATPERNLLFSVNDFDEVHPGPWEWDVKRLVASFMVAARDLRHGETVEENVCREVVAAYQQTMLECAEQSALETWYESISYDDLRQQASKATLEHVERAIAKAERRTHAELLPKISERDAAGRLIIRDDLPEIFHLHKNTTLLDADDDWLRLADWRPLYETFMSEYRTTLQADRRGLLSRFNVQDLAFKVVGVGSVGTRCLVALLTDEQEFPLFLQFKEARRSVLADYVKAKSRVRHNGQRVVDGQRLMQSASDLFLGWTTGPNGRHFYVRQLRDMKISAELETFDAEAFAAYGRICGRALARAHAKSSGHAAQISGYIGKSDALADALFKYAKTYTEQNDRDFERFQQACRKGRLRARSEADFAADHLP >XP_031931709.1 Dfp1/Him1, central region-domain-containing protein [Aspergillus caelatus] >KAE8368628.1 Dfp1/Him1, central region-domain-containing protein [Aspergillus caelatus] >KAE8418476.1 Dfp1/Him1, central region-domain-containing protein [Aspergillus pseudocaelatus] MAAVFIPPSPQTSLNMSSRRPLANVPNATNSPHRAGLVPAKRPRTTNAPVDIPYGQPPPKKQVIDGVEGDSRSPTRTRPATFQNADSKLFTRRTNNTQPSAFERKLVAVRDKERQSQLRGTRHERPSAETIDSIRQWQRHYRKAFPQFVFYFDSIPEDLRSKCSRQVLALGAREEKFFSRLVTHVVTSRPIPPETDVASPAEINTESVDQVAGDGTLQTVNPSLLEKNPDAHLHMSLKNDARREHSNMDVLHRARQMGMKIWAIEKLQRMIATINDGDIGGNSGHSTRNSHVGGGHSRGRGEADLSQVLQNELNGSSDRNPLSVLKDLVMFKGPFVYVHDMDEKTRPVMVREYPKVVRRQDGIWPQFRSAPLGKCPFIDEPPTKKELERQRARQQEKKKAASKVAPIQEAQVQRTNVTKYAIEKATDRVPKKEYIPQDVDEEAVSQPKQPEMQEMQPTRPLSPKKSSESFVPPQLNHGGGFYTGGREPAASGMQPSNITSAIRSQMVSSTAAAPGAKAGISKEVHELKRKVLEKSNGGYSAGTGPSSYRTTDATAALKMTKTQGNRQGTLDPPEKLGNVIEEETTQSESNDAGKRRNSIRKGTCQKKKERRRDPKPGYCENCRDKFDDFEEHVMTRKHRKFATNSANWAELDSLLFQLQRPLKDEYDDPSGNHDNKG >BCU97455.1 MAG: hypothetical protein CM15mV17_0220 [Caudoviricetes sp.] MQLTSGSMQCEFRPHNILTDKFVYTLKLKGDTMSVRLMNKKEMKETINARVDLGYQVTDFLTEPQSYFPACC >WP_169537597.1 hypothetical protein [Achromobacter ruhlandii] >NMU92706.1 hypothetical protein [Achromobacter ruhlandii] MPSSIFRPHIPSLGALAMALLSLPGAQADAAQRTVYKGTLQGAGEVVLELDDAAGADGVVSGRYFYPRSGVDIPLRGTGEVLYEPKPNPARPPASDTATIDAADRAASWQGTRDEKGYRGQWTDARTGKQRRFDLQRVAGYDTAQLERDRAKARATQVDLGDIDLKAGMDATRAPYETLKLAGHAKPVGKEAGSAAVAYRMWVDPRTRFAYPRLSRHPDPQVMRRVNDLLEQRHWRKSLGALECMASAYTSTNPGAGTLGGFDDENINVTWLSRALLTVTEAGSLDCGGAHPANHFEPYTFDLLRGEYLDWNRVFDAYAPGQRSFGREPSAALRGLVEQVVKAGPPEDRAEQHPNLEDCADLWPQYLALGATAPGALSLSVSGVGHASGACLGTHGSVPFKALRPYLKPGGQAYLVTD >WP_192906080.1 KTSC domain-containing protein [Klebsiella pneumoniae] >QOK32856.1 hypothetical protein IFY65_02782 [Klebsiella pneumoniae] >HBT7060981.1 KTSC domain-containing protein [Klebsiella pneumoniae] >HBX2950285.1 KTSC domain-containing protein [Klebsiella pneumoniae] MHHHPVKSSRIISVAYDDASATLEIYFYHQPPLQYTGVPPRIFHVFLQVVSKGRYYDGVIKGKFPERKLR >MCI5211411.1 hypothetical protein [Candidatus Electrothrix sp. ATG2] MIFRFLKVVVVCSWFGLLLFLIQRDFFISTLESNEQAALIQAKYQQYYGVYLQDKRIGYVMEDIRPDGKNNLRVLQEASLRLKVLNAVQPIKMKLTARVENSLQLRTFEFFFS >HDC92778.1 aspartate kinase [Candidatus Acetothermia bacterium] MVVMKFGGSSVGDGQRIRNVAGIVGAFAEREGTPAVVVSAMQGVTDALIRAAEAASRRENGLLHRAIAELYARHEEAAAEVAPSEERDALLAEVHALIRDFENLCAAVGVLGELTPRGLDAVASFGERLSARLTAAALRREGYAARALEASGFIVTDARHGAASPQWEPTRERTRAAVLPLLAEGTIPVITGFIGATPEGVVTTLGRGGSDFSASIVASCLDANEIWIWTDVDGVMTADPRIVPEARTLPELSYAEAAELSYFGARVIHPKTVLPAVERGIPIRIKNTFNPDGPSTLITSSPVEGASTVKAITAIKGLSLVTVEGRGMIGVPGIAAKVFSAVAREGISVLMISQSSSEQNICFAIRSEEAARALDALKAAFAPELVARNVDRIWAEDGVAIVAAVGKGMRRTPGIAAKLFGALGKAGINVISIAQGSSEHNISLVVSEAQVEDAVRAIHREFGLGKGR >WP_145745914.1 hypothetical protein [Variovorax beijingensis] >TWD78162.1 hypothetical protein FB547_108220 [Variovorax beijingensis] MILVKTEAGQQVLKDRSVPLSPRQRTAFILFDGKRSIDEVLASGTGIGREEIDQMVELGLLGPVAGSKPAAPVPARASVPEAPAPAAASKAPAAPKPAEPAPPSGRSRQQRYKDAYPIATQLTGALGLMGFRLNLQVEGTTSYEDLVALAPKIRAAVGAEKAAALDRALKD >WP_259999572.1 beta-eliminating lyase-related protein [Sulfitobacter sp. S223] >UWR27084.1 low specificity L-threonine aldolase [Sulfitobacter sp. S223] MFFASDNSGPVHPNIMQRVMDANNGYAMPYGKDEIMDEVREGIQRTFEAPNAAVYLVATGTAANSIALACYTQPWQTIFCAQYSHIEEDECNAPEFYAGGAKLTLIPTDDKMTPDALSAAIARRPTGNVHMAQAGPVSITQVTEFGSIYSLDELRALTSVAKSAGLPVHLDGARFANAAVALDCTAAEMTWKSGVDVVSFGGTKNGCMGVEAVVFFDEAKAWEFELRRKRGAHLFSKHRYLSAQMAGYLQDDLWRDMARSANAACARLAAGLKQNGAEMLHESQANMIFARFPRRVHQKLQAAGAKYYVLDGDVASGDGDALLAARLVCDWSMTDELINQFLSHF >MBO7559822.1 hypothetical protein [Alphaproteobacteria bacterium] MVNVKELKKANGKMAFRSAMMERFDLVTPLTQRGVPVRVPGMDDPTQR >MCH2044272.1 YARHG domain-containing protein [Saprospiraceae bacterium] MKTNLIYSSIFLLILPFVSFAQTKESLENMVYGLGACVEEGQSAFKTYFFPNGKAISKCIGDCAEDPQVLEGNWKIAGDNVEIKYHTEWGTRGGGQVTTSSSTTIHEYYVAAKRALNSTEKIYKPWDEKERSCEEFYGHNRKYDVHVFLRENGRETYPETSEQILDPSKLEQYSKAELRIMRNEIFARYRYSFKSKDLREYFNERGFYGGLKDVSIFLSDIEKANVENIRKVEKQK >WAX22144.1 hypothetical protein AVP1_0034 [Aeromonas phage AVP1] MQLVISAFPGCGKSSIFNNGQEYDLVPVPFNKDLLELGKIERKEGQTLVFDSDSSNFDKTHFPGNYISYIKSLLEMFDDVVVFVSSHIGVREALAEAGVEYVLVYPEPYLKQQYLDRYVKRGSPEGFIKLLDEKWLEWLESCYKDENAISHYKLSNGQYLSDLFENFK >TMH79857.1 DUF1223 domain-containing protein [Betaproteobacteria bacterium] MNRPISSALAVALLAPTFSWAACDLMSGPKTAALVELYTSEGCSSCPPADKRLSQFPSRQYPYEQVVPISLHVDYWDYIGWREPFAQAQFAERQSWLVRTNGHKTVYTPHFFVSGTEVRDWDGDLARELNRVGAEAARASVHIHAEPTASGKLSVSASATASSSPAQLALFVALTEDRITSRVSAGENNGVTLSHDHVVREWIGPIALSGGRAEVDRAVTLRSNWNRAELGVVGFVQNMQTGHVLQAVGASECLRS >RLN04523.1 hypothetical protein C2845_PM13G07880 [Panicum miliaceum] MSVDSSHRDTDSQEDATPAVPRSRVQGRILVLTSVEQIMPWNDYECDALELLKNQTYHHVRVFDPIFFIKTGLKADMTHAYSHVGWFDFASLTEPGSKFLTMEFLMSLSFEEEGNTTYVYFRFFDEQFKLTAKELSVVLGFDKKCQLDPSVLSKTYKYDRTTWWNEIFEEPVSSKNSIVSIHHHTLRMLAKWIAMVVHLRSDLRLCSLPELQYLFAMTKKIKLSPIMSMLTH >MCJ6180240.1 molybdenum cofactor-independent xanthine hydroxylase subunit HpxE [Klebsiella pneumoniae] MRDILPVVVDGLWRQGAKNLAVSLVSAEGQPLPAWTPGAHIDLHLPCRLIRQYSLTGSPAEQDRYLLCIARESQSRGGSRYIHDTLRPGQPLMISAPRNHFPLHEGGHVVLLAAGIGITPLLAMAHARAASGASFTLHYYVSRAQEAAFATEIARQLAGGICQIHCSDEGQSPRQRLAQDLGAPDADTRVYFCGPPGFMARVRDTARAVGWGEEHLHSEAFQPPAPTAASAADGTFTITLASTGERWPVPGDKTIAQVLQEHGVAVPLSCEMGICGACLTPVREGTVDHRDTVQSEAEKQAAEQHIALCCSRSLSANLVIDLAG >TAM59961.1 MAG: NAD(P)H:quinone oxidoreductase [Rhodanobacter sp.] MNQEILVLYYSRSGHTAQLARLVARGIEEVPGMRARLRQVPPVAPVTETAQPPEPEDGAPYVRRQDLLDCAALAMGSPTRFGNMAAPLKHFLDTTGAEWASGALVGKPAALFTSTGTMHGGQESTLLTMALPLLHHGMLLLGLPYTEPALSATQTGGTPYGASHVAGSRGENPISEHERELARALGRRLAETTRKLATGA >KAJ5544544.1 hypothetical protein N7461_006848 [Penicillium sp. DV-2018c] >KAJ5567752.1 hypothetical protein N7535_007058 [Penicillium sp. DV-2018c] MFDKKTYAVDGETADGSLEKDMEKKLDANQLEPFGNEESAEIKYRTMKWWHCGMLMIAENVSVGILSLPSAVATLGMVPAAIMILFISALSWYTGYVIGQFKLRHPEVHSMGDAGEILMGPFGRELLGIGQLLLLIFLMASNILMFNILMNVLTNHGTCTLVFGVVGLIICFLGALPRTMDKVYWMSVISFASVFVATVLTMITVGVDSKGPVPNEVTTDVSFRQGFLAVTNIIFAYLAHVAYFGFMSETEDPRTFNKSLAMLQIVDTVLYLVSALLIYHYVGPDVQSPAILSLSPVMKKIAWGLSIPTTILSGVVLGHVACKYIYVRLFRGSDKMHRRTSLSIGSWVAICLAVWVVAWVVAESIPVFNDLLSLISALFGSWFSFGLPAIFWFHMNTGRYFQNWKKTVLTITNVLVLAISFAICGLGLWVSGVAIHEDSSSRSWSCANTA >MBN4384494.1 immunoglobulin heavy chain junction region [Homo sapiens] CGRAQSYDALTGYYGGIDFW >HBN9628875.1 amino acid adenylation domain-containing protein [Pseudomonas aeruginosa] AGERMYRTGDLARYRADGVIEYAGRIDHQVKLRGLRIELGEIEARLLEHPWVREAAVLAVDGRQLVGYVVLESEGGDWREVLAAHLAASLPEYMVPAQWLALERMPLSPNGKLDRKALPKIEAEDGLGEYVAPASEPERQLAAIWADVLGRERVGVTDNFFALGGDSIVSIQVVSRARQAGLQLSPRDLFQLQNIRKLAERCSAAAPVAEPASVPDGAVLHNLLPQQVQALPLPHERLEHLYSLSPMQQGMLFLGLNSPDAELYINQLSIAVDGLDPQRLQRAWSAVAQRHEVLRSGFLWLDQEEPLQFVLADPGLPFEVLDWRGRAISDEALEQVAQQERRKGFDLGQPPLQRVRLLRLGEDRYQLIWTYHHILIDGWSTSQLFGEILELYSGGSLPPAVPYRHYIAWLRARDGKASEAFWRRQLARMDEPTYLADAFNAAREGYGHQALYTRLGSDATEHLKRFAQSQRVTLNTLVQGAWLLLLSRYSGQRCVSFGATVAGRPASLEASERILGLFINTLPVVCEVAPEQCVGDWLRALQDYNLEMREQEYTPLSDIQRWAGRSGQSLFDSIIVFENHPVDRTLRDWRDDSLRFGEMRSAGLTNFPMDLMVTSDDSGLAIEYMFLREHFAVASVERLRTDMEGLLAALSGDAECRLGNIGLPSARVPLADGACPARYPLVHQRIGEWSRRTPDATALVFDERSHSFAELDARANRLAHALVERGVAADVRVGVALPRGTELVVALLAVLKAGGAYVPLDLAYPRERLAYLMQDSGIALLLSESQALVQLPVPAGVPALALDRLDLLEHSAQAPQVEVHPANLAYVIYTSGSTGLPKGVAVSHGPLAMHIDAVGERYEMTPADRELHFMSFAFDGAHERWLTALGHGGSLLLRDDALWTPEQTYAAMQRHGVTVAAFPPVYLQQLAEHAERDGNPPPVRIYCFGGDAVPVAGFELAKRALKPRYIINGYGPTETVVTPLIWKAAMDTECGAAYAPIGSFVGERCGYVLDADLNPLPAGVAGELYLGGVGLARGYLQRPGLSAERFVANPFSRTGERLYRTGDLVRQREDGTFDYLGRIDNQVKVRGFRIELGEIEARLQDAGEVREAVVVARDAASGKQLLGYVVAEDGADASGLLERLRERLKRDLPEYMVPAHLALLPAMPLTPNGKIDRKALPDIDVTASEAYVAPRNELELALAGIWQEVLGIARIGVHDNFFELGGDSILSMQVVAKARALKKLGFSLKLRDLIQKPSIAALSGYDDSAAPPSPILALNAAVDGCPPLFCVHAGFGTVFDYEPLARRLNGRRSVLAIQARSLLDPNWRDVSLQRMAEDYVALIRQRQAEGPYHLLGWSLGGTLGMLMAAELERQGQQVAFLGLLDSYVPGTEAPAADDWREDLLDFLSVSAGLETRPPLAAGLEQRDNVSAAIAECLGVGQTGKGGLGCDELAQVFLVARQLKQLSGQLDSCSPIQVRPLCWWTRGRGEEVRALSRQLGGQPLAGRVAACGHFQIPHAQEVLDSLVEALEEIHGSLVYS >MCG3136245.1 hypothetical protein [Phycisphaerae bacterium] MNDSQQMMVEIAQLESWLRSWPEPVLPPECRQHVQQAVRAMLPEEAAEDQPRLALSTAARQKLHDRVQETLQQQAARPQHRVLWGARWWATAAAAAIALMGWWWWPASTNPGNKSAPAAFEQLLAWADDQELQNLEQDLQDIEVRSVTIEVMMDLDDAEMLQDLQRWSIPNYFETENSDYQGV >WP_160776805.1 hypothetical protein [Stappia sediminis] >MXN66550.1 hypothetical protein [Stappia sediminis] MEFPTLLYHGTSGEFARKALREGLRPRSLNADAQDEGKLSNPDCVYLTDAYPIHHAALTSARHGDPYAGVLEIDVLRLDSSLFRGDESVIEQLNRDSDGLSGSREDRLRHYREKLENNFDDAVLTLDRMGSVAYHGPIPAEAISRIAILQADPPILPVSWARDISVSVANYHFVWMQQFAVTEWVMNDRWPRFDQTNDIYRFWLGELMNYDSRQGIKVSEAPRYLAPADVVNA >KAI8594425.1 EF1 alpha, partial [Dissophora ornata] EEFPKFIKSGDAAIVKMVPSKPLCVESFQEYPPLGRFAVRDMRQTVAVGVIKSVEKTDGKGGKVTKAAQKAGGKK >WP_049005162.1 MFS transporter [Enterobacter cloacae] MQPDAHKRALIAGSIGNFIEWYEFAVYGFLATVIAKNFFQLEGEAGLTSLILTYASFAIAFFFRPLGAVVFGRIGDRIGRKPTLIIVLVLMTLATAAIGVVPVYASIGIAAPLIVTLLRILQGLFAGGEYGGAVSLMTEFAPRGKRGLYGAWQSFTVALGLLAGAGIVALLSALLTPEALHDWGWRIPFFLALPMGVVALWLRVSMEETPSFVQQQDKPVTARADTAATFRAIIMGIGRVMVWSAAGYTYLVIMPTYLQSALHTGFNQALLIAVISNIGFALTIIPSGILSDRIGRRTVMVIATTLLLILALPLLKILQAESSTLAVKALVVLIAGGLVGMLAGPGPAMLSEMFPTRVRYTGLGLAYSLSNAIFSGCAGLIITGLIKETGNLDIPAYYVMTTAVVSIAALMTLRKDDHLRSLEE >WP_254415125.1 insertion element protein [Niallia sp. RD1] >UTI40996.1 insertion element protein [Niallia sp. RD1] MFHKEGCINEGFTPFDHKKEFYKQGKSTSNSQRWQCKQCKKITNVLPNRKQSTTYHQQRNDILPTFAKLLLNKVLISRACEILDIGVGTYYQKLEWLYRRCLEFLDRYETKPLKDKHFKEMWLNTDKMHYLLNNVRIKGQGGSKFRGLEDLNLQTYIVVTSEVFSRYAFRSDVAYDWDITFEELALDTIQYKDDHLNEFAKKNARLDFSHYPQEPPKEKKEEYAQYTHDINKIRHRSQYVDGLHVNATYTNIAHYWLIKQLVKANEWRMISDNDSSIKTAFFRVFAKEIKQYDAHHFLSLVDREKSRKRCLQEFEDAKQDLLVWGFQSGYDTKNLRKLAKYYLTELFSRHTFHEQVSNREKSFNKYANNPIEHPLASKDKGFHLVDCTTDLSSYEPKDIAEMVLEVNDNATNAFIQQMRRRLSILERPLMTARGEGKSYIYANFNPKYAQYALTILRTYFNFCLPFKTADGKKLTPAQRLGITEKVFDLNDIIYFR >XP_017674008.1 PREDICTED: probable phospholipid-transporting ATPase VA isoform X3 [Lepidothrix coronata] MSQGTAGGEGAPQVLPEGQERQRKRRRRKKESKTRLVRSSLLLPEAESEKPKKTVLACNRLKTTKYTALSFLPKNLFEQFHRLANVYFVFIALLNFVPAVNAFQPELALAPVLFILAVTAIKDLWEDYSRYRSDQEINHMECLVYNRNEKKYISRYWKEVKVGDFVQLRCNEIIPADILLLSSSDPDGLCHIETANLDGETNLKQRQVVRRFLELDSEFDPLKFTSVIECEKPNNDLSRFRGYIIHKSGKKDGLFKDNLLLRGCTIRNTEEVAGIVIYAGHETKALLNNNGPRYKRSKLERQMNADVLWCVLILLIMCLFSAIGHGLWVWQYGEKKKPIFDVPGPDGKYLSPVLASLYLFLTVIIVFQVLIPISLYVSIEIVKICQVYFIHQDKDLYDEETDSQLQCRALNITEDLGQVQFIFSDKTGTLTENKMVFRRCTVSGTEYSHDDNAKRLAMYQEPDSEEDEAAPKGGTLSQRDSICSHQSIKVIHRSQSTRTHRRTGSRAEAKRASILSKHTAFSSPMEKDITPDPRLLEKVNECAKHLEVMRSHEQPLSHLSPELCDVFDFFIALTICNTVVVTAPNQPRQKVRDRFELKSPVKTIEDFIRRFTPSRLTSGSNSSSSSSLATSKSMHRFGLSVLSSTSTESTLIKLDEKLAYSVQINNNGYSSQQGRTAVGSAPEEGELRYEAESPDEAALVYAARAYNCSLVGRLSDQVSVELPHLGTLSFEVLHTLGFDSVRKRMSVVVRHPLTDEINVYTKGADSVIMDLLLPCSSDDPRGKHQKKIRSKTQNYLNLYAVDGLRTLCIAKRVLSKEEYACWLKTHLEAESSIENREELLFQSALRIEKNLHLLGATGIEDRLQDGVPETIANLRKAGLQIWVLTGDKQETAVNIAYACKLLDHDEEIITLNAESPETCAVLLEQCLQCVESKFSNNTIDEATGNMTVGFTPLYPPSASVLSSLGLVIDGRTLAYALEPTLEDKFLALAKRCRSVLCCRSTPLQKSMVVKLVRDKLKAMTLAIGDGANDVSMIQVADVGVGISGQEGMQAVMASDFAIPRFRHLEKLLLVHGHWCYSRLANMVLYFFYKNAMFVALLFWYQFYCGFSGSSMIDQWYLIFFNLLFSSLPQLITGVLDKDVPAEVLIAVPQLYKSGQNMEVQCTVGNLAAWQNYPYRDIPSKEKPS >EAQ3230686.1 type III secretion system effector SopD2 [Salmonella enterica] MPVTLSFGNHHHYEINHSRLVRLMSSDKEEALYMGVWDRFKDNFRTQKKQEALEVLYTLIHGCGREKQAERDVDTDAMDKIYAFEKLRLYADPSQQDRFVMDFDITQTQIKFWIDGEVISKCSLQRILNLSDSYVLKPMTDEEEELFLKICVYYGRAISLNPELLQNMALKLRNAVNEDEDIMDGLYKLMRPGEDRKMPSVEWNGTLTADEEKKLCCLNMGSYEPGTQFFKMGYRESNGEVIFEMVHPTLLYLLRGYTPSLTFTESNTELLTGVLNRDYDDYYND >MCI5937295.1 30S ribosomal protein S17 [Eubacterium sp.] MDKTIVVAVVDNVKHPLYGKIVKRTYKLKAHDENNECNIGDRVKLMETRPLSKDKRWRLVEILERAK >WP_127808836.1 DEAD/DEAH box helicase family protein [Mesorhizobium sp. M7A.F.Ce.TU.012.03.2.1] >AZV19259.1 hypothetical protein EJ079_09175 [Mesorhizobium sp. M7A.F.Ce.TU.012.03.2.1] MLLKLAYHDMHTTFEIPPSAGFDQAGYGSDITALEALPVWTGSPTGLSLWGNQKQAIAFGAAYARLSQPDGRAEAGLIKMPTGSGKSGVIAVLTRCLPNLRRALVLTPREGLVQQMYGDIRRRFWANMGVADAAGDDWTGPGVDPALIRILLPNAGHTQRICREAETRERVILIGTLQALDKIRIDRDRLARKATIGPLETKQSSELLRLDQILALLTTFDLVVVDEGHYEPAASWSRSVRSLSRPTLLLSATPFRNDYKLFSVRGAYAYNFPFPKAAEARIVREVQFVDLATRDGSLPAIDSALYDTDQDLTAADKTAIRTFAEQLLAIMPSLLAEKPAGSKIIVRAASWSALAALQPLLAGDEQSNAVLIHDQVRKDENRQAHPGRFVTVKQAQAASGGATFWLHQTKLLEGIDDATFVAVALLDDFTNDRQLVQQIGRVLRSTDAKRREIQTATVIARNSDQLSRLKTSWDQYLAFEAAGETSLASIIPGEAYLPEKIVPQMPEQQYVDGRFRERLPVLGSLDRDDLLVPRRAAIFSIGAGFHDKLVETEAYEGILARNRFVVRPIARLPENVWGWTFFTVDESPYLSRHFVTEWQFGLTLLVRVNNRLFVFDTDGVPFDARKIGVARLDRGELVRLFGPSSTAQKVRITKLATASLEMADRAIRTMTTSTASFEDTFTDLLDAVLLPTNVAGYVNNTARYLGLSRSKLTDASARRVSIDDYVRWATAIDSELTTATASNRVFERFAQLAIPDPDKAKEPTNILLDLQPLDDFGVFIADKEGQPSAPRTPAVLDLCADIVDGKFQVTMIDGRKLDCAISYNSKSDRYMLASDALNAEFGQGLSASGTVMTLTERINTDQAFRILTAEADKVYMHGNWVKARDLVIDNRVPALDVAEAIPALEKTFVEKGEVAWAVGDTAKWEKESIFGLTSRYIGLAGPGPDAYADALREFPLILLDDDGQELADFILVSKTKVVLLHAKALGKDGSDNKASVTAIQEVGRQVAASLGFFITSSPQIEEDRWQRGYTANSTAIPVPKGGNIRIFKNADGIAEDKIAPTVRSALRDRRINKEVWLVAGRLLDVERARKLALASTLSNRTRQLIMYIDSLTTVCSRANARLRIFAH >MBS3028587.1 ATP-binding protein [Dolichospermum sp. DET66] >MBS3033787.1 ATP-binding protein [Dolichospermum sp. DET67] >MBS3038990.1 ATP-binding protein [Dolichospermum sp. DET50] >QSX66243.1 MAG: ATP-binding protein [Dolichospermum sp. DET69] MSQIKVKNFGPIKSGFAENNGFIDIRKITVFIGNQGTGKSSIAKLISTLSWLEKQLYRRNLEIKYVTRRNRFVNTYCNYQNLKNYFLPETEIEYLGNAFYFSFQDGKLNIDPITPYFFNIMCIGNNIHKGYKEYIVPKIMYVPAERNFFSVVKGAEKVKGLPQSLFAFFEELERSQQELSESLTLPVGDVKLEFDQKNNTLNIIGSDYKLNISESSSGFQSFIPLFLVSRNIALSIGQNKDSSQNELSAEEQQRLKTEIEKILSNDNLSEEFKKAALEVLSSKYKNECFLNIVEEIEQNLFPKSQKDVLYKLLEFANLTEGNTLILTTHSPYIINYLTLAIKGYKVLHKIINLPNTDLLKEQLENIVPQASCVSDEDSIVYELTECGEIIKLSTYEGFPSDDNYLNSFLAETNNLFDNLLEIEEQI >MCQ2831428.1 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [Helicobacter pylori] MKLKKTLTYQNHTYSFLSDNTHEVLENPEEILFVKTPLNEKYSPLIAEKNLAILDSNELKNYFDFKIKIVGITGTNGKTTTASLMYSLLLDLNKKTALLGTRGFFINDERIKEKGLTTPTLLELYSDLEEAMRLGCEYFIMEVSSHAIVQKRTAGLDFALKILTNITSDHLDFHQNIENYRDAKNSFFKDEGLKVINRDETNALFNPINAHTYALDKRAHLNVQAFSLNPFISASLCYQQDLRDPNLKEIALIHSPLLGRYNLYNILAGVLGVKLLTQLPLEAITPLLENFYGVKGRLEIVHSKPLVVVDFAHTTDGMQQVFESFKNQKITALFGAGGDRDKTKRPKMGAIASYYAHKIVLTSDNPRSENEEDIIKDILKGINDSSKVIVEKDRKKAILNALENLKDDEVLLILGKGDENTQIFKDKTIFFSDQEVVRDYYLNLKQG >WP_233387703.1 MULTISPECIES: hypothetical protein [unclassified Caballeronia] >MCE4544603.1 hypothetical protein [Caballeronia sp. PC1] >MCE4571755.1 hypothetical protein [Caballeronia sp. CLC5] MTTLFSSPKIPKTTATNVPAITDTTQAEQDAQDRLQRRKGVTATVSAGDSATVSPGSVATKALLGS >WP_255193900.1 DUF58 domain-containing protein [Halovivax sp. WLHSJ27] MTATGRWQVGLAVALVAVGVGVLAGNTAIFLSSLVGLMYAGYGHVTRPPAVDLSVERVLEPALPSPGDDVDVVVLVTNEGDEPLPDVRVADEPPAELAVVADEPRGAVSLGPGETASVAYTVRARRGEHAFGDVTVVARNVSGSETGRERFSVADEIEPAEGLEGVPLAGQTIQYSGRVESETGGEGVEFYSVRSYQPTDSKNRVDWNRLAKTGELTTVEFREERAATVVVVVDVRHVNAVVRDPAEADGVELSKHAGRRLVAALLRENNRVGVALYGRPGHYLLPRTGRDHAARADRLLEGEWCDSFVREGWLAAGDGHVGRFCRQLGDEKQLVVVSPLLDDEPVRSIRRFRAYGHEVTLLCPTVADADSPGSTVERIATERRLSTLRAAGVRVLEWAPDEPLQVAAERGSHGWSR >WP_218429656.1 lipocalin family protein [Pseudomonas sp. PDM26] >MBV7547079.1 lipocalin family protein [Pseudomonas sp. PDM26] MKRLLIILFAGLLLAGCATSGQDPLAPKTVKSVNLKRYQGTWYELARMPMYFQRDCAQSEAHYTLKPDGNVAVLNRCLTAQWQWEEVKGTAYPQEPGKGDKLWIEFDTWFSRLIPGTAKGEYWVLYVSDDYKTAIVGDPSRKYLWLLSRTPNVNGVVREELLSKARQQGYDTTRLIWRASEQQMAETSN >WP_183267399.1 1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino]imidazole-4-carboxamide isomerase [Acidocella aromatica] >MBB5374379.1 phosphoribosylformimino-5-aminoimidazole carboxamide ribotide isomerase [Acidocella aromatica] MKLTLYPAIDLKDGNCVRLLRGEMDQATVFGTDPGAQAAAWQKAGFSWVHVVDLNGAFAGKTVNEDAVKSILANVSIPVQLGGGIRDIAGVERWLAAGISRVILGSAAAKNPALVHEAAKKFPGRVVVGIDAKGGMVATEGWAETSDIPAPELAKRFEDAGIAAIIYTDIARDGMKTGLNLAETRALAKAVNIPIIASGGVASVADIVALKQAAVTQPNLNGSILGRALYDGSLSPAEALAAC >WP_150951972.1 efflux RND transporter periplasmic adaptor subunit [Acinetobacter baumannii] MSLSRKQLTLSAVIIAVFATGGSFILFQENADAKATSTANTPPAATVDVANVVSQTITDWQEYSGRLEAIDQVDVRPQVSGKLIAVHFKDGSLVNKGDLLFTIDPRPFEAELNRAKAQLASAEAQVTYTSANLDRNQRLIQSNAIAHQELDQAQNEARSANANLQAAKAAVETARLNLEYTRITAPVSGRISRAEVTVGNVVSAGNGAQILTSLVSVLRLYASFDVDEQTYLKYISNQRNSAQVPVYLGLANESGFGREGYISSIDNNLNTTSGTIRVRATFDNPKGVMLPGLYARIRLGGGQPRAAILISPTAIGVDQDKRFVVVVDAKNQTAYREVKLGAQQDGLQIINSGLQVGDRIVVNGLQRIRPGDPVKPHLIAMPNPQMITDNTAQQPQPSEKTPTSAKG >MCK5265770.1 pyridoxal phosphate-dependent aminotransferase [Candidatus Thorarchaeota archaeon] MLAERNVSVPESEIRKIFNMITGRTDVFDMTVGIPDFDTPDHIKEAAKRAIDDGFTKYTHNAGLIEVRETIATKLKRDNGIDASPENEIMCTAGGMCALVLANLVLVNPGDEVIYPDPGFVSHYAHIKLAEGVPIPIQLKKQNGFGVTAEDVEKLITDKTKMIVLNSPNNPSGGIISNTELKKIAELCIENDIYAISDDAYEKFRYDNEKPLFIGALPGMKERTVSIFSLSKTYAMTGWRIGAVTGSSEIIGAMTGLQEHIIAMPTTVSQKAAEAAFDGPQDCVDEMLQTFAKRRDIITKGLNAIEGVEIDPPGGAFYAFPDISSYGMKSYDLVMKIMKETDVATVHGSAFGEFGEGFIRLCYAVSTERIEEAISRLDSFLPKLL >NEE13244.1 Tellurium resistance [Streptomyces sp. SID7499] MGLFDGLRRGEVQFDSGDASTNAIELTKRRAQISLTKQGAATGHLRVNLSWRMRTSDIGGSQRESLLRHPFRALKPPEVVGHSQSMVNVDLDLGCLYELQDGSKGVVQPLGGYYGDVNAAPYVKLSGDDRFGSGSGETMYINLDHRDSIKRLLVFVYIYDQTPAFDRTHASVTLYPSSGPRIEVHLDERQPQARSCAVVMIEKVKDEIVVRREAKFVYGFQAELDRLYGWGLQWGRGYKSKVDR >MBN1491997.1 hypothetical protein [Phycisphaerae bacterium] MADKDTGISRAKMAVRERRIRSQLTQLLHRCGVMRGSLLVRRRKCGKPNCHCAQGEGHESLFLVISEKGRTRQLFIPKDWEARVRRWVADYHRARDLMEEIS >WP_109367919.1 MULTISPECIES: hypothetical protein [Brucella] >MCI0998796.1 hypothetical protein [Ochrobactrum sp. C6C9] >RRD26793.1 hypothetical protein ECB98_04280 [Brucellaceae bacterium VT-16-1752] >WHT43594.1 hypothetical protein QLQ11_17080 [Ochrobactrum sp. SSR] >RLL73697.1 hypothetical protein D8666_13830 [[Ochrobactrum] soli] >WHS33494.1 hypothetical protein QLQ09_19145 [Brucella sp. NM4] MISPAAHSAKALRRRAFIGLGIAIVLVGVAPFARAQHDLAFWLIWPVLLASTLIGLGIAAHLLFDAALFRMIAAGDDETVALAEVDSVLERMGLRAKQPAVRPLSDRIAGTRRIVRRLNLSLGLAIILFSLLALLPPGAEF >EEM48070.1 hypothetical protein bthur0005_20520 [Bacillus thuringiensis serovar pakistani str. T13001] MNKVAREKLSYHSPYVLILGAKLFGDRPSLSLQNRLDVAVEYLFSHPEVKVIVSGGQGEDEDIPEAHSMRNYLMVHGIDESRILIEDQSTNTYENLKFSMDLYNVKHAVVVSNTYHLYRTKIIAKRLGMKMEALAAETPIRSKRKMYVREYAAIMKTILFDR >WP_250295751.1 pyruvate, phosphate dikinase [Wolbachia endosymbiont of Oedothorax gibbosus] MGEKLIHYFSQGKCEGNAEMKNLLGGKGANLAEMCNVGIPVPPGFTISTSACKVYYQDNRSSVIQVADYSDPEKNVVTHWNDICSEIKNYMAMLENDIGCKFGDSNNPLLVSIRSGSVSSMPGMLDTILNVGLNDETVVGLAKKSGERFAYDSYCRFIMMYSNVVLQLDHHLFQDVIDNEQQKSGAKSLADLDVDVLKRIVNDFKKIVYEKTEKHFPQNVEEQLLNSVNAVFASWKNDRAVSYRRIHNIPENLGTAVNVQAMVFGNLNDNSATGVIFTRNPSTGEKKLFGEFLVNAQGEDVVSGVYTPMPIDGEQKNTMEKLLPSVYRELCVVCEKLERHYKDMQDIEFTVQDGKLWILQTRSGKRTAEAAICIIVDMVNEGTITKEEGILRIDPKTFDNLLHPVLDVKSDQKVIGKGLPASPGVASGYVVFSASDAEKTAEQGKKVILVRSETSPEDINGMNAASGIVTARGGMTSHAAVVTRGMGKPCICSVSGLYIDKDGTFFSVGDTKVNKGEPITINGGTGEVMLGILPTISSELSQEFKTIINWIDEIKTIKVRANADTPKDAKIAKEFGAEGIGLCRTEHMFFASDRIEFIQKLIIADDENERANALIKLEEMQKSDFKEIFSIMEGREVTIRLLDPPLHEFLPNNQSTIEKIAKSFNKSVESVKNKIAQLSEKNPMLGHRGCRLAISHPEIYSMQIRAILNAASELRKEKKIEVEPEIMIPFIMNEKEFILICELAKKESSVISQTQIPASRAGMTSDKAYSIGTMIELPRAALIADKLAKHAEFFSFGTNDLTQTTMGLSRDDSVNFLDSYKESNIFGNDPFEVLDIEGVGELIKIAIERGKKTRKEIKLGICGEHGADPKSIEFLIESGVDYVSCSPYRVPVAKLVAAQFSIKFKFVDS >MBX3123235.1 TIGR00300 family protein [Nitrospira sp.] MTALQETVFLQGHIIDSLILAKVLDTILMMGGTFDLQDVNIGATRDAPSQARIVVRAHSSRLLAEILQAIQPHGAAVERDTECRFEPAPAAGIFPDEFYATTHLPTQIRLDGDWVEVEGMEMDLGICVDPAKARARTLPMGSVKAGDLIVTGREGIRVTPLARPRERDVFGFMESVVSSERPHQPVIADIAQRMLKLRAGYRQGQPGTKVLLAGGPAIVHAGGREALTWLIEAGFIHVLFCGNALAAHDMEAALYGTSLGYGLTAGRSVPHGHEHHLRTINRIRAIGSIHEAVRSGVITEGIMAACVRQDVNMVMAGTIRDDGPLPGVVTDSMQAQGAMRAEVQGVGLALLVASTLHAIATGNLLPASVPTVCVDVNPSVPTKLADRGSFQAVGLVMDAASFLKELARELGWRL >WP_225440164.1 SWIM zinc finger family protein [Amycolatopsis eburnea] MTAVPWTAERVAGLAPDPASEKAGRALAVPAKWSGAGASEDAVWGFCQGSGKKPYQTCVELAEPAFRCSCPSRKFPCKHALGLLMLWAAGKIDTGPEPEWVHTWLAERADRARRAEKRAEAAGPKDEEAAARRAGERAARVEGGVAELKVWLTDRIGAGFAGFDRNGGEELRTVAARMVDAQASGLAGGLRRAAGTVGRRDWPEALLSELSLLYLLADAAGRLDSLPLPLAETVRTRLGFSVETARVLETGERVSDDWLITGAADEENDRLLTRRTWLRGRGTGRDALVLSFAPPGRPLDASLPPGHLLTAELAFYPGAAPLRAMVVERGIPLAAPAAEGGSIPAALAAYAEAMAADPWLERWPVLLSAVTPAEHAGGWCLSEKDGTALPLVPYAFPWPLLAMSAGQPLTVAGEWSQAGLRPLTCWHENRAVRL >WP_283953184.1 manganese efflux pump MntP family protein [Neobacillus sp. YX16] >WHZ03015.1 manganese efflux pump MntP family protein [Neobacillus sp. YX16] MYGMIGELVTLVLMAFALGMDAFSVGLGMGMFKLRLRQIFKIGITIGLFHVWMPLVGMLAGRFLSDKFGAFASLVGGLLLILLGVQMIWSSLRNSEEKVMTPVGFGLIIFATSVSLDSFSLGLTLGIYGAKTILVIICFGVVATLLTWAGLLLGRKAQGWIGSYSEALGGSILLAFGIKLLYPFL >PCI03623.1 threonine synthase, partial [Zetaproteobacteria bacterium] TGNTSASAAAYAANSGMEAYVLIPDGXIALGKMSQGMRYGAKVIQIKGNFDDALQIVRDISADGSISLVNSVNPYRIEGQKTAAFEIIDELGFAPDFHALPVGNAGNITAYWKGYKEYKEKRISKSLPKMLGFQAAGAAPIVNGAPVENPETIATAIRIGKPASWQQAEDARDESGGVIDAVTDKEILQAYDMLASLEGVFCEPASAASVAGIIKLNKAGYFKAGDKIVCTLTGNGLKDPDTAMQGIATPITIDATEDAVRRVLEG >KAF2592864.1 hypothetical protein F2Q70_00043779 [Brassica cretica] MEASNKRRKETEELCFGDEELEISSYSSPVVIFAHGAGAPSSSDWMIRWKDKLKKSLSAVEVITFDYPYIAGGKRGVPPKAEKLVQFHLDLVKETAAKFPGHPLILAGKSMGSRVSCMVAADEDIPVSAVICLGYPLKGTKGAIRDETLLEMGIPVMFVQCPLDKLQAVCNKMKALTELHVIDGGDHSFKTGKKHLEAKGLTQDLVEDVALQAIAAFVSKSLAF >WP_032004153.1 MULTISPECIES: rhomboid family intramembrane serine protease [Acinetobacter calcoaceticus/baumannii complex] >EXE62282.1 rhomboid family protein [Acinetobacter sp. 1542444] >QIT18741.1 rhomboid family intramembrane serine protease [Acinetobacter pittii] MTQYQPPHINRKLNVQTWWLTALLILINVGLFVWQIATGVDISDPAMKDAIHWGADFTPLTFSGQPERLFTSMFFHFGLVHLMLNMWALYIFGNVAESLFGRFYFICLYLLAGLFGSLLSSYMTIQNGHELLQHFDQSLLPHVSAGASGAVMGLGAALTVLSLFPPLPDQAYILDKKALLMVMVINLIFGFVATGINNAAHIGGMIIGAFLALMWYLSYVSKLKTILKILGLLGAVIITGGFYMYCVQINSPLLPLWHEIIIQNPDIIP >PKL38269.1 MAG: tRNA (guanosine(46)-N7)-methyltransferase TrmB [Candidatus Riflebacteria bacterium HGW-Riflebacteria-1] MSKKKLIRFKANKQFERLFEPSALDLIAQDHELKGKWCEDFFKNNNELVLELGCGRGEYTVGLARLDPGKNYIGVDIKGSRLFFGARKIEEERLDNACLVRSQIELVPAIFDREVSEIWLTFPDPRPDRIRRRLTAPNFLNRYRKILRNDGNICLKTDDYDLYEFTLDLAHKNKLEVLDHTSDLYASRLKDRLPPIQTMYEEKFIAAGKKICFLKFRLDRDVAPLKPKAPAVRA >MBO7728038.1 AmmeMemoRadiSam system protein A [Oscillospiraceae bacterium] MSVLAAFMVPHPPMIVPAVGRGSEKQIKSTVAAYQRVAEEIAALAPETILISSPHTTMYADYFHISPGFRAEGSFRQFRAPEVSFREQYDTGLVTAIEAVAQKRNFPAGTDGERDRSLDHGTMVPLWFIRQVYSHFKLVRIGLSGLSLTEHYAFGQIIADAVQETGRRAVFVASGDLSHKLQSYGPYGYAPEGPEYDSRIMDVCSHASFGELFDFEESFCERAAECGHRSFTIMAGVLDGLSVNAAVLSHEDVTGVGYGICSFYPSGEDNSRHFLERHLEQQQKKLVEKRTGEDPWVRLARQSLTSYILNRKILPIPSGLPDELLEQRSGAFVSIHEHGRLRGCIGTILPTEDCLAEEIIRNAISASTRDPRFPPIRPEELDLLEINVDVLGKPEDIESEAELDVKRYGVIVSCGTRRGLLLPDLDGVDTVEQQISIARQKAGILPGEKVVLQRFEVIRHV >WP_232584446.1 hypothetical protein [Photobacterium carnosum] >MCD9528345.1 hypothetical protein [Photobacterium carnosum] MQSSHLNDIFNDFNQYPVSVKKLLPIQITASCCNLSLDSLNLNNNKSNLIKLSYIGFYLFPLCEKELKAKIKNLVKDLKLAIEQNENVHQDFIDFISYGQSKKLNVFTKSLGFSDYNDYIHYLSVLNDEAKTFGFSSCELLYRPSKYLDFCVVKYPNIELTLEEKEVLSECLPYQIDYFFISKSNEKILVSVYKNHLVIFTKENNEIIVYPPTVIKLNRKIENAVAESNYYMSSDGQKIYSNGSPSKLTEDDFQNMKTIAHEKWNDLPVNFKKCIVA >WP_044680588.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >MCK3866709.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQG69679.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQG99400.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQH64292.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] >NQN13327.1 DhaKLM operon coactivator DhaQ [Streptococcus suis] MVFIRNRQATIIEDYLDGFCRTNPKVKKVKGLPIVLQKVQDDHLVPIISGGGSGHEPAHIGFVGKGMLTAAVYGEIFTPPTAEEVLATIRAVDKGKGVFLIVKNFEADLVSFRKAIELARQEGIAVKYIVSHDDISVDTKNNFRMRHRGLAGTILLHKILGAAALTGYSLDELEQLGLSLATEIATIGFATKSAYLPNAALPLFDLEEGQISYGIGIHGEEGYRTVRFESSEQLANEIVNKLKLKFRWKEGEDYILLVNNLGSMSEVEQGIFLNDICQFLELEGLQLSYIKTGKFMTSLDMGGISVTLCRVKDQKWLDFLEAPTEAAAW >XP_046578103.1 eukaryotic translation initiation factor 2D-like [Haliotis rubra] MVPQKEEMSMAKISTHGGQTAVVYCVQKNPIFFDLYGKIYPTVYTMWKYPDFLPLFTTWPPVFKKLAGGADLMLPGVVVKGQVTLSTFGKMAKGAMCAVSLVGNRAPVAVGNACLSGEDMYLSAMRGKGVEIVHILGDQLWEFGDQSSPPDLGDDVFTELLGEAQQDDSDGEAEEASVSQTAEVAQGVEDLTLDNCDPEPGGDNSGGATGGMEEESRDSVEVMDERLRTCCLCALKSKVKKSDLPLLTSAFFKNFMQPFCPAGQSLDVKKSSFKKLSKFLQHMQKQGLLKTKELSKGADSIVEIDKSHPGLKDVQVPDIVTEVPAPARQEGEYQPPKITEMFSVTSAVLPIFKSQGYNKSHALSAPDVRKEVTEYVKANNLQDEERKSHVLLDPDLAHILLTKQEGDLSHLKWDDLFSRVVDRMQPAFQLEFPGKPPVLRKGKIEPIKLSVEQRASNKKATIVDNLEDFGIDPAAFAHTVQKSVSCSSSVIPHHQKNKGMQVLVQGNQIAFIADLLLDKYKVPRKYVQGLEKAPKNKRR >WP_147313907.1 hypothetical protein [Deminuibacter soli] MKKLIPAVLLLTAYFTANTQTQTLQETPDAYLVHHFNIGERFGTVFSRTITITGDGFTTNVARISGTGDYTVTGNNAQQTDFAVVFLIDGRPEDKCSIVLKDSGKTLVYNGKPFTNTDASGLSYNPLLWGMPQAKLTKGMVWEIDIKQPWELGGPGRQRVEVLETDAAGRQVTLKREGDGDGAFFGDRREADIVKDGKTIRMQITSGKSHWTGYTIFKNGIVISDELMVTRPLTLQTDSLRLPATQRQYILLNQRPQ >WP_219459964.1 DUF2637 domain-containing protein [Nonomuraea rhizosphaerae] MIAAIYGPRPLSEGEQTAISVTAAAVASLGLLGFVISFATVAKAAEPSFGWFSWIVPLGIDLGIAVFSALDVVLSRLGMRLRLLRVVPWSLTAATVYLNVAGEDTLFAIIAHAMLPGLWVVAVEVGAYAIRKRADLAKPDHMESIRLSRWLLAFPSTFALWRRMVLWEIRSYPNALGRERDRILARTDLQDQYGWLWRFRATRRERALYRLGELAPESVQLAPVPERPALPPSPVRKPTVRTRRKSPRSRRANVDELMPLGWRIVADHEIQGEQLTRDRLRDAIRQTGRSISTDRAGTLLARLRSEAPPDRSATATPTATTDADGPHGPTAEPEADETRSDRTSSTTQGAAPTPPRTVAAPHHPATAKAHEVHTS >XP_044707369.1 hypothetical protein FPOAC1_004104 [Fusarium poae] >KAG8670870.1 hypothetical protein FPOAC1_004104 [Fusarium poae] MALDAKAMSVDPTGIGRSLLIVTIIFLIITTIIIASRCWVRLRYRTFGVDDGLMLVGWMLYVGVSCIVARSTYAGLGTKDTELNAYLQSDGRKFLWFFQVTYCISLLFLKSSICVTLLRIAVVRTHRIIIWGTLAFALLSITTVIIGLFVICRPIATAWGHADGTCAPLIVTASLGYLVSTGAVVTDFICAILPIFMLYKANMKMATKVSLAIILSLAALASLCTIIRLPYVKYYIILPDYLYNVAHIVIWSILESGIGIVAGSLPSLRQLVNRRFQFDSNSDSSPAQSAPYSGPYRATITSKSVGQSRSHRGASTSGIGEGEGHWEELDDTSSRKNIYVKTDVEMQTFDRPITSGGPHRSSEGLVR >HBT3283900.1 DNA recombination protein RmuC [Klebsiella aerogenes] >HBT3288923.1 DNA recombination protein RmuC [Klebsiella aerogenes] MDISIVISAVVALAVGLIVGWLATKARADQIRADLIEERRELDIELSAARQQLVQESHWRDECELLNNELRSLRDINTSLEADLREVTTRLESTQLHAEDKIRQMVNSEQRLSEQFENLANRIFEHSNRRVDEQNRQSLHGLLTPLREQLDGFRRQVQDSFGQEARERHTLAHEIRNLQQLNAQMAQEALNLTKALKGDNKTQGNWGEVVLTRVLEASGLREGYEYQTQVSIETDNRSRMQPDVIVRLPQGKDVVIDAKMTLVAYERYFNADDDYTREAALQEHIASVRNHIRLLGRKDYQQLPGLRSLDYVLMFIPVEPAFLLAIDRQPELISEALKNNIMLVSPTTLLVALRTIANLWRYEHQSRNAQKIAERAGRLYDKMRLFVDDMSAIGQSLDKAQDNYRQAMKKLASGRGNLLVQAESFRGLGVEVKRGINPDLVEQAMAQDDEYRLEEDENSPQEDVVSADSEPAASANEHVRPS >TCC36519.1 hypothetical protein E0H92_22715 [Kribbella speibonae] MCAVPIGPEHSHLADIQDHRLLCACRACYLLFTDGGASRGHYRVVPENYRFNADFTLSPAQWDAMGIPVNLAFLFYQSDQGRYVAFYPSPGGATESLLDLAGWNEVIAGDPQLQELLPDVEAVLLRRLDDTFECHLVPIDACYELVGIVRQYWEGFAGGEDVWRRIDAFFAGVQERSRG >WP_152465448.1 ABC transporter permease [Sulfitobacter sp. THAF37] >QFT58942.1 beta-methylgalactoside transporter inner membrane component [Sulfitobacter sp. THAF37] MRLEPIANPALTRRLGLPALALAGTVVIASLLAMIAGAQPFSVLGLILKGAFGSKFATLETLNRATPLIFTGLAVATAFRAKLWNIGAEAQLYMGAVITVVLGTGALAWPSGVLLPLIGVAAMLAGALVLLVPTFLKTRFGVDEVVTTLLLNFVVLLWVSMLLEGPLKDPMGLGWPKSARLIDEARLPRIIDGLRLHWGFGLALISAGFVWVIQRRTTLGYEMRAVGLNAEAARFAGIPVNATLIKTALMSGGLAALAGFSEVSGLKGSLTLDISPGFGYTGIIVAMLALLNPLGVVVAALFVAGIFVGADSMSRAAGVPTYLADIMLAVALLLMVLAIMLTRFRVRRG >MBD9190508.1 nucleotidyltransferase [Catenibacterium mitsuokai] MNFWGLTPEFVNTLKEGFVEFFENIKDPLKDEYLLPIYIGELLRENKLSVKVLEVQDSWFGVTYKEDAPVVKESFKKLIDEGVYSTNLFDNIK >WP_074980016.1 MULTISPECIES: hypothetical protein [Pseudomonas] >MCL6691953.1 hypothetical protein [Pseudomonas sp. R3.Fl] >MCP1606959.1 hypothetical protein [Pseudomonas citronellolis] >MCP1644052.1 hypothetical protein [Pseudomonas citronellolis] >MCP1653521.1 hypothetical protein [Pseudomonas citronellolis] >MCP1667128.1 hypothetical protein [Pseudomonas citronellolis] MFRSLSSLVLAVPVLVGCAAQPAATEPQRAYSDAEVKAFALKILSASNMDSDLYARYRRALTEPHHERNDDTGS >WP_171780287.1 hypothetical protein [Clostridium beijerinckii] >MBC2457301.1 hypothetical protein [Clostridium beijerinckii] >MBC2474357.1 hypothetical protein [Clostridium beijerinckii] >NOV59008.1 hypothetical protein [Clostridium beijerinckii] >NOV71604.1 hypothetical protein [Clostridium beijerinckii] >NOW32363.1 hypothetical protein [Clostridium beijerinckii] MKYYIDKTMKFLEKTRKIYINNSKFEVEIEFCNMFVLLAIIIILLIINAGLLGYVIGGIVYR >HBS5718813.1 pentapeptide repeat-containing protein [Klebsiella aerogenes] MTILSPEELVQRIKNGEPLNEISLDGINLQGCDLSGGLFQEVSLRGANLQNANLHEALFTECQLQNLQLQGAQLKQTTFNQCEMAHLQAAETTLDSCVFNQCDLQESDFSATTLQSSQFMRCQMSRSRFRGSTLERSVFYEADLTRASFAQSRGLLTTFYHIDLRDTALDGMQCDRLVFFQCDQRGKDYSRQGFTGCQFTDCPLDGAKFNGAQLTQCNFKGASLREAELNQVNASQALFMEADLHGAQCRGSLFDQAIFVGAILEQADFSQSRLFQSVLQRVQAAGARFALCDLTWSDFSAADLRQADLRGATFSRTRLHRARQDEALFTGRQGILEYDEELLAAEAWSAQRHSRC >XP_035731890.1 division abnormally delayed protein-like isoform X1 [Vespa mandarinia] MYMCVCMRAYVRVCVHVYIYIYIYIYIYIYIYIYIYIFLSLSFSGKSKRAARASRCHFGKMKIITVRRQDVGRASSPASLILFLLFGILFGGCVDAVLSRLPRSLDHSKNETDCKQVAAFFENENNVVARLITTKQESGTTSPISKTICDAPCCGHEVEDHLRHKAGRDFHNLIHHHSRSLQGLLATTADALRETVTTLAKQSENKTLTLFDQVYRSMAAQSKPSIRALYQAMIDYVSPSNTPDSLQQPLTRELLQERFLEFFSRLFPVAYHHAVNPGKDDFTDKFKSCLYETIDEVQPFGDVPKQISKVVGKSLEATRVLIQALTLGKTVLDRTDSALFSGTSPQQESCYNALLRMTYCPRCNGIGATIRPCSGFCTNVMRGCLTESASELDLAWSGYVETVERLVVAVDGRNDPLGLNAERAVRQLDTRISDAIMHAMGNSRALEEKVRKLCGRSDVESPSSEISGITEDTIERSSEASLEMHAAALPPSSSSTTHRTLPTKLHTQLGNFLASVARSRTFYGTLADTICEEHPDKHCWNGERVGEYSKTVVDSSLSAQRYNPEFTVTTASSTASYGNTNTSVLIDQLRHINQIVQSQLALAPDGGTPLAEEAHDGSGSGDRPGWRNKDDIMDTDDEDSTDDDREDEEISGSGMGPSTPDPSVKTNREFRPTLASSNMLMPSLSLILVFGTLVA >PTQ42746.1 hypothetical protein MARPO_0028s0062 [Marchantia polymorpha] >BBN00651.1 hypothetical protein Mp_2g00890 [Marchantia polymorpha subsp. ruderalis] MAELNTTLWDLLQTIQWSYAALWTLTPDRRMLKWQEGWFNLKAAGDSNGSDSDNKNAELFYFLYNQLTFAPGVGFAGHALQHMGDRILWLAGDMALGSIPNPVEKQSFFIKAAGIQTTICIPLEDKVLELGTINLVPENDEIAHCIKKIMYSLLDRYLKKPEPCHFPDIQFGLEMNNLTPTSSGAGPSMVIPLPNDFSSLSSKPMNLMAMNLPTVYDDLDASYIVPPVAMSAPELMQSRLSWTPEQLSMPLGHNDLDIWSTASTLAALQSHGISTSSASSTLMVDHIEQALPGFTLPMPFIESDVTLLAPSPSPPIVEATTSLRDRSSSRSSLRSGAHLEDNEISSVAKVYADCQISEPKLVAEAGRESDSRVSSGRLRRSPSPKEMSPDSLSSLPKPRAPSHGLQQPLMFHPGSTSEPSHQRPRLERQNSSTLKPADSTPVLVQLGNVLQLGNASGQVAEAPPQETDEAAVSHMLAERRRRIKQNENFSQLKALIPSATKMDKATVLAETIVYINSLKARLEALEQCNQSLKFLIGDRATDIAGPSNAPAIRLPTPPVPSSREPERVEVTPDGEGNLRIEIRSPCAQPENAIHILTSLKQMQLRVLSSQMSIDDNRITATFVVKVRQTGYGMDIALICLMIHNAKIPIQWNDSLSFTIFTRLVCVCVCVFGSTCFWYPLRIIDLDSSSLCHPYAAGRHP >KWO58748.1 hypothetical protein WM28_32255 [Burkholderia ubonensis] MLKNWALSVCLAQVAHGARDRDDANAAASAYLEFGHQPIEAYDTLRTLAQRYVNRKYSGSIPASFNTMKCIDLFHSQELDTLADRLTKAR >WP_213357559.1 50S ribosomal protein L10 [Chlamydiifrater phoenicopteri] MKEEKNLLLLEVEEKIADSRGFILMSYSGMDAARTRDFRNSLAGISAEFEVVKKRIFFKALSAAGLDIPFESSKGHLGVVFAYEDMLSAAKEVLNFTKKNENALVFLGGRIDNACLSGKEVESVAKLPSLQELRGQFVGLLAAPLSGVVGVMNSVLSSVVSCVEQKAGKSS >WP_065138043.1 nitroreductase family deazaflavin-dependent oxidoreductase [Mycobacterium asiaticum] >OBI91309.1 nitroreductase [Mycobacterium asiaticum] >OBJ47986.1 nitroreductase [Mycobacterium asiaticum] >OBJ90772.1 nitroreductase [Mycobacterium asiaticum] MPLEGEYAPSPFDWSREQAEKYVESGGSEAAELKGKPIIVLTTIGAKTGKLRRTPLMRVEHEGQYAVVASLGGAPKHPVWYHNVVKNPRVELQDGSVTREYDAREVFGDEKAVWWERAVAAWPDYADYQTKTDRQIPVFVLTPVS >XP_047095132.1 actin-7 [Lolium rigidum] MADEDVQPIVCDNGTGMVKAGFAGDDAPRAVFPSIVGRPRHTGVMVGMGQKDAYVGDEAQAKRGILTLKYPIEHGIVNNWDDMEKIWHHTFYNELRVAPEDHPVLLTEAPLNPKANREKMTQIMFETFSCPAMYVAIQAVLSLYASGRTTGIVLDSGDGVSHTVPIYEGYTLPHAILRLDLAGRDLTDNLMKILTERGYSLTTTAEREIVRDIKEKLAYVALDYEQELETARSSSSVEKSYEMPDGQVITIGSERFRCPEVLFQPSLVGMEVPGIHEATYNSIMKCDVDIRKDLYGNVVLSGGSTMFPGIADRMSKEITALAPTSMKVKVIAPPERKYSVWIGGSILASLSTFQQMWISKAEYDESGPGIVHMKCF >WP_108098468.1 transketolase C-terminal domain-containing protein [Pseudomonas sp. GV071] >PTQ67899.1 transketolase [Pseudomonas sp. GV071] MSELQAPIKPRAMRDTLLTSILEAMESDDVFFVTADFGSPVLDHIRERYPQRFVNVGIAEQNLINVSAGLALEGFKVFAYAIAPFITMRCFEQIRVNLALLSTVRPLNVTLIGVGAGYSYVVSGPTHQCYEDITLMRSMPNMQLFSPADQVTSSLLASACLSRPGIKYLRLDAQVLPVLYSQQRPDFSRGFHVHGEGQALCLVATGYMTHTALKVADQLAEQGVKVNVIDLFDLSRFDEEALVTCLQRARGIVSLEEGFQGAGGVDSLLFNLLSRRLPGKPFLNIGVAPHYRFELGDRQTLHEQVGIGSQAVLQKVRDFDQSL >WP_108596398.1 ion channel protein [Agromyces badenianii] >AWB96602.1 ion channel protein [Agromyces badenianii] MSLAIPPRDPEVTPKRLVVLAVPALAIGVISALVLWALDRVAAVLQSALWDALPDALGVDPSGWWIVAVLTLTGLAVGLVLRFVPGHGGPDSATTELVEQPQPLRNLPGLLIVTVLALAGGVSLGPENPIIAVNTALMVAAIARLMPAVPKQLTVLLAASATIGALFGTPVAAALVFTGIVAALKSGGALWDRLFLPLVAAGAGAFTMRLLGAPIFSSDLPAYGAPQAVDLLTGALVASGAAVIGLAMLAAFPIIYRAMHALRHPVLIATAGGLLLGLLGLLGGPITMFKGLEQIGDLLEHPDDYDGAQLAAIAGIKILALLIAASSLFRGGRVFPATFIGVALGMLGHALIPSLPLGLAVGCAVVGVLLVVTRDGWIAIFVAVAVAGDITILPMLCVIVLPVWLLVTGAPEFRIAPPKGPAPASTPAGAD >WP_169940736.1 amino acid permease [Pseudomonas multiresinivorans] >QJP10797.1 amino acid permease [Pseudomonas multiresinivorans] MTRETQHAGQLQRGLKNRHIQLIALGGAIGTGLFLGSAGVLKSAGPSMILGYAIAGFIAFLIMRQLGEMIVEEPVAGSFSHFAHKYWGGFAGFLSGWNCWVLYILVGMSELTAVGKYIHYWWPDVPTWATAAVFFVVVNAINLFNVKAFGEAEFWFAIIKVAAIVGMIALGCYLLASGTGGEQATVSNLWAHGGFFPNGISGLVMAMAIIMFSFGGLEMLGFTAAEADRPKQVIPKAINQVIYRILIFYIGALTVLLSLTPWDSLLQTLNASGDSYSGSPFVQIFSMIGSGTAAHVLNFVVLTAALSVYNSGTYCNGRMLVGLAEQGDAPRALAKVDSRGVPVRSLMVSAAVTFLAVLVNYLVPARALELLMSLVVAALVINWAMISLAHLKFRAHMDAEGKRTAFRAVAYPAANWLCLGFVVFILGVMLLTPGIQVSVYAIPVWLLVMYGCYRLKRQPAARSSASAALAD >WP_130229163.1 nitrilase family protein [Bradyrhizobium sp. Leo121] >RZN20106.1 hydratase [Bradyrhizobium sp. Leo121] MSDTSGAQSEITIACIQMEPIVGAKQANVAKSLEWIGQAALNGARLIVLPELANSGYVFRDRDEAFALAEEVPTGETTAAWIDAARRHDIYIVAGIAERAGAALYNSAVVLGPSGYIGTFRKVHLWAAENLFFEPGDLSFPVFKTPIGRIAAAICYDGWFPETFRLQALQGADIVCVPTNWVPIPGQEPGRPAMANILHQAAAHTNSMFIACADRVGTERGQLFEGQSVIVSCTGWFVAGPASRDREEIIFGRVDLADARRKRNWNEFNQVLRDRRTDVYDEMLGSEIKRGWY >WP_203962627.1 hypothetical protein [Actinocatenispora thailandica] >BCJ36223.1 hypothetical protein Athai_37260 [Actinocatenispora thailandica] MAQLTVLWFDRHEEARAVWRRRPRQVDAALVWVDGDRRARIERDERDGIDWAMVVGALFVLPVSSPLHPIPIRRPPQLGLTDAVVRRTAGSLVPGSAAIVGLAGGANRLVWLAGRHHGRRLSVPLSTVERDRLAHPLPA >ATI48360.1 hypothetical protein CO725_23215 [Vibrio parahaemolyticus] >EGR2288586.1 hypothetical protein [Vibrio parahaemolyticus] >EGR2845636.1 hypothetical protein [Vibrio parahaemolyticus] >EGR3042916.1 hypothetical protein [Vibrio parahaemolyticus] >TBT82840.1 hypothetical protein D5E71_24380 [Vibrio parahaemolyticus] MQLIEIPDELRSKCGSNLHWDLYKVDVRLRSGVVLYNLSVRDRVVFEPTVDESPDKYNFQSSDIVSIRPATIPSRIQTLFFGW >WP_239881445.1 glutamine-hydrolyzing carbamoyl-phosphate synthase small subunit [Shewanella insulae] >MCG9711987.1 glutamine-hydrolyzing carbamoyl-phosphate synthase small subunit [Shewanella insulae] >MCG9739862.1 glutamine-hydrolyzing carbamoyl-phosphate synthase small subunit [Shewanella insulae] MAWLFSEVALTKSALLVLEDGTVFSGTAIGADGLAVGEVVFNTSMTGYQEILTDPSYSRQIVTLTYPHIGNTGTNSEDTESDAVHACGLIIRDLPLLASNFRNQQSLSDYLKSNNVVGIADIDTRKLTRILREKGAQAGAILVGDMDEAKALEAAKAFPGLKGMDLAKEVTTQEQYQWRSGSWRLVGGLPSDTPESELKYKVVAYDYGVKRNILRMLVDRGCDVTVVPAQTPAAEVLAMNPDGIFLSNGPGDPEPCDYAIEAIQTFLKTDIPLFGICLGHQLLALASGAKTLKMKFGHHGANHPVSNLEQGNVMITSQNHGFAADEASLPANVKVTHKSLFDGSLQGIHLTDKPAFSFQGHPEASPGPHDAAPLFDHFIELIEEYRHNAK >MBP7096418.1 aminopeptidase [Spirochaetia bacterium] MTERELNAYAAVLVDTCLDFKSGGRLRIACEAVNRELALACARRAYELGARAVRIDWADARLARAQADLLREEWLDDKPTIIERLFDAYVEEGWSALNILGEEDPAMMEGADPARLQRMGRARSLAVKNYHDAVISNRIAWCVAPSPTAAWGKAVFEGSKRPVPADPEAALWKELVPILRLDAPDPARAVREHMESLQERARRLNALSLRAVRFKGPGTDLTVRLAPESNWIGGGSVTPDGRNFYPNLPTEEVFASPDWRGTEGRAACTRPFDLYGQKVRGAWIEFKAGQLVNFGADENADALARWVETDPGARRLGEVALVDGSGPIFRSGLVFGNALIDENAACHVALGSAYEEAWRGIESVPEGERSPLGFNESMVHEDLMIGSDAVEVTGVDAAGREIPLIAKGRFAV >GFD44438.1 hypothetical protein [Tanacetum cinerariifolium] RLDIEIYVRGQHGYWASLRFEPDLISQIKEAQKEDSESWTIVENLDKQPLDIPVWKWDEISMDFVTGLPRTHRRHDAIWVVVDRLTKSA >KAG3014872.1 hypothetical protein PC119_g11980, partial [Phytophthora cactorum] MAGAEREVATLLKQVQGARNNAEQMDLFRHVQEIVTHRDPSGPERRVLRSVLPLLGQLAQQQNAVLVASILQLVGQEAAAASGTAITASSEAVVAASALLAGLYEVCHTVLLLSYSSEKNVVLALQLALSSLHSSFQIVLRAENIESRVDMEPKSCWDATIRCIEATADVVANPPETGDNNRSAMVWLRAWKLLESGVMLFSTAQDASVYRDPMRSNVQPNACSLDRLSGGKQTILVKTQLEELGGFLLQRLCGVVGAAEDNKVTLARRELSVAINSLSLLAAVRPQHMPHILPRLIAISNAVATPGMEDAVMQKTLTANLVKLLSHPAAQPFADEVTDILIAVGASQRAFAAISKSKEQRRRYTNAPTEASLRRARIGKRTAAQSITERVENANAHAKRRRVNLSESSAAPVSREKVTHDGIVNMQAVEVANVVLESFASDMPTPGPPKLQLELVPSALKTRMSALLAKLATPSSALAIEKSAKRMRDPRLRRDPRLQTQNKEQPELVPIFDETAVEDVSDWISKNAATIAEPLVSVSEDNVVQVHLKSETAAWQHEMAIDALVRILENEYGVKIRGDEALREGVVCRLASSPWLLSTDENNKPVLKASNDSPKLPFVYQTILDFVLGDYSVRSTLATNLLCQEYIRATASQL >MBN9534694.1 aldo/keto reductase family protein [Alphaproteobacteria bacterium] >MBN9590754.1 aldo/keto reductase family protein [Alphaproteobacteria bacterium] MKYRKLGGSDLKVSEISLGSWLTYGVGVERTNAQRCVDRAFDLGINFIDTANVYGRGAAESFLGEVLAKRKRDSYVLATKVFFPMSASDKGLSRAQIAKQIDASLTRLKTDYVDLYQCHRYDPETPLEETMQALSDVVRQGKARAIGFSEWSPDQIRAAFAIDGVERFVSSQPQYSLLWRRPEKEVIPLCRERGVSQIVWSPLGQGVLTGKYLPGAPLPADSRAKSDSMGGYMQRLTEPKVLQAVQTLKPLAQEAGCTLTQFALAWVLREANVASAIVGASRPEQLDENAAASGLTIDPALFAKAEQIVAPAA >BAD88428.1 ribulose-1,5-bisphosphate carboxylase/oxygenase large subunit, partial [Rohdea fimbriata] KASVGFKAGVKDYRLTYYTPDYETKDTDILAAFRVTPQPGVPAEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYHIEAVVGEENQYICYVAYPLDLFEEGSVTNMFTSIVGNVFGFKALRALRLEDLRIPPAYSKTFQGPPHGIQVERDKLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRFVFCAEAINKAQAETGEIKGHYLNATAGTCEEMMKRAIFARELGVPIVMHDYLTGGFTANTSLAHYCRDNGLLLHIHRAMHAVIDRQKNHGMHFRVLAKALRMSGGDHIHAGTVVGKLEGEREMTLGFVDLLRDDFIEKDRSRGIFFTQDWVSMPGVIPVASGGIHVWHMPALTEIFGDDSVLQFGGGTIGHPWGNAPGXVANRVALEACVQARNEGRDLAREGNEIIREXAKWSPELAAACEVWK >RTZ57973.1 hypothetical protein DSZ33_06790 [Gammaproteobacteria bacterium] MTNLPPKKSRSTAVLTTFIGLEQEARKAQNHQELAFLIVNKTHQLLPYTQAFFWRYSDTGKVVVEAVSGVAKYERNAPHLQWVRSLVKAQAADREAAGVLRVIEDVALPVDADKAQEKLAAEQVLWAPMPGPDGKLRGGLLIFRPEPFKQHEMVLLERLMGAYGHAWAALERNTAKSSGLLKLSRSGKVKALIAAGIIGAMFIPVHISVLAPAEVVATDPVIVSAPSAGVVKSIHVKPNQAVKKGDLLFSLDDADVRSKYEVARKEAALAQADYHRATQKAFGDMDSRAQLKLLDARVKQKQLEVNYLGDLLNRIEVRADQDGVAVFNDVNDWIGKPVDVGQKVMVLADPQHAELEALMRVGDTISVKNGNPVKLFLNTDPTRPLPASVYRVSYDATEGPDGSLGFIVKSTFDKDVALPRIGLKGTAKIYGDKVTLFYYLMRRPLASLRQNLGL >MCP5208043.1 molybdopterin synthase catalytic subunit MoaE [Hahellaceae bacterium] >MCP5209839.1 molybdopterin synthase catalytic subunit MoaE [Hahellaceae bacterium] MMISIQEADFDVGAQTKAFHSDAPKIGAICCFTGLVRDFGDRTDLLGLYLEHYPGMTEKALEKIIEEAKTKWPIYQVQIIHRVGNLDLGDQIVFVGVSSAHREAAFQACEFLMDYLKVDAPFWKKERTKSGDHWVEQKASDQKRASRW >WP_127741063.1 alpha/beta hydrolase [Sphingomonas crocodyli] >RVT92946.1 alpha/beta hydrolase [Sphingomonas crocodyli] MAFLQVGASRIRYDAYGDGPALILAHGVGGNRVSWFRQVPHFSQRYRVVVFDHRAFGGSEDVEGEGRSRYVGDLLALLDELEIETAILVGQSMGGGTCAAFTCQYPHRVRALVVADSLAGIQVPEPLASALRATSEANRQLSQVERVLGPSIRLKDPESTHLYLQLATFNSVNVHTVRGVMPRWSPAVLAEAGVPTLFVAGQSDILFTSAQIAAVQALVPNSHFIEIEDAGHSAYFEQPARFNAALDAFLDGLLR >WP_025722435.1 cytochrome c biogenesis protein CcdC [Paenibacillus polymyxa] MFHISTPLLQYGATFGMILIAISAIFIRMKTGHRPINAKKIIIPPLGMSTGFMMFVVPEVRVPYLWALGAFLVGWFIFSYPLIRSTKFELQEGLVFVQRSRTFFFILISLLIVRLLLHEFIQHYITIPQTAGLFFILAFGTLLHWRLRMYFQYRQFVPNETEVRI >BDO44729.1 LeoA protein [Helicobacter pylori] >GHS31695.1 hypothetical protein VN1291_04870 [Helicobacter pylori] MNETLKQFKENQKRNQENLKKLLDFIHTGEKYGIEIEESFKAKINSAIQSATDQKLRVALVGGFSEGKTSIAAAWIERLDKSMKIDHQESSDAVKIYNIDDEMELVDTPGLFGFKEKEHDSGKIERYKDITKKYVSEAHLILYALNPSNPIKESHKDDLNWLFRTLNLLSRTIFVISRFDEEADIEDEEDYNKRFKIKKENIQNRLNDLISLSEEEKESLIIVAVAANPFDLGVEHWLKHQEEFQKLSHIKALQDATQKKIKENGGKLTIIEETKKSVIQDVVYRQMPPAKQALQDINREMERLNKTLEKRRKDLQNLNSEISQARIHLRDFIIRYFSDLIRQVSGTSLETFNDFVIREIGDKGINIETKVQNEFERQTQGIVNEISKIETGFNADMSFFEKHAGTLGKIGIDLLKQSGFINATNIKLARDTIAAVGKFVGIDLALKFKPWGAVNLAGSINKGLPLIGLAFEVWDSWKESQKIEKLEKAKEEMKSNFDGQKQEILDLINDETKFKQACFPSVLELEKCIQACEESVKKTQECTQGLEKWIQTGEDFIKGEDFIDVEPE >EHY7905316.1 hypothetical protein [Escherichia coli] GSQWQSLPVLPADGTQVSFPYAGEWLTEDEIRAVLAAVHDAVRSICYQVAEDARRIRAALTTTGQTLLTRQTRRFRLVVKESDHPCWLDEDDENLPVVLDAIVNRGARFSSVEMYLVSECIEHILSSGLACDVLRIPDEPPRRWFDRGVLREVVREARTEIRSMADALAKIRK >PWU96467.1 putative retrotransposon hot spot protein (RHS) [Trypanosoma cruzi] MKEKDTITPLARGKPNGVLTQVLTEARREAEGRLRGTQEMKFAISSNIEDVLFKGRVRVNEMKLSDFLTRELDGRGIVDTNRDVLPEEFFKDPTKYIRDKGALDEIQASDRYLSMKRAVKGEVIFDEDIRRLCDKGVNNPPGRSLAAAEVKATVHNFTKHFLDAAAEEARDPTTTSAPEKLEGCYESVHNARWSHAVELPDGVERKKTRTGMWVHEGKPEQSWSYKKADDATEKNDAVQQFGATPPVLMVLASEKGWPYSWNTIQDLPKDVFVNCEVDRVWQIVKGGLTAWLSPHGGTDFRPERRVLIGTPGIGKSVAAGSYLLYQLLHDDFEKIQVIVHCFGGGDAYVSDKTTRAVTRYGDEDMCISELRSLRGHGRNVYIIYDVSKEGTPPPRHFAPTSGWGMIAVSFPKVTNYDEWAKQIQAARIIVNCPDEMDVEAMCAWITRDETKEKQAEYWKEVKKHMYLLGPIPRHVFDEEAFTERCGAVKFALQLINEVTVKEHFSRGGESPWYSEDPSHKLVKVVREIYAGAVILFNAPISDCLEERTLERFPSVTE >WP_256855996.1 GatB/YqeY domain-containing protein [Leptospirillum ferriphilum] MREDQKECMRSGNKERLSILRMALSSIRNAEIEKGKGATLSDPEVIAVLSGMVRKLDESVDQFEKGGRPDLAEKESRERQILKEYLPRPLDEAELDRLVDEAVQSTGAKSPRDMGSVMKWLGPRTSGRADNRLVSQKVKARLGEQNG >WP_070714099.1 MULTISPECIES: cysteine--tRNA ligase [Haemophilus] >OFQ18540.1 cysteine--tRNA ligase [Haemophilus sp. HMSC073C03] >RDE94011.1 cysteine--tRNA ligase [Haemophilus parainfluenzae] >RDF07641.1 cysteine--tRNA ligase [Haemophilus parainfluenzae] MLKIFNTLTREKEVFKPIHEGKVGMYVCGVTVYDLCHIGHGRTFVCFDVIARYLRALGYDLTYVRNITDVDDKIIKRALENKETCDQLVDRMVQEMYKDFDALNVLRPDFEPRATHHIPEIIEIVEKLIARGHAYVADNGDVMFDVESFKEYGKLSRQDLDQLQAGARIEINEIKKNPMDFVLWKMSKENEPSWPSPWGAGRPGWHIECSAMNCKQLGEHFDIHGGGSDLMFPHHENEIAQSCCAHGGQYVNYWIHSGMIMVDKEKMSKSLGNFFTIRDVLNHYNAEAVRYFLLTAHYRSQLNYSEENLNLAQGALERLYTALRGTDQSAVAFGGEIFVEAFREAMDDDFNTPNALSVLFEMAREINKLKTEDVEKANGLAARLRELAGILGLLQQDPEKFLQAGSDDDEVAKIEALIKQRNEARAAKDWAAADAARNELTAMGIVLEDGANGTTWRKQ >CAB4155648.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4167593.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4168393.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4180884.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] >CAB4195519.1 Restriction_endonuclease_like domain containing protein [uncultured Caudovirales phage] MARTPEKAVKDKVVAVLKQRGAYYFFPTTFGMGRSGVPDIICCSSGRFLAIECKAGKNTPTPLQIREMAAISEAGGIAIVVNEDNLDAVSYQLDRMNRRNDHE >MBT2971737.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori] >PUB88646.1 TatD family deoxyribonuclease [gamma proteobacterium symbiont of Ctena orbiculata] >MBT2990172.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori] >MBT2998356.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori] >MBT3000353.1 TatD family hydrolase [Candidatus Thiodiazotropha taylori] MLVDSHCHLDRVGLAPYDGDFARFMSDTLAKGIDHLLCVSIDLESWPAMVALVEDYPQVSISVGVHPNDRERREPEIDELLRLSRKERVVAIGETGLDYFHGEGELDWQRERFRRHIRAAKTAAMPLIIHTRDARTDTIRIMQEEGADEVGGVMHCFTENWSMAKQALDMGFYVSFSGIITFKNAAELRDVVKQVPMDRLLVETDSPYLAPVPHRGKPNQPIHVRHVADCVAELKGMSFEAIADQTTANFYNCFPLAQRSPSN >WP_146176256.1 methyl-accepting chemotaxis protein, partial [Rhodovulum kholense] >PTW49963.1 HAMP domain-containing protein, partial [Rhodovulum kholense] MPAFLYRIPFRIYLIVIVALALSIVLSVLLLSRAVDNAYQMREIELHGMTDAAISLLDDLQSKVEAGEMDRAAAEARGRQLLETLRFGESGYLFALDNDLIVKAHATLPEWVGTDKSDYADVKGLKLFQEMREVALRDGAGTVEYWFQKPGETDPEKKLGSVQEFEPWGWLVGTGAYVSDINAELASMRMASIITLIVGMLLLIAVSTVLVRSVTRPLAAFVGSMSDVADGRYNTEIPAAKRHDEIGDLGRNLSAFRDKLADSERLAAAREEDRREQERVVADLGVGLRALSEGDLTRTIDTTFAPAYEQLRQDFNATVDTLNALMGEIVENSTEITTRAEEISGASDDLSRRTENQAATLEETAAAMDEMTASVRAAADGAAQVENVVREARGNAEQS >MCH7694635.1 hypothetical protein [Pseudomonadota bacterium] TPIDGFADAWLAAGNDPGGGLTWPRADGPLRVDYVFVGAMLATRVQGVHVDGEAQGSDHQPLWVDIDL >MCH8819771.1 transposase family protein [Acidobacteriota bacterium] MSRKLSLSSRQELLSQTADRYGQVRGREKGQILDQLMATTGYSRKHAITVLNHPTVSPGPSVRRRRRYDERVEQALVSLWKVAHQICAKRLVPFLPEWVASMERHGHLSLPEEVRERLLTISPATADRLLARKRSQPQRGQSMTRPGSLLKKQIRIRTFTDWDDLQPGFVEADLVAHCGETTEGAFLHTLVLVDVATGWTECVALLRRSEADVIGALNSVRQRLPVALLGLDTDNGSEFINYEMLRYCQREHITFTRSRVNKKNDQAYVEEKNGSVVRRLIGYDRYEGVDAWRALMQLYEVLRLYLNLFQPSMKLLSKKRDGARVSKRYDQAQTPCQRVLASSQVRKRNKEELRRLFRESDPLALLKELERRQDQFWQYANRGPTQSADARALLVLAEPNSSTEPRVSVPLVGQDQPPTSQGPRRYRRTKKPRAPRTWRTRKDAFAEVWTEIRLRLEINPAQTAQALFLDLQRRHPGRFQEGQLRTLQRRVREWRRKRLYSAEIHRLEPPVGMARVEPANLHTG >WP_154756783.1 heme-binding protein [Amycolatopsis pithecellobii] >MTD54563.1 heme-binding protein [Amycolatopsis pithecellobii] MAPIRQVPTITNAAARQIVDAAVTAAAAAGQRSAIAVVDAAGQLSAFTRMDGAPPQAIQIAQDKAYTAAGFGMPTGQWHDFMTNDSPLAMGAPGGIARLIPFGGGLPIIIDGHAVGGIGVSGGHWTDDTKVAEAAINAIG >WP_142419176.1 globin domain-containing protein [Clostridium tertium] MLDQKTIDIIKSTVPVLKTHGVEITTTFYKNMFEKNPEIKPLFNMDRQESGEQPKALAMAILSSAQNIDNLPAIMPVVNRIAEIHCNAGVKEEHYPIIGSNLLFAIKQVLGDAATDEIMDAWEKTYGVLAGIFIDVEKKIYLSR >WP_094313715.1 MULTISPECIES: plasmid SOS inhibition protein A [Enterobacteriaceae] >HBT3067396.1 plasmid SOS inhibition protein A [Klebsiella aerogenes] >ATS16767.1 plasmid SOS inhibition protein A [Klebsiella pneumoniae] >AYU65583.1 Plasmid SOS inhibition protein A [Klebsiella pneumoniae] >MBC4991753.1 plasmid SOS inhibition protein A [Klebsiella pneumoniae] >MBK2380686.1 plasmid SOS inhibition protein A [Klebsiella pneumoniae] MIPSSSALVSLKPARQAALQAIMAVEEARQRGARLPSMPHVRTFLRLLTGCSRINSDVARRIPGLHRDPKDRLSSLKQVEEALDMLISSHGEYCPLPLTMDVQAELFPEVLHTRTVRRLKRQDFAFTRKMRREARQVEQSWLLRQNLLGQAVTELNFQSPETVCTWYTRWSDEFDAAELAAPFWRWQSRFTSLKELDWLRISGEPLYAVMYEIPLIVRETPEHIRVAERWQVPNKLADRSSV >MBP3287665.1 hypothetical protein [Muribaculaceae bacterium] MKSKIRYSRYVTGLTAAVFAVLFICCIVSVNEKPVFFTVLSIYALLIICGLLFGVAYIRADRDYVILGSLLKKKKILVRNIESAELFQPTMGSLRILGSGGFMGYWGIFKEGDIGRYYAFYGKASDCFLIRLKNGDKYVLGCENPDEMVRYIRSQIK >MBO7941816.1 aldehyde dehydrogenase family protein [Streptomyces sp. S9] AFGAAGQRCMAASTAVLVGAANDWIPELVAKAKTLKVNAGSEPGTDVGPVISCAARERVEGLIASGVEQGATLELDGRAPAVPGFERGNFVGPTIFSGVAPGMRIYDEEIFGPVLVILRAQTLDEAIELVN >WP_041488527.1 tyrosine-type recombinase/integrase, partial [Bacillus pseudomycoides] NIEKELTPHTLRHSFATHLLENGADLRAVQEMLGHADISTTQIYTHVSKARLKDVYKQFHPRA >OUW40900.1 MAG: DNA polymerase III subunit epsilon [Synechococcus sp. TMED185] MAGTMGCSRAXAMSEXLESPWQQTSLLPLVAPPKVSADQLLILDTETTGLDPEVDQVLEVGAILFSVPQRAVLAQLSFXLPVEANAAEPLNGIXAGATXAPQPWQPSLQLLQQFASCAQLAVAHNAAFDRQWFGHGALPDLPLPWLCTMEDIHWPADRLLRPRPSVRDLALAYGVPVWAAHRALTDCIYLAQVFERCDQLEQLIAEGREPRHLYRAQVSYDERHLAREAGFRWNDPVHGAWSRRLSERQLEALKLPFNVVPVAS >WP_251758029.1 NADH-quinone oxidoreductase subunit L [Parasegetibacter sp. NRK P23] >MCM5527381.1 NADH-quinone oxidoreductase subunit L [Parasegetibacter sp. NRK P23] MNLVYLVPLFPLVGFLLNGLLRNQLSKSAVGIIGSGSILASFIVSLVLFFEVKSGHNTVATLFQFINIEQFKIPFSFQVDQLSSIFLLVITGVGFLIHLYSTAYMHEEKSEHFARYFAYLNLFVFSMLLLVMGGNFVIMFIGWEGVGLCSYLLIGFWFKNNDYNNAAKKAFIMNRIGDLGFLLAVFWLLLKLGTVSYGEVFANVNKLSATDITIITLLLFVGATGKSAQIPLYTWLPDAMAGPTPVSALIHAATMVTAGIYMIARSNVLYTMAPVTQHVIAIIGLATAIFAATIALKQNDIKKVLAYSTVSQLGYMFLGLGVGAYTGAVFHVMTHAFFKALLFLGAGSVIHAMHHEQDIRNMGGLKKKLPITHITFLLACLAIAGIPPFSGFFSKDEILMGAFAHNPVLYYIGMAGALMTAFYMFRLYAMTFLGKFRGTHEQEHHLHESPAAMTIPLVILAVLSVTAGFIGIPEVFAHGAHRLEHFLEPIFAASNNIVGEHAHIDHTTEIVMMGISTAVIALIIFFAISKFSKYQKTEKEETGLGKLLENKWYVDELYNTIIVKPLMALAKFLNNIFERYIVDGIVNGVGKAVQYGGRQLRLVQSGQVGGYILLMVLSILVFFAIQLFLKK >MBP7140479.1 nucleotidyl transferase AbiEii/AbiGii toxin family protein [Opitutaceae bacterium] MKIEPNTVIRGALFPTEDWTLVPKAVALFGRSVTMRVVSLPDLYGGKLCAALDRQHPRDLFDVHRLFETEGLTDDIRRGFVVSLASHDRPMGELLALRLKDLRQVYAAQFSGMTTEPVTLTVLEAARAQLIERINAELTRAEREFMLSLKQGDPQWNLLGLPCAERLPGPHWKLYNLRKMDPKKHEEAVARLREKLGLQSQQS >WP_161180930.1 urease accessory UreF family protein [Streptomyces sp. SID4985] >MYQ46630.1 urease accessory protein UreF [Streptomyces sp. SID4985] MSRAALLVLADGRFPAGGHAHSGGAEAAVKAGRITSAASLEEFCRGRLHTSGLVAAALAAAAVLGLPARELDASADARTPSPALRTAARRLGRQLTRAARATWPSPELDALAAEFPKGAHQPVVLGLTARAAGLTPEDAAYCAAYESVSGPATATVRLLSLDPFDATGALARLAPELDRVVDRAVESARRAVTEGTDALPAASAPLLETGAEWHAAWPVRLFAS >HAS08893.1 tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex transferase subunit TsaD [Actinomycetia bacterium] DMRDHRYDFSFSGLKTSVARWVEAKQREGETVPVADVAASFQEAVVDVLVTKALLACQEQGIEHLLVAGGVAANSRLRALVTERASAQGVRVRIPRPGLCTDNGAMVAALGAALVDSGIAPTAPDFGADSALPVTVVVR >WP_232025538.1 iron-containing redox enzyme family protein [Streptomyces lincolnensis] >MCD7438099.1 iron-containing redox enzyme family protein [Streptomyces lincolnensis] MPHESREPRLPGSRGPVSAAVAEHLRGAGPLPRAEEIAAAAVYGDDLQLALYLCYELHYRGFAGVSPDREWDPEVLRVRAALEHRFLSALRADTTVHDSVDDALAELLVEPVEGSGVTHYLREEGELWQLREYAAQRSLYHLKEADPHAWVLPRLWGRAKAGMAAVEFDEYGGGRPDRVHAKLFADLMTDLGLDTTYGRYLDAASAELLATVNLMSLFGLHRSLRGALVGHFAAVEITSSPGSRRLAEAMRRTDAGPAAAFFYDEHVEADAVHEQVVRHDVIGGLLAQEPQLAPDVAFGIDATGHVEDRFAAQVLGAWRAGRSSLRTPLGAAPDTTPETPAHTGISDIS >QLB53288.1 CHAP domain-containing protein [Streptococcus sanguinis] MVNAAASQTANQPTVALATAEQSVQAVKQEEQVTNAVGTAVESGGAAQSAPVETQVASAKPEGQTQSDATPSNQNETAADQSAKASSSVADSATASEPKASPAVASAPKASNAGKTVFYNAGSKSQAARGNSQAEIKGTSFVDVSSHNGHISVDDYRKLAQQGVGGVVVKLTEGTHYTNPFAESQVRNAQGAGLQVSTYAFSHYTNDEEARAEARYYAAFANRLGLPKNTVMVNDMEDSKMQNGINQHTQAWADEMRRLGYSNLMYYTSASWLDQNNLRSKGPVNTSQFGYSNFWVAQYPSSNLNLDGAKSLKYNSGAGAWQFTAQAQLLAGKHVFDHSVDYTGRFTQQSALAKQPLKGNISIQNKNNVNGSFDIVISNVSAPYGVSVVSVPVWSEANGQDDIIWYTATQQANGTYKVSVDSSRHKDSVGKYNVHLYYVRNDGQLVGVGGTTTNVSVIKPQGKISIQNRNSETGDFDIVVSGISSPGGLKTVSLPTWSEANGQDDIKWYEAERQADGTYRKRVRISDHNHVQGEYNVHLYYVQNDGRLVGVSGTKTTVSLGKPKGTISIQNRNKETGDFDIVVSGISSPGGLKTVSLPTWSEANGQDDIKWYTAERQADGTYRKRVRLSDHKMVEGEYNIHLYYVQNDGQLVGVTGTKTTISLDKPKPQGKISIQNRNSETGDFDIVVSGIVSPGGLKSVSLPTWSEANGQDDIKWYDAERQADGTYRKRVRLSDHNNVQGEYNIHLYYVQNDGKLVGAGGIKTKVSISQPQGKISIQNRNSETGDFDIVVSGIVSPGGLKSVSLPTWSEANGQDDIKWYDAERQADGTYRKRVRLSDHNNVQGEYNIHLYYVQNDGKLVGAGGIKTKVSISQPQGKISIQNRNSETGDFDIVVSGIVSPGGLKSVSLPTWSEANGQDDIKWYDAERQADGTYRKHVYARDHNNVQGEYNIHLYYVQNDGKLVGAGGIKTNVSISKPQGKISFQNKNNDTGEFDIVVSGIVAPEGLKTVYLPTWSEANGQDDVQWYTADRQADGTYRKHVYARDHKNNAGEYNVHLYYLNNQNQLQGAGGEKTSISVNRPQAATNQRDRVLAAAAAMVGVKGGSAEHQRLVNDYNSVRPLPVGYAVKNTDDWCDIFTTVIFQREGLSDLIGRECGVERHINIFKRLGIWNEDGNSTPSAGDIITFNWDKDTQQNDGWADHIGIVEKVENGIIHTIEGNSNNEVKRNTYRIGHGNIRGFASPRYK >WP_109665156.1 PASTA domain-containing protein [Muricauda koreensis] >PWL37444.1 penicillin-binding protein [Muricauda koreensis] MKHFLSFLKSKIFLIQIGLALVAVVLFCFLVLQWLKGSTNHGEFVEVPDFSKMSVMEMRDAVENAGLRYQVLDSSNYNPDYPRFSILDQEPPAGNKVKSNRKIYFTVNPSGYKKVTVPDIIQVTQRNAASMLRAVGLDVQRVTYIDELGKDMVYRMKYKGKYLKPGDKLPKTSKIELICGNGTITGSARVQADSQ >NWI67355.1 VIP protein [Todus mexicanus] RLGNRMPFDGASEPDHAHGSLKSEADILQNTLPENEKFYFDLSRIIDRNARHADGIFTSVYSHLLAKLAVKRYLHSLVRKRVSSQDSPVKRHSDAVFTDNYSRFRKQMAVKKYLNSVLTGKRSQEELNPAKLRDEPELLEPSFSENYDSVDELLSRLPLVR >WP_157957173.1 fimbrial protein [Salmonella enterica] >EBH8416615.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Nijmegen] >EBW8396729.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Florida] >ECC9937971.1 fimbrial protein [Salmonella enterica subsp. enterica] >ECG2734238.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Nottingham] >ECX3451528.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Rubislaw] >EDR3486420.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Midway] >EDV0100661.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Mbandaka] >HBI5523776.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Welikade] >HBK8692889.1 fimbrial protein [Salmonella enterica subsp. enterica serovar Virchow] >HCM6290404.1 fimbrial protein [Salmonella enterica subsp. enterica serovar 16:l,v:-] MRNKIILAMAAAGMMYGASVFAADTTPTAGPFGSGKITFTGTITNSPCDIAPGDDAITVPFGQISYRKLNTVNATTDSKPFTIHLQNCAFDPNETTIAGSAGKMSKVTVSFSGTADTSGKAYVSTGSAQHVGVQLLKSDNTSLITPNTPMPDGDAQQLQAGNNELNFFARLIALTDAATPGDVNASVTYTLKYL >XP_005402208.1 PREDICTED: probable helicase with zinc finger domain isoform X1 [Chinchilla lanigera] MEDRRAEKSCEQACESLKRQDYDMALKHCTEALLSLGQYSTADLTGPSLLETEHIKIESLLYRIASFLQLKNYGQADEDCRHVLGEGLAKGEGAFRAMLCCMQLKGKLQPVSTILAKSLTGESLNGMVTKDLTRLKTLLTETETATSNVLSGCHVEDLEEGSCNGWHFRPPPRGITSSEEYTLCKRFLEQGICRYGAQCTSAHSQEELAEWQKRYASRLIKLKQQNENKQLSGSYMETLIEKWMNSLSPEKVLSECLEGVKVEHNPALSVTVNTKKSHQIWTFALTCKPARMLYRVALLYDAHRPHFSIIAISAGDSTTQVSQEVPENCQEWIGGKMAQNGLDHYVYKVGIAFNTEIFGTFRQTIVFDFGLEPVLMQRVMIDAASTEDLEYLMHAKQQLVTTAKRWDSSSKTIVDFEPNETTDLEKSLLIRYQIPLSADQLFTQSVLDKSLTKTNYQSRLHDLLYIEEIAQYKEVSKFNLKVQLQILASFMLTGVSGGAKYAQNGQLFGRFKLTETLSEDTLAGRLVMTKVNAVYLLPVPKEKLVQSQGTKEKVYEATIEEKTKEYIFLRLSRECCEELNLRPDCDTQVELQFQLNRLPLCEMHYALDRIKDNGVLFPDISMTPTIPWSPNRQWDEQLDPRLNAKQKEAVLAITTPLSIQLPPVLIIGPYGTGKTFTLAQAVKHILQQQETSRILICTHSNSAADLYIKDYLHPYVEAGNPQARPLRVYFRNRWVKTVHPVVHQYCLISSAHSTFQMPQKEDILKHRVVVVTLNTSQYLCQLDLEPGFFTHILLDEAAQAMECETIMPLALATKSTRIVLAGDHMQLSPFVYSEFARERSLHVSLLDRLYEHYPAEFPCRILLCENYRSHEAIINYTSELFYEGKLMASGKQPAHKDFYPLTFFTARGEDVQEKNSTAFYNNAEVFEVVERVEELRRKWPVAWGKLDDGSIGVVTPYADQVFRIRAELRKKRLSDVNVERVLNVQGKQFRVLFLSTVRTRHTCKHKQTPIKKKEQLLEDSTEDLDYGFLSNYKLLNTAITRAQSLVAVVGDPIALCSIGRCRKFWERFITLCHENNSLHGITFEQIKAQLEALELKKTYVLNPLAPEFIPRALRLQHSGNSNKQQQSPPKGKSLHHTPNDHFQNDGIVQPNPSVLIGNPIRAYTPPPPLGPHPNLGKSPSPVQRIDPHTGTSILYVPAVYGGNVVMSVPLPVPWTGYQGRFAVDPRLLTHQAAMAYNMNLLQTHGRRSPIHYGLGHHPPVSIGQPPNQHPEKDQHEQNRSGKTDTNNPGPEINKIRTPEKKPTEAKQVDLESNPQNRSPESRPGIVYPSTKFPRKDNLNPRHINLPLPAPHAQYAIPSRHFHPLPQLPRPPFPIPQQHTLLSQQQSSLPEQPNQMPAQPNQVIQQQSQLPAQAQQPPPQLSPAYQAGPSSAFFHNAVSHQPQSPPAETVIPEQQPPPMLQEGHSPLRAIAQPGPLLPSHLNNFIDENPPGLPLGEALERIHGNVALETLRQQQARLQQWNEHHAYLSQSGIPYPHHHPHLQHLPQPPMGLHQPPMRADWKLPSSAEDEAETTFSRFQDLIRELSHRDQSETRERAEMPPPQSRLLQYRQVQARSPPAVPSPPSSTDHSSHFSNFNDSSRDIEVASNPAFPQRLPPQILSSPFSLPSEHLATPPLKYLAAEGAWAFANLQQNHLIGPGFPYGLPPLPPRPPQGPFVQIQSHQHAVGQEPFLPLPSRTVSSSSLPSLEEYEPRGPGRPLYQRRISSSSVQPCSEDASAPQDSLAQCEELQDHGNPPPFSFSSPESWVSATSSAPYPNIPCNGSGKTAQPRELTAPPKTVKPSEEHLKSDSHEVPSSFNYSVLQHLGQFPPLMPNKQIAESANGSNQQSPAGSKPAMSYASALRAPPKPRPPPEQAKKSSDPLSLFQELSLGSSSGSNGFYSYFK >VFC12725.1 Uncharacterised protein [Clostridioides difficile] MTKYDFNFKLKVAKFYLNREGRDILIVKQYGVYDHSQVERWVNILGEGALKIXXXXLYLF >XP_011889539.1 PREDICTED: serine/threonine-protein kinase ULK4 isoform X1 [Cercocebus atys] MENFILYEEIGRGSKTVVYKGRRKGTINFVAILCTDKCKRPEITNWVRLTHEIKHKNIVTFHEWYETSNHLWLVVELCTGGSLKTVIAQDENLPEDVVREFGIDLVTGLHHLHKLGILFCDISPGKILLEGPGTLKFSNFCLAKVEGENLEEFFALVAAEEGGGDSGENVLKKSMKSRVKGSPIYTAPEVVRGADFSISSDLWSLGCLLYEMFSGKPPFFSESISELTEKILCEDPLPPIPKDSSRPKASSDFINLLDGLLQRDPQKRLTWTRLLQHSFWKKAFAGADQESSMEDLSLSRNTMECSGPQDSKELLQNAQSRQAKGHKSGQPLGHSFRLENPTEFRPKSTLEGQLNESMFLLSSRPTPRTSTAVEVSPGEDMTHCSPQKTSLTKIATGHLSQQDLESQMRELIYTDSDLVVTPIIDNPKIMKQPPVKFDTKILHLPAYSVDKLLFLKDQDWNDFLQQVCSQIDSTEKSMGASRAKLNLLCYLCVVAGQQEVATRLLHSPLFQLLIQHLRIAPNWDIRAKVARVIGLLASHTTELQENTPVVEAIVLLTELIRENFRNSKLKQCLLPTLGELIYLVATQEGKKKNPRECWAVPLAAYTVLMRCLREGEERVVNHMAAKIIENVCTTFSAQAQGFITGEIGPILWYLFRHSTADSLRITAVSALCRITRHSPTAFQNVIEKVGLNSVINSLASAICKVQQYMLTLFTAMLSCGIHLQRLIQEKDFVSTVIRLLDSPSTYIRAKAFLVLLYILIYNREMLLLSCQARLVMYIERDSRKTTPGKEQQSGNEYLSKCLDLLIRHIVQELPRILGDILNALANVSGRRHPSTVQVKQLKMCLPLMPIVLHLVTSQVFRPQVVTEEFLFSYGTILVTDYILPPLVSLVQSQNVEWRLFSLRLLSETTSLLVNQEFGDGKEKASVDSDSNLLALIRDVLLPQYEHILIEPDPVPAYALKLLVAMTEHNPTFTRLVEESKLIPLIFEVTLEHQESILGNTMQSVIALLNNLVACKDSNMKLLYEQGLVSHICNLLTETATLCLDVDNKNNNEMAAALLFSLLDILHSMLTYTSSIVRLALQAQKSGSGEDTQAAEDLLLLGKPLTDLMSLLIPLLPNEDPEIFDISSKCLFILVQLYGGENPDSLSPENVEIFAHLLTSKEDPKEQKLLLRILRRMITSNEKHLESLKNAGSLLQALEQLAPRSSSFADSMVAPLALEILQAVGH >WP_241812465.1 phosphomethylpyrimidine synthase ThiC [Herbaspirillum sp. C7C2] >MCI1014431.1 phosphomethylpyrimidine synthase ThiC [Herbaspirillum sp. C7C2] MNANPKFLSATATVDEAAVQPLPNSRKIYVTGSRPDIRVPMREISQADTPAMFGSEKNPPIYVYDTSGPYTDPDVKIDIRAGLSTPRLPWILERDDTEELPGPTSEYGQQRLNDADLAELRFNLHRKPRRAKAGANVTQMHYARRGIITPEMEFIAIRENLRRKEYLEQLKASGPMGNKLADLMGRQHPGQSFGASIPAEITPEFVREEVARGRAIIPANINHPEVEPMIIGRNFLVKINANIGNSAVTSSIGEEVEKMTWAIRWGGDNVMDLSTGKNIHETREWIIRNSPVPIGTVPIYQALEKVNGKAEDLTWEIFRDTLIEQAEQGVDYFTIHAGVRLQYVPLTAKRMTGIVSRGGSIMAKWCLAHHRESFLYEHFEEICEIMKAYDVSFSLGDGLRPGSIYDANDEAQLGELRTLGELTQIAWKHDVQVMIEGPGHVPMHLIKENMDLQLEQCHEAPFYTLGPLTTDIAPGYDHITSGIGAAQIGWYGTAMLCYVTPKEHLGLPNKTDVKDGIITYKIAAHAADLAKGHPGAQIRDNALSKARFEFRWEDQFNIGLDPDKAREFHDETLPKDSAKVAHFCSMCGPHFCSMKITQEVRDYAAKEGISEIDALKQGMEVKSVEFVKMGAEIYSKQ >ERJ58959.1 hypothetical protein M472_09260 [Sphingobacterium paucimobilis HER1398] MMTHIQTQENDSLHIYNRQQKTENMIHKNKTGTYFWLFLLLAAILIYPIYRWFHKVKN >MWC28217.1 hypothetical protein [Paenibacillus sp. MMS18-CY102] MERMINSEVSLVPYNKSEKTKNQHNEASIKEEEQTAKASKQAERPASLNGINKS >WP_200244355.1 NAD(P)H-dependent oxidoreductase subunit E [Chryseobacterium paridis] >MBK1895407.1 NAD(P)H-dependent oxidoreductase subunit E [Chryseobacterium paridis] MSETIAFKPESLAQVHKIIARYPEGRQKSALLPVLHLAQKEFGGWLDVPVMDYVAELLSITPIEVYEVATFYTMFNMKPVGKYVLEVCRTGPCMVCGSEKILNHIRTKLNIKDGETTEDGMFTLKPAECLGACGYAPMMQLGKFFHENLTIEKVDEILDLCREGQVALD >WP_181452264.1 MerC domain-containing protein [Aliidiomarina maris] MQTVKQDTAALWLSGLCIVHCIAAPVVFLLAGTGLLTTAFTSEWVHVLLFVPMLVLIGSTVFKSAKRYQYRTPLKLAAIGMLILLASLSVHGPIESVMGILGGSLVFIAHWKNRRFLKAQFHDSALS >MXY99086.1 SDR family oxidoreductase [Candidatus Poribacteria bacterium] GIGRAACLAFAREGASIVVAGGRSADAVAAEIHAEGGKAIAVPLDVTSPQQVQAAVDTAMDTFGRVDVLFNNAGILGPQTLLEITPERLDEVMAVNVKGCLLCAQAVAKVMIEGGIRGRIINNSSIYAEESHIGVLSYCVSKAALNRLTRSLALELRHHGITVNAVAPGGGAPTGMNASQNIPKDNTLPDLPAAPTDAPPLERRATVWDYIGAVLFLASDEAAYISGDIITIDGGAVSRR >PVD36313.1 hypothetical protein C0Q70_03292 [Pomacea canaliculata] MSYLTLREADPVRTELLVSDNTTKPQVFMLKARERRVAMSVMGNSSSSLEVNVKLGLQVPAVQSKDNMDIELKPVKVQVQKICKVLEQILKMGKQSELAIHTRIHTGEKPFECPKCKRRFVRLGHLKEHMRCHTGEKPYMCSKCGMTFSCSSNMKRHLKIHEHNKQFSAKKRAHRQTADPSSLCTMIPCTLYPILAPESNHNENHDDHMIANEISQKQEAVLCDADIVVNVDDHTQRPLKTANGDCIQIVLNKDGAPTRAVSTGVKAGIPLQCNSAQRLKATSPESISEAQASPSSTSAQNSSEVAHVHVVTIEGQGANESGAAITVVADGQDASCPQIQNDGSNLLVLDWSFLLEEFNSNSQLAQASLVAQGLATASASTSGVSPVHHTLSAVTLPLSVNDLHQSDILKPITITIPHMQVSDYSLQQQENNPGAGVDEVAAASAAIETTSMPPLPAVSAVSSVLSASQQPCLAAQMLFFPESKQQEVQEISGSDTFSALAKYIVTGSGPHHKMITVPVQQATVSAQQVTTPLQQTSVPVQQATQKDKPWQCDVCQLTFSRHWYMTVHRNAHFRQKSFSCNVCGATFPRVGNLNRHMRVHTGERPFKCEVCLSTFSTKYRLGEHQRRHKGIKPFRCETCNGSFTDSSSLRRHQHTHKGDNLLHACKVCGAGFNTSHSLSFHMHVHNRDKEEGASSFEKGITLDEEEATARDMLIIPIEEAKPETPCVLKKTSKEGSVSFICSVCFKNFRFSAACRQHIMCHTGSRPFACKECGAKFSRKADTKRHMKIHLRANPHRCKECGNTFMSKSKLVLHAESHIDLSERIHQCGQCMETFSCKTVLHIHQQSHLRGSHRKTVHNTSPQDEIQEKGVDKDCDPSHCQTFEEEVDKDCDASHCKVSEEGVDKDCDESHCKTLEDHLDAETLYGKATTQAKRNGFKNDLTEIHNENKAEDQLVSSETFNLGRKETSSGASLVSKSIRTPRREAARRQQVLMSSVIAELKRNLSSDNEITKRQSRKQKVLPSSLGKKLPKASKQYRCDQCKAEYTSKPRFLVHLRAHSEEYSLKCPQSLSTASRKRVNTGGKKRECSLCGLLFATRKNLHAHRLVHQAKSMSFQHHLQHHSRNIARYKCSKCDACFKSQMNLTQHLRSHNSDIQNLQKTRTSSLPSSSSKLQLSNQPKHCEKRLVEMQRRLELGEIAFRCHVCKLEVKSKQALTAHLSVHPLCAQCGIAFHHACDLSTHMRTHTGEKPYTCHTCSLSFAKNSQLRLHQRKHSAEAAQL >WP_104082941.1 aminoacyl-tRNA hydrolase [Cryobacterium sp. Y11] MDANQWLVVGLGNPGPDYAGNRHNVGQMVTGEVADRLTSNFKRHKTAALVAEGRLSPGGPKLVSAKPTTFMNVSGSPVAALLRFYSLPITRLIVVHDDLDLPFDTLKIKVGGGHGGHNGLRDIIAATGSNEFIRIRMGIGRPPGRQNAADFVLHDFATAERSILPNLIADAADAIEMIASDGVVAAQQKFHSPS >MBF22348.1 recombination-associated protein RdgC [Pusillimonas sp. (ex Stolz et al. 2005)] MWFKNLRIYRLDPQWQCDRASLEKALSXXXFNPXSASAXEMQRLGWVPAVGDQXLVYANDGQFLITXRXEKKLLPASVVNQFAXEXAREIEEQQGYRPGRRQMKEIKEQVTDTLLPRAFSLRXDTRVWIDSRXXWLVIDTGSSAKXDEVIGMXAKAIDPLPASMLHVATSPCAKMTAWLIEGQASXDFTIDQDAELASTGTGGGKIRYVRESIETXDAKXHIEVGKQCTKLALTWNDRXSFVLTEGLDIXRVTALDVVNENHTTAENEQEQFDADFALMTGELNALLTSLIGALGGEKSIXXNPEPXXAXELQEA >WP_057718391.1 HD domain-containing protein [Lactobacillus taiwanensis] >KRN00390.1 HD superfamily hydrolase [Lactobacillus taiwanensis DSM 21401] >MCR1903722.1 HD domain-containing protein [Lactobacillus taiwanensis] >MCR1915740.1 HD domain-containing protein [Lactobacillus taiwanensis] >MRM98361.1 HD domain-containing protein [Lactobacillus taiwanensis] >OYR88048.1 hydrolase [Lactobacillus taiwanensis] MGLNAYIQGFNSLESIDRAPGYFKYQHHSVADHSFRTAELAQMMGDIEEVIGKQKVNWKALYEKSLNHDYTERFIGDIKTPVKYATPQLRKMIGDVEETMTAKFIKEEIPKEFQKIYTKRLSEGKDDTLEGKILSICDKLDLLYEAYGEIELGNPNPVFMQMFKESLETIKKFDDLTCVQYFIKKILPDLFKGDFAGKDKMQRIAFSILLMGE >CUQ63902.1 Uncharacterised protein [Prevotella copri] MKVDGKVIVPPLYCSIAQPVGAYCAFEEIPRHWGVMTLKGKVIVDAKYEKVEIRDNGIAIVTGITGKTQTIKLLKVKE >OKH79147.1 NADPH-dependent FMN reductase [Mycobacterium sp. ST-F2] MSDNTFHDAPSVVVAYQSGFGHTAVLAAAVAAGAESGGAEVTLIRLGDVSEDDWQTLDAADAIIFGTATYMGNVSAAFQAFAEQTGRRCQQGTWRDKVAAGFTNSGSKSGDKLNALVSLSVFAAQHHMHWVNLGLGPGWNHSAASEDELNRLGFWLGAAAATDVDANPDEVHPSDVATCEHLGRRVADVTRQLIAGRAVAQAVTAGA >MBO4855552.1 YgjV family protein [Candidatus Saccharibacteria bacterium] MNEIMFILAQIFAFLGWFFLLYSYYKEDIQKLLRIQILAAIFDTLSYVLLGGQAGALICGFELLKAVLYYKTDKDKLIFFFTLPIYGLIAWSSCQDEGLIALLPVLGSIIDGYVLTRNKTIATVGSIVASILWIIYDIVILAYSAALTDSILVISNIFVLFLGYSRILHIDKLHVIRCRYLSRHICSNIIALDRDIYSEEYLWSIDQQRDIFNVNPDSIMLIRDKKKTIGYLNYIVITEEKYNQIKRAYTYYGSLNTADVLQLRKRRKNYMLIESIVVEKSYESKKMMNFIQNRFRIYLRNKRKQGYNIHGILSVGVSDFEKNLLKASTFEHIKDYRNKEQLYELSGINIARYIS >TKY54154.1 hypothetical protein E2542_SST18560 [Spatholobus suberectus] MASAHYTLASRLAPHANGGTPHRIPVSSKRHRKNHLRPKILKTLTKPYPPTLPLPPPPQPIVLPHENNNLSVEIPADETLAGDITGESDKLLEGLQVSKATAKGNGVFENVSAADIFKYGGMYFLGVFVLQTVYTVWVMGNYNSNQKEGDLDIEGREKGNGKTVSLPVNGANSVFRVEDQLEMEKKIEEIKLMAREARRIESEKKGEGEEEEDEDEDFEMDDEGAVSSQRLGIEKEIGERLLKLQNRINGSSKDISAALRINTRGNSVAGVDTGVNKNVNKGNEALVFKKKFKFRSPSTKATKTPKGFPGTRDWRASNAKKRDSAGEETAQDYGVDAADHAQMLYEDKQVNQQDVATQKSISSVPLEEKGKLVDDKSKEILNHGEKMEKPNMKTEVGVKTRSTNNGAVQETNFRSRKSRDLSIQNSQGFVEENQDTGPIFEKDGVHSINGSSRHGLAKKNPAANRVEVKQANSKTDMWWLNLRYVFVILMQRDSDEGSAGLYSLKFTSKERNQNDDSYTVAFEDHADANNFCFLLESFFKDLESFSADSVPMSIQELNEEIISRAKRVVVVKKRQLQLYAGQPLADVEMALCSIIEQDQNAL >WP_269217061.1 hypothetical protein, partial [Escherichia coli] MPLAAEGAAGVAGVADCASPGMDGSAAGDDAGAAGAAGVRPGIDGMPAVVADAGEAAAGTPGKLMPGVAGAAGGV >WP_110552514.1 hydroxyethylthiazole kinase [Modestobacter versicolor] >MBB3677394.1 hydroxyethylthiazole kinase [Modestobacter versicolor] >PZA21084.1 hydroxyethylthiazole kinase [Modestobacter versicolor] MDATSLRAASTALRDSAPLVHCLTNTVVQTITANALLAIGAAPAMVDDPAEAGEFAAIASAVLVNVGTVQQRTAEAMRLAARAANEAGTPWVLDPVAVGGLTFRTELAADLVELRPTVVRGNASEVLALAGAGKGGRGVDSTADPDDALEAAGELARRTRGVVAVSGPVDVVTDGDTVVRVGGGSPLLTRTTGAGCALGAIVAAYVATAGDLVTATVAAHAHVALAAEAAAALADGPGTFAIRWLDALDAVDGETLLRAQLS >MCC6608271.1 3-oxoacyl-ACP synthase [Burkholderiales bacterium] MAAAAKIVVTGCGALCAAGQSPAEIWDAVRAGRSAIGPITQWDAARWPARVAGEIAGLEPFKLVTDRKLHKLIRRSDVFGLYAADRAIEDAGLPAHRERLDEAAATAFNDGTGVYVGAGGGCYASQYDFFPLLTSAGESIEAFGRELGDTVNPMWLLRTLPNNVLCHIGIRHTLKGPNACVTNHSVSGTLALIEAVEGLRAGEADRAVAVGHDAPIEPQMVLYYHQLGLLGGEVLRPYDVARSGSLFGEGAAALVLETEAAAAARGATVQGAILGSGYASEAQGLLPIRDDGDGLARAIAAALDDAGIRAADVGMIVGHANGTRQSDASEAAGIRAVFGAAPPPVTGFKWAFGHLIAASGTIETVLALRALRERVVPGVATLERLDPALGDFPVSSEARAPTSEVALVLSRGFGGTNAALLVRA >RPI37384.1 methyltransferase domain-containing protein, partial [Methanoregulaceae archaeon] CGTGKVSVAMAKRAKRVYALDRRPEAISVSTETARQAGITTIEFSCMDAENFLKNDQVFDCAFLGGTKNLALILPLLATRVKRTIVINAVLVSTLECAVATLKDLGLFSEVVQVQVSRSHDIAGSIMFRPLDPVWIIVARGAACS >MCO5319342.1 bifunctional nuclease family protein [Microthrixaceae bacterium] MELLGVRVELPSNTPVLLLQERGGRHRKLSIFIGGPEAAAIAFSLDGVEPPRPLTHDLACTLVREFGSELTRVVLTELRDTTFYADLHLAPPGGGGDDEEPMVVSARPSDAVALAVRTDAPIYAEEELLDEAGFVEQSEDESPEEVVEEFKEFIQNVSPEDFAS >SDS88477.1 hypothetical protein SAMN05216579_1887 [Pseudomonas granadensis] MIFSVAIKIESRRADTRPHGCTRPLWELACKRLGPNSQHIIARPTAMASRLAPTGGPRPSYRNAVKWWELACKRLGPNSQHIIARPTAIASRRAPTGGPRSSCRNAVKWWELACKRLGQHSQHIIARPTAIASRLAPTGGPRSSCRNAVKWWERACKRLGQHRQRCHWPKGNFLQYPPKAAD >ART90939.1 membrane protein ycf1, partial [Medicago monantha] WSRLVSQNWRNRINKHRVAQNKDLVEYDSYEKNQLILPKKQEGDLLEIKQKIKKQYRYDLFSYQYINFADKKKSYLYGCREDFLDITGNISIQNYLEEYDILDMEKNLDRKYFNWMGMNVKRKKNSIPNKKFATPQFWFFSKLSKLYYAYKRNPWILPIKFFVLQLYGQGELELETEKYGTSVDLDRSYSNKGSDSKYMGSNSKDRTDLRGERDFLLSKYLGFYLHSDNSLQETGMDNIQLFCLLVRMKKLKKIVITSIKKRDLDIEMMVDTLTKDFSYTECRDTENLKDYLMFFIEPIRLSRKNYEQSLIYQTIRLPLLHKSKKRKSWRNSEKSRVDQNITENKDLYDLFVPENLLSTRRRRELRILTCLNPRNRNTVHRKTINDNENKIKNFSQVLAKNKDLDSE >MBT5873300.1 DUF2834 domain-containing protein [Candidatus Latescibacteria bacterium] MRKIYLILAVIGAVVPYAFFIDFFQSNGVDLPAFMVGLFANGAAGGFSADLLISSFVFWILMFTQARKHDGPSPYLFIALNLTIGLSCALPAYLYARERAFERSR >WP_111953219.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] >NDY70665.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] >QBH14028.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] >RAM03555.1 N-acetylmuramoyl-L-alanine amidase [Desulfobacter hydrogenophilus] MNPGVKRIFTVFIPILICFFLFTWSTETALADAAKKRYLSADTCLKKLKRSTVDINKVSAWLTCIEKYKSIHRDFTGNSWAPAGLYKAAELYFQLAKRSGDPNWNRQADDLIARINRSYPQSAYTARAKTLAAVNASRPRRNNSSVKIKRSQKELTRNDDAIAAYHRQKLVQAEAADTGEYHQPSDIVSDIIEKNTQDPAYCAPATTKPNDTALPPPKGDTTITDLRFWSNPEYTRVVINADREREYAHKLLKKDPALNVPFQRLYVDIDQARLGRNVPDHTPINDDLLKQARAGQFTPHTVRVVVDIKDFDNYKIFSLKDPFRIVIDLWGKNGTVPMDQVAGENTPGTKRSDEKPDRITTDNLKSSDIARQLALGVRKIVIDPGHGGKDPGAPGYIKGVWEKDIVLKLATTLAEKLRNRLNCEVLLTRTTDRKLTLEERTAIANTKRADLFISMHCNAAKSKKLSGIETYILNLATDEQAIAVAARENATSRKNISDLAYILNDLMKHAKIEESTRLANDVHKAMIIGMKKKYTKIRDLGVKQAPFYVLLGARMPAILIESSFLSNKTECKRLTTSSYRNDICNAIADGIEKYINATNPQHI >VVV80071.1 unnamed protein product, partial [Nymphaea colorata] VIDPKTGKEESVTIVVDDGIRANASISDLAKLKPVFKKDGTTTA >XP_031168963.1 protein NEDD1 isoform X2 [Sander lucioperca] MEEVTRLVSTGDCVKIWDAVSMAPLEQFNPHSSSHPVAQACWSSNNQYLVSASSSGDKLVLSSLKSTPVAAMELGEGKKQTRVCLSSSSQFLVSGGLDHGVHIWDLKTKRLHRSLKDHKEEVTCVSFNANDSYVASGSTSGDLVLHSLTTNLSSKAFGHGGNQPVHDLRMSPLKRSLLGSVSDSGTVVLWDANTQKALHVFDGAHKAPGCGLAFSPASELLVVSVGLDKKIVCYDTASKIVLRSIRVDSPLTAVDFTPDGTGLVVGSTQGKIYHYDLRNSSAPIRITAAHKTSVTCLRFQGNSSKHKSKLGSTKIASAKRSSTKLSNSQSDSAPCTGPAPHRQVTGTGGAATEVMSREAEGQQGKEPLPVAEKFISVGRNSLDVFSPAREDSRTTAANADTPFGRTHVTSLEMLSREGEGQPLIGRASLDVFSPVRDDSHSGATVHRKTPLGTPLTAAGRCYSPLSVFQTPPPIREEEPIPAAKPNDYRKASSSSLEGEPQTPPTASQTTNHIQPPPPFFTPELSLRRANGIQAQLSYESPFQAAPPTSTSGPALCAAVSSSLSQNISEVVGQAGAAPLTSLQIHFIQNMIHETLEEFRDACHRDIVNLQVEMVRQFYIQLNEIHGLIEKYSVNESLVEEVEKLREENRRLKTNY >WP_225923723.1 hypothetical protein [Pseudomonas azerbaijanoriens] MSANRSGHMSADVTSTDGSMQFRVTDGLDFYQRSNIHRIEADNGQGTAFYVCLPMGIQSGGFSLGLTEGSPMVIHVSGNSEAELYPGTLELTVGGDAQFAGRFSGTDANGLQVSNGSFRLENEATA >GFX14753.1 endoplasmic reticulum-Golgi intermediate compartment protein 2 [Trichonephila clavipes] MRRLGKLKNVEKLDIFPKVQEEYTQPTISGGTVSILSFIIIIMLVYTEIRYYSSSQLRFEYNVDHDIDSKLKINVDLTVAMPCSKIGADILDVTNQNTQSFGKLEEEVTHFELTEPQRAQWDTMQKINLYIREEYHAIQDLIWRDGYSNILKGFPTGDNKPVEKPDACRLRGSLVVNKVSGNFHITAGKHIPHPAGHAHISAFLKDSDYNFSHRIERFSFGEPTAGVFDPLEGDEKIASSNFYMYQYYLKVVPTEIVHNNRRQSTFQYSVTEQARPINHQSGSHGVPGIYFKYDMSFVKVKVTVERHSIWRFLVRLCGIVGGVFATSAIINSLVKLPIDFMNRKRKAVSSQKYPPLNLTTVHILPDEDIKKPNPTLNI >QVD87869.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >QVH32379.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >QWB63253.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >QWP16864.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >UEZ81836.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLIKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVLSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATQYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKILATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVDCFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITNAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >WP_135028221.1 F0F1 ATP synthase subunit delta [Micrococcus flavus] >MBB4883033.1 F-type H+-transporting ATPase subunit delta [Micrococcus flavus] >TFI04449.1 F0F1 ATP synthase subunit delta [Micrococcus flavus] >GGK41871.1 ATP synthase subunit delta [Micrococcus flavus] MTTGASRDSLAASLKEVGTVLDEGGVALARELFAALDVVDQQGGLRRALTDPAWSTERRSGVVDSLFGSRVGPGALQVLKDLAGRRWSTERDFGDALETAAAHAAAGEAARGGHDGLAALSGELLAFNRVAEESHDVQRALTDQRAPASARAQLATRLLGPQASEAGRLLVERAVASPRGVKPFAAVRQHADVVAERQRQWIAEVTVARPLDAGQQERLAAGLRRAFGRDLVLDVTVDPSVVGGIRVQVGDDVVDGSMASRLNDLQRRMAA >XP_047250014.1 uncharacterized protein LOC124885817 [Capsicum annuum] MTSNIVECINSRLVEARELPILDFLEQVRILFGVWNRKNRDRSSFFAKSSLGGKFQQILQLNEAKSSHIMMYYNDTSENYMYHFDTSVKESTNYIYSVYEEEKKYIVQLDNRSCNCGRFQLVEIPCAHTIVVLKSKNVKKMKLYCSDYYKKETLVKTYEMSLCPMPDKRD >WP_234521407.1 GTP 3',8-cyclase MoaA [Shewanella algae] >MCE9781858.1 GTP 3',8-cyclase MoaA [Shewanella algae] MSQLQDNFGRRFHYLRMSVTDVCNFKCSYCLPDGYRPEGKPSFLTLSEIENLVAAFAKVGTRKVRITGGEPTLRKDFTDIIRAVADNSEIHTIATTTNGYRLEKHAKEWYVAGLRRINVSVDSLDPRMFYQITGENKFDEVMRGIDAALEAGFERVKINAVLLKDLNDKDLPRFLHWIKHTPIDLRFIELMETGLGHDYFKAHHLAGADIKARLEAEGWQYDQPAAEDGPAQNFSHPDYRGRIGLIMPYAKNFCASCNRLRVSAKGKLHLCLFTEHGVDLRDLLQSPEQQDELIARLHQQLQQKKETHYLHQGITGVTQHLASIGG >WP_274718192.1 PTS transporter subunit EIIC [Streptococcus suis] MNFKKFSQLGQAFMLPISILPVAGLLLGIGGALSNSNAVAQFPVLDQAWLQAVFTIMSTAGSAVFANLALIFAIGVAVGLADADKGTAGLSAGVAYLVYTATISGFLTLFADKGASIDTGVLGALAIGITVATLHNKYRKIELPVFLGFFGGSRFIPIISSFAAIAIGSIFYIIWPPIQNLLVDFGKAIAEMGSFGTFLYGFGLRLTGAFGLHHTIYPMFWYTSLGGSEVVAGETIQGAQNIFFAQLADANHTGLFTYGTRFFAGRFATMIFGLPASCLAMYHAIPKENRKKVGSFYSSSALTSLLTGITEPIEFSFLFVAPWLYVVHAFLDGLSFLVADLLQIRIGNSFSGGLIDYLIFGVFQGNDKTNWIYVIPVGLLWAAVYYLVFKFLVTKFHVLVPGMESSDQASHSEKVLSNGSSLRDNAIAIIDALGGPDNIENVTACATRLRVSLRNSGLVDKGVVQSIGATAVLDVKGGIQAIFGGKAILYSQEINQILGLEE >MBQ6488280.1 DUF1697 domain-containing protein [Solobacterium sp.] MKRYIALLRGINISGRNKVAMADLRPAIEGLGYDDVVTHLNSGNVIFSSEEGNEIVLAENIQMMLERQFAMKIPVFVIRCDKLESLLDKAPDWWGTSDKNIYDNLIFMIPPADVQELCKKIGEPTEGLEQIQISDNAVFWSFDRQRYAKANWWKKTAEAGIGEMITIRTANTLRKIVKM >WP_282641071.1 unnamed protein product [Xanthobacter autotrophicus] MAAQKGKDLLLKMHDGTQFATVAGLRSRTLAFNAQSVDVTHSESAGRWRELLDGAGVKRASVSGSGVFKDAASDALVRQTFFSGALASCQVVIPDFGTVTGPFQITALEIAAEHDREVTFDLTLESAGELAFAAL >MCL1888839.1 glycoside hydrolase family 3 C-terminal domain-containing protein [Kiritimatiellota bacterium] MTEQDLSNLLQRMTLPEKIGQMYSAHAPTDENLKMVEEGRLGTLLNIGHWNEGGLAARCNRFQRVAVEKSRLGIPLLFGRDVIHGYRTTLPIPLGQAASFDEALVEEGAAAAAREARAHGQNWTFAPMVDVSRDPRWGRIAESCGEEPEMNARMGAAMVRGFQGAGMASCAKHYAGYGAAEAGRDYNTTWIPENHLRNVYLPPFEACVKAGVKTVMSAFNDLNGVPTSGNALTIRQILKGEWGFNGLVVSDWGAVDELITHGYAADGAEAALRAIRAGVDMEMVTTQYETHVEKLLASGALTMTLVDDAVMRVLRVKNELGLFENPYVPEGVEDENANTAATRAIARRAAEESCVLLKNDGLLPLANVKRLAVIGPLADAPEEQVGCWSMDAEYATVVTPLAALRETFDGDISYFPALKTSRDTDESQFAEAVAAAEKADATVMFLGEEALLSGEAHCRAYLDFPGAQTQLLEAVAKKAKRLCVVVMAGRPLIMGRVAELANAILYAWHPGNMGGGAVADLLLGRAVPSGKLPVSFPHCEGQIPVYMGRRNTGRPTPEGARVGVPPGTPLDPKGFTSTYMDCDVNPFYEFGFGLSYTTFEYAGLELSRARVSAGGSLAASVTLRNAGNCDATEVVQLYIRDHAASVTRPLKELKDFKRVFLKAGESCRVTFELTTGQLEFYNAENRLALEPGAFTLFIGGASPSCLSAAFAVV >HCH0658035.1 potassium transporter TrkG [Enterobacter asburiae] MRVVLHLCGFLVLLYSLSMLPPMVIALLNKERTYFAFLTTFLTFFTLGGLTWRATRHAGIQLRTRDGFVIIVLFWLLFSFISAMPLWMDDGLQLSFADALFEGVSGITTTGATVIGDVSALPKSYLYYRAQLNFIGGLGVIVLAVAVLPLLGIGGMKLYQSEMPGPFKEERLTPRLADTARTLWVTYFALGVACTLAYWLAGMSFFDALCHGLSTVSLGGFSTRSESIGFYDSHAIELVAGAFSLLSAFNFTLWYVAIVRRTLKPIRRSPEVKFFLSAAAVIIVITAWQVWHAGMYNATDSLVHAFFLASSMMTDNGLSTADYAKWPTHTIFLLLSASFFGGCVGSTCGGIKALRFLIMFKQSIQEMNQLAHPRALLSIKVGKSVVNERVLRSVWSFFFLYVMITGFFVWSLNLMGYDLFTSFATVAACINNMGLGFGETASTFGTLTEGAKLLMCAAMILGRLEIYPVLILFSRFFWRA >WP_024465855.1 nucleotidyltransferase domain-containing protein [Treponema pedis] >QSI04618.1 hypothetical protein DYQ05_06545 [Treponema pedis] MTVFEKLSNNGIYVTHKDLEYIISKYNIKEISVFGSSIRNDCTSESDVDFLIEFRNSEKISLFDILDIQDYLQNITKRNVDIVEPDALVNPYRREAIMNSREPLYVS >XP_011040987.1 PREDICTED: chorismate synthase, chloroplastic-like [Populus euphratica] >XP_011040988.1 PREDICTED: chorismate synthase, chloroplastic-like [Populus euphratica] >XP_011040989.1 PREDICTED: chorismate synthase, chloroplastic-like [Populus euphratica] MASSTLTSKSFLGSSRIDGASVSSDLRKLSISSVQISFCSRIPKKLQINAAGSTFGTNFRVTTFGESHGGGVGCIIDGCPPRIPLSEADMQFDLDRRRPGQSRITTPRKETDTCKISSGVSEGLTTGTPIHVFVPNTDQRGFDYSEMSVAYRPSHADATYDMKYGVRSVQGGGRSSARETIGRVAAGGVAKKILKLYAGTEILAYVSQVHKVVLPEGVVDHDTLTLDQMESNIVRCPDPEYAEKMIAAIDAVRVKGDSVGGVVTCIVRNAPRGLGSPVFDKLEAELAKAAMSLPATKGFEFGSGFPGTLLTGSEHNDEFYTDKHGRIRTRTNRSGGIQGGISNGEIINMRIAFKPTSTIGKKQHTVTRDKKETDLIARGRHDPCVVPRAVPMVEAMVALVLMDQLMAQYSQCYLFPINSELQEPLIMPRLEAANASV >WP_182503633.1 DUF839 domain-containing protein [Peribacillus huizhouensis] >MBA9028579.1 hypothetical protein [Peribacillus huizhouensis] MINKKLVKTGATLALALAITVPALSPIAAAAKDNSKIEFVKFNGMKAPSTIDEMVKTYTTATVDVKYSNGKVKTFPLSYNYLFKSEDKVATVNGEKIPAGTPIDVNGNPIVDPSSTDGKYFVSDAPDSNSLLMPIDGKLYMVTHYEYQTIDAAGQSAYGLVPASMSLTEMEQDKKTGELKPANVKKIDFSAVNGLWIPCNGSLSPWNTHLGSEEYEPDARQFADPTSKTRSQVETFAQFYFGDKAKANPYFYGYTPEITVDKNGKASVVKHYSTGRFSHELAKVMPDNKTVFYGDDGGNTGMFMYVADKAKDLSAGTLYAAKFKQTGTENGGSGDLEWINLGHATDKEVKNIIDSGITFNDIFETSDVPKEGFTAIKQYSYGKTEYLKLKPGKEKAAAFLETRRYAAMLGATTEFNKMEGVALNEKDKKVYIAISDQSKSMEKDSTGKDPADHIQLPKIKAGVTYQLDLQGGQKDSGGKVIDSSYVAPSMHGLVVGEDLPKADAYGNTANVDKVANPDNLSYSEAMRTLFIGEDSGAHTNNFVWAYNVDTKELQRILSVPAGAEATGLFAADDRNGFSYIFSNFQHPGDEVESKSITAVNKDELVKAVDEQIGINKTGGIGYISGIPSLTKYNNGKYQKDLEIDNKGK >XP_026193030.1 exosome complex component CSL4 [Cyclospora cayetanensis] MPVVRTPGELLGSASAFSPGEGVYQKGGDLRASAVGIEKVSPPPNNRGLPVLSILRAAQSRAAVARVGSLVLGQVTAVNRMLVEVAVLAVDGHVLPEPYKGAIRAQDVRETIVENFDIAECFQPSDVVRAEVLSADGRVYLLGTAADDLGVLCADSKAGGALQPVSALLMRCSLTGQLERRKVARPPGV >XP_052525039.1 acyl-CoA synthetase short-chain family member 3, mitochondrial isoform X1 [Tympanuchus pallidicinctus] MGLLGRLAALAGGCGAVRRCLGRPCAASRPPARAAASSPALGQYGEVFRASVAEPEKVWGAAAELIQWSKPWARALERRGPGSDSWFVGGELNICYNAVDRHVENGRGDHAAIIYDSPVTNTKEKITYKELLEQVSKLADVMVRHGVKKGDRVVIYMPMIPQTVCCMLACARIGAIHSLIFGGFASKELSVRIDHAKPRLIVTASFGVEPKRKVEYMSLLEGALAMVQNKPEKVLIYRRPNLGHVPLTPGRDLDWEEELAKAQCYKCVSVPSDHPLYILYTSGTTGLPKGVIRPTGGYAVMLNWTMSTIYGLKPGEVWWAASDLGWVVGHSYICYGPLLHGNPTVLYEGKPVGTPDAGAYFRVLAEHEVAAFFTSPTAIRAIRQQDPEAALGKQYSLKRFRMLFVAGEHCDVGTLEWSKKVFKVPVLDHWWQTESGSPITASCVGLGNSTTPPPGQAGKPVPGYNVMILDENKEPVKAKTLGNIVVKLPLPPGAFSGLWENQEAFHKLYFQKFPGYYDTMDAGYMDEDGYLYVLSRADDVINVAGHRISAGAIEECVLRHPAVADCAVVGQEDALKGHVPFALCVLRDDVKAEEKKILEDIVEQVRNNIGPVAAFQKGVFVKQLPKTRSGKIPRSALSALVSGKPYKITPTIEDASVFKDIEEVLKKK >WP_102461582.1 ATP-binding protein, partial [Vibrio cyclitrophicus] >PMI43316.1 two-component sensor histidine kinase, partial [Vibrio cyclitrophicus] GSDNTYHYLPDNEAFVRQKIELEDDLIWLFFLASFILYGLCHLVIIFKRVKKLEYATLRFAKGDLSSRAETSSGIAIGSLNKSFNLMADRIHRLIESNRSLTNAVAHELRTPIFRIQWQAEMIKDTPLNESQQHTVESIVEDTEEMEKMVDELLCYAKLDSIGLENLQQPLEIRDFLEHAMTRWNKDTELNISLSLPEQPSSILADETLLNRALDNLVRNAMKFARSQVSIEASVHQDQLQIAVHDDGDGVAQEHQARLFEPFYVGDKARNKAKSGHGLGLSIVDKICAQHNATVEVGQSQTLKGAVFTITIQICNNSAM >NLD53371.1 MotA/TolQ/ExbB proton channel family protein [Burkholderiaceae bacterium] MSVVSWVLIVSKGISQMIRRRRSEKFLQMFWNASSLQAVQDEITTHGVRDPFSHLTAHAMHAQAHHARYGSSKLEEAGTAQDFLTRTIKKVLDEETVQLENGLTILATIGATAPFVGLFGTVWGVYHALVAIGMSGSGSLDKVAGPVGEALIMTGLGLAVALPAVMGYNWLTRRNRVLTAKLDAFAFELFAFLSSGQSLRGNNHLRAADSMLSPHDELRSVDTTGANIATFK >OHB76863.1 hypothetical protein A2Z25_14160 [Planctomycetes bacterium RBG_16_55_9] MRTATWKSVDILAYALLMLGALNWGLMGVFGIDAVAGIFGHMTAPTRIIYVLVGLAAIYDLLSLPSIFKRWEIRMHHPVRA >PON87355.1 Glycoside hydrolase [Trema orientale] MALIGGRVDYILGDNPLQMSYMVGYGARYPQRIHHRGSSLPSVQAHPAHIGCKAGSRYFLSPNPNPNLLVGAVVGGPNSTDAFPDSRPYFQESEPTTYINAPLVGLLAFFSAHY >EIR8916606.1 antiterminator [Escherichia coli] GQLEAWQENAMFDTGRYRRKKIRYRDEVTGKMITRDNPPIPGKQSLAKVTSIPLVSPVEFSTSSWRRAVLSLEEHHKAWLLWCYSGSICWEYQIAITQWAWNEFNTQSGTRKIAGKTQERLKKLIWLAAQAVKAELFGGEGYEYKELALLVGVTTKNWSKTFTRHWVAMKHIFHR >MBQ7987638.1 large-conductance mechanosensitive channel protein MscL [Bacteroidaceae bacterium] MAKSSFIQDFKAFALKGNVVDMAVGVIIGGAFGKIVTSIVNNILMPPIGLLVGGVDFSDLKLTMKEAVMNGDEVVKEAVTWNYGAFIQDVVDFLIIAFCVFLLVKGITALTKKKEEAPAEPAPTPEPSTEEKLLTEIRDLLKQK >MCH7923992.1 hypothetical protein [Planctomycetota bacterium] MSAYFVDKQGDLLLHTMARSRYVGGESEPDDWIPLVLMLPAAPREAESIALSIWVLQEPQWRESVPKARHIPRVDVHAGVWVDDIVVRTLPRVELSTSAPGNVLAPGEPHYIRIILADTEKAGLVGRLSIKAADGGLVQALPLGVSVDEFVEPTLVPVDHLVPGYYKAVLEVLAGETIVTTRQLAFAKLAPLPVDGRSNARPFGVVVHPQTRSDAASELALLRNQLVRSVKLPIWTGLAEDLATPKQRKETDRMYLELITEGFAVTGVLFGAPSAIVRRDGPYQRTLIDLLSDQPGAWDEHLAVAAAPYASFVRSWQIGSDDGPHPLDRKKIATAVSQLREAMRRFISSPLLAMSETTAVSPSAERLPVEHISLNIGSEIPSAWMGRVLEESKGKYARVAAYIEPLPTDRYRRLPRLADWAQRLITARFEGADTVFAPQTWRVRNTSRATVTEPTEEYVILRTIAGLIGSATPGQRVSIAPGVVCMAFHDNRKTVLAMWDPSAPAGGREYAIQLGKADRQFDLWGQSSSLQRDGDGRHLVQLSSLPVIVPNVERWLIDFRTSLSIAPRHIESGTEVSDHEIELVHLGHAPISGEMTLQAPPGWKISPKNLSFSLMPQRTEHFSVRATYPHNEVAETKQIVAQVRLITGSYYLEIPLAVEFGLQDVEVSGMIVTEKNDVILRHTVTNHTDETLHFRGVVQARGRQRQYRPLANLRPGDTQTVEYRFSNATDLTGSTVRLGLREVNDGARTHALELVVP >WP_234738658.1 phage tail spike protein [Staphylococcus aureus] MIHVLDFNDKIIDFLSTDDPSLVRAIHKRNVNDNSEMLELLISSERAEKFRERHRVIIRDSNKQWREFIINWVQDTMDGYTEIECIASYLADITTAKPYAPGKFEKKTTSEALKDVLSDTGWEVSEQTEYDGLRTTSWTSYQTRYEVLKQLCTTYKMVLDFYIELSSNTVKGRYVVLKKKNSLFKGKEIEYGKDLVGLTRKIDMSEIKTALIAVGPENDKGKRLELVVTDDEAQSQFNLPTRYIWGIYEPQSDDQNMNETRLRSLAKTELNKRKSAVMSYEITSTDLEVTYPHEIISIGDTVRVKHRDFNPPLYVEAEVIAEEYNIISENSTYTFGQPKEFKESELREEFNKRLNIIHQKLNDNISNINTIVKDVVDGELEYFEHKIHKSDTPPENPVNDMLWYDTSNPDVAVLRRYWNGRWIEATPNDVEKLGGITREKALFSELNNIFINLSIQHASLLSEATELLNSEYLVDNDLKEDLQASLDAVIDVYNQIKNNLESMTPETATIGRLVDTQALFLEYRKKLQDVYTDVEDVKMAISDRFKLLQSQYTDEKYKEALEIIATKFGLTVNEDLQLVGEPNVVKSAIEAARESTKEQLRDYVKTSDYKTDKDGIVERLDTAEAERTTLKGEIKDKVTLNEYRNGLEEQKQYTDDQLSDLSNNPKIKASIEQANQEAQEALKSYIDAQDDLKEKESQAYADGKISEEEQRAIQDAQAKLEEAKQNAELKARNAEKKANAYTDNKVKESTDAQRKTLTRYGSQIIQNGKEIKLRTTKEEFNATNRTLSNILNEIVQNVTDGTTIRYDDNGVAQALNVGPRGIRLNADKIDINGNREINLLIQNMRDKVDKTDIVNSLNLSREGLDINVNRIGIKGGDNNRYVQIQNDSIELGGIVQRTWRGKRSTDDIFTRLKDGHLRFRNNTAGGSLYMSHFGISTYIDGEGEDGGSSGTIQWWDKTYSDSGMNGITINSYGGVVALTSDNNRVVLESYASSNIKSKQAPVYLYPNTDKVPGLNRFAFTLSNADNAYSSDGYIMFGSDENYDYGAGIRFSKERNKGLVQIVNGRYATGGDTTIEAGYGKFNMLKRRDGNRYIHIQSTDLLSVGSDDAGDRIASNSIYRRTYSATANLHITSAGTIGRSTSARKYKLSIENQYNDRDEQLEHSKAILNLPIRTWFDKAESEILARELREDRKLSEDTYKLDRYVGLIAEEVENLGLKEFVTYDDKGEIEGIAYDRLWIHLIPVIKEQQLRIKKLEESKNEG >KAF8953894.1 hypothetical protein BGZ52_007421 [Haplosporangium bisporale] MAKYLMRVRFPEEDTGFQSLAIQYLNAYVNSNSGDGPVLKELLEYDNWIPRANYTRSANPLNQILFGAQDRPQLTYSVKDMIECLFSEKIFVAPFDLLWSVEKPPEDHNLSYVRTNLQPMAWRRVLLHLFLRQITPFQKSPTYVYPHYYKLNMLNNPAIEALIQYKWSFYNILDLLAFLIPMGASINQLINISQMDSRGSTLNLSFSIIIIFLHMLSELRVIQHVCKYVTIIIRVIVEIRVFFMVFALGILSFSLAIQHVIQGCPSKGGGDSNGCRKDLSTDFPYNFVEAISSTYFIMGGRYDSVSKEFSDSPNASLQAMMAIYFFFTVILMLNVLIGFRQSKNWFPREIYYTRTKAQVAEYEEKVLGKKQSDGYDGGVSSSKEQSDPTELQQLRTQVGDLVKQQVEYNANLEKMFADLIERLGKDK >WP_035556611.1 type IVB secretion system protein IcmH/DotU [Paraburkholderia sp. BCC1876] MSYAPSLFGGSTPAATPAPASEPSYQVRSLLDLLYDGFFMLFLLKNGREPGEAHEFSQRIQQFLGDFERGAKKLNASAEDVYASKFAFCAAIDESVLSSTFKIRTEWERRPLQLTLFGEQLAGEKFFHYLEECRAQGAPRLQSLEVFHMCLLLGFQGKYLLEGPEKLAYLTARIGDEIAHMKGKRAPFAPHWPLPDQVAHRLKREVPLWSIGAVFALVGLLAYLGLNTYLRDQTLRSLAPYSQVVKLGPQSATLTISLP >KAF7261528.1 hypothetical protein EG68_01051 [Paragonimus skrjabini miyazakii] >KAF8570863.1 hypothetical protein P879_06278 [Paragonimus westermani] MMHFMLLFSRQGKVRLQKWYTSYPEKEKKKIQRDLMTIVLARKPKMCSFVEWRDLKVVYRRYASLYFCTAIEPQDNELLTLEIIHRFVELLDKYFGSVCELDIIFHFEKAYYVLDEFLLGGEVQETGKDSALNDIDMQDLLQEEECKTREEQADISVIDVSEF >PHU06236.1 Zinc finger A20 and AN1 domain-containing stress-associated protein 8 [Capsicum chinense] MLNLNGESICSSLSEDKVLAESVDSVDDEPLFPEPDRDLSDCDTSLSTRRSCRELIHNFSGQALPVEDGFSVSHFLLNEHEIFSSSLWMAFEYLDSKFSPISDSGFRTCTKLPSSMTKEILIADIIDEVEEWTRFVGLIPDELIEWDMSHSLGKCTDFEIEEYECGTEVARHILQELVDEVVLDLYRLHNHEVNSKISNPKRWEVHLGLVLNVDSQLLYHNPMVTALHTQYIFCTGVPHGGPAFHAAGTEMEPSKETGCRAPEDPVLCINDCDFFCSAATMNMCSKCQKDMILLKQEHAKLAAASRKASYAEA >MBS0194197.1 S1/P1 nuclease [Pseudomonadota bacterium] MSPRLAHILVALLCPALALAWGQHGHRIVGEIAQQRLTPRASAAVAGLLAGEREPTLAGVSNWADALRWRDPELFQRSKRWHFVNFHDRDCHYVPARDCPHGDCIVAATQEQLRVLADTRLPREQRAQALKFVVHFIGDIHQPLHAGNRDDRGGNEYQIRYRGHGTNLHKVWDGLILGQAGFDPEDDAQRLAKTQVAAAELRTDARAPERWARESCLAIDANAIYPPSHRIDRAYLGVHRSLAEQRLLLAGARLAAELNAILK >WP_249505358.1 tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Fibrobacter succinogenes] >MCL4100513.1 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase [Fibrobacter succinogenes] MKKYYLATYGCQMNEYDSALIAQKLDMEGCMETGDITEADFIIVNTCSVREKAEDTAFANISKYRKLKKANPDLKVVVCGCMAKNRGPEILKRLKVVNYVVGPDQYKNIPELLLAGPDSPLHKTHHRMFLDEDITQNYVGDYAKVKHDFSTFVTIQRGCNKRCSYCIVPYLRGPEKYRDMDDVLTEVQKAADKGITEVMLLGQTVNAYKNGDNNFADLLTRVSEIGGIQRIRFTSPHPRHYTNELIDVLLNNPKVCHYAHIPIQSGSDAMLKKMRRQHNMEQYMSVIEQLRSKDPLYGISTDVICGFVGETDTDFEDTMKAFEACQFDNAFMFIYSPRKGTESYKETETLTAEEKLARHTRLVALQNEITAKRNQLMIGRTETLLVEGSSSRDENELMGKTDNFKKVIFKPTRIVKPGDYVKVKIDDMKGWTLRGTLLDD >WP_114368818.1 type VI secretion protein ImpB [Bremerella cremea] >RCS50672.1 type VI secretion protein ImpB [Bremerella cremea] MTQVNWIMQDMNSYFASVEQYLRPELRNRPIGVIPLESESTCLIAASYQAKRFGIRTGTKVFEARRLCPDITLVRARPDVYVQVHHQLLKSIDQCAEVYHVYSIDEWTIRLRGQYQSPHRAVDLAEAIRRQLRQDFGPYLTSSIGIAATRLLAKIASNLKKPDAVTLLQTSDVADRLAEIPLADLPGIGRAMEARLAHAGIQSFPQLWQLDRRRALQIWGSVSGASWWDGLHGIDNPEPTTRRSSMSHGRVLDPRYRNEQGSHCILVLLLCKLAKRLRHTGYFARRLHLTLTGNGRPLFSAHTDLPCAQDTFSLLHQFEKLWQQRPRNLRGIKKVDVTVGQLIAQSEVSGYLFDEFSQSQRLSHTLDEISDRWGPNSIYFAHTHAYRGVLEDKIAFGRIPEIKKHNGFNTIS >WP_118754559.1 hypothetical protein [Enterocloster lavalensis] >RHR56373.1 hypothetical protein DWX10_06695 [Clostridium sp. AF18-27] MNQDTIDMVEKIMDTVTMGYAYLYPQDGGARKEYLIATTPENMANFIGSHIYDAQKMVVTDMSDRLIVETCGGFLDRCPDQKLCGEIVQHLTPVQMGEKEAGEILAVDRTQADEYWAMEDAVVTMAEYRMEL >KAI6772462.1 hypothetical protein HG530_003420 [Fusarium avenaceum] MDTGNLWNRRTNTSTGGKLSLSTPGQGSSGDSFSRNASFSKRQGGETPSSIKPNPFTTTPGGLVSPTAGASSAFGLGSGAFASFGSAKTPKTSANPFDTAMASAVAKSGTKDPSKAAGKVSGMAAISENNQSGNLTHALIDSWTFWYRPPISKAHGFIEYEQTLHEIGTARTAEDFWRIYSHLKRPSTLPVVSDFHLFKKGIRPIWEDDVNKKGGKWVVRMKKGVADRYWEDLVLNLIGDQFGEAGEDVCGAVLSVRNGEDILSIWTRTDGGRVIKIRDTMKHVLNFPPNTRVEFKSHDSSIQQRTAIEEQRREKAGQHHHHEKRHTTGTSKQTGGES >XP_048189479.1 pseudouridine-5'-phosphatase [Perognathus longimembris pacificus] MATLRPVTHVIFDMDGLLLDTESLQTQVYQEICKSHGKLFSWMVKSKVMGSRAADAAQTIIDLLKLPMAKEELVFESQQRMSDLCPQIQMMPGAENLVRHLHQHHIPVAVATSSGAESFDRKTVSHKELFGLFHHIVVGDDPEVQQGKPAPDIFLICAKRFSPPAAPENCLVLEDSPNGVEAALAAGMQVIMVADANLDPELTKKATLVLSSLQDIQPELLGLPAFQ >MBO5360769.1 hypothetical protein [Clostridia bacterium] MKIAEFTQTPFVSHDNKNMFYIRVEDWDMCNPYEIQIFLDGQLVCDERIFAPCASLLIPCCEKKTVCRVVVKPFEDLPVESAFTVMPPKHWQIPIMYSSHEDLGYCAYIDKLHYECYEYLKRAMELCDAYDDFCYVIEHIWWLEAFDCYAKEQEKQQSALSRRYARA >XP_043732582.1 tetratricopeptide repeat protein 4 [Cervus elaphus] >KAF4021760.1 hypothetical protein G4228_013227 [Cervus hanglu yarkandensis] >OWK05057.1 TTC4 [Cervus elaphus hippelaphus] MEQQDPGVTFDDGMDSFLEKFQSQPYRGGFHESQWEEEFEKIPLFMKNSPSEIDPLENPDLACLQSIIFDEERSPEDQARTYKDEGNDYFKEKDYKKAVISYTEGLKKKCADPDLNAVLYTNRAAAQYYLGNFRSSLNDVMAARKLKPCHLKAIIRGASCHLELKNYVEAVNWCDEGLQIDATEKKLLDLRAKADKLKRTEQRDIRKAKLKEKKKQDQNEALLQAIKARNIRLVAEAPGEDEDSASEGLSELALYGLSSENPCGARLSVDDQGRLSWPVLFLYPEYAQSDLISAFHEDSRFIDHLMVMFGETPSWDLEQKYCPDNLEVYFEDEDRAELYCVPPSSTLLQVLQHPRYFVKALTPTFLVCVGSSGFCRNYLRGKKVHQVK >TVQ11450.1 NAD(P)/FAD-dependent oxidoreductase [Leptolyngbya sp. DLM2.Bin27] MQLTKQLLDQRTDPLYDVLVVGGGAAGLSAGIYLQRYLLSTLIIDKGKARSFWMQELHNYLGLAPDTPGREVLKQGKDHFLSLEGDHLNGYVEDVVDEGDSFAVRVRIGRSNPTYRVFRSRYLIAASGVIDHLPQLADMRNVFDYAGHNLHVCLICDGYEMRDQRTGVFGNSEGSLEVAFPLEWFTPHITLFTNGAFAVSDEFRDRISAHGFTLEERPIVRFLGENHRMSGVELADGTVVELDMGLVSMGSKYHADYLQGLDLEYQGGNLVTDDMNRTTHPRIFAVGDLKVGMNQVIIAAADGAKAATQIWRDIRRQEGHRRAGTERKVA >WP_087222948.1 Cof-type HAD-IIB family hydrolase [Blautia sp. An249] >OUO78620.1 haloacid dehalogenase [Blautia sp. An249] >HIY18965.1 Cof-type HAD-IIB family hydrolase [Candidatus Blautia avistercoris] MTGYKMLVLDIDGTATDSKKEVLPRTRDAVIRLQKAGISVAIASGRPSQGIAPIADQFQFDKYGGYILAFNGARIMNWKTRECVYARSLNPSMVRKLYRDALDFQVGIITYEDTRIVSGTPEDPYMKIEAGINHLPLYFPEDFGQYVTSPVPKCLFTGEPERLEKMESILADKYFHEAQIFRSEPYFLEATPKNVDKAYCLERLLNLLSLSREELVCCGDGYNDISMIQFAGLGVAMANAQEKVKQVADYITYSNDEDGVAHVIEKFFQI >XP_025063182.1 B-cell receptor-associated protein 29 [Alligator sinensis] MIPLWNKIAIYWNKAFLTIIVLLIVLFLDAIREVKKYSAAHATEKVASVHQNAFDHIQMKLFRSQRNLYISGFSLFLWLVLRRTITLITQLAKEMGIQVALELQVANTSEAAKKYLQENEILQQALNEKGKYKREQALEASNKKLRQEVEYLTDELKRASNALSKATNEVIAVKKQSEGLKREYDRLMKDHERLQDLLDEDEEEDKKDQ >WP_113669955.1 TRAP transporter large permease [Rhodovulum sp. BSW8] >RBO52607.1 C4-dicarboxylate ABC transporter permease [Rhodovulum sp. BSW8] MSLLLFGLFFLFMILGLPVALAIGGATMVAMQAGGVPLLVLPQQMFSGINSFALVAVPMFILAGDIMAEGKVSARLVALADAMIGFLKGGLSIVSVLAAMFFAAISGSGAATTAAVSSTLVPELTRKGYDPASAASLIAAGGTIGVVIPPSVPMIIYAVIAQESVSALFLSGFLPGIAMGAGLMVVALVQGHRRAYPKGAPFSLKTIARSFVSAFWGLMTPVIILGGIFSGLFTPSEAAVIAVNYAIFVSLFVYRDMGLKDIYRLLIRSGVTTAVIMFVISASAALSWALSNWQVPAQIGALVLSVSDNPTIVLAMMLVLILVTGIFVETASALIILTPLLLPLALQLGVDPVHFGVILVVGLAIGMITPPVAINLYVASSVTGLGLERIAKAVLPYLAVLVAVLILVTYLPLLPG >WP_137740674.1 carbohydrate porin [Pectobacterium polonicum] >TKY82725.1 carbohydrate porin [Pectobacterium polonicum] MKPSHLAVTIGLLLSSPLYVSAANTDSIEARLNAMEQRLQQAEARAQAAEARANAAEKQTQQLATRTTQTEQKTQQVEQRTTALAKQKSFADGFEFHGYARSGLSINDSATSAKTDIGPGMSPAGQTGGHIGRLGNEDDTYVEIKLEHKQKLDNGATTRFKVMMADGQRSYNDWTAATSDLNIREAFVELGSLPTFTGAFKDTTLWAGKRFDRDNFDIHWLDSDVVFLAGTGGGIYDVKWADNAKSNFSLYGRSLGEITSLDNDIKNYVFTANNYAGPFQFMLSGLTAKNNEVKENTGTSRDRTVVTNTNAGDKGYHAMVAYHGDSFYGLRDGTSKTAILYGHGLGGEVKNIGADGNLTNDANTWRFATYGTTALNKTWSFAPSILAQTSKDRYVNGDSYEWVTFNARLIQEITENFALAYEGSYQYMDLDPRGYRNLNQVSGGFYKLTFAPTFKVGDIGNFFSRPELRVFASYMDWDKRLDNYSSEDTFGSTGFKAGGEWNFGIQMETWF >KAJ7349597.1 hypothetical protein DFH08DRAFT_696408, partial [Mycena albidolilacea] DISSARQQGTGGWLLEDSCFQQWELNSGGTVICTAGSGKTILVSMVVDHLNTQAQNRNVGVACIYLNHKEIEVQTVSNVLSGVWRQLVFGKDITSQVQELYNQHTEKGTRPSLDNIHLALCAAITQFSKVYIVVDAVDEYPENQRHLLFNRLTELRSTVNLMITSRPHITPIADSEVLQIYANDKDIQIYVDGYIKQSPQLSKLVKMKPELEEKIGTKMRNTVDRMFLLARLHLVSLDTKRTPRAVLQALDKLPSNLDETYSRAMERIKDQDEEAREIAHSTFIWVANAKRLLTVEEIRVALAIEPGTNQLDVDNMLDIDTILSVCAGLIIVDEEHSIVRLVHYTAQEYWDRVQAPQFPDAQTNVTRSLLTFLAFDEHVDIYNWARYRHERDQPTLFNYCQYTLVHAAGKPEEDLRKEISEFLERAVIWSTLRTMERPWWSSAPWDFLGLAATDYTIVDCCCCKLVQNS >MBQ4874411.1 LXG domain-containing protein [Bacillus safensis] MGKILDAKALTSAMDTRAKHYQELREQMIDLKKALQGVANLGDDFTGKGADNIKSFYKELAGNVDMFISFIDKQKAFHEGVSGTLDDTSFGGDTFVEEHFLDNAVHMGIKNAKSIVKDQKKALKTIFQDIDDLISLEVFDSQTFDEKIEDAEDERKKTVKELRELDQNLKDEYALSETEQQATMALYAEMMNATNDGKAISPMNFDKKAYQNSEIYKA >WP_021479352.1 pyruvate carboxylase [Bacillus subtilis] >RXF80141.1 pyruvate carboxylase [Bacillus subtilis] MSQQSIQKVLVANRGEIAIRIFRACTELNIRTVAVYSKEDSGSYHRYKADEAYLVGEGKKPIDAYLDIEGIIDIAKRNKVDAIHPGYGFLSENIHFARRCEEEGIVFIGPKSEHLDMFGDKVKAREQAEKAGIPVIPGSDGPAETLEAVEQFGQANGYPIIIKASLGGGGRGMRIVRSESEVKEAYERAKSEAKAAFGNDEVYVEKLIENPKHIEVQVIGDKQGNVVHLFERDCSVQRRHQKVIEVAPSVSLSPELRDQICEAAVALAKNVNYINAGTVEFLVANNEFYFIEVNPRVQVEHTITEMITGVDIVQTQILVAQGHSLHSKKVNIPEQKDIFTIGYAIQSRVTTEDPQNDFMPDTGKIMAYRSGGGFGVRLDTGNSFQGAVITPYYDSLLVKLSTWALTFEQAAAKMVRNLQEFRIRGIKTNIPFLENVAKHEKFLTGQYDTSFIDTTPELFKFPKQKDRGTKMLTYIGNVTVNGFPGIGKKEKPAFDKPLSVKVDVDQQPARGTKQILDEKGAEGLANWVKEQKSVLLTDTTFRDAHQSLLATRIRSHDLKKIANPTAALWPELFSMEMWGGATFDVAYRFLKEDPWKRLEDLRKEVPNTLFQMLLRSSNAVGYTNYPDNVIKEFVKQSAQSGIDVFRIFDSLNWVKGMTLAIDAVRDTGKVAEAAICYTGDILDKNRTKYDLAYYTSMAKELEAAGAHILGIKDMAGLLKPQAAYELVSALKETIDIPVHLHTHDTSGNGIYMYAKAVEAGVDIIDVAVSSMAGLTSQPSASGFYHAMEGNGRRPEMNVQGVELLSQYWESVRKYYSEFESGMKSPHTEIYEHEMPGGQYSNLQQQAKGVGLGDRWNEVKEMYRRVNDMFGDIVKVTPSSKVVGDMALYMVQNNLTEKDVYEKGESLDFPDSVVELFKGNIGQPHGGFPEKLQKLILKGQEPITVRPGELLEPVSFEAIKQEFKEQHNLEISDQDAVAYALYPKVFTDYVKTTESYGDISVLDTPTFFYGMTLGEEIEVEIERGKTLIVKLISIGEPQPDATRVVYFELNGQPREVVIKDESIKSSVQERLKADRTNPSHIAASMPGTVIKVLAEAGTKVNKGDHLMINEAMKMETTVQAPFSGTIKQVHVKNGEPIQTGDLLLEIEKA >GLG98414.1 Uncharacterized protein GBIM_05064 [Gryllus bimaculatus] MASELVFYRRGPGCILRRIDVEFAIDKASPLQPLVLLGDAPLPIEGQLPLPTDAPRSPPPQVAQTAAAMAPPYGIQDVLLPVHVKMELSPPPSAYSDDYHHHHDHPERPEAESSPSPPPPQMLRSRDDDSTSLCGSTSDSSQFMGFDPEYLPQPIYEDISDPEDGEPPHHRGPRFARENGVVLQFAPNVVARPAAGSLGGALCERLRHHDDGDDHHDDDAAGHRGEEVTLVKSEPDLDVSISDPIEVELKRMFNSPTPPPPPPPPVPCSSPLPALARCSPSPPSSASSTRSSPSSSVSPRPPPAVEDESSSILVDSGGPLTLCCLLSPPLPPCSSSTPSPPPPCPYTTPPSPCPSTDRPYPSTTPPCSSTTPPLCPSTSPPCPSASPPTLQTPTSSVQYESPTHTPQPLPPSSSPPIQTSARSPCSSSLCSLSPAVITSVFSSVVQSPSLHSAAYQSRPTPSSASSPSPPLPPMRSPHTPPSLPSPSPPYSPPTPPPASQCSLTSQTCPSKPGPSGENFFLNKEDIPTGDSCTCKSLSIEKRRKSAPELSIPLPVIQLRRKERASSWTYADSDFNAVDKRVVESKVGNYFQRLKFTRANSVWKVVGCENCNRDTNCKSRSKLSEPSETLVDLGQCSKTMHEVGYLSDDNTGVCQEHNKSDFETQSKAVLSVGVKDTQSDKDTANVDISYDEETQLNISGDSSHDNSVTDGCVVKDSINTLTKSISDMCNTNETCEVISRRDTVCDINEKTSIVQNPKRLDEDDINSRDTSSYSDSSNIQSKDCECEDISETEIKSGEENVTGGVAVIQANGDRKKELETGNQDFIKENNCNNEYEDDEDNEGELKIDEDRLSGDENEQKVIREVEISPKAKAENSLELLNCKFQNSIKKNLEPENKRTIDVIELSDDELESNQSPNVKKGADSITNSISRVHVIQSPKCIASHVKKSTESSEDKKMISGSECTQDKQIMKDKELSIRSDSETGDSTTSVLEGDSAKPHEENYTMLNEKTDSIQEIVVSEEIESQKVLESGNEQSVVTEPSAVKRKLVKNDDVGIPLKSRKLRPSRRNFRHDNIKMFKVSSVKPTPPPWMYRRKSLSAEKQEKSLSATTQSSGASADKHIGSVNEGCVEKESSGNEGSSETRNEEVSKGKRRHSLEHSELLKLKKVCRSASDASDESQQPHGNEMSVEEKDEKEEKDEGLKDSKRKKRKSLGEQSVVEEVSKQFVSHQMQEKGRRLAQEIPGFNWLEEKIRSGGVPMNKPHVKRSSTETQSSSLTKEVISDEDGSKTNGPSESSVQVTGGSDENSSSKGPSQSIVINTGSIAPVQQNRAPVIVSTRQLGNIPERMDPLLKQLTSGGDLEITISRQTNQGSEMSSPMNESDANEPSAIVIPATTVSTNGTTETVPVTITFPTTFQGSQAIVTSSTSVPTISQTSPFIVSALQGSVPNVLNSVDSTQRLRVLSVPQERVPQTNGTENRLNVSLNNSDLEQRPAVDIHPNIQILPPNAAPLSNASRQTNAATESREQAALSSQSYNFPPYSSTHMNADNYNFSQPSSHTSQSSLLHPHYFQQTALNVGLHPSHHSHLPHAQSSRNALGPLVNEVPQPLQQTNQIFREQLVSQPPKLVRLPQPHTASNSAQLGNLHQQSPSIQLTSQVVENNARVQQMPPLSQPVISSQQSRYSTFYPSISSFSRIPESHNHSQSLHFHRPQIPHLPSSSAQVAHPHVSEPVGLPASTQLPPLLPLSQTAYPALPPLQPQFTQAAPDNQAAVRDPTSHLQNEARHNDYLASLRMQQNLMRRNLHLNPSHQYNSIHTTEQPFPPPLLLIQPQSNAQQMLGRQMLSSGPEETRTQPAPKSPNSDYSDCLATMARHAAAAVDTGLGTGLQPPVYQNERIRSQIPATTAAAHLPTSSQRFCDVTYASRPQPGRPTAHPEKQGGQNASALCEQTSRVGGIDENVSDEDIESLERLRHITNKEIEEMPKCLNEVQLAFKETARNLEKEGLLPAGTKDIAQQSAPHHRVTFQHTPVNGATLSAAQTSRSSTVSAHASSVLPSHSSDYSVEQQTPIFRESRTAPACTSSIRSDIVPDTVEVPVTLKLKHSVPSSDRTENKTTLTAEAAVTENVTAASVASITARTSTSAVDVTCPETFITVTAAAPVIAVGTAMSRLTTATAVVPGGTITASSENIKESRIPMAKNAVLPHVGPSTSSSLENRNEQNTSLMVFNRELPNRDIAQIQNSGRGAIQIPHSTECTVDGSVGGEESAVPISISSDSRNERSTLVSVGDQDTRRRLSNTERYSDINESPLDLSVGSQRPKEINELVTRRPQVSDSASSVSSLEEHRNLPTVLSDRHVCAADIQNDFSQLRKHLLSKNAPLAASSESFPELEIVEETYPPDPKHQDLNSISNRILGEDTLSTKRNFSTEPAVPLGPHAVCVLCRRSALFVCSLCNQTKYCSKYCQGSHWMFHKRYCTRICVQYTWASLRSNFKEFFSDCAPIIPTFFSSAWLVYFCVVLLLYLLKYLPLANIIFIYLHLKKKKHCEMFIFEQFSSCETCLLLLNIFIYIYIRQNKVFVVQMLPYSCNKCYVHKNTFLYHVV >MCB0786882.1 phosphoribosylformylglycinamidine synthase subunit PurL [Flavobacteriales bacterium] DVSKRMTLDFKEKGHLIFLLGQVVEDIASSEYLVMEHGIERSPAPYFDLDEEQRLHTQLLMLIREGLITAAHDVSDGGLWTALVEMGLPRGLGFDIITDSEVRPDAFLFGEAQGRAVVTVADEEQDDFLDRMRASRVPCVLLGHVTKGKLVVDEEHFGFIEDARTVYEGTIPSVMDEQ >XP_030313316.1 T-cell immunomodulatory protein isoform X1 [Calypte anna] MRAAAAGNREVEAEPRSCGMGGGGRGLGLCLLLALVGPSEALQNVTAQLFGGEAYGTLAAFGDFNSDKQTDLFVLRGGNELIIFLADQKEPYFKPRVKLPMKSLGVTITSVVPGDYDGDSQMDVLLTTWAQNHGRDELSVYIFWGHNQTLDLNHKTMINKTFHDEPLVMDFNGDLIPDIFGVTSDSKKPQIWIGGNLSWHAVLETQSTMHIPHSHAFIDLNNDFTADLFLTTSPNSNSQDIQFETWVNEDGNFTKTGITKEMPSGVEIVGQSVFADFDGDGQSEHLLPVCEDRMCQKSAIYLTKPGLDQWIPVLQDFRNKDTLWGFVPYQSDKSSTEISFPITLHIGDYNMDGYPDALAILRNTSGSNQQAFLLENVPCSNVSCRNVRRMFKVFWELSDLNQIKDAVVATFFDIYEDGILDIIVLSKGYYNKDFAIHTLKNNFEADAYFVKVIVLSGLCSNDCPRKITPFGVNQPGPYIKYTTVDANGYLKNGSAGQLSQSAHFALQLPYNVLGLGRSANFLDHLFVGIPRPLGEKSIRRQEWTAIIPNSQLIVIPYPHNVPRSWSAKLYLTPSNIVLLTAIALIGVCVFILAIIGILHWQEKKADDREKRQEAHRFHFDAM >MBM4374951.1 fructose-6-phosphate aldolase [Deltaproteobacteria bacterium] MQLFIDSGDLDEIREAQAMGAIDGVTTNPSLLAKGGRPTRQAIAAICELVDGPVSAEVLATDADGILREGRELAKIHRNVVVKVPLIAEGLKAVKVFAGEGIRTNVTLCFSAPQALLAAKAGATYISPFVGRLDDAGADGMELVEQIVQIYENYGFGTQVLTASVRNPVHFVRAALVGSHVATVPFAVIKQLLKHPLTDLGLAKFLDDAKKIPQG >HII98403.1 hypothetical protein [Methanoregula sp.] MSFTPADIDIRSASCTITNRAAFLHQLRDIASDNDTHIICFNADILAGRVHAATAVRFASRAFDEGTNISNTLEMEALLYAAGSRQCNVAASFGIREGENHLWVCCIPATDNCWSALGQLVQFKGQDLDLIDEEKQTRLIEIFSISKEELEAAGGPGCITDLVLERVALLQVMR >MCA9288779.1 zinc ribbon domain-containing protein [Phycisphaerales bacterium] MPRRVPDEYVLLCERCGYEIEGLPAEANCPECGKPVAESLPTTRCGSPWQTDTAKGRVVRTWWSMLRRPRSTFDRVSPKTGASDLRSGTISHASIVLGVLWLLGMFTSSRLSWDAEALLALLFMYFIIVLSFASFEVLTVIEQHGIRFWGPRRGWRITPAIAKVICAHASVGWLVGSVLAVVGHALGWVLSDMTNHGNYGILRGPMQLAPISLPAIALIAGMLHFEILVYIGMTRMKFANRPRPTPLDASVPPASVPSPPSSEA >XP_046270414.1 BAH and coiled-coil domain-containing protein 1 isoform X4 [Scatophagus argus] MEGRDFAAPAHLLSERGALVHRAASRIAPSGHSSVQHAGHFPPGKYYPSHIPMAPHSGSGLMGNSSASFMGTFLASSLGTPPSHPSHPSRPPSSPSSPSFRGGPHSSASQIWFPHSHEAAPGYPRFSGSLAHTFLPMSHLDHHANSGVIYGQHRFYDTQKENFYLRGLPSQPPLISANHSLPPMSRAGSGHSQGSCSRDRDPGVGTGLHKGLKEGSVERGVVPVKDKERSSKQEAKERQQQHQQHHNHQPPQPTHHHHSHSHQQHPHYPQHPQPLEEVNSRALERHKASLTMEYSKEHPQNMGKSLSACLHNGKMQNGDAGTGAGAKSSMSSCGAEGTALGTMGGGGSSQGRHMGSSGSSRCTKEGISGEMRISEQPSDCLERGQAPLHHSLSYSVPPPLHMSSAAGGTHPHPHPHAHPHTHPHPGGFHCLQLHPSHPHHPHHSHHTHHHPDFFCPPPPAPLANPASHERGPANVGREPKVTGPTFVPSVADLGDKSNGPFQLGNTDCQGVGGGGGASNTKDKVIEKNGGGAHHGSWHRKQQQQQQQQQQQQQQQQQQQQQQQQQQQHPYRKTEKAPDWMQPHHQHLQPSQLPPPPQLQQPPHPQQQHQVVRSRSAECINSGVDMDVFRPSLPQGPKAGHSVPHSVNTSPYRDCSHPGPPPNSSPLGSKSMGQHGGAGAAHGPGPGGSCSLQRDGQKVARIRHQQHGRPGPDAPSPAELNQGTSQEMKRKMDMSPYGYSNSSGQHHHQQPTVPSWAMRAPHHMSQPEEEQRKSYMELGTTGGPHSQQQQQQQQPGMSLPPPQPPPAPSLSQQQPQQQPESQGPAQGESSAMKSLLKYSNQQQPLLVSQKSPFGGLGSIKSGPAGGSCALQGNKQTLPSRKGPANDNERPDYSGRSRDMGDAGHGESEVRQPPVGIAVAVARQREPPCRSGDSHPNNRQGRVHPSVKGPPRSMYPSDPTTEEERKRLSGEQIGLTCLDRERDAYIRDNKERVEFARIHPSNSCHGDLTSHLMVPGGTSLQSSQLGDPATHSAHHHWMPRTGSPSLWMTGHSYGIGHTALQNLPPGFSAAMPGPLQPVLPLPQDPSAQLVVLPTEPPAHPATHHLDVMEQPGLWPPVYGARGPASHMQHHAVYSRSQFLRQQELYALQQHQQLQHQHQHQHQHQSHQSQQPQPQSQSQQQQQQHRAAQGMDMQHHATHNSQMQKRSNEPSVELEELISEPRISKPAKPYSYNPPQRNTSPPGACAAHLSPCCQSPSLRPHPKSTPSTPCPAPSPAAAAPHSPAISPVPPQMPKGAESQDKRGEGQPPQDYPESLEPDLPPGYTYPAITMGYRSGPSPQDVRLAEPADLEAVQVEPVEHAPQSLSSLGEDLDCQAVVRPLPEPLPPKEVEQEVEESVVERVLEQREDVEVAAVTAANYVHEEKEVQEQGPAEEEVLVCPPAESPVCEAASCPVPLSTEEPERPGAVIALEEEEDDEAVGEESQVAHTQKVNMPGEQDPELPTIIELDPVSPVAPEPQSPAHEGAKDSKQQHKNEMTPGDVSMDFVCLSPASASACSPGQAIVAVPQKPLVPCYWSLELLIAAAFCTDVPPFPLFPLNAPSVALSQPNPHQGMELLSELADLELQQQKHTCGKSQEDELLMFDLHSLATLATARALEMGSQEGSSPGLARHFPARRILNLRRKCSWTPRNEPVCPAKGTMETMDGPELAMRVKLAELQRRYKEKQKELAKLQRKHDHQKEETPRSPARRGPGRPRKRKTALTTGPVSSSEGQRKVKSMGAGLALSPEDLRGGGDSQRRKKRLSSRGFERLSSTQQIKAQGCRKSGLHSMLSSKLASDVTQLKQKAQGKKNLSGTGSREKEVSPCISNPKHRVQGASKTESRRESGGQSDTAASVDSGPQESWTGLVRRGRKNGSTSLVQGSSRLSQPKVRVLRGQRPEAMDEGESSAAESDSSDQEDEEEEGSYDTDEGQDYRVQPHRDLTSSSSVTGPSPSSVVKLEANQKARNKKQRQELYGSQSLSGAEGEVKVRKKPPCRLGLATAVKSHHENYRPEGVRRPCVPRSKEPRWGSLGTRGNRFRRTMGLATFPTTSERLKRATRKSTMLRGAINKRRSCWSVGTQSSQREEGSSERRSKDHQPKGRAVSRLLESFAADESFQMDGSSFSEEEEDSSHSYSSKGPEFPNCVLTKELITDGLKVLVSKEDELLYAARVHTLEIPDIFSIVIDGERGNRPRIYSLEQLLQEAVLDIRPESETLLSEGTRVCAYWSERSRCLYPGYVRRGGSSVEGKQGGVMVEFDDGDRGKISLQNIRLLPPGYQIHCGESSPALLVPSGTTEKRTSSLEQAPISERPFDRLNTLNTVLSSPTLTVHKRRPGRPKGSGKKQKQQQQAENANKNPSPFLGWPSLSNTRKRTSDNLFQLNGAPKKVLRGKEDELFHLPQTQPLVSTPAKGLFSSSSFEVDSFSSIANGYSSFCTQSTGPSPGLSMGPRSGLYGHRRRQDELAMPRSRKSGQEFLVKLDHEGVTSPKTKNSKALLLRGGSSSVSGMPRTEAYSHPVLLVKDNKKGGASRVELLVKGTTPQRKPPQSLRLGEYGDLGFSYHRECNSSYSDLDDEEEERRRSALVAASGGLRTAGRFLSRLSVSSSSSGSSSSSSSGSLSSSSLCSSDNDSSYSSEDEDGSTLMLQSCLSSHRGLLQPSEPSTSSRSHQHSFVAKAVAVSNVKGALPDQVSNSKSLKRKDCTSSTSKPSKDFVKKPRMLSDDSPFIPRPKTSAFLAGRQMWRWSGNPTQRRGVKGKAKKLFYKAIVRGREIVRVGDCAVFLSAGRPNLPYVGRIENFWESWTSNMVVKVKWFYHPEETKLGKRHRDGKYALYQSCHEDENDVQTISHKCQVVSREEYECLTRNQKPNSPFPDLYYLAGTYDPTTGQLVTAEGVSILC >WP_157475717.1 STAS domain-containing protein [Parafrankia sp. EUN1f] MTVRQVSSYMCALFSQPPVTFFPRFHIEIYAPPNRAIVRAHGEIDMATGEAFRAALIAALDQQPQMLTVDLDGVSFLDACGLGILVGVAKQAARRSVPIVVISARPHIYHLFELTHLVDRLDVHAGPTPPATRLPVRPLRLRLPGVCSACSRPGPVAWHRGPR >MCQ2791623.1 Asp-tRNA(Asn)/Glu-tRNA(Gln) amidotransferase subunit GatB [Helicobacter pylori] MPFEAVIGLEVHVQLNTKTKIFCSCSTSFGESPNSNTCPVCLGLPGALPVLNKEVVKKAIQLGTAIEANINQYSIFARKNYFYPDLPKAYQISQFEVPIVSDGKLEIDTKEGTKIVRIERAHMEEDAGKNIHEGSYSLVDLNRACTPLLEIVSKPDMKNSEEAIAYLKKLHAIVRFIGISDANMQEGNFRCDANVSIRPKGDEKLYTRVEIKNLNSFRFIAKAIEYEIERQSAAWESGRYNEEVVQETRLFDTAKGITLSMRNKEESADYRYFKDPDLYPVFIDEKLLKEAQKINELPGVKKIRYMKDFNLKEDDANLLVSDPLLAEYFESMLNLGVKAKTSVTWLCVELLGRLKAETTLENCGVSAHALGALAKRIDEGKISGKSAKDVLDKLLEEQGGDVDTLIEQMGLSQVNDTEAIVKVVEEVLKNNADKVLEYKSGKDKLFGFFVGQAMKNLKGANPSVVNAILKEKLG >MCE3270046.1 atpE [Ramlibacter sp.] MTDTGLIAVACGLIIGLGAIGACLGIGAMAGRFLDGAVRQPELMEPLQVKMFLIAGLIDANFLIGVGIAMMFVFANPFAK >WP_036816548.1 ATP-binding cassette domain-containing protein [Photobacterium sanctipauli] >PSW09154.1 ABC transporter ATP-binding protein [Photobacterium sanctipauli] MNSKPLLTVTNLSLADSKRTLFQEINFDVSQGEVLAIMGPSGIGKSMLSKAIAGFLPSDVMVDGSVQLNDSEVGQLPMLQRSQTQRPAVIFQDALKALNPLATVEQQLSLALTVNKTRLNATNRDAVTELLAQLGLAEPDSILALYPSQLSGGQRQRICIAISLLGSANLVIADEPTSALDPITENEILNLFRNSIQQRCIGGILITHDLSAALACDKLLVIADSTMVAYGEPTQAIRQSQHPFCQQLEQLLS >QBJ07451.1 hypothetical protein EYS10_02430 [Rahnella aquatilis] MTALPFIAPPSSPASFFQSEPPSATQSPVGILSFSPLPSNSHNNNNNSEERPSIFAIGPYAHEPQLVSPPVFSTYTTEPSSAPVTPPLDESFYLTTTTPSSPEVPFAQLFNSSSNYGVRSPVSNYEFQFYQLPPGSPLAQLISPSSVMSGSGATSPFPDGLAQFQVSDPPKLLSPGKLRCSKSVTTPKEQNKIVRPNKPVSFDLDADHFIRCVDKKLRTTFPEASDQEAAQHSSSGSNKEFDFGTTDEIHLTGDDEHRDSTKNSSDWSFPVMQSGTLS >WP_252681452.1 GntR family transcriptional regulator [Ralstonia soli] >MCO5399359.1 GntR family transcriptional regulator [Ralstonia soli] MPADLRLPRYQQLRDDLAAQIAQQHWRPGDAIPTEAELAKTYNVAVGTVRKAVDVLVTEGLLERFQGRGTFVRRASFASSLFRFFRFQSETGERRIPESRILKRDVLDAPSAPAAGLQIETGAPVIRLTRLRLLDSAPLLAEEIWLPHDRFADLATLDLSEFGDLLYPLYESHCGQIIASAEETLTAEAVNATYARLLRIQAGDPVMVIERIARGYDRTPLEWRRSRGAAAHFRYHVDIR >PYR37153.1 peptidase M20 [Acidobacteriota bacterium] MSRTTLQREWSLVPLLAASTVVLAQSARQPDWTRLEAETMLHFQALVRLDTSNPPGNEVLVTDYLKQVLEKEGIPVQIFASEPSRPNLVARIRGSGKKPPILYMGHTDVVTVDPKKWTFPPFSATRNGGYVYGRGALDDKPHVVAGLMMLLELKRLNVALDRDVIFLAESGEEGTTGPGIDFMTREHAAEIRAEYCFAEGGGVSRVDGRTRFASVQTTEKVPRPIELTATGPSGHASVPLKGNAIARLSAALAALSAWRVPIRLNQTTREYFSRMADISAGADAQRFRAVLTPESPAAAAADDYFLRSEPRFASMLRTSLSPTIVQGGYRVNVIPSEARATVDVRMVPDEDPAVFLEAVRKVINDPTVSVAYTTTTASARPRAAPARLDSEAFRAIESFLAQDYDTVALPTMGTGATDMAQVRSIGLQCYGIGPAADVEDGPKGFGAHSDQERILETELHRFVRFSWNLVVGLARSR >MBT6184820.1 hypothetical protein [Betaproteobacteria bacterium] MKLLLVLITSTIVLFGCATTEKYGQILDSWVGSYIGELTNSWGYPEKSFDAPNGNKVYVYSNSGIYTKRIKRNSTYVGNSSQNYVSAGYTKKLSCTTYIEIDSSGKIVSWRWEGNSCAVE >MBX3649353.1 FMN-binding protein [Rhodocyclaceae bacterium] >MCB1892741.1 FMN-binding protein [Rhodocyclaceae bacterium] MALLRLLLLLALAAPAWAADTEAETAKFLREVFSQAPLPDALWLTGDLRPAVRSILEHDYPAARLLYWRIGTRTAWVLDEIGKEMPITVGIAVDGGAVERVRVLAYRESRGWEVKDRAFTSQFDGARLTARQTLDRGIDGISGATLSVRALGRLTRLALLLHGRAVANAAQP >HBM3973915.1 Crp/Fnr family transcriptional regulator [Listeria innocua] IQERLPKETVITSDKRRKYIYIIEDGFMKLVFEGTNKHNFSYILQKGAFPHLPVYTEDIPKHMMLIALTDVVWWKIEFQFFKEMMELEDPRNYIMLHQLAETRRRLYIIAVQEKLSSRESIYFSLNTMIDYGLRVSEKAVELPKFLTYQILADNSNTSKSYTSKVLSNLREKGILESQKKPWRINDVQKLQELIDAEALLAIL >RWX51021.1 aminopeptidase N, partial [Candidatus Electrothrix marina] MKQHTITYLKNYRPYPFTLSTVDLRFELDPTQTRVRTRITMQRNAYGQDNNSALELTGESLELVSVQIDMRPLTKDEYSYDGNLLRIPEVPDQFTLEVETLINPQANTALEGLYLSSGNYCTQCEAEGFRRITCYPDRPDVPAVFTTIIIGPKDSCPVLLANGNRTAKGKLLDGRHFATWHDPFPKPSYLFALVAGDLTCIEDHFTTMSGRDITLHIYVEHRNKEKCGHAMESLKNSMRWDEQAFGREYDLDTYMIVAVDDFNMGAMENKGLNIFNSKYVLARPKTATDSDYEGIEGVIGHEYFHNWTGNRITCRDWFQLSLKEGLTVFRDQEFSADMGSRAVKRIHDADIMRSFQFREDSGPMAHPVRPSSYMEINNFYTLTVYNKGAEVIRMLHTLLGPEGFRKGMDLYFARHDGQAVTCDDFIQAMHDARPEESIPDFEQFKLWYSQAGTPTVTVSQEYNPATQEYILTAQQTCPDTPDQQGKDKQPFLMPLCMGLLDSKGQDMELYPQDLQDRQDDGRNNGTLVLRQEKQQFRFTEVHEKPVLSVNRNFS >KAJ1923473.1 pre-mRNA-splicing factor syf1 [Tieghemiomyces parasiticus] MPTDFQADRVALDAVLNFASVEVPDEDLAFEQDVQQNPYNLRCWWRYLDHKATAPPAHRVFLFERAVQDLPGSYKLWKAYLDLRTSLLRGRNPVVYAEHYRRANFCFERALILLHKMPRIWLDYTQFLAKQPRVTLARRTFDRALRALPVTQHDRVWPAYAKFARRIGGETALRAYRRYVKLEPSATEDYIDLLLELGRYDAAAVQLVTLIDNSQFVSRRGRTRYELWTQLCDLMCEQPQDIQSVRADLIIKSGISRFTDQAGRLWNALAQYWILLGQFEKARDVYEDGVRSVMTVRDFTQVFDAYAEFQESLIASRIRAAADRAPTADDQQPSDLALDLQLARFEDLMDRRPFLVNDVLLRQNPHNVLEWENRAQLWADLDRPDRVVATYTEAAAAVHPKKAVGKFHQLWIRFARYLEDRGDLPGARAVFEKAVRVDYKHVNDLAEVWCAYGEMEVRHRNFAAARALLGRATAPPPQWQKVNFHDESLPVLQRVFKSLRLWSFYADLEESTGTLDATRAVYDQIIHLRIATPQIIVNYAALLRERQYFEESFKVYERGIDQFGYPVAFELWNLYLTAFVARYGGTKLERTRDLFEQAVTGCPPEYAKPLYLLYGRLEEDHGSARHAMRIYDRATRAVGDADRLAMYEYYIARTTALFGIVATREIYERALETLPDALVRDLGRHYAAVELQLGEIDRARALFAYTAQFCDPRVTQGKSGGSLWAAWHDFEVKHGNEDTFKEMLRIKRSVQTKFNTEASFVAAKISAAQQAKAAQPNGAAALSAAASAQPFMAATSSAPGGAEPKSGGDTMAAVPNNPNELTIDTDDEDD >WP_221246517.1 carbohydrate porin [Paracoccus denitrificans] MALMLSGLFATVLLGGTAPAVAQALPNCAKYDQLNHRGSEVPYPSNCEAIDPELGGLREKLFSRGWNLQVVTTQGLTYDLRGNDGGPQIYTGQKPTANASVSLVFTHDLSRYGLPDGSLLTFAPVAGYTSFSGAGLSHAYINQLSAMVPLNDGQVVLQAGQYNMASQFYGQAIGNNLAASALGPQSFILYGLGVGGLKPTPAFDIRLSSADKRFYTHFGVARSISPDGLFADGEENHSGLKFSTRGAKAVFINEVGYRVQPDVNQRNIWLRAGAVYNTSDFAHLDDPATTGKNYGGYVVATYQLSQPDMSAPYRGWYFTGSVNFARKQVNAFSHDAGLVFYRIGTFKSRPYDVFSIGAAKTYFSDVVVQNATDLGLEAASSSTSFLASYTYRLQQGAYLQSAITYIDNPTLAPVRPSALNASVNLTLVF >MXZ69365.1 SLC13 family permease [Acidimicrobiia bacterium] MTPEGILVVVILVGIVALFVSEKYPLDIVAMLGLGVLLVLGLVTLQEGFSGFSNPATLTVACMFVLGAGVQKTGATAAVGRLMVRYSRNHYTALVVIMVTITIMSAFVNNTAAVAVFIPLVTLLANRRRLSASKLLIPLSYASQFGGVCT >GGU82495.1 TetR family transcriptional regulator [Streptomyces cavourensis] MTIEAIAARAGVSKKTIYRWWPSKGAVLLEAFTDALVDATPFVDTGDIGADLRTHVAGAVKLLTVPPFGPAYAGILSELHHDDVLAQALKDQLVDPRVEEAVARLRSAQDQGQIPPGANLPLAVEMLYGPVYYRHVLRKPVQDEETIAALVAHVLRSLGSPGY >WP_279996009.1 amidohydrolase family protein [Achromobacter spanius] MPPLSTGAAVDTHAHVFRQGLALAGTRRHTPDYDATLADYLALLDAHGLSHGVLVQPSFLGTDNSHMVQALRAAPERLRGVAVVAPDITDAQLQALADAGVVGIRLNLIGLPTPALHAAPWQALLARVNSLGWHVEVHLQAARLPEVLPALLAAGCRVVVDHFGRPDPTLGVSDPGFAYLLQHADSGQVWVKLSAPYRNWVGTECAASGRQATQLLLQAYTADRLMWGSDWPHTEHRDVASYPAATQWLDAWIDDPTQRRSVLTDTPLQLFQFQGDKP >WP_149755470.1 sarcosine oxidase subunit gamma [Roseivivax sediminis] >SFD92629.1 sarcosine oxidase subunit gamma [Roseivivax sediminis] MHDLAPLTPLGAAKPRTDTIGDWTLTEVTDRALASVAARLGREEEAARIVADLLGAEAPAPSRLSGGEIAAFWSGPDQWMIEAPLKTHEALAAQLSARAGGAISVTEQTDAWCRFDLTGPDLPRVLERLCPVDVHRLVGGEAIRTTMEHMGCFLICRTPVHVSILGPRSSAGSLHHALETAMRAAK >HCW85392.1 5-(carboxyamino)imidazole ribonucleotide synthase [Paracoccaceae bacterium] MTNPLPQGAIIGILGGGQLGRMLSVAAARLGFRTHIFEPGTNPPAGHVADHVTTAAYEDEAALRAFGEAVDVITYEFENVPTSALDLLGALTPIHPGREALRISQDRITEKDFLNGLGLSVAPYAAVDDATSMQAAIEQVGVPSILKTRRFGYDGKGQARLMSAADADKVLADMAGAPSVLEGFIDFSCEISVIAARSPSGEVACYDPGENVHEGGILRKTTVPANVKSALRMDAVLLAARILNELNYVGVMGVELFVTQAGLIVNEIAPRVHNSGHWTQNGCTVDQFEQHIRAIAGWPLGNGQRHSDVVMENLIGDDMDRVPTLATQAETALHLYGKADVKVGRKMGHVNIVTASA >PLW21337.1 hypothetical protein PCASD_17198 [Puccinia coronata f. sp. avenae] MTWPTGDVTSPATPPTQPLADVVSNRNSRLKIDWRCFWIDACNSSPAWVDATLALFDTTPVSLDKNLPSLDTELASIDTISTIVDATSVRGSDAISKLITLPRPSRPSPTICTTSANLNRLVSLPLTATTMQPSGFSQLITAKVFCFNPRSTRGGRQSDHQFWRSSSNESWPQSLNNSNNLDTEARNLINFLNSGAPDLSDKSKAGQARIDILICTPNQWDLVSRRGKQQKMVERTGLLIADEIHLIGSEIGTAYEVIVSRTRYVTAQSEISKTRIVALGCPLANARDLGDWIGANSQAIFNSAPGSRPLPLEVHIQSFNVPHVPSLMIQMAKPAYLSILEYAHEKPVTAFVPPRKQCRLTASNLSIYALSDKDLQRFLNIEQEDLAKVLDENLCKTLASGIGYYHEAMSNTDKVIVQKLFKVGAIQIFVASKDTAWSIPITAYMLIIMGVQSYEGKKHCYVDYSFSDILQMMGRACSQSKDSLSQCVLMCQQVRKE >WP_201312397.1 S-ribosylhomocysteine lyase [Anaerostipes butyraticus] >GFO86756.1 S-ribosylhomocysteine lyase [Anaerostipes butyraticus] >HJC81655.1 S-ribosylhomocysteine lyase [Candidatus Anaerostipes avicola] MEKIASFTIDHLKLLPGVYVSRQDTVGTESLTTFDLRMTAPNREPVMNTAEMHAIEHLAATFLRNNPEWQDKIIYFGPMGCRTGFYLILAGDYTSSDVLPLIIGTFEFIRDFEGDIPGASARDCGNYLDMNLPMAKYLADRYLNNALYCADKNNLNYPE >MBU1557098.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] >MBU2071294.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] >MBU2181701.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] >MBU2205311.1 HlyD family efflux transporter periplasmic adaptor subunit [Gammaproteobacteria bacterium] MDEILKAPQKTRKRWLLIVGAFVVITLFFVAVKAVSSTNSITADAVRFTDIRHGILHITVNGFGQFASNESIAQILPYSGIVQQVHKHNGDRVEVGDLVLQLLNPSLTSDITSKEASIRLAELTKQEVLLTLEKQQQELKLQLLQAESNFRIEELQLEANETLFQDKIISRLQYAQQQAKTEMQAQQLAAIQADFSRFDHQKQQRLAIEQEKIHLLQLELKQLKDDYSALTVTASKAGVISNLTAEVGRQVPASQVLFLINSEQPNLARIKFPQSRQSLLRTDLPVSATSSDYSYQGRILRINPVVVDGYIEVEAVFKDKLEGAKVDMSMRASAIVNSMPDVTYLALPSYISGKPETVALFIKNENKINKHVVKVVDVIGDYLIIEADYLIGKQVIVSDISTLLHHNELILQGPE >TOF36258.1 cytoplasmic protein, partial [Vibrio parahaemolyticus] LESDEFLQNKELGGEIGFYIFDYKPEHELAVREHIELLEKKLSNRGYTFASINLFEMIIKLLESRRLLDKSFKMQFAKGDEALFK >WP_055228170.1 YitT family protein [Fusicatenibacter saccharivorans] >CUO62523.1 Uncharacterized BCR%2C YitT family COG1284 [Fusicatenibacter saccharivorans] MGKKEQASQPALQTLKEYTAITAAVLIMDIGIYVFKFPNNFSFGGVSGMAVVICRFLPFTASQINLFINLLLLLVGFAVLGRNFGVKTAYVTVLSSVLLNIFEKLFPMAHPLTDEIMLELCFAIILPALAAALLFFENASGGGTDIIAMIIKKYSTMNISTALLVTDLIVVILAFLIFDTLTGLCSVLGLMAKTLLIDKTIERMKLNKFFTIISNNPQPICDFITKDLNHSATLYDAVGAYSDQQRTVILTVVDVKQAVYLQRFIHDTEPTAFIAITKSSEIIGKGFMSYI >CCX82620.1 serine/threonine protein kinase bacterial [Eubacterium sp. CAG:86] MIKNLKCPGIPVVFDIEDNNDSICIIEEYISGKSLTEYISEAGCITVHDMADIGIRICDIISYLHECAGIVHLDIKPSNIIIRDNSDGKREVFIIDFDNSDMIDGRHAGHAMYITAGYAAPEQYNGDGSVRSDIYSIGILLLYMASSGHVQSFTSEAESVCRLYSNSIGPVIRKCIRHNSIQRYKSIAALRKELCSISDTMNYKKIAKFDITKKFLGFFRGKKSVIADKNNTDKVCHIYVYGFMHNSGATHFCLCFASFLKRKKRNVICIRHNDTSDYRAVTDKGTLCNGIYTIGADKIKGKAGIDIIPDYNGCITYNLSGYEYIIHDCGCIDEHCNSRRGECAEGGKDGITIFVGNTNYRRNNMTAMESVTSDSIIFINHIGGREFYDFISSYKGKCRIYRFPCIYEWDSANELFEEEADEIMEIIEK >NDV26630.1 hydrogenase nickel incorporation protein HypB [Desulfovibrio sp. JC010] MGEIPVVRNILEANDRIADELKQFFKEKNILCLNLMSSPGSGKTSLLEKTLADLKGEFKMAVIEGDLQTDNDARRVAATGAQAVQINTEGGCHLNSSQVKEALSLIDIEGLDILFVENVGNLVCPAEFNVGEDHKITLLTVTEGDDKPEKYPLMFHISSVMILNKIDLLPYVDFDLEKAKQHARKLNADIDLFPLSCRTREGLEDWYEWLRKARDSKK >KAG8195189.1 hypothetical protein JTE90_027933 [Oedothorax gibbosus] MSMKSVEELEPKLGSLQYFLKVVSINAKMFPKLSAFGIFICGILATNMVNAVNIFKPPDESDVSEAETTPVPWLKTEYIPAIDDFNRNVLFGVLVSTQIQKIWNASTDSTTTRATYFKVCNAFFSEHKHAVPAALANIVSKAASLFDNLDKLTYFTTTAVSLAEFLLSHGVELDKETASKYVDSVSSALGAADTSTPEGELKALLTGWENYITSSGIKFDDHLDELVLLFTSQLIIYSGEK >MBZ5631081.1 phosphate transport system regulatory protein PhoU [Acidobacteriia bacterium] MDAIIIARNLERVGDHATNIAEDVIFWVRGADVRHHLGGESIR >KAF4465142.1 Small secreted [Fusarium albosuccineum] >KAF5013315.1 hypothetical protein FDECE_665 [Fusarium decemcellulare] MHTSFILNAILALGAATAVSASAIAPRANRKANEFSSDNCAQGTASYEHESNFNVDVTMDDTSNSVYFASGPWFFYGDKTGNGGSCTGELLGKWDDENNPCVNLNRRGDDGRRIKCVKWNNGV >WHA30314.1 MHC class II antigen, partial [Podarcis sp.] >WHA30342.1 MHC class II antigen, partial [Podarcis sp.] LRQECHFFNGTQRIRFLDRYFFDRQELLYFDSDRGKFVAVAELGEFQAKRWNQDKDFLRSRKAAVDRFCQHNYGIFEP >WP_239463733.1 lipopolysaccharide biosynthesis protein [Collinsella intestinalis] MPRPGENRKPTPRPAPRVQTDAHPTDEPARSRRRRSRAGDEPFIARVVNDWWTRLLEAVIEGSLSEQEERYASHLGRRDYVWNTLGTSSWGLTFPALTVVATQLAGVEEAGMFSMAFIVGTLLMIAVYYGVRTFQVSDLDEACSFASYQAHRAAIALIAAVAGVLYVAVRGYDAQMAIICAGVFIYKIVDGIADVYEGRLQQADKLYLAGISQTVRSVGAVAAFALALLVTRSLAVASVVMAVAAVASLGLLTAPLALLETDKSRPVAASEVGLIFRQCFPLFCALFLFNLIESVPKFVMEGALAYENQLYFNALYFPAQGILLTVGALYKPQLLRLASIWANPRKRRRFNLIIVAVMAVIAAITAVMALVMHAVGLPLMSILYGVDFGRFALLSFLMIVAGGITAGIDFLYAVIAILRRQDGVIRLYLIATAAALVLSLVLVNLLGLAGAVWSYLATMVVLFVLIALEYGRIQRAIARERSPFRDR >WP_093271293.1 ABC transporter permease subunit [Psychrobacillus sp. OK032] >SES25045.1 phosphonate transport system permease protein [Psychrobacillus sp. OK032] MEATTSFVKRRANGQISIKSGNKVEQVMTGTIVSLSLLTILAFFFFNYAGLELSKAIPETAYNLKVMFLEPALSHFTWSEAIYQVGITLGLAFLATILGAVIAFFLALMAAINLSNPWVSKAVRIIVAFIRAVPTVLWVLIFAIAAGLGSEAAVLGMLFHSIAYLVKAFSEAFEEVDKGILEALTATGANWWHIVTHAVLPSTFTYLLSWTFLRFEINFSVAVAMGAAAGAGGIGFELFMASGFYFDMREVGLITYMILLLAVVLEIMSTQLKKRYFPAKAIR >WP_241524600.1 LysR family transcriptional regulator [Halomonas sulfidaeris] MEIRWLEDFIALARTRHFSRAADDQNVTQPTFSRRIKLLEEEMGVTLINRQTLPLSLTPAGEEFLTLCEQVTERVRLTRDRVREINAGQLRRIMVAAPQSLLPHFLPEWLASTGWQERVQPYLRATGWVANDYFQALARAECDLAICYWPIGRCDLDIDTSACTYRVIGRERLIPVTGLNAAGEPCALLPGSRHQPAPWLAYPKRGLLGSAVKAHLARLPESTYLTAQSENLYAAGIKELVLLGYGMSWLPERNVAAELAQGTLVRAGDSRWDVPMELRLYRHQSHHHAELDGFWSELARHVPDRILKPQFIIKISPYSRKDTCACQPPSLACSAIM >XP_044188718.1 dipeptidase 2 isoform X3 [Thunnus albacares] MQLFNKVVKRVGSNDLAGNSIVVKMHSWKTVRSASRSLWMNSLSHLVVLSSLCYLISGYSERDRTHDLMTRYPLIDGHNDLALQLRILHDNQLSKIDLHNVSKVATDINRLKAGHVQAQMFAAYVMCGAQEKDAVRLTLEQIDVVRRICTEYKDFELVTSAQDLKNAEMKHKIACLISIEGGHSIDSSLPALRMFYQLGVRSMALTHTCNTPWAESSSKLYNVYQRRNTSLTLFGKAVVKEMNRLGMIVDLSHSSWGTALAVLNHSQSPVIFSHSSSHSICNHSRNVPDWLLHELKKNRGLIMVNLHDKFISCSDKANIFDVADHFDHIKSVIGAESIGIGGDFEGAVSFPQGLEDVSKYPALIQELLQRNWTENELADVLRRNFLRVFEEVERVRDQLSLKRPSEEQIQIEEVQNPCRLVLRPPPILRVVLSGQRSSSRAQHGLPCLLILAIVLLLSSIFIIE >HAS1030591.1 hypothetical protein [Enterobacter cloacae] >HAS1043574.1 hypothetical protein [Enterobacter cloacae] MSDPLTGTGAVLGGGLLGSVLYGVFTHTDFGVVFGAFGGAVFYVATAANLTRARLAAYFLTSFIVGVLGAGFVGSWLNAASSYQKPLDALGAVILSALCIKILTFLNNQDLNTLFGFFSRLRGGGGNGN >WP_255329483.1 acyltransferase [Paracoccus sp. TK19116] >MCQ0970510.1 acyltransferase [Paracoccus sp. TK19116] MSTSLSQRMVWFDANRVCAAAGVVLIHSTTDFAGRPFPDASISERVIPVLLRSIGEFSGSEMFFLFSLFLLAQRIDRHRPGFREQTVFQAKRLLVPFAFWTLFYGLFRLIKADVQGYAPQYLAELSQLKTWVAFFLLGKSQYHMHFLPTLFAISLFYPVMRLAMRYPMLGVLLFATLGAMNHAQGFLYSIDIAPLVRDYLVRLTKIFGYVGYGLAAFALYSLWKDGIPRGEARLIRRGALYLVLLAYLATLPFFGPALMTGAFPVRASWDYFGHFLMPLLIFCMFMGSQYASWSPRWSIAARYTFGVYLIHPAVIDLFDIAVIQSGLSQSVSPAMLVLLRFSVALPLALGLAALIGRVPHLAWTIGLGPTPWARLARRNEIKLVPTT >MCU0490050.1 glutamate 5-kinase [Chloroflexaceae bacterium] MLPKRLIIKLGTSVLTAGTDRLHRPFLVELARQVATLRAQGVQVLLVSSGAIAAGKERLEFPAQAPSKVSVPLKQMFAAVGQSRLMHLYEQIFELYGLTVAQALLTRDDLRDRRRYLNARNTLTLCLEQGIVPIINENDAVVTAEIRVGDNDNLSALVANVVDADLLLILTDIAGLYSANPRTDPTATLLETVETIDERIWEMAGGVGSHRGTGGMRTKIQAAELATRSGTSVVIASG >MCP4309405.1 MFS transporter [bacterium] MDRHLLQKRTVATVMAANAFGYAGFVAVAAVAALLASEMTGNDSIAGIPSAAATLGTAFAAAPLAQRSKRYGRRIGLRLGYLIGMIGCGVAFVAGQLGLFWLLVVAMAAMGVGNTSNLQNRFVAADLADEDKRARSIALVVWVGTVGAVVGSPSAAWVNRIGTSLGANEWVTPALLGGIGFAAAGFIINTWLRPDPLEVAGGIDPDAPGHNPIHGAVRTLRLVWPNLQARLAIVAMAVSQMAMVAVMVMTPLHMKDHGHAELSTLVIAVHVFGMFGLAPLIGRWADRFGRIRSLQVGALILGAGTVGVVIAGYVPALMFIGLFLLGIGWSVALIAGSALLTESLPESQRVDAQGLADVMMSLLGATAAFSSGFVKTAVGYEWLANFATAAAILILIGAIRTSARMAMVRAG >MBR5775979.1 ribonucleoside-diphosphate reductase [Bacteroidaceae bacterium] DDEEGIMLPKSVSSGRIIKHTSRNGQKRYDFQFENKRGYKTTVEGLSEKFNPEYWNYAKLISGVLRYRMPIDHVIKLVSSLELDSDNINSWTTGVVRALKRYQPNAPLEEE >EDT4006401.1 DUF1380 domain-containing protein [Salmonella enterica subsp. enterica serovar Bovismorbificans] MYGTCEILCRELAAKYPADTPLMLVVWSPEEIQALAEGMDISLSDHEIRTVLARLEDIPEDQRIESGISSGVAMEIISNVRENRQVTVPAELLASLIQTAEQALWKREWAARDNGLAVPECVTRRQAVINQARTLLKNNTHENN >MCH8312862.1 acyl-CoA dehydrogenase family protein [Nitrospinota bacterium] MPDEQIKTEQGKAFERGEFPLHLVKKMAREGFLGAGLQTHGGAGINSVAYGLLMQELERGDSGIRSFVSVQNGLVIHPIDKFGTAEQKDKWLPGLINGDLIGCFGLTEPDYGSDPSGLKTRALKEGNAWVLNGSKMWITNADIADLFIIWAYLDEIMRGFVIEKGTPGMSVQKIGHKFSMRASDTGEIHLLDCRIPQENILPKTEGLGSVFSCLNQARYSIAWGVLGAAIACYQEALEHSKTRIIFNKPIGQFQLVQEKLVDMLTGITCGQLLALQLGRLMEEGSAEFSQISMAKRNNVRMALDTARKARDILGASGISVEYNSIRHMLNLESVSTYEGTDAVQTLILGKKITGFDAVRN >MBR5342912.1 hypothetical protein [Oscillospiraceae bacterium] MDFTETHLGAHGLPLILFSDWNDHLGPFGRKGKGESVMVSQQHIVALRQLSEMAEVRGDHAAQARFTELIAKQERALEQVAWDGEWFLRGLDDEAQPIGSHMQEHARIWLNAQSWMVIAGACKDKQLRAMDSAARELDTGMGLLLNTPGYPGWPSKEAAMVNGLPAGYSENGGVFCQANCWAIMAEALLGRGDLAWKYYKQILPHSVIQKIGVERYHTEAYAWCSTMLGKDNEKFGWGCVSQVTGTAAWMDVVATQYLLGIRPTLKGLLIDPSIPSKWDGYTVERIYRGHKLTIRVENPEHVQHGVKELRVNGMPLDKSAGSYLTEKALADLSDVQVKVVLG >NIR99268.1 Crp/Fnr family transcriptional regulator [Gammaproteobacteria bacterium] HVFRRLLNEHPALQGFINRMLTERLSEMMMVVDEVAFGRTDLRLAELLLR >WP_280876395.1 TetR family transcriptional regulator [Streptomyces pseudovenezuelae] METLRERKKQRTRDALLRSAVELFTTRGYERTTVDDIAAAVDVSQRTFFRYFAGKDEAALALHDLVTERFIEAVRARPAHEAPMEALRRAVLGSWDTLNEIVEEVVPLEWFLRMYRVIEETPVLLAAHLRHSEETEETIARVLAEREGLDMDADPRPRLAVAVFGAVMRVTERQWTRREDFDLEAMRELTITYLEQAGPALTDSWRTH >MBO4309439.1 Cys-tRNA(Pro) deacylase [Lachnospiraceae bacterium] MKANDKTNVMRVLDAKKISYESHTYEPDATLTGEEIAAILKEDSAKVFKTLVTQGKSNNYYVFVVPVQAELDLKKAAKAAGEKSIDMIKQKELLPLTGYVHGGCSPIGMKKQFKTFIHETASGFEKIYVSAGRVGAQIELSPSDLISVTRSISADIIV >WP_136241334.1 bile acid:sodium symporter family protein [Streptomyces sp. A1499] >THC50836.1 bile acid:sodium symporter family protein [Streptomyces sp. A1499] MQPEQKLHDPAEAPGAADKAARRAVTVFPVLVLAAGALGLLAPGTFEGWGTNVPYLLGVVMFCMGLTMTPLDFQGVVKRPWAVALGLVAHYVIMPGLGWLIAHALGLSPQLAAGVILVGCAPSGTASNVVTYLARGDVALSVSVATVSTVLAPLITPPLTLLLAGEYLPVDAGSMVTDILKTVLLPVIAGLLVRLLFGRYVDRVLGALPWLSALTIAAIVTIVVAGSAAAIKSAAALVLLAVVLHNGLGLALGYGAGKLSRLGPPASRAMAFEVGMQNSGLAASLATAHFSPLAALPAAVFSVWHNVSGALVAAWMARRPAGPEAARSSPSGL >TWL42136.1 Repressor Rok [Bacillus paralicheniformis] MASAAAEELKQSQIAADKHPPIKTPSHTIFQSKTTIQREAALNILSRYEEGLKGIKLKTEIEKETGFPIKNMTTFMKSLMKHRPDIKKPARGHYILQKEKDL >XP_029075794.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] >XP_029075795.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] >XP_029075796.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] >XP_029075797.1 nuclear receptor coactivator 6 isoform X1 [Monodon monoceros] MVLDDLPNLEDIYTSLCSSTVEDSEMDFDSGLEDDDSKSDSILEDSTIFVAFKGNIDDKDFKWKLDTILENVPNLLHMESSKLKVQKVEPWNSVRVTFNIPREAAERLRILAQSNNQQLRDLGILSVQIEGEGAINLALAQNRSQDVRMNGPMGAGNSVRIEAGFPMAGGPGLIRMTSPATVMIPQGGNVSSSMMAPGPNSELQPRTPRPASQSDAMDPLLSGLHIQQQSHPSGSLAPPHHPMQPVPVNRQLNPANFPQLQPQPQQQPQQQQLQTRPPQQHQQQQPQGIRPQFTAPAQVPVPPGWNQLPSGALQPPPAQSSLGTMTANQGWKKAPLPGPMQQQLQARPSLATVQTPSHPPPPYPFGSQQASQAHTNFPQMSNPGQFTAPQMKSLQGGPSRVPAPLQQPHLTNKSPASSPSSFQQGSPASSPTVNQTQQQMGPRPPQNNPLPQGFQQPVSSPGRNPMVQQGNVPPNFMVMQQQPPNQGPQSLHPGLGGMPKRLPPGFSAGQANPNFMQGQVPSTTATTPGNSGAPQLQANQNVQHAGGQGAGPPQNQMQVSHGPPNMMQPSLMGIHGNMNNQQAGSSGVPQVNLGNMQGQPQQGPPSQLMSMHQQIVPSQGQMVQQQGTLNPQNPMILSRAQLMPQGQMMVNPQSQNLGPSPQRMTPPKQMLPQQGPQMMAPHNQMMGPQGQVLLQQNPMIEQIMTNQMQGNKQQFNTQNQSNVMSGPAQIMRGPTPNMQGNMVQFTGQMSGQMLPQQGPMNNSPSQVMGIQGQVLRPPGPSPHMAQPHGDPATTANNDVSLSQMMPDVSMQQSNMVPPHVQAMQGNSASGNHFSGHGMPFNAPFSGAPNGNQMSCGQNPGFPVNKDVTLTSPLLVNLLQSDISAGHFGVNNKQNNTNANKPKKKKPPRKKKNSQQDLNTPDTRPAGLEEADQQPLPGEQGINLDNSGPKLPEFSNRPPGYPSQPVEQRPLQQMPPQLMQHVAPPPQPPQQQPPPPPSQPQSQQQQQQQMMMMLMMQQDPKSVRLPVSQSVHPPRGPLNPDSQRMPMQQSGSVPVMVSLQGPASVPPSPDKQRMPMPVNTPLGSSSRKMVYQENPQNPSSSPLGEMSSLPEASGSEVPSVSGGPNSMPSHLVVSQNQLMMTGPKPGPSPLSTTQGATPQQPPVNSLPSSHGHHFPNVAAPTQTSRPKTPNRASPRPYYPQTPNNRPPSTEPSEISLSPERLNASIAGLFPPQINIPLPPRPNLNRGFDQQGLNPTTLKAIGQAPSNLTMNNPSNFAAPQTHKLDSVVVNSGKQSNSGATKRASPSNSRRSSPGSSRKTTPSPGRQNSKAPKLTLASQTNATLLQNVELPRNVLVSPTPLANPPVPGSFPNSGLNPQNPTMPVAAIGGVLEGNKESLTMPQDSDSQNSQGRKEQVNVELKAVPAQEVKIAPEDQSKKDGQPSDTNKLPSIEENKNLVSPAMREAPTSLSQLLDNSGAPNVTIKPPGLTDLEVTPPVVSGEDLKKASVIPTLQDSSSKEPSNSLNLPHSNEPCSTLVHPELSEVSSNVAPSIPQVMSRPVSSSSISTPLPPNQITVFVTSNPITTSANTSAALPTHLQSALMSTVVTMPNVGSKVMVSEGQSAAQSNARPQFITPVFINSSSIIQVMKGSQPSTIPATPLTTNSGLMPPSVAVVGPLHIPQNIKFSSAPVLPNAPSSSPAANIQTGRPLVLNSRATPVQLPSPPCTTSPVVPPHPPVQQVKELNPEETSPQVSTSADQSTLPSSQSTTVVSPLLTNSPGSSVNRRSPVSSSKGKGKVDKIGQILLTKACKKVTGSLEKGEEQYGADGETEGQGLETTAPGLMGTEQLSTELDSKTPTPPAPTLLKMTSSPVGPGSASAGPSLPGSTLPTNVRSIVTTLVPSELISAAPTTKNNHIGIASEPLAGGLVEEKVGSHPELLPSIAPSQSLVPKETPATALQGSVPRPELEANAAIVSGQSSEPKEITEKSKTPSRRNSRTEEPAVASESVENGHRKRSSRPASASSSTKDITSAVQSKRRKSK >WP_053034526.1 ATP-binding protein [Vibrio cholerae] >EGQ7967949.1 ATP-binding protein [Vibrio cholerae] >EJL6688945.1 ATP-binding protein [Vibrio cholerae] >EJL6762622.1 ATP-binding protein [Vibrio cholerae] >OEC27232.1 AAA family ATPase [Vibrio cholerae] >OFI98586.1 AAA family ATPase [Vibrio cholerae] MRPHLTLIRGLPGSGKSTLAKTLAAVHLEADMYFVNPQGEYHFRPEHLAQAHEWCQQQTEYWLQQGKDVVVSNTFVRHWEMAVYRKLARQYRAKLTILVCRERYQNVHGVDEATVERMRQQWQE >EIN7713189.1 DUF1367 family protein [Salmonella enterica] MAHELQLIKQSSGILLPATPETSDILQSKIKLGAVLVAEFRQVRNPAFHRRFFALLNLGFEYWEPTGGAISANERKLVNGYAKFLAAYGGNEGALLDAAEQYLEQIANRRVTNGISPCKSFDAYRAWVTVEAGHYDVIQLPDGTLRKHPRSISFSSMDEVEFQQLYKSALDVLWRWILSRTFRTQREAENAAAQLMSFAG >WP_161061319.1 organic hydroperoxide resistance protein [Gordonia sp. SID5947] >MYR07899.1 Ohr family peroxiredoxin [Gordonia sp. SID5947] MAIDPVYTISSKASGGGRDGEVVSATGQIDLELRPPKEMGGSGDGSNPEELFSAGYAACFLGALRATSKQAGTPVPDDSTVSVTIGIGKDPADNGFGLTAAIEVHIPGVDQATAQKLADGAHAFCPYSKATRGNIAQTVTATV >KAH8057076.1 sodium/hydrogen exchanger family-like protein [Aureococcus anophagefferens] MASFAGYEPEDRARVEECVSKTDPASAPFAHYNLGCAKYYDDDFDGALEIWRKLVAADVDPLLVDQATFQMGRALDAKGDAAGALEIYRGFARKHADDALAQFNMGELLSRLEQFDEAETAYLKAVEFDKSDGGDIRKDALVNLAEDKKLAGDVAGCVRTMRRVVDVDPADYDTRLMLASVLRGAGDVDGALVEAKTAAEFLDSVRPVDDDEAAAFQEANALAQSLIRELTARKEGREAGPA >WP_223752944.1 serine/threonine-protein kinase [Myxococcus sp. RHSTA-1-4] MERRGLGAHGAVYRAIGAEAPRGFVALKLALHPRNARFAREVELLSRLRHPNVPRLVDHGVWQQFPYFAMELVNGVSLYDWAMERVPTSRQVLHVLAGLARALEATHSAGGVHRDVKGDNTLVREADGRVFLTDFSSGHYIGAATLTQPPFPPGTPPYRSPEAWRSVQLPMREPIVPYAPGPADDVFALGVTAFRLVTGEYPFPPAPAPHAGPMEEGAPPSVRAVNARCCEELSALASQMLAVSPEARGGARELAEALEHAAREAGPEADVPLFIREVSRPVEARAAPRHVQHHAPSRSRWSWLTAASVGGALALGAGWMLSTHPGGEAETMQASAPEESRDGGTVAVGDSVLTAPVPLSRAPSAWSTIAVDLPPRPLPGQRRPDANGRCPRKPQVPINGGCWIKLTVELKDCGEDTYVYKGACYTPAFPPARPPTSSPTGGLEDAP >MCT6212844.1 type II secretion system protein GspL [Escherichia coli] MSSILEIFFPLCAADPIHWQRRTPDVEHGIWSDVANEQLQQWLQTDAIRLYIPGEWISVWQVELPVVARKQIPTILPALLEEELNQDIDELHFAPLKINQQLATVAVIHQQHMRNIAQWLQENGITRATVAPDWMSIPCGFMAGDAQRVICRIDECRGWSAGRVLAPVMFRAQLNEQNLPLSLTVVGIAPEKLSAWAGADAERLTVTALPAITTYGEPEGNLLTGPWQPRVSYRKQWARWRVMILPILLILVALAVERGVTLWSVSEQVAQSRTQAEEQFLTLFPEQKRIVNLRSQVTMALKKYRPQADDTRLLAELSAIASTLKSASLSDIEMRGFTFDQKRQTLHLQLRAANFASFDKLRSALATDYVVQQDALQKEGDAVSGGVTLRRK >GHL33785.1 hypothetical protein ECZU26_46100 [Escherichia coli] MSDGVAAGAGHHDLAATPPMLHIAFRPDGQQVWLPQPYWNGVTVHDLRHNDAESRQAYLDALRQRLSHRLLRVEIGETFDFQLTLLPDNRHRLHVNIDLLIMDASSFTLFFDELNALLAGESLPAIDTRYDFRSYLLHQQKINQPLRDDALAYWLAKASTLPRARLAAGLRTRHAM >VDL79744.1 unnamed protein product, partial [Nippostrongylus brasiliensis] VRSVLIDQDFVSRRCKDGHDWAIIELEEPIEFTDSTHPICLPSRKPIIGNVLTVAGWGRSYVFNESGPMIHEIPMIVDPRCDTPWSDRLPSDADDFLCATSLNKNDYFAPRTCHGDSGSGMEQIDERGRSVLIALTSFGTLGCPANELARFTRVDPYLKPICTYTGICYST >HBA4333173.1 class 1 fructose-bisphosphatase [Escherichia coli] MKTLGEFIVEKQHEFSHATGELTALLSAIKLGAKIIHRDINKAGLVDILGASGAENVQGEVQQKLDLFANEKLKAALKARDIVAGIASEEEDEIVVFEGCEHAKYVVLMDPLDGSSNIDVNVSVGTIFSIYRRVTPVGTPVTEEDFLQPGNKQVAAGYVVYGSSTMLVYTTGCGVHAFTYDPSLGVFCLCQERMRFAEKGKTYSINEGNYIKFPNGVKKYIKFCQEEDKSTNRPYTSRYIGSLVADFHRNLLKGGIYLYPSTASHPDGKLRLLYECNPMAFLAEQAGGKASDGKERILDIIPETLHQRRSFFVGNDHMVEDVERFIREFPDA >MBR4170715.1 hypothetical protein [Kiritimatiellia bacterium] MKKMMIVAVMALSAIAFVGCNKDETKAAADTTQAKVEKAADATADAVKKAADATAEGAKKAAEATKEAAQKAADAVKK >WP_138597401.1 SDR family oxidoreductase [Pseudoalteromonas citrea] >TMP41951.1 ATPase [Pseudoalteromonas citrea] >TMP54508.1 ATPase [Pseudoalteromonas citrea] MSHRVLAITGGSSGIGLAITELFIKSGYRVAIFAQSIEQMQRVQKMSPDNISIFSGDVRSSQDLNRFYYQCTELWGGIDTVIANAGVALPENIADVTESSFENSVDINFKGTFFTVQQALTHLNTKASIILLSSIQAQRGAGIWSVYGATKAAVRSLTRSFAQELGPSGIRVNCLSPGVTKTPILDKFGFDKHDLNGILESVCTNTPLGRIAGADEIANSALYLASDAASFITGADLQVDGGLAQI >XP_017569355.1 FYN-binding protein 1 isoform X2 [Pygocentrus nattereri] MDNKSDVKAIMARFQAGGTSMEVGAGGRPKVAVHPTLSGPTVPSKKPVLETSLSGSAAANSSTPKPSYLKNTVSTKSAPEARESLKPKALVSRFENTNTNTNEDSKPPFAKPLKPKLPDSSQDTEQKPQFPKAPLHKPTASSTAPDSKSPFPKPPPVTSKPSWTLKAENNGSSPNTSVTPKMPVSKPKPSAISSLLQQTDETKDADPLKKPFTSAKQSSFRAAQSVFNKSEEAAKDEAKSTSSKESPASNPTIAPKPSYCRKPSGSSIQSVNDDPSAPKKKPLPNILALGSPPSKPNRPPRVNLEKFKKAAESSNEGPDLKKGGPPPPPASHPSSQAGSNLPPCLPPRPPGAIIQPDQDENYDDVGDLKDSFRGNSGRDGEGSGSDGEMYEDLDERWSAMEAKEQDKKREKEEKKRVEQGKKDQKERERKEQEARKKFKLTGPLQVIHKVKARVDCKGGKNDLSIKQGEPIDILRITENPEGRWLARTQDGSYGYVKTESVEIDFDKLRNQGLSLPSHMDQDDGEVYDDVAPQDDLNRSNSGPGVVLPPPPEGDGDVYDDLDDPNLMVSPESKFLPNPLSFLRMLKVPIERRKSPVCIKEVPPPPQFNQDGNTDQSSAPGCDEIYDDVDAFPPPPPLSSLPKLKAKAEAKTDDPKKQKKFEKEEKEFRKKFKFEGEIQVLYQVTAALSKKGSGKELAVQGGEVLDVIHKPEHDKLICRNKEGKFGYVSVGIIQSEDIDIYDDIGDDCIYDND >RQL72805.1 multidrug resistance protein B [Acinetobacter pittii] MKTQTPFAELSGGRLILAAFVIALSNFMVVLDTTIANVSVPHITGNLAVSSTQGTWVVTSYAVAEAICVPLTGWLAGRFGTVRVFIFGLIGFTIFSFLCGLANSLGMLVFFRIGQGLCGGPLMPLSQTLLMRIFPQEKHAQAMGLWAMTTVVGPILGPILGGLISDNLSWHWIFFINIPVGIICVLAAIRLLKPAETETISLRIDTVGLGLLILWIGALQLMLDLGHERDWFNSTSIIVLALTAAIGFVVFLIWELTDKHPVVDVKVFRHRGFAISVLALSLGFGAFFGSIVLIPQWLQMNLSYTATWAGYLTATMGFGSLTMSPIVAKLSTKHDPRALASFGLILLGGVTLMRAFWTTDADFMALAWPQILQGSAVPFFFIPLSNIALGSVLQHEIASAAGLMNFLRTMAGAIGASIAVTVWDDHAKVARSEMVSNLHTTEVQNTLLQNGFTADSTLGIISNLVDKEAITMSANHVFLLFAIVFVFAGLVIWLCPKPKQVSGMPSH >WP_100498040.1 8-amino-7-oxononanoate synthase [Geodermatophilus chilensis] MTETSESAFLERLRAEAAKRDEAGLTRVLRPRAAGTPTLDLAGNDYLGLATDPRVTGAAAAATHRWGAGSGASRLVTGTLDLHVELEAALARHCAQPAALVFSSGYLANLGVVTALAGQDAVVVSDAHVHASLVDACRLARARVQVVPHGDVAAVEAALAARSEPHALVLTESVFSVLGDAAPLAELAEVTHRHGGVLVVDEAHGIGVCGDRGQGLLAALGLAGRPDVVVTVTLSKALGSQGGAVLGAPEIVEHLVNTARPFIFDTGLNPAAAAAAVAALDVLQQEPERIAAVRTAARALADAAGMPPADGAVLSVPMPSPDAAVAAAEAFAERGVRVGCFRPPSVPDGISRMRFTARATLAGTALDRATDTVRSVLADRR >XP_047387430.1 xylulose kinase isoform X1 [Sciurus carolinensis] MAEHAARSCCLGWDFSTQQVKVVAIDAEMNVFYEDSVHFDRDLPEFGTQGGVHVHKDRLTVTSPVLMWIQALDIILEKMKTSGFDFSQVLALSGAGQQHGSIYWKTGASLALTTLSPDLPLHQQLQACFSISDCPVWMDSSTTAQCRQLEAAVGGAQTLSCLTGSRAYERFTGNQIAKICQQNPEAYSHTERISLVSSFAASLFLGSYSPIDYSDGSGMNLFQIQDKVWSQTCLDACAPHLEEKLGTPVPSCSVVGAISSYYVQRYGFPPGCKVVAFTGDNPASLAGMRLEEGDIAVSLGTSDTLFLWLQEPTPALEGHIFCNPVDPQHYMALLCFKNGSLMREKIRDECASCSWSEFSKALQSTEMGNGGNLGFYFDVMEITPEIIGRHRFDAENQEVPAFPRDVEIRALIEGQFMAKRIHAEGLGYQVMPKTKILATGGASHNKDILQVLADIFGAPVYVIDTANSACVGSAYQAFHGGTDVPFTEVVKLAPNPRLAATPSPGASQVYEALLPRYAKLEQRVLFRTQRTLE >WP_023050329.1 MULTISPECIES: sensor domain-containing diguanylate cyclase [Cetobacterium] >ERT69275.1 hypothetical protein HMPREF0202_00784 [Cetobacterium somerae ATCC BAA-474] >MBC2854398.1 diguanylate cyclase [Cetobacterium sp. 2G large] >MCQ9627033.1 diguanylate cyclase [Cetobacterium somerae] MFKNILLDNLTIGILVLDSNLEVKYLNKKMRNILKEQNIDEKRLNLSVKEFSLIENYQVRTYDIEVENEKFVQMEFHEIMEKSEYKLVTMLDTVQDFIFYLDSKGRIEYFNESYANYLGKSYLEIIGKKESEFFPKKMAEKCEINNRKALENGNFYEEEKFQGRWYQTFKSRVDLGNDKYGILGMIKEITDSKKKTLDLKEKVYKDLLTGLYNRNFYEEKINKLLENKKNTIFSMMILDIDKFKEINDNNGHDIGDLVLKKISEILKRNVRKSNDFIIRIGGDELSIIIDGTLEDLEKIYERIQKDLEKENLSNDLKFSVSVGMAERYENESLNSLYKKADIELYKMKDKKQKIK >PYP94120.1 DNA-binding response regulator [Gemmatimonadota bacterium] MQLLLVEDDRDLRRFLSKAFREEGYGVVEADSGDRALDRALDGTFNCIVLDVMLPGRDGFSVVEELRKRGVFTPVLLLTARDELESRVRGLEGGADDYLTKPFDLSELIARVHALIRRAELRHQNATLTVGDLALDPLKRRVTQGDRVVDLSPREFALLEFLMRNAGRTVSRSRIAEAVWNYKFDPETNVVDVYVNYLRKKLSFAGRTAPIRTVRGSGYRLEGGAGGGGETP >EDV6147146.1 E3 ubiquitin--protein ligase [Salmonella enterica subsp. arizonae serovar 62:z4,z23:-] RMLAYAGCEENIHSGLHGENHYCIMDEDNQEILSVTLDDAGNYTVNCQEYSETYRLTMETEPGEEYTEHAEGASGTSRLPATTAPQTAAEYYAVWSAWQRAAPEGEARGRAAAVKKMRDCLKNGNPVLCLERAGLTTLPDHLPPHITILFIPGNNLTSLPALPSGLRELSVSYNQLTSLPPLPSGLWKLSVFNNQLASLPPLPSGLQTLWAYHNQLPSLPALPPGLRDLSVSNNQLASLPALPSGLRKLWVSHNQLPSLPELPSGLRALWVSHNQLASLPESITGLSSEATVDLEGNPLSERTLQTLRDITSAPDYSGPRIRFDMAGPSVPREARALHLAVADWLMPAREGEPDPADRWHASGQEDNAAAFSLFLDRLRETENFEKDAGFKAQISSWLALLAEDDVLRAKTFAMATEATSSCQDRITLALHHMKNVQLVHNAEKGVYDNNLPGLVSTGREMFRMEMLERIAREKARTLAFVDEIEVYLAYQNKLKKPLGLTSVTAKMRFFGVSGVTASDLRSAERQVKAAEKREFSEWILQWGPLHSVLERKEPERFNALREKQISDYEHTYQMLSDTELKPSGLVGNTDAECTIGVRAMESAKKEFLNGLRPLVEEMLGSYLKVKARWRLN >WP_101164019.1 extracellular solute-binding protein [Pseudoalteromonas sp. 78C3] >PKH90867.1 ABC transporter substrate-binding protein [Pseudoalteromonas sp. 78C3] MKRRTFIQGLAALGVVGSLPLPLSRALAADIANPVSVDDLPKLKGELTLYLGRGEGGLYENVLQAIQKKNPDFKLGIRRGPTAALANTIVAEAKAGVRRADLFWAVDSGAIGLVTDAGLAQPIPGDLSAQLQPQFRYKEWAPVTGRIRTLPYNTSRLTKDQIPTSIMEIADSDLSIGWAPAYASFQSFVTAMRILEGDDKTAKWLKKIKKRAKTYAGELGVVMGVERGEVDIGFANHYYTLRLKSGKPDAKLDLAFTQNDAGCLVNASGVLALNDDPLATNFMRYLLSKKVQGYLASEAYEIPLVNGITQPEGLPSLANISPPKVDLTQLADLRPTIDLMRSSGVL >MBQ2777352.1 FAD-dependent oxidoreductase [Peptococcaceae bacterium] MSRIYLDSAQKGQETIDALYAKLANRLAANPNGLCPVESVQAFLRLAHSQSCGKCVPCRIGLGQLVQMMEDVLDGTADMQTLALIEKTAESIYLTADCAIGYEAARMAYNSVKDFKDDFTAHIKEGRCLGNLSQSVPCVSFCPAKVDIPGYVALVGEGRYSDAVQLIRKDNPFPTACAFVCEHPCEHDCRRNMVDDAINIRALKRYAVDHAEDVPAPKNAPSTGKTVAIVGGGPSGMTAAYYLQLMGHQVTVYERLAQLGGMIRYGIPSYRLPRERLDEDLNHILSTGVEVKYNVNVGTDVTLDELKAQYDAVYLAIGAHTDKKLRISGEDANGVMSAVEMLRRIGENNPPDFKGKRVVVVGGGNVAMDVARSSVRLGAENVYIAYRRRKKDMTALPEEVEGAIAEGCEVLEMFAPDSVKVDAQNQCVAMCLRPQMAGAIDRSGRPSPVDAPAPIMELACDIVVVAIGQNIQWEYFDENGIPCNRGTIVAGDDTIIQGVDGVFSGGDCVTGPATVVRAIAAGKVATFNIDEYLGFNHELDFGVTVPEVTLIDRTPCGRCNTKEREASDRKNDFAMIEFGLSDAEAKQEALRCLRCDKYGLASLKGGCR >MSX50368.1 formimidoylglutamase [Actinomycetia bacterium] >MSY68116.1 formimidoylglutamase [Actinomycetia bacterium] MALPHDPLWPRAASLFSSEVDNRADVMIVGVPASQTSLSPTSAHETPQAIRQALQRYSTAHADHRVNLEKISLCDAGDVTSPDGDEAGAIAQLKSIGAKSSLLIALGGDNSITYSGVQATGATGLITLDAHYDLRDGVSNGSPVRRLIEAGLSGKKVVQIGIADFSNSTAYAKRAKEFGITVIPRSELRSKSVEEIWARALSIAGDKVFVDFDMDVCDRSVVPACPAAAPGGMSADELRQFAFLAGTSPSVIGADITEIDATKDSADERTVRLASLVVLEMAAGFSTRL >KAI0815695.1 hypothetical protein GGR55DRAFT_699545 [Xylaria sp. FL0064] MPKIGQKLTSLCRSTGSIAPQPYSRDIDDDALFLPTSDQVYLTHTKDGKPALGRKKTSKLLQDYGFAILGQSFGIPSRKDYEGQVRPLSVASQSSGLITAQSTPRKSRAAYAFDDNDEPPTTSRKISNMNASSTTLPMEVARKKDRSISNVHQRTTYNTQPPFMKPQGFDLRNIPPPPPPPPSAMGWRRHPAMNTGAAPVSMNSYSAPFQPAHAPGYSYNGAAMFQGVPNSQHNMVAQYPYHLGMPAPQTIAVPMLPYQQQIKQAQSAGIPQMRAMAAIPPASIPPPPPPPPQEWLQAYGMSTGRKGLYRQETKRGSSAEKSFERVNQDEDPQGDARQTHEKSKNNEDVRRQLSKRIRHVHVCAGCGKKRSARYQRAHPLKRGEIPELNYCYSCLKDAADTDYGESDGGSINGPSYRKHHRKTSVPWPSSDEARTIADGEYSYEQSRHGRRWVKKSNRLGPLSKLFSRKMASSSLPPGWSGSSAEESRSRASSPVSDMYSVHSSRPSVRRRHRSGTVRQAKRVASPRRRRDSTDSWSTRYCSPPGSSEELPRKAKNEGKLRTTSNNKQTTAQPRSRIPRPRPHTRSTDTDSSPLADIDDMAHILGNSLCLDTTGGIMEAPTSPRMDTSSPSSHGTIPEKARGTVKQDTHGSTSEGVKKRCLSSEIADDAKVPSDANGLGAQTSMNESSRTSLAAGSKAVLKETTNKATDHSRPKYASAGTQVPSNNIPRINVEQAETLYEFPSSAKSRRQPLSDEGLPAADGYKVAFNWNEPLTPLDVPYTGSSHSPRVMTDSWSGYQTDLEREAEEMAERDLAFAGKLFDSLSASFGGSATSAFPMSSFVATSNRSIVSYNSDSDHSDVGAAVPIITELDVEEDTEAIKPTQRIEFSSEEEQEQKKFAKSRSPTELTVPHVQHPVSRIYELPDDHNDNLYDEDDYDVEYYFASPIGSSLIGHTGHSADELVRDSTPDTHRPRGLLRLLSA >WP_123653117.1 MULTISPECIES: ABC transporter permease [unclassified Curtobacterium] >ROP65796.1 osmoprotectant transport system permease protein [Curtobacterium sp. ZW137] >ROS74152.1 osmoprotectant transport system permease protein [Curtobacterium sp. PhB130] >TCK62968.1 osmoprotectant transport system permease protein [Curtobacterium sp. PhB136] MNLFAGAIAWIFDPANSTGPNGIPVRLVEHIWITLLSVVIACAIAVPLGLVIGHTGKGKSLAVGFSGGVRALPTLGLLTILALWIGLGIQAPLISLVILAIPSILAGTYSGLEAIDRVTIDAARAQGMTTWQLLTKVEIPLGLPLIVGGIRAAVLQVIATATLAAYINAGGLGGYAFSGLANQDYEEVLGGSLLVIALAIVFEIVFAVLQRLAVPAGLTAASASDGRRDADSSESRASTPLEGTLQ >WP_025579907.1 MULTISPECIES: glycogen/starch/alpha-glucan phosphorylase [Blautia] >MBS5705646.1 glycogen/starch/alpha-glucan phosphorylase [Ruminococcus sp.] >MBT9807380.1 glycogen/starch/alpha-glucan family phosphorylase [Blautia wexlerae] >UWO20871.1 glycogen/starch/alpha-glucan phosphorylase [Blautia wexlerae DSM 19850] >CUO27371.1 Maltodextrin phosphorylase [Blautia obeum] >VUX63411.1 Glycogen phosphorylase [Blautia wexlerae] MTNEMFKKEAFKKSVKDNVKFLYRKTIEEATQEQIFQAVSYSVKDVIIDNWLATQKAYDEQDPKIVYYMSMEFLMGRALGNNLINLCAYGEVKEALEELGFDLNCIEDQEPDPALGNGGLGRLAACFLDSLATLNYAAYGCGIRYHYGMFKQKIQNGYQIEVPDNWLKNGYPFELRRPEYAKEVHFGGYVRVEYDPEKGGNKFIHEGYQAVKAIPYDMPITGYDNDVVNTLRIWDAEPIVDFELDSFDKGDYKKAVEQENLARNIVEVLYPNDNHYAGKELRLKQQYFFVSASLQAAIAKYKKKHDDIHKLYEKVTFQMNDTHPTVAVAELMRILMDEEGLGWDEAWEVTRKSVAYTNHTIMSEALEKWPIELFSRLLPRVYQIIEEINRRFILEIQAKYPGNYEKIKKMAIIYDGQVKMAHLAIAAGYSVNGVARLHTEILKNQELKDFYEMMPEKFNNKTNGITQRRFLLHANPLLADWITEHIGPDWVTDLPQLKKLAVYADDEKALQEFMNIKFKNKERLAKYILEHNGVEVDPHSIFDVQVKRLHEYKRQLLNILHVIYLYNQIKMHPEMEFYPRTFIFGAKASAGYATAKKIIKLINSVADVVNNDTSINGKIKVVFIENYRVSNAEWIFAAADVSEQISTASKEASGTGNMKFMLNGAPTLGTMDGANVEIVEEVGAENAFIFGLSSDEVINYENNGGYDPNVIYNTDEEIRQVLMQLINGTFSNDTELFRDLYDSLLNTKNTDRADRYFILADFRSYADAQKRVEAAYRDEKGWAKKALLNTACSGKFTSDRTIQEYVDDIWHLDKVIVRKK >WP_066476002.1 CsbD family protein [Bosea sp. WAO] >KUL93954.1 hypothetical protein DK26_19640 [Bosea sp. WAO] MDWNRVEGNWKQLKGKVKEQWGKLTDDDLDVIAGKRDQLEGKIQERYGIEKDRVKTDVDTWYNRQTW >WP_081224968.1 isoleucine--tRNA ligase [Staphylococcus xylosus] >ARD74219.1 isoleucine--tRNA ligase [Staphylococcus xylosus] MDYKDTLLMPKTDFPMRGGLPNKEPKIQEEWDEKNIYQKVLDKNEGNSSYILHDGPPYANGNLHMGHALNKILKDIITRYKSMRGYYAPYVPGWDTHGLPIEQALTKKGVKRKELSIAEFRKKCEAFALEQIENQKKDFKRLGIKGDFNNPYITLKPEYEAAQIRLFGEMADKGLIYKGKKPVYWSPSSESSLAEAEIEYQDKRSPSIYVAFDVKDGKGIVDPDAKFIIWTTTPWTLPSNVAITVHPDLTYGQYNVNGQKYIIGKDLASDVVEALGWDEDTLVLENEFKGKELEYVEAQHPFFERESLVINGLHVTTDAGTGCVHTAPGHGEDDYIVGQKYNLPVISPVDDKGVFTDEAGQFEGMFYDKANKEITDLLKENGALLHLEFITHSYPHDWRTKKPVIFRATPQWFASIDKVRQDILDSIDETQFKVDWGKTRIYNMIRDRGEWVISRQRVWGVPLPVFYAENGDIIMTSETVNHVADLFEANGSNIWFEREAKDLLPEGFTHPSSPNGEFTKETDIMDVWFDSGSSHRGVLEARPELSYPADLYLEGSDQYRGWFNSSITTSVATRGQSPYKMLLSHGFVMDGEGKKMSKSLGNVIVPDQIVKQKGADIARLWVSSVDYLADVRISDEILKQTSDVYRKIRNTLRFMLGNVNDYNPATDAIAEDNLLEVDKYLLNRLRELTANTLDHYDNYDYLDIFQEVQNFINVELSNFYLDYGKDILYIEERDSHKRRSMQTVLYQIVVDMTKLLAPILVHTSEEVWSHIPHVEEESVHLTNMPERVEVDREFVDRWNTFMKLRDDVNRALEVARNEKVIGKSLEAKVVIGRNDNFDATSFLQQFADLQQLFITSQAEVVDHVEDGIPYQYGDIRIEHAHGEKCERCWNYSESLGSVGELNNLCPRCQEVVKTLV >WP_168672621.1 alpha/beta fold hydrolase [Hymenobacter artigasi] >NKI88989.1 pimeloyl-ACP methyl ester carboxylesterase [Hymenobacter artigasi] MTPASNPPTIVFLHGFAESREVWTDFTRTFPDGYRLLAPNLPGHGTNLAPVPDFSMEAQARHVIDYLNQKGCPDPVLLVCHSMGGYVALALAERWPQRVAGLALINSTALPDTDEKRQNREKNISFVERHGVGKFMESFVRPLFAPPNRDKLTDARGLLEEIGKATPASTITGALRGMAARPERTQVLAKAPFPVLLVAGKHDVAVHFDDAVRQAALPPVGAALFLEGSGHLSYLEQPEATRRAVLALAAAVFGR >WP_202730319.1 bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II [Achromobacter xylosoxidans] MSVQLSPLPGSEPESFDIASVAEIIAELRAGRIVILVDEEDRENEGDLVMAAEFVTPEAINFMVTHGRGLVCLTLTEERCRQLDLPLMAARNGTRYGTNFTQSIEAAEGVETGISAADRARTIQVAVARDAKPSDLVQPGHIFPVRAVPGGVLVRAGHTEAGCDLTAMAGLTPAAVICEILKPDGTMARLPDLVEFAREHNLKIGTIADLIQYRSEHESIVKRVGKRSMQTAWGTFEVVAYEDAATGSAHLALVHGTVAPEVETLVRVHEPASVLDVLDTGASPHSWGVAQALQAISQAPAGVLVLMNCQSSTEHLFAQIAGWNDPKANANPANADRFGLRTYGIGAQILRDLNVGQMKLLARPRKMPSMAGFSLTITGYDCDPPNSPATH >MBG5741623.1 ABC transporter permease [Pseudomonas aeruginosa] MAWAALKRNASRFVQAFNTETRIACRSWTIHWLGWCWPLLLFGVISGVYQAGTLLDMPRAVIDKDHSQLSRKLIRELDATSHAQVITVPAGVQEGLDAIRQADAYALLYIPPDFEADVLGGRAPKAELYYNALLYSAGYAATQDFSALVASLNGELRPRLAAGMPAALPHLASISVSYDSLFNASGNYIYYQQFAAIVHLLQLFVIVTMVHVLAREAPELRASSPHILRAKALGVRLVGKLAPYTLLFTALLMLEIFLLVAFSGARINGSPLAMLMITLFYVIAAQSVGLVLFVFTANRFTAYSLVGMLIGVAQTYSGVLIPELAMPTLARVIAEAEPLTHTLHGLFDQFLRQAPPSSALYTCAKLALYPLIAYMIAKMRLRSRLDLSPI >KRF62093.1 hypothetical protein ASG99_06755 [Bacillus sp. Soil768D1] MMMVLDDLYNRVVFQISLEEVMKVLQGIKSKQESEIESMKTRIHKYEQKRRAEEAWYQSLSPFKRFFTGRAPSHHQAVEHLVNVKERYIKIESIKQKVAIINEAIRLLEADPEKREIILPPTIIEEIKAWRKVEGLPI >WP_246995487.1 hypothetical protein [Gordonia alkaliphila] >MCK0440380.1 hypothetical protein [Gordonia alkaliphila] MIGRVVGVVSGLILLVAAVAAWWVSPVVTAVLVGVAVVAMTGWQLYRRAHHIEPAAQNVWTVYIWPLTFGALAVIALNGWIYRISADAGGESGSVGTLIGLATGVVGMAGAYGYGRVRAQNVQISEQRYGAARDEQESEDEADAAPAQEWFFPQQ >MCF7895906.1 aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Candidatus Omnitrophota bacterium] MDIKTLYQKYSLNTYSRQGPVFVKGRGSWLEDQEGNKYLDLFPGWGVSILGHCHRRLTQVINSQAKKLLHLPNNLFSSEQALLAKKISQLSFRSKLFFANSGAEAVEAAIKFSRLWRPGDNQIVVMKNSFHGRTFGALSATGQKKYKQYFKPLLSGFKEAKFNDFGHLKSKVGPKTSAIFLELIQGEGGVNIAEKAYMEKIAKFCRKNKILLIIDEVQTGMGRTGKMFCYQHYNLTPDILILSKGLGAGVPISAVVVKKRIADIIKPGMHASTFGGSPFVTRVASEVFDIIKEEKILDNVRKQGSYLKKSLLKLKDKFSSIKKVKGVALMQAVECSRPT >MCB4366171.1 glycine cleavage system protein H [Hydrogenophaga taeniospiralis] MSLTEPIYPDDLLYHVEHQVWARVGDDGCATVGITSLGIRLAGEIYMCRPKGVGSAIEQGRSIAVVELAKSIVSVKSPVSGQVVAVNPELAQTPERVHLDPYGAGWLARVRLTDLAADRAALVQGDAVASAMQAHARLFRQD >MCI6020178.1 hypothetical protein [[Bacteroides] pectinophilus] MFGKKRREKKDFNLTYDNLAIPEVHTRQDDTTDSSITPDDASDATAVTDDVFMDCDEAKGHEVSYEGVAIPEVHIGKRRR >WP_029347391.1 MULTISPECIES: ATP-binding cassette domain-containing protein [Mesorhizobium] >RWC47022.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp.] >PAP97088.1 sugar ABC transporter ATP-binding protein [Mesorhizobium wenxiniae] >RUV30344.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp. M5C.F.Ca.IN.020.32.2.1] >RUV62313.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp. M5C.F.Ca.IN.020.29.1.1] >RWD49558.1 sugar ABC transporter ATP-binding protein [Mesorhizobium sp.] MSDIVLKTENLTKYYGGVHALEGANFELRKGEHVAIMGDNGAGKSTFVRQITAVEQRTSGKVWFDGKEVNFAGPIAAREAGIETVFQNLALADDLDVPSNLFLGREKVLFNLGPFSILDRKFMRKATEAALIRTAVKIPNLSNTIRHMSGGQRQCVAIARTATFASKLIIMDEPTAALGVQETMQVENIIRTLKANGEPLILISHNMRQVFDLVDRIVVFRRGRIVANLRKQDTDGNDVVSYITGAKTGEAELAA >MBQ7739147.1 YedE-related selenium metabolism membrane protein [Desulfovibrionaceae bacterium] MKNNFFATTPGIVVVGAIIGLLAILLQKFGNPANMGICVACFERDISGALGLHRAAIVQYLRPEIMGLVLGSLIASIVSREFKPRGGSAPLVRFLLGIVAAMGALVFLGCPWRTILRLAGGDGNALFGFAGLAVGIFIGTLFFRKGYSLGRSEKQSTMAGAIFPLLIFGLLLLYVLFPQVQGQPQSGPLFYSVKGPGSMHAPFGASLGFAVIIGFLAQRSRFCTMGALRDLFLFRYWHLFLGILALFVVAFGLNAAFGTLKLGFAGQPVAHTDSLWNFGGMVTAGLAFALAGGCPGRQLFMAGEGDSDAGIFAIGMLVGAALAHNLGTASSGAGIGTYGIHATVIGFIICLAIGFAHIKRA >XP_029528577.1 serine/threonine-protein kinase Sgk2-like isoform X1 [Oncorhynchus nerka] MDNWSQLQSANSIDVNLGHSHNHHAKPSDFEILAIIGKGTFGKVLLAKLKSDNKFYAVKVLQKKIILRKKEQKNIMAERNVLLKSMKHPFLVGLHYSFQTPEKLYFVMDYVNGGELFYHLQREHCFSEPRARFYTAELASAIGYLHSHNIVYRDLKPENVLLDSEGHVVLTDFGLCKEGIDPESTTSTFCGTPEYLAPEVLKQQPYDHTVDWWCLGTVLYEMIYGLPPFYSQDMSEMYDNILHRPLSVPGGASSVACDLLMGLLQKDQHRRLGAIADFLEVKNHTFFSPINWDDLYHRRIKPPYNPNVNGPADMQHIDPEFTKEMVSGSVGVTPEFSNLSTNSPNAFTGFSYVSSDDNFL >MCP4697618.1 hypothetical protein [Gammaproteobacteria bacterium] MKTFLKNVPVPKWVMVELLAILSLGRILPVAELTVSKAGENIMSTRNHLFYIMFGIVLSTLAVIHTPVFAAEMFTEAANTYGVADNENDLSMVWLDFDNDNDLDVLILPAWQKTLDHDVVLYRNDGNAFTNISDTTGLTGYNLSNHISIGDYDNDGDIDLLLGAKLFRNDFNQSGTFTLIGTYGHTFVDYDNDGYLDIFSKGWGSAGRLYKNNGGGFTEIAGALGLNANSGHTRSLNLADYDGDGDMDILIVNGRYERPALFRNDVNTNGLFTDSTDAMGLSGAGGIGYTESGIWGDYDNDGDLDLYIVNSGLYRNDGNVFTNVTAALNVTMTGVHGFHANWGDYDNDGDLDLYVAVEALHPNRLYRNEIREGNGFVETGEMADEMQRDYGGSWGDFDKDGDLDYFLVGGYHYDDPAVNRLYQNNAAENGNHWLHLNLAGTISNRSAIGATIRIAAGGQEQTRHIASYGAGSSQNTFPVVLGLGAESTIDTLTIHWPSGIEQVFNNVAADQVLTVTETVIVTNVSSTAPDGVYGISQTIPVTVTFNVPVNVTGMPQMILETGDPDATANYSSGSGTDTLIFNYDVASGHHSTDLKYTGPAALILNGGAIADASAHDAILSLPDPGAPGSLGANKALVVDGMAPAVINVFSSNANGIYGSGQTITINVKFSETVNVSSGIPRLNLETGAADAAADYSGGSGSGSDTLIFNYTAAAGHASADLDYVSTEALALNGATIQDTMGNDADLTLAAPGSAGSLAANKNIEIDTSLVINEVDYDQGGTDTGEFIEIKNISSGTVDLGAYAVQLIDNAGASDYQTIGLNGDLAAGDYYVICTDNTKVLHCDQDVSPDTDFIRDGTPNAVSLIKGVSVLDALSYEGNTPNGYTETSGAPADNGDTTLTGLSRYPDGTDSNDNANDFSLRCVTPGGANKIADNEACFELSIDDKSVIEGDSGTVSTAFTISLSHAATSAVTANVATADSTAAAGSDYAALVSMPITFLANDNTAQTIDVMINGDEIDENAGETFYVQLNDISANAVIANNQQGAGTITDDDAAGIAVYPAADLMTSESGAQAVFTVILKSEPVADVDIALSSSDTSEGTVSSAVLTFTSDDWNTAQTVTITGIDDSPSAVDGDIAYAIVTAAAASDDDNYNGLNPEDISVANSDNDVSGITISPVSGLITTEAGGKATFTVTLNTRPSAGVTLSLRSSEPGEGTVSPASLTFSADNWNVAQPVTVTGVDDSPPAADGDIAYTVITAAAVSEDDDYNELNPDDVLVANKDNDIPGFSISPVSGLITTESGDKATFTVKLNTRPSADITLPLNSSEPGEGTVSPASLTFTADNWNVAQTVTVTGIDDSPPVADGNIAYTVVTAAAVSVDDNYSGLNPDDISVINNDNDVPGFAISPVSGLITTESGDKATFTVKLNTRPSADISLPLSSSEPGEGT >MCF6323317.1 shikimate dehydrogenase [Gammaproteobacteria bacterium] MSSLFDFDAKPDAYAVMGNPISHSKSPLIHAAFARQTQQRLDYSAIQVDAGGFEQAVGNFRASGGKGLNITVPFKQEAWKFVDERSERAVQAGAVNTISFDDGCCIGDNTDGVGLVRDLIENHSVGLAGKRILILGAGGAVRGVLGPMLAQQPSKIVIANRTEEKALTLANEFNRRDQLRGCGFPAIDDQSFDLIINGTAASLRGDLPPVPATAISNNTCCYDMMYGKMPTVFMAWASKHGALKVLDGLGMLVEQAAESFFIWRGIRPDTREVIASVKAAL >WP_136027195.1 vitamin B12 ABC transporter substrate-binding protein BtuF [Klebsiella variicola] >QHW98968.1 vitamin B12 ABC transporter substrate-binding protein BtuF [Klebsiella variicola] >VGP99364.1 Vitamin B12-binding protein [Klebsiella variicola] MAKSLSFALAALLLLAPAWLLAAPRVVTLSPANTELAFAAGITPVGVSSYSDYPPQAKTIEQVASWQGMNLERIVALKPDVVLAWRGGNAERQVNQLQSLGIHVLWVQTSTIEEIIATLRQLAQWSPQPEKAQQAALAMQQEYDALKARYANAPKKRVFLQFGSTPLFTSGPGSIQDQVLRLCGGENIFATSRVPWPQVSREQVLARQPQAIVVTGDASRIAEAQRFWQHQLTISLIALHSDWFERASPRIILAAKQLCAALDQVK >WP_216395189.1 anchored repeat ABC transporter, substrate-binding protein [Arcanobacterium phocae] MALALLSGCSSPTSSQEHHVVASTPFLADITRNVAGDRLDVVPLVPPGRDPHTYEATFSTIRSIAYADLAITNQLLLEDAALMDSLHANLPKDSRIVALGDEAVPFGAYHIPLVEDVSLSTAWLGLRVDGAGGSQDSVTFTAQDFDGPAKMAAFTTGTFGQANAWLNTSDGISDADKLALPTNAHTHMSWAFSRPGIYHLTLGAALTTTDSKTDLGSSTVTFAVGVDPASVADKMKDDDGQPARVINSGHLDITASLQGGLSLRGEDASGTSFVTDPTSAVIAVPHSTATKIPQKGNWRFIGKPGDDVWILAQAVIGKHVHGEIDPHMWLDVRNTMAYVDVIAEALATYDPAGKATYLVNATDYKDKLAKLDRWMRLTLAGIPENQRRLVTSHDGYGYFAKGYGLEVAGYVSPNPSLEPSTRDLANLSATLAALRVPAVFAELGGSGQSPALKNLARANNIDICSITGDVVQDGQTYIDLMTNLTTTVTTCLNPGALPPWPADLDIPKVEQ >NBU29208.1 DUF2497 domain-containing protein [Caulobacteraceae bacterium] MSEQTAQEPTMEEILASIRRIISEDDAPPAEAAPAAVLAPVEPEDEDVLELTDAIEASAPLESHGDLDIYEPPAAAPAPAPEPVAWTPPPEPAPAPRPEPQPVAYVAPSVADHDPIIGAAAAAATASAFGRLEAALAMPAPGRSLDDVVRELLKPLIKTWLDDNLPRIVEAKVTEAVEKLQRGRVV >WP_116073910.1 DNA polymerase I [Priestia megaterium] >RDZ15629.1 DNA polymerase I [Priestia megaterium] MTQKLVLIDGNSIAYRAFFALPLLNNDKGIHTNAIYGFTTMLTRILEEEKPTHLLVAFDAGKTTFRHKTFTEYKGGRQKTPPELSEQFPFIRELLDAYGIKRYELPDYEADDIIGTLSKQAEQKGMAVKVISGDKDLLQLVSELVTVDITRKGITDVDSYTPAAIDEKYGITAAQIIDMKGLMGDSSDNIPGVPGVGEKTALKLLKEFETVENVLQSIDQVSGKKLKEKLEDNRESAIMSKKLATIYCEAPLEVSVEDAKYDGFESSKVISLFKELGFNSLLAKFGESAEEEADFEDLTFEIAQEVHDDMLTSEAALIVEGYEENYHHNQLLGFGISNKNGHYFIDKDTALSSSKFKAWLEDERVKKTVFNGKRTIVSLKWAGHEIKGIEHDVMIASYILNPAEANDDLATIAKLKGYHQVQSDEAVYGKGAKRSIAEADQLAEHVIRKAAAVAYLKEVLEKELVENEQFELFEKLEMPLAIVLADMEYQGVKIDRARLDEMGEDLREQLEKIEAKIYEYAGQEFNINSPKQLGVVLFEKMQLPVIKKTKTGYSTSADVLEQLASTHDIIPEILQYRQLGKLQSTYIEGLKKVIHESDGKVHTRFNQTLTQTGRLSSVDPNLQNIPIRLEEGKKIRGAFVPSQPDWLIFAADYSQIELRVLAHIADDEKLIDAFKHDLDIHTKTAMDVFHVEREEVTSNMRRQAKAVNFGIVYGISDYGLSQSLGITRKAAATFIERYLKSFPGVQEYMDTIVRDAKEKGYVTTLLHRRRYLPEITSRNFNLRSFAERTAMNTPIQGTAADIIKKAMIEMDKRLKDENLQAKLLLQVHDELIFEAPEEEIKILEKIVPEVMEHALELEVPLKVDYSYGKTWYEAK >XP_027063577.1 uncharacterized protein LOC113689956 [Coffea arabica] MFIVGHRICTRAVQELFGYSGETISCHFNNVLMTIMAISWDVFPPPRPDVPPEFVKILNLSSFSVGLDEQVPFWNKSGFLSQNVRAVCSFSMKFHYVLAGWEGSAPDVQILGSAVTKDLEMVQYMKTSK >WP_175715079.1 DUF4148 domain-containing protein [Burkholderia ambifaria] MKSLVRLFVAALAVSAPLLAHAQGLTREQVREDMIRYEAAGFNPAHANPRTWVDDARAASPHVMAARYADGRTSLADRGTAVDAHCD >WP_034146623.1 Ldh family oxidoreductase [Pseudomonas fluorescens] >KII37323.1 lactate dehydrogenase [Pseudomonas fluorescens] MSAPRDSVSTVVSQNLSLAELTALLEKIFLRHGTSADVARVLAENCAGAERDGAHSHGVFRIPGYVSTLKSGWVNGQAVPVVEDVASGFVRVDAQNGFAQPALSAARSLLVEKARSAGIAVLAIRNSHHFAALWPDVEPFAYEGLVALSVVNSMTCVVPHGADRPLFGTNPIAFAAPRADGEPIVFDLATSAIAHGDVQIAARKGERLSPGMGVDGLGQPTQDPKAILEGGALLPFGGHKGSALSMMVELLAAALTGGNFSFEFDWKNHPGAKTPWTGQLLIVIDPSKAAGQSFAERSQELVRQMHGVGLKRLPGDRRHHQRAKSQTNGIALDEQTMADLRELAGL >WP_237414093.1 MarR family winged helix-turn-helix transcriptional regulator [Acinetobacter nectaris] MLDNSSIMQSIGLGDSSMNKIEFLLQQNHIGTLIGKKLDLALSVHGINSTEFIVMYHLNHAQERKLSRIALAEKVALTASGVTRVLLPMEKIGLIQKNINPRDARQSLVLLTENGQKIVQDAILTVTYTSESIFSLINEDEISSLFSLLNKLKF >EEW7484806.1 IS3 family transposase [Escherichia coli] >EFB1168540.1 IS3 family transposase [Escherichia coli] >EFB3194574.1 IS3 family transposase [Escherichia coli] >EFC9591053.1 IS3 family transposase [Escherichia coli] >EFD4121895.1 IS3 family transposase [Escherichia coli] CYLAVVMDLFARRVIGWSLSAHADTALISSALRMAYETRGQPRDVVFHSDQGSQYTGLKYQQLLWRCRINQSVSRRGNCWDNSPMERFFRSLKTEWVPTNGYAGKDEARQQINDYILNYYNSVRPHHYNGGLTPEESENRYHFY >WP_225118260.1 PAS domain S-box protein, partial [Bradyrhizobium sp. BRP22] MIILSRRNYKKSAPERGLMRTDMAANTGLRQGDFKAISSRRGQFALAAAVVASVLIFLADALSPIDGAVAVLYTGVVLTLAPLGRRFVIASGCITAVLTTIAFLIGHAEDPLGGAHLRYAVSLVAIAITVMLSLRDRSARTTLAEQARILELSHDTVIVRDQSDMIRYWNEGAERLYGWTRGEALGKRCSDLLQSAVPAREISAALAQSGTWSGEIVRTRRDGTRLILASRWLERRDPDGRAIGIIETSADLTESRRALAERRSSEQRYSTIFNSAGFAALECDLSKAMRLILDGKGPADDCETWLRSNPQILRAAAKEIGIYNANSAALTMFEADTVADLTDGNVVLGQLPDSEPAIAHIFASLAAGASLAEIETRCATLHGRIIDAVLRVSVLPDGQDWSRVLLMAFDVTERNEARAKIEQTSVELAHAGRIALLGQLAGSIVHEVNQPLAAIINYGKSGKRWLTRPNPDLTEVTDCLDKIVSNGNRAAEVVGRVRALAKKTAPQTSSVDMGALVQDAVALLAREARAAAATIRIEEVNIRGPIVCDRVQVQQVIVNLLMNALHATRGITDRPHEIRVKIDGAAENFIKVAVEDSGTGIEGNPERIFEPFFTTKSDGMGLGLSICRTIIEGQGGRVSASN >XP_056429915.1 neuronal cell adhesion molecule isoform X12 [Hyla sarda] MQKKRLFPSRASLVLVLCQVITALEVPLDLPQPPTITHQSPKNYIVDPRENIVIQCAAKGKPPPSFTWTRNGTHFDTEKDPLVTMKPNSGTLEINIMNGGKAEAYEGEYQCTAKNDRGTAVSNVIVIRQSRSPLWTKEKIEPIVIQQGMPLVLPCKPPKGLPPPLIFWMNNYFQRLPQNGRVSQGLNGDLYFSNVQPNDTRDFYICYARFNLTQTIHQKQPISLKVLTNSPVDNRPPTFLTPISQTSNKTVLKDQVLLLECIAEGLPTPEIRWNKEGGELPSNRVFYENFNKTLKIIGVSEEDAGRYRCTAQNNLGSIHHVITVIVKAAPYWITKPENLILSPGDDGTLICRAHGNPAPSITWLINGVAIDLAPNDPSRVVDGDSVIFTKVHERASAVFQCNASNIYGYVLANAFVNVLAERPRILSSQKIYQVIANRPALLHCKSFGSPVPSIEWFKGVQSSFLHGNNYVFHDNGTLEVQVAQKDSSGRYTCVARNKLGTDQKVIELQVKDPTMIISQPEYRVVQRYGSTSFECKFKHDPTLVAEVMWLRNNSELLADDRYILEKERLTIKNITEKDKGMYTCVANTTLDRVSASAELSVVEPTQPPPVKTDRPDPPLDLELTDRLDRSVQLSWVPGDDNNSPITEFIIEYEDAMHEPGVWHVHSKVSGTQSTATLSLSPYVNYSFRVIAVNEIGRSDHSDSSERYMTKAAEPDSNPSGIKGVGTEPDNLVITWKPMKGFDCNGPGLQYKVSWRQKDVDEEWTSVTVANVSKYIVSGTSTFVPYEIKVQTLNDLGYAPEPAVVIGHSGEDLPMVAPSNVEVEVINTTLAKVRWDSVPLTSVRGHLQGYRVYYWKAQNKTIRNRRHIEKWMLPFSGNRTHGMLPGLQPNTNYFLNVRVVNGKGEGPASKDKYFETPEGVPSVAFLQIIHQSHDSLTLMWSPPAHPNGVLTKYTLKYQSINATHELGPPVEITIPVNETSHILKNLAQNTRYKFYFNAHTAVGPGSQSTQEAITLMDEAMASRQVDIATQGWFIGLMCAVALIILILLIVCFIRRNKGGKYPVKEKEDAHADPEIQPMKEDDGTFGEYSDAEDHKPLKKGSRTPSDRTVKKEDSDDSLVDYGEGVNGQFNEDGSFIGQYSGKKEKEPVEGNESSEAPSPVNAMNSFV >WP_049882603.1 hypothetical protein, partial [Staphylococcus aureus] >EVQ34471.1 phage protein, partial [Staphylococcus aureus M1395] KDYKARIDELIDEDVFKLITNPQAFNLLDWKKRRSLLFEIAKPINDEDVIKTNDDFKELNNILGDHEIETKKKILTDKIKQINKDIKDIPIRINQTQQNKQDVPEFDNDRYAIIKQEIEQLENERIDIQNGKEEINLRNQLADKQSELKRIEDNNSASNENKIHALTNELHVENGTVANLKTRLKQNKQQITHEENRRNRLLENHKGLKSDLEKAKNQKFEYLDDNVCSCCGQQLPAEQVNEAREKALQKFNASKSKELETIQVSINHIISEGKKIKPIIEKLEDDNNNLQIKINEAEERSARIQNKINKLKTTHVDVTQTDEYKAVMLEINEINQKRSNIRKTIQDKVSGIDDKISELTQEKSEIEVSRSIEKSNKHLDDVISELRNEEDRLLDEKEKYSHDLYILKEFTTTKVKMLTENINNEFDIAEFKLFNTLVNGELEETCSTTVNGVEYDSGLNNASRINVGLDIINTLSKHFKVTAPIFIDNAESVTELIKTESQQIQLIVNEQDKKLRMETI >MCR9147539.1 phosphodiesterase [Paracoccaceae bacterium] MTQLDPVFGRLPVAHRALHDRAQHRPENSRAAIAAAVARGYAIELDLQPSSDGVVMVFHDDTLDRMTQVSGPISARSADALSRIHLRGGDEGIPRLSEVLAMVGGRVPLLLELKDQHGQMGRGDGVLEQAVAQDLRDYAGPVAVMSFNPEMVIEMARLAVNVPRGIVSCAYDAGAWSALQASTRDRLRGIPDFDRAGASFISHDASDLHSPRVADLKSRGATILCWTIRSAGAEATARRVAHNITFEDYLPDRPA >WP_081612908.1 class I SAM-dependent methyltransferase [Caulobacter vibrioides] MHFDAETVTHRAGLAKLRSLTKINPRLAPNLARTLLGGQRDPGVVDAFNAHAERAGFEFTSTWASNNIPFVAPLLRDFAAKRPDGETIRYMEIGAYEGRNLAFMDWLLPKRLAVTVIDPWFDEALNPEEKYHAVEPRFHRNMARCGFRSLSTHKGFSTYVLPQMLERGERFDLIYVDGSHTALAVLIDLCFCASLLSVGGMMVLDDYWHDISEIGGPGVKQAVDQFHAAFGRYFEIAAVYRQVALVKTSEIPR >WP_149493237.1 BON domain-containing protein [Psychrobacter sp. ANT_H56B] >KAA0923098.1 BON domain-containing protein [Psychrobacter sp. ANT_H56B] MTQMNLRTAIFGSPRRNAIGIILMSSIVTTGCTTNYLTNSTEGTYGVPMTERTIPQRLLDRSIEHTVKINVYGLQENLQQTSRMSIDSFNSIVLLTGEVPTETIKAEVSKVVGSMPDVRQVYNELTVGASKGYSQTVHDGYITSKLMAKTAAADGVKASQIRAVTNNGVVYIMGRMTPTQQSHLIDIANSTVGVTELVLLTTVVDDRGVKLGNDDIMYEANAANLAHPTRVAVVNNRAIPNTSGSVAADATISATPIIVTEDGSPVTEPSSSPYIDLYRNP >MBO9347542.1 Fe-S cluster assembly protein SufD [Chloroflexus sp.] MTTTLPTLNEISADFVVARSQAAGEPVWLTERRREAWITFAQMSPPEWRRTDLSKLDPTTIAPSDGAHATAIQWDPALSAQGVVFTTLAAALHTHEALIQRYIDTAVEPLKHKFSALRAALWQDGALLYVPKGVAIEMPLRLIYTLGADGVAIFPRTLVIIEPQASVTLIEEFTSPDLRAGSFAGPITEIFVGDGASVRFISIQHWGAGVYHLAGQRAILQRDANLEWTSMNLGSQVQHIEAETTLVGNGSRLNWLGATFASDSQNLVIAPWMRHVGHNCESFMQFKTVVNDTAYSVFDGMIKIEHESAGTSTRLEEHALHLSPKARNDSIPGLMISTNDVLKGGHASTSGDIDEEQLFYMQTRGIPRAEAQRMIVMGFFEPALETIPLEELRAELTAEIAAKI >WP_078336203.1 hypothetical protein [Mycobacteroides franklinii] >ORA58548.1 hypothetical protein BST24_21075 [Mycobacteroides franklinii] >TDH17587.1 hypothetical protein EJ571_26800 [Mycobacteroides franklinii] MKDTKQMVKFILVGVLTVVSGIATYIYRDDQLIVDLLTVPLFTGIIGYITNWTGVLMLFAPLRFYGWRIPGLRTLYAFLPRRVQVIPAITSDGRFGWQGIVPSRAEKMASIAVDKSLAKLGSISDFYEQLEPDLIANHLALIAKSEIRSVITKIMEREDPQLWHNLPPALREMMFKRIENQLPQIVKNMTDQIGENIGQLVDAKLMIIRYLTAHPKLLNDIFRTMGHKELQFMQNFGFYFGYPMGFVLVAILHSVPHHWWTPWIVLPLGGVIIGYIVNYLGITMIFEPVHPNKWVPWRQGLFIKRKSEISEEYARTISENVITLENIGNEMLNGPRSDRTRQMLADGIRPALEQALGPARRAIRVAVGRRQYDQITESVTIEATGFAPLAFSDPEFNKQRQGKIGAFVSTQMHKLSLDDFNELLRSAVKQDEWLLFVHGAVLGAAGGLAHLLIFPPAG >XP_012676239.1 LETM1 domain-containing protein 1 isoform X2 [Clupea harengus] MALFSARLSRNMSRLLFRAQVSDMTIGLGTSKQLQTRLRLCQHFSTSKAREGLGQTIIVRLQWANEKYEHFLQERFPNFYILYRTFLNGFQLFFQDAKEVRGIKTRMLANNTDRWTLPYREMEKLRQFRSDMIIAIPLLLISIPPFANYVVFILMYLFPRHLLIRHFWTSQQLVEFQAVYHSHRAHSYRPVMDALMRAVPSIKDGNLQLCLMELCGKVQSGGHPIVSEVHALRTLFVESNLGLKRMYADDMKSLCSLLFLTSHLPSFLIGLRLNSHALELMHLDRALSQLGPNHLSDAEIKQSQRHHCICTAWFF >OGN55943.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPHIGHO2_01_FULL_44_39] >OGN60389.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPHIGHO2_12_FULL_44_59] >OGN66374.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPLOWO2_01_FULL_44_52] >OGN69407.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPLOWO2_02_FULL_45_22] >OGN70560.1 Holliday junction DNA helicase RuvA [Chlamydiae bacterium RIFCSPLOWO2_12_FULL_45_20] MYEYIHGKLVDKTPTKAVVESCGLGYRLMLPLSTYTKLPNLKEEVTLFLSQIVREDSHTLYAFFSKAERDLFELLITISGIGPKTGLSLIGHLELDVLERAVHTGDVKLLSKVPGIGKKTAERLIIEMRDKYKGVKPDLKHMPLQEKGLLGDAMSALINLGYHPLAAQKAAQAALAANKDEIDLGKVITSALKHCH >VEH65358.1 lipoprotein, acid phosphatase family [Rodentibacter pneumotropicus] MLPNANYGGWEGGLKKDYFKGDTQSKIKARLDAIQAWDGK >UNI03201.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] LVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKENVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVXXXXXXXXXXXXXXXXXXXXXXXXMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXEKYCALAPNMMVTNNTFTLKGGAPTKVTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDNNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLVSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSVVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTXXXFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >XP_008997370.1 SOSS complex subunit B2 isoform X2 [Callithrix jacchus] MWKGCLTLYTGRGGELQKIGEFCMVYSEVPNFSEPNPGYRGQQNKGAQSEQKNNSMSSNMGTGTFGPVGNGVHTGPESRGHQFSHAGRSNGWGLRNPQLPGTANNQTVTTTISSGRDPRRAFKR >XP_018358059.1 PREDICTED: nucleobindin-2 isoform X3 [Trachymyrmex cornetzi] MRYLVLFLVVLIIQTSVAPPVEKKNEDRKDKENEVDDSDDLENPEHHMEYHRYLKEVIQALETDVEFRAKLENAKEEDIRTGKIAHELQFVDHKVRTKLDELKREELERLRHLATKEYNRRNDLDIEHLKIAEHLDHSNAHTFEIDDLKKLIAKTTKDLAEADKRRRQQFKEYEMQKKFEEEQKMKGNTGMKEEEKKKYEEELEAMKKKHKDHKPLHHPGSKQQLEEVWEKQDHMEDQEFDPKTFFHLHDLDGNGYWDQDEVKALFLKELDKLYTEGAPEDDIYERREEMERMREHVFNEADFDRDGVISYQEFLVQTMKPDFQQDEGWQGLDEQQVYSQQEYEAFQKHRQEEIQKMVAKGMFPSQYQQQYNYQQYSQQAHPSQQQYSGQILPQQPIVGHVPQYQGQLPQQQPYQPQVPPPQQHYPGQIPQQQYQGQQPQYQMPVPQQPQFQAQQPQQAQQQFQNQPQQVQQQFQGQPQQIQQQTQGQPQQVQQQTQGQPQQAQQQTQQQQMQNQVPQNTQGNVPSSRGAAQINHNLPQQQDSKPVKQQINQNSIPNM >MWD28632.1 dipeptide epimerase [Carideicomes alvinocaridis] MKVEVSRDVFRLAEVFTISRGSRTEAKVLTVRVTDGDVTGRGECVPYARYDETLDSVTAEIEGLPERFDRAALQELLPAGAARNAVDCALWDLEAKRAGKRAWELAGLSAPGPVITAYTLSLAEPEQMRASAAKHAHRPLLKIKLGTPDDMARLEAVREGAPKSRIIVDANEGWSAEVYGELAPHLLRLGVEMVEQPLPAGEDGMLAEIDRPLPVCADESCHDRASLPGIDGKYDMVNIKLDKTGGLTEALALREAARAEGYKVMVGCMVGSSLAMAPAVLLAQGAEVTDLDGPLLLAEDRDAPLEYNAEGVHPSAAALWG >MCF6148530.1 phosphomethylpyrimidine synthase ThiC [Candidatus Kuenenia sp.] MKTQLELARDGIITDAMKEAAAYDDVSPEFIRDGIAKGHIVIYGNPNRKSRVVGIGKGLKTKVNASIGTSPDIIDIDMEVKKAQTAEKYGADTLMELSTGGDLTTIRKRVLDSISLTVGTVPLYQAAIETTQKTGSVVNMDADHLFDVIEQQAEEGIGFMAIHCGINLITLERLKKQGYRYGGLVSRGGSFLTAWMNHNKKENPLYEQIDRLIAIMKKHDVILSLGNGLRAGAVHDSTDRAQIQELIINSEIAEYAQGKGVQIIVEGPGHIPIDEIEANVIIQKRLSNNAPFYMLGPITTDVAPGYDHISSAIGAALSSRYGADFICYVTPPEHLALPNPDDVREGVMAARIAAHVGDMIKLKDKAKNLDLKMGIARRDLDWTTQYETAITKERAQEIRNNRPPMDDDTCTMCGNLCSLKGVMEYYKDDLEKSRKKSATPGAF >RSL59427.1 ATP-dependent rRNA helicase RRP3 [Fusarium sp. AF-6] MANVKSAKRRKVAHDAPKAKKPVVKEVPAEPESESEDEESEEESATLEEPSAEETPDAPKKTFKDLGVNDALCEACEALNYKYPTPIQEKSIPVALQGRDIIGLAETGSGKTAAFALPVLQALLDKPQPLFGLVLAPTRELATQIGQAFEALGSLISLRCAVIVGGLDMVPQAIALGKKPHIIVATPCRLVDHLEKTKGFSLRTLKYLIMDEADRLLDMDFGPSIDKILKFIPRERRTYLFSATLSSKIESLQRASLRDPVRVSISSNKYQTVSTLIQHYMFIPHPQKDTYLIYLVNEHTGKSTIIFTRTVWETQRVAILLRTLGFGAIPLHGQLSQSSRLGALNKFRAGTRDILVATDVAARGLDIPKVDVVLNYDMPQDSKTYIHRVGRTARAGKSGVAINLVTQYDLEIYTRIEAALGKKLTEYPSEKEEVMTFQSRIQEAQRHARIEMKSMSEAKGSKGTINGKRGKRDGKRRRDDMDKEEG >MBW8896250.1 glycosyltransferase family 2 protein [Acidobacteriota bacterium] MSRLKGQLADPLLSVVMPAYNERATIEEMVRRVLAVPIRTELIVVDDGSRDGTRDILSRLAEELRFKLVLQAANGGKGAALRRGFQEVTGDLVVIQDADLEYSPEEFPELISLICEGRADVVYGSRFLGRHRVFLFTHYAGNRFLTLVTNVLYNTMLTDMETCYKVMRTEVLRSMTLESDGFGIEPELTAKIFKRHYRVYEVPITYDGRNYDEGKKITWRDGFVALWVLLKYRFTE >VGP03367.1 hypothetical protein SB00164_02618 [Klebsiella quasipneumoniae subsp. similipneumoniae] MTEQQKITFPQLYQQLDGLMLRDKTRFARRLHGVKKVKNPESQQAILQEMAQEISQAAGKVLLREAARPAITYPENLPVSQKKQEILEAVRDHQVVIVAGETGSGKTTQLPKICMELGRGLKGLIGHTQPRRLAARTVANRIAEELQTEPGGCIGYKVRFSDHVSDNTMVKLMTDGILLAEIQQDRLLMQYDTIIIDEAHERSLNIDFLLGYLKELLPRRPDLKIIITSATIDPERFSKHFNNAPIIEVSGRTYPVEVRYRPIVEEADDTERDQLQAIFDAVDELGREGPGDILIFMSGEREIRDTADALNKLDLRHTEVLPLYARLSNSEQNRVFQPHSGRRIVLATNVAETSLTVPGIKYVIDPGTARISRYSYRTKVQRLPIEPVSQASANQRKGRCGRVSEGICIRLYSEDDFLSRPEFTDPEILRTNLASVILQMTALGLGDIAAFPFVEAPDKRNIQDGVRLLEELGAITTDEQATAYKLTPMGRQLSQLPVDPRLARMVLEAQKHGCVREAMIITSALSIQDPRERPMDKQQASDEKHRRFHDKESDFLAFVNLWNYLGEQQKALSSNQFRRQCRVDFLNYLRVREWQDIYTQLRQVVKELGLPINSEPAEYREIHTALLTGLLSHIGMKDADKQEFTGARNARFSIFPGSGLFKKPPKWTMVAELVETSRLWGRIAARIEPEWVEPVAQHLIKRSYSEPHWERAQGAVMATEKVTVYGLPIVGARKVNYSQIDPALCRELFIRHALVEGDWQTRHAFFRENLKLRAEIEELEHKSRRRDILVDDETLFEFYDQRISHDVISARHFDSWWKQASKETPDLLNFEKSMLIKEGAEQVSKLDYPNFWHQGNLKLRLSYQFEPGADADGVTVHIPLPLLNQVEEAGFEWQIPGLRRELIIALIKSLPKPVRRNFVPAPNYAEAFLGRATPLELPLLDSLERELRKMTGVTIDREAWQWDQVPDHLKITFRVVDDKNKKLQEGRSLQALKEALKGKVQETLSAVADDGI >GAX21055.1 pre-mRNA-splicing factor ISY1 [Fistulifera solaris] MARPAEKARAMLNKWVAMREAGNVDPALRRNRKRPNLASECEHLADAERFRSQIVREISDKIAKIQNPALGEHEIRELNDEINHKLREKWHWNKRIHELGGLDFNAIERKRQIEEGDTQLSGYRYFGAAKDLPGVKELLEKQKAKEQKRNIGDVYKRIPPDYYGWRDEEDGVLLKLEEIASRKLGAKKSRGDLDATVGDADYIDVPTPDEIAGALLEYKKKSLLEKYSL >MBF0248932.1 DnaJ domain-containing protein [Alphaproteobacteria bacterium] >MBF0251588.1 DnaJ domain-containing protein [Alphaproteobacteria bacterium] MGMAYATMDLAPPVTMDDLKTRYKKLVKRYHPDANAGCKLSEERFKEITEAYQTIRKTLQD >XP_056374717.1 neurobeachin-like protein 2 isoform X4 [Hyla sarda] MKPDPAWRSRGAPGQEPELEASTGRMASKEKLYELWLLYFTKKDLNYLQQWLEAFVTNFEKIISVSTLEPRRPEDSSSEIPVLPRDVLKVLSQQLGLCAEDTKADVSLNQALLLLKFFIIISRNLENVEKEKTPVFVCEVIHLLTAATVKLKSAPREEEQEQRALTESVAVYALHLCECLFDPYQTWRRQLGGEIVSAKEKSKYKFSPAALPPEFCSFFKDAFHNGENLPELVKLRLVHLFGAIITGSKVNALLLITPTSVDVLMLVLQSWCVGQERDPRVLQLALDCLISMIQILHGSSPGQRRVEIRQILDCFFKVLNCDRPLYSPERVLGPHWEEGLLALRINMLRAIPQMLDCSDRPVLQAIFLSNNCFEHIIRLIQNSKVIDSDSDAITVNAIGVLTSIMRNSPSAKEVFKERIGYSHLYEVLKSRSQPTKRLLQQLLNMAVEGPYNADPMNCIQNEQPLLILVQWIPDLSSRHLQILVSEWLNQICDSTLGNRMTCVQAGMVAHILTALSSEGALDAKCAENLIHLLQVLGRLSIRPNELRDLIRLLRVNGSAAHPYVTQVIRALSAMARKDGAERALQYFDLSPSMSGIMVPTMQKWPGAGFAFHAWICLNDDMKEDSHTGRRRKQLYSFFAASGTGFEAFFTADGMLVVAVCTKKEYMTVAVPELMFNDSMWHCVDIVHLAGRRPFGQNMVHIYADGQLRKTAPLRFPSLNESFTSCCIGSAGHRTTTTVSTSPSHTPDLTFASHSLLSRSQSFPATSVGHGWGLSGAQNSREGLVSTIVAGAQDTEWGTPTSLEGHFGTVSIFHDSIQATHVKALYLAGPNFVAPFTPESEFSDLAAKLLLFYTPQASKNNICLDLSPSRAFDGRLTGHRVVTWDVKDVVNCIGGMGVLLPLLHQVASQKKEAPEVQETHDLVGPELTSSRNAQSMQLPLGKSSESRLERNEVAAFLLMVKNFIQYHPANQESLLQCHGPAIIGALLQKVSPLILDMNVLMASQMLMNQIASEGHHFLLHHLYQHLLFDFRIWSNSDFAVRLGHIQYLSSIMKDHKQRVRRKYGVQYILDSVRRHYGTQKEEQITEDNMRTTQMSLFTLTKDFLYKNLSPEDLYSVLNYMASVNDEGQVCGVLDVLLSLLKANINNEHLYSFLLEQGNVDVFYFLLVQKKFSDQLREKVFKILYRLMKYEKVNDRVKHRLKLKDIGYQGLICFLSEVPVSMLLIRCLSEQVLGSDVTPNYRDLLAVVYLSHRADLPVKLDVCRKLFHLIYSQQDVVRQLAKQIGWQDILTKLYIKESYESRPRSLSSPMYGGTVCPLKRMGSSKDGESGSYRDGSIDQADPDPVFQNFEASDLDFSEGFSDHSMSPAAKEKPFHAYNFKSFDSSDQASHCSSNMVDASGSEDTSCTDGPPYDNVYQPLSPFSMSPFDLRLDLGSASSAITVESGNQTPASQPGTPSPLETFKPFPGMRVRKSSSLSNVLDENSYQETLPSDTISNTSNPQQTPEEELCNLLTNIIFSVTWRGVEGQEDAAWKERGQVFSVLTKLGSACELVRPPDEIKRSLLEMMLESALTDMKEASTSAGPGHNVHRLLRLLQDFLFSEGDSNEILWSEKIFEGVTNLLEKLNVWNYLAYGTPELKEMAQIGLRIIVGFIKLDDQQMHLAASSKLHEILKYATALKKDETCFLLGSLQLPLLNSLTAKSETFLGLVPIIRTIMDQCYECLQLQQHLPSLPPTNGSPTFHDDLKGFCTTAEWRLFIEKQVQPVMEQLEKETFAKSHDRMSSFWNSCYDALMSSSLRRESDKGESRAKYQELVLEPVLKRIRTENQRYNSVLKQINSQHNAVLRQWRSLLRLLTGPRGAWADQNPPEVRWKLSSAETYSRMRLKLVPNYQFDSHTEASALRDNLGTDPSQAVEDSFPLAVAKEAKVNEQEDDQLAEEDLQNIYHMEIQEQSQREKLVISEDCELITIMAVIPGRLEVTTQHIYFYDLSSEKEETEEGIGYDFKRPLSQLREVHLRRYNLRRSALELFFIDQANYFVNFKKTVRNVVYSRILGLNPPNQFLFGRRSPQELLQVSGLTQKWVWREISNFEYLMQLNTIAGRTYNDLSQYPVFPWILQDYVSETLDLNNPEVFRDLSKPIGVVNERHAREVKEKYESFEDPTGTVDKFHYGTHYSNAAGVMHYMIRMEPLTTLHIQLQSGRFDCSDRQFHSIPAAWQARMENPVDVKELIPEFFYFPEFLENENGFDLGCLQISNGKVDDVVLPLWASSREDFVYKHRQALESEYVSAHLHEWIDLIFGYKQRGEAAVEALNVFYYCTYEGVVDLDAIADETERKALEGIISNFGQTPCQLLKEPHPPRLSAEHAARRLSKMDTYSPNLFERLSELKPFFVEGMMEGVPLVQAVVPKNQAHSFMTQGSPDVLVTVSANGLLGTHGWLPYDKNFSNYFSFTKDPTISNPKTHRLLSGPFALGAELSSQILVVSHDAKLLFSGGHWDNSLRVTYLSRGKVIAHITRHIDVVTCLALDLCGIYLISGSRDTTCMIWEVLQQGGLSAGLSPKPVQVLYGHSDEVTCVAICTELDMAASGSKDGTVIVHTIRRGQFMRCIRPPCESSLPLTVSHLTVGLEGQIVFQSIIEGRSSLKDKFALHLFSVNGKHLSSVGLEEQVSALCVTQNYVVLGTAQCSLQIRDLRSLSPAVTPLPMKVPVHCVSVTKENSHILVGLDDGKLIVVGAGQPLEVRTGQFTRKLWGSTRRISQVSSGETEYRPTESKW >MBM3921745.1 1-acyl-sn-glycerol-3-phosphate acyltransferase [Sphingomonadales bacterium] MKKRISGWLWALWALTSFITTFLIVYVPLMLTWLIPDPVGQTRFITMSRKWIRVWLWMVRCPLRVVGTSHFKNGQSYIVTCNHNSFMDPPLSSPFIPGANKTIAKSSFNRIPLFNFFYQKGGVLVDRSSEKSRKKSYHTMKSVLLKGMHMCIYPEGTRNRTEQPLKSFHDGAFRLALDTGHAIMPAVLLGTKKVMPPEKRFYFKPGPVEIHFLAPVSPEGHTLLSLKERVFSIMESYYVQNSF >MBL8834799.1 phenylacetate--CoA ligase family protein [Alphaproteobacteria bacterium] MPVPHSGIDGVHWPALPTNASALVLAVLQQLEESQGIPPDVHRDRQLRQLARLVGHAARTVPYYRDALAAFAGAGDTPIAPAQWAALPTLTRRDVQNAGTALHSTAVPPQHGAVVNAATSGSTGTPLTVRKTALVQLFWDAFTLREERWHRRDLGAKFAAIRNDERRPADFNGPLASRFDDWGPPVASTYPTGPAVMLDVRCSLAEQIAWLQRETPAYLLSFGLNLLFLARHSIEHGIALPSLRGVRSSGEVLPDEARAACRAAWGVEISDVYSAVEVGHIALQCAEYGRLHVQAENLLVEILDGEGRPCAPGEVGRVVVTALHNFAMPLIRYEIGDLAEVGSPCPCGRTLPVIARVLGRTRALFFLPSGERIYPYFAQKMLAAMPSIIQHQIVQRSTEEIELRLVARRRLTAEEEARIRDTMVAGFGHPFRVAFRYCDDIPRNANGKYEDLRVELSGAPPL >WP_089608892.1 sugar transferase [Dehalobacterium formicoaceticum] MYRFNSRSLLNIRQYLMDIIFIVISYMVSYYIAGRFTFLAGFFEYIWILFIFITSWIYTMYARGMYDITIFKYRDRILRNVLFATFVSALNTAAMTFFIKFHTLSRLFFGIFICSTIVLVLFERYLYFDLAKKFGLRRKKKVVFIGHDVITAKYMHFIKMTDMLLHIVKQINLDQEPDYYNLKDEKLMQDLNQLLRSTEINEVIFTVPSPYFADIRKYAKMCEEMGVTTSIALEFSEFKISQISLSSIGTLSKLTFHSVCLDAYQLFYKRCFDLAGGLVGLLGTTFLAFFIVPAIKLESRGPVFFTQDRMGMNGRVFKLYKFRSMTVDAEDKKKDLMSQNEMGDEMMFKIKEDPRVTKVGKFLRATSLDELPQFLNVLKGEMSLVGTRPPTLDEVAKYENHHWRRISIKPGITGLWQISGRSQITDFEEIVKLDTKYIDNWSLWLDIKIIYKTVMVVFKKSGAY >MCA0387421.1 SDR family oxidoreductase [Bacteroidota bacterium] MRKTAVVTGGAGFIGSFLCEKLLNLDMNVICLDNLITGNINNVGHLFGNDGFSFIKHDVTNFIHVPGNVDYILHFASPASPLDYLQFPIQTLKVGSLGTHKALGLAKEKNAVFLLASTSEVYGDPLVHPQSEDYWGNVNSVGPRGVYDEAKRFAESLTMAYNRYHSVRTRIARIFNTYGPRMRLKDGRALPEFIQQALNGEPLTVFGDGSQTRSFCYIDDLVDGLIKLLLSEETGPVNLGNPDEISIKDFAEEIIELTHSNSVLKYMDLPEDDPKVRQPDISRANNILGWSPKVDRRSGILKTIDYFKQQLKHSITH >WP_183433527.1 ZIP family metal transporter [Mesorhizobium sp. RMAD-H1] MGNQLVLVLATAAGAALASLLGGIIAILLNPTTLLLSIFVGYAGGILMGTFAFEMMPKALEQSSLFIATAGFALGFALVYALDLYVNRGAMAGVEASQKKWVKGYHQRRTPRGGKITVLAGATSVEEVIEGLTIGVGSVIDPMVALITGLAIAIDNIAEALSIGELQREEDKEHYTWPIIKWTGLIGISVFGSALAGWFLFRDLPENVLGFLLATGAGGMFYLTVTDLVPEAEQHHYQESAAISVAAGFLTIFVLSEMV >WP_049682576.1 YesL family protein [Peribacillus loiseleuriae] >KMY51228.1 membrane protein [Peribacillus loiseleuriae] MQKTMGKLFTVCEWIMRLAFVNLLWILFSIAGLLVFGIMPASVALFTIVRKWQMKETDIPVLKTFLTVYRQEFKRSNGLGFGLSLGGAFLIFDFLYLRTVHGALQLALLVPLMIIAAFYITTALYILPVYVHYDLKMITNLKNAFFLGILNFHMTLLMLVTLAAIIILILYQPGLVPFFSVVSIAWILMFGGIYSFNRIEARQSKVSGG >EHL1725675.1 type IV secretion system protein [Salmonella enterica] LSVSWYNSTVIPVVTDFPVWLGNTISGTTHNSGNLVDGLINAYYDGFIALVNSIKFSIWDAAGNTIFIAVCSVLFYVLGGLPFLGVAIGTLITLKAATAIILILGPIFIGFLLFPQTSQYFWGWVGTIGGFMLTQVLFAVVLGLEISYINNFIIKDGVINTDLIGCLCILLYFGAFTMLATELPGYAASIMSGAPSGGVGGVGGLIGKTTGVGAARNMSRTLGR >EFQ4765027.1 host specificity protein J [Salmonella enterica] >HAT5895895.1 host specificity protein J [Salmonella enterica subsp. enterica serovar Typhimurium] MGKGGGKGHTPREAPDNLKSTQLLSVIDAISEGPIEGPVNGLQSVLVNQTPVVDRDGNTNIHGVKVVYRVGEQEQTPLEGFESSGAETVLGVQVKYDNPVTRTITAANIDRLRFTFGVQSLVEANSKGDRNPTSVRLQIHLERYGQWVVEKEITITGKTTTQYLASVIVDNLPPRPFGIRMVRVTADSTTDQLQNNTVWSSYTEIIDVRQRYPNTAVIGLQVESEQFGSQQVTRNYHFFGRIIHVPSNYDPVARTYSGIWDGTFKPAYSNNPAWCLWDVLTHPRYGMGQRIGAADVDRWALYAIGQYCDQMVPDGFGGTEPRMTFNAYLAQQRKAWDVLTDFCSAMRCMPVWNGQMMTFVQDRPSDTVWTYTRSNVVMPDEGTPFRYSFSARKDRHNAVEVNWTDPDNGWQTSTELVEDTVAISHYGRNLVKMDAFGCTSRGQAHRAGLWLIKTELLETQTVDFSVGAEGLRHVPGDVIEVCDEDYAGVSLGGRILSVDRDRRILTLDREITLPSSGTTLISLVDGEGLPVSVDVQSVTDGVQVQVSRIPDGVAEYSVWGLKLPSLRQRLFRCVAVRENDDGTYAITAVQHVPEKESIVDNGASFDPQPGTIHGTIPPAIQHLTTEILAEEGQYQVLARWDTPRVVKGASFSLRLNVAAEDGSDRLVSSAGTPDTQYRFRGLTPGRYTLSVRAVNSQGQQGDPASTQFSISAPAAPSFIELTPGYFQITATPRQAVYDPTVQYEFWFSDAQITDIHQVENAARYLGTALYWIAASVNIRPGRDYYFYIRAVNQVGKSAFVEATGQASNDAAGYLDFFKGQITESHLGKELLEKVELTEDNASKLQQFSKEWQDANDKWNAMWGVKIEQTKDGKYYVAGLGLSMEDMPDGKISQFLVAADRIAYINPANGNETPGFVMQGD >WP_027489832.1 MULTISPECIES: copper resistance protein B [Rhodanobacter] >KZC18931.1 copper resistance protein CopB [Rhodanobacter denitrificans] >UJJ52335.1 copper resistance protein B [Rhodanobacter denitrificans] >UJM95081.1 copper resistance protein B [Rhodanobacter denitrificans] >UJM98612.1 copper resistance protein B [Rhodanobacter denitrificans] >UJN21973.1 copper resistance protein B [Rhodanobacter denitrificans] MKTPRRDTSIVPLRSALLAALLLALPLAAAAQSAPASAGSTAPVDMGAMPGMDHAGMHGMAMPASAGSSAPPAAKTLVKKARKRHVPAPPAAAPAGAHPMHGMDHGAMPPMDHGSMQGMDHGAAYDTGAMPDRAMEPMPGGRAPADARSGDYSDGIAASPAHALHMHGSAPAGMLLVDQLEAFHGRDGNGQSWEGAGWYGSDADKLWLRSEGERTGGRLDDGEVEALWDHAVAAFWSTQLGVRHDFGAGPRRSWAAFGVQGLAPYWFEIQATAYAGPAGRSAARLRADYELLFTQRLILQPELEVNLHGKSDPARGIGSGISDAKLGLRLRYEIRREFAPYIGVVWTRRFGATADFARADHQAVFDRQWVAGLRIWF >WP_226904802.1 ATP-binding cassette domain-containing protein [Phyllobacterium calauticae] MATGRPSIPAVERGSVVKAAPLLSVENLTVRFPGATNWYGRVTSQVHAVNNVDLCVLPGESLGIVGESGCGKSTLVQAVIGLVGLTSGRVLVDGHDFAGANGTLKRDLRQKMQIVFQDPQSSLDPRLPVWRLITEPLHIRGGMPTAALRARAEELAISVGLRSDQLDRLPHEFSGGQRQRIAIARALSTDPELLILDEPTSALDVSVQAQIINLLLKLQRELGLSYLFISHDVSLVRHFCDRVAVMYLGQIVETGTAEAVFDDPAHPYTRTLLASVPSLKNSLLDVDASLTGELPNNRRLPAGCYYRERCGSAVPGCELPQALLTVRKAGAEKASPHQARCHLHIPA >KFX48203.1 Hybrid signal transduction histidine kinase J [Talaromyces marneffei PM1] MGSDEDSFFAAAAILKNLAVEPSPSDDDAEITVKQVINGFEKRRVQLPGENTPGKKALTTELECLIRRVHELETELQYKRPRRSRKLKRKYDDDDDDDDTGDDDDDEDDSDGSEDDDDDDNEDDDHAANGVLVTRRRTLRGGAETLRSLQNHVEKQAHEISIQKDIIARVREELDMQEERTRRTLVKVEHEDVGVLQRELRKHQQANEAFQKALREIGGIITQVANGDLSMKVQIHPLEMDPEIATFKRTINTMMDQLQVFGSEVSRVAREVGTEGILGGQAQITGVHGIWKELTENVNIMAKNLTDQVREIATVTTAVAHGDLSQKIESRAHGEIFELQQTINTMVDQLRTFATEVTRVARDVGTEGVLGGQAQIEGVQGMWNELTVNVNAMANNLTTQEVTKIAKEVGTDGVLGGQATVHDVEGTWKDLTENVNRMANNLTTHVREIAEVTTAVAKGDLTRKVTANVQGEILDLKNTINDMVDRLNKFAFEVSKVAREVGTDGTLGGQAKVDNVEGKWKDLTDNVNTMAQNLTSQVRGISDVTQAIAKGDLSKKIEVHAQGEILTLKVTINNMVDRLAKFATELKRVARDVGVDGKMGGQANVEGIAGRWKEITEDVNTMAENLTSQVRAFGEITDAATDGDFTKLITVNASGEMDELKRKINKMVSNLRDSIQRNTAAREAAEQANRTKSEFLANMSHEIRTPMNGIIGMTQLTLDTDDLKPYPREMLNVVHNLANSLLTIIDDILDISKIEANRMVIESIPFTVRGTVFNALKTLAVKANEKFLNLAYQVDSSVPDYVIGDPFRLRQIILNLVGNAIKFTEHGEVKLTISKSEREQCARDEYAFEFSVSDTGIGIEEDKLDLIFDTFQQADGSTTRRFGGTGLGLSISKRLVNLMGGDVWVTSEYGHGSTFHFTCVVKLADQSLNVISSQLIPYKNHRVLFIDKGHTGGHAEQITLMLQQLDLEPLVVKDEDEVPPPEIHDPSGKESGHAYDVIIVDTVDTARTLRTYDEFKYIPIVLLCPVVSVSLKSALDLGITSYMTTPCQPIDLGNGMLPALEGRSTPITTDHSRSFDILLAEDNEVNQKLAVKILEKCNHGVTVVGNGQEALDAVKNRRFDIILMDVQMPIMGGFEATAKIREYERENNLSRTPIIALTAHAMLGDREKCIQAQMDEYLSKPLKQNQMIQTILKCATLGGNFMEKNKESRLAGPEGHLAPVAAHQPRPGMEGRAITTSGPITETDSPGTEEGEAEVDRQKLLLRSHSS >WP_232719809.1 glycoside hydrolase family 43 protein [Chryseobacterium gleum] >MCD9615307.1 glycoside hydrolase family 43 protein [Chryseobacterium gleum] MKKSKYLFPEDYMADPSVHVFEDKIYIYPSHDRESGIEENDNGDHFDMNDYHVFSMDDVDSGEIKDHGVVLSVKDIPWAGRQLWDCDVAFKDGKYYMYFPLKDQNDIFRIGVAVSDKPYGPFIPEKHPMMGSYSIDPCIFEDKGKYYMYFGGIWGGQLQRYRDNKALESALIPENDEPAIHSKVALLSDDMLQFAEAPKDVVIIDENGKPLLHGDKHRFFEASWMHQYNGKYYFSYSTGDTHLICYAIGDNPYGPFTFQGEILTPVVGWTTHHSIVEFKGKWYLFFHDSVPSGGKTWLRSMKVIELEYDNEGKIKTIEGLEGQS >WP_110581055.1 acetyl-CoA carboxylase carboxyltransferase subunit alpha [Komagataeibacter rhaeticus] >MBL7239943.1 acetyl-CoA carboxylase carboxyltransferase subunit alpha [Komagataeibacter rhaeticus] >PYD54161.1 acetyl-CoA carboxylase carboxyl transferase subunit alpha [Komagataeibacter rhaeticus] >GBQ17896.1 acetyl-CoA carboxylase carboxyltransferase subunit alpha [Komagataeibacter rhaeticus DSM 16663] MRQFLDFEKSVAELENKIDELRKMSGPDGINIAEEIARLSEKADRQLRTAYAKLTPWQKVQVARHAQRPHTVDYIGALITEFSPLAGDRLFGEDKAIIGGIGRFNGQPVVVIGTERGAEIETRLKHNFGMARPEGYRKAQRLMKLAGRFGLPVLTFIDTSGAWPGIDAEARGQAEAIARSIDTCLNVPVPVIATVIGEGGSGGAVALGAGDRVMMLEHAIYSVISPEACSSILWRDPKQASTAADALKLTAQDLLQLRLIDRIIPEPLGGAQRDPAAAIRAVGDAIAAELPGLQAKDPALLKAQRRDKFLAMGREAVS >WP_027004648.1 DUF1501 domain-containing protein [Conexibacter woesei] MPRTRAHAACQDFHRASEAARRDVLTRRQMLKWGIGAGVTVYASSLLPTQHLLDAAGAEAAAAPDAPVLVSVFLPGGLDLLDTLLPLNQEGPLHDLRGAVTPAEPALLGNGLALHPALTKGPNNGIKGLYDRGQIGFLPGIDYANPNLSHFASRAFWETGMVSQQSVSGWLGRWLDRHGSRDNPLQGLSAGYGLSPTLKSVNAPVASISNAADAQLSMWSVWGEWGDAAVQAYAAIADTQPHHAGPQSAARAARLAHKVSEQLAPFRRRDSRSPDPLAGPVAYPEDNDTADRLKTLAGLLAQPLGIRVATVDADGEFDTHQGQAATLTRDLGAVGEALATFQADLEQRGIADRVLTFVWSEFGRRPEANKSLGTDHGAGGVAWVQGPRALGGILTEYPSLTDLDPEKNLKVTVDFRRVYASLLAQHLGTDPAEVIPGAGQFGQVRLVRA >OGO39675.1 molybdopterin-binding protein [Chloroflexi bacterium RBG_16_56_8] MADKFISRGFVGKRREPEAAKANRIPPGQYLTTDFPVLSAGPTPRTPLAKWSFTIEGLVKQPVKWSWEEFLKLPAQTFVVDISCVTKWTKLDTKWKGVSVDALFEHVELDPKAMFVTAFAEQGYTTNIPLPDLINGRAFVAYEYDDKPLAPEHGGPARLVVPGLYFWKSAKWVRGLRLMEKDKSGFWESAGYNNHGDPWRSERYSGD >RZN15559.1 hypothetical protein EF812_02150 [Methanosarcinales archaeon] MNSVKGFKIGIIVVIIVIISTAVIMYQPDTDKTKASTIDEITTPLPAPVTTVVAIPSSTTTSQTDTTYNSCENCHLTDKRSIPQADSLHNEMARYCMLCHTIEHNSHPMEDEGVSCNDCHGEKGAVPTLEEGAVRCGKCHSYPDPIETCNGNLITVHRPRGVACSNCHGDDVLAIHLSGKNVYIEDMLQYLERT >MCH8479059.1 S8 family serine peptidase [Wenzhouxiangella sp.] MAFSLSRGDGMVFLDSRVGDGQTFSFEPQDPYFFTQWHLFSDGQPIVDFLPAPAQGADLNLAPLWLNCPMSGCQGQGVVVAVVDDGLEIRHPDLIDNVAQDIPHRDVTVASGTPGQDPSPFESDDGHGTSGAGLIAARDNDIGGVGVASRATLIGINLLKANSSANDAEAMIHAGDVVSVSNNSWGAADGTGFLNPSDQTWQQAIELGISQGLGGRGIVYLWAGGNGHRPPEDGYFSDFSGIDGQANFHGVLAVAAANADDRRSSYSELGPNLLVAGYGGEFCGTDALTMATTDLSTEGWGYNHDEADESDTDFEDRSYTRCFNGTSSAAPTVAGVVALIREANPALTWRDVRWILAFNARQIDPDSANWFTNGAGLTYNWEYGFGVVDAAASVAAARSATGTLPPYLVANSGPGQVGPIGAGSGVEAEVGFSSSSITRAEFVTTNVQIEGDSGFDTGDLILTLTSPAGSTALLTPRRACTEEDEETEERVWIFCEESMDFDFGAVQFLGENPNGTWRLEIDASSSQEAATLKAWSVTIHGHQGN >WP_224419934.1 SLC13 family permease [Modicisalibacter tunisiensis] >MBZ9566096.1 SLC13 family permease [Modicisalibacter tunisiensis] MTTWVVLLSLAGLLVLLISGRVRPAVGFVSLAVAYLLMGLVDTATLLRQYTNPALATLLLLLLVSLALERSPLLERVSNRLVDGHPGRATFKVMGTSAVLSAFLNNTAVVATFLGAISRQRQIAPSRLLIPLSYASILGGMTTLVGTSTNLVVSSFAMSTAGFELSMFQFSWVGLPVALITFLVLLWQSRRLPHHQPEAAADALSYFLAADLHPGSEMVGRSIEANGLRSLEGLYLLEIERHGRLISPVGPEEVLQAGDTLVFTGEVGKVQALQRFPGLRLFGHQADDLLATNLVEVVISHESELAGRTLQEVDFRSMFNAGVVGIRRGGKRLEGQLGKIPLRVGDCLLMAVGSDFRQHRNLDRNFHLLSGSLTRPRLNRLESGLTLAGFATVIALATWGVLSLFQGLLLLLGALLVGSVLSPAELRRRFPFELWLIIGSALAIAQALEHSGAAGLMAQGMQAVFDGHGPYAALVGCYLLALVLTETVTNNAAAALAFPVAWSTAQAFGADPMPFIMVVAYGASACFLIPYGYQTHLMVYSPGRYSLKDFLRIGLPVSLTYSVAVLVLTPWVFPF >KAJ3544539.1 hypothetical protein NM208_g2999 [Fusarium decemcellulare] MGPAQALAAVGSGQRRGGLPSKKPLSRGAHPRRVERGLCKDAKKAKRGLLFIHLPRHSDQALTVSHHNITFAAITVARGLVFSRRIAKTRAAARLQIHSNFQTAEPRAFARAIYYYCYLVSWDYSVYLNIGRSPILFMATYPVTDGVTTFLEPPEDYVVDFDNPQQQKALEHFLIFGILGSLAFVCLIQRLYTKHFITGSLKVDDALISLAWVASVVMQSVQIWSVSIGGLCHHAWEMPIEVYEKHMLSSYIVAPIFITCNGLSKTSLLTVYLQISPQKWFRITIWAAISMVASYTIVIAGLLLFGCQPIRTAWDPYSFGTGKCVDLAVLYIAIAVANIVSDVVLFIIPIPTIVRLKMPKAQKVGAAIMFGIGSVTVATSIVRMNYLPSLLGTNDIPWVAAPANVWSFVEVNLFIICGSMPTFRKFLRRFFPRLMGSSSTSGPSKSSNYDASQSKLHRQQHTGYSQFDTVEMDNFSDKDVRTQTTVVGTGGPLTPARGSSSRDDNSEEAILDESSIAYTKTFDVKYSNTGLSIGYFGTPTVVLLKPIWRPLLLARPPEAEKTSEVVSEADMLSVRTQSKIDKTSFAGSPPERAIPTPRPHKHYLLPLKPYATSKHQSILWREEMATLSSGLASTLESSLEATAAVSFLTGIVAHITIRPFEIDSKAWAIVFSYLGFLVATFLGYVCSPKFAVTQAIIRTATVSNAFNLGLVSSILIYRAFFHRLHRFPGPFLAKLSRFYAMKNAAENLKANEKIQGLHEKYGDFVRGRVKYLSTAKLQFVLYTNHQLNVQSHLETEEEGVDERNFADENEALAVYEDRVVSKVDLLMSRIADHEGSPIDVTQYAIFFGFDVMGQVGFSKDFEMLNSGKKHPAIEGLHDNMAAVGVLGTVPWLMSMLSKIPGATGSYSRFTDWCGRELQAKRAIVDSEKVTLKDQTPRDVISWLLRAEDEHDRSAPPGEGAFQEDSRLMIIAGSDTTAVALTNALYFLTANPMAYRKLQELVLMQFPGGEKDWTYEKVKLISYLDFVIQETLRLKPSVPAGLARLTPATGIQIDQVFIPGDTIVSVPAYTIHRDPRYWEDALKFRPERWENLNPEKAPWIPFTRGQFSCPGRNLAFMELRMVLSRIALRYNLAFPPGEDGESFDKGARDTFTLNVPQLPIVFTGRS >MBP7023394.1 hypothetical protein [Bacteroidales bacterium] >MBP8643674.1 hypothetical protein [Bacteroidales bacterium] MEAKKNGLEVIEGKAGKELPFSVPDGYFDSLPRRIQERCTQPQHQQPKQSWIFALRSQLALAAGFALLVVAAYFGYYTTTRSIPRDSYTLQKSDYLNIVSRSISEFDDIDLYKAIENKRKTDSIDSAARTLQQRYFIKKGNATTIIGEKYEEKP >AFA24308.1 cytochrome oxidase subunit 1, partial [Antaeotricha sp. Phillips01] IWAGMVGTSLSLLIRAELGNPGSLIGDDQIYNTIVTAHAFIMIFFMVMPIMIGGFGNWLVPLMLGAPDMAFPRMNNMSFWLLPPSLTLLISSSIVESGAGTGWTVYPPLSSNIAHGGSSVDLAIFSLHLAGISSILGAINFITTIINMKLDKLSFDQMPLFVWAVGITALLLLLSLPVLAGAITMLLTDRNLNTSFFDPAGGGDPILYQHLF >TDB69252.1 hypothetical protein EZE20_01220 [Arundinibacter roseus] MKITSFLLLFFGLTCLLSVHAQQLGLSRLFYPNVTLRADYVVPGQAAGSQEFGLTRTSGLGIIPIQSEVQAGFSFRKKFDLRAVHTVMIGQFTQIQPTFDGTKFPDNGYKTISVGAIRMQASVKDKLWVYGAALGVTESNETFFTPQPFFWGGGARMRIIGLRSQIAYGSILAYNQKLRFIPIFGINQRLGKQWRVTALLPFMATANYHPTKWFSVDMLAGVSGYSGGFQVQTAEEKLLRRQNYQHVKLGLAANVHALSVFNVSVEAGLAGFRQLRTFNSARENLTSTAPPATPYVGVSVRYLTSRSKFSSKFMGKLGLGEKGIINW >WP_125093116.1 NADH-quinone oxidoreductase subunit G [Saccharopolyspora rhizosphaerae] >RRO13030.1 NADH-quinone oxidoreductase subunit G [Saccharopolyspora rhizosphaerae] MTLAPESEARPVPEGHVRLTIDGIEVDAPKGELLIRTAERMGITIPRFCDHPLLDPAGACRQCLVEVEMNGRAMPKPQASCTMTVADGMVVKTQITSPVADKAQQGVMELLLINHPLDCPVCDKGGECPLQNQALKHGRAESRFHETKRTFAKPVPISSQVLLDRERCVLCQRCTRFSKQIAGDPFIELLERGALQQIGIGEQQPFQSYFSGNTIQICPVGALTSAAYRFRSRPFDLVSTPGQCEHCASGCATRTDWRRGKVMRRLAGDDPEVNEEWICDKGRFAFRYANASDRLTRPQVRDGGRLREASWTEALQVAAKGLIEAREAHGVGVLPGGRLTVEDAYAYSKFARVALRTNDIDHRARPHSTEELRFLESAVVGVTPENGVTYADLEKAPAVLCVAFEPEEESPIVFLRLRKAARTGKTQVFHVAPRTSPGVEKTTVITHAGGPVRTGSLVPCAPGGEAAALSSLPSDVDEALQQQGAVLIVGERAAEVPGLLSEVLRTAQRTGAHVAWIPRRAGERGAIEAGALPTLLPGARPVVDENARSEVERTWGMAPGSLPAAAGRDLGEILTATVTGALSGLVVGGVDPDDLPDPELARRALEAADFVVSLELRPSAVTEHADVVLPIAPHVEKNGSYLNWEGRHREFATTIDGTGALPDCRVLDTLAVEMDADLFTQSPAAARAELDRLGTHTGARTAAPDEPVTHAAHPGPGQAVLATWRQLLDNGSLQVEEPNLAGTARNRVAILSPETAQRVEISSGQRLEVRTDRGGIVLPVEIAEMPDGVVWVPTDSGKARVHKALGAGHGALVDIAPVSGGPETNGSSAHHPGGIA >WP_042650033.1 MULTISPECIES: SDR family NAD(P)-dependent oxidoreductase [Aeromonas] >MBS4641730.1 SDR family oxidoreductase [Aeromonas media] >RQX24770.1 SDR family oxidoreductase [Aeromonas caviae] MQGLLQGKRVLITGAGRGIGLAIARQFASQGAELWLGGRDEVAMSQLAAALCSEFGVPCQPLCFDVTEPVAVKQAFQQLFAQTRALDVLVNNAGMLEEALLGMANQTHLQKTFSNNTFSVIYCSQYAARMMQRSDGGSIINLASLMGQVGAVGLSSYAGSKAAVIGITQSLAKELAASQIRVNAIAPGFIDTDMAHAIPEEKFTERVASIAMGRIGTPDEVAKVALFLASDLSSYVTGQVIGVDGGMVI >HDZ79728.1 hypothetical protein [Roseobacter sp.] MSDFVYHDDSEVWLTEITSNHYEEALSRVDLLLGRTEEDANGCWVRGTVKRPKTRFRGRQVAAARFVYCVVNREVLSERVVIRHRCHNELCCRPEHLQTGSAADNKRDDWEYYGLL >VAI76478.1 unnamed protein product [Triticum turgidum subsp. durum] MAAEADDPTAASATLEKFRLYETRARFYVIGSSREKRWFRVLKIDRSEPSELHLSEDPVWYSQQEVKSLLQRIAEGNRSTGGLTFVTKAYGIAGIKAQKSSRLKFLVCYFLVPISRCIKFLESYYLILVTKRRQIGCICGHAIYCIDESQMITIPHSSVQTDVATSKNELRYKKLLASVDLTKDFFYSYTYPIMQSLQQNVTSAGMKETPYENLFVWNTFLTEPIRSRCRNALWSVALVHGHFKQVKLSVFGRELNVILISRRSRHFAGTRYLKRGVNDHGKVANDVETEQIVFEEEAGSWKGRMSAIVQMRGSIPLFWSQEAGRLSPKPDIFVQRYDPTYEATKLHFDDLAQRYGQPIIILNLIKTVEKRPREMMLRREFFNAVGYLNQNVPEERKLRFIHWDFHKFAKSKSANVLGVLGGVASEALDLTGFYYSGKPKVQKRRSIQLSRTSTARDVEIRASSGDLPRLSSNADALGSIASQDMRKEDSKHEPLGDAPCYQTGVLRTNCIDCLDRTNVAQYAYGLAALGRQLHAMGLTDVSKIHPDSSIASALMEMYQSMGDALAHQYGGSAAHNTVFPERQGKWKATTQSREFLKSIKRYYSNAYTDGEKQDAINLFLGYFQPQEGKPALWDLDTDYYLHVTTAGDDSYHLSSPHGNNVPGGSGDAMSPRPTLSPVPACKEDFSRMKLTSFDKLIERTCSSIRNVRLHCDADLRPSGGVGTSAMAPDAALLLRFSEIQLKSPNWLFGQRKHAETVPTTKVTPVENANEGNKDETNVSLCGELNWLSSSADSCEEDNFRRYLAFTTADVDNGWYSGALLYDQDENSGAYKHYSEFCQGPVMDPFEHDPEKEGHYREALSMDIELTDDAQVEAEMKAALDDYQVIGSDLSIIPSCGSLAEDPSQLTRWIIGDEKLRVVGAVQ >KAF3789931.1 hypothetical protein EJ110_NYTH05486 [Nymphaea thermarum] MGASASKKVRRAMESSPEFGSACDSAYREAVSLGQHAFPGVLPYQLHGAASRLHLSLSSFPLVRNWIPSPPSQLQVDRALRRTRPNSIEEPLGLPDFKAFAVELFTDAAVSNAGAALTRRIPAGLAAIGATFLLAERIPGGVGVAVRSGRGLFGKAAGIYALGVAGAVYLSLSV >XP_011775823.1 hypothetical protein, unlikely [Trypanosoma brucei gambiense DAL972] >CBH13546.1 hypothetical protein, unlikely [Trypanosoma brucei gambiense DAL972] MLLLSRSVRKAAQRGIRRKKLKTKENIGITPGNIISKKQKSKKVERGKGEKNGNENRASCSRVRSRTHQRKYICCLYTVSGVRMHTIFPGSSFQRQNERK >WP_256314628.1 alpha/beta hydrolase [Slackia exigua] >MCQ5091589.1 alpha/beta hydrolase [Slackia exigua] MTMHEFGEEHEDLLVMFHPLGARWDVFNYVVPTLKERYHLVIPALPGFDPDAPEADFTSVEQIADETAAWLAGHGFGRVACLYGCSMGGAVVARMLAVGKVGVDCAVMDGGMTPYRLWKPLTYLVGIRDFAVMEIGKHMSVKALRSMFDPEKYTEDDLAYIKEAMRSMSAKTIWRSFYSCNNYSMPVPVPPVDCRVAYWYGSDEKKARKWDIAYIRTAFPHALIVENAGMDHAEFFTLHPKEFCEKLTAWIRLSKR >WP_275700142.1 hypothetical protein [Ramlibacter paludis] >MCG2595475.1 hypothetical protein [Ramlibacter paludis] MPDDPTPHGREVMHQPPERAKIPEREPEQPRADDKKQEDQSRQGGGHTDFVQTPD >MBQ7792117.1 hypothetical protein [Clostridia bacterium] MKNLSIFFLIGVLILGVANVVYAKDIQQVQRTMAERIGERRTRQMMRNLAPETKQITKEEFVNRKLTRGERREIRQEKKKGIYKSPAEEFALMDKNEDGIVSPDEMN >MCK3776214.1 NUMOD3 domain-containing DNA-binding protein [Ensifer sesbaniae] MFDIFKRSNYTASYVHLIRRAKRENRRKGDGTYYESHHIVPKSLGGSNRKFNRVLLTAEEHLRAHLLLPEMVSSAYHKHKMACALSRMVHGNREQRKAGAIQFSLIARKKMAETTAGENNPMFGRQHTAEARQKVSESKIGIKHPLFSGFYHTPWGTYESSHQAAIASDGLMKQPAVHRYCGNPDTVITKVSFALNHYLREYHDESVIGRTWRSINFFFEPAQSAPLLNS >GAW04005.1 glutamate decarboxylase [Lentinula edodes] MSLSRHIDAEEFTKDVGIPSKAAYQLLHDETQLDGNPLLNLASFVHTWMPEEANKLIMENINKNQVDMDEYPAATIIHNRCISMIASLWKAPSTGKVIGTSTAGSSEAIMLGGLAMKKRWQEARKAAKKDFYHPNIVFGSNAQVALEKFARYFDVECRLVPVKASSNYVMDPKDAIQFIDENTIGVMVILGSTYTGHFENVAEMSELLDKLQEETGLDIPIHVDGASGAFVAPFVYPSLKWGFDIPRVVSINTSGHKFGLVYAGIGWVLWRDESFLNKDLVFELHYLGNVEYSFTLNFSKPASPIIAQMFNFLNLGFEGYRKIAIKDLRNARLLSRALENTYFKVLSNIHRVLPGRDEDDDPESYEPGLPVVSFKLSDDFKEKYPHVQQVWIQSMLRTKGWIVPNYNGPEGEKDTEMLRVVVRETLSEDLTERLIADIIDTTESMMSESGSQILLALSQSSHQADREHGRPDKSNFGDTAEDAQEQAGFSRQC >XP_016849932.1 PREDICTED: histone-lysine N-methyltransferase EZH2 isoform X7 [Anolis carolinensis] MNLLRGKQVEMTEVLLVSRIIMGQTGKKSEKGPICWRKRVKSEYMRLRQLKRFRRADEVKSMFNSNRQKIQERTEILNQEWKQRRIQPVHIMTSCSVTSDLDFPKQVIPLKTLNAVASVPIMYSWSPLQQNFMVEDETVLHNIPYMGDEVLDQDGTFIEELIKNYDGKVHGDRECGFINDEIFVELVNALGQYSDDDDDDNDDDEDEEEDDDDDDHLDRRDEKQKNQESNQIDKESHPPRKFPSDKIFEAISSMFPDKGTAEELKEKYKELTEQQLPGALPPECTPNIDGPNAKSVQREQSLHSFHTLFCRRCFKYDCFLHPFHATPNTYKRKNTEMAIDNKPCGPHCYQHLEGAKEFAAALTAERIKTPPKRPGGRRRGRLPNNTSRPSTPTINVLESKDTDSDREAGTETGGENNDKEEEEKKDETSSSSEANSRCQTPIKMKPNTEPPENVEWSGAEASMFRVLIGTYYDNFCAIARLIGTKTCRQVYEFRVKESSIIAPAPAEDVDTPPRKKKRKHRLWAAHCRKIQLKKGQNRFPGCRCKAQCNTKQCPCYLAVRECDPDLCLTCGAADHWDSKNVSCKNCSIQRGSKKHLLLAPSDVAGWGIFIKDPVQKNEFISEYCGEIISQDEADRRGKVYDKYMCSFLFNLNNDFVVDATRKGNKIRFANHSVNPNCYAKVMMVNGDHRIGIFAKRAIQTGEELFFDYRYSQADALKYVGIEREMEIP >WP_163496825.1 lipid-transfer protein [Kineobactrum salinum] >QIB67398.1 lipid-transfer protein [Kineobactrum salinum] MSKDIYVAGVGMIPFTKPGTNEPYPRMAASAVSAALLDAGIGYSLIQQACVGYVYGDSTAGQRALYDVGMTGIPIVNVNNNCATGSTALFLARQAVMSGSAECVLALGFEQMIPGALSEIYSDRPSPFEQFDHATDELVKNELPLALRYFGGAGQAHMNEFGTSVETFAKIRAKASRHAANNPMALFRSVVTPEEVMKSQVIWPGVMTKLMCCPPTCGAAAAVICSAGFAQRHGLNGNVRLREQAMTTDTPTAFAAHDMREVVGFSMAQAAALQVYEAAGVDPQDLDVVELHDCFAHNELLSYEALGLCSRGDAERFVNDDDNTYGGAVVTNPSGGLLSKGHPLGATGLAQCFELVQQLRGSAEARQVGGARLALQHNLGLGGACVVTLYERV >KAF2999697.1 hypothetical protein E8E13_002760 [Curvularia kusanoi] MLGQPLPSERLSRFSSSLSWANIRPDDQIESAKNPAKGVEGRPLERESSEPRIPDSYLSKRDPSVERFPSLDGPVEEYVRSSKKQKAAEETKVEESEGLLPELDKTPFVEIDVDKPPYSNIMLIIMAIRSAPNERLTLTQIYEWIENRFGFYRNQTQIGWQNNIRHSLTSGKFFSRQKRPKDDPGKGPYWVIRWERDLQRLRLAGAGLDTRDLPMHDDDPVFEDVAPDTGRHAGEEDLQDSEAVSECSYWNDHVEIWAANERIGHVEKSYDVEVGLYPDGFKYDCALIKPQNASFIQDVKSPIADMGWLSRDSWSSLRQQTSTVKILGRTESHRNAKSVKCHLCSDVLIVGEGIFLNQTMAAGKPLKDHSRSTWESLVSRAVLYRVSPDFDPPTGYSGIALTRPAPTNAPDAKQSTKLDMQRYSVPCIEKHCIRFLNFVRKFSWDANALACGGTKCTWKREQL >EXB75938.1 hypothetical protein L484_022615 [Morus notabilis] MPVPPWLEPLLTTSFFSVCRTHGDAARSERNMFCLDCPNGDAFCFYCRSSKHQDHQVIQIRRSSYHDVVRVSEIQKVLDISGVQTYVINSARVLFLNERPQPKTGKGVAHICEICGRSLLDPFRFCSLGCKAHHAHITINIILVAIKRNGDASFALEAKNEEELVRMRRLEGISSTRGTLLREEEELREGSRQDIYPPTPSPPPSSARRRKGIPHRAPFGS >NLT72898.1 ribosome recycling factor [Chloroflexota bacterium] MIDEILLDVEERMDKAIAALRSDLMGIRTGRASTALLDRIRVDAYDSQLPLSQMATIAVPEPRLITIRPWDVSTLGSIEKALLKSDLGLTPNNDGKIIRLSVPPLTDERRRDLAKMVNRRAEEARIAIRNLRRDALKSLADLQKAGDISEDDYFKARDDLQKVTDEYTARADELGEQKQAEIMEF >WP_265907929.1 acyl-CoA dehydrogenase family protein [Klebsiella variicola] MIHPERDDWARQLTALRQQMAEQAASLDASGEFPRRNIDHLRAGGWLSIAVPSSCGGAGATLAQLQQVIAAIAWGEPATALIVCMQYLHHLRLAENDAWHAPLRQQVFHDAVEHGGLINSLRVEPELGSPARGGLPDTVATRRAEGWDISGHKIYTTGIEGLRWLAVWARSDDNPPLVGTWLVAGDSPGISVVKSWDHAGMRATGSHEVIFNHVRVAAEHAVDVWPADAPPAAQAEPFRLFANQQTALLAAIYDSIAHAAHDWLVRWLAGRVPAGLGHPLSRLPRVQEKVGQIAGLLLVNRSLLEQAAALRFSAIEANLAKVTITDNAIQAVNIALELTGNHGLSRQNPLERHYRNVLCGRVHTPQSDSAWLAAGNFVFQSQG >AML78558.1 putative LOV domain-containing protein [Oenothera grandis] MEWDSNSDLSGDDEEEELGFMLSDGGALPFPVEDLLHTTPCGFVVTDALEHDNPIIYVNTVFEMVTGYRAEEVLGRNCRFLQCRGPFAKRRHPLVDSTVVAEIRRCLDEGIEFQGELLNFRKDGSPIMNRLRLTPICGDDDTITHVIGIQFFTDTNIDLGPVSIKECSKSEDILLRSGLSTLRAVPSGTRNVAPTVCGIFQLSDEVMYSKILSRLTPRDIAAVGSVCRRLYELTQNEDLWKMVCENEWGTETTRVLETAKKIGWSRLARELTTLEAATWKKVTVGGAVEPSRCNFTTCAVGNKVVLFGGEGVNMQPMNDTFVLDLNSTNPEWEHVQVSSPPPGRWGHTLSCVNGSNLVVFGGCGGQGLLNDVFVLDLDASPPAWREISGLAPPLPRSWHSSCTLDGTKLIVSGGCADSGVLLSDTFQLDLSMEKPVWREIPAAWAPPSRLGHTLTVYGGKKILMFGGXXXXXXALEIPIL >WP_043919642.1 OsmC family protein [Jannaschia aquimarina] >KIT15418.1 OsmC-like protein [Jannaschia aquimarina] >SNT22616.1 Uncharacterized OsmC-related protein [Jannaschia aquimarina] MTDDTDFHVGERADAQPRPTAFEAAPFVKSRPPEPTRFEVVLTAEATTRQKKQGEVQVNIPGFSPVRLYCDEQTPVGDDTAPPPLAFMCAGIGFCLMTHLTDIYTARGIAVKGLRLEQRVKFRTNLATMRELGHSTDGAMEHIETHVLIDSDEPQERIRDLMEEAENACMAHFALRNPIPWSSRLVLNGEEIAADEG >MBE6455882.1 GNAT family N-acetyltransferase [Alphaproteobacteria bacterium] MLKIMEPTAEILPELLNGIMELKANPTPFDIHASQKLIEYSEKNFDGYLDYLNTCKNGPIPQDRVPATVLLLFDGKCFVGLYHVRHYLNEGLKKSGGHIAYQILPSCRKRGYAKQGLKLVLDYCKNNLHLENVMLSCDENNPTSHSVMLSVMREMGGYTRPDTVVDGHIEHHVWIKTDKREKGEIRPLAIAVIRKGNTVLAVKGYDSVKNQYFYRLPGGGIHFGETAENAVKRELKEETGLDIQITKALPIAENIFTFEGGKGHEIVFPFECTLSETDKAKDAIQMIEPEMEGFEMKYVDIDNPIPIYPEYVLK >MBK8805244.1 hypothetical protein [Bacteroidales bacterium] MKIIVIVLLLKFFYVAVGFVANQILPENMIANKNCSVVGIFQRNDSYWYEKIVVNGYPKVTEKEELGVCGHYGAYVQSSWAFFPAYPILIKTVSTVTGFEFPLAAFVISFLLSIAAFCGFYLFLKEFWCNAQVAFFSTVILMLWPFHYYFSMYYTEALFIATTMWGFWAVNRKKWWLVAISVVIITLVRPNGLLVAFAMYLFSLEQMGVINGLKFSFSKINKEVIIKSFLFLLGPLTLAFYCLYQYQMTGFWNAYAIAQIGWCRTWVFPLKVLFTQHEYSLYFNSLYAVIAIVFAVLNIKKLSLSFNIVIWVGLLLPLSYGSTVSVPRFISVIFPLWYIVGLYLYKLPYRKLIYVSLLSAHAIVFIFWIIENPFSY >MCI4494966.1 hypothetical protein [Escherichia coli] STFLAYYWDVFAPALATDWDKINLLKTFGPMGGLLVTYLLLFTALMLIIGWEKRFFRRAAPQTAKEIA >CAH8302172.1 unnamed protein product [Eruca vesicaria subsp. sativa] METLQDGSERDKTTPPSSSSSSSPIPVVTSFWKEFDLEKEKSILDEQRLRIAENQENSQKNRRKLAESTRDFKKASPEDKLGMFNSLLKGYQEEVDNITKRAKFGENAFLNIYQKLYEAPDPFPALASIAEQERKLSEVESENQKMKVELEEFRTEATHLKNQQATIRRLEERNRQLEQQMEEKIKEVVEIKQRNLAEENQKTLELLKDREQALQDQ >TPR01788.1 CUE domain family protein [Aspergillus niger] >GCB22365.1 protein phosphatase 2C homolog 2 [Aspergillus awamori] >GLA08129.1 protein phosphatase 2C 2 [Aspergillus niger] >GLA41243.1 protein phosphatase 2C 2 [Aspergillus niger] MQGWRISMEDAHAAVLDLQAKYSEQDEKPTDPDKRLAFFGVYDGHGGDKVALFAGENVHKIVAKQDSFAKGDIEQALKDGFLATDRAILEDPKYEEEVSGCTAAVSVISKHKIWVANAGDSRSVLGVKGRAKPLSFDHKPQNEGEKARISAAGGFVDFGRVNGNLALSRAIGDFEFKKSPELSPEQQIVTAYPDVTVHDLSDDDEFLVIACDGIWDCQSSQSVVEFVRRGIAAKQDLYRICENMMDNCLASNSETGGVGCDNMTMVIIGLLNAEFRGPGIRNQFEENPDDFDMENDRARGFSVRSGRIILLGDGTELIPEQNDDELFDQAEEDQDLVNQVHRDSPDAARNEREGTPGPQSKDTSRTDAAEISESPSTTAEGSSGSGPGTPQKPTSS >UHH56899.1 ORF7a protein, partial [Severe acute respiratory syndrome coronavirus 2] MKIILFLALITLATCELYHYQECFRGTTVLLKEPCSSGTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYQLRARSXXPK >MBI5835246.1 hypothetical protein [Armatimonadota bacterium] MTTLYQIERGSVSLWWHRPPGRWPHLTATQTTGRDAAAIIVGAAVDIGPPDRYRLLMKHSLAIRSLCLGLMLALASSAAPNLAPLATITADTEWSRDWGPEFVADGRVVPPGGHDKGLGWAVRGETHRQHATLTLAWPQPVRIAELVAYQRACYGLGDCLRTFELRLDDQPVMTGELRQLYGAQPIRLPQPRTARRLTLQFTSSFGGDNPGLAELQVFADHPRASDLVPGVPLPPEWLKDLMAAGDTEAVARLLWQQAETGNLDDAGATLAAQWLGDPDPWVRAPAEWALALRVGYDNNNGAVVWPGAGDAPAWYRRWQAVPRSSYIELDWVRHALVNGLADDPAALRADLAALVARGERTAALAQDTRHAEVAEHLTVLRAASTEAGGNLSAVRAHWLLARRAVRGIALARRELAFDQLAFTTRFAPHHKSNVCGVHYSFAYKPGGDLCVLDDLRGDQPARGLLADRLGPGHVHGADLSFAGDKLVFAWASQPVWPPRDAQGRLIDVCHQQENHAFELMKLTQPVHLWEMGADGGEPRQLTHDDYWSDVEPTWLPNGGVVFSSDRSAHAPSCDGWENDITDLNLYRLSPDRQRIRRLANHKDIDMHPHVLDNGMVGYLRWEYQERDFWDTHSFWVMRPDGTGVDARFKQHVTPPYSVREVRSIPGSSKLAGIAAGHHTYPVGPLVTLNPGAGLNSDAGIGIVAMGSGPQEGPMGGAMVPGGGVRDARGLYLTPYPLSEDCFLTSFAFPHRFRRPTPNGQPDVLSNDASVYLVDTLGNKELLYRDPLLCVVQPMPFRPRPAPPVLPDATDYTRNYATCLINDVREGVPELAAGQVRYLRIMEALPWPVTRDEGSRYLGGASFDWQIRQEQVWNPVRVIGTVPVDPDGSAHFKVPVASNASVYFQILDENHMELRRMRSSVSFQPGEVRGCHGCHETRANAGYSRPGTAAQRQPDLPDPPSWGMRPLGYEWLVQPVLDRRCVSCHGGSKPAGGLDLTPRPVKYGLDTMVGSYQAIRDKGLVACSNQRLNGAVTGVKQFGSHASRLVTHLRSDAGHAALGLTADEWLALVTWVDANCPYNDLLYNKRPAGGGAPRREPFPWHDPWAAPSELSN >HIR73384.1 helix-turn-helix transcriptional regulator [Candidatus Coprenecus pullicola] MDTDKPNGINTLRYSDIFLAMYSDNGMSCLHRNHSHVLVYMYSGELEINERNRITRLHRGDCAFIRKDFGVQLTKQAWKGEQFKAIFLMLTTRFLRDFYNRLDKGTLPEKARRNKISLLKLPSSRPDIVSLFESMTPYFDSGVQPSKELLYLKMTEGVYVLLNTDQSLYASLFDFADPWKPDILEFMEKNYMNDLTPGEIANYTGRSLATFKRDFRKVSDLSPQKWLIRRRLEAAREQILSGNRKVTEVCFDVGFKNLSHFSRAYKAMFGCSPSTVSEPRAEPPGKQI >NTU59162.1 DUF4412 domain-containing protein [Chlorobiaceae bacterium] MKKLYLVTIALLFMVLAIPSNAPAAFTGQMEMKLSMPNGTADISYLFGQKNQRMDMAMKLDKIPEPLNTTVITSSSKPDEATIVNHRNRTWSIVNLRTAAENATLLDFDSNYRFHRVGTELLKGYRCEHVQLFSTTEKLDLWMSRELADFSTFRLLQSQNPRLSNTSLARTLEKNGIEGFPVRIVQKNDNGLYIMELTRVSAQSIPSFKFIVPVRYRKIQAEQPSVDSSQKKHLRSLMEKMKDFEK >HIO39972.1 universal stress protein [Candidatus Marinimicrobia bacterium] MKFLIALKNTTDESKNILEIGCKIAEGFSADLTICYIGKQSRALIEGDVNLARQTLSEWNIHHPGLEVLEWAFNILKEKGFAPDSEFNIKNLVEEKGRIRMVLPKTTNYQIRLVLREGDLLSELNKEVKHGEFDIAIMGSPRRKRMTNKISQFLDTSIFFVKNFNPNWNYKILLCVDDSRATKRAVILSTRISKQFDAEIISLTVSKTSFFGKGYRNAHTWAERYLKRGGIPFESKLLSGNPVDVFVDEAGEDHIIIMGKAKGNEILKFIFGSKPIHTAQRSNCPVLMVN >MBW2003542.1 hypothetical protein [Deltaproteobacteria bacterium] MRKTTATTRRVRFTTIEPTLRPARVKNIEPKEKNKEVAKAASSPM >MBN1566249.1 zinc-binding dehydrogenase [Acidobacteriota bacterium] MTAAVLYGKRDVRIEQIPVPRVEAGEVLVRIKAALTCGTDLKVYRQGFHARMIVPPAVFGHELAGVVEEVGEGVESFAPGMRVVAANSGPCNKCFFCERHLANLCENLQFINGAYAEFIKIPESIVRQNLLILPDSVGFHEAALVEPLACVLRAVEKTGIEEGDTVVVIGMGPIGLMFVQILKSLGVRVVALGNRSSQLTVAKIMGADHVVDSTHSNVVEQVRKVTSGRRGADVVIEAVGLKETWQQALGMVRRGGTINLFGGCPSGTHIPLDSTLIHYSEITIKANFHHTPRHIREALDAIHRGRIKAQSLITGEERLAALGGVLERLLNRNGDLKIAIIP >XP_024910805.1 protein PROCA1 isoform X1 [Cynoglossus semilaevis] MVDAELCPRTWIWSDDASGDFTSFLSAFKQSDFIAMRRTSAPWSSGNQVRSEYILSQAHLDTEKRSARASLSTVCAQVSRSQEGFIYKVSDGTELVRSDVSSSGILLSCTITANQSQVEAFVRQCGVDALESQRDAPERLDTRFARMSEAKSVCSEYQQSSRREKHEDAEDSTNPQEPVLKRSKRGFTYPGTLWCGAGNMADDYDQLGHFAETDSCCRTHDHCPHVIHAFSSKYGHTNFKWHSICHCDCDKALRACLRKVNDTSSRVVGQAFFNVIGVPCFEFIYEEQCAERQWYGLCKRYEKFPIAVLKNAVAYEYGGIDVIDELTLAPPRKEGSKENTEEEEDQEKKQQRATQFTVSTTEEPSLTNVVTAAEDFIKVLATVSTSQSSSSTDLDGGEKPSSEKKRRKNNGKKKKTKNQKGTKKKHKAVSNGITPNTATVSPAGSKPGEVIALSNVISESQQPSQLGKNTNRVSAHENQFQVVRSKTAVKDNNSLVKENTHSSAANTTIIPPKGMRMGRRKKNQKVPVASMNTIDDLGSSSAPTIITITTAKKQSPGADAEKGPVVSSVTEPSTVKRNKSKEQRLRQRRKKWRMVNLNSSVVTGGLQRSSVEIPKASSLAVSITAPELSHRKKKKSKTKTLNIIRGDSMDKKTRGQKDVRLQKSEFLNCPSSFTRHSKDQGAREKREKQKEDSGVSFTVATGCNDSSVDTDQTVPLTVLPTALPTQPQVLNLTFGSSKKQKSEERGLRRRATSLSLLGMKPRRKNNSVNVSSVFTISETTAAPVFTKQQNEDNRRQREPEQKDTTTPHMSAVSVPELKEDTHTTFTNTHSKATVAEELRPPPPSSTSPAPLIVSPIQLSIEKVKAHFNRKKRRKAALLSGWS >XP_008531547.1 PREDICTED: sorting nexin-9 isoform X3 [Equus przewalskii] MYDFAAEPGNNELTVNEGEIIIITNLDVGGGWLEGRNNKGERGLVPTDYVEILPNDGKDQFSCGNSVADQAFLDSLSASTAQANSSAANSSNQVSSGNDPWSAWNASKSGNWNSTDGWGAKPEGAAAQKSTSNNWDSAFGHPQAYQGPAAGDDDDWDEDWDDPKSSSPYFKDSESAEAGGAQRGGSRPGASSMKLPLNKFPGFAKPGMEQYLLAKQLAKPKEKIPIIVGDYGPMWVYPTSTFDCVVADPRKGSKMYGLKSYIEYQLTPTNTNRSVNHRYKHFDWLYERLLVKFGSAIPIPSLPDKQVTGRFEEEFIKMRMERLQAWMTRMCRHPVISESEVFQQFLNFRDEKEWKTGKRKAEKDELVGVMIFSTMEPEAPDLDLLEIEQKCDAVGKFTKAMDDGVKELLTVGQEHWKRCTGPLPKEYQKIGKALQSLATVFSSSGYQGETDLNDAITEAGKTYEEIASLVAEQPKKDLHFLMECNHEYKGFLGCFPDIIGTHKGAIEKVKESDKLVATSKITPQDKQNMVKRVGTMSYALQAEMNHFHSNRIYDYNSVIRLYLEQQVHFYETIAEKLRQALGRFPVM >NP_001375225.1 rap1 GTPase-activating protein 1 isoform 45 [Homo sapiens] MSGRKRSFTFGAYGGVDKSFTSRRSVWRSDGQNQHFPQALDLSRVNLVPSYTPSLYPKNTDLFEMIEKMQGSRMDEQRCSFPPPLKTEEDYIPYPSVHEVLGREGPFPLILLPQFGGYWIEGTNHEITSIPETEPLQSPTTKVKLECNPTARIYRKHFLGKEHFNYYSLDAALGHLVFSLKYDVIGDQEHLRLLLRTKCRTYHDVIPISCLTEFPNVVQMAKLVCEDVNVDRFYPVLYPKASRLIVTFDEHVISNNFKFGVIYQKLGQTSEEELFSTNEESPAFVEFLEFLGQKVKLQDFKGFRGGLDVTHGQTGTESVYCNFRNKEIMFHVSTKLPYTEGDAQQLQRKRHIGNDIVAVVFQDENTPFVPDMIASNFLHAYVVVQAEGGGPDGPLYKVSVTARDDVPFFGPPLPDPAVFRKGPEFQEFLLTKLINAEYACYKAEKFAKLEERTRAALLETLYEELHIHSQSMMGLGGDEDKMENGSGGGGFFESFKRVIRSRSQSMDAMGLSNKKPNTVSTSHSGSFAPNNPDLAKAAGISLIVPGKSPTRKKSGPFGSRRSSAIGIENIQEVQEKRESPPAGQKTPDSGHVSQEPKSENSSTQSSPEMPTTKNRAETAAQRAEALKDFSRSSSSASSFASVVEETEGVDGEDTGLESVSSSGTPHKRDSFIYSTWLEDSVSTTSGGSSPGPSRSPHPDAGKLGDPACPEIKIQLEASEQHMPQLMRPQKHKGKVPCQAQADETSALKTNTSPWAAPCLPTLPMAHPSGLSLQGRAVQTWDQGSCWHRPHPQPGGLGWGRDCSVEAGLGVWLAPSLGLHHP >KNE87310.1 hypothetical protein PSTG_19309, partial [Puccinia striiformis f. sp. tritici PST-78] MVLYDSVRTEVFVGRKMKAAAATVLEPMFNPMIRVTQKYLDLALKCDTVVITTFLHPAWRMMLFNYRFSTHVTRISELIQLKFNDRESHLKSLQPESPPVKDLPSNSNKDDDSNSNSCGEEFNFYPKENEVVDINTELERYNSGVFPIKGCVLGWWK >MAT55784.1 hypothetical protein [Saprospirales bacterium] >RME01247.1 nucleotidyltransferase domain-containing protein [Bacteroidota bacterium] MNQFGLSDQNMKEITEVLERYPQVHKAVIYGSRATGTYRPGSDIDLTLFGDESLTRDVLLMIMSDIEDTWIPHFVDLSIFDHIQNEALKEKISRQGKVFYEKKKMDSAARADQSA >WP_256825141.1 hypothetical protein, partial [Pseudomonas aeruginosa] IAETQFDAYVQGYMAKAGAAAGASDNLLVEAEGAAMLQGLVAPVRAQQRACGQPLQNALLQIAHDLLLQTKSQLAIAANASSIHVIQRDMNRAIWNIATAIDHLAEFAQPSQDTVKVIERLMLFVGSSPEGQQLAAEASAVLGISEGGLA >WP_200287444.1 ergothioneine biosynthesis protein EgtB [Rhodothalassium salexigens] >MBB4210547.1 ergothioneine biosynthesis protein EgtB [Rhodothalassium salexigens DSM 2132] >TCP37896.1 ergothioneine biosynthesis protein EgtB [Rhodothalassium salexigens DSM 2132] MPTRQPELRVSPDLAAAECLSDHFRTVRNRTEALAAPVSAEDAQVQSMPDVSPTKWHLAHTSWFFETFVLRDFDPGYDPADPRFAYLFNSYYDGEGDRQPRPHRGLITRPTLDEVRAYRARVTDRLTALLDAGDAREDWPQLAALVELGCHHEEQHQELILTDIKHVLAQNPFAPAYAAPYPKRVASAPDHRFVAFDGGAVDIGHAPDAPGFHYDNEGPRHTQMLTPFALGSRPITNGEYLAFIEDGGYQRPGPWLSDGWATVCAEGWRHPLYWRETGDGWQQFTLRGLQPINWDEPVCHLSFYEADAYASWAGARLPWEAELEVATAAARHDDANDLGSGRLHPAVAEDHGTGGSSGHGLAQLAGDVWEWTRSAYSPYPRFAPHAGTVGEYNGKFMCNQYVLRGGSCATPPGHWRPTYRNFFPAGARWQFSGLRLAKDL >MBW1759047.1 M20/M25/M40 family metallo-hydrolase [Deltaproteobacteria bacterium] MINRERLAETFKFLVEIDSVSKNEKAVCHEIKKIFDSMGAETILDHAGEKVGSNTGNLITRFEGNTEAPPLLLSAHMDTVGPGTGIKAVFKNGVFTSDGTTILGADDKSAIAIYIEIMRILQENKLPHGPIEFVFTICEEIGLLGAKNLDMGLITAKYGYVLDTENTEGIVTRAPAANSLEFKIHGREAHAGAFPEKGINAILLASKAMAGLELGRIDNETTCNIGMIKGGIATNIVPNLVKIKGEARSLDPEKLTRVTNTIVKSFKDVVETYPRSSAEDLPRLETRINKDFSGTDIPEDHPVVTLAQKAAVNLGRKMAVTTSGGG >WP_101936735.1 GlxA family transcriptional regulator [Mesorhizobium loti] >PLP59350.1 GlxA family transcriptional regulator [Mesorhizobium loti] MTDAVQGGRRFAFLLVDKFPMFSVAAAIDVVRSANRLLGHDFYSWTTVSPDGDAVTASNDLPLKVDYAVADVPPVDILFVCAALNLEFSGKSKVLGALRAWGRRGGVLGALSVGSYILAEAGQLEGHRCTIHWENRAGFMERFPDIECTGNVFEIDRKRYTSAGGTTSIDLMLEIVRTDFGANLANAVANQFQHERIRSAGDRQRVGPERDLTGKSEKLRKIVELMADHLDEPLSAVQLAKSAGLSVRQVERLFLRHLTVTPGRYYMRLRLERARELLRQTNMPILDVAIATGFTSHSYFAQSYRLQFGRPPSEERRTAY >EAE5693959.1 class 1 internalin InlI [Listeria monocytogenes] SIVIISVLLLGYLAPFDTLLVGADETTVSEDTAVKTAEADSATEGIESETGSDDETAEEPKEAKEAEASKETTEKEEKAKTEEPASNIKTEINTDKSQLKQTSLKAAVPAGSTYNSLFPDDNLAKKLAVIITGNAAATGNESVDSAALLAISQLDLSGETGNDPTDISNIEGLQYLENLTSLNLSENNISDLAPLKDLVNLVSLNLSSNPTLVNLSGVEDLVNLQELNVSANKALEDISQVASLPVLKEISAQGCNIKTLELKNPAGAVLPELETFYLQENDLTNLTSLAKLPKLKNLYIKGNASLKSLATLNGATKLQLIDASNCTDLETLGDISGLLELEMIQLSGCSKLKEITSLKNLPNLVNITADSCAIEDLGTLNNLPKLQTLVLSDNENLTNITAITDLPQLKTLTLDGCGITSIGTLDNLPKLEKLDLKENQITSISEITDLPRLSYLDVSVNNLTTIGDL >EHQ4925811.1 poly(A) polymerase [Campylobacter jejuni] MDLKSLENNRLYILKRLGILKFLSIIEALLVGFLAFVFIRDALIAVILAVFVGVFFFRFTAKKLKLAQKELQIDALNLFLRRFGAKFKKQSLSQKDFLQLGFTKDLKGFKSQNCFEFKDFKIYDIQFLDENKRFFCGILLEILSANQNPSFEDEEQIYIKLKDKNFTLNHIFSKE >WP_055143902.1 DUF305 domain-containing protein [Jiulongibacter sediminis] >KPM49645.1 hypothetical protein AFM12_03365 [Jiulongibacter sediminis] >TBX26683.1 hypothetical protein TK44_03370 [Jiulongibacter sediminis] MKKSNYGRFLLMLLCSAISMYLTMYFNTYELDHVYFSWTRLYMTLIGMGGMALVMFLFMRQMYTNKVKNTVIVLGSLLVMAVSTFLVRTQTPINDIKWMKAMIPHHSIAILTSGRADIKDPEVRELADGIIETQVKEIKEMKSLIKKLEE >MCL2259531.1 class I SAM-dependent RNA methyltransferase [Cystobacterineae bacterium] MDAPVDAAEWVCEVVRLAQSGEGIALWDGRALFIPGAFPKERVLAKKTAHPQRAELLKILEASPERRPPPCPHHNKCGG >USW54809.1 Putative zn(2)-C6 fungal-type DNA-binding domain-containing protein [Septoria linicola] MSHQSTNTRVFTSSEYQPYQTSDYDRAIQQAAERERAAQAERTQSTTPTGLQNGSGQPSQSLRLPGLNDLFASKLLINPNMADGRKTPTYNELRRDSVAGPNYFDTSCRPGFMGRTDAMAPAPLVIAPPQQRSSSQTSPISIQNLCSPQDATLPSRTPSLSTSPTASQTSASSLLQPMPHVKATSPHELPPAFFGTSDLAPATYVYQAASSYEGVSYIPGRGPCHMYAGGYSIPTHIFQDPLNLTQSKILRKRLSVACSTCRKKKIKCEPGPEGCLQCKKAQRPCKIEPAKRRLKSSAASSFQAEKSPA >WP_109103107.1 hypothetical protein [Bacillus cereus] >PWE74153.1 hypothetical protein B1R38_07650 [Bacillus cereus] MRVMSPIRIWIALMICIILCVGFFLTLKYSTISKAERKTVPYTLLYTKQNNILYSNSTNNEKKVIKGMLITEAPSYETLLQIAETIKDQYTNKGIDEITLSIHNENNGNYEEELPYEPISKGKIIVTYDSQSFGSTNIILNE >MCJ7630170.1 SDR family NAD(P)-dependent oxidoreductase [Longimicrobiales bacterium] MSFEGRVILITGGTSGIGKATALAFARQGASVVLAARDEKKGKAAALEVDQLAGEVYRADPGRTRT >MBR3543702.1 hypothetical protein [Treponema sp.] MKKLFAIAALPFLTFFFFSCQSTGAAIPKALEVQELEDEGGAEENLKTAEAEQNENPEQSSDSQGEPSAESPAALEEKIPQSEFDEMAELLKDDQTEDADVSDDGQEESAAAKITQAQDGSLQQKIIDSNKSAEENANAPTDFQNESKGGSASAVSVNGAGFDSASGGSLASQGPDKANGTSLDKNARGRDDAPGAGSGNNFVAPASTSATSSVKAPSGDAAAEAPNEGIALSAPASQTQEEAAPEEKKIVPLPSRSMTLKNKQFVDITYPGSGWIYLGEEDGGDHFIFQGRKLGNDGATFTLRSKAPGTALLHFYKNDILTGNYIDDWIQVTVSENGATDASHVQAPAYADVVPQKFDLQKNKEQKEKALAEAAAKKQAERDEMIQAEKAEEKSPSEGNEEKRGQVAAAPNPAQQSQTQAEIVPAEKVQTVIQTAGQEKADSKQKTAVAGTNSDKNKSQAAQGSGEKAARESQAQGGSSASTSDGKAKNLLELARKAYDEKRFEEALDLVQKFFDVATEDLDAGLYLEGLILEAKSSARNIKSAIGAYDTLIKNWPQSPYWRRANERSIYLKRFYIDIR >KAH7333078.1 hypothetical protein BKA65DRAFT_39412 [Rhexocercosporidium sp. MPI-PUGE-AT-0058] MDNINFEATIDKMLRMDMSEFAVEAKMTSVELSDWDCDSDEFLYTKLPMSQTYGKMLEWFVKKFWQAVKEEEEEERRVQKTIEEVEVKEVMALGTLILNKPFVPICFTCKQEGHVDRDCPKVDIVEESGLNDEGKYAYLASRGQGVDRGKSKFCTTCNKPGHVEEYCRWTHPEEEQEDSCSYCGRDGHMADACWKLHPELHRVYLQNRKPRVCQVCRKPDHLTKYCPDGKSYKYGLRPAP >KAA0785577.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus sp. BB081] >PEA76755.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] >PEG07406.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] >PEI71178.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] >PEJ46601.1 tRNA pseudouridine(38-40) synthase TruA [Bacillus wiedmannii] MDRIKCTVAYDGMHFCGYQIQPQHRTVQQEIEKALQKLHKGELVRIQASGRTDSTVHAKGQVIHFDTPLSLEEWQWSNALNTMLPDDIVIRQVEKKTEEFHARYGVERKEYRYRVLLSKTADVFRRNYVYQYPYPLEISSIRKAIPYFIGTHDFTSFCSAKTDKKDKVRTIYEIELIEQGDELIFRFVGNGFLYNMVRIIVGTLLSVGQGKLDPDSIPEILAKQNRQFAGKMAPGHGLYLWQVNYNN >WP_191097707.1 YjgB family protein [Bacillus sp. 28A-2] >MBD3860774.1 YjgB family protein [Bacillus sp. 28A-2] MKKATAFVVTASLASSALFGFSPALSAHAMTKTAAEPSVPQGPKAALNSIYKLAHNGQMPYYAEGLKIGVQSKKDVHHKLGKPYPETGQSGFDLYHAEMGNPGFAFHYDKKGKINEIRYFGTNVEKETNIGGMTPSLLKKQLGPADTVSTIPQTNEKKYVYQTGDYELEFIVGHDPDISEHELTVVHINLIKASS >WP_270933235.1 magnesium-protoporphyrin IX monomethyl ester (oxidative) cyclase [Roseomonas sp. MO-31] MNAVTPAGRPSSSSESTKLAMTETVLSPRFYTTDFAAMDSISVESVREQWDKLMAEFHADPNKGHFIRTEEFDAFDLNTLPEPLQKEFLEFLVSSVTAEFSGCVLYAEIKKRVKNPDMKDLFGVMARDESRHAGFINDTLKDMNVGVDLGFLTRAKKYHYFQPKFIFYATYLSEKIGYARYITIFRQFERHPELRFHPIFKWFEKWCNDEFRHGEAFALLMRANPDLVKGVNRYWARFFQLAVFATMYVRDHARPEFHKALGMDATDYDMRVFRITEEICRQAFPDTLDIDNPAFLRNLERLNAIAEAMNRAKAQGGVVGKAKRVGLSAMAAAVFGRLFLLRPRRHALPDDARLSPAW >MBO4823235.1 DNA-binding protein WhiA [Clostridia bacterium] MANPNLTKCDKIIMGIIRNNANRAANCDAGNIAKQVKAASYQIALINEMKADGRWGKLSPKLQETATARVENPDATYEELARMLKITKSGIVNRLRKIIQLHNAL >XP_028368138.1 transcription factor 7-like 2 isoform X33 [Phyllostomus discolor] MPQLNGGGGDDLGANDELISFKDEGEQEEKSSENSSAERDLADVKSSLVNESETNQNSSSDSEAERRPPPRSESFRDKSRESLEEAAKRQDGGLFKGPPYPGYPFIMIPDLTSPYLPNGSLSPTARTLHFQSGSTHSSAYKTIEHQIAVQYLQMKWPLLDVQAGTLQSRQALKDARSPSPAHIVSNKVPVVQHPHHVHPLTPLITYSNEHFTPGNPPPHLPADVDPKTGIPRPPHPPDISPYYPLSPGTVGQIPHPLGWQGQPVYPITTGGFRHPYPTALTVNASMSRFPPHMVPPHHTLHTTGIPHPAIVTPTVKQESSQSDVGSLHSSKHQDSKKEEEKKKPHIKKPLNAFMLYMKEMRAKVVAECTLKESAAINQILGRRWHALSREEQAKYYELARKERQLHMQLYPGWSARDNYGKKKKRKRDKQPGETNGEKKSAFATYKVKAAASVHPLQMEAY >BBM58963.1 hypothetical protein JMUB5056_0546 [Leptotrichia hongkongensis] MRGIKIMSEIIDVYTRIKYKKDNVIKDDDILDDLDIYSAMLELEYDVIVYKDEKLLTLQSRANYSYARTYSLSEERNELQRVAKIKGIDNLYYIFCSYSLSMGIIYGVINFDIKNNAIYEKIFKEEDCEEILEKLSSELVEKFQMLNEGEKEYTDDGENLDDIVEEMNDKISKYCYEEFIKFINETKLEELDFNC >NXE29491.1 RM34 protein [Ardeotis kori] PLASWNCQQTRTKARGNEYQPNNRKRKRTHGWIKRISTPAGIEVILRRMLKGRKSLSH >MBQ7135263.1 hypothetical protein [Campylobacter sp.] MKIIFLLIFCAVFALANCDISSVASIYNEGISSNITHTITNKKPKDSYKIKSNKIESNKQLAISINTKVDTLISINFVGATMAKFDYKISNTAKNSELICNNTYLDNGYKFRDIKLKSNQNLLIIFGVDNAGLDNYEFEADIVIEHIISNNNQISSDISFDKIYTQIIGREFELNFITNQIVSDLEITLNNNYQIYKATSFNGGQIRAIIPNLDSLNYKNLYFIAKFKNQKGEKKEIKSQIFTARPAEFKLENIPKNLKGGERYKDIRLIALDYNGVVVAGYNAVFNGDYIRHTLLDCQANISNEIIEFKNGVGVISTDNKGFIYPDIGVAKIEFRDGQNSDKIRNLCILNSFENIADEQGRIGCDAGIVTEIGYFDYDKIIHTKSKFESKFGLFGTIDGNLSQKAYDDFIGVVASIELEARLVDDTVAKLFSANCYASDVSFSNTSNLIIHAIGEPNDKNYIYQSGQNIYTMSQNSFKNGVGKAFVKLSMPKNKPQNPLKITTNDLDINLTQRSNLTQNTTPNYSYIYYANAYGQKLAQTDNFPYFAQIYFAIYCDSKCQDIAKNSDEFAPILDKNMSAVDELKDYFVFKDFNASNDIVEFENISNLPSSVVNGVMSIKIDSEQKGEFKIKNPHFIGRDFVWVRLFKDEFWSGIGEYGKVMGVEGNQNIRYNRTIEW >KAF3668984.1 hypothetical protein FXO38_07820 [Capsicum annuum] MGDIKNLSYDDLKKITNNFSDPTGRVGRALLFRGFIDYGQEVTVKTWDFMFPAVYRCVSYPRDFHVINGFFCGGKVICNHDMNSSQSNAPNIIPLGTISDFARTFGWKNDPHDAIERIL >NQU12192.1 hypothetical protein [bacterium] MTQQQFFERVIATLESLEIPYMMTGSVGAMLYGEPRLTNDLDVVVVLAPRHIAPLTAAFTDWSFYVPPAAVILEAIRQRGQFNLIHVDSGSKADLILRKQTDFAQTEFDRRRLVVFTERVESQSATPEDIILAKLQSFREGQSHKHLDDIAGMLRVVGDQLDRGYLEHWVARLGLTREWTLAQQHQHRSPP >WP_247359483.1 MULTISPECIES: LLM class flavin-dependent oxidoreductase [unclassified Bradyrhizobium] >MCK1400345.1 LLM class flavin-dependent oxidoreductase [Bradyrhizobium sp. 39] >MCK1749257.1 LLM class flavin-dependent oxidoreductase [Bradyrhizobium sp. 135] >UPJ36101.1 LLM class flavin-dependent oxidoreductase [Bradyrhizobium sp. 4] MIPLSVLDLSVVTTGTKPAAALRNSIDLARHADGLGYVRYWLAEHHNLASVASPAPDVMIGQIAAVTKHIRVGSGGVMLPNHAPLVVAERFKMLEALFPGRIDLGLGRAPGTDGATAYALRSRLDRREGDDFLERLHELILWQTREFPSGHPYHNVVAMPDDTPLPPIWLLGSSDYSSELAAQVGMGFAFAHHFASHDAIDAMVHYRNRFQPSAWSSSPRAILAVAVITADTDDEAEKLAASFDLNRLRRDRGQYLPLPSVAEALAYPYTDSERTSIRRNRSRLFVGNPATVQKTLQPLIDASKPDELMVITAVYDHEARKKSYSLLAEAFGLKTVG >WP_160762600.1 FAD-linked oxidase C-terminal domain-containing protein [Kangsaoukella pontilimi] >MXQ06675.1 FAD-binding protein [Kangsaoukella pontilimi] MTDRLPLPVRDADATATITGILKQRFGDRAETGDSLRRQHAHTTTWIGNQPPDIVVWPETTAEVSEIVALAHHHRVPVIPFGTGTSLEGQVNAPAGGISIDFARMNKVLAVHPEDLDCVVQPGITRVALNTYLRDTGLFFPIDPGADASIGGMAATRASGTNAVRYGTMKDNILSLEAVLADGSVIRTGQRAKKSSAGYDLTRLMIGAEGTLGIITELTLRLHGIPEAISSAVCSFPTVEAACQAVIMTVQMGLPVARIELLDEVQVRACNGHSGLTLPETPLLLLEFHGTDAGVREQAETFGSIAEETGGTGFEWTTSPEERTRLWQARHDAYWAALTLRPGASPFVTDTCVPISRLADCMAATREKLTETGFIAPIVGHVGDGNFHTLLLVDMESVDEVEKAKAFVSWLSRLAIENDGTCTGEHGVGQGKKPYLDEELGGAVDAMVAIKAALDPRNILNPGKIL >VVA34975.1 PREDICTED: expressed [Prunus dulcis] MASRQKLSFFTVKSPWMRLVFVAPLAERHQFMSTRLPNYSSRVGVFGTADSFSWFDSGRRFYLAVGVFLCPFRTNIGVLLRLVSFKLNVDGALDLLDGLQGVGLIVRESHDILIGVVAMRAPSHLFVLAIEIYVFKVGLFFALDASLLPLVVESNSLAAVQLLSKEEECLAPKGVLVTEIRRLLPELSSYVCFIPRTANIVAHRIAHYSLRVEELFYWLGDGPS >WP_062791926.1 penicillin-binding protein activator [Serratia plymuthica] >QJW53577.1 Penicillin-binding protein activator LpoA [Serratia plymuthica] MLSSTFVRTKAGRSKPVRLTAVIAAALFLAGCPSQAPQTPPANIQDEASASSDYYLKQLQQSSDDNKADWQLLAIRALLREGKLPQAGEQLNQLSKNLSSVQQVERQLLTAELQVANKSYVSARSTLGHLDSGSLSANQLVRFYQAQIAANQGKPSLPLIRAYVAQEPLLTGKAHQTNLDQTWQALLQLTPQDMNSLVINANENVLQGWLDLLRVYQDNKQDPNLLKAGIKDWQNRYPQNPAAKTLPTQLNQVLNFTQASTSKIALLLPLNGQAKVFADAIQQGFEAAKNGVAAPAQVQQQQQPANNPVQAAAPADANANGAVSTSAPSADAAPVTAAQPSTASNAQITPPQATNAQIKVYDTTSQPLAALLTQAQQDGATLVVGPLLKENVDQLSGSNTTLNVLALNQPETPKDNPNICYFALSPEDEARDAARHIWEQQKRQPLLLIPRGSFGDRVAKAFNQEWQKLGGQTVLQQGIGSAGELRQAVNSGGIRMSGTPISAAPAPQAVTIAGLTIPAPPSDVPAESGGNVDAVYIVATQSQLTLIKPMIDMATTSRSKPAMYASSRSYQAGAGPDFRLEMEGLQFSDIPLLAGANPQLLQQASSRFRNDYSLVRLYAMGMDAWTLANHFAEMRQLPGFQVSGTTGMLTASPSCVINRKLPWLQYRQGMVVPVS >EBW1672033.1 AIDA autotransporter-like protein ShdA [Salmonella enterica subsp. enterica serovar Mbandaka] MNKTYNIIWNAARGMYIVTSELARSGSRAIVSVSASCAVTLLAMDAAPAVAEETRVSIPSQTTTYTLSGATPFVVETGNTVATDIATSAAIVGDNSNDWDLLIESGAVVGSSLTDSQAMNLDSLTGATSVHNQGTITGSNEDGTIMLQNGGSVINDGRIENSAIYVHNLDYGAPEIDAAIYMLNGGSYVSSENGVLEGVSGVIVQSGEVHITNGGMINSDGSWRSYGVELRGGAYGTIVNTGTIITTASDGSGEIEDAAIYAHTFDDIAAGDYVSVDNSGLLQSDFIAVALYHGAHFEVINRVGGVITAGNSSLVGIQSAAMELKAGVGNLVTNDGTISAYGTANTYGIHYGESTSGGVITNTGSITTTGGGAGDASVYVHGNGDGTVVNNSGTMSSSVYGVYLDSARSKGHTLNNQAGGAISANTAVAINGNGNTITNQGKMTGVSDGLLISGNNNIVTTSGGEISGKNGIRVSKGSGNQITAKSGSKITTTSTGISIAGGNNQVTTESGSAIVAKDNGILINSGANNVTNGGSITATGSSISYGIQYNSGASGTITNTGTITTTGKGAGDASVYAHGGAVTINNSGTMDSSVFGVYVTTGHTLNNLAGGSITANTAVQLNGNNNTLANAGAILGDTNGVTINGSGNTLTSQGKITGGTNAILINSGSKNNTLTLNTGTEISGSITDGNNSASANNNLILDGEGTLGSSISGLNSVTSSGDWTLSGATMNLSGTTNSALWVKSGTLILNGAMTAKGATVDSGTTLQIGNGGTLGAFNGDIVDNGTLTFNRNDVAAYGSVISGSGNVIKQGGGELTLSNNNSYSGGTTIAEGTLTATAGGALGSGNIDNRAYLKLDAANSSDPFIVADLTTHSGATVEIGAGSTLQANTLTQQDGSTLTADLTTTNGPAISAKNVNLDGTLHVASPASQEPIRSTDDLISLALIESDNAISGDFDGITINGSAMNPDAFITVVGQKNVNDTHYDLVETLTWYADRYNAAIDAHGIFNLADADDSFTVNTVLEDVDANSASDWDGQSLTKTGAGTLILNAENTYTGTTTISGGTLIATNVEALGTGDVTDNATLELNASGTFDNAISGSGQVVKSGDGALTLSGANSYSGGTLISGGTLIAGRVDVLGSGDVTDNATLEMNTGGDFANNIGGTGSVVKSGDKTLTLSGTNTYRGGTTISGGTLVASNVDALGSGDVTDNATLEMNTGGDF >MBP7948257.1 aminopeptidase [Verrucomicrobiales bacterium] MHDSRIDQLAKQLIGYSVRLKKGEQILFDLHDVPAEAGISLIRAARAAGGIPFVNVHDARITREMQRGATEAQYDAIAEVQLRQIQQMDAYIAIRGSHNITENSDVTPDKMRLVMGRLRPVQNHRVNQTRWCVLRWPNAAMAQLAGMSTEAFEDFYFRVCLLDYAALLPAMKALEKLMNATKDVHIKGPGTDLRFSIKGIKSMACGGDKNIPDGECFTAPVKDSVEGVLSYNAPTIYQGIAFDNIRLEFSRGKIVKATANNTAAINRILDSDEGARYIGEFALGFNREILHPMRDILFDEKIAGSFHFTPGQAYEGPCDNGNRSQVHWDMVCIQRPDYGGGEIWFDGRLVRKDGQFTLPELMPLNWGTGTKPSRKSTRGKKS >MBQ2895174.1 hypothetical protein [Oscillospiraceae bacterium] MQRLIKPIRVVLFAVIFAVALIIYLVSLYKLQIIEGAKLYAEGVDRVTTEKVVPAARGNILDRYGRILVSNSACNNISIDTTELFEQEDPNAVILDLITAMEMYGDEYNDTLPITMDAPFEFTDMTFLQKSILEAWLTANEMPMDATAVEVLARMRSRYEIDNSYSAEENRKIAGIRYEINSRYNINTTPYLFAEDVGMGALTYLMEQDVPGFDVSTSYVREYKTRYAPHLLGYTGLLTQEEWDQYKDKDYSLDAYVGKDGVEYSFEDYLHGVDGEARVTTTLDGVLVGTEYTKEPQPGNHVYLTLDIGLQEVCEEVLGSHIEEINAERQKANETAEMFGTETEELITGGALCVVDVNTGEPLALASWPTYNAETMLEDYDELVADPNAPLYNRAVMGVYAPGSTFKPVTSAAILTEKIISPLTTLQTKGQFVKYIEDGYAPECWIYSTYDLTHGEINVAQAITYSCNYFYYNGGDLLGIDKMAKYAAMFGLGEKTG >KAJ2681556.1 hypothetical protein GGH99_005144 [Coemansia sp. RSA 1285] MRKREQLVISKSVAECLRKQLPAGETLSVRVICTSDHPVDSLTPQRKYGHFSATSTLSRRVLILVSQNSCLVSGIEAHEFVTTAVDVSCSLNNSSTYSQQEIDKGPPAAAPAATVTVNTSILKVDTTGELTTRMPLARTLVAGYLHSLQRFSCVGGVTNIGVHLFARAQPEYLFAQSKKSSGKHILSDMALIKWWQGTMHLGLGYAVSAGQSQDDQSADPSCAASIPAHIVIPGSTQSEASLPLLSSSVSNTDNNGLPAESGAASGSSVKWVWGSPYPKNDLACNCVLQFPDDPITRLLSERHGAFWSVSMLFEMLAISEECGSGHRTAYISASIPVASLSPLPADLPEQSVDTADEGALSFDAYDDILVALFDHEMDFSDREKSASSTARLDAYLDSKHSIPVVTVTTSGPPISQKSTGTSLGNNPSGSAAAAPKVNDLTMAVRKKRKVEM >MCB0919686.1 peptide deformylase [Actinomycetia bacterium] MSVPLPAGRVREVLRAPNPALASRCDEADPTSKEVLQLAADLLATQAVSPGCVGLAANQIGVTLRVFSLDVSAHPRTRTSHGSFVLVNPVVESATRKDKVREGCMSVPDFTGDVRRPSRLVVRAFLPGSTEQVTLQTDAFEARAIQHEIDHLDGLLFLDRVVGAHAVFPRRHYL >MBL0967454.1 FliI/YscN family ATPase [Blastomonas sp.] IIGPMGEPLDGMGPIIAHDRWPLAGKRENVLNRGRVTKTIDLGVRAINALLTAGHGQRIAVAAGSGVGKSVLIGQIIGFAEADVIVVGLIGERGREVSDFVETKMSGPMKSRTVTVAVPADHSPILRLRAAFRATAIAEYFRKQGKKVLLIIDSLTRVAHAQREIGLALGEPPTMKGYPPSALALIPKLVERAGNDKESGGSITALYTVLADGDDLDDPVVDGARAIVDGHIILSRSMAEQGIFPAIDIGKSLSRVATDIISDEHRGAMANFRRIWSAYEENRDLLLMGAYREGSDANIDEAVARRPDLLAFIRQGPHERIDLDESVAELLQSFGT >MBK6016805.1 helix-turn-helix transcriptional regulator [Streptomyces sp. MBT53] MPRRRLDPAAQRRGQMLASRLTNARRASGRSAEAVARSAGISVETVRSIEKGRTSTPEFFTVAALAAELGLSLDELYAFVRESSPGESHELEESSLNASG >HAT8492399.1 efflux RND transporter periplasmic adaptor subunit [Vibrio vulnificus] MKKWTFFMLLIAILLFGSVIGFNLFKQKKIAEYLANRPEPEFPVTVTEVKPVDWVPVIEAIGFIEPNQGVTIANETSGVIKQIRFESGTQVKEGQPLVLLDSDVEKANLKSSEAKLPAAEAKYKRYQGLFKKGSISKEAYDEAGANYYSLKADIESLKASIARREIKAPFSGVIGIRNVYLGQYLQAGSDIVRLEDTSVMRLRFTVPQNDISRINLGQEVDIFVDAYPQNPFKGSITAIEPAVNIQSGLIQIQADIPNSDGKLRSGMFARANIILPKLEDQVTLPQTAITFTLYGDNVYILTEEDGVQRVKQHVVKVGERTADIAHILDGVKVGDQVVTSGQVRLSNDAKVRVVESDAITPPAETPML >WP_226831873.1 DUF6350 family protein [Brachybacterium sp. FME24] MVRGALAAALSLGTALALVVVPALAAQVAGTRSTATALDAIIIAVNVLVLGHGGGIVLSTGIIDGAVTLTPFGLLGLLLLASAFGMRRVGRALRLVRDDGVLRARALRDAGGALGAYAVVYAFGVGILAGIGRSAATAPVVTSALVSGAMVAVLGGLMGILWSLRREATSTVPGVRVLELLPSPYGETARSAFIALIGLLSVGMLVTVVMLLASLPEQSSLFDSLDPGVVGALVLTLVQLALLPLLAVWALVVVVGGTVGVGTSTGVSLGGAETGVLPALPLLGAFPGPGVFPWWAWLLLVLPAAPVALGAVRLVRGVENLERRDQVTAWIAYPVAVIVGVLLVAGLSTGGIGDGRLVHLGPQMGSLVLPLAGIVVIATGLVITVLATPLVPWTRAKIASLREKVENAENAENAENAENAEKSARPEKPERAEKPEEGAPAGASASSSDGADEADGVIGDEGAEAAVGSPDGDGTGDHTEATVQDEERDVLDGDVLETDREPGHAADEMPDTAAVEAAETGETGGVSRPAGS >WP_145765032.1 Uma2 family endonuclease [Streptomyces brevispora] >TWG05003.1 Uma2 family endonuclease [Streptomyces brevispora] MGAPKSIEPEAHRPRWAVPPVGGWTADDLDTLPNLPPHTELIDGSLVFVSPQTVFHARAVDFFNGQLQSSAPPELEVVRDFTIDVDFQNRPEPDVVVVRAEAVESLRQTRFPASSVLLAIEVVADESVTRDRETKPVKYARAKIPHYWRVENQDGHAVVHVFELEPATGAYTSTGIFHDRMKVSVPFPVDLDLTAIVSRRRATASE >EFN6096987.1 IS66 family insertion sequence element accessory protein TnpB [Escherichia coli] MLLTDLLHGNTQASKVQNVLKDDPFSGHLFIFRGRRGDQIKVLWADSDGLCLFTKRLERGRFVWPVTRDGKVHLTPAQLSMLLEGINWKHPKRTERAGIRI >WP_245437884.1 MULTISPECIES: phage integrase N-terminal SAM-like domain-containing protein [unclassified Mesorhizobium] MPHSVLEAPISPLRQRLIDDMNMRRFSRETQRNYLRDIGRLATFLGRSPDAATADDLRRFQIEQHDDGVPVPTMNGIVSALRFFFTHTLDPPDLARRLVRLAHPRNLPVVLSRDEVARLLNATTCLKHQPHYQSPMARACVWRRCRR >MBP3694442.1 cofactor-independent phosphoglycerate mutase [Thermoguttaceae bacterium] MKYVMILPDGCADEPIPMLGDRTILEAARIPNMTQIARQGIVGWSNNTPKALAAGSDVATMSLLGYDPMAFYTGRAPLEAAAMGIEMGPEDWAVRCNLVTIENGKMVSFNAEQITSEEGAELIEAAQERLGSETVTFFSGVSYRNIVLWRELPDFPAPFGEETRTFAPHDYSDSSIFGAHPQGPGSVELTKLMSEVHRIFSDHPVNRRRIANGKKPATDVWLWGQGRKPSMPTFTERFGKTGAMITAVDLLRGLAVNLGWDCIPVEGATGFFNTNFKGKGEAAAAALEKYDVVCVHVEATDEAGHDGDPKTKVYSLEQIDEHIVGPLHEAAKKYGEYRILVTPDHPTPCRLKTHTHLNVPWLMCGTGFQSNGIGVYTEAEAAKSAVHFENGFEMMEFFMNGPERS >KKP93192.1 MAG: 50S ribosomal protein L18 [Parcubacteria group bacterium GW2011_GWA1_36_12] >KKQ77315.1 MAG: 50S ribosomal protein L18, large subunit ribosomal protein L18 [Parcubacteria group bacterium GW2011_GWC1_38_6] MLEKNKKQEKRHKRIRAKIQGTVKRPRLCVFRSSNHIYAQLIDDDNGKILASSSDLELKKNGHTVAKKKKENAKTAQGRKTLLAFEVGKSIAQKALEKKIDKIVFDRKGYKYHGRVRAVAEGAREAGLKF >WP_031101924.1 MULTISPECIES: LamG domain-containing protein [unclassified Streptomyces] MVDEATASAQAQASGEQVEVTSERGEYSTTQANPDGSFTLTQSTTPLRVKEEDGSWGAVDSVLERRTDGRIAPRGAVVDLSFSGGGTGSDMIRLGKDGRSVTLGWSGALPEPTLDGPTATYANVFDGVDLQLTATAEGYREVLVVKTAQAAQNPALEQVRLAASGDGLSVVPGVGGGLRAIDEDGNAVFRGPAGQMWDSAGDSAPGPQTQLMRTDSTSLADGEVDDDPSQPGDGDATAVLPVKIDDGAVAVHPDLDLLRGDDTVYPVYIDPPVGLGVSERTKLSSDGDKFWMFDGDKGVGKCGIADGYYCGGGYVDRMYFEFAPTKLAGKQVLDATFKARETWSFNCDPHWVDLVRTDNISEGTVWPGPKQLDWMGDRYVSAGRGDLCSPDQPDAWIEFNDNPAETDENLTSTVRSFADGKFSRLTLELRAKDESDPRAWKRFDDSAELQVIYAYKPGVPTSVGVIPGSGATAYCNKSSSDPLVVTRVDPMVQASVQTLVEAHAGDEEGSLQAEYVVERGDDAAWHQVWTGHAPDTGWHPDGTLEKMRMSSRAEGGLYRYKARTQSHWSYDGTSDDLWSPYSSWCYFKIDSTAPKAPRITAGSPYTECTANLCEGKGGPGIAGSFTFQPNTADIDATGHTDITAYQYKLLSTRAKTVSGTTKAEVKDVTPPLSGTQVLSVVAIDVHNRPGTPSEFTFKVQPAEAAVGRWHLDNAPGSGIMTTADTATVGTRHDATLVGDAGTGWSTRARRGDADYSLRLNDDTTDPAQQTGYAATSTPALNTRDSFTVSAWVQLTNASANRVVLSEPGTNGCAFTLYYSASYKKWVFNRTDKDSASPVYIRSLADQANPPLNVWTHVAGVFRTEGADGLPDTDPTNDTIQLFINGRPQGEPVQLSKTASTYTPWTATEGLQFGRSKVGGTYGEYYFGLLDEVEVWQRALGPEEIVADAQIEQDRVPANELVAQWDATSATGSEIPEGTPYPVPSMKLSPSGTTLNEDEHALLLDGKTQYASSTGPVVDETGSFTLSATVRLNATALAESPVGYQAQVAAQKMGTDSSWALWVVKLDGSSYQWKFTRTAVDATGKVTQSATVSASELAETDTWVQLTGVFDAQETWEWTDPSDGANTETRYGNLHLYVGGSEQASPDPTTTTFSSPQQGSGELSLGRGTAAGSTGNNLPGGLQDLRIWTGAMNYDQIQSQVLHTPDS >WP_150277740.1 1-deoxy-D-xylulose-5-phosphate reductoisomerase [Halopseudomonas salina] >GGC85400.1 1-deoxy-D-xylulose 5-phosphate reductoisomerase [Halopseudomonas salina] MSVSWVTVLGATGSIGVNTLDVIARHPERYALFALTGHSRIDVLENQCLTHRPRYAVVASDEQALALQARLLNAGCPTAVLVGAESLEQVASAEDVDVVMAAIVGAAGLRPTLAAVRAGKRVLLANKEALVMSGALFMQAVKDSGAVLLPIDSEHNAIFQCLPVDYARGMASVGVRRILLTASGGPFRDMSVEDLKTVTPKQACAHPNWSMGQKISVDSASMMNKGLELIEASWLFNVRPAQIEVVIHPQSVVHSLVDYIDGSVIAQLGNPDMRTPIAHALAWPERLDSGVSPLDLLSVARLDFRPPDPKMFPCLRLAREAAESGGTSCAVLNAANEVAVEAFLTGRIGFTDIPVIIEHTLDCMASESVQDLDHILLTDRHARKHANDWLSRHF >XP_005100439.2 protein FAM184A [Aplysia californica] MASGAKMSYNHFQSGKFGGLPQASQKDAEVTQDMHLKMSKKIAQLTKVIYALNTKNDENETVLQALREQHEEEIQQILADTKQKVAVYKDRLDEESDHQATIEALQTRIAEHQSQQAAIEEQFSQYKINIREKQEKEREDYAAKLFDMSHEVLKAKKDFEDHIDKFNSWKERINAQHSTAVAELGSKHQREMEDLRSFQRNQDDTWLNQCAQIEEKFKDQIESLKSQIEAMEAEKVSLNEEYTAKLEKAKAFYEKELEALRLNQTQEHSVEVEGLKKEIDRLKGDFGANDKELRVQIDRLVRQLADTEDSLEASRKEQQILQAELAGRNSSSSELAKQLEDLREQLASQSSKLHSTETELAGSKQHVADLADELSKKSTLLGELEAHNMQKESIISSLRDELEKLRQQLTRVDAERTSLLSQQQSSSSEQKSQLQSLRQALEDMTVEKETQKQRFEKQIKSLQDELEKTEKSLKEEMALKLSEMEKSHVEARESDRKCAAEVLTATKQELKENHEKEMSQAKSDYEALQQEFEQVKADLKSRLAAAEEELRRMEQMIKQSEEGLGSASGQLKSMKEAAEHLRTELEKTRSELKFSKTTAASLQSELDKAKLMYEGKMTEMDMRLKTKVEEVSQEMEAKWKETMKSESSKLRQELTSQMENEKRAALSQLSQLKDQEIAAVRAGLDSQMEHLRRQIQELQTSLEQSKSLGDEQKAKWEHQLEREQSRLSKEMLEAANDYAVKIAAMEKMHAGELERLEAQKDQEKLDQEKTLHTKHLEELQGQMAAHRAALDNASQLEKRQRQEALDELKGRHAQEMEELRSQLELQKQLDIDTIKKNHAAEISAARMELDRAVEISRQKDRDHQMQMEELRTEIGHREQHIKNLQEQLRALQAEINRLKQEIDSKLMEIKQVHKQASQQLRVQEDKLTKQQQQALDNMSADHLREQQEMLGQFTAAQEMLKDKISALQIELHEAQTRYEQRESRPDDLELIESLRCEVSERETRIKDLIDEKRFYQLELVNRETNFNKVFNSSPNVGVLNPFSKPKKKGEKGPSLTMGAAGSGSHQRLDPLPGSPLHDGKLNPTKPLPQPNFTKKFVK >GER25411.1 GRF zinc finger family protein [Striga asiatica] MSSSISNSRVSPDCRCNKKTKVWTSWTPANPGRRFRGCEDWEDGGCDFFAWEDPPIPRRTAYVIRNLREEKDTLLKEKDTLMKEVENLKNQRRKWKMYFIISWCLIVLLKCLGFV >XP_004697524.1 NADH dehydrogenase (ubiquinone) complex I, assembly factor 6 isoform X1 [Echinops telfairi] MASCTPGSAWGLLRRRVPGVCRPRPPQELRARSPRLPELAVSGRSVAALSGPGASGSDLYCLELLRRRDYESYLCSLLLPAESRRAAFALRAFNVELAQVKDSVSEKPIGLMRMQFWKTTVEDLYQDNPPHQPVALELWKAIKRHNLTKRWLLRIIDEREKNLDDKVYRNIQELETYAENTQSSLLYLTLEILGIKDLHADHAASHIGKAQGIVTCLRATPYHGSRRKVFLPMDICMLHGVSQEDFLRKNQGKNVRDVVYDIASQAHLHLKHARSFHKNVPLKAFPAFLQTVALEDYLKKIQRVDFNIFHPTLQQKNTLLPLSLYIQSWRKRY >MBE6787267.1 SMC-Scp complex subunit ScpB [Oscillospiraceae bacterium] MTTKELMKAFEAVLFASGEPMSIDRFNQVFEITPEKTVEIMDKLSKKYEESDSGLKLVRMENTYQIATKNEYVSYIKKAFDIRRRTPLSSAALEVLAVVAYNQPVTKSFIEQVRGVDCSGVVTTLIEKGLVEERGRLELPGKPLLYGTTKNFLRCFSLGDLSELPPLPKDKNGEDVTDLGEQLTLDE >WP_057732191.1 ParB/RepB/Spo0J family partition protein [Levilactobacillus hammesii] >KRL96171.1 Spo0J-like protein [Levilactobacillus hammesii DSM 16381] MASKKEKSLGRGIDALFAENGVDAGEETVVDLTLTDIRPNPYQPRQKFDHKGLNDLAASIEKTGVFQPIIVRQPDKRANRYEILAGERRFRASKLAGKETIPAIVRDVTEEQMMEIAVLENLQREDLTPLEEAEAYDTLMTKLTLTQAQVSERLGKSRPYIANYLRLLGLPKAVKDMLQKNELSMGQARTLLSLKDKTKLVALAKKAVADGMTVRTLEAEVSKLNGAAKKLAKKPAKKKSPFLRSTENQLQERFGTQVSINEGNGEDHQGRIEIEYLSNDDLNRILDLLNIHTD >MCF6194916.1 hypothetical protein [Kangiellaceae bacterium] MRSLLTLWLFLLFPFFVSAQMVVGTDTLFGNEWIQYDQVYFKIPVAEDGLVRILGSELGAAGIPINSINANQFQVFHLGKEIPIYVSGAGTLADTDYITFAGKKNRAELDQFLFPESGVRLHPNYSLFTDTSAYFLTWNSNETGLRYTTINNDILNPPSPTPFFWRTIEKNFQDYWAKKEYGSGTKFSHFDVAEGFSTSLKTKQDHSFSPINPYLNGINATIEVNYASRGADHHQEIRVNNNLVATDEYSGWQVRHLSFDVPAAELSNSISFKMKGLANAENKIDRSRIGLLQLTYPQQFDFEGKSQYVFELEANAQYIEIADVDLSQGIPILYDFANQQRLEGKIKNNLVVFMLPQTAGKKELILSAGDNGIDGTNVKPVNFIDYAFANSDYLMIANTRLMDDGNGHNYVQDYADYRASTVG >WP_226866106.1 tetratricopeptide repeat protein [Mediterraneibacter faecis] >MCB5370915.1 tetratricopeptide repeat protein [Mediterraneibacter faecis] >MCB6849336.1 tetratricopeptide repeat protein [bacterium TM473] MDYTKKIMYQSNSWYNDGLRKAQVRDMSGAIVSLQQSLQYNRENIAARNLLGLVYYGIGEVSEALVEWIISKNLCPRDNIADYYIKNVQNSANELESLNQAIKKFNQCLVYCQQNGEDLAIIQLKQVIASHPTFLKAYQLLALIYIQTNQNTKARQILIEAKKLDTTNELTLTYLQEVTKQRGGYGKNAEKSFRKPKSATVEYSLGNETIIQPKRSKIRDMAQQLAFANILIGMVLGAALIWFLVAPAVNQNRSEKLNNQMRAYSEQINTLEAQVSAQTRTLDQYRTAGDEAQKAVDQAKATSDSYEKLLQVSSQSRSGEYSYTDMADALLEITRDSLGDSGKEMYDTLSDSIFPTACKRRYAAGVDSLESEDYDQAIEYLTKVVKMDESYNDGQAIYRLAQAYQGKGDTENAKTWYQKMVDTYNNSRYIEDAKKQLAILNGDASADTSSDTSADSSSVSEDSENSDDSDNSQDGGDNGDYDNSDNTEDDE >NGQ14502.1 hypothetical protein [Staphylococcus aureus] MELIESHGITAGMVSKRVKDGWELHEAMDAPEGTRLSEYREKKTIERLEQARLERKLERQRKKEAELRRKKPHLFNVPQKHSRGRYACYLMENDIFVKVKK >MBQ7713804.1 50S ribosomal protein L30 [Oscillospiraceae bacterium] >MBQ9648641.1 50S ribosomal protein L30 [Oscillospiraceae bacterium] >MBR3560307.1 50S ribosomal protein L30 [Oscillospiraceae bacterium] >MBR7074962.1 50S ribosomal protein L30 [Oscillospiraceae bacterium] MAKLNVELVKSLNGRHAKHIATANSLGLRKIGDSTVQPDNDQTRGKIAQIGYLLKVTEVK >WP_079712214.1 DUF6268 family outer membrane beta-barrel protein [Salegentibacter salinarum] >PKD17627.1 hypothetical protein APR41_05295 [Salegentibacter salinarum] >SKB49907.1 hypothetical protein SAMN05660903_01084 [Salegentibacter salinarum] MLKRLVMMLILIKGTTFYSQIFENKIVANYTLVPSGEEMGSSRSNISYILGLNAGNFNINNKLGIGVNNLSYPMDASFNTTGLETFYRFHNYTAIGYRFSRYWKLEVDSDISLASNLKGELTSEKFLLNGGFAITRDFGTVELPAYVKFGLGYYTFLGVPKILPRVLFYKKFNKTLALGLGFPKTEITYQLDRNNSLQGNLEFKGMYANVHHSSRLTSSISNMVWSSNTTSLKFQHRIDNTWSFDLNLGYGFSDEYKFIDHLGNETYTINNESFFLGTGIILNLNNK >KAI8478671.1 hypothetical protein Bbelb_436070 [Branchiostoma belcheri] MIPPGRRAMGPLSELKIRRRSQAGCLAIQQQRVTAGEAIRINSAESDLATLFTKDAILVRITGVMCGEYHSVFRMVRHLVPRCAVREVTSKGEDAFLEHDKTWPAL >MBQ2559410.1 TolC family protein [Fibrobacter sp.] MVGLAFAGEVRYDCMGFVEQGLAKEPQLAEKRFESESKMNRIKSLKSEVILPTFNVSMMVGPAPGLKETVDNWGDTVDTYDFSRMGPFWAVEAKFIQPLNLGQYQTGKKALEADLVQKTFEIANSERKKEVELQTYYYNYLLALEMKRLAADAQKQVDRAYDQLEEALDEDEPTVSQSDLLNLKAKMHTVKEGVIEADLGMKRVMLAIRFALALPEGDTFVAEDSVLTMRSEPLPTEEQVREMTVKYNPELKQLDAGLQARRLQMDLAEAKLAPEFFIMGEFQYVKSWAGNRNVLQKSAFAQDAVNKISGLIGVGLRYRLNFWKNWEEYRQAKTEYRGLQLKENYAADGLVSKAVEQYYQVVAAKETLDALRESLRASEALLKGAAMKYDLDKSQTSELVSAYTQNVSMKKDYYFAVCRYNVEFAGLIAKIGLSLSEFNSYFNKK >WP_072851907.1 type II toxin-antitoxin system Phd/YefM family antitoxin [Anaerotignum lactatifermentans] >SHK75081.1 antitoxin YefM [[Clostridium] lactatifermentans DSM 14214] [Anaerotignum lactatifermentans DSM 14214] MIAVNYTTLRENMKSCMDKVTDDYETLIVTRKDNKNVVMISEEAYNNLMENIYVVGNRANYDWLMESKAQLEQGDFSSHELIEVPENE >WP_211555180.1 ATP-binding cassette domain-containing protein [Gluconobacter sphaericus] >MBS1085533.1 ATP-binding cassette domain-containing protein [Gluconobacter sphaericus] >MBS1099329.1 ATP-binding cassette domain-containing protein [Gluconobacter sphaericus] MIRLLNVSMMPPDVGQPVLRNLTLTVPQGEFRWLLGASGAGKSSLLRLLTLETRPSAGQMDLLGVSISQASRTTLRNLRRRIGFVPQDYRLIGEWTVFDNVALPLRLRGASERDTRREAFAVLEWLDVAHLADKRPGTLSGGEQQRAAIARALIGRPEVLLADEPTNALEDTQARRLLATFQELVEMGTTVIVATHNEVLIRETPAASIILQDGTLAGTDIQDGIAALRSNKA >MCG0239154.1 L-seryl-tRNA(Sec) selenium transferase [Bacillota bacterium] MQEWQRRWVRAIPPVNAVLETPPVREMLARHSRQLVLAAVQAVLAEVREAIRGSAREEDLAGLSLAARDLGERAAAWLRRRLAPRLRRVINATGVVLHTNMGRAPLAPAAVAAIAEVASRYNNLELDLATGERGSRQAHVEDLICQLTGAEAAMVVNNNAAAVLLMLSALCRDREVVISRGELVEIGGSFRVPEVMVQGGARLVEVGTTNKTHLRDYERAIGPNTGAILKVHSSNFKIIGFTAAPTVAELADLAHRHGLPLLVDWGSGVMIDLARLGIEREMTMPELIAAGADLITFSGDKLLGGPQGGFIVGRRELVAACRSHPLARAVRIDKLTLAGIEATLRLYLDPERALAEIPTLAMLGRTREALRPAAQELAERVAAAVGDRAEVQVVEGTSQAGGGALPGVEIPTVLVAVTPRLPVHRVEARLREADPPVIVRVQQDRILLDLRTLWPEEFPLVAGALAQACKEEESDDAG >WP_249839557.1 acetylserotonin O-methyltransferase [Streptomyces panaciradicis] >MCL6672754.1 acetylserotonin O-methyltransferase [Streptomyces panaciradicis] MPLPPARVVRVVEGVRTALQRLVRKLAPAPFSLLEMVQGAMLSQAIYAAAQLRVAEALQGGPLPVADIAERVGAHPETLGRLLRLLASQGIFTERKDGRFALSPMAAALLEDAPMSMRGIAVLMGHPLHWEDWSHFVDAVRSGEPSLPKLRGMTAFEFLEAKPEYGEVFMKGMGAMSATETEPILAAYDFSPYGTVVDFCAGRGELLAGILNKAPGVRGILADPRVADNGAAGYLAEQQVADRCEVVAADLFGPVPRGGDAYVLKHIVHDWPQEQVLEILRNVRAAMRPEGRLLLMEMVVPDKPNAAHASKLVDLWLMLLVGGRERTTGQYAQLLAEAGFRLERVVPTAGAISVVEASVR >MBI2200351.1 bifunctional pyr operon transcriptional regulator/uracil phosphoribosyltransferase PyrR [Armatimonadota bacterium] MREKAKVMDADAIRRALVRMAHEVLERNTRADQLAVVGVHTRGIPLAERLAVLIGRIEDATVPVGTIDATSYRDDLTREQADRTPPALPFDVASRTIILVDDVLYTGRTVRAAIDALIDLGRPEGIQLAVLIDRGHRELPIRPDYVGKNLPTSSKEHVAVRLAEIDGVDEVVIEEPTQDNATTGQRGTM >CAC5421833.1 unnamed protein product [Mytilus coruscus] MQASHYPEIDTGWTHGKRNVYRDKLRQRRKLGSMRVSKLLSDKVRERYGHYSTLLKETTKDEKTVTIISEDTLKRVFGSEEPHLNQTEKLRTYTGEEIRVLGKTTVTVMCNNQSARSPITVVKGVGPNLMGRDWLEHLKPDLKFIFRVEEATTERIGN >MBI1418116.1 bifunctional 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase/2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase [Limimaricola sp.] MTQIAAIIVAAGRGSRAGGGLPKQWRPLGSARVIDATLAAFRAGGIGRLVVVIHPEDATLAAGLAETGCAVVHGAETRAGSVLAGLAALEADPPDMVLIHDAARPLVRPALIARVLEALDTHPGAAPAVAVTDALWRGTQGLVSGTQDRTGLWRAQTPQGFHYAAILAAHRAHPGGAADDVEVARAAGLDVAIVAGDEDNLKITAPEDFARATRLMGAAMDIRTGNGFDVHAFGPGDHVWLCGVKVPHDRALMGHSDADVGMHAVTDAIYGALGMGDIGQHFPPSEARWKGAASHIFLEHACALAREHGFDITHADCTLICERPKIGPHAPAMKAEMARIMGLSPDRISVKATTSERLGFTGREEGIAALATATLLKGQP >WP_236663175.1 ribonuclease HII [Sinomonas sp. JC656] MRFVNRLASSYGPLVAGCDEVGRGALAGPVSVGVVVVDARTVVTRTVLRDSKLLTPERRVELVPLIRRWAVGAAVGHASAEEIDEVGIMEALRLAGLRALEQIAADGVVPDAVHLDGNYDWLTRGGQGSLFDGPPRTPIAPVTTTIKADLSCQAVAAASIVAKVERDSLMVGYGTEDPRFGWAVNKGYATPEHRAAILEHGPTPLHRRSWHLATAGELEG >MBQ7152318.1 prephenate dehydrogenase [Clostridia bacterium] MNKLDKDTKILIVGLGLIGGSYAKGFRAAGIGRLSAIDSDEKTVRTAIETGLVEHASTKVEKETVASADLVVFALYPEVFVDWIRNYGSYLSPGTVLTDVTGVKTCIVYKIQEMLPPGVEFIAAHPMAGREVYGLENSDETIFRGANYIVVPTEKNSKEAIDICTSIGRILGFARISQLSPEEHDEMVGFLSQLTHCIAVSLMTCKDNTHLVDYTGDSFRDLTRIARINDAMWSELFLLNRDELLQQMDLFIHEFSDLRYMLARKDREGLREKMRLSTQRRAYFNKPQQEG >WP_136470377.1 metal-dependent hydrolase [Burkholderia sp. LS-044] >THJ53229.1 metal-dependent hydrolase [Burkholderia sp. LS-044] MTDTADYHKIKARHVKFDFSDTPVTWVPNDPGSTHIINTLNLLFPEGELWFCRVYNKALPLITDARLRDEAEGFLRQEAVHSRSHGGVLKHYYDRHGIDTKPFTQKLNRLFTRVLGEQPLGLKIGHSRFWLRQQLAVIASLEHFFGYLGNWVLNAHGLDEGKADPTMVDLLRWHGAEEVEHRTVAFDIYRHMGGTYPERCVHMAFVILLLLYYITTGAKFMYRRDPDAGRYPGFVLAWWQGSRRGHLPSFWKVIGAALRYFKPGYTPHHEGSTEQALAYLARSPAAQAAAHGGNWGTTKGA >WP_002682757.1 phosphoenolpyruvate mutase [Treponema denticola] >EMB36007.1 phosphoenolpyruvate phosphomutase [Treponema denticola H-22] MEKKVYLGLTADIIHPGIINIINEGAKHGQLIIGLLTDSAIVSHKRLPYLTYEQRKQVVENIKGVSEVVPQEDWSYIPNLKKLKPDFIIHGDDWKSGSLSKIRDEVIEVMKEWGGEVIEVPYTKGINSSALASNMHSIGTTPEIRMKTLRRLIEAKPIVRIMEAHSGLSGLIIENLEVQKDDGVHRYDGMWSSSLTDSTSKGKPDIEAVDLTTRLQGLTDILECTTKPIIFDGDTGGKTEHFVFTVRTLERNGVSAIIIEDKVGLKKNSLFGTEAKQELADVEDFCHKISEGKKAQVTKDFMIIARLESLIAGHSVDEALERAFAYVKAGADGVMIHSKEKHGNDIKEFCERFRKEYERVPIVLVPTTYNQFTEKELASWGANIIIYANHMLRASYPAMLKAAQTILEAERSLEVNDMCLSIKQILELIPGTK >XP_025486240.1 hypothetical protein BO82DRAFT_396411 [Aspergillus uvarum CBS 121591] >PYH76040.1 hypothetical protein BO82DRAFT_396411 [Aspergillus uvarum CBS 121591] MAAMEELEIHSKSYFVRWVAVKACHTISWSIQPHKKSINFGIFKHPGNSAILGSNTNLPAAADTPSSESPDPITAGTGGRANGSIIERLTGIGLKQVQWLGKCEAERIVRGTYDVPANEGGNYGLVFDNTFSKQISKTVTLVLLTYPTALPPQSVPVPHAASQPQQGTADSAATTEAGKPLPARRRGNSMLSPPPPTQPSEIDSAQTYTGLLQKRRRKRHQGWARRFFSLDFTSSTLSYYHDRNSSALRGSIPLNLAAVACNQQSREISIDSGTEVWHLRASNDQEFAAWKRALERASSSKSSPEDPNHPSEPLLRVPSRRVHTNAVDERDWEQVESLVSKVSGTRDAVRRLAKDTDPKYLGPDRPRGRSPSPHRTPTDTSGEEPNDGRRPFWRRKSSATIQPTVKRSTTMNSMSSQLAIPGAFDSSSVHGDRKPGSITSHPDYMDEIHEHLMAVLRDLDHVVSEFSSLIAETKHRRRQPGRSLQSRHSFDSEMSQEFFDAVDDGHASALLTIQGDNNSEDEDSRDGKTNGNATSTLAKEDAVADDAPSDSDDDETIPEETCDGHDQSSPLFPVRPRSLTPLPLEPVPRRETITAPTVMPPSLIGFLRKNVGKDLSQISMPVSSNEPLSLLQRAAEVLEYSTLLDKAANVSDPVERLVYVTAFALSPLSSNRVRERAIRKPFNPMLGETYELVREDLGFRFIAEKVSHRPVQLAYQADGPEWSLTQSPMPTQKFWGKSAEIVTEGRIRLTLHTTGEHYSWASATSFLRNIIAGEKYVEPVGETSVVNETTGHKTISTFKAGGMFSGRSEEVSTKTVDAGGRDLGLGLTGTWTTSLQLTKNGSPTGTAVWNAGPLVPNAPKHYGLTAFAASLNEITPIEAEQLPATDSRLRPDQRALEDGDVDRAEELKVQLEEGQRARRRAMESAGEQWAPRWFAQVDNASEGGEVTWRLKPGKEGYWEERAKKSWTGVVPVFEA >PAW68992.1 UDP-4-amino-4,6-dideoxy-N-acetyl-beta-L-altrosamine transaminase [Opitutae bacterium Tous-C1TDCM] MIPYGRQSISEEDIAAVAAALRGNLITQGPVVEAFERQFAEHVGAKHAVAVNNATCALQLAMRVAGIGPGDRVVTSPITFLASANAAVYLGATPDFADIDAATYTLDPAALARDWKPDTRAVVAVDYAGQACDLPAIARVAHARGAVVIGDACHAVGGAFHTETAPGRSWRLGGNPWADMTVFSFHPVKTMTTGEGGMLVTDRDDWAEQARLLRTHGMVRDAGRFQLPADDPVLGEKGPWYYEMQELGWNFRMTEFQAALGLSQLRRLDGFLARRRDIVAAYNAGFADLDWVHVPRLRHTEDVGTASWHLYTLQVDFAALGKTRVEVFKALAAEGVIAHVLYIPVHLQPWYRKVYGYRPGKCPAAENFYAQAMSLPLFPAMEDSDVRHVIATVRKLGREAAGTVGVAA >MCL6479991.1 S-layer homology domain-containing protein [Peptococcaceae bacterium] MKKLKLFALAAMLILVAALPAVATTPSDISGHWGAQYINQAVSSGIVKGYPDGTFKPENSITRAEFVTMLARVPESGTTVVYGATDVQGFSDAKGHWAAPYLAWAVKEGVLKGFENNTLRPDDTVTREQVAAILGRKTPDAPKALDLPYADGFRISAWALDGVGILYQAGVMRGDERGFRSQDKLTRAEAAKVLVEWRKWRATFGQQSAPAGWKWNDNGYMLPDKNGPVINQELTMKYASGILWTKAGLEIDTYEGRDNSNNVDLEFLIMPPDYKGSWEAYDQAKKILASKFGDDFASQVMDYVRQKKSRRDMIGTPRKIVYAPNGQEVDIGFGEGTQITVYNLSN >WP_250850661.1 response regulator transcription factor [Streptomyces malaysiensis] >PNG98910.1 hypothetical protein SMF913_14935 [Streptomyces malaysiensis] MNDTAVIRVLLADDEHLIRGAVAALLALEDDLLVVAEAASGPEALAMARAHRPDVAVLDLQMPETDGVSVAAALRSELPGCRSMIVTSHGRPGHLKRALEAGVRGFVPKTTSARRLAEIIRTVHGGSRYVDPGLAADAISAGESPLTAREAELLELAADGASIAEIARRARLSQGTVRNYLSAAAAKLGAENRHAAARIAREHGWF >WP_282139373.1 GNAT family N-acetyltransferase [Cytobacillus oceanisediminis] MKIKKLSQVTLEEALTAWNKGFEGYIVPIKMDIQAFVNRIASEGLSPEKSIVVFMHGEPCGIILNGFREINGRKIAWNGGTGIAPQYRGKGLSAAMMSEVLSIYKAEKVHTAFLEAIEENERAIKLYKKAGYAITDQLLYLNKKLTHKEIGSLTESHLAIKKIYPEQLQSISFYDSDAAWQCQWQSAKQGEAAVLMSEDGKEEGYILYKRVLEAAGRTERIIIYQLNFTDGSAYEAMTESILGQLFLDQDGSIDFTAVNISVSNPASKALLKMGFEKKIGQVMMKKTL >PYK96819.1 tRNA (guanosine(37)-N1)-methyltransferase TrmD [Verrucomicrobiota bacterium] MKIDVLTLFPGMFSGPLDDSIIKRARAEGLLDLAVHNLRDYTHDRHRTVDDKPFGGGPGMLLKPEPIFEAVEHLARDQTRVILLSPAGRTLNQAIARELARQEHLLLVCGSYEGVDERVREALADDELSIGDYVLTNGALPAMVIIEAVTRLLPGVLGDDQSSHDESFSGGLLEYPQYTRPAEFRGLEVPEVLLSGNHAEIAKWRAHQAKKRTREQRPDLLEQKRRDGLME >WP_266179881.1 oxidoreductase [Enterobacter nematophilus] MTLHCAFIGFGKSTTRYHLPYVLHRKDTWHVAHIYRRSAKPEEQSPQYSHIHFTSDLNEVLNDPQVKLVVVCTHADSHFDYAKRALEAGKNVLVEKPFTPTIAEAKELFALAKSKGLTVTPYQNRRFDSCFLTAKKAIESGRLGDIVEIESHFDYYRPVAETQPGLPQDGSFYGLGVHTMDQIISLFGRPDHVAYDIRSLRNKANPDDTFEAQLFYGDLKAIVKTSHLVKIDYPKFIVHGTKGSFIKYGIDQQETSLKANIMPGEPGFAADDSVGVLEYVNDDGVTVKEELKSETGDYGRVYDALYETLTSGAPNYVKESDVLTNLEILERAFEQASPATVTLAK >XP_033980738.1 splicing factor, proline- and glutamine-rich [Trematomus bernacchii] MSRFNNNRGGFAMNHFQQRRGGGGPGGPMRGGIMGNPHFRNHPFQNQNQNQNRRGANNNLNRPPNQGQNTPQKPPLNQSLPIIPPPTPGPALTMKGPMQQIQKPAQQPNATPEKQPEPKPATPAPQPKIQSPPPKPNITSPPPNQANKNQNQELKSPVVNTNGQKPPPNPIPKPGPVQGPKPPQQSQRSGPNQGNNGQRAGPHQGQRTGPFQGQRTGPPAMRPKQDQVVRMCGNNDGAETDGSHDTSFKATLSMLLKPGEKTYTQRCRLFIGNLPNDISEEDFKKLFAKYGEPSEVFINKSKGFGFIRLESRALAEIAKAELDDKPMRSRPLRVRFATHSAALSVKNLSPFVSNELLEEAFSQFGMVERSIVIVDDRGRPTGKGIVEFASKPAARKALDRCNEGVFLLTTSPRPVVVEPLEQYDDEDGLPEKLAQKNPRYQAEREEPPRFARPGTFEYEYSKRWKSLDDMEKQQRQQVEKNMREARDKLESEMEDAFHEHQASMLRQDLLRRQEELRRMEEVHSQEMQKRKEMQIRQEEERRRREEEMIRKRDMEEQMRRQREENFRMGNFMDRDREMRMNPGMNDMPFGGANQKFPMGFEGQKGPAAGGLMANEMRNERFAQGGPRGMGPGTPGFGRVREEFDGPAKKPRF >WP_028330468.1 tetratricopeptide repeat protein, partial [Brachyspira alvinipulli] YLAFFYQKVSKPDKSIHIYEELIKIYEENITDDEDSIFYLESIAELYIKLNQKDNALKTYKRILEVDKDNNEAKENIKDIESGKEVKTVCIFGLSYNRYK >GGT63801.1 chromosomal replication initiator protein DnaA [Actinomadura citrea] MRMDGQDLGSVWARTLTALSESDLSPSYRAWLPMVRPLALVEGTALLAAPNEFAKDALETRLRNLITQALSRELGREIRVAVTVQPEPPGGARPGAGEPLSAPIPGPGAGPGLHEPTPSYGEPYGERTHDERDRDRDRSYTEQPYGEQPYGDQSSYAERPDRPYPEQAYTDQGYRPQSGVTHNPGMPGGYPQAQDDDRGSYPPAPRPPAYGAGPGGRGPAPYEGRGYPSYGGQEGYGGEPQGRPPHSHLNDRTLGPLRPGRPEAQGREPQHAGNEAPLGHSDDKFPNGEQPYPGAEQSYSSGEQSYRGEGVFRDEEGTDPRGPTSDPRAPAPAPPQQSGASEHARLNPKYTFETFVIGSSNRFAHAAAVAVAEQPAKAYNPLFIYGDSGLGKTHLLHAIGHYAQSLFNGARVRYVSSEEFTNDFINSIRDGKADGFRRRYRDVDILLVDDIQFLEGKEQTQEEFFHTFNTLHNASKQIVISSDRPPKELVTLEDRLRNRFEWGLTTDVQPPELETRIAILQKKARQEGLAAPPDVLEFIASQIATNIRELEGALIRVTAFASLNRQSVDMKLAEIVLKDLIPNDSGPEITAAMIMAQTVEYFGTTIDDLCGPSRSRMLVTARQIAMYLCRELTELSLPKIGQQFGGRDHTTVMHAERKIRSLMAERRAIYNQVTELTGRIKHQARKR >WP_048428121.1 MULTISPECIES: hypothetical protein [Methylobacterium] >MBK3409648.1 hypothetical protein [Methylobacterium ajmalii] >MBK3423157.1 hypothetical protein [Methylobacterium ajmalii] >MBZ6411492.1 hypothetical protein [Methylobacterium sp.] >KMO16048.1 hypothetical protein QR79_23495 [Methylobacterium indicum] >KMO19021.1 hypothetical protein QR78_13900 [Methylobacterium indicum] MKVIHDDPPMREEIAAGFYPGFEDRWRRAELAGRWLMLAFVVVCALGLLGRGPLSEHTRSNRDGSIVIHYEPVARFGAPTIVRLDTRVPPGGDQVAVTIAKELVDLFGLESITPRPQTWQVAGGNIRLVFPVIKGETHAVIRFTGSPSFRGAVDLTARLDEGETLSWSQFAVP >WP_157749445.1 DNA polymerase [Jatrophihabitans sp. GAS493] >SOD72742.1 P4 family phage/plasmid primase-like protien [Jatrophihabitans sp. GAS493] MTQPVRPFADSVLAYHQAGWPIVPVPPETKTPPPRGFTGADGVDAEPEQLVRWATSHATSSVAIRMPEGVIGIDVDDYIKGDVVKHGAGTLGEHITLWGDLPPTWSSTARGPGLSRIYFYRVPAQRYATVLGPDVEIIQRHHRYAVVWPSVHVGVPKDLGGNPLVGTYTWYDPQGQPCEPPKTIELPELPQAWVAGLAEGAAPASASSASRDEGEQMWSAITSDERPACAHMASALLDAYRLIEASTSGTRHDAADDRAWNLVQIAADGHPGLGVAFDELTALWEQVTAGEDRGEEWLRLFITAARKAVTRVGRPTPVDRDPCFEAMGLTLVPAPTPGAAPGEEPAEPIAPAQPWSVGEHIGVHLFDPHFGLDQPLAQTVLERMSPVMRYAYDSNGWLRRGPECWEDLKDLSGWAMTEVAKIMPHGDPDAEKGSDARDQADRRKRFMTSSSAKAIGERMKALLAGGTHPCSVAMASLDRDPWVLWAGGIPWDLTASADVPTIAGHVDPATPHLRAAAVAPHVRPTPLWDAFTAAVWPDPELRAWALRVLSIAVTGDAAKALPLLVGEGDRGKTQIVVLIMSVLGSYAHAADPRLLGGTDKAHASIVTALKGRRLSFIDEAPKDAASSQERLKQLTGGGELTGNDMGRNPITFTPTHTLVLTANEAPKLTDPAVRRRVRLIPCEGDPAEVIAARKAIGNTHGAAWRNEAPGVLAKLMAEASRWLADETTGRTDAAPEKYRYRAEEIAAEQNLTHSWMEAMCEPFETGTASHELHAAFVGWCKDQGIRDTNRPSMTKWGTELNRLGYPAMKRRHGHVRALRIRITGNWASGAGLGAGFDANPAPPDTPVITDVSNPVVQGVQGVQGIYPPYTHAHTHTRIQGQGETTLHPCNPAQPGEPCTPVPANPAESAKITAGLLAAREAALQVAPIAQPAPAKPTRTKVDPAVRAAEKAAAKAQALAEQIAEASGPVLTLPTLVSHQQLAALELADVAQVVEVFGLGQELTVDVEHTGYPIGHADYQLRTVQVGNDHGVLVFDATDPAQLEVAGDLVNRAEVLHAHSATADLVPLAIADAIDIDSAWTRMHDTAIQALIADPQSTGSDADGLKQLAHDVLGDQAASTPADAARAALFKAGKWLTNTKATTPVTRSGWAQVNPRSTTMIRYAASDVLDTAALAKALPQMPSVVRERERTAQRMTARVAHQGVRLDGEHIDAKLPEHQAALAEAAGRLAAFGIDNAGSDQQIAAALVALGAPLPRTKTGRPSVARSAIEGYKTLSGPIGDLVRARLDYQHHETVLGLFLEPYAQLVHRGDGRARPTVYTLGADTGRMSCIQSDALVDMPRDLIKYPGGVPITEVKAGDWVYAFDHNRELVLRRVKWCEQTAVRETVIITAENSDGHQITLRATPDHLVRLRNGDWRAAGNLMHAPGRPHRDDGPRLMTMVKRIVDDGYVKFFPHSIARKGAGTMGGGKNREHRWVLEQIAGRKISTKVDVNHIDGNRANNHPSNLEELPMHEHRGNRDLAWGVEQAELNLSTGPNDYRVISVTPGIVEPVWDMEVDEVHNFIANGICVHNCVRPNLQQVPRQGGIRRCITADPGYVIASADFASVEVRVAAALSGDLGLQQMLAQGVDLHGLIAREVYGPDATKEDRYNTKRGVFGRLYGSGIPGIARTLGISETLAASTVDVLDSYTPQLAAWTQGLKQAVQRGMTTYETYSGRVVHLDQRLPHKALNYCVQGTARELLVDTLIRWQDTRWADCVLMPVHDELLVFVPESDAEEATAALVAAMETTLMGVAIKAEASSPSTAWSDAS >KAF9450340.1 hypothetical protein P691DRAFT_773989 [Macrolepiota fuliginosa MF-IS2] MLSQESVVCTFFKLPPEEQSLCRIREIPDMFLYKLDYLNLVAVALQEVNALSQVKGEVDGLRKAAGSLCQTLSGAISITRDFATSSIQFADSLQTPQSPMDESFQYMSSISSRADLNAKELDKAHKEMNRFSSNIRSVFFSIKSSLEPRGRWSLDIVPTAEVSEVVDELIAGVEECDRLLLGCAEYYRQTKKHYGDVETLKSNPPSKEEVEMVRQRWAIFSDSLENLPSGFTRLRRRLEKIPTVRRLEDGVPDTWPDDASSVSGLESGGSEGSEDASTTHRQGFPRFWGSSSGKSSLRRFWLRIKSKLHLGA >RHI25825.1 hypothetical protein DW172_03870 [[Eubacterium] rectale] >DAQ21645.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MTDNEIHKYLIKHNWAVNSHEFISIMNESPQIERTEYNSQNDILTVYTHDYVFSCKWVLNEIKE >PYO04262.1 MAG: B12-binding domain-containing radical SAM protein [Candidatus Rokubacteria bacterium] MNILLLSMPDSFEHMPSVAIRMPNGALASLAGNVDPHHAVAIADLILVQRRVRETLERLVHEVQPDVIGLSVMTFQRHTALRIIQLVRRLRPAARVVVGGYDASLAPDAYTHPSAGVDFIVRGEGELTFRELVRALERGTDLGLVAGLSFKCGEGFTHNPDRPVSGLDDGGVRLPNRGARVLSGYTMVGRQVDVVETSRGCTFDCSFCSIIEMRGRNFHTYDFDRVLADIRDARAHGAQAIFLVDDNITLNVRRFEGLCRAIIEAGLNDLEYTVQAMTSAIANHGRTLAPLMRQAGFRYVFLGIENILEEDLEFLRAQAKNRRRGEGAGGGNAAVTAIEYLHANKMYVVGGLIVGNPQDTRASIEANLAFARRYVDVPYIQHPTPYPRTPMTKTFREQGLIINERLEDYDGTTAVVRTAHLDSDEIEFLRWRADRWIKLKHLPVALIHTPLFALRNGLKMLRYTFRGTTIRSILGLEDERKSFERYRALRRAERVYL >MZQ82908.1 M48 family metalloprotease [Paenibacillus silvestris] MMEKRLKWLYAASLALSGLVLGQMLLFVGQHLFKWKARYNIFDLCVILFKNLHIPAPIAFNLVNVVILYTLSSVLVLVVRQVFQAMKAKRLVARYQDAALTSQYRGMYRLDEHQLRIISSKAPTAMTIGFLKPRIILSTGLLDMLDPTELHAVIDHEKCHVKHRDPLAIFLLSVISKALLYIPIFAWIAKKYPIMIELRADKYAIGQMNQPADLGSALLKLLKQQSPVPNLSLSHASFAETSMNVRIKHILDPQMTLYLPWPRLRIAISLLIVILLMGLI >WP_278416415.1 NAD(+) synthase [Mediterraneibacter faecis] MKNGFVKVAAATPDIRVADVEFNTQNIINAMEEAQKNGAKILVFPELCVTGYTCSDLFDHSVLLKASRKALLEIAENTNDKDMLVFVGAPLEVNGKLYNVAAAMNQGEIIGFTTKTFLPNYGEFYEMRQFTPGPQTVREITFEGKKIPFGPQILFQAEGMEELVVAAEICEDVWSPVPPSIQAALEGATVIVNCSASDETIGKDTYRRALISGQSARLISGYIYANAGEGESTTDLVFGGHNIIAENGTVLKESSRYVNEIIYSELDLQRITGERRKNTTFQPLDEETLVRVPFTVEETKTFLTRTFPKKPFVPSDEQTRAQRCEEILTIQAMGLKKRLAHTNARTAVVGISGGLDSTLALLVTARAFDMLGRDKKDIIAVTMPCFGTTDRTYQNACEMSKKVGATLIEVPIADAVNIHFRDIGHDPEDHSVTYENCQARERTQVLMDIANKTWGMVIGTGDLSELALGWATYNGDHMSMYGVNASVPKTLVRHLVKYAADDTTDEALKNVLYDVLDTPVSPELLPPKDGDIAQKTEDLVGPYELHDFFLYFMLRFGYEPSKIFRIACMTFDGEYDKETIFKWLETFCRRFFSQQFKRSCLPDGPKVGTVALSPRGDWRMPSDACVAVWMKDLETCRV >MCP5940157.1 hypothetical protein [Klebsiella pneumoniae] GAGRYAVTIERLDNSNDANVVTLMAIHAVNVRENVVYPEDTIARITIKGSNDSNSNREQKYNMLAQRHTISYDRTTGAVD >WP_046233091.1 arsenate reductase family protein [Paenibacillus algorifonticola] >SFF12613.1 arsenate reductase [Paenibacillus algorifonticola] MSANTWQAGTITVYQYPKCGTCRNAVKSLQAKGNKLELRHIVEETPTAEQLKELVKLSGLELKKFFNTSGDVYRELGLKDKLASMSEEEQLALLASNGMLIKRPIATDGTKATVGFKEEQYEQEWNG >WP_099711966.1 hypothetical protein [Flavobacterium sp. 9] >PIF34155.1 hypothetical protein CLU81_4790 [Flavobacterium sp. 9] MKTIKLATLLILNFFSFSKTNAQTTPNDSIKLDYTKIYALALDGNPKQALPLLEIDPTKKIAQKDLKFKTNFENRFKFAADKSDFLETRKSKIDELLKIYRDYWRFSFLNKEKKTDTLIMKNVANFLKKNLPAAKNLPLNEDSINVYQKKYISNLGYHTTGFGKTGGLYDLLVWKTEKDTVYKVNYEGKETPIKIYFMDDFITLGWSEYATLGRYYPAGWATQEALFCVKKAYDLKSETFRVSYIGHEGRHFADYKLFPKLKGVGSADLEYRGKLTELSLYSEDGLYKRIQSFINNGNYDSDNGHSIAAYCVIRDLSRFLFNTDYEKNLDKWKTIPASKINQAAAKILEENTKSLKKIPNVEKFIK >WP_228364598.1 AAA family ATPase [Legionella sp. 31fI33] >MCC5015772.1 AAA family ATPase [Legionella sp. 31fI33] MEPLLKQLEEIGNVRLLIIDPIVSAVTGDSHKNAEVRRSLHPLVDLAGRLGCALLGITHFSKATHGRNPVERLTGSLAFGALARVVLVVAKLPKEDDQDEMTWLLMRAKSNIGPDEGGFVYQLQQNELEGYVDHLSNGKRL >KAF3190632.1 hypothetical protein TWF788_008153 [Orbilia oligospora] >KAF3229706.1 hypothetical protein TWF106_000094 [Orbilia oligospora] >KAF3229753.1 hypothetical protein TWF106_000141 [Orbilia oligospora] MSLESGIYTIKCQLNGNLVGRHLVEDRSGNPKPVYALGAGNEPPQWVVEKCEEGYILSNNGGRAASIDDKLFAILMEEEFDNAETWVIEAQPHQGENLYTVKTKSQSKAWSQTTEVGSQRDTFIASAP >GAP55147.1 glucan 1,6-alpha-glucosidase [Arthrobacter sp. Hiyo6] MRIAETSDLWWKNAVIYCLDPETFFDGDGDGTGDFGGLTERVDYLAALGVTCIWLMPFYPSPDRDDGYDVTGYVWRGSPSRHDG >WP_117920451.1 nucleoside-diphosphate sugar epimerase/dehydratase [Roseburia sp. OF03-24] >RGX93525.1 polysaccharide biosynthesis protein [Roseburia sp. OF03-24] MRKIIRDNQLLLKKLLLVIYDIAAVSVSGYLALLMRFELEPSQVLEQFLNPYRRYNWIMIIVTILVFYAFRLYSSLWTYAGAVELMNIVLAGCVVGGFQIAFYAFIDVRMPRSYWLLFIMNLIILIFASRYFYRAFRWLVGYIRGENAAEMHRVMVVGAGAAGNVLIKEIRNSRHIQKKVVCVIDDDRDKIGSFIHGVKIMGNRYEIPRLAKELAVDEIIIAMPAVSQKEIKGILDICKETGCEMKRLPGIYQLVNGDVSVAKLKDVDVNDLLGRDPIEVDLDSILGYVENKVIMVTGGGGSIGSELCRQIASHHPKQLVLVDIYENTTYDIQNELRRNYPELNLVVLIASVRNTKRMDMIFEKYRPDIVYHAAAHKHVPLMEDSPNEAVKNNVLGTWKVVQAADKWKVKRFVMISTDKAVNPTNIMGATKRICEMIIQTYNRHSDTEFVAVRFGNVLGSNGSVIPLFKKQIEAGGPVTVTHPDIIRYFMTIPEAVSLVLQAGAYAKGGEIFILDMGEPVKIVDLARNLILLSGHKPDDDIKIEFTGLRPGEKLYEEMLMAEEGMQDTDNKLIHIGKPIQMDEEKFMQQLNDLRDYVVQEPDDIRRVVQEIVPTYTPMQQK >URN93064.1 MAG: class I SAM-dependent methyltransferase [Candidatus Pristimantibacillus lignocellulolyticus] MESYGQFATVYDRLMADMPYEEWIAFAEAVWQQHGKPQKVVDLGCGTGSIAIPLAIKGYQVVGIDLSSDMLAVAAQKLEQQSSVDGNLTLLEQNMSQWELSEKVDSVISFCDCLNYIVDEDDLLATLSATYDQLKQGGSFIFDVHPITRFEQYAADQPFVYDENGISYMWSSEYDEDDHIIEHFLSIFVQEADGRYSRIDEEHVQRAYSSKWLEGALRSVGFTQIHLYSDFQLKAADDHSTRLFFVAIK >XP_048379117.1 cGMP-dependent protein kinase 1-like isoform X3 [Stegostoma fasciatum] >XP_048379118.1 cGMP-dependent protein kinase 1-like isoform X3 [Stegostoma fasciatum] MKNLEMSQIQEIVDCMYPVEYSQNSYVIEEGDVGSLVYVMEEGKVEVTKENVKLCTMAPGKVFGELAILYNCTRTATVKALTNIKLWAIDRQCFQTIMMRTGLIKHAEHMELLRSVPSFRNLQEEVLSKFADVLEETHYKEGDHIVRQGASGDTCFIISKGKVNVTQDESKSGEAVLPTTLSRGDWFGEKALHGEDIRLANVIAVEDVICLVIDQDSFRQIIGSLEDVSSQEHESAETREQFEAEATFFASLERTDFHVHQTLGVGGFGRVELVQLKNEENRTFAMKILKKHHIVETRQQEHIRSERQIMQEAHCDFIVRLYRTFRDRKYLYMLMEACLGGELWTILRDRGSFDDSVTRFYTACVLEAFAYLHSKGVIYRDLKPENIILNHKGYAKLVDFGFAKKIGFGKKTWTFCGTPEYVAPEIILNKGHDSSADYWSLGILMYELLTGSPPFSGSDPMQTYNVILRGIDMVEFPKKITKNAGNLIKKLCRDNPSERLGTQKNGAKDIQKHKWFEGFNFEGLRKGTLTAAIVPSVTGPLDTSNFDIFPEEPEEEPPDEESGWDVEF >WP_215829554.1 hypothetical protein [Pelorhabdus rhamnosifermentans] >MBU2701193.1 hypothetical protein [Pelorhabdus rhamnosifermentans] MSTGTIKIVFVHGSGFVSETIERVEEFKATVKEGFVPSHCGIIVDDHFREAIANGFVESDVNKYPAEIVRVYELDVSSMEAVRAKFQELSGREYGYRALFNGFLYTIAGIETNGDGEATGDCSEDDTRIIRADRPDFISGIPADDVTPLILMDNIIPIARLVHLNA >HIS66173.1 50S ribosomal protein L11 methyltransferase [Candidatus Scatomorpha merdipullorum] MRWIEAAFRAGPGRLDELGDRLTDLGAEGLVIEDEADFRRFLEQNRQYWDYVDEELEDRYAGVSRVKVYV >WP_068579097.1 ATP phosphoribosyltransferase regulatory subunit [Thermococcus chitonophagus] >ASJ16234.1 ATP phosphoribosyltransferase regulatory subunit [Thermococcus chitonophagus] MSFLRRLIEEYIRLAEIGNKLRLIFELWGYREVIFPSIEEYSPEIRKGTKFAYNNEFYLINPDVTSRIIKNFDDGKAKLFYVAEVLNGGVKGEWQAGVEYIGGDPDAMILEVLSVIVTSLESLGIQEFYIDLGSIEVWKNSSGEHWEKVKEALIRRNFEKIESLPIPQDKKDELWRLFNFRGRESGYERLDRLIKALGDERIFIDFATVRPLPYYTDVIFEVYSPSLGKPIGGGGEYEVKGKTGVGFVFYLDRLAKLYRPKERSRQVISSKDLRKAYALAREMVKLGIPVEVRL >WP_138524404.1 hypothetical protein [Pseudomonas nicosulfuronedens] >TLX75116.1 hypothetical protein FAS41_17365 [Pseudomonas nicosulfuronedens] MRVLLALTLLVLGMPALADNYQRLYQAAGWPEQRAHFNDALHAAQKRYQGNLPPALYQTLVDNSNQRFAPADIDQRALNGLRQSLPDSTAAVNFFESPLGRKVAGAETLATRSDQLQKYANGLPRQQASDARKQVVHRLSQVLPAREAGAEVSLALASVAADSLSQMLPGLLGGGTTQGMLEGQRQKLMSQIGADLDNTLLYVYRGLSDAELGQFADFSESPAGRDYYRAALAALKAGLSVSSDGQ >WP_207040866.1 FtsX-like permease family protein [Sneathiella sedimenti] >MBO0332073.1 FtsX-like permease family protein [Sneathiella sedimenti] MTLALRFARRDLRGNLKGFRIFLACLILGVAAIAGVGTLSSSITAGLRANGQVILGGDIDIRLTHRGAVEDERRWVEEQGRVSEIQTLRAMVRDLSSDRRTLSELKAIDNAYPLFGMLTLASETGTENPDALLQQKNGLYGVLIEKSLSDRLELPINGQVRIGELNFEVRGIILSEPDKASQGMALGPRTIISSAALNETGLVQPGSLIRYHYRIALAPGKTVAGFYEDAKAAFPDTGWRIRDASNGAPGIKRFVDRVALFLTLVGLTALVVGGVGVGNAVRAYLEGKITTIATLKCLGASSSFIFRVHYLQVLILAVAGSLIGLLLGVGGSVVAAQFLASTLPVPPEITIKAGPLLLATAYGLLTATLFTIWPLARARETPAAALFRDVVSSHRRPRSKYLVTLAACFATLVALAILTSQETWFAAVFTISIIGIFSVLILVGYGVQFIARRLPRSRIPSLRLAIANLYRPGAATNSIILSMGLGLTLFVTVALIEGNLTRQVQEQLPEKAPAFFFIDIQSNQLNDFVSTAESVIDVSEINHVPNMRGRITKVAGVPADQVTVAPEARWALRGDRGITYAATPPEGAVVVAGSWWPEDYAGPPLVSMDREIALGMGLEIGDSLTVNVMGREIEAKIANLREIDWTTMAINFVLVFDSHSLQGAPHSHLATARADGDAENKLFSAITNKFANVSVIRMKEALQTVSRILEQLSSAVSAISSITLVTGVLVLAGAFAAGHRKRVYDAVILKVLGATRKDIFATFLLEYALLGLVTSVIAAATGWFAAYMVITDILEAKWISLPFTIVATILISVLVTLLFGLLGSWRALGTKVAPALRSD >XP_023744527.1 NAD(P)H:quinone oxidoreductase [Lactuca sativa] >KAJ0210844.1 hypothetical protein LSAT_V11C400208770 [Lactuca sativa] MSAQPLIKVVAICGSLRKASSNRGLLRSAIELSESIDGITIEYVDVSPLPMLNTDLEVDGKYPPVVEEFRQKILQSDCFLFASPEYNYSVTAPLKNAIDWASRPPNVWADKAAAVVSAGGGFGGGRSQYHLRQIGVFLDLHFINKPEFVLNAFQPPAKFDSDGNLIDPQSKERLKSVLLSLRDFTLRLQKGK >WP_149746544.1 J domain-containing protein [Rhizobium sp. RU35A] >SIQ65492.1 DnaJ domain-containing protein [Rhizobium sp. RU35A] MRLDSKYFDRIRTRRKREQDAAPQAPTCQWDGCDKPGAHRAPVGRNAEGQFFLFCFEHVKEYNKGYNYFSGLSDNEIARYQKEAITGHRPTWTVGVNKSAREAPLHASQRSGSAASFNRVKDPFGFVRDSQAGSRPSQPAVRRLKTLEAKAFDIMGLTAGATAAEIKGRYKELVKKHHPDANGGDRGSEERFRAVVQAYQLLKQSGFC >XP_031942702.1 uncharacterized protein BDV37DRAFT_281790 [Aspergillus pseudonomiae] >KAB8258687.1 hypothetical protein BDV32DRAFT_139428 [Aspergillus pseudonomiae] >KAE8405383.1 hypothetical protein BDV37DRAFT_281790 [Aspergillus pseudonomiae] MRQTMRLDVGLVTGLAAFSGLAEAFWRLPCRGRAGLARLDPLMDPGKDSYHVHAIHGPDTFAMTADMDTLRDGSCTSCAVTQDKSAYWHPALYFMHENGDTEVVDQVGGMLAYYLLYGNNVTAFPEGFRMVAGDTYKRDFKWPVPDPPTSEWSGEQESQAALRQKAIGFNCLNYNKAAEPSLGRHFLPNKTYLDEHCTDGVRFEIMFPSCWNGKDVDSDDHKSHVAYPSTVMDGTCPEGYETRVVSLFFETIWNTYAFKDKKGTFVISNGDPTGFGYHADFIHGWESGVLEQAVKKCTNLSGRVEDCDVFDIQSEADQRKCKFEVPTLLKNEDVYSHKGGLPNDLVVGYGPAYASPIEYTTATATQAPGASVSASASVSIGLSIDLPGIVAVETSTSSPTTPTWTPTPTTSYIEGDVTQAIVYVEREITVLVDGQGNPLTTQTGGLETVSTVMSTTTSIISTVVTIPTAPPAKRDLHEHKHAHGHHRHGHH >WP_231208164.1 prohead core protein [Helicobacter pylori] MSEPLETLDRDKQAMSEAIKKDIEKDKENLARVEADKKVKADESEEGYEKDDDKKAQNLDKEIAKDKASGNDDKLYEEDDRVKRDKERDDALRDKEKGKDDACMVRADEDTIGDDEEYGDDDKLRDEILGVMEELCDTLNDSLNFKKVVCIGIKVSIVFKFLIFCSQSFRKNSDSKDLSFR >MCF8184263.1 hypothetical protein [Polynucleobacter sp.] MKNLVISAFMAMVSLVLIVPEAEAKRFGGGRSFGMQRQAAPPAAPSQAGKAATAPAAAGTAAAAKPAN >OGK67013.1 hypothetical protein A2209_03080 [Candidatus Roizmanbacteria bacterium RIFOXYA1_FULL_41_12] >OGK67605.1 hypothetical protein A2262_03130 [Candidatus Roizmanbacteria bacterium RIFOXYA2_FULL_41_8] >OGK71071.1 hypothetical protein A2313_01640 [Candidatus Roizmanbacteria bacterium RIFOXYB2_FULL_41_10] >OGK71693.1 hypothetical protein A2403_04515 [Candidatus Roizmanbacteria bacterium RIFOXYC1_FULL_41_16] >OGK72958.1 hypothetical protein A2459_00360 [Candidatus Roizmanbacteria bacterium RIFOXYC2_FULL_41_10] >OGK75013.1 hypothetical protein A2575_03760 [Candidatus Roizmanbacteria bacterium RIFOXYD1_FULL_41_24] MKIYYSSKFAKEYKRLPKKIKLLAEKKELVFRKNPHEPLLKTHKLKGRLEDFWSFSINREYRIIFELKDSNTVWFLSVGTHRIYD >MCB9002045.1 pyruvate, phosphate dikinase [Bacteroidales bacterium] MDKSKTNAEDYYRLMAQTKERLKELSAINRTVSIIKEAKPIADTLHQFCMILPDAWQYPEYTVARVKYAQYEFTSPGFKETPWCQREGFESIDGFFGAIEIFYTREVHEEDEGPFLKEERDLIKNLANIILGYINSVKGQEVVKTKPKVLPKVSESQSKRLLQRFINQHNADRDIYHDLMPFKVHEILLISTLYDAYSIEREDRLTDNILGEYAKLSLSSVPRITGVSSLNEALEKLQEKYFNLIIIMMGADTVTPLKMARRIKGEFKHIPLYLLVNNSIIINKIEKTPLAAEGIDKVFVWNGEPKIFFSMIKLLEDRVNIENDTRIALTRAILLVEDSPKYYSRYLPLLYGSVLDQTKRILEDVSTDDLYKVLRIRVRPKVLLASNYEEALELYQRYKQFMLCLISDVKFFKKGKMFDDAGVQLVEHVRKETPNLPVILQSYETANAEVAKKLNVAFIDKNSESLMQEIKNFLNNYLGFGDFVFRDEVGNPITVASNLEEFEKALRIIPDESLLYHAQKNHFSMWLSARGEIQVARIIHPSTIDDFTGPSEIREYLLTTLKKYRQEKRRGKIVGFESNWEVDESNIVSLSDGSIGGKGRGLAFINTLLYTFDISQFIPNINLRTPRTSIIGSNEYECFMARNDLYDKVINSKSYVDVEKLFLAADLSEQLVFRLERLLEIYTRPLAVRSSGMLEDSILQPFAGVFETYIIPNSHPDKKVRLLQLINAIKMVYASVFSTTARTYVKALNLKIEDEKMAVIIQEVVGSKYGNYYYPHISGVAQSYNYYPFGHINPEDGFANLAIGLGKHVVEGGRTYRFCPKYPTLINYTLQDLIKNSQVDFLAVDLAKHDYDLLTGDEAGLARLDLYDAEQHGNLKHCASVYSAENSNLVPGIGQPGPRVVNFANILKYNYIPLAQTIDTLLDVVKEALGTPCEIEFAVDLNKGKDYKSTFFLLQIKPLMGNTKEYNIDAESIDREKAILVSNNSMGNGLIENIQDVVYIKRDIFNKSYTQEMAAEVDGLNTLLSEQGCSYILIGPGRWGTSDRWIGIPVTWSQISNAKVIVETSFEDFPLDASYGSHFFHNVISMNVGYCSVGNSDKFSTISWEVLDALPSENETVFFRHVRFESPLTVKMDGTQRLMVVSREK >KAG5628805.1 hypothetical protein H5410_000522 [Solanum commersonii] MEPHHNPPPSIAFHHHHDVGAGGACVNCGGPTAFPSPPPDPNPNYIPIRAPAVNLPPANNREIIMRTPVPQSQRVVPLTPPYHFQTPVKKIHNQNDIVQFQSSPTCQNFLGFVVLLSESIRSHKLSDPCHESPVVLAIVSVLETLSVYVDEIPLAPQSSRYGNLAYRTWHERMSCDAESFCFSFFLRIFIRLLLSLFLTLLIALGTPAELIMAMLGTGHETNFAAWLYCLARLGVVKEEDYQALVSKVFVKYLDLMRKLQVTYCLEPAGSHGVWGLDDYHFLPFIFGSSQLIDHKYMKPKSIHNKDILENFANEYLYLSCIVFIMKVKKGVFAEHSPMLDDISGVPNWNKVNSGLLKMYKIEVLQKVPIMQHFLFGSIIQCQKLKREFGPVSSKNFDTWSQPTLRWDFVDGMDNNETMIRQ >WP_075347218.1 50S ribosomal protein L13 [Streptococcus sp. 'caviae'] >OLN82535.1 50S ribosomal protein L13 [Streptococcus sp. 'caviae'] MNKTTFMAKPGQVERKWYVVDATDVPLGRLSAVVASVLRGKNKPTFTPHTDTGDFVIVINAEKVKLTGKKATDKIYYTHSMYPGGLKQISAGELRSKNAVRLIEKSVKGMLPHNTLGRAQGMKLKVFVGPEHTHAAQQPEVLDITGLI >HAV5500596.1 PLP-dependent aminotransferase family protein [Acinetobacter baumannii] MLRPWQIHFRIDEREEKTVFLKLTNLISQEILSGRLVQGTMLPGSRSLSKELGINRKTVQAVYEELEAQGWLVTRPRKGTFVADVLPEKKPQIEPRADRKVSDKPIIQQVAQRPHNDGVPDPRLIPYELFSRAYRHALIKITQNQYMGYGDPRGMAELRQALKQMLSMERFMNVAEDEICIVRGSQMGIFLASRALPNRQGVIVVEELYYPSAVKAFQSNGFQVVSVKLDDQGIVIEDLERILKEHSVAAIYTTPHHQYPTTVTMTMSRRLQLLELSKKWGFYIIEDDYDHEFHYDSRPMPPLASLPHSELVIHVGSLSKVFAPGIRLGYIVAAPTIIHSITEDILLIDRQGNNITELALADLMQRGEIKRHIRKMKKIYQLRRDHALAWFQRVFAESIQIQPPAGGMALWVKFQKSFTQDQLIKLKELNIDTEQKFKQKECANHCIRFGFAALSEKEITSLIETLNEALNKRTADS >WP_197903834.1 hypothetical protein [Eikenella glucosivorans] >MBH5329991.1 hypothetical protein [Eikenella glucosivorans] MKYIHTTADTLEHLRSQAKKRQSKQGGKMADLLNRAAQEAKYQNWRHAEACYHTGERFGRTPLTEACHTAVEHTRAGQDYVTATGFETALPSAYLLFNTDRGDAWLYDVFSQQALCLMHQRQDIPPAPITFADKRFSIPWDGQIDRSTPIPSLDPANEAARAKLGGRYIFPEYVALMLEDLGSQAARQAHQFFHNEHGETAPPEHGHHHHDHGHNCGCQH >MBV8349295.1 glucose-6-phosphate dehydrogenase [Mycolicibacterium sp.] MTATGAAASLNWQNPLRDKRDKRLPRVAGPCGMVIFGVTGDLARKKLMPAIYDLANRGLLSPSFALVGFARRDWADEDFVKVVCDAVRQHARTPFRQQVWDRLAEGLRFVQGSFDDDAAFARLAETLDKLDVERGIGGNHAFYLAIPPRAFPQVCEQLKNSGLARQQEGRWSRVVIEKPFGHDLASARALNAVVNSVFPEESVFRIDHYLGKETVQNIMALRFANELYEPIWNSHYVDSVQITMAEDIGLGGRAGYYDGIGAARDVIQNHLLQLLALTTMDEPITFNARELKEEKIKVLSAVKLVEPLDQTTARGQYTAGWQGGEKVLGLLDEEGFSKDSVTETFAAITLEIDTRRWAGVPFFLRTG >EBY9237686.1 glycosyltransferase family 2 protein [Salmonella enterica subsp. enterica serovar Kentucky] >EEI5373392.1 glycosyltransferase family 2 protein [Salmonella enterica] >ECT1171768.1 glycosyltransferase family 2 protein [Salmonella enterica subsp. enterica serovar Kentucky] >EDN1506693.1 glycosyltransferase family 2 protein [Salmonella enterica subsp. enterica serovar Kentucky] >EEC4989996.1 glycosyltransferase [Salmonella enterica subsp. enterica serovar Kentucky] MSKKPLLTIAIPTYNRSSCLARLLDSIIQQENYCHDELEVIVCDNASTDETARIAKSGLDKIRNSTYHLNEENLGMDGNFQKCFELSNGKYLWMIGDDDLIVKNGISKVFSILKSRPALDMVYVNSAAKTELNYNADVRTSFYTNDVDFISDVKVMFTFISGMICKKTDAIVKAVGIFSPQTTGKYLMHLTWQLPLLKQGGEFTVIHNNIIEAEPDNSGGYHLYKVFSNNLATIFDVFYPREHRVSKRVRASACLFLLNFIGDEDKTKNFATNNYLRDCDSA >MBR7834804.1 ABC transporter ATP-binding protein [Actinospica durhamensis] MTERGARADPADGDAPLLRLDRVTRRFGRVVAAQDLSLQVPRGGALGVVGPNGAGKSTLFALIGGQLRPQSGQIRLAGRPLEGLSPAARARLGIGRTYQVPRPFGRMTVFENALVGASHAAGLRGRAADRAAYAALERTGLAAAANEQAERLGLLSRKRLEVARALAAGPSLLLLDEVAGGLTEPEVDELAAIIRALRDEGMTVVWIEHVVRALTQSVERLVCLAQGRILADGTPERVLADPAVREAYLGVDIDAGTEGPAA >WP_000877275.1 MULTISPECIES: N-acetylmuramoyl-L-alanine amidase [Bacillus] >ACJ82450.1 surface-layer N-acetylmuramoyl-L-alanine amidase [Bacillus cereus AH187] >EEL01922.1 Uncharacterized cell wall amidase [Bacillus cereus BDRD-ST26] >EJP95160.1 hypothetical protein IAU_02552 [Bacillus cereus IS075] >EJR12385.1 hypothetical protein II7_03266 [Bacillus cereus MSX-A12] >EOO85953.1 hypothetical protein IGS_04272 [Bacillus cereus IS845/00] >EOO93950.1 hypothetical protein IGQ_05206 [Bacillus cereus IS195] >KFK75853.1 hypothetical protein DJ87_4170 [Bacillus cereus] >BAL16690.1 N-acetylmuramoyl-L-alanine amidase, family 3 [Bacillus cereus NC7401] MKYRAVAAGILAASLLSSPVSSFAVAKKFSDVPSWAQQSVDYLVGKKALDGKPDGTFSPSEAVDRGSAAKILAVVLGLPIDPKAKPSFKDAQNHWAAPYIAAVEKAGVISGDGTGKFNPSSQINRASMASMLVQAYSLDKKIIGELPTQFKDLEPHWGKKQANILVALEISKGTGNGWEPEGTVTRAEAAQFIAMADQNKTDTSKRMYMNRNFITYHQPSLSSGITDVQHKPQMVVVKEQRADGWLKIVTSKGEKWTPLTEKTETINQDFTAYELASHSSKVLGTYNAQTVTIMEESGSWIRIRVGAGFQWVDKNQLNPVKQENFLEGKAIIIDPGHGGIDSGNVGYYEKESETVLDVSLRLKKIFEQKAPFTVMFTRTDNTRPGVNSTDSLKKRVEFAQEHNGDIFVSIHANGSQYKNGQGTETLYYQSARAKVTNPHVEDSKLLAQKIQDRLVAALGTKDRGVKHQDLYVTRENTMPAVLTELAFVDNKSDADKIATPKQRQAAAEAIYQGILDYYEAKGNNVSSFR >MBA8802464.1 hypothetical protein [Nocardioides ginsengisegetis] MTDDQPDLNPDLSPELTADLDVDPALAAAVLEIEQHIAQGGWDQPARLYALVDTARLVAQEPALASAMGLDASSAQGSLTPVEQDQLAPDRPLETVLESIVWPDGVAGCAAVVERLVLPPDADDQIPDDPAGAEEFAREHPDRQEVRIVAGATRAGSTYCALRLRAHDDDQSVVGGADLVPQLLALLGATLTDDEHTPEHTED >RPH43036.1 NADH-quinone oxidoreductase subunit J [Desulfobulbaceae bacterium] MIKTLTTPDGLVGIIFLFMVAVTLIGGLVASASERLVRAVIGLVICFVGVAGLYYFLNSPFIAMMQVLIYVGAVAVAISFAIMLAAPEEKKKFSSTNPLTGPLGLISAALLTSGLLTIALKTTWPIMPKVNNGSVKIIGIQLLTNHSMVFELISIVLLIAILGALVIARGGREH >PKL50735.1 MAG: hypothetical protein CVV42_01665 [Candidatus Riflebacteria bacterium HGW-Riflebacteria-2] MNDTRIRQMLLFACLVTAGIAVNHMPFTLHFRVDFLFGGIFALVAIYVLPPTAGICAAVLIALPTLQLWNHSLGLIMYTAEAVLITLLLRKTRMHLLMCATITWFFLLPPLIYLNMHLSGLFFQTAMRLFLLKYMINGVFNAAAATAIIFILKLRASGEQQNDTAIGASEAAINVFIIVTVIPLLVFTLFDSRIISNSVYSQIHSRHEELKKSLALQIKTWHDNHVNIIRMIATYAGKTDRPADISKAIEALCHNQGGLKFFHVIDMQGKRIACCPHHCKEEETCKVHDQILQTYNKIVSDTGKPLISGINRPELCATTPIVIIAEPVVSNGVLTGIAAGALDPISIEAMLDPLVGEKIQIKLVDRQNRVVYDRNHANIGKTYESPLDRAMTVMEGKLTIIPPTENLVASYRFRNSTILLNTDLTVPANWNMIIEEPMAEYVDTLFELSFSQFLNISALTLFLVIMSGFIRKYFSIPLRQISDYTSEIARTGFCNRSYPAPESSVFEIRRLLENFSAAMDRIVESQELEKEKNLQLQLANEELKASMLQLQKTRLVADQAEKSFAALINNSLFSILLADKKGRIEFANSEFTRNTGLNVSIGMDLKTLMHEFLPFGPLGFPLTSFLHKTTKGHPVRQIDSGELHLKRDGGKKVFHCVATEVEARYILIFSDTTEAAIVAEEKSRLAEQMQAAQKFESLGTLAGGVAHDFNNILMSIMGYAELTLAELPTPGKLHDNISMIQTAAKRAAELTRQMLDFTGKNVFNLAPVNLSELVKEMISLLAVAVSKKISVSYELCDNAIVLADQAQMRQIALNLILNASESIGENEGKITIHIDITNRQNEFIRSAMMANLDSETEHFALFTVTDTGCGIAPEMLSKIFDPFFTTKFTGRGLGLSATMGIIKSHRGAIHVSSKTGEGSCFRIFLPISDSKTVWEENVIEETPQIALQGKLLLADDEETILNITEMMLEPYNIELLCAQDGQSAVDLFQQNHENIGLVILDMIMPRLNGEEACKRIKAINPAVPIIIASGYSQNETIQKFGNVTFDGFLQKPFKIKDLIEQINAASRGSASRRGSASN >ECJ9372216.1 formate dehydrogenase subunit alpha [Listeria innocua] MGAKVSVRINGEARDVVEGTRILDYLNAEGIQHPHICYSEQIGPIQSCDTCMCEVDGELMRACSTNLTDGMEIKTNSELAKDAQLEAMDRILENHLLYCTVCDNNGNCKVHNTTELLGVEKQDRQYREKGYLNDFSHPFYRYDPDQCILCGRCVEACQQVQVNETLSIDWERSQPRVIWDDDRPANLSSCVSCGLCATVCPCNALMEKSMLGQAGFMTGLDEDMLEPMIDMVKKVEPNYQTVFAVSEMEAAMRETRTKKTKTVCTFCGVGCTFEVWTKDRKILKVEPTGEGPVNKFATCVKGKFGWDFVNSEKRITTPLIREGNEFVPASWEDAIHLVATKLREIQAKYGNDSLGFISSSKTTNEENYLMQKLARQVFETNNIDNCSRYCQAPASDGLTRTVGIGADSGTVEDIESAGLVIIVGASPADGHPVLASRIKRAQKTRGQKLIVSDLRKHEMAERSDLFIHPKQGTDFVWLTAVAKYIIDQNWHDQVFMENRISNVADYLEFLEPFTLEYAEKETGLPVETLKLVAEMIHEADGTAVCWGMGVTQNIAGSHTSSAIANLLLVTGNFGRHGAGAYPLRGHNNVQGACDMGSLPNVLPGIQPLGNDEVRARFEEAYGVSISPEPGLKNNEMLDAIEAGTLHSMYVIGEEMAWVDSNSNHVQEILSSLDFFVVQDVFLSKTAQFADVVFPAAPSLEKEGTFTNTERRVQRLYEVLEPLGDSKPDWWIIQEVARACGRTDWNYDHPSEIMDEIASLAPFFAGVRYDRMQGFNSLVWPVSADGKDMPLLYEERFNFPDGKAQFSTLPYIAPITFPEEFNLTLNNGRLLEQFHEGNLTDKSKGLDYKLPEVFVEVSHELAKERDIESGSLVRLSSPYGRIKLRAVVTERMKGNEVYVPMHSVSSETAVNLLTSSAGDVRTKTPAYKQTKVNLTVLEKTGKNPLPDHNPRNRKRFPQNGAEVERKWSREDYQPISKVNCACGGNCGCGGKGRNH >MCB9044857.1 glycosyltransferase family 4 protein [Chitinophagales bacterium] MSKTPRIILVTNSVPLPDTDFLKYKVFGLSHVFDLHVMCWDTVANKQAFYDKYSDKVRGKNISLFYDTLNAFTVFKLLFINFFRFITAPHISMPLANKLINVYGWDPKKLFTKFTLYFPIATLKPDIVHFEYGTLAHRFSDIKQFVKCKTSVSFRGYDLNYVGLEDTDYYNKVWKNFDGFHFLSNDLKNRAIKRGYPEGKTEALIPPAIDTLFFKPISEKKPNDKLVIISVGRMAWKKGYEYGLQAVASLKQKKIPFEYRIIADGRDSQPVRFAISELGLEQEVKLLGSKTPDEIKEELDAADVFLHPAVSEGFSNAVLEAQAMGLPVITTGADGLSENVADGVTGFVVPVYDVAAMAVKLEWCYHNREQLNNIGKAGIERVKTHFRIEDQVKNFEQFYKSLNE >CAD1480611.1 unnamed protein product, partial [Heterotrigona itama] FERNGFVVLEDFFQPEEIDELKFCGEEFTKNLPPESERKVFNSIESQQVYTELRKYLLRVSSTRDVGHALHWLHPTFKKYTFDERVKEAAFQLDYEEPAVCQSMYIYKNPGIGSEVMMHQDATYLYTDPVKLIGFWIALEDATQENGCLWIAPGSHKSGVHRRYVRNKDPDSKELLIYDRAAPCYQLSNFRPVPVSKGTCILIHGQVVHFSYPNKNDKSRHAYTFHVIETQHTSYSKENWLQPPLEGFPKLYRN >UXX67934.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTXXXXXXXXXXXXXXXXXXXXVQTFFKLVNKFLALCADSIIIXXXXXXALNLGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELYLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLIAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPIETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGLSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >MBR4318777.1 zinc ABC transporter substrate-binding protein [Oscillospiraceae bacterium] MSLTGCGTNTTAENNSTANLASENNVSSQEDNSAAPEETKSEETATSEDKSLNIVCTIFPEYDWVKEILGSHAENDTITYLLDHGVDLHSYQPSTKDMTEIAQCDLFIYVGGESDEWV >WP_189253472.1 TIR domain-containing protein [Lentzea flava] >MCP2198634.1 TIR domain-containing protein [Lentzea flava] >GGU29014.1 hypothetical protein GCM10010178_21430 [Lentzea flava] MTSLDAPPIRCFLSYARRDDVVMDFVGPFTESLRQYAYADRGRELEIFVDREAIGWGDLAQPTIRAAVRNATVFLPLLTRRYFDRPYCREELFIFYNQSFVDGVRGLLLPVVLLGDGYLTEDNPDLAAQIVVERQHRHLREAWIEGPSSPAWRRTMLALAGELVDRVEAAERSLLTEPSYEPDDAIAQVERFGLDTSRVVDVISQVLQEFQDVLATVKDDRTRAESLLPGALRLRDEVRTYERRVFEIDRLTRAAPLPITPDASALRDLVSATEQLLSSARRAELTSVPMRRAMTAFREGLTTLRGAVNVVTSWVESPGQ >XP_001964912.1 uncharacterized protein LOC6505447 [Drosophila ananassae] >EDV33046.1 uncharacterized protein Dana_GF22794 [Drosophila ananassae] MFQKRIIELITVLFYWMILVPIIYNYCKGKKIIEMDMNKLIDSMTTHATFVLCLMIGYVILYRIVMFTYMKLKVCDIEMWHTLKKTKEDPESYLQKTHYQPVSLEHIDVVDSGKKKKANTLGSPQMIRTISDPLLTEGDLARIHIKHETKPLSSATMPRVHQVNVHPSPSPSLRSAPAVPKKDKSGVIMSPMMPPCQVV >WP_006895514.1 MULTISPECIES: TIGR02569 family protein [Gordonia] >AUH70197.1 TIGR02569 family protein [Gordonia sp. YC-JH1] >KJR05318.1 aminoglycoside phosphotransferase [Gordonia sihwensis] >KXT55746.1 aminoglycoside phosphotransferase [Gordonia sp. QH-12] >WFN95022.1 TIGR02569 family protein [Gordonia sihwensis] >GAC60174.1 hypothetical protein GSI01S_08_00290 [Gordonia sihwensis NBRC 108236] MIVEPPEQVLTTFGLTAHPPIAMDGTGWRVGEVVLTLVPDHARAAWSATARENLYVEGMRIARPIRATDGRYVVSGWRADTYVAGSPEPRYDEVVALADRLHAATAKLERPRFMLQPPAPPFNDVDVFVAADRAAWEDVPLRTARAAGMPEPTSEDGERSLAELKILGSLRRPVDLPSQVVHGDLFGTVLFAGAAAPAITDIVPYWRPASWAAAVVVVDALAWGGAGEDLVERWSNHPEWPQMLLRAVMFRLAVHGMHPRSTAGALPGLLRVVDLVRMMV >XP_047161348.1 zinc finger protein-like 1 homolog [Vigna umbellata] MVVCKCRKATKLYCFVHKVPVCGECICFPEHQICVVRTYSEWVIDGEYDWPPKCCQCQAVLEEGDASQTTRLGCLHVIHTNCFVSHIKSFPPHTAPAGYACPSCSTSIWPPKSVKDSGSRLHSKLKEAIMQSGMEKNVFGNHPVSMTESRSPPPAFSSDPLVSRENHGNSDHVDGFSPATGSELPKLTVADVMEIDGANSVGNFMKASSPGAPGATTRKGSVHVERQNSEISYYADDEDGNRKKYSKRGPFHHKFLRALLPFWSTSLPTLPVTAPPRKDATNAAETSEGRTRHQRSSRMDPRKILLLIAIMACMATMGILYYRLVQRGPGDELPNEE >GFZ13182.1 arogenate dehydratase 2 [Actinidia rufa] MAATTSRSPTTPLGNQINTKSPHSNQNPITNIKPLVPLSERRRLTTALASLKCHESQNKAIEPKPLREDSLYQLNSKDPNALARPLTSNHFSNGSRLRVAYQGVSGAYSESAAVKAYPNCEAVPCEQFDTAFEAVERWLVDRAVLPIENSLGGSIHRNYDLLLRHSLHIVGEVKQPIRHCLLANRGVKMEDLKRVLSHPQALAQCENTLTRLGLIREAVDNTAVAAKHVAFRKLKDVGAVGSSAAARIYGLDILAQDIQDDTDNVTRFMILAREPIIPGTDRPFKTSLVFSLEEGPGVLFKALAVFAMRDINLTNLSCYICCQIESRPLQKQALKALDNCNNGFPKYFPYLFYADFEASMADQNAQNALGHLEEMATFLRVLGSYPTDISMP >MCD4741867.1 flagellar basal body P-ring formation chaperone FlgA [Desulfobacteraceae bacterium] MKYINSKFFCIILYFIILTFIPGMAAMAEEEFSIVVKKTSKVSSEEIYLEDIAEINAPSFLENEIGKIVIGSSPDPGEIKIISRDRLVAKIYSNHLIDQNITVFVPDKIYVKRLTRSLTKDYLKDNFLKYVGTFHENIRFDLRDFNVRGIEPYPEGELSLLFDRDNRLNKKGRFAIKVDVLIDNYNVDTLSLSGWIDVYERLVCARVPLKRHQKIVAQDLYYQVVNTSKFRQDYAKKIENVEGKISRSDIKTGCYIRTSQLKQAPLVRKGEAIKLVAKRKGLKIITAGISKDDGVADDLIRVENLRSGKIIRGFVKGKSLVEVYY >WP_012105291.1 YebG family protein [Yersinia pseudotuberculosis] >ABS47248.1 conserved hypothetical protein [Yersinia pseudotuberculosis IP 31758] >AIN12483.1 yebG family protein [Yersinia pseudotuberculosis] >AJJ07133.1 yebG family protein [Yersinia pseudotuberculosis] >AJJ59135.1 yebG family protein [Yersinia pseudotuberculosis YPIII] >AJK14935.1 yebG family protein [Yersinia pseudotuberculosis str. PA3606] MAVEIKFVVVRQGEEKMTFTTKKEADAYDKMLDLADNLSEWLSQAPLSLEEEQREALSFFLAENKEALGQILRGGTPVVAVDGPQKVQSEKNTAEKKSKPEENQAA >WP_151428268.1 FxLYD domain-containing protein [Serratia marcescens] >KAB1583004.1 hypothetical protein F7687_04745 [Serratia marcescens] MFRKIGLAIICAAFSGSVLAGNISKDVEISDLTIASTASGVKAITGTGTNKTDHELNVVIIKFNLLQNGVIVGETGGVTNHVAPGQSWRISSAYDTNLKPDSFQVTEVSVY >MBG4742902.1 hypothetical protein [Pseudomonas aeruginosa] MSGWELQFRDPRRAWLVRLGVGALLLAVPLAFLGGRWSTGADAARSEADAQRQETLIGEQKAELERLRTEIEVLRSGERLSQQATEQSRQTIKLLEDQVFKQQQDIAFYKGGVAPASKADALEIRAFEVQGTDDPQRFRYKVMLSRLGRDDRKLDGRLKVRISGKLARKDATYDLEQLSPELGKTGLSISLRHFQSIPEGGRFAELELPKNFIPKLIDVRAELNGQSKPLQRRFDWPKQ >WP_199425576.1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Anoxybacillus caldiproteolyticus] MNILVNGVSYHVEVYGEGEPLLLLHGFTGSAETWKPFLSQWKQWQLILVDIVGHGLTDSPNEVERYEIDRVAADLDVILQHLYVQATNVLGYSMGGRLALTFAVLYPHRVKKLILESSSPGLRTLEERLVRVKSDEALARDIEQYGIEQFVEKWESIPLFASQKRLSPEVQQQLRAERLKNNAKGLANSLRGMGTGKQPSWWEHLSEVKVPTLLICGELDRKFCEIAMEMAQLLPHSYIAKISGAGHAIHVEQRQIFAKIVNEFIEKGGRA >KAA0555231.1 pyruvate dehydrogenase complex dihydrolipoyllysine-residue acetyltransferase [Citrobacter braakii] MAIEINVPDIGADEVEITEILVKVGDKVEAEQSLITVEGDKASMEVPSPQAGIVKEIKVSVGDKTETGKLIMIFDSADGAASAAPASAEEKKEAAPAAAPAAAAAKEVHVPDIGGDEVEVTEVMVKVGDTVAAEQSLITVEGDKASMEVPAPFAGTVKEIKINTGDKVSTGSLIMVFEVAGAAPAAAPAQAAAPAAAAAPAASGSKEVNVPDIGGDEVEVTEVMVKVGDKIAAEQSLITVEGDKASMEVPAPFAGTVKEIKISTGDKVKTGSLIMIFEVEGAAPAAAPAAAAAPASAAAPAQAAKPAAAPAAKAEGKSEFAENDAYVHATPLIRRLAREFGVNLAKVKGSGRKGRILREDVQAYVKDAIKRAEAAPAAAGGGIPGMLPWPKVDFSKFGEIEEVELGRIQKISGANLSRNWVMIPHVTHFDKTDITDLEAFRKQQNAEAEKRKLDVKFTPVVFIMKAVAAALEQMPRFNSSLSEDGQRLTLKKYINIGVAVDTPNGLVVPVFKDVNKKSITELSRELTTISKKARDGKLTAGEMQGGCFTISSIGGLGTTHFAPIVNAPEVAILGVSKSSMEPVWNGKEFMPRLMMPISLSFDHRVIDGADGARFITIINNMLSDIRRLVM >WP_250703775.1 site-specific integrase [Bacteroides fragilis] >MCM0301863.1 site-specific integrase [Bacteroides fragilis] MKSTFRILFYLKKNEPKKDGTVTIMARITVDGETKQFSTKKTILPEDWDIKSGRAVNKSGKSTSAKISKLNKELDDLRGQISIQYTKQLNNNGYVEPEKLRNKVLGIEEKQHSLLTYFTEHNLQYKDKVGTTATQKTYSRYELTKQRLIDFMKVKYRVSDILIREINAVFIENFYLYLRNEHGINNNTAMKFVQRFHSILIYAKNSGLNFIDPFGSFKFSFDKVDRGYLNQDEIDLIYNKEFSSARLTQVRDMFIFSCYTGLSYIDLCNLTKENIRLAFDGKLWIMTKREKTGVDSNVPLLEIPKQILAKYEGKMKGGKLLPVISNQKMNEYLGEIAEVCQIDKKITFHLARHTFATEICLTQGVPIESVSKMLGHTNIQTTQIYARVVDRKLSHDMAILEQKLQNKGKRTIAIVNP >WP_190024728.1 holin [Streptomyces hiroshimensis] >GGY03608.1 hypothetical protein GCM10010324_58150 [Streptomyces hiroshimensis] MPKVLLDILERTAAAYVTTFLGLLLADGFDLTDVSALKAAAIAALPAALSVIKGAIGTRFGDKGSAAWLPERGSGGSGEGSSSRTRTRKPHAGG >EJH9475741.1 biotin sulfoxide reductase [Escherichia coli] MANSSSRYSVLTAAHWGPMLVETDGETVLSSRGALATGMENSLQSAVRDQVHSNTRVRFPMVRKGFLASPENPQGIRGQDEFVRVSWDEALELIHQQHKRIREAYGPASIFAGSYGWRSNGVLHKASTLLQRYMALAGGYTGHLGDYSTGAAQAIMPYVVGGSEVYQQQTSWPLVLEHSDVVVLWSANPLNTLKIAWNASDEQGLSYYSALRDSGKKLICIDPMRSETVEFFGNKMEWVAPHMGTDVALMLGIAHTLVENGWHDEAFLARCTTGYAVFASYLLGESDGIAKTAEWAAEICGVNAEKIRELAAIFHQNTTMLMAGWGMQRQQFGEQKHWMIVTLAAMLGQIGTPGGGFGLSYHFANGGNPTRRAAVLSSMQGSLPGGCDAVDKIPVARIVEALENPGGAYQHNGMDRHFPDIRFIWWAGGANFTHHQDTNRLIRAWQKPELVVISECFWTAAAKHADIVLPATTSFERNDLTMTGDYSNQHLVPMKQVVPPCYEARNDFDVFAELSERWEKGGYARFTEGKSELQWLETFYNVARQRGASQQVELPPFAEFWEANQLIEMPENPDSERFIRFADFRRDPQAHPLKTASGKIEIFSQRIADYAYPDCPGHPIWLEPDEWLGNAEPEQLQVLSAHPAHRLHSQLNYSSLRELYAVANREPVTIHPDDAQARGIQDGDTVRLWNARGQILAGAVISEGIKPGVICIHEGAWPDLDLTADGICKNGAVNVLTKDLPSSRLGNGCAGNTALAWLEKYNGPELTLTAFEPPASS >ACE85434.1 peptidyl-prolyl cis-trans isomerase, FKBP-type [Cellvibrio japonicus Ueda107] MRNQPMRELAIGPGTRVTLHFALQLDNGEMVDSNYEREPATFTVGDGNLLPGFEKALFGMFEGEHKTLLIKPEDGFGQRNPNNIQEIARSQFSPDLELSEGLMLSFADAQKTELPGVVSRFDDEVVVVDFNHPLAGRDILFEVSILKIEPVQVH >HAF83917.1 transcriptional regulator [Bacteroides uniformis] LEVARACNVSGAAIHQRIQKLTNLGILKGSEYVIDPEKIGYETCAYIGIYLKDPASFDAVTRALEAIPEIVECHFTTGKYDMFIKLYARNNHHLLSIIHDKLQPLGLARTETLISFHEAIKRQMPITVEEEED >WP_058354136.1 hypothetical protein [Acetivibrio ethanolgignens] >KSV57640.1 hypothetical protein ASU35_04340 [Acetivibrio ethanolgignens] MQNKTVYPEWVQQYRKKGTTVKKVGNTYYLYKRTSKRVPGKKYPQPVDTYIGIITPDGIVERKRQQLATTSIRVKEYGFSKAVWDSCPEDWKKAVGDGWEDKLACLIMKASPESYLAVERDVKSEEGLSFSASSQAGMLSRRFYKKYGVEFSCLESLKNIYLVYIENHVFVSEITDEQMDLLKRISVSPEYK >MCH2591601.1 isoprenyl transferase [Pedosphaera sp.] MSHAKTELSEQAKAVLPAHVAIIMDGNGRWARERGLPRVEGHRRGAESVRAVLRCASALGIRYLTLYAFSVENWNRPKAEVDTLMKFLAHYLKTEQGEMNQNKVRXRAXGQLDRLPGFVRGQLDATIASLDHNTGTTLTLALSYGGRTELVDAARAIAAKAQTGELASTDIDEQTFADHLYTAGTPDPDLLIRTSGEMRISNFLLWQISYAELVVTEQFWPDFGEAQFCAALELFASRDRRFGKV >EJV3581946.1 toprim domain-containing protein [Escherichia coli] AKSVAIRLYPVSSTLGIAEGIETALSCRQIFRCNVWSTMNSGFMEKFIAPPGVNHLIIFADNDAHGAGLAAAFKCGHKNLMSCNDVEKVSIRWPDLPDFNDMLIQGCEAREHVLTRKFKAEAA >WP_160893107.1 MULTISPECIES: helix-turn-helix domain-containing protein [Pseudooceanicola] >MBT9383758.1 helix-turn-helix domain-containing protein [Pseudooceanicola endophyticus] >MXN17612.1 hypothetical protein [Pseudooceanicola sp. GBMRC 2024] MDDPAEFAKLIAREVAAELADGYATGRYAPPSEYLNTAQAAAFLGLTEAGMETMRKEGRGTSFVRASQKLVRYRVQDLRHWMEQHLIEHGGQ >WP_058051508.1 calcium/sodium antiporter [Aeromonas allosaccharophila] >KRW64096.1 sodium:calcium antiporter [Aeromonas allosaccharophila] MMTLVWLAVGLVCLVMGAESLVRGAARLATMMGISPLVVGLTIVAFGTSAPELAVSIQSGLEGQAGIAVGNVVGSNIFNVLFILGVSALIVPLVVSQQLVRFDVPLMIAISLLVLLFGWDGRISAFEGALLFAGVVAYTVFLFVQSRRETKAVQAEYEQEFGQKEPETPHSLPHNLLFIVAGLGMLILGSRLLVSSAVEIAHYFGVSDLVIGLTIVAVGTSLPEVVTSIVAALRGERDIAVGNVVGSNIFNILCVLGLTSMVTPGGLEVSATALQFDIPVMIAVALACLPIFFTGYTIARWEGALFLAYYIGYTCWLILHATSSPLQSQFSAALTGFVLPLTAITLVVLAVRAWRLQRTRP >WP_090991509.1 carboxymuconolactone decarboxylase family protein [Pedobacter insulae] >SFG54931.1 alkylhydroperoxidase AhpD family core domain-containing protein [Pedobacter insulae] MGKLVEEFNNYRTKMNDRIMETSNTNIKRFFALDTTTYADGALDVKTKEMLGLVASMVLRCDDCIKYHLEKCYTEGVNQAEINEVFMIANLVGGSIVIPHYRRAVEYWDELSAS >UDH58358.1 NADH dehydrogenase subunit 5 [Brasenia schreberi] MYLLIVFLPLLGSSVAGAFGRFLGAEGTAIITTTCVSFSSIFSFLAFYEVAPGASACYLRIAPWISSEMFDASWGFLFDSPTVVMSIVVTSVSSLVHLYSISYMSEDPHSPRFMCYLSIPTFFMPMLVTGDNSLQLFLGWEGVGLASYLLIHFWSTRLQADKAATKAMPVNRVGDFGLAPGISGRFTLFQTVDSSTIFARASAPINSWISRNMRWHAITNICILLLIGAAGKSAQIGSHTWSPDAMEGPTPVSASIHAATTVTAGVFMIARCSPLFEYPPTALIVITSAGATTSFLAATTGILQNDLKRVIAYSTRSQSGYMIFACGIPNYSVSVFHSMNHAFFKALLLLSAGPVIHAMSDEQDMRKMGGLASSFPFTYAMMLMGSLSLIGSPFLTGFYSKDVILELAYTKYTISGNFAFWLGSVSVLFTSYYSFRSLFLTFLVPTNSFGRDIVRCHDAPIPMAIPSILLALGSPFVGYLAKHFWANSPFVLPKNEILAESEFAAPTITELIPIPFSTSGASVAYNVNLVADQFQRAFQTLTFGNRLFCFFNKRWFFDQVFNDFLVRSFLRFGYSVSFEALDKGAIEILGPYGISYTFRRLAERISQLQSGSVYHYAFAILLGSTPFVTFFRMWDSISSWVDNRPSFIWIVSRFSQIKSSQDSR >WP_192533765.1 energy-coupling factor ABC transporter permease [Phaeovibrio sulfidiphilus] >MBE1236758.1 energy-coupling factor ABC transporter permease [Phaeovibrio sulfidiphilus] MHIMEGFLPVGHAVAWTAVSAPVVAYGSWRLIRTVRQNPELKLLLAASGAYVFILSALKIPSVTGSCSHPTGTGLAASLFGPWIAAVLGTIVLLFQALLLAHGGLTTLGANVFSMAIVGPIVAWSLFRGLRGAGVAGAVAIFFAAALGDLATYVVTSFQLAAAFPDPVSGFWGASAKFLSVFALTQIPLAISEGLLTAIVYNLLQRYSGREMSVLKLRMAGV >MBR5151349.1 hypothetical protein [Elusimicrobiaceae bacterium] KAQQKKSTLLRSAIEDKIHVQVASSFEQMQFWQQEASQRKETYDELTTVLGRVARTAPTDLATLQARWEYLQMGKDYLESLRENHIAKAQLEWAIGKDL >UHM53165.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDXXLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQGDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYFPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_007747506.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >EEX47327.1 SusD family protein [Bacteroides finegoldii DSM 17565] >KAA5218700.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >KAA5222702.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >KAA5227102.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] >KAA5231214.1 RagB/SusD family nutrient uptake outer membrane protein [Bacteroides finegoldii] MKKYILGLSIAAFTISLSGCADFLEEPVRAQQNLDDYFKSEDECKQQITGCYQSVFFDDWWQIQKFYIASDMCTDDMWMGNTTQDPGEYRDLAHYTGNTYNAGNACQNFWQYRYKGILRSNVAIEQIPKVVFENESLKKRYIAEAKFLRAFHYFELVRNFGGVPLVLGLKLPSEITGIKRATVEDTYAQIEKDLLEAIPDLPKRSEYDAMDLGRATKGAAQGYLAKAYLYQGKYTEAEPLLQEITCRGEFAGGREEYELLSDFGQVWDIDQRNSTESLFEVQTNSDVSYNLGIRIPIVCGSRDDSGWAWGLPTSNLERAFQEEKPVRETPEEQLNEDYRLRWTIIKNGATKVYGDANAKNPYVISPNDHKSPRVSRKLYIPVEKRPTPYDAPHIPLNYRLLRYADVLLMYAEVENELGHDDEAKWALNKVRDRVYLAPSTATGTELRNAIRKERRLELALENNRLYDLRRWKDDNGKSAICNVMGPNGTFVAYNKIGYDSDESSNQKENSNKGVNFKEGRDELFPLPPTEITLSGGSIEQNPGY >MBN4480386.1 immunoglobulin heavy chain junction region [Homo sapiens] CARDLGGGSISARHSFDYW >WP_073952834.1 hypothetical protein [Streptomyces kebangsaanensis] MTQAIQRSRHEIDHVHQQTVGPVAGSDNGTGVKVSHQDDPYERASAENGRQTARGGTPELAVAGAHGHDGAVQRAAQASAVQRMENPPRGRRGGKEGDYEADVSSSGSDYEDNDFSSGSDYERQGDSSPERETFAPHVGPGRSAQYYMEGLSNPYRQRRFVFEPSSSSDEERNPRQHPAPAPAPAPAPRSQLADRVRDIVYRHVVENTEGSLEDIRTWADYAADAASVMARIVAAEYADGSVEATDFLSRYPLVYGEVFAEHSQLLFVEQDARMLTGIVMNRIREEQLQNQAADQRRLPRMPESQALRPLRALLMRELLDNSDKKLKVTLVVDAGSLQQGDVGHAWIEITGSNGEQVSFGFYPAGEELELLGDVKGGVECPDLHEDFTHRESKKVKLDQIVNGYRIAHEKAEAAYNLTQYNCTTFAGQVWKAMTGQGVPQNLLTLNGLIGMFVPTPGAAGAGLDRRQVPRLVRRRERLRVTAQGPLRAMFPGAGDADEVADRMARAGLSQSSESESSEEVD >WP_247749043.1 MULTISPECIES: ABC transporter ATP-binding protein [unclassified Rhizobium] MGNLRLLARLVAQIWRTSRWLTLASMCLRLVRALQPVLALYVGKLIIDEVVRLAATHSASSSLSEWWASGRLNVILPLLALEFALVFALDLLTRATTLVDSILGERHSNTVSVELMQHAAKLDLRHFESPEYQDRLERARRQAAGRNALLPQMFGQAQDMITVATLAAGLLAYAPWLILLLALSFVPAVWGETRFNIRSYDLTRGRTPERRQLEYIRFIGASAGTAKEMKLFGLGTYLVDRFKSLSETIFAETRTLSIHRAIWGSLLAAISTLTYYGAYAYIVWQTIVGVFSIGDLAFLAGAFLRLNGLFQKILLGFTQIAGQSLYLDDLFSFFEIKPTISSPVDPKPFPQPIRDGIVFDDVGFRYPDTDIWAVRGLSFILRAGETLALVGENGAGKTTIVKLLTRLYDPDEGRITVDGVDLREMDIAEIHAHVGVIFQDFTRYSFTAADNIGVGRIEARTDMERIEGAAELSLADAVISKLPLKYEQPLGRLFNKGRDLSGGEWQKLAIARAYMRNAELVILDEPTAALDAKSEAEVFSRFKSLAEKTTAVLISHRFSTVRMADRILVLENGSILESGTHTELLQQGGRYAQLFELQAAGYR >WP_131001993.1 protein translocase subunit SecF [Hansschlegelia quercus] >TBN54352.1 protein translocase subunit SecF [Hansschlegelia quercus] MRLIRIFPDDSKFRFTRWRALSFPFSAAISVLTLVLFLTVGLNFGIDFTGGTLIEMQAKAGHADIGAVREAAHSFEVGEVEAQEFGQGGQISLRFRTQPGGEQAQSALVSRARETFEKDFEIRRVETVGPRVSGELVQSGTLGVVLSIVAVLGYLWFRFELNLAIGAVIGTLHDIVLTVGFFLITQEEFNMTSIAAILTIVGYSLNETVVVFDRTRELLRKYKNLPTEELLDLSINHTMSRTVMTATTTALSLLALVLFGGQAIQGFANVMLFGVVICTYSAIFVSSPMLIYLGVTTSTRAAADDKADAAAKAASLSKPGAA >MBQ2865526.1 sigma-70 family RNA polymerase sigma factor [Clostridia bacterium] MDDLRIIELYFKRDEQAIKETDAKYGKLCRSIAYNILNNHEDSEECVNDTYVGVWNAIPPIKPNNFMSFVCKIARNLSLKRLEFMKREKRSPDVLVSLDDLASVLPDDRYAPDVSDEDVGKLISRFLRMQKEDVRSVFVRKYYFFDSVADIAVRFGFTESKVKNMMFCTRNKLRDYLIKEGVEI >CCZ48101.1 putative uncharacterized protein [Bacteroides sp. CAG:661] MEDKNSMNIESRIADFLAGQCSEKERQELQTLLERDEEAARLMRRMSAVWALASLPAFVGKEEENLSKIKRQVASEKPKAMRISGRRRRMVAWLATVAAVALLLVSNTLWYHHSEELTRAYMAAETPYEIKVPASSRTKVTLPDGSVVTLNAGSTLRYARSFGIDNRNIWLDGEGLFEVEKDKERPFTVHTEDVQVQVLGTVFDLCAYSGDEMVTVALVEGCIAMKTPRGTRLELKPDEMASYDRRTGKVVKARTDARRVGDWTDGGLTFDNTPFEDIARKLERKFQLKIHIGSERLKRECFSGCFDRDQGLDDILREINVDGRYTWHRKDGTITIMDKAKHSY >WP_088644037.1 HAMP domain-containing sensor histidine kinase [Micromonospora wenchangensis] >OWV08417.1 two-component sensor histidine kinase [Micromonospora wenchangensis] MCALVASAFLVPLGLTLRGEVREEALADAARRGALVTGALAVSTEPAAVRRAVEATGDDPATRPVVHGLAGEQPAGRASADDLERARAGEQSRVVDVEGGLLRLDPVVLDGRVAVVEVFVPDAVLDEGAGGTWLLLTGVAVALVGAAVIVVDRVAGRAVDSTRALVRAALAVGDGDLGVRVEPSGPRELAEAGYAFNRMADRMAAARTDERELVADLSHRLRTPLTVLRLDAEGLDSDDTSVGSFSAAELDRRRTIRRIRQAIVTLEGEIDVLIKTTRKAVAHEAGPAECDVSEVVRDRMVFWAALAGDQNRPHRVSGAQLRIPVPVPRAELAAALDAVIGNVFRYTPQGTAFEVAVSRRDGYVAIRIDDAGPGIANPDRALRRGASDQGSTGLGLDIARRVALQANGSVSLDRARLGGASVVMLLADPQATPRQVNRFGLVGRMAREAREQKGGGRRWPRQRPTDG >KAI8569196.1 hypothetical protein RHMOL_Rhmol02G0260000 [Rhododendron molle] MSELAKSDSIQIREVWKENLDEEFALIRDIVDDYPFIAMDTEFPGVVLRPVGAFKNINDYNYQTLKDNVDMLKLIQLGLTFSDENGNLPTCGTDKYCIWQFNFREFSVSEDIFANDSIELLRQCGIDFKKNNEMGIDASRFGELLMSSGIVLNDNVHWVTFHSGYDFGYLLKLLTCRDLPDTQAGFFDLINMYFPMLYDIKHLMKFCNSLHGGLNKLAELLEVERIGICHQAGSDSLLTSCAFKKLKDNFFNGSTEKYAGVLYGLGVETGSENK >RLB66027.1 AMP-binding protein [Deltaproteobacteria bacterium] MNYANYACLHARNLPEKICLIERTPTTGQRRTLTWKAFNQSINRVANYLHKELGIQQGDYVMHLQNNSLEWLISYYAIIKLGAVVVPLNFRFVGSDIKYAANVSSPKAFFLGSEFLPVVEPVREELTTVKNFICVGDTVGEGMIDYRELESYDDVSEALVDVDSDTDLAMMFTSGTTGKPKPVLHTHFSLNHTAIGNGMSYFVEKNDNYLLFLPLYHSGTMFLWAPFYATGATGTILREIKDPKWIIEALAEEKATDVLFVVPIAIAILNAIDKGDIKLEEYDLSAWRYMEIGAQPVPFDVMKRLVDILPCGVSNIYGITEGGGGGTFNLYPEEVLERPGSIGKPTFGVDARLVDFSGNEVPPGEVGELIFKTPRMMKGYYGNPEMTAETLKDGWLYTGDLLKTDDDGYYYIVDRKKDMITSGGENIFPVEIEDALMEHPDIDDVACIGAPDERLVEVVMAIVQLKEGRTMTEEEVIEFAKTKLSTYKLPRVVKFDQVMRNPTGKLMKPQMREKYTGRKEAFKSLV >WP_030245666.1 MULTISPECIES: orotate phosphoribosyltransferase [Streptomyces] >AMW11901.1 orotate phosphoribosyltransferase [Streptomyces qaidamensis] >MBB3078130.1 orotate phosphoribosyltransferase [Streptomyces violarus] >MBB4713667.1 orotate phosphoribosyltransferase [Streptomyces luteogriseus] >QWB24144.1 orotate phosphoribosyltransferase [Streptomyces sp. MG62] >UUA07132.1 orotate phosphoribosyltransferase [Streptomyces sp. CRLD-Y-1] MTDTRGALLQQIKDKAVVHGKVTLSSGLEADYYVDLRRVTLDGEAAPLVGQVLLDLTAELDFDAVGGLTMGADPVAAAMLHAAAARGKRLDAFVVRKAAKAHGLQRRVEGPDIAGRRVLVVEDTSTTGGSPLTAVEAVREAGAEVVAVATIVDRATGAAEKIQEGAGVPYLFAFSKDELGLD >NCY12679.1 M48 family peptidase [Burkholderiaceae bacterium] MGKQVKRIIALFLSGVLSVSSFAQQPGVSVTQDSAAKENLGRVIQSPEARSANLPSRNTLQSQPTLVLPDMGDPGGDALSPLDERKIGEQIMREIRRDRDFSNDWPIYDYLNSMERRLMQAAKRLQLGGANAQGSAAYDYEVFAVKDPSINAFALPGGFIGFHTGLLITAETDSEVASVMGHEIGHVLQRHLARSLERQGTNSIIALAGIVLGALAAASNPGAAAGLITGGQALAIQNQLSYSRDAEREADRIGFQILQASGYDVNGAPAFFQRLQKAYGIMDSGVPGYLRTHPLTTDRIADMQDRARTISQNRVPSALEFYLVKARARVEQSGSTSGLFDLRNLFESLSKQASPEKQMEGFYGLALVAQRQGRFD >WP_277588386.1 LTA synthase family protein [Pseudomonas chlororaphis] MTGRFFVNFIRRVFHHPLAPLGALLSLVLLVPLVARALLGWSDPLGYLSDLGTAGLLTLLLYRRPWWLALPVLLVWSLLSIASAELVSAVGRLPNASDLHYLFDPQFVGNSTGGGLAHPWLAAALLSGLALWLGVQWAARGTRAPRLPRHAWTAPALLWLAHGGVQYLNPSEADQWRLFNLPHQLLAAAAGQGQVQLEQWLEGDVPDLPVQMAGLTQLDLDGEPLLAAPGQARNVLVITLEGIPGAYIKTNREALHSRYQDNLMPKLSAWAERGMNTPDYVLHSHQTIRGLYAMLCGDYDKLDNGTPKGIELLTQSQRNQACLPAQLRKQGFNTHYLQGAGLRFMAKDKIMPHIGFDSTHGLEWFSNANYLDFPWGKDDKAFFEGALDYVGQLKKQKQPWMLTLLTVGTHQPYSAPEDYLNRFDTPKQAAVAYLDDAIGEFMDQLERQGVLKDTLVVITSDESHGIDGVRLASSWGFNLMLAPEQAQLPRLKSGTYGHVDLSASVLDYFGFQVPESLSGRSLFRDYALGREIMSYTNGKLRYHDGQGTLTECDFQQRCRYYSSTGFIADSATFKGQYGGLRARQISARAEGLDRTLLQSPLNLRYQFGSPAIIPLQAQIKDDWADNLIGAQYLEMPKGSLTRVRFTVRSADPQQNAYILLKGKEREQDVALGLPEEMLVTPDQPLEMDFSFANPESRKAFSFHLLGYGLGAVEVSDFSVITELPGQEQDSEEPQDDNPHAS >WP_191131110.1 response regulator [Phormidium tenue] >MBD3884873.1 response regulator [Phormidium tenue FACHB-886] MSARVLVAEDEILIARKIEATLQQLGYVTAAIAIDAESAIQKIAETKPDLVLMDILMPGEMDGIEAAIQIRTRFQIPVVYLTAYGDADTLARAKRAEPFGYILKPFQAQELDATIQVALNRHAVEQQRLNALRNIIPAALLHEVNTPLNGIIAGAELAAKSYDSFSRVEILELLDCIYLSAVRLDKVSQNILLHIKLEIISTDPSAVEQLRQDCVQTSQSVIATLAGQIATEATRSPDLQLELEDGSVQISEIHLKKIVTELLDNAFKFSPPDTAVTLRSSFQQSVFVLTVSDRGRGLAPEQLANVGAYLQFDRQLYEQQGVGLGLSLTKRLTELQGGEFLMESTPTQGTTVTVKLPVASKNSSCLSHTISK >XP_031903815.1 uncharacterized protein BDW43DRAFT_266629 [Aspergillus alliaceus] >KAB8236978.1 hypothetical protein BDW43DRAFT_266629 [Aspergillus alliaceus] MATRSPTRLFLTLTTPPLVIAGYSTHHWLNNLEARYPPIAPDRSSTELLRTPANPVIQHVPHIDIYSARIPLRALQARIKHPADETKPTKQDLNTAWAQSLLNCNLLRLEAKFIGLFRTGKFNPGDTGTSPAGFSPEPETGAPRELLNGIMTVVREPVGEEPLLVTWGMPDEPRVFFEKIARWGYPWRLMTGGRHEMSVEGPFEGEGDEESQGPFVEVRFASAHAYEVVEEEGELWEQKTIPKWTGRLHRVYARLLLDTAVRELEGGR >WP_230340254.1 SIS domain-containing protein [Paralysiella testudinis] >QRQ82957.1 SIS domain-containing protein [Paralysiella testudinis] MLVMISQKLPELSAAERKVGECALADAKWFVHAAVAEIAKEAQVSQPTVIRFCRSLGYKGLPEFKLNLSASIGHEGTPYVHEELNSTDSLQDVMEKVLGNTAAAILSCRKSLSEAALDKAVSLLVKARRIEFYGAGNSGIVAQDAQHKLFRFGVSTVAYTDNHIQLMAASVLSPQDALVVISHSGSSLDLLDAVRLAKQNGAAVVALTRADSALAAEADVVLSVASHEDGNTYTPMISRLLQLLVVDMLTIGLALRLGANVSEVLAKTKNSIKAKRLSPAAKPPRH >WP_234278623.1 class I SAM-dependent methyltransferase [Klebsiella pneumoniae] MTKDLNTLVSELPEIYQTIFGHPEWDGDAARDCNQRLDLITEQYDNLSRALGRPLNVLDLGCAQGFFSLSLASKGATIVGIDFQQENINVCRALAEENPDFAAEFRVGRIEEVIAALEEGEFDLAIGLSVFHHIVHLHGIDEVKRLLSRLADVTQAVILELAVKEEPLYWGVSQPDDPRELIEQCAFYRLIGEFDTHLSPVPRPMYLVSNHRVLINDFNQPFQHWQNQPYAGAGLAHKRSRRYFFGEDYVCKFFYYDMPHGILTAEESQRNKHELHNEIKFLAQPPAGFDAPALLAHGENAQSGWLVMEKLPGRLLSDMLAAGEEIVKKSSVACFVP >MCH9811988.1 glycosyltransferase [bacterium] MITLVYEANESSPLFENKMREISGCPEVQCICVDSNHLAKSYNKAIKKAHHDIVVFLQKGVSFCSEDWARILITTFSTNSHGIIGTLGSLIVPKSGMLWEKEEPLCGSIWYEEYHDANRNLFGEEFSGKVLDVVALEGSFLAIHKDRLARKFDESFKGDSFFDSDFCIENYVNGVSVGVVFDIDILKESFDEQDETFIKNHKKFLEKHEELPLRICPKVFIDQVEVEISSSPSVNVIIPNKGQSAELISCLTSILEKTSYDNYLITIMDYGSSDAEKSAIKAFIQDHENMEFIQTKQPQVSQIYNDAVNTVDSDLVCFLSKHIVLANDAISLMVETYLRNPENCGTVGLRSHLKNNMVRQFGLQLLSFETNEGMELGLDLKGFGKSYAYRNELIDGVMGNPSENLLMDRKLFLEVGGFNTNYLHSLEDFELNLKTILCGKKNYLEGRAVAYYQGFDRPKYHPKDYLLLMDFINANIELITPYVNLMSA >WP_097346712.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EFA3821121.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EFN8166508.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EHK7392752.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >EJE6823416.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] >MBA0904959.1 Fe(3+)-hydroxamate ABC transporter permease FhuB [Escherichia coli] MSKRIALFPALLLALLVIAATALTWMNFSQALPRSQWAQATWSPDIDVIEQMIFHYSLLPRLAISLLVGAGLGLVGVLFQQVLRNPLAEPTTLGVATGAQLGITVTTLWAIPGAMASQFAALVGACVVGLIVFGVAWGKRLSPVTLILAGLVVSLYCGAINQLLVIFHHDQLQSMFLWSTGTLTQTDWGGVERLWPQLLGGVMLTLLLLRPLTLMGLDDGVARNLGLALSLARLAALSLAIVISALLVNAVGIIGFIGLFAPLLAKMLGARRLLPRLMLASLIGALILWLSDQIILWLTRVWMEVSTGSVTALIGAPLLLWLLPRLRSISAPDMKVNDRVATERQHVLAFALVGGVLLLMAVVVALSFGRDAHGWTWASGALLEDLMPWRWPRIMAALFAGVMLAVAGCIIQRLTGNPMASPEVLGISSGAAFGVVLMLFLVPGNAFGWLLPAGSLGAAVTLLIIMIAAGRGGFSPHRMLLAGMALSTAFTMLLMMLQASGDPRMAQVLTWISGSTYNATDAQVWRTGIVMVILLAITPLCRRWLTILPLGGDTARAVGMALTPTRIALLLLAACLTATATMTIGPLSFVGLMAPHIARMMGFRRTMPHIVISALVGGLLLVFADWCGRMVLFPFQIPAGLLSTFIGAPYFIYLLRKQSR >MCB9527501.1 translation initiation factor IF-3 [Myxococcales bacterium] >MCB9543735.1 translation initiation factor IF-3 [Myxococcales bacterium] >MCB9552708.1 translation initiation factor IF-3 [Myxococcales bacterium] MVVDEEGNRLGVMTPEEARRLAAEKGLDLVEVAPNARPPVCRIMDYGRFKYEQRKRSKKQHQMQTKIIKLRPKTDPHDLETKLRHARRFLENGDRVRFVVRMRGRERAVTDRWVAQLNELVAKLEDVGSMTGRPQLEGGGVTATVEPRKDKETVRAEAAAARAAAAAQRAANAPPGTVVEEDDDDDFEDDDDLDDDDDDDEDDDEDDDDI >QQE66073.1 methyltransferase type 11 [Leptolyngbya sp. BL0902] MKQAYPKTRKGGYALHQYGDWQKLDNYGWEKGGIPTEFQSKPDDEIWWPRNNQKKMTEAAQKAGWQVVNADLRLLGRDSMILLQR >WP_123608797.1 MBL fold metallo-hydrolase [Mobilisporobacter senegalensis] >ROR29357.1 phosphoribosyl 1,2-cyclic phosphodiesterase [Mobilisporobacter senegalensis] MKLCSIASGSSGNCIYVGNNNTNLLVDVGISGKRIESGLISIDIDPKTIDGILITHEHSDHISGLGVMARRYGIPIYATVETISAILRIKSIGKISEELFRYIEPDVTFEINDMAVNPFSISHDASNPVCYTFTSNGQKIGVATDLGKYDDYIVSNLKGSEVLLLEANHDVNMLQVGAYPYHLKRRILGDRGHLSNDNSGRLISELLHDKLKHIFLGHLSKENNYPELAYETVKIELENNHCNVMEHISLRVAKRDEPSDYIII >WP_161258623.1 AAA family ATPase [Heliomicrobium undosum] >MZP30094.1 AAA family ATPase [Heliomicrobium undosum] MDTANRLMIEFRSPSTLASFGLKRQFPAIAKGDDGCHRIAFTADSKDHMQLCEFWKKARGWEIRRITASGKAITPEQLDKIVTCLEQRQKVRDAAFYCDGRSVGLTARDEGALFFAGCRFLIVDDVDWSEPDGPRWYRHGAVDGEGLFHTDKKAVLVMLEQLAQSSGCVACPALDWQQVTHRVSALPDGLNPRKDGAWEYRFDDAGTTVTGIVRTPPERAGNGRFDMDTCMTSVRVDESKALANSVAPQPVKPEGGSQDADPFTGTGSSTGSSTSSSSTGSSSHPLDNTMEDFFRPVKPGKITYADVGGLKEELRLLREAVELPLRYPDLVRTLNITPPKGVLLYGPPGCGKTLLAQAVANEVEATFFAVKGPEFLSSLHGQSEKRLRDLFAQAEQKAPSIIFFDEIDAFAFDRSRTTTSFEATLVAQFLSLMDGFDRRAQVVVIATTNRLDVLDKALLRPGRFDYRVRVTVPTLEDRLQIFKLHTAKMPLEATVNINDLAEQTKGFTGADIAALCAKAALMAVARALGPDMDRWPASLSSDFTSAIRITGDDFAVALTQVRASVDIDDNDDHIA >OAD54734.1 Ceramide kinase [Eufriesea mexicana] MILWKTIPITRSHHVEVATHRDPTCALVAQPTGATWNEKREQVKNRDATERIRDYSKDRLAYETYSRVQDNFVPRQPPDSNLAHPATTDPAMTYSRARMVDEPTKHPKSSRGSLARPCSRSRRPLPHGGELNHPDESFGTGIVEAFLSISKEGSLFLLAVRYGDDWISGVTIKEKQPPTSPTSPTVCPTNFILHYAVRGPKNKWSHHSVTMSHTDPRQVASWVKTIRNYLMGLTHRPRKVLLFVNPFGGKKKGLKIWEKDVQPLMTIAGVETKMLVTERVGYARDILLTADLSDFHAVVCIGGDGTLAEVINGLVLRASRDRQIDPNNSEAILPTPRLPIGVIPSGSTDTVAYSLHGTTDVQTAAIHIIFGDKTGLDISSVHSDQTLLRLYASMLSYGYLGDVIRDSEKFRWMGPQRYDYSGFKKILANKGYEGEIHLLSDPCHPATSTRCIKNCTRCLQHMHNSIPDKEISRWVTVRGKFFMVNGANLACGCARSPMGFSPHCHIGDGCVDVILVRHTSFFNNIRMLLRLSSKQKTLYDLPFVEVYRAREFTFRALPTLHMQSNSEISNRYLNSSLSVWNCDGEVIDNSNVKIRVHCQLVNVFTRRAQEPVHGRTCFC >PIW09420.1 ABC transporter permease, partial [Comamonadaceae bacterium CG17_big_fil_post_rev_8_21_14_2_50_60_13] MAQAIRRALTGSPRGTAPAALLAVSLVTLIFAPLLPGLYWALMPSMQTPVWQALWRDPQWPQALQATLVSAVLGPALACAAAAAFATVSYPGAAWQAMQRRLPLLLAMPHAAFAVGIFFLIAPSGWLARAIGQFLAWTDPPDWATVQDPHALALALALAIKESWFLLWTLSAVLGEQAVARQMVMARSLGYSRVQTWQRVLWPQVLPRLGWPLAAVFAYGLSVVDMAMILGPSTPPTLAVLAWQWLTDPDERLQAQGGAASLVLLGLFLLGALLARGGWHVWQTRRAYPDGVRASATPRHWRWELPLLAVGYAVLAVLLLWSVAQTWFFPALWPTGVSLTHWQQADWVPFWTTLWLAAAASLLCLPVVLVWLEWGPQRWNAVLYLPLIVPAMPLVAAQYAALLRAQIDATPMALVWSHLLWVLPYMVLTLVGAYRAFDARLLTTARALGCSRLRACWQVKWR >KKU20154.1 hypothetical protein UX30_C0003G0029 [Candidatus Saccharibacteria bacterium GW2011_GWA2_46_10] >OGL36370.1 hypothetical protein A3F05_01315 [Candidatus Saccharibacteria bacterium RIFCSPHIGHO2_12_FULL_47_17] MIQKIKKKLIVLASVLTLVAPVALAVPAYAQSNTVEQGIKGSLICGSDAVITSAGTGKTLKGEACTLGAGQEGNLGTKIKSVINILSAVIAIVAVIMIIYGGLRYVASGGKQESVTAAKNTILYAIVGLIIVALAQAVVQFVLKGTT >MCF7871960.1 TATA-box-binding protein [Candidatus Woesearchaeota archaeon] MPVKKNTGKDFDPHENITVVNIVVSTSLEHDVPLEKMAATLSNTEYNPEQFPGLVIRIKEPKTSALIFSSGNVVCTGARSLEKVDESIQRIIESLEKIGIKIKIKPKINVQNIVASGNIGMDLNLNTLAMKLDNTEYEPEQFPGLVYKLMEAKATFLLFSNGKIVCTGTKSEEMVHKAVDMLIENLLKLKK >WP_230693348.1 iron-sulfur cluster assembly accessory protein [Pedobacter sp. MC2016-14] >MCD0490685.1 iron-sulfur cluster assembly accessory protein [Pedobacter sp. MC2016-14] MITITDKAKSKIDHLMADSQMDTTYFLRVSVKGGGCSGLSYNLDFDNEEKTGDQFFEDKGIRIALDMKSFLYLAGTELDFSDGLNGKGFNFHNPNASRSCGCGESFSV >WP_238874073.1 LacI family DNA-binding transcriptional regulator [Achromobacter xylosoxidans] MMVFDVKKSTRERKLATLAEVAALAGVSTATADRVLNRRPGVRGSTAQRVLKAAAELDYLPEADLYAAMAPEPMRLVILLPRGSNRFLRMLGDSVSYAHEHFAPLNARCQVDYVESFNPEALAQALLHHGKCADGIAFMALEHPVVREAVNALAQQGVPTVTLISDLANSARVAYVGLDNRAAGRTAGYLIARFIGPRAAHVALIAGSRHYRAHEEREGGFLQLYAEQFQAMQVMDLREGYDDAQRNYEQTRQLLEQYPQLAGIYNIGGASDGVARALKEAGLQHRVVFIGHGLTPDTRALLIDGTMDAVITQSPVEALMSCVRIFCNVRDKRSPMSGVEMNRSQVILRENLP >XP_014030939.2 tight junction protein ZO-1 isoform X18 [Salmo salar] MLGSDTRNWFVKKQMSGRRPSGKNKKTWAAKILRHHRERLLKELDVNKVLPYLVYGRVFSLVECKEILGYDTNKKRAEIFLDKLSLKGPGAFCAFCSVLEEAYPHLLTCFLLDIEDQPALRSCRNQEGRVMAPHNQGVFLSRERTVMHPLFIYNDPLFNTRVTPTDGLSGIGATGIGTAASSAAITEAQDSAEAAAEDAAAARAAARAAARAGAMCGSGAIGGCSVMFATSTLSLPMTQGKPSLRRIKGRIHRSKSLDSIDLLDSNSAAMEETVIWEQHTVTLHRAPGFGFGIAISGGRDNPHFQSGETSIVISDVLKGGPAEGLLSENDRVVMVNAVSMDNVEHAYAVQQLRKSGKNAKITIRRKRRVQIPVSRPGDRETMSEHEEEDTDEDDGYEQHSGRSGPTSAYGAASGGTASRRTNDRERERSNSSRREHSASRERSISPRSGRSQGSSTPSRPAKVTLVKSRKNEEYGLRLASHIFVKDISPESLAARDGNIQEGDVVLKINGTVTENLSLIDAKKLIERSKGKLKMVVQRDDRATLLNIPDMDDSIPSGNNSDRDDISEIHSLTSDHSARSHDRARGSRSRSPTRSEPSDPSRHSPRQISNGSHRSRDEERISKPGVMSTPVKGSQEALIQAISDQPLAREDKLPPLPEPKPVYAQPGQPDVDLPVSPSDAPVPSAGHDDSILRPSMKLVKFKKGESVGLRLAGGNDVGIFVAGVLEDSPAAKEGLEEGDQILRVNNVDFANIIREEAVLFLLDLPRGEEVTILAQKKKDVYRRIVESDVGDSFYIRTHFEYEKESPYGLSFNKGEVFRVVDTLYNGKLGSWLAIRIGKNHQEVERGIIPNKNRAEQLSSVQYTLPKTPGGDRADFWRFRGLRTSKRNLRKSREDLSAQPVQTKFPAYERVVLREAGFLRPVVIFGSIADVAREKLAREEPDLFELAKSEPKDAGKDQRSSGIIRLHTIKQIIDRDRHAVLDITPNAVDRLNYAQWYPIVVFLNPDSKQGVKTMRTRLCPESRKSARKLYERALKLRKNNHHLFTTTINMNNMNDGWYGALKETIQQQQNQLVWVSEGKADGAPDDDLDLHDDRLSYLSAPGSEYSMYSTDSRHTSDYEDTDTEGGAYTDQELDETLNDEVGLPTEPAITRSSEPVREDPPVIQEPLGYGGYQHTVQPDPLNRINPAGFKAPAAQQNEKAEAVPATMPILPQQPEQPVLLAETEAAPPAVDNTVNGVAGLSHGLSLGPIAAPQSEPSPGPGPEADWLRMPTPDLAQPLAPAPTLEPEPLQSGPPSSEPQMYKKDPYLEEPVRVNHGGVKPSPATGPPMTYESQPPYQDQHPYRDYDHPPNRYDGGGYLEPKYRNFDSQLHHEKSVPHYDDQWPPYNQQTSGPPPHQQQQAPGHGYDPRLSYEDGPERDYSPPQPRYDEAPLGYNGRPRYGKPAGPGPIRYDESPPSGPGGYAPLRYDQEPHPYPPATRSPEPPKQYYQGEPAQRTGPGPAYNQAPPQHRGYKPPPQQYEPIMNFDAPVPTPKPQPEALRPSPGEVLLTTAPNLPPPPPRVEPEDDPAIRAQSVLSRVKMFENKRSVSVDRAKEAVDAFGLRSADLPTKPGASIPKANSLSNLDQEKSFRVPEPQKPREVSDDDIVRSNHYDPDEDEEYYRKQLSYFDRRSLDTGKAPPQTTPVIATKPAAQPQAHPGYNYPRAESVEKVSPVERRYEPVPQVTPTAPPAILPKPTSPEDPHDFPKADTVMTNYLPQKSYPEKSPVNGTAMKDQPKAPANTSYNRYVPKPYTNSAKPFERKFDSPKFNHNLLPNNKTDLAPAIKAPANSTAPAKPQISPQLTDLDSGMDTFTRTMDNRSKYQHNNINAVPKAIPVSPSALEDDDEDEGHTVVATARGVFNCNGGVLSSIETGVSIIIPQGAIPEGVEQEIYFKVCRDNSILPPLDKEKGETLLSPLVMCGPHGLKFLKPVELRLPHCDPKSWQNQSLPGDPNYLVGANCVSVLIDHF >MBN8497621.1 beta-ketoacyl synthase chain length factor [Candidatus Accumulibacter sp.] >MBO3713725.1 beta-ketoacyl synthase chain length factor [Candidatus Accumulibacter sp.] MRPPPLSVCIEGVGFLAPGLPDWPTASAVLRGEQAYAAAPSLLPVPSLLPAAERRRASRVVKLALALGLEAVAHAEADVGTLATVFTASGADGHNCHALCEQLATDDRRISPTRFHNSVHNAAAGYWGIATGAMAPCQVLCAFDASFGAGLLDALAQVVVDQRTTLLIAYDSEYPEPLHRKRPVSDCAGVALLLAPVQSVRSLARIAVTPSSDAAARLADGELEGLRTTIPALRSLPLLQMLARREGGSVCLDYLPPMQLRVEVVPC >HBR1243745.1 isovaleryl-CoA dehydrogenase [Klebsiella quasipneumoniae subsp. similipneumoniae] MHWQTHTVFNQPTPLNNSNLFLSDTALREAVVREGAGWDGDLLASIGQQLGTAESLELGRLANSNPPELLRYDATGARLDDVRFHPAWHLLMQGLCANRVHNLAWQEDAREGAFVARAARFLLHAQVEAGTLCPITMTFAATPLLQRALPAPFGDWLSPLLSDRYDPHLAPGDQKRGLLIGMGMTEKQGGSDVLSNTTRAEKTAEGFYRLVGHKWFFSVPQSDAHLVLAQAPAGLSCFFVPRLLPDGQRNGVRLERLKEKLGNRSNASSEVEFYDACGWLVGDEGDEGDGVRQILRMGGLTRFDCALGSHALMRRAFSVALYHALQRQAFGKNLVDQPMMRQLLGQMALRLEGQTAFLFRLARAWDRRDDARESAWARLFTPAAKFAICKAGIPFVAEAMEVLGGIGYCEESELPRLYREMPVNSIWEGSGNIMCLDVMRVLSKQPAAMELLAAECAEVKGQNRHLDRAWRQLQQLLKRPAEEQGREIARLVYRLGAGAQMLRFASPPLAEAWCRMMLDTRGGIRLDAPTLDDLLLRAMGRGRQAPQA >UFM00670.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKSGGTTEMLVKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGRSTQIGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKLVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNFSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSISCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPLPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLAAVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >ONC03263.1 hypothetical protein AQ910_10885 [Burkholderia pseudomallei] MKHFVIGAFALLILWLVVEVARAVKRIGDDEHHMH >VHX55998.1 Uncharacterised protein [Clostridioides difficile] MEIGRRIIFDQDGEIIAIYGETEGDVIPRKGISXYLLIAHFKVLRI >WP_189355971.1 hypothetical protein [Undibacterium squillarum] >GGX34874.1 hypothetical protein GCM10010946_10190 [Undibacterium squillarum] MKKLSLLASALLASAYACADDTNTNADVQKADSEIRFTAERITLPGNEGMGMLGGNYLININKNIQFGPAVYGAVTGKRGGFFTGGAELSGRYEVMPKVLAQAGVYVGGGGGGVAMVGGGLMVRPHADLLYKFDGGTAGVSVSQVRFPNGFIKSNQVGLVMSLDTNFRYSPVSSIGKMLNIDDRGGMGFDRIAVTAGAYKPASGVADLGGVPYTGKIGYAGFRSDRFISEQVYWGIEAGAAAKGGADGYAEVLGTVGAETPVFGDVKVGARAALGLGGGGKLTVGGGSLGKVAVYASAPLTKDVFVALEGGMLRFPDGQFKAKFATVQLGVELDTHRERGEARTVRGMEWGFSGAYYPKAKRYTGTEEGVKLVGFKIDRDITANTYFSAQAHSAYDGKAGGFSVGLAGLGVKTDIRPNSFFATAEVLSGAAGGGGISSKGGAIVQGVAYAGYDFNSKARLKLGVGRVKSLKGEFNSNIFDVTLTVPIGVASR >NWW81056.1 ROP1L protein [Climacteris rufus] ISCWNPLQSLLSSMKQACEILTSDPEGGAARIPFETFSFLYSYLASIDGEIPEADTEAFLQGIKEQADKHSGMVLLRHF >WP_173213591.1 MULTISPECIES: MIP/aquaporin family protein [unclassified Streptococcus] MDFTWALKYATEFLGTAILIILGNGAVANVELKGTKGHQSGWIVIAVGYGMGVMIPALMFGNVSGNHINPAFTLGLAVSGLFPWAQVVPYIIAQVLGAIFGQALVVATHRPFYLKTENSNNILGTFSTISSIDHGTKESRYAATVNGFVNEFVGSFVLFFAALGLTKNFFGAEVLQYMKQMATQAGQTVDFSDLAIKAQVAPHTASGLSVAHLALGFLVMALVTSLGGPTGPALNPARDLGPRLLHAFLPKSVLGEHKGDSKWWYSWVPVVAPIVAAIAAVAVFKFLYL >WP_232180661.1 DNA repair protein RecN [Mammaliicoccus sciuri] >MCD8796080.1 DNA repair protein RecN [Mammaliicoccus sciuri] MLQALTIKQFAIIESLEINFSGGLTVLSGETGAGKSIIIDAIGQLVGARASQSFVRHGEQKATIEGVFDIDNVPNVNKILSELDIDFDEDFLFVKREIFASGKSICKLNNQNVTLSDLKIVMQELLDIHGQHETQILLKPKYHLSLLDDYADGTYQAEIDQYDETFQSYRLKKQELEKLESQDQALLQRLDLIKFQRDELQDANLKEDEIDFLNQEIKKLQNHEKINESLNKAHMLLSSEENITDKIYKLNQEIQHINDIIPDKYTAFSEELDQMYYTLEDYKHELYNELTSNDFDESLLNEYESRLNVLTDLNRKYGKSIPELIKYRDKIDDEIYKIENYEQSTSQLREEINDLYTNVVKYGEALSTKRRQVALNLRDRLVEEVQNLHMQDANIEITFTKTKPTQYGLEEVEFLISPNKGEPLKSLNKIASGGELSRIMLALKSIFVSSKGQTAILFDEVDTGVSGRVAQKMAEKMHQIAQTLQVICISHLPQVAAISDNHLYIAKETVNDRTTTSIKQLDGEDKIDEIARMISGVEVTELTRQHAKEMIIQNKNLK >TVP67793.1 amidohydrolase [Leptolyngbya sp. LCM1.Bin17] MFATTAPPCPVDRSRIRPAIQTLQPQLVEWRRRIHQRPELGFKEWLTADFIRTQLDQWGIPYRDAIAETGLVAVIEGTSPGPVLGIRADMDALPIHEENQVPYRSQHDGVMHACGHDGHVAIALGTAYYLAQHRHSFKGTIKLIFQPAEEGPGGAKPMIEAGALKNPDVEAIIGLHLWNNLPLGTVGVRTGTLMAASEFFSCTIQGKGGHGALPHQTVDSIVVGAQVVNALQTIVARNIDPTKAAVVTVGKFHAGMAQNVIADTATLSGTVRYFDPAYSDYFAPRMEQVIGGICQSHGASYHLDYKALYPPVINDAAMADLVRSVALSVVETPAGVVPECHTMGGEDMAFFLQEVPGCYFFLGSANTEKSLAYPHHHPRFDFDETALGLGVEMFARCVEAYCGS >WP_065881511.1 MULTISPECIES: LysR family transcriptional regulator [unclassified Pseudomonas] >CRM45038.1 Nodulation protein D 2 [Pseudomonas sp. 24 E 1] >CRM66157.1 Nodulation protein D 2 [Pseudomonas sp. 24 R 17] MPDLNLLVTLDVLLAEGSVAAAARRLCLSPSAMSRALARLRETTGDPLLVRAGRGLVPTPRAVELREQVSRLVQEATAVLRPVQSVDMAQVERTFTLRTSEEFVENFGPALLARIAQDAPGVRLRFINKTDKASALLREGSVDLETGVVDPAASPEVLTQALFRDRLVGVVHSGHPLSQGEVTVERYVSGQHVYVSRRGQARGQIDDVLEAMGLTRQISTLVAGFATAIALARDTDLIASVPERYTVHQREGLHTFVLPLALPTFTVAMLWHPRLDADLAHRWLRGCLREVCRLQRVQSPLP >WP_274285032.1 diol dehydratase reactivase subunit alpha, partial [Actinomycetospora lutea] MSPVEGPAPTSSASLVIGVDIGNSTTEACIAEVSPGDVHRLASSLTATTGVKGTPANTAGAVTAVRRALEAAGRPSDALATVLLNEATPVISGLAMETITETIITESTMIGHNPDTPGGEGLGVGTTVTLEALAEVEPGTPAVVVVGAGADFDDVAGTLNRALERGADVVAAVMHGDDAVLVVNRLSRRIPVVDEVSAVDRVPLGMLAAVEVAPPGRTIRTLSDSYGLASTFDLDAEQTRQVSPVARALSGNRSAVVVRTPAGDVTDRRIPVGTLTLSGAGRTLDVDVDTGADAIMEAIGRVAPLVDVHGEAGTHVGGMLANVRDTMTDVTGQPASEIRIRDVLAVDTMVPATVRGGLAGEVSKENAVALAAMVRTSRSRMQAVADALSTELGCEAIIGGVEGEVAVRGALTTPGSSVPIAIIDMGGGSTDAALLDRDGAVSAVHVAGAGELVTKLIDSELGLEDREAAESVKR >NDH21517.1 adenylate/guanylate cyclase domain-containing protein [Paracoccaceae bacterium] MDADDIKQLQRQVSKLQLEAKLRKSVANELERQKNLVQKARDEAEEQRAKFERASERLSQYLSPQICEQILGSEEFSGLETNKKNLTIFFSDIVDFTALSERMSPDELKNFLHFYMTEMSNIAIDFGGTIDKYIGDSIMVFFGDPDTDGDSEDAKKCFRMALRMQETLKDRRLQIKNDFNLHEPLRIRIGIHSGSCSVGNFGSKHRLEYTAIGRAVNVAARLEKACEEEGVLCSEATATLLKDDAVNLRLRHVKAKG >PTB82517.1 hypothetical protein C9933_01770, partial [Methylophaga nitratireducenticrescens] HPQTTFQKPQTANSKWLAKSAASWGGTHIVEANLVAENPDRYYQQYIEGISGSVLFLAAADDIQLLLFNEQFPVNPSLYNFSLNAISSGLQLDLKQQNFLHQTLQKLTEHLSLIGLMSLDFILTPSGEIFLLELNPRPTASCQLLADHAPIISWQLMSLTGVMPETAVELPAKKTNLMVLFCPGTNHYPGGF >KAA0114277.1 cation-translocating P-type ATPase [Streptococcus sanguinis] MRLEMMSPSGQKTSEIKEAKRRNTLSKEQKRQAFYTQSPEEIFKTLDASEQGLSSQEAAKRLADYGRNELDEGEKKSLLMKFLEQFKDLMIIILLVAAVLSVVTSGGEDIADALIILAVVIINAIFGVYQEGKAEEAIAALKSMSSPAARVLRDGHVTEVDSKDLVPGDIVRLEAGDVVPADMRLLEANSLKIEEAALTGESVPVEKDLTVEVAADAGIGDRLNMAFQNSNVTYGRGVGLVVNTGMYTEVGHIAGMLQDADETDTPLKQNLNSLSKVLTYAILVIAAVTFVVGVFIQGKNPLDELMTSVALAVAAIPEGLPAIVTIVLALGTQVLAKRNSIVRKLPAVETLGSTEIIASDKTGTLTMNKMTVEKVFYDGVLNEAGQDIELGLELPLVRSVVLANDTKIDQEGKLIGDPTETAFIQYALDKGYDVKVFLEKYPRVAELPFDSDRKLMSTVHPLPDGKFLVAVKGAPDQLLKRCVARDKAGDVAAIDDATSQLIKSNNSEMAHQALRVLAGAYKIIDSIPENLISEELENNLIFTGLIGMIDPERAEAAEAVRVAKEAGIRPIMITGDHQDTAEAIAKRLGIIDKNDSEDHVLTGAELNELSDEEFEKVVGQYSVYARVSPEHKVRIVKAWQNQGKVVAMTGDGVNDAPALKTADIGIGMGITGTEVSKGASDIILADDNFATIIVAVEEGRKIFSNIQKTIQYLLSANIAEVLTIFFATLFGWDVLQPVHLLWINLVTDTFPAIALGVEPAEPGAMNHKPRGRKSSFFSGGVMNSIIYQGILQAMLVLSVYGYAISNPVHLGNQTAIHADALTMAFATLGLIQLFHAYNVKSVYQSIFTVGPFKSKTFNWSILVSFILLISTIVIDPLEKIFHVTKLDLSQWTVVLIGSFAMIVIVEIVKFIQRKLGMDKNAI >WP_280691874.1 YwqG family protein [Kitasatospora sp. GAS204B] MTSWNAELSALAHQHLPADIAEKWTSLLRPCARLAAGADGRSAGRLGGAPELPHGTEWPVWEGHGPLSFVASVDCAALPTGELDMPLPQDGTLLFFYFDGQLDDGDALVLADDRDSWDGARVLYVPAETETLEHPTPEGLTAYPEVRLTAQATASDLGPWHPDTQSALGSGPGWDPRDHPICSEPFVEAVGKTWHGPSHRIGGHPMSVQNPVEYEVAHALLGGQAAWDSPELTSEAQNWVLLAQIDSDDDADMMWGDVGSLYWLIRREDLAAKRFDKAVFTWQCC >ETO00561.1 hypothetical protein RFI_36879, partial [Reticulomyxa filosa] LLTDEREYKQQSVQSEQEQEYDEEQDYIFKENDRIAKENDHIAKEKDRIAKENNRIAKENNRIAKENDRIAKEKDRIAKEKDRIAKEEEARIAKEKNRIVEEKEKKVKWLKWWSEIDEEDKSNTIEIFQRNDRSEFELWLQTKSKWKTDIRLGDVDAICFAIDTYLMFQSMGY >WP_248222673.1 ATPase RavA [Enterobacter quasiroggenkampii] >MCK7309622.1 ATPase RavA [Enterobacter quasiroggenkampii] MAHSHLLAERISRISSALEKGLFERSHAIRLCLLAALSGESVFLLGPPGIAKSLIARRLKFAFQNARAFEYLMTRFSTPEEVFGPLSIQALKDEGRYERLTAGYLPEAEIVFLDEIWKAGPAILNTLLTAINERRFRNGASEEKIPMRLLVAASNELPEADSSLEALYDRMLIRLWLDKVQDKSNFRSMLVSQQDESENPVSASLQVTDEEYYQWQQDIGKITLPDAVFELIYLLRQQLDHLPSAPYVSDRRWKKAIRLLQASALFSGRDAVAPIDLILLKDCLWHDAEGMNLMQQQLDVLMTGHAWGQQAMLNQLGAIAQRRIQLQQQQSDKTALKVNRLGGMFARKPHYELPAELTSPTLTLLLQQPLKLHDMQVVHVTIEREALAQWLDKGGEIRGKLNGIGFAQPLNMEVDSSQHLVIRDVSLQGSRLALPGTASDSVPEEIKQQLDALDTEWHQQHTRFSEQQKCLFIHSDWLGRIEASLQDVSAQIKQARQC >WP_105466370.1 monooxygenase, partial [Escherichia coli] SHPVYLFLREFSLQDFRGGSINQEPGFLWKVWTESEKNHEAGGIYLFTDEKSALAYLEKHTARLKNLGVEEVVAKVFDVNEPLSQINQAKLA >KIY45866.1 zincin [Fistulina hepatica ATCC 64428] MTRLAFWRSCGFSVSDEKIAAAERHFSQNRVVVDTEAVRRTSSTVVINVHVHVIAANETEEGGYLLDSAIEEQMSVLNDDFEDTGLSFSLGNTQRIVNQTWFSEVGPDEDLQTEMKSQLRSGSVSDLNVYSVGFETGSGAGLLGYSTFPSDYEDDPADDGVVILFSTLPGGNTQNYNQGRTLTHEVGHWVGLYHTFQGGCDGAGDGVDDTPPEANATYGCPRRRNSCPGGGSDPIHNFMDYSYDECLESFTAGKFMFTMTWQISRLQDQMATYRDVMFES >MBJ6738874.1 ABC transporter permease [Campylobacter jejuni] VGVSKVETFSKTHDKIYSLLILMKFVFWLFLFIIILLAFVLFLKQMRIWLYEHTDRIEIMCLFGAPFWFRSFMLYKVVVVDCFIAFVILLAFFTQIFDLSIIQESLKAVDIIFPPINFILHLTLIFLATLFICLLCVNTVMFKVKR >PJQ02245.1 PseD protein [Campylobacter jejuni subsp. jejuni] >PJQ25940.1 PseD protein [Campylobacter jejuni subsp. jejuni] MGLMMTFTPTQKELFNKNIEALSNILLKESLKEIKSSKFELILGKDNLDINLKDTSDNTFLYENVIDELNSMLNTYNDKYLLYPVLYFYGFGNGILFKALLQNKNHQHIVVFEKDIEIIWIMFHILDFSNELQNSRLMILQTSSLDIEFFSNFCSSKPFFQFSRIYFLELMSHYYERFHEDVLELNKKLAETFKYSILSHGNDPLDALQGIEQFVYNLPQMITHPSYKELLSKRKNLSDTAIIVSTGPSLTKQLPLLKKYANTATIFCADSAYPILAKHDIKPDYVCMLERSEFTAEFFNHDFGEFDREVCFIIKSVVHPNAINYLTKKTDNFTLVSTYASFINYLKLDHFGYFNMGFSVAHMACYLSLHLKHKNIIFIGQDLAYAKNGNSHPDDYQNSATYESKAHEPILTKAYGGKGEVKTHHVWLMFKQNLEQDIEKIQKYLDTKVYNCTEGGARIKGAIEKPFLWACENLLAKDLNKPFEKLEPLSLNKQNEFLLKAYYKVYQSIKHCKDFNDNFIKVYDKIKNSFMSLQNSQKNEIFIQEIIQDIDKTKTQIDELYNTQKDLIQILGPLLTQFELNLARIYVLNPKTKEDAFNKSILWIKEHLEFMELVYGHIKAQENALIKNILPLEEKLKERKLDKWMERVRR >WP_072932559.1 NADP-dependent isocitrate dehydrogenase [Chishuiella changwenlii] >GGE92899.1 isocitrate dehydrogenase, NADP-dependent [Chishuiella changwenlii] >SHL32651.1 isocitrate dehydrogenase [Chishuiella changwenlii] MSKIHYTLTDEAPMLATHSFLPIVQGFTKTANITIEVPDISLAGRILANFPEFLKEEQRIPDALAELGALATTPEANIIKLPNISASAPQLDEAIAELQAQGFAVPNYPAEPKNEEEKLIKAKYGKVLGSAVNPVLREGNSDRRAPKAVKNYAKANPHKMGAWAKDSKTEVAYMKSGDFYGTENSTTVENATEYTIKFYGEDGSTQELKAAAGLKAGEVIDSSVMNLNSLRSFVQEAIQEAKDKNVLLSAHLKATMMKISDPVIFGAIVETFFKDVFTTYADTFKSLDINPNNGLADLFEKIKGNALESEIKAAIETALANGPRVAMVNSDKGITNFHVPSDIIVDASMAALVRNGGKMWNKDGAEEDTVAIIPDRSYAGFYEAVVDDMKVNGTLDPTTMGSVPNVGLMAQKAEEYGSHDKTFQAPSNGTIKVEDVNGNVLLEQKVETSDIFRMSQTKDAPIQDWVKLAVNRARLSETPAIFWLDKGRAHDQQIIKKVEKYLADHDTTGLDIRIMDVKDAMTETLKRAREGKDTISVSGNVLRDYLTDLFPILELGTSAKMLSIVPLMNGGGLFETGAGGSAPKHIEQFVEEGYLRWDSLGEFLALQASLEHLSQTQNNAKAQTLADALDEANAKFLATDKSPGRKLGTIDNRGSHFYLAMYWAEALANQTKDAELSAKFAPIAKAMQENEELINQELIGAQGKPQEIGGYYKADFAKTTAAMRPSKALNSIIDAI >WP_182072700.1 sirohydrochlorin chelatase [Bacillus velezensis] >QMT22485.1 sirohydrochlorin chelatase [Bacillus velezensis] MKQAILYIGHGSRLKKAQTESAAFLKGCMPHADAPIQEICFLELQEPSIEAGFEVCVRQGATHIAAVPLLLLTAAHAKHDIPAEIARAAALHPDIKVTYGVPIGVDDEVVKAVHHRIEDIGVPIEQAKVVLIGRGSTDPAVKNAVSEIAGKLEAITPVKEVIPCFLTACDPHYKEVFAGLEEDDGSPVFIVPYLLFTGLLMTEIEREVQKLQTINQNVHLASYLGFHPHIKQAFLNRVTEAVRNPGGQFDFKGGQYAASAH >MCG7868091.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] >MCG7962544.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha endolucinida] >RLW53795.1 hypothetical protein B6D76_10365 [gamma proteobacterium symbiont of Stewartia floridana] >MCG7895059.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] >MCG7911621.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] MEKNRIIRNLFSNWTGLLVSIVVSFFLAPFVVHNLGNELYGVWTIINQFTGYMYLFDFGVRESVIRSTSHSLAKKDPKALEEVLSASFIIYFFISVITILISIVLALYFSSIFGVEEKVAEAASITVLLVGVTIAQFFIFNIFSGVLMGLQRYDIFNVVNILTTLLKAAAFVLLLSNGYDIVAMAASQMVLGFLGGLYLMHAAKKIAADHGVRFKVRLKIDAAFRKVARKIVNYSTFVLINNLGQKIVFMTDAIVIGIFMPVASVTFYAIAGTLVEYLRQLVVVTARVLMPMVARYSALEDHKRIDKTVIDGSKLTLFISYPVVLVFILLGGEFIALWMGEQFRELSGLVLLILAVTQIFSAPHQTLSSVLYGLDKHKMLAFFRIGEAITNLGLSIVLLHYYGVAGVALGTAIPHIILTAVILPIYTTRVIGMNLTKYYLSSYLRPTLAAVPFLLMVLYISHYVTIGSMTQFFGLVIGASMVYLIISFWIIFNASERQQIYQKVKPLLANRSN >MCL2931045.1 NAD(P)H-quinone oxidoreductase subunit O [Trichodesmium sp. MAG_R03] MAEIKKGSLVRVVREKLENSLEAKASDNRFPPYIFESQGEILDIRGDYAFIKFCKVPTPNIWLRLDQLEKFE >UKI46111.1 DUF2807 domain-containing protein [Phocaeicola vulgatus] MKTHLLMTCVLLITSFFFSANATERIVGNGTIITKDFSVEQYDGIEIGALSYGTNGFSFSQIFNSKRNESSTPVFYYTQGRTHSLSITTDKNIMGYLKIRVIDNVLTIRTEDGYNICPTSFTMRGSSVNLEKIQITGGGNFYLDSSLKGNELDAYITGGGSLFMGNPVVLKEGNLKITGGGDLKAKSLSCEEININVTGGGDAYLQGKADEGEISITGGGDLHAYGFEIKKLDAHISGGGTAEVFVSENLNANVTGGGDLYYKGNPKAKKTHSTGGGDIHAVK >MCR5635645.1 starch-binding protein [Clostridiales bacterium] MRKLLSVVLAVAMICALAITANADTLDTSSNTASKDVTATYVAGAKAATVYSVDVAWGDLKFTYTDRSEGVWDPATHTYSNQSDAVWAPETADSNKITVTNHSNAAVNVAFAYTPAEGSTVTGTFDSATATIPAAVENDLANAPKHTAVLTVAGAITESGTLGTVTVTLDASEEATTKTVTFTDNAEMSLANESGDVYLYAWKDADSSINNTWPGQKMTKGEGNVYTFELDVDTYDHIIIGNGLDSTAGGKQTVDIDLTTLGGNYNLHVSGFDTDTGKYTVSNS >WP_061905238.1 Fe-S protein assembly chaperone HscA [Pseudomonas alcaligenes] >AMR68125.1 molecular chaperone HscA [Pseudomonas alcaligenes] MALLQIAEPGQSPQPHQRRLAVGIDLGTTNSLVAAVRSGLSAPLADAAGRVILPSAVRYHADHVEVGHEAKAAAAVDPLNTVLSVKRLMGRGVEDIKQLGDQLPYRFAEGESHMPFIETVQGAKSPVEVSAEILKALRQRAEASLGGELVGAVITVPAYFDDAQRQATKDAARLAGLNVLRLLNEPTAAAVAYGLDKGTEGVVAIYDLGGGTFDISVLRLTRGVFEVLATGGDSALGGDDFDHAIAGWIIEQAGLSQDLDPAAQRRLLQAACAAKEALTDSASVVVEYGAWSGLLSREQFESLIEPMIARSLKACRRAVRDAGIEVEEVEAVVMVGGSTRVPRVREAVGELFGRAPLTDIDPDQVVAIGAAIQADTLAGNQRGNGEELLLLDVIPLSLGLETMGGLMEKVIPRNTTIPVARAQDFTTYKDGQTAMAIQVLQGERELVKDCRSLARFELRGIPPMVAGAAKIRVTFQVDADGLLSVAARELGSGVEASIQVKPSYGLTDGEIARMLQDSFKNAGDDKAARVLREQQVEAERLLEAVQAALDVDGERLLDEDERLAIVATMDELRVLAGGDDAHAIEQQTKRLSQITDAFAARRMDATVKAALSGRRLNEIEDN >WP_152835594.1 virion morphogenesis protein [Salinivibrio sp. VYel6] >MPX98299.1 virion morphogenesis protein [Salinivibrio sp. VYel6] MRPTIEVNQRDALNFNEKLAMLALPRRKRTWILKTLGRWERQNTRQRIRQQKGIDGQALEQRKNGRKKVMRRMAKGLEPYVRHNATELDLTWKNKLIAQIAARHYLGQAQRVTARQMEKRFGKPDYNAPASRGMARKLREVGYTVSTKSGRGRKKPTLKWIQANLSHGQCGLLIRQLSNKPQQRAWDIPLPERQILGSNQTDVNRQLVKIFEQAKQRK >BAY23582.1 S-adenosylmethionine synthetase [Calothrix sp. NIES-2100] MSVAKTTDAQSPRLIPGDELNLLSETLNEGGIPLSSRYLFTSESVTEGHPDKICDQISDTILDALLTQDPTSRVAAEVVVNTGLVLITGEITTKANVNYVNLARKKIAEIGYTNADNGFSSNSTSVLVALDEQSPDIAQGVNTAQETRSEDSDELFDSIGAGDQGIMFGFASNETPELIPLPISLAHRIARRLAAVRKTGDLSYLRPDGKTQVTVIYEDGRPVGIDTILISTQHTASIGEITDEAAVQAKIKEDLWTAVVEPVFGDIEIKPDHETRFLVNPTGKFVIGGPQGDSGLTGRKIIVDTYGGYSRHGGGAFSGKDPTKVDRSAAYAARYVAKNIVAAGLAEKCEVQLSYAIGVARPVSIFLDTFGTGKVDDEILLELVKKHFELRPAGIIHAFNLRNLPNERGGRFYQDVAAYGHFGRNDLDLPWERTDKADLLKQAVNESLSAAIAQALK >WP_218685492.1 cryptochrome/photolyase family protein [Ensifer adhaerens] >MBW0367276.1 cryptochrome/photolyase family protein [Ensifer adhaerens] >UCM24800.1 cryptochrome/photolyase family protein [Ensifer adhaerens] MNRCRRLIFIFGDHLSHRISSLNGADPRRDVVLMCEVVEEATYVRHHKKKIVLIFSAMRHFADELRIRGFSVRYVRLDDADNSGSFTGELSRAADMLSPDCVVVTEPGEWRVRQAVSSWQSMFGVPVDVCPDARFLCSHEEFTTWADRRRTLTMEFFYRHMRRRTNLLMQGDDPVGGRWNFDSENRAPAKSDLFRPARLQFKPDTITREVIDLVESRFSGHMGTAEDFNFAVTCSDAQDAAGVFIRDFLPLFGKTQDAMLKDDALLNHSVLSPYLNLGLLDPFELCKAAERAYFEGSAPLNAVEGFIRQIIGWREYVRGMYWRFMPEYAHRNVFKASRPLPDFFWTGKTDMACLSKTLKDTIDNAYAHHIQRLMVTGNFAMLAGLDPFALHEWYLEVYADAFEWVELPNVIGMSQFADGGLLGSKPYCASGAYISRMSDYCEGCKYDVRKKAGTSACPFNSLFWDFLDRHAEQLSTNRRLHQSYATWRRMTEDRRNDYRQSASTFLQRLDEGLGV >KAE8354616.1 hypothetical protein BDV28DRAFT_75688 [Aspergillus coremiiformis] MLPVSRSEGHMNLNYIPTNQPMSGTSTGRSSPSDLSAAPAVKPPFGPSGLNGAAGSIGNARLGAGSPSHDLGARLYSKRAREIQAEEGVSPSIWGPPTSGHSTPLRENIPESPSQEGFPDLVPTSSGSINSPARRARAGTVPSRFSPVGALNEASLQQSFMSQTSRPTPSTSPFRPSAVSGIETSATAAPAPPGRSTGSLSRLRAGSMPQRANFLGSSSPFGPSLFSTSWATGRDRATTLTSIRSSEGPTSPSHSSFSRDGLTDTDVKTLDYLGLAETPQQARATLVRPSMDMLLQQQQQQQQQQQQASTLPPLLAELAMMKNNNRFRSYSVNAKEKYADDEDLEYESRYSQITSGTVTPSAAATAAQLAATQAQIHQHNLAVQAFANHASVNRPRARTAGILEAPSQRSSIRNYLATPSRLENSFSAADLNIAESGEYDELSEAVQMMHLGGSGAPNLGMRQGDVVDENSQDGPTRALWIGSIPVSTTITSLAAIFSRYGKIESTRVLTHKNCGFVNFERVESAVQAKSILNATEIFPGAGPVRIGYAKVPGTSASGTPGVNGIQSSPTPDPNAKSSAADGLESSDSGVAVPRIHPLPELLPEMVQIVKEFGATDEDTLNITAGIQQAIAYQAFEDEIPPIPEPSQTRMFDAPRLRDIRKRIDNGACSVQEIEETAISMLPEIAELSSDYLGNTVVQKLFEYCSEPTKEQMLVQIAPHLAEIGVHKNGTWAAQKIIDVAQTSNQKRMVVDALRPYTVPLFLDQYGNYVLQCCLRFGASSNDFIFETMLSRMWEVAQGRFGARAMRACLESHHATKDQQRMLAAAISLHSVQLATNANGALLLTWFLDTCTFPRRRTVLAPRLVPHLVHLCTHKVAYLTVLKVINQRNEPDAREIVLKALFFSPGDEVLEKILSDQTSGATLIFKVLTTPFFDESMRAEVVKNVSKVLTKLKATPSQGYKRLMDEVGLSSRGGARDSHHGRDHGSNSDKQQQRPASRPAPSNYPSQSSMDRQYSGQFVPAILAQSLDNARSDQQSTVTSFDPYAISGVNGLGSASAINPLNGAPGINGPGFSQDPLLPLQQAQYQAYLAAQSRGVSSAGIYPNLGNPNFGYPGGSPSVETLRGMQAQTTHLSGATQMSPPSSMLSQPSFAPQQFSPVMGTAQMYQYPAQFNFQQPAQGQSAGGRRGRR >RRJ17109.1 RNase H [Lachnoanaerobaculum orale] MEVGDTMAKKYYAVRAGRKTGVFTTWDECKSAVSGFSGAAYKSFTNKDDALDFVNGGVKKADKEDEKQSEAFAYVDGSYDDTTKSYSYGMVMMHGEEELHFFKKFEQDDMSDMRNVAGEIEGSMAAMKYCIDHNIKSISIFYDYEGIEKWCNGDWKAKKEGTKRYVKFYEDASRHVDVDFIKVKGHSGDKYNDLADELAKRALGLI >WP_189232804.1 hypothetical protein [Streptomyces flaveolus] >GGQ85011.1 hypothetical protein GCM10010216_53510 [Streptomyces flaveolus] MIPPAERTALDLLDAHLEALWGTWEASDVLPAEPPGLAAEGAGELVHWALGRLRSIPREPKDAFAREIGGLLMEFRSRRSPWNAAVLRLLYDQCVFVATGPRRHEDWTHDVHAVLHRTVTDPRGWLRLDMDHPDPARQAVPAYPFDPPAPAYMPAHLHPLKPQAAVAALAVMAEEWQSEQAPVRSRPNRDALLADARLLLDRYGPGAHYWTNATAAASTPAPDFLASGLEGTETHRFHTTAYIGGLDIFEDLGVIAVNDEEVGVFWSIGSY >WP_156009076.1 pyruvate:ferredoxin (flavodoxin) oxidoreductase [Streptococcus ruminantium] MSHQEIMDGNMAAAYVAYAFSDVAGIYPITPSSTMGEWIDTWQAEGRKNLFDQTVNVVEMQSEAGVAGFVHGSLKTGALTTTCTSSQGLLLMIPNMYKIAGELLPAVFHVAARSVTTNALSIFGDHSDVMAVRQTGFAMLAEGSVQEVMDLSLVAHLATLESSLPFVNFFDGFSTSHELQKITVLEYDEFKPLVHEEVLNIFRGRGMNPNHPTVSGTNQGPDTFFQQRETVNRHYQVLPYVVRKYMKKINQLRGTDYDLMRYYGHPDAETIIVAMGSVSSTICQTVDYLIDNNKKVGFIQVHLYRPFPVKDFLEKVPKTVQAIAVLDRTKEAGATGEPLFLDVRTAFYESERHPIIIGGRYGLGSKEVRPNQIMAIFAELEKASPKPHFTIGIEDDVTNLSLKVGDSIDLTKKTTYQVKCWGFGGDGTVSANKSIIRIMGEHSDSTIQGSFYYDSRKQNGLTISNLRFGRDKIQSSYSILEADFVGVTMPGYLRKIDLVKGLKKGGIFLLNTTWSHEKLSRLLPSKLKRYLADNEIRFYTINAYKITQEVGLYGKPGICMQAAFFKLTDFLSEEAAVDAMKKEIVQAYRHKSPEIVEQNLRAVEMTIASIKKIDIPADWKLCREEQNAPSTNTLKYIQKIQQPVHRLEGNSVSVGQLIENGLVAGDIPLGIAPVEKRSTAWEVPEWNSEFCVQCNQCSFVCPHAAIRPFLVEQDELNQAPDGYRVRDYKGKDGLMYRIQVSVEDCTGCELCVKICPAKGKALKMIEVDDEASGKFKEEAIHWAFSMTLRAKENPAKPGTIAHTQFEQPLLEFSGACSGCGETPYVKLLTQLFGSRMMIANATGCSSIWGGMFPITPFSTNSLGQGPAWSNSLLEDNAEFGYGMLMATQTRRHSLIADMLAAKEEASSVLVELIDNWIENIDKGYGTIARSKKLIDLLLVEMDETKPFLTKLYEKRDLFVKPSQWIIGGDGWAYDIGYGGLDHVLASGADVNILVLDNEVYSNTGGHVSKSTPTSAIAKFSASGNRGIKKDLGMMAMTYGNVYVAQVASGANPVQVIKAFEEAEKHPGPSLIIAYVPCITHKIAGGMKESLQEARQAVESGYWSLYRYNPKLEQEGRNPMILDYKRPNFDKMIDFMMKQERFSSLQQFNPTVAADLFHQTVEQAKRRFINYAKLSGDFDNYMKRVQKNQTKKSSTIQESTLETIIHSLDF >XP_030718790.1 protein C8orf37 homolog isoform X1 [Globicephala melas] MAKDLDELLDEVESKFCRPDPLRLGMVERPRGGGGGGGILSSDRNRAEAEENLRSTETFKKEHDLDSLINEIFEEPNFDKKCFKLKSKSSGNTSVRASIQGPGKSCSPVYLGGSAVPCGVGTNTSQRKKFWFQNGKWIGSWRDKTGENTGRPVNRQACDHLRCIACDFWVVSCDDYGWDKSCDYLFFRNNMPEFHKLKTKLVKKKGTRAYACQCSWRTIEELTDLQTDHHLRWVCGKH >WP_153276888.1 DDE-type integrase/transposase/recombinase, partial [Streptococcus pyogenes] RGFVVNHKKVQRLMKVMGLAARIRRKRKYSSYKGEVGKKADNLIKRHFEGSKPYEKCYTDVTELALPEGKLYLSPVLDGYNSEIIDFTLSRSPNLKQVQTMLEKTFPADSYSGTILHSDQGWQYQHQSYH >WP_082500294.1 exonuclease SbcCD subunit D [Nocardioides sp. Leaf285] MRILHTSDWHLGRSFHREGMLTHQAAYVDHLLAVVESEQVDLVVLAGDVYDRALPQVDAVRLADEALSRLAASRARVVVTSGNHDSAQRLGFSARLIDAAGVHLRTDPATVGRPVLLEDEYGPVAVHGLPYLDPDAVREPWGLTSRSHQAALTEAVRRVRADLAGRPGTRSVVLAHAFVAGAEPSDSERDISVGGVSLVPTSVFDGVDYTALGHLHGRHTLTDAVRYSGSPLAYSFSEATHRKGSWLVDLGAPAAPGEGTARLSAQFVDAPVPRPLARLRGELETLLSDPRLAEHEQSWVQVTLTDAGRPAQAMERLRRRFPHTLVLGFDSTPVTVGAVPSSRTQGRSDHDIALEFMTAMRGEEASPAERALLRRAVDACCDDPDLDPVQRPGDHGSDQESDHRADPEMLLAASAAAADGRLF >MCG5061674.1 DUF3685 domain-containing protein [Limnoraphis sp. WC205] MTQSTVRLLLIDDDPIFCMGLRAACQQYPDLQVVAEAQTAEAALAILEPQRAVNDNSLPNISADHVIDVAVLELGMASLNAPKSRLHSTTDPAIAFCQSLMTNDPNLGILLLTSIRDNTQLQAAQQVGVQGYCPKGVAIETMITAIRLIANGQTVWENFSSDGLSTQTQSPITGLSRWSRWRHKLGCSGLQQIDETLAEVTTQLPNPYDVERGDPMAVLNWLMITGHRRELLAARWIVSQLLPASVRTQAPATEETKSTPNPPPNEPLTPKEWLVVRSNSSLTYQAPVLATEVKSVLFDVTFAKLQSGLINLTGSPLEIDILRLTQKRELICLILQQFEQMLNELGFSQVEFDQLSDKSPTMLVDIWKASVTNFLGKYYTLQVGTQEIEVVPVLLRDAVIVQTSILDKIPLVPDLVAHLLFQVPLIVDNTSCLVGSPEAMQRAEAILQNLVIQMANAVIQPLLNHFADVEELKQKYYDRRLLSTRELEKFRNNLSWKYRVDQYFGEPKEIFESLYTLRVFGERGIQKQEIYSPRNEELKKLSGVQLAVSLVLETRDAVAPRVRATISFLGSGVVYLLTQVVGRGIGLIGRGILQGIGNSLQENRVNKKNGRQP >MCB1857105.1 ribonuclease HII [Gammaproteobacteria bacterium] MPAVSHGYPQLTAGVDEVGRGPLAGPVVAAAVVLDPKRPIPGLADSKKLRAGFREELAMAIRERALYWALGRAEVEEIDRLNILQASLLAMRRAVEGLPAPIELVLVDGNRCPYLKYPAEAIVGGDGKVAAISAASILAKVARDSEMVELDRRFPGYGLARHKGYPTRAHRDALVRLGVTEIHRRTFAPVRQVLSLSSRVDSGLGTDEF >WP_069748396.1 type II CAAX endopeptidase family protein [Burkholderia stabilis] >AOR70215.1 hypothetical protein BBJ41_21845 [Burkholderia stabilis] MKSDSNRYCFPNLLEAFLIVVVLIMIEYLMNAIIWSIGRSAGLQPMAIASIGRVLANGLVFTVLLRHSKQTYRDLLHESADSWQATIGRFFFPVLLMTPGLLVAVSVLEVGVGQLFPWGGGKFDAREMYVNGGLGLIVLTCLIAPVLEEMLFRGVMLRSFLRQYPSGTAIAHSAAVFGLAHLNVYQFVLAFGLGLLIGKLYAATRSLLPGMLVHACYNTAVVIVALTTPFEFSTQSLLEIWPVSWWFLALAMGVIGTCLLIKSVDALRTGQARAAGTDGLH >KAH8986285.1 hypothetical protein EDB92DRAFT_1262752 [Lactarius akahatsu] MHTETIPETSSSTKSLRRERSSWRSWLSDLGFELRSDASPSDTQSRRASQSEILGSARSSLQSFYTADTSLSQSSTTHTVYRSSTTSSNLSFPYTVTSINSYKSRKNVLYPRRAHPPPVTVSPEYIISPDLIWDVRYLCATLLPHAETRLVPAATVLLRCLPVGPQGDLSQGPSNMNDKQPSLL >AJV50090.1 Atg10p [Saccharomyces cerevisiae YJM1248] >AJV64443.1 Atg10p [Saccharomyces cerevisiae YJM1439] >AJV72920.1 Atg10p [Saccharomyces cerevisiae YJM195] >AJV79977.1 Atg10p [Saccharomyces cerevisiae YJM627] >CAD6477098.1 Y55_G0026480.mRNA.1.CDS.1 [Saccharomyces cerevisiae] MIPYQEWHSQLQLLYDSQIFHNWALCQDVHLNDEKDGLLLRLIPTRQLQKNTERIENKLLSHIELYLTYSKVYNEPLLLLRIWEEKSIDGIPMTKLMLPTDIESLLDVQGKFQLGLDTIINLEGSVWYSFHPCDTSCIVGDQAEFMSTYLRRWASIFIFSWLGYEDS >KPL24525.1 hypothetical protein AMJ75_03530 [Phycisphaerae bacterium SM1_79] MQDSKGMVDISGKDITVRTATASGCITLGQEGFNITKDGTCSKGDVLETAKIAAINAVKTTPSIIPMCHPISIEAVKVEFVMDEESKSVSVSVTVKSSGKTGVEMEALTGASAACLTIYDMLKYKGKDMVISRIKLLEKTGGKSGDYKRED >EDO26407.1 predicted protein, partial [Nematostella vectensis] GRANVVLPGRAHVIAVLPGKPDVNVLLPGKAHVIVVLPGRTHVNVVLSCKSHVNVVLPGRDHVNVVLTGRAHVNAVLQYLVNLMSIAHVNVVLPCKFHVNVVLPGKSHVNVVLSGKYHVNVVLPCKYHVNVALPGKSHVNVVLPGRAHVNVVLTGRAHVNAALQYLSHVNVVLPCKFHVNVVLPGKSHVNVVLPGKSHVNVVLPCKYHVNVALPGKSHVNVVLPGKSHVNVVLTDRAHVNAVLHYLSLCQCCTAVPGKFHVNVVLPGKSHVNVVLTGRAHVNVVLSVKSHVNVVL >TEB04530.1 hypothetical protein Psch_03290 [Pelotomaculum schinkii] MKVAKVVYVEQLMKTTYVYCWVPVAIFERV >KFR16735.1 SURP and G-patch domain-containing protein 2 [Opisthocomus hoazin] MASRRITRETFDAVVQDKVKRYRMERGDAMEDTIHHFKAHSRPVPRPRYEDSFHGDGRYTHGDAQHHPHDDWSEDTRDDYPGPSYRSASPLIRKDNYYHEQYGRPASRDREYGHPASHDREYGHPASRDREYGRPTSHDREYGCPASHDREYGGLASHDQDYGPPDSWESTGPHETDFSSSDILGDFRSPGLTEDEYGNMENQEYDVDFGIQSDSEFRPPIRRGGIGRGRALRGKRITRGAVKMKVFKGDIKTPLKKWNTKKLQPGPDQKPAMQPDEMPETAERPNQRPVTVPRPNQKLPPRPNQRPTITTQRPILRLPKPAHVFRNLNFDLVDKSDIFSTFGIEIIKWAGFHAIKNDAEFSRLFGALFELETETCAKMLASFKCSLKPEHRDYCFFTIKNLQHAALKTPKVDNEFLNMLLDKGAVKTKNCFFEIIKPFDKYIMRLQDRLLKGVTPLLMACNAYELSIKTSGFGNPREMANAFETTVSLCRKSLALLGQTFALASVFRQEKILEAVGLQEMAPAPTLFPNFDDSTLFGREYIENLKAWLEKSGYPIQMKKAEPESTVQLKKPSPDTKVKRRPGPPLYLAMLQIPQRADRKVVETIEQLVNSIVSGTLSAKERNAQKDCPEYWFLSDEDSLEYKYYRLKLSEMQRQTSSGKEAGGEGRTLEEAATESVRAMLYARKVASIKRRLFKRKRLGVTTQHAVRGRKARRATIGTQTVLSAGTVLKHQDKHLQGSVQSKPSVSETSLSEKSSSLDATSSSQCATSSEVSLPAEERAGSEELLAPPELFPPLSSQFPDVDAKTMETAEKLAKFVAQVGPEIEQFSIDNSADNPDLWFLQDRNSSAFKFYRMKVYELCPSINFSAVSEVTDAGESAKPEERNLDISEEEEEEEEEEEEENEEEAEFEEDVSQPLEEMETEQAEEGEEDDISAGRSEMQLATSSDGAIPNLSTQASTPAPGTLFPRKRISSKSLKVGMIPASKRICLIEEPKVHEPVRIAYDRPRGCPVTKKKKKPKDLDFSHKKLTDRNVGFQMLQKMGWQEGHGLGTRGKGIREPVKVGATSAGEGLGVAGEENKEDAFDVFRQRMIQMYRQKRASK >WP_194957532.1 leucine--tRNA ligase [Lacticaseibacillus paracasei] >QPC25636.1 leucine--tRNA ligase [Lacticaseibacillus paracasei subsp. tolerans] >QPC28527.1 leucine--tRNA ligase [Lacticaseibacillus paracasei subsp. tolerans] MAYDHHEIDKKWQRYWAEHNEFNTTTDPKKPNYYALDMFPYPSGQGLHVGHPEGYTATDIVARMKRMQGFNVLHPMGWDAFGLPAEQYALNTGHNPKTFTKQNIETFKRQINSLGFSYDWNREINTTDPNYYKWTQWIFEQLYKHGLAYEAEVPVNWSPDLGTVVANEEVIDGKTERGGFPVVRKPMRQWMLKITAYAEKLLTDLDDLDWPESIKQMQRNWIGKSTGAQITFRVTDSHEPFDVFTTRPDTLFGATYVVMAPEHELVQKITTPAQQAVVDAYIDEAAHKSDLDRTALDKEKTGVWTGAYATNPVNGEKLPIWISDYVLASYGTGAIMSVPVHDDRDYAFAKKFGIEIKPVIEGGNVDEAAYTGDGVHINSGFLDGLNEHDAIDRMIKWLEDKGIGSAKINYKLRDWVFSRQRYWGEPIPVIHWEDGETTLVPEDELPLTLPEEADIKPSGTGESPLANLTDWVNVVDKNGRKGKRETNTMPQWAGSSWYFLRFVDPHNKEALADYDKLKAWMPVDLYIGGAEHAVLHLLYARFWNLFLYDIGAIPNKEPFQRLFNQGMILGDNHEKMSKSKGNVVNPDDVVDEYGADTLRLYEMFMGPLDAGIAWSTKGLAGARKFLDRVWSAFIDDEGKLRDRITTINDGRLDKVYNETVKKVTEDYDALHFNTAISQMMVFINSARKDDDLPLEYVEGFVKMLAPIAPHLMEEIWSRLGHDHSLTYAPWPSYDESKIKTDTYDMMIQVNGKLRGSITADVNESDDEIKQAALANDNVQKFTAGKDIKKIIVVPRKIVNIVAK >KAE8322051.1 hypothetical protein BDV39DRAFT_210154 [Aspergillus sergii] MAAARTLRIGLIPGDGIGREVIPAGRKVLESLPASLNLNFSFVNLDAGFDTFKQTGTALPDKTVETLKKECDGALFGAVSSPSTKVAGYSSPIVALRKKLDLYANVRPVKSTIGGGRNPVDLVIVRENTEDLYVKEEQTKDTPNGKVAEAIKRISENASFRISAIAGEIALRRQKIRDAASTAGQRTKPMVTITHKSNVLSQTDGLFRETARKALAAERFSSVEVEEQIVDSMVYKLFRQPEYYDVIVAPNLYGDILSDGAAALVGSLGLVPSANVGDGFAIGEPCHGSAPDIEGQGIANPIATLRSAALMLEFLGEEGAAAKIYTAVDANLDEGKYLSPDMGGKASTQEVLDDVLKRL >KAG8246189.1 hypothetical protein J6590_089891 [Homalodisca vitripennis] MDRRKSIVNPRNLIICVTTCTVAAVWAVIFAALYFYFFGQSGSQSPVVHNVTQVRTMQPYQRELLPWYMDGPIQPTTTPHDNQVALWHHQIPHDPFQRLLNQLMFLPKGNGDTKIVLFWSDWSPRETVDYKTQQCPVKSCVFTNSRKSFNKASAVVFRGPAKLLSDFPHEERPNSQVWIFNSLTMPGEAYVHPRDVFNWTATPRLDADIPMFPHGVWLYYNPLWKHQDPPMNLVGQKTLAAAAWFPRTCDERSRAYEYVNRLVHFTLVDGFGDHPACGDRCPQGRTEICLKLLADKYRVTLVLEDRLCNHTIPNMFYVALQ >WP_262401812.1 SDR family oxidoreductase [Actinomadura sp. CNU-125] MNNAGISPYGPLEDVRRDEVDRVLAVHVRAAYLAAQAAARHLGPGGRIISVGSSMAERVPDPGWTLYAMSKSALLGLTKGLARDLGPRGVNAVVVHPGSTDTEMNPADGPDAEHERAHAALGRYGSPDDVAAMVAHLSGPGGDYVTGAAIAVDGGYAA >ACH90072.1 pol protein, partial [Human immunodeficiency virus 1] GELQIWGRDNNSLSEAGADRQGNVSLSFPQITLWQRPLVKITVGGQVKEALLDTGADDTVLEEMNLPGRWKPKMIGGIGGFIKVRQYDQIPIEICGHKAEGTVLVGPTPVNIIGRNLLTQIGCTLNFPISPIETVPVKLKPGMDGPKVKQWPLTAEKIKALVDICAEMEKEGKISKIGPENPYNTPVFAIKKKDGTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKQKKSVTVLDVGDAYFSVPLDKEFRKYTAFTIPSTNNETPGIRYQYNVLPQGWKGSPAIFQSSMTKILEPFRKQNPDIVIYQYMDDLYVGSDLEIGQHRAKIEELRQHLLRWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIVLPEKDSWT >XP_032734223.1 zinc finger BED domain-containing protein 6 [Lontra canadensis] MSVCTLSVPVSSLSSGRRCSTFSGAGILGCVPINSNTDEEDVVEGKMVAEGMDKEAKLPAKKKRKKGLRIKGKRRRKKLILAKKFSKDLGSGRPVADAPALLTSSAHEQDEESLFESNIEKQIYLPSTRAKTSIVWHFFHVDPQYTWRAICNLCEKSVSRGKPGSHLGTSTLQRHLQARHSPHWTRANKYGVTSGEEDFTLDVPLSPSSAGSNGSFEYMSTDPLDENRMGKKRDKSVSDALRAERGRFLIKSNIVKHALIPGTRAKTSAVWNFFYTDPQHISRAVCNICKRSVSRGRPGSHLGTSTLQRHLQATHPIHWAVANKDSGAVGNGLDEGETERNDLLRDPLHGEKSTGSHDLTAEDLSDSDSDEPPVLEVENSRRSESPIPVAEQDTLTHAQERETTYSENSVSSQISQAIIQMIVEDMHPYNYFSTPAFQRFMQIVAPDYRLPSETYFFTKAVPQLYDWVREKIFLTLENVQSQKIHLTVDIWTHDPSTDYFIVTVHWVSLETAPSSNGRIPNFRKWAVLCVTGLAKDCLITNILQELNDQIGLWLSPNFLIPSFIVSDNSSNVVHAIKDGGFTHVPCFLHCLNIVIQDFFCEHKSIENMLVAARKTCHHFSHSVKARQILQEFQNDHQLPWKNLKQDETGHWISTFYMLKWLLEHCYSVHHSLGRASGVVLTSLQWTLMTYVCDILKPFEEATQKVSVKTTGLNQVLPLIHHLLLSLQKLREDFQIRGITQALNLVDSLSLKLETDTLLSAMLKSKPCILAALLDPCFKNSLEDFFPQGADLETYKQILAEEVCNYMESSEVCHIATSDASGPPAIVGADSFTSSIREGTSSSGSFDSSAVDNVAIGSKSFMFPSAIAVVDEYFKEKYSDISGGGDPLIYWQRKVSIWPALTQVAIQYLSCPMCSWQSECIFTANSQFHPKQIMSLDFDNIEQLMFLKMNLKNVNYDYSTLVLSWDPGNEVIQSNEKEILP >ROW07476.1 hypothetical protein VPNG_07072 [Cytospora leucostoma] MGGTSKFKFPMPHRRSKQPTLEVQTISAPMTNKAQKFLGQAEINVDSASPTSSNTDSARFWETRSAVSGVSGISVTISESTATGTVTKSRSPLGTLQESTVATGSMGNNRAAWEQESDIIPKGLGVNGSSAGRNQNMDTITDASSVRRRGSSSTIASYYDKTKLPLSISQQTSNSAMAKGLPNKAQELLDMDSPRPAPLPPKSDRKKPTRLDLTHLLPTAGTSSRNALSRLAHKGSMVLGPDLMTRSPSVVSLSSAVSPSDSEPKPEKKPRRKLTRESLRGFRGPRHDRHSTLGTEEAESASLRMRAMDAGAMHHLYEHYENTSYRDTMNADALEFRPDSQQGRLATEAEPWAATRRDSRHSASVASTTSNKPRRTSSAAASRQPYATFSPDSAYDNKSEMSLSATNAGLASPPTDYAASVSSRHTRTSRASKWTDHSFTDFDPNANSVLSLSSDSEDEFSEPSRTAMSVLSVASGDSMSSPPESRRPSNTSLSQESIRKQLKSKFRSSVNSQAPFLAIPEDIPSTTGTSQPAISPRTTSLASALASASTTQNPKSNGAPSIATTTSSVRSPSRLSQVSTSTCESVASQGPRPHPSGMGRQPPDIRHVAMLQSHTAPTGQGHHEPASVAEKPRRASTKHSSPRISEPTLPASPSSMDAVTSSQKKATTEQDGPVLTLNGTDGAEDERFIAVTRQEELLLAAMRAKRALMRESHQASGIEGLEGRVKDERTASKKESLSSIKTGTSEVDSGSEEVMVCLNRTISEMQSLDMADMSPDLRDLMHYKSKQLPAPPSSSTHSATRSSRSRTSSAAPANTNPKRERHEANPRPDSDFMPAARPWSAQADGKPDVNIRSEWHPTDIEPVMERPDSSSSYYEEESEVEKQPPSRMRQVRISAVGMQLPEIGQWGDDG >WP_242908489.1 Ku protein [Lysobacter sp. CFH 32150] >MCI4568869.1 Ku protein [Lysobacter sp. CFH 32150] MAARSIASLTVSFGLVAIPVKLYSATESKGGIAFNFLHKACGSRVKQQYFCARENIPISREDMVKGYEFAKDQYVMFTPEELKALEETGTHSADITEFVPISAIDPVYFDKAYYLAPDKGGAKPYALLAKALRESGRCAIGHWAARGKSYIVMIRPVEDGLVMQQLLYDSEVRAISEIDIPKTDVKPAELKLAQQLIDAQSSSTFDPSQYKDDVAERVEAAVQQKVEGQEITMAEEPEGGAQIIDLMEALRASLEKKGAVKGKAATKATRKPAKQVPALEVEEAEAPKRKGAKRAK >WP_071489953.1 cytochrome d ubiquinol oxidase subunit II [Pseudomonas extremorientalis] >KAB0519141.1 cytochrome d ubiquinol oxidase subunit II [Pseudomonas extremorientalis] >OIN09428.1 cytochrome d ubiquinol oxidase subunit II [Pseudomonas extremorientalis] >SDP23785.1 cytochrome bd-I ubiquinol oxidase subunit 2 apoprotein [Pseudomonas extremorientalis] MGIDLPLIWAVIIIFGIMMYVVMDGFDLGIGILFPFIPGKTDRDVMMNTVAPVWDGNETWLVLGGAALFGAFPLAYSVVLSALYLPLILMLIGLIFRGVAFEFRFKAKDHKRHLWDKAFIGGSLAATFFQGVALGAFIDGIPVVNRQFAGGSLDWLTPFTMFCGVALIVAYALLGCTWLIMKTEGPLQEKMHNLARPLAFVVLAVIGIVSIWTPLTHPEIASRWFTLPNLFWFLPVPILVLVTLYGLFRAVGRNAHYTPFLLTLVLIFLGYSGLGISLWPNIIPPSVSIWDAAAPPQSQGFMLVGTLFIIPFILGYTFWSYYVFRGKVTHEDGYH >KRZ86866.1 hypothetical protein T08_2256 [Trichinella sp. T8] MAADDKPPFMDMDNDNLGQSLRFVDILDLRLVLFLNINILRIENLNECNFPHPVYSRTLRRTAAIQTRILFFY >BBN52434.1 3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA [Pseudomonas chlororaphis subsp. aurantiaca] MPSVSTLTTDDPVLLVQLSDSHLFAEAGGTLLGMNTRDSLQRVIELVLEQQPRIDLMLATGDLSQDGTLESYQLFRDMTRQIPAPARWIPGNHDEPQIMAQAATESSLLAPVVDIGNWRIILLDSAVPGSVPGYLQDEQLQLLASALSEAPERHHLVCLHHHPVSIGCAWMEPIGLRNPHALFAVLERFPQARAVLWGHVHQEIDRQQGSLRLLASPSTCIQFEPGSEDFKVGETAPGYRWLRLLPDGRLETGVERVTGFDFQVDYGSDGY >HIU98185.1 FGGY-family carbohydrate kinase [Candidatus Ornithoclostridium faecigallinarum] MGKYIIAHDMGTSSDKAVLVDFEGKIVATNTAPYPTYYPSPSFVEQDPAEYWEAVCKSTRAVVELAGIKPDEVKGIVFSTQAMGIIPIDQWGNVLHNNITWVDGRAEKQARSIMRKLGGKRLFTLVAGTPIMGKDVVAKLIWLKEERPDVYNSTKYFLDVNGYLKFKCTGEMVAEYSGASSYGLDLKKKQWMSVLSLTGLDMKKLPPLVKSTDQIGSGLTEQAAQEMGLNPGTPVFGGCDDTQSACIGSGMNSDGDIHIYLGTSAWVGAASRDKTQFKHGASAIQSADINMNLIVGITEAAGSNIQWLIDQFFRQEQKELGDGIYSYMDKVIETIPPGSDHLLCTPWMLGERCPVSSTTTRATLFNIGPEHTREHLMRAVYEGIGYNLRWILENFEKDYGFHCRQFRIIGGGALDDAWMQIIADITRAEFAVVDNPRNAGALGAAIIALIGLGELESFESAKQFVKENKTYRPNPANGYIYDEMFATYKRLYKSLKRTYYKANALRFGGGEDD >BAO11608.1 pol protein, partial [Human immunodeficiency virus 1] PQITLWQRPLVAIRIGGQLKEALLDTGADDTVLEEIDLPGKWKPKMIGGIGGFIKVRQYDQIAIEICGHKAIGTVLVGPTPVNIIGRNLLTQIGCTLNFPISPIETIPVKLKPGMDGPKVKQWPLTEEKIKALIEICTEMEKEGKISKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKRTQDFWEVQLGIPHPAGLKKKKSVTVLDVGDAYFSVPLDQDFRKYTAFTIPSLNNETPGIRYQYNVLPQGWKGSPAIFQCSMTKILEPFRKQNPEIVIYQYMDDLYVGSDLQIEQHRTKIEELRQHLFRWGFTTPDKKHQKEPPFLWMGYELHPDKWT >WP_160748510.1 alpha/beta hydrolase [Flavobacterium sp. Sd200] >MXN90357.1 alpha/beta hydrolase fold domain-containing protein [Flavobacterium sp. Sd200] MKTTVYFLKTVTLSAILLAGISCKRSAEVTLSSKGIETSTDSITVADYATDPNIERGSREFLKILNSGGTPLEKLSKEDARAVLVNAQASVNVDYSGVTESEKTITEDGLTVKLNIVRPANAQGKLPVFMFVHGGGWILGDYPTHKRLVHDLVVLSGYVAVFVNYTPSPEVRYPVAVNEIYAATKWVAKNGNEINVDGSRLGIVGNSAGGNMAAATALIAKEKNGPAIKFVDLLWPVADASFTTESYQKFATDRFLTASVMKWMFDQYTTNAADRKDYHISLVNATQEQLKGFPTTLIQVAENDILRDEGETFGRHLDEAGVNVTTVRYNGTIHDFGLLNALATQPSTRTMLQNAAAALKQNL >RYP44998.1 hypothetical protein DL768_008612 [Monosporascus sp. mg162] MPLSCLEALYKPLIPGVLLQDYDSSKDTVWKRSFTPYKKHLEDEGIAKNEGETHVLPEDSSASDVPWYLQVEPPRHVAAVEPPPLPEVPSDSPAVVGSLVEYASEELGLDDLSLLDLRKLDPPPALGPNLFMLFGTARSERHLNVSAGRLLRWLRYKHRIWADADGFLGPNERKTKLRRKAKRAKLLGTMGTDDTDDGLSTGWICVNLGTIGRGGGESAVMDEGGRVAGFGVVQSGFTVVVQIMTEYRRAEMDLEALWLKALNPPTLEESLPPEVGLRETKKKTDLHPLEKALLSSSPKRPNARNSRVKDSPFGQASFYSTKADPLRGSPEELSHVLSCDFQQKGRMLDLLRARLNELTPGDARRTLGETREGQVSTPFLELFELASKHLPKSKTWEYRLAVQAKARESGHTGSIATLDDVRDLIQEMCLSGLEVTREHYLQLLTCIYSSSGADTKEQSQLAVELLRTMHQRGQGILANDVVAKIIEAKLLSGKQGSGSGLELAERLRHLAVQAELPCPDEPTLARLMTAYAARGHWEAFWDAWRSPPRYLRPRSRALYLHVFRTAAATRDSSLCGVVARQCFPEMLFEDPPIRPVGDVRDALLQCVRVADAGAEKHAETIPADAKGAGRMLANREFVRLVRTLKNMG >MCF6289355.1 CBS domain-containing protein [Pseudomonadota bacterium] MNDDQSTISSEQEKKSWLERLSNAFSGEPKTRKDLYVILEEAHNNDIIDADALHMIKGALKVADLQVRQVMIPRAQMQVIAKDAALEEVLAIIVDSGHSRFPVVGEDKDEIEGILLAKDLISYLTKSPGEFILTDYVREPVVVPESKRVNILLNEFRTSRNHMAIIIDEYGGVAGLVTIEDLLEEIVGEIDDETDEEEEPLIQKLDETTFMINALLPVEEFNEYFGSKFRNDEFDTIGGIIVNSEGRVPEVSEIVVFNEYSFEVTASDNRRLQQLKLFIR >NLI85305.1 hypothetical protein [Propionibacterium sp.] MTVDELQPDPHEGLEAQIAQWRRYVQRREAISAADVDEMEDHLRERIDELSAAGLDDEESFLVAVKRMGSLDAVSQEFAREHSDRLWKQLVLVSSSPAGSTRTSRELAVMLVVAMAAGLATKAGLQLLSATSFALNAALIVLPFVAGYLGWKRRLSGPAIAVTAAIFVVPAIAINVYPFDAGGSTMIIAALHTPVIAWGAVGLVYVGGRWRSQDRRMDFVRFTGELAIYFTLLALGGGVLLGLLATVFGLAEVPSGVIESVMADWLLPLAVPGALVVAVWLVEAKQNVVENIAPVLTKVFTPLTLMMLVACLVALIRAGSLVEADRTLLIVMDAILLLVLCLLLYSISARDPLAPPQFFDGLLVAVLVAALAVDAVAMTAMASRIAEFGASPNKVVALGLNVLLLVQLAWSAVLGGGFCAGRRPFAQLCGWQTRFLPAYLIWAGFVVLVVPPVFGFA >KAH8586608.1 microsomal epoxide hydrolase [Bisporella sp. PMI_857] MADIKPFTISIDAERLEDLKLRLSLARFPDELEEAGWDLGAPLSDVRRITEYWRKSYEWKTAEINLNKFPQFTTSIQADGFEPLNIHFVHMKSEVKGAIPLLFVHGWPGSFVEVTKILEPLTRGDGGVAFDVIAPSLPNFGFSEGTSKRGFGFAQYAETMNKLMLRLGYKEYVTQGGDWGAWITRAISLLYPGHCKATHFNMDMGRRPSYLKNPWQAFQHTTQPYNTREANGVDRSAWFNKEGYGYNHLQGSKPQTIGYALADSPVALLSWIYEKLHDWTDDYPWTDDEICTWTNIYWFSTAGPAASCRIYYESRHIWKDELNKAPHDILLKWIPNVKIGYSHFPQDIYVIPSTWTRTLGSVVFEKEHESGGHFAAYERPDQLVGDLRSMFGRGGGAYDVVKGN >NLY70754.1 flavodoxin [Clostridiales bacterium] VATENSNEFKYKPDIEQYDLVIFGSPVRVFSASSVIKTYLNQLNESNKKAYCFVTHFLPFKWLGGKSAIGQMKQCCKNKNIEVLKTGIISWSSNREKAIEKLADEFAKEA >EJP8326510.1 RNase E specificity factor CsrD [Escherichia coli] MRLTTKFSAFVTLLTGLTIFVTLLGCSLSFYNAIQYKFSHRVQAVATAIDTHLVSNDFSTLRPQITELMMSADIVRVDLLHGDKQVYTLARNGSYRPVGSSDLFRELSVPLIKHPGMSLRLVYQDPMGNYFHSLMTTAPLTGAIGFIIVMLFLAVRWLQRQLAGQELLETRATRILNGERGSNVLGTIYEWPPRTSSALDTLLREIQNAREQHSRLDTLIRSYAAQDVKTGLNNRLFFDNQLATLLEDQEKVGTHGIVMMIRLPDFNMLSDTWGHSQVEEQFFTLTNLLSTFMMRYPGALLARYHRSDFAALLPHRTLKEAESIAGQLIKAVDTLPNNKMLDRDDMIHIGICAWRSGQDTEQVMEHAESATRNAGLQGGNSWAIYDDSLPEKGRGNVRWRTLIEQMLSRGGPRLYQKPAVTREGQVHHRELMCRIFDGNEEVSSAEYMPMVLQFGLSEEYDRLQISRLIPLLRYWPEENLAIQVTVESLIRPRFQRWLRDTLMQCEKSQRKRIIIELAEADVGQHISRLQPVIRLVNALGVRVAVNQAGLTLVSTSWIKELNVELLKLHPGLVRNIEKRTENQLLVQSLVEACSGTSTQVYTTGVRSRSEWQTLIQRGVTGGQGDFFASSQPLDTNVKKYSQRYSV >WP_247447489.1 Tol-Pal system beta propeller repeat protein TolB [Bradyrhizobium sp. 197] >MCK1480005.1 Tol-Pal system protein TolB [Bradyrhizobium sp. 197] MNDARSITRRRFMTVTGSAVAMLGGGHAFAQGQPRLRIDPTEFQPVPIAITNFLPGSPADADVGNGVTQVITNNLKRSGLFAPIDQAAFIERINNIDVAPQFQNWKTINAQAVVTGRMTRQPDGRLKAEFRLWDVVSGQQLAGQQYFTSPEYWRRIAHIISDQIYERMTGEKGYFDSRVVFVDESGPKERRVKRLAMMDQDGANVRYLTRGSDLVLTPRFSPNSQEITYMEFGQGDPKVYLFNIETGQRETVGNFPGMTFAPRFSPDGQRVIMSLQQGGNSNLFVMDLRSRSTTRLTDTPAIDTSPSYSPDGSRICFESDRGGRSQIYVMAAGGGAAQRISFSKDDTNATYSTPVWSPRGDYIAFTRQGGGQFSIGVMKPDGSGERLLTSGYHNEGPTFSPNGRVLMFFRDPGGSGGPSLFSVDISGRNELKVPTPGFASDPAWSPLLSSTSGG >WP_224115114.1 DoxX family protein [Flavihumibacter profundi] >MBZ5855725.1 DoxX family protein [Flavihumibacter profundi] MKKLLSTTYPEWAFDSMMLLTRICFGGLLLVNYGFDKMVKFSRLQYTFGDPIHIGAKWSLVLVIFAEVFCALLLVLGLFTRLAAIPVVISLGIAFFLIHNHNIDKGQNAALFLTGIIAILLCGPGRASVDHMMGK >WP_236685314.1 circularly permuted type 2 ATP-grasp protein [Demequina salsinemoris] MDVHGEIREPYQRVYAEIDRMSGADLYSKAEALASSYLAQGVTFDHAGEERPFPLDIVPRVVGADEWDVIAPGIAQRVRTLEAFLADVYGSQHCVTDGVVPRRLIASSQYFYRAVHGVDPANGVRVHVSGIDLVRDQHSIWRVLEDNVRVPSGVSYVLSNRRAMSQMYPDMFGAMGVRPVLEYSQRLRSALAKAAPDGVDDPTIVVLTPGVFNSAYYEHSLLARTMGVQLVEGRDLETLNGRVYMRTTAGRRRVDVIYRRVDDDYLDPVQFRPDSALGAPGIVQAARLGNVTIANAIGNGVADDKLIYTYMPDLTRYYLGEEPILPIVDTWRLEEKEAREEVLDRLNELVVKPVDGSGGKGVVIGTKASKEELEATRTQILDDPRGWIAQPVIQLSTVPTLTDDGLEPRHVDLRPFAINDGDDVWVLPGGLTRVALQKGQLIVNSSQGGGSKDTWVLGGVRHRGTVVPPPEAKVELEGVASVPQDAHPEDWAHGQQQQQQQQAKEVSGS >MBI1382466.1 DUF533 domain-containing protein [Planctomycetaceae bacterium] MDIQKLLQTLTGNPASGAAMGGLAGSVLGNVLTGRGGGKKMLKYGGLAAIGYVAYQAWQKSQAAKTAGPGQPAATAAWTPPPARAAIPASFDLEAGANASNALRVVQAMVAASKADGVVDASERDRVFEKLREADLSQADQDEVLRLLTQPMDMEGVVRGVDSRELALEIYAASVFVVAPTSRAERAYLDLLAARLGLDANLTQQVEQGVEAMARQSP >WP_283277237.1 isocitrate/isopropylmalate family dehydrogenase [Rhodococcus sp. IEGM 1381] MSQTDGRNTTTLRIGAMTGDGIGHEIVPATIRVVDAALAAVGGSAVEWVHLPLGRGAIDEYGTPIPESTLHALGELECWILGPHDSASYPEPFRSQLTPGGRIRKDFDLFANIRPAKALAGVRAMSPNMDLIVVRENTEGFYADRNMFVGSGEFMPTPDVALAVGVFTRRACERIAREAFLLADRRRRKLTIVHKTNVLSMTTGLFRDACRAVGEQFPHVEVTEEHVDALAAHLVRRGENYDVIVAENMFGDILSDLTGELSGSLGTAPSINSSQSQAMAQASHGSAPDIAGKNRANPSALFLSAAMLLEWLADRHGHDRLAAAAGRIRHAVDDTVESGVATADLGGQASTSAFTETVEARVHRR >WP_230702007.1 cytochrome c biogenesis protein CcdA [Flavobacterium sp. ENC] >MCD0466111.1 thioredoxin family protein [Flavobacterium sp. ENC] MNFTQSRQTITSKNGWNKSIVLLLFFIFAFAKGNAQILEPVKWTAKIEKKSGSNAVLIFDGTIEKEWHMYSQFTPDGGPLPLEIVFKNQKGNYNLVGKAKEGKTKTAFNDVFGVNETFFEGKAHIEQEIIITNPNLKTVDVDFDFQVCKEVCINSNKKFSILVPSSFKMEAVATVSEAKLDETIRPGLVVDTIDKAVVAPASEKAKAAVAQTPDKEEIPVKAPQRSLWSIFFIAFLSGFAALLTPCVFPMIPMTVSFFTKQSKSRAKGIRNAIFYGFSIIAIYVILGLIVTKIFGADALNALSTDVWFNLIFFVILIIFATSFLGAFEIMLPNSWGNKVDQQADRGGIIGILFMALALAIVSFSCTGPIVGTLLVEAASNGGIAPVIGMLGFSLALALPFMLFAMFPGWLNSLPKSGGWLNTVKVVLGFLELALAFKFLSNADLVLQLHFLEREVFIAIWIAIFAALTLYLFGKITLPHDSPLQHISVGRLYLGLLTLIFTVYLIPGLWGAPLKLISAFPPPPQYSESPLGVGGSGVSNAGSEKGLPEGAELGPHGIMVFHDYEDGLAFAKSINKPIMLDFTGYACVNCRKMENNVWSDERILPILKNDVVLISLYVDDKRELPKNEQIKTASGDEIITVGDKWTDFMISKYKTNTQPLYVITDLEGKNLNTSKPTISYVGVDEYLQWLKEGIGNFKE >WP_245657543.1 alpha/beta hydrolase [Herbidospora mongoliensis] MMRRLLALLLVVTACSAPPPPRSAVTPSPPSPATLAAPTGDHPVGTTVLHLTDTSRPDPWNLDAKARELKVTLWYPGEPGAGARAAYMSPKESELVLRGSRAEGVPPDMLSRTVVYATETAPAPGRFPLVVLSPGFTKPVSTLTSLAEDLASRGYVVAGIDHTYESYATTLSDGRVTECLACDSDTDPGFGTGVVQNRAADVSFVLDELLSRRKEIDRTRIAMVGQSIGGASALATMAADRRVRAGVNLDGTTYARIPRDFARPFMFVGTPEHASGGRDNSWDRDWKLLTGGKRWLVVKGADHQSFTDLPQLLGALGMKPLLGTPSAARLAEITRTYVAAFLDEHLKSRPQPLLKEASPSFPEIEFCPDACGA >CAF2595159.1 unnamed protein product [Rotaria sp. Silwood2] >CAF3933291.1 unnamed protein product [Rotaria sp. Silwood2] >CAF4156877.1 unnamed protein product [Rotaria sp. Silwood2] MIESKLSSPLSILIGSFNTHKCYPPTDINLSSWLIHQSISPHIIAIGLQELPFSFLFLRNKSEYQWIKLIEKTLPNYKLLSRIRLNGIILVIYIQSSYFDQCSAIATAQGFMNLYGNKGAVGVRFEFNQTSLCFINCHLSAGESSNAFLLRNKQYSLIHQSMLFKSQCNQYQWWNINDHNGIFLFGDLNYRQTKTNQDELKEKTNILKTYSESDIKFPPTYKYKLNSNSYNILRRSSWTDRILYRTNQCHVESINYWTTSMIKFSDHRPIANLFLLLRLIR >WP_256082840.1 hypothetical protein [Streptomyces sp. AVP053U2] >ODA69813.1 hypothetical protein APS67_006030 [Streptomyces sp. AVP053U2] MPKTDAAPVRAQRGTIALFVAAAVLAVVGVALLLGLGGGERPAGSGSAPRTTAPSSAAVGNGNDDTPPAEASPNAEPSGSHDVPGPDPASVPAPVDEVARAFTTAWASHDARPGRDSSFDDASRRAAAYAAGDLAEDLRTHTSGSAGTQQWLSWKDRQVQVTVTVLRVSLPDGAPAPSEDSSFARVIYKLKESPAKGPVTESEEQVALKLRRGADGSWRVMGLPNV >EPN58803.1 polyhydroxyalkanoate granule-associated protein PhaF, partial [Pseudomonas syringae pv. actinidiae ICMP 18807] MAGKKKIDKDGSSWIGEVEKYSRQIWLAGLGAYSKISNDGSKLFETLVKDGEKAEKQTKVEAQKQLDEVKDTAKTAKSRVGDVKDLAVGKWNELEGAFDKRLNSAISRLGVPSRNEVQSLHSKVDQLTRQIEQLTGEKAKPVASRAAPAKPAPKTAAKPLVKAAAKTVAKTADK >MBQ6414464.1 hypothetical protein [Candidatus Saccharibacteria bacterium] NEYTKVAHKNSNTDMAESTGGVKLTTTYAAYISKTQPADTYSGQVIYTLVHPANADAPLPAGRISVNYNANGSTFTGGTTTNNVVYAVEPMYIATTPEVVETSNLTNGVKNVSYTSDDHVLQTKTFSGASKVKVVVDYGLTNEASITVVGGTWGGWNDGAPIGTCYSIDTRNEGGNTTGTRTYIINSDTVTIELWTYNEAISGYDYGMYAKFYPIYTTEQSGTEESEEYYNANVDTGTYATTTNWYGSWYGDIDGEHYDFLNEAEIANFLVENTSILGGTTIDLYRSLTFDEAYTKANKTQTGGYYSQQDLNKNICQTVAMGQNSTVKDIRDNNTYMIGRLKDGNCWMLDNLALDPTDATTAANMNESNTNATNEAIDNLLHGGSTTVGWSSVAVANVTTNFFNDGLMQPRINNASKDTLVTSYGPASTNGQAKVGIYYNFCAASASTYCYDNYSGIDVPDTLIDAPQDLCPANWRMPTGKSNGESYELTRKYGSTATETNSFQYNLSTPLSGYYYGSSASGQGGHGSWWSSTFEAKNLMSALDAYPSQAVLIGTGRNGGRSMRCIVGV >VSL28096.1 homoserine O-succinyltransferase [Streptococcus pneumoniae] MPIRIDKKLPAVEILRTENIFVMDDQRAAHQDIRPLKILILNLMPQKMVTETQLLRHLANTPLQLDIDFLYMESHRSKTTRSEHMETFYKTFPEVKDEYFDGMIITGAPVEHLPFEEVDHWEEFRQMLEWSKTHVYSTLHICWGAQAGLYLRYGVEKYQMDSKLSGIYPQDTLKEGHLLFRGFDDSYVSPHSRHTEISKEEVLNKTNLEILSEGPQVGVSILASRDLREIYSFGHLEYDRDTLAKEYFRDRDAGFDPHIPENYFKDDDVNQVPCLCWSSSAALFFSNWVNHAVYQETPFDWRKIEDDASAYGYL >WP_032936131.1 membrane protein [Mesorhizobium sp. WSM3626] MLAPNTPPAVPSPNRVPDVTLDFWLIKLMAVTMGETAADYLAVNLGLGLTVTSLIMAGVLIVALVLQFAQKRYVPWAYWLAVVLISVVGTLVTDNLVDNFGVRLQTTTIAFSVVLAATFAVWYASERTLSIHTIFTTRREIFYWLAILSTFSLGTAAGDLVAESFDLGYLGTGLLFGGVIALIALAYYLVHLNAVLAFWLAYILTRPLGASFGDWLSRPAEYGGLGFGTIFTSLIFLGCIIALVLSMTLRQTAGDADEILLESD >MBP3623608.1 hypothetical protein [Oscillospiraceae bacterium] MKEIKPFETLNRSRLLMLLALLCMFLVMLFCNLKTNLLADDFMYCFSFADDSRIDSLADCFPSIWAHRYSMNGRLISHFLVQVFLMLPLGIFKVLNSLILVAEVYLVYRIANRDRERSNLLLCCIFGCIWIFTLNFGQVILWLDGSINYLWATFFSLLFLTVYMRKFLYGRDIRALPLRILYVLAAFLVGAYSENCSSTVIFCSACFLLLGRFVKKQRIAPYLWLAVLAAFGGFLFMLSAPAEIMNKSSQFTFSNLFDNFVTALEMYRRIWLPFAVYTVLAVIAYHRRLDRDTQILAAMLMLGSLASVFVLTFASFFPERSAYIGTLLIIAAASVLFAALFESECKPLLVSLGLICLMTAFYKGAVGVQDIIKTNYYLTENEKQIVACREEGIMDVSVYRVYSKTGYCAIEGLGYLNTEEADTWPNKYMAAYFGVDSIIGE >WP_164674633.1 hypothetical protein [Bacteroides thetaiotaomicron] >MCA6015739.1 hypothetical protein [Bacteroides thetaiotaomicron] >MCE8839479.1 hypothetical protein [Bacteroides thetaiotaomicron] >MCS2255778.1 hypothetical protein [Bacteroides thetaiotaomicron] >UYV00040.1 hypothetical protein KQP69_20920 [Bacteroides thetaiotaomicron] MNMKSLFYLVVTMVVIIACTNEEFDANSEVKKEEVKTKIASLAEKYDVNIDFFEINPSEKTENEMSLEEIEELFRDIKQLREHPVELKMYKDKEENGCMFYSTKEQKPSVPLAKTRSEIYSFSDWIWNLTWFSVTLIEDNKNVTVMTDITGLSVYTYSQSYASGYVSGNSISFNSTGKIKATITQVVGFNLSYVINSSGTYDKSAGKGSVTVSAY >WP_168044369.1 benzoate 1,2-dioxygenase large subunit [Neoroseomonas oryzicola] >MBR0662409.1 benzoate 1,2-dioxygenase large subunit [Neoroseomonas oryzicola] >NKE20303.1 benzoate 1,2-dioxygenase large subunit [Neoroseomonas oryzicola] MLDSIQTTVDRAIEDDAGKGVFRVARDIFTDPGLFELEMKHIFEGNWIYLAHESQIPNTNDYFTTWMGRQPIFIARNRQGELNAFVNACSHRGAMLCRHKRGNKSTYTCPFHGWTFNNSGKLLKVKDPEGAGYPETFNKEGSHDLTKVARFESYRGFLFGSLNPDVKPLVDHLGEAAKIIDLIVDQSPDGLEVLRGSSTYVYDGNWKLQTENGADGYHVTAVHWNYAATTSRRKEAEREDKTRAMSAGGWAKQGGGFYSFEHGHLLLWTNWANPEDRPNWDRREELAAEFGQARADWMVGRSRNLCLYPNVYLMDQFSSQIRTYRPISVDKTEVTIYCIAPKGEAPEARARRIRQYEDFFNASGMATPDDLEEFRACQFSMGARAARWNDMTRGAAHWIDGPDEAASAIGLKPVMSGVKTEDEGLFVVQHKYWQEAMQRALSAESQQG >WP_188200635.1 cyclopropane-fatty-acyl-phospholipid synthase family protein [Klebsiella variicola] >MBD0698784.1 class I SAM-dependent methyltransferase [Klebsiella variicola] >MBD0750750.1 class I SAM-dependent methyltransferase [Klebsiella variicola] MTDPVFALEPDVPRNVRLARWLLFRLLSGLREGSLTVREGAQTFHFGDPAAALRAEARVCTPEVYWRLLTGGSLAAAEAWMDGYWESHQLTALLQILARNGEVLGRLERGFRLLGKPVARLHHWTRRNTRAQARENIAAHYDLGNEFYAHFLDDDLLYSSALFTDDQQDLTQAQRAKMARLCDQLALTPGDHLLEIGTGWGALAEYAARHYGCRVTTTTLSREQHRWATERMARAGLQDRVEVLLCDYRDLRGEYDKLVSVEMIEAVGQRYLPAFFRTCQARLRPGGRMALQAITIQDQRYRDYSKSVDFIQRYIFPGGFLPSITAMSELMTRHTDFVVRNLFDMGPDYARTLAHWRQRFTHAWQDIEKLGFDERFRRMWLYYFGYCEAGFSARTISVVQLTAERV >MBM3303016.1 pyruvate carboxyltransferase [Deltaproteobacteria bacterium] MSSHELKYPRKVQLNDITVRDGFQHEEIWIPTEAKLFYLEELILCGVRHLEVTNFGNPISMPQFKDADELFKQLRNSKKIPRAGINWDDVTLTAITIREKAVDRAIQAKKDGYGPDRILMMVSTDEEHHFANSGTTLPDYWAEAKRCIEKASEVGIKMCGTVSTIWGSPISGPTRLEEAAEFTRRWLEIGAADIEHADHDGSAPPDQVYKYFSMILNEIPDKRLHIAHFHVTRGWGTANCLASLLAGVGIFEATLGGLGGQPANFLDR >WP_255164512.1 cell division protein ZapE [Glutamicibacter mishrai] >UTT38419.1 cell division protein ZapE [Glutamicibacter mishrai] MATITHLSETKPNVSIEELLAGFHPSYRFGEVSFNTYRPDPTQPSQTEAVNKLKAFAETVGKKDSGSLFAKLFGKKKETKNGIYLDGGFGVGKTHLLASLWHAAAGRKAFGTFVEYTNLVGALSFRQTVDVLSQYSLVCIDEFELDDPGDTVLMSRLMRELSDAGVKLAATSNTLPGALGEGRFAAVDFQREIKTLSEQFDVHRVEGEDFRHRGLPDAPEPLDDQQIEDYAQQRYPEKTLAVDNFDQLVAHLSQVHPSRYRQLLSETDVLVLHNVDTITDQAIALRFVVLADRLYDKDVPIVASGKPFSELFTPEMMSGGYQKKYYRAVSRLTALAREGQIGEPAI >NCX40317.1 aminotransferase class III-fold pyridoxal phosphate-dependent enzyme [Burkholderiaceae bacterium] MSSLDNFWMPFTPNRAFKAAPRLVVSAAGATYQTDDGKTILDGTSGLWCVGAGHRHPKISEAMKAQIDVLDYASSFQVGHPGAFKLTDRIASLAPAGLDRVFLVNSGSEACDTAMKLALAYWRVRGEGQRNLFVGRERGFHGVGFGGISVGGMVNNRNAFGTSLLRSDHLRATWDPSTQAFVKGQPEHGVEMADELENR >EIU6828535.1 iron chelate uptake ABC transporter family permease subunit [Vibrio parahaemolyticus] MMNQTKLFALVGLLLIASSLTLFVGAANLSAQQVFALLFSFSDSDFVIHQYRLPRMLLAIGVGAGLGLSGVLVQGVIRNPLASPDLMGISAGAGLAATACLVLYPNAPVAMLPMVAMAGGLLAAGFIAVLAYWSKPTPARLALIGVAVSAFLASGIDFLLIVHPIEINTAMVWLTGSLWGRNWQQVPFIWSALLLLLPLAFWLAWRLDVMGLGEESATTLGTKPRQSQILALIAAVLLASISVSVAGTISFVGLLAPHLARLLFGHNHKLLIPAAATLGALLVICADGLARGLQPPIELPAGVLTSVIGAPYFIFLLYRYRGW >WP_109125398.1 DUF535 family protein [Dyella sp. C11] MTFRLFLRSLRERRDWRGSPSKRLAAGLKYIARSARMARRQSAWLSELYGSPRLASILAHDPRLHERWHHHYINRRVGRAQRMAIISQHYRFAFRQLPTEMMDDVYLRGRHTLGTVLLKDGSELLLELRRPTGRSREGELALCLANAQGQLLSSAIFSIADEGQTLLIGCLQGAAADLGREAVRELTKQSYGLRPKNLLFSLLLAFGSFAGTTQIRGVSNLAHPFAGQADKIKADYDSFWEECQGVLQPDGFFALPVIEPVRDEAQVESKHRSAFRRREMLRREACAQLLAALRDQPLPASRAAA >MBG6436126.1 phosphonate metabolism protein/1,5-bisphosphokinase (PRPP-forming) PhnN [Pseudomonas aeruginosa] MTGRLIYLMGPSGSGKDSLLQAAREPLALRGCRIVRRVIPRSAEAGGEAAQAVTPAPFDTLERASAFAMSWRANGLCYGIPVQIDEWLAQGYDVLVNGSRGYLAQARRRYPDLLAVLLGVKTEVLRQRLLARGRESPEEIEARLARNAEFAAGLEGPLFQLDNSGDLDDTLRSLLARLGSDRACA >ELR45644.1 Trinucleotide repeat-containing 6C protein, partial [Bos mutus] SEASCSWEKTLSDRTDAGAWPSITGAETESASECTTDTDSASNCGSENSSMATGSAQGSFTGQTKKTNGNNGSNGTLVQNPSAQSALGAGGANSNGGAARVWGVAASAGSGLAHCSLGGGDGKMDNMIGDGRSQNCWGASNSNAGINLNLNPNANPAAWPVLGHEGTVGTGNPSSICSPVSAIGQNMGTQNGNPPGTLGAWGNLLPQESTGPQTSTSQNVSFSAQPQNLNTDGPNNTNPLSPSPSPLNAVQTNGLPNWGMAVGMGAIIPPHLQGLPGANGSSVSQVGGGGGEGISSSVWGLSPGNPATGNSGSGFSQGNGDTVNSALSAKQNGSSSAVQKEGNGGNNSWDSGPPAGPGILAWGRGGGSSGVGNLHSGAWGHPSRSTSNGVNGDWGKPPNQHSSSDINGKGSTGWDSPSAGGQNPAAQPGSEHVNSWAKAASSGTSASEGSSDGSGSHHEGSTGRDGAEGRRRDKGVLEQGHLQLPRSDLDPRVLSNTGWGQTPVKQNTAWEFEESPRSERKNDNGTEAWGCAATQPSHSGGKNDGSSVNSTNTSSVSGWVSSPPAAAPAHAGWGDSSHKAPNGPGVWGEAISSTAVNNAAAAKSGHAWSGTVNQEDKSPTWAEPQKPRSQNWGDGHKPNPAWSAGGGDWADSSSVLGHLGEGKKNASGWDADSSRSGSGWNEAPRSGTGGWGNGTNAKVNPGTSWGESLKPGPQQNWASKPPDSSSSNWGGAASVKQTGTGWIGGPLPVKPKDTSEATGWEEPSPPSIRRKMEIDDGTSAWGDPSNYNNKTVNMWDRNNPGIQSSASDSASAAEAPPAHQASAQLSRSPLLGPVSSGWGEMPNVHSKAENSWGESSSPSTLVDNGTAAWGKPPSSGSGWGDQPTEPALTFGRASAPAAAPALCKPASKSMQEGWGSGGDDANLGASQWEDEDGGMWNNAASQESPSSCSSWGNAPKKGLQKGMKTSGKQDEAWIMTRLIKQLTDMGFPREPAEEALKSNNMNLDQAMSALLEKKVDVDKRGLGVTDYNGMVTKPLGCRPPISKESSVDRPTFLDKDGGLVEEPTTSPFLPSPSLKPPLSNSALPSQALGGIASGLGMQNLNSARQTPSGNLGMFGSSGAAPARTMQQPPQPPVPPLSSSQPSLRAQVPQFLSPQVQAQLLQFAAKNIGLNPALLTSPINPQHMTMLNQLYQLQLAYQRLQIQQQMLQAQRNVSGPMRQQEQQAPPPSPADRTPHCTPRVARTIPNLQQQIQQHQRQLAQALLVKPPPPPHLSLHPSAGKSALDSFPPHPQAPGLPELQTKEQQSSSPSTFAPYPLAGLNPNMNASSMDMTGGLSVKDPSQSQSRLPQWTHPNPMDNLPGAASPLDQNPSKHGAIPGGLSIGPPAKSSIDDSYGRYDLIQSSESPASPPVAVPHSWSRAKSDSDKISNGSSINWPPEFHPGVPWKGLQNIDPENDPDVTPGSVPTGPTINTTIQDVNRYLLKSGGKLSDIKSTWSSGSASHTQASLSHELWKVPRNTTAPTRPPPGLTNPKPSSAWGASPLGWTSSYSSGSAWSTDASGRTSSWLVLRNLTPQIDGSTLRTLCLQHGPLITFHLNLTQGNAVVRYSSKEEAAKAQKSLHMCVLGNTTILAEFAGEEEVNRFLAQGQALPPTSSWQPSPGTSQTRLGTSGSAHGLVRSDAGHWNAPGLAGKGSSDLLWGGVPQYSSSLWGPPSSDDGRVIGSPTPLNTLLPGDLLSGESI >GEW91653.1 UBN2 domain-containing protein [Tanacetum cinerariifolium] MSLVYKYQDPTSRSQCSICNRLNGSNGLGFSSKNYVRKFLRALHPKWRAKVTAIEESKDLSSLALDELIYNLKVYEVVMEKDSETYRGKKERVISIALKANKESIDDET >RCN27214.1 vesicle transport v-SNARE protein [Ancylostoma caninum] MNDVVGAQSSAGWAMNPAVQHTLRRHREILRDYGTEFRRAKDNVQQQLQREFLLAGGMSSSSQEGSCLNNRVKGSDLYLKENEHINSCDRLLDEQMSIAMATKENLQRQSMSLRGIGKKMDTLARKYPMINNVMQKIQYKKRKDAIILASVITCCLIFVFFYLKN >WP_054108586.1 HlyD family efflux transporter periplasmic adaptor subunit [Novosphingobium sp. AAP83] >KPF90740.1 RND transporter [Novosphingobium sp. AAP83] MATVPRNVAAFTTLSGLRVPRATRALGWMLGISFPLIIVFLFLVQWVQTAPGRGEVIAVNPEDRVQQVTALVPGRVEKWYVVDGQSVKKGDPIARIIDNDPSLLTSLAAERAQVLAQIAAAEQAMTVARIDVGRSGELLSEGLAARRDLENAQIKVSDHAAKLAEARAKLSKVDIALGRQSAQLVRAPHDGRIQSLNTAAGATLVSAGDWLATLAPDNAQRVVELLVDGRDVALVRRGQPVRLHFEGWPAIQFSGWPSVAQGMFDGRVRSVDPSAQTNGLFRVLVEPMPGMPKWPEDNYVLLGSKVRGWIQMETVTIGYELWRQLNDFPLEFPQPVDTGPRKGTAAKAMYDKESTKAKADSDDGEDEK >WP_129326500.1 YesL family protein [Streptococcus oralis] >RXX20231.1 hypothetical protein DF216_07965 [Streptococcus oralis] MAQKGVSLIKAAFDTDNFLMRFSEKVLDIVTVNLLFVVSCLPIVTIGVAKISLYQTMFEIKRSRRVPVFRTYLRAFKQNLKLGFQLGLLELGVVLLSLLDLYLFWGQTGLPFQIVKAICLGILIFLTLVMLASYPIAARYDLSWKEVLQKGLILASFNFPWFFLMLAILFLIVMVLYLSAFTLLLGGSAFILFGFGLLVFLQAGLMEKIFAKYQ >TVR26043.1 MAG: hypothetical protein EA390_15105 [Balneolaceae bacterium] MFRRRFKNILIDQQYQPTKGNRTIYYLNHTSWWDGLIPLLLNQKRFKQKARAMMEDRQMQKHKFFSKIGAFSVNLENPRSAVKSLRYAVESMKRPNSCLFIYPEGKIVPFSPKRPVFKKGLGWISNQCPDVDVVPVGICIHTARHDKPELYIRVGHPVPVDHSLDSKTLNEIFEDEMGNLLQLLETDAYEYPERFSKF >KAA1286543.1 TonB-dependent siderophore receptor [Alcaligenes faecalis] >OSZ32898.1 TonB-dependent siderophore receptor [Alcaligenes faecalis] >OSZ45083.1 TonB-dependent siderophore receptor [Alcaligenes faecalis] MLQLGQQASVQIFFSQELVDGHQAPALSGSYSPEQALQQLLAGTGITYKRKGNTISLTPDPASSVAELSTITVKGGILGDLSPAYVGGQVATGGSLGLLGSVDVMDNPFSTTNYTSELLYDQQARTLADVVVNDAAVRTTTSTGGFGEDFVIRGFAVGSGDVSVNGLYSLVSSSRVPVQILERVEVLKGPGTLMRGIPPGGSIGGAINLVTKRAEDEPLTRVTASYVSQANVTAQLDVGRRFGENKEWGVRFNGVKRGGEATSRDGKQDLGMAALGVDYRGARLRWSADVIHQEDTLENIRSQIGFQSDLTELPAPPDGHTNFYPGTRLTQRDNTIMSRLEYDFSDSVTGHIGVGYRHGKNRQIFPVNVKPGNPNVRQSVDADGNFSVISTFYDSYSKTLSSDAGLSVDFDTGSVAHKLAFGVSYMDQELGNAYSPGTEVADSNIYNPVPIPAGPSERLTPQKASSTGLLSFAVADTLSFADDRVLLTVGARRQTVDVTSFNTTTGVKTADYRASSISPLAGIVVKPMENVSVFANFTEGLTRGTIVGDTYANRGEILKPFKSRQYEAGVKVDWGGIMTSASLWQIARPAGQEDGNNVYGYFGEQRNRGLELSAYGELMPGLRMMASAGFTQGKLTKTQNGVNEGNRAPGVPASTYNLGLDWDTPWVQGLSLNGRVIHTSSQYLNNTNTLKLPAMTRFDVGARYYTDIAGKDVVIRANIENLTDKRYWLASSNFATNGAGRTFMLSASVNF >WP_129053744.1 MFS transporter [Flavobacterium sp. YO64] >RXM44565.1 MFS transporter [Flavobacterium sp. YO64] MNSPVKAVHPIYNLQFGLVCLSSLLFSASFNMLIPELPEYLSKMGGAEYKGLIVAFFTLTAGISRPFSGRLTDTLGRVPVMAVGSIVCFVCGILYPVLGTVSGFLFLRLIHGFSTGFKPTATAAYVADIVPRERWGEALGLHGLCFSIGMALGPAIGSTIKIYSSMNMLFYASSVFALLSIVILMNMKETLKHKQRFSLRILRISRKDIIAVEVLPAAIVTFLSYMAYGVILTLIPDWSQHLGITNKGLFFMVFTITSVMIRFGAGKASDKYGRLHLIGIGLFFLIISLVIVGFSTSISGLLIGAAVYGISTGIVSPALNAWTVDMSFADHRGKAMATMYIALEAGIGLGALIAGWMYQDVIAKIPMLMYASAAMVFLALTYVWMRLRKTESA >KON47367.1 phosphate starvation-inducible protein PhoH [Mariprofundus ferrooxydans] MLLHLHEQLGSADLQQLCGPDNRNIKRIEDRYRVRLLGQPGHWQVDGERAEAAAQAVRRLQAQLVLHGELSEVDIEGVLKDDAVTADDTAAGSDVMIAGRRHIVGKTPNQRAYLKAIRNKTLTLAVGPAGSGKTYLAVAAAVAAMSSNRVERIILTRPAVEAGERLGFLPGDMQQKVDPYLRPLFDALADMLGVERMSGLLEQGKIEIAPLAYMRGRTLNDAFIILDEAQNTTREQMKMFLTRLGFGACMVVTGDVTQVDLPRHQHSGLLHALQVLENVPDIGICRLAAGDVVRHRLVEQIVNAYEADEHE >PIP74303.1 hypothetical protein COW87_04375 [Candidatus Levybacteria bacterium CG22_combo_CG10-13_8_21_14_all_35_11] >PJA91225.1 hypothetical protein CO135_02535 [Candidatus Levybacteria bacterium CG_4_9_14_3_um_filter_35_16] >PJC54843.1 hypothetical protein CO028_00105 [Candidatus Levybacteria bacterium CG_4_9_14_0_2_um_filter_35_21] MINPNNSNVVYAGGVGTFGSSGRTGIFKSIDVGASWALADNGITDVGFGAQPQDDFSMIIDPNNTNTLYAALGTHCGSVYKTTDGAGTWTRGSGLPCDPTVVRLDPFNSSLLYTRSAQGINNSVDGGLNWSNISSFGANSGFFALAIDPFGSNNLYANDNTGVYRSTDSGVNWALSSGALNNVYKALVSDPVRPNTVYAGEDLGIETSAYMTTNGGSTWTNITNGLPDVGVKRLLVPANDSNVLYAGTDAGVYVYGLTDNQPNTLNVPYFSQNDLLWGPTEYNHSIKLGFTNPTMDRWGCAVTSAAMVLKFHNINEFTDETTIDPGSLNNWLKNNNGYLTGKGGSGSYSYFNWPVIGTLTKQLFNVRKANIKLMHKRAYPSSNTTNLLNEDLNEFPDILKASNSQTSSHFVVAKGVSGNTYSINDPEWNHAALASFNSYTQVDRYIPSQTNFSYLVTVVNPGIELLVTDPQNNKTGKYFDNGTLQSVNEINNASYSFQEPISNPNNQNLLEDLGTGVNEFLLPEPPDGEYEIKLSSDKTEIYEINISTFQEDGNDELNKIKGVISSNNDEIIEISYSQNNTSEIKRFVSFQSLIDDINEAKNLKFIKNNGVYNSLLTKVVISQIVNQINKNVSKNFLNSLLNELNAQRGKHITEDAYQILFYDASYLKNHL >WP_283162015.1 FimD/PapC N-terminal domain-containing protein, partial [Salmonella enterica] MSPTINLNRKSLALLIAIVCSGSAQGEEYYFDPALLQGATYGQNIARFNEQQTPSGDYLADVYVNGTLVTASTNIRFDAVKEGQQTEPCLPLSVMKAAQIKSLPATDAATECRPLREWVPHAGWQFDSATLRLLLTIPMTELTHKPRGYISPSEWDSGALALFLRHNT >WP_070412310.1 TonB-dependent receptor [Pseudomonas lundensis] MNFFVPARFALLLPGLCLAPFSVADTLELDPSVITGSRSASPSFDLPYSVDSINQQHISDGQLGINASEVLSRVPGLVVQNRQNYAQDLQISSRGFGARSAFGVRGIKLIADGIPASTPDGQGQAATFNLDTAERIEVLRGPAATLYGSNAGGVIQMFSRDGEGPPRIGAETLIGSDGLSKNHLTAEGAADGVGFVLDASRMDTDGYRDHSAARRDQTFAKLNLKPDEDSKLALIYSSLEQNGTQDPLGQSWDAYKADPRSVTPNALTYNTRKSIDHQQLGMNYERYFGDATLQVNAYTGTRSVIQYLAIPPTSLSNKQGGGVVQFDRKFYGGSLRWLQPVYSVPGDLTLIAGLDYDQSQDSRHGYNNYLGNQLGVKGALVRDEVDTARSLDPYVQANWAIDNWTVQAGLRFSTMEMDVHDQFITATNGDDSGNKRYEKATPSMSVMYAFTPELHGYVSAGKGFETPTQAEMAYTVGNKGFNFWLKPSESTQYEMGLKAQLSNTRLNAAIFQITTEDEISVLQNDQGRAIYQNAGRTLRRGFELGVESQLSEHWTTTLAYTRLQATYDSDFASSKGPVEKGNYLPGVPQTTLFAEVNWKPTDWVSTAVEGMYRSKVYVEDTNSKKAAPAYSVFNWRAQFEQKIEHWTFHQTLRLDNLLDRQYVGSVIVADGNDRFYEAAPGRSWYAGAGAQYSF >KAG8520114.1 ARF GTPase-activating protein GIT1, partial [Galemys pyrenaicus] PGWASISRGVLVCDECCSVHRSLGRHISIVKHLRHSAWPPTLLQMVHTLASNGANSIWEHSLLDPAQVQSGRRKANPQDKVHPIKSEFIRAKYQMLAFVHKLPCRDDDGVTAKDLSKQLHSSVRTGNLETCLRLLSLGAQANFFHPEKGTTPLHVAAKAGQMLQAELLVVYGADPGSPDVNGRTPIDYARQAGHHELAERLVECQYELTDRLAFYLCGRKPDHKNGHYIIPQMADRSLAAVPFPSLSFALSLDLSELAKAAKKKLQALSNRLFEELAMDVYDEVDRRENDAVWLATQNHSTLVTERSAVPFLPVNPEYSATRNQGRQKLARFNAREFATLIIDILSEAKRRQQGKSLSSPPDNLELSARSQSDPDDQHDYDSVASDEDTDQEPPRSTSTARNNRARSMDSSDLSDGAVTLQEYLELKKALATSEAKVQQLMKVNSSLSDELRRLQREIHKLQAENVQIRQPPGPVPTPPLPSERAEHTSMGPGGSSHRRDRQAFSMYEPGSALKPFGGPPGDELTTRLQPFHSTELEDDAIYSVHVPAGLYRIRKGVSASAVPFTPSSPLLSCSQEGSRHTSKLSRHGSGADSDYENTQSGDPLLGLEGKRFLELGKEEDFHPELESLDGDLDPGLPSTEDVILKTEQVTKNIQELLRAAQEFKHDSFVPCSEKIHLAVTEMASLFPKRPALEPVRSSLRLLNASACRLQSECRKTVPPEPGAPVDFQLLTQQVIQCAYDIAKAAKQLVTITTREKKQ >EGR2264783.1 site-specific integrase [Vibrio parahaemolyticus] >EHR6685984.1 site-specific integrase [Vibrio parahaemolyticus] >EHR6714578.1 site-specific integrase [Vibrio parahaemolyticus] >EJA3434004.1 site-specific integrase [Vibrio parahaemolyticus] MYQKLIKGLAIYRQNHTKSIYVRLRVNGQEIRRSLKTSDIEEATKKAWTLKFELEGMVKAGIDIIPNKRHSVEHACNEVIKQLKQKKPFRNTYNDYIYLFNSFIIPFFKNKSIDDLTTKNVRLYFEQRELSNTRKNMNKTCFRHLLSYLEEEEILKKKDFPSLPKKIITKKNKIGIDIIDDDLETIQDYICSEDFLKPIKANFKTKEYRLLFPHYFNFLLNTGIRPGEEIENLRFSDLSIHKNVFYCRVRKGKNKDHEQRDMIISKKAINDLLSFIEITKSQKITEKQLMTIKDDFIFRPSFPIGQSQFGKIFSRVVNKLIDEKKIKYKYTLYSCRHTYITKALLHDDRDMYLISKQVGNGVDVIQKHYDHVCLRDANKIDALTGRKKHVRF >SSC70273.1 unnamed protein product [Ciceribacter naphthalenivorans] MRPHQILDVVILECGLLPIKRLCKATAIHHYEVPQCLETSD >MCA3708721.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3725010.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3729647.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3731436.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] >MCA3755590.1 MBL fold metallo-hydrolase [Phenylobacterium sp.] MSKRIVLALVGLVVLALSAAWLLRGEIALRAMARAMDRNLAAAPADGLPDGLHVALCGSGSPMPDPTRAGPCTAVLAGERLFVFDSGAGSVRNLTLMGMAPARVERVFLTHFHSDHIDGLGELMLQHWAGGAAKTPVPVHGPTGVETVVSGLMTAYGPDRGYRIAHHGEAVVPPSGFGGEARPFAIGTGPAQVTLIDEPDLKIRAFPVDHAPVSPAVGYIVEYKGRKAVISGDTDITASVEQAARNADLLVHEALSLRLVGLQKAAAERAGRANLVKIFADITDYHADPEAIAALAGRAKVRYLLLTHIVPPLPLRALEGPFLGDSRKIFDGPVRVGRDGDMISLPAGSADIRHTHRLR >YP_010258034.1 cytochrome c heme attachment protein [Camelina laxa] >UIS13606.1 cytochrome c heme attachment protein [Camelina laxa] >UIS14362.1 cytochrome c heme attachment protein [Camelina laxa] >UIS14866.1 cytochrome c heme attachment protein [Camelina laxa] >UIS16546.1 cytochrome c heme attachment protein [Camelina laxa] >UIS16630.1 cytochrome c heme attachment protein [Camelina laxa] MIFSILEHILTHISFSVVSIVLTIYFLTFLVNLDEIIGFFDSSDKGIIITFFGITGLLFTRWIYSGHFPLSNLYESLIFLAWAFSLIHMVSYFNKKQQNNLNAITAPSAFFIQGFATSGLLNKMPQSAILVPALQSQWLMMHVSMMILGYGALLCGSLLSIALLVITFRKVGPTFSFWKKNIKKNFLLNEFFSFDVLYYINERNSILLQQNINFSFSRNYYRYQLIQQLDFWSFRIISLGFIFLTVGILSGAVWANETWGSYWNWDPKETWAFITWTVFAIYLHIKTNRNGRGINSALVASIGFLLIWICYFGVNLLGIGLHSYGSFTSN >WP_012568269.1 amino acid ABC transporter permease [Rhodospirillum centenum] >ACJ00490.1 general L-amino acid transport system permease protein AapM [Rhodospirillum centenum SW] MTQEHAAAPVAPPRPPRSGPLAWMRANLFSTWYNALLTLLVLWVAAQALPGVIAWALRDAVWIADDAAACRQAGGACWAFIAEKARFILFGTYPYQQHWRPAVAMLAVIAMLLASADRRLWGRPLLLVWGLGLGVAGALMFGGFAGLDYVPTARWGGLPLTLALAVVGLAVAFPFSILLALGRTGDLPVVKAICVVYIEAVRGVPLISILFMASVMFPLFLPQGVTVDKLLRAQVGLILFAAAYLAEVVRGGLQAIPKGQYEAAAALGLSYWQRTRLIILPQALGLVIPPLVNTFIGFFKDTSLVIIIGLMDLLSTAKTALTDPAWRGFYKEAYLFVAAIYFTFCFALSRYSMHLERTFSQGRRR >WP_057837626.1 arylsulfatase [Bradyrhizobium jicamae] >KRR03613.1 arylsulfatase [Bradyrhizobium jicamae] MRITLIHALKHSIVPIETSFARLWPEARLMNLLDDSLSADLARDGGLTDAMTERFLRLGRYAAGTGSDAILFTCSAFGPCIEAVARAHAPVPVLKPNEAMIEQAVARGRKIGLLSTFPPTLVSMPPEFPSSIELVPKLADGAMAALDRGDRATHDRLVVEASRDLRDCDLIALAQYSLAPAAEQVAEVTGRPVLTTPDSAVLVPGR >WP_102511913.1 outer membrane protein transport protein [Vibrio splendidus] >MCC5516714.1 outer membrane protein transport protein [Vibrio splendidus] MKTIQRSLVSLSVLFACNSLAAGFQVAEHSASGLGRAFSGEGAVADNASVLARNPAAMTLFDTAQFSGAVSIVDPEVDITQNNVPGSGGQSQVSKDVAPLQVVPAAYYISPINDKWAWGIGMFSNYGVATDYPDDIYAGDLAGDTSLISVNVNPNVAYRINDQFSVGAGANLVYAEAELNRHQGSISNITGDSASTKLISMTGETFAFGWNVGALYELNENNRFSIAYRSEVDLDFDDGDFTDYTGNIVQGSATTTTGRLKITLPSIIEISAFHQLTDQWAIHYGWQQTGWSSFKELKATSSDCANGECFKKTEDYDDNNRYSLGATYQLNQEWTLRAGLAYDEQAGEATLSIPDSDRFWYSAGLTYQYSPNLSIDAGFALVQSKEGDFTETNELGQELEFSGDAVAYLSAIQMNYTFN >KAJ3918428.1 hypothetical protein F5877DRAFT_90668 [Lentinula edodes] MAPTTTHYINKAAPGAPFFTPLQSPASGTALDPQPNGKPIPKLFTPLKIRDVTFQNRIFLAPLCQYSASNGFVTPWHMAHLGGIISRGPGLSIVEATAVLPEGRITPEDNGIWDDAHIKGFREIVDFAHSQNQKIAIQLAHAGRKASTVAPFLHLNANATLVAGGWQPLGPSAIPFSEVNQTPNELTKEEIQHIIKAWADAAKRAVAAGFDVIEIHNAHGYLLMSFISPATNHRTDEYGGSFENRIRLTLEIIDAIRAVIPDGMPLFLRVSASDRIEHLDEPSWTNQDTIKFASIIAEHGVDFIDVSSAGNHSKQDFSNPRAQQEYAAEISQSLKDNGKHGQIFVGTVGGITSGVQAEKYLQDGVADVCLVGRHFQKNPGLVWAFAEELGIRISLANQISWGFYGRGSGNTTKKT >CBH36599.1 hypothetical protein BSM_00760 [uncultured archaeon] MHPDIFTPGTCLFIVLLCLTTNAPLTVKHIFEDNLNWAAFHLAEKDNLRDVEITKVNKWAPKCPNCGRKMTFVCYEKGPPIENEVFGCKLADWNHPMLSPSYN >WP_028684940.1 hypothetical protein [Phaseolibacter flectens] MEHIYVYSKNFYAGFGLSQSLAARSALNNVQEINDFDFLIKKIEESSTLSTFIIIMDDDENFCCVRLARAFENKINLFKSMNNLIFIQYTKTVPYPLNILNYYGRTYELMQGSSIDDFIVFLSKNNKPLKQNERKKNKINISKYEKSIVDNMFDGLYNFKEMGKLLNVVPGYVYGRRAAIQKKFGFCSTLYTQYFFEKFKVDDIDFMPFINIK >OJW81690.1 hypothetical protein BGO69_14355 [Bacteroidetes bacterium 46-16] MNRLLFSGISLLACSSVLAQPTVRQVTGAVYEKNGKDKKQALPGATVAIPGTATGTQTSADGSFSLDIPDSAGRLVISYIGYDPDTVQLQAGNNNINVVLKAPRRLKEVVIKQHLNTTRIGLMKPMKVEEIGKGELLKAACCNLSESFETTPSVDVAFTDAVSGYKQIQMLGLAGPYTLITRENIPDVRGLAAITGLTYTPGIWIEGMQLSKGTGSVVNGYESVAGQINIELRKPFEDEKVLLNAYQNGQGRTEGNFYGRKEFNKKLSSNLFANVSSQWLKTDQNNDGFLDQPLGNQFVLLNRWFYHGNNGLELQAGIKGVYKTNTGGQWAYHKGDEQLAGKPWGFELNTKRAEGWAKIGKIFPDKPATSIGLQLSGVYHNQDALYGQRAYDATQKSLYANLILQSIIGNTNHGFKLGLSSLVDDYNEGFELDRFRRTEIVPGAFAEYTYTYLEKFTAVAGLRGDYNSLYGGFITPRLHLRYAPFKKTALRVSIGRAQRTANILAENMGYMASSRSFIIPVKGNNYDLQPEVAWNTGVNLTQKFMLNYRDGSFGVDYYYTWFQNQVVADAEVPGQVSFYNLHGNSFAHSLQAQLDYELVHNLSMRLAYRWYNVMTRYAGVMKEKPLVAANRAFANFGYETNNSWKFDYTIQWIGTKRIPSLYSTPQGYRSPSFVQMNAQVSKKFRNDLELYLGGENLTNYMQPNPILGSGDPFGKDFDASMIWGPVMGRNIYAGIRYSIK >WP_278643529.1 pseudouridine synthase [Ruminococcus bicirculans] MNKGKPMLHRSKKPIQVVIKRLWSISAGVCFWSSFFAYLTFDGIVCYNLYKKIVRKAFAMRLDKFVSSQRNDISRSMVRELCRKGQVTVNGKVVKAADAKVSENDIVAVKGVEICYKKFVYIMMNKPQGVVCSTRDGESKTVLELVPPEMFREGLFPAGRLDKDTEGFVLLTDDGALAHRMLSPKTHVPKTYFVRLRDPWQENYAQAFAEGMTIDGGEKCLPAEFSASVNCPDECTVVLHEGKYHQVKRMFEKLGNKVVFLKRIKIGELPLDPDLPLGSCLEIMHKDVERLLTAKSFKCK >MBR5966198.1 hypothetical protein [Treponema sp.] MATKKEILKYQKELLQVKELFKLDAKMTKCLKDGNIIRIIHLLEKWRKQNDLNGYMEAWRVTKNKSYWIAYSLLTDEEIESLHSYQYRNIVHNFINTIVLKAKETGKLNDCCESIRKHRVHENKIFIDLIKKSAELTEKEKSEILNLDKLTESQNYDDHQILSDAVEYYSSSDFVERGIFKNFKEYDLDFCICQVEVTRKIGDDINELLEYTRVQRYNFEEPAPCPYPLPKQADEDVMVQCYTLSEKELDEYINYAYESYLADALSAKTILANKNVSFIKRFLEREEKEFESLMNEINVNPSEKAGA >PSN12224.1 phycobilisome rod-core linker polypeptide CpcG [filamentous cyanobacterium CCT1] >PSN78489.1 phycobilisome rod-core linker polypeptide CpcG [filamentous cyanobacterium CCP4] MSLPLLNYSPSSQNQRVASYEVGGDEQPRFFSTDDLYDTSDMDALIEAAYRQMFFYAFKCDRQPFLESQLRNGQITVRDFIRGLALSPTFYNSFYEKNSNYKFVEHCVQKILGRDVYSDREKIAWSIKVANKGIQGLVDELLDSEEYLTSFGYNTVPYQKRRVLPGREEGERPIHIKNPRYDAYHRNQLGFPQIVWQSQVKRFVPQEKKVTAGNPQGFLGMARSIGASGAAPSRVSTSNINIATAVPYRKVSVD >MBO5857838.1 aminotransferase class V-fold PLP-dependent enzyme [Clostridia bacterium] MIYLDNAATTYPKPVEVINTVNKSFSLYGANPGRSGHNLSINTAMEVYSAREKLNELLDGYGSEFVSFTMNCTYALNMAIKGVLRNGDHVIMSSLEHNSVLRPIYKMASDGVISSSIFTVSHDVEETIYNLKKEIRENTKLIIVTAVSNVFGDILPLEEIS >HJD11223.1 alpha-glucuronidase [Candidatus Phocaeicola caecigallinarum] MIRMLLLSICLLLAGERLSAENGSRLWLRQDTTANAKVECSLHSPTLDIACSELKRTWKGTPVSLELFNDATHTALGPEGYTIRSGKNGITLGSISEKGLLYATYHLLRLQATQQDTQSLHIEERPAYPIRILNHWDNLDGTIERGYAGHSLWKWDELPATLSPRYEAYARANASIGINATVLNNVNASPEMLDTPYLKKVKALADIFRPYNLKVYLSVNFASPMIIGKLATADPLDPQVANWWKQKVHEIYSLIPDFGGFLVKANSEGQPGPCDYHRTHAEGANMLAEALKPYGGIVMWRAFVYSPSDNDRAKQAYLEFQPLDGKFLDNVIVQVKNGPIDFQPREPYSPLFGAMKHTPLMVEFQVTQEYLGHSNHLAYLAPMWKEFFQYVKPESIRAIAGVSNIGDESNWCGHDFAQANWYAFGRLAWNPELSSESIADEWLAQTFTANPQFIHPVEDMMMQSREAVVDYMMPLGLHHIFAWGHHYGPEPWCTIPGARPDWLPSYYHQADRKGLGFDRSHTGSNAVAQYPDSLARMFDSIDTCPEEFLLWFHHAPWTHTMNNGTTLWEELCRHYQHGVDKTRNFCQTWEEVKPYVDTERWNAVDERLQIQTNDAVWWKDACLLYFQQFSKMSFPKDIERPVHKLKKLMKVKLPISNYERPTPEMLPKIK >WP_045591686.1 Zn-ribbon-containing protein [Vibrio vulnificus] MYVVELQFECFDNTTISAVDKAINGLMDALRYNGQVLGREFPIVMGDGEFFVRAVCPEKESLHPRYHSDYVRVCFNRLSEAALLAPKMRLLGRDINSEEAAEEETPSWQVLYTTYVHTCSPLRSGETLLPIPLYRNGPTLNGDHKAVIKWQTEWQACDELQMAGACRAEHAALHEMCDVDSVLFKRGWDIRGRIEYITKVPTYYYQYRVGGHSLAEEKARKCPKCGGEWLLDEPLHDIFYFKCDDCRIVSNISWDHLK >WP_131751929.1 sialate O-acetylesterase [Bacteroides heparinolyticus] >VFB13610.1 Enterochelin esterase and related enzymes [Bacteroides heparinolyticus] MKKVLFSVLLWVGLFLAGAEAFAQDENFYVYLCLGQSNMEGSAHYEAQDTLVNPRFQVLSAVDNKELGRVKGNWYPARAPLCRPNTGLTPADYFGRTMVENLPENVRIGVVHVAVGGCRIELFQKDKREAYVKTAPDWMAGILKAYDNDPYGRLVEMAKIARKDGVIKGILLHQGESNTGEQDWPQKVKSVYESLLADLNLKAEEVPLLAGEVVNADHGGVCASMNPIIATLPQVIKNAAVVSSKGLSCAADHLHFDAAGYRVLGRRYAEQMLKLMGKELITAEEIMKSTTPASTNMHGCDFPRLDKENRAYFRIHSPHVKRLQVDICGKKYDMSKDENGWWTVKTEPLVVGFHYYFLLVDGFSVIDPMTTTFFGCSRMAGGIEVPEGEEGNYYRTQHVPHGQVRTCTYYSETQQRFRRCVVYTPAEYETKPKKRYPVLYLQHGMGEDETGWSTQGLMYNIMDNQIAEGKCVPMIVVMESGDVEVGFRPRPGKDVNEERNLYGASFAKLMINDLIPMIDKTFRTYTDREHRAMAGLSWGGKQTFDITLTNLDKFSYIGGFSGAIFGLNVEDAFNGVFTDASAFNKKVHCLFLGCGTEENMGTAQLVKSLRDMGIRVASYESQGTAHEWLTWRRCLNEFLPNLFK >WP_257012936.1 acyltransferase [Prevotella intermedia] METNNVQTTPPTTGGSTRKKLRNSNLELLRIFSMMAIIAHHFVVNSTVVKQYNYLDPNLNQYFLEVWGMWGKTAINSFILISGYFLCKQTLTWQRYTKLVAQIVFYNVVIYLIFSATGYESFTLEGFYMSIFRELSHINNGFTASFLAFYAFVPIYNIVIRNISQKQFKLFIIGLIFIMTIAQTFFFSPTMNEPVWYMTLYFIAAYIRIYPNRYTESLNFSTILFIGSVLLAITSVVFLVFLAHYRQSTFIGEHHYFLVSNSNKLLALVVGLSAFLVAKNTRPFTSKFINTAAAGTFGVLLIHDASGTMRKWLWQDICQVPKLLHSNFGYLVIEALLIPIIVFAVCSFIDYWRRKYLERPFMQWINHF >WP_242859101.1 cohesin domain-containing protein [Coprococcus eutactus] MTEVACVLTMMLFMLHTTYAATVAFSVEVPSTTVVVGDTVEIKVSINAADQALSSYSYNITYDSTLLKAVSGGTVESEGTVSYSQANVKPGDAMTATFTFTAIASGTASIETSAVEVISDTEESIDMTPSYNSVTISDKSAAASTEAASSTVSDTGSEAEPATPLALIDSETKPVVTEDEVGTLTEADQNASAPADTLVSVHSNNNTYNIIPKPNSVSVPTGYLPVKINLNDTDIRAYTKGSSSNTVLLYAATNDGHQGWYFFNPNEGTFLDATDLIEETDSLSSFIDKHKFVIMLIAIIVLVILVVVIIILAVSLKGLIADYEAQIDKLKKDNEEKESTANETSEAAEPSAKAAEHVRMPHHDNSEVPTINNKALFPGDNEVIHESYADSDYDNQVSPDEDDVIHTDDYDDTAFEDVADDSEPIDSAFDVKEDTESKIQASLDEIDAALESAKKYKD >PUZ69802.1 hypothetical protein GQ55_2G141800 [Panicum hallii var. hallii] MGTPSLDGSWLPAGPEVAQTNLSYFLHMRQHHHLPPPSPGRRKLKGRHETTPPPATSKPREKKAKGKAAGKKNKKEVSVPHDSLAMRTRSKIPQQDNPASHTRSKRKLPLTDLN >WP_129712947.1 flavodoxin family protein [Pectobacterium zantedeschiae] >RYC40169.1 NADPH-dependent FMN reductase [Pectobacterium zantedeschiae] >RYC40743.1 flavodoxin family protein [Pectobacterium zantedeschiae] MTNVAVVYFSGYGHTKRIAEEVAEGADAILVAIDADGHIDEQGWETLNAADAIIFGAPTYMGSVPWQFKKFADATSKAWFTRAWQDKIFGGFTNSASLNGDKQVTLIYLQTLASQHGGIWVSLGLAPSNTLAATRNDVNNLGGSVGLLAQSPSDAGTEAIPSGDVDTAKHYGTRVADIARRFKGE >MBT3039312.1 hypothetical protein [Candidatus Thiodiazotropha sp. (ex Codakia orbicularis)] >MBV2127212.1 hypothetical protein [Candidatus Thiodiazotropha taylori] >MCG7980321.1 hypothetical protein [Candidatus Thiodiazotropha taylori] MKADQLDNARNPLLPAAMVAIQRAAYRARQEALRTHTGIIITRAGRIERIDWNRVSESAVEYHVPIQTPRNEDDS >NXX47445.1 SDK2 protein [Tricholaema leucomelas] TPSENILGYYISMERIPNSCKDSPNRMVLKDRKVLLNVSMAYYRISISAFNKAGESPRAIYSVPDFSATDLPGQIHVKHQGTNAVITWTPDYKPKCFVVDWGTGKEDMHMKVITTATGNFTLDSLQPYKLYKLMVHTSDVCQCESFMKHEKTFGVTRFYSVEGVPRAGPNNVTVLNITKHSALVKWTEIAAEDCLGFLQGYRISYTDSLRTKSLAVTLNSSTTSYHLTGLKAKTVYRVQISGFTNAGEGPPTLSQLFSTHKYGTV >MCP3684079.1 hypothetical protein [bacterium] MSNNVHILELSGYEAPVIKESKRDNWVEYGDDNNYYGYLIDRYTNSTTNNAIINNVIRLVYGRGLSATDANRKPNEYAHMMALLSKECVRHLCTDIKLLGQCAMQVIYTKDRKKIAQVHHIPVQLLRAEKCNEDGKVEGYYYSDDWTDTKKYEPKRISAFGCSNDPIEIFFVKPYSVGLKYYALVDYTGGIPYAVLEEDISEYLINECERGFSGRSVVNFNNGVPAEEQQLMIKNKVLSQLTGTTGDKVIVSFNNNQDSKTTVDAMPVNDAPDLYSTLSEECLRKIMLSHNVTSPLLFGIASSNGFSSNADELKDSFALFSNMIIAPMQELLLDAFEQILAYNGISLNLFFRTLKPLEFVDLENAVTEEQVQEETGLELNKDFSDKEGEQILDHLEGEEIDENWELVDERAFKNENGDLDEWIEEIDNKKSKLRKLADVIKSFPSRSSQLDKSIYKVRYKYSQKYSSGNSRDFCKTMMARTNRGVVYRLEDIDKASREGVNKKLGHKGQSYDLFKFKGGVNCGHYWSEQLYRLKKKKDGSYYEDKALSSSEEVESIPKSYKPTPRGRQQAKIAPKDMPDNGHHPNYKG >MCH7797911.1 Rdx family protein [Planctomycetota bacterium] MAAAIEDELGNGVELIKGGNGAFEVVVDGTLIFSKQKLGRFPETDEILESLRRR >WP_242439424.1 CynX/NimT family MFS transporter [Pseudomonas nitroreducens] MPAQEEVAGQGSHAGWIGLLVIVALGINLRPILTSIGPLLADIHDATGLGFQGLSMLTVLPVLCMGLFALGLPWVGPRLGESRGMVLGLLAIGAACFWRLLLDSGFALIASAVLAGCGVAVIQAFVPGVIKRWFAHKVPSAMGLYSASLMAGGGSAAVLAPVVSEHFHRWQDGLGAWLLLALVGLLLWTVARPRETPVAAPPRQKVQHYFGSRRAWLLALYFGLINGGYTSMVAWLPVYYRQLGWTAQASGQLIGLMTIFQVIAALTIPLLIRRSLDRRGWLCLCLLIQLAGFIGLICAPLHLSGIWVAMIGYGLGACFALSLTLTLDHLADAGAAGRLAAFVQGIGFIVTGIVPYVTGALRDSTGSFQASWILLAVSVVLMLGVTLRFSPKGYAQAMER >WP_068462781.1 competence/damage-inducible protein A [Planococcus maritimus] >ANU17428.1 competence/damage-inducible protein A [Planococcus maritimus] MNAEIIAVGSELLLGQITNTNARFISGHLAEIGINVYYHTVVGDNPERLKDSIAIAESRADVIIFSGGLGPTKDDLTKQTIANHLGTTLSMDDAAMTSIAAYFDRVGRPMTENNKKQALVLEGSDVLANDNGMAPGMMYQNGDHLYMLLPGPPHELEPMFQFEAKPKLVRMLNQENIILSHVLRFYGIGEAELEDRLQDILDQQTNPTIAPLASAGEVTLRITAKTDTTDEAWKLIGGAKEQILERVGDYLYGYDDDSLASKAIDLLKQQGKTISAAESLTAGLFQSELASVSGASAVLSGGVVTYNEQMKVQQLGIAPEFFDKHSVVSKETAVVMATAALEKFGTDIAVSLTGAAGPDAHGEEPVGTVWIGIASDQGAETYRLELSGLRNTNRIRAVKLALHYLIRTLTDEDARKI >KAI9181093.1 hypothetical protein LWI28_011377 [Acer negundo] MEPKTCLFFFALFFYLIISSHANILKTYLVQLHPHGTTSSLFTSKLHWHLSFIQKTLSSPEDPSSRLLYSYHSALEGFAAQLSLSELESLKRLPDVIAIRPDTSFQIQTTYSYKFLGLNPTNEGAWYSSHFGRGTIIGVLDTEKELKLVYITGGGDSGSEFCLRGSLPRDKVKGKMVVCDRGVNGRAEKGQAVKEAGGAAMILANTEINMEEDSVDVHVLPASLVGFEESVRLKAYINSTRSARARIIFGGTVVGRSRAPAVAQFSARGPTLYDTTVLKPDVIAPGVNIIAAWPQNLAPSSLPEDSRRVNFTVMSGTSMACPHVSGITALIRSAHPKWTPAAIKSAIMTTADANDHSGKPIMDGNKTAGVFAIGAGHVNPVRAINPGLIYDIKPDDYVTHMCTLGYTVSQIFTITHRNVSCHEILQMNRRFSLNYPSISVIFKDGKTAKMIKRRLTNVGSPNSIYSLEVKAPDGIKVRVKPQRLVFKKMNQSLSYRIWLISTKRTGGKGKMSSAQGQMTWAHSSNSLYRVRSPISVTWK >MAZ13301.1 metallophosphoesterase [Verrucomicrobiales bacterium] MLHVIASRRYLFILVLFIVGFVFGNLNWAESIPTARGYVFEDLNKNGIRDKGEKGLPQIVVSNQREVTVTKKDGSWVLPASDDTIFFVVKPSGWMTPVNHHNLPMFYYIHKPKGSPNLKFEGVKPTGPLPSSVDFPLHRQQEPRKFQAVFFGDPQPRDQKELDYIARDVVEELVGTKAKFGVTLGDILFDDLSLFERNNAIISQIGIPWYNIIGNHDINFDGQDDRTSDETFHRHFGPNYFAYEYGPVVFIALDNVKWNGAKPKGTGRYTSWLGKEQLGFXKGLLPRIPKEKLILFMMHIPIYQTLDREELFRLIEDRPYTMSISGHTHWHGHRFLGEKDGWKGEKPHHHVINVTVSGSWWSGEPDELGIPHAMMSDGGPNGYTIFNFDKDKAVIDYKAARRPANYQMNVFAPSEVVSDASSENFVYVNVFNGSDLSTVRMRVGRTGKWVVLKKVLERDPYLVALKQQEDERPEVLGRKLPEPKKSDHLWKANLPXGXPVGEHIISVQTEDMWGRIFHASRSIRVSSRXTXXSGKTGKKLKPE >OZB16321.1 hypothetical protein B7X58_05460 [Marinobacter sp. 34-60-7] MAAIKVLGLGTLVVLISGCQSWQYRDIEDLPPTAAIPDISVRGKVDVWYYDGITGKDVQSLLSTTSYPDSPSQIAELNQLRQTVNRAENYGTLIRGYIEPPTTGDYYFHVSGDDETQFWLSPSQSRDGLVRIASTTAVPIDSFNRYSSQTSGIQFLEGGRKYYFELIHKEGRYDDHFTVAWTGPGFAQTVLDGQYLHSYAESITPSSPALTPEEAYALGYRIGYFDAEQGLAFGPGYPPLDEDNDGLYDNWEVVYGLNPADPNDAMSDQDDDLLTALDEFTIRTRPDRADTDGDGLPDGYEYAYGLNPNDANDAALDLDGDGSSAIEEYQAGTDPTDPAAFPIREAVYEPGFVGQYFLGTDFNTFVYTQRDPIVNFPWGDGGPAGVATNRFSVRWQGQFTPPHAEGARTYTVATRTDDGVRLFIDQNIAIDRWVRQSPTTHSTSVTLLPEESVFLTMEYFENLYGATASLSITDASTGQLLDINSVVGSPRLDDDYSGSRLEDGISDTYKLNYGLPILQPVADRSFNTSGITVREAYESGLHPYTLEQVSEPEPPLSENVTNGASSTVTLSWTAPSTRVDGSSISLSEIDYYQITYGQAPDALTETIRVESDLTSHTIEGLASGTWYFSIQVVDTNGLTSEPSEAVEFQVQ >KAJ2335352.1 hypothetical protein GGH91_005494, partial [Coemansia sp. RSA 2671] MQADSSLADASNQTHTAQSDRRPSAVAEADSVGSASSLSQTQRPRSRTASPWRGKARPSGSIFSRPKANANRQSTTGAQLTLPSDVGSPHDPNAAVVGASDTSVGSSGISSAGLVLERSSTIAGDRPDLHSTHRRRGLTMDPDHYGGRQISASAGTDSGELLESPVAQQPVPGSHFHISRHNTALSARSDKRKAQAGNPTRISKTTSGSSNSTVTTVEVDASASSTHSTEPSEAAPRGQLAKMLYNNDSREPGVGGANLAPLDPPALNTFVRGGAGASGLSSAGILGRTKRGGSGGDSRLGDYKGALIRPPTMDLFGTRSRNNVGDLQASSGGAYDDPDLRGGVAHSGPVESSGVYMPSSAEQTMPHARHAQPMRGGLSSGDDIMEDTRSAVTFSHASSSKDAITGSGQQPRAVPLQGTASKGDWTYTSPGERSGTNGTTNEL >MCG8513288.1 AIR synthase family protein [Halanaerobiales bacterium] MEIGKIPIDKLKEIVLNKIGFRRDDVLVHAGIGEDSAVVDLANDLLVVSSDPITGAEQNAGKLAVYVACNDLAAMGASPVGIQIVLLLPAQVTETFIVSLMQEIDQTACSINVEILGGHTEILSHVTKPIIVVTAIGRVSREQLVCSANACPGDDLVLTKGLGIEGTYILACDYRELLLDKGVEPGIIATAREYDRKLSVVEEGLLAAKLGANAMHDVTEGGLYGALTEMAIASGKGFELFNDDLPISLETEVICAALGLDPAGLISSGSMLIAIPESRDLINRLGEAGIPAARIGRVIEQGRFVLTNGQKKGFKWGEKDELWSLME >MCL6517734.1 hypothetical protein [Alicyclobacillus sp.] AFEYMTAGRALVLGDPGPWICSGMTGGSVYLRHDPTVGLTEEALRRRIAKGAKVALSVLDPQGVTDVTELLLAYHRELRRSGQAEAAKRLLPLIAHPAEHFRMIRPGKDITDQSIATE >WP_207999384.1 hypothetical protein [Burkholderia anthina] >QTD92621.1 hypothetical protein J4G50_30875 [Burkholderia anthina] MKKISAPFAAAALAACAMLAGVQQTVHAAPAAEPAIDAHYGTVIEAYTQDMSTAKTKYDGKRLAFVGAVIRMGSDPGGTYFGALTTDGEQFDTYFDVADQDALKPKFPGGEIKPFTASANFRFSCVNEGYIDAPVLPGLKLVHCRLAD >WP_018419316.1 MULTISPECIES: SCO family protein [Paraburkholderia] MLNNRFARIARAAVMACALGATLGGTLLMTGCGKQPPAFTNVDITGNTQFASDFSLPDTSGKVRTLADYKGKVVVLFFGYTHCPDVCPTTMAELSQALQQLGPEDAKRVQVLFVTVDPERDTPQLLAQYVPAFNPSFVGLRPASEEQLAKVAKDFRVYYAKVPGKTPDSYTMDHTAASYVFDTDGKLRLFARDGQGATPWVHDIKLLLD >MCJ2110312.1 PAS domain-containing protein [Methylobacterium sp. E-025] MTAGVDRSELRQIIAGLTEGVILVEPDQRIVWANEAALAMHGAESLAELGATVDEYRARFSLRYRNNRPPDQYPIERVVRGETFHDVIVDVRRTDRPDVDFVHSLRSIVATDTSGTPSCLALILQNVTPQFEAEERFEKTFNANPAPAVITRLSDLRHVKVNTGFLEMTGYTRDAVIGRSVYEVDVLAGARSRDLAIARLNAGTTVPQMEACLGLPDGGTRFVIVAGQPMELGDEPCMLFTFADLELRKKAETALRQS >MCS6830908.1 molecular chaperone DnaJ [bacterium] MPGEVDYYETLGVSRDATQEEIKRAYRRLARQYHPDVNPGDKQAEEKFKAINEAYEVLSDPEKRRAYDLFGRAGVRGGTAEPDFGFSNFGNIGDLFDLFFGSGGARTETPRAQRGNDLRVDVEVTLEEIAIGAPKTIQYARFQTCTHCGGNGAEPGETPITCSTCRGSGRVRHTQHTLLGTISTVVTCPNCRGEGRVIVHPCTKCRGEGRVRQMVERNIRVPLGVEDGTAVQFLGEGDSGKRGGESGDLYIVFHVRPHERFERDGANLRTKLTISFAQAALGATVRVRGIDEEIDVDIPPGTQPGSVIRLQGRGLPDRRQGRGDLLIQVNVHVPTHLNEVQRGLLRQFAAACGERFTDVPEEEKTFFEKFISGLKGEKG >WP_149819987.1 hypothetical protein [Salinarimonas soli] >KAA2235884.1 hypothetical protein F0L46_17755 [Salinarimonas soli] MTRQVLLGLEITDCQMAVKHVSGAFGTVESGCRMMGGPVSVNDRQSGESRVFGNIDQLVAAGWVID >HAT4052191.1 fimbrial protein [Citrobacter freundii] MPVVFLLGISPYSYAKTADTTVAIKASVTGATCNIVPTPTEINFNTLTAGDIGNNRIAAKEVSLALDCDWIAKNVKVTFTPTEGTVTGNTSVMRSGKTGLGFKLQFANTAGGTLTDTPFGVEQTWASTTTTASPYNLGGKIALKPFYISGEDIAAGNVDTNLAISVQYD >WP_094400414.1 metallophosphoesterase [Prevotella sp. P3-122] >OYP60843.1 phosphoesterase [Prevotella sp. P3-122] MNITRLTKPIIKLAVILLMTVLLLPSCDTVFDIHPYDTRITGATNINQNNIATIEKTCAGRDTVRIAFISDSHQWYNDLGAIIDDINRRDSIDFVVHLGDITDFGSTQEYLWTRKKMERLNKPYVVMQGNHDCLGTGNEAYAKMYGNNDFSFVAGRIKIVCLNTNAIEYDYSEPIPDFDFMEREAIADTTVFDRTIVCMHAAPFSEQFNNNVVKPFNYYITQFPGLLFCMYGHGHHTEEHDFFGNGVIYYEVASASKREYRIFVITPKGYSNEVVRL >CAF1109260.1 unnamed protein product [Rotaria sordida] >CAF3953809.1 unnamed protein product [Rotaria sordida] MTTNWSMSDDDFYGPPPAYSVNPPPSIYIIPDIRNEYQERSSLSHVSIVLSSKFQRYLLINGILHMIISLACIVCDILLISMNESYSFTGFWSGVLCFGLGIYLILFMSHPKKQTCSLQRFKFIHITIFLIIIASLILSSLSLASDFCYDTYFFQSFRCQQSAKQLKIVLIAFFSFTFLQICTTALVISVHTTR >GAU87713.1 hypothetical protein RvY_00523 [Ramazzottius varieornatus] MKPPAMTKKVRSDLVFTVNRHKMFEKFLTYLWISGLYYSPTEMASRKKCGLRRAYSYTMALVVAMVAFAGLADYVLSYLESISTLDFFILAELVDNVSICFQIPIIYLIFHCLHDRISKLLEDFPATMGHLLTLNERRITEKRITTMGFVWILGCFLAFSALSVWYHWPLIGSLDGLTDRDHQLVIFKGVPGWAVALFNQTVYSLCVNADGAAQIFYIGLILYLAIGFRKITNHVRAMDHQNSAESLESLKEFAKHLQLLRNLTSNFNDTFGLLITINCIRDLVAVVATTALLLKAS >YP_008593487.1 ATP synthase F0 subunit 8 [Pteraclis aesticola] >BAN83429.1 ATPase subunit 8 [Pteraclis aesticola] MPQLNPSPWLAILIFSWMVFLIIIPPKVMAHTFPNEPTPQSTQKPKGEPWNWPWY >HAV1793262.1 NAD-dependent DNA ligase LigB [Enterobacter hormaechei subsp. steigerwaltii] MVKWISILMIFLSSGAMAICPVWSPAKAGQEIAALKAQLTRWNEDYWKQGRSEVSDDVYDRLNARLKQWQRCFHDEPLHDDLPAASGTVKHPFAHTGVHKVESKQALSRWMATQQDLWVQPKVDGVAVTLVYKNGKLVQAISRGDGLQGEEWTAQARMIPAIPQTLAGPLANSVLQGELFLLREGHIQQRMGGMNARAKVAGAMMRATDRAALKQTGIFIWAWPNGPKAMKARLSTLAEAGFTLTARYTVPVKNAADVEAQRTAWFKASLPFATDGIVVRASAEPPGERWLPGEGSWVVAWKYLPVAQMTEVKAIHFTVGRTGRITAIAQLEPLMLDDKRVQRVSLGSVNRWQRLDIAPGDQVLVSLAGQGIPRLDNVVWRNVDRRKPQPPSSRYNGLTCFYASPECMEQFFARLTWLSSRQALDIEGVGESGWRTLYQAHRFEHLFSWLQLTQAQLTATPGISASHGAALWHQFNLARERPFIRWITAMGIPLARSTLKAAGDRTWQALIQRSEAEWRMLPGVGQEKARQIVNWLHQPQIDALAKWLAAEHIGGF >BCW36351.1 acyl-CoA dehydrogenase [Arthrobacter sp. StoSoilA2] MHRAFPTRLGGSDDHGGNIAGFEELVTADPSLQIKAGVQWGLFGSAVMHLGTREHHDKWLPGIMSLAIPGCFAMTETGHGSDVASIATTATYDEANQEFVINTPFRAAWKDYIGNAANDGLAAVVFAQLVTKNVNHGVHAFYVELRDPTTKEFLPGIGGEDDGIKGGLNGIDNGRLHFTDVRIPRTNLLNRYGDVAVDGTYSSTIESPGRRFFTMLGTLVQGRVSLDGAAVAASKVALKTAIQYATERRQFNASSPTDEEVLLDYQRHQRRLFTRLATTYAAGFAHEQLLQKFDDVFSGAHDTDADRQDLETLAAALKPLSTWHALDTLQECREACGGAGFLIENRFASLRADLDVYVTFEGDNTVLLQLVAKRLLADYAKEFRSADFGVLARYVVDQAAGVALHRTGLRQVAQFVADTGSVQKAALALRDEEGQRTLLTDRVQSMVAEVGAALKGANKLPQHQAAALFNQHQHELIEAAQAHAELLQWEAFTEALAEVSDEGTKRVLTWLRDLFGLSLIEKHLSWYLMNGRLSMQRGRTVGTYINRLLVKIRPHALDLVDAFGYGPEHLRASIATGAEARRQDEASTHFRKQRASGSAPADEKSLLALKGSKSR >WP_188125540.1 deaminase [Actinoplanes lobatus] >MBB4753895.1 diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase [Actinoplanes lobatus] >GGN97137.1 hypothetical protein GCM10010112_89040 [Actinoplanes lobatus] >GIE45510.1 hypothetical protein Alo02nite_84080 [Actinoplanes lobatus] MDDHRWMGHAIELAHRCPASTSAFSVGAVIVDPDGRELAGGWSRDSDPRVHAEESALVRVGDRARLRGATMYSTLEPCSKRASRPHATCAGLIIASGIPRVVIAWREPDLFVTCEGVALLIAAGIEVVELPEFAAAARAANAHLAL >MBK5261536.1 hypothetical protein [Peptostreptococcaceae bacterium] MKNKMFKNNNEKFKDVPLYGVVDERTKNVVNQGDAYTGRFMLFAVLIDVIFRGFMNNTPFFEENWDLMSIVIIGGFISTAYQIKSKVLFNRPFASSFIFILSLMAGCAAIAFIVMRFVVK >MCL6457358.1 isoleucine--tRNA ligase [Gorillibacterium sp.] MRKVDVKEKARVRELRVLESWKVNDTFRQSVENREGKPNFVFYEGPPTANGKPHIGHMLGRVIKDFIGRYKTMSGYRVVRKAGWDTHGLPVELGIEKQLGISGKQEIEQYGVAKFIETCKVSVFEYEKQWRELTEAVAHWTDMDQPYVTLTNDYIESVWHILSTIHQKGLLYKGHRVSPYCPDCQTTLSSHEVSQGYEDVKDLSATVKFKIKQGEESFLAWTTTPWTLPANIALAVNKELDYVKVRQNDQVYIVASNRVAQVMKEPYEVLSTHKGAEFIGLDYEPSFGYIRATKGFVVVDADYVSDTSGTGIVHIAPAHGEDDYRTARQHDLDFIHVVDLAGCYTAAVVDFAGRFVKDCDIDIVKNLSERGLLFAKERYEHSYPFCWRCHSPLLYYAMDSWFIKTTAVKEQLIENNSKVTWYPAHLREGRFGKFLEELVDWNISRNRYWGTPLNVWICADCSAEYVPGSYNELRDRSIHPIGDDLELHKPYVDEVKLRCQCGGVMERTPEVIDVWFDSGSMPFAQYHYPFTDNQQFAEQYPADMICEGIDQTRGWFFSLLAVSTLYNGQMPYKAVLSTGHILDENGQKMSKSKGNVIDPWEIINEFGADALRWALLSDSAPWNSKRFSKQIVAEAKSKVIDTINNTHAFYVLYAMIDQYEYANHSTSLSVNLLDRWIISRLNTTLKVVQKGLEVNDFLNPTRQIEGFVDELSNWYVRRSRDRFWGSEWTEDKSSAYQTLHEVLLILARMIAPFTPLLADDIYDNLGGEQNVHLTDYPQANETAIDLALELTMTNVRQIVELARNVRNETALKTRQPLAEMIISSDHEFELGQFEDIIKDEINVKRIRLEESDSDFVQFTLKLNLKLAGKKYGKLVGPIQTQLKSLSAAETKQVVDSGWLKLTFAGEEVTIARDELLVEKQAKEGYASASDFGLTVALNTTLTEELLQEGMVREVIRTIQDYRKKLELPIDKRVKIVLAVEPELQKALERFDHVLREHVLVSEVRYAQEANMESVPMGETTIGLLIS >WP_229343766.1 S1 family peptidase [Streptomyces flavotricini] >MCC0100320.1 S1 family peptidase [Streptomyces flavotricini] MNKSSWRSLALVTVLAVLPLGVTAAEAVPTGPLSADVVAAMTPQRQGEVLEPLRVAADAAARAGRGPQADVYTQVEMASDYRSVNVYLTDPNRRAAFLDAVRKANPKADTKLLNVRKSAKTLLQLRKDITDFRSRKDLPFKIVMAGSTVDGSAIELAVDDTQAAQRYLAGPAVAQQLAAARTTPITLRRSTPAVPLSRWNDSAPFYAGAALGPANGSFAHCTSGVPAISTADSRQWLVTAGHCYALGETVYTAGGTRVGTVGAKLDDLDSAFIETPTSRYTWDGVDAQGYTRYLNGVRNAAVGDYTCQLGYTSKVVCNIRTAYAGSATWVNNGAYVWGSASSPDNSSTVARPGDSGGPVITINDPDSRELNGMVVAGFGCSGVGTSQACTQVGWIEVGDIFDRFALRLP >WP_029579419.1 LysR family transcriptional regulator [Bordetella hinzii] >AKQ54763.1 Hca operon transcriptional activator [Bordetella hinzii] >AKQ59276.1 Hca operon transcriptional activator [Bordetella hinzii] >AZW15478.1 LysR family transcriptional regulator [Bordetella hinzii] >KXA72336.1 LysR family transcriptional regulator [Bordetella hinzii LMG 13501] >MBZ0076701.1 LysR family transcriptional regulator [Bordetella hinzii] MELRHLRYFVAVAEALHFTRAAQRLGIGQPPLSLQIQQLEREIGTPLLLRLPRGVELTEAGARFLEDARDILAAADRAVETARRLGRGERGSVSVGFTASAVFHPYLPRAIRAYRDRYPGVQLSLSESTSRALLQALRLGEVDVAFVRPPYALDPACASERVMDEPMLVALPPGHALCRRRSVPMKALADEAFVLYPRPIGAGLYDAILSACLRAGFTPRVIQEAPQMASIISLVAAGVGISIVPAAMRHMGAEGIEYRPIRGDAPRALLDMAYRRHERSTAARHAIALLRELAPPAA >KAJ3738999.1 hypothetical protein DFH05DRAFT_1530656 [Lentinula boryana] >KAJ3793441.1 hypothetical protein GGU11DRAFT_759943 [Lentinula boryana] >KAJ3979909.1 hypothetical protein F5890DRAFT_1478160 [Lentinula aff. boryana] MARSSTIEQPHFTMVLRSQVKRYNLRSQAFHSLPLTNKNTVAFIQKRTSRIPPVRRPPIRARVRTSYKACYEELKRVIDPFLTCHACKRRVSQPLIPICGDTICATCVRKNRIQALKDVFLTRCGHCNKFWPDAPAPGALHEALVNTFEENEGVRGERPAKLTEEFFWPADY >MCG8377291.1 adenylosuccinate lyase [Chlorobiales bacterium] RIVRSNSIAAMENVALWHERDISHSSVERVIMPDSTIALCYMLRTFTDTLKNLLVYPERMEENFNTSYGLTLSQTLLLALTGKGLTREEAYKLVQRNAMKSWEHKVQLKKHVLQDQDILSHVSAEEIEKLFSSENILNKLRKSVDIIFARNGL >WP_175093485.1 acyl-ACP--UDP-N-acetylglucosamine O-acyltransferase [Methylocystis silviterrae] >NUJ79490.1 acyl-ACP--UDP-N-acetylglucosamine O-acyltransferase [Methylocystis silviterrae] MNPSVHPSCVVEDGARLGAGVAVGPFCHIGAGVEIGDGATLLSHVVVGGRTRIGARARIFAFAAVGLPSQDMKAALTEGALTIGDDCVIREGVTINAGAGEGTRIGARCVFLAASHVAHDCRLGDDVILSNQVLLGGHVEIGDHAMIGGATAVHQNVRIGAHAFVGGLSGVEADVIPFALASGNRAHLFGLNRIGLQRRDFAPERIERLRRAYRLLFVREARALSERIDCLSRDFAGDADIAAIIEFLRAPSTRPLCAPRARAGSA >XP_043971649.1 uncharacterized protein march1 isoform X3 [Gambusia affinis] MVLFKGRKAPGHSGSRSSNISKVSNTASRASTTPSAQDICSSGQPTRLDDISESRKPSKHKPNPSAMTVTGTAQAQKKKRRHRRKRSSCSTFDCVDLSGKQEQSDRSLSSDRSELGEKRERSFRNRKELPPRLRRSGAPQSDSSTEDEAGREARSWSKEKARRARRRSVSSRERDAAGGRGAGQDKGEAMELQSVDSDEEKENQPLVEDSGGLKKRHSTRGSAKSPVSRNQRSRSREGEKKGCRSRSSRDSSSLAEDGEQLITKRYQERGSGDGDMSVPTPQNHCRAGEGHGATAGPGSDDSELEVCRICHCEGDEDCPLITPCRCTGSLSFVHQSCLNQWIKSSDTRCCELCKFDFIMETRLKPLSKWEKLHMTKSERRKIFCSVLFHLIAIVCMLWSVYILVKRTTDEIRLGKNDELRRVSLLKYYSAQGVLEWPFWTKLIVVAIGFMGGLIFMYIQCKVYLQLWRRLKAFNRIITVQNCPEKNLHHPLRPGPAPCPTGSTELWRFPSLRLRLRLWLPLRFRTWTRTCPWRLRWRQTQTPSELSSCMPDLHALLCSERQAREQDVIQDSGGTFYSAAAITGL >WP_023355490.1 FadR/GntR family transcriptional regulator [Catonella morbi] >ESL02508.1 FCD domain protein [Catonella morbi ATCC 51271] MGLHTIKKESVANQVFEQLKGQILNQSWLPGNKLPSETELSSILGVSRVSIRNALQRLNTLGLIETRLGDGSYVKEANIGDQIKAALIPNIYLQAHSVKEVLQFRSVIEVETAALAARNASAQNIQKMKSIFQKQLNHDKQDVAFAKYDLDFHFAIAESTENSLIIAMYEILRDILTKTMLRTVSSIGTEIALPYHRRLIEAIEAGDELLAAQAMKEHMAATYEQFSKIIDIDGNCETV >MBQ8348910.1 ribosome silencing factor [Ruminococcus sp.] MTQQEKLELIIKTLDSKRGEDIQAIKISDLTILADYFVIVNGTSNTHARTLADEVEFQLSQQGIEPQRRESDTGNTWIVLDYADIIVHVFYKETRSFYKLEGLWADGEQIDISDLIVKE >NQT29221.1 carbamate kinase [Candidatus Saganbacteria bacterium] MSKKILIALGGNALLQTSEKGTAEEQLAHVHETCKHLIEIINQGYSISVTHGNGPQVGDILLKNELALDRFPPMPLDICGAESQGMIGYMIERSLDNSLKGAGLKIPVITILTQTLVSRNDPAFKNPSKPIGPYYTQAKAQAQEKEHGWVMKEETGKGFRRVVPSPQPIALIEAPAIKELSDEKMIVIAAGGGGIPVIQAADGTLLGVEAVIDKDHTAALFAKDIGAQVLLILTDVEQVALNFKKPDQKNLNTLSVSDAKKYIARGEFGSGSMLPKVESAVSFIEGGGQKAIITSLSQATNALNDKAGTRLVRS >XP_046808501.1 uncharacterized protein LOC124420266 [Lucilia cuprina] MFIQAQQRGPGTTNYHFLKQTLKYIISLIAEPNKFIILKEIAQNIPYLPVEDLEGLFRELRNYNYTCAWYPGIMDIQIRNEYWQILRNRNLTYYIYGAYLDNRPLVTGNKTLIRLLAIIDLISENQQDYPSTYCQLWFKDKFEPLIVPVDTTQFIWRYRWGHSAQYSFPHILTCTLPEDYKDHILKSVSLVAAPCNKASNILRVIKQPLRTTVRKKKEFAVCIKGLDFPYIDLSYRLVEYIEALRTLGAEKVIIYNLEVHENMTKVLNYYQRTGFVEHRPFSFSLEYSNLPEYRHLQLITKKDAFRLHESILYNDCIYRNMYEFKYIAVWDIDELPIPLKRYKNWHDLMVLAENSKEYMCNSYASFCFLCAYFPSYEGNFSFAKQFPQYFYMLQHVKRVRDIADYGYAMKCLHSTDYIIATHNHFPIHYAADCRDYTFSSSVAQMNHYREPPFKENLTNPVMDKSLWRFANRIVKKSMKIFEELDSSLEVSKYHFHRRQIN >ANN69912.1 family 2 glycosyl transferase [Bordetella bronchialis] >ANN75062.1 family 2 glycosyl transferase [Bordetella bronchialis] MKVSVVIPTKNPGLIFRSVLPAVLAQKTSFPFDVLVVDSGSTDGTVEYVNACTNHRLRLHRIPPTAFGHGRTRNLAVSMTDGEYVAMITHDALPENEHWLTRLVEVADSDPAIAGVFGRHIAYPEADPYTKRDLARHFQNFAHEPIVHLADVARFKADAGYRQYLHFFSDNNALIRRSVWASLPYPDVDFAEDQLWAQRVIEAGWKKAYAHDACVFHSHDFHAMELLRRSFDESHALYRLFGYVLVPSLKHLIGTWLRCSWADLRYGWRCNVWKQDIRAILVRPVDNLLRSCGHFLGSRPHRISPKMRLWLSRDKRLMGALNQSDRTEG >XP_042989918.1 uncharacterized protein LOC122317079 isoform X4 [Carya illinoinensis] MDANCARVWTIHGARNGYDKPGVSIGPDLDGFVLFGHNARVWDCCISDFLIVTVGEDCTCRMWGLDGKQLQMIKEHIGRGIWRCLYDAKFSLLVTAGFDSAIKVHQLHGSLSGGLHGHAEVKEFIDGMEIFTVRIPNTSEHCGLTDSKSEYVRCLHFTSEDTLYVATNRGYLYHTKVSNTRDVKWTELVCVSKEVPIVCMDVLSNKSSELCGAVEDWVAVGDGRGYMTIARVFCDSYTPEVSLTFTWPAGIERQLLGTYWCKSLGYRYIFTTDPKGMLKLWRLCGPSPQASHNSSRSYNNVSLVGEFASCFGNRVLCLNASFEKEVLVCGDVRGNLVLFPLLKDLLLNTSVASKVKISPINYFKGVHGISSVSSVSFSRLSSEQIEICSTGGDGCICNLEYDRDHRTLEFIGMKQVKELSLIQSVSADNDSLDNLASGCYAAGFASVDFIIWNLITETKVVQIPCGGWRRPHSYYLGDVPEMQNCFAYVKDEMIYIHRNWTLDGERRIIPQNLHVQFHGREMHTLCFVSELRANDLFSRSIWIATGCEDGTVRLTRYTADVANWSASKLLGEHVGGSAVRSICFASEVHIVASEDTNIPDGRSRQTAGAGSGENPFLLISVGAKRVLTSWLLRNRKHKEETVDQQYGETGNSCKPSSGESSSMSFQWLSTDMPARYSSSDYYPEEMEKVVSATENVHGTKVGARSFFRGKGKMDITSGFGDKYEDDWRYLAVTAFLVKCPDSRLTVCFVVVACSDATLVLRALILPCRLWFDVALLVPLSSPVLALQHVIIPICLPSEDNSQKRSVFIVISGATDGSIAFWDLTGAVEAFMRRLSTLQVENFIDCQKRPRTGRGSQGGRWWRSLSNSISKRKPGYRSSVTMKAGDVPNSNMLNQVTNGTEFLINDSGSSAATCSNAINTASLEPPANVDDSPSEICEIGPLHVLSNVHQSGVNCLRVSDIRDCQNSLSGLMFNIISGGDDQALYYLRFKLSLIAMVPDNEFMAPDIRNSNGRPESTNTFVNCGERQVEDYEIKFLYHEKIASAHSSAVKGVWTDGSWVFSTGLDQRVRCWLIEKDGKLTEHAYLVVSVPEPEALDARVCGRNHYQIAVAGRGMQIFEFAGVCETDHGK >WP_265272113.1 aldo/keto reductase [Nostoc sp. KVJ3] MRYKLLGKSGLRVSELSLGTMTFGEDWGWGASVDESRKIFDSYVEAGGNFIDTANGYTDGSSEKIVGELIAKERERFVVATKYSFPLKMNEKKGDPNASGNHRKNLIQSLEGSLKRLNTDYIDLFWLHAWDFTTPIEEILRSLDDVVRQGKVLYIGISDAPAWIVSQANTIAQYQGWTQFVALQIEYSLIQRTPERDLLPMAKALDLAITPWSPLGRGVLTGKYNQPPQESSEQGRLANPALGSISEKSLAIAKVVSQVAAEIGHTPSQVALAWLLAQNGVIIPIIGARKLTQFQDNLASIEVSLSPEHLQRLDEVSQIELGFPHDFLQNDAIRDRLFGGTFNTIDNHRI >WP_127859415.1 MULTISPECIES: alpha-ketoglutarate-dependent dioxygenase AlkB [unclassified Mesorhizobium] >RWK07815.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp.] >TGT01899.1 alpha-ketoglutarate-dependent dioxygenase AlkB [bacterium M00.F.Ca.ET.177.01.1.1] >TGQ54748.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.210.01.1.1] >TGQ73527.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.212.01.1.1] >TGR10977.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.204.01.1.1] MLVLPKGVRHMPGYLPRAAQEALVEEIRRVVQAAPLYVPAMPRTGKEMSVRMTNCGALGWVTDRERGYRYQPTHPVTGQQWPPIPEALLKVWREVSAYAHPPEACLVNFYSADARMGLHQDRDEEDFAAPVVSVSLGDDCLFRVGQTTREGGTKSFRLKSGDVVVLGGEGRLSFHGVDRIYPATSALLKNGGRINLTLRRVTVPG >WP_045183792.1 GxxExxY protein [Elizabethkingia miricola] >AJW64861.1 hypothetical protein VO54_03431 [Elizabethkingia miricola] MLTKKYLDDLTYEIIGCAIEVHKVLGRGLLESIYHQCLIEELKHRKINFLTEMKVPITYRGKQLDVDFRCDLFVEQCIVVELKSVHEIIPTFEAQLLTYMKLLQSPKGLLINFNCLNIFREGQKTFVNEYFSLLPNR >NCA08360.1 APC family permease [Micrococcales bacterium] YLLPGIQGWPAAVAAILLMTALNLFGINRTAQMAAVLAVTTIGFILFSIVTGFAHGLSSQSFSTEMLMPSASLSTLSAASIIFFAFAGYARVATLGDEVKDPKSNIPKAIAISLTAVLVIYLLITIVFIGILQPSNEAVPAAVFEAITRITAPWFPAWLIDLVVVGASLGSILALLAGVSRTAATMAEDRELPAVFAKRNRFGAPWLAEVLIAIGAITLIQTSQYTQWVIGFSSFSVLLYYAIGHISAFMQPKLERRQPRIFAVLGFLLCLLLLINVPGPALQVSTGILLIALLVRLLIRRVATKVKHN >WP_274423713.1 EamA family transporter [Chelativorans sp. YIM 93263] MAFTQNRSRPRFPASLLVLGSVLSIQFGQAFGKDMFSLVGSAAGVAFLRLAFAAAILLVIWRPRLPQDRASWLLTIGFGTAIAGMNLIYPAMQYLPLGMATSLQLLGPLCLALATSLRKVDFLWSILAIGGVALFYLPRGTEFSLPGLLFALASGLAMALYLLLSKRSGGACGDGSFLALAVTWAALLYMPAGLTQSGFEFLSAEVAAVGLALAVLSAVVPYSLDQAALRRLPPRLVGVLESLEPVVAGIAGVIVLQEYLQPLQWLAIACISLASLGAISSEAGRKGSGATD >SYZ65887.1 hypothetical_protein [Leishmania braziliensis MHOM/BR/75/M2904] MLQATLVTRLFSKPIAQGYVAQLPRPLPGSKGRSWMRAMDANSDVRDFYTADEERYNAWYRETYGIEDLSDGSAASGAASNRLLDDTRNMQQAAEEYDLQGIREELEFWGDEFQHITQLR >WP_077583480.1 Na(+)-translocating NADH-quinone reductase subunit A [Rodentibacter pneumotropicus] >OOF64197.1 NADH:ubiquinone reductase (Na(+)-transporting) subunit A [Rodentibacter pneumotropicus] >THA18460.1 Na(+)-translocating NADH-quinone reductase subunit A [Rodentibacter pneumotropicus] MITIKKGLDLPIAGKPAQVIHSGNVVNQVAILGEEYVGMRPSMKVREGDVVKKGQALFEDKKNPGVVFTAPASGTITAINRGEKRVLQSVVINVEGDEQITFAKYNADELNTLSPEQVKQNLVESGLWTALRTRPFSKIPAIESEPSSIFVNAMDTNPLSADPEVVLKEHWQDFTNGLTVLSRLFPSKPLHLCKAGDIKIPTVDLSNLQVHDFGGVHPAGLVGTHIHFIDPVGIHKTVWHINYQDVIAVGKLFTTGELYVDRVISLAGPQVQNPRLIRTMIGANLSQLTENELSAGENRVISGSVFCGNTAKGVHDYLGRYALQVSVIAEGNNKEFFGWITPQPNKYSITRTVLGHFGKKLFNFTTAENGGERAMVPIGNYERVMPLDILPTLLLRDLIAGDTDSAQALGCLELDEEDLALCSFVCPGKYEYGSILRQALEKIEKEG >MBS7632436.1 flavin reductase family protein [Candidatus Bathyarchaeota archaeon] MEAKKSISVSSSYRLLHPMHTVLVTCAGKTGKANIITLAWAMPTSIDPPLVAISIAPARFSHELIEETKEFIVNIPTMDILNETFACGRTSGRVHDKFKETGLTPLPARKVKAPIIGECVAHLECRLHSQHRTGDHTIFVGEIIEAYADHKSYQQTYDLNKARMIIHMGGSDFATLEPKIHRPEPLKT >WP_095061089.1 MULTISPECIES: prephenate dehydratase [Bacillus] >MBY0033749.1 prephenate dehydratase [Bacillus velezensis] >MBY0043401.1 prephenate dehydratase [Bacillus velezensis] >NRF36012.1 prephenate dehydratase [Bacillus velezensis] >NUI58440.1 prephenate dehydratase [Bacillus amyloliquefaciens] >PAB03792.1 prephenate dehydratase [Bacillus velezensis] MKVGYLGPEATFTHLAVSSCFQNSVTQAPYQTIPACMDAAVAGEVDLAFVPLENALEGSVNLTIDYLIHEQPLTIVGEMTLPIHQHLLVHPSRENEWKKLEKIYSHSHAIAQCHKFLHRHFSSVPYEYSKSTGAAAKYVSEHSDLPIGVIANEMAAATYGLSIVKRDIQDYQDNHTRFVILSPEKDVSFEVNAKLSSRPKTTMMVTLPQDDQSGALHRVLSAFSWRNLNLSKIESRPTKTGLGNYFFIIDIEQAMDQVLIPGAVQEMEALGCRVKLLGTYQSYSI >WP_140843904.1 MULTISPECIES: ABC transporter permease [unclassified Mesorhizobium] >MBZ9865788.1 ABC transporter permease [Mesorhizobium sp. CA15] >TPI77307.1 ABC transporter permease [Mesorhizobium sp. B2-8-9] MTIAAVQSNPTPAILPGSGGMRGAFSDLFWRRPKLLLLLMLLPPLLWLGIVYIGSLFALLLQSFFSIDEFSGLINREFTLKTYGDLFQAANLDIILRTVTMAALVTLASAIIAFPIAYYAARYARGRWKALFYLGVMLPLWSSYLVKIYAWKLILAKEGILTWLLAKLNLLWLLDGWLSLPVVGGNSLSVSFTGTFIVFVYVWLPFMILPVQAALERVPGNLVEASSDLGASPGQTFRNVLFPLALPGIVAGSIFTFSLTLGDYIIPQIIGTSRLFIGQAVYSQQGTAGNIPLAAAFTVVPIVIMGFYLWGAKRMGAFDAL >RVG63469.1 polyphosphate kinase 2, partial [Sinorhizobium meliloti] MSKSAGENEQVDWLEAELADTIDEDYELELSVPALSEEIRRIYRTSHPPTIPRMEYFRAL >WP_262452366.1 histidine--tRNA ligase [Arthrobacter sp. A2-55] MARNASLSGFHEWLPQERLVEQHVLDTLRRTFELHGFSSVETRAVETVGQLLRKGEIDKEVYALSRLQDDDGNAAASAKADPSQLALHFDLTVPFARYVVENAGYLSFPFRRYQIQKVWRGERPQEGRAREFTQADIDVVADGELPFRYDVELALVIAEALSALPIPAFKLRINNRKLAEGFYRGIGLEDTAGVLRSIDKLEKIGADKVAELLQTELGATAEQAAKALALASIRTEDTSFVGQVRALGVSNELMEEGLNELEQVIAAAVKSAPGSVVADLSIARGLDYYTGTVYETVLVGHEQLGSICSGGRYDALASKGSRKFPGVGLSIGVTRLVSRILSQEFATASRSVPTAVLVTLADDDSWTSAQEVAAALRARGISTEVATKADKFGKQIKYADKRGIPFVWFTDDDGAHQVKDIRSGEQLPADPNSWMPPAEDLKPQILTA >MBC7494677.1 glycosidase [Flavobacterium sp.] MKKNLLFLIFSSFLTIAQVAPTKVAIVRSQGDFKLYVNDSPFFINGMNWNYDPIGTNFNYSLWKQSDVIIKAALDSEMSLLKNMGVNVIRQYVGIQPKWITYIYQKYGIYTMLNHAFGRYGLTINGVWTPNTEYSDDATKNVLFAETKAMVEEYKNTEGLLLFLLGNENNYGLFWDGAETENIPVNDRKSTKRAKDMYKLFNDAVLEMKKADKSHPIAICNGDLLFLDIIAQECKDIDILATNMYRGVSFGNAFEEVKKKLNKPLLFAEFGADAFNALDGTEDQKSQAYYMTSNWKEIYENAAGIGKSGNSIGGFTFQFSDGWWKYGQTKNLEVHDTNASWSNGGYTNDFIQGSNNMNEEWFGICAKGPVNSRGLYDLYPRAAYYSLKEAHKISPYDANTSGKSIDTHFSNIQLADAVLRARGDKAALSGTSNDKLKISNLRAEFTTFNTGGSLITTPTTAPTTGTTYPNKLGFDHMQSYFIGVEGKPTANMTANVNVNILGNVALNPINEIFYENRGRPITLNSDNGAVTVSDANRVQIYNASYSWNEKYFDLRGFYRIGHYHWGYEGDFFGLYPEANYGQNLDIYNGEISGFEIDGKKSLNGLKAAFGPQLWWGANPAVLFKYGKKIGFVDATAVYHEDIDNASAATTSIAIPVPKTRRLTIHLKTKVDNFGFEVGGIWGGQPLNGRSFQYTEGSAGNYITFDDTVKASDNWGGKAKITFSKGRFNVYTQGAIMGLVANGGADNTQMFTGWRLKDTGSGNQINFLSGFTFNVNSNLQIAPNFLWQKPIVAAMPNDVNAPGRLRNVQADPFFVRANRETVGGELLLTYDPTPATWMYDWDNDMSEDAKFAISSDFVYRHLPTTQDAAIGFLSNRTAFAFAKSAPAHDLWESNTRIVSKLSPDFGFITNFYFGNAQSNGSDTRLIERIGGDVRLIYKKVKLTHSFKLNDWGPFDYHRDFNLTYPVQLMIDLSTFVGKPDWFILPNTKIGIMGTWRTLNQYSPRFSPNQTASPFSTAPIISPIGFP >WP_012724915.1 MULTISPECIES: 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group] >MBZ6459059.1 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group sp.] >MBZ6461580.1 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group sp.] >MBZ6471273.1 2-hydroxyacid dehydrogenase [Pseudomonas fluorescens group sp.] >CAI2797976.1 Probable D-lactate dehydrogenase (EC [Pseudomonas fluorescens SBW25] MRVIFFSSQTYDRDSFLGEPLPPGLALQFQPARLNLDTVALAEHHEVVCAFINDDLSAPVLELLAKGGTRLIALRSAGYNHVDLTAAKRLGLTVVRVPAYSPHAVAEHAVALILALNRRLHRAYNRTRDGDFSLHGLTGFDLVGKTVGVVGTGQIGATFAKIMAGFGCQLLAYDPFPNPQVEALGARYVTLPELLAQAQIISLHCPLTADSKHVINARSLAQMQPGAMLINTGRGGLVDTPALIEALKDGQLGYLGLDVYEEEAQLFFEDRSDLPLQDDVLARLLTFPTVIITAHQAFLTREALAAIAGTTLANIVAWAEGRAQNLVEG >WP_270453521.1 aspartate kinase [Halonatronomonas betaini] >MBF8436614.1 aspartate kinase [Halonatronomonas betaini] MNVIIQKFGGSSLATLEDRENACRQVIKAVKAGYKPVVVVSAMGRAGAAYATDTLLDLPGDREKLSARQQDLLASCGEVISSVIIAGHLTEKDYSAQSLTGGQAGIITDDNFGASRIIAVKPEKIIKLLEKDIIPVVAGYQGLSQDGEITTLGRGGSDTTASALGYALNAEKIDIFSDVDGLMTADPSIYEGAKNLSEVTFTEACELAYQGAEVIHPRATEFAQAGNIPLRIRATNNLNDDNGTVIKDSRDLNKDRPVTGLAVRRQVAFIEILPDSKNDYNTGLKSFRLLADNDISVDMINIRPEKISFIVDNPDINRASSLLTDSGFTFNISDKFCKVSIVGSGMTGLPGVMARIVDALNQAGIKIYQTTDSHTSIACLIEKSSEEAAISALHGAFKLNYKE >NJS16994.1 glutamate 5-kinase [Nostocaceae cyanobacterium CSU_2_110] GGMVTKISAARIAVAAGVRTVITEGKYPGNIEKIINGEPLGTHFEPQPEPTSARKRWIAYGLVTAGKLYLDNGAAIAISDGGKSLLAAGISLVEGEFDAQAGVGIFDGQGNEIARGLVNYSSEELVKIRGRHSREISDILGYAGVETVIHRDNLVLI >HDH03041.1 hypothetical protein [Actinomycetia bacterium] MSAAEVARAESAQWAFIADLAVVVTQGDDVVPTELTTTGFDPSHDLDRRTESWAHSLPDHTLASLSRFAAGLATAEADAWDDEDPSVATRALSDRRFLLGDRIVHWAIPWLISLGVAEPASGPETLAVVERLLDLGDRHRPATALTRSEGLFPPGCDSIGEIPSSLDV >WP_117579611.1 hypothetical protein [Mediterraneibacter faecis] >RGD81433.1 hypothetical protein DXD07_11480 [Ruminococcus sp. TF10-6] >RGF72828.1 hypothetical protein DWZ26_11320 [Ruminococcus sp. AF31-14BH] >RGF89932.1 hypothetical protein DXA12_08720 [Ruminococcus sp. AM57-5] >RGF95622.1 hypothetical protein DW983_14325 [Ruminococcus sp. AM49-8] >RGF98031.1 hypothetical protein DW977_14185 [Ruminococcus sp. AM49-10BH] >RGG35319.1 hypothetical protein DWY13_12810 [Ruminococcus sp. AF24-16] >RGI14262.1 hypothetical protein DXD00_10815 [Ruminococcus sp. TF10-12AC] MDSIINKLTEIESTASAIVQHAEAEKSALDEKFDKKRMDFDKELEADTQRQIQGIRDKLESETSRILSGQSQESQDELDALQKEYDEKHSDYAHEILRRITEV >MBQ5493788.1 fibronectin type III-like domain-contianing protein [Prevotella sp.] VGTMAGAYNYDAKVSLQWPFGYGLSYTTFDYANLRVDKTSFTADDVLTVTVDVKNTGNRAGKEAVLLYSSDLIASIVPDNSRLRDFTKVVLAPGETKTVTFQLPAKELAFVGADGRWTLEEGDFTLKVGKLTQNVTCTKTKVWDTPNM >GAV98814.1 hypothetical protein LENED_000222 [Lentinula edodes] MQVYRSPLARCISSPHVRFVSADAAKSSVQRLAASWDDIHIPSRTEIKQAQRTGSLSSRLAARRPHPASFSVTPNVPTPTIIPVVPKQEASALRRTGPPKRVSKSAPTPARKSDVTLQSAADTLNDLFRVIPDESSSRNDSWEKGVEAMKQTVRSPSRPRNVNGRSWTPEGGNKVAGRVNTTHRVARNAGAGNQKISKFSRKEQDEERSSTAESNVEDDEDAEVYLDDTVIGGVSLLAPRPGQPAQLWYESIIKQNREPDGPRVIYPDIDIAADLHDLFGVDSAQHRNIMVCNLGALNRGLLRPAVKKGKVDYQVRKVMRRYGGDYSHLQPNLVPTELRKKMRPSQLARLTMSRRNEASATQRKTFDALISSTLKDVDTVEQPIRA >WP_085935883.1 alpha/beta hydrolase [Enhydrobacter aerosaccus] >SKA21221.1 Pimeloyl-ACP methyl ester carboxylesterase [Enhydrobacter aerosaccus] MKLKVDGRDVFATTGGVSFDPSKPAVIFLHGAGFDRTGWRLQTRWFAHHGRSVLAVDFPAHGWSEGPMLTSIADMADWTARLIDAAGLESAALVGHSMGALVALDCAGRHGGKVRALGLCGVATEMPVHPEMLESAKANTLKVQELMTFWGIGNSLHKGGMVSPGLWLRRESLAVLSHNEPDVIHADLAACNAYKDVLARASAVKCPTVLVLGDGDLMTPAAKAKSLAAAIAGAETVVIPNCGHFMMVERPDETLEALKRHV >MBD3418876.1 hypothetical protein [Chitinivibrionales bacterium] MQSIFGILPDFIIAFVFMVLVGTIKLVSNIAIGASIPFAGRFAESFATLYLLLAQMYILGKMYYVNRKELSWFGEWDREQHPLSPQSCENAILSQRKRARVHLFFL >WP_166476065.1 putative FMN-dependent luciferase-like monooxygenase [Bradyrhizobium symbiodeficiens] >QIP02457.1 putative FMN-dependent luciferase-like monooxygenase [Bradyrhizobium symbiodeficiens] MKRFANLKRLGFFTRLLDEAPPAERYRFAAEQIVRAEKAGLDSAWIAQHHFHEREGGLPSPFTFLGYVAAQTSRIRLGTGIVTLPLENAVRVAEDAAVLDLLCNGRFELGVGTGGNPSAFAAFGLDSARRNEIFARNLEVVRTALVGKPLEGGDTIYPQRPQLDKRIWQATFSVAGGARAGKAGDGLLLSRTQPRTKEAPKATLAEIQNPVIDAYLEALPKGAEPRIMASRSVFVADDHREALRLADIGLRRALPQFMKGGHLPPGETLEEMILAFDTHVGDADHVIASLRADATLERVTDLVFQVHSVDAPHPHVLRSIDLVAEKVAPALGWIRTAPDVALAG >CAH0542131.1 hypothetical protein [Oscillospiraceae bacterium] MFQKLGDALRRFMYGRYGADSLNKWLLIFAVVLMLVGGLGSRYLAPWMAAFGTLAYVPLIWSMFRIYSRNIEARRRENAAFQRFFTRLRDRQNRYFTCPRCRQVVRVPRGKGRINIRCPKCGEQFIKKT >XP_019244033.1 PREDICTED: 17.4 kDa class III heat shock protein [Nicotiana attenuata] >OIT05217.1 17.4 kda class iii heat shock protein [Nicotiana attenuata] MSTVVDAVNQLLHFPESIERVVYPSRSHETSENRGVSSIPVDILDSPKEYIFYMDVPGLSKSEIQVTVEDENILVIRSNGKRKREESEEDGCKYVRLERRLPQKLMRKFKLPENCNVSAITAKCENGVLAVVVEKLPPPPKPKTVKVAIS >WP_050704913.1 MULTISPECIES: type III secretion system export apparatus subunit SctU [Pseudomonas] >KNX78709.1 preprotein translocase U [Pseudomonas sp. 250J] >QZA56245.1 type III secretion system export apparatus subunit SctU [Pseudomonas sp. 2hn] MSTEKTEQPTRAKLRDARHNGQVARSKELVSTVLILSLVALPMAFPDYFLGHLGELMLLPAPLLHLPFRQALELMLEQLLHELLWLTLPFLLTAVLAAIAGNLLQTGFVFSGQSLAPDLKKVSPLEGVKRIFSVRNLLDFLKSSLKVLLLGALVLGLLSDHLRTLLRVSSCGIECVLPLLGSLMGQLIGVCAVGFLAISAADYGLERWQHLKQLRMSKEEVKREHKEMEGAPELKRERRKRHREMQSGTLRADVRRSSVIVANPTHIAVGLRYRAGVTPLPLVTLKYTDEQALLVRRIAEEEGIPVLERIPLARALFADSLVEQYIPGDLIQPVAEVIRWLQAQEEMA >MCI1709954.1 ECF-type sigma factor [Chiayiivirga sp.] MARLYERLRSIARRQRRQHGEAWTLDTTALVHEAWVQLEEGAERRLSPRDYHAYAARAMRNLLIDHARRRLRPKHGGDLAQVDLEDEQVLALPAMSAEQLLDLDEALAVLDIEHPRVARVVMLHYFAGLDFDRIAAELDLSTRTVMRDWRFARAWLHQRLQTGD >WP_165637167.1 invasion associated locus B family protein [Bradyrhizobium shewense] >SCB16608.1 Invasion protein IalB, involved in pathogenesis [Bradyrhizobium shewense] MLMQSRLVALAAAVLLPLGAAHAQQGAKKNAPAPAAQPAPAPTQPQADGAPAQQPGWIVRCTSASRDAPLECAMEQNAVLTKTGQTIVLINIRIAPDTRTPVALLQLPLGLNLPIGAKLQVDEGKTVDLQIQTCENRGCYASAPIAPDLLAALRSGKQLKVSFQNMAKETIAIPMPLGDFASAYDKIK >PPQ98220.1 hypothetical protein CVT26_003472 [Gymnopilus dilepis] MLSNLMLGVDMLKHARRKPLWVTMPSNPMLGVDTPKRARKRLLWATML >MBQ1746349.1 cell surface protein SprA [Muribaculaceae bacterium] AINKSSSDVLIPAFMAAYSGKDPKKVDLNPFPGIKAILPNWRVTYDGLMRIPFFKKLFKSFNLNHAYQCTYSVGSFTSFSDWVSIGEGLGFTQDQLTLGAIPSSPYNIASITLTEKFAPLVGFTATFFNDISINAQYDDQRTLTLNSSAGQLVEASAKSFTLGGSYKIANFNQVLKLKTKQQNVNNDLTLNLNVKMTSNVSLIRKIESNTAQATNGTRTWGVNFTANYVVSKRITLGAYFDYQSNMPLVSTSSYPTTNSNYGLSINMSLVK >WP_267979634.1 uracil-DNA glycosylase [Acinetobacter sp. VNH17] >WHP06411.1 uracil-DNA glycosylase [Acinetobacter sp. KCTC 92772] MQFTEQQQDKLNKVQLDESWKTSLSEFLLGHKMDHLREFLQQEKLAQKTIYPPSKEIFSALNTTPLNDVKVVILGQDPYHGPNQANGLSFSVHRGVALPPSLRNIFHELYTDLGVPVSRHGDLSKWAAQGVLLLNSVLTVAAGQPTSHQKQGWEEFTDAVIDVLNEQREHVVFILWGAYAQRKGQRINRNKHLVLTAAHPSPLSANRGGFFGCKVFSKTNQYLKQHGIEPIDWQLDA >KAH0679671.1 hypothetical protein KY284_020756 [Solanum tuberosum] >KAH0683155.1 hypothetical protein KY289_020907 [Solanum tuberosum] >KAH0758253.1 hypothetical protein KY290_021746 [Solanum tuberosum] MACGRDRGRTTKVIQLLDVKLAKVNKRLLDTEEFNGTVANSEDSQTKIQLVDGRQRLGRTVRSLGNVNDTQLQCRLLPINFKAKALGPQFLGASNFYK >KAJ6549303.1 hypothetical protein DFH09DRAFT_1169484 [Mycena vulgaris] MQEELLRELEEEEEEEEEEDADATLGRQRGSGKGKRKRKGNKGSGGKKSKNAKKIVWTAEGEPPVATREPTLRIVGLSLIAISLDLQHRLADFIVSVQEETPLSSQQPISCSPPSGFAVAMTRCAVLEAHQVKNDFDLMLSYVSAAFYIQWRRTTTVPQGTRPPSYAALANEVAHRSVTADAIQNWYKAGTRLIYLAAASSMYIIPMIAIAGLKRLICKEDNVEVIQRMAYLLCVPHDENHEHALSRDCGILTRTLVIPQMVFIQQVTTQLKGAFSLEFPPDSSGVSEIIPFHEIDRMSAKLRLFDCSYFKLPPPSPCWAALKNPLLAPSLPLSLDNLNLTEDCVAEQIIIRTELNLKETLCPVTPANSVPWTEVERGKASVAPVAESIEDLRARFKKLHAGGKREKDGYVCIPSEICEGNVLTLRDANDELLAMLITNISKTLPHLDATAIPLISAVMTGEVYPVDSDQPDFKYCASHKVFWNRYAEQGHDAPKDVHPNLVHKLGVDHINYTQRAPHPSEEMKEDPPETNLLADFLKFVTIIIEFHLRKYLPNEHADISVYATQLPLNERSIAHPFGGFVINVRVCTRGHRAGGDKLFCVVIPFGDWTGGELVMYEPGCVFRPRSWDAILFPSSRITHFNLHFEGVRLSLVLHSDKYGDRWVQDQNGWASRNIPVAT >PAA76673.1 hypothetical protein BOX15_Mlig019935g8, partial [Macrostomum lignano] ADQSRPLWLLAHSSMAQLAKEIADHSAATAAGQKSRLIVYKDSVSWDRFADGFPNIFIHNVQQMAGQDVIFLASLHEPSVIFEQVSLIHSLPRYFVRSLTLLLPYFPCGTMERVDREGQVATAMSVARLLSSTPLTRHGPCQLVVYDIHALQERFYFTDCVVPLLASAMSLLYPQLYDLRRAQPGLAIAFPDEGAFKRFHLSFSVPEHADDLITCLKVRDGDSRVIRVKEGSPAGRHVVIVDDLVQTGGTLIQCAAALKSLGASSVSAFVPHAVFPRESWRRFTDGQGLFEHFWITDSLPHARQIAQHPPFRLLSLAEPMVNLLTNSDALGCCDR >NXJ67438.1 GTR11 protein [Rostratula benghalensis] QLQSKVLILTICAAGIGGTFQYGYNISIINAPTAYIQTFMNQTWLERTGVPLESNVLLLLWSLTVSAYPLGGLAGALGAGPMAIVVGRKMSLLLNNIFVITAALLSGFSRMAKSFEMIMLSRFFTGVNAGVSMNIQPMYLAESAPKKLRGAVALTSASFTALGLVLGQVVGLRELLGGEESWPLLLASNAVPALIQLTALPWFPESPRYLLIDRGDKESCISALQKLRGSSDLSAELEEMLAEQAAVKGQRAKNPWELLRNPALRWQVLSVVVLSSAMQLCGNDSMYFYAAYVFREAGIPQDKIPYVVIGTGSCELITSVTCNLIIDYAGRRPLLLGGYILMAGWAVVFMVALSQQAQISWMPYLSMACIFAYILSFGIGPAGVTGVLPTEVFDQLSRPAAYMICGSLLWFNLFLVGTAFPFIVKSLGHFCYLPFLVVCVGTALYVGFFLPETKGKSFLEISEEFKKRNFKGRPQAGFYKGPEEIKSTVL >MCF8269563.1 carbamoyl-phosphate synthase large subunit [Crocinitomicaceae bacterium] MPKDTSISSVLIIGSGPIVIGQACEFDYSGSQAARSLREEGIEVTLINSNPATIMTDKVVADNVYLLPLETDSILDILSKHKIDAVLPTMGGQTALNLCIECEELGIWKEHGVRIIGVDIKAIEITENREAFRNLMYEIGVPMAPQKTAKSFLEGKEIAQEFGFPLCIRPSYTLGGSGASILYNPDQFDNLLERGLQLSPIHEVMIDKALIGWKEYELELLRDANDNVVIICSIENFDPMGIHTGDSITVAPAMTLSDTTFQKMRNMAITMMRSIGNFAGGCNVQFAVSPDNNEDIIAIEINPRVSRSSALASKATGYPIAKIASKLAIGYHLDELQNQITKTTSALFEPTLDYVIVKIPRWNFNKFPGTNRELGLQMKSVGEVMGIGRSFQEALQKACQSLEINRNGLGADGKELTNQNEILNSLEKPSWNRLFHIYDAIKLGIPFKTIVEKTKIDIWFLRQIEDLIKLERNMERFSIENISRDLLFEAKQKGYADRQVAHLLRCLESEVYAKRTELGIQRVYKIVDTCAAEFEAQTPYYYSTFELENESVVSDRKKVVVLGSGPNRIGQGIEFDYSCVHGVLAARECGYETIMINCNPETVSTDFDTADKLYFEPVFWEHIYDIIQHEKPEGVIVQLGGQTALKLAEKLQRYGIKILGTSFDALDLAEDRGRFSKLLEQHNIPFPQYGVVESAEQALELADELGFPLLVRPSYVLGGQKMKIVINKDELEHHVVDIINEMGSNQILLDHFLGGAIEAEADAICDGEDVYIIGIMQHIEPAG >MBS4273564.1 terminase small subunit [Escherichia coli] >HAL7222321.1 terminase small subunit [Escherichia coli 042] >MBS4284125.1 terminase small subunit [Escherichia coli] >MBS4288594.1 terminase small subunit [Escherichia coli] >HAH6410924.1 terminase small subunit [Escherichia coli] MEVNKKQLADIFGASIRTIQNWQEQGMPVLRGGGKGNEVLYDSAAVIRWYAERDAEIENEKLRREVEELRQASETDLQPGTIEYERHRLTRAQADAQELKNARDSAEVVETAFCTFVLSRIAGEIASILDGMLR >MBS0561514.1 sulfate permease [Pseudomonadota bacterium] MSSARNEPGPGRLLNRRKGASRRGWERWLPGIGMLRAYKPSWLRHDITAGLVLTTVLVPVGIAYAEASGVPGIFGLYATIVALLAYALFGPSRILVLGPDSSLAPIILAVVLPLSDGDPARAAALAGAMAVVSGIACIAAGLLRLGFITELLSKPIRYGYMNGIALTVLIGQVPKLLGASVSAEGPLRSMWAIAAAVFAGNVNLATFAVGATTLATILLLKGNTRFPGVLIAVVGATVAVASFGLAERFGVSVLGPLPQGLPRFSVPWFAAADLVPVLIGGGTVALVSFADTSVLSRAYAARGGEYVDANQEMVGLGAANLAAGLFQGFPISSSTSRTPVAEAAGARTQVGGIVGALAVALLLVVAPDLLRDLPTAALAAVVIASALGLTEIADLRRIYRIQRWEFWLSIGCFVGVAVLGAIQGIGLAIVIAVIEFLWDGWRPHSAILGRADGVEGYHDITRYPHARLIPGLVMFRWDAPLFFANAELFGDRVLDAVAASPTPVRRLVVAAEPVTSVDVTAADALAELHAALRNAGIELCFAELKDPVREKLKRFGLLPRIGEDRFFPTIDAAVADYRRAPAADAEPPQGGADRPTTPDGGPESG >AWQ28479.1 cytochrome c oxidase subunit II, partial [Gasterophilus pecorum] MSTWASFGLQDSSSPLMEQLIFFHDHALMVLVMITILVGYLLFMLFFNKYVNRYLLHGQTIEIIWTVLPAITLLFIAFPSLRLLYLLDEVSEPSVTFKAIGHQWYWSYEYSDFSNIEFDSYMIPTNELSVDGFRLLDVDNRIILPMNSQIRILVTAADVIHSWTIPSLGVKVDGTPGRLNQSNFMINRPGLYYGQCSEICGANHSFMPIVVESIPTNYFIKWISDNMNS >XP_007459185.1 PREDICTED: protein FAM110D isoform X2 [Lipotes vexillifer] MQRSQEAPANCSQLLNYLPTSSGLWGTVLPSSAKMLLASPSTPSRGRTPSAVERLEADKAKYVKTHQVIARRQEPALRGGPGPLTPHPCNELGPPPSPRTPRPARRGSGRRLPRPDSLIFYRQKRECKASVNKENAKGQGLVRRLFLGAPRDVASSSPGSTERPAAPGRWAAPPDAPDAAGKRALCPTCSLPLSEKERFFNYCGLERALVEVLGAERFSPQSWGADASPQPGTSPPPGSGDASDWTSSDGGAERRDRAECGGSEAAGSARDGRPQVSVVERNARVIQWLYGCQRARGPPRESEV >WP_004213189.1 thermonuclease family protein [Sphingobium yanoikuyae] >EKU72377.1 hypothetical protein HMPREF9718_04903 [Sphingobium yanoikuyae ATCC 51230] MLIRGFKKWPRNQQIALPILSVFAFGALFNQMHARNSEPVSIHVENPRIIDGDTLETLEKKRVRLSGIDAPDEDGKGNVPKIAAQLYLEELVKQNGGMDCTSDFQDEKLTVEPICNTRRTSWGRSNLSCRFRSNGASVSATMVRHGYAVDYRQHSGLAYARFMKDAADERRGLWGVDYEAMRNLAIERGQLPNKCK >MCQ0092735.1 YIP1 family protein [Roseovarius sp. M141] MGPYMNTKLVSDLFVQTLFSPRAAADRIMALSLPREWLWMALALMSVLNGIVYSVSLSMGPQSDPQTVQMIPPAFQSPALFTMFLFGALIVTVMALTWVGRSLGGAAQIPQVLALIVWMQVLRLGVQLALLVLMLALPLGGLALVMIASVWGLIILVAFIDRAHGFDNIFKSIVVLVLAVLAMVVGLSVILSVLAAAVMGGA >WP_175630617.1 adenine phosphoribosyltransferase [Bacteroides acidifaciens] MIMSKETLIKSIREIPDFPIPGILFYDVTTLFKDPWCLQELSNVMYEMYKDRGITKVVGIESRGFIMGPILATRLNAGFIPIRKPGKLPAETLEESYDKEYGKDTVQIHKDALDENDVVLLHDDLLATGGTMKAACELVRKLKPKKVYVNFIIELKDLNGKSVFGDDVEVESVLSL >UBN63752.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLTTRTQLPPAYTNSFTRGVYYPDKVFRSSVLHSTRDLFLPFFSNVTWFHVISGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLGVYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLVRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQPTESIVRFPNITNLCPFSEVFNATRFASVYAWNRKRISNCVADYSVLYNSASFSTFKCYGVSPTKLNDLCFTNVYADSFVIRGDEVRQIAPGQTGKIADYNYKLPDDFTGCVIAWNSNNLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGSTPCNGVKGFNCYFPLQSYGFQPTNGVGYQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLEILDITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEHVNNSYECDIPIGAGICASYQTHTNSPRRARSVASQSIIAYTMSLGAENSVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLNRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKDFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTLGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNQNAQALNTLVKQLSSNFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_143405880.1 FtsW/RodA/SpoVE family cell cycle protein, partial [Faecalibacterium prausnitzii] >PDX60036.1 cell division protein FtsW, partial [Faecalibacterium prausnitzii] MKIEKKHLLDYTILIPYLILSVVGLIVVYSTTSARLVTFGANPFASVMNQGAFWLVSLLFIFFIYRLKLNFLRKDKVLGAVIIVEIILLVVAKFFTKEINGANGWIVLGPLSFQPAEYLKV >XP_031459457.1 dedicator of cytokinesis protein 7 isoform X1 [Phasianus colchicus] MAERRAFAQKISRTVAAEVRKQISGQYGGSPQLLKNLNIGGSVSHHTTVPLTEAVDPVDLEDYLITHPIAVESGPLRDLLEFPPDDIEVVYTPRECRTLVSAVPEESEMDPHVRDCVRSYTEDWAIVNRKYHKLGTGFNPNTLDKQKERQKGLPKQVFESDEAPDGNSYHDEQDDLKRRSMSIDDTPRGSWACSIFDLKNSLPDALLPNLLDRTPNEEIDHHNEDQRKSNRHKELFALHPAPDEEEPIERLSIPEVPKEHFGQRLLVKCLSLKFEIEIEPIFASLALYDVKEKKKISENFYFDLNSEQMKGMLRPHVPPAAISTLARSAIFSITYPSQDVFLVIKLEKVLQQGDIGECAEPYMIFKESDAAKNKEKLEKLKCQAEQFCQRLGKYRMPFAWTAIHLMNIVSSAGSLERDSTEVEVGTGERKGSWSERRNSSIVGRRSLERTTSGDEACNLTSFRPATLTVTNFFKQEGDRLSDEDLYKFLADMRRPSSVLRRLRPITAQLKIDISPAPENPHYCLTPELLQVKLYPDSRVRPTREILEFPARDVYVPNTTYRNLLYVYPQSLNFANRQGSARNITVKVQFMYGEDPSNAMPVIFGKSSCPEFSKEAYTAVVYHNRSPDFHEEIKIKLPATLTDHHHLLFTFYHVSCQQKQNTPLETPVGYTWIPMLQNGRLKTGQFCLPVSLEKPPQAYSVLSPEVPLPGMKWVDNHKGVFNVEVVAVSSLHTQDPYLDKFFALVHALDEHMFPVRIGDMRIMENNLENELKSSISALNSSQLEPVVRFLHLLLDKLILLVVRPPVIAGQIVNLGQASFEAMASIINRLHKNLDGNQDQHGRNSLLASYIYYVFRLPNTYPNSPSPGPGGLGGSVHYATMARSAVRPASLNLNRSRSLSNSNPDISGTPTSPDDEVRSIIGSKATDRSCNRMSSHTETSSFLQTLTGRLPTKKLFHEELALQWVVCSGSVREAALQQAWFFFELMVKSMVHHLYFADKLDASRKNRFPERFMDDVTALVSTIAGDIVSRFQKDTEMVERLNTSLAFFLNDLLSIMDRGFVFVLIKTCYKQVSSKLYSLTNPSNLASLRLDFLRIICSHEHYVTLNLPCSLLTPPASPSPSVSSATSQSSGFSTNVQDQKIANMFELSVPFRQQHYLAGLVLTELAVILDPDAEGLFGLHKKVINMVHNLLSSHDSDPRYADPQVKARVAMLYLPLIGVIMETVPQLYDFTESHNQRGRPSCVAADDYEGESGSMISQTVAMAIAGTSVPQLTRPSSFLLTSSSGRQHSTFSTESSRSLLICLLWVLKNADESVLQKWFTDLSVLQLNRLLDLLYLCVSCFEYKGKKVFERMNSLTFKKSKDMRAKLEEAILGSIGARQEMVRRSRGQLERSPSGSAFGSQENLRWRKDMTHWRQNTEKLDKSRAEIEHEALIDGNLATEANLIILDTLEIVVQTVSVTESKESILGGVLKVLLHSMACNQSALYLQHCFATQRALVSKFPELLFEEETEQCADLCLRLLRHCSSSISTIRSHASASLYLLMRQNFEIGNNFARVKMQVTMSLSSLVGTSQNFNEEFLRRSLKTILTYAEEDLELRETTFPDQVQDLVFNLHMILSDTVKMKEHQEDPEMLIDLMYRIAKGYQNSPDLRLTWLQNMAGKHSERSNHAESAQCLVHSAALVAEYLSMLEDRKYLPVGCVTFQNISSNVLEESAVSDDVVSPDEEGICSGKYFTEAGLVGLLEQAAASFSMAGMYEAVNEVYKVLIPIHEANRDAKKLSTIHGKLQEAFSKIVHQSTGWERMFGTYFRVGFYGTKFGDLDEQEFVYKEPAITKLAEISHRLEGFYGERFGEDVLEVIKDSNPVDKCKLDPNKAYIQITYVEPYFDTYEMKDRITYFDKNYNLRRFMYCTPFTLDGRAHGELHEQFKRKTILTTSHAFPYIKTRINVIHKEEIILTPIEVAIEDMQKKTQELAFATHQDPADPKMLQMVLQGSVGTTVNQGPLEVAQVFLSEIPNDPKLFRHHNKLRLCFKDFTKRCEDALRKNKSLIGPDQKEYQRELERNYHRLKEALQPLINRKIPQLYKAVLPVTCHRDSFSRMSLRKMDI >WP_260685194.1 DNA methyltransferase, partial [Escherichia coli] >MBY3772394.1 DNA methylase [Escherichia coli] ILAKGRPRLPQNPLPDVLGWKYSGNRHHPTEKPVTSLQPLIESFTHPNAIVLDPFAGSGSTCVAALQSGRRYIGIELLEQYHRAG >WP_088784550.1 penicillin-binding protein PBP1B [Streptococcus pneumoniae] >SNM61646.1 penicillin-binding protein 1B [Streptococcus pneumoniae] MQNQLNELKRKMLEFFQQKQKNKKSARPGKKGSSTKKSKTLDKSAIFPAILLSIKALFNLLFVLGFLGGMLGAGIALGYGVALFDKVRVPQTEELVNQVKDISSISEITYSDGTVIASIESDLLRTSISSEQISENLKKAIIATEDEHFKEHKGVVPKAVIRATLGKFVGLASSSGGSTLTQQLIKQQVVGDAPTLARKAAEIVDALALERAMNKDEILTTYLNVAPFGRNNKGQNIAGARQAAEGIFGVDASQLTVPQAAFLAGLPQSPITYSPYENTGELKSDEDLEIGLRRAKAVLYSMYRTGALSKDEYSQYKDYDLKQDFLPSGTVTGISRDYLYFTTLAEAQERMYDYLAQRDNVSAKELKNEATQKFYRDLAAKEIENGGYKITTTIDQKIHSAMQSAVDDYGYLLDDGTGRVEVGNVLMDNQTGAILGFVGGRNYQENQNNHAFDTKRSPASTTKPLLAYGIAIDQGLMGSETILSNYPTNFANGNPIMYANSKGTGMMTLGEALNYSWNIPAYWTYRMLREKGVDVKGYMEKMGYEIPEYGIESLPMGGGIEVTVAQHTNGYQTLANNGVYHQKHVISKIEAADGRVVYEYQDKPVQVYSKATATIMQGLLREVLSSRVTTTFKSNLTSLNPTLANADWIGKTGTTNQDENMWLMLSTPRLTLGGWIGHDDNHSLSRRAGYSNNSNYMAHLVNAIQQASPSIWGNERFALDPSVVKSEVLKSTGQKPGKVSVEGKEVEVTGSTVTSYWANKSGAPATSYRFAIGGSDAGYQNAWSSIVGSLPTPSSSSSSSSSSSDSSNSSTTRPSSSRARR >MCS7142809.1 DUF402 domain-containing protein [Aigarchaeota archaeon] MRVRVRGIYSTALCYLLHDHGHELVDLTESQEKRFGASSSGSPELIINDTRDREGILLVGRSPCIDEVVELLRGISWQVVIKRFSGRAEGDDRAIAYFPVGAKIALDDLRSRVTYTLPMHHHLRAAGRFPSEFVTILEELVSEGRIEPHVVEERVRRVIEGMGPGYRSRVPIYHMKVNGRHITLGPATVYYEQGDVVLERWIKGFGTYDGLNVAKTPLDVAVSRLVRFGWTMETRYYGPDGRLKGTYVNVSTPINVYETRIWYIDLGIDVVRVEGSEPRVIDEEELRELVDQGCVSRRMYEEALMVVKRAVTG >WP_278780043.1 hypothetical protein [Catenibacterium mitsuokai] >MCI6076957.1 hypothetical protein [Catenibacterium mitsuokai] MKKWERPVVVEEQFTANSNVSVCYSLVCTLPGKDPYTEDGMSTFNYHEYKVKDRGNIHLIWGQQHFRPLEKHDENCALPARYNADTGVFKESGGNAAKVTNIQIDTADLAANGKYPAIWTSHFGFTYNHIGYAVDDSVGHPLRS >WP_246925475.1 MULTISPECIES: hypothetical protein [unclassified Bradyrhizobium] >MCJ9703154.1 hypothetical protein [Bradyrhizobium sp. SHOUNA76] >MCJ9731572.1 hypothetical protein [Bradyrhizobium sp. PRIMUS42] MFSSRDTFESDFCPVRDELLGEMYRASESGLPRLVESVSPDARARLALFCYRRSHLHSLAVAIAASCNERDLIENGGRVGSTLYALAREGTAKSSPSLSGGRKPITLSTKPLSVLAPLEDEFDDEISEAVPA >XP_026936565.1 E3 ubiquitin ligase RNF157 isoform X3 [Lagenorhynchus obliquidens] MGALTSRQHAGVEEVDIPSNSVYRYPPKSGSYFASHFIMGGEKFDSTHPEGYLFGENSDLNFLGNRPVAFPYAAPPPQEPVKTLRSLINIRKDTLRLVKCAEEVKTPGEEAGRAKVHYNVEFTFDTDARVAITIYYQATEEFQNGIASYIPKDNSLQSETVHYKRGVCQQFCLPSHTVDPSEWAEEELGFDLDREVYPLVVHAVVDEGDEYFGHCHVLLGTFEKHTDGTFCVKPLKQKQVVDGVSYLLQEIYGIENKYNTQECKVAEDEVSDNSAECVVCLSDVRDTLILPCRHLCLCNTCADTLRYQANNCPICRLPFRALLQIRAMRKKLGPLSPTSFNPILSSQTSDSEEHSSSENIPPGYEVVSLLEALNGPLTASPAVPPLHVLGDRHLSGMLPSYGSDGHLPPVRTLSPLDRLSDCSSPGLKLRNSLSKSISQNSSVLHEEEDERSCSESETPLSQRPSAQHLREECGITPESENLTLSSSGAIDQSSCTGTPLSSTISSPEDPASSSLAQSVMSMVSSQISTDTVSSMSGSYIAPGTEEDGEALPCPRASSRTPSEEGEVTPAVSPDCNFAGLAAAAEEQDAEGNDVLEEEDGSPTQEDGPEASWATPITFLPASASQLSLTERLWQPQSSAAAGEQLPPLGGTDC >WP_234002326.1 chemotaxis-specific protein-glutamate methyltransferase CheB [Erythrobacter sp. AP23] MGALLRSDALVSGADTRPCSDPVRVMIVDDSLTVRTVFSRMIEQEPDMRIVATANSAECGLAELATATPDVMLLDLEMPGMGGLAALPKIMQSAPDTQVLVISSLTADGAEATVTALSLGAADTMLKPRPGGFNDDYRSTLLGKIRALRGDTADDAAGLAVAKTAADRIGKPPQLVAIGASTGGIHALNLFLRQVPKNFDLPILITQHLPASFIPVFAQQMEMAAGREAVLADDGIQIERGKIYIAPGHGHMVVRKSGGHHVLGLAYHPVKSGCTPSVDPMFETLAEAYDGHVAGVLLSGMGRDGTDGAQSVVSAGGTIYAQNAETCAVWGMPRAVTELGLAAAVLPPAELADRLLASAGAAAWR >MCA9916811.1 hypothetical protein [Anaerolineales bacterium] MINLKQREQKSNMGAQRPYLILILVLFVAAALFPYGLITDLSPRLNFLVNYVFGSQIAHVIAHFGLFVLMGSGILLLFPRLQRYFWPFAALMLLLAIGQEFLQIVTFKETISIFDEVLDLTVDMLGAATAFTILSAPPEN >MBL7763785.1 acetylornithine carbamoyltransferase [Chitinophagaceae bacterium] MKNFTSVNDLVSSSFGGVGEAINALAKKALEYKANPLKDKTLGANKRIGCLFLNPSMRTRLSTQVAAQNLGMETIIFNVGSEGWALEFEEEAIMSGSTVEHVKDAAPIFGKYFDILAIRTFPSLKNKEDDYSELYIKQFIKYAGIPVVSLESATLHPLQSLTDIITIQESLNNSPSGVSTKPKIVLTWAPHVKALPQCVANSFSQWINAWGEADFVITHPEDYELDEQFTKGATITQNQDEALKGADFVYVKNWSTYTDYGRIYCNDPRWMLTNEKLKQTNNAKVMHCLPVRRNVELSDEILDGPNSLVTQEAGNRVWAAQTVLSEILTPIP >XP_028567154.1 adhesion G protein-coupled receptor L3 isoform X13 [Podarcis muralis] MWPPQLLFLTMLLASTVIHAFSRAPVPMAVVRRELSCESYPIELRCPGTDVIMIESANYGRTDDKICDSDPAQMENIRCYLPDAYKIMTQRCSNRTQCAVVAGPDVFPDPCPGTYKYLEVQYECVPYKVEQKVFLCPGLLKGVYQSEHLFESDHQSGAWCKDPLQASDKIYYMPWTPYRTDTLTEYSSKDDFIAGRPTTTYKLPHRVDGTGFVVYDGALFFNKERTRNIVKFDLRTRIKSGEAIIANANYHDTSPYRWGGKSDIDLAVDENGLWVIYATEQNNGKIVISQLNPYTLRIEGTWDTSYDKRSASNAFMICGILYVVKSVYEDDDNEATGNKIDYIYNTEQSKESVVDVPFPNSYQYIAAVDYNPRDNLLYVWNNYHVVKYSLDFGPMDSRTGQVHHGQVSYLVPPIHLDSDLERQSFKASTAGATGLGGTTTSTTPRLTTSSTARTTTAAALGRRNKSTTTPSPGLEAPNEMTTHLPPAASQLPAIGAESCETVEAREITWFKTRQGQMAKQPCPRGTVGVSTFLCLAPGGIWDPQGPDLSNCSSLWVNHITQKLKSGETAANVARELAEQTKSHLNAGDITYSVRAMDQLVGLLDVQLRNLTPGGKDSAARSLNKLQKRERSCRAYVQAMVETVNNLLQPQALNAWRDLPASDQLRAATMLLDTVEESAFVLADNLLKTDIVRESTENIQLEVARLSTDGNLEDLKFPQNTGYGSAIQLSANTLKQNGRNGEIRVAFVLYNNLGPYLSTENASMKLGMEALSTNHSVIVNSPIITAAINKEFSNKVYLADPVVFTVRHIKQSEENFNPNCSFWSYSKRTMTGYWSTQGCRLLTTNKTHTTCCCNHLTNFAVLMAHVEVKHDAVHDLLLDVITWIGILLSLVCLLICIFTFCFFRGLQSDRNTIHKNLCISLFVAELLFLIGINRADQPIACAVFAALLHFFFLSAFTWMFLEGVQLYIMLVEVFESEHSRRKYFYLVGYGMPALIVAVSAAVDYRSYGTGKVCWLRLDTYFIWSFIGPATLIIMLNVIFLGIALYKMFHHTAILKPESGCLDNINFEDNRPFIKSWVIGAIALLCLLGLTWAFGLMYINESTVIMAYLFTIFNSLQGMFIFIFHCVLQKKVRKEYGKCLRTHCCSGKSTESSIGSGKTSGSRTPGRYSTGSQSRIRRMWNDTVRKQSESSFITGDINSSASLNRAEERRNNVLMQSCDHSRDFATASCFAPQILSVMDRDLYCENKWLHSSSVMVVLFLPMSCSFLSV >MAT61701.1 hypothetical protein [Micrococcales bacterium] MKGLAGVTSSVEEVELFRAHRVQAGLIGAIGFLDVASGGFIDSDKFCEVSAMARDLHLQIGGVGSVLVGSLLVSDRRNWLKYFRSFFIEGFHARR >CAH2316765.1 calmodulin-regulated spectrin-associated 1 [Pelobates cultripes] MFFLLRVSQVRYRRDHPSNRHLPYFPLLEDLMKDVSDGAALLTVIHYYCPEQMKLEDICLKEITSIADSLYNIQLLREFSNEYLNKCFYLSMEDMLYSPIVLKPNLMVFIAELFWWFENVKPDFVHPRDIQELKEVKPVLQNKSSRPPVPISNATKRSFLASPAGSSDPQASAHTTAEACSRNSLQPEEAENGKGNTVLSPSHPLLPLRQKQQKIVQPEESPIHRDRSNSLTRADGQPRGSVIAWPEKKPRPLSQPSLYALHCATDDVDATSGDSISLARSISKDSLASNIINATPKHNSHPTPASLSSRNLLGNVDIDDEEELVAFIRSGETSSQGNLELQSVSSRASSQHGTARASRRGTDGLEHRPESFFLEPLMPAVLKPSKEKQIVHKREEYGEGRQKPFVPKRQNEGNLSFSRKKASNHTGNDLNRTFTPVTSSHFISVTESSRTEPVQLSTETGNSTFRPIATSSVDQGEESSGGFFLHDTKMEEDLEEPLVEHINAENPDDPDSTWTVVREDSDSDNLDLEDCDQELPVLHPVTKYIGEEESAKLQEDMKVKEHDDKDDVSGRSSPCLSTISQLSSASMASGSVRMTSFAERKFHRLNSYETKSSTSSSQKTTPDGSECGPPPLTTWKQRREQSPSRLNKDNANVLASELVQLHMQLEEKRRAIELQKKKMESLSARQRLKLGKAAFLHVVKKSKPEGAPQPLKAEHLSKGYVKQSSEDIDPVTVSAKVEQLCEKLESAQEEHDPSKDAKVQETVAFIEQKLKEPDTDEAELCNVIAKVEEVESEVDAGECNLSIEKLNETISTLQQAILKISQQQELLMKAPSTVVPTLKNNGQENKLKSSLQFMDMSSPTGVGGNGRKTSRFGQGRNARSLRPSEQKISKDKLQNSSRVVTPTQSVETLPHLKSVQALKSPSVPTEEPGFDSSPDKGNDYQDQLSAAEFRLHDEPNQRTFVLSTSKDANNISEQVHKDAMNNIRAVGSSESSGKENVPVDEQLKSKTSLIEVDLSDLKDPDETEDVEPEKSTDIINEDQKSGLGFFFKDDQKAEDELAKKRAAFLLKQQRKAEEARIRKQQLEAEVELKRDEARRKAEEDRIRKDEEKARRELIKQEYLRRKQQQILEEQGLGRPKPKPKAKKTRPKSVHREESYSDSGTKYSSTPDNLSSAQSGSSLSLASGATTEAESVNSGGTPSHRVDSVETLSVMSRHQSRNADRDWENVSTASSIASVAEYSGPKLYKEPSSKSNKPIIHNAIAHCCLAGKVNESQKNSTLDELEKSDSNHYIILFRDAGCQFRALYSFHPDSEEIYKLTGTGPKNITKKMIDKLYKYSSDRKQFTVIPAKTMSVSVDAVTIHNHLWQAKRPGLPKKNPLSK >NIQ16008.1 hypothetical protein [Candidatus Dadabacteria bacterium] MIKYTTRXXEERLSCDQKTFACGPGKVMNYGINEDYPASRGNNLLCEGAGLTPNQTNGYISLENATFLSPVTDDVDEYFEFICMVGLNNENGTGSMDECQVHCIDGPGNCED >MBP33715.1 short-chain dehydrogenase [Methylobacterium sp.] MSQNPAISPGRSAVVTGAASGIGLAAAQAFARAGMNVWLADLPGPALDAARAAVAELAAVEVRAIPTDVSDRGAVEALAAAVAKAGPPALVMLNAGIEAGGKLFSDADTWTRILGTNLGGVINGIHAFAPGMIAGGKPGAIIVTGSKQGITTPPGNAPYNVSKAGVKAVTEALAHELRNREGCRTTAHLLIPGFVYTGLTKARGVAEKPAGAWTPDETVAFMLERLAAGDFYILCPDNETTRAQDAKRIAWAAGDIIENRPALSRWHPDFSEGFKRYMEG >WP_199942136.1 HlyD family efflux transporter periplasmic adaptor subunit [Acinetobacter oleivorans] >MBJ9738089.1 HlyD family efflux transporter periplasmic adaptor subunit [Acinetobacter oleivorans] MNKKVIAVVLVVIAVVIIGFWVWKYNNKNQKDNVLTLYGNVDIRQVSLAFEQSGRIEKLLVQEGDKVKAGQVLAALNTNALHIQAKQAQAQLKAQQEAIVKQDVGARPEEISQAKAQLASAQAELDKTNKNLQRLQILVSSTDGRAISQQELDYAKSNKDSAEAAVRERQANLELIIKGARQEDREATKAQYEVTKANLDLINYNLTQAELKSPVKAVVRARLQEVGDMTTAQKAVYTLALTDPKWIRVYVNEQDLSSIKMGGTAQVIRDSDPNQPINGKIGYISSVAEFTPKTVQTEEIRTTLVYEVRVYVNDPNDQLKMGQPVTVKVPLASGEKAHD >OCT51367.1 hypothetical protein CLCR_08583 [Cladophialophora carrionii] MPKFVRRQSLAERLKGQLNPYDFLLWLSEELEANGWDQLEKEWATPIGLTLNLVFIIARANTKQKSTGYDDVFGEIPGVAWTTWLATFIVHFLTLVCMVNAVYTFWRKKHYRLFENSVDDVPSTPSARRVRVDSSPVSSSPLQYLSSIIGTESAQSRAHPDPTRDVWEVAVWDPLPIALRLFCYFSPGHVLVYWLFLPTLPSDPRPSVTIATAMFVAALLSVQLTWLQSSYCTQVKDSAFISKEVLHEYDTKYVRPRTQPLYRDVGTQFSEQASYSAAREERYNKVDTYTPMVVINRGFNPKPNPNYVQYTNPDGAASTSNLRHRVSTPDFRSPIHNAQPGSVIRPLSSIRQPNFRPTTAGGEGGSLGVYSHAGSPLRKSASTNFSRENRPVSPEKRAASPDKRMSVPSGATTQRWGHLQSDKNRRESGRF >GLX98417.1 hypothetical protein Hesp01_63670 [Herbidospora sp. NBRC 101105] MEFLGGRGQRAGAGDGDEYPQADGVEHLIDATHAGIWREYIDTVYGFRDISLLDLSMQVGSGWSA >TNF89271.1 LLM class flavin-dependent oxidoreductase [Gammaproteobacteria bacterium] MARVKFGAFLAPHHPIGENPTLQFRRDLDLVEHLDKLGFDEFWCGEHHSTGWEMIASPELFLAAAGERSHRIRLGTGVVSLPYHHPFNVAQRIVQLDHMTGGRVIFGTGPGALPSDAYVLGIDPMVQRDRQDEAVGVIRKLLRGEERFSHESDWFTLKDARLQLLPLQEDLPFAVASMVSPSGMTLAGKHGTGVLSIGSLSTAGLQALPTQWGFAEDSAAKHGNTVHREDWRVVLSWHLAETKQQAQEEAKHGLLRWHNEYTVGTLMRPGAVAYDNADQAIEEMSGGDNAMAIIGTPDQLVETVRKLQALTGGFGTVIGFVNDWANPEATRRSWDMVARYVVPEVNGMLDAYRESQNHVIHNREVFERAGEAVISKIMENEKAVAAMAEEADAEPAIAPHHAPELGKESSGS >MCB9353584.1 SusC/RagA family TonB-linked outer membrane protein [Lewinellaceae bacterium] MKRLLTTIWLVCAVIGVSLAQRAVSGTVTGDDGEVLTGATVRVKDTRVGTFTDVNGRYTINIPEGSETLVFNYTGYTSQEITLGASNVVDVVLVAGQVLTEAVVTALGITREEKSLGYGVTSVKGDDVARSGEVNVIQGLAAKSSGVQVIGTGGTPGASSKILIRGNATFTGENQPLIVIDGVPFDNQTLGSVAGDYPFNSNLSGVNNSNRALDINPADVESVNILKGPAAAALYGTRAANGVLLITTKKGQKGLGVNVSSSVSFDEVNKLPELQMMYGQGTGGGSLTSAAGSYVGGTPLSWGPMIGTAGIPEVAQAYDNIDTYFERGVTWNNNISFSMGNENTVMRLSYGNSNQTGIVPNTKLNRNSFRLSSESQFGKFKLSGSAAYVNTKDTKAQNGSNLSGIMLGLTRMPPSFNILGGPGANGYDTRDGQSWTYFSAYDNPLWSAYNNPLTGDVNRITGNITGTLSLTSWLDLTARLGADSYNDQRKQVFAVGAQDPPAPVGEIWENTKNRLEVNTDLFAAFKPQLEGRFGVTFTLGTNLNSRRDDDIFSRGRNLAVPGFYNLSNASDLYNSKTTFERRLAGIFGDLGVSFDNQLYLNLTGRNDWASTFGEDARKKGFFYPSANLSWVFSEMLDNHEVFSFGKVRLSYAKAGIEPAPYRTATYYVAPFITDGFTDGLGFPFGGQNGFGLSSTLGNADLEPELNTTYEAGFNVKFFRNLIDLDVNYYLSKSSNLLVLRPLAGSSGFEQVYTNIGEMENKGWEIELTVNPITKKNFKWSIQGNFTRNKNEVTKLADGVDEINIEAAFASIGSYAIVGQPYGALYATRWARTPSGQLIIQSNGIPLRDPLRGNVGNPYPDWTAGIRNIFEIYGVGISALLDIRQGGDLWNGTYARLNRFGTTLASADRDRTYVIEGVKLTGFDDDGNPLTDGTANDIEISANSYYSNFAGDGGAAAVEQTVQEGSWVRLRELTLSYNIPVQSKYVQGISVFATGRNLWLSTDYTGVDPETSLTGAGSNVGGFDYFNMPSTKSYILGVNLSF >MCI6965979.1 asparaginase [bacterium] MKRIRLIATGGTIACMPTEHGLAPGLDAHALLDYAGTSAQNVECVDLFNMDSSNIQPEEWCKIAEKVLKSSWDYDGIVITHGTDTMAYTASMLSFMLRGIGVPVVLTGSQYPITYPDSDGRKNLQNALLAARELPGGVYICFGNAIIKGCRAVKTRTTSLDAFESINYPYVGMVANGRCYSLAMPEKKQELSFSDALDPRVALIKLVPGTSPALLESLISCDVRGVVVEAFGLGGMHNFRRDHTESIRKLIAAGIPVVLTSQCLYEASTPDVYEVSEPLRNAGVISARDMTTEAAVTKLMWVLGQTDDPEQIRALMRQNLCGEIME >HIP02283.1 pantoate--beta-alanine ligase [Campylobacterales bacterium] MRELSTPAELIAYRKEITESVGFVATMGALHTGHISLIKQSVAENDKTIVSIFVNPTQFLEGEDLDSYPNKIAADLKICSLAGVDAVFLPSINAMYEEDELTITAPKVKGFILEGFNRPGHFDGVLQVVLKLFNITSPTKAYFGKKDAQQLFMIQNMVKHLFLDVEIVPCEIIRESDGLALSSRNIYLSEEERVRALALSSSLKLATKMIMNKKFNCASIKSSMQEVLKDTKLEYVEIVDREFNHIEEIEIKNTIILVATFVGTTRLIDNIWI >WP_073936403.1 ABC transporter permease [Streptomyces sp. CB02400] >OKJ96639.1 ABC transporter permease [Streptomyces sp. CB02400] MTTAETTTADGREDAPESAPVRKSPPRWWRLLGRDRAAAVGAVVLSLVVLVALFGRLFIGDHAQRQDLDASLRAPSLSDGFHGLLGTDVLGRSVLARLIDAAATTLSVAVPAVLCSLVIGSAIGLWAGYHGGRRESVAMRVADVILSFPSLLIAVVVLYVFSPSATNIVLILAVARIPVYLRTSRAEAAELRSRLFVDAARTFGTPSRSIIYRHILPIALPTLLTVATLDFCFVMLTESSLSFLGIGIQPPDVSWGLMVAQGRQYLQTAWWITVLPGLAIVLTTVSATVLAAWARIATDPAQRWRLTLPRKRRGASAAVPPEMIP >WP_167263972.1 3-deoxy-7-phosphoheptulonate synthase [Paenarthrobacter ilicis] >MBM7794256.1 3-deoxy-7-phosphoheptulonate synthase [Paenarthrobacter ilicis] >NIJ00436.1 3-deoxy-7-phosphoheptulonate synthase [Paenarthrobacter ilicis] MTSISAEPAPLQQDGSNQPATSNLRVARFEPLPAPQDLIAELPLDARSAAVVDRGRDQVRAIMDGVDDRLLVIVGPCSIHDPKAGLEYARRLVSQAEKHKEDLLIVMRTYFEKPRTTVGWKGLINDPHLDGSHDIAAGLRAARGFLKQVTALGLPTATEFLEPISPQYMADLVSWGAIGARTTESQIHRQLASGLSMPIGFKNGTDGDLQVAIDACGASAAEQAFLGIDDDGRAALVATSGNPDTHVILRGGRKGPNYSTDDVAAASAKLAAKGLNPRLIVDASHANSGKSHHRQAEVALEIGAQLETGAASPVAGVMLESFLVGGAQNLDTAKQLAGQQELVYGQSVTDACMEWDVTASVLEQLAASARKRRVAAGA >KKB97741.1 hypothetical protein WR43_17800 [Mycolicibacter arupensis] MATLTFVYSDSTAVVGPLATAAEPHSWDLCFSHAGRITAPRGWELVRHPGPWVSPEEDDLIALAEAVRESESGRAAPANGWYPQTNPVDSSNRGAPAAAPGGGLLAPAGPPGKTNGRRRGHLRVLPDPSD >WP_046600280.1 LysR family transcriptional regulator [Neorhizobium galegae] >CDZ48383.1 Transcriptional regulator, LysR family [Neorhizobium galegae bv. orientalis] MDKLDAMRMFVRIVESGSFSQAARDLNVSQPTVSKQLAALEARLGTQLLARNSRALAVTPAGQDYYEATVRILQDLDFVEERVLEGQSAPSGLVRVTVSPAFGRMFVIPRLPDFRNRFPGVAIEMEVSGRHVDLIEEGIDVAIRIGRLSDSALVARRIGDMQMITLASARYLAQHGTPQTLDELRSHQRIGYVYQGDVVGWGFHVEGRLVTVDGGGAFRTNDAEHVRGAVLAGLGIAHHASWLFTDVLASGAVVRILDQHAPPPFPINAVTAAGRRMPSRVRQFIDFLAAICAEEPELRIGD >WP_091740622.1 bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD [Microbacterium azadirachtae] >SFR68218.1 diaminohydroxyphosphoribosylaminopyrimidine deaminase / 5-amino-6-(5-phosphoribosylamino)uracil reductase [Microbacterium azadirachtae] MTATAAERAAMAHALEVARRGPRGLNPQVGAVILSPSGEMLADGWHRGSGTPHAEVDALSKLAPEQLRGATAVVTLEPCNHTGRTGPCAQALIDAGVARVVYALDDPGVVSGGGAERMRAAGIDVDSGEQADAAEALISDWLTVQRLGRPHVTVKWAQSLDGRAAAADGSSQWITGPQARADVHRRRAAADAIVVGTGTVLADDPALTARDGDALLPHQPIPVVIGSRTTPADAAVRRHPHAPLFYSGHELDAVLAELRERGVQRVFVEGGPTLASAFVAAGLADQILAYVAPVLLGGPRLALTDIGVTSIGEAHRLVVDEWLPLGPDLLAIARPLTPGENTSRNEGDA >MBE7370368.1 DUF2183 domain-containing protein [Dermacoccus barathri] MPSTLDLLTALIDGSTSRSEEREVLDILRSAPAAELDEAMEKLDTVELFDSVDNRLIGRDHRDDLVQLLAYERRDDLGLHAQASIIRGMQEGHTDEVMEAAIRDILLSHAGNDLSHLKNTINLAKGRHDLEGLVFSDVDDEGIREEILAHFAASSSLDGERQAKALSDIDDTALAKIHEDRHPKGSVIPGVLEFYEALDLGPRDEPISRGDLTFVTARPSDALGLMKGHSRETLTKAGLADMSIMTGSIFNLATHDSMAAKKVENIDHYAKLYPEYDLVFIGDSGQGDIAVGEAIVEAHGDVVRAVFIHDVVAMAPAEREKLAAKNIWVVDTYVGAAAKAHELGLVSPAGVKRVIAETNRLLDEMAWETPEQEQTIRSLVQRDAAAAGL >WP_006799194.1 alpha/beta hydrolase-fold protein [Dysgonomonas gadei] >EGK02409.1 hypothetical protein HMPREF9455_01679 [Dysgonomonas gadei ATCC BAA-286] MKNILLLCLLIWGFSISTNSQNFLSTPEGYNIPRTGIAHGKIDTITYPSATVGTDRRALIYTPPGYSRNKKYPTLYLLHGIGGDEKEWLNQGNPQVILDNLYADKKIAPMIVILPNGRAMKDDRAIGNIMEASKVQAFATFEKDLLGDLIPYVEKKFSVLKNRENRALAGLSMGGGQTLNFGLGNLDKFAWVGGFSSAPNTKEPQMLLPDPEKAKTSLKLLWISCGDKDGLLNISKRTHEYLAHNQIPHIYQVIPDGYHDFKIWKQNLYMFSQLLFKPVTTELIDLYSNIPNEHPVAVPASTNVPGAQYPQILPDNKILFRIKAPDAQKVQVDLGRKYDMVKEEEGSWAITTDPIAEGFHYYSILINGVAVCDPGSQTFYGMSRMASGIEIPEKEVDYYNIKDIPHGQIRQVRYYSNITKAWRRAFVYTPAGYDTNISERYPVMYLQHGGGEDETGWWNQGKMDAILDNLIAEGQAKPMIVVMDNGYAIDPDNNKRQSGQGLRGLFQNKTLENVFIQEIIPMIDKEFRTISDRDHRAMAGLSMGGFQSFQIAMSNIDKFAYVGGFSGGGLIQQDSVEFSKMYDGVWADVNAFNQKMKVVYLSIGTDEPTNMYQTVNSFHKEMEKTGIKHVYYESPGTSHEWLTWRRSLYQFAGLIFK >WP_227173776.1 MULTISPECIES: rubredoxin RubA [Marinobacter] >MCG8517607.1 rubredoxin [Pseudomonadales bacterium] >MCK7567330.1 rubredoxin [Marinobacter xestospongiae] >UDL05554.1 rubredoxin [Marinobacter sp. CA1] MKKWQCVVCGWIYDEAEGWPEDGIEPGTKWEDIPDDWVCPDCGVGKEDFEMIEIG >VEC90219.1 Uncharacterised protein [Salmonella enterica subsp. enterica] MLISPIWGNTYRFNEFQISCNVWDFSPAAFFSSYQFAGDIFKRIHPDAADFLLAGALLFERVDKLCQ >MCB2654556.1 deoxyguanosinetriphosphate triphosphohydrolase [Listeria monocytogenes] VKKGIVNITQILKCFEEVEEHNKVTAACYNELKKNSERYEGQEESFIVHQWLASNVRGQLINRALEVFYENYDAILA >XP_008373570.1 abscisic acid receptor PYR1-like [Malus domestica] >XP_050151291.1 abscisic acid receptor PYR1-like [Malus sylvestris] >TQE08045.1 hypothetical protein C1H46_006319 [Malus baccata] MEKSEGSMAEQDAAEETQHHLILPSGLTQNEFDELKSFVNEFHKYHVGPGKCSSLLAQRVHAPPNTVWSVVRRFDQPQAYKHFIRSCNVEEGFKMTVGCTRDVNVISGLPAATSTERLDLLEEDRQVTGFSIIGGEHRLRNYRSVTTVHGFDRDGRISTVVLESYVVDVPEGNSEEDTRLFADTVVKLNLQKLASVTEGMAGDGGR >TWW58526.1 Phospholipid phosphatase-related protein type 5 [Takifugu flavidus] MFYFQLVIMAGTVLLAYYFEYTDTFPVHIQGFFCFDKSYSKPYPGPEDNSKAPPVLVYSLVTAIPTVTERRAVWACVLMVSVLRLCECVLCHIHGNGHYICPLWNSEEKWTIFQDCRL >WP_209378200.1 ScpA family protein [Roseomonas sp. SSH11] >MBP0443970.1 segregation/condensation protein A [Roseomonas sp. SSH11] MSTAEPSLVVTLEGFEGPLDLLLDLARAQKVDIARISILSLVDQYLAVIEGARRVRLEIAADWLVMAAWLAWLKSRLLLPEDLEAEQDAEALAEALADRLRELERMREAAAWLGQRPFLGRDMLARGAPENLVLEDRSALAADLPGLLRAYADVLRRAAARRPYRPKPRKIWTVQDALARLRRLVGHSPGWAELSGFLPEAEMDLTERRAALASTLVAGLEMAKTGLAELRQDAPFAPILLRPQPGAAQTSTPVEESQSADAA >MBU6307538.1 NAD(P)-binding domain-containing protein [Bacteroidota bacterium] MKNMAVIGAGTMGNGIAHVFAQHGWNVTLVDVNGVQLEKAVATIKKNLERMQSKGALTEEQVASTLQ >WP_061048002.1 ATP-binding protein [Phaeobacter inhibens] >KXF91874.1 hybrid sensor histidine kinase/response regulator [Phaeobacter inhibens] >WHP70151.1 ATP-binding protein [Phaeobacter inhibens] MNGRHASPVPQLRVYTPEHARLAAVLLLSGMVITAPWLFQTPEWITRGLVAVGLTLIAVALMMLVQARTRLRARSMAAALLTGFIDKDATATFVCDDDGMIHASNGAALKRFADADTETLAGTLRSILANPSAVLFRLQSRARVDGAAREDIVTRRGHVRLAVHQMQGGSFLWRVEEITDRPTTSRGADAVPIPMLTVGRTGAVLFMNEAARSLIGERVKSTDRLFTSLPVLSGQINTMSTKSGLIEVLVCEKNRSQGRSELYFLQLADNETSVGQASLKSLPVPFVKVDPKGTLLSANKLGMHLLGISSCGNRNIGQLMDGLGRPMSDWLRDTADGQASHKSEFLRLTRRDKEVFVQVTLTRVIEEGETVLIAVLNDATELKTLEAQFVQSQKMQAIGQLAGGVAHDFNNLLTAISGHCDLLLLRHDQGDQDFGDLIQIHENANRAAALVSQLLAFSRKQTLQPEVLDVRDTLSDLTHLLNRLVGEKVTLTLSHDPVMRSIRADKRQLEQVLMNLVVNARDAMPQGGEIRIETEAVVLDQPLERNRAVVPAGDWVTVKVSDEGVGISPDKLQKVFEPFYTTKRTGEGTGLGLSTAYGIIKQTGGYIFVDSIKDQGTQFTLFFPVNTQVEPEAAAAITVDATAKPVAAQHGEGVVLLVEDEAPVRAFASRALRMRGYTVLEAESAEDALRTLEDPGLTVDVFVTDVVMPGMDGPSWVREALKTRPDTRVVFVSGYAEGAFGEAEPSVPNSVFLPKPFSLNQLTETVHEQLH >WP_273159410.1 hypothetical protein [Prevotella aurantiaca] >MBF1384287.1 hypothetical protein [Prevotella aurantiaca] >MBF1385697.1 hypothetical protein [Prevotella aurantiaca] MGNKRILKRTINYICGDLFSEAIAASLYGNNINKENIEALLTSIVLLRNKYVGRISHVEPGMKAKVYFKDLKEKFDAETNEIIDQICNLV >KAJ2160981.1 tRNA(m(1)G37)methyltransferase [Coemansia sp. RSA 552] MPLKPPARRGMKELDRSAFGLTLPVVGVRVPTKSIGQLKAQLASDVLTIPRMRNVVEDGASKTHRILLLKPEITSQHLTGASDRLKEYVKENSLDVLTHNVEVGYDHWTADDILKAVLPDPTQAPTSYEQIGHIAHMNLREEYLEYKGLIGEVILDKSTTVKMVVNKLDSIDNTFRNFQMEVLAGSGDYIATVRENDCVFKFDYSKVYWNSRLHSEHERLIKEFARGSSVCDVMAGVGPFAVPAARRGSLVWANDLNPASFEAMEDNIRLNKVQGRVRAFNMDGRDFIRQAFADFIELTRAGGLSIPAIVSSNISRSKAKAKAARPEPPIPVPSRSFDHVVMNLPAIAIEFLDAFHGLFRQITGNGEEDADDSLNMPTIHTHCFTKSAEPERDILQRACRALGFPEDRYRELVADVYYVRRVAPNKDMYCLSLQLPKSIAYAAAPEK >MCQ2424848.1 sigma-70 family RNA polymerase sigma factor [Lachnospiraceae bacterium] MNERFESNAELIGRAKNGDAAALSEAVTANLGLVKSIALRFRDRGTEYEDLVQIGTVGMIKAIRSFDFTYGTAFSTYAVPLIVGEIKRYLRDDGLIRVSRELRHKGVLILKEREVLSRSLGREPRMSELSEKLGMTAGELGEALDAVSPVRSLNEPQGEDGLTLEGTVAENVSEIDLLTDRIALREAVSSLPVLWRQILSLRYEKCLSQEETGRVLGLTQVKVSREEKKIMAYLRNELSPG >MBQ7754763.1 DUF1273 family protein [Clostridia bacterium] MEDVCTENTALRAACFTGHRELPRAGSAAFTHLKRRVRAAIALAADRGVTRFYSGGAEGFDLLCGQLVLEAQRMRPQLQLMLVLPYTGHGEQFSKGDQRELARQKEAAEEIIYLSTHYFPGCMALRNRQLVADADLCIAYLTHAPSGTAQTVGFAREKGIEVLYV >WP_140730472.1 RraA family protein [Mesorhizobium sp. B2-3-4] >TPM40580.1 RraA family protein [Mesorhizobium sp. B2-3-4] MTGSTRLYGDDTEMYRLFETELFVAVVGDVMDTIGLQHQFLPPVFKPVDDTTRLLGRAMPVLETDIFPSSAPTHNPLMTKPFGLMFEALDDLKPGEIYVASGASPRYALWGELMSTRAKILGAHGALVDGFARDTDGIKALGFPCFCTGYYAQDQGVRGKVVDYRCALEIGGVRIEPGTLLFGDKEGMLVIPRQAEEEVVRLALEKVRGEKLVAKAIRDGMSAVEAYRTFGIM >MBI3617399.1 prepilin-type N-terminal cleavage/methylation domain-containing protein [Candidatus Omnitrophota bacterium] MRKKKNSAGMTLIELLITLTILSVISTAIYASLNSGLKIWKRINQPLAHEDLDIFFDRFGHDLRNCARFTGLTFTGTRERVEFPAILPSPRFGGDVIGRVSYAYDPQARTLTRVQQDFSQIYSGEESSKIQPIPDLGLVKFRYYVYDKETKEYSWREDFLEGDFPLAVRVELELGDGPQAQSFAKTVSVPLSG >MBP0955672.1 indolepyruvate oxidoreductase subunit beta [Oscillospiraceae bacterium] MTRSIMIVGVGGQGTLLASRIIGNVLLSQGYDVKMSEVHGMSQRGGSVVTYVKYGDEVFSPVIEKGQADLIIAFEALEAARYVEYLKKGGRIVMNTQEIEPMPVITGAAEYPANIVENIRACGCDVVAIDALSLAKEAGTARAVNVVLMGVVSKSTDFGEDVWIKALEECVPPKVIDVNKKAFALGRSIE >WP_145468487.1 MULTISPECIES: ABC transporter ATP-binding protein [Thalassolituus] >MCA6060894.1 ABC transporter ATP-binding protein [Thalassolituus sp. ST750PaO-4] >MCB2387949.1 ABC transporter ATP-binding protein [Thalassolituus alkanivorans] >MCB2422475.1 ABC transporter ATP-binding protein [Thalassolituus alkanivorans] >TVV43715.1 ABC transporter ATP-binding protein [Thalassolituus sp. C2-1] MSESWVLEATGLRKTYTSGPQAVTVWQDVDLKIKAGESVAIVGASGSGKTTLLNALGGLDTVDAGAVIIGGQPLTKLSDAQRTRLRNQEIGFVYQFHHLLPEFSALENVMMPQLLAGVARKAAAARARECLAQLGLEHRVDHKPAELSGGERQRTAIARALVNRPRLVLLDEPTGNLDQQTARQVEAAMLALTEQAETAFIMVTHDSELAGRMNRCLQLRDLTLSPWQG >MCC8146707.1 gliding motility protein GldM [Bacteroidales bacterium] MASNNPNSPRQKMINLMYLVFIAMLALNVSSEVLDGFALVEDSLLRSVKVSSEHNDRIFGDLESSYKNNPEKTQVWYENAAQLKAKTDSLYNYTQTLKEKIVQQADGKDGNPEDLKHPDDLNAAYEVMFVKNKNEASRLKTEVDSYRQYVSSLVTNPSIKNIIESNLSTEPSEKAKKNKQTWEESMFWQMPLAAAVTLLTKLQNDIRYAEGEVLADLRKNIDIDDFRVNKIEAFVIPESQTVMRGTPYKADIVLSAQDSTQRPRIFVNGKQLAEEANGHYTAGTGATGSFQVNGHIEMPREDGSFSRHDFTSQYFVVEPSATVAPLLMNMLYAGIKNEIRIAVPGVASQNVTASISNGSLVHKGNDIWEATPNYGSDAIITVSARMAGGRVQEMAKNTFRVRQLPDPTAYINVTDPNGNEVRFKGGRPLSKAALANVNVLSAAIDDGILDIPFTVIRFELSTTDSMGLTIRESSDGARFSDRQKNMIRGLVRGKTVLIRGIVTRGPDGLERILNAPLEIIIN >WP_038580218.1 NAD(+) synthase [Mycobacterium marinum] >CDM77803.1 glutamine-dependent NAD(+) synthetase NadE [Mycobacterium marinum E11] MDFYNAYGQGFVRVAACTHHTTLGDPAANAASVLGLARQCHDDGVALAVFPELTLSGYSIEDILLQDALLDAVQDALLDVVTASANLLPVLVIGAPLRYQHRIYNTAVVIHRGAVLGVVPKSYLPTYREFYERRQVAAGDDERGTIRVCGADVPFGPDLLFAASDLPGFVLHVEICEDMFVPIPPSAEAALAGATILANLSGSPITIGRAEDRALLARSASARCLAAYVYAAAGEGESTTDLAWDGQTMIWENGVLLAESERFPRGERRCVADVDTELLRSERLRMGTFDDNRRHHRSLADSFRPVVFRLDPPAGDIGLRRELERFPFVPADPQRLQQDCYEAYNIQVSGLEQRLRALNYPKVVIGVSGGLDSTHALIVAARAMDREGRPRSDILAFTLPGFATGDRTKNNAIKLAKALGVSFEEIDITETARLMLDTIGHPFSSGEKVYDVTFENVQAGLRTDYLFRIANHRGGIVLGTGDLSELGLGWSTYGVGDQMSHYNVNAGVPKTLIQHLMRWVISSGQFDEHVDEVLQSVLDTEITPELVPTGEEEELQSSESKVGPFALQDFSLFHVLRYGFRPSKIAFLAWHAWSDSQRGNWPPGFPDDKTPSYSLSEIRHWMMVFAQRFYSFSQFKRSALPNGPKVSHGGALSPRGDWRAPSDMSARVWLDEIETTVPRD >XP_051566275.1 myosin light chain kinase, smooth muscle-like isoform X2 [Myxocyprinus asiaticus] MKYSLPSSSRTGGFMGVPAVENRSGIWGESPPKFVTKPSRLHLKVGQSGKFSAKITGRPQPLVQWYKGEENLQSSDHYNVFERSGMHFLEICHVCSEDAGVYTCLVANSAGKASATAELILQDADNEKTILTKPSPDLSKSSVVKHSSNGLDTEHRASSTSFQTAGTETCTVMSNTNTVTRTEGPKTTSPSTQPASKAPGGLSTAGQLKTSKFVNVRGQNIIKRESDVFRAPGRKSEPSQVESSRDTCQPAKETKTDALEVSPSFNLQPQSKEVVQGAKVMFKCQVSGSPVPTVMWMKDGAPVRQKAGVSTHQEDNVHFLCLENAHITDMGQYSCTATNKRGKTTVHWSLTVKSVWVERKPPEFSSALRDCSVCEGQDFSLQCSVEGRPLPELSWLLNDKLIPYSHTVYENGQTQLTVQAAVMEDAGMYSCVAVNDYGRAVCSAQVLVKAKPSVKRSSAAPVSDVRKSSAPVFIKGLQDLRVMDGSQVIMSVEVTGNPPPEVVWLHNGKEIQESEDFHFERKGSQCTLFIQEVFPEDTGTYTCEVWNEAGGARTEASLTVQEPQDGVQPWFITKPKSCSASLGQHALLSCAIAGDPFPEFLWMKDGQVICGGGDFEILQKEDVVSLLIRKVKTHHDGNYEIHLKNKVGECRSVAPLHISKDPIPSADDSHKCSLGVESTVPDRGGQRETPSSAESRSEPLWERDSQDWEEEEPSTTRGLLKRCVETKEHREDQIRQQEAEQINFRTVLGRKVTTKSVSEEDLKEITAEQMDFRGNLQRQIKPKTQTEEERKVNVPQQVDFRAVLGKKGTPGPKAGPGSFVKTQSNKHEAVDFRSVLGNKKKQPSHDRNGESPALKDSKGKVNDVNCVDAGMQEKSRVGGRKEPVFTQTLSDVIVLDGECFHLQCQLSSESPAKVTWTLDGKLIKPSKFIVIANEGGQCSLSIDKALPEDEGRYVCRAESSEGKAECSCLVLVEDPSVSTAADKRTRKPSTPTTENEAKIKKPPPKILPKQGAPPQIQQFPDDMKIMAGEKVNLQCMFTGAPPISCTWLKFRKPIQEGQGGISIVSTDSSSELTITEGQQEHCGCYTIEIKNCFGMRQAALNLTIVDKPDPPARLPAASDIRKSSLTLSWYGPTYDGGSAVQSYNLEMWSSVDQQWTDLASCNSTSYNVQNLLPNRQYKFRVRAVNIYGVGEPSAESEPVQVGLENEGENKEDEIEPSDEESEKKPDFRNVMIRTDVKVKDLYDVEERLGTGKFGTVFKLIEKSTKKVWAGKFIKAYSAKEKENVRQEIAVMNDLHHPKLVQCVDAFEGKTDIVMVLEMISGGELFERIIDEDFELTEREVIKYMLQIVDGVSFIHNKGIVHLDLKPENIMCVNKTGSKIKLIDFGLARRLEKAGSLKVLFGTPEFVAPEVINYEAISYATDMWSIGVICYILVSGLSPFMGDNDSETLSNVTSATWDFEDEAFDEISGEAKDFISNLLKKDMKARLTCDQCFQHTWLKQDTTNMEAKKLSKERMKKYILRRKWQKTGHAVRAIGRLSNMALMAGIHAKKGSPTEEDTPFPAEEKILMKPTFSSVIKDVEVVEGSAARFDCIIEGYPDPEVVWYKDEQPIKETRHFQIDYDEDGNCSLVISEVSGDDDAKYTCKAMNSVGETTCTAELIVEVMGGEEEEEEEEE >KAI3927707.1 hypothetical protein MKW92_045106, partial [Papaver armeniacum] ESVVYGIKKIYLHYDGEWPKEQPVGGFSFLDYMNGKEVCWPKYDGDTLNMLDLLHNVFEYIDGINGHQCLFQYLESGFICDVVDDNDLLKCWNESDQDVANE >VVW57803.1 unnamed protein product, partial [Nymphaea colorata] SFTGLGKHENGNLEPITLTGQRGTQALGCQSYEKVDVEEEFKPVPFVKSNTI >WP_118944732.1 L-arabinose isomerase [Odoribacter splanchnicus] >MBS6593661.1 L-arabinose isomerase [Odoribacter splanchnicus] >RHD85727.1 L-arabinose isomerase [Odoribacter splanchnicus] MMVFENFEVWFVTGAQLLYGGDAVVAVDAHSNEMVKGLNESGNLPVKVVYKGTVNSAKEITETFKAANHDAKCIGVITWMHTFSPAKMWIHGLQELKKPLLHFHTQFNKEIPWDTIDMDFMNLNQSAHGDREFGHIVTRMRKPRKVVVGHWQDEAAQKKIAVWMRVAAAWADAQDMLILRFGDQMNNVAVTDGDKVTAEQVLGYHVDYYPVNDLMVYYQAVEDKEVQALVATYFKEYEHDAALEQTGTEAYTKVWNSAKAEIALRRLLKDTGAKGFTTNFNDLGLFDQIPGLASQRLMAEGYGFGAEGDWKTAALYRTTWFMSQGLPKGCSFLEDYTLHFDGEKSAILQAHMLEVCPLIAEQKPRLEVHRLSIGIDSETARLVFTSKQGEGVAATVVDLGNRFRLIVNVVDCIKSKKLPKLPVASALWIPQPNLEVGAGAWILAGGTHHTSFSYDLTTEYWEDYAEIAGIEMVVIDKNTTIPEFKKELRMNEVYYMLNKALC >ULA23837.2 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNIKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVXXFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >MBJ7287465.1 chromosome segregation protein SMC [Williamsia sp.] MHLKSLTLKGFKSFASATTLKFEPGITCVVGPNGSGKSNVVDALSWVMGEQGAKALRGGKMDDVIFAGTSGRPPLGRAEVTLTIDNADGALPIDYSEVSVTRRMFRDGAGEYEINGSSCRLMDVQELLSDSGIGREMHVIVGQGRLSAILESRPEDRRAFIEEAAGVLKHRKRKEKAVRKLESMQANLARLGDLTDELRRQLKPLGRQAEVARRAQTVQADLRDARLRLAADDLVTLRGAMADQSAVEAAIREQSDLVAAELDTATAEMNRHEADVAAIVPAAQSAAASWFRLSALAERVDATRRVAAERTRHLSQPVVSENGRDPDELEMQAEAAAEQEAMLDEAVVTADAALEATRGALSGAESAAAAAEKAHMDAVRAVADRREGLVRLEGQVTNLTTRAESTDAEAARLSSAIADATLRAEEAQAEFDAVSATVADLDAGELGLDEHHERSVVALNHANERVAELQTAERTGEQRVASLTARIEALTTGLHRKDGGAWLLSNGVDGLLGSLVDLLDVDAGFEAAIAAALGPAVDAVAAADLSAARTALSALKSADGGRAALMIGGLSAPAHAERGALPHGARWASQVVSAPDDLRGAVSLLLAETVIADDDTIAETVARDARERGHRLDVVTLDGDVLGPGWISGGSDRRPSTLEVQADIDSAKADLVIEQHKREQVSAALSGALAEQESRRQSADDALAALHESDAAVGAVYEQLARLGQTARAARDEANRLTAQRAGVESGRAATLAELAEMEDRLRAARARPDDSDDGDEGADTERVAAVAAVSMARAAETDARLTLRTAEERLASVRGRADSLRRAAASERDSRARAERQNRARAHAAEVAHAVVAAADEISERLVDAVAQAQTARDELETARTERSAQLDAVRRRVGELTTTMTRLRDELHRDEVAGAQAALRVEQLEEQISSTYAIGLEDLVTEYGPDVEMPPSELEMAEYHQAVERGEIVVAPTPLRYNRATQEARAKRAQRDLNTLGKVNPLALEEFAALEERYTFLSTQLEDVRSARRDLLEVVEDVDAKILQVFSEAYADVEREFAEVFTTLFPGGEGRLFLTDPANMLTTGIEVEARPPGKKVKRLSLLSGGEKSLTAVAMLVAIFRARPSPFYVMDEVEAALDDTNLRRLIRLFEQLRERSQLIVITHQKPTMEIADALYGVSMQGDGITTVISQRLRGVDVSA >WP_266103637.1 N-acetyltransferase [Serratia ureilytica] MALWLPSTIAAHPFVAEKYWRESAALVRENYLPRAQSWACWHENEIVGFISVLDEQFIGALFVDRAYHGRGVARALMTHVQQRYRRLSLEVYQQNLRACAFYHKHGFQVTQRLFNDETQAYTLLMNWPAIENSTGYG >HAZ0856238.1 IS256 family transposase [Enterococcus faecium] TMSEIADLIEKMYGHHYTPQTMSNMTKSFTEEVTSFKERELHDRYAAIYMDATYIPLKRKTVAKEAIHIAVGIRPDGSKEVLSYAIAPTESITIWEEILIDLQERGVKNVLLFITDGLKGMAGAVQRFYPKARFQHCCVHVSRNISHKVRVDDRKEVCDDFKMVYQASSKKAALEARGAFAEKWKTSYPKMVESILSNDYLLTFYDFPLAIRKSIYSTNLIESFNKQIK >MCJ9712781.1 MFS transporter [Bordetella hinzii] FGPRKVWLYAAAGWSILAIATAYAGDFGVLALGGSALLGFATIRILFGLAEGPAYSVVYKSISLWSIPRERGFVVSLALLSTPLGAMLSAPIAIGLQHFFGGWRAMFIVLGVVSLIVLILFIRLFTDRPAQNTYISDAEKQYIRAEQERNPVGQAAAAEDDGGPVPWWQYFKTPALVLNAIACFSFMYVNFLLLTWTPKYLEDQFGFSLSSIWYLAMIPWAGACFTVLLGGRLSDLIVRKTGSLRLGRSLLGASCLLATSIVFYFVSSASSIWQAVGLITLANAINSLANSVYWAIVIDTAPKSRVGSFSGITHAIANLAAII >WP_235360343.1 DUF6462 family protein [Roseburia hominis] >MCF2643288.1 transcriptional regulator [Roseburia hominis] MEHTKAYQEYKKNGNTKFVRYSEGAEMYHMSVSKFMQMAKDAKAVYKLGQLVLVNLKIFDEYIETFHIVDDEFYK >WP_257769388.1 MBL fold metallo-hydrolase [Nisaea acidiphila] >UUX50266.1 MBL fold metallo-hydrolase [Nisaea acidiphila] MTGAEDITLTFVGCGDAFGSGGRFNTCFHVQTPETRFLIDCGASSLIAMKALGVDRNPIESILITHFHGDHFGGIPYFMLDAQFFSKRTGPLTIVGPTGLEHWIERTMETAFPGSSRAKRKFDLNLIEIEPGTTHSVGSLEIHAEQALHGAPDGPFLAYRISTRGKTIAYTGDTEWTGSLVPIGKNADLLIAEAYFFDKQVPFHLDLATLADRLPDLTPKRLILTHMNEDMLARTGSLDYETASDGMVVTL >PYQ18715.1 nucleoside-diphosphate sugar epimerase, partial [Acidobacteriota bacterium] ASGFRVAGFDKAGWPHPPREAECVCVDLTSDESVNAGFERIRYAYGGRIVSVIHLVAYYDFSGEPSPLYDEITVRGTGRLLRALQAFEVEQLVFSSTMLVHAPCEPGQRINEDWPLEPKWDYPRSKVATEELIRRERGDIHAVILRIAGAYDDECHSVPLANQIQRIFERKL >KXK57030.1 hypothetical protein UZ07_CHB004001062 [Chlorobi bacterium OLB7] MKYVGTLLLAGAMIAGCGEKAKEISEAMKTVQEMPKIAENLEQSQNEMEKFMAERAAKGDTVAMPYAELQKFLPTAIDGYKLEGEPSGSQQSMGAFSMSMAEQNWASTSGDTNNPARIHVILSDYGGTGAGYGVAGWRLPSSRRVRTTPKECEPTKRTTPTPTPPKLSARTPRRQP >SDH24188.1 hypothetical protein SAMN04487901_12059, partial [Prevotella communis] MRVMECINIRPEQIGPEKKENCKFTNVQVLNLLMLF >MCU1518283.1 dihydroxy-acid dehydratase [Pseudarthrobacter sp.] MVGARALLRAAGVNGADFGKPIIAVANSFTEFVPGHTHLQPVGRIVSEAIVEAGGIPREFNTIAVDDGIAMGHGGMLYSLPSRDLIADSVEYMVNAHCADALICISNCDKITPGMMMAAMRLNIPTVFVSGGPMEGGTAVLVDGTVRKRLNLISAIADAVNDSVSDEDLLRIEETSCPTCGSCSGMFTANSMNCLTEALGLSLPGNGTTLATHTARKDLYQDAGKAIVDITNAYYFDDDETVLPRAIAGRAAFENAMTMDIAMGGSSNTILHLLAAAQEAELDFTLEDIDAISRRTPCLTKVAPNGDYLVEDVHRAGGIPAILGELDRGGMLRHDVRSVHGPDLRSWLDDWDIRGGKATDTAVELFHAAPGCVRSATAFSQSERWDTLDTDHANGCVRSVGNAHTVEGGLAVLRGNISVDGCVVKTAGVDESIFKFSGPAVVFESQDDAVEAILSKRIVAGDVVVIRYEGPRGGPGMQEMLYPTSFLKGLGLGAKCALITDGRFSGGTSGLSIGHISPEAAAGGAIALVEDGDTISIDIPARSITVEVSDDELDRRRALLEASTGYRPRNRERAVSPALRAYAAFALSADKGAVRHVPLEPVPAQATLV >XP_027705828.1 myelin transcription factor 1 [Vombatus ursinus] MHLTENIFNGGGGKALYPAKKLSEYFWKNSRYYVCGHRIWWLSVWRKPYSFEQKISLKQGKNKIHSLSPWNISYGNFQSKVLNSGDRKNEFRGELLSQRWTHGEKISSCKSTKSLPGKLSKMSLENDDKRARTRSKAIRVPTELIGQEVSLQSCPLAKKRKLQDTEAEHLVSKRKSHPLKLALDEGYNVDSDGSEETEAKEDSVSDESEGTLEEEEPEPIEQEEIHSPEPAEGRSPTKSHYRPNASSGPTGPSKANYSSYQEIIATSLLNLGQIAEETLAIEGQLPESQGQAAKSGANIVHLVQEGAREGVTGGEGDKEIFIQTEDAEEVIEVTGERGGELCLEPREGLASQDSRKAQTGAQATEEEEDDEEEDEDDEDEEEEEEEEEDEEEEEEKPPKVVCEEVPHASQDPPKPHCPSQLSPQPEYSVIVEVRSDGDKDDDAHSQKSAVTDESDMYDMMTRGNLGLLEQAIALKAEQVRVVREPGRLPSEAGKPLQADGKQNRPLDTVRKNYYSKDASRAEKREIKCPTPGCDGTGHVTGLYPHHRSLSGCPHKDRIPPEILAMHENVLKCPTPGCTGQGHVNSNRNTHRSLSGCPIAAAEKLAKSHEKQQPQAGDPSKSSSNSDRILRPMCFVKQLEIPQYGSYRPNMVPATPRANLAKELEKYSKVTFDYASFDAQVFGKRMLAPKIQTSETSPKAFKSKPFPKASSPRHSPSGSYVKSTSSSSAGFDYSHDAEAAHMAATAILNLSTRCWEMPENLSTKQQDLPSKSMDIEVDENGTLDLSMNKHRKRENAFPSSSSCSSSPSVKSPDVSQRQNSTSATSSTMTSPQSSQTSRQDEWDGPIDYTKPSRQREEEPEESEPAANSFASSEADDQEVSEENFEERKYPGEVTLTNFKLKFLSKDIKKELLTCPTPGCDGSGHITGNYASHRSLSGCPLADKSLRNLMAAHSADLKCPTPGCDGSGHITGNYASHRSLSGCPRAKKSGIKVTPTKDDKEDPELMKCPVPGCVGLGHISGKYASHRSASGCPLAARRQKEGSLNGSSFSWKSLKNEGPTCPTPGCDGSGHANGSFLTHRSLSGCPRATFAGKKGKLSGDEILGTKFKTSDVLENDEEIKQLNKEISELNESNTEMEEAMVKLQSQISTMEKNLKNIEEENKIIEEQNEALFLELSGLSQALIQSLANIRLPHMEPISEQNFDAYVNTLTDMYTNQECYQNPENKDLLESIKQAVKGIQV >WP_256561903.1 hypothetical protein [Pyxidicoccus xibeiensis] MDSFDDKQLAKFNRTLYTAFGVGSEHSGSAEVPPGMSEPLEAEKLLEQVKGIRSYKDDKVLLLTTRRLKERELPSGVAPTPGFAWHGKDRAVLSIHPHKDLESAYKAVARHALHQLGHLWELHHCLDPRCSMYPPWTPSFAQGDAIFCTFCREKSEQKIRLAKS >WP_141990951.1 hypothetical protein [Rhodoglobus vestalii] MSSTPGPTPPEISLVATNSYMTLGPEILESRKLLLKVIGLLKKQSKALTVLGAHAVFEQTKTIVDLPSMDSTNDADLGVTPEFLLDLPLLSDIMDSAGLEPASNSRPGVWGLKSERDLDLRQRLTIDLIAPASVAGSGRRSAEVGPHGKRSVSKTTGTELSLIDRQWMEIDSLDSTPNGEGYVAGVAALVCAKVYKIFDRIDPTELTRNPERFKPKDVSDLFRLMVAMDGAEVRGVFERGIANPDIAVAVVEGKRRLLALRDLGDGDWIADQVIRQWGDEVLERPQIQSVVYEWFTDFSS >MBQ7326660.1 transcriptional repressor NrdR [Clostridia bacterium] >MBR3875646.1 transcriptional repressor NrdR [Clostridia bacterium] MKCPLCSYPDSRVLDSRPTQEGTSIKRRRECISCGKRFNTYEVVDTVPIAVIKRDGRREFFDKHKLARGIKIACQKRAVDADAIALSIEQELMNAIITEITSTDIGEMVLTRLKECDIVAYIRFASIYRDFKDIDSFTAELKALSKKPKKKLPTNREEK >WP_139448115.1 50S ribosomal protein L20 [Desulfobotulus mexicanus] >TYT74809.1 50S ribosomal protein L20 [Desulfobotulus mexicanus] MRVKRGFKARQRRKKVLKLAKGFRGGRSKLFRTAADSVDKALMYAYRDRRQKKRDFRRLWIARINAAARINGLSYSRFVHGLKMAEIDLDRKVLAELAISDPEGFAIIAKTASEKLQA >KAJ5112313.1 hypothetical protein N7532_000358 [Penicillium argentinense] MAGIFEDQEYNKSATQYVAHGVEDQEPRPPYHDSPSSFRAIIPDDGHIVSQHEQQNLIRGLSQRHVQMIAIAGAIGTGLFLGLGGSIATGGPLGALLGYVFVGAVVCAIQFSLGEVSALLPVTGSFVRHAEVLVDPALAFAVGWNVVYGCFISVPSEISASVVLIQYWTDINAAVWVTILIIISVVVAISFIRVYGEVEFVFAILKILLVIFVVILGLVIDLGGVPGVPRLGFHYWKDPGSFVEYIATGSWGCFLGFWAVMTNAVYSFAGVESLAMAAAETKNPRHNIPKACKRVFARITIFYLAAVLVVGMIVSSQDDRLGWDGSTAAQSPFVIAASDAGIKAIPSIVNAVCLTSAWSASNQSILAGTRTLYGLAIKGHAPKVFLWTSKWGVPYMCVLLQVAFSLLAYMCISNEALTVFFWFVDLTAAGTLVSWITIALNHIRLLKALKKQGISPDQLPWHNRITKYTSWFALIYCIIILLTGGFTVFTKGNWDPASFVSSYLDIPLVLGAYGGYKLIHRTKIVSLQAVPITQALEEAENDPDNVPIVKNRSFWSKINILWG >OWY66639.1 low temperature requirement protein A [cyanobacterium TDX16] MKSWWQPQLRIGDETEAEQRRATWMELFYDLVYVVAVAQLAHNLYENTSITGFIRFIALFIPVWWSWIGTTLYANRFDTDDIGHRLLTGVQILAIAALAVNIHYGLGKTSVGFALAYAASRFVLVVEYARAAKHIPVARPLASYYAKGFAIAAGLWFISAFIPVPWRFVLWGIAMIIDFATPLTASQLQMGLIPHPEHLPERFGLFTIIVLGEAIVAVVDGVAEQQWEVKSAIAAVFGFAIAFTLWWMYFENIGSSAILAVRNEGNIRTFNTWLYTHLPLVIGIVTTGVAVEQVLLGDPNVALPTAERWLLCVGVILCLFALGILHRTGVIKHCKVRSGYRIGAASVVLLVGIVGEGWLPVVEIGIIAVVCISQVIQDLYQSRAFAALNT >PLU16997.1 LuxR family transcriptional regulator [Sinorhizobium medicae] MHRFCAPDLMNVNHLLALLDRSGYLIADDCDGTARMPDMITMAMTDIDLPRGGDFASEIARLETQFDIIRYMRRITQIFGFKTFLICSIPAVEVERLSATTVISNMPAELLNKYDSLSMLRFSTGVRRLRETTTPFQILLEDWEKEGGKXLRETTTPFQILLEDWEKEGGKPDAAADYFAMLRENGLLQANYFPVHDAEGGRGAVILMGPEAGLPMTAAMELQMIAIHVYNRLAEIGSVWKNTNTVLSEREIQCLNWTAAGKTSSEIAGILGLSEHTVNHYLNHVTKKLDAVNRTQAVVKAMKKGYIS >VST16928.1 degenerate transposase [Streptococcus pneumoniae] MIYKKSMTSDFFVEWFKTQLLPALKIPHVIVMGNAGFHPKNILDELCIQDKHFFLPLPPYSPDLNPIEQAWAILKKKVTDLLREVPTIFECLECFFKTR >WP_195001047.1 methylmalonyl-CoA mutase [Nocardia higoensis] >MBF6354258.1 methylmalonyl-CoA mutase [Nocardia higoensis] MTLSHVEEPGGLASPVGSFAEVPLTEHEPEAAAVDAAQVEEFVRGAAEANNYAPEQLTWSTPEGIDVPPVFTKADRDAVVEAGYPLDSVPGVAPFVRGPYPTMYVNQPWTIRQYAGFSTAADSNAFYRRNLQAGQKGLSVAFDLATHRGYDSDHPRVQGDVGMAGVAIDSILDMRQLFDHIPLDQVSVSMTMNGAVLPILALYVVAAEEQGVKPEQLAGTIQNDILKEFMVRNTYIYPPKPSMRIISDIFAFTSSKMPKFNSISISGYHIQEAGATADLELAYTLADGVEYIKAGIEAGMEVDKFAPRLSFFWAIGMNFFMEVAKLRAGRLLWSELVSKFEPKNTKSLALRTHSQTSGWSLTAQDVYNNVARTCIEAMAATQGHTQSLHTNALDEALALPTDFSARIARNTQLLIQQESNTTRPADPWGGSYYVEWLTHQLAERARAHIAEIEAHGGMAQAISEGIPKLRIEEAAARTQARIDTGQQPVIGVNKYQVEEDQAVEVLKVENSRVRAEQLEKLQRLRAERDQDAVDRALAELTRAAASTEGGMENNLLALAIDAARAKATVGEISDALEKVYGRHQAEIRTLSGVYRDEAGKVTNITTASKLVEEFAEAEGRRPRILVAKMGQDGHDRGQKVIATAFADLGFDVDVGPLFQTPEEVAQQAADNDVHIVGVSSLAAGHLTLVPALRQALADVGRPDIMVVVGGVIPPGDFDELYEAGAAAIFPPGTVIADAAIDLLGKLAAELGHEVGSSAE >WP_136536828.1 sugar ABC transporter permease [Glycomyces buryatensis] >THV35671.1 sugar ABC transporter permease [Glycomyces buryatensis] MRHGKYPFILSFLALPVGLYAWLVILPFAQAFQISLTDWSGSSNQFNYIGLDNYVNLFKDENLVMPAIRHTAIIVVALPVITIALGLFFAFMLNIGGRSRQGRIEGVRGARFHKIVYFFPQVLSVAIVGILWQQVYAPQNFGGLITGTLDLFGLPAPVNGFLADKRFVLVSVIAVLVWSSVGFYLVFFSSAMASIPRDLYEAGIIDGAGRIQTFFKITLPLLWDSVQTAWIYLSIVALDVFVLVYMMTPDRGGPDSASEVVGGVIWKYAFNNGEQAFASALGVVLFFAALTLAVVSLRFGRREQIEY >WP_012716944.1 DNA double-strand break repair nuclease NurA [Sulfolobus islandicus] >ACP47293.1 conserved hypothetical protein [Sulfolobus islandicus Y.N.15.51] MAKKLELPVLLKDIISNYIVNYLTSSSSMSPGAENLVGENDNSGILVSPLNEFIKVVSAESNQSLIYSLDGSSRSFISSKGIISVASVVVSSTISPIFGVYPPISGFPELDLRKPFLALASSAHQSPLLPFFYSSEYVTTLSLDGSFFTSVNSPEEIETEIRTILETEALKKIPNDGSVILDGPLIPPLIFLRSKVRDDVLNLRLEAIRGRNVIGIVKRLDKSRLLISSLYKLSSKFMEKFRIDPRRYFSDESFILDLIKANLSPPYSPISLGPILRNIVNTPVYVNYLIYPLHPYVYKFAILRVESLSNDSRVIDQLSSLKFTKDGIPFVLAIADRTAKEITNAILKIVMTSLESMGLQASFYSKLEQVRI >UCE84061.1 MAG: hypothetical protein JSV47_06010 [Deltaproteobacteria bacterium] MTIKTKFLITLILLCLVDTVIPFPILGVILIFVLLQRPPWFRNVVTEIYLENGSN >WP_142673401.1 Tn3 family transposase, partial [Klebsiella pneumoniae] >EAR6860425.1 Tn3 family transposase [Salmonella enterica] >RBZ04625.1 Tn3 family transposase, partial [Klebsiella pneumoniae] >HAD8059026.1 Tn3 family transposase [Salmonella enterica] >HAD8205344.1 Tn3 family transposase [Salmonella enterica] >HAD8297556.1 Tn3 family transposase [Salmonella enterica] AGFTDHVFGLMHLLGFRFAPRIRDLGETKLFIPKGDAAYDALKPMISSDRLNIKQIRAHWDEILRLATSIKQGTVTASLMLRKLGSYPRQNGLAVALRELGRIERTLFILDWLQSVELRRRVHAGLNKGEARNALARAVFFYRLGEIRDRSFEQQRYRASGLNLVTAAIVLWNTVYLERATSALRGNGTALDDTLLQYLSPLGWEHINLTGDYLWRSSAKVGAGKFRPLRPLPPA >WP_247072383.1 3-dehydroquinate synthase [Bacillus glycinifermentans] >UOY89590.1 3-dehydroquinate synthase [Bacillus glycinifermentans] MKTLQIETASLSYPVFIGGGIRKHVDELLSSLNLPMTKLFLITDEEVDKRYGEELYRLLQSKWPVKKVAVPSGEQAKSIDMFMKLQTEAIEFHLDRSSCILALGGGVVGDLAGFVASTFMRGIDYVQFPTTLLSHDSAVGGKVAINHPLGKNLIGAFHQPKAVIYDTECLRTLPEKEMRSGLAEVIKHAFIHDEAFLNDLLNINSIEEITNEQLNDMVYKGISIKAAIVSNDEREQGIRAYLNFGHTLGHAVEAEYGYGEITHGDAVALGMQFALFVSENVLNCPIDRKQTGSWLKKLGYPGQVKRDISTEALISRMMNDKKTRGGIIQFVLLDRIGSVRLHSFRAEEIERWLNMWRLEGDE >XP_055059894.1 uncharacterized protein LOC129443456 [Misgurnus anguillicaudatus] MVARKKLAIRIACVLICSEKEKKKRLWRRKWLGRREEQGLCVLQRELEMDDQTGFRKLLRMTAEEFDILLGMVGPLITKQHTQMRRAISPKERLAVTMRFLATGETFSSLSFQYRVGVSTVSDIVMETCAALYKVMKKDFLKTPSTEAEWRAIAHEFQSKWQFPHCLGALDGKHIRIQPPAKSGSLYHNCKSSFSVILMAAVDADYKFIYASVGTQGRVSDAGLFAQSDLRQAMDQGLLNFPPPEPLPSSGIMMPYMFVGDEAYPLRPDLMKPYPYRQMDHSQRVLNYRLSRARRVVENAFGILANRLRVFRSTICLEPEKVVKITMASLCIHNFLRERRSEAYTPPAFADWENNDHSIVEGIWRNQGTGSFQPVSHRGQRNASVVAKTQRNLLCDYFVSPAGSVPWQERYI >KAF9682501.1 hypothetical protein SADUNF_Sadunf05G0115500 [Salix dunnii] MATTLLLKDKPYGAIFLNITQHSPRSPSYLWEMLMLSWKVITEMMISSNQEIWLDLDNQLIFLCGGMPLGLITGIGRAMRRKRTSSLDILSSKRAPRNYYKGKNCKPTGFHTRKGGYVVVPEKLPNYVVPDLTDFKLKPYVSQCQTG >WP_157104028.1 hypothetical protein [Nocardia kruczakiae] MLRLLVTSIIVFLCVVGQAVYTATAVAGPPPCTNYEVGTQYGSIKSEIRPYEGDPIGYYTWWWFIDDLEHRPGKYEWQLFVNGSPITRIQSADKDDMLHFGQPRYASGKYLWFSGDILHVDALHTAPDGTVYVTPLNKCSVP >WP_000158727.1 isochorismatase family cysteine hydrolase [Streptococcus mitis] >ALD68435.1 isochorismatase [Streptococcus mitis] MTKALISIDYTEDFVADSGKLTAGAPAQAISDAISKVTRLAFERGDYIFFTIDAHEENDCFHPESKLFPPHNLIGTSGRNLYGDLGTFYQEHGSDSRVFWMDKRHYSAFSGTDLDIRLRERRISTVILTGVLTDICVLHTAIDAYNLGYDIEIVKPAVASIWPENHQFALGHFKNTLGAKLVDEKLNEISE >WP_140641625.1 DUF3329 domain-containing protein [Mesorhizobium sp. B3-1-6] >TPI43339.1 DUF3329 domain-containing protein [Mesorhizobium sp. B3-1-6] MKDYEHPFFRPLWRRIAVVAVCLVWSVIEFASGTPFWGVIALGFAGYAVWQFFCLYKPAEEAKPPTEPKE >WP_234882652.1 MmpS family transport accessory protein [Mycolicibacterium neoaurum] MVHLRDAFGSEPIFSATGRGAQPLDPTFVKHVTYDVYGPAGTAGSVSYLDMGATAHQVDFTRS >WP_145739766.1 tripartite tricarboxylate transporter substrate binding protein [Variovorax beijingensis] >TWD91093.1 tripartite-type tricarboxylate transporter receptor subunit TctC [Variovorax beijingensis] MHSTQPTRRHILNAGLGLGLAGLAPLAARADDKYPSRPITLVVPFPPGGSVDIMARQYSEPLSSALGVPIVVENRAGAGGSVASQMVARAKPDGYTLVVSSQSSHLANPLTQPKVGYDPIKDFENIAILGRQPNALVVHSSLPIKSFKEFIDYAKKNPGKLNYGSGGVGSMGQLNVEMLKAATGVFTTHIPYRGGSPLITAVLSNEVQFILDNLVIMLPHVQAGKVRALAVAADQRLPQLPDVPTMAEVGYPQLNLSSWTGLAAPGGTPDAIVQTLYKAVRQVAASPAMQASLKDRGVIAPEEMTPAAFEKMMSERLVKFGEVVRKAGITAE >WP_109219430.1 exodeoxyribonuclease VII large subunit [Salmonella enterica] >PWD09592.1 exodeoxyribonuclease VII large subunit [Salmonella enterica subsp. enterica serovar Anatum] MLSFQTSSIFTVSRLNQTVRLLLEQEMGQVWISGEISNFTQPASGHWYFTLKDDTAQVRCAMFRNSNRRVTFRPQHGQQVLVRANITLYEPRGDYQIIAESMQPAGEGLLQQKYEQLKAKLQAEGLFDQQHKQPLPSPAHCVGVITSKTGAALHDILHVLKRRDPSLPVIIYPTAVQGDDAPGQIVRAIELANARSECDVLIVGRGGGSLEDLWSFNDERVARAIFASRIPVVSAVGHETDVTIADFVADLRAPTPSAAAEIVSRNQQELLRQIQSAQQRLGMAMDYYLANRSRRFTQIFHRLQQQHPQLRLARQQTALERLRQRMGFALEARIKQANQRQQRVSQRLSQQNPQPRIHRAQSRIQQLEYRLTENIRSRLSEQRERFGNAVTHLEAVSPLATLARGYTVSTTTDGKVLKKIKQVKAGDIVTTRLEDGWLESEVKSVTPGT >MCR5069553.1 cardiolipin synthase [Prevotella sp.] MRRIIFNIICLLCVIGLKAATPENVEMSSDSLIVADLRDKGIVFSHDNSVVLFNSGQKKYDDLFTAIRHAKSSVHLEYFNFRNDSIANALFDLLAEKVKEGVEVRALFDAFGNMSNNRPLKKEHVTAIRERGVELYEFDPIGFPWINHVFHRDHRKIVVIDGQIAYTGGMNVADYYIHGTDVVGSWHDMHCRIEGDAVNTLQSIFLRIWNKTTGQKVSGAQYYRGIGPAGYFDGVKPDTTTTAYKKMVGIINREPHKTNKIMRQFYISCFDNAKDSIKLLNPYMSLTHSVKKAIKRALKRGVKFDIMMSEKSDIPMEPDASFYHLHWMMKRGANVYIYQDGFHHTKIIMVDGKLCTVGSCNLDARSLNWDYEANAVIVDKNTTAELTRLFDEDKKKSFLLTPERWDKWRTRWQKTYGWLSKLLSTWL >WP_153844272.1 MULTISPECIES: ATP-binding cassette domain-containing protein [Sphingobacterium] >MCS4166446.1 molybdate transport system ATP-binding protein [Sphingobacterium sp. BIGb0116] MVDPVVHIANLTIQYGKDTVLQDLNWQIFPGEQWILGGPSGTGKTTLAKAISGQLKYEGEITFHLDPTSPLPAKIHYVSNWFQFTNLEGDRNFYYQQRYNKFAKNDTLTVFAELKHFAQEEQLSFENVRSYLNIFGFENFKDQQLIELSSGEHKRLQLIKALWLQPQVLIIDQPYTGLDAQSREDLNQIFDQLADKGVTFLLISNDDEQPDCINRFAEIQHGKIVIRQNSNELSRGLPRTRKALPYFLQRAPEVTSPIMVKMNKINISYGEKQVLKNIDWEVKAGEKWLLQGHNGSGKSTLLSLINGDHPQAYANDIHLFGKKRGSGESIWDIKEHLGIISPELHWYYDMNANVGQTIASGFFDSMSLYQRLGFEQQQKLEQILHFFDLKEVKHKTLGSLPLGQQRLVLLARTIVKHPELLILDEPCQGLDKEQTQYFNDVIDDLSKSGQTLIYVGHFQTQLPTCIDNKIVLEKGEVKAVSEVIHKKEALST >WP_044772468.1 penicillin-binding protein PBP1A [Streptococcus suis] >NQH81427.1 PBP1A family penicillin-binding protein [Streptococcus suis] >NQH87181.1 PBP1A family penicillin-binding protein [Streptococcus suis] >CYU75612.1 membrane carboxypeptidase [Streptococcus suis] >CYU81321.1 membrane carboxypeptidase [Streptococcus suis] MKTTTIKKALLITANILLAGAIIACLAGAALVVYYIQSAPELTEESLTATVSSKIYDKNGNLIADLGAEKRSSAKTEEIPTDLVNAIVAIEDQRFFNHRGVDVIRIAGSLINNLSGGRLQGGSTLDQQFIKLTYFSTSVEDQNLKRKIQEAWLATQLERRNTKQEILTYYINKVYMSNGNYGMKTAALAFYGKELKDLTLPQLALLAGMPQAPNQYDPYTNPEDAKARRDLVLAEMLEEKYIDNTQYEQAVLTPVTDGLQPLSTAAAYPAYMDNYLKQVVEEVEAKTGYNLLTTGMDVYTNVDPAAQQQLWNIYNTDMYVSYPDDLLQVASTVVDVSNGKVVAQLGGRKQETNVSFGTNQAVETNRDFGSTMKPITDYAPAFENGIYTSTADLILDGPYNYPGTTTPVNNWDKQYYGNISVKTAIQYSRNVTAVKALEATGLENTLKFLNSVGIDYPDIHYSNAISSNTSDTGSQYGASSEKMAAAYAAFANGGTYYAPQYVNKIVFSDGTVTEYAPQGTQVMSAETAYMMTDMMKAVMSYGYGLNASVSGVPMAGKTGTSNYTDSETDTILAAIPEANYSYMVVPDENFVGYSSQYAMAVWTGYTNRMTPILDNSMRIATDVYHNMMLFMHSDYTATDWEMPSGLVRYGSNYYLRGSRSLSNAYNTYTSYSTSSSSSTETSETAEATTTSSETSSGTSTETATSSTETATTGNNPATGQTDGQ >RIB10989.1 kinase-like domain-containing protein [Gigaspora rosea] MFSPYITNFGLCKPVLQDPSSKALFGVLPYIAPEVLYEYGKEYTQKSDIYSFGIIMSEVFTGYPPYHDIPHDKDLATCICLGYRPEIRCEVLQLLLDLMNKYLDTDPQNRPTAKDLAIMFNQFFNDLNYERTKLFKQVKNTKDMTKNFLSYNQVKSTRFEYQTHPQAIYTSRFLNLSKLPKPGNNTYIF >WP_223874734.1 MULTISPECIES: hypothetical protein [Salinispora] MVRRAQLILHRGILPLAFAASTIGLGACGSGNDANATRFHPLPGPVDASVGSSVAFTPEDVQRIAELSEVTAAEGNSTAYSVTARHAGTGKEHEAMVVTAAVDQQLRSLEVVSGTYPADAGEACVDDQVAASLGWTTGDQLALSRQSSLVEVVVTGECVRPAGDEFGASELIVAVPLADITSITGSNGADEVMIRLTTPESASTLYDSVSLSLGRDVAMIYGDHLRGVLE >RKP53954.1 aspartyl-phosphate phosphatase Spo0E family protein [Cohnella endophytica] MRRGRHMAAAEHPYLSSNRAETPIISLKPNRMADLTEEIDRLRKEMTETFLQEHSFIADSVMELSRRLDQKINEYMKQVLLSREEVR >WP_144660168.1 nitrite/sulfite reductase [Bacillus tropicus] MSYEKVWANNEKLNQTEKNKLKKDGLEIFNDIPYYAENGFESIPKEEWDAFKWAGLYLQRPKEAGYFMMRVNIPSGIITNAQAEVLASIAEDYGRDVIDITTRQAIQFHWLEIHQIPDIFKRLARVGLSSAGACGDITRNITGNPLAGIDANELFDTTGIVKEVYDYFQHNEEFSNLPRKFKMSISSNIYNSANAEINCVAFTPATKEIDGEKKVGFHIKVGGGLSARPYLADELDVFVLPEEVKAVAIAIATIFRDFGYREKRHLARLKFLVADWGAEKFKEKLIEYTGPLQSKGKSALKGWNAGYFYGVQDQKQDGLKYVGFNVPVGRLHAEEMFEIARIAKQYGNGQIRTCNSQNFIIPNIPPENVTGLLNEPLFEAISANPKSFIGHAVSCTGIEYCNLALVETKERLRKIAEYLDTQIALDVPVRIHMVGCPNSCGQRQIADIGLQGVKMKTKEKGIVEAFEIYVGGTLLDGGAYNQKLKGKIDGEDLSDVLASFISYFKENKLPAETFYDFVGRVGVETLQIVLNNVLEEVIAS >WP_071468711.1 MULTISPECIES: cold-shock protein [Paracoccaceae] >ATX65371.1 cold-shock protein [Rhodobaca barguzinensis] >MBB4208951.1 CspA family cold shock protein [Rhodobaca bogoriensis DSM 18756] >PZX46101.1 putative cold-shock DNA-binding protein [Roseinatronobacter thiooxidans] >TDW37624.1 putative cold-shock DNA-binding protein [Rhodobaca barguzinensis] >TDY68234.1 putative cold-shock DNA-binding protein [Rhodobaca bogoriensis DSM 18756] MAKGTVKWFNATKGFGFIAPEHGSKDVFVHVSALERAGIRQLDDGQAVQFDLESDRNGRESATNLVLA >WP_036392442.1 IS1634 family transposase [Mycobacterium kansasii] >MXO40676.1 IS1634 family transposase [Mycobacterium kansasii] >POX68895.1 transposase [Mycobacterium kansasii] >POX77062.1 transposase [Mycobacterium kansasii] >POX98167.1 transposase [Mycobacterium kansasii] >POX99055.1 transposase [Mycobacterium kansasii] MDKAGQRRDYQSVYLRRSFRDGGTVKHQQLANLSALPEAAISAIEAVLSGATMVAAGDAVRIESSLPHGHVAAVHTMARTLGLPALLGPPCRARDLAYGLIVSRVLRPGSKLSTLTGWADTTLGADLGITGASSDEVYAAMDWLHQRQDHIEKQLAARHLDHEVNPSRIAMFDLSSSWVTGRCCELAARGYSRDGKKGCPQIEYGLLTDPAGRPVAIRVFAGNTADPTAFRAAVTTVKDRFGLTNMVMVGDRGMITSARITALKDLGGIGWLTALRAPSIAALAADDGPLQMSLFDDHDFAEITHPDYPGERLICCRNPLLAAERARKRGELLNATEQLLAPITAAVAARRLVGADQIGLKIGKVIDKYKMAKHLHVTITDTTVTITRRHTQISAEAALDGIYVLRTSVPASDLASAAVINAYKNLANVERDFRSLKTDDLDLRPIHHRLEDRVRAHVLICMLAAYLTWHLRHALAPLTFTDENPPTRDNPVAPAQRSPQAATKAARKTTTDAQLPTHSYQGLLTHLATLTRNQVRFAGTKTPVPMLTEATDTQTRAFQLLNTTIPLSLQ >WP_221802218.1 thioredoxin family protein [Paenibacillus typhae] >MBY0012516.1 thioredoxin family protein [Paenibacillus typhae] MDKISSAAEFQVAIQSPRLTIAVFKADWCSDCKFIDPFMPEVETKYADRLTLVEVDVDAVGEVSQEQNILGIPSFVAYSDGRELVRFVNKLRKSREEIENFLNRALEVYLSIHK >WP_250239427.1 MULTISPECIES: AAA family ATPase [Enterobacterales] >EJB8581798.1 AAA family ATPase [Vibrio cholerae] MFTKARFFKCALQVNPAGYIKYRGQQQTITEDEYNQNLLAASLEAGIEVIGLADHGSVDGVDKIRNLFVENGIVVFPGFEIASSEKIHFVCLFDENKTSQELERILGRLDLLDPEDGILPTNLTAIQLIDKVNEIGGFIFAAHCINDDGVLSRKMNHVWKHEGLMAAQIPGDKSIEDLKGIENDFYRKVFLNKDPNYKREREMAAINSSDVAKPEDIKASGASCLIKMTNPCFASFKQAFLDAGSRVRLNSDKPESYASAIERIRFVGGYLDSVDIELSDHLNAVIGGRGTGKSTLLECIRYAFGLEPKTPNAIKQHKSVIDTNLGKERGLVEITLRSSVMHGRRFKVSRKHGSDPVVVDSQGNISPYLPTDLLPGIELYGQNEIYEMTRDEQSRNQLIERFLEGEHEKFDADIADVLAKLKDNRESIKRVLGQKDDIEAEVERLPKLLDQAKQYQALGIDEKLELIPKLEKEKQLNDQIGEDVASVQLAIDALKDSLPDTLYLSDTNLDGLPHAELLKQQREVLNALKTGVQQTLEQVEQLTLNANQQLLPVKQSLSEKQQLEEQKLELAFKDIPASQGKTGRQIGAEYQTLLKQIEQIRPKQTTLQDRQTQIDELYNSRKKLLLELEQHTSARASSITKSVKRLTRKLDQKVRLTLQPEGGRQELVNFLTGCNLEGVGPKRLAWVLEGNFSPSSLASTIRQGESELGRKFGISGTVVSALIRLSEVKLMELEELQLPDTMAIELNVTHGEREAVFRSIDELSTGQQCTAVLHLLLLDNQDPLILDQPEDNLDNAFIAERIVAELRRAKLSRQFLFATHNANIPVFGDAEWIGVLSVEDNKGLILPEQQGAIDVPNVQALAADILEGGKSAFNQRREKYGFV >WP_129681113.1 YqaA family protein [Loktanella sp. IMCC34160] >RYG92159.1 DedA family protein [Loktanella sp. IMCC34160] MIRSLYDWTLSLANHPRALWALALIAFIESSVFPIPPDVLMIPMIIAAPRRAFLIATVATVSSVLGALLGYYIGAVLFDTVGQPVLDFYGKGEDFAAFADRYNDWGAWAVLIAGVTPFPFKVITIASGATGLSIPVFIIASIIARALRFFIVAVLLWKFGPPIRDFIERRLGLAFTAFCVLLVGGFILVRYL >NGX49271.1 hypothetical protein [Candidatus Anoxychlamydiales bacterium] MKNLKFLADFFYFYPSLLYALFFLLGISNYLLDSFFLYLISIIIFLLLAFGLKDKTKLFLAAFFYFFAFAYSLFFYSDIKKIKEPATGVGYFKISSIKESFSFNRRYYIYSGVLKTFKLEDNRTIKNIKTSICSKKKFHANFLYKAKGTLIPRENFQFQYRTNNLTKVKPITNFAHQRLYLKKSFESFLKKSIFDKSSANFLHTLITGDNTSKFLSFSFSKIGLQHVLAISGFHFGIFTLFFSYFLNIFFPKKIVIYILLFLVSLYFLFIGPIISVQRAFMMIQIALFASIANRRYFALNALGISLIAMLLIDPLNILKLGFQLSYLSTFAILLAFPTISKAISKVLKKRDVEEIKELNIQSKIGYKLLTYIREGVSLLIAVNIFILPVILYHFHKLSCLSFIYNLFIPFLVGISMVLVIFGFIFHFALPPLGFSINYINTYFTKFILKLITYPPAKIEFYIRYKNLSFEFVIIYIAIITISFLMLRYYFKIMNSSESTPQYCNYL >PYL83902.1 hypothetical protein DMF17_12250, partial [Verrucomicrobiota bacterium] MKATSWLLLLYSLPTNRNTERVAVWRRLKRMGAIQLKTSAYLLPDEPAQYEQFQWLAQQIRDYGGDSTLVRAQEIEGLTREKVVSLFNAARDKEYVGLRKALQSFILRRRKSDANFAAAELERLTKQFRELREIDFFDSPRGHEAAMLLRRAEGPKRSPKLQTLDAKQYHGKIWLTRPRPEIDRVGSAWLISKFIDPKAKFVFAPTAQADPGAIAFDMLDAEFSHHGNCCTFETLTKRFAISDKAVAKIGEMIHDADLDDARFQRVECVGIDRVLKGWAKEGLPDEQILHRGFECFERVFATAMKAISSQQTTAETSRQTRLPTFREAFRFWLKLGFISFGGPTGQIAIMQTELVEKKRWISQSRFLHALNYCMLLPGPEAQQLAIYIGWLLHKTWGGIVAGSLFVIPSIFVLWMLSYVYAAFGNIPWIAAVFYGLKPAVTAIVMAAVIRIGRKALRNEVMWTLATLAFIAIYFFKVPFPMIVLSAGLIGFLGGLFWKNKFQVLSSDGGELETSVISDEQESPPHTRPNWARAIRVIAVCVALWIAPTLIAGIAKGWQSTLFNEGLFFSKAAVVTFGGAYAVLPYVAQQALFHYGWLKPGQMMDGLGLAETTPGPLIMVVQFVGFMGAWQHPEGLPPLLAATLGALLTTWATFTPCFLWIFLGGPHIEKLRGNVKLATALSAITAAIVGVVLNLAVW >WP_123262559.1 UbiA family prenyltransferase [Chryseobacterium daecheongense] >ROI00881.1 prenyltransferase [Chryseobacterium daecheongense] >TDX95185.1 4-hydroxybenzoate polyprenyltransferase [Chryseobacterium daecheongense] MNSEKETFQSQNITSKSLFYRFSQFVGFLLGARVFVAALLTFALYVSTFFLFNQEESLRNFVFDFKVHGIIFCTVLCILAGGIINQFYDFEKDHLVKPFRTRVQSFIKQKYFLYAYLTLSVISLGVAWMISHRVFVFFLIYQFFMWFYSHKLSRILIVNNLTFVSLTLYPFFGMMVYYETFSMKVFLMAIFLFLMLLCIDIAKDTLTKSVDKAFGYTTIPNYFKSNTTKLILISLLIITMAISMKIIARTNVWGFMSDYFAVGLFVFITCIYFLLNDSRRSKFITLNILRLWVFVGIIAMLLNGIESKL >OOX90626.1 ATP-binding protein [Campylobacter coli] >OOX91655.1 ATP-binding protein [Campylobacter coli] MIDWDKTYAAIYRARKDYLKPIIDLDNISLNDLLGMEEQKNALYQNTLNFIHNKGANHALLWGAKGTGKSSLIKAIFNEFKNKGLRLVELAKDDLFALVDIIDELREQPFKFILFCDDFSFEKNDDSYKFLKPLLEGSIEAPPQNIIIYASSNRRHLLSETISDNQGVQVAHTELHASDAAEERLSLSDRFGLWLSFYQGNLNEYLKLVDFYFKDIKCDKEFLHKKAKEFANLRASRSGRTAKQFYLAFKESIE >MBO5037501.1 DUF3021 domain-containing protein [Clostridia bacterium] MRKNSYMKEFFIRGMMFGGFGPIICGIVFLIIHLTLDDFSLSGTDVFTSIVSTYILAFVHAGASIFNQIEHWPIAKSLFVHFLSLYVSYSLCYIINSWIPFEPAVLLIFSLIFVVVYFIVWITVFICIRTLGSRLNENLK >THW19323.1 hypothetical protein D6D24_02909 [Aureobasidium pullulans] MADTPKTDSTAPFRLMDLPNELIRAICFDDDGLKGKDLKSLRLVNKHISDFASDSFAEFYLESFTVVMTRSSIQAFIDISRHPRFSRYVHTVNISPVYAFSEGLAALVRNLTPVLMETDQKKEKCEPGPKEVCFYTNRYFAEKRLSDRDAKWMLGAAFAVLAKRDQHLGVAFDVGESNPVGAKGYLYHRYSNEFGNDDRIWALSWKETIHTTIKAIHQQGCNINGLSIEGVQLGSYRWESTLCPDEIEAELATVGRQLESITINFDFGDIKATLFCARRILSAATNLKHINLGAVSDDFHSLTKYQVLDCIPSPSIESVSLLAFAINQLDLMRFLAKHQAAIRGITLRNCRLQGSWESLAVWVRDHLPKLDHLEMDGVWDRLDDVAGWVQRGPLIKIVPGEDMKARINEILKDGRQKEIKEAEANKDAGAREEVRCCSRASSSSREELSLINLVG >TBR12235.1 MAG: hypothetical protein EPO47_00135 [Rugosibacter sp.] MDQVRGKIHLKHYSLRAEQSYTDWIKRFIRHFDKRQ >WP_256695454.1 transposase [Actinomyces oris] MLGVDEHIWRHTRRGDKYVTVIIDLTPVRHEAGPARLLDVVPERSKRPLKT >MBR1786128.1 hypothetical protein [Paludibacteraceae bacterium] MRKTLILNGLPMRSNLFQSSSCTLAMRSFTMRILGAILGATRFWI >NQZ11975.1 hypothetical protein [Algicola sp.] MDNQHDEEALESELEQIAIVGMSGRFPGANTIEEFWSNLSNGVESVSTFSDEQLLSGGVKPEQFNDPNFVRAGAVLDNIEQFDAGFFDFTPREAQITDPQHRILLECSYEALENAACVPASYDGDIGIYAGVMNSSYYLNNLHPQPDFLANYAPLQIAIGTEKGFAATKVAYKLGLTGPAINIDTACSTSLVAIHQACKALLSYECDMALAGGACINVPQTVGHMYLEGGIATPDGHCRAFDADARGTLRGAGAGIVVLKRLSEALEEGDTIHALIKGSAVNNDGFGKLGFTAPSIKGQTSVISSALEFADVDASTVGYIETHGTGTPLGDPIEVEALSGAFRQDTDETGYCALSSLKTNIGHLDMAAGVAGLIKATLALKHQKIPANLHYKKPNPQIDFAASTFYVNTELADWKLRGDHPRRAGISGFGIGGTNAHIVLEEAPLVVATATSVKQHVLKLSTKSKTSLQKQQHKLAEFLTQNPNINLADVAYTLQSGRIDYDYRQFVVCSTVAQAI >GEY63590.1 hypothetical protein [Tanacetum cinerariifolium] MRTRSQSRNNFPQQEASPVIVEPLSAGTKEEQVKNFQWGLRRSTLNHLMCMSYTDVAQVANAARNYEILHERDDDDAERPDKRQKSGDRHQPTSQQSSHRNYDHNNDRHGSDRR >MCF2604604.1 ribokinase [Parabacteroides distasonis] MNRHELCCVGHITLDKVVTPKNTVYMPGGTSYYFSHAIKHFDDIDYTLVTALAESEMKAVEELRAEGVEVAVMPSRHTVYFENIYGENQDNRTQRVLAKADPFTVDYLRQIEAKIFHLGSLLADDFSLEVVRYLSEKGLVSVDSQGYLREVREQDVFAVDWPAKKEVLRYVHFLKANEHEMEVLTGSADPEKAGKEIYSWGVKEVLLTFGSMGSLIYDGQTFHRIPAYVPKEVVNATGAGDTYMTGYLYQRAKGAAIEEAGRFAAAMTTLKIEGLGPFNGTKADVLHCMETAEERYL >KAF5197921.1 hypothetical protein FRX31_012492, partial [Thalictrum thalictroides] YEISKINNYLVNCGSSIKSVINNCNFIGDSSKLGSSFFTSATKTSIVSLNEEIPSRNLLPLHHTTRIYNKPLTYVFEIKRKGTHLINESR >CAI8519318.1 unnamed protein product [Fasciola hepatica] MLEAFDTPPPAPLARSRLPPLFRSSLEHMLVNHTGNQRTLCSLESQTLPALSTTPLYPPPVSSLSSVFHFVPHISTRKIRQALRSLNLCKPHGQDGITPVVLKGCTSESTPLTSSFLSRSPNFSLFRPQGKHAVILPSPKSDDLSDPNKYRPISLIPTISKVFEIVISDQLRTLLERERLLSDRQCGFRPRRSTGDLLALVSHTPSRLHSTTAEKHTWSRSTSIRPSTKFGTKIFWRNKPRSGFLALIFLDIKFSQKANHPRPT >KAF2218229.1 hypothetical protein BDZ85DRAFT_286522 [Elsinoe ampelina] MAPLPFMVVNAPLHMAMPYGQPTSAPLQSTGSALVPSPPTSSESVPAEPSYGQVDATAWELILSMGMFCLLVISLVMVYRMLILWVEMRKGGNAPGGPTPRGSISSPTRFRSDEEDWGSRRDSYESIKGYGTIAEQERRRDSRMTMGTAS >WP_079473139.1 restriction endonuclease [Chitinophaga ginsengisegetis] >SKD09969.1 restriction system protein [Chitinophaga ginsengisegetis] MLKIPLFPEYATVAALLKLLNGTTVASFKSMWNAIWELTGTPQNSVTWTDPDAWIEERLSGTDKATALNIWLGSNKTVNPRWIRGDQFLINGYKLIEEVSGLYSLTDRGKVFISKKDNAIAREIDKEEGLIQLLLQAAALDKGKRADFLGEWKSYLDTNSNVREDNVVKEYLRRRLINLKSRAYLSREGNSYAITGEGLAYLKAVNENNQDTTLSRLTVLSRDVEKFNKEQRDLFRTYLEKTTPAQFERLVRDLLNAMGYEDIKVTAITNDKGVDVTAVSQQGITTVKEVIQVKRFTKANVQRPVLDSLRGSLHRFDAFQGTIITLSDFAKGARDAAYEKGAAPITLINGEKLIDMLIANNLIIKKKHLEYYSIDESYFDHDSEMEIE >NLX43212.1 pyruvate synthase [Chloroflexota bacterium] MSKMLEIRWHGRAGQGVVTAGESLGEAALHADMFFQAFPEYGAERMGAPIKAYTRLSDQQIEIHSPILEPDMVIVVNPNLIGIVDMTEGLKPDGMLLVNTPQTPAEIRERLNFHTGTVWCVDATGIAMSELKRDIPSTVMLGVVAQASDVIALETIVAATRESLGSRLRPEVVDANVRALERANKECVRG >MBH0176532.1 hypothetical protein [Nitrospira sp.] >MBH0180643.1 hypothetical protein [Nitrospira sp.] >MBH0185433.1 hypothetical protein [Nitrospira sp.] >MBH0188042.1 hypothetical protein [Nitrospira sp.] MKAGTVYFLVALGAGFTLEYIRLELIALHFSHRLAGILEIPTVLLATMIGARWAIDRLTLPPLPGVRLRVGFVALGLALVAQFMVVLPIRGLSYTEYLASQDPTSISASIGTLGVLLVMPFLTAYRWDAR >UPU53169.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] >URH44723.1 surface glycoprotein [Severe acute respiratory syndrome coronavirus 2] MFVFLVLLPLVSSQCVNLITRTQSYTNSFTRGVYYPDKVFRSSVLHSTQDLFLPFFSNVTWFHAIHVSGTNGTKRFDNPVLPFNDGVYFASTEKSNIIRGWIFGTTLDSKTQSLLIVNNATNVVIKVCEFQFCNDPFLDVYYHKNNKSWMESEFRVYSSANNCTFEYVSQPFLMDLEGKQGNFKNLREFVFKNIDGYFKIYSKHTPINLGRDLPQGFSALEPLVDLPIGINITRFQTLLALHRSYLTPGDSSSGWTAGAAAYYVGYLQPRTFLLKYNENGTITDAVDCALDPLSETKCTLKSFTVEKGIYQTSNFRVQPTESIVRFPNITNLCPFDEVFNATRFASVYAWNRKRISNCVADYSVLYNFAPFFAFKCYGVSPTKLNDLCFTNVYADSFVIRGNEVSQIAPGQTGNIADYNYKLPDDFTGCVIAWNSNKLDSKVGGNYNYLYRLFRKSNLKPFERDISTEIYQAGNKPCNGVAGFNCYFPLRSYGFRPTYGVGHQPYRVVVLSFELLHAPATVCGPKKSTNLVKNKCVNFNFNGLTGTGVLTESNKKFLPFQQFGRDIADTTDAVRDPQTLXXXXITPCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTGSNVFQTRAGCLIGAEYVNNSYECDIPIGAGICASYQTQTKSHRRARSVASQSIIAYTMSLGAENLVAYSNNSIAIPTNFTISVTTEILPVSMTKTSVDCTMYICGDSTECSNLLLQYGSFCTQLKRALTGIAVEQDKNTQEVFAQVKQIYKTPPIKYFGGFNFSQILPDPSKPSKRSFIEDLLFNKVTLADAGFIKQYGDCLGDIAARDLICAQKFNGLTVLPPLLTDEMIAQYTSALLAGTITSGWTFGAGAALQIPFAMQMAYRFNGIGVTQNVLYENQKLIANQFNSAIGKIQDSLSSTASALGKLQDVVNHNAQALNTLVKQLSSKFGAISSVLNDILSRLDKVEAEVQIDRLITGRLQSLQTYVTQQLIRAAEIRASANLAATKMSECVLGQSKRVDFCGKGYHLMSFPQSAPHGVVFLHVTYVPAQEKNFTTAPAICHDGKAHFPREGVFVSNGTHWFVTQRNFYEPQIITTDNTFVSGNCDVVIGIVNNTVYDPLQPELDSFKEELDKYFKNHTSPDVDLGDISGINASVVNIQKEIDRLNEVAKNLNESLIDLQELGKYEQYIKWPWYIWLGFIAGLIAIVMVTIMLCCMTSCCSCLKGCCSCGSCCKFDEDDSEPVLKGVKLHYT >WP_154489617.1 VirB1 family T4SS lytic transglycosylase Cag4 [Helicobacter pylori] >UOR87027.1 VirB1 family T4SS lytic transglycosylase Cag4 [Helicobacter pylori] >UOS50312.1 VirB1 family T4SS lytic transglycosylase Cag4 [Helicobacter pylori] MFEKWIGLFLLLNSLAYPCQKVTISFKQYENLIHIHQKGCDNEVVCRTLISIALLESSLGLNNKREISLKDTSYSMFHITLNTAKKFYPTYSKTLLKFKLLNDVDFAIGLAKQILKENFDYYKQKHPNKSVYQLVEMAVGAYNGGMKHNPNGAYVKKFRCVYSQVRYNE >NET38287.1 1,4-alpha-glucan branching enzyme [Cyanothece sp. SIO1E1] MMTVAPEQIDRIVWNQHHDPFEVLGPHQVQHNGKAVWVVRAYLPQAEAAWVICPDERTEYPMQSIHHPHFFECTLDVAELTNYQLRIRESGHERVIYDPYAFRSCRLTDFDIHLFAEGNHHRIYEKLGAHLTEVDGVKGVYFAVWAPNARNVSVLGDFNQWDGRQHQMRKSGNGIWELFIPDVDVGDAYKYEVKNQAGHIYEKSDPYGFQQEVRPKTASIVTDLKSYAWGDQNWMEERRHSDPMVDPVSVYEVHLGSWLHAASAEPACLPNGGSEPAVQVSELNPDARFLTYRELADRLLPYVKELGFTHIELLPIAEHPFDGSWGYQVIGHYACTSRYGSPQDFMYFVDQCHQQGIGVIVDWVPGHFPKDGHGLANFDGTCLYEYEDPRKGEHKGWGTLVFNYARHEVRNYLVANALFWFDKYHIDGIRVDAVASMIYLDYCREPGEWVTNQYGGRENIEAADFLRQLNHVIFSYFPGILSIAEESTDWPMVSWPTYVGGLGFNLKWNMGWMHDMLDYFHMDPWFRQFHQNNVTFSIMYAFSENFMLALSHDEVVHGKSNMPGKMQGDEWQKFANMRCLYAYMFTHPGKKTLFMSMEFGQWSEWNVWGDLEWRLLQYEPHQKLKRFIRELNQLYRSEPALYTQDFSHDGFEWIDCNDNRHSVVSFVRKAKDSEEFIVTICNFTPQPHSHYRVGVPEPGFYTELLNSDAREFGGSNMGNLGGKWADEWAFHNRPYSLDLCLPPLGVLVFKLNRDKTAASESADNPDS >AGI15931.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15934.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15937.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15942.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] >AGI15950.1 cytochrome c oxidase subunit I, partial [Lampsilis siliquoidea] VWWGLVGLSLSVLIRIELGHPGGVMCDDQLYYSIVTSHAFIMIFFLVMPAMMGGFGNWLVPIMLGSPDMSFPRLNNVSFWLLVGSGLLIGWSMVVESGCGTGWTIYPPLSNKVYHSGVCVDVLIFSLHLAGASSIMGSLNFIVTILNMRVGVLYLERMSLFVWSVLCTAGLVLLSFPVLAGAITMLLTDRNFNTSFFDPSGGGDPI >MBI3214161.1 hypothetical protein [Mycobacterium sp.] MARVPPDKDGVVITDVVGVPMSDVDPSPLQSGVREVPTFFGPAESPLFGVVHMPVTARARGAVLICGSIGKDNSDNLRGLRLLGDQLAQRGILAMRFDYLGTGDSSFGQLRDGAVGEWQQSIDHALDYLAAAGFSDVSAVALRAGSLILDDLLAKSDRISRVVYWDPPSTGRRFLREQIAFFKIAVGDDDVPAGVVSLIGTRLSERAAAEFSALKLSPTVPDSITARLIIGRSEGNDAKVTAAGTAARSESIDVPGLALCAQPSRLLTAISLDAIDAATEWLDAQLPGDLESVDITVAESARIAVGDGSFVTERIERIGPHSMFAIRCLPDSVAGQHDNGAMSTVAFFTNANNPHHGPNREWVELSRSVAARGRQALRWDRRGAGESVPAGRDEAIHIYSDQGIEDALAATAYARQGASDLQMAGVCSGSWYAAQGATRLGADSVVFVNALLWSWRVKKAMRVRALPGDSDEIDWEQTPRAQLRRRIQGRLPAIAWRQLGRTGVAQAPEVLLAPLARRGVRAIVILCPKDAGLFSANRGFNAVKRLRSRAAPPEVVETAEGDHAAYHQSVLQALRRVVLSS >WP_057201184.1 5-carboxymethyl-2-hydroxymuconate semialdehyde dehydrogenase [Acidovorax sp. Root217] >KRC24720.1 2-hydroxymuconic semialdehyde dehydrogenase [Acidovorax sp. Root217] MRIDHLIAGKAVPGGDYFETVNPATQEVLAEVASGGAAEVNAAVAAAKDAFPAWAGLPAPERAKLVRKLGDLIAAEVPQIANTETRDTGQVIAQTGKALIPRAADNFYYFAEMCTRVDGHTYPTPTHLNYTLFHPVGVCALISPWNVPFMTSTWKVAPALAFGNTAVLKMSELSPLTAARLGELALEAGIPAGVLNVVHGFGKEAGEPLCAHPDVRAISFTGSTATGNRIVQAAGLKKFSMELGGKSPFVIFDDADLDRALDAAIFMIFSNNGERCTAGSRILVQKSIYADFAEKFAARARRIVVGDPLDEKTTIGPMISPAHLAKVRSYIELGPKEGATLLCGGLEAPDLPAHLKKGNFVQPTVFADVDNRMKIAQEEIFGPVACLIPFADEAEAIRLANDTQYGLSSYVWTENIGRAHRVAAGIEAGMCFVNSQNVRDLRQPFGGTKGSGTGREGGTWSYEVFLEPKNVAVSLGNHHIPHWGV >WP_223040576.1 GNAT family N-acetyltransferase [Exiguobacterium acetylicum] >QZY85777.1 GNAT family N-acetyltransferase [Exiguobacterium acetylicum] MVTHYRDYEQFKKVVLPFLLERPDTHQLILGILERGDEPLLMATAQEGDHRLVILQTIPEQAIVAGDVFSKEGIRKLARILDSPGFVGEQAILAPLLLPHSMYEIHMEQGMYALTKVKMPLVPKNVVFRPISDDERQQALAFASGFLYEVETRPSERQLTQLHQSMTRHIQQESLFGLFRGDMLVAMAAATRPTQTGITISYVYTPKELRGNGYASYLVAKLSEHLRQSYPVVTLYTDWSNQTANKIYQHVGFELVGRSLHIKKQERYR >WP_221711878.1 hypothetical protein [Sphingobium xanthum] MAKIDRLERMDMRRADLEEEYRATLIDALRVTASGVWGLFDHQQDRQARAKVAPIIETLTDMADAIDGMRETLAMPPFDLHRDFLAARGKVSAHAVGEPRQAQAWLERLEKL >MBM5817467.1 hypothetical protein [Cyanobacteria bacterium K_Offshore_surface_m2_239] MKVVLWGTYCDEAPQKRAPFREEHLEGLRRQKEQGVLLTIGPTRDCTHVFGLYEADSLEEVDALVKQDVYWREGIWTAVEVHPWIQAL >EHC2895895.1 hypothetical protein [Escherichia coli] PVGVPVPWPSTTPPTGWLKCNGAAFSAKEYPELAKAYPTNKLPDLRGEFIRGWDDGRGVDSGRTLLTNQEHAVISHNHGIPTKVGSVTNIPYGIEQVISDETIFSSAKTVGVDYWSNSERVFTYTSGGRNGAESVSSPDASSLIKETRPRNLAFAYIVRAA >MCT7710903.1 N-6 DNA methylase [Lactobacillus iners] MEDLEHLNELYLSFEEVVDILRKELNVTFTEALVETFDNLEHKKIKVEANAPSAKIVELLTKKYANLEYEKLETSVKSHLFYLLTLKAADVDNFNSTQLPTPRILATIVALLWSKIVPQTAKEVIDPAIGSGTLLFSLIDQLRFLNHSKNSFVLTGIDNDPAMLDLADVSSYLNKLPVDLLRQDALQPWLTGKKDVAVSDVPVGYYPLDNNAKNFDNCQLSGHSFA >URQ55824.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] >URT32165.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHRYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNIIFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKASGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLFTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFIVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPFTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLITAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSILEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLCAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDVPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPIETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >KAI5804476.1 hypothetical protein EDC01DRAFT_627327 [Geopyxis carbonaria] MNARTPARTPAANPVSKCLTSQYYLFICEKFIPLNTPDISRHCYPNLLSVQDDVFPGCSGILVKTPVSQEPAKSLTSIERYADHIRNFSENDTKEESMPKAEIAKTGTAMKYLYGPGKA >WP_108106595.1 DUF4442 domain-containing protein [Pseudomonas mangrovi] >PTU75053.1 tetrameric acyl-CoA thioesterase [Pseudomonas mangrovi] MSDARLARKARFLRWALNFYPPYLGAGIRVRHISADLREVRIRMGLGWYNRNYVGTQFGGSLYSMTDPFFMLMIMENLGRDYIVWDKAAHIDFVSPGKGPVFADFHLDEAQLDEIRTHTASGGKYLPTLQVDVRDGEGTLVARVQKTLYVRLKPGRRQGTAE >EFC81578.1 ribose-phosphate pyrophosphokinase [Parafrankia sp. EUN1f] >KPM57524.1 ribose-phosphate pyrophosphokinase [Frankia sp. R43] >MBE3205023.1 ribose-phosphate diphosphokinase [Parafrankia sp. CH37] >ONH58121.1 ribose-phosphate pyrophosphokinase [Frankia sp. CcI49] MGYQTENRRNLMLFAGRSHPELAAEVARALDVEPVPTNAYEFASGEIFVRFEESVRGCDAFVLQCHGAPVNTWLMEQLIMVDALKRASAKRITVVAPFYPYARQDKKHRGREPISARLVADLFKAAGAHRLMSVDLHTAQIQGFFDGPVDHLFALPLLADYIENKLDTSEVTVVAPDSGRVRVAERWTDRLGCPLAIIHKRRDPDVPNQVKMFDVVGEVDGRTCVIVDDMIDTAGTITKAAESLKEHGATNVIAAATHGVLSGPAADRLKNSEISEVVLTNTLPLPSEARIDKITELSIAPLIAAAIKAVFEDGSVTGLFGGDA >MBL0081532.1 T9SS type A sorting domain-containing protein [Saprospiraceae bacterium] MKKIVTLLFIALAFNMQAQSCLNDGAVFSLQEQIDSFPIKYPGCITILGDVLITGNDITNLDGLAGVETIEGNFTISTGNLSQLSGLNDLAVIGGDFTLSKNSSLGNLNALSGLLIVTGSLVVENNTKLVTLLGFDDLNFVGGDINIASNPRLRDVGSFNNLDILDGTFRLAKNDSIVVINAFSKVALLGRDFIISQNARLETISGFGNLDTIRGNFQIANNNQLLNFSGFGPLKFVGSGMMISNNNELFSLDGLDSINTIAGFLDIGNNPLLSDLYAMGELTSIGGYLSVYGNNSLVYLDGFDALTTIKENLNLFFNPALQDIAGLENIKEIGGNISISGNNNLISLVGLDSVDMTQVDMLEVFLNRNLSICNIENICAYLANCQPAVIFRNSGDCEDLASVQAACNLAVTSSSVQSTACDSFSLNGITYYESGYFFQTLPSQNPEACDSSILIQLTVYQKDTTELNIAACDSFTYLSEVLHDSGTYVFDLVNAFGCDSTIVLNLTLNNTITSNLAISTCVEFNWQGNLYTESGIYADTLVASTGCDSIIVLDLTIIPGTPTYDTLQIKGCDSVVVNSLVYFQSGSYEQLLTNGFGCDSILTIEVEIAQPSSSTVTAEVCQSYILNGIEYFESGTFTQVLTNAVGCDSIITLNLTIKEGSNSYSEITDSACELYLFNGEYYLESGTYQADLINQFGCDSTVVLNLTIYKSDRDTISVEACEMVVVNNVPYFNSGTYTQFLLTTQGCDSTLTVNVVINPGFNTTELIEDTVCGSYTLNGEVYTTSGTYTQKLTNVAGCDSTLTLSLVVFPIYEDTIYGVVCDSFVIDSISYFESGTYTQTLQSVLGCDSILHYNVEVLHSTDTTIAVSVCESFTYNGQDYTASGTYTQLLFNSVGCDSTITLELTILDGQNTLNVFNVSSCGPYEYLSNTYTESGRYTHNLISSTGCDSVVIISLTILEAVYDTIFATACNAFVLNDSIYFATGVYTQQLTSASGCDSLLTIQLIINKGSETSLAAESCGTFILNGVEYNKSGNYIQVFQNSAGCDSTIRLQLIVSNLEAAIVRDEDFLKATTSDANYQWIDCGSGENIDGAVGQTISALEPGSFAVVISDGICTDTSDCFVISSTSQPDIFDKLEIAPNPASSGVWIRQQGSFALTSVKLMDALGRQVFATDILNKHAYYLDVSHFISGIYYLEIGANQQVKRQKLIIAR >MCI0524605.1 CpaF family protein [Acidobacteriota bacterium] MSVLRERLLEQQNGSAARVTGNLRASNELQELKARVHRTLINKLDLTKLENADPAVVQNDVKKVIERILDDENAPMSGLEREQVQTDVLNELFGLGPLEPLLADKTISDILVNGWRSVY >WP_200001451.1 hypothetical protein [Citrobacter freundii] >MBJ9269203.1 hypothetical protein [Citrobacter freundii] MSRLVLDIVIACLRFDASSARFLEELRHDLKEGNSGEESFNGNETGILHRTTKVVPKKDAGDTWEQIVLKAQECRLPDYVFTMSEKSSQGGFHSDAKRKMSDTAREEMRKVLKKYILRKVPAITSQLGGTPAFLHMFVKKAMVKYYEDNDTGCNVRIQITLHVLPLFLNDVRNSRLDFPGIRFRQFKALAVKGWDKSKYEKMVFIENASETKSGGYFTGMAWNKVGNTEEIYEGYEIFNTGSAEELHNIYCRVHMNDRDVKLKNTITVSLPGKDNPTLPE >GBN34629.1 Tigger transposable element-derived protein 4 [Araneus ventricosus] MQEVAKSRKRKCGRDLKWFTLQRSKNFPITSAILQAKAIEFAELFEEKSFVCSDGWLDRFKKRHNIRSGKVVGEAASICSCDINHWMKNVRPDIIRNYDEMKHFFNADETGLFPKLTPNKALKFKGEKCVGGKLSKVRITILACANMSGSEKQKLTVIGKSQKPRCFKNVKKLPVDYKSIKKA >WP_104456122.1 PAS domain-containing methyl-accepting chemotaxis protein [Aeromonas sp. ASNIH2] >AUY12327.1 chemotaxis protein [Aeromonas sp. ASNIH2] MRQNLPVTGRNLELPKDTNILSTTSPQSHITYVNPDFIKISGFTEEELLGQPHNIIRHPDMPPAAFEHMWSTLKSGRSWMGLVKNRCKNGDHYWVSAYVTPIAKNGSIVEYQSVRTKPEPEQVLAAEKLYAQLRSGKAARPKWAASFSVKILLLIWGSIISSAMAAGMLTDTSISSLLLATLMSGSLSSVSVLAILSPLGRLVERARNISNNPLSQSIYTGRTDEFGQIEFSLRMMQAETGAVLGRIGDASNRLSEHARGLLKDIESSNALTVEQQAETDQIATAVNQMAASIQEVASNAQHAADAAGRADTETASGQHLVAHTSQSITALEGEIRQAAQVIHELEGQSNEISKVLDVIRGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLAARTQQSTTDIQSMISALQERAQSAVTVMEQSSRQADTSVAHAEEAATALDGIGQRVNEITDMNAQIATAVEQQRAVSEDINRSIINIRDAADTNVQTGQNNLQSAKSVAQLTSALSELAKQFPDYP >XP_039048844.1 uncharacterized protein LOC120189698 [Hibiscus syriacus] MKNSNPGSNLRCPHCAGPLSKEMDTSEWTVAPLVRDSFSMIGSAVGGTTSAFYGFNLVMPVVRKYVKGPMWVHFLVGTPPVIVLSSACAGVAGGAVPALAQLASSSYHAAFSSSSLPKTSRDDKVHKSRTNSTL >WP_034944635.1 5-formyltetrahydrofolate cyclo-ligase [Erwinia oleae] MNLTLYDRQDIRTHIRHLRRALTPEQQRIAAERAAGRALSFSPVGQASSIALFLSFDGELNTRPLIERLWQQNKRVYLPVLHPFSAGQLLFIRYEADTPLLPNRLRIPEPKLDIRRMATLEELDVIMVPLVAFDEQGQRLGMGGGFYDRTLQNWRQHNVLPVGLAHDCQQVAALPTAEWDVPLPALVTPSKIWQWPGEQH >CAG32719.1 hypothetical protein RCJMB04_33l17 [Gallus gallus] MRMAVGAAAGDGAAQSPGPAAVSLGLSVAVVSSLVNGSTFVLQKKGIVRARGRGTSYLTDIVWWSGTIAMALGQIGNFLAYTAVPTVLVTPLGSAWRSIWVHFSFLFAERKIEYSWQAGMFAELCWVCCSHHSFPKV >KMN52907.1 hypothetical protein VK94_19050, partial [Bacillus sp. LK7] MPHDENQGSRLSLLLFYFLAFLLLWEWLRPLHNFTDTKHTGFFIVFIGLAFLLSFFRMRWYVTVPSCILFTLISIHILFYKGSIFQPEWLVSFLRDVMQNARHIGTGRWNDMNPSFRTLLFFVLLWLLVYLLHYWVIYQRKILFFFIMTVAYITVLDTFTPYDAAYAVIRIVFIGFLMMGLLYMERIRLTEHIAFKKRLILKWFLPLMLF >WP_199673213.1 ABC transporter permease [Bacillus cereus] >MBJ8052424.1 ABC transporter permease [Bacillus cereus] MNTSENIRMALSSIFAHKMRSILTMLGIIIGISAIITIISMGDGTNAKFKKELGQGKDTEVTIYYNNPDYGTDSAKITADMLKRLQTVPGVKDVYPDVSMKVKASSGSKDVSLDLKGGTGAFMTDAKIKLVHGRELNDSELKQAIPAVILNEEAFNKLFNGWESNLYTNIKGKPYKVVGVYEAKNDFGMAMSEGYTSLENAPVISGVTEYDSVRLILTSPAERKSVEKQAASVLNEMKAPKFEHKFEAQDMGEFTKQLDESIGMMKMVFGGIAAISLLVGGIGVMNIMLVSVTERTREIGIRKALGATRGKVLTQFLIESCILTGLGGFIGFMLGIFFAWIVSIFAGWPLVISKELGLLSVGISMLIGIAFGLLPANKAAKLDPIECLRYE >MCI6147609.1 hypothetical protein [Collinsella sp.] MKTVCVSDKSVRKRFSSYILKAYRRNDSATVEVDRFEYGRLTLEGSNVTFDALTSARQDLSFHTLEHKCVEHLGISELTPDIMRTLRLLGKDGYTNAAAILADKNDFPGIDCVRFGDTEDVILDREAATNVSAIEQVDRAVAMFARYYRYERIEGMERVQTDRIPLEAFCEAVANALVHRTWDVRAIATRIARLDHQPSVFRSNL >XP_042771424.1 voltage-dependent T-type calcium channel subunit alpha-1G isoform X4 [Panthera leo] MDEEEDGAGTEESGQPRSFMRLNDLSGAGGRPGPGSTEKDPGSADSEAEGLPYPALAPVVFFYLSQDSRPRSWCLRTVCNPWFERISMLVILLNCVTLGMFRPCEDIACDSQRCRILQAFDDFIFAFFAVEMVVKMVALGIFGKKCYLGDTWNRLDFFIVIAGMLEYSLDLQNVSFSAVRTVRVLRPLRAINRVPSMRILVTLLLDTLPMLGNVLLLCFFVFFIFGIVGVQLWAGLLRNRCFLPENFSLPLSVDLERYYQTENEDENPFICSQPRENGMRSCRSVPTLRGEGGGGPPCGLDYEAYNSSSNTTCVNWNQYYTNCSAGEHNPFKGAINFDNIGYAWIAIFQVITLEGWVDIMYFVMDAHSFYNFIYFILLIIVGSFFMINLCLVVIATQFSETKQRESQLMREQRVRFLSNASTLASFSEPGSCYEELLKYLVYVLRKAARRLAQVSRAAGVRAGLLSSPVPRGGQEPQPGGSCSRSHRRPSVHHLVHHHHHHHHHYHLGNGTLRAPRASPEIQDRDANGARRLMLPPPSTPALSGGPPGGAESVHSFYHADCRLEPVRCQAPPPRSPSETSGRTVGSGKVYPTVHTSPPPEMLKEKALVEAAPTSGPPTLTSLNIPPGPYSSMHKLLETQSTGACQSSCKISSPCLKADSGACGPDSCPYCARAGAGQVELAGHEMPDSDSEAVYELTQDAQHSDLRDPHSRHRQSLGLDAEPNSVLAFWRLICDTFRKIVDSKYFGRGIMIAILVNTLSMGIEYHEQPEELTNALEISNIVFTSLFALEMLLKLLVYGPFGYIKNPYNIFDGVIVVISVWEIVGQQGGGLSVLRTFRLMRVLKLVRFLPALQRQLVVLMKTMDNVATFCMLLMLFIFIFSILGMHLFGCKFASERDGDTLPDRKNFDSLLWAIVTVFQILTQEDWNKVLYNGMASTSSWAALYFIALMTFGNYVLFNLLVAILVEGFQAEEISKREDASGQLSCIQLPVDSQGGDATKSESEPDFFSPSLDGDGDRKKRLALVSLGEHPELRKNLLPPLIIHTAATPMSLPKSSSTGLAEALGPASRRTSSSGSAEPGAAHEMKSPPSARSSPHSPWSAASSWTSRRSSRNSLGRAPSLKRRSPSGERRSLLSGEGRESQDEDESSEEERASPAGSDRRHRGSLEREAKSSFDLPDTLQVPGLHRTASGRSSASEHQDCNGKSASGRLARAQRPDAPPLDGDDGDDEGNLSRGERMRVWIRARLPACCRERDSWSAYVFSPQSRFRLFCHRIITHKMFDHVVLVIIFLNCITIAMERPKIDPHSAERIFLTLSNYIFTAVFLAEMTVKVVALGWCFGEQAYLRSSWNVLDGLLVLISIIDILVSMVSDSGTKILGMLRVLRLLRTLRPLRVISRAQGLKLVVETLMSSLKPIGNIVVICCAFFIIFGILGVQLFKGKFFVCQGEDTRNITNKSDCAEASYRWVRHKYNFDNLGQALMSLFVLASKDGWVDIMYDGLDAVGVDQQPIMNHNPWMLLYFISFLLIVAFFVLNMFVGVVVENFHKCRQHQEEEEARRREEKRLRRLEKKRRKAQCKPYYSDYSRFRLLVHHLCTSHYLDLFITGVIGLNVVTMAMEHYQQPQILDEALKICNYIFTIIFVLESVFKLVAFGFRRFFQDRWNQLDLAIVLLSIMGITLEEIEVNASLPINPTIIRIMRVLRIARVLKLLKMAVGMRALLDTVMQALPQVGNLGLLFMLLFFIFAALGVELFGDLECDETHPCEGLGRHATFRNFGMAFLTLFRVSTGDNWNGIMKDTLRDCDQESTCYNTVISPIYFVSFVLTAQFVLVNVVIAVLMKHLEESNKEAKEEAELEAELELEMKTLSPQPRSPLGSPFLWPGVEGPDSPKPGAAAHAAGAASRFSLEHPTDRQLFDTISLLIQGSLEGELKLMEELAGPGGQPSALPPARSLGGSDPQMEPHPEEVPLALGPDLLTVRKSGVSRTHSLPNDSYMCRDGSTAEGSLGRRSWGLPKAQSGSVLSVHSQPADTSYILQLPKETPHLLQPHSAPTWGTIPKLPPPGRSPLAQRPLRRQAAIRTDSLDVQGLGSREDLMSEGSGPSPPLARASSFWGHLGTQVQPQPRRQSQTSKHMPPPAPCPGSDPTWSKGPPETRSSLELDTELSWVSGDPLTVGSQEEPPSPRDLKKCYSVEAQSGRRRPSSWLDEQRRHSIAVSCLDSVSQPSLGPDPSSLGGQPLGGPGSRPKKKLSPPSISIDPPESQGPRPPLSPGVCLRRRAPSSDSKDPSASGPPDSMAASPPPKKDVLSLSGLASDPADLDP >WP_212054759.1 efflux transporter outer membrane subunit [Burkholderia ambifaria] >MBR8067076.1 efflux transporter outer membrane subunit [Burkholderia ambifaria] >MBR8179261.1 efflux transporter outer membrane subunit [Burkholderia ambifaria] MKPFSLPRRPALTLCAAACLLAGCTVGPDYRGAPAAPDAPTFVRAPATGVGSNTPAPSAWWHALGDRQLDDLIAAALAHNPDLQAAQARLRASRAQLSQRRAAQLPKSSATVAAIRAREPDASALGSLLPPGNSNQSDGSSPSLGGSGPLQLYSASFDATWEIDLFGGTRRAVEAASAQAEAVDADLADTQVSIAAEVATAYVDLRDQQQRLALSQRTAELQQQMLELTQQRRARGVAADVDIERLTTQVETTRASVIPLDAQVTESLDRLAILTGRAPGALDAALSASGAPLPTLPGSVPVGDPAVLLKQRPDIRAAERRLASSNAQIGEHIADYFPKVTLLGDLGFSATDPGHLFRKQNFTWVGAPYLQWNILDFGRTRGAIRAAEASRDEAQANYRKAVLGALQDANTALQRYGHQREHVVALTKVQTSATHSATLMDQRYRAGVASTIDLLDTQREALAAQQNVIAGKAELIKDYVSLQKSLGLGWQTNAG >WP_124978582.1 mannose-1-phosphate guanyltransferase [Aphanothece sacrum] >GBF82260.1 nucleotidyl transferase [Aphanothece sacrum FPU1] >GBF87202.1 nucleotidyl transferase [Aphanothece sacrum FPU3] MRAVLMAGGSGTRLRPLTCDLPKPMVPILNRPIAEHIINLLKRHQITEIIATLYYLPDVMRDYFQDGSDFGVEMTYAVEDEQPLGTAGCVKNIEELLDDTFLVISGDSITDFDLQAAIAFHRQKGSKATIVLTRVPNPVEFGVVITDKQQRISRFLEKPSTSEIFSDTVNTGTYILEPEVLQYLPKNEESDFSKDLFPLLLEQGEPLYGFIAEGYWCDVGHLDAYREAQYDGLQNKVKLDFAYEEKSPGFWLGQNTYIDPTAKIEPPVIIGDNCRIGPGVIIEQGTVIGDNVTIGAGSELKRPILWNGVTVGEETYLAACTIARGTRVDRRSQILEGVVVGPLCTIGEEAQISHNVRVWPSKRIESGAILNINLIWGNTAHRNLFGQRGVTGLANIDITPDFAVKLGAAYGSTLKPGSQVVVSRDQRSVSRMVSRSLIAGLMSVGINIQNLEATAIPISRTMTPKLGVTGGVHLRVHPDRPDHILIEFFDEKGINISKSKEKKIEGAYFKEDLRRVSISDIGDMSYPAQVIETYRQTFETQLNVEAIRNMGSKIVIDYVYGVSGAILPQLLSKFGCDAVVLNASLRQTPVSNEERESLLHQLGQVVEAVKANLGVQVSANGEQLILVDESGISVRGEMLTALMVNTILRAYPRSTVAVPVHASSAVEEIARRHDGNVIRTKANPTALMEASHLYPNVVLAGSGETGFIFPQIHPGFDAMFSVAKLLEMLTVQERSLVQIRDELPRVCHKSYDIRCPWKVKGALMRHLVETHNPEQLELIDGVKIINPQNDNWVLILPDGGEPLVHIFANSDDREWVDHTLKEYRQRVQEFIEQEQDDMVSI >KAE8683921.1 MICROTUBULE ORGANIZATION 1 family protein [Hibiscus syriacus] MWGDLRAETTPKDKSSKLQQHQPLITHWPPAFMHRDFLQETIWETIYNAVESKFDQSAMEMEPSSQLIQGSPAKDNEKMSSRRREECGQEEEEKKREKRRWLFRRPSNINHVQQCGAKTPTEASAESTVPVNASLDFAETRHAIAVAAAEAAVATAQAAVEIVRLSSRPSNYANVREHYAAVVIQTAFRGYLARRALRALKGLVKLQALVRGHNVRRQTKLALKCMQSLVRVQDRVLDQQRARLSHEGYRKSMFDETNALWESRYLQDIRRRKSMSRDMSCTTDEWEDMPQTSEEIEVLLQNRREAALKREKALAYAFSNQIWRSRRNPSGEDEKEVEERTKWLDRWMATKQWESNNRASTDKRDSIKTVEIDSYKLQSYSSQHHRQFSTSHSVVPQMEREPHGFCLNQFPPTPPPCKTKPLQVRSSSPRCLKEEKCYSSAANTPSLASTYCTTNGIYRYGNAAATTVPNYMAATESAKAKVRSQSTPRQRPSTPERERGGSLAKKRLSYPAPENHVGSSFSQNLRSPSFKSAFEGHYGMEKESLYCSYTESFGGEVSPCSTTDLRWLK >OAV63675.1 hypothetical protein Barb6XT_03079 [Bacteroidales bacterium Barb6XT] MGSYFEFEFNSFEDSKEIPLFDKKEYISDVLFKSDFSRIVKILTETVENKILVNSSVCSVKKEAGFYSVKTESGQMYKTRKIVFGTGRSSYSSLTHILDSLNAKYEQQPQDRKNFALVIDLQWVKPQLTQNFSLQNDDNIYVLGDAIGKSRGFVQALFSGVMWANLFCKNVSEIKNKEKWLNLA >PYB13830.1 hypothetical protein DMW62_25950, partial [Serratia marcescens] MNRPEAFSRAIGPFISTLPVIAALRADQSVLSNVKSIQHDILQLQEHPWVNIGHLAPEIDGGAVRINELVQLLFTFHNFENGDIAVPGVEYRLEPYPDLAEKFGMSLFAAQRDGQIDFTLTAAENRYEEDYVRNILEALVYALGQFDRQSWETPLEQIDLITPAQRRQVLSEWNDTHCDYSEDEHIASLLEAQVALTPDNIACADRHRQLTYRQLNLQANQLAAALSARGVGHGACVALCLDRSVELLVGIWAILKLGAAYLPVDPAFPDDRLDYILQDSRAEVIICHQAYRHRVAAPGRRLVVLDDESLRHELELLSDENMARQISPNDLAYVIYTSGTTGQPKGVMCTHRGLINRIQWMNKSYPLTAADRVLQKTPYIFDVSVWELIWASLYGANIVFADPDGHKDADYLIELIERETITVLHFVPSMLAAFTETLQGIQRDRNVSLPSLRYVFCSGEELKLTQVKGIKQCLPHIALHNLYGPTEASIDVLYFDCNDPDIDNVLIGRPIDNMKVLVLDKGQRLLPPGAVGELYLSGVGLARGYLNKAALTAEKFIVNPYCTEWDERADDYACLYKTGDLVYQRNDGQIVYVGRNDFQVKIRGYRIELGEIAQHLEAFDLVRQAVALVYQQPHPRLVAYYTAQAPLPEATLQHFLAAALPEYMVPETFIWLKEWPVTVNGKLDRRALPEPSLPVVQERVTPRSEREAQIAAIVAEMMGIDEAHFSCEANLYQLGLDSIMAIKLVSKLRQAMGVSIRVKDVFASKTVHALHLRLAQHQQQVMIEGKREQGVLVGELPLLPVQRWFFDCAFPYPSYWNQAFLLDVPALDVERLRAALHALIQHHDALRLTFTSEDSSHWRQGYQPMTDAIELRCHHVERSAPQWQEALSAVLTEWQSDIDLADGPLYRFGYVTGFDEGRARIFCACHHLVLDSVSWGILARDLANAYHGESLGDKGTSYRQWTEHFEQYCANHAEEASYWRDRMADYRPVALPAARGATLACSRLALSIKVTQALQTEGLRAFNAKIDECLLACADGMLAHWFNGELTHVTVEGHGREEIDAALDVHRCVGWFTSLYPCALSSSPDPAMRLQAAKAQLRGVPHQGVGFGAFARELGLPLPNVCFNYLGQLTSPDEKDWALVMSPVGETRHPDNGLPFGITLFSYIEQGRLQLEVVSGLSGEQNQQLLEAWEAAIDTLIACCERQGRTQYGLGDFINVADERDLQHLPLQGGAENGDCFAMTEIQKAYLVGRFENYEIGNVANHIYNEFVYPRLDDERLELAINRLIALCPVLRTVYDAESMTQRFISVSQAGHYALAVNDLRLDDEATALARARKRLSHQVYQVDRFPLFTFEISRLRDRDVLHISLDLILLDVQSRLALYQLLNALYRGNVLPPLATVNFKDYQEHLAHLKASRWYQRDCAYWQDKLADMPLRPNLPLKVPSATVEHPRFAEHTLYIDKQIWQDFKRQAQHYQVSYSSVLLSLYGYLIARYSGNSEFLITMTLFNRYAVCEDVNDILGDFTSTNLFHFRDAGEDLFTTIETTHKRMWDDIQHALYSGLDVQRDLVKLHGLDRHSAVSPLVFTGVVGQQTGDWDKQAYLEDSEAREQRYWCAQTSQAWIDLQAIEVDGRFMSKWLYVEQLFDEETIAHLNRAYCRLISLLAQQPWEMPVGCENYLPEAQREMMQQANAVTQPLSEETLFSAFDLLATQARHRETIAVYDGEAAIGMTYGQLKQDSDALAQQGVGSSAPLIAVLAEKSYAQVCACLAIMKAGKGYLPLHVEWPAGRIADILQQAGVEQLWLTRAQSARVDIRTLSEAGYQLLVIEDMLDEATALPPCFGLPHVSAADVAYVIFTSGSTGRPKGVTIDHRGAVNTLQAVNRRLSLTAEDALFALSELSFDLSVYDIFGALSVGAEIVLPAQESVKDPERWLPLLAEREVTVWNSVPQLAGLLADAVARQGCSLPRLRAFLMSGDWIPLNLPETLRTLWPHADCISLGGATEGSIWSVWYPIEAIDPAWRSIPYGTAMPHQTLYVLDPQGQMCPVGVTGELYLGGMGVALNYWRNPQLTAERFISHPRHGRLYKTGDLGRWHAAGYVEFLGRNDFQVKLRGHRIELGEIESRLLQCGGIHQAVALVMAQPAPMLVAYYVGEANADEKMLRSRLAEQLPEYMVPAHLIALDALPLTANGKLDRNALPLPAAEEQATYCPPRDDREHQLCRLWGEILHVPADELSTQADLFQLGIDSIASIQMAGRLRRELQLDVTLKELLTYRTIASFYDTLLGRQTVGGIQTVQRETGALSGAAPLLPIQQWFLAHDLPHPQQWNQYGLLVAPGMTMARLQCLLPRLVAQHDAFNLRFEKDTQGEWRQCYQPQAALPPCHALDIRALSLPEDHPDFDAALLQRFADWQQAFDLQSGPLAAFAVLEGYADGKARVFVACHHLIVDAVSLQVIVDDLRRLSQEETLPEKASSYRQWVNHLRQRAQITSHEREEWLGQLPGSEVHALQALGGTTTTRHAFAWGEGPSCRLMQHLAMFGMQPQDMVAWAVGRVLHDLTGQTAFSLWFEGHGRQTDERTLDISRTMGWFTSRYPVRFSYQRDAREHLLAVKNNLRRWSQRAENFGVLCGLPVVREDGISINYLGKMEAAGDWALDHHFVGLHRHASQEGTHLIDIVVLNVGDRLELRVESRLREHDAAWLTQRLIRELEDGLVSMNWPSWRWLTESDVDFALPQSHLDRLQHAQAVDAVFMANSLQQGMLHHSLAFGDADRVYRVATRWDYHCAIEPETFKRAWQWVQQQFSCLRLRFDWRGEIVQVVDHEGRFPWRVHDISHLSPEEREHALHRLQESEQQVSFDLQQSGLYRVCLVKLADDHFACLFCVHHAILDGWSSPLLVGALHDAYLAFSHGREPADRPDLFASVQRYIQRYRDRDTDFWRDYLSSVDTSPDLSGWRRPDAESSALAAIKSVSAAGICRCELSAEERRCALDAAQRQGMTLNALLQYAWHKVLALYSGAAVTVVGTVVAGRMLPLNGIENTLGMFLNTLPLKVEHQSDVPLIQQAHRLQQDINEANTRCLVDLAHLQPAGQRLFDSLFIYENYPQPDEDRHRELRHQFVGRNEQRDYPLVVSVEEAPDVLLIKLEYAAEYFDAAMMRQAMALLKDIVGHMAKDASTETVAIAPVYCEPEQPLLLPAPGNAATLSQVLAHYACSRSDAPALSDGERSWNYAQLDAEVTQLANLIAGRLEKTPHAPIALRLHSKVLTVMALLAIGRLGAAYVPLDKDYPQERIDFILRDSQAIAVLTMSGDEGAEYGIPSIPLFGTAGEALWRKQATMPMFTPAAEKTAYILYTSGTTGKPKGVSVGHGALLATLRGFWQQYFQGREALKTYSMTNPVFDIFGLEYGLPLLSGGCVTLGTHHVTALDCRKFDFIQSTPSMLEIVLPVLQGDKECLLLVGGEKLEPHLAQKALAVFTALVNVYGPTETCIWSTGKHYRRAATDRVLTIGRPLPGERCLVLDPAGRPLPVGAIGELYIGGSGVAEGYHNQPELTASRFVSLSFAEGIWYRSGDRARILPNREIAFLGRQDQQVKLHGHRIEKGEIEQVILQHESILQVTVQICQVAGDGNVGQALVAYYVAQGEIDAGQLNEHVGRHLPGYMVPAYWIALSALPLNANGKLDVRALPSVDAGEASPAAQSEIATPLVKQLQVIWQELLGCEAVGVNTSFFELGGNSIMLTRLYGMLPDQVQQKIGLIDLFRLPTIARIAAHIEGRQHEAAPAPTTGPINARDDIAIVGMAGRFPGAQTLAAFWQRLCDGEAFITHYSREALAASVDPELLDHPHYVRAQGILDDIDRFDADFFGCTAQEARLMDPQQRIFLECAWHALEDANCDPQRFAGDIGVYAAIGNSNYERDVVLPNMPQADLIDHYQLMIHNQSHFLATKTAYKLNLTGPAMTIQTACSSSLVAVHQACRALQVGDCQVALAGGISIGQLARGGYLYQPGMIFSPDGHCRPFDAQASGTIEGQGVGIVVLKPLAQALADGDAVYAVVKGSAVNNDGRDKMGFTAPSESRQQAVIAKALADADVTPADISYVEAHGTGTPLGDPIEIAGLKAAFAGQQAEHACAIGSVKSNLGHLDVAAGIAGLIKTALCLQHRTLVPTLHMQRENPALKLAEGPFYVNVETRDWESASGLRTAGVSAFGIGGTNAHVILQQAPNTPITAPRSAQRNMLCVSAADDAALERMSEALADHLAMHPEHSIEAVGF >WP_007377599.1 MULTISPECIES: biopolymer transporter ExbD [Pseudoalteromonas] >ALQ10345.1 biopolymer transporter ExbD [Pseudoalteromonas sp. Bsw20308] >ATG80026.1 biopolymer transporter ExbD [Pseudoalteromonas sp. 1_2015MBL_MicDiv] >KAA1151027.1 biopolymer transporter ExbD [Pseudoalteromonas fuliginea] >KAA1157383.1 biopolymer transporter ExbD [Pseudoalteromonas fuliginea] >KAA1165701.1 biopolymer transporter ExbD [Pseudoalteromonas fuliginea] MRAPLGNLMQEDEAEEINMTPMLDVVFIMLIFFIVTASFVKEAGIDVNRPEAATAVKKERANILVAISDKGEIWINKRQIDIRAVQANIERLKAENPQGSVVIQADKKSTTDTLIKVMDAARAAGVFDVSIAAQEA >WP_187447871.1 hypothetical protein, partial [Alteromonas sp. BZK5] >MBC6987703.1 hypothetical protein [Alteromonas sp. BZK5] MNDFVEFVHGKYSRRITKEYSETILLRFIENNVSSLLDSNRLSKFGKDFDIKNEKQLVASYIAAQYQGNTRNWQDLQIVLKGVVLANYLFFADKKAKSSNKKIYKNVTVFLDTPLIIALLGYSGRLSQTAMEELLKLLNMLEVNIRIFDKTLQEIEGLFEAWKRDLKRGNADAFNPSTLQLFISKDIDAPRLDTEQALLEKTLSNYNVYVKYGWKVDNNYQCDESGLEEHLQKNRAVNVESKKGIEHDVVCISRVHNSRSGEVINTLSEKFSVFVTPNSSLVKHANRYLSEDIESGIPIVISDTWLTTIFWLKHQDIYSELPVQSLVSNAYATLNRADSVWENFLQRFNRLSDDGTITRDTVESVRYNKNLLKAVNEISVEAGDDFTDETVLDLVREIESSNAKKQEIAVTEAVK >WP_175766180.1 restriction endonuclease [Burkholderia ambifaria] MSFPADIKGCMKDCILSLFWPRKDIVGFFEKHGCTKAEIAPLQLEGENALKRPEVVDALFAALAVRSDQGLGPFRAMLQSLLNWSHFDPYYFDKLRKLDRGTANKNLEHLRQLQEIRDAKIKADRERRAAQEAVQQKPTASLDQLRAEYLDLLANKTSRQQRGYALERILIELSRLSNLEATEAFRVHGEQIDGAVKFEGEHYLIEAKWQERSASNEPVYQFAGKVAGKLYGRGLFISVNGFSPEVIRSLVMGKEIQTLFIDGEDLILVLEGHLSLREMVDRKVKAAQTRGLIYVHPISGIEKKF >WP_072989136.1 beta-ketoacyl-ACP synthase II [Flavobacterium segetis] >SHF96803.1 3-oxoacyl-[acyl-carrier-protein] synthase II [Flavobacterium segetis] MELRRVVVTGLGALTPIGNTVEEFWNNLINGVSGAAPITYFDASKFRTHFACEVKNFNVENFIERKEARKMDRYAQYAMVASEEAVRDAGFNFETLDKDRVGVIWGSGIGGLETFQIEVLNFAAGDGTPKFNPFFIPKMIADIAGGHISIKYGFRGPNFTTVSACASSTNAIIDAFNYIRLGHADAMVTGGSEAAVTIAGMGGFNAMHALSTRNDDPKTASRPMDKDRDGFVLGEGAGALVLEEYEHAIARGATIYCEIGGGGMSADAYHITAPHPEGLGAKNVMLNCLRDAGLQASDVDGVNMHGTSTPLGDMAESKAILHVFGEHAYSMNLNSTKSMTGHLLGAAGAVETISSILSLKHGIVPPTINHFTDDENIDSKLNFTFNKAQKRDMNVVMSNTFGFGGHNACVLVKKLEI >TMB80853.1 DUF1801 domain-containing protein, partial [Chloroflexota bacterium] MKRDPYVEKWFAGKPAERILRRVRDVILWSDGRMTEYLKYGTVQFACNGDLASFVQHGSKTATLMFNRGAKIQGNFPHLEGTGPSARFMRFADLDEVDALTAELAKIVVAW >WP_277264109.1 phage tail tape measure protein [Proteus mirabilis] MSQQIADLTINLGAETADFKEQMGRVERQLQETAEKAEASQRRMAQLVEQQAQTARSSAESTAQSLQELNNQQEISQQQRADYYQRIAQEEARAAIESRKQADAFLEQAQSVGHTRDALEQLTEVLNKSTKAYNKLKITGEQFAEIQNVTKSRIKAIQDQQDANTEKYFKQIEAVKGLSGGTSALRTIQAQLNQEVKKGTIHQQDYRTLISAITSESMKLRREEESLTQQKTRFIQRLKEQVATKNLSREQMLRYQASQLGVSSSAEIYIRRLSESSKETKEFDKNSKSLAGRLRGIANSFNMGSLVRGGIWGGITAGLTGVAKLAYDAEREFSQFNKQLILTGNYANKSASQLNEMARTLAGGGITRGEMALSISSVVGTGVFSNNEISRVSKAAAQMNYITGQAIDITIDQFKRLQDEPLQMSLELEKANHHLTASQLEQIRTLELQGNKTEAAKLAIDAYAQSINDGANDISDSLGFLESAWINIQREAKKAWDAMLDIGRDKGVTEKLTTYKEQLYQLQLHGMENSYEGRELQKVIKELENKKYEQDLKNAQAQAVKDSEQFKVNQIRNQEKWKSYFSWETQRLQKLAELEQDKHSLTQKQYEEAKAMINFRLRDRQMPGTGKGKGYVLPTGNREEEKASRDLLALQAQLEMLKKHQSANDVISQQRKDFQKEQAQFAILEQAQLTRRLTNAEKSLLSNKENILAQKEKLALVGDEVALQERLNKMQDQADKYIVQQSEKRKAIEESMGKSAREQQRYLERAQLLAGQKENPQLNNMLAEQQKTYEVEDQKRADWLAGAQTAWGNYKDTALDVNTQIQNATSMALNGFSSQLTNVLFEGEANFKDFTKSILKMLTDILIKMSLVKGIEAMGFGFGAPVANADGGVYNSASLSAYSGQIVHKPTMFAFAKGAGLMGEAGPEGIFPLRRGADGKLGVIAKMPNQGVGVTQINHITIQNDGSNGQIGPEALKKVYEISKRGAQDYIMSQRRDGGAM >KAE8876596.1 hypothetical protein PF003_g39287 [Phytophthora fragariae] >KAE8937355.1 hypothetical protein PF009_g12742 [Phytophthora fragariae] >KAE9008135.1 hypothetical protein PF011_g10822 [Phytophthora fragariae] >KAE9109593.1 hypothetical protein PF007_g12187 [Phytophthora fragariae] >KAE9109612.1 hypothetical protein PF010_g11474 [Phytophthora fragariae] MATSNGEDGEVFQDFESDASDVDDDVDWNFTDGESASVLQLMGGADSTKKSQCGGTDVISHSVPVKTTDPPRMEDCNNSIVEVSVVSSSDEDLLAELFPEIQPEPTKKSTADEVNSPAKECEVEWALMALEEHEQLEQRSQSTTAANADADFVSLFEEMYGGDTSNALSTPSLPKELENCRQNRIDSKQFVEKEKVVIDSDGVCSTSKTAAEINGKVPSEALEMLRLVYKKVMETQGDFSALLSETSSTLCLPDHVFLDQKSKSSCSLNSFVELICSLEVCLSSHDFVKSLAATREERLELVIVALDDKIDALPYNFKNKWAKALDMLPLLAKMREQTSPLAPTSKPVTDQPQVLLIDTTLPPAPTQLKHKKRSPLEGWATFHPEKMPTRRCETMSSKSKQPGHTKKPRVRVRQYLPSKLRVRCKAYNPEDKELTFRPNINRKSPHHRKGGPKQHKETFTARMERDISKRRSQKLQHEREREQQDREEVESVSTVKLIDMGSQRILLKNGMWAESLEERISRLAKHRTNIEASDSRSKKRRERHKQRKREATAVASRACESLYQRGVEQRKREQERLLEDQHDLEFQRNRPKISSRSLRVMKTRIRQELAQLCMDSRRTANAESSGSDEGGEAVQVDSPCVTFIQFSCALLYFGFVTDLNTPWEGGNGGDQGNEITLLWHSWTVFTRDHTGTPGSKLALKLLERVLFSVILGGRVGEHKVLQNRDVQTLLRMYRANYYTRKHTQLKADDRKQNNVEVGAQSTKKKRSSSRRQRVRYTLHGKPIRNIGSPETDFLSEREQLLQEKIDQMREAKMKQDLDGCTFHPHVNPGPTEAAGQRSTRQSSPPKPVRTSSATVSTFERLYSDAFQRQNNVLEKYLEAKQHREELERRESKVHPSYVNGMTIEERLEHLHVALAGNALPVDFHKKIDAMRGATEMKALDEQMKEQKLLPVHFKRAEDGRIIVRPFQFATEIRAALSTGPKKQRTKSTHRPRDHVMRDLRPAAYEEDREIPTTVQPPPRKTHEDIERSEHFEADLCLDVHLSPSETRQIYLNMHDDPREVVDDFAGRFSLTNTQRHFLVQLVEARLEQFSAY >KZW99196.1 hypothetical protein JL49_18635 [Pseudoalteromonas luteoviolacea] MFFKALSFVAILLLISALFVFNSEVKEDIKASKRLEHVDASASEDKATDDFYCKDIILQKRAMENVELIKSELVEYQLRSNFSTSVDFLSLKLRLNPFYVRKIVFNEEIHNKSDKYSKEEDFNLLRSIYQSLSNGTLAKDVDAGTINIDSSFRKEGSVYSLVGVVIKSGNRKSEEAIESLINVGVVPTLPDIIEAIKKIDNTKLVIDVIKSSVYDFNSKFYLNASYQSFLTLALKNKKLELAKELMSKYYNATPDPIFYTALDYAVRNYSSLREKEFLKIFTPLLVTQNYNSKVTYNFIKKYNKDLKLIYFKSKSYSGLDQENKKEINGFLRELISLLIIKSNVKEDGRCFNFHKKSMLGQIGKLFNLEYAEEKKILKYKREDEWVEYIDIKAESSNSSPMSIINKDDTLKEKMAVKKYMIAKLRKKAGAMKKNGKEYDLHDDEIFVNLESLIKDKRWVKVERALRNSKIKYNDVFLKSLYFLLLSHDSPVDIYDVILGKGVIPPEHINVLVIYKDNPSLITYFEEAGVSFVSRDLIGYTPLMKSIEMGAYKSFLYLLNKYGVQQDGAGLDALDIALQSLSKLSKSKLSNYDFPYISELINNNIEIKNSHREITSSLSKDYIIIYISLAGRFPVLVTPQKK >MCC6136677.1 hypothetical protein [Gammaproteobacteria bacterium] >MCC8993784.1 hypothetical protein [Candidatus Contendobacter sp.] MALADAGQWLDPRQAAEQALALQYRLLTFAVRGFARREAIAGETRRWEQLLR >MCI5191941.1 aconitate hydratase [Candidatus Electrothrix sp. AU1_5] MGQTVAEKILAAHLVEGELKKGEEIGLRIDQTLTQDATGTMAYLEFEAIGIPRVQTELSVSYVDHNMLQSDFKNADDHIFLQGAARKFGLHFSPPGNGICHQVHLERFGVPGKTLLGSDSHTPTGGGMGMLAMGAGGLDVAMAMAGKPFYLIMPKIYGIKLIGKLQPWVAARDVLLEVLRQLTVKGGVGYIMEYFGPGVAELSLTDRATITNFGAELGATSSVFPSDENTRKYLAAQGREEQWQELVADADAAYDEVLEIDMSTLEPMIACPSSPDNVVKVSEVAGKPVAQVLVGSCTNSSLRDLTAVAKIMQGREVHRDVSFEINPGSRQVIENLTVQGDVLPLLQSGARIHQSGCLGCIGMGQAPPTGMNSLRTVSRNFPGRSGNKGDQVYLCSPEVAAASAIKGVITDPRDLGEYPRFELPATYLPGDERIETPLSAEEGSKVDIVRGPNIAPFPEFTQLPETWKGKVVLKLEDNITTDHIMPAGAAILPLRSNIPAISEYVFSQVTENFSTDIKAITDAGLFGAVIGGENYGQGSSREHAALAPRYLGVQVKLVKSFARIHKANLINFGILPLTFVDAEDYDKVQQGSEIVIPDIREAVSSGAETIPMEIDGQPIQARCELSSRHREIMVAGGLLNWAR >HBW9511025.1 adenylyl-sulfate kinase [Klebsiella pneumoniae] MAQHDENVVWHARPVTQQQREQHHGHRGVVLWFTGLSGSGKSTVAGALEEALHERGVSTYLLDGDNVRHGLCSDLGFSDEDRKENIRRVGEVARLMVDAGLVVLTAFISPHRAERQMVRERLGEGRFIEVFVDTPLAICEARDPKGLYKKARAGELRNFTGIDSVYEAPEKAEIHLDGEQLVTNLVHQLLDLLQQSDIIRS >PIP52537.1 hypothetical protein COX09_01025, partial [Candidatus Beckwithbacteria bacterium CG23_combo_of_CG06-09_8_20_14_all_47_9] RGVPEATLDRKLASIKKFSAWARPEIEMTRFDLVRVPTRSNLTGLYQRYTNSRISSYLHLSILVLFSTALAVFGYNQIFKEAGIGQAYPQAPSPAAPNRYLSFQARLTDSSDNPITTPTDVRFIVYNNETASGSAKLWEELRYIDPDQDGIFSVTLGTEQSIASSVFTENVNLWLGVTVEVDPEATPRQRIATVGYALNAETLQGFPPSASASADQIPVLTQEGDLVLAAASPMVYSSSGTFAIKGQALTITTDTGTNGAITIAPDGTGSLNLTGSTTTQNFIRATNANLTSGHLISGYVGNDTATGDLLNLSSGASETEKFTVDRSGQCIEENSLISTSAGYKKIKDIVPNDQVLSLNETTGQFEYQTVEK >MAS51861.1 hypothetical protein [Flavobacteriales bacterium] MKRLFEVVLVVLVFFFSCSEPLDAKKTDSHKIVLDADSREPLEIMAPKGAIEFPGANPEDMLGLYTIYSKKVRAENFAIEVEFTTLSNVEVKEIVEEKLEEIKLESDLFRVIKKRKDGFLYETKEINGDLNYGFLKLIVTKKKYAVIFPEPKPEGNTSLEEANYMYDILNRN >MCF8193609.1 23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB [Bacteroidia bacterium] MIRDRGYRGRSGGGFKSSADLRPGVHAVEVLLDSGQEINRIWVQRGKKDPAVLGLLREARQRLVPVQEVPPEKLQQLCPGNHQGIVAQASPIAYHTLEEWVQSAFDQGQSPLLVVSDGITDVRNLGALARSAWCLGADALLIPGLDNAQVTPDAIKASAGALELLPVCRTLSLPDALRYLANSGFRIMGASEKGKDLGRDQDLSGPLALVLGAEDQGLSPDTLRRCDALLRIPMPARARSIGSLNVSVAGGILLFECHLQRSRT >WP_135705208.1 hypothetical protein [Cupriavidus oxalaticus] >QBY53143.1 hypothetical protein E0W60_18705 [Cupriavidus oxalaticus] MTLWQQEPGFQYRQFLEEPPFTWLADPKLTEAAAQCRDSARMPVPLPQVQCLRHMAERVQDVRRLRRRPQDLQGAQTYRFAVVDKGAHHLIWMLAQGVPVFPVECDVTQAFRLHQAAGLPGTEPSTMPELMQRYRSAG >WP_171155369.1 TetR/AcrR family transcriptional regulator [Streptomyces sp. Jing01] >QJS11440.1 TetR/AcrR family transcriptional regulator [Streptomyces sp. Jing01] MPATTAPSARKAPRPRADALRNRERIITAAREMFVEHGPDVPLDEIARRAGVGNATVYRNFPDRDALVREVVCSVMDRTAEAAERALAETGDAFAALERFVHTAADERISALCPMVSSTFDQHHPDLEASRERVEQLVEEVMGRAKAAGQLRADVGVGDLMIVVAQLSRPPAGTDCMRGDRFVHRHLQLFLDGLRAPARSALPGRAVNIRELRDC >ELZ16407.1 2,4-diaminobutyrate 4-transaminase [Natrinema thermotolerans DSM 11552] MTDGSSSAEQLLAQQARRESNARTYPRSLPLAIERADGAILEDVDGNEYIDCLAGAGTLALGHNHPAVVERMEELLERGRAIHTLDLTTPVKERFVDRLLESLPDAFAENANVQFCSPAGTDAVEAALKLVKTATGNRSMLAFQGGYHGMTHGALGLMGDTAAKEDVPGLMPNVQHLPYPYAYRCPFGLGGEDCWRTSAEYVERTLSNPDSGIVDPAGMILEPVQGEGGAVPAPADWLREMRRITRERDVPLIVDEIQTGLGRTGELYGIEHADVVPDVMTLSKAIGGGLPLSVVVYDESLDVWEPGAHAGTFRGNQLGMAAGAATIEYVLENDLEDHAAAMGDRLRGRLEETAATFEVVGDVRGRGLMLGMELVDPDGEPDSLGHYPADGDLASAVQSAAFDRGLVVETGGRDGSVVRFLPPLTISPARIDTVAEIVHESVRSAVATGRDRTEAPA >WP_073070755.1 DUF981 domain-containing protein [Phormidesmis priestleyi] >PSB20160.1 DUF981 domain-containing protein [Phormidesmis priestleyi ULC007] >PZO49090.1 DUF981 domain-containing protein [Phormidesmis priestleyi] MFIDYITLMLINMVAGLCLLAYYVYAGLEDAHQKRWIPGFGISGAIALTTGLHMMLTWPVPGSFNIAFGETSVLFGILFVGTAVAIAQGWDLIALALYSFFAGLVAIVVGIRILNLGLTNQPLVSSIGFILTGIGGVCALPTLLLFRENRTWRLVGAIVLVAAALIWAFTGYLAYWNHLESFQQWVPRTMR >SVJ73127.1 Uncharacterised protein [Klebsiella pneumoniae] MSEARLHSPDPRTPRPMAGWAASLRDSGLLALAVPRVFAGMERDWGEIFAGVRHLAEQELELARRLALHHLQIASIRLLGSPEQQRRLLPASVERRWLWSEAVDLRRAQPEAQEHWRGGFLVGGRGSDCFAVEDVDRLLISAWHAPSRAHLIAVAETGRAGIDISGLADGSGLFLPAGQRLHYQRLRLHPEDILVPPGLPPTPCGQLREGLTRLAQANLDLGQAARVPGDVAGQGEAPRLLALALRLVELAAESFQAAFARGVAAGERGGGGGPRRAARLPAPTGPGSPSAGRGPVGTGAWSKGGRASGGAFALIN >WP_253463694.1 ATP-binding protein [Robbsia andropogonis] >MCP1117845.1 ATP-binding protein [Robbsia andropogonis] >MCP1127309.1 ATP-binding protein [Robbsia andropogonis] MAVFAILVLFAVQAAWFAVLAIQGPRNQANGYARGLLMLLQAEHNDATGDPGLSPVNGVMLLPESARPRDGNWHSQIDGPMGHLLDAMRKNLPAGTLVGIETGSPRDRLWVRYPALAATAAASNTASPADSREPNWIVISLDPPPPPPVLLESAAMLIAAVLLSIGAAWQMQRPMARVAQAARRFGKGERPPLVAEKGPREVRELIHAVNQMMRQISQSEDEKILMLAGIAHDLKAPLTRMKLRASVLVDDEARLQFTRDVDSLTHIVQQFLEFAGSEPADGPEISVDAFIRAQFSMPETGEETLFVQHLRAGPAFTLPRTLIDRLASNLVDNALEHGSAPVELRTRRDGDHWVFEVRDHGPGIPEDLIEEAGKPFARLDPARSGDGHCGLGLAIVARLARKRRGRYQIENAPDGGLVVSVLLPVDPSIERPVAALH >UCJ00318.1 polymerase P2 [Prune dwarf virus] MDSLLEFLLPSHDEDAIELVNADSVKPSFSLSDSSGDTSSMFRSLCQFFGFIMIRDTVVRPNTFTGEFMTLPFVIDRLRMTFDLEDDYSFYMDDCSYDLELTDAQLDYAEGFQQQRDCFSESLGKVVVDYDFSLDSEDPSIKDVVVKIPDEIPEDLKIFPTEIVVDVPQIVSDDVGEQVVAGELIPSCETVNENVCVEVKFPTHLTPRFLVTHLPDVDRVVLVDGDVIDGFDKLISRNDWFFLKKLLPNIPLPSDGDVLLSGIKPTSPGVLQFALDELFPYHNLVDDRFFQELVECNDIALELDDCSFDLSHFVSWDKGKSGVDSTLMTGQTSNRQSTFREVALSVKKRNMNVPILNTVLNVEDVSNKIVNRFFETVVDINLLTTLPDVISIGEVNYFSDYLKGKAINDDELYVDPICLVSMDKYRHMIKSQLKPVEDNSLMFERPLAATITFHDKGKVMSTSPIFLAAATRLFACLNEKISIPSGKYHQLFSLDVERFDSVRFWKEVDFSKFDKSQQELHHEIQRKIFLRLGVPQEFVNTWFTSHCRSHISDASGLRFSVNYQRRTGDACTYLGNTIVTLAALCYVYDLRSSNVAMVVASGDDSLIGSYSELDRSFEHLFSTLFNFEAKFPHNQPFICSKFLLTMPTKGGGRQVVAVPNPAKLLIKLGVKSMTVDKFDDWFQSWLDLIHYFDDYYLIEVVCSMASYRYIRRPSQFLVSAISSLKSLFANKKKCKDFLFPGLIDKNPDLPKHLGAPIKIRDATSKRIRGKKKMKENSHVRIDSKVGE >HAR4359619.1 RluA family pseudouridine synthase [Staphylococcus aureus] MKFKIPENFNDLSLRDIFQQLKVPKKDLHHLNMSKDITINDKPARLMDKVHTGDDVFVPTIDEKSNYVPSYRYAQIKYEDDDMAIVMKLKGVKTHPNDLKESNTLMNHVIYTIDSDYVEPIHRLDQETVGLLIVAKNPLMKKILDRMLEDNDITRIYKANVKALLPLKPQTIDMPIGKDKFHSNKRRVSPTGQRAITHILTSKMIKEAVCQLEIKLDTGRTHQIRVHLAEIGHPVIGDPLYGDSTLRQLELESYKIEFVHPLTKEVISVSLDD >MCB1471508.1 sulfur oxidation c-type cytochrome SoxA [Rhodobiaceae bacterium] >MCC0053875.1 sulfur oxidation c-type cytochrome SoxA [Rhodobiaceae bacterium] MKGWTYGAFAAVFGLCAAGVFALTAPVDAQDDKPLTIDGETLASRVKAPEGSPLAPDLISGWHYRTSETQALQTDDFQNPGFLWVEQGEQLWSAVDGSEGKSCQSCHGDASDSMKGVRAAMPKWSEKAGKPQTLEQHINLCRTERMGAEAWKWESDQMLGMTSYVGLQSRGMPMHVQTDGPMASWVDKGKELYYQRTGQLDMSCANCHEENNGKFIRADFLSQGHLNGFPTYRLKWQKVGSIHRRLKGCINDTRATPYDVGSDELIALELYVSSRGEGLAIESPSVRQ >KKQ50904.1 MAG: Cation/multidrug efflux pump [Parcubacteria group bacterium GW2011_GWD2_38_11] MENPKKNSYQTTDSAYLDKLEFTPELKKTWLNFFVSNFRVVILLIILISGWGIYSFLQLPRESNPEVKIATAIVSAAYPGVSPSDIEELVTKKIETDISGVSGINKITSTSANSFSTVVVEFDANQNVDDSVRKLRDKLPTIRKDIPADAKDPEVREISLDDTPIVTFALVGPYDGFTLRTYGEKIQDELEKIPGIREVNISGGDQSEFAVDYDPQKLTLYNVTSDQANQAISATNRAIPAGNFEGSEFSYPVRSDGRFYDAKTLGDIPILHTAQGGIVYLKDVATVQEKAIEKTIYSRFSINGQAPQNAVTLQIVKRTGGNITKTVDSAQTKISEMLKTFPQGITYSDTVNQADRIKKDFDQLTHDFLLTLILVVGILFLIVGLKEAFVAGIAIPLVFFVTFGVMQATGTSLNFLSIFALLLSLGLLVDDAIVVVSATKQYMKTGKYTPEEAVLLVLHDFKVVLVSTTLATVWAFLPLLMASGIIGQFIKSIPITVSVTLIASLLIALMINHPLAAVLERIRLTKKFFLLILFLVLGLGLVSIMQHSIFGYAFAALSFVIITWMLSWYFNIGKKILEQNFVLAEKEWDNDDLIKQKLLSQGDRENASLASKLIHGVIHFDRVLPVYEKYLRMITSSRKRRLTTLISTLALFIFAISLPITGVVKSEFFPPADGDALYVSMRGPVGLNLDQTDKIAQEVEKRLLKIPNVVNFSTLVGNAGSGGSGFGGGSNKSNTASITIKLTPYENRNKKAYDVAEEIRSALSDIQDVTITVSAPRGGPPSGSAFQAQISGENLQTLDKIARDLKPIIDSLPGTINSDISLKDAPAEYTFALDSAKMELYDLNATIVGSALRSAISGTTVTTVIRDNKNIDVLARFSKDKIPTLETIQDLQILNTKKQPVFIKDVATVKLTPSVDSITRIDQKRTILLTADVSGTTNATQVVKDFQDKLAQNYTLPEGYVITYGGENQQNAESVFSIIRAMAIAGLLIISTLVIQFNSFKKAIIVLVTLPLALIGVFIGMALLDVTLSFPGLIGILALFGIVVKNAIILIDKINLNIETGIPFNESIIDAGKSRLEAIFITSIVTIAGIIPITLSNETWTALGSAVIFGLSISSFFTLFIIPTLYMTFIDEKEKF >XP_034577512.1 beta-galactosidase 6 [Setaria viridis] >TKV97031.1 hypothetical protein SEVIR_9G469300v2 [Setaria viridis] MAATALLLPAAAVLLLCLAGGSRATNVTYDHRALVIDGVRRVLVSGSIHYPRSTPDMWPGLIQKAKDGGLDVIETYVFWDIHEPVRGQYDFEGRKDLAAFVKAVADAGLYVHLRIGPYVCAEWNYGGFPLWLHFIPGIKFRTDNEPFKSEMQRFTTKVVDTMKGAGLYASQGGPIILSQIENEYGNVDKAYGAPGKAYMRWAAGMAVSLDTGVPWVMCQQADAPDPLINTCNGFYCDQFTPNSAAKPKMWTENWSGWFLSFGGAVPYRPVEDLAFAVARFYQRGGTFQNYYMYHGGTNLDRSTGGPFIATSYDYDAPIDEYGLVRRPKWGHLRDVHKAIKLCEPALIATDPSYTSLGQNAEAAVYKAGSVCAAFLANIDGQSDKTVTFNGKMYNLPAWSVSILPDCKNVVLNTAQINSQVTNSEMRYLESSTIASDGSFTTPELAVSGWSYAIEPVGITKDNALTKSGLMEQINTTADASDFLWYSTSFTVKGDEPYLNGSQSNLLVNSLGHVLQVYVNGKIAGSAQGSASSSLISWQKAVTLVPGMNKIDLLSATVGLTNYGAFFDLVGAGITGPVKLSGPSGALDLSSAQWTYQIGLRGEDLHLYDPSEASPEWVSYNAYPINQPLIWYKTKFTAPAGDDPVAIDFTGMGKGEAWVNGQSIGRYWPTNLAPQSGCVNSCNYRGSYSSSKCLKKCGQPSQTLYHVPRSFLQPGSNDLVLFEQFGGDPSKISFVTRQTGSVCAQVSEAHPAQIDSWISSQQKMQRSGPELRLECPKEGQVISSIKFASFGTPSGTCGSYSHGECSSTQALSVVQEACIGVSSCSVPVSSNYFGDPCTGVTKSLAVEAACS >CDN40573.1 unnamed protein product [Mycoplasma amphoriforme A39] MNKTKSRDRATSDIKPIISNKNQETFNRGKTVKKTIQKQDKTVTLKPDNNKQKHTPISKNNPNITIKQKTDSSASQKQPKNEIQKTNRTIANKTKTNQAKALNGQTNSPSTTTVASPTYQLLTTHPYRQSAQVLFNGMKDHLPDNLIYPIKKQFSDQLKPPKFTQHFNKKQKQNFQQNYYHSESNLPSWAVTRIESKTNLPKKMGHYKSNSKNEFDAFVDVHHRVDDKPKSRDLVPVVPKVNVYPLVEKRIMELLNSLKIIPNDITLYEQALTHNTYANETADKKSYQRLEFLGDSIINKLVTVFLFLMSDDDEGRMTKDRISIIQAKTLIRASNDLNLKDYLLVGQGLKNRPISDHILEDIFEAFVGAIFLDQGEVVANRILMKTIIKYYLNDDLQNTIDYKTKFQEAMQEHCKQTSIQYKKICCEIGKFEVELVCNGIIYGHGQAPKLHEAEVLAAKEACEKISKVRK >HAN0352225.1 RHS repeat protein [Escherichia coli] ETRYEYNAAGDLTAVITPDGNRSETQYDAWGKAVSTTQGGLTRSMEYDLAGRITTLTNENGSRSEFTYDALDRLVQQRGFDGRTQRYHYDLTGKLTQSEDEGLVTLWHYDESDRLTHRTVNGEPAEQWQYDEHGWLTEISHLSEGHQVAVHYGYDDKGRLAGERQTVHNPETGELLWQHETEHAYNEQGLANRVTPDSLPRVEWLTYGSGYLAGMKLGGTPLVEFTRDRLHRETVRSFGNNAYELTSTYTPAGHLQSQRLNSQVYDRDYDWNDNGDLVRISGPRQTWEYGYSATGRLESVRTLASDLDIRIPYATDPAGNRLPDPELHPDSTLTAWPDNRIAEDAHYVYRHDEYGRLTEKTDRIPAGVIRTDDERTHHYHYDSQHRLVFYTRIQHGEPLVESRYLYDPLGRRMAKRVWRRERDLTGWMSLSRKPEVTWYGWDGDRLTTVQTDTTRIQTVYEPGSFTPLIRVETENGEREKAQRRSLAETLQQEGSENGHGVVFPAELVRLLD >MBQ7354351.1 hypothetical protein [Clostridia bacterium] MNSTERVRNAIWGGPVDRQPIYGWVSANLSREITAAFGSVEAFEDHYEFDMAHLFGGPSAFRWDLIARLRAENDELTPDLLLKEEIFTSPDNLADYEGIRHALLHHKARGRFCYVQTPGFFEQFNDLFGIENQLLYLAMYPDELCELYRRQAEWTVRFADHCIDLGVDMIHISDDWGAQKDLLFSPRLWEEIVYPHMKRVVDHVHSRGVLCSLHSDGCIAKVADGIAGLGLDCVHPWQESAGMSYDLYLERYADRFAILGGVCVQSAIGILPRNELEAEIRRIFGKLKGKRWICCTTHFVQNHCSIEDLTFAYDLIYRLARE >PQN90025.1 mobilization protein, partial [Shigella dysenteriae] MTELEMHLLNALEQLQQDYTQ >WP_153656540.1 NADP-dependent oxaloacetate-decarboxylating malate dehydrogenase [Enterobacter bugandensis] >MRE93696.1 NADP-dependent oxaloacetate-decarboxylating malate dehydrogenase [Enterobacter bugandensis] MDDQLKQSALDFHEFPVPGKIQVSPTKPLATQRDLALAYSPGVAAPCLEIEKDPLAAYKYTARGNLVAVISNGTAVLGLGNIGALAGKPVMEGKGVLFKKFAGIDVFDIEVDELDPDKFINVVAALEPTFGGINLEDIKAPECFYIEQKLRERMNIPVFHDDQHGTAIISTAAILNGLRVVEKNLSDVRMVVSGAGAAAIACMNLLVALGMQKHNIVVCDSKGVIYKDREPNMAETKAAYAVEDDGKRTLEDVIDGADIFLGCSGPKVLTQEMVQKMARAPMILALANPEPEILPPLAKAVREDAIICTGRSDYPNQVNNVLCFPFIFRGALDVGATAINEEMKLAAVHAIAELAHAEQSEVVASAYGDQDLSFGPDYIIPKPFDPRLIVKIAPAVAKAAMDSGVATRPIQDFDAYVDKLTEFVYKTNLFMKPIFSQARADAKRVVLAEGEEARVLHATQELITLGLAKPILIGRPSVIEMRIQKLGLQIKPGVDFEIVNNESDPRFKEYWNEYYAIMKRRGITQEQAQRAVIGNTTVIGAIMVHRGEADALICGTIGDYHEHFSVVQEIFGYRDGVHTAGAMNALLLPSGNTFIADTYVNDDPTPDELAEITVMAAETVRRFGIEPKVALLSHSNFGSSKSAAACKMRQTLELVRERAPELMIDGEMHGDAALVESIRNERMPDSPLKGSANILIMPNVEAARISYNLLRVSSSEGVTVGPVLMGVAKPVHVLTPIASVRRIVNMVALAVVEAQTQPL >ABL14307.1 large envelope glycoprotein [Equine arteritis virus] MLSMIALLFLLWGVPSHAYFSYYTAQRFTDFTLCMLTDRGVIANLLRYDEHTALYNCSASATCWYCTFLDEQIITFGTGCNETYSVPVSTVLEQAHGPYSTLFDDMPPFIYYGREFGIFVMNVFKFYPVLVLFFLSVLPYATLILEMCVSILFVVYGLYSGAYLAMGIFATTLVVHSVVVLRQLLWLCLAWRYRCTLHSSFISAEGKIYPVDPGLPIAAAGNRLLVPGRPTIDYAVAYGSKVNLVRLGAAEVWEP >MCI0559521.1 hypothetical protein [Nitrososphaera sp.] MTLLYIYHALISPSVASYRLERLQDAREDIGRLIQQFHSLRYAYEILAVPPISVRTLAASDMGLFIDTIIPAIRENHKRSSDQHEGNEEYLDRLSNNMSTLSDLYNERRNRHNPLALLPRSDTGAGLRLQLRSFRKALGKVIAAPSDDISVQRDDDKLRDKQALLELQSLLVGDSELHIVIPDDPLNDLGSLDRLEQVIIDLKDLEAKPENRTYCDDARQYLSSNPAVGGRIQLGDSLTLSFPLYPLLAMYTPLKDPLKFAPEYGLRSYSAIKLYLRAPFEVKTISDLDQLSDYAGVAIEKTITESQSGTIDIPFIDTRIDRSIILAAVPMLMVVLFHVISYYVIRSAELIREIGKSKHIVLDRNDFRRLGPHSLLHPLSRQWFSEHNFSLITLTGLANLISFIFNLAVRSVPIALIIGYSVSLYFFWNTFQYPFEIISMVLIGVFTLFFMTVEVLLIDRSLG >MCC2110934.1 BCCT family transporter [Hyphomicrobiales bacterium] VTSSDSGSLVIDTITAGGKTDAPVAQRVFWCTFEGLVAAALLLVGGSQALNALQAMAVSTGFPFTIVLLLMCVSVLIGLMRTRKTGK >HBO1212818.1 FecR family protein [Pseudomonas aeruginosa] MNDCASGRASQAGDAELSGPPAAEAIAPQVLRETASWLLLMQEGPLAPAQQAELESWRSRSPEHQRAWRRAERLLANIGSLPPALARRALERPSGSGRRAVLRGLALLLGGAPLVWWGWRAQVWRDGFGADYLTAVGERRDLALEDGSQVEMNTDSALDVRYDPGQRLLRLYRGEIYIRTAADRREPPRPFLVRTEQGLMRALGTAFSIRREGTETLLAVYEGAVQVRPEGAASAADGRVIEAGQRVRFDRQRIGPVESASEAALAWRQGLLVADDMPLRQWAGELMRYGGESIECEPSLDPLRVSGTFPVDDLPLALAMLAQTHGLRLVHQGRRVLIRR >WP_003176097.1 MULTISPECIES: CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas] >MBN2975132.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas lactucae] >AZF07350.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas sp. R5-89-07] >EFQ61151.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas fluorescens WH6] >MBN2985174.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas lactucae] >MCK6187712.1 CDP-diacylglycerol--serine O-phosphatidyltransferase [Pseudomonas sp. EYE_354] MSERPEEPNQASDAESLLPIDEHVEEGHDAEGRKVRHRGIYLLPNLFTTANLFAGFYSIINSMSAQSALAAGDAASASKYFGFAAIAIFVAMVLDGLDGRVARMTNTQSAFGAEYDSLSDMVAFGVAPALLAFAWALGDMGKVGWMVAFIYVAGAALRLARFNTQVGTADKRYFIGLASPAAAGVVAGIVWAFSDYGIQGSKMSFLVALMVAAAGMLMVSNIKYNSFKELDLKGRVPFVAILVVVLVFAVVFSDPPRILLLAFLVYAASGPIQYLLHLRRDKTLP >EEJ3660224.1 conjugal transfer protein TraP [Salmonella enterica subsp. enterica serovar Typhimurium] >EGU3359091.1 conjugal transfer protein TraP [Salmonella enterica] PDPAFTVSSPVPLNLTENCPLKITGAEEYAADIDQSLSQTGWLLWGMLALLYTAVAVMIGDRPYRHNPLTYAYDTATNNLKYIDKENEIRTLKVNTNGQVSYSGNKEAKKEGDKNEHT >YP_009550556.1 photosystem II CP43 chlorophyll apoprotein [Eustigmatophyceae sp. Bat 8/9-7w] >QAA11485.1 photosystem II CP43 chlorophyll apoprotein [Eustigmatophyceae sp. Bat 8/9-7w] MKTLYSQRRFYHVETPFNRVVGRDIESTGFAWWAGNARLINVSGKLLGAHVAHAGLMVFWAGAMCLYEVSHFIPEKPLYEQGFILIPHLATLGWGVGPGGEILDTSPYFVVGVLHLISSAVLGFGGIYHSLIGPDTLEESFPFFGYDWRDKNKMTTILGIHLILLGLGSLLLVIKAVYIGIYDTWAPGGGDVRRILNPTLNAAVIFSYLLKSPFGGDGWIVSINNMEDLIGGHIWLGALCVVGGVWHILTKPFAWVRRTFIWSGEAYLSFSVGALAVMGTTASCFSWFNNTAYPSEFYGPTAAEASQSQAFTFLVRDQRLGANVASAQGPTGLGKYLMRSPSGEIILGGETMRFWDLRAPWLEPLRGPNGLDINKIRNDIQPWQERRAAEYMVHAPLGSLNSVGGVATEINSVNYVSPRSWLTCAHYFLGFFFLVAHWWHAGRARAAAAGFEKGINRKTEPVLTFRPID >WP_262088989.1 hypothetical protein [Aggregatibacter actinomycetemcomitans] >UXM97614.1 hypothetical protein N7761_00235 [Aggregatibacter actinomycetemcomitans] MLKTLSKLISSSISMAFLVVLGWSVAYGYGWGQSYFYGFPWWYVDVGTGNVARSFGYVIWVSIILLATYLVGLFGLKKARPFMTDYCMNLLRTYILCNVFFIPVILGYILTVGKVNYLFAIFYIGITFTFTLLFKNYIHKHIDTISINTTLAFLYKNKIYVMLATYCYFVICAFIVGYSRPHFKTVFDSLEIEGKAYYVLAKYSDTFILAKSTRATNDSFYLYKMNINFLCRVRVVNTHNALIQPD >WP_146205473.1 LuxR C-terminal-related transcriptional regulator, partial [Azospirillum sp. TSH7] >PWC54841.1 transcriptional regulator, partial [Azospirillum sp. TSH7] KMIANHLNITEATVKVHLKSLLRKINASNRTQAAIWALNNGIGGELAGANVVAAAANQ >WP_010875413.1 TraH family protein [Sinorhizobium fredii] >P55415.1 RecName: Full=Uncharacterized protein y4dP [Sinorhizobium fredii NGR234] >pir|T02779| y4dP protein - Rhizobium sp. plasmid pNGR234a [Rhizobium sp.] >AAB91645.1 conjugal transfer protein TraH [Sinorhizobium fredii NGR234] MLDAALIKECADPSLKPAIVEQFVAAAGSTDPLAVSVESGGRLILVPKATSAGEAMAIVRQYVGQAVVRVGLTQFPVGVGVKNAADLQPDLVDACENLRKGTSMFAKVLRIVAKSYGNPESDDVIPQIFEDAVYAWKTGEFEGVSVFQAPDPGGSVATEEVLRSDDRDSHTQDSASEWPEGNDSVGSAAMRIDLSRIGGT >HET19548.1 phosphonate metabolism protein PhnP [Chromatiales bacterium] MKLTLLGSGAVGGVPLYGCDCPACVRARAMSDYIRRPASALLEAG >GFS24540.1 hypothetical protein ElyMa_001666300 [Elysia marginata] MRPIGFARLTSLWWTRHPTKLMSVVVVVVNVVVVVVVVVVVVVVVVVVVVVVAVVEVVVVIEVAVVVEVEV >WP_189862922.1 hypothetical protein [Streptomyces poonensis] >GGZ24563.1 hypothetical protein GCM10010365_51110 [Streptomyces poonensis] >GLJ89997.1 hypothetical protein GCM10017589_25980 [Streptomyces poonensis] MSPAPHAPRTVRRCVWPRVLLLLLALLLPAAHAGAATAPAVAVTTETADQDALESTARFPARQVCRAHRPTAARRPVPPAPPAHPRRQDAERAPLLLPPPAPYALLIRRSVVLRC >WP_174742261.1 TIGR04219 family outer membrane beta-barrel protein [Acinetobacter seifertii] >NUG13279.1 TIGR04219 family outer membrane beta-barrel protein [Acinetobacter seifertii] MKILKMSFLALGMSLSGFAQADFIGVKGDVSYWFYDGKANMSSQLPDDQDLDRKGSAQLSLAFEHPIPFIPNAKIRYVNLDTQTKSETLGQANYKINLDHSDFILYYELLDNIVSVDAGLGATILNGDITAYTGKRVDIDKTYPIAYLSGEVKLPFTGLSAKGEATYTNFNDAKITDALAEVKYKFIDNLAVDLGLKAGYRVLNIDLDDYDNNDLKFEFKGPYVGLEAHF >MBJ9849823.1 plasmid recombination protein [Citrobacter freundii] NTSISHNNRELTDSQKINDWHKHIDFTKSDENIYLEQINIREKYEELFGEAVEKYNAKQKRADRKIEDYLAKVRKDKKMEPQREFIVQIGTLDDFRTTRDDGSSTGISEQQAEQNRVIANKILVEYFKEFKERNPSLSVYNAVIHNDEVSPHLHLNIVPVAEGYKRGVQKQPSFNKALQQQGLRADKENGRVIWNNFRNQEVESIERLMAAFGWERELVGTNKIKDIHEYKEIMSEISELRQTAVKERESVSDELRYICRQREENEREKALVASERAKIEEEKKNMLNVKKEMAVIFQKDMVPLESFKRLPDGSYHLSGNDFVDLYQRATRATNAKRNADNMSEQYLQMLEQNTELNEYVAALEEERHLSGRKQLADLQVENKKLKEENRSLRQRLERLKNAFQKSITRLSIRFGLAEKDMGLSEELEVLEQEKTLFYRQNVSQHKLERSGDEIEW >MCF8113477.1 DMT family transporter [Desulfotignum sp.] MSMKNSLLYVVTIIIWGSTWIGIKFQLGTVDPMVSVVYRFSLSAVLLLLFCKARGLTLKFSAKEHTFMALLGLLLFSVNYWLVYVAEVYLTSGLVAVLFSSIVFMNIANGAFFLGTPVEKKMVLGAMAGILGIGLIFIHEIESFDLTDKSLMGVVFGFSSVLLASLGNITSARNSKHSIPVLQANAFGMGYGALALALLALGLGKEFAFSMTLPYVTSLVYLAVFGSIIAFTSYLTLISSIGADKASYSIMVVPVVALIISSFVEGYVWNFSAITGLILVVGGNFLALHRPAAVR >MAH35553.1 metallophosphoesterase [Verrucomicrobiales bacterium] MKISSFLILLTTIIPLNLLHGAQGTVFNDKNQNGKKDDGEPGLPNIAVSNGKEITKTNAQGQWELPHDDDTIFFVIKPRNWRTPLNKDNLPQFYYIHKPKGSAPNLKYKGVKPTGPLPKSIDFALIADKEPDTFKAIFFGDPQPRSIEQINYMAHDIIPELIGTDAKFGVTLGDIMFDDLDLFKESNANLALIGIPWYNVVGNHDINFDSKDDAGSDETFHRFFGPNYYSFDHGPVHFIVLDDVDWSGEKNTYRGGLDEDQLTFVKNDLALVPKEKLIMLMMHIPLTNVGNRQKLYRLIEQRPYTMSISGHTHWHAHKMIDSKDGWKGKEPHHHVINVCVSGTWWKGNKDEVGIPHTTMRDGAPNGYSIITFDGNKHVLDFKAARQPASYQMNIQAPDAIDQKNNQKQSVYVNVFNGSAKSKVKMKIGKGSDWIELKKTVENDPSYVNTREREAKNSKNGKSDLNPPSPSDHLWKVVIPSGLKLGSHLIEIEATDHYGRLHKGNRVIRIEK >WP_276357708.1 AbrB/MazE/SpoVT family DNA-binding domain-containing protein [Cohnella sp. YIM B05605] MMKSTGIVRKVDELGRVVIPIELRRTLGIGEKDALEIYVDGERIMLKKYEPACIFCGNAENVTYFKGKIVCRECLKDLPSPVTNS >KAJ7618075.1 hypothetical protein FB45DRAFT_1103503 [Roridomyces roridus] MPSAASESPNGLSPAERSRLVRSTRKLQALLGETPQVIESAVFGAMHPTWEADSSFTPYHSSTSRVRTITRAIPSSLVLADSTTDPRPRLELHKCTLSLPSPPPTPLSPTSSIAFNTLTASLSRSLSAKDMRRHHAAKLARTLGENVAPALAAEDPASFPDAVPIDPGAGAVRRRPSATGRVGLRRPSCRRPALPSCMSSPAVPAGAAAALVRQDDGGSHAVPIHVPLNFTPPFLPMRSAVLPLPVSESPSPTASHVVEEKGGADHDEKEPRPKKSGSRRRKERDWSGEWNVEMRDVAKQLRALKG >WP_192324556.1 dipeptide ABC transporter ATP-binding protein [Variovorax sp. VRV01] >MBD9665796.1 dipeptide ABC transporter ATP-binding protein [Variovorax sp. VRV01] MSSPALALPDGRVLAVDDLTVRFSTSERTVDAVKNLSFHVDHGETLAVVGESGSGKSVTSLALMRLVEHGGGRILGGRMAFRRRSGEVLDLAQARDAEMRNIRGADIAMIFQEPMTSLNPVFTAGEQIAEAIRIHQGKSNAAARAEALRMLELVRIPEARNVLDRFPHQLSGGMRQRVMIAMALSCKPQLLIADEPTTALDVTIQAQILQLIRELQKEMRMGVLFITHDMGVVAEIADRVLVMYRGDKVEAGSSDTVFASPQHPYTKALLSAVPKLGAMQGTDLPAKFELLRTEGTPETVPCTSTTPQSTVREGAGPILRVRDLVTRFDVRSGLFGRVKRRVHAVEKISFDLYPGETLALVGESGCGKSTTGRSLLRLVESQSGAIEFGGQNIRDLPTRELQALRRNIQFIFQDPFASLDPRVTVGFSIMEPLLIHNIAKGAEAQQRVDWLLQKVGLPPEVAQRYPHEFSGGQRQRIAIARALALNPKVVVADESVSALDVSIQAQIVNLMLDLQRELGVAFLFISHDMAVVERISHRVAVMYLGQIVEIGPRRAVFEAPQHAYTRKLMAAVPVADPSRRHKPRALLEGEIPSPIRAVGDEPDVPPLVQVAPGHFVARHAIGGAF >MBV8927738.1 DUF3039 domain-containing protein [Mycobacteriaceae bacterium] MQTETIERTDTEERVDDGTDSDIPKYFHYVKKDKIAESAVMGTHVVALCGEVFPVTRSPKPGSPVCPDCKRIYENLKKG >GKW22999.1 threonine transporter RhtB [Pectobacterium carotovorum subsp. carotovorum] MFINTLFSADSLFPTHFPALALAHFVALLSPGPDFFLLTAYAIRYRLRGSAGICLGIALGNGIYILLAAIGWAGIQHSPTLFTVIELGGAAYLIWIGYQLLKSRSVPLLQAEQQSNGCPTLRKQILLGLGSSLLNPKNMLFYISLMTSILGPHVTPAQQFVSGSWMFSVVLAWDLLIAALIARPRVQQRLTRWINPIERGAGIILLFFGLMLLFR >WP_146272353.1 SusC/RagA family TonB-linked outer membrane protein [Mucilaginibacter achroorhodeus] >TWR24941.1 SusC/RagA family TonB-linked outer membrane protein [Mucilaginibacter achroorhodeus] MKQIYQHFFDDGKIYQKRFLLLLCAFIISVLPAMSQTGRTIRGTVTDETREPLPGVSVVVVGTNTGVITDAKGNYALNVSGANATIRFSFIGYLPKDVIVGASTTINANLVPDAKQLKDVVVIGYGTASKKDVTGAITTLKSEEFNVGATTTPAELLQGKVAGLNITKSGDPNAAPSVVLRGPSTIRSTGGAQEPFYVIDGVPGASIDVLAPSDIETIDVLKDASSTAIYGSRAANGVIIITTKKSKSGQSHLNYSGYATVQEVSKKINMLTGDELRKYLADNGVAPLAKPLDDDGSNTNWQNLVERNGYSQNHNLSYNGASNSADYGASVNYFKNEGVLKRTALERTIYRGYVNQRFFDNRLRLNLNLTNSNTNSDDIYQVNVLPAMLFYLPTVGPFNPDGSYKENYTRTGSGTLNPLSLLDNNTIKINDNKTLINGIVSVDIIRGLKFTLSGSQQRDQYNYNSYLNSKSGLAVNLNGVARRSAILNTNNIIESYFNYDREFGRHSLKLLAGYSYQQNKTNNGFGVQTQNFSNDNLTYNNLFLSNPASVSQIAFDNAPISTLRLISYYGRAQYQFDDKYLVQASLRDDGSSAFGANHRYGLFPAASVGWRIINEDFMQKLPAFSDLKLRAGYGKSGNSVGFDAFSSILIYGTQTVNGASSKFLSNGNITNAIGPVRNENPDLKWESTATTNIGLDFGLFKNRITGSVDYYIKKTSDLIYDQYPVSLTQYFTNTITANAGKISNKGIEVVLSATAVKTNSFSWRTSINASHNKNVVESLSKGQFNLPSFYTAQLGGKGQSGNFSQIVQPGQPIGTFYLWHYVGKNKNGVSTYQNAAGNTIATQPLTTDQRIAGNAQPTLIYGWTNTFTYKAFDLNFLIRGVTGNKILNATLANLNNPADAKLQNIPRFTLGESFKDINAYLISDRFLESGSYLRLDNATLGYTIKPKIPAIKSVRLYLSGNNLFVITKYRGIDPEINIGGLTPGIDNNNYYPKTRTFLFGLNASF >WP_219133024.1 arsenate reductase (glutaredoxin) [Janthinobacterium sp. UMAB-60] MTITIYHNTACGTSRNTLALIRNTGVEPVIIDYVKHPPSREELVDLIQRAGLSVRAAMRDKGALYEELGLANPELSDAVLLDAMQAHPILINRPIVVTELGVRLCRPSEKVLEILPLPQQGAFAKEDGQAVVGADGKPVA >TMQ14810.1 hypothetical protein E6J91_14490, partial [Deltaproteobacteria bacterium] MAKTKGAVRRVTRPSARPARTAGSAKAKPASARSPAKRPARAPAPRRASTALARSTPGSGRIGAQTRSEPAPRPATEDEARPSSSGPGTPDAPPATRDVARLLRYGERFGDERIDVRMLPLQLHAGSGALAVCDPADP >CAB0780497.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB0854426.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB0923721.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB1041692.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] >CAB1042216.1 molecular chaperone DnaJ [Corynebacterium diphtheriae] MARDYYAILGVERDATDNEIKKAYRKLARKYHPDVNDTEEAAEKFSEISIAQEVLLDAEKRRIVDMGGDPMAQGGGDAGYGAGGGLGDIFEAFFGGGGGSRGPRSRVQPGSDALLRTTLTLEEAYLGTKKPITIETAILCDRCEGTGSKSKSKPNVCGTCNGSGEIQQMQRSFLGNVMTSSPCPTCRGTGEVIPDPCDKCGGDGRVRTQRDLIVNVPAGIADGMRIRMAGQGEVGPGGGPAGDLYIEVMMQQHPVFQREGNDLHMSVHVPMVDAALGATTSVESLSGDAIDFEIPAGVQPAETIVIEGKGMPQLRGEGFGNMIAHVDVSIPTQLDEKSKELLNKLRDHRSDESAVRTADDSDDSLFGRLRNRFRR >WP_279268272.1 DUF87 domain-containing protein [Citrobacter braakii] >WGA83688.1 DUF87 domain-containing protein [Citrobacter braakii] MLPSESEKLAYAHLAFFTNTAPVDCRQIRIEDASSGVLCHGLIAGEGAETQGDAYFTAFGLRDVDIEPYCALRLARLVGCLWQPARQSNSQYHGQGIGLAVSGDFKQLLNYSYNSALWTTIIDPKVTLDFFTSQKDVVLIHYSDQYTSCAGYDAVTVTKQVDLFLRLLQTENLPSQHTLDSKHLLAEFNAFNGEWLLKMLRSSEKERKEKHGIIAAYKFVQSMLNQSDICWIPLSVAEMIRVSGNVGLKMKESDLSRNLQGYRKGAISDDVLFVGFKENTLYLLPLEVKTGARPDYNYAGQQACELKRYLKEDILEPQTLASNLYRALFVRQVLMQVEKLRLYGVLEIGKLEPLLENREWWLTGEYQLGELADYPNGFVVAHVDSGTCFDISYKETQQDILQIEIPYSLLPSLIANPNGESSLADRYHVPSKYLLKPNQDINTLQSVAEVSAIKAPEDEGKSISEVSVLQPEAVTCRTNDQSLQILFGHDAVQQTPLYWEPTNTAKFMNTNTGIIGTMGTGKTQFTKSLVTQLMRNQSNNVDGKPIGLLIFDYKSDYVDDAFIEATRAKKYQLSLLPYNPLSLFGDMPMLPRHTAMAFAETMGKAYNLGVKQRMKLVGLIMECYDQAGIVPHDRSTWNRVAPTIEDVWQQYLAQEKVDEDSLYAALYNLAGFQIFETDPTKMTSLYDLVDGVTVIELAGYPTEIQNLVVALTLDLFYAQMQKRGKPTVQGDYRQLTKMILVDEADNFMRQDFASLRKILKEGREYGVGAILSTQEITHFKTGENNYSSYILTWIIHRVSEIKNADIKAVFNIDDKGEQESLMGLIRQLDKHFSLYIDGNKIVKKMRDKAFWELTK >WP_201454235.1 U32 family peptidase C-terminal domain-containing protein, partial [Streptococcus pneumoniae] HDAKGNKIDRAPNPMELLTIKVPQPVQAGDMVRALKEGLINFYKEDGTSVTVRA >WP_107169208.1 GGDEF domain-containing protein [Pectobacterium punjabense] >MBS4430325.1 GGDEF domain-containing protein [Pectobacterium punjabense] >PTA64320.1 GGDEF domain-containing protein [Pectobacterium punjabense] >QJA21760.1 GGDEF domain-containing protein [Pectobacterium punjabense] MNDLKYKILKLFAHPTYAFFLFGAISFIFTIVIMHEANKSTWKAERTNLDTAIKTYGSYSNSGEVTESDMTRQSGTYLSSRTRTVAFNTRNSRSECINKLSSSDLTFNDMAVIRTCQNKLPSIGDYAGKDTLTVIFPILSPTDELLGIWIRTTSEKPQPSFIQTLFSLSSTLIIVGSVVLFAILGSLLSLLAKKYLIELPIIAKYDDLTGYLRRDAFFLATNKAFSIANLTKRPVSVMLIDIDHFKRVNDSFGHSVGDDALRFIADTFKKSFRREDIFGRIGGDEFAIVLPNTGLDDAYTIVDRARERISDTPCDTTAGKIRLTVSIGLVEYHTAEEDLSEVMKRADDNLYIAKKTRNATAR >WP_258315721.1 hypothetical protein [Klebsiella variicola] MTTDITELAQMKGQKVEAPYYLAECTECGKMYPSSQLIESRNYMDGDADCYCPHCNATDPDIADCGSEGVTAWNYQQARIDALVEALEKALEMIAFQQGEIKALLSSLESRTVTVKLPKPHAHLIWIQAGHAPDDFWDDVAVSHSDKDRCCDGSERYPVYARWEIEEMLAAAGIKVEAD >MBQ0056002.1 hypothetical protein [Synergistaceae bacterium] NPRLPAKIADSAQEPVTFASGASYRKEKQKDAGFRAKSLRISAERRREGSDFRTLAGHRQNDGEEKFVFV >EMS62928.1 Pyruvate dehydrogenase E1 component subunit beta [Triticum urartu] MAVAPSPQATAAAAALSRHRSAAVPPVAPPRARDRWPSPRRRKPRRPPPPSPGTDPPPSHQAKGELASSDTGGESTIVSVSSITRCHEVLMFEALREAMIEEMTLDPTVCMIGEDVGDYGGSYKVSKGLSEMFGDLRVLDTPIAENSFTGMGIGAAMKGLRPVVEGMNMGFLLLAYNQISNNCGMLPYTSGGQFKIPIVIRGPGGVGRQLGAEHSQRLESYFQSIPGIQMVACSTPYNAKGLLKAAIRSDNPVVLFEHVLLYNLKEKIPDEEYICSLEEAEMVRPGSQLTILTYSRMRYHVMQAVKTLVNKGYDPEVIDIRSLKPFDLHTIGNSIKKTHRVLIVEECMRTGGIGASLRSAIIDNFWDELDARPVCLSSQDVPTPYAATLEDATVVQPAQIVAAVEEICQ >MBK6276192.1 MFS transporter [Saprospirales bacterium] MTTNKNDPYEALRYKEFRAYIVARFLITIALTMQAVIIGYEVYEITNSKLLLGLIGLTEAIPAIGIALYGGYVADKSEKRNMLITFVSIYTLMCIFLLVVTHTNFANFASKQTIVFLIFVVIFITGIARSFSGPASFGLSAQIIPREVYQSAITWSSGAWQSGAVLGPAVGGLLLGKLGITTTFIIIIVMLTIAIFSLFQIDKKPILFTPQNESVYESAMQGLKFVFHNKVILSCISLDLFAVLFGGAVALLPVYAKDILHVGAEGLGWLRASQAIGAIFMLMILAYFPIKKHAGLILLVAVFGFGIFIILFGISTIFWFSMFCLIMSGALDGVSVSIRHTIVQLATPDEMRGRVSAVNSMFIGSSNEIGEFESGATAALLGTVPAVIFGGCMTCIVVAVTYFISPSIRKMELK >RLS80176.1 MAG: NUDIX domain-containing protein [Planctomycetota bacterium] MPEEVRGVLNGRRGVVAVTRRGGSFLAIRRGLTVAAGGTVCFPGGHIEAGEEERDAVVRECREELAAAVEPVECVWRSVTAWGTALAWWSVVLADDAELVPHPVEVHEILWMTATDMLAEPTLLAGNREFLEAVIAGRVPV >MAU73077.1 thiamine-phosphate kinase [Flavobacteriaceae bacterium] MDXNENDLKSIGEAELIKRITKSFKNKNKSTVIDIGDDAALLKFNKTXITISQDILVEGVHFDLSYVPLKHLGYKSVVVNISDIISMNVKPSHILVSIAVSNRFRIKALEELYEGIKLACSYYNVDLIGGDTTSSNTGLMVSVTCIGNTESKKITERSGAEEGDLLVVSGDLGSAYMGLQVLEREKKVFEVNPNSQPDLNNYTYCIQRQLKPEARVDIINLLDELKITPTSMIDISDGLSSEINHLSNSSSLSFHIYEDNIPVSEETKKVCDEFKLSHSVAYLNGGEDYELLFTVSKRHEKKINDSEFLTVIGSCVKKKDDNCMITSLGQKININSSGWDSFNKKD >XP_046801602.1 protein bunched, class 2/F/G isoform isoform X5 [Lucilia cuprina] MAENQTATEDSGQQSTTQQQTHPHQHNQQQQQHSHNDNSHTLSTQNSEELSSALTSPTTPPNENNSASSPEEPQTIVIANHHQQQQNQQSPQQQQQQGQQQARSMIDRHLNTKIKSIRRNTIQSATAPIRAASTTSIKKPTLTKMNSLTGSTGTATGNGEKNTTDKHHLQQQQQHHHHHHQHNSMTNHHHHHHQNNSSSSAGTNSNSTAIHRTTSESLRLNAIPPASGGHGAASTGGGGGGGDTLSNATSNSSIHSNLTNNSSSSASVAPKSTSTNASHSKSTTSKSSSASSKASSPNNNNSIASAVAGSSHASRSHHSHGHIQGHGHGHGHNTGGARKPKTTSSFQITSVTVGHPKAQVAADNGEEESADDLDESHTDDNSRITDLENETPSMSEDTFSKEEIYYHQDDALSSTAPVIPTSSQYGLVVATLGAQDISNVQVNVGDNFINVVPSGSGIKKEDLKDSAQHRSERFKVVKIESTEPFRRGRWVCMDYLDHSSSVTGKEDASSGGAGNNNEKTETGGGVDSGEHAPKTTQSMILGPGAAAAMENHIDNSVAPTADGNWNFQEANVNVGGGGIATAPATVVHGMQQFVETSEDQQQTQQLMQQEQQYQTPPQEVNANATPQMTMTAQAPPEVVQSTVPMDYATVAAQKLKKSLEELKKQEEAIAASEKAAAAASGVYMPGQSQTVNFEAMQQQQQQQVPMQQPQQIAMQQQHAQHAASLPGNISMQNGNISIGTDNNNMAGAGQQQQMMVEAHQQTQSLGYSVEAQQQQPMSPAPQQMQVPPSFVAANFQTTPQQTPPQQSPQMQEAGQVMQQQQAQQQMAQQQIPQQIQQATMQQQQPAPTQLQQQSSQTDGITNMQNLAAVANIQQMQQQQQQQSHSQVPQQQQLPPQFQQLQQQQQPLAPGQTMPILTQMTSYDIQHQQQQQHQLQQQQSAPATMLDNSALLATLQQHQQQQQQTTTTNTMAGPNNIMMQPTNVNAPPQQYHQQQQQQPQQLQQQQPQLPIDSAPPTSVSANSSNSTVNLNPITTATIIPITSSNAPLPTNIASNSNNNINNNNNTTTNIDNQTVLQQQQQQQQQMQPPQQQPSTSSQQLQATQQQLQQNTETETESASGTSAVAIDNKIEQAMDLVKSHLMIAVREEVEVLKEKISELMDKINQLEVENTILKANMSQETLQQLQMQTQLQIAGSTATNGSNMLTAAPTPAAITAAPPTAANNVTGNTVTSAATAAAATPQSNVGSGTATPTTQQATVQTEQNVDVIQQNLNAVNNEDTTTQGSAVQATNGPMS >WP_231783900.1 hypothetical protein [Lysobacter enzymogenes] >ALN60374.1 lipoprotein [Lysobacter enzymogenes] >UZW60936.1 hypothetical protein BV903_001200 [Lysobacter enzymogenes] MRLVKYLLLSCLFAFAVAGCQTTGTQNNRLTEMQYAYSAAVRWGDFEGAANLIKPELRKQLAPTPMQLERYKQIQVSGYNDVGSEVDKKKGTAARVVNIGVINRHTMAERSVRYIEAWEWDPVAKTWWLIGGLPDFWQGE >MCJ1706109.1 lipopolysaccharide biosynthesis protein [Microbacterium sp. VKM Ac-2923] MEPDASPGSRARGATLLLSTQWLRYVLQIVNIVVLARLIGPADFGIVSLGLAIVGIASVLGDFGLSLAALREKDLSQQQKSNLLWLNTAIGAALALVVAAAAVPIATAFDDDRLIAVVLIAAPAYLFRAAVVQFQVELNRTDRFRRLAASELGGDAVGVATAVILALAGSGYVALALQGTVAALVSLVWACAATGWRPSLPRRAPMRRLLVFGVSTLGTHAAHYITTNVDTIVMGAWYSAATVGFYSRAYQLVMLPLQQVAAPLTRILLPRLAAVADDLDALNDALVRAQRLVSHALLAVTGLLVVGGAPLIEVVLGADWLPAMQYLPVLAAGTVFQTIAYGYYWGFAARGRSGALFFSEVVGRVPMVLLILVWAPLTPVGVAWGVVAGQVLIWASGTFVFAPRAGLRVRELLLTAIVPVTVSGLATLGSWGLDTAVLGTLPPVVRLLAVAAAWTLLAGGLLAVCGRRDARLMGETLRSMRPRRPSSAD >WP_076788335.1 MULTISPECIES: adenosyl-hopene transferase HpnH [unclassified Mycetohabitans] >MCF2135381.1 adenosyl-hopene transferase HpnH [Mycetohabitans sp. B3] >MCG1019850.1 adenosyl-hopene transferase HpnH [Mycetohabitans sp. B4] >SIT80596.1 hopanoid biosynthesis associated radical SAM protein HpnH [Burkholderia sp. b13] MAIPFLQSAYVGAYLVKQRLKRNKHYPLVLMLEPLFRCNLACSGCGKIDYPDPILNQRVSLAEALEAVDECGAPVVSIAGGEPLLHKEMPEIVKGIIARRKFVYLCTNALLLEKKIDDYQPSPFFVWSIHLDGDREMHDKSVCQEGVYDRCVSAIKLAKSRGFRVNINCTLFNDAQPEQVATFFDEVKRLGVDGITVSPGYAYERAPDQQHFLNREKTKNLFRDILRRGKGGKAWSFSQSSLFLDFLAGNRTYHCTPWGNPTRTVFGWQRPCYLLGEGYTKTYRELMETTDWDRYGTGNYEKCADCMVHSGYEATAVNDTLSHPLRALGVSLRGVKTEGPFAPDVSLDRQRPAEYVFSRHVEIKLAELRQSKA >MCR5830520.1 MotA/TolQ/ExbB proton channel family protein [Lachnospiraceae bacterium] MFKRKWYEWMLTIVYALMILLCIYLNKDLIRAWFAGEDINITTIVVNAILFVIVAIVFLMADFGSFAPMNAIIKDLNSATEKIRSDAMNSRSYLWEPYQSSNVKLFKNEKLSQLFTDFIFELNREDDAENAYYRPSIDDSINIDLVDSVMHRNELNQVPGLLTGLGILGTFIGLSIGLQHFNTGTTAQMTDSIEPLMNGIKVAFHTSIFGMVFSLAFNAIYKRKLYEGESAVQEFSQAFKKYVLPDTENNGMNQLISLQAEQLSAMDRMYTRVAEELGNIIDPHFDRLEKVVAEFETIMVRNETEAIRQIVDTFITEMNTSLGNSFYQLSESVNEQYKSQKANADMMTELLKTTGSGKDTLNNINNETERLVTTLNSYTASIQTIQNELQRTLSGLSGEDKAVRELLMQEKNMLLEQGNMIMEFKKSVSDIAKYSAETNQNMNEALEEITNGVDYMRKLTDKRNQAGGKDQ >MBB3050407.1 pyruvate/2-oxoglutarate dehydrogenase complex dihydrolipoamide acyltransferase (E2) component [Prauserella isguenensis] MTTSRQEVPFPTVSQSDPDAEGVLATWFASDGQRVSEGDLLAEVAVDKVDVEVPAPASGVVRLLVGEGDVVKQGTPIARLE >MCH7900379.1 nucleotidyltransferase family protein [Acidobacteriota bacterium] MSTAAIVLAAGASRRLGRPKQLEPWGDTNLLGHVVGRTQAFPVDEVWVVLGYDSDRILAETELGDAGVVENPEWEEGIASSLRVGLDALARLSRCDTALIVIADQPEISAEVVDLLFESHAKAGKPVTVPKYRYSSGNPVLINRSLWPRVMSLEGDDGAKRLWLAHPDWVNEVWISDAHPRGVDTEIDVSDLKPRHPA >WP_209434296.1 amino acid ABC transporter permease [Labrys sp. LIt4] >MBP0583364.1 amino acid ABC transporter permease [Labrys sp. LIt4] MAYEMNFAPVFARAPDLVHGTINTIVLSAESIAIGLAIGLGVALTRVNGPRWGAAAAATYVEAFRNTPLLVQLFLLFFGMPYVGFRLSADHAAIVAISLNLGAYSAEIFRAGLLAIPRTQIEAGFALGLSRLQVMRYIIIIPALRVIYPALTGQLTLTLLGTSIASSISATELTLAGSKIESQSFRSLETFLVVAAIYICITFCFRLVYWLIGLWLFRRRDPQTGLAGAVLKLETREGGA >WP_011531028.1 glycine cleavage system protein GcvH [Deinococcus geothermalis] >Q1IX33.1 RecName: Full=Glycine cleavage system H protein [Deinococcus geothermalis DSM 11300] >ABF46201.1 glycine cleavage system H protein [Deinococcus geothermalis DSM 11300] MQTPPELKYAPSHEWLAPDGTVGISDFAQDQLGDVVYVELPEVGRVVTAGETVAVVESVKTASDIYAPASGTIVAVNEQLSGSPELVNQSPYTDGWLFRLDVTEESGELMDAEAYAAANG >NVM16230.1 GTP-binding protein [Candidatus Lokiarchaeota archaeon] MASYDFTWKIMMLGDAAVGKTSLTIRYISGFFLDDLKLTIGVDFYSKTTNFNEKKVKLQIWDFGGEERFRFLLHQYCKGANAAFFLYDITNRLSLDHLPDWTQIIREHAGDIPIMLIGSKVDLKEFRAVSRDEGILAAKKYNLSSFIELSSKTGQNVEKAFDVITEILFERYKPESK >EGQ64187.1 50S ribosomal protein L16, partial [Acidithiobacillus sp. GGI-221] CRLYRKLGSTQRECFTEEVAREAFALGAAKLPVQTAFVSRRVMG >NCC17292.1 IS3 family transposase [Clostridia bacterium] MLMSNNHYEPELKEKVLRLYLEEGRTKKSLTEEYHLGQGTITYWLQQRRKECQTNPKIQEENDSYEEIKRLRKELAEAQKENAFLKKAGGVLCEGNRLAQYQFIQKNNKEFGLRWLLRRFNIYPNGYYNYVKDRKYQYHENKARVQRKIIEIYHKNDGVPGYRMMRDYLEQCNINYSCITVYKYMKELCLRSVVRRRKPDYVKGTVHKAFPNLLNQNFKVDAPNKIWCTDFTYLPQKDGTMRYNCTIIDLYDRSVVATLNGNHITTELAITTLTIALKRHKPEKGIIFHSDQGSQFTSRDFHNFCEKNHLQQSMSRAGCPYDNAPMERFYNTLKNEYFKLYSFHSPDELDRGIYEFVYVKYNHVRPHSYNGGLTPYAARCAT >HAV8610731.1 mechanosensitive channel protein [Escherichia coli] >HAW1428193.1 mechanosensitive channel protein [Escherichia coli] MRWILFILFCLLGAPAHAVSIPGVTTTTTTDSTTEPAPEPDIEQKKAAYGALADVLDNDTSRKELIDQLRTVAATPPAEPVPKIVPPTLVEEQTVLQKVTEVSRHYGEALSARFGQLYRNITGSPHKPFNPQTFSNALSHFSMLAVLVFGFYWLIRLCALPLYRKMGQWARQKNRERSNWLQLPAMIIGAFIIDLLLLALTLFVGQVLSDNLNAGSRTIAFQQSLFLNAFALIEFFKAVLRLIFCPNVAELRPFTIQDESARYWSRRLSWLSSLIGYGLIVAVPIISNQVNVQIGALANVIIMLCMTVWALYLIFRNKKEITQHLLNFAEHSLAFFSLFIRAFALVWHWLASAYFIVLFFFSLFDPGNSLKFMMGATVRSLAIIGIAAFVSGMFSRWLAKTITLSPHTQRNYPELQKRLNGWLSAALKTARILTVCVAVMLLLSAWGLFDFWNWLQNGAGQKTVDILIRIALILFFSAVGWTVLASLIENRLASDIHGRPLPSARTRTLLTLFRNALAVIISTITIMIVLSEIGVNIAPLLAGAGALGLAISFGSQTLVKDIITGVFIQFENGMNTGDLVTIGPLTGTVERMSIRSVGVRQDTGAYHIIPWSSITTFANFVRGIGSVVANYDVDRHEDADKANQVLKDAVAELMENEEIRGLIIGEPNFAGIVGLSNTAFTLRVSFTTLPLKQWTVRFALDSQVKKHFDLAGVRAPVQTYQVLPAPGATPAEPLPPGEPTL >KAJ4533602.1 hypothetical protein HRR77_008365 [Exophiala dermatitidis] >KAJ9002340.1 hypothetical protein HRR94_008665 [Exophiala dermatitidis] MMPAHDHTSRVTFSVPTVTIDPETGYFVNIDEIRDVEYPALAETTYLDHAGTTLYAKSLIDSYSRELTSKLFGNPHSASASSQLSSRRIDDYLLQTPLPPSSLSEMHFETISMASDTGTTANPIPVLWA >KAG7462827.1 hypothetical protein MATL_G00188870 [Megalops atlanticus] MVLHRSTKGASKARRDHINGEIRNMRALLPISPEDRERLSYLHSMSAICAFIRKSIFYRELQAEVGASSPLPYEDFLQALPGFIVAMTREGKLIYVSENVMDYLGYSMVDVLQGDTFYDMVESADVDMIRSCLETDTMPTTERAFVCRMHTSKPFRLRQGSSCSVLVRGRLQATPQSPPSCPDLGQAFVALCTPTVNRLWDSDSHCLREHFQSLHQPDMTFAQVSDSVLFHLGYSAEEMIGRSWYSLLHPDDLSLSASGHRSLQKSDEDTLVEMVLRLQCKDLSWAWLYIRAARDSGKQTVSCTNYIISATEATFLKQKIYNDAQSALRPLQQKFSQHLVSNTPQCQTESTGRRLKRHRETHSPSEEPRSKSSRVSEPHVHYFSHTNQASDGGSPTAPRDGPTFPSTPPYSPASSHSSALQEDASSDFLLDTYSYTEDFLSPSESSPPYFPCHSGLSRAPGTFSPPEPLQTIPDHAFDLSSLGVMPAQSPEPHTSPSYNFPSCSADARLVPDCLPMPEACGAASDCAFHPEGFSLPAHPPGGAGPFLAPQGSQSASQLPAGLLTPDPSPTTESCFQYSEEERVEISILAQQISSLASSFDTYCGHGPALSLPAGYSKPSSSSIPALAPQMAQPPPSSWPHPATQPLKPELVLDEDVIDSILKDLDTVSEGEALTCSRPSSGCCPADACGRESDQQALDALEVRPPALSFATLMDGLPLGQLPSPHTSLDPCILTPGCHDDANELYQLNQYLHSTLHQDGLVEESMY >BBF42184.1 hypothetical protein lbkm_0866 [Lachnospiraceae bacterium KM106-2] MIYYKDNLASMIWEEGFERFDFKDWILKEDKSEDNLKKWIRFASGDYPDPDCVLKMDLTEDANILLQLRWGEADALRKKCYLDCIFSFRTFFRAFLWLYAPEYMPYLGQIYDWYDEVFSDSKKQEFCKKNKISLAELKSLFVQLDLFARNTHTIGNYMPCPDEKYNFEKGNYTKYKDRLELFYEDKENETRRKWLDQYKELLELDSILGSRELLEFEFKGKKMSKEDIVPYTKYLEAVNSLIEKRGKTIIRSLTKVKEKRSNQ >PWU18232.1 MAG: 16S rRNA (cytosine(1402)-N(4))-methyltransferase [Candidatus Rokubacteria bacterium] MLPNALQPNEPDHVPVLAEEVRALLEIRPGDVVVDATFGAGGHAELLASELRGEGKLIAIDRDPSVRPYFERLRRRAGVPARFLRGDFSTVLGQLAANRVGADAVLLDLGVSSMQVDRLERGFSYAVDAPLDMRMDPSSEPSAADLVNEASERELQTVFRRYGEERYARQIARAIARRRRRHPFERTGDLVETIKAAMPAPARFGDGHPAKRVFQALRIAVNDELGELERALPAATEMLRPGGRIAVIAFHSLEDRIVKRFFRAEERGCVCPPDFPICTCGRDPVLRVLTKRAIRPTARETALNPRATSARLRAAEKTQ >MBV8660698.1 30S ribosomal protein S8 [Candidatus Dependentiae bacterium] MSIDILGNFLTVIRNGITRSKNSVTTSYSKLKYELALILQEEGFINGIEISNENDVVNKQLKIFLKYVNNESVIHEITRVSKPSRRIYAGVGNIKPVIGGLGISVLTTNKGLLTDKTAKKIQVGGEIICTVW >WP_164904950.1 hypothetical protein [Streptomyces cyaneus] MNIEHPRDVDPSITGQPHQVTGNVPDLMGNISRTLGNPVNMPAAVRILVPPQLV >MBQ2317532.1 MFS transporter [Lachnospiraceae bacterium] GYMCGNFGNYCFYLIMMISIMNTVEYNEYKYGTRDEGIITSLRPFLTKMASALVVLITALIYMILGVTTYTNQISDYENAASAGTIDEASKLSSISDVIAGVTSAERIGLLLCICILPCVLMFISYRLYIKHYKLDEEEYDRIVEELKKKA >WP_215557653.1 ABC transporter ATP-binding protein [Bacillus mycoides] >QWH39765.1 ABC transporter ATP-binding protein [Bacillus mycoides] MNIIEIEGLEKSFDIGDSKVKILKDINLQIQKGDFVCIMGASGSGKTTLLQLLGGLDIPTVGSIRVDGTEISTLKEKELALFRRHKIGFIFQQFNLIPVFSAEENVGLPLLLDNVSQKKATVTANRLLELVGLKGKEKHLPAQLSGGQQQRVAIARAFANEPAIILADEPTGVLDSENSKNIIAVLRNACDELGQTAVIVTHDPFVAAHADKVVFLLDGEVIHEHAESKGWKFRNIPQQVTQIQEIMNRHFKVGGKGDAMGN >MBQ2346567.1 cell division protein FtsA [Kiritimatiellia bacterium] LDAVFSSSRTMQLPKDRELLDIVDQDYEVDSLGGIATPRGMSGRMLKLNTLQIHADRNRINDARTAADDAKLEIREPLFAATCAAEAVLEAHEKRNGVLVLDIGGGSTGYAAYSDGHLAATGVIGVGGDHVTNDIAHAFQTTNSQAEQLKTNEASAIIGGAGLEQQRVKVPGSSPLIETRTISRRALDTVVNARLRELFTVIRETLEDLDLLNRLHAGVVLTGGGAAMRDLDALVSRELGMGARIGRPIHVDGLENEKFPAAFAAISGALLFASRNYEEKGVIDSLLKRFFK >WP_138785174.1 ABC transporter substrate-binding protein [Brucella haematophila] >KAB2696536.1 ABC transporter substrate-binding protein [Ochrobactrum sp. Kaboul] >TMV03654.1 transporter substrate-binding domain-containing protein [Brucella haematophila] MRVLKRIVAAASVATIATMAGGLAIGAANAQEPLKLTIATEGAYPPFNFIKPDGTLSGFDVDIAKALCDEMKAQCTFITQEWDGAIPALQAGKFDAFIASMSITDERKKQVDFSNKYYNTPPGIVAPKDSDIKGVTKEDLAGKTIGVQVSTTHANYSEKTFTDSTIKAYPTAEEYRLDLANGRLDAANDDSVTLGEWLKTPDGACCKMVGTFPPVVEIHGPGAGVAFKKGRPELVEKFNAAIKAIRANGKYKEINDKYFEFDAYGAEN >HCK66187.1 RNA-dependent DNA polymerase [Anaerolineae bacterium] MTASKDFRKYFSKKMLNKIYKDEIRYKSARGVDRINNEAFEDQIKENIEIIHRKVHNGTYQFSQYREKLISRGAGRTPRVISIPTIRDKLTQKAITEILQLSFGSQTPFLHKIINDVIQAYRSGLYQSVLRLDVKDFYPSIQHKLLLKEISRKIKKKELLHLIGNAVSRKTVSKPSGKDKKLSTVGVPQGLSISNILANIYLLKIDKKYSNIPDIKYFRYVDDILIFCQTANVDQIRVEITNDCTTLGLNLHSDLDNPSKSSVTSTVDRFTYLGYQFENAKITVRRKSIDSFRESIIRLLTNYKYSETQNIVFLKWALDLRITGCIFNKSKYG >MBO7492856.1 AAA family ATPase [Bacteroidales bacterium] MKIIGITGTLGAGKGTIVDYLINHYGFKHYSVRGYLIEEALKRGMELNRDTYVVVANDLRATYGPSYITDQLYLQAAANGADAVIESVRTPGEVESLRKHEHFMLFGVDADPKIRYERVVNRASETDQISFETFIENEQREMSSNDPNHQNIGKCMQMADHVFMNNGDFQELFQQVEQVLGNSSPDDK >WP_138125503.1 Gfo/Idh/MocA family oxidoreductase [Streptococcus dysgalactiae] >QZT26274.1 Gfo/Idh/MocA family oxidoreductase [Streptococcus dysgalactiae] >VTT01680.1 oxidoreductase [Streptococcus dysgalactiae] MLTIAYIGNGKSTNRYHIPFAKQLKDIHIKTIYDPFPSPWEPLEGVTYTDNIDEVLNDPDIQLVILSIPPSAHYAVAKQCLEAGKNTLVEKPFTETAAEAKELFDLAKQKGVFLQAYQNRRFDTDFLTVQKVINSGVLGDILEVEMHFDYFRPEIPESVDQYSLNTSYLYGHACHTVDQVISYFGKPDKVHYDVRQLLGDGRMNDYFDLDFYYPNSLKVSIKSSYFRIKERPSFVVYGKKGMFVKAVKDRQEEDLKRFYMPTNTDFGMDRPEDYGTLTYIDDQGGYHDEKVISEKGSYAQMYQAIYDSICLGKPKLVKDDETIAQIEILEEGIRQMKEQNH >PKU92481.1 hemolysin III-like protein [Bifidobacterium pseudolongum subsp. globosum] MLGRMAKVYSRGPHAHQPRMVGTVTRQHKPRKVVTAKKLREQQARTQQVKESRALRKMLREKPKLRGWLHLIAFPFSVATSVLLIVLAPAGWMKAGVSIYGATIMLLFGVSAALHLGHGHFPRLVDEVLCRIDYSNIFLVIAGTCTPFLFALDNWTVCWTYIGIIWITAIIGTLVHLVYPVGLDWLFTIVYIVLGLAPITIIYLFWKSPYIGPVPTVLVVAGGACYIAGAVCFALRKPNPVPKWFGFHELFHLGTIGGYVCHVIALFMTVLAMR >MOM40962.1 immunoglobulin heavy chain junction region [Homo sapiens] >MOM45627.1 immunoglobulin heavy chain junction region [Homo sapiens] CARDWGRLGYCSSTSCYPDYW >WP_205443952.1 NAD(P)/FAD-dependent oxidoreductase [Tsuneonella flava] >QSB45235.1 NAD(P)/FAD-dependent oxidoreductase [Tsuneonella flava] MERYDAIVLGAGAAGLMCAAEAGLRGRRVLVIDHAERAGKKILISGGGRCNFTNIGTVPERFLSANPHFARSALSRYTPTDFLALVEKYGIAWHEKTLGQLFCDGSAKQIVAMLLEEVARGGGTVVCGHGVTDVSHADGQFTVVTTQGRFSAPALVIATGGPSIPRMGATGFAYDLARQFGLKVVEPRPALVPLTLGGDDVLFRELSGVSAEVVASAGGASFREAALFTHRGLSGPAILQVSSYWRHGAPVAVDFLPDRSAEWLLDAKRASPQATLRALLRDVMPDRLANVLADRIGQSGACVPNDPLGRIADTTLRDAGAQLAAWRFHPNGTEGFAKAEVTAGGISTAELSSKTMEAKRVPGLYIVGEAVDVTGWLGGYNFQWAWSSGWAAAQAI >WP_064038193.1 WGR domain-containing protein [Methylomonas methanica] >OAH99197.1 polymerase [Methylomonas methanica] MNHVYLERHDDKDNMHRFYQMFVTPGLFDDWSLIKEWGRVGSPGAVRKEWFDTLEEAIVARNKLCAAKYKKGYRAIRAAIS >MCS6937099.1 glutaredoxin family protein [Candidatus Bipolaricaulota bacterium] >MCS7273894.1 glutaredoxin family protein [Candidatus Bipolaricaulota bacterium] MKTITLYTKPDCPLCEKAEAVLHELQREIPFRLEKIDITRDERLFELYRYEIPVIAINGQEVCRYCVDKESLRAVLKKAR >KAF9171043.1 exp1-like protein [Mortierella sp. AD010] >KAF9400923.1 exp1-like protein [Mortierella sp. AD011] MAKDPKLKVTKPPKKIPAVAMPKRPGTSWNMFFREHMEKVKLSGKPVVPTVEGAIAAELWKNLSPADKQVYTDRYKANFEAFKKETKERLQELTPAEYKLENQRRQALREAGKKGVPTLKDPNAPKRPLSNFFLYAKDLRASGEYAHMSLKEQSKAFADAWASLPEEEKAKYTEKNKIAMEAYKIEKAAYDAQT >WP_239913672.1 TRAP transporter large permease [Vibrio mediterranei] >MCG9663752.1 TRAP transporter large permease [Vibrio mediterranei] MFSIFGGWGALLAIGMPVAFTLYAVSIIYLLLNGGIALAPQKVISGLNSFPLLAVPFFIFSGLLMNSAGITDKMFKFARDLTGHLTGSLGHVNVLASLLFSGMSGSAHADAGGLGQLEIKAMRDEGYDDGFAGAITAASSVIGPLMPPSIPIVIYGVMSGASVGALFLAGVVPALLCAGALMIMVYFIAKKKRYPVYPRASFKTICHSFKDASLALLTPVLIIGGIFSGLVTPTEAAVVASLYAMFLGFVVYRELTFKRFIELVHETVNTSAVIGFLIGGVGLFGYVIIKEDIPLKAAELFLQVTDSPLVFLVLVSVMLFILGAFIETLALLLILIPILLPITVHLGIDSVHFGIVVVMNMMLGILTPPMGVSLFVVAKVGKIPYETLAKSVLIFLVPLIFVLGLIILFPELVMFLPNQLL >WP_214186529.1 type II toxin-antitoxin system RelE/ParE family toxin [Geobacter hydrogenophilus] >MBT0894352.1 type II toxin-antitoxin system RelE/ParE family toxin [Geobacter hydrogenophilus] >GLI38361.1 hypothetical protein GHYDROH2_18620 [Geobacter hydrogenophilus] MKIIFTPSAREQFLRALAYIRRDKPSAAFSFRQTAEKILSRLCEYPDSGRNLPEFPDIPYREVIVKPYRFFYRAKNNVVWIVAVWHGAQIPEDPSENSANKPPS >ABD26457.1 protein translocase subunit secG [Novosphingobium aromaticivorans DSM 12444] >SCY77582.1 protein translocase subunit secG [Novosphingobium aromaticivorans] MSLFIFLTVVQAIIAALLVVVILMQKSEGGGLGVGGSPAGFMSARGAADFMTRATTVLASLFVLLSIILAALAVGATSGREIDTSLERATPVQNAPAADPLAPAQGAPAPAQQQAPAQQAPADPLKGAAGQ >MCH2598227.1 hypothetical protein [Pirellulales bacterium] MKNRILAFLVLFCCCVTACADPQDETALLEGLQQRGLFSLVEYQCRSKINDPASSARTRMEWTVHLINAFSQNALRHPSDQREPYWKRARDTAADFVAKHPNDPLVIPVKLQAALVLSANGELLRLESTISKSAGVQREYSREQLRLATRALSELDIEIRDFLPQVNQEATDDQLSQAELLSIQQNLQYQLARTYRNQANTYAGGTNDQIASLQRAITALKKPLTQLADEDPLVANIYLALLACHRELKQFDEANSAISKLQELPLTPVTTLKLRAESVRLSLDTGDLESALKSLNAPHTSKATLVPEFDLAHLDARIYFWSKAAKEENLKQAENYQQQSVLTVKYIEELHGPYWGRVAELRLLRFAGMNGDNTNLAVLERTADDLYRKEKLTEAIAAYDATAEAARNGGDNDLAFRTLYKAALIEQKRGNTEAFIERLTTTGVQLRTHQQAPAVHMLGVRTLIELLNKDPSRQQDFETLLAEHITYFEQGSTVDQAAVWLATLQQRRQNYEEAITNYMIVRPEYPDYPTIISHLEQCWAVRLKDTPNEELLTVAKPFIDHLRSLIYDDSGQIPDQWNKNSRYAATALAGFLLTYSTENYDTAESLLAAASSDATDKNWLAIASSLRIVSLAAQGKNNAAREHINDLKSSSHDQWLQMLEQLQTVSTGAPEATGKAIAQMQIHLINELTDQLVGVMPDFKTRWYLIEAEAYMQSGNLSDSLKKYQTLAQRNPRHGLIQLRYAQALSRSDEHFESGLIQWRRILQGNPPKSDRWYEAKYNIASLYLREGNREEARKQIRYLEVTSGFGTWEQSFQELLRQASP >WP_009025642.1 OpgC domain-containing protein [Bradyrhizobium sp. ORS 375] >CCD90609.1 conserved membrane hypothetical protein [Bradyrhizobium sp. ORS 375] MTSIADRLAGPSVPGATAAPAAEPAAAACPVAPASTAAPKISFPAVGERELRLDLFRGLALWLIFIDHLPPNILTWFTIRNYGFSDATEIFIFISGYTAAFVYGRAMQDAGFIVATARILRRVWQIYVAHVFLFTIFLAEISYVATSFENPLYTEEMGIMDFLKQPDVTIVQALILRFRPVNMDVLPLYIVLMLFLPLILWLMRWRPDLTLALSVVLYAVTWEFDLYLSAYPNGFWAFNPFAWQLLFVFGAWCALGGAKRMSRILNSPITLGICVAYLVAAFFVTLTWYIPQLGHLMPRRIEQWMYPIDKTDLDVLRFAHFLALAALTVHYLPKDWPLLKSRWLRPLIVCGQHSLEIFCLGVFLAFAGHFVLAEVSGGAMMHAMISLCGILAMWGVASLISWYKREADKGAARKGVRANADLAGGG >MCB0330656.1 hypothetical protein [Bdellovibrionales bacterium] MGQNSLPFIKGQFLKPEKFRSPRGGSTDKSLPPRNAREHAKYLLNRFDKLEADLASKERVTDADRHLVTFHVSSEAALDEKKLESKRDGSRVIDFDPETKEVVVDAPANLKTFIGKLRKYQESTEQTEAESLKNQPLIEAIDDLQLTPFEQVVGEALQRGTRYRGLRKAHPT >WP_029189383.1 paraquat-inducible protein A [Vibrio cyclitrophicus] >OEE83568.1 paraquat-inducible protein A [Vibrio cyclitrophicus FF160] >PMJ21464.1 paraquat-inducible protein A [Vibrio cyclitrophicus] MGGRVTSPSLTTPLSTQHQLSTKSPLTAESSLTTEHQCDNSSVRLCQGCELPVDKMDIPHGKSAYCPRCGTQLYRGGTPSLSGNLAIAITCLLLFIPSHFFEFISIRLIGVMIPATLPSGVFTLMGEGFPLLGLLILFCSSIAPLLVCSSVLITHVSLRFKIFVPFRYSLAIIQTLKHWMMLDVFLVSVAISCFKLQDYSDIFVGPGLIGLILLQLCSVLLVSRISVRRYWEAWAKESDYAFAESKNVHCHNCHLSQPDGHACVRCHHELYHRKPYSVQKTWALLFAATVAIIPANVIPISILITNGQRLEDTILSGVASLINSDMYGIAVIIFVASIVVPVAKILGLAYILICIQTKRAVYHRQRMTIYFIVKWVGKWSVMDLFVISIMMTLVDRGQILNFTPGYGAVAFGVVVVLTMLAAESLDPRLIWDNYTSKDESVNEQQ >WP_222163701.1 AraC family transcriptional regulator [Halomonas sp. DP3Y7-1] >MBY6209277.1 AraC family transcriptional regulator [Halomonas sp. DP3Y7-2] >MBY6229432.1 AraC family transcriptional regulator [Halomonas sp. DP3Y7-1] MGSLDAIHADLAGLVGGRTLGLEDCATELESLALFRREALTEPCACMVQPSIVIVVRGAKQMLVGEQAYAYDTKRFLINSLDLPARSQVLEASTDMPCLGLSFKLDLSVMTELISQIRLPPPRARASEAGTSIGTLTPELLEPFRRLLGLLDEPADMAVLAPLIEREIHYRLLKSDLAPRLWQIASVGSQSQRIARAIDWLKANYTQPLRTAELATQAQMSTSSLHQYFRQLTGMSPLQYQKWLRLSEARRLMLNDAYDAAAAAFQVGYESPSQFSREYSRLFGAPPKRDIESLRHRSFAGADNSPDAAF >PIP86899.1 ribonuclease Y [Candidatus Campbellbacteria bacterium CG22_combo_CG10-13_8_21_14_all_36_13] MPLQAILFLTILSGLVGIALGYFLRWLLTLGKRGTLELEIKRKLLDAQEEANKITTDAEKKAEKLLEESRREAKEKEDQFKKTEDRLIKKESFLDTRQIDIDKEVENIKQKAIEIKEIREATIKKNEEKQKELERIAGMNMEEAKENLIKIAEKNYEEDILIRLQKIEQTGKEKLEKKAKDILVSAIHRYGNAVSSDVMATSVNIPSDDIKGKIIGKEGRNIKAFERASGVEVIIDDTPGTILISSYDPVRRQVARLALENLILDGRIQPARIEEFVEKAKKEINDIIKEKGEQAVFEVGVYNLDPRIISILGRLYFRTSYGQNVLQHSVEMAHIAGMLAEELGADVSVAKAGALLHDIGKAVDHEIPGTHVEIGMRILQKFGADQRIIDAMKSHHEEYPYETVESIIVQVADSISGSRPGARRDTIENYLKRLSELEGIANRVKGVEKSYAIQAGREVRVFVNPEEVNDIEARNIARNIALEIEKELKYPGEIKVNVIRESRVIEYAR >WP_082884485.1 AAA family ATPase [Achromobacter insolitus] MEDESLRVKRVEIFKLYGLYDHSIDLDLDERVAIIHGPNGVGKTMLLKLVAALFSGRIIELARANFSEFYVTLNNGSILGIVREEHPHSGEDSLELDYVLRRQQALFERPSRPRAERSAPRTVVKAFTITNGVRDEAELGALPSKSSAAKLASFIDSESPWLYRTGQDQWVDQQAKEYLTAYQVVEKYSDRLPPRYQGKLFKEPESFRNLRLRVKVHFIETQRLLKLGVQEPEWSRHSGARAVVSMVKSDAADLRERISLTLANYGKGSQTLDQSFPWRLLHDVNPKISRDILKNKMDNLENKRGNLKKIGLIADDNTNQFDINAIDSLDDTRLDVLALYVSDTESKLSALDNLSKRINLLLEIVNKKFRNKSISIDRQEGLIALSSTGASLDLDDLSSGEQHELVLIYDLLFRVEPDTLVLLDEPELSLHLTWQKQFLADLLSIVSATRFDAIVATHSPFIVGDRYDLMMPLASGDTGE >MCB1376795.1 hypothetical protein [Alphaproteobacteria bacterium] MMTVFAWLPKFKKSYGSLLKSRTAALRKALGKRMLSKCCYLIAAVVAVLPVGAEAGTYYSITAEPESGALIQNRTLCSSTIGRGGNLLEAGQKYPGKCEGGGKAPQIVGTQSYLKHLWFRNDPSYSGTLKTRTELAFTQQYFPFDEQVFLGFRMMIPRGTDITVGSAFYLLQLWQCSGAPPIGGIRLSA >WP_134262365.1 phage portal protein [Escherichia coli] >EHK3091771.1 phage portal protein [Escherichia coli] >MBW0077866.1 phage portal protein [Escherichia coli] >TEV40342.1 phage portal protein [Escherichia coli] >TEV80342.1 phage portal protein [Escherichia coli] >HCN9385819.1 phage portal protein [Escherichia coli] MKRTPVLIDVNGVPLRESLSYNGGGAGFGGQMEEWLPPAQSVDAALLPALRLGNARADDLVRNNGIAANAVALHKDHIVGHMFLISYRPNWRWLGMRETAAKSFVDEVEAAWSEYAEGMSGEIDVEGKRTFTEFIREGVGVHAFNGEIFVQPVWDAETTQLFRTRFKAVSPKRVDTPGHGMGNRFLRAGVEVDRHGRAVAYHICEDDFPLSGSGRWERIPRELPTGRPAMLHIFEPVEDGQTRGANQFYSVMERLKMLDSLQATQLQSAIVKAMYAATIESELDTEKAFEYIAGAPEGQKDNPLINILEKFSSWYDTNNVTLGGVKIPHLFPGDDLKLQTAQDSDNGFSALEQALLRYIAAGLGVSYEQLSRDYSKVSYSSARASANESWRYFMGRRKFIAARLATQMFSCWLEEALLRGIIRPPRARFDFYQARSSWSRAEWIGAGRMAIDGLKEVQESVMRIEAGLSTYEKELALMGEDYQDIFRQQVRESAEREKAGLSRPVWIAQAYQQQIAASRRPEEETTPRET >OQC16336.1 2-enoate reductase FldZ [Firmicutes bacterium ADurb.Bin080] MEEKKVMSYEDKLKELDSQFGDWWKHGFDVPEMTANLYPYEKMFSPIRINNLTVKNRLVMAPMGNICMAEETGRPNDKMIKYFEERAKGGVGLITSGLIPVSFGIDKSLYELGDLSYFPRIDRSRTVYAGWRDLAAKVHAHGAHFFVQLTPGLGRVGNPQCLVNSLQFPRSSSFNPNWYMKDVPCLRLSDKSLKKIIKNVGQGSADAKGLNLDGVYLHGHEGYLLEQMTNPAFNRRVMGKYADYERFGIDMIKEIRRRVGKDYPIMYRIDLSLMLNVTYKEKMKTVSPLKKFKDERTPEETLTYMKNLVEAGVDMFDVDLGCYDNWWLPHPPSSMPAGCYLDIAEIVKKYFAANGIKTNKGLEVPVVAVGKLGYPDLAEKALRDDKCDMVMLGRPLLADPDWCNKAYAGKVEDIRPCIGCQEACINEFVEGGHPQCAVNPRTSYEDEFSQEIPKADKSKKVAVIGGGPAGITAASVLLQRGHKVDLYEKSTRLGGNLIAGSIAKIKYEIKNYLKFLEKTVEELEKNSNFKLLLGTEGSLETLKQGGYDVIITATGTSPVRPGSIEGINGENVVAAIDLLQNPSLAEGKKKIVVIGGGVVGAETAYWLTFEYDKEVKVVEMDKYIMNHTCTANRGHIIHYLEEAGVELLNCTKLVKIVGNKVVVSQNKHKNVPNPYNTWAPILPENVENPMDLLRKIKDESVERELDADLVVLAMGVRSSNKLFFDCVANNVAPEVYNVGDSFKGAKIFEATRSAYRKARSI >WP_144099812.1 MalY/PatB family protein [Dorea longicatena] >VUW93362.1 Cystathionine beta-lyase PatB [Dorea longicatena] MYDFERGIERKGTNCVKWDVPFIKQTDLPMWIADMDFQIAPAIQNNFKKIAGQGAFGYQFLSEKYYQSVMRWMKQRHGYELEREEICFIPNVVVGLAYAIQTISKPGDEIIVQTPAYGPFFEVVKDNNRVIVENRMKNENGYYTMDYEDLERKITSRTKAVIICNPHNPTGRVWKEEELRELAQICEEYNLYILSDDIHSELLSEGNRHVFITSLSEKIRKRSFIFTSPSKAFNLAGIHVANCFIADEELRKAFMENASKFHASESNAFAEAALTGAYDESGEWLDELNKYINDNLDYFVGEIQQNMPGLYVRKPEGTYLVWVDFRNAGIDVENIQEVVKNECGIIANAGDFFGKEGEGFLRFNVACSRDILKDAVNRLKKKFGSK >WP_160346534.1 DMT family transporter [Adlercreutzia mucosicola] >MVX61402.1 EamA family transporter [Adlercreutzia mucosicola] MAQENTNATEGYQMRLGWGTIAMLISATGMGLVPLFSRWATRTDMFDGTMGLNAGDSVGALMACGRMGMGVLFFIILMVATHKVKTFKELKLTPAIALGGLMIGMSLACYVTSTLLTTVANAVLFIYIGPVVCVLAARIFRKEPMSALQWICLLAVFIGMLFGNNLLGFGVGGQAFGLDFNLVPSTPEFPQKGVGDAFGLASGVFYGLSMFFNGYRKDADTTARGVWNFIFAVLGAGIITVILNSLGSQPGMENWALNVHFTTFNWIGAVLLWIICGPIALGFLLVAGRNLPAADYGTIAYWEVPVAIFVGLVVFGEALTANTIIGGLLIIAGGAIPSVKGMVAGRKAKQQEEIAENLSARIAEQEDIEGL >WP_108756325.1 aldehyde dehydrogenase family protein [Stenotrophomonas sp. YAU14A_MKIMI4_1] >AWH29356.1 aldehyde dehydrogenase family protein [Stenotrophomonas sp. YAU14A_MKIMI4_1] MQRIEQHYINGAFVASHGQQLADLHNPATEAVIGQVRLGDAVDAERAIAAAHAALPAQAARSVEERLAQLGRFRDAMAARRDDLHAAVLAEYGAPSARSRWMVEHPVQVIDDAMKVLSDFPFQRSVGQAQVHYLPVGVAGIITPWNSNAAFICAKLVTALAAGCTAVVKPSELSGLQTQVVMQALHAAQLPPGVANIVNGAGHDVGAALSASPQVAKISFTGSTGTGRAILRAAADSFKRVTLELGGKSPTIILDDADADSAAALAVQAGFINSGQACVAGTRILVPESRRAEFEDALARAVKAVRSGDPQDPATHVGPMVSQRQWERVQGYIRTGLGEGARLLAGGEGRPDGLQRGWLVRPTLFTDVRNDMTVAREEIFGPVLCIIGYRDEADAVAIANDSPYGLSALVIGADTPRATAVGRQIQSGRVLVNTLQHESLAPFGGMKQSGIGRESGQWGLEAFLEPQTVVAAQ >MBQ9907360.1 YcaO-like family protein [Oscillospiraceae bacterium] MIQHSSASPSQTTQEIIAYIRTYYILHQTDIRETVTYHPLLGTAAAQITLPHVPRIFCGTGKTAAAARAGAYLQSFTGLCKKQPHTASDAVICAGCSPDDAAVQGLSELLAHRAADRYGHIPDAPQIPEEVLSRYRTAYRIYLLLKQGYGSRLTLRDISGSGIQLTAALLLTDAQTGKTAVACCSHPDAGTALEHLLINAAHGSSFAGARYFSGRDDAQYLPAMLQKMRQSGCEIPITNCSRAGIHMRQVSLLQCSEVCCV >EHK6691416.1 MFS transporter [Shigella flexneri] >EHN6470024.1 MFS transporter [Shigella flexneri] >EJD0056746.1 MFS transporter [Shigella flexneri] MSLFTEPKEIERLPSEEIERLYPVLRYRVFISIFLGYMGYYFVRNTTSVLSGVLHMSATEIGIISCAGFLSYGISKFVSGLISDRSNSKVFLSLGLFLSGLVNFLIGYIPGIITSVTLFSTMYLLNGWIQGMGYPPGAKTLVFWYEHRERITWATLWNLSHNVGGALAPVLIGFSFGFFGDSALDHARAAFIFPGVLCMAMSVLIYFIQVDRPVSVGLPPIEEWKGNVVSRPAKGREQGPRLSIPDIIRKHIIRNNKLIYCCIYGSFVYILRYGIVSWAPKFLSDSLDVGGKDMGKLASMGGVSVFEIGGVAGMLLAGYLSVRLFRNSKPLTNTLFLALTIILLIAYWYVPSGNEYLWLNYTILILLGLAVYGPVMFIGLYSMELVPKEAAGAASGLSGTFSYIFGSI >MQM04273.1 hypothetical protein [Colocasia esculenta] MARIRAFSAIFMLVLLLVATGEMMGTTKVAEARTCSSASHKFKGACFSDRNCASVCNTEGFPDGDCHGFRRRCFCTRPC >KAJ6491222.1 hypothetical protein DFH09DRAFT_1377283 [Mycena vulgaris] MLNHIVKRGIAHLQAASPGYMAKLQKDAELYEEAGPDMEVSPMESLPVLFTGIIFLLILASIRYTLGDVVASMAMIESPSTTAIVEQKFPAYADEEPLIPAEADINVEITVINRKPITASLCTTMRHLRRVGGFFARWRGLGFNILYSLAYALVFSLLSRTLGTHIFGHTLFGSTVVSILTPLLLVRTHMLWTHTMIAHPTTKSFLHRIVPRAQCKPLILPTLVYAVAQQATFLVPLGVAHLLGLPNIPERALHAAQRDDPAALALMTMRILAVPLTAALIALFVLLPASATLTRIEAALLPGDMQPIVAFDRAALVGSIDLTARGSSWALFVAAWRSFDGAVRVRMLKLYAKMLGVQAAVVLVGLQIMAAEVYVIGGERLAIFFTSARAQLELMAIEAQQNKN >WP_235565772.1 YcxB family protein [Lysobacter sp. Root559] MSFQTPWGALTFLAFPLAALALLSLYWYEGLPIGGLFVVSIAAAMSFPLLLQACFAIAVHFFGMHKDRTYQYHFGDFGLRACSDVEEWTQSWKAITRVKRQGGFLLLFFSRGRAHCLPSRQLQQQGALEPILSLARAHGVRGA >XP_049147251.1 translin [Colletotrichum lupini] >UQC85639.1 translin [Colletotrichum lupini] MPIGITLIIPIFDLQEMGLCGLLYALSTVSLVFHCLQATQILIFHCSVWVVQACEEGSLLSSDTTCSKTGRMSSEALHIGRVLLQFRPDCQYIVKLLVVVTNYLLVGKSQSLPVTTSQIAGLFPSAKFKSHHQDCCCFRGRAEQSHIFNNTAAQTHTSPLTMDSDTNMVEVPASRLLDPQIFEHLKNKIEEDQEVRDQMSQTVQKLDRAISYVQGLLSRIHATPRQQYGPFLADVQAGIQKEIEVIGELQEIASKHPYYKYNQKWNRQVQNVIFTVLLTGWLGGLTADGKPGPIARLLTLEEVGEIFKVPVNLKDRDAFHLTIEEYLLALTDLTSELSRLATNAVTLADFSMPVEISSFVKDLFAGFQLLNLKNDILRKRVDAVKYDVKRVEDVVYDLSLRNLIPQKKEAAAEPKA >WP_242161393.1 MULTISPECIES: endonuclease III [Bacillus cereus group] MLNKTQIRYCLDTMAKMYPEAHCELIHDNPFELVIAVALSAQCTDALVNKVTKNLFQKYKTPEDYLKVSLEELQQDIRSIGLYRNKAKNIQKLCRILIDEYDGKVPADRDELTKLPGVGRKTANVVVSVAFGIPAIAVDTHVERVSKRLGICRWKDSVLEVEKTLMKKVPMEEWGVTHHRLIFFGRYHCKAQKPQCEVCPLLEICREGKKRMKVK >WP_283557067.1 efflux transporter outer membrane subunit [Pseudomonas sp. N3-W] >WHS62776.1 efflux transporter outer membrane subunit [Pseudomonas sp. N3-W] MHVFKPPGILLVTLCAVALNGCVLGPDYRVPDVPIAAKWQAPLPHGASVVALADWWQQFDDPALAELLRLSETDSPSMDEAWANISLARATAASDAADALPKIDGTLSGGRGGQQTGAQRLGGSGSSATMDAAWELDMFGKLRRNNEAAKSRVEARVDDWHDARVTLAAQVGDYYVQYRGCQKLVLAYTDQAQSQQDTARITRESFGAGFTSSADAALADASAASSAAALVQQQSECQVLLKSLVALTGSDEGRLLEVLGQTPAQLPQPAELQVRQIPADLLRQRPDVASSERELAAANAEIGVAQAERLPSLSLSGTFSVGTMVGQRNRSWSLGPVLSIPLFDGGKRRAAADGAEASYDAALAVYRQTLRTSVMEVEQALVRLDAARRRESDVARSTAGFRESFEAIDRNWQAGNVSLLDRETARRQALTAEIELITLQQDQVRYWIALYKALGGGWQANQPLVRNRATSGEGV >URP80785.1 ORF1a polyprotein, partial [Severe acute respiratory syndrome coronavirus 2] VRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCXXXXXXXXXXXXXXXCHNSEVGPEHSLAEYHNESGLKTILRKGGRTIXXXXXXXSXXXXXXXXXXXXXXXXXXXXXNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTXXXXXXXXXXXXXXXXXXXXVQTFFKLVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNERCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLGACIDCSARHINAQVAKSHNITLIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQISITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRHNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGVVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTIYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_193850569.1 YecA family protein [Xenorhabdus sp. BG5] >MBE8596421.1 YecA family protein [Xenorhabdus sp. BG5] MSIQNSLPNYQSFDEILHQQSVALTAAEMHGLISGLLCSGNHGGNHESSWQTLVHDLANDGLAFSQVLALPLRELYETTFELLDDSSFSFHLLLPDEEAGVFECAEALAGWVNHFLLGLGVANPKLTKNKEIQEVITDLRNIGMLGYDEDEDQEELSQALEEVLEYVRVAVQLCYIAFATPKAAGSAKNEKPTLH >AKU96165.1 hypothetical protein AKJ09_02829 [Labilithrix luteola] MESAPDDPRASREAYQLLGPHARANLKERAERASRGQGRRYEPYEMLAEGRFGLKFRPKAMTAQTSGDEAVVLVRGEGPEERAQVHCVREGSSWHLEPELPDVAPPARRSDGGAP >WP_147135386.1 amino acid permease [Nocardia ninae] >GEM40303.1 amino acid transporter [Nocardia ninae NBRC 108245] MKTVVTKPARPPLTKGGVMRRMPVVVADTGDFTKSMGLWQLVALSLGGLVGAGVFSLAGVVANEVAGPAVLISFAIAIIASGAAGLCYAEFAGMVPRAGSAYTYSYVALGEIIGFMIGWDLLLEYTAIVSVVAIAVSGYLNYITHYLGFDLPTWALGAPGTGDGHRVDLFAVLLCLLLAFLLSRGTRESARVQTGLVVLKMLIVAIVVVAGAFHIKAGNYQPFFPFGVGGAVSGAALAFFAVYGYDAMSAAAEESKDGKKLMPKAIMISLGIASLVYLLVCLVIVGMVNYTDINVSSPFASAFDSVGMGILGLVIAVGAVVGVTTSAFANMLAVTRVGFAMSRDGLLPSYFGKSSPVRKVPTRVIWPVGIVSALIAGFLPIREAAELTNVGILMAFIVVALGVMRLRRTRPEVERAFRTPWVPVVPLIGIVFSIWLISHLTWVTWLRFVLWLLLGLGVYLAFSYRHSKLNGGAL >WP_250798057.1 FAD-dependent thymidylate synthase [Micromonospora phytophila] >MCM0678348.1 FAD-dependent thymidylate synthase [Micromonospora phytophila] MVQPQVKLIAWTQFQAPDDVPWSTDADGGQALAEFAGRACYQSWKKPNPATATNAGYLAHILEVGHLSVLEHGSVSFYFSGVSRSFTHELIRHRHFSYSQLSQRYVPERDAAMVEPSVIADDPELHKKFVEAAEASVRAYNELLEGLERRFADVENATLRRKQARQAARAVLPNATETRIVVTGNYRAWRHFIAMRATEHADVEIRELAVECLRQLQGVAPNVFADFVISTLPDGTEVAASPHAELS >WP_112088864.1 ATP-binding cassette domain-containing protein [Klebsiella pneumoniae] >SQC09877.1 ABC transporter ATP-binding protein [Klebsiella pneumoniae] >HBY9728820.1 ABC-F family ATP-binding cassette domain-containing protein [Klebsiella pneumoniae] MAHCAHIPAFILHQVTCQFATGQTLFGPLSVSLEPSLCGLVGRNGVGKTRLLRLLAGLDSPAGGHIERAAAVAWVAQQPTLTPETTLATLLGYASVFAALSRLEQGQGLADDFDLLDGHWDLTDRLSLAFREADLPPFSADRPAFSLSGGERMKALLCGAFVSGADYLLLDEPTNHLDRQGREWLYHQLESWQGGALIASHDRELLTRMPRIIELTPTALRSYGGNYDEYQRQRMAEQQAARAALEHAVTDRRRTRARMQKEHDAAQRRSAQTLRTVDTLNIASFERVKYKGAAKERPGALRRQHREQNSSLNAAVQQARERVEEETPVMFTLPGSEVAAGKQVLVVESLQLDHAPAAPLNWRIDGPMRIALKGPNGCGKTTLLKTLLGLEQAASGDVRLSVSAAYLDQHLTQLDLSLSVMAHLSLEDTPLDEGLLRTRLAQLQLGADKVTLPLSALSGGERLKAALACVLWRREPAQLLLLDEPTNHLDLASTQAIESALAAFPGAMLVVSHDEAFLQGLKLTHSLAWRETGWHFSLL >MBQ9976843.1 16S rRNA (cytosine(1402)-N(4))-methyltransferase RsmH [Clostridia bacterium] MSEFNHYSVLLEETLDALAIDPTGTYVDCTLGGGGHSLEIVKRLTTGRLICIDRDTDAIEASKKRLEPYLDKITFVHDNYKNIKQILSSLGIVSVEGVTADLGVSSYQLDTAERGFSFHHNAFLDMRMNREDSLDAEQVVNEYPESELRRILFDWGEEKWAARIAKGIVQARETKRITTTFELVDIIKASVPSSYLKEKHPARRTFQAIRIEVNDEIGALRDAVSDMVDCVSEGGRVAIITFHSLEDRAVKEVFAERTKGCTCPPSFPVCVCGFKPTLKVFKALTAGKRELDENNRSRSARLRFAEKL >TMF32236.1 4-hydroxybenzoyl-CoA reductase [Chloroflexota bacterium] MLRLPRFNYLRPATAHEAALMAAELGPRAMFVAGGTDLFPKLKRRQFEVDSLIGLDFLPRAIRNGSDECVIDAGVTLAHASHDPHLNERFSGYAEAAGHVSSPPLRNAGTIGGNLCVDTRCNYYDMTYEWRKAAGFCLKKDGDICLVAPSSPRCWAVSSSDTAPMAIALGGVVTLVGASGERELPVTALYRDDGDRYMAKQPDEVVTGLRLRRSPNTRSAYVKLRRRGSIDFPIAGAAVAVELDGDRVESCRIVLSAVASYPLEAKAAEEFLKGRRLQEDVIREAAEIASRPAKPLDNADLSHFWRKRMVRVVVEQALARASDQQPGLDG >SDO77973.1 hypothetical protein SAMN04487981_113103 [Streptomyces sp. cf386] MRLLPRSTSGWTMAVFGVLAAATGVVGLIAPDALLTVMGFTRAGDARRAEGDHTLVFLTASSMAALNMGVYYVLAALSDWRAFFRWTVPFRLLTCTVFTLAVLGGRAPSGFLGVGLWEGLGALATAAALRHEKQRKALPDAEGPAAA >WP_197521413.1 ATP-binding cassette domain-containing protein [Paenibacillus sp. AD87] MIKLENVRVHYASESGRVRKAVDGVSLELAPGEWISIVGANGSGKSTLAGLLIGFTPLSGGERKASSELVVRGVLQQPDAQVLGDTIEEEFHFSLSSLLESPDEQLRRREHALHTVGLEHSPEAAISMLSGGQKQLLNIAVALAAKPDVLILDEPTAMLDPGARERMEAVVQAIVQQGTAVIWITHHLEEATLCDRIIAMEQGRCVYDGVPAAFFYGKDKEETTADAGKEAQQPSPCEQLGLAPPFTVQTALLLKRKGLLQHATPLRPEQLVKEVAHWQSN >HBO3907473.1 alpha/beta fold hydrolase [Pseudomonas aeruginosa] MKRFLLGLVLLLAVGAGVLYFVPATLLASVRTVERGLAGLSEHSVQVDNLEIAYLEGGSEKNPTLLLIHGFGADKDNWLRFARPLTERYHVVALDLPGFGDSSKPQQASYDVGTQAERVANFAAAIGVRRLHLAGNSMGGHIAALYAARHPEQVLSLALIDNAGVMPARKSELFEDLERGENPLVVRQPEDFQKLLDFVFVQQPPLPAPLKRYLGERAVAASAFNAQIFEQLRQRYIPLEPELPKIEAPTLLLWGDRDRVLDVSSIEVMRPLLKRPSVVIMENCGHVPMVERPEETAQHYQAFLDGVRNAQVAGR >WP_200567098.1 MULTISPECIES: muconate cycloisomerase CatB2 [Paraburkholderia] >MBK3785563.1 muconate cycloisomerase [Paraburkholderia aspalathi] MIATPVKIESVETILVDVPTIRPHRLSVATMNCQTLVLVRIRCADGVVGVGEGTTIGGLAYGEESPESIKVNIDTYFAPLLKGMDATRPGAAMAKLRALFQGNRFAKSAVETALFDAQAQRLGVPLSELFGGRVRDSVDVAWTLASGDTTRDIDEAERVFETKRHRVFKLKIGSRALADDVAHVVAIQKALEGRGEVRVDVNQAWTESEAIWAGKRFADAGVALIEQPIAAENRAGLKRLTDLAQVPIMADEALHGPADAFAIASARAADVFAVKIAQSGGLTGAAQVAAIALAANIDLYGGTMLEGAVGTIASAQLFSTFAELKWGTELFGPLLLTEEILTEPLRYENFALHLPQGPGLGITLDWDKIDRLRRDTRKGASVTTN >WP_005392478.1 MULTISPECIES: glycosyltransferase family 4 protein [Vibrio] >AVF92518.1 capsular biosynthesis protein [Vibrio diabolicus] >EMD80485.1 glycosyl transferase, group 1 family protein [Vibrio diabolicus E0666] >MCE3218054.1 glycosyltransferase family 4 protein [Vibrio diabolicus] >MCS0447747.1 glycosyltransferase family 4 protein [Vibrio diabolicus] MKKVLHITEAFGGGVQTALYSYAHSSRDEPYQHFLLARARENDLTNENNHHIFTQTKWVEGGLLQFVRDANHMIASLAPDIVHLHSSKAGFLGRFLKLGKARLVYTPHCYAFEREDISEFARQLYRVLEKVKLSKIDVVAGCSQRECDLAISIGAKRAELLNNYVSYQSEERLLRNRQEALRLVVLGRVAPQKDPQFLIDTLQHLNRYALNRPLDITWIGGGDNTLEQKLRTENVDVTGMLPRDEVVKKLKGSDLYLHTAAWEGMPLTILEAAKLHLPMVIRTIGATQDLNYPFLALTPEEMAKQIAHCVNHYDEIDFCQYTTALNDAFSEEKQRLALNNIYG >WP_209106433.1 ABC-2 family transporter protein [Prochlorococcus marinus] >MBO8233918.1 multidrug ABC transporter permease [Prochlorococcus marinus XMU1419] >MBW3077382.1 multidrug ABC transporter permease [Prochlorococcus marinus str. XMU1419] MISNLIKNKFFTLLKVQYSNMLEYRVEIALWAISGIIPFFMLNIWTNNNLNESINISDVMLSRYFLCAFFVRQFSVVWVVFSFEEDSLMGKVSPYLIQPLNPFFRYFAQHLAEQITRFPFALIIAFLFFIFNPESIWIPNLGILILSIISIFLSFLIQFLIQSIVACLCFWTEKASSIERLLFIPTLFLSGLLAPIASFPEYVKSWIYLTPFPYLIDFPANLLSGNTTNVFRGLSIQILWILLFFPVFKKIWLEGTKRYTAMGS >XP_048593444.1 glutathione S-transferase T3-like [Brassica napus] MEPISLNSHGFVNLLASQSSQPIDIGCSEVPKSAERRKWTTKEDVVLISAWLNTSKDPIVSNEQKAGSFWKRIEEFLNASPLLVGSVPREWSQCKQRWGRVNEQVCKFVGCHEAALKKQASGQTENDVMKAAHDIFFNDYNAKFVLEHCWRELRFDQKWRSHTSIRDGAKEKRKEPAEEVGREEDVRPPGVKASKAAKRKKHLNEPAFDQIESILEVTGSRRRMRVDVVVGLGFFMYHIKSRDVFSSHGCMSPRLAF >EFC33499.1 possible periplasmic thioredoxin [Campylobacter jejuni subsp. jejuni 414] MKKSFLILCVLFLLNACSFENSKDTGKIGEKSAEISAKDTLGKAVKLSDDNTSLKVLVFFQNGCPSCLKELPSLDEFVQNHPNKISVYAINSIDNANVVKVLAEQFDFKNIKVLKDDLKITNDRYAVFATPTTIIIKDGMIKDRILGEKPWEFFESKLISLL >HIV94128.1 class I SAM-dependent rRNA methyltransferase [Candidatus Sellimonas avistercoris] MSFAVVTLKKGEGRMLKSGGAWIFDNEIDSVLGEFDDGDIVLVHDFDGYPMGRGFINRHSKIRVRMLTRNIDQEIDEEFFRMRLKDAWEYRKKTVDTSSCRIVFGEADFLPGMVIDKFSDVLVFQALALGIDRYKELLIELLREILLEDGIRIRGVYERSDAKEREKEGLKKVKGFLGEEFDTNVEIVENGVRYIVDVKDGQKTGFFLDQKYNRLAIQKLCKNAKVLDCFTHTGSFALNAGIAGAESVLGVDASDLAVNQARENADLNGLSDRVKFISRDVFELLPELEKQGEKYDVVILDPPAFTKSRSSIKNAVKGYREINLRGMKLVKDGGFLATCSCSHFM >MBK8637870.1 TerB N-terminal domain-containing protein [Chromatiaceae bacterium] MESFNDNSNIERYAPFDQILPRYNHMNMDQMKSYFIWRTKVRNKIVEPISISYVHVYIYELLHLVGVGSAEIGFSKLVFLWENAVIFAPGISESLARWMIDFVEYYNLPINYLEHPMLKSHIESDADKLVKALSMRDYSVINDIIARKGYNYKGGAFSRNVDGTTLERLITNLLQNILETNDFISYNLFGICTKYSFVSAVFEPYRSKYSLVEKSVNYLNYQYIIELARTIEIALDEIFEIPQKLMNRPLYHLKKKDAAFIKRELKRDVIKNKISFLPKIIPAKKKYSSPRNINSLVNESEVMLTPRIVEINISSLSEIRDKTDLIAEKLISKDLLNEYKKEPKKELIINHDVYTNDKEKEKDEWTIFFNSLDAHGKKMLSLIAGQSSYKDISGYAVGNHLMVEEEIEKINNLAIETIGDTIIKGNGTELLIYEEYITNIDKKLN >RXK40695.1 hypothetical protein M231_01946 [Tremella mesenterica] MSAATRLPSQVIERICQFLDSPSARRLSQVSKMFHETASLAGWRELDFSYPLHYGRKPFDLSGPAPMPEDRSSDSAAPGYLETKAWEIVTALEVVQHLDQRMESAITWGIRHPVELVWVRELTFIIDTFLSSNIGTLLRLVSPNLTHLHILAPLRSQDLTAVSAIILSLRRMGKSFPCMTNFVYQDCHVDDNFFRMPRMEAVIDFLAMMPNLVRFEMNGLNFSYTQRQDWTTLSESGRRNQSQILRPGSLPYLENLRIGSEWTWYHMGTSTPMILLASPNLRQLSISHSPASYRLRSDHWGLYGTGQESGYPILNDLKCLIQLQMCELCALLYDRYLQENPPSETPLPSLKRLIVDVYTGEREIAPWAPVVLTSPCIPRLPHLKTVILSMNNLQRAEMPEDLITPPRSYLKTQEDANMYQALPNLDRIVFIDPAEPVEGGNEEERLEILIKVVEEAHPITWAERNIRGSYITNIRHPLRTHELYHLRTLTWPDLLKPEPVWSDETYYIDGPVPLEVLQEMARLEDVTGFWGRGLQVGDRAWEHLMEWNRTIRAGGWSWFEGDTTIFH >EFG7308611.1 phage tail protein [Escherichia coli] ASESSQSAAEAELSRKTAESAAGNAARDATTATEKARESAESAQSAEQSRIAAEEAVNRIPTVVGPPGPKGEQGPAGPQGPKGDKGERGDTGPVGATGERGPAGDAGPAGPQGPKGDRGERGETGLTGNAGPQGPKGDTGAAGPAGPQGPKGETGAAGPVGATGPQGPKGDPGETQIRFRLGPGNIIETNSNGWFPDTDGALITGLTFLDPKDATQVQGLFRHLQVRFGDGPWQDVKGLDEVGSDTGRTGE >WP_202220633.1 heat-inducible transcriptional repressor HrcA [Okeania sp. KiyG1] >GGA12718.1 heat-inducible transcription repressor HrcA [Okeania sp. KiyG1] MSLQVNLSNRHQHILWATVRHYIATAEPVGSKSLAEEYNLSVSPATIRNGMSFLEKIGLLYQPYTSAGRIPSDSGYRIYVDQLMKPSENLAFEVEELLQKQLNLPESRLEALLQGSAQILATLSGYITLVTMPQAATAKLRHLQLVQVEAEKIMLIVVTNTYETQSLVMDLRAVNQKKHGKNLPDNSVLPDPEDIDRELQILSNFLNGQLRGQAIGELSSLDWTELDREFDKYAKSIKNLLESLALRCQTPEYTRILISGIAEVLRLPEFSKLQQVQTIIQLLEEEQEQLWPLIFEAPSKDKQVTVRIGSENPLEPIQGCALISATYGNGTTPLGSVGVLGPTRMVYENAIAIVKSTADFLSEAIGGS >MCA1697375.1 site-specific integrase [Actinomycetia bacterium] MTALAPALQAFFTDRLITQRNASPQTIAAYRDTFRLLLAFAHEHTGKQPFQLDIDDLDAPLIGAFLKHLEEDRGNSPRTRNARLGAIHSFYRFAALGYPEHAHTIARVMAIPTKRHERNTLCYLDLDEIKALLAAPDRGTWLGRRDHALLVLMIQTGVRVSELVGLRIGDAHLGIGAHIRVLGKGRKKRSTTLTRETVAILRQWLKERGGEPADPLFPTRQGRPLSRYTIGLLVSKHADTAAAGCPSLNAKRVTPHTLRHTNAMLLRAKDVDIATIALWLGHESTQTTHIYEHADPALKERAIARTAPLGTKPGRYRPSDALLAFLEDL >KAG0237649.1 Inorganic phosphate transporter pho84 [Actinomortierella wolfii] MSEKYEHTPSSSSSEVPVDKVDAGSLADASPAANLQALDDVSSWNWFTIRTLITSGTGFMTDAYDVFIINLIVPMLGYVYFADKGGHIPPEIEGPLKGMASFGTLVGQLLFGYLGDAKGRSSIYGTELMIIILGTFCCAMVGSNVKGASAIGYLTFWRFILGVGIGGDYPMSATVTSEWAAAGRRGQMMSIIFSMQGIGNMMASIVTLIVLACTKKYIIEDPMNLDWVWRICIGVGCIPAVSTIYLRLTMPESPRYAMDVEKDIEKANAAINNATGNVAQGPETVTRVVQAERSHYRDFVEYFSKWENAKILLGTSLTWFLLDIAFYGVSLNQSYVLNAMGFVGDGTVYDNLWRTTLGNLTVALLGFVPGYWFTVFLIEKWGRKKIQLMGFFNLTVLFIILAVFFHQLRKIVPLFIAIFTLAQFFFNFGPNTTTFVVPGEVFPTRVRATAHGISAASGKLGAIIATFGFNKLVEIGGEPGEHAFLPQTLGIFAAVMFLGLLCTFLIPETKGMSLEEIEERGKARAE >MYS55468.1 AI-2E family transporter [Streptomyces sp. SID6013] MSRVPGWLGRLGAGLTQMSERLEQRREEARRHDADDGPGPASDHVPHTAEHSAEDAAAEHLAAHRTVAVADRPDPAQAVPWGVRVAAEAGWRLLVLAGTLWVLMRIISAVQLVVLAFVAALLITALLQPAVAWLRRHGVPRGPATALTAVLGFVVMGLIGWFVTWQVMENIDNLSDQVQDGIDELRNWLLNSPFHVTDKQINEIAKNLREAVGANTDQITSAGLEGVTVVVEALTGILLAAFSTLFLLYDGKRIWQWSLKLVPAAARPGVAGAGPRAWRTLTAYVRGTVIVALIDAIFIGLGIYFLDVPMAVPLAVFIFLFAFIPLVGAVVSGALAVVVALVTQGVFAAVMTLVVVLAVQQIEGHILQPFILGRAVRVHPLAVVLSVAAGGMVAGIGGAVVAVPLVAVTNTVVGYLRAYSREAALRQKPKPHGATSSDAAPAIGRTPGAAEPQGPQGPQGAQGSQGSQDPSESGPPSDTSPA >WP_188867472.1 low molecular weight protein-tyrosine-phosphatase [Pseudomonas asuensis] MIKSVLVVCVGNICRSPMAETLLREGLKGRNIEVSSAGIGALVGRPMDSTAQEVLRENGFELSTHKARQADAEMLRKADLILTMEEFHSRSVESMAPEIKGRVFLIGKWVNNREVPDPYRLSKEMFKEVHILLAKCVDSWLPYIR >WP_233286789.1 methionine--tRNA ligase [Bradyrhizobium ivorense] MTTLPTFPFRSAEDFVVATARKKSSKKKAKKTKKAAPARASGKKAAAKSAIKSRAAKKAKRVVKKAKKAAKKTVKKAGAKKAAKKTVKKAAKKATEKAAKSAPRAAAAKAPVSPAPKAPKAPAASKAPKPARAPKQPKPAAVAPASAPIAAPAADRGNVFYITTAIAYPNGQPHIGHAYEAIATDALARFQRLDGKDVFFLTGTDEHGQKMIQTAQGEGMSPEALATRNAARFREMDERLNVSFDRFIRTSEPAHHKSVQSIWNRMQQNGDIYIDTYAGWYSVRDEAYYAEDETVVGEDNVRRGPQGTPVEWVEEKSYFFRLSAYQDKLLHLYESQPDFIGPDSRRNEVISFVRGGLKDLSISRTTFDWGVKVPNDPEHVMYVWVDALTNYITGVGYPDEGDANWRYWPADVHIIGKDIIRFHAVYWPAFLLSAGIPVQKRVYAHGFLFSRGEKMSKSVGNVVDPFNLADQYGVDQVRYFFLREVPFGQDGNYNHEAIVARINADLANDFGNLAQRSLSMIAKQLGGVLPEPGEFSDNDKAILAQADAMLETSRTAMATQQIHQWLNTVWAVVAEANRYFAGEAPWALAKTDPARQKTVLYVTAEVVRQIAIMAQAVMPESCAKMLDSLGVAADARQFAALAERIKPGTVLPAPVGVFPRYVEPKSE >WP_034473228.1 error-prone DNA polymerase [Caballeronia zhejiangensis] MSASALLPGYAELHCLSNFSFLRGASHPQELAAAALEHGYTALAITDECSLAGVVRAHAAIKDIEAKAQADAEAARLAGEPPPKSQDLKLIIGSELHLTDADGEPFCTLIALATNRAGYGNLSELISHARARSPKGSYRIGPEDFTDPAASSDTSDLRGDIAHLKHLPDCLLILVPQRAATLADTLDRAHWLAGFAAGRAWLALELWQDGSDDERLASCRVIAQASGLPLIAASGALMHARSRKPLQDTLTAIRLNRPLAECGYALEANAERHLRTRLRIGALYPKEAIRETLKVAARCTFSLDELKYEYPEELVPPGETPASYLRKRVMAGALQRWPNGMDAETIGLIDKELALVAKLEYEKYFLTVYDIVAFARSKGILCQGRGSAANSIICYCLFITELDPVRMGLLIERFISQARNEPPDIDVDFEHQRREEVIQYIYQKYGRHRASLAASLITYHTRSALKDVGKALGLDASLIERIGKSQQWWDGPSAVAGYLREAGFSDDSHVTTHLIRLTRELRGFPRHLSQHVGGFVIARERLSRLVPIENAAMKDRCVIQWDKDDIDQLKLLKVDVLALGMLSAIRRALEFVALRRGVPGFGLSHIRREDKAVYEMCCRADTIGVFQIESRAQQSMLPRLRPQKYYDLVIEVAIVRPGPIQGGMVHPYLRRKQGLEEEDYPKEELRPVLGRTLGVPIFQEQVMKLAMVAAGYTAEQADQLRRAMAAWRRGSHLEKYQADLMQKMLARGYEHDFAARVCKQIEGFGEYGFPESHSASFALLVYFSAWIKRYEPAAFLAGLLNSQPLGFYSPSQLVQDARRHGVPVFAPDVSLSDWESVLEARAGDGERIGFDAGKERRRQQFYGAAESDRVFRKTVQRAARRLRKRVELDGRQYGAKGPGVRIGLQLIKGLPQAAAERIMAARAEAPFIDVDDLTRRAALSRRELEALAAGNALASIAGHRRQAWWAVTAQQRAPELLRDAPMSEAPLLLPEASEGREIVDDYASLGLTLNRHPLALLRAKLARMRFKTAAELADIRNGRFVRACGIVTVRQRPGTANGTIFVSIEDETGAINVIVWPGLVEKQRKVLLGASLLGVHGVWQMEGEVRHLVAQRLEDHSALLGRLAAPSRDFH >WP_145937814.1 acyl-CoA dehydrogenase family protein [Amycolatopsis bartoniae] >MBB2934506.1 alkylation response protein AidB-like acyl-CoA dehydrogenase [Amycolatopsis bartoniae] >TVT01884.1 acyl-CoA dehydrogenase [Amycolatopsis bartoniae] >GHF46886.1 acyl-CoA dehydrogenase [Amycolatopsis bartoniae] MIDFRLDEEYEALRKTVHDFAQNEVAPVIGGFYEREEFPYDLVAQMGRMGLFGLPFPEEFGGMGGDYFALCLALEELGRVDSSVAVTLEAGVSLGAMPIFRYGTPEQRERWLPALCAGEALGGFGLTEPGGGSDAGATRTTAVLDGGEWVINGSKSFITNSGTDITRLVTVTAVTGTKPDGGKEISAIIVPSGTPGFTVEPKYSKVGWNASDTHGLSFADCRVPAENLLGERGRGYAQFLSTLDEGRVAIAALSVGLAQGCVDECLRYVRERSAFGANIGSYQAIQFKIADMETRAHTARLAYYQAAAKLLRGEPFKKEASIAKLVSSNAAMDNARDATQIFGGYGFMNEFPVGRFYRDAKILEIGEGTSEIQRMLIARELGLR >WP_110236450.1 hypothetical protein [Klebsiella variicola] >HBS6925998.1 hypothetical protein [Klebsiella pneumoniae] >PXK61481.1 hypothetical protein DMR84_00900 [Klebsiella variicola] >HBW0878219.1 hypothetical protein [Klebsiella variicola] >HBW0890320.1 hypothetical protein [Klebsiella variicola] >HBX8242518.1 hypothetical protein [Klebsiella pneumoniae] MSTIDVGLQVTESDMFKATGDFLSVLFPDAEITQTQQNQTPMPKGGFITMTPLFLTDLSTSAVNYEYDGVSDYGRAELRRVDEWQCQLDFYGDQAQNNATIFSRIARSEFACTWFRENANVLVPLYSGPPRQTSMINGEKQWESRWTLEFHANPLIVVSVPQQFMTGADVISQPVDVRFPPEK >MBG0749417.1 hypothetical protein [Pectobacterium carotovorum subsp. carotovorum PCCS1] MHETGKGKADNAPAHDDVKCVPLPNIAESIDVKKCTDAGLLSGRGNCE >MBW7885425.1 FAD-binding protein [Caldilineaceae bacterium] MINHMATETLLTALGRHIPADRLLHRPAQLAPYESDALTAFRSRPAVVVLAETQDEVIQVVRLCHQYETPFVARGSGTSLSGGSLPVADGVVIALNRLNRIVKLDPRLRIAVVEPGVVNLDVSGAAAPHGLYYAPDPSSQLICTIGGNIAFNSGGAHCLKYGMTSNHVLGIKAVLPDGEVVRMGGESLEGVGPDLTGFFVGSEGLFGVALEITLRLLPKPAMYRTVLAAYASLEAAGNAVARIVASGLLPGAMEIMDALAIEAAEAAVHANYPRDAAALLIVELEGEPEQVEAEFATLLQVIEASGPYEVRVAQDAADRARIWKGRKSAFSAVGRLSPDYIVQDGVVPRSRLGEALATIERLSRQYNLRVANVFHAGDGNLHPLILYNGRTPGELARAEELAGEILHMCIELGGSITGEHGVGMEKRQYMPDMFTAVDLKVMAELRRALDPGELANRGKMFPGGEAPALHSHGPHPLERQGIISRE >WP_020424556.1 MULTISPECIES: glutamate synthase large subunit [Anoxybacillus] MRGLPKAQGLYCPQFEHDACGIGLYAHLKGKASHHIVKQGLHMLRQLEHRGGQGSDPQTGDGAGIMVQIPDDYFRDVCSFSLPPKGRYGVGMIFFFEHSEQKRMMLEHQISHIVHEEGQTLLGWRDVPVDVEKLGTLAKKSRPFIRQLFIAASDEVTDEQHFERKLYVIRKRAEKVVKNNEYYFASLSSRTIVYKGLVTPEQLDAFYIDLQDERFRSAFALVHSRFSTNTFPSWERAHPNRYLIHNGEINTLRGNIHWMMAREKQFTSHVFSEDLQKVLPILDTNGSDSSMLDNAFEFFVLAGKSLAETAMMLIPEPWYWDEEMDEDRKAFYEYYSCLMEPWDGPTAIVFTNGKQIGGILDRNGLRPARYYVTKDDYIIFSSEVGVVDVEQENVLYKERLSPGKMLFIDFEQGRIISDEEVKKQIANERPYRQWVNEQIVSIDQFTTDDDEQVIDDLVTKQKAFGYTYEDVEKTIIPMATDGKDPTGAMGNDTPLAVLSDRPQSLFNYFKQLFAQVTNPPIDAIREYIVTSTVTLLGKEGDLLNLDASAARRIRLQSPIISDKQLRALRMSPYREFASVTLSTVFTDNLKEALDELCQAADEAIASGVTLLILSDRSIDEQRVAIPVLLAVSAVHQHLVRKGTRTKVSLIAESGEVREVHHFAALIGYGADAIHPYLAFATIREAIEKGVLHSTYEKAVETYKKAATDGVVKVMSKMGISTVQSYRGAQIFEAVGIGANVIEQYFTGTASQIGGIGLDEIAQEAKMRHMQAFHTSYDQTLDSGSELQWRKNGEHHAFNPKTIHTLQWACRKNDYELFKQYSKMANEEQMTFLRHLFTFDETRTPIPIEEVEPVEAIVRRFKTGAMSYGSLSEEAHETLAIAMNRIGGKSNSGEGGEDPRRYVRDENGDFRRSAIKQVASGRFGVKSHYLVHADELQIKMAQGAKPGEGGQLPSNKVYPWIGNVRGSTPGVELISPPPHHDIYSIEDLAQLIYDLKNANRHARISVKLVAKSGVGTIAAGVAKGGADVIVISGYDGGTGASPKTSIKHAGVPWELGLAETHQTLMLNGLRDRVVLEADGKLMTGRDVVMAALFGAEEFGFATAPLVVLGCVMMRVCHLDTCPVGVATQNPELRAKFTGKPEHIVNFMYFIAQEVREMMAQLGFRTIEEMVGRVDVLKISERAKRHWKAKHLDLSRLLYQVDGPRTFSKPQSHRLDETLDHTMILPAVKKALEDKKPIQLHVPIRNVHRTVGAMAGSEISKRYGEEGLPEDTIRLHVHGSAGQSFAAFVPKGMTMTLIGDANDYVGKGLSGGKVIVRPPHEAEFACSDQVIIGNVAFYGATSGEAYIRGRAGERFCVRNSGVVAVVEGVGDHGCEYMTGGRVVILGSVGKNFAAGMSGGIAYVLADDDAWKKRANRELVLFESLVDENEIRDVQHMIMKHYEYTESPKATYVLANWERVVKDIIKVIPKNYKLMIETIETMKQRGLSHDEAVFQAFETVATKKGVVAEKVIEAVAK >WP_094570475.1 hypothetical protein [Mucilaginibacter xinganensis] >ASU34083.1 hypothetical protein MuYL_2193 [Mucilaginibacter xinganensis] MKIKFIKSNIVFAAFIATALMLNSSSCKKDSANTTDATVTEADAAELTTAAVSPETGGMTAQLSSSITINNTVTLSCGVTKDSTIVKSSAAGASPSYSYNLNWNYLLTCNGIFPSQLAFNFSGTGVYDGPRISSNDKSAGSFVLTGLQGSASQYSFTSAYTRTGTTTSKIARQYTFTSNIKITSSNIVVNKSTQQIVSGTAAVTITATSTSGKTFNFNGTITFLGGQKASVVLNSGTAYTIQW >WP_109128643.1 homoserine O-acetyltransferase [Aggregatibacter segnis] MTIKKTTVFTHQPLQLTLGGQLEHIDVAYQTYGVLNADKSNAVLICHALTGDAEPYFAQEANQQGWWQNFMGDGLALDTSRYFFICSNVLGGCKGTTGPSSMNPQTGRPYGSQFPTVVVQDIVKVQKALLDSLAIPHLHAIIGGSFGGMQANQWAIDYPDFVSNVVNLCSSLSFSAEAIGFNHVMRQAVISDPNFNNGDYYDGAKPDKGLALARMLGMLTYRTDVQLTKAFGRATKAEGNLQGDYFQVESYLSYQGQKFLARFDANSYLHLLRALDLYDPSLGYTDLKTALSRIKARYTLVSVDNDQLFKLPELRKSKQLLEENGVNLNYYEFSSDYGHDAFLVDYAFFEHKIRDGLAGKTEERF >AGS31853.1 elongation factor 1 alpha, partial [Cyclodes omma] KEAQEMGKGSFKYAWVLDKLKAERERGITIDIALWKFETSKYYVTIIDAPGHRDFIKNMITGTSQADCAVLIVAAGTGEFEAGISKNGQTREHALLAFTLGVKQLIVGVNKMDSTEPPYSEPRFEEIKKEVSSYIKKI >MBK7190470.1 HNH endonuclease [bacterium] MFLEVHHVVSRRGGGSNRADNLVTLCSRCHAFAHEQGHCVEQATCAGASAGESVPVGGL >WP_256569498.1 serine hydrolase domain-containing protein [Myxococcus qinghaiensis] MLQEETRRYVRSYRSASLCAGLTSRGEHHVQAFRGKGAPPPDNALFSLGGLTHVFTGALLGLLVEQGKARLDMPLSEVIPRSLLPDAEAGRITLEQLATHTSGMPHLPPNLDAAPRNPEDPFGHYSAHLFGDFLRTYHPQLPPPRPVSESLLGMGVLGHALSRRAGLNYGHALRDGLFTPLKLSDTSARVTDELAPRLLAGHTARGRPVPAWTFPALPGAGALHSTAPDLLRFLDASLGRAEQSLSRPLKSTWSPRTEGGPVRMGLGWSISQLRGHTVAWCSSMMGGYVGFLGLAPSVDAGVVLLSNHGWSLLAALRGRVPLEAPGFALLSRLLTETTI >WP_092203677.1 MULTISPECIES: DMT family transporter [unclassified Pseudomonas] >SDA85080.1 transporter family-2 protein [Pseudomonas sp. NFACC15-1] >SDW69869.1 transporter family-2 protein [Pseudomonas sp. NFACC14] >SFB35729.1 transporter family-2 protein [Pseudomonas sp. NFIX10] >SFF02588.1 transporter family-2 protein [Pseudomonas sp. NFACC06-1] MQTSSLSEAVPVSTPARPRTLLRWLLLPLVILAGMGLSVEAGLLGPLGAQVGHLWATLSIFGVGSAILFLLLLLSGRQRGPALHELPRWQLIGGFLGPIYVVVLTLATPHIGIAMTMVAILSGQVGKSVLIDHFGWFGTARKRVNGERWLALALIVVALVLIARG >ELB87175.1 3-(2,3-dihydroxyphenyl)propionate dioxygenase [Rhodococcus wratislaviensis IFP 2016] MERDVDRVFGTTFRTGLARASSIVREFDPDYIVLFGGDHRRAFRHVVPTFGVALSAGIMAEAGHSAGALNVPQGTARGLAEHLLDSGIDISVCRDVQLDHAFAQPLRDLTGSVDAYPVIPLPINCATAPLPKAERVLAFGDAVGRYLSGTGDRVLVIGTGGLSHSPPSLEVDTYDISDEERARIIAEGSAAARKKIKPAWDKAFLHASATWDREALARLTDSAHADAGAGANEVRTWLAAGAAGGGVPLEPLIYEPVEEWITGMAVAVSA >WP_011185207.1 MDR family oxidoreductase [Leifsonia xyli] >AAT88202.1 alcohol dehydrogenase [Leifsonia xyli subsp. xyli str. CTCB07] >ODA90917.1 NADPH:quinone dehydrogenase [Leifsonia xyli subsp. xyli] MTGFRAIVIDQQTEGGRVLAHSAEIRRVSDDILMPGAVTIDVDFSDLNYKDGLVIAGRPGVARISPLIPGIDLAGSVAASDDARWRPGDRVVLNGDGLGERHHGGFAERARVRGDALVRIPDSITAEQAAAIGTAGFTAMLAVLALERSGADPDRVRAEGSSVLVTGAAGGVGSVAVAILAKLGYPVTAATGRAQELGGYLTDLGAEAIIHRDEIARGGKPLQAQRWACAVDAVGGTTLATVLAQTRYGGAVAACGLAQSPDLPTTVLPFILRAITLIGINSVEAPVTLRETAWQRLATDLDRDTLATMTRTIPLAEAIPAAEEILAGHIHGRTVVDVRA >WP_158104363.1 DNRLRE domain-containing protein [Amycolatopsis lexingtonensis] >MBE1501504.1 hypothetical protein [Amycolatopsis lexingtonensis] MTLRRSLTLLAVALGVVLTGTGGAMAAAGTAGQPRSETTLSATSWGYVDSAAPTTAHFKPAGNLPIGTYDSTPHRQRSYVDFDLSSLRGVPFTTVLLSAGETYYADCDGRATEVWRTSAYTRQTTWQNRPAERTRVASRGADGTCIDNNATFDVTTAVRDAVDHKERHLTLGYRVAEAHEADPAFYRLIEAPATLRVVNNAPPATPADLRANDEPCAQSGTGALASRQLKLSAQVSDPDGDFTSGQFTWWPVADPSQRHTGAGSGNPAAAYPDTWDLADGTYAWEVYAQDSWGAKSATAGPCRFTVDRTDPNAPAVASATYPANAEGGGVGVAGEFTFSPNGSTDVVKYDYNFGGDTREIAAGPDGTATVGFTPTTNGWQSVVVRAWDRAGNLSLSTYYSFIVKETRPTVTSDRYPPQGGPDGGIGVPGVFRFAPGMPNVVAYDYRLDGGASATVTAAQDGVAEVTITPATGGDHVLFVRSTDASGVKSPEREYRFVVDASPVVSGPQNVDLGTSATYTASPRMPAVVGYDYWFASAESTKWTVKANADGTATLPVEFTSADQTLLRVQARDASGGLSPVTEKRLSLNTWRPEIGYQGDIGTEGRAATFTFTTPMPNAVEFEYWLTADPATRWTVPVSGNTAAVSYTPPKIGDYEMLVRAKNAAGVWSATDNITWTVTNNPTVTSKEFQANARVFPGTFTFDARQPGAVAFEYSFDWGPFQQVAAQNGSYALAWTPPLPPEGSASHNLRVRSVTADNVSSQENTYYFSVLSAPYVSSKEYPESTWSGGAGVPGTFTFTPGMPGIVSYTYQVRNDGSAVTEELTVPADSSGTGTMTWTPPARGVYSVIVRGNTADGTKSGGIGYSVYVN >CAB1315112.1 unnamed protein product [Coregonus sp. 'balchen'] MSQPYGLMPNLTGAYRTAEGHRPICPHSRVSRCPPNEYQCGGTELCIHMSKLCNGFPECTDGWDEGPHCREFATNCTLSGCQDNCSVTPSGAACYCRSGYEIGLDGMTCKDFDECSVYGTCSQSCTNTEGSYTCSCVEGYLPQPDNRSCKAKNVPVERNSVLLIANSQNIQATSLSGTTISLLSTTTKQTTAMDFLYAQEQVCWIHVGDSPASTHLKCAKIPNLKSFADERVINISLSLHREFYNTI >WP_278579814.1 hypothetical protein [Rothia aeria] MSTPVPSSGTDSSRRSLFLSLRLWSALACILLAATVLLLPVPFGARAFILGVLLFSGVFLVVDAGGKGKTFAALTVALLGLYLLFTAQRGVMLIVSGNIAGTVLGVGLLLLPAVGAWALVREIIFGARIQKLADELAAAGKLPEDTLPRSPSGRVDKSAAAQEFEKFALAVEHAPDDWASWFNLSCMYDACGERKRARAAMRNAVSLHRGRPAKPMV >WP_158791585.1 phosphate ABC transporter ATP-binding protein PstB [Granulicella sp. L60] MGVGILVEGLNAWYGSTHTLQDINLPIPANHATALIGPSGCGKSTFVRCLNRMHETNPIARATGVVKMGDIDIYKDASPVEIRRRVGMVFQRPNPFPTMSIYDNVISGLKLNGFRNRRILDETVERSLKQAALWEEVKDDLKKKSGASLSGGQQQRMCIARALAVDPEVLLMDEPASALDPVSTSKIEDLIFQLKSQYTIVIVTHNMQQAARVAENTGFFLNGKMVEFDSTHKIFTNPKDKRTEDYITGRFG >WP_167977039.1 anchored repeat-type ABC transporter ATP-binding subunit [Lentzea indica] >NKE60384.1 anchored repeat-type ABC transporter ATP-binding subunit [Lentzea indica] MNEPVLDIVGLAVDLGGREVLSEVDLRLRPGELVGLIGPNGAGKTTLLRTALGLIPPRRGTVAVHGRTAKQAQGSVGYVPQRHEFAWDFPISVAKAVATGRTHLTGLLGRRTEQDRTAVDAAITRVGMDDLRTRPVGELSGGQRQRVLVARALALQPRLLLLDEPFTGIDAPTQELLSGLLTELRDEGVAVLMTTHDLAAATTLCSRLCLLNRTVVADGEPAALADTDIWLRTFGLDRAEQLLRSLGVSR >WP_110431153.1 murein DD-endopeptidase MepM [Haemophilus influenzae] MPVQHVKLARDRRKKRAYIKVGVFFVAILLILTGILLTIKDKSEENPIFSTSDSGEYHELNTSPNKNSTALQPDEDATSYDDELQAKDDEVDEVKLSSDDLGTLPQDAQDALNGLLDAADQAIRITDQFSYTVTEGDTLKDVLVLSGLDDSSVQPLIALDPELAHLKAGQQFYWILNKNDNLEYLNWLVSEKEERIYERLEDGKFKRQVIKKKSIWRKEVLKGEIQNSLNSSLREQGLDTRQISQLSNALQWQVSLRKLKKGTQFAILVSREYLGDKLTGQGNVEALRISSGGKNYYAVQAANGRYYNQQGETLGKGFARYPLQRQARVSSPFNPNRRHPVTGRVRPHKGVDFSVSQGTPVIAPADGTVEKVAYQAGGAGRYVMLRHGREYQTVYMHLSKSLVKAGQTVKKGERIALSGNTGISTGPHLHYEFHINGRAVNPLTVKLPGTSSGMSSAERKQFLVRVREAEKMLKP >WP_177084516.1 MULTISPECIES: SURF1 family protein [unclassified Pseudomonas] >NWC92190.1 SURF1 family protein [Pseudomonas sp. IPO3779] >NWD20043.1 SURF1 family protein [Pseudomonas sp. IPO3778] MKPFRPGIAPTLVVLMLLPLLVFLGFWQLSRGHEKQALLDTYAERRAAEPMSSTQLQATEDPAFRRVHLRGQFDAEHSVLLDNRFRDGKVGVELLQPFHDQASGQWLLLNRGWLPWPDRRTPPVFTTPDQLLNLDAWVYVAPGETFQLHADPAGAKWPRLLTALHPEAVWAELGRSGFAYEVRAEAGPGTYETNWPVVAMGPEKHLGYAVQWFAMAVALFGLYLYLGWHNTKKEKRHGSGHESTQHV >RZL08229.1 hypothetical protein EOO62_15700, partial [Hymenobacter sp.] MSFKAYPAAWPHNTALRAAAARWQRRGLLLPAQRAAIDAAYPVDYYQPAILLRVGLFVATLLSVGSLLLALGIGARVHSEFGLGLFALVGSVVGVEAVIINSRHYHSGVDMALLYSALLAWEFLILCGFSEWLPYSYSHQYYDHDFWLIAPGMWLHLLLLLGPLLLALWRYADPVVAAATFGTVLALLANVLLHAAFGQLLLPFASMAASAALLYWLEKQPARLNYLYYRPSLLVLRTLALAAFYLAGNYLIVREGNAKLVGGYGPSPQVPLASVFYLFTVAIPLLYLYLGLRRHDRLVLLVGMLAVAFSIFTVRYYHALMPPELAATLAGLVLTGLSLAALRYLR >KAF6750975.1 hypothetical protein DFP72DRAFT_1071833 [Tulosesus angulatus] MQQALADTGKLDGCRKEQEDNRTGGIRREIGAEGGEGFSDVRSSTRRMPHVEPDPEIVAAVNVSTFWPLFQEELWTTISQQGDQVTHGALDAAFERAWDRQRRIPGGHDIRRQFIRPLRSVIIASLRTMLATPSIYIMLDLSSRYKSIVEISITVARDAVVKRMDKFARQQARTSETTIAIPPALPSAASPAVPPAASPAAPPAAPPVAPPALASMAEPLLDAQLPCQLTPPSDADSTEPDSSFRPPVIFFHPSSPANPLPGFILHPTFPNLEPEPRKVEPHFRTPAQQQSFQRTATIGLGDDDSDSDSGRRPARHDGEVFAPSEMFYRIDEHTAEQWAPDHHRPPESPENQHQDLEEEESSGYDYGPEVGIHNMRGDHLDYVSYGSGHQEGYMEGYDDGYEGGYDVGYGMGYGDGYYDSHSEENGSSEEERSDEGCHDEGYYDGYSEDERSSGDEEYPDDAASDEESEGVDDRSESDYQSDTESDWGE >WP_086123022.1 NAD(P)/FAD-dependent oxidoreductase [Hydrogenophaga sp. IBVHS1] >OSZ74671.1 cyclohexanone monooxygenase [Hydrogenophaga sp. IBVHS1] MSKSSNAPPVQLDAIVVGAGFAGIYQLYSLRRIGLSARVLEAGEGVGGTWFWNRYPGARCDVESLDYSYSFSDELQQEWDWKERYAPQPDILRYINHVVDRFDLRRDIQLNARVTSAIYDEAEDRWLVTTEGGDRFSARYCIMATGCLSIPQAPQFPGLESFKGRWYHSANWPHEGVDFAGQRVGLIGTGSSGVQMTPEIAQRAKHLTVFQRTANYSVPAQNEPITPEQLAEVKSTYGARRERALETHTGHFLIANDKSAMEVSEAERRKEFEFRWKGAGGGFRMLRAFNDLMVNKQSNDQAAEFVRSKIRATVKDPVTAELLCPRDDLPFGTKRLCVDTDYYQTFNRDNVSLVDVRTDPLVEATPNGLRTQSGQEYPLDVIVFATGFDAMTGALKSIDVRGVGGQALRDKWVDGPRTYLGLAVAGFPNLFILAGPGSPSVLSNMVHSIELHVNWLTRCLEDARARGVRRIEAQQRAEDDWVHHVNEVADRTLYPTANSWYMGSNMPGKPRVFMPYVAGVPAYRKIVNEVAADGYRGFEMV >MSO18531.1 DNA repair protein RecO [Acidimicrobiia bacterium] >PHX59417.1 DNA repair protein RecO [Actinomycetota bacterium] MALYRDHGVVLRTSKLGETDRIITFLTRENGKVRAVAKGVRRPGSKFGARLEPTSNVALQLYRGRNLDIVTQAETLDTNRSLREDYALLTHAISMLEAVDQVAQERESDPVMYRMLEGALRTLSSEKSLIISVAFLWKLLSHEGFHPVLTSCARCELEFGDAVEPTTFDFGEGGALCSSCAAGGGRRISADAIVVISALVDARVRAVIDQPPSTEVLLEVEHLGVGALEHHSERRLRSAALY >NWW43432.1 LRRC4 protein [Pedionomus torquatus] MENNIQMIQADTFRHLHHLEVLQLGRNAIRQIEVGAFNGLASLNTLELFDNWLTVIPSGAFEYLSKLRELWLRNNPIESIPSYAFNRVPSLMRLDLGELKKLEYISEGAFEGLYNLKYLNLGMCNIKDMPNLTPLVGLEELEMSGNNFPQIKPGSFHGLKSLKKLWIMNSQISLIERNAFDDLTALVELNLAHNNLSSLPHDLFAPLRYLVELHLHHNPWDCDCDILWLSWWLREYIPTNSTCCGRCHAPLHMRGRFLVEVDQTSFQCSAPFIMDAPRDLNISEGRVAELKCRTPSMSSVRWLLPNGTVLSHASGHPRISVLNDGTLNFSQVLLTDSGLYTCMVTNVAGNSNASAYLNVSTAELNTSNYSFFTTVTVETTEISPEDISPKFTKPVPTTS >CAF2048201.1 unnamed protein product [Brassica napus] >CAG7865815.1 unnamed protein product [Brassica rapa] >VDC62858.1 unnamed protein product [Brassica rapa] MSESRIVSLSPMLLVLLSLLMASFFDTTAGQIGVCYGMLGDPRPNPSDVVALYKQRNIQRMRLNAPDPEALNALRNSDIELILDVPKTDLDRVASSQAEADTWVRDNVKNYDGVRFRYITVGNEVKPAEPAGRILFQAMQRT >NWT28302.1 PGM2 protein [Cardinalis cardinalis] >NXP88516.1 PGM2 protein [Passerina amoena] QNPKTYAIVKQLLAEGNAGELQKYFGSRMEFGTAGLRAAMGAGISHMNDLTIIQTTQGFCRYLEKNFTDLKKRGVVIGFDARAHLSSGGSSKRFARLAANTFISQGVPVYLFSDIIPTPFVPYTVTHLKLCAGIMVTASHNPKQDNGYKVYWENGAQIISPHDKGISQAIEENQEPWPQAWDDKLIDSSPLLHDPYAMVNKEYFKDIQKQCFYRNINKETNLKFVHTSVHGVGHKFVQLAFKAFDLSPPFAVPEQKDPDPDFPTVKYPNPEEGKGVLTLSFALAEKDGARIILANDPDADRLAVAEKQESGEWKVFSGNELGALLGWWIFTCWKNNSRDTRAIKDVYMLSSTVSSKILRAIALKEGFHFEETLTGFKWMGNRAKQLMDQGKAVLFAFEEAIGYMCCPAVLDKDGVSAAVITAEMASFLATRNLSLSQQLKAVYDEYGFHITKASYFICHDPKVIQQLFDNLRNFDGKNTYPKSCGRFKVSGIRDLTTGYDSSQPDQKAILPTSKSSQMITFTFANGGVATMRTSGTEPKIKYYSELCAPPGNSDVEQLKKELDELVNALEKHFFQPEKNKLQRKTE >WP_121183454.1 hypothetical protein [Nocardiopsis sp. Huas11] >RKS08219.1 hypothetical protein DFP74_3914 [Nocardiopsis sp. Huas11] MSEDVGGSPLVDVAGMSLREVDRIDDSALACTLREILDPADAGVEVLSAFENSGDFTGNRHVTGDRAREVW >AFJ09957.1 pol protein, partial [Human immunodeficiency virus 1] PQITLWQRPLVXIKIGGHLKEALLDTGADDTVLEDINLPGKWKPKMIGGIGGFIKVRQYDQIPIEICGHKXIGTVLVGPTPVNIIGRNLLTQLGCTLNFPISPIETVPVKLKPGMDGPKXKQWPLTEEKIKALIEICTEMEKEGKISKIGPENPYNTPVFAIKKKDSTKWRKLVDFRELNKKTQDFWEVQLGIPHPAGLXKKKSVTVLDVGDAYFSVPLDKDFRKYTAFTIPSINNETPGIRYQYNVLPQGWKGSPAIFQCSMTKILEPFRKQNPDIVIYQYMDDLYVGSDLEIGQHRTKIEELRQHLLXWGFTTPDKKHQKEPPFLWMGYELHPDKWTVQPIVLPEKDSWTVNDIQKLVGKLNWASQIYPGIKVRQLCKLLXGTKALTEVVPLTVEAELELAENREILKEPV >XP_009177739.1 hypothetical protein T265_12248 [Opisthorchis viverrini] >KER18514.1 hypothetical protein T265_12248 [Opisthorchis viverrini] MVPSQNVLSNLNNTKTSTFEDTELLAVGSFGTADVPLGSSVHEEDPPAAHFVESVVECAGLCTGSVKDPNQWMVVQKQLDDHPGAPTQTRKSESRLIAVSSQEDGLCRFYGQEINAGPSGLHCVSLQEELPEPHRVENVLAERIANDVIDGSARLPKXVHHTGIFPSIEQQCGDSSTPYAPKSAGINQRSESGTVRSCQGGDDYADGSGGLQKHAKATTQQSTRWDDGDSVEHLSTPQT >NXE30976.1 PAOX oxidase [Ardeotis kori] PTASGLAEMGAHWIHGPSPGNPVFRLAARYGLLGPGAALEENQRVEAGGHPPLPSLTYGSSGRALSPLAVSEARELFDTLLEAARAFWEAGEAPAASVGQYLRAEIARRVPNLGGGEEDARQLQLAILAACLKLECCISGTHSMDLVALEPFGEYVSLPGLDCTFPGGYSSLPDRMVSDLPEGVVLLNKAVRTIRWRGSFREEGDELRDFPVRVECEDGDAFLADHVIVTVPLGFLKERHQDFFQPPLPERKAEAIRRLGFGTNNKIFLEFERPFWDPQQQLLQAVWEDESPLQEPSADLEANWFKKLIGFVVLQPPEQ >WP_152884059.1 hypothetical protein [Duganella sp. FT27W] >MPQ59667.1 hypothetical protein [Duganella sp. FT27W] MSFSDDTLIAYADGQLDDATRRAIEHAMQRDASLQRRVATLRVKSHAYNGPPPRYGKVVHLSAIRAQRVAVQQAARKAQTPRWSWQVWTAIGAVLVAGLLAGRFALVYWQPAWLGEPPAAPTTIISRNGMLIAQGKLDLALSRQMGGAAPSEGDVRVGLSFLSNQGGYCRTFTLVGLSQDLVGMACRASEEWRVPVLVQNMRPAPQMSAQRVAGTEMPTAVLEAIDQRIVGGMMDTRAEQEALRRNWQR >MBO1518138.1 TonB-dependent siderophore receptor [Oceanisphaera pacifica] MHTFIKSSSLPPRKILTPAVGFAVASLAVSAQAQQVTELDIITVQEAREQGYKANESASGKYVKPLLDTPQTVTVVPQEVMKEQQALSLRQVLSNVSGITFDAGEGGGGSGDKINIRGFSANSNMQIDGLRDSSQNNRTDTFNIEQVEVLKGPNSVFGGAGTTGGAINQISKAPKQRDFAEVGASLGTDKYHRMTLDVNKTLDNVGVDSAFRINLMAHENDVPGRDDIDRERFGIAPSVTIGLSEDTRATLSYFHQEDDNLPDYGLPARDGKILPGVDRESYFGWRNLDEEKIKSDAVTLKLEHELNDKVRIENQTRYSRVDRDTTISASHVNTDGLALGKYLPAGPQAYRRHAKNDLWVNQLGLSTEFNTGSLTHDMLVGGEISRETYDLTVSNYGLGKIGNEYPTGGFDLFNPPGKWEGSTTVTPGGGSDAVLNTKALYVFDTIGLAPKWDLSLGLRHDWVSGETTSKGNNDTVKTSDQAFSGRAGVVYKPADNGRVYLAYGTSFSPSAEALATSGRLPLSGAAGVEDLKPEESETWELGTKWELMDGRLGLDGAIFRVDKTDVTEENSLTGALEQAGEQRVQGVELGLTGEITEQWKLFANYTFLDSETRASVGKPQAGGRDPVGEPLGNTPRNSANLWTTYQLAPGVEVGYGARYVGSRHVASDVEAKLESYWVHNAMASYKVNDAFSLQLNVNNLFDEEYVERVRGRPGTDTRSSAVELGDGRSAVVSANYRF >WP_209676560.1 FtsK/SpoIIIE domain-containing protein [Arthrobacter stackebrandtii] >MBP2411440.1 S-DNA-T family DNA segregation ATPase FtsK/SpoIIIE [Arthrobacter stackebrandtii] >PYH00277.1 cell division protein FtsK [Arthrobacter stackebrandtii] MRIRLTLRREPQEDKNLAVTVDGLATVGDIATELYLADPSRKGAGAPAKLSLLVEESLVGGLRGRTLPPESNLLESGLRPGATVALTQVSDTFSMPGHDRGPAVATLRVVSGPDQGREFALPSGTSYIGRDFNVDVRLSDPMTSKRHARINVGETIEIVDTGSANGLLMEGAQVSRAVLGSYDEVTLGDSTISIVSLGNAATGGPTGPLVEFNRSPRVVPHFKVEEQAVPAGPQRPRRTRFPMLMLMAPILMGAIMYSVTQNLYSLVFIAMMPLMMIGSWVDQRANAKRDTRDAVEQFRGAVTEFRRQMTARQQVERAVRLAESPSAAETVEAIYKLGPLLWTHRPEHPAFLSLRLGVGRQPSRTPLAKDSGNNTMPEYMEEIAELKTEFTDIDAVPVVAQLRTSGALGIAGPRGVVDDVARALVLQAVGLHSPAELAVAAMTGTESKERWQWLQWLPHVGSVHSPLGGDHLAAGRGAAGALLASLEDLLVARGVTMSSRGAAHRGPLDPKKADAPPPAVPALLVIIEDDVNVDRARLTRLTEYGADVGVHILWVANSVEALPAACRDFLQVAETATTGQVRLGQLSYPVSCESVDAELAGQLARMLAPVVDAGKPVDDDSDLPRAVSYVALAGHDLVEGTTGIADRWLENNSVAARAVKNRKHQGSLRALVGSKGIEPMYLDLKTEGPHALVGGTTGAGKSEFLQSWVLGMAAAYSPDRLSFLFVDYKGGAAFADCVQLPHTVGLVTDLSPHLVRRALTSLRAELHYREHLLNRKKAKDLLALEREADPEAPPSLVIVVDEFAALAKEVPEFVDGVVDVAARGRSLGLHLILATQRPSGVIKDSLRANTNMRIALRMADVDDSNDILGEDTAAYFSPSIPGRGAAKTGPGRIEGFQTGYAGGWTSRTPERPRIDIVEMDFGAGAPWEQEIEAAPVAESAGPNDIARVVANISLAAVELGVKPPRKPWLGELSSIYDFSKLPTPRNDQKLLLGVMDDPAHQAQPTVFYEPDRDGNMAILGASGSGKSAALRTIAVAAAITPRGGPVQVYGIDAASNGLQMLEVLPHVGGIINAEDGERVGRLLRYVRGIIDERAESFAQAKAGSISEYRRLANRPDEPRIIILLDGLGAFRELYEFRPGMPQFETLQQIATDGRPMGVHIVVAGDSTRSLPTSLASSIQRKLVLRMATTDDYVTMGLPKDVLDASSPPGRGMIDGGEIQLAIFGGTANLALQARQVASLGESMRRQGVKAAPRIESLPEILDLDVLPTAGPGHVTIGADDYNLEPAGLAASGALMLTGPPGSGRTTALVTLAEALKRSTPGTRRVYFGSRRSAVASLPVWDEAFATPGGVAPELRRFIDQVEAEGEPVAFFIEGVTEFSDSPAEMELVALVKAAVKANLFVVGEAETSTWSAAWNISGLFKAGRRGLLLNPGDIEGDTLMSTPLGRTRNNKFVPGRGYVVGRGKAFKLQVATTMDHER >XP_027131078.1 transforming growth factor-beta receptor-associated protein 1 [Larimichthys crocea] MDFKAFIQTHVYEKQAAPKEKDKSSIQCLECDDRNLYIGTKDATVLHLICPSPGQSKIREGRARKLGSSNQVVQLRAVPLLNHLLVLWDRSVTALNMFSLEPVPGLKKIQHVSLFEVYDPLLTTQTACMEMVTSSSRRKVIRIHVVGVDSWEVVKEVSMLQDPVALAVDGACLCVATSDRYLLCNIQTGSSEELFPHNHSRQHVVATSVGRGEFLLNGPGSLGMFVMKTGICQRPPLQWPQEVLAASVCFPYILTLQPQVLSVYSMVDQQRKQIVGLSGAKGLLSTSDGVLVFTERDIFSLRLVPFEEQIQALVKLERVEEALLLLDGVQSRCPIDSYKELHKAITCLTGFVHFYQQGFSKAKDLFINGELDPREIIRLYPDIQSCIGEDFQSQLDQENKARDLQVVWQEDRNTFHHYLGFLGDFLSAVKGTEKGLECIKEVDCALLRLYVELEDNENLQQLVAFPNECSLTQCVPVLEQHDRFFALGSLYQSHGNQIDAIKTWVKIADDIHRDSFCSDVYGHIVWTLSQLQDRDAVWRFADWTLQKNQEIGVQIFSRRPSDDRIETEDVLAFLEKYPLALLSYLEFLIHNLNSEEVRHHNRLALAYVTQALQQEEEADLRKTRGKLQEQLWESKFYDVTTVYERVKSTTLHAEKAILLSRMDEHSQALQVLVHQERDLQAAEGFCCRASQGRDSQFRQTLLLTLLQIYLSSRDHTSAAVDLLNSNTRVFAAEKVIQLLPDSWSVQLVSQFFVGSLRETLHQRRMARLQKALSQTELMRHKVVWTQASQTKFRLDKGQKCKVCQRDLGEPQFACNLSGELMHTSCTGFSSS >EDQ9505691.1 DUF2514 family protein [Salmonella enterica subsp. enterica] MNLLPVLLKKIWKPLAEILLVAFLLCAAAYWCYSRGYQKADTSWKYQWAQRDLTDATAALQREVTERAKEQRRQHAADEERKRADEELAKIQADADAAERARGGLQQQLAAVQRQLAGSETGRLSALAAASQAK >KAG0922869.1 hypothetical protein G6F31_019738 [Rhizopus arrhizus] MYVYAADGKLMAVFGETRRTPVTMKDVPERLKQAFLATEDARFYEHGGVDYMGIGRAVWLLATTNDKRVPGGSTITQQVARQFFLSSEYSYTRKLAEILLARKIEVSSATAPTAWPPPPSSITARSWAN >OXA48312.1 hypothetical protein Fcan01_17060 [Folsomia candida] MRRTEQELSVGRIPLLQLLFVTYYPFGYKPCVEIIMDKRGDVSIRKTKRRFDKILAFVPIGCMSLSCLLCCVSLIIVTLESKTYSEMVMNPVLGTWGIGTLLSLTGTIVYKVWVFDGIDISVKMANEILRIEQEVNAGSSPERPRDCNYSPGSNC >PAV09171.1 ATPase [Methanocorpusculum parvum] MTEKQNIDTIRTFHDDLKKRLHQCIIGYDDLMDLLTIALLSDGALLMEGVPGTAKTTLCKFFAQNIGGDFGRLQGAVDILPMDVIGVQKYQQDTNKFIFSKGPIFSNLFLVDEINRMTPKAQGALLEALAERQVTIDNETICLPAPFIVIATQNPYEMEGTFNLIESQKDRFTLSYRIKHLDVAEEVSVLKKGMAGSLNPGILDSKDKLVEDPSEILAMQAMVRSVYASDDILSYIGDLVEATRNHPDIKLGISTRGSLALLRSAMANAAIQGRAYVIPDDVKYLVPFAFAHRIIMKRESALSKITVDSVIDDILQTVPVK >DAM73724.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MHISSFLVVFHIWSRDCFGSSFFVHISVHLFKKTTKTNKNKNYKNLVKLSLCSFYLFLFLPRYRWQGTFLSL >XP_028655184.1 stromal interaction molecule 1-like isoform X2 [Erpetoichthys calabaricus] MDFSKMITLWIACLCVLNRSHADKSQTGPLQHADQATEPGSSDLCRIDEPLCHDEDAILSFEAIRSIHKQMDDDANGNVDMTETDGFLREDLNYHDPKAKHNTFHREDQLISVEDLWNAWKSSEVYNWTTEDVVEWLIAYVELPQYEEAFRKLVLNGSAMPRLAMKNATLTGSILKMVDRSHVQKLQLKALDTVLFGPPLINRHNHLKDFMLVVSIVIGMGGCWFAYIQNRYSKEHMRKMMKDLEGLQRAEQSLHDLQQKLQIAQEEHRTVEVEKVTLEQKLRDEINSAKQEAQRLKELREGTENELSRQKYAEEELEQVRMALKKAEKELESRCSWSPPESLQKWLQLTHEVEVQYYNVKKQNAERQLLLAKEGAEKIKKKRNTLFGTFHVAHSSSLDDVDHKILSAKQALSEVTAALRERLHRWQQIEFLTGFTIVSNPGLPLLASALNLDPSFMGGRPPPQHFIMTDDVDDMDEEMMSPGTLQSPSMLSLRQRHIDPQMAMGSQRDLNRSDSDSSLSQLSEHPRLSSSFGSSSKSPPIKPTSFLHNPSARLEEIPIIQSHTPNGGNRLHEGGGGLTESLCDSPLVMKKIYSHGMEKSASLGEINSIMAGLSQSESSRSLSPTSTEPDTPSPTGDSKVGTGSKSSRIPQLSSKKSPIEEDSGSTGEDTDSNVSRKKLPNFKIFKKQKK >MBN2762177.1 P-II family nitrogen regulator [Bacteroidales bacterium] MKKVEAIIKPFKLDEVKEALNDIGIQGITISEVKGFGRQKGHTELYRGAEYVVDFIPKIKLEIIVGDTILPKVVEAIEKAAKTGRIGDGKIFVTPVEAVV >NCV73474.1 30S ribosomal protein S9 [Actinomycetia bacterium] MSNENLESVEEDLPTSYSSSTPAAATNRKAITAPGGGVGRRKEAVARVRLVPGSGRWVVNGKPLEVYFPNKVHQQSVSEPFRTVGAEGTYDVFARINGGGTSGQAGALRLGVARALNEIDVDANRPSLKKVGFLTRDARVIERKKYGLKKARKRSQYSKR >WP_128316318.1 hypothetical protein [Klebsiella quasipneumoniae] >RWT53243.1 hypothetical protein DN601_27650 [Klebsiella quasipneumoniae subsp. similipneumoniae] MKIKPVNLNKTLKLLEGTEAEKPFIEDMLLYMDQAKEYEEKKVLQSNLYEELNNSLVYRYKTIVNNAPREDLSIIAISGEETIGSNVDVFLENTAVRFKVRDKLNESGYSVAVKVKDGKTVLDVDMKQAGFTALKTLSNELEELKPWVNDYMATLKEQVSDSVQAQALPDTIEPYKTSWVELPEERRILVKVHPENMATFKSKFSSPKWEKDLKAWRISNLQSNKDKLNDFRDLLELRRRQEHESPKEVLSKVDKVIDGKPHYYELSHKVEHESLTSKFDTLTLDLKSDDGSYDGEWHKRIGSFEFENLSDKNELNKKAKEFLTQAMDLRDNDLKNKSPLKMKM >MCR4310565.1 AAA family ATPase [Deltaproteobacteria bacterium] MPEAIRSLIIESDPETARLIDLLGRRSGSLDVRWTAGSVEEGADIVRKFRPDMAIVEVNGNPASAVGPLAREFPNLYILALSATREAEYALETMRAGAHDLLCKPLREVDLSIAIEKARKARLRKEPAERRGKIVTVFSSKGGNGTTTIASNLSEALATDHGKRVVVVDLVMGHGDVTMFFNVTPTYTLLDLARNSGKADPEYIDSLIVRHSTGVCILADPPRIEDAEQISADQVRDMLATLRSTFDVVIVDTPHQFDEKTLAALEISDTILLVTLLNLPSLKNTQRSIELFTRLGIFDDRVQLVLSRYLPNDEIPKESIEGILNCPIFYAVPNDYPTVLSSINRGKLLSEIAPEKEVTAAFRKMAELLVGPAAPREARKRKRGFLEKVFGLERSAS >WP_119963696.1 phage tail sheath C-terminal domain-containing protein [Candidatus Fukatsuia symbiotica] MSYKTPNVYVEEQAILPPSVAEVSTAIPAFIGYTARAGANNELKEKAVRISSLLAYQRHFGEAPLTHFDVKVNNQNVVEVNPKKTVDYFMYDCLRLYFANGGGDCYIVSVGNHQEEISKIAIEKGIDALEKEDEPTLIVMTESANLSTEDYGALCQKVLMHCATLKDRFAIFDAGENDIDQVKTFREKIGTNNLKYGAAYFPYLTTNLGYHYSDDSVEVTGISDPRTQIGRYSSGDNGLLVTYTGNQSDAPKIKISKHTDAEEKSISVVPNNSFVLEITIPKTGASAKDIVAIWNGLSDKKQFNMENQGTGADLIAQEITSPQALTYASDTPSATREKLSKLKSNKTALYNQIRAKIDNERLTLPPSAAIAGVYARIDRERGVWKSPANVSLVDVIGPTLKITDQQQEDLNVDATAGKSINAIRSFTGKGTIVWGARTLAGNDNEWRYISVRRLFNLIEESLQKSTAFAVFEPNNAMTWLKVRTLAQSYLDDLWRKGALAGATPEEAYFVKADRGQTMTEQDILEGKLIVEIGVAAVRPAEFIVLRFAHKLQQA >WP_221520465.1 MULTISPECIES: type II toxin-antitoxin system VapB family antitoxin [Nonomuraea] MRMMGTTTKKDTVNLALREYVARVKRIEALERLAARAQRGEFDEAAAAHQAAKAAWKQAIT >MCI8311254.1 methyl-accepting chemotaxis protein [Lachnospiraceae bacterium] MKGKLTLQQRLILPILLLGLVTLLSNILAVFSINNVNANAGVIVDEYMVSEAELEKIRHAMMNIHRLALSHIIAADHATMIQLVNEIKTEEAELDKKLTDYKIYISEEDKGTYDTLLEAYDSFKHSLVSLVCASADSKTQEAYAVANGDVADYSNMVEEKINTLYDAVSAQAETARSHLFIVYLISLLISVATLTAGIFLVLAAFRIIRKYVIAPIQETMHTLKDSSEQISNVVGEVRSRTKTSNESVKKLSALTDELSAAFEEIASNAAAIRSSASNTQSDAKEMTEECTAITKYSIQMRGRAEDVEQTARTNGEDIRKKTEEIVSVLNKAIEKSQNINQINSLIDDILSISSSTDLIAINASIEATRAGAAGKGFAVVAQEIRKLSDSCAETAGHIQEVSAVVTNAVEYLSKSAQELVDYLRQYVLAQFEMSVKSGLQYREDAAYVEHSMAAFEEQTIRLQHSMEEIASSIASISEAIDGALPDITGTANNTHMLAEDMDGITARMDTNQEIVGELKRQMDVFANL >GIR70810.1 hypothetical protein CM15mP74_20610 [Halieaceae bacterium] MALASPSCSTVYPSKTFPAHLSIATGLYPTGHGVVDNRFCRSDRADCYRMGHGRKDPTWLAGTPLWTLVEQQGGRASTFFWPESDAPIAGTLPTDYRLYDGRIPHGKRVAQVVEWLSLPGDAT >WP_014286324.1 GntR family transcriptional regulator [Pseudovibrio sp. FO-BEG1] >AEV38419.1 transcriptional regulator, GntR family [Pseudovibrio sp. FO-BEG1] MAQDLLKDVVYKRIREMIIYGTLPMGSKLSETVLAKRLEATKAPIRDAVKRLQSEGLVQIKPQSGTFVFSLSQTEFNELLEFRYYIESQAMQLSFEKNNKALCQSIRYILDKMSVCMERNGTLEYLGLDNEFHQVLIDFCDNAYFAQAYALIATRMATARNYLVVTNSTCNAPMNSM >MCH7911399.1 carbon-nitrogen hydrolase family protein [Candidatus Hydrogenedentes bacterium] MNLAEPVHVAAVQVTARLGDISWNIEHVEKLAREAAETGAKIVALPEFFTTSIMYDERLFSCSLPPDNPAIDMLMS >WP_165019025.1 GSU2403 family nucleotidyltransferase fold protein [Rhodobacter sp. SGA-6-6] >NGM46854.1 hypothetical protein [Rhodobacter sp. SGA-6-6] MTMATPLSPIAHTAYHDLLRLLQDEEAAGIIGRPHLALRNGRGYWYDMFRLGTAVKNRYLGEDSPEMQDRIARHRDLAEQSRARAAERSRLVRLLRAEGMIGTDRSTASLLAAMERTGVFRLGGTLVGSQAFRLYEGELGLRIATPDLAQTGDIDVASFERLSLALGDQVEPSLHDTFRALDFAPLPSLSSKAVCRWKQSTSGMLVEFLTPSFRAEEDIRDLPALGVSAQSLHFLNFLIARPIKAAALYRSGVLVQIPRPEAYAIHKLIVADRRQAGPDQLKSRKDRAQAALLIEALAEDRPDELREAQEDALSRGPAWRDHIGRSLQRMPETAARLAAL >TMQ04701.1 hypothetical protein E6J90_50840, partial [Deltaproteobacteria bacterium] RDGDVWEDEPIVGYFPRSEARDAAPRGGRHRSDGRGELLDRDFDPAAEIADCQRVIDQARERSNDRQHISRFREKAAEALREQRRDPDDENDLKIAVARERKIWMNDVLTKLGMERAEHWGWTNTYTYTKSLGEQIILSDRAVPATIVRPAIVESAVRFPFPGWNEGFNTTAPLMYLMLKGHRAVPMGEDTALDVIPVDFIASGMLLATAAVLAGEHEPVYQLGTSDSNRVTSRRLTELTALAVRQHFRDKADRGEDELRSRLRARLESMPVSYDHFERWSAPMLKRIADRLIAVLDDKLPRWGTPRIEAFAERAREELAKISTFTGQVQDLIELFKPFTTDHDLSFRCDNIRALWARVTPADQDRLLWAPHLIDWRKYWLDTHFPGLQKWTFDKLDEEFGAKPKSVYTHKELVELFEAAVKLHRNRIALRLIKEADDADPVAYTYGQVGEMAWQGAGMLRQLGVGPGSRSESGSLHRGLGDRVVLMSENRPEWGIAYFAILLAGATAVPLDRELSLAEVVNLVRVSRAKVLVLSRKVVERLAGEADIAVPVDDTAGADAVWSPAHPAFGHWLARRLAEGDAEAAAHDAPRVLAFDELLTEPDVAVGAVYPEVKGDSLASLIFTSGTTGTPKGVMLTHKNLTSMVSKLSSLFTLYKHDKLLSVLPLHHTLEFSAGFLMPLLHGASVDYLEELDADTLARALEDQGITGMVGVPALFQLLERKIYKNVSDAGVLVEKAFDSIVDLNRSLRDKLPWDISAGKLLFYPVHRKLGGRMRLLITGGSALPPDTLEAFRGLGFNLYEGYGMTESSPVLTVTRPGDKVVPGSVGRALPGIDVRIDRPDASGVGEVVAKGPNVMTGYFENPEATAQTLHDGWLHTGDLGRIDDDGNLFIVATRSTSRRSRASGSRGRPATRPSRCWSSPSTTRATATTGRPARRCARRCASTSRRSARACRCTSGPRWSTSGTTTCPRPRRARSSGAT >MBR6023659.1 hypothetical protein [Methanobrevibacter sp.] MIKVAYLDVSDLNLSKAYELLPKGRIDKVNRFKFDRDKKLSAGAYLLLDKMLKKEKITEPDFKIGKYGKAYISNHEDFHFNLSHSCKMVLCAISDMEVGADIEYIDPTIDLNIAKHYFYNREYENIMNAKNRPDEFFKYWF >WP_077603924.1 hypothetical protein [Oceanobacillus sojae] MEKYLYNKCFRIQEEIRNGQRYFTTDWEAAKKSVQTLKALNPAVAITGHGEPMHEEELSAGLAELVNTFDQTAVPDYGRYVNRKE >WP_156061037.1 sodium-dependent transporter [Faecalibacterium prausnitzii] MERETLKSRLGFILLSAGCAIGIGNVWKFPYMAGQGGGGAFVLFYLLFLVILGLPIMTMEFAVGRASRKSPVRAYQVLEKPGQKWHIHGYFTLIGCYLLMMFYTTVAGWMLHYFYMTAAGKLSGLNADEVAGKFTEMLASPGIMTFWMVFVVVLSILVCAKGLQNGLERVTKGMMIALLLIMVILAGNSLFMDGAKEGLSFFLVPDFGRMKEVGIVNTLVGAMNQAFFTLSLGIGAMSIFGSYIGKEHSLLGESVRVVVLDTFVAITAGLIIFPACFTFGVDQTAGPSLIFITLPNIFANMALGRLWGSLFFLFMAFAALSTVLAVFENIICCGMELTGCTRKKSSLVNLFLIILLSMPCVLGYNLWAWDGFAVFGGAVLDFEDFLVSNLFLPLGSLVYLLFCVSRYGWGWDNYKKEVNTGKGLKIHDWMRGYLTYGLPVIVLFIFAFGIYDKFFA >WP_220737010.1 cytochrome b/b6 domain-containing protein [Shewanella sp. c952] >GIU08671.1 cytochrome b561 [Shewanella sp. c952] MAKSRLQKVLNVFVARQHIMIIISVAYLILTSGWILMGRSLRNNASFWDLSHVYLGLFAAFLAVSFLITTCLKGKWRQYFPWLIADFSQLKSDLQGLVKGKLPIAGGRGLFSIVEGLGLLIFLAVGLTGALWFVTQGSSDALMWRSYHIYCAKGFIGFIVVHVIFACLHLLDFIRN >NXC43906.1 TPST2 sulfotransferase [Penelope pileata] MRVTMRRALLALGAVAALMVTLHLGQQVLQCQQVLSKRRHRLMRPEHEELVMVDSNHVEYRYSKEMPLIFIGGVPRSGTTLMRAMLDAHPEVRCGEETRIIPRVLAMRQAWSKSGREKMRLDEAGVTDQVLDAAMQAFILEVIAKHGEPARYLCNKDPFTLKSSVYLSRLFPNSKFLLMVRDGRASVHSMITRKVTIAGFDLNSYRDCLTKWNKAIEVMYSQCLEIGRSRCLPVYYEQLVLHPEQSLHAIMKFLGISWSDAVLHHEELIGKPGGVSLSKIERSTDQVIKPVNMEALSKWIGHIPGDVLQDMAHIAPMLARLGYDPYANPPNYGHPDPLVVNNTHRVLKGDYKTPANLKGHLQV >EJL0691474.1 IS3 family transposase [Salmonella enterica] ERSQHISNLKYEGYINQKCTAPIIDLFNNEVISCSISERPTMPMIDDVLMKAFARLDAGTNPVLHSDQGWQYRHRWYQYQLREFGIIQSMSRKGNCLDNACAECFFGTLKSESFYTSKFKDIDELKIAIEDYIRYYNTRRISLRFNGLSPVEYRLKSYQGRN >WP_277513241.1 DUF2884 domain-containing protein [Pectobacterium polaris] MSRKITLGLLMLLSWQAQAAYQCNVNPQDDIIISPQHVQVVGASGNLQLSPQGDIVRNGTPLTLNAEQRQKAKAYQADLRQQLPWIDQGVQQHLEKARVALDNVIVQELGSDSNVRNRLTTLDKQLKQQMNRIIEHRTDGLTFHHQAIKQVEQDGKQLVQQSMGGVLQDSLNEMGVKQMSSGGNPLQAMMGNLGGLQKAIQAEWNNQELEFQRFGNDVCSRVTSLENQRKSLLQTLK >EET1847662.1 antibiotic biosynthesis monooxygenase [Escherichia coli] >EHG9493192.1 antibiotic biosynthesis monooxygenase [Salmonella enterica] >EJH2131756.1 antibiotic biosynthesis monooxygenase [Salmonella enterica subsp. enterica serovar Kentucky] >HCD2222992.1 antibiotic biosynthesis monooxygenase [Escherichia coli] MIAVIFEVQIQPDQQTRYLTLAEELRPLLSHVAGFISIERFQSLATEGKMLSLSWWENEYAVLQWKNHVLHAKAQQEGRESIFDFYKISIAHITR >WP_233575804.1 LuxR C-terminal-related transcriptional regulator [Noviherbaspirillum saxi] MQTSVMNPKNLLVATKFSPPRINARHIPRTRLLARLREAQHYTAAFITGGAGFGKTILLAQWRQELMRAGIEVAWLSLSHDDKQFPSFCSYLLAALQRLGIDGEGDMLHTGGSAQSMDAVVAIVASAAEKNGKELYLLIDDYQHVEAPSSHKLMQKLLDHCPANLHIVISSRTTPPLSLGRLRMQGQVEEIEFAELPFELEETRAFFEQNLSTLKLTADEVRLIHDLTNGWPASLQPIATMLRIRPAKRSKLRSLLWKSTDLQSYLAEDVVAYLPPELVEFMEQISIFRRFNADLAEFVTENAHAAELIKRAEDENLLIYRVDSDDSTPWYRFHPLFGEFLAQRLSQRGQAAVDAIHRRASQWFAEHDLLVESIRHANLGGDLDYAANAMEQAASGTWGFAYISPMLHLLDRLPQETLFSHPKLFFLGCLTYAFTGRADTAERWLEQIRKTDAAKNPAISSKFALMDAAIAVQREDMERVIDLLEPAHKVPLENQTMRYASLAGLATAYLSLGRYEDACKLYDDNPINPENRENDMALVFASVRAQMCLTEGNVKEAERIGSSILARSEETFGRVSVPANICAAAVCDAYYELDRIDDALEVLANRTGTLRSSNPDVMGRASICRARIDVLQGAPKAAFAFLETQAAHFNILGLDRPMAYMFAEQVKILLAMGDHILAAERVAKLNALSSIYRDATGFLAEIPAIAAFARARLALVDCNPKEALEALSEARRFAEKYGRGRTMVSANLLTAIAHDSLKQDEETSRCLVQALQTGARLGLVRTILDEWEHVGDLLAGLRDAASLDRPVARYLTELLERTAHTSLSQDAAPAARGNLDIQRGTLTPRELEILGLMAQAMSNKRIALTLNITFGTVKWNVKNILAKLGVSSRYDAIAVARQRGFLK >MSO30570.1 ATP-binding cassette domain-containing protein [Acidobacteriota bacterium] MPDLDPVVTLEGVTVLYGRHAALRDVSVMFPAGAVGLLGPNSAGKSSMIKALLGLVVPDRGRMRVLGLDVATSAPEIRARVGYMPEIDSHIPRMNAVSFVAYCAELAGLPRVDAMQRAHEMLFYVGLGEARYRNVETYSTGMKQRIKLAQALVHDPHLLFLDEPTNGMDPKGRDEMLELVRDLAHAKGVNVIVSSYLLPDIEYTCGHIVVMDKGRVATEGPIDGLKQPQGQVFELRVKIPANAGMWDGAGMSSGAGISPVVGAAAVAGTPEAHHAPNALTFDSFVERLRVEGLECHETEDDVMRVFVPGVPGEDGARRIFRVAAAERVQIRHLRPSVPTLEDVFAKAVGEK >WP_065076975.1 GHKL domain-containing protein [Clostridium ragsdalei] >OBR96118.1 sensory histidine kinase DcuS [Clostridium ragsdalei P11] MIIKKFPISKLFTDVIFPSLQISLLCCISIYILFKDKVTLNVMKKYFLISFVVGVVLQTGSYTIILPIFTILIIFLLKNSKDIKSTIEILITIFTICFINIMYNGILKLDVYKTISFKNCIVELIIILFFTLLIYIIKKYIPCKLRKSRKISIQQIRYRMILIISIPIALSIFFIYPLADSANYFGIYFIIECYLPLGIPLISIILILIIIYNYDKSLKIEFDLKREIEEKDRIEEYAHVVEEMYSETRKFKHDYINMLIPLKEYIDTSNVNDLKDFFYDNVLNIDKDIKWNNTNIDKLKYIKILPLKALISTKLIKALSSRINIKVEIVEDISQISMNIMDLCRILGILLDNAIEASLKCNLPKLYFCICVKKDYVVIAVHNNFGNTKPVIHKIYEKGFSTKGDGRGLGLYILKDTIDTKYNNVFINTSVEDNMFIQELWIKNMHGTS >WP_037252487.1 hypothetical protein [Kibdelosporangium aridum] >RSM83481.1 hypothetical protein DMH04_22785 [Kibdelosporangium aridum] MSEKPADDKPADDALAKEWLAETFPQPEPWPEPRPAAPEQQPYVVQNKHSRLGDGLRGAAALAAGLYVYDAVTDDSDDAGAADMGGDFSAS >MBP1672140.1 hypothetical protein [Bacteroidota bacterium] MDALFKIIFIAVVTGVTTSILASLVHKMNWHKRIKKCNCEWLRVFITNLYQFNYLPFNIISLLREIGFNLACANFLFLFFICEYDYSNYSLIFGGAIIISIIRALVFMFFYSKFYDEKILNEI >OGZ43278.1 proline hydroxylase [Candidatus Ryanbacteria bacterium RIFCSPHIGHO2_01_FULL_45_22] >OGZ46835.1 proline hydroxylase [Candidatus Ryanbacteria bacterium RIFCSPHIGHO2_02_FULL_45_17b] MFFFESDALRDIAVSYKQAYVTAEPFPHVVIDNFLPDVVTEALRLSFPSPEAISWKDKTHEHSKKLASNKEADMPSAIRQFLLQCNSSTFISFLEELSGIASLIPDPHYEGGGMHQIKSGGYLDVHADFNYHHMYHLDRRLNMLLYLNKDWKEEYGGHLELWDRSMKTCVKKVLPIFNRCVIFTTSDFSYHGHPVPLTAPPGETRKSLALYYYTNGRPEGETGGISHKTLYQSPKTHRNVLLRHVKQLLPPIITEIIRRVRKKL >WP_125691986.1 AzlD domain-containing protein [Levilactobacillus tongjiangensis] MSTVNTWTSTQHFWLIILGFFVAFVPRFLPLMLFTKRAIPEWFNEWMKYVPVSLFTALVVKDIFINSESYQFMFTKFSEMLAAIIVVFIAYRTRSMALSVVVGLIAVFLLSLVIA >MBP8298997.1 cupin domain-containing protein [Planctomycetota bacterium] >MCC7064451.1 cupin domain-containing protein [Planctomycetota bacterium] MPAHHTAIDLAAIPWRSTRYPGVAVHFYASCERTHRVVALIAMEPGKGYPRHRHRGAEEVLVLQGGYRDALGDHRAGEFVRYEDGTEHAPVAIAEPGAPTCVLLALAHEGIELLRGA >WP_183832569.1 MULTISPECIES: transcription elongation factor GreA [Aquamicrobium] >MBB6014395.1 transcription elongation factor GreA [Aquamicrobium lusatiense] >MCG8271055.1 transcription elongation factor GreA [Aquamicrobium sp. NLF2-7] MNKVPMTGGGFEALKEELRWRQQDERPRIIEAISEARAHGDLSENAEYHSAKEAQSLNEGRIGELEDLIARAEVIDISKLSGDKIKFGATVVLVDEDTEEEKTYQIVGDQEADVKAGRISISSPIARALIGKAVGDAIEVNAPGGARGYEIVELRWA >WP_167959909.1 AMP-binding protein [Bacteroides faecium] >QIU93096.1 AMP-binding protein [Bacteroides faecium] MQLFDRTLGQWLEHWAEETPDKEYIVYSDRNLRFTWSQLNRRVDDMAKGLIAIGVERGTHVGIWAANVPDWLTLLYACAKIGAVYVTVNTNYKQSELEYLCQNSDMHTLCIVNGEKDSDFVQMTYTMLPELKTCERGHLKSERFPYMKNVVYVGQEKHRGMYNTAEILLLGGNVEDTRLSELKSKVGCHDVVNMQYTSGTTGFPKGVMLTHYNIANNGFLTGEHMKFTADDKLCCCVPLFHCFGVVLATMNCLTHGCTQVMVERFDPLVVLASIHKERCTALYGVPTMFIAELHHPMFDLFDMSCLRTGIMAGSLCPVELMKQVEEKMYMKVTSVYGLTETAPGMTASRIDDPFDVRCNTVGRDFEFTEVKVLDPETGEECPVGVQGEMCNRGYNTMKGYYKNPEATAEVLDANNFLHSGDLGIKDEDGNYRITGRIKDMIIRGGENIYPREIEEFLYKLDGVKDVQVAGIPSKKYGEAVGAFIILQEGVTMQAEDVRDFCRNKISRYKIPKYVFFVNEFPMTGSGKIQKFRLKDLGLQLCKEQGIEII >WP_166544121.1 DHHW family protein [Acutalibacter sp. 1XD8-36] >NBJ89957.1 hypothetical protein [Acutalibacter sp. 1XD8-36] MPGKHHADNRPSLWLIIAVIIILTGLLAAGILLVRELGLRDKEQEAKGPSPAPVSSAVESEAEPTPTPAPTPSPTPEPTPTPGPIPDNGEDGYLSEGIYIWNNMAFELFYGYDEASDPYAQAIDGFARDLPADVKVYNMIVPNHSEYGLPERLRDSLGCGSQKDNIRYIYSTYKYAQPVDICDALDQHKEEYLYFNTDTHWTARGAYYAYEEFCKVAQVPCTSLEQFNAVSHERDFYGYLAEVTGEDCLYDNPDHIETFEPGYPYKAAMSYDGYDFSQLDGVNSSDASMGYSMFLWGDLPCVRIQNENSYMNRKLAVVKESYGNAAGAFMGASFDEVYMIDFRSFSGSLPDFIRDNGITDVLFMNSATAANTYQRVEDLNSLFPEG >XP_014018893.1 stromal interaction molecule 1 isoform X2 [Salmo salar] MDFSKSLTLWIVCLCLLSESWTVQASSDHHHIDNGVSELCRIDEPRCHDENTILSFEAIRSIHKQMDDDANGNVDVSETDGFLREDLNYHDPKAKHNSFHGDDQFISVEDLWNTWKGSEVCNWTVDDVENWLIYVELPQYVDAFRKMHFNGTVMPRLAVKNATLTVSILKMLDRSHVQKLQLKALDTVLFGAPLMNRHNHLKDFMLVVSIVIGIGGCWFAYIQNRYSKDHMKKMMTDLDGLQRAEQSLHDLQKKLQIAQEEHRTVEVEKVNLEQKLRDEINCAKQEAQRLKELREGTENELSRQKYAEEELDQVRMALKKAEKELESRCSWSPPESLQKWLQLTHEVEVQYYNIKKQNAEKQLLVAKEGAEKIKKKRNTIFGTFHVAHSSCLDNVDHQILTAKQALGEVTAALRERLHRWQQIEILTGFTIVNNPGLSSLASTLNLDPSLMGGRATPQHFIMSDDMDDMDEDIISPGTLQSPSMMSLRQRHMDSQLAMGSQRLVETCLLAGQQGDGTSYSSRDLNRSDSDSSLSLSQIGDRLSAYSSKGHLVKPTSFLYGQPVRSASDEPSLHAHTPNGGNRVHEGGALAEPVPESPILMKKVYSIEKSASLGEMNVGLVGISMSESSRSLSPNSTDADTSSPTGGQPGVAGTKGSSRIPQLSSKKSPLEEDSGSTGEDTDSVASRKKHTFKIFKKQKK >KAI8889105.1 hypothetical protein K501DRAFT_166130, partial [Backusella circina FSU 941] MVWIPTKYKPSQMAEFISLIQNHNFKISKAASKWRNSNNIKLTENHSQFIDNYVENHPTCIVKDVTDCLCAAFDDLTINESSVYRHITDKLQFTLTRTQSRIAERNSEDTMEKRRQFVEYLMENSVDFKRKCVFVDESEFKKNMVRPVGWSKKGTPVEVEVQPEGTNLSNLGCMSTYGLIAVSQQVPKSKGYKKQKIAGTKRALPHGTKSSHFLLFVEEMTSTLNKLGL >WP_158057697.1 acyl-CoA dehydrogenase [Halorussus halophilus] MELLSEDLVPEYAREVKQEAREFADEHIAPNAEECFREAEYPHDILEAGQDAGLVAQDIGEEWGGRGLDVVQMLAVAEEFFRADAGIALTLQLASFGAEIVEAHGTDEQREQFLRPVAECDQITGLAVSEPDTGSDLSGMQTTAELDEDNSEWVLNGEKYWIGNGVEADWITVYARTGDDPDNRYGNHSLFIVPTDAEGYHAEHIPEKMGMRASKQAHVVFEDCRIPEENIIGYEGAGFMLLAEFFNFGRIVVGGHGLGLAAAAIEEAWSFVHDREEFGRTIADFQAVQHGLADMRTEFEAARALNYRAAEKVRDGDDAGLWAAMAKVKSTETATDCAEQSMQFHGGRSILTDRRIARVYRDVRIPVVYEGANEIQRNLVYRQS >XP_018089046.1 ras-related and estrogen-regulated growth inhibitor-like protein [Xenopus laevis] >OCT66656.1 hypothetical protein XELAEV_18042908mg [Xenopus laevis] MVVQIRTSHQPGSTMSETGHQQPKVEANVLVLGAENVGKSALTVRFLTRRFIGEYVGTESIYTHNVTVDGRKTSFGIWDSVCPQNPNAQNCITEDQLRWADGFILVYSICDRNSFSVVRQQLQRIRQIKKRHGPVPVIIVGNKRDLQHHREITSAEGRMLALSSDCGFFEISAAETYHGSLVVFHQLLEAVRENRSSLKKNTGIKGIVRSMSAVFTRRRTE >WP_279399778.1 RluA family pseudouridine synthase [Rathayibacter caricis] MVQSRSLPVPDGLDGLRTDAAVAKLLGFSRTFAADVAEAGGVTADGRVLDKSDRVVAGSWLTVEWSPREEPRIVPIAVPDLGIVHDDDDIVVIDKPVGVAAHPAVGWEGPTVLGALAAAGFTVSTSGAAERAGIVHRLDAGTSGLMVVAKSERAYTHLKRAFHDRTVEKVYHAVVQGHPDPLAGTIDAPLGRHPSSDWKFAVRADGKPSVTHYETIEAFPFASLLEIHLETGRTHQIRVHMAAQRHPCVGDAMYGADPTLSARLGLTRQWLDAVRLGFTHPGSGEWVEFQASYPDDLAHALSVLRGE >NEP82600.1 helix-turn-helix domain-containing protein [Okeania sp. SIO3B3] MRTAYQYKLRPNSEQIATIEMWLELLRRHYNYRLGEGFSWWDENRCPVN >KAA3621416.1 MAG: MATE family efflux transporter [Flavobacterium sp.] MDTLKKIIKYLPQAVAGKDQDFTSGSIRKAIFLLSVPMVLEMMMESVFFLVDAYFVSSLGANAIATVGLTESVLTLVYAIAIGLSMGVTAIVARRIGEKNVSGASKAAVQSIFLGITLAVVVSVIGILFPKEILGLMGGEPDLIAEGYGYTQVLLGGNVTIMLLFIINAIFRGAGDASVAMKVLIFSNLLNIILDPMFIFGFGPIPAYGVKGAAIATTIGRGSAVVLQLIILFYGWSRIKVGFKDIVFRLGIMLNLIRVSLGGIGQFIIGTSSWVFLMRIMAEFGSEVLAGYTIAIRVLMFTLMPSWGMSNAAATLVGQNLGAQKPDRAETSVWKTGKYNAWFMAAVSVFYLLFAEMILKIFSDDPSVIENGALSLRIIAAGYVAYAYGMVIIQAFNGAGNTRTPTIINFFCFWLFQLPFAYLAAIVFDWGVVGVLVAITTAEVLIAVFGIVWFKKGKWKLVQV >KZV11597.1 MSH4 [Saccharomyces cerevisiae] MSESNLSSFISTNYFNLRSAANSSNSISKPSTKKSIRNQKSPTNISSWALKKKTLQIAETTWENNEKDSTHSHYLMTGSMASRTATSLSRYSTNASLLGPSIDCVLCCIYEVPRDIGTRIGLCIINCNTGQMYLSDFMDSQIYIRVVHKLQIYQPTEILIPSSSLAPTVSKLATMIKFNVAETVKIEEGSRKCFNSQDGLAAITKYLMDDTKKDLKIEEIIDKTFALCAASAAISYMEEIISKSSRNLNAFRKLRIQFEGTENTMLIDSKTVRGLELVENKLDKNGISLWKFLDTTSTKMGQRSLRNSILQPLTDRGSIEMRLEALEELKANDGLLQKLRLEMKSLPDLDKLFSKLLCINHSAIKPDQRINYVLLLKETLQSVKSLKDALNDQLIQSRLISETKKIFNNDAIMEIEKLINSCINEDCVWASSAIQLLNQRSYAVKSDSNGLLDVSRQIYKEVKEEFFREVEDLTAKNKINLDHNYDSARGFYLRIKRQEFTDDVATLPDVFISRTIKKNYIECTTLNIIKKNARLKEVMEEILLLSEETVDELLDKIATHISELFMIAEAVAILDLVCSFTYNLKENNYTIPIFTNNLLIRDSRHPLLEKVLKNFVPNTISSTKHSSSLQIITGCNMSGKSVYLKQVALICIMAQMGSGIPALYGSFPVFKRLHARVCNDSMELTSSNFGFEMKEMAYFLDDINTETLLILDELGRGSSIADGFCVSLAVTEHLLRTEATVFLSTHFQDIPKIMSKKPAVSHLYMDAVLLNDNSVKMNYQLTQKSVAIENSGIRVVKKIFNPDIIAEAYNIHSLLKIAKARTENEDSNGIVDQKTINQMKRIHNLVAILKECAGNEKEPLTLGKLKEINSDFIENFEE >PYS18397.1 hypothetical protein DMG11_33470, partial [Acidobacteriota bacterium] MRGGSGPDAGTALKLPIPSSIWGAGGNLYVSRERAIYKLTPSSLPAFSAFDIPDRAVVSNTTTFTGAAITIASGSIELDATSAVSSGLAIFAYRNNGIVISEATVPATAPIRRGRIYASVAGPVN >EPF53206.1 transposase DDE domain protein [Neisseria meningitidis NM134] >EQD03531.1 transposase DDE domain protein [Neisseria meningitidis NM045] >CWU07183.1 IS1106 transposase (fragment) [Neisseria meningitidis] MRKACRNRPLTEAQTKRNRYLSKTRYVVEQSFGTLHRKFRYARAAYFGLIKVSAQSHLKAMCLNLLKAANRLSAPVAA >MBP9706914.1 glutathione S-transferase family protein [Oligoflexales bacterium] MIQAYLHPQSSSAQRVHYFLEHAKIPHKAIKVDLATGEQHKAEYLAVNPFGVVPAITHDGFSLSESQAILRYLAQRFELHSQYPANLQDRARVDQIMDFTTMHISKHIGSLHWNTIMAPVYKMPSSQVHVDEANKFLLRQLPKLDRWLASQGGFLYGTNHTIADASFVPFVAQMIELKIPIADFYHVGRYAEKITNEAAWQKVKNASF >WP_263858211.1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Waterburya agarophytonicola] >MCC0177585.1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Waterburya agarophytonicola KI4] MINYVLIGDRNKPVILFLHGFMGSCEDFGEVINLLNKDFCCLSIDLPGHGKTEVKSDLDYYMPKLAVAIIQLLEQLSIPQCFLVGYSMGGRLALYLAIYFPQYFPKVILESASPGLKTKAERKKRIKQDLKLANKLETENFAFFLQQWYQNPLFTFFIKHPNYPQAIARRLNNNPHKLAKSLRYMGLGAQPCLWEQLEFIRVPILLIVGELDPKFVAINQKINSLSPLLEIEIVKLTGHNVHFEQPIKFSQLLIDFLTSNR >GFR82011.1 choline ABC transporter permease [Elysia marginata] MELLTFIVENLNLIAVRTAEHIALVGVAVGLAIITGVPIGIAITQNQRAANAVLYLASVIITIPSIALFGVMMPVLSLFGQGIGYVPAVIAVLLYSQLPIIRNTYTAINNVDPALREAAKGIGMTTFQRLARVEIPLATPVIMAGVRTAVVMNIGVMAIATYIGAGGLGTFISRGITMTDPRQLITGALAVSLLAIVVDYGLLRLERRLTPPGLLKAA >NXT44414.1 RHG05 protein [Pelecanoides urinatrix] MMAKNKEPRPPSYAVSVVGLSGTEKDKGNCGVGKSCLCNRFVRSKADEYYPEHTSVLSTIDFGGRVVNNDHFLYWGDVTQSGEDGIDCRIHVIEQTEFIDDQTFLPHRSTNLQPYIKRAAASKLQSAEKLMYICTDQLGLEQDFEQKQMPEGKLSIDGFLLCIDVSQGCNRKFDDQLKFVNNLYIQLSKSKKPIIIAATKCDECVDHYLREVQAFASNKKNLVVVETSARFNVNVETCFTALVQMMDKTRGKPKIIPYLDAYKTQRQLVVTATDKFEKLVQTVRDYHATWKTVSNKLKNHPDYEEYINLEGTKKAKNTFSKHIEQLKQEHIRKRKEEYINALPRALNTLLSNLDEIEHLSWSEALKLMEKRPDFQSCFVVLEKTPWDETDHIDKVNDRRIPFDLLTTLEAEKVYQNHVQHLISEKRRVEMKEKFKKTLEKIQFISPGQPWEEVICFVVEDEAFKYITDADSKEVYGRHQREIVEKAKEEFQEMLFEHSELFYDLDLNATPSSDKMSEIHAVLSEEPRYKALQKLAPDRESLLLKHIGFVYHPTKETCLSGQNCTDIKVEQLLANSLLQLDHGRSNLYHDSANIDKVNLFILGKDGLAQELANEIRTQSTDDEYALDGKIYELDLRPVDAKSPYLLTQLWTSTFKPHGCFCVFNSIESLNFIGECIAKIRAEASQIRRDKYMANLPFTLILANQRDSVSKNLPILRHQGQQLANKLQCPFVDVPAGTYPRKFNETQIKQALRGVLEAVKHNFDVVSPVPTIKDLSEADLRIVMCAMCGDPFSVDLILSPFLDSHSCSAAQAGQNNSLMLDKIIGEKRRRIQITILSYHSSIGVRKDELVHGYILVYSAKRKASMGMLRAFLSEVQDTIPVQLVAVTDSQADFFENEAIKELMTEGEHIATEITAKFTALYSLSQYHRQTEVFTLFFSDVLEKKNMIESSYMSDSTRETTHPSEDVFPRSPRGSSLDYNYPDSEDDTEGPPPYSPIGDDVRLLPAPSDRSKYRLDLEGNEYPIHSTPLNCHDHERNHKVPPPIKPKPLVPRTNVKKLDPNLLKTIEAGIGKNPRKQPSRVPAAPPEDIDQSDNYAEPIDTIFKHKGFADDIYAVPDDSQNRIIKVRNSIVINTQSEEENGFSDRISKSHGERRPSKYKYKSKTLFSKAKSYYRRTHSDASDDEAFTTSKTKRKGRHRGSEEDPLLSPVETWKGGIDNPAITSDQELDDKKMKKKTHKAKEDKKPKKKTKTFNPPIRRNWESNYFGMPLQDLVTPEKPIPLFVEKCVQFIEDTGLCTEGLYRVSGNKTDQDNIQKQFDQDHNISLESMGVTVNAVAGALKAFFADLPDPLIPYSLHQELLETSKILDKTEQLHELKEIVKKFHPVNYDVFKYVITHLNRVSQQYKTNFMTADNLSICFWPTLMRPDFENREFLSTTKIHQSVIETFIQQCQFFFYNGEIIEAPNPVACQPPPSNAVQMVEPMVPLQLPPPLQPQLIQSQLPADPLGII >XP_024185556.1 uncharacterized protein LOC112190352 [Rosa chinensis] >PRQ52230.1 hypothetical protein RchiOBHm_Chr2g0153221 [Rosa chinensis] MALEGDSLLTSLKLQQEEQRERLIIVSGPCKVVEYLQPVMSKELLCKFPDNSAFDFDYTQSSIWSPLVPRAYAPMDLDFDFDFMTPRKLTFDQVELESNNQSSSIKKVGSSGKKKMCTAGFNLNLSALKKKKWRSKKNKMALVPDFSPTPVKGNCYPIASKVWNKVLKAASKHFKKKKRDPMAHVRLSNYIKEGNI >WP_251843011.1 endonuclease MutS2 [Enterococcus faecalis] MNQRILSTLGFDKVKQQLLQFFVTAQGTNEVSELLPIADENKIQAWLNETQDGLKVQRLRGGIPIPKLENIQPHMKRIEIGADLNGIELAQVGRVLSTTSELTRFFDELSENEVDFERLYMWREQLEVLPELNRQLKQAIDDDGYVTDEASPALKAIRQNIRRSEQTIREELDSIIRGKNARYLSDALVTMRNERYVIPVKQEYKNIFGGVVHDQSASGQTLFIEPKQILEMNNRLRQQQIAERNEITRILAELSAELVPYRREITHNAYVIGKLDFINAKARLGKELKAVVPEISQANHVVFKQARHPLLDPEKAVANDIVIGEEYQAIVITGPNTGGKTITLKTLGLLQLMGQAGLPIPVEEESKMGIFTEVFADIGDEQSIEQSLSTFSSHMTNIVSVLKKVDHQSLVLFDELGAGTDPQEGAALAIAILDSLGAKGAYVMATTHYPELKVYGYNRAGTINASMEFDVDTLSPTYRLLIGVPGRSNAFEISKRLGLDNSIIEAAKQIMDGESQDLNEMIEDLENRRKMAETEYLEARHYVDESAALHKELKEAYQVFFEEREKELQKARKEANKIIAEAEENAETIISDIRKMQLESGQQGGVKEHQLIDAKTQLSQLHHEETKLAKNKVLKKAKEQKKLKAGDEVIVNTYGQRGTLLKDNGKGQWQVQLGILKMNVSEEDMTPVAPQKEAKPRVTTVRSAESSHVGTQLDLRGKRYEEALAEVDQYIDAAILAGYPQVTIVHGKGTGALRTGITEFLKNHRSVKSYEFAPQNQGGNGATVVKFQ >MCG2809664.1 hypothetical protein [Candidatus Portnoybacteria bacterium] MFTNEKAKEVGEALGIDWSKFDVEQFRMGMDVELEHGLVDPATNVTNDDPIMTGKIALAHLNEFGDYYTRLDKMEKEAKGKL >WP_049427769.1 fructose-specific PTS transporter subunit EIIC [Staphylococcus capitis] MKILAITSCPNGIAHTYMAQEKLEQAAKEMGVDIKVETQGGVGAENILTAKEIKEADGIIIAADRQVDLSRFNGKRLINENVREGIHHPKQLIQRIIDQDARIYHGNDSETHSHNSEEDNEHKSGMQMVYQHLMNGVSFMVPFIVVGGLLMAIALTIGGEATSKGLVIPEHSFWKSIENIGSLSFKFMVPILAGYIAVSIADKPGLVPGMIGGAIAADGSLYGSTAGAGFLGGIVAGFLAGYIAKWIKQIKVPKAMAPIMPIIIIPIISSLIVGLIFIFVIGAPISSIFAALTTWLKGMQGANIIILALIIGAMIAFDMGGPINKVAFLFGSALIAEGNYAVMGMVAVAVCTPPIGLGLATFIQKRKFNKAEQEMGKASFTMGLFGITEGAIPFAAQDPLRTIPANMIGAMVASVIAALGDVGDRVAHGGPVVAVLGGIDKVLWFFIAVIIGSLVTMMTVLIFKRHTPVNEVNSHETDPTLENDSTSANDTTTQSNVATTAPQSEPTNESKEHEVFAENIIEISNTELTRDNAIDTLISKLNEHHYISNVEEVKEAILKREAESTTAIGMNVAIPHAKSSAVNQPAVAVMQNRKGIQWESLDGSLPQLVFLIAVPNDSNDTHLRLLQRLSKALMHDDTRDNLVHAQDKNEIYNILKEI >AIL29843.1 NADH dehydrogenase subunit 1, partial [Cautires sp. UPOL A00017] MNLLDMILVFTCMLIFIIFILVGVAFFTLLERKVLGYIQIR >XP_051304311.1 uncharacterized protein J4E86_004142 [Alternaria arbusti] >KAI4958538.1 hypothetical protein J4E86_004142 [Alternaria arbusti] MSSYNEYDRLIHQMQSFRASDEAREQFVTEILAKYRELSEEHANLKNDYLSERDIRRNYQRTVDEKQALVGDYTRQLEASSFVLALIDGDGAIFQDALLQAAGADGGSEAASLLYHAIRDHVASLYNSSGSWPIMVQVYLSLDKLAQKLASVGLLRSPQDLRAFAQRFSVNQPLFSIIDVGHGKERADHKIKEMLRTFSDNPTCRHIVFGGCHDAGYLLNLEHFKHDTAKSSRITLLETTPAYRGFADLANFKRTRFDDVFKSEPLPDYQPPVNGFGQFSVQSPVQAPVQPLPRSVTNNTNTSSPTFTPRASVASPSPSVTPISAAAPSESNGDSSWATVGKAGAPENGSISIAPTTAATKKNTKKKYAYYNKAGQRLDEPLPSKDPAAAASLEARMKKVGKKMCNHWHLGGYCENGKFCNFQHEPKLTPAELNALRYKTRSLACKNKGCENIDCYLGHQCALERDHGYCSFPENCHLRATHGMDKVKYVRYDKDDNADYAP >WP_087997173.1 hypothetical protein [Bacillus thuringiensis] >OUA93971.1 hypothetical protein BK704_29755 [[Bacillus thuringiensis] serovar konkukian] MKKTLYILSIFILCVSIQHVVHSQSDAPRLSSDCLEERKIRDEKYVKNIIQDIKSTFNLNIDKHSFWEVSKRDLEAAHLMYGGKENDSYYNSQTKIYDSGGFSEQPSLFVRAQEAFLLYKEKDNINVMKHLNLDVEKGEWVVIKTKKKKGKKVKFKPLQCEKDYLKKRNE >RZU98823.1 DNA gyrase subunit A [Spiribacter vilamensis] MVETPSMSSVAKEILPVNLEDEMRQSYLDYAMSVIVGRALPDVRDGLKPVHRRVLYAMRELGNDWNRPYKKSARVVGDVIGKYHPHGDTAVYDTIVRMAQDFSMRYLLVDGQGNFGSIDGDNAAAMRYTEVRMARMAHELLADIDKETVDFGDNYDGSEQEPEVLPTRVPNFLVNGGSGIAVGMATNVPPHNLREVVDACIALIDDDSLDVEALMTFIPGPDLPTRGIINGVEGIREAYRTGRGRMVMRARCRFEHDSSNGKASIIVEELPYQVNKARLLEKIAELVKEKRIEGITELRDESDKDGIRMVIELRRGEVPEVVLNNLYQHTQLETVFGINMVALFEGQPKQHNLRDVLDAFISHRREVVTRRTVYELRKARDRAHVLEGLAVALANIDEVIALIKASTTSADARAALVARDWAPGIVSEMLSRAGAAASRPESLGADVGWVNNGYRLTEAQAQAILDLRLHRLTGLEQDKIVDEYRQILEAIADLLDILASSERLMQVIREELETIRERYGDDRRSEILETRLDLSMEDLIPPQDVVVTLSHNGYAKSQPLDTYQAQRRGGKGKAATQMRGEDFVDKLWVANTHDTLLCFSSRGKCYWLKVYELPHGSRGARGKPIVNLLPLEPDERINAVLPISEFDADRFVFMATRQGTVKKTPLVDYSRPRANGIIAVNLGDDDTLVNVGVTDGNCEVMLLTNTGKAIRFKESEVRAMGRTATGVRGVRLGTDQVVIQSLILEDGDVLTVTENGYGKLTPVADYPLRGRGGMGVIGIQTSARNGAVVGALQVSQDDEIMLITNGGTLVRTRAAEVSVLSRNTQGVKLIALSEDETLVGLAKVEALGESADDAEAADD >WP_077690175.1 LysR family transcriptional regulator [Nocardiopsis sinuspersici] >NYH55071.1 DNA-binding transcriptional LysR family regulator [Nocardiopsis sinuspersici] >OOC53787.1 LysR family transcriptional regulator [Nocardiopsis sinuspersici] MDLGRHLRYFLVVAREGHFGEAAVELGIAQPALSQSVRRLEEELGVALFDRSRRRVELTPAGRLLVSQARDLVAGETRLRETMRRVRDGELGTLRAAVPPATPAVALRGLVEQMADQAPGLEVDLCEMAGTELVRALGEGSVDTGLLTAPFEGAGLLGQPVHRAQLGAVLPRGEALARADSVDLGDLAGRDLVLPARRNAPVWFERVLAVCRESGWIPPRVREAGDTEFLLGLVLVRRGVALETAAVAAREPRLAWRPLTGAPLHRRTEAVRPAQDAHPAAVAFAEAAARVLARPPANGGSLTVGGGHRPWSRVYGEGPITLPG >RQM16216.1 hypothetical protein DD237_003004 [Peronospora effusa] >UIZ26664.1 hypothetical protein KXD40_001560 [Peronospora effusa] MAPSVPPMRDPFHILNVDNGRSRTESAMSVDSRSSMLSVEDSFQFSGDMSKLPKDQRPAQPAGEREYFERMWAENFKNSEAQVPSTTKYLPVGAAGRLNRIKGWSFARDSVSHKLYAVFRLEIECIVSEKQWTIYRRFHDFKQLAHQLKNESVRISAVLTKTLMRSLDPNFLRKRQLELDKWLREVLMLIGLENCKVDTDRCTECCGNRGFHASVRLIRHFLTHKANEPPIFEESTSSSSNSHAVSNSCNGFAFPNSNSGRPPLFSTSEHKIDTEVMSYETKEGSRSSHRRRVRGGSADQVSANLWSGRFRVDSAGPGISRGGRARVASADHGGSKSRDERPRGKSLPKGKPADDGREAPFNASTIAGQRRSVILQNIEDDDNEFDDEDCSRRRSGKVSVKHFDVLRMIGKGSFGKVLLVRKKHSSQLFAVKILSKPAIVKKQQVEHTRTERRVLASISHPFVVCLHHAFQTKDKLYFVLDYCPGGDLFFHLSRCGCFPEAMAKFYAAEIVLALIHLHEQGIVYRDLKPENIMLDVDGHVKLADFGLAKEGITSELNGTYTMCGTPEYLPPEILNRGGHGTAVDWWNLGMVLYEMLTGRPPWYTQDRQELFNRLRCAELEFPLGLSLEAMHLIEGLLTRDPAKRMGAIDVREITYHPFFADIDWNLLYNREVQPLYRPCQYTDPIDAANFEEEFTKLPLAQVDSAGLSVATNDVQEKSCNGGACGPGGRDSVDKVAGYGASMLNGTAGSTSVSTSSSERNSTLRNLSYTFAGFTYDGTNPSLSRSQS >MCF7886260.1 rhodanese-like domain-containing protein [Candidatus Marinimicrobia bacterium] MLDIKIRKMIVRSLIIILSATIVGIIYNFITPAGIPLINNYSLVEINKEIVKIPLFLPRDKEQHNNLEIHPPEEIRLKAVHANFYHGEAVFIDARTNEKYKEGHIPGAISVPVNEVKPENINLENLGLQQKIIVYCDDPGCSLSMELATILEHKGFLNVYFFSGGWKAWKQADYQISKSK >WP_268695178.1 hypothetical protein [Streptomyces sp. UMAF16] MGKPTSIKTSEAVRDRLRILADERGTTITELLEELATRELTVAEREQRAAAAARELGIEYTEQVQQAGRDAGAKIRAHQGGAAA >WP_062024872.1 hypothetical protein [Streptomyces griseorubiginosus] >KUM76761.1 hypothetical protein AQI84_15195 [Streptomyces griseorubiginosus] MHIGGRRGLAVAAVIGAIVAVTGCQETTTRATAGTTPAGAEAITGMAGKARGTGAACVFVKPDGAQKFGHVGWGFRIPATGRWVYGAVENPSGRLYTPPGGDIGAWHAQGSYDRMLSEMSTDAHYPGTAEHPYSRYRCTTTSTYDVNRARAMIRTVEARGFLVGVDPRTGELTSRDCLDATYDVLKAYRTKGLTPTPRLSVPNVWVEELWGWSDRTLTPR >ABB60900.1 iso-IS1 ORF2 [Shigella dysenteriae Sd197] >EFP68414.1 insertion element IS1 1/5/6 protein insB [Shigella dysenteriae 1617] >SPZ77529.1 iso-IS1 ORF2 [Shigella dysenteriae] >ABB61037.1 iso-IS1 ORF2 [Shigella dysenteriae Sd197] >ABB61422.1 iso-IS1 ORF2 [Shigella dysenteriae Sd197] MALICELDEQWSFVGSKARQHWLWYAYNTKTGGVLAYTFGPRTDETCRELLALLTPFNIGMITSDDWGSYGREVTKDKHLTGKIFTQRIERNNLTLRTRIKRLARKTICFSRSVEIHEKVIGTFIEKHMFY >WP_258581409.1 ABC transporter ATP-binding protein [Mesorhizobium sp. AR02] >UVK50519.1 ABC transporter ATP-binding protein [Mesorhizobium sp. AR02] MTQIELRGIEKFFGAVQVIHNLNLAIADNEFIVLLGQSGCGKTTTLRAIAGLETIDQGDILIDGKPVQHLKAADRDIAMVFQSFSLYPHMTVFENIAFPLRATRMGSDEVDKSVREVARVLRITDLLGKKPSALSGGDMQRVAIGRALVRRPKAMLMDEPIGALDAKLREEMRAEIKRLHIKQGSTTIYVTHDQIEAMSLADRIVIMHEGFIQQVGTPDEVYSHPANLFVAQFVGSPVMNVADASVAEAASAATVTIGDAPAGFEFPRELLSKLNGHAANGGLTLGIRPEGVLVRRDAAPGYMPVEAHIIEPLGSFDVVDLKVGSKMLRARTKAGYVAGPGEKVHVRIDPEQAHFFDTASGKSLGVRL >WP_208179928.1 hypothetical protein [Sinorhizobium medicae] >MBO1963018.1 hypothetical protein [Sinorhizobium medicae] MKDCPASEFGCACNRCAVDRDDDLEALKQFNHASYSLAISLIFLAAVLGVLAAGFWNANRVQELVAHERNV >EIO4105067.1 DM13 domain-containing protein [Vibrio vulnificus] MKYGLLIISHIAMLVCGIGLGIYLLPILIQPTSPSQQAVESVVFAPNYQGEFSRDRADSDFLHWGEGKLVIDAQSIAFSGELAPGPDYKLYLSPTFIETEADFLANKEQLVRVGDVKTFDRFILPIPSDVDVANYTTAIVWCESFDQFISSAKYR >KAJ2306899.1 hypothetical protein IWW54_004581 [Coemansia sp. RSA 2705] MDAVDRLWAANARTAAPEHLAELLAQCTLAGADGVAAAAGFADPAFEWATPRVAALADAWIARAAGPGRGALDAGRFLHICRRRVLPYFADGARRTERWRAHPQSVGAFGWALARLDGAAAAGAVGAALPVLVSLLASDDAWAQRHGLRLAAVLAARAPAFVRASGVGGVLEERVHACLVFRSDAERGAELLAAAFDAGFALADTRAHTAAPLWRLADRLVANAAYAGDRVRVLRVLAAQVPRLAARLGVAVARHLRALVGVLAAPLRVPARAPEMVGLHGELAAHLCALARACPARMRLYVDEAVAALACAWAGAADAALQQRLRDAMACMRALDAPRVRRAAERLDRARPGQLAGLIA >ESR55765.1 hypothetical protein CICLE_v10022662mg [Citrus clementina] MANSNLPRRIIKETQRLLSEPAPGISASPSEDNMRYFNVMILGPTQSPYEGGVFKLELFLPEEYPMAAPKVCLLEFRVFNLHAIILQF >WP_002574744.1 methyl-galactoside ABC transporter permease [Enterocloster bolteae] >RGB96392.1 beta-methylgalactoside transporter [Hungatella hathewayi] >ENZ42802.1 methyl-galactoside ABC transporter permease [Enterocloster bolteae 90B3] >ENZ52597.1 methyl-galactoside ABC transporter permease [Enterocloster bolteae 90A9] >MCB6800589.1 beta-methylgalactoside transporter [Enterocloster bolteae] >MCB7232448.1 beta-methylgalactoside transporter [Enterocloster bolteae] MKIKELTAKDIKNIMMDKALIIVLVFMIIGIIIIEPSFLQIRVLTDILTQSAVKMICALGLMFALLLGGTDLSGGRQVGLAAVMVASLSQMADYSNKFWPGLPELPIIIPVIMTLALVAVIGAVNGFMIAKLKMAPFIATFGMSTIVYGINCLYFAKKPNNSQPIGGIREDLTVLSSFKVFGQISFLVVIAVIAIVGVWFLLNKTVFGKNIYIVGGNPEAAKVSGINVSKVIITVFIIESMFVGLAGILEVARTGGANSAYGNAYEFDAISSCVVGGVSLSGGVGKVSGVIIGVLIFTFISYGLAYIGVNSNWQLIVKGLIICSAVALDMRKNS >MBT4161918.1 ABC transporter ATP-binding protein [Gammaproteobacteria bacterium] >MBT4492062.1 ABC transporter ATP-binding protein [Gammaproteobacteria bacterium] >MBT7370300.1 ABC transporter ATP-binding protein [Gammaproteobacteria bacterium] MKSEAVLTASGLSKSYWLGGREVAVLQEVSFCVNAGETVAVVGVSGSGKSTLLHLLAGLDQPDAGSIVVAGQDLSALSDMELAKLRNRHVGFVYQFHHLLAEFSALENVALPLMIGGTKKPAALEMAEAILERVNLNDRRDHHPATLSGGERQRVAIARALVMNPEVVLADEPTGNLDEESADQVHDLMLSLASELGVSFVVVTHNTGFASRMQRLYRLHGGKLEVER >XP_025385377.1 DHS-like NAD/FAD-binding domain-containing protein, partial [Aspergillus eucalypticola CBS 122712] >PWY67283.1 DHS-like NAD/FAD-binding domain-containing protein, partial [Aspergillus eucalypticola CBS 122712] MAPRRTATTSSTTTTSTTTTTTHSTTNSSRSSPKSLLASLGMDDDSDCSSLSSAPASPLAPPGFYPSPPPSQDADEPSAARSQDELPPARKKRRVAAPKERRTQHLDLSATAGLSYTEQQSQIDYLVKTIQRHRKIVVIAGAGISTSAGIPDFRSTDGLFKTLQKKHNLKASGKLLFDAAVYQDEALTASFQDMVRSLSEEAAKTSPTAFHHMLARLGQENRLTRLYTQNIDGIETSMPPLATQIPLNVKAPWPRTIQLHGSLDKMVCQKCRHLSDFDAGLFDRPDAPECPE >MCA9453963.1 4'-phosphopantetheinyl transferase superfamily protein [Nitrospira sp.] >MCB9776504.1 4'-phosphopantetheinyl transferase superfamily protein [Nitrospiraceae bacterium] MLTSTHWANPSPDIYRSLSPGVVHVWRVHLDVSPRQAALYHTDLSEDERARAERYRLPHHQYQFISTRGILRNLIGHYVGIPPGTLRLKNNLQGKPSLTDPFHPSLQFNVSHTSGMALLAIAIEHAVGIDVEQIDRNVSDQDIATRYFSPREAEHLATLSPDKRTQEFLTYWTCKEAYLKMQGIGLSGGMAHCEIALDQDGLKATVLSTHEPDWGNDCSLFRINPGQSHIGALAVACHPVEVLFWDWKD >KAF3210067.1 hypothetical protein TWF191_011257 [Orbilia oligospora] >KAF3236754.1 hypothetical protein TWF192_011309 [Orbilia oligospora] MSARDISSGMLRPAGVGAYNLNAQAHDATMNLIDEVLKKGINVKEIFVDTVGTATTYQAKLQRRFPTTKVTVSKKADSLYPSVSVASICAKVTRDFALKESFNLASGGGEVPNTGSGYPGDPKSVAYLKGSMDSLFGWGCETRFSWSTTAELLKKDAEAVDWPDNDDEGNGDIGAFMSTSSAGNDVRYWFGKPATAAEL >MCD4721788.1 crossover junction endodeoxyribonuclease RuvC [Desulfobacula sp.] MVKVVGIDPGLAGTGIGVVEGNSNEILGYSFGSIATDAKDPIHFRLHAIYSKILEFLCKQQPDLLVIEDIYSLEKYPGSGIMLGKVSGVLLVAAYKAGLDVEEISVREVKKIVSGNGSADKYQVERAVRNILKHGEPIRPFHASDALGLALTGYYRYKRRL >WP_201685349.1 quorum-sensing autoinducer CAI-1 synthase [Ramlibacter sp. AW1] >MBL0422282.1 quorum-sensing autoinducer CAI-1 synthase [Ramlibacter sp. AW1] MNRVNAVSDVLLTANVHTGTGDGVVASPAAPQRRSGPGLSSHLKQRIARDFQERFQREWGGKFVTQGIAPGTNAVRLDGNDYLSVTGHPSIVQAQVNGLRCSQDYIVQSGVFLAEGSPTGRFEDALSGFIGHAGGVLCQSGYTANLGLLQVIADRETTVYVDSLAHMSLWEGVRAAGATAQAFRHNDPEHLARMMKRHGPGLVIVDSVYSTTGAVCPLREIVEIVEANESMILVDESHSLGTHGPGGRGLCAELDLTHRVHFITASLAKAFAGRAGFFTLPDELRNYLMCHSFPNIFSSALLPHEVAGLSATLDVIKQSDRAREQLRHNTRRIRSSLSELGYPIHQGTEQIISLEAGPEVDTLALRDSLEGHGVFGAVFCAPATSRNRSMVRLTLNASLTEAEMSHVEQVAAEIAPKIKPWDWPIARRQRGREADQSST >WP_259301651.1 TonB-dependent receptor [Phocaeicola plebeius] MQKGKTSKFVPKLGLVLWMLPLSSWAISGTIPETNSALTSYAHEAREIDAIAQSAKKRTVTGTITDASDGTPIIGANIVVKGSQTGVISDLDGNYSIEVSSKDVLVISFIGYKTREVPVVDLGVINVKLKSDNEMLDEVVVVGAGTQKKVSVTGSITSVKGSSLVTPTSSLTNALAGKLSGVIAKTSSGAPGEAAEFYIRGIGTFGGRATPLIMLDDVEISAADLNNIPAETIESFSILKDASATAIYGARGANGVMLITTKSGRENERTQINVTVENAFNVMTNFPDFVDGATWMTMYNEAQVTRTPGITPKYTQEQIENTRLGTNPYMYPSVKWNDVIFKNMAMSQRANINVQGGGSRATYYMSIQANHDSGLLNTRKVYSYNNNINNWSYNFQNNIKYKLTSTTTVDLRMNAQIRNNQGPNYNTSDLFNMALTTNPINFPVTFPAQEGDTHIRFGNAILSGDNLRTNPYAYMLSSYKQTQENTLNTSLKVSQQLDFITKGLSATALVNFKNWSSNWYSRTIEPYYYRIKDGSFNPSTGEYTLERLGTSGTDYIAQSDITKDGDNTFFLQFTLDYQRRFGKHNVGGMLLYMQREYRNAVLPNRNQGFSGRFTYDFDQRYLAEINFGYNGTERLAKGDRFEFFPAISLGWVVSNEKFFAPLSKVVSSLKLRGSYGLVGSDETGPEGSPHFLYIDQVQVTGDKRPGATFGEDLNVSKYGPIVTQYAVQNAGWERVKKLDLGFDMELFRCLSLTFDFFYDKRYNILLHREAWPQSLGYDSAKPWSNKGKVDNWGYELSMNYRKQFNKDLAVDFQGNFTYTQNKYVDYDEPLYPYTWQTVTGKPLSHQTGYIAEGLFQSQEEIDNSPTQNLGSTAMVGDVKYRDVNGDGIINTEDKVMISEYGNMPRIQYGLGMNIDYKGFNFGVFFNGSAMRTLMISGITPFGQDDYNVMQFIANDYWTEANPNPNAAYPRLGLTDAQTANNTQPSTYWMRNGNFIRFKTLEIGYRFKHARVYFSGNNLFVFSPFKLWDPELAWNSYPLQRTFNIGLQLTF >CAG8531755.1 3416_t:CDS:1, partial [Entrophospora candida] KSHKSKGKEKSETDESSFSVNGNTTLDYGNVSSSTKERNRQPLRE >WP_220615956.1 RluA family pseudouridine synthase [Hymenobacter sp. HSC-4F20] >MBX0292791.1 RluA family pseudouridine synthase [Hymenobacter sp. HSC-4F20] MQHDDPEEFTDEFASPIPLGEDEPEEEDEDELYEHHRIRADRRQELLRLDKFLLNRLPSTSRTRIQNAIRAEAVQVNDRPVKSNYRVKPLDVITITLPEPPREFKVVPEPMELDIRYEDAELLLVNKPAGMVVHPAYGNWNGTLVNGLAYHLQNLPTGRNGEIRPGLVHRIDKDTSGLLVIGKTEWAMTHLSNQFFHHTIERTYLALVWGVPKEAEGTIRGHIGRSLKDRKVQAVYPDGDYGKHAVTRYKVLRSFGSKVALLQCNLETGRTHQIRVHMKHIGHPLFGDATYGGDKIVYGQRTGAYKAFAEKMLALMPRQALHAKSLGFQHPVTQEHMQFEVELPLDFERLLEAWEQYAQTAE >MCJ2136558.1 ATP-dependent RecD-like DNA helicase [Methylobacterium sp. J-026] MSAGLPAAYAPQQDAALKAIAAWRREGGSQVFRLFGYAGTGKTTLARRIAEDVDGTVVYGAFTGKAASVMRQKGCYDAATIHSLIYRTKEAEEGGPTFTLNRSGPAAKADLIIIDECSMVDSDLGNDLLSFERPVLVLGDPAQLPPVRGGGFFTEAEPDVMLTEVHRQAKDDPIVRMAMTIREGGRLDLGTFGQSRVVSRRALDPAEVLECDQVLVGLNKTRRLYNGRLRELAGHTDPMPAIGEKLVCLRNDRVKGLLNGSTWTVQALRAPPRPDLIRLDVVPEDDPGLRRKPTDIKVLRAMISGSDEEIPLFLRRETDEFTYGYALTVHKAQGSQWDRVTLFDESYAFREHRARWLYTGLTRAAQAITVVV >WP_063256613.1 WecB/TagA/CpsF family glycosyltransferase [Microbacterium sp. T32] >KZE42597.1 hypothetical protein AVW09_09580 [Microbacterium sp. T32] MKSVELPRGLGTVTPITAAEVCDWIVADKAPSDHAHILGNLNLHALYLTLEEGPVATMTRASDVVLIDGWPILQLARLSASSGSRPTSRERVGSTDWLEQLIRRDPDLRVVAVGGTPATAEGMRTHVVERASRLAWRAFDGYEFRERSEAAEGDLQSALEQAQLVLVGLGMPRQESWILDHLHHLNRDAVIANVGGCFDYFAGTQRLAPRWMGALGIEWLFRLAHSPRRLAGRYLVEPLLLVGRLSRRPRPATTASAHSTPGTDA >WP_221868756.1 MFS transporter [Brevibacillus brevis] >MBY0087880.1 MFS transporter [Brevibacillus brevis] MQTEPQQQSAEKVLRVLVFTLMMTVMSATMFNIVLPQIRTEFHLSFSQVSWVTSAFLLIYAVGTVMYGKLADSYKLKHLLTFGLILFAIGSLVGFFAHNYGMVLFGRIVQAAGAAVVPATSSIIPVRYFPPESRGRALGISMTGMAIGSALGPVLSSLLVSLLDWRWLFCMPLFTLFAVPFFRKYLEEEEREAVKMDWIGGGLLAITIALLLLAITNQSLLLALGCILSFLLFLVRIRTTAEPFIRPGLFRSKRYSLGLVIAFLMIGSGYSFAFLSPQLLADVNHLAPGLIGFVMVPGAIVTAFLGKKAGILADKKGNSYLFYTASALLLSSFVLFSSFAGVSPFLIAVFLIFGNVGLSFMMISMSNAISQSLPKEQIGVGMGLMAMLNFIAGALAATLYGKSIDGGAAVSWNLLNSYPGASVYSNIYSALVLVILGLACLYYRQFGRSSVRGLN >NXU45820.1 DDX20 helicase [Drymodes brunneopygia] MAAPREAQGRFRTRDVLVPGGPSDFSSLLLSPPVLAGLEAAGFHRPSPVQLKAIPLGRCGLDLIVQAKSGTGKTCVFATIALDAVLLESPATQILILAPTREIAVQIHAVITTIGIKMEGLECHVFIGGTPLSQDRSRLKKCHIAVGSPGRIKQLIALDYLSTSSVRLFVLDEADKLLEEGSFQEQINWIYSSLPANKQMLAVSATYPESLAAALTRYMREPTFVRLNPTDPSLLGLKQYYKTVNSHPLPHKTFEEKTQHLQELFSKIPFNQALVFSNLHSRAQHLAEILTSRGFPAECISGNMNQNQRLDAMAKLKQFHCRVLISTDLTSRGIDAEKVNLVINLDVPLDWETYMHRIGRAGRFGTLGLSVTYCCRGEEENTMMKIAQKCNLQLLPLPEPIPPGMMEQFEDGEVEVKPAIPMAPVVSCDTVCPKPEQPVLQPVQNGFSDTAQPPSNLPRNKSSVERPKKTLKQKQIKKCTNPKKVEKNSGTPQNSSCHTEQRDQVKPISRMDGQHSTQAQDEEALKKNLPKIPCLSSFKNQLTNPWSFSDFVEDYEYFIKEGSEREVEILRSYSGPEERGELPRNGDVEWEEMEHHPVTAANGDVSADSDGSDSSRDSFNNGANSSCFEAFSDTQDPDAVPTARQGPAGFCPTPEKPQERPHVPRQNKVKKKVLKQTAKHKKSHNHQFCSPATSRTEEEQTCSPWDDAPYEGWSYEDYWKCYCDAWQSYYAAVSHYSRSYWHLSCMNAYQANSVYLQELLKDGD >CAH7752048.1 unnamed protein product [Callosobruchus chinensis] MEESGFLTSEKLLLFFLEDVKRRPLMWKQAPDLVLDANKYSQYLSAKRSPNEFKYCAVANFYISMIHIYKT >MBQ7631188.1 DUF4421 family protein [Paludibacteraceae bacterium] MHRTRIHILLLLSLLCLCAQAKPTKGLLFFYRTGNWVDNYLRKGIDTSYIDLPEHSWRIAYTNAMVGVNSNLTSTTPDIPDYGTLTFTLLNKTTPSVDLGFYAAYRGFGFGYSWDAIHAYAQRLSFSFGSKFIGIDFGIQTSTNIHTNVLLNGQALWNQGNAGVIITNASLNLWYALNAAHYSHQAAVKQSYIQKKTAGSLLLHLSYLSSQVDFSDTIKVPEAQKPLLPALMSNLTAVRTRQVAVGIGYGINYTPNHGKVVLHLSAAAMLVTYSVNLASYYLPDSIAKDLPGQPMYNLPPAYPVHVSGNMRAAVSWEINKWVHLNVWATAENIRFRSKPTVNYNTISLENWDWKVQASVGVRLGAGKDRLQRALEEHSAVSIQPSEGSIQTSEEPKKSRYPLWLTDYFWSPKN >KAI4475370.1 hypothetical protein M0804_014344 [Polistes exclamans] MQTLGVSVKQLRRKLFELGARILHAQGSKPRDMALVMLSMGSALDVRRGGREGEVGGRGGGRRDGGSGETTTGTTLARGVRIATATVRGHSYVLQQEAMVAAARDRAIRTGSVRQDLALNLPPRLELPDGEERPYGAQTNIHLRDPLQESEIYQKCIRPPPNRTIFDSESPPPYRSQSGPLEPPEQRASSSGGYGGNDGGGGGGGSGCGDCSGSFSFQQQRHRPSSTITATAAAAAAAAAAVAITTTTTTKKTTTITTMTRFSITLSSRYATLRLNYDQ >MBK7837454.1 iron-containing alcohol dehydrogenase [Candidatus Obscuribacter sp.] MNPFVFQSPTRVMFGEYTTAACGDFVLELGGKRALVVADAFLVQSGVLGPLLESLSSQGLLPPVVFSDVPPDSDIACVDRGAAIAREAGCDCIVAIGGGSVIDTAKVIGICLTLGGELLDYQGLNVIDKKLMPLVVVPTTAGTGSEVSFVAMIKDHKEGKLMFGSSWLAPDVAILDPSLLLSLPPKLTAATGLDAITHGIEAFVAANTNSVATDALCLEALRLLFDNLPRAFKNGDDMEARSATLVASTMAGIAFSNSGVGVIHALAHSVGAMFSTHHGMTNGVFLPYGMEFNLPQVAPQYARIARYLELEA >KDB51534.1 hypothetical protein X805_29120 [Sphaerotilus natans subsp. natans DSM 6575] >SIR42931.1 transcriptional regulator, AraC family [Sphaerotilus natans] MLHVDTRDVDEQAALLTDWHQDYAQLSAGGFAGRIDEAWLDGVHLFVEATSQRLHQRGELRADRLALGLPLALPEVVQAGPARFCGRSDWQSCDGDGAGEPGAGHFCTFSGRGGFEFFTPAGLVMAGMEFDRAELARLATPEEQALIERIGQVATLHRAPHGALATLRDFVRGAFEMLAAQPQLLRNPAMRSMLRQAAQSNALELLVGAAALPPDAGQRPRALVEQARAIVDRDPEMPVTVAMLCAELQTSRRTLQAAFQQVLGLAPAAYLRATRLAGARRALREAPSVTEAAAQWGFWHFGHFAQDYRRMYGELPSQTWRRLHPGVAGPGH bbuchfink-diamond-6dc5717/src/test/nr_10k.taxids.tsv000066400000000000000000011532461523407312000223220ustar00rootroot00000000000000accession.version taxid 2VGF_A 9606 2VGF_B 9606 2VGF_C 9606 2VGF_D 9606 2VYZ_A 6221 4G4S_F 559292 8APN_AM 353565 A0PMD3.1 362242 AAA50346.1 6832 AAB91645.1 394 AAF62532.1 228582 AAG52345.1 3702 AAI03109.1 9913 AAK04292.1 272623 AAL18389.1 167729 AAL90895.1 3702 AAM31096.1 192952 AAM52216.1 10090 AAM89588.1 621 AAO11543.1 3702 AAO64374.1 7653 AAQ88513.1 9606 AAR06568.1 5855 AAR19565.1 34828 AAT88202.1 281090 AAV77137.1 295319 AAV84242.1 179676 AAW36516.1 93062 AAW57761.1 11676 AAX29823.1 32630 AAX35861.1 311702 AAX49003.1 11676 AAX93012.1 39947 AAX94106.1 324009 AAX97169.1 11676 AAY45897.1 9913 AAY93085.1 220664 AAY94730.1 220664 AAZ67085.1 340093 AAZ67086.1 340093 AAZ67087.1 340093 AAZ67089.1 340093 AAZ67090.1 340093 AAZ73234.1 594 AAZ98521.1 292415 ABB60900.1 300267 ABB61037.1 300267 ABB61422.1 300267 ABB86219.1 169388 ABD26457.1 279238 ABE32616.1 266265 ABE64460.1 323097 ABE75020.1 335284 ABF46201.1 319795 ABG31536.1 375451 ABG88111.1 11676 ABI57083.1 187272 ABJ71818.1 272622 ABJ92889.1 11676 ABK94958.1 3694 ABL03502.1 362242 ABL14307.1 11047 ABO71806.1 8030 ABQ63546.1 166263 ABR42075.1 435591 ABS02609.1 266940 ABS47248.1 349747 ABV67910.1 367737 ABY20040.1 1360 ABY20045.1 1360 ABY20066.1 1360 ABY20084.1 1360 ABY20094.1 1360 ABZ84967.1 498761 ACA34490.1 197 ACA43834.1 498213 ACA94757.1 406425 ACB55584.1 300279 ACB82584.1 441620 ACE76975.1 121759 ACE85434.1 498211 ACE88666.1 13139 ACF42377.1 324925 ACF74449.1 308558 ACH90072.1 11676 ACI42798.1 11723 ACI42812.1 11723 ACI42813.1 11723 ACI42819.1 11723 ACI70049.1 8030 ACJ00490.1 414684 ACJ29671.1 225849 ACJ82450.1 405534 ACM23083.1 309803 ACN31739.1 4577 ACO35565.1 626559 ACP47293.1 419942 ACQ68158.1 572265 ACT50261.1 582744 ACU21193.1 3847 ACU45411.1 35772 ACU52521.1 32630 ACU61622.1 485918 ACU69860.1 479433 ACV16867.1 11676 ACY29573.1 11676 ADA63973.1 684738 ADB13603.1 553190 ADB27070.1 11676 ADB35856.1 479435 ADD42168.1 446470 ADD80972.1 691965 ADG39981.1 762051 ADG90047.1 469371 ADJ35581.1 876003 ADJ35590.1 876003 ADJ35608.1 876003 ADJ57888.1 451678 ADL66075.1 546342 ADM11996.1 876142 ADM31019.1 876003 ADO43234.1 880591 ADO45850.1 608538 ADP83890.1 298654 ADQ02892.1 890402 ADR35267.1 709032 ADT83844.1 391623 ADV86665.1 914127 ADV96388.1 936156 ADW49125.1 1417353 ADW71064.1 1198114 ADY32523.1 709991 ADY52153.1 762903 ADY80981.1 871585 AEA97114.1 1774373 AEB41413.1 331635 AEE35105.1 3702 AEE54131.1 760192 AEF02257.1 715451 AEF32461.1 121479 AEG58020.1 693982 AEG64605.1 176616 AEG64617.1 176616 AEH52569.1 941639 AEJ11111.1 1042876 AEJ30219.1 979982 AEJ33395.1 11723 AEL09906.1 1054460 AEM41528.1 759362 AEM50681.1 868597 AEN92745.1 336960 AEO85464.1 11676 AEQ98132.1 383407 AER32650.1 1095774 AEV38419.1 911045 AEV75498.1 710685 AEV78035.2 1118959 AEV98085.1 700598 AEX54076.1 745277 AFA09475.1 705192 AFA24308.1 1097956 AFA35617.1 77133 AFC66097.1 798300 AFC67961.1 1010840 AFC90328.1 134453 AFG42089.1 910348 AFG64821.1 3352 AFG64822.1 3352 AFG64823.1 3352 AFG64824.1 3352 AFG64825.1 3352 AFH43225.1 1163730 AFH93717.1 1157951 AFJ09957.1 11676 AFL84821.1 866536 AFL87444.1 926566 AFM00144.1 756499 AFM07104.2 1161911 AFM16240.1 710421 AFM26925.1 706587 AFN42320.1 141825 AFP41217.1 246196 AFP70478.1 208224 AFP82159.1 493391 AFQ97813.1 76025 AFQ97814.1 76025 AFQ97815.1 76025 AFS16523.1 1232724 AFS38234.1 529120 AFS40320.1 1229756 AFU02344.1 1133849 AFU58940.1 1237085 AFV39595.1 12721 AFX75916.1 3052230 AFY20819.1 1207075 AFY37870.1 111781 AFY47677.1 28072 AFY72511.1 1173263 AFY88401.1 251229 AFZ13810.1 1173022 AFZ19512.1 1173027 AGA34473.1 1255043 AGA85438.1 644801 AGB19176.1 698948 AGB20654.1 212767 AGB43202.1 754035 AGC74998.1 1261273 AGC74999.1 1261273 AGC75000.1 1261273 AGC97326.1 1272115 AGD93042.1 1235314 AGH92504.1 8030 AGI15931.1 52396 AGI15934.1 52396 AGI15937.1 52396 AGI15942.1 52396 AGI15950.1 52396 AGI28666.1 1302650 AGI35037.1 1249526 AGK49102.1 1249661 AGK97516.1 86416 AGL65992.1 1311573 AGL68097.1 1321938 AGL85641.1 1124983 AGL88086.1 767453 AGM25934.1 1276229 AGO18338.1 41679 AGO53901.1 682634 AGQ38940.1 1311759 AGQ42584.1 30596 AGR62264.1 1321941 AGS31853.1 1350487 AGV54449.1 3885 AGW33425.1 1201010 AGW35958.1 1194085 AGW37619.1 1234367 AGY43538.1 1399116 AHA77380.1 1415167 AHC80613.1 1435044 AHC86045.1 1435058 AHF68467.1 1441629 AHG02917.1 751944 AHH03134.1 1293576 AHH13672.1 1313291 AHH30646.1 1452501 AHH33963.1 12062 AHJ26618.1 313624 AHJ84873.1 10359 AHK45095.1 1416753 AHK46784.1 1416753 AHK62764.1 1470337 AHL72733.1 1408 AHM93900.1 11082 AHN95135.1 9544 AHX20350.1 1330043 AHY05966.1 82996 AHY07401.1 82996 AHY44222.1 3022791 AIA18772.1 77133 AIC39779.1 1232554 AIC44011.1 1221328 AIC97916.1 1404258 AIG14299.1 11676 AIG24687.1 1042163 AII35382.1 1340494 AIJ09702.1 667120 AIK16055.1 29471 AIL06254.1 40324 AIL29843.1 1384298 AIL63914.1 237609 AIN12483.1 633 AIP30878.1 266265 AIQ56832.1 160799 AIR72471.1 1549497 AIR77599.1 565225 AIT09657.1 653937 AIT66999.1 727 AIW44821.1 1300227 AIX54539.1 550 AJA93708.1 244366 AJC59754.1 1262452 AJD95334.1 54388 AJF60049.1 1579370 AJG17996.1 68895 AJJ07133.1 633 AJJ59135.1 502800 AJK14935.1 748672 AJO57998.1 1574141 AJP56025.1 656178 AJQ47929.1 1384061 AJQ81668.1 1458476 AJQ89288.1 129394 AJT63108.1 47763 AJU61790.1 1294308 AJV50090.1 1294340 AJV64443.1 1294372 AJV72920.1 1294305 AJV79977.1 1294317 AJW64861.1 172045 AJY40047.1 430531 AJZ82680.1 1188315 AKA56406.1 1622492 AKC39665.1 1774 AKC46925.1 1136873 AKD34777.1 1453990 AKF09893.1 927083 AKF94945.1 1465 AKG22282.1 1337936 AKK47088.1 1001989 AKK65417.1 129394 AKN73357.1 1577075 AKN94679.1 129394 AKQ42914.1 1648404 AKQ54763.1 103855 AKQ59276.1 103855 AKR37379.1 180850 AKT53944.1 712538 AKT58828.1 1687857 AKU94608.1 1391654 AKU96165.1 1391654 AKV03744.1 1391654 ALA07001.1 1698369 ALB64184.1 1073999 ALD68435.1 28037 ALG49286.1 1502 ALJ82384.1 92945 ALM82844.1 1746199 ALN60374.1 69 ALN77247.1 985762 ALO03002.1 60520 ALP33697.1 1719 ALQ10345.1 283699 ALR33644.1 1719 ALS00352.1 332949 ALS02240.1 332949 ALT67925.1 230361 ALV06865.1 76731 ALV21625.1 2126436 ALX45961.1 430531 ALZ59878.1 1396 AMA13662.1 3052230 AMA46143.1 3064349 AMA90994.1 1474269 AMB21424.1 2560319 AMB75889.1 553 AMC51858.1 33892 AME25919.1 1795043 AMJ39908.1 991789 AMJ52230.1 77133 AMJ52268.1 77133 AMJ52272.1 77133 AMJ52346.1 77133 AMK40055.1 1669417 AMK44287.1 1669417 AMK72011.1 86029 AML78558.1 690536 AMM18016.1 1795874 AMO56969.1 570277 AMO83081.1 82983 AMP05795.1 279113 AMR21001.1 1590 AMR68125.1 43263 AMS43029.1 83263 AMT69763.1 83262 AMV45978.1 75105 AMW11901.1 1783515 AMW35569.1 1549855 AMZ78697.1 1827481 ANA56918.1 36881 ANA99187.1 1460372 ANC02115.1 303 ANH45596.1 210 ANI90891.1 499555 ANJ20823.1 1815985 ANJ71585.1 190721 ANM77078.1 615 ANN23072.1 77133 ANN31340.1 180843 ANN48436.1 1580 ANN69912.1 463025 ANN75062.1 463025 ANN75327.1 602398 ANO02814.1 83262 ANP41536.1 1265309 ANP72927.1 670052 ANP75999.1 1191300 ANS74331.1 1462996 ANU17428.1 192421 ANW20313.1 1901 ANW35147.1 92945 ANY08263.1 1690815 AOC67416.1 1881785 AOE84956.1 1856685 AOF98971.1 1842535 AOJ74168.1 101571 AOL27766.1 1837130 AOL29318.1 79881 AOM65363.1 202687 AOM87821.1 470 AOM90807.1 573 AOM94606.1 573 AON01879.1 573 AOP87252.1 208224 AOQ89457.1 1881751 AOR13807.1 1881782 AOR61823.1 1175631 AOR70215.1 95485 AOW33101.1 11676 AOW36968.1 11676 AOX62898.1 1904944 AOY85070.1 1613 AOZ55270.1 92945 APB30396.1 519472 APB75625.1 1406 APC21598.1 380021 APC24336.1 597926 APF35400.1 300019 APG81322.1 1719 API89134.1 1911586 APJ76192.1 562 APL93318.1 861109 APO47126.1 528191 APP11179.1 337330 APQ10333.1 47885 APT84512.1 1431546 APU45854.1 1613 APV97771.1 941189 APX01905.1 1357915 APX36087.1 1719 APX38129.1 1719 AQA19851.1 930805 AQA21753.1 1805827 AQL51141.1 1719 AQP30488.1 377994 AQQ31500.1 95486 AQR57668.1 1959861 AQR57669.1 1959862 AQS44328.1 492670 AQU86570.1 265960 AQW53261.1 1912 AQY75504.1 4911 ARD43281.1 1816219 ARD74219.1 1288 ARE13706.1 1360 ARE16120.1 1360 ARE37529.1 1807790 ARJ12823.1 28035 ARN65863.1 672 ARO10690.1 1590 ARQ06293.1 1855823 ARR91819.1 11676 ARS36073.1 323450 ARS39112.1 1986952 ART90939.1 70958 ARU26913.1 1987723 ARU47716.1 1854492 ARV34688.1 562 ARX95925.1 202687 ASA24350.1 414771 ASC92562.1 1854492 ASE21119.1 380021 ASE22723.1 380021 ASE25227.1 330922 ASG29969.1 76859 ASI70574.1 164759 ASJ16234.1 54262 ASL00712.1 473426 ASL92868.1 615 ASM02398.1 615 ASM07658.1 615 ASM84592.1 287 ASM87261.1 287 ASN85266.1 2488639 ASP80465.1 382 ASQ96850.1 1851167 AST39768.1 3052230 ASU34083.1 1234841 ASV44386.1 2015814 ASY64978.1 716928 ATB18092.1 65467 ATB33698.1 1294270 ATC67224.1 426430 ATD27454.1 666 ATD70869.1 1737359 ATF37178.1 57975 ATF88592.1 32009 ATG27889.1 2041141 ATG80026.1 1720343 ATI48360.1 670 ATI79598.1 13690 ATM40997.1 573 ATN13397.1 2018067 ATN37607.1 1571470 ATO22076.1 573 ATP18138.1 13690 ATQ57711.1 147645 ATR98018.1 837 ATR98321.1 837 ATS16767.1 573 ATU69940.1 1580 ATV03754.1 948561 ATW22761.1 138072 ATX65371.1 441209 AUG09076.1 2054919 AUH70197.1 2059875 AUI57198.1 1911175 AUN31249.1 1612173 AUN37106.1 77133 AUO04307.1 615 AUP48118.1 2072096 AUQ33312.1 9606 AUS35573.1 334542 AUS44970.1 305 AUS89009.1 2072025 AUT38309.1 470 AUU37591.1 584 AUW66636.1 2055655 AUW90066.1 2055364 AUX08555.1 2055893 AUX42560.1 56 AUY12327.1 1636607 AVA00513.1 11676 AVA41138.1 584 AVE81986.1 1590 AVF06276.1 470 AVF92518.1 50719 AVG77030.1 553 AVJ74934.1 562 AVL54534.1 2434 AVM35379.1 1770638 AVO23223.1 46100 AVO23226.1 525241 AVO59098.1 1513890 AVP17110.1 2088599 AVQ35309.1 29384 AVQ83088.1 2126319 AVR90781.1 1351 AVS83300.1 80867 AVT00527.1 80867 AWB70742.1 666 AWB96602.1 2080742 AWD47640.1 11676 AWD47830.1 11676 AWD47948.1 11676 AWD47956.1 11676 AWE50316.1 1827580 AWF94470.1 137591 AWH29356.1 2072408 AWH75502.1 2173169 AWI66342.1 2175878 AWK42668.1 141679 AWM35744.1 114 AWM44078.1 1390 AWN16021.1 2183911 AWQ18745.1 553 AWQ28479.1 204919 AWR91053.1 1597 AWS34156.1 408114 AWS34159.1 408114 AWT15684.1 40324 AWW49543.1 2527775 AWX41049.1 10967 AWY63092.1 3052230 AWZ06471.1 2099584 AWZ14042.1 2099583 AXA23733.1 303 AXA58012.1 86265 AXA63724.1 86265 AXB27472.1 853 AXB40829.1 3018538 AXC70826.1 1192842 AXE23460.1 68209 AXG09587.1 1547898 AXG47989.1 141679 AXG99930.1 980427 AXH63343.1 2027290 AXI09756.1 2052660 AXJ08981.1 2017685 AXJ69574.1 28903 AXO51952.1 158836 AXO62978.1 253237 AXQ26153.1 1590 AXQ30465.1 2303331 AXR37744.1 59201 AXU14939.1 1901 AXZ65741.1 2242446 AYB51828.1 305 AYB56382.1 305 AYC05451.1 666 AYC39519.1 67304 AYF32021.1 479978 AYF88998.1 1755504 AYL05331.1 208224 AYM03327.1 1580 AYM14445.1 358 AYM79282.1 55508 AYO47087.1 1309 AYO78677.1 13690 AYU65583.1 573 AYV12595.1 38313 AYV64277.1 2487988 AYV78736.1 2487765 AYW20755.1 2267618 AYX42557.1 11676 AYX54788.1 11676 AYX95692.1 2420300 AZB23209.1 1241978 AZD73332.1 86192 AZF07350.1 658644 AZG11105.1 2488560 AZI17407.1 1685 AZM44710.1 2203210 AZM59838.1 2203204 AZO10270.1 2493676 AZQ84728.1 2497879 AZT92937.1 273384 AZV19259.1 2493681 AZV79909.1 2483033 AZW15478.1 103855 B0TIM6.1 498761 B4SAK8.1 324925 B9K800.1 309803 BAA79165.1 272557 BAA92969.1 39947 BAB19008.1 9541 BAB28876.1 10090 BAB85655.1 10116 BAC09308.1 197221 BAD29386.1 39947 BAD88428.1 203830 BAE96300.1 10090 BAF39771.1 367928 BAG83711.1 511995 BAG95741.1 39947 BAI69928.1 608538 BAI82636.1 7004 BAI82637.1 7004 BAI82638.1 7004 BAI82639.1 7004 BAI82640.1 7004 BAJ63516.1 926569 BAJ71469.1 565040 BAK08426.1 35085 BAL16690.1 334406 BAM57588.1 1204342 BAM72001.1 334885 BAN73147.1 47714 BAN83429.1 1219345 BAO00956.1 108931 BAO11608.1 11676 BAO23243.1 11676 BAO64493.1 1420599 BAP82523.1 242820 BAQ58714.1 1627999 BAR90558.1 42062 BAT73545.1 157739 BAT82175.1 157739 BAU31351.1 279828 BAV52815.1 381 BAW23943.1 303 BAW33376.1 481883 BAW81161.1 1630141 BAX94588.1 722731 BAY23582.1 1954172 BAY66413.1 1973478 BBA74052.1 1882221 BBA91975.1 1917441 BBB63116.1 2058624 BBC91732.1 1928 BBF42184.1 2093742 BBF74995.1 1597 BBG20955.1 210 BBI69300.1 2517899 BBL73457.1 1760988 BBM58963.1 554406 BBN00651.1 1480154 BBN52434.1 86192 BBP57692.1 2678257 BBP74723.1 2678260 BBP84793.1 2678261 BBQ86561.1 2675710 BBR23598.1 2675711 BBS35991.1 550 BBY13286.1 701042 BCB80044.1 1076124 BCB83133.1 624315 BCJ09783.1 28037 BCJ36223.1 227318 BCJ96549.1 433286 BCK83977.1 2714358 BCK84727.1 2714358 BCL31621.1 47760 BCM17920.1 2777475 BCO54036.1 1138383 BCO91307.1 1138383 BCQ01857.1 33010 BCT76899.1 322009 BCU97455.1 2832643 BCW36351.1 2830990 BDC02359.1 451752 BDD38132.1 1917441 BDE39441.1 1916 BDE85727.1 2485925 BDG36373.1 81408 BDG40160.1 81408 BDG43886.1 81408 BDM68367.1 1920 BDO44729.1 210 BDP97621.1 1352 BDQ37903.1 2973072 BDR07042.1 363952 BDS15129.1 2864201 BDT03353.1 2141 BDT92521.1 2984338 BDY11310.1 59991 BDY11325.1 59991 BDY12064.1 2993563 CAA0126222.1 930805 CAA0225992.1 470 CAA0813386.1 68872 CAA2616064.1 51605 CAA2935380.1 158383 CAA6655760.1 51605 CAA7056023.1 1685480 CAA9338705.1 253824 CAA9391925.1 904978 CAA9477187.1 1162706 CAB0034103.1 86971 CAB0517901.1 1717 CAB0563835.1 1717 CAB0780497.1 1717 CAB0854426.1 1717 CAB0923721.1 1717 CAB0924261.1 1717 CAB1041692.1 1717 CAB1042216.1 1717 CAB1277556.1 553981 CAB1315112.1 861768 CAB1400572.1 294 CAB1415528.1 8262 CAB1434041.1 8262 CAB3403040.1 2654633 CAB3625501.1 470868 CAB4041173.1 317549 CAB4155648.1 2100421 CAB4167593.1 2100421 CAB4168393.1 2100421 CAB4180884.1 2100421 CAB4195519.1 2100421 CAB4375794.1 588596 CAB5621061.1 562 CAC10160.1 5833 CAC14781.1 45475 CAC5421833.1 42192 CAC9485003.1 86473 CAC9512212.1 86473 CAC9886154.1 5580 CAD0025009.1 5580 CAD0200323.1 689277 CAD1480127.1 395501 CAD1480611.1 395501 CAD5221127.1 465554 CAD5935930.1 1160 CAD6215318.1 422564 CAD6270987.1 422564 CAD6477098.1 4932 CAD6558739.1 1081782 CAD6897702.1 157183 CAD6901748.1 13291 CAD6909075.1 157183 CAD6969998.1 13291 CAD7056764.1 1233081 CAD7234202.1 163714 CAD7419184.1 61476 CAD7420625.1 170557 CAD7578726.1 61474 CAD7694243.1 34880 CAD8042782.1 9544 CAD8073566.1 5886 CAD8089828.1 5886 CAD8159543.1 43138 CAD8183695.1 43138 CAD8186381.1 43138 CAE5960238.1 38785 CAE6438319.1 456999 CAE6472910.1 456999 CAE6513018.1 456999 CAE6705958.1 1324617 CAE7938465.1 1628268 CAE8591613.1 89957 CAE8618269.1 89957 CAF0807478.1 392033 CAF0970105.1 392033 CAF1059395.1 392033 CAF1109260.1 392033 CAF1124877.1 433720 CAF1139697.1 433720 CAF1216529.1 1234261 CAF1218540.1 433720 CAF1228397.1 392033 CAF1230897.1 392033 CAF1247033.1 433720 CAF1284994.1 433720 CAF1315160.1 392033 CAF1441577.1 1234261 CAF1531613.1 433720 CAF1538990.1 249248 CAF1553027.1 1234261 CAF1566423.1 433720 CAF1582616.1 392033 CAF1600497.1 1234261 CAF1682834.1 249248 CAF2048201.1 3708 CAF2122016.1 3708 CAF2148714.1 392030 CAF2595159.1 2762512 CAF3446016.1 5518 CAF3478760.1 2762511 CAF3689532.1 433720 CAF3933291.1 2762512 CAF3953809.1 392033 CAF3963341.1 392033 CAF4001745.1 2762511 CAF4024977.1 1234261 CAF4033986.1 392033 CAF4034556.1 433720 CAF4122447.1 433720 CAF4156877.1 2762512 CAF4237905.1 1234261 CAF4338983.1 433720 CAF4414129.1 1234261 CAF4477359.1 1234261 CAF4530116.1 2762512 CAF4577788.1 2762511 CAF4687378.1 2762512 CAF4882469.1 392030 CAF5051910.1 392030 CAF5110230.1 392030 CAF5136964.1 392030 CAF5210724.1 392030 CAF5213101.1 392030 CAF5217309.1 392030 CAF9903004.1 1940652 CAG0904733.1 163714 CAG0929351.1 2497639 CAG0978995.1 2052143 CAG0990770.1 2484252 CAG1014836.1 2030806 CAG1853776.1 214687 CAG2201344.1 6550 CAG2229172.1 6550 CAG32719.1 9031 CAG4898182.1 2777537 CAG5083139.1 34765 CAG5150301.1 1313 CAG5536288.1 1313 CAG5537130.1 1313 CAG5542406.1 1313 CAG5919444.1 238744 CAG7600102.1 34627 CAG7659187.1 2849866 CAG7850540.1 1109443 CAG7865815.1 3711 CAG8151748.1 1612424 CAG8360570.1 1612424 CAG8397145.1 1612424 CAG8457419.1 1117310 CAG8560118.1 144538 CAG8634459.1 4874 CAG8726868.1 144679 CAG8783316.1 1348616 CAG8793492.1 160502 CAG8865004.1 294 CAG9114618.1 465554 CAG9232412.1 92647 CAG9295434.1 412034 CAG9334863.1 1481888 CAG9435424.1 126385 CAG9436218.1 126385 CAG9436231.1 126385 CAG9436252.1 126385 CAG9437519.1 126385 CAG9570527.1 347515 CAG9815058.1 80249 CAH0023967.1 160324 CAH0118983.1 2845385 CAH0143531.1 450367 CAH0231100.1 2821122 CAH0542131.1 2485925 CAH0727316.1 405034 CAH0730513.1 405034 CAH1111016.1 3402493 CAH1201116.1 314275 CAH1216081.1 2905648 CAH1221161.1 2905650 CAH1250835.1 7740 CAH1278847.1 107213 CAH1398908.1 85310 CAH1431027.1 75947 CAH1454680.1 75947 CAH1968295.1 200917 CAH2014332.1 200917 CAH2042052.1 110791 CAH2238127.1 348720 CAH2316765.1 61616 CAH2408238.1 666018 CAH2899959.1 1822466 CAH2932456.1 1822466 CAH3164498.1 46732 CAH3167921.1 46732 CAH6117160.1 545 CAH8271722.1 59689 CAH8302172.1 29727 CAH8313346.1 29727 CAH8368929.1 29727 CAH8385548.1 29727 CAH8478102.1 6188 CAH9017121.1 2942908 CAH9078713.1 186058 CAH9132908.1 186058 CAH9417069.1 1908 CAI0451207.1 586396 CAI0695147.1 61651 CAI0813542.1 61651 CAI0819962.1 61651 CAI0826114.1 61651 CAI0990105.1 615 CAI1000741.1 615 CAI1070014.1 82995 CAI1645344.1 47917 CAI1709662.1 47917 CAI1816723.1 47917 CAI2162316.1 1117311 CAI2162812.1 1117311 CAI2192293.1 1117311 CAI2531606.1 615 CAI2640540.1 148814 CAI2645097.1 148814 CAI2645487.1 148814 CAI2645850.1 148814 CAI2646590.1 148814 CAI2795006.1 216595 CAI2797976.1 216595 CAI3266215.1 44008 CAI4270029.1 4932 CAI4374580.1 4932 CAI4375830.1 4932 CAI4531609.1 4932 CAI5716986.1 86335 CAI6348765.1 13131 CAI6593221.1 4932 CAI7046386.1 4932 CAI7165907.1 4932 CAI8166839.1 93060 CAI8213472.1 2026739 CAI8291913.1 1898112 CAI9166769.1 3082113 CAI9173470.1 3082113 CAI9280851.1 75948 CAI9301549.1 75948 CAI9595211.1 386267 CAI9728293.1 6645 CAI9830983.1 2202732 CAJ03105.1 347515 CAK59531.1 5888 CAK80750.1 5888 CAK86681.1 5888 CAL00348.1 5061 CAN10179.1 443876 CAN93545.1 448385 CAP00477.1 509170 CAS00373.1 6238 CBA17499.1 380358 CBH13546.1 679716 CBH36599.1 115547 CBH50084.1 685727 CBI36349.3 29760 CBI48918.1 663951 CBL21185.1 657323 CBN57310.1 272129 CBZ27153.1 929439 CBZ29997.1 929439 CCA85010.1 907261 CCC54823.1 29709 CCD14225.1 1068625 CCD45280.1 999810 CCD65810.1 6239 CCD90609.1 566679 CCE01062.1 551936 CCH45883.1 1041607 CCI38064.1 721123 CCI81440.1 1423758 CCJ74080.1 1073999 CCK15435.1 1074000 CCK35242.1 1205679 CCO02790.1 9606 CCO17365.1 41875 CCQ92629.1 1288971 CCT63959.1 1279085 CCU57930.1 1290773 CCV14962.1 1297570 CCW21280.1 1305598 CCX33905.1 1076935 CCX82620.1 1262895 CCZ42971.1 1262773 CCZ48101.1 1262746 CCZ55979.1 1262772 CDA87281.1 1262750 CDB08654.1 1263090 CDC61696.1 1262804 CDD38815.1 1262792 CDD38879.1 1263046 CDD83067.1 1262740 CDD87240.1 1263107 CDE36962.1 1262889 CDE57470.1 1262936 CDG57236.1 1367491 CDJ40489.1 5802 CDK25062.1 1382522 CDL67554.1 1440578 CDL80538.1 1427518 CDL83969.1 1427518 CDL84920.1 1427518 CDM77803.1 1131442 CDN40573.1 572419 CDN90570.1 65786 CDO36472.1 1478134 CDO52289.1 1173061 CDO90710.1 47839 CDQ50939.1 55601 CDS15483.1 6210 CDT83680.1 1516159 CDX26094.1 408180 CDX32740.1 408184 CDX53829.1 69974 CDZ25460.1 323656 CDZ39293.1 323656 CDZ48383.1 323655 CDZ73727.1 323655 CDZ78206.1 1034943 CDZ81696.1 1444712 CEE13944.1 1034943 CEG25073.1 1478 CEG83499.1 58291 CEH30391.1 47500 CEL11538.1 454130 CEM11561.1 1169539 CEO33151.1 1505 CEP11827.1 35722 CEP26668.1 66712 CEW27400.1 1313 CEX30387.1 1313 CEY37263.1 1313 CEY44168.1 1313 CEZ68761.1 1773 CFP83382.1 1313 CFQ37172.1 634 CFS13550.1 1773 CFS18135.1 1773 CFS59817.1 1773 CFU01724.1 520 CIW24329.1 1313 CIX77801.1 1313 CIY68995.1 1313 CIZ88429.1 1313 CJB10156.1 1313 CJB70584.1 1313 CJB82382.1 1313 CJD53854.1 1313 CJD99461.1 1313 CJE60160.1 1313 CJF00900.1 1313 CJG02309.1 1313 CJH37629.1 1313 CKF71070.1 2026186 CKK80481.1 487 CKL52325.1 487 CKN59192.1 1773 CKO58994.1 1773 CKQ42697.1 1773 CKR50421.1 1773 CKS68236.1 1773 CNI01520.1 634 CNJ06522.1 33060 CNL18508.1 630 CNQ20244.1 485 COE85767.1 1313 COG06752.1 1313 COS78102.1 1313 CPW15624.1 36809 CPY79168.1 36809 CQQ97391.1 33060 CQR41738.1 554132 CQR43717.1 554132 CQR63571.1 1437453 CRK93005.1 568069 CRM45038.1 1844094 CRM66157.1 1844096 CRP99575.1 287 CRZ84703.1 666 CSP94261.1 624 CTM60173.1 1313 CTM75809.1 1313 CUA85219.1 375574 CUA93398.1 339866 CUH93132.1 1679721 CUH97802.1 1677858 CUM44200.1 4565 CUO27371.1 40520 CUO59820.1 39482 CUO62523.1 1150298 CUP44403.1 371601 CUQ45908.1 29363 CUQ63902.1 165179 CUQ74728.1 39485 CUU39846.1 76936 CUU64509.1 223347 CUU71172.1 198 CUV13991.1 305 CUX05826.1 1183429 CUX17903.1 1631629 CUY21873.1 615 CUY40030.1 615 CUZ11269.1 615 CUZ38442.1 615 CUZ56341.1 615 CVK31863.1 83986 CVL03643.1 948311 CVL99381.1 1313 CVV42982.1 1313 CWU07183.1 487 CYB93821.1 1280 CYU75612.1 1307 CYU81321.1 1307 CZF85839.1 646534 CZR09731.1 157076 CZR69713.1 576137 CZT01546.1 914238 CZT45482.1 38038 CZT48313.1 38038 DAC17040.1 2163009 DAD32814.1 4432 DAD46933.1 4432 DAD48877.1 4432 DAG36852.1 38018 DAH49916.1 38018 DAI44238.1 2832643 DAK63787.1 38018 DAK76805.1 38018 DAK92403.1 2832643 DAM16636.1 2832643 DAM55269.1 2832643 DAM73724.1 2832643 DAO21654.1 2832643 DAO22062.1 2832643 DAO35860.1 2832643 DAO54200.1 2832643 DAP26351.1 2832643 DAP78583.1 2832643 DAQ21645.1 2832643 DAQ84782.1 2832643 DAQ89956.1 2832643 DAR19459.1 2832643 DAS28513.1 2832643 DAS51312.1 2832643 DAS51696.1 2832643 DAT68911.1 2832643 DAT73027.1 2832643 DAT98492.1 2832643 DAU97140.1 2832643 DAV98325.1 2832643 DAW46080.1 2832643 DAZ64401.1 2832643 DAZ71054.1 2832643 EAA1571681.1 57741 EAA1978353.1 224729 EAA2292080.1 562 EAA2774506.1 59204 EAA4452833.1 59204 EAA6041385.1 59204 EAA6540631.1 57741 EAA6840433.1 34042 EAA7679439.1 59205 EAA8040699.1 59201 EAB2639071.1 28901 EAC1232420.1 195 EAC1535255.1 562 EAC1801539.1 195 EAD1341741.1 1639 EAD5765183.1 1642 EAE1668788.1 1639 EAE1918257.1 1639 EAE3487340.1 1639 EAE5693959.1 1639 EAE9261800.1 1639 EAF2090933.1 1639 EAF4311303.1 1639 EAF4320102.1 1639 EAF4335979.1 1639 EAF4351491.1 1639 EAF4352187.1 1639 EAF4791746.1 1639 EAG2350674.1 1639 EAG2878363.1 1639 EAG5222239.1 1639 EAG5429682.1 1639 EAG8834195.1 1639 EAH3295886.1 1639 EAH4074543.1 1639 EAH4524525.1 197 EAH4606626.1 197 EAH4643421.1 197 EAH4697914.1 197 EAH4729281.1 197 EAH5071440.1 197 EAH5191733.1 197 EAH5981648.1 197 EAH6034559.1 197 EAH6789356.1 197 EAH7180598.1 195 EAH7264217.1 197 EAH7501121.1 195 EAH7628976.1 197 EAH8157725.1 195 EAH8201998.1 201 EAH8250412.1 197 EAI0000134.1 197 EAI0195789.1 197 EAI0407462.1 197 EAI0718316.1 197 EAI2381694.1 197 EAI4228870.1 197 EAI4264085.1 195 EAI4351299.1 197 EAI7282191.1 197 EAI7711628.1 195 EAI9135044.1 197 EAI9853252.1 197 EAI9914462.1 197 EAJ3462377.1 197 EAJ3465471.1 197 EAJ3842941.1 197 EAJ4016142.1 197 EAJ4317745.1 28080 EAJ4773803.1 197 EAJ5469833.1 197 EAJ5674859.1 201 EAJ6177281.1 201 EAJ6452556.1 201 EAJ6667800.1 195 EAJ7037266.1 197 EAJ7665019.1 197 EAJ8453921.1 195 EAJ9617293.1 197 EAJ9862471.1 195 EAK0767141.1 201 EAK6680663.1 197 EAK7980844.1 197 EAL0725393.1 195 EAL1671435.1 197 EAL3378245.1 195 EAL7285322.1 197 EAL7611217.1 197 EAL8157114.1 197 EAL9166584.1 197 EAM2672582.1 28901 EAM9790494.1 28901 EAN3150880.1 28901 EAN4724137.1 28901 EAO1480178.1 28901 EAO3922596.1 28901 EAO6764553.1 28901 EAO9144970.1 28901 EAP3700350.1 28901 EAP5059555.1 28901 EAP89005.1 314254 EAQ06730.1 314232 EAQ3014137.1 28901 EAQ3230686.1 28901 EAQ4575716.1 28901 EAQ6361894.1 28901 EAQ77564.1 314230 EAQ98125.1 314285 EAR0346105.1 28901 EAR6860425.1 28901 EAR7791084.1 28901 EAS0616219.1 2564335 EAS1263710.1 28901 EAS9679733.1 28901 EAT3027009.1 28901 EAU65599.1 378806 EAU80877.2 240176 EAV2673163.1 28901 EAV4122193.1 28901 EAV9509805.1 195 EAW13926.1 344612 EAW14176.1 344612 EAW42952.1 313624 EAX5650801.1 28901 EAX65767.1 412133 EAY00779.1 412133 EAY22928.1 412133 EAZ5330394.1 28901 EAZ93353.1 391612 EBA0149410.1 149539 EBA3403631.1 28901 EBB1607768.1 28901 EBC1613035.1 197 EBD4871273.1 28901 EBF5146429.1 1639 EBF5808819.1 195 EBF8124084.1 59201 EBG5025425.1 28147 EBG8325683.1 192953 EBH2514894.1 149539 EBH8140482.1 554290 EBH8416615.1 2152925 EBH8523462.1 1176488 EBH8576303.1 149391 EBI0350286.1 1967583 EBI9548933.1 28901 EBJ9718681.1 28901 EBL5661155.1 149539 EBM7134536.1 28901 EBN6490838.1 28901 EBP0189222.1 28901 EBP4524322.1 28901 EBP8848134.1 28901 EBQ6247269.1 2564437 EBQ9442150.1 340188 EBR8320535.1 108619 EBR8573716.1 224729 EBS3704194.1 1192578 EBS5850541.1 340188 EBT2494165.1 28901 EBU6207141.1 59201 EBU6738390.1 29473 EBU7937204.1 2572705 EBU9231875.1 2564837 EBV3237988.1 28147 EBV7096495.1 28147 EBW1672033.1 192954 EBW2431262.1 2511819 EBW8396729.1 2564436 EBW8522259.1 2564502 EBX0890232.1 1005394 EBX4835909.1 90371 EBX7470108.1 58096 EBX8729714.1 363568 EBY5128489.1 2564271 EBY6522830.1 260680 EBY9237686.1 192955 EBZ4432116.1 28144 EBZ8469799.1 192953 ECA5248077.1 1967650 ECA8969615.1 2564887 ECA8971264.1 2564887 ECA9858842.1 2564479 ECB2068339.1 2564227 ECB3502766.1 913079 ECB3811761.1 2024268 ECB4308652.1 90371 ECB4460935.1 90371 ECB6493214.1 90371 ECC0814460.1 197 ECC1749556.1 59204 ECC1772773.1 1642 ECC7372229.1 28901 ECC9937971.1 59201 ECD3734779.1 192953 ECD3767984.1 1243583 ECD3900893.1 2564507 ECD4982842.1 2565186 ECD5197485.1 2565186 ECD7317730.1 90370 ECD9471830.1 59204 ECE0504959.1 59201 ECE8916583.1 90371 ECE9435129.1 2024268 ECF4963220.1 595 ECF9747253.1 28901 ECG2575758.1 358771 ECG2734238.1 1173569 ECG3165274.1 90371 ECG5012903.1 149391 ECG5348412.1 143221 ECG5731039.1 48409 ECG6537579.1 2564448 ECG9614248.1 28901 ECH4355821.1 28901 ECI0838809.1 59204 ECI2916795.1 59204 ECI3309320.1 59201 ECI4825602.1 59203 ECI5956091.1 486994 ECI7398980.1 192953 ECI8010902.1 59201 ECJ4715026.1 59201 ECJ9372216.1 1642 ECK1271878.1 192955 ECK9447520.1 1299275 ECK9821833.1 197 ECL3553101.1 197 ECL4217525.1 197 ECL7245291.1 197 ECL7534632.1 197 ECM9107941.1 108619 ECN0247255.1 108619 ECN0901314.1 108619 ECN2720213.1 108619 ECN2972421.1 90371 ECN6431251.1 108619 ECN6755364.1 108619 ECO0852462.1 108619 ECP3866152.1 28901 ECP6736894.1 197 ECQ6423833.1 197 ECQ6723673.1 1639 ECT1171768.1 192955 ECT8495126.1 34042 ECU0033092.1 486993 ECU2494853.1 192955 ECU3870451.1 108619 ECV8703829.1 90371 ECW9807156.1 436295 ECX3143969.1 149539 ECX3451528.1 598 ECY0969635.1 195 ECY3939865.1 2564592 ECY5806235.1 90371 ECY7443322.1 179997 ECY7784271.1 58712 ECZ1075286.1 28901 ECZ5203000.1 192955 EDA9915590.1 90371 EDD0587303.1 90371 EDD2777448.1 1151180 EDF0432725.1 149539 EDF5922784.1 595 EDF8564338.1 195 EDF9697826.1 192955 EDH4057100.1 149388 EDH5632142.1 2572709 EDH6302362.1 2565191 EDJ2552662.1 192953 EDJ6414383.1 195 EDK41087.2 294746 EDL37908.1 10090 EDM64794.1 58051 EDN1391706.1 28901 EDN1506693.1 192955 EDN4537905.1 1192846 EDN4899961.1 913079 EDN57974.1 150340 EDN7241372.1 600 EDO1185445.1 1642 EDO1196734.1 1642 EDO26407.1 45351 EDP1364953.1 165302 EDP1942823.1 165302 EDP2695460.1 197 EDP3105004.1 197 EDP5586062.1 197 EDP6444015.1 197 EDP6760684.1 197 EDP8780068.1 59201 EDQ0183574.1 1340177 EDQ0310708.1 28142 EDQ2752402.1 34042 EDQ2826388.1 59201 EDQ8095106.1 224729 EDQ8124076.1 340188 EDQ8633181.1 28901 EDQ9505691.1 59201 EDQ95496.1 445973 EDQ9996407.1 224729 EDR2261629.1 28901 EDR3486420.1 2564788 EDR6988020.1 2564391 EDS6425957.1 59201 EDS9293264.1 28901 EDT23455.1 451754 EDT26444.1 451756 EDT3616659.1 224729 EDT38899.1 396597 EDT4006401.1 58097 EDT4258211.1 59201 EDT71383.1 488537 EDT7412775.1 260367 EDT78378.1 451757 EDU63556.1 344610 EDU9075978.1 459283 EDU9328316.1 59201 EDV0100661.1 192954 EDV28789.1 10228 EDV33046.1 7217 EDV4701861.1 149385 EDV4942008.1 59203 EDV6147146.1 41514 EDW5430101.1 1242080 EDX1137207.1 28901 EDX2602355.1 570935 EDX9534630.1 28901 EDZ8699096.1 286780 EEB17935.1 121224 EEB34517.1 411464 EEB9698256.1 286780 EEC4989996.1 192955 EEC70140.1 39946 EEC70172.1 39946 EEC9022132.1 562 EEC9966669.1 562 EED0553408.1 562 EED0743056.1 562 EED7270564.1 149388 EED80871.1 561896 EED8954498.1 108619 EEE1666758.1 2577535 EEE2002201.1 2048769 EEE4210954.1 596 EEE5613297.1 90371 EEF30376.1 3988 EEG56403.1 518636 EEH04034.1 447093 EEH16378.1 482561 EEH59711.1 564608 EEI5373392.1 192955 EEI62381.1 548478 EEI68160.1 525337 EEI79855.1 548480 EEJ0015338.1 1642 EEJ1214024.1 1642 EEJ3660224.1 90371 EEJ7112508.1 28901 EEK11584.1 629742 EEL01922.1 526975 EEL0394597.1 28901 EEL66266.1 526989 EEM48070.1 527027 EEM85042.1 527030 EEM97633.1 527019 EEO06537.1 593586 EEO42814.1 457405 EEO7917989.1 28901 EEP1989649.1 195 EEP92076.1 527012 EEQ2667074.1 562 EEQ3052334.1 562 EEQ3299450.1 562 EEQ4423523.1 562 EEQ5618100.1 562 EEQ7829425.1 562 EEQ7907210.1 562 EEQ9034028.1 562 EEQ9422172.1 562 EER09195.1 423536 EER2244463.1 562 EER6968786.1 562 EER7236894.1 562 EER8085032.1 562 EER8306359.1 562 EER8339443.1 562 EER9391136.1 562 EES0716625.1 562 EES5038280.1 562 EET1847662.1 562 EET4312562.1 562 EET4313745.1 562 EET4886479.1 562 EEU34306.1 660122 EEU42755.1 660122 EEU5900262.1 562 EEU8513608.1 28901 EEU9476956.1 562 EEV0504409.1 562 EEV2150287.1 562 EEV6001972.1 562 EEV6371578.1 562 EEW0786604.1 208962 EEW0951939.1 562 EEW1536683.1 562 EEW1652734.1 562 EEW1765025.1 562 EEW2246670.1 562 EEW4501628.1 562 EEW6708954.1 208962 EEW7484806.1 562 EEW8995285.1 562 EEX40702.1 675811 EEX47327.1 483215 EEX5672534.1 562 EEX5979844.1 562 EEX8824285.1 562 EEY1457362.1 562 EEY2511973.1 562 EEY3543156.1 562 EEY3548467.1 562 EEY3553353.1 562 EEY3563735.1 562 EEY3574865.1 562 EEY6110619.1 562 EEY7266838.1 562 EEY9418411.1 562 EEZ61636.1 649764 EEZ8987176.1 562 EEZ9625188.1 2184072 EFA2256848.1 562 EFA3821121.1 562 EFA5132122.1 562 EFA5158712.1 562 EFA5233595.1 562 EFA5428657.1 2067430 EFA5447392.1 562 EFA5448126.1 562 EFA6334732.1 562 EFA7535944.1 562 EFB0579454.1 195 EFB1168540.1 562 EFB15155.1 9646 EFB21689.1 9646 EFB2626945.1 562 EFB3194574.1 562 EFB3581025.1 562 EFB4408638.1 562 EFB5155010.1 562 EFB5177190.1 562 EFB6075157.1 562 EFB6530111.1 562 EFB9211679.1 562 EFB9257438.1 562 EFC0726960.1 562 EFC1875094.1 562 EFC33499.1 683083 EFC3660118.1 562 EFC4417017.1 562 EFC6558508.1 562 EFC67761.1 575615 EFC81578.1 102897 EFC9591053.1 562 EFC9684449.1 562 EFD1681395.1 562 EFD4121895.1 562 EFD5121957.1 562 EFD69225.1 457428 EFD7787626.1 562 EFE0326074.1 562 EFE08371.1 500640 EFE4323261.1 562 EFE5904591.1 562 EFE6231132.1 562 EFE6257714.1 562 EFE8261313.1 562 EFE9598678.1 562 EFE96887.1 667129 EFF32620.1 645663 EFF4884300.1 562 EFG06747.1 1901 EFG1002833.1 562 EFG1511687.1 562 EFG1785427.1 562 EFG2997504.1 562 EFG4747393.1 562 EFG5263605.1 562 EFG5903269.1 562 EFG6535742.1 562 EFG7308611.1 562 EFG7579667.1 562 EFG7698437.1 562 EFH50254.1 81972 EFH5292178.1 562 EFH6733074.1 562 EFH7065387.1 562 EFH7886278.1 562 EFH9279950.1 562 EFI7849450.1 562 EFI9116993.1 562 EFI9255255.1 562 EFJ05299.1 88036 EFJ25821.1 88036 EFJ8748319.1 562 EFK0498953.1 562 EFK1635433.1 562 EFK2137151.1 562 EFK25723.1 749547 EFK3891274.1 562 EFK5126963.1 562 EFL23152.1 457427 EFL2781866.1 562 EFL3122059.1 562 EFL44656.1 866774 EFL5817307.1 562 EFL6071320.1 562 EFL6313181.1 562 EFM1979785.1 562 EFM8696917.1 562 EFN4399469.1 562 EFN5389376.1 562 EFN5736677.1 562 EFN6096987.1 562 EFN8166508.1 562 EFN8261400.1 562 EFO2078189.1 2234099 EFO2269166.1 562 EFO3858608.1 562 EFO4321323.1 562 EFO9573059.1 28901 EFP02123.1 31234 EFP11715.1 31234 EFP68414.1 754093 EFQ4765027.1 28901 EFQ5532992.1 562 EFQ61151.1 746360 EFQ8277835.1 562 EFR8871473.1 28901 EFR99824.1 702453 EFS12202.1 198215 EFS18367.1 435837 EFS21643.1 469605 EFS52803.1 765091 EFS8130303.1 195 EFT8991253.1 28901 EFT9044752.1 28901 EFU85163.1 525377 EFU9196970.1 562 EFV3192858.1 28901 EFV4286841.1 197 EFV4293432.1 197 EFV45745.2 563192 EFV4730429.1 562 EFV8345964.1 624 EFV9058489.1 624 EFV9236312.1 623 EFW0298298.1 623 EFW22388.1 443226 EFW50635.1 941429 EFW7470456.1 624 EFW8098903.1 624 EFW88313.1 525379 EFX2174330.1 624 EFX4914003.1 623 EFX79048.1 6669 EFX7948152.1 622 EFX84833.1 6669 EFX93273.1 888825 EFX94748.1 888825 EFY1212955.1 624 EFY1288680.1 623 EGA5088688.1 28901 EGC1082389.1 28901 EGC4236544.1 197 EGD30574.1 888809 EGD5611065.1 28901 EGE0102377.1 623 EGE3382788.1 623 EGE3987778.1 562 EGF13637.1 888062 EGF6661171.1 28901 EGF8521815.1 562 EGG10995.1 747676 EGG67506.1 904725 EGH2885952.1 28901 EGH5787495.1 562 EGI35895.1 656443 EGI4396582.1 562 EGI55992.1 1007104 EGI6564221.1 90371 EGI67351.1 103372 EGI7098215.1 562 EGJ36389.1 888820 EGK02409.1 742766 EGK60592.1 888060 EGM0635672.1 562 EGM3572601.1 28901 EGN0346558.1 197 EGN2978185.1 562 EGN94825.1 936435 EGO20324.1 578457 EGO4094244.1 562 EGO6711073.1 562 EGO6743993.1 562 EGO6752351.1 562 EGO7541940.1 562 EGO7635434.1 562 EGO95442.1 1043206 EGP3981197.1 562 EGP4765649.1 1352 EGP4862296.1 1352 EGP5143799.1 1352 EGP5247784.1 1352 EGP5391029.1 1352 EGQ64116.1 872330 EGQ64187.1 872330 EGQ7676658.1 670 EGQ7967949.1 666 EGQ8093561.1 666 EGQ8179808.1 670 EGQ8192442.1 670 EGQ8471377.1 663 EGQ8983851.1 663 EGQ9062597.1 670 EGQ9102482.1 670 EGQ9215513.1 663 EGQ9291731.1 672 EGQ9370919.1 670 EGQ9420049.1 670 EGR0040964.1 672 EGR0070046.1 672 EGR0093291.1 672 EGR0097390.1 672 EGR0469058.1 666 EGR0933469.1 670 EGR1571284.1 663 EGR1587859.1 670 EGR2264783.1 670 EGR2272270.1 670 EGR2288586.1 670 EGR2845636.1 670 EGR3042916.1 670 EGR31156.1 5932 EGR44085.1 431241 EGS1374125.1 197 EGS3431603.1 28901 EGS7320029.1 197 EGS7961067.1 666 EGS8470081.1 195 EGT0637761.1 67827 EGT0670835.1 67827 EGT2204415.1 1496 EGT3575439.1 35703 EGT3592488.1 584 EGT3616788.1 1502 EGT3649900.1 1496 EGT4253473.1 35703 EGT4385462.1 413503 EGT4422847.1 413503 EGT4447234.1 413503 EGT4455950.1 413503 EGT4545249.1 1496 EGT4612703.1 1496 EGT4667855.1 1496 EGT4731705.1 1496 EGT4779802.1 1496 EGT5365207.1 1496 EGT74759.1 1028803 EGT75360.1 1028802 EGU3359091.1 28901 EGV60779.1 590646 EGV97757.1 10029 EGX6726170.1 1642 EGX6964394.1 663 EGY4555186.1 28901 EGY5273954.1 28901 EGZ09239.1 67593 EGZ3967429.1 260367 EGZ4036161.1 459283 EHA1010026.1 1502 EHA1403784.1 28901 EHA14120.1 550984 EHA3339893.1 562 EHB18614.1 10181 EHB5590343.1 2813057 EHC2895895.1 562 EHD1229023.1 562 EHD1462244.1 562 EHD2267589.1 666 EHD5900775.1 562 EHD6029048.1 670 EHG17747.2 693991 EHG23343.1 702437 EHG5370500.1 54388 EHG6153130.1 564 EHG6211065.1 564 EHG9421715.1 1639 EHG9493192.1 28901 EHG9706352.1 28901 EHH2505336.1 670 EHH3646711.1 670 EHH4366918.1 562 EHH4775881.1 562 EHH4795811.1 562 EHH4800680.1 562 EHH49716.1 9541 EHH5649593.1 195 EHH5651118.1 195 EHH5776288.1 28901 EHI2431989.1 28901 EHI2701716.1 28901 EHI7785009.1 28901 EHK22934.1 413071 EHK3091771.1 562 EHK3702610.1 562 EHK6665346.1 562 EHK6691416.1 623 EHK69348.1 1112217 EHK7392752.1 562 EHK9185512.1 672 EHL1725675.1 28901 EHL3133241.1 28901 EHL4743850.1 363569 EHM1965547.1 562 EHM57718.1 904724 EHM7582267.1 28901 EHM7591734.1 28901 EHM7604342.1 28901 EHM85210.1 904737 EHM9605277.1 2814671 EHN09557.1 1097667 EHN5885802.1 108619 EHN6470024.1 623 EHN7679405.1 28901 EHN8719404.1 158836 EHN8902465.1 61645 EHO0043458.1 562 EHO33860.1 658087 EHO62267.1 742743 EHP00894.1 904754 EHP48261.1 742739 EHP6050825.1 562 EHP6361445.1 562 EHQ4458557.1 562 EHQ4925811.1 197 EHQ6376324.1 1639 EHR1202168.1 670 EHR5762746.1 670 EHR5854895.1 670 EHR6291555.1 28901 EHR6401694.1 670 EHR6685984.1 670 EHR6714578.1 670 EHR73697.1 864051 EHR8930749.1 562 EHR89311.1 904339 EHS0147317.1 562 EHS4949476.1 666 EHS70990.1 904784 EHS72060.1 904786 EHS76521.1 904787 EHT1074091.1 470 EHT49144.1 931442 EHT70480.1 931450 EHU4169843.1 562 EHV9219066.1 562 EHW0060032.1 562 EHW4033744.1 28901 EHW4468754.1 224727 EHW4801591.1 562 EHW5693237.1 624 EHW5929413.1 562 EHX0204875.1 562 EHX4507014.1 28901 EHX4537433.1 562 EHX6073314.1 1967657 EHY0929484.1 670 EHY1237200.1 562 EHY2147414.1 562 EHY7905316.1 562 EHZ1188370.1 28901 EHZ2755664.1 672 EHZ2763689.1 672 EHZ4862226.1 2564711 EHZ6870683.1 587 EHZ7551984.1 28901 EIA1493695.1 670 EIA1623697.1 670 EIA1625655.1 670 EIA16569.1 883064 EIA4708990.1 666 EIA9362103.1 28901 EIC6151294.1 28901 EIC7331684.1 28901 EIC9579770.1 149539 EIE0271549.1 28901 EIE6010563.1 28901 EIG1652609.1 562 EIG23492.1 1095743 EIG2935021.1 562 EIG7023758.1 28901 EIH2391671.1 562 EIH4263652.1 562 EIH6124474.1 562 EII8712558.1 28901 EIJ1046776.1 562 EIJ1049984.1 562 EIK2208244.1 197 EIK83041.1 698957 EIK8394933.1 197 EIK87889.1 3383031 EIM4841263.1 562 EIM5925671.1 562 EIM6243235.1 562 EIM80030.1 721885 EIN13573.1 741275 EIN6894283.1 562 EIN7713189.1 28901 EIO1807611.1 28901 EIO3984852.1 672 EIO4105067.1 672 EIO7127154.1 562 EIP86957.1 441157 EIQ2008784.1 562 EIQ7170944.1 562 EIQ9902334.1 562 EIR3813187.1 1351 EIS1589850.1 2161663 EIS2674717.1 562 EIT2901672.1 28901 EIT3440144.1 28901 EIT9414843.1 562 EIU1131105.1 2564651 EIU6828535.1 670 EIV3312609.1 562 EIV5059753.1 28901 EIV8492187.1 672 EIV8635468.1 670 EIW66740.1 578456 EIW7596561.1 2564157 EIW9104513.1 573 EIX9307167.1 573 EIX9513452.1 573 EIY5082076.1 244366 EIY5366703.1 1463165 EIZ1448995.1 670 EIZ5861904.1 28901 EIZ9235425.1 28141 EJA1208030.1 562 EJA2383331.1 571 EJA3434004.1 670 EJA9392162.1 195 EJB4327760.1 562 EJB5478758.1 562 EJB5614295.1 571 EJB8486652.1 470 EJB8581798.1 666 EJC6829958.1 670 EJC8518717.1 197 EJC9686381.1 624 EJD0056746.1 623 EJD3802283.1 197 EJD4775248.1 108619 EJD5263671.1 623 EJD6083724.1 587 EJD6085788.1 584 EJD6601879.1 587 EJE2345556.1 28144 EJE5227536.1 28901 EJE52988.1 1144317 EJE6823416.1 562 EJE85064.1 1165939 EJE8513604.1 670 EJE8516679.1 670 EJE8545528.1 672 EJE8771931.1 670 EJE8775538.1 670 EJF06804.1 1177931 EJF4458976.1 670 EJF5837280.1 28901 EJF6004886.1 28901 EJF6162540.1 28901 EJF7785096.1 562 EJG1264510.1 283734 EJG1689390.1 670 EJG3313804.1 195 EJG5812425.1 562 EJH2131756.1 192955 EJI8012843.1 562 EJJ0547225.1 28141 EJJ0661731.1 28141 EJJ0670724.1 28141 EJJ5352541.1 28901 EJK2981647.1 195 EJL0691474.1 28901 EJL6268107.1 666 EJL6282443.1 666 EJL6514317.1 666 EJL6630051.1 666 EJL6688945.1 666 EJL6742578.1 666 EJL6762622.1 666 EJL6830709.1 666 EJL6880646.1 666 EJL6882398.1 666 EJL7008132.1 666 EJL7975322.1 666 EJM7151514.1 670 EJM75644.1 1144331 EJM97090.1 1144336 EJN13590.1 1144344 EJN14822.1 1144344 EJN3638501.1 562 EJO31560.1 470868 EJO8252676.1 195 EJP8326510.1 562 EJP95160.1 718220 EJQ2687561.1 197 EJQ6627878.1 562 EJR12385.1 1053221 EJR24967.1 1053223 EJR4237259.1 562 EJR7282066.1 546 EJR9022866.1 28901 EJS0734484.1 562 EJS95151.1 1175631 EJT02488.1 1132836 EJT84792.1 1218169 EJU0088884.1 562 EJU2993617.1 28901 EJU7421817.1 28901 EJV0278763.1 670 EJV3581946.1 562 EJV4648068.1 158836 EJW7579374.1 562 EKB00247.1 1125693 EKD39302.1 77133 EKD82894.1 77133 EKE43682.1 1231392 EKF56923.1 1156935 EKF62990.1 1206776 EKJ21560.1 1005550 EKK02300.1 993517 EKT84106.1 1129896 EKU08609.1 1242970 EKU72377.1 883163 EKU76227.1 883163 EKX78645.1 1232188 EKY24506.1 1035191 ELB87175.1 1195242 ELC14462.1 1169330 ELD03531.1 1181747 ELP28873.1 1241616 ELP33948.1 993516 ELR45644.1 72004 ELR52834.1 72004 ELW74297.1 1073570 ELW74550.1 1073569 ELZ16407.1 1227489 EMA48023.1 1227455 EMB36007.1 999432 EMB62640.1 857151 EMB73970.1 857144 EMB78618.1 857141 EMD23464.1 1238180 EMD80485.1 1231058 EMD82508.1 1234595 EMD83093.1 1234595 EMD98228.1 1212548 EME07480.1 1267547 EMF80818.1 1088540 EMH42727.1 1159059 EMJ42579.1 1159062 EMK19049.1 1240688 EMQ68588.1 1095657 EMQ99284.1 1276920 EMR00906.1 1279009 EMR14605.1 1163385 EMS62928.1 4572 EMV93333.1 1116021 EMW52198.1 1116014 EMW74961.1 1116010 EMX69218.1 1115998 EMX70850.1 1115997 EMZ84766.1 1116089 ENA52052.1 1116004 ENB07146.1 1116027 END46418.1 1116101 ENE10952.1 1125646 ENF92344.1 1116087 ENG31083.1 1116098 ENG42731.1 1116099 ENG43153.1 1116100 ENG51348.1 1116102 ENG55768.1 1116090 ENG62200.1 1116091 ENG65329.1 1116092 ENG71380.1 1116096 ENG77324.1 1116097 ENH45496.1 1116093 ENH52105.1 1116094 ENH56565.1 1116094 ENN81602.1 77166 ENU15733.1 1144674 ENU27749.1 1776740 ENU43944.1 1530123 ENU61327.1 1217669 ENU81117.1 1217714 ENU85318.1 1144664 ENV30425.1 1217647 ENV67571.1 1217664 ENZ01229.1 29372 ENZ42802.1 997895 ENZ52597.1 997894 ENZ81874.1 1292034 EOA07656.1 1306952 EOH70952.1 768486 EOI05804.1 1158622 EOI40630.1 1158637 EOJ48965.1 1169283 EOK03269.1 1169310 EOK37429.1 1169252 EOK38563.1 1169254 EOK43257.1 1169251 EOL92099.1 1169281 EOL92673.1 1169280 EOL95916.1 1169282 EON71754.1 1285586 EOO23311.1 1053170 EOO43048.1 1053173 EOO56398.1 1053175 EOO85953.1 1053214 EOO93950.1 1053213 EOP00145.1 1053176 EOS29826.1 397287 EOU07341.1 768486 EOW92810.1 1169358 EOX98511.1 3641 EPB66139.1 53326 EPB83562.1 1220926 EPE32353.1 1116229 EPE47115.1 1072570 EPE48115.1 1072568 EPF53206.1 1145177 EPH03386.1 1203605 EPH47072.1 1331062 EPN58803.1 1194404 EPR17636.1 1346790 EPR30609.1 1121439 EPS43711.1 1284197 EPS46638.1 1302425 EPS65972.1 192259 EPT57575.1 1154809 EPY77985.1 419612 EPZ93706.1 1355531 EQA07793.1 1275971 EQA37399.1 1049790 EQA53083.1 1049970 EQB06686.1 428994 EQB93415.1 1355388 EQC42583.1 1156394 EQC90431.1 1234877 EQD03531.1 1190573 EQF95200.1 1151312 ERB66459.1 1384040 ERE20395.1 1081891 ERE79785.1 10029 ERI49901.1 1386078 ERI81815.1 1321819 ERJ58959.1 1346330 ERM14109.1 1332074 ERO62343.1 2614538 ERT25927.1 1320322 ERT41895.1 1204474 ERT69275.1 1319815 ERV81283.1 1402545 ESE83270.1 1173950 ESJ94066.1 981327 ESK15837.1 1280998 ESK93629.1 1381753 ESL02508.1 592026 ESL04748.1 592026 ESM61946.1 1463164 ESM74045.1 244366 ESN90803.1 6412 ESQ86429.1 1121022 ESR55765.1 85681 ESS65152.1 1416333 ESS67695.1 1416333 EST37880.1 1380770 ESU92681.1 1115828 ESV03261.1 1331061 ESW62330.1 1408890 ESW62978.1 1287334 ESX05107.1 1287322 ESX85334.1 1287285 ESX96116.1 1287280 ESY04526.1 1287276 ESY05960.1 1287277 ESY12177.1 1287276 ESY25542.1 1287274 ESY28714.1 1287270 ESY33020.1 1287270 ESY75513.1 1287233 ESZ37905.1 1287105 ESZ61109.1 1287086 ETA02040.1 1352929 ETA66855.1 1090322 ETB53277.1 1391994 ETD07205.1 1073373 ETD72983.1 1414851 ETF39267.1 1427370 ETF39942.1 1427369 ETF40475.1 1427368 ETI31896.1 1317065 ETI39029.1 1317065 ETI90435.1 1403941 ETK41264.1 1284404 ETK88527.1 4792 ETL78917.1 4792 ETL94002.1 4792 ETN11814.1 761204 ETO00561.1 46433 ETO34949.1 46433 ETO85594.1 1317066 ETP52929.1 1317064 ETR96738.1 1344414 ETS87775.1 1229662 ETS88113.1 1229662 ETT35447.1 1226754 ETU38313.1 1391486 ETV71458.1 112090 ETX06367.1 1429439 ETZ74096.1 1335416 ETZ90510.1 1335410 EUA22401.1 1299333 EUA74741.1 36809 EUJ18213.1 1265818 EUJ34336.1 1121126 EVQ34471.1 1398016 EVY44964.1 1410867 EWA78047.1 1411568 EWG48672.1 334819 EWH04394.1 1452721 EWT02607.1 1386089 EWZ28924.1 660027 EXA84090.1 1310618 EXB75938.1 981085 EXE62282.1 1310681 EXF52853.1 1437006 EXJ56033.1 1182544 EXK83554.1 1089458 EXV29885.1 1310945 EXY73579.1 1339315 EXZ64635.1 1339298 EXZ74498.1 1339314 EYC35406.1 53326 EYC39616.1 53326 EYD52647.1 1311018 EYE93960.1 1388766 EYR80444.1 1410620 EYU24504.1 4155 EYU25844.1 4155 EZA58905.1 2015173 EZH94946.1 904761 EZP68437.1 1470593 EZX24376.1 1413510 EZX95342.1 1413568 GAA38267.2 79923 GAB69312.1 1120755 GAC60174.1 1223544 GAD87743.1 1110697 GAF66133.1 1450694 GAK23860.1 1460647 GAK45921.1 1333998 GAK78219.1 1227747 GAL07990.1 754436 GAM38698.1 128442 GAN03156.1 91626 GAO25539.1 1603291 GAP02624.1 220714 GAP55147.1 1588022 GAP70049.1 1688776 GAQ58903.1 42234 GAT48029.1 658473 GAU80950.1 506668 GAU87713.1 947166 GAV98814.1 5353 GAW04005.1 5353 GAW64170.1 89059 GAW80859.1 77519 GAW99913.1 1435342 GAX21055.1 1519565 GAX37813.1 1973477 GBC84792.1 2035406 GBC87342.1 2035407 GBD21053.1 2035423 GBD21712.1 2035423 GBD99233.1 2005715 GBE16035.1 2005722 GBE22655.1 2005724 GBE25682.1 2005725 GBE33234.1 2005728 GBE92047.1 1861711 GBF67295.1 523103 GBF79154.1 1920663 GBF82260.1 1920663 GBF86543.1 1920664 GBF87202.1 1920664 GBF98204.1 307507 GBL21590.1 2024894 GBM10107.1 182803 GBM15324.1 182803 GBM64226.1 182803 GBN34629.1 182803 GBN39940.1 182803 GBN69281.1 182803 GBN84473.1 182803 GBO23274.1 182803 GBO23275.1 182803 GBQ17896.1 1307939 GBQ28790.1 1307940 GBR22019.1 1307937 GBU10433.1 2049044 GCB22365.1 105351 GCB60913.1 75743 GCE22918.1 2014872 GCE99025.1 42258 GCL62446.1 2315236 GDX36288.1 1913988 GDX41819.1 1898104 GDX50632.1 1898104 GDY00464.1 2026778 GDZ43403.1 2569512 GDZ57814.1 2569520 GDZ64180.1 2569523 GED05149.1 43667 GEJ43591.1 2583211 GEJ47407.1 2583211 GEK31421.1 1650 GEK33398.1 202750 GEK38226.1 417368 GEL65878.1 191770 GEM34506.1 1210080 GEM40303.1 1210091 GEN21703.1 89059 GEN33769.1 267746 GEO31232.1 422442 GEP01990.1 944322 GEP74459.1 89061 GEP82244.1 29384 GEQ34846.1 191770 GER04731.1 1236968 GER25411.1 4170 GES47013.1 2653122 GET07166.1 1601 GEU53557.1 118510 GEV03352.1 118510 GEW47215.1 118510 GEW80515.1 118510 GEW91653.1 118510 GEX59890.1 118510 GEX99374.1 118510 GEY28869.1 118510 GEY63590.1 118510 GEY78623.1 118510 GEZ33207.1 118510 GFA01557.1 118510 GFA35713.1 118510 GFB08691.1 118510 GFB98697.1 118510 GFC18333.1 118510 GFD10569.1 118510 GFD16573.1 118510 GFD44438.1 118510 GFD45028.1 118510 GFD60763.1 118510 GFD62658.1 118510 GFD71207.1 2480800 GFD83960.1 2480805 GFG42252.1 1329 GFG50499.1 36811 GFH27490.1 44745 GFH88276.1 85831 GFK21094.1 51669 GFK23506.1 51669 GFK28147.1 51669 GFK92917.1 2730080 GFM31289.1 1882221 GFM49025.1 36746 GFM73804.1 36746 GFO86756.1 645466 GFP71094.1 4932 GFR08784.1 2740835 GFR70582.1 1093978 GFR82011.1 1093978 GFS02759.1 1093978 GFS24540.1 1093978 GFT25780.1 2585209 GFT52874.1 299642 GFT96598.1 299642 GFU30764.1 299642 GFV11951.1 2585209 GFV41582.1 2585209 GFV58109.1 2585209 GFV68115.1 2585209 GFW26598.1 2585209 GFX07062.1 2585209 GFX14753.1 2585209 GFX26854.1 2585209 GFY15021.1 2585209 GFY73571.1 2747483 GFY83906.1 165716 GFZ13182.1 165716 GGA12718.1 2720165 GGA32105.1 1776740 GGB39876.1 1827502 GGB51583.1 182136 GGC85400.1 1323744 GGC93399.1 1677894 GGE55770.1 1708783 GGE92899.1 1434701 GGF90907.1 1820010 GGG23349.1 1627892 GGG63660.1 1737354 GGI84803.1 343510 GGJ12292.1 1500077 GGK29005.1 690164 GGK41871.1 384602 GGK76871.1 66370 GGL94076.1 37930 GGN22556.1 383750 GGN43478.1 1612435 GGN45147.1 462949 GGN59146.1 462949 GGN97137.1 113568 GGO25719.1 662880 GGQ10884.1 66904 GGQ85011.1 67297 GGR71723.1 66871 GGS23596.1 45398 GGS52544.1 66428 GGS66510.1 46182 GGS77017.1 46182 GGS94341.1 45398 GGT18786.1 67367 GGT24392.1 42881 GGT63801.1 46158 GGT78419.1 28197 GGU21064.1 66885 GGU29014.1 103732 GGU33332.1 1841 GGU82495.1 67258 GGU95879.1 67318 GGV83670.1 67324 GGX04802.1 516702 GGX34874.1 1131567 GGX34989.1 1131567 GGY03608.1 66424 GGY15265.1 1306180 GGY65584.1 1237077 GGZ24563.1 68255 GGZ65247.1 36818 GGZ89928.1 67366 GHB20329.1 67384 GHC80716.1 67296 GHD43578.1 68239 GHF46886.1 941986 GHG47087.1 2801916 GHH35046.1 67283 GHH78450.1 68272 GHH79014.1 2035533 GHI31529.1 66885 GHI39478.1 67381 GHI87346.1 67385 GHL33785.1 562 GHP52484.1 210 GHS31695.1 210 GHT88678.1 1891241 GHT89622.1 1891241 GHU06330.1 1891241 GHU40783.1 1891241 GHU61839.1 2053615 GHU76743.1 2044939 GHV04322.1 2026809 GHW77386.1 1481663 GIC06559.1 666 GID25238.1 52695 GID77240.1 113561 GIE45510.1 113568 GIF47990.1 53367 GIH34977.1 1427754 GIH76917.1 28887 GIJ20649.1 419825 GIJ29802.1 502268 GIL31390.1 2807577 GIN81201.1 2807190 GIN96437.1 1914933 GIO14389.1 557555 GIO99299.1 1401 GIP19356.1 429341 GIP39269.1 2807195 GIP40757.1 2807195 GIQ70259.1 1572762 GIQ78033.1 244562 GIR09622.1 1913988 GIR47037.1 1913988 GIR70810.1 2026743 GIS77777.1 2026776 GIS82389.1 2026734 GIU08671.1 2815913 GIU39188.1 365590 GIU76508.1 2212468 GIV84289.1 2838777 GIW30304.1 1955249 GIW56314.1 2026770 GIW70618.1 2026780 GIW75824.1 2026778 GIX80479.1 1538125 GIY33458.1 1538125 GIY87976.1 1538125 GIZ40591.1 84275 GJB79849.1 648 GJC78212.1 708192 GJD18679.1 448371 GJE30184.1 944322 GJE89625.1 48140 GJG98696.1 82633 GJH02859.1 311230 GJH07942.1 1544861 GJK19882.1 573 GJK53752.1 550 GJM01403.1 2033133 GJM25205.1 2026778 GJP50541.1 2019903 GJP56269.1 2019903 GJP58549.1 2790670 GJP86697.1 2790670 GJQ31858.1 2651163 GKN64987.1 573 GKN74270.1 573 GKT50790.1 700344 GKU14775.1 179993 GKU83899.1 2934712 GKW22999.1 555 GKW50410.1 2942298 GKX64419.1 82985 GLA08129.1 5061 GLA41243.1 5061 GLB35420.1 47721 GLC62462.1 330485 GLC83712.1 69365 GLG98414.1 6999 GLH03554.1 6999 GLI38361.1 40983 GLI99474.1 3018973 GLI99703.1 3018973 GLJ54837.1 3369 GLJ89997.1 68255 GLK81879.1 1437816 GLL50613.1 51669 GLO13544.1 303 GLO36434.1 303 GLQ52295.1 1920170 GLR41095.1 71433 GLS61935.1 944322 GLU81301.1 2653122 GLV15758.1 1463164 GLV83862.1 58340 GLW31455.1 52697 GLW63371.1 115335 GLW65069.1 115335 GLX88815.1 296 GLX98417.1 3032195 GLY24463.1 3032198 GLZ33620.1 3032205 GLZ61196.1 3032209 GMA49961.1 392016 GMA68329.1 1607839 GMA85510.1 1162965 GMC04241.1 417368 GMC08162.1 417368 GMF22075.1 2077276 GMH49846.1 1714386 GMH74815.1 1714387 GMH77683.1 1714387 GMH79601.1 1714386 HAA1576457.1 197 HAA1993596.1 197 HAA51207.1 2026779 HAA59914.1 2026779 HAA79725.1 1873462 HAB03480.1 306 HAB28525.1 1137281 HAB35737.1 1898111 HAB46379.1 1913989 HAB6954650.1 497977 HAB6957142.1 497977 HAB7350286.1 1639 HAB9632401.1 1639 HAC44255.1 454155 HAC47786.1 1903071 HAC8926176.1 28901 HAD16081.1 1042 HAD6508000.1 216597 HAD8059026.1 28901 HAD8205344.1 28901 HAD8297556.1 28901 HAD94956.1 54736 HAE0039911.1 550537 HAF12758.1 2052146 HAF54287.1 1905334 HAF6482379.1 28901 HAF6483690.1 28901 HAF83917.1 820 HAF96311.1 2030800 HAG0018107.1 28901 HAG54718.1 2900548 HAG5713073.1 562 HAG61063.1 1667 HAG62657.1 1871328 HAH6410924.1 562 HAI0697239.1 562 HAI3390652.1 562 HAI5991775.1 562 HAI83337.1 1869212 HAJ13960.1 1871071 HAJ19792.1 1898112 HAJ30683.1 1913989 HAJ6883934.1 562 HAK0846247.1 28901 HAL0497824.1 562 HAL5964588.1 562 HAL7222321.1 216592 HAL7851047.1 562 HAL84546.1 2026785 HAL9386392.1 562 HAM57133.1 2053607 HAM7049535.1 562 HAN0352225.1 562 HAN2236324.1 562 HAN66834.1 1869212 HAN73743.1 2055759 HAN89631.1 1042 HAO16792.1 28108 HAO57732.1 1913988 HAO77415.1 2052186 HAP0275274.1 562 HAP0275886.1 562 HAP8698574.1 1352 HAQ04103.1 2024894 HAQ5294203.1 1352 HAQ9752200.1 1352 HAR38101.1 2049046 HAR3824072.1 1280 HAR4083306.1 1280 HAR42267.1 2053517 HAR4230703.1 1308713 HAR4306776.1 1280 HAR4359619.1 1280 HAR4426729.1 1280 HAR7369715.1 1280 HAS00340.1 1882945 HAS0862993.1 1296536 HAS08893.1 2900548 HAS1030591.1 550 HAS1043574.1 550 HAS1333091.1 158836 HAS28932.1 1872427 HAS4598451.1 666 HAS6213173.1 672 HAS6387952.1 672 HAS6615025.1 670 HAS6625660.1 670 HAS6636184.1 670 HAS6652665.1 670 HAS6658038.1 670 HAS6855435.1 670 HAS8195300.1 672 HAS8246497.1 672 HAS8367292.1 672 HAS9516566.1 90371 HAT0219567.1 59201 HAT3767124.1 582 HAT3772388.1 546 HAT4052191.1 546 HAT4171334.1 1502 HAT5895895.1 90371 HAT6344274.1 644 HAT6420703.1 43770 HAT6486502.1 43770 HAT8492399.1 672 HAT9095998.1 91891 HAU49353.1 2026779 HAV1664494.1 1296536 HAV1793262.1 299766 HAV2020887.1 545 HAV2038468.1 562 HAV5500596.1 470 HAV8610731.1 562 HAV89419.1 306 HAW1428193.1 562 HAW15717.1 1898207 HAW17267.1 1899355 HAW53859.1 87 HAW5846675.1 562 HAX2015273.1 562 HAX5007168.1 562 HAX7532390.1 562 HAX9219850.1 562 HAY3553072.1 238 HAY39979.1 2049433 HAZ02844.1 2053303 HAZ0856238.1 1352 HAZ09165.1 2030800 HAZ6448982.1 562 HAZ6490420.1 562 HAZ6581377.1 562 HAZ7424284.1 562 HBA4333173.1 562 HBA5291325.1 562 HBA6816094.1 562 HBA7077466.1 562 HBA9856909.1 562 HBB7853833.1 562 HBB8861935.1 562 HBB9152465.1 562 HBC3250082.1 2079155 HBC3664605.1 470 HBC3672553.1 470 HBC3831088.1 670 HBC43327.1 1153 HBC6813009.1 624 HBC7850765.1 562 HBC8113379.1 575 HBD0319371.1 562 HBD0375753.1 562 HBD3580067.1 562 HBD6312189.1 623 HBE02941.1 2053615 HBE26957.1 1932716 HBE3137209.1 562 HBE3851640.1 562 HBE7681505.1 562 HBF11636.1 2337 HBF53378.1 1871052 HBF5910189.1 1496 HBF6292655.1 1496 HBF6683624.1 1496 HBF81364.1 1931 HBG17616.1 1879010 HBG7982863.1 1496 HBG9513106.1 1351 HBG9520580.1 1351 HBG9553336.1 1351 HBG97625.1 1904441 HBH1966141.1 1496 HBH45809.1 2053562 HBI2389385.1 470 HBI2425625.1 470 HBI5523776.1 2565184 HBJ0687394.1 562 HBJ80371.1 2033661 HBK0888477.1 562 HBK1877356.1 195 HBK3327014.1 670 HBK68389.1 1879010 HBK8692889.1 48409 HBL3458524.1 1352 HBL73790.1 2053594 HBL8984898.1 562 HBM1758047.1 470 HBM1853224.1 470 HBM1987889.1 470 HBM3973915.1 1642 HBM7289758.1 1496 HBM7953914.1 1351 HBM7970352.1 562 HBM7987000.1 1351 HBM8552236.1 1351 HBM93052.1 41978 HBN0452499.1 562 HBN0479107.1 562 HBN0560834.1 562 HBN0649071.1 562 HBN08375.1 2055790 HBN08959.1 2055790 HBN51183.1 1912094 HBN7218304.1 562 HBN8559651.1 287 HBN8563887.1 287 HBN9628875.1 287 HBN9701829.1 287 HBN9720772.1 287 HBN9766852.1 287 HBN9888529.1 287 HBO0131372.1 287 HBO0135008.1 287 HBO1212818.1 287 HBO3907473.1 287 HBO4124126.1 287 HBO4246991.1 287 HBO4310254.1 287 HBO4388386.1 287 HBO4703822.1 287 HBO4828144.1 287 HBO5091502.1 287 HBO7852577.1 287 HBO7886742.1 287 HBO8195026.1 287 HBO82804.1 1873897 HBO8317981.1 287 HBO9196964.1 287 HBP1416388.1 287 HBP29295.1 310575 HBP5210654.1 287 HBP5520355.1 287 HBP5649656.1 287 HBP6650873.1 287 HBQ0797432.1 573 HBQ1275949.1 573 HBQ3247549.1 573 HBQ4288609.1 562 HBQ5639708.1 573 HBQ61597.1 2053516 HBR1104065.1 573 HBR1243745.1 1463164 HBR1509863.1 1667327 HBR2011202.1 573 HBR2774437.1 573 HBR4968137.1 573 HBS0905846.1 573 HBS1873186.1 573 HBS26035.1 1913989 HBS5629917.1 573 HBS5718813.1 548 HBS6925998.1 573 HBS88269.1 2030927 HBT09536.1 1977054 HBT17363.1 1879010 HBT1908533.1 573 HBT3067396.1 548 HBT3241107.1 548 HBT3282816.1 548 HBT3283900.1 548 HBT3286466.1 548 HBT3288923.1 548 HBT3382142.1 548 HBT48750.1 911092 HBT5364761.1 573 HBT5919638.1 573 HBT7060981.1 573 HBU4069332.1 573 HBU57020.1 2026742 HBU6364790.1 546 HBU6715136.1 615 HBU7310937.1 615 HBU8027787.1 573 HBV0217001.1 562 HBV3399693.1 573 HBV3516582.1 573 HBV8273101.1 573 HBV9754552.1 573 HBW0878219.1 244366 HBW0890320.1 244366 HBW1046176.1 573 HBW2970848.1 573 HBW32458.1 2055761 HBW7446324.1 573 HBW7490463.1 573 HBW7780278.1 573 HBW9511025.1 573 HBW9598731.1 573 HBX1528262.1 573 HBX2950285.1 573 HBX7387745.1 573 HBX8004802.1 573 HBX8242518.1 573 HBY0139633.1 573 HBY2691946.1 1496 HBY6471839.1 573 HBY6483132.1 573 HBY86896.1 56799 HBY9728820.1 573 HBZ0881431.1 573 HBZ7417361.1 573 HCA14179.1 1913988 HCA5739398.1 546 HCA7191507.1 562 HCA7467544.1 562 HCB0137453.1 573 HCB0157815.1 573 HCB0607732.1 573 HCB14820.1 1913989 HCB1767023.1 57706 HCB2270695.1 545 HCB3236090.1 35703 HCB8382315.1 562 HCB8416972.1 562 HCC04630.1 1898207 HCC0860071.1 1352 HCC4464017.1 546 HCC50487.1 2053562 HCD14621.1 50422 HCD14732.1 50422 HCD1639688.1 562 HCD1810260.1 1280 HCD1954593.1 562 HCD2222992.1 562 HCD3539350.1 573 HCD4651973.1 1352 HCD4712694.1 573 HCD79143.1 1913988 HCD8271218.1 573 HCE2131761.1 670 HCE3964987.1 287 HCE48706.1 2053562 HCE5900341.1 287 HCE5956952.1 287 HCE70276.1 1879320 HCE7036204.1 287 HCE77318.1 2026734 HCE7955950.1 287 HCE98498.1 2030800 HCF1100448.1 287 HCF2668703.1 287 HCF2831529.1 287 HCF2977864.1 287 HCF4399922.1 287 HCF4435603.1 287 HCF6230430.1 287 HCF6759084.1 287 HCF7179103.1 287 HCF98070.1 41200 HCG2498768.1 1280 HCG2703946.1 1280 HCG3555194.1 496065 HCG88012.1 28108 HCG9411603.1 670 HCH0658035.1 61645 HCH2726488.1 670 HCH52003.1 647 HCH67584.1 1898207 HCH8663031.1 28901 HCH9649915.1 287 HCH9654809.1 287 HCI0112133.1 287 HCI01419.1 1913988 HCI08118.1 1903071 HCI22783.1 1898207 HCI3084671.1 287 HCI3789247.1 562 HCI3868538.1 287 HCI4632030.1 1463164 HCI6016418.1 1463164 HCI6672445.1 1667327 HCI6697517.1 1667327 HCI6707116.1 573 HCI6743945.1 2590157 HCI94645.1 142586 HCJ45190.1 1042 HCJ8430123.1 562 HCJ9156062.1 562 HCJ9491408.1 562 HCJ9518601.1 562 HCJ9658667.1 562 HCK1632539.1 562 HCK38395.1 625 HCK53410.1 2026779 HCK66187.1 2052143 HCL05707.1 1869212 HCL36615.1 649756 HCL3885898.1 287 HCL9643688.1 562 HCM58529.1 546 HCM6290404.1 2976893 HCM6795697.1 573 HCM6890665.1 568708 HCM9096811.1 299766 HCN3289327.1 573 HCN5100477.1 562 HCN70936.1 3040095 HCN71343.1 3040095 HCN7845163.1 562 HCN8461219.1 562 HCN9385819.1 562 HCO1822010.1 562 HCO5109330.1 562 HCO5126130.1 562 HCO5779136.1 562 HCO68393.1 1891233 HCO7396825.1 562 HCO7661365.1 562 HCP62665.1 2900548 HCR14883.1 2053562 HCS32205.1 142586 HCT06136.1 306 HCT31040.1 2030927 HCT61068.1 1872119 HCV78162.1 306 HCV91373.1 41978 HCW55486.1 2049044 HCW85392.1 1904441 HCX30583.1 2052146 HCX86112.1 2026762 HCX88256.1 1913989 HCY01371.1 2030927 HCZ13020.1 2053492 HDC92778.1 2053493 HDH03041.1 2900548 HDI11217.1 2053493 HDK38158.1 1076588 HDL52473.1 1977087 HDO21687.1 2026887 HDO82225.1 2250256 HDQ08114.1 90427 HDZ48353.1 1486246 HDZ72415.1 182270 HDZ79728.1 1907202 HDZ88777.1 2026887 HEB05411.1 1486246 HEB56095.1 1913989 HEC61404.1 1869227 HED33315.1 1913989 HEM46184.1 1913988 HET19539.1 2026725 HET19548.1 2026725 HEU00299.1 182270 HEU23627.1 1495039 HEU25100.1 1495039 HEX54874.1 2250256 HEY60602.1 2052143 HEY66416.1 2420332 HFC12574.1 2052143 HFC49641.1 1961369 HFC54342.1 1913989 HHC07960.1 2900548 HHD92264.1 2053593 HHF42197.1 2052149 HHH37178.1 2026809 HHJ06374.1 2052143 HHO42668.1 2026809 HHO76132.1 2026735 HHT56129.1 1679721 HHT66172.1 1898207 HHT71325.1 1879010 HHU23657.1 1898209 HHV35141.1 2093811 HHW43430.1 41211 HHX25519.1 1879010 HHY02707.1 267 HHY51372.1 1913988 HHZ84751.1 1913989 HIA35646.1 2021391 HIA43081.1 1913989 HIA56122.1 2035771 HIA95906.1 1913989 HIB75102.1 1913989 HID24809.1 2026779 HIE16764.1 2026734 HIE21596.1 2080302 HIG02706.1 2026763 HIG20340.1 2163009 HIG49844.1 1913989 HIG56173.1 2099671 HIG96475.1 2026803 HIH01984.1 1906666 HIH60710.1 2591003 HII38831.1 2250274 HII88988.1 2026803 HII98403.1 2052170 HIL01491.1 2026763 HIL10301.1 2053570 HIM51057.1 1978231 HIN08122.1 2163009 HIO39972.1 2026760 HIP02283.1 2268180 HIP46790.1 2268180 HIR19825.1 2840902 HIR39763.1 2840751 HIR66791.1 2840744 HIR73384.1 2840733 HIR95098.1 2840736 HIR98957.1 2840745 HIS27960.1 2840685 HIS46075.1 2840941 HIS55495.1 2840823 HIS66173.1 2840927 HIT09367.1 2840868 HIU98185.1 2840893 HIV94128.1 2838757 HIX59898.1 2838490 HIY18965.1 2838484 HIZ10317.1 2838503 HIZ21956.1 2838488 HIZ23242.1 2838488 HIZ96099.1 2838640 HJC40183.1 2838623 HJC43196.1 2838671 HJC81655.1 2838461 HJC81763.1 2838461 HJD11223.1 2838729 HJD49103.1 2838531 HJE10580.1 1718 HJE11106.1 1718 HJF27339.1 28090 HJF55539.1 169435 HJG05008.1 1601 KAA0009614.1 1906666 KAA0015115.1 1906666 KAA0114277.1 1305 KAA0177341.1 33653 KAA0234643.1 2900548 KAA0481749.1 573 KAA0555231.1 57706 KAA0597264.1 193 KAA0785577.1 2217820 KAA0893061.1 2597356 KAA0923098.1 2597353 KAA0925811.1 2597357 KAA0985960.1 2597351 KAA1053235.1 2970906 KAA1053897.1 2970906 KAA1094631.1 56615 KAA1128955.1 56615 KAA1151027.1 1872678 KAA1157383.1 1872678 KAA1165701.1 1872678 KAA1184694.1 398 KAA1199461.1 666 KAA1210525.1 666 KAA1223399.1 666 KAA1244473.1 1784 KAA1286543.1 511 KAA1419826.1 2585211 KAA1446899.1 562 KAA2235884.1 1638099 KAA2312369.1 2541729 KAA2374821.1 328814 KAA3459801.1 47621 KAA3568988.1 546 KAA3621416.1 239 KAA3630074.1 1977087 KAA38251.1 1422414 KAA3978585.1 28116 KAA5218700.1 338188 KAA5222702.1 338188 KAA5227102.1 338188 KAA5231214.1 338188 KAA5523456.1 2582921 KAA6202412.1 66428 KAA6389633.1 222440 KAA6487475.1 1463165 KAA6507543.1 210 KAA6509158.1 210 KAA6515094.1 210 KAA8667018.1 296199 KAA8674244.1 296199 KAA8693182.1 46678 KAA8709757.1 86840 KAA8898022.1 5481 KAA9219724.1 2976809 KAA9265193.1 2976809 KAA9381707.1 2614688 KAA9387666.1 399 KAB0360174.1 9888 KAB0380621.1 9886 KAB0382747.1 9886 KAB0472185.1 190721 KAB0519141.1 169669 KAB0592653.1 1821960 KAB1110345.1 399 KAB1283136.1 9838 KAB1487516.1 28141 KAB1583004.1 615 KAB1650792.1 1796610 KAB1903473.1 2650566 KAB1930676.1 1458665 KAB2088711.1 3634 KAB2570814.1 45133 KAB2615394.1 2448454 KAB2647529.1 2026799 KAB2788143.1 529 KAB2838176.1 1891238 KAB2860347.1 2052143 KAB2885888.1 1872424 KAB3888156.1 820 KAB4839568.1 818 KAB5623214.1 303 KAB6160373.1 371601 KAB6553049.1 821 KAB6561622.1 821 KAB7660259.1 1944635 KAB7717576.1 584 KAB7718237.1 584 KAB7776415.1 1591132 KAB8080424.1 4530 KAB8138601.1 1672701 KAB8186005.1 1712871 KAB8236978.1 209559 KAB8258687.1 1506151 KAE46230.1 1422616 KAE8178601.1 2023717 KAE8322051.1 1034303 KAE8354616.1 138285 KAE8355151.1 138285 KAE8368628.1 61420 KAE8405383.1 1506151 KAE8418476.1 1825620 KAE8683921.1 106335 KAE8802158.1 4513 KAE8834307.1 97479 KAE8844210.1 97479 KAE8876596.1 53985 KAE8908303.1 53985 KAE8933980.1 53985 KAE8937355.1 53985 KAE8938621.1 53985 KAE8999913.1 53985 KAE9000573.1 53985 KAE9008135.1 53985 KAE9099844.1 53985 KAE9101612.1 53985 KAE9107042.1 53985 KAE9109593.1 53985 KAE9109612.1 53985 KAE9114167.1 53985 KAE9135033.1 53985 KAE9145366.1 53985 KAE9225083.1 53985 KAE9341024.1 53985 KAE9373439.1 1379296 KAE9407684.1 1447944 KAE9445077.1 262921 KAE9450885.1 262921 KAE9534034.1 307491 KAE9611124.1 3870 KAE9687153.1 2665391 KAE9803106.1 562 KAE9963299.1 5025 KAF0259695.1 33013 KAF0292372.1 1232801 KAF0554084.1 4874 KAF0721509.1 112090 KAF0756529.1 112090 KAF0863118.1 485751 KAF0880495.1 9678 KAF0905729.1 110450 KAF0969980.1 396712 KAF1017786.1 28095 KAF1039360.1 92645 KAF1376512.1 8168 KAF1388669.1 8168 KAF1483258.1 2517240 KAF1538674.1 57240 KAF1716661.1 377616 KAF1787790.1 29920 KAF1788175.1 29920 KAF1792308.1 29920 KAF1809113.1 1392243 KAF1839740.1 184978 KAF1884135.1 3870 KAF1947782.1 706981 KAF2167272.1 1080233 KAF2218229.1 302913 KAF2244936.1 390896 KAF2317565.1 3981 KAF2420586.1 1048955 KAF2464645.1 673940 KAF2474665.1 673940 KAF2570897.1 69181 KAF2590612.1 69181 KAF2592864.1 69181 KAF2625552.1 301207 KAF2637112.1 1395130 KAF2670900.1 703497 KAF2725148.1 1314669 KAF2778654.1 2602736 KAF2806634.1 574789 KAF2864190.1 1314780 KAF2871612.1 100035 KAF2888908.1 2038154 KAF2949000.1 39947 KAF2994395.1 90978 KAF2999697.1 90978 KAF3016851.1 2572875 KAF3069499.1 1567552 KAF3157345.1 2813651 KAF3180666.1 2813651 KAF3190632.1 2813651 KAF3199047.1 2813651 KAF3201809.1 2813651 KAF3206276.1 2813651 KAF3210067.1 2813651 KAF3228854.1 2813651 KAF3229706.1 2813651 KAF3229753.1 2813651 KAF3233080.1 2813651 KAF3236754.1 2813651 KAF3356825.1 1027910 KAF3385475.1 69785 KAF3493633.1 69181 KAF3601053.1 69181 KAF3628212.1 4072 KAF3668984.1 4072 KAF3694195.1 215402 KAF3763205.1 660469 KAF3789931.1 419125 KAF4018288.1 84702 KAF4021760.1 84702 KAF4306879.1 55169 KAF4336989.1 44412 KAF4465142.1 1237068 KAF4537481.1 45133 KAF4593247.1 28995 KAF4611166.1 84607 KAF4728781.1 32597 KAF4755575.1 32597 KAF4995643.1 57161 KAF4998971.1 86546 KAF5013315.1 57161 KAF5115699.1 1173061 KAF5116816.1 1173061 KAF5192947.1 46969 KAF5197921.1 46969 KAF5321974.1 2480587 KAF5344437.1 201217 KAF5411244.1 3386293 KAF5437455.1 3386247 KAF5512852.1 1215731 KAF5548980.1 42672 KAF5671546.1 48490 KAF5693711.1 48507 KAF5705428.1 1567541 KAF5772005.1 4232 KAF5807084.1 4232 KAF5881732.1 1820614 KAF5898047.1 1594786 KAF5949235.1 4442 KAF5967767.1 1567539 KAF6036899.1 10212 KAF6037074.1 10212 KAF6089756.1 89673 KAF6257731.1 2650976 KAF6537559.1 1683602 KAF6576615.1 1683674 KAF6591251.1 1683673 KAF6750975.1 980116 KAF6751692.1 980116 KAF6757059.1 980116 KAF6802222.1 2175907 KAF7045875.1 4565 KAF7255154.1 59628 KAF7261528.1 59628 KAF7498613.1 1173061 KAF7500901.1 1173061 KAF7644169.1 670423 KAF7678841.1 1187904 KAF7786462.1 43658 KAF7818313.1 362788 KAF7869901.1 38492 KAF7895676.1 87229 KAF7985745.1 2748771 KAF7997464.1 684658 KAF8011165.1 360336 KAF8011166.1 360336 KAF8141928.1 36056 KAF8153477.1 1314675 KAF8288686.1 5693 KAF8533701.1 47213 KAF8536705.1 47213 KAF8570863.1 34504 KAF8820068.1 476202 KAF8844043.1 1132860 KAF8901107.1 139077 KAF8902954.1 109634 KAF8917914.1 139077 KAF8953894.1 1897645 KAF9021604.1 937743 KAF9035758.1 330517 KAF9095505.1 1896188 KAF9101968.1 1896188 KAF9116737.1 1896178 KAF9145485.1 64567 KAF9171043.1 1896179 KAF9194863.1 1897647 KAF9248384.1 1328756 KAF9308882.1 310910 KAF9400923.1 1896180 KAF9419545.1 979699 KAF9432903.1 979673 KAF9450340.1 1400762 KAF9463056.1 64659 KAF9682501.1 1413687 KAF9922452.1 979765 KAF9974715.1 1343610 KAG0031507.1 979688 KAG0047764.1 979690 KAG0067109.1 310910 KAG0196869.1 1896187 KAG0237649.1 90253 KAG0363719.1 64525 KAG0597131.1 3225 KAG0881289.1 64495 KAG0922869.1 64495 KAG1144813.1 64495 KAG1160715.1 64495 KAG1302368.1 64495 KAG1464501.1 936053 KAG1504010.1 936053 KAG1517332.1 936053 KAG1528737.1 936053 KAG1551670.1 64495 KAG1590416.1 936053 KAG1662457.1 1653778 KAG1677749.1 1653778 KAG1732247.1 48578 KAG1742398.1 48578 KAG1799066.1 48592 KAG1839801.1 48588 KAG1843883.1 48588 KAG1935683.1 90988 KAG2010436.1 1132390 KAG2053605.1 279518 KAG2061513.1 279518 KAG2094617.1 1912936 KAG2288705.1 52824 KAG2309455.1 52824 KAG2343201.1 48593 KAG2346037.1 48593 KAG2356287.1 5383 KAG2387229.1 51637 KAG2410350.1 3914 KAG2583979.1 38727 KAG2712649.1 32201 KAG2753283.1 1400700 KAG2929087.1 29920 KAG3000577.1 29920 KAG3014872.1 29920 KAG3033979.1 29920 KAG3097086.1 29920 KAG4062534.1 29920 KAG4074423.1 1564500 KAG4104878.1 2767002 KAG4938299.1 3847 KAG4974970.1 3848 KAG4989538.1 3847 KAG4995128.1 3847 KAG5001697.1 3848 KAG5107642.1 3847 KAG5125127.1 3847 KAG5138121.1 3847 KAG5146553.1 3847 KAG5276208.1 278164 KAG5313265.1 230686 KAG5403971.1 1813537 KAG5478439.1 2249476 KAG5560933.1 479676 KAG5628805.1 4109 KAG5639171.1 117069 KAG5775718.1 221167 KAG5815829.1 221167 KAG5827721.1 221167 KAG5959692.1 1623583 KAG5994228.1 1294630 KAG6025013.1 2559230 KAG6055499.1 2559228 KAG6075788.1 2559227 KAG6083136.1 2559225 KAG6208320.1 5111 KAG6242063.1 5111 KAG6275354.1 5111 KAG6471244.1 94328 KAG6497946.1 94328 KAG6718142.1 32201 KAG6786301.1 118781 KAG6786554.1 118781 KAG6788279.1 118781 KAG6799501.1 200407 KAG6815834.1 2724996 KAG7034489.1 1094858 KAG7098415.1 181124 KAG7131021.1 100787 KAG7138719.1 100787 KAG7153436.1 6706 KAG7164393.1 6706 KAG7171620.1 6706 KAG7197246.1 860918 KAG7202115.1 860918 KAG7243800.1 181461 KAG7278336.1 163118 KAG7283570.1 163118 KAG7345309.1 303405 KAG7435564.1 96318 KAG7462827.1 7932 KAG7462864.1 7932 KAG7499601.1 28829 KAG7534354.1 1240361 KAG7553039.1 1240361 KAG7602925.1 1240361 KAG7659130.1 45249 KAG7812337.1 870730 KAG8195189.1 931172 KAG8246189.1 197043 KAG8379083.1 168488 KAG8520114.1 202257 KAG8539342.1 76066 KAG8587293.1 76066 KAG8670870.1 36050 KAG8674279.1 36050 KAG8816705.1 2600214 KAG8833708.1 2600215 KAG9043128.1 2601502 KAG9084682.1 2600201 KAG9223390.1 5321 KAG9273239.1 7994 KAG9291817.1 50956 KAG9297605.1 50956 KAG9317532.1 1914213 KAG9339452.1 121402 KAG9404442.1 112091 KAG9434400.1 88217 KAG9509822.1 1670756 KAG9648608.1 46634 KAH0091028.1 46634 KAH0130274.1 46634 KAH0455857.1 161865 KAH0561149.1 32391 KAH0642104.1 4113 KAH0647720.1 4113 KAH0673584.1 4113 KAH0676905.1 4113 KAH0679671.1 4113 KAH0683155.1 4113 KAH0740662.1 4113 KAH0758253.1 4113 KAH0848936.1 40355 KAH0956195.1 213866 KAH1069562.1 3847 KAH3670308.1 1378264 KAH3699581.1 45954 KAH3876125.1 45954 KAH6575376.1 1357716 KAH6579049.1 1357716 KAH6589538.1 1357716 KAH6596600.1 1357716 KAH6611424.1 654480 KAH6648347.1 152316 KAH6984898.1 2824670 KAH7009790.1 64609 KAH7040817.1 1682393 KAH7111090.1 256645 KAH7160752.1 307937 KAH7252800.1 61284 KAH7262805.1 61284 KAH7290269.1 49495 KAH7333078.1 2042821 KAH7371872.1 2138324 KAH7420042.1 2138324 KAH7548383.1 99658 KAH7576347.1 99658 KAH7671712.1 55571 KAH7714125.1 70226 KAH7819128.1 2049356 KAH7858561.1 229202 KAH7904576.1 72124 KAH7980918.1 543639 KAH8057076.1 44056 KAH8074532.1 44056 KAH8103951.1 1940300 KAH8145265.1 1174673 KAH8204788.1 152316 KAH8277827.1 2848634 KAH8333868.1 30033 KAH8394604.1 88886 KAH8586608.1 1954211 KAH8674414.1 2075069 KAH8780162.1 2614600 KAH8830836.1 1485228 KAH8969015.1 53036 KAH8979981.1 416442 KAH8980086.1 416442 KAH8986285.1 416441 KAH9016734.1 1932123 KAH9082671.1 100861 KAH9126652.1 100861 KAH9162276.1 111137 KAH9272690.1 1357716 KAH9316303.1 29808 KAH9403806.1 59818 KAH9439214.1 318829 KAH9572460.1 128215 KAH9744176.1 2711 KAH9773659.1 2711 KAH9840055.1 34475 KAH9897695.1 1391043 KAH9898930.1 2614609 KAH9956814.1 71967 KAI0008979.1 2614610 KAI0064471.1 48021 KAI0095213.1 378272 KAI0154282.1 2663376 KAI0308946.1 55340 KAI0494562.1 94219 KAI0643035.1 526243 KAI0815695.1 2663374 KAI0987017.1 141832 KAI1051942.1 48484 KAI1055415.1 48484 KAI1138495.1 2614586 KAI1212395.1 327061 KAI1260235.1 2614591 KAI1294496.1 743302 KAI1358894.1 114810 KAI1368854.1 114810 KAI1377204.1 326657 KAI1387127.1 326681 KAI1395879.1 109372 KAI1468394.1 326644 KAI1498309.1 110534 KAI1570405.1 45151 KAI1641636.1 103429 KAI1725697.1 166010 KAI1815548.1 101475 KAI2062789.1 1387563 KAI2091661.1 1387563 KAI2092891.1 1387563 KAI2108791.1 1387563 KAI2162620.1 1387563 KAI2467201.1 326617 KAI2507414.1 210448 KAI2569442.1 9606 KAI2867803.1 5061 KAI2897304.1 5061 KAI2923288.1 5061 KAI2957565.1 5061 KAI2972324.1 5061 KAI3349825.1 1491 KAI3403076.1 497107 KAI3416446.1 36090 KAI3420888.1 36090 KAI3473816.1 586722 KAI3679517.1 13427 KAI3849778.1 357466 KAI3869934.1 357466 KAI3927707.1 357465 KAI4063360.1 9606 KAI4090501.1 2903223 KAI4261063.1 2903220 KAI4297075.1 167791 KAI4475370.1 27506 KAI4518191.1 1314666 KAI4536634.1 230172 KAI4632269.1 181014 KAI4665950.1 297637 KAI4790364.1 36190 KAI4867710.1 110542 KAI4882225.1 148989 KAI4951926.1 1187941 KAI4958538.1 232088 KAI5005557.1 4513 KAI5076688.1 13818 KAI5122644.1 135589 KAI5128402.1 143292 KAI5199030.1 1042127 KAI5214353.1 1042127 KAI5217754.1 1042127 KAI5237214.1 143292 KAI5242553.1 1042127 KAI5251673.1 1042127 KAI5252318.1 1042127 KAI5289156.1 51564 KAI5358731.1 215465 KAI5380075.1 1187938 KAI5383356.1 3888 KAI5402274.1 3888 KAI5501456.1 412133 KAI5527171.1 412133 KAI5618353.1 30991 KAI5657497.1 4058 KAI5724218.1 121845 KAI5749163.1 121845 KAI5750574.1 121845 KAI5804476.1 49969 KAI5899868.1 578458 KAI5947122.1 9974 KAI6019239.1 178872 KAI6047342.1 178871 KAI6080770.1 110542 KAI6203333.1 269767 KAI6225738.1 269767 KAI6364688.1 318829 KAI6422678.1 318829 KAI6429502.1 318829 KAI6493878.1 318829 KAI6685811.1 1042139 KAI6705356.1 1042139 KAI6772462.1 40199 KAI6823133.1 91943 KAI6857291.1 91943 KAI6876023.1 91943 KAI6876782.1 91943 KAI7078824.1 91943 KAI7091816.1 91943 KAI7226772.1 91943 KAI7287860.1 91943 KAI7305673.1 91943 KAI7354459.1 91943 KAI7359498.1 91943 KAI7371949.1 91943 KAI7428497.1 91943 KAI7478392.1 91943 KAI7557778.1 91943 KAI7572412.1 91943 KAI7628566.1 91943 KAI7631473.1 91943 KAI7638381.1 91943 KAI7655353.1 91943 KAI7689422.1 91943 KAI7727618.1 4212 KAI7728447.1 4212 KAI7902530.1 90255 KAI8118081.1 7375 KAI8373711.1 4850 KAI8393114.1 5478 KAI8478671.1 7741 KAI8504475.1 7741 KAI8569196.1 49168 KAI8594425.1 979620 KAI8633010.1 2614592 KAI8649267.1 1328300 KAI8690655.1 2898544 KAI8723523.1 2898545 KAI8838875.1 1907226 KAI8889105.1 1314798 KAI8964031.1 2614575 KAI8972608.1 571087 KAI9022896.1 269771 KAI9082639.1 880440 KAI9087862.1 880440 KAI9164099.1 1859967 KAI9181093.1 4023 KAI9191373.1 4023 KAI9193803.1 4023 KAI9233655.1 64523 KAI9244300.1 60185 KAI9244788.1 562976 KAI9354912.1 64641 KAI9362949.1 2211651 KAI9383753.1 3694 KAI9522339.1 100907 KAI9530097.1 100907 KAI9565065.1 1820382 KAI9597310.1 1851187 KAI9631590.1 875184 KAI9713296.1 2939400 KAI9774712.1 315204 KAI9878467.1 318763 KAI9888532.1 2939405 KAI9912466.1 230839 KAI9934763.1 5066 KAJ0024505.1 434235 KAJ0179631.1 765133 KAJ0239815.1 71354 KAJ0250772.1 71354 KAJ0315765.1 2664923 KAJ0414039.1 1810906 KAJ0452418.1 4232 KAJ0483518.1 4232 KAJ0585613.1 4232 KAJ0649886.1 4232 KAJ0653672.1 4232 KAJ0689199.1 4232 KAJ0734391.1 4232 KAJ0788155.1 4232 KAJ0798837.1 4232 KAJ0846185.1 4232 KAJ0847870.1 4232 KAJ0864938.1 4232 KAJ0923852.1 4232 KAJ0960782.1 325984 KAJ0963891.1 325984 KAJ1022640.1 86802 KAJ1063947.1 9925 KAJ1174213.1 8319 KAJ1283197.1 158149 KAJ1419147.1 485725 KAJ1449837.1 483370 KAJ1466945.1 2571260 KAJ1492758.1 2571260 KAJ1529594.1 439358 KAJ1535693.1 4932 KAJ1619151.1 483367 KAJ1633120.1 483367 KAJ1832792.1 2849858 KAJ1918571.1 417184 KAJ1923473.1 78921 KAJ1924652.1 78921 KAJ1958754.1 4866 KAJ2074960.1 2663912 KAJ2127656.1 2663885 KAJ2141250.1 2790277 KAJ2160675.1 2663890 KAJ2160981.1 2663883 KAJ2188950.1 2512260 KAJ2272836.1 2512257 KAJ2277403.1 2512257 KAJ2306899.1 2789345 KAJ2335352.1 2663896 KAJ2336672.1 2663903 KAJ2501611.1 2663899 KAJ2593889.1 2789340 KAJ2633851.1 2761390 KAJ2641386.1 2789329 KAJ2660037.1 2789312 KAJ2681556.1 2663902 KAJ2820567.1 327750 KAJ2823714.1 327750 KAJ3160366.1 1134077 KAJ3193491.1 109884 KAJ3286973.1 2735257 KAJ3308761.1 2724207 KAJ3327837.1 2724214 KAJ3382075.1 4814 KAJ3469091.1 169388 KAJ3490879.1 2056292 KAJ3501609.1 84603 KAJ3519417.1 57161 KAJ3544539.1 57161 KAJ3564783.1 56174 KAJ3641143.1 2755281 KAJ3654337.1 2755281 KAJ3691906.1 198213 KAJ3696296.1 198213 KAJ3738999.1 2804962 KAJ3793441.1 2804958 KAJ3865263.1 42442 KAJ3918428.1 5353 KAJ3920833.1 5353 KAJ3979909.1 2804962 KAJ3986273.1 2804962 KAJ4013743.1 2494466 KAJ4018339.1 2494466 KAJ4148044.1 2231603 KAJ4213304.1 169388 KAJ4310611.1 1435070 KAJ4375381.1 798079 KAJ4394429.1 1191159 KAJ4458169.1 342808 KAJ4533602.1 5970 KAJ4753967.1 906938 KAJ4794342.1 906938 KAJ4828317.1 218843 KAJ4897523.1 3726 KAJ4922108.1 1090488 KAJ4994524.1 2838795 KAJ5056431.1 5016 KAJ5060329.1 5016 KAJ5112313.1 1131581 KAJ5168969.1 189055 KAJ5220196.1 63820 KAJ5238469.1 63820 KAJ5249775.1 5076 KAJ5265368.1 5076 KAJ5268680.1 5076 KAJ5463595.1 3003414 KAJ5544544.1 2086405 KAJ5567752.1 2086405 KAJ5614194.1 69774 KAJ5673421.1 1561947 KAJ5748900.1 1850975 KAJ5879340.1 60172 KAJ5976390.1 69791 KAJ5985703.1 5083 KAJ5991093.1 5083 KAJ6059888.1 5083 KAJ6093767.1 5083 KAJ6148612.1 5076 KAJ6236901.1 1746091 KAJ6253787.1 1746091 KAJ6284740.1 5016 KAJ6336236.1 1278906 KAJ6471610.1 1033281 KAJ6490484.1 1033282 KAJ6491222.1 1033282 KAJ6549303.1 1033282 KAJ6676972.1 40686 KAJ6728134.1 2511006 KAJ6801625.1 29817 KAJ6827980.1 29817 KAJ6888161.1 444605 KAJ6942832.1 444605 KAJ6994162.1 444605 KAJ7029618.1 1745969 KAJ7092692.1 230806 KAJ7170950.1 858877 KAJ7197949.1 153505 KAJ7349597.1 1033008 KAJ7369304.1 174260 KAJ7390332.1 174260 KAJ7413400.1 1566151 KAJ7469048.1 1033247 KAJ7494177.1 1033247 KAJ7545197.1 34168 KAJ7618075.1 1738132 KAJ7660540.1 1033263 KAJ7726226.1 1033252 KAJ7773233.1 1033252 KAJ7819277.1 230810 KAJ7821411.1 230808 KAJ7901288.1 230808 KAJ7903702.1 230810 KAJ7966218.1 32244 KAJ8033891.1 206669 KAJ8059477.1 352851 KAJ8098177.1 54092 KAJ8358812.1 118154 KAJ8398543.1 143900 KAJ8438905.1 171969 KAJ8488862.1 34470 KAJ8525108.1 4785 KAJ8530820.1 402998 KAJ8599810.1 2483200 KAJ8608448.1 3435 KAJ8673388.1 131215 KAJ8704128.1 271217 KAJ8763828.1 1862640 KAJ8911168.1 1586481 KAJ8938828.1 1586634 KAJ9002340.1 5970 KAJ9212931.1 264951 KAJ9220763.1 264951 KAJ9236150.1 264951 KAJ9247365.1 264951 KAJ9254736.1 264951 KAJ9293589.1 264951 KAJ9353228.1 264951 KAJ9356155.1 264951 KAJ9357714.1 264951 KAJ9366377.1 264951 KAJ9397508.1 264951 KAJ9499981.1 348802 KAK48091.1 1458357 KAL12329.1 1417011 KAL13714.1 1417019 KAL23979.1 1417026 KAL27351.1 1417028 KBM29953.1 1417008 KBM46398.1 1417013 KBM88503.1 1417027 KBZ60735.1 1324261 KCF44302.1 1400873 KCF75398.1 1400883 KCH21996.1 1400935 KCH43606.1 1400941 KCN41050.1 1423451 KCV51224.1 1331200 KCV74661.1 1435358 KCY17619.1 1310697 KCZ39653.1 1310931 KDA37148.1 1365662 KDB51534.1 1286631 KDE14176.1 191292 KDE96129.1 1472720 KDF42894.1 208224 KDN85987.1 1348663 KDO23115.1 695850 KDP42950.1 180498 KDP58914.1 904765 KDQ61317.1 933084 KDR18051.1 136037 KDS13736.1 1339286 KDT27382.1 1444056 KDT52752.1 1444278 KDX39297.1 1444261 KDX58919.1 1444233 KDX64134.1 1444263 KDZ18439.1 1444054 KDZ20288.1 1444082 KDZ29185.1 1444108 KEB58765.1 1448773 KEF35291.1 1489678 KEF55798.1 1182545 KEG13415.1 71804 KEH33884.1 3880 KEH41285.1 3880 KEK49745.1 1448848 KEK55459.1 1448847 KEK57360.1 1448851 KEK61946.1 1448852 KEK66843.1 1448854 KEM14832.1 1444090 KEM28154.1 1444115 KEM88074.1 1444206 KEP75282.1 1504156 KEQ47129.1 2866998 KEQ53391.1 46429 KER18514.1 6198 KES21202.1 1502784 KEZ00570.1 322611 KFC20494.1 1233951 KFC62518.1 1502724 KFC65454.1 1502851 KFD00415.1 745277 KFD50394.1 68888 KFF13268.1 445961 KFF47610.1 1492922 KFF87762.1 1449981 KFG62183.1 935652 KFI29594.1 195105 KFK25655.1 50452 KFK75853.1 1396 KFO03922.1 100784 KFO63955.1 85066 KFP55735.1 43455 KFP59321.1 54380 KFP60608.1 54380 KFP63770.1 54380 KFQ97446.1 30419 KFR16735.1 30419 KFU90592.1 8897 KFV95086.1 30455 KFX08106.1 55208 KFY78659.1 1420912 KFZ09473.1 1420915 KFZ21892.1 1288483 KGA30741.1 55208 KGD87015.1 1532557 KGE74925.1 60520 KGE85039.1 1524460 KGF13955.1 1287474 KGI36921.1 1172203 KGI39507.1 1172203 KGI43013.1 1513 KGI55490.1 1548153 KGK23915.1 70775 KGN46967.1 3659 KGO32348.1 931074 KGP70934.1 1385514 KGQ91714.1 1094983 KGR85681.1 1294264 KGS11954.1 53409 KHC51086.1 1094986 KHC91849.1 1231241 KHE42190.1 1501391 KHF76702.1 1561068 KHI21804.1 562 KHJ45085.1 68888 KHK90372.1 1348853 KHL26398.1 1572751 KHL78028.1 210 KHL83069.1 210 KHN60591.1 1778540 KHO14664.1 470 KHO30424.1 38301 KHO46355.1 1579366 KHS42695.1 48936 KIA87593.1 1423323 KIC17963.1 1577897 KIC22301.1 1577899 KIC29623.1 1577900 KIC53514.1 1577898 KIC74144.1 1478174 KID07909.1 1002340 KID42790.1 1580 KID57988.1 43657 KIE57707.1 1202785 KIF65192.1 294 KIH61449.1 51022 KII33531.1 294 KII37323.1 294 KII79410.1 1461322 KII80961.1 1461322 KIJ40064.1 990650 KIJ42589.1 990650 KIK17511.1 765257 KIO14952.1 870435 KIT15418.1 935700 KIU25640.1 137591 KIU39242.1 83262 KIV66154.1 1604021 KIW01301.1 253628 KIW31788.1 569365 KIW45728.1 215243 KIX64119.1 28450 KIY45866.1 1128425 KIZ49837.1 47885 KIZ51292.1 47885 KJD32857.1 1382798 KJF42781.1 1544798 KJF89786.1 553611 KJF96792.1 553611 KJK41114.1 284040 KJL47936.1 273678 KJL51137.1 1296536 KJM82699.1 1812934 KJN06145.1 1296536 KJN65673.1 299766 KJO94843.1 1296536 KJR05318.1 173559 KJR45565.1 1617025 KJS09633.1 1629712 KJS37244.1 1629710 KJS39335.1 1629718 KJS71365.1 1531963 KJV02527.1 1356405 KJV99157.1 1359174 KJW00008.1 1359174 KJW05781.1 1359174 KJW05839.1 1359174 KJY45691.1 1609134 KJY55338.1 1218507 KJY93028.1 43662 KJZ24880.1 379347 KJZ73525.1 1043627 KKA06871.1 382 KKB97741.1 342002 KKD15004.1 1415559 KKD38547.1 1637645 KKD62216.1 1581149 KKF69137.1 670 KKG12706.1 1483600 KKP40103.1 1619061 KKP93192.1 1618782 KKQ17530.1 1619098 KKQ50904.1 1618941 KKQ77315.1 1618898 KKQ77718.1 1618783 KKT55671.1 1618930 KKT69527.1 1619116 KKT74736.1 1618876 KKU20154.1 1619069 KKU62290.1 1618534 KKW81128.1 348388 KKY42158.1 670 KKZ58125.1 726 KLA07975.1 1396 KLK99152.1 1408 KLL12075.1 1562887 KLO35436.1 244292 KLO40344.1 244292 KLP28676.1 1812935 KLP81493.1 299766 KLR59865.1 1641811 KLT46486.1 879819 KLV24489.1 1397 KLW82639.1 1686400 KMI14657.1 244366 KMJ12412.1 615 KMK70211.1 561879 KML02341.1 293386 KMN41979.1 1628207 KMN46454.1 1628206 KMN52907.1 1628209 KMO16048.1 1775910 KMO19021.1 1775910 KMO20874.1 1775910 KMO25103.1 1775910 KMQ95473.1 67767 KMT17181.1 3555 KMV54297.1 562 KMV94301.1 883119 KMY42333.1 1679166 KMY51228.1 1679170 KMZ56706.1 29655 KMZ99658.1 1035514 KNA07336.1 3562 KNA93209.1 122202 KNC49588.1 461836 KNC81263.1 667725 KND03947.1 645134 KNE05806.1 210 KNE54577.1 578462 KNE87310.1 1165861 KNX78709.1 1478142 KNY10996.1 72556 KNZ32786.1 1686064 KNZ61865.1 27349 KOA38948.1 1365962 KOA70976.1 1690502 KOG70994.1 1894 KOM30811.1 3914 KOM48568.1 3914 KOM87215.1 1491 KON47367.1 314344 KOO34710.1 1460289 KOP94946.1 35703 KOP97335.1 35703 KOQ79909.1 158836 KOQ85435.1 158836 KOR21597.1 95486 KOR57300.1 1491 KOR77690.1 1581030 KOR84155.1 1581037 KOR84431.1 1581037 KOR85988.1 1581037 KOS38468.1 229535 KOT33206.1 1519473 KOT40339.1 132474 KOT52208.1 132474 KOU07371.1 1519475 KOU48934.1 1415545 KOV59425.1 1519490 KOV74208.1 1519490 KOV87872.1 1519490 KOX89240.1 271 KPA62791.1 1307 KPA96104.1 53407 KPF72129.1 1523416 KPF90740.1 1523425 KPG02769.1 83262 KPG03342.1 83262 KPG83738.1 1690245 KPH66917.1 1684385 KPK46604.1 1703416 KPK74056.1 1703385 KPK79043.1 1703359 KPL24525.1 1703410 KPL28633.1 1703384 KPM00776.1 29497 KPM41539.1 78410 KPM49645.1 1605367 KPM57524.1 269536 KPP30953.1 562 KPP44844.1 562 KPP66050.1 113540 KPQ18226.1 1666917 KPU83403.1 1527299 KPW57636.1 46678 KPW67156.1 129136 KPW81714.1 86840 KPX96424.1 129139 KQB05277.1 1481663 KQB14740.1 1061 KQB15039.1 1061 KQB42835.1 350893 KQC00136.1 1740090 KQC11686.1 1735325 KQC31999.1 1453349 KQE16208.1 470 KQM27662.1 1735674 KQM44002.1 1735678 KQN49849.1 1736223 KQO08825.1 1736305 KQO44758.1 1736239 KQO68516.1 1736243 KQO71000.1 1736245 KQP70604.1 1736323 KQR92530.1 1736289 KQS60189.1 1736354 KQS93253.1 1736361 KQT43777.1 1736373 KQT59262.1 1736383 KQT70129.1 1736385 KQU08263.1 1736211 KQU45761.1 1736319 KQU61164.1 1736319 KQY33001.1 1736547 KQY50122.1 1736460 KQZ02673.1 1736465 KRA88915.1 1736585 KRB70259.1 1736593 KRB80062.1 1736488 KRC24720.1 1736492 KRC81009.1 1736501 KRD16409.1 1736505 KRE73638.1 1736398 KRE91890.1 1736403 KRF55167.1 1736405 KRF60064.1 1736396 KRF62093.1 1736405 KRH66597.1 3847 KRI03248.1 470 KRI04877.1 470 KRI74331.1 470 KRJ33650.1 470 KRL50971.1 1423789 KRL72956.1 1423787 KRL96171.1 1423753 KRM25387.1 1423716 KRM84769.1 1423758 KRN00390.1 1423809 KRN01502.1 1423830 KRP45785.1 75588 KRR03613.1 280332 KRR22912.1 722472 KRW64096.1 656 KRX15989.1 6336 KRX90811.1 6337 KRZ86866.1 92180 KSB45996.1 1243588 KSI16333.1 287 KSI37606.1 287 KSQ95698.1 287 KST74551.1 430531 KST76465.1 1360 KST94193.1 1360 KSV57640.1 290052 KSX31450.1 573 KTC18574.1 1198318 KTC70980.1 447 KTD36638.1 45070 KTE42948.1 1759074 KTE85226.1 1759075 KTF13087.1 1348393 KTJ91409.1 1296536 KTQ95651.1 401562 KTT54689.1 47885 KUF21891.1 1706732 KUF47109.1 1117645 KUI47647.1 1772287 KUJ08617.1 149040 KUJ74772.1 1775636 KUK09674.1 911092 KUK66960.1 1236046 KUL42998.1 68280 KUL93954.1 406341 KUM67316.1 67304 KUM76761.1 67304 KUN05623.1 67386 KUN30256.1 1890 KUN62474.1 67304 KUN94013.1 661399 KUO14523.1 909626 KUO65278.1 1734397 KUO99848.1 40324 KUP93558.1 1768241 KUY88875.1 1637847 KUY91915.1 1637848 KUZ71655.1 101571 KUZ92442.1 101571 KUZ94636.1 101571 KVD84573.1 1503054 KVE07020.1 179879 KVF79375.1 1637866 KVH44652.1 488732 KVK44743.1 1336743 KVK52509.1 1336742 KVK52895.1 477195 KVM64639.1 28095 KVN10514.1 1503054 KVN34631.1 1503054 KVN46083.1 1503055 KVQ00241.1 101571 KVQ29323.1 292 KVX78967.1 101571 KWA18560.1 1503055 KWD88427.1 101571 KWD88750.1 101571 KWK08385.1 1503054 KWN14674.1 1503055 KWO23722.1 1503054 KWO58748.1 101571 KWS99133.1 129136 KWV17660.1 562 KWZ83306.1 1398 KWZ93765.1 216816 KXA72336.1 398518 KXB74559.1 419005 KXC76852.1 287 KXF91874.1 221822 KXH55701.1 1209931 KXK41164.1 1617422 KXK44331.1 1617412 KXK57030.1 1619898 KXN72221.1 796925 KXO94464.1 47312 KXT55746.1 1437876 KXU92672.1 1399969 KXY10501.1 1890302 KXZ65002.1 52133 KXZ73968.1 52133 KYC20359.1 1779184 KYF44507.1 1074872 KYG00847.1 56 KYG61680.1 959 KYG85000.1 1914963 KYK45507.1 43992 KYK51407.1 1590 KYM68602.1 1590 KYP14137.1 1812911 KYQ03835.1 1396 KYR86642.1 562 KZB66329.1 168935 KZC14685.1 178035 KZC18931.1 666685 KZD01260.1 220697 KZE42597.1 1776083 KZK91817.1 1735583 KZL31154.1 334542 KZL51680.1 1819295 KZM40959.1 1561206 KZM42799.1 1561205 KZN44286.1 1365253 KZQ09219.1 208224 KZQ34787.1 69219 KZR58396.1 1455 KZR74661.1 1801623 KZS45190.1 59843 KZS73167.1 1768 KZS76886.1 1768 KZT58963.1 1353952 KZU44632.1 1590 KZU44983.1 1590 KZV11597.1 4932 KZV16312.1 472368 KZW99196.1 43657 KZW99331.1 43657 KZX37439.1 400946 KZX63075.1 2968969 KZX95237.1 1822222 KZY08843.1 1822227 KZY56785.1 1822240 KZY94206.1 1822249 MAA73247.1 2026789 MAB27215.1 1916082 MAC18593.1 2026778 MAD47294.1 1899355 MAD76787.1 1869214 MAF07216.1 2024893 MAF21094.1 2024856 MAG40972.1 2026738 MAG44064.1 1899355 MAH35553.1 2026801 MAH46576.1 2026773 MAI76755.1 2026788 MAJ56944.1 2024849 MAJ59213.1 2026735 MAJ71254.1 1916082 MAJ92374.1 1898112 MAL04956.1 2026785 MAL27930.1 1912094 MAL54667.1 1930536 MAN53906.1 2026782 MAO00220.1 1486281 MAO43936.1 1977054 MAQ02293.1 1916082 MAQ88009.1 2026760 MAQ92282.1 2026787 MAR11490.1 2024826 MAR88726.1 1898112 MAS03180.1 1872419 MAS51861.1 2021391 MAT55784.1 2026790 MAT61701.1 2026762 MAT93460.1 2024834 MAU73077.1 1871037 MAV59409.1 2026760 MAW35414.1 1898112 MAX51409.1 2024840 MAY14950.1 1899355 MAZ13301.1 2026801 MBA0045433.1 2750814 MBA0285368.1 40324 MBA0291056.1 40324 MBA0322384.1 40324 MBA0362176.1 40324 MBA0549662.1 34289 MBA0553791.1 34289 MBA0617731.1 34287 MBA0628892.1 34287 MBA0653077.1 34286 MBA0681195.1 34290 MBA0884129.1 1932779 MBA0904959.1 562 MBA1204692.1 1495066 MBA1212576.1 47885 MBA1259235.1 47885 MBA2391527.1 2740538 MBA2447626.1 2026724 MBA2496669.1 2080302 MBA2522987.1 1909295 MBA2536487.1 2900548 MBA2544012.1 2026735 MBA2554676.1 1882271 MBA2651112.1 2740535 MBA2687082.1 2026741 MBA2742690.1 2900548 MBA2782760.1 2740537 MBA2871619.1 575178 MBA2976850.1 2577535 MBA3031770.1 1898103 MBA3038663.1 1913961 MBA3289554.1 2080302 MBA3364572.1 2900548 MBA3472522.1 2036010 MBA3497606.1 2448054 MBA3536477.1 2740535 MBA3609961.1 2036010 MBA3614174.1 2358460 MBA3725210.1 2033014 MBA3914538.1 2282142 MBA4060735.1 2068623 MBA4269667.1 409 MBA4289549.1 306 MBA4724863.1 306 MBA4725232.1 306 MBA4821766.1 553 MBA4865741.1 2758039 MBA5724799.1 2039164 MBA6133850.1 2666183 MBA6149222.1 2666183 MBA6327347.1 2759824 MBA6378989.1 2759840 MBA6386596.1 2759845 MBA6401097.1 2759842 MBA6405712.1 2759846 MBA7856964.1 2742669 MBA7859840.1 1134687 MBA8049246.1 546 MBA8052665.1 1134687 MBA8666914.1 2759495 MBA8802464.1 661491 MBA8825617.1 1000566 MBA8905337.1 150723 MBA8917126.1 293388 MBA9019363.1 150723 MBA9028579.1 1501239 MBB1053783.1 1630633 MBB1324177.1 2760932 MBB1324469.1 2760932 MBB1605587.1 1862324 MBB1616860.1 1862323 MBB1617377.1 1862317 MBB1637609.1 1862318 MBB1642633.1 1862316 MBB1654724.1 9606 MBB1664612.1 9606 MBB1667778.1 9606 MBB1728438.1 9606 MBB1804587.1 9606 MBB1809438.1 9606 MBB1821768.1 9606 MBB2072367.1 9606 MBB2134936.1 9606 MBB2160259.1 92759 MBB2169262.1 1286186 MBB2902420.1 131568 MBB2925275.1 43670 MBB2934506.1 941986 MBB2977372.1 92647 MBB3008158.1 942866 MBB3014394.1 942866 MBB3037863.1 616997 MBB3050407.1 1470180 MBB3078130.1 67380 MBB3097508.1 113559 MBB3137948.1 574561 MBB3267926.1 2587012 MBB3283531.1 2587122 MBB3293507.1 2587123 MBB3295571.1 2587123 MBB3362724.1 2587124 MBB3364787.1 2587124 MBB3677394.1 429133 MBB3708462.1 83263 MBB3733764.1 65515 MBB3870244.1 1223503 MBB4078821.1 1835722 MBB4208951.1 1188254 MBB4210547.1 1188247 MBB4216626.1 2587074 MBB4223363.1 1775474 MBB4243944.1 398 MBB4248529.1 1066 MBB4282744.1 362 MBB4318653.1 362 MBB4323922.1 362 MBB4336440.1 362 MBB4616026.1 237611 MBB4713667.1 68233 MBB4747289.1 113568 MBB4753895.1 113568 MBB4856459.1 1774 MBB4862510.1 915472 MBB4883033.1 384602 MBB4917878.1 1706840 MBB5045366.1 87461 MBB5197524.1 433286 MBB5362907.1 662880 MBB5374379.1 1303579 MBB5403577.1 2782701 MBB5416429.1 2654982 MBB5426414.1 2654982 MBB5466346.1 2723093 MBB5575178.1 1650438 MBB5594984.1 398 MBB5636678.1 188932 MBB5637886.1 188932 MBB5727120.1 869719 MBB5765460.1 29427 MBB5874570.1 643052 MBB5960454.1 1051531 MBB6014395.1 89772 MBB6134896.1 373040 MBB6242718.1 2723086 MBB6270358.1 188932 MBB6355315.1 83264 MBB6399555.1 46159 MBB6433666.1 67283 MBB6494284.1 398 MBB6566314.1 60450 MBB7170543.1 562 MBB7523286.1 562 MBB7843026.1 562 MBB8005642.1 562 MBB8039856.1 562 MBC1420731.1 1640 MBC1423773.1 1640 MBC1428338.1 1640 MBC1444660.1 1640 MBC1470491.1 1640 MBC1890334.1 1552123 MBC2107608.1 1642 MBC2112380.1 1642 MBC2124677.1 1642 MBC2305740.1 1552123 MBC2353926.1 1643 MBC2457301.1 1520 MBC2474357.1 1520 MBC2695466.1 2049433 MBC2704089.1 2593537 MBC2719779.1 2049433 MBC2854398.1 2759680 MBC2902389.1 2759956 MBC3345032.1 2745502 MBC3795920.1 132932 MBC3886869.1 52693 MBC3994568.1 582 MBC4991753.1 573 MBC5585032.1 2763043 MBC5746297.1 2763041 MBC5747337.1 2763041 MBC5824559.1 2052317 MBC6157295.1 1643 MBC6433652.1 2593659 MBC6481257.1 2653677 MBC6911862.1 1598 MBC6987703.1 1904459 MBC7097666.1 2306012 MBC7140825.1 1904441 MBC7309192.1 1917966 MBC7326981.1 1869227 MBC7406653.1 2053589 MBC7426139.1 2044936 MBC7494677.1 239 MBC7569412.1 1899569 MBC7757407.1 1411316 MBC7879491.1 2073117 MBC7935646.1 1940288 MBC7977454.1 2026763 MBC8149950.1 1898104 MBC8192126.1 2599937 MBC8203931.1 2599937 MBC8266069.1 2021391 MBC8287102.1 2026769 MBC8378821.1 2026780 MBC8384723.1 2030808 MBC8541103.1 2763657 MBC8574794.1 2763671 MBC8584899.1 2763678 MBC8986602.1 2767996 MBC9216850.1 562 MBC9954836.1 2770547 MBC99785.1 2026728 MBD0171588.1 470 MBD0400310.1 2770592 MBD0455675.1 470 MBD0698784.1 244366 MBD0750750.1 244366 MBD0875028.1 573 MBD0879604.1 573 MBD0885730.1 573 MBD1815385.1 2692829 MBD1909711.1 2692814 MBD1933857.1 2692874 MBD1997902.1 2692810 MBD20513.1 1898112 MBD2155977.1 2692800 MBD2174824.1 2692880 MBD2203185.1 2692780 MBD2210269.1 2692905 MBD2210658.1 2692905 MBD2218785.1 2692778 MBD2242948.1 2692842 MBD2243374.1 2692842 MBD2266585.1 1086822 MBD2276177.1 103690 MBD2286822.1 2692878 MBD2288501.1 2692901 MBD2335391.1 2692779 MBD2385817.1 2692794 MBD2387583.1 2692794 MBD2424669.1 2692848 MBD2458473.1 2692841 MBD2479556.1 2692772 MBD2559798.1 2692906 MBD2565889.1 2692906 MBD2590641.1 2692817 MBD2645238.1 2692915 MBD3373279.1 2250272 MBD3418876.1 2663014 MBD3627516.1 1966343 MBD3641221.1 50741 MBD3702988.1 573 MBD3769330.1 1948890 MBD3818957.1 293 MBD3860774.1 2772252 MBD3884873.1 2692911 MBD5086961.1 1898207 MBD5153813.1 1945593 MBD5168133.1 218 MBD5174823.1 2030927 MBD5219000.1 2030927 MBD5306941.1 29523 MBD5361948.1 29523 MBD5394228.1 1898203 MBD5426059.1 166 MBD5437993.1 166 MBD5551606.1 1898203 MBD5558909.1 2044939 MBD5563218.1 1491 MBD5568189.1 1491 MBD5571919.1 1491 MBD5575679.1 1491 MBD5657753.1 2052317 MBD58399.1 53249 MBD7376324.1 573 MBD7569539.1 573 MBD7920512.1 2762244 MBD7977103.1 2763075 MBD7990178.1 2762228 MBD8500734.1 2774142 MBD8528743.1 2775276 MBD8588529.1 1478 MBD8672347.1 2775300 MBD8875045.1 2571221 MBD8893743.1 2803841 MBD8915742.1 2014367 MBD8931956.1 41978 MBD8956520.1 150055 MBD8963934.1 1869227 MBD9057797.1 59823 MBD9190508.1 100886 MBD9393596.1 2769311 MBD9427252.1 2769303 MBD9437817.1 2769284 MBD9469645.1 2769295 MBD9490144.1 2769291 MBD9532752.1 2769280 MBD9665796.1 2769259 MBD9700330.1 2775421 MBE0362647.1 1315306 MBE0391568.1 1897058 MBE0398852.1 2487701 MBE0479857.1 2026734 MBE0500203.1 2099678 MBE0512446.1 2026714 MBE0577924.1 1871048 MBE0607625.1 2026735 MBE0660081.1 2212468 MBE0669914.1 2073117 MBE1236758.1 1220600 MBE1289959.1 1904441 MBE1296527.1 1904441 MBE1441206.1 2663821 MBE1501504.1 218822 MBE1549930.1 2663822 MBE2253919.1 1929279 MBE2983936.1 1032243 MBE2994474.1 1032243 MBE3028782.1 1032243 MBE3049203.1 2026714 MBE3116889.1 2026714 MBE3121179.1 1906666 MBE3138022.1 1906666 MBE3141643.1 1906666 MBE3205023.1 683308 MBE35268.1 2006848 MBE3595273.1 2163959 MBE3607671.1 1032243 MBE3671043.1 29495 MBE42757.1 2026724 MBE4386870.1 670 MBE4717433.1 2138309 MBE5033676.1 2779358 MBE56502.1 1978231 MBE5709430.1 1945593 MBE5737882.1 1898207 MBE5853476.1 1898203 MBE6139600.1 1879010 MBE6142085.1 2049044 MBE6211131.1 2049048 MBE6257848.1 59823 MBE6306819.1 2030927 MBE6344311.1 1898206 MBE6348968.1 1898206 MBE6455882.1 1913988 MBE6457252.1 1913988 MBE6491651.1 66852 MBE6649515.1 2485925 MBE6688122.1 2485925 MBE6702431.1 2485925 MBE6713534.1 2485925 MBE6787267.1 2485925 MBE6812365.1 2485925 MBE6835980.1 2485925 MBE6889650.1 2485925 MBE6890073.1 2485925 MBE6900854.1 2485925 MBE7001547.1 2485925 MBE7145330.1 2026186 MBE7174334.1 1872085 MBE7218062.1 78 MBE72348.1 1912094 MBE7370368.1 322601 MBE7487601.1 1869227 MBE7554905.1 2073117 MBE8222136.1 2053517 MBE8398245.1 338217 MBE8575032.1 2778641 MBE8596421.1 2782014 MBE8722425.1 2082722 MBE8993377.1 1401878 MBE9018034.1 1828829 MBE9467362.1 1898104 MBE9483558.1 1898104 MBE9640947.1 2865933 MBE9665499.1 768480 MBE9917804.1 414771 MBE9939965.1 1710 MBF0107908.1 2026759 MBF0143407.1 2026759 MBF0221393.1 2053307 MBF0233644.1 2006184 MBF0248932.1 1913988 MBF0251588.1 1913988 MBF0266635.1 1913989 MBF0278962.1 2024889 MBF0338013.1 2026887 MBF0357294.1 2026759 MBF0362390.1 2599941 MBF0570872.1 2035772 MBF06337.1 2026724 MBF0643104.1 380021 MBF0729040.1 85831 MBF0834614.1 85831 MBF0865514.1 2724928 MBF0866792.1 2724929 MBF0873332.1 2724930 MBF0882467.1 2724927 MBF0947533.1 1872650 MBF0987109.1 1898207 MBF1128433.1 218538 MBF11761.1 1871037 MBF1224416.1 729 MBF1231925.1 139208 MBF1341533.1 114527 MBF1354756.1 114527 MBF1358358.1 114527 MBF1369421.1 2049046 MBF1375496.1 1924944 MBF1384287.1 596085 MBF1385697.1 596085 MBF1462040.1 60133 MBF1583063.1 59823 MBF1598778.1 59823 MBF2027262.1 2811131 MBF2036494.1 2747813 MBF2073911.1 2774344 MBF22348.1 3040095 MBF2709326.1 2023265 MBF2759673.1 1725326 MBF2983383.1 287 MBF2996228.1 287 MBF3124059.1 287 MBF3143032.1 287 MBF3543544.1 28450 MBF3605662.1 28450 MBF3913226.1 28450 MBF4132714.1 1886 MBF4490844.1 2785026 MBF4586158.1 2783819 MBF4604229.1 2783818 MBF5263464.1 562 MBF5336005.1 562 MBF6032874.1 2730425 MBF6354258.1 228599 MBF6594441.1 2614257 MBF6603381.1 1902408 MBF6636717.1 1646373 MBF6642209.1 2718534 MBF66593.1 1913989 MBF6986135.1 2782182 MBF7054546.1 2783858 MBF7068745.1 1031542 MBF8281865.1 2073117 MBF8294570.1 1898104 MBF8300261.1 1978231 MBF8436614.1 2778430 MBF8455131.1 584 MBF8468564.1 571 MBF8675046.1 47880 MBF8696394.1 47880 MBF8724001.1 1288410 MBF8912777.1 562 MBF8983114.1 2789328 MBF9019222.1 2792615 MBF9021667.1 2792614 MBF9025313.1 2792618 MBF9027653.1 2792616 MBF9039534.1 2792625 MBF9054300.1 2792626 MBF9056587.1 2792617 MBF9270782.1 158836 MBF9317858.1 1774 MBG0739810.1 2935737 MBG0748119.1 2789715 MBG0749417.1 1150613 MBG0753661.1 1150613 MBG1950044.1 573 MBG1956257.1 573 MBG2341037.1 573 MBG2708454.1 571 MBG3049692.1 584 MBG3130914.1 584 MBG3876116.1 32016 MBG3975162.1 287 MBG4284514.1 287 MBG4742902.1 287 MBG4760275.1 287 MBG5706744.1 287 MBG5741623.1 287 MBG6020593.1 584 MBG6027521.1 584 MBG6048375.1 584 MBG6071015.1 2787732 MBG6112675.1 2787731 MBG6121097.1 1190508 MBG6268407.1 287 MBG6287041.1 46680 MBG6436126.1 287 MBG6814041.1 287 MBG7162510.1 287 MBG83645.1 2026778 MBG8553658.1 2793065 MBG8612140.1 487 MBG8662276.1 487 MBG8703243.1 487 MBG8722734.1 487 MBG91959.1 2026724 MBG9275404.1 1806053 MBG9290077.1 1720349 MBG9445742.1 1399 MBG9657198.1 1399 MBH0176532.1 70125 MBH0180643.1 70125 MBH0185433.1 70125 MBH0188042.1 70125 MBH0193692.1 70125 MBH1618399.1 40324 MBH1832495.1 40324 MBH2016034.1 1891238 MBH2749820.1 615 MBH2838984.1 615 MBH2908027.1 615 MBH2968734.1 615 MBH3007313.1 300181 MBH3116239.1 300181 MBH3331854.1 47885 MBH3433828.1 53408 MBH3468902.1 303 MBH39527.1 2026724 MBH5329991.1 2766967 MBH5390381.1 2755406 MBH8634352.1 287 MBH9208453.1 287 MBH9536857.1 2794021 MBH9538551.1 2794021 MBI0103662.1 2750990 MBI0330635.1 41899 MBI0841908.1 562 MBI1189702.1 2017440 MBI1210064.1 1913988 MBI1328179.1 1913988 MBI1382466.1 2026779 MBI1386726.1 1909294 MBI1418116.1 2211665 MBI1424129.1 1913989 MBI1645537.1 2795027 MBI1691657.1 2478916 MBI1736306.1 2053607 MBI1797961.1 2212470 MBI1874593.1 1978231 MBI1884116.1 2081524 MBI1992098.1 2035772 MBI2083107.1 2026735 MBI2114665.1 2072417 MBI2147080.1 2026803 MBI2152769.1 2053607 MBI2153585.1 2053607 MBI2164039.1 2072417 MBI2200351.1 2033014 MBI2416798.1 2049428 MBI2506024.1 2053570 MBI2528438.1 2053607 MBI2554179.1 2053607 MBI2555571.1 2053607 MBI2621122.1 2052151 MBI2651826.1 2026803 MBI2666778.1 2026803 MBI2682423.1 2282142 MBI2691306.1 1909295 MBI2925684.1 2026799 MBI3058450.1 2026735 MBI3118824.1 2030809 MBI3145102.1 1913980 MBI3214161.1 1785 MBI3267291.1 2081524 MBI3290135.1 2093373 MBI3448467.1 1978231 MBI3461834.1 2026780 MBI3617399.1 2035772 MBI3668312.1 1978231 MBI3778926.1 1913989 MBI3868575.1 2026799 MBI3947524.1 2033014 MBI3948044.1 2033014 MBI41622.1 2026757 MBI4300015.1 2026724 MBI4382429.1 2026769 MBI4448201.1 2026803 MBI4599533.1 2053634 MBI4606629.1 2026780 MBI4678329.1 2030800 MBI4773680.1 2026735 MBI4806480.1 885 MBI4875790.1 1978231 MBI4878028.1 1978231 MBI4905271.1 1978231 MBI4958570.1 885 MBI4966856.1 2026786 MBI4968558.1 2026786 MBI5003436.1 2026803 MBI5007102.1 2026761 MBI5098096.1 2026887 MBI5162857.1 31872 MBI5212085.1 2026887 MBI5294613.1 2026724 MBI5333464.1 1891238 MBI5405531.1 2030810 MBI5413544.1 2030811 MBI5438416.1 2026761 MBI5477481.1 2026735 MBI5677341.1 2026780 MBI5683150.1 2026735 MBI5796962.1 2026780 MBI5799565.1 2026799 MBI5809191.1 2049428 MBI5835246.1 2033014 MBI5966481.1 2026735 MBI6149093.1 615 MBI6371005.1 584 MBI6616582.1 321846 MBI6707569.1 317 MBI6809448.1 317 MBI6973372.1 287 MBI9015564.1 1898207 MBI9043002.1 2024896 MBJ08097.1 2026739 MBJ14675.1 2026739 MBJ1794785.1 487 MBJ2066282.1 618 MBJ2106471.1 300181 MBJ2247380.1 2600065 MBJ2272190.1 2600065 MBJ3593721.1 90105 MBJ4904885.1 399587 MBJ4905015.1 399587 MBJ6482727.1 158836 MBJ6738874.1 197 MBJ7265026.1 2030806 MBJ7287465.1 1872085 MBJ7292067.1 2497619 MBJ7324646.1 1831 MBJ7476855.1 1831 MBJ7506254.1 2518620 MBJ7522901.1 2794338 MBJ7531026.1 35761 MBJ7945774.1 2794592 MBJ8052424.1 1396 MBJ8081877.1 2794587 MBJ8453723.1 106648 MBJ8458101.1 106648 MBJ9046752.1 57706 MBJ9269203.1 546 MBJ9664319.1 28095 MBJ9679968.1 28095 MBJ9715847.1 28095 MBJ9738089.1 1148157 MBJ9849823.1 546 MBJ9916543.1 95486 MBJ9940918.1 87883 MBJ9955137.1 470 MBJ9999758.1 2769338 MBK0059193.1 2767450 MBK0846266.1 941322 MBK1450169.1 244366 MBK1495049.1 287 MBK1641914.1 61644 MBK1653151.1 1049 MBK1842133.1 2800326 MBK1895407.1 2800328 MBK2267619.1 28110 MBK2279282.1 28110 MBK2289114.1 28110 MBK2290832.1 28110 MBK2296600.1 28110 MBK2341067.1 28110 MBK2380686.1 573 MBK2817416.1 573 MBK3402589.1 29427 MBK3403062.1 29427 MBK3409648.1 2738439 MBK3423157.1 2738439 MBK3450136.1 2600065 MBK3461717.1 2600065 MBK3546318.1 2800409 MBK3574312.1 1488395 MBK3595579.1 2800408 MBK3719072.1 29378 MBK3734522.1 192 MBK3737236.1 192 MBK3749973.1 74829 MBK3785563.1 1324617 MBK3828169.1 74829 MBK3837383.1 1324617 MBK3840172.1 1324617 MBK3857854.1 74829 MBK3879321.1 316 MBK3916096.1 2968969 MBK3919302.1 2968969 MBK4162624.1 38290 MBK4335994.1 158836 MBK5024077.1 2762567 MBK5033407.1 2762569 MBK5104727.1 1891238 MBK5261536.1 1904861 MBK5571697.1 2795385 MBK5934127.1 365340 MBK5947560.1 1185920 MBK6016805.1 1488384 MBK6211740.1 573 MBK6276192.1 2026790 MBK6277277.1 1913989 MBK6290503.1 2053306 MBK6342078.1 2021391 MBK6411085.1 2021391 MBK6419025.1 2053306 MBK6509184.1 1932666 MBK6580699.1 2510337 MBK6594401.1 1891238 MBK6659833.1 1977087 MBK6724754.1 1978231 MBK6751737.1 1978231 MBK6756051.1 2021391 MBK6760291.1 2053306 MBK6770753.1 2053306 MBK6833697.1 1898104 MBK6870374.1 2487580 MBK6893510.1 2021391 MBK6983032.1 1891241 MBK7076265.1 2026763 MBK7087525.1 1869212 MBK7140969.1 1869227 MBK7185247.1 2053306 MBK7190470.1 1869227 MBK7191425.1 2026763 MBK7248774.1 2021391 MBK7288065.1 2021391 MBK7384228.1 2021391 MBK7412786.1 2053306 MBK7503626.1 1898104 MBK7529683.1 1903157 MBK7557264.1 1869212 MBK7636756.1 2202734 MBK7750076.1 2711154 MBK7761530.1 2026735 MBK7764469.1 1898104 MBK7771335.1 1869227 MBK7823216.1 1971211 MBK7837454.1 2711154 MBK7906023.1 2026742 MBK7937165.1 2760807 MBK8012537.1 2026735 MBK8070034.1 2052182 MBK8100495.1 2026780 MBK8142594.1 1869212 MBK8168045.1 1869227 MBK8326393.1 1889775 MBK8382708.1 2053306 MBK8423602.1 2030800 MBK8449583.1 2202734 MBK8529220.1 50259 MBK8637870.1 2049432 MBK8687530.1 1891241 MBK8752367.1 2053538 MBK8805244.1 2030927 MBK8904706.1 3140689 MBK8955603.1 2202734 MBK8986217.1 3140690 MBK8990249.1 1913989 MBK9009608.1 1874826 MBK9059381.1 2021391 MBK9065949.1 2026742 MBK9137892.1 2026799 MBK9183427.1 2053306 MBK9204956.1 2711154 MBK9228460.1 2053306 MBK9356005.1 2030927 MBK9391165.1 1898104 MBK9599298.1 2021391 MBK9653437.1 1898104 MBK9772593.1 2711154 MBK9974619.1 2026780 MBL0081532.1 2202734 MBL0087235.1 1929293 MBL0091585.1 1903157 MBL0183169.1 1869212 MBL02020.1 1978231 MBL0255244.1 1869212 MBL0273084.1 1869212 MBL0280791.1 1898104 MBL0422282.1 2801330 MBL04873.1 2026780 MBL0513879.1 651 MBL0704792.1 2801916 MBL0720829.1 2801332 MBL0775410.1 1134687 MBL0848796.1 2020335 MBL0929646.1 1913988 MBL0967454.1 1909299 MBL1120007.1 2898945 MBL1147659.1 1977087 MBL1150364.1 2033014 MBL1229446.1 2787713 MBL1272346.1 1914300 MBL1320270.1 2024840 MBL1376261.1 2803811 MBL1405656.1 1909294 MBL1416365.1 78556 MBL1417270.1 78556 MBL14507.1 1913989 MBL1549335.1 573 MBL1575440.1 573 MBL1801844.1 573 MBL1816365.1 573 MBL3520417.1 1355374 MBL3523569.1 82996 MBL3523921.1 82996 MBL3546378.1 2800705 MBL3595418.1 35806 MBL3823202.1 2799283 MBL3892467.1 2799284 MBL3963679.1 2759149 MBL4542294.1 1904441 MBL4581517.1 1913989 MBL4661703.1 2024895 MBL4706561.1 2021391 MBL4744408.1 2024830 MBL4798178.1 2024846 MBL4825303.1 2024889 MBL4853947.1 2030823 MBL4910304.1 1916082 MBL4928040.1 2803939 MBL6449802.1 2494733 MBL6607133.1 1871037 MBL6625757.1 1913988 MBL6635315.1 2497619 MBL6706528.1 2026779 MBL6710595.1 2026780 MBL6727407.1 2030816 MBL6756473.1 2026780 MBL6807531.1 1891229 MBL6847974.1 1913988 MBL68646.1 2026801 MBL6909383.1 2715253 MBL7019480.1 2358456 MBL7026051.1 2026760 MBL7151874.1 2035772 MBL7183650.1 2052143 MBL7239943.1 215221 MBL7249645.1 1177169 MBL7565186.1 33028 MBL7571777.1 33028 MBL7637906.1 565 MBL7689759.1 2026715 MBL7705960.1 1869185 MBL7722360.1 1869212 MBL7732834.1 1869212 MBL7752135.1 1869212 MBL7763785.1 1869212 MBL7790458.1 2448779 MBL7795363.1 2202734 MBL7809501.1 2202734 MBL7855430.1 2099675 MBL7906248.1 2030927 MBL8001378.1 2021391 MBL8041865.1 70125 MBL8103469.1 2073117 MBL8169415.1 1978231 MBL8638832.1 1913988 MBL8757583.1 2026778 MBL8770704.1 1871053 MBL8777518.1 2201156 MBL8820230.1 37635 MBL8834799.1 1913988 MBL9113742.1 2026800 MBL9135845.1 2026801 MBM0631936.1 1406 MBM0668847.1 573 MBM0711093.1 573 MBM1205270.1 296 MBM2614132.1 2810368 MBM2811997.1 2026724 MBM2847322.1 2073117 MBM3160744.1 1898104 MBM3210814.1 2026781 MBM3211208.1 2026781 MBM3222384.1 2528274 MBM3258402.1 2961651 MBM3303016.1 2026735 MBM3322720.1 2052148 MBM3366565.1 1891241 MBM3499926.1 2033014 MBM3534697.1 1913988 MBM3701396.1 2900548 MBM3767188.1 1978231 MBM3780037.1 2080302 MBM3921745.1 1978525 MBM3933481.1 2030829 MBM3947147.1 2030829 MBM3990268.1 2026780 MBM3993664.1 2026780 MBM4010536.1 2026780 MBM4059513.1 2026780 MBM4075151.1 2026780 MBM4091591.1 2026780 MBM4261824.1 2026735 MBM4292280.1 2026735 MBM4299381.1 2026735 MBM4374951.1 2026735 MBM4386043.1 2026735 MBM4836391.1 670 MBM5643660.1 28450 MBM5817467.1 2775555 MBM6667216.1 84030 MBM6689084.1 626935 MBM6691367.1 850 MBM6779883.1 626935 MBM6813005.1 1598 MBM6899394.1 745368 MBM6915261.1 745368 MBM6922656.1 474960 MBM6962313.1 310297 MBM7125960.1 1920170 MBM7405540.1 2485112 MBM7454085.1 264637 MBM7491988.1 709860 MBM7494038.1 709860 MBM7561549.1 1008308 MBM7586069.1 992288 MBM7642213.1 1349415 MBM7652187.1 1740721 MBM7704898.1 2291674 MBM7794256.1 43665 MBM7832661.1 33878 MBN0056136.1 287 MBN1050098.1 1491 MBN1133474.1 1945595 MBN1157556.1 2026803 MBN1187923.1 2030927 MBN1246547.1 2052143 MBN1266236.1 2073117 MBN1275370.1 2026803 MBN1491997.1 2026778 MBN1558293.1 1932692 MBN1566249.1 1978231 MBN1756127.1 1869227 MBN1762539.1 2268195 MBN1793755.1 2035772 MBN1799017.1 2026792 MBN1819552.1 2053594 MBN1854849.1 2715253 MBN1882318.1 2844909 MBN1977789.1 2052143 MBN2020480.1 2813034 MBN2027958.1 2900548 MBN2090897.1 2172550 MBN2132609.1 2813034 MBN2192743.1 2268199 MBN2220243.1 2053567 MBN2341313.1 2026735 MBN2371430.1 2793154 MBN2399180.1 2052149 MBN2408678.1 2052149 MBN2427654.1 2026735 MBN2660390.1 2785930 MBN2666786.1 2030927 MBN2673389.1 2026735 MBN2689333.1 1913989 MBN2697970.1 2030927 MBN2762177.1 2030927 MBN2772623.1 2053594 MBN2775557.1 2053594 MBN2975132.1 2813360 MBN2985174.1 2813360 MBN3136807.1 2108399 MBN3324024.1 7917 MBN3525830.1 46240 MBN3547791.1 182136 MBN3744368.1 2703898 MBN3747249.1 2703898 MBN3769952.1 2703899 MBN3810945.1 2703892 MBN3812683.1 2703892 MBN3879913.1 2815394 MBN3894421.1 2815407 MBN4095588.1 2813779 MBN4200190.1 9606 MBN4261164.1 9606 MBN4277266.1 9606 MBN4303450.1 9606 MBN4326111.1 9606 MBN4358138.1 9606 MBN4382193.1 9606 MBN4384494.1 9606 MBN4415556.1 9606 MBN4454871.1 9606 MBN4480386.1 9606 MBN4565292.1 9606 MBN4647899.1 9606 MBN4913218.1 2767490 MBN6104449.1 2810351 MBN6136706.1 615 MBN7757986.1 889300 MBN7762449.1 204799 MBN7773005.1 33953 MBN8140251.1 672 MBN8149522.1 672 MBN8458701.1 2026799 MBN8497621.1 2053492 MBN8536342.1 2026735 MBN8606766.1 2282150 MBN8667756.1 2448779 MBN8715319.1 2006849 MBN8831519.1 1978525 MBN8894000.1 1883446 MBN8912970.1 1909294 MBN8919778.1 1909294 MBN9117024.1 1883445 MBN9156428.1 51671 MBN9169301.1 51671 MBN9324306.1 80866 MBN9383861.1 1869212 MBN9390566.1 2026724 MBN9534694.1 1913988 MBN9560624.1 1913988 MBN9590754.1 1913988 MBN9625832.1 1872122 MBN9629828.1 2900548 MBO0126447.1 2815338 MBO0332073.1 2816034 MBO0602563.1 2789293 MBO0657491.1 2816232 MBO0691049.1 2052315 MBO0734013.1 2004513 MBO0762768.1 2052315 MBO0787136.1 2900548 MBO0930408.1 2817059 MBO0996561.1 2781732 MBO1029906.1 2782008 MBO1089156.1 1354 MBO1198552.1 308354 MBO1200650.1 308354 MBO1202958.1 308354 MBO1210543.1 308354 MBO1229024.1 308354 MBO1329471.1 1502841 MBO1518138.1 2818389 MBO1529847.1 2818440 MBO1682517.1 29347 MBO1741208.1 2815212 MBO1859096.1 95486 MBO1963018.1 110321 MBO2209509.1 2819731 MBO2225224.1 2819732 MBO2546650.1 38313 MBO2551226.1 38313 MBO2555489.1 38313 MBO3664631.1 2820289 MBO3677352.1 2820288 MBO3713725.1 2053492 MBO3780764.1 287 MBO4107618.1 1307 MBO4168293.1 43057 MBO4223035.1 1497615 MBO4309439.1 1898203 MBO4463451.1 59823 MBO4463486.1 59823 MBO4522510.1 2052684 MBO4748034.1 1898207 MBO4823235.1 2044939 MBO4855552.1 2026720 MBO4859232.1 166 MBO4925134.1 2044939 MBO5037501.1 2044939 MBO5098538.1 2044939 MBO5118622.1 2058474 MBO5162475.1 1898203 MBO5205168.1 59823 MBO5287652.1 2044939 MBO5336885.1 1898203 MBO5360769.1 2044939 MBO5367644.1 2058474 MBO5432158.1 2058474 MBO5433620.1 2044939 MBO5545990.1 2030927 MBO5601840.1 59823 MBO5696496.1 1913988 MBO5721020.1 2030927 MBO5857838.1 2044939 MBO5874131.1 2049048 MBO5878101.1 1872444 MBO5908692.1 2044939 MBO5932171.1 2212467 MBO5946342.1 2044939 MBO5962796.1 1872444 MBO6057326.1 2030927 MBO6078463.1 2212467 MBO6087363.1 1869227 MBO6153462.1 2044939 MBO6554759.1 1915402 MBO6577951.1 1912094 MBO6613941.1 1915402 MBO6673370.1 1915402 MBO6754609.1 2024860 MBO6817253.1 1912094 MBO6826978.1 1964365 MBO6858759.1 1936156 MBO68682.1 2024893 MBO6890005.1 1912094 MBO6927828.1 1915402 MBO6953803.1 1913961 MBO7120934.1 1903720 MBO7137251.1 2212467 MBO7265633.1 1872444 MBO7366298.1 2030927 MBO7492856.1 2030927 MBO7559822.1 1913988 MBO7597869.1 2030927 MBO7602558.1 2212467 MBO7633581.1 1898203 MBO7690464.1 2044939 MBO7707210.1 2691551 MBO7728038.1 2485925 MBO7734838.1 66852 MBO7740928.1 2212475 MBO7941816.1 486010 MBO8159537.1 2740820 MBO8166298.1 1955248 MBO8194442.1 1434886 MBO8197404.1 1387713 MBO8233644.1 2716489 MBO8233918.1 2716489 MBO8466917.1 2840764 MBO8485404.1 2840759 MBO9131182.1 1529117 MBO9235972.1 562 MBO9310472.1 2026724 MBO9347542.1 1904827 MBO9514898.1 1871043 MBO9629596.1 1870904 MBO9855183.1 2821275 MBO9999515.1 2821504 MBP0443737.1 2820812 MBP0443970.1 2820812 MBP0444593.1 2820812 MBP0583364.1 2821355 MBP0955672.1 2485925 MBP1157338.1 2806590 MBP1171924.1 2806596 MBP1312051.1 2806565 MBP1327478.1 662960 MBP1495661.1 106654 MBP1530348.1 2049044 MBP1550239.1 2485925 MBP1602824.1 1978231 MBP1672140.1 1898104 MBP1746912.1 2026735 MBP1762081.1 1879010 MBP1765367.1 1879010 MBP1876254.1 106592 MBP1926209.1 913099 MBP2097487.1 762845 MBP2196664.1 55209 MBP2236311.1 76747 MBP2329018.1 1365924 MBP2355331.1 416017 MBP2367872.1 570936 MBP2400388.1 37930 MBP2411440.1 272161 MBP2438305.1 2817853 MBP2496242.1 2817858 MBP2503886.1 2817859 MBP3258987.1 1903720 MBP3287665.1 2498093 MBP3290446.1 1872444 MBP33715.1 409 MBP3421135.1 1898203 MBP3425637.1 2049048 MBP3443627.1 2682607 MBP3450714.1 1898206 MBP3509218.1 1945593 MBP3518143.1 1869337 MBP3534615.1 2498093 MBP3623608.1 2485925 MBP3694442.1 2691551 MBP5112541.1 380021 MBP5405476.1 2044939 MBP5531704.1 2053569 MBP5538497.1 2030927 MBP5665134.1 2044939 MBP5709003.1 2030927 MBP5726154.1 2044939 MBP6015992.1 2664178 MBP6049275.1 2448779 MBP6132529.1 1905334 MBP6154218.1 2448779 MBP6311895.1 2021391 MBP6361937.1 1874826 MBP6375542.1 2818473 MBP6400846.1 1971605 MBP6505074.1 50421 MBP6509577.1 2447898 MBP6544771.1 1903157 MBP6554084.1 1874826 MBP6728875.1 2497627 MBP6785762.1 2026801 MBP6786080.1 2664178 MBP6854588.1 50421 MBP6873711.1 2044939 MBP6972346.1 2699756 MBP7023394.1 2030927 MBP7048720.1 1905334 MBP7061284.1 2052139 MBP7069195.1 90426 MBP7096418.1 2053615 MBP7130798.1 29523 MBP7140479.1 2006848 MBP7222158.1 1960295 MBP7379455.1 1965233 MBP7634095.1 2818468 MBP7680479.1 2026735 MBP7746105.1 2026778 MBP7794228.1 2819258 MBP7829117.1 2212473 MBP7948257.1 2026801 MBP7989505.1 2719315 MBP8039875.1 1948889 MBP8049567.1 1955243 MBP8065371.1 1948889 MBP8196496.1 2026735 MBP8225438.1 1872122 MBP8298997.1 2026780 MBP8613265.1 3085339 MBP8643674.1 2030927 MBP8718427.1 2053509 MBP8741618.1 1871049 MBP8762091.1 2485925 MBP8846809.1 1869337 MBP8906432.1 1965233 MBP8960789.1 2052139 MBP9134320.1 2202734 MBP9134796.1 2202734 MBP9569323.1 1948889 MBP9706914.1 2687297 MBP9713953.1 2819261 MBP9767803.1 29523 MBP9771519.1 2053589 MBP9926316.1 2099675 MBP9930688.1 50421 MBQ0033687.1 3083061 MBQ0048698.1 3083128 MBQ0056002.1 3083093 MBQ0119857.1 3083136 MBQ0269197.1 2027290 MBQ0300584.1 1812935 MBQ0330360.1 587 MBQ0521891.1 584 MBQ0535177.1 2027290 MBQ0589976.1 2027290 MBQ0687276.1 587 MBQ1183295.1 2044939 MBQ1196899.1 2044939 MBQ1231415.1 2044939 MBQ1271561.1 2044939 MBQ1306452.1 2478483 MBQ1311177.1 1955243 MBQ1322728.1 2049044 MBQ1404818.1 2485925 MBQ1405588.1 2485925 MBQ1479867.1 28214 MBQ1540263.1 2026720 MBQ1563144.1 78 MBQ1564907.1 2044939 MBQ1583517.1 2498093 MBQ1653514.1 2030927 MBQ1740279.1 2049044 MBQ1746349.1 2498093 MBQ1765196.1 1872589 MBQ1771956.1 2044939 MBQ1823017.1 1898203 MBQ1868746.1 2053611 MBQ1897904.1 41978 MBQ1911031.1 2049044 MBQ1990346.1 2049048 MBQ2017527.1 1913988 MBQ2078067.1 2049044 MBQ2085260.1 2485925 MBQ2193282.1 59823 MBQ2198584.1 2030927 MBQ2317532.1 1898203 MBQ2326755.1 2044939 MBQ2344446.1 59823 MBQ2346567.1 2212473 MBQ2432233.1 2052179 MBQ2444858.1 2485925 MBQ2465495.1 166 MBQ2559410.1 35828 MBQ2587741.1 59823 MBQ2640849.1 1898203 MBQ2688679.1 2060878 MBQ2719788.1 2044939 MBQ2777352.1 2052179 MBQ2810184.1 2044939 MBQ2865526.1 2044939 MBQ2895174.1 2485925 MBQ2990925.1 2044939 MBQ3049129.1 2485925 MBQ3104376.1 1898203 MBQ3129991.1 2212467 MBQ3156222.1 2044939 MBQ3226584.1 2044939 MBQ3321785.1 1879010 MBQ3380675.1 2485925 MBQ3420014.1 2049044 MBQ3459675.1 2060878 MBQ3470868.1 2044939 MBQ3498542.1 2044939 MBQ3554477.1 2044939 MBQ3573680.1 2044939 MBQ3724833.1 2485925 MBQ3726282.1 2652289 MBQ3742794.1 2030927 MBQ3864274.1 2044939 MBQ3867797.1 2044939 MBQ3906581.1 1898203 MBQ3958696.1 2212467 MBQ3976808.1 2030927 MBQ4139225.1 2498093 MBQ4383193.1 1879010 MBQ4411698.1 2774294 MBQ4426944.1 2485925 MBQ4454347.1 2044939 MBQ4557037.1 2044939 MBQ4570877.1 1903720 MBQ4844470.1 2822682 MBQ4874411.1 561879 MBQ48993.1 2026715 MBQ5338540.1 2485925 MBQ5493788.1 59823 MBQ5584458.1 2053608 MBQ5629560.1 41978 MBQ5754168.1 2485925 MBQ5812703.1 2044939 MBQ5956135.1 2044939 MBQ5961170.1 1879010 MBQ6003995.1 2044939 MBQ6004917.1 2652289 MBQ6033774.1 59823 MBQ6038336.1 2212467 MBQ6107527.1 2691551 MBQ6111538.1 2053624 MBQ6224848.1 2212467 MBQ6246919.1 2212473 MBQ6275073.1 2485925 MBQ6414464.1 2026720 MBQ6421794.1 2044939 MBQ6476844.1 1903720 MBQ6488280.1 2060878 MBQ6611319.1 2485925 MBQ6692395.1 2044939 MBQ6717580.1 2044939 MBQ6794463.1 1969738 MBQ6815353.1 1898203 MBQ6868443.1 2044939 MBQ6875507.1 1898203 MBQ69096.1 2026720 MBQ6998144.1 2485925 MBQ7086969.1 2044939 MBQ7135263.1 205 MBQ7152318.1 2044939 MBQ7208271.1 2053569 MBQ7286305.1 2137880 MBQ7293051.1 2044939 MBQ7326660.1 2044939 MBQ7329863.1 2485925 MBQ7354351.1 2044939 MBQ7389792.1 2044939 MBQ7424709.1 1898203 MBQ7514694.1 2047426 MBQ7518453.1 2030927 MBQ7587638.1 1898203 MBQ7631188.1 2748031 MBQ7693256.1 2485925 MBQ7713804.1 2485925 MBQ7717190.1 59823 MBQ7739147.1 2049043 MBQ7754763.1 2044939 MBQ7769568.1 2044939 MBQ7792117.1 2044939 MBQ7809358.1 2044939 MBQ7831782.1 2044939 MBQ7856432.1 1872444 MBQ7930482.1 2044939 MBQ7943218.1 1898203 MBQ7949870.1 1913988 MBQ7978512.1 2517205 MBQ7987638.1 2212467 MBQ8003389.1 2044939 MBQ8064675.1 59823 MBQ8156531.1 2026720 MBQ8238565.1 2485925 MBQ8283265.1 2049036 MBQ8297564.1 41978 MBQ8348910.1 41978 MBQ8356560.1 2044939 MBQ8412219.1 1898203 MBQ8417539.1 2049039 MBQ8460137.1 1869227 MBQ8462807.1 59823 MBQ8641985.1 2044939 MBQ8711066.1 2212467 MBQ8743106.1 2044939 MBQ8778157.1 1872444 MBQ8958073.1 2030927 MBQ8989682.1 59823 MBQ9047503.1 2060878 MBQ9054282.1 1831 MBQ9065491.1 1955243 MBQ9146327.1 2049048 MBQ9186667.1 59823 MBQ9299122.1 2044939 MBQ9329940.1 1945593 MBQ9456987.1 1903720 MBQ9635153.1 2049052 MBQ9647935.1 2485925 MBQ9648641.1 2485925 MBQ9679177.1 41978 MBQ9697149.1 2049052 MBQ9736331.1 2044939 MBQ9754467.1 2053569 MBQ9764712.1 1898203 MBQ9907360.1 2485925 MBQ9964693.1 2044939 MBQ9976843.1 2044939 MBQ9979016.1 2044939 MBR0046728.1 2212467 MBR0144760.1 2044939 MBR0160695.1 2485925 MBR0168732.1 2053624 MBR0185573.1 2053624 MBR0198895.1 2485925 MBR0212092.1 1913988 MBR0212985.1 1913988 MBR0338720.1 1872444 MBR0373962.1 2049035 MBR0392157.1 2485925 MBR0417215.1 1879010 MBR0438652.1 2044939 MBR0524023.1 59823 MBR0552422.1 2826939 MBR0579404.1 1326972 MBR0606154.1 561879 MBR0615264.1 561879 MBR0636900.1 561879 MBR0638991.1 561879 MBR0649683.1 424799 MBR0662409.1 535904 MBR0907693.1 43992 MBR0993205.1 3697513 MBR1124840.1 722472 MBR1233737.1 2807667 MBR1286482.1 2807665 MBR1383934.1 41978 MBR1628375.1 1898203 MBR1706273.1 2030927 MBR1729873.1 2652289 MBR1786128.1 2748031 MBR1803321.1 2498093 MBR1866691.1 1898203 MBR2088606.1 2485925 MBR2109594.1 41978 MBR2267693.1 1912891 MBR2341886.1 1913988 MBR2359580.1 2212467 MBR2406030.1 2044939 MBR2488648.1 2212473 MBR2564295.1 58172 MBR2605819.1 2044939 MBR2609817.1 885 MBR2609902.1 885 MBR2648677.1 1917865 MBR2684576.1 2049044 MBR2718156.1 2044939 MBR2770999.1 2030927 MBR2864610.1 2026720 MBR3005965.1 2049044 MBR3040588.1 1898203 MBR3056759.1 1898207 MBR3156871.1 2026720 MBR3162388.1 1903720 MBR3206298.1 1409 MBR3209975.1 1903720 MBR3327931.1 2485926 MBR3337914.1 1409 MBR3487460.1 2044939 MBR3543702.1 166 MBR3560307.1 2485925 MBR3700964.1 1898207 MBR3785149.1 1879010 MBR3875646.1 2044939 MBR3944831.1 1872421 MBR3968535.1 2044939 MBR3998280.1 2044939 MBR4038690.1 2044939 MBR4127938.1 2212467 MBR4170715.1 2212473 MBR4207675.1 1898203 MBR4270493.1 2044939 MBR4275022.1 1903720 MBR4316258.1 1913988 MBR4318777.1 2485925 MBR4371193.1 2212475 MBR4375795.1 2053615 MBR4407160.1 2044939 MBR4437207.1 2026792 MBR4451941.1 2044939 MBR4471080.1 2049044 MBR4563510.1 2748031 MBR4681128.1 35828 MBR4705654.1 2748031 MBR4734761.1 2030927 MBR4796223.1 2053615 MBR4818914.1 1898207 MBR4831078.1 28121 MBR4838026.1 2030927 MBR4902600.1 2212475 MBR4964110.1 1872444 MBR5121093.1 2485925 MBR5140322.1 2044939 MBR5151349.1 2735568 MBR5168981.1 2498093 MBR5342912.1 2485925 MBR5377733.1 2030927 MBR5392328.1 59823 MBR5414402.1 2691551 MBR5447513.1 2044939 MBR5475092.1 1898203 MBR5482150.1 2212467 MBR5510068.1 1898203 MBR5562318.1 2044939 MBR5775979.1 2212467 MBR5879017.1 1872421 MBR5943268.1 2044939 MBR5966198.1 166 MBR6023659.1 66852 MBR6069896.1 41978 MBR6130424.1 2030927 MBR6141090.1 2212467 MBR6293537.1 1898203 MBR6343266.1 2652289 MBR6382124.1 1898203 MBR6403893.1 142586 MBR6406611.1 1898203 MBR6417349.1 2030927 MBR6441032.1 2030927 MBR6483218.1 2212467 MBR6853793.1 35828 MBR6873642.1 41978 MBR6875525.1 2030927 MBR6946428.1 2498093 MBR7027046.1 2030927 MBR7074962.1 2485925 MBR7122964.1 2485925 MBR7152669.1 2517205 MBR7543127.1 287 MBR7675499.1 299421 MBR7691416.1 106654 MBR7826465.1 2828514 MBR7834804.1 1508375 MBR7978850.1 95486 MBR7984804.1 95486 MBR8037829.1 95486 MBR8067076.1 152480 MBR8079673.1 95486 MBR8179261.1 152480 MBR8591099.1 470 MBR8744763.1 2259865 MBR9756324.1 1913989 MBR9790913.1 1913989 MBR9906678.1 1913989 MBS0036535.1 106654 MBS0194197.1 1977087 MBS0252047.1 1977087 MBS0252923.1 1977087 MBS0261058.1 2026780 MBS0281612.1 1977087 MBS0323691.1 1977087 MBS0359667.1 1977087 MBS0394142.1 1977087 MBS0449087.1 1977087 MBS0463004.1 1977087 MBS0561514.1 1977087 MBS0668272.1 1313 MBS0678729.1 1313 MBS07042.1 2024839 MBS07362.1 232 MBS0838645.1 2831023 MBS1085533.1 574987 MBS1099329.1 574987 MBS1208135.1 1977087 MBS1222269.1 1977087 MBS1237631.1 2026735 MBS13190.1 2026742 MBS1410118.1 2054177 MBS1587439.1 1898104 MBS1617120.1 1898104 MBS1636088.1 1898104 MBS1713296.1 2033014 MBS1743426.1 1898104 MBS1744667.1 1898104 MBS1745163.1 1898104 MBS1896770.1 2900548 MBS1899056.1 2900548 MBS1909834.1 1898104 MBS1921425.1 1898104 MBS1930665.1 1898104 MBS2033149.1 2026735 MBS2099942.1 1628157 MBS3028587.1 2704415 MBS3033787.1 2704416 MBS3038990.1 2704414 MBS3065855.1 2026773 MBS3611729.1 1280 MBS3742576.1 2030808 MBS3795756.1 2053491 MBS3855810.1 584 MBS3963684.1 418 MBS4051699.1 418 MBS4052605.1 418 MBS4056461.1 2030927 MBS4273564.1 562 MBS4284125.1 562 MBS4288594.1 562 MBS4430325.1 2108399 MBS4641515.1 651 MBS4641730.1 651 MBS4968936.1 1898203 MBS5124634.1 1506 MBS5476293.1 1872444 MBS5657801.1 1945593 MBS5658827.1 1945593 MBS5694965.1 1898203 MBS5705646.1 41978 MBS5721782.1 1506 MBS5796435.1 163665 MBS6066499.1 1613 MBS6101613.1 29317 MBS6209394.1 183417 MBS6296676.1 1872444 MBS6326441.1 1926307 MBS6439950.1 1898207 MBS6523543.1 1898207 MBS6593661.1 28118 MBS6685487.1 29348 MBS6705268.1 1898203 MBS6730676.1 1872650 MBS6763278.1 1506 MBS6779195.1 1929886 MBS6896306.1 1686 MBS7021842.1 729 MBS7058472.1 853 MBS7112524.1 163665 MBS7134825.1 1304 MBS7141877.1 1926307 MBS7393837.1 2498093 MBS7540991.1 2579970 MBS7604783.1 2026714 MBS7623663.1 2026714 MBS7632436.1 2026714 MBS7661635.1 1424203 MBS8112203.1 1307 MBS8258940.1 2571221 MBS8550192.1 562 MBS9405568.1 2810616 MBS9475556.1 2836179 MBS9779527.1 1889775 MBT0586567.1 2836180 MBT0668662.1 1774954 MBT0889608.1 150055 MBT0894352.1 40983 MBT0914443.1 150055 MBT0916196.1 150055 MBT0919611.1 150055 MBT0953810.1 492670 MBT11446.1 1899355 MBT1322465.1 28903 MBT1366661.1 28903 MBT1377512.1 28903 MBT1622620.1 179015 MBT1669564.1 138532 MBT1687079.1 2782352 MBT1821840.1 158836 MBT1874481.1 1296536 MBT2214695.1 1917889 MBT2297455.1 294 MBT2305653.1 294 MBT2314324.1 294 MBT2319184.1 294 MBT2416274.1 2819181 MBT2437451.1 2819180 MBT2507906.1 2819192 MBT2573851.1 2819132 MBT2620032.1 2819143 MBT2634817.1 2819119 MBT2645512.1 2819121 MBT2669663.1 2819178 MBT2712292.1 2819169 MBT2754931.1 279826 MBT2755305.1 279826 MBT2948538.1 55601 MBT2971737.1 2792791 MBT2990172.1 2792791 MBT2998356.1 2792791 MBT3000353.1 2792791 MBT3039312.1 2839976 MBT3077497.1 2838872 MBT3082821.1 2838871 MBT3087642.1 2838874 MBT3097321.1 2838869 MBT3104798.1 2838870 MBT3110452.1 2838873 MBT3123261.1 483913 MBT3179978.1 2026760 MBT3222043.1 1977087 MBT3228703.1 2026760 MBT3283529.1 2026714 MBT3283615.1 2026714 MBT3284629.1 2026714 MBT3309449.1 1913989 MBT3329129.1 2024843 MBT3358747.1 2026786 MBT3401245.1 1898112 MBT3459335.1 2026743 MBT3459617.1 2026743 MBT3502300.1 2026760 MBT3564223.1 1913989 MBT3583534.1 2026745 MBT3590949.1 2026760 MBT3630228.1 2026760 MBT3747969.1 1898104 MBT3784852.1 1869227 MBT3824807.1 2026760 MBT3840418.1 2026760 MBT3887354.1 1898112 MBT3899069.1 1913989 MBT3931813.1 1898112 MBT3932996.1 1898104 MBT3961233.1 2026760 MBT3999483.1 2026760 MBT4014425.1 2026735 MBT4132313.1 2026760 MBT4160670.1 1913989 MBT4161918.1 1913989 MBT4184153.1 2026735 MBT4210917.1 2026782 MBT4239116.1 1899355 MBT4259311.1 2024844 MBT4259674.1 2024844 MBT4282076.1 2026760 MBT4296313.1 2026760 MBT4298420.1 2024843 MBT4321035.1 2026714 MBT4331178.1 1913989 MBT4424391.1 2026714 MBT4425085.1 2026714 MBT4492062.1 1913989 MBT4494727.1 1913989 MBT4511102.1 2026724 MBT4535767.1 2024843 MBT4628599.1 2026735 MBT4635853.1 2026760 MBT4680312.1 239 MBT4685103.1 2026760 MBT4710545.1 1913988 MBT4733371.1 2026760 MBT4773440.1 1898112 MBT4867863.1 2026779 MBT4920854.1 2026739 MBT5019052.1 2608787 MBT5095502.1 2026745 MBT5102369.1 2026780 MBT5105952.1 2026782 MBT5285153.1 2026739 MBT5359944.1 1898112 MBT5360950.1 1913989 MBT5378964.1 2026771 MBT5464676.1 1913989 MBT5488157.1 2026743 MBT5578634.1 2026782 MBT5630667.1 1899355 MBT5635852.1 1913989 MBT5642064.1 2026714 MBT5769413.1 1898112 MBT5780702.1 1898112 MBT5860972.1 1913988 MBT5873300.1 2053570 MBT6102099.1 1899355 MBT6114179.1 2026782 MBT6154960.1 2026779 MBT6184820.1 1891241 MBT6310175.1 1898112 MBT6370142.1 2026795 MBT6415404.1 2026719 MBT6483098.1 2026779 MBT6496783.1 2026779 MBT6563471.1 2268189 MBT6594433.1 2026782 MBT6605558.1 2026714 MBT6605862.1 2026714 MBT6838386.1 2024843 MBT6972091.1 2026739 MBT7091597.1 1898104 MBT7096516.1 2026781 MBT7135637.1 1920175 MBT7163208.1 2212475 MBT7187848.1 2026714 MBT7370300.1 1913989 MBT7938821.1 2026739 MBT7988015.1 2026739 MBT8283357.1 2020856 MBT8367246.1 2026735 MBT8422994.1 1913989 MBT8462299.1 2026742 MBT8542937.1 2527775 MBT8575267.1 2527775 MBT8580122.1 2527775 MBT8607749.1 2527775 MBT9286167.1 492670 MBT9292403.1 2840188 MBT9383758.1 2841273 MBT9597716.1 60 MBT9615698.1 1304 MBT9741627.1 39486 MBT9793465.1 2592643 MBT9807380.1 418240 MBT9835124.1 2592639 MBU0364223.1 470 MBU03734.1 2026739 MBU0437225.1 61015 MBU0518438.1 1869227 MBU0592078.1 2250274 MBU0598391.1 2052139 MBU0624735.1 2052139 MBU0633142.1 1869227 MBU0638288.1 2026780 MBU0720484.1 1869227 MBU0720757.1 1869227 MBU0783111.1 1913989 MBU0791683.1 1913989 MBU0838658.1 1913989 MBU0849698.1 1913989 MBU0883769.1 1913989 MBU0964411.1 2052139 MBU1029141.1 2052139 MBU1113346.1 2035772 MBU1163645.1 1977087 MBU1183407.1 1977087 MBU1266149.1 1913989 MBU1529340.1 1913989 MBU1557098.1 1913989 MBU1707539.1 1869227 MBU1779281.1 1913989 MBU1883853.1 1869227 MBU1916129.1 2052139 MBU1949725.1 2212470 MBU1949759.1 2212470 MBU1989134.1 1869227 MBU1990467.1 1869227 MBU2038590.1 1913989 MBU2071294.1 1913989 MBU2178615.1 1913989 MBU2181701.1 1913989 MBU2205311.1 1913989 MBU22120.1 1978231 MBU2271834.1 1913988 MBU2333720.1 1913989 MBU2478158.1 1913989 MBU2510560.1 1869227 MBU2573448.1 2030800 MBU2643279.1 1869227 MBU2693061.1 2212470 MBU2701193.1 2772457 MBU2707204.1 202772 MBU2720902.1 1232575 MBU2837240.1 930 MBU3113282.1 205328 MBU3541033.1 1855648 MBU3877648.1 2726362 MBU3884728.1 1358 MBU3899877.1 1913989 MBU3908288.1 1913989 MBU3996060.1 1913989 MBU4003075.1 1913989 MBU4019142.1 1913989 MBU4019917.1 1913989 MBU4078860.1 1913989 MBU4096917.1 1913989 MBU4114928.1 1913989 MBU4432787.1 1913988 MBU4440546.1 1879010 MBU4557481.1 2900548 MBU4593984.1 1977087 MBU5227228.1 1465809 MBU5353226.1 198119 MBU5424338.1 156981 MBU5442238.1 2841529 MBU5471160.1 2841515 MBU5677559.1 2841507 MBU6237646.1 2026780 MBU6248241.1 1926873 MBU6305288.1 1891241 MBU6307538.1 1898104 MBU6376428.1 2053517 MBU6492563.1 1891238 MBU6501496.1 1891238 MBU6959354.1 2849095 MBU7046308.1 2747605 MBU7449970.1 33964 MBU7572244.1 1904254 MBU8689936.1 1404 MBU8788199.1 1664069 MBU8809273.1 134601 MBU8816843.1 134601 MBU8821830.1 134601 MBU8836822.1 134601 MBU9156258.1 28095 MBU9168414.1 28095 MBU9168883.1 28095 MBU9226588.1 87883 MBU9286581.1 87883 MBU9312580.1 87883 MBU9379874.1 28095 MBU9894281.1 84112 MBV00212.1 1898112 MBV0898646.1 853 MBV1746757.1 52017 MBV1788372.1 2849041 MBV2096469.1 2839976 MBV2127212.1 2792791 MBV38818.1 1898112 MBV3883292.1 371601 MBV4058824.1 84112 MBV4106300.1 84112 MBV4129708.1 84112 MBV4143856.1 84112 MBV4537083.1 2745493 MBV5288811.1 34090 MBV5323933.1 1898112 MBV5918477.1 287 MBV6121251.1 287 MBV6482941.1 1869227 MBV6509135.1 2201156 MBV6696741.1 1894 MBV6700050.1 1894 MBV7506482.1 2856337 MBV7547079.1 2854766 MBV7705745.1 37330 MBV8060578.1 1913988 MBV8110278.1 1909294 MBV8133755.1 1913988 MBV8166774.1 1913988 MBV8174008.1 2026799 MBV8195826.1 2052315 MBV8240325.1 1909294 MBV8319888.1 1909294 MBV8349295.1 2320850 MBV8380961.1 2026779 MBV8418495.1 1909294 MBV8506574.1 1913988 MBV8508112.1 1913988 MBV8577261.1 1909293 MBV8660698.1 2030827 MBV8739832.1 1913988 MBV8815235.1 2026799 MBV8846188.1 2026791 MBV8927738.1 2448780 MBV8954574.1 1909295 MBV9085084.1 2052142 MBV9097303.1 2654182 MBV9159501.1 2030810 MBV9168199.1 1909295 MBV9229016.1 2026724 MBV9252674.1 2900548 MBV9352198.1 1785 MBV9369228.1 1909291 MBV9401957.1 2026791 MBV9534777.1 1909295 MBV9550452.1 1913988 MBV9654022.1 1909293 MBV9888347.1 1978231 MBV9963051.1 1969739 MBW0077866.1 562 MBW0108125.1 2792013 MBW0367276.1 106592 MBW0445137.1 252970 MBW0490175.1 1389203 MBW0517832.1 1389203 MBW0981782.1 562 MBW1214781.1 574096 MBW1252609.1 574096 MBW1258412.1 574096 MBW1261956.1 574096 MBW1267633.1 574096 MBW1386166.1 197 MBW1714133.1 2026735 MBW1731384.1 2026735 MBW1759047.1 2026735 MBW1825233.1 2026735 MBW1848151.1 2026735 MBW2003542.1 2026735 MBW2071526.1 2026735 MBW2147570.1 2026735 MBW2176475.1 2026735 MBW2293111.1 2026735 MBW2388402.1 2026735 MBW2495039.1 2026735 MBW2541528.1 2026735 MBW2611812.1 2026735 MBW2676646.1 2026735 MBW2725811.1 2026735 MBW3077118.1 2054182 MBW3077382.1 2054182 MBW3241558.1 2860824 MBW3244368.1 2860824 MBW3466276.1 2487934 MBW3467232.1 2487934 MBW3588078.1 2900548 MBW4439448.1 2839663 MBW4485777.1 337900 MBW4512449.1 1049028 MBW4662439.1 904376 MBW4724000.1 28132 MBW4782266.1 1828 MBW4798194.1 1254 MBW4850019.1 1889774 MBW4888496.1 2857527 MBW5910009.1 573 MBW6187146.1 287 MBW6272732.1 287 MBW6484923.1 2282155 MBW6512602.1 2099677 MBW6524271.1 2862498 MBW7470741.1 2862868 MBW7731837.1 158836 MBW7837788.1 1978525 MBW7885425.1 2614250 MBW7892865.1 1869212 MBW7898988.1 392547 MBW7938283.1 2035772 MBW8027037.1 33013 MBW8078285.1 2052161 MBW8115208.1 1313 MBW8120301.1 1313 MBW8790025.1 384 MBW8896250.1 1978231 MBW8950522.1 562 MBW8961536.1 562 MBW9069858.1 648995 MBW9084903.1 648995 MBW9095902.1 252970 MBW9125622.1 648995 MBW9138037.1 648995 MBW9307430.1 1254 MBX0292791.1 2864135 MBX0559964.1 197 MBX0592223.1 197 MBX0604986.1 197 MBX0620998.1 197 MBX0626866.1 197 MBX2936516.1 2202734 MBX2942005.1 2099675 MBX2992548.1 1898104 MBX3011771.1 2614250 MBX3123235.1 70125 MBX3184110.1 2268199 MBX3242409.1 1869212 MBX3400476.1 2052164 MBX3615544.1 42353 MBX3649353.1 1898103 MBX3687043.1 1898103 MBX3707511.1 1891229 MBX5109896.1 1138194 MBX5327472.1 2735513 MBX5450151.1 1968838 MBX5702633.1 287 MBX5734606.1 287 MBX6168033.1 2006 MBX6223906.1 287 MBX6373297.1 1909293 MBX6384685.1 1898321 MBX7001223.1 293389 MBX7048921.1 2448779 MBX7055839.1 2283092 MBX7122227.1 2006848 MBX7161768.1 2080302 MBX7178652.1 2202734 MBX7220138.1 2052146 MBX8197149.1 1280 MBX8491463.1 36746 MBX8499630.1 2995658 MBX8505250.1 2995658 MBX8508337.1 36746 MBX8612176.1 36746 MBX9648850.1 2021379 MBX9709025.1 1978230 MBX9718818.1 1873462 MBX9747080.1 2026748 MBX9762612.1 1914538 MBX9780451.1 1869212 MBX9878857.1 2364082 MBX9947011.1 1929291 MBY0012516.1 1174501 MBY0033749.1 492670 MBY0043401.1 492670 MBY0087880.1 1393 MBY0098324.1 1643336 MBY0141487.1 223967 MBY0142618.1 223967 MBY0273331.1 1913988 MBY0286260.1 2448780 MBY0289623.1 2448780 MBY0434949.1 2099675 MBY0620075.1 56361 MBY2949882.1 384 MBY3100025.1 1076926 MBY3215274.1 1076926 MBY3502467.1 1076926 MBY3575245.1 1076926 MBY3772394.1 562 MBY3792345.1 1828 MBY4908236.1 190721 MBY5115739.1 550 MBY5368842.1 384 MBY5394577.1 384 MBY5451837.1 384 MBY5582097.1 384 MBY5648019.1 384 MBY5705918.1 384 MBY5764273.1 384 MBY5903082.1 384 MBY5910125.1 384 MBY6000748.1 379347 MBY6022778.1 2859077 MBY6071283.1 418719 MBY6163091.1 561184 MBY6166207.1 517719 MBY6171355.1 561184 MBY6176579.1 561184 MBY6209277.1 2859083 MBY6213292.1 260552 MBY6229432.1 2859082 MBY6266026.1 2494548 MBY6304986.1 1901 MBY6707610.1 2739441 MBY6736715.1 1280 MBY7025592.1 1491 MBY7662019.1 693153 MBY7663346.1 985762 MBY7817199.1 676 MBY7869037.1 676 MBY7919839.1 676 MBY8116888.1 676 MBY8156103.1 676 MBY8248124.1 676 MBY8281519.1 676 MBY8870358.1 2873383 MBY9080345.1 2834466 MBY9082996.1 2834413 MBZ0076701.1 103855 MBZ0167657.1 2035772 MBZ0168159.1 2211376 MBZ0263796.1 1869227 MBZ0271896.1 1869227 MBZ0302078.1 2052143 MBZ1937311.1 573 MBZ2082705.1 1303 MBZ2087812.1 1303 MBZ3680808.1 587 MBZ4059594.1 573 MBZ4407744.1 2874602 MBZ4412162.1 2874602 MBZ5490509.1 2081523 MBZ5591381.1 2081523 MBZ5631081.1 2081523 MBZ5699012.1 2081523 MBZ5855725.1 2716883 MBZ6387519.1 2364647 MBZ6402266.1 2364647 MBZ6408792.1 2364647 MBZ6411492.1 409 MBZ6426372.1 2364647 MBZ6459059.1 2810293 MBZ6461580.1 2810293 MBZ6471273.1 2810293 MBZ6473356.1 51201 MBZ68404.1 9606 MBZ71565.1 9606 MBZ71571.1 9606 MBZ7211041.1 1134687 MBZ7325181.1 571 MBZ7393981.1 1134687 MBZ7705750.1 571 MBZ7832261.1 575 MBZ8204618.1 195 MBZ9566096.1 390637 MBZ9596177.1 285574 MBZ9637360.1 2724076 MBZ9684781.1 2876635 MBZ9697120.1 2876630 MBZ9697637.1 2876630 MBZ9726480.1 2876636 MBZ9744094.1 2876632 MBZ9754775.1 2876623 MBZ9806698.1 2876625 MBZ9849998.1 2876642 MBZ9865788.1 2876641 MBZ9870552.1 2876646 MBZ9915146.1 588496 MBZ9929936.1 2876649 MBZ9939891.1 2876656 MBZ9976089.1 2876660 MBZ9992353.1 2876662 MCA0341758.1 1977087 MCA0387421.1 1898104 MCA0453363.1 2026724 MCA0753523.1 2590547 MCA0998807.1 1428 MCA1071321.1 80866 MCA1299259.1 538381 MCA1360809.1 2793805 MCA1442501.1 2794006 MCA1518393.1 2793806 MCA1589644.1 1978231 MCA1595916.1 2026724 MCA1602026.1 1978231 MCA1697375.1 2900548 MCA1836835.1 2900548 MCA1857267.1 3044279 MCA1930442.1 1869214 MCA1959605.1 2793219 MCA2619319.1 2771178 MCA2649077.1 2771173 MCA2679317.1 2771166 MCA2691876.1 2771162 MCA2695050.1 2771165 MCA2750792.1 2771147 MCA2809911.1 2771136 MCA2827326.1 2771134 MCA2830308.1 2771133 MCA2852248.1 2771127 MCA2858350.1 2771124 MCA2864386.1 2771120 MCA2868035.1 2771123 MCA2870467.1 2771122 MCA2915965.1 2771110 MCA2917172.1 2771107 MCA2920578.1 2771113 MCA2927552.1 2771109 MCA2932092.1 2771108 MCA2936722.1 2771106 MCA2956894.1 2771101 MCA2972750.1 2771102 MCA3282362.1 1869190 MCA3389197.1 1869190 MCA3392213.1 1869190 MCA3409054.1 1869190 MCA3441055.1 1062 MCA3708721.1 1871053 MCA3725010.1 1871053 MCA3729647.1 1871053 MCA3731436.1 1871053 MCA3755590.1 1871053 MCA3891378.1 672 MCA3954373.1 672 MCA4722605.1 1766 MCA4896083.1 2053541 MCA50524.1 9606 MCA6010897.1 818 MCA6015739.1 818 MCA6060894.1 2742965 MCA6061865.1 2742965 MCA6099904.1 2821406 MCA6366716.1 2053541 MCA6372729.1 2053541 MCA6377585.1 2053541 MCA6384752.1 2053541 MCA6829374.1 287 MCA6834844.1 287 MCA7927664.1 292 MCA7970736.1 2879634 MCA8067694.1 2879633 MCA8091217.1 179879 MCA8240322.1 2879630 MCA8251499.1 87883 MCA8258144.1 2879629 MCA8457291.1 87883 MCA8947870.1 2026780 MCA8990238.1 2026779 MCA9004139.1 2026779 MCA9019596.1 2026779 MCA9255001.1 2052180 MCA9273490.1 2052180 MCA9288779.1 2052180 MCA9450479.1 2035772 MCA9453963.1 70125 MCA9634778.1 2026763 MCA9664716.1 2026763 MCA9667429.1 2026763 MCA9734355.1 2172550 MCA9738196.1 2026742 MCA9759546.1 2212470 MCA9786884.1 2030808 MCA9799621.1 2775584 MCA9828892.1 2026734 MCA9869097.1 2052143 MCA9871439.1 2052143 MCA9900904.1 2073117 MCA9916811.1 2073117 MCA9916937.1 2073117 MCA9949067.1 2073117 MCB0080507.1 2614250 MCB0094774.1 2614250 MCB0174630.1 2052143 MCB0178858.1 2052143 MCB0201682.1 2052143 MCB0223592.1 2052143 MCB0243881.1 2052143 MCB0330656.1 2053517 MCB0342695.1 2053517 MCB0346442.1 2053517 MCB0395607.1 2021391 MCB0396773.1 2021391 MCB0405579.1 2053517 MCB0447703.1 2018083 MCB0447740.1 2018083 MCB0488436.1 2099675 MCB0501525.1 1898104 MCB0558738.1 1940289 MCB0672512.1 2202734 MCB0689733.1 2202734 MCB0773217.1 2021391 MCB0786882.1 2021391 MCB0793211.1 2021391 MCB0840321.1 1898104 MCB0846779.1 1898104 MCB0854661.1 1898104 MCB0919686.1 2900548 MCB1065733.1 2499141 MCB1067266.1 34094 MCB1072350.1 2052156 MCB1074433.1 34094 MCB1083926.1 34094 MCB1103648.1 1985742 MCB1141657.1 2026757 MCB1191718.1 2026757 MCB1208284.1 2026801 MCB1269932.1 2497627 MCB1271755.1 2497627 MCB1329842.1 2003363 MCB1338306.1 2003363 MCB1376795.1 1913988 MCB1383119.1 2024983 MCB1412915.1 2021379 MCB1431703.1 1913988 MCB1452120.1 1913961 MCB1471508.1 2026785 MCB1505913.1 2015799 MCB1594269.1 2006849 MCB1644245.1 1891229 MCB1703688.1 2024834 MCB1815789.1 2053538 MCB1857105.1 1913989 MCB1875218.1 2026725 MCB1892741.1 1898103 MCB2073222.1 1874826 MCB2112291.1 2510335 MCB2198743.1 1869227 MCB2387949.1 2881055 MCB2422475.1 2881055 MCB2654556.1 1639 MCB2768242.1 1639 MCB2791630.1 1639 MCB3018266.1 573 MCB4226770.1 75985 MCB4322180.1 2841924 MCB4366171.1 65656 MCB4895308.1 28026 MCB4901046.1 28026 MCB5176108.1 2881337 MCB5199682.1 2881335 MCB5302120.1 634 MCB5369715.1 592978 MCB5370915.1 592978 MCB6612354.1 649756 MCB6800589.1 208479 MCB6848306.1 2883183 MCB6849336.1 2883183 MCB7232448.1 208479 MCB7457324.1 40545 MCB8940463.1 2614247 MCB8973479.1 2614247 MCB9002045.1 2030927 MCB9044857.1 2448779 MCB9082534.1 2760807 MCB9106491.1 2073117 MCB9222627.1 2026728 MCB9315714.1 2760807 MCB9349367.1 2760807 MCB9353584.1 2760807 MCB9490987.1 2026734 MCB9503674.1 2599930 MCB9510871.1 2599930 MCB9527501.1 2026763 MCB9543735.1 2026763 MCB9544502.1 2026763 MCB9552708.1 2026763 MCB9555407.1 2026735 MCB9642437.1 2026763 MCB9662416.1 2510337 MCB9680378.1 1913988 MCB9705491.1 2026763 MCB9776504.1 2026770 MCB9820569.1 2052152 MCB9835387.1 2030824 MCB9943168.1 2448052 MCB9999913.1 2021371 MCC0033490.1 2021378 MCC0044691.1 2021378 MCC0044778.1 2021378 MCC0053875.1 2026785 MCC0100320.1 66888 MCC0177585.1 2874699 MCC0244330.1 287 MCC0575389.1 67351 MCC0650618.1 2811501 MCC0759338.1 2875730 MCC0770014.1 2026187 MCC1459731.1 1280 MCC1488722.1 2026188 MCC2110934.1 1909294 MCC2111968.1 1909294 MCC2175872.1 1628085 MCC2192372.1 745368 MCC2338125.1 2026188 MCC2351916.1 2026187 MCC2466741.1 2026187 MCC2649654.1 2169593 MCC3294409.1 2886936 MCC3738154.1 1290 MCC4501643.1 1598 MCC4513948.1 1598 MCC4518397.1 1598 MCC4831156.1 2885093 MCC5015772.1 2886376 MCC5033817.1 2203201 MCC5475018.1 2892029 MCC5516714.1 29497 MCC5778614.1 2762059 MCC5806595.1 2026772 MCC5885453.1 1913989 MCC5948066.1 2093808 MCC6044083.1 2184738 MCC6136677.1 1913989 MCC6149544.1 2026780 MCC6153889.1 2030809 MCC6251785.1 2044936 MCC6386819.1 2026734 MCC6486159.1 2030809 MCC6537716.1 2026791 MCC6539403.1 2026791 MCC6596976.1 2052182 MCC6600438.1 2026728 MCC6608271.1 1891238 MCC6732127.1 2035772 MCC6757021.1 1872635 MCC6896460.1 2052143 MCC6938017.1 2021391 MCC7064451.1 2026780 MCC7230466.1 2682144 MCC7304610.1 1869227 MCC7321896.1 2509153 MCC7351004.1 2052180 MCC7417019.1 1978231 MCC7470627.1 2052152 MCC7840589.1 573 MCC8042769.1 2485925 MCC8048325.1 2485925 MCC8072670.1 1898207 MCC8146707.1 2030927 MCC8386363.1 2218628 MCC8415544.1 2218628 MCC8485776.1 339 MCC8532433.1 1985254 MCC8536206.1 56463 MCC8939516.1 2511166 MCC8975630.1 1419277 MCC8993784.1 2651161 MCC9662116.1 2896366 MCC9742796.1 2560025 MCD0159995.1 2745870 MCD0163384.1 2745870 MCD0170461.1 2745871 MCD0195425.1 470 MCD0433506.1 47714 MCD0464062.1 2897330 MCD0464368.1 2897330 MCD0466111.1 2897330 MCD0485423.1 2896847 MCD0490685.1 2897327 MCD09463.1 9606 MCD10015.1 9606 MCD10297.1 9606 MCD1159677.1 450367 MCD11869.1 9606 MCD12295.1 9606 MCD1571858.1 41986 MCD1618572.1 1407019 MCD1626346.1 481181 MCD1631004.1 1389223 MCD1645979.1 1033846 MCD1648821.1 1033846 MCD2087725.1 77097 MCD2145030.1 175628 MCD2315719.1 2898528 MCD2514728.1 2898585 MCD3114202.1 149539 MCD4206375.1 562 MCD4498056.1 1108595 MCD4721788.1 2593537 MCD4741867.1 2049433 MCD4768021.1 2250255 MCD4805360.1 2044940 MCD4808844.1 2250255 MCD4818220.1 2030808 MCD4864471.1 2899078 MCD58157.1 9606 MCD5879085.1 573 MCD5901806.1 573 MCD6064856.1 2307286 MCD6081740.1 2052148 MCD6156803.1 2026739 MCD6158712.1 2026739 MCD6173453.1 2022749 MCD6199266.1 2026735 MCD6205878.1 2026760 MCD6247767.1 3101447 MCD6302399.1 2052143 MCD6306959.1 2026735 MCD6419504.1 2268202 MCD6425313.1 2073117 MCD6430924.1 2954160 MCD6482094.1 1906666 MCD6533325.1 2954148 MCD6544917.1 1871037 MCD6597402.1 2030927 MCD6670920.1 666 MCD7438099.1 1915 MCD7834656.1 1898203 MCD7913006.1 492670 MCD8020507.1 1898207 MCD8051495.1 1898207 MCD8106539.1 2485925 MCD8138445.1 2026779 MCD8297279.1 59823 MCD8323718.1 1898207 MCD8523842.1 2497634 MCD8532368.1 2497634 MCD8548598.1 1948889 MCD8796080.1 1296 MCD9015904.1 2873601 MCD9025824.1 2873699 MCD9525179.1 2023717 MCD9528345.1 2023717 MCD9615307.1 250 MCD9853115.1 2902797 MCE0485806.1 2904603 MCE0539567.1 84633 MCE0567596.1 1496 MCE0588872.1 1496 MCE0596344.1 1496 MCE1200518.1 2044936 MCE1252202.1 2052143 MCE1309955.1 158836 MCE1984545.1 299767 MCE2152122.1 1308 MCE2153491.1 1308 MCE2153841.1 1308 MCE2185301.1 1308 MCE2186644.1 1308 MCE2186909.1 1308 MCE2189792.1 1308 MCE2190231.1 1308 MCE2194085.1 1308 MCE2195625.1 1308 MCE2394956.1 2026781 MCE2395269.1 2026781 MCE2456387.1 2026734 MCE2498961.1 2202732 MCE2505556.1 2202732 MCE2507101.1 2202732 MCE2789155.1 2202734 MCE2791243.1 2024826 MCE2861656.1 2006848 MCE2873365.1 2006849 MCE2883039.1 2026779 MCE2907393.1 2030806 MCE3218054.1 50719 MCE3270046.1 1917967 MCE3603218.1 2765360 MCE3651999.1 562 MCE4164264.1 2681985 MCE4544603.1 2906765 MCE4566367.1 2781026 MCE4571755.1 2906764 MCE4613707.1 2480821 MCE5240463.1 1869227 MCE5280144.1 2026779 MCE5327674.1 2026779 MCE5378574.1 2108399 MCE5962991.1 1254 MCE5975896.1 2899113 MCE7031811.1 2907155 MCE7043284.1 2907303 MCE7620416.1 676 MCE7698179.1 868131 MCE7733397.1 2026747 MCE8014926.1 2731555 MCE8839479.1 818 MCE8852099.1 817 MCE8984240.1 817 MCE9285435.1 817 MCE9302861.1 817 MCE9516778.1 1785 MCE9521167.1 1913988 MCE9577072.1 2026735 MCE9681984.1 2907158 MCE9781858.1 38313 MCF0067398.1 165179 MCF0068412.1 165179 MCF0110827.1 2049044 MCF0245553.1 1937012 MCF0253735.1 1980700 MCF1182281.1 1048 MCF1421725.1 2895523 MCF1432737.1 3025782 MCF1439711.1 50422 MCF2135381.1 2841841 MCF2489319.1 2909336 MCF2604604.1 823 MCF2638803.1 856 MCF2643288.1 301301 MCF2656092.1 84030 MCF2849128.1 2908893 MCF2875214.1 2908884 MCF2935290.1 2908919 MCF3065139.1 485 MCF3123421.1 29301 MCF3649178.1 2909285 MCF3649217.1 2909285 MCF4165308.1 2911065 MCF5547816.1 191391 MCF5901536.1 654 MCF5925539.1 442694 MCF5954920.1 442694 MCF6148530.1 2996012 MCF6194916.1 2026751 MCF6248835.1 2593537 MCF6289355.1 1977087 MCF6323317.1 1913989 MCF6346354.1 2039724 MCF6390562.1 2911369 MCF6403072.1 104663 MCF6621031.1 562 MCF6767132.1 2911702 MCF7615321.1 1423 MCF7626618.1 2911883 MCF7645607.1 354351 MCF7786316.1 1965333 MCF7808720.1 2026760 MCF7845821.1 2735830 MCF7871960.1 2026803 MCF7886260.1 2026760 MCF7895906.1 2035772 MCF7917901.1 2044595 MCF7955924.1 2026778 MCF8106439.1 2683721 MCF8113477.1 2049434 MCF8145043.1 2026735 MCF8165349.1 50421 MCF8184263.1 2029855 MCF8189965.1 2029855 MCF8193609.1 2044936 MCF8210731.1 50421 MCF8269563.1 2026728 MCF8391604.1 2030927 MCF8449868.1 1869185 MCF8452598.1 1411316 MCF8535784.1 1969481 MCF8709434.1 2912611 MCG0239154.1 1879010 MCG1019850.1 2841842 MCG2595475.1 2908000 MCG2730820.1 1872094 MCG2809664.1 2053593 MCG3136245.1 2026778 MCG3238259.1 2731555 MCG3471001.1 40576 MCG3566785.1 420408 MCG3675252.1 28197 MCG3683899.1 28197 MCG3730919.1 675 MCG3748987.1 1447705 MCG4597544.1 239935 MCG5061674.1 2824556 MCG5289171.1 470 MCG5791833.1 470 MCG6140253.1 2484912 MCG6191071.1 2870838 MCG62561.1 9606 MCG6359012.1 676 MCG6402323.1 676 MCG6493656.1 2916414 MCG67859.1 9606 MCG6836555.1 851 MCG6876547.1 1891241 MCG6912449.1 2005711 MCG6959924.1 2005711 MCG7467089.1 2918196 MCG7511268.1 2917761 MCG7533602.1 2917757 MCG7858617.1 1571481 MCG7868091.1 2792791 MCG7895059.1 2792791 MCG7911621.1 2792791 MCG7962544.1 1655433 MCG7980321.1 2792791 MCG8010344.1 2792787 MCG8030229.1 2792791 MCG8110937.1 2792791 MCG8271055.1 2918753 MCG8286354.1 1530123 MCG8377291.1 2723030 MCG8398076.1 1452 MCG8513288.1 2094029 MCG8517607.1 1891229 MCG8609391.1 1891229 MCG8687614.1 2044940 MCG9544178.1 2908539 MCG9663752.1 689 MCG9711987.1 2681496 MCG9739862.1 2681496 MCG9968065.1 947009 MCH0542948.1 2791990 MCH1405047.1 2518612 MCH1407713.1 2026801 MCH1470780.1 2024851 MCH1598717.1 1891229 MCH1641695.1 225915 MCH1932562.1 2914042 MCH1948979.1 2914161 MCH2003585.1 1530123 MCH2044272.1 2202734 MCH2065391.1 2024856 MCH2089771.1 53249 MCH2098905.1 1891229 MCH2165167.1 2024839 MCH2409214.1 2818507 MCH2430466.1 2201156 MCH2591601.1 2024890 MCH2598227.1 2715253 MCH2663613.1 1869227 MCH2675159.1 2026734 MCH2678216.1 1913988 MCH2804017.1 1639 MCH3756135.1 195 MCH3963123.1 1506 MCH3978367.1 2774294 MCH4209672.1 41200 MCH4268493.1 1871086 MCH5163858.1 1898207 MCH5207665.1 2485925 MCH5225744.1 2498093 MCH5231772.1 2498093 MCH5250214.1 1898203 MCH5281797.1 1898203 MCH5508714.1 321 MCH5637783.1 321 MCH6132484.1 28901 MCH61727.1 11676 MCH61836.1 11676 MCH6549687.1 1977087 MCH6550914.1 2026780 MCH7308645.1 2923428 MCH7370883.1 2923420 MCH7426916.1 321 MCH7568487.1 2026764 MCH7618159.1 2026760 MCH7644438.1 2026763 MCH7694635.1 1977087 MCH7797911.1 2026780 MCH7812019.1 2026724 MCH7862091.1 1977087 MCH7882583.1 1977087 MCH7900379.1 1978231 MCH7911399.1 2030809 MCH7923992.1 2026780 MCH8117287.1 1977087 MCH8147627.1 2026780 MCH8223536.1 2026724 MCH8269832.1 2026780 MCH8293010.1 2026781 MCH8312134.1 2026769 MCH8312862.1 2026769 MCH8328754.1 2026760 MCH8479059.1 1979961 MCH8664993.1 28035 MCH8819771.1 1978231 MCH8821589.1 2052139 MCH8874789.1 2172550 MCH8889966.1 2026763 MCH8904788.1 1898104 MCH8996551.1 2026795 MCH9651907.1 2026735 MCH9656178.1 2026780 MCH9693433.1 1913989 MCH9724744.1 2026780 MCH9778810.1 2026780 MCH9784543.1 1913989 MCH9791607.1 2026780 MCH9811988.1 1869227 MCH99616.1 97028 MCI02510.1 97028 MCI0339177.1 1978231 MCI0441261.1 2026724 MCI0524605.1 1978231 MCI0529127.1 70125 MCI0559521.1 1971748 MCI0601354.1 1978229 MCI0648031.1 2026724 MCI0654225.1 1933926 MCI0677710.1 2900548 MCI0684678.1 2052164 MCI0743675.1 2052164 MCI0750124.1 2026766 MCI0877007.1 2026724 MCI0901122.1 2026724 MCI0998796.1 2736662 MCI1014431.1 2736666 MCI1050164.1 40324 MCI1225091.1 41200 MCI1592416.1 38875 MCI1612315.1 38875 MCI1641075.1 29317 MCI1661443.1 29317 MCI1663915.1 327277 MCI1690451.1 29317 MCI1709954.1 2041042 MCI1716414.1 1506 MCI1745387.1 38875 MCI1761945.1 38875 MCI1787092.1 29317 MCI1800754.1 1506 MCI1814591.1 1506 MCI1829342.1 29317 MCI1871501.1 1506 MCI2074501.1 2774294 MCI2079698.1 59823 MCI2093786.1 2774294 MCI2101447.1 59823 MCI2155109.1 2060878 MCI2839773.1 1290 MCI3931423.1 2927803 MCI40880.1 97028 MCI4138502.1 72361 MCI4325574.1 1906666 MCI4494966.1 562 MCI4568869.1 2927128 MCI5191941.1 2202844 MCI5211411.1 2249222 MCI54718.1 97028 MCI5497968.1 1898207 MCI5582667.1 1872523 MCI5668237.1 2485925 MCI5711730.1 1898203 MCI5825153.1 72409 MCI5849734.1 2028282 MCI5916932.1 2030927 MCI5937295.1 142586 MCI6020178.1 384638 MCI6056265.1 2044939 MCI6076957.1 100886 MCI6147609.1 1965294 MCI6190072.1 1506 MCI6223689.1 2030927 MCI6324393.1 2030927 MCI6463955.1 2005360 MCI6491833.1 59823 MCI6539659.1 35833 MCI6563242.1 2030927 MCI6629070.1 2030927 MCI6704618.1 2049044 MCI6733811.1 1898207 MCI6853747.1 1879010 MCI6903590.1 2030927 MCI6941752.1 901 MCI6965979.1 1869227 MCI6985548.1 2030927 MCI6995250.1 142586 MCI7202149.1 1898207 MCI7202800.1 1945593 MCI7352812.1 123820 MCI7410871.1 37372 MCI7428666.1 66852 MCI7433635.1 59823 MCI7507497.1 901 MCI7575045.1 1898207 MCI7610146.1 1531 MCI7704736.1 1898207 MCI7705732.1 1869337 MCI8272365.1 2049044 MCI8305375.1 1977263 MCI8311254.1 1898203 MCI8350609.1 2485925 MCI8393530.1 2044939 MCI8395767.1 1918636 MCI8430709.1 1898203 MCI8760428.1 2044939 MCI8806686.1 2485925 MCI8828397.1 2053608 MCI8895019.1 1898203 MCI8905996.1 42895 MCI8906438.1 42895 MCI8920504.1 1918636 MCI9050290.1 2137881 MCI9173074.1 2498093 MCI9208990.1 671266 MCI9275070.1 2044939 MCI9320818.1 1898203 MCI9332849.1 1945593 MCI93591.1 97028 MCI9379843.1 2040332 MCI9436439.1 1898203 MCI9466325.1 2053608 MCI9673281.1 1977263 MCI9674198.1 1898203 MCI9699527.1 670 MCJ1311962.1 443868 MCJ1318822.1 223429 MCJ1326389.1 209281 MCJ1706109.1 2929476 MCJ2074217.1 2836556 MCJ2074798.1 2836556 MCJ2110312.1 2836561 MCJ2136558.1 2836624 MCJ2376181.1 2893468 MCJ2376518.1 2893468 MCJ2541369.1 2813851 MCJ2541895.1 2813851 MCJ6180240.1 573 MCJ7468405.1 1897614 MCJ7486393.1 2052149 MCJ7548546.1 2052143 MCJ7574591.1 2026714 MCJ7594907.1 2044940 MCJ7630170.1 2910168 MCJ7686803.1 2049433 MCJ7733050.1 2073117 MCJ7770831.1 2026714 MCJ8208187.1 2932774 MCJ8273875.1 1929414 MCJ8328039.1 2268180 MCJ8729721.1 1691987 MCJ8744353.1 1691987 MCJ9445060.1 470 MCJ9703154.1 2908927 MCJ9712781.1 103855 MCJ9731572.1 2908926 MCK0440380.1 1053547 MCK1278719.1 2782679 MCK1400345.1 2782673 MCK1443663.1 2782676 MCK1448358.1 2782676 MCK1461803.1 190045 MCK1480005.1 2782663 MCK1652866.1 2782624 MCK1739314.1 2782616 MCK1741554.1 2782616 MCK1749257.1 2782612 MCK1787384.1 2915812 MCK1819907.1 2929781 MCK2022683.1 2851646 MCK3776214.1 1214071 MCK3837500.1 2558872 MCK3844056.1 550727 MCK3866709.1 1307 MCK4027136.1 3028082 MCK4085943.1 40216 MCK4236496.1 2774603 MCK4320383.1 2026714 MCK4337579.1 2052149 MCK4403577.1 2053527 MCK4540455.1 2762014 MCK4600250.1 2306012 MCK4671080.1 2528271 MCK4826606.1 1869227 MCK4862399.1 1904441 MCK4996050.1 2268204 MCK5056842.1 2052149 MCK5068303.1 2030927 MCK5175373.1 2026780 MCK5187010.1 2026735 MCK5224664.1 2268183 MCK5244187.1 2044940 MCK5265770.1 2053491 MCK5302212.1 2053491 MCK5309055.1 1906666 MCK5360090.1 1913989 MCK5466482.1 2762014 MCK5694897.1 2030927 MCK5725948.1 2030882 MCK5766238.1 2030927 MCK6110195.1 1270 MCK6139400.1 84109 MCK6187712.1 2853449 MCK6496453.1 1869227 MCK6520984.1 2818507 MCK6542200.1 1869227 MCK6622141.1 2268178 MCK6836449.1 61645 MCK6953077.1 881260 MCK6994160.1 61645 MCK7061975.1 61645 MCK7203959.1 1812935 MCK7204004.1 1812935 MCK7209093.1 881260 MCK7238608.1 881260 MCK7243845.1 61645 MCK7309622.1 2497436 MCK7427480.1 2494701 MCK7479919.1 1499966 MCK7495745.1 1871071 MCK7567330.1 994319 MCK8602812.1 2865782 MCK8603944.1 2865782 MCK8604086.1 2865782 MCK8647218.1 339268 MCK8681842.1 198618 MCK9213126.1 50421 MCK9252526.1 1898207 MCK9338853.1 2030927 MCK9363077.1 2928017 MCK9371657.1 2025608 MCK9405607.1 90426 MCK9538307.1 2291710 MCK9579519.1 2052170 MCK9592859.1 2052170 MCK9780498.1 1987580 MCK9908664.1 2934369 MCK9987173.1 29544 MCL0086045.1 2814272 MCL1136894.1 365590 MCL1178864.1 1639 MCL1491976.1 2938918 MCL1607442.1 2939419 MCL1611138.1 1841864 MCL1888839.1 2599938 MCL1962319.1 2049043 MCL2033989.1 2485925 MCL2039304.1 1898104 MCL2109536.1 2485925 MCL2179853.1 166 MCL2184308.1 166 MCL2204087.1 2660712 MCL2206583.1 2604144 MCL2239557.1 2660712 MCL2251317.1 166 MCL2259531.1 1934914 MCL2337464.1 1879010 MCL2341595.1 1879010 MCL2354882.1 2485925 MCL2537505.1 2052159 MCL2712337.1 2052168 MCL2788588.1 2026762 MCL2808632.1 166 MCL2919978.1 1173586 MCL2931045.1 2917419 MCL4100513.1 3239812 MCL4144983.1 82763 MCL4333886.1 2806419 MCL4381067.1 2823144 MCL4467776.1 2026735 MCL4469743.1 1913989 MCL4671125.1 28450 MCL4835344.1 2614250 MCL4849599.1 1978231 MCL4851158.1 2212468 MCL5016798.1 2077140 MCL5028570.1 1898104 MCL5061987.1 2026887 MCL5244553.1 2942476 MCL5772337.1 2900548 MCL5790165.1 2806419 MCL5970005.1 2052139 MCL5999032.1 2026724 MCL6233509.1 2942470 MCL6457358.1 1978774 MCL6479991.1 2052179 MCL6517734.1 61169 MCL6540381.1 2562120 MCL6644735.1 2026734 MCL6672754.1 1470261 MCL6679725.1 2908207 MCL6691953.1 2928708 MCL6732396.1 42238 MCL6742792.1 2928706 MCL6750428.1 2825974 MCL7030477.1 74823 MCL7045034.1 74823 MCL7398932.1 2978054 MCL7403925.1 2978060 MCL7487729.1 2053307 MCL7714424.1 2871096 MCL7800326.1 747 MCL7805643.1 747 MCL7808735.1 747 MCL7809199.1 747 MCL7813606.1 747 MCL7977512.1 2026742 MCL8181223.1 158836 MCL8250891.1 52699 MCL9628370.1 1423 MCL9844940.1 305 MCL9990784.1 357441 MCM0301863.1 817 MCM0593547.1 2824560 MCM0623470.1 2943493 MCM0678348.1 709888 MCM0718054.1 2949650 MCM1122913.1 142586 MCM1168016.1 41978 MCM1185292.1 2049031 MCM1248366.1 2028282 MCM1504065.1 1918611 MCM1513138.1 847 MCM1536328.1 1506 MCM1597223.1 1599 MCM1966878.1 361572 MCM2341063.1 50421 MCM2350719.1 2081706 MCM2356329.1 1872635 MCM2455575.1 2726075 MCM2499070.1 399 MCM2972515.1 1851019 MCM2976368.1 412384 MCM3206896.1 59845 MCM3393185.1 665099 MCM3398552.1 372463 MCM3551349.1 1270 MCM3594086.1 45462 MCM3679233.1 13689 MCM3714707.1 1653776 MCM3739150.1 1274358 MCM3779857.1 273678 MCM3872453.1 2283092 MCM4159656.1 2183747 MCM4174247.1 2183744 MCM4298717.1 562 MCM5527381.1 2942999 MCM5618997.1 453602 MCM6312373.1 573 MCM7039530.1 158836 MCM7236184.1 881260 MCM7315980.1 881260 MCM7351534.1 881260 MCM7463387.1 158836 MCM8570975.1 708091 MCM8621761.1 2053492 MCM8792278.1 2035772 MCN5891741.1 562 MCN8982890.1 562 MCO1597803.1 2944807 MCO2089771.1 287 MCO2595964.1 287 MCO2989126.1 287 MCO2998201.1 287 MCO4016744.1 287 MCO4243727.1 12917 MCO4325908.1 985762 MCO4356749.1 985762 MCO4361738.1 985762 MCO4478718.1 150054 MCO4570690.1 150054 MCO4653091.1 150054 MCO4699497.1 2902486 MCO4825170.1 1872504 MCO5064371.1 1913961 MCO5068575.1 2212473 MCO5152854.1 1870904 MCO5248061.1 2448779 MCO5282990.1 2202734 MCO5317379.1 2497627 MCO5319342.1 2497627 MCO5330244.1 2497619 MCO5399359.1 2953896 MCO5569846.1 2759587 MCO5990898.1 79912 MCO6008849.1 478114 MCO6471720.1 2202734 MCO6473319.1 2614255 MCO6480516.1 1940289 MCO7127339.1 1923877 MCO7186312.1 2954503 MCO7639728.1 2956727 MCO8042027.1 2953889 MCO8044131.1 2972915 MCO8061476.1 28090 MCO8147752.1 1423 MCO8300339.1 1613 MCP1095770.1 2938231 MCP1117845.1 28092 MCP1126052.1 2953808 MCP1127309.1 28092 MCP1151075.1 450367 MCP1152262.1 450367 MCP1226458.1 2957809 MCP1321433.1 2957802 MCP1606959.1 53408 MCP1608783.1 193 MCP1616507.1 319939 MCP1644052.1 53408 MCP1651746.1 46680 MCP1653521.1 53408 MCP1667128.1 53408 MCP1689627.1 46680 MCP1764945.1 375 MCP1787082.1 375 MCP1808959.1 375 MCP1817889.1 375 MCP1831263.1 2817705 MCP1870600.1 375 MCP1924372.1 2817700 MCP2194161.1 321325 MCP2198634.1 103732 MCP2307295.1 58354 MCP2519657.1 2950077 MCP2596656.1 2950084 MCP2598227.1 2950082 MCP2603940.1 2950079 MCP2606353.1 2950080 MCP2618558.1 2950086 MCP3390373.1 2949632 MCP3429232.1 2961944 MCP3654032.1 1890675 MCP3657241.1 1890675 MCP3684079.1 1869227 MCP3773598.1 2962034 MCP3872510.1 2049433 MCP3920706.1 1869227 MCP3945962.1 1890675 MCP3949106.1 1890675 MCP4032278.1 1890675 MCP4034788.1 1890675 MCP4111938.1 2049433 MCP4144501.1 1869227 MCP4196081.1 1977087 MCP4204994.1 1869227 MCP4293344.1 1869227 MCP4309405.1 1869227 MCP4329804.1 1913988 MCP4417814.1 2026724 MCP4488771.1 1913989 MCP4557152.1 1890675 MCP4558291.1 1890675 MCP4570049.1 2599937 MCP4641540.1 1869227 MCP4697618.1 1913989 MCP4716728.1 2026735 MCP4742086.1 1911520 MCP4774001.1 2026779 MCP4788584.1 1936112 MCP4801139.1 1869227 MCP4858139.1 1936112 MCP4907131.1 1869227 MCP4913426.1 2599941 MCP4914981.1 2599941 MCP4974199.1 1220 MCP5114939.1 1869227 MCP5198054.1 1913989 MCP5208043.1 2048971 MCP5209839.1 2048971 MCP5238928.1 2569850 MCP5254184.1 2569850 MCP5260845.1 50421 MCP5262709.1 50421 MCP5281008.1 50421 MCP5295358.1 2569850 MCP5487798.1 2026799 MCP5489703.1 2047757 MCP5496330.1 2026757 MCP5512837.1 2026757 MCP5529550.1 2006848 MCP5557301.1 2026800 MCP5558243.1 2026800 MCP5649681.1 573 MCP5750602.1 573 MCP5940157.1 573 MCP8939524.1 2962936 MCP9232709.1 2963091 MCP9312883.1 259059 MCP9359979.1 259059 MCP9457465.1 165179 MCP9459380.1 165179 MCP9501482.1 165179 MCP9502602.1 165179 MCP9504261.1 165179 MCP9505495.1 165179 MCP9507598.1 165179 MCP9508490.1 165179 MCP9551290.1 165179 MCP9572002.1 165179 MCP9574920.1 165179 MCP9578035.1 165179 MCP9581076.1 165179 MCP9792076.1 2823745 MCP9893883.1 2823744 MCP9897510.1 2823743 MCQ0042877.1 1313 MCQ0092735.1 2583806 MCQ0524759.1 573 MCQ0970510.1 2922394 MCQ1232951.1 1280 MCQ1733809.1 562 MCQ1765588.1 399 MCQ1765767.1 399 MCQ1844681.1 399 MCQ1853621.1 399 MCQ2046227.1 1211807 MCQ2059483.1 2212467 MCQ2150528.1 2030927 MCQ2156413.1 2030927 MCQ2288428.1 2498093 MCQ2295302.1 2030927 MCQ2424848.1 1898203 MCQ2473581.1 2775029 MCQ2539410.1 1872090 MCQ2543220.1 1898203 MCQ2578417.1 166 MCQ2587557.1 166 MCQ2612024.1 2854022 MCQ2617452.1 210 MCQ2641798.1 210 MCQ2791623.1 210 MCQ2831428.1 210 MCQ2831693.1 210 MCQ4118180.1 2965064 MCQ4292185.1 316 MCQ4771468.1 1673721 MCQ4833490.1 2963703 MCQ5091589.1 84109 MCQ5162189.1 853 MCQ5176136.1 853 MCQ6500874.1 575 MCQ6599557.1 562 MCQ6875480.1 562 MCQ8395228.1 573 MCQ8832218.1 459658 MCQ8893008.1 2495426 MCQ9194587.1 492670 MCQ9374030.1 2963430 MCQ9378715.1 2963429 MCQ9427086.1 2931984 MCQ9627033.1 188913 MCR1232881.1 1307 MCR1823181.1 2963284 MCR1903722.1 508451 MCR1915740.1 508451 MCR1997584.1 85831 MCR2027258.1 1796610 MCR2032183.1 214853 MCR3741303.1 46163 MCR3761073.1 36839 MCR3910506.1 644 MCR3972720.1 654 MCR3977061.1 654 MCR4310565.1 2026735 MCR4368335.1 1906665 MCR4426439.1 1879010 MCR4508817.1 2969303 MCR4522734.1 2969304 MCR4683986.1 1898203 MCR4780139.1 2053608 MCR4805905.1 2044939 MCR4818155.1 2699746 MCR4890737.1 1898203 MCR5007903.1 1969407 MCR5069553.1 59823 MCR5093499.1 1898203 MCR5102838.1 142586 MCR5237392.1 1898203 MCR5249229.1 1898203 MCR5285329.1 166 MCR5335843.1 2774297 MCR5435766.1 166 MCR5498557.1 2748031 MCR5546513.1 1898203 MCR5574391.1 2212467 MCR5602468.1 1898203 MCR5635645.1 1898207 MCR5673014.1 1898203 MCR5830520.1 1898203 MCR6086091.1 1280 MCR6506835.1 2937417 MCR6523039.1 2115968 MCR6642262.1 2231183 MCR8654844.1 244366 MCR8669037.1 2967132 MCR8713142.1 2045451 MCR8850970.1 2968985 MCR8882218.1 310297 MCR8907887.1 2973084 MCR8933324.1 1476791 MCR8976927.1 3029169 MCR9147539.1 1904441 MCR9814016.1 670 MCR9886901.1 663 MCS0350791.1 28174 MCS0447747.1 50719 MCS0594856.1 1886785 MCS0707165.1 373040 MCS2255778.1 818 MCS2462397.1 823 MCS2568668.1 817 MCS2738042.1 817 MCS2900418.1 818 MCS3340124.1 823 MCS3353511.1 818 MCS3408316.1 2974597 MCS3846011.1 339 MCS4165673.1 2940619 MCS4166446.1 2940619 MCS4323037.1 1423 MCS4455478.1 1491 MCS4465250.1 1491 MCS4466166.1 1491 MCS4535293.1 2974027 MCS5505837.1 138532 MCS5639477.1 2026760 MCS5664414.1 2201156 MCS5932532.1 72407 MCS6111838.1 1491 MCS6713223.1 1574161 MCS6731809.1 1574161 MCS6830908.1 1869227 MCS6903464.1 2306012 MCS6907720.1 2073117 MCS6915397.1 2818507 MCS6937099.1 2306012 MCS6948286.1 2689616 MCS6948817.1 2689616 MCS6996891.1 2906524 MCS6997039.1 2906524 MCS7015141.1 2838789 MCS7028162.1 2044936 MCS7125979.1 2528703 MCS7142809.1 2528703 MCS7160524.1 2838789 MCS7249985.1 2052148 MCS7273894.1 2306012 MCS7281253.1 2202153 MCS7352192.1 1969742 MCS7463912.1 1229154 MCS7490234.1 575 MCS7968418.1 287 MCS8136896.1 287 MCS8179099.1 287 MCS8191334.1 287 MCS8616509.1 28038 MCS8622434.1 1590 MCT0075490.1 1360 MCT0090471.1 584 MCT0921016.1 287 MCT1389252.1 450367 MCT1515898.1 498199 MCT1549702.1 33889 MCT1602035.1 2916182 MCT1615729.1 223184 MCT2067510.1 1270 MCT2180626.1 2916181 MCT2254130.1 1270 MCT2877735.1 1584 MCT3119616.1 1358 MCT3215842.1 1590 MCT3271065.1 1590 MCT3347812.1 1203033 MCT3438121.1 1613 MCT3491465.1 1584 MCT3642683.1 1117645 MCT3651567.1 1117645 MCT3651894.1 1117645 MCT3654049.1 1117645 MCT3659013.1 1117645 MCT3659239.1 1117645 MCT3666178.1 1117645 MCT3852191.1 1117645 MCT3921799.1 1117645 MCT3958110.1 1117645 MCT4060736.1 1117645 MCT4107028.1 1117645 MCT4397736.1 319653 MCT4573170.1 1428 MCT6212844.1 562 MCT6518838.1 585 MCT6651154.1 1590 MCT6659744.1 470 MCT6967047.1 28147 MCT7000827.1 1160739 MCT7046027.1 1173566 MCT7452082.1 562 MCT7554762.1 28197 MCT7563887.1 28197 MCT7612562.1 28197 MCT7620373.1 28197 MCT7641204.1 28197 MCT7710903.1 147802 MCT7963129.1 2976350 MCT7966540.1 2953684 MCT8229969.1 1574161 MCT8275829.1 134875 MCT8608395.1 738 MCT8986641.1 2978345 MCT9125660.1 82541 MCT9870786.1 43663 MCT9871106.1 43663 MCU0092406.1 198620 MCU0236787.1 1978231 MCU0243120.1 2793154 MCU0251598.1 2910147 MCU0269282.1 2201156 MCU0422147.1 2044936 MCU0423654.1 2044936 MCU0490050.1 2562117 MCU0521352.1 2052143 MCU0622952.1 2026741 MCU0650575.1 2026741 MCU0780070.1 2562705 MCU0925088.1 1904254 MCU0947041.1 1113 MCU1059567.1 40324 MCU1179108.1 40324 MCU1400721.1 2201156 MCU1401149.1 2201156 MCU1411638.1 1950123 MCU1437293.1 2546198 MCU1460142.1 2201156 MCU1506104.1 1873462 MCU1514505.1 1873462 MCU1518283.1 1934409 MCU1518316.1 1934409 MCU1579718.1 1950123 MCU1589779.1 1909291 MCU1734385.1 2971620 MCU1743410.1 2971619 MCU1807299.1 1399 MCU2290028.1 299766 MCU2299138.1 299766 MCU2321140.1 299766 MCU2339234.1 299766 MCU2341886.1 299766 MCU2740175.1 1296536 MCU2740232.1 1296536 MCU4118491.1 2980555 MFI80259.1 197 MGP84073.1 562 MHQ93786.1 562 MIX29656.1 260680 MKQ12287.1 622 MOK24130.1 9606 MOM22963.1 9606 MOM40962.1 9606 MOM45627.1 9606 MOO25268.1 9606 MOO35077.1 9606 MOP14804.1 9606 MOP62942.1 9606 MOP71390.1 9606 MOR90002.1 9606 MOW13079.1 9544 MOX37967.1 9544 MOY08337.1 9544 MOY08681.1 9544 MOY61908.1 3052230 MOY95459.1 3052230 MPC13528.1 210409 MPC67018.1 210409 MPC84742.1 210409 MPC98265.1 210409 MPN93304.1 9544 MPQ48562.1 2608082 MPQ59667.1 2654636 MPT31245.1 1871047 MPT34124.1 239 MPW87310.1 480 MPX98299.1 2490493 MPY37361.1 1609272 MPZ45416.1 1891241 MPZ95749.1 2015801 MQA03337.1 2604148 MQB59861.1 1598 MQF68191.1 2587838 MQG44163.1 2030829 MQG84887.1 2030829 MQM04273.1 4460 MQP25606.1 2654244 MQQ01917.1 28037 MQW21509.1 382 MRB06557.1 1428 MRB85170.1 1428 MRE93696.1 881260 MRH20027.1 58314 MRI56595.1 2448480 MRJ28901.1 1351 MRJ36192.1 2600065 MRM98361.1 508451 MRN26950.1 1115758 MRR30429.1 1869227 MRW91439.1 2666084 MRX82658.1 2690837 MSB02998.1 292800 MSB06942.1 292800 MSB48508.1 292800 MSB67136.1 1246 MSE05949.1 1624 MSF43747.1 562 MSG06337.1 562 MSL30063.1 562 MSO18531.1 2080302 MSO30570.1 1978231 MSO45354.1 1978231 MSO98652.1 1898112 MSP81668.1 1913988 MSQ41299.1 2026734 MSR12783.1 1913989 MSR47408.1 2026780 MSS51163.1 821 MSS78348.1 2652269 MSS95845.1 2605785 MST53776.1 29389 MST81202.1 2606636 MSU20497.1 2024890 MSU42127.1 2024890 MSU43043.1 2024890 MSU45888.1 1961806 MSV72798.1 2900548 MSV89973.1 2900548 MSW04208.1 2900548 MSW40660.1 2900548 MSW56406.1 2900548 MSX05730.1 2900548 MSX26960.1 2900548 MSX50368.1 2900548 MSX81993.1 2900548 MSX87014.1 2900548 MSY06443.1 2900548 MSY11108.1 2900548 MSY68116.1 2900548 MSZ29286.1 2900548 MSZ29533.1 2900548 MSZ54974.1 2900548 MSZ96355.1 2900548 MTC21796.1 2675151 MTD54563.1 664692 MTI81752.1 1879010 MTQ41920.1 2584682 MUG01045.1 227866 MUH17730.1 1280 MUL75888.1 2606611 MUM35818.1 2606610 MUN40768.1 2678616 MUO90247.1 373 MUT95175.1 2053618 MUT95740.1 2053618 MUU11774.1 1945593 MUV61396.1 2668074 MUZ51144.1 373 MUZ90529.1 373 MVA71646.1 373 MVM34267.1 2682092 MVW63177.1 2683234 MVX61402.1 580026 MVZ66986.1 2662364 MVZ96578.1 2509718 MVZ98191.1 2509718 MWC26563.1 2682849 MWC28217.1 2682849 MWD28632.1 2541728 MWJ11924.1 33013 MWJ14879.1 33013 MWJ17514.1 33013 MWJ65893.1 562 MWQ25788.1 738 MWR41881.1 562 MXD03405.1 562 MXE70911.1 562 MXI78925.1 562 MXN17612.1 2692189 MXN66550.1 2692190 MXN90357.1 2692211 MXO40676.1 1768 MXO59415.1 1737568 MXO76177.1 1837929 MXP43753.1 1689985 MXQ06675.1 2691042 MXQ53321.1 2690964 MXQ78382.1 1829 MXS20473.1 47885 MXS72767.1 2692426 MXV83649.1 2026781 MXW19700.1 1913989 MXW24770.1 2026734 MXW58053.1 2080302 MXX44250.1 2201156 MXX91804.1 2604845 MXY99086.1 2026781 MXZ69365.1 2080302 MXZ79254.1 2080302 MXZ87710.1 2026734 MXZ96777.1 2024894 MYA53061.1 2026734 MYA55072.1 2026781 MYB21565.1 2026724 MYB73048.1 2080302 MYD35119.1 2201156 MYD56339.1 2026787 MYD98720.1 1913989 MYE57211.1 2024894 MYE73466.1 2080302 MYF43071.1 2024894 MYF82215.1 2026724 MYG28588.1 2604851 MYI00165.1 2080302 MYI03606.1 2026724 MYI08135.1 2201156 MYI74371.1 1978231 MYI86460.1 2026734 MYJ01754.1 2026724 MYJ36111.1 2024894 MYM13983.1 1796646 MYM83388.1 2692173 MYQ46630.1 2690292 MYR07899.1 2690315 MYS48845.1 2690317 MYS55468.1 2690317 MYS73268.1 2690314 MYT92751.1 2690343 MYT98825.1 2690337 MYU01723.1 2690337 MYU09148.1 2690345 MYU10132.1 2690345 MYV29884.1 1833 MYV36371.1 137591 MYW02298.1 2690260 MYW09234.1 2690255 MYX39762.1 2690366 MZP30094.1 121734 MZP65343.1 2030927 MZQ82908.1 2606219 MZT27279.1 2584625 MZT63759.1 418240 MZT68387.1 40520 NAB09037.1 53345 NAZ85407.1 2696566 NBB83031.1 1913988 NBC28176.1 1898104 NBC44611.1 83462 NBJ17103.1 2594474 NBJ89957.1 2320852 NBO56108.1 2900548 NBQ41256.1 2448780 NBR20456.1 1977087 NBR42698.1 2026799 NBR46296.1 2026799 NBS68005.1 1869227 NBS93427.1 1891241 NBT94281.1 2026724 NBU29208.1 1978230 NBW79235.1 1891241 NBW88664.1 1913989 NBX48824.1 1869227 NBX99292.1 2030806 NBY29827.1 2035813 NCA08360.1 2026762 NCA31827.1 1796610 NCA32570.1 1796610 NCA33082.1 1796610 NCB77646.1 2499140 NCC17292.1 2044939 NCE83899.1 2202823 NCH16907.1 28141 NCH40670.1 28141 NCI50512.1 1978412 NCN26743.1 1869227 NCO19736.1 1913989 NCR29367.1 2685976 NCS37471.1 2685953 NCS55404.1 2685961 NCS59857.1 2685956 NCS93910.1 178 NCT35708.1 450367 NCT39493.1 450367 NCT79818.1 316 NCU20427.1 2053554 NCV73474.1 2900548 NCV89943.1 1891241 NCW17563.1 1904441 NCW63511.1 1891241 NCW99628.1 1891241 NCX40317.1 2030806 NCY12679.1 2030806 NDB23390.1 2030806 NDC73439.1 2035813 NDC77618.1 2448778 NDD01017.1 1891241 NDD35992.1 2044941 NDD52781.1 1869227 NDE10255.1 2448778 NDE73311.1 1891241 NDE79167.1 1869212 NDF13247.1 1977087 NDF46396.1 1891241 NDH19650.1 2900548 NDH20019.1 1904441 NDH21517.1 1904441 NDH41984.1 1913989 NDI25889.1 2900548 NDJ88951.1 354243 NDK53966.1 1076926 NDK94974.1 141679 NDO74944.1 2705014 NDU77367.1 2126066 NDV26630.1 2593641 NDV85782.1 2047720 NDY70665.1 2291 NEA45200.1 2706027 NEA48031.1 2706027 NEA50819.1 2706027 NEB02235.1 2706058 NEB38825.1 2706074 NEB74342.1 2706073 NED11367.1 2706108 NED75586.1 2706119 NED83450.1 2706029 NEE13244.1 2706086 NEE34914.1 2706094 NEI59450.1 384 NEI88290.1 384 NEK79366.1 442694 NEK97718.1 2026190 NEM96202.1 2704466 NEO63080.1 2607820 NEO65312.1 2607820 NEO77458.1 2607821 NEO89073.1 2607837 NEP09993.1 2607783 NEP46602.1 2607802 NEP75465.1 2607796 NEP82600.1 2607804 NEP87605.1 2607787 NEP96578.1 2607794 NEQ48723.1 2607780 NEQ77371.1 2607791 NEQ94333.1 2607793 NER20127.1 2607769 NER47052.1 2607766 NER92497.1 2607763 NET00292.1 2607814 NET34040.1 2607788 NET38287.1 2607788 NEU29184.1 2681972 NEW97482.1 2269368 NEX20703.1 329406 NEX64380.1 2709383 NEX64733.1 2709383 NEX90257.1 948519 NEY08075.1 948519 NFA60501.1 1491 NFD84694.1 1491 NFE66003.1 1509 NFE68809.1 1509 NFI73903.1 1509 NFL71715.1 1509 NFM23754.1 1509 NFP61777.1 1509 NGL48818.1 1280 NGM46854.1 2710882 NGP40933.1 28090 NGP45824.1 1398745 NGQ14502.1 1280 NGS95655.1 1502 NGT00082.1 1502 NGT06664.1 1502 NGT26486.1 1502 NGT33455.1 1502 NGX49271.1 2705072 NGX84521.1 2707173 NGY23034.1 197 NGY30662.1 197 NGY34034.1 197 NGY34750.1 197 NGY48098.1 197 NGY52014.1 197 NGY89703.1 1404 NGZ86517.1 2703883 NGZ99312.1 2039811 NHA13830.1 2714953 NHB63634.1 2100168 NHC06957.1 146940 NHQ74762.1 2716691 NHQ75215.1 2716691 NHT76819.1 2715133 NHW60074.1 562 NHW94352.1 2715229 NHZ37728.1 2607910 NHZ65697.1 2609280 NHZ77944.1 2609281 NHZ95574.1 2609283 NIB13677.1 362 NIC03455.1 2718534 NIE96265.1 2608324 NIF31361.1 2608346 NIF44225.1 2608331 NIG89319.1 672 NIJ00436.1 43665 NIJ66975.1 68569 NIK12776.1 1379154 NIK25817.1 1450204 NIK52993.1 56448 NIK67136.1 2587092 NIL34304.1 1428 NIM26842.1 1913989 NIM71976.1 1913989 NIN38163.1 1913989 NIO25587.1 1913989 NIO64346.1 1913989 NIP79453.1 2026742 NIP96332.1 2562705 NIQ16008.1 2080303 NIQ54176.1 2026742 NIR36035.1 2900548 NIR46571.1 2026742 NIR98474.1 1913989 NIR99268.1 1913989 NIS03152.1 2026742 NIT64215.1 1913989 NIU54144.1 2026742 NIU74375.1 1913989 NIV21162.1 1913989 NIV25538.1 2026742 NIW25441.1 1913989 NIW38083.1 2026742 NIX20354.1 2900548 NIX44370.1 2026742 NIY32795.1 1913989 NIY58947.1 33013 NJB73902.1 393657 NJC23639.1 271432 NJD87536.1 1891241 NJD91181.1 46610 NJE80740.1 2530046 NJI17449.1 654 NJJ25872.1 1423 NJK67049.1 2720482 NJL74459.1 2202734 NJM16453.1 2030927 NJO91920.1 2448782 NJP20283.1 2720400 NJP33277.1 2720024 NJS16994.1 2720415 NKB40192.1 1967498 NKD30547.1 37734 NKE20303.1 535904 NKE60384.1 2604800 NKI88989.1 2719616 NKN41086.1 29389 NKN84569.1 1311 NKX38680.1 2719007 NKX73016.1 2719005 NKY90945.1 89061 NKZ03608.1 163603 NLA37038.1 2900548 NLA97187.1 2026792 NLB38271.1 1898207 NLB51443.1 2093811 NLB93078.1 2030927 NLC30933.1 2045217 NLD51718.1 1898207 NLD53371.1 2030806 NLE01480.1 35828 NLF10573.1 2024896 NLF87571.1 2026714 NLG67042.1 2900548 NLH91916.1 1872650 NLI07658.1 2268206 NLI10446.1 2030800 NLI35930.1 2030927 NLI68303.1 1903720 NLI85305.1 1977903 NLJ22764.1 2223 NLK53916.1 2030927 NLK90780.1 1898207 NLL42224.1 1879010 NLL47071.1 1879010 NLL64488.1 1898204 NLM06991.1 2049431 NLN79518.1 2033014 NLN95163.1 2030927 NLO64495.1 1898207 NLO81011.1 1926873 NLP00897.1 35828 NLR72952.1 2726187 NLR78717.1 634771 NLS70598.1 1419277 NLT72898.1 2026724 NLU38508.1 2030927 NLU55538.1 1879010 NLV68328.1 2202144 NLV89229.1 2049431 NLW10703.1 1898204 NLW23809.1 2044939 NLW39422.1 2049431 NLX21103.1 2026778 NLX43212.1 2026724 NLY22703.1 2030927 NLY70754.1 1898207 NLZ91447.1 1898207 NLZ92879.1 1879010 NMC86773.1 2024896 NMD48106.1 1341 NME83816.1 2725303 NMF01036.1 1391 NMF28340.1 1612203 NMG02617.1 666964 NMG18956.1 385972 NMH76849.1 75289 NML09527.1 2728834 NMO74192.1 553239 NMR70993.1 553239 NMU92706.1 72557 NMX29961.1 2717498 NMX54539.1 2717494 NMY93193.1 47885 NMY99873.1 219574 NMZ09336.1 219574 NMZ12804.1 219574 NNB33134.1 296 NNC58435.1 1042 NNC77678.1 2026806 NND17855.1 2058390 NND54153.1 1913989 NNE21990.1 1909294 NNE23115.1 1909294 NNE58254.1 2715692 NNE87648.1 2058390 NNF05378.1 2212470 NNF43866.1 2052180 NNF58653.1 2026787 NNG58006.1 13689 NNH61570.1 1076926 NNJ03433.1 2729138 NNJ21164.1 573 NNK86663.1 1871037 NNK90694.1 2202734 NNL66378.1 2026763 NNM19111.1 1912138 NNM97518.1 2052315 NNP72617.1 1871111 NNP76095.1 1848935 NNS04950.1 1134687 NOD75505.1 2683021 NOD87487.1 2683019 NOE13042.1 2683020 NOG08790.1 2683018 NOG54385.1 2026780 NOG93397.1 2033014 NOJ05182.1 29497 NOL38523.1 561879 NOL43023.1 60450 NON33560.1 573 NOQ32749.1 2250255 NOR15507.1 2052149 NOR80888.1 2020875 NOT03931.1 2073117 NOT18216.1 2025307 NOT95054.1 70125 NOU20958.1 2518622 NOU36639.1 2026752 NOU95627.1 2654974 NOV16438.1 555315 NOV59008.1 1520 NOV71604.1 1520 NOW32363.1 1520 NOX27817.1 1913989 NOY27702.1 2599941 NOY92382.1 2026735 NOY97419.1 2268192 NOZ55740.1 2212469 NOZ81161.1 2599936 NOZ88085.1 2026735 NPA33962.1 2268192 NPA60307.1 2026809 NPA74709.1 2026739 NPD65356.1 1909293 NPD90885.1 2736290 NPE47560.1 2737006 NPM18735.1 562 NPT36606.1 36873 NPV11463.1 2053306 NPV66369.1 2052143 NP_001019860.1 9913 NP_001169133.1 4577 NP_001257623.1 10116 NP_001375225.1 9606 NP_001395973.1 39947 NP_177230.1 3702 NP_494967.1 6239 NQA33211.1 287 NQB46603.1 287 NQD33740.1 287 NQD87728.1 2738447 NQD93247.1 2738451 NQE96271.1 1423 NQG69679.1 1307 NQG99400.1 1307 NQH64292.1 1307 NQH81427.1 1307 NQH87181.1 1307 NQJ73193.1 1307 NQN13327.1 1307 NQR19375.1 1307 NQT29221.1 2575572 NQT73935.1 2026724 NQT76827.1 1898104 NQU12192.1 1869227 NQU26924.1 2026760 NQW24640.1 2030829 NQW84129.1 2021368 NQW89316.1 2739016 NQX99425.1 2021391 NQY08093.1 2021391 NQY52797.1 2268179 NQY65348.1 1916082 NQZ11975.1 1872429 NQZ80525.1 56799 NRA95518.1 2026780 NRB12392.1 3134679 NRB18267.1 1904441 NRB72577.1 2006849 NRB78924.1 2497634 NRD24388.1 1220182 NRD51406.1 83462 NRD54892.1 83462 NRF34450.1 492670 NRF36012.1 492670 NRF65548.1 2732868 NRF69152.1 2732868 NRJ54907.1 90370 NRZ85917.1 1520 NSI88915.1 29347 NSJ03693.1 29347 NSJ35888.1 40520 NSK19641.1 39486 NSW79198.1 2282152 NSX31639.1 2792978 NSY93559.1 358 NTL93919.1 1352 NTM88027.1 1352 NTS10563.1 817 NTU53989.1 2067991 NTU59162.1 2067991 NTW34833.1 2052185 NTX93139.1 2576834 NTZ64221.1 358 NUE93484.1 1530123 NUF52133.1 1530123 NUG13279.1 1530123 NUI58440.1 1390 NUI60987.1 1390 NUJ18372.1 1664069 NUJ23803.1 2743619 NUJ32885.1 2743617 NUJ69759.1 2743616 NUJ79490.1 2743612 NUM76802.1 2172550 NUN10705.1 2651163 NUN44437.1 1869227 NUP45658.1 1931 NUQ21352.1 2026741 NUQ31250.1 2728912 NUQ43210.1 2614252 NUR77767.1 2026888 NUR80607.1 2728912 NUR94205.1 2726072 NUS83330.1 1931 NUT29294.1 1931 NUU76068.1 248903 NUV44642.1 2712892 NUV81154.1 1472660 NUV85209.1 1169747 NUW19196.1 67360 NUX53483.1 2782701 NUY29796.1 2654982 NVD35648.1 135739 NVD39759.1 2742698 NVE01199.1 2744470 NVE03636.1 492670 NVF10746.1 2742993 NVF17793.1 1352 NVI04789.1 2782701 NVI04875.1 2782701 NVI84208.1 2745934 NVJ47954.1 2026730 NVJ87065.1 1872435 NVK06315.1 1978374 NVK17210.1 2052174 NVK26228.1 1913989 NVM03966.1 2719382 NVM16230.1 2053489 NVM62535.1 2587021 NVO14071.1 1968906 NVO57457.1 2747601 NVO89607.1 47715 NVP68455.1 564 NWA59487.1 2726979 NWB24350.1 2738817 NWC16952.1 117681 NWC77910.1 2738831 NWC92190.1 2726977 NWD20043.1 2726976 NWE45737.1 117681 NWF36205.1 2608715 NWG07731.1 2026724 NWG72028.1 2510335 NWH38694.1 667144 NWI67355.1 135184 NWI70572.1 135184 NWJ08205.1 48396 NWO11424.1 141390 NWQ39174.1 2737049 NWR36449.1 495162 NWR48904.1 13245 NWT13315.1 34956 NWT28302.1 98964 NWT80859.1 28713 NWU56530.1 458190 NWU63809.1 2585816 NWV34805.1 266360 NWV63665.1 720584 NWV65193.1 720584 NWW37631.1 181101 NWW43432.1 227192 NWW81056.1 47695 NWX34570.1 366454 NWY11222.1 39617 NWY89495.1 64802 NWZ25026.1 75869 NWZ68134.1 39621 NXA78151.1 74200 NXB12866.1 254448 NXB44255.1 127929 NXC43906.1 1118817 NXC48933.1 1118817 NXD58230.1 1196302 NXD84883.1 342381 NXE29491.1 89386 NXE30976.1 89386 NXG47881.1 2585815 NXH52939.1 237438 NXJ09179.1 886794 NXJ48511.1 252798 NXJ67438.1 118793 NXJ71029.1 118793 NXJ84327.1 56311 NXK93169.1 1118560 NXL14598.1 298831 NXM52897.1 201329 NXM82541.1 279966 NXN86496.1 125297 NXO69257.1 161653 NXP66683.1 1218682 NXP88516.1 142471 NXR14151.1 91796 NXS05193.1 98144 NXS49052.1 33584 NXT44414.1 37079 NXT80179.1 2585822 NXU45820.1 626378 NXV13419.1 28697 NXV43694.1 13746 NXW19449.1 321084 NXX47445.1 240729 NXX86929.1 458196 NXY38534.1 932028 NXY58604.1 1347786 NYB01540.1 2364647 NYF16576.1 2723068 NYF43958.1 1260955 NYG21307.1 286438 NYH55071.1 501010 NYH79879.1 1470178 NYI22019.1 332055 NYI70026.1 1347891 NYI84739.1 1838 NYK82134.1 90371 NYS77295.1 186761 NYT09560.1 2250255 NYT34839.1 2749832 NZD72327.1 1280 O31676.2 224308 OAA23430.1 106370 OAA61066.1 1081102 OAD16470.1 217204 OAD54734.1 516756 OAG12460.1 1460663 OAG16394.1 5599 OAH32923.1 223967 OAH97901.1 421 OAH99197.1 421 OAI80057.1 305 OAL01167.1 765868 OAL15441.1 1971 OAL48948.1 765867 OAM71742.1 2976809 OAN46013.1 1707952 OAN53756.1 1285242 OAN88762.1 1849167 OAN91743.1 1849169 OAN93809.1 1849169 OAN94595.1 1849167 OAO15975.1 478820 OAO95585.1 3702 OAQ80483.1 33203 OAS14576.1 1850517 OAT58322.1 1354268 OAT75824.1 1691903 OAU30171.1 47715 OAV52066.1 1825933 OAV63675.1 1633202 OAV67199.1 1633200 OAV74093.1 1633203 OAV75584.1 1633203 OAX39412.1 1314800 OAX76253.1 1590 OAZ43124.1 33883 OAZ49210.1 1406 OBB22832.1 43304 OBB95262.1 1834089 OBC01194.1 1834109 OBF96065.1 875328 OBF96983.1 1834096 OBG00521.1 875328 OBG12466.1 1249101 OBG32114.1 1834143 OBG76939.1 1856865 OBH11049.1 1834128 OBH25313.1 1834147 OBH37299.1 1834147 OBH72175.1 560555 OBI40104.1 339268 OBI91309.1 1790 OBJ23133.1 339268 OBJ46746.1 339268 OBJ47986.1 1790 OBJ78207.1 339268 OBJ81098.1 1856860 OBJ90772.1 1790 OBJ92956.1 1766 OBK56222.1 120959 OBK62915.1 1766 OBK66361.1 339268 OBR96118.1 1353534 OBU40353.1 659 OBW41667.1 1664318 OBW46287.1 1664319 OBW66090.1 5580 OBY35354.1 587 OBY99973.1 119602 OCB38508.1 1780 OCB46767.1 547163 OCB72121.1 1114874 OCC22289.1 43767 OCH01789.1 668 OCH74269.1 723171 OCJ22295.1 1841655 OCN18427.1 615 OCN18488.1 615 OCN39886.1 615 OCN41815.1 615 OCN62303.1 615 OCR38384.1 817 OCT51367.1 86049 OCT66656.1 8355 OCT99299.1 8355 OCX90713.1 1883453 ODA40207.1 1633135 ODA69813.1 1737066 ODA90917.1 59736 ODB58115.1 1406 ODJ20976.1 1261032 ODJ51447.1 1121126 ODM12345.1 1432052 ODM89149.1 48709 ODN79590.1 1295533 ODO07916.1 1296118 ODP34821.1 1586708 ODQ07011.1 1892896 ODQ47907.1 763406 ODS78117.1 1660086 ODT35081.1 1660105 ODT35417.1 1660118 ODU23539.1 1660142 ODU51779.1 1660171 OEC27232.1 666 OEC37898.1 1843691 OED59124.1 2148 OED83005.1 617147 OEE34610.1 1187848 OEE83568.1 1136164 OEE96409.1 1187847 OEF03718.1 1191302 OEF05164.1 1187845 OEF16963.1 617148 OEF50628.1 1191324 OEG62008.1 1898548 OEH82946.1 762845 OEI94406.1 1898038 OEL34993.1 888268 OES29411.1 28108 OES30037.1 28108 OES30239.1 28108 OES40695.1 28108 OEU68709.1 1869308 OEU77901.1 1869299 OEU81439.1 1869303 OEZ32830.1 436515 OFA08592.1 1537279 OFB37046.1 1866905 OFE38863.1 1392 OFH02483.1 1639 OFI40104.1 1920889 OFI98586.1 666 OFJ58224.1 1739362 OFJ61269.1 1739359 OFL13661.1 2976809 OFM46575.1 1715167 OFN06126.1 1715100 OFN99018.1 1715086 OFQ08492.1 1739459 OFQ17397.1 1739459 OFQ18540.1 1739452 OFR33123.1 1739395 OFR90009.1 1739368 OFS04017.1 1581073 OFT26715.1 1581140 OFT43628.1 1581133 OFT97824.1 1581055 OFU75955.1 1581077 OFV87204.1 1797174 OFX32653.1 1797288 OFX35756.1 1797320 OFX97764.1 1797338 OFY34840.1 1797344 OFY45497.1 1797351 OFZ34164.1 1797387 OFZ82064.1 1797403 OFZ89526.1 1797477 OGA29379.1 1797489 OGD37525.1 1797275 OGD46026.1 1797382 OGD85943.1 1797745 OGD88828.1 1797710 OGE05295.1 1797727 OGE84663.1 1817832 OGF51096.1 1817859 OGG08302.1 1798376 OGG18112.1 1798385 OGG21032.1 1798389 OGG25055.1 1798386 OGG33882.1 1798398 OGH18708.1 1798590 OGH22758.1 1798610 OGH45011.1 1798630 OGH56711.1 1817869 OGH59621.1 1817870 OGK67013.1 1802082 OGK67605.1 1802084 OGK71071.1 1802088 OGK71693.1 1802090 OGK72958.1 1802092 OGK75013.1 1802094 OGK79387.1 1802095 OGL36370.1 1802143 OGL48105.1 1817878 OGM15869.1 1802485 OGM17299.1 1802487 OGM68022.1 1802524 OGN55943.1 1797598 OGN60389.1 1797602 OGN66374.1 1797607 OGN69407.1 1797608 OGN70560.1 1797610 OGO01021.1 1797628 OGO39675.1 1797650 OGO62636.1 1797669 OGP18648.1 1797810 OGQ62742.1 1797883 OGR18938.1 1797913 OGR46634.1 1797926 OGR49074.1 1797921 OGR61594.1 1797930 OGR69469.1 1797936 OGR88091.1 1797938 OGS12612.1 1797956 OGS13811.1 1797962 OGU26820.1 1798418 OGU28904.1 1798421 OGU43689.1 1798425 OGU45550.1 1798429 OGU48181.1 1798427 OGU52925.1 1798427 OGW26817.1 1801697 OGW46417.1 1801700 OGY30120.1 1802603 OGZ08419.1 1798660 OGZ12848.1 1798665 OGZ43278.1 1802114 OGZ46835.1 1802118 OHA02323.1 1802272 OHA87077.1 1802733 OHA94618.1 1802746 OHA98069.1 1802752 OHB02532.1 1802758 OHB35500.1 1801947 OHB76863.1 1801968 OHC31951.1 1802010 OHC39978.1 1802008 OHD72009.1 1802196 OHE90264.1 1209926 OHT73135.1 1774 OHT74325.1 1774 OHT89784.1 1774 OHU63695.1 1774 OHV53716.1 1745381 OHX54041.1 622695 OHZ42483.1 373 OII63315.1 1906740 OIJ75120.1 1797818 OIN09428.1 169669 OIN24112.1 1676683 OIN30656.1 1809 OIO24646.1 1805249 OIQ26365.1 1860091 OIQ39557.1 1860090 OIR25648.1 2360 OIT02720.1 49451 OIT05217.1 49451 OIT39507.1 49451 OIV35259.1 1428644 OIZ62139.1 1432052 OJD14960.1 1447872 OJF09917.1 56427 OJG95819.1 417368 OJH18651.1 1914540 OJH36051.1 83449 OJJ32190.1 1073089 OJT07575.1 154538 OJT13672.1 154538 OJT37955.1 82996 OJU23181.1 1895836 OJU33055.1 1895817 OJV54207.1 1895923 OJV98239.1 1895782 OJV99906.1 1895928 OJW41931.1 1895822 OJW72254.1 1895716 OJW76341.1 1895854 OJW81690.1 1895925 OJZ88794.1 1137211 OKH63244.1 1490483 OKH79147.1 1490484 OKH85141.1 1490484 OKJ96639.1 1703944 OKO73700.1 1680155 OKO87070.1 1680155 OKP54793.1 615 OKP85837.1 1349434 OKX80212.1 1718 OKZ39216.1 1897010 OKZ56768.1 1896977 OKZ85006.1 1896984 OLA08565.1 1897004 OLA65010.1 1896965 OLA83490.1 901 OLB04871.1 1805205 OLB27154.1 1803463 OLB54800.1 1805204 OLC29722.1 1803458 OLC60889.1 1805361 OLD52228.1 1805070 OLE71279.1 1805007 OLE87009.1 1803424 OLE88521.1 1803424 OLF75551.1 1772333 OLN82535.1 1915004 OLO59787.1 544580 OLO67435.1 544580 OLP01091.1 39693 OLR42784.1 210 OLR46658.1 210 OMC35141.1 1834154 OMD77659.1 189426 OME96001.1 1451 OMF24356.1 1920423 OMG92676.1 85698 OMH39194.1 1897630 OMH80233.1 1213189 OMJ26529.1 133412 OMK06036.1 1280 OMO76535.1 210143 OMP01148.1 93759 OMP12204.1 93759 OMP40894.1 1915389 ONC03263.1 28450 ONF73092.1 227715 ONH58121.1 1745382 ONH92901.1 3760 ONH99895.1 3760 ONI00121.1 3760 ONI04716.1 3760 ONI81754.1 1933778 ONK59585.1 4686 ONM12286.1 4577 ONM60790.1 4577 ONT24838.1 95486 ONW37454.1 95486 OOC08549.1 1238180 OOC53787.1 501010 OOD04868.1 40324 OOE98621.1 1909445 OOF01602.1 1909456 OOF64197.1 758 OOF77949.1 1796644 OOG68067.1 1945862 OOM33862.1 1520 OOP55008.1 1004156 OOR96319.1 736 OOX90626.1 195 OOX91655.1 195 OPA93975.1 294 OPB12086.1 294 OPB23084.1 294 OPG68954.1 1114970 OPG78007.1 1114970 OPJ74512.1 372326 OPJ85369.1 372326 OPL17692.1 1775674 OPX85636.1 1811694 OPY63992.1 1811696 OPZ33967.1 1852921 OPZ52024.1 1866933 OPZ80214.1 1866929 OQA35671.1 1852840 OQA38407.1 1852787 OQB06356.1 1866924 OQB67688.1 1852909 OQB78299.1 1852867 OQC16336.1 1852880 OQD63521.1 60169 OQK58240.1 672 OQK61462.1 672 OQM53723.1 28026 OQP40117.1 354356 OQP53277.1 354356 OQP54318.1 354355 OQR96432.1 74557 OQV33673.1 232846 OQW79047.1 1978762 OQY55840.1 1972444 OQY98020.1 1961112 ORA20334.1 1265311 ORA58548.1 948102 ORA90427.1 701042 ORB31912.1 39692 ORB86003.1 1768 ORC34171.1 1963862 ORJ20942.1 1646373 ORM92640.1 55209 ORT47413.1 683318 ORT90122.1 106370 ORU69155.1 119857 ORU70093.1 119857 ORU76631.1 119857 ORV24296.1 1796 ORV68006.1 29314 ORV85511.1 912594 ORV98460.1 120959 ORX07480.1 47839 ORX40835.1 4999 ORY38386.1 329046 ORY61855.1 1754190 ORY76548.1 106004 OSM10368.1 155322 OSM98566.1 1172565 OSS44110.1 105696 OSX70183.1 2786 OSZ32898.1 511 OSZ45083.1 511 OSZ74671.1 1985169 OTA29349.1 1157616 OTA99890.1 1001833 OTI63326.1 287 OTN76164.1 1834191 OTP72690.1 196367 OTQ37038.1 1970738 OTQ38279.1 1970738 OTQ41237.1 1970738 OTQ43973.1 1970738 OTQ47595.1 1970738 OTX04318.1 180887 OTY21364.1 339658 OUA93971.1 180856 OUC53080.1 1987165 OUC77675.1 417102 OUE22256.1 28447 OUE71082.1 546 OUF04167.1 1812935 OUI95847.1 104101 OUO62087.1 1965616 OUO78620.1 1965603 OUP29639.1 1965581 OUP70577.1 169435 OUP76087.1 169435 OUQ10387.1 44008 OUQ37749.1 1965551 OUR78726.1 28229 OUU51221.1 1986644 OUV35480.1 1986661 OUV52596.1 1986615 OUW11617.1 1986805 OUW40900.1 1986594 OUX43364.1 1986659 OUX71761.1 1986862 OVE54822.1 1945581 OVG15259.1 573 OWA15278.1 1982764 OWF66224.1 1743166 OWJ65002.1 171674 OWJ73022.1 195105 OWJ88309.1 195105 OWK05057.1 46360 OWK14769.1 46360 OWK99275.1 1450526 OWP22656.1 2002831 OWP27654.1 539 OWR35693.1 487698 OWS70612.1 1743164 OWS72223.1 1743164 OWT72098.1 470868 OWV08417.1 1185415 OWX58814.1 470 OWY28216.1 2014887 OWY66639.1 1503470 OWZ15943.1 4795 OWZ21453.1 4795 OWZ34415.1 1230059 OWZ49419.1 1230065 OWZ55621.1 1295829 OWZ69208.1 5207 OXA48312.1 158441 OXC86111.1 1230056 OXE30643.1 670 OXG04088.1 1114874 OXG21161.1 1230077 OXG25869.1 1230072 OXG34753.1 1295839 OXG38010.1 1295835 OXG52548.1 1295833 OXG65024.1 1230066 OXG66995.1 1230063 OXG69976.1 1295840 OXG85105.1 1230062 OXG86690.1 1230061 OXH15443.1 1230080 OXH17133.1 1230081 OXL09980.1 1295838 OXM80705.1 1295841 OXR36095.1 198618 OXS26311.1 1899015 OXX69546.1 1938672 OXY94970.1 42236 OXZ27376.1 1260 OYP20590.1 2015515 OYP60843.1 2024223 OYR38618.1 1480728 OYR82937.1 29283 OYR88048.1 508451 OYT61077.1 2012522 OYT80742.1 2015556 OYT81646.1 2015556 OYU48266.1 2015577 OYU97658.1 2015582 OYV25858.1 1970304 OYV27796.1 1970384 OYX89137.1 1970331 OYY81277.1 1970520 OYZ24246.1 1970323 OYZ89234.1 1970547 OZB16321.1 1970395 OZB92503.1 28108 OZI66869.1 1416808 OZO01442.1 1702250 OZQ94778.1 1986223 OZT04369.1 2022527 OZV86646.1 1311 OZZ34426.1 573 P55415.1 394 PAA16140.1 296 PAA76673.1 282301 PAA85122.1 282301 PAB03792.1 492670 PAE29020.1 2022552 PAF08561.1 79880 PAF30375.1 2022549 PAM85507.1 1805930 PAO07178.1 550 PAP97088.1 2014805 PAR49438.1 1481663 PAT40648.1 2029117 PAU57488.1 137658 PAV09171.1 2193 PAV59276.1 2018661 PAW68992.1 1982319 PAZ00503.1 1982325 PBI27870.1 1496 PBJ10542.1 1920427 PBJ11997.1 1114970 PBJ20131.1 1114970 PBJ67873.1 85057 PBJ84576.1 2032565 PBK65192.1 1076256 PBK84789.1 47427 PBL05532.1 287 PBN43802.1 2017595 PBP26446.1 946125 PCC21239.1 2024405 PCE26361.1 1912599 PCE26971.1 1912599 PCI03623.1 2026807 PCI52029.1 1913988 PCJ60344.1 1898112 PCL21048.1 1196083 PDH25543.1 2007296 PDM41204.1 2037913 PDO86040.1 1646340 PDQ20720.1 2037900 PDW44028.1 210 PDX17128.1 210 PDX57421.1 3435293 PDX60036.1 3435293 PDY00493.1 64104 PDY83515.1 1396 PEA76755.1 1890302 PEA84756.1 64104 PEC23638.1 1396 PED09069.1 64104 PED70290.1 64104 PEF38603.1 2033515 PEF74188.1 64104 PEG07406.1 1890302 PEG34878.1 36811 PEG91373.1 2042035 PEG93291.1 2042036 PEH15020.1 28901 PEI71178.1 1890302 PEJ11001.1 1890302 PEJ46601.1 1890302 PEM06365.1 1396 PEM24453.1 1890302 PEO41838.1 2033493 PEQ05297.1 1890302 PET20820.1 1396 PEV57812.1 1396 PEZ77290.1 2033488 PFA16629.1 1396 PFM42642.1 1396 PFM75504.1 1396 PFN63879.1 1428 PFQ45600.1 1396 PFQ59784.1 1396 PFQ70995.1 1428 PFX26402.1 50429 PFX73065.1 1396 PGA00914.1 1890302 PGA18395.1 412384 PGK69235.1 1428 PGL59414.1 1396 PGL69713.1 2033507 PGM34038.1 1428 PGP89975.1 1428 PGQ06004.1 1396 PGR64781.1 1428 PGT80823.1 2033502 PGU11999.1 1396 PGU81698.1 1396 PGZ50061.1 1392 PHA06038.1 1396 PHC61923.1 1890302 PHH91422.1 2004951 PHI20455.1 2014804 PHJ25428.1 483139 PHM10142.1 1206980 PHM32599.1 1427518 PHM34447.1 1427518 PHM41093.1 290112 PHM43176.1 290112 PHN38539.1 47877 PHO12486.1 505249 PHP86996.1 2015350 PHQ40373.1 1383844 PHR24038.1 2030813 PHR72175.1 1925666 PHS07087.1 1872118 PHT33663.1 33114 PHT67620.1 4072 PHT77436.1 4072 PHU06236.1 80379 PHU26875.1 80379 PHX59417.1 2900548 PIC97387.1 2048253 PID20729.1 2048245 PIE36668.1 1913989 PIF02276.1 1965318 PIF33487.1 2035198 PIF34155.1 2035198 PII82237.1 1914915 PII88523.1 1914916 PII94170.1 1914917 PII98257.1 1914919 PIJ03473.1 1914921 PIK19560.1 28131 PIL18290.1 1206336 PIM58246.1 562 PIO49166.1 2033588 PIO98717.1 2023338 PIP52537.1 1974498 PIP74303.1 1974633 PIP86899.1 1974529 PIQ07033.1 1974717 PIQ22394.1 1973956 PIQ39370.1 1975553 PIQ75822.1 1974794 PIR02665.1 1974713 PIR51653.1 1974789 PIR55147.1 1974784 PIR97932.1 1974540 PIR98590.1 1974539 PIT51662.1 2946699 PIT67883.1 85701 PIT79320.1 1977908 PIT81348.1 1100706 PIU18101.1 2014310 PIV62444.1 1974843 PIW09420.1 1973953 PIY03328.1 1973919 PIY74148.1 1974800 PJA67987.1 1974782 PJA91225.1 1974628 PJB11797.1 1974005 PJC48296.1 1974737 PJC54843.1 1974627 PJC62958.1 1974002 PJC69268.1 1975076 PJE37862.1 2029104 PJI44171.1 391 PJI83010.1 1938816 PJJ05515.1 1938842 PJJ44766.1 257984 PJL14780.1 40324 PJL78386.1 40324 PJM92811.1 2020325 PJN51769.1 2059268 PJN55724.1 2059268 PJQ02245.1 32022 PJQ25940.1 32022 PJR15388.1 382 PJW13523.1 2055940 PKB44918.1 1798237 PKD17627.1 447422 PKF87772.1 2057910 PKH90867.1 2058300 PKI91935.1 2058180 PKL38269.1 2013829 PKL40887.1 2013832 PKL50735.1 2013830 PKL97327.1 2013805 PKM08060.1 2013803 PKM16736.1 2013798 PKM59746.1 2013785 PKO20637.1 2013723 PKO72095.1 2013705 PKP76071.1 2013666 PKQ56986.1 418031 PKR26921.1 316 PKR40968.1 300181 PKU40490.1 1758121 PKU92481.1 1690 PKY07865.1 1392248 PKY87251.1 2976809 PLA74748.1 2065820 PLB52694.1 1392250 PLK23245.1 2067450 PLL34481.1 1134687 PLL66308.1 573 PLN85696.1 482145 PLP56961.1 381 PLP59350.1 381 PLR69461.1 2066053 PLR75453.1 2053728 PLS38235.1 2751 PLS38612.1 2751 PLS38989.1 2751 PLS45259.1 2751 PLS48114.1 2751 PLS78226.1 2026724 PLT27250.1 888435 PLU16997.1 110321 PLW21337.1 200324 PLX13828.1 2053303 PLX13980.1 2053303 PMC42939.1 2914925 PMD26514.1 2082293 PMG26474.1 1880838 PMG40593.1 553239 PMG69696.1 1880836 PMG95954.1 553239 PMH44474.1 1880855 PMI43316.1 47951 PMJ21464.1 47951 PMP70922.1 2060323 PMP80285.1 2060323 PMQ14983.1 1528773 PMZ78216.1 2751342 PNA04677.1 2070675 PNB75836.1 2070669 PNB80039.1 2070673 PNE15477.1 1911175 PNG07808.1 316 PNG98910.1 92644 PNH10535.1 47790 PNH42332.1 27337 PNH69909.1 27337 PNJ24551.1 9601 PNK91425.1 618 PNL08995.1 823 PNQ91664.1 707248 PNV71637.1 293084 PNV97541.1 380021 PNW64629.1 1678136 PNY82822.1 2054903 PNZ07362.1 29384 PNZ20422.1 283734 POB01491.1 1708783 POB15096.1 2067553 POC21689.1 672 POF51411.1 672 POM61486.1 4796 PON23290.1 398673 PON87355.1 63057 POS85366.1 225359 POX66324.1 2080744 POX68895.1 1768 POX77062.1 1768 POX98167.1 1768 POX99055.1 1768 POY55698.1 2488639 POY57096.1 2488639 POY65082.1 2488639 PPB51267.1 91352 PPB52390.1 91352 PPB61166.1 91352 PPB65068.1 91352 PPB65726.1 91352 PPC85417.1 82 PPD00736.1 82 PPD21330.1 418 PPD26927.1 418 PPD38858.1 418 PPD41708.1 418 PPE01392.1 3634 PPF32514.1 2080521 PPG37831.1 2080570 PPQ18965.1 2055894 PPQ98220.1 231916 PPR79666.1 2013066 PPS22991.1 84378 PPS91010.1 1940758 PPU96251.1 56455 PPU99279.1 56455 PQA98268.1 551459 PQE21401.1 2070414 PQK14494.1 176275 PQL97156.1 287 PQM52169.1 1795032 PQN15048.1 623 PQN90025.1 622 PQO45087.1 124 PQQ27292.1 29488 PQV80708.1 28141 PQY39512.1 28141 PQZ56626.1 1848605 PQZ58256.1 1848688 PQZ78348.1 1848687 PRA05764.1 1848709 PRA49886.1 2033725 PRB20579.1 1848689 PRB28336.1 1827295 PRB66601.1 1848683 PRH01419.1 87883 PRI14809.1 722731 PRQ52230.1 74649 PRQ70658.1 5286 PRY06185.1 1938804 PRY44045.1 1469603 PSA89313.1 1452 PSB20160.1 1920490 PSB50277.1 2107706 PSB61528.1 2107689 PSJ26816.1 35764 PSJ30857.1 215200 PSK49415.1 40998 PSL50502.1 517424 PSM38456.1 2109333 PSM38697.1 2109333 PSM47847.1 869949 PSM48130.1 869949 PSN12224.1 2107702 PSN78489.1 2107699 PSP85445.1 1919165 PSQ73325.1 1919101 PSR02572.1 1919110 PSS74488.1 38313 PST64398.1 2127048 PSU21343.1 318456 PSV17736.1 318456 PSV82516.1 553611 PSV86778.1 553611 PSW09154.1 1342794 PSX20495.1 318456 PSX29256.1 318456 PSX33648.1 318456 PSX46076.1 318456 PTA51376.1 365591 PTA64320.1 2108399 PTB64657.1 58853 PTB82517.1 754476 PTB82632.1 624146 PTB84264.1 355591 PTE18495.1 1185920 PTE76569.1 246432 PTH45098.1 29378 PTH56159.1 29378 PTI06535.1 1288 PTI43160.1 1288 PTJ14476.1 1286 PTK35111.1 29385 PTN02799.1 365340 PTN41115.1 4932 PTO62427.1 29497 PTO84101.1 29497 PTP27895.1 29497 PTP40505.1 29497 PTP41029.1 29497 PTQ42746.1 3197 PTQ67899.1 2135754 PTQ72351.1 2135754 PTT10875.1 2056867 PTT91340.1 2056842 PTU75053.1 2161748 PTV66292.1 303 PTW03505.1 43595 PTW49963.1 453584 PTX11617.1 34087 PTX21207.1 1649266 PTX58650.1 1242148 PTX93603.1 2161866 PUB18616.1 1286148 PUB26175.1 2135723 PUB88646.1 1968598 PUD66278.1 210 PUE19687.1 1835769 PUE25461.1 1835756 PUE27048.1 1835766 PUE39263.1 1977910 PUF89736.1 2169582 PUX14378.1 413503 PUZ48934.1 1504633 PUZ69802.1 1504633 PUZ79195.1 672 PVB59476.1 2171494 PVD30284.1 400727 PVD36313.1 400727 PVX05370.1 197 PVZ08010.1 663609 PVZ09807.1 1261628 PVZ21437.1 1261624 PVZ30382.1 1261626 PWA40393.1 35608 PWA46560.1 35608 PWA60456.1 35608 PWA78445.1 35608 PWB61544.1 2026735 PWC48328.1 709813 PWC54841.1 652751 PWC55685.1 652754 PWC57167.1 652751 PWC90347.1 652764 PWD06252.1 58712 PWD09592.1 58712 PWE74153.1 1396 PWF42714.1 1524097 PWI17876.1 2200760 PWI26141.1 202750 PWI72242.1 33203 PWL37444.1 2201895 PWL92822.1 1898203 PWM27699.1 1613 PWM49891.1 1879010 PWM57416.1 2485925 PWR00656.1 1247513 PWR01118.1 2072018 PWU01878.1 2052166 PWU18232.1 2053607 PWU53961.1 1420897 PWU57639.1 1420897 PWU88017.1 5693 PWU96467.1 5693 PWV80821.1 236511 PWW20468.1 665099 PWW23411.1 1137989 PWY57744.1 2212480 PWY67283.1 1448314 PWY99603.1 1882483 PXH11762.1 573 PXK61481.1 244366 PXL39359.1 244366 PXS20786.1 28901 PXW17101.1 2135644 PXY40488.1 2212651 PYB13830.1 615 PYD37792.1 82996 PYD54161.1 215221 PYD66320.1 265960 PYE31075.1 2135652 PYH00277.1 272161 PYH44624.1 1450539 PYH76040.1 1448315 PYJ65046.1 2026799 PYK96819.1 2026799 PYL80520.1 2026799 PYL83902.1 2026799 PYM79331.1 2053607 PYO04262.1 2053607 PYO33044.1 2026742 PYP23422.1 2026742 PYP50915.1 2026742 PYP75467.1 2026742 PYP94120.1 2026742 PYQ07964.1 1978231 PYQ18715.1 1978231 PYR37153.1 1978231 PYS18397.1 1978231 PYS39036.1 1978231 PYT05517.1 1978231 PYV42293.1 1978231 PYX81094.1 1978231 PYX86466.1 1978231 PYX98855.1 1978231 PYY66316.1 77298 PZA21084.1 429133 PZD74596.1 1764569 PZG12220.1 2666298 PZH32769.1 1280 PZN79281.1 2202197 PZO34543.1 268115 PZO49090.1 268141 PZO97420.1 2702 PZP36069.1 72000 PZP66144.1 223967 PZR72038.1 2201154 PZR90627.1 3127016 PZS09564.1 1909295 PZS89497.1 40324 PZS89812.1 40324 PZT38519.1 40324 PZT61093.1 562 PZT91770.1 84139 PZW56938.1 1261629 PZW62518.1 1261629 PZX46101.1 121821 PZX51861.1 57028 Q10032.1 6239 Q13TH3.1 266265 Q1IX33.1 319795 Q1QH37.1 323097 Q3SFT5.1 292415 Q4U0T9.1 9913 Q8XJN8.1 195102 Q9GKS6.1 9541 Q9SGC1.1 3702 QAA11485.1 2506144 QAA77085.1 2501609 QAU45507.1 1325095 QAY72925.1 2509455 QBA80105.1 1590 QBB69740.1 2511995 QBE91065.1 13689 QBF33378.1 2017482 QBF45084.1 53458 QBG78443.1 2517927 QBH14028.1 2291 QBJ07451.1 34038 QBJ25665.1 195105 QBL97920.1 2546569 QBM89760.1 2163413 QBO27564.1 2542237 QBP31672.1 2517936 QBR47303.1 136609 QBR70480.1 1978229 QBR83502.1 454 QBY53143.1 96344 QBZ92547.1 2505979 QCI53355.1 11676 QCI93351.1 2571749 QCK25184.1 1314 QCK55881.1 1314 QCM13287.1 358 QCR41030.1 2070348 QCS07711.1 1901 QCU78250.1 2567881 QCY60526.1 1428 QCY70899.1 2058175 QCZ42894.1 1580 QDC95372.1 29494 QDF39791.1 1404367 QDF59120.1 13832 QDF75263.1 260364 QDG92469.1 2590777 QDH16072.1 2558360 QDH52386.1 2586752 QDH62835.1 47878 QDH70756.1 2591633 QDI78883.1 28875 QDK31721.1 304378 QDL92264.1 2579971 QDP18928.1 2594473 QDQ10497.1 68270 QDQ13725.1 68270 QDT09879.1 1930275 QDT53250.1 2527983 QDT55619.1 2527983 QDV39145.1 2527974 QDX27396.1 2599297 QEA04360.1 155900 QEC70786.1 496057 QEC74319.1 496057 QEF21038.1 210 QEG31719.1 114 QEG42388.1 980254 QEL04094.1 2592345 QEL21377.1 2599640 QEL66399.1 1735038 QEP12732.1 9606 QEP29574.1 2601638 QER41942.1 2234087 QES31726.1 54571 QEU77679.1 36818 QEZ90839.1 1921565 QFE31818.1 907714 QFG09680.1 2599846 QFG10314.1 2599860 QFT58942.1 2587855 QFT73270.1 2587853 QFU91731.1 2653857 QFY03744.1 1396 QFY07869.1 2219224 QGA25954.1 2662364 QGA29503.1 3052230 QGF94262.1 2664899 QGP90243.1 2676309 QGT50941.1 344338 QGU04304.1 2675218 QGW26989.1 2676868 QGY59210.1 549 QGY75485.1 56455 QGY78268.1 56455 QGZ94761.1 2686094 QHC29208.1 2692233 QHM16330.1 1423 QHM93160.1 1158459 QHO28611.1 3818 QHQ29756.1 29447 QHR71330.1 2696452 QHR72293.1 2696385 QHR85459.1 220126 QHS62665.1 2703787 QHT69537.1 2704465 QHV87229.1 1476754 QHW98968.1 244366 QIB67398.1 2708301 QIB82571.1 2707174 QIC18874.1 147802 QID82546.1 27292 QIE41101.1 2745590 QIG46118.1 2712223 QIG87181.1 159591 QIG92268.1 1197460 QIH75976.1 1855823 QIK95339.1 2714942 QIO07005.1 2715164 QIP02457.1 1404367 QIQ33881.1 1223503 QIR65951.1 615 QIT18741.1 48296 QIU93096.1 2715212 QIX02502.1 286661 QJA13926.1 56004 QJA21760.1 2108399 QJB43311.1 315271 QJD94835.1 2728022 QJF25508.1 71237 QJI30618.1 2730848 QJI43949.1 2730846 QJI50249.1 2730845 QJP10797.1 95301 QJP76820.1 550 QJR17694.1 531813 QJS11440.1 2726118 QJT01258.1 249586 QJW53577.1 82996 QJW92761.1 2774151 QJX39053.1 11676 QJX39570.1 11676 QKC86356.1 2483404 QKD17161.1 2483404 QKE91558.1 1484109 QKG50075.1 584 QKG74783.1 1329 QKK06440.1 1977087 QKK10294.1 1977087 QKQ44963.1 1305 QKQ70197.1 2563897 QKV68895.1 1176198 QKV88829.1 553 QKW28129.1 73044 QLB53288.1 1305 QLD09340.1 546 QLE58529.1 2576904 QLF90001.1 1360 QLF99902.1 30521 QLG47314.1 343403 QLL10545.1 1719132 QLL37033.1 1123738 QLL42869.1 60137 QLL74680.1 47770 QLM89427.1 564 QLN36314.1 564 QLP56207.1 1463165 QLQ30255.1 1871049 QLT57385.1 3052230 QLW20327.1 550 QLX05289.1 546 QLY80081.1 36845 QMH66838.1 564 QMT16581.1 192421 QMT22485.1 492670 QMV44496.1 2598458 QND93902.1 95486 QNE02840.1 672 QNE02933.1 672 QNF21522.1 644 QNG59068.1 2760090 QNH12402.1 2724123 QNH16663.1 2724122 QNH20964.1 2724121 QNI07570.1 120959 QNI12555.1 120959 QNK50562.1 2762330 QNK62815.1 2762321 QNK83147.1 2762325 QNK89392.1 2762563 QNM59064.1 83224 QNQ89494.1 2684405 QNS06554.1 2768069 QNS07838.1 2768069 QNS23131.1 473037 QNS23159.1 1699426 QNT75290.1 1536648 QNU41032.1 32630 QNV11749.1 516502 QNW05614.1 1280 QOJ79304.1 2776706 QOK32856.1 573 QOL09497.1 206594 QOM66332.1 1773 QOR95061.1 3402707 QOS88002.1 2778370 QOV47237.1 42881 QOV63662.1 1646340 QOW46936.1 2006115 QOY53557.1 2740405 QOZ34381.1 1325120 QPC25636.1 113557 QPC28527.1 113557 QPC44969.1 2593653 QPC95571.1 2654248 QPH00767.1 877507 QPI36079.1 120959 QPI62748.1 44935 QPI84850.1 2899152 QPK01472.1 539813 QPK62115.1 2785785 QPK79809.1 2709394 QPN72354.1 1313 QPR47730.1 283734 QPS47452.1 430531 QPS59974.1 38301 QPX63240.1 2794362 QPX63407.1 2794363 QPX65543.1 2794376 QPX65710.1 2794377 QQA79235.1 38301 QQA80952.1 40324 QQB98265.1 33028 QQC09727.1 316 QQC21553.1 1655 QQE66073.1 1115757 QQH27121.1 28903 QQM11387.1 287 QQM23520.1 2795031 QQO85492.1 38313 QQO98901.1 2801455 QQP11078.1 2590012 QQP69643.1 2800128 QQR61334.1 2053634 QQR67337.1 2172549 QQS09360.1 2052180 QQS37660.1 2049428 QQW85341.1 210 QQW87861.1 210 QRF54748.1 1368430 QRF55676.1 34073 QRF57655.1 34073 QRH02152.1 1173586 QRJ65881.1 33028 QRL01933.1 44935 QRN83137.1 2026724 QRN97775.1 83451 QRO17714.1 823 QRO38967.1 29347 QRQ77674.1 37930 QRQ82957.1 2809020 QRS14948.1 571 QRX02582.1 2697049 QRY32617.1 2811425 QRY78475.1 2811422 QSB45235.1 2055955 QSI04618.1 409322 QSI46501.1 2006 QSI76692.1 2811415 QSN62033.1 2814653 QSX66243.1 2529119 QSY20620.1 197 QSY52749.1 51201 QSZ25555.1 2697049 QTD03487.1 2697049 QTD92621.1 179879 QTG87164.1 1390 QTK81523.1 358 QTM79632.1 2697049 QTM97951.1 2729421 QTN67304.1 2697049 QTQ08712.1 1855823 QTR49586.1 2823902 QTW92269.1 10371 QTZ16065.1 2697049 QTZ27226.1 2697049 QUA05739.1 988006 QUE11983.1 2697049 QUH20645.1 2731219 QUL36898.1 2829500 QUL58516.1 1873425 QUL97857.1 3085328 QUM20585.1 2697049 QUQ06080.1 1719401 QUW03601.1 2821543 QUY42327.1 2762553 QVD87869.1 2697049 QVH32379.1 2697049 QVI30127.1 1795 QVJ79991.1 839 QVX70521.1 2697049 QWB24144.1 2838015 QWB63253.1 2697049 QWB78449.1 2697049 QWC83326.1 2697049 QWD11945.1 2527775 QWD35723.1 2527775 QWD67503.1 1758398 QWG20004.1 2840469 QWG36045.1 1405 QWG47403.1 1405 QWH14559.1 1405 QWH39765.1 1405 QWN38906.1 2758724 QWP16864.1 2697049 QWY38042.1 11676 QXE37415.1 1333528 QXF26230.1 1314 QXH37152.1 2842357 QXI02187.1 2745509 QXI91160.1 2697049 QXM06868.1 2855394 QXM19714.1 539813 QXN67839.1 2852115 QXN83094.1 59204 QXN87083.1 51669 QXO05584.1 1795545 QXO05963.1 2780167 QXR94354.1 2697049 QXV60806.1 2861750 QXV79363.1 2851957 QXX76723.1 2822761 QXZ15162.1 2855434 QYC41089.1 1122611 QYD68804.1 2861782 QYF82037.1 2861286 QYI90368.1 2697049 QYJ07232.1 192812 QYJ83348.1 2864203 QYO67357.1 2812896 QYT38722.1 2565248 QYT38723.1 2565248 QYU66920.1 2819933 QYV64658.1 2697049 QYW18922.1 2697049 QYZ71602.1 2807096 QZA56245.1 2866626 QZD25172.1 2697049 QZN75704.1 2871175 QZN99448.1 1437009 QZT26274.1 1334 QZT61384.1 39687 QZU16279.1 2697049 QZY85777.1 41170 QZZ31262.1 1848900 RAH10573.1 2026739 RAI83609.1 291403 RAJ07111.1 440515 RAJ99943.1 643671 RAK59794.1 1813876 RAK64575.1 2211146 RAL39799.1 267555 RAM03555.1 2291 RAS30001.1 1895 RAS96163.1 1396 RAS98174.1 1396 RAT09964.1 1396 RAT70982.1 1172565 RAT71572.1 1172565 RAT73089.1 1172565 RAT76540.1 1172565 RAU01024.1 293387 RAU27912.1 283734 RBA14522.1 948311 RBD11544.1 64187 RBH15081.1 64187 RBH73006.1 64187 RBO52607.1 2259645 RBP24633.1 470868 RBQ02499.1 2259170 RBQ75851.1 117187 RBQ90581.1 27337 RBR02939.1 117187 RBW56939.1 2267227 RBW88021.1 562 RBZ04625.1 573 RCI04718.1 4846 RCK40317.1 220697 RCK62276.1 5486 RCN27214.1 29170 RCN27560.1 29170 RCN52028.1 29170 RCS50672.1 1031537 RCV36353.1 4555 RCW97218.1 2183906 RCW98784.1 1286148 RCX10040.1 1031594 RDC47414.1 394340 RDE04677.1 2283317 RDE22623.1 2283196 RDE30147.1 1426 RDE94011.1 729 RDF07641.1 729 RDH15740.1 1353008 RDI60563.1 45979 RDJ60584.1 470 RDS59451.1 89061 RDU38945.1 2259171 RDV22887.1 153151 RDW20403.1 1229152 RDZ15629.1 1404 RED02962.1 301 RED16538.1 680125 RED63208.1 1294267 REE20603.1 1938805 REF44761.1 61651 REG01385.1 53367 REG19844.1 76731 REJ18923.1 301148 REJ30455.1 301148 REK90532.1 2293571 RFB01438.1 2292771 RFD72872.1 2702 RFD75821.1 2702 RFS90946.1 548 RFT04009.1 1821960 RFT33689.1 2021360 RFT35440.1 2021361 RGB96392.1 154046 RGD67227.1 154046 RGD81433.1 2293240 RGF12941.1 2292939 RGF72828.1 2293173 RGF89932.1 2293227 RGF95622.1 2293223 RGF98031.1 2293222 RGG06187.1 2293067 RGG35319.1 2293162 RGH26169.1 2293056 RGH51280.1 2293081 RGI00200.1 2292944 RGI14262.1 2293239 RGJ72571.1 821 RGL20629.1 28026 RGL27712.1 28026 RGM79829.1 2292301 RGT06351.1 2292220 RGT33563.1 2292219 RGU59964.1 821 RGX30800.1 333367 RGX36413.1 216816 RGX40734.1 216816 RGX48335.1 216816 RGX53720.1 2292207 RGX77898.1 2292325 RGX93525.1 2292367 RGY76895.1 817 RGZ20155.1 39491 RHB45007.1 216816 RHC08897.1 39486 RHC20490.1 39486 RHC66707.1 216816 RHD85727.1 28118 RHE30266.1 2292313 RHH68467.1 2292077 RHH72665.1 2292027 RHI03515.1 550 RHI25825.1 39491 RHL43327.1 40520 RHM71460.1 33038 RHN67154.1 3880 RHO83357.1 2291990 RHP18327.1 2292003 RHP78675.1 2292286 RHP79651.1 2292348 RHQ21825.1 2293068 RHQ28634.1 2293008 RHQ72233.1 2292199 RHR46692.1 2292203 RHR56373.1 2292203 RHR87596.1 2292197 RHS13195.1 2292195 RHU69046.1 2292270 RHW27409.1 2049295 RHX96716.1 112090 RIB10989.1 44941 RID69377.1 3711 RIE06537.1 2290919 RII15623.1 2259644 RII37417.1 2211117 RII72486.1 618 RIJ18310.1 2305467 RIJ22191.1 86342 RIJ24886.1 2305467 RIK08514.1 1978231 RIK81456.1 2026780 RIL35316.1 246432 RIO24530.1 29385 RIQ23700.1 2293569 RIV79787.1 2306995 RIX75659.1 1675792 RIY16342.1 2026099 RIY29324.1 2026092 RJF98482.1 2320863 RJF99999.1 2320863 RJL09485.1 1465 RJL19780.1 2042057 RJL30045.1 1070861 RJP93937.1 2049433 RJT42042.1 1300307 RJU25411.1 2293247 RJU83745.1 2163009 RJW02388.1 2302959 RKF23984.1 1894969 RKG33882.1 1843371 RKG50564.1 2316735 RKH29422.1 2316727 RKH80454.1 2316717 RKK88308.1 5507 RKO68098.1 2419843 RKP53954.1 2419778 RKQ72952.1 526216 RKQ93942.1 166793 RKS07355.1 2183912 RKS08219.1 2183912 RKT44589.1 69360 RKT82586.1 455193 RKU33385.1 2026781 RKU97126.1 210 RKW06524.1 1306 RKX20462.1 2053527 RKZ09955.1 2044591 RLA59280.1 2026809 RLA95129.1 2026735 RLB66027.1 2026735 RLB75920.1 2026735 RLB79053.1 2026735 RLD52647.1 1898104 RLD79060.1 1898104 RLD93286.1 1898104 RLE02911.1 2052149 RLE06181.1 2052149 RLE06383.1 1898104 RLE48019.1 2026803 RLE74569.1 2250277 RLF82422.1 2250254 RLG01914.1 2026795 RLI44152.1 2026714 RLK02723.1 981384 RLL73697.1 2448455 RLL91210.1 1462923 RLM32778.1 2282135 RLN04523.1 4540 RLN36134.1 4540 RLN50561.1 325452 RLN58040.1 325452 RLP61750.1 1325634 RLS24356.1 2026780 RLS46433.1 2026780 RLS53863.1 2026780 RLS80176.1 2026780 RLT18611.1 2026780 RLT25539.1 2026724 RLV89158.1 2028339 RLW53795.1 1968599 RMC64834.1 382 RME01247.1 1898104 RME29710.1 2762014 RME91291.1 2030809 RMF68396.1 2420337 RMF71452.1 2026780 RMG03831.1 1978231 RMG09135.1 2026780 RMI15706.1 382 RMM09851.1 46678 RMN34788.1 86840 RMO53691.1 129137 RMO68303.1 251707 RMP03152.1 237306 RMP47417.1 53707 RMS30859.1 29438 RMT24598.1 29438 RMT28392.1 264459 RMT51308.1 129139 RMU30559.1 251707 RMV00418.1 129139 RMV22145.1 129139 RMV77663.1 46678 RMV92156.1 46678 RMV99004.1 46678 RMY06144.1 91943 RMY79307.1 91943 RMZ53977.1 3075 RMZ75246.1 2249420 RNA68852.1 2483800 RNA69827.1 2483800 RNB82705.1 511487 RNF14763.1 5693 RNH90173.1 47850 RNJ25974.1 2216012 RNJ50155.1 369798 RNL42093.1 498718 RNL65153.1 661483 RNL79827.1 1542737 RNL83543.1 1084421 ROC02011.1 72407 ROH86378.1 2676064 ROI00881.1 192389 ROM19906.1 380021 ROM33079.1 380021 RON76733.1 587753 ROP28277.1 56438 ROP32581.1 56438 ROP65796.1 2485104 ROQ70996.1 2485153 ROR29357.1 1329262 ROR98276.1 577 ROS47023.1 2485102 ROS62223.1 2485192 ROS74152.1 2485178 ROT89752.1 1335613 ROT91295.1 1335613 ROV93981.1 252740 ROW03190.1 1230097 ROW07476.1 1230097 ROW17242.1 1230097 RPF34862.1 2485151 RPG04078.1 1986643 RPG10933.1 1986836 RPG74133.1 1986696 RPH20683.1 1986650 RPH43036.1 2053307 RPI21000.1 1978231 RPI37384.1 2485498 RPI95901.1 2026792 RPM98985.1 287 RQD71026.1 2293856 RQI54198.1 287 RQI67240.1 287 RQJ39609.1 287 RQL72805.1 48296 RQM07044.1 2487125 RQM16216.1 542832 RQN11929.1 1492 RQQ06041.1 1503054 RQQ15039.1 1503054 RQQ30112.1 1503054 RQQ32839.1 1503054 RQR66516.1 2184569 RQT09496.1 488447 RQV24053.1 95486 RQX24770.1 648 RQZ97001.1 292 RQZ97084.1 292 RRB14169.1 2025310 RRD26793.1 2487907 RRH78400.1 2488730 RRI05809.1 425306 RRJ17109.1 979627 RRO13030.1 2492662 RRO15398.1 2492662 RRR87096.1 2490848 RRS09154.1 998465 RRY46070.1 573 RSB65716.1 574561 RSC25745.1 303 RSC27173.1 303 RSH99601.1 1305 RSK62738.1 2494702 RSL34027.1 284579 RSL35018.1 284579 RSL41043.1 1325737 RSL59427.1 1325737 RSM83481.1 2030 RSM93898.1 2203203 RSN53042.1 2203198 RSO09159.1 2203209 RSS94109.1 2487417 RST48155.1 2495593 RST61371.1 1914933 RTE72268.1 1147111 RTE94916.1 2341115 RTG88278.1 6184 RTT45866.1 287 RTU10517.1 287 RTX96492.1 33028 RTZ57973.1 1913989 RUA32032.1 1898104 RUL59119.1 2490854 RUM56169.1 1904862 RUM68418.1 2053622 RUO93487.1 2316715 RUR68347.1 1775474 RUR87593.1 2488639 RUS79844.1 188477 RUT05391.1 388085 RUU66461.1 2496787 RUV30344.1 2496771 RUV62313.1 2496770 RUX64007.1 2496747 RUX91594.1 2496733 RUY13648.1 2496737 RUY73689.1 2496721 RUY80426.1 2496719 RUZ08263.1 2496715 RUZ43265.1 2496713 RUZ86511.1 2496706 RVA68283.1 2496691 RVC93559.1 2496658 RVD87240.1 97331 RVE76210.1 123683 RVG63469.1 382 RVP81748.1 382 RVT92946.1 1979270 RVT98421.1 1932778 RVU05718.1 1908524 RVU39726.1 2500179 RVU96457.1 33945 RVW03559.1 2487352 RVW27732.1 29760 RVW37287.1 29760 RVY46066.1 210 RVY90290.1 210 RVZ06176.1 210 RWC01310.1 1871066 RWC47022.1 1871066 RWD49558.1 1871066 RWK07815.1 1871066 RWK19229.1 1871066 RWK32492.1 1871066 RWP08098.1 1871066 RWP34301.1 1871066 RWP69823.1 1871066 RWQ18455.1 1871066 RWQ68821.1 1871066 RWR83460.1 337451 RWS98148.1 648 RWT07305.1 648 RWT53243.1 1463164 RWW57209.1 4639 RWW58604.1 4639 RWX51021.1 1859130 RWX52837.1 2485123 RWX73493.1 2593994 RWZ64791.1 2498850 RXA13962.1 1254 RXD02530.1 1851410 RXD20758.1 1352 RXE47839.1 141390 RXF80141.1 1423 RXG88639.1 1325107 RXH10995.1 1325095 RXI44037.1 1513 RXI67457.1 1513 RXJ90300.1 2044508 RXK40695.1 5217 RXM36450.1 7906 RXM44565.1 394559 RXM45895.1 394559 RXN11474.1 84645 RXV44726.1 1351 RXW21184.1 2316362 RXX20231.1 1303 RYA23596.1 197482 RYC40169.1 2034769 RYC40743.1 2034769 RYC47406.1 2034769 RYD06084.1 1397668 RYD39969.1 2026800 RYD69609.1 2026800 RYE23003.1 2044944 RYE89993.1 1871070 RYG22587.1 1869212 RYG63745.1 1869227 RYG92159.1 2510646 RYH11275.1 2510645 RYH76248.1 2510794 RYJ18785.1 574964 RYJ25774.1 1478131 RYO44776.1 156630 RYP28707.1 2211645 RYP44998.1 1081914 RYP53376.1 1081914 RYP71249.1 2211642 RYQ03306.1 1690 RYQ11741.1 1690 RYQ13995.1 1690 RYQ65528.1 1690 RYQ91928.1 3818 RYS61175.1 2478956 RYS86294.1 1246 RYT67731.1 40520 RYU57897.1 2516328 RYY39456.1 1911520 RYY55682.1 1869212 RYY73542.1 1913989 RYZ40664.1 2484252 RZB31430.1 2528437 RZC11235.1 3848 RZC84346.1 3469 RZD53001.1 2026739 RZD80397.1 1886 RZE26649.1 1886 RZE47915.1 1886 RZI94009.1 1871043 RZJ01256.1 1871086 RZJ10574.1 1872122 RZK52568.1 1411316 RZK87475.1 1411316 RZL08229.1 1898978 RZM24348.1 28214 RZM87760.1 2478976 RZN15559.1 2250255 RZN20106.1 1571195 RZO46377.1 1977087 RZO90007.1 744985 RZQ61838.1 2510978 RZT88121.1 1397368 RZU50905.1 349313 RZU98823.1 531306 RZV15962.1 28197 RZZ90754.1 2480810 SAK39246.1 1777137 SAL02939.1 1777142 SAL54844.1 1777134 SBS35038.1 1792290 SBS36512.1 1792290 SBS78954.1 171292 SBZ89685.1 573 SCB16608.1 1761772 SCF59302.1 1839768 SCH09036.1 876091 SCH22700.1 165186 SCH39951.1 59620 SCJ79859.1 59620 SCK22477.1 1115568 SCK25073.1 1100824 SCK27855.1 1115568 SCK39321.1 1286821 SCK61790.1 1115568 SCL13606.1 47866 SCL67941.1 47871 SCL72461.1 47871 SCN76227.1 5127 SCX00186.1 1200751 SCY44641.1 459526 SCY77582.1 48935 SCY81480.1 458197 SCZ71451.1 1566227 SDA74839.1 1566205 SDA85080.1 1566243 SDB07816.1 1520817 SDB09042.1 665467 SDC08121.1 191770 SDC93099.1 1419277 SDD08022.1 361279 SDD49032.1 938405 SDD72051.1 390242 SDG66055.1 1761802 SDH07246.1 311180 SDH24188.1 2913614 SDH66796.1 504805 SDI24008.1 568899 SDI37994.1 930129 SDI97994.1 930129 SDK82071.1 75588 SDL42771.1 1494 SDL73813.1 380244 SDN58087.1 391948 SDN91028.1 702115 SDO77973.1 1761904 SDP23785.1 169669 SDP38434.1 1761746 SDP58856.1 930152 SDP61352.1 1881048 SDP91455.1 930152 SDQ45443.1 1761884 SDQ51530.1 1095778 SDQ75474.1 86840 SDR27777.1 47312 SDR96080.1 1798225 SDS88477.1 1421430 SDS96335.1 1136497 SDT52576.1 198618 SDT73851.1 1855352 SDU93285.1 46679 SDW64481.1 1077285 SDW69869.1 1566244 SDW88484.1 44574 SDX53698.1 985054 SDY06017.1 1550230 SDZ72976.1 592050 SEA07581.1 1520801 SEA13178.1 157076 SEA41006.1 531813 SEC98552.1 103816 SED04027.1 1855348 SED40708.1 1250198 SED94327.1 1881018 SEE77849.1 1881025 SEF00227.1 1881024 SEH00142.1 1144553 SEH02709.1 1144553 SEH38637.1 220714 SEI17549.1 501024 SEJ33525.1 915471 SEK85257.1 46206 SEL88385.1 1287727 SEN21123.1 41 SEN55640.1 1231 SEN88049.1 245187 SEO82923.1 1855340 SEP03978.1 501024 SEP30329.1 354355 SEP73001.1 44577 SEP77558.1 1881030 SEQ30476.1 163 SER22912.1 155974 SES25045.1 1884358 SES82297.1 426128 SEU06140.1 83460 SFB29161.1 1855288 SFB35729.1 1566236 SFC50891.1 378404 SFC57805.1 441112 SFC65120.1 148448 SFD47519.1 1122977 SFD55384.1 322505 SFD92629.1 936889 SFE04891.1 1502776 SFE22069.1 684063 SFF02588.1 1566240 SFF07309.1 684063 SFF12613.1 684063 SFF21653.1 684063 SFF90225.1 375451 SFG54931.1 414048 SFH64813.1 1114924 SFH83143.1 1855318 SFI40936.1 324952 SFI56143.1 1566258 SFJ63832.1 1566283 SFK55706.1 322505 SFM28121.1 53346 SFM49342.1 1824 SFN34914.1 455193 SFO13918.1 1861 SFO15715.1 371601 SFO89767.1 1121869 SFQ01701.1 112413 SFR36375.1 582680 SFR68218.1 582680 SFS00963.1 1881035 SFS92407.1 311180 SFW06215.1 83555 SFW70327.1 546364 SFX27592.1 1452269 SGA31597.1 83555 SGR28419.1 1280 SHD77923.1 1288971 SHE27427.1 991789 SHF96803.1 271157 SHG12942.1 1123492 SHG24894.1 494016 SHG89682.1 1437360 SHH89680.1 1121320 SHI34083.1 570521 SHI34968.1 1121131 SHI38684.1 1121476 SHJ39273.1 1470563 SHJ43822.1 391948 SHK75081.1 1121323 SHL32651.1 1434701 SHM59740.1 29534 SHM84371.1 839 SHN15831.1 1027249 SHO81890.1 1185650 SHW10837.1 1185650 SHX72876.1 1185650 SIN31651.1 709881 SIQ26715.1 1907398 SIQ65492.1 1907414 SIR42931.1 34103 SIR93298.1 553468 SIS29303.1 112234 SIS46981.1 908941 SIS82278.1 551459 SIT25400.1 1881016 SIT80596.1 1761774 SJM18914.1 837 SJM20384.1 837 SJN53375.1 687 SJX71965.1 45351 SKA21221.1 225324 SKA28887.1 1122192 SKA54271.1 445973 SKB49907.1 447422 SKB86569.1 241145 SKC89544.1 688867 SKD09969.1 393003 SKF96886.1 1962118 SKG28784.1 1962118 SKH45347.1 1962118 SKI73054.1 1962118 SKN93974.1 319705 SKV47783.1 1185650 SKY52432.1 1185650 SMD00698.1 475255 SMD32347.1 692418 SMD32480.1 692418 SMD43256.1 758820 SMO62942.1 686389 SMP45610.1 1129264 SMQ72214.1 1882763 SMS09381.1 33069 SMY02225.1 1965356 SNB56085.1 1761794 SNB60871.1 877466 SNM61646.1 1313 SNR48861.1 1627892 SNR65769.1 240169 SNR95372.1 147047 SNS79390.1 436663 SNS87047.1 398843 SNS96357.1 1882762 SNT22616.1 935700 SNT37564.1 1882762 SNV31112.1 28197 SNW11064.1 40324 SNX53950.1 1550240 SNX77724.1 1919 SNX88294.1 1938861 SNZ18679.1 1261633 SOD29953.1 1884383 SOD38336.1 1938870 SOD38512.1 1938870 SOD42540.1 1945880 SOD54740.1 1073196 SOD72742.1 1907575 SOE18524.1 714899 SOE22515.1 1945892 SOE53880.1 1777142 SOE69513.1 1882795 SON95852.1 366649 SOO23258.1 317013 SOO26340.1 317013 SOP99791.1 321 SOS39783.1 317 SOV19579.1 880535 SOY97400.1 164546 SOZ00129.1 164546 SPC33634.1 2058097 SPD82323.1 317 SPL72135.1 2126983 SPO69561.1 2078785 SPP93456.1 1549949 SPT97623.1 2115968 SPZ37445.1 703 SPZ45747.1 703 SPZ77529.1 622 SQB21450.1 545 SQB81123.1 562 SQC09877.1 573 SQC43367.1 573 SQD93081.1 2026885 SQH33755.1 46679 SQH98049.1 38301 SQI90360.1 571 SQP19075.1 562 SQT79458.1 562 SRX76402.1 153266 SRX78501.1 39692 SSC70273.1 3137154 SSP16588.1 48296 SSX95876.1 40215 STB15757.1 1542 STC68550.1 35756 STD22753.1 53346 STF90731.1 562 STI30133.1 562 STI83942.1 562 STO34748.1 447 STP01202.1 736 STP06295.1 729 STW09510.1 2058152 STW12454.1 39831 STX08905.1 1650 SUC49170.1 703 SUM48354.1 29384 SUN69620.1 1335 SUP13579.1 47312 SUQ33105.1 29494 SUQ63228.1 1785161 SUU20586.1 40215 SUV24255.1 823 SUX66901.1 545 SUX92496.1 545 SVJ73127.1 573 SYZ65887.1 420245 TAA36136.1 2480810 TAA60600.1 2527671 TAA64233.1 2527671 TAG14385.1 2035813 TAG30440.1 2035813 TAH09203.1 2035813 TAH42824.1 1898104 TAL20232.1 1872578 TAL78422.1 2030806 TAM03995.1 1979962 TAM11363.1 1969813 TAM59961.1 1883446 TAM79626.1 1978231 TAU72812.1 384 TAV84788.1 384 TAV85941.1 384 TAW27704.1 384 TAX05693.1 384 TBN06799.1 2527939 TBN54352.1 2528245 TBP38624.1 1667327 TBP63323.1 1667327 TBP98684.1 1667327 TBQ62276.1 1667327 TBR12235.1 1914450 TBR44965.1 1902503 TBR68015.1 2478969 TBR74099.1 1969813 TBT82840.1 670 TBT88674.1 1837344 TBV26657.1 2213021 TBV99016.1 353 TBX26683.1 1605367 TBX38577.1 1428 TBX82388.1 1405 TCA16546.1 387 TCA48315.1 574561 TCC36519.1 1572660 TCD54349.1 2496842 TCJ90160.1 225051 TCK23608.1 100 TCK28839.1 100 TCK46732.1 412034 TCK62968.1 2485181 TCM25370.1 1684385 TCN01181.1 2512133 TCN22807.1 194963 TCO50822.1 1213861 TCO97347.1 649753 TCP37896.1 1188247 TCP58204.1 2512169 TCQ05391.1 2135649 TCQ06705.1 2135649 TCQ26030.1 2135648 TCR11530.1 2512164 TCR66926.1 2512149 TCR93039.1 2512149 TCT11182.1 627131 TCU20397.1 50338 TCU96190.1 304 TCV06956.1 160434 TDB49724.1 2502980 TDB69252.1 2070510 TDC43289.1 2530378 TDC56907.1 2530374 TDD46462.1 190195 TDG10922.1 2546446 TDH17587.1 948102 TDJ69718.1 1977087 TDJ81922.1 1031542 TDJ86298.1 1031542 TDK50943.1 321662 TDK68676.1 1549640 TDK95710.1 1389713 TDL20017.1 50990 TDL90147.1 672 TDM00308.1 1871037 TDM17294.1 1855823 TDM20625.1 1855823 TDM22318.1 1855823 TDN45085.1 2035 TDN69064.1 1938796 TDO40172.1 52695 TDO95654.1 2512115 TDP04522.1 582607 TDQ59230.1 1185920 TDR34929.1 1650 TDR87296.1 1339210 TDW37624.1 441209 TDW70944.1 2512112 TDX95185.1 192389 TDY68234.1 1188254 TDZ21558.1 1213857 TDZ76855.1 404941 TDZ85845.1 404941 TDZ86558.1 404941 TEA36026.1 103600 TEA36401.1 103600 TEB04530.1 78350 TEB32912.1 71717 TEH22737.1 287 TER66613.1 1282 TEV40342.1 562 TEV80342.1 562 TEY22245.1 2498129 TFA40460.1 562 TFE24510.1 652876 TFE29608.1 2541730 TFF06960.1 2518649 TFF09398.1 2518650 TFF19512.1 2518648 TFF24252.1 2518647 TFI04449.1 384602 TFJ92735.1 175306 TFT45620.1 584 TFU51164.1 85831 TFV00908.1 293386 TFV53637.1 2559612 TFW11827.1 74315 TFY92524.1 2293832 TFY96088.1 2293833 TGE78911.1 2137760 TGK09799.1 2484982 TGK96616.1 2023182 TGL03211.1 2484911 TGL93452.1 2023184 TGM12752.1 2484982 TGM30813.1 2484982 TGQ54748.1 2563930 TGQ73293.1 2563914 TGQ73527.1 2500527 TGR10977.1 2563929 TGT01899.1 2563908 TGT38389.1 2563960 TGU54050.1 2563900 TGV37543.1 2500525 TGY36191.1 36807 TGY67166.1 671267 TGY67634.1 1796646 TGY90962.1 3032872 TGZ41093.1 2563905 THA18460.1 758 THA50073.1 1358 THB72442.1 2049433 THB74514.1 2049433 THB74636.1 2049433 THC50836.1 2563104 THH04310.1 167371 THJ28372.1 1682 THJ53229.1 1459967 THU55532.1 52838 THV35671.1 2570927 THW19323.1 5580 THW78755.1 5580 THX34426.1 5580 THY09373.1 5580 THY23779.1 5580 THZ10219.1 5580 THZ23922.1 5580 TIC14313.1 1708541 TIL25499.1 1871066 TIL49880.1 1871066 TIL56529.1 1871066 TIL84271.1 1871066 TIM12582.1 1871066 TIP25924.1 1871066 TIQ70464.1 1871066 TIU74829.1 1871066 TIW64311.1 1871066 TIW69825.1 1871066 TIX75263.1 1871066 TJW13192.1 485 TJW17418.1 485 TJW32189.1 1871066 TJW36490.1 485 TJW74928.1 485 TJW78851.1 485 TJW81894.1 485 TKA61426.1 331657 TKB51688.1 2569539 TKI63558.1 1130819 TKI81333.1 1405 TKJ28570.1 2012489 TKJ47549.1 2012485 TKJ63458.1 33069 TKK31310.1 33069 TKK64193.1 2575867 TKK77437.1 2575441 TKV97031.1 4556 TKW18680.1 4556 TKX37239.1 2518115 TKX51930.1 2518119 TKX78677.1 1419722 TKY54154.1 455371 TKY82725.1 2485124 TLD03809.1 148305 TLD77931.1 76936 TLD88864.1 1548148 TLE07925.1 37372 TLE10096.1 37372 TLF65644.1 1110697 TLF79313.1 135487 TLQ07004.1 191770 TLQ40229.1 87458 TLS39621.1 2580423 TLX46432.1 161398 TLX75116.1 2571105 TLX83379.1 2026795 TLX84297.1 2026795 TLX90138.1 2026795 TLY59051.1 1913989 TLY75477.1 1913989 TLZ05171.1 1913989 TLZ56659.1 2026739 TLZ66561.1 2026739 TMB80853.1 2026724 TMC92967.1 2026724 TMD19778.1 2026724 TME45086.1 2026724 TME95228.1 2026724 TMF32236.1 2026724 TMG37032.1 2026724 TMG86695.1 1891241 TMG92410.1 1891241 TMH05674.1 1891241 TMH33622.1 1891241 TMH79857.1 1891241 TMH88670.1 1891241 TMI36513.1 2026714 TMI55556.1 2026714 TMJ83338.1 1913988 TMJ88229.1 1913988 TMK27100.1 2900548 TML70651.1 2900548 TMN33102.1 2066523 TMN36799.1 43662 TMN37583.1 43662 TMN49619.1 43662 TMN56276.1 43662 TMO21331.1 579563 TMP41951.1 43655 TMP54508.1 43655 TMQ04701.1 2026735 TMQ05501.1 2026735 TMQ14810.1 2026735 TMQ35121.1 2026780 TMS50945.1 2545267 TMU50952.1 2583815 TMV03654.1 419474 TMX40154.1 190895 TMX56822.1 190895 TMX67908.1 190895 TND09120.1 1898104 TNE33066.1 1913988 TNE39473.1 1913988 TNF43597.1 2053541 TNF89271.1 1913989 TNH24208.1 1420891 TNI18971.1 196024 TNI55378.1 196024 TNK82937.1 48003 TNK84302.1 48003 TNK84559.1 48003 TNK86558.1 48003 TNK87342.1 48003 TNM26199.1 555059 TNN34207.1 230148 TNN49994.1 230148 TNN52570.1 230148 TNU73865.1 676201 TNV62906.1 83462 TNZ76496.1 670 TOC73516.1 670 TOE90752.1 670 TOF36258.1 670 TOG31080.1 670 TOH62441.1 670 TON30807.1 670 TOP73014.1 670 TOQ34755.1 670 TOY92288.1 676 TPG41670.1 29533 TPG63603.1 1850093 TPG67452.1 1850093 TPH16642.1 1465 TPI00432.1 210 TPI43339.1 2589895 TPI77307.1 2589899 TPK12952.1 2589923 TPK64615.1 2589930 TPL91236.1 2589952 TPM24537.1 2589964 TPM40580.1 2589959 TPR01788.1 5061 TPV93333.1 1979545 TPX78184.1 246404 TQD74562.1 106549 TQD79640.1 106549 TQD99590.1 106549 TQE08045.1 106549 TQI75135.1 2587160 TQJ11194.1 236068 TQJ60330.1 2768449 TQL05762.1 2768443 TQL76389.1 1496996 TQL94673.1 1490222 TQM15355.1 630975 TQM34541.1 1263636 TQM61268.1 244735 TQM95680.1 125288 TQO97642.1 666 TQP47251.1 666 TQP81354.1 666 TQQ45764.1 666 TQR41612.1 2202200 TRN11240.1 676 TRO79114.1 38815 TRT65090.1 2486216 TRX01236.1 2594432 TRX05239.1 2594432 TRX09142.1 2594432 TRX09223.1 2594432 TRX26680.1 2594432 TRX60838.1 2594266 TRZ64304.1 1898103 TRZ74764.1 1898104 TSA09501.1 1871071 TSA21665.1 1911520 TSA38195.1 2049046 TSA47082.1 1911520 TSC89929.1 2017172 TSH78544.1 2650964 TVL90931.1 2011095 TVO55343.1 1629404 TVP67793.1 2480211 TVQ11450.1 2480213 TVQ27286.1 1898206 TVR26043.1 2053516 TVR41840.1 2044936 TVR86131.1 2026790 TVS18044.1 1913989 TVT01884.1 941986 TVU87390.1 664683 TVV43715.1 2597518 TVV45366.1 2597518 TVX95725.1 39693 TVY78526.1 602035 TWB29082.1 3475240 TWC12907.1 2572884 TWC13512.1 2572883 TWC29322.1 2572886 TWC31920.1 2572890 TWC49777.1 2572894 TWC76174.1 2572919 TWD06493.1 2572882 TWD10375.1 2572920 TWD47642.1 2572895 TWD78162.1 2496117 TWD91093.1 2496117 TWF43962.1 528178 TWG05003.1 887462 TWG64208.1 935856 TWG64638.1 935856 TWG77587.1 935858 TWG78017.1 935858 TWG78575.1 935859 TWH27947.1 935854 TWI36563.1 1031594 TWI75835.1 990078 TWJ14679.1 406432 TWK83191.1 1648923 TWL42136.1 1648923 TWP21248.1 713054 TWP23718.1 2509004 TWR24941.1 2599294 TWT41731.1 2528034 TWU17869.1 2714739 TWU52133.1 2528032 TWW58526.1 433684 TWW80208.1 433684 TXB56523.1 1564516 TXB67253.1 1926625 TXD17194.1 1031594 TXD76006.1 57028 TXG39408.1 2591822 TXG48910.1 1000413 TXH38262.1 1898112 TXH38725.1 1898112 TXH71851.1 1926873 TXI03941.1 76759 TXI82219.1 1873897 TXJ13553.1 29522 TXJ20662.1 29522 TXK73489.1 2602760 TXK89002.1 2603623 TXM69125.1 2603893 TXM89647.1 2603889 TXN27692.1 2603892 TXN49057.1 2603888 TXN66352.1 2603895 TXR50796.1 1149773 TXS17010.1 1828244 TXS75574.1 2478959 TXT57728.1 2053491 TXU41529.1 1812935 TXU90391.1 1812935 TYA70043.1 1912246 TYG55675.1 34276 TYG81953.1 34276 TYI23342.1 34277 TYI91467.1 34275 TYJ03004.1 34275 TYJ28824.1 34275 TYK35742.1 310300 TYO95498.1 1121431 TYT74809.1 2586642 TYU40005.1 1639 TYU55729.1 1639 TYZ12708.1 2606448 TYZ25144.1 2593411 TZC53901.1 562 UAJ80621.1 2781978 UAL45635.1 79883 UAQ80067.1 2697049 UAS17182.2 283734 UAW00545.1 442302 UAW99920.1 2830842 UAY76967.1 753 UBA80202.1 2697049 UBC80802.1 2697049 UBD95131.1 2697049 UBL45068.1 2697049 UBM26168.1 2874628 UBN63752.1 2697049 UBP50947.1 2697049 UBR86455.1 2697049 UBS60948.1 292800 UBU94956.1 1650654 UBY01598.1 208893 UBY01612.1 208893 UBY01616.1 208893 UBY07556.1 40247 UCA62018.1 1609531 UCC96225.1 2035772 UCE84061.1 2026735 UCF22071.1 54061 UCF69744.1 2052148 UCF78466.1 2212470 UCF86936.1 2026770 UCF87976.1 1869227 UCH34204.1 2033014 UCJ00318.1 33760 UCM24800.1 106592 UCP72061.1 2697049 UCP77012.1 2697049 UDF21827.1 334542 UDH58358.1 4424 UDK40309.1 2697049 UDK45093.1 2697049 UDL05554.1 2817656 UDM34021.1 1809 UEA27922.1 1737424 UEB11564.1 823 UEC52718.1 2697049 UEC68750.1 2697049 UEC75592.1 2697049 UEN79290.1 1314 UEQ77637.1 651561 UES93012.1 2697049 UEX07109.1 2697049 UEZ81836.1 2697049 UFA30503.1 2697049 UFA51659.1 32062 UFD21902.1 2697049 UFH49120.1 2893890 UFH83377.1 29709 UFM00670.1 2697049 UFM02602.1 2697049 UFO56612.1 2697049 UFQ13583.1 1854574 UFS98502.1 2755382 UGA44984.1 2748629 UGA79226.1 2697049 UGB98301.1 2697049 UGO52245.1 2902673 UGQ47716.1 2899220 UGS88263.1 2842456 UGT45819.1 209247 UGT47586.1 1824 UGX22439.1 2697049 UGY43725.1 2697049 UHB14670.1 2697049 UHH56899.1 2697049 UHK01047.1 2697049 UHM53165.1 2697049 UIL53208.1 549 UIL53463.1 549 UIN32883.1 334852 UIO40077.1 1393 UIR12670.1 2697049 UIS13606.1 359823 UIS14362.1 359823 UIS14866.1 359823 UIS16546.1 359823 UIS16630.1 359823 UIX40308.1 2697049 UIZ26664.1 542832 UJA07681.1 42684 UJA17453.1 42684 UJB63301.1 2738413 UJE00739.1 82996 UJF18466.1 2908646 UJJ52335.1 666685 UJJ97602.1 2697049 UJL57974.1 1717 UJL58579.1 1717 UJM95081.1 666685 UJM98612.1 666685 UJN21973.1 666685 UJQ14296.1 2697049 UJR03683.1 2697049 UJR17665.1 104782 UJR56459.1 1308956 UJR93908.1 2697049 UJS94137.1 2697049 UJT06733.1 2697049 UJV88611.1 2697049 UJV92467.1 2697049 UJV93173.1 2697049 UJV94036.1 2697049 UJW31884.1 2912058 UJW35797.1 2912058 UKI46111.1 821 UKI64423.1 2697049 UKJ77385.1 192 UKN67998.1 2697049 UKO90478.1 89053 UKS51372.1 5833 UKU68032.1 2697049 UKZ47984.1 29875 UKZ95812.1 101201 ULA23837.2 2697049 ULB44769.1 2759955 ULB83374.1 2697049 ULH08461.1 511 ULK52968.1 1639133 ULP51341.1 1809 ULU08535.1 6238 ULU28230.1 48101 UMA88644.1 2697049 UMB60045.1 2918453 UMF87224.1 2697049 UMM20451.1 6238 UMM23672.1 6238 UMY59999.1 2920387 UNA34365.1 72407 UNC52286.1 2494702 UNC92390.1 338645 UNH90232.1 93837 UNI03201.1 2697049 UNK76582.1 575 UNP33456.1 1567021 UNP61785.1 11069 UOA09906.1 2839024 UOA23534.1 60137 UOA67814.1 2739904 UOE34028.1 1705399 UOK61174.1 2928702 UOK72756.1 223390 UOM52323.1 1129264 UON50805.1 29494 UOR87027.1 210 UOS41906.1 210 UOS50312.1 210 UOT06413.1 37919 UOU30556.1 2697049 UOU80475.1 1821960 UOX44173.1 292800 UOY89590.1 1664069 UOZ97514.1 1873897 UPA08901.1 1293576 UPA83906.1 2697049 UPB00876.1 2697049 UPG88372.1 2911538 UPG91420.1 2911538 UPJ36101.1 2782678 UPP41269.1 2697049 UPQ86936.1 379097 UPT73080.1 2030800 UPU53169.1 2697049 UPW14663.1 89053 UPX24421.1 2697049 UPX32237.1 2697049 UPY94983.1 2935858 UQC85639.1 145971 UQE52230.1 2697049 UQG49769.1 2697049 UQI39151.1 44935 UQJ36192.1 2697049 UQK45076.1 2929492 UQT49937.1 292800 UQV46285.1 29581 UQX68914.1 75985 UQX76224.1 75985 UQX78903.1 75985 UQX87459.1 2038343 UQY45178.1 2872648 UQZ85786.1 2020716 URD51205.1 2653189 URE29467.1 320322 URH14131.1 30596 URH14157.1 30596 URH14196.1 30596 URH44723.1 2697049 URJ46333.1 1406 URN84413.1 52694 URN93064.1 2994561 URP80785.1 2697049 URQ55824.1 2697049 URT32165.1 2697049 URZ04297.1 36839 URZ07488.1 36839 URZ12519.1 36839 URZ17181.1 1121310 USA48349.1 2950076 USA51837.1 2950075 USA52924.1 2950074 USB32764.1 2878915 USG67367.1 2950604 USK34290.1 2884833 USL13586.1 1428 USL51576.1 2697049 USN98129.1 2026777 USR14792.1 2697049 USR37329.1 714473 USW54809.1 215465 USY27055.1 2953809 UTA47791.1 2909669 UTB41197.1 411483 UTC48219.1 69710 UTH76636.1 2953890 UTI40996.1 2962858 UTL82847.1 303 UTM04871.1 12657 UTN87579.1 287 UTP37994.1 2903901 UTS93310.1 2018689 UTT38419.1 1775880 UTT93350.1 120017 UTU41876.1 66646 UTW67325.1 2829673 UTX45784.1 58839 UUA07132.1 2838015 UUJ36341.1 1245236 UUR71665.1 61645 UUS71569.1 2697049 UUT14867.1 2745510 UUU33467.1 2801029 UUX50266.1 1862145 UUY48127.1 1648182 UUZ44207.1 53458 UUZ63036.1 2895564 UUZ81931.1 2885204 UVB16817.1 2697049 UVD42744.1 2972387 UVD88834.1 1283 UVI10561.1 2697049 UVK50519.1 2865837 UVL17114.1 2895488 UVM14463.1 2895477 UVM24663.1 2895476 UVM40809.1 2895474 UVM51895.1 2895473 UVM52528.1 2895473 UVO39122.1 858423 UVR13135.1 823 UVR91191.1 818 UVS08354.1 823 UVV65186.1 738 UVW27074.1 2970464 UVY40774.1 38018 UWG74403.1 38018 UWO16306.1 2860051 UWO20871.1 1121115 UWO75604.1 518636 UWO80452.1 261299 UWP80752.1 53359 UWP86539.1 53359 UWQ95440.1 2867018 UWR03378.1 981384 UWR27084.1 2867023 UWU38257.1 1535245 UWZ51847.1 35754 UWZ57496.1 35754 UWZ97978.1 29497 UXE63572.1 2824559 UXH42892.1 218284 UXH94526.1 2697049 UXI68423.1 2976241 UXM97614.1 714 UXN25438.1 2035 UXN69275.1 191302 UXS20615.1 53344 UXS56620.1 53344 UXT99886.1 358 UXU53114.1 29378 UXX67934.1 2697049 UXY25769.1 3447509 UXY49218.1 40324 UYC71619.1 2697049 UYC80276.1 2035 UYE49180.1 2697049 UYE59123.1 2697049 UYE61960.1 2697049 UYF72996.1 108980 UYI29832.1 1245541 UYJ43184.1 2485925 UYJ49903.1 292800 UYU28364.1 1423 UYV00040.1 818 UYV38309.1 2978344 UYY06290.1 1351 UYZ32428.1 29491 UYZ73477.1 476 UZF38514.1 2976471 UZH89542.1 2697049 UZJ33723.1 2991496 UZM56993.1 2697049 UZN51873.1 2608999 UZO03952.1 588596 UZO53924.1 2697049 UZO78704.1 2945101 UZW60936.1 69 UZY22531.1 11676 UZY61307.1 2697049 VAH04400.1 4567 VAH82675.1 4567 VAH97810.1 4567 VAI76478.1 4567 VAI84247.1 4567 VAI85984.1 4567 VAX76432.1 138074 VBA36436.1 2341086 VBA49004.1 2341086 VBA54480.1 2341086 VCU58551.1 379347 VCU65501.1 47883 VDC62858.1 3711 VDD35992.1 3712 VDK55583.1 71465 VDK71801.1 42157 VDL79744.1 27835 VDL88157.1 70667 VDM37090.1 6265 VDO63589.1 387005 VDP10889.1 6339 VDP42962.1 6339 VDR39692.1 2061 VDZ55829.1 618 VEA68798.1 61652 VEC15689.1 1639133 VEC90219.1 59201 VEG04711.1 38301 VEG18364.1 1771 VEG33502.1 1824 VEG42356.1 1776 VEH65358.1 758 VEI34609.1 316 VEL25898.1 117903 VFA88440.1 175628 VFB13610.1 28113 VFC12725.1 1496 VFV20999.1 191816 VGM95377.1 1936169 VGP03367.1 1463164 VGP99364.1 244366 VGV10735.1 1314 VGV73069.1 1314 VHA61292.1 1314 VHB43012.1 1314 VHB91054.1 1314 VHC13331.1 1314 VHX55998.1 1496 VIF85598.1 1496 VIO76965.1 2511166 VIP11815.1 2052164 VJO49958.1 1313 VPT01298.1 1313 VQC01530.1 1313 VRK55480.1 1313 VSL28096.1 1313 VST16928.1 1313 VTD69375.1 1313 VTJ81055.1 9995 VTM75314.1 575 VTQ65387.1 1354 VTR17913.1 47917 VTR69884.1 90730 VTS11065.1 214688 VTT01680.1 1334 VTU01834.1 2052164 VTX63628.1 860 VUC33496.1 29856 VUS50666.1 2587529 VUT09590.1 2153354 VUT24782.1 2588691 VUW93362.1 88431 VUX63411.1 418240 VUZ85658.1 2211376 VVA34975.1 3755 VVB00125.1 586526 VVC36036.1 506608 VVC94919.1 189913 VVM86309.1 294 VVN45438.1 294 VVN62458.1 294 VVO13091.1 294 VVP85919.1 294 VVV80071.1 210225 VVW57803.1 210225 VVW92857.1 210225 VWC79977.1 482957 VWM24802.1 147207 WAB82460.1 2994971 WAI21541.1 1283 WAI22709.1 1283 WAM47281.1 44935 WAM50778.1 44935 WAN17900.1 2697049 WAQ82413.1 208348 WAR09170.1 6604 WAR46106.1 2963939 WAS49087.1 2697049 WAU02056.1 1920 WAU07161.1 1920 WAU09408.1 1920 WAW90936.1 86040 WAX08241.1 2968711 WAX08304.1 2968712 WAX08343.1 2968713 WAX08398.1 2968714 WAX10255.1 2968608 WAX22144.1 3003735 WAY96880.1 615 WBA81967.1 3009078 WBA84916.1 3009078 WBB44984.1 2697049 WBB52210.1 3015149 WBU56346.1 3017783 WBX94110.1 128785 WCC80683.1 3016342 WCH21150.1 645 WCJ65046.1 358 WCK04686.1 358 WCK68959.1 358 WCL83180.1 2930259 WDA54585.1 614643 WDF47893.1 3025664 WDF95279.1 196024 WDI23163.1 332589 WDI27804.1 738 WDQ23400.1 584 WDS37366.1 1871049 WDY60627.1 3029060 WDZ91250.1 3061629 WDZ91984.1 3061629 WEC73158.1 549 WED63245.1 2909285 WED63284.1 2909285 WEF49953.1 481883 WEH43063.1 3028709 WEI27974.1 2697049 WEJ93950.1 2315449 WEK50023.1 3121367 WEO78779.1 1897060 WEO95042.1 710705 WES90197.1 1778540 WET77233.1 3034022 WET90235.1 1622 WEU87158.1 2697049 WEX06651.1 3031999 WEX20246.1 180978 WEX86260.1 680247 WFE13581.1 1452 WFE54021.1 3016094 WFN54948.1 2259638 WFN95022.1 173559 WFP67923.1 1719 WFQ78449.1 3026967 WFR58917.1 3039116 WFR82911.1 3039385 WGA83688.1 57706 WGC23386.1 299767 WGD53733.1 3039153 WGE10213.1 738 WGE12347.1 738 WGF32119.1 573 WGH76462.1 3038772 WGO93308.1 2505979 WGP70063.1 2697049 WGP98278.1 2697049 WGQ72821.1 2697049 WGS46069.1 2880219 WGS63242.1 136468 WGT28572.1 298 WGY34324.1 644 WGY84075.1 1440121 WHA30314.1 3043500 WHA30342.1 3043500 WHA39576.1 823 WHE12941.1 2697049 WHP06411.1 3045147 WHP70151.1 221822 WHS33494.1 3045175 WHS62776.1 1506334 WHT43594.1 3045176 WHU31432.1 53751 WHY78855.1 3047873 WHY87508.1 220687 WHZ03015.1 3047874 WIA57531.1 2979467 WIA60656.1 3027225 WP_000158727.1 1301 WP_000391618.1 1280 WP_000446844.1 1386 WP_000484099.1 590 WP_000576638.1 470 WP_000685022.1 562 WP_000877275.1 1386 WP_000989932.1 1386 WP_001202764.1 470 WP_001203076.1 1311 WP_001495833.1 562 WP_001537381.1 562 WP_001804449.1 1280 WP_001884703.1 662 WP_001977095.1 210 WP_002162515.1 666 WP_002264996.1 1309 WP_002318774.1 1352 WP_002449605.1 1279 WP_002541411.1 1747 WP_002574744.1 208479 WP_002598431.1 29372 WP_002615101.1 41 WP_002655233.1 124 WP_002682757.1 158 WP_002803816.1 1125 WP_002857697.1 194 WP_002894198.1 1305 WP_002896703.1 1301 WP_003067788.1 1335 WP_003176097.1 286 WP_003245665.1 1423 WP_003303823.1 578833 WP_003333677.1 1465 WP_003642885.1 1590 WP_003748238.1 1640 WP_003939801.1 1760 WP_003960394.1 1901 WP_003976137.1 1883 WP_004127832.1 2701 WP_004185621.1 570 WP_004208647.1 165695 WP_004213189.1 13690 WP_004619799.1 75 WP_004647440.1 469 WP_004660460.1 469 WP_004699236.1 469 WP_004727834.1 29494 WP_004751198.1 1217714 WP_004762412.1 1144664 WP_004841038.1 470 WP_004949240.1 613 WP_004957233.1 613 WP_004960861.1 40215 WP_004994904.1 33926 WP_005165186.1 36819 WP_005253785.1 37919 WP_005392478.1 662 WP_005582143.1 45497 WP_005629113.1 726 WP_005632191.1 726 WP_005710284.1 736 WP_005921846.1 1254 WP_005969797.1 55208 WP_006004624.1 872 WP_006027485.1 430531 WP_006034446.1 2637987 WP_006075792.1 62319 WP_006198916.1 3028117 WP_006224372.1 222 WP_006305873.1 82203 WP_006327457.1 82996 WP_006336501.1 1297570 WP_006685582.1 133448 WP_006697084.1 135083 WP_006728805.1 147266 WP_006761119.1 152480 WP_006799194.1 156974 WP_006895514.1 2053 WP_007162313.1 135621 WP_007270472.1 254787 WP_007287952.1 261299 WP_007337172.1 265606 WP_007356512.1 1501433 WP_007377599.1 53246 WP_007404414.1 13687 WP_007427566.1 1046117 WP_007556065.1 309120 WP_007577863.1 1097667 WP_007635864.1 1132836 WP_007678833.1 1163710 WP_007683719.1 165695 WP_007708736.1 333367 WP_007747506.1 338188 WP_007853416.1 1144317 WP_007993424.1 286 WP_008045531.1 1144336 WP_008056683.1 2596745 WP_008132112.1 1144344 WP_008134825.1 1144344 WP_008292946.1 393662 WP_008314082.1 1173264 WP_008346835.1 1386 WP_008470196.1 1203033 WP_008701575.1 76859 WP_008860295.1 487173 WP_008959270.1 550984 WP_009025642.1 566679 WP_009197348.1 649507 WP_009257967.1 186801 WP_009475234.1 745408 WP_009620393.1 286 WP_009714971.1 998084 WP_009803198.1 2632123 WP_009881125.1 1314 WP_010016619.1 3016637 WP_010048070.1 114 WP_010251888.1 1183151 WP_010299410.1 1465809 WP_010381982.1 43658 WP_010409355.1 29506 WP_010434011.1 47951 WP_010443651.1 97050 WP_010462366.1 12916 WP_010502862.1 189691 WP_010859888.1 1421 WP_010865602.1 56636 WP_010875413.1 380 WP_010905191.1 1357 WP_010997757.1 1162 WP_011057593.1 146786 WP_011062110.1 286 WP_011063740.1 286 WP_011147179.1 29487 WP_011185207.1 1575 WP_011313080.1 36861 WP_011490055.1 36873 WP_011512097.1 912 WP_011513572.1 330922 WP_011531028.1 68909 WP_011568153.1 2434 WP_011629477.1 351052 WP_011739125.1 1809 WP_011965948.1 823 WP_012084538.1 131568 WP_012105291.1 1649845 WP_012147640.1 28197 WP_012236017.1 56 WP_012283464.1 35701 WP_012339795.1 87882 WP_012456188.1 223967 WP_012506875.1 34090 WP_012517468.1 314275 WP_012568269.1 34018 WP_012573472.1 511435 WP_012716944.1 43080 WP_012724915.1 136843 WP_012785155.1 304895 WP_012913739.1 2701 WP_012917492.1 29447 WP_012924408.1 182640 WP_012964108.1 940 WP_013017739.1 283811 WP_013102579.1 1243 WP_013133580.1 2006 WP_013384884.1 92945 WP_013449879.1 148813 WP_013559898.1 167964 WP_013571875.1 672 WP_013572974.1 940615 WP_013611731.1 171549 WP_013632646.1 976 WP_013712491.1 85991 WP_013768652.1 2350 WP_013845913.1 382 WP_013970683.1 286 WP_014036593.1 40324 WP_014206161.1 48296 WP_014213241.1 36814 WP_014217999.1 354356 WP_014407515.1 1314 WP_014504812.1 347 WP_014558374.1 683846 WP_014605789.1 53335 WP_014657023.1 586 WP_014772780.1 232259 WP_014785013.1 392734 WP_014793632.1 36854 WP_014812045.1 2358 WP_014814721.1 1800 WP_014884217.1 547 WP_014942931.1 1763 WP_014950321.1 28108 WP_014985199.1 37326 WP_015133641.1 111781 WP_015138129.1 28072 WP_015154948.1 54298 WP_015167170.1 3687901 WP_015183653.1 2886352 WP_015203918.1 241425 WP_015275782.1 135621 WP_015314674.1 68287 WP_015484594.1 75984 WP_015527010.1 186801 WP_015602159.1 430531 WP_015615815.1 1501 WP_015645305.1 210 WP_015699100.1 34038 WP_015873926.1 138072 WP_015919400.1 2337 WP_015957503.1 1491 WP_016083913.1 1396 WP_016340583.1 216945 WP_016360879.1 194924 WP_016669239.1 671222 WP_016809838.1 571 WP_017034258.1 662 WP_017065630.1 246167 WP_017123457.1 117681 WP_017166220.1 1985254 WP_017171503.1 338 WP_017172025.1 1985254 WP_017487366.1 2282523 WP_017549704.1 558170 WP_017633897.1 662 WP_017691736.1 1257080 WP_017718577.1 331992 WP_017878759.1 2610881 WP_017900964.1 543 WP_017908092.1 1591174 WP_018046034.1 1131813 WP_018083176.1 347481 WP_018159095.1 359359 WP_018160716.1 359359 WP_018187484.1 1761802 WP_018419316.1 1822464 WP_018431719.1 1822464 WP_018646673.1 990078 WP_018717981.1 2369 WP_018858575.1 1048680 WP_018916691.1 1121960 WP_018934053.1 393087 WP_018996200.1 1121961 WP_019045265.1 1824 WP_019092761.1 286 WP_019100427.1 394935 WP_019182526.1 40323 WP_019296707.1 2614906 WP_019444443.1 29459 WP_019470943.1 286 WP_019585553.1 309886 WP_019616094.1 444922 WP_019807556.1 129922 WP_019823189.1 662 WP_019843633.1 204042 WP_020226160.1 1468449 WP_020394619.1 125614 WP_020403159.1 454600 WP_020424556.1 2864180 WP_020497701.1 508770 WP_020530816.1 70993 WP_020547001.1 404386 WP_020560972.1 125627 WP_020913025.1 404011 WP_021346398.1 1117645 WP_021391773.1 1496 WP_021479352.1 1423 WP_021500824.1 562 WP_021646634.1 310300 WP_022347710.1 817 WP_022385641.1 815 WP_022389025.1 40520 WP_022619009.1 1496 WP_022677205.1 1298855 WP_022710297.1 1201036 WP_022723191.1 95607 WP_022748957.1 140626 WP_022957608.1 630749 WP_022975915.1 64002 WP_023050329.1 180162 WP_023319464.1 1463165 WP_023322253.1 570 WP_023355490.1 43997 WP_023685930.1 325217 WP_023698577.1 325217 WP_023727015.1 1287285 WP_023780537.1 1287233 WP_023828789.1 325217 WP_023840997.1 1854 WP_023843991.1 2220 WP_023955328.1 33882 WP_024039518.1 1492 WP_024217747.1 562 WP_024270964.1 2643062 WP_024330540.1 447471 WP_024410349.1 1307 WP_024465855.1 409322 WP_024498088.1 2053 WP_024525698.1 1580 WP_024870391.1 314722 WP_024947943.1 286 WP_024953993.1 57666 WP_024957561.1 40324 WP_024986590.1 816 WP_025016984.1 1358 WP_025209636.1 944481 WP_025260862.1 286 WP_025399520.1 138 WP_025427984.1 2769291 WP_025531131.1 1649459 WP_025579907.1 572511 WP_025591525.1 358 WP_025599976.1 944435 WP_025722435.1 1406 WP_025739406.1 1510206 WP_025917677.1 1349818 WP_025983621.1 1985254 WP_026002076.1 121428 WP_026002460.1 121428 WP_026497435.1 1280681 WP_026564934.1 1449046 WP_026591533.1 1340430 WP_026600741.1 1168169 WP_026632538.1 492736 WP_026661995.1 43305 WP_026718622.1 271155 WP_026729912.1 281361 WP_026750608.1 1267211 WP_026861651.1 431675 WP_026893585.1 408753 WP_026974351.1 392016 WP_027004648.1 191495 WP_027388460.1 456299 WP_027489832.1 75309 WP_027600082.1 135621 WP_027711481.1 556 WP_027723927.1 340097 WP_027780629.1 134536 WP_027896470.1 157784 WP_027951454.1 52229 WP_028046854.1 1380354 WP_028211029.1 312026 WP_028330468.1 84379 WP_028393295.1 186817 WP_028779961.1 1380363 WP_028781258.1 22 WP_029005116.1 281091 WP_029080824.1 2631580 WP_029091796.1 2756 WP_029165724.1 290732 WP_029189383.1 47951 WP_029222463.1 29497 WP_029222917.1 662 WP_029267497.1 698769 WP_029317544.1 1423 WP_029347391.1 68287 WP_029364876.1 562 WP_029528833.1 287 WP_029542314.1 191292 WP_029579419.1 103855 WP_029789810.1 669 WP_030094039.1 670516 WP_030096092.1 1774 WP_030245666.1 1883 WP_030323867.1 1883 WP_030383398.1 2593676 WP_030720866.1 1463841 WP_031065317.1 1883 WP_031101924.1 2593676 WP_031132573.1 1883 WP_031150487.1 1883 WP_031504118.1 421525 WP_031739936.1 1773 WP_031764117.1 287 WP_031822363.1 670 WP_031876812.1 1280 WP_031885024.1 1280 WP_031912375.1 1280 WP_031940100.1 1323361 WP_032004153.1 909768 WP_032037025.1 470 WP_032373688.1 85025 WP_032407714.1 1828 WP_032587385.1 197 WP_032677416.1 1386 WP_032845625.1 171549 WP_032884901.1 1470593 WP_032902824.1 286 WP_032918432.1 1927 WP_032936131.1 1040987 WP_032993387.1 413503 WP_033105884.1 33882 WP_033131454.1 642 WP_033135619.1 1543375 WP_033365653.1 35754 WP_033456074.1 518 WP_033603452.1 210 WP_033611379.1 60520 WP_033631967.1 613 WP_033667247.1 1137263 WP_033677965.1 28037 WP_033744100.1 210 WP_033776418.1 210 WP_034002239.1 287 WP_034004944.1 287 WP_034146623.1 286 WP_034327214.1 209 WP_034563362.1 37372 WP_034709917.1 445961 WP_034853447.1 716925 WP_034944635.1 796334 WP_034968029.1 1233951 WP_035064005.1 42252 WP_035102910.1 1502724 WP_035109232.1 1513 WP_035154071.1 1337936 WP_035431971.1 2767353 WP_035473288.1 171550 WP_035556611.1 119060 WP_035710346.1 195105 WP_035847413.1 58347 WP_036077718.1 400634 WP_036258374.1 65552 WP_036471418.1 47839 WP_036671656.1 1226754 WP_036816548.1 1342794 WP_036824351.1 462910 WP_036973950.1 53246 WP_037184031.1 192944 WP_037252487.1 2030 WP_037310167.1 1852 WP_037318352.1 1250278 WP_037451816.1 46429 WP_037548932.1 1472720 WP_037818847.1 2618356 WP_037889990.1 1470557 WP_038052668.1 1231241 WP_038233489.1 290112 WP_038440434.1 727 WP_038492378.1 55508 WP_038580218.1 1781 WP_038615177.1 286 WP_039085559.1 210 WP_039095635.1 1572751 WP_039102441.1 244366 WP_039190453.1 1577900 WP_039286629.1 165696 WP_039294206.1 29471 WP_039337636.1 48936 WP_039386062.1 1478174 WP_039608285.1 43657 WP_039638019.1 1262452 WP_039672911.1 38301 WP_039692015.1 1778540 WP_039764622.1 294 WP_039789871.1 863372 WP_039806668.1 353 WP_039930315.1 1632 WP_039983362.1 2083206 WP_040009751.1 653937 WP_040301436.1 1034 WP_040330177.1 47920 WP_040532466.1 283735 WP_040988594.1 1461322 WP_041119847.1 380021 WP_041481207.1 1719 WP_041488527.1 64104 WP_041580422.1 666686 WP_041591748.1 51669 WP_041710957.1 1501 WP_041723747.1 359 WP_042211112.1 160799 WP_042632177.1 210 WP_042648904.1 642 WP_042650033.1 642 WP_042959984.1 562 WP_043158522.1 287 WP_043239074.1 1502851 WP_043343784.1 68895 WP_043548763.1 1532557 WP_043884631.1 150340 WP_043919642.1 935700 WP_043940504.1 137591 WP_044229656.1 1524460 WP_044318929.1 47877 WP_044328211.1 35703 WP_044344333.1 86176 WP_044453403.1 656178 WP_044459070.1 648995 WP_044489505.1 543 WP_044626129.1 1382798 WP_044680588.1 1307 WP_044772468.1 1307 WP_045064390.1 553611 WP_045070942.1 553611 WP_045121741.1 286 WP_045125019.1 48296 WP_045136250.1 1597 WP_045257206.1 273678 WP_045308192.1 547 WP_045323370.1 2593676 WP_045332585.1 354276 WP_045339064.1 547 WP_045385114.1 190895 WP_045591686.1 672 WP_045961551.1 53246 WP_046093714.1 28901 WP_046233091.1 684063 WP_046234935.1 684063 WP_046278045.1 1118279 WP_046302954.1 1581149 WP_046325749.1 1218507 WP_046600280.1 399 WP_046625651.1 1525371 WP_046631173.1 399 WP_046778966.1 1883 WP_046925025.1 66876 WP_047203279.1 1386 WP_047323176.1 244292 WP_047323805.1 244292 WP_047430984.1 1561068 WP_047594685.1 286 WP_047664410.1 562 WP_047721562.1 547 WP_047914038.1 1499968 WP_047943571.1 1397 WP_048133111.1 2222 WP_048168883.1 1483600 WP_048222205.1 1686381 WP_048271612.1 244366 WP_048370512.1 1386 WP_048427321.1 1775910 WP_048428121.1 407 WP_048611692.1 1516159 WP_048771567.1 1711 WP_048886461.1 1648404 WP_049005162.1 550 WP_049009918.1 545 WP_049043948.1 562 WP_049066482.1 1530123 WP_049105913.1 95486 WP_049267651.1 575 WP_049327990.1 43675 WP_049427769.1 29388 WP_049468231.1 2045451 WP_049471407.1 40324 WP_049480885.1 76860 WP_049595658.1 562 WP_049599782.1 634 WP_049682576.1 1679170 WP_049697298.1 2053 WP_049771622.1 278994 WP_049882603.1 1280 WP_050163955.1 485 WP_050210146.1 1313 WP_050238626.1 1313 WP_050274510.1 1313 WP_050342552.1 712538 WP_050498798.1 1883 WP_050580425.1 68287 WP_050657700.1 584787 WP_050658900.1 584787 WP_050704913.1 286 WP_050825696.1 210 WP_050837451.1 520 WP_050926421.1 669 WP_051027110.1 228599 WP_051325724.1 58116 WP_051669385.1 360054 WP_051686353.1 1453492 WP_051773451.1 1883 WP_051789242.1 1027273 WP_051799949.1 33876 WP_051963813.1 392413 WP_052016305.1 1489678 WP_052125494.1 22 WP_052232835.1 1505652 WP_052271161.1 1690502 WP_052379448.1 1333998 WP_052386686.1 35754 WP_052403276.1 1034943 WP_052822157.1 1685 WP_052922907.1 562 WP_053034526.1 666 WP_053236900.1 927083 WP_053342583.1 1485 WP_053594912.1 400634 WP_053695461.1 1519475 WP_053767117.1 271 WP_053816212.1 670 WP_054059514.1 53407 WP_054108586.1 1523425 WP_054136413.1 150203 WP_054146239.1 1690245 WP_054285415.1 397456 WP_054377321.1 1313 WP_054435236.1 1684385 WP_054541705.1 29497 WP_054621512.1 1735038 WP_054891276.1 286 WP_054895058.1 286 WP_054910535.1 1661050 WP_054919719.1 1661053 WP_054998585.1 86840 WP_055029966.1 1481663 WP_055062962.1 28026 WP_055132583.1 1740090 WP_055143902.1 1605367 WP_055153579.1 39482 WP_055228170.1 1150298 WP_055337992.1 305 WP_055394972.1 12916 WP_055406376.1 487 WP_055411085.1 1453349 WP_055449466.1 339866 WP_055486904.1 1286821 WP_055542300.1 42238 WP_055759832.1 1736354 WP_055826320.1 2630143 WP_055863905.1 1736289 WP_055947144.1 1736305 WP_056082173.1 1736361 WP_056264272.1 1736243 WP_056382861.1 1736385 WP_056438721.1 2648921 WP_056610248.1 1736501 WP_056611679.1 44249 WP_056688515.1 1736460 WP_056726975.1 196821 WP_056747799.1 1736488 WP_057012309.1 75588 WP_057201184.1 1736492 WP_057452934.1 29438 WP_057475198.1 1736319 WP_057479385.1 1736319 WP_057489847.1 1328 WP_057651690.1 1746199 WP_057718391.1 508451 WP_057732191.1 267633 WP_057837626.1 280332 WP_057859275.1 722472 WP_058002390.1 2837504 WP_058051508.1 656 WP_058093348.1 1719 WP_058258401.1 1679721 WP_058354136.1 290052 WP_058460161.1 447 WP_058504615.1 45070 WP_058561589.1 1348393 WP_058635033.1 401562 WP_058671428.1 158836 WP_058738289.1 230361 WP_058807138.1 2614943 WP_058877503.1 308865 WP_058918927.1 2747 WP_058935081.1 76731 WP_058997548.1 1765055 WP_059048359.1 42234 WP_059149453.1 1883 WP_059171534.1 1679166 WP_059267425.1 208962 WP_059376966.1 220714 WP_059432031.1 198 WP_059433000.1 198 WP_059510827.1 488732 WP_059534878.1 2613784 WP_059566149.1 1503054 WP_059632389.1 101571 WP_059639348.1 32008 WP_059678947.1 1637866 WP_059812501.1 292 WP_059923305.1 1503054 WP_059978677.1 1503055 WP_060004157.1 28095 WP_060115800.1 101571 WP_060137083.1 1503055 WP_060347438.1 1503055 WP_060393952.1 3064349 WP_060551745.1 1279 WP_060613079.1 570 WP_060879438.1 1930 WP_060883568.1 2746961 WP_060933343.1 419005 WP_061048002.1 221822 WP_061121232.1 2646786 WP_061158136.1 1777137 WP_061195945.1 287 WP_061213510.1 863 WP_061239294.1 658457 WP_061278828.1 173 WP_061356765.1 562 WP_061364641.1 1313 WP_061517937.1 52133 WP_061548291.1 544 WP_061554953.1 82983 WP_061583028.1 1302 WP_061671893.1 1890302 WP_061795322.1 613 WP_061836762.1 959 WP_061880815.1 374 WP_061905238.1 43263 WP_062003339.1 119060 WP_062024872.1 67304 WP_062263491.1 1633495 WP_062300449.1 1914963 WP_062308724.1 192387 WP_062336768.1 564415 WP_062517857.1 1638980 WP_062640876.1 1777142 WP_062689758.1 1590 WP_062713263.1 646534 WP_062756220.1 153151 WP_062791926.1 82996 WP_062821347.1 86661 WP_062865604.1 562 WP_062917436.1 75105 WP_062950599.1 168935 WP_063007015.1 261477 WP_063055719.1 53431 WP_063256613.1 1776083 WP_063274718.1 129921 WP_063302373.1 1735583 WP_063316698.1 1827 WP_063338866.1 196814 WP_063378475.1 43657 WP_063393100.1 105219 WP_063415362.1 1219 WP_063417119.1 573 WP_063427392.1 550 WP_063434200.1 208224 WP_063441918.1 1455 WP_063477675.1 59843 WP_063485223.1 1590 WP_063503202.1 400946 WP_063505693.1 335929 WP_063540919.1 2968969 WP_063603400.1 1676683 WP_063637985.1 1452 WP_063640296.1 217204 WP_063692548.1 1803665 WP_063706594.1 53246 WP_063880179.1 53335 WP_064038193.1 421 WP_064047563.1 590 WP_064049628.1 1310165 WP_064060986.1 103816 WP_064068643.1 1883 WP_064229784.1 2742 WP_064292413.1 1375 WP_064441345.1 616997 WP_064600084.1 1691903 WP_064613675.1 47715 WP_064652354.1 1825933 WP_064711955.1 1138189 WP_064754910.1 562 WP_064779756.1 168934 WP_064802002.1 190721 WP_064962354.1 1406 WP_065029373.1 339268 WP_065073015.1 1766 WP_065073385.1 339268 WP_065076975.1 217158 WP_065138043.1 1790 WP_065148066.1 1766 WP_065358803.1 1334 WP_065450627.1 1114874 WP_065519347.1 570 WP_065640612.1 668 WP_065763488.1 817 WP_065766477.1 670 WP_065809357.1 573 WP_065881511.1 196821 WP_065888604.1 570 WP_066046987.1 28446 WP_066083732.1 220687 WP_066476002.1 85413 WP_066519483.1 395387 WP_066678157.1 2593645 WP_066708699.1 80879 WP_066786685.1 1707952 WP_066841281.1 1763 WP_067019348.1 1792290 WP_067032591.1 1848189 WP_067035785.1 909626 WP_067041261.1 710705 WP_067101053.1 1834089 WP_067123247.1 67386 WP_067144449.1 1856860 WP_067225239.1 1249101 WP_067487176.1 68565 WP_067636955.1 163603 WP_067680410.1 1822240 WP_067782871.1 1857645 WP_067783946.1 1856865 WP_067799544.1 95162 WP_067835961.1 560555 WP_067908376.1 115335 WP_068000887.1 45979 WP_068051662.1 1834147 WP_068059894.1 1834147 WP_068080190.1 1834128 WP_068156215.1 120959 WP_068241828.1 1768241 WP_068462781.1 192421 WP_068563945.1 47312 WP_068579097.1 54262 WP_068647811.1 1775636 WP_068780709.1 1622070 WP_068798537.1 1690815 WP_068964936.1 1633135 WP_069083484.1 1856685 WP_069156513.1 1432052 WP_069341101.1 1586708 WP_069367753.1 91347 WP_069580620.1 2148 WP_069647812.1 666 WP_069697901.1 762845 WP_069748396.1 95485 WP_069877432.1 506668 WP_069944653.1 226 WP_070054132.1 1311 WP_070060651.1 436515 WP_070172067.1 1386 WP_070188258.1 2545267 WP_070276216.1 1639 WP_070306574.1 197 WP_070310045.1 29580 WP_070334369.1 287 WP_070412310.1 86185 WP_070428178.1 2614124 WP_070443635.1 1290 WP_070475600.1 2608887 WP_070509780.1 1581133 WP_070545363.1 1279 WP_070552687.1 47715 WP_070664995.1 2049 WP_070709792.1 1269 WP_070714099.1 724 WP_070720871.1 1739459 WP_070723361.1 1739459 WP_070770047.1 1350 WP_070931219.1 1774 WP_070955303.1 1613 WP_070999907.1 407 WP_071081072.1 543 WP_071280632.1 2593676 WP_071455957.1 2737 WP_071468711.1 121820 WP_071489953.1 169669 WP_071558608.1 1406 WP_071563317.1 2360 WP_071809692.1 56438 WP_071844175.1 635 WP_071876418.1 332949 WP_071877135.1 332949 WP_072176998.1 1386 WP_072184911.1 562 WP_072274035.1 2675229 WP_072380563.1 501024 WP_072476944.1 546364 WP_072519951.1 1280 WP_072694527.1 1911586 WP_072802511.1 278209 WP_072851907.1 160404 WP_072932559.1 1434701 WP_072974645.1 29534 WP_072989136.1 271157 WP_073017683.1 36845 WP_073045763.1 332095 WP_073070755.1 268141 WP_073201850.1 1027249 WP_073251662.1 1470563 WP_073277800.1 494016 WP_073312722.1 570521 WP_073388870.1 831 WP_073432751.1 169427 WP_073505727.1 61015 WP_073520930.1 562 WP_073680713.1 134601 WP_073936403.1 2593676 WP_073952834.1 864058 WP_074028604.1 1590 WP_074087188.1 1349434 WP_074096037.1 528191 WP_074121838.1 1680155 WP_074319120.1 709881 WP_074642620.1 163 WP_074667553.1 44574 WP_074737802.1 985054 WP_074745818.1 1231 WP_074781633.1 322505 WP_074791539.1 46206 WP_074801249.1 53346 WP_074825075.1 82985 WP_074911472.1 371601 WP_074925385.1 188144 WP_074980016.1 286 WP_075011186.1 40 WP_075013026.1 1861 WP_075190302.1 1772333 WP_075347218.1 1301 WP_075555721.1 1871013 WP_075653737.1 210 WP_075938258.1 2216012 WP_076194242.1 44249 WP_076195104.1 1834154 WP_076409454.1 85698 WP_076451668.1 551459 WP_076519206.1 1881016 WP_076569469.1 908941 WP_076595086.1 1907398 WP_076679691.1 1280 WP_076788335.1 119060 WP_076799287.1 235627 WP_077010214.1 1933778 WP_077066366.1 1505 WP_077093245.1 339268 WP_077217464.1 95486 WP_077320126.1 84407 WP_077376172.1 1945862 WP_077492284.1 171549 WP_077533069.1 1852384 WP_077583480.1 758 WP_077603924.1 582851 WP_077646570.1 1909445 WP_077690175.1 2013 WP_077722411.1 1386 WP_077832600.1 36839 WP_077989166.1 2613769 WP_078336203.1 948102 WP_078429679.1 427920 WP_078747788.1 1773 WP_079091847.1 1773 WP_079277665.1 1703937 WP_079304935.1 1114970 WP_079396843.1 194 WP_079458535.1 287 WP_079473139.1 393003 WP_079619859.1 36809 WP_079688138.1 688867 WP_079712214.1 447422 WP_079722145.1 241145 WP_079908511.1 44249 WP_080069963.1 28901 WP_080337214.1 543 WP_080508033.1 360054 WP_080539504.1 672 WP_080864663.1 1183400 WP_081197627.1 354355 WP_081224968.1 1288 WP_081607935.1 1131552 WP_081612908.1 78 WP_081845076.1 318425 WP_081851094.1 1380355 WP_082500294.1 1736322 WP_082565353.1 1736471 WP_082780476.1 2742 WP_082884485.1 217204 WP_083019054.1 701042 WP_083051706.1 1963862 WP_083053697.1 507 WP_083062905.1 425468 WP_083141943.1 39692 WP_083180153.1 1462996 WP_083249539.1 192421 WP_083296738.1 538 WP_083349422.1 198618 WP_083453642.1 1185843 WP_083639049.1 1925762 WP_083681546.1 1920190 WP_083824265.1 531813 WP_083944445.1 207745 WP_083951119.1 115335 WP_084119994.1 280473 WP_084128119.1 39650 WP_084290175.1 475255 WP_084371009.1 692418 WP_084371136.1 692418 WP_084523054.1 209246 WP_084578893.1 330920 WP_084717372.1 398736 WP_084873045.1 55209 WP_085004337.1 106370 WP_085176546.1 912594 WP_085315249.1 764842 WP_085451092.1 155322 WP_085524223.1 1965358 WP_085535344.1 1673718 WP_085648136.1 196821 WP_085680475.1 1598 WP_085935883.1 225324 WP_086041969.1 1855823 WP_086123022.1 2610897 WP_086136661.1 2610881 WP_086236254.1 3161138 WP_086268031.1 3161138 WP_086280341.1 3161138 WP_086353716.1 1970738 WP_086486287.1 2611147 WP_086502876.1 57028 WP_086504813.1 544 WP_086520229.1 28447 WP_086536228.1 417102 WP_086612756.1 104101 WP_086711488.1 296199 WP_086987611.1 157076 WP_087085326.1 363952 WP_087199737.1 1965616 WP_087214971.1 44008 WP_087222948.1 1965603 WP_087299666.1 169435 WP_087364392.1 1965581 WP_087384365.1 1965551 WP_087437779.1 1854492 WP_087465911.1 1987723 WP_087514544.1 562 WP_087686007.1 197 WP_087702867.1 197 WP_087711902.1 1945581 WP_087759142.1 573 WP_087909023.1 1743166 WP_087918330.1 414771 WP_088008362.1 1917864 WP_088031849.1 86661 WP_088086543.1 1882763 WP_088153117.1 171674 WP_088349221.1 1396 WP_088526897.1 1743164 WP_088527814.1 1743164 WP_088557458.1 1761794 WP_088644037.1 1185415 WP_088751843.1 2014887 WP_088774527.1 470 WP_088784550.1 1313 WP_089092961.1 1973477 WP_089095302.1 346 WP_089109701.1 1435342 WP_089187353.1 615 WP_089246429.1 398843 WP_089269927.1 1608407 WP_089274238.1 147047 WP_089322445.1 240169 WP_089370623.1 1627892 WP_089563581.1 562 WP_089566156.1 562 WP_089608892.1 51515 WP_089820066.1 631455 WP_089867971.1 186801 WP_089905939.1 245187 WP_090149712.1 2798040 WP_090178898.1 702115 WP_090297373.1 1520801 WP_090378310.1 1095778 WP_090419626.1 547 WP_090467430.1 1881048 WP_090770466.1 390242 WP_090874869.1 665467 WP_090879207.1 2624428 WP_090991509.1 414048 WP_091032200.1 82380 WP_091054162.1 380244 WP_091131895.1 459526 WP_091227077.1 861269 WP_091252096.1 1761746 WP_091276063.1 568899 WP_091423297.1 1798225 WP_091540071.1 1550230 WP_091629500.1 47871 WP_091733714.1 1881035 WP_091735241.1 582680 WP_091740622.1 582680 WP_091759775.1 191770 WP_091978272.1 1502776 WP_092015539.1 1136497 WP_092054000.1 38815 WP_092081374.1 1419277 WP_092156886.1 378404 WP_092203677.1 196821 WP_092226977.1 1855318 WP_092396407.1 286 WP_092424818.1 311180 WP_092696504.1 12916 WP_092775107.1 155974 WP_092802679.1 2610881 WP_092805375.1 33008 WP_092857087.1 1114924 WP_093172109.1 504805 WP_093271293.1 1884358 WP_093295436.1 1566283 WP_093361010.1 441112 WP_093486522.1 2593676 WP_093699720.1 1839768 WP_093727561.1 361279 WP_093752330.1 1883 WP_093797100.1 1030533 WP_093868643.1 2635139 WP_094107226.1 1172565 WP_094151267.1 1938672 WP_094207656.1 1260 WP_094217606.1 42236 WP_094313715.1 543 WP_094375360.1 2015515 WP_094400414.1 2024223 WP_094570475.1 1234841 WP_094590349.1 2170428 WP_094590818.1 1480728 WP_094840069.1 1416808 WP_094876339.1 185978 WP_094880233.1 2022527 WP_094953410.1 286 WP_095061089.1 1386 WP_095128211.1 2009179 WP_095173689.1 572511 WP_095310603.1 182709 WP_095317440.1 79880 WP_095451526.1 42895 WP_095556548.1 2029117 WP_095648367.1 137658 WP_095963788.1 1920427 WP_095981693.1 83453 WP_096067320.1 287 WP_096201219.1 2011014 WP_096202154.1 2011014 WP_096221151.1 286 WP_096231334.1 1550240 WP_096277301.1 2745 WP_096420503.1 279828 WP_096443068.1 722731 WP_096527630.1 1630141 WP_096665911.1 1977061 WP_096671147.1 2638319 WP_096719144.1 1912599 WP_096722254.1 1912599 WP_096751687.1 28095 WP_096765790.1 1196083 WP_096851915.1 562 WP_097089246.1 196821 WP_097108993.1 714899 WP_097199932.1 1884383 WP_097242040.1 2062 WP_097273626.1 1938861 WP_097275324.1 1938861 WP_097346712.1 562 WP_097382902.1 13690 WP_097485790.1 562 WP_097514015.1 562 WP_097574091.1 2037900 WP_097641037.1 413496 WP_097698856.1 562 WP_097746315.1 562 WP_097794281.1 64104 WP_097830045.1 86661 WP_097902424.1 1396 WP_097942517.1 36811 WP_098035768.1 2620435 WP_098092873.1 1890302 WP_098097765.1 28901 WP_098137943.1 86661 WP_098191572.1 1890302 WP_098279309.1 1396 WP_098502057.1 1396 WP_098515742.1 1428 WP_098613056.1 1396 WP_098626931.1 2800373 WP_098642363.1 1890302 WP_098798564.1 2033502 WP_098876031.1 1396 WP_098952357.1 196821 WP_099100504.1 1206980 WP_099219937.1 2593676 WP_099253885.1 1383844 WP_099345046.1 505249 WP_099529629.1 40324 WP_099639594.1 2048245 WP_099692467.1 2048253 WP_099711363.1 237 WP_099711966.1 2035198 WP_099723413.1 2621730 WP_099912534.1 1206336 WP_099922565.1 68239 WP_099949840.1 562 WP_100081012.1 2023338 WP_100146488.1 2626134 WP_100161462.1 2029104 WP_100173513.1 1100706 WP_100378753.1 1938816 WP_100449703.1 40323 WP_100461895.1 2045214 WP_100498040.1 2035835 WP_100521084.1 36809 WP_100524661.1 36809 WP_100537786.1 44249 WP_100540054.1 1385 WP_100571198.1 2020325 WP_100610557.1 1699412 WP_100659968.1 2055940 WP_100671858.1 28105 WP_100963785.1 2065382 WP_101000040.1 210 WP_101164019.1 2058300 WP_101272247.1 2054919 WP_101275729.1 578833 WP_101564711.1 186817 WP_101574454.1 2614124 WP_101606078.1 2618356 WP_101662518.1 2053728 WP_101701979.1 2751 WP_101794136.1 2067450 WP_101844355.1 2045014 WP_102140144.1 586 WP_102273603.1 1871011 WP_102296123.1 1528773 WP_102461582.1 47951 WP_102477257.1 1880838 WP_102511913.1 29497 WP_102529905.1 196818 WP_102576363.1 29497 WP_102687017.1 196821 WP_102848179.1 57975 WP_103025967.1 1310165 WP_103124525.1 246795 WP_103186018.1 672 WP_103216576.1 2067553 WP_103263575.1 283734 WP_103270848.1 2 WP_103294927.1 29384 WP_103313256.1 2054903 WP_103478303.1 178469 WP_103640433.1 199 WP_103961312.1 1144553 WP_103963736.1 1144553 WP_104082941.1 2045016 WP_104329329.1 2080521 WP_104333814.1 2080570 WP_104456122.1 1636607 WP_104459365.1 583 WP_104462564.1 2055894 WP_104684232.1 286 WP_104739464.1 1708783 WP_104836709.1 584 WP_104880153.1 1590 WP_104981358.1 56 WP_105035243.1 995037 WP_105188257.1 2077100 WP_105248459.1 287 WP_105336487.1 124 WP_105371864.1 67774 WP_105386412.1 528178 WP_105447015.1 573 WP_105462017.1 562 WP_105466370.1 562 WP_105526419.1 2609290 WP_105585532.1 1386 WP_105599976.1 185978 WP_105738432.1 413497 WP_105794890.1 87883 WP_105979700.1 1286 WP_106136481.1 1469603 WP_106281081.1 1938804 WP_106361175.1 1452 WP_106546380.1 869949 WP_106587829.1 517424 WP_106627677.1 2058293 WP_106697451.1 587753 WP_106735761.1 562 WP_106759541.1 1524097 WP_106777349.1 215200 WP_106812746.1 2079531 WP_106817586.1 2058291 WP_106936446.1 663243 WP_107020819.1 2109333 WP_107021410.1 2109333 WP_107033910.1 584 WP_107106807.1 82115 WP_107169208.1 2108399 WP_107194058.1 318456 WP_107324026.1 33049 WP_107352122.1 38313 WP_107387431.1 29378 WP_107485636.1 1945643 WP_107551828.1 1288 WP_107605937.1 1286 WP_107723967.1 482 WP_107851562.1 2059724 WP_107883730.1 365591 WP_107891604.1 365340 WP_107894076.1 1130819 WP_108024271.1 1242148 WP_108078099.1 303 WP_108098468.1 2135754 WP_108101124.1 29497 WP_108106595.1 2161748 WP_108109984.1 29497 WP_108137685.1 43595 WP_108210605.1 1649266 WP_108324249.1 2626134 WP_108335718.1 666 WP_108365493.1 1977910 WP_108494191.1 2135723 WP_108511015.1 210 WP_108596398.1 2080742 WP_108677987.1 672 WP_108706918.1 1827580 WP_108719223.1 947525 WP_108756325.1 2072408 WP_108820366.1 1922223 WP_109103107.1 1396 WP_109124355.1 2126991 WP_109125398.1 2126991 WP_109128643.1 739 WP_109219430.1 28901 WP_109219819.1 28901 WP_109249144.1 33962 WP_109267392.1 470 WP_109305164.1 202750 WP_109341768.1 95486 WP_109367919.1 2826938 WP_109665156.1 2201895 WP_109807231.1 2676234 WP_109813103.1 2072018 WP_109832405.1 1821036 WP_109835637.1 1247513 WP_109850746.1 470 WP_109900609.1 1873 WP_109993532.1 2183911 WP_110005820.1 1137989 WP_110035452.1 236511 WP_110066977.1 665099 WP_110180126.1 573 WP_110236450.1 244366 WP_110307043.1 2212651 WP_110344369.1 1597 WP_110358640.1 28901 WP_110366458.1 2135644 WP_110431153.1 727 WP_110552514.1 429133 WP_110581055.1 215221 WP_110663263.1 286 WP_110713006.1 40323 WP_110808154.1 82115 WP_110984669.1 2929456 WP_111083956.1 2 WP_111106433.1 2175648 WP_111113162.1 40324 WP_111206393.1 1280 WP_111457087.1 1813876 WP_111479522.1 2211146 WP_111496981.1 2201898 WP_111625343.1 440515 WP_111627730.1 643671 WP_111712808.1 150055 WP_111953219.1 2291 WP_112088864.1 573 WP_112116848.1 2115968 WP_112119927.1 1642 WP_112308968.1 2250708 WP_112382897.1 13687 WP_112449552.1 2593676 WP_112473496.1 2593676 WP_112865547.1 703 WP_112978543.1 358 WP_113120276.1 46913 WP_113156891.1 1756988 WP_113544184.1 384 WP_113620603.1 853 WP_113625996.1 2066479 WP_113669955.1 2259645 WP_113767226.1 293387 WP_113851760.1 562 WP_113913927.1 1269 WP_114054641.1 1883 WP_114094371.1 220697 WP_114368818.1 1031537 WP_114539302.1 446660 WP_114605464.1 1547898 WP_114688413.1 2283317 WP_114695256.1 2283196 WP_114811503.1 984307 WP_114861267.1 192 WP_114947547.1 2078013 WP_114947928.1 2078013 WP_115180843.1 729 WP_115287442.1 28903 WP_115313274.1 33028 WP_115357420.1 53346 WP_115470986.1 89061 WP_115513761.1 338 WP_115748516.1 1229152 WP_115946316.1 301 WP_115992495.1 1294267 WP_116073604.1 53367 WP_116073910.1 1404 WP_116143250.1 1938805 WP_116235933.1 680125 WP_116306280.1 2802295 WP_116314221.1 106589 WP_116393154.1 2292771 WP_116691934.1 2702 WP_116701099.1 2171494 WP_116773703.1 2701 WP_116788607.1 2294119 WP_116803659.1 287 WP_116813830.1 287 WP_116818916.1 287 WP_116870479.1 29497 WP_117077319.1 573 WP_117292786.1 2303331 WP_117338721.1 28901 WP_117579611.1 592978 WP_117751014.1 3085642 WP_117920451.1 2292367 WP_118155356.1 165179 WP_118205888.1 2292027 WP_118283063.1 550 WP_118359022.1 39486 WP_118445081.1 33038 WP_118925030.1 2049295 WP_119088635.1 2290919 WP_119328079.1 2219059 WP_119344914.1 2219058 WP_119380110.1 86342 WP_119400337.1 2211117 WP_119403424.1 2305467 WP_119512617.1 2306995 WP_119660228.1 2293569 WP_119815679.1 2055893 WP_119928822.1 1070861 WP_119938117.1 2494702 WP_119963696.1 1927833 WP_120012998.1 71433 WP_120115041.1 1914933 WP_120171324.1 1917441 WP_120259880.1 1145106 WP_120358183.1 2042057 WP_120370033.1 1843371 WP_120452154.1 53335 WP_120463061.1 1820010 WP_120575284.1 2316727 WP_120653510.1 196821 WP_120851171.1 210 WP_120851940.1 210 WP_121182262.1 2183912 WP_121183454.1 2183912 WP_121217628.1 526216 WP_121252511.1 166793 WP_121285867.1 287 WP_121334391.1 287 WP_121369366.1 287 WP_121452481.1 2419843 WP_121538494.1 2237 WP_121953554.1 888435 WP_121975536.1 2126983 WP_122031495.1 2026885 WP_122047024.1 693153 WP_122081718.1 1516159 WP_122236618.1 317 WP_122377077.1 46678 WP_122383566.1 29438 WP_122440133.1 33069 WP_122873240.1 194 WP_122896374.1 2483800 WP_122920202.1 511487 WP_123159424.1 1301 WP_123176104.1 369798 WP_123207952.1 498718 WP_123226257.1 661483 WP_123234331.1 1542737 WP_123237441.1 2676064 WP_123262559.1 192389 WP_123363258.1 587753 WP_123470196.1 2485153 WP_123608797.1 1329262 WP_123653117.1 257496 WP_123749269.1 286 WP_123868396.1 59732 WP_123966251.1 2485151 WP_124213670.1 286 WP_124336611.1 587753 WP_124519303.1 1503054 WP_124548640.1 87882 WP_124583682.1 32008 WP_124691753.1 2626614 WP_124843803.1 292 WP_124908062.1 2025310 WP_124977341.1 1122 WP_124978582.1 1122 WP_124983255.1 305 WP_124989189.1 570 WP_124996221.1 425306 WP_125091196.1 2492662 WP_125093116.1 2492662 WP_125188824.1 2490848 WP_125251950.1 998465 WP_125257517.1 2487274 WP_125260587.1 2259638 WP_125504029.1 2593676 WP_125553257.1 284579 WP_125555296.1 284579 WP_125625723.1 2593676 WP_125684427.1 1813 WP_125691986.1 2486023 WP_125770870.1 2487417 WP_125849054.1 379 WP_125933644.1 2203210 WP_126022479.1 34072 WP_126136917.1 379347 WP_126255586.1 2341115 WP_126353423.1 1597 WP_126376486.1 241368 WP_126547421.1 287 WP_126669182.1 2497879 WP_126678289.1 2490854 WP_126679569.1 287 WP_126840241.1 2495593 WP_126933505.1 83461 WP_127202722.1 487 WP_127202744.1 487 WP_127508273.1 2486853 WP_127595852.1 2448161 WP_127607693.1 59846 WP_127706998.1 1932778 WP_127737066.1 382 WP_127741063.1 1979270 WP_127808836.1 2493681 WP_127859415.1 325217 WP_127947155.1 2487352 WP_127953526.1 210 WP_127958949.1 210 WP_127965636.1 210 WP_127979673.1 33945 WP_128272295.1 642 WP_128316318.1 1463165 WP_128455839.1 1851410 WP_128492049.1 1350 WP_128505522.1 2293571 WP_128581955.1 484 WP_128604954.1 196821 WP_128690407.1 141390 WP_128786583.1 2485123 WP_128788759.1 1883 WP_128942179.1 1325107 WP_128950282.1 1325095 WP_129006924.1 2044508 WP_129053209.1 394559 WP_129053744.1 394559 WP_129189671.1 2509455 WP_129194092.1 1351 WP_129326500.1 1303 WP_129543374.1 2447890 WP_129553552.1 2493676 WP_129629290.1 2510645 WP_129639177.1 574964 WP_129681113.1 2510646 WP_129703040.1 2034769 WP_129712947.1 2034769 WP_129770031.1 1478131 WP_129825188.1 1886 WP_129832000.1 2511995 WP_129857883.1 1886 WP_129873796.1 1246 WP_129895541.1 1694 WP_130201530.1 672 WP_130229163.1 1571195 WP_130237435.1 2608889 WP_130382900.1 82995 WP_130477570.1 2510978 WP_130514498.1 2643062 WP_130523666.1 2480810 WP_130528929.1 28197 WP_130537043.1 2267253 WP_130617254.1 1770545 WP_130628329.1 53458 WP_130670507.1 379 WP_130858156.1 376469 WP_130962786.1 2527939 WP_131001993.1 2528245 WP_131055803.1 575 WP_131096443.1 3390273 WP_131166802.1 1837344 WP_131252095.1 1428 WP_131284109.1 2496842 WP_131506707.1 2213021 WP_131609232.1 384 WP_131734175.1 175628 WP_131751929.1 28113 WP_131776591.1 343510 WP_131827568.1 1909456 WP_131836551.1 100 WP_131914061.1 412034 WP_131971174.1 292800 WP_131977297.1 2530374 WP_132079800.1 194963 WP_132124768.1 1213861 WP_132175930.1 190195 WP_132336079.1 2530378 WP_132517191.1 2512149 WP_132528552.1 2512149 WP_132558606.1 50338 WP_132572234.1 304 WP_132575460.1 2587074 WP_132579575.1 627131 WP_132670557.1 287 WP_132882604.1 13687 WP_132944465.1 2512169 WP_132993058.1 2597659 WP_133179454.1 2546446 WP_133251971.1 663609 WP_133325549.1 1549640 WP_133340757.1 321662 WP_133448963.1 1389713 WP_133499669.1 2488749 WP_133518962.1 2035 WP_133662298.1 1938796 WP_133874384.1 52695 WP_134064782.1 404941 WP_134106059.1 2512112 WP_134262365.1 562 WP_134660892.1 196821 WP_134667128.1 1813 WP_134669716.1 2618356 WP_134885491.1 562 WP_135028221.1 384602 WP_135059887.1 454 WP_135110180.1 175306 WP_135153154.1 652876 WP_135180648.1 584 WP_135194320.1 74315 WP_135279859.1 562 WP_135287436.1 2293832 WP_135306871.1 2293833 WP_135625684.1 2484982 WP_135676778.1 2023182 WP_135771669.1 2484911 WP_135820337.1 2528831 WP_135847767.1 286 WP_135916821.1 2563960 WP_135949574.1 36807 WP_135952734.1 671267 WP_135991721.1 3032872 WP_136027195.1 244366 WP_136035264.1 2305440 WP_136055013.1 2305446 WP_136085111.1 1314 WP_136095406.1 1314 WP_136134536.1 586 WP_136193451.1 2560010 WP_136241334.1 2563104 WP_136470377.1 1459967 WP_136536828.1 2570927 WP_136864777.1 2569539 WP_136955567.1 2571749 WP_137058869.1 1405 WP_137144119.1 2562314 WP_137202811.1 33069 WP_137255610.1 2575441 WP_137264191.1 2575867 WP_137499306.1 562 WP_137512405.1 562 WP_137607852.1 2559916 WP_137652803.1 1333651 WP_137692307.1 2518115 WP_137732205.1 2315236 WP_137740674.1 2485124 WP_137773782.1 2567881 WP_137783451.1 56688 WP_137885208.1 2502190 WP_137974759.1 196821 WP_138051112.1 2580423 WP_138125503.1 1334 WP_138289979.1 1502 WP_138405018.1 87458 WP_138438236.1 2570351 WP_138447205.1 135487 WP_138471989.1 191770 WP_138482356.1 161398 WP_138524404.1 286 WP_138572923.1 2579971 WP_138583465.1 2066523 WP_138597401.1 43655 WP_138785174.1 2826938 WP_138838620.1 2583815 WP_138860096.1 33986 WP_138941726.1 190895 WP_139032727.1 1386 WP_139067457.1 2058174 WP_139216328.1 2593676 WP_139387589.1 28901 WP_139448115.1 2586642 WP_139484744.1 2511166 WP_139489874.1 562 WP_139499883.1 562 WP_139552727.1 562 WP_139553477.1 48003 WP_139573954.1 1712871 WP_139627894.1 1496 WP_139649072.1 555059 WP_139665379.1 287 WP_139764340.1 28901 WP_139918144.1 83462 WP_139989153.1 2582921 WP_139994336.1 1033738 WP_140164964.1 670 WP_140204528.1 670 WP_140214184.1 670 WP_140229785.1 676 WP_140264131.1 670 WP_140334279.1 670 WP_140347789.1 670 WP_140372075.1 670 WP_140465756.1 1850093 WP_140468443.1 1850093 WP_140476737.1 210 WP_140480909.1 1404367 WP_140641625.1 2589895 WP_140643433.1 325217 WP_140660563.1 325217 WP_140706444.1 325217 WP_140730472.1 2589959 WP_140843904.1 325217 WP_140889516.1 2589930 WP_140985543.1 2565365 WP_141098672.1 487698 WP_141134618.1 664784 WP_141361908.1 43667 WP_141400768.1 1073196 WP_141605349.1 136843 WP_141624088.1 2591633 WP_141769780.1 86661 WP_141772753.1 1780 WP_141817398.1 125288 WP_141892995.1 1263636 WP_141918410.1 244735 WP_141952156.1 1490222 WP_141990951.1 193384 WP_142009293.1 135621 WP_142037733.1 1496996 WP_142051038.1 630975 WP_142114448.1 2587160 WP_142133210.1 2768449 WP_142260807.1 103836 WP_142419176.1 1559 WP_142429410.1 1351 WP_142480892.1 570 WP_142590093.1 1233081 WP_142636409.1 686389 WP_142673401.1 573 WP_142725797.1 2583211 WP_142931103.1 2202200 WP_143010918.1 171552 WP_143020066.1 504805 WP_143281017.1 95486 WP_143320175.1 2571127 WP_143356561.1 562 WP_143387569.1 2594432 WP_143397677.1 2594266 WP_143405880.1 3435293 WP_143435921.1 1985169 WP_143660971.1 1828052 WP_143662806.1 1883 WP_143823896.1 1496 WP_144002426.1 68270 WP_144099812.1 189330 WP_144320971.1 68270 WP_144384753.1 2011095 WP_144660168.1 2026188 WP_144841777.1 573 WP_144929841.1 196821 WP_145031602.1 2527983 WP_145141753.1 481743 WP_145254095.1 2572895 WP_145279320.1 2527974 WP_145321954.1 528191 WP_145465857.1 135620 WP_145468487.1 135620 WP_145485057.1 2593676 WP_145514932.1 419257 WP_145544593.1 419257 WP_145549645.1 631 WP_145616262.1 1543705 WP_145643501.1 528178 WP_145739766.1 34072 WP_145745914.1 34072 WP_145756500.1 32008 WP_145765032.1 887462 WP_145848873.1 2599297 WP_145937814.1 941986 WP_146176256.1 453584 WP_146205473.1 652751 WP_146207192.1 2212480 WP_146272353.1 2599294 WP_146310544.1 2509004 WP_146646172.1 1391654 WP_146661090.1 215803 WP_146780046.1 496057 WP_146809086.1 55079 WP_146943319.1 44935 WP_147098622.1 1926625 WP_147135386.1 356145 WP_147313907.1 2291815 WP_147434933.1 1462923 WP_147493387.1 2594473 WP_147710924.1 2603893 WP_147728825.1 2615210 WP_147738784.1 29522 WP_147757699.1 29522 WP_147766978.1 2591822 WP_147833981.1 1149773 WP_147958553.1 2593676 WP_148044309.1 1084421 WP_148058234.1 2485102 WP_148062134.1 47850 WP_148284348.1 1133546 WP_148545383.1 1912246 WP_148727848.1 171549 WP_148803392.1 199 WP_148836004.1 2478959 WP_149040698.1 1639 WP_149069943.1 2606448 WP_149128675.1 2599640 WP_149230790.1 191 WP_149236326.1 210 WP_149397594.1 2597356 WP_149406163.1 1827 WP_149493237.1 2597353 WP_149633476.1 398 WP_149651004.1 2970906 WP_149651389.1 2970906 WP_149656427.1 1784 WP_149660939.1 286 WP_149746544.1 1907414 WP_149755470.1 936889 WP_149771049.1 1678900 WP_149786838.1 391948 WP_149819987.1 1638099 WP_149886053.1 239759 WP_149911652.1 544 WP_150071802.1 2234087 WP_150146969.1 210 WP_150171631.1 54571 WP_150194162.1 66428 WP_150253061.1 2605988 WP_150277740.1 1323744 WP_150396769.1 305 WP_150461480.1 2608252 WP_150516775.1 36818 WP_150724537.1 294 WP_150930630.1 2614688 WP_151206143.1 469 WP_151427539.1 1313 WP_151428268.1 615 WP_151430057.1 1796610 WP_151434014.1 583 WP_151465610.1 2650566 WP_151519865.1 1820614 WP_151615076.1 529 WP_151856261.1 820 WP_151949835.1 28197 WP_152029253.1 371601 WP_152046331.1 2495496 WP_152158314.1 40544 WP_152190814.1 860221 WP_152458326.1 2587853 WP_152465448.1 2587855 WP_152569558.1 13687 WP_152638733.1 523742 WP_152652784.1 2023717 WP_152718850.1 480 WP_152735594.1 2608082 WP_152835594.1 2490493 WP_152884059.1 2654636 WP_153009295.1 1405 WP_153033981.1 2653857 WP_153201580.1 2654244 WP_153219677.1 28037 WP_153262038.1 2219224 WP_153276888.1 1314 WP_153401532.1 1672701 WP_153656540.1 881260 WP_153747345.1 58314 WP_153811865.1 2582831 WP_153844272.1 28453 WP_153853838.1 1351 WP_153870478.1 2600065 WP_154097642.1 2033 WP_154324327.1 562 WP_154333510.1 2690837 WP_154377822.1 2666084 WP_154427248.1 210 WP_154454910.1 1301 WP_154489617.1 210 WP_154503573.1 210 WP_154541351.1 165779 WP_154557671.1 2605785 WP_154599351.1 2633465 WP_154756783.1 664692 WP_154907134.1 219574 WP_154951203.1 244566 WP_154963182.1 2058152 WP_155387753.1 1617086 WP_155560674.1 1280 WP_155963450.1 1917441 WP_156009076.1 1917441 WP_156033277.1 1455061 WP_156061037.1 853 WP_156140069.1 642 WP_156164841.1 1619232 WP_156485294.1 1801629 WP_156773536.1 92647 WP_157104028.1 261477 WP_157113211.1 630921 WP_157435775.1 304901 WP_157447226.1 1172192 WP_157475717.1 102897 WP_157476287.1 2676868 WP_157553964.1 564415 WP_157580311.1 1736333 WP_157589094.1 2682092 WP_157749445.1 1907575 WP_157767135.1 2049589 WP_157783106.1 317 WP_157957173.1 28901 WP_158057697.1 2650975 WP_158104363.1 218822 WP_158131988.1 549 WP_158303127.1 1592324 WP_158309540.1 60894 WP_158347019.1 2850323 WP_158687193.1 1883 WP_158791585.1 1641866 WP_158799804.1 1641871 WP_158934128.1 1641860 WP_159020823.1 1883 WP_159081190.1 582 WP_159117211.1 2614992 WP_159220133.1 573 WP_159259813.1 107401 WP_159461552.1 1495650 WP_159463829.1 199592 WP_159583277.1 254785 WP_159793761.1 1737568 WP_159796041.1 2692623 WP_159801197.1 2543737 WP_159812831.1 2681406 WP_159896041.1 485751 WP_160149429.1 2605694 WP_160194147.1 564 WP_160324393.1 1796610 WP_160346534.1 580026 WP_160352546.1 2509718 WP_160354134.1 2509718 WP_160394157.1 2682849 WP_160410225.1 2683234 WP_160421767.1 738 WP_160447747.1 28447 WP_160680844.1 2698831 WP_160748510.1 2692211 WP_160762600.1 2691042 WP_160776805.1 2692190 WP_160877220.1 1829 WP_160893107.1 1679449 WP_160923791.1 47885 WP_161020167.1 2692173 WP_161061319.1 2690315 WP_161180930.1 2690292 WP_161208527.1 2593676 WP_161258623.1 121734 WP_161359378.1 2690260 WP_161548226.1 2202823 WP_161554567.1 2662143 WP_161643844.1 1932779 WP_161797448.1 43769 WP_161818832.1 1978412 WP_161967657.1 1908690 WP_162060842.1 2058624 WP_162119468.1 379 WP_162206844.1 22 WP_162313773.1 377616 WP_162334308.1 2703787 WP_162428520.1 2694930 WP_162445525.1 2704465 WP_162485939.1 1536648 WP_162500151.1 1549949 WP_162756046.1 562 WP_162782234.1 2058085 WP_162852444.1 1539049 WP_162929259.1 2259644 WP_162959321.1 479978 WP_163042480.1 2047720 WP_163095201.1 2026190 WP_163205944.1 1485 WP_163496825.1 2708301 WP_163889187.1 659824 WP_163911025.1 2704466 WP_163968309.1 2709383 WP_164107212.1 613 WP_164166542.1 196198 WP_164228299.1 1329 WP_164300700.1 2706073 WP_164581131.1 384 WP_164582471.1 2706027 WP_164585387.1 2706027 WP_164588414.1 1883 WP_164636240.1 2269368 WP_164636708.1 2706108 WP_164653811.1 329406 WP_164674633.1 818 WP_164706884.1 33069 WP_164724930.1 562 WP_164767343.1 2496733 WP_164904950.1 1904 WP_164942207.1 1855823 WP_164945946.1 2724076 WP_165007860.1 2709394 WP_165144904.1 44249 WP_165149223.1 2707173 WP_165185356.1 2708539 WP_165356608.1 1892855 WP_165438496.1 1397368 WP_165462493.1 1903473 WP_165637167.1 1761772 WP_165682932.1 36809 WP_165687160.1 1883 WP_165724099.1 53246 WP_165773198.1 1405 WP_165801127.1 197 WP_165894367.1 797292 WP_166047848.1 2714953 WP_166106360.1 2703883 WP_166199813.1 2714942 WP_166225641.1 2715164 WP_166360839.1 2609961 WP_166370521.1 2686346 WP_166389238.1 2685869 WP_166476065.1 1404367 WP_166544121.1 2320852 WP_166638495.1 196869 WP_166652585.1 1339210 WP_166725305.1 2608331 WP_166737616.1 287 WP_166737936.1 1282 WP_166773323.1 56448 WP_166960135.1 1565536 WP_167084302.1 2609281 WP_167196601.1 2716691 WP_167197999.1 2716691 WP_167239634.1 2609280 WP_167248335.1 2608324 WP_167263015.1 1379154 WP_167263972.1 43665 WP_167301289.1 68569 WP_167320363.1 1428 WP_167324608.1 613 WP_167345377.1 13687 WP_167509077.1 371601 WP_167581056.1 2609562 WP_167605087.1 2696285 WP_167613923.1 2696285 WP_167827352.1 1350 WP_167959909.1 2715212 WP_167977039.1 2604800 WP_168044369.1 535904 WP_168166755.1 1739319 WP_168414869.1 756892 WP_168565867.1 2724528 WP_168672621.1 2719616 WP_168694891.1 1166 WP_168738097.1 634771 WP_168945101.1 1612203 WP_168976500.1 1391 WP_168987397.1 666964 WP_169034890.1 71237 WP_169053012.1 562 WP_169054812.1 2630922 WP_169079632.1 355930 WP_169105698.1 2725303 WP_169253344.1 2725563 WP_169356007.1 2730848 WP_169394925.1 75289 WP_169537597.1 72557 WP_169571417.1 2728834 WP_169577965.1 1270 WP_169605852.1 2728022 WP_169872418.1 219574 WP_169872765.1 296 WP_169877562.1 219574 WP_169928520.1 1391654 WP_169940736.1 95301 WP_169984846.1 2717494 WP_169999893.1 1705720 WP_170015751.1 1032243 WP_170235146.1 29419 WP_170365402.1 97050 WP_170382009.1 81569 WP_170725874.1 562 WP_170834655.1 426128 WP_171155369.1 1883 WP_171183333.1 2625375 WP_171251269.1 909768 WP_171312884.1 29497 WP_171334399.1 2126983 WP_171396840.1 249586 WP_171469099.1 2774151 WP_171486859.1 573 WP_171519907.1 555315 WP_171531042.1 469 WP_171549300.1 1848935 WP_171653853.1 2654974 WP_171675609.1 60450 WP_171780287.1 1520 WP_171832914.1 1484109 WP_172117930.1 2591147 WP_172228453.1 2483404 WP_172272319.1 2736290 WP_172281536.1 2715754 WP_172323533.1 2738447 WP_172394656.1 2737006 WP_172585284.1 1601 WP_172616972.1 2583211 WP_173040157.1 1076124 WP_173081441.1 2730080 WP_173119692.1 2732868 WP_173213591.1 2608887 WP_173267071.1 2582653 WP_173302040.1 1220182 WP_173580245.1 146940 WP_173789750.1 39486 WP_173904515.1 40520 WP_173991185.1 358 WP_174048133.1 358 WP_174736260.1 469 WP_174742261.1 1530123 WP_174951329.1 482957 WP_175076961.1 1386 WP_175083644.1 53246 WP_175093485.1 2743612 WP_175395805.1 44249 WP_175580162.1 2480627 WP_175630420.1 816 WP_175630617.1 85831 WP_175692337.1 152480 WP_175715079.1 152480 WP_175740884.1 152480 WP_175766180.1 152480 WP_175863615.1 292 WP_175896721.1 1207504 WP_175939838.1 2646786 WP_176018545.1 553 WP_176051587.1 2676293 WP_176282182.1 135739 WP_176307440.1 2718534 WP_176349335.1 2744470 WP_176354145.1 2742698 WP_176366948.1 2782701 WP_176390098.1 2745934 WP_176462507.1 562 WP_176533080.1 2748629 WP_176538754.1 1396 WP_176572922.1 1437453 WP_176623291.1 2587021 WP_176700057.1 1914963 WP_176749474.1 1773 WP_176958177.1 2608715 WP_176970092.1 53335 WP_177055611.1 196821 WP_177077803.1 286 WP_177084516.1 196821 WP_177209229.1 148448 WP_177420403.1 205975 WP_177525402.1 2528642 WP_177995267.1 2606640 WP_178020540.1 44249 WP_179032033.1 172713 WP_179050696.1 2576904 WP_179091326.1 1936242 WP_179100660.1 28450 WP_179136748.1 93172 WP_179156843.1 2737049 WP_179243590.1 343403 WP_179321248.1 2697010 WP_179444023.1 1347891 WP_179536231.1 1470178 WP_179827767.1 1260955 WP_179915466.1 28256 WP_180034620.1 469 WP_180047249.1 469 WP_180076776.1 2601176 WP_180130780.1 2601057 WP_180196654.1 2749832 WP_180230190.1 186817 WP_180748367.1 2750814 WP_180860911.1 47770 WP_180874312.1 995085 WP_181110053.1 47885 WP_181198956.1 564 WP_181244664.1 1491 WP_181452264.1 531312 WP_181537449.1 575178 WP_181797223.1 2593676 WP_181865219.1 562 WP_181898940.1 748120 WP_182023956.1 717610 WP_182039401.1 663 WP_182050463.1 2758440 WP_182072700.1 492670 WP_182080621.1 2039164 WP_182158016.1 1134687 WP_182221967.1 196834 WP_182232449.1 2759824 WP_182273896.1 547 WP_182308552.1 1969821 WP_182336829.1 2666183 WP_182503633.1 1501239 WP_182544916.1 1000566 WP_182711301.1 2760932 WP_182711428.1 2760932 WP_182986787.1 1286186 WP_182997113.1 92759 WP_183063711.1 28901 WP_183181890.1 2587012 WP_183267399.1 1303579 WP_183298005.1 43670 WP_183433527.1 2587065 WP_183483256.1 2626991 WP_183491762.1 2626991 WP_183495065.1 1835722 WP_183555556.1 373040 WP_183832569.1 69278 WP_183882442.1 188932 WP_183883741.1 188932 WP_184039851.1 869719 WP_184066976.1 2615204 WP_184094916.1 433286 WP_184130797.1 662880 WP_184253104.1 87461 WP_184601943.1 2723086 WP_184698676.1 1051531 WP_184699897.1 83264 WP_184718542.1 1706840 WP_184846795.1 643052 WP_185031483.1 46159 WP_185116294.1 1735672 WP_185218257.1 1010 WP_185334683.1 1640 WP_185644473.1 1552123 WP_185740810.1 1183412 WP_185816158.1 338 WP_185892671.1 672 WP_185892762.1 672 WP_185921121.1 95486 WP_185928545.1 2153354 WP_186101535.1 28095 WP_186153646.1 28095 WP_186214732.1 28095 WP_186229980.1 28095 WP_186282298.1 2759956 WP_186372554.1 33889 WP_186480556.1 1442555 WP_186556299.1 286 WP_186723788.1 582 WP_186748347.1 286 WP_186939222.1 2763043 WP_187027854.1 2714358 WP_187029467.1 2714358 WP_187047047.1 2762563 WP_187094112.1 2762325 WP_187335130.1 2709686 WP_187447871.1 1904459 WP_187642449.1 562 WP_187666598.1 2767996 WP_187788315.1 2614656 WP_187843135.1 210 WP_187918914.1 210 WP_187935882.1 210 WP_187974949.1 2684405 WP_188125540.1 113568 WP_188167525.1 2770592 WP_188200635.1 244366 WP_188339236.1 2768069 WP_188340499.1 1883 WP_188402311.1 182136 WP_188412405.1 1908240 WP_188506850.1 1305674 WP_188867472.1 1825787 WP_188895946.1 1716077 WP_188948933.1 37930 WP_189129312.1 1841 WP_189145586.1 1500077 WP_189232804.1 67297 WP_189253472.1 103732 WP_189342802.1 2496658 WP_189355971.1 1131567 WP_189355988.1 1131567 WP_189417916.1 1883 WP_189524079.1 2563960 WP_189534272.1 66904 WP_189592858.1 67324 WP_189609880.1 516702 WP_189646918.1 46182 WP_189671415.1 2035533 WP_189693187.1 596707 WP_189700210.1 42881 WP_189761921.1 67384 WP_189806213.1 67367 WP_189821229.1 1883 WP_189862922.1 68255 WP_189931865.1 68272 WP_190024728.1 66424 WP_190032834.1 1942 WP_190357222.1 1125 WP_190457829.1 2692794 WP_190461229.1 2692794 WP_190492354.1 2692848 WP_190531886.1 2632864 WP_190630613.1 2619626 WP_190728164.1 2593658 WP_190728559.1 2692842 WP_190772838.1 2650499 WP_190797347.1 2692810 WP_190822868.1 333966 WP_190890574.1 1177 WP_190971545.1 92942 WP_191097707.1 2772252 WP_192026965.1 2774142 WP_192049367.1 2609279 WP_192106836.1 2571221 WP_192202944.1 2645906 WP_192272294.1 2769295 WP_192324556.1 34072 WP_192500494.1 1897058 WP_192533765.1 1220600 WP_192558464.1 2774460 WP_192819276.1 2776706 WP_192906080.1 573 WP_193275955.1 670 WP_193436854.1 3402707 WP_193655704.1 2026186 WP_193850569.1 2782014 WP_193956008.1 1126 WP_194104904.1 768480 WP_194217236.1 1710 WP_194235048.1 414771 WP_194266302.1 2570193 WP_194312569.1 2023265 WP_194365392.1 2740405 WP_194430615.1 122277 WP_194454339.1 1325120 WP_194481458.1 374 WP_194499183.1 287 WP_194543596.1 1906272 WP_194621234.1 497 WP_194933787.1 2730425 WP_194957532.1 1597 WP_195001047.1 228599 WP_195156489.1 1307 WP_195180108.1 2654248 WP_195238978.1 1502 WP_195269918.1 2787097 WP_195290884.1 239759 WP_195368055.1 410072 WP_195397250.1 2787120 WP_195426888.1 2782182 WP_195473821.1 375288 WP_195519891.1 1301 WP_195553161.1 28111 WP_195689481.1 2783858 WP_195694458.1 1404 WP_196051328.1 1492 WP_196074572.1 469 WP_196114185.1 562 WP_196132500.1 47880 WP_196146635.1 1288410 WP_196396761.1 2935737 WP_196434573.1 2785785 WP_196764971.1 13373 WP_196823726.1 1190508 WP_196938834.1 2082722 WP_196954680.1 2793065 WP_196974466.1 1717 WP_197052899.1 1333998 WP_197079459.1 1617025 WP_197201326.1 1399 WP_197332010.1 28097 WP_197521413.1 1528787 WP_197710405.1 92644 WP_197744369.1 553981 WP_197888162.1 303 WP_197903834.1 2766967 WP_198095175.1 2794021 WP_198140600.1 216816 WP_198255508.1 41899 WP_198297627.1 1416803 WP_198297747.1 1416803 WP_198465579.1 2795027 WP_198721977.1 317 WP_198730235.1 321846 WP_198907334.1 2956786 WP_199097566.1 2795114 WP_199425576.1 247480 WP_199497249.1 210 WP_199519257.1 2078569 WP_199537626.1 2666298 WP_199690327.1 86661 WP_199711823.1 2164068 WP_199713305.1 2794587 WP_199911565.1 2047966 WP_199936433.1 106648 WP_199942136.1 1148157 WP_200037957.1 95486 WP_200047810.1 57706 WP_200154298.1 61644 WP_200156222.1 1049 WP_200162023.1 28110 WP_200162643.1 28110 WP_200198809.1 2800326 WP_200200480.1 287 WP_200244355.1 2800328 WP_200287444.1 1086 WP_200316392.1 2795031 WP_200441331.1 38290 WP_200478262.1 192 WP_200543170.1 2769338 WP_200567098.1 2793076 WP_200599363.1 2968969 WP_200629424.1 74829 WP_200650920.1 1822464 WP_200652460.1 1822464 WP_200669895.1 29378 WP_200671006.1 29427 WP_200696402.1 1883 WP_200780455.1 571 WP_200986363.1 36746 WP_201297008.1 2497861 WP_201312397.1 645466 WP_201413968.1 2777475 WP_201490320.1 562 WP_201520784.1 2770504 WP_201618498.1 497 WP_201685349.1 2801330 WP_201700143.1 1081782 WP_202067358.1 2787713 WP_202082228.1 2803811 WP_202100641.1 28901 WP_202116891.1 562 WP_202165152.1 210 WP_202167283.1 210 WP_202252188.1 35806 WP_202269095.1 2808963 WP_202269758.1 59732 WP_202291019.1 82996 WP_202390355.1 1837929 WP_202587913.1 32008 WP_202659240.1 2803939 WP_202730319.1 85698 WP_202859343.1 2494733 WP_202925384.1 2703789 WP_203021165.1 379 WP_203101196.1 3020832 WP_203162307.1 573 WP_203164019.1 565 WP_203201698.1 34073 WP_203203455.1 34073 WP_203282270.1 2098 WP_203304418.1 296 WP_203325777.1 1173586 WP_203339841.1 2782551 WP_203374052.1 2810368 WP_203562037.1 28450 WP_203727943.1 113563 WP_203771012.1 113561 WP_203891666.1 28887 WP_203962627.1 227318 WP_203995341.1 419825 WP_204037257.1 502268 WP_204224003.1 83451 WP_204287739.1 1427754 WP_204434340.1 264637 WP_204462572.1 33878 WP_204504397.1 310297 WP_204618903.1 626935 WP_204638884.1 860 WP_204650864.1 745368 WP_204657011.1 745368 WP_204663166.1 1008308 WP_204719689.1 474960 WP_204723735.1 571 WP_204806484.1 486698 WP_204942955.1 709860 WP_205009067.1 1349415 WP_205173112.1 992288 WP_205177065.1 1740721 WP_205186167.1 2709306 WP_205188895.1 2291674 WP_205215113.1 1804986 WP_205336461.1 2811422 WP_205443952.1 2055955 WP_205448866.1 1491 WP_205541900.1 2108399 WP_205833587.1 2813779 WP_205930861.1 384 WP_205994446.1 2703892 WP_205996060.1 2703892 WP_206096314.1 46240 WP_206254325.1 2811415 WP_206363707.1 2501515 WP_206548446.1 28211 WP_206581849.1 33953 WP_206913767.1 2815338 WP_207040866.1 2816034 WP_207128967.1 2807577 WP_207277556.1 2789293 WP_207285306.1 2751316 WP_207334372.1 2817059 WP_207472995.1 2782008 WP_207517291.1 308354 WP_207855327.1 1502841 WP_207918089.1 185978 WP_207999384.1 179879 WP_208042111.1 2815212 WP_208090714.1 95486 WP_208099194.1 1932667 WP_208179928.1 110321 WP_208427233.1 2065818 WP_208504450.1 2820289 WP_208557144.1 1386 WP_208562420.1 1307 WP_208665977.1 86265 WP_208750182.1 2017685 WP_208823465.1 1497615 WP_208884269.1 1883 WP_208891791.1 662 WP_208905085.1 82996 WP_208909738.1 2953880 WP_208910104.1 80867 WP_208947654.1 80867 WP_209090305.1 358 WP_209095964.1 1529117 WP_209106433.1 1219 WP_209164465.1 562 WP_209241541.1 1434886 WP_209366475.1 2729421 WP_209377953.1 2820812 WP_209378200.1 2820812 WP_209402264.1 2787625 WP_209434296.1 2821355 WP_209511935.1 913099 WP_209676560.1 272161 WP_209834627.1 106654 WP_209898688.1 882446 WP_210022830.1 185978 WP_210028065.1 570936 WP_210212399.1 325217 WP_210226425.1 2823902 WP_210352796.1 2044855 WP_210356206.1 2044855 WP_210473185.1 246167 WP_210569664.1 2812655 WP_210799437.1 1903414 WP_210832037.1 587 WP_210949324.1 1812935 WP_211056951.1 2822682 WP_211231677.1 219182 WP_211254406.1 136100 WP_211296720.1 218490 WP_211354231.1 406432 WP_211429491.1 2821543 WP_211555180.1 574987 WP_211627431.1 2812896 WP_211746996.1 2831522 WP_211748754.1 2831522 WP_211867837.1 424799 WP_212054759.1 152480 WP_212217181.1 1628157 WP_212226535.1 722472 WP_212269268.1 2631580 WP_212282141.1 3697513 WP_212309145.1 43992 WP_212377792.1 2731219 WP_212448448.1 2829500 WP_212517614.1 2828514 WP_212626688.1 2815936 WP_212663497.1 155978 WP_212720030.1 202772 WP_212799263.1 2678257 WP_212810521.1 2678260 WP_212961195.1 557555 WP_213162342.1 2593653 WP_213341058.1 2579970 WP_213357559.1 2681469 WP_213413035.1 1572762 WP_213449477.1 1795 WP_213520007.1 429341 WP_213625822.1 2678261 WP_213638963.1 1424203 WP_213646387.1 1401 WP_213741880.1 2720082 WP_213750918.1 354276 WP_213753432.1 2836179 WP_213775833.1 2719793 WP_213827928.1 2810616 WP_213973719.1 499229 WP_214130944.1 2836180 WP_214186529.1 40983 WP_214279799.1 562 WP_214516916.1 1773 WP_214524166.1 2035 WP_214777175.1 2751272 WP_214826002.1 2819143 WP_214850425.1 2751202 WP_214892570.1 279826 WP_214893447.1 279826 WP_214921910.1 2819192 WP_215152714.1 2593676 WP_215262079.1 562 WP_215391030.1 1758398 WP_215493005.1 2811780 WP_215557653.1 1405 WP_215615491.1 2840469 WP_215638040.1 572511 WP_215683653.1 39486 WP_215799033.1 61015 WP_215829554.1 2772457 WP_216083845.1 483937 WP_216090438.1 286 WP_216195748.1 1855648 WP_216207121.1 2842453 WP_216244265.1 2005359 WP_216295494.1 80866 WP_216308000.1 205328 WP_216418390.1 2841507 WP_216537974.1 2841529 WP_216576398.1 2841515 WP_216743397.1 2849095 WP_216768648.1 33964 WP_216890540.1 1404 WP_217101611.1 87883 WP_217105914.1 87883 WP_217297942.1 853 WP_217309155.1 1333528 WP_217309755.1 84998 WP_217413389.1 2849041 WP_217452155.1 2732510 WP_217736698.1 2 WP_217853533.1 2842357 WP_217950418.1 46124 WP_218014032.1 687525 WP_218103566.1 2849866 WP_218198734.1 1894 WP_218203447.1 1894 WP_218283561.1 2855394 WP_218348303.1 2856337 WP_218401824.1 539813 WP_218429656.1 2854766 WP_218566587.1 2339232 WP_218623326.1 347 WP_218685492.1 106592 WP_218790267.1 573 WP_218795152.1 562 WP_218801637.1 1463165 WP_218804454.1 1463165 WP_218965839.1 1196083 WP_218989306.1 197 WP_219133024.1 1365365 WP_219286064.1 2487934 WP_219287479.1 2487934 WP_219324004.1 2822761 WP_219459964.1 2665663 WP_219484458.1 28132 WP_219486374.1 2857527 WP_219798185.1 2861782 WP_219866541.1 2862868 WP_219954954.1 192812 WP_219989626.1 158836 WP_220073286.1 2864203 WP_220281278.1 562 WP_220331155.1 648995 WP_220492852.1 194690 WP_220524718.1 197 WP_220615956.1 2864135 WP_220664202.1 2807096 WP_220674761.1 3390273 WP_220737010.1 2815913 WP_220742815.1 501487 WP_220778039.1 365590 WP_221166976.1 1138194 WP_221268711.1 33010 WP_221323620.1 2836373 WP_221711878.1 1387165 WP_221802218.1 1174501 WP_221868756.1 1393 WP_221874538.1 1643336 WP_221968558.1 379 WP_221977168.1 1076926 WP_222018129.1 2855434 WP_222168304.1 550 WP_222251196.1 260552 WP_222322625.1 517719 WP_222323558.1 384 WP_222465269.1 418719 WP_222594143.1 422442 WP_222637261.1 1280 WP_222878685.1 39687 WP_222952672.1 2873383 WP_223040576.1 41170 WP_223101678.1 1341 WP_223232292.1 28253 WP_223292749.1 2798577 WP_223326327.1 1303 WP_223329113.1 1303 WP_223360106.1 2781978 WP_223413240.1 573 WP_223489404.1 79883 WP_223565913.1 2862677 WP_223655776.1 2830842 WP_223695792.1 573 WP_223746173.1 2874602 WP_223749936.1 2874602 WP_223806191.1 2483363 WP_223843725.1 1653831 WP_223874734.1 1050199 WP_223975418.1 244562 WP_224014827.1 92647 WP_224045636.1 753 WP_224115114.1 2716883 WP_224255409.1 1134687 WP_224314556.1 571 WP_224365716.1 195 WP_224419934.1 390637 WP_224458015.1 2874628 WP_224547797.1 588496 WP_224586479.1 2876642 WP_224721611.1 2590547 WP_224774708.1 546 WP_224791962.1 93222 WP_224792367.1 294 WP_224828628.1 1849069 WP_224911464.1 538381 WP_225118260.1 2793821 WP_225123293.1 292800 WP_225239495.1 3044279 WP_225318916.1 2303332 WP_225405726.1 2872309 WP_225440164.1 2267691 WP_225592933.1 1766 WP_225700676.1 818 WP_225744764.1 2866583 WP_225764381.1 2866595 WP_225767809.1 2866581 WP_225781432.1 2866600 WP_225923723.1 2842350 WP_226208117.1 2613784 WP_226232337.1 2879634 WP_226360036.1 2846760 WP_226387626.1 2779358 WP_226480428.1 2878679 WP_226536872.1 1610490 WP_226678738.1 129985 WP_226688333.1 97050 WP_226741138.1 2881337 WP_226800426.1 2759039 WP_226831475.1 930 WP_226865765.1 592978 WP_226866106.1 592978 WP_226909596.1 348442 WP_227059655.1 40545 WP_227085212.1 649756 WP_227173776.1 2742 WP_227317406.1 158484 WP_227329750.1 287 WP_227405228.1 2832500 WP_227413069.1 2779590 WP_227414037.1 2779583 WP_227461668.1 82633 WP_227550239.1 28453 WP_227594049.1 204475 WP_227903033.1 2886936 WP_228062638.1 2781024 WP_228201287.1 470 WP_228268753.1 108980 WP_228273696.1 1066 WP_228281474.1 2653852 WP_228364598.1 2886376 WP_228527316.1 1064518 WP_228618531.1 1883 WP_228705204.1 573 WP_228938141.1 2777537 WP_228944212.1 339 WP_228961807.1 338 WP_229048323.1 651561 WP_229253501.1 32062 WP_229319113.1 67351 WP_229343766.1 66888 WP_229408570.1 1598 WP_229447885.1 2641084 WP_230009938.1 2821115 WP_230171322.1 2845820 WP_230208134.1 2672569 WP_230210113.1 2340 WP_230269925.1 2745870 WP_230284916.1 2745871 WP_230324968.1 171549 WP_230340254.1 2809020 WP_230359455.1 1827 WP_230424277.1 1750517 WP_230633440.1 286 WP_230693348.1 2897327 WP_230699958.1 2897330 WP_230700203.1 2897330 WP_230702007.1 2897330 WP_230766143.1 41986 WP_230796143.1 555512 WP_230800902.1 481181 WP_230822898.1 33060 WP_230834693.1 77097 WP_230865828.1 78331 WP_230898856.1 1883 WP_231022353.1 2898528 WP_231056077.1 2898585 WP_231085688.1 2755382 WP_231117944.1 339268 WP_231149750.1 1108595 WP_231208164.1 210 WP_231355705.1 2899078 WP_231483373.1 2638842 WP_231496029.1 1454010 WP_231768584.1 2899220 WP_231783900.1 68 WP_231837445.1 1349 WP_231879606.1 363952 WP_232025538.1 1883 WP_232038993.1 2842456 WP_232103437.1 2527971 WP_232180661.1 1296 WP_232189573.1 2873699 WP_232441874.1 87882 WP_232465954.1 101571 WP_232540662.1 28031 WP_232553043.1 1134687 WP_232584446.1 2023717 WP_232634591.1 2895523 WP_232676102.1 2870414 WP_232703726.1 2902797 WP_232719809.1 250 WP_232745899.1 2904603 WP_232835221.1 2488639 WP_232839144.1 2182797 WP_232939508.1 33987 WP_232947168.1 299767 WP_233227509.1 2760981 WP_233230645.1 1904044 WP_233284074.1 43767 WP_233290946.1 562 WP_233292564.1 2765360 WP_233387703.1 2646786 WP_233494598.1 2282449 WP_233572281.1 2485192 WP_233575804.1 2320863 WP_233689818.1 2899113 WP_233737742.1 2907155 WP_233824378.1 2907303 WP_233927803.1 676 WP_233987225.1 53335 WP_233987432.1 53335 WP_234002326.1 499656 WP_234080888.1 334852 WP_234123871.1 1393 WP_234280079.1 2907158 WP_234306850.1 1463845 WP_234521407.1 38313 WP_234523932.1 1048 WP_234538829.1 943815 WP_234564275.1 165179 WP_234738658.1 1280 WP_234970720.1 1945884 WP_235029016.1 2104 WP_235060562.1 2908646 WP_235074910.1 44250 WP_235126772.1 2909336 WP_235274869.1 2635139 WP_235292752.1 1099794 WP_235374454.1 294 WP_235565772.1 1736559 WP_235697247.1 1717 WP_235697519.1 1717 WP_235903398.1 2606636 WP_235908972.1 2605748 WP_236248745.1 78327 WP_236270941.1 654 WP_236345246.1 2905650 WP_236355782.1 2893890 WP_236373897.1 191391 WP_236387036.1 104663 WP_236495189.1 442694 WP_236513170.1 442694 WP_236525681.1 562 WP_236578309.1 1932 WP_236777269.1 358 WP_236905832.1 279113 WP_236939362.1 562 WP_236961032.1 2202825 WP_237025736.1 1358 WP_237034910.1 43263 WP_237066347.1 2904249 WP_237070319.1 2571159 WP_237106527.1 2570319 WP_237142885.1 28901 WP_237150901.1 1038856 WP_237171174.1 43767 WP_237414093.1 1219382 WP_237480153.1 2895977 WP_237560484.1 1457250 WP_237762402.1 28901 WP_237907640.1 192 WP_237962375.1 28197 WP_237973393.1 239935 WP_238068046.1 2790955 WP_238126428.1 40576 WP_238267528.1 82633 WP_238286377.1 1544861 WP_238320463.1 83986 WP_238486267.1 287 WP_238588402.1 37332 WP_238717267.1 1307 WP_238741277.1 2916414 WP_238769582.1 2870838 WP_238785931.1 1573719 WP_238837572.1 2484912 WP_238844860.1 676 WP_238850425.1 676 WP_238869695.1 562 WP_238874073.1 85698 WP_238935592.1 60894 WP_238972864.1 848 WP_239108544.1 564413 WP_239280620.1 2918196 WP_239393343.1 2917757 WP_239517986.1 670 WP_239606280.1 1639133 WP_239815372.1 1452 WP_239881445.1 2681496 WP_239913672.1 689 WP_239984652.1 1940529 WP_240030709.1 486 WP_240053789.1 820 WP_240083300.1 191373 WP_240111183.1 2791990 WP_240207262.1 2682577 WP_240226434.1 2918453 WP_240469694.1 2678657 WP_240732162.1 2597769 WP_240755700.1 715784 WP_240904022.1 2682541 WP_241105826.1 2920387 WP_241133221.1 1287735 WP_241323553.1 2923428 WP_241420500.1 338645 WP_241468713.1 562 WP_241524600.1 115553 WP_241695219.1 253839 WP_241812465.1 2736666 WP_241908014.1 136468 WP_242018727.1 1220600 WP_242161393.1 86661 WP_242254186.1 1386 WP_242320225.1 2920312 WP_242439424.1 46680 WP_242685612.1 2100168 WP_242719345.1 2927803 WP_242859101.1 33043 WP_242908489.1 2927128 WP_242961281.1 1520 WP_243131659.1 58137 WP_243220715.1 429 WP_243269836.1 286 WP_243361436.1 2922866 WP_243386166.1 2078952 WP_243514657.1 1705399 WP_243678753.1 164451 WP_243977667.1 691 WP_244028884.1 2836556 WP_244200682.1 2116518 WP_244250846.1 37928 WP_244292824.1 2698727 WP_244305237.1 81942 WP_244311009.1 699041 WP_244349102.1 32053 WP_244355613.1 2893468 WP_244356123.1 2893468 WP_244380042.1 81408 WP_244450453.1 223390 WP_244631495.1 2712894 WP_244774495.1 399320 WP_245086788.1 210 WP_245128022.1 2932774 WP_245407141.1 2626047 WP_245437884.1 325217 WP_245456681.1 1538159 WP_245657543.1 688067 WP_245704803.1 938405 WP_245770707.1 1287727 WP_245836657.1 436663 WP_245838763.1 228956 WP_245885601.1 2607479 WP_245961518.1 1655234 WP_245971990.1 166793 WP_246003214.1 228006 WP_246165763.1 2610880 WP_246239142.1 35763 WP_246303703.1 286438 WP_246735792.1 2283840 WP_246832833.1 1470575 WP_246925475.1 2631580 WP_246966510.1 1586232 WP_246995487.1 1053547 WP_247072383.1 1664069 WP_247315376.1 374 WP_247326555.1 2911538 WP_247334239.1 2911538 WP_247359483.1 2631580 WP_247392216.1 1310165 WP_247406571.1 2915812 WP_247424115.1 2782616 WP_247429569.1 2782616 WP_247447489.1 2782663 WP_247498151.1 2782624 WP_247623347.1 2851646 WP_247623927.1 33882 WP_247740288.1 2688777 WP_247879744.1 2630922 WP_247893884.1 2800326 WP_247915795.1 1304 WP_248050568.1 2494701 WP_248055680.1 881260 WP_248087248.1 40216 WP_248112338.1 881260 WP_248126409.1 84109 WP_248214628.1 1812935 WP_248222673.1 2497436 WP_248328072.1 379097 WP_248403399.1 831 WP_248415167.1 210 WP_248415755.1 210 WP_248562494.1 2934712 WP_248676944.1 198618 WP_248721304.1 2935858 WP_248827332.1 61015 WP_248846761.1 1639 WP_249084213.1 1841864 WP_249240542.1 2929492 WP_249310236.1 2763671 WP_249312942.1 2763657 WP_249351853.1 2219225 WP_249438391.1 562 WP_249505358.1 3239812 WP_249510290.1 28450 WP_249557352.1 2942476 WP_249769997.1 2038343 WP_249839557.1 1470261 WP_249866435.1 2020716 WP_249868607.1 2908207 WP_249893756.1 2872648 WP_249930443.1 579507 WP_249991478.1 747 WP_250015522.1 2653189 WP_250146767.1 562 WP_250182896.1 52699 WP_250239427.1 1236 WP_250258169.1 2758090 WP_250295751.1 931100 WP_250376457.1 562 WP_250377942.1 562 WP_250427403.1 1343895 WP_250464711.1 2933965 WP_250499463.1 2921743 WP_250676265.1 357441 WP_250703775.1 817 WP_250740298.1 361572 WP_250798057.1 709888 WP_250822302.1 375288 WP_250824310.1 1599 WP_250934260.1 33951 WP_251057605.1 2819190 WP_251111556.1 196816 WP_251116163.1 2950074 WP_251223476.1 1653776 WP_251231146.1 2941323 WP_251247609.1 45462 WP_251309955.1 2942298 WP_251376328.1 2878915 WP_251438464.1 2609290 WP_251450535.1 2565572 WP_251511058.1 1274358 WP_251586805.1 273678 WP_251593142.1 1851019 WP_251643117.1 44249 WP_251758029.1 2942999 WP_251767892.1 56454 WP_251835880.1 2763075 WP_251841748.1 158836 WP_251843011.1 1351 WP_251874466.1 2950604 WP_252100317.1 562 WP_252115680.1 708091 WP_252264110.1 909656 WP_252384350.1 562 WP_252418399.1 2944807 WP_252438898.1 35703 WP_252541609.1 2902486 WP_252681452.1 2953896 WP_252809941.1 79912 WP_252845183.1 478114 WP_253057132.1 2954503 WP_253063755.1 1923877 WP_253195963.1 2840371 WP_253349177.1 450367 WP_253352066.1 2957809 WP_253357977.1 2909669 WP_253495381.1 411483 WP_253571813.1 375 WP_253620872.1 2957802 WP_253630899.1 2953808 WP_253646963.1 321325 WP_253793201.1 58354 WP_253808359.1 69710 WP_254033437.1 1160 WP_254090314.1 2782352 WP_254101325.1 2961944 WP_254144300.1 2949632 WP_254301195.1 2953890 WP_254363411.1 2962034 WP_254415125.1 2962858 WP_254467474.1 303 WP_254566347.1 2954806 WP_254638680.1 1520 WP_254743169.1 2962936 WP_254819486.1 2963091 WP_254833504.1 2903901 WP_254860001.1 1046043 WP_254962431.1 1184720 WP_254972748.1 165179 WP_255073759.1 573 WP_255164512.1 1775880 WP_255187010.1 2963939 WP_255193900.1 2963433 WP_255266214.1 37329 WP_255329483.1 2922394 WP_255352846.1 1532557 WP_255375741.1 1904969 WP_255401854.1 562 WP_255517101.1 2572916 WP_255602293.1 2835787 WP_255632456.1 1813 WP_255657767.1 2876565 WP_255761006.1 399 WP_255895909.1 2940935 WP_255965801.1 2965064 WP_255991635.1 2961951 WP_256082840.1 1737066 WP_256153163.1 2965275 WP_256304635.1 1673721 WP_256314628.1 84109 WP_256546297.1 1126236 WP_256588339.1 2009042 WP_256695454.1 1654 WP_256825141.1 287 WP_256855996.1 178606 WP_257007586.1 1352 WP_257012936.1 28131 WP_257080809.1 2639971 WP_257107333.1 2931984 WP_257258519.1 61645 WP_257358148.1 2745510 WP_257384536.1 1307 WP_257479708.1 214853 WP_257504872.1 2057793 WP_257544752.1 2801029 WP_257633067.1 92644 WP_257689765.1 644 WP_257691625.1 654 WP_257733866.1 85413 WP_257769388.1 1862145 WP_257777211.1 196821 WP_257880947.1 28132 WP_257939681.1 2937417 WP_258007507.1 317 WP_258038067.1 2593676 WP_258143355.1 562 WP_258219484.1 244366 WP_258228246.1 2967132 WP_258315721.1 244366 WP_258340180.1 2973084 WP_258450640.1 286 WP_258515841.1 663 WP_258581409.1 2865837 WP_258598016.1 196821 WP_258613669.1 2895474 WP_258699485.1 2895473 WP_258700041.1 196821 WP_258825945.1 1886785 WP_258835625.1 373040 WP_258930666.1 2865782 WP_258941688.1 46163 WP_259005392.1 2974597 WP_259173727.1 339 WP_259206442.1 2970464 WP_259301651.1 310297 WP_259407579.1 2865673 WP_259568097.1 1574161 WP_259619769.1 1229154 WP_259633828.1 2976331 WP_259691170.1 1590 WP_259695835.1 1903414 WP_259770126.1 28038 WP_259823591.1 33889 WP_259847195.1 498199 WP_259858510.1 53359 WP_259864893.1 223184 WP_259865813.1 53359 WP_259895494.1 2649579 WP_259999572.1 2867023 WP_260264417.1 1584 WP_260320705.1 2849641 WP_260365401.1 319653 WP_260402970.1 28901 WP_260444899.1 1552123 WP_260467581.1 28037 WP_260479645.1 621 WP_260685194.1 562 WP_260776178.1 28901 WP_260810007.1 29497 WP_260821709.1 28901 WP_260879442.1 28197 WP_260912062.1 562 WP_260920963.1 28197 WP_260986135.1 463040 WP_261066330.1 28037 WP_261132050.1 2963522 WP_261281372.1 47917 WP_261369297.1 33060 WP_261402515.1 1437009 WP_261529150.1 87883 WP_261610700.1 43663 WP_261610998.1 1268 WP_261668588.1 82541 WP_261695383.1 1453544 WP_261733022.1 2978345 WP_261907733.1 259059 WP_261952390.1 1883 WP_261970917.1 2840188 WP_262014488.1 1873 WP_262043205.1 562 WP_262073613.1 2980555 WP_262088989.1 714 WP_262114929.1 1812935 WP_262138576.1 2035 WP_262152891.1 562 WP_262155701.1 196821 WP_262175203.1 1399 WP_262247119.1 416955 WP_262394687.1 2763678 WP_262401812.1 1904961 WP_262452366.1 2897337 WP_262510814.1 153266 WP_262612393.1 53344 WP_262615610.1 29378 WP_262686037.1 2982185 WP_262832653.1 562 WP_263072085.1 1325689 WP_263177763.1 40323 WP_263205390.1 3447509 WP_263513200.1 108980 WP_263537640.1 2893553 WP_263549390.1 2983765 WP_263620371.1 311180 WP_263727326.1 2911618 WP_263833039.1 2976535 WP_263847269.1 2851012 WP_263867815.1 562 WP_263871176.1 487 WP_264144890.1 930124 WP_264218405.1 2986930 WP_264228578.1 553 WP_264248212.1 28450 WP_264351023.1 1328 WP_264379403.1 1423 WP_264507413.1 1097465 WP_264593810.1 2611147 WP_264694478.1 2942908 WP_264695257.1 476 WP_264750294.1 2984028 WP_264790310.1 2864201 WP_264934627.1 375446 WP_264950959.1 165179 WP_265102281.1 573 WP_265225845.1 95486 WP_265258498.1 1110389 WP_265272113.1 457945 WP_265275480.1 457945 WP_265279605.1 287 WP_265364885.1 2991496 WP_265399898.1 1897060 WP_265593313.1 1396418 WP_265634479.1 2608999 WP_265775712.1 654 WP_265822109.1 46201 WP_265889043.1 562 WP_265896212.1 2944682 WP_265907929.1 244366 WP_265966242.1 1604349 WP_266095674.1 29430 WP_266169258.1 2992127 WP_266170214.1 2992127 WP_266179881.1 2994648 WP_266300278.1 2903573 WP_266312166.1 67352 WP_266441326.1 1920 WP_266535309.1 2975865 WP_266603981.1 2984495 WP_266613108.1 2593676 WP_266631528.1 2593676 WP_266708839.1 2975652 WP_266727676.1 2975678 WP_266771233.1 2903792 WP_266784861.1 2593676 WP_266814553.1 2903864 WP_266842210.1 2903633 WP_266882648.1 2903804 WP_267184195.1 2996017 WP_267248697.1 2972785 WP_267292626.1 2873601 WP_267353308.1 2817991 WP_267448957.1 1639133 WP_267560498.1 2997416 WP_267586803.1 561879 WP_267782507.1 2994971 WP_267829077.1 2996698 WP_267857086.1 2996790 WP_267861425.1 2996790 WP_267979634.1 469 WP_268012811.1 1134687 WP_268123036.1 1267423 WP_268276024.1 483913 WP_268285128.1 483913 WP_268311115.1 1925021 WP_268315162.1 1925021 WP_268371125.1 1452 WP_268394364.1 483913 WP_268422715.1 561879 WP_268428026.1 648 WP_268551200.1 72361 WP_268579666.1 2974022 WP_268637051.1 582475 WP_268645109.1 2835867 WP_268678783.1 1676683 WP_268714943.1 1303 WP_268737299.1 315405 WP_269026738.1 645 WP_269048359.1 2787635 WP_269082627.1 1736345 WP_269268099.1 3004354 WP_269358925.1 346 WP_269633767.1 2976697 WP_269672356.1 3009078 WP_269828627.1 2792015 WP_269885397.1 3388067 WP_270218171.1 186803 WP_270233472.1 1363 WP_270310372.1 881260 WP_270310942.1 881260 WP_270429919.1 544645 WP_270430070.1 544645 WP_270453521.1 2778430 WP_270506568.1 1736 WP_270570428.1 28111 WP_270578305.1 35841 WP_270610708.1 1737424 WP_270677687.1 3018444 WP_270757591.1 1796635 WP_270908912.1 470 WP_270933235.1 2766473 WP_271104848.1 1351 WP_271116088.1 3017783 WP_271145842.1 3015997 WP_271202339.1 1437816 WP_271243471.1 562 WP_271250528.1 128785 WP_271268402.1 2926470 WP_271272236.1 2895352 WP_271406340.1 447689 WP_271418863.1 3016342 WP_271457636.1 2963956 WP_271569319.1 1630837 WP_271569604.1 1630837 WP_271619988.1 1325099 WP_271629396.1 3019889 WP_271786410.1 645 WP_271820285.1 109265 WP_271931007.1 2995306 WP_272053002.1 823 WP_272056282.1 823 WP_272062680.1 3021720 WP_272114414.1 1263 WP_272150417.1 426481 WP_272770862.1 2984199 WP_272896519.1 2608897 WP_273138110.1 114527 WP_273159410.1 596085 WP_273302807.1 56361 WP_273418567.1 81029 WP_273597572.1 2987526 WP_273827584.1 587 WP_273849839.1 614 WP_273946616.1 1245 WP_274124432.1 3027943 WP_274182085.1 196024 WP_274192231.1 663606 WP_274285032.1 663604 WP_274323930.1 3026162 WP_274358594.1 738 WP_274400640.1 2628533 WP_274423713.1 2906648 WP_274481161.1 263 WP_274549238.1 2593676 WP_274718192.1 1307 WP_274755179.1 283 WP_274771680.1 1382803 WP_274773199.1 1382803 WP_274885772.1 669 WP_274915895.1 2593676 WP_274975805.1 2013 WP_274976404.1 3061629 WP_275102754.1 549 WP_275149613.1 238 WP_275196335.1 2698826 WP_275364603.1 1499973 WP_275397725.1 544 WP_275405902.1 2593676 WP_275495439.1 2593676 WP_275700142.1 2908000 WP_275700896.1 3031239 WP_275765493.1 1404 WP_275865201.1 3032594 WP_276153259.1 196795 WP_276234417.1 303 WP_276247412.1 2622732 WP_276256752.1 3034020 WP_276263713.1 68895 WP_276357708.1 3027471 WP_276362074.1 3034022 WP_276369440.1 3034144 WP_276638014.1 60133 WP_276974217.1 370974 WP_277084622.1 2606630 WP_277108398.1 562 WP_277264109.1 584 WP_277309438.1 3031114 WP_277324932.1 2793630 WP_277410236.1 1920 WP_277412281.1 1920 WP_277479375.1 1075417 WP_277491977.1 299767 WP_277513241.1 2042057 WP_277531229.1 1457232 WP_277588386.1 587753 WP_277690767.1 3036944 WP_277858638.1 3030827 WP_278084771.1 3016107 WP_278088590.1 450367 WP_278243902.1 100886 WP_278264086.1 3025312 WP_278266677.1 3039385 WP_278273894.1 3039116 WP_278278068.1 214853 WP_278329032.1 3038079 WP_278361924.1 1211807 WP_278390468.1 578833 WP_278428737.1 911092 WP_278436726.1 1796646 WP_278448552.1 54736 WP_278489123.1 437897 WP_278498266.1 470934 WP_278579814.1 172042 WP_278631399.1 29348 WP_278643529.1 1263 WP_278781114.1 1601 WP_278800290.1 671266 WP_278839117.1 61171 WP_278843343.1 386414 WP_278888642.1 363265 WP_278906630.1 39483 WP_278924671.1 3034152 WP_278960438.1 303541 WP_278982769.1 40545 WP_279008479.1 29465 WP_279029857.1 35833 WP_279046072.1 35833 WP_279059865.1 35833 WP_279085497.1 85831 WP_279123632.1 61171 WP_279150283.1 1796646 WP_279184953.1 146476 WP_279270002.1 1520 WP_279295785.1 2982496 WP_279374958.1 3039153 WP_279652328.1 3038772 WP_279687934.1 3040602 WP_279826355.1 225991 WP_279836660.1 3040018 WP_279840346.1 2975391 WP_279961109.1 196816 WP_279984614.1 909768 WP_279996009.1 217203 WP_280015341.1 2975407 WP_280336340.1 480035 WP_280343167.1 236511 WP_280427578.1 37326 WP_280443824.1 37326 WP_280506832.1 37329 WP_280541983.1 29497 WP_280550159.1 28171 WP_280604208.1 29497 WP_280658332.1 680247 WP_280691874.1 2633591 WP_280713773.1 83655 WP_280876395.1 67350 WP_280892754.1 2940562 WP_280938002.1 1480694 WP_280941535.1 398257 WP_281034490.1 2496691 WP_281054160.1 136468 WP_281094896.1 1488331 WP_281163474.1 1463165 WP_281295215.1 2954237 WP_281305524.1 3041620 WP_281462881.1 3043872 WP_281543397.1 544645 WP_281562017.1 3015149 WP_281670363.1 28126 WP_281674273.1 28123 WP_281675368.1 1110546 WP_281760414.1 2973072 WP_281919021.1 2984338 WP_282014297.1 1117708 WP_282035981.1 1849719 WP_282139373.1 2675230 WP_282171596.1 1399 WP_282259321.1 3016094 WP_282322778.1 287 WP_282363731.1 2991433 WP_282393050.1 3044177 WP_282423266.1 3042687 WP_282467912.1 644 WP_282641071.1 280 WP_282689626.1 2593676 WP_282791351.1 3044571 WP_282969582.1 28183 WP_282979415.1 33917 WP_282985289.1 413497 WP_283129754.1 486 WP_283162015.1 28901 WP_283179095.1 3040672 WP_283181662.1 286 WP_283222342.1 3043301 WP_283277237.1 3047085 WP_283525395.1 3046310 WP_283557067.1 1506334 WP_283629251.1 62322 WP_283640148.1 369791 WP_283922158.1 3047873 WP_284053701.1 2826939 XP_001275352.1 344612 XP_001275602.1 344612 XP_001312457.2 412133 XP_001426929.1 5888 XP_001448147.1 5888 XP_001454078.1 5888 XP_001681736.1 347515 XP_001840824.2 240176 XP_001964912.1 7217 XP_002107991.1 10228 XP_002430673.1 121224 XP_002688837.2 9913 XP_002777379.1 423536 XP_002873995.1 81972 XP_002973447.1 88036 XP_002993607.1 88036 XP_003035978.1 578458 XP_003040019.1 660122 XP_003048468.1 660122 XP_003056335.1 564608 XP_003073356.1 876142 XP_003502921.1 10029 XP_003768056.1 9305 XP_003875641.1 929439 XP_003878446.1 929439 XP_004034642.1 5932 XP_004149267.1 3659 XP_004225259.1 1120755 XP_004384112.1 127582 XP_004466702.1 9361 XP_004647050.1 10160 XP_004697524.1 9371 XP_004869485.1 10181 XP_005087540.1 10036 XP_005100439.2 6500 XP_005111944.2 6500 XP_005402208.1 34839 XP_005405047.1 34839 XP_005553416.1 9541 XP_005678593.1 9925 XP_005720745.1 303518 XP_005900735.1 72004 XP_006161615.1 246437 XP_006359699.1 4113 XP_006376427.2 3694 XP_006576743.1 3847 XP_006591276.1 3847 XP_006689993.1 2315449 XP_006969978.1 431241 XP_007007273.1 578456 XP_007043916.2 3641 XP_007077310.1 9694 XP_007121961.1 9755 XP_007206475.1 3760 XP_007207923.1 3760 XP_007208131.1 3760 XP_007311010.1 721885 XP_007323069.1 578457 XP_007378490.1 741275 XP_007405597.1 747676 XP_007423461.1 176946 XP_007459185.1 118797 XP_007512765.1 41875 XP_007641679.1 10029 XP_007761143.1 1182544 XP_007828375.1 1229662 XP_007828713.1 1229662 XP_007957752.1 1230840 XP_007978456.1 60711 XP_008080365.1 1116229 XP_008215352.1 7425 XP_008264087.1 9986 XP_008293954.1 144197 XP_008293962.1 144197 XP_008293969.1 144197 XP_008332845.1 244447 XP_008373570.1 3750 XP_008531547.1 9798 XP_008572610.1 482537 XP_008604006.1 1156394 XP_008674211.1 4577 XP_008902753.1 761204 XP_008942036.1 57421 XP_008997370.1 9483 XP_009031127.1 6412 XP_009132605.1 3711 XP_009147075.2 3711 XP_009177739.1 6198 XP_009308369.1 71804 XP_009464764.1 128390 XP_009535872.1 67593 XP_009839123.1 112090 XP_010216383.1 94827 XP_010216384.1 94827 XP_010216385.1 94827 XP_010263869.1 4432 XP_010267139.1 4432 XP_010481786.1 90675 XP_010489688.1 90675 XP_010547631.1 28532 XP_010676925.2 3555 XP_010808195.1 9913 XP_010831352.1 43346 XP_010856729.1 43346 XP_011040987.1 75702 XP_011040988.1 75702 XP_011040989.1 75702 XP_011231611.1 9646 XP_011272275.1 1041607 XP_011699286.1 64793 XP_011775823.1 679716 XP_011782004.1 336983 XP_011822310.1 9568 XP_011889539.1 9531 XP_011924069.1 9531 XP_012066326.1 180498 XP_012206226.1 695850 XP_012264750.2 37344 XP_012504886.1 379532 XP_012676239.1 7950 XP_012889676.1 10020 XP_013164386.1 66420 XP_013231239.1 5802 XP_013258388.1 1182545 XP_013338901.1 1043005 XP_013404023.1 7574 XP_013404025.1 7574 XP_013412367.1 7574 XP_013617705.1 109376 XP_013640544.1 3708 XP_013757696.1 461836 XP_013957138.1 413071 XP_013982426.1 8030 XP_014018893.1 8030 XP_014155165.1 667725 XP_014204645.1 29053 XP_014259138.1 79782 XP_014362268.2 76193 XP_014733223.1 9172 XP_014802175.1 198806 XP_015036367.2 7237 XP_015055542.1 28526 XP_015239306.1 28743 XP_015253450.1 28743 XP_015287803.1 9541 XP_015523373.1 441921 XP_015523374.1 441921 XP_015665538.2 103944 XP_015675072.1 103944 XP_015918471.2 114398 XP_016071528.1 291302 XP_016071529.1 291302 XP_016071530.1 291302 XP_016192053.1 130454 XP_016211170.1 253628 XP_016252004.1 569365 XP_016265944.1 215243 XP_016339808.1 1608454 XP_016415707.1 307959 XP_016445639.1 4097 XP_016446524.1 4097 XP_016611986.1 645134 XP_016845857.1 7425 XP_016849932.1 28377 XP_017076166.2 29029 XP_017354457.1 2715852 XP_017412204.1 3914 XP_017412205.1 3914 XP_017428875.1 3914 XP_017476002.1 28612 XP_017569355.1 42514 XP_017674008.1 321398 XP_017706045.1 61621 XP_017754998.1 516756 XP_017857703.1 7263 XP_017970595.1 3641 XP_018042825.1 1460663 XP_018062972.1 149040 XP_018089046.1 8355 XP_018358059.1 471704 XP_018381815.1 5599 XP_018492447.1 3726 XP_018561118.1 217634 XP_018575520.1 217634 XP_018594075.2 113540 XP_018661491.1 398673 XP_018754863.1 334819 XP_018957721.2 7962 XP_018994437.1 1295533 XP_019000248.1 1296122 XP_019019020.1 763406 XP_019180948.1 35883 XP_019180949.1 35883 XP_019244033.1 49451 XP_019256258.1 49451 XP_019381256.1 94835 XP_019384620.1 8502 XP_019459237.1 3871 XP_019741907.1 109280 XP_019810477.1 9915 XP_020103231.1 4615 XP_020272228.1 4686 XP_020282545.1 219809 XP_020321477.1 8019 XP_020425985.1 3760 XP_020469382.1 43700 XP_020476240.1 43700 XP_020704071.1 906689 XP_020736247.1 9874 XP_020765801.1 9874 XP_020788278.1 150288 XP_020949431.1 9823 XP_021098423.1 10181 XP_021113256.1 10181 XP_021299958.1 108875 XP_021377602.1 6573 XP_021694973.1 7159 XP_021713690.1 63459 XP_021727484.1 63459 XP_021741676.1 63459 XP_021765438.1 63459 XP_021776778.1 9555 XP_021846694.1 3562 XP_021874514.1 4999 XP_021898889.1 3649 XP_022005570.1 4232 XP_022120389.2 64459 XP_022216402.2 7282 XP_022216403.2 7282 XP_022242849.1 6850 XP_022371551.1 391180 XP_022457077.1 1382522 XP_022467441.1 1209926 XP_022745130.1 66656 XP_022745131.1 66656 XP_022745132.1 66656 XP_022789336.1 50429 XP_022789337.1 50429 XP_022816306.1 69820 XP_022824318.1 69820 XP_022851607.1 158386 XP_023076333.1 591936 XP_023194678.1 8083 XP_023219850.1 218467 XP_023318286.1 7493 XP_023426040.1 1279085 XP_023446957.1 9361 XP_023482372.1 9796 XP_023529459.1 3664 XP_023563091.1 10160 XP_023563092.1 10160 XP_023589550.1 127582 XP_023607675.1 59463 XP_023618023.1 59463 XP_023664563.1 1676925 XP_023744527.1 4236 XP_023822602.1 2691554 XP_024010268.1 72664 XP_024081758.1 79782 XP_024185556.1 74649 XP_024252803.1 74940 XP_024427063.2 9430 XP_024635273.1 3880 XP_024696459.1 1392248 XP_024707996.1 1392250 XP_024747977.1 58853 XP_024888572.1 300111 XP_024910805.1 244447 XP_025019294.1 176946 XP_025019295.1 176946 XP_025019296.1 176946 XP_025019297.1 176946 XP_025063182.1 38654 XP_025094492.1 400727 XP_025142082.1 89462 XP_025220530.1 9565 XP_025268496.1 104421 XP_025385377.1 1448314 XP_025425233.1 143950 XP_025430606.1 1450539 XP_025486240.1 1448315 XP_025638049.1 3818 XP_025698866.1 3818 XP_025769677.1 9696 XP_025777939.1 9696 XP_025786250.1 9696 XP_025814622.1 206008 XP_025923156.1 308060 XP_025996498.1 13686 XP_026100634.1 7957 XP_026109466.1 7957 XP_026120963.1 7957 XP_026175731.1 205130 XP_026180907.1 205130 XP_026193030.1 88456 XP_026202203.1 64144 XP_026320625.1 1477025 XP_026433405.1 3469 XP_026829212.1 2015173 XP_026936565.1 3371155 XP_026994537.1 1234273 XP_027026332.2 1234273 XP_027063577.1 13443 XP_027131078.1 215358 XP_027172582.1 49369 XP_027388070.1 30522 XP_027410803.1 30522 XP_027422845.1 30522 XP_027476133.1 9704 XP_027540421.1 114329 XP_027547584.1 114329 XP_027584191.1 649802 XP_027705828.1 29139 XP_027728774.1 29139 XP_027768392.1 28526 XP_027894086.1 32473 XP_027924147.1 3917 XP_028028252.1 7092 XP_028191682.1 3848 XP_028261945.1 210632 XP_028261946.1 210632 XP_028327800.1 441366 XP_028368138.1 89673 XP_028540875.1 880535 XP_028543448.1 77519 XP_028635853.1 491861 XP_028655184.1 27687 XP_028683083.1 9544 XP_028717800.1 10041 XP_028733567.1 10041 XP_028733568.1 10041 XP_028733570.1 10041 XP_028733578.1 10041 XP_028733579.1 10041 XP_028766233.1 207710 XP_028766234.1 207710 XP_028939562.1 279965 XP_029003841.1 158456 XP_029075794.1 40151 XP_029075795.1 40151 XP_029075796.1 40151 XP_029075797.1 40151 XP_029196159.1 45264 XP_029370816.1 173247 XP_029371967.1 173247 XP_029439375.1 194408 XP_029528577.1 8023 XP_029698713.1 31033 XP_029860665.1 223781 XP_029957910.1 181472 XP_030079323.1 7224 XP_030087828.2 9135 XP_030111227.1 10090 XP_030313316.1 9244 XP_030368951.1 7225 XP_030565673.1 47314 XP_030620685.1 29144 XP_030622007.1 29144 XP_030976676.1 148305 XP_031095384.1 35885 XP_031104936.1 35885 XP_031122780.1 35885 XP_031145922.1 283035 XP_031159380.1 283035 XP_031168963.1 283035 XP_031258584.1 55513 XP_031270756.1 55513 XP_031459457.1 9054 XP_031540112.1 30538 XP_031707624.1 433405 XP_031903815.1 209559 XP_031931709.1 61420 XP_031942702.1 1506151 XP_031974225.1 1196302 XP_031982117.1 1196302 XP_032085066.1 35005 XP_032204694.1 36723 XP_032206552.1 36723 XP_032206553.1 36723 XP_032275630.1 9720 XP_032283352.1 9720 XP_032499984.1 42100 XP_032696462.1 76717 XP_032707293.1 76717 XP_032734223.1 76717 XP_032812066.1 7757 XP_032818145.1 7757 XP_032818146.1 7757 XP_032873419.1 386614 XP_032956783.1 59479 XP_033082621.1 54180 XP_033115746.1 1529436 XP_033130084.1 3711 XP_033306318.1 103933 XP_033530744.1 1392243 XP_033541489.1 673940 XP_033551505.1 673940 XP_033559743.1 301207 XP_033573598.1 574789 XP_033668161.1 1080233 XP_033679940.1 390896 XP_033824504.1 409849 XP_033980738.1 40690 XP_033991852.1 40690 XP_034010279.1 5481 XP_034264344.1 94885 XP_034290446.1 94885 XP_034481174.1 198719 XP_034496550.1 9646 XP_034577512.1 4556 XP_034617399.1 31138 XP_034729382.1 417921 XP_035216353.1 202533 XP_035254397.1 7936 XP_035366182.1 45133 XP_035385791.1 8005 XP_035530493.1 34816 XP_035731890.1 7446 XP_035778474.1 7167 XP_035800909.1 80972 XP_035812514.1 80972 XP_036098045.1 27622 XP_036130723.1 27622 XP_036163171.1 51298 XP_036174925.1 51298 XP_036174926.1 51298 XP_036201052.1 51298 XP_036266973.1 59472 XP_036378433.1 118141 XP_036400802.1 118141 XP_036437421.1 42526 XP_036700879.1 9771 XP_036914921.1 192404 XP_037020921.2 9417 XP_037055217.1 10041 XP_037055227.1 10041 XP_037174607.1 1215731 XP_037269637.1 6941 XP_037293573.1 7130 XP_037539096.1 451745 XP_037583943.1 2715852 XP_037697134.1 27675 XP_037827647.1 13632 XP_037829017.1 37003 XP_037916999.1 343691 XP_037917000.1 343691 XP_037917002.1 343691 XP_037917003.1 343691 XP_037917004.1 343691 XP_037917005.1 343691 XP_038144206.1 77115 XP_038766703.1 87229 XP_038788914.1 1187904 XP_039048844.1 106335 XP_039202520.1 88082 XP_039284787.1 108931 XP_039284788.1 108931 XP_039286754.1 108931 XP_039286755.1 108931 XP_039308535.1 13686 XP_039322713.1 27679 XP_039387169.1 260615 XP_039406663.1 932674 XP_039509588.1 90988 XP_039523839.1 90988 XP_039550146.1 90988 XP_039555956.1 9160 XP_039612537.1 55291 XP_039638319.1 8168 XP_039660068.1 8168 XP_039660069.1 8168 XP_039699416.1 143291 XP_039769176.1 9258 XP_039854086.1 38727 XP_039870427.1 43689 XP_039923984.1 43150 XP_039923986.1 43150 XP_039985286.1 8245 XP_040023426.1 69293 XP_040082341.1 59534 XP_040086206.1 59534 XP_040114763.1 59534 XP_040238549.2 1518534 XP_040253449.1 200361 XP_040286004.1 8384 XP_040342838.1 1608482 XP_040382927.1 4533 XP_040499486.1 29073 XP_040549882.1 9031 XP_040614072.1 10036 XP_040637648.1 1388766 XP_040685867.1 1073089 XP_040774166.1 660469 XP_040937145.1 3635 XP_040967143.1 3635 XP_041032211.1 13397 XP_041173850.1 48578 XP_041178038.1 48578 XP_041287579.1 1912936 XP_041334537.1 221976 XP_041378246.1 1735272 XP_041648869.1 241271 XP_041715299.2 59861 XP_041715300.2 59861 XP_041715301.2 59861 XP_041823288.1 1250792 XP_041823289.1 1250792 XP_041854783.1 1250792 XP_041912709.1 34773 XP_041922209.1 34773 XP_042112981.1 9940 XP_042343617.1 160734 XP_042399294.1 94328 XP_042465169.1 94328 XP_042531659.1 105255 XP_042575628.1 7962 XP_042622198.1 7962 XP_042646948.1 56313 XP_042666906.1 9002 XP_042771424.1 9689 XP_042989918.1 32201 XP_043014885.1 181124 XP_043079005.1 1606681 XP_043280639.1 32260 XP_043307074.1 1574408 XP_043377824.1 8469 XP_043406427.1 8469 XP_043479276.1 63436 XP_043494069.1 30207 XP_043577599.1 396416 XP_043718329.1 54955 XP_043730995.1 9860 XP_043732582.1 9860 XP_043867713.1 28829 XP_043876828.1 28829 XP_043889695.1 28829 XP_043890337.1 28829 XP_043971649.1 33528 XP_044006408.1 684658 XP_044019329.1 684658 XP_044173217.1 45264 XP_044188718.1 8236 XP_044366249.1 4565 XP_044484513.1 29780 XP_044485440.1 29780 XP_044490862.1 29780 XP_044490863.1 29780 XP_044490864.1 29780 XP_044490865.1 29780 XP_044551221.1 51637 XP_044655078.1 84275 XP_044707369.1 36050 XP_044710778.1 36050 XP_044786537.1 89462 XP_044902674.1 9685 XP_044919701.1 9669 XP_044998617.1 51337 XP_044998618.1 51337 XP_045099932.1 6238 XP_045183397.2 6596 XP_045218852.1 9541 XP_045284515.1 447093 XP_045323097.1 46844 XP_045615378.1 6728 XP_045648298.1 9643 XP_045657592.1 9643 XP_045691652.1 9423 XP_045701611.1 9423 XP_045702922.1 9423 XP_045788843.1 57577 XP_045788844.1 57577 XP_045807497.1 57577 XP_045908845.1 147949 XP_045954854.1 152316 XP_045966569.1 1174673 XP_046018872.1 1682393 XP_046270414.1 75038 XP_046290611.1 9995 XP_046298169.1 9995 XP_046337982.1 6454 XP_046441060.1 6669 XP_046463157.1 6669 XP_046509038.1 89248 XP_046578103.1 36100 XP_046618542.1 2961670 XP_046801602.1 7375 XP_046808501.1 7375 XP_046837596.1 7445 XP_046837597.1 7445 XP_046907253.1 137520 XP_046922164.1 61384 XP_047044137.1 89674 XP_047046442.1 89674 XP_047076827.1 89674 XP_047095132.1 89674 XP_047113196.1 274613 XP_047161348.1 87088 XP_047245969.1 208333 XP_047249348.1 4072 XP_047250014.1 4072 XP_047289230.1 9606 XP_047334060.1 253017 XP_047343237.1 202808 XP_047343238.1 202808 XP_047343239.1 202808 XP_047343240.1 202808 XP_047343241.1 202808 XP_047343243.1 202808 XP_047379458.1 30640 XP_047387430.1 30640 XP_047408935.1 30640 XP_047422702.1 30640 XP_047443619.1 48193 XP_047466965.1 48193 XP_047491136.1 139456 XP_047491137.1 139456 XP_047491138.1 139456 XP_047491139.1 139456 XP_047491140.1 139456 XP_047599047.1 9657 XP_047670625.1 1234273 XP_047781705.1 34475 XP_047790709.1 326644 XP_047856915.1 327061 XP_047978269.1 49212 XP_048189479.1 214514 XP_048190726.1 214514 XP_048216280.1 214514 XP_048216282.1 214514 XP_048221756.1 214514 XP_048228476.1 3988 XP_048264533.1 30195 XP_048366669.1 933632 XP_048379117.1 3053191 XP_048379118.1 3053191 XP_048409145.1 3053191 XP_048540820.1 4572 XP_048545356.1 4572 XP_048583328.1 45351 XP_048593444.1 3708 XP_048633428.1 3708 XP_048732732.1 37623 XP_048775453.1 37623 XP_048775458.1 37623 XP_048775462.1 37623 XP_048775467.1 37623 XP_048775473.1 37623 XP_048775479.1 37623 XP_048796933.1 64668 XP_048961030.1 286419 XP_049133140.1 700344 XP_049147251.1 145971 XP_049153370.1 103429 XP_049178823.1 497107 XP_049224720.1 297637 XP_049236752.1 181014 XP_049399244.1 172797 XP_049406314.1 172797 XP_049486383.1 29064 XP_049747270.1 99487 XP_049766603.1 274614 XP_049776195.1 274614 XP_049847771.1 7010 XP_049847772.1 7010 XP_049917061.1 300413 XP_049917062.1 300413 XP_049941157.1 2023355 XP_050030289.1 34620 XP_050255036.1 38942 XP_050320449.1 98809 XP_050358545.1 171585 XP_050375343.1 57926 XP_050578957.1 309941 XP_050662984.1 257877 XP_050785609.1 286002 XP_050828762.1 9135 XP_050828763.1 9135 XP_050861105.1 7454 XP_050861106.1 7454 XP_050861107.1 7454 XP_051085585.1 412133 XP_051098841.1 412133 XP_051099515.1 412133 XP_051106173.1 412133 XP_051111366.1 412133 XP_051120762.1 175694 XP_051216225.1 4522 XP_051304311.1 232088 XP_051312901.1 326681 XP_051382515.1 90255 XP_051536923.1 70543 XP_051566275.1 70543 XP_051592778.1 1187938 XP_051777026.1 27687 XP_051954746.1 154827 XP_051956784.1 154827 XP_052062472.1 6549 XP_052068338.1 6549 XP_052068339.1 6549 XP_052068341.1 6549 XP_052288270.1 2711 XP_052288271.1 2711 XP_052288272.1 2711 XP_052288273.1 2711 XP_052288274.1 2711 XP_052288275.1 2711 XP_052288276.1 2711 XP_052321142.1 8018 XP_052337646.1 8018 XP_052375968.1 8018 XP_052459928.1 101364 XP_052474600.1 101364 XP_052496526.1 37181 XP_052525039.1 109042 XP_052534275.1 109042 XP_052534276.1 109042 XP_052534277.1 109042 XP_052609093.1 564181 XP_052621353.1 4236 XP_052737512.1 110368 XP_052737513.1 110368 XP_052751399.1 7137 XP_052906513.1 1328300 XP_053017968.1 208348 XP_053174626.1 13676 XP_053193947.1 13676 XP_053218984.1 65483 XP_053218985.1 65483 XP_053257159.1 65483 XP_053501940.1 66913 XP_053592881.1 69319 XP_053603972.1 58824 XP_053914187.1 55661 XP_054020552.1 118200 XP_054023409.1 118200 XP_054030025.1 118200 XP_054195348.1 9606 XP_054357454.1 9600 XP_054446685.1 1884717 XP_054464105.1 229290 XP_054539312.1 9598 XP_054720054.1 327109 XP_054751877.1 7653 XP_054800357.1 364024 XP_054805378.1 364024 XP_054844157.1 481883 XP_054852439.1 481883 XP_055095726.1 9590 XP_055165408.1 34880 XP_055198731.1 34880 XP_055254096.1 68408 XP_055272003.1 68408 XP_055289786.1 68408 XP_055296131.1 263140 XP_055331916.1 2943436 XP_055364111.1 158456 XP_055437309.1 3119969 XP_055449440.1 48139 XP_055749319.1 8038 XP_055928676.1 94029 XP_055989820.1 62283 XP_056017510.1 37623 XP_056017521.1 37623 XP_056017524.1 37623 XP_056041627.1 54092 XP_056050985.1 2231603 XP_056097092.1 3034132 XP_056309872.1 1142201 XP_056374717.1 327740 XP_056420557.1 327740 XP_056429915.1 327740 XP_624193.2 7460 XP_697509.2 7955 YP_004564419.1 176616 YP_004564431.1 176616 YP_004994663.1 871585 YP_007317140.1 334885 YP_008379230.1 30596 YP_008593487.1 1219345 YP_009017695.1 691965 YP_009109540.1 242820 YP_009226675.1 1698369 YP_009252784.1 36881 YP_009296428.1 202687 YP_009340709.1 481883 YP_009351723.1 377994 YP_009550556.1 2506144 YP_009703532.1 443876 YP_009731821.1 220126 YP_009745171.1 159591 YP_009901198.1 2696452 YP_009901340.1 2696385 YP_009919788.1 174643 YP_009935234.1 473037 YP_009953780.1 2517936 YP_010013434.1 2599860 YP_010101702.1 2517927 YP_010258034.1 359823 YP_010317795.1 93837 YP_010462557.1 1245236 YP_010546316.1 1245541 YP_499535.1 93061 bbuchfink-diamond-6dc5717/src/test/nr_300.faa000066400000000000000000005004121523407312000206370ustar00rootroot00000000000000>RJP93937.1 hypothetical protein C4518_04935 [Desulfobacteraceae bacterium] MKKRLKFFMIGFWLVFLVSGCAYRHYMGMHGPSIKLYPDIHQQVAHEDSDCLKCHHPDQNPEGTPTTHPDFTGCLKCHNGEV >WP_066841281.1 MULTISPECIES: methionine adenosyltransferase [Mycobacterium] >OBF96983.1 methionine adenosyltransferase [Mycobacterium sp. 852002-51152_SCH6134967] >VEG42356.1 S-adenosylmethionine synthetase [Mycolicibacterium flavescens] MSEARLFTSESVTEGHPDKICDAISDSVLDALLAGDPKSRVAVETLVTTGQVHVVGEVTTAAKEAFADIATTVRERILEIGYDSSEKGFDGETCGVNVGIGRQSPDIAMGVDTAHETRVEGAGDPLDLQGAGDQGLMFGYAIKDTPELMPLPIALAHRLSRRLTEVRKSGVLDYLRPDGKTQVTVQYDGTTPVRLDTVVLSTQHAAGIDLEGTLTPDIREKVVNTVLADLGHDSMDTSDFRLLVNPTGKFVLGGPMGDAGLTGRKIIVDTYGGWARHGGGAFSGKDPSKVDRSAAYAMRWVAKNVVAAGLAERVEVQVAYAIGKAAPVGLFVETFGSESVDPGRIEKAITSVFDLRPGAIVRDLDLLRPIYAQTAAYGHFGRTDVELPWEQLNKVDELKAAV >MBR3944831.1 hypothetical protein [Akkermansia sp.] MKWFIIIPLLFFQFGLLGALEVEARYTHGTFYKGVTHQPVLQLKLTGEPGEKVTALSFTSGETQSVSAIKTVRLGTTRGWNGFTINTNKLIEQQASGRFSKGKINFKKEFVLGDGPLYLWLYYDIDKGAKYNAKIDAVCTAVETADGKVITPEVVLAEGIKERVIARVYPFPYRIVPYYRPRWVKGWGNAEKAVHLTPAHFNLFTDIVHFAYSVTADGNIDYQWAGGGVDNKTIADGALKEIKRLHAEAKSRAKLIAGFGHMDGPMTTAVANPHTRRTLAHNMAQWAISRGYQGIDIDWEYPDSWQQWEHLGYFIADLREELSGSGISISIASSVGYKVPNYWTTDQLDFIMTMSYDDLTPENHASMRLFQRDAGICQNKFHMPKPKIVLGLPFYSNEQGKLTSQFGYASVYGWNPRMKPDENSCRLKKDDGSQGPMHTFNGPTLISEKCRWAKDNKYGGVMIWAYETDLPLKHKASLSRAMYKILRQPKKKE >WP_041591748.1 heavy metal translocating P-type ATPase [Tetragenococcus halophilus] >QXN87083.1 cadmium-translocating P-type ATPase [Tetragenococcus halophilus] >GFK21094.1 cation-transporting ATPase [Tetragenococcus halophilus] >GFK23506.1 cation-transporting ATPase [Tetragenococcus halophilus] >GFK28147.1 cation-transporting ATPase [Tetragenococcus halophilus] >GLL50613.1 metal-transporting ATPase [Tetragenococcus halophilus] MDKSQDSVMDKSSDYQAKEPKHSGHLQGEVPMYFIGVAAYLLAAFGPFSTLVANWLFVAAVVFAGSHIIIEGIVDTITNTKEEKRFYPNVHLLMTLAVLGAMFIGSFDESAILILIFAGAHFLEEFAEEKSKKEITSLLKLNPTQARLLQVDGSTKLVDVQNVTVGDQLKVLPGDQIATDGFIISGHTTIDESSINGESMPKEKAEKAEVFASTINGQGTFTMQVTRDSSETIFAKILQLVEQSQNNLPKAATKIQKIEPVYVKTVLLIVPLFVILMPFLIHWTWQMSIYRGIVLLITASPCALAVSAVPATLSAISNLAKKGVLFKGGAYLSNLQDIKAVAFDKTGTLTKGKPVVTDSYYIDETKQAKWQQIITTMEKSANHPLATAILDAFEKTQALDMSVTNEIGRGIVANYNGNDYRIGKPSLFNKINEEILAKTEALTSAGKTVVYFSENEEVVALIALMDRADEKAAATVAYLKEQEINTLMITGDAKVTGEAVAHALGIDEVFSNILPENKATAVTSLQTKYGKTAMIGDGINDAPALAQADIGFAMGEGTDVAIDVADAVIMQNDLQKFEYAHKLSKKLGRIVWQNVIFAMGVVLLLSVLNIVGKMDIGIGVLAHEGSTLLVLLNGLRLLFPLKKNKSTLNSNEA >HHT66172.1 DUF4363 family protein [Clostridiales bacterium] MKAIILAAILVLLVVGMGVFFQNMLGKDSREMMLALQDAAKQVQKEKWLEAEATLQEISRQWQGKRKKWHAVSDHTEIRIIDESMARLKAYISVQEKKDCLAEIAALQQTIRYIPDKEKLTLSNIF >OLA08565.1 MAG: NAD-dependent protein deacylase [Eubacterium sp. 45_250] MKTLQQIVDESRSIVFFGGAGVSTESGIPDFRSADGLYNQKYDVPPEELLSHEYFFEHTGKFFEFYREKMLCLDAKPNKAHLKLAELERAGKLTAVITQNIDGLHSAAGSKTVYELHGSVHRNYCIKCGKSYSAEDILKSEGVPRCECGGIIKPDVVLYGENLDDRTVTGALAAIESCDTLIIGGTSLTVYPAAGFIRYFGGRNLVLINMSATPYDSRADLAIHDKVVEVLDKIKVN >WP_084371009.1 gliding motility-associated ABC transporter ATP-binding subunit GldA [Reichenbachiella faecimaris] >SMD32347.1 protein involved in gliding motility GldA [Reichenbachiella faecimaris] MSIEVQNLTKIYGQQKAVNQISFAAKKGEILGFLGPNGAGKSTTMKIATGYLGASEGKVLVGGIDVGLDPLRAKQIIGYLPEHNPLYLDMYIHEFLAFSAKVNKMKSAEIKEAIARVVEMCGLTLEQNKKIGQLSKGYRQRVGLAQALLHDPEVLILDEPTTGLDPNQILEIRKLIKEVSKDKTVIFSSHIMQEVEALCDRVVVINKGELVADQPIAAFSKGLSDETLLRVEFQSAVDVELLQSIAEIKRVKEVHVGIYQLLVTNSEEARSAVFRLAGEKNLPLVGLQEEESSFDEIFHLLTKDK >MBB2134936.1 immunoglobulin heavy chain junction region [Homo sapiens] CAREGGGVWWLNLTYYYYYGMDVW >MBP7023394.1 hypothetical protein [Bacteroidales bacterium] >MBP8643674.1 hypothetical protein [Bacteroidales bacterium] MEAKKNGLEVIEGKAGKELPFSVPDGYFDSLPRRIQERCTQPQHQQPKQSWIFALRSQLALAAGFALLVVAAYFGYYTTTRSIPRDSYTLQKSDYLNIVSRSISEFDDIDLYKAIENKRKTDSIDSAARTLQQRYFIKKGNATTIIGEKYEEKP >WP_083824265.1 HupE/UreJ family protein [Pelagibacterium halotolerans] >QJR17694.1 HupE/UreJ family protein [Pelagibacterium halotolerans] >SEA41006.1 HupE / UreJ protein [Pelagibacterium halotolerans] MFINLLPARAPTRSGPQALWTRIGWAAAILLTLTTSAAAHGVATSDAGYIGEITGINLLPFVYLGAKHMFTGYDHILFLLGVIFFLYKMEHIGIYVSIFAIGHSTTMLLGVFFNWAISSYFIDAIIGLSVVYKALDNIGAFQRWFGFQPNTKAATLVFGLFHGLGLATKVLEYDISPDGLLPNLIAFNVGVEIGQLLALATILIVMGFWRRTRSFWKHAYTANVAMICAGFVLFGYQVVGLFVVP >WP_046302954.1 FimV/HubP family polar landmark protein, partial [Grimontia sp. AD028] >KKD62216.1 hypothetical protein RN22_02500, partial [Grimontia sp. AD028] MRAVSDPDFYNAMKRTLFSYLSGGRLGKTLVVSSLLLSLGVPFSAHSAIRILGPVEESPPPNAAAPLAQQNQAPLSSVNRRQSVGPTRDSDTLWSIASRYQPNNSVTVYQTIGAIFRLNPGAFEDANIHGLTPGSTLLMPTLTEIRRESTDDVASRLQIDQARKDAQRVANQPLSQQVKAPAATPKPAPKPAPKPEPAMAETAKPEMESVETDSMAENKPMQEKEMMEPEGDTSGAPAKPNMSTVQNQINESDLQMGKLVESNHILKIRLAEVQNELAVLKDQMSADEELTEEIREFLEIQRLRQAQMEMKEPSFFESLMASPLMLATMAIIPALLVIGAAAFFIMRRRKDEDVDVEEPEGLDGEDPELDAVMVADDDTDELVLEDDELEVTDDIDADQLFGDDMGDDLDDINLSDTLELSEEPEEGGLDIDADTDLTSNLDVGLDDDFDTSTDLDIEANTDGAIGLEDMERALDEMSSQPEESELSPDEALAAMWEQSLGGGDDEEVDDIDALLNAEQSGGSEEATAEETDSEDVEPALEAQEEETSEGDLETNEALFDKVLDDEPEVDLSQDIDLSDDDIDDLIGDAAEPEQSADDNSAMLDGLLDEDIDLISDGVSEDEDIADPDALLDEMLGDDLIDEDGNTVEAEVKDDIDDLSLDTEPEADLSESDALLDELVSEDGDIDPLDESALLDESIDEDDLLSDVLGDSEEQEDVDLGETDVLLDELIDDGDTLEDESALLDEVPDDDLLGNDLDVDSELDIDNELDIDNELDIDGDLLDEAADESPVDVLDDVLETSDELDIPESDESLVADDTEALDELNALVEETPDHLEVEPEASESDLELLDDVLEQEEQTDVEAPQDDEPLAEDTAIEEPEATADDLELLDSLLDEETASEEFEQADVEPTDLEQPEQTSAESEDIADSEEATDAEDLIADEALDLESAEPETESTEQEVELEAPELPDQEPEDLAIEEEPQDAFEAEAEAE >NDH41984.1 VacB/RNase II family 3'-5' exoribonuclease [Gammaproteobacteria bacterium] LGLSDERDLEALGKRLRAMQRAGQLNSGRRGAYGVPERMDLWRCRVMGHRDGYGFARPLEGGDDLFLSAREMYQVFDGDEVLVAVAGLDRRGRAEGQIVEVLVRAHTQVVGRYMEESGIGFLLPHNTRIKNHILIPPKAKGGARHGQLVSATLTDYPSATLGAKGRVEEVLGDHLDPGLEIDVAIRAHGIPWEWPDEVLREAGALGEEPAEADKAHRVDLRTTPFITIDGEDARDFDDAVWCERDGKAFQLRVAIADVSHYVPVSSALDEEAGIRGNSVYFPERVVPMFPEVLSNGLCSLKPEVDRLAMVAELRIDPAGSVVDTAFYEAVIHSHARLTYTQVGEVLDNGWHEDVHTDRLEGLFRLHALYKVLREARSKRGAIDFETVETRILFDENRKIDAIVPVNRNDA >MBR4207675.1 Ig-like domain-containing protein [Lachnospiraceae bacterium] MKNRVKRILSLFFTASLLGSEFAPIAALAAEDRFAQTVSEDAEDDASGNVAKEVIAEEQRDAAVSSSVDAGSYDAMLTVTLDQSIENPYNLMLLCSTESDMEAFKDMEEFDATNIPDAMYDWTFWPYENSTDKEENNVVTFNLYRYDEEKNEGYLSPNTKYVWRLYESYYENGETTWWFVDGYDTFTTKPAKTKTNVKLESVEVVEGKSTYFHKDIKVKVSDPDKEINDTMQSAVIQVVDDASKGADAGAVSGYDGLLGLTYNESEGAYTGTVYKDEIGSDVRVAVRGGDGSTYVYSNSLELKDGGFVDYTENNMSLSSTVSESGIRVSAAFNPNYGDTARLFLYYREKGASEYTKIEKSRFDKEGKAEAEVSSLKADTKYEYYAEVYGDTSKYYDWSYSMFGSNLYNESMRGYTLIKTFGSADKPLLLNTADPNAVYVQKVTLSGNTLNSIKPGATRQFTAIIAPEAAAKTELKWESSDTSVATVDNTGKVTGISEGKAKIKASAEDESGQYAEVEITVADKAVKGISINEGEAIEITKGTSKQLTFTTDPKDATLKSVSWNSSAPGIATVDNNGRVTGVSMNGTTLSANGTTVSADSATVTVKFTDEQGNTVSADITVKVTEPKPAADPSEPGEPEAPEEPADTTVNVSSVTIEEGSSAALKISGGSGSVVYGKLQLNATVSPENATNKGISFNSSNPEVASVNEKTGLVTAVNEGVAVITATSVDGGKTASITVTVTIEYEFDIADKKSSLSADVVLQPDGAEDTPDKFMTLAANGKKATLNKKLTKKGHSFKGWYVTYTDNKGVTKAKKISAVNASVLKKYAVNGKLTLKAVFKANTYTIRYNKSAKLDGKTVKVSGKAATEKKAYMSNGAVATVTLAAADAFKPRENDIKFLGWTTKKNGSAVEYGAGATVSLADILPAKGKNITFYPVWGK >VFC12725.1 Uncharacterised protein [Clostridioides difficile] MTKYDFNFKLKVAKFYLNREGRDILIVKQYGVYDHSQVERWVNILGEGALKIXXXXLYLF >HAG54718.1 pyrroline-5-carboxylate reductase [Actinomycetia bacterium] MSDTYIYSIGVIGSGVMGEALVSAILKSGIANSMLAISDKRVERTTELAAKYGCSVTSPEEIAGKAENIFLVVKPQDLDALLESIGSKVSPNQRVISFVAGKKTSLIESFLLNS >KQM27662.1 siroheme synthase [Sphingomonas sp. Leaf9] >KQM44002.1 siroheme synthase [Sphingomonas sp. Leaf11] MAVNGLPILLRTAGRSVILVGEGEAADAKRRLLERTGLTVVADAADARIAVVAVEDDTQARTAIDALKARGILVNAVDRPADCDFTLPAIVDRSPILIAISTGGVSAGLAAAIRQRLEAMLPAGVGRLAEGLGAARAALRARFPDGGDRRRAIGLGVAAGGPLDPMVAHGDDAVARWLEDVAPVAGRVETIRLRSADPDDLTLREARWLGQADRIHHAADVPPAILDRARADAVRITGPVPADPLPGLTIDLA >WP_122031495.1 permease [Candidatus Bipolaricaulis anaerobius] >SQD93081.1 putative permease [Candidatus Bipolaricaulis anaerobius] MKRELRLSLLLGGTFLAAYLVPWSAPAVQKALSEAVLLLQDYAREHVLTCLIPALFIAGGIAVLVSQASVIRYLGYGAKRILAYGVASVAGTVLAVCSCTVLPLFAGIYTRGAGLGPATAFLYSGPAINVLAIILTARVLGPSLGIARAIGAVVFSIVIGLAMHALFRKEEKAKADAAVPTPPPPARALWKTVVLFALMIAVLVIATWGRPAGVTVTLRDGSVVSGTRAGEEASSLLLVPEGGEEIASLPKAEIVGVEYSPSAYTTLWRHRYAVAGVFLVALLVLLPFWVGKEEGLAWARSTWDYALLILPYLFGGVLVAGFLFGRPGEEALIPSAWVQAAVGGNSWASCAVASVAGAFMYFATLTEVPILHGLLGSGMGQGPALALLLAGPALSLPSMLVLRRVLGTKRTGAFILLVVVLSTLAGKLYGTVIGG >MCG7868091.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] >MCG7962544.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha endolucinida] >RLW53795.1 hypothetical protein B6D76_10365 [gamma proteobacterium symbiont of Stewartia floridana] >MCG7895059.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] >MCG7911621.1 oligosaccharide flippase family protein [Candidatus Thiodiazotropha taylori] MEKNRIIRNLFSNWTGLLVSIVVSFFLAPFVVHNLGNELYGVWTIINQFTGYMYLFDFGVRESVIRSTSHSLAKKDPKALEEVLSASFIIYFFISVITILISIVLALYFSSIFGVEEKVAEAASITVLLVGVTIAQFFIFNIFSGVLMGLQRYDIFNVVNILTTLLKAAAFVLLLSNGYDIVAMAASQMVLGFLGGLYLMHAAKKIAADHGVRFKVRLKIDAAFRKVARKIVNYSTFVLINNLGQKIVFMTDAIVIGIFMPVASVTFYAIAGTLVEYLRQLVVVTARVLMPMVARYSALEDHKRIDKTVIDGSKLTLFISYPVVLVFILLGGEFIALWMGEQFRELSGLVLLILAVTQIFSAPHQTLSSVLYGLDKHKMLAFFRIGEAITNLGLSIVLLHYYGVAGVALGTAIPHIILTAVILPIYTTRVIGMNLTKYYLSSYLRPTLAAVPFLLMVLYISHYVTIGSMTQFFGLVIGASMVYLIISFWIIFNASERQQIYQKVKPLLANRSN >KAJ1449837.1 hypothetical protein M885DRAFT_534415 [Pelagophyceae sp. CCMP2097] MSRQKDRLHGTNKDRLNGSTKNVAWAPQEGGGGGMGMMTTGLSTGLSTGDTDVLALFEGEQMDALTTYRLEALSSLHERKVGALMKSIGALQKDVAVLKTQSKEHRRSQLIQQLRNQLREQELAVDVLKEALIEKVMSADQVDELVILRTLGGPKRFRPKSREELQLEVAGALRKISELQKKQEKRHDMTLPINDAPKFHDGASTETPRIVRDGDGAEELPSEAHLREVQGLMEQLEESKLISARLDLDGAESRRSLQKLRSEKSELERENDRNSQVADRFLDCKKQLAASRLKCDEAEQTAARLDGDVEALQAELSHVRATNSADRVVLEQDVIILRDELSAALANEAELESAVLIARERAGRAHQGEEAAKILAENKVANAERRLREAQKERVRAQARYDGQEVASAAQRSALEASLRKESRQVEREARRGIHESQRLARAAQKRAGDVSALRDVAASQAETLQAHVDALHHELRAFADARLDDASEHEAHSLELTRRIGALEAQLERERAGRDVEAFENEARLDKFAYESMRHESQALKGHEVAAMETVRRERAEGNHVKKAGDAKFAKLGEEKAFLEVEAYKKEHDKLENYCKKLHSDLTKAKTRIGRAEDHAARAVLQATAKTLQATALKDEFDRDDGHTDAHTELYATRAALVAHMRLDAPKRDDGAVSAARRDLQRAVQSSRELGFFYTQVLQRINGAVDQPRNRPPSPQYRESDYAPRRDAPDRRDYALDRRNLPDRRDLPDRRDMAPTVRREAARPASSASTGSSYTGSSYTGTSYTGTTSTRTTQRPAASAPSNRAPSPRVASDLPPNLRVGASPGAARPGRRVPTDDDDDRFVGDDDGRQYSLRSPPQQPQRGYDSLSVSSASQSARPTLSPSSKSASRGGPGTASSHGSRGTPRDDGRGGPGTASSRGSTASSRDSRGTPRDAGDVRDDISESTGTTATSVTTRTPRSASSATHASERERLERRP >MBU03734.1 hypothetical protein [Euryarchaeota archaeon] MINYLYDILFLIPDDILEFLPPFCMLFLFAIFAGLRPRHIINFIKDPPIVPYIGVGQVKLWFTGVFIPILIIFIIIILTSIFSIVDQIQTNDWVEVDATVENAEERGETTCDGEGGCTTSYDTHVLYSYNYKNTEYYGYEYTYISDDFPGLEEDYPEGLEITVYVDPNNPSDSLMVKGWEGVWIEIVKMISILGFIFIALSSFLFVWRVAYQLQSAENKKIANEKPGKSGLWNAGLMNDFREIISFTKLMKKANEDVYEGEVKTLKFMIDGEEINKEVRKLNDIFEVMMEMDRNSILYLDDNGKMGRNIEFDLDTSGDDDMMEVKELLAGELIREETINLDDDPLKAAEFISSALEASASDGDKQWWNY >WP_276369440.1 Gfo/Idh/MocA family oxidoreductase [Chryseolinea sp. H1M3-3] MNTRRDFLQKLSASAFTLPFVPSLSLASTDEAKETPYQGPVLRVAICGLGSYGTRVAEAMQSCKMAKLVGVISGTPSKVKDWQAKYNIPEKNCYNYENFDKIKDNKDIDAVYVITPNALHKPQVIRVAQAGKHVICEKPIALNAAEGQAMVDACKKANVKFLVGYRMHFEPKTLEIIRLRNAGEFGKVLFFQGLTGFRIGDPNQWRLNKELAGGGSMMDIGIYAVNGARYMIGEEPSWVTAQEVKTNPEKFKEGVDETITFQMGFPGGAIASCLSTYTMNNLDRFFLNGDKGFAEMQPSTGYGPIKGRTHLGELTQPHNTHQTIQMDEMAAIILQGKKPVVPVDGEEGVRDLKIMDAIYKAVKTGKKEDLKA >WP_096201219.1 vitamin B12-dependent ribonucleotide reductase [Bacillus sp. FJAT-45350] MTMMMSKVMKVNVESLNEDIKQFPQVHPISSDMNITKKGVSRLVMLDRYTFKDTEKKTLKEGDFVVLTVKDDPKFPARGYGFVLDIDWNLNKAKVLVDEEFQHVLEDPEEMKTGVVSRSLDTIEKPLELFYEQIAKRNATGLASVEVDEEVRQTSFEKYYHELVNMNFIPAGRVLYGAGAETDVTYFNCYVMPYVKDSREGISEHRKQVMEIMSRGGGVGTNGSTLRPRNTLARGVNGKSSGSVSWLDDIAKLTHLVEQGGSRRGAQMIMLVDSHPDILEFIISKMQNPKILRFLLEQTNDDQIKSLVKEKLKFTPLNDVESAMYQGIVNFKNVPGQGGFEDKAISEAEEKLITGGNYSVNNPEFLTGANISVCLTKEFMDAVEKDEEYSLRFPDVENYSVEEMAVYNAEWYKCGDVREWESRGFKVRTYRTIKAKELWNLINICATYSAEPGIFFIDNANEMTNAKAYGQKVVATNPCGEQPLAPFSVCNLAAINLAEMADKENQTVNYDKLKQTVEVGVRMQDNVIDATPYFLEQNTKQAKGERRVGLGVMGLHDLLIYCETKYGSEEGNKLVDDVFETIATTAYRTSIELAKEKGSFPFLIGETEEKTKELRQAFINTGYMRKMPEDIRQGILEHGIRNSHLLTVAPTGSTGTMVGVSTGLEPYFSFSYFRSGRLGKFIEVKAEIVQEYLDKHPDADENNLPDWFISTMELPPEAHADVQCIIQRWVDSSLSKTVNAPRGYTVEQVQGVYERLYRGGAKGGTVYVDGSRDAQVLSLKAEENKFDEETAPKEKSKVVLVDTINALRSTNVTIGSEVGDTCPVCREGTVEDLGGCNTCTSCGAQLKCGL >WP_148565498.1 MULTISPECIES: HU family DNA-binding protein [Acetobacterium] >MBC3795920.1 integration host factor [Acetobacterium tundrae] >MBC3886869.1 integration host factor [Acetobacterium paludosum] MNKSELIAQMAEKSGLSKKDSEKALGAFLDTVVETLKNGDKVSLVGFGTFEVRERAARTGLNPRTKEPIEIAASKAPGFKAGKGFKDEVNNKNNK >WP_254144300.1 hypothetical protein [Bradyrhizobium sp. CCGB12] >MCP3390373.1 hypothetical protein [Bradyrhizobium sp. CCGB12] MVAGVVSLSGTSTQNQTLAANITDVDGIPVGAPIAYQWQQSADNGVSWTDIAGATASSLTLQQAYVGTLVRAGVSYADAAGNAEQDFSPATASVGNVNDVGVASIVGTTVQGQTLTASVTDLDGLANVAISYRWQQLTNGSWSNISQATGVTYTLQAAQVGRQVRVRVTYTDQLGGSESNRTSAATPVIVATNPAGNDIGVVSLSGTSTQNQVLVANVTDVDGLPSGTSIGYQWQQSSDGGVTWSDIAAGATGKALTLTQAQVAMRVRAVVSYTDAAGSAQSVASAATTAIANVNDAGVVATTGAPVQGQILKADVTDRDGLTNVSITYRWQQLINGTWSNIANATGATLTLQPAQVGRQVRVLVSYTDQLGGGGNQPDERSHPAGRDRQQSPRRGECQRDTDAEPGVDGDRERCGRSAGHHHLSVAAERERQYLDQHQRRDGEHVDPWAGPRRQLRACHRHVYGPPGQQRDSIEPRDRHGGDQRQRRWCRRDQRHGDPEPDSDG >KAI1570405.1 hypothetical protein PtrEW4_005350 [Pyrenophora tritici-repentis] MATIGMTSTASRKFNWADDDEDDFDLDTWKASADTSAPKAEEMGPLHFSDSSSDLSSSDFSSSDDDETDNEEEQEKVEMPQSTLYSRFPILFYDLPTQLAHAHSKLVCNAVGPYMDGKEDSPLQLCTRIPRGAVVVASRSGNCIP >QLP56207.1 dipeptide/tripeptide permease DtpB [Klebsiella quasipneumoniae] MNTTAPTGLLQQPRPFFMIFFVELWERFGYYGVQGILAVFFVKQLGFSQEQAFITFGAFAALVYGLISIGGYVGDHLLGTKRTLVLGAVVLAIGYFMTGMSLLKPQLIFIALGTIAVGNGLFKANPASLLSKCYPPKDARLDGAFTLFYMSINIGSLLSLSLAPVIAEKFGYAVTYNLCGAGLIIALLVYFACRGMVKDIGSEPDHRPLSLRNLALVLAGTVVMIFLCAWLMHNVMIANLVLIVLSVVVIAFFFREAFRLDKTGRNKMFVAFILMIEAVLFYILYAQMPTSLNFFAINNVHHQILGFTINPVSFQALNPFWVVVASPVLAGIYTHLGHKGKDLTMPVKFTLGMFLCALGFLTAAAAGMWFADAQGLTSPWFIVLVYLFQSLGELLISALGLAMVAALVPQHLMGFILGMWFLTQAAAFLLGGYVATFTAVPENITDPLQTLPVYTSVFSKIGLVTLGVTVVMALMVPWLNRMINTPASAE >OGZ08419.1 hypothetical protein A3C13_02470 [Candidatus Lloydbacteria bacterium RIFCSPHIGHO2_02_FULL_50_11] >OGZ12848.1 hypothetical protein A2942_03060 [Candidatus Lloydbacteria bacterium RIFCSPLOWO2_01_FULL_50_20] MRLLILTQKIDCNDDVLGFMHGWIAEFAKHCDLVTAIGLSVGAHDLPENVRVFSLGKEAGASRLSYVWNFYRLIFRERKNYDAVFVHMNPEYVLLGGILWKMMGKKIGLWYMHKSVDLKLRLATHGADIIFTASLESFRIQTPKCHVVGHGIATERFKGIKRIPDGVFRICSIGRLSKTKDYGTLLGALDLLKKEGILIEVQIIGGPVTAEDRDYVDELKTEISRRELANTVVLVGAVPNSAIEPYLAKADLFVNMSQTGSLDKAVLEAMVAGVPVLTSNEGLRTTLVGFERTCLFKEGDKEDFAEHIRALMHLSKDDRESLGDRLRKVVEKSHNTQILIPRIVETLTSSL >AYX54788.1 vpu protein [Human immunodeficiency virus 1] MNALQILAIVALVVAGVIAIVVWSIVAIEYRKILRQRKIDRLIDRIRERAEDSGNESDGDQEELSALVERGHLALGDINDL >NJD87536.1 tetratricopeptide repeat protein [Betaproteobacteria bacterium] MAGKPAVGQAFQWYREGEFARALEAARRLLEVDPSDVNALHVAGLATARLGDAAGGLALIERALAAAPASVPLWLSRGKVLLDAGREDEAREAFAKAAALDPAGYNAHLELGLLDAKRSRPRDAARSLLRAWRSRHDDVFAQRELFELLRAHPREFAAAPPAPRAPVARPRITLVICSIDPVKFEAAKRSFARAFGDWEYELLGIHDARSLAEAYNRALRACRGEIVVFSHDDVDVLSADLGGALARAFERADVVGVVGSARLAGPAWGARMADAMIDRGVDIIF >WP_141918410.1 2-isopropylmalate synthase [Klugiella xanthotipulae] >TQM61268.1 2-isopropylmalate synthase [Klugiella xanthotipulae] MENTQQSSGMPIHKYRPFHEQIVVELPDRTWPSKRITEAPRWCAVDLRDGNQALIDPMTPDRKRIMFDLLVQMGYKEIEVGFPSASQTDFDFVRSLIEENAIPDDVTIQVLTQAREHLIKRTYESIIGAKRAIVHLYNSTSVLQRDVVFRTDVVGVTQIAVEGARLCVAAETIAAGTDIYYEYSPESYTGTELEVAVEVCNAVLEVFQPTPERKVILNLPSTVEMTTPNVYADSIEWMGRHLNHRENVIISLHPHNDRGTGIAAAELGYMAGADRIEGCLFGNGERTGNVDLVALGLNLFTQGIDPQIDFSNLDEIRSKAEYCTQLRVAERSPWAGDLVYTAFSGSHQDAIKKGFERMAADAAAAGVTVDDIPWAVPYLPIDPRDVGRTYEAVIRVNSQSGKGGVAYLLKADHSLDLPRRLQVEFSAVVQGKTDAEGGEFSSDQIWSVFQDEYLPAPVEASHAKWGRYEITRTSSSSDLGGGTELSVDLRVDEGIASVSASGNGPVDAFISVMREHGHEVTLYDYVEHAMSEGGDAVAAAYVDLEVDGQRLWGVGIDPDISTATLKAIVSSVNRSIRLNESALIGAGA >CAF1315160.1 unnamed protein product [Rotaria sordida] >CAF1582616.1 unnamed protein product [Rotaria sordida] MVPDNMLLEPPFEGACLYPKKPERRWYNKKRFIIPVSILAAMLILAVILGSVLGSRSPNYAPGMHFDFLFNSIMTDG >OAA61066.1 hypothetical protein SPI_05090 [Sporothrix insectorum RCEF 264] MTKPWDEHRAEITKLYIEQNLPLHRVRTLMVQRNFPLTSVRAYRAWFKKWKLTKYKRNRETASQTDGSTPASESFPWDASGVLASPALPGQHADAGTASGGNIPLSHPQAAGGTLPSLPSFPPAGLPPHPAGLLTPVQSPRDQTYFGNPNNNNNSSSNGNGMSYHNNLVSSFATGSSNDGNGNNNNGHNRNTRPPLASLQYAAEGARPQPGGSSVPRRRGTTEQQPYHQAHTTTHHRSARPANLSFLSSAAATTALGPPNLTAMQPPLEMPAASMAPWLSPTNAQAPTTSGHTGNTVGRQTSALPHRRNGNQAATMVGGATTGTTTIIAPDDANGLDLGDDIAATPTKPTYLQQQRQARQLQRQHIPERQLRSPRGVRARARPQPEQQKRQQQQQQQQQQQQQQQQQQQHQQHQQQQRQQQLYPTPQGSSYGPVVDYTHGNYLSKPRGQQHPSHDQGYGLYQARPDPTHALSAAMARTVSQQQQQQQQQQLHQQQQQLQHQQQQQQQQQQQQSWNNAADRSGPEPDMASYSLYAYPPLQTG >WP_282139373.1 GNAT family N-acetyltransferase [Cytobacillus oceanisediminis] MKIKKLSQVTLEEALTAWNKGFEGYIVPIKMDIQAFVNRIASEGLSPEKSIVVFMHGEPCGIILNGFREINGRKIAWNGGTGIAPQYRGKGLSAAMMSEVLSIYKAEKVHTAFLEAIEENERAIKLYKKAGYAITDQLLYLNKKLTHKEIGSLTESHLAIKKIYPEQLQSISFYDSDAAWQCQWQSAKQGEAAVLMSEDGKEEGYILYKRVLEAAGRTERIIIYQLNFTDGSAYEAMTESILGQLFLDQDGSIDFTAVNISVSNPASKALLKMGFEKKIGQVMMKKTL >MCP4774001.1 formate dehydrogenase accessory sulfurtransferase FdhD [Planctomycetaceae bacterium] MALQNKEFEIAKFYREQVVRFSDSIATEEPLEIRVVFGPAGRRRSKNLSITMRTPGNDPELAAGFLLSEGIVQSPCDVIGFESDGAIPPDADVGNTIFVELSETAQFDPEKFQRHFYATSSCGVCGKASLETLRNQNVSPITESVKVERELIFQLPELLRKQQGVFDVTGGLHASGLFDLEGKLVAVREDVGRHNAVDKLIGSQFLTKAGQTARLSLDGHLLVVSGRASFELMQKAVVARIPVLVAVGAPSSLAVELAREFNMVLIGFTSGERFNVYAGDDQIS >TCJ90160.1 geranylgeranyl diphosphate synthase type I [Nocardia alba] MPNRSHCSPTSPLEAALSAGIGTPLSRFGADALAPVDLVALTPGTPAFVAAVEQVLTSFFATRREIVEPLGPVFLDAVESLGQFVVRGGKRTRPGFAWTGWLGAGGDPAGPDAAAVLTACSALELVQACALVHDDIIDSSRTRRGFPTVHIEFEDRHAAAGWPGDGAAYGSAVAILIGDLALAWADDLVHEAGLSPRALARFAPVWARMRTEVLGGQLLDINGEAGADESVEAALRINRYKTAAYTIERPLHLGAALAGADEALVDALRVYGTDVGIAFQLRDDLLGVFGDPAVTGKPSGDDLREGKRTVLIAEALRRADPAAAALIRTGLGTDLDDAAVDRLRTVLTELGAVDEVERRITELTDTGLAAIATSSATPQAKQLLHAMALAATRRAA >NBW88664.1 TIGR00645 family protein [Gammaproteobacteria bacterium] MERIVEKLLYSSRWLLAPLYLGLSLALIALGIKFFQEAFHVFQVLLELPEDKLVLVVLSLIDIALVSSLIVMVMLSGYENFVSRLDIAAEEADKLGWLGKLDAGTLKLKVAASIVAISSIHLLKVFMDADTVPNDKILWYVVLHLTFVISAVLMAVLDRIAFSGHRGGH >WP_179444023.1 glycoside hydrolase family 16 protein [Naumannella cuiyingiana] >NYI70026.1 beta-glucanase (GH16 family) [Naumannella cuiyingiana] MRRLGRGLALAVLGSTALLCTPMPAQAAPPAGTWQLELADEFNGTALDTNIWNVAEQGDHSADRVTVAGGALLLSAREDGGWSTGAVSTGGADQGVALAPGSYLETRLRVPKGAAYRPAVRLTPAEPDDAPDRDTTTITALEVTGTPTAARLGLRTPDGPCTDAGAAACTATLPTPPELLAEGDHTIGLAWRDDRLDYYVDGDLVLSLTEQIPTGPLVLDLALDVDPGAGSSIDDEASLRVDYVRIYRAADPAHVQISA >CAC9886154.1 unnamed protein product [Aureobasidium pullulans] >CAD0025009.1 unnamed protein product [Aureobasidium pullulans] MSTPRQRVRPSNSPMHNNDAHRKAREASLNALTGNTTSSPGLSSTMADSSVALGDMVNVPGDMYGTVKFVGPVRGKQGKFIGVELAGEFAARGKNDGDVDGIRYFDTDIPGAGIFLPVHRAEKRQSPARSRPAYPGTPSTPSQYRLDSYTPPTAAMPKFSQSMGPGARPPSPLSKLKSRRPSLPRPESPFRKQPNLVPTPARNFSMSQRSAVPPRFTSSPAPPLSTTPRAASRSAAPSRPYSRTGSRVGNRPSTSSAASIARRSPSRQVTVDQDGEAGSLVEMEASLKEIQELIPGDDEDTSDVFELRQAVHDREDKIQSLIDEFDAHRADFRSTIDTLELASAETERVYEAKIADLLAEIQELRELGHSREDVENVARQLKGLEELVAELEEGLEDARRGEAEARGEVEFLRGEVERGRSELRREREKAAKALQGAKEAEGSGSRDKDVELKDDEIRGLKAIIHSLSSGPESSPMARQSPASGRFADPEELKKTQATVQQLEREKSELQGLIDRKAYREEELERAVEQLRRAAEQERDSIMNTEAAAEEMPRHHLTRSPEAVRSPTRYRSSREDDGQQTNGSHEAHAEHAESEDELSRRMRGLDVSTSSRDRYNDKLEAPAPLSLRKTLSNTSYNDVTEKPTETPTAHVAEADTDKWCALCEKDGHLAFDCPDEQY >WP_214892570.1 CCA tRNA nucleotidyltransferase [Mesobacillus foraminis] >MBT2754931.1 CCA tRNA nucleotidyltransferase [Mesobacillus foraminis] MQLPFLKAVPLLEAIETAGFEAYFVGGSVRDSLLNRKIADVDIATSALPAELKKIFPRTVDLGIEHGTILVLYNGVPYEITTFRTESQYTDHRRPDNVEFIRSLKEDLKRRDFTMNAMAMDKTGNIIDPFHGTVSISDQQIKTVGKASDRFGEDALRIMRALRFVSQLGFSIEHGTFAALKKQGHLLESIAVERKTAEFEKLLAGKYVSKALPLLLEAGIHSYLPGLAGKNKCLSDLVRCGTAGFTIEEMWSLLLYFMNLNDQEAEDFLRKWKLPVKKMKHCIHILKWLDFRLGDNWDAESAYHSGKSVMLSAERIYQCLAGGEARLDKLEALFDSLPIKNSSELDVNGNDLRSWFDRKPGPWIKEAVSAIEKAVLLGNVRNTKAEIKEWLLKCNQSSGKD >WP_017878759.1 heparan-alpha-glucosaminide N-acetyltransferase domain-containing protein [Janthinobacterium sp. CG3] MMNPPSQRYLSLDVLRGLTVTLMIIVNTPGNEAGTYAPLLHALWHGFTPTDLVFPTFLFVVGNALSFALPKYAALGHAAVCARIGRRSALIFLLGFLLYWFPFIKPDAAGAWTLAPLAATRIPGVLQRIALCFGLAALILHFWRERGALLFCAVALLGHWFALAQFGDYTLAGNAGLKLDLYLLGERHLYRGEGIAFDPEGVLGTLPATVNVIAGYYAGRLIQSRGQGVDSMLKLACAGLACVAIGLCWNGVLPINKKLWTGSYALYTVGLDLLILPLLMYLIERRKPGRWTYFFEVFGKNTLFIYLLSEIAVVLLFTLKIGGQSAYSWLFTSVFQGLAGASVSSLLFAVAFMLACWLVGYALDRAGLYIKV >KAH8586608.1 microsomal epoxide hydrolase [Bisporella sp. PMI_857] MADIKPFTISIDAERLEDLKLRLSLARFPDELEEAGWDLGAPLSDVRRITEYWRKSYEWKTAEINLNKFPQFTTSIQADGFEPLNIHFVHMKSEVKGAIPLLFVHGWPGSFVEVTKILEPLTRGDGGVAFDVIAPSLPNFGFSEGTSKRGFGFAQYAETMNKLMLRLGYKEYVTQGGDWGAWITRAISLLYPGHCKATHFNMDMGRRPSYLKNPWQAFQHTTQPYNTREANGVDRSAWFNKEGYGYNHLQGSKPQTIGYALADSPVALLSWIYEKLHDWTDDYPWTDDEICTWTNIYWFSTAGPAASCRIYYESRHIWKDELNKAPHDILLKWIPNVKIGYSHFPQDIYVIPSTWTRTLGSVVFEKEHESGGHFAAYERPDQLVGDLRSMFGRGGGAYDVVKGN >WP_127859415.1 MULTISPECIES: alpha-ketoglutarate-dependent dioxygenase AlkB [unclassified Mesorhizobium] >RWK07815.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp.] >TGT01899.1 alpha-ketoglutarate-dependent dioxygenase AlkB [bacterium M00.F.Ca.ET.177.01.1.1] >TGQ54748.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.210.01.1.1] >TGQ73527.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.212.01.1.1] >TGR10977.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Mesorhizobium sp. M1C.F.Ca.ET.204.01.1.1] MLVLPKGVRHMPGYLPRAAQEALVEEIRRVVQAAPLYVPAMPRTGKEMSVRMTNCGALGWVTDRERGYRYQPTHPVTGQQWPPIPEALLKVWREVSAYAHPPEACLVNFYSADARMGLHQDRDEEDFAAPVVSVSLGDDCLFRVGQTTREGGTKSFRLKSGDVVVLGGEGRLSFHGVDRIYPATSALLKNGGRINLTLRRVTVPG >WP_186939222.1 ferrous iron transport protein B [Eggerthella sp. NSJ-70] >MBC5585032.1 ferrous iron transport protein B [Eggerthella sp. NSJ-70] MTTLNDLPIGKTATVAAVGGEGSLRQHFLDMGIIPLVDVTMVKHAPMGDPIEVRIHSYELTLRRDDARNIEIDDVRDGADVRESRASGKPVPHPGLGEGGKFHDRAGENPLPEGTPLTFALVGNQNCGKTTLFNQLTGSNQHVGNFPGVTVDRKDGCIKGHPEALVTDLPGIYSMSPYSSEEVVTRRFLLDEQPRGIINIVDATNVERNLYLTMQLMELGMPMVLALNMMDEVEGNGGTIHVNEMEKLLGIPVIPISASKNEGTAELVDHALHVARFQEPPVRQDFCAPDEHDGAVHRCLHSIMALIEDHAERAGIPPRFAASKLAEGDQLVLDRLDLDQNEKDALEHIICQMEAERGLDRAAAIADMRFSFIGRVCEQTVVKPTESREHARSTRIDKLLTGPFTAIPAFVAIMALVFWLTFNVVGAWLSELLDGGITALTDMVASGLAAAHVNEVLQSLIIDGVFNGVGSVLSFLPTIVTLFFFLSLLEDSGYMARVAFVMDKLLRRIGLSGRSIVPMLVGFGCTVPAVMASRTLPSERDRKMTILLTPFMSCSAKLPIYAFFTAAFFPANGAAVMVGLYFGGIAVGVLVALLMRSSMFSGEAVPFVMELPNYRMPSARNVAQMLWEKAKDFLERAFTIIFLATIVIWFLQTFDFGLNVVADSQDSMLAVVAGWIAPVFAPLGFDDWRISTALVTGVMAKESVVSTLSVLFGSTATLVAAITPLAALGLLVFCLLYTPCIAAIASVKRELGGRWALGMAFGQLGVAWVAAFAVRGVGLSLEEGPAGVLTLALGAAVAVLAVLAARRLARKRRAAGAVLGCGASCDGCDGCAQAGAVEVEEEADARAR >SHX72876.1 Uncharacterised protein [Mycobacteroides abscessus subsp. abscessus] MRSEPDCNGMCSWGHTFGVCAIASMTSSVNSAGCGEVNRTRSRPSIRPQARSSSAKAPRSRGISGSAKLTP >MCB0330656.1 hypothetical protein [Bdellovibrionales bacterium] MGQNSLPFIKGQFLKPEKFRSPRGGSTDKSLPPRNAREHAKYLLNRFDKLEADLASKERVTDADRHLVTFHVSSEAALDEKKLESKRDGSRVIDFDPETKEVVVDAPANLKTFIGKLRKYQESTEQTEAESLKNQPLIEAIDDLQLTPFEQVVGEALQRGTRYRGLRKAHPT >WP_062517857.1 aldo/keto reductase [Demequina gelatinilytica] MKTFTMPGTEMTVPAVVLGLMRIVEKSDEEVRTLVKTAMDAGIDFMDHADLYGPPYHGCERRFAEALKLSPSEREALTIQTKCGIRQPGPYFDFSYEHILESVDGSLEALGTDYLDILLLHRPDALVEPDEVARAFDHLHAAGKVRHFGVSNHTPGQIELLKRSVRQPLVANQIQMSVTHAPSIASGVAMNMGDLDQSVDRDNGIVDYCRLHDITLQAWSPFQARFFDGPFLGNPKYAELNEVIDRLAWKYEVPAEGIAVAWLTRHPAQMQVVLGTTTPSRVEGAARGADVHLSRSEWYEMFRAAGYTVP >QLL42869.1 invasion associated locus B family protein [Sulfitobacter pontiacus] >UOA23534.1 hypothetical protein DSM110277_01958 [Sulfitobacter pontiacus] MKKYITLLPLCAAMALTMPVSGYAQTAATETPAATDAPETAQPTAEAAPATEENTTTGSSTDVQSQLSLGEDADGEPTLGKPYTKEVIGAWEMRCIKTEEEVDPCQMYQLMDDGQGAPVAEFSLFRLPAGGKATAGATVVVPLETALPSQLTLTVDGGKARRYPFAFCNPVGCYVRMGLTEADVAAFKRGKEAVITIVPALAPDQKVELSLSLDGFTASFDKSSVVEDR >XP_013404023.1 carbonic anhydrase-related protein isoform X4 [Lingula anatina] >XP_013404025.1 carbonic anhydrase-related protein isoform X4 [Lingula anatina] MSERSTWDEVEGTWSHATEKNKREDTSDWAKRFPAAKGIHQSPINLNSRDTTFDPKLNENPLVANYVLCRETDIYNNGHTVVIYPRYKPGDSGFRPDSTPRSTMEGGPLPSNDVYELAECRFHWGREEARGSEHTVNYKAFPMEVQLIHWNSSQYDSVDEALGQPNGIMIAALFVQVGRENSGLKILTDHLEEIQYKGRMKTVATAFNPNSLLPDPMLRDFWTYNGSLTVPPCSENVTWILFRYPLTISHAQIEEFRRLRTHAKNEMPHNSEDGIMADNYRPTQSLNKRVIRASFQ >WP_269061021.1 NAD(P)H-dependent oxidoreductase [Agromyces mediolanus] MGPPSTPRSRGSSPASTASSSAPSTAISRCSSPTSSGRAPEVRRTLVIIGHPFAGSFTHALATRYIEGARDGGADVRVIDLARDEFELVAAERAELRAPGGTTTHLDARIRSFIDDVEWAEHVVLAFPQWWGTYPAVLKAFIDRVVLSGRAYRHGRGHVSTRLLGGRTARLMMTMDAPRVWNRLVYRNAAETSLSRATLAYVGIRAIGVTRFTPVRFSSPERRARWLAAATRLGRRDAAARFRDRAHGSRAAAERAAHQGGVHA >WP_240469694.1 MFS transporter [Cyclobacterium sp. SYSU L10401] MPNLNKKPIFPSRYFMVAGTFLLSMLVYVDRIGISVAKEPMTEALQLSDKQFGWVLSMFALGYALFQTPLGILSDRFGPRKALATVVSLWSLFTALTGAVTNFITLFFIRFLFGVGEAGAYPGISKAVYHWIPIRERGIVNGINFSGGRFGAAFALPLIAIVIDSLGWRNTFLTLGLLGIVWALAWYFLFRDNPEDHPMVSEFEKEEIVLQRSRQEKEVNTAFSVKPLVKSRNLWLAMGQYFASNFTFFFCLTWLFPHVKEQFMLDNIEAGLYSSLPLVAGAFGNMFSGWLVDTIYKSGRFKWSRVIPASIGFSLAALGLLASLYSGNIMSSIFFLSIAIFGADMTISPSWTLCNDIGKLHSGAVSGTMNMAGNIGSFITALAFPYLRDWTGSVTPFFIIGAVLNLMAIFMWLKINPDKTIVFKPSKSN >WP_058738289.1 histidine--tRNA ligase [Methanobrevibacter millerae] >ALT67925.1 histidyl-tRNA synthetase HisS [Methanobrevibacter millerae] MEFTRPRGTRDFLFEEMKERKEAESTLRHIFENYGYREIKTPLFEELKLFTTKSGEEIVDQLYNFKDKSNRELTLRPEITAPVARLYLNELEKTATKPIKLYYYGSCFRYERPQKGRFRQFWQFGCELIGAKSPQGEAEVIAMCSDSIEALGITGADVNINHLGIIRGLFKHFEVDTKTQRELMVVIDKGDKDLLIESLSGENPIISNDELNQILLKLIDLVGDKSILNDVEELIKDYEEPQEAFNQLKELVELLDCFNMTNYTLNLGVARGLDYYTGIVFEIYVEGLGAQKQVCGGGTYSLIKVFGGQEVESTGFALGFDRLMNAIEELTDKKEAKSHLDVYVAPISGDVRLKAYEITQNLRRSGMKCDVDLNNKKFKKLMNYADKIKVPKIIIIGKNDLEEGKVTIKDMESGAQDLVEIENIVSYLKEE >WP_007678833.1 adenylosuccinate synthase [Cronobacter condimenti] >ALB64184.1 adenylosuccinate synthetase [Cronobacter condimenti 1330] >CCJ74080.1 Adenylosuccinate synthetase [Cronobacter condimenti 1330] MGNNVVVLGTQWGDEGKGKIVDLLTERAKYVVRYQGGHNAGHTLVINGEKTVLHLIPSGILRDNVTSIIGNGVVLSPAALMKEMKELEDRGIPVRERLLLSEACPLILDYHVALDVAREKARGAKAIGTTGRGIGPAYEDKVARRGLRVGDLFDKTTFADKLKEVMEYHNFQLVNFYKVEAVDYQKVLDDVMAIADVLTSMVVDVSDLLDQARKRGDFIMFEGAQGTLLDIDHGTYPYVTSSNTTAGGVATGSGIGPRYVDYVLGIIKAYSTRVGAGPFPTELFDDIGEFLCKKGNEFGATTGRRRRTGWLDAVAVRRAVQINSLSGFCLTKLDVLDGLEEVKICVAYRMPDGREVTTTPMAADDWEGIEPIYESMPGWSESTFGVKERSGLPQAALNYIKRIEEVTGVPIDIISTGPDRTETMILRDPFDA >OAN53756.1 phosphate ABC transporter ATP-binding protein [Magnetospirillum marisnigri] MNTANTNGTAKVRSRGLEVFYGEKQALFGVDLDIRSGEVTALIGPSGCGKSTFLRCINRMNDLVDGAKVNGSLTLDGDDIYHREVDVVQLRAKVGMVFQKPNPFPKSIYDNVAYGPRIHGMAADQAELDEIVMTSLEKAGLLGEVKDRLQESGTGLSGGQQQRLCIARAIAVEPEVILMDEPCSALDPIATAKVEELIDELRDNYTIVIVTHSMQQAARVSQRTAFFHLGKLIEMGDTEQIFTNPQQPLTQGYITGRFG >XP_028733567.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733568.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733570.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733578.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_028733579.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_037055217.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] >XP_037055227.1 zinc finger protein 536 isoform X1 [Peromyscus leucopus] MEEASLCLGVSSTAPEAEPHLSGPVLNGQYAMSQKLHQITSQLSHAFPELHSRPNPEEKPPAALEEKAHVPISGQPMGSQMALLANQLGRDVDNSLNGRVDLQQFLNGQNLGIMSQMSDIEDDARKNRKYPCPLCGKRFRFNSILSLHMRTHTGEKPFKCPYCDHRAAQKGNLKIHLRTHKLGNLGKGRGRVREENRLLHELEERAILRDKQMKGSLMQPRSDLKPLAHAQQAPLATCNLALPPNHSVPDVAHPAPSPKPASLQEDSVTPAAGFRCTFCKGKFKKREELDRHIRILHKPYKCTLCDFAASQEEELISHVEKAHITAESAQGQGPNGGGEQSANEFRCEVCGQVFSQAWFLKGHMRKHKDSFEHCCQICGRRFKEPWFLKNHMKVHLNKLSVKNKSPTEPEVSVPMGGLSQEAHANLYSRYLSCLQSGFMAQDKASLSEPTQLYGKGELQAKEKEVLGKLLSPISSMSHSVPEGDKHSLLGCLNLVPPLKSSCIERLQAAAKAAEMDPVNSYQAWQLMARGMAMEHGFLSKEHQLTRNHEDTLANAGVLFDKEKREYVLVGADGSKQKMPADLVHSTKVGNQRDLPNKLDPLEGSREFLSHGLNQTLEYNLQGPGNLKEKPTECPDCGRVFRTYHQVVVHSRVHKRDRKNDEDVLHVGVGLDERRGSGSDQESQSVSRSTTPGSSNVTEESGAGGGLSQTGSAQEDSPHPSSPSSSDIGEEAGRAAGGIQQQALLRDRNLGSAMKDCPYCGKTFRTSHHLKVHLRIHTGEKPYKCPHCDYAGTQSASLKYHLERHHRERQNGAGPLSGQPQNQEHKDETSSKAPLFIRPDILRGALKSLPGIDFRGGPASQQWTSGMLSSGDHPGQATGMSSELSSDTLKGSDLPSKSSHFSEIGRAYQSIVSNGVNFQGSLQAFMDSFVLSSLKKKDTKDKVPSDAHSMKVHAADSGEERASGKPSQRKSEKSQYEPLDLSVRPDAPTLPGSSVTMQDSIAWHGCLFCAFTTSSMELMALHLQANHLGKAKRKDHPTGVTVNCKDQVRETSKVPVLPSIQSNKEMALSSTVGALDSAPEKMVQGPAKETLGDQKSGQWPSHVDPTFCTFPSDFYKQFGVYPTMIGSGAPGSCSNKNPDGKTHLEDEAPLLIPETTNKNTTDDLSDIASSEDMDSSKGENNEDEEIDTEPEMMSKPLSALSKDGSSEGGDSLLPPGTSQPIQGLVSPLAQASEEQWHNPGLLPAQDPSAGLPKPERGPPGLEKPMSMLSVLRAYSADGLAAFNGLASSTANSGCIKRPDLCGHRPFQCHYCPYSASQKGNLKTHVLCVHRMPFDNSQYPDRRFKRSRVDSEASGNFEDAATVKAGSFAELTDERGKGQEEGN >MCD4768021.1 transposase [Methanosarcinales archaeon] >MCD4808844.1 transposase [Methanosarcinales archaeon] MYIDPRYTSQTRPTYLHISRNNRNGRSFLCEVCDYALNADLVGAMNIKART >WP_027951454.1 GTPase ObgE [Hallella seregens] MESNFVDYVKIVCRSGKGGRGSMHLRHVKYQPNGGPDGGDGGHGGDIILRGNHNYWTLLHLKYQKHVFAEHGGNGGRDKCHGTDGKNAYIDVPCGTVVYNAETGKYVCDVTYDGQEVVLLKGGRGGLGNFQFRTATRQAPRFAQPGEPMQEMTVILELKLLADVGLVGFPNAGKSTLLSALSSARPKIANYPFTTLEPSLGIVSYRDGKSFVMADIPGIIEGASGGRGLGLRFLRHIERNSLLLFMVPGDTDEAVHDIKHDYEVLLNELREFNPELADKHRVLAVTKSDLLDEELIEMLRETLPTDLPVVFISAVSGYGLDELKDTLWRELNSASNKLQNITSEDTLVHRDKDMSSFQTELHDEGADEEDIEYLDEDELEDVDDSDAYEVYDPEEER >MBO4748034.1 ABC transporter permease [Clostridiales bacterium] >MBR4818914.1 ABC transporter permease [Clostridiales bacterium] MQLYKNFFKLLKANKVSVIIATIIMVVYGVAMIFAAPSIVDKNEDTATEKSVDYKNLGVLFRDNDNSELSKGVRTLIEKYGSVEDTTASEERINDILYFSISDYYIEVPEGFQAKIEAGEDVSLEYQSHSQVSGKTFSFVNDIDSFVNTYKSYRAMGMDDQASVEKALETTVSEVTFGVVTEKKEAQHSSAKEYAVYMILMYFCFICLWLLGMSIASVIISANKKEVSMRIDAAPVKPTEKTWSQMFGLLTCAVCIVIVYTIFSYIYAGSSDMMRKYGWVVVLNLITTTFYISGFTLMISCFRLNAGTLSLICNSVGLSMSFLCGVFVPFYFLSSGVQTFAHFLPFFWSAKVFNTVYSGSGMNYTFSAGSILASFGVQILFGLAFIMISVVIKKVQQGKSV >MBS5721782.1 C39 family peptidase [Clostridium sp.] MKKTLLRNLIIAILVIIIIFSTMTRTYAIGVINSVELADLSLSNSADDKSSNIGSSTATSLLAGLEEASSDLKNMVSITSNGYELQGNYALRIIQALEKASVDTYAFGFRDKDYDIKSNDNTSQTYTPDSQLKNVLDKYIRTELKNMLPNIGSYAHTAINGNVKIKRYTSKFGRYNASNSGGTSQENGMDFGEGITLEYVPYETLKKYSKTVARTYDETQQYLKYFSINPQGMKLCILVSEENYVWYYNNITPKRAIDDSGTQDPVGVELLPDDYKTASKVVSTFKIKEYEYLNLLEQTATPVNYFLAMQMISQNEDFMNELLDKCNSDSKIEIGFLESTETDFIHYNYGTDAKDVIRGGKLSTYQVDTWNRWDCCKDITTTTTDSEGNVTSHTEEKPHSGKELVNKQIGDYIGNEDEVYATCLKYAGYELKDFLNVKIKNTGDLYLIRAETWNMNYQLKPKVGGIERPFKKLNSVKKIDIKPDPVPYVERLEPYEERRIGRHNCDANHYSNLYEWKNTHFYIYEGKAEWTNKYNIYTVIDGEYKTDFIIGLIKKYPQVQNNFTSAASLLFSLLEQNGNTQELERFMRTVITQVTGNQYLTENTQNLNYDFAVGLSEDSMYSFNINSNDTSATPKSYKVDTDSSASSSNGPKMSGGSGKTKWTLSKLTTIKTTDQDGEFISNRQYYYFKQGTGTNICGRASLAICLSGLGIKNPSTGQPYTPTEISPNNTNAWFSWMSSVGATGVRYTNNLKAKLIEQLSTGNPAIVHIKANSDPSNIYNTKGGHFIAVVGLKYEGDALAYVLDPGSSRATRTENYININKILAYADEVRTVKLK >WP_136095406.1 ATP-dependent Clp protease ATP-binding subunit [Streptococcus pyogenes] >VGV73069.1 Chaperone protein clpB [Streptococcus pyogenes] >VHA61292.1 Chaperone protein clpB [Streptococcus pyogenes] >VHB43012.1 Chaperone protein clpB [Streptococcus pyogenes] >VHB91054.1 Chaperone protein clpB [Streptococcus pyogenes] >VHC13331.1 Chaperone protein clpB [Streptococcus pyogenes] MLCQNCNLNESTIHLYTSVNGKQRQVDLCQNCYQIMKSDPANSILNGLTPGYRAQDRSTSPFFDDFFGDLNNFRAFGNLPNTPPTQAGQNGNGGGRYGGNYNGQRPAQPQTPNQQAKGLLEEFGINVTDIARNGNIDPVIGRDEEITRVIEILNRRTKNNPVLIGEPGVGKTAVVEGLAQKIIDGTVPQKLQGKQVIRLDVVSLVQGTGIRGQFEERMQKLMEEIRNRKDVILFIDEIHEIVGAGSAGDGNMDAGNILKPALARGELQLVGATTLNEYRIIEKDAALERRMQPVKVDEPSVEETITILKGIQPKYEDYHHVKYSPAAIEAAAHLSNRYIQDRFLPDKAIDLLDEAGSKMNLTLNFVDPKEIDKRLIEAENLKAQATRDEDYERAAYFRDQITKYKEMQAQKVDEQDIPIITEKTIEAIVEQKTNIPVGDLKEKEQSQLVNLANDLKAHVIGQDDAVDKIAKAIRRNRVGLGTPNRPIGSFLFIGPTGVGKTELSKQLAIELFGSTNNMIRFDMSEYMEKHAVAKLVGAPPGYVGYEEAGQLTEQVRRNPYSLILLDEVEKAHPDVMHMFLQVLDDGRLTDGQGRTVSFKDTIIIMTSNAGTGKSEASVGFGAAREGRTSSVLGELSNFFSPEFMNRFDGIIEFKALSKEHLLHIVDLMLEDVNERLGYNGIHLDVTQKVKEKLVDLGYDPKMGARPLRRTIQDYIEDAITDYYLEHPTEKQLRALMTNSENITIKAVKEGDSFLNEESLD >WP_159463829.1 ATP-binding cassette domain-containing protein [Microbacterium paraoxydans] MPLADRPWFRVAWPFAVAVVGIGVGALLSAALPGYFVFLAISAVTAAIAILGLGIVTGSAGMIALCQLTFAAVGAWILSLLNVMQAPGGFLVWLVLGGLAAGLVGILVGLPALRLRGVNLAVVTLGFAAAADVTLVQIQFPGSADGIAIERPALFGSDREYFFLSIVVLAVCGLAVFFLQRGRWGASWKAVAFSERGTAAAGQSVRAAKLTAFAVSAALGGISGGLLAGQAQLPFASSFTPLQSLALYVLAIMSGAHLIDMAIFGGLLWVLVPELLKRWGVPQDWGFVVFGVLGVQALTSGTNLGQGIRNLLYRRADRRTKNAALTALPSDAGTDATAITTTTTATVDEAAVDGAPVLTVDGLTVRFGALTALDAVSLQVPAASIMGLIGPNGAGKSTFVDAISGFLPQHEGRVVLGDRDLARLSPTRRARLGLRRTFQQDRVPPALTVGAYVRFVARRRLAAADIDEVLAFFGCPPARARLSSVDVGTRRLVEVAANVAARPRLLILDEPAAGLSHEEHLALAARLRELPGRYGVALVIIEHDLDLVRSVCPTLTVLDFGRVLASGPQAEVLANPDVVKAYMGETELLK >MBO1682517.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >MBS5694965.1 pro-sigmaK processing inhibitor BofA family protein [Lachnospiraceae bacterium] >NSI88915.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >NSJ03693.1 Pro-sigmaK processing inhibitor BofA [[Clostridium] scindens] >QRO38967.1 pro-sigmaK processing inhibitor BofA family protein [[Clostridium] scindens] MPEQKPHILVNFLVRAIIGIAIIFFVNEFLASKGISAQVGMNPMTFLTSGVFGIPGVALLYGITFYQIL >MBR3209975.1 F0F1 ATP synthase subunit C [Bacilli bacterium] MNDVVSSVMNAVGTIIGLSVGGFGIGIGIMGSKIAEAVGRNPEIKNDIVSSMMLLLIVSSIFILLVFAFCFMLIFFNPFIS >MAJ56944.1 6,7-dimethyl-8-ribityllumazine synthase [Candidatus Pelagibacter sp.] >OUW11617.1 MAG: 6,7-dimethyl-8-ribityllumazine synthase [Candidatus Pelagibacter sp. TMED166] MKKNCLIVISNFYQVISNNLLKGTIKILNDNKIKYDLRIVDGCFEIPQLVNILLKRKKYSFCVVLGCIIKGQTPHFSLLSKTVINEIMQISVKYSCPIGYGIISCINKKQAIIRSSGKKNKGAEATKAAISILKNI >GFD45028.1 hypothetical protein [Tanacetum cinerariifolium] IAQKEEARIQLQAEEYDLMAAAADLDEVEEVNANCILMANLQQASSSETRALYESLYQKLAAEVEKVNSVNRKLKETNADLTTELARY >RYH76248.1 OmpA family protein [Flavobacteriaceae bacterium 144Ye] MKKLIVLLFLISQFVCAQKELTHEVYFETDKYDVPETEHSRLLMFLSKIEGLDIEKISIYGFCDDRGSDDYNLVLSQQRANSIKEIFSNNEFDESVITNVDGKGEVLLKLVKEEDINKIRGLNRKVQIIVHPYDPPRVVVEEPKKQDVKEALKGELKAGDKFTLDNILFKTGYSYLLPESVKTLEDIAKVLVERDDIYFTIQGHVCCTQNSRDAIDRRTKKRNLSVARAKYIYDYLAKKGVDKRRMKYVGMRRKFPLGGEPKYDRRVEILVTYVGGQDN >OTA29349.1 hypothetical protein BTJ68_09872 [Hortaea werneckii EXF-2000] MSDADFERVRAAQAERNTAGKKGGSDNQRKTDTKASMTDNFDTELYGNGSGDRYAGYNTSIPTMDEDDAMAVDTEEHESGKLVGQYTATSAQMNEWATGDAAEDDILDSREKQAQIASRESEYQKRRFRRNLDEEKEGRTYKEVMAERELQREEERVKRLIEVQKKEEIARGGEDDEMDGVQKEYQATLKDGAAEEAGKSSEKADGADGEEKPKPRARKRRWDVSSEAPATNGEAGAADGAQTNGGTAAKKSRWDMTPAVDEEAAPAKRRSKWDLAPTTDGAAQSASAAAPVQPVVGFGTDISTRNAPLSDEELDEMLPSEGFMILTPPPGYEPLRAPAKRVAPPATPVNTGGFMMQEPADARSMGKQLPSDIPGVGDLQFFKAEDMAYFGKLVDGADENELSVDDLKQRKIMRLLLKVKNGTPPMRKTALRQLTDNARHFGAGPLFDQILPLLMEKSLEDQERHLLVKVIDRVLYKLDDLVRPYVHKILVVIEPLLIDQDYYARVEGREIISNLSKAAGLAHMISTMRPDIDHVDEYVRNTTARAFAVVASALGIPTLLPFLKAVCKSKKSWQARHTGVKIVQQIPILMGCAVLPHLRGLVDCIGENLNDEQAKVRTVTSLALAALAEASHPFGIESFDDILNPLWTGARKQRGKGLAGFLKAVGYIIPLMDEEYSNYYTSQIMEILLREFSSPDEEMKKVVLKVISQCSSTSGVTAAYLKEKVLTDFFKSFWVRRMALDKRNYKQVVETTVDLSQKVGCGEIVERIVTNLKDESEAYRKMTVETIEKVIASQGSADINERLEERLVDGILHAFQEQSVEDIVLLNGFGTVAISLGTRCKPYLPQIVSTILWRLNNKSATVRQQAADLVSRIAPVMKQCGEDGLMGKLGTVLYEYLGEEYPEVLGSILGAMRSIVSVVGITSMQPPIKDLLPRLTPILRNRHEKVQENTIDLVGRIADRGPESVNAREWMRICFELLDMLKAHKKGIRRAANNTFGFIAKAIGPQDVLATLLNNLRVQERQSHLCALHCAPALMNEYRVPELNVQNGVLKSLSFLFEYIGEMAKDYVYAVTPLLEDALIDRDQVHRQTAASVVKHIALGVVGLGCEDAMLHLLNLLYPNLFETSPHVIDRVIEAIDAVRLAVGTGAVLNYVWAGLFHPARKVRTPYWRLYNDAYVQSADAMVPYYPAVDDEKVVRHELMVVL >HCD1954593.1 hypothetical protein [Escherichia coli] MFPVSSIGNDISSDLVRRKMNDIPESPTGNNLEALAPGIEKLKQTSIEMVTLLNALQPGGKCIITGDFQKELAY >MBM3303016.1 pyruvate carboxyltransferase [Deltaproteobacteria bacterium] MSSHELKYPRKVQLNDITVRDGFQHEEIWIPTEAKLFYLEELILCGVRHLEVTNFGNPISMPQFKDADELFKQLRNSKKIPRAGINWDDVTLTAITIREKAVDRAIQAKKDGYGPDRILMMVSTDEEHHFANSGTTLPDYWAEAKRCIEKASEVGIKMCGTVSTIWGSPISGPTRLEEAAEFTRRWLEIGAADIEHADHDGSAPPDQVYKYFSMILNEIPDKRLHIAHFHVTRGWGTANCLASLLAGVGIFEATLGGLGGQPANFLDR >WP_107723967.1 unnamed protein product [Neisseria subflava] MKTPALLSLLGLIPSAAFAAHGVGLGQPPKYPANFTAFEYVNPNAPKGGTFTTPFLGAFDTLNPFTLKGNHEYGISMLTLDTLTEQSMDEPYAVYGLIAEDIALAPDGLSVTFKINPKAKFHNGDPVLAKDVAASFNILTKDKAAAPMYHFYWSDVAKVETPNDRTVVFRFKQRNSELHMILGSLPVFSHKSYPKGLAAAPNSLPIGSGPYRFAKAENGRISEFVRDKNYWAQNLPVRKGRYNYDHIRIKYVKDEVVRIEGLKGGQYDFVQENVARNWARAYSDEVLKKRNLSKHEWVQNSTAGMQGFVINMRHKPLDNIYVRRALIESFDYESVNSRIFYGAYRRTDSFFTNSTMAATGKPDRAETALLKSLGTKLPDGVLDQDVPMPPVTDPKLGVRPNLLKARALLEKGGYQYKNGKAVDKQGKPLTFEFLAPSKNYERITAKWQRDLAKIGITMNVRTADSAVYQKRMNDFDFDVTTGYYGNSESPGNEQYDYFSCAAAKTEGSRNLSGVCHPAVEKLLTHFNSFTNRQELQTTSRSLDRLIRHQYTIVPNWFADRYRVVYRNDVGIPSKLPKYYDPITFAMTAGWKKK >WP_003303823.1 hypothetical protein [Stutzerimonas stutzeri] >EMD98228.1 beta-glucosidase/6-phospho-beta- glucosidase/beta- galactosidase [Stutzerimonas stutzeri NF13] >MBK3879321.1 beta-glucosidase [Stutzerimonas stutzeri] >MCQ4292185.1 beta-glucosidase [Stutzerimonas stutzeri] MHHPSLFDSFFLGGFECSTHRRGDGRRLDLLVATGHDRWAAEDYAALRRHGIRTVRDGLRWHLIEHTPGQYDWSSFLPMLQAAQRQGTQVIWDLCHYGWPDDIDIWRPPFVERFARYAAAAAQLIKDETGEVPFFAPLNEISFWAWAGGDEAYFNPMARGRGPELKHQLVRATIAAMQAIRAVEPRARFVQVDPAIHVIAGNDRPGPQRDAERFRQAQFEAWDMLCGEQWPGLGGAPEYLDIIGVNYYSNNQWYHGDGHTIERDNPDYRPFKGILREIWQRYQRPLLIAETGAEGDLRGDWLRYVSEQAGLAMQAGVPVEGICLYPVLDYPGWADERHCPVGLLGFPDEHGKRCVHQGLADELRLQQARFSQSNSTSRHAEALP >ATB18092.1 TGBp1 [Cherry green ring mottle virus] MEAVGDLLLDAGFVRTAFTLSFPIVVHGVPGCGKSTLVRKFLDLEDFHAQTFGVSKPTNLAGRGVEKAPAPLQSGFNILDEYLSGPYSEGFDLFLSDPYQNFRKPLTAHYTNSCTYRFGPSVCQFLNKLGFEIESAKEEDTELIFGKVFGGTIRGEIICFEKEVEELLRSHSANFHHPCDLRGAEFDDVTFISAHTDLQEIVGPDLYVALTRAKKSLTILQP >OGW26817.1 glyoxalase [Nitrospirae bacterium GWC2_57_13] >OGW46417.1 glyoxalase [Nitrospirae bacterium GWD2_57_8] >HAR38101.1 glyoxalase [Porphyromonadaceae bacterium] MRIDHVALWTKDLERCNQFYVSYFGAVAGEKYVNPAKGFESCFLSFGDGARIEAMKTTTHSPVEFEPGAQRMGLTHFAISLGSEQLVDELTQRLRGDGFPILDGPRRTGDGYYESVALDPDGNRIEITA >OGR46634.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobia bacterium GWA2_66_18] >OGR69469.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobia bacterium GWC2_65_9] >HAZ09165.1 3-oxoadipate--succinyl-CoA transferase subunit A [Elusimicrobiota bacterium] MKNKVRSMKDAVAQLVHDGDTVVIEGFTHLICFAAGHEIIRQKKRNLTLARLTPDLIYDQMIAAGAARKLVFSWAGNPGVGSLHAFRRAVEAKPPALDIEEYSHFGMVARLCAGAANLPFWPLRDYAGSDIPGANPRIKTVDCPYTGEKLAAVPALRPDVVIVHAQRADRDGNTQVWGLMGVQKEAAFASKRVIVVVEELVDESVIRSDPNRTLIPGLQVDAVVVEPWGAHPSYAQGYYDRDNDFYVAWDKIAREEAGLAKYLDEFVYGVEDRAEYMKKNPGLAERLKAKPRVCAGVDYGY >MBS0561514.1 sulfate permease [Pseudomonadota bacterium] MSSARNEPGPGRLLNRRKGASRRGWERWLPGIGMLRAYKPSWLRHDITAGLVLTTVLVPVGIAYAEASGVPGIFGLYATIVALLAYALFGPSRILVLGPDSSLAPIILAVVLPLSDGDPARAAALAGAMAVVSGIACIAAGLLRLGFITELLSKPIRYGYMNGIALTVLIGQVPKLLGASVSAEGPLRSMWAIAAAVFAGNVNLATFAVGATTLATILLLKGNTRFPGVLIAVVGATVAVASFGLAERFGVSVLGPLPQGLPRFSVPWFAAADLVPVLIGGGTVALVSFADTSVLSRAYAARGGEYVDANQEMVGLGAANLAAGLFQGFPISSSTSRTPVAEAAGARTQVGGIVGALAVALLLVVAPDLLRDLPTAALAAVVIASALGLTEIADLRRIYRIQRWEFWLSIGCFVGVAVLGAIQGIGLAIVIAVIEFLWDGWRPHSAILGRADGVEGYHDITRYPHARLIPGLVMFRWDAPLFFANAELFGDRVLDAVAASPTPVRRLVVAAEPVTSVDVTAADALAELHAALRNAGIELCFAELKDPVREKLKRFGLLPRIGEDRFFPTIDAAVADYRRAPAADAEPPQGGADRPTTPDGGPESG >WP_129629290.1 Gfo/Idh/MocA family oxidoreductase [Tropicimonas sp. IMCC6043] >RYH11275.1 Gfo/Idh/MocA family oxidoreductase [Tropicimonas sp. IMCC6043] MTGAETLRVACVGAGYFSQFQYESWARIDRVVLVGSCNRNIDKARRTGFPAYSDLDLMIRETRPDLLDIILPPVVHAATIRTALAAGVKTLICQKPFCNDIDEAQRMIAEADAAGARIVIHENFRFQPWYRRIRAAIEAGAVGALQQVSFRLRPGDGQGPDAYLDRQPYFRTMERFLVRETGIHWVDTFRYLLGDPLSVYADLRQVNPAIAGEDAGYVLFEHPGAVRALFDGNRCLDHDAKDLRRTMGEALVEGTDGTISLTGDGAVTLRRFGGSEMVELLPPDRTEGFGGDCVHALQSHVVSGLLDGTALENPAQDYLTVMRIEQAIYESARTGRKIALEAM >QBL97920.1 tail tape measure protein [Exiguobacterium phage vB_EauM-23] MAGRDTEIQVDFNVKGVEQVERGDQALDKLGGTAEKSGKGVAGLGERMTAFGGKMDKVGKGLSDVGGAMAKTFGAGALAVGAGLGTAVNTAMNFEAAMSKVQAISKASGDDLDQLSNIAREMGATTQFSASQAAEGLTYMAMAGYDTEKMIGSLPGVLSLAAAGGADLATTSDIVTDAMSGLQMSADETGKFVNIMAATVTGSNTDITMMGETLKYTSTIAGSLGVSMEDLSIAIGLMGNNAVKSSQAGTAIRSGLTRLIKPPKEAADAMKKFGVEVMKNSDGTINLRDTMQGLRTALVDVDPATKNAAAAAIFGQEAFGAWLAIVDSSDESFDKLASSIDNSEGVASTMADVMNNNLAGAFKTLNSALEEAQISIGQQLIPAVRWGAEAINGLVNKFNALSPATKKFIAFGAAGLFVFLALGAVIGVFLMALGGIITSVGTVATALGGVITAFGGVGAAISAILGPIALVIGVVVALGGAFYLLWTRSETFRNGLISLWESLKAQLTTALNTAVAFFQGIGQQLVTWWQTNGTMIMAAAQNVITFLTVLFQSFLPVFQGIWTIATTVVQLAWSVITAVISGAIAVITGLVTFFAAVFTGNWSAAFDAVAGIVEAGRTLWTTVIDAALNAILTIVSTILESVYQTFQNIWGNITGFLEGIDLYSIGSDIMSGLLNGISDMGEKVLSKAKEIAIGIKDTVAGMLGVKSPSRVMMEIGMWTSAGMALGMEQGAPMVEKSSAQVADAAVFGPASGSVSNSTANSSSSTVNKPQITININGGGNAGEIASSVRGELEDWFASLGNVSPRSIEV >UYV38309.1 sugar ABC transporter permease [Rhodobacteraceae bacterium D3-12] MATQHSRSAARFMMAPAVILLLGWMLIPLTMTLYFSFKKFQPLRGGDLGWVGFDNYVRFVSSSSFWPSVMTTLIIVGGVLLITVVLGILLAILLNQPMWGQGVVRILVIAPFFVMPTVSALVWKNMFMDPNYGLFAHLWEFFGAQPVEWLSQASLTSVIMIVSWQWLPFATLILLTAIQSLDSEQLEAAEMDGAPSSKRFAFITLPHLGRAITVVILIQTIFLLSIFAEIFVTTGGAFGTKTLTYLIFQRVLESQYVGLGSAGGVYAIILANVVAIFLMRIVGKNLDA >GFY73571.1 protein maternal effect lethal 26 [Trichonephila inaurata madagascariensis] MSEAIPNNDEANTRMEDRERNFKWIVENVCKFSKRLFSSEILSETACKPEFRLVARLNEMFLEEHVSNVSIGLQRIDSGEATIHVAFDIELLNLNGDRYCQKTSSFLCSPGGAPYYIFSELFSDSPKKLTYRMWHPVFLPKTNTS >SEP77558.1 two-component system, cell cycle sensor histidine kinase DivJ [Devosia sp. YR412] MRSLFSFGASREMPLVAAGNGHRPEMLRRKTLANNSRILLALSALAMPFAIYLLVIGNAFPLIVATLALGAGMATMALHQRRLFDLAAAGQVYAMFLIGFLLTLADPNVGDAGLAIVMMGPVMAALLGGAALRHQSWLLLAGVLIVIGVAALMALPGLPVAGAVLMGTAVAAFAAAMAVVLHTANRINAGYEVYDKSQMTAYRHLIEHVQDGVIRFSSEGEILLASRSSETLFGCRRYELSTMALSERIHVADRPAYLTAFADANIDGRTRTLEVRMRQDDPRGARNVPRFIWVEISLSPVLDPELGGERHEVVALFHDVTSRKDNELAMAEARRIAEEASAAKSRFLATIGHELRTPLNAVVGFSEMMTSGIGGELSDTHREYAGLIHQSGKHLIEVVRMLLDMSKIEAGKFELQAEAFLVEDMVGPCFSMVEALATTHQVTLTADIASQLPMLVADERACRQILINLLSNAIKFSHPGGKVTVSLKRQGQSINLSVSDNGVGMAPESLERIGEPFFQAHDGLDRRYEGTGLGLSIVKGLVDLHKGTLRALSEIGAGTTVTVLLPINGPAIKSDDTGSVTPFRKEPPAAQIHPWQDEKRKAQ >VTR17913.1 Transcriptional antiterminator [Serratia fonticola] MGHSSPRLLLDKRLMDVPHSASASSRLLVDALFGQQEYLDISSQPLEQLKQHLSALSSEQDSDLFYTYLTREYVNLRNSNVPPQETLSILKNKLRTIFEYGLYSRNGGESEERYYGGQVEQRITLLIGCIEQVLGFPLPQNMAGHLRKHLLALLSYVQKGLIPNLYSSSLILDYCKDEYDNANQLCRKINEIFHIQCPSTEIVYLCLFLKECRSFRQRKEVNPDCGAMLIGHGTTTASSMAHYVNRVLECELFTAIDMPFEQSVHDTLELLIATLREKRYQRLILIVDIGSLVHFASTVSKLFHIDVLLIQNITMGALLEIGLDLTYETSDFAPLMQLMASKGIAHQLYDQREDETGKVLAISCITGMGTAVKIKKVLEESFGELMAEDTRMVLVDYNEVRSLERLRQAIGGNERLVGSWAPSSLACRIFRLSRWKSCSPNRGRNWCSAC >WP_204462572.1 GNAT family N-acetyltransferase [Agromyces cerinus] >MBM7832661.1 ribosomal protein S18 acetylase RimI-like enzyme [Agromyces cerinus] MTASLRPLDRARLPEWIDRSAGEYARDLIAMGRSEEWALRHAAEGMAESFPGGAPTPGHEVFDVVDDQGVAVGYLWIGPDTSGDDRSWWIWDVLIEPGHRGRGLGREAMRLAEEHARAQGAHSIGLNVFAFNATARGLYESLGYETTSVRMGKRLD >HAI83337.1 chromosomal replication initiator protein DnaA [Chitinophagaceae bacterium] MTKTAESVWSNCLKIIKDIVEWQHYKTWFEPIRPVDLKESVLMIQVPSQFFFEYLEEHYVNLLAKTLKRELGKDARLEYRIMVDSGGNGRGSMDVPASGHRVPTNNEMDFPLVINNPVKNPFVIPGLKKMQIDPQLNHIY >MBW0490175.1 hypothetical protein [Austropuccinia psidii MF-1] MRLLRQLVCYLGRFRLLIKLLLLNPWCVLGSLLGKKESFQVMYGPNDRQSGLLDDIFNLSPAKTNDNYLESGCCHETKDSDFKEISNQHSGQNQDQKLNNAPNQQHFAGSPSGSFKSWPLREFGTVQIPQKSSPSSFSVDYQSAGHKASHPHEPNDGGTTFSIGLVNDKESYSSNGEKTDSLPSTSSELSPLASSFGLEPHPESIKETQTTSMVKSIRPVVSVFPLETRSGWAADFGNSPELLIQYLESQTNGLSPLWSNLQSALRPFEFLCKFDNLGAIEQQNEDFKSVVDAIVWHQSHRPRTTSQTDRFGQLPIVYTLLHSKNPQKGYLALSPKGAKRSLSVSITGRNFNRLTKRTLFYLSNSLNKVKTPYFREKMKKEMLEWLLHAVLRRTDGLPLVGVTTKLVDELQEEDFTIAQKLLMCALTANKFEEVADSTSLSLIAIFYQEKEPELWTEYFRSELEFWKLTFAEVLKGQYGADPTFWLTPKEFENFNALKLMCPPDTNTRKRKLKPNEQKPRTMLRLEEDELGLIKIA >NQJ73193.1 hypothetical protein [Streptococcus suis] MAEYMVHTRGEVTKVDEERHTYIITANSQEEAALLAKNAFSEMYGSSPENIAASSSMVNRNLKGWLAVILLSIAIILSFIKWFVGGSTKAVVFKPNLIGGIYATFIYGAYLVRFKGVHELFHSILDTALLIVNIVTLSGIINMLLITERFSVLGIGFPIDTQYVILFAILISWIGLKSISGVCLIVVILLGMLKLVTINAAMGNMGILYVLSVTLGVLLYASIEPSIIDAMPFFYDSLEKQSRWVKSDISSFQDTSTMVGKQLLKKSKKGKR >ECE8916583.1 autotransporter adhesin BigA [Salmonella enterica subsp. enterica serovar Typhimurium] >ECG3165274.1 autotransporter adhesin BigA [Salmonella enterica subsp. enterica serovar Typhimurium] TPPDDSGDDDDTPPDDSVITFSNGVTIDKGKDTLTFDSFKLDNGSVLEGAVWNYSEQDNQWQLTTADGKTLNVTGWDVTDANAAVIEGTQENGLYWKYDSRGYLIIADDNTTVISGDDQAHNSDRGMDISGQDRTGVIISGDRTVNTLTGDSSVTDGATGMVISGDGTTNTISGHSTVDNATGALISGNGTTTNFAGDIAVSGGGTAIIIDGDNATIKNTGTSDISGAGSTGTVIDGNNARVNNDGDMTITDGGTGGHITGDNVVIDNAGSTTVSGADATALYIEGDNALVINEGNQTISGGAVGTRIDGDDAHTTNTGDIAVDGAGSAAVIINGDNGSLTQAGDLLVTDGAMGIITYGTGNEAKNTGNATVRDADSVGFVVAGEKNTFKNKGDIDVSLNGTGALVSGDMSQVTLDGDINVVSVQDSEGVFSSATGVSVSGDSNAVDITGNVNISADYGQDDLAAGAPPLTGVVVGGNGNTVTLNGALNIDDNDLSATGGQYLDVVGLSVTGDDNDVEIDGGINITHSEDPLDGTSADITGISVSGNSTVTLNGHSTIDTNTVVGGHVVLARVNNGGSLILGDDSVVDVNVSYIPTGYYTYNALLMADGEGTSIENKGDITSHGVYSVIRADNGSEVSNSGDILVYATSSNSSEDRAAITRASGEGSAVHNKAGGDITLISDQTPQGSGGIEVYPLKWYTHTFYAMMASDYGDVVNDEGATIHLQGAGVYGVTASRGKALNEGNIYLDGLVPTLDDENNITSTSYWQPSSLYLTSSGMVAGSTDADGDATAINTGNITVNNAGFGMMALNGGTAINQGVITLTADDGVTGQADELVGMAALNGGVVINDTSGVINIDADYGQAFLSDSSSYIINNGSINLNGSPMDDTDSHMGGTPTDKIWIQSLPGSGDSDTRTSDTGFFTAGTLANYGTETLNGDVDVNGGWLYNEAGASLTVNGTVTINGGANALANYGTLDADAISTWHSLFNEADGSITTDLLTLNGDVTFYNNGDFTGSIAGTSYQQEIVNTGDMTVAEDGKSLVSGSFYFYNEEDATLTNSGSAVEGGENTIINLTRANDSLTQVNSGTITATNGYSAITTVNGSNDPKWIWNTATGVINGINPDAPLINLGRGYNFGNQGTINVQGDNAVAISGGTSSYVINLVNSGTINVGTEQGKEDGTNGTGLIGIKGNGNATPINNTADGVINVYADDSYAFGGKTKAIINNGEINLLCDSGCDIYAPGTTGTQNDHNGTADIVIPDATTAPTEGSIPTPPADPNAPQQLSNYIVGTNADGSSGTLKANNLVIGDNVKVDTGFTSGTADTTVVVDNAFTGSNIQGADNITSTSVVWNAQGSQDADGNVDVTMTKNAYADVATDSSVSDVAQALDAGYTNNELYTSLNVGTTAELNSALKQVSGAQATTVFREARVLSNRFTMLADAAPQIKDGLAFNVVAKGDPRAELGNNTQYDMLALRQTLDLTASPNLTLEYGIARLDGDGSKTAGDNGLTGGYSQFFGLKHSMAFDEGLAWNNSLRYDVHNLDSSRSVAYGDVNKIADSDMRQQYLEFRSEGAKTFTMMGDALKVTPYAGVKFRHTMEDGYKERSAGDFNLSMNSGNETAVDSIVGLKLDYAGKDGWSATATLEGGPNLSYSKSQRTASLQGAAGQSFGVDDGQKGGGVNGLATIGVKYSSNDTALHLDAYQWKEDGISDKGFMLNVKKTFR >NNL66378.1 Hsp70 family protein [Myxococcales bacterium] MGHVIGIDLGTTNSCVAVVENGQPTVVPNAGGYKTTPSMFAVSEDGKRLVGHLAKRQAITNCLNTAYGVKRLIGRRFDSEEVQRTLKDVPYEVVQGPNDDARIQMSGKTFTCPEIAAIILREMKRVAQEYVGEPIEE >WP_116619797.1 hypothetical protein [Pseudomonas sp. phDV1] >AXO62978.1 hypothetical protein DZC76_18395 [Pseudomonas sp. phDV1] MSQRLPVRYYAVAGVIAAVLLNLLLRTFVRLGGVFTTLLIAAAIAAGLALVFHWRSGRAPSNAERWRFTLLYGGALGLLYLSLLGMMYMQDTPSPMGLFLFSLHYLCYPVLAWLAFSPRYGR >WP_182158016.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBA7859840.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBA8052665.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBL0775410.1 DUF3274 domain-containing protein [Klebsiella michiganensis] >MBZ7211041.1 DUF3274 domain-containing protein [Klebsiella michiganensis] MTDKKNSPYAPRIASRNDVSVHKDLGEAAQTCNVAVPRPMPCIVILVHGVNDVGEAYQNQENGIIAGLSKRLNRTDLYAHEWKDFMMMRNEEAQKKIAAPGRSPVIPFYWGYKPVTYDDWVADQQNYRKEVDAQKLGDKAHIPYDAYQQNDKEKMKAVGNDGDNKVKFQNDNWNNALDMNFAKGGGTFANATTSIPDMLGPGAGGAAVAAAGFSTLYLNGGDYTHPIFPNPHRIYQFFAAQRLADLIIQIRDEPVTENDVINVVAHSQGTIITMLANMLVKQAGYSPANCVILNNSPYSLESRLMENAQSGHHQTSAARQQTFKNFCAVMAEQYKGGELSGDDIEALEGSCTLRRPEENPLRKDNKYRRNNNGKVYNYFCPNDGTVSLKNVQGFGWRGIPGELASAIPNLRQRVFCQHVWVGKAPDEKPFEMPPSYKGDFKYSVATNASYTASDVIINGEELPETFMFRLQGQDNHPDNDEKTCDAPYKANIDPDSPDAYISYSAKAYAISRTASATYPLDDYQRRSWFPGHVLTESELQTESNKRNVTVIHGMVSGSKDFPALTLTWLKSRDELEKEWQKSDPVSYSQHSSVVMSEFAPSHAMAFDLAIGQCKAFNYKAGEFWEALLHRADWRDVHNGNVDAKEYYRTGRLPLEGTKNYMNKPDEVIPSLKECGVVNQFMNATKVIPSRDLATGNKEVPNTQWDRPDTLTDRQMKG >KAF7644169.1 hypothetical protein LDENG_00226550, partial [Lucifuga dentata] MVLSVRLPDEQQALVTQTLMIKQHKTFLHLDGSSLVFDDIFKLASFYCVSRDILAVPLRLPRAISTAAEREKLQIISAMGADFWTSDLNQRSHEVSCDQSNLYLYVNPLTVEENTKSHSNISTPENITSPNINSSLQNRESPQKDISEVKITNMEERLPKYKRPPPRPPSLGSGSAMGLLFSSSSSSSNPSVIGSSSTPVADRKEEGRTGGVDKKERKSASTPAPPLRPPIPPQSRAALRLPPAPLRRTSSKKSTDQEGGEPMKRDKEQNPVKITEKEGGGEKREEKTGSKSTLMGDMVSHNSENSLHSNQLKEEVKPSTINQEEVKTEREKATEKEHGEKKEEKDKEESKQHMSGKKPSRPVPPPRRKQPSQDAPVFSNTAAGGSANQAAGMKMARPSPAGRPDVSLYSPQGSAVLGTDPDSCSTSSTEEEGESTNQKPEQNHTRCAESCSSKAAVKRTPTTVMLDRARYRLSTVFSGFISHDRRLTQRIVELXTVFSGFISHDRRLTQRIVELARDPLSYFGNLVKEHRAFTLETMSNHTSSTELLQEIRQMMTQLKSYLLQSTELQVIMEPQHQYARDKLESMVEAALCKSVLKPLREPIYQSLEKLRTEDGNLQQLAQNQ >WP_102296123.1 DUF4136 domain-containing protein [Janthinobacterium sp. AD80] >PMQ14983.1 hypothetical protein JaAD80_18170 [Janthinobacterium sp. AD80] MKRYLTIMMAALTVLLTGCATTIRSDVTAFHEWPAQLYDKSYVFEAPAAEYDTLEYRSYQNLLRAELQKHGFGEASGPDAANLRVSMNFSTVDYPERVIQASDPFWYGPGYWPGRYGYRYGAWPGYGRFGYSPFWYGPMEVEESVRHKYERELRVTIADRKGKTLYDVTVQSTSNKRATSQVMPAMVASAFADFPGQSGVPRTVEIKVE >MZQ82908.1 M48 family metalloprotease [Paenibacillus silvestris] MMEKRLKWLYAASLALSGLVLGQMLLFVGQHLFKWKARYNIFDLCVILFKNLHIPAPIAFNLVNVVILYTLSSVLVLVVRQVFQAMKAKRLVARYQDAALTSQYRGMYRLDEHQLRIISSKAPTAMTIGFLKPRIILSTGLLDMLDPTELHAVIDHEKCHVKHRDPLAIFLLSVISKALLYIPIFAWIAKKYPIMIELRADKYAIGQMNQPADLGSALLKLLKQQSPVPNLSLSHASFAETSMNVRIKHILDPQMTLYLPWPRLRIAISLLIVILLMGLI >XP_053592881.1 leucine--tRNA ligase, mitochondrial isoform X1 [Microplitis demolitor] MKYSGLNCLNLNSNKLKQHLFYNVLRSASTGLGLWDLNVDNEIRHKIEDHWKDKIWSSKIKGNDSDKEKYYVLSMFPYPSGSLHMGHVRVYSISDAVSRFHRMKGKNVVHPMGWDAFGLPAENAAIERNIDPKEWTDSNIKNMKEQLNILGCDFDWEREFATCNPNYYRWTQELFLKLYDCGLAYQKKAFVNWDPVDKTVLADEQVDHDGKSWRSGAKVEKKLLRQWFIRTTALAKSLFDGLDDPMLKEWRDIIKIQKHWIGDCNGTSMDFKLVFDSPDDADKPDTFNIWTDKPEFIEHAKFVSVSRDNFLAKSQIDNFTDITTKYLNAKVINPFNNEELPIYYTDTMKFSKLRDNHIGIPGCFQADADFCIDNGITFDKIEELSNEEIENKRKIVMERAKELRIGGYLVSATLRDWLISRQRYWGAPIPIINCDKCGSVPVPRDQLPVLLPEKSSSSDSGIPNLRQATDWLKTSCPNCGDDATREADTMDTFVDSSWYFMRFIDPHNDNEMFSHDKAMKYLPVDLYIGGKEHAALHLYYARFINHFLFTQGLLPTREPFKQLLVQGMVMGKSFRVKGSGKYLKEHEVEKQGNNFIEKNSKLPVVVAWEKMSKSKYNGVDPMEMFKEYGSDTTRLIILADVAPTSSRNWSDQTFPGIFNWQQRLWLSIRQLLISRNGIDVEEIKNTIPDTEKFITENEYLFNSRNYYIKGVTFNIIGSQQLSVGISKMQGLTNSLRKVSLKCLTHSSEYERTLATQIIMLAPLAPRFASELWSGFCSAPYHLVNDDLFIQRDKDVLEQKWPEVDSNYELDIDVIVNGAHIDTLKIPKCNIEKMSGENVAELALQSEAAKKYIKDRKIIGFKYHWDPDCDGKIQFQVSLKPSNLKIKTTVL >MBC7879491.1 hypothetical protein [Anaerolineales bacterium] MKPKYFFILTIIALLVGACAPAPTDAPAPTDVPALPAVPALPADPYTIDVTAADFVAGVDNPYFPLTPGSTKVLEGMTENGLEHIEIKILLETREVMGIQATIRQDTVYIDGALVEDTFDWFAQDKAGNVWYLGEDVKNYENGQLTDSAGSWEAGVDGALPGVIMYADPAAHIDETYYQEYYVGEAEDAAQLLSANESVTVTAGSFENVVKTFDFTPLDPGSLEHKYYAAGVGVVKNVNLVTGVIFELIEYTTGEAVSAELLPQPTSGFPPGFVPNEADRVDIVKPTFSNPTSITNPLFPISETDQLIQLGLKDGHPHRTEFTLLPDTKTITWNGEQTEVRVLQFVAYLDGRILEHALDFLAQADGGAVWYFGEDVYNYENGVVADLDGTWLAGKDGPPAMIMPANPQVGNIYRVENIPGKVFEEVTVQAINQTLEGPRGLIEGVIFVQQIGMDGQTTVKAFAPGYGEFLAHTEDVGVAVPIDSLPEPLPAELETLLTGASSIFDAADSADWESLSATRATMTEAWEAHQVNLDLGSLFPLLDIQMARSLAALTSAIEQQNPAATRDAAFDVAVATLDFQLPYRPRIEIDNIRFDLWTRRVITDSASANAGHVAGDVVILEFIWQRISHTVDASAAQTIETQLAALRTAADAEDLTVAADAAAQLQTILGGL >WP_079304935.1 transglutaminase family protein [Pseudomonas ogarae] >OPG68954.1 transglutaminase [Pseudomonas ogarae] >OPG78007.1 transglutaminase [Pseudomonas ogarae] >PBJ11997.1 hypothetical protein BSF43_22340 [Pseudomonas ogarae] >PBJ20131.1 hypothetical protein BSG18_37320 [Pseudomonas ogarae] MRLSISHETAYHYEDQVRASIQYLRLTPHDSERQHVLSWQLDLPRPVRAQLDPFGNILHVLTLDEPHETVIIGARGQVDIDPSREAEHESQSALPFLRFTRLTEADEALRAFAAQQCQQRRDRTALIDLMHGLNQHMIYTPGTTEVETSAAQAFAGRSGVCQDHTHVFLACARSLGVPARYVSGYLFSEESEHLASHAWAEAWLDDAWYSFDVTNQLARPERHLKLAVGLDYLDACPVRGMRRGGGCEQMHAKLVVPAAPVITVQQQ >WP_006799194.1 alpha/beta hydrolase-fold protein [Dysgonomonas gadei] >EGK02409.1 hypothetical protein HMPREF9455_01679 [Dysgonomonas gadei ATCC BAA-286] MKNILLLCLLIWGFSISTNSQNFLSTPEGYNIPRTGIAHGKIDTITYPSATVGTDRRALIYTPPGYSRNKKYPTLYLLHGIGGDEKEWLNQGNPQVILDNLYADKKIAPMIVILPNGRAMKDDRAIGNIMEASKVQAFATFEKDLLGDLIPYVEKKFSVLKNRENRALAGLSMGGGQTLNFGLGNLDKFAWVGGFSSAPNTKEPQMLLPDPEKAKTSLKLLWISCGDKDGLLNISKRTHEYLAHNQIPHIYQVIPDGYHDFKIWKQNLYMFSQLLFKPVTTELIDLYSNIPNEHPVAVPASTNVPGAQYPQILPDNKILFRIKAPDAQKVQVDLGRKYDMVKEEEGSWAITTDPIAEGFHYYSILINGVAVCDPGSQTFYGMSRMASGIEIPEKEVDYYNIKDIPHGQIRQVRYYSNITKAWRRAFVYTPAGYDTNISERYPVMYLQHGGGEDETGWWNQGKMDAILDNLIAEGQAKPMIVVMDNGYAIDPDNNKRQSGQGLRGLFQNKTLENVFIQEIIPMIDKEFRTISDRDHRAMAGLSMGGFQSFQIAMSNIDKFAYVGGFSGGGLIQQDSVEFSKMYDGVWADVNAFNQKMKVVYLSIGTDEPTNMYQTVNSFHKEMEKTGIKHVYYESPGTSHEWLTWRRSLYQFAGLIFK >WP_281674273.1 hypothetical protein [Porphyromonas asaccharolytica] MTKQGLEKLKELSTEIDELREQTTKKLTQLLNLYRYEEDINAREAHSMLIKASESMKDVPWNLGMAVTQIQSAYKAEEELNAFYDGLLSKAGKDNDNR >WP_139553477.1 LemA family protein [Mycoplasmopsis pullorum] >TNK82937.1 LemA family protein [Mycoplasmopsis pullorum] >TNK84302.1 LemA family protein [Mycoplasmopsis pullorum] >TNK84559.1 LemA family protein [Mycoplasmopsis pullorum] >TNK86558.1 LemA family protein [Mycoplasmopsis pullorum] >TNK87342.1 LemA family protein [Mycoplasmopsis pullorum] MANLFDNRTEQDPKGFNPNTDNRPVPAQASGVAKFFYYLLFITIIFIVKHISYLNWFRNKQNEINQAASNIDIQLTKRSETLTKLFETVKGYAKHEKELFESVAEMRSLSGRLNVVDEAQANDLRSELTSLNNNVFGRLMMVSENYPELKANTLFQELMEESTYIEREIAASRRLYNSQVTEFNQKLFAFPTNVPASKMRLSTIPLYQASELQRKDVEIKF >WP_184601943.1 acyl-CoA dehydrogenase [Rhodanobacter sp. MP1X3] >MBB6242718.1 acyl-CoA dehydrogenase [Rhodanobacter sp. MP1X3] MSVLLTILAALIATGACAYHRSSLRTWAIATIVTTFVVGLIAGAPLTMLILLIIELAIAVPLLMVSFRRRQISAPILKTFAKVTPKLSDTEQTALEAGTIGFEGELFSGKPNWSVLMKQPKPVLSVEEQAFMDGPVEELCGMIDDWQITHELADLPPNVWDFIKKNKFFGMIIPKQYGGLQFSALAHSAVLQKLSTMSSTVASTVAVPNSLGPAELLLHYGSDEQKNHYLPRLAVGEEIPCFALTGPYAGSDATSIPDFGIVCKQTVDGVETLGLKLTFDKHYITLAPIATLVGLAFRMYDPEHLLGEKEDLGITLALLPRTTPGLQIGRRHFPLNVPFQNGPIHGKDMFVPLSTLIGGPHMAGHGWRMLVECLSVGRAISLPSSATGAVRGAVAATGAYARMRKQFGLSIARFEGVEEALARIGGLAYATAALSKSTAAAVDRGEKPAVTSAIAKYHATEWGREVAANTMDVLGGKGVQLGPKNYAGRSFQAVPIAITVEGANIMTRSLMIFGQGAIRCHPYVLKEMQALAITDRSEQLKTFDRLLFSHLGFGVSNAVRSFVFGLTGSRIGESAGDNYTRRYYRKLDRYSAALALCADVFMGVLGGKLKFEEKLSARLGDVLSNLYIASAMLKNYEDAGRPEADRPLLAWAFHECMWRTQTALDGAIRNFPVRPVSWLLRALVFPFGRREVPPSDRLGRRVAALITGPSEARDRLLEYAYLTPTPNNVVGRMNALLPQVILSEPVDRKFAKAQKSGQFKAHDYFEQLVEAEKAGVLSATEAALLKHVRESVFEFISVDDFHPDELRAFKTRADRQAEAQADAWVRKPEVRTPENAEG >WP_007427566.1 citrate synthase [Oceaniovalibus guishaninsula] >EKE43682.1 citrate (Si)-synthase [Oceaniovalibus guishaninsula JLT2003] MADDKKTARLTIGGTDYDMPILTPTAGPEVIDIRKLYGQAGVFTYDPGFTSTAACDSTITYIDGDKGELLHRGYPIDQLASQSHFLEVCYLLLYGELPQAAQLEDFENRVTQHTMLHEQMHNFFRGFRRDAHPMAIMVGVVGAMSAFYHDSTDIADPWQREVASIRLVAKMPTIAAMAYKYHVGQPFVYPRNDLDYASNFLRMCFSVPAEEYVVNPVLSRAMDRIFTLHADHEQNASTSTVRLASSSGANPFACIAAGIACLWGPAHGGANQAALEMLREIGTVDRIPEYIARAKDKDDPFRLMGFGHRVYKNFDPRAKVMKESADEVLDLLGIEDNPTLQVAKELERLALEDPYFAEKKLYPNVDFYSGIILDAMGFPTAMFTPIFAVARTVGWISQWKEQISDPQLKIGRPRQLYCGATYRDYVDVENR >WP_033131454.1 MULTISPECIES: thioesterase family protein [Aeromonas] >MCH7370883.1 acyl-CoA thioesterase [Aeromonas sp. MR16] MLEMQIQPRFQETDALGHINNTVPAVWFESARDPLFRLFSPELDVHDWHLIIAGYGVQFKRELFYGQQVSIKTGVRRIGTSSFTAWQEAWQGGELAVTAETTLIHFDYRTRQSRPLSETHREGLRAWLVES >EFL3122059.1 RHS repeat protein [Escherichia coli] TPRGELAVVYDRSGKQVRSFTYDDKYRGRMVAHRHTGRPEICYRYDSDGRVTEQLNPAGLSYTYQYEKDRITITDSLNRREVLHTQGEAGLKRVVKKEHADGSVTQSQFDAVGRLKAQTDAAGRTTEYSPDVVTGLTTPDGRASAFYYNHHNQLTSATGPDGLELRREYDESGRLIQETAPDGDITRYRYDNPHSDLPCATEDATGSRKTMTWSRYGQLLTFTDCSGYVTRYDHDRFGQVTAVHREEGLSQYHAYDSRGQLIAVKDTQGHETRYEYNIAGDLTAVIAPDGSRNGTQYDAWGKAI >MCS7352192.1 hypothetical protein [Thermoflexus sp.] MAFTVKEFRDLVRLLEAHPEWRVELRRLILSEELLALPEIMRDLAAKIAALAEVQRQTEEEVRQLVEAQRRHDEEFAAYRAETERRFAELAEAQRRTEERVQRLEEAVERLAEAQRRTEERVQRLEEAVERLAEAQR >WP_261695383.1 biopolymer transporter ExbD [Tahibacter amnicola] >UXI68423.1 biopolymer transporter ExbD [Tahibacter amnicola] MAFASAQRVHSQSIAEINITPLIDVMLALLLIFMLATPVLSGKLPLPLGGRPEAGAPPQTVELTLGTEGQVLRDGRALTAAELEADLVMLAGSGKPVVVQLRPAAATSHQHVVATLSLIRQAGLEQIAIETPR >MBH1832495.1 endonuclease domain-containing protein [Stenotrophomonas maltophilia] MTAFDKHQVSRFRFVRCEFAADTGVARLVYAFDDGPEMVETITVPGAPFVLDEARSAAVQRALQLLHLIAGVSYYKAGVPDTVSIDSYSIDADTAALVETIYLNGLGEFAYRNGLNLRGRFRLPVQGVAAQAPALGLQPHALVAIGGGKDSLVSIEALRRAGVDETVTWIGGSQLIRACAERTGLPTLNLGRTLAPELFELNRQGAWNGHIPVTVVNSAIMALAALLHGVDQVVFSNERSASYGSQIPGTGEVNHQWSKGWACEQAFGSHVQKYVAADLQYYSLLRPMSELAVARQFAKSDFYDAHFSSCNRNFHILGERPVNRWCGVCPKCHFVFLALAPFMPKTRLVRIFGRNLLDDAEQAGGFDALLEFQDHKPFECVGEGRESRAAMATLAQRPEWKEDVLVKRFCNEIQPQLDAAELELAPLLQLQGEHRVPAALWERVREDFEA >MCF2604604.1 ribokinase [Parabacteroides distasonis] MNRHELCCVGHITLDKVVTPKNTVYMPGGTSYYFSHAIKHFDDIDYTLVTALAESEMKAVEELRAEGVEVAVMPSRHTVYFENIYGENQDNRTQRVLAKADPFTVDYLRQIEAKIFHLGSLLADDFSLEVVRYLSEKGLVSVDSQGYLREVREQDVFAVDWPAKKEVLRYVHFLKANEHEMEVLTGSADPEKAGKEIYSWGVKEVLLTFGSMGSLIYDGQTFHRIPAYVPKEVVNATGAGDTYMTGYLYQRAKGAAIEEAGRFAAAMTTLKIEGLGPFNGTKADVLHCMETAEERYL >EFK2137151.1 MATE family efflux transporter DinF [Escherichia coli] >TFA40460.1 MATE family efflux transporter DinF [Escherichia coli] >HAI3390652.1 MATE family efflux transporter DinF [Escherichia coli] >HAI5991775.1 MATE family efflux transporter DinF [Escherichia coli] >HAM7049535.1 MATE family efflux transporter DinF [Escherichia coli] MPPGIAVCFSSLFIRLVCMAFLTSSDKALWHLALPMIFSNITVPLLGLVDTAVIGHLDSPVYLGGVAVGATATSFLFMLLLFLRMSTTGLTAQAYGAKNPQALARALVQPLLLALGAGALIALLRTPIIDLALHIVGGSEAVLEQARRFLEIRWLSAPASLANLVLLGWLLGVQYARAPVILLVVGNILNIVLDVWLVMRLHMNVQGAALATVIAEYATLLIGLLMVRKILKLRGISGEMLKTAWRGNFRHLLALNRDIMLRSLLLQLCFGAITVLGARLGSDIIAVNAVLMTLLTFTAYALDGFAYAVEAHSGQAYGARDGSQLLDVWRAACRQSGIVALLFSVVYLLAGEHIIALLTSLTQIQQLADRYLIWQVILPLVGVWCYLLDGMFIGATRAAEMRNSMAVAAAGFALTLLTLPWLGNHGLWLALTVFLALRGLSLAAIWRRHWRNDTWFLAT >KAG9223390.1 hypothetical protein CCMSSC00406_0007577 [Pleurotus cornucopiae] MSDHTVRLKSTPVKPTKPPPTNRKEMSAFHLPPDSLIPNTDFCRTWLNVHDVIKELVLDKKLTKLAEAIHKSKGTCYDKVEILLNYASTLIHNELCPSSEFIVFVDNHSFVPTYHPNEIKAGAPDSVAILESVLKKLQQDERNRIPWHLTLTAVEEKKAVDAKVGPAQCGAYLGYANQARPDMVGMYGLSVSPRSFQIQYSCPAGLATSEEFNWTAQLGGVLAYICTLYLPRTDFAPRDTTISLATGRDVLGPPLWDIDVGDKVYRNCKVQFVGQPWTRMTWVAEAETDDKEGPTVIKDSYCDVRTPFKEGDMYEILHKEGSAPGFAAVDREYEVKYKDTPITVSVKKLTRIKTRLIMKTSGLPLTKCRNIVDFFKGMYDILEAHRWMVAERKLLHRDISHGNIVVEAKDAWKIKKFEGKKPPIFIDEVLHGKHAPPMARLLDMDNCANLDRRKMKSKGGKGDDEPLRYRTGTPKFIARSVAAGRILDNFSVMPMPKLQPEIAATYEEVHRNDSSKLRELSDANGSTHGSRISFDRVTLYSEDCSLQVADFEHQPFHDAESVYWCIAAFVLLAKPLNNBXDEGQRQLSQIWDFMAEHEVGNAXXXRSALISGNXWAXWLHKDLSFISKLMTDLTRQIRPEWALLDPAPEPLHLHEAMQRLILQYVHDWEKNHLNVELDTVSCRTFTPVERKPMAPKSKHPLIGQIITSSTLGKRDSNSAAPLAQSGSKRLRKTGDDEPLDAELAELQQAWIDSQSTPVGSEPLEYAAEDEDEDTSE >CDE36962.1 uncharacterized protein BN634_01434 [Eubacterium sp. CAG:38] MQKKEVCLGMIGAGRATELHMNAIHRYSGVPVRCKTIVARRWEQVVEAKNKYGFETATLNVKELLEDPEIDVIDICTPPYMHEEMIIQAMEHGKHVICEKPLCGCFDTTLSKTEMYESVLNSLEKIDDIIRKTNRKFMYAENYIYAPAINKAAEIITKKKCRILFAKGEESLKGSSSAVAGEWSKTGGGTFIRTGAHPLSAILWLKQVEAKVKNCDIKVDTVLADMGCVTKTLSEYDHRHIAARPIDVEDTSTVILKFSDESRATIMAADTLLGGSLNYVDLYCNDAVIKCNLTMADMMSTYFLDEERLDDVYISEMLPGKTGWNNPFLEDEIMRGYTDEMRDFIEAVYYDREPKSGISIARDTIKIIYAAYKSAELKQAVELE >WP_239108544.1 lytic transglycosylase domain-containing protein [Microbispora siamensis] MSSGQQLKDRPRAPRSRRGGDERSGSGWLTAKRIVILGVSVVVVVGGATFVIRTSMEHNNAPKQVLGPDSFLALDPNAPDPESDILKEQAVQALRKDRLQSTREDRKKGLDPVEIVQKAPGGGGFTPADFPPGSTPDPGSNKALGKQMAEARGWGGEWGCLEKLWDKESHWNERAMNRYSGAYGIPQALPGSKMASAGSDWQTNPATQIKWGLGYIAGRYKTPCGAWGHSQSTGWY >WP_201700143.1 PaaI family thioesterase [Paraburkholderia hiiakae] >CAD6558739.1 hypothetical protein LMG27952_06694 [Paraburkholderia hiiakae] MNLVAEMPAGLTGVEQLQHMLHGSRGPAIGETLGFRLVEVEEGRAVFEGTPGLHVYNPIGTVHGGYAATLLDSACGCAAHSRLGPNQGYTTLELKVAYHRPMTADTGVVRAEGRVLSIGRRAAFTEASITDAQGKLYASATSTLLVFDR >PLW21337.1 hypothetical protein PCASD_17198 [Puccinia coronata f. sp. avenae] MTWPTGDVTSPATPPTQPLADVVSNRNSRLKIDWRCFWIDACNSSPAWVDATLALFDTTPVSLDKNLPSLDTELASIDTISTIVDATSVRGSDAISKLITLPRPSRPSPTICTTSANLNRLVSLPLTATTMQPSGFSQLITAKVFCFNPRSTRGGRQSDHQFWRSSSNESWPQSLNNSNNLDTEARNLINFLNSGAPDLSDKSKAGQARIDILICTPNQWDLVSRRGKQQKMVERTGLLIADEIHLIGSEIGTAYEVIVSRTRYVTAQSEISKTRIVALGCPLANARDLGDWIGANSQAIFNSAPGSRPLPLEVHIQSFNVPHVPSLMIQMAKPAYLSILEYAHEKPVTAFVPPRKQCRLTASNLSIYALSDKDLQRFLNIEQEDLAKVLDENLCKTLASGIGYYHEAMSNTDKVIVQKLFKVGAIQIFVASKDTAWSIPITAYMLIIMGVQSYEGKKHCYVDYSFSDILQMMGRACSQSKDSLSQCVLMCQQVRKE >WP_198297627.1 alpha-ketoglutarate-dependent dioxygenase AlkB [Bordetella genomosp. 9] MAQLTLFDSPPAPTPPGWRYQADFLDADQEASLIALVRSLPLQAAQYKGYTARRRIVSYGGSFDYDANRLRPAEPLIEPLHGLRARVAQWMGVDPEDIAHVLVAEYPPGAPLGWHRDVPDFQDVAGVSLGSGAVLRFRPYPPVSPRRKDILRAEVAPRSIYLMRGPARWAWQHSVMPLAETRWSITFRTPAGKRPA >CAH0542131.1 hypothetical protein [Oscillospiraceae bacterium] MFQKLGDALRRFMYGRYGADSLNKWLLIFAVVLMLVGGLGSRYLAPWMAAFGTLAYVPLIWSMFRIYSRNIEARRRENAAFQRFFTRLRDRQNRYFTCPRCRQVVRVPRGKGRINIRCPKCGEQFIKKT >MBO5545990.1 hypothetical protein [Bacteroidales bacterium] MQENQDTRDLDRFEQLLEDGLLKVCSGAGLLPADLVRNPDIDGLWDVYIKDYIADAVVNFNDYPEAAIAWAGFLGLGVAWGWDADWHRYKDASYRSWYGSRGWDDMDEHILRDVLGLPLDSPEAKKISDTLQSCALAVLGLLQHEGVETQTARGVYLLARTYTVLYRFGAAIELHRLGYRKVLVG >XP_054844157.1 cytochrome P450 2D14-like [Eublepharis macularius] METLMAVISWMGAQALSFWNNITATLIYLLLLALLLDYVMFRRKSSRLPPGPTPLPFFGNLLQLDFWHPLNTIPQLAKRYGMLFLAQAGWTNLVVLNGFKVMKEALGKKTEDFIERPSVPLLCLAGYTENCQGLVMAGSSTGWKEQRRFFLSNMKNFGMGKKTLEMMVSKEAEHLCSELKSQGGTPFKPHYLMSTAVGNIMCALTLGSRFEYSDEKIQTLLHLTEDLMKTFTKNITQMVAARSWFSYIPGPHLKIREVYNDITAIFKEILNEHKKTRDPAFARDMTDAYLEEMEKAKGTPESSFNEQNILKIIFELFATGTATTSATILWGLLEMVLNPEVQKRVQEEIEKVHGRDKPLMMKDLPDLPYTNAVLHEIQRCADIIPIAFPYITHHDVEVGKFVIPKNCIVFNNLSSVLKDETMWEKPHNFYPEHFLDANGQFVKREAFLPFSIGRRACPGEQIAKVELFIFFTTLLQRFTFCIPENHPRPKEDRVFSFNVTPLPFHICAIPR >WP_053767117.1 rhodanese-like domain-containing protein [Thermus aquaticus] >KOX89240.1 Thiosulfate sulfurtransferase [Thermus aquaticus] MELPKDAVLVDTRPRPAYEAGHLPGARHLDLSAPRFRLREESELRALEEALTELFRSLGLRSPVVLYDEGLTSRLCRTAFFLGLGGLEVRLWTEGWEELATEGETPKPEPSDTLAHLQRDWLLTADEAARHPLLLDVRSPEEHKGLVHPPCCPRGGRIPGSRNAPLELFFEPEGLLARLGLEPGQEVGVYCHSGARSAVAFFVLRSLGVRARNYLGSMHEWLQEGLPTEP >KNZ32786.1 MAG: single-stranded DNA exonuclease [Methylibium sp. NZG] MTLRDAPPRAVWALEQAGVHPLLARLLAARGLRSAEELDDGLARLIPPAELLGAQAAARFLADAIAARQRLCVVADYDCDGATACAVALRGLRLLGAQPDTLHYVVPDRTVHGYGLTPAIVDLAMHKQPDVLLTVDNGIASLDGVAHARALGLAVVVTDHHLPALLDGRIVLPDASVIVNPNQPGCSFASKNLAGVGVMFYVLLALRSELRERGVFTSHTQPRLDTLLDLVALGTVADVVRLDANNRRLVAQGLKRIRAGQMQPGVAALFSAAGRDPRRAGAFDFGFALGPRINAAGRLADMTLGIECLLTDDAARAAELAHALDGINRERREVETGMREQAEVLLQALLERDDRIGTEPPSALALFDPAFHEGVVGIVASRLKDRLHRPTFVFALGKDGLLKGSGRSIPGFHLRDALDLVAKRHPGVLTRFGGHAMAAGCTLAQDQFAAFDAGLQQVAREWLDAATLARRLLSDGPLPLEHFTAQTVRALDAQVWGQAFEAPVFCDEVEVVSQRLVGEKHLKLTVKHAGVLRDAIWFGHSEPLAGRVRLAYRLSVDEYNGRERVQMVVEAVG >NYI84739.1 phospholipid/cholesterol/gamma-HCH transport system substrate-binding protein [Saccharopolyspora hordei] MNRRLVLAQLALFLVISVACTSYVITNVAGPGALRSPVRVTVRTPDAAAIAPSSQVTYRGVVVGTVSEVRLDPGGAAVELALHPGTLVPADSTAVISTATPLALQTVDLQPASDSGPYLHDGSTIDAARTRRPVPLDTLLVHFTELSEQLRPDDVAAVTEALATGLAGTGPELTRILDGTAVLLDTVREHRPQLDRLVSSSRRLTGPDGDRIRELAAGLRSLAGQVREHQPQVEQLLDTAPSTTRRLTDLFARTDPATTALLGNLVTTGQIVTVRGPALDQLLISLPQALSGLGGVVHGDAADLHLVATQGPICASGTERRSPTRVEPREADLRWHCPADRPDLSQRGAANAPRPAMTTYDPATGDTPAGLQLGTAGGQATVLGPRSWYSVPLQGVR >ABY20040.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20045.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20066.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20084.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] >ABY20094.1 aminopeptidase N, partial [Lactococcus lactis subsp. lactis] ETEKAFQSLVGKLFAKNYARLGWDKVAGESAGDESLRGIVLSKTLYAENADAKAKASQIFAAHKENLAGIPADIRPIVLNNEIKTTNSAELVKTYRETYVKTSLQEFKRELEGAVPLIKDEKVIAELLESFKNADIV >WP_012283464.1 D-ribose pyranase [Heliomicrobium modesticaldum] >B0TIM6.1 RecName: Full=D-ribose pyranase [Heliomicrobium modesticaldum Ice1] >ABZ84967.1 ribose abc transporter rbsd [Heliomicrobium modesticaldum Ice1] MKKQGILHRDLAALIASLGHGDLVVVADSGLPVPPGVPCIDLAVTKGVPSFLPVLEAILSEMVVENATVAEELKPNEQIIEALAGRLKPVQLHFINHESLKTCCRQARAVIRTGEWTPYANILLYAGVAF >MBE6306819.1 threonine ammonia-lyase [Bacteroidales bacterium] MLTIDRIRHAAEVLSSVVRRTDMIRAPRINCESEIYLKTENLQVTGSFKVRGAYYKISQLTDEEKQRGVIACSAGNHAQGVALGATKNGIKSLICLPAGAPISKIEATKRLGAEVCLVNGVYDDAYAKALELKEKHGYTFVHPFDDELVIAGQGTIGLEILEQLPDVEAVIVPIGGGGLISGVALALKTLKPDVKIYGVQAAGAPSMEVSVKENKIIRLPSVSTIADGIAVKEPGVNTFEYCRKYVDEIASITDEEVATAILALIEQHKIIAEGAGAISVAAAMLDKFPIKGKKTVCLVSGGNVDVPILSRVVKTGLSHVGRAFTLCVELPNKPGKLREILAIIAEHGSNVLSVKLKDSSVNGGYAEMRLETRNHEHIEEIKAAMKQQGYNII >MBQ3226584.1 hypothetical protein [Clostridia bacterium] >MBQ3554477.1 hypothetical protein [Clostridia bacterium] MTAKRVRGICIFLIAFVLIAALSWYLVKSKGENRHSKAVMVMMTKQYKGECYEE >WP_185644473.1 hypothetical protein [Listeria booriae] >MBC2305740.1 hypothetical protein [Listeria booriae] MAMKDQIETEVNQYLADNNMSTSFQRLLYAGPSMRTRHNLVLVFTEVGLITFSFSIVSKSETQMFFLPKEKIRAIRLDKKRFVHKLSMEAENEEGEVERAQYFVSKRVFGRAWHKETLQFLFDKNIFSSLKN >MBJ7287465.1 chromosome segregation protein SMC [Williamsia sp.] MHLKSLTLKGFKSFASATTLKFEPGITCVVGPNGSGKSNVVDALSWVMGEQGAKALRGGKMDDVIFAGTSGRPPLGRAEVTLTIDNADGALPIDYSEVSVTRRMFRDGAGEYEINGSSCRLMDVQELLSDSGIGREMHVIVGQGRLSAILESRPEDRRAFIEEAAGVLKHRKRKEKAVRKLESMQANLARLGDLTDELRRQLKPLGRQAEVARRAQTVQADLRDARLRLAADDLVTLRGAMADQSAVEAAIREQSDLVAAELDTATAEMNRHEADVAAIVPAAQSAAASWFRLSALAERVDATRRVAAERTRHLSQPVVSENGRDPDELEMQAEAAAEQEAMLDEAVVTADAALEATRGALSGAESAAAAAEKAHMDAVRAVADRREGLVRLEGQVTNLTTRAESTDAEAARLSSAIADATLRAEEAQAEFDAVSATVADLDAGELGLDEHHERSVVALNHANERVAELQTAERTGEQRVASLTARIEALTTGLHRKDGGAWLLSNGVDGLLGSLVDLLDVDAGFEAAIAAALGPAVDAVAAADLSAARTALSALKSADGGRAALMIGGLSAPAHAERGALPHGARWASQVVSAPDDLRGAVSLLLAETVIADDDTIAETVARDARERGHRLDVVTLDGDVLGPGWISGGSDRRPSTLEVQADIDSAKADLVIEQHKREQVSAALSGALAEQESRRQSADDALAALHESDAAVGAVYEQLARLGQTARAARDEANRLTAQRAGVESGRAATLAELAEMEDRLRAARARPDDSDDGDEGADTERVAAVAAVSMARAAETDARLTLRTAEERLASVRGRADSLRRAAASERDSRARAERQNRARAHAAEVAHAVVAAADEISERLVDAVAQAQTARDELETARTERSAQLDAVRRRVGELTTTMTRLRDELHRDEVAGAQAALRVEQLEEQISSTYAIGLEDLVTEYGPDVEMPPSELEMAEYHQAVERGEIVVAPTPLRYNRATQEARAKRAQRDLNTLGKVNPLALEEFAALEERYTFLSTQLEDVRSARRDLLEVVEDVDAKILQVFSEAYADVEREFAEVFTTLFPGGEGRLFLTDPANMLTTGIEVEARPPGKKVKRLSLLSGGEKSLTAVAMLVAIFRARPSPFYVMDEVEAALDDTNLRRLIRLFEQLRERSQLIVITHQKPTMEIADALYGVSMQGDGITTVISQRLRGVDVSA >XP_056097092.1 Fanconi anemia group A protein-like isoform X2 [Rhinichthys klamathensis goyatoka] MARLVPGTRALLSEEDEPDACADVCDLTGRVQDSAVALWRNTQIRSLRKRPQYQLSFSEWLSAELQVHRSRDALTDAERQEYEQWACHQYLHMSECDGGCDGDVTQICARIISAVLDHHTTSRTGARSPPPTDCCLPDLLSLLQAFLYEELLTHSASKDTGHFLWDLIDSRCSVTPDPDSIAQELKYQQTLHDVSRVLALLPAALLVSARTDRRTLDCRRMMDHITHVQRRASGSAGLLSFSLTAHFLKAVVCVGASCAGPADAVNACVSEFSAQCPLLLLSAARWWRRLSVVLSSQWKRLTGRDALPQQLQMLDDSHSWSSRLIKGLASAAPAAPSWLLAAALHSVLRRSDSESRRRVLTQLDDKDQVWLFLFLYSVMELISAQLNDDVCVKRVRDASAGLLAHLLLHDADWLLLFDQSGSDHRLSGFSSRVASPQILRLMPFAFYSILSALDSEVLTRAIRSPGFLYRAAVCYRDLSQLIMSGSTTQQQVLLEARKLLMTSISLSSRTCLSLSQRKQLCSEYEELDAEISAALAHVT >WP_182050463.1 hypothetical protein [Changpingibacter yushuensis] MSAKHASPTKPTYEQLEAENAQLRHDRKLDREQIGLITRDSDLMRQELDRRRARDAALKGIEEDSRAFLQFLELHDQYV >KAJ2660037.1 hypothetical protein IW148_003968 [Coemansia sp. RSA 1199] MDNIQVFMRIRPLSEDEYRRDRTAESAVRILADNMVSIPSQRSENFTFDYVGDENCPQHEVFEAVGRRAVDQCMQGYNGTIFAYGQTGSGKTFTMQGARDEFTGPDDELRGLIPRCFECLFERIAEEEARTNGRVKYLCRASYIEIYNETIYDLLDPLTRTCAMREDIKRGVFIDNVTEETVQDPNEAYDVFVRGTTNRHVSATSMNRESSRSHSVLMLVIQSLTQMDSGLTEIRESKFNLVDLAGSERQKLANTSGLRLKEAANINKSLSTLGNVINSLVDISNGKSRHVNYRDSKLTFLLRDSLGGNSVTFIIANVSPAMCNDIETASTLRFAQRAKMIRNKAVVNQDMQGNVAQLQAEIQKLKSQLAQLKHTPSDGRSPPTADSVMSNDTIKPESPSAKEHRTTQFLLILAMRKLRESERQKSRYAEIIFELKDSIDCRKRQLQQQKLVHKLKSAEIAALRRNASIGYVTSAENAALREEITALQSALSAQPDASDLLIENLQLHEELEFCMENQTALSDLPARSDAVVALESLINTKANSVDLQSVFPIIPDDNVYAGLEDKIKQAKHDITDLELQRDKLEFQLTSIEEDWMCVSSGAHKLAEAAGDEQVADIVESTLDCIVGDQARDTWRSISSLYTRAWRIAGKLCAAGLATVCTGIHLTQHYQEHSELWILATGLQLLSLLGALQFHYVQYVRSPGSSDALLGYWLVSAGLSIEMTHLEARHMLIESSFDGVLLQSAYIGAVVVAFVLEITTRPSPSYFVLDCECQDNMECRESRSQIGPKQHSNIFSRLVYMWVTPAINNGLSQNRYREEDLLSVPASISGNQANANFLAEWESQCVNGNSSLLRVLARSVSHDVVVSGLYMALSTTAQLLQPLVLKQVIGYFQASGDSTPIDEGLMLALGMGCLGLVRAVAYQAHWHVLMKPYLWLEKVLAALVYHKTLHLSSESRSRHSTGEIASYLGVDVGTLATSINYVHFVWDYPLRISVVLYMLFQTVGYASLAGVALLLLNTFVSARIARVVQRHIKKYVDSRDQRMQVVSETVANIKGIKLYAWQDAFISRIERIRNKMELLALRKVGLWKSLLTLTSSLVTVFICLTTFAVYVLFDGTSHGPLTSQLVFVSLSLFMLLEEPLSQSPTVVSAFVSAARSYSRICDLAASCEVDSSAVSREPYDRDASSTSTNDVLVSVENGTFKWLSADEPTLHNVSVQCKRDELVAVIGRVGAGKSSLVSAILGDMIKCDGCVRVRGSIAYVPQQAWIMNATLRDNILFGSRFDQEFYDRVVDACALRPDLDILPAGDMTEIGEKGINLSGGQKARVSLARAVYARADIYILDDPLAAVDAHVGKHIFTHVLGPQGMLKTRARILVTNAVQYLSNVSHIVMLYKGVAVAQGSLSEMLPSSAKARELINQAALLSHQENLNQDLSDKAATNGHISRNNTPSNNESKSAHSIIKKEVQETGAVGWDCVKYYLRACGTKNICMLLCAAALTLMLNASSGIWLARWSQVNESHTVNYLTTPVYYLTGYGIIGVLGTLAMATTSILLWQRCSISASKAIHAQMLQAVVCSPMSFFDATPVGRILGLFSSDLAQVDDNMPTCAELGIKGFIQMLVALLLIVISAPFTLVFLIPLSLVYADLHRQFMPTTRDTRRMVNTMRNMCISATEETISGATSIRAYTYQPKFEYQHAGCVESYTMAWWTYLCANRWLAVRLDVISAGIVLFTNITLILVQHVFGGVDGGYVGLSLTYALSLVGVLNMCIRYTTMLEMAFISIERTRKYSSLVPEASKTIEDHRPATTWPDQGMVEFKDYSTRYREGLDLVLKGLSIRVLPNQKVGIVGRTGAGKSSLTLALFRIIEAAGGQILIDGEDIAKCGLFDVRSKLSIIPQDPVLFAGTVRENLDPFNSYSDQEIWQALEHAHLADVIRTKDERLEFMVTQSGENFSVGQRQLICLARALLKRAKVLVLDEATAAIDNATDTIIQESIRKEFKNCTVLTIAHRLNTIIDSDMILVVDGGRLAEYDTPQNLLENKNSLFAKLIEEARATNS >WP_190971545.1 hypothetical protein [Nostoc linckia] >MBD2565889.1 hypothetical protein [Nostoc linckia FACHB-391] MMTGFTQLKPQFVTHLGLLYQKFYLIYLTCLNINQPLQYILKVCLLTTIINSLAVNVVAAEVQTFGQAGRNGVDGRSGRDGNSATEQTIRANEQLQTIDLSGTDGEAGESAISGEQASGCQQPQNVTVNVCGAKGGNGGNGGDGGDGGDGGNATVYFESLSKLKNVVLRNRGGRAGVGGKGGQAGSGCNCTQPRWTVNYCTWALMAQQTNVANAEWKEIKRELFRCSGDAFYDEQQYQPQLAILDPNYRYGWKYIGLSQQRDFTCENGFIGQAGRNGIDGQLGSYGQVLLVKGTEIPQEQISYSDRVSLLVDRSIGLLKKNLSKKMGLQSLLGTGSDVRDSYRLLETVQSSFKVSWQTVKRPQDLGDPPLKAEITESGKLQFYIPGTLEYKLNNLPNQTEIAITGGIHPKRLGRFKFKGFDRFRDPRNFTLLDEGKLLGELKAVKLTIILSQNNSKVSEMSYPLVPHRPYPHWADAYQLNLGDRFDSWLQPGQPVEYEIRIEQTTRAGVTYTSGMKIGFVGGKVTHSPNIQYYSGTALTDILKLID >WP_236961032.1 response regulator transcription factor [Methylobacterium durans] MDGPIYVKHEAVGEGVSSGFSAQPQSEARPLSPAEIRVLKCLAEGSSNKVIAIRYCLSEATVKIHVKNILRKVNAGNRTQAAIWARENGVHFS >WP_149886053.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes shahii] >KAA2374821.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes shahii] >MBS5476293.1 RagB/SusD family nutrient uptake outer membrane protein [Alistipes sp.] MKKTVIGLMLCGAAALASCNLDTIPTDKYTVETFWETEEGTEAAMTGCYNILTNSALFGDSAPLLEETCTPNAYNYNNAGGYNVIAQGTHTANSSGIIANRWKKCYEGIGRCNTHLNRLPAAAVADDRRVQMEGEAKFLRALYYYMLVTYYNGVPLILEEPVYAHGSLPRASREEVVRAILDDLNDIIDRELLDWQWTKAADQGRATRGAAMALKARLLLFEASKLVNPSNDAAKWQAAADAAKAVIEKEAQAGYDLFGDYRKLFLPANEHSCECVFNIEFSKTKNTAVNSFNVYSVQYRNNAPLLDLVMDYRTTTDGAATMGKYDNLDPRFAATNFYPGSTFLGKANCPAGEVCQFTGFAHRKLTIYDAQKRDSDDSNGETNYMFIRYADVLLMFAEAQNEVDATPSDAVYDAVNRVRGRVGMPTYAYGSKSQSEMREIIRHERRVEFAGEGLYYNDIRRWMTAELVMNAVIQDYAGTDIAVRAFDPDRDYWWPVPADQILLNKKLEQNPNY >WP_144002426.1 RNA methyltransferase [Streptomyces spectabilis] >QDQ10497.1 RNA methyltransferase [Streptomyces spectabilis] MADLSSIETIEDPDDPRLRDYTGLTDVELRRRREPAEGLFIAEGEKVIRRAKLAGYEMRSMLLSAKWVDVMRDVIDEVPAPVYAVSPELAERVTGYHVHRGALASMQRKPLPTADELLRTHRRVVVMEAVNDHTNIGAIFRSAAALGMDAVLLSPDCADPLYRRSVKVSMGAVFSVPYARLDSWPKGLEGVREAGYNLLALTPDEKARTLDEAAPHRMERVALMLGAEGEGLSRQALVAADEWVRIPMAHGVDSLNVGAAAAVAFYAVATGRPAS >WP_029542314.1 sigma-70 family RNA polymerase sigma factor [Rhodococcus aetherivorans] >KDE14176.1 RNA polymerase sigma factor [Rhodococcus aetherivorans] MSDGNFSAHPGGAFPAEQFEAHRDHLRAVAFRMLGSASEADDAVQEAWLRLHRSGTDEVANLGGWLTTVVSRVCLDMLRSRGSRREVPLDQPDRPEPRSTDPRDVPESAALLADSVGVAMPVVLDTLAPAERLAFVLHDLFAVPFDEIAPIVERSPAATRQLASRARRRIQGATAPRADLMRRRRLVDAFLAASREGRFDDLLALLDPDVVLRADDVAVATARAGAAHGAPALAHELHGPHSVAKVFDGRAQAARTVLVDGMPGAAWAPGGRPRTVFAFTIEDDAIVEIEVVSDPGQLAALEVTFPDAG >KAJ4533602.1 hypothetical protein HRR77_008365 [Exophiala dermatitidis] >KAJ9002340.1 hypothetical protein HRR94_008665 [Exophiala dermatitidis] MMPAHDHTSRVTFSVPTVTIDPETGYFVNIDEIRDVEYPALAETTYLDHAGTTLYAKSLIDSYSRELTSKLFGNPHSASASSQLSSRRIDDYLLQTPLPPSSLSEMHFETISMASDTGTTANPIPVLWA >KOV59425.1 hypothetical protein ADL01_36075 [Streptomyces sp. NRRL WC-3618] MWSSLRTHSIPRWGRVELRREKSRGRPQYVVGPLELGVLLAQRHQLGAFVGGEPVVALAGIGLGLMDPGCAAGLRG >QTD03487.1 ORF1a polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDIFNGECPNFVFPLNSVIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPPDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVIMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLNTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGTDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTVYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNGFAV >WP_194546214.1 hypothetical protein [Streptomyces albidoflavus] >MBF4132714.1 hypothetical protein [Streptomyces albidoflavus] MGPTLINGIPAHPLLAHAVVVLVPLAALCLVACAAWPSVLRRFGVVLPLMALVVLVLVPLTTNAGEWLEERVRESSLLEEHAELGEGMLPWAVGLLAASVLVWLLHRKPPHPVPQRGGKDVTARTRTWPRWVALFLSVVVVAGAVVQVYRIGDSGARSVWRGAFSATAD >HAJ6883934.1 chromosome partitioning protein ParB [Escherichia coli] AGSGVVVSWRYGNVCVQRGVQLRSEDDATDDADRTEQVQEKASVEEISLPLLTKMSSERTLAVQAALMQQPDKSLALLAWTLCLNVFDSGAYSKPAQISLECKHYSLTSDAPSGKEGAAFLALMAEKARLAALLPEGWSRDMTTFLSLSQEVLLSLLSFCTACSLNGVQTRECGRTSRSPLDSLESAIGFHMRDWWQPTKANFFGHLKKPQIIAALNDAGLSGAARDAEKMKKGDAAEHAEFHMKDNRWVPGWMCSPRPQTDATERADNLADAA >WP_277264109.1 phage tail tape measure protein [Proteus mirabilis] MSQQIADLTINLGAETADFKEQMGRVERQLQETAEKAEASQRRMAQLVEQQAQTARSSAESTAQSLQELNNQQEISQQQRADYYQRIAQEEARAAIESRKQADAFLEQAQSVGHTRDALEQLTEVLNKSTKAYNKLKITGEQFAEIQNVTKSRIKAIQDQQDANTEKYFKQIEAVKGLSGGTSALRTIQAQLNQEVKKGTIHQQDYRTLISAITSESMKLRREEESLTQQKTRFIQRLKEQVATKNLSREQMLRYQASQLGVSSSAEIYIRRLSESSKETKEFDKNSKSLAGRLRGIANSFNMGSLVRGGIWGGITAGLTGVAKLAYDAEREFSQFNKQLILTGNYANKSASQLNEMARTLAGGGITRGEMALSISSVVGTGVFSNNEISRVSKAAAQMNYITGQAIDITIDQFKRLQDEPLQMSLELEKANHHLTASQLEQIRTLELQGNKTEAAKLAIDAYAQSINDGANDISDSLGFLESAWINIQREAKKAWDAMLDIGRDKGVTEKLTTYKEQLYQLQLHGMENSYEGRELQKVIKELENKKYEQDLKNAQAQAVKDSEQFKVNQIRNQEKWKSYFSWETQRLQKLAELEQDKHSLTQKQYEEAKAMINFRLRDRQMPGTGKGKGYVLPTGNREEEKASRDLLALQAQLEMLKKHQSANDVISQQRKDFQKEQAQFAILEQAQLTRRLTNAEKSLLSNKENILAQKEKLALVGDEVALQERLNKMQDQADKYIVQQSEKRKAIEESMGKSAREQQRYLERAQLLAGQKENPQLNNMLAEQQKTYEVEDQKRADWLAGAQTAWGNYKDTALDVNTQIQNATSMALNGFSSQLTNVLFEGEANFKDFTKSILKMLTDILIKMSLVKGIEAMGFGFGAPVANADGGVYNSASLSAYSGQIVHKPTMFAFAKGAGLMGEAGPEGIFPLRRGADGKLGVIAKMPNQGVGVTQINHITIQNDGSNGQIGPEALKKVYEISKRGAQDYIMSQRRDGGAM >WP_153033981.1 beta-ketoacyl-ACP synthase III [Amycolatopsis sp. YIM 10] >QFU91731.1 Acetoacetyl CoA synthase NphT7 [Amycolatopsis sp. YIM 10] MTTAILGTGSYLPETVLTSAELGKRLGVGEQWIYDKTRITERRVAAPEEATSDLATRAAQSALEAAGLTAADVDLLIVATSTPDQPIPATACAVQANLGAVRAAAFDVDSVCTGFIYALVTAHAMITADPLPRNALVIGADTYSRILNYRDRHTCVLFGDGAGAVVLGKRGNGRGWLASTLSSDGTQAELVRIPDGGSRRPITAQSIAEGQHYFTMYGRQVRELAARVLPDLMADVAKSADLTLPEIDLIVPHQANGMMLKDLAEALDLRPGQMHLTVGRYGNTGAASVPITLDDAVRAGRVEEDDAVLLVAFGGGMSWGGAALRWAPRRRAGGLR >GHP52484.1 Fis family transcriptional regulator [Helicobacter pylori] MINTIFCATMQRGVAEIVAVEATFTRALPAFVISGLANSSIQEARQRVQSALQNNDFTFPPLKITINLSPSDLPKSGSHFDLPIALLIALQKQELAFKEWFAFGELGLDGKIKPNPNIFPMLLDIAIKHPHAKVIAPKANEELFSLIPNLQCFFVEHFKEALEILQNPEIKADTHTKKLPFKTIELNDKEYYFSDTYALDFKEVKGQAVAKEAALIASAGFHNLILEGSPGCGKSMIINRMRYILPPLSLNEILEATKLRILSEQDSAYYPLRSFRNPHQSASKSSILGSSSLKEPKPGEIALAHNGMLFFDELPHFKKDILEALREPLENNKLVISRVHSKIEYETSFLFVGAQNPCLCGNLLSATKACRCQDREIMQYKNRLSEPFLDRIDLFVQMEEGNYKDTPSHSWTSKEMHQLVLLAFKQQKLRKQSTFNGKLNEEQIERFCPLNAEAQKLLEQAIERFNLSMRSVNKVKKVARTIADLNACENIEKSHMLKALSFRKIS >WP_141817398.1 SigE family RNA polymerase sigma factor [Ornithinimicrobium humiphilum] >TQM95680.1 RNA polymerase sigma-70 factor (sigma-E family) [Ornithinimicrobium humiphilum] MRSAHEQEFAAFFDDASPRLLSAAWLLTGEQHAAEDLAQEALARTYARWAKVRTGNPLAFARRVMANLHTDRWRKHRREVLTEDPPETSLVTDPQTVDLVRALRGLSPRERECVVLRHYLDLSEKQTAETLGIGVGSVKSYTMHGLRGLRAQLLEGEQTHV >AYV78736.1 MAG: transcription initiation factor IIB [Edafosvirus sp.] MDKIINIEDINNLTDIDLRDIFEDIDFKKKAGVQTDVEKEIDICPNCNTADNIIDDSSAGISVCKKCGQVIGSLMDSNPEWRQFDDDTKTTVGRCSLPISQLLPQSSLGTSIGGLGRSRIKTLHGWNAMPYKERSLNIVLKEIQYRCHKGIILKCIEDDAKIMYKMVSESKHLKGKNKGKSIIIRGANRKSLIAACIFFACRRKGETRSPKEIADIFEMKYTEITKGCKTFLKLMKIRKKGKFDLNMNSSFPEHFVTRFCKELKIKKLFMDQALQITKNIQKLNIASVHTPLAVATGSILLMADLNNLSVLTKRKIAQQFNVSEVTIAKAYKKILPYKNALIDDALTDKIVISLQKNSDEIIIPDILKKRLELFTKDDKEKIKNKIDKIANEEMFYDEFEEFEEFDDNIEFLDDDEGFKYEYCDINADLTEYKNSIDLDIYEQLNNTDMDYYDLMNNYS >WP_051789242.1 folate-binding protein YgfZ [Endozoicomonas montiporae] >AMO56969.1 glycine cleavage T protein [Endozoicomonas montiporae CL-33] MNNDHASLFAPFLEQVLPASLASLHQPSMSLLADRGFLRVNGPDSQRFLQGQLSNNLDTLEPAQHHLSTACTPKGRMYSAFRLLNSEDTFLLSMHHGLLDTTQATLGKYAVFFKTELTTDSSLVALGLSGSDISTTVNEVFGRTPEAGCAIEVGENIWLLAVPGACERYELWLPADQLSDWWNRLKTSFRPLAQSHWRLLDIEAVIPELLPEAIEQYIPQHLNLPSLNAVSFRKGCYTGQEIVARMQNLGQLKSRCYRLTASSAVELPANTKLVNAAGKTMGEVLYAATPSDTNQTELLAVIRVEAAETGDVQLPDIDITFTVSSLPYSIDVKAELQR >EST37880.1 hypothetical protein N566_10555 [Streptomycetaceae bacterium MP113-05] MPTATRSHNRSSLAHRLRYAARHPQRVVPYLRRHLRDWRLQRRSGGDHLAYYRAVMKSDTARNPRGAVGTPSEERWNALGRMQFDYLVEHGLVPGDHMLEIGCGNLRAGRHFIAHLQAGHYYGVDISPDILLSARQTLVDHRLQSKLPHLTLVDDMRLAHLPDGHFQVIHAHSVFSHSPLPVIEECFRHVGRLLAPGGFFDFTYNRTDGAEHDVLREDFYYRPATLLALAEKHGLAARTMNDWDELPHKQSKIRVTAPGPEESPKGPEPAVQEPGGSPRRGAERDGERNEGDGNGPEPEADGERSGNHV >ATI48360.1 hypothetical protein CO725_23215 [Vibrio parahaemolyticus] >EGR2288586.1 hypothetical protein [Vibrio parahaemolyticus] >EGR2845636.1 hypothetical protein [Vibrio parahaemolyticus] >EGR3042916.1 hypothetical protein [Vibrio parahaemolyticus] >TBT82840.1 hypothetical protein D5E71_24380 [Vibrio parahaemolyticus] MQLIEIPDELRSKCGSNLHWDLYKVDVRLRSGVVLYNLSVRDRVVFEPTVDESPDKYNFQSSDIVSIRPATIPSRIQTLFFGW >MCI8806686.1 ECF transporter S component [Oscillospiraceae bacterium] MPNLTKLLQDISENLMYVLVFLLIFAAIFAVAMALEKLWLKTERQSSARRVAYIGIFAAIGAILVYFEFPLPFAPGFYELDFSFVPELICSFSLGPVAGVVCALVKELLKLLLRGTTTAFVGDLSNFVMGCSFILPASVIYYVKKSRKSALIGMGVGTVVLTAFGSVFNAFYLLPAFSALYGMPMEAIIGAGTDINPAINSVSTLVLFAVVPFNLLKGVLVSVITFLLYKHIERLLHMR >KUO65278.1 MAG: hypothetical protein APF83_02865 [Lutibacter sp. BRH_c52] MFQLGKTIVSEEIIEKDFVCNLSACKGKCCIDGEAGAPLDEDELLILMDIYPKVKPFLRPEGIEAIEDQGLFTMDEGEYETTLIDGKDCAYSIFDVNNTVKCGIEEAYNQGAIDWKKPISCHLYPIRITEYSEFSAVNYHKWPICDDACTLGAALQVPVYKFVKDALIRKFGEDWYLELEKIAEKHVKQ >WP_150396769.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] >AYB51828.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] >AYB56382.1 sugar ABC transporter ATP-binding protein [Ralstonia solanacearum] MPMTLSPLASPSDAAVPAAARDALLHASGLCKTFAGVTALDNVGLSVHAGRVHALMGENGAGKSTMMKILSGVYLADRGALYKHGRPLQLRSPRDALRHGIAMIHQELNLLPDMTVAENIWIGREPRNPLGLVDHGELRRRTAQLLSRLEIHIDPDTELGDLSIASRQMIEIAKAVSCESDLLIMDEPTSAITDREVEHLFRIIAELKRAGKAIIYITHKMDEVFRIADDVSVLRDGRYVAGGPANGFDHAALITAMVGRELSEIYPKVDVAPGEVVLAVRGLTRRGVYRDVSFEVRAGEVLGVAGLMGSGRTEVMESLFGIVPADAGEVHLDGARVQLRHPGDAIARGMAFLTEDRKKSGAFLSLSVGCNMEISALGRHCTAGFVRQHEMTRKCEAMRRQLRIKTPSLDEAIENLSGGNQQKVLIARWLLNAPRVLILDEPTRGIDIGAKAEIYRLIGMLAQSGVAIVMVSSELPEVMGMSDRILVMHQGSVGGLLARPDFSQERIMALASGVRTFDL >XP_040774166.1 MFS general substrate transporter [Cryphonectria parasitica EP155] >KAF3763205.1 MFS general substrate transporter [Cryphonectria parasitica EP155] MFAAFFGRLPVLFWFLVIATGTAAWCAAATSFNSFCAARILNGFFSTVAQGGGMMFIQDMFFFHQRPRKINIWASFFIMSPYMGPLLAAFMIAYKPWPTPFWVYTAETALVLILAALVVDETYYDRRIPASAQPPRGSRISRIVGISQFRSRHLRNSFGAACMRVVKVLTKPTVLLSATYYLLTFAWVVGINTTLSIFLTPLYNFGPLQIGYFYFTPVVAVLLGEITGHWLHDLLAKHYIRTHKGHFEPEVRLRAIFFSIPLMAVGLVLVGQALQNAWHFMALSVSWGLYVYGIMITTVAVSSYALDCYPEASGEVSAHLNNARTLGGFIISYFQVTWAEASGPKVSFGIQAAICTAAFGIVIVLIVFGKRMRVWAGPLGFTTA >NXC48933.1 PCNP protein [Penelope pileata] MADGRVEGEKARRPPPAGGPEEEAEKPVKTKTVSSSNGGESSSRSAEKRAANEEAEDFTTKPAPAKMSKFGFSIGSQTSKKASAISIKLAANKPKEPVPTLAPKTLSVAAAFNEDEDSEPEEMPPEAKMRMKNIGRDTPTSAGPNSFNKGKHGFSDNQKLWERNIKSHLGNIHDQEN >MBK9653437.1 hypothetical protein [Bacteroidota bacterium] IYPAGNVGINNPFVSASLDVGRKTGLSAAATFWGSNPNFGTHFCYGTNEDTYIRGGKTSSNVIIADLNTNVGVGTSTPAYKLDVCGTMRAKEVRVATGWCDYVFADDYKLPSLKSVEEFIKENKHLPDVTPGAIIESEGLEVGKTSAQMIKKIEELTLYVIELQKQVNELKSQK >WP_227903033.1 hypothetical protein [Arthrobacter zhangbolii] >MCC3294409.1 hypothetical protein [Arthrobacter zhangbolii] MEQKILSFVSPRTAWIVLAGCVAFWLASAADLLEAPPGTPPTMTFLWLYANLMLALASTLVAVGAVAVLVLHRRAAAGNQPAVDIPADEDAEPSDSADASSAVQAAVLPAGEHTPSAPFRLASRLRDRAQRR >WP_071280632.1 MULTISPECIES: DUF3099 domain-containing protein [unclassified Streptomyces] >OII63315.1 DUF3099 domain-containing protein [Streptomyces sp. CC53] MYERRRRAYFAIMGACLVLFVSAWTFVRLWSTEAAVALAFAAALLPPIASWVANRRGPDDRWWDDPTGDAQSDAWWDELDGKRKPGSGPQ >OOF77949.1 hypothetical protein BKG97_10665 [Rodentibacter heylii] MRKKDLIVYCYQALKRFYSDESGVYAVMTALLAFPLLFLISFAVDGSGILLDKARLAQDTDQGALVLVAENNGERENKAHSDVKRQNPSKEEIEKAGEGGKFAAQQHKRNLELVHGIAEYYLRSDKSGAGNVKSKPVIITKDFDYACEKKEKQENPYVRKEFVTCSVQGSVDRQFWLPWGQSALDQSLLKAGRTEIGSGKTYAVKEKGAIPVEVMLVLDFSGSMLDRVGKDKKSRKGNDPLSKINTLRSVVGNVQDILLPPKAPEKVSPFNRIGFVAFAGGARQQNEKFGCVLPYYGRYDKSNLEGVIKAGLNHSYQDVLKEHFESYLDVRQTIDQIYRFKGSNIQYPLTFNNGDACLGGNDGKLTSQAWFDRSNKDIRRALSAITPKGGTAATAGMIIGANIMMNKNKDPNAEPSKLGSNTQRVMLVLSDGMDNRPTDQTLIRLLDGGMCEAIRNQVDSLQDPSQRKQPTRIGFVAFGFNPPANQVRAWKKCVGEHYYQANNEKELLESFKQIIGIEEEVGRSSSKKPSF >WP_011629477.1 M20/M25/M40 family metallo-hydrolase [Alkalilimnicola ehrlichii] >ABI57083.1 peptidase M20 [Alkalilimnicola ehrlichii MLHE-1] MSSEAIRKYVDALWGDTITEALSEFIRIPAKSPHFDPHWAENGHLDAAVALAEDWCHCHAPTDTRIEVVRLPGRTPLLLVDIPGQAPGGVLLYGHLDKQPEMAGWDADKGPWTPVVQDDRLYGRGSVDDGYALFSSLAAVLALRDQGLPHARCTLLIETCEESGSYDLPHYLEALGDRLGQPDLVVCLDSGCGNYEQLWCTTSLRGVAAGTLSVEVLTEGVHSGDAGGVIPSSFRVARRLLERLEDAGDGRILPAAFNAEIPATRRRQAAQAAGVLSDTTFRRFPRVPGLRPDVEDPAELILNRTWRPALEVVGASGLPEPDDAGNVLRTGTALKLSLRLPPTVDAEAATRALDELLTSDPPAGARLHFEPSQASNGWHAPDFAPWLGEALDRASRRHFNAPAVHMGEGGAIPFMGLLAETFPQAQFLVTGALGPGANAHGPNEFLHLPMARKLTACVAEVLHEHAVQGLARAD >MCQ2617452.1 Hop family outer membrane protein HopA [Helicobacter pylori] MKKTILLPLMASSLLAENDGVFMSVGYQIGEAVQQVKNTGEIQKVSNAYENLNNLLTRYNELKQTASNTDSSTAQAIDNLKESASRLKTTPNSANQAVSSALSSAVAMWQVIASNLANNSLSTSEYNKINAISQLLQNTLENKNNGLKIENDYDQLLTQASTIINTLQNQCPGIDGGNGKPWGINASGNACAIFGNTFNAITSMIDSAKKAAAEARRTRPEGPNQQSAFTDADFNKNLNQVSSVINDTISYLKGDNLATIYNTLQKTPDSKGFHSLVSRSSYSYSINETQYSEFQTTTKEFGHNPFRSVGLINSQINNGAMNGVGVQLGYKQFFGKNKFFGIRYYAFFDYNHAYIKSNFFNSASNVFTYGAGSDLLLNFINGGSDKNRKISFGIFGGIALAGTTWLNNQSANLKITNSAYSAKINNTNFQFLFNTGLRLQGIHHGVELGVKIPTINTNYYSFMGAKLAYRRLYSVYFNYVLAY >OXA48312.1 hypothetical protein Fcan01_17060 [Folsomia candida] MRRTEQELSVGRIPLLQLLFVTYYPFGYKPCVEIIMDKRGDVSIRKTKRRFDKILAFVPIGCMSLSCLLCCVSLIIVTLESKTYSEMVMNPVLGTWGIGTLLSLTGTIVYKVWVFDGIDISVKMANEILRIEQEVNAGSSPERPRDCNYSPGSNC >QEP12732.1 IGL c2671_light_IGKV1-5_IGKJ2, partial [Homo sapiens] DIQMTQSPSTLSASVGDRVTITCRASQSISSWLAWYQQKPGKAPKLLIYKASSLESGVPLRFSGSGSGTEFTLTISSLQPDDFATYYCQQYNSNVYTFGQGTKLEIK >MQA03337.1 OsmC family peroxiredoxin [Streptosporangiales bacterium] MRRAELQEVQAPLKARYRDDPAAAVVTLRATGTLGDDLTCSVATGRALVDAGLHPATGGDGGSVCSGDMLLEALAACAGVTLRAVATALDLDVRAGAVHVAGDLDFTGTLAVDRDAPVGFRSIRVGFILDTDASADELATLVRLTERYCVVLQTIATATSVSVTRLGT >WP_197332010.1 MDR family MFS transporter [Ralstonia syzygii] >CCA85010.1 putative multidrug resistance transmembrane protein [Ralstonia syzygii R24] MTADGSRADAAAWAAVAAGTLGAMMATLDISIVNSALPTIQGEIGATSTEGTWIATAYLVAEIIIIPLAGWLEKLLGLRNLLLAATGLFTGFSMLCGVAKTLPMMVIGRAGQGFTGGVLIPTAMTIIAARLPRAQQPLGTALFGSTVILGPVFGPMLGGWMTTQLSWHYAFFINLPICAVLATLLLLGMPHEKPRAALLREADWAGITGLALGLGGMTVVLEEGQRLHWFASPEIRWLATLSMLGFALLGWGQARAHAPVIRLGLLRDRQFSAIAVMAIASSMALYGTAYVIPQFLVGIAGYDALQSGWIVLLSGLPMIVLMPFTPLMLRRLDVRLAVGCGLAMLALSAYVETGLSPLSTGSSFVASQLMRGLGTVMTMMFLNQAAIRSVPPSRASDASGLYNALRNLGGSIALACIATLQEQRLWLHSRRIEDTLPANAAGVQDYVAGQAHLLGGQTAALLSMEQTIQVQALTMTYADLFWLLSVAILLVTPLVVFLRPLPRNAGPVAGH >MBT4511102.1 hypothetical protein [Chloroflexota bacterium] MNLSTVKDSEILNEYVKRFTIRAGERIKSSREAANHFRAFFADAAKREKFIVCFLNSQHQIISTECLFEGTINTAAIYPRTVVEMVLALGCGAIMLCHNHPSGELSPSNSDRAVTKKLETALTAIDVDILDHIIIGGGEYFSFADHRLL >WP_006895514.1 MULTISPECIES: TIGR02569 family protein [Gordonia] >AUH70197.1 TIGR02569 family protein [Gordonia sp. YC-JH1] >KJR05318.1 aminoglycoside phosphotransferase [Gordonia sihwensis] >KXT55746.1 aminoglycoside phosphotransferase [Gordonia sp. QH-12] >WFN95022.1 TIGR02569 family protein [Gordonia sihwensis] >GAC60174.1 hypothetical protein GSI01S_08_00290 [Gordonia sihwensis NBRC 108236] MIVEPPEQVLTTFGLTAHPPIAMDGTGWRVGEVVLTLVPDHARAAWSATARENLYVEGMRIARPIRATDGRYVVSGWRADTYVAGSPEPRYDEVVALADRLHAATAKLERPRFMLQPPAPPFNDVDVFVAADRAAWEDVPLRTARAAGMPEPTSEDGERSLAELKILGSLRRPVDLPSQVVHGDLFGTVLFAGAAAPAITDIVPYWRPASWAAAVVVVDALAWGGAGEDLVERWSNHPEWPQMLLRAVMFRLAVHGMHPRSTAGALPGLLRVVDLVRMMV >WP_087686007.1 DNA adenine methylase [Campylobacter jejuni] >EAH4524525.1 DNA adenine methylase [Campylobacter jejuni] >EAH4643421.1 DNA adenine methylase [Campylobacter jejuni] >EAH4729281.1 DNA adenine methylase [Campylobacter jejuni] >EAH5071440.1 DNA adenine methylase [Campylobacter jejuni] >EAH5191733.1 DNA adenine methylase [Campylobacter jejuni] MKNNTDKFLKTSTLTKPTRTTLKAPFAWVGGKNYLAKEIIALMPEHKSYIEVFGGALSVFYQKSASKIEVINDINDELINLHLCIRNKPQSLANVLNSMIISRKIFHMLKNKEIKPRNDLERAAFYFYLISTSFGSSMGQFAMNKQRAPKRLCRDFSLHTKRLKNASIENKSFEYILKEYDYNEALFYLDPPYVGTESYYKNVPCFGLKEHELLCDLLKNIKGKFMLSYNDCDLVRELYKDFNIKELKVRYSLNNNVLKRKESKELLIMNF >MBU7046308.1 translation initiation factor IF-2 [Theionarchaea archaeon] MVNMIRQPIISVLGHVDHGKTTLLDYVRKSAVAQRESGGITQHIGATEVPIEVVRNICGDALKQWQIKIPGLLFIDTPGHKAFVNLRTRGGSLADLAVLIIDINDGFQPQTLESLGILKRFKTPFIVAANKIDRLGWKGENISFAASEKEQTERALQALDEKLWEVIGDLSQNGFEADRFDRVRDFTKKVAIIPVSAKNGVGVIEVLMLISGLSQRFLEEKLALHLKGEAKGTILEVKEEVGMGTTVDVILYDGTLKKGDSIILGGLEGIISTKVRALLKPKPMDEIRDPRFRFDHLDSVAAACGVKISAPNLENALAGAPVYADTPENEEKIEEEIQRIRIHKEALGVVLRADTLGTLEALVSELKDIVKIKKADVGEVKKTDVMEALSVKKEDFYLGVVFAFNTKVTEEAQRVAEDNSVRIFQDDVIYRLVENYTEWVEAEKLRDITRKREELVFPCKFKILPEYIFRNAKPAIVGVEVLLGTLKPRYNVMNAEGKKVGTIRSIKSKDEFLQQVQKGEQVAVSIDGPTVGRQISEEEVLYTDLPKDDYKILMESNLSEDERQALEEIDQIKRKQNEFWYL >WP_023727015.1 MFS transporter [Mesorhizobium sp. LSHC412B00] >ESX85334.1 MFS transporter [Mesorhizobium sp. LSHC412B00] MKSPSEAAAVPLTRSLSNGTFCPQSQRKFVLVAAILASALGFIDGSILAIAMPAMRVDLGASLAEVQWISNAYALTLSALILAGGAAGDRFGLRRAFVAGIALFIVASLACAVAPNALVLIAFRAIQGIGAAIMVPGSLAIIAKAYPKKERGRAIGIWAAASALTTALGPVLGGFVLSAFGGGIWRAIFAVNLPLGLISIYLLLAKIPADAPTEKRSLDLGGAALATLAFGALAYGLTSMSAEGSGLMSGPSIAAGAVLLIIFIVFELRQREPMIDLKLFRIGAFAGANLATFFLYFALSANLFYLPMLLIAGWGLNTKEVGFIFLPLSASIALLSGLVGQWSDRIGPRFPIASGCLVVAIAFAGLALLTHAGMHNFWTGIFPLMAVMGLGMALVVSPLSTAVMTAVEDKDTGAASGINNAVSRIGGLIAVAAMGSLAAWVYSTMLDTSVRPGIPGFGEPALAGLASDLDATRLAASDAAFAAVSTVTAVLCLLAAIIAWATVSGQKLPWSRAEEEQST >MCM1504065.1 sugar kinase [Muribaculum sp.] MSKIITLGEIMLRLSPAGCHRFIQVDSFDVIWGGGEANVAVSCANYGHDAYFVSKLPKHEIGQAALNALRRYGVHTDHIARGGNRVGIYYCETGASMRPSKVIYDRAGSSIAEADPTDFDFDAIMEGADWFHWSGITPAISDKAAELTRLACEAAKRNGVTVSVDLNFRKKLWTKEKAQSIMRPLMKYVDVCIGNEEDAELCLGFKPDADVESGNTDAEGYKGIFAAMMNEFGFKYVVSTLRESFSATHNGWKAMIYDGKEFYQSKRYDINPIIDRVGGGDSFSGGLIHGLLTKPTQGEALEFAVAASALKQTINGDFNLVTAEEVEALAGGSANGRVQR >WP_280876395.1 TetR family transcriptional regulator [Streptomyces pseudovenezuelae] METLRERKKQRTRDALLRSAVELFTTRGYERTTVDDIAAAVDVSQRTFFRYFAGKDEAALALHDLVTERFIEAVRARPAHEAPMEALRRAVLGSWDTLNEIVEEVVPLEWFLRMYRVIEETPVLLAAHLRHSEETEETIARVLAEREGLDMDADPRPRLAVAVFGAVMRVTERQWTRREDFDLEAMRELTITYLEQAGPALTDSWRTH >MBN3324024.1 USH1C protein [Atractosteus spatula] MDLPVLVGDLKLVINEPSRLPLFDSIRPLIPLKHQVEYDQLTPKRSRKLKEVRLDRTHPEGLGLSVRGGLEFNCGLFISQIVKDGQADNVGLQVGDEIVRINGYSISSCIHEEVINLIRTKKTVSLKVRHVGMIPVKSSSDEPLKWQYVDQFVSETGFSFNSLKKNSWILLLCFTWGFLLSAFISSGPTQKPGIYISNVKQGSLSAEVGLQVGDQIVEVNGVDFTNLDHKEAVRVLKSSRSLTITVLTGAGKELFMTDDERLVLESRREVERQELMHQKRVALETNKILKEQQEKERLRQMEISQKTAEEEERYRKEMERIEEAERKHLREWEEDWGPREQPKSPVSPPAERNTPSPPKPKSSAFGWFYRYEGKLPTLRKKGKKEKGKKKPSKNDTLQEQRKNKKELEFELKLAKEKEEMLEREKQLKISRLVQEVSETEREDLEESEKVQHWVERLCQTRLEQISSAENESTEVPTDRAPSTGPSVRRFAGGLQLTTTDLDDINLDDVDQSLKQPLKRFGGHSSHLSSSADSGPDWEGHNYRARTGYSKVSPGGEPSYPPSPRVAQRDATECNIQHKLSCTFCSLYFLNSSLSCNFVFNAVQVMRNTSHASRISTSSNPLSILQKKRSFLKSLKLSYHSNVPSKENIQAQLAPSPPSQRRPVVPITSKPVMLPPAQPVRRPTLHSEALPPEMLKRMVVYNSSFRSNRKQVINCSHLPRVACQLYSSFSNLFSLNTVAVLFSYNTSNKCNCCLFDTLPRLHSSVCFGTNINCCFIKIRFGQASYNGVCSHVKGLRCPWEEYICTSDRYCPVNIRLSCHCFYSTLLKLIRLWPFKLFIVASSVLFCTVHQYCVYISKKITMRLIYVVVFVFTPEQIMGKDVRLLRIKKEGPLDLAVEGGVDSPLGKLVVSAIYDGGSADKHGGIVKGDEIMAVNGKILTDATLTEGQNSLARAWNSGGDWIDLVIAVSPPKEYEDEVPKAASVSPTANRKVFEGSASVYRQGYLLQL >XP_040082341.1 cyclin-dependent kinase inhibitor 3 isoform X4 [Oryx dammah] MKPPSSMQTSEFDSSDEEPIEDEQTPIQISWLPLSRVNCSQFLGLCALPGCKFKDVRRNIQKDTEELKSYGIQDIFVFCTRGELSKYRVPNLLDLYHQYGIIPHHHPIPDGGTPDITSCCEIMEELEICLKNNRKTLIHCYGGLGRSCLAACLLLYLSDTVSPQQAIDSLRDLRGSGAIQTIKQYNYLHEFRDKLAAHLSSRNSLSRSVSR >MBE0660081.1 hypothetical protein [Bryobacteraceae bacterium] MRFTIFLLLSLAFVFPAPAQSDFLTADEADRIREAQEPDLRIGLYVGFAKQRMDLLDQLFAQNKVGRSSTIHTFLEQLTSIMETLDVVIDDALRRQKEITTLGDVAKTARDIHARLEKHLESNPADLGRYKFALETAIETIHDSAELAEEDLRDRIRGVEARQIEQRKERDALLTPEGKEEAKKADEKKAADDTKAKKRPSLLRKGETAPSKTGKK >WP_193956008.1 glycogen/starch synthase [Microcystis aeruginosa] >MBE8993377.1 glycogen/starch synthase [Microcystis aeruginosa LEGE 91341] MGQKKSFNILIVGSENANLLGAKVGGLGDFVKDFSSELLEQDCQVSVVIPSYGFLHQSPSSQFLGTITFQFSGKNEEAQVFQVVGENSNQVKQLVIHHPGLVSLDKNGRYEIYHHDLDSEPCQTDASRYALFCIAVAQGIEQGIFGHLDCIHLNDWHSACLLILRAYHPNYQTLQKIRTVYTINNLSYQGVRPFAGVASSLETWYPDLEYDPDKLADPRWSDHVNLMKAGIQLADAISTDSPSYAQEILCPTEAPRFYGGEGLEKELLVAFQQGRLFGILLGCEYPDKRIIPKLNFSDLISLLKAEIIQWQQTAKYLSPNCSLAHKRLTELSYLSEKPPIILTSVCRVVEQKLYLMKASGNKFISGLSGVLEGLGKQGIYILLGTGETEYERFLTEITSQFDNFVFLNGFGSEDCAAALYANGDFFLMPSSYEPCGISQMLAMRDGQPCLVHKVGGLKDTVIDGFNGFVFGGDSVEEQVDNLVLSCLKAIEVKLNNPSQWQEICQQAEKSRFLWKDTVSQYITKLYEHQNVEKYIRS >WP_243386166.1 EamA family transporter [Bacillus kexueae] MKRPTRRTGLFLVITGALFWGVGGTVSQKLFQQYEIDVNWLVTTRLLIAGILLLTVQFFWKDRSQVFGAWKNRKTAVQLIIFGLFGMLAVQYTYMASIKYGNAAVATLLQYLAPVMIIIYLILRKQSVLTRQDLLTASLALGGCYFLLTNGSISDLSVPAPAIVWGVLSGLALAFYTLYAVPLLKQYDSLVIIGWAMVIGGFTLSFIHPPWQMEFTGLTIDAYLSLVFVIIFGTMIAFWFYIESLQSLSPKETSLLGSLEPLAAVLTTVFWLKEPFGFFQWIGAACIIGMIILLALNKKSSSQSEQTKAFQN >SDO77973.1 hypothetical protein SAMN04487981_113103 [Streptomyces sp. cf386] MRLLPRSTSGWTMAVFGVLAAATGVVGLIAPDALLTVMGFTRAGDARRAEGDHTLVFLTASSMAALNMGVYYVLAALSDWRAFFRWTVPFRLLTCTVFTLAVLGGRAPSGFLGVGLWEGLGALATAAALRHEKQRKALPDAEGPAAA >WP_109807231.1 polysaccharide export protein [Sphingosinithalassobacter portus] MRFVKTGRVLLLPIVAAMLLAGCMGGGGRPELPPAGFVAGSDAPGEEYIIGPLDQLQVFVWRNPELSAQVQVRPDGRITTPLISDMPAVGKTPAMLADDIKIALSEYINDPIVSVIVQNFSGTSSQQIRIVGATEKPASIPYRANMTILDALIAVGGLSEFASGNRARLVRFDRASGRQREYGLRLSDLMKNGDTSANVRLEPGDVIIIPESMF >WP_005629113.1 phosphatase PAP2 family protein [Haemophilus haemolyticus] >EGT75360.1 Phosphatidylglycerophosphatase B [Haemophilus haemolyticus M19107] >KKZ58125.1 phosphatidylglycerophosphatase [Haemophilus haemolyticus] MFKRLSLYTLLLCLVPFFIWGISYQWHGNSQLTEADYWLYLLTETGSVPYALITCVLFTFLFAFLFKNPKQWLLGVIVMGISVIATQAAKTGAKALFEEPRPFTVYLAEQTHSTPENFYKNDRTLRAEIAKDFYAMDAITPAWLVHHYENETGYSFPSGHTIFAATWLMLAVGFTQLLGNRSFKAKLLVVGIAAWGLLMLISRVRLGMHYPIDLLVATLLAWLINSIIFAFLKKKAIFVIK >WP_140985543.1 HAD-IA family hydrolase [Asticcacaulis tiandongensis] MRLAVFDVDGTLIDSRASIFRAAVEAAHRINIEPPTYDQVRGIVGLSLFEALEAMRPDLDPETIAAYTREFQNAFITFHAEPDFSEDLYAGAQETLLRLKNDNWLIGMATGNSRRGVTRILAHYGWEDIFDVTFCADDGPSKPHPHMLECNMKALGVGAHQTLMIGDATYDIRMARSAGAYAVGVSWGFHTVSELEAAGAHEIVDDYTALNRTLDQFSSEVLKASL >DAC17040.1 MAG TPA: hypothetical protein D7I01_04585, partial [Candidatus Poseidoniales archaeon] MADNLVAVNSDAVLTDGCDVVDENSELTGGSQTATSGFVTTSGDSVTLSGTTISGFDTGVEADGGALTITDNASIAGLSEGVWAYDTQLMVNYADFDGGANGVGLLLEDSGDAIMYCMNLDGEQGMDVYNTDFRYNMGDVNAVNAIYVSDSVGKVENLTWMSGVSTQIELDQGAMLTSIGQDLTPSQLVVPAGTMIDEANLLDINAQHLSAPVTAEVGVSIVSTDGLRAAYISPDFQSDAMAVDGDNSDWIGSSLNPSDDAMPGELTENFYVTYTENDDLYVAIDGLDLSTSDLLLYFDVAGGGSDEGYDYGATGAHDLPFEADFVYWAESDASNDLYAYGFLGWGVTSLSADNVEGDFSGDFAEIMVPFSRLGGMPSSVRMIAIVQSDSSADVSEVYPDQAMNTSTTLQDFSEYYTVVLGANNLPSGVLADEVLTYRTFLGSNVPSAAKEYNVMIKHNNDDCAVDWATETGVNMSDNVELEMDIKRACPTIGSSLDNITVDEDSSSYQVSLTSYASDEQDAAGDLTWAVSEGETVVVYGNTPMPVEGLVTWSLTGHDLSITPTADQFGTVQFNFTVTDSNGLADERSIIFTIENVNDAPEICQRDTNGDCVDTVMLFGDAAHVNYIPEDSLVGGQSVSVVLSDQANNGPNALNLIKDQANENDPSRQIYTWGVSVDQSCPLFDVGMVGGTELTVTGKSGMAFEAGGSCDITLTLSDDGAENQNAADEIITLSVVPVNDAPTIDDWNLQTGDTINWASNDSSLIYGEWTIKVMEDTEDVDELTFDLSAIKNDVDHDLSDLTWSLLPKLDDNGRAYCAYSNYFSFTFNGDELVLDLVKDATTNAPINQIDYLYDGGVHQVNPAGKGFCEMELYLTDSAAAPTGFAYDINDNGYIQQTSLKRDVKIIVQNVAEQVPDYYFESTTGFDFNGVSNVMDGTWVPVTVTVTAGGDEGPYNHDSMLMITFQS >XP_028766233.1 auxin response factor 2A-like isoform X2 [Prosopis alba] >XP_028766234.1 auxin response factor 2A-like isoform X2 [Prosopis alba] MPVYNLPSKILCRVVNVLLKAEPDTDEVFAQVTLLPEPNQDENAVEKEAPPPPPPRFQVHSFCKTLTASDTSTHGGFSVLRRHADECLPPLDMSKQPPNQELVAKDLHGNEWRFRHIFRGYPRRHLLQSGWSIFVSSKRLLAGDAFIFLRGENGELRVGVRRAMRQQGNVPSSVISCHSMHLGVLATAWHAVTTGTMFTVYYKPRTSPAGFIVPYDQYMESLKNNYTIGMRFKMRFEGEEAPEQRFTGTVIGLEDADPQRWPKSKWRCLKVRWDETSSIPRPERVSPWKIEPAHAPPALNPLTLTRPKRPRSNAVPLSPDSSVLNREVSSKVSMDPLPASGFPRVLQGQEFSTLRRNLAESNESDAAGKPDEKNDAMSISSTFAPESWTSIGRHEPTYSDLLSGFGTSRDRTRLSLVHQTSPVAGPGRKHVLGHEGKFNVVACPRSIMPSSISLNLSDPNMKGSAQDSDVTHHSRRNVGYDAFGGYPVFHGHKEERSHGSLLMPPPPPPTQHDSPDSRDLMQKPMPARSFETVKAKEGDCKLFGISLISSPSTPEPSKINVACKPASHKHLTSQRPCTKESDLKSEQPSGSKLPDAAVDTDDHEKPSQTFQPRVKGVQAKPRSDSARSCTKVHKKGIALGRSVDLTKFSNYDELIVELDELFEFGGELRSLKKDWLIVYTDNEGDMMLVGDDPWPEFCAMVRKICIYPKEEIQKMNPGTIRFGGEESLSASEGMDAKEV >XP_025769677.1 leucine-rich repeat-containing protein 34 [Puma concolor] MRGGGKVAARAKSPSPPPAPTTIPTTSWAPADRSVPEIIGSLQEDYYNLCMEKSRKINSFVWHLLQEVDEEIEKGLEGITLNIPGNSRLMPVERITGEDFWILSRILKKNTYINGLDVRYNLMSDVGAYYAARLLQKQHKLIYLNLMFNDIGPEGGELIAKALHKNTTLKYLRMTGNKIENKGGMFFAAMLQINSSLEKLDLGDCDLGMQSVIAFATVLTQNQTIKGINLNRPILYGEQEESTVHLGHMLKENHCLVALHMCKHNMKNCGIKQLCDALYLNRSLRYLDVSCNKITRDGMVCLADVLKSNTTLEVIDLSFNRIEDVGAKYLSETLASHNRSLKALSVVNNNIKGEGLVALSQSMKTNHILSNVYIWGNKFDEATCVAYSDLIQTGRLKPDNTDVEPFVVDGHVYLAEVSNGLKKHYYWRPTYGEACSQSSNAGSILVPVGPDL >WP_217105914.1 2Fe-2S iron-sulfur cluster-binding protein [Burkholderia multivorans] >MBU9312580.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] >MCA8251499.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] >MCA8457291.1 2Fe-2S iron-sulfur cluster binding domain-containing protein [Burkholderia multivorans] MRDFLKSAFGRSKPKQLRILPQDVTIGLGPGQTLLEAALANGIAYPHDCTVGTCASCKTRLKQGRVREATPFGYTLSKEELDAGYILACQAFPKDDLTVVEIEPPAADLLPPGKYTASIMATEPLTHDILKVTVQTDRAVCYAAGQYANLRKAGGGRARSYSFANAPQRKGRTVLEFYIRKVPGGEFTEALFAGELNGMPLEMEAPLGTFHLRGGDSRMVCIAGGSGLAPLVSILEHARANRIKRDCTLLFGARTQADLYQLDAIGNIASNWQGDFRFIPVLSHEPLDSNWRGARGLVTDHIAPGFCEGAEGYLCGPPLMIDAAIARLARHGMPIEKVFYDKFTDSRDN >EYC35406.1 hypothetical protein Y032_1063g3522 [Ancylostoma ceylanicum] MHSGCASQLKASSNKKNIRNVLHTKQRRNEKEESGKSNSMSAINVGATVSKSCGKWQSEQASLARVRHNHDLFMSKYAELMRRKGYLPEIFLVHETSSSQYVDEDGDIAHEFYAEHKSTDGQLRRLHRVLNNLRPKGKERYAIPRLSPDVPVVMWEVEQQC >WP_275889644.1 hypothetical protein [Glycomyces sp. YM15] MEVPAPALEPHPWPEAPARDDFDGPRLDPRWNTLRRHADPAWLSLTARPSHLRITGGQSPHGRRTPSLVAQRVTAKHGVFEAGLAFDPQTGDQTAGITAYYNSFNWYCLQVGLEQGRRTLTLVGSDRGRRTFETIAEVGPDLDLRIVFDGPVLRFAYRDHGSGGPGTWTEPPVERDATILSDEHATWVEPGLLHAFGFTGAFVGLWVQDLAAEGGFADFDHAAYHPASEPESDASRP >WP_249839557.1 acetylserotonin O-methyltransferase [Streptomyces panaciradicis] >MCL6672754.1 acetylserotonin O-methyltransferase [Streptomyces panaciradicis] MPLPPARVVRVVEGVRTALQRLVRKLAPAPFSLLEMVQGAMLSQAIYAAAQLRVAEALQGGPLPVADIAERVGAHPETLGRLLRLLASQGIFTERKDGRFALSPMAAALLEDAPMSMRGIAVLMGHPLHWEDWSHFVDAVRSGEPSLPKLRGMTAFEFLEAKPEYGEVFMKGMGAMSATETEPILAAYDFSPYGTVVDFCAGRGELLAGILNKAPGVRGILADPRVADNGAAGYLAEQQVADRCEVVAADLFGPVPRGGDAYVLKHIVHDWPQEQVLEILRNVRAAMRPEGRLLLMEMVVPDKPNAAHASKLVDLWLMLLVGGRERTTGQYAQLLAEAGFRLERVVPTAGAISVVEASVR >WP_219954954.1 hemolysin family protein [Qipengyuania flava] >QYJ07232.1 hemolysin family protein [Qipengyuania flava] MTPFPWTDLLIIAGLIVLNGVFAMSELAIVSARTARLRAAAQSGNGGARIALELAAEPGKFLSTVQIGITLIGIIAGAYSGASLGGPVGERLAALGVPASWAPQVGFAAVIALTTYLSLVVGELVPKQVALRAAAPIAMVMARPMALLAKIAAPLVWLLDASSSILIRLLGVRPAGQSAVTAEELHMLFAEATRSGVIEHEQHQMLQGVVRLAQRPVRELMTPRTEVDWIDIEADEDAIRAVLDESPHSLLPVAEGSPDKVLGVVKVREILTKFVAKEPINLAALMIKAEVVPDQLDAVDALRVLQQAEVAMAMVHDEYGHLDGIVTPVDLLTALVGDFVSDQDPGDAPGLVEREDGSLLVAGSLSADALADRLDIEYSEDREFGTAAGYALHVLKRLPSEGDFFTDQGWRFEVIDMDGRRIDKLLVSSESAVVQLED >MBJ9940918.1 hypothetical protein [Burkholderia multivorans] >MBU9286581.1 hypothetical protein [Burkholderia multivorans] MNRLMQIFIGLCLLIGFGTAIAQGPRSEVSPLLGEWRYVSTQHEGGKPYSTFVIKLHKSSSNKIAGSYCFITEEGRRIDCDPEGMSNLDGVISPDGLQATINFFSFFGARNGIADISLNNSELHWKVVKNPDGDFFYGPFDVFLTKSERASKNKMVVTNRAYLYSGPAIKNKSKAYLIKGDEVELLNISDNLKFWKIRYTAKDGRTIERWLECGAVNACP >WP_032936131.1 membrane protein [Mesorhizobium sp. WSM3626] MLAPNTPPAVPSPNRVPDVTLDFWLIKLMAVTMGETAADYLAVNLGLGLTVTSLIMAGVLIVALVLQFAQKRYVPWAYWLAVVLISVVGTLVTDNLVDNFGVRLQTTTIAFSVVLAATFAVWYASERTLSIHTIFTTRREIFYWLAILSTFSLGTAAGDLVAESFDLGYLGTGLLFGGVIALIALAYYLVHLNAVLAFWLAYILTRPLGASFGDWLSRPAEYGGLGFGTIFTSLIFLGCIIALVLSMTLRQTAGDADEILLESD >WP_036471418.1 citrate synthase [Mycobacterium triplex] >ORX07480.1 type II citrate synthase [Mycobacterium triplex] >CDO90710.1 citrate synthase [Mycobacterium triplex] MADTDDTATLKYPGGEIDLQIVNATEGADGIALGPLLSKTGYTTFDNGFVNTSACKSSITYIDGDAGILRYRGYPIDQLAEKSTFIEVSYLLIYGELPTSDQLADFTKRIQLHTMLHEDLKRFFDGFPRNAHPMPVLSSAVNALSAYYPDSLDPGDNEDVELSTIRLLAKLPTIAAYAYKKSVGQPFLYPDNSLSLVENFLRMTFGLPAEPYHADPEVVRALDMLLILHADHEQNCSTSTVRLVGSSQANLFTSISGGINALWGPLHGGANQAVLEMLEQIRQSGDDVGEFVRKVKNREEGVKLMGFGHRVYKNYDPRARIVKEQADKILAKLGGDPLLDIAKQLEEAALTDDYFIERKLYPNVDFYTGLIYRALGFPVRMFTVLFALGRLPGWIAHWREMHDEGDSKIGRPRQIYTGYTERDYAPIDGR >WP_089092961.1 sulfur carrier protein ThiS [Nodularia sp. NIES-3585] >GAX37813.1 hypothetical protein NIES3585_38580 [Nodularia sp. NIES-3585] MSNQITLQVNGETRSCLSQTPLPDLLEQLGFNPRLIAVEYNGEILHRQFWSQTQIQPSDRLEIVTIVGGG >PWC90347.1 RND transporter [Azospirillum sp. TSH100] MTRGRLTLRIIITLVILGLLGAALYGFNTFRAKAIADFFANNKPPPTPVALAEASVQTIPKYLSAIGTLQAARQVTVAPEVAGRVDRIPFESGTRVKAGDPLVQLNDATEQADLLAQRAQARLAELNLERYRDLRRSQATPQSNVDQYQAQLDEINANMKRTSALIGQKLIKAPFDGDLGIRQVNVGDYVNPGATIVTLTDLSQLYINFTLPEQALPKLSVGQGVLINVDALPGRDFEAKITTIEPQVSADTRAVKVQATMDNRERQLRPGMFANVRVVLPPQPNTLTVPETAVDYTVYGDSVFVATQHKGQDGKEQMVVERKAVKVGDRLANRVEIRSGLNPGDRVVVSGQLKLANGAAVVPAEGNPLTPPQTLPQN >XP_016611986.1 uncharacterized protein SPPG_01398 [Spizellomyces punctatus DAOM BR117] >KND03947.1 hypothetical protein SPPG_01398 [Spizellomyces punctatus DAOM BR117] MLATTKSLSPTEADIQLLILDWSLYVATTYYLRAAQDVKDKLGCARVAEDFSAISDDILNTLTDLDTTPLKCRIQLYRLASVVLNRPRRKAGSESLTSIIPTFLSVGGWVLQETAAADATDDAEPYKILDPWYDLFLELQIQAGVEDYLYGGKSPEDCCKSLCQHDVLDDPVLAKGIKEKSYQRYTRMKEKAWKEKLQGHPSAEFDEMMIQYVAAVADIMGVPVLTQYQECTDHPDLRWLTCSPLLGLKIGDENSVKVEDDR >MBV8846188.1 cupin domain-containing protein [Bryobacterales bacterium] >MBV9401957.1 cupin domain-containing protein [Bryobacterales bacterium] MPRPTKAASLVAIAAVFFGISDAHLFAQTAAAQSAVATKTLMQEPLDDTSEPKVSVIRLSVSPGLIAGPHSHAGPVFAYILQGDIENQVEPNPPKIYRAGDFFYEPAMHIHRLLRNLSQTELAQLLIFQVGDTGKASPAVKILMQEPLTDIRNREARVMTVAMAPQAVLRPHKHPGPVFAYILKGEIENQVDPEQPKIYRPGDLFYEPPMHAHRLLRNPSKTEPAELLLFQVGEKGQPLATSAEE >XP_030313316.1 T-cell immunomodulatory protein isoform X1 [Calypte anna] MRAAAAGNREVEAEPRSCGMGGGGRGLGLCLLLALVGPSEALQNVTAQLFGGEAYGTLAAFGDFNSDKQTDLFVLRGGNELIIFLADQKEPYFKPRVKLPMKSLGVTITSVVPGDYDGDSQMDVLLTTWAQNHGRDELSVYIFWGHNQTLDLNHKTMINKTFHDEPLVMDFNGDLIPDIFGVTSDSKKPQIWIGGNLSWHAVLETQSTMHIPHSHAFIDLNNDFTADLFLTTSPNSNSQDIQFETWVNEDGNFTKTGITKEMPSGVEIVGQSVFADFDGDGQSEHLLPVCEDRMCQKSAIYLTKPGLDQWIPVLQDFRNKDTLWGFVPYQSDKSSTEISFPITLHIGDYNMDGYPDALAILRNTSGSNQQAFLLENVPCSNVSCRNVRRMFKVFWELSDLNQIKDAVVATFFDIYEDGILDIIVLSKGYYNKDFAIHTLKNNFEADAYFVKVIVLSGLCSNDCPRKITPFGVNQPGPYIKYTTVDANGYLKNGSAGQLSQSAHFALQLPYNVLGLGRSANFLDHLFVGIPRPLGEKSIRRQEWTAIIPNSQLIVIPYPHNVPRSWSAKLYLTPSNIVLLTAIALIGVCVFILAIIGILHWQEKKADDREKRQEAHRFHFDAM >WP_095061089.1 MULTISPECIES: prephenate dehydratase [Bacillus] >MBY0033749.1 prephenate dehydratase [Bacillus velezensis] >MBY0043401.1 prephenate dehydratase [Bacillus velezensis] >NRF36012.1 prephenate dehydratase [Bacillus velezensis] >NUI58440.1 prephenate dehydratase [Bacillus amyloliquefaciens] >PAB03792.1 prephenate dehydratase [Bacillus velezensis] MKVGYLGPEATFTHLAVSSCFQNSVTQAPYQTIPACMDAAVAGEVDLAFVPLENALEGSVNLTIDYLIHEQPLTIVGEMTLPIHQHLLVHPSRENEWKKLEKIYSHSHAIAQCHKFLHRHFSSVPYEYSKSTGAAAKYVSEHSDLPIGVIANEMAAATYGLSIVKRDIQDYQDNHTRFVILSPEKDVSFEVNAKLSSRPKTTMMVTLPQDDQSGALHRVLSAFSWRNLNLSKIESRPTKTGLGNYFFIIDIEQAMDQVLIPGAVQEMEALGCRVKLLGTYQSYSI >KAG9509822.1 hypothetical protein GZH46_01647 [Fragariocoptes setiger] MDTKSMMQVDVNGSSSLLSTTDIATQQRNMSHRQPMDDNQSPTVHLGDDDQAMKAKSEDAKVILVYILIVVNVFFSVFNAILIYWVVDTISRTILGQSSQIDIQGSDGKIIIHGQIIFTDNLNTPSLRTKAIDGNNTSGHRLVLSSRSNVTIGLSESSYNSSQESRQSNTDQRHTHENPSHESLRHLYHHHPIVSLIQESIVINSSSIIVKHPDNNASSIDIKKSDITIRSPQLMITEKRGLDAGHLSFMTPRVSSNDANDGVDFHSPTRALKMISPQTMSFNSGESIHIKSIEQLSIESTDGSIVLEASLVDTSYLDTITPSKTGSTYSGIYQLCQCVLRANVNQRQIDELDVIARASLMERKGAIFATNPRLKCNDFDWYCSSL >CAB3503427.1 unnamed protein product [Digitaria exilis] MDETPQNTTSTHRSTFVRDTHQLDIVGYSVRKELGVSNSVRSCAFEAGGHTWDLVCHFQRHGLESISLELLLSPSITTRDVVAMAGLRINDPTGRSPAAIWRSHEAHTFYAHSSTTWKLSLPDAFREERYVHDDRLRVHCTVDVLEDSTTLMPPETRNRFISAPPPPSISHDLHRLLLVADDARWPPPDVTFVVEKTAEIHAHKLVLSMRSPVFRALFHGSMKERFTRSVTIDDMAASTFRAMLRFIYTDELPIKPKGVTSQEECRSKHLARRRVAMARDLLVAADRYGLERLRLMCENILSESLDATTVMATLTLVDGRYSCRQLEDSCIAFMASTFADVVATPEYQELKGNSVSFVADIMERVALHKLAAGNCPSSSTSSAMAKKSSSTYTSMARGTHEFTVPNISTVLTFHVPDPDDKSWPPATMKKINVVYSKDNMAWGPQGLSLITLASAKAKSQHVGHDGSLTIRCDIQITNPESRGSSSTAVGGGGTIPVPPSNIAWHLEQLLASEQGSDIKFMLEGTTVVHAHRLVLAARSPDLYDQAAASLAGGTDVDEHVRIDDMTAGVFKAVLHFIYTDQLPCSGALRDGDMAMAGEVLEVAGRYRLERLMVMCQNILAKSISAENALGMLKLAERLRCKELEDYCLDYIASSQQIATQVMKSFGSLVN >WP_217278020.1 hypothetical protein, partial [Corallococcus exiguus] >NRD51406.1 hypothetical protein [Corallococcus exiguus] SGEAIEQAYVGYRPWANTRLRLGRVSPDLFLYSESRNVGYAFTWARPPTDFYAFAPVVNVDGLDVEQRWDAGSASWRLRATTGTIRTSATDGGRSYSPVSVDDILAVGLSRESGGLLLKLSYMQSRVNMDHGPEYRA >WP_124978582.1 mannose-1-phosphate guanyltransferase [Aphanothece sacrum] >GBF82260.1 nucleotidyl transferase [Aphanothece sacrum FPU1] >GBF87202.1 nucleotidyl transferase [Aphanothece sacrum FPU3] MRAVLMAGGSGTRLRPLTCDLPKPMVPILNRPIAEHIINLLKRHQITEIIATLYYLPDVMRDYFQDGSDFGVEMTYAVEDEQPLGTAGCVKNIEELLDDTFLVISGDSITDFDLQAAIAFHRQKGSKATIVLTRVPNPVEFGVVITDKQQRISRFLEKPSTSEIFSDTVNTGTYILEPEVLQYLPKNEESDFSKDLFPLLLEQGEPLYGFIAEGYWCDVGHLDAYREAQYDGLQNKVKLDFAYEEKSPGFWLGQNTYIDPTAKIEPPVIIGDNCRIGPGVIIEQGTVIGDNVTIGAGSELKRPILWNGVTVGEETYLAACTIARGTRVDRRSQILEGVVVGPLCTIGEEAQISHNVRVWPSKRIESGAILNINLIWGNTAHRNLFGQRGVTGLANIDITPDFAVKLGAAYGSTLKPGSQVVVSRDQRSVSRMVSRSLIAGLMSVGINIQNLEATAIPISRTMTPKLGVTGGVHLRVHPDRPDHILIEFFDEKGINISKSKEKKIEGAYFKEDLRRVSISDIGDMSYPAQVIETYRQTFETQLNVEAIRNMGSKIVIDYVYGVSGAILPQLLSKFGCDAVVLNASLRQTPVSNEERESLLHQLGQVVEAVKANLGVQVSANGEQLILVDESGISVRGEMLTALMVNTILRAYPRSTVAVPVHASSAVEEIARRHDGNVIRTKANPTALMEASHLYPNVVLAGSGETGFIFPQIHPGFDAMFSVAKLLEMLTVQERSLVQIRDELPRVCHKSYDIRCPWKVKGALMRHLVETHNPEQLELIDGVKIINPQNDNWVLILPDGGEPLVHIFANSDDREWVDHTLKEYRQRVQEFIEQEQDDMVSI >MBO7941816.1 aldehyde dehydrogenase family protein [Streptomyces sp. S9] AFGAAGQRCMAASTAVLVGAANDWIPELVAKAKTLKVNAGSEPGTDVGPVISCAARERVEGLIASGVEQGATLELDGRAPAVPGFERGNFVGPTIFSGVAPGMRIYDEEIFGPVLVILRAQTLDEAIELVN >MCA3282362.1 mandelate racemase/muconate lactonizing enzyme family protein [Roseomonas sp.] MTDLTIREVKTTLLRMPWADDPWLAGHALGSMRDLVVVEITTQSGITGMGYLHLLNLPLQRTIGACIAEAMAPRIIGRDATAAEAIWRDLWRAALTGGRGGVAMMARSAIDIALWDILGKAAGMPLHRLWGHYRSEIPIYGSGCFRGARGDGMIAKAKHYIEQGYRAIKMQVAHIGDLNTDLDNVRRMREAAGPDIDIMIDVNMGWTADIAITMGRKFEECDIYWLEEPVLADDYAGYLRCAEALDMRVVGGETHFGRADLKPFLENPRLPILQPDPMRGGLTELRKIATVADTWGITIAPHLFPELNVHLLASIPNGIWAEQMGLLDDVFISLPKIANGMITAPETPGHGLAFKPEVLKDFVLK >WP_152029253.1 hypothetical protein, partial [Bacteroides xylanisolvens] >KAB6160373.1 hypothetical protein GA393_26975, partial [Bacteroides xylanisolvens] MAKEKQKPYEFLSNLVLALMGTDRIFSNSFFSSEFAISPNTLSEIRRGEDMCIYQYVRVIRCMMKYLHLIVRMDMLLKELRAVLASNCDLVLATVP >MBL4542294.1 DUF1491 family protein [Paracoccaceae bacterium] >HBG97625.1 DUF1491 domain-containing protein [Paracoccaceae bacterium] MARLTSDIRVAAYLARLRSWAIPAYLVARGDATAGAVMVKLNTLDGRAQGFARSFDPETGATVWVTVAEGPEAEVDAALARQRARDPDLWLIEVEDKAGRALLDGDAP >MBQ7809358.1 hypothetical protein [Clostridia bacterium] MISGVKHINSNPFFFFKKHYCPKCNEKLKVVKESKIVNSKSPEAKNYDFTLGDTYLRGDVKFIFKKLECPKCKIRFSPDEIIKA >WP_278266677.1 glucose-6-phosphate dehydrogenase [Arthrobacter sp. Y-9] >WFR82911.1 glucose-6-phosphate dehydrogenase [Arthrobacter sp. Y-9] MVTSTRRARRSRAQDIKTLLILGASGDLTGRLLLPGLASLVSAGRAPGLTLVGAGTEPWTPSKWQRRLAKALPLDAGEEASAHWKELMATSQYRQVDVTAPGALAGLLASLDGPVAVFFALPPRISQLACESLSPEEVPFGTRLVLEKPFGSDAASARELNGTLRRLVPEEHIHRVDHFLGKSTVLNIIGMRFANRFFEPLWNRDNVAEVEIAFEEDLALEGRAGYYDSAGALRDMIQSHLLQVMALMAMEPPATLSERDLRDGIATVLRASRVATPFRRNTRRARYTAGRIGGRKVPDYVAEEGVHPDRETETFAEVRVEINNTRWAGVPFILRTGKAMGTRRKEAVVRFRPLAHLPAGFSGTDQPDELRIGFGPDTLSIGLDVTSAGNGFELSRAELATELHSSALLPYGEVLDGVLHGDPLLSVRADVAEDCWRIVDPVLSAWSHGRVPLEDYPAGSQGPVTES >MCA1602026.1 hypothetical protein [Acidobacteriota bacterium] MDESAKFPLMAPPRPLPKRRNVVLRLYDAPLHRDWIFWLTVTWAAIAGVSIPAYAPPSAIPIWLNTLLAVIFWVVVGGIVPAWFRLVMRRWRWRRRQPQDSQPTHTPGEQAAPRADKPYVAASFAHVPDEHLSAVRSRRTVEAWGAGSLVVVQAVAAALINELHGGWEWWVLAGLVVVGWALTVGWLAYRADKFARVGQS >WP_011057593.1 ATP-binding cassette domain-containing protein [Thermosynechococcus vestitus] >BAC09308.1 ATP-binding protein of sugar ABC transporter [Thermosynechococcus vestitus BP-1] MTATLRLEGVTRRFAPGVGIGPLSLTVPAGEFWVIVGPSGCGKSTLLRLIAGLEQPTSGDIYIGKTCVNGLSGRDRDVAMVFQNYALYPHMTVAENLGFGLKMRGVDPTARQQRVLQVAKLLGIESLLQRKPRQLSGGQQQRVALGRALARSPQVFLLDEPLSNLDAQLREQTRAELKQLHRQLGITTLYVTHDQVEAMTLGDRIVVLDRGQIQQIGTPADLYERPANTMVARFLGTPPMNLLPARWHSSRLWIGQQPLPCPDTPSWPLNSEQTLTVGIRPEHLHLGEQGLGAIATLVEPLGREAIVRCRLLESPQDLLWLAPSHQIPQIGDPLQLQVSHLYLFDATTGAALNSKPS >EHQ6376324.1 bifunctional (p)ppGpp synthetase/guanosine-3',5'-bis(diphosphate) 3'-pyrophosphohydrolase [Listeria monocytogenes] MYEKARQMMIKAHSGQVRKITGEPYFSHPLNVARILRRAGFREEVVVAGLLHDAVEDTEMTDADIRAAFGAEVADLVASHTENKTLSWEERKAHTIEQVRTGNLEEKALIVADKLNNLTSVKYALSSEGKSVWSYFKRGYDLQKWYNQGIKNNMEYGLNPSEIPPFFGEYARLVKWIFKK >GIR09622.1 C4-dicarboxylate ABC transporter [Alphaproteobacteria bacterium] MIFTQEIMIISMLLTMFLFLLTGYPVAFTIAGVPLLFALFGQLIGIFDMSYVAALPNRIYGIMTNDLLISVPLFVFMGVMLQKSKIAEELLESMAILMSNVRSGLTISVTLVGALLAASTGIVGATVVTMGLLSLPTMLKKGYSPSLSTGTICAAGTLGQIIPPSIVLILLSDQISASYQQAQLELGNFSPESVSVTDLFVGALIPGICLVFLYILWQLINSYLNPKSIPIKKKVINKGEVFTIYKKVFKALLPPLILIIAVLGSILGGLATPTESAGVGAIGAILLAYLKKQLNFNVMKEVVQSTAKTTSMVFIILVGAALFSLVFRGYGGDEIVAHFLTNLSGGVVTSIIITMVAIFLLGFFLEVFEIIYVVVPIIGPAILMMGVDPLWFAIMIAINLQTSFLTPPFGFALFYLRGVAPKHVLTTQIYKGAIPFVFIQLLMLIILWFYPELATFLPKLIYN >GMH74815.1 hypothetical protein TrLO_g3392 [Triparma laevis f. longispina] >GMH79601.1 hypothetical protein TL16_g08195 [Triparma laevis f. inornata] MNPHHAYANEHNATANPFAVGSDVSHQNTAQESLWSTTNSDARLHFSYRETLLSPTVRSVMIKSIRDYYAIYWLSKLLNSLNVSGEMVRNIVDYAYPGAGTVVPFLLTLLPHNWSQKPKITSLAVVLQTTSLSPPLQTPLQTPSPHHKGNFKIYVRPRPIQKSESTSGNYHVISTSRSKTITLHYGKIGRTGNRLTTEHRLYKFDHCFSEDTGNQEIGNRAMGDMKRPRTVICYGQTGTGKTHTFKGILDSIGSRLTSLKTEESVFIQFYEVHGKKCYDLMEGRKNLRILSDKDEKVHAVGANVVEFKIKSKYSETSSEAFERWKKILEEPLRLRSTQSTQRNDVSSRSHSIFTVTLVNESEIRLEKVKREEELRLAKMEKEMNEGEVGCSVADNSFGVDDSSSEDEGKSNYDPTNHPAFEIINTKIRLVDLAGSEQNADTGKMAAQDHKESADINTALMSLKECIRKHRAKSLSNYRAHLLTRILRDCFVDPNHETMIFATISPTTIDTLHTLNTLNHVAMMQVRPSKNERKKERVTSGGGKVGENLGGVITNVVVEVPIVDSGTFNKTVGEWTAEEVRGWIAAANGGKFSHIVLPVSLKGEDLLKLNETSLSRLFDMTRIETVARGEGEGSTWVISANAESGGGGEGGDPDVGRARQEIGRELFQALRIENKHIAQKRLVQENKDRMTGR >PZR90627.1 3-dehydroquinate synthase [Candidatus Dormibacteraeota bacterium] MTVKVPGHPYPVLVGRGALMELPRLVRDLGCFSAAVVTDGSVGPVWAQPVVEGLLGVGVRAHPFQVEAGEGAKSLATLERVLGFFEDVELDRSAVVVALGGGTVGDLAGFAAAVWLRGVRCVQVPTTLLAMVDSSVGGKSGVNTARTKNGIGSITQPVAVVSDPATLSTLPDDQYLAAFGEVAKYAVAMDAELVAELETETESLLGRREDVLEPVITRCVQLKAGVVASDERETGRRALLNYGHTVGHALESACGYSAAHGRAVAFGMRAAARIAERSQLCDGALVARQDRLLEAFGLPGPLPQVSAESVLAALPRDKKSRGGRPRWVLPREMGRAEFGISVPDPVVAEVVRCLLP >WP_087918330.1 type I methionyl aminopeptidase [Paenibacillus donghaensis] >ASA24350.1 type I methionyl aminopeptidase [Paenibacillus donghaensis] MIICKSEQELAFMREAGRIVAESHRLISEAIAPGVTTGELDRIADQYIRSQGAVPSFKGYNGFPASICASVNEQLVHGFPGKRKLLEGDIITLDIGAEYRGYHGDSAWTYGVGSISEDAQRLLDITEGSLYAGLALVKPDVRLFTISHAIQQYIEEAGFSVVREYVGHGIGAKLHEEPQIPNYGIADRGPRLKPGMVLAIEPMVNAGKRNVRTLEDNWTVVTVDGSLCAHFEHTVAVTPDGMEIFTKLNA >WP_279008479.1 ribose ABC transporter permease [Veillonella parvula] MDSKALQYVKKLGPLIGLILLFIIISVMNDSFLEFSNLRNLLRQVSINAIIAFGMTFVILTGGIDLSVGSILALSSAVMANLIVTGTDPVLAIILAAGAGLVLGGINGLVITYGRVAPFIATLATMTIYRGATLVFTDGNPISGLTQDPLFHGFGQGDIAGLPVPAITMFLAFIILWFVLSRTSLGRKTYAVGGSEKVSYIAGIKIDRVKIFVYALTGMLCGIAGAIITSRLNSAQPTAGAGYELDAIAAVVLGGTSLAGGRGHIVGTLIGALIIGTLNNGLNILDVSSFYQQVVKGIVILLAVLADRKKA >WP_049009918.1 magnesium-translocating P-type ATPase [Citrobacter koseri] MLKNITRELFARLNRHLPHRLVHRDPLPSAQSVANTPIPPSLSDRCLKMAVMEEAALWRAFDAHPEGLNVAEVEDAREKYGENQLPTQKPTPWWRHLWVCYRNPFNILLTILGVISYATEDLFAAGVIALMVGISTLLNFVQEARSTKAADALKAMVSNTATVLRVINEKGENSWVELPIDQLVPGDIIKLAAGDMIPADLRVIQARDLFVAQASLTGESLPVEKVATTRDPKQSNPLECDTLCFMGTNVVSGTAQAIVIATGGETWFGQLAGRVSEQESEQNAFQKGISRVSMLLIRFMLVMAPIVLIINGYTKGDWWEAALFALSVAVGLTPEMLPMIVTSTLARGAVKLSKQKVIVKHLDAIQNFGAMDILCTDKTGTLTQDKIVLENHTDVSGKPSERVLHSAWLNSHYQTGLKNLLDTAVLEGVDEESARQLSGRWQKIDEIPFDFERRRMSVVVAEEADVHQLVCKGALQEILSVCTQVRHNGDIVPMDDNMLRRVKRVTDTLNRQGLRVVAVATKYLPAREGDYQRIDESDLILEGYIAFLDPPKETTAPALKALKESGITVKILTGDSELVAAKVCHEVGLDAGDVVTGSDIEGLSDDELAELAARTTLFARLTPMHKERIVTLLKREGHVIGFMGDGINDAPALRAADIGISVDGAVDIAREAADIILLEKSLMVLEEGVIEGRRTFSNMLKYIKMTASSNFGNVFSVLVASAFLPFLPMLPLHLLIQNLLYDVSQVAIPFDNVDDEQIQKPQRWNPADLGRFMIFFGPISSIFDILTFCLMWWVFHANVPEAQTLFQSGWFVVGLLSQTLIVHMIRTRRVPFIQSRAAWPLMLMTLVVMVVGIALPFSPLAGYLQLQALPLSYFPWLIAILAGYMTLTQLVKGFYSRRYGWQ >MBI5683150.1 acetylglutamate kinase [Deltaproteobacteria bacterium] MQKYIEKIKTLLDSLPYIRQFYDKTIVIKYGGSAMVAENLKQSFARDIILMKYVGLNPVIVHGGGPQIGELLKKLGKESKFVNGIRVTDKETMDVVEMVLVGKVNKEIVGMLNHFGGKAVGLSGKDGKLILAKKFKTKGQDMGMVGEVKSINPNVIETLDKNKFIPVIAPVGVGEDGETYNINADIVAGKIAGALKAEKLILLTDVEGVLDKNKKLISTLSIKQAKALIKKGIASGGMIPKLECCFGALNEGVSKAHIIDGRVEHAVLLEIFTTAGIGTEIYRGRG >QJA13926.1 L protein of photosystem II [Fritschiella tuberosa] MSQNEVDINKLSLSEVVSRPNPNKQVVELNRTSLYWGLLLIFVLAVLFSSYIFN >WP_017123457.1 glutamate 5-kinase [Pseudomonas gingeri] >NWC16952.1 glutamate 5-kinase [Pseudomonas gingeri] >NWE45737.1 glutamate 5-kinase [Pseudomonas gingeri] >PNQ91664.1 glutamate 5-kinase [Pseudomonas gingeri NCPPB 3146 = LMG 5327] MRSKVTGAQRWVVKIGSALLTADGKGLDRAAMGVWVEQMVALHEAGVELVLVSSGAVAAGMSRLGWTVRPSAMHELQAAAAIGQMGLVQAWESSFAEHGRHTAQILLTHDDLSDRKRYLNARSTLRALVELKVIPVINENDTVVTDEIRFGDNDTLAALVANLVEADLLVILTDRDGMFDADPRNNPDARLIHEARADDPALDAVAGGTGGALGRGGMQTKLRAARLAARSGAHTIIVGGRLERVLDRLKAGERIGTLLSPERGMLAARKQWLAGHLQTRGTLVLDDGAVNALARDHKSLLPVGVKLVQGSFRRGEMVVCVAADGREIARGLANYSALEAQKIIGQSSDAIVGLLGYMAEPELVHRDNLILV >MYE57211.1 glutamate--tRNA ligase [Acidimicrobiaceae bacterium] MSSPRVRFAPAPTGFLHVGSARTALFNWLFARHHGGEMVLRVEDTDAALKTQEYVDAIIEPLRWLGLDWDSGPHFQSDRRDRHSEAIERLVDGGAAYYCDLTRAEIEERCAAAGLPAGYHGWSRDRDVADGPGVVVRFRCPDDGTTVVDDIVRGRVSFPNESLEDFVIRRGDGSPTFHLANAVDDHHMGITHVVRGEDLLNTT >WP_048168883.1 TIGR03663 family protein [Methanosarcina sp. 2.H.A.1B.4] >KKG12706.1 hypothetical protein EO92_03045 [Methanosarcina sp. 2.H.A.1B.4] MQQSPDSDPVNSPKLSYKKYRLFGLLIVFFALALRLFELGERVFHHDESVHGSFTLKLLETGDYSYNPAYHGPFLFHSTAAVFHFLGINDTTARLVPVFFGVATILLLFLLKKELGKSGVLWAMFLLAFSPSMVYFSRFFRNDMIIVFCTLAAVTGVFRYLDNIHNSKRYLYLILTASSLAIAVTAKENAYVIILIFGAYAGMGLLYWIYSTWKRENLSLQKTLLRKASVLLPFLPEILLSGALSIFIIMFFYTSLFRNDISLFSIVERAFTHWLAMHRIERIGGPFYYYIPILFRYEIPVILFGTAGFFHFLKSKGRNVPFFLFLCYWAFTSLLLYSYLQEKVPWLVVHIVLPFGILAGAYLGELFSRNTESVMPEQELLEGNLSPLTGSKPSFRAKHPGKARTLTAGILALALLISLGQCISVNYYRSMEPAELMTYTQASPDIRELMEKIEGLDRRPENLRLYVVDPNKLYWPLPWYLEDYDKVGYSSKPPASSKYDAIIVPMSYDMYREISAEEYSSYNFTLRPGRDFTLYYKKKLEMNG >MCC6757021.1 tRNA (uridine(34)/cytosine(34)/5-carboxymethylaminomethyluridine(34)-2'-O)-methyltransferase TrmL [Arenimonas sp.] MIDVILFEPEIPPNTGNAIRLCANTGARLHLVEPLGFEWDDARVKRAGLDYHEFAEVKRHTDFAACLAHLGQPRVFAFSSKAGIRFDAPAYRDNDALLFGPETRGLPAEVLATVPET >MBN8919778.1 DMT family transporter [Hyphomicrobiales bacterium] MRPTARSEIADVGGADISPSARKAERGDEWLRRLTGRFGTAHVGIGLMVASGGALVVGDATAKWLAATYPVGEIISVRGFIIMALLAALHIRAPEQLLPRRLGPQVLRALFFTGATFLMIWSVKLLPLATVSSIVFAAPLIMTMLAPALLHERVGLHRWIATIVGFLGVAIIIDPRSGGDALVMLVPVGAALFAALRDLSTRYIARGESAAAVIFVSIAFTAIAGLATLPFGWVIPTPFDGLLFLFLAGVYCLAYAMQVFAFRVAEAGLLAPFKYTQLVWATVIGFLVFGHMPAAAVFVGAAIVIASGIYVWRTETRTLPATS >WP_120452154.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6387519.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6402266.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6408792.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >MBZ6426372.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] >NYB01540.1 malto-oligosyltrehalose trehalohydrolase [Kalamiella piersonii] MESASFTKSWGAEYVANDAVRFRLWAPGQQSVSLRLAGQDTQMSPAEDGWFELLSTGVAPGSEYNFVLADGTVVPDPASRAQKDEVNGPSLVVDPAHYVWQHQDWKGRAWEESVVYELHIGTFTPAGTFQAAIEKLPYLAELGITMIEVLPVSQFGGNRGWGYDGVLLYAPHAAYGTPDDFKAFIDAAHGHGLSVVLDIVLNHFGPEGNYLPLLAPDFFHKERATPWGAGIAYDVDAARRYIVEAPLYWLQEYRLDGLRFDAIDQIEDTSEKHALIEIAERIRAEIPDRPIHLTTEDSRNVVFLHPRDAQGNAPLFSGEWNDDFHNAVHVFATGETHAYYQDFTPHPEKYVARVLAEGFAYQGEVSPHSGEARGVDSRGQPPAAFVDFIQNHDQVGNRALGERLITLIGAERNKVLLATLLLSPHIPLLFMGEEYGETHPFLFFTDFHGDLAKAVREGRAKEFAGHAGHEGESVPDPNAEETFTRSKLDWSKLQSAEGKAWLTLSRRLLALRQQHIVPLLASAGGHAGRVERSAEGFIQVSWRFPAGTLSLALNISETPQPLPDQPGETIFAWPENSRDLPQNAIVVRLAKGDAK >PKI91935.1 asparaginase [Actinomycetales bacterium SN12] MLETLTIADAVELAIVERNGFVESRHAGAAVVLSPGGEVIAQHGNAEALVLPRSSLKPLQAIASVTAGATLEGEQLALGTASHSGTDRHVEVVREVLAAGGLNEDDLACPAAWPTDTTARRDMIRDHADKARVRMNCSGKHALMLRACVATGWPTEGYLDPAHPLQVHIRDVVERLAGEKIAHTSIDGCGAPVHAITLLGLARAIHRIGSASERSPFALHRVAGALVRAVRENPWTIAGPGEPDTIAIETLSVFAKHGAEGVMVMVAPDNTTVALKTLDGSSRASAIVAATLLARAGALTEADVAALASALPLDVLGGGQPVGMIRPGSGI >EGQ7676658.1 ABC transporter permease [Vibrio parahaemolyticus] MQDVNSRFHKSVVYTIVGIMLIPILATFIYSISSRWGATILPDGFTFDWYIKLLTDPRFLQAFGRSLFIGLSALALSVVLVLPAIFVVFYYFPKLDKLMNILILLPFAVPPVVSSVGLLQLYADSEISLIGTPWILVGTNFTIALPFMYRAISNSFEAINLHDLMDAAHLLGASTTKAFLLIILPNLKKGLMASLFLSFSFLLGEFVFANILVGTRYETLQIYLYNMRQTSGHFTSALVMTYFLFIFLLTWLASRFSRGVK >WP_118359022.1 DUF4366 domain-containing protein [Dorea formicigenerans] >RHC08897.1 DUF4366 domain-containing protein [Dorea formicigenerans] >RHC20490.1 DUF4366 domain-containing protein [Dorea formicigenerans] MRLKKLSLLLALTLLVSVSALPVTAHAGGSKDTIPPTLTASMEGDALKIESSDDLSGVEAVFVDENRINSLTDGKASVALKDYAGTEKQVSIYAKDYAGNRSDVVKLDNPYYKEPAPEKKPAAAAPQSPSGTQTKPPKEEKPSGSNAATPSGGGNSSGSDNSTGQQENTSAIPEGAFTPEGTGTVQDNISGTDGEKQFYTITTDAGNVFYLVIDGKREDNNVYFLNGVTESDLMALAEKNNGSMSMIPQEESCNCTEKCEAGKVNTGCPVCKNDLNGCKGKEKPAETEKPAEPEKPKKETGSVGTILFILAALLAVGGIGYYVKIVRPKQQAEDDAEFEDDGYGEGFDPDEAYGEPEYLSEDDFDDKDSK >TDB49724.1 MerR family transcriptional regulator [Bacillus sp. CBEL-1] MYTISQVSEELNISAHTLRYYEKESIITPDRSPNGERLYTADHVAWLKFVIKLKETKMPLSKIRQYAELFKEGEKTAQARLELLENHHLSIQEQLQTLIDTEEMLTHKISTYKKMLAKQNV >WP_255329483.1 acyltransferase [Paracoccus sp. TK19116] >MCQ0970510.1 acyltransferase [Paracoccus sp. TK19116] MSTSLSQRMVWFDANRVCAAAGVVLIHSTTDFAGRPFPDASISERVIPVLLRSIGEFSGSEMFFLFSLFLLAQRIDRHRPGFREQTVFQAKRLLVPFAFWTLFYGLFRLIKADVQGYAPQYLAELSQLKTWVAFFLLGKSQYHMHFLPTLFAISLFYPVMRLAMRYPMLGVLLFATLGAMNHAQGFLYSIDIAPLVRDYLVRLTKIFGYVGYGLAAFALYSLWKDGIPRGEARLIRRGALYLVLLAYLATLPFFGPALMTGAFPVRASWDYFGHFLMPLLIFCMFMGSQYASWSPRWSIAARYTFGVYLIHPAVIDLFDIAVIQSGLSQSVSPAMLVLLRFSVALPLALGLAALIGRVPHLAWTIGLGPTPWARLARRNEIKLVPTT >WP_149493237.1 BON domain-containing protein [Psychrobacter sp. ANT_H56B] >KAA0923098.1 BON domain-containing protein [Psychrobacter sp. ANT_H56B] MTQMNLRTAIFGSPRRNAIGIILMSSIVTTGCTTNYLTNSTEGTYGVPMTERTIPQRLLDRSIEHTVKINVYGLQENLQQTSRMSIDSFNSIVLLTGEVPTETIKAEVSKVVGSMPDVRQVYNELTVGASKGYSQTVHDGYITSKLMAKTAAADGVKASQIRAVTNNGVVYIMGRMTPTQQSHLIDIANSTVGVTELVLLTTVVDDRGVKLGNDDIMYEANAANLAHPTRVAVVNNRAIPNTSGSVAADATISATPIIVTEDGSPVTEPSSSPYIDLYRNP >MBR1803321.1 hypothetical protein [Muribaculaceae bacterium] QPVPEAAPSGQAYYALGTTSDGRVGFVSQVANTSTGINGNRGYYLGPQTAVLPINYEVVTLAELLQKGDTKGRYEITDLNLVESVLNHENEDQLLICKDNNEFAEKDRENYVAGMVDYMAYGDAAGTAYTDYDESNWVLLRVPAKFPVTSDMMRKSLNNVKGRLTNRVNPEFLVESSLEGKGNVTAYDPNLFIPSSFAGTQKSQVTGETYFFVTPKPMELARVKWAIWDGNKFNAPNATKTGNEAELSGSFGVNQSYMKQEVELESNMGYSMTAVIKVNEASGSAAPRRAAAAAGYVAWPLTMQQDQQIITGVKELVKLRQVAGVTYYDIAGQPSRSPRSGLNIVVTRYTDGTSTAEKRIY >MBR7675499.1 sensor histidine kinase [Streptomyces daliensis] MDEDEELIKAVEALLSDPRTDPGIDVETAEQAARAVGLLEKGLQNGPGVYRLMAEGGQKGAETLSSDRLQVLSEMVQNADDMGASQVRFIWRPEELLIAHDGKGVRLADILLLGLPWLSGKSSDAEATGRFGIGLATLRALATTWEVHCHPFHVRFADLSIQSVESLVIPEQLVGPEWTVFRIPLAPDVLSVSELFKWFETWNDSSLLFLRHVRRVEARSDCPAEQGADDETASVMLELSWTEIDRRRLRINGEEADVRVREARTTSGTPWRVYDADVAPHGTTTRRHKAVGASMPVAVALPVHGPELGCVHAGLPVAELRTAARVHAQFDPVVSREGFAASRWNEGLVPLVADLWAGAVLDVISEVEPSAWHLVPLPSLSDPSAPTRLQDSIRAALVDRSRTWLASRLSLPCPDGAREPLSALAVEEQQLSGVLDDEDIARLAGLPATFPKCARDEANQWREVLTDWRGEGTAELAEEVRVHDAFLSLDDTEYDIDKTIRLTAAAIEADLGYLVRSRPCVITADGRRLQPTAVGLAFAEHQDAGPRGAGPLDALSIVVDLHGSYARESQWSHRVLDWLRKQDYLVRRDDTAAVLRRIERMGRAGKRIGGEAGCGIEQLASIQMALGEVSAKVRERLGPGIGQAVLLDGYTYDSEGNEKPCKVQPAHAYLPLALQSTEGDRFPAAAGKTPGIHWVHRSYARTLGSKAECGLSRTAFLRLLGVADVPRIKEVQSSWETKEYETDARVGLSRHCLLSPAARTGKLRRLNAHYTLDDRISPELDAVVQHIIAEPNLQERRRRSAALLQTLGKPGMITSEEAEVQAAEGHYRWIVRGQTAALWVWRLRETAWLEDSSGNLRTPGRAHLCTRDAQALYGQDDPGYLHPAIHQAVSNRIDVLTALGVKGDPDVPQLINRLRELRERSTAPGPVDDSLRAEVYLVYQALAGRLKNEAAGTSRSELRKKVRDAFSGRDFVLADQGWQRADDCFRGPTVLRGFRPFTIPDPELNPLWDALWIEEPRCEDLVDVLKEIARSGAHPQDEQQRVMLEALRSLADTVTSAQGPVSLGLRSKLRWLPLRTTYGWTKNRPVYAVDHPVIARTVGERMPVWQPGGDLQQFIGLLDLLKVHRVEASDACVVTPDGARPDHRLTDDFRRAVTSLQDTLVRDEPAAAEVFTGWAWLMELEVRVLPGLRIQLNLGEGHEAIEIAVDAHIDREAKTLFLTGPEALGTARGGGLAVASLFSAERAHVGHRWRDLWEMDVLRAAPAAPLVPSHQQDHEDRERLNSQLRERELSQPLSPTAPTGSRGPVNPPTKVPLPPLAPAPPSAPTPPDLASPPAPPMAERRKLVSLAELQVRTPQATRITASSQPRSASSSGTRHAASLPQPRRGGAAPKERSGPLGYQDRDKEKIVLELLTRILHEQGRTLEDQRGLMRLGADAVDSVDHFYEIKAHGGPEPAEVTLTGAELTRALAEGSNYSLVIASNLEEGRGTPTLRIIPDPLRFFEVEATAEVKLRGLRDTDVEATVWQWPDAGV >MBR3040588.1 MBL fold metallo-hydrolase [Lachnospiraceae bacterium] MITNLWYYPCGYCVNEMKYIVKKPAEKTRKFYAGVFLLKHERFGYILFDTGYSKEIYDCGKKGALYNKLNPTFVKKKDTIKEQLLADGIDAKKIRYIVLSHLHPDHIGGLKDFPNAKLVVSKECMKEYQKKKLRNLIFEKMLPEDFEKRVHKVRKFEQSVYTDVKRSYWEDVKRSLTGFDLFRDGSLFLLPLDGHARGQMGLLIKTAEGKKDILLAADAAWGSEFLDRVCEMSLPARLVQNDYKMYAQNAALLRTLTDGGMEIYFSHEPIEKKVLL >WP_122709004.1 zincin-like metallopeptidase domain-containing protein [Pseudomonas viridiflava] MRDIYQDVTDKIVTALDQGVAPWIKPWSSSGSAYVGHQPYPINAITHRPYSGINLPLLWAEARLQGFTQDRWLTFNQAKKAGGHIRKGEHSTLAVLYKPMEREEQTESGQPVLDEHGQPKVAHFGILRTHFLFNIEQTEGLEMLNDTLLETVPSDPFQPNSAAENLLLSSGARIVHRPADEAFYHPIRDLIQLPTKAQFHDESGYYATALHELTHWTGHHARLQREGVTLPCPFGSPGYAFEELIAEMGAAFLCAYAGIKGELRHEGYIDSWLSLLKADKRAIFRASGHARSASEYVLNLEQQLKQMVMDDSRCINDGV >WP_198140600.1 WhiB family transcriptional regulator, partial [Bifidobacterium longum] MSSAFDWRAKAACRDKDPELFFPVGNTGAAYQQIEEAKAV >PKO72095.1 pilus assembly protein PilM [Betaproteobacteria bacterium HGW-Betaproteobacteria-14] MRLTNENSKGFSLQIDLSVFNPKARPLLGLDISSSSVKMVELAEAAKGSYRIERYAIETLPRDAVVDGNITNLDAVAEAVKRAWKRMGTSTKYVAMALPAAAVITKKIIVPAGQRERELEFQVESEANQYIPFALDEVNLDFQVVGPAPSSPEEVEVLIAASRKEKVEDRVAVAEAAGLRPLVMDVESYAAQSAFELVESQFPEGGQNQTIALVDIGANVMNVTILRNDQPVYAREQAFGGSQLTQDIVRQYGMSQEEAETAKRTGNLPENFESDLLRPFLDSLALEVSRALQFFFTSTQFNQVDHIVLAGGCAVIPGVDEAVTERTQISTVVANPFANMALSQRIRPKNLATDAPSLLVACGLALRRFDQ >THH04310.1 hypothetical protein EW145_g5616 [Phellinidium pouzarii] MADILRTARLTLFSFSLLVVVTSAASVSNTTGLQRAQTFLEYIDVCKEVASKISAASNVYFPLSNEYTADNYHWASSSTQISACSVEPGTAEDVGVILQILGETQTPFAVKGGGHTTNPGFSSTEGVQISMTRFNEVVYDASSSTVEIGAGLIWDDVYAALADVNVTVAGGRVSGIGIAGFTLGGGYSWHANQHGLTLDTVQAFELVLPNGTVTTATSAFNPDLFFGLRGCFNNFGVVTKFTLTTYAQEEVWGGFIVLAGDKLAAVAKATANFNANNTDPKAQIIVELSTLEGLPGATVNIFYDGPDQPQGIFDELLAIEALSTDISTRSFLSLILSSPANETAGLRTAFHTVSITELTPSLLDVIANETTFWGSNVETILSSGVFISYDIEPFLPSIFTHGSDSAYPPSRTQGLLPLNIYFAWLAPAADDYFLNAIRQSAATIQAAAIAEGQDVANAALYGNYAVIGTSIYRIYGDNVARLKAIKAQYDPDNVMGLAGGWKIPT >OQY98020.1 50S ribosomal protein L6, partial [Planctomycetes bacterium UTPLA1] RALHGTTRALIQNMVTGVSQGYERKLEIYGTGYGCAVSGKTLDLNVGYSHPIKLDIPQGIKVAVEVGQTKGDETPAKLTISGTDKQTIGQFARSIKDARPPEPYKGKGVRYAGEQIKRKAGKAFAGAGG >WP_254406115.1 CopD family protein [Streptomyces sp. AC627_RSS907] MTRPLSRTAGTGRHARPSGTGRTVAVLVLVVLAALIPVLGPSPALHGTGEAEAPGTGGIALLRTVLFAALSVPVGELFVNRLARSLPDAPGDRPRSWSPYAAVAGFVASLGLASVVATGNLVPDSLAAIDVGGLYETRDGKLALLEVNAFLAAGLCATSRRPGLQVWPAAAVIVAEALRAHPTTEYSPLLGSGLTLVHLTCASLWVGGLPYALRTLRRWRGAAAGPALLGLYARVAAVLLAAVTATGVCSSLRRMPAGTILDQLTDTAYGRVLLAKVILVAGVAALALWARMRLSRAADPLTACSPARAEVAVLGVVVAVSGLLTALPVPIRW >MCU1437293.1 lipase maturation factor family protein [Naasia sp.] MEWFAAPDYEIARQVLQRGVAAIYLIAFLSTAAQFPALLGERGLLPVPRLLAARPKALGPTLFRWRYSDSLLRVVAGTGAASAVLLVLGVPQAGPPELPAIAFLAIWLLYLSIVNVGQTFYGFGWETLLLEAGFLVAFLGSHSQAPPTTVLLAIVWLVFRLEFGAGLIKMRGDRVWRDLTALYYHHETQPMPNPVSRFAHLLPKPVHKLEVIGNHVAQLVVPFLLFLPQPIATIAAAVVILTQGWLVVSGNFAWLNAITIVLAFAAVGDSALAAVLPVPADLGQDAPLPPHWLTITLAVSLLVLVLSWWPAKNLVSRHQLMNASFNRWHLVNTYGAFGSVTRTRYEVVVEGSAEERPTEEGWREYLFRGKPSEVSRMPRQFAPYHLRLDWLMWFLPLGSDDRWFVAFLHKLLLADRPTLRLLRRDPFDGAPPRWLRARLFRYRFTTRKEKGRTGDWWVREPVRTVVRPVRLEDFGDAPQRVEPGGRPA >UJR03683.1 ORF7a protein [Severe acute respiratory syndrome coronavirus 2] >UJR93908.1 ORF7a protein [Severe acute respiratory syndrome coronavirus 2] MKIILFLALITLATCELYHYQECVRGTTVLLKEPCSSGTYEGNSXXXXXXXXXXXXXXXXXXXXXXXXXXXXHVYQXXXXSVSPKLFIRQEEVQELYSPIFLIVAAIVFITLCFTLKRKTE >WP_050580425.1 MULTISPECIES: transcriptional regulator [Mesorhizobium] >RUY73689.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.05.1.1] >RUY80426.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.09.2.1] >RUZ08263.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.04.2.1] >RUZ43265.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.15.1.1] >RUZ86511.1 transcriptional regulator [Mesorhizobium sp. M7A.F.Ca.CA.001.14.1.1] MPVLSVRLLGPLMISRDGAPVALPTSRKLRALLAYLALAPHPVSRSRLCELLWDVPNDPRGELRWCLSKLRGALDMPARRRVSTQGDTVALDLDDCLVDVLEVSRAAAQGIGTLDVERLRVLAGLFAGDFLDGLELERSPHFNSWLIAQRRRFSACHAAVLERLVASLPAYSDEAIAHLDTWVELAPFDTCGHLALLSNLAGRGEVGAAEEHLAAAERLFRSEELDFAPLRAAWRAIRDRQSGTSLRTACLSTLSPLVATMPTAPGPVEPSHASLAVMPFVEESGGTRGGLADGFTHDIITRLAKLRDFFVIARGSVFALAEQNIAPEDAGRRLNVDYVATGTVRSPSGRLIVSVELIEVRSARIVWAETFERRPDDIFSVLDDIGNSIVSSISAEIETVERNRAMLKAPSSLNAWEAYHRGLWHMYRFTQAENEQARHFFAQALQLDPTFARAYAGLSFTHWQNAFQRWGDRDRESALAFESAGHSLLVDDHNPAAHWAMGRALWLRSEQDGSLLELERAVDLSPNFALGHYALSFVHSQSGDPRAAIGSSDHSRHLSPFDPLLFGMLGARAMAHVRLGQFEEAAEWALKAAARPNAHAIILAIAAHCLALAGRLDEARGFAAAIRKTRPDYCADDFIGTFRFEPDAVALFRQGASRIGLN >WP_022710297.1 alanine--glyoxylate aminotransferase family protein [Pseudochrobactrum sp. AO18b] MLQVPAYMLTTGPVPAYPEVLRALGQPVLYDYTDAFQVFYQSVIEKLAQVMRTGNQPVIMQGEAILGIEAAAAGLIARQDVVLNLVSGVYGKGFGPWATHYGREVIELAVDYDDVIDPQAVETMLQKRPDISIIAVCHHDTPSGTLNPLAEIGAIAARHGAFLIVDAVSSFGGMDVHPEAVHADIFITSPSKCLGSTPGLTLAAVSDRAWQKMAANPDAPRASFLSLLDWKEAWRAGNAFPVTPSVAEIYALNTALDLYLTEGAENVWARHAQTAQIAREGVKALGLDLWSRQEATAAPTATVFKVPDGISDVALRDQMLRDYDVLVSLGRKDTAGKVLRIGHMGASAQPEFAAKAVEALAGALKKLKI >DAI44238.1 MAG TPA: hypothetical protein [Caudoviricetes sp.] MDLIDYTTLENTVKGDGFVYGEYSISKTKTKLTYFDERELCGKFDGIDIFLDVISNQLSAGRGRYNSSQDKGNGGFQMFKTYKEAMDTFKNNPSKVADFMQKDEKILGGDSAGMSVEYDVTGDFIDMGRYVEGIPETFGSMYNGNPRSKRVNILISAMTSSWVSHRLINHRSKRVKRLVDWLETNQVRCAVTVMFTNDNWHCEIIVKKFDEIFNINDIAIAMHSDFFRRCQFKFGENSKTLVSGYGSAVQFWNNTKVKNVLSQEYNNEFNVVIGSKLEYTEQIDKDMDDLEKRLSKRIFEEESDEAMLGCMLGSR >KAI5750574.1 hypothetical protein M8J76_016815 [Diaphorina citri] MKGHVPPTVIKLPIGVPDNKIRLKNNIRLHLPPDQLSLLQNKSACVLCVLYLSYTMYLHYVIYTHVLSQTATNRVFSVEIGKLHEALTNERAANDVVNSHYVHDLKQSLQRFIAMFNMEAEPSEDYDETNRDIDSSYEELDSLDETNIATVRLKLDSLEDIVPVKMNRVKDDDEATVRLKLDKRVIKDTDDVLPVKLIRVKDGNDVATVNLNNGDVSTVELKNDFVSTIKVNGDVSTVELNRNVSTVKLKSDTRTVEDDRNQLENHVKNAQPMPHLNTENSHVITLTLSNVDSKPTNDNTRETIVQLTNEMRGSNMRSTNEIRGSSVQSTNEIRENNVQLTNQKRENNVQFGNQMRERIVKSTNKSNTIQSTEDNDLSNHAMLSEEEVLLVLPHDRKLRRARDVQSPPAHGQAKVSILLKGAAPTASIRDGGSVIKPWYPDVRATGNSNVSSHFILQELNGKIQIMKSGLYMVYAQIYYTSSDHQDHTNYSDTINSYSMNVASAGTERTIAVCSVHSSLNHSSEVSCHLSIVYHLGAGDRVYLVQREPNRQILLKDGYSYFGLTTLTVDS >WP_133325549.1 efflux RND transporter permease subunit [Sapientia aquatica] >TDK68676.1 multidrug efflux protein [Sapientia aquatica] MKFTDLFIRRPVLAIVVSLLIVVLGVKSLFSLPVNQYPKTQNAIVTISTTYYGADAQTVAGFITQPLESSIAQAQGIDYLSSSSTNGVSTITATLRLNYDANRALTEISTQVNAVKNQLPAQAQQPVLTVQTGQTTDAMYMGFYSDTLPTNNVTDFLLRVIKPKLDSIDGVQTAEILGARTFALRAWLDSSKMAAMGVTAADVSGALASNNYLTALGASKGQTVTVPLTAGTDLHSVEEFKQLAVKQNNGAIVRLEDIATVSLGSENYDFNVAFSGVRSVFIGIKVAPEANILNVAERVRKAFPGLQDELPHGLTGKIVYDSTEFINTSISEVIKTLVEALVIVTVVIYLFLGSFRAVLIPVIAMPLSLIGTFFVMLMLGYSINLLTLLALVLAIGLVVDDAIIVVENVDRHMKEGKSPIESSILAARELGGPILAMTVVLIAVYVPIGFQGGLTGALFTEFAFTLAGSVAVSGVVALTLSPMMCARFFKPEQDSGKFVMLIDRIFEKVRHGYLRVLHSILNTWPVLIVMSVILIGCLVLMFKMSTSELAPEEDQGIVLSQVVGAPTATADQMQVYADQVFKVAHSMPEYKQMFQLTGVPTTNAGIGGVLLKDWDQRSRSAKEIQQDLQAKWNKLAGAKVVAFQFPALPGSSGLPVQFLITTTEPFANLNEVSQKVMAKLQASGKFYFIDNDLKLDKPQATLVVDRDKIATLGMTQQDVGQALGAALGGGYVNYFSIAGRSYKVIPQVLQVNRLNPDDLLDFHIRTPAGDMIPASTIAHITTSVVPESVNHFQQLNSATISGVAGVSQGEALQIMRDALKEVAPTGYSADYSGQSRQFMNESGGFVGTLLFAVIIVFLALAAQFESFRDPIVILVSVPLALFGATIFIFWGFSSINIYTQVGLVTLMGLISKHGILIVEFANQLRKKGLDKRAAIEEAAGERLRPILMTTAAMVFGVLPLVIASGAGAAGRHAMGLVIFTGLSIGTLFTLFVVPAMYVFISGAHVAVNEVDKQIAKMA >WP_192880951.1 anti-phage deoxyguanosine triphosphatase [Haemophilus influenzae] MKPLIIDSSWTERFLPDPPREKDNRPPFRRDRGRILHSAAFRCLQAKTQIHAIGENDFYRTRLTHSLEVAQIGSSLVAQLKFLETFESLSQTLNIDKNELQKQLKPLLPSNDLIESLCFAHDIGHPPFGHGGETALNYMMAEQGGFEGNAQTFRILTKLEPYTENAGMNLTRRTLLGVVKYPALLDVASPQYAELNFSRNIDPRFVRIHDWIPGKGIFRDDLKMFNWLLENLSENDRTLFCQFKKVRKNPSESLHTRFKSLDCSIMELADDIAYGVHDLEDAIVTGVVNPHQWQAAHSALKQIPSAWLQENIDSISQRLFSDKHFERKQAIGALVNFFITNVRWKLTANFDEPLLRYNAELSPEVIAALGVFKKFVWDYVIRNVDTQRIEYKGQRMLTEMFQIFESDPERLLPRNTANRWRNAPEERKKRIICDYIAGMSDAHALRVYQQL >XP_052609093.1 netrin-4 [Peromyscus californicus insignis] MGSCARLLLLWGCSAVAAGLSGVAGANSRCEKACNPRMGNLALGRKLRADSTCGQNATELFCFYSENADLTCRQPKCDKCNAAHSHLAHLPSAMADSSFRFPRTWWQSAEDVHREKIQLDLEAEFYFTHLIMVFKSPRPAAMVLDRSQDFGKTWKPYKYFATNCSATFGLEDDVVKKGAICTSRYSNAFPCTGGEVIFRALSPPYDIENPYSAKVQEQLKITNLRVQLLKRQPCPCQGNDLNAKPQHFTHYAVYDFIVKGSCFCNGHADQCVPVDGFRPIKAPGAFHVVHGKCMCKHNTAGSHCQRCAPLYNDRPWEAADGRTGAPNECRTCKCNGHADTCHFDIGVWEASGNRSGGVCSNCQHNTEGQNCQRCKPGFYRDLRRPFSAPDACKACSCHPVGSALLPFGSVTFCDPSNGDCPCKPGVAGAHCDRCMVGYWGFGDYGCRPCDCAGSCDPLTGDCISSADADWYHELPAYPSPHNKSEPTWEWGDEQGFSALRHSGKCECKEQVLGNPKAFCGMKYSYVLKIKILSAHDKGSHAEVNVKIKKVLQSTKLKILRGKRTLYPESWTNRGCTCPILNPGLEYLVAGHEDVRTGKLVVNMKSFVQRWKPALGRRVMHILKKECQ >MCH7923992.1 hypothetical protein [Planctomycetota bacterium] MSAYFVDKQGDLLLHTMARSRYVGGESEPDDWIPLVLMLPAAPREAESIALSIWVLQEPQWRESVPKARHIPRVDVHAGVWVDDIVVRTLPRVELSTSAPGNVLAPGEPHYIRIILADTEKAGLVGRLSIKAADGGLVQALPLGVSVDEFVEPTLVPVDHLVPGYYKAVLEVLAGETIVTTRQLAFAKLAPLPVDGRSNARPFGVVVHPQTRSDAASELALLRNQLVRSVKLPIWTGLAEDLATPKQRKETDRMYLELITEGFAVTGVLFGAPSAIVRRDGPYQRTLIDLLSDQPGAWDEHLAVAAAPYASFVRSWQIGSDDGPHPLDRKKIATAVSQLREAMRRFISSPLLAMSETTAVSPSAERLPVEHISLNIGSEIPSAWMGRVLEESKGKYARVAAYIEPLPTDRYRRLPRLADWAQRLITARFEGADTVFAPQTWRVRNTSRATVTEPTEEYVILRTIAGLIGSATPGQRVSIAPGVVCMAFHDNRKTVLAMWDPSAPAGGREYAIQLGKADRQFDLWGQSSSLQRDGDGRHLVQLSSLPVIVPNVERWLIDFRTSLSIAPRHIESGTEVSDHEIELVHLGHAPISGEMTLQAPPGWKISPKNLSFSLMPQRTEHFSVRATYPHNEVAETKQIVAQVRLITGSYYLEIPLAVEFGLQDVEVSGMIVTEKNDVILRHTVTNHTDETLHFRGVVQARGRQRQYRPLANLRPGDTQTVEYRFSNATDLTGSTVRLGLREVNDGARTHALELVVP >WP_200037957.1 CheR family methyltransferase [Burkholderia cenocepacia] >MBJ9916543.1 PAS domain S-box protein [Burkholderia cenocepacia] MARQAPSRKERLSSPATLKSDLSFPVVGIGASAGGTTALQTFFESAPTGMDMAFVVVVHLAPEQVSHMDSVLQRTTGMPVHQVTSTVPIEKNHIYVIAPGMQLEMSDGCLRCHSRGQSDDAPFTIDHFFRTLADAHDWRAIGIVMSGTGSDGAAGLSRIKEAGGITLAQTPDDAEYAEMPQHAIAMARVDIVLPVADMPQRLLELWSNARRIEQQSVEFAQSLHHVDRPTVNDPERALSDILMHLRVRTGHDFRLYKRATVLRRIERRMQVNGQRDLLAYRDFLRAAPEEANALLADMLIGVTQFFRDREAFDFLEQEVIGSLFASESGEEQVRVWVAGCATGEEAYSISLLLARAREAAMSSQAIQVFATDIDEAAIVRARTGSYPLSIASDVPAALLQRYFTRDGAHYVIAKAVRERILFAAHSLLRDPPFSHLDLISCRNVLIYLERAVQRQILELFHFALRPNGYLFLGTAESADAADDLFAVVDKKRRIYRARVVTHRAKPVTGFPPLFQVESGASDERAAPQPPLRVPTSPAQRNFSYAELHQRALETYSPPSVIIDKESNVVHLSDNAGRFLRHVGGELSSNIMTLVLPDLRLDLRTAIFRALQTGTSVEARRVKWAHDTRVSWINMTVRPFHDKVANAEFLLVVFDEVAGRMTEEDQAETSGQDPVLAQLEQELQHSREQLATIIEQYETSVEELKASNEELQAINEELRSTSEELESSKEELQSVNEELTTANAEMQARIEDTAKANDDLHNIIASSEIATVFVDKEIRVKRFTPNATAIFNLIDTDLGRSLFHITHALRYPTLADDVRQSFQSLRLIEREIESEAGRWYLMRLLPYRTADDHIDGAVITLIDITDRHHAEEAARAGEQRLRLVAQSTKDYAIIIQDGNGAIVSWNAGAERIFGYTEEEMIGQDVELIYEPNDRQALVPMREREVATREGRADDERWHRTKDGRRIFCSGVVTPISDTSFNGFAKIVRDMTLRKQSDDANREALAREQAAREQALSSNQLKDEFIAVLSHELRHPLNLIGVKSEMLPRLPETRDIPAVREAADSIRQAVRAQAQIIDDLLDLSRIQTGKLALELGRVDLTAMLRGIADTCERDVHARGLVLKTELPTEPAIALADPVRCEQIFWNLMSNALKFTQSHGEIVVRLAHEGLMLRVDVIDDGQGIDGDTLPHVFDMFRQAPRDRTRGGLGIGLALVRQLVEMHGGRIAAASDGQGRGTTMTVWLPAASDERVVSSGNGAAEGSIAGLRVLLVEDDQETALSLTALLELAGATVTAAKSGAEALERLPETPVDAIVSDIGLPDMDGYELIRHIKADPRWATLRTVALTGRNRQDDVRAAAEAGFDTHLSKPLDFGMLLAALGDTH >MCJ1326389.1 hypothetical protein [Thelotrema lepadinum] MADNPPSYHNTSQGGYFPPPPQQNHIPPPISTPGNPNAPQKFFPPPPQSPPATKTNYPPPPSQSPPNGGPISRASYQTPSVTPLYSPPPQSAPPTQTSFQFPQQDRDFGPPPAGGQTGYHSYAEPLLSPSKPLDNTKSSLMPGGAPLASHFLGAATMQDDVGTFNGGSYRISHRDSNSVLTLQLAMGCPLSAKPGVMFAMSPTITLKGAVKFSMKKLIAGGEMAQSSYTGPGELLFAPPYLGDITTLRLTGKEKQQWYVGKDSLMSWTQGVTKEYKNQGLGKAMFSGEGLFVVKVGGAGLAWMSSFGAIIRKDLQEHEKYIVDNGHLVAWNCSYVMERVASGGIISGIVSGEGLVCKFTGPGTIFIQTRNQAAFGAFVGGQSGGGG >EAE1668788.1 permease [Listeria monocytogenes] >EAE1918257.1 permease [Listeria monocytogenes] >EAE3487340.1 permease [Listeria monocytogenes] >EAE9261800.1 permease [Listeria monocytogenes] >EAF2090933.1 permease [Listeria monocytogenes] MFNRGLWYREWRNMRWMLLGVVILFFLGITLGLMSDVDRWNSQKEYYESSEFLKQQKENPEFKTSDEEMKASLTVAYLTVPMYTNFVQDEFVDYMPFMFYFQVEMFFTLIKVSVFILGVLAVIFERYTRANRFTASLPYKRTHIVGVKMIMGIATIGLSYLISMGIGLTYFMSHVPKEYIQLDAPKFWVDIVGGLFTYILIFLVAILIGLLIGSPIAAAFVAFGVMLLPNVLNPTLDNMYNFIWPHGGDKGMSKLLRFEDYVNVFSPFSFESASFGAVIFSVILSVLMVVAILILYKKQHIERSGYLFAFSWVKWPFLVLFSLFVGMTAANLAVTDTELGFVGYLAWGIGATIGSFILALYILNKMRGLFQLSKTN >WP_010875413.1 TraH family protein [Sinorhizobium fredii] >P55415.1 RecName: Full=Uncharacterized protein y4dP [Sinorhizobium fredii NGR234] >pir|T02779| y4dP protein - Rhizobium sp. plasmid pNGR234a [Rhizobium sp.] >AAB91645.1 conjugal transfer protein TraH [Sinorhizobium fredii NGR234] MLDAALIKECADPSLKPAIVEQFVAAAGSTDPLAVSVESGGRLILVPKATSAGEAMAIVRQYVGQAVVRVGLTQFPVGVGVKNAADLQPDLVDACENLRKGTSMFAKVLRIVAKSYGNPESDDVIPQIFEDAVYAWKTGEFEGVSVFQAPDPGGSVATEEVLRSDDRDSHTQDSASEWPEGNDSVGSAAMRIDLSRIGGT >AGS31853.1 elongation factor 1 alpha, partial [Cyclodes omma] KEAQEMGKGSFKYAWVLDKLKAERERGITIDIALWKFETSKYYVTIIDAPGHRDFIKNMITGTSQADCAVLIVAAGTGEFEAGISKNGQTREHALLAFTLGVKQLIVGVNKMDSTEPPYSEPRFEEIKKEVSSYIKKI >WP_283557067.1 efflux transporter outer membrane subunit [Pseudomonas sp. N3-W] >WHS62776.1 efflux transporter outer membrane subunit [Pseudomonas sp. N3-W] MHVFKPPGILLVTLCAVALNGCVLGPDYRVPDVPIAAKWQAPLPHGASVVALADWWQQFDDPALAELLRLSETDSPSMDEAWANISLARATAASDAADALPKIDGTLSGGRGGQQTGAQRLGGSGSSATMDAAWELDMFGKLRRNNEAAKSRVEARVDDWHDARVTLAAQVGDYYVQYRGCQKLVLAYTDQAQSQQDTARITRESFGAGFTSSADAALADASAASSAAALVQQQSECQVLLKSLVALTGSDEGRLLEVLGQTPAQLPQPAELQVRQIPADLLRQRPDVASSERELAAANAEIGVAQAERLPSLSLSGTFSVGTMVGQRNRSWSLGPVLSIPLFDGGKRRAAADGAEASYDAALAVYRQTLRTSVMEVEQALVRLDAARRRESDVARSTAGFRESFEAIDRNWQAGNVSLLDRETARRQALTAEIELITLQQDQVRYWIALYKALGGGWQANQPLVRNRATSGEGV >MBN8831519.1 TonB-dependent receptor plug domain-containing protein [Sphingomonadales bacterium] MIVKVRDVSRRLLGGASLTSLCVLGVLAPVASASATDADTLAAAASSDDADSSKDVVVTGTRVVRDGYRAPTPTTVIGGEEIERSAKINVSEMLWQMPALAGMTKTNTTTVSAGQVGIQAPNLRNLGITRTLVLLDGQRIPPATTGMLSDLNTIPNTLVKRVDIVTGGASAQWGSDAVGGVINFVLDKDYTGFKGEASGGITTYGDAPNFKVSLTSGLKFAGGRGHFLVSAENEYEEGAPPLTSRSWYTGTKSYLNPAFTVGNGQPYYLLQDNVGYTNIAPGFVISSAGPLQNTLFGPGGQVSTLHFDSVSADASHQWGVGGDWKATDFGNGPQQLMASSSRQNVFSRASFDVSDHINVYGQFMFGRSHSYVVSTPNFYFGNLTIKVDNPFLPASVAQAMTKAGLTEVKGGSYLDAIGGSRYDAEREQYRYTVGITGDFNLLGTKWNYNAYWNKNIAFIQQKFHTITSANFTRALDAVTGPNGTPICRSTLTDPNNGCVPFNILGTGVASPASIAYISGTPTLNQRLLQQQFAVSFNAEPFATWAGPVSIAFGAEHRNEAGRGTQDAKSLVNSYWAGNYKAINGSYNVTEGFLETVVPLLKDSPAGKALDLNGAVRETEYSSSGRVASGRRARATFVPGICRSCSSPGRR >MCP4913426.1 VTC domain-containing protein [Oligoflexia bacterium] MNLENFEDLRYEIKFICEPSDNYIDLYLKTHPEAFREIFSPRMIHNIYCDSEVLSAFDENISGVSERIKVRHRWYTDLDNNESSQSPMITELKYKEGKLGGKKFIPLDTKFKDVKLLDLHSLAISKSPEQYRGLLSTYSSPALYNQYQRSYYLSANSKIRVTIDNHIKFSPLYLEANKLGRLEQRPFSIIEVKGSPADHQQISDFLKDFPYRPYRFSKYVVGIQNGIFA >WP_050837451.1 AzlC family ABC transporter permease, partial [Bordetella pertussis] MRSKPIDAPGTPGAPVSAGLKACVPVMIGYFPVAVAFGIAGLAAGLQPLQVILISVFVYAGASQFLLLASIKAGTPWLWVVALCSLLNARHLLYGPLLARFLPESLRERLRIAFLLTDEVFATAFNRLGAVEPASRGRWITGLGLGAWATWIAGTAVGVYAGEGLERHYPVLSQVMRFALPALFLALVCQSMQPGMRRPVLAALVVGGALAAAAMAVITFLTRALPFMLSTRSCLLRRLSEEGSALAALGPSLLA >MCD6199266.1 excinuclease ABC subunit UvrA [Deltaproteobacteria bacterium] MTNQTIDIINVRQHNLKGFDLSIPLGKITVLTGPSGSGKSTLALDVLFAEGQYRYLESLGMAVKRIVDLWDRPLVDAIKGLPPPIALEQKPFVRSPRSSVATLTGIADFMRLFFATCGRPYCPKCQIEISALSVDQMADKILDFPEGTKLILMAPLTQRMDLIPQDEILNYLKKDGFLRVRIDKKPFTLDAPVTLEKKPKSLELVVDRLIVKPGILSRLADSLTLALSQGDGSVVIEILPVKKRERPEILTFSEKMTCPECQESFPALSPRIFSSSHPDGMCISCNGKGKNKSAQPCRKCRGTGLNPFARNVRIEDRAFPDLMTWSVHKTYLWLLSLSMEFSKKFHGIKNIQAGIRIIEAISSRLKPLEEMGLGYLELDRPTTTLSGGEIQRLRLGAQLGRDLTGILYILDEPTIGLHPCEQQALWQNLIHLKDQGNTIIVVEHDLDIIRKADHVIELGPGAADEGGRLVFSGTAEDMAKDQDSVTGPYLQGNRRLKRHAHRRKNHGQVILCNAQKNNLKDITVAFPLGCLICVTGVSGSGKSTLVTDELYHAIRSNPRDGSSEKTKLILKGGLSTIPETILVDQAPLVKARFSMPATYMGIFTHMRGLFSRIPEARSRGYKAGYFSLTRKGGRCERCKGQGFIDLDLQYLPSIKITCDLCRGIRYNREALGIRYKGLNMAEVLDMTVKDAADFFARIPRIRCPLEVIERIGLGYLRLGQPACTLSGGEAQRLKLAKELAKQAHDPTIYIMDEPSRGLHQRDLERFIPVLEELLEQGHSVILIENQPEILNLADWIIELGPGGGPDGGNIVAEGPPVTAKK >EFC33499.1 possible periplasmic thioredoxin [Campylobacter jejuni subsp. jejuni 414] MKKSFLILCVLFLLNACSFENSKDTGKIGEKSAEISAKDTLGKAVKLSDDNTSLKVLVFFQNGCPSCLKELPSLDEFVQNHPNKISVYAINSIDNANVVKVLAEQFDFKNIKVLKDDLKITNDRYAVFATPTTIIIKDGMIKDRILGEKPWEFFESKLISLL >EDQ9505691.1 DUF2514 family protein [Salmonella enterica subsp. enterica] MNLLPVLLKKIWKPLAEILLVAFLLCAAAYWCYSRGYQKADTSWKYQWAQRDLTDATAALQREVTERAKEQRRQHAADEERKRADEELAKIQADADAAERARGGLQQQLAAVQRQLAGSETGRLSALAAASQAK >MBS6066499.1 MarR family transcriptional regulator [Limosilactobacillus fermentum] MDDDYREINQALVRVYNGIMWIEEHELRKSAFSNLTIKEMHAIDAISMYNHQTASQVAKKLHLSPGTMTATTDRLVRKGYVQRFRDEHDRRVIRLGLTKRGRVLYRSHRAFHNMMVKSFLKGTDEEQKRVIRRSLMNLEAFLDENA >KWO58748.1 hypothetical protein WM28_32255 [Burkholderia ubonensis] MLKNWALSVCLAQVAHGARDRDDANAAASAYLEFGHQPIEAYDTLRTLAQRYVNRKYSGSIPASFNTMKCIDLFHSQELDTLADRLTKAR >KAJ9247365.1 hypothetical protein DTO207G8_8145 [Paecilomyces variotii] MDRQGRTVIIEPVGSECDTDTAYMSDDCASLDTTSLVSEVRRYQYENGRRYHAYQAGKCPWPNDEEEQDRLDLFHHVHVLALDGALYRAAIEGDPPNVLDIGTGTGIWAIEMAEQHPNSEILGIDLSPIQPSWGPPNCRFMVEDVELDWSYGGQKFDFIHSRGMIACIMDYKHMYRQAFDHLVPGGWIEVQEFETRIRSDAPCDGSKRKHIDEWLRYLDEATISVGRPLTVAGEQRQHLIDVGFEDVEEDIYPIPFGTWPKDPKFKELGRFQLAQMLQAVDSLSPAVFSRILHWDAERVRQLTSGVKRELMDRSLNLYCNIHFVYGRKPGI >WP_231768584.1 cobalamin-binding protein [Massilia sp. DM-R-R2A-13] >UGQ47716.1 cobalamin-binding protein [Massilia sp. DM-R-R2A-13] MKKLIFAALLVSAQVHGAVTVIDDDGKAVTLQKPAQRVIAMAPHVTELIFAAGAGSKIVGAVNYSDYPEAANSIPRIGDNREIDIERVVAMKPDLIVIWRHGSSERQLEQLRKLGYPMFHSTPKNLDRIADNLVSMGKLMGTETAAEAAADALRRKLAALRAQYANRPPVRTFYQVWDKPLYTLNGAHIVSDALKVCGGVNIFANLKVTAPVVSIEAVLQEDPEAVFGTAEKNYGGVNLWRPYTQLQATRQGNLFTVDGNLLNRAGPRMIEGTAMLCEKLEQARQHRKN >XP_051312901.1 glutathione S-transferase [Hypoxylon trugodes] >KAI1387127.1 glutathione S-transferase [Hypoxylon trugodes] MTLTVHHLGVSQSDRVVWLCEELGIEYEFKKYDRSPIMAPPEYKALHPLGSAPVIEDGEVKIAESGACVEYISQTYGNGRLTIAPGQKGYAEYLYWFHFANGTLQPALLLNLSLSRSGLGEDDEIVKRYEGRQKQILEFVDRRLSEVPWFAGDQFTVADIMNVCCLTTMRCFLKYDIGGYPNILAYLKRVAERDGYKRAMQKGDPDQNIDELTGAAPPPLPKALAAAVRARLS >WP_209676560.1 FtsK/SpoIIIE domain-containing protein [Arthrobacter stackebrandtii] >MBP2411440.1 S-DNA-T family DNA segregation ATPase FtsK/SpoIIIE [Arthrobacter stackebrandtii] >PYH00277.1 cell division protein FtsK [Arthrobacter stackebrandtii] MRIRLTLRREPQEDKNLAVTVDGLATVGDIATELYLADPSRKGAGAPAKLSLLVEESLVGGLRGRTLPPESNLLESGLRPGATVALTQVSDTFSMPGHDRGPAVATLRVVSGPDQGREFALPSGTSYIGRDFNVDVRLSDPMTSKRHARINVGETIEIVDTGSANGLLMEGAQVSRAVLGSYDEVTLGDSTISIVSLGNAATGGPTGPLVEFNRSPRVVPHFKVEEQAVPAGPQRPRRTRFPMLMLMAPILMGAIMYSVTQNLYSLVFIAMMPLMMIGSWVDQRANAKRDTRDAVEQFRGAVTEFRRQMTARQQVERAVRLAESPSAAETVEAIYKLGPLLWTHRPEHPAFLSLRLGVGRQPSRTPLAKDSGNNTMPEYMEEIAELKTEFTDIDAVPVVAQLRTSGALGIAGPRGVVDDVARALVLQAVGLHSPAELAVAAMTGTESKERWQWLQWLPHVGSVHSPLGGDHLAAGRGAAGALLASLEDLLVARGVTMSSRGAAHRGPLDPKKADAPPPAVPALLVIIEDDVNVDRARLTRLTEYGADVGVHILWVANSVEALPAACRDFLQVAETATTGQVRLGQLSYPVSCESVDAELAGQLARMLAPVVDAGKPVDDDSDLPRAVSYVALAGHDLVEGTTGIADRWLENNSVAARAVKNRKHQGSLRALVGSKGIEPMYLDLKTEGPHALVGGTTGAGKSEFLQSWVLGMAAAYSPDRLSFLFVDYKGGAAFADCVQLPHTVGLVTDLSPHLVRRALTSLRAELHYREHLLNRKKAKDLLALEREADPEAPPSLVIVVDEFAALAKEVPEFVDGVVDVAARGRSLGLHLILATQRPSGVIKDSLRANTNMRIALRMADVDDSNDILGEDTAAYFSPSIPGRGAAKTGPGRIEGFQTGYAGGWTSRTPERPRIDIVEMDFGAGAPWEQEIEAAPVAESAGPNDIARVVANISLAAVELGVKPPRKPWLGELSSIYDFSKLPTPRNDQKLLLGVMDDPAHQAQPTVFYEPDRDGNMAILGASGSGKSAALRTIAVAAAITPRGGPVQVYGIDAASNGLQMLEVLPHVGGIINAEDGERVGRLLRYVRGIIDERAESFAQAKAGSISEYRRLANRPDEPRIIILLDGLGAFRELYEFRPGMPQFETLQQIATDGRPMGVHIVVAGDSTRSLPTSLASSIQRKLVLRMATTDDYVTMGLPKDVLDASSPPGRGMIDGGEIQLAIFGGTANLALQARQVASLGESMRRQGVKAAPRIESLPEILDLDVLPTAGPGHVTIGADDYNLEPAGLAASGALMLTGPPGSGRTTALVTLAEALKRSTPGTRRVYFGSRRSAVASLPVWDEAFATPGGVAPELRRFIDQVEAEGEPVAFFIEGVTEFSDSPAEMELVALVKAAVKANLFVVGEAETSTWSAAWNISGLFKAGRRGLLLNPGDIEGDTLMSTPLGRTRNNKFVPGRGYVVGRGKAFKLQVATTMDHER >GAW04005.1 glutamate decarboxylase [Lentinula edodes] MSLSRHIDAEEFTKDVGIPSKAAYQLLHDETQLDGNPLLNLASFVHTWMPEEANKLIMENINKNQVDMDEYPAATIIHNRCISMIASLWKAPSTGKVIGTSTAGSSEAIMLGGLAMKKRWQEARKAAKKDFYHPNIVFGSNAQVALEKFARYFDVECRLVPVKASSNYVMDPKDAIQFIDENTIGVMVILGSTYTGHFENVAEMSELLDKLQEETGLDIPIHVDGASGAFVAPFVYPSLKWGFDIPRVVSINTSGHKFGLVYAGIGWVLWRDESFLNKDLVFELHYLGNVEYSFTLNFSKPASPIIAQMFNFLNLGFEGYRKIAIKDLRNARLLSRALENTYFKVLSNIHRVLPGRDEDDDPESYEPGLPVVSFKLSDDFKEKYPHVQQVWIQSMLRTKGWIVPNYNGPEGEKDTEMLRVVVRETLSEDLTERLIADIIDTTESMMSESGSQILLALSQSSHQADREHGRPDKSNFGDTAEDAQEQAGFSRQC >AIL29843.1 NADH dehydrogenase subunit 1, partial [Cautires sp. UPOL A00017] MNLLDMILVFTCMLIFIIFILVGVAFFTLLERKVLGYIQIR >HBL8984898.1 beta-lactamase [Escherichia coli] SVAKKEMALNDPAAKYQPELALPQWKGITLLDLATYTAGGLPLQVPDAVKSRADLLNFYQQWQPSRKPGDMRLYANSSIGLFGALTANAAGMPYEQLLTARILAPLGLSHTFITVPESAQSQYAYGYKNKKPVRVSPGQLDAESYGVKSASKDMLRWAEMNMEPSRAGNADLEMAMYLAQTRYYKTAAINQGLGWEMYDWPQQKDMIINGVTNEVALQPHPVTDNQVQPYNRASWVHKTGATTGFGAYVAFIPEKQVAIVILANKNYPNTERVKAAQAILSALE >MBK8070034.1 elongation factor Ts [Rhodanobacteraceae bacterium] MEITASLVKELRERSGAGMMECKKALTENAGDIEAAADWLRKTGLAKADKKATRVAAEGRVALGQADGLAVLVELNCETDFVGKDENFVKFSAAVAVAAAAAGTADVDAIKSLKLADGSTVDEARQALVAKIGENMQVRRAAKVAAGNIGAYVHSNNKLGVLVAMEGGSAELAKGIAMHIAAMNPQYLDMSQIPADVMTRERDIAMEQSKDSGKPPEILEKMIQGKIRKTLAEQTLLGQAYAAPDANGVGVEEALKKAGAKVLSFVRINVGEGIEKKEENFAEEVMKQVKASQ >WP_270453521.1 aspartate kinase [Halonatronomonas betaini] >MBF8436614.1 aspartate kinase [Halonatronomonas betaini] MNVIIQKFGGSSLATLEDRENACRQVIKAVKAGYKPVVVVSAMGRAGAAYATDTLLDLPGDREKLSARQQDLLASCGEVISSVIIAGHLTEKDYSAQSLTGGQAGIITDDNFGASRIIAVKPEKIIKLLEKDIIPVVAGYQGLSQDGEITTLGRGGSDTTASALGYALNAEKIDIFSDVDGLMTADPSIYEGAKNLSEVTFTEACELAYQGAEVIHPRATEFAQAGNIPLRIRATNNLNDDNGTVIKDSRDLNKDRPVTGLAVRRQVAFIEILPDSKNDYNTGLKSFRLLADNDISVDMINIRPEKISFIVDNPDINRASSLLTDSGFTFNISDKFCKVSIVGSGMTGLPGVMARIVDALNQAGIKIYQTTDSHTSIACLIEKSSEEAAISALHGAFKLNYKE >MCD8106539.1 YwaF family protein [Oscillospiraceae bacterium] MSDLSEFWYTEYTMSKKYGYWHTEFELFGPLHWFWLIACVVFTVVISAWYRKASEKVRKRIRLSIAMFVLLFEISRIIMELITDQWHVSSLPIQLCSIGVFICTWHAIHPNKLAGNLLYALSMPGAALAMLSPSWTMLPLWNFNHLNSELGHIVLFSYPVMLIAGGFRPELKELPKVLAILATMCVAVTPINEIYNTNFFFLGDPYGNVITSFCTSIFGENLFVIGYAIMLAIVMAMLYAPFEILRRRASHK >WP_254833504.1 primosomal protein [Phenylobacterium sp. LH3H17] >UTP37994.1 primosomal protein [Phenylobacterium sp. LH3H17] MPGPEIGDGYDEQDGAETYDESNLDDHEGLNEMRTFEELPDLLDVTSARGDRDEDEALALDADEFDEDAFTDADLEDDDELHYRATAGDEDEERDAFDEDRVDPDSIDGLEEVADAELVSGGEDDFTNFQSKGLSDEDLDRMGYARRPASAQDSTRKN >WP_257007586.1 IS256-like element ISLgar5 family transposase, partial [Enterococcus faecium] ANKGDLNELFRVHLEKAVNTLLKMELTAFLDYEKYDRIGFNTGNSRNGSYDRTVKTEYGELHLQIPRDRNGEFKQQTVPAYRRTNDTLEETVIHLFRKGITMSEIADLIEKMYGHHYTPQTMSNITKSFTEEVTAFKGRELHDSYAAIYMDATYIPLKRKTVAKEAIHIAVGIRPDGSKEVLSYAIAPTESITIWEEILLDLQERGLKNVLLFITDGLKGMVGAISRFYPKARFQHCCVHVSRNISHKVRVNNRKEVCDDFKMVYQASSKEVALEARGAFAKKWKTSYPKVVESILSNDHLLTFYDFPLAIRKSIYSTNLIESFNKQIKKYSHRKEQFQNEESMERFLVSSFDTYNQKFLGRSHKGFQQAEGELEQMLSQLIEN >WP_271820285.1 septal ring lytic transglycosylase RlpA family protein [Dolichospermum circinale] MNQRHLWTTVAVFLAVLGLPSVGRTQTSAGISPTSQASSANDAVKVGEYQSQTESPISNPVITRIHPHSIRGLQAATLYIRDIPVLTFLGSNPVTNSKTKVGVIGNGENLNSYPRTATNSAKVTSFSNTGNVVNFNKKVRSIDNDPVQKASVIAARINELIEKNVDASKITVSWKTGDNSTINNKAQKPGFIVQQPSADRYTITIDGQELVEVNKVTILADSTKNLAQDALQATNRLRRLIGNASPIQAIANLPVDRSVSSASLPQKIAFGNINLSFQGIASWYGYDGSGNKTASGERYNPEGLTAAHRSLPMGTKIRVTNTRNGRSVVVRINDRGPYIRGRIIDLSAGAARLLGMIGSGVAQVSLEVLGK >WP_021346398.1 DUF6265 family protein [Elizabethkingia anophelis] >EQB93415.1 hypothetical protein C874_01460 [Elizabethkingia anophelis 502] >MCT3921799.1 hypothetical protein [Elizabethkingia anophelis] >MCT3958110.1 hypothetical protein [Elizabethkingia anophelis] >MCT4060736.1 hypothetical protein [Elizabethkingia anophelis] >MCT4107028.1 hypothetical protein [Elizabethkingia anophelis] MKTNSVKIFLSVVIIVSVVSSWAHYSVKPIDKAMWLIGTWENKTSRGSVYESWKKINESELAGKSYAVKGTDTIVFETVKLKQEGEGLYYIPTVRNQNDGKPVSFKAYTITDYKMVFGNPEHDFPQSVSYTKVNADSLVAEISGVKNGNVRHETFPMRRLK >HCC04630.1 hypothetical protein [Clostridiales bacterium] MSEVEIREPKQTRSIETKDKIIEAGFELICTDGFYNTNTSKIAKKAGVSTGIIYQYFKDKKDILLNGLDKYADDIFYPMLNMSNIKFDKNNFADIMKNMIKKYISNHKLSHTAHEEITAMAHSDKDVAYFFYKREMDMTYKFGSALTENGFDIVNLNEKVHIVLGLIDNLCHEIVYHKHKELDYEIMTDVVVNEIVNILK >HAR4306776.1 beta-ketoacyl-ACP synthase II [Staphylococcus aureus] MSQNKRVVITGMGALSPIGNDVKTTWENALKGVNGIDKITRIDTEPYSVHLVGELKNFNIEDHIDKKEARRMDRFTQYAIVAAREAVKDAQLDINENTADRIGVWIGSGIGGMETFEIAHKQLMDKGPRRVSPFFVPMLIPDMATGQVSIDLGAKGPNGATVTACATGTNSIGEAFKIVQRGDADAMITGGTEAPITHMAIAGFSASRALSTNDDIETACRPFQEGRDGFVMGEGAGILVIESLESAQARGANIYAEIVGYGTTGDAYHITAPAPEGEGGSRAMQAAMDDAGIEPKDVQYLNAHGTSTPVGDLNEVKAIKNTFGEAAKHLKVSSTKSMTGHLLGATGGIEAIFSALSIKDSKVAPTIHAVTPDPECDLDIVPNEAQDLDITYAMSNSLGFGGHNAVLVFKKFEA >WEU87158.1 ORF1ab polyprotein [Severe acute respiratory syndrome coronavirus 2] MESLVPGFNEKTHVQLSLPVLQVRDVLVRGFGDSVEEVLSEARQHLKDGTCGLVEVEKGVLPQLEQPYVFIKRSDARTAPHGHVMVELVAELEGIQYGRSGETLGVLVPHVGEIPVAYRKVLLRKNGNKGAGGHSYGADLKSFDLGDELGTDPYEDFQENWNTKHSSGVTRELMRELNGGAYTRYVDNNFCGPDGYPLECIKDLLARAGKASCTLSEQLDFIDTKRGVYCCREHEHEIAWYTERSEKSYELQTPFEIKLAKKFDIFNGECPNFVFPLNSIIKTIQPRVEKKKLDGFMGRIRSVYPVASPNECNQMCLSTLMKCDHCGETSWQTGDFVKATCEFCGTENLTKEGATTCGYLPQNAVVKIYCPACHNSEVGPEHSLAEYHNESGLKTILRKGGRTIAFGGCVFSYVGCHNKCAYWVPRASANIGCNHTGVVGEGSEGLNDNLLEILQKEKVNINIVGDFKLNEEIAIILASFSASTSAFVETVKGLDYKAFKQIVESCGNFKVTKGKAKKGAWNIGEQKSILSPLYAFASEAARVVRSIFSRTLETAQNSVRVLQKAAITILDGISQYSLRLIDAMMFTSDLATNNLVVMAYITGGVVQLTSQWLTNIFGTVYEKLKPVLDWLEEKFKEGVEFLRDGWEIVKFISTCACEIVGGQIVTCAKEIKESVQTFFKLVNKFLALCADSIIIGGAKLKALNLGETFVTHSKGLYRKCVKSREETGLLMPLKAPKEIIFLEGETLPTEVLTEEVVLKTGDLQPLEQPTSEAVEAPLVGTPVCINGLMLLEIKDTEKYCALAPNMMVTNNTFTLKGGAPTKVTFGDDTVIEVQGYKSVNITFELDERIDKVLNEKCSAYTVELGTEVNEFACVVADAVIKTLQPVSELLTPLGIDLDEWSMATYYLFDESGEFKLASHMYCSFYPLDEDEEEGDCEEEEFEPSTQYEYGTEDDYQGKPLEFGATSAALQPEEEQEEDWLDDDSQQTVGQQDGSEDNQTTTIQTIVEVQPQLEMELTPVVQTIEVNSFSGYLKLTDNVYIKNADIVEEAKKVKPTVVVNAANVYLKHGGGVAGALNKATNNAMQVESDDYIATNGPLKVGGSCVLSGHNLAKHCLHVVGPNVNKGEDIQLLKSAYENFNQHEVLLAPLLSAGIFGADPIHSLRVCVDTVRTNVYLAVFDKNLYDKLVSSFLEMKSEKQVEQKIAEIPKEEVKPFITESKPSVEQRKQDDKKIKACVEEVTTTLEETKFLTENLLLYIDINGNLHPDSATLVSDIDITFLKKDAPYIVGDVVQEGVLTAVVIPTKKAGGTTEMLAKALRKVPTDNYITTYPGQGLNGYTVEEAKTVLKKCKSAFYILPSIISNEKQEILGTVSWNLREMLAHAEETRKLMPVCVETKAIVSTIQRKYKGIKIQEGVVDYGARFYFYTSKTTVASLINTLNDLNETLVTMPLGYVTHGLNLEEAARYMRSLKVPATVSVSSPDAVTAYNGYLTSSSKTPEEHFIETISLAGSYKDWSYSGQSTQLGIEFLKRGDKSVYYTSNPTTFHLDGEVITFDNLKTLLSLREVRTIKVFTTVDNINLHTQVVDMSMTYGQQFGPTYLDGADVTKIKPHNSHEGKTFYVLPNDDTLRVEAFEYYHTTDPSFLGRYMSALNHTKKWKYPQVNGLTSIKWADNNCYLATALLTLQQIELKFNPPALQDAYYRARAGEAANFCALILAYCNKTVGELGDVRETMSYLFQHANLDSCKRVLNVVCKTCGQQQTTLKGVEAVMYMGTLSYEQFKKGVQIPCTCGKQATKYLVQQESPFVMMSAPPAQYELKHGTFTCASEYTGNYQCGHYKHITSKETLYCIDGALLTKSSEYKGPITDVFYKENSYTTTIKPVTYKLDGVVCTEIDPKLDNYYKKDNSYFTEQPIDLVPNQPYPNASFDNFKFVCDNIKFADDLNQLTGYKKPASRELKVTFFPDLNGDVVAIDYKHYTPSFKKGAKLLHKPIVWHVNNATNKATYKPNTWCIRCLWSTKPVETSNSFDVLKSEDAQGMDNLACEDLKPVSEEVVENPTIQKDVLECNVKTTEVVGDIILKPANNSLKITEEVGHTDLMAAYVDNSSLTIKKPNELSRVLGLKTLATHGLAAVNSVPWDTIANYAKPFLNKVVSTTTNIVTRCLNRVCTNYMPYFFTLLLQLCTFTRSTNSRIKASMPTTIAKNTVKSVGKFCLEASFNYLKSPNFSKLINIIIWFLLLSVCLGSLIYSTAALGVLMSNLGMPSYCTGYREGYLNSTNVTIATYCTGSIPCSVCLSGLDSLDTYPSLETIQITISSFKWDLTAFGLVAEWFLAYILFTRFFYVLGLAAIMQLFFSYFAVHFISNSWLMWLIINLVQMAPISAMVRMYIFFASFYYVWKSYVHVVDGCNSSTCMMCYKRNRATRVECTTIVNGVRRSFYVYANGGKGFCKLHNWNCVNCDTFCAGSTFISDEVARDLSLQFKRPINPTDQSSYIVDSVTVKNGSIHLYFDKAGQKTYERHSLSHFVNLDNLRANNTKGSLPINVIVFDGKSKCEESSAKSASVYYSQLMCQPILLLDQALVSDVGDSAEVAVKMFDAYVNTFSSTFNVPMEKLKTLVATAEAELAKNVSLDNVLSTFISAARQGFVDSDVETKDVVECLKLSHQSDIEVTGDSCNNYMLTYNKVENMTPRDLGACIDCSARHINAQVAKSHNIALIWNVKDFMSLSEQLRKQIRSAAKKNNLPFKLTCATTRQVVNVVTTKIALKGGKIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSACVLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYYFMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNKYKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQSGFRKMAFPSGKVEGCMVQVTCGTTTLNGLWLDDVVYCPRHVICTSEDMLNPNYEDLLIRKSNHNFLVQAGNVQLRVIGHSMQNCVLKLKVDTANPKTPKYKFVRIQPGQTFSVLACYNGSPSGVYQCAMRPNFTIKGSFLNGSCGSVGFNIDYDCVSFCYMHHMELPTGVHAGTDLEGNFYGPFVDRQTAQAAGMDTTITVNVLAWLYAAVINGDRWFLNRFTTTLNDFNLVAMKYNYEPLTQDHVDILGPLSAQTGIAVLDMCASLKELLQNGMNGRTILGSALLEDEFTPFDVVRQCSGVTFQSAVKRTIKGTHHWLLLTILTSLLVLVQSTQWSLFFFLYENAFLPFAMGIIAMSAFAMMFVKHKHAFLCLFLLPSLATVAYFNMVYMPASWVMRIMTWLDMVDTSLSGFKLKDCVMYASAVVLLILMTARTVYDDGARRVWTLMNVLTLVYKVYYGNALDQAISMWALIISVTSNYSGVVTTVMFLARGIVFMCVEYCPIFFITGNTLQCIMLVYCFLGYFCTCYFGLFCLLNRYFRLTLGVYDYLVSTQEFRYMNSQGLLPPKNSIDAFKLNIKLLGVGGKPCIKVATVQSKMSDVKCTSVVLLSVLQQLRVESSSKLWAQCVQLHNDILLAKDTTEAFEKMVSLLSVLLSMQGAVDINKLCEEMLDNRATLQAIASEFSSLPSYAAFATAQEAYEQAVANGDSEVVLKKLKKSLNVAKSEFDRDAAMQRKLEKMADQAMTQMYKQARSEDKRAKVTSAMQTMLFTMLRKLDNDALNNIINNARDGCVPLNIIPLTTAAKLMVVIPDYNTYKNTCDGTTFTYASALWEIQQVVDADSKIVQLSEISMDNSPNLAWPLIVTALRANSAVKLQNNELSPVALRQMSCAAGTTQTACTDDNALAYYNTTKGGRFVLALLSDLQDLKWARFPKSDGTGTVYTELEPPCRFVTDTPKGPKVKYLYFIKGLNNLNRGMVLGSLAATVRLQAGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQSADAQSFLNRVCGVSAARLTPCGTGTSTDVVYRAFDIYNDKVAGFAKFLKTNCCRFQEKDEDDNLIDSYFVVKRHTFSNYQHEETIYNLLKDCPAVAKHDFFKFRIDGDMVPHISRQRLTKYTMADLVYALRHFDEGNCDTLKEILVTYNCCDDDYFNKKDWYDFVENPDILRVYANLGERVRQALLKTVQFCDAMRNAGIVGVLTLDNQDLNGNWYDFGDFIQTTPGSGVPVVDSYYSLLMPILTLTRALTAESHVDTDLTKPYIKWDLLKYDFTEERLKLFDRYFKYWDQTYHPNCVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHFRELGVVHNQDVNLHSSRLSFKELLVYAADPAMHAASGNLLLDKRTTCFSVAALTNNVAFQTVKPGNFNKDFYDFAVSKGFFKEGSSVELKHFFFAQDGNAAISDYDYYRYNLPTMCDIRQLLFVVEVVDKYFDCYDGGCINANQVIVNNLDKSAGFPFNKWGKARLYYDSMSYEDQDALFAYTKRNVIPTITQMNLKYAISAKNRARTVAGVSICSTMTNRQFHQKLLKSIAATRGATVVIGTSKFYGGWHNMLKTVYSDVENPHLMGWDYPKCDRAMPNMLRIMASLVLARKHTTCCSLSHRFYRLANECAQVLSEMVMCGGSLYVKPGGTSSGDATTAYANSVFNICQAVTANVNALLSTDGNKIADKYVRNLQHRLYECLYRNRDVDTDFVNEFYAYLRKHFSMMILSDDAVVCFNSTYASQGLVASIKNFKSVLYYQNNVFMSEAKCWTETDLTKGPHEFCSQHTMLVKQGDDYVYLPYPDPSRILGAGCFVDDIVKTDGTLMIERFVSLAIDAYPLTKHPNQEYADVFHLYLQYIRKLHDELTGHMLDMYSVMLTNDNTSRYWEPEFYEAMYTPHTVLQAVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYGIATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISYEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYPSARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVDTVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATLQAENVTGLFKDCSKVITGLHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNGYPNMFITREEAIRHVRAWIGFDVEGCHATREAVGTNLPLQLGFSTGVNLVAVPTGYVDTPNNTDFSRVSAKPPPGDQFKHLIPLMYKGLPWNVVRIKIVQMLSDTLKNLSDRVVFVLWAHGFELTSMKYFVKIGPERTCCLCDRRATCFSTASDTYACWHHSIGFDYVYNPFMIDVQQWGFTGNLQSNHDLYCQVHGNAHVASCDAIMTRCLAVHECFVKRVDWTIEYPIIGDELKINAACRKVQHMVVKAALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSYATHSDKFTDGVCLFWNCNVDRYPANSIVCRFDTRVLSNLNLPGCDGGSLYVNKHAFHTPAFDKSAFVNLKQLPFFYYSDSPCESHGKQVVSDIDYVPLKSATCITRCNLGGAVCRHHANEYRLYLDAYNMMISAGFSLWVYKQFDTYNLWNTFTRLQSLENVAFNVVNKGHFDGQQGEVPVSIINNTVYTKVDGVDVELFENKTTLPVNVAFELWAKRNIKPVPEVKILNNLGVDIAANTVIWDYKRDAPAHISTIGVCSMTDIAKKPTETICAPLTVFFDGRVDGQVDLFRNARNGVLITEGSVKGLQPSVGPKQASLNGVTLIGEAVKTQFNYYKKVDGVVQQLPETYFTQSRNLQEFKPRSQMEIDFLELAMDEFIERYKLEGYAFEHIVYGDFSHSQLGGLHLLIGLAKRFKESPFELEDFIPMDSTVKNYFITDAQTGSSKCVCSVIDLLLDDFVEIIKSQDLSVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQSSQAWQPGVAMPNLYKMQRMLLEKCDLQNYGDSATLPKGIMMNVAKYTQLCQYLNTLTLAVPYNMRVIHFGAGSDKGVAPGTAVLRQWLPTGTLLVDSDLNDFVSDADSTLIGDCATVHTANKWDLIISDMYDPKTKNVTKENDSKEGFFTYICGFIQQKLALGGSVAIKITEHSWNADLYKLMGHFAWWTAFVTNVNASSSEAFLIGCNYLGKPREQIDGYVMHANYIFWRNTNPIQLSSYSLFDMSKFPLKLRGTAVMSLKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN >VPT01298.1 endo-beta-N-acetylglucosaminidase [Streptococcus pneumoniae] MKNPFFERRCRYSIRKLSVGACSLMIGAVLFAGPALAEETAVPENSGANTELVSGESEHSTNEADKQNEGEHARENKLEKAEGVATASETASPASNEAATTETAEAASAAKPEEKASEVVAETPSAEAKPKSDKETEAKPEATNQGDESKPAAEANKTEKEVQPDVPKNTEKTLKPKEIKFNSWEELLKWEPGAREDDAINRGSVVLASRRTGHLVNEKASKEAKVQALSNTNSKAKDHASVGGEEFKAYAFDYWQYLDSMVFWEGLVPTPDVIDAGHRNGVPVYGTLFFNWSNSIADQERFAEALKQDADGSFPIARKLVDMAKYYGYDGYFINQETTGDLVKPLGEKMRQFMLYSKEYAAKVNHPIKYSWYDAMTYNYGRYHQDGLGEYNYQFMQPEGDKVPADNFFANFNWDKAKNDYTIATANWIGRNPYDVFAGLELQQGGSYKTKVKWNDILDENGKLRLSLGLFAPDTITSLGKTGEDYHKNEDIFFTGYQGDPTGQKPGDKDWYGIANLVADRTSAVGNTFTTSFNTGHGKKWFVDGKVSKDSEWNYRSVSGVLPTWRWWQTSTGEKLRAEYDFTDAYNGGNSLKFSGDVAGKTDQDVRLYSTKLEVTEKTKLRVAHKGGKGSKVYMAFSTTPDYKFDDADAWKELTLSDNWTNEEFDLSSLAGKTIYAVKLFFEHEGAVKDYQFNLGQLTISDNHQEPQSPTSFSVVKQSLKNAQEAEAVVQFKGNKDADFYEVYEKDGDSWKLLTGSSSTTIYLPKVSRSASAQGTTQELKVVAVGKNGVRSEAATTTFDWGMTVKDTSLPKPLAENIVPGATVIDSTFPKTEGGEGIEGMLNGTITSLSDKWSSAQLSGSVDIRLTKPRTVVRWVMDHAGAGGESVNDGLMNTKDFDLYYKDADGEWKLAKEVRGNKAHVTDITLDKPITAQDWRLNVVTSDNGTPWKAIRIYNWKMYEKLDTESVNIPMAKAAARSLGNNKVQVGFADVPAGATITVYDNPNSQTPLATLKSEVGGDLASAPLDLTNQSGLLYYRTQLPGKEISNVLAVSVPKDDRRIKSVSLETGPKKTSYAEGEDLDLRGGVLRVQYEGGTEDELIRLTHAGVSVSGFDTHHKGEQNLTLQYLGQPVNANLSVTVTGQDEASPKTILGIEVSQEPKKDYLVGDSLDLSEGRFAVAYSNDTMEEHSFTDEGVEISGYDAQKTGRQTLTLRYQGHEVNFDVLVSPKAALNDEYLKQKLAEVEAAKNKVVYNFASPEVKEAFLKAIEAAEQVLKDHETSTQDQVNDRLNKLTEAHKALNGQEKFKEEKTELDRLTGEVQELLAAKPNHPSGSALAPLLEKNKALVEKVDLSPEELATAKQSLKDLVALLKEDKPAVFSDSKTGVEVHFSNKEKTVIKGLKVERVQASAEEKKYFAGEDAHVFEIEGLDEKGQDVDLSYASIVKIPIEKDKKVKKVFFLPEGKEAVELAFEQTDSHVIFTAPHFTHYAFVYESAEKPQPAKPAPQNTVLPKPTYQLASDQQKAPKLEVQEEKVAFHRQEHENAEMLVGEQRVIIQGRDGLLRHVFEVDENGQRRLRSTEVIQEAIPEIVEIGTKVKTVPAVVATQEKPAQNTAVKSEEASKQLPNTGTADANEALIAGLASLGLASLALTLRRKREHKD >WP_277479375.1 TAT-variant-translocated molybdopterin oxidoreductase [Catalinimonas alkaloidigena] MANNKKYWQGLEQLRNDSEFVKHANKEFPEYLPLDEKKRNGEVSDGSSRRDFLKMMGFGISAATLAACEAPIRKAIPYVVKPVDVDPSIPNYYASTYLDGGEYCSVVVKTREGRPIKLKGNERSNVTLGGTNAQVEASVLSLYDKQRYKSPLANGEATTWEELDNAIKAELRKGGNKALVSNTVLSPSTQAAINGLLDAYPGLSHIMYDNQSADGILDAYQSTVGQRILPTHDFSKANVIVSFGADFLGTWIAPISFAKQYAQTRKVSRSNTDMSRHYQFEANLSMTGANADYRTQIKPSQEGLVIGKLYNLLAAKAGRATASFNDAGEIAHLEAAANQLWTNRGKSIVVSGSNDVAIQRLIIAINDMLGSYGSTLDIDRPSYYRKGDDKAMAKLITDANAGRINGLIFFNCNPVYDFHQGEALSAAMEKVALKVTTAEKPDETAVLCEYIAPDHNFLESWNDAEPQRARFSLAQPAISPIFNTRQAQSSFLSWANAPETDYYSYIKNNWRETLFQAQNDENDFDRFFDKALYEGALEFDSTVPSPGIQSVGFPNENLAVNVSGVTSSINSTYQPSEGIDLAFYQKVAIGNGRQANNPWLQETPDPVSKACWDNYLTMSQKMAEEMGVEYNEGKTNYAKITAGEQTVTLPVLVQPGQAEGTVGVAVGYGRKVAGKVAEGVGVNVYPLAPQINGYFANYHPDVQIEVVDEIYKIAQTQTHNTYMGRETILQDALLSEYKENPKAGRFEPMIATAEGKKEPSSISLWKGHKYPNHHWNMIIDLNSCIGCNACTVSCQVENNVPVVGRQEVINRREMHWLRIDRYYSSDAVEDLKDMEIASANPEVTFQPMLCQQCNNAPCETVCPVAATTHSTEGLNQMTYNRCIGTRYCANNCPYKVRRFNWFKYHDNEQFANVNTAMNNDLGKMVLNPDVTVRARGVMEKCTFCVQRIQLGKLEAKKEGRRPTDDDINTACAEACPTNAITFGDINNPESEVSKMLAEEVEGRAYRVLEEINTSPNIWYLTKIRNKDEESPNA >MBQ5754168.1 cysteine--tRNA ligase [Oscillospiraceae bacterium] MKNETPVDIREQSPLALAFVGDAVYELLVRSRLVKYHRMQPGKLHAAAVKYVSAVGQFRAVALLEEHLTEKEQDALRRGKNATKAAVAKHATPEEYRCSTGFEALLGWLYLQGRQDRIQELFDFIWEHFDPEKEQA >WP_114695256.1 adenosylcobalamin-dependent ribonucleoside-diphosphate reductase [Motiliproteus coralliicola] >RDE22623.1 adenosylcobalamin-dependent ribonucleoside-diphosphate reductase [Motiliproteus coralliicola] MTATLQVVTPKEQEIPYQDASLDIWDSKYRLKAKDGRVLDQDMDATFRRVAKALAEVEKGKKNQQKWEEEFLWALRRGAVPAGRVMSNAGAQEHKPATSTINCTVSGTIQDSMDDILGKNLEAGLTLKAGCGIGYEFSTLRPKNAYVSGAGAYTSGPLSFMDIFDKMCFTVSSAGGRRGAQMATFDIGHPDVVDFIRAKREDGRLRQFNLSLLITDEFIQAVKNDADWQLAFPMTQKEVDRDGIDLTDSEQVIWREWPTKDGYVTNDSGLVACRITKTIRAQQLWNVIMTSTYDFAEPGFILIDKVNEQNNNWFCENIRATNPCGEQPLPPYGSCLLGSVNLTRFVVDPFTEKARFDWDGFRKTVAIFTRMLDNVVEINGLPLPQQRHEIETKRRHGMGYLGLGSTVTMMQMQYGDEASVAFAEEVTKELALTGWRTGLELAEEKGPAPIMNEQFEVTGEMLRKRPEMAEDGFKVGDMVTGKVLHAKYSRYMQKVAEVDPELAAALAEKGCRFTHHSSIAPTGTISLSVGNNASNGIEPSFAHHYSRNIIREGKKTKEKVDVFSYELLAYRELINENAMPYSDDPEQQLPDYFITAEDITPQQHVDIQAAAQKWIDSSISKTANVPTDYPYDDFKSIYLYAYDQGLKGCTTFRFNPEAFQGVLVKEQDLENTTYQFTLEDGSTVEFKGNEEVEYDGEVHTAANLFDALKEGYYGKF >WP_269672356.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] >WBA81967.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] >WBA84916.1 ankyrin repeat domain-containing protein [Endozoicomonas sp. GU-1] MESSDQLTTHQMVMDIPGLPLLSKEASWDQHNHLYNSSLDLINLIKQGNTDKVTECITNNPFALAIEDAEGNSVLHLAVLHGHEHLCRLLVDRAQHLFQATNDNDERPLHIAARAKQNNCLKFLLNNYPNFLILENELVYPDKSGKTPVHLAAQYGNKAGLMTMLDYENGKHLLSKPDSPIWVAIKNGHIECVAVILHCLHTAGFFYQPYSALRYAVECGQLDCVKWLVHNYPDSFTPRDPDLKGLSSLTQLAVKHGYHDILQYLLEQPFFIKRLTKMEYAAEFSSKENGVCAKLIRDAREKMKQPFRPVKNFDKTLFQHTWQREKNKIANKIEKQNLRKYPHPLLDHMDDSLSGSASSTEYLSRAKALISALPEIGVYVRCPVYKNKNEEQGRFWAMGDATASVELIKALVALGAKTIHAQLSPPDDSDFITRQRFNSEEQIRYVKKQRIALSKLAYLLPGIKIRLGIQEIYIDDTKVIISSCNLRGENKINAAVTLSFFQAEAMYRELGYVQESHISLKPYRFYSEFEAMCLDTDTSVTKNHSGQLLWSLLYNFFLSIFTYINNDNSSMPDCNIHPLHLPVNSIIPSGDLQPKEAEISTESLDSHQLTLVSAINQLCDLSAKGKIETAVVYGLHHNALRHLKKTILTNWLGAIKLNHGQVTDALPVVVTTTTSAFRDEDRAENGKSVLNEIAKTTGFTLIDFRVRQDRASLMAAGKGQLLLCLMPSVPRQSFNKLVQSSRFPVLSEGANLTTTLLQHGQPHLSLLPYGQTPVAQDMGVPLEALKAMAFSFKLQIEKNGAEMEVLKKLSDLARKGGYAEALSYTDKIKTKDVENGPLCFVWNDPQPSPLQLRPVTIMSLLQKGAKLGSIEKKALLEALDPSDKALADYINSCLDKDSITTHHFRLQQMHVNKPFNNKVAAALLQFGRYKKLLA >NXE30976.1 PAOX oxidase [Ardeotis kori] PTASGLAEMGAHWIHGPSPGNPVFRLAARYGLLGPGAALEENQRVEAGGHPPLPSLTYGSSGRALSPLAVSEARELFDTLLEAARAFWEAGEAPAASVGQYLRAEIARRVPNLGGGEEDARQLQLAILAACLKLECCISGTHSMDLVALEPFGEYVSLPGLDCTFPGGYSSLPDRMVSDLPEGVVLLNKAVRTIRWRGSFREEGDELRDFPVRVECEDGDAFLADHVIVTVPLGFLKERHQDFFQPPLPERKAEAIRRLGFGTNNKIFLEFERPFWDPQQQLLQAVWEDESPLQEPSADLEANWFKKLIGFVVLQPPEQ >WP_101000040.1 outer inflammatory protein OipA [Helicobacter pylori] MKKALLLTLSLSFWLHAERNGFYLGLNFLEGSYIKGQGSIGEKASAENALNEAINNAKNSVFPQQNTKAIRDAQNALNKVRDSTKIANRFAGNGGSGGLFNELSFGYKYFLGKKRIIGFRHSLFFGYQLGGVGSVPGSGLIAFLPYGFNTDLLINWTNDKRASQEYVQRRVKGLSIFYKDMTGRTLDANTLKKASRHVFRKSSGLVIGMELGGSTWFASNNLTPFNQVKSRTIFQLQGKFGVRWNNDEYDIDRYGDEIYLGGSSVELGVKVPAFKVNYYSDNYGDKLDYKRVVSVYLNYTYNFKNKH >WP_200154298.1 hypothetical protein [Chromatium okenii] >MBK1641914.1 hypothetical protein [Chromatium okenii] MSYILEALKRSQQTRERQQVVHSEQATSEPAPRLERALHLERALHLQREQQWTPKSVAPSRWDVLAVSVASAALVVALWKTPLLPPPPVQKEELATHPAVEIIAPLSLPVELPTPMSLPVEKESWGDLIAPPPPKPRPSVPVSPREEVAAPPPAVKTPVPPPVVKPAPALPRPVAPVPVDYPDPNLDPKLEQQLEAGAVDDMDIEAPTPIPPDLIQEIEAFKQQVKREQGAKPAGVLDP >WP_223806191.1 site-specific DNA-methyltransferase [Marichromatium sp. AB32] MDFDDTVDTLDLFSTDSKDIALDPRPVFDESPFVMDEPEVAPYFRSPHGAVYGEDCNLFLQNIKDEVVDTIFADPPFNLKKEYGKNSNDNLPPDEYISWCKSWIKEAARTLKPGGAFFLYNIPKWNVILGAYMAEELGLEFRHWIAVDLKVGLPIRNRLYPAHYSLLYYTKGRPKTFRKVRTPIATCRHCGGDIKDYGGHRKAMNPKGVNLTDIWTDIPPVRHQKYKSDKRKANALSSKLLDRVVEISTEPGDLVIDPFGGSGTTFAVCEAKHRKWLGTDIDFAPVIKHRLQNDLYLHQNTDVLDLD >OHB35500.1 chorismate mutase [Planctomycetes bacterium GWA2_39_15] MDIDSLRKEIDALDSKIVELLNERAKVVLKIGEIKKRNKAQIYVPNREQEVYSLITSQNKGPLTNECLMSIYRELMAGSLVLEKAIKVSYLGPEGTFSYFAAKQKFGSSVEYVPVRGIDDVFRDVAGGRCDYGIVPVENSTEGGIRETLNIFVESDVKVCAEIFLPIHHCLMANCAKEDIKRVYSKPQILSQCKNWLASNLPYAELIEVSSSAEAARIVMNALKSDKDGQYYAVIANIEIAQQYGLNILFKNIEDNPNNITRFFVLSKEYGEPSGRDRTAVMCYIKNRPGALLEILEPFKTHSINLTNIESLPTKKKAWEYCFYLDFEGYASNETVQKALKEVSKKCFDMKILGSFPKCD >OCR38384.1 alpha-galactosidase [Bacteroides fragilis] MKKLLATLLILVACIHVNAQESRQIRISTDRTDLILEVAPDGRLYQSYLGDRLLNEQDLKNLSGSSRGWEVYPGSGGEDYFEPAVAITNNDGNLSTILRYVSSEQKAVEGGTETIIRMKDDQYPVDVTLHYVAYPKQNVIKTWSEIKHQQKKPVVLWRYASTMLYFSNQKYYLTEFSSDWAKEVQMSTQQLQPGKKILDTKLGSRAAMHMQPFFELGLEQPAQEHQGQVVLGTIGWTGNYQFTFEVDNEGNLRIIPAINPYASDYQLKANETFTTPEFIFTLSNNGTGEASRNLHNWARNYQLKDGKGDRMTLLNNWENTYFTFDEELLGKLMKEAKHLGVDMFLLDDGWFGNKHPRNDDHAGLGDWEAMKSKLPGGIPALV >MBT5105952.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] >MBT6114179.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] >MBT6594433.1 carboxylating nicotinate-nucleotide diphosphorylase [Porticoccaceae bacterium] MASTEQAQLPTVSDDILADIPHCVARALEEDIGSGDITAQLIPQQQRASALVISRDQAVICGRPWVDEVFRQLDSATAKQTDEPLESTQIEWHINEGESVSPNQKLFTLHGNTRVLLTGERAALNFLQTLSATATTARQYADISLNSANSQIKILDTRKTIPGLRLAQKYAAAVGGCQNHRIGLYDAFLIKENHIAACGGIGQAIAKAREIAADKLVEVEVETLAELHQALAAKADVVMLDNFSPADIEALSSIDLGETKIEVSGDITEEKINAYSHGAVDFISSGSITKHIRAVDLSMRLVD >RBQ75851.1 hypothetical protein FVER14953_04702 [Fusarium verticillioides] MFPRKATAALIAQLFQRHAAALEAALTALKKQLIPQLEAGIKGDLKSVEARLIRLNYLLHASPDTCTLFLAGSDFLDGLIVCFRVMNPPLRKVILATTYLCLVGLIGTKPAKWSMLSDQLYALKEAADAHKAGPLNVNDSLVPELITDTPLLKILLRRAEDSGAATENFKKRITALESYRKGTMVRPKRLRRRRLDKGKGKISQQEVNADFHVHKMSQITQVQDLFPDLGSGFVSNCLDEYGEDVEQVVANLLSETLPPHLANADRSESLSSHPEAGHTELAPRSTPPQVPTRHNVFDDDDFDRLAMDVSKVSFGKKPAKNADEMLKDKANAPNKSAILSALAAFDSDDDERDDTYDADDVGGTVDASNQEADAASDSNEEALFRAYQMDSKLFDRDAGTRRGNLRAKLREETGMTDEAIEGWALILVRNPQQKRRLEAKYAFSGQQAQLGRTSWRASPAGSGEEGSEPDGGSSRGGRGGGRGRGRGRGRGRGGNVAGPTGEKETESARKNKEANKGSRANHNRRDARAKKMARGGFAG >WP_224828628.1 SDR family oxidoreductase [Saliphagus infecundisoli] MRVALLGCGYVGIELGRQLRDAGHEPIGVRRSPEGIERIEDAGLEAVRADVTDRGDLERVPDADSVVFAASSGGRGADAAREIYVEGLRTAIEAFGERDSPPDRLVYTSSTGVYGDHGGDWVDEETPIEPTTEKTRVLAEAEQIAIEESAGYGIAGTVARYAGLYGPDRYRLERYLDGPVTEGYLNMVHQEDAAGAVRYLLAENLARGEVVQVVDDEPVSKHAFADWLADECGVERPEKQSKEERLAEGDLSEPARRRILTSKRCSNAKLRELGYEFAYPTFREGYRAAIEEYRE >WP_071558608.1 hypothetical protein [Paenibacillus polymyxa] >APB75625.1 flagellar hook protein FlgE [Paenibacillus polymyxa] MTTVRVLVDAVGQYNSGDIVTDAPDGLVDIAKNEIRNAATGQLLAEIVDGNGAPDGSPSERELQLQAELEQSKAREAELLEQIDILQSDGELKELKASAKELKIPGYTKMSIEELKQAISAAGGTADGN >NXJ71029.1 PPARD protein [Rostratula benghalensis] MEQLQEEVPEVREEEEEEEKAVTVASGVSEPSGGPDGSLPSSSYTDLSQSSSPSLSDQLQMGCEEAALGALNVECRVCGDKASGFHYGVHACEGCKGFFRRTIRMKLEYEKCERSCKIQKKNRNKCQYCRFQKCLSLGMSHNAIRFGRMPEAEKRKLVAGLTASEISCQNPQVADLKAFSKHIYNAYLKNFNMTKKKARGILTGKASSTPQPFVIHDMDTLWQAEKGLVWKQLVNGIPPYKEIGVHVFYRCQCTTVETVRELTEFAKSIPSFLGLYLNDQVTLLKYGVHEAIFAMLASIMNKDGLLVANGNGFVTREFLRSLRKPFNEIMEPKFEFAVKFNALELDDSDLSLFVAAIILCGDRPGLMNVKQVEEIQDNILRALEFHLQSNHPDAQYLFPKLLQKMADLRQLVTEHAQLVQKIKKTETETSLHPLLQEIYKDMY >WP_119380110.1 M48 family metalloprotease [Henriciella barbarensis] >RIJ22191.1 peptidase M48 [Henriciella barbarensis] MPTRFLKGALAAALTAAAAMTASAQSLIRDAEIETTLRNWTDPILEVAGLDPDDVGLYIINDPDLNAFVANGQRIHLHTGLLIAADTPGQIKGVIAHETCHIACGHSISRSRAANVASRPALISIGLGVLAMAAGAGDAGAALIASSQQFAALNFFVHTRAEEATADAAAVSYLAQLGQSPSGIVDFFDKYRVQEVLSESRRYPYFRSHPLASDRIRTTRALAEDTGLMDVEPDAQTIREFELMQAKLIGFLEPLARVYQKYPRTEDSEPARYARAIAAMQSSDMTSALSEIDSLLEEFPENPYYWELKGQALFEMGRAAESVEPHAKSLEYLPGHPLLLINYGRSLIARAEQGDLEAGEEALRDALIREPDNSFAWNQLAAALEKQGRRAEAELATAESAYHIGDYQRAHIFARRAIEDLEEGTSEARRANDIRNVTDPALPENQDYWRRRG >KLA07975.1 hypothetical protein B4086_3959 [Bacillus cereus] MMKKLIMTLFIAMLALAGCNTNKEEPKKEQKLEAVKVAVQTNPKEIKPGEKTEVQALVTQGKEKVTDADDVKFEIWKAGDEKHEMLEGKHKGKGVYAVEKTFETDGVYHIIAHTNAREMHVMSEVKVAVGNAKVEDAKKENSDHGAGHGDHKSDTMIHLMAGDIKANAESTMKVHLKQKEEALTGAEVQLEIWKDGVEKHEFIPAKEGNKGEYETKHTFKEKGSYKVKVHVKKGELHEHKEETVEVK >MCO4016744.1 HDOD domain-containing protein [Pseudomonas aeruginosa] MTDRLAAWLEELDRQPLPIPASHYAGLHAALSDSRRSLREIADQLQGSPTLALSILREANRAESARDNPAESLEVALSRLGLARASQLLKTLPSIQDAETPRVLGQMLLISQHAMQQASGLFGARLARLWQEIHWGSLLTMAPVWALANARPQLLEQWQQRVLVQGEPTLRVERELLGMRLLPICLALAERWRLPQWVIQGYRLLACDRRLLVRALRIARDHQSPLLQQQQLDAQPDLARWLTQPANCTLLANGLAIAAHQSWDGPHMLRWQRLTGLYLGQPLTEVQQQVHMLAAQSARLHARPPLWHPAVALIWPWQASRWRAEAAPPPPPSAEALAEWRQHCAELLREPSPFSNVVQLTACARDALRACGLQRMLLLVADRTQVHVLAQQSAGLEPGQEKLQLEIAGSPLLKKLFQQPALLRIGPNNQDQLLPALGEPLRQLFPGPHLLLRSLGNGSRVVMLVLADLGGQPFSDLHAQAFAKTAQCTERAIQQFGRQRRTE >WP_100521084.1 hypothetical protein [Mycobacteroides abscessus] MGVTGWWAETFIEPEPAVITITGGVPNVEITQDVFIEPTPAQLTLTGGQPAIHQTLRPEAAALTLTGGAPNVSVGRTITPTPASLTLAGGTPSLGLKIAPAAATLTLTGGTPTVRITTPLSYVSANASTTNAVTIPAHQVGDLIVLCAFDSQNTAPTKPSAGGTVPDWNYIDNTNTVAGQGAVTTAWFKATATNTTSGTWTWTEQMIAVVVRGTMPASPIGGHAAVGGAAVNVTAPAVTLVHTDGSSILLHFHATAFLNASGWSSAPAGYTRRIVAGPSSSRSMVLNTKDSTTTDGSVTQPDGSSGWAFAAATVEIIN >KAG7553039.1 Myc-type basic helix-loop-helix (bHLH) domain [Arabidopsis thaliana x Arabidopsis arenosa] MTEEFEIAGISTGAWWSSPTNTATVFSSYSLPRSTEISLDVTNFGWQNFDNKINDPNDGFINMHSSFFEGLFDPNEQLLPDSWPKITVPNAKSELLESFPFLDNMFLIDTEAESFLDHEIRNHNSKEQITQDCKNFTSKGSERTEELEENSDEYSPRLLKRQRLETLSPLPSFKVRKEKLGDRITALQQLVSPFGKTDTASVLNEAVEYIKFLQEQVTVLSNPDQNTIGSVQQQQCLNKKSINTQEEEEECSPRRHVDLASRGLCLMPISASYPVAAAAASAAEMNVHLISGIFHSV >EAP5059555.1 iron ABC transporter permease [Salmonella enterica] >EBW2431262.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Brancaster] >EBZ4432116.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Derby] >ECD3900893.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Haga] >EIS1589850.1 iron ABC transporter permease [Salmonella enterica subsp. enterica serovar Kingston] MTCQDKSLLAPGFASTPVIPRYRQIIRKRAVLMSAIALAMMVSLMVDVTCGSSGLPLSALWQALFQPEKVNAGIHVIVWDIRLPYALMALLVGMALGLAGAEMQTILNNPLATPFTLGVSSAAAFGAALAIVLGIGIPGIPAAWFIPANAFIFALLSALLLDGITRWTGVAASGVVLFGIALVFTFNALVAIMQFVADEDTLQGLVFWTMGSLVRASWEKLGVLAVVFIAVLFCALRSAWQLTALRLGEERAMSFGIHVRRLRLLSLLRISLLSALAVAFVGPIGFIGLVAPHIARILLGEDHRFYLPGSVLIGGLVLSLASIAAKNSIPGVMVPVGIVTSLVGVPFFLSIVLRHRGSL >WP_201454235.1 U32 family peptidase C-terminal domain-containing protein, partial [Streptococcus pneumoniae] HDAKGNKIDRAPNPMELLTIKVPQPVQAGDMVRALKEGLINFYKEDGTSVTVRA >WP_118944732.1 L-arabinose isomerase [Odoribacter splanchnicus] >MBS6593661.1 L-arabinose isomerase [Odoribacter splanchnicus] >RHD85727.1 L-arabinose isomerase [Odoribacter splanchnicus] MMVFENFEVWFVTGAQLLYGGDAVVAVDAHSNEMVKGLNESGNLPVKVVYKGTVNSAKEITETFKAANHDAKCIGVITWMHTFSPAKMWIHGLQELKKPLLHFHTQFNKEIPWDTIDMDFMNLNQSAHGDREFGHIVTRMRKPRKVVVGHWQDEAAQKKIAVWMRVAAAWADAQDMLILRFGDQMNNVAVTDGDKVTAEQVLGYHVDYYPVNDLMVYYQAVEDKEVQALVATYFKEYEHDAALEQTGTEAYTKVWNSAKAEIALRRLLKDTGAKGFTTNFNDLGLFDQIPGLASQRLMAEGYGFGAEGDWKTAALYRTTWFMSQGLPKGCSFLEDYTLHFDGEKSAILQAHMLEVCPLIAEQKPRLEVHRLSIGIDSETARLVFTSKQGEGVAATVVDLGNRFRLIVNVVDCIKSKKLPKLPVASALWIPQPNLEVGAGAWILAGGTHHTSFSYDLTTEYWEDYAEIAGIEMVVIDKNTTIPEFKKELRMNEVYYMLNKALC bbuchfink-diamond-6dc5717/src/test/queue.cpp000066400000000000000000000207661523407312000210260ustar00rootroot00000000000000/**** Copyright Š 2012-2026 Benjamin J. Buchfink Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. ****/ // SPDX-License-Identifier: Apache-2.0 #include #include #include #include #include #include #include #include "../util/data_structures/queue.h" #include "util/parallel/filestack.h" #include "basic/config.h" using std::ostringstream; using std::unique_ptr; using std::thread; using std::endl; using std::vector; struct QueueStressTestResult { bool passed; size_t items_sent; size_t items_received; uint64_t expected_checksum; uint64_t received_checksum; }; static QueueStressTestResult test_many_producers_one_consumer(int thread_count, size_t items_per_producer) { const int producer_count = thread_count - 1; const int consumer_count = 1; const int64_t poison_pill = -1; const size_t queue_capacity = 1024; if (producer_count < 1) { return { false, 0, 0, 0, 0 }; } Queue queue(queue_capacity, producer_count, consumer_count, poison_pill); std::atomic total_sent(0); std::atomic total_sent2(0); std::atomic total_received(0); std::atomic sent_checksum(0); std::atomic received_checksum(0); std::vector producers; producers.reserve(producer_count); for (int p = 0; p < producer_count; ++p) { producers.emplace_back([&queue, &total_sent, &total_sent2, &sent_checksum, p, items_per_producer]() { uint64_t local_checksum = 0; for (size_t i = 0; i < items_per_producer; ++i) { int64_t value = static_cast(p) * static_cast(items_per_producer) + static_cast(i); queue.enqueue(value); local_checksum += static_cast(value); size_t x = total_sent2.fetch_add(1, std::memory_order_relaxed); } total_sent.fetch_add(items_per_producer, std::memory_order_relaxed); sent_checksum.fetch_add(local_checksum, std::memory_order_relaxed); queue.enqueue(-1); }); } std::thread consumer([&queue, &total_received, &received_checksum]() { int64_t value; uint64_t local_checksum = 0; size_t count = 0; while (queue.wait_and_dequeue(value)) { local_checksum += static_cast(value); ++count; } total_received.fetch_add(count, std::memory_order_relaxed); received_checksum.fetch_add(local_checksum, std::memory_order_relaxed); }); int j = 0; for (auto& t : producers) { t.join(); } consumer.join(); const size_t expected_count = static_cast(producer_count) * items_per_producer; const size_t sent = total_sent.load(); const size_t received = total_received.load(); const uint64_t sent_sum = sent_checksum.load(); const uint64_t received_sum = received_checksum.load(); bool passed = (sent == expected_count) && (received == expected_count) && (sent_sum == received_sum); return { passed, sent, received, sent_sum, received_sum }; } static QueueStressTestResult test_one_producer_many_consumers(int thread_count, size_t total_items) { const int producer_count = 1; const int consumer_count = thread_count - 1; const int64_t poison_pill = -1; const size_t queue_capacity = 1024; if (consumer_count < 1) { return { false, 0, 0, 0, 0 }; } Queue queue(queue_capacity, producer_count, consumer_count, poison_pill); std::atomic total_received(0); std::atomic received_checksum(0); uint64_t expected_checksum = 0; std::thread producer([&queue, total_items, &expected_checksum]() { for (size_t i = 0; i < total_items; ++i) { int64_t value = static_cast(i); queue.enqueue(value); expected_checksum += static_cast(value); } queue.close(); }); std::vector consumers; consumers.reserve(consumer_count); for (int c = 0; c < consumer_count; ++c) { consumers.emplace_back([&queue, &total_received, &received_checksum]() { int64_t value; uint64_t local_checksum = 0; size_t count = 0; while (queue.wait_and_dequeue(value)) { local_checksum += static_cast(value); ++count; } total_received.fetch_add(count, std::memory_order_relaxed); received_checksum.fetch_add(local_checksum, std::memory_order_relaxed); }); } producer.join(); for (auto& t : consumers) { t.join(); } const size_t received = total_received.load(); const uint64_t received_sum = received_checksum.load(); bool passed = (received == total_items) && (expected_checksum == received_sum); return { passed, total_items, received, expected_checksum, received_sum }; } int run_queue_stress_test() { const int thread_count = static_cast(std::thread::hardware_concurrency()); const size_t items_per_producer = 300; const size_t total_items = 10000; std::cout << "Queue Stress Test" << std::endl; std::cout << "=================" << std::endl; std::cout << "Hardware threads: " << thread_count << std::endl; std::cout << std::endl; if (thread_count < 2) { std::cout << "Error: Need at least 2 threads for stress test" << std::endl; return 1; } int failures = 0; // Test 1: Many producers, one consumer { std::cout << "Test 1: Many producers (" << (thread_count - 1) << "), one consumer" << std::endl; std::cout << " Items per producer: " << items_per_producer << std::endl; std::cout << " Total items: " << (thread_count - 1) * items_per_producer << std::endl; auto result = test_many_producers_one_consumer(thread_count, items_per_producer); std::cout << " Items sent: " << result.items_sent << std::endl; std::cout << " Items received: " << result.items_received << std::endl; std::cout << " Expected checksum: " << result.expected_checksum << std::endl; std::cout << " Received checksum: " << result.received_checksum << std::endl; std::cout << " Result: " << (result.passed ? "PASSED" : "FAILED") << std::endl; std::cout << std::endl; if (!result.passed) ++failures; } // Test 2: One producer, many consumers { std::cout << "Test 2: One producer, many consumers (" << (thread_count - 1) << ")" << std::endl; std::cout << " Total items: " << total_items << std::endl; auto result = test_one_producer_many_consumers(thread_count, total_items); std::cout << " Items sent: " << result.items_sent << std::endl; std::cout << " Items received: " << result.items_received << std::endl; std::cout << " Expected checksum: " << result.expected_checksum << std::endl; std::cout << " Received checksum: " << result.received_checksum << std::endl; std::cout << " Result: " << (result.passed ? "PASSED" : "FAILED") << std::endl; std::cout << std::endl; if (!result.passed) ++failures; } std::cout << "=================" << std::endl; std::cout << "Tests passed: " << (2 - failures) << "/2" << std::endl; return failures; } void filestack() { unique_ptr stack(new FileStack("test.tsv")); vector workers; auto worker = [&](int thread_id) { for (int i = 0; i < 100; ++i) { std::random_device r; std::default_random_engine e1(r()); std::uniform_int_distribution uniform_dist(1, 999999999); ostringstream ss; ss << uniform_dist(e1) << '\t' << uniform_dist(e1) << '\t' << uniform_dist(e1) << '\t' << uniform_dist(e1) << '\n'; stack->push(ss.str()); } }; for (int i = 0; i < config.threads_; ++i) workers.emplace_back(worker, i); for (auto& t : workers) { t.join(); } }bbuchfink-diamond-6dc5717/src/test/realign.out000066400000000000000000021201131523407312000213350ustar00rootroot00000000000000MBL8757583.1 MBL8757583.1 92.4 1 330 1 330 3.48e-230 626 EHX4537433.1 EHX4537433.1 91.7 1 139 1 139 3.14e-93 264 WP_133518962.1 WP_133518962.1 97.9 1 294 1 294 1.65e-219 596 XP_015036367.2 XP_015036367.2 96.8 1 451 1 451 0.0 900 PAA16140.1 PAA16140.1 97.5 1 576 1 576 0.0 1157 GLZ33620.1 GLZ33620.1 100 1 703 1 703 0.0 1474 XP_039555956.1 XP_039555956.1 90.5 1 2052 1 2052 0.0 3779 MBO7734838.1 MBO7734838.1 96.4 1 277 1 277 1.50e-202 551 XP_007207923.1 XP_007207923.1 91.8 1 418 1 418 1.30e-290 786 XP_051956784.1 XP_051956784.1 100 1 350 1 350 1.11e-277 748 OGK79387.1 OGK79387.1 97.5 1 250 1 250 5.21e-185 505 WP_025531131.1 WP_025531131.1 95.3 1 165 1 165 4.36e-117 326 WP_268714943.1 WP_268714943.1 91.0 1 338 1 338 1.94e-231 630 VDK71801.1 VDK71801.1 91.4 1 155 1 155 3.80e-104 293 EGI67351.1 EGI67351.1 92.5 1 144 1 144 8.53e-98 276 XP_021846694.1 XP_021846694.1 88.2 1 107 1 107 4.15e-67 195 WP_224792367.1 WP_224792367.1 97.3 1 128 1 128 4.62e-92 260 OIO24646.1 OIO24646.1 94.1 1 176 1 176 2.79e-123 343 XP_004466702.1 XP_004466702.1 94.0 1 638 1 638 0.0 1229 XP_004466702.1 EAJ4317745.1 23.3 213 592 5 405 4.41e-28 115 XP_004466702.1 UWG74403.1 27.0 207 618 24 441 1.09e-41 155 EJT84792.1 EJT84792.1 94.0 1 75 1 75 1.71e-49 148 WP_077010214.1 WP_077010214.1 94.1 1 330 1 330 2.29e-235 639 HAN2236324.1 HAN2236324.1 100 1 676 1 676 0.0 1415 HBZ0881431.1 HBZ0881431.1 96.0 1 65 1 65 2.18e-43 132 MBD5551606.1 MBD5551606.1 95.9 1 414 1 414 3.03e-303 818 MBD5551606.1 MBR7122964.1 37.3 144 411 60 318 2.27e-48 166 WP_007356512.1 WP_007356512.1 93.1 1 1231 1 1231 0.0 2344 CAH8368929.1 CAH8368929.1 95.8 1 94 1 94 6.31e-65 189 PRQ70658.1 PRQ70658.1 95.4 1 176 1 176 2.04e-125 348 WP_127607693.1 WP_127607693.1 98.9 1 153 1 153 3.28e-113 315 NEO89073.1 NEO89073.1 96.8 1 519 1 519 0.0 1035 SHX72876.1 SHX72876.1 92.8 1 71 1 71 8.42e-46 139 EAT3027009.1 EAT3027009.1 92.3 1 138 1 138 2.91e-93 264 MBQ5338540.1 MBQ5338540.1 96.3 1 1617 1 1617 0.0 3197 MBW1825233.1 MBW1825233.1 97.7 1 313 1 313 2.38e-233 632 MBQ0119857.1 MBQ0119857.1 99.5 1 205 1 205 1.20e-154 424 UVD88834.1 UVD88834.1 94.0 1 76 1 76 3.16e-50 150 XP_028733567.1 XP_028733567.1 96.8 1 1381 1 1381 0.0 2747 KAF8533701.1 KAF8533701.1 97.8 1 179 1 179 1.43e-131 364 XP_031270756.1 XP_031270756.1 100 1 319 1 319 8.41e-246 664 WP_255266214.1 WP_255266214.1 92.1 1 503 1 503 0.0 949 KRX90811.1 KRX90811.1 95.7 1 501 1 501 0.0 986 MBN4200190.1 MBN4200190.1 100 1 18 1 18 5.50e-10 45.1 ERV81283.1 ERV81283.1 94.9 1 232 1 232 8.60e-166 455 WP_104462564.1 WP_104462564.1 94.0 1 304 1 304 4.02e-216 588 WP_061239294.1 WP_061239294.1 99.0 1 388 1 388 3.88e-295 795 WP_050238626.1 WP_050238626.1 98.1 1 390 1 390 2.16e-293 791 HIH01984.1 HIH01984.1 95.6 1 151 1 151 3.56e-107 300 WP_250258169.1 WP_250258169.1 95.7 1 540 1 540 0.0 1062 WP_242961281.1 WP_242961281.1 95.3 1 702 1 702 0.0 1373 WP_045385114.1 WP_045385114.1 94.1 1 146 1 146 2.17e-101 285 WP_233987225.1 WP_233987225.1 94.5 1 314 1 314 8.85e-225 611 MBI5413544.1 MBI5413544.1 93.6 1 606 1 606 0.0 1162 WP_245770707.1 WP_245770707.1 90.6 1 490 1 490 0.0 907 MYU10132.1 MYU10132.1 95.6 1 132 1 132 5.33e-93 263 MCC8048325.1 MCC8048325.1 96.0 1 415 1 415 1.97e-304 821 WP_141361908.1 WP_141361908.1 93.4 1 346 1 346 9.82e-245 664 XP_039261378.1 XP_039261378.1 95.6 1 435 1 435 1.27e-317 856 MBR3162388.1 MBR3162388.1 96.9 1 637 1 637 0.0 1270 MBR3056759.1 MBR3056759.1 97.5 1 222 1 222 1.10e-163 449 XP_046337982.1 XP_046337982.1 97.9 1 501 1 501 0.0 1013 RVW27732.1 RVW27732.1 100 1 382 1 382 2.27e-309 830 ACU21193.1 ACU21193.1 96.9 1 246 1 246 1.43e-180 493 WP_223975418.1 WP_223975418.1 95.5 1 299 1 299 9.50e-217 589 HAV2038468.1 HAV2038468.1 94.7 1 606 1 606 0.0 1179 RBH73006.1 RBH73006.1 97.4 1 186 1 186 3.22e-136 376 EAA7679439.1 EAA7679439.1 91.4 1 519 1 519 0.0 970 EAA7679439.1 WP_213741880.1 53.7 1 234 2 235 1.40e-74 234 GLX88815.1 GLX88815.1 95.4 1 300 1 300 3.58e-217 590 GLX88815.1 WP_210226425.1 50.6 1 296 1 296 3.55e-92 274 GLX88815.1 MBR0212985.1 31.8 5 243 2 239 3.75e-32 117 GLX88815.1 HCN8461219.1 72.8 9 94 8 93 1.27e-37 127 WP_234749042.1 WP_234749042.1 94.3 1 377 1 377 4.70e-270 731 WP_281674273.1 WP_281674273.1 91.8 1 98 1 98 2.42e-64 187 MBO0734013.1 MBO0734013.1 97.7 1 227 1 227 6.09e-168 460 RPG10933.1 RPG10933.1 95.7 1 100 1 100 2.58e-69 200 WP_122576107.1 WP_122576107.1 97.8 1 321 1 321 1.23e-239 649 WAX08241.1 WAX08241.1 97.1 1 387 1 387 1.50e-287 776 WP_255734230.1 WP_255734230.1 94.6 1 178 1 178 1.67e-125 348 KZS73167.1 KZS73167.1 97.0 1 325 1 325 2.05e-240 651 PYM79331.1 PYM79331.1 85.2 1 121 1 121 3.20e-73 212 XP_015253450.1 XP_015253450.1 95.0 1 592 1 592 0.0 1155 KOU48934.1 KOU48934.1 87.3 1 329 1 329 4.59e-214 585 MCK4671080.1 MCK4671080.1 86.3 1 84 1 84 3.93e-50 150 WP_143957119.1 WP_143957119.1 90.1 1 286 1 286 8.51e-193 528 RZB31430.1 RZB31430.1 94.5 1 62 1 62 2.84e-40 124 OLC29722.1 OLC29722.1 99.9 1 151 1 151 4.00e-113 315 HBU4069332.1 HBU4069332.1 96.1 1 344 1 344 8.18e-252 682 HBU4069332.1 HCE5900341.1 85.4 113 256 1 144 3.91e-85 252 MCK4027136.1 MCK4027136.1 89.9 1 128 1 128 2.29e-83 238 GBF67295.1 GBF67295.1 98.0 1 1023 1 1023 0.0 2064 MBS6439950.1 MBS6439950.1 89.4 1 456 1 456 3.72e-307 831 MCE2394956.1 MCE2394956.1 96.4 1 46 1 46 2.75e-29 95.5 WP_275149613.1 WP_275149613.1 97.5 1 200 1 200 4.89e-147 405 XP_009132605.1 XP_009132605.1 92.0 1 112 1 112 2.01e-74 214 WP_017065630.1 WP_017065630.1 91.3 1 281 1 281 1.66e-192 526 WP_134064782.1 WP_134064782.1 91.9 1 453 1 453 8.63e-316 853 WP_031764117.1 WP_031764117.1 95.6 1 406 1 406 2.36e-296 800 KAH7111090.1 KAH7111090.1 96.7 1 442 1 442 0.0 881 KAF3601053.1 KAF3601053.1 95.2 1 500 1 500 0.0 979 XP_056097092.1 XP_056097092.1 95.0 1 539 1 539 0.0 1052 EEI68160.1 EEI68160.1 91.3 1 169 1 169 9.41e-114 318 WP_249240542.1 WP_249240542.1 90.1 1 77 1 77 3.27e-48 145 GIX80479.1 GIX80479.1 93.2 1 126 1 126 1.02e-85 244 XP_054464105.1 XP_054464105.1 98.4 1 486 1 486 0.0 988 WP_031739936.1 WP_031739936.1 93.1 1 352 1 352 4.89e-248 673 XP_052068338.1 XP_052068338.1 100 1 884 1 884 0.0 1860 CAI9830983.1 CAI9830983.1 100 1 73 1 73 5.54e-54 159 WP_150194162.1 WP_150194162.1 93.4 1 486 1 486 0.0 931 WP_150194162.1 WP_245657543.1 24.2 125 467 37 353 1.02e-25 106 TIL25499.1 TIL25499.1 100 1 121 1 121 7.55e-90 254 KMK70211.1 KMK70211.1 93.7 1 498 1 498 0.0 958 MBL7906248.1 MBL7906248.1 100 1 540 1 540 0.0 1120 WP_199537626.1 WP_199537626.1 97.4 1 126 1 126 1.33e-90 256 EHD1462244.1 EHD1462244.1 99.7 1 180 1 180 1.68e-135 374 WP_105794890.1 WP_105794890.1 92.7 1 405 1 405 1.19e-284 770 KAJ4753967.1 KAJ4753967.1 96.7 1 322 1 322 3.67e-237 643 XP_007512765.1 XP_007512765.1 92.3 1 221 1 221 2.76e-152 420 EFU9196970.1 EFU9196970.1 94.9 1 833 1 833 0.0 1623 EFU9196970.1 WP_261970917.1 30.4 116 647 11 538 7.34e-70 239 EFU9196970.1 PGL69713.1 38.2 152 677 37 566 3.28e-105 334 WP_133662298.1 WP_133662298.1 92.7 1 157 1 157 1.95e-107 301 WP_156164841.1 WP_156164841.1 99.0 1 132 1 132 4.05e-97 273 XP_040774166.1 XP_040774166.1 96.4 1 384 1 384 1.28e-282 763 XP_010489688.1 XP_010489688.1 90.7 1 263 1 263 1.78e-178 489 ECO0852462.1 ECO0852462.1 98.6 1 310 1 310 9.32e-234 633 MBC8149950.1 MBC8149950.1 99.9 1 433 1 433 0.0 896 OLE88521.1 OLE88521.1 96.3 1 234 1 234 3.80e-170 466 BAV52815.1 BAV52815.1 95.9 1 154 1 154 8.02e-110 307 NXT80179.1 NXT80179.1 99.1 1 415 1 415 2.54e-316 851 WP_200941876.1 WP_200941876.1 96.3 1 648 1 648 0.0 1284 WP_200941876.1 MBP6544771.1 21.8 39 524 19 475 1.21e-29 122 WP_200941876.1 WP_148836004.1 18.9 45 559 8 455 1.25e-20 94.0 WP_200941876.1 WP_055153579.1 34.6 419 541 294 426 5.40e-15 76.3 WP_200941876.1 MCL4144983.1 52.8 467 509 1 44 3.65e-07 47.0 WP_200941876.1 RLB66027.1 21.0 225 524 166 433 1.71e-13 71.6 WP_200941876.1 WP_167959909.1 21.6 45 524 7 454 2.93e-28 117 WP_146310544.1 WP_146310544.1 93.4 1 172 1 172 2.69e-119 332 KAJ4994524.1 KAJ4994524.1 94.6 1 548 1 548 0.0 1065 NQU26924.1 NQU26924.1 97.8 1 1098 1 1098 0.0 2211 NQU26924.1 MCK9987173.1 26.3 458 1007 10 592 4.56e-57 206 KKQ17530.1 KKQ17530.1 94.2 1 339 1 339 4.49e-242 657 WP_262043205.1 WP_262043205.1 98.6 1 569 1 569 0.0 1159 WP_262043205.1 WP_222594143.1 25.3 181 537 60 465 5.38e-35 135 WP_262043205.1 YP_010462557.1 25.4 181 537 12 393 6.44e-33 128 KAH7904576.1 KAH7904576.1 96.5 1 474 1 474 0.0 942 KAF5967767.1 KAF5967767.1 89.9 1 1145 1 1145 0.0 2093 WP_052991486.1 WP_052991486.1 97.8 1 201 1 201 3.18e-148 408 ORB86003.1 ORB86003.1 100 1 181 1 181 1.67e-140 387 WP_219866541.1 WP_219866541.1 96.8 1 172 1 172 1.24e-124 346 MBA0681195.1 MBA0681195.1 96.1 1 316 1 316 4.09e-231 627 CKF71070.1 GHI39478.1 23.2 188 475 91 439 1.14e-22 100 CKF71070.1 CKF71070.1 94.5 1 752 1 752 0.0 1457 CKF71070.1 WP_023050329.1 24.3 173 475 52 348 1.34e-21 95.5 WP_078732502.1 WP_078732502.1 94.4 1 498 1 498 0.0 966 WP_078732502.1 MCJ2110312.1 62.2 11 265 6 258 2.66e-102 305 WP_079688138.1 WP_079688138.1 96.3 1 164 1 164 6.99e-118 328 MCE2498961.1 MCE2498961.1 95.3 1 234 1 234 5.18e-168 461 RUX64007.1 RUX64007.1 100 1 66 1 66 6.14e-48 144 CRZ84703.1 CRZ84703.1 85.3 1 496 1 496 1.04e-315 856 MBT3222043.1 MBT3222043.1 96.1 1 185 1 185 3.35e-133 369 WP_273849839.1 WP_273849839.1 89.9 1 258 1 258 5.28e-173 475 WP_273849839.1 XP_007206475.1 25.4 21 256 20 260 2.48e-19 83.2 WP_273849839.1 WP_110035452.1 33.1 22 257 10 234 7.78e-35 123 WP_273849839.1 KAG2346037.1 34.4 21 256 16 266 2.06e-40 139 WP_273849839.1 WP_259847195.1 22.6 23 258 13 258 5.42e-14 68.6 WP_273849839.1 WP_138597401.1 27.5 23 257 8 243 3.25e-23 93.2 WP_025260862.1 WP_025260862.1 86.6 1 223 1 223 3.70e-142 394 WP_067225239.1 WP_067225239.1 96.2 1 288 1 288 2.93e-210 572 EFG1785427.1 EFG1785427.1 88.4 1 228 1 228 3.72e-149 412 XP_025268496.1 XP_025268496.1 94.1 1 683 1 683 0.0 1317 OGE84663.1 OGE84663.1 99.9 1 73 1 73 5.34e-52 154 MBH2016034.1 MBH2016034.1 87.3 1 289 1 289 1.63e-187 514 GEY28869.1 GEY28869.1 97.1 1 305 1 305 1.08e-225 612 Q9GKS6.1 Q9GKS6.1 96.0 1 653 1 653 0.0 1290 WP_258570851.1 WP_258570851.1 91.9 1 225 1 225 1.94e-154 426 WP_025399520.1 WP_025399520.1 95.1 1 293 1 293 3.70e-211 575 KAG1839801.1 KAG1839801.1 98.9 1 134 1 134 1.40e-98 277 WP_151427539.1 WP_151427539.1 96.6 1 507 1 507 0.0 1008 EEC9966669.1 EEC9966669.1 93.8 1 73 1 73 7.07e-48 144 UOZ97514.1 UOZ97514.1 97.8 1 93 1 93 7.12e-66 191 MBO7120934.1 MBO7120934.1 95.7 1 280 1 280 3.28e-203 553 NVO14071.1 NVO14071.1 98.6 1 218 1 218 6.62e-163 446 GMH74815.1 GMH74815.1 95.1 1 692 1 692 0.0 1351 WP_243220715.1 WP_243220715.1 99.4 1 170 1 170 3.86e-127 352 KAJ4794342.1 KAJ4794342.1 94.6 1 151 1 151 8.39e-106 296 WP_062821347.1 WP_062821347.1 94.8 1 216 1 216 8.00e-154 423 EBP8848134.1 EBP8848134.1 91.0 1 122 1 122 2.34e-80 230 WP_262394687.1 WP_262394687.1 97.1 1 64 1 64 2.89e-43 132 HCE7036204.1 HCE7036204.1 96.6 1 90 1 90 1.30e-62 182 GJP50541.1 GJP50541.1 89.0 1 681 1 681 0.0 1234 UAQ80067.1 UKN67998.1 93.3 21 7096 1 7072 0.0 13489 UAQ80067.1 ULB83374.1 91.4 1 4401 1 4397 0.0 8192 UAQ80067.1 UAQ80067.1 95.2 1 7096 1 7096 0.0 13826 UAQ80067.1 UJJ97602.1 92.5 1 4401 1 4397 0.0 8306 UAQ80067.1 UVB16817.1 94.8 1 7096 1 7093 0.0 13771 UAQ80067.1 UJV88611.1 92.7 1 4401 1 4397 0.0 8322 UAQ80067.1 UCP72061.1 94.0 1 7096 1 7096 0.0 13638 UAQ80067.1 QRX02582.1 94.5 1 4098 1 4098 0.0 7922 UAQ80067.1 WHE12941.1 93.2 27 7096 1 7067 0.0 13463 UAQ80067.1 UFM02602.1 94.8 1 4401 1 4401 0.0 8544 UAQ80067.1 UMA88644.1 86.5 22 7096 1 7071 0.0 12365 UAQ80067.1 UIR12670.1 94.5 1 7096 1 7092 0.0 13716 UAQ80067.1 QXR94354.1 94.6 1 4401 1 4398 0.0 8523 UAQ80067.1 WAS49087.1 85.2 1 7096 1 7093 0.0 12183 UAQ80067.1 UBP50947.1 95.0 1 7096 1 7096 0.0 13798 UAQ80067.1 QZU16279.1 94.8 1 7096 1 7096 0.0 13761 UAQ80067.1 UPA83906.1 94.5 1 7096 1 7092 0.0 13715 UAQ80067.1 UEX07109.1 83.9 27 4401 1 4375 0.0 7381 UAQ80067.1 UFA30503.1 88.3 27 4366 1 4340 0.0 7765 UAQ80067.1 UBD95131.1 95.1 1 7096 1 7096 0.0 13818 UAQ80067.1 QWC83326.1 95.0 1 7096 1 7096 0.0 13800 UAQ80067.1 WEI27974.1 86.3 1 4401 1 4398 0.0 7669 UAQ80067.1 UPP41269.1 94.6 1 4401 1 4398 0.0 8515 UAQ80067.1 UEC52718.1 95.1 1 7096 1 7096 0.0 13811 UAQ80067.1 UGB98301.1 90.0 1 4401 1 4401 0.0 8051 UAQ80067.1 UXH94526.1 94.5 1 4401 1 4397 0.0 8513 UAQ80067.1 UMF87224.1 94.8 1 7096 1 7092 0.0 13772 UAQ80067.1 UYE49180.1 70.6 1 4401 1 4398 0.0 6066 UAQ80067.1 UBR86455.1 94.3 2 7096 1 7095 0.0 13686 UAQ80067.1 QTM79632.1 94.6 1 4401 1 4398 0.0 8522 UAQ80067.1 WEU87158.1 95.0 1 7096 1 7096 0.0 13794 UAQ80067.1 UVI10561.1 91.8 28 7096 1 7066 0.0 13229 UAQ80067.1 UCP77012.1 94.0 1 7096 1 7096 0.0 13636 UAQ80067.1 WGP70063.1 87.7 1 4369 1 4369 0.0 7758 UAQ80067.1 UBL45068.1 94.7 1 4401 1 4401 0.0 8532 UAQ80067.1 UZO53924.1 94.8 1 7096 1 7093 0.0 13771 UAQ80067.1 WGP98278.1 80.9 1 7096 1 7096 0.0 11476 UAQ80067.1 UKU68032.1 94.3 1 4401 1 4397 0.0 8485 UAQ80067.1 QSZ25555.1 95.0 1 7096 1 7096 0.0 13797 UAQ80067.1 UJS94137.1 93.6 106 4401 1 4292 0.0 8215 UAQ80067.1 WGQ72821.1 62.1 26 4369 1 4344 0.0 5129 UAQ80067.1 QTD03487.1 94.8 1 4401 1 4401 0.0 8539 UAQ80067.1 QTZ27226.1 94.6 1 4401 1 4398 0.0 8517 UAQ80067.1 UPB00876.1 71.4 28 4401 1 4371 0.0 6110 UAQ80067.1 UGA79226.1 94.9 1 6952 1 6952 0.0 13508 UAQ80067.1 UJT06733.1 91.2 1 7096 1 7092 0.0 13169 UAQ80067.1 USR14792.1 94.5 1 4401 1 4398 0.0 8513 UAQ80067.1 UEC68750.1 94.9 1 4401 1 4401 0.0 8547 UAQ80067.1 UOU30556.1 89.8 1 7096 1 7093 0.0 12939 UAQ80067.1 QVD87869.1 94.9 1 7096 1 7093 0.0 13783 UAQ80067.1 UNI03201.1 87.2 27 4401 1 4374 0.0 7717 UAQ80067.1 UXX67934.1 93.8 1 7096 1 7093 0.0 13610 UAQ80067.1 UHM53165.1 94.8 1 4401 1 4401 0.0 8544 UAQ80067.1 UFM00670.1 94.9 1 4401 1 4401 0.0 8549 UAQ80067.1 ULA23837.2 94.6 1 4401 1 4397 0.0 8517 UAQ80067.1 URQ55824.1 94.8 1 7096 1 7093 0.0 13771 UAQ80067.1 URP80785.1 77.0 28 4401 1 4371 0.0 6678 WP_278361924.1 WP_278361924.1 94.9 1 385 1 385 2.56e-278 752 WP_061121232.1 WP_061121232.1 97.0 1 424 1 424 4.23e-315 848 WP_237480153.1 WP_237480153.1 99.2 1 692 1 692 0.0 1417 WP_235074910.1 WP_235074910.1 93.2 1 248 1 248 1.21e-173 476 AMS43029.1 AMS43029.1 93.8 1 339 1 339 5.23e-241 654 AMS43029.1 HCE70276.1 59.9 65 242 1 176 2.60e-66 205 WP_274400640.1 WP_274400640.1 91.0 1 120 1 120 4.76e-79 226 WP_283129754.1 WP_283129754.1 93.2 1 82 1 82 5.21e-54 160 MCJ7574591.1 MCJ7574591.1 92.2 1 67 1 67 1.45e-42 130 WP_180047249.1 WP_180047249.1 97.9 1 358 1 358 4.16e-268 724 KAF5693711.1 KAF5693711.1 97.5 1 149 1 149 2.62e-108 303 MCF0245553.1 MCF0245553.1 93.1 1 177 1 177 2.47e-122 340 EFX7948152.1 EFX7948152.1 92.4 1 366 1 366 1.21e-255 693 NCW17563.1 NCW17563.1 98.6 1 359 1 359 1.99e-271 733 KGQ91714.1 KGQ91714.1 96.9 1 550 1 550 0.0 1098 MBW1731384.1 MBW1731384.1 99.4 1 112 1 112 4.72e-82 233 WP_090340093.1 WP_090340093.1 98.7 1 302 1 302 1.27e-227 617 WP_095963788.1 WP_095963788.1 89.4 1 92 1 92 5.70e-58 171 WP_051773451.1 WP_051773451.1 89.4 1 116 1 116 1.90e-74 214 WDF47893.1 WDF47893.1 94.4 1 290 1 290 3.83e-207 564 WP_079458535.1 WP_079458535.1 97.4 1 312 1 312 1.05e-231 628 MCB0395607.1 MCB0395607.1 97.0 1 312 1 312 1.22e-230 625 WP_105462017.1 WP_105462017.1 95.1 1 95 1 95 4.78e-65 189 MCI0441261.1 MCI0441261.1 100 1 134 1 134 2.07e-100 281 WP_268428026.1 WP_268428026.1 94.1 1 467 1 467 0.0 902 WP_257882322.1 WP_257882322.1 99.0 1 237 1 237 1.97e-178 487 WP_203201698.1 WP_203201698.1 100 1 156 1 156 7.99e-120 332 WP_089867971.1 WP_089867971.1 100 1 138 1 138 1.05e-104 293 MBO8233644.1 MBO8233644.1 93.6 1 381 1 381 1.11e-270 733 UVY40774.1 UVY40774.1 97.0 1 681 1 681 0.0 1360 NLZ92879.1 NLZ92879.1 91.3 1 130 1 130 2.36e-86 246 MBC8192126.1 MBC8192126.1 96.1 1 469 1 469 0.0 928 GDY00464.1 GDY00464.1 97.3 1 652 1 652 0.0 1306 MBQ1564907.1 MBQ1564907.1 91.9 1 385 1 385 1.19e-267 725 MBQ1564907.1 WP_250934260.1 59.0 4 261 5 262 1.55e-97 290 WP_075653737.1 MCE2395269.1 24.5 28 564 4 570 6.41e-49 177 WP_075653737.1 WP_075653737.1 94.4 1 567 1 567 0.0 1099 TJW17418.1 TJW17418.1 100 1 79 1 79 7.52e-57 167 NEK79366.1 NEK79366.1 97.8 1 194 1 194 5.74e-143 394 MBI2506024.1 MBI2506024.1 94.8 1 391 1 391 2.21e-282 763 PIU18101.1 PIU18101.1 92.7 1 356 1 356 9.90e-250 677 NBX99292.1 NBX99292.1 94.6 1 179 1 179 3.12e-126 350 WP_254566347.1 WP_254566347.1 99.0 1 131 1 131 2.18e-96 271 WP_108024271.1 WP_108024271.1 92.6 1 251 1 251 2.64e-174 478 WP_108024271.1 WP_010443651.1 36.4 8 247 3 235 8.89e-43 144 WP_108024271.1 MBG6287041.1 27.4 5 248 14 251 4.33e-24 95.5 XP_032206552.1 XP_032206552.1 96.7 1 859 1 859 0.0 1707 EEY8067912.1 EEY8067912.1 96.5 1 1653 1 1653 0.0 3277 RYP28707.1 RYP28707.1 93.7 1 558 1 558 0.0 1072 CAG7600102.1 CAG7600102.1 96.2 1 67 1 67 5.24e-45 136 KAF6036899.1 KAF6036899.1 92.8 1 192 1 192 1.15e-132 368 WP_038233489.1 WP_038233489.1 97.0 1 410 1 410 1.89e-304 820 WP_260810007.1 WP_260810007.1 100 1 283 1 283 8.86e-223 603 KAI9082639.1 KAI9082639.1 92.5 1 124 1 124 1.70e-83 238 MCC7230466.1 MCC7230466.1 91.7 1 130 1 130 8.23e-87 247 WP_190890574.1 WP_190890574.1 99.3 1 347 1 347 2.30e-264 714 KAG6242063.1 KAG6242063.1 89.7 1 84 1 84 1.00e-52 157 MBM3933481.1 MBM3933481.1 99.4 1 98 1 98 3.29e-71 205 WP_166199813.1 WP_166199813.1 88.0 1 67 1 67 5.72e-40 124 WP_009803198.1 WP_009803198.1 92.6 1 51 1 51 2.78e-31 100 WP_166389238.1 WP_166389238.1 91.0 1 395 1 395 2.83e-271 735 WP_214921910.1 WP_214921910.1 92.6 1 370 1 370 3.65e-259 702 BDT03353.1 BDT03353.1 90.8 1 171 1 171 1.89e-114 320 KAG9273239.1 KAG9273239.1 92.2 1 1402 1 1402 0.0 2638 KAH9897695.1 KAH9897695.1 98.3 1 243 1 243 1.96e-181 495 RXM36450.1 RXM36450.1 98.9 1 209 1 209 1.70e-156 429 WP_119380110.1 WP_119380110.1 92.8 1 453 1 453 1.73e-319 862 KAI9362949.1 KAI9362949.1 94.7 1 99 1 99 1.15e-67 196 XP_024427063.2 XP_024427063.2 94.7 1 1239 1 1239 0.0 2404 MCS7281253.1 MCS7281253.1 96.7 1 234 1 234 4.62e-171 468 WP_014036593.1 WP_014036593.1 94.4 1 322 1 322 2.66e-230 625 WP_272150417.1 WP_272150417.1 78.0 1 49 1 49 3.02e-23 80.5 WP_226863423.1 WP_226863423.1 91.8 1 123 1 123 5.29e-82 234 KAI5358731.1 KAI5358731.1 95.9 1 840 1 840 0.0 1654 WP_242320225.1 WP_242320225.1 89.8 1 369 1 369 5.48e-249 677 KAJ1832792.1 KAJ1832792.1 90.7 1 75 1 75 3.32e-47 142 WP_007162313.1 WP_007162313.1 91.1 1 222 1 222 1.42e-150 416 OJD14960.1 OJD14960.1 97.9 1 149 1 149 9.12e-109 304 XP_025094492.1 XP_025094492.1 94.5 1 448 1 448 0.0 870 HFC49641.1 HFC49641.1 97.4 1 369 1 369 9.55e-275 742 WP_125257517.1 WP_125257517.1 99.3 1 152 1 152 4.32e-113 315 KRL50971.1 KRL50971.1 92.3 1 69 1 69 4.97e-44 134 WP_270429919.1 WP_270429919.1 99.8 1 780 1 780 0.0 1608 KAJ1924652.1 KAJ1924652.1 97.3 1 777 1 777 0.0 1556 XP_043876828.1 XP_043876828.1 90.4 1 358 1 358 2.05e-243 662 WP_239393343.1 WP_239393343.1 94.7 1 92 1 92 1.51e-62 182 MCH8996551.1 MCH8996551.1 96.4 1 116 1 116 6.35e-82 233 XP_032956783.1 XP_032956783.1 98.3 1 1005 1 1005 0.0 2036 WP_162060842.1 WP_162060842.1 95.6 1 246 1 246 1.61e-177 486 MBF06337.1 MBF06337.1 98.8 1 185 1 185 8.91e-138 380 KPK46604.1 KPK46604.1 97.5 1 146 1 146 5.75e-106 296 WP_185928545.1 WP_185928545.1 99.5 1 293 1 293 6.74e-223 604 KAI8118081.1 CAH2014332.1 34.3 226 472 11 234 2.45e-37 135 KAI8118081.1 KAI8118081.1 96.9 1 489 1 489 0.0 976 KAI8118081.1 KAG7602925.1 26.0 37 468 97 512 1.30e-40 151 KAI8118081.1 XP_002873995.1 26.0 37 468 97 512 1.30e-40 151 MBI2691306.1 MBI2691306.1 97.4 1 304 1 304 9.99e-226 612 MCE9521167.1 MCE9521167.1 93.9 1 282 1 282 6.08e-200 545 WP_180298529.1 WP_180298529.1 96.8 1 253 1 253 1.13e-185 507 NQW24640.1 NQW24640.1 94.7 1 370 1 370 1.24e-266 721 WP_174261300.1 WP_174261300.1 89.5 1 201 1 201 5.62e-133 369 WP_194481458.1 WP_194481458.1 93.5 1 302 1 302 2.71e-213 581 MCD8020507.1 MCD8020507.1 93.0 1 413 1 413 2.16e-291 788 MBF2027262.1 MBF2027262.1 94.6 1 174 1 174 1.38e-122 341 EGN0346558.1 EGN0346558.1 99.2 1 560 1 560 0.0 1148 MBB1654724.1 MBB1654724.1 100 1 11 1 11 5.57e-06 34.7 VGM95377.1 VGM95377.1 96.9 1 563 1 563 0.0 1123 WP_229710081.1 WP_229710081.1 97.8 1 391 1 391 6.69e-293 790 ECK9821833.1 ECK9821833.1 99.9 1 253 1 253 7.73e-193 525 ECK9821833.1 WP_260685194.1 48.3 180 236 28 84 4.40e-10 53.5 KGO32348.1 KGO32348.1 96.8 1 45 1 45 1.05e-28 94.0 BAF39771.1 BAF39771.1 100 1 210 1 210 8.76e-164 448 WP_246966510.1 WP_246966510.1 94.6 1 266 1 266 5.83e-190 519 NBR42698.1 NBR42698.1 95.5 1 190 1 190 6.22e-136 376 XP_007007273.1 XP_007007273.1 96.3 1 87 1 87 4.13e-60 176 NXP66683.1 NXP66683.1 94.5 1 117 1 117 1.14e-80 230 AWI66342.1 AWI66342.1 97.3 1 249 1 249 7.99e-184 502 RUA32032.1 RUA32032.1 96.7 1 424 1 424 9.97e-314 845 EHY2137407.1 EHY2137407.1 92.9 1 118 1 118 1.01e-79 228 UZO03952.1 UZO03952.1 98.6 1 299 1 299 3.91e-225 610 MBX9718818.1 MBX9718818.1 90.7 1 169 1 169 7.74e-113 316 MBW4439448.1 MBW4439448.1 96.4 1 454 1 454 0.0 902 KAI9530097.1 KAI9530097.1 96.2 1 50 1 50 3.15e-32 103 WP_163042480.1 WP_163042480.1 100 1 447 1 447 0.0 929 NXY58604.1 NXY58604.1 97.1 1 380 1 380 2.67e-282 762 MBS5721782.1 MBS5721782.1 96.2 1 835 1 835 0.0 1650 KAG6055499.1 KAG6055499.1 97.3 1 597 1 597 0.0 1196 XP_019459237.1 XP_019459237.1 92.6 1 336 1 336 5.18e-235 639 WP_153870478.1 WP_153870478.1 93.1 1 239 1 239 6.25e-167 458 MBP6015992.1 MBP6015992.1 99.8 1 614 1 614 0.0 1267 MBZ0302078.1 MBZ0302078.1 98.5 1 127 1 127 1.05e-92 261 MBE56502.1 MBE56502.1 93.3 1 114 1 114 2.94e-77 221 MBY8116888.1 MBY8116888.1 94.7 1 401 1 401 3.31e-289 781 HAB35737.1 HAB35737.1 96.2 1 410 1 410 2.12e-301 813 HAB35737.1 KAI2867803.1 29.5 49 297 22 287 9.64e-30 116 WP_183491762.1 WP_183491762.1 97.0 1 319 1 319 6.84e-236 639 CAF1218540.1 CAF1218540.1 94.0 1 831 1 831 0.0 1601 HBO5091502.1 HBO5091502.1 94.9 1 157 1 157 1.22e-110 309 WP_142480892.1 WP_142480892.1 95.1 1 174 1 174 2.39e-123 343 UCF86936.1 UCF86936.1 93.0 1 98 1 98 2.07e-65 190 KAI0494562.1 KAI0494562.1 94.3 1 154 1 154 1.56e-107 301 MBR3040588.1 MBR3040588.1 97.9 1 276 1 276 8.73e-206 560 WP_253057132.1 WP_253057132.1 92.5 1 784 1 784 0.0 1483 DAT68911.1 DAT68911.1 93.8 1 121 1 121 7.87e-83 236 WP_259173727.1 WP_259173727.1 95.2 1 470 1 470 0.0 920 XP_039550146.1 XP_039550146.1 93.7 1 151 1 151 1.98e-104 293 WP_025917677.1 WP_025917677.1 93.8 1 76 1 76 4.49e-50 150 WP_219989626.1 WP_219989626.1 100 1 146 1 146 1.07e-110 308 WP_219989626.1 KVN34631.1 36.3 1 134 4 136 3.36e-21 82.0 WP_219989626.1 WP_266103637.1 55.4 14 142 1 129 9.66e-43 136 WP_120012998.1 WP_120012998.1 93.8 1 40 1 40 8.36e-24 81.3 XP_007378490.1 XP_007378490.1 95.8 1 134 1 134 9.14e-95 267 WP_210832037.1 WP_210832037.1 93.5 1 249 1 249 3.92e-175 480 WP_044318929.1 WP_044318929.1 96.8 1 535 1 535 0.0 1066 EPY77985.1 EPY77985.1 96.5 1 277 1 277 5.24e-203 553 MBQ6717580.1 MBQ6717580.1 95.9 1 333 1 333 4.86e-243 659 MCI5582667.1 MCI5582667.1 96.1 1 494 1 494 0.0 978 KAH7819128.1 KAH7819128.1 99.0 1 152 1 152 1.24e-112 314 WP_072176998.1 WP_072176998.1 96.9 1 256 1 256 5.20e-188 513 MBN2408678.1 MBN2408678.1 96.3 1 87 1 87 4.13e-60 176 WP_124583682.1 WP_124583682.1 94.2 1 297 1 297 1.76e-211 576 WP_124583682.1 TNE39473.1 35.9 4 172 7 174 1.89e-26 100 WP_124583682.1 WP_228281474.1 44.0 169 284 2 117 8.90e-24 92.4 XP_055364111.1 XP_055364111.1 94.6 1 3186 1 3186 0.0 6172 KAH7671712.1 KAH7671712.1 93.4 1 324 1 324 7.31e-229 622 MCC6251785.1 MCC6251785.1 98.6 1 468 1 468 0.0 953 MCC6251785.1 MBL7151874.1 38.5 4 459 7 450 1.14e-94 292 WP_161548226.1 WP_161548226.1 94.5 1 238 1 238 2.99e-169 464 PWA40393.1 PWA40393.1 96.3 1 575 1 575 0.0 1140 WP_024957561.1 WP_024957561.1 96.1 1 222 1 222 8.64e-161 441 XP_026202203.1 XP_026202203.1 93.2 1 692 1 692 0.0 1320 XP_049917061.1 XP_049917061.1 94.1 1 526 1 526 0.0 1016 WP_121975536.1 WP_121975536.1 95.2 1 345 1 345 1.20e-249 676 WP_121975536.1 WP_029222463.1 42.1 1 334 1 333 2.31e-78 243 WP_121975536.1 RYD39969.1 48.4 16 291 23 301 5.25e-80 244 WP_065763488.1 WP_065763488.1 100 1 736 1 736 0.0 1521 VEA68798.1 VEA68798.1 97.8 1 112 1 112 2.25e-80 229 XP_020704071.1 XP_020704071.1 100 1 159 1 159 1.32e-124 345 PWU01878.1 PWU01878.1 94.8 1 208 1 208 5.44e-148 408 KAI9244788.1 KAI9244788.1 89.9 1 397 1 397 9.08e-269 729 WP_140465756.1 WP_140465756.1 94.8 1 1320 1 1320 0.0 2566 MUT95740.1 MUT95740.1 91.4 1 828 1 828 0.0 1545 WP_165185356.1 WP_165185356.1 94.2 1 449 1 449 0.0 869 WP_097942517.1 WP_097942517.1 100 1 145 1 145 9.58e-109 303 WP_071558608.1 WP_071558608.1 90.0 1 129 1 129 4.25e-84 240 WP_171312884.1 WP_171312884.1 98.0 1 205 1 205 9.46e-152 417 WP_172272319.1 WP_172272319.1 96.8 1 434 1 434 0.0 866 XP_015918471.2 XP_015918471.2 96.9 1 923 1 923 0.0 1839 XP_023664563.1 XP_023664563.1 97.2 1 625 1 625 0.0 1251 XP_023664563.1 MBR1628375.1 37.2 317 620 5 308 1.19e-54 187 XP_023664563.1 WP_108098468.1 27.2 355 620 46 317 6.29e-25 104 MCI6056265.1 MCI6056265.1 93.4 1 426 1 426 1.56e-302 817 XP_043867713.1 XP_043867713.1 98.3 1 276 1 276 1.06e-206 562 MCI6733811.1 MCI6733811.1 91.9 1 466 1 466 0.0 877 MCI6733811.1 WP_139387589.1 67.7 388 462 2 76 2.87e-27 102 MCI6733811.1 ECG5012903.1 32.8 16 243 1 206 3.00e-31 117 WP_200441331.1 WP_200441331.1 90.6 1 496 1 496 0.0 918 OQD63521.1 OQD63521.1 89.0 1 290 1 290 1.64e-192 527 WP_250323911.1 WP_250323911.1 98.9 1 98 1 98 9.45e-71 204 XP_045908845.1 XP_045908845.1 95.5 1 220 1 220 4.12e-158 434 OLB04871.1 OLB04871.1 92.1 1 144 1 144 2.45e-97 275 WP_008056683.1 WAY96880.1 27.1 258 444 8 195 3.79e-15 73.2 WP_008056683.1 WP_008056683.1 96.0 1 827 1 827 0.0 1632 KAF1884135.1 KAF1884135.1 96.8 1 420 1 420 2.84e-311 838 WP_271489102.1 WP_271489102.1 89.3 1 67 1 67 9.86e-41 125 YP_009703532.1 YP_009703532.1 92.2 1 634 1 634 0.0 1195 OYR82937.1 OYR82937.1 88.6 1 62 1 62 6.50e-37 115 MCB1431703.1 MCB1431703.1 96.0 1 270 1 270 1.56e-196 536 PHJ25428.1 PHJ25428.1 97.7 1 1042 1 1042 0.0 2095 MCL2354882.1 MCL2354882.1 94.1 1 399 1 399 1.29e-285 772 KAH8830836.1 KAH8830836.1 96.7 1 417 1 417 1.77e-308 831 UWQ95440.1 UWQ95440.1 95.8 1 293 1 293 3.86e-213 580 WP_059534878.1 WP_059534878.1 100 1 723 1 723 0.0 1504 WP_059534878.1 HBO82804.1 61.5 1 83 1 83 2.68e-26 101 MCB9490987.1 MCB9490987.1 94.3 1 669 1 669 0.0 1295 ECG5348412.1 ECG5348412.1 94.1 1 181 1 181 6.28e-127 352 MBP8039875.1 MBP8039875.1 100 1 116 1 116 2.12e-89 252 NOY27702.1 NOY27702.1 92.4 1 356 1 356 1.15e-248 675 OGM15869.1 OGM15869.1 89.5 1 197 1 197 3.27e-130 362 AAA50346.1 AAA50346.1 89.0 1 57 1 57 1.06e-33 107 WP_212799263.1 WP_212799263.1 98.5 1 225 1 225 5.22e-168 460 AKF94945.1 AKF94945.1 98.9 1 195 1 195 1.12e-145 401 MCS7249985.1 MCS7249985.1 97.5 1 60 1 60 1.74e-40 124 WP_154377822.1 WP_154377822.1 97.3 1 914 1 914 0.0 1830 KAA0177341.1 KAA0177341.1 86.1 1 1278 1 1278 0.0 2224 MCQ4833490.1 MCQ4833490.1 97.6 1 49 1 49 4.19e-32 102 MBF0221393.1 MBF0221393.1 99.8 1 373 1 373 4.81e-286 771 CUQ74728.1 CUQ74728.1 95.4 1 216 1 216 6.85e-155 426 TYJ28824.1 TYJ28824.1 100 1 89 1 89 6.23e-65 188 MCP4196081.1 MCP4196081.1 92.7 1 79 1 79 1.65e-51 154 MBD5426059.1 MBD5426059.1 96.4 1 162 1 162 2.01e-116 324 WP_094880233.1 WP_094880233.1 100 1 412 1 412 2.10e-318 856 KAJ1466945.1 KAJ1466945.1 96.5 1 311 1 311 2.19e-228 620 RHP78675.1 RHP78675.1 97.3 1 450 1 450 0.0 904 WP_084523054.1 WP_084523054.1 97.0 1 94 1 94 5.39e-66 191 XP_051312901.1 XP_051312901.1 98.6 1 233 1 233 1.89e-174 477 MCC0650618.1 MCC0650618.1 89.4 1 308 1 308 6.27e-206 563 WP_070931219.1 WP_070931219.1 84.5 1 80 1 80 3.89e-46 140 MBE6457252.1 MBE6457252.1 95.8 1 147 1 147 2.08e-104 293 EDD2777448.1 EDD2777448.1 98.1 1 215 1 215 1.19e-159 438 WP_228705204.1 WP_228705204.1 96.4 1 97 1 97 9.90e-68 196 TVQ27286.1 TVQ27286.1 95.7 1 324 1 324 1.01e-235 639 CAF1538990.1 CAF1538990.1 96.5 1 95 1 95 2.87e-66 192 MBJ9940918.1 MBJ9940918.1 100 1 220 1 220 1.45e-167 458 MBL1405656.1 MBL1405656.1 94.0 1 101 1 101 1.61e-68 198 WP_002896703.1 WP_002896703.1 96.1 1 44 1 44 1.15e-27 91.3 RKH80454.1 RKH80454.1 95.7 1 281 1 281 6.12e-204 555 RWC01310.1 RWC01310.1 98.5 1 410 1 410 3.05e-310 835 KZC14685.1 KZC14685.1 93.4 1 453 1 453 0.0 868 WP_096201219.1 WP_096201219.1 96.7 1 850 1 850 0.0 1691 WP_206023254.1 WP_206023254.1 96.9 1 340 1 340 1.72e-251 681 KAJ3986273.1 KAJ3986273.1 94.7 1 658 1 658 0.0 1279 WP_230766143.1 WP_230766143.1 93.4 1 314 1 314 9.90e-222 603 WP_282423266.1 WP_282423266.1 95.0 1 666 1 666 0.0 1298 MBN4303450.1 MBN4303450.1 100 1 18 1 18 1.92e-10 46.2 WP_193956008.1 WP_193956008.1 98.1 1 537 1 537 0.0 1087 HCB14820.1 HCB14820.1 89.1 1 441 1 441 8.89e-296 801 XP_040382927.1 XP_040382927.1 93.7 1 360 1 360 7.61e-256 693 NIR36035.1 NIR36035.1 94.4 1 117 1 117 1.61e-80 230 WP_094107226.1 WP_094107226.1 100 1 235 1 235 2.91e-179 489 BDP97621.1 BDP97621.1 93.9 1 61 1 61 3.11e-39 121 WP_142260807.1 WP_142260807.1 89.4 1 251 1 251 5.48e-167 459 MBN1157556.1 MBN1157556.1 94.0 1 90 1 90 1.79e-60 177 NCR29367.1 NCR29367.1 93.5 1 49 1 49 2.85e-30 98.2 MCE2505556.1 MCE2505556.1 92.5 1 433 1 433 5.68e-304 821 MCE2505556.1 MBI9043002.1 35.5 96 417 25 324 3.13e-55 184 WP_039102441.1 WP_039102441.1 98.8 1 624 1 624 0.0 1272 WP_039102441.1 HBM7970352.1 31.2 14 502 5 458 7.26e-68 229 WP_118445081.1 WP_118445081.1 96.2 1 300 1 300 2.63e-219 596 WP_124983255.1 WP_124983255.1 95.9 1 198 1 198 1.57e-142 393 MBQ2432233.1 MBQ2432233.1 97.1 1 166 1 166 1.46e-120 335 WP_164585387.1 WP_164585387.1 95.6 1 356 1 356 4.98e-259 701 WP_164585387.1 WP_006027485.1 57.6 1 343 1 342 1.51e-129 373 WP_164585387.1 KAH7252800.1 35.0 1 289 7 300 1.23e-48 166 WP_164585387.1 WP_167320363.1 20.6 1 289 1 260 1.21e-12 66.2 WP_164585387.1 MBN1566249.1 25.4 1 315 1 314 9.18e-27 107 WP_205009067.1 WP_205009067.1 92.1 1 216 1 216 1.73e-148 410 WP_111627730.1 WP_111627730.1 96.6 1 265 1 265 4.12e-194 529 WP_111627730.1 WP_018996200.1 25.4 78 260 7 183 5.09e-13 64.3 MBS0463004.1 MBS0463004.1 98.6 1 202 1 202 1.77e-150 414 MOW13079.1 MOW13079.1 100 1 11 1 11 2.03e-03 28.1 WP_097698856.1 WP_097698856.1 96.4 1 1264 1 1264 0.0 2504 WP_254638680.1 WP_254638680.1 84.1 1 67 1 67 1.58e-37 117 XP_028327800.1 XP_028327800.1 91.8 1 1238 1 1238 0.0 2319 GES47013.1 GES47013.1 94.8 1 55 1 55 2.74e-35 111 MBI5098096.1 MBU0883769.1 32.6 14 451 15 444 4.29e-67 220 MBI5098096.1 MBI5098096.1 94.0 1 459 1 459 0.0 885 RNF14763.1 RNF14763.1 99.9 1 684 1 684 0.0 1412 KAF3493633.1 KAF3493633.1 95.1 1 356 1 356 1.67e-257 697 KAI5402274.1 KAI5402274.1 94.7 1 543 1 543 0.0 1056 MBK6342078.1 MBK6342078.1 95.9 1 446 1 446 0.0 881 DAW46080.1 DAW46080.1 96.4 1 85 1 85 1.20e-58 172 WP_113767226.1 WP_113767226.1 96.2 1 441 1 441 0.0 874 WP_113767226.1 WP_210167953.1 30.3 92 429 11 348 7.52e-43 153 KAF4728781.1 KAF4728781.1 96.5 1 443 1 443 0.0 880 WP_060551745.1 WP_060551745.1 96.3 1 225 1 225 1.38e-163 449 SCL72461.1 SCL72461.1 88.5 1 283 1 283 1.20e-186 512 XP_041854783.1 XP_041854783.1 98.4 1 311 1 311 7.10e-234 634 RHX96716.1 RHX96716.1 95.7 1 723 1 723 0.0 1422 WP_127737066.1 WP_127737066.1 96.8 1 206 1 206 3.42e-150 413 MBN2689333.1 MBN2689333.1 97.2 1 126 1 126 1.89e-90 256 WP_162119468.1 WP_162119468.1 96.0 1 394 1 394 1.11e-288 779 WP_150171631.1 WP_150171631.1 98.4 1 174 1 174 1.10e-128 356 WP_002615101.1 WP_002615101.1 91.3 1 714 1 714 0.0 1330 WP_208947654.1 WP_208947654.1 87.4 1 149 1 149 1.98e-94 268 KAF2590612.1 KAF2590612.1 91.3 1 385 1 385 1.62e-265 720 WP_014785013.1 WP_014785013.1 91.8 1 504 1 504 0.0 946 EBF5808819.1 EBF5808819.1 87.0 1 85 1 85 2.54e-51 154 MBR3156871.1 MBR3156871.1 93.2 1 644 1 644 0.0 1230 XP_021741676.1 XP_021741676.1 96.9 1 507 1 507 0.0 1012 WP_001329193.1 WP_001329193.1 100 1 95 1 95 1.79e-69 200 MBO6057326.1 MBO6057326.1 98.2 1 197 1 197 6.44e-146 402 MBW1848151.1 MBW1848151.1 99.3 1 205 1 205 3.43e-154 423 KAG5815829.1 KAG5815829.1 93.7 1 780 1 780 0.0 1498 WP_135279859.1 WP_135279859.1 95.6 1 844 1 844 0.0 1656 MCJ1311962.1 MCJ1311962.1 95.9 1 968 1 968 0.0 1906 WP_092424818.1 WP_092424818.1 92.0 1 324 1 324 9.53e-225 612 XP_047289230.1 XP_047289230.1 92.9 1 1629 1 1629 0.0 3091 KGI55490.1 KGI55490.1 93.0 1 167 1 167 4.88e-115 321 WP_138438236.1 WP_138438236.1 95.2 1 67 1 67 2.14e-44 135 KPK79043.1 KPK79043.1 94.1 1 722 1 722 0.0 1394 OIT02720.1 OIT02720.1 94.6 1 362 1 362 3.38e-260 704 WP_224365716.1 WP_224365716.1 96.0 1 46 1 46 3.90e-29 95.1 MBK6724754.1 MBK6724754.1 96.7 1 328 1 328 7.75e-242 655 NXB44255.1 NXB44255.1 94.7 1 1649 1 1649 0.0 3198 WP_226232337.1 WP_226232337.1 96.5 1 392 1 392 4.68e-289 780 EEE4210954.1 EEE4210954.1 99.2 1 102 1 102 3.92e-74 213 EEE4210954.1 WP_001495833.1 66.7 4 59 5 60 1.07e-20 76.6 RLE02911.1 RLE02911.1 96.5 1 439 1 439 0.0 874 WP_171334399.1 WP_171334399.1 100 1 102 1 102 2.36e-75 216 WP_064779756.1 EGC4236544.1 37.4 122 295 3 173 4.32e-29 109 WP_064779756.1 WP_064779756.1 96.8 1 347 1 347 1.94e-256 694 WP_033603452.1 WP_033603452.1 95.0 1 1185 1 1185 0.0 2308 WP_033603452.1 MBO7941816.1 48.4 855 893 93 131 1.99e-03 38.1 EEC9022132.1 EEC9022132.1 98.2 1 502 1 502 0.0 1018 XP_047408935.1 XP_047408935.1 95.6 1 786 1 786 0.0 1544 WP_179136748.1 WP_179136748.1 97.2 1 106 1 106 3.16e-75 216 WP_195269918.1 WP_195269918.1 91.1 1 415 1 415 1.10e-285 773 KAG0881289.1 KAG0881289.1 99.5 1 202 1 202 3.72e-152 418 MBN1756127.1 MBN1756127.1 93.6 1 78 1 78 2.19e-51 153 WP_255517101.1 WP_255517101.1 95.1 1 137 1 137 4.85e-96 271 MCK5244187.1 MCK5244187.1 100 1 284 1 284 7.26e-218 591 WP_197710405.1 WP_197710405.1 92.9 1 258 1 258 5.14e-180 493 WP_100540054.1 WP_100540054.1 95.0 1 83 1 83 4.09e-56 166 TXT57728.1 TXT57728.1 94.2 1 252 1 252 7.63e-179 489 MBT5378964.1 MBT5378964.1 94.1 1 278 1 278 1.74e-197 539 MBU1113346.1 MBU1113346.1 94.7 1 171 1 171 1.50e-120 335 WP_194499183.1 WP_194499183.1 93.8 1 203 1 203 2.31e-142 393 KAI0308946.1 KAI0308946.1 95.1 1 90 1 90 2.17e-61 179 WP_073388870.1 WP_073388870.1 97.8 1 157 1 157 9.32e-115 320 WP_027388460.1 WP_027388460.1 95.5 1 355 1 355 3.79e-258 699 WP_210726445.1 WP_210726445.1 91.6 1 294 1 294 2.77e-202 552 MBY9080345.1 MBY9080345.1 100 1 237 1 237 6.36e-184 501 WP_093295436.1 WP_093295436.1 99.6 1 247 1 247 1.50e-187 511 XP_008215352.1 XP_008215352.1 97.9 1 593 1 593 0.0 1197 MBO8197404.1 MBO8197404.1 91.3 1 263 1 263 1.07e-179 493 UCC96225.1 UCC96225.1 97.4 1 57 1 57 3.94e-38 118 THH04310.1 THH04310.1 94.3 1 505 1 505 0.0 978 MBL7795363.1 MBL7795363.1 96.4 1 179 1 179 2.78e-129 358 EDT7412775.1 EDT7412775.1 97.9 1 126 1 126 3.27e-91 258 MBU6492563.1 MBU6492563.1 99.6 1 195 1 195 6.72e-147 404 MBR3700964.1 MBR3700964.1 97.3 1 481 1 481 0.0 966 WP_064613675.1 WP_064613675.1 94.4 1 213 1 213 7.12e-151 416 XP_031540112.1 XP_031540112.1 95.5 1 1692 1 1692 0.0 3313 NOT95054.1 NOT95054.1 93.0 1 133 1 133 1.58e-90 256 WP_164724930.1 WP_164724930.1 97.5 1 195 1 195 3.07e-143 395 WP_263833039.1 WP_263833039.1 92.1 1 400 1 400 7.07e-279 755 MCO6480516.1 MCO6480516.1 96.9 1 224 1 224 4.46e-164 450 MBD5558909.1 MBD5558909.1 95.8 1 192 1 192 5.31e-138 381 NLW39422.1 NLW39422.1 94.6 1 335 1 335 1.56e-240 652 NLW39422.1 WP_192500494.1 33.3 34 330 16 300 1.28e-45 155 NLW39422.1 WP_279984614.1 29.9 36 236 25 235 3.86e-23 95.1 NLW39422.1 NVM03966.1 35.9 1 330 1 317 1.73e-59 192 NLW39422.1 WP_152652784.1 34.5 33 331 18 305 4.15e-49 165 MCU0422147.1 MCU0422147.1 97.7 1 453 1 453 0.0 913 XP_042343617.1 XP_042343617.1 96.8 1 453 1 453 0.0 904 WP_176958177.1 WP_176958177.1 95.0 1 299 1 299 3.18e-215 585 WP_176958177.1 WP_278888642.1 38.6 1 280 5 286 1.46e-56 182 WP_176958177.1 AIA18772.1 59.7 1 151 1 152 2.16e-55 175 WP_176958177.1 WP_192106836.1 47.9 1 284 1 285 2.09e-81 246 KAJ2277403.1 KAJ2277403.1 94.9 1 839 1 839 0.0 1633 OJV98239.1 OJV98239.1 91.0 1 349 1 349 2.68e-239 650 MBS1410118.1 MBS1410118.1 94.5 1 372 1 372 2.51e-267 723 HBC3664605.1 HBC3664605.1 97.6 1 68 1 68 1.18e-46 140 KAG5959692.1 KAG5959692.1 96.8 1 878 1 878 0.0 1748 WP_138471989.1 WP_138471989.1 90.6 1 396 1 396 1.77e-270 733 MBL7722360.1 MBL7722360.1 93.1 1 501 1 501 0.0 956 KAF4995643.1 KAF4995643.1 97.6 1 660 1 660 0.0 1327 KAJ5614194.1 KAJ5614194.1 98.7 1 471 1 471 0.0 961 WP_251116163.1 WP_251116163.1 94.9 1 279 1 279 3.39e-200 546 MBS1909834.1 MBS1909834.1 97.8 1 692 1 692 0.0 1394 KAI4951926.1 KAI4951926.1 96.5 1 319 1 319 2.29e-234 635 MBS0323691.1 MBS0323691.1 94.8 1 261 1 261 6.30e-187 511 EDS6425957.1 EDS6425957.1 95.2 1 543 1 543 0.0 1062 WP_205996060.1 WP_205996060.1 94.0 1 832 1 832 0.0 1602 MBW7898988.1 MBW7898988.1 100 1 186 1 186 2.99e-141 389 WP_111206393.1 WP_111206393.1 96.8 1 149 1 149 3.06e-107 300 MSW04208.1 MSW04208.1 94.6 1 527 1 527 0.0 1024 WP_032918432.1 WP_032918432.1 99.1 1 270 1 270 5.26e-204 555 MOR90002.1 MOR90002.1 100 1 27 1 27 8.53e-19 67.8 WP_096527630.1 WP_096527630.1 89.5 1 131 1 131 6.00e-85 242 XP_014362268.2 XP_014362268.2 89.6 1 1204 1 1204 0.0 2194 GFY15021.1 GFY15021.1 96.7 1 262 1 262 3.14e-192 524 MBV9888347.1 MBV9888347.1 92.0 1 110 1 110 5.81e-73 210 MBE9467362.1 MBE9467362.1 92.6 1 828 1 828 0.0 1567 WP_037310167.1 WP_037310167.1 96.3 1 290 1 290 3.57e-212 577 WP_244292824.1 WP_244292824.1 93.7 1 316 1 316 5.98e-224 609 MBI5162857.1 MBI5162857.1 96.2 1 178 1 178 4.28e-128 355 WP_236345246.1 WP_236345246.1 95.8 1 286 1 286 6.90e-208 566 WP_212226535.1 WP_212226535.1 95.1 1 170 1 170 1.98e-120 335 WP_257504872.1 WP_257504872.1 89.3 1 531 1 531 0.0 966 MBK7087525.1 MBK7087525.1 97.7 1 314 1 314 4.44e-234 634 EFT8991253.1 EFT8991253.1 98.5 1 1029 1 1029 0.0 2089 MBY0434949.1 MBY0434949.1 94.0 1 1494 1 1494 0.0 2873 KAG8379083.1 KAG8379083.1 94.2 1 304 1 304 9.86e-217 590 HBV8273101.1 HBV8273101.1 93.3 1 127 1 127 1.33e-86 246 KAI5005557.1 KAI5005557.1 99.4 1 441 1 441 0.0 906 MBT7135637.1 MBT7135637.1 92.4 1 206 1 206 8.32e-142 392 WP_011490055.1 WP_011490055.1 96.3 1 275 1 275 6.11e-201 547 XP_021299958.1 XP_021299958.1 93.7 1 1095 1 1095 0.0 2100 WP_059510827.1 WP_234306850.1 32.5 9 301 13 301 5.80e-43 148 WP_059510827.1 WP_059510827.1 92.9 1 321 1 321 3.74e-225 612 WP_059510827.1 WP_251874466.1 35.5 40 304 47 308 3.29e-44 152 WP_059510827.1 WP_116701099.1 35.5 36 280 45 285 2.04e-40 142 WP_059510827.1 KOR84431.1 27.8 51 287 50 281 6.85e-23 95.1 WP_059510827.1 MBC99785.1 30.5 45 301 48 313 6.29e-33 122 WP_059510827.1 WP_058635033.1 33.3 1 318 1 321 3.14e-50 168 WP_056611679.1 WP_056611679.1 89.9 1 177 1 177 3.78e-117 327 HAT6344274.1 HAT6344274.1 97.7 1 290 1 290 7.83e-216 586 EHU4169843.1 EHU4169843.1 96.5 1 478 1 478 0.0 950 XP_024696459.1 XP_024696459.1 93.9 1 487 1 487 0.0 938 KAG9509822.1 KAG9509822.1 91.6 1 386 1 386 3.70e-267 724 TWK83191.1 TWK83191.1 100.0 1 358 1 358 4.03e-275 742 WP_176700057.1 WP_176700057.1 95.4 1 176 1 176 2.04e-125 348 WP_141400768.1 WP_141400768.1 98.3 1 255 1 255 1.23e-190 520 MBS07362.1 MBS07362.1 91.4 1 458 1 458 3.82e-317 857 WP_027780629.1 WP_027780629.1 92.6 1 191 1 191 1.25e-131 365 WP_097514015.1 WP_097514015.1 87.7 1 546 1 546 0.0 972 WP_208099194.1 WP_208099194.1 93.9 1 59 1 59 9.12e-38 117 XP_025777939.1 XP_025777939.1 91.3 1 643 1 643 0.0 1199 MBL6625757.1 MBL6625757.1 98.5 1 354 1 354 5.04e-267 721 KAH7548383.1 KAH7548383.1 95.1 1 1152 1 1152 0.0 2248 WP_271250528.1 WP_271250528.1 92.3 1 51 1 51 3.95e-31 100 WP_197888162.1 WP_197888162.1 97.1 1 269 1 269 2.13e-198 540 XP_033991852.1 XP_033991852.1 91.5 1 1257 1 1257 0.0 2346 HAF54287.1 HAF54287.1 96.0 1 74 1 74 3.89e-50 150 WP_167613923.1 WP_167613923.1 100 1 101 1 101 3.11e-75 215 MPZ45416.1 MPZ45416.1 92.9 1 574 1 574 0.0 1092 WP_067019348.1 WP_067019348.1 94.4 1 209 1 209 8.34e-148 407 MBO5601840.1 MBO5601840.1 98.2 1 331 1 331 1.92e-248 672 MBU6248241.1 MBU6248241.1 95.6 1 679 1 679 0.0 1333 WP_165682932.1 WP_165682932.1 91.6 1 108 1 108 3.40e-71 206 WP_143020066.1 WP_143020066.1 94.6 1 157 1 157 3.51e-110 308 WP_238972864.1 WP_238972864.1 99.2 1 156 1 156 5.20e-116 323 WP_260325674.1 WP_260325674.1 93.7 1 273 1 273 8.94e-193 526 MCC7417019.1 MCC7417019.1 96.1 1 221 1 221 4.63e-160 439 MCI8430709.1 MCI8430709.1 94.0 1 283 1 283 8.00e-201 548 XP_030622007.1 XP_030622007.1 92.9 1 298 1 298 1.06e-208 569 XP_029196159.1 XP_029196159.1 100 1 357 1 357 5.52e-277 746 OTA99890.1 OTA99890.1 95.0 1 241 1 241 1.67e-172 473 KPP66050.1 KPP66050.1 98.0 1 1540 1 1540 0.0 3106 QDF59120.1 QDF59120.1 97.6 1 513 1 513 0.0 1033 MPC98265.1 MPC98265.1 99.1 1 84 1 84 4.72e-60 176 BBC91732.1 BBC91732.1 91.4 1 474 1 474 0.0 886 EDQ0183574.1 EDQ0183574.1 90.0 1 51 1 51 4.63e-30 97.8 WP_072476944.1 WP_053695461.1 41.6 58 317 6 267 4.04e-58 188 WP_072476944.1 WP_072476944.1 95.4 1 319 1 319 3.64e-231 627 MBR3327931.1 MBR3327931.1 90.0 1 133 1 133 7.24e-87 247 ACU61622.1 ACU61622.1 97.8 1 177 1 177 5.86e-130 360 EFM1979785.1 EFM1979785.1 99.7 1 60 1 60 1.05e-41 127 WP_029005116.1 WP_029005116.1 91.6 1 175 1 175 1.96e-118 330 HCF98070.1 HCF98070.1 87.9 1 132 1 132 1.07e-83 239 WP_280541983.1 WP_213827928.1 53.1 42 322 19 299 6.20e-93 277 WP_280541983.1 WP_280541983.1 94.4 1 324 1 324 9.28e-232 629 KEH41285.1 KEH41285.1 98.6 1 200 1 200 5.09e-149 410 ORV68006.1 ORV68006.1 97.1 1 167 1 167 2.73e-121 337 HCA7191507.1 HCA7191507.1 96.8 1 274 1 274 1.97e-201 548 XP_044551221.1 XP_044551221.1 96.6 1 580 1 580 0.0 1154 MCK9592859.1 MCK9592859.1 100 1 85 1 85 3.70e-62 181 WP_076194242.1 WP_076194242.1 91.9 1 465 1 465 0.0 874 WP_076194242.1 KDF42894.1 24.4 76 458 84 488 2.51e-32 127 MBI2147080.1 MBI2147080.1 95.0 1 244 1 244 7.64e-175 479 WP_068964936.1 WP_068964936.1 98.7 1 504 1 504 0.0 1028 WP_259619769.1 WP_259619769.1 91.3 1 497 1 497 0.0 928 KAF4306879.1 KAF4306879.1 92.7 1 250 1 250 7.02e-174 477 KAF4306879.1 MCF7871960.1 40.7 76 249 18 191 2.56e-35 123 WP_010462366.1 WP_010462366.1 93.8 1 587 1 587 0.0 1129 TFE29608.1 TFE29608.1 94.7 1 614 1 614 0.0 1194 KAJ4310611.1 KAJ4310611.1 98.5 1 678 1 678 0.0 1378 MBT3309449.1 MBT3309449.1 91.2 1 252 1 252 7.84e-172 472 WP_187335130.1 WP_187335130.1 90.4 1 83 1 83 1.32e-52 157 WP_173302040.1 WP_173302040.1 97.7 1 599 1 599 0.0 1206 KAJ8911168.1 KAJ8911168.1 96.9 1 87 1 87 1.44e-60 177 EGC1082389.1 EGC1082389.1 96.9 1 272 1 272 3.98e-200 545 GBE22655.1 GBE22655.1 97.2 1 202 1 202 6.93e-148 407 WP_233227509.1 WP_233227509.1 95.6 1 318 1 318 4.78e-231 627 XP_006114890.1 XP_006114890.1 98.6 1 352 1 352 5.03e-266 718 CAI9595211.1 MCL2204087.1 35.3 80 995 4 854 3.76e-167 512 CAI9595211.1 CAI9595211.1 98.5 1 1031 1 1031 0.0 2094 CAI9595211.1 MBK6751737.1 24.9 761 991 3 247 3.92e-17 81.6 CAI9595211.1 MBQ9679177.1 36.0 80 995 4 851 4.47e-173 528 WP_108109984.1 WP_108109984.1 96.5 1 80 1 80 5.48e-55 162 MBX2936516.1 MBX2936516.1 95.7 1 428 1 428 5.55e-313 843 WP_218623326.1 WP_218623326.1 94.1 1 151 1 151 4.86e-105 295 XP_050255036.1 XP_050255036.1 100 1 392 1 392 5.16e-302 813 WP_278264086.1 WP_278264086.1 96.6 1 434 1 434 0.0 864 KAF4611166.1 KAF4611166.1 97.4 1 583 1 583 0.0 1170 MBK8070034.1 WP_216195748.1 41.3 3 292 4 289 1.19e-65 206 MBK8070034.1 MBK8070034.1 89.3 1 293 1 293 1.31e-195 535 MBK8070034.1 MAG44064.1 70.7 3 33 4 34 2.92e-08 47.4 KCN41050.1 KCN41050.1 94.6 1 341 1 341 6.66e-245 664 MCP5750602.1 MCP5750602.1 99.7 1 87 1 87 7.39e-63 183 MBP7130798.1 MBP7130798.1 84.6 1 31 1 31 1.42e-14 57.4 XP_033679940.1 XP_033679940.1 96.9 1 1283 1 1283 0.0 2556 WP_283922158.1 WP_283922158.1 87.8 1 177 1 177 1.21e-113 318 WP_133251971.1 WP_133251971.1 91.6 1 408 1 408 1.44e-282 765 WP_267714175.1 WP_267714175.1 93.0 1 399 1 399 1.68e-281 761 MSL30063.1 MSL30063.1 95.7 1 309 1 309 1.21e-224 610 WP_046302954.1 WP_046302954.1 85.9 1 990 1 990 0.0 1720 WP_050926421.1 WP_050926421.1 86.6 1 129 1 129 3.92e-80 230 GAO25539.1 GAO25539.1 92.8 1 92 1 92 7.20e-61 178 WP_165894367.1 WP_165894367.1 97.0 1 348 1 348 8.93e-258 697 WP_018858575.1 WP_018858575.1 89.7 1 1277 1 1277 0.0 2331 HBB7853833.1 HBB7853833.1 93.0 1 491 1 491 0.0 936 QGT50941.1 QGT50941.1 96.5 1 798 1 798 0.0 1583 KAJ5748900.1 KAJ5748900.1 97.3 1 249 1 249 1.14e-183 501 WP_073432751.1 WP_073432751.1 93.3 1 168 1 168 3.17e-116 324 KAG5702777.1 KAG5702777.1 96.1 1 260 1 260 3.01e-189 516 WP_036488090.1 WP_036488090.1 94.7 1 235 1 235 1.60e-167 459 OAA61066.1 OAA61066.1 87.6 1 541 1 541 0.0 962 MCB1065733.1 MCB1065733.1 95.4 1 67 1 67 1.50e-44 135 MCB1065733.1 MBI4966856.1 75.1 23 67 1 45 2.70e-19 71.2 XP_056041627.1 XP_056041627.1 96.4 1 711 1 711 0.0 1410 WP_225902036.1 WP_225902036.1 95.8 1 86 1 86 6.39e-59 173 KXH55701.1 KXH55701.1 97.3 1 108 1 108 7.69e-77 220 WP_258930666.1 WP_258930666.1 95.2 1 66 1 66 1.16e-43 133 MBM3160744.1 MBM3160744.1 93.5 1 139 1 139 1.62e-95 270 VAI84247.1 VAI84247.1 95.7 1 89 1 89 4.08e-61 179 AAX29823.1 AAX29823.1 98.9 1 558 1 558 0.0 1140 OZV86646.1 OZV86646.1 90.6 1 37 1 37 1.59e-20 72.8 MBT7163208.1 MBT7163208.1 97.1 1 582 1 582 0.0 1164 WP_210734217.1 WP_210734217.1 95.1 1 273 1 273 2.79e-196 535 WP_211296720.1 WP_211296720.1 95.2 1 501 1 501 0.0 981 MBO0787136.1 MBO0787136.1 91.8 1 280 1 280 3.77e-193 528 MOK24130.1 MOK24130.1 100 1 23 1 23 1.85e-14 56.6 WP_070509780.1 WP_070509780.1 94.6 1 366 1 366 2.91e-263 712 XP_027172582.1 XP_027172582.1 95.5 1 224 1 224 3.52e-161 442 AQY75504.1 AQY75504.1 96.6 1 354 1 354 4.45e-261 706 AQY75504.1 WP_016809838.1 30.0 7 324 3 319 1.06e-39 142 MCL4333886.1 MCL4333886.1 94.3 1 327 1 327 8.61e-234 635 WP_019296707.1 WP_019296707.1 93.7 1 124 1 124 7.20e-85 241 EAZ5330394.1 EAZ5330394.1 92.1 1 485 1 485 0.0 914 WP_251450535.1 WP_251450535.1 93.6 1 310 1 310 1.99e-219 597 WP_245456681.1 WP_245456681.1 93.7 1 90 1 90 3.61e-60 176 WP_063503202.1 WP_063503202.1 91.2 1 248 1 248 4.54e-169 464 WP_214279799.1 WP_214279799.1 100 1 62 1 62 3.70e-45 136 MBT4680312.1 MBT4680312.1 97.3 1 185 1 185 2.46e-135 374 WP_222465269.1 WP_222465269.1 93.6 1 131 1 131 7.89e-90 254 MCH8821589.1 MCH8821589.1 87.2 1 190 1 190 1.90e-121 339 XP_038144206.1 XP_038144206.1 96.0 1 959 1 959 0.0 1891 WP_236905832.1 WP_236905832.1 99.5 1 163 1 163 7.01e-122 338 WP_000391618.1 WP_000391618.1 96.2 1 179 1 179 5.61e-129 357 XP_048688918.1 XP_048688918.1 98.8 1 264 1 264 1.02e-198 541 XP_018381815.1 XP_018381815.1 100 1 145 1 145 3.61e-113 315 HAJ6883934.1 HAJ6883934.1 95.7 1 274 1 274 1.10e-198 541 WP_259823591.1 WP_259823591.1 92.2 1 66 1 66 7.85e-42 128 EBL5661155.1 EBL5661155.1 95.6 1 95 1 95 1.66e-65 190 WP_268394364.1 WP_268394364.1 100 1 319 1 319 5.28e-249 672 WP_107106807.1 WP_107106807.1 95.3 1 172 1 172 3.41e-122 340 WP_067144449.1 WP_067144449.1 98.2 1 125 1 125 8.71e-91 256 MBD5174823.1 MBD5174823.1 93.4 1 98 1 98 1.03e-65 191 NEP75465.1 NEP75465.1 91.2 1 440 1 440 1.39e-303 821 NEP75465.1 WP_082780476.1 29.0 72 253 39 200 2.45e-17 79.0 WP_247326555.1 WP_247326555.1 96.3 1 78 1 78 2.27e-53 158 AAM31096.1 AAM31096.1 99.4 1 70 1 70 2.42e-49 147 MCH2098905.1 MCH2098905.1 86.9 1 501 1 501 0.0 884 MCU1579718.1 MCU1579718.1 87.5 1 274 1 274 5.88e-178 489 MBE8222136.1 MBE8222136.1 87.4 1 95 1 95 2.47e-58 172 RYD06084.1 RYD06084.1 98.2 1 58 1 58 2.53e-39 121 XP_039387169.1 XP_039387169.1 95.4 1 188 1 188 3.61e-134 371 NLX21103.1 NLX21103.1 97.2 1 324 1 324 3.83e-240 650 WP_281498184.1 WP_281498184.1 95.1 1 584 1 584 0.0 1140 WP_099711363.1 WP_099711363.1 94.1 1 311 1 311 1.58e-221 602 WP_099711363.1 WP_151434014.1 26.5 1 311 1 304 9.01e-30 113 WP_099711363.1 HDQ08114.1 30.6 2 298 3 278 7.57e-39 137 WP_127202722.1 WP_127202722.1 94.0 1 436 1 436 6.01e-312 842 XP_027728774.1 XP_027728774.1 99.9 1 2001 1 2001 0.0 4125 XP_049133140.1 XP_049133140.1 95.8 1 253 1 253 2.20e-183 501 MBP5665134.1 MBP5665134.1 96.9 1 74 1 74 9.55e-51 151 QRN83137.1 QRN83137.1 96.5 1 295 1 295 2.00e-216 588 CAE6472910.1 CAE6472910.1 98.4 1 590 1 590 0.0 1198 MBX6384685.1 MBX6384685.1 89.8 1 406 1 406 1.47e-274 744 AZV79909.1 AZV79909.1 98.9 1 85 1 85 1.24e-60 177 MCK5187010.1 MCK5187010.1 90.9 1 135 1 135 2.15e-89 254 WP_142037733.1 WP_142037733.1 91.5 1 412 1 412 5.04e-285 771 KAJ7821411.1 KAJ7821411.1 89.7 1 89 1 89 3.11e-56 166 KAH7980918.1 KAH7980918.1 97.5 1 627 1 627 0.0 1259 BBQ86561.1 BBQ86561.1 92.3 1 321 1 321 1.78e-223 608 XP_006689993.1 XP_006689993.1 95.4 1 512 1 512 0.0 1004 WP_009475234.1 WP_009475234.1 94.3 1 424 1 424 1.39e-304 822 MCK5175373.1 MCK5175373.1 97.8 1 88 1 88 4.60e-62 181 WP_039095635.1 WP_039095635.1 98.3 1 339 1 339 7.02e-255 689 MCM0593547.1 MCM0593547.1 98.2 1 255 1 255 2.49e-190 519 RWZ64791.1 RWZ64791.1 95.1 1 364 1 364 1.75e-263 713 KAG2053605.1 KAG2053605.1 98.4 1 347 1 347 1.81e-261 706 NXV13419.1 NXV13419.1 93.2 1 216 1 216 1.27e-150 415 WP_114094371.1 WP_114094371.1 96.5 1 116 1 116 4.47e-82 234 EDF0432725.1 EDF0432725.1 93.0 1 56 1 56 4.17e-35 110 MCA1589644.1 MCA1589644.1 93.2 1 744 1 744 0.0 1419 KAI9774712.1 KAI9774712.1 96.7 1 767 1 767 0.0 1526 TAM11363.1 TAM11363.1 94.0 1 325 1 325 2.88e-231 628 KAJ5168969.1 KAJ5168969.1 91.5 1 790 1 790 0.0 1476 KAJ5168969.1 WP_060613079.1 34.6 254 744 92 579 3.17e-81 270 NNM97518.1 NNM97518.1 96.4 1 335 1 335 5.08e-246 666 KJS37244.1 WP_128950282.1 49.9 1 297 22 303 1.61e-90 270 KJS37244.1 KJS37244.1 96.1 1 303 1 303 3.46e-221 601 RZJ01256.1 RZJ01256.1 100 1 269 1 269 9.11e-209 566 HHH37178.1 HHH37178.1 95.0 1 271 1 271 1.13e-194 531 WP_252384350.1 WP_252384350.1 93.5 1 147 1 147 2.34e-101 285 CQR41738.1 CQR41738.1 97.1 1 469 1 469 0.0 939 CQR41738.1 TFV00908.1 47.1 23 168 1 145 7.62e-35 125 MBC7879491.1 MBC7879491.1 95.3 1 672 1 672 0.0 1316 MBS3963684.1 MBS3963684.1 96.3 1 417 1 417 4.17e-307 828 HET19539.1 HET19539.1 96.5 1 107 1 107 2.40e-75 216 EGM3572601.1 EGM3572601.1 98.0 1 876 1 876 0.0 1768 MBI4678329.1 MBI4678329.1 93.3 1 412 1 412 6.98e-292 789 RME29710.1 RME29710.1 92.4 1 169 1 169 1.39e-115 323 MBT3228703.1 MBT3228703.1 95.6 1 312 1 312 1.59e-226 615 GJE89625.1 GJE89625.1 97.0 1 361 1 361 2.14e-267 723 WP_267911890.1 WP_267911890.1 88.1 1 65 1 65 1.18e-38 120 WP_055406376.1 WP_055406376.1 93.1 1 308 1 308 1.91e-216 589 GCB60913.1 GCB60913.1 94.1 1 645 1 645 0.0 1244 MCB9680378.1 MCB9680378.1 92.5 1 246 1 246 1.16e-170 468 KAI3679517.1 KAI3679517.1 95.1 1 292 1 292 1.98e-210 573 MBU0598391.1 MBU0598391.1 99.4 1 341 1 341 5.38e-260 702 WP_118925030.1 WP_118925030.1 93.7 1 393 1 393 1.01e-279 756 MSP81668.1 MSP81668.1 100 1 239 1 239 9.04e-185 503 WP_226741138.1 WP_226741138.1 89.1 1 315 1 315 5.82e-210 573 ACU52521.1 ACU52521.1 94.5 1 151 1 151 1.19e-105 296 EAF4311303.1 EAF4311303.1 96.3 1 199 1 199 5.08e-144 397 PIR98590.1 PIR98590.1 92.8 1 708 1 708 0.0 1344 RLV89158.1 RLV89158.1 93.4 1 885 1 885 0.0 1692 RMG03831.1 RMG03831.1 98.0 1 222 1 222 9.38e-165 451 MBA2496669.1 MBA2496669.1 97.6 1 126 1 126 6.61e-91 257 WP_101025682.1 WP_101025682.1 94.2 1 1011 1 1011 0.0 1950 MBL68646.1 MBL68646.1 98.4 1 283 1 283 2.07e-212 577 WP_027600082.1 WP_027600082.1 95.9 1 125 1 125 3.42e-88 250 WP_183298005.1 WP_183298005.1 97.5 1 240 1 240 2.04e-177 485 XP_021682448.1 XP_021682448.1 99.0 1 146 1 146 5.98e-108 301 WP_158303127.1 WP_158303127.1 94.2 1 56 1 56 1.02e-35 112 WP_259568097.1 WP_259568097.1 96.9 1 890 1 890 0.0 1773 WP_259568097.1 MBR7152669.1 42.6 8 168 6 168 1.16e-32 122 HCD4651973.1 HCD4651973.1 94.3 1 875 1 875 0.0 1691 WP_109124355.1 WP_109124355.1 92.8 1 216 1 216 1.05e-149 413 MCK9579519.1 MCK9579519.1 96.4 1 342 1 342 2.85e-251 680 WP_031912375.1 WP_031912375.1 65.0 1 184 1 184 9.28e-80 233 WP_102687017.1 WP_102687017.1 96.5 1 348 1 348 4.24e-256 693 OWA15278.1 GLI99474.1 36.9 13 125 7 123 2.99e-18 73.9 OWA15278.1 OWA15278.1 98.6 1 133 1 133 2.16e-97 274 KAG7153436.1 KAG7153436.1 85.7 1 518 1 518 0.0 900 EAI4228870.1 EAI4228870.1 94.0 1 719 1 719 0.0 1385 VDP10889.1 VDP10889.1 97.9 1 190 1 190 4.74e-140 386 WP_188340499.1 WP_188340499.1 100 1 122 1 122 1.20e-91 258 MCL0086045.1 MCL0086045.1 95.0 1 263 1 263 7.66e-189 516 WP_142114448.1 WP_142114448.1 93.1 1 368 1 368 1.09e-259 704 WP_142114448.1 WP_129703040.1 32.9 43 180 26 161 5.74e-16 73.6 WP_142114448.1 WP_054059514.1 31.7 36 242 30 229 1.11e-25 102 MBI1884116.1 MBI1884116.1 95.8 1 224 1 224 1.23e-161 444 KAJ0250772.1 KAJ0250772.1 89.8 1 120 1 120 1.12e-77 223 HBN08959.1 HBN08959.1 90.9 1 248 1 248 2.63e-168 462 KAJ7903702.1 KAJ7903702.1 97.6 1 442 1 442 0.0 890 RXN11474.1 RXN11474.1 94.3 1 779 1 779 0.0 1506 MCJ7468405.1 MCJ7468405.1 93.2 1 131 1 131 2.26e-89 253 ECI0838809.1 ECI0838809.1 97.2 1 452 1 452 0.0 906 EJA1208030.1 EJA1208030.1 100 1 154 1 154 7.72e-117 325 KAJ7494177.1 KAJ7494177.1 95.2 1 313 1 313 4.94e-226 614 MCH2663613.1 MCH2663613.1 97.9 1 350 1 350 2.79e-262 709 WP_149911652.1 WP_149911652.1 95.9 1 433 1 433 2.20e-317 855 WP_149911652.1 WP_102461582.1 31.6 141 426 32 317 6.07e-38 138 HBF6683624.1 HBF6683624.1 89.7 1 193 1 193 9.42e-128 355 WP_175740884.1 WP_175740884.1 91.1 1 195 1 195 1.19e-131 365 MCP1831263.1 MCP1831263.1 98.1 1 171 1 171 6.91e-126 349 WP_012785155.1 WP_012785155.1 95.5 1 424 1 424 2.62e-309 834 RYD69609.1 RYD69609.1 100 1 101 1 101 2.66e-76 218 MBF3543544.1 MBF3543544.1 88.7 1 69 1 69 9.68e-42 128 NXN86496.1 NXN86496.1 99.0 1 611 1 611 0.0 1249 WP_107194058.1 WP_107194058.1 98.7 1 267 1 267 9.42e-201 546 WP_271569604.1 WP_271569604.1 93.6 1 87 1 87 5.65e-58 171 KAG9297605.1 KAG9297605.1 96.3 1 537 1 537 0.0 1065 KAG9291817.1 KAG9291817.1 96.6 1 367 1 367 7.51e-271 732 WP_103478303.1 WP_103478303.1 93.4 1 123 1 123 7.81e-84 239 WP_159081190.1 WP_159081190.1 91.7 1 66 1 66 1.59e-41 127 PHU26875.1 PHU26875.1 91.4 1 271 1 271 1.12e-185 508 PMD26514.1 PMD26514.1 93.4 1 679 1 679 0.0 1299 WP_106281081.1 WP_106281081.1 94.1 1 536 1 536 0.0 1035 MBP5531704.1 MBP5531704.1 97.0 1 166 1 166 2.08e-120 335 WP_203325777.1 WP_203325777.1 97.3 1 201 1 201 1.84e-147 406 WP_261402515.1 WP_261402515.1 93.3 1 225 1 225 2.46e-157 433 WP_049480885.1 WP_049480885.1 93.1 1 510 1 510 0.0 974 KAI5618353.1 KAI5618353.1 96.5 1 688 1 688 0.0 1367 WP_117292786.1 WP_117292786.1 92.5 1 127 1 127 1.09e-85 244 WP_127595852.1 WP_127595852.1 93.2 1 143 1 143 5.57e-98 276 XP_043406427.1 XP_043406427.1 94.9 1 473 1 473 0.0 923 NNL66378.1 NNL66378.1 97.2 1 137 1 137 8.71e-99 278 GBM10107.1 GBM10107.1 97.3 1 148 1 148 2.84e-107 300 KAJ8673388.1 KAJ8673388.1 95.8 1 310 1 310 1.59e-225 612 NWY89495.1 NWY89495.1 98.6 1 508 1 508 0.0 1034 RLI44152.1 RLI44152.1 87.9 1 113 1 113 6.96e-71 205 WP_251057605.1 WP_251057605.1 93.3 1 437 1 437 8.84e-310 836 HHD92264.1 HHD92264.1 95.2 1 835 1 835 0.0 1631 ETK88527.1 ETK88527.1 95.0 1 182 1 182 3.49e-129 358 XP_033323208.1 XP_033323208.1 91.5 1 1211 1 1211 0.0 2260 HEY66416.1 HEY66416.1 93.4 1 365 1 365 1.43e-258 701 MCB2073222.1 MCB2073222.1 96.1 1 120 1 120 1.08e-84 241 HCL9643688.1 HCL9643688.1 94.9 1 129 1 129 6.80e-90 254 KAI9631590.1 KAI9631590.1 100 1 172 1 172 2.81e-130 360 WP_203891666.1 WP_203891666.1 96.2 1 504 1 504 0.0 999 PMH44474.1 PMH44474.1 92.7 1 245 1 245 2.18e-170 468 WP_280892754.1 WP_280892754.1 100 1 283 1 283 1.36e-217 590 WP_209898688.1 WP_209898688.1 84.8 1 111 1 111 2.26e-66 194 NOQ32749.1 NOQ32749.1 96.1 1 401 1 401 3.08e-294 794 WP_260444899.1 WP_260444899.1 95.7 1 502 1 502 0.0 988 WP_157435775.1 WP_157435775.1 94.7 1 112 1 112 3.60e-77 221 WP_254398103.1 WP_254398103.1 93.5 1 515 1 515 0.0 988 GBF98204.1 GBF98204.1 84.8 1 1267 1 1267 0.0 2166 MBS4056461.1 MBS4056461.1 93.5 1 344 1 344 1.39e-243 661 WP_176533080.1 WP_176533080.1 98.9 1 175 1 175 2.49e-130 360 XP_026180907.1 XP_026180907.1 93.4 1 1075 1 1075 0.0 2055 WP_074781633.1 WP_074781633.1 96.7 1 296 1 296 1.30e-217 591 WP_117338721.1 WP_117338721.1 99.6 1 473 1 473 0.0 974 MBT4014425.1 MBT4014425.1 86.1 1 78 1 78 4.80e-46 140 NUR77767.1 NUR77767.1 96.0 1 345 1 345 2.17e-252 683 KAI0987017.1 KAI0987017.1 96.9 1 337 1 337 5.30e-249 674 MBI1874593.1 MBI1874593.1 95.3 1 46 1 46 7.88e-29 94.4 EBF8124084.1 EBF8124084.1 92.9 1 596 1 596 0.0 1134 WP_097794281.1 WP_097794281.1 92.7 1 97 1 97 2.25e-64 187 NEP09993.1 NEP09993.1 90.9 1 125 1 125 2.14e-82 235 WP_254833504.1 WP_254833504.1 91.4 1 158 1 158 3.49e-106 298 HBO7852577.1 HBO7852577.1 96.0 1 183 1 183 1.37e-131 364 MAQ88009.1 MAQ88009.1 96.1 1 159 1 159 8.92e-114 317 WP_108335718.1 WP_108335718.1 95.4 1 426 1 426 2.63e-310 837 MBH8634352.1 MBH8634352.1 89.1 1 411 1 411 2.63e-275 747 ECI4825602.1 ECI4825602.1 91.5 1 56 1 56 2.42e-34 108 WP_070060651.1 WP_070060651.1 92.4 1 334 1 334 4.25e-233 634 NDH20019.1 NDH20019.1 95.0 1 284 1 284 2.69e-204 556 WP_224774708.1 WP_224774708.1 100 1 63 1 63 6.84e-46 138 WP_236373897.1 WP_236373897.1 97.4 1 389 1 389 4.51e-290 782 HBE7681505.1 HBE7681505.1 91.9 1 1355 1 1355 0.0 2541 HBE7681505.1 ECB3811761.1 68.3 1 812 1 793 0.0 1078 KAI5383356.1 KAI5383356.1 97.5 1 448 1 448 0.0 902 MBU0720484.1 MBU0720484.1 95.7 1 217 1 217 2.21e-156 430 QEG42388.1 QEG42388.1 99.0 1 485 1 485 0.0 992 HCD3539350.1 HCD3539350.1 98.9 1 175 1 175 2.49e-130 360 WP_120463061.1 WP_120463061.1 93.9 1 139 1 139 5.64e-96 271 HCS32205.1 HCS32205.1 93.9 1 677 1 677 0.0 1303 ODM89149.1 ODM89149.1 100 1 236 1 236 2.30e-181 494 ETI39029.1 ETI39029.1 98.2 1 656 1 656 0.0 1328 WP_235292752.1 WP_235292752.1 97.9 1 227 1 227 3.02e-168 461 WP_133499669.1 WP_133499669.1 95.0 1 675 1 675 0.0 1317 WP_232839144.1 WP_232839144.1 99.2 1 329 1 329 4.90e-250 676 KAF7255154.1 KAF7255154.1 93.1 1 378 1 378 8.07e-267 723 WP_224314556.1 WP_224314556.1 95.6 1 121 1 121 8.18e-85 241 WP_240904022.1 WP_240904022.1 90.7 1 263 1 263 2.53e-178 489 WP_139489874.1 WP_139489874.1 100 1 38 1 38 3.11e-25 84.7 WP_246442701.1 WP_246442701.1 94.3 1 184 1 184 2.02e-129 359 WP_254033437.1 WP_254033437.1 99.2 1 254 1 254 6.87e-192 523 WP_121252511.1 WP_121252511.1 95.1 1 372 1 372 1.84e-269 729 WP_242254186.1 WP_242254186.1 95.0 1 244 1 244 7.64e-175 479 KAI9191373.1 KAI9191373.1 92.5 1 876 1 876 0.0 1656 MBP9713953.1 MBP9713953.1 98.0 1 181 1 181 2.47e-133 369 WP_098502057.1 WP_098502057.1 92.4 1 199 1 199 7.45e-137 379 WP_243269836.1 WP_247392216.1 43.7 31 263 45 276 1.65e-50 179 WP_243269836.1 WP_243269836.1 92.2 1 3126 1 3126 0.0 5881 WP_243269836.1 MBS1222269.1 49.0 29 177 49 202 2.03e-37 139 WP_135110180.1 WP_135110180.1 93.6 1 169 1 169 2.06e-117 327 OFZ34164.1 OFZ34164.1 99.4 1 73 1 73 1.08e-51 154 HAQ04103.1 HAQ04103.1 97.6 1 407 1 407 1.50e-304 820 HIG02706.1 HIG02706.1 100 1 421 1 421 0.0 879 HBS5629917.1 HBS5629917.1 96.9 1 121 1 121 2.44e-86 245 MBO9310472.1 MBO9310472.1 87.7 1 82 1 82 6.87e-50 150 MBO4463486.1 MBO4463486.1 99.3 1 328 1 328 1.85e-249 674 WP_230210113.1 WP_230210113.1 98.8 1 69 1 69 3.75e-48 144 EEV0504409.1 EEV0504409.1 96.0 1 267 1 267 3.39e-194 530 GFS02759.1 GFS02759.1 98.1 1 55 1 55 5.73e-37 115 OFZ82064.1 OFZ82064.1 100 1 66 1 66 8.73e-48 143 MCL2206583.1 MCL2206583.1 100 1 117 1 117 2.20e-87 247 MCI8806686.1 MCI8806686.1 91.1 1 239 1 239 1.65e-162 447 MBI4773680.1 MBI4773680.1 92.1 1 354 1 354 2.71e-246 669 MCK4320383.1 MCK4320383.1 92.9 1 152 1 152 4.31e-104 292 WP_052016305.1 WP_052016305.1 99.3 1 344 1 344 4.99e-262 707 QDT53250.1 QDT53250.1 95.9 1 479 1 479 0.0 945 MCG7858617.1 MCG7858617.1 92.8 1 261 1 261 6.76e-182 498 TNF43597.1 TNF43597.1 97.7 1 360 1 360 4.17e-269 727 WP_218401824.1 WP_218401824.1 92.3 1 338 1 338 1.49e-235 640 WP_228618531.1 WP_228618531.1 97.0 1 185 1 185 1.00e-134 372 MCK6520984.1 MCK6520984.1 96.8 1 222 1 222 2.58e-162 445 WP_232018041.1 WP_232018041.1 96.7 1 162 1 162 7.02e-117 325 WP_089092961.1 WP_089092961.1 97.0 1 70 1 70 8.13e-48 144 MCI6324393.1 MCI6324393.1 97.0 1 702 1 702 0.0 1402 MBR4563510.1 MBR4563510.1 99.9 1 168 1 168 1.92e-126 350 ACA34490.1 ACA34490.1 96.0 1 516 1 516 0.0 1019 ACA34490.1 EHK9185512.1 28.0 259 514 6 275 4.52e-27 108 KAG3000577.1 KAG3000577.1 94.1 1 773 1 773 0.0 1490 MBI0841908.1 MBI0841908.1 94.4 1 74 1 74 4.56e-49 147 MCL5061987.1 MCL5061987.1 100 1 205 1 205 1.30e-158 434 EHR6291555.1 WP_256546297.1 32.0 329 543 23 255 1.49e-29 116 EHR6291555.1 EHR6291555.1 96.4 1 578 1 578 0.0 1147 EHR6291555.1 WP_071876418.1 22.3 4 543 2 513 2.39e-36 141 EHR6291555.1 WP_185334683.1 30.6 329 546 4 232 7.37e-25 106 EHR6291555.1 WP_153844272.1 19.1 1 526 1 465 2.13e-22 99.0 EHR6291555.1 WP_112088864.1 18.1 8 492 12 490 3.94e-16 79.7 WP_023685930.1 WP_023685930.1 95.1 1 402 1 402 2.63e-291 786 WP_261952390.1 WP_261952390.1 99.0 1 176 1 176 3.27e-131 363 WP_135059887.1 WP_135059887.1 92.3 1 470 1 470 0.0 889 XP_008902753.1 XP_008902753.1 95.2 1 165 1 165 6.20e-117 326 WP_118283063.1 WP_086136661.1 34.8 6 371 12 377 4.40e-62 204 WP_118283063.1 WP_118283063.1 89.7 1 404 1 404 5.96e-273 740 WP_007635864.1 WP_007635864.1 100 1 271 1 271 9.12e-210 569 WP_223101678.1 WP_223101678.1 95.0 1 276 1 276 2.58e-198 541 WP_140372075.1 WP_140372075.1 96.8 1 650 1 650 0.0 1295 AAO64374.1 AAO64374.1 89.6 1 238 1 238 1.40e-158 437 NNE58254.1 NNE58254.1 98.4 1 196 1 196 1.71e-145 400 WP_092396407.1 WP_092396407.1 97.0 1 535 1 535 0.0 1070 CAF4033986.1 CAF4033986.1 96.9 1 470 1 470 0.0 939 KAH7290269.1 KAH7290269.1 95.4 1 107 1 107 2.80e-74 213 CAD8042782.1 CAD8042782.1 99.9 1 443 1 443 0.0 915 WP_083051706.1 WP_083051706.1 90.1 1 396 1 396 8.40e-269 729 WP_242531680.1 WP_242531680.1 100 1 181 1 181 4.62e-138 380 XP_028635853.1 XP_028635853.1 90.5 1 500 1 500 0.0 924 XP_028635853.1 WP_063302373.1 57.6 6 274 2 273 3.15e-98 296 XP_028635853.1 MCJ7630170.1 34.9 10 57 5 59 3.39e-03 34.7 MBI4905271.1 MBI4905271.1 92.6 1 434 1 434 7.48e-305 823 WP_181797223.1 WP_181797223.1 98.5 1 157 1 157 7.97e-116 322 WP_109219819.1 WP_176354145.1 47.9 20 301 8 293 1.10e-79 247 WP_109219819.1 WP_109219819.1 94.5 1 378 1 378 1.52e-271 734 WP_109219819.1 WP_170725874.1 43.7 18 343 5 303 1.03e-80 249 WP_109219819.1 MWR41881.1 43.6 33 247 44 264 7.25e-51 169 WP_109219819.1 WP_140480909.1 53.0 17 273 12 268 6.03e-82 253 WP_109219819.1 WP_076409454.1 52.7 14 301 1 282 4.94e-93 281 WP_109219819.1 MBQ9964693.1 33.0 17 219 1 183 6.99e-28 106 WP_109219819.1 MCH1405047.1 39.9 16 168 8 160 6.96e-28 105 WP_101606078.1 WP_101606078.1 91.1 1 450 1 450 2.97e-310 838 WP_101606078.1 MCF6289355.1 41.6 169 385 34 249 5.30e-45 156 MBR2770999.1 MBR2770999.1 97.5 1 502 1 502 0.0 1010 WP_240406805.1 WP_240406805.1 93.9 1 62 1 62 5.75e-40 123 XP_036266973.1 XP_036266973.1 94.1 1 1047 1 1047 0.0 2019 WP_104333814.1 WP_104333814.1 91.4 1 205 1 205 3.01e-139 385 WP_087759142.1 WP_087759142.1 95.8 1 498 1 498 0.0 981 WP_087759142.1 WP_265102281.1 93.8 235 498 5 268 1.04e-182 510 GLH03554.1 GLH03554.1 96.6 1 433 1 433 4.53e-320 862 GLH03554.1 RLG01914.1 37.9 3 53 4 65 6.08e-06 42.7 MBW6524271.1 MBW6524271.1 97.5 1 229 1 229 6.09e-169 462 KNZ61865.1 KNZ61865.1 92.8 1 92 1 92 7.20e-61 178 KKT69527.1 KKT69527.1 93.6 1 261 1 261 7.05e-184 503 XP_045788843.1 XP_045788843.1 99.6 1 150 1 150 6.16e-112 312 CEP11827.1 CEP11827.1 93.3 1 404 1 404 2.31e-286 774 MCS7015141.1 MCS7015141.1 94.3 1 466 1 466 0.0 902 MCS7015141.1 MBW8896250.1 25.8 1 183 12 204 7.78e-14 69.3 WP_276507912.1 WP_276507912.1 95.9 1 530 1 530 0.0 1046 WP_240732162.1 WP_240732162.1 97.2 1 118 1 118 2.67e-84 239 XP_027061846.1 XP_027061846.1 100 1 440 1 440 0.0 915 MBV8380961.1 MBV8380961.1 99.8 1 671 1 671 0.0 1384 EIK8394933.1 EIK8394933.1 94.2 1 933 1 933 0.0 1800 WP_137255610.1 WP_137255610.1 97.8 1 301 1 301 1.31e-224 609 WP_029080824.1 WP_029080824.1 93.7 1 234 1 234 1.17e-164 452 MCU0423654.1 MCU0423654.1 100 1 166 1 166 5.74e-127 351 WP_239588825.1 WP_239588825.1 94.9 1 248 1 248 1.87e-177 486 WP_120575284.1 WP_120575284.1 97.9 1 149 1 149 9.12e-109 304 WP_200162023.1 WP_200162023.1 95.8 1 96 1 96 2.17e-66 192 PKI91935.1 PKI91935.1 92.9 1 331 1 331 2.77e-232 631 SMS09381.1 SMS09381.1 98.0 1 447 1 447 0.0 904 WP_146207192.1 WP_146207192.1 98.3 1 207 1 207 8.08e-154 422 WP_132336079.1 WP_132336079.1 100 1 60 1 60 3.65e-42 129 XP_022816306.1 XP_022816306.1 92.8 1 396 1 396 1.04e-278 754 SFW06215.1 SFW06215.1 80.6 1 78 1 78 4.46e-42 130 WP_211254406.1 WP_211254406.1 100 1 87 1 87 4.44e-64 186 EJU2993617.1 EJU2993617.1 94.0 1 368 1 368 9.74e-263 711 UXE63572.1 UXE63572.1 95.4 1 181 1 181 4.60e-129 358 WP_196954680.1 WP_196954680.1 97.2 1 271 1 271 3.68e-200 545 RYP53376.1 RYP53376.1 100 1 327 1 327 1.42e-257 695 WP_153811865.1 WP_153811865.1 97.8 1 245 1 245 8.00e-182 496 WP_236689647.1 WP_236689647.1 96.1 1 258 1 258 8.63e-188 513 MSQ41299.1 MSQ41299.1 96.4 1 137 1 137 1.02e-97 275 WP_124548640.1 WP_258941688.1 45.3 13 156 6 151 1.40e-35 119 WP_124548640.1 WP_124548640.1 100 1 161 1 161 6.51e-126 348 WP_274773199.1 WP_274773199.1 91.6 1 274 1 274 2.54e-188 515 WP_200156222.1 WP_200156222.1 100 1 278 1 278 1.58e-218 592 KJF42781.1 KJF42781.1 97.9 1 71 1 71 3.69e-49 147 WP_149069943.1 WP_149069943.1 98.8 1 91 1 91 3.57e-65 189 EHW5693237.1 EHW5693237.1 92.3 1 149 1 149 3.86e-101 285 KAJ5060329.1 KAJ5060329.1 98.2 1 529 1 529 0.0 1073 KAJ5060329.1 KAG9084682.1 36.2 64 472 18 430 5.99e-75 242 WP_013133580.1 WP_013133580.1 97.6 1 209 1 209 4.67e-154 423 WP_261132050.1 MBI5683150.1 42.3 4 258 26 281 3.34e-59 188 WP_261132050.1 WP_261132050.1 94.0 1 268 1 268 4.79e-190 519 MBQ4139225.1 MBQ4139225.1 92.9 1 174 1 174 7.70e-120 334 KAJ6827980.1 KAJ6827980.1 90.4 1 528 1 528 0.0 974 MBQ2444858.1 MBQ2444858.1 93.2 1 117 1 117 2.68e-79 227 MBO4463451.1 MBO4463451.1 99.0 1 178 1 178 8.00e-133 367 MCB0447740.1 MCB0447740.1 98.5 1 309 1 309 1.43e-232 630 XP_016452348.1 XP_016452348.1 96.9 1 536 1 536 0.0 1070 WP_063417119.1 WP_063417119.1 94.4 1 891 1 891 0.0 1723 WP_063417119.1 MBM4836391.1 30.4 456 836 23 372 1.67e-47 172 WP_063417119.1 MBK7837454.1 30.6 457 786 9 312 3.73e-41 152 KAF1483258.1 KAF1483258.1 98.1 1 404 1 404 6.84e-304 818 ROW03190.1 ROW03190.1 93.0 1 477 1 477 0.0 909 WP_241566677.1 WP_241566677.1 99.6 1 357 1 357 3.58e-273 737 WP_233178716.1 WP_233178716.1 92.0 1 96 1 96 4.95e-63 184 MBO5433620.1 MBO5433620.1 90.6 1 159 1 159 1.08e-105 297 XP_040967143.1 XP_040967143.1 95.0 1 454 1 454 0.0 887 WP_278781114.1 WP_278781114.1 98.0 1 1704 1 1704 0.0 3436 XP_014204645.1 XP_014204645.1 89.5 1 750 1 750 0.0 1367 WP_275765493.1 WP_275765493.1 91.8 1 251 1 251 1.26e-172 474 OFI40104.1 OFI40104.1 88.7 1 100 1 100 6.61e-63 184 HBA9856909.1 HBA9856909.1 95.1 1 90 1 90 2.17e-61 179 WP_012147640.1 WP_012147640.1 100 1 105 1 105 2.15e-77 221 CZT45482.1 CZT45482.1 92.6 1 933 1 933 0.0 1766 MCD6247767.1 MCD6247767.1 90.2 1 174 1 174 1.43e-115 323 MBL0720829.1 MBL0720829.1 86.5 1 125 1 125 2.31e-77 223 WP_281562017.1 WP_281562017.1 91.0 1 646 1 646 0.0 1201 WP_281562017.1 MBP1327478.1 33.1 97 320 72 281 7.96e-30 117 MBF1128433.1 MBF1128433.1 93.9 1 618 1 618 0.0 1189 WP_045308192.1 EHD1229023.1 63.9 1 138 1 142 7.12e-58 177 WP_045308192.1 WP_045308192.1 99.4 1 212 1 212 9.43e-160 438 AAZ67085.1 AAZ67085.1 97.5 1 80 1 80 9.46e-56 164 WP_154454910.1 WP_154454910.1 97.7 1 317 1 317 2.90e-236 640 WP_274915895.1 WP_274915895.1 92.9 1 238 1 238 9.60e-166 455 OHX54041.1 OHX54041.1 93.0 1 151 1 151 1.63e-103 291 XP_022216402.2 XP_022216402.2 86.5 1 535 1 535 0.0 938 MBN8606766.1 MBN8606766.1 90.0 1 820 1 820 0.0 1504 KAJ7773233.1 KAJ7773233.1 96.4 1 836 1 836 0.0 1657 VDO63589.1 VDO63589.1 92.8 1 160 1 160 1.26e-109 307 WP_098642363.1 WP_098642363.1 94.6 1 574 1 574 0.0 1115 WP_070709792.1 WP_070709792.1 90.6 1 283 1 283 3.90e-192 526 MCI0750124.1 MCI0750124.1 98.6 1 386 1 386 3.71e-292 787 MBR6483218.1 MBR6483218.1 100 1 294 1 294 2.36e-228 618 MCA8947870.1 MCA8947870.1 99.9 1 632 1 632 0.0 1305 WP_244356123.1 WP_244356123.1 92.0 1 152 1 152 7.15e-103 289 HBJ0687394.1 HBJ0687394.1 89.1 1 376 1 376 1.70e-251 684 GFD16573.1 GFD16573.1 96.7 1 163 1 163 9.20e-118 328 MBT4867863.1 MBT4867863.1 92.1 1 69 1 69 7.06e-44 134 WP_211354231.1 WP_211354231.1 93.2 1 160 1 160 3.10e-110 308 NMO74192.1 NMO74192.1 94.7 1 435 1 435 5.80e-314 847 TEA36026.1 TEA36026.1 96.6 1 349 1 349 2.77e-257 696 TEA36026.1 KAI8569196.1 59.0 69 320 12 266 8.87e-97 286 WP_205173112.1 WP_205173112.1 93.9 1 467 1 467 0.0 900 WP_205173112.1 MBP7222158.1 36.9 147 463 1 317 7.84e-58 192 WP_205173112.1 WP_271786410.1 35.4 148 467 8 340 8.38e-57 190 CEL11538.1 CEL11538.1 96.8 1 230 1 230 2.68e-168 461 XP_018282977.1 KAH9272690.1 37.6 86 145 53 112 6.76e-05 41.2 XP_018282977.1 XP_018282977.1 92.8 1 534 1 534 0.0 1015 XP_018282977.1 AAL18389.1 22.4 122 457 1 336 6.93e-20 90.1 XP_018282977.1 MBI3145102.1 22.1 44 455 2 408 3.94e-25 106 KJS39335.1 KJS39335.1 92.5 1 77 1 77 6.85e-50 149 WP_276369440.1 WP_276369440.1 97.8 1 372 1 372 1.31e-278 752 GGN43478.1 GGN43478.1 97.8 1 69 1 69 1.53e-47 143 WP_049599782.1 WP_049599782.1 90.2 1 393 1 393 3.16e-267 725 WP_004699236.1 WP_006305873.1 32.2 10 447 9 460 3.29e-68 223 WP_004699236.1 WP_004699236.1 94.4 1 448 1 448 0.0 869 VEL25898.1 VEL25898.1 98.2 1 99 1 99 7.15e-71 204 MBI5809191.1 MBI5809191.1 95.2 1 158 1 158 1.13e-111 312 WP_064441345.1 WP_064441345.1 89.2 1 155 1 155 6.05e-101 285 WP_163968309.1 WP_163968309.1 92.2 1 677 1 677 0.0 1276 CVV42982.1 CVV42982.1 99.4 1 303 1 303 1.73e-230 624 CVV42982.1 CEY44168.1 78.5 72 303 1 210 6.96e-130 366 WP_142725797.1 WP_142725797.1 97.0 1 639 1 639 0.0 1276 WP_189821229.1 WP_189821229.1 94.7 1 92 1 92 1.51e-62 182 NWY11222.1 NWY11222.1 92.9 1 156 1 156 5.19e-107 300 WP_169605852.1 WP_169605852.1 100 1 96 1 96 4.04e-71 204 WP_100081012.1 WP_100081012.1 94.4 1 97 1 97 6.71e-66 191 MBE6713534.1 WP_206698867.1 24.1 11 414 6 391 8.80e-32 124 MBE6713534.1 MBE6713534.1 91.4 1 443 1 443 1.11e-306 829 MBE6713534.1 WP_023955328.1 20.6 11 342 11 343 1.64e-15 75.9 MBE6713534.1 WP_029317544.1 27.0 1 391 1 394 4.33e-40 147 MBE6713534.1 WP_219954954.1 28.0 13 406 15 406 1.63e-43 156 MCP4293344.1 MCP4293344.1 99.0 1 222 1 222 9.77e-167 456 WP_251586805.1 WP_251586805.1 94.2 1 58 1 58 3.48e-37 116 WP_154557671.1 WP_154557671.1 97.2 1 325 1 325 5.04e-241 653 NXK93169.1 NXK93169.1 96.2 1 143 1 143 6.03e-102 286 WP_120653510.1 WP_120653510.1 98.1 1 223 1 223 1.23e-165 454 WP_083053697.1 WP_083053697.1 94.5 1 180 1 180 8.26e-127 352 WP_262890005.1 WP_262890005.1 96.8 1 219 1 219 5.64e-160 439 MCB0080507.1 MCB0080507.1 91.6 1 109 1 109 6.31e-72 207 CAG8634459.1 CAG8634459.1 85.5 1 55 1 55 1.48e-30 99.4 WP_137652803.1 WP_137652803.1 96.9 1 311 1 311 1.32e-229 623 MBD8931956.1 MBD8931956.1 98.0 1 70 1 70 1.99e-48 145 WP_237973393.1 WP_237973393.1 98.8 1 240 1 240 2.58e-180 492 WP_061356765.1 WP_061356765.1 96.9 1 182 1 182 2.19e-132 366 MBF1224416.1 MBF1224416.1 96.1 1 792 1 792 0.0 1565 WP_165438496.1 WP_165438496.1 91.3 1 120 1 120 2.36e-79 227 MBC8203931.1 MBC8203931.1 94.2 1 254 1 254 2.66e-180 493 WP_227085212.1 WP_227085212.1 93.2 1 456 1 456 0.0 872 WP_034327214.1 WP_034327214.1 96.7 1 144 1 144 1.94e-103 290 MAC18593.1 MAC18593.1 92.2 1 170 1 170 7.44e-116 323 NOY92382.1 NOY92382.1 93.0 1 136 1 136 1.02e-92 262 MBW2071526.1 MBW2071526.1 95.3 1 295 1 295 3.17e-213 580 MBP8762091.1 MBP8762091.1 92.0 1 454 1 454 8.01e-317 855 GEV03352.1 GEV03352.1 92.9 1 232 1 232 1.60e-161 444 WP_183483256.1 WP_183483256.1 88.5 1 216 1 216 3.60e-141 391 WP_107033910.1 WP_107033910.1 100 1 487 1 487 0.0 1018 HAP8698574.1 HAP8698574.1 95.6 1 201 1 201 2.93e-144 398 WP_041723747.1 WP_041723747.1 91.5 1 318 1 318 5.27e-219 597 ECY0969635.1 ECY0969635.1 96.3 1 96 1 96 7.58e-67 194 HBX8004802.1 HBX8004802.1 97.1 1 336 1 336 6.97e-249 674 WP_180748367.1 WP_180748367.1 88.2 1 102 1 102 9.30e-64 186 WFQ78449.1 WFQ78449.1 91.4 1 161 1 161 2.26e-108 304 TMD19778.1 TMD19778.1 96.8 1 84 1 84 3.20e-58 171 GGC93399.1 GGC93399.1 97.3 1 255 1 255 2.39e-188 514 WP_022347710.1 WP_022347710.1 98.4 1 532 1 532 0.0 1080 MBE3121179.1 MBE3121179.1 95.6 1 105 1 105 5.71e-73 210 XP_022005570.1 XP_022005570.1 93.0 1 142 1 142 4.25e-97 274 WP_216244265.1 WP_216244265.1 92.7 1 517 1 517 0.0 982 WP_193275955.1 WP_193275955.1 89.6 1 455 1 455 3.44e-307 831 WP_193275955.1 MBU2178615.1 41.8 142 438 1 302 3.21e-68 218 EDQ2752402.1 EDQ2752402.1 93.0 1 138 1 138 3.54e-94 266 WP_124996221.1 WP_124996221.1 92.4 1 145 1 145 2.26e-98 277 XP_029123601.1 XP_029123601.1 94.0 1 2578 1 2578 0.0 4958 XP_029123601.1 KAI6685811.1 31.5 478 2461 155 2079 2.15e-296 933 MCI8760428.1 MCI8760428.1 94.8 1 211 1 211 5.02e-150 413 XP_031982117.1 XP_031982117.1 93.3 1 715 1 715 0.0 1366 MBT3401245.1 MBT3401245.1 99.2 1 327 1 327 1.40e-248 672 HCF4435603.1 HCF4435603.1 93.8 1 698 1 698 0.0 1342 MCF7955924.1 MCF7955924.1 94.3 1 413 1 413 2.87e-296 800 WP_109850746.1 WP_109850746.1 92.9 1 76 1 76 1.83e-49 148 XP_026175731.1 XP_026175731.1 98.5 1 312 1 312 6.57e-235 636 MCI0684678.1 MCI0684678.1 95.6 1 1360 1 1360 0.0 2667 MAH46576.1 MAH46576.1 94.5 1 174 1 174 1.97e-122 340 MBS4052605.1 MBS4052605.1 96.1 1 115 1 115 6.90e-81 231 YP_010013434.1 YP_010013434.1 98.5 1 188 1 188 1.17e-139 385 WP_049105913.1 WP_049105913.1 92.9 1 364 1 364 5.15e-256 694 MCQ2543220.1 MCQ2543220.1 96.7 1 214 1 214 5.03e-156 429 GCE22918.1 GCE22918.1 91.0 1 483 1 483 0.0 898 WP_077093245.1 WP_077093245.1 93.5 1 317 1 317 4.55e-224 609 CCX33905.1 CCX33905.1 89.0 1 432 1 432 2.23e-289 784 WP_124989189.1 WP_124989189.1 95.3 1 441 1 441 0.0 864 EEL0394597.1 EEL0394597.1 96.0 1 266 1 266 2.58e-193 527 WP_238717267.1 WP_238717267.1 94.0 1 645 1 645 0.0 1243 KAJ5991093.1 KAJ5991093.1 96.5 1 278 1 278 1.39e-203 554 RCN27560.1 RCN27560.1 92.8 1 175 1 175 2.04e-120 335 MBQ3742794.1 MBQ3742794.1 100 1 293 1 293 9.98e-225 609 WP_067035785.1 WP_067035785.1 93.8 1 304 1 304 1.63e-215 587 SEP77558.1 SEP77558.1 92.1 1 603 1 603 0.0 1136 MBS6296676.1 MBS6296676.1 100 1 862 1 862 0.0 1793 MCM4298717.1 MCM4298717.1 96.7 1 114 1 114 9.10e-81 230 WP_106627677.1 WP_106627677.1 91.3 1 489 1 489 0.0 913 KAJ1958754.1 KAJ1958754.1 91.0 1 900 1 900 0.0 1670 WP_149230790.1 WP_149230790.1 93.2 1 548 1 548 0.0 1046 NLI68303.1 NLI68303.1 98.0 1 207 1 207 3.29e-153 421 KAB1283136.1 KAB1283136.1 91.7 1 153 1 153 3.82e-103 290 NLZ91447.1 NLZ91447.1 98.3 1 480 1 480 0.0 974 MBE7001547.1 MBE7001547.1 95.1 1 72 1 72 4.64e-48 144 WP_019843633.1 WP_019843633.1 96.4 1 160 1 160 5.79e-115 320 XP_028702799.1 XP_028702799.1 93.5 1 1918 1 1918 0.0 3668 WP_225239495.1 WP_225239495.1 95.6 1 479 1 479 0.0 942 GAM38698.1 GAM38698.1 96.3 1 149 1 149 1.25e-106 298 WP_069647812.1 WP_069647812.1 96.7 1 978 1 978 0.0 1944 WP_100524661.1 WP_100524661.1 96.0 1 226 1 226 1.05e-163 449 WP_068798537.1 WP_068798537.1 95.0 1 187 1 187 7.88e-133 368 WP_170382009.1 WP_170382009.1 95.2 1 328 1 328 4.12e-237 643 AXI09756.1 AXI09756.1 81.2 1 127 1 127 2.02e-72 210 HBQ61597.1 HBQ61597.1 93.3 1 171 1 171 2.05e-118 330 KAG9648608.1 KAG9648608.1 98.9 1 657 1 657 0.0 1342 EFV3192858.1 EFV3192858.1 96.3 1 159 1 159 4.42e-114 318 WP_282014297.1 WP_282014297.1 96.7 1 365 1 365 1.51e-269 728 CAC9512212.1 CAC9512212.1 95.8 1 1259 1 1259 0.0 2476 WP_247315376.1 WP_247315376.1 96.9 1 513 1 513 0.0 1024 MBB1664612.1 MBB1664612.1 100 1 19 1 19 5.99e-12 50.1 WP_159801197.1 WP_159801197.1 97.3 1 114 1 114 2.23e-81 232 HBY6471839.1 HBY6471839.1 100 1 25 1 25 1.75e-15 59.3 MCH5281797.1 MCH5281797.1 98.1 1 645 1 645 0.0 1304 WP_249351853.1 WP_249351853.1 96.9 1 361 1 361 3.04e-267 722 WP_249351853.1 RZI94009.1 53.6 237 338 1 101 5.45e-28 104 WP_249351853.1 MBR4838026.1 41.2 5 192 46 235 1.48e-38 136 QXV60806.1 QXV60806.1 88.7 1 84 1 84 5.79e-52 155 MBU1949725.1 MBU1949725.1 98.7 1 163 1 163 1.16e-120 335 WP_163911025.1 WP_163911025.1 93.5 1 222 1 222 1.88e-155 428 WP_103186018.1 WP_103186018.1 98.2 1 291 1 291 6.21e-218 592 XP_050828762.1 XP_050828762.1 97.7 1 365 1 365 6.70e-273 737 ASV44386.1 ASV44386.1 100 1 105 1 105 2.61e-78 223 MCI8395767.1 MCI8395767.1 96.4 1 175 1 175 3.27e-126 350 WP_085524223.1 WP_085524223.1 94.3 1 235 1 235 1.32e-166 457 WP_093727561.1 WP_093727561.1 89.5 1 67 1 67 6.94e-41 126 TCJ90160.1 TCJ90160.1 92.0 1 396 1 396 1.17e-275 746 EKD82894.1 EKD82894.1 95.5 1 472 1 472 0.0 928 WP_242018727.1 WP_242018727.1 95.5 1 184 1 184 2.10e-131 364 SIS29303.1 SIS29303.1 88.4 1 68 1 68 7.44e-41 126 MCH8904788.1 MCH8904788.1 93.0 1 582 1 582 0.0 1109 WP_234970720.1 WP_234970720.1 95.9 1 328 1 328 3.03e-239 649 MBQ8958073.1 MBQ8958073.1 98.5 1 570 1 570 0.0 1159 WP_204806484.1 WP_204806484.1 91.2 1 116 1 116 1.97e-76 219 WP_087711902.1 WP_087711902.1 95.3 1 121 1 121 1.65e-84 240 WP_203562037.1 WP_203562037.1 80.6 1 466 1 466 2.34e-276 754 MCQ2617452.1 MCQ2617452.1 92.2 1 483 1 483 0.0 912 WP_185496123.1 WP_185496123.1 95.3 1 755 1 755 0.0 1477 MBR3968535.1 MBR3968535.1 91.5 1 314 1 314 4.32e-216 589 NDE79167.1 NDE79167.1 100 1 117 1 117 1.09e-87 248 MCS6915397.1 MCS6915397.1 98.1 1 641 1 641 0.0 1296 MBB4243944.1 MBB4243944.1 100 1 68 1 68 3.50e-48 144 MCB1072350.1 MCB1072350.1 97.1 1 420 1 420 2.44e-312 841 NJP20283.1 NJP20283.1 90.3 1 171 1 171 1.09e-113 318 MBI9015564.1 MBI9015564.1 79.8 1 62 1 62 7.09e-32 103 WP_186214732.1 WP_186214732.1 92.9 1 127 1 127 3.81e-86 245 WP_055486904.1 WP_055486904.1 91.8 1 624 1 624 0.0 1170 KAJ9212931.1 KAJ9212931.1 96.2 1 626 1 626 0.0 1238 WP_262510814.1 WP_262510814.1 95.4 1 42 1 42 6.90e-26 86.7 KAI6876782.1 KAI6876782.1 93.6 1 240 1 240 1.00e-168 463 WP_164166542.1 WP_164166542.1 96.4 1 200 1 200 4.69e-145 400 WP_024039518.1 WP_024039518.1 95.8 1 431 1 431 1.80e-315 850 WP_024039518.1 WP_058738289.1 30.4 13 421 8 414 2.36e-54 185 WP_024039518.1 WP_262452366.1 31.7 11 427 7 430 1.24e-61 204 MBP9926316.1 MBP9926316.1 95.8 1 224 1 224 1.23e-161 444 NLF87571.1 NLF87571.1 97.3 1 140 1 140 3.96e-101 284 WP_033667247.1 WP_033667247.1 87.5 1 256 1 256 6.60e-166 457 WP_005582143.1 WP_005582143.1 92.4 1 205 1 205 4.46e-141 390 WP_074121838.1 WP_074121838.1 92.5 1 233 1 233 2.45e-161 444 XP_036400802.1 XP_036400802.1 97.0 1 322 1 322 3.14e-238 645 XP_022242849.1 XP_022242849.1 96.2 1 903 1 903 0.0 1786 WP_136055013.1 WP_136055013.1 93.1 1 246 1 246 4.95e-172 472 OAL01167.1 OAL01167.1 97.1 1 267 1 267 6.11e-197 536 MBO7265633.1 MBO7265633.1 89.9 1 85 1 85 1.30e-53 159 WP_258699485.1 WP_258699485.1 96.4 1 587 1 587 0.0 1164 WP_048222205.1 WP_048222205.1 98.4 1 450 1 450 0.0 915 MBJ08097.1 MBJ08097.1 92.1 1 139 1 139 1.09e-93 265 XP_054805378.1 XP_054805378.1 96.0 1 209 1 209 5.24e-151 416 WP_204224003.1 WP_204224003.1 97.5 1 184 1 184 9.27e-135 372 PIE36668.1 PIE36668.1 94.6 1 258 1 258 3.94e-184 503 HDK38158.1 HDK38158.1 93.7 1 377 1 377 4.51e-268 726 WP_087085326.1 WP_087085326.1 92.3 1 256 1 256 2.44e-177 486 WP_087085326.1 KAI0154282.1 28.0 5 253 8 256 5.09e-26 100 WP_087085326.1 MYS73268.1 28.3 4 223 3 226 1.03e-22 92.4 WP_087085326.1 WP_042650033.1 32.3 1 256 1 249 8.20e-37 129 EKY24506.1 EKY24506.1 100 1 309 1 309 3.81e-237 642 WP_015138129.1 WP_015138129.1 95.3 1 117 1 117 1.38e-81 233 EFA5158712.1 EFA5158712.1 95.9 1 258 1 258 3.51e-187 511 CUX17903.1 MCC5885453.1 45.1 15 338 57 377 2.05e-84 258 CUX17903.1 CUX17903.1 100.0 1 338 1 338 1.73e-259 701 WP_176462507.1 WP_176462507.1 95.9 1 809 1 809 0.0 1593 WP_048370512.1 WP_048370512.1 90.9 1 438 1 438 4.64e-301 814 WP_048370512.1 MBO5908692.1 61.8 298 421 1 124 2.05e-44 149 XP_031360469.1 XP_031360469.1 95.4 1 94 1 94 1.27e-64 188 WP_197052899.1 WP_197052899.1 94.2 1 242 1 242 1.48e-171 470 KAG2061513.1 KAG2061513.1 97.9 1 396 1 396 3.76e-297 801 WP_249930443.1 WP_249930443.1 92.0 1 532 1 532 0.0 1001 KAG6208320.1 KAG6208320.1 94.3 1 328 1 328 2.29e-234 636 KAF8844043.1 KAF8844043.1 91.8 1 517 1 517 0.0 971 WP_013017739.1 WP_013017739.1 97.6 1 293 1 293 7.25e-218 592 WP_012456188.1 WP_012456188.1 93.4 1 294 1 294 2.59e-207 565 MBI5477481.1 MBI5477481.1 100 1 61 1 61 5.75e-44 133 WP_235104528.1 WP_235104528.1 99.6 1 137 1 137 7.75e-102 285 WP_207517291.1 WP_207517291.1 98.5 1 155 1 155 3.26e-114 318 AMB21424.1 AMB21424.1 92.5 1 552 1 552 0.0 1045 MBI3058450.1 MBI3058450.1 92.5 1 349 1 349 7.17e-244 662 CPW15624.1 CPW15624.1 99.0 1 188 1 188 2.02e-140 387 MCK4862399.1 MCK4862399.1 95.1 1 236 1 236 5.17e-169 463 HBP5520355.1 HBP5520355.1 97.6 1 654 1 654 0.0 1316 WP_230171322.1 WP_230171322.1 94.8 1 1065 1 1065 0.0 2071 WP_127958949.1 WP_127958949.1 96.7 1 201 1 201 3.05e-146 403 KAJ2127656.1 KAJ2127656.1 91.9 1 190 1 190 1.58e-129 360 RDU38945.1 RDU38945.1 98.6 1 187 1 187 4.41e-139 384 MCO4653091.1 MCO4653091.1 97.5 1 276 1 276 1.02e-204 557 NHW60074.1 NHW60074.1 76.9 1 68 1 68 1.11e-33 108 OQY98020.1 OQY98020.1 95.1 1 129 1 129 3.37e-90 255 NVK06315.1 NVK06315.1 98.5 1 207 1 207 2.82e-154 424 WP_001203076.1 WP_001203076.1 94.3 1 419 1 419 8.65e-301 812 WP_248055680.1 WP_248055680.1 99.4 1 180 1 180 6.83e-135 372 PWI17876.1 PWI17876.1 94.9 1 126 1 126 1.06e-87 249 WP_275889644.1 WP_275889644.1 100 1 237 1 237 2.22e-184 502 HCD1639688.1 HCD1639688.1 95.4 1 230 1 230 3.00e-165 453 MCQ2150528.1 MCQ2150528.1 94.0 1 383 1 383 1.65e-273 740 CAI2795006.1 CAI2795006.1 90.9 1 539 1 539 0.0 1001 CAI2795006.1 NEB02235.1 47.5 100 527 27 454 1.20e-121 364 QNW05614.1 QNW05614.1 96.4 1 311 1 311 4.41e-228 619 MBQ1868746.1 MBQ1868746.1 95.2 1 652 1 652 0.0 1274 EED80871.1 EED80871.1 91.7 1 546 1 546 0.0 1024 WP_083944445.1 WP_083944445.1 99.5 1 352 1 352 6.38e-269 726 DAS51312.1 DAS51312.1 89.7 1 252 1 252 1.77e-168 463 EGH2885952.1 EGH2885952.1 91.9 1 3815 1 3815 0.0 7146 MCP4417814.1 MCP4417814.1 99.9 1 263 1 263 9.80e-201 546 WP_230700203.1 WP_230700203.1 94.3 1 265 1 265 1.27e-188 515 XP_020469382.1 XP_020469382.1 95.6 1 227 1 227 1.61e-163 449 MBR5475092.1 MBR5475092.1 95.1 1 147 1 147 1.71e-103 290 NQD93247.1 NQD93247.1 100 1 105 1 105 9.09e-79 224 MBW0490175.1 MBW0490175.1 96.1 1 536 1 536 0.0 1060 MBT5105952.1 MBT5105952.1 92.8 1 303 1 303 4.85e-212 578 KAJ5673421.1 KAJ5673421.1 96.1 1 601 1 601 0.0 1188 GBC87342.1 GBC87342.1 89.8 1 256 1 256 2.15e-171 471 WP_097242040.1 WP_097242040.1 93.5 1 696 1 696 0.0 1333 WP_126547421.1 WP_126547421.1 95.5 1 884 1 884 0.0 1734 WP_126547421.1 WP_017166220.1 32.9 121 478 22 402 4.62e-55 194 WP_093699720.1 WP_093699720.1 99.1 1 290 1 290 1.72e-219 595 WP_145544593.1 WP_145544593.1 94.2 1 519 1 519 0.0 1004 WP_145544593.1 WP_269885397.1 36.8 357 519 103 272 8.19e-26 105 WP_203771012.1 WP_203771012.1 94.0 1 503 1 503 0.0 971 HBS26035.1 HBS26035.1 86.1 1 67 1 67 9.51e-39 120 WP_263867815.1 WP_263867815.1 94.6 1 93 1 93 3.98e-63 184 WP_002803816.1 WP_002803816.1 95.5 1 124 1 124 5.27e-87 247 NEQ77371.1 NEQ77371.1 98.6 1 536 1 536 0.0 1091 MBQ1823017.1 MBQ1823017.1 96.7 1 282 1 282 2.93e-207 564 XP_020476240.1 XP_020476240.1 91.0 1 2965 1 2965 0.0 5493 AYV78736.1 AYV78736.1 94.5 1 459 1 459 0.0 892 MCI54718.1 MCI54718.1 97.7 1 77 1 77 1.49e-53 159 WP_062003339.1 WP_062003339.1 98.9 1 114 1 114 4.68e-83 236 MBK7750076.1 MBK7750076.1 93.1 1 1114 1 1114 0.0 2122 WP_160354134.1 WP_160354134.1 95.2 1 212 1 212 1.14e-151 417 WP_073017683.1 WP_073017683.1 100 1 176 1 176 1.01e-134 372 MBO6826978.1 MBO6826978.1 96.7 1 188 1 188 1.86e-136 377 WP_237025736.1 WP_237025736.1 91.9 1 830 1 830 0.0 1558 AAZ73234.1 AAZ73234.1 97.5 1 138 1 138 8.03e-100 280 WP_167324608.1 WP_167324608.1 97.6 1 483 1 483 0.0 972 MBF7068745.1 MBF7068745.1 86.2 1 216 1 216 9.47e-137 380 WP_002598431.1 WP_002598431.1 90.2 1 58 1 58 4.77e-35 110 XP_010216383.1 XP_010216383.1 98.5 1 236 1 236 1.75e-176 482 WP_238741277.1 WP_238741277.1 92.1 1 135 1 135 6.41e-91 258 WP_125933644.1 WP_125933644.1 94.3 1 384 1 384 2.64e-275 744 MBR4207675.1 MBR4207675.1 91.8 1 937 1 937 0.0 1755 MXZ96777.1 MXZ96777.1 90.4 1 284 1 284 2.97e-192 526 MBU0783111.1 MBU0783111.1 98.7 1 393 1 393 7.29e-298 802 WP_231587592.1 WP_231587592.1 98.1 1 355 1 355 1.10e-266 720 ORV24296.1 ORV24296.1 97.0 1 188 1 188 4.57e-137 379 WP_130617254.1 WP_130617254.1 94.6 1 239 1 239 3.93e-170 466 SNS96357.1 SNS96357.1 96.0 1 401 1 401 6.22e-294 793 AAM89588.1 AAM89588.1 92.7 1 218 1 218 5.17e-151 416 WP_146943319.1 WP_146943319.1 91.7 1 173 1 173 2.79e-117 327 MBK7076265.1 MBK7076265.1 100 1 237 1 237 5.03e-181 494 XP_054023409.1 XP_054023409.1 97.6 1 178 1 178 2.21e-130 361 WP_116073604.1 WP_116073604.1 99.3 1 212 1 212 1.34e-159 437 WP_162428520.1 WP_162428520.1 96.4 1 864 1 864 0.0 1713 GJQ31858.1 GJQ31858.1 100 1 467 1 467 0.0 988 WP_249866435.1 WP_058093348.1 24.4 5 361 25 380 6.07e-28 112 WP_249866435.1 WP_249866435.1 96.5 1 417 1 417 7.20e-308 830 CDE57470.1 CDE57470.1 96.2 1 522 1 522 0.0 1034 EEY6110619.1 EEY6110619.1 96.1 1 171 1 171 7.76e-123 341 BCJ09783.1 BCJ09783.1 90.6 1 92 1 92 4.88e-59 174 WP_151615076.1 WP_151615076.1 96.0 1 189 1 189 4.06e-136 376 QAA77085.1 QAA77085.1 98.2 1 745 1 745 0.0 1508 WP_013384884.1 WP_013384884.1 93.6 1 309 1 309 1.07e-218 595 CAF1284994.1 CAF1284994.1 97.0 1 350 1 350 4.43e-259 701 ORY38386.1 ORY38386.1 92.8 1 954 1 954 0.0 1810 GLO13544.1 GLO13544.1 95.1 1 548 1 548 0.0 1071 CAI9173470.1 CAI9173470.1 100 1 146 1 146 1.78e-109 305 PHI20455.1 PHI20455.1 96.2 1 114 1 114 2.61e-80 229 MCA3282362.1 MCA3282362.1 99.0 1 365 1 365 3.61e-277 748 MBE6211131.1 MBE6211131.1 95.3 1 322 1 322 3.37e-233 633 MCS7352192.1 MCS7352192.1 83.9 1 137 1 137 5.20e-82 235 MBT5102369.1 MBT5102369.1 96.7 1 187 1 187 9.98e-136 375 GIY87976.1 GIY87976.1 93.9 1 113 1 113 3.88e-77 221 KHC51086.1 KHC51086.1 91.5 1 659 1 659 0.0 1233 XP_048190726.1 XP_048190726.1 92.7 1 815 1 815 0.0 1546 KAI3869934.1 KAI3869934.1 91.7 1 489 1 489 0.0 918 NEO65312.1 NEO65312.1 99.5 1 515 1 515 0.0 1059 NEO65312.1 MBL8820230.1 27.4 271 505 29 311 3.81e-27 110 NEO65312.1 RYE89993.1 26.3 271 505 32 324 1.22e-25 105 WP_183555556.1 WP_183555556.1 96.2 1 725 1 725 0.0 1434 XP_034617399.1 XP_034617399.1 99.8 1 297 1 297 4.96e-227 615 NJD87536.1 NJD87536.1 92.5 1 285 1 285 1.81e-198 542 MBK8449583.1 MBK8449583.1 92.6 1 678 1 678 0.0 1284 WP_062308724.1 WP_062308724.1 92.0 1 288 1 288 2.77e-199 544 MBQ9754467.1 MBQ9754467.1 95.6 1 462 1 462 0.0 909 WP_278278068.1 WP_278278068.1 95.8 1 43 1 43 8.92e-27 89.0 WP_195180108.1 WP_195180108.1 87.7 1 92 1 92 1.35e-56 167 UKZ95812.1 UKZ95812.1 99.1 1 106 1 106 4.67e-77 220 WP_088086543.1 WP_088086543.1 95.2 1 235 1 235 1.37e-168 462 WP_110180126.1 WP_110180126.1 90.7 1 388 1 388 2.91e-265 719 WP_129639177.1 WP_129639177.1 92.1 1 168 1 168 2.14e-114 320 CAG9815058.1 CAG9815058.1 98.3 1 497 1 497 0.0 1009 PJJ44766.1 PJJ44766.1 91.0 1 822 1 822 0.0 1527 PJJ44766.1 WP_206581849.1 40.4 35 754 2 750 1.39e-170 509 PJJ44766.1 WP_092081374.1 58.0 37 759 1 725 1.22e-279 790 PJJ44766.1 WP_231355705.1 55.5 36 757 3 720 4.75e-262 744 WP_237150901.1 WP_237150901.1 98.5 1 239 1 239 8.01e-179 488 MCE9516778.1 MCE9516778.1 90.7 1 365 1 365 2.83e-249 677 KFU90592.1 KFU90592.1 95.9 1 347 1 347 2.18e-253 686 MBX3707511.1 MBX3707511.1 94.5 1 771 1 771 0.0 1494 KKU62290.1 KKU62290.1 91.6 1 439 1 439 1.10e-304 823 MBK5571697.1 MBK5571697.1 91.0 1 199 1 199 2.91e-134 372 WP_176282182.1 WP_176282182.1 96.7 1 422 1 422 2.01e-312 842 XP_038766703.1 XP_038766703.1 92.8 1 488 1 488 0.0 928 WP_276078981.1 WP_276078981.1 96.0 1 492 1 492 0.0 972 KAG1843883.1 KAG1843883.1 100 1 871 1 871 0.0 1815 KAJ4375381.1 KAJ4375381.1 88.1 1 463 1 463 1.29e-306 830 WP_001977095.1 WP_001977095.1 92.3 1 119 1 119 1.08e-79 228 KXZ65002.1 KXZ65002.1 100 1 150 1 150 1.06e-112 314 WP_056329268.1 WP_056329268.1 93.6 1 410 1 410 1.21e-291 788 MBX3400476.1 MBX3400476.1 90.7 1 306 1 306 2.78e-208 568 WP_128786583.1 WP_128786583.1 89.4 1 630 1 630 0.0 1147 MBV8060578.1 MBV8060578.1 96.5 1 243 1 243 1.81e-177 485 XP_003035978.1 XP_003035978.1 79.5 1 284 1 284 1.30e-163 454 XP_039406663.1 XP_039406663.1 97.5 1 406 1 406 3.26e-303 817 HBG17616.1 HBG17616.1 95.6 1 533 1 533 0.0 1048 WP_277324932.1 WP_057452934.1 36.7 18 315 14 309 1.55e-53 179 WP_277324932.1 WP_277324932.1 95.2 1 394 1 394 8.70e-286 772 WP_277324932.1 MBF0865514.1 36.7 18 320 16 318 1.24e-54 182 WP_277324932.1 WP_083296738.1 32.3 4 355 1 361 2.00e-53 179 WP_277324932.1 WP_040532466.1 34.0 18 323 9 315 3.74e-48 166 XP_037916999.1 XP_037916999.1 90.0 1 507 1 507 0.0 931 PBP26446.1 PBP26446.1 98.2 1 125 1 125 8.71e-91 256 MBS3742576.1 MBS3742576.1 100 1 79 1 79 7.79e-59 172 WP_273302807.1 WP_273302807.1 97.0 1 217 1 217 8.02e-159 436 PKM59746.1 PKM59746.1 98.3 1 69 1 69 7.58e-48 144 MBW0517832.1 MBW0517832.1 100 1 269 1 269 3.57e-206 560 YP_009017695.1 YP_009017695.1 89.2 1 69 1 69 4.79e-42 129 XP_003875641.1 XP_003875641.1 97.8 1 295 1 295 6.22e-220 597 WP_278390468.1 WP_278390468.1 94.8 1 422 1 422 5.91e-305 823 WP_130514498.1 WP_130514498.1 95.1 1 381 1 381 5.14e-276 746 WP_275865201.1 WP_275865201.1 89.0 1 63 1 63 8.45e-38 118 XP_031258584.1 XP_031258584.1 96.7 1 347 1 347 5.57e-256 692 KAJ2272836.1 KAJ2272836.1 96.9 1 726 1 726 0.0 1448 XP_017754998.1 XP_017754998.1 98.4 1 525 1 525 0.0 1066 XP_017754998.1 XP_047113196.1 32.4 5 491 43 514 8.98e-74 242 XP_017754998.1 TNE33066.1 24.0 4 525 47 527 1.29e-42 157 HBO0131372.1 HBO0131372.1 91.4 1 338 1 338 8.23e-233 633 XP_035800909.1 XP_035800909.1 92.6 1 952 1 952 0.0 1802 WP_222878685.1 WP_222878685.1 93.5 1 273 1 273 1.80e-192 526 MCD8548598.1 MCD8548598.1 96.4 1 148 1 148 4.71e-106 297 MBK6756051.1 MBK6756051.1 93.9 1 768 1 768 0.0 1478 WP_021117716.1 WP_021117716.1 93.6 1 53 1 53 3.29e-33 105 NDD52781.1 NDD52781.1 94.8 1 424 1 424 2.93e-306 826 HBT3241107.1 HBT3241107.1 97.8 1 991 1 991 0.0 1995 MCS5664414.1 MCS5664414.1 95.8 1 304 1 304 2.63e-221 601 WP_091054162.1 WP_091054162.1 98.0 1 137 1 137 1.06e-99 280 WP_281733574.1 WP_281733574.1 94.1 1 219 1 219 1.22e-154 426 HCI6016418.1 HCI6016418.1 97.2 1 198 1 198 5.72e-145 399 KAI6876023.1 KAI6876023.1 94.8 1 357 1 357 3.64e-257 696 EIP7986019.1 EIP7986019.1 90.9 1 347 1 347 2.20e-237 645 RWW57209.1 RWW57209.1 93.8 1 378 1 378 2.94e-269 729 XP_025220530.1 XP_025220530.1 93.0 1 849 1 849 0.0 1615 WP_234466695.1 WP_234466695.1 93.0 1 434 1 434 1.58e-306 828 WP_266771233.1 WP_266771233.1 98.8 1 256 1 256 1.39e-192 525 MCK5360090.1 MCK5360090.1 93.6 1 228 1 228 3.93e-160 440 KAH0848936.1 KAH0848936.1 96.0 1 75 1 75 7.21e-51 152 MBP2236311.1 MBP2236311.1 93.1 1 119 1 119 1.32e-80 230 MBP6786080.1 MBL8103469.1 53.6 1 445 2 451 1.75e-149 446 MBP6786080.1 WP_136095406.1 45.4 129 830 96 719 3.71e-189 559 MBP6786080.1 MBP6786080.1 92.0 1 867 1 867 0.0 1630 MBP6786080.1 KAF6257731.1 50.2 5 858 5 870 6.21e-275 785 MBP6786080.1 MCH2804017.1 61.9 584 661 2 79 1.61e-24 96.3 MBP6786080.1 WP_029789810.1 57.0 1 839 1 838 4.35e-319 895 MCD6482094.1 MCD6482094.1 96.6 1 488 1 488 0.0 971 XP_041715299.2 XP_041715299.2 92.7 1 401 1 401 6.84e-282 763 WP_215262079.1 WP_215262079.1 94.4 1 496 1 496 0.0 962 PWA60456.1 PWA60456.1 100 1 322 1 322 5.96e-252 680 WP_103025967.1 WP_103025967.1 90.7 1 304 1 304 7.97e-207 565 WP_019092761.1 WP_019092761.1 89.8 1 306 1 306 7.64e-206 562 WP_019092761.1 WP_199713305.1 26.9 116 235 7 112 1.54e-07 47.8 WP_033744100.1 WP_033744100.1 98.4 1 145 1 145 1.86e-106 298 WP_054998585.1 EFO2269166.1 35.2 13 354 16 364 1.47e-60 197 WP_054998585.1 WP_054998585.1 94.0 1 362 1 362 2.28e-258 700 MBK6870374.1 MBK6870374.1 91.8 1 201 1 201 3.03e-137 380 WP_108820366.1 WP_108820366.1 95.8 1 95 1 95 1.17e-65 191 WP_152569558.1 WP_152569558.1 93.9 1 570 1 570 0.0 1097 WP_175083644.1 WP_175083644.1 94.5 1 244 1 244 1.27e-173 476 CAD8183695.1 CAD8183695.1 93.2 1 804 1 804 0.0 1533 HCD1954593.1 HCD1954593.1 95.3 1 74 1 74 1.12e-49 149 HBM93052.1 HBM93052.1 100 1 156 1 156 6.57e-119 330 WP_281919021.1 WP_281919021.1 96.5 1 489 1 489 0.0 972 MBQ3726282.1 MBQ3726282.1 96.9 1 433 1 433 0.0 865 WP_066678157.1 WP_066678157.1 95.8 1 255 1 255 7.66e-185 505 WP_025209636.1 WP_025209636.1 96.3 1 296 1 296 1.07e-216 589 HEM46184.1 HEM46184.1 95.4 1 96 1 96 4.39e-66 192 WP_046631173.1 WP_046631173.1 96.1 1 688 1 688 0.0 1360 WP_143210733.1 WP_143210733.1 94.4 1 207 1 207 1.69e-146 404 KAE9373439.1 KAE9373439.1 96.3 1 221 1 221 1.62e-160 441 TDB49724.1 TDB49724.1 92.4 1 121 1 121 2.64e-81 232 WP_089322445.1 WP_089322445.1 93.8 1 272 1 272 2.37e-192 525 CAD8073566.1 CAD8073566.1 94.2 1 195 1 195 2.72e-137 380 EEF30376.1 EEF30376.1 94.4 1 351 1 351 9.94e-252 682 RKK88308.1 RKK88308.1 96.5 1 989 1 989 0.0 1962 WP_252809941.1 WP_252809941.1 93.7 1 296 1 296 1.56e-209 571 EKD39302.1 EKD39302.1 94.2 1 31 1 31 2.54e-17 64.3 WP_185816158.1 WP_185816158.1 92.2 1 232 1 232 5.34e-160 440 CAD8089828.1 CAD8089828.1 92.5 1 273 1 273 7.04e-190 519 WP_147833981.1 WP_147833981.1 84.7 1 161 1 161 1.84e-98 279 WP_111625343.1 WP_111625343.1 94.7 1 97 1 97 3.32e-66 192 TDZ21558.1 TDZ21558.1 95.6 1 893 1 893 0.0 1753 WP_169079632.1 WP_169079632.1 91.7 1 228 1 228 3.62e-156 430 WP_099949840.1 KPQ18226.1 52.7 1 385 1 392 2.61e-131 380 WP_099949840.1 WP_099949840.1 94.1 1 389 1 389 3.50e-278 752 WP_188506850.1 WP_188506850.1 99.9 1 300 1 300 1.60e-229 622 TQD79640.1 TQD79640.1 94.4 1 282 1 282 3.67e-201 548 WP_095648367.1 WP_095648367.1 93.5 1 484 1 484 0.0 929 HBB9152465.1 HBB9152465.1 93.9 1 462 1 462 0.0 891 WP_060879438.1 WP_060879438.1 88.8 1 533 1 533 0.0 964 MBQ1583517.1 MBQ1583517.1 94.3 1 321 1 321 2.87e-229 623 WP_166737936.1 WP_166737936.1 79.6 1 1082 1 1082 0.0 1721 XP_044786537.1 XP_044786537.1 88.6 1 335 1 335 4.31e-222 606 KAG7243800.1 KAG7243800.1 95.9 1 384 1 384 6.06e-281 759 MBN8831519.1 MBN8831519.1 95.8 1 650 1 650 0.0 1281 WP_131827568.1 WP_131827568.1 87.1 1 72 1 72 1.02e-42 131 XP_023194678.1 XP_023194678.1 93.3 1 641 1 641 0.0 1225 MBR5392328.1 MBR5392328.1 99.4 1 231 1 231 1.14e-174 477 NDH19650.1 NDH19650.1 91.0 1 153 1 153 4.46e-102 287 MCA9786884.1 MCA9786884.1 94.4 1 467 1 467 0.0 906 WP_230834693.1 WP_230834693.1 92.4 1 182 1 182 9.24e-125 347 CAH2408238.1 CAH2408238.1 91.6 1 176 1 176 3.65e-119 332 XP_016482688.1 XP_016482688.1 95.2 1 245 1 245 7.07e-176 481 WP_122377077.1 WP_122377077.1 92.7 1 162 1 162 6.22e-111 310 EFW22388.1 EFW22388.1 91.9 1 403 1 403 3.79e-280 758 WP_059048359.1 WP_059048359.1 100 1 354 1 354 3.58e-276 744 KAJ8530820.1 KAJ8530820.1 96.8 1 989 1 989 0.0 1967 WP_098626931.1 WP_098626931.1 89.1 1 342 1 342 2.08e-228 622 WP_017900964.1 WP_017900964.1 95.0 1 179 1 179 5.39e-127 352 KIH61449.1 KIH61449.1 96.1 1 403 1 403 7.59e-296 798 DAS51696.1 DAS51696.1 95.5 1 166 1 166 4.03e-118 329 MBQ2198584.1 MBQ2198584.1 96.5 1 492 1 492 0.0 978 WP_091629500.1 WP_091629500.1 94.4 1 443 1 443 1.02e-318 859 WP_065450627.1 WP_065450627.1 96.5 1 999 1 999 0.0 1981 WP_067487176.1 WP_067487176.1 94.3 1 230 1 230 5.81e-163 447 GBN84473.1 GBN84473.1 100.0 1 92 1 92 5.66e-67 194 MCP5281008.1 MCP5281008.1 96.8 1 557 1 557 0.0 1111 WP_070310045.1 WP_070310045.1 93.4 1 675 1 675 0.0 1292 WP_266170214.1 WP_266170214.1 96.6 1 396 1 396 2.00e-292 789 MBP6854588.1 MBP6854588.1 96.1 1 300 1 300 3.74e-219 595 WP_275364603.1 WP_275364603.1 90.5 1 80 1 80 1.46e-50 151 WP_131609232.1 WP_131609232.1 94.6 1 754 1 754 0.0 1463 WP_213413035.1 WP_213413035.1 89.6 1 129 1 129 1.22e-83 239 WP_198140600.1 WP_198140600.1 100 1 40 1 40 4.28e-26 87.0 CAF1441577.1 CAF1441577.1 94.1 1 271 1 271 2.20e-192 525 EFV9058489.1 EFV9058489.1 97.6 1 83 1 83 4.24e-58 171 CAH1968295.1 CAH1968295.1 97.6 1 313 1 313 3.38e-233 632 MCK5224664.1 MCK5224664.1 99.3 1 167 1 167 1.20e-124 345 HAX5007168.1 HAX5007168.1 99.9 1 299 1 299 1.22e-228 619 NND17855.1 NND17855.1 96.2 1 323 1 323 2.29e-236 641 XP_041823288.1 XP_041823288.1 94.5 1 136 1 136 1.51e-94 267 KIA87593.1 KIA87593.1 93.0 1 66 1 66 2.74e-42 129 WP_177209229.1 WP_177209229.1 100 1 344 1 344 6.33e-265 715 KAH7714125.1 KAH7714125.1 95.8 1 170 1 170 1.70e-121 338 WP_125553257.1 WP_125553257.1 92.4 1 268 1 268 6.25e-186 509 MBJ7531026.1 MBJ7531026.1 91.5 1 141 1 141 2.19e-94 267 VIF85598.1 VIF85598.1 90.0 1 163 1 163 1.07e-107 302 KAH9082671.1 KAH9082671.1 100 1 184 1 184 1.54e-142 392 RAL39799.1 RAL39799.1 97.4 1 326 1 326 2.31e-242 656 RAL39799.1 WP_049697298.1 33.2 78 326 1 248 9.61e-37 130 RAL39799.1 WP_259408897.1 34.7 110 326 29 245 2.48e-33 122 VDM37090.1 VDM37090.1 96.5 1 50 1 50 2.22e-32 103 WP_185892671.1 WP_215391030.1 49.0 24 646 42 664 6.00e-189 549 WP_185892671.1 HBD3580067.1 51.5 26 655 33 660 1.55e-206 592 WP_185892671.1 WP_185892671.1 97.9 1 655 1 655 0.0 1321 EAG8834195.1 EAG8834195.1 95.8 1 365 1 365 1.69e-266 721 WP_210473185.1 WP_210473185.1 94.1 1 274 1 274 1.01e-194 531 WP_183495065.1 WP_183495065.1 96.9 1 406 1 406 4.44e-301 811 KAI1498309.1 KAI1498309.1 98.9 1 606 1 606 0.0 1238 WP_222532997.1 WP_222532997.1 98.0 1 319 1 319 8.68e-239 647 WP_063007015.1 WP_063007015.1 98.0 1 287 1 287 2.95e-214 582 WP_044229656.1 WP_044229656.1 90.9 1 66 1 66 4.55e-41 126 WP_201618498.1 WP_201618498.1 89.4 1 90 1 90 1.17e-56 167 WP_054377321.1 WP_054377321.1 96.4 1 129 1 129 1.00e-91 259 KAH8074532.1 KAH8074532.1 99.1 1 147 1 147 7.84e-109 304 XP_018062972.1 XP_018062972.1 93.4 1 802 1 802 0.0 1535 MBK9009608.1 MBK9009608.1 93.7 1 168 1 168 7.78e-117 326 WP_122013538.1 WP_122013538.1 91.2 1 571 1 571 0.0 1064 WP_122013538.1 WP_070188258.1 26.9 1 570 1 586 4.69e-63 216 WP_122013538.1 WP_232180661.1 31.9 1 568 1 558 1.07e-85 275 XP_023607675.1 XP_028261945.1 74.6 3 618 2 600 0.0 909 XP_023607675.1 XP_023607675.1 95.2 1 911 1 911 0.0 1779 EJJ0661731.1 EJJ0661731.1 93.1 1 155 1 155 1.38e-106 299 KAJ5985703.1 KAJ5985703.1 95.8 1 376 1 376 8.19e-275 743 KAE8933980.1 KAE8933980.1 97.4 1 305 1 305 1.87e-226 614 MBU3899877.1 MBU3899877.1 92.9 1 117 1 117 5.42e-79 226 VQC01530.1 VQC01530.1 96.0 1 81 1 81 2.05e-55 164 WP_086520229.1 WP_086520229.1 97.3 1 380 1 380 9.33e-283 763 MCP4204994.1 MCP4204994.1 100 1 99 1 99 1.82e-73 211 NWZ25026.1 NWZ25026.1 96.3 1 345 1 345 3.76e-253 685 GAK23860.1 GAK23860.1 91.9 1 185 1 185 4.92e-126 350 WP_143320175.1 WP_143320175.1 95.7 1 302 1 302 2.16e-219 596 2VYZ_A 2VYZ_A 97.4 1 110 1 110 1.87e-78 224 WP_051325724.1 WP_051325724.1 91.3 1 478 1 478 0.0 893 MBF0357294.1 MBF0357294.1 94.0 1 710 1 710 0.0 1368 WP_097902424.1 WP_097902424.1 98.8 1 194 1 194 8.49e-145 399 WP_268737299.1 WP_268737299.1 96.9 1 211 1 211 3.83e-154 424 WP_194365392.1 WP_194365392.1 93.8 1 269 1 269 2.56e-190 520 XP_039612537.1 XP_039612537.1 98.1 1 875 1 875 0.0 1769 RMP03152.1 RMP03152.1 95.3 1 44 1 44 2.33e-27 90.5 WP_018159095.1 WP_018159095.1 95.9 1 201 1 201 1.02e-144 399 WP_018159095.1 WP_159117211.1 26.3 25 186 23 200 6.53e-14 66.2 WP_018159095.1 WP_265775712.1 27.3 29 186 16 185 1.90e-14 67.4 WP_011147179.1 WP_011147179.1 95.1 1 254 1 254 2.77e-182 498 WP_265889043.1 WP_222256467.1 20.6 10 413 7 402 2.31e-20 91.3 WP_265889043.1 WP_265889043.1 97.6 1 450 1 450 0.0 906 EAJ3842941.1 WP_258236293.1 42.3 143 201 14 72 6.53e-08 47.0 EAJ3842941.1 EAJ3842941.1 98.6 1 231 1 231 7.71e-173 473 WP_134660892.1 WP_134660892.1 100 1 277 1 277 1.41e-216 587 MCI1641075.1 MCI1641075.1 87.1 1 152 1 152 5.20e-96 272 KAF0292372.1 KAF0292372.1 96.1 1 659 1 659 0.0 1302 MBI5007102.1 MBI5007102.1 97.8 1 583 1 583 0.0 1176 WP_008134825.1 WP_206363707.1 31.4 605 822 11 235 9.85e-27 108 WP_008134825.1 WP_150396769.1 26.3 343 824 17 493 7.44e-46 171 WP_008134825.1 WP_247429569.1 38.5 348 593 14 258 2.33e-44 159 WP_008134825.1 WP_089246429.1 24.0 353 824 7 480 2.28e-36 142 WP_008134825.1 WP_276362074.1 34.8 350 591 4 251 1.57e-37 139 WP_008134825.1 GBD21053.1 23.1 342 837 18 514 2.10e-35 140 WP_008134825.1 WP_008134825.1 93.1 1 846 1 846 0.0 1612 WP_008134825.1 MBO5162475.1 23.4 356 819 4 468 1.22e-33 134 WP_008134825.1 WP_221977168.1 40.2 350 591 15 256 8.36e-47 166 WP_008134825.1 WP_167977039.1 29.0 612 840 5 232 3.08e-23 98.2 WP_199097566.1 WP_199097566.1 100 1 235 1 235 5.24e-182 496 MBB4862510.1 MBB4862510.1 88.6 1 71 1 71 4.71e-43 132 MCM1185292.1 MCM1185292.1 95.7 1 287 1 287 2.60e-208 567 MCM1185292.1 GAP70049.1 50.5 9 269 3 267 1.94e-81 245 EAG2878363.1 EAG2878363.1 90.7 1 223 1 223 1.53e-150 416 WP_202269758.1 WP_202269758.1 97.0 1 586 1 586 0.0 1171 XP_007043916.2 XP_007043916.2 92.9 1 275 1 275 2.11e-192 526 WP_260402970.1 WP_260402970.1 98.7 1 128 1 128 9.69e-94 264 KAJ7197949.1 KAJ7197949.1 100 1 202 1 202 5.95e-158 432 WP_096851915.1 WP_096851915.1 90.1 1 179 1 179 6.50e-119 332 XP_021776778.1 XP_021776778.1 94.0 1 975 1 975 0.0 1878 WP_200650920.1 WP_200650920.1 91.1 1 164 1 164 5.95e-110 308 AGQ38940.1 AGQ38940.1 95.7 1 34 1 34 5.40e-20 71.2 WP_108677987.1 WP_108677987.1 95.5 1 242 1 242 1.88e-174 478 HBS1873186.1 OZZ34426.1 57.0 5 209 12 214 2.08e-72 221 HBS1873186.1 HBS1873186.1 95.1 1 328 1 328 8.32e-237 642 EPB66139.1 EPB66139.1 93.8 1 347 1 347 1.11e-246 669 XP_013957138.1 XP_013957138.1 90.7 1 135 1 135 4.33e-89 253 WP_087214971.1 WP_087214971.1 96.7 1 147 1 147 1.25e-105 296 MPZ95749.1 WP_165724099.1 28.2 10 241 3 263 5.59e-28 106 MPZ95749.1 MPZ95749.1 94.1 1 249 1 249 1.66e-176 483 MPZ95749.1 MCF8449868.1 31.4 11 207 3 209 3.36e-26 100 WP_050658900.1 WP_050658900.1 94.5 1 296 1 296 1.15e-211 576 CAD1480127.1 CAD1480127.1 95.2 1 506 1 506 0.0 991 OKZ56768.1 OKZ56768.1 97.5 1 116 1 116 3.82e-83 236 RBR02939.1 RBR02939.1 96.2 1 576 1 576 0.0 1140 GEU53557.1 GEU53557.1 91.9 1 591 1 591 0.0 1110 GEU53557.1 NQR19375.1 33.9 96 457 1 359 7.14e-56 193 WP_274755179.1 WP_274755179.1 94.8 1 422 1 422 8.39e-305 822 WP_003642885.1 WP_003642885.1 91.2 1 264 1 264 2.85e-180 494 KAJ8608448.1 KAJ8608448.1 99.1 1 152 1 152 8.71e-113 314 WP_063477675.1 WP_063477675.1 98.7 1 171 1 171 8.40e-127 351 WP_063477675.1 WP_221874538.1 37.9 45 171 13 145 1.13e-22 86.7 PPE01392.1 PPE01392.1 100 1 342 1 342 3.81e-265 715 MBE8398245.1 MBE8398245.1 100 1 108 1 108 1.38e-79 227 XP_044006408.1 XP_044006408.1 88.7 1 2470 1 2470 0.0 4443 WP_218283561.1 WP_218283561.1 92.8 1 343 1 343 1.44e-240 653 XP_022457077.1 XP_022457077.1 100 1 413 1 413 0.0 884 WP_162500151.1 WP_162500151.1 91.6 1 294 1 294 1.95e-202 553 XP_050030289.1 XP_050030289.1 94.8 1 217 1 217 1.49e-154 425 MBV9229016.1 MBV9229016.1 94.1 1 584 1 584 0.0 1127 EDL37908.1 EDL37908.1 97.4 1 88 1 88 9.30e-62 180 WP_208909738.1 WP_208909738.1 95.1 1 312 1 312 3.76e-225 612 MBK6659833.1 MBK6659833.1 99.4 1 157 1 157 4.80e-117 325 WP_251511058.1 WP_251511058.1 94.1 1 338 1 338 3.41e-241 654 MCA2619319.1 MCA2619319.1 99.6 1 446 1 446 0.0 919 WP_260365401.1 WP_260365401.1 92.8 1 285 1 285 4.44e-199 543 AFG64821.1 AFG64821.1 89.6 1 72 1 72 2.14e-44 135 MBN8458701.1 MBN8458701.1 94.5 1 315 1 315 1.65e-225 613 CDD38815.1 CDD38815.1 96.5 1 450 1 450 0.0 894 WP_139665379.1 WP_139665379.1 92.0 1 302 1 302 5.02e-209 570 XP_007311010.1 XP_007311010.1 97.3 1 735 1 735 0.0 1472 NLW10703.1 NLW10703.1 93.1 1 87 1 87 1.62e-57 169 CAI6348765.1 CAI6348765.1 93.5 1 492 1 492 0.0 943 MBA0553791.1 MBA0553791.1 98.1 1 921 1 921 0.0 1862 MCI5711730.1 MCI5711730.1 100 1 105 1 105 1.51e-77 221 XP_039985286.1 XP_039985286.1 96.3 1 825 1 825 0.0 1632 WP_253646963.1 WP_253646963.1 94.1 1 295 1 295 7.17e-210 572 KAJ8525108.1 KAJ8525108.1 95.9 1 888 1 888 0.0 1748 XP_048409145.1 XP_048409145.1 96.9 1 928 1 928 0.0 1850 WP_093752330.1 WP_093752330.1 90.9 1 182 1 182 2.54e-122 341 MBV8506574.1 MBV8506574.1 94.1 1 368 1 368 6.86e-263 712 WP_200162643.1 WP_200162643.1 96.3 1 205 1 205 1.51e-148 409 WP_194312569.1 WP_194312569.1 91.6 1 323 1 323 5.95e-223 607 WP_245823513.1 WP_245823513.1 96.7 1 200 1 200 1.64e-145 401 HIR98957.1 HIR98957.1 98.4 1 96 1 96 1.12e-68 198 CAG5150301.1 CAG5150301.1 91.4 1 82 1 82 1.23e-52 157 WP_231784956.1 WP_231784956.1 91.4 1 149 1 149 6.40e-100 281 WP_171486859.1 WP_171486859.1 96.7 1 92 1 92 3.16e-64 187 MAF07216.1 MAF07216.1 93.5 1 691 1 691 0.0 1323 KAJ1492758.1 KAJ1492758.1 93.6 1 507 1 507 0.0 974 OYZ89234.1 OYZ89234.1 92.2 1 201 1 201 7.43e-138 382 WP_063706594.1 WP_063706594.1 85.3 1 809 1 809 0.0 1394 KZT58963.1 KZT58963.1 92.0 1 1347 1 1347 0.0 2529 WP_137783451.1 WP_137783451.1 100 1 90 1 90 4.03e-66 191 KAJ7469048.1 KAJ7469048.1 98.4 1 208 1 208 1.06e-154 425 WP_064292413.1 WP_064292413.1 98.8 1 113 1 113 3.58e-82 234 WP_226800426.1 WP_174951329.1 41.7 50 390 19 364 6.74e-80 248 WP_226800426.1 WP_226800426.1 96.5 1 390 1 390 9.43e-288 776 RYU57897.1 RYU57897.1 97.7 1 153 1 153 1.56e-111 311 UCF87976.1 UCF87976.1 88.7 1 260 1 260 2.06e-171 471 AQR57668.1 AQR57668.1 70.2 1 29 1 29 1.97e-09 44.3 WP_045323370.1 WP_045323370.1 97.4 1 318 1 318 3.14e-236 640 MBD9057797.1 MBD9057797.1 96.1 1 353 1 353 1.61e-258 699 QHO28611.1 QHO28611.1 95.3 1 342 1 342 6.43e-248 672 CAH2238127.1 CAH2238127.1 97.6 1 94 1 94 1.88e-66 192 XP_031974225.1 XP_031974225.1 93.7 1 261 1 261 3.49e-184 504 MCD0163384.1 MCD0163384.1 91.7 1 185 1 185 9.93e-126 350 NDF46396.1 NDF46396.1 100 1 380 1 380 5.52e-300 806 WP_141134618.1 WP_141134618.1 89.8 1 220 1 220 1.59e-146 405 RKT82586.1 RKT82586.1 88.6 1 362 1 362 2.19e-240 654 PYS39036.1 MCK5068303.1 37.3 94 150 1 57 2.42e-05 38.9 PYS39036.1 PYS39036.1 94.4 1 161 1 161 8.53e-113 315 WP_272889997.1 WP_272889997.1 94.2 1 139 1 139 1.96e-96 272 MBR4734761.1 MBR4734761.1 99.6 1 485 1 485 0.0 999 XP_015239306.1 XP_015239306.1 95.1 1 407 1 407 2.98e-295 797 WP_010048070.1 WP_010048070.1 97.7 1 86 1 86 1.90e-60 177 GFV41582.1 GFV41582.1 100 1 127 1 127 1.55e-94 266 KAG1464501.1 KAG1464501.1 96.0 1 401 1 401 4.38e-294 793 QDK31721.1 QDK31721.1 97.0 1 292 1 292 1.30e-215 586 KIJ40064.1 KIJ40064.1 100 1 183 1 183 6.54e-139 383 WP_282979415.1 WP_282979415.1 91.7 1 324 1 324 1.11e-223 609 EIZ9235425.1 EIZ9235425.1 87.3 1 514 1 514 0.0 912 MCA1959605.1 MCA1959605.1 96.2 1 488 1 488 0.0 967 MBL6706528.1 MBL02020.1 28.1 7 536 33 543 6.99e-61 210 MBL6706528.1 MBL6706528.1 95.3 1 635 1 635 0.0 1243 MBL6706528.1 MBN2666786.1 38.6 259 631 12 387 1.51e-74 242 MBL6706528.1 WP_056610248.1 20.0 7 516 29 511 1.10e-24 106 KAJ7726226.1 KAJ7726226.1 97.2 1 185 1 185 4.96e-135 373 WP_039764622.1 WP_039764622.1 99.0 1 181 1 181 5.19e-135 373 RLS46433.1 RLS46433.1 94.8 1 245 1 245 4.09e-175 479 QQH27121.1 QQH27121.1 94.4 1 197 1 197 4.69e-139 384 XP_003040019.1 XP_003040019.1 100 1 184 1 184 1.73e-139 384 MCF6767132.1 MCF6767132.1 93.1 1 247 1 247 1.31e-172 473 HAF12758.1 HAF12758.1 96.9 1 1083 1 1083 0.0 2159 KAH9403806.1 KAH9403806.1 94.3 1 511 1 511 0.0 989 MBK7636756.1 MBK7636756.1 96.4 1 238 1 238 2.29e-173 474 KAJ6236901.1 KAJ6236901.1 93.1 1 933 1 933 0.0 1778 XP_033541489.1 XP_033541489.1 99.2 1 343 1 343 7.66e-261 704 PPC85417.1 PPC85417.1 92.5 1 132 1 132 3.47e-89 253 WP_004751198.1 WP_004751198.1 95.4 1 265 1 265 3.25e-191 522 WP_245885601.1 WP_245885601.1 96.1 1 149 1 149 2.52e-106 298 MBE0607625.1 MBE0607625.1 94.6 1 141 1 141 2.37e-98 277 RCN52028.1 RCN52028.1 96.2 1 224 1 224 1.49e-162 446 WP_122383566.1 WP_122383566.1 98.4 1 91 1 91 7.21e-65 188 WP_139627894.1 WP_139627894.1 97.9 1 102 1 102 6.51e-73 209 WP_012517468.1 WP_012517468.1 93.2 1 609 1 609 0.0 1163 WP_249312942.1 WP_249312942.1 94.1 1 212 1 212 2.21e-149 412 WP_145756500.1 WP_145756500.1 90.2 1 132 1 132 1.93e-86 246 CAH1111016.1 CAH1111016.1 100 1 173 1 173 1.90e-133 368 OFJ58224.1 OFJ58224.1 91.8 1 687 1 687 0.0 1288 WP_091978272.1 WP_091978272.1 92.6 1 200 1 200 6.89e-138 382 WP_226208117.1 WP_226208117.1 94.3 1 161 1 161 1.21e-112 315 TGL93452.1 TGL93452.1 96.0 1 82 1 82 3.80e-56 166 QNM59064.1 QNM59064.1 92.5 1 78 1 78 1.27e-50 151 WP_203164019.1 WP_203164019.1 96.3 1 189 1 189 1.41e-136 377 WP_269268099.1 WP_269268099.1 82.0 1 77 1 77 2.06e-42 130 PKB44918.1 PKB44918.1 93.2 1 910 1 910 0.0 1735 MBW6484923.1 MBW6484923.1 95.1 1 425 1 425 2.33e-308 832 WP_105585532.1 WP_105585532.1 98.6 1 128 1 128 1.38e-93 264 XP_017476002.1 XP_029371967.1 39.4 187 510 33 376 2.56e-70 228 XP_017476002.1 XP_017476002.1 94.9 1 527 1 527 0.0 1028 WP_122047024.1 WP_122047024.1 91.8 1 460 1 460 4.27e-320 864 SOE22515.1 SOE22515.1 92.0 1 353 1 353 4.16e-245 665 WP_012339795.1 WP_012339795.1 94.8 1 290 1 290 4.66e-208 566 MBP2355331.1 MBP2355331.1 94.5 1 400 1 400 7.19e-288 778 NLL47071.1 NLL47071.1 98.2 1 169 1 169 1.40e-124 345 MCD6597402.1 MCD6597402.1 98.4 1 210 1 210 2.60e-156 429 KAH6984898.1 KAH6984898.1 92.5 1 952 1 952 0.0 1800 KAJ5220196.1 KAJ5220196.1 96.4 1 205 1 205 1.06e-148 409 WP_095981693.1 WP_095981693.1 95.4 1 692 1 692 0.0 1356 WP_253352066.1 WP_253352066.1 92.9 1 1723 1 1723 0.0 3269 GFT52874.1 GFT52874.1 87.4 1 233 1 233 2.31e-150 416 CDE36962.1 CDE36962.1 97.3 1 384 1 384 5.65e-286 771 XP_011272275.1 XP_011272275.1 93.8 1 344 1 344 1.70e-244 663 WP_023319464.1 WP_023319464.1 98.9 1 223 1 223 2.59e-167 458 MCJ1318822.1 MCJ1318822.1 100 1 297 1 297 1.22e-227 617 WP_054146239.1 WP_054146239.1 90.2 1 337 1 337 2.00e-228 622 WP_102273603.1 WP_102273603.1 91.6 1 147 1 147 9.14e-99 278 MCT7046027.1 MCT7046027.1 87.0 1 39 1 39 1.27e-20 73.2 MCE1309955.1 MCE1309955.1 97.1 1 360 1 360 3.99e-267 722 KAH9016734.1 KAH9016734.1 95.8 1 905 1 905 0.0 1781 MQF68191.1 MQF68191.1 94.8 1 122 1 122 1.25e-84 241 WP_046925025.1 WP_046925025.1 98.4 1 168 1 168 3.72e-124 344 WP_041119847.1 WP_041119847.1 96.3 1 283 1 283 6.38e-207 563 WP_020226160.1 WP_020226160.1 98.2 1 152 1 152 1.45e-111 311 MBL7732834.1 MBL7732834.1 100 1 145 1 145 3.47e-111 310 WP_267248697.1 WP_267248697.1 90.9 1 410 1 410 1.96e-281 762 XP_019381256.1 XP_019381256.1 90.5 1 1164 1 1164 0.0 2144 WP_230822898.1 WP_230822898.1 95.6 1 488 1 488 0.0 959 UJW31884.1 UJW31884.1 96.0 1 121 1 121 2.85e-85 242 KAF0554084.1 KAF0554084.1 97.1 1 1261 1 1261 0.0 2518 WP_234280079.1 WP_234280079.1 85.5 1 59 1 59 3.47e-33 106 WP_033365653.1 WP_033365653.1 95.3 1 211 1 211 4.30e-151 416 XP_009464764.1 XP_009464764.1 92.3 1 350 1 350 5.46e-244 662 OFY34840.1 OFY34840.1 97.1 1 474 1 474 0.0 949 KAG7131021.1 KAG7131021.1 94.4 1 1156 1 1156 0.0 2235 WP_246735792.1 WP_246735792.1 99.2 1 381 1 381 3.42e-290 782 NWV63665.1 NWV63665.1 93.2 1 207 1 207 4.64e-144 398 EBS5850541.1 EBS5850541.1 87.7 1 195 1 195 1.49e-125 350 WP_108137685.1 WP_108137685.1 88.8 1 431 1 431 6.90e-288 780 WP_060347438.1 WP_060347438.1 93.1 1 276 1 276 1.37e-193 529 WP_060347438.1 WP_281054160.1 27.0 4 248 8 249 3.91e-23 93.6 WP_213973719.1 WP_213973719.1 99.0 1 241 1 241 1.68e-181 495 WP_259005392.1 WP_259005392.1 89.6 1 655 1 655 0.0 1195 EJV0278763.1 EJV0278763.1 94.5 1 254 1 254 6.53e-181 495 MBN3769952.1 MBN3769952.1 93.6 1 176 1 176 1.61e-122 341 MCH5163858.1 MCH5163858.1 94.9 1 878 1 878 0.0 1710 MBP6972346.1 MBP6972346.1 98.8 1 424 1 424 0.0 866 HCT31040.1 HCT31040.1 87.2 1 107 1 107 3.41e-66 193 WP_106136481.1 WP_106136481.1 95.8 1 245 1 245 3.00e-177 485 WP_098092873.1 WP_098092873.1 100 1 292 1 292 6.50e-225 609 WP_198730235.1 WP_198730235.1 97.0 1 160 1 160 7.05e-116 323 XP_016611986.1 XP_016611986.1 97.9 1 262 1 262 5.65e-195 531 WP_230800902.1 WP_230800902.1 99.4 1 346 1 346 6.09e-264 712 MZP65343.1 MZP65343.1 96.3 1 275 1 275 6.11e-201 547 MBD1815385.1 MBD1815385.1 100.0 1 248 1 248 4.84e-189 515 XP_003048468.1 XP_003048468.1 98.1 1 433 1 433 0.0 877 WP_217413389.1 WP_217413389.1 95.4 1 108 1 108 5.21e-75 215 EDJ6414383.1 EDJ6414383.1 96.7 1 191 1 191 8.50e-139 383 MCB1141657.1 MCB1141657.1 92.2 1 936 1 936 0.0 1764 WP_025427984.1 WP_025427984.1 90.0 1 362 1 362 5.88e-245 666 TNN34207.1 TNN34207.1 97.1 1 110 1 110 3.77e-78 223 AUQ33312.1 AUQ33312.1 96.7 1 362 1 362 3.29e-267 722 MCP4914981.1 MCP4914981.1 91.5 1 215 1 215 1.54e-146 405 WP_260986135.1 WP_260986135.1 87.4 1 92 1 92 2.72e-56 167 XP_055989820.1 XP_055989820.1 90.8 1 640 1 640 0.0 1186 HIM51057.1 HIM51057.1 96.4 1 885 1 885 0.0 1754 RZD53001.1 RZD53001.1 98.0 1 178 1 178 3.81e-131 363 MBQ7978512.1 MBQ7978512.1 94.4 1 72 1 72 1.33e-47 143 MPC84742.1 MPC84742.1 86.8 1 76 1 76 3.44e-45 137 OFX35756.1 OFX35756.1 95.1 1 161 1 161 7.30e-114 318 HAS28932.1 HAS28932.1 98.2 1 366 1 366 1.85e-275 743 WP_193436854.1 WP_193436854.1 91.5 1 243 1 243 3.46e-166 457 WP_253620872.1 WP_253620872.1 96.7 1 1056 1 1056 0.0 2099 WP_098097765.1 WP_098097765.1 98.5 1 142 1 142 2.88e-104 292 WP_169577965.1 WP_169577965.1 98.6 1 196 1 196 5.97e-146 402 QNF21522.1 QNF21522.1 96.7 1 275 1 275 5.24e-202 550 QNF21522.1 WP_160421767.1 33.5 116 275 10 170 1.94e-21 87.4 EJQ2687561.1 EJQ2687561.1 96.3 1 292 1 292 1.25e-213 581 CDA87281.1 CDA87281.1 96.7 1 81 1 81 7.15e-56 165 MBO5946342.1 MBO5946342.1 97.6 1 188 1 188 5.56e-138 381 MBQ8711066.1 MBQ8711066.1 98.7 1 534 1 534 0.0 1088 NIW25441.1 NIW25441.1 89.4 1 99 1 99 8.74e-63 184 WP_135949574.1 WP_135949574.1 91.5 1 562 1 562 0.0 1051 XP_048633428.1 XP_048633428.1 89.0 1 117 1 117 1.01e-74 215 KAI6047342.1 KAI6047342.1 96.6 1 537 1 537 0.0 1069 MBF2759673.1 WP_214516916.1 28.5 147 726 2 570 1.01e-67 234 MBF2759673.1 MBF2759673.1 95.2 1 858 1 858 0.0 1676 MBQ3104376.1 MBQ3104376.1 94.9 1 123 1 123 1.64e-85 243 NCN26743.1 NCN26743.1 94.8 1 202 1 202 1.83e-143 396 GBL21590.1 GBL21590.1 91.3 1 131 1 131 4.39e-87 248 HAB9632401.1 HAB9632401.1 97.1 1 391 1 391 1.84e-290 783 WP_026002076.1 WP_026002076.1 99.1 1 514 1 514 0.0 1053 AHH33963.1 AHH33963.1 98.7 1 292 1 292 3.46e-220 597 XP_043014885.1 XP_043014885.1 96.0 1 455 1 455 0.0 899 TEB32912.1 TEB32912.1 97.2 1 164 1 164 2.96e-119 332 EDP2695460.1 EDP2695460.1 92.8 1 166 1 166 5.28e-114 318 XP_035216353.1 XP_035216353.1 86.4 1 152 1 152 6.07e-95 269 WP_137773782.1 WP_137773782.1 98.5 1 119 1 119 1.48e-86 245 XP_036437421.1 XP_036437421.1 93.2 1 1737 1 1737 0.0 3309 XP_036437421.1 NXS49052.1 28.0 606 1052 1 408 2.37e-48 177 XP_036437421.1 XP_023957144.1 29.6 381 1735 33 1147 1.43e-182 579 MAT93460.1 MAT93460.1 91.3 1 440 1 440 4.86e-304 822 XP_040253449.1 XP_040253449.1 99.4 1 243 1 243 7.13e-184 501 NOZ55740.1 NOZ55740.1 97.0 1 428 1 428 3.67e-318 857 EBY6522830.1 EBY6522830.1 97.6 1 334 1 334 4.19e-249 674 WP_148545383.1 WP_148545383.1 93.8 1 362 1 362 1.32e-257 698 OLB27154.1 OLB27154.1 95.3 1 521 1 521 0.0 1021 OLB27154.1 WP_147135386.1 38.4 38 515 34 468 1.02e-98 305 WP_265735210.1 WP_265735210.1 95.7 1 488 1 488 0.0 961 XP_042465169.1 XP_042465169.1 96.4 1 571 1 571 0.0 1133 GLW31455.1 GLW31455.1 93.2 1 67 1 67 3.56e-43 132 WP_185740810.1 WP_185740810.1 97.1 1 207 1 207 1.57e-151 417 MBP6728875.1 MBP6728875.1 95.9 1 198 1 198 1.57e-142 393 MBT1322465.1 MBT1322465.1 86.9 1 59 1 59 5.98e-34 108 MCD6064856.1 MCD6064856.1 97.8 1 403 1 403 3.01e-302 814 MBN1558293.1 MBN1558293.1 95.0 1 544 1 544 0.0 1062 ANI90891.1 ANI90891.1 91.4 1 54 1 54 7.10e-33 105 VFV20999.1 VFV20999.1 97.8 1 306 1 306 2.10e-228 619 TMO21331.1 TMO21331.1 98.4 1 63 1 63 2.69e-43 132 HIE16764.1 HIE16764.1 93.1 1 106 1 106 2.93e-71 206 WP_202252188.1 WP_202252188.1 96.7 1 377 1 377 1.37e-278 752 KAF1788175.1 KAF1788175.1 95.3 1 182 1 182 1.22e-129 359 WP_048611692.1 WP_048611692.1 89.9 1 380 1 380 7.59e-257 697 WP_144320971.1 WP_144320971.1 86.8 1 521 1 521 0.0 917 PQK14494.1 PQK14494.1 98.1 1 565 1 565 0.0 1144 XP_009535872.1 XP_009535872.1 95.3 1 185 1 185 7.90e-132 365 MBR3005965.1 MBR3005965.1 95.7 1 356 1 356 1.22e-259 702 RZM24348.1 RZM24348.1 94.8 1 142 1 142 2.19e-99 280 XP_001840824.2 XP_001840824.2 99.9 1 299 1 299 8.57e-229 620 WP_007404414.1 WP_007404414.1 94.5 1 311 1 311 1.36e-222 605 WP_007404414.1 WP_143281017.1 56.2 4 155 13 165 9.62e-51 164 ECP3866152.1 ECP3866152.1 100 1 106 1 106 3.02e-82 233 WP_232745899.1 WP_232745899.1 95.0 1 376 1 376 6.45e-272 735 WP_120115041.1 WP_120115041.1 94.3 1 475 1 475 0.0 920 UUZ63036.1 UUZ63036.1 93.0 1 454 1 454 0.0 866 WP_268579666.1 WP_268579666.1 95.5 1 200 1 200 3.17e-143 395 KAF3628212.1 KAF3628212.1 97.6 1 143 1 143 8.91e-104 291 XP_024888572.1 XP_024888572.1 94.5 1 1393 1 1393 0.0 2696 MBS0261058.1 MBS0261058.1 93.6 1 87 1 87 5.65e-58 171 WP_213449477.1 WP_149406163.1 49.1 1 294 1 307 5.25e-92 273 WP_213449477.1 WP_213449477.1 95.9 1 294 1 294 5.08e-214 582 XP_037539096.1 XP_037539096.1 96.3 1 876 1 876 0.0 1733 WP_214893447.1 WP_214893447.1 95.3 1 180 1 180 3.51e-128 355 KAG7462864.1 KAG7462864.1 88.1 1 333 1 333 4.12e-219 598 HAT9095998.1 HAT9095998.1 85.7 1 33 1 33 3.35e-16 61.6 ORY76548.1 ORY76548.1 83.9 1 271 1 271 6.20e-167 461 HCB1767023.1 HCB1767023.1 87.7 1 198 1 198 1.38e-127 355 WP_118359022.1 WP_118359022.1 91.9 1 370 1 370 7.04e-257 697 TXK73489.1 TXK73489.1 96.8 1 897 1 897 0.0 1786 XP_030079323.1 XP_030079323.1 99.1 1 347 1 347 9.35e-264 712 TOE90752.1 TOE90752.1 83.4 1 29 1 29 6.06e-13 53.1 MCI8895019.1 MCI8895019.1 95.4 1 697 1 697 0.0 1366 GHP52484.1 GHP52484.1 95.2 1 506 1 506 0.0 990 XP_034264344.1 XP_034264344.1 99.1 1 398 1 398 3.51e-303 816 WP_002449605.1 WP_002449605.1 88.4 1 65 1 65 8.28e-39 120 KAE9445077.1 KAE9445077.1 94.0 1 161 1 161 3.48e-112 313 MBE0577924.1 MBE0577924.1 96.2 1 143 1 143 6.03e-102 286 EIT2901672.1 EIT2901672.1 98.4 1 188 1 188 1.66e-139 385 WP_128272295.1 WP_128272295.1 94.5 1 180 1 180 8.26e-127 352 WP_268123036.1 WP_268123036.1 91.2 1 428 1 428 2.65e-295 799 WP_118205888.1 WP_118205888.1 96.0 1 403 1 403 1.53e-295 797 WP_052232835.1 WP_052232835.1 96.1 1 699 1 699 0.0 1381 OGY30120.1 OGY30120.1 93.2 1 85 1 85 3.32e-56 166 AGO18338.1 AGO18338.1 99.7 1 206 1 206 1.11e-155 427 WP_017123457.1 WP_017123457.1 92.9 1 372 1 372 1.09e-261 709 WP_017123457.1 MCU0490050.1 45.7 9 240 4 238 8.75e-60 191 KAF0905729.1 KAF0905729.1 98.9 1 1697 1 1697 0.0 3456 WP_270677687.1 WP_270677687.1 100 1 70 1 70 5.93e-50 149 WP_037451816.1 WP_037451816.1 96.3 1 282 1 282 3.42e-206 561 XP_013231239.1 XP_013231239.1 76.1 1 116 1 116 2.88e-60 179 WP_254972748.1 WP_254972748.1 97.5 1 959 1 959 0.0 1925 WP_250182896.1 WP_250182896.1 90.4 1 146 1 146 2.34e-96 272 MCK9338853.1 MCK9338853.1 98.8 1 695 1 695 0.0 1417 SEP73001.1 SEP73001.1 97.7 1 33 1 33 7.23e-20 70.9 EFA5132122.1 EFA5132122.1 96.5 1 243 1 243 1.81e-177 485 PIR55147.1 PIR55147.1 92.4 1 719 1 719 0.0 1358 WP_246612751.1 WP_246612751.1 94.1 1 1104 1 1104 0.0 2128 XP_026320625.1 KAJ8763828.1 50.6 8 167 12 171 2.49e-46 150 XP_026320625.1 XP_026320625.1 92.7 1 214 1 214 3.00e-148 409 PWM57416.1 PWM57416.1 89.5 1 164 1 164 1.64e-107 302 WP_208910104.1 WP_208910104.1 93.8 1 422 1 422 3.82e-301 813 XP_021874514.1 XP_021874514.1 98.0 1 337 1 337 1.16e-252 683 KAJ1619151.1 KAJ1619151.1 98.4 1 75 1 75 1.51e-52 156 MCL5028570.1 MCL5028570.1 94.7 1 384 1 384 7.91e-277 748 MBE6835980.1 WP_248087248.1 26.2 7 396 15 415 1.16e-38 142 MBE6835980.1 MBE6835980.1 96.8 1 408 1 408 3.13e-302 815 WP_162782234.1 WP_162782234.1 94.8 1 700 1 700 0.0 1361 OWK14769.1 OWK14769.1 94.8 1 937 1 937 0.0 1821 WP_013572974.1 WP_013572974.1 96.9 1 600 1 600 0.0 1197 WP_074791539.1 WP_074791539.1 92.4 1 270 1 270 1.54e-187 513 MCQ2059483.1 MCQ2059483.1 94.9 1 143 1 143 2.87e-100 282 MCQ2059483.1 KFO63955.1 52.6 75 142 3 70 2.91e-17 69.7 MBA3725210.1 MBA3725210.1 96.5 1 130 1 130 1.32e-92 261 OGH18708.1 OGH18708.1 96.6 1 183 1 183 1.67e-132 367 KAI9022896.1 KAI9022896.1 91.5 1 104 1 104 2.85e-68 198 MBO0657491.1 MBO0657491.1 100 1 86 1 86 2.04e-64 187 XP_004647050.1 XP_004647050.1 97.6 1 364 1 364 7.23e-272 734 MCI93591.1 MCI93591.1 97.0 1 65 1 65 5.34e-44 134 XP_049153370.1 XP_049153370.1 90.8 1 388 1 388 1.02e-265 721 HBL3458524.1 GAF66133.1 45.3 1 565 1 569 1.69e-154 453 HBL3458524.1 HBL3458524.1 94.3 1 568 1 568 0.0 1100 NLR72952.1 WP_167196601.1 40.6 12 228 3 221 8.69e-47 153 NLR72952.1 NLR72952.1 94.5 1 232 1 232 7.07e-165 452 RLB75920.1 RLB75920.1 98.7 1 82 1 82 3.94e-58 171 MCH8293010.1 MCH8293010.1 96.2 1 331 1 331 2.41e-242 657 TFV53637.1 TFV53637.1 90.3 1 68 1 68 4.47e-42 129 KAI9597310.1 KAI9597310.1 95.2 1 120 1 120 1.26e-83 238 QGP90243.1 QGP90243.1 93.9 1 494 1 494 0.0 952 MBE42757.1 MBE42757.1 93.6 1 381 1 381 7.82e-271 733 EFG8800866.1 EFG8800866.1 94.2 1 68 1 68 1.61e-44 135 WP_233987432.1 WP_233987432.1 97.1 1 387 1 387 1.50e-287 776 KAJ3193491.1 KAJ3193491.1 94.8 1 421 1 421 4.49e-304 820 XP_049406314.1 XP_049406314.1 94.2 1 228 1 228 2.37e-161 443 WP_200478262.1 WP_200478262.1 91.5 1 323 1 323 1.20e-222 606 WP_112308968.1 WP_112308968.1 95.3 1 75 1 75 2.07e-50 150 WP_051963813.1 WP_051963813.1 96.2 1 117 1 117 1.68e-82 235 WP_216207121.1 WP_216207121.1 99.2 1 138 1 138 4.14e-102 286 MBA3038663.1 MBA3038663.1 88.8 1 129 1 129 1.00e-82 236 WP_280949002.1 WP_280949002.1 93.5 1 647 1 647 0.0 1240 WP_280949002.1 MCF1439711.1 42.0 10 100 2 88 4.51e-15 69.3 XP_010267139.1 XP_010267139.1 95.2 1 406 1 406 1.12e-294 795 MBO4748034.1 MBO4748034.1 92.4 1 401 1 401 1.13e-280 759 MCB1383119.1 MCB1383119.1 95.4 1 184 1 184 2.98e-131 363 MCB1703688.1 MCB1703688.1 98.9 1 144 1 144 2.45e-106 297 WP_039286629.1 WP_039286629.1 90.3 1 81 1 81 3.85e-51 153 CAF1139697.1 CAF1139697.1 92.6 1 144 1 144 6.00e-98 276 CEG83499.1 CEG83499.1 96.7 1 230 1 230 5.41e-168 460 WP_106361175.1 WP_106361175.1 100 1 130 1 130 1.22e-97 274 WP_269672356.1 WP_269672356.1 97.1 1 934 1 934 0.0 1865 RKZ09955.1 RKZ09955.1 90.6 1 137 1 137 2.13e-90 256 NFD84694.1 MBT3459617.1 42.0 539 765 1 223 1.95e-47 166 NFD84694.1 NFD84694.1 90.2 1 766 1 766 0.0 1407 NFD84694.1 WP_038440434.1 33.8 491 764 306 575 1.08e-37 147 NFD84694.1 MBQ8297564.1 37.9 230 758 44 569 2.34e-104 330 NFD84694.1 MBQ4454347.1 32.0 277 745 95 562 3.54e-66 228 WP_022677205.1 WP_022677205.1 92.0 1 149 1 149 1.11e-100 283 ARD43281.1 ARD43281.1 93.5 1 422 1 422 6.32e-300 810 XP_047599047.1 XP_047599047.1 89.7 1 1268 1 1268 0.0 2312 WP_008346835.1 WP_008346835.1 94.0 1 256 1 256 3.78e-181 496 OGS12612.1 OGS12612.1 100 1 90 1 90 2.84e-66 192 WP_063540919.1 WP_063540919.1 96.1 1 856 1 856 0.0 1690 WP_063637985.1 WP_063637985.1 95.9 1 269 1 269 1.68e-195 533 ENH52105.1 ENH52105.1 98.2 1 50 1 50 3.82e-33 105 HBX1528262.1 HBX1528262.1 89.9 1 65 1 65 1.00e-39 123 OLP01091.1 OLP01091.1 100 1 310 1 310 2.22e-241 652 MBL7855430.1 MBL7855430.1 99.9 1 169 1 169 3.57e-127 352 MBR0046728.1 MBR0046728.1 100 1 535 1 535 0.0 1108 MBQ8989682.1 MBQ8989682.1 94.8 1 242 1 242 8.93e-173 473 XP_014802175.1 XP_014802175.1 100 1 296 1 296 1.13e-227 617 WP_006685582.1 WP_006685582.1 90.1 1 412 1 412 1.09e-279 758 NLU55538.1 NLU55538.1 98.3 1 176 1 176 5.43e-130 360 XP_018994437.1 XP_018994437.1 89.4 1 619 1 619 0.0 1127 MBI2114665.1 MBI2114665.1 98.9 1 316 1 316 3.40e-239 647 PAZ00503.1 PAZ00503.1 94.7 1 98 1 98 6.17e-67 194 SIR93298.1 SIR93298.1 100 1 256 1 256 6.13e-196 533 WP_200986363.1 WP_200986363.1 92.5 1 316 1 316 1.92e-220 600 WP_247623347.1 WP_247623347.1 83.2 1 84 1 84 1.08e-47 144 MCB9820569.1 MCB9820569.1 89.6 1 386 1 386 5.37e-260 706 WP_142051038.1 WP_142051038.1 87.5 1 398 1 398 1.17e-260 709 KAJ2593889.1 XP_033668161.1 35.6 3 381 9 408 1.41e-71 229 KAJ2593889.1 KAJ2593889.1 97.1 1 414 1 414 1.15e-307 829 WP_219798185.1 WP_219798185.1 94.5 1 295 1 295 4.32e-211 575 XP_002777379.1 XP_002777379.1 97.7 1 136 1 136 1.15e-98 277 MAG40972.1 MAG40972.1 90.8 1 332 1 332 1.30e-226 617 MCA1836835.1 MCA1836835.1 98.3 1 110 1 110 2.27e-79 226 TSA47082.1 TSA47082.1 95.9 1 200 1 200 3.86e-144 397 WP_212961195.1 WP_212961195.1 93.0 1 1052 1 1052 0.0 2002 WP_228273696.1 WP_228273696.1 100 1 237 1 237 6.36e-184 501 MBU2510560.1 MBU2510560.1 97.8 1 97 1 97 5.95e-69 199 ECA8969615.1 ECA8969615.1 98.5 1 566 1 566 0.0 1151 KAF5192947.1 KAF5192947.1 92.8 1 595 1 595 0.0 1130 RYG22587.1 RYG22587.1 97.3 1 239 1 239 4.45e-176 481 RYY39456.1 RYY39456.1 95.9 1 272 1 272 1.09e-197 539 KAJ3920833.1 KAJ3920833.1 86.6 1 411 1 411 1.04e-265 723 EFO3858608.1 EFO3858608.1 94.7 1 71 1 71 5.06e-47 142 WP_032037025.1 WP_032037025.1 97.8 1 96 1 96 3.21e-68 197 EJC8518717.1 EJC8518717.1 98.1 1 441 1 441 0.0 893 WP_056747799.1 WP_056747799.1 98.3 1 93 1 93 2.48e-66 192 MBP9767803.1 MBP9767803.1 94.2 1 410 1 410 8.86e-294 793 WP_105738432.1 WP_061554953.1 24.5 7 433 7 440 2.98e-36 137 WP_105738432.1 WP_105738432.1 93.4 1 443 1 443 9.30e-315 849 MBR1803321.1 MBR1803321.1 95.4 1 361 1 361 4.63e-262 709 MSV89973.1 MSV89973.1 92.8 1 183 1 183 4.23e-126 350 MBQ8356560.1 MBQ8356560.1 98.4 1 212 1 212 9.06e-158 433 KAF4755575.1 KAF4755575.1 94.3 1 565 1 565 0.0 1094 WP_039983362.1 WP_039983362.1 94.3 1 246 1 246 8.91e-175 479 HJF55539.1 HJF55539.1 92.9 1 487 1 487 0.0 927 MBN2192743.1 HAM57133.1 50.7 6 67 5 66 2.09e-12 61.2 MBN2192743.1 MBN2192743.1 90.9 1 768 1 768 0.0 1424 WP_141624088.1 WP_141624088.1 95.9 1 228 1 228 7.38e-165 452 WP_211429491.1 WP_211429491.1 95.3 1 983 1 983 0.0 1922 NRA95518.1 NRA95518.1 95.8 1 199 1 199 4.17e-143 395 WP_279184953.1 WP_279184953.1 98.4 1 328 1 328 7.22e-247 668 WP_279184953.1 MBR6417349.1 31.3 198 317 2 118 1.01e-11 60.1 KAI1377204.1 KAI1377204.1 98.0 1 298 1 298 7.01e-223 605 MCF3649178.1 MCF3649178.1 93.6 1 167 1 167 5.93e-116 323 XP_053501940.1 XP_053501940.1 98.0 1 350 1 350 1.38e-262 709 MCI9379843.1 MCI9379843.1 96.9 1 611 1 611 0.0 1219 EIA1623697.1 EIA1623697.1 97.3 1 719 1 719 0.0 1440 CAF4687378.1 CAF4687378.1 99.7 1 85 1 85 3.05e-61 179 CAH8313346.1 CAH8313346.1 97.6 1 455 1 455 0.0 917 MBN9169301.1 MBN9169301.1 89.2 1 122 1 122 2.25e-78 225 KAG8539342.1 KAG8539342.1 93.3 1 77 1 77 1.68e-50 151 WP_259864893.1 WP_259864893.1 92.3 1 60 1 60 1.39e-37 117 MBF9039534.1 MBF9039534.1 92.2 1 250 1 250 8.19e-173 474 MCB0672512.1 MCB0672512.1 96.6 1 361 1 361 3.55e-266 719 MBI4878028.1 MBI4878028.1 97.4 1 884 1 884 0.0 1773 MBP1876254.1 WP_281034490.1 37.0 183 335 1 158 2.99e-25 98.6 MBP1876254.1 WP_207918089.1 31.2 1 238 1 243 4.67e-31 116 MBP1876254.1 MBP1876254.1 93.8 1 357 1 357 5.78e-254 688 MBP1876254.1 OAN53756.1 33.5 16 238 22 250 3.78e-33 122 MBP1876254.1 MBC7326981.1 33.8 2 238 5 245 4.21e-36 130 MBP1876254.1 WP_174822921.1 31.1 16 238 18 246 2.64e-28 109 MBP1876254.1 WP_022619009.1 28.6 24 228 22 219 3.55e-20 86.7 MBP1876254.1 MXP43753.1 33.0 16 238 25 253 4.15e-32 119 MBP1876254.1 WP_158791585.1 31.9 16 238 15 243 4.74e-30 114 EBC1613035.1 EBC1613035.1 96.3 1 264 1 264 8.99e-193 526 WP_052386686.1 WP_052386686.1 96.9 1 405 1 405 1.67e-300 810 WP_068000887.1 WP_068000887.1 95.3 1 247 1 247 8.60e-178 486 WP_257384536.1 WP_257384536.1 98.3 1 781 1 781 0.0 1583 WP_254363411.1 WP_254363411.1 93.5 1 410 1 410 2.43e-291 787 MCK9538307.1 MCK9538307.1 97.4 1 134 1 134 9.50e-97 272 WP_013712491.1 WP_013712491.1 91.1 1 144 1 144 5.77e-96 271 MBQ7809358.1 MBQ7809358.1 100 1 84 1 84 8.15e-61 177 WP_187642449.1 WP_187642449.1 90.2 1 720 1 720 0.0 1324 WP_036824351.1 WP_036824351.1 97.9 1 253 1 253 2.90e-188 513 WP_092802679.1 WP_092802679.1 95.2 1 810 1 810 0.0 1583 NMG18956.1 NMG18956.1 87.1 1 86 1 86 4.70e-52 155 WP_058997548.1 WP_058997548.1 100 1 464 1 464 0.0 977 MCO7639728.1 MCO7639728.1 95.4 1 137 1 137 1.69e-96 272 PBK84789.1 PBK84789.1 96.3 1 156 1 156 6.83e-112 312 KAI9244300.1 KAI9244300.1 93.0 1 1221 1 1221 0.0 2321 WP_265332308.1 WP_265332308.1 94.6 1 423 1 423 4.50e-305 823 WP_049043948.1 WP_049043948.1 94.4 1 73 1 73 2.46e-48 145 WP_068780709.1 WP_068780709.1 88.3 1 276 1 276 2.14e-181 498 WP_247334239.1 WP_247334239.1 95.8 1 264 1 264 1.49e-191 523 WP_265966242.1 WP_265966242.1 96.1 1 213 1 213 4.47e-154 424 MBS7604783.1 MBS7604783.1 97.8 1 182 1 182 6.54e-134 370 MCI2155109.1 MCI2155109.1 88.3 1 292 1 292 5.49e-192 526 WP_013559898.1 WP_013559898.1 100 1 287 1 287 2.09e-223 605 CKQ42697.1 CKQ42697.1 88.5 1 311 1 311 2.26e-205 561 MCE4566367.1 MCE4566367.1 95.1 1 263 1 263 5.39e-189 516 MCL6540381.1 MCL6540381.1 91.4 1 144 1 144 2.01e-96 272 MBK8168045.1 MBK8168045.1 98.3 1 355 1 355 3.84e-267 721 EAG5429682.1 EAG5429682.1 78.2 1 346 1 346 2.74e-196 541 WP_038239756.1 WP_038239756.1 99.1 1 288 1 288 4.91e-218 592 WP_017633897.1 WP_017633897.1 93.6 1 135 1 135 9.47e-93 262 WP_050498798.1 WP_141817398.1 36.7 22 174 8 153 2.01e-25 94.7 WP_050498798.1 WP_050498798.1 93.5 1 187 1 187 3.08e-130 361 GFW26598.1 GFW26598.1 98.2 1 740 1 740 0.0 1499 TNI18971.1 TNI18971.1 88.7 1 245 1 245 3.04e-161 444 WP_043940504.1 MBP8196496.1 40.4 21 648 1 805 1.47e-186 546 WP_043940504.1 WP_150253061.1 44.7 14 648 12 696 2.66e-183 534 WP_043940504.1 HAN66834.1 53.5 16 648 16 659 2.65e-223 635 WP_043940504.1 WP_043940504.1 95.0 1 648 1 648 0.0 1264 HAS8246497.1 HAS8246497.1 90.3 1 984 1 984 0.0 1810 WP_176970092.1 WP_176970092.1 91.7 1 303 1 303 5.42e-209 570 MBC7309192.1 MBC7309192.1 95.3 1 92 1 92 5.26e-63 184 MCS6948817.1 MCS6948817.1 100 1 139 1 139 5.63e-105 293 HAQ9752200.1 HAQ9752200.1 96.0 1 126 1 126 4.47e-89 252 XP_007978456.1 XP_007978456.1 95.5 1 292 1 292 2.41e-211 575 EGS7961067.1 EGS7961067.1 95.4 1 230 1 230 2.11e-165 454 KAI8723523.1 KAI8723523.1 96.1 1 502 1 502 0.0 993 MCB0840321.1 MCB0840321.1 93.2 1 197 1 197 6.40e-137 379 WP_257880947.1 WP_257880947.1 91.2 1 418 1 418 5.07e-288 780 KAG1144813.1 KAG1144813.1 95.9 1 295 1 295 9.49e-215 584 XP_016469741.1 XP_016469741.1 96.2 1 215 1 215 7.71e-156 428 XP_036130723.1 XP_036130723.1 96.5 1 346 1 346 1.21e-254 689 WP_169105698.1 WP_169105698.1 95.0 1 243 1 243 5.81e-174 476 WP_169105698.1 RQD71026.1 32.6 1 238 1 235 2.10e-34 122 WP_169105698.1 WP_063316698.1 30.1 1 134 17 150 2.45e-12 62.8 WP_154097642.1 WP_154097642.1 90.8 1 457 1 457 1.13e-313 848 WP_135194320.1 WP_135194320.1 97.5 1 155 1 155 7.70e-113 315 MSR12783.1 MSR12783.1 88.4 1 252 1 252 2.81e-165 455 XP_003502921.1 XP_003502921.1 97.8 1 523 1 523 0.0 1055 WP_210356206.1 WP_210356206.1 100 1 189 1 189 2.45e-146 402 GFC18333.1 GFC18333.1 97.5 1 173 1 173 1.98e-126 350 WP_020403159.1 WP_020403159.1 94.3 1 474 1 474 0.0 918 WP_169356007.1 NRB72577.1 40.2 8 377 12 377 2.58e-81 252 WP_169356007.1 WP_169356007.1 95.1 1 380 1 380 2.75e-275 744 MCJ2541369.1 MCJ2541369.1 99.0 1 184 1 184 2.37e-137 379 WP_199711823.1 WP_199711823.1 96.6 1 282 1 282 8.39e-207 563 WP_076799287.1 WP_076799287.1 97.1 1 273 1 273 1.83e-201 548 WP_041481207.1 WP_041481207.1 93.6 1 546 1 546 0.0 1048 CAH2899959.1 CAH2899959.1 88.6 1 273 1 273 5.69e-180 494 CAH2899959.1 TXH38262.1 49.1 48 272 1 228 3.70e-66 204 SED94327.1 SED94327.1 94.9 1 455 1 455 0.0 887 WP_015484594.1 WP_015484594.1 92.8 1 481 1 481 0.0 915 XP_056050985.1 XP_056050985.1 93.7 1 1158 1 1158 0.0 2221 WP_109341768.1 WP_109341768.1 90.0 1 1762 1 1762 0.0 3227 KAJ1022640.1 KAJ1022640.1 93.0 1 401 1 401 8.33e-283 765 MBO5721020.1 MBO5721020.1 99.5 1 231 1 231 8.02e-175 478 EFD7787626.1 EFD7787626.1 86.3 1 109 1 109 1.38e-66 194 WDA54585.1 WDA54585.1 92.7 1 193 1 193 4.34e-133 369 WP_020560972.1 WP_020560972.1 96.2 1 90 1 90 2.63e-62 182 WP_096202154.1 WP_096202154.1 89.4 1 82 1 82 4.13e-51 153 MBQ3976808.1 MBQ3976808.1 94.9 1 135 1 135 1.99e-94 266 XP_018561118.1 XP_018561118.1 98.5 1 440 1 440 0.0 895 WP_002655233.1 WP_002655233.1 93.5 1 543 1 543 0.0 1041 MCL2033989.1 MCL2033989.1 100 1 125 1 125 7.74e-94 264 VDR39692.1 VDR39692.1 98.8 1 317 1 317 1.28e-239 649 WP_249557352.1 WP_249557352.1 90.1 1 96 1 96 2.36e-61 180 WP_070428178.1 WP_070428178.1 94.3 1 569 1 569 0.0 1102 WP_137732205.1 WP_137732205.1 93.6 1 621 1 621 0.0 1191 WP_201490320.1 WP_201490320.1 97.8 1 116 1 116 1.89e-83 237 WP_036973950.1 WP_036973950.1 93.6 1 186 1 186 1.16e-129 360 KNA07336.1 KNA07336.1 96.3 1 198 1 198 2.72e-143 395 KAG3033979.1 KAG3033979.1 90.9 1 463 1 463 2.42e-318 860 NRB78924.1 NRB78924.1 97.2 1 397 1 397 1.93e-295 796 PNJ24551.1 PNJ24551.1 89.8 1 165 1 165 1.06e-108 305 WP_027369743.1 WP_027369743.1 97.3 1 517 1 517 0.0 1038 EBU6207141.1 EBU6207141.1 90.4 1 681 1 681 0.0 1255 WP_244028884.1 WP_244028884.1 92.0 1 255 1 255 7.57e-176 482 XP_049486383.1 XP_049486383.1 94.8 1 1268 1 1268 0.0 2464 WP_119088635.1 WP_119088635.1 94.8 1 735 1 735 0.0 1430 XP_055254096.1 XP_055254096.1 100 1 194 1 194 3.21e-149 410 WP_241133221.1 WP_241133221.1 98.6 1 240 1 240 1.05e-179 491 WP_225781432.1 WP_225781432.1 91.0 1 381 1 381 1.09e-261 710 MBQ3321785.1 MBQ3321785.1 96.1 1 394 1 394 3.86e-289 780 MBQ3321785.1 MBO5857838.1 30.1 1 162 1 160 1.36e-16 75.1 MBX7048921.1 MBX7048921.1 98.1 1 80 1 80 3.29e-56 166 ETZ74096.1 ETZ74096.1 92.9 1 397 1 397 1.37e-279 756 TLX83379.1 TLX83379.1 94.4 1 177 1 177 1.81e-124 346 CDL84920.1 CDL84920.1 94.8 1 80 1 80 9.12e-54 159 WP_122920202.1 MBP8049567.1 33.4 23 287 4 275 8.37e-42 144 WP_122920202.1 CAH0143531.1 31.5 25 188 3 166 4.60e-19 81.3 WP_122920202.1 WP_122920202.1 92.2 1 293 1 293 2.20e-203 555 WP_122920202.1 WP_204504397.1 29.5 11 289 9 291 7.34e-34 123 HID24809.1 HID24809.1 95.4 1 701 1 701 0.0 1374 MBW6512602.1 MBW6512602.1 93.9 1 304 1 304 8.10e-216 587 MBD3641221.1 MBD3641221.1 94.9 1 226 1 226 2.03e-161 443 WP_070723361.1 MBQ8462807.1 59.6 1 788 1 815 0.0 917 WP_070723361.1 WP_070723361.1 100 1 793 1 793 0.0 1639 QQC21553.1 QQC21553.1 92.5 1 227 1 227 4.08e-157 432 WP_187843135.1 WP_187843135.1 90.7 1 153 1 153 9.00e-102 286 WP_126679569.1 WP_126679569.1 95.7 1 818 1 818 0.0 1607 WP_001804449.1 WP_001804449.1 96.4 1 403 1 403 4.58e-297 801 MCP4774001.1 WP_201520784.1 40.3 23 284 30 279 5.43e-56 180 MCP4774001.1 MCP4774001.1 93.6 1 284 1 284 1.74e-200 547 MCP4774001.1 WP_103270848.1 30.9 49 277 44 260 1.93e-28 108 WP_220492852.1 WP_220492852.1 95.4 1 848 1 848 0.0 1660 WP_063338866.1 WP_063338866.1 91.6 1 344 1 344 1.74e-237 645 WP_063338866.1 WP_132898842.1 57.9 69 343 2 278 2.13e-103 303 WP_110366458.1 TME45086.1 20.7 9 711 7 708 1.22e-39 157 WP_110366458.1 WP_110366458.1 91.8 1 1453 1 1453 0.0 2720 WP_110366458.1 MBL4744408.1 34.7 1 1039 1 1044 1.24e-182 569 WP_110366458.1 WP_133325549.1 21.8 10 1027 8 998 6.84e-69 251 WP_110366458.1 WP_265225845.1 22.6 5 1026 3 1050 6.20e-77 276 WP_110366458.1 WP_154963182.1 21.1 10 1037 8 1019 9.04e-64 235 WP_110366458.1 WP_172616972.1 20.3 9 1026 12 1014 2.08e-57 215 WP_110366458.1 WP_096647361.1 22.8 10 1026 10 1029 3.42e-76 273 WP_110366458.1 WP_039608285.1 22.5 4 1026 2 1002 3.19e-74 267 WP_110366458.1 MBT8462299.1 30.5 851 1026 2 196 1.11e-20 91.3 PAF30375.1 PAF30375.1 87.8 1 142 1 142 3.10e-90 256 WP_180034620.1 WP_241105826.1 50.9 12 331 14 330 7.19e-101 298 WP_180034620.1 WP_180034620.1 97.6 1 332 1 332 2.42e-247 669 GFA01557.1 GFA01557.1 95.8 1 526 1 526 0.0 1036 MBV5323933.1 MBV5323933.1 97.4 1 87 1 87 5.01e-61 178 EHH49716.1 EHH49716.1 100 1 163 1 163 5.13e-124 343 KAI9713296.1 KAI9713296.1 92.0 1 373 1 373 1.61e-259 704 KAG7197246.1 KAG7197246.1 91.9 1 828 1 828 0.0 1553 HAT4171334.1 SFB29161.1 42.6 3 515 2 524 1.14e-128 383 HAT4171334.1 HAT4171334.1 90.9 1 517 1 517 0.0 960 HAT4171334.1 WP_123653117.1 36.0 19 211 27 219 1.29e-29 115 HAT4171334.1 GFR82011.1 41.6 4 210 3 214 4.60e-44 153 WP_148803392.1 WP_148803392.1 92.4 1 207 1 207 1.55e-142 394 KAJ0864938.1 KAJ0864938.1 94.6 1 125 1 125 1.15e-86 246 WP_282035981.1 WP_282035981.1 95.0 1 170 1 170 2.82e-120 335 MCO6473319.1 MCO6473319.1 96.9 1 316 1 316 2.11e-233 633 XP_006376427.2 XP_006376427.2 95.3 1 417 1 417 3.83e-303 818 UPT73080.1 UPT73080.1 98.0 1 255 1 255 7.13e-190 518 EGR2272270.1 EGR2272270.1 92.0 1 682 1 682 0.0 1283 WP_079091847.1 WP_079091847.1 94.3 1 258 1 258 2.28e-183 501 KAG7553039.1 KAG7553039.1 93.7 1 297 1 297 4.15e-210 572 CUH97802.1 CUH97802.1 96.7 1 196 1 196 1.35e-142 393 CUH97802.1 HAW5846675.1 36.3 103 195 11 105 1.77e-12 59.7 WP_106697451.1 WP_106697451.1 91.9 1 436 1 436 1.45e-303 820 WP_200047810.1 WP_200047810.1 95.9 1 326 1 326 8.67e-238 645 WP_097273626.1 WP_097273626.1 100 1 312 1 312 1.83e-241 653 WP_223806191.1 WP_223806191.1 100 1 307 1 307 3.40e-239 647 XP_052459928.1 XP_052459928.1 97.6 1 256 1 256 7.70e-190 518 WP_282393050.1 WP_282393050.1 92.0 1 129 1 129 1.54e-86 246 KAF9021604.1 KAF9021604.1 98.2 1 334 1 334 6.21e-251 679 WP_190492354.1 WP_190492354.1 96.6 1 123 1 123 1.70e-87 248 RZU50905.1 RZU50905.1 89.3 1 630 1 630 0.0 1145 WP_004647440.1 WP_004647440.1 97.4 1 135 1 135 1.77e-97 274 WP_196051328.1 WP_196051328.1 95.4 1 678 1 678 0.0 1329 WP_196051328.1 WP_091423297.1 21.1 160 662 48 574 8.02e-30 123 WP_231022353.1 GER04731.1 48.4 1 363 1 401 6.49e-118 349 WP_231022353.1 WP_231022353.1 94.0 1 414 1 414 6.26e-296 799 GGY15265.1 GGY15265.1 93.9 1 190 1 190 4.91e-133 369 MBE0512446.1 MBE0512446.1 95.3 1 79 1 79 2.44e-53 158 WP_270310372.1 WP_270310372.1 93.6 1 424 1 424 7.72e-302 815 WP_009881125.1 WP_009881125.1 97.4 1 162 1 162 6.00e-118 328 MCB9642437.1 MCB9642437.1 93.8 1 37 1 37 1.35e-21 75.5 WP_061880815.1 WP_061880815.1 96.7 1 290 1 290 3.06e-213 580 KAI3416446.1 KAI3416446.1 95.6 1 81 1 81 4.14e-55 163 WP_015602159.1 WP_015602159.1 97.2 1 186 1 186 6.51e-136 375 XP_040238549.2 XP_040238549.2 93.1 1 2739 1 2739 0.0 5209 MBN8715319.1 MBN8715319.1 91.7 1 212 1 212 8.27e-145 400 WP_123966251.1 WP_157580311.1 31.1 207 413 31 256 2.32e-27 108 WP_123966251.1 WP_123966251.1 93.3 1 418 1 418 2.10e-296 801 MBA2544012.1 MBA2544012.1 96.5 1 555 1 555 0.0 1103 KDR18051.1 KDR18051.1 100 1 57 1 57 7.03e-41 125 WP_253495381.1 WP_253495381.1 95.9 1 211 1 211 2.59e-152 419 MCI0529127.1 MCI0529127.1 96.0 1 323 1 323 9.34e-236 639 WP_050163955.1 NLL64488.1 42.4 86 238 5 157 2.56e-32 114 WP_050163955.1 WP_050163955.1 95.2 1 239 1 239 1.67e-171 470 XP_001275602.1 XP_001275602.1 91.0 1 1577 1 1577 0.0 2922 WP_149040698.1 WP_149040698.1 93.3 1 422 1 422 3.66e-299 808 MBI5294613.1 MBI5294613.1 96.2 1 1067 1 1067 0.0 2107 KAG5560933.1 KAG5560933.1 96.9 1 68 1 68 3.38e-46 139 WP_070664995.1 WP_070664995.1 94.9 1 522 1 522 0.0 1018 KAJ3564783.1 WP_082565353.1 23.0 70 280 15 236 5.41e-12 64.7 KAJ3564783.1 KAJ3564783.1 96.2 1 390 1 390 1.56e-286 773 KAJ3564783.1 WP_044489505.1 24.2 53 318 5 269 2.15e-18 83.6 KAJ3564783.1 MBM6691367.1 19.2 268 325 13 86 2.83e+03 18.1 KDZ18439.1 KDZ18439.1 94.9 1 51 1 51 2.37e-32 103 WP_160877220.1 HIG56173.1 40.6 18 457 41 471 2.55e-97 303 WP_160877220.1 WP_160877220.1 96.6 1 523 1 523 0.0 1041 XP_047466965.1 XP_047466965.1 97.9 1 377 1 377 1.49e-282 762 WP_186480556.1 WP_186480556.1 99.7 1 538 1 538 0.0 1109 WP_193019742.1 WP_193019742.1 96.3 1 173 1 173 1.34e-124 346 NXX86929.1 NXX86929.1 92.7 1 1346 1 1346 0.0 2549 XP_004149267.1 XP_004149267.1 100 1 441 1 441 0.0 942 HIR19825.1 HIR19825.1 93.7 1 328 1 328 1.54e-232 632 NBT94281.1 NBT94281.1 96.5 1 181 1 181 6.80e-131 362 MBE6649515.1 MBE6649515.1 98.9 1 350 1 350 1.75e-265 717 EEE2002201.1 EEE2002201.1 98.4 1 150 1 150 2.93e-110 308 GFT96598.1 GFT96598.1 93.9 1 576 1 576 0.0 1109 WP_251111556.1 WP_251111556.1 95.1 1 311 1 311 2.86e-224 609 KAI9193803.1 KAI9193803.1 93.8 1 193 1 193 4.52e-135 374 OAQ80483.1 OAQ80483.1 97.1 1 327 1 327 3.55e-242 656 MCK4996050.1 TDR34929.1 49.6 40 366 18 348 9.18e-100 298 MCK4996050.1 MCK4996050.1 98.3 1 374 1 374 6.80e-282 760 WP_190461229.1 WP_190461229.1 97.5 1 158 1 158 4.98e-115 320 OPL17692.1 OPL17692.1 98.3 1 343 1 343 6.04e-258 697 WP_248328072.1 WP_248328072.1 93.4 1 418 1 418 1.48e-296 801 WP_059149453.1 WP_059149453.1 98.2 1 137 1 137 5.24e-100 281 KAG0047764.1 KAG0047764.1 98.2 1 872 1 872 0.0 1765 CSP94261.1 CSP94261.1 98.4 1 263 1 263 4.48e-197 536 WP_249310236.1 WP_249310236.1 100 1 111 1 111 4.55e-84 238 XP_025923156.1 XP_025923156.1 93.9 1 505 1 505 0.0 973 WP_255691273.1 WP_255691273.1 91.6 1 579 1 579 0.0 1083 SDI37994.1 SDI37994.1 93.1 1 106 1 106 2.93e-71 206 WP_035109232.1 WP_035109232.1 91.0 1 73 1 73 4.80e-46 139 KAJ6253787.1 KAJ6253787.1 93.3 1 513 1 513 0.0 981 WP_106735761.1 WP_004185621.1 91.2 3 350 5 352 4.43e-239 650 WP_106735761.1 WP_106735761.1 99.9 1 350 1 350 1.10e-268 725 MBS8550192.1 MBS8550192.1 96.2 1 203 1 203 8.74e-147 404 WP_053816212.1 WP_053816212.1 90.9 1 471 1 471 0.0 875 HCI22783.1 HCI22783.1 93.3 1 287 1 287 4.63e-202 551 YP_009919788.1 YP_009919788.1 91.2 1 128 1 128 6.82e-85 242 WP_004660460.1 WP_004660460.1 96.6 1 436 1 436 0.0 868 WP_004727834.1 WP_004727834.1 98.6 1 183 1 183 7.35e-136 375 GFX07062.1 GFX07062.1 96.8 1 164 1 164 1.21e-118 330 NXG47881.1 NXG47881.1 93.4 1 543 1 543 0.0 1040 WP_110984669.1 WP_110984669.1 89.4 1 387 1 387 4.09e-260 706 WP_050342552.1 WP_050342552.1 98.2 1 405 1 405 4.46e-305 822 WP_050342552.1 WP_280691874.1 20.5 154 404 43 284 7.92e-10 57.8 WP_266708839.1 WP_266708839.1 96.2 1 531 1 531 0.0 1051 WP_274323930.1 WP_274323930.1 93.2 1 114 1 114 4.17e-77 221 WP_133448963.1 WP_133448963.1 84.8 1 171 1 171 5.36e-105 296 WP_044459070.1 WP_044459070.1 99.4 1 197 1 197 3.32e-148 407 MBZ0271896.1 MBZ0271896.1 94.5 1 184 1 184 9.99e-130 360 KAF2871612.1 KAF2871612.1 97.1 1 97 1 97 2.43e-68 197 OGF51096.1 OGF51096.1 96.7 1 251 1 251 9.33e-184 502 MCD6081740.1 MCD6081740.1 100 1 173 1 173 2.60e-131 363 WP_108511015.1 WP_108511015.1 91.7 1 335 1 335 1.54e-231 630 WP_167197999.1 WP_167197999.1 90.6 1 79 1 79 5.55e-50 150 QDH16072.1 QDH16072.1 98.6 1 180 1 180 1.13e-133 369 MCB9315714.1 MCB9315714.1 90.4 1 213 1 213 6.03e-143 395 GLC62462.1 GLC62462.1 92.7 1 179 1 179 3.50e-123 343 KFZ09473.1 KFZ09473.1 95.5 1 262 1 262 2.47e-189 517 MCF8452598.1 MCF8452598.1 93.6 1 376 1 376 3.42e-267 723 UBY01598.1 UBY01598.1 87.3 1 118 1 118 1.27e-73 213 PBN43802.1 WP_202659240.1 32.3 175 439 46 301 9.49e-36 133 PBN43802.1 PBN43802.1 97.7 1 481 1 481 0.0 969 PBN43802.1 WP_045257206.1 28.8 138 445 4 302 4.03e-34 129 PBN43802.1 KAJ9293589.1 25.7 211 437 1 241 7.26e-19 84.7 MBI3778926.1 MBI3778926.1 99.1 1 207 1 207 2.41e-155 426 WP_055947144.1 WP_055947144.1 86.5 1 214 1 214 4.70e-136 378 EHW4033744.1 EHW4033744.1 99.0 1 206 1 206 1.84e-154 424 MCA9004139.1 MCA9004139.1 97.0 1 161 1 161 1.31e-116 325 MBM3534697.1 WP_218014032.1 20.4 246 543 38 362 1.18e-13 72.4 MBM3534697.1 MBM3534697.1 94.6 1 719 1 719 0.0 1395 MBM3534697.1 EHA1403784.1 15.4 270 711 69 528 7.85e-06 47.4 MBM3534697.1 WP_222322625.1 21.2 216 544 7 362 6.42e-18 85.9 WP_090467430.1 WP_090467430.1 100 1 206 1 206 8.11e-158 432 EHR8930749.1 EHR8930749.1 93.7 1 170 1 170 2.70e-118 330 KOR85988.1 KOR85988.1 91.0 1 585 1 585 0.0 1087 KOR85988.1 MCD6173453.1 29.0 10 312 7 306 1.40e-33 128 WP_264950959.1 WP_264950959.1 96.4 1 767 1 767 0.0 1521 WP_238975975.1 WP_238975975.1 94.5 1 523 1 523 0.0 1015 WP_238975975.1 MCC2110934.1 38.3 429 507 1 82 1.94e-10 55.8 WP_212282141.1 WP_212282141.1 88.7 1 99 1 99 3.56e-62 182 EAQ06730.1 EAQ06730.1 96.2 1 265 1 265 3.39e-193 527 WP_236248745.1 WP_236248745.1 98.7 1 136 1 136 6.91e-100 280 EFX4914003.1 EFX4914003.1 100 1 239 1 239 3.04e-192 522 EFL6071320.1 EFL6071320.1 98.2 1 365 1 365 2.00e-274 741 MOY08337.1 MOY08337.1 100 1 14 1 14 3.18e-08 40.4 GIS82389.1 GIS82389.1 97.1 1 80 1 80 1.91e-55 164 XP_040342838.1 XP_040342838.1 90.6 1 1353 1 1353 0.0 2496 AFA35617.1 AFA35617.1 97.0 1 215 1 215 2.30e-157 432 NQJ73193.1 NQJ73193.1 89.6 1 272 1 272 7.81e-182 499 XP_026829212.1 XP_026829212.1 89.6 1 2695 1 2695 0.0 4906 KAI1358894.1 KAI1358894.1 97.0 1 525 1 525 0.0 1049 WP_024870391.1 WP_092054000.1 20.2 22 321 22 328 4.08e-13 67.4 WP_024870391.1 WP_024870391.1 96.3 1 323 1 323 1.14e-236 642 EAI2381694.1 EAI2381694.1 97.0 1 96 1 96 1.86e-67 195 WP_167263015.1 MBC5824559.1 32.5 1 347 1 346 1.12e-51 174 WP_167263015.1 WP_167263015.1 95.2 1 369 1 369 1.98e-267 723 WP_167263015.1 MBQ1771956.1 41.5 1 366 7 366 4.77e-85 261 WP_221265680.1 WP_281543397.1 42.5 35 226 5 195 5.64e-41 143 WP_221265680.1 WP_084371009.1 40.5 20 236 3 218 6.35e-44 151 WP_221265680.1 WP_221265680.1 91.8 1 327 1 327 3.60e-226 615 WP_087199737.1 WP_267918242.1 17.1 97 572 96 548 2.80e-12 67.8 WP_087199737.1 WP_087199737.1 96.7 1 613 1 613 0.0 1220 WP_039190453.1 WP_039190453.1 92.8 1 457 1 457 0.0 870 WP_268285128.1 WP_268285128.1 97.1 1 408 1 408 2.68e-303 817 WP_223360106.1 WP_223360106.1 89.4 1 402 1 402 2.82e-270 733 OUR78726.1 OUR78726.1 96.8 1 102 1 102 7.62e-72 207 XP_008332845.1 XP_008332845.1 98.0 1 531 1 531 0.0 1073 TQD74562.1 TQD74562.1 95.3 1 219 1 219 4.45e-157 432 MCL4381067.1 MCL4381067.1 98.3 1 126 1 126 1.14e-91 259 PDM41204.1 PDM41204.1 91.9 1 661 1 661 0.0 1242 TKJ28570.1 TKJ28570.1 91.9 1 213 1 213 7.65e-146 403 TQD99590.1 TQD99590.1 92.5 1 189 1 189 7.24e-130 360 WP_180130780.1 WP_180130780.1 93.3 1 454 1 454 0.0 868 WP_254962431.1 WP_254962431.1 100 1 312 1 312 3.03e-240 650 WP_245961518.1 WP_245961518.1 100 1 60 1 60 2.66e-44 134 MBN8919778.1 MBN8919778.1 91.1 1 323 1 323 2.82e-221 603 PWL92822.1 PWL92822.1 95.3 1 121 1 121 1.65e-84 240 KFY78659.1 KFY78659.1 96.6 1 981 1 981 0.0 1949 WP_079619859.1 WP_079619859.1 96.5 1 344 1 344 3.47e-253 685 PLX13828.1 PLX13828.1 100 1 157 1 157 5.84e-118 328 MBW1714133.1 MBW1714133.1 93.8 1 163 1 163 2.44e-113 317 ENF92344.1 ENF92344.1 100 1 292 1 292 1.00e-228 619 ENF92344.1 WP_117077319.1 90.9 2 154 4 156 1.50e-99 287 WP_258515841.1 WP_258515841.1 99.3 1 81 1 81 7.41e-58 170 WP_006034446.1 WP_006034446.1 97.1 1 312 1 312 6.05e-231 626 WP_106759541.1 WP_106759541.1 94.8 1 415 1 415 7.38e-300 809 WP_204663166.1 WP_204663166.1 92.0 1 253 1 253 2.17e-174 478 MBJ7292067.1 MCF8709434.1 39.8 8 264 15 269 4.80e-54 174 MBJ7292067.1 MBJ7292067.1 95.1 1 264 1 264 1.01e-189 518 WP_086486287.1 WP_086486287.1 92.5 1 133 1 133 6.45e-90 255 EHH4366918.1 EHH4366918.1 97.3 1 317 1 317 3.39e-235 637 WP_282689626.1 WP_282689626.1 98.1 1 270 1 270 1.45e-201 548 KAJ1529594.1 AAV84242.1 76.8 7 148 2 144 2.21e-76 222 KAJ1529594.1 KAJ1529594.1 100 1 148 1 148 7.52e-112 311 XP_040136988.1 XP_040136988.1 96.1 1 507 1 507 0.0 1003 WP_060933343.1 WP_060933343.1 99.2 1 110 1 110 2.76e-80 229 WP_258380998.1 WP_258380998.1 94.3 1 239 1 239 1.13e-169 465 MCB1338306.1 MCB1338306.1 98.6 1 225 1 225 2.59e-168 461 WP_038052668.1 XP_052534275.1 29.0 6 416 105 602 1.61e-61 207 WP_038052668.1 WP_038052668.1 93.3 1 417 1 417 1.12e-295 799 WP_038052668.1 WP_200198809.1 40.3 13 410 14 416 2.23e-89 275 WP_038052668.1 RIX75659.1 35.5 3 410 14 440 7.04e-77 244 WP_116619797.1 WP_116619797.1 93.7 1 122 1 122 2.08e-83 238 WP_105526419.1 WP_105526419.1 92.3 1 247 1 247 6.23e-171 469 WP_129543374.1 WP_129543374.1 96.3 1 168 1 168 8.43e-121 336 XP_004869485.1 XP_004869485.1 96.6 1 555 1 555 0.0 1103 WP_248846761.1 WP_248846761.1 95.3 1 59 1 59 1.57e-38 119 MCP5260845.1 WP_180196654.1 53.6 3 564 7 557 3.81e-195 556 MCP5260845.1 MCP5260845.1 95.8 1 567 1 567 0.0 1118 WDS37366.1 WDS37366.1 96.7 1 532 1 532 0.0 1060 WP_238844860.1 WP_238844860.1 100 1 270 1 270 3.73e-213 578 NXY38534.1 NXY38534.1 100 1 147 1 147 3.59e-114 317 WP_263072085.1 WP_263072085.1 92.3 1 254 1 254 9.96e-176 482 MCB1815789.1 MCB1815789.1 96.4 1 310 1 310 2.36e-227 617 XP_044490862.1 XP_044490862.1 89.5 1 343 1 343 2.34e-230 627 MBM3322720.1 MBM3322720.1 99.2 1 343 1 343 7.66e-261 704 PKM16736.1 PKM16736.1 91.0 1 136 1 136 2.81e-90 256 MBG8612140.1 MBG8612140.1 97.6 1 366 1 366 2.53e-273 738 NLY22703.1 NLY22703.1 95.6 1 637 1 637 0.0 1251 TMH33622.1 TMH33622.1 93.5 1 244 1 244 2.45e-171 470 TEA36401.1 TEA36401.1 97.6 1 49 1 49 4.19e-32 102 WP_279029857.1 WP_279029857.1 93.1 1 368 1 368 1.55e-259 703 XP_037829017.1 XP_037829017.1 94.2 1 1195 1 1195 0.0 2305 GBM15324.1 GBM15324.1 96.4 1 523 1 523 0.0 1038 WP_236495189.1 WP_236495189.1 94.9 1 191 1 191 1.35e-135 375 XP_049236752.1 KAF8901107.1 23.5 10 475 33 488 6.21e-34 135 XP_049236752.1 XP_049236752.1 94.7 1 825 1 825 0.0 1603 XP_049236752.1 AJU61790.1 37.1 6 488 21 502 1.03e-89 293 MBO6153462.1 MBO6153462.1 96.8 1 65 1 65 7.59e-44 133 EAZ93353.1 EAZ93353.1 96.1 1 53 1 53 1.97e-34 108 TAL78422.1 TAL78422.1 100 1 262 1 262 9.83e-205 556 MBQ9979016.1 MBQ9979016.1 90.5 1 367 1 367 4.02e-250 679 MBQ9979016.1 WP_131734175.1 24.9 131 354 33 250 7.62e-16 75.1 KAF0259695.1 KAF0259695.1 91.2 1 212 1 212 9.66e-144 397 WP_263011293.1 WP_263011293.1 93.1 1 137 1 137 1.34e-93 265 WP_153201580.1 WP_153201580.1 98.9 1 204 1 204 1.07e-152 419 WP_074667553.1 WP_074667553.1 95.3 1 335 1 335 1.15e-242 658 WP_096443068.1 WP_096443068.1 97.9 1 313 1 313 5.84e-234 634 WP_096443068.1 WP_251767892.1 24.0 29 235 12 200 5.84e-13 65.1 WP_063378475.1 WP_063378475.1 96.3 1 79 1 79 4.20e-54 160 WP_211627431.1 WP_211627431.1 96.5 1 613 1 613 0.0 1217 WP_152029253.1 WP_152029253.1 93.0 1 96 1 96 6.01e-64 186 WP_172228453.1 WP_172228453.1 100 1 57 1 57 5.99e-42 128 XP_054800357.1 XP_054800357.1 97.5 1 659 1 659 0.0 1324 MCD4805360.1 MCD4805360.1 91.8 1 385 1 385 4.86e-267 724 MUU11774.1 MBA2554676.1 31.2 43 284 55 300 1.01e-31 117 MUU11774.1 MUU11774.1 90.1 1 284 1 284 1.72e-191 524 MUU11774.1 NUQ31250.1 23.0 61 279 96 345 7.75e-15 72.0 WP_221286480.1 WP_221286480.1 91.5 1 286 1 286 1.32e-196 537 WP_076679691.1 WP_076679691.1 96.6 1 129 1 129 4.98e-92 260 QIG46118.1 QIG46118.1 99.2 1 330 1 330 6.45e-251 678 WP_171531042.1 WP_171531042.1 99.7 1 356 1 356 1.35e-272 735 XP_002430673.1 XP_002430673.1 95.5 1 66 1 66 8.14e-44 133 ANJ20823.1 ANJ20823.1 100 1 66 1 66 2.21e-50 150 NXR14151.1 NXR14151.1 99.2 1 261 1 261 2.70e-197 537 MBI5003436.1 MBI5003436.1 93.3 1 508 1 508 0.0 972 MCU2740175.1 MCU2740175.1 98.8 1 186 1 186 1.66e-138 382 XP_052621353.1 XP_052621353.1 97.9 1 522 1 522 0.0 1054 KAJ4922108.1 NXM82541.1 43.7 26 468 1 497 1.71e-127 377 KAJ4922108.1 KAJ4922108.1 91.8 1 468 1 468 0.0 879 MBK6983032.1 MBK6983032.1 93.6 1 78 1 78 2.19e-51 153 MCI9332849.1 MCI9332849.1 94.7 1 201 1 201 1.39e-142 394 WP_057489847.1 WP_057489847.1 98.2 1 130 1 130 1.37e-94 266 WP_100146488.1 WP_100146488.1 90.7 1 67 1 67 1.20e-41 128 MBI4448201.1 MBI4448201.1 95.9 1 197 1 197 8.44e-142 391 WP_274358594.1 WP_274358594.1 92.7 1 208 1 208 7.12e-144 397 XP_052375968.1 XP_052375968.1 99.1 1 252 1 252 3.98e-190 518 WP_137692307.1 WP_137692307.1 93.9 1 515 1 515 0.0 992 MBS0252047.1 MBS0252047.1 96.9 1 273 1 273 7.44e-201 547 MBM3499926.1 MBM3499926.1 97.0 1 263 1 263 1.01e-193 528 MBQ6111538.1 MBQ6111538.1 91.7 1 79 1 79 9.58e-51 152 WP_189646918.1 WP_116818916.1 37.1 2 724 6 733 9.56e-145 439 WP_189646918.1 WP_189646918.1 93.8 1 728 1 728 0.0 1400 MXX91804.1 MXX91804.1 100 1 123 1 123 2.72e-93 263 WP_059632389.1 WP_059632389.1 99.7 1 414 1 414 9.96e-318 854 HCW55486.1 HCW55486.1 96.4 1 138 1 138 1.90e-98 277 WP_260920963.1 WP_260920963.1 90.9 1 322 1 322 6.15e-220 599 MAA73247.1 MAA73247.1 92.0 1 174 1 174 1.81e-118 330 KJS09633.1 KJS09633.1 91.9 1 589 1 589 0.0 1107 WP_171251269.1 WP_171251269.1 97.3 1 132 1 132 3.90e-95 268 MBR6293537.1 MBL1150364.1 27.7 4 175 6 180 3.73e-16 70.9 MBR6293537.1 MBR6293537.1 97.4 1 177 1 177 2.39e-129 358 MBD8963934.1 MBD8963934.1 96.6 1 395 1 395 1.52e-291 786 KAF4998971.1 KAF4998971.1 98.9 1 271 1 271 1.98e-204 556 WP_056264272.1 WP_056264272.1 98.8 1 252 1 252 1.62e-189 516 HIE21596.1 HIE21596.1 89.7 1 285 1 285 3.74e-191 523 WP_262138576.1 WP_262138576.1 99.1 1 215 1 215 1.76e-161 442 MBN4358138.1 MBN4358138.1 100 1 15 1 15 2.31e-08 40.8 WP_182997113.1 WP_182997113.1 96.3 1 162 1 162 2.86e-116 324 WP_215799033.1 WP_215799033.1 93.0 1 599 1 599 0.0 1140 MBO7690464.1 MBO7690464.1 100 1 609 1 609 0.0 1288 MBO7690464.1 WP_122747354.1 30.2 95 561 57 526 9.44e-61 209 ANN75327.1 ANN75327.1 99.0 1 293 1 293 1.12e-221 601 RVU39726.1 RVU39726.1 92.2 1 158 1 158 2.10e-107 301 WP_129189671.1 WP_129189671.1 93.9 1 701 1 701 0.0 1348 WP_009620393.1 WP_009620393.1 92.5 1 295 1 295 1.33e-205 561 MCE5327674.1 MCE5327674.1 90.9 1 691 1 691 0.0 1281 WP_184846795.1 WP_184846795.1 90.7 1 716 1 716 0.0 1325 CAG5919444.1 CAG5919444.1 93.2 1 2696 1 2696 0.0 5136 WP_251643117.1 WP_251643117.1 95.6 1 1129 1 1129 0.0 2216 XP_013338901.1 XP_013338901.1 95.7 1 245 1 245 4.26e-177 484 WP_254645866.1 WP_254645866.1 94.9 1 213 1 213 8.66e-152 418 EFK3891274.1 EFK3891274.1 99.7 1 140 1 140 3.52e-104 291 WP_271820285.1 MCB9544502.1 49.8 279 369 10 98 2.93e-21 85.9 WP_271820285.1 WP_271820285.1 92.8 1 371 1 371 8.30e-261 707 WP_119400337.1 MAB27215.1 42.4 1 133 1 131 1.08e-28 100 WP_119400337.1 WP_119400337.1 99.6 1 134 1 134 1.71e-99 279 GGK76871.1 GGK76871.1 94.6 1 276 1 276 3.01e-197 538 WP_161554567.1 WP_161554567.1 100 1 252 1 252 6.13e-194 528 WP_049595658.1 WP_049595658.1 93.7 1 102 1 102 6.04e-69 199 KAH8979981.1 KAH8979981.1 98.4 1 190 1 190 5.77e-141 389 ANP72927.1 ANP72927.1 92.1 1 257 1 257 1.86e-177 486 WP_279270002.1 WP_279270002.1 97.0 1 231 1 231 1.74e-169 464 KAB2615394.1 KAB2615394.1 93.5 1 332 1 332 7.66e-235 638 NTM88027.1 NTM88027.1 96.7 1 674 1 674 0.0 1341 HAS6615025.1 HAS6615025.1 95.7 1 79 1 79 1.21e-53 159 MCR5673014.1 MCR5673014.1 87.6 1 165 1 165 2.41e-105 296 HCA5739398.1 HCA5739398.1 92.9 1 245 1 245 1.08e-170 468 RAI83609.1 RAI83609.1 95.2 1 237 1 237 4.79e-170 466 WP_010997757.1 WP_010997757.1 93.9 1 552 1 552 0.0 1064 OTO70739.1 OTO70739.1 90.9 1 30 1 30 1.14e-15 60.1 WP_143010918.1 WP_143010918.1 97.3 1 784 1 784 0.0 1570 WP_255375741.1 WP_255375741.1 88.9 1 283 1 283 1.46e-187 514 MBR5377733.1 MBR5377733.1 95.8 1 215 1 215 6.34e-155 426 WP_247623927.1 WP_247623927.1 90.1 1 403 1 403 9.54e-274 742 WP_247623927.1 WP_232968558.1 43.9 100 403 8 314 1.01e-75 236 WP_247623927.1 PAV09171.1 37.3 101 401 25 319 5.35e-56 185 WP_018646673.1 WP_018646673.1 93.6 1 958 1 958 0.0 1836 XP_016445639.1 XP_016445639.1 100 1 548 1 548 0.0 1139 XP_029698713.1 XP_029698713.1 100 1 1030 1 1030 0.0 2186 MBU5424338.1 WP_057651690.1 28.5 16 254 54 290 3.89e-25 99.8 MBU5424338.1 MBU5424338.1 95.2 1 273 1 273 1.38e-196 536 MBU5424338.1 MCB1644245.1 30.4 14 254 8 247 9.19e-30 111 MBU5424338.1 MXY99086.1 28.8 23 255 1 237 7.28e-26 100 WP_111106433.1 WP_111106433.1 95.2 1 161 1 161 5.14e-114 318 PDW44028.1 PDW44028.1 93.6 1 673 1 673 0.0 1291 XP_013164386.1 XP_013164386.1 99.1 1 526 1 526 0.0 1077 MBR3209975.1 MBR3209975.1 83.8 1 81 1 81 2.94e-46 140 WP_006336501.1 WP_006336501.1 94.1 1 112 1 112 1.47e-76 219 HCE77318.1 HCE77318.1 98.6 1 267 1 267 1.90e-200 545 WP_015203918.1 WP_015203918.1 95.8 1 469 1 469 0.0 924 WP_086987611.1 WP_086987611.1 94.2 1 133 1 133 4.72e-92 260 KAA6389633.1 KAA6389633.1 96.1 1 924 1 924 0.0 1823 HEB56095.1 HEB56095.1 95.9 1 242 1 242 2.28e-175 480 HEB56095.1 WP_006198916.1 27.4 36 219 26 212 1.51e-16 74.3 WP_047323176.1 WP_047323176.1 93.5 1 383 1 383 1.11e-271 735 MBT6415404.1 MBT6415404.1 95.9 1 210 1 210 1.97e-151 417 MBK3737236.1 MBK3737236.1 94.1 1 667 1 667 0.0 1287 AEH52569.1 AEH52569.1 97.8 1 128 1 128 1.13e-92 261 DAK76805.1 DAK76805.1 98.9 1 134 1 134 1.40e-98 277 KAJ6490484.1 KAJ6490484.1 94.6 1 1327 1 1327 0.0 2572 WP_157502995.1 WP_157502995.1 96.5 1 342 1 342 1.41e-251 681 WP_223232292.1 WP_223232292.1 96.2 1 296 1 296 3.06e-216 588 KYG00847.1 KYG00847.1 91.3 1 945 1 945 0.0 1760 XP_033824504.1 XP_033824504.1 95.3 1 1154 1 1154 0.0 2256 MBQ0048698.1 MBQ0048698.1 98.2 1 349 1 349 1.81e-262 709 RBQ02499.1 RBQ02499.1 99.8 1 343 1 343 1.13e-262 709 WP_074801249.1 WP_074801249.1 91.0 1 93 1 93 4.48e-60 176 MBI1210064.1 MBI1210064.1 97.9 1 226 1 226 1.14e-167 459 XP_054446685.1 XP_046298169.1 27.3 9 296 13 302 3.34e-29 112 XP_054446685.1 XP_034290446.1 39.9 9 308 12 312 2.53e-64 204 XP_054446685.1 XP_042531659.1 39.0 3 305 5 307 1.55e-62 199 XP_054446685.1 XP_005087540.1 44.9 8 303 10 305 1.94e-76 234 XP_054446685.1 XP_054446685.1 93.0 1 309 1 309 5.07e-217 591 XP_054446685.1 AAR19565.1 39.8 63 283 2 222 8.49e-45 150 XP_054446685.1 XP_049747270.1 29.5 9 305 13 310 7.56e-36 129 XP_054446685.1 XP_002688837.2 40.9 1 303 3 305 1.17e-67 212 XP_054446685.1 XP_012889676.1 38.7 2 300 4 302 1.22e-60 194 WP_129873796.1 WP_129873796.1 95.7 1 973 1 973 0.0 1911 WP_087702867.1 WP_087702867.1 92.1 1 642 1 642 0.0 1210 GFH27490.1 GFH27490.1 96.3 1 315 1 315 1.09e-230 626 GFH27490.1 WP_147434933.1 50.1 108 308 2 198 1.39e-58 185 WP_034563362.1 WP_034563362.1 93.1 1 202 1 202 2.92e-140 388 KAJ8704128.1 KAJ8704128.1 93.9 1 296 1 296 5.45e-210 572 XP_028543448.1 XP_028543448.1 94.8 1 916 1 916 0.0 1781 WP_213341058.1 WP_213341058.1 87.3 1 111 1 111 5.78e-69 200 WP_025016984.1 WP_025016984.1 88.9 1 453 1 453 2.70e-303 821 WP_170015751.1 WP_170015751.1 96.6 1 375 1 375 7.90e-277 748 WP_277479375.1 WP_277479375.1 98.2 1 1033 1 1033 0.0 2090 KAA3630074.1 KAA3630074.1 100 1 96 1 96 4.19e-73 209 MBX3011771.1 MBX3011771.1 85.4 1 118 1 118 1.74e-71 207 KMZ99658.1 KMZ99658.1 93.0 1 2416 1 2416 0.0 4591 XP_001448147.1 XP_001448147.1 95.9 1 411 1 411 4.62e-301 812 WP_107883730.1 WP_107883730.1 89.5 1 420 1 420 4.45e-283 767 WP_067636955.1 WP_067636955.1 96.9 1 187 1 187 4.94e-136 376 KAG6786554.1 KAG6786554.1 93.1 1 309 1 309 2.51e-217 592 WP_176349335.1 WP_176349335.1 100 1 229 1 229 4.84e-175 478 WP_169984846.1 WP_169984846.1 98.8 1 437 1 437 0.0 893 WP_103124525.1 WP_103124525.1 93.6 1 299 1 299 2.06e-211 576 MCD3114202.1 MCD3114202.1 100 1 33 1 33 2.15e-21 74.7 MBU2478158.1 MBU2478158.1 89.5 1 63 1 63 4.18e-38 119 XP_046463157.1 XP_046463157.1 98.1 1 159 1 159 1.13e-116 325 THY23779.1 THY23779.1 86.6 1 356 1 356 9.07e-230 627 KAF6757059.1 KAF6757059.1 98.9 1 215 1 215 3.55e-161 442 UJR17665.1 UJR17665.1 98.0 1 243 1 243 1.14e-180 493 XP_042666906.1 XP_042666906.1 96.3 1 344 1 344 2.01e-252 683 RGZ20155.1 RGZ20155.1 92.5 1 289 1 289 3.12e-201 549 GIP39269.1 GIP39269.1 92.0 1 214 1 214 1.01e-146 405 EII8712558.1 EII8712558.1 97.7 1 105 1 105 5.93e-75 215 TSC89929.1 TSC89929.1 96.6 1 62 1 62 1.71e-41 127 MBB4856459.1 MBB4856459.1 96.9 1 200 1 200 8.11e-146 402 WP_262832653.1 WP_262832653.1 97.3 1 166 1 166 7.24e-121 336 WP_029528833.1 WP_029528833.1 95.8 1 453 1 453 0.0 893 WP_282467912.1 WP_282467912.1 87.0 1 1038 1 1038 0.0 1828 TXI82219.1 TXI82219.1 90.7 1 80 1 80 1.03e-50 152 WP_278266677.1 WP_278266677.1 95.6 1 467 1 467 0.0 919 WP_278266677.1 MBV8349295.1 40.2 19 337 33 367 2.81e-71 228 TNN52570.1 TNN52570.1 92.9 1 113 1 113 4.53e-76 218 HBN08375.1 HBN08375.1 99.2 1 185 1 185 1.54e-138 382 SJX71965.1 SJX71965.1 100 1 297 1 297 3.63e-229 620 WP_127508273.1 WP_127508273.1 96.6 1 188 1 188 2.64e-136 377 MBA3472522.1 MBA3472522.1 86.2 1 52 1 52 5.80e-29 95.1 WP_218505696.1 WP_218505696.1 97.1 1 232 1 232 2.29e-170 466 WP_226678738.1 WP_226678738.1 96.4 1 334 1 334 1.91e-245 665 WP_187029467.1 WP_187029467.1 85.7 1 86 1 86 5.50e-51 153 UUZ81931.1 UUZ81931.1 100 1 99 1 99 7.99e-77 219 MBQ6875507.1 MBQ6875507.1 100 1 227 1 227 1.97e-173 474 WP_101564711.1 WP_101564711.1 98.4 1 342 1 342 1.13e-257 696 MSU20497.1 MSU20497.1 94.4 1 326 1 326 2.28e-233 634 MSU20497.1 MBO4168293.1 28.9 88 314 6 233 3.03e-24 97.4 WP_047914038.1 WP_047914038.1 91.0 1 647 1 647 0.0 1202 PWA46560.1 PWA46560.1 100 1 67 1 67 1.33e-47 143 WP_153219677.1 WP_153219677.1 92.3 1 1684 1 1684 0.0 3174 WP_171653853.1 WP_171653853.1 96.5 1 168 1 168 4.18e-121 337 WP_227903033.1 WP_227903033.1 89.1 1 132 1 132 4.55e-85 243 WP_047664410.1 WP_047664410.1 96.4 1 187 1 187 2.86e-135 374 NLB93078.1 NLB93078.1 91.8 1 150 1 150 4.16e-101 285 KAI1725697.1 KAI1725697.1 100 1 369 1 369 2.24e-307 824 MBK8382708.1 MBK8382708.1 98.1 1 258 1 258 2.30e-192 524 WP_208090714.1 WP_208090714.1 92.5 1 160 1 160 3.62e-109 306 WP_280658332.1 WP_280658332.1 99.2 1 199 1 199 2.33e-149 410 MXI78925.1 MXI78925.1 98.7 1 200 1 200 3.58e-149 410 NLO64495.1 NLO64495.1 94.9 1 545 1 545 0.0 1063 MBM2811997.1 MBM2811997.1 96.0 1 260 1 260 6.07e-189 516 RLN36134.1 RLN36134.1 97.4 1 410 1 410 5.66e-306 824 WP_119815679.1 MBP8741618.1 34.3 31 723 3 699 3.78e-118 375 WP_119815679.1 WP_119815679.1 96.8 1 929 1 929 0.0 1850 WP_119815679.1 WP_025983621.1 45.6 30 226 4 195 9.26e-46 161 WP_213625822.1 WP_213625822.1 95.9 1 156 1 156 2.78e-111 311 NEP87605.1 NEP87605.1 96.6 1 333 1 333 3.57e-245 664 WP_105399038.1 WP_105399038.1 99.2 1 76 1 76 6.85e-54 159 WP_251247609.1 WP_251247609.1 100 1 294 1 294 3.22e-226 613 GMF22075.1 GMF22075.1 96.1 1 469 1 469 0.0 928 GHV04322.1 GHV04322.1 90.4 1 567 1 567 0.0 1045 WP_182544916.1 WP_182544916.1 97.3 1 571 1 571 0.0 1145 WP_232553043.1 PZN79281.1 31.2 1 379 2 394 2.08e-55 185 WP_232553043.1 WP_232553043.1 93.8 1 382 1 382 5.10e-272 736 TCK28839.1 TCK28839.1 93.4 1 320 1 320 4.22e-226 615 NUV85209.1 NUV85209.1 94.4 1 526 1 526 0.0 1019 WP_216418390.1 WP_216418390.1 91.6 1 208 1 208 9.70e-142 392 RLT18611.1 RLT18611.1 94.0 1 151 1 151 6.90e-105 294 WP_267937098.1 WP_267937098.1 93.7 1 189 1 189 5.31e-132 366 MBC7977454.1 MBC7977454.1 92.6 1 81 1 81 8.07e-53 157 WP_128690407.1 WP_128690407.1 100 1 184 1 184 3.00e-140 386 WP_068563945.1 WP_068563945.1 91.6 1 551 1 551 0.0 1031 MBN2775557.1 MBN2775557.1 96.0 1 119 1 119 8.25e-84 238 WP_134806596.1 WP_134806596.1 100 1 29 1 29 5.53e-18 65.9 NRB12392.1 NRB12392.1 96.0 1 213 1 213 6.35e-154 423 WP_114695256.1 WP_114695256.1 97.9 1 716 1 716 0.0 1444 MBI4300015.1 MBI4300015.1 97.3 1 466 1 466 0.0 935 WP_262175203.1 WP_262175203.1 93.4 1 146 1 146 1.78e-100 283 WP_135676778.1 WP_135676778.1 98.2 1 104 1 104 1.11e-74 214 MBS4968936.1 MBS4968936.1 93.0 1 291 1 291 6.58e-204 556 TMJ83338.1 TMJ83338.1 100 1 198 1 198 4.04e-154 422 EGT3575439.1 EGT3575439.1 94.7 1 143 1 143 5.80e-100 281 OMO76535.1 OMO76535.1 95.4 1 182 1 182 8.58e-130 360 WP_202587913.1 WP_202587913.1 98.2 1 108 1 108 9.34e-78 222 XP_018594075.2 XP_018594075.2 92.5 1 208 1 208 2.04e-143 396 WP_077492284.1 WP_077492284.1 97.3 1 135 1 135 2.51e-97 274 GEX99374.1 GEX99374.1 89.7 1 362 1 362 4.83e-244 664 MBS13190.1 MBS13190.1 95.5 1 462 1 462 0.0 908 XP_046837596.1 XP_046837596.1 100 1 501 1 501 0.0 1039 WP_022723191.1 WP_022723191.1 95.3 1 95 1 95 3.36e-65 189 WP_105336487.1 WP_105336487.1 100 1 200 1 200 4.53e-152 417 MCO4016744.1 MCO4016744.1 95.0 1 503 1 503 0.0 983 KAI6203333.1 KAI6203333.1 98.7 1 180 1 180 7.98e-134 370 MBO8166298.1 MBO8166298.1 93.6 1 117 1 117 9.35e-80 228 OLE87009.1 OLE87009.1 92.7 1 672 1 672 0.0 1275 KQM27662.1 KQM27662.1 91.5 1 253 1 253 3.60e-173 475 WP_139649072.1 WP_139649072.1 88.5 1 222 1 222 3.07e-145 402 KAG7345309.1 KAG7345309.1 96.0 1 387 1 387 9.73e-284 766 XP_034481174.1 XP_034481174.1 99.2 1 174 1 174 6.62e-130 359 EFA5447392.1 EFA5447392.1 99.9 1 179 1 179 4.45e-135 373 MBI3868575.1 MBI3868575.1 95.1 1 213 1 213 4.29e-152 419 BBG20955.1 BBG20955.1 95.1 1 2890 1 2890 0.0 5630 BBG20955.1 ULU28230.1 30.3 83 1372 67 1056 8.36e-176 571 BBG20955.1 MBQ7389792.1 37.3 7 1400 7 1255 2.05e-270 843 BBG20955.1 WP_061278828.1 46.2 1395 2881 6 1374 0.0 1208 BBG20955.1 WP_261665820.1 47.7 1387 2872 8 1362 0.0 1259 BBG20955.1 HAJ19792.1 52.1 599 686 1 88 6.72e-21 87.8 BBG20955.1 AIR77599.1 39.7 23 471 1 445 5.52e-90 300 BBG20955.1 WP_189931865.1 39.7 11 1375 21 1126 2.54e-294 901 WP_045136250.1 WP_045136250.1 87.9 1 86 1 86 1.15e-52 157 MCB9222627.1 MCB9222627.1 97.9 1 194 1 194 4.04e-143 394 WP_264750294.1 WP_264750294.1 100 1 886 1 886 0.0 1839 XP_026100634.1 XP_026100634.1 94.3 1 440 1 440 3.12e-316 853 WP_017487366.1 WP_017487366.1 97.8 1 73 1 73 1.26e-50 151 WP_034968029.1 WP_150731550.1 39.5 44 359 22 337 5.93e-66 211 WP_034968029.1 WP_034968029.1 100 1 361 1 361 1.73e-282 761 OXE30643.1 OXE30643.1 96.7 1 108 1 108 3.13e-76 218 QDI78883.1 QDI78883.1 98.8 1 431 1 431 0.0 880 XP_008604006.1 XP_008604006.1 87.6 1 143 1 143 1.16e-90 258 EGT0637761.1 EGT0637761.1 96.6 1 181 1 181 4.79e-131 363 WP_135916821.1 WP_135916821.1 97.5 1 272 1 272 1.19e-201 549 MXW58053.1 MXW58053.1 100 1 284 1 284 3.60e-218 592 XP_050358545.1 XP_050358545.1 97.2 1 493 1 493 0.0 988 XP_004225259.1 XP_004225259.1 96.1 1 729 1 729 0.0 1441 AQA21753.1 AQA21753.1 96.6 1 154 1 154 9.75e-111 309 DAO35860.1 DAO35860.1 96.8 1 172 1 172 1.24e-124 346 MCB9555407.1 MCB9555407.1 100 1 491 1 491 0.0 1025 NOG54385.1 NOG54385.1 88.9 1 523 1 523 0.0 947 XP_027894086.1 XP_027894086.1 94.8 1 953 1 953 0.0 1852 GIY33458.1 GIY33458.1 93.7 1 949 1 949 0.0 1820 MCI1663915.1 MBI1797961.1 38.1 4 341 13 347 1.47e-67 214 MCI1663915.1 WP_069877432.1 42.0 10 341 12 344 7.07e-78 241 MCI1663915.1 MCI1663915.1 96.9 1 345 1 345 5.56e-255 690 WP_142429410.1 WP_142429410.1 91.0 1 61 1 61 1.49e-37 117 XP_040114763.1 XP_040114763.1 96.6 1 596 1 596 0.0 1185 WP_129857883.1 WP_129857883.1 89.3 1 412 1 412 8.52e-277 751 WP_137058869.1 WP_137058869.1 94.1 1 216 1 216 1.88e-152 420 WP_278924671.1 WP_278924671.1 88.0 1 94 1 94 3.26e-58 172 XP_033130084.1 XP_033130084.1 96.0 1 214 1 214 1.19e-154 425 WP_186939222.1 WP_186939222.1 93.6 1 848 1 848 0.0 1625 WP_186939222.1 MBR2406030.1 27.0 119 755 29 663 5.00e-67 234 RZO90007.1 RZO90007.1 93.4 1 328 1 328 8.92e-232 630 WP_067908376.1 WP_067908376.1 95.2 1 263 1 263 3.80e-189 516 XP_010831352.1 XP_010831352.1 94.0 1 1301 1 1301 0.0 2504 WP_187094112.1 WP_187094112.1 95.1 1 288 1 288 1.63e-207 565 MPT34124.1 MPT34124.1 97.1 1 121 1 121 1.72e-86 245 MBO5205168.1 MBO5205168.1 98.5 1 308 1 308 1.09e-231 628 MBK8687530.1 MBK8687530.1 93.0 1 225 1 225 1.42e-156 431 WP_228527316.1 WP_228527316.1 94.7 1 67 1 67 4.32e-44 134 WP_276153259.1 WP_276153259.1 94.9 1 359 1 359 4.43e-259 701 PCJ60344.1 PCJ60344.1 99.1 1 82 1 82 1.95e-58 171 WP_034004944.1 WP_034004944.1 92.6 1 80 1 80 4.35e-52 155 XP_007405597.1 XP_007405597.1 100 1 266 1 266 8.09e-206 559 WP_241323553.1 WP_241323553.1 94.5 1 411 1 411 7.04e-296 799 WP_149633476.1 WP_149633476.1 100 1 222 1 222 1.50e-170 466 COS78102.1 COS78102.1 96.0 1 81 1 81 2.05e-55 164 XP_031145922.1 XP_031145922.1 92.7 1 330 1 330 4.24e-231 628 KAF1792308.1 KAF1792308.1 100 1 597 1 597 0.0 1249 XP_012206226.1 XP_012206226.1 96.2 1 654 1 654 0.0 1294 TIX75263.1 TIX75263.1 100 1 80 1 80 9.80e-58 169 TNH24208.1 TNH24208.1 97.3 1 97 1 97 1.71e-68 198 WP_091252096.1 WP_091252096.1 95.2 1 206 1 206 3.84e-147 405 HJE11106.1 HJE11106.1 94.2 1 458 1 458 0.0 887 MBQ1306452.1 MBQ1306452.1 100 1 326 1 326 5.98e-254 686 WP_010865602.1 WP_010865602.1 97.8 1 392 1 392 8.81e-294 792 WP_074028604.1 WP_074028604.1 100 1 60 1 60 7.37e-42 128 CAG5083139.1 CAG5083139.1 92.1 1 191 1 191 1.03e-130 363 WP_121452481.1 WP_121452481.1 92.3 1 192 1 192 9.48e-132 365 MBQ8412219.1 MBQ8412219.1 90.7 1 105 1 105 3.07e-68 198 WP_160352546.1 WP_160352546.1 90.3 1 238 1 238 4.19e-160 441 MBU2573448.1 MBU2573448.1 92.5 1 522 1 522 0.0 988 TAG14385.1 TAG14385.1 97.7 1 220 1 220 1.10e-162 446 HIS46075.1 HIS46075.1 94.8 1 272 1 272 6.08e-195 532 MBS6779195.1 MBS6779195.1 96.7 1 391 1 391 6.15e-289 780 MBP3450714.1 MBP3450714.1 98.2 1 144 1 144 2.02e-105 295 WP_259633828.1 WP_259633828.1 96.2 1 41 1 41 1.86e-25 85.5 CAB3503427.1 CAB3503427.1 95.8 1 670 1 670 0.0 1320 WP_167084302.1 WP_167084302.1 99.2 1 147 1 147 5.52e-109 304 MBK9137892.1 MBK9137892.1 93.9 1 423 1 423 5.03e-302 815 WP_086612756.1 WP_086612756.1 95.2 1 130 1 130 4.41e-91 258 WP_229319113.1 WP_229319113.1 87.9 1 564 1 564 0.0 1007 MCI40880.1 MCI40880.1 90.8 1 78 1 78 2.11e-49 148 MBU6305288.1 MBU6305288.1 98.0 1 135 1 135 3.06e-98 276 UAS17182.2 UAS17182.2 89.0 1 147 1 147 2.94e-95 270 MBN1762539.1 MBN1762539.1 98.0 1 427 1 427 0.0 864 CAD2189922.1 CAD2189922.1 95.3 1 688 1 688 0.0 1346 KAF5671546.1 WP_019100427.1 18.2 157 1009 31 796 1.15e-33 139 KAF5671546.1 WP_049009918.1 19.7 171 923 62 710 3.62e-37 150 KAF5671546.1 MBE5737882.1 27.6 187 1112 35 863 8.53e-106 353 KAF5671546.1 WP_278631399.1 26.4 183 978 30 723 2.53e-80 281 KAF5671546.1 KAF5671546.1 92.9 1 1262 1 1262 0.0 2397 KAF5671546.1 WP_235126772.1 25.1 182 1054 24 812 1.39e-80 282 KAF5671546.1 XP_009147075.2 26.8 183 1027 145 996 2.60e-88 310 KAF5671546.1 MBE6688122.1 26.1 188 1112 35 883 5.68e-94 321 KAF5671546.1 KAA0114277.1 25.5 171 1111 47 909 3.97e-91 313 CAG8783316.1 CAG8783316.1 100 1 91 1 91 2.61e-67 194 XP_006161615.1 XP_006161615.1 97.3 1 178 1 178 6.32e-130 360 WP_207472995.1 WP_207472995.1 91.5 1 85 1 85 7.84e-55 162 TMG92410.1 TMG92410.1 97.0 1 313 1 313 3.24e-231 627 MBL0091585.1 MBL0091585.1 96.4 1 671 1 671 0.0 1330 EJI8012843.1 EDF5922784.1 70.0 1 673 1 565 0.0 921 EJI8012843.1 EJI8012843.1 99.4 1 854 1 854 0.0 1751 8APN_AM 8APN_AM 93.9 1 419 1 419 2.89e-299 808 WP_073680713.1 WP_073680713.1 96.3 1 211 1 211 4.48e-153 421 KAI2569442.1 KAI2569442.1 96.6 1 355 1 355 1.18e-261 707 WP_049468231.1 WP_049468231.1 96.9 1 186 1 186 2.65e-135 374 WP_074825075.1 XP_040685867.1 32.7 3 386 34 414 2.08e-58 194 WP_074825075.1 WP_083141943.1 34.6 1 392 1 387 6.55e-67 215 WP_074825075.1 GAN03156.1 37.2 3 391 28 411 4.31e-75 237 WP_074825075.1 WP_277084622.1 56.5 84 391 1 313 1.09e-113 333 WP_074825075.1 WP_074825075.1 92.2 1 392 1 392 1.65e-273 741 WP_074825075.1 WP_004619799.1 45.1 6 392 7 400 8.72e-105 313 WP_074825075.1 MBA2536487.1 45.3 1 390 1 382 2.04e-104 311 WP_074825075.1 MCP1651746.1 44.9 1 392 4 404 6.16e-106 316 WP_074825075.1 WP_078429679.1 52.6 1 390 1 391 1.41e-130 379 WP_074825075.1 EDH4057100.1 42.0 1 392 1 387 4.51e-93 283 WP_074925385.1 WP_074925385.1 100 1 224 1 224 6.37e-173 472 CAI2162316.1 CAI2162316.1 95.2 1 772 1 772 0.0 1509 WP_011629477.1 WP_011629477.1 99.0 1 474 1 474 0.0 970 WP_122031495.1 WP_122031495.1 91.1 1 435 1 435 1.74e-299 810 WP_177995267.1 WP_177995267.1 95.8 1 246 1 246 3.94e-178 487 WP_111457087.1 WP_111457087.1 92.3 1 267 1 267 3.35e-185 507 KAA8693182.1 KAA8693182.1 96.6 1 110 1 110 1.08e-77 222 MYT92751.1 MYT92751.1 90.6 1 93 1 93 9.05e-60 176 XP_043889695.1 XP_043889695.1 94.9 1 1998 1 1998 0.0 3886 WP_274549238.1 WP_274549238.1 90.8 1 115 1 115 3.04e-75 216 DAZ64401.1 DAZ64401.1 97.3 1 297 1 297 5.11e-220 597 ESS65152.1 ESS65152.1 89.4 1 306 1 306 8.91e-205 560 WP_095451526.1 WP_095451526.1 95.0 1 365 1 365 6.61e-264 714 XP_040286004.1 XP_040286004.1 95.6 1 487 1 487 0.0 958 KPX96424.1 KPX96424.1 96.6 1 453 1 453 0.0 902 KPX96424.1 WP_142419176.1 44.8 59 200 1 141 6.33e-31 114 WP_233290946.1 WP_233290946.1 93.4 1 416 1 416 2.98e-295 798 WP_139552727.1 WP_139552727.1 98.5 1 111 1 111 2.09e-80 229 ETO85594.1 ETO85594.1 72.8 1 380 1 380 3.74e-197 546 TWP21248.1 TWP21248.1 96.3 1 274 1 274 4.65e-200 545 WP_225318916.1 WP_225318916.1 95.8 1 91 1 91 9.87e-63 183 WP_128455839.1 WP_128455839.1 89.2 1 103 1 103 2.10e-65 191 WP_109249144.1 WP_109249144.1 86.2 1 355 1 355 1.14e-227 622 WP_272056282.1 WP_272056282.1 98.2 1 129 1 129 7.35e-94 265 ECC0814460.1 ECC0814460.1 93.7 1 1311 1 1311 0.0 2514 RZO46377.1 RZO46377.1 100 1 309 1 309 5.42e-237 641 NXB12866.1 NXB12866.1 97.5 1 557 1 557 0.0 1120 WP_203282270.1 WP_203282270.1 93.5 1 768 1 768 0.0 1471 WP_083681546.1 WP_083681546.1 95.1 1 126 1 126 5.23e-88 249 OYZ24246.1 OYZ24246.1 93.5 1 397 1 397 1.01e-281 762 WP_140889516.1 WP_140889516.1 95.8 1 373 1 373 1.78e-272 736 MBN0056136.1 MBN0056136.1 98.5 1 109 1 109 8.60e-79 225 CKL52325.1 CKL52325.1 100 1 78 1 78 4.21e-58 170 TIP25924.1 TIP25924.1 94.1 1 190 1 190 1.71e-133 370 WP_173580245.1 WP_173580245.1 98.7 1 170 1 170 4.51e-126 349 WP_179321248.1 WP_179321248.1 94.1 1 118 1 118 6.06e-81 231 EAA1978353.1 EAA1978353.1 96.0 1 140 1 140 1.88e-99 280 XP_001275352.1 XP_001275352.1 98.6 1 531 1 531 0.0 1081 RCX10040.1 RCX10040.1 89.3 1 545 1 545 0.0 991 RCX10040.1 WP_116813830.1 29.1 143 486 37 346 3.52e-39 145 WP_276263713.1 WP_276263713.1 89.7 1 241 1 241 6.42e-161 443 WP_276263713.1 WP_014286324.1 30.4 27 170 13 156 1.21e-14 68.2 ETI31896.1 ETI31896.1 93.2 1 700 1 700 0.0 1336 VUC33496.1 VUC33496.1 96.5 1 694 1 694 0.0 1378 WP_279595826.1 ECC1749556.1 58.0 19 125 9 102 7.44e-33 120 WP_279595826.1 WP_279595826.1 98.6 1 691 1 691 0.0 1405 XP_036352003.1 XP_036352003.1 97.7 1 209 1 209 3.29e-154 424 AUW66636.1 AUW66636.1 95.4 1 124 1 124 7.48e-87 246 XP_021678658.1 XP_021678658.1 98.0 1 454 1 454 0.0 918 WP_257777211.1 WP_179243590.1 42.5 18 317 2 306 2.44e-72 225 WP_257777211.1 WP_257777211.1 91.4 1 330 1 330 2.74e-227 619 WP_045332585.1 WP_045332585.1 94.7 1 1160 1 1160 0.0 2252 WP_196396761.1 WP_196396761.1 93.6 1 136 1 136 1.76e-93 264 WP_263298010.1 WP_263298010.1 96.4 1 1123 1 1123 0.0 2224 GFD45028.1 GFD45028.1 86.5 1 88 1 88 6.59e-53 158 MBE1549930.1 MBE1549930.1 88.8 1 206 1 206 4.25e-135 375 XP_042646948.1 XP_042646948.1 99.7 1 1466 1 1466 0.0 3013 WP_148044309.1 WP_148044309.1 95.4 1 109 1 109 9.68e-76 217 GEY78623.1 GEY78623.1 96.6 1 70 1 70 1.64e-47 143 WP_157767135.1 WP_157767135.1 95.1 1 407 1 407 6.01e-295 796 MBI3668312.1 MBI3668312.1 93.3 1 244 1 244 4.95e-171 469 EDD0587303.1 EFL3122059.1 25.4 414 708 4 297 1.98e-23 100 EDD0587303.1 EFN5389376.1 23.9 532 1251 4 812 3.38e-65 238 EDD0587303.1 EDD0587303.1 99.7 1 1364 1 1364 0.0 2806 EDD0587303.1 EJW7579374.1 21.4 701 989 3 293 6.48e-14 72.4 EDD0587303.1 EIH4263652.1 22.9 419 1017 1 586 7.25e-43 164 EDD0587303.1 EFL5817307.1 25.3 532 939 68 475 6.28e-34 135 OAL48948.1 OAL48948.1 96.1 1 364 1 364 7.76e-267 721 RUS79844.1 RUS79844.1 94.0 1 369 1 369 2.59e-263 713 WP_266613108.1 WP_266613108.1 94.0 1 233 1 233 1.54e-164 452 HCN7845163.1 HCN7845163.1 98.8 1 126 1 126 2.80e-92 260 WP_154324327.1 WP_154324327.1 95.7 1 108 1 108 2.58e-75 216 HCT61068.1 HCT61068.1 93.8 1 72 1 72 3.82e-47 142 MBZ5490509.1 MBZ5490509.1 89.4 1 62 1 62 2.26e-37 117 RZK52568.1 RZK52568.1 94.5 1 416 1 416 1.61e-299 808 XP_018661491.1 XP_018661491.1 93.9 1 747 1 747 0.0 1438 WP_222251196.1 WP_222251196.1 90.7 1 112 1 112 4.74e-73 211 MBQ6421794.1 MBQ6421794.1 100 1 182 1 182 2.47e-138 381 WP_251290759.1 WP_251290759.1 93.2 1 79 1 79 8.19e-52 154 MCF2638803.1 MCF2638803.1 97.5 1 241 1 241 3.81e-178 487 KAJ3519417.1 KAJ3519417.1 100 1 448 1 448 0.0 934 MCD8138445.1 MCD8138445.1 93.8 1 124 1 124 5.07e-85 242 WP_263513200.1 WP_263513200.1 97.2 1 241 1 241 2.20e-177 485 NWW37631.1 NWW37631.1 94.5 1 251 1 251 7.06e-179 489 WP_010859888.1 WP_010859888.1 95.6 1 349 1 349 4.40e-254 688 EFS12202.1 EFS12202.1 99.9 1 192 1 192 3.61e-145 399 WP_245836657.1 WP_245836657.1 96.5 1 256 1 256 3.01e-187 511 WP_208750182.1 WP_208750182.1 94.6 1 330 1 330 6.84e-237 643 WP_069944653.1 WP_069944653.1 88.8 1 482 1 482 0.0 872 KXK44331.1 GLV83862.1 18.2 70 362 92 389 1.04e-07 51.6 KXK44331.1 KXK44331.1 97.1 1 365 1 365 9.13e-271 731 WP_190971545.1 WP_190971545.1 96.8 1 546 1 546 0.0 1088 DAT73027.1 DAT73027.1 91.2 1 1987 1 1987 0.0 3694 HCT06136.1 OFX32653.1 40.2 178 712 44 579 1.32e-116 363 HCT06136.1 MBI6149093.1 36.0 30 739 48 755 7.27e-133 410 HCT06136.1 HCT06136.1 93.2 1 739 1 739 0.0 1411 HCT06136.1 WP_041591748.1 33.9 196 739 89 625 5.21e-88 288 HCT06136.1 MCE7698179.1 28.8 197 586 1 396 3.51e-45 165 KAG1677749.1 KAG1677749.1 96.4 1 496 1 496 0.0 985 CAI3266215.1 CAI3266215.1 93.6 1 296 1 296 3.15e-209 570 WP_160923791.1 KAB7776415.1 48.9 3 374 1 379 9.73e-114 335 WP_160923791.1 WP_160923791.1 92.7 1 375 1 375 4.13e-263 713 MBQ9635153.1 MBQ9635153.1 93.3 1 108 1 108 7.13e-73 210 WP_185892762.1 WP_185892762.1 98.1 1 418 1 418 7.58e-315 847 XP_001312457.2 XP_001312457.2 98.1 1 282 1 282 9.11e-211 573 WP_140229785.1 WP_140229785.1 97.2 1 259 1 259 5.86e-191 521 XP_029003841.1 XP_029003841.1 96.7 1 742 1 742 0.0 1477 MCC1459731.1 MCC1459731.1 97.2 1 314 1 314 1.49e-232 630 MCC6386819.1 MCC6386819.1 94.2 1 105 1 105 1.35e-71 206 WP_153033981.1 WP_153033981.1 93.6 1 336 1 336 4.63e-238 646 MCE2153491.1 MCE2153491.1 95.5 1 103 1 103 2.35e-71 206 XP_040937145.1 XP_040937145.1 91.9 1 1975 1 1975 0.0 3702 WP_214850425.1 WP_214850425.1 92.6 1 420 1 420 5.79e-295 797 RMF71452.1 RMF71452.1 89.2 1 181 1 181 1.07e-118 332 WP_200671006.1 WP_200671006.1 89.3 1 925 1 925 0.0 1681 WP_263537640.1 WP_263537640.1 90.0 1 312 1 312 1.61e-210 575 WP_088153117.1 WP_088153117.1 92.5 1 374 1 374 8.99e-262 709 WP_155963450.1 WP_155963450.1 99.2 1 413 1 413 5.11e-315 847 XP_017706045.1 XP_044902674.1 49.2 35 706 11 613 9.11e-207 595 XP_017706045.1 KAB0382747.1 50.9 109 706 193 780 1.79e-188 553 XP_017706045.1 XP_017706045.1 100 1 707 1 707 0.0 1524 KAJ6801625.1 KAJ6801625.1 98.2 1 901 1 901 0.0 1823 KAJ6801625.1 XP_026433405.1 30.7 164 523 9 331 9.39e-46 166 MBS1921425.1 MBS1921425.1 91.5 1 139 1 139 6.33e-93 263 MBD5086961.1 MBD5086961.1 91.7 1 79 1 79 9.58e-51 152 NLS70598.1 NLS70598.1 93.0 1 237 1 237 2.55e-165 454 MBI4606629.1 MBI4606629.1 97.8 1 167 1 167 2.33e-122 340 MXX44250.1 MXX44250.1 96.1 1 223 1 223 1.14e-161 444 WP_235060562.1 WP_235060562.1 95.3 1 294 1 294 1.70e-212 578 MBK8752367.1 MBK8752367.1 96.7 1 457 1 457 0.0 911 KNE54577.1 KNE54577.1 90.3 1 591 1 591 0.0 1088 KNE54577.1 KAJ7092692.1 36.1 240 579 37 361 6.96e-59 199 MBS0281612.1 MBS0281612.1 97.3 1 147 1 147 2.16e-106 298 YP_007317140.1 YP_008379230.1 49.3 1 340 1 341 5.02e-103 305 YP_007317140.1 YP_007317140.1 90.8 1 348 1 348 8.28e-238 647 YP_007317140.1 QOL09497.1 43.8 128 316 3 192 2.37e-43 147 NQZ80525.1 NQZ80525.1 90.9 1 155 1 155 2.20e-103 291 WP_061548291.1 WP_061548291.1 96.2 1 720 1 720 0.0 1424 TIQ70464.1 TIQ70464.1 86.2 1 68 1 68 1.76e-39 122 WP_010434011.1 WP_010434011.1 96.9 1 599 1 599 0.0 1195 NLP00897.1 NLP00897.1 98.5 1 149 1 149 1.11e-109 306 TXH38725.1 TXH38725.1 95.5 1 150 1 150 2.71e-106 298 MBN2697970.1 MBN2697970.1 100 1 308 1 308 5.05e-246 664 CAE5960238.1 CAE5960238.1 92.6 1 395 1 395 3.23e-277 750 WP_120171324.1 WP_120171324.1 93.4 1 262 1 262 3.77e-184 504 WP_120171324.1 KPA62791.1 90.5 1 63 1 63 1.20e-35 120 WP_252115680.1 WP_252115680.1 95.5 1 173 1 173 3.15e-123 342 EZA58905.1 EZA58905.1 92.8 1 1125 1 1125 0.0 2133 MBL8041865.1 MBL8041865.1 100 1 362 1 362 2.76e-284 765 WP_135847767.1 WP_135847767.1 92.0 1 380 1 380 1.82e-264 717 HIT09367.1 HIT09367.1 95.3 1 421 1 421 3.30e-306 826 WP_180860911.1 WP_180860911.1 87.2 1 204 1 204 9.61e-131 364 EAQ3014137.1 EAQ3014137.1 98.3 1 299 1 299 2.26e-224 608 MCA9799621.1 MCA9799621.1 94.5 1 409 1 409 2.86e-294 795 WP_278273894.1 WP_278273894.1 100 1 150 1 150 3.30e-116 323 WP_090178898.1 WP_090178898.1 96.0 1 210 1 210 9.77e-152 417 WP_264248212.1 WP_264248212.1 93.7 1 63 1 63 1.51e-40 125 MBQ8743106.1 MBQ8743106.1 90.8 1 283 1 283 1.93e-192 526 EAH4606626.1 EAH4606626.1 92.7 1 183 1 183 6.01e-126 350 HCG2498768.1 HCG2498768.1 89.7 1 403 1 403 3.19e-272 738 MBU0720757.1 MBU0720757.1 94.5 1 130 1 130 3.63e-90 255 WP_225744764.1 WP_225744764.1 96.2 1 109 1 109 1.67e-76 219 WP_053743010.1 WP_216890540.1 24.1 56 418 50 425 7.37e-29 115 WP_053743010.1 WP_053743010.1 93.7 1 420 1 420 4.44e-299 808 EFJ8748319.1 EHW4468754.1 64.6 1 422 1 422 1.04e-187 526 EFJ8748319.1 EFJ8748319.1 97.6 1 422 1 422 8.89e-316 850 MBP3421135.1 MBP3421135.1 95.5 1 334 1 334 1.51e-242 657 WP_095310603.1 WP_095310603.1 90.1 1 92 1 92 1.40e-58 172 NBW88664.1 NBW88664.1 89.5 1 169 1 169 5.23e-111 311 XP_010481786.1 XP_010481786.1 98.8 1 272 1 272 5.26e-205 557 VDP42962.1 VDP42962.1 95.2 1 201 1 201 1.70e-143 396 MBF0362390.1 MBF0362390.1 92.1 1 384 1 384 1.10e-267 725 WP_230208134.1 WP_230208134.1 95.2 1 391 1 391 1.33e-283 766 KAJ8438905.1 KAJ8438905.1 92.5 1 156 1 156 2.11e-106 298 WP_093797100.1 WP_093797100.1 100 1 173 1 173 1.57e-132 366 MCA9871439.1 MCA9871439.1 94.3 1 246 1 246 8.91e-175 479 XP_007828375.1 XP_007828375.1 98.7 1 458 1 458 0.0 934 MBL4798178.1 MBL4798178.1 97.5 1 333 1 333 4.53e-248 671 WP_119928822.1 WP_119928822.1 90.9 1 172 1 172 2.48e-115 322 XP_054720054.1 XP_054720054.1 100 1 337 1 337 1.05e-264 714 WP_211748754.1 WP_211748754.1 100 1 60 1 60 1.80e-42 129 MBU0518438.1 MBU0518438.1 96.9 1 191 1 191 4.21e-139 384 NXD58230.1 NXD58230.1 95.2 1 416 1 416 5.86e-302 815 MBL4825303.1 MBL4825303.1 96.4 1 266 1 266 2.21e-194 530 HAG54718.1 HAG54718.1 90.6 1 114 1 114 2.32e-74 214 WP_047323805.1 WP_019807556.1 69.8 20 192 19 191 1.62e-81 239 WP_047323805.1 WP_047323805.1 92.5 1 198 1 198 2.81e-136 377 KAG5639171.1 KAG5639171.1 91.7 1 104 1 104 2.01e-68 198 EJF06804.1 EJF06804.1 94.8 1 310 1 310 8.84e-223 605 XP_048961030.1 XP_048961030.1 87.4 1 964 1 964 0.0 1707 XP_014086709.1 XP_014086709.1 91.1 1 251 1 251 5.97e-171 469 NBO56108.1 NBO56108.1 96.4 1 100 1 100 6.34e-70 202 WP_065358803.1 WP_065358803.1 91.2 1 344 1 344 2.03e-236 643 WP_179536231.1 WP_179536231.1 98.5 1 206 1 206 2.15e-153 421 WP_250499463.1 MCB0243881.1 41.9 6 228 3 224 2.04e-50 162 WP_250499463.1 WP_250499463.1 90.9 1 233 1 233 5.53e-158 435 WP_250499463.1 MCF7808720.1 37.6 8 228 6 225 3.40e-41 139 EMF80818.1 EMF80818.1 96.6 1 299 1 299 8.49e-220 597 WP_202082228.1 WP_202082228.1 98.1 1 197 1 197 9.15e-146 401 WP_218198734.1 WP_218198734.1 98.3 1 209 1 209 1.98e-155 427 UJQ14296.1 UJQ14296.1 65.8 1 145 1 145 1.46e-60 187 WP_281734351.1 WP_281734351.1 97.2 1 61 1 61 4.58e-41 126 AQA19851.1 AQA19851.1 94.7 1 162 1 162 5.54e-114 318 MBT4511102.1 MBT4511102.1 95.9 1 149 1 149 5.08e-106 297 CEZ68761.1 CEZ68761.1 93.9 1 173 1 173 8.68e-121 336 MBW6187146.1 MBW6187146.1 96.4 1 202 1 202 1.63e-146 404 XP_052737512.1 XP_052737512.1 91.7 1 296 1 296 4.80e-204 557 RLT25539.1 RLT25539.1 94.4 1 195 1 195 1.35e-137 380 MCH8117287.1 MCH8117287.1 99.5 1 213 1 213 8.72e-161 441 MBT5780702.1 MBT5780702.1 92.0 1 375 1 375 1.13e-260 707 WP_121182262.1 WP_121182262.1 91.4 1 518 1 518 0.0 968 WP_114811503.1 WP_114811503.1 94.1 1 628 1 628 0.0 1212 WP_245838763.1 WP_245838763.1 92.7 1 335 1 335 9.67e-235 638 MBT6972091.1 MCB5199682.1 26.7 15 391 8 354 2.82e-37 139 MBT6972091.1 MBT6972091.1 95.3 1 447 1 447 0.0 876 MBT6972091.1 RCV36353.1 23.8 1 426 24 445 9.89e-33 127 MCU1401149.1 MCU1401149.1 100 1 155 1 155 1.28e-120 334 WP_271406340.1 WP_271406340.1 96.4 1 280 1 280 6.89e-205 558 WP_243678753.1 WP_243678753.1 92.8 1 180 1 180 4.59e-124 345 WP_245971990.1 WP_245971990.1 92.1 1 230 1 230 3.09e-158 436 VDD35992.1 VDD35992.1 98.6 1 49 1 49 1.46e-32 103 WP_281670363.1 WP_281670363.1 97.3 1 280 1 280 2.51e-207 564 XP_026994537.1 XP_026994537.1 100 1 245 1 245 5.92e-202 547 WP_113625996.1 WP_113625996.1 99.2 1 439 1 439 0.0 901 MCH8269832.1 MCH8269832.1 91.7 1 356 1 356 1.57e-246 669 AGD93042.1 AGD93042.1 96.6 1 579 1 579 0.0 1152 KAI4090501.1 KAI4090501.1 96.8 1 177 1 177 1.96e-128 356 NLO81011.1 NLO81011.1 98.8 1 194 1 194 8.49e-145 399 MBS3065855.1 MBS3065855.1 95.1 1 95 1 95 4.78e-65 189 MBR5562318.1 MBR5562318.1 96.9 1 339 1 339 1.30e-250 678 MBR4038690.1 MBR4038690.1 97.2 1 379 1 379 7.09e-282 761 MBR6141090.1 MBR6141090.1 100 1 144 1 144 3.22e-111 310 WP_087909023.1 WP_087909023.1 91.5 1 423 1 423 9.94e-293 792 WP_054891276.1 WP_161818832.1 42.5 5 186 11 192 3.70e-41 136 WP_054891276.1 WP_054891276.1 93.3 1 191 1 191 7.53e-133 368 WP_061195945.1 WP_061195945.1 96.4 1 400 1 400 1.41e-294 795 KAH0642104.1 KAH0642104.1 94.9 1 154 1 154 2.69e-108 303 WP_164582471.1 WP_164582471.1 90.9 1 86 1 86 4.17e-55 163 WP_194621234.1 WP_194621234.1 96.1 1 361 1 361 1.69e-264 715 WP_106812746.1 MBF1369421.1 43.0 9 1071 12 1069 1.03e-269 785 WP_106812746.1 WP_106812746.1 99.1 1 1076 1 1076 0.0 2199 MTI81752.1 MTI81752.1 93.0 1 166 1 166 2.62e-114 319 KAJ3160366.1 KAJ3160366.1 95.7 1 76 1 76 1.90e-51 153 PTX93603.1 PTX93603.1 94.9 1 93 1 93 1.97e-63 185 WP_026002460.1 WP_026002460.1 90.5 1 445 1 445 5.05e-304 822 WP_085315249.1 WP_085315249.1 86.9 1 435 1 435 7.06e-283 768 XP_023529459.1 XP_023529459.1 89.1 1 166 1 166 2.32e-108 304 WP_137885208.1 WP_137885208.1 100 1 149 1 149 9.46e-120 332 RWW58604.1 RWW58604.1 99.3 1 213 1 213 2.50e-160 439 WP_003748238.1 WP_003748238.1 94.9 1 122 1 122 8.81e-85 241 WP_002894198.1 WP_002894198.1 81.8 1 131 1 131 1.20e-75 219 EEC70172.1 EEC70172.1 99.4 1 213 1 213 1.24e-160 440 PNH10535.1 PNH10535.1 95.4 1 179 1 179 1.32e-127 354 WP_179050696.1 WP_179050696.1 96.2 1 456 1 456 0.0 904 MBS0449087.1 MBS0449087.1 86.2 1 175 1 175 9.58e-110 308 CAC10160.1 CAC10160.1 91.9 1 669 1 669 0.0 1257 OHD72009.1 OHD72009.1 91.9 1 115 1 115 1.83e-76 219 OPZ33967.1 OPZ33967.1 92.8 1 253 1 253 2.26e-176 483 WP_179827767.1 WP_179827767.1 92.9 1 299 1 299 1.39e-209 571 WP_131914061.1 WP_248676944.1 23.7 3 285 12 297 7.18e-20 86.3 WP_131914061.1 WP_131914061.1 96.8 1 306 1 306 2.36e-225 612 PKP76071.1 PKP76071.1 100 1 68 1 68 2.99e-49 147 WP_144841777.1 WP_144841777.1 94.1 1 275 1 275 2.67e-195 533 WP_144841777.1 WP_029579419.1 38.6 1 261 24 284 8.93e-52 169 KFP60608.1 KFP60608.1 98.0 1 285 1 285 5.94e-213 578 WP_189693187.1 WP_125188824.1 72.4 1 104 1 104 1.49e-49 152 WP_189693187.1 WP_189693187.1 100 1 108 1 108 7.35e-84 238 MCK5302212.1 TDJ69718.1 28.6 4 432 3 422 1.36e-50 176 MCK5302212.1 MCK5302212.1 97.3 1 454 1 454 0.0 911 MCK5302212.1 HBC43327.1 29.9 3 125 2 132 1.02e-11 60.8 PJC62958.1 PJC62958.1 96.1 1 122 1 122 3.73e-86 244 XP_009308369.1 XP_009308369.1 91.5 1 893 1 893 0.0 1669 XP_047046442.1 CAG8726868.1 33.5 217 547 4 327 4.60e-50 174 XP_047046442.1 XP_047046442.1 100 1 569 1 569 0.0 1199 WP_262247119.1 WP_161643844.1 49.1 1 175 13 186 5.69e-50 157 WP_262247119.1 WP_262247119.1 100 1 175 1 175 2.91e-138 380 KAF6089756.1 KAF6089756.1 96.7 1 794 1 794 0.0 1579 WP_150724537.1 WP_150724537.1 97.4 1 242 1 242 1.01e-178 488 KAI7727618.1 KAI7727618.1 93.1 1 900 1 900 0.0 1714 WP_164107212.1 WP_164107212.1 88.3 1 229 1 229 1.40e-149 414 XP_055928676.1 XP_055928676.1 100 1 332 1 332 1.72e-256 692 HIR39763.1 HIR39763.1 96.1 1 355 1 355 3.95e-260 704 MCH1470780.1 MCH1470780.1 99.6 1 480 1 480 0.0 989 MBV8954574.1 MBV8954574.1 93.0 1 444 1 444 1.17e-313 847 MBE0479857.1 MBE0479857.1 96.8 1 388 1 388 4.66e-287 775 TVR86131.1 TVR86131.1 98.6 1 386 1 386 3.71e-292 787 MCF0253735.1 MCF0253735.1 100 1 131 1 131 5.99e-103 288 XP_030565673.1 XP_030565673.1 100 1 381 1 381 8.14e-298 801 EFV4730429.1 EFV4730429.1 97.3 1 194 1 194 4.72e-142 392 XP_045807497.1 XP_045807497.1 98.3 1 784 1 784 0.0 1589 XP_045807497.1 WP_145031602.1 47.8 258 781 31 559 1.72e-151 452 XP_045807497.1 NOU36639.1 49.0 259 781 21 545 8.99e-156 463 WP_179091326.1 WP_179091326.1 96.2 1 796 1 796 0.0 1573 WP_158323663.1 WP_158323663.1 95.0 1 410 1 410 7.92e-297 801 MCI6190072.1 MCI6190072.1 91.9 1 621 1 621 0.0 1166 MCG67859.1 MCG67859.1 100 1 16 1 16 4.83e-08 40.0 PWU57639.1 PWU57639.1 90.9 1 365 1 365 6.95e-250 679 WP_253357977.1 WP_253357977.1 100 1 98 1 98 1.39e-72 208 WP_218989306.1 WP_218989306.1 93.8 1 298 1 298 2.70e-211 575 MBV9159501.1 MBV9159501.1 91.3 1 305 1 305 2.21e-209 571 XP_032085066.1 XP_032085066.1 98.2 1 83 1 83 1.48e-58 172 TSA09501.1 TSA09501.1 95.3 1 307 1 307 4.05e-222 603 OFV87204.1 OFV87204.1 97.8 1 152 1 152 5.90e-111 310 MCC6149544.1 MCC6149544.1 94.7 1 260 1 260 9.66e-186 508 KAJ7819277.1 KAJ7819277.1 96.0 1 758 1 758 0.0 1496 WP_214892570.1 WP_214892570.1 97.3 1 401 1 401 5.80e-299 806 MBG6071015.1 MBG6071015.1 94.2 1 196 1 196 5.07e-138 382 WP_015154948.1 WP_015154948.1 98.9 1 70 1 70 4.89e-49 147 WP_198297627.1 WP_198297627.1 99.9 1 196 1 196 3.08e-148 407 WP_233572281.1 WP_233572281.1 95.5 1 413 1 413 5.41e-301 812 WP_101275729.1 WP_101275729.1 92.7 1 404 1 404 6.35e-284 768 KKA06871.1 KKA06871.1 100 1 42 1 42 4.28e-29 94.7 WP_109267392.1 WP_074527819.1 41.3 16 587 19 598 9.52e-136 407 WP_109267392.1 WP_109267392.1 96.0 1 603 1 603 0.0 1191 WP_045339064.1 WP_045339064.1 93.1 1 361 1 361 1.36e-254 690 WP_094217606.1 WP_094217606.1 93.6 1 594 1 594 0.0 1140 CBH50084.1 CBH50084.1 95.2 1 402 1 402 9.16e-292 788 WP_121217628.1 WP_121217628.1 95.3 1 496 1 496 0.0 972 WP_085176546.1 WP_085176546.1 100 1 786 1 786 0.0 1639 RJU83745.1 RJU83745.1 95.2 1 144 1 144 1.86e-101 285 XP_016339808.1 XP_016339808.1 96.3 1 1578 1 1578 0.0 3120 MBL1147659.1 MBL1147659.1 90.8 1 231 1 231 3.20e-156 431 MBC2353926.1 MBC2353926.1 93.1 1 197 1 197 9.09e-137 379 MCD6302399.1 MCD6302399.1 95.3 1 363 1 363 3.27e-263 712 QDG92469.1 QDG92469.1 100 1 106 1 106 1.50e-82 234 XP_035778474.1 XP_035778474.1 100 1 686 1 686 0.0 1434 OME96001.1 OME96001.1 89.2 1 652 1 652 0.0 1184 XP_004384112.1 XP_004384112.1 99.1 1 241 1 241 1.18e-181 496 WP_065073385.1 WP_065073385.1 97.8 1 291 1 291 7.25e-217 589 WP_103263575.1 WP_103263575.1 96.6 1 571 1 571 0.0 1135 WP_097199932.1 WP_097199932.1 96.5 1 430 1 430 1.22e-317 855 VUT24782.1 VUT24782.1 94.2 1 108 1 108 8.66e-74 212 WP_011062110.1 WP_011062110.1 95.3 1 173 1 173 6.36e-123 342 XP_027584191.1 XP_027584191.1 83.8 1 229 1 229 3.93e-140 390 WP_250377942.1 WP_250377942.1 94.8 1 145 1 145 1.41e-101 285 MCM2455575.1 MCM2455575.1 90.9 1 302 1 302 3.95e-206 563 KAF1787790.1 KAF1787790.1 95.9 1 259 1 259 6.56e-188 513 WP_227329750.1 WP_227329750.1 94.3 1 412 1 412 7.61e-296 799 CAH0730513.1 CAH0730513.1 100 1 350 1 350 6.64e-270 728 WP_124908062.1 WP_124908062.1 96.9 1 355 1 355 1.44e-262 710 WP_124908062.1 EAJ4016142.1 39.5 42 321 11 283 9.50e-58 187 KAJ0798837.1 KAJ0798837.1 97.9 1 98 1 98 7.78e-70 201 MCA1595916.1 MCA1595916.1 97.3 1 90 1 90 3.20e-63 184 ESK93629.1 ESK93629.1 93.8 1 149 1 149 4.01e-103 290 KAF5772005.1 KAF5772005.1 97.9 1 58 1 58 3.60e-39 121 XP_032707293.1 XP_032707293.1 97.9 1 646 1 646 0.0 1303 WP_160447747.1 WP_160447747.1 91.0 1 249 1 249 3.45e-169 465 GJM25205.1 GJM25205.1 94.3 1 246 1 246 1.27e-174 478 WP_100571198.1 WP_100571198.1 93.8 1 449 1 449 0.0 865 XP_028766233.1 XP_028766233.1 98.0 1 739 1 739 0.0 1493 WP_143356561.1 WP_143356561.1 95.5 1 387 1 387 6.57e-282 761 RLA95129.1 RLA95129.1 95.6 1 343 1 343 1.46e-249 676 MBN1854849.1 MBN1854849.1 98.6 1 979 1 979 0.0 1990 XP_024707996.1 XP_024707996.1 87.4 1 107 1 107 2.40e-66 193 WP_101938578.1 WP_101938578.1 88.7 1 217 1 217 2.34e-142 394 WP_224828628.1 WP_224828628.1 95.3 1 295 1 295 4.51e-213 580 MBZ5591381.1 MBZ5591381.1 94.6 1 382 1 382 4.56e-275 744 KAI8838875.1 KAI8838875.1 91.1 1 328 1 328 9.15e-225 612 KAH7009790.1 KAH7009790.1 97.3 1 330 1 330 5.70e-245 663 EQA53083.1 EQA53083.1 95.7 1 77 1 77 3.52e-52 155 WP_141952156.1 WP_141952156.1 94.8 1 233 1 233 3.24e-166 456 WP_161208527.1 WP_161208527.1 99.6 1 173 1 173 8.71e-130 359 WP_278436726.1 WP_278436726.1 94.3 1 480 1 480 0.0 929 XP_005405047.1 XP_005405047.1 94.3 1 477 1 477 0.0 924 WP_149128675.1 WP_149128675.1 89.6 1 167 1 167 7.46e-110 308 CAF1216529.1 CAF1216529.1 95.2 1 118 1 118 3.65e-82 234 WP_019470943.1 WP_019470943.1 93.1 1 213 1 213 2.78e-148 409 WP_023843991.1 WP_023843991.1 96.7 1 469 1 469 0.0 934 NYI84739.1 NYI84739.1 92.9 1 397 1 397 9.67e-280 757 WP_181898940.1 WP_181898940.1 94.1 1 1205 1 1205 0.0 2322 WP_088526897.1 MBP5709003.1 54.0 968 1034 1 68 5.31e-16 72.0 WP_088526897.1 WP_088526897.1 96.9 1 1034 1 1034 0.0 2059 MSU45888.1 MSU45888.1 97.9 1 226 1 226 1.62e-167 459 MBT0668662.1 MBT0668662.1 96.0 1 194 1 194 9.16e-140 386 CAH0727316.1 CAH0727316.1 93.7 1 676 1 676 0.0 1299 NCA33082.1 NCA33082.1 92.2 1 229 1 229 8.21e-158 434 XP_045183397.2 XP_045183397.2 96.3 1 1538 1 1538 0.0 3040 WP_279295785.1 WP_279295785.1 98.8 1 173 1 173 1.45e-128 356 MBS1743426.1 MBS1743426.1 94.8 1 521 1 521 0.0 1015 EBD4871273.1 EBD4871273.1 90.3 1 188 1 188 1.77e-125 349 MBO9629596.1 MBO9629596.1 97.4 1 124 1 124 3.85e-89 252 WP_132575460.1 WP_132575460.1 96.8 1 415 1 415 2.51e-307 828 HAV2020887.1 HAV2020887.1 96.7 1 511 1 511 0.0 1018 WP_152735594.1 WP_152735594.1 90.4 1 373 1 373 6.99e-254 689 MBX9878857.1 MBX9878857.1 97.7 1 413 1 413 2.23e-309 833 WP_037889990.1 WP_215152714.1 33.5 54 428 32 414 1.80e-60 201 WP_037889990.1 WP_037889990.1 96.3 1 430 1 430 1.00e-316 853 WP_037889990.1 MCP4907131.1 26.5 78 403 40 381 4.95e-32 124 MBP7989505.1 MBP7989505.1 94.3 1 374 1 374 7.19e-268 725 WP_203162307.1 WP_203162307.1 100 1 76 1 76 2.04e-55 163 MBF8983114.1 MBF8983114.1 91.8 1 137 1 137 6.37e-92 260 XP_054844157.1 XP_054844157.1 98.9 1 511 1 511 0.0 1044 XP_054844157.1 XP_028717800.1 39.5 30 510 9 489 7.18e-104 318 XP_054844157.1 XP_046922164.1 44.1 32 511 18 449 2.28e-124 369 WP_077217464.1 HBO4828144.1 52.9 49 290 29 277 7.48e-81 244 WP_077217464.1 WP_077217464.1 96.0 1 303 1 303 6.99e-221 600 WP_116788607.1 WP_116788607.1 95.4 1 94 1 94 1.27e-64 188 WP_002541411.1 WP_002541411.1 96.2 1 478 1 478 0.0 947 WP_280713773.1 WP_280713773.1 94.9 1 321 1 321 4.25e-231 627 WP_147493387.1 WP_147493387.1 90.2 1 129 1 129 2.11e-84 241 WP_182342936.1 WP_182342936.1 93.1 1 368 1 368 1.55e-259 703 WP_232243969.1 WP_232243969.1 97.1 1 467 1 467 0.0 935 WP_232243969.1 OYV27796.1 48.6 1 288 18 312 4.56e-84 259 MBN1793755.1 MBN1793755.1 92.5 1 194 1 194 1.63e-133 370 WP_100378753.1 WP_100378753.1 94.0 1 78 1 78 1.08e-51 154 KAJ3691906.1 KAJ3691906.1 99.1 1 402 1 402 3.02e-306 824 WP_036258374.1 WP_036258374.1 94.2 1 570 1 570 0.0 1102 QNK62815.1 QNK62815.1 95.3 1 313 1 313 2.45e-226 615 MCD7834656.1 MCD7834656.1 99.4 1 480 1 480 0.0 986 MBP7634095.1 MBP7634095.1 94.7 1 436 1 436 7.64e-315 849 XP_019384620.1 XP_008572610.1 33.2 368 916 28 584 2.32e-86 286 XP_019384620.1 XP_019384620.1 97.3 1 917 1 917 0.0 1836 MBT3747969.1 MBT3747969.1 99.7 1 295 1 295 4.07e-225 610 MBQ6998144.1 MBQ6998144.1 97.1 1 1761 1 1761 0.0 3514 WP_150930630.1 WP_150930630.1 91.4 1 423 1 423 2.85e-292 791 XP_026120963.1 XP_026120963.1 97.3 1 314 1 314 7.37e-233 631 WP_126840241.1 WP_126840241.1 96.7 1 393 1 393 1.51e-290 784 HBK0888477.1 HBK0888477.1 99.0 1 324 1 324 1.24e-245 664 XP_027768392.1 XP_027768392.1 98.5 1 238 1 238 4.29e-178 486 WP_192026965.1 WP_192026965.1 95.3 1 369 1 369 6.92e-268 724 WP_192026965.1 EWA78047.1 55.4 294 366 1 72 3.78e-19 79.3 KAF0880495.1 KAF0880495.1 94.4 1 114 1 114 2.51e-78 224 WP_234564275.1 WP_234564275.1 100 1 845 1 845 0.0 1766 XP_013982426.1 XP_013982426.1 95.0 1 162 1 162 1.93e-114 319 EIR3813187.1 EIR3813187.1 93.6 1 281 1 281 1.88e-198 541 XP_030620685.1 XP_030620685.1 93.5 1 422 1 422 4.45e-300 810 NHB63634.1 NHB63634.1 93.9 1 227 1 227 5.17e-160 440 EPB83562.1 EPB83562.1 87.3 1 327 1 327 9.26e-213 582 EAH7180598.1 EAH7180598.1 97.0 1 403 1 403 4.78e-299 806 WP_127965636.1 WP_127965636.1 92.0 1 242 1 242 1.59e-166 457 MBP3290446.1 MBP3290446.1 91.7 1 107 1 107 1.29e-70 204 MBL0848796.1 MBL0848796.1 94.8 1 89 1 89 2.36e-60 177 PLN85696.1 PLN85696.1 100 1 453 1 453 0.0 944 MBR4316258.1 MBR4316258.1 97.4 1 77 1 77 2.11e-53 158 RMZ53977.1 RMZ53977.1 92.7 1 316 1 316 4.71e-221 602 WP_104739464.1 WP_104739464.1 87.2 1 230 1 230 5.05e-148 410 WP_080539504.1 WP_080539504.1 99.9 1 233 1 233 3.40e-177 484 WP_271563639.1 WP_271563639.1 97.9 1 410 1 410 8.39e-308 829 YP_009901198.1 YP_009901198.1 95.6 1 169 1 169 1.84e-120 335 GFD60763.1 GFD60763.1 96.6 1 77 1 77 8.62e-53 157 MBQ48993.1 MBQ48993.1 97.2 1 282 1 282 1.76e-208 567 RLS53863.1 RLS53863.1 99.2 1 212 1 212 1.90e-159 437 MRN26950.1 MRN26950.1 91.7 1 87 1 87 1.90e-56 167 WP_005253785.1 WP_005253785.1 91.7 1 368 1 368 8.20e-255 691 WP_059566149.1 WP_059566149.1 93.8 1 588 1 588 0.0 1131 OGD88828.1 OGD88828.1 95.7 1 228 1 228 2.12e-164 451 HDZ72415.1 HDZ72415.1 99.5 1 438 1 438 0.0 902 MBL1272346.1 MBL1272346.1 96.1 1 1075 1 1075 0.0 2121 XP_013617705.1 XP_013617705.1 94.2 1 224 1 224 1.95e-158 436 MBL6635315.1 TBR44965.1 38.7 6 253 4 257 4.50e-51 166 MBL6635315.1 MBL6635315.1 96.2 1 253 1 253 3.80e-184 503 MBB6433666.1 MBB6433666.1 93.7 1 60 1 60 2.39e-38 119 WP_061261925.1 WP_061261925.1 96.8 1 396 1 396 3.46e-293 791 WP_240207262.1 WP_240207262.1 93.8 1 176 1 176 7.99e-123 342 MBT3358747.1 MBT3358747.1 97.8 1 263 1 263 1.50e-195 533 HAL84546.1 HAL84546.1 95.8 1 124 1 124 2.61e-87 248 WP_051686353.1 WP_051686353.1 94.3 1 155 1 155 2.90e-108 303 XP_008293954.1 XP_027026332.2 74.1 1 1545 1 1504 0.0 2256 XP_008293954.1 XP_008293954.1 91.9 1 1545 1 1545 0.0 2897 MCH7862091.1 MCH7862091.1 96.5 1 180 1 180 3.65e-130 360 NUN10705.1 NUN10705.1 100 1 66 1 66 3.69e-49 147 XP_007761143.1 XP_007761143.1 98.9 1 381 1 381 1.98e-289 780 WP_107551828.1 WP_107551828.1 89.6 1 424 1 424 3.83e-286 775 MBK9391165.1 MBK9391165.1 100 1 107 1 107 1.09e-80 229 WP_111113162.1 WP_013970683.1 60.3 10 406 4 401 3.82e-161 457 WP_111113162.1 WP_261281372.1 59.1 4 406 2 407 7.70e-160 454 WP_111113162.1 WP_111113162.1 97.6 1 406 1 406 8.01e-304 818 CAD7694243.1 CAD7694243.1 93.1 1 453 1 453 0.0 865 HBE26957.1 HBE26957.1 95.8 1 590 1 590 0.0 1162 MBS7058472.1 MBS7058472.1 100 1 116 1 116 2.57e-90 254 MBT5464676.1 MBT5464676.1 90.0 1 394 1 394 4.85e-267 724 WP_249119039.1 WP_249119039.1 100 1 239 1 239 2.22e-185 505 PSQ73325.1 PSQ73325.1 93.9 1 861 1 861 0.0 1656 XP_037293573.1 XP_037293573.1 97.6 1 291 1 291 2.08e-216 588 AHM93900.1 UNP61785.1 51.6 169 668 2 493 1.43e-161 472 AHM93900.1 AHM93900.1 97.4 1 668 1 668 0.0 1340 XP_624193.2 XP_624193.2 98.5 1 405 1 405 2.69e-306 825 WP_126678289.1 WP_126678289.1 92.0 1 751 1 751 0.0 1413 HBU6715136.1 HBU6715136.1 93.0 1 219 1 219 2.37e-152 420 KAI5657497.1 KAI5657497.1 98.6 1 129 1 129 2.56e-94 266 XP_025786250.1 XP_025786250.1 98.9 1 288 1 288 1.41e-217 590 HBN0452499.1 HBN0452499.1 97.9 1 331 1 331 1.58e-247 670 NXW19449.1 NXW19449.1 93.7 1 218 1 218 5.39e-153 421 WP_153747345.1 WP_153747345.1 90.6 1 231 1 231 6.46e-156 430 MXD03405.1 MXD03405.1 94.5 1 128 1 128 1.05e-88 251 WP_212309145.1 WP_212309145.1 97.5 1 379 1 379 6.07e-283 763 NEU29184.1 NEU29184.1 99.9 1 237 1 237 2.05e-180 492 MBQ5754168.1 MBQ5754168.1 96.2 1 136 1 136 1.10e-96 272 MBQ8003389.1 MBQ8003389.1 95.3 1 95 1 95 3.36e-65 189 GEW80515.1 GEW80515.1 91.4 1 367 1 367 5.12e-253 687 MCH2165167.1 MCH2165167.1 95.7 1 187 1 187 4.75e-134 371 KAB0360174.1 KAB0360174.1 98.4 1 56 1 56 7.43e-38 117 WP_115470986.1 WP_115470986.1 91.4 1 361 1 361 8.44e-249 676 OMJ26529.1 OMJ26529.1 93.2 1 267 1 267 2.46e-187 512 WP_129770031.1 WP_129770031.1 100 1 382 1 382 1.20e-295 796 RWK19229.1 WP_113156891.1 23.8 5 846 6 812 1.88e-70 247 RWK19229.1 RWK19229.1 100 1 853 1 853 0.0 1764 CDX32740.1 CDX32740.1 100 1 38 1 38 1.54e-25 85.5 WP_255761006.1 WP_255761006.1 100 1 146 1 146 4.38e-110 307 WP_255352846.1 WP_255352846.1 93.1 1 44 1 44 1.92e-26 88.2 QLQ30255.1 QLQ30255.1 87.0 1 147 1 147 1.63e-92 263 MCH2065391.1 MCH2065391.1 97.0 1 407 1 407 2.90e-302 815 WP_204650864.1 WP_204650864.1 97.7 1 152 1 152 8.38e-111 309 KMZ56706.1 KMZ56706.1 99.3 1 535 1 535 0.0 1098 TLZ05171.1 TLZ05171.1 90.3 1 699 1 699 0.0 1286 HBY0139633.1 HBY0139633.1 96.0 1 653 1 653 0.0 1289 WP_122236618.1 WP_152458326.1 29.7 21 327 22 371 2.70e-43 153 WP_122236618.1 WP_122236618.1 94.1 1 379 1 379 4.71e-271 733 WP_194104904.1 WP_194104904.1 100 1 706 1 706 0.0 1471 WP_210799437.1 WP_210799437.1 94.4 1 98 1 98 1.25e-66 193 WP_066519483.1 WP_066519483.1 92.1 1 330 1 330 2.86e-229 624 KFP63770.1 KFP63770.1 94.7 1 313 1 313 8.19e-225 611 WP_272114414.1 WP_272114414.1 95.6 1 392 1 392 5.24e-286 772 MBN4326111.1 MBN4326111.1 96.5 1 22 1 22 3.99e-11 48.1 MBD8893743.1 MBD8893743.1 92.8 1 765 1 765 0.0 1452 KAJ6059888.1 KAJ6059888.1 92.4 1 72 1 72 3.15e-46 140 WP_063640296.1 WP_122709004.1 31.2 5 314 6 308 2.14e-40 147 WP_063640296.1 WP_063640296.1 96.7 1 554 1 554 0.0 1103 XP_020272228.1 XP_020272228.1 94.5 1 346 1 346 2.16e-248 673 XP_053592881.1 XP_053592881.1 99.8 1 890 1 890 0.0 1834 XP_053592881.1 WP_194957532.1 34.5 45 773 6 717 2.65e-125 395 HCF6759084.1 PLA74748.1 66.2 1 585 1 587 1.72e-271 752 HCF6759084.1 HCF6759084.1 97.0 1 591 1 591 0.0 1180 HCF6759084.1 MBN8536342.1 51.2 3 584 19 601 2.78e-189 544 HBF53378.1 HBF53378.1 89.2 1 161 1 161 5.11e-105 295 XP_017857703.1 XP_017857703.1 89.5 1 1113 1 1113 0.0 2026 PIV62444.1 PIV62444.1 94.5 1 186 1 186 3.47e-131 363 XP_020788278.1 XP_020788278.1 92.6 1 441 1 441 4.22e-310 837 WP_280343167.1 WP_280343167.1 96.2 1 303 1 303 1.72e-221 602 MCC6539403.1 MCC6539403.1 94.1 1 491 1 491 0.0 948 CAI5716986.1 CAI5716986.1 96.5 1 695 1 695 0.0 1379 MBE4717433.1 MBE4717433.1 100 1 145 1 145 2.09e-112 313 UMM23672.1 UMM23672.1 93.4 1 579 1 579 0.0 1109 MBF0143407.1 MBF0143407.1 96.6 1 1081 1 1081 0.0 2145 XP_009031127.1 XP_009031127.1 99.3 1 120 1 120 3.34e-88 249 WP_248112338.1 WP_248112338.1 100 1 381 1 381 1.41e-298 803 WP_012924408.1 WP_012924408.1 97.6 1 391 1 391 3.87e-292 788 MCD6205878.1 MCD6205878.1 90.0 1 284 1 284 3.46e-191 523 ASL92868.1 ASL92868.1 97.4 1 182 1 182 3.79e-133 368 MBU0633142.1 MBU0633142.1 96.8 1 151 1 151 7.47e-109 304 WP_135820337.1 WP_135820337.1 97.5 1 643 1 643 0.0 1292 MBG91959.1 MSZ54974.1 41.7 1 393 1 380 1.37e-92 281 MBG91959.1 MBG91959.1 94.8 1 396 1 396 7.16e-286 772 MBV2096469.1 MBV2096469.1 88.3 1 518 1 518 0.0 931 MCH8223536.1 MCH8223536.1 97.9 1 306 1 306 1.04e-228 620 MOX37967.1 MOX37967.1 100 1 18 1 18 1.11e-09 44.3 WP_123234331.1 WP_123234331.1 96.4 1 262 1 262 1.81e-191 522 WP_062917436.1 WP_062917436.1 92.3 1 266 1 266 2.55e-184 504 KAJ6728134.1 KAJ6728134.1 93.8 1 222 1 222 3.24e-156 430 WP_264228578.1 OGA29379.1 55.0 1 581 1 580 6.82e-209 593 WP_264228578.1 HCJ45190.1 75.0 480 542 1 63 2.13e-25 97.8 WP_264228578.1 WP_264228578.1 94.0 1 609 1 609 0.0 1174 MCA0453363.1 MCA0453363.1 99.4 1 461 1 461 0.0 948 MBN1275370.1 MBN1275370.1 89.6 1 128 1 128 6.55e-83 237 MCT8275829.1 MCT8275829.1 92.7 1 546 1 546 0.0 1036 WP_125251950.1 WP_125251950.1 95.6 1 243 1 243 1.74e-175 480 WP_177055611.1 WP_177055611.1 94.2 1 103 1 103 3.91e-70 202 WP_112382897.1 WP_112382897.1 95.5 1 318 1 318 1.37e-230 626 WP_229447885.1 WP_229447885.1 96.1 1 320 1 320 4.99e-234 635 WP_232676102.1 WP_232676102.1 94.6 1 231 1 231 1.88e-164 451 SCH22700.1 SCH22700.1 96.4 1 392 1 392 1.34e-288 779 WP_073251662.1 WP_073251662.1 98.3 1 387 1 387 8.11e-292 786 KAJ8488862.1 KAJ8488862.1 95.0 1 1048 1 1048 0.0 2041 MSO98652.1 MSO98652.1 93.1 1 231 1 231 2.98e-161 443 XP_008264087.1 XP_008264087.1 91.7 1 714 1 714 0.0 1338 WP_083824265.1 WP_083824265.1 96.0 1 245 1 245 7.37e-178 486 MCA8990238.1 MCA8990238.1 99.0 1 288 1 288 6.98e-218 591 WP_031504118.1 WP_031504118.1 92.6 1 186 1 186 5.53e-128 355 MBT1821840.1 MBT1821840.1 95.6 1 233 1 233 6.81e-168 460 MCL5772337.1 MCL5772337.1 93.8 1 150 1 150 7.48e-104 291 GFD10569.1 GFD10569.1 93.9 1 58 1 58 4.94e-37 115 MBO7366298.1 MBO7366298.1 100 1 480 1 480 0.0 994 XP_056309872.1 XP_056309872.1 97.2 1 191 1 191 1.47e-139 385 HHC07960.1 HHC07960.1 88.2 1 441 1 441 4.03e-292 792 WP_279836660.1 WP_279836660.1 93.1 1 508 1 508 0.0 969 EHA1083554.1 EHA1083554.1 93.3 1 207 1 207 2.30e-144 399 XP_011924069.1 XP_011924069.1 88.7 1 794 1 794 0.0 1431 OGD37525.1 WP_092015539.1 17.5 32 245 34 260 2.19e-03 37.0 OGD37525.1 OGD37525.1 98.3 1 258 1 258 8.02e-193 525 CAH9417069.1 CAH9417069.1 96.9 1 602 1 602 0.0 1201 KAE9407684.1 KAE9407684.1 92.1 1 230 1 230 2.18e-158 436 WP_144929841.1 WP_144929841.1 93.9 1 153 1 153 3.40e-106 298 ABB86219.1 ABB86219.1 98.4 1 75 1 75 1.51e-52 156 WP_207855327.1 WP_207855327.1 95.2 1 98 1 98 2.15e-67 195 MBR4831078.1 MBR4831078.1 94.8 1 503 1 503 0.0 979 KAF5705428.1 KAF5705428.1 100 1 480 1 480 0.0 999 MQG84887.1 MQG84887.1 95.0 1 160 1 160 5.57e-113 315 NUR94205.1 NUR94205.1 90.0 1 94 1 94 6.85e-60 176 KAI9087862.1 KAI9087862.1 98.4 1 347 1 347 1.81e-261 706 MPC13528.1 MPC13528.1 93.0 1 71 1 71 5.92e-46 139 MBN2660390.1 MVZ66986.1 24.8 25 219 33 240 2.04e-13 69.3 MBN2660390.1 MBN2660390.1 98.2 1 617 1 617 0.0 1249 WP_070545363.1 WP_070545363.1 98.3 1 204 1 204 1.77e-151 416 WP_200154298.1 WP_200154298.1 90.3 1 239 1 239 1.11e-160 442 EGQ8192442.1 EGQ8192442.1 97.1 1 63 1 63 1.56e-42 130 CAG7850540.1 CAG7850540.1 85.8 1 181 1 181 4.69e-113 317 KAJ4213304.1 KAJ4213304.1 96.1 1 519 1 519 0.0 1027 WP_170235146.1 WP_170235146.1 99.2 1 232 1 232 6.10e-175 478 WP_056726975.1 WP_056726975.1 95.6 1 109 1 109 6.81e-76 218 KAJ3469091.1 KAJ3469091.1 90.7 1 462 1 462 1.05e-316 856 XP_027201715.1 XP_027201715.1 90.8 1 885 1 885 0.0 1639 MBF1354756.1 MBF1354756.1 94.2 1 169 1 169 2.51e-118 330 RNA69827.1 RNA69827.1 94.1 1 254 1 254 3.78e-180 493 WP_054910535.1 WP_054910535.1 96.8 1 369 1 369 9.16e-273 737 WP_267829077.1 WP_267829077.1 94.7 1 206 1 206 3.15e-146 403 HBK1877356.1 HBK1877356.1 96.5 1 518 1 518 0.0 1030 WP_233689818.1 WP_233689818.1 96.8 1 367 1 367 2.62e-271 733 HAL5964588.1 HAL5964588.1 93.4 1 80 1 80 1.07e-52 157 XP_002973447.1 XP_002973447.1 91.5 1 158 1 158 2.46e-106 298 WP_203727943.1 WP_203727943.1 90.2 1 695 1 695 0.0 1278 WP_238267528.1 WP_238267528.1 90.2 1 108 1 108 8.02e-70 202 MBX7122227.1 MBX7122227.1 93.2 1 291 1 291 1.62e-204 558 EGT3616788.1 EGT3616788.1 92.5 1 215 1 215 1.61e-148 410 MBP1550239.1 MBP1550239.1 96.4 1 331 1 331 4.16e-243 659 EHY1237200.1 EHY1237200.1 96.0 1 227 1 227 2.78e-164 451 WP_063692548.1 WP_063692548.1 93.3 1 142 1 142 2.11e-97 275 WP_058877503.1 WP_058877503.1 99.1 1 217 1 217 4.31e-163 447 HBP29295.1 HBP29295.1 96.4 1 239 1 239 4.27e-174 476 WP_169872765.1 WP_169872765.1 94.5 1 555 1 555 0.0 1077 MCI7575045.1 MCI7575045.1 94.1 1 133 1 133 6.71e-92 260 HCE7955950.1 HCE7955950.1 89.2 1 745 1 745 0.0 1352 YP_009226675.1 YP_009226675.1 95.7 1 57 1 57 3.25e-37 116 MBK6290503.1 MBK6290503.1 100 1 262 1 262 5.47e-202 549 WP_039672911.1 WP_039672911.1 91.5 1 1080 1 1080 0.0 2015 XP_029439375.1 XP_029439375.1 93.3 1 319 1 319 6.47e-225 612 HCZ13020.1 HCZ13020.1 96.6 1 68 1 68 4.80e-46 139 MBE7174334.1 MBE7174334.1 100 1 356 1 356 1.99e-274 740 WP_217309755.1 WP_217309755.1 91.1 1 561 1 561 0.0 1045 TXG48910.1 TXG48910.1 97.8 1 175 1 175 1.69e-128 356 OMP12204.1 OMP12204.1 90.8 1 39 1 39 5.34e-22 76.6 NET34040.1 NET34040.1 91.2 1 98 1 98 9.87e-64 186 WP_182308552.1 WP_182308552.1 99.5 1 161 1 161 2.87e-120 334 XP_050785609.1 XP_050785609.1 98.7 1 721 1 721 0.0 1469 WP_145279320.1 WP_145279320.1 83.8 1 257 1 257 8.48e-158 437 WP_190728559.1 WP_190728559.1 99.0 1 422 1 422 0.0 863 WP_043884631.1 WP_043884631.1 99.0 1 169 1 169 8.43e-126 348 MCL4835344.1 MCL4835344.1 95.4 1 327 1 327 5.42e-237 643 CKR50421.1 CKR50421.1 91.1 1 119 1 119 1.80e-78 225 KAF6355230.1 KAF6355230.1 100 1 163 1 163 2.26e-127 352 EFP11715.1 EFP11715.1 95.8 1 397 1 397 2.94e-290 783 MBN2220243.1 MBN2220243.1 97.1 1 220 1 220 2.58e-161 442 XP_001426929.1 XP_001426929.1 88.4 1 86 1 86 4.02e-53 158 WP_004841038.1 WP_004841038.1 96.6 1 225 1 225 3.39e-164 450 GFT25780.1 GFT25780.1 97.9 1 345 1 345 3.50e-258 698 WP_108101124.1 WP_108101124.1 93.9 1 166 1 166 1.11e-115 323 WP_233494598.1 WP_233494598.1 97.5 1 218 1 218 1.28e-160 441 XP_037174607.1 XP_037174607.1 96.7 1 581 1 581 0.0 1156 WP_008314082.1 WP_008314082.1 98.2 1 126 1 126 1.62e-91 258 XP_035530493.1 XP_035530493.1 98.9 1 256 1 256 6.87e-193 525 WP_031940100.1 WP_031940100.1 95.2 1 261 1 261 7.66e-188 513 WP_129194092.1 WP_129194092.1 98.6 1 764 1 764 0.0 1554 NVK17210.1 NVK17210.1 96.1 1 216 1 216 2.05e-156 430 QQS37660.1 QQS37660.1 98.8 1 707 1 707 0.0 1441 XP_012264750.2 XP_012264750.2 92.7 1 172 1 172 4.47e-118 329 MBK7503626.1 MBK7503626.1 98.7 1 67 1 67 1.56e-46 140 XP_040086206.1 XP_040086206.1 97.9 1 405 1 405 5.21e-304 819 MCH99616.1 MCH99616.1 97.0 1 178 1 178 1.81e-129 358 MCQ2288428.1 MCQ2288428.1 98.4 1 376 1 376 8.30e-284 765 WP_021646634.1 WP_021646634.1 97.5 1 308 1 308 4.25e-229 621 WP_244811380.1 WP_244811380.1 91.6 1 133 1 133 7.54e-89 252 EUA22401.1 EUA22401.1 97.5 1 95 1 95 3.49e-67 194 WP_074096037.1 WP_074096037.1 95.6 1 195 1 195 9.88e-140 386 MBD2210658.1 MBD2210658.1 98.2 1 300 1 300 6.01e-225 610 WP_238588402.1 WP_238588402.1 93.4 1 255 1 255 3.35e-179 491 KAI6019239.1 MBL9135845.1 37.3 13 218 4 192 2.54e-37 128 KAI6019239.1 KAI6019239.1 97.0 1 229 1 229 7.11e-168 460 WP_223749936.1 WP_223749936.1 95.4 1 1200 1 1200 0.0 2350 MBX8197149.1 MBX8197149.1 94.4 1 267 1 267 3.12e-190 520 MBX8197149.1 WP_104459365.1 35.9 1 243 12 259 7.38e-43 145 MBX8197149.1 WP_238837572.1 28.6 5 243 3 254 1.57e-27 105 KAG4074423.1 KAG4074423.1 93.1 1 188 1 188 3.33e-130 361 WP_139499883.1 WP_139499883.1 92.6 1 587 1 587 0.0 1113 MCD6533325.1 WP_101844355.1 30.2 7 256 4 265 1.63e-32 119 MCD6533325.1 MCD6533325.1 92.6 1 271 1 271 1.00e-188 516 MCD6533325.1 MCF6323317.1 30.0 7 266 14 281 4.53e-33 120 MBO68682.1 MBO68682.1 95.6 1 522 1 522 0.0 1027 WP_224586479.1 WP_224586479.1 95.6 1 420 1 420 2.15e-306 826 GBE25682.1 GBE25682.1 95.3 1 133 1 133 2.00e-93 264 MBI3947524.1 MBI3947524.1 98.4 1 903 1 903 0.0 1830 MBU7046308.1 MBU7046308.1 93.6 1 582 1 582 0.0 1117 MBL1120007.1 MBL1120007.1 95.5 1 402 1 402 7.85e-293 790 NIF31361.1 WP_104836709.1 71.0 1 381 1 381 3.52e-191 533 NIF31361.1 NIF31361.1 93.0 1 392 1 392 2.10e-276 748 MCH4209672.1 MCH4209672.1 91.7 1 602 1 602 0.0 1128 WP_244250846.1 WP_244250846.1 88.7 1 213 1 213 1.36e-139 387 UKE84511.1 UKE84511.1 95.3 1 103 1 103 3.34e-71 205 MCU0251598.1 MCU0251598.1 86.2 1 118 1 118 2.11e-72 209 DAQ84782.1 DAQ84782.1 94.8 1 226 1 226 4.10e-161 442 WP_084371136.1 WP_084371136.1 94.2 1 344 1 344 1.02e-245 666 WP_088774527.1 WP_088774527.1 86.3 1 65 1 65 1.38e-37 117 MBM4075151.1 MBM4075151.1 92.8 1 580 1 580 0.0 1102 OLA65010.1 RYY55682.1 42.9 6 875 4 871 2.82e-219 641 OLA65010.1 OLA65010.1 97.0 1 875 1 875 0.0 1747 KAH8277827.1 KAH8277827.1 94.4 1 140 1 140 1.81e-97 275 MBK9228460.1 MBK9228460.1 99.1 1 105 1 105 2.51e-76 218 WP_105035243.1 WP_105035243.1 92.0 1 217 1 217 6.53e-149 411 KAJ6942832.1 KAJ6942832.1 99.5 1 78 1 78 1.16e-55 164 WP_159259813.1 WP_159259813.1 93.3 1 651 1 651 0.0 1244 EAH5981648.1 EAH5981648.1 95.3 1 243 1 243 1.00e-174 478 WP_227461668.1 WP_227461668.1 89.4 1 291 1 291 2.63e-194 532 AAX49003.1 AAX49003.1 97.1 1 87 1 87 1.01e-60 177 CRK93005.1 CRK93005.1 95.6 1 74 1 74 7.87e-50 149 MBM4091591.1 MBM4091591.1 95.8 1 219 1 219 5.42e-158 434 WP_282259321.1 WP_270506568.1 45.4 15 430 4 386 3.00e-111 333 WP_282259321.1 WP_282259321.1 95.5 1 478 1 478 0.0 939 WP_212626688.1 WP_212626688.1 94.7 1 443 1 443 4.43e-320 862 WP_167345377.1 WP_167345377.1 93.8 1 154 1 154 9.00e-107 299 NXJ48511.1 NXJ48511.1 95.4 1 582 1 582 0.0 1141 WP_062713263.1 WP_105599976.1 34.9 28 135 20 123 2.39e-14 63.5 WP_062713263.1 WP_062713263.1 97.5 1 137 1 137 4.32e-99 278 WP_087437779.1 WP_087437779.1 97.9 1 211 1 211 3.99e-156 429 WP_261907733.1 WP_261907733.1 88.5 1 260 1 260 4.15e-171 471 RWR83460.1 RWR83460.1 96.7 1 98 1 98 9.10e-69 199 WP_126933505.1 WP_126933505.1 93.6 1 424 1 424 1.10e-301 815 MCG6912449.1 WP_074053577.1 42.4 4 375 6 379 5.39e-90 274 MCG6912449.1 MCG6912449.1 96.7 1 377 1 377 1.37e-278 752 MCG6912449.1 WP_195290884.1 33.9 3 376 8 424 1.82e-69 223 KAE9450885.1 KAE9450885.1 95.3 1 403 1 403 5.98e-293 791 WP_126353423.1 WP_126353423.1 97.9 1 260 1 260 1.62e-193 527 WP_159461552.1 WP_159461552.1 92.9 1 136 1 136 1.45e-92 262 XP_017354457.1 XP_017354457.1 93.4 1 491 1 491 0.0 940 WP_031885024.1 WP_031885024.1 96.3 1 316 1 316 1.43e-231 628 WP_010381982.1 WP_010381982.1 94.1 1 627 1 627 0.0 1210 WP_164945946.1 WP_164945946.1 97.5 1 328 1 328 4.01e-244 661 WP_225592933.1 WP_225592933.1 93.1 1 587 1 587 0.0 1120 KAF9194863.1 KAF9194863.1 95.3 1 179 1 179 1.88e-127 353 XP_007423461.1 XP_007423461.1 95.2 1 466 1 466 0.0 913 WP_226688333.1 WP_226688333.1 94.9 1 250 1 250 4.60e-179 490 KZS76886.1 KZS76886.1 96.3 1 400 1 400 2.85e-294 794 WP_055826320.1 WP_055826320.1 97.5 1 289 1 289 1.71e-214 583 OGU28904.1 OGU28904.1 99.8 1 380 1 380 1.34e-291 785 WP_216308000.1 WP_216308000.1 100 1 318 1 318 6.94e-249 672 MCL7487729.1 MCL7487729.1 95.8 1 165 1 165 7.54e-118 328 WP_219734411.1 WP_219734411.1 96.8 1 389 1 389 4.32e-288 777 MBT9793465.1 MBT9793465.1 96.7 1 332 1 332 1.34e-244 662 WP_182986787.1 WP_182986787.1 90.3 1 218 1 218 2.75e-146 404 AXG99930.1 AXG99930.1 90.7 1 269 1 269 1.52e-182 500 WP_181244664.1 WP_181244664.1 94.8 1 332 1 332 5.87e-239 648 WP_097746315.1 WP_097746315.1 91.3 1 114 1 114 4.01e-75 216 CAA0813386.1 CAA0813386.1 93.7 1 1074 1 1074 0.0 2060 WP_044626129.1 WP_044626129.1 97.0 1 517 1 517 0.0 1034 MCD4818220.1 MCD4818220.1 98.3 1 296 1 296 4.93e-222 602 MCP4570049.1 MCP4570049.1 92.8 1 385 1 385 1.07e-270 733 DAG36852.1 DAG36852.1 99.1 1 208 1 208 3.17e-156 429 MBR0212092.1 MBR0212092.1 96.4 1 183 1 183 3.36e-132 366 WP_258340180.1 WP_258340180.1 96.2 1 754 1 754 0.0 1491 WP_278906630.1 WP_278906630.1 96.4 1 1041 1 1041 0.0 2062 WP_032845625.1 WP_032845625.1 91.1 1 201 1 201 7.13e-136 377 NBR46296.1 NBR46296.1 95.8 1 590 1 590 0.0 1162 WP_223746173.1 WP_223746173.1 91.2 1 436 1 436 8.01e-301 813 KAK48091.1 MCB1412915.1 22.4 28 409 16 416 1.79e-25 107 KAK48091.1 WP_133179454.1 33.8 28 235 24 237 1.73e-28 115 KAK48091.1 KAK48091.1 94.4 1 458 1 458 0.0 888 EHH5649593.1 EHH5649593.1 91.2 1 294 1 294 2.28e-201 550 EIM6243235.1 EIM6243235.1 94.1 1 251 1 251 8.24e-178 487 KAI1395879.1 KAI1395879.1 94.6 1 445 1 445 0.0 865 MCG8030229.1 MCG8030229.1 96.9 1 1108 1 1108 0.0 2208 WP_221166976.1 WP_221166976.1 96.6 1 869 1 869 0.0 1727 WP_161797448.1 WP_161797448.1 93.6 1 55 1 55 1.12e-34 109 WP_088751843.1 WP_088751843.1 100 1 150 1 150 9.10e-114 317 WP_122705662.1 WP_122705662.1 96.2 1 239 1 239 1.22e-173 475 XP_055289786.1 XP_055289786.1 95.0 1 1219 1 1219 0.0 2373 RQR66516.1 RQR66516.1 96.2 1 416 1 416 9.07e-306 824 NDC77618.1 NDC77618.1 98.1 1 306 1 306 3.64e-229 621 CAC14781.1 CAC14781.1 99.0 1 167 1 167 3.45e-124 344 XP_023677472.1 XP_023677472.1 95.0 1 158 1 158 1.60e-111 311 MBM3993664.1 MBM3993664.1 98.0 1 601 1 601 0.0 1215 WP_211867837.1 WP_204638884.1 48.0 2 251 3 244 1.01e-70 217 WP_211867837.1 WP_211867837.1 91.3 1 272 1 272 4.22e-186 509 WP_171549300.1 WP_171549300.1 96.1 1 1077 1 1077 0.0 2127 WP_171549300.1 MCF8269563.1 55.8 1 785 1 783 9.25e-286 815 XP_030368951.1 XP_030368951.1 95.1 1 432 1 432 2.65e-313 845 XP_041173850.1 XP_041173850.1 94.9 1 569 1 569 0.0 1108 MST81202.1 MST81202.1 90.9 1 341 1 341 3.62e-233 634 WP_035710346.1 WP_049267651.1 46.0 37 315 22 295 2.83e-74 229 WP_035710346.1 WP_035710346.1 96.1 1 318 1 318 1.43e-232 631 PKO72095.1 PKO72095.1 92.0 1 371 1 371 4.60e-258 700 WP_278839117.1 WP_278839117.1 94.8 1 215 1 215 4.28e-153 421 WP_074319120.1 WP_074319120.1 91.1 1 751 1 751 0.0 1396 WP_074319120.1 WP_013632646.1 36.9 21 740 82 801 8.87e-141 432 WP_074319120.1 WP_176307440.1 20.7 122 733 204 777 1.18e-33 136 MBV9097303.1 MBV9097303.1 97.6 1 165 1 165 1.36e-120 335 THU55532.1 THU55532.1 92.6 1 217 1 217 3.94e-150 414 NNC77678.1 NNC77678.1 96.7 1 177 1 177 2.79e-128 355 WP_014884217.1 WP_014884217.1 90.7 1 150 1 150 1.39e-99 281 WP_266631528.1 WP_266631528.1 91.7 1 93 1 93 1.10e-60 178 EEQ7907210.1 EEQ7907210.1 98.6 1 186 1 186 3.36e-138 381 CAG8651065.1 CAG8651065.1 98.7 1 96 1 96 5.53e-69 199 KAJ0414039.1 KAJ0414039.1 95.3 1 490 1 490 0.0 960 WP_231117944.1 WP_231117944.1 93.8 1 76 1 76 4.49e-50 150 WP_265634479.1 WP_136332629.1 28.3 46 244 1 198 4.02e-19 82.8 WP_265634479.1 WP_265634479.1 93.1 1 304 1 304 1.57e-213 582 WP_265634479.1 WP_254301195.1 22.2 7 297 5 292 9.42e-17 77.4 MBQ6815353.1 MBQ6815353.1 92.2 1 268 1 268 1.26e-185 508 WP_276598033.1 WP_276598033.1 87.6 1 341 1 341 5.88e-223 608 HBM7289758.1 HBM7289758.1 95.7 1 151 1 151 2.50e-107 300 MCU0780070.1 MCU0780070.1 98.1 1 470 1 470 0.0 952 EIG2935021.1 EIG2935021.1 96.7 1 160 1 160 2.02e-115 322 WP_257258519.1 WP_257258519.1 98.6 1 550 1 550 0.0 1119 MBR4705654.1 MBR4705654.1 95.8 1 440 1 440 0.0 868 WP_057475198.1 WP_057475198.1 91.4 1 390 1 390 3.71e-269 729 WP_106587829.1 RLD79060.1 52.1 5 391 9 395 2.87e-127 371 WP_106587829.1 MBE6900854.1 58.8 10 386 4 381 6.41e-147 421 WP_106587829.1 MCI7610146.1 52.3 10 62 4 56 1.24e-10 55.1 WP_106587829.1 WP_106587829.1 95.0 1 401 1 401 2.83e-290 784 WP_091540071.1 WP_091540071.1 96.5 1 335 1 335 1.77e-246 667 MBQ2810184.1 MBQ2810184.1 92.4 1 90 1 90 4.22e-59 174 MBI4382429.1 MBI4382429.1 94.2 1 837 1 837 0.0 1617 EEJ7112508.1 EEJ7112508.1 98.8 1 398 1 398 5.82e-302 813 ODT35081.1 ODT35081.1 95.9 1 263 1 263 5.62e-191 521 MBD9532752.1 MBD9532752.1 88.1 1 116 1 116 4.47e-73 211 MBV9085084.1 MBV9085084.1 100 1 109 1 109 4.42e-81 231 MBQ2193282.1 MBQ2193282.1 94.6 1 556 1 556 0.0 1080 WP_096751687.1 WP_096751687.1 95.4 1 282 1 282 9.39e-204 555 NVJ47954.1 NVJ47954.1 94.1 1 546 1 546 0.0 1054 CAF4530116.1 CAF4530116.1 89.2 1 274 1 274 3.18e-182 500 MBO6858759.1 MBO6858759.1 94.6 1 379 1 379 6.98e-273 738 PDH25543.1 PDH25543.1 94.0 1 350 1 350 1.78e-249 676 ROT89752.1 ROT89752.1 100 1 121 1 121 3.74e-90 254 WP_102848179.1 WP_102848179.1 89.6 1 198 1 198 4.29e-131 364 RMO68303.1 RMO68303.1 96.4 1 77 1 77 1.22e-52 156 MBN1133474.1 MBN1133474.1 91.5 1 579 1 579 0.0 1083 WP_054919719.1 WP_054919719.1 97.2 1 522 1 522 0.0 1046 WP_014812045.1 WP_014812045.1 95.0 1 365 1 365 6.61e-264 714 MCM2350719.1 MCM2350719.1 93.7 1 166 1 166 2.24e-115 322 EDV4701861.1 EDV4701861.1 92.4 1 55 1 55 4.56e-34 108 WP_060883568.1 WP_060883568.1 95.7 1 97 1 97 4.04e-67 194 NBC28176.1 NBC28176.1 96.1 1 313 1 313 1.27e-228 620 WP_254218450.1 EEJ0015338.1 46.7 174 465 91 380 6.11e-76 244 WP_254218450.1 WP_254218450.1 93.5 1 519 1 519 0.0 995 WP_254218450.1 MBL0967454.1 54.8 184 513 1 330 3.20e-113 337 UBY07556.1 UBY07556.1 97.0 1 1240 1 1240 0.0 2474 PAA85122.1 PAA85122.1 92.7 1 940 1 940 0.0 1782 WP_250740298.1 WP_250740298.1 93.7 1 481 1 481 0.0 924 XP_029957910.1 XP_029957910.1 96.7 1 197 1 197 2.52e-143 395 WP_261066330.1 WP_261066330.1 92.5 1 308 1 308 6.39e-215 585 EIN6894283.1 EIN6894283.1 96.6 1 56 1 56 6.13e-37 115 WP_003976137.1 WP_003976137.1 96.2 1 352 1 352 4.26e-258 698 CAF9903004.1 CAF9903004.1 93.9 1 304 1 304 8.10e-216 587 WP_028211029.1 WP_028211029.1 85.5 1 76 1 76 2.83e-44 135 VTR17913.1 VTR17913.1 95.5 1 450 1 450 0.0 885 WP_155560674.1 WP_155560674.1 87.8 1 410 1 410 1.06e-269 733 WP_182221967.1 WP_182221967.1 95.6 1 157 1 157 1.49e-111 311 MBO1682517.1 MBO1682517.1 93.5 1 69 1 69 8.57e-45 136 KAJ5879340.1 KAJ5879340.1 98.4 1 395 1 395 4.23e-298 803 MCB1269932.1 MCB1269932.1 98.5 1 287 1 287 8.80e-216 586 MBF0266635.1 MBF0266635.1 96.2 1 503 1 503 0.0 996 WP_091131895.1 WP_091131895.1 91.1 1 436 1 436 1.62e-300 813 WP_076569469.1 WP_076569469.1 95.2 1 296 1 296 1.20e-213 581 MYM13983.1 MYM13983.1 92.8 1 294 1 294 1.23e-205 561 WP_124336611.1 WP_124336611.1 97.8 1 376 1 376 1.61e-281 759 OTI63326.1 OTI63326.1 97.3 1 335 1 335 6.44e-249 674 KAJ0179631.1 KAJ0179631.1 91.2 1 55 1 55 1.86e-33 106 XP_011231611.1 XP_011231611.1 94.4 1 344 1 344 1.77e-246 668 KAH9773659.1 KAH9773659.1 97.5 1 572 1 572 0.0 1149 WP_232923125.1 WP_225927241.1 72.9 2 812 20 829 0.0 1165 WP_232923125.1 WP_232923125.1 97.7 1 813 1 813 0.0 1637 QJX39053.1 AEO85464.1 74.4 1 845 1 846 0.0 1244 QJX39053.1 ABG88111.1 65.8 270 364 1 94 2.45e-34 124 QJX39053.1 QCI53355.1 74.0 30 370 2 354 1.71e-179 518 QJX39053.1 QJX39053.1 97.0 1 846 1 846 0.0 1689 QJX39053.1 AAX97169.1 75.2 506 845 2 334 7.07e-176 508 QJX39053.1 AEJ33395.1 31.7 24 845 17 881 3.16e-131 412 XP_047670625.1 XP_047670625.1 92.2 1 1579 1 1579 0.0 2971 HIZ23242.1 MBQ3156222.1 42.2 4 428 2 423 3.15e-102 309 HIZ23242.1 HIZ23242.1 94.2 1 431 1 431 2.25e-309 835 OGP18648.1 OGP18648.1 99.0 1 122 1 122 2.34e-89 253 YP_009953780.1 YP_009953780.1 91.9 1 58 1 58 5.79e-36 113 WP_096420503.1 WP_096420503.1 87.9 1 230 1 230 2.15e-149 413 AIR72471.1 AIR72471.1 100 1 99 1 99 6.35e-74 212 WP_145848873.1 WP_145848873.1 96.3 1 191 1 191 4.92e-138 381 MCR4780139.1 MCR4780139.1 94.0 1 376 1 376 2.07e-268 726 EXV29885.1 EXV29885.1 96.3 1 81 1 81 1.44e-55 164 WP_135153154.1 WP_135153154.1 95.4 1 326 1 326 2.90e-236 641 WP_192272294.1 WP_192272294.1 94.8 1 357 1 357 3.64e-257 696 WP_169034890.1 WP_169034890.1 92.9 1 199 1 199 9.06e-138 381 MCL2179853.1 MCL2179853.1 89.1 1 590 1 590 0.0 1070 WP_261610998.1 WP_261610998.1 87.1 1 135 1 135 1.15e-84 242 GIW75824.1 GIW75824.1 95.3 1 123 1 123 5.72e-86 244 WP_107605937.1 WP_107605937.1 94.4 1 271 1 271 3.80e-193 527 WP_104880153.1 WP_104880153.1 96.6 1 484 1 484 0.0 964 WP_192819276.1 WP_192819276.1 96.3 1 290 1 290 5.07e-212 577 MBP3258987.1 MBP3258987.1 95.9 1 558 1 558 0.0 1101 WP_051799949.1 WP_051799949.1 100 1 130 1 130 7.00e-106 295 WP_080069963.1 WP_080069963.1 100 1 187 1 187 2.36e-152 417 WP_032902824.1 WP_032902824.1 91.1 1 560 1 560 0.0 1042 OJZ88794.1 OJZ88794.1 100 1 65 1 65 7.86e-46 138 MCA1602026.1 MCA1602026.1 98.9 1 200 1 200 1.25e-149 411 WP_254698006.1 OQA38407.1 49.9 1 424 9 437 3.50e-131 388 WP_254698006.1 WP_254698006.1 91.7 1 531 1 531 0.0 996 WP_254698006.1 CBI36349.3 32.4 14 411 23 420 1.43e-58 199 WP_254698006.1 WP_225579579.1 62.7 1 505 15 503 4.54e-216 607 WP_254698006.1 WP_253808359.1 46.1 1 425 5 428 1.28e-115 347 WP_135625684.1 WP_135625684.1 93.3 1 226 1 226 4.59e-158 435 MCF6248835.1 MCF6248835.1 98.5 1 453 1 453 0.0 922 WP_207277556.1 WP_207277556.1 91.0 1 661 1 661 0.0 1228 QLL42869.1 QLL42869.1 92.6 1 229 1 229 1.00e-158 437 WP_208891791.1 WP_208891791.1 96.0 1 396 1 396 1.92e-290 784 NPA60307.1 NPA60307.1 95.3 1 136 1 136 1.29e-95 270 NUM76802.1 NUM76802.1 98.7 1 343 1 343 3.64e-259 700 WP_261733022.1 WP_261733022.1 92.8 1 765 1 765 0.0 1452 MCC6153889.1 MCC6153889.1 98.9 1 415 1 415 2.09e-315 848 MAR11490.1 MAR11490.1 91.9 1 200 1 200 1.14e-136 379 WP_202390355.1 WP_202390355.1 88.0 33 77 33 77 4.09e-24 84.7 KFP55735.1 KFP55735.1 96.3 1 411 1 411 1.38e-302 816 OPZ80214.1 OPZ80214.1 91.9 1 274 1 274 4.40e-189 517 SDP91455.1 SDP91455.1 96.6 1 68 1 68 4.80e-46 139 MCA9759546.1 MCA9759546.1 95.4 1 246 1 246 4.60e-177 484 XP_042575628.1 XP_042575628.1 89.6 1 176 1 176 5.81e-116 324 UTM04871.1 UTM04871.1 98.0 1 472 1 472 0.0 955 MBE4386870.1 MBE4386870.1 90.9 1 409 1 409 7.37e-281 761 MBU1949759.1 MBU1949759.1 100 1 283 1 283 1.93e-217 590 WP_209164465.1 WP_209164465.1 97.3 1 317 1 317 3.39e-235 637 MBC9216850.1 MBC9216850.1 94.0 1 93 1 93 1.14e-62 183 KAF3157345.1 KAF3157345.1 94.0 1 102 1 102 2.99e-69 200 WP_243514657.1 WP_243514657.1 95.2 1 353 1 353 8.90e-256 692 WP_264593810.1 WP_264593810.1 96.3 1 460 1 460 0.0 912 MCF3649217.1 MCF3649217.1 98.4 1 276 1 276 7.48e-207 562 WP_260912062.1 WP_260912062.1 100 1 82 1 82 8.87e-64 185 MBV38818.1 MBV38818.1 94.1 1 413 1 413 8.23e-296 799 CDX26094.1 WP_279008479.1 37.4 25 327 9 307 1.20e-57 187 CDX26094.1 WP_154951203.1 29.9 21 332 17 322 6.05e-39 139 CDX26094.1 CDX26094.1 89.5 1 338 1 338 7.23e-227 618 CDX26094.1 KQN49849.1 29.0 35 333 15 307 2.07e-34 127 CDX26094.1 WP_023828789.1 23.6 30 332 49 411 1.30e-26 107 CDX26094.1 WP_105447015.1 26.2 4 332 5 391 6.87e-38 137 CDX26094.1 WP_002574744.1 28.8 18 327 8 329 2.22e-37 135 EPS65972.1 EPS65972.1 85.8 1 85 1 85 2.09e-50 151 MCF7845821.1 MCF7845821.1 83.9 1 53 1 53 1.78e-28 94.0 MCA9273490.1 MCA9273490.1 100 1 336 1 336 2.56e-260 702 WP_165007860.1 WP_165007860.1 93.4 1 229 1 229 2.10e-160 441 WP_084119994.1 WP_084119994.1 95.3 1 323 1 323 6.31e-234 635 WP_139266533.1 WP_139266533.1 96.6 1 116 1 116 3.15e-82 234 PHS07087.1 PHS07087.1 97.1 1 470 1 470 0.0 941 CAB4375794.1 CAB4375794.1 93.8 1 155 1 155 1.68e-107 301 QLT57385.1 QLT57385.1 100 1 105 1 105 1.51e-77 221 MBL8001378.1 MBL8001378.1 94.6 1 135 1 135 5.70e-94 265 KAJ7390332.1 KAJ7390332.1 97.6 1 353 1 353 1.50e-263 712 KIO14952.1 KIO14952.1 93.0 1 53 1 53 6.64e-33 105 QHV87229.1 QHV87229.1 96.3 1 434 1 434 1.36e-319 861 WP_281350185.1 WP_281350185.1 96.7 1 115 1 115 1.69e-81 232 WP_254090314.1 WP_254090314.1 98.5 1 232 1 232 2.04e-173 474 WP_100659968.1 WP_100659968.1 95.7 1 401 1 401 1.03e-292 790 QTW92269.1 QTW92269.1 96.3 1 406 1 406 6.05e-299 806 KAJ1419147.1 KAJ1419147.1 97.3 1 282 1 282 8.74e-209 568 KAF1839740.1 KAF1839740.1 100 1 222 1 222 5.04e-169 462 BDY11310.1 BDY11310.1 100 1 82 1 82 4.24e-62 181 XP_048216280.1 XP_048216280.1 95.2 1 421 1 421 1.34e-305 824 WP_084290175.1 WP_084290175.1 96.5 1 116 1 116 4.47e-82 234 XP_047379458.1 XP_047379458.1 96.3 1 545 1 545 0.0 1080 WP_276509439.1 WP_276509439.1 95.6 1 242 1 242 1.32e-174 478 MCQ2612024.1 WP_014407515.1 30.6 9 293 7 276 9.75e-37 132 MCQ2612024.1 WP_126136917.1 21.2 9 288 12 279 1.13e-13 68.6 MCQ2612024.1 MBK9183427.1 26.6 9 285 12 285 1.84e-25 102 MCQ2612024.1 MCQ2612024.1 96.4 1 320 1 320 6.08e-235 637 WP_242719345.1 WP_242719345.1 92.3 1 482 1 482 0.0 910 MBU2333720.1 MBU2333720.1 94.7 1 411 1 411 1.73e-296 800 HBF5910189.1 HBF5910189.1 93.6 1 135 1 135 9.47e-93 262 WP_070276216.1 WP_070276216.1 92.3 1 685 1 685 0.0 1292 WP_244305237.1 WP_244305237.1 90.5 1 191 1 191 8.09e-128 355 MBV8166774.1 MBV8166774.1 91.3 1 206 1 206 7.99e-140 387 WP_013845913.1 WP_013845913.1 93.1 1 249 1 249 4.57e-174 477 MCH8147627.1 MCH8147627.1 98.7 1 52 1 52 6.42e-35 110 KAF4336989.1 WP_112473496.1 35.3 6 223 4 182 2.00e-36 125 KAF4336989.1 KAF4336989.1 100 1 241 1 241 7.43e-185 504 WP_104981358.1 WP_104981358.1 99.7 1 383 1 383 1.25e-293 791 WP_013102579.1 WP_013102579.1 99.2 1 176 1 176 1.62e-131 363 XP_024747977.1 XP_024747977.1 99.5 1 198 1 198 4.36e-149 410 NDF13247.1 NDF13247.1 99.9 1 90 1 90 2.34e-65 189 WP_162783004.1 WP_162783004.1 92.9 1 881 1 881 0.0 1674 MCS6948286.1 MCS6948286.1 93.1 1 360 1 360 7.29e-254 688 WP_194235048.1 WP_194235048.1 99.7 1 91 1 91 6.16e-66 191 MBO5878101.1 MBO5878101.1 96.0 1 129 1 129 2.88e-91 258 HBC6813009.1 HBC6813009.1 97.6 1 183 1 183 3.50e-134 371 WP_254144300.1 WP_254144300.1 92.3 1 505 1 505 0.0 955 CAD6897702.1 CAD6897702.1 88.1 1 57 1 57 3.03e-33 106 MBC7757407.1 MBC7757407.1 95.8 1 267 1 267 1.38e-193 528 TDL20017.1 TDL20017.1 97.3 1 385 1 385 1.06e-286 773 WP_115513761.1 WP_115513761.1 93.3 1 221 1 221 2.03e-154 425 REJ18923.1 REJ18923.1 92.7 1 157 1 157 1.95e-107 301 EAV4122193.1 EAV4122193.1 89.1 1 289 1 289 3.07e-192 526 WP_246884968.1 WP_246884968.1 97.5 1 543 1 543 0.0 1092 MBP6505074.1 CAP00477.1 37.8 2 390 4 375 1.14e-77 243 MBP6505074.1 MBP6505074.1 93.2 1 394 1 394 1.80e-278 753 AEL09906.1 AEL09906.1 98.8 1 86 1 86 2.31e-61 179 WP_260467581.1 WP_260467581.1 91.6 1 204 1 204 5.63e-139 385 CAH7718754.1 CAH7718754.1 91.0 1 87 1 87 7.74e-56 165 XP_054539312.1 HHO42668.1 24.8 111 522 15 390 3.93e-33 133 XP_054539312.1 MCB0342695.1 28.4 35 339 35 303 2.09e-31 125 XP_054539312.1 XP_054539312.1 94.5 1 1839 1 1839 0.0 3558 NNK90694.1 NNK90694.1 94.2 1 78 1 78 7.62e-52 154 MCI0339177.1 MCI0339177.1 94.6 1 259 1 259 7.35e-185 505 ETP52929.1 ETP52929.1 92.9 1 118 1 118 1.01e-79 228 KAI9354912.1 KAI9354912.1 94.7 1 1049 1 1049 0.0 2037 MBV8846188.1 MBV8846188.1 95.3 1 245 1 245 3.50e-176 482 WP_075555721.1 WP_075555721.1 93.5 1 227 1 227 4.25e-159 437 MBR0168732.1 MBR0168732.1 98.1 1 296 1 296 2.01e-221 601 WP_159020823.1 WP_159020823.1 98.7 1 305 1 305 4.09e-230 624 ROV93981.1 ROV93981.1 92.8 1 289 1 289 3.80e-202 551 WP_160324393.1 WP_160324393.1 100 1 345 1 345 2.49e-267 721 WP_280604208.1 WP_280604208.1 97.2 1 615 1 615 0.0 1231 WP_141769780.1 WP_141769780.1 87.6 1 117 1 117 3.39e-73 211 XP_022467441.1 XP_022467441.1 95.6 1 97 1 97 5.74e-67 194 KAH6575376.1 KAH6575376.1 99.8 1 447 1 447 0.0 923 RDE30147.1 RDE30147.1 94.7 1 479 1 479 0.0 932 MBS07042.1 MBS07042.1 91.0 1 443 1 443 7.48e-305 824 MBR0185573.1 MCM6312373.1 17.0 142 595 5 520 1.73e-13 71.6 MBR0185573.1 HBS0905846.1 17.1 142 595 5 520 7.51e-14 72.8 MBR0185573.1 HBZ7417361.1 23.8 446 595 70 245 8.73e-09 55.5 MBR0185573.1 MBR0185573.1 92.1 1 629 1 629 0.0 1184 MBR0185573.1 WP_280015341.1 20.6 135 624 3 560 3.15e-30 124 MBR6873642.1 MBR6873642.1 93.9 1 1120 1 1120 0.0 2154 KAH8674414.1 KAH8674414.1 98.6 1 293 1 293 1.31e-220 598 KAI5122644.1 MBL8638832.1 23.0 373 1198 58 867 2.13e-61 226 KAI5122644.1 KAI5122644.1 92.9 1 1265 1 1265 0.0 2402 KAI5122644.1 WP_015919400.1 24.7 373 1213 14 788 1.19e-74 263 KAI5122644.1 WP_015615815.1 26.4 373 1210 14 806 2.05e-85 296 KAI5122644.1 MCJ7548546.1 23.9 373 1108 17 719 7.14e-60 218 WP_255657001.1 WP_255657001.1 93.3 1 301 1 301 4.15e-212 578 MCJ8744353.1 MCJ8744353.1 94.2 1 705 1 705 0.0 1362 WP_235697519.1 WP_235697519.1 93.8 1 388 1 388 2.18e-276 748 WP_203101196.1 WP_203101196.1 95.2 1 336 1 336 4.32e-243 659 WP_081197627.1 WP_081197627.1 96.6 1 317 1 317 4.61e-233 632 KAI2507414.1 KAI2507414.1 96.0 1 237 1 237 7.09e-172 471 WP_278243902.1 WP_278243902.1 95.9 1 366 1 366 1.57e-267 723 WP_195519891.1 WP_195519891.1 92.2 1 277 1 277 4.96e-192 525 WP_267857086.1 WP_267857086.1 95.4 1 377 1 377 7.27e-274 740 SDT73851.1 SDT73851.1 95.4 1 232 1 232 7.36e-167 457 MCI8905996.1 MCI8905996.1 93.5 1 124 1 124 1.02e-84 241 MBE5853476.1 MBE5853476.1 97.8 1 167 1 167 2.33e-122 340 WP_187666598.1 WP_187666598.1 96.3 1 259 1 259 5.62e-189 516 MBO7740928.1 MBO7740928.1 97.2 1 195 1 195 1.25e-142 393 KAH8103951.1 KAH8103951.1 90.9 1 606 1 606 0.0 1124 CAE8618269.1 CAE8618269.1 93.0 1 575 1 575 0.0 1095 KAI6823133.1 KAI6823133.1 96.0 1 322 1 322 3.52e-235 638 NLU38508.1 NLU38508.1 95.9 1 772 1 772 0.0 1521 HCE3964987.1 HCE3964987.1 88.4 1 85 1 85 2.17e-52 156 NBR20456.1 NBR20456.1 95.2 1 271 1 271 2.79e-195 533 TIW64311.1 TIW64311.1 100 1 42 1 42 6.08e-29 94.4 KJS71365.1 KJS71365.1 89.2 1 156 1 156 1.13e-101 286 EFS21643.1 EFS21643.1 94.7 1 172 1 172 2.81e-121 337 GHU06330.1 GHU06330.1 94.4 1 1778 1 1778 0.0 3437 EDX9534630.1 EDX9534630.1 99.0 1 80 1 80 8.08e-57 167 WP_258143355.1 WP_258143355.1 98.3 1 167 1 167 4.03e-123 342 WP_248050568.1 WP_248050568.1 89.2 1 403 1 403 2.15e-270 734 DAR19459.1 DAR19459.1 96.2 1 107 1 107 4.84e-75 215 WP_232634591.1 WP_232634591.1 96.5 1 942 1 942 0.0 1868 WP_103961312.1 GGU95879.1 32.5 10 543 7 555 2.38e-85 273 WP_103961312.1 WP_103961312.1 92.8 1 544 1 544 0.0 1035 PZP36069.1 PZP36069.1 94.1 1 386 1 386 3.76e-276 747 MCJ7770831.1 MCJ7770831.1 94.6 1 359 1 359 5.17e-258 699 CAG2229172.1 CAG2229172.1 97.9 1 223 1 223 2.49e-165 453 PJI44171.1 PJI44171.1 85.9 1 66 1 66 5.14e-38 119 WP_214524166.1 WP_214524166.1 93.5 1 411 1 411 4.55e-292 789 VTM75314.1 VTM75314.1 95.8 1 339 1 339 2.94e-247 670 XP_021694973.1 XP_021694973.1 89.3 1 230 1 230 1.92e-152 421 WP_250464711.1 WP_250464711.1 99.3 1 586 1 586 0.0 1202 WP_250464711.1 HAV1793262.1 42.9 43 580 20 556 4.04e-133 398 WP_189524079.1 WP_209467194.1 24.1 19 384 12 376 5.71e-28 112 WP_189524079.1 WP_189524079.1 92.1 1 407 1 407 5.65e-284 768 MBR7675499.1 MBR7675499.1 96.1 1 1530 1 1530 0.0 3018 XP_013757696.1 XP_013757696.1 92.2 1 1275 1 1275 0.0 2402 KAF4593247.1 KAF4593247.1 97.0 1 770 1 770 0.0 1536 XP_040614072.1 XP_040614072.1 97.0 1 618 1 618 0.0 1235 WP_151465610.1 WP_151465610.1 93.8 1 91 1 91 4.71e-61 179 MBD5437993.1 MBD5437993.1 95.2 1 322 1 322 9.67e-233 632 WP_055062962.1 WP_055062962.1 95.3 1 505 1 505 0.0 989 NEE34914.1 NEE34914.1 90.7 1 416 1 416 9.77e-285 771 WP_277627940.1 WP_277627940.1 97.6 1 328 1 328 1.40e-244 662 GJC78212.1 GJC78212.1 99.0 1 569 1 569 0.0 1164 WP_259665259.1 WP_259665259.1 95.6 1 175 1 175 5.43e-125 347 VIP11815.1 VIP11815.1 98.6 1 410 1 410 1.51e-310 836 NNJ03433.1 NNJ03433.1 100.0 1 587 1 587 0.0 1214 WP_251841748.1 WP_251841748.1 94.5 1 152 1 152 2.22e-106 298 CAF1124877.1 CAF1124877.1 95.0 1 164 1 164 6.72e-116 323 XP_019256258.1 XP_019256258.1 96.4 1 262 1 262 2.58e-191 522 GBM64226.1 GBM64226.1 95.4 1 176 1 176 2.04e-125 348 CAI0451207.1 CAI0451207.1 93.7 1 1530 1 1530 0.0 2933 WP_259407579.1 WP_259407579.1 92.2 1 222 1 222 7.33e-153 421 WP_259407579.1 MCF7886260.1 32.3 131 218 87 178 6.24e-08 49.3 KAJ9247365.1 KAJ9247365.1 100 1 331 1 331 2.99e-261 704 MBQ3049129.1 MBQ3049129.1 93.8 1 136 1 136 8.74e-94 265 WP_046325749.1 WP_057479385.1 45.2 3 457 12 474 5.06e-124 368 WP_046325749.1 WP_208427233.1 37.9 5 289 4 276 1.56e-53 180 WP_046325749.1 WP_046325749.1 97.6 1 461 1 461 0.0 929 WP_046325749.1 WP_013571875.1 46.9 5 457 6 468 4.07e-131 386 WP_111712808.1 WP_111712808.1 88.5 1 190 1 190 9.80e-124 345 OQB06356.1 OQB06356.1 91.3 1 51 1 51 1.13e-30 99.4 WP_085004337.1 WP_085004337.1 92.2 1 100 1 100 4.14e-66 192 XP_023219850.1 XP_023219850.1 89.8 1 236 1 236 1.40e-157 434 KOV59425.1 KOV59425.1 96.2 1 76 1 76 9.40e-52 154 WP_208905085.1 WP_208905085.1 95.5 1 611 1 611 0.0 1200 PHT33663.1 PHT33663.1 93.1 1 180 1 180 1.60e-124 346 EBA3403631.1 EBA3403631.1 93.7 1 273 1 273 8.94e-193 526 WP_244380042.1 WP_244380042.1 95.9 1 450 1 450 0.0 889 MBD8915742.1 WP_182080621.1 17.7 1 490 2 418 2.64e-15 76.6 MBD8915742.1 AOJ74168.1 20.6 11 490 13 450 4.67e-25 106 MBD8915742.1 MBD8915742.1 96.1 1 583 1 583 0.0 1152 MBD8915742.1 WP_058918927.1 26.7 32 491 39 458 1.73e-46 168 XP_010808195.1 XP_010808195.1 96.1 1 626 1 626 0.0 1237 WP_177077803.1 WP_177077803.1 93.0 1 456 1 456 0.0 869 WP_179100660.1 WP_179100660.1 95.2 1 64 1 64 3.38e-42 129 WP_048133111.1 WP_048133111.1 96.0 1 142 1 142 6.54e-101 283 WP_092805375.1 WP_092805375.1 94.8 1 538 1 538 0.0 1048 WP_156773536.1 WP_156773536.1 99.3 1 88 1 88 2.77e-63 184 WP_110713006.1 WP_110713006.1 94.4 1 342 1 342 5.07e-245 664 OYV25858.1 OYV25858.1 96.3 1 175 1 175 4.64e-126 350 EHP6050825.1 EHP6050825.1 99.2 1 659 1 659 0.0 1349 WP_233355236.1 WP_233355236.1 93.7 1 396 1 396 6.58e-282 762 MCI0743675.1 MCI0743675.1 98.0 1 83 1 83 2.10e-58 171 EHL4743850.1 EHL4743850.1 97.6 1 588 1 588 0.0 1183 WP_210022830.1 WP_210022830.1 94.6 1 152 1 152 1.56e-106 298 MBY0286260.1 MBY0286260.1 92.8 1 418 1 418 2.86e-294 795 WP_145485057.1 WP_145485057.1 95.1 1 330 1 330 2.05e-238 647 WP_238589724.1 WP_238589724.1 88.0 1 69 1 69 2.78e-41 127 KKT74736.1 KKT74736.1 91.7 1 92 1 92 5.92e-60 176 WP_143397677.1 WP_143397677.1 94.6 1 311 1 311 4.73e-223 606 WP_189806213.1 WP_189806213.1 100 1 215 1 215 2.82e-167 457 EYU25844.1 EYU25844.1 99.3 1 239 1 239 1.68e-180 493 WP_086268031.1 WP_086268031.1 91.1 1 437 1 437 6.10e-301 814 KAI0064471.1 KAI0064471.1 94.7 1 516 1 516 0.0 1004 ROP28277.1 ROP28277.1 77.6 1 40 1 40 7.57e-18 66.2 RVD87240.1 RVD87240.1 96.3 1 209 1 209 1.83e-151 417 MBJ14675.1 MBJ14675.1 96.9 1 230 1 230 1.89e-168 461 PSX20495.1 PSX20495.1 85.1 1 82 1 82 6.62e-48 145 HCL05707.1 HCL05707.1 97.3 1 401 1 401 8.24e-299 805 DAK63787.1 DAK63787.1 96.4 1 343 1 343 3.75e-252 682 WP_061158136.1 WP_061158136.1 96.3 1 375 1 375 9.22e-276 745 WP_013768652.1 WP_013768652.1 100 1 513 1 513 0.0 1067 WP_013768652.1 ROW17242.1 21.0 35 479 42 501 5.36e-25 107 WP_265593313.1 WP_265593313.1 98.2 1 573 1 573 0.0 1160 XP_010298897.1 XP_010298897.1 99.1 1 169 1 169 5.93e-126 349 DAM16636.1 DAM16636.1 95.9 1 164 1 164 2.85e-117 327 XP_048545356.1 XP_048545356.1 94.3 1 452 1 452 0.0 875 WP_026632538.1 WP_026632538.1 100 1 83 1 83 3.75e-61 178 WP_054285415.1 WP_054285415.1 100 1 123 1 123 1.11e-92 261 WP_280506832.1 WP_280506832.1 94.9 1 212 1 212 4.64e-151 416 MCH1948979.1 MCH1948979.1 90.1 1 301 1 301 2.87e-203 555 MBX7161768.1 MBV9963051.1 50.2 408 471 491 554 8.22e-11 62.4 MBX7161768.1 MBX7161768.1 95.8 1 472 1 472 0.0 930 CAA2935380.1 CAA2935380.1 100 1 132 1 132 5.12e-100 280 MCL2712337.1 MCL2712337.1 81.8 1 72 1 72 3.30e-39 122 MBF6594441.1 MBF6594441.1 95.4 1 1117 1 1117 0.0 2186 MBT3583534.1 MBT3583534.1 91.3 1 455 1 455 1.18e-314 850 WP_020547001.1 WP_020547001.1 93.5 1 301 1 301 1.45e-212 579 HBA6816094.1 HBA6816094.1 91.2 1 60 1 60 5.67e-37 115 CAH3167921.1 CAH3167921.1 94.6 1 451 1 451 0.0 877 WP_209090305.1 WP_209090305.1 94.1 1 331 1 331 4.28e-236 641 WP_270310942.1 WP_270310942.1 98.1 1 251 1 251 4.12e-187 510 XP_055749319.1 XP_055749319.1 97.0 1 483 1 483 0.0 965 CAC9485003.1 CAC9485003.1 95.4 1 159 1 159 1.04e-112 315 RYG63745.1 RYG63745.1 93.7 1 70 1 70 1.12e-45 138 KAH6611424.1 KAH6611424.1 95.0 1 984 1 984 0.0 1918 WP_132124768.1 WP_132124768.1 92.5 1 249 1 249 7.58e-173 474 HBP5649656.1 HBP5649656.1 88.0 1 568 1 568 0.0 1016 MBV8815235.1 MBG4284514.1 32.5 2 324 5 332 5.82e-49 165 MBV8815235.1 MBV8815235.1 95.2 1 333 1 333 9.40e-241 653 WP_132670557.1 WP_132670557.1 90.8 1 374 1 374 3.91e-256 695 WP_135991721.1 WP_135991721.1 92.5 1 452 1 452 3.40e-317 856 MBF8281865.1 MBF8281865.1 92.2 1 485 1 485 0.0 915 CAB1434041.1 CAB1434041.1 96.5 1 732 1 732 0.0 1452 HCE5956952.1 HCE5956952.1 90.0 1 262 1 262 6.43e-176 483 WP_120259880.1 WP_120259880.1 99.6 1 534 1 534 0.0 1099 WP_100671858.1 WP_238126428.1 57.2 1 194 1 192 2.14e-70 211 WP_100671858.1 WP_100671858.1 97.3 1 195 1 195 8.81e-143 394 CAB4041173.1 CAB4041173.1 97.1 1 499 1 499 0.0 999 WP_196114185.1 WP_196114185.1 96.1 1 337 1 337 1.46e-246 668 XP_045323097.1 XP_045323097.1 97.7 1 691 1 691 0.0 1391 MBO5545990.1 MBO5545990.1 100 1 185 1 185 4.60e-140 386 WP_140643433.1 WP_140643433.1 90.9 1 293 1 293 7.05e-200 546 PSB50277.1 PSB50277.1 96.9 1 475 1 475 0.0 948 TKA61426.1 TKA61426.1 97.4 1 400 1 400 3.10e-298 804 WP_018046034.1 WP_018046034.1 94.2 1 563 1 563 0.0 1088 WP_199519257.1 WP_199519257.1 94.8 1 135 1 135 2.83e-94 266 QEA04360.1 QEA04360.1 95.7 1 148 1 148 5.50e-105 294 EJB4327760.1 EJB4327760.1 96.7 1 452 1 452 0.0 900 WP_243386166.1 WP_243386166.1 94.3 1 312 1 312 1.03e-222 605 WP_196434573.1 WP_196434573.1 95.8 1 365 1 365 1.69e-266 721 MBR4407160.1 MBR4407160.1 91.1 1 248 1 248 6.45e-169 464 RMO53691.1 RMO53691.1 94.4 1 229 1 229 2.19e-162 446 SPO69561.1 SPO69561.1 95.7 1 214 1 214 4.83e-154 424 MBR0373962.1 MBR0373962.1 100 1 228 1 228 2.81e-178 486 WP_076595086.1 WP_076595086.1 92.6 1 471 1 471 0.0 894 WP_267897383.1 WP_267897383.1 97.7 1 43 1 43 1.54e-27 90.9 EDK41087.2 EDK41087.2 95.8 1 535 1 535 0.0 1054 WP_212217181.1 WP_212217181.1 96.8 1 417 1 417 8.77e-309 832 WP_245128022.1 WP_245128022.1 96.9 1 384 1 384 1.89e-284 768 MBR4270493.1 MBR4270493.1 96.9 1 109 1 109 2.89e-77 221 WP_150516775.1 WP_150516775.1 91.1 1 181 1 181 6.75e-122 340 ADP83890.1 ADP83890.1 90.6 1 563 1 563 0.0 1041 WP_274975805.1 WP_274975805.1 96.3 1 234 1 234 2.67e-170 466 EFB0579454.1 EFB0579454.1 87.2 1 572 1 572 0.0 1013 EFB0579454.1 ECB3502766.1 77.7 1 219 1 219 3.24e-116 342 XP_006359699.1 XP_006359699.1 100 1 403 1 403 1.51e-311 838 EAX5650801.1 EAX5650801.1 99.0 1 238 1 238 3.67e-179 489 EIQ3832535.1 EIQ3832535.1 96.9 1 246 1 246 1.43e-180 493 MBK7823216.1 MBK7823216.1 97.8 1 188 1 188 1.94e-138 382 RZC84346.1 RZC84346.1 97.1 1 394 1 394 8.47e-293 790 WP_188402311.1 WP_188402311.1 95.4 1 122 1 122 2.16e-85 243 EDN57974.1 EDN57974.1 93.2 1 1059 1 1059 0.0 2018 MCL4851158.1 WP_115313274.1 35.8 6 209 6 207 1.89e-34 120 MCL4851158.1 MCL4851158.1 98.4 1 210 1 210 2.60e-156 429 MBE7487601.1 MBE7487601.1 99.0 1 151 1 151 6.65e-112 312 WP_126022479.1 WP_126022479.1 99.9 1 127 1 127 2.21e-94 266 MBK6770753.1 MBK6770753.1 93.1 1 300 1 300 1.29e-210 574 WP_064754910.1 WP_064754910.1 94.2 1 394 1 394 2.79e-282 763 WP_281507500.1 WP_262406623.1 61.3 1 828 1 831 0.0 969 WP_281507500.1 MBT5488157.1 46.8 302 823 1 505 1.84e-141 433 WP_281507500.1 WP_281507500.1 91.9 1 982 1 982 0.0 1843 PUZ48934.1 PUZ48934.1 95.0 1 184 1 184 1.22e-130 362 WP_036471418.1 WP_007427566.1 57.6 1 430 1 431 4.24e-164 467 WP_036471418.1 WP_036471418.1 97.5 1 430 1 430 0.0 865 MBK9356005.1 MBK9356005.1 91.4 1 308 1 308 1.44e-211 577 NOR15507.1 NOR15507.1 100 1 67 1 67 6.59e-48 144 MCK4600250.1 MCK4600250.1 93.9 1 138 1 138 3.03e-95 269 WP_062723913.1 WP_062723913.1 97.7 1 308 1 308 1.48e-229 622 MBQ7943218.1 MBQ7943218.1 93.3 1 241 1 241 7.60e-169 463 WP_003333677.1 WP_003333677.1 98.4 1 552 1 552 0.0 1122 WP_170365402.1 WP_170365402.1 97.6 1 247 1 247 5.63e-183 499 WP_248214628.1 WP_248214628.1 96.2 1 93 1 93 1.68e-64 187 ENN81602.1 ENN81602.1 95.8 1 803 1 803 0.0 1580 WP_175863615.1 WP_175863615.1 100 1 67 1 67 3.26e-48 144 KAJ5463595.1 KAJ5463595.1 98.3 1 580 1 580 0.0 1176 MBZ0263796.1 MBZ0263796.1 89.2 1 63 1 63 5.94e-38 118 XP_047491136.1 XP_047491136.1 95.5 1 1071 1 1071 0.0 2098 MBN1882318.1 MBN1882318.1 97.4 1 189 1 189 2.09e-138 382 MCP3920706.1 MCP3920706.1 97.4 1 573 1 573 0.0 1150 WP_159463829.1 WP_159463829.1 90.6 1 590 1 590 0.0 1090 WP_026750608.1 WP_026750608.1 93.8 1 84 1 84 6.24e-56 165 EER8306359.1 EER8306359.1 98.3 1 299 1 299 3.22e-224 608 WP_010502862.1 WP_010502862.1 95.0 1 177 1 177 2.20e-125 348 MBR2359580.1 MBR2359580.1 95.2 1 103 1 103 4.75e-71 205 WP_055449466.1 WP_055449466.1 97.6 1 302 1 302 1.42e-224 609 WP_136955567.1 WP_136955567.1 93.4 1 330 1 330 4.43e-233 633 WP_069367753.1 WP_069367753.1 96.5 1 278 1 278 1.39e-203 554 WP_110307043.1 WP_110307043.1 96.2 1 126 1 126 3.15e-89 253 WP_100173513.1 WP_100173513.1 93.7 1 100 1 100 1.75e-67 196 WP_120370033.1 WP_120370033.1 93.4 1 275 1 275 1.80e-193 528 MCE9577072.1 MCE9577072.1 96.7 1 327 1 327 5.89e-241 653 WP_044453403.1 MCI2079698.1 19.8 1 279 1 278 1.66e-10 59.3 WP_044453403.1 WP_096722254.1 66.3 1 295 1 291 6.84e-134 380 WP_044453403.1 WP_044453403.1 95.4 1 314 1 314 1.60e-227 618 WP_044453403.1 NED83450.1 24.2 1 295 3 293 5.16e-22 92.4 WP_044453403.1 WP_241524600.1 18.6 1 282 1 286 3.60e-08 52.4 PYX98855.1 PYX98855.1 93.4 1 58 1 58 9.98e-37 115 EFV9236312.1 EFV9236312.1 93.4 1 59 1 59 1.84e-37 117 WP_181110053.1 WP_181110053.1 91.1 1 512 1 512 0.0 953 WP_251376328.1 WP_251376328.1 94.9 1 199 1 199 1.99e-141 390 MBN1266236.1 MBN1266236.1 98.7 1 629 1 629 0.0 1281 WP_230078324.1 WP_230078324.1 97.1 1 235 1 235 1.05e-172 473 WP_029165724.1 WP_029165724.1 95.1 1 273 1 273 1.96e-196 536 WP_234523932.1 WP_234523932.1 91.2 1 155 1 155 7.67e-104 292 TKJ47549.1 TKJ47549.1 92.7 1 356 1 356 1.41e-249 677 KUK66960.1 KUK66960.1 89.8 1 414 1 414 6.28e-280 759 KAF2778654.1 KAF2778654.1 99.7 1 601 1 601 0.0 1239 MBL7183650.1 MBL7183650.1 90.6 1 507 1 507 0.0 939 OEL34993.1 OEL34993.1 100 1 315 1 315 2.61e-247 668 KAG2288705.1 KAG2288705.1 90.3 1 67 1 67 2.42e-41 127 WP_196132500.1 WP_196132500.1 100 1 297 1 297 2.47e-236 639 MBY5764273.1 MBY5764273.1 95.6 1 341 1 341 4.19e-248 672 MOP14804.1 MOP14804.1 100 1 20 1 20 2.66e-13 53.5 MCC6757021.1 MCC6757021.1 99.7 1 117 1 117 2.57e-86 244 GMA85510.1 GMA85510.1 92.9 1 333 1 333 9.66e-234 635 HHT66172.1 HHT66172.1 89.9 1 126 1 126 6.60e-82 234 KAI1051942.1 MBE3049203.1 59.6 297 429 2 134 6.77e-44 153 KAI1051942.1 KAI1051942.1 95.5 1 908 1 908 0.0 1781 WP_137202811.1 WP_137202811.1 97.1 1 1452 1 1452 0.0 2898 MBA0617731.1 MBA0617731.1 98.6 1 146 1 146 1.72e-107 300 WP_125770870.1 WP_125770870.1 89.3 1 94 1 94 2.79e-59 174 OGD46026.1 OGD46026.1 96.9 1 524 1 524 0.0 1046 KAG1590416.1 KAG1590416.1 99.2 1 389 1 389 1.78e-296 798 KAJ7170950.1 KAJ7170950.1 93.5 1 404 1 404 8.08e-287 775 VTD69375.1 WP_195156489.1 83.3 128 174 1 47 2.23e-22 83.2 VTD69375.1 VTD69375.1 93.4 1 175 1 175 2.48e-121 338 MCR5435766.1 MCR5435766.1 95.0 1 560 1 560 0.0 1093 HAQ5294203.1 HAQ5294203.1 92.8 1 759 1 759 0.0 1441 MCD6306959.1 MCD6306959.1 98.0 1 336 1 336 1.26e-251 681 MCD6306959.1 WP_275196335.1 22.7 41 306 34 296 1.86e-15 74.3 MBS0252923.1 MBS0252923.1 93.5 1 162 1 162 3.75e-112 313 WP_252541609.1 WP_144384753.1 30.0 1 393 1 346 1.52e-51 174 WP_252541609.1 WP_252541609.1 88.8 1 394 1 394 8.95e-263 714 KOO34710.1 KOO34710.1 91.6 1 88 1 88 5.00e-57 168 WP_121334391.1 WP_121334391.1 91.3 1 437 1 437 5.23e-302 816 MCR5237392.1 MCR5237392.1 97.2 1 348 1 348 2.19e-258 699 WP_015527010.1 WP_015527010.1 97.6 1 411 1 411 1.83e-307 828 MCB0094774.1 MCB0094774.1 93.8 1 173 1 173 1.23e-120 336 WP_220742815.1 WP_220742815.1 88.9 1 201 1 201 6.56e-132 367 WP_238785931.1 WP_238785931.1 91.8 1 856 1 856 0.0 1605 MCF3123421.1 MCF3123421.1 93.7 1 228 1 228 2.77e-160 441 KAJ5976390.1 KAJ5976390.1 98.0 1 292 1 292 4.72e-218 592 NPA33962.1 NPA33962.1 97.0 1 531 1 531 0.0 1061 WP_071563317.1 WP_071563317.1 94.3 1 243 1 243 1.37e-172 473 WP_236961032.1 WP_236961032.1 95.8 1 93 1 93 3.40e-64 187 KIX64119.1 KIX64119.1 100 1 228 1 228 1.45e-180 492 WP_063603400.1 EFK2137151.1 33.7 1 418 22 438 9.71e-68 221 WP_063603400.1 WP_063603400.1 93.2 1 439 1 439 4.39e-311 840 WP_218965839.1 WP_218965839.1 100 1 303 1 303 1.61e-235 637 WP_173789750.1 WP_173789750.1 97.6 1 317 1 317 5.85e-236 639 MBL6756473.1 KXK41164.1 46.0 42 338 2 302 5.50e-76 246 MBL6756473.1 WP_240053789.1 27.0 48 328 9 284 1.44e-25 106 MBL6756473.1 PIY74148.1 40.3 68 680 1 601 5.07e-137 416 MBL6756473.1 MBL6756473.1 94.9 1 761 1 761 0.0 1483 MBL6756473.1 WP_226865765.1 28.1 47 678 2 606 1.29e-73 249 MBN9390566.1 MBN9390566.1 94.8 1 185 1 185 4.57e-131 363 WP_174048133.1 WP_174048133.1 96.5 1 406 1 406 1.05e-299 808 EIG7023758.1 EIG7023758.1 96.7 1 585 1 585 0.0 1165 WP_039085559.1 WP_145514932.1 45.7 5 457 9 457 2.20e-123 365 WP_039085559.1 WP_039085559.1 98.2 1 457 1 457 0.0 926 WP_224721611.1 WP_224721611.1 100 1 120 1 120 2.09e-91 258 MBK7771335.1 MBK7771335.1 89.0 1 104 1 104 7.87e-66 192 SQI90360.1 SQI90360.1 97.6 1 34 1 34 1.32e-20 72.8 MCH5250214.1 MCH5250214.1 95.1 1 897 1 897 0.0 1749 MCO5248061.1 MCO5248061.1 92.3 1 245 1 245 1.79e-169 465 RKT44589.1 RKT44589.1 89.3 1 254 1 254 7.20e-169 464 MCA6099904.1 WP_142133210.1 22.2 17 195 25 218 2.86e-08 53.1 MCA6099904.1 WP_222125851.1 23.1 17 195 16 214 3.24e-10 58.9 MCA6099904.1 MCA6099904.1 93.6 1 507 1 507 0.0 973 MCA6099904.1 WP_072380563.1 22.8 3 195 1 212 7.34e-11 60.8 MCA6099904.1 WP_115992495.1 23.0 17 195 16 215 4.46e-10 58.5 MCA6099904.1 WP_089095302.1 25.8 1 492 1 511 2.09e-48 175 RKU33385.1 RKU33385.1 99.2 1 275 1 275 2.94e-208 566 EIH6124474.1 EIH6124474.1 90.6 1 553 1 553 0.0 1022 MBO8159537.1 MBO8159537.1 92.2 1 164 1 164 1.25e-111 312 WP_151206143.1 WP_151206143.1 98.0 1 502 1 502 0.0 1015 MBN8912970.1 MBN8912970.1 96.6 1 125 1 125 5.90e-89 252 TOP73014.1 TOP73014.1 99.2 1 99 1 99 8.69e-72 206 HAV89419.1 HAV89419.1 99.5 1 356 1 356 7.79e-272 733 WP_056688515.1 WP_056688515.1 90.9 1 269 1 269 3.74e-183 502 MBV9654022.1 MBV9654022.1 95.0 1 378 1 378 3.20e-273 739 WP_138572923.1 MBD5394228.1 19.7 49 310 7 262 5.14e-09 55.1 WP_138572923.1 WP_114861267.1 53.5 11 349 10 356 4.07e-118 344 WP_138572923.1 WP_138572923.1 90.2 1 350 1 350 1.95e-237 646 MBI2925684.1 MBI2925684.1 94.4 1 118 1 118 3.00e-81 232 WP_065519347.1 WP_065519347.1 92.8 1 368 1 368 1.27e-258 701 KAI8690655.1 KAI8690655.1 97.6 1 257 1 257 1.44e-190 520 KAG0363719.1 KAG0363719.1 89.8 1 78 1 78 1.22e-48 146 XP_031707624.1 XP_031707624.1 95.2 1 958 1 958 0.0 1870 MBT3590949.1 MBT3590949.1 100 1 380 1 380 1.86e-307 825 MBU0838658.1 MBU0838658.1 91.2 1 342 1 342 5.81e-235 639 WP_270757591.1 WP_270757591.1 96.4 1 396 1 396 8.14e-292 787 TLY75477.1 TLY75477.1 99.1 1 242 1 242 2.21e-182 498 WP_125504029.1 WP_125504029.1 93.8 1 336 1 336 8.01e-239 648 WP_245404560.1 WP_245404560.1 97.8 1 92 1 92 3.84e-65 189 WP_268140002.1 WP_268140002.1 97.6 1 204 1 204 2.93e-150 413 HDO82225.1 HDO82225.1 88.4 1 311 1 311 3.22e-205 561 WP_039692015.1 WP_039692015.1 97.4 1 261 1 261 3.53e-193 526 KAH7371872.1 KAH7371872.1 94.7 1 260 1 260 9.66e-186 508 WP_203374052.1 WP_203374052.1 96.7 1 134 1 134 7.82e-96 270 WP_185644473.1 WP_185644473.1 93.3 1 132 1 132 2.97e-90 256 MCF8106439.1 MCF8106439.1 95.8 1 202 1 202 1.91e-145 401 WP_141918410.1 WP_141918410.1 96.2 1 588 1 588 0.0 1164 KAE8802158.1 KAE8802158.1 96.7 1 146 1 146 6.72e-105 294 DAM55269.1 DAM55269.1 94.1 1 407 1 407 2.73e-291 787 EFI7849450.1 EFI7849450.1 98.0 1 170 1 170 5.27e-125 347 WP_027896470.1 WP_027896470.1 98.6 1 799 1 799 0.0 1624 MBD3702988.1 MBD3702988.1 96.3 1 105 1 105 1.40e-73 211 WP_200696402.1 WP_200696402.1 94.3 1 274 1 274 3.51e-195 533 KAH0091028.1 KAH0091028.1 93.6 1 839 1 839 0.0 1608 WP_215683653.1 WP_215683653.1 100 1 290 1 290 1.27e-230 624 OBW66090.1 OBW66090.1 98.1 1 491 1 491 0.0 994 XP_049399244.1 XP_049399244.1 94.7 1 392 1 392 1.18e-282 764 WP_138051112.1 WP_138051112.1 96.8 1 391 1 391 3.05e-289 780 WP_112865547.1 WP_112865547.1 97.1 1 192 1 192 2.74e-140 387 MCJ8328039.1 MCJ8328039.1 99.4 1 262 1 262 1.24e-198 540 KAF2994395.1 KAF2994395.1 100 1 193 1 193 9.95e-148 406 WP_266603981.1 WP_266603981.1 97.6 1 189 1 189 7.29e-139 383 AAQ88513.1 AAQ88513.1 99.5 1 847 1 847 0.0 1739 WP_217278020.1 WP_217278020.1 98.8 1 137 1 137 9.06e-101 283 MBS7021842.1 MBS7021842.1 96.4 1 283 1 283 4.49e-207 563 WP_176390098.1 KQO44758.1 50.9 12 438 1 421 2.83e-136 396 WP_176390098.1 SQB81123.1 54.0 382 438 1 58 5.82e-13 62.0 WP_176390098.1 WP_176390098.1 96.8 1 440 1 440 0.0 878 WP_089187353.1 WP_089187353.1 90.1 1 261 1 261 1.71e-175 482 KAE9107042.1 KAE9107042.1 86.5 1 135 1 135 6.64e-84 240 WP_084717372.1 WP_084717372.1 98.1 1 220 1 220 1.89e-163 448 KNZ32786.1 KNZ32786.1 94.2 1 573 1 573 0.0 1108 WP_277491977.1 WP_277491977.1 100 1 315 1 315 3.86e-249 672 PWB61544.1 PWB61544.1 100 1 287 1 287 3.33e-220 597 MBF0570872.1 MBF0570872.1 99.9 1 139 1 139 9.36e-104 290 KAF2725148.1 KAF2725148.1 94.3 1 943 1 943 0.0 1822 MCI02510.1 MCI02510.1 90.0 1 109 1 109 3.01e-70 203 WP_259691170.1 WP_259691170.1 98.4 1 353 1 353 5.44e-266 718 EHG9706352.1 EHG9706352.1 99.7 1 140 1 140 3.52e-104 291 NIR98474.1 NIR98474.1 100 1 41 1 41 5.52e-27 89.4 WP_073505727.1 WP_164767343.1 53.4 161 316 1 156 2.31e-47 157 WP_073505727.1 WP_073505727.1 98.8 1 333 1 333 6.99e-252 681 WP_073505727.1 WP_133874384.1 46.0 1 323 1 322 2.11e-87 264 RPI21000.1 RPI21000.1 99.5 1 326 1 326 9.14e-249 672 WP_011568153.1 WP_011568153.1 95.6 1 248 1 248 3.94e-179 490 MBP8225438.1 MBP8225438.1 100 1 169 1 169 5.28e-129 357 WP_148284348.1 WP_148284348.1 92.2 1 384 1 384 7.77e-268 726 WP_138860096.1 WP_138860096.1 95.1 1 231 1 231 1.61e-165 454 WP_249423022.1 WP_249423022.1 92.5 1 323 1 323 2.17e-225 613 MBM3258402.1 MBM3258402.1 100 1 357 1 357 5.57e-286 769 WP_061671893.1 WP_061671893.1 94.6 1 239 1 239 2.77e-170 467 WP_142009293.1 WP_142009293.1 93.6 1 144 1 144 2.55e-99 280 MCR6642262.1 MCR6642262.1 97.7 1 239 1 239 5.41e-177 484 MCH8312134.1 MCH8312134.1 93.6 1 109 1 109 6.56e-74 213 DAI44238.1 DAI44238.1 97.0 1 315 1 315 5.61e-233 632 MCU0243120.1 MCU0243120.1 97.8 1 417 1 417 6.72e-313 842 MBD5657753.1 MBD5657753.1 98.1 1 271 1 271 2.70e-202 550 XP_023318286.1 XP_023318286.1 91.0 1 738 1 738 0.0 1370 XP_023815606.1 XP_023815606.1 98.2 1 486 1 486 0.0 985 TYI91467.1 TYI91467.1 95.0 1 420 1 420 2.06e-304 821 XP_037327098.1 XP_037327098.1 96.9 1 497 1 497 0.0 992 EER8085032.1 EER8085032.1 95.1 1 505 1 505 0.0 988 MBQ3129991.1 MBQ3129991.1 100 1 282 1 282 8.47e-216 585 WP_278084771.1 WP_278084771.1 92.3 1 786 1 786 0.0 1482 WP_278084771.1 VAX76432.1 26.5 229 774 31 564 1.52e-54 196 WP_097275324.1 MBK8955603.1 22.9 187 407 33 236 8.23e-12 63.5 WP_097275324.1 QLL10545.1 22.4 110 360 13 207 1.50e-13 68.9 WP_097275324.1 WP_097275324.1 94.3 1 421 1 421 3.03e-302 816 EAA6840433.1 EAA6840433.1 100 1 276 1 276 3.59e-214 581 MBN1799017.1 MBN1799017.1 95.4 1 220 1 220 5.85e-158 434 MCF0110827.1 MCF0110827.1 98.8 1 274 1 274 1.84e-206 561 WP_141605349.1 WP_141605349.1 99.8 1 266 1 266 1.29e-202 551 MCL4469743.1 TAM79626.1 51.6 3 379 4 386 4.60e-124 362 MCL4469743.1 MCL4469743.1 97.2 1 383 1 383 8.66e-285 768 WP_217105914.1 WP_217105914.1 98.2 1 349 1 349 1.81e-262 709 KAF3180666.1 KAF3180666.1 95.6 1 554 1 554 0.0 1089 WP_160394157.1 WP_160394157.1 90.6 1 130 1 130 1.37e-85 244 MCK4403577.1 NGS95655.1 55.3 1 174 1 175 4.88e-60 183 MCK4403577.1 MCK4403577.1 94.7 1 177 1 177 6.32e-125 347 OMP01148.1 OMP01148.1 82.0 1 34 1 34 1.02e-15 60.5 WP_038492378.1 WP_038492378.1 92.7 1 192 1 192 2.33e-132 367 WP_048271612.1 WP_048271612.1 98.1 1 417 1 417 4.05e-314 845 WP_259865813.1 WP_259865813.1 98.6 1 282 1 282 3.87e-212 576 WP_089905939.1 WP_089905939.1 100 1 459 1 459 0.0 956 MBO7633581.1 MBO7633581.1 95.1 1 117 1 117 2.79e-81 232 WP_264351023.1 WP_264351023.1 98.8 1 178 1 178 2.29e-132 366 KAH9572460.1 KAH9572460.1 97.5 1 1348 1 1348 0.0 2702 ASI70574.1 ASI70574.1 98.0 1 179 1 179 7.10e-132 365 KAG9043128.1 KAG9043128.1 100 1 351 1 351 2.14e-271 732 WP_123868396.1 WP_123868396.1 99.8 1 181 1 181 2.20e-136 376 EHW0060032.1 EHW0060032.1 88.7 1 99 1 99 3.56e-62 182 CAF4577788.1 CAF4577788.1 97.5 1 207 1 207 2.71e-152 419 HCL36615.1 HCL36615.1 93.1 1 361 1 361 1.94e-254 690 WP_204719689.1 WP_204719689.1 98.1 1 274 1 274 8.73e-205 557 WP_113851760.1 NGP45824.1 41.9 3 242 4 242 8.54e-55 174 WP_113851760.1 WP_113851760.1 94.4 1 243 1 243 9.64e-173 473 WP_113851760.1 MCF8193609.1 33.7 7 243 24 262 1.61e-36 128 MCE5240463.1 MCE5240463.1 97.7 1 202 1 202 5.93e-149 410 MBP9771519.1 MBP9771519.1 92.4 1 500 1 500 0.0 946 MBQ1653514.1 MBQ1653514.1 98.9 1 189 1 189 3.76e-141 389 WP_184094916.1 WP_184094916.1 94.8 1 184 1 184 2.45e-130 361 WP_073520930.1 WP_073520930.1 98.3 1 570 1 570 0.0 1157 WP_097089246.1 WP_097089246.1 89.6 1 361 1 361 7.40e-243 660 KAJ3654337.1 KAJ3654337.1 97.3 1 134 1 134 1.35e-96 272 MBP8613265.1 MBP8613265.1 95.1 1 466 1 466 0.0 911 WP_212663497.1 WP_212663497.1 97.0 1 386 1 386 1.62e-286 773 MSU42127.1 WP_253063755.1 42.4 8 356 1 338 1.31e-83 256 MSU42127.1 MSU42127.1 95.0 1 357 1 357 8.93e-258 698 XP_054852439.1 XP_054852439.1 100 1 404 1 404 2.16e-316 850 RLE48019.1 RLE48019.1 87.6 1 111 1 111 2.86e-69 201 WP_217691728.1 WP_217691728.1 95.9 1 561 1 561 0.0 1106 AGA34473.1 AGA34473.1 93.1 1 45 1 45 3.54e-27 90.1 MCK9908664.1 MCK9908664.1 86.9 1 114 1 114 1.51e-70 204 MCU0650575.1 MCU0650575.1 94.7 1 295 1 295 1.51e-211 576 KAJ5056431.1 KAJ5056431.1 91.1 1 168 1 168 1.02e-112 315 PHR24038.1 WP_151430057.1 33.8 8 380 7 353 7.20e-61 198 PHR24038.1 PHR24038.1 97.5 1 382 1 382 3.97e-285 769 MBU0592078.1 MBU0592078.1 95.1 1 128 1 128 1.81e-89 253 WP_264694478.1 WP_264694478.1 96.0 1 99 1 99 6.89e-69 199 MBV9550452.1 MBV9550452.1 97.6 1 229 1 229 3.02e-169 463 WP_228938141.1 WP_228938141.1 93.5 1 272 1 272 9.66e-192 524 WP_040301436.1 WP_040301436.1 96.7 1 166 1 166 5.96e-120 333 WP_248126409.1 WP_248126409.1 94.1 1 423 1 423 8.69e-303 817 MQG44163.1 MQG44163.1 98.2 1 126 1 126 1.62e-91 258 WP_231149750.1 WP_231149750.1 100 1 440 1 440 0.0 914 WP_218566587.1 WP_218566587.1 84.8 1 196 1 196 4.23e-121 339 MBD20513.1 MBD20513.1 91.2 1 61 1 61 1.05e-37 117 KAH0561149.1 KAH0561149.1 87.3 1 468 1 468 1.34e-306 831 WP_175896721.1 WP_175896721.1 94.2 1 459 1 459 0.0 889 RCI04718.1 RCI04718.1 94.6 1 364 1 364 1.18e-261 708 XP_039202520.1 XP_039202520.1 100 1 506 1 506 0.0 1047 WP_235697247.1 WP_235697247.1 98.1 1 387 1 387 3.30e-291 785 EHQ6376324.1 EHQ6376324.1 97.2 1 180 1 180 2.20e-131 363 XP_043890337.1 XP_043890337.1 90.5 1 619 1 619 0.0 1143 WP_046093714.1 WP_046093714.1 100 1 268 1 268 4.01e-207 562 WP_011513572.1 WP_011513572.1 96.2 1 343 1 343 2.17e-251 681 MCI0901122.1 MCI0901122.1 100 1 223 1 223 9.40e-170 464 SCH39951.1 SCH39951.1 90.3 1 486 1 486 0.0 896 WP_254743169.1 WP_254743169.1 94.9 1 538 1 538 0.0 1050 MCB1875218.1 MCB1875218.1 98.3 1 317 1 317 3.02e-238 645 WP_207128967.1 WP_207128967.1 92.7 1 166 1 166 7.50e-114 318 NQT73935.1 NQT73935.1 98.5 1 368 1 368 5.55e-278 750 NLI07658.1 NLI07658.1 87.4 1 153 1 153 4.80e-97 275 WP_204657011.1 WP_204657011.1 97.5 1 56 1 56 2.13e-37 116 CAF1315160.1 CAF1315160.1 99.2 1 77 1 77 1.27e-54 161 WP_197079459.1 WP_197079459.1 99.8 1 50 1 50 6.59e-34 107 XP_051777026.1 XP_051777026.1 95.2 1 695 1 695 0.0 1358 WP_244440115.1 WP_244440115.1 93.6 1 79 1 79 4.05e-52 155 AUN37106.1 AUN37106.1 89.9 1 76 1 76 2.51e-47 143 TSA21665.1 TSA21665.1 94.8 1 122 1 122 1.25e-84 241 WP_261362933.1 WP_261362933.1 100 1 271 1 271 9.12e-210 569 GLJ54837.1 GLJ54837.1 100 1 232 1 232 1.34e-178 487 KAJ8033891.1 KAJ8033891.1 100 1 106 1 106 1.44e-80 229 WP_276974217.1 WP_276974217.1 93.4 1 174 1 174 1.33e-120 336 WP_123176104.1 WP_123176104.1 92.1 1 78 1 78 2.56e-50 150 WP_219324004.1 WP_219324004.1 93.4 1 59 1 59 1.84e-37 117 WP_059678947.1 HAD16081.1 21.3 29 531 7 536 2.05e-31 126 WP_059678947.1 WP_059678947.1 92.8 1 546 1 546 0.0 1038 RJP93937.1 RJP93937.1 100 1 82 1 82 2.55e-63 184 RVW37287.1 RVW37287.1 93.4 1 120 1 120 1.21e-81 233 WP_064049628.1 WP_064049628.1 95.6 1 432 1 432 2.77e-315 850 WP_156033277.1 WP_156033277.1 93.9 1 184 1 184 1.17e-128 357 WP_230200986.1 WP_230200986.1 97.5 1 622 1 622 0.0 1250 WP_220331155.1 WP_220331155.1 93.3 1 296 1 296 2.59e-208 568 WP_074745818.1 WP_074745818.1 88.9 1 401 1 401 1.02e-267 727 WP_151949835.1 WP_151949835.1 85.1 1 142 1 142 9.95e-87 248 MBS3795756.1 MBS3795756.1 93.9 1 138 1 138 3.03e-95 269 MCU1460142.1 MCU1460142.1 94.0 1 103 1 103 5.56e-70 202 KAJ2188950.1 KAJ2188950.1 96.1 1 1684 1 1684 0.0 3322 XP_018754863.1 XP_018754863.1 94.8 1 346 1 346 3.73e-249 675 WP_230284916.1 RMF68396.1 27.4 1 446 1 486 2.58e-53 184 WP_230284916.1 WP_230284916.1 97.4 1 463 1 463 0.0 930 NJM16453.1 NJM16453.1 97.6 1 220 1 220 2.21e-162 445 KJZ73525.1 KJZ73525.1 98.2 1 191 1 191 2.17e-141 390 KAJ6336236.1 KAJ6336236.1 95.8 1 223 1 223 4.63e-161 442 WP_211114623.1 WP_211114623.1 94.1 1 797 1 797 0.0 1537 XP_014259138.1 XP_014259138.1 90.3 1 946 1 946 0.0 1740 WP_271104848.1 WP_271104848.1 92.7 1 76 1 76 2.60e-49 148 MCI7202149.1 MCI7202149.1 97.9 1 263 1 263 7.43e-196 533 MBR9906678.1 MBR9906678.1 95.7 1 436 1 436 1.17e-318 858 WP_184699897.1 WP_184699897.1 98.8 1 94 1 94 1.61e-67 195 MYX39762.1 MYX39762.1 99.4 1 259 1 259 2.70e-196 534 WP_224547797.1 WP_224547797.1 99.1 1 197 1 197 1.35e-147 406 MCL2341595.1 MCL2341595.1 91.4 1 160 1 160 1.21e-107 302 XP_011782004.1 XP_037697134.1 66.5 1 1111 1 1110 0.0 1428 XP_011782004.1 XP_011782004.1 93.2 1 1120 1 1120 0.0 2135 TMC92967.1 WP_057012309.1 47.2 31 280 18 268 6.80e-69 213 TMC92967.1 TMC92967.1 94.6 1 289 1 289 1.02e-206 563 WP_169928520.1 WP_169928520.1 97.2 1 381 1 381 3.52e-283 764 MCR5335843.1 MBY0289623.1 35.4 8 374 9 375 2.86e-64 209 MCR5335843.1 MCR5335843.1 95.9 1 396 1 396 5.49e-290 783 MUT95175.1 OAH97901.1 31.1 9 238 2 224 9.98e-30 109 MUT95175.1 MUT95175.1 96.9 1 249 1 249 6.57e-183 499 WP_039638019.1 WP_039638019.1 92.1 1 184 1 184 1.31e-125 349 MCO4478718.1 MCO4478718.1 96.9 1 276 1 276 3.41e-203 553 NTW34833.1 NTW34833.1 92.7 1 246 1 246 4.06e-171 469 WP_116773703.1 MCC8072670.1 51.8 1 238 1 233 1.14e-75 228 WP_116773703.1 WP_116773703.1 95.3 1 260 1 260 2.89e-187 511 AYX42557.1 AYX42557.1 91.1 1 107 1 107 5.24e-70 202 XP_044019329.1 XP_044019329.1 94.4 1 1512 1 1512 0.0 2921 WP_211056951.1 WP_211056951.1 97.8 1 890 1 890 0.0 1793 WP_099253885.1 WP_099253885.1 93.7 1 385 1 385 6.73e-274 741 WP_145321954.1 WP_145321954.1 99.2 1 161 1 161 5.79e-120 333 WP_059433000.1 WP_059433000.1 97.5 1 283 1 283 4.01e-210 571 XP_007208131.1 XP_007208131.1 95.0 1 1202 1 1202 0.0 2341 XP_047935591.1 XP_047935591.1 97.9 1 444 1 444 0.0 898 MBQ7930482.1 MBQ7930482.1 91.4 1 153 1 153 1.09e-102 289 WP_132774430.1 WP_132774430.1 94.4 1 562 1 562 0.0 1090 MCC6044083.1 CAI8213472.1 42.3 1 220 12 229 5.23e-49 162 MCC6044083.1 WP_266842210.1 46.8 13 220 19 225 3.04e-54 176 MCC6044083.1 MCC6044083.1 90.5 1 314 1 314 3.40e-213 582 MCC6044083.1 WP_145468487.1 45.1 11 217 14 221 3.28e-51 167 MCC6044083.1 WP_215557653.1 47.5 1 220 1 221 1.29e-59 190 MCC6044083.1 MBT4161918.1 44.1 9 220 12 224 8.95e-51 166 GIS77777.1 GIS77777.1 96.6 1 55 1 55 3.32e-36 113 MXW24770.1 MXW24770.1 97.5 1 626 1 626 0.0 1258 EGI35895.1 EGI35895.1 95.2 1 284 1 284 9.40e-205 558 MBQ7424709.1 MBQ7424709.1 98.5 1 81 1 81 3.02e-57 168 WP_124977341.1 MBD1933857.1 48.0 38 269 14 238 4.31e-65 202 WP_124977341.1 WP_124977341.1 91.8 1 272 1 272 2.54e-187 513 MAQ92282.1 MAQ92282.1 98.9 1 586 1 586 0.0 1197 WP_047721562.1 WP_047721562.1 92.7 1 337 1 337 3.38e-236 642 SHG89682.1 SHG89682.1 95.9 1 265 1 265 1.96e-192 525 WP_258450640.1 WP_258450640.1 90.6 1 198 1 198 6.35e-133 369 WP_200200480.1 WP_200200480.1 97.3 1 1168 1 1168 0.0 2337 WP_262686037.1 WP_262686037.1 100 1 423 1 423 0.0 884 KAG9404442.1 KAG9404442.1 97.1 1 235 1 235 1.05e-172 473 WP_101701979.1 WP_101701979.1 96.1 1 212 1 212 2.40e-153 422 MCF8535784.1 MCF8535784.1 88.9 1 197 1 197 3.81e-129 359 WP_185031483.1 MBQ2640849.1 61.6 190 221 1 31 1.85e-06 42.0 WP_185031483.1 WP_185031483.1 94.0 1 238 1 238 3.49e-168 461 MBL0929646.1 MBL0929646.1 94.0 1 340 1 340 3.41e-242 657 WP_162852444.1 WP_162852444.1 88.8 1 55 1 55 3.10e-32 103 ODU51779.1 ODU51779.1 93.3 1 290 1 290 4.29e-204 556 KAI1815548.1 KXN72221.1 36.0 29 233 31 228 2.99e-32 122 KAI1815548.1 KAI1815548.1 100.0 1 530 1 530 0.0 1096 WP_098876031.1 WP_098876031.1 95.8 1 283 1 283 1.06e-205 560 NUQ21352.1 NUQ21352.1 93.1 1 58 1 58 1.42e-36 114 MYD56339.1 MYD56339.1 94.4 1 347 1 347 1.16e-248 674 MCE2861656.1 MBO7707210.1 42.1 1 266 1 280 1.59e-65 204 MCE2861656.1 MCE2861656.1 96.9 1 270 1 270 1.14e-198 541 MBR6441032.1 MBR6441032.1 100 1 86 1 86 1.68e-63 184 XP_013412367.1 XP_013412367.1 95.9 1 231 1 231 4.80e-167 458 KAF8820068.1 KAF8820068.1 96.4 1 354 1 354 2.57e-260 704 WP_083019054.1 WP_189129312.1 20.0 18 416 26 410 9.11e-18 84.0 WP_083019054.1 WP_083019054.1 94.8 1 525 1 525 0.0 1022 WP_128581955.1 WP_128581955.1 93.7 1 139 1 139 8.01e-96 270 WP_188339236.1 WP_188339236.1 92.6 1 178 1 178 2.67e-122 340 AAX93012.1 AAX93012.1 94.2 1 958 1 958 0.0 1849 MBQ2344446.1 MBQ2344446.1 93.4 1 521 1 521 0.0 997 XP_019000248.1 XP_019000248.1 99.7 1 341 1 341 4.61e-261 705 WP_127706998.1 WP_127706998.1 89.3 1 411 1 411 3.21e-276 749 KMQ95473.1 KMQ95473.1 93.9 1 296 1 296 5.45e-210 572 WP_119660228.1 WP_119660228.1 89.2 1 308 1 308 1.80e-205 561 VVW92857.1 VVW92857.1 100 1 33 1 33 8.76e-21 73.2 TDP04522.1 TDP04522.1 94.3 1 331 1 331 1.49e-236 642 MCS5639477.1 MCS5639477.1 97.0 1 234 1 234 1.13e-171 470 XP_043280639.1 XP_043280639.1 89.2 1 1119 1 1119 0.0 2029 MBT9597716.1 MBT9597716.1 92.9 1 210 1 210 8.64e-146 402 KAF3385475.1 KAF3385475.1 98.7 1 198 1 198 1.03e-147 406 WP_246239142.1 WP_246239142.1 94.9 1 460 1 460 0.0 897 ERE79785.1 ERE79785.1 94.0 1 478 1 478 0.0 922 MBQ7518453.1 MBQ7518453.1 100 1 683 1 683 0.0 1426 MCK5725948.1 MCK5725948.1 99.0 1 656 1 656 0.0 1341 WP_140468443.1 WP_140468443.1 95.5 1 475 1 475 0.0 934 WP_271931007.1 WP_271931007.1 93.8 1 951 1 951 0.0 1827 WP_058460161.1 WP_058460161.1 95.8 1 125 1 125 4.85e-88 249 MBQ9736331.1 MBQ9736331.1 100 1 301 1 301 3.79e-233 631 XP_043377824.1 XP_043377824.1 92.3 1 1304 1 1304 0.0 2458 QID82546.1 QID82546.1 93.3 1 864 1 864 0.0 1650 XP_039769176.1 XP_039769176.1 90.5 1 1235 1 1235 0.0 2277 HBH1966141.1 HBH1966141.1 88.8 1 80 1 80 2.43e-49 148 WP_189355988.1 WP_189355988.1 99.3 1 123 1 123 1.51e-90 256 XP_014733223.1 XP_014733223.1 94.9 1 328 1 328 3.39e-236 641 PSR02572.1 WP_073201850.1 50.7 49 343 30 324 5.63e-91 274 PSR02572.1 PHR72175.1 60.2 38 343 11 316 9.88e-122 352 PSR02572.1 PSR02572.1 91.4 1 350 1 350 3.02e-241 655 WP_058671428.1 WP_058671428.1 98.4 1 213 1 213 1.19e-158 435 WP_283629251.1 WP_283629251.1 93.0 1 270 1 270 6.52e-189 516 EFV4293432.1 EFV4293432.1 95.6 1 249 1 249 7.36e-180 492 KAI9878467.1 KAI9878467.1 91.5 1 460 1 460 6.83e-319 861 XP_048540820.1 XP_048540820.1 92.6 1 1041 1 1041 0.0 1971 XP_053017968.1 XP_053017968.1 97.8 1 110 1 110 6.51e-79 225 KAH3876125.1 KAH3876125.1 64.8 1 98 1 98 6.05e-40 126 EER7236894.1 EER7236894.1 98.1 1 198 1 198 1.71e-146 403 WP_117700467.1 WP_117700467.1 96.6 1 304 1 304 2.75e-223 606 WP_049471407.1 WP_049471407.1 87.8 1 150 1 150 1.28e-95 271 TZC53901.1 TZC53901.1 97.0 1 24 1 24 9.28e-13 52.4 NLW23809.1 NLW23809.1 95.3 1 398 1 398 2.61e-289 781 XP_003768056.1 XP_003768056.1 92.6 1 91 1 91 5.51e-60 176 WP_072802511.1 WP_072802511.1 97.6 1 250 1 250 3.66e-185 505 WP_261610700.1 WP_261610700.1 90.4 1 211 1 211 1.73e-141 392 MBW2176475.1 MBW2176475.1 93.8 1 417 1 417 2.37e-297 803 WP_012283464.1 WP_012283464.1 95.0 1 130 1 130 8.91e-91 257 WP_027711481.1 WP_027711481.1 96.7 1 164 1 164 1.72e-118 330 WP_196938834.1 WP_196938834.1 96.1 1 205 1 205 4.32e-148 408 HFC12574.1 HFC12574.1 96.0 1 192 1 192 2.63e-138 382 KAB2885888.1 MBF0107908.1 42.2 475 890 53 473 1.53e-94 306 KAB2885888.1 KAB2885888.1 97.5 1 949 1 949 0.0 1904 KAB2885888.1 MBA2522987.1 37.4 25 157 11 144 7.15e-20 85.5 KAB2885888.1 MBC7097666.1 36.8 18 369 4 362 2.54e-62 216 WP_270218171.1 WP_270218171.1 88.8 1 73 1 73 1.61e-44 135 WP_238769582.1 WP_238769582.1 96.1 1 609 1 609 0.0 1204 MPC67018.1 MPC67018.1 89.1 1 74 1 74 2.10e-45 138 ACI42798.1 ACI42798.1 95.9 1 98 1 98 5.27e-68 197 CZT01546.1 CZT01546.1 97.1 1 320 1 320 9.00e-237 642 XP_041334537.1 XP_041334537.1 96.9 1 473 1 473 0.0 944 WP_237523417.1 WP_237523417.1 93.5 1 124 1 124 1.02e-84 241 MCR5102838.1 MCR5102838.1 96.3 1 194 1 194 3.19e-140 387 MCH9656178.1 MCH9656178.1 96.0 1 579 1 579 0.0 1144 WP_266095674.1 WP_266095674.1 95.9 1 396 1 396 5.49e-290 783 HHW43430.1 HHW43430.1 93.3 1 346 1 346 1.40e-244 664 WP_259206442.1 WP_132079800.1 24.4 8 676 12 692 1.75e-57 210 WP_259206442.1 WP_267560498.1 26.6 7 678 7 676 1.74e-68 242 WP_259206442.1 WP_259206442.1 95.4 1 1199 1 1199 0.0 2347 RKG50564.1 RKG50564.1 94.6 1 471 1 471 0.0 915 WP_074087188.1 WP_074087188.1 95.9 1 384 1 384 4.27e-281 759 XP_054020552.1 XP_054020552.1 98.9 1 678 1 678 0.0 1384 GFB08691.1 GFB08691.1 96.4 1 193 1 193 1.20e-139 385 MBT7091597.1 MBT7091597.1 100 1 414 1 414 0.0 877 XP_045691652.1 XP_045691652.1 93.5 1 175 1 175 1.75e-121 338 WP_283222342.1 WP_283222342.1 88.2 1 523 1 523 0.0 939 WP_221268711.1 WP_221268711.1 89.7 1 253 1 253 4.69e-169 465 BAE96300.1 BAE96300.1 96.1 1 343 1 343 4.38e-251 680 YP_009109540.1 QDH52386.1 48.8 9 261 7 264 1.43e-75 229 YP_009109540.1 YP_009109540.1 100 1 261 1 261 9.80e-200 543 MBF11761.1 MBF11761.1 89.7 1 331 1 331 1.57e-222 607 PLS78226.1 PLS78226.1 97.9 1 138 1 138 1.97e-100 282 WP_230865828.1 WP_230865828.1 84.4 1 615 1 615 0.0 1048 HBL8984898.1 HBL8984898.1 97.5 1 284 1 284 7.49e-211 573 QLP56207.1 WP_233737742.1 22.2 4 481 9 571 2.22e-38 145 QLP56207.1 WP_018187484.1 24.3 7 472 20 479 2.12e-38 144 QLP56207.1 QLP56207.1 94.0 1 490 1 490 0.0 945 QLP56207.1 WP_270570428.1 27.0 11 432 5 456 6.39e-47 168 WP_013449879.1 WP_013449879.1 96.4 1 272 1 272 6.60e-199 542 MBR2605819.1 UTN87579.1 51.8 10 431 11 432 9.61e-136 400 MBR2605819.1 MBR2605819.1 92.4 1 512 1 512 0.0 968 GLC83712.1 GLC83712.1 98.1 1 280 1 280 3.71e-209 568 WP_244774495.1 WP_244774495.1 89.7 1 178 1 178 1.42e-117 328 WP_113913927.1 WP_113913927.1 97.7 1 387 1 387 1.57e-289 781 WP_231056077.1 WP_231056077.1 96.7 1 672 1 672 0.0 1338 MBH1832495.1 MBH1832495.1 97.4 1 450 1 450 0.0 905 WP_246165763.1 WP_246165763.1 93.6 1 211 1 211 9.72e-148 407 MCH3978367.1 MCH3978367.1 90.6 1 332 1 332 3.73e-226 616 CAF2148714.1 CAF2148714.1 99.8 1 274 1 274 6.67e-209 567 WP_073045763.1 WP_073045763.1 97.1 1 120 1 120 9.23e-86 243 XP_048366669.1 XP_048366669.1 93.3 1 794 1 794 0.0 1516 EEX5979844.1 EEX5979844.1 95.0 1 79 1 79 3.46e-53 158 MBQ3226584.1 MBQ3226584.1 94.5 1 54 1 54 2.11e-34 108 XP_054484247.1 XP_054484247.1 96.6 1 4695 1 4695 0.0 9305 QQO98901.1 QQO98901.1 100 1 110 1 110 2.97e-84 239 MCK9213126.1 MCK9213126.1 89.7 1 55 1 55 1.08e-32 104 MOO25268.1 MOO25268.1 100 1 17 1 17 6.14e-09 42.4 WP_167827352.1 WP_167827352.1 96.3 1 495 1 495 0.0 981 WP_225767809.1 WP_225767809.1 93.4 1 138 1 138 1.23e-94 267 MBC7569412.1 MBC7569412.1 95.3 1 256 1 256 2.37e-184 504 WP_218103566.1 WP_218103566.1 90.5 1 81 1 81 2.71e-51 153 SKY52432.1 SKY52432.1 97.5 1 119 1 119 1.73e-85 243 MBU4593984.1 MBU4593984.1 97.0 1 389 1 389 1.06e-288 779 WP_110344369.1 WP_110344369.1 94.0 1 91 1 91 3.31e-61 179 WP_022975915.1 WP_022975915.1 96.1 1 448 1 448 0.0 887 WP_178020540.1 WP_140706444.1 42.3 12 161 9 158 1.30e-32 112 WP_178020540.1 WP_178020540.1 98.1 1 167 1 167 8.13e-123 341 MCK1443663.1 MCK1443663.1 92.2 1 240 1 240 1.12e-165 455 WP_019823189.1 WP_019823189.1 98.9 1 199 1 199 9.51e-149 409 MCH2409214.1 WP_152158314.1 36.1 199 275 86 159 2.75e-07 48.9 MCH2409214.1 OGG08302.1 29.7 53 335 54 323 2.81e-33 124 MCH2409214.1 MCH2409214.1 91.6 1 358 1 358 1.57e-247 672 WP_154333510.1 WP_154333510.1 95.3 1 308 1 308 7.56e-223 605 WP_210352796.1 WP_210352796.1 95.3 1 459 1 459 0.0 899 NCO19736.1 WP_167239634.1 54.7 1 219 1 219 7.34e-75 225 NCO19736.1 NCO19736.1 95.9 1 236 1 236 7.66e-171 468 VTR69884.1 GBC84792.1 33.1 12 397 2 382 2.47e-60 199 VTR69884.1 VTR69884.1 93.0 1 406 1 406 1.34e-286 775 WP_172281536.1 WP_256342227.1 34.9 18 480 18 486 6.87e-82 260 WP_172281536.1 WP_172281536.1 96.0 1 486 1 486 0.0 960 WP_172281536.1 MCI6853747.1 35.6 1 477 1 496 1.78e-90 283 WP_172281536.1 MCQ2831428.1 33.9 104 481 67 441 3.69e-60 202 WP_248827332.1 WP_248827332.1 96.5 1 110 1 110 1.54e-77 222 EHX0204875.1 EHX0204875.1 92.4 1 111 1 111 3.76e-74 213 XP_055165408.1 XP_055165408.1 97.9 1 336 1 336 1.78e-251 680 WP_257544752.1 WP_257544752.1 91.8 1 171 1 171 5.65e-116 324 DAV98325.1 DAV98325.1 89.3 1 87 1 87 1.83e-54 162 WP_181537449.1 WP_181537449.1 93.7 1 249 1 249 1.37e-175 481 WP_055542300.1 WP_055542300.1 94.2 1 154 1 154 2.21e-107 301 WP_153009295.1 WP_153009295.1 76.2 1 23 1 23 1.35e-07 39.3 WP_227405228.1 TVU87390.1 88.2 1 230 1 230 5.27e-150 415 WP_227405228.1 WP_227405228.1 95.9 1 230 1 230 1.81e-166 456 ESU92681.1 ESU92681.1 91.8 1 468 1 468 0.0 879 OJT07575.1 OJT07575.1 97.6 1 551 1 551 0.0 1109 WP_187974949.1 WP_264934627.1 45.4 13 461 7 443 4.67e-121 359 WP_187974949.1 WP_187974949.1 100 1 471 1 471 0.0 984 XP_041287579.1 XP_041287579.1 95.9 1 327 1 327 1.14e-238 647 WP_281305524.1 WP_281305524.1 94.3 1 228 1 228 1.67e-161 444 EFP02123.1 EFP02123.1 97.6 1 209 1 209 4.67e-154 423 EAH8250412.1 EAH8250412.1 90.5 1 111 1 111 3.62e-72 208 MBI5212085.1 MBI5212085.1 81.8 1 123 1 123 1.02e-70 206 MBB4747289.1 MBB4747289.1 90.7 1 146 1 146 8.15e-97 273 MBQ6275073.1 WP_194543596.1 46.7 1 247 1 269 8.67e-72 225 MBQ6275073.1 MBQ6275073.1 98.0 1 428 1 428 0.0 866 MBQ6275073.1 PYK96819.1 51.3 1 225 1 220 1.45e-67 213 MOM22963.1 MOM22963.1 100 1 10 1 10 3.55e-04 30.0 WP_212720030.1 WP_212720030.1 99.2 1 429 1 429 0.0 880 WP_079835571.1 WP_212269268.1 45.2 274 350 10 83 7.58e-14 65.1 WP_079835571.1 WP_079835571.1 93.6 1 383 1 383 3.88e-272 736 WP_079835571.1 WP_050704913.1 31.2 8 347 4 341 1.16e-46 161 CUU64509.1 CUU64509.1 98.7 1 256 1 256 2.80e-192 524 XP_031095384.1 XP_031095384.1 94.4 1 373 1 373 1.34e-267 724 NNK86663.1 NNK86663.1 100 1 251 1 251 3.28e-193 526 ORT47413.1 ORT47413.1 92.8 1 226 1 226 5.36e-157 432 WP_275102754.1 CFP83382.1 50.5 6 206 5 203 9.26e-58 187 WP_275102754.1 WP_275102754.1 92.8 1 442 1 442 1.94e-311 841 XP_026109466.1 XP_026109466.1 93.8 1 554 1 554 0.0 1066 WP_279046072.1 WP_279046072.1 93.3 1 209 1 209 8.01e-146 402 WP_031150487.1 WP_031150487.1 84.4 1 312 1 312 2.28e-194 534 QXN67839.1 QXN67839.1 92.3 1 209 1 209 7.68e-144 397 MBI2682423.1 MBI2682423.1 98.0 1 467 1 467 0.0 945 MBL4581517.1 MBL4581517.1 97.9 1 741 1 741 0.0 1494 TMH88670.1 TMH88670.1 95.7 1 78 1 78 6.51e-53 157 GLZ61196.1 GLZ61196.1 94.1 1 239 1 239 4.59e-169 464 WP_202116891.1 WP_202116891.1 99.0 1 120 1 120 6.75e-88 249 CAG2201344.1 CAG2201344.1 95.2 1 1043 1 1043 0.0 2037 NOX27817.1 NOX27817.1 99.0 1 272 1 272 2.61e-205 558 WP_220524718.1 WP_236777269.1 32.0 8 380 16 387 2.01e-54 183 WP_220524718.1 WP_220524718.1 88.4 1 390 1 390 1.21e-258 703 EBN6490838.1 EBN6490838.1 94.5 1 249 1 249 2.02e-177 486 HBR1104065.1 HBR1104065.1 89.9 1 544 1 544 0.0 997 WP_015183653.1 WP_015183653.1 94.4 1 113 1 113 1.35e-77 222 GFP71094.1 GFP71094.1 96.1 1 427 1 427 1.26e-313 845 XP_041648869.1 XP_041648869.1 95.3 1 298 1 298 2.07e-215 586 MCM1168016.1 MCM1168016.1 94.4 1 294 1 294 6.63e-210 572 HAC8926176.1 HAC8926176.1 98.3 1 142 1 142 5.81e-104 291 WP_012236017.1 WP_012236017.1 90.3 1 984 1 984 0.0 1809 WP_213638963.1 WP_213638963.1 86.4 1 392 1 392 1.76e-252 687 WP_059978677.1 WP_059978677.1 98.4 1 255 1 255 6.10e-191 520 WP_025591525.1 WP_025591525.1 92.2 1 139 1 139 7.70e-94 265 KAI5289156.1 KAI5289156.1 94.0 1 390 1 390 1.32e-278 753 WP_205930861.1 WP_205930861.1 97.2 1 73 1 73 3.63e-50 150 WP_108078099.1 WP_108078099.1 93.0 1 330 1 330 5.16e-232 630 XP_045966569.1 XP_045966569.1 98.7 1 502 1 502 0.0 1023 WP_159793761.1 WP_079304935.1 35.7 1 264 1 256 4.47e-46 154 WP_159793761.1 WP_159793761.1 96.4 1 271 1 271 3.53e-198 540 MBJ7265026.1 MBJ7265026.1 96.1 1 121 1 121 2.01e-85 243 WAX10255.1 WAX10255.1 98.4 1 141 1 141 2.20e-103 290 WP_246832833.1 WP_246832833.1 90.9 1 478 1 478 0.0 888 MCR5574391.1 MBS1745163.1 57.9 6 378 13 392 1.05e-144 415 MCR5574391.1 MCR5574391.1 97.9 1 389 1 389 9.48e-292 786 WP_266169258.1 WP_266169258.1 96.8 1 451 1 451 0.0 900 MBK8423602.1 MBK8423602.1 93.3 1 7619 1 7619 0.0 14520 WP_185116294.1 WP_185116294.1 96.8 1 192 1 192 1.12e-139 385 WP_135180648.1 WP_135180648.1 96.8 1 220 1 220 1.05e-160 441 MCA9634778.1 MCA9634778.1 95.4 1 158 1 158 5.59e-112 313 WP_094151267.1 WP_164636240.1 33.5 5 420 53 465 3.76e-66 218 WP_094151267.1 WP_122896374.1 29.6 49 344 4 297 4.93e-34 129 WP_094151267.1 WP_168565867.1 24.1 46 423 10 379 3.29e-29 116 WP_094151267.1 WP_094151267.1 97.6 1 450 1 450 0.0 906 MBI41622.1 MBI41622.1 98.7 1 242 1 242 1.82e-181 495 NDD35992.1 NDD35992.1 92.9 1 63 1 63 4.33e-40 124 WP_059432031.1 WP_059432031.1 95.0 1 178 1 178 2.89e-126 350 EAH3295886.1 EAH3295886.1 88.6 1 85 1 85 1.53e-52 157 XP_005678593.1 XP_005678593.1 100 1 280 1 280 5.96e-215 583 XP_025430606.1 XP_025430606.1 100 1 420 1 420 0.0 873 WP_000484099.1 WP_000484099.1 95.2 1 370 1 370 2.61e-268 726 MBK7140969.1 MCI5849734.1 26.6 7 1343 7 1360 1.25e-147 484 MBK7140969.1 MBK7140969.1 97.1 1 1399 1 1399 0.0 2793 NLI35930.1 NLI35930.1 91.1 1 116 1 116 2.80e-76 219 HAB28525.1 HAB28525.1 91.6 1 270 1 270 2.09e-185 508 WP_157113211.1 WP_157113211.1 93.1 1 405 1 405 3.55e-286 774 MCU0622952.1 MCU0622952.1 94.9 1 175 1 175 9.00e-124 344 WP_202067358.1 WP_202067358.1 96.0 1 227 1 227 2.78e-164 451 WP_274771680.1 WP_274771680.1 89.1 1 293 1 293 5.31e-195 534 WP_167605087.1 WP_167605087.1 99.0 1 146 1 146 5.98e-108 301 MBP6311895.1 MBP6311895.1 99.6 1 822 1 822 0.0 1690 HAP0275886.1 HAP0275886.1 96.2 1 225 1 225 2.79e-163 448 MCE2873365.1 MCE2873365.1 96.6 1 895 1 895 0.0 1778 MCE2873365.1 MXW19700.1 27.3 31 893 36 871 1.44e-97 323 EFQ5532992.1 EFQ5532992.1 98.2 1 111 1 111 4.22e-80 228 MCA9734355.1 MCA9734355.1 93.2 1 253 1 253 2.76e-177 486 WP_281760414.1 WP_281760414.1 86.7 1 266 1 266 9.34e-171 470 NWR36449.1 NWR36449.1 99.7 1 647 1 647 0.0 1333 NWR36449.1 MCH8479059.1 25.2 54 518 25 522 3.06e-44 164 WP_033631967.1 WP_033631967.1 95.6 1 327 1 327 1.33e-237 644 ESS67695.1 ESS67695.1 97.9 1 2523 1 2523 0.0 5077 MOP71390.1 MOP71390.1 100 1 15 1 15 1.40e-09 43.9 WP_163889187.1 WP_163889187.1 98.5 1 275 1 275 1.98e-206 561 WP_230633440.1 WP_230633440.1 95.8 1 101 1 101 3.38e-70 202 WP_255187010.1 MBQ2017527.1 44.4 34 258 28 249 1.15e-51 177 WP_255187010.1 WP_255187010.1 94.7 1 633 1 633 0.0 1231 WP_255187010.1 WP_195397250.1 44.6 2 602 9 619 4.39e-162 476 MBX9648850.1 MBX9648850.1 98.2 1 132 1 132 3.33e-96 271 WP_006728805.1 WP_006728805.1 92.3 1 219 1 219 5.59e-151 416 WP_230699958.1 WP_230699958.1 100 1 1077 1 1077 0.0 2247 MBE6890073.1 MBE6890073.1 95.3 1 462 1 462 0.0 906 MBE6890073.1 WP_187047047.1 26.0 181 393 175 371 1.02e-15 77.0 NET00292.1 WP_087918330.1 51.9 28 271 5 246 1.69e-77 234 NET00292.1 WP_175395805.1 45.6 25 271 2 246 1.58e-64 201 NET00292.1 NET00292.1 94.8 1 276 1 276 7.40e-198 540 WP_189761921.1 WP_189761921.1 92.2 1 793 1 793 0.0 1495 WP_249893756.1 WP_249893756.1 94.8 1 409 1 409 2.45e-295 797 WP_086504813.1 WP_086504813.1 91.7 1 754 1 754 0.0 1412 MCH6549687.1 MCH6549687.1 94.2 1 38 1 38 1.75e-22 77.8 TYJ03004.1 TYJ03004.1 97.9 1 484 1 484 0.0 978 NXO69257.1 NXO69257.1 90.4 1 259 1 259 5.95e-175 480 MBL7790458.1 MBL7790458.1 95.2 1 209 1 209 1.75e-149 412 MBF0278962.1 MBF0278962.1 97.5 1 46 1 46 9.56e-30 96.7 WP_151519865.1 WP_151519865.1 90.6 1 301 1 301 1.74e-204 558 WP_175939838.1 WP_175939838.1 96.1 1 95 1 95 5.80e-66 191 WP_114688413.1 WP_063434200.1 42.0 36 343 45 368 2.71e-75 235 WP_114688413.1 WP_114688413.1 94.5 1 343 1 343 6.67e-246 667 TIC14313.1 TIC14313.1 98.9 1 1555 1 1555 0.0 3170 OTX04318.1 OTX04318.1 96.1 1 124 1 124 1.29e-87 248 WP_248415755.1 WP_248415755.1 95.1 1 177 1 177 1.09e-125 349 GFV11951.1 GFV11951.1 100 1 83 1 83 1.93e-63 184 MBR6343266.1 MBR6343266.1 85.1 1 424 1 424 1.27e-268 731 WP_232103437.1 WP_232103437.1 95.6 1 214 1 214 6.86e-154 423 WP_265275480.1 WP_265275480.1 100 1 113 1 113 2.61e-84 239 NUT29294.1 NUT29294.1 94.5 1 863 1 863 0.0 1671 MBR3785149.1 CCZ55979.1 45.3 1 113 2 112 3.28e-26 93.6 MBR3785149.1 MBR3785149.1 94.6 1 131 1 131 4.75e-91 258 MBI3290135.1 MBI3290135.1 92.6 1 120 1 120 9.99e-81 231 WP_060115800.1 WP_060115800.1 89.9 1 288 1 288 1.21e-193 530 WP_138482356.1 WP_138482356.1 94.6 1 888 1 888 0.0 1723 WP_263727326.1 WP_263727326.1 93.5 1 452 1 452 0.0 867 WP_072274035.1 WP_072274035.1 93.0 1 155 1 155 1.96e-106 298 MBT4210917.1 WP_096067320.1 35.5 5 585 16 612 3.30e-107 338 MBT4210917.1 WP_282322778.1 35.3 5 585 16 612 1.79e-106 336 MBT4210917.1 MBL14507.1 30.1 34 561 38 555 1.69e-68 234 MBT4210917.1 MBT4210917.1 100 1 735 1 735 0.0 1521 XP_018439942.1 XP_018439942.1 94.9 1 319 1 319 1.22e-229 624 XP_045702922.1 XP_045702922.1 90.7 1 470 1 470 0.0 870 WP_063485223.1 WP_063485223.1 95.8 1 387 1 387 8.00e-283 764 WP_149236326.1 WP_149236326.1 98.1 1 251 1 251 4.12e-187 510 KIJ42589.1 KIJ42589.1 100 1 181 1 181 5.40e-137 378 WP_232189573.1 WP_232189573.1 68.9 1 95 1 95 3.61e-42 131 MBZ0168159.1 MBZ0168159.1 96.0 1 327 1 327 8.03e-239 647 NWG72028.1 NWG72028.1 96.8 1 91 1 91 1.70e-63 185 WP_136035264.1 WP_136035264.1 97.6 1 217 1 217 3.40e-160 439 EAP3700350.1 EAP3700350.1 91.8 1 96 1 96 7.03e-63 184 WP_251074290.1 CDZ81696.1 53.6 18 331 5 325 7.11e-107 319 WP_251074290.1 WP_251074290.1 95.6 1 480 1 480 0.0 944 EXZ64635.1 EXZ64635.1 95.2 1 214 1 214 3.97e-153 421 CCE01062.1 CCE01062.1 91.6 1 77 1 77 2.79e-49 148 WP_278800290.1 WP_278800290.1 95.7 1 131 1 131 2.01e-92 261 BAB28876.1 BAB28876.1 95.8 1 143 1 143 1.73e-101 285 KAJ1633120.1 KAJ1633120.1 91.7 1 228 1 228 5.14e-156 430 WP_090221424.1 WP_090221424.1 97.6 1 727 1 727 0.0 1461 KAF6315484.1 KAF6315484.1 94.4 1 238 1 238 4.25e-169 464 GEZ33207.1 GEZ33207.1 93.0 1 305 1 305 4.16e-214 583 TWU17869.1 TWU17869.1 94.6 1 93 1 93 3.98e-63 184 WP_061364641.1 WP_061364641.1 99.2 1 627 1 627 0.0 1285 VPT01298.1 VPT01298.1 94.5 1 1659 1 1659 0.0 3210 WP_225764381.1 WP_225764381.1 94.0 1 173 1 173 6.11e-121 337 XP_018042825.1 XP_018042825.1 96.0 1 897 1 897 0.0 1769 WP_090770466.1 WP_090770466.1 97.7 1 312 1 312 1.27e-232 630 UYV38309.1 UYV38309.1 92.5 1 288 1 288 1.18e-200 548 WP_061517937.1 WP_061517937.1 95.2 1 339 1 339 2.82e-245 665 WP_190531886.1 WP_190531886.1 95.0 1 551 1 551 0.0 1075 WP_130382900.1 WP_130382900.1 91.2 1 223 1 223 1.31e-151 418 XP_049578625.1 XP_049578625.1 95.5 1 881 1 881 0.0 1728 WP_000685022.1 WP_000685022.1 93.6 1 428 1 428 1.34e-304 822 WP_105979700.1 WP_105979700.1 94.4 1 286 1 286 3.15e-204 556 MBQ8238565.1 MBQ8238565.1 98.1 1 143 1 143 1.54e-104 293 MBQ9299122.1 MBQ9299122.1 95.5 1 312 1 312 3.22e-226 614 MBR5879017.1 MBR5879017.1 91.3 1 115 1 115 7.46e-76 218 MCS6903464.1 MCS6903464.1 98.1 1 138 1 138 1.39e-100 282 WP_011063740.1 WP_011063740.1 90.0 1 152 1 152 5.64e-100 282 EGV97757.1 EGV97757.1 100 1 73 1 73 2.65e-52 155 WP_204942955.1 WP_204942955.1 92.4 1 276 1 276 9.26e-192 524 WP_015133641.1 WP_015133641.1 98.1 1 536 1 536 0.0 1085 MCD6425313.1 MCD6425313.1 92.8 1 131 1 131 6.49e-89 252 UTT93350.1 UTT93350.1 100 1 332 1 332 1.54e-259 700 MCR5602468.1 MCR5602468.1 96.6 1 213 1 213 3.83e-155 426 OGR18938.1 OGR18938.1 93.3 1 268 1 268 2.27e-188 515 MBI5677341.1 MBI5677341.1 97.9 1 95 1 95 1.73e-67 195 WP_029267497.1 WP_029267497.1 98.1 1 233 1 233 2.21e-173 474 STW12454.1 STW12454.1 93.2 1 159 1 159 1.66e-109 306 MBE6306819.1 MBE6306819.1 93.5 1 393 1 393 5.82e-279 754 MBE6306819.1 CAG0929351.1 41.4 2 313 7 321 6.57e-71 224 NLB51443.1 NLB51443.1 100 1 69 1 69 5.52e-50 149 UKS51372.1 UKS51372.1 99.5 1 138 1 138 2.05e-102 287 MCI7352812.1 MCI7352812.1 98.4 1 165 1 165 8.16e-122 338 WP_192049367.1 WP_192049367.1 100 1 129 1 129 3.93e-98 275 WP_039294206.1 WP_039294206.1 100 1 80 1 80 5.03e-60 175 DAD32814.1 DAD32814.1 100 1 314 1 314 6.38e-243 657 XP_027924147.1 WP_075190302.1 40.0 112 445 6 326 1.52e-70 226 XP_027924147.1 XP_027924147.1 95.7 1 489 1 489 0.0 962 WP_161359378.1 WP_161359378.1 96.9 1 270 1 270 1.14e-198 541 WP_196351635.1 WP_274676460.1 82.1 1 30 1 30 3.18e-13 53.9 WP_196351635.1 WP_196351635.1 100 1 30 1 30 1.44e-18 67.4 WP_100521084.1 WP_100521084.1 92.9 1 318 1 318 5.74e-223 607 AQU86570.1 AQU86570.1 95.0 1 376 1 376 6.45e-272 735 KAI0643035.1 KAI0643035.1 97.5 1 447 1 447 0.0 900 WP_014605789.1 WP_183882442.1 28.3 5 216 11 216 2.30e-21 87.8 WP_014605789.1 WP_014605789.1 96.2 1 248 1 248 1.67e-180 493 WP_154907134.1 WP_154907134.1 100 1 148 1 148 2.24e-113 315 WP_228944212.1 WP_228944212.1 90.3 1 97 1 97 3.08e-62 182 WP_136134536.1 WP_136134536.1 100 1 558 1 558 0.0 1165 MBC2704089.1 MBC2704089.1 92.9 1 792 1 792 0.0 1506 MBC2704089.1 NDH21517.1 40.1 544 771 29 257 8.20e-44 157 MBH0193692.1 MBH0193692.1 91.9 1 724 1 724 0.0 1360 EJK2981647.1 EJK2981647.1 98.7 1 234 1 234 1.75e-175 479 WP_213646387.1 WP_213646387.1 96.6 1 335 1 335 1.25e-246 668 WP_103313256.1 WP_103313256.1 87.3 1 140 1 140 2.56e-88 251 EZX24376.1 EZX24376.1 90.2 1 257 1 257 6.95e-173 475 KAJ3327837.1 KAJ3327837.1 92.1 1 212 1 212 1.43e-145 402 KAJ2660037.1 KAJ2660037.1 94.0 1 2050 1 2050 0.0 3940 KAJ2660037.1 KAF9974715.1 30.9 768 2050 6 1347 5.47e-191 614 MAJ71254.1 WP_062640876.1 33.6 1 305 1 291 2.63e-48 162 MAJ71254.1 MAJ71254.1 96.3 1 312 1 312 1.66e-228 620 MAJ71254.1 WP_069083484.1 30.7 2 304 5 294 5.55e-40 140 MAJ71254.1 WP_065881511.1 29.8 7 307 3 291 2.23e-37 133 MCA9450479.1 MCA9450479.1 93.6 1 102 1 102 8.58e-69 199 MCC8042769.1 WP_254400636.1 46.3 16 162 7 155 2.23e-37 125 MCC8042769.1 MCC8042769.1 98.9 1 184 1 184 3.36e-137 379 XP_041178038.1 XP_041178038.1 83.1 1 85 1 85 2.86e-48 146 NBW79235.1 WP_045121741.1 24.4 21 440 19 445 5.84e-35 133 NBW79235.1 NBW79235.1 90.5 1 445 1 445 2.50e-304 823 WP_030323867.1 WP_030323867.1 95.1 1 265 1 265 1.32e-190 520 WP_033135619.1 WP_033135619.1 99.4 1 258 1 258 1.44e-195 532 MCA1442501.1 MCA1442501.1 87.6 1 170 1 170 1.09e-108 305 KAI5251673.1 KAI5251673.1 100 1 167 1 167 2.25e-129 357 EBT2494165.1 EBT2494165.1 97.3 1 204 1 204 1.20e-149 412 MBR5121093.1 MBR5121093.1 92.9 1 244 1 244 4.07e-170 467 NWJ08205.1 NWJ08205.1 94.3 1 322 1 322 5.36e-230 625 WP_162959321.1 WP_162959321.1 87.7 1 147 1 147 1.99e-93 265 WP_278498266.1 WP_030096092.1 30.3 18 457 31 438 3.65e-58 198 WP_278498266.1 WP_187788315.1 35.1 22 466 4 423 5.32e-78 249 WP_278498266.1 MCK1819907.1 30.0 19 471 24 465 1.18e-58 200 WP_278498266.1 WP_278498266.1 97.4 1 496 1 496 0.0 997 WP_278498266.1 WP_034002239.1 37.4 21 481 24 485 1.97e-90 283 WP_257479708.1 WP_257479708.1 97.0 1 414 1 414 1.63e-307 828 MBQ3867797.1 MBQ3867797.1 95.8 1 552 1 552 0.0 1088 WP_111496981.1 WP_111496981.1 97.6 1 504 1 504 0.0 1014 WP_212448448.1 WP_212448448.1 92.1 1 86 1 86 5.07e-56 166 WP_147738784.1 WP_147738784.1 95.2 1 225 1 225 2.67e-161 443 PZT91770.1 PZT91770.1 93.5 1 95 1 95 1.13e-63 186 EAM9790494.1 EAM9790494.1 95.7 1 489 1 489 0.0 963 XP_013404023.1 XP_013404023.1 100 1 296 1 296 1.60e-227 616 WP_107485636.1 SCK25073.1 29.3 111 778 50 703 3.38e-84 283 WP_107485636.1 WP_107485636.1 89.7 1 799 1 799 0.0 1458 WP_143660971.1 WP_143660971.1 93.1 1 389 1 389 7.88e-275 744 MCB2112291.1 PZW56938.1 25.4 73 391 53 359 7.10e-27 108 MCB2112291.1 MCB2112291.1 95.5 1 394 1 394 7.46e-287 775 KLA07975.1 KLA07975.1 92.9 1 247 1 247 3.76e-172 472 WP_014504812.1 WP_068156215.1 55.0 11 890 36 918 3.38e-319 899 WP_014504812.1 WP_014504812.1 99.2 1 895 1 895 0.0 1831 KAF5807084.1 KAF5807084.1 97.2 1 267 1 267 4.30e-197 537 WP_204334995.1 WP_204334995.1 97.8 1 251 1 251 2.39e-186 508 WP_217736698.1 WP_217736698.1 92.7 1 316 1 316 4.71e-221 602 KAF8153477.1 KAF8153477.1 95.4 1 124 1 124 7.48e-87 246 MCI0648031.1 MCI0648031.1 95.8 1 180 1 180 6.06e-129 357 XP_041922209.1 XP_041922209.1 94.9 1 333 1 333 7.73e-240 650 WP_115180843.1 WP_115180843.1 97.1 1 447 1 447 0.0 895 EFG7579667.1 EFG7579667.1 97.7 1 342 1 342 1.54e-255 691 WP_210949324.1 WP_210949324.1 97.2 1 225 1 225 2.04e-165 453 WP_210949324.1 EIR8916606.1 57.0 26 200 1 175 4.57e-62 190 MBT3459335.1 MBT3459335.1 93.9 1 277 1 277 3.80e-196 535 WP_129832000.1 WP_129832000.1 99.2 1 386 1 386 3.87e-294 792 MBF0233644.1 MBF0233644.1 94.0 1 746 1 746 0.0 1438 WP_094375360.1 WP_094375360.1 98.5 1 191 1 191 7.57e-142 391 WP_248415167.1 WP_248415167.1 92.0 1 429 1 429 6.31e-299 808 MBV8174008.1 MBV8174008.1 96.4 1 399 1 399 5.32e-294 793 WP_186748347.1 WP_186748347.1 93.3 1 107 1 107 3.83e-72 208 BCL31621.1 BCL31621.1 93.5 1 136 1 136 2.51e-93 264 GDZ43403.1 GDZ43403.1 99.3 1 256 1 256 1.19e-193 527 UFH83377.1 AFQ97813.1 56.0 165 439 1 274 1.47e-95 289 UFH83377.1 AYV64277.1 50.3 1 437 1 426 2.86e-136 399 UFH83377.1 UFH83377.1 97.1 1 513 1 513 0.0 1026 UFH83377.1 AVO23223.1 57.9 442 508 1 66 3.98e-18 77.0 UFH83377.1 UTU41876.1 57.1 177 434 3 260 1.46e-91 278 MBK8012537.1 MBK8012537.1 91.6 1 591 1 591 0.0 1106 WP_205994446.1 WP_205994446.1 95.9 1 432 1 432 1.67e-316 853 WP_145465857.1 WP_145465857.1 90.3 1 106 1 106 1.63e-68 199 OGZ08419.1 OGZ08419.1 96.4 1 351 1 351 3.94e-258 698 WP_231879606.1 WP_231879606.1 98.9 1 198 1 198 5.10e-148 407 WP_253195963.1 WP_253195963.1 89.4 1 288 1 288 2.84e-192 526 ACT50261.1 ACT50261.1 96.4 1 218 1 218 1.75e-158 435 WP_098613056.1 WP_098613056.1 90.4 1 148 1 148 8.10e-98 276 KAF6751692.1 KAF6751692.1 98.7 1 443 1 443 0.0 904 HDI11217.1 EGS7320029.1 32.7 1 216 22 235 1.16e-30 111 HDI11217.1 HDI11217.1 92.9 1 227 1 227 7.05e-158 434 KAI9233655.1 KAI9233655.1 100 1 214 1 214 8.39e-164 448 WP_258038067.1 WP_258038067.1 94.9 1 953 1 953 0.0 1854 WP_022957608.1 WP_022957608.1 91.3 1 205 1 205 4.28e-139 385 KAG7812337.1 KAG7812337.1 94.9 1 3995 1 3995 0.0 7762 NLF10573.1 NLF10573.1 88.8 1 73 1 73 1.61e-44 135 WP_132572234.1 WP_132572234.1 93.1 1 254 1 254 1.04e-177 487 KUO65278.1 WP_157476287.1 51.0 1 184 1 188 2.43e-57 177 KUO65278.1 KUO65278.1 100 1 189 1 189 4.76e-144 396 WP_142636409.1 WP_142636409.1 97.0 1 264 1 264 1.89e-194 530 MCU1514505.1 WP_176018545.1 43.0 6 358 3 365 7.61e-89 271 MCU1514505.1 MCU1514505.1 95.5 1 377 1 377 1.79e-274 742 MBQ7769568.1 MBQ7769568.1 81.5 1 39 1 39 1.22e-18 68.2 WP_032587385.1 WP_032587385.1 94.0 1 657 1 657 0.0 1266 MCS6907720.1 MCS6907720.1 94.5 1 404 1 404 1.25e-290 785 WP_022385641.1 WP_022385641.1 86.7 1 182 1 182 3.72e-115 323 WP_028779961.1 WP_028779961.1 96.0 1 165 1 165 3.74e-118 329 MBP6361937.1 MBP6361937.1 91.4 1 209 1 209 3.65e-142 393 TPX78184.1 TPX78184.1 92.1 1 1004 1 1004 0.0 1890 WP_182336829.1 WP_182336829.1 94.3 1 200 1 200 4.33e-141 390 VVB00125.1 VVB00125.1 94.5 1 203 1 203 9.80e-144 397 HBJ80371.1 HBJ80371.1 99.3 1 420 1 420 0.0 862 HAG0018107.1 HAG0018107.1 100 1 56 1 56 3.81e-40 123 WP_054136413.1 WP_054136413.1 98.4 1 304 1 304 2.56e-228 619 WP_165773198.1 WP_165773198.1 98.1 1 56 1 56 1.06e-37 117 MCP4329804.1 WP_220664202.1 21.4 8 252 15 275 6.76e-12 65.5 MCP4329804.1 WP_123237441.1 26.6 6 285 15 298 2.44e-25 105 MCP4329804.1 MCA3389197.1 28.0 308 601 6 310 4.42e-31 122 MCP4329804.1 WP_165462493.1 27.2 2 289 3 299 2.90e-28 113 MCP4329804.1 WP_069341101.1 37.1 5 288 12 292 3.27e-50 174 MCP4329804.1 MCP4329804.1 92.3 1 617 1 617 0.0 1165 MCP4329804.1 WP_097108993.1 31.7 330 601 30 320 6.50e-38 141 PSJ26816.1 PSJ26816.1 97.3 1 656 1 656 0.0 1314 MBM3990268.1 MBM3990268.1 96.4 1 317 1 317 1.32e-232 631 MCK7479919.1 MCK7479919.1 95.8 1 176 1 176 5.01e-126 350 CYB93821.1 CYB93821.1 91.9 1 124 1 124 6.92e-83 236 MBD5361948.1 MBD5361948.1 96.4 1 340 1 340 1.16e-249 676 MBN2341313.1 MBN2341313.1 97.2 1 197 1 197 3.07e-144 397 WP_202167283.1 WP_202167283.1 97.9 1 396 1 396 3.76e-297 801 PIQ75822.1 PIQ75822.1 91.9 1 141 1 141 7.65e-95 268 TSA38195.1 TSA38195.1 92.8 1 59 1 59 3.72e-37 116 WP_090879207.1 WP_090879207.1 92.9 1 51 1 51 1.96e-31 101 WP_225601911.1 WP_225601911.1 96.9 1 1051 1 1051 0.0 2094 WP_189534272.1 WP_189534272.1 97.9 1 142 1 142 1.67e-103 290 KXU92672.1 KXU92672.1 95.2 1 283 1 283 5.03e-204 556 MBR6069896.1 MBR6069896.1 99.0 1 472 1 472 0.0 966 WP_234080888.1 MPY37361.1 22.0 15 225 46 258 3.47e-10 57.0 WP_234080888.1 WP_234080888.1 89.0 1 242 1 242 5.70e-160 441 WP_234080888.1 WP_048427321.1 25.0 34 235 21 223 1.44e-14 68.9 HIS55495.1 HIS55495.1 99.0 1 275 1 275 1.20e-207 564 WP_227594049.1 WP_227594049.1 100 1 383 1 383 3.19e-296 797 WP_148062134.1 WP_148062134.1 92.2 1 360 1 360 8.15e-251 681 WP_024217747.1 WP_024217747.1 94.4 1 75 1 75 8.44e-50 149 KAJ4828317.1 KAJ4828317.1 100 1 315 1 315 5.67e-242 654 KKP40103.1 KKP40103.1 96.3 1 129 1 129 1.43e-91 259 MCL2184308.1 MCL2184308.1 96.5 1 369 1 369 1.07e-271 734 PYL80520.1 PYL80520.1 94.8 1 193 1 193 6.70e-137 379 WP_077722411.1 WP_077722411.1 100 1 256 1 256 1.76e-195 532 WP_209366475.1 WP_209366475.1 92.1 1 172 1 172 3.67e-117 327 WP_155387753.1 WP_155387753.1 92.6 1 222 1 222 1.27e-153 423 XP_008942036.1 XP_008942036.1 95.3 1 1702 1 1702 0.0 3326 MBS1208135.1 WP_203995341.1 33.1 11 324 11 323 4.81e-48 163 MBS1208135.1 MBS1208135.1 97.6 1 334 1 334 4.19e-249 674 XP_011699286.1 XP_011699286.1 96.7 1 200 1 200 1.64e-145 401 MBK6580699.1 MBK6580699.1 97.0 1 293 1 293 3.45e-216 587 XP_025996498.1 XP_025996498.1 91.1 1 1972 1 1972 0.0 3659 WP_050825696.1 WP_050825696.1 95.3 1 262 1 262 1.01e-188 515 KAG5478439.1 KAG5478439.1 93.3 1 864 1 864 0.0 1651 KAG5713212.1 KAG5713212.1 99.4 1 432 1 432 0.0 888 GJP86697.1 GJP86697.1 90.0 1 570 1 570 0.0 1046 AUP48118.1 AAX35861.1 93.2 1 566 1 566 0.0 1081 AUP48118.1 AUP48118.1 99.2 1 566 1 566 0.0 1160 WP_163205944.1 WP_163205944.1 92.8 1 295 1 295 2.30e-206 563 KAG0196869.1 KAG0196869.1 95.5 1 348 1 348 6.74e-253 685 KFD50394.1 KFD50394.1 97.6 1 474 1 474 0.0 954 HCB0607732.1 HCB0607732.1 98.4 1 79 1 79 1.25e-55 164 MBW2147570.1 MBW2147570.1 96.5 1 1400 1 1400 0.0 2776 XP_017076166.2 XP_017076166.2 100 1 278 1 278 4.19e-214 581 MBB1667778.1 MBB1667778.1 98.9 1 7 1 7 6.07e+00 18.9 MYJ01754.1 MYJ01754.1 96.9 1 196 1 196 6.70e-143 394 NXA78151.1 NXA78151.1 100 1 547 1 547 0.0 1147 WP_196764971.1 WP_196764971.1 97.2 1 73 1 73 3.63e-50 150 WP_197035361.1 WP_197035361.1 97.1 1 292 1 292 9.14e-216 586 SDB07816.1 SDB07816.1 90.8 1 135 1 135 3.05e-89 253 CAH2042052.1 CAH2042052.1 96.9 1 1063 1 1063 0.0 2118 WP_077832600.1 WP_077832600.1 91.5 1 105 1 105 5.30e-69 200 USN98129.1 USN98129.1 86.3 1 171 1 171 2.77e-107 302 MBD3373279.1 MBD3373279.1 100 1 564 1 564 0.0 1168 WP_233824378.1 WP_233824378.1 95.7 1 2658 1 2658 0.0 5214 WP_204723735.1 WP_204723735.1 99.1 1 320 1 320 7.18e-243 657 MCU1518316.1 MCU1518316.1 88.9 1 212 1 212 2.54e-139 386 WP_216090438.1 WP_216090438.1 97.1 1 223 1 223 1.18e-163 449 WP_237070319.1 WP_237070319.1 92.3 1 387 1 387 1.77e-270 733 XP_024252803.1 XP_024252803.1 100 1 314 1 314 1.10e-243 659 MBT3899069.1 MBT3899069.1 96.8 1 195 1 195 5.10e-142 392 WP_182711301.1 WP_182711301.1 96.5 1 760 1 760 0.0 1508 WP_157589094.1 WP_157589094.1 93.7 1 103 1 103 1.12e-69 201 MBQ6692395.1 MBQ6692395.1 95.9 1 279 1 279 8.69e-203 552 RPI95901.1 RPI95901.1 92.8 1 132 1 132 1.21e-89 254 MBW7892865.1 MBW7892865.1 99.0 1 138 1 138 8.35e-102 285 XP_013005546.1 XP_013005546.1 93.9 1 625 1 625 0.0 1204 MBQ3498542.1 MBQ3498542.1 93.7 1 448 1 448 1.31e-319 862 WP_085648136.1 WP_085648136.1 95.4 1 556 1 556 0.0 1090 WP_092226977.1 WP_092226977.1 90.4 1 134 1 134 4.70e-88 250 MBS1713296.1 MBS1713296.1 95.8 1 426 1 426 1.12e-311 840 MBF2073911.1 MBF2073911.1 100 1 149 1 149 1.91e-119 331 WP_272062680.1 WP_272062680.1 100 1 509 1 509 0.0 1082 TYI23342.1 TYI23342.1 95.5 1 139 1 139 4.13e-98 276 WP_251438464.1 WP_251438464.1 98.5 1 131 1 131 8.87e-96 270 WP_208562420.1 WP_208562420.1 90.8 1 147 1 147 1.07e-97 276 WP_158799804.1 WP_158799804.1 95.3 1 439 1 439 1.79e-319 861 WP_089274238.1 WP_089274238.1 98.6 1 301 1 301 9.62e-227 615 GIU76508.1 GIU76508.1 98.4 1 484 1 484 0.0 983 POM61486.1 POM61486.1 100 1 207 1 207 3.18e-160 439 HAA79725.1 HAA79725.1 88.6 1 238 1 238 1.91e-156 432 WP_261529150.1 WP_261529150.1 83.3 1 1283 1 1283 0.0 2149 WP_249438391.1 WP_249438391.1 92.2 1 137 1 137 2.22e-92 261 KQC11686.1 KQC11686.1 94.1 1 334 1 334 2.79e-238 647 WP_265364885.1 WP_100537786.1 25.1 18 480 5 460 2.33e-41 152 WP_265364885.1 WP_265364885.1 91.5 1 491 1 491 0.0 919 NFE66003.1 NFE66003.1 100 1 31 1 31 2.62e-19 69.3 WP_162529103.1 WP_162529103.1 95.5 1 127 1 127 3.39e-89 253 WP_216537974.1 WP_216537974.1 100 1 127 1 127 3.26e-96 270 WP_107668606.1 WP_107668606.1 97.3 1 264 1 264 3.27e-195 532 XP_027547584.1 XP_027547584.1 100 1 404 1 404 3.43e-313 842 SKC89544.1 SKC89544.1 97.1 1 783 1 783 0.0 1566 WP_168694891.1 WP_168694891.1 97.0 1 408 1 408 7.69e-303 816 MBM3210814.1 MBM3210814.1 97.0 1 235 1 235 2.12e-172 472 NWT13315.1 NWT13315.1 100 1 217 1 217 2.31e-167 457 MBT3283529.1 MBT3283529.1 100 1 375 1 375 1.44e-288 777 WP_215356761.1 WP_215356761.1 85.5 1 65 1 65 3.96e-37 116 MYD98720.1 MYD98720.1 93.9 1 105 1 105 2.72e-71 206 PHH91422.1 PHH91422.1 90.9 1 130 1 130 6.77e-86 244 ECL3553101.1 ECL3553101.1 91.1 1 138 1 138 9.75e-92 260 WP_177525402.1 WP_224045636.1 26.4 63 279 2 217 2.48e-17 80.1 WP_177525402.1 WP_177525402.1 89.9 1 647 1 647 0.0 1186 CAG9334863.1 CAG9334863.1 96.5 1 393 1 393 8.76e-290 782 WP_183806671.1 WP_183806671.1 96.8 1 302 1 302 1.93e-222 604 WP_166773323.1 WP_166773323.1 98.4 1 166 1 166 1.52e-122 340 WP_175580162.1 WP_175580162.1 96.3 1 56 1 56 8.71e-37 115 ECH4355821.1 ECH4355821.1 99.4 1 325 1 325 1.40e-247 669 WP_232835221.1 WP_232835221.1 98.2 1 218 1 218 5.44e-162 444 KLL12075.1 KLL12075.1 91.0 1 300 1 300 7.96e-205 559 MCC6486159.1 MCC6486159.1 96.5 1 447 1 447 0.0 889 NJK67049.1 NJK67049.1 93.9 1 478 1 478 0.0 921 WP_238320463.1 WP_238320463.1 90.3 1 90 1 90 2.01e-57 169 OTA29349.1 OTA29349.1 93.6 1 1203 1 1203 0.0 2305 OYX89137.1 OYX89137.1 99.0 1 96 1 96 2.74e-69 200 WP_253571813.1 WP_253571813.1 91.1 1 389 1 389 1.63e-267 725 WP_263847269.1 WP_247893884.1 36.3 4 429 24 451 6.21e-80 252 WP_263847269.1 WP_263847269.1 93.2 1 429 1 429 8.38e-304 820 XP_045284515.1 XP_045284515.1 97.0 1 156 1 156 8.30e-113 315 WP_044344333.1 WP_044344333.1 96.2 1 775 1 775 0.0 1532 MCU1400721.1 MCU1400721.1 91.5 1 418 1 418 3.06e-289 783 WP_084128119.1 WP_084128119.1 93.8 1 289 1 289 9.75e-205 558 MBR5447513.1 MBR5447513.1 99.2 1 974 1 974 0.0 1993 OUX43364.1 OUX43364.1 86.1 1 61 1 61 8.32e-35 110 MBK0846266.1 MBK0846266.1 94.8 1 565 1 565 0.0 1100 WP_169253344.1 WP_169253344.1 94.5 1 415 1 415 1.22e-298 806 TCV06956.1 TCV06956.1 92.0 1 91 1 91 1.58e-59 175 HBW2970848.1 HBW2970848.1 93.9 1 410 1 410 7.27e-293 791 WP_092775107.1 WP_092775107.1 90.8 1 210 1 210 1.13e-141 392 WP_259895494.1 WP_259895494.1 92.1 1 350 1 350 2.22e-243 661 PQN15048.1 PQN15048.1 98.4 1 266 1 266 2.92e-199 542 TAL20232.1 WP_217452155.1 31.1 350 503 2 146 2.34e-16 75.1 TAL20232.1 TAL20232.1 93.1 1 618 1 618 0.0 1178 KAG2356287.1 KAG2356287.1 97.3 1 53 1 53 4.83e-35 110 XP_040082341.1 XP_040082341.1 98.1 1 211 1 211 1.98e-156 429 MCL1491976.1 MCL1491976.1 93.3 1 384 1 384 5.96e-272 736 MBR2109594.1 MBR2109594.1 91.4 1 54 1 54 7.10e-33 105 QWD35723.1 QWD35723.1 95.9 1 602 1 602 0.0 1188 MBL4910304.1 MBL4910304.1 93.4 1 85 1 85 2.34e-56 166 WP_091032200.1 WP_091032200.1 92.2 1 428 1 428 4.11e-299 808 WP_238486267.1 WP_238486267.1 90.0 1 82 1 82 1.44e-51 154 EIW7596561.1 EIW7596561.1 90.6 1 2711 1 2711 0.0 5001 EIW7596561.1 EBW1672033.1 81.0 1 1190 1 1219 0.0 1976 WP_115357420.1 OEU77901.1 47.0 3 240 5 240 1.69e-64 201 WP_115357420.1 WP_115357420.1 94.1 1 273 1 273 5.39e-194 530 MCH9784543.1 MCH9784543.1 100 1 114 1 114 8.39e-86 243 MCD4206375.1 MCD4206375.1 89.4 1 72 1 72 3.04e-44 135 MBK8100495.1 MBK8100495.1 98.1 1 244 1 244 7.40e-182 496 EAJ8453921.1 EAJ8453921.1 95.1 1 91 1 91 4.03e-62 181 MBK9653437.1 MBK9653437.1 95.8 1 174 1 174 1.44e-124 346 MBI2528438.1 WP_173283317.1 54.4 8 322 3 317 4.05e-109 319 MBI2528438.1 MBI2528438.1 93.1 1 337 1 337 2.90e-237 644 MCA1360809.1 WP_247424115.1 52.8 44 273 17 247 1.73e-74 227 MCA1360809.1 MCA1360809.1 89.7 1 288 1 288 3.46e-193 529 MBK9974619.1 MBK9974619.1 95.7 1 265 1 265 5.62e-192 524 PBI27870.1 PBI27870.1 95.2 1 87 1 87 3.40e-59 174 KAJ1535693.1 KAJ1535693.1 88.0 1 373 1 373 8.33e-246 669 MBE9640947.1 KAF6802222.1 20.9 48 473 40 468 1.19e-22 99.0 MBE9640947.1 MCT4573170.1 32.4 360 471 24 134 3.61e-11 59.3 MBE9640947.1 MBE9640947.1 97.5 1 481 1 481 0.0 967 MBQ6107527.1 MBQ6107527.1 98.8 1 422 1 422 0.0 862 XP_030131005.3 XP_030131005.3 98.5 1 568 1 568 0.0 1155 MCL6644735.1 MCL6644735.1 98.9 1 434 1 434 0.0 887 XP_040499486.1 XP_040499486.1 90.9 1 373 1 373 1.04e-255 694 XP_043577599.1 XP_043577599.1 97.5 1 471 1 471 0.0 947 XP_002107991.1 XP_002107991.1 92.4 1 1279 1 1279 0.0 2415 HAJ30683.1 MBX9747080.1 17.7 30 809 1 729 9.52e-28 118 HAJ30683.1 HAJ30683.1 97.4 1 819 1 819 0.0 1642 QNV11749.1 YP_009731821.1 71.8 1 224 1 223 2.75e-112 319 QNV11749.1 AFN42320.1 39.7 74 222 14 168 1.76e-29 106 QNV11749.1 QNV11749.1 92.2 1 224 1 224 2.55e-154 425 BAD29386.1 BAD29386.1 90.6 1 127 1 127 2.12e-83 238 MCL5999032.1 MCL5999032.1 98.9 1 92 1 92 4.66e-66 191 WP_032407714.1 WP_032407714.1 87.0 1 463 1 463 6.83e-302 818 MBQ1540263.1 MBQ7293051.1 28.5 96 273 2 192 1.67e-18 80.5 MBQ1540263.1 MBQ1540263.1 95.3 1 292 1 292 4.87e-211 574 KAH0956195.1 KAH0956195.1 97.9 1 674 1 674 0.0 1360 NNM19111.1 NNM19111.1 94.7 1 171 1 171 1.50e-120 335 MBX9947011.1 MBX9947011.1 97.3 1 256 1 256 6.33e-189 515 WP_218022068.1 WP_218022068.1 92.5 1 232 1 232 1.31e-160 442 MBK8142594.1 MBK8142594.1 94.7 1 335 1 335 1.10e-240 653 GFX26854.1 GFX26854.1 90.7 1 98 1 98 2.83e-63 185 WP_283640148.1 WP_283640148.1 95.6 1 478 1 478 0.0 940 MBR1866691.1 WP_087364392.1 30.2 37 199 28 185 8.10e-18 75.9 MBR1866691.1 MBR1866691.1 95.5 1 199 1 199 1.70e-142 393 MCB1329842.1 MCB1329842.1 93.9 1 160 1 160 2.65e-111 311 WP_189671415.1 WP_189671415.1 87.3 1 231 1 231 9.42e-149 412 MBN1187923.1 MBN1187923.1 97.6 1 652 1 652 0.0 1311 XP_036700879.1 XP_036700879.1 99.7 1 184 1 184 1.43e-138 382 MBV9252674.1 MBV9252674.1 95.9 1 299 1 299 8.14e-218 592 MCC5948066.1 WP_254101325.1 26.4 38 648 24 638 8.27e-63 218 MCC5948066.1 WP_270967954.1 26.6 30 617 17 617 4.78e-62 216 MCC5948066.1 MCC5948066.1 97.2 1 657 1 657 0.0 1316 MCC5948066.1 NDJ88951.1 16.7 119 635 29 541 1.71e-12 68.6 MCC5948066.1 XP_052525039.1 21.8 41 631 44 645 1.39e-38 150 WP_176623291.1 WP_176623291.1 100 1 732 1 732 0.0 1527 BAR90558.1 BAR90558.1 99.2 1 276 1 276 5.48e-209 568 WP_256527700.1 WP_256527700.1 98.4 1 367 1 367 8.52e-277 747 PQM52169.1 PQM52169.1 86.5 1 129 1 129 5.57e-80 229 OBB22832.1 OBB22832.1 95.0 1 61 1 61 7.62e-40 123 KAI1138495.1 KAI1138495.1 100.0 1 206 1 206 2.72e-156 429 OGO62636.1 OGO62636.1 98.8 1 644 1 644 0.0 1313 RYQ91928.1 RYQ91928.1 95.2 1 464 1 464 0.0 909 MBM6667216.1 MBM6667216.1 93.0 1 295 1 295 8.02e-207 564 WP_108494191.1 WP_134106059.1 68.4 1 138 1 136 5.84e-63 187 WP_108494191.1 WP_108494191.1 100 1 138 1 138 2.49e-103 289 PWA78445.1 PWA78445.1 100 1 424 1 424 0.0 902 WP_083249539.1 WP_083249539.1 97.5 1 90 1 90 2.25e-63 184 EAL3378245.1 EAL3378245.1 96.6 1 675 1 675 0.0 1342 KMT17181.1 KMT17181.1 93.2 1 770 1 770 0.0 1469 WP_208557144.1 WP_208557144.1 99.3 1 216 1 216 1.14e-162 446 KAJ2141250.1 KAJ2141250.1 88.6 1 279 1 279 3.43e-184 505 MBQ7587638.1 MBQ7587638.1 93.3 1 230 1 230 7.92e-161 442 WP_238850425.1 EHS0147317.1 56.4 4 342 8 347 1.38e-124 360 WP_238850425.1 WP_238850425.1 96.5 1 342 1 342 1.41e-251 681 MBJ4904885.1 MBJ4904885.1 88.5 1 69 1 69 1.38e-41 128 XP_055296131.1 XP_055296131.1 97.3 1 154 1 154 8.34e-112 312 WP_260479645.1 WP_260479645.1 91.4 1 60 1 60 3.99e-37 116 WP_089563581.1 WP_089563581.1 94.1 1 625 1 625 0.0 1206 XP_010263869.1 XP_010263869.1 94.4 1 787 1 787 0.0 1524 MBQ9329940.1 MBQ9329940.1 100 1 352 1 352 1.34e-270 730 MCB9082534.1 MCB9082534.1 90.5 1 135 1 135 6.16e-89 253 WP_217309155.1 WP_217309155.1 91.5 1 142 1 142 4.08e-95 269 WP_247879744.1 WP_247879744.1 92.3 1 130 1 130 1.42e-87 249 WP_182050463.1 WP_182050463.1 89.8 1 79 1 79 2.26e-49 148 WP_271418863.1 WP_271418863.1 89.7 1 403 1 403 3.19e-272 738 PDX57421.1 PDX57421.1 99.9 1 289 1 289 6.73e-221 599 WP_268551200.1 WP_268551200.1 95.7 1 345 1 345 1.78e-251 681 MBO5962796.1 MBO5962796.1 99.7 1 824 1 824 0.0 1697 WP_128604954.1 WP_128604954.1 95.1 1 423 1 423 9.47e-307 827 WP_188167525.1 WP_188167525.1 94.2 1 193 1 193 7.82e-136 376 MBQ7208271.1 MBQ7208271.1 84.0 1 128 1 128 2.36e-76 220 PIF02276.1 PIF02276.1 90.9 1 193 1 193 4.87e-130 361 MCM1504065.1 MCM1504065.1 97.7 1 340 1 340 8.87e-254 686 WP_265258498.1 WP_265258498.1 92.8 1 104 1 104 1.72e-69 201 XP_015665538.2 XP_015665538.2 92.2 1 303 1 303 2.30e-210 573 WP_208405463.1 WP_208405463.1 93.1 1 207 1 207 6.59e-144 397 MBS5124634.1 MBS5124634.1 92.5 1 154 1 154 6.09e-105 295 XP_037020921.2 XP_037020921.2 98.7 1 632 1 632 0.0 1288 WP_268422715.1 WP_268422715.1 99.5 1 44 1 44 4.87e-29 94.7 WP_113928814.1 WP_113928814.1 87.2 1 61 1 61 2.04e-35 112 MCI0601354.1 MCI0601354.1 90.4 1 56 1 56 9.86e-34 107 MSV72798.1 MSV72798.1 99.3 1 334 1 334 2.75e-254 687 WP_048886461.1 WP_048886461.1 100 1 309 1 309 3.81e-237 642 WP_119328079.1 WP_158161316.1 46.8 6 195 8 196 1.17e-50 160 WP_119328079.1 NNF05378.1 26.7 7 197 6 204 1.70e-17 75.5 WP_119328079.1 WP_119328079.1 88.1 1 197 1 197 1.28e-127 355 WP_253793201.1 WP_253793201.1 94.5 1 205 1 205 4.84e-145 400 MBO5118622.1 MBQ7329863.1 36.4 11 182 9 184 6.51e-30 107 MBO5118622.1 MBQ7086969.1 33.0 5 178 8 187 3.10e-25 95.1 MBO5118622.1 MBO5118622.1 88.7 1 185 1 185 1.52e-120 337 MBV8110278.1 MBV8110278.1 96.7 1 157 1 157 3.12e-113 316 WP_258219484.1 WP_258219484.1 99.4 1 669 1 669 0.0 1373 KAH7858561.1 KAH7858561.1 97.0 1 408 1 408 5.42e-303 816 MBB7523286.1 MBB7523286.1 97.5 1 518 1 518 0.0 1041 WP_184039851.1 WP_184039851.1 95.9 1 186 1 186 1.26e-133 370 XP_053914187.1 XP_053914187.1 95.0 1 371 1 371 2.82e-268 726 MAW35414.1 MAW35414.1 100 1 115 1 115 2.30e-88 249 WP_139553477.1 WP_139553477.1 92.8 1 221 1 221 2.37e-153 422 CAG8793492.1 CAG8793492.1 62.5 1 85 1 85 4.16e-32 105 NOU20958.1 NOU20958.1 99.5 1 88 1 88 1.95e-63 184 WP_096221151.1 WP_096221151.1 98.8 1 279 1 279 2.07e-210 572 WP_217853533.1 WP_217853533.1 95.3 1 485 1 485 0.0 951 ATQ57711.1 WP_198297747.1 34.9 47 290 9 251 1.06e-39 137 ATQ57711.1 ATQ57711.1 92.5 1 296 1 296 3.53e-206 562 CAH1431027.1 CAH1431027.1 96.3 1 357 1 357 3.39e-262 709 WP_250822302.1 PZS09564.1 38.9 47 441 72 448 6.84e-78 257 WP_250822302.1 WP_250822302.1 100 1 796 1 796 0.0 1682 EAI0195789.1 EAI0195789.1 95.3 1 343 1 343 1.71e-248 673 XP_054357454.1 XP_054357454.1 94.7 1 283 1 283 1.18e-202 552 CAI9280851.1 CAI9280851.1 96.0 1 286 1 286 2.41e-208 567 WP_278329032.1 WP_278329032.1 87.3 1 50 1 50 4.19e-28 92.8 MBL0183169.1 MBL0183169.1 95.9 1 208 1 208 5.67e-150 413 TMG37032.1 TMG37032.1 90.0 1 127 1 127 8.65e-83 236 WP_171469099.1 WP_171469099.1 95.1 1 264 1 264 1.01e-189 518 WP_250898423.1 MCU1506104.1 68.1 6 369 1 365 3.40e-173 485 WP_250898423.1 WP_250898423.1 93.8 1 377 1 377 1.57e-268 727 SFI40936.1 MBI4599533.1 54.5 21 249 13 241 6.85e-78 234 SFI40936.1 SFI40936.1 95.4 1 256 1 256 1.67e-184 504 XP_023426040.1 XP_023426040.1 93.4 1 1066 1 1066 0.0 2038 KAI3473816.1 EUJ18213.1 49.8 147 199 165 217 5.56e-08 52.0 KAI3473816.1 WP_165144904.1 20.3 4 203 1 280 2.76e-11 62.8 KAI3473816.1 KAI3473816.1 92.2 1 517 1 517 0.0 976 KAI3473816.1 URJ46333.1 52.7 151 203 215 267 6.13e-09 55.5 KAI3473816.1 TEY22245.1 58.7 219 417 1 194 5.94e-71 223 KAI3473816.1 WP_087222948.1 21.8 1 202 1 265 2.64e-13 68.6 KAI3473816.1 EFC81578.1 47.5 204 508 18 320 1.38e-83 260 WP_033776418.1 WP_033776418.1 94.4 1 196 1 196 2.51e-138 382 NLD51718.1 NLD51718.1 92.4 1 236 1 236 3.22e-163 449 MCK5694897.1 MCK5694897.1 97.1 1 158 1 158 1.43e-114 319 XP_018682766.1 EAN4724137.1 35.3 79 340 22 349 1.02e-56 187 XP_018682766.1 XP_018682766.1 97.4 1 360 1 360 4.86e-268 724 XP_018682766.1 WP_224255409.1 34.9 79 340 22 349 2.18e-55 183 XP_018682766.1 MBT4259674.1 35.0 67 329 10 333 3.90e-55 182 WP_036077718.1 WP_143387569.1 40.2 9 224 12 229 7.96e-46 150 WP_036077718.1 WP_036077718.1 88.1 1 224 1 224 8.78e-146 404 WP_031132573.1 WP_031132573.1 89.3 1 81 1 81 2.23e-50 151 MCI8828397.1 MCI8828397.1 98.1 1 325 1 325 9.08e-244 660 WP_218804454.1 WP_218804454.1 94.9 1 118 1 118 7.37e-82 233 XP_032873419.1 XP_032873419.1 99.9 1 554 1 554 0.0 1145 NIR46571.1 NIR46571.1 100 1 136 1 136 2.60e-104 291 MBC2695466.1 MBC2695466.1 96.9 1 551 1 551 0.0 1099 MBP9134320.1 MBP9134320.1 100 1 308 1 308 1.10e-240 650 MBM4010536.1 MBM4010536.1 87.2 1 71 1 71 3.88e-42 129 NBB83031.1 NBB83031.1 94.7 1 334 1 334 4.14e-240 651 GBN69281.1 GBN69281.1 99.0 1 101 1 101 4.26e-73 210 KAF2637112.1 KAF2637112.1 93.5 1 1208 1 1208 0.0 2310 WP_132898733.1 WP_132898733.1 95.9 1 373 1 373 6.21e-273 738 NJI17449.1 NJI17449.1 96.5 1 160 1 160 4.08e-115 321 WP_284053701.1 WP_284053701.1 93.6 1 307 1 307 4.34e-217 591 TMI36513.1 TMI36513.1 97.1 1 141 1 141 1.05e-101 285 WP_266784861.1 WP_266784861.1 97.1 1 465 1 465 0.0 931 MCP4144501.1 MCP4144501.1 98.5 1 181 1 181 3.00e-134 371 MCH9693433.1 MCH9693433.1 94.4 1 158 1 158 1.32e-110 309 MBN9560624.1 MBN9560624.1 92.5 1 275 1 275 2.46e-191 523 WP_226387626.1 WP_226387626.1 95.4 1 289 1 289 5.25e-209 569 WP_172394656.1 WP_172394656.1 97.9 1 242 1 242 8.65e-180 491 WP_036671656.1 WP_036671656.1 96.3 1 272 1 272 9.38e-199 541 MCJ7686803.1 MCJ7686803.1 97.4 1 564 1 564 0.0 1132 WP_106817586.1 WP_106817586.1 96.4 1 201 1 201 1.24e-145 401 MBI5333464.1 MBI5333464.1 92.3 1 391 1 391 4.37e-273 739 MCA2691876.1 MCA2691876.1 94.6 1 91 1 91 1.16e-61 180 WP_003067788.1 WP_003067788.1 95.7 1 317 1 317 1.80e-230 625 XP_045615378.1 XP_045615378.1 90.2 1 1450 1 1450 0.0 2662 WP_007678833.1 WP_012913739.1 51.1 5 420 4 422 2.32e-134 391 WP_007678833.1 WP_007678833.1 96.9 1 432 1 432 0.0 863 AFC90328.1 AFC90328.1 95.9 1 267 1 267 6.84e-194 529 EOH70952.1 EOH70952.1 89.9 1 272 1 272 1.35e-182 501 WP_107387431.1 WP_107387431.1 91.1 1 127 1 127 5.21e-84 239 WP_274976404.1 NNC58435.1 29.0 26 757 11 689 4.10e-93 304 WP_274976404.1 MCC7304610.1 27.4 25 760 14 692 2.50e-83 278 WP_274976404.1 MBQ2587741.1 27.2 230 753 51 562 7.72e-55 197 WP_274976404.1 MCF2656092.1 30.0 25 753 9 675 9.05e-99 319 WP_274976404.1 WP_274976404.1 94.1 1 763 1 763 0.0 1471 WP_214130944.1 WP_214130944.1 92.7 1 56 1 56 5.92e-35 110 WP_131166802.1 WP_098952357.1 38.3 5 306 3 304 7.82e-60 193 WP_131166802.1 WP_066083732.1 49.5 4 313 5 313 5.67e-93 279 WP_131166802.1 MCP5262709.1 50.0 5 306 1 300 1.25e-91 275 WP_131166802.1 WP_131166802.1 96.4 1 342 1 342 2.01e-251 681 WP_131166802.1 WP_107894076.1 47.2 1 302 1 300 6.70e-84 255 WP_131166802.1 WP_036816548.1 31.9 2 256 3 248 8.45e-35 126 WP_131166802.1 WP_226904802.1 34.2 2 331 19 347 3.29e-54 179 HBE02941.1 HBE02941.1 93.6 1 232 1 232 6.78e-163 447 AFU58940.1 AFU58940.1 93.1 1 145 1 145 2.74e-99 280 MBW0108125.1 MBW0108125.1 92.8 1 543 1 543 0.0 1033 WP_281163474.1 WP_281163474.1 91.4 1 444 1 444 4.19e-307 830 WP_008860295.1 WP_008860295.1 99.4 1 253 1 253 9.03e-192 522 XP_044366249.1 XP_044366249.1 95.5 1 769 1 769 0.0 1508 MQA03337.1 MCB1505913.1 61.4 5 164 5 164 3.39e-63 190 MQA03337.1 MQA03337.1 89.8 1 168 1 168 9.78e-111 310 MCH3963123.1 MCH3963123.1 93.6 1 983 1 983 0.0 1884 WP_260776178.1 WP_260776178.1 92.9 1 273 1 273 6.04e-191 522 WP_195689481.1 WP_195689481.1 97.8 1 196 1 196 2.00e-144 398 XP_051954746.1 XP_051954746.1 98.9 1 335 1 335 1.21e-253 686 MCB9662416.1 MCB9662416.1 95.1 1 196 1 196 1.07e-139 386 UJR03683.1 UJR03683.1 67.1 1 121 1 121 4.20e-53 161 OLD52228.1 OLD52228.1 98.0 1 329 1 329 2.24e-246 667 MBS2033149.1 MBS2033149.1 96.5 1 198 1 198 1.35e-143 396 XP_030892138.1 XP_030892138.1 97.9 1 548 1 548 0.0 1107 XP_018575520.1 XP_018575520.1 92.2 1 562 1 562 0.0 1060 WP_050210146.1 WP_050210146.1 94.6 1 1032 1 1032 0.0 2002 WP_050210146.1 MCA1930442.1 41.9 765 1006 5 248 2.38e-50 177 WP_059191156.1 WP_059191156.1 96.4 1 305 1 305 1.47e-223 607 WP_014942931.1 WP_014942931.1 99.5 1 796 1 796 0.0 1635 KAE8834307.1 KAE8834307.1 90.0 1 323 1 323 6.37e-218 594 MCI5825153.1 MCI5825153.1 97.6 1 342 1 342 4.40e-255 690 WP_114539302.1 WP_114539302.1 93.8 1 369 1 369 1.05e-262 711 OOP55008.1 OOP55008.1 96.2 1 68 1 68 9.69e-46 138 MBU6376428.1 MBU6376428.1 99.7 1 289 1 289 1.93e-220 598 XP_050375343.1 XP_050375343.1 96.2 1 619 1 619 0.0 1226 WP_216743397.1 WP_216743397.1 93.3 1 295 1 295 9.76e-208 566 WP_123207952.1 WP_123207952.1 92.1 1 196 1 196 3.29e-134 372 WP_180874312.1 WP_180874312.1 100 1 75 1 75 2.30e-56 166 WP_085535344.1 WP_085535344.1 96.2 1 246 1 246 4.80e-179 489 XP_025698866.1 XP_025698866.1 98.1 1 308 1 308 8.94e-231 625 CAG1853776.1 CAG1853776.1 93.7 1 3704 1 3704 0.0 7098 WP_166370521.1 WP_166370521.1 94.5 1 281 1 281 9.73e-201 547 WP_189145586.1 WP_189145586.1 87.4 1 171 1 171 4.10e-109 306 MBE2253919.1 MBE2253919.1 97.7 1 120 1 120 2.26e-86 245 XP_016284980.1 XP_016284980.1 88.6 1 685 1 685 0.0 1235 WP_109813103.1 WP_109813103.1 85.7 1 70 1 70 1.73e-40 125 WP_184253104.1 WP_116393154.1 50.5 10 293 13 292 1.27e-87 262 WP_184253104.1 WP_184253104.1 100 1 293 1 293 3.48e-225 610 BCB83133.1 BCB83133.1 91.1 1 164 1 164 5.95e-110 308 OBU40353.1 OBU40353.1 94.5 1 202 1 202 7.46e-143 394 WP_024947943.1 WP_024947943.1 93.2 1 283 1 283 7.67e-199 543 WP_230424277.1 WP_257633067.1 46.0 7 505 4 493 6.97e-138 405 WP_230424277.1 WP_230424277.1 90.7 1 509 1 509 0.0 943 WP_077646570.1 WP_077646570.1 98.4 1 599 1 599 0.0 1216 WP_058807138.1 WP_058807138.1 89.4 1 226 1 226 7.84e-150 414 XP_033551505.1 XP_033551505.1 94.5 1 577 1 577 0.0 1119 XP_033551505.1 KAG8816705.1 41.4 76 253 56 233 2.23e-34 128 RZK87475.1 RZK87475.1 96.1 1 78 1 78 3.22e-53 158 WP_115287442.1 WP_115287442.1 87.8 1 191 1 191 4.30e-123 343 KAJ8398543.1 KAJ8398543.1 100 1 145 1 145 4.74e-109 304 WP_204434340.1 WP_204434340.1 95.8 1 308 1 308 4.56e-224 608 KAF2670900.1 KAF2670900.1 81.0 1 894 1 894 0.0 1452 RLS24356.1 RLS24356.1 94.5 1 245 1 245 2.37e-174 478 WP_063880179.1 WP_063880179.1 96.7 1 193 1 193 2.96e-140 387 XP_024010268.1 XP_024010268.1 94.4 1 220 1 220 5.61e-156 429 YP_009252784.1 YP_009252784.1 84.2 1 81 1 81 1.46e-46 141 MCF6346354.1 MCF6346354.1 96.9 1 200 1 200 8.11e-146 402 EAF4791746.1 EAF4791746.1 90.3 1 218 1 218 2.75e-146 404 OBJ23133.1 OBJ23133.1 100.0 1 331 1 331 6.23e-254 686 YP_004564419.1 YP_004564419.1 96.0 1 63 1 63 6.38e-42 128 WP_039806668.1 WP_252122124.1 40.2 5 330 1 326 3.58e-71 222 WP_039806668.1 WP_039806668.1 96.2 1 330 1 330 1.29e-241 655 WP_039806668.1 WP_234521407.1 38.2 5 316 4 313 4.83e-62 199 MAJ59213.1 MAJ59213.1 92.0 1 855 1 855 0.0 1606 CAD8186381.1 CAD8186381.1 96.3 1 360 1 360 1.56e-264 715 MBB1804587.1 MBB1804587.1 100 1 16 1 16 1.19e-08 41.6 WP_236513170.1 WP_236513170.1 85.5 1 84 1 84 1.60e-49 149 MBK9065949.1 MBK9065949.1 93.4 1 174 1 174 1.33e-120 336 MCD8051495.1 MCD8051495.1 98.6 1 139 1 139 4.46e-102 286 XP_010311338.1 XP_010311338.1 91.7 1 211 1 211 4.43e-144 398 YP_010317795.1 YP_010317795.1 94.3 1 258 1 258 1.60e-183 502 WP_283947944.1 WP_283947944.1 92.8 1 511 1 511 0.0 971 WP_124519303.1 WP_124519303.1 94.7 1 299 1 299 2.61e-214 583 WP_110663263.1 WP_110663263.1 98.7 1 190 1 190 1.42e-141 390 KAF2317565.1 KAF2317565.1 96.6 1 398 1 398 4.92e-294 793 RDH15740.1 RDH15740.1 93.2 1 409 1 409 3.06e-289 782 WP_154599351.1 WP_154599351.1 96.0 1 1131 1 1131 0.0 2230 MBK8904706.1 MBK8904706.1 94.0 1 411 1 411 4.75e-294 794 OEU68709.1 OEU68709.1 96.2 1 790 1 790 0.0 1563 HAW53859.1 HAW53859.1 95.4 1 271 1 271 1.38e-195 533 NP_001395973.1 NP_001395973.1 91.3 1 213 1 213 1.27e-144 400 WP_096719144.1 WP_096719144.1 94.5 1 301 1 301 1.84e-215 586 WP_006327457.1 WP_006327457.1 95.8 1 314 1 314 1.37e-228 620 WP_081607935.1 WP_081607935.1 97.7 1 1573 1 1573 0.0 3163 MCC6596976.1 MCC6596976.1 96.0 1 147 1 147 1.03e-104 293 MCL2337464.1 MCL2337464.1 88.4 1 132 1 132 2.63e-84 241 MCA9667429.1 MCA9667429.1 97.7 1 340 1 340 8.87e-254 686 WP_264379403.1 WP_264379403.1 98.5 1 455 1 455 0.0 926 WP_108706918.1 WP_108706918.1 96.5 1 313 1 313 5.37e-230 624 MCO4825170.1 MCO4825170.1 100 1 343 1 343 1.34e-270 729 MCG8687614.1 WP_234123871.1 29.3 10 120 3 117 3.47e-10 52.4 MCG8687614.1 MCG8687614.1 89.8 1 132 1 132 5.53e-86 245 KAI4536634.1 KAI4536634.1 97.0 1 1133 1 1133 0.0 2259 WP_109807231.1 WP_109807231.1 93.7 1 214 1 214 3.13e-150 414 KAJ2336672.1 KAJ2336672.1 95.3 1 922 1 922 0.0 1803 XP_021098423.1 XP_021098423.1 97.0 1 320 1 320 1.28e-236 641 MCP4641540.1 MCP4641540.1 99.6 1 445 1 445 0.0 917 MBN1977789.1 MBN1977789.1 95.3 1 849 1 849 0.0 1662 OIT39507.1 OIT39507.1 90.8 1 400 1 400 5.32e-274 743 WP_022748957.1 WP_114054641.1 27.4 55 363 2 311 2.51e-31 119 WP_022748957.1 EJS0734484.1 44.0 57 374 26 348 1.26e-80 249 WP_022748957.1 WP_022748957.1 90.9 1 374 1 374 1.94e-256 696 MBA4289549.1 MBA4289549.1 97.6 1 94 1 94 1.88e-66 192 WP_171396840.1 WP_171396840.1 92.4 1 426 1 426 2.03e-298 806 WP_064060986.1 WP_064060986.1 95.4 1 576 1 576 0.0 1130 MCH4268493.1 MCH4268493.1 91.0 1 444 1 444 9.85e-306 827 GFY83906.1 GFY83906.1 92.0 1 137 1 137 3.15e-92 261 WP_132558606.1 WP_132558606.1 89.4 1 358 1 358 3.25e-240 654 WP_164300700.1 WP_164300700.1 100.0 1 250 1 250 1.19e-190 519 XP_016071528.1 XP_016071528.1 93.5 1 433 1 433 6.19e-308 831 WP_143662806.1 WP_143662806.1 98.2 1 184 1 184 5.59e-136 375 WP_234538829.1 WP_234538829.1 87.9 1 524 1 524 0.0 936 MBK7529683.1 MBK7529683.1 91.8 1 343 1 343 1.13e-237 646 HIR66791.1 HIR66791.1 96.0 1 336 1 336 1.11e-245 665 WP_263205390.1 WP_263205390.1 100 1 258 1 258 2.32e-201 547 WP_024410349.1 WP_257107333.1 20.0 30 331 29 329 2.62e-12 65.1 WP_024410349.1 OJG95819.1 40.4 1 332 5 335 3.87e-73 228 WP_024410349.1 WP_198255508.1 22.3 24 331 22 332 1.33e-18 83.6 WP_024410349.1 WP_024410349.1 93.4 1 333 1 333 2.03e-235 639 MBQ9146327.1 MBQ9146327.1 98.0 1 239 1 239 9.35e-178 486 MBC8266069.1 MBC8266069.1 96.4 1 382 1 382 3.65e-281 759 KAG0597131.1 KAG0597131.1 94.9 1 146 1 146 1.85e-102 288 WP_164706884.1 WP_164706884.1 100 1 106 1 106 3.99e-78 223 WP_090874869.1 WP_090874869.1 97.9 1 341 1 341 2.02e-255 691 WP_028781258.1 WP_028781258.1 96.4 1 263 1 263 4.81e-192 524 MBT3931813.1 MBT3931813.1 99.0 1 201 1 201 1.64e-150 414 WP_235903398.1 WP_235903398.1 94.4 1 200 1 200 3.05e-141 390 QPX63240.1 QPX63240.1 95.9 1 438 1 438 0.0 865 XP_050578957.1 XP_050578957.1 99.7 1 1273 1 1273 0.0 2619 CAD7234202.1 CAD7234202.1 91.5 1 154 1 154 1.44e-103 291 PZR72038.1 PZR72038.1 98.2 1 236 1 236 7.12e-176 481 KAG1302368.1 KAG1302368.1 100 1 78 1 78 2.53e-59 173 WP_101574454.1 WP_101574454.1 89.2 1 93 1 93 1.50e-58 172 PWI72242.1 PWI72242.1 99.5 1 522 1 522 0.0 1073 AMC51858.1 AMC51858.1 95.0 1 122 1 122 6.20e-85 241 WP_072519951.1 WP_072519951.1 96.2 1 122 1 122 2.63e-86 245 WP_240226434.1 WP_240226434.1 95.8 1 128 1 128 3.13e-90 255 WP_261695383.1 WP_261695383.1 88.5 1 133 1 133 4.90e-85 243 WP_137974759.1 MAI76755.1 48.7 1 78 1 79 2.50e-19 73.2 WP_137974759.1 WP_007683719.1 57.6 1 84 1 85 2.57e-28 95.9 WP_137974759.1 WP_137974759.1 99.1 1 84 1 84 4.72e-60 176 XP_047856915.1 XP_047856915.1 94.7 1 158 1 158 4.60e-111 310 EYC35406.1 EYC35406.1 94.2 1 161 1 161 1.72e-112 314 WP_256304635.1 WP_256304635.1 95.7 1 678 1 678 0.0 1333 WP_033611379.1 WP_033611379.1 95.1 1 331 1 331 3.82e-239 649 MSE05949.1 MSE05949.1 93.9 1 259 1 259 3.49e-183 501 MBA4269667.1 MBA4269667.1 94.6 1 761 1 761 0.0 1477 WP_132448671.1 WP_132448671.1 98.1 1 131 1 131 2.55e-95 268 BBI69300.1 BBI69300.1 94.5 1 434 1 434 1.79e-312 843 EBG8325683.1 EBG8325683.1 100 1 151 1 151 4.86e-114 317 WP_139918144.1 WP_139918144.1 94.4 1 340 1 340 2.06e-243 660 NIP96332.1 NIP96332.1 98.7 1 316 1 316 1.39e-238 646 WP_190797347.1 WP_190797347.1 91.0 1 67 1 67 8.42e-42 128 WP_068647811.1 WP_068647811.1 87.7 1 138 1 138 1.82e-87 249 WP_201413968.1 WP_201413968.1 95.7 1 120 1 120 3.10e-84 239 WP_269082627.1 WP_269082627.1 88.0 1 40 1 40 1.15e-21 75.9 OQR96432.1 OQR96432.1 100 1 224 1 224 8.06e-176 479 MCA9916937.1 MCA9916937.1 97.2 1 752 1 752 0.0 1504 WP_256588339.1 WP_256588339.1 98.8 1 145 1 145 6.48e-107 299 WP_209511935.1 WP_209511935.1 91.8 1 171 1 171 5.65e-116 324 WP_169872418.1 WP_169872418.1 93.4 1 228 1 228 1.13e-159 439 MBM3780037.1 MBM3780037.1 93.1 1 129 1 129 9.29e-88 249 WP_130537043.1 WP_130537043.1 92.1 1 364 1 364 2.85e-253 687 WP_129553552.1 TAH42824.1 45.3 65 284 4 223 2.58e-55 177 WP_129553552.1 WP_129553552.1 91.3 1 308 1 308 2.05e-211 577 SDI97994.1 SDI97994.1 93.1 1 104 1 104 8.50e-70 202 OQY55840.1 OQY55840.1 96.7 1 144 1 144 1.94e-103 290 WP_006761119.1 WP_006761119.1 90.9 1 84 1 84 1.21e-53 159 WP_132579575.1 WP_132579575.1 94.7 1 72 1 72 9.36e-48 144 WP_220073286.1 WP_220073286.1 97.9 1 499 1 499 0.0 1008 XP_055198731.1 XP_055198731.1 100 1 200 1 200 3.07e-159 436 KAJ1449837.1 KAJ1449837.1 88.0 1 977 1 977 0.0 1745 MYS48845.1 MYS48845.1 96.0 1 226 1 226 1.05e-163 449 XP_022120389.2 XP_022120389.2 93.9 1 180 1 180 6.79e-126 350 WP_199936433.1 WP_199936433.1 98.8 1 643 1 643 0.0 1311 WP_095556548.1 MBO0691049.1 24.7 42 401 1 328 2.35e-29 115 WP_095556548.1 WP_095556548.1 93.0 1 426 1 426 7.41e-301 813 NLN79518.1 NLN79518.1 98.8 1 100 1 100 3.26e-72 207 HIG96475.1 HIG96475.1 94.3 1 283 1 283 1.38e-201 550 XP_012066326.1 XP_012066326.1 99.0 1 156 1 156 1.05e-115 322 WP_274604755.1 WP_274604755.1 92.2 1 250 1 250 1.16e-172 474 MBL0280791.1 MBL0280791.1 97.1 1 771 1 771 0.0 1540 XP_024081758.1 XP_024081758.1 93.8 1 2688 1 2688 0.0 5155 KFK25655.1 KFK25655.1 97.1 1 256 1 256 1.81e-188 514 WP_176572922.1 WP_091735241.1 52.7 6 221 4 218 6.23e-70 211 WP_176572922.1 WP_176572922.1 91.2 1 222 1 222 9.98e-151 416 XP_039286754.1 XP_039286754.1 92.8 1 274 1 274 2.27e-191 523 MBK7906023.1 MBK7906023.1 97.5 1 401 1 401 2.02e-299 807 MCP4742086.1 MCP4742086.1 93.4 1 241 1 241 5.35e-169 464 WGY84075.1 WGY84075.1 96.5 1 563 1 563 0.0 1118 RMG09135.1 RMG09135.1 86.1 1 189 1 189 9.74e-119 332 XP_016192053.1 XP_016192053.1 100 1 277 1 277 1.11e-213 580 RZJ10574.1 RZJ10574.1 95.6 1 245 1 245 6.05e-177 484 MBQ6246919.1 MBQ6246919.1 94.2 1 372 1 372 4.15e-266 720 MBE5709430.1 MBE5709430.1 93.5 1 253 1 253 6.77e-178 487 WP_039930315.1 WP_039930315.1 91.7 1 219 1 219 9.26e-150 413 KAF1039360.1 WP_109993532.1 31.7 1 419 1 487 7.96e-73 234 KAF1039360.1 KAF1039360.1 92.6 1 420 1 420 8.22e-295 797 WP_222952672.1 WP_222952672.1 93.6 1 342 1 342 1.39e-242 658 WP_091759775.1 WP_091759775.1 95.4 1 443 1 443 0.0 870 WP_219486374.1 WP_219486374.1 96.0 1 327 1 327 5.65e-239 648 WP_055091847.1 WP_055091847.1 92.4 1 240 1 240 3.91e-166 456 EHK3702610.1 EHK3702610.1 95.1 1 108 1 108 1.05e-74 214 EFV8345964.1 EFV8345964.1 91.7 1 257 1 257 1.53e-176 484 MBB2134936.1 MBB2134936.1 100 1 24 1 24 2.86e-16 61.2 WP_162485939.1 WP_162485939.1 94.4 1 196 1 196 2.51e-138 382 KFF47610.1 WP_107352122.1 52.9 6 442 7 438 1.78e-147 426 KFF47610.1 KFF47610.1 93.5 1 445 1 445 1.14e-316 854 HBC7850765.1 HBC7850765.1 97.0 1 184 1 184 5.37e-134 370 WP_026729912.1 WP_026729912.1 94.7 1 222 1 222 6.82e-158 434 MBU2837240.1 MBU2837240.1 95.0 1 143 1 143 2.02e-100 282 MCE1200518.1 MCE1200518.1 95.2 1 201 1 201 1.70e-143 396 CAA9338705.1 CAA9338705.1 92.2 1 361 1 361 1.07e-251 683 MBE6491651.1 MBE6491651.1 100 1 188 1 188 7.32e-143 393 WP_255632456.1 WP_255632456.1 96.3 1 142 1 142 2.28e-101 285 WP_120851940.1 WP_120851940.1 95.6 1 246 1 246 1.61e-177 486 WP_230269925.1 WP_230269925.1 95.3 1 190 1 190 1.26e-135 375 QBL97920.1 QBL97920.1 89.1 1 809 1 809 0.0 1466 KAJ3865263.1 KAJ3865263.1 94.2 1 1113 1 1113 0.0 2147 MBQ2085260.1 MBQ2085260.1 96.1 1 143 1 143 8.57e-102 286 KAH3670308.1 KAH3670308.1 95.1 1 286 1 286 4.66e-206 561 WP_013611731.1 WP_013611731.1 100 1 141 1 141 3.94e-106 296 SFX27592.1 SFX27592.1 94.3 1 692 1 692 0.0 1338 KAJ1918571.1 KAJ1918571.1 95.3 1 231 1 231 7.96e-166 455 WP_190728164.1 WP_190728164.1 94.8 1 82 1 82 3.13e-55 163 MCD1648821.1 MCD1648821.1 95.7 1 114 1 114 1.06e-79 228 WP_002318774.1 WP_002318774.1 93.4 1 671 1 671 0.0 1284 GDX50632.1 MCB0558738.1 51.0 21 259 4 242 3.07e-74 224 GDX50632.1 GDX50632.1 97.5 1 259 1 259 7.13e-192 523 NUP45658.1 NUP45658.1 94.1 1 226 1 226 9.66e-160 439 EED8954498.1 EED8954498.1 92.8 1 651 1 651 0.0 1237 MBU0638288.1 MBU0638288.1 98.0 1 648 1 648 0.0 1310 XP_023618023.1 XP_023618023.1 93.5 1 995 1 995 0.0 1904 KAJ7901288.1 KAJ7901288.1 89.3 1 416 1 416 2.10e-279 758 WP_005969797.1 WP_005969797.1 90.5 1 108 1 108 3.97e-70 203 WP_168976500.1 WP_168976500.1 95.1 1 578 1 578 0.0 1129 WP_061213510.1 WP_061213510.1 94.3 1 940 1 940 0.0 1816 TLZ56659.1 TLZ56659.1 100 1 188 1 188 2.98e-142 392 WP_254860001.1 WP_254860001.1 100 1 127 1 127 7.69e-95 267 WP_147757699.1 WP_147757699.1 98.6 1 336 1 336 1.31e-253 686 MBQ7514694.1 MBQ7514694.1 95.5 1 209 1 209 6.12e-150 413 KAJ8599810.1 KAJ8599810.1 98.0 1 646 1 646 0.0 1305 ADT83844.1 ADT83844.1 97.2 1 424 1 424 1.04e-315 850 CQR43717.1 CQR43717.1 94.5 1 60 1 60 8.34e-39 120 AZT92937.1 AZT92937.1 100 1 114 1 114 1.69e-85 242 MCG8609391.1 MCG8609391.1 95.3 1 118 1 118 2.57e-82 234 WP_143435921.1 WP_143435921.1 88.1 1 146 1 146 2.62e-93 265 KAI5237214.1 KAI5237214.1 96.1 1 96 1 96 1.08e-66 193 KAI4790364.1 KAI4790364.1 87.6 1 889 1 889 0.0 1580 KAI7428497.1 KAI7428497.1 96.8 1 496 1 496 0.0 990 WP_023840997.1 MBJ7506254.1 33.6 5 744 8 693 5.63e-124 385 WP_023840997.1 WP_023840997.1 89.6 1 775 1 775 0.0 1414 MCL5016798.1 MCL5016798.1 94.6 1 558 1 558 0.0 1084 HJC43196.1 HJC43196.1 99.1 1 108 1 108 1.13e-78 224 XP_033115746.1 XP_033115746.1 96.0 1 560 1 560 0.0 1106 MCA9828892.1 MCA9828892.1 98.1 1 307 1 307 6.79e-230 623 KAE9534034.1 KAE9534034.1 95.7 1 421 1 421 9.86e-308 830 WP_099723413.1 WP_099723413.1 96.4 1 286 1 286 2.06e-209 570 MCR4805905.1 MCR4805905.1 99.4 1 222 1 222 1.19e-167 459 MXV83649.1 MXV83649.1 98.9 1 202 1 202 4.35e-151 415 WP_129502220.1 WP_129502220.1 93.3 1 489 1 489 0.0 935 VDL88157.1 VDL88157.1 92.2 1 99 1 99 2.23e-65 190 WP_205833587.1 WP_205833587.1 93.5 1 301 1 301 1.45e-212 579 XP_028540875.1 XP_028540875.1 94.8 1 771 1 771 0.0 1500 WP_004127832.1 WP_004127832.1 88.4 1 97 1 97 1.47e-60 178 KAI1294496.1 KAI1294496.1 94.6 1 141 1 141 2.37e-98 277 MBA2742690.1 MBA2742690.1 92.0 1 61 1 61 3.64e-38 119 OWZ15943.1 OWZ15943.1 89.3 1 167 1 167 3.04e-109 306 KAJ0788155.1 KAJ0788155.1 96.8 1 82 1 82 9.32e-57 167 KAJ3641143.1 KAJ3641143.1 94.6 1 575 1 575 0.0 1117 OSS44110.1 OSS44110.1 94.1 1 479 1 479 0.0 926 XP_003878446.1 XP_003878446.1 95.3 1 189 1 189 9.56e-135 373 ONK59585.1 ONK59585.1 96.2 1 535 1 535 0.0 1059 KAJ9220763.1 KAJ9220763.1 81.1 1 431 1 431 2.85e-257 703 WP_102296123.1 WP_102296123.1 98.0 1 209 1 209 8.07e-155 425 RBQ75851.1 RBQ75851.1 91.3 1 539 1 539 0.0 1006 WP_247498151.1 WP_092156886.1 56.8 15 184 9 176 7.61e-60 184 WP_247498151.1 WP_247498151.1 98.3 1 203 1 203 9.47e-151 414 WP_002264996.1 WP_002264996.1 93.1 1 234 1 234 2.76e-163 449 WP_125091196.1 WP_125091196.1 89.8 1 325 1 325 9.05e-219 597 WP_272906673.1 WP_124213670.1 35.7 6 472 5 456 4.44e-85 268 WP_272906673.1 KNY10996.1 44.1 147 396 1 260 8.19e-62 202 WP_272906673.1 WP_164653811.1 34.0 6 474 27 465 2.23e-78 251 WP_272906673.1 WP_272906673.1 94.6 1 483 1 483 0.0 939 WP_272906673.1 WP_278449211.1 35.7 6 473 8 451 2.75e-85 268 WP_239280620.1 AHG02917.1 36.3 20 318 14 309 6.18e-54 177 WP_239280620.1 WP_149656427.1 30.4 60 320 55 325 1.41e-33 124 WP_239280620.1 MBE7554905.1 29.4 9 321 3 338 3.75e-41 144 WP_239280620.1 MBB3097508.1 32.2 20 317 3 294 4.89e-43 148 WP_239280620.1 WP_208042111.1 31.4 9 316 3 309 1.42e-42 147 WP_239280620.1 KQB14740.1 27.5 8 317 7 324 2.90e-33 123 WP_239280620.1 WP_239280620.1 90.5 1 322 1 322 1.02e-218 596 WP_239280620.1 KAB2860347.1 43.1 204 317 1 114 2.71e-22 88.6 WP_239280620.1 MBX7055839.1 32.3 11 317 8 323 2.07e-46 158 MCE2456387.1 AMJ52230.1 48.3 135 235 2 102 5.38e-23 91.3 MCE2456387.1 MCE2456387.1 98.8 1 417 1 417 1.47e-316 852 KAH0455857.1 KAH0455857.1 95.2 1 953 1 953 0.0 1862 MBO7602558.1 MBO7602558.1 94.5 1 366 1 366 8.33e-263 711 MBA3364572.1 MBA3364572.1 95.8 1 182 1 182 2.11e-130 361 KAF6037074.1 KAF6037074.1 100 1 148 1 148 9.50e-115 319 EJD6083724.1 EJD6083724.1 93.2 1 113 1 113 2.25e-76 219 XP_053603972.1 XP_053603972.1 95.4 1 590 1 590 0.0 1156 WP_168987397.1 WP_168987397.1 95.5 1 173 1 173 3.15e-123 342 WP_087514544.1 WP_087514544.1 86.3 1 126 1 126 8.66e-78 224 MBL4661703.1 MBL4661703.1 94.8 1 150 1 150 3.17e-105 295 WP_157447226.1 WP_157447226.1 95.3 1 226 1 226 3.51e-162 445 KAE9687153.1 KAE9687153.1 91.7 1 121 1 121 1.53e-80 230 HED33315.1 HED33315.1 89.7 1 384 1 384 3.77e-259 704 WP_000446844.1 WP_000446844.1 98.4 1 300 1 300 2.10e-225 611 WP_168945101.1 WP_168945101.1 95.0 1 466 1 466 0.0 910 TIW69825.1 TIW69825.1 94.5 1 103 1 103 1.94e-70 203 WP_143823896.1 WP_143823896.1 94.6 1 488 1 488 0.0 948 XP_031104936.1 XP_031104936.1 96.9 1 548 1 548 0.0 1094 WP_258228246.1 WP_258228246.1 91.5 1 261 1 261 5.32e-179 491 WP_183883741.1 WP_183883741.1 84.4 1 69 1 69 5.41e-39 121 EHG9421715.1 EHG9421715.1 94.2 1 613 1 613 0.0 1185 OMH80233.1 OMH80233.1 89.6 1 634 1 634 0.0 1157 WP_041302673.1 WP_081845076.1 34.8 12 724 40 760 4.68e-128 397 WP_041302673.1 WP_041302673.1 96.9 1 727 1 727 0.0 1450 MCE8014926.1 MCE8014926.1 99.3 1 295 1 295 6.75e-224 607 WP_173267071.1 WP_173267071.1 89.6 1 272 1 272 7.81e-182 499 KAF5344437.1 KAF5344437.1 98.9 1 863 1 863 0.0 1760 WP_190457829.1 WP_190457829.1 92.8 1 247 1 247 5.34e-172 472 MBX3242409.1 MBX3242409.1 95.6 1 253 1 253 8.95e-183 499 MBL9113742.1 MBL9113742.1 95.9 1 403 1 403 6.24e-295 796 XP_007828713.1 XP_007828713.1 94.5 1 238 1 238 2.99e-169 464 HIZ96099.1 WP_238869695.1 43.4 1 393 3 398 5.91e-99 298 HIZ96099.1 HIZ96099.1 94.9 1 394 1 394 1.02e-284 769 KAI6857291.1 KAI6857291.1 96.0 1 378 1 378 7.03e-277 748 XP_007077310.1 XP_007077310.1 96.8 1 203 1 203 5.27e-148 407 WP_123470196.1 WP_123470196.1 94.5 1 207 1 207 1.19e-146 404 WP_008292946.1 MBX7220138.1 19.1 66 759 47 703 1.14e-30 128 WP_008292946.1 WP_008292946.1 99.2 1 1118 1 1118 0.0 2288 WP_140476737.1 WP_140476737.1 93.5 1 480 1 480 0.0 920 CAI9301549.1 CAI9301549.1 93.2 1 466 1 466 0.0 891 MUN40768.1 AMW35569.1 29.8 10 404 37 435 2.22e-50 174 MUN40768.1 MUN40768.1 95.5 1 419 1 419 2.31e-305 823 WP_046278045.1 MCD6419504.1 42.9 2 112 5 116 2.72e-23 86.7 WP_046278045.1 WP_046278045.1 98.2 1 137 1 137 5.24e-100 281 WP_059376966.1 WP_059376966.1 93.9 1 99 1 99 6.64e-67 194 KAG5276208.1 KAG5276208.1 84.5 1 1973 1 1973 0.0 3359 CDQ50939.1 CDQ50939.1 95.4 1 123 1 123 4.02e-86 244 OOF77949.1 OOF77949.1 96.7 1 531 1 531 0.0 1058 MCO2595964.1 MCO2595964.1 87.7 1 194 1 194 5.63e-125 348 WP_279150283.1 WP_279150283.1 100 1 764 1 764 0.0 1608 MBV8133755.1 WP_204037257.1 41.4 25 205 12 187 1.04e-38 130 MBV8133755.1 MBD7990178.1 60.7 19 208 15 204 1.83e-74 222 MBV8133755.1 MBV8133755.1 95.1 1 219 1 219 1.28e-156 431 WP_074642620.1 WP_074642620.1 87.4 1 367 1 367 1.87e-239 652 KAG7534354.1 KAG7534354.1 97.2 1 664 1 664 0.0 1329 EFE9598678.1 EFE9598678.1 100.0 1 410 1 410 9.92e-316 849 WP_183662448.1 WP_183662448.1 91.3 1 230 1 230 1.04e-156 432 MBR0198895.1 MBR0198895.1 97.6 1 386 1 386 2.41e-288 778 WP_068241828.1 WP_068241828.1 98.2 1 420 1 420 1.31e-316 852 WP_029222917.1 WP_029222917.1 94.2 1 487 1 487 0.0 942 GJP56269.1 GJP56269.1 85.9 1 3162 1 3162 0.0 5486 NCS93910.1 NCS93910.1 95.9 1 70 1 70 4.72e-47 142 HIZ21956.1 HIZ21956.1 91.7 1 412 1 412 6.13e-286 774 WP_095173689.1 WP_095173689.1 100 1 314 1 314 4.49e-243 657 XP_012504886.1 XP_012504886.1 91.5 1 2610 1 2610 0.0 4867 OJT13672.1 OJT13672.1 96.3 1 417 1 417 5.92e-307 827 XP_039870427.1 XP_039870427.1 100 1 326 1 326 1.47e-254 687 WP_127202744.1 WP_127202744.1 97.0 1 389 1 389 1.06e-288 779 WP_140214184.1 WP_140214184.1 96.2 1 142 1 142 3.24e-101 284 WP_282791351.1 WP_282791351.1 90.9 1 370 1 370 2.25e-253 688 WP_200652460.1 WP_200652460.1 98.1 1 526 1 526 0.0 1065 WP_129825188.1 WP_129825188.1 100 1 86 1 86 5.20e-67 193 MBX5450151.1 MBX5450151.1 94.3 1 408 1 408 1.26e-292 790 WP_081851094.1 WP_081851094.1 96.2 1 413 1 413 9.76e-304 819 MRR30429.1 MRR30429.1 93.3 1 87 1 87 1.14e-57 170 WP_125849054.1 WP_125849054.1 97.2 1 139 1 139 3.02e-100 281 WP_244631495.1 WP_244631495.1 97.7 1 350 1 350 1.61e-261 707 WP_222323558.1 WP_222323558.1 97.2 1 229 1 229 2.48e-168 461 VVC36036.1 VVC36036.1 94.0 1 85 1 85 8.14e-57 167 MBL6607133.1 MBL6607133.1 100 1 322 1 322 6.96e-251 677 DAO54200.1 DAO54200.1 100 1 48 1 48 2.01e-34 108 XP_036914921.1 XP_036914921.1 96.1 1 1607 1 1607 0.0 3169 QWG36045.1 QWG36045.1 93.6 1 400 1 400 1.62e-284 769 WP_110066977.1 WP_110066977.1 90.7 1 335 1 335 1.21e-228 622 KAF2570897.1 KAF2570897.1 98.5 1 70 1 70 9.87e-49 146 MCK4236496.1 MCK4236496.1 95.3 1 158 1 158 7.95e-112 312 XP_041912709.1 XP_041912709.1 97.9 1 1867 1 1867 0.0 3762 WP_026564934.1 WP_158934128.1 28.3 7 180 9 174 9.62e-17 72.8 WP_026564934.1 WP_026564934.1 93.6 1 189 1 189 7.55e-132 365 WP_121953554.1 WP_121953554.1 94.2 1 210 1 210 3.14e-148 409 WP_169877562.1 WP_169877562.1 93.6 1 84 1 84 8.87e-56 165 GFU30764.1 GFU30764.1 92.9 1 86 1 86 1.24e-56 167 WP_231496029.1 WP_231496029.1 96.7 1 379 1 379 4.78e-280 756 EJE2345556.1 EJE2345556.1 96.2 1 697 1 697 0.0 1378 WP_260821709.1 WP_260821709.1 95.6 1 407 1 407 6.27e-297 801 KWD88427.1 KWD88427.1 96.8 1 64 1 64 4.11e-43 131 XP_022824318.1 HHJ06374.1 44.3 307 840 33 570 3.85e-135 416 XP_022824318.1 XP_022824318.1 93.8 1 982 1 982 0.0 1886 MCB0405579.1 MCB0405579.1 87.8 1 100 1 100 5.44e-62 182 MBN2020480.1 MBN2020480.1 95.5 1 263 1 263 4.62e-190 519 WP_268678783.1 WP_268678783.1 94.5 1 288 1 288 7.73e-206 561 EGS8470081.1 WP_283525395.1 45.0 3 375 7 376 3.58e-98 295 EGS8470081.1 MBX6373297.1 30.1 3 379 16 395 2.85e-49 170 EGS8470081.1 EGS8470081.1 97.1 1 390 1 390 9.84e-290 781 AAM52216.1 AAM52216.1 94.1 1 1446 1 1446 0.0 2784 PYP75467.1 PYP75467.1 93.4 1 97 1 97 5.52e-65 189 KAI9522339.1 KAI9522339.1 90.8 1 571 1 571 0.0 1058 WP_120851171.1 WP_120851171.1 91.3 1 555 1 555 0.0 1036 WP_235274869.1 WP_235274869.1 96.4 1 296 1 296 7.53e-217 589 WP_101000040.1 WP_101000040.1 96.4 1 307 1 307 5.14e-225 611 WP_250676265.1 WP_250676265.1 90.0 1 225 1 225 1.78e-150 416 WP_002857697.1 MBN9625832.1 35.5 77 286 73 277 1.44e-33 122 WP_002857697.1 GGS66510.1 36.6 68 281 65 272 2.46e-36 129 WP_002857697.1 NEX64733.1 36.3 78 281 74 271 1.61e-33 122 WP_002857697.1 WP_002857697.1 97.6 1 292 1 292 3.88e-217 590 WP_067835961.1 WP_067835961.1 94.9 1 245 1 245 2.88e-175 480 WP_153853838.1 WP_153853838.1 100 1 115 1 115 9.04e-86 243 OAO15975.1 OAO15975.1 96.6 1 778 1 778 0.0 1545 MBN2427654.1 MBN2427654.1 95.3 1 603 1 603 0.0 1181 MBN2427654.1 MBP6400846.1 66.5 5 189 6 190 4.28e-77 241 EEZ9625188.1 EEZ9625188.1 97.7 1 312 1 312 1.27e-232 630 WP_255519487.1 WP_255519487.1 96.0 1 332 1 332 1.83e-242 657 MCH7568487.1 MCH7568487.1 93.1 1 177 1 177 2.47e-122 340 WP_260264417.1 WP_260264417.1 92.6 1 257 1 257 1.12e-178 489 EAC1801539.1 EAC1801539.1 95.7 1 240 1 240 2.67e-173 474 XP_020425985.1 XP_020425985.1 94.5 1 553 1 553 0.0 1073 KAA1094631.1 KAA1094631.1 96.4 1 301 1 301 1.71e-220 599 HAA59914.1 HAA59914.1 91.7 1 146 1 146 3.46e-98 277 PTI43160.1 PTI43160.1 91.4 1 87 1 87 3.83e-56 166 WP_128942179.1 WP_128942179.1 93.2 1 286 1 286 7.10e-201 548 WP_261996416.1 WP_261996416.1 98.1 1 305 1 305 2.76e-228 619 WP_264218405.1 WP_264218405.1 97.0 1 246 1 246 1.01e-180 494 MBQ5584458.1 WP_007708736.1 37.7 1 226 1 229 1.87e-43 144 MBQ5584458.1 WP_026893585.1 42.5 4 227 5 222 4.09e-52 166 MBQ5584458.1 WP_101794136.1 36.0 4 229 27 259 1.92e-40 137 MBQ5584458.1 EAG2350674.1 59.1 4 119 5 120 3.00e-40 133 MBQ5584458.1 WP_188888464.1 24.0 4 209 5 210 4.15e-13 64.7 MBQ5584458.1 WP_186723788.1 37.3 4 229 8 229 7.29e-42 140 MBQ5584458.1 WP_069156513.1 47.5 4 227 5 230 7.82e-63 194 MBQ5584458.1 MBP1530348.1 40.1 1 227 1 218 6.29e-48 155 MBQ5584458.1 EAC1232420.1 31.0 1 228 1 223 1.48e-29 108 MBQ5584458.1 WP_064652354.1 32.8 1 224 1 225 2.52e-32 116 MBQ5584458.1 WP_194544138.1 46.1 4 219 13 232 6.94e-58 182 MBQ5584458.1 MBQ5584458.1 97.3 1 231 1 231 4.28e-170 466 MBQ5584458.1 MCL7714424.1 34.6 4 225 5 224 1.45e-35 124 MBQ5584458.1 PYP94120.1 35.9 4 229 3 224 5.86e-39 133 WP_050837451.1 WP_050837451.1 90.2 1 255 1 255 9.88e-172 472 WP_261802249.1 WP_261802249.1 93.5 1 374 1 374 3.99e-265 718 WP_222599035.1 WP_222599035.1 92.4 1 703 1 703 0.0 1328 KAI7371949.1 KAI7371949.1 92.6 1 964 1 964 0.0 1825 XP_034729382.1 XP_034729382.1 97.6 1 326 1 326 5.68e-243 658 ARS36073.1 ARS36073.1 94.5 1 60 1 60 8.34e-39 120 MBW3244368.1 MBW3244368.1 90.3 1 354 1 354 2.38e-240 654 HCD14621.1 WP_135306871.1 44.7 10 293 13 297 7.02e-73 225 HCD14621.1 QEC74319.1 30.0 13 263 8 264 3.26e-31 115 HCD14621.1 HCD14621.1 93.6 1 296 1 296 3.15e-209 570 XP_045954854.1 XP_045954854.1 95.2 1 591 1 591 0.0 1157 WP_116803659.1 WP_116803659.1 94.0 1 302 1 302 8.10e-215 585 EAE1668788.1 EAE1668788.1 93.9 1 376 1 376 5.92e-268 725 WP_223489404.1 WP_223489404.1 98.6 1 281 1 281 2.07e-211 574 WP_260320705.1 MBV8508112.1 39.2 4 396 11 388 2.85e-83 258 WP_260320705.1 WP_260320705.1 92.5 1 399 1 399 1.13e-279 757 WP_164636708.1 2VGF_A 36.9 2 470 40 527 1.83e-94 294 WP_164636708.1 WP_164636708.1 94.9 1 477 1 477 0.0 931 XP_036201052.1 XP_036201052.1 96.5 1 506 1 506 0.0 1005 NGY89703.1 NGY89703.1 93.6 1 107 1 107 1.90e-72 209 CAG8457419.1 CAG8457419.1 96.6 1 578 1 578 0.0 1150 WP_108879099.1 WP_108879099.1 88.7 1 180 1 180 3.33e-117 328 WP_033105884.1 WP_033105884.1 100 1 330 1 330 1.65e-253 685 WP_049771622.1 WP_049771622.1 88.3 1 128 1 128 2.20e-81 233 HIR95098.1 HIR95098.1 93.5 1 515 1 515 0.0 987 KAF8288686.1 KAF8288686.1 97.9 1 660 1 660 0.0 1332 MXE70911.1 MXE70911.1 100 1 78 1 78 2.01e-56 166 XP_054030025.1 XP_054030025.1 95.4 1 300 1 300 5.09e-217 590 MCR5093499.1 MCR5093499.1 95.5 1 89 1 89 5.79e-61 178 KAJ2074960.1 KAJ2074960.1 87.9 1 92 1 92 9.48e-57 168 WP_281094896.1 WP_281094896.1 94.7 1 1022 1 1022 0.0 1983 KJY45691.1 KJY45691.1 94.4 1 75 1 75 8.44e-50 149 GFR70582.1 GFR70582.1 43.9 1 75 1 75 6.86e-15 61.2 KAG6025013.1 KAG6025013.1 92.2 1 384 1 384 7.77e-268 726 NAZ85407.1 NAZ85407.1 92.3 1 165 1 165 1.64e-112 315 WP_278960438.1 WP_278960438.1 92.1 1 54 1 54 3.52e-33 105 WP_032884901.1 WP_250824310.1 47.2 25 258 32 269 4.47e-65 202 WP_032884901.1 WP_032884901.1 93.1 1 260 1 260 4.40e-182 498 WP_018916691.1 WP_018916691.1 96.7 1 380 1 380 8.94e-281 758 NEB38825.1 WP_131284109.1 34.1 21 484 21 488 3.23e-78 251 NEB38825.1 NEB38825.1 93.3 1 485 1 485 0.0 928 MCU0925088.1 MCU0925088.1 99.0 1 180 1 180 2.78e-134 371 WP_067041261.1 WP_067041261.1 96.1 1 218 1 218 7.12e-158 434 WP_166106360.1 WP_166106360.1 94.1 1 538 1 538 0.0 1039 WP_139994336.1 WP_059171534.1 48.4 1 270 1 271 2.20e-78 237 WP_139994336.1 WP_139994336.1 97.7 1 281 1 281 5.70e-209 568 WP_232939508.1 WP_232939508.1 98.6 1 90 1 90 2.73e-64 187 WP_182039401.1 WP_019182526.1 43.7 23 367 42 383 9.35e-86 263 WP_182039401.1 WP_182039401.1 98.8 1 368 1 368 9.60e-279 752 THB74636.1 THB74636.1 94.7 1 515 1 515 0.0 1002 PIO49166.1 PIO49166.1 95.6 1 271 1 271 4.82e-196 535 MBU1707539.1 MBU1707539.1 97.1 1 115 1 115 5.90e-82 233 MBR2564295.1 MBR2564295.1 99.2 1 339 1 339 8.91e-258 696 CAB0034103.1 CAB0034103.1 92.5 1 598 1 598 0.0 1132 WP_004762412.1 WP_004762412.1 96.1 1 674 1 674 0.0 1332 MBW0445137.1 MBW0445137.1 96.9 1 192 1 192 7.86e-140 386 WP_062300449.1 WP_062300449.1 97.4 1 808 1 808 0.0 1621 VAH04400.1 VAH04400.1 95.7 1 840 1 840 0.0 1651 WP_010251888.1 WP_010251888.1 93.2 1 331 1 331 3.37e-233 634 PTE76569.1 PTE76569.1 88.1 1 62 1 62 1.31e-36 115 WP_213753432.1 MBR5168981.1 45.0 14 116 9 123 1.05e-26 94.4 WP_213753432.1 WP_213753432.1 98.2 1 117 1 117 1.23e-84 240 MBM4292280.1 MBM4292280.1 98.0 1 233 1 233 4.46e-173 473 MBP5405476.1 MBP5405476.1 98.2 1 71 1 71 2.60e-49 147 KAJ7413400.1 KAJ7413400.1 97.8 1 435 1 435 0.0 879 OUV52596.1 OUV52596.1 89.3 1 232 1 232 9.50e-154 424 MBE0500203.1 MBE0500203.1 96.5 1 192 1 192 4.55e-139 384 EER6968786.1 EER6968786.1 84.6 1 189 1 189 3.80e-116 326 XP_023840445.1 XP_023840445.1 95.9 1 1311 1 1311 0.0 2580 WP_279826355.1 MBB2902420.1 40.0 3 298 9 273 5.75e-64 201 WP_279826355.1 WP_279826355.1 97.6 1 301 1 301 5.34e-224 608 MCK6542200.1 MCK6542200.1 92.9 1 211 1 211 2.29e-146 404 XP_033530744.1 XP_033530744.1 94.9 1 77 1 77 1.43e-51 154 WP_070999907.1 WP_070999907.1 95.5 1 371 1 371 5.94e-270 730 KAJ7966218.1 KAJ7966218.1 96.4 1 577 1 577 0.0 1145 URE29467.1 URE29467.1 94.6 1 228 1 228 4.10e-162 445 THB72442.1 THB72442.1 97.1 1 329 1 329 1.24e-243 660 KAJ3286973.1 KAJ3286973.1 89.5 1 204 1 204 5.18e-135 375 PIQ07033.1 OHA02323.1 38.1 5 515 13 562 3.06e-113 345 PIQ07033.1 PIQ07033.1 94.5 1 515 1 515 0.0 999 WP_218036247.1 WP_218036247.1 96.4 1 301 1 301 1.21e-220 599 EBS3704194.1 WP_237762402.1 38.8 34 666 23 650 1.00e-131 407 EBS3704194.1 ECD4982842.1 96.9 1 885 1 885 0.0 1763 EBS3704194.1 WP_202291019.1 57.0 5 844 4 834 1.02e-318 894 EBS3704194.1 WP_222168304.1 25.2 18 826 16 821 2.97e-76 264 EBS3704194.1 EBS3704194.1 97.9 1 885 1 885 0.0 1785 EBS3704194.1 WP_242685612.1 55.9 33 844 38 834 3.95e-299 845 WP_230324968.1 WP_230324968.1 97.4 1 89 1 89 1.72e-62 182 HCI08118.1 HCI08118.1 99.8 1 206 1 206 7.79e-156 427 WP_162445525.1 WP_162445525.1 99.7 1 347 1 347 1.97e-265 716 WP_168414869.1 WP_168414869.1 92.8 1 70 1 70 4.55e-45 137 WP_005921846.1 WP_005921846.1 95.5 1 749 1 749 0.0 1470 WP_094876339.1 WP_094876339.1 95.2 1 770 1 770 0.0 1505 MCC2649654.1 MCC2649654.1 95.0 1 66 1 66 1.64e-43 132 XP_050861105.1 XP_050861105.1 84.1 1 459 1 459 8.56e-287 780 HAF6482379.1 HAF6482379.1 94.8 1 703 1 703 0.0 1367 KAG9223390.1 KAG9223390.1 97.6 1 776 1 776 0.0 1560 MBQ5629560.1 MBQ5629560.1 93.0 1 278 1 278 1.37e-194 531 WP_096231334.1 WP_096231334.1 96.6 1 238 1 238 7.98e-174 476 WP_060393952.1 WP_060393952.1 99.9 1 146 1 146 3.60e-109 305 XP_045099932.1 XP_045099932.1 94.6 1 97 1 97 4.72e-66 192 MCU0236787.1 MCU0236787.1 92.7 1 118 1 118 2.03e-79 227 MBO8466917.1 MBO8466917.1 100 1 379 1 379 3.86e-295 794 MBB8005642.1 MBB8005642.1 87.4 1 115 1 115 9.80e-72 207 WP_265279605.1 WP_265279605.1 97.8 1 349 1 349 4.27e-261 706 WP_236355782.1 WP_236355782.1 95.3 1 864 1 864 0.0 1689 WP_236355782.1 NDH41984.1 54.8 48 469 1 410 6.55e-144 430 EEW4501628.1 EEW4501628.1 98.6 1 517 1 517 0.0 1053 EGO6711073.1 EGO6711073.1 99.0 1 138 1 138 8.35e-102 285 EYC39616.1 EYC39616.1 96.3 1 178 1 178 3.01e-128 355 EAQ6361894.1 EAQ6361894.1 90.8 1 215 1 215 3.63e-145 401 KAJ0452418.1 KAJ0452418.1 92.6 1 630 1 630 0.0 1193 WP_079277665.1 WP_079277665.1 95.9 1 368 1 368 5.48e-269 727 WP_248562494.1 WP_248562494.1 96.0 1 291 1 291 5.48e-212 577 WP_062756220.1 WP_062756220.1 98.6 1 139 1 139 4.46e-102 286 XP_051536923.1 XP_046907253.1 25.0 3 461 5 533 3.32e-48 172 XP_051536923.1 XP_051536923.1 98.1 1 470 1 470 0.0 951 KAG6471244.1 KAG6471244.1 93.0 1 330 1 330 5.16e-232 630 WP_258613669.1 WP_258613669.1 97.9 1 307 1 307 1.95e-229 622 MBN3324024.1 XP_025046235.1 27.6 487 711 1 234 1.96e-21 92.8 MBN3324024.1 MBN3324024.1 93.5 1 1006 1 1006 0.0 1925 MCD8106539.1 MCD8106539.1 97.8 1 252 1 252 3.14e-187 511 RQM07044.1 RQM07044.1 100 1 126 1 126 2.49e-95 268 WP_008959270.1 WP_008959270.1 95.5 1 486 1 486 0.0 955 KAF7985745.1 KAF7985745.1 91.2 1 498 1 498 0.0 928 EJR4237259.1 EJR4237259.1 97.8 1 583 1 583 0.0 1176 AWX41049.1 AWX41049.1 98.1 1 210 1 210 1.06e-155 427 PYQ07964.1 PYQ07964.1 89.2 1 123 1 123 4.18e-79 227 HAG62657.1 WP_037548932.1 48.4 38 515 3 480 6.32e-142 416 HAG62657.1 HAG62657.1 94.2 1 515 1 515 0.0 996 HAG62657.1 WP_169940736.1 35.5 39 513 9 470 9.64e-86 271 EFF4884300.1 EFF4884300.1 97.4 1 430 1 430 0.0 864 MCJ8729721.1 MCJ8729721.1 100 1 92 1 92 2.48e-70 202 WP_132944465.1 WP_132944465.1 90.6 1 124 1 124 2.32e-81 233 KAF4018288.1 KAF4018288.1 95.5 1 719 1 719 0.0 1410 WP_267586803.1 WP_267586803.1 93.8 1 262 1 262 3.23e-185 506 WP_076451668.1 WP_076451668.1 92.8 1 1677 1 1677 0.0 3179 WP_026591533.1 WP_026591533.1 99.3 1 152 1 152 4.32e-113 315 SKA28887.1 SKA28887.1 93.4 1 564 1 564 0.0 1080 GFA35713.1 GFA35713.1 100 1 489 1 489 0.0 1017 WP_054435236.1 WP_145643501.1 66.7 1 255 1 253 3.36e-116 332 WP_054435236.1 WP_054435236.1 100 1 275 1 275 1.84e-211 574 WP_054435236.1 KLR59865.1 43.3 1 251 1 251 1.60e-60 191 WP_269572442.1 WP_269572442.1 89.6 1 598 1 598 0.0 1092 WP_263177763.1 WP_263177763.1 94.8 1 80 1 80 9.12e-54 159 MCP5114939.1 MCP5114939.1 100 1 49 1 49 1.77e-33 106 TKX51930.1 TKX51930.1 93.9 1 63 1 63 1.06e-40 125 MBI1328179.1 MBI1328179.1 95.6 1 167 1 167 5.29e-119 331 WP_111479522.1 ERO62343.1 45.1 29 304 14 284 7.40e-70 220 WP_111479522.1 WP_111479522.1 95.4 1 363 1 363 1.14e-263 713 MBU6237646.1 MBU6237646.1 100 1 170 1 170 5.70e-129 357 XP_028705251.1 XP_028705251.1 98.0 1 885 1 885 0.0 1786 XP_039308535.1 XP_039308535.1 99.6 1 1065 1 1065 0.0 2188 MBO5932171.1 MBO5932171.1 100 1 107 1 107 3.67e-79 226 MCF1432737.1 MCF1432737.1 93.1 1 367 1 367 8.27e-259 701 KAI6705356.1 KAI6705356.1 97.4 1 305 1 305 1.87e-226 614 GLR41095.1 WP_050580425.1 74.7 1 658 6 662 0.0 973 GLR41095.1 GLR41095.1 94.9 1 658 1 658 0.0 1283 MBU4440546.1 MBU4440546.1 88.6 1 208 1 208 4.24e-136 378 MCI5497968.1 MCI5497968.1 88.3 1 149 1 149 1.19e-95 271 KAF3016851.1 KAF3016851.1 92.6 1 231 1 231 3.48e-160 441 MBZ0167657.1 MBZ0167657.1 91.4 1 215 1 215 2.19e-146 404 WP_201297008.1 WP_201297008.1 92.8 1 92 1 92 7.20e-61 178 WP_003245665.1 WP_003245665.1 99.4 1 146 1 146 1.47e-108 303 MBQ8460137.1 MBQ8460137.1 92.2 1 73 1 73 8.28e-47 141 WP_188412405.1 WP_188412405.1 98.1 1 666 1 666 0.0 1347 MBK7412786.1 MBK7412786.1 95.2 1 380 1 380 1.94e-275 744 WP_259858510.1 WP_259858510.1 92.3 1 447 1 447 6.03e-313 845 KAG9339452.1 KAG9339452.1 98.9 1 127 1 127 3.66e-93 263 WP_195473821.1 WP_195473821.1 92.6 1 208 1 208 1.01e-143 397 WP_115748516.1 NJO91920.1 38.4 3 51 5 53 1.92e-03 35.4 WP_115748516.1 WP_115748516.1 98.2 1 296 1 296 7.00e-222 602 KAJ4013743.1 KAJ4013743.1 97.1 1 87 1 87 1.01e-60 177 MBC7406653.1 MBC7406653.1 92.8 1 116 1 116 4.14e-78 224 EFB15155.1 EFB15155.1 99.0 1 597 1 597 0.0 1221 PYX81094.1 PYX81094.1 100 1 566 1 566 0.0 1176 WP_163095201.1 WP_163095201.1 98.4 1 196 1 196 1.71e-145 400 MBQ1271561.1 MBQ1271561.1 94.3 1 277 1 277 2.29e-197 538 WP_268311115.1 WP_268311115.1 98.8 1 108 1 108 2.29e-78 224 WP_255991635.1 WP_255991635.1 96.2 1 131 1 131 4.94e-93 263 GAT48029.1 GAT48029.1 99.0 1 370 1 370 4.09e-281 758 NVO57457.1 NVO57457.1 98.1 1 182 1 182 2.28e-134 371 WP_070720871.1 WP_070720871.1 97.1 1 760 1 760 0.0 1518 WP_063274718.1 WP_063274718.1 96.5 1 135 1 135 2.07e-96 271 WP_202100641.1 WP_202100641.1 99.3 1 285 1 285 3.73e-216 587 TWW80208.1 TWW80208.1 68.3 1 220 1 220 4.07e-103 295 XP_011760839.1 XP_011760839.1 87.3 1 203 1 203 3.63e-130 362 KAJ2823714.1 KAJ2823714.1 85.5 1 141 1 141 1.31e-86 247 HAO77415.1 HAO77415.1 97.1 1 384 1 384 2.30e-285 770 XP_052496526.1 XP_052496526.1 94.4 1 674 1 674 0.0 1306 MBV9352198.1 MBV9352198.1 93.1 1 497 1 497 0.0 949 MBP1602824.1 MBP1602824.1 98.1 1 401 1 401 7.36e-302 813 ODT35417.1 ODT35417.1 98.7 1 171 1 171 8.40e-127 351 WP_104684232.1 WP_104684232.1 98.0 1 550 1 550 0.0 1112 KFQ97446.1 KFQ97446.1 96.3 1 70 1 70 2.33e-47 142 CAH1278847.1 CAH1278847.1 88.1 1 1073 1 1073 0.0 1918 MBQ3573680.1 MBQ3573680.1 89.4 1 270 1 270 6.41e-180 494 KAG2343201.1 KAG2343201.1 89.3 1 308 1 308 1.27e-205 562 WP_251989158.1 WP_251989158.1 56.5 1 58 1 58 4.88e-17 65.5 MCS2900418.1 WP_255435582.1 56.5 20 123 1 104 2.14e-34 113 MCS2900418.1 MBI3448467.1 55.3 4 124 3 123 7.35e-40 128 MCS2900418.1 MBI5438416.1 54.9 4 123 3 121 4.86e-39 125 MCS2900418.1 MCS2900418.1 93.3 1 125 1 125 3.84e-85 242 WP_253349177.1 WP_253349177.1 90.5 1 258 1 258 2.24e-174 479 EED0743056.1 EED0743056.1 92.6 1 148 1 148 7.22e-101 284 WP_030383398.1 WP_030383398.1 89.9 1 493 1 493 0.0 904 MBR2088606.1 MBR2088606.1 92.5 1 160 1 160 3.62e-109 306 MAN53906.1 MAN53906.1 91.7 1 295 1 295 2.57e-203 555 WP_173119692.1 WP_173119692.1 92.7 1 110 1 110 1.00e-73 212 OJW76341.1 OJW76341.1 91.3 1 142 1 142 8.24e-95 268 WP_121538494.1 WP_121538494.1 97.4 1 247 1 247 2.29e-182 498 MBB1728438.1 MBB1728438.1 100 1 10 1 10 5.61e-03 26.9 EDU63556.1 EDU63556.1 93.6 1 52 1 52 1.78e-32 103 EDQ8124076.1 EDQ8124076.1 89.2 1 1431 1 1431 0.0 2594 WP_047203279.1 NLH91916.1 38.7 29 331 5 310 6.53e-60 199 WP_047203279.1 WP_047203279.1 97.3 1 466 1 466 0.0 935 KAH0130274.1 KAH0130274.1 100 1 398 1 398 2.14e-313 842 DAQ89956.1 DAQ89956.1 98.2 1 188 1 188 4.76e-139 384 NWH38694.1 NWH38694.1 100 1 490 1 490 0.0 1037 WP_071877135.1 WP_071877135.1 99.5 1 72 1 72 5.83e-51 152 MBC7935646.1 MBC7935646.1 97.1 1 216 1 216 2.13e-158 435 MCA9664716.1 MCA9664716.1 99.4 1 704 1 704 0.0 1445 CCD14225.1 CCD14225.1 100 1 302 1 302 3.26e-239 646 KAE9611124.1 KAE9611124.1 96.7 1 94 1 94 1.09e-65 191 KRL72956.1 KRL72956.1 96.9 1 463 1 463 0.0 925 RHP79651.1 RHP79651.1 100 1 71 1 71 8.00e-53 156 MSZ96355.1 MSZ96355.1 93.8 1 244 1 244 4.24e-172 472 MCB0501525.1 MCB0501525.1 96.6 1 634 1 634 0.0 1260 CAI2640540.1 NDD01017.1 22.0 42 341 2 293 6.20e-17 78.6 CAI2640540.1 CAI2640540.1 95.8 1 344 1 344 4.73e-251 680 XP_018906655.1 XP_018906655.1 91.3 1 645 1 645 0.0 1202 STI83942.1 STI83942.1 99.7 1 72 1 72 4.10e-51 152 OKZ85006.1 OKZ85006.1 94.4 1 569 1 569 0.0 1102 NLI10446.1 NLI10446.1 97.6 1 488 1 488 0.0 983 POS85366.1 POS85366.1 99.0 1 946 1 946 0.0 1931 WP_079908511.1 WP_079908511.1 93.9 1 105 1 105 2.72e-71 206 MCF6390562.1 MCF6390562.1 94.4 1 284 1 284 9.01e-203 553 WP_127953526.1 WP_127953526.1 97.2 1 753 1 753 0.0 1508 SFQ01701.1 SFQ01701.1 97.4 1 237 1 237 8.98e-175 478 MBO5336885.1 OCR38384.1 27.3 4 408 20 381 3.17e-41 154 MBO5336885.1 MBO5336885.1 100 1 809 1 809 0.0 1683 HCG9411603.1 WP_218790267.1 52.6 5 115 4 112 2.35e-31 110 HCG9411603.1 WP_017171503.1 39.3 5 160 4 155 8.62e-29 105 HCG9411603.1 HCG9411603.1 94.2 1 247 1 247 3.36e-175 480 AAF62532.1 AAF62532.1 98.5 1 1074 1 1074 0.0 2180 CDS15483.1 CDS15483.1 99.6 1 189 1 189 3.22e-142 392 MCQ2578417.1 MCQ2578417.1 93.9 1 147 1 147 8.15e-102 286 WP_237962375.1 WP_237962375.1 89.6 1 800 1 800 0.0 1459 KAH8980086.1 KAH8980086.1 95.6 1 353 1 353 7.63e-257 695 WP_205541900.1 WP_205541900.1 94.4 1 425 1 425 1.83e-305 824 MCF7917901.1 MCF7917901.1 97.3 1 148 1 148 2.84e-107 300 MBQ7693256.1 MBR0144760.1 47.5 1 303 1 310 2.58e-87 264 MBQ7693256.1 MBQ7693256.1 95.8 1 307 1 307 2.44e-223 607 WP_085451092.1 WP_085451092.1 95.7 1 172 1 172 8.37e-123 341 OMH39194.1 OMH39194.1 97.9 1 245 1 245 3.96e-182 497 WP_265245651.1 WP_265245651.1 96.6 1 126 1 126 1.10e-89 254 HHT71325.1 HHT71325.1 93.8 1 338 1 338 2.80e-240 652 WP_266882648.1 WP_266882648.1 96.2 1 190 1 190 3.75e-137 379 WP_058002390.1 WP_058002390.1 96.0 1 160 1 160 2.36e-114 319 WP_149771049.1 WP_149771049.1 93.5 1 114 1 114 2.07e-77 222 MBQ9456987.1 MBQ9456987.1 95.0 1 201 1 201 4.86e-143 395 WP_245384442.1 WP_167301289.1 33.1 15 391 5 380 1.15e-58 194 WP_245384442.1 WP_245384442.1 96.2 1 397 1 397 8.80e-292 787 ATN35154.1 ATN35154.1 95.3 1 117 1 117 1.38e-81 233 MHQ93786.1 WP_239517986.1 20.5 340 702 19 385 4.64e-17 82.4 MHQ93786.1 MHQ93786.1 94.2 1 741 1 741 0.0 1432 XP_023589550.1 XP_023589550.1 92.6 1 886 1 886 0.0 1678 MBO5287652.1 MBO5287652.1 94.1 1 202 1 202 3.04e-142 393 WP_040009751.1 WP_040009751.1 96.1 1 140 1 140 1.33e-99 280 WP_197201326.1 WP_197201326.1 94.2 1 420 1 420 3.26e-301 813 WP_015314674.1 WP_015314674.1 94.6 1 255 1 255 6.04e-182 498 WP_015314674.1 CCK15435.1 34.2 159 253 1 103 6.06e-12 59.3 CAG8151748.1 CAG8151748.1 96.6 1 168 1 168 2.94e-121 337 WP_202269095.1 WP_202269095.1 87.7 1 46 1 46 1.27e-25 86.3 WP_248403399.1 WP_248403399.1 92.3 1 71 1 71 1.70e-45 138 EWZ28924.1 EWZ28924.1 96.9 1 536 1 536 0.0 1070 WP_139573954.1 WP_139573954.1 100 1 186 1 186 1.04e-141 390 WP_138838620.1 WP_138838620.1 100 1 87 1 87 1.27e-63 185 CAH1454680.1 CAH1454680.1 96.8 1 134 1 134 5.50e-96 270 MBR4964110.1 MBR4964110.1 97.0 1 342 1 342 4.22e-253 685 WP_246303703.1 WP_246303703.1 83.4 1 504 1 504 4.32e-312 848 OYY81277.1 OYY81277.1 95.6 1 277 1 277 1.01e-200 547 AWY63092.1 AWY63092.1 97.9 1 191 1 191 8.85e-141 388 WP_061583028.1 WP_061583028.1 95.1 1 214 1 214 8.01e-153 421 WP_259695835.1 WP_259695835.1 92.4 1 103 1 103 1.86e-68 198 WP_044328211.1 WP_044328211.1 98.3 1 242 1 242 1.05e-180 493 NXC48933.1 NXC48933.1 89.2 1 177 1 177 6.26e-116 324 MCP4974199.1 MCP4974199.1 98.2 1 368 1 368 6.48e-277 747 KAG4104878.1 KAG4104878.1 90.6 1 306 1 306 5.61e-208 568 KKQ77718.1 WP_070552687.1 43.3 5 367 3 340 2.54e-89 273 KKQ77718.1 KKQ77718.1 93.0 1 378 1 378 2.31e-266 721 PSK49415.1 PSK49415.1 96.3 1 2447 1 2447 0.0 4837 WP_063415362.1 WP_063415362.1 98.7 1 179 1 179 4.28e-133 368 WP_247740288.1 WP_247740288.1 95.6 1 215 1 215 1.28e-154 425 MBV9168199.1 MBV9168199.1 93.9 1 207 1 207 1.97e-145 401 KAJ6994162.1 MBY0273331.1 33.8 32 806 5 735 5.58e-130 409 KAJ6994162.1 KAJ6994162.1 94.8 1 949 1 949 0.0 1846 QVX70521.1 UZH89542.1 78.2 1 1273 1 1271 0.0 1983 QVX70521.1 UUS71569.1 57.6 1 1273 1 1273 0.0 1370 QVX70521.1 USL51576.1 82.6 1 1273 1 1270 0.0 2111 QVX70521.1 UGX22439.1 83.6 1 1273 1 1271 0.0 2141 QVX70521.1 UHB14670.1 86.5 1 1273 1 1271 0.0 2228 QVX70521.1 UIX40308.1 87.0 1 1273 1 1271 0.0 2243 QVX70521.1 UYC71619.1 85.4 1 1273 1 1268 0.0 2196 QVX70521.1 QXI91160.1 77.8 1 1273 1 1272 0.0 1971 QVX70521.1 QUM20585.1 81.9 1 1273 1 1272 0.0 2090 QVX70521.1 QVX70521.1 88.9 1 1273 1 1273 0.0 2300 QVX70521.1 UDK40309.1 85.8 1 1273 1 1271 0.0 2208 QVX70521.1 UHK01047.1 52.2 1 1273 1 1273 0.0 1213 QVX70521.1 QUE11983.1 86.3 1 1273 1 1270 0.0 2221 QVX70521.1 UBN63752.1 85.2 1 1273 1 1270 0.0 2191 QVX70521.1 UPU53169.1 86.1 1 1273 1 1270 0.0 2214 WP_247406571.1 WP_247406571.1 96.0 1 123 1 123 9.87e-87 246 QBR70480.1 QBR70480.1 93.2 1 86 1 86 6.15e-57 168 GGY65584.1 GGY65584.1 95.2 1 455 1 455 0.0 890 WP_149651004.1 WP_149651004.1 92.3 1 131 1 131 2.65e-88 251 WP_223843725.1 MCL4467776.1 15.8 71 812 40 725 6.26e-16 80.5 WP_223843725.1 WP_223843725.1 96.7 1 832 1 832 0.0 1654 MBA3914538.1 MBA3914538.1 94.7 1 138 1 138 2.59e-96 271 WP_268645109.1 WP_268645109.1 99.2 1 116 1 116 5.64e-85 241 OLO59787.1 OLO59787.1 94.1 1 627 1 627 0.0 1211 PWY99603.1 PWY99603.1 97.8 1 264 1 264 2.80e-196 535 MBP8960789.1 MBP8960789.1 95.4 1 202 1 202 1.57e-144 399 WP_102529905.1 WP_102529905.1 94.8 1 234 1 234 4.26e-167 458 WP_251835880.1 WP_251835880.1 99.3 1 759 1 759 0.0 1556 WP_271202339.1 WP_271202339.1 94.1 1 223 1 223 2.11e-157 433 MBP1746912.1 TML70651.1 26.7 4 157 2 128 3.67e-11 59.3 MBP1746912.1 MBP1746912.1 97.4 1 487 1 487 0.0 978 MBP1746912.1 MCA0387421.1 21.7 1 354 1 307 5.71e-20 89.0 MCF4165308.1 MCF4165308.1 93.5 1 121 1 121 1.59e-82 235 WP_086536228.1 WP_086536228.1 93.0 1 353 1 353 1.30e-248 674 MBT8422994.1 MBT8422994.1 84.7 1 143 1 143 7.54e-87 248 WP_232947168.1 WP_232947168.1 98.6 1 629 1 629 0.0 1280 WP_245248603.1 WP_245248603.1 95.9 1 119 1 119 1.17e-83 238 XP_056420557.1 XP_056420557.1 95.8 1 196 1 196 6.43e-141 389 NEP46602.1 NEP46602.1 93.6 1 138 1 138 6.11e-95 268 KAI5750574.1 KAI5750574.1 91.7 1 570 1 570 0.0 1069 XP_046618542.1 XP_046618542.1 93.5 1 1087 1 1087 0.0 2079 MBX2992548.1 MBX2992548.1 98.9 1 303 1 303 5.81e-229 620 GDX41819.1 GDX41819.1 96.2 1 238 1 238 4.62e-173 474 MCI9050290.1 MCI9050290.1 94.1 1 127 1 127 1.62e-87 248 MBE6344311.1 MBE6344311.1 97.1 1 248 1 248 1.74e-182 498 MBQ3420014.1 MBQ3420014.1 91.9 1 204 1 204 1.38e-139 386 MCP4716728.1 MCP4716728.1 91.7 1 160 1 160 4.22e-108 303 WP_141098672.1 WP_141098672.1 95.5 1 239 1 239 2.88e-172 472 WP_096561808.1 WP_096561808.1 93.1 1 59 1 59 2.62e-37 116 WP_146780046.1 WP_146780046.1 100 1 509 1 509 0.0 1068 WP_251223476.1 WP_251223476.1 86.7 1 242 1 242 8.66e-155 428 GGR71723.1 GGR71723.1 91.0 1 430 1 430 7.62e-296 800 XP_031122780.1 XP_031122780.1 93.9 1 533 1 533 0.0 1027 WP_003303823.1 WP_003303823.1 100 1 384 1 384 1.32e-309 831 MCL2808632.1 MCL2808632.1 98.1 1 232 1 232 1.68e-172 472 WP_030720866.1 WP_030720866.1 92.1 1 102 1 102 2.03e-67 196 XP_047978269.1 XP_044485440.1 33.5 19 648 13 694 1.76e-113 355 XP_047978269.1 XP_047978269.1 97.3 1 663 1 663 0.0 1328 MCR5498557.1 MCR5498557.1 96.9 1 152 1 152 9.79e-110 306 WP_230359455.1 WP_230359455.1 88.1 1 262 1 262 2.40e-171 471 MBX2942005.1 MBX2942005.1 93.8 1 136 1 136 8.74e-94 265 WP_024953993.1 WP_024953993.1 95.1 1 196 1 196 1.52e-139 385 WP_107020819.1 WP_107020819.1 95.7 1 353 1 353 2.66e-257 696 WP_240755700.1 WP_240755700.1 92.8 1 545 1 545 0.0 1036 OAX39412.1 OAX39412.1 96.5 1 345 1 345 6.49e-254 687 MBV8195826.1 MBV8195826.1 93.0 1 275 1 275 1.48e-192 526 MBF0987109.1 MBF0987109.1 89.8 1 590 1 590 0.0 1080 WP_083951119.1 WP_083951119.1 93.1 1 136 1 136 7.19e-93 263 MBO4859232.1 MBO4859232.1 90.7 1 228 1 228 7.00e-154 424 MCI8350609.1 MCI8350609.1 92.9 1 334 1 334 1.81e-234 637 HJD49103.1 HJD49103.1 89.4 1 338 1 338 1.46e-226 617 PYT05517.1 PYT05517.1 90.6 1 141 1 141 3.64e-93 264 QIC18874.1 QIC18874.1 93.9 1 306 1 306 2.83e-217 591 MBQ9047503.1 MBQ9047503.1 86.9 1 278 1 278 3.39e-179 493 MBO6078463.1 WP_259770126.1 26.1 22 627 15 598 4.46e-60 211 MBO6078463.1 MBO6078463.1 92.6 1 666 1 666 0.0 1261 VWM24802.1 VWM24802.1 91.6 1 177 1 177 6.80e-120 334 MCD0485423.1 MCD0485423.1 95.3 1 553 1 553 0.0 1083 WP_113120276.1 PKL40887.1 52.4 5 145 7 146 1.64e-43 139 WP_113120276.1 WP_113120276.1 96.3 1 145 1 145 1.47e-103 290 OSX70183.1 OSX70183.1 89.2 1 166 1 166 1.63e-108 305 WP_283099644.1 WP_283099644.1 90.0 1 146 1 146 6.70e-96 271 KAJ3501609.1 KAJ3501609.1 95.9 1 354 1 354 1.22e-258 700 ECZ1075286.1 ECZ1075286.1 94.7 1 72 1 72 9.36e-48 144 WP_053236900.1 WP_053236900.1 91.2 1 669 1 669 0.0 1246 WP_089566156.1 WP_089566156.1 88.4 1 404 1 404 4.48e-268 728 GFV68115.1 GFV68115.1 100 1 215 1 215 2.41e-168 460 WP_206760453.1 WP_206760453.1 93.8 1 159 1 159 2.02e-110 309 MBP3534615.1 MBP3534615.1 97.2 1 356 1 356 2.30e-264 714 CAH1398908.1 CAH1398908.1 99.4 1 141 1 141 1.32e-104 293 KAI8373711.1 KAI8373711.1 92.1 1 69 1 69 7.06e-44 134 XP_007121961.1 XP_007121961.1 99.9 1 294 1 294 7.60e-225 609 ABY20040.1 ABY20040.1 92.0 1 137 1 137 3.15e-92 261 XP_053218984.1 XP_053218984.1 98.7 1 591 1 591 0.0 1204 KAJ0483518.1 KAJ0483518.1 95.8 1 71 1 71 8.73e-48 144 MCH1598717.1 MCH1598717.1 100 1 319 1 319 3.43e-245 663 MCE2791243.1 MCE2791243.1 97.8 1 343 1 343 2.02e-256 693 PUB18616.1 PUB18616.1 98.8 1 75 1 75 7.47e-53 157 KAH9956814.1 KAH9956814.1 95.9 1 1212 1 1212 0.0 2386 WP_030094039.1 WP_065073015.1 70.9 6 145 3 139 4.62e-67 198 WP_030094039.1 WP_030094039.1 98.9 1 145 1 145 4.56e-107 299 KAF1017786.1 TMK27100.1 32.8 52 474 57 472 2.23e-63 214 KAF1017786.1 KAF1017786.1 95.3 1 523 1 523 0.0 1025 NGZ99312.1 NGZ99312.1 92.8 1 104 1 104 1.72e-69 201 MBL1816365.1 MBL1816365.1 100 1 97 1 97 9.11e-73 209 TMQ05501.1 TMQ05501.1 98.4 1 60 1 60 6.07e-41 125 MBN8894000.1 MBN8894000.1 96.6 1 435 1 435 0.0 866 RRH78400.1 RRH78400.1 100 1 116 1 116 2.39e-86 244 ECU3870451.1 ECU3870451.1 95.4 1 975 1 975 0.0 1908 KAG0031507.1 TYG81953.1 50.9 4 149 8 152 3.05e-43 138 KAG0031507.1 KAF1947782.1 45.4 2 145 5 150 5.64e-36 120 KAG0031507.1 KAG0031507.1 99.1 1 149 1 149 1.92e-110 308 KAG0031507.1 ESR55765.1 45.8 4 70 8 74 1.56e-12 58.2 TMJ88229.1 TMJ88229.1 97.7 1 125 1 125 3.55e-90 255 AEN92745.1 AEN92745.1 100 1 154 1 154 1.28e-115 322 RSL41043.1 RSL41043.1 93.8 1 656 1 656 0.0 1262 WP_235620461.1 WP_235620461.1 100 1 21 1 21 1.88e-11 48.9 AGV54449.1 AGV54449.1 78.5 1 599 1 599 0.0 939 WP_124691753.1 WP_124691753.1 93.4 1 554 1 554 0.0 1061 KPM41539.1 KPM41539.1 94.6 1 604 1 604 0.0 1174 MBX5327472.1 MBX5327472.1 95.0 1 67 1 67 3.04e-44 134 WP_266535309.1 WP_266535309.1 97.8 1 74 1 74 2.34e-51 153 WP_010016619.1 WP_010016619.1 94.0 1 617 1 617 0.0 1190 WP_010016619.1 MBO5098538.1 61.5 521 608 1 88 2.26e-28 107 WP_039789871.1 WP_039789871.1 93.2 1 213 1 213 1.96e-148 409 MCP2519657.1 MBR2609817.1 46.9 1 418 1 420 9.85e-119 350 MCP2519657.1 MCP2519657.1 97.3 1 419 1 419 1.59e-312 842 MBA3609961.1 MCU1411638.1 30.6 37 432 20 384 6.96e-53 181 MBA3609961.1 MBQ6794463.1 31.1 41 436 16 367 4.71e-55 186 MBA3609961.1 OWZ34415.1 35.8 27 443 45 473 9.61e-78 248 MBA3609961.1 WP_160194147.1 29.1 42 391 32 381 2.00e-40 148 MBA3609961.1 MBA3609961.1 95.5 1 448 1 448 0.0 880 MBA3609961.1 MCM2356329.1 29.8 36 299 29 285 2.57e-30 117 MBA3609961.1 MCF7895906.1 30.9 36 379 20 334 8.00e-46 160 MBA3609961.1 ELZ16407.1 35.0 36 432 30 432 3.99e-69 225 MCL7398932.1 MCL7398932.1 98.3 1 496 1 496 0.0 1007 MCU0269282.1 MCU0269282.1 96.9 1 343 1 343 1.59e-253 686 WP_200543170.1 WP_200543170.1 95.4 1 692 1 692 0.0 1357 MBF2036494.1 MBF2036494.1 96.2 1 598 1 598 0.0 1184 XP_052337646.1 XP_052337646.1 93.9 1 1527 1 1527 0.0 2935 WP_201700143.1 WP_201700143.1 95.3 1 149 1 149 2.94e-105 295 MBE35268.1 MBE35268.1 93.0 1 558 1 558 0.0 1063 MYI74371.1 MYI74371.1 92.3 1 104 1 104 4.92e-69 200 WP_280941535.1 WP_280941535.1 90.1 1 297 1 297 2.36e-200 548 KAJ0963891.1 KAJ0963891.1 96.5 1 707 1 707 0.0 1403 WP_238068046.1 WP_238068046.1 94.4 1 270 1 270 2.03e-192 525 WP_271340374.1 WP_271340374.1 87.7 1 598 1 598 0.0 1066 WP_019045265.1 WP_019045265.1 96.6 1 144 1 144 2.75e-103 290 ECX3143969.1 ECX3143969.1 93.2 1 33 1 33 1.71e-18 67.4 MSR47408.1 MSR47408.1 94.7 1 70 1 70 2.73e-46 140 WP_118757260.1 WP_118757260.1 96.8 1 297 1 297 1.20e-218 594 NPA74709.1 NPA74709.1 100 1 273 1 273 6.17e-209 567 WP_083062905.1 MBR0160695.1 40.9 1 436 1 424 2.36e-99 303 WP_083062905.1 WP_083062905.1 95.1 1 486 1 486 0.0 950 WP_083062905.1 WP_027951454.1 39.5 4 337 5 329 1.77e-68 223 WP_254819486.1 WP_254819486.1 97.3 1 459 1 459 0.0 921 WP_209834627.1 WP_209834627.1 93.3 1 803 1 803 0.0 1534 WP_116235933.1 WP_116235933.1 93.4 1 310 1 310 1.15e-218 595 WP_103640433.1 WP_103640433.1 91.4 1 126 1 126 9.76e-84 239 NOZ81161.1 NOZ81161.1 88.9 1 297 1 297 3.74e-197 540 NLL42224.1 NLL42224.1 91.5 1 301 1 301 4.45e-207 565 YP_010101702.1 YP_010101702.1 93.1 1 104 1 104 8.50e-70 202 XP_044655078.1 XP_044655078.1 100 1 318 1 318 1.34e-246 666 MCS3353511.1 MCS3353511.1 97.7 1 129 1 129 3.00e-93 263 MBQ1183295.1 MBP7061284.1 48.1 6 103 12 109 1.17e-24 88.2 MBQ1183295.1 MBQ1183295.1 91.6 1 103 1 103 1.08e-67 196 XP_040549882.1 XP_040549882.1 100 1 246 1 246 3.40e-188 513 WP_146661090.1 WP_146661090.1 90.5 1 300 1 300 1.32e-203 556 RYO44776.1 RYO44776.1 98.6 1 846 1 846 0.0 1721 NQY65348.1 NQY65348.1 97.0 1 72 1 72 2.79e-49 147 WP_233927803.1 WP_233927803.1 95.5 1 300 1 300 2.52e-217 591 EBR8320535.1 EBR8320535.1 96.8 1 442 1 442 0.0 882 MCB1452120.1 MCB1452120.1 89.1 1 55 1 55 2.18e-32 103 MCK4540455.1 MCK4540455.1 92.6 1 158 1 158 5.16e-108 303 WP_002951147.1 WP_002951147.1 100 1 228 1 228 6.62e-177 483 RTG88278.1 RTG88278.1 91.9 1 270 1 270 2.54e-186 510 MCI9173074.1 MCI9173074.1 96.6 1 406 1 406 5.18e-300 809 HAS9516566.1 HAS9516566.1 99.9 1 337 1 337 1.87e-258 698 KAI4297075.1 KAI4297075.1 91.8 1 867 1 867 0.0 1625 BAW23943.1 BAW23943.1 85.5 1 144 1 144 1.71e-88 252 WP_182232449.1 WP_182232449.1 96.8 1 248 1 248 7.10e-182 497 MBT3329129.1 MBT3329129.1 92.6 1 443 1 443 2.98e-311 840 WP_112978543.1 WP_112978543.1 94.9 1 99 1 99 8.06e-68 196 WP_275397725.1 WP_275397725.1 95.5 1 167 1 167 7.51e-119 331 NVJ87065.1 NVJ87065.1 100 1 115 1 115 8.02e-89 251 WP_271569319.1 WP_271569319.1 92.5 1 415 1 415 3.59e-291 787 EWT02607.1 EWT02607.1 99.1 1 301 1 301 5.80e-228 618 WP_001884703.1 WP_001884703.1 94.9 1 324 1 324 2.78e-233 633 WP_231483373.1 WP_231483373.1 98.0 1 290 1 290 9.52e-217 588 KAH9316303.1 KAH9316303.1 100 1 73 1 73 2.74e-54 160 WP_226909596.1 WP_226909596.1 96.1 1 574 1 574 0.0 1135 QEP12732.1 QEP12732.1 96.1 1 107 1 107 6.88e-75 215 MBF8300261.1 MBF8300261.1 96.2 1 843 1 843 0.0 1667 WP_088557458.1 WP_088557458.1 89.3 1 324 1 324 1.14e-216 591 OCN18427.1 OCN18427.1 99.6 1 142 1 142 1.22e-105 295 UQV46285.1 UQV46285.1 96.0 1 380 1 380 2.46e-278 752 WP_223326327.1 MBS6066499.1 47.7 2 142 4 144 1.67e-37 123 WP_223326327.1 WP_223326327.1 93.8 1 144 1 144 1.79e-99 280 WP_274192231.1 WP_274192231.1 92.4 1 260 1 260 2.09e-180 494 WP_217101611.1 WP_166725305.1 83.8 1 320 1 320 1.42e-197 543 WP_217101611.1 WP_217101611.1 94.5 1 321 1 321 4.96e-230 625 WP_217101611.1 WP_213750918.1 50.3 54 319 8 272 7.34e-81 245 MBN2090897.1 MBN2090897.1 92.2 1 637 1 637 0.0 1202 AVJ74934.1 AVJ74934.1 97.8 1 315 1 315 4.12e-235 637 WP_103294927.1 WP_103294927.1 93.8 1 226 1 226 5.59e-159 437 MCD4768021.1 MCD4768021.1 100 1 51 1 51 6.01e-35 110 WP_129895541.1 WP_129895541.1 93.1 1 1301 1 1301 0.0 2476 XP_016211170.1 XP_016211170.1 97.0 1 849 1 849 0.0 1695 EIO3984852.1 EIO3984852.1 96.1 1 140 1 140 1.33e-99 280 CDL67554.1 CDL67554.1 93.8 1 74 1 74 1.31e-48 146 HHY02707.1 HHY02707.1 83.6 1 216 1 216 1.44e-131 367 CAD6270987.1 NQX99425.1 46.5 59 286 1 230 7.08e-61 192 CAD6270987.1 CAD6270987.1 93.7 1 287 1 287 3.97e-203 554 WP_160149429.1 WP_160149429.1 94.0 1 212 1 212 3.14e-149 411 WP_257358148.1 WP_257358148.1 92.2 1 483 1 483 0.0 912 WP_194266302.1 WP_194266302.1 96.9 1 131 1 131 8.54e-94 265 WP_188948933.1 WP_188948933.1 82.9 1 124 1 124 1.62e-72 210 WP_205188895.1 WP_205188895.1 97.6 1 459 1 459 0.0 925 WP_116691934.1 WP_116691934.1 94.9 1 103 1 103 9.59e-71 204 WP_273597572.1 WP_273597572.1 96.7 1 211 1 211 7.74e-154 423 WP_198465579.1 WP_198465579.1 96.8 1 777 1 777 0.0 1548 KAI0008979.1 KAI0008979.1 98.2 1 327 1 327 1.57e-245 664 OIV35259.1 OIV35259.1 93.4 1 220 1 220 7.65e-154 424 EIQ2008784.1 EIQ2008784.1 96.2 1 206 1 206 3.99e-149 410 MBP8846809.1 MBP8846809.1 97.2 1 1317 1 1317 0.0 2632 WP_054895058.1 WP_054895058.1 91.8 1 98 1 98 2.42e-64 187 CAH1250835.1 CAH1250835.1 93.5 1 533 1 533 0.0 1022 WP_200599363.1 WP_200599363.1 100 1 456 1 456 0.0 953 WP_200599363.1 HCI3868538.1 78.2 1 264 1 264 1.30e-145 414 KRM25387.1 KRM25387.1 94.6 1 84 1 84 1.53e-56 167 WP_150146969.1 NJE80740.1 27.8 1 154 5 168 1.99e-14 67.0 WP_150146969.1 WP_190630613.1 27.6 3 188 6 204 3.80e-19 79.7 WP_150146969.1 WP_150146969.1 90.9 1 191 1 191 1.40e-128 357 XP_032275630.1 XP_032275630.1 96.6 1 217 1 217 4.64e-158 434 KDT27382.1 KDT27382.1 100 1 777 1 777 0.0 1625 KDT27382.1 HAN0352225.1 82.1 1 466 45 512 1.93e-278 774 WP_064802002.1 WP_179156843.1 35.1 34 266 22 249 8.88e-36 133 WP_064802002.1 WP_270430070.1 27.8 19 370 22 357 8.38e-38 138 WP_064802002.1 MBW4662439.1 32.9 14 386 18 391 1.58e-57 191 WP_064802002.1 WP_090419626.1 26.0 31 375 31 356 1.25e-31 121 WP_064802002.1 WP_064802002.1 100 1 391 1 391 3.92e-301 810 WP_064802002.1 WP_250015522.1 28.1 8 385 13 385 2.74e-42 150 WP_064802002.1 PAW68992.1 26.0 11 389 8 400 2.94e-37 137 MBL04873.1 MBL04873.1 98.7 1 454 1 454 0.0 926 OGW26817.1 OGW26817.1 100 1 129 1 129 1.32e-96 271 OGU26820.1 OGU26820.1 95.8 1 246 1 246 5.60e-178 487 WP_094590349.1 WP_094590349.1 95.1 1 115 1 115 8.06e-80 228 NOR80888.1 WP_177420403.1 29.6 5 421 5 421 7.08e-53 181 NOR80888.1 NOR80888.1 91.3 1 425 1 425 1.42e-293 794 MBB4616026.1 MBB4616026.1 95.6 1 226 1 226 8.62e-163 447 XP_016252004.1 XP_016252004.1 88.5 1 486 1 486 0.0 876 WP_217297942.1 WP_217297942.1 98.0 1 105 1 105 2.94e-75 216 MBE1296527.1 MBE1296527.1 94.7 1 848 1 848 0.0 1647 MCI7428666.1 MCI7428666.1 100 1 56 1 56 6.34e-39 120 KAJ3308761.1 KAJ3308761.1 97.8 1 384 1 384 1.19e-287 776 WP_063055719.1 WP_063055719.1 99.4 1 453 1 453 0.0 932 MCB0773217.1 MCB0773217.1 96.8 1 186 1 186 3.77e-135 374 MBR6403893.1 MBR6403893.1 92.7 1 420 1 420 2.87e-295 798 DAC17040.1 DAC17040.1 95.9 1 965 1 965 0.0 1900 PMP70922.1 PMP70922.1 96.1 1 507 1 507 0.0 1003 NDB23390.1 NDB23390.1 96.1 1 197 1 197 2.94e-142 392 MCL4849599.1 MCL4849599.1 95.8 1 375 1 375 8.84e-274 740 EIA4708990.1 EIA4708990.1 96.0 1 818 1 818 0.0 1614 WP_130858156.1 WP_130858156.1 96.4 1 328 1 328 9.05e-241 652 KAI3849778.1 KAI3849778.1 98.6 1 811 1 811 0.0 1650 HIS27960.1 WP_111083956.1 43.8 10 274 16 281 4.02e-65 204 HIS27960.1 WP_062263491.1 38.1 9 289 2 285 5.27e-56 181 HIS27960.1 HIS27960.1 97.3 1 294 1 294 1.11e-217 591 WP_202165152.1 WP_202165152.1 93.9 1 338 1 338 1.39e-240 653 WP_281675368.1 WP_142590093.1 29.4 1 274 14 298 1.51e-31 124 WP_281675368.1 WP_281675368.1 93.7 1 632 1 632 0.0 1213 WP_281675368.1 WP_086353716.1 35.2 1 274 1 283 6.32e-45 160 MBS6326441.1 MBS6326441.1 98.0 1 294 1 294 8.17e-220 597 KAB2647529.1 KAB2647529.1 94.3 1 304 1 304 4.89e-217 590 WP_051789242.1 WP_130237435.1 26.3 9 331 3 325 1.49e-30 116 WP_051789242.1 WP_051789242.1 95.8 1 338 1 338 2.24e-246 667 XP_039509588.1 XP_039509588.1 99.3 1 326 1 326 3.72e-248 671 WP_039337636.1 WP_039337636.1 94.7 1 243 1 243 2.37e-173 475 XP_042622198.1 XP_042622198.1 97.8 1 581 1 581 0.0 1171 WP_248721304.1 WP_248721304.1 93.8 1 302 1 302 3.30e-214 583 KAF6360286.1 KAF6360286.1 92.9 1 642 1 642 0.0 1221 WP_099061260.1 WP_099061260.1 97.3 1 90 1 90 3.20e-63 184 WP_279374958.1 WP_279374958.1 100 1 480 1 480 0.0 997 CAA9391925.1 CAA9391925.1 85.0 1 27 1 27 4.46e-12 50.8 MCJ7733050.1 MCJ7733050.1 100 1 217 1 217 9.43e-167 456 WP_244450453.1 WP_244450453.1 85.2 1 693 1 693 0.0 1193 WP_176366948.1 WP_176366948.1 96.2 1 311 1 311 1.26e-227 618 WP_194430615.1 WP_194430615.1 96.5 1 114 1 114 1.29e-80 230 KAG7164393.1 KAG7164393.1 95.0 1 111 1 111 9.59e-77 220 WP_058935081.1 WP_058935081.1 95.9 1 139 1 139 1.44e-98 277 WP_278428737.1 WP_278428737.1 96.4 1 416 1 416 7.77e-307 827 WP_074737802.1 WP_074737802.1 98.9 1 384 1 384 1.84e-291 785 KAF3069499.1 KAF3069499.1 95.5 1 582 1 582 0.0 1142 PBK65192.1 PBK65192.1 99.4 1 225 1 225 5.44e-170 465 WP_017908092.1 WP_017908092.1 95.7 1 297 1 297 9.49e-216 587 WP_029542314.1 WP_265399898.1 27.6 16 301 17 295 2.99e-29 112 WP_029542314.1 WP_029542314.1 93.4 1 309 1 309 4.35e-218 593 GLB35420.1 GLB35420.1 96.4 1 113 1 113 9.88e-80 228 EFC67761.1 EFC67761.1 100 1 50 1 50 4.63e-34 107 XP_040250218.1 KAG1799066.1 19.6 366 619 34 296 2.23e-08 54.7 XP_040250218.1 XP_040250218.1 96.1 1 764 1 764 0.0 1509 XP_047249348.1 XP_047249348.1 100 1 332 1 332 2.18e-259 700 MYT98825.1 MYT98825.1 94.5 1 219 1 219 2.12e-155 427 HAN73743.1 HAN73743.1 95.2 1 374 1 374 4.53e-271 733 MBP6785762.1 MBP6785762.1 98.4 1 48 1 48 1.13e-31 101 UVD42744.1 UVD42744.1 87.2 1 133 1 133 1.64e-83 239 KAH3699581.1 KAH3699581.1 100 1 295 1 295 4.79e-233 630 HEU25100.1 HEU25100.1 100 1 462 1 462 0.0 957 APT84512.1 WP_257007586.1 35.3 41 384 5 341 1.32e-58 195 APT84512.1 APT84512.1 96.1 1 448 1 448 0.0 886 APT84512.1 HAZ0856238.1 32.9 141 372 1 229 4.40e-32 120 TXB56523.1 TXB56523.1 91.9 1 79 1 79 6.74e-51 152 WP_112449552.1 PTQ72351.1 37.1 83 485 11 397 5.16e-77 245 WP_112449552.1 WP_241420500.1 35.2 39 487 25 484 4.63e-81 258 WP_112449552.1 WP_050274510.1 41.8 91 485 69 449 3.13e-91 284 WP_112449552.1 WP_112449552.1 95.7 1 496 1 496 0.0 977 XP_044710778.1 XP_044710778.1 92.8 1 375 1 375 1.01e-263 714 WP_038615177.1 WP_038615177.1 93.3 1 148 1 148 8.78e-102 286 KAF9248384.1 KAF9248384.1 94.8 1 262 1 262 1.67e-187 512 EDQ8633181.1 EDQ8633181.1 94.8 1 91 1 91 8.13e-62 181 NDE73311.1 NDE73311.1 90.1 1 263 1 263 8.45e-177 485 THW78755.1 THW78755.1 95.0 1 1583 1 1583 0.0 3084 MAD76787.1 MAD76787.1 96.7 1 431 1 431 2.73e-319 860 WP_280443824.1 XP_039322713.1 38.0 53 274 20 246 1.24e-42 145 WP_280443824.1 WP_280443824.1 93.1 1 278 1 278 4.79e-195 533 CEP26668.1 CEP26668.1 96.5 1 190 1 190 1.31e-137 380 OTN76164.1 WP_135287436.1 49.6 10 421 19 433 3.95e-127 373 OTN76164.1 OTN76164.1 91.8 1 426 1 426 3.93e-296 801 WP_035431971.1 WP_035431971.1 88.6 1 103 1 103 8.55e-65 189 WP_109835637.1 WP_109835637.1 97.5 1 301 1 301 1.53e-223 607 MBP7829117.1 MBP7829117.1 93.6 1 823 1 823 0.0 1578 NXJ84327.1 XP_039923984.1 45.6 5 1219 1 1198 0.0 970 NXJ84327.1 NXJ84327.1 94.4 1 1219 1 1219 0.0 2357 WP_025599976.1 WP_025599976.1 96.0 1 431 1 431 2.19e-316 852 MBC8378821.1 MBC8378821.1 96.8 1 622 1 622 0.0 1240 WP_235908972.1 WP_235908972.1 96.8 1 136 1 136 1.91e-97 274 WP_240083300.1 WP_240083300.1 94.6 1 85 1 85 2.84e-57 169 KAI9888532.1 KAI9888532.1 97.1 1 438 1 438 0.0 877 KAF5898047.1 KAF5898047.1 98.4 1 125 1 125 4.31e-91 257 WP_048168883.1 WP_048168883.1 95.8 1 544 1 544 0.0 1072 ARS39112.1 ARS39112.1 95.3 1 73 1 73 6.04e-49 147 MCK9405607.1 MCK9405607.1 100 1 248 1 248 7.15e-191 520 NP_001169133.1 NP_001169133.1 87.8 1 153 1 153 1.18e-97 276 RWQ68821.1 RWQ68821.1 94.4 1 73 1 73 2.46e-48 145 RVE76210.1 RVE76210.1 99.2 1 526 1 526 0.0 1079 WP_215615491.1 WP_215615491.1 100 1 221 1 221 4.32e-174 475 WP_215615491.1 WP_128788759.1 51.9 25 219 5 199 5.17e-61 188 WP_215615491.1 OGO39675.1 54.7 38 219 24 205 8.84e-61 187 MCK9363077.1 MCK9363077.1 98.7 1 403 1 403 1.89e-305 822 WP_230898856.1 WP_230898856.1 100 1 168 1 168 2.33e-127 352 EFG6535742.1 EFG6535742.1 96.2 1 716 1 716 0.0 1416 WP_039386062.1 WP_039386062.1 92.5 1 77 1 77 6.85e-50 149 UCF78466.1 MBL4853947.1 22.7 40 376 51 380 2.35e-21 92.8 UCF78466.1 WP_275495439.1 37.3 1 375 6 402 1.40e-77 243 UCF78466.1 RYZ40664.1 32.8 3 375 16 386 2.89e-57 190 UCF78466.1 WP_019585553.1 48.6 14 376 27 395 4.41e-109 323 UCF78466.1 WP_083349422.1 27.0 53 232 63 240 1.51e-13 69.7 UCF78466.1 XP_027540421.1 35.5 4 375 29 402 2.88e-66 214 UCF78466.1 UCF78466.1 95.4 1 377 1 377 5.12e-274 741 UCF78466.1 MCH8312862.1 34.4 31 375 15 352 3.49e-57 189 UCF78466.1 WP_145937814.1 49.2 3 375 6 381 1.56e-113 334 UCF78466.1 WP_158057697.1 36.4 10 374 16 383 3.53e-68 218 MCL5970005.1 MCL5970005.1 92.4 1 339 1 339 1.96e-236 642 WP_139484744.1 WP_139484744.1 84.6 1 132 1 132 1.40e-79 229 MCI6704618.1 MCI6704618.1 96.9 1 206 1 206 2.41e-150 414 WP_119938117.1 WP_119938117.1 99.5 1 278 1 278 2.33e-211 574 WP_229408570.1 WP_229408570.1 96.6 1 326 1 326 6.36e-240 650 MCI6995250.1 MCI6995250.1 96.2 1 327 1 327 1.39e-239 649 KAH9162276.1 KAH9162276.1 94.3 1 132 1 132 1.79e-91 259 THY09373.1 THY09373.1 90.9 1 242 1 242 3.07e-164 452 MBA4060735.1 MBA4060735.1 95.7 1 34 1 34 5.40e-20 71.2 WP_035847413.1 WP_035847413.1 96.9 1 254 1 254 1.49e-186 509 MCQ2473581.1 MCQ2473581.1 90.7 1 318 1 318 1.02e-216 591 MBN4382193.1 MBN4382193.1 100 1 27 1 27 8.82e-21 72.8 MCI9436439.1 MCI9436439.1 98.8 1 122 1 122 3.32e-89 252 WP_237106527.1 WP_237106527.1 98.6 1 311 1 311 2.48e-234 635 WP_235029016.1 WP_235029016.1 95.7 1 125 1 125 6.90e-88 249 WP_115946316.1 WP_113620603.1 34.6 2 601 4 595 4.37e-103 327 WP_115946316.1 WP_175076961.1 36.6 3 610 5 602 1.13e-115 361 WP_115946316.1 WP_115946316.1 95.9 1 654 1 654 0.0 1289 ABO71806.1 ABO71806.1 97.3 1 112 1 112 6.46e-80 228 RXW21184.1 RXW21184.1 94.2 1 209 1 209 1.68e-147 407 NMC86773.1 NMC86773.1 94.2 1 226 1 226 6.80e-160 439 KAI5749163.1 KAI5749163.1 97.1 1 307 1 307 3.77e-227 616 RLF82422.1 RLF82422.1 93.8 1 314 1 314 8.49e-223 606 WP_277309438.1 WP_277309438.1 92.4 1 137 1 137 1.10e-92 262 WP_107891604.1 WP_107891604.1 98.5 1 123 1 123 1.25e-89 253 MCG62561.1 MCG62561.1 100 1 18 1 18 2.34e-11 48.5 EFO2078189.1 EFO2078189.1 95.7 1 233 1 233 3.38e-168 461 WP_159583277.1 WP_159583277.1 93.0 1 264 1 264 1.54e-184 505 WP_107324026.1 WP_107324026.1 86.2 1 70 1 70 8.55e-41 126 WP_169571417.1 WP_169571417.1 95.4 1 298 1 298 1.46e-215 586 WP_181198956.1 WP_181198956.1 99.4 1 435 1 435 0.0 895 WP_095317440.1 WP_095317440.1 91.9 1 408 1 408 1.23e-283 768 MBF66593.1 MBF66593.1 98.4 1 571 1 571 0.0 1159 TLY59051.1 TLY59051.1 95.4 1 111 1 111 3.34e-77 221 CCZ42971.1 CCZ42971.1 88.3 1 45 1 45 3.42e-25 85.1 MBF2983383.1 MBF2983383.1 94.1 1 244 1 244 1.04e-172 473 AEF32461.1 AEF32461.1 94.6 1 276 1 276 3.01e-197 538 HCC04630.1 HCC04630.1 96.3 1 200 1 200 9.47e-145 399 KAI9164099.1 KAI9164099.1 99.6 1 800 1 800 0.0 1644 XP_042112981.1 XP_042112981.1 96.7 1 467 1 467 0.0 930 WP_007577863.1 WP_014213241.1 48.4 19 489 18 485 2.15e-139 410 WP_007577863.1 WP_007577863.1 98.2 1 518 1 518 0.0 1050 WP_056082173.1 WP_220778039.1 45.3 5 686 57 727 6.12e-185 541 WP_056082173.1 WP_056082173.1 96.1 1 690 1 690 0.0 1363 MBA2687082.1 MBA2687082.1 95.7 1 340 1 340 1.58e-247 671 EGQ7676658.1 EGQ7676658.1 91.6 1 261 1 261 3.75e-179 491 KAG1662457.1 KAG1662457.1 92.6 1 237 1 237 2.09e-164 452 UAW00545.1 UAW00545.1 99.6 1 361 1 361 3.08e-276 745 PYP50915.1 PYP50915.1 97.4 1 166 1 166 5.10e-121 336 YP_009351723.1 YP_009351723.1 92.1 1 540 1 540 0.0 1018 KAJ6471610.1 KAJ6471610.1 98.2 1 351 1 351 9.00e-264 712 CAH8478102.1 CAH8478102.1 86.3 1 283 1 283 7.39e-181 497 MCA3441055.1 MCA3441055.1 93.7 1 725 1 725 0.0 1392 NYF16576.1 NYF16576.1 92.3 1 368 1 368 6.03e-257 697 XP_046290611.1 XP_046290611.1 96.8 1 287 1 287 3.30e-211 574 WP_052403276.1 WP_052403276.1 98.3 1 147 1 147 9.17e-108 301 QFE31818.1 QFE31818.1 97.5 1 898 1 898 0.0 1802 KAI7728447.1 KAI7728447.1 89.2 1 63 1 63 5.94e-38 118 KAJ7029618.1 KAJ7029618.1 100 1 186 1 186 1.04e-141 390 NLM06991.1 NLM06991.1 95.9 1 483 1 483 0.0 953 WP_148259014.1 WP_148259014.1 92.7 1 120 1 120 7.03e-81 231 MBW2495039.1 MBW2495039.1 94.6 1 182 1 182 2.02e-128 356 CUP44403.1 CUP44403.1 98.1 1 90 1 90 7.84e-64 186 RLD52647.1 RLD52647.1 92.2 1 166 1 166 4.34e-113 316 ANN23072.1 ANN23072.1 100 1 158 1 158 2.77e-121 336 GKU14775.1 GKU14775.1 95.4 1 171 1 171 1.29e-121 338 WP_064047563.1 WP_064047563.1 93.7 1 428 1 428 6.65e-305 823 RKX20462.1 RKX20462.1 98.6 1 795 1 795 0.0 1617 XP_028028252.1 XP_028028252.1 92.8 1 379 1 379 1.76e-266 722 WP_063441918.1 WP_063441918.1 94.8 1 395 1 395 2.70e-285 771 DAK92403.1 DAK92403.1 96.7 1 326 1 326 2.22e-240 651 WP_127947155.1 WP_127947155.1 99.3 1 237 1 237 4.83e-179 489 WP_004949240.1 GJK53752.1 67.5 44 193 1 150 7.22e-67 200 WP_004949240.1 WP_004949240.1 98.8 1 193 1 193 4.55e-144 397 ACE76975.1 ACE76975.1 93.9 1 573 1 573 0.0 1103 EGT2204415.1 EGT2204415.1 94.3 1 412 1 412 1.54e-295 798 PCI52029.1 PCI52029.1 100 1 196 1 196 1.07e-148 409 VAH82675.1 VAH82675.1 95.5 1 798 1 798 0.0 1566 OPJ74512.1 OPJ74512.1 96.0 1 674 1 674 0.0 1330 EIM4841263.1 EIM4841263.1 95.9 1 1032 1 1032 0.0 2033 EIM4841263.1 EER9391136.1 25.0 48 336 46 290 5.43e-22 95.9 OBG32114.1 OBG32114.1 93.7 1 136 1 136 1.24e-93 265 CAE8591613.1 CAE8591613.1 96.8 1 142 1 142 5.59e-102 286 WP_225700676.1 WP_225700676.1 98.5 1 408 1 408 1.24e-308 831 KAH0673584.1 KAH0673584.1 93.8 1 436 1 436 3.47e-311 840 MBX3687043.1 WP_056382861.1 37.7 1 454 10 462 8.42e-91 282 MBX3687043.1 MBX3687043.1 91.4 1 456 1 456 1.55e-315 852 WP_282363731.1 WP_282363731.1 95.2 1 224 1 224 1.43e-160 441 WP_252100317.1 WP_252100317.1 94.4 1 427 1 427 6.42e-307 828 EYU24504.1 EYU24504.1 95.1 1 583 1 583 0.0 1140 MAF21094.1 MAF21094.1 98.3 1 177 1 177 7.12e-131 362 MBQ7949870.1 MBQ7949870.1 96.6 1 303 1 303 1.03e-222 605 MBQ7949870.1 WP_041488527.1 66.2 244 301 6 63 2.63e-19 78.6 XP_034010279.1 XP_034010279.1 94.1 1 655 1 655 0.0 1264 MCI7705732.1 MCI7705732.1 94.9 1 70 1 70 1.92e-46 140 PJC48296.1 ECL7245291.1 46.6 209 351 1 145 3.30e-34 123 PJC48296.1 PJC48296.1 94.4 1 421 1 421 7.43e-303 817 WP_256939523.1 WP_097830045.1 25.9 58 373 46 380 3.42e-30 117 WP_256939523.1 MBR4371193.1 20.2 92 378 23 340 1.56e-13 69.3 WP_256939523.1 MBM3767188.1 25.7 6 370 30 412 4.99e-35 131 WP_256939523.1 MBR3487460.1 23.9 65 377 66 386 3.92e-23 98.2 WP_256939523.1 WP_256939523.1 93.1 1 381 1 381 7.49e-269 728 WP_051669385.1 WP_205448866.1 18.6 12 314 5 326 4.61e-10 58.5 WP_051669385.1 WP_051669385.1 96.3 1 348 1 348 2.45e-255 691 MBY7817199.1 MBY7817199.1 94.9 1 328 1 328 2.38e-236 641 WP_035624729.1 WP_035624729.1 86.7 1 135 1 135 3.29e-84 241 MBN2027958.1 MBN2027958.1 97.7 1 419 1 419 6.73e-314 845 OYU48266.1 OYU48266.1 95.7 1 207 1 207 6.13e-149 410 MBM3222384.1 MBM3222384.1 92.3 1 207 1 207 2.21e-142 394 HAG61063.1 MBS7623663.1 39.2 24 262 12 291 1.24e-57 185 HAG61063.1 HAG61063.1 96.3 1 299 1 299 9.91e-219 594 MCK4826606.1 MCK4826606.1 96.0 1 167 1 167 1.30e-119 333 XP_043479276.1 XP_043479276.1 92.5 1 857 1 857 0.0 1621 RDJ60584.1 RDJ60584.1 88.2 1 161 1 161 1.20e-103 292 XP_016415707.1 XP_016415707.1 95.6 1 259 1 259 2.67e-187 511 PIT51662.1 PIT51662.1 100 1 145 1 145 1.16e-109 306 WP_153401532.1 WP_153401532.1 96.2 1 258 1 258 6.07e-188 513 WP_198721977.1 WP_198721977.1 90.8 1 337 1 337 2.97e-230 627 MBI2153585.1 MBI2153585.1 92.5 1 116 1 116 8.35e-78 223 WP_088008362.1 MBQ1404818.1 31.8 12 476 11 491 4.01e-71 233 WP_088008362.1 XP_030111227.1 42.0 51 476 1 437 1.44e-103 315 WP_088008362.1 WP_088008362.1 95.0 1 488 1 488 0.0 953 HCD1810260.1 HCD1810260.1 90.8 1 217 1 217 1.80e-146 405 WP_238935592.1 WP_238935592.1 94.5 1 663 1 663 0.0 1285 WP_212517614.1 WP_212517614.1 93.0 1 183 1 183 1.47e-126 352 QYU66920.1 QYU66920.1 93.5 1 133 1 133 3.89e-91 258 WP_271619988.1 WP_271619988.1 99.8 1 678 1 678 0.0 1397 WP_237066347.1 WP_237066347.1 95.9 1 315 1 315 8.92e-230 624 MBX3184110.1 MBX3184110.1 96.7 1 234 1 234 4.62e-171 468 WP_116314221.1 WP_116314221.1 90.3 1 356 1 356 1.18e-241 657 ATB18092.1 ATB18092.1 99.1 1 222 1 222 4.84e-167 457 MBE9483558.1 MBE9483558.1 92.8 1 96 1 96 8.54e-64 186 WP_216083845.1 WP_216083845.1 96.4 1 247 1 247 4.44e-180 492 WP_218801637.1 WP_218801637.1 93.1 1 475 1 475 0.0 907 GMH77683.1 GMH77683.1 92.7 1 426 1 426 1.23e-299 810 WP_020530816.1 MBK7937165.1 27.1 7 649 12 478 1.08e-71 239 WP_020530816.1 WP_020530816.1 98.5 1 650 1 650 0.0 1321 WP_068080190.1 WP_068080190.1 94.1 1 334 1 334 3.97e-238 646 XP_016265944.1 XP_016265944.1 95.9 1 547 1 547 0.0 1080 WP_077533069.1 MCQ2539410.1 44.9 1 120 1 118 4.58e-28 98.2 WP_077533069.1 WP_077533069.1 91.6 1 126 1 126 6.87e-84 239 QXO05584.1 QXO05584.1 100 1 158 1 158 2.47e-124 344 MYB21565.1 MYB21565.1 80.8 1 208 1 208 3.64e-121 340 XP_005553416.1 XP_005553416.1 100 1 321 1 321 3.57e-248 671 WP_035473288.1 WP_035473288.1 97.0 1 404 1 404 6.29e-300 808 MBQ4383193.1 MBQ4383193.1 95.0 1 228 1 228 4.98e-163 447 RMZ75246.1 RMZ75246.1 94.9 1 1217 1 1217 0.0 2367 CAF4338983.1 CAF4338983.1 100 1 118 1 118 8.26e-88 248 OGL48105.1 OGL48105.1 95.8 1 379 1 379 7.60e-277 748 WP_232540662.1 WP_232540662.1 97.6 1 243 1 243 6.58e-180 491 MBE3116889.1 MBE3116889.1 97.6 1 171 1 171 4.00e-125 347 KAI8964031.1 KAI8964031.1 96.9 1 1248 1 1248 0.0 2486 WP_099345046.1 HAR3824072.1 26.8 6 537 38 575 6.45e-56 196 WP_099345046.1 WP_060004157.1 29.3 5 572 4 589 4.11e-75 248 WP_099345046.1 WP_100610557.1 28.0 17 537 33 563 7.90e-61 209 WP_099345046.1 WP_099345046.1 96.3 1 574 1 574 0.0 1138 EKK02300.1 EKK02300.1 98.1 1 64 1 64 7.08e-44 133 KAA3459801.1 KAA3459801.1 95.2 1 231 1 231 1.13e-165 454 MBT2214695.1 MBT2214695.1 94.5 1 1340 1 1340 0.0 2594 AUU37591.1 AUU37591.1 96.8 1 166 1 166 4.19e-120 334 PYJ65046.1 PYJ65046.1 96.4 1 153 1 153 1.06e-109 306 WP_067783946.1 WP_067783946.1 99.2 1 509 1 509 0.0 1044 EPZ93706.1 EPZ93706.1 94.9 1 253 1 253 3.00e-181 496 WP_040988594.1 WP_070054132.1 59.0 1 212 1 213 1.84e-81 240 WP_040988594.1 WP_040988594.1 97.3 1 212 1 212 1.24e-155 427 XP_043079005.1 XP_043079005.1 89.3 1 862 1 862 0.0 1567 WP_183181890.1 WP_183181890.1 97.7 1 401 1 401 3.50e-300 809 WP_140334279.1 WP_140334279.1 94.3 1 295 1 295 1.76e-210 573 BDY12064.1 BDY12064.1 90.2 1 116 1 116 2.30e-75 217 XP_046018872.1 XP_046018872.1 94.3 1 369 1 369 2.22e-264 716 XP_043718329.1 XP_048228476.1 43.2 40 384 12 326 2.48e-84 259 XP_043718329.1 XP_022745130.1 40.9 265 398 15 155 6.27e-26 101 XP_043718329.1 XP_043718329.1 97.7 1 404 1 404 2.29e-302 815 MBS7393837.1 MBS7393837.1 100 1 179 1 179 6.84e-139 382 MCR4683986.1 MCR4683986.1 88.6 1 65 1 65 5.83e-39 121 MBN1819552.1 MBN1819552.1 94.4 1 568 1 568 0.0 1100 WP_269026738.1 WP_269026738.1 100 1 97 1 97 2.61e-72 207 KAG5994228.1 KAG5994228.1 88.5 1 820 1 820 0.0 1475 WP_026600741.1 WP_026600741.1 97.5 1 401 1 401 1.43e-299 807 MCH3756135.1 MCH3756135.1 90.3 1 98 1 98 5.72e-63 184 WP_097641037.1 WP_102477257.1 56.9 4 869 3 851 0.0 920 WP_097641037.1 WP_097641037.1 97.7 1 870 1 870 0.0 1749 WP_097641037.1 WP_086711488.1 67.1 1 869 1 866 0.0 1129 WP_097641037.1 RWX51021.1 58.7 9 537 8 554 3.97e-210 605 HAT6420703.1 HAT6420703.1 92.1 1 281 1 281 1.22e-194 532 MBL8770704.1 MBL8770704.1 90.7 1 162 1 162 4.91e-108 303 WP_148058234.1 WP_148058234.1 91.1 1 180 1 180 3.62e-121 338 XP_021113256.1 XP_021113256.1 92.9 1 1174 1 1174 0.0 2231 XP_009403500.1 EPS43711.1 28.6 181 451 6 370 9.44e-41 150 XP_009403500.1 XP_009403500.1 96.9 1 486 1 486 0.0 971 NXH52939.1 NXH52939.1 99.2 1 273 1 273 8.41e-207 562 NP_494967.1 NP_494967.1 85.6 1 118 1 118 8.60e-72 208 WP_167509077.1 WP_167509077.1 96.9 1 163 1 163 6.48e-118 328 MBN2132609.1 MBN2132609.1 91.5 1 607 1 607 0.0 1134 XP_039638319.1 NXJ71029.1 22.6 107 459 55 438 1.12e-24 104 XP_039638319.1 XP_039638319.1 95.5 1 464 1 464 0.0 911 WP_071844175.1 WP_071844175.1 97.8 1 70 1 70 2.83e-48 145 WP_221323620.1 WP_221323620.1 98.3 1 178 1 178 1.33e-131 364 CAA7056023.1 XP_047076827.1 37.5 71 575 42 518 1.60e-98 311 CAA7056023.1 CAA7056023.1 96.7 1 685 1 685 0.0 1363 MBK6594401.1 MBK6594401.1 94.9 1 184 1 184 1.73e-130 362 MCL7977512.1 MCL7977512.1 95.0 1 66 1 66 1.64e-43 132 WP_156485294.1 WP_156485294.1 93.2 1 51 1 51 1.38e-31 101 XP_009839123.1 XP_009839123.1 94.9 1 1052 1 1052 0.0 2048 GHU76743.1 GHU76743.1 99.0 1 781 1 781 0.0 1595 KAJ2820567.1 KAJ2820567.1 96.9 1 180 1 180 8.96e-131 362 HBR4968137.1 HBR4968137.1 100 1 252 1 252 5.46e-197 535 HBR4968137.1 HET19548.1 52.8 3 44 1 42 1.98e-07 45.1 XP_024635273.1 XP_024635273.1 96.3 1 852 1 852 0.0 1687 WP_136864777.1 WP_136864777.1 100 1 290 1 290 1.12e-224 608 WP_052822157.1 WP_052822157.1 99.6 1 483 1 483 0.0 995 WP_194217236.1 WP_194217236.1 83.8 1 123 1 123 5.26e-73 211 EGI4396582.1 EGI4396582.1 93.5 1 567 1 567 0.0 1086 WP_226480428.1 WP_226480428.1 80.5 1 549 1 549 0.0 886 WP_130628329.1 WP_130628329.1 91.2 1 109 1 109 1.81e-71 206 MBR1729873.1 MBR1729873.1 91.6 1 323 1 323 5.95e-223 607 WP_086041969.1 WP_086041969.1 99.0 1 171 1 171 2.93e-127 352 GHT89622.1 GHT89622.1 94.6 1 268 1 268 1.43e-191 523 WP_116306280.1 WP_116306280.1 95.4 1 157 1 157 3.00e-111 311 XP_010547631.1 XP_010547631.1 96.4 1 265 1 265 1.18e-193 528 XP_006576743.1 XP_006576743.1 95.0 1 498 1 498 0.0 973 WP_235358277.1 WP_235358277.1 99.0 1 233 1 233 3.27e-175 479 WP_098798564.1 CIY68995.1 40.4 1 369 1 359 6.61e-82 253 WP_098798564.1 WP_098798564.1 95.2 1 372 1 372 1.30e-269 729 MBO6087363.1 MBO6087363.1 98.7 1 761 1 761 0.0 1550 WP_229253501.1 WP_229253501.1 99.8 1 225 1 225 9.39e-171 467 MBK8986217.1 MBK8986217.1 88.5 1 67 1 67 2.83e-40 124 MBB7170543.1 MBB7170543.1 99.2 1 50 1 50 1.33e-33 106 WP_239108544.1 WP_239108544.1 97.9 1 236 1 236 4.12e-175 479 WP_166737616.1 WP_166737616.1 99.1 1 230 1 230 3.53e-173 473 KAE8908303.1 KAE8908303.1 97.4 1 450 1 450 0.0 905 WP_204462572.1 WP_204462572.1 98.6 1 156 1 156 4.28e-115 320 OJU33055.1 OJU33055.1 99.8 1 405 1 405 3.56e-311 837 MCU0521352.1 MCU0521352.1 100 1 607 1 607 0.0 1271 KAG5775718.1 KAG5775718.1 95.3 1 296 1 296 8.43e-214 582 WP_182273896.1 WP_182273896.1 88.8 1 83 1 83 2.20e-51 154 PIQ22394.1 PIQ22394.1 100 1 393 1 393 2.37e-303 816 WP_053767117.1 WP_053767117.1 98.5 1 230 1 230 8.33e-172 470 EDN4899961.1 EDN4899961.1 93.5 1 219 1 219 2.03e-153 422 WP_252845183.1 WP_252845183.1 96.8 1 261 1 261 1.18e-191 523 WP_270610708.1 WP_270610708.1 96.2 1 228 1 228 1.81e-165 454 WP_202859343.1 WP_202859343.1 97.9 1 343 1 343 1.00e-256 694 4G4S_F 4G4S_F 95.8 2 235 2 235 4.79e-169 463 MCK7495745.1 MCK7495745.1 95.6 1 198 1 198 4.52e-142 392 XP_017412204.1 XP_017412204.1 96.4 1 992 1 992 0.0 1965 WP_037318352.1 WP_037318352.1 99.6 1 447 1 447 0.0 921 TGQ73293.1 TGQ73293.1 91.3 1 159 1 159 9.24e-107 300 ETL94002.1 ETL94002.1 96.2 1 434 1 434 2.26e-319 860 WP_014793632.1 WP_014793632.1 88.5 1 320 1 320 1.80e-211 578 WP_182158016.1 WP_182158016.1 99.3 1 717 1 717 0.0 1471 XP_044998617.1 XP_044998617.1 99.3 1 321 1 321 4.68e-244 660 MBQ9647935.1 MBQ9647935.1 94.6 1 262 1 262 4.79e-187 511 WP_232202741.1 WP_232202741.1 98.9 1 186 1 186 8.24e-139 383 WP_051027110.1 WP_051027110.1 96.3 1 348 1 348 1.73e-255 691 CAG8560118.1 CAG8560118.1 92.5 1 158 1 158 7.33e-108 302 HCF2977864.1 HCF2977864.1 100 1 346 1 346 9.01e-266 717 ESE83270.1 ESE83270.1 100 1 211 1 211 1.84e-170 465 MCD58157.1 MCD58157.1 100 1 20 1 20 5.36e-13 52.8 CAD5221127.1 CAD5221127.1 94.7 1 712 1 712 0.0 1383 MBE7218062.1 MBE7218062.1 91.4 1 312 1 312 1.76e-214 585 XP_036378433.1 XP_036378433.1 94.9 1 650 1 650 0.0 1266 TPV93333.1 TPV93333.1 96.2 1 395 1 395 3.57e-290 783 MBT5019052.1 MBT5019052.1 94.1 1 189 1 189 9.18e-133 368 WP_172323533.1 WP_172323533.1 100 1 51 1 51 1.04e-35 112 TRZ74764.1 TRZ74764.1 95.1 1 358 1 358 5.83e-259 701 RBA14522.1 RBA14522.1 98.7 1 1071 1 1071 0.0 2179 EGO95442.1 EGO95442.1 94.3 1 333 1 333 5.21e-238 646 MAS03180.1 MAS03180.1 99.5 1 88 1 88 1.95e-63 184 WP_269358925.1 WP_269358925.1 96.8 1 485 1 485 0.0 967 KAI1570405.1 KAI1570405.1 94.7 1 145 1 145 2.01e-101 285 WP_091733714.1 WP_004208647.1 43.1 1 237 1 230 1.09e-56 179 WP_091733714.1 WP_091733714.1 98.9 1 240 1 240 1.82e-180 493 NBY29827.1 NBY29827.1 97.4 1 146 1 146 8.17e-106 296 RUY13648.1 RUY13648.1 96.3 1 31 1 31 6.21e-18 65.9 WP_021346398.1 WP_021346398.1 96.9 1 161 1 161 1.87e-116 324 PQP77439.1 PQP77439.1 99.9 1 55 1 55 6.94e-38 117 KAF5437455.1 KAF5437455.1 99.6 1 40 1 40 6.08e-26 86.7 AVR90781.1 AVR90781.1 97.3 1 255 1 255 2.39e-188 514 WP_172117930.1 WP_024404629.1 71.0 4 186 2 185 6.62e-90 259 WP_172117930.1 WP_228268753.1 77.5 70 186 4 120 3.61e-61 184 WP_172117930.1 WP_172117930.1 100 1 186 1 186 5.16e-142 391 WP_152638733.1 WP_152638733.1 97.6 1 531 1 531 0.0 1069 MCH7644438.1 MCH7644438.1 95.7 1 101 1 101 4.80e-70 202 WP_272053002.1 WP_272053002.1 100 1 396 1 396 6.31e-305 820 WP_276533217.1 WP_276533217.1 96.3 1 1232 1 1232 0.0 2437 WP_276533217.1 WP_175692337.1 64.1 12 339 21 348 3.94e-132 406 KGS11954.1 KGS11954.1 97.2 1 463 1 463 0.0 928 NIK25817.1 NIK25817.1 93.5 1 623 1 623 0.0 1193 WP_012917492.1 WP_012917492.1 92.7 1 429 1 429 1.14e-301 815 MCB0689733.1 MCB0689733.1 97.8 1 187 1 187 1.04e-137 380 MBL6807531.1 MBL6807531.1 92.8 1 366 1 366 3.63e-257 697 KAJ4458169.1 KAJ4458169.1 96.3 1 148 1 148 6.69e-106 296 WP_007556065.1 HIZ10317.1 42.4 3 227 2 230 3.31e-53 169 WP_007556065.1 WP_007556065.1 93.0 1 230 1 230 3.23e-160 441 WP_007556065.1 WP_268276024.1 58.4 5 91 5 91 1.14e-27 99.8 EGO4094244.1 EGO4094244.1 91.8 1 89 1 89 6.53e-58 171 MSO45354.1 MSO45354.1 100 1 365 1 365 1.37e-281 759 NP_001019860.1 NP_001019860.1 100 1 194 1 194 4.22e-154 422 GFB98697.1 GFB98697.1 95.5 1 113 1 113 8.13e-79 225 CAB3403040.1 CAB3403040.1 97.2 1 361 1 361 3.70e-268 724 WP_276594570.1 WP_276594570.1 100 1 287 1 287 4.73e-220 597 MBP6132529.1 HAI0697239.1 47.9 1 792 1 794 3.91e-236 678 MBP6132529.1 MBP6132529.1 94.1 1 796 1 796 0.0 1536 KAB2088711.1 KAB2088711.1 99.4 1 362 1 362 3.33e-276 745 RRY46070.1 RRY46070.1 97.9 1 63 1 63 5.44e-43 131 XP_006591276.1 XP_006591276.1 95.5 1 327 1 327 1.89e-237 644 WP_054621512.1 MCI6629070.1 40.9 9 103 21 115 2.78e-17 69.7 WP_054621512.1 MBT2573851.1 43.1 10 101 9 100 1.52e-18 72.4 WP_054621512.1 WP_054621512.1 99.7 1 103 1 103 2.54e-75 216 KAI5076688.1 WP_053342583.1 26.4 105 743 15 629 6.34e-65 227 KAI5076688.1 KAI5076688.1 93.6 1 796 1 796 0.0 1526 WP_260879442.1 WP_260879442.1 92.8 1 290 1 290 1.01e-202 553 KAG7202115.1 KAG7202115.1 95.8 1 277 1 277 5.03e-201 548 KAI5128402.1 KAI5128402.1 92.1 1 154 1 154 2.48e-104 293 WP_267448957.1 WP_267448957.1 91.2 1 219 1 219 1.08e-148 410 MBR2718156.1 MBR2718156.1 99.0 1 152 1 152 1.24e-112 314 DAU97140.1 DAU97140.1 92.4 1 154 1 154 8.65e-105 294 NWV65193.1 NWV65193.1 95.6 1 1241 1 1241 0.0 2433 UJW35797.1 UJW35797.1 94.0 1 200 1 200 1.76e-140 388 MCE7733397.1 MCE7733397.1 92.0 1 223 1 223 3.92e-153 422 EEI62381.1 EEI62381.1 100 1 259 1 259 1.24e-201 548 AAX94106.1 AMA90994.1 82.7 1 167 31 197 1.29e-94 281 AAX94106.1 AFA09475.1 86.6 1 189 17 205 1.63e-115 335 AAX94106.1 QUQ06080.1 83.0 1 189 31 219 4.26e-109 319 AAX94106.1 AGC97326.1 87.0 210 431 1 222 1.29e-138 395 AAX94106.1 AOR13807.1 77.7 1 177 22 198 4.31e-93 277 AAX94106.1 AVM35379.1 89.2 1 189 26 214 6.36e-120 346 AAX94106.1 AWS34156.1 85.5 1 189 31 219 1.74e-113 330 AAX94106.1 UZF38514.1 75.2 1 189 18 206 7.69e-96 285 AAX94106.1 ACO35565.1 84.6 208 430 1 223 4.63e-134 384 AAX94106.1 QUA05739.1 84.6 1 182 31 212 3.10e-107 314 AAX94106.1 ACE88666.1 84.5 50 195 1 146 4.65e-84 252 AAX94106.1 AKA56406.1 70.4 1 170 31 197 1.34e-77 238 AAX94106.1 ADJ35581.1 81.2 1 189 32 220 4.68e-106 311 AAX94106.1 ADW49125.1 87.1 1 189 23 211 2.48e-116 337 AAX94106.1 AGC74998.1 85.2 225 429 1 205 7.83e-124 356 AAX94106.1 AHH30646.1 72.7 2 169 6 171 2.22e-80 244 AAX94106.1 AAX94106.1 95.1 1 431 1 431 1.42e-312 843 AAX94106.1 APC24336.1 75.3 78 428 1 351 4.44e-188 526 AAX94106.1 AHK62764.1 81.2 3 195 29 221 1.84e-108 317 AAX94106.1 AFA24308.1 86.2 1 189 24 212 8.38e-115 333 AAX94106.1 AGI15931.1 68.5 4 183 27 206 1.43e-79 243 EFC4417017.1 EFC4417017.1 96.8 1 201 1 201 1.51e-146 404 MCL2109536.1 MCL2109536.1 98.4 1 110 1 110 1.60e-79 227 SEJ33525.1 SEJ33525.1 96.4 1 328 1 328 6.37e-241 653 BAQ58714.1 BAQ58714.1 97.6 1 716 1 716 0.0 1440 MBT4239116.1 MBT4239116.1 98.0 1 435 1 435 0.0 880 HBP6650873.1 HBP6650873.1 92.4 1 1034 1 1034 0.0 1951 XP_014155165.1 XP_014155165.1 100 1 70 1 70 2.51e-51 152 WP_026661995.1 WP_026661995.1 96.9 1 279 1 279 1.57e-205 559 NPM18735.1 EFG4747393.1 89.6 16 264 1 249 8.96e-166 457 NPM18735.1 NPM18735.1 92.4 1 270 1 270 1.54e-187 513 MBW8078285.1 MBW8078285.1 95.1 1 418 1 418 4.14e-303 818 WP_144002426.1 WP_130477570.1 49.0 4 269 1 264 1.79e-78 237 WP_144002426.1 WP_144002426.1 93.8 1 275 1 275 1.09e-194 531 KAJ9499981.1 KAJ9499981.1 95.3 1 331 1 331 1.33e-239 650 MBI5799565.1 MBI5799565.1 95.3 1 77 1 77 7.10e-52 154 MBT8367246.1 MBT8367246.1 94.1 1 340 1 340 1.69e-242 658 WP_243131659.1 WP_243131659.1 87.9 1 86 1 86 1.15e-52 157 WP_226536872.1 WP_226536872.1 93.7 1 98 1 98 5.08e-66 192 XP_035254397.1 XP_035254397.1 93.7 1 620 1 620 0.0 1191 NOY97419.1 WP_278982769.1 25.4 1 450 2 434 1.44e-39 150 NOY97419.1 NOY97419.1 92.8 1 807 1 807 0.0 1533 NOY97419.1 WP_206548446.1 18.8 3 450 25 482 4.95e-17 83.2 NOY97419.1 HDC92778.1 39.7 1 454 1 466 4.31e-98 311 TLX84297.1 TLX84297.1 99.4 1 124 1 124 1.98e-91 258 TBV99016.1 TBV99016.1 92.1 1 120 1 120 2.87e-80 229 GBO23274.1 GBO23274.1 100 1 115 1 115 2.59e-85 242 OPZ52024.1 OPZ52024.1 96.0 1 65 1 65 2.18e-43 132 MBN3744368.1 MBN3744368.1 93.0 1 278 1 278 1.37e-194 531 HCY01371.1 HCY01371.1 95.0 1 154 1 154 1.89e-108 303 WP_159220133.1 WP_171832914.1 53.9 1 177 1 177 1.79e-58 179 WP_159220133.1 WP_159220133.1 100 1 180 1 180 2.12e-138 381 WP_016083913.1 WP_016083913.1 97.1 1 274 1 274 3.41e-202 550 MBR2864610.1 MBR2864610.1 96.0 1 193 1 193 4.91e-139 384 KAF2420586.1 KAF2420586.1 86.5 1 97 1 97 7.00e-59 174 PIR02665.1 PIR02665.1 99.4 1 77 1 77 8.93e-55 162 MCQ2295302.1 MCQ2295302.1 93.2 1 84 1 84 1.79e-55 164 WP_189342802.1 WP_189342802.1 91.4 1 77 1 77 3.97e-49 147 ADQ02892.1 ADQ02892.1 88.5 1 90 1 90 6.76e-56 166 KAI8504475.1 KAI8504475.1 93.8 1 1343 1 1343 0.0 2576 WP_167248335.1 WP_167248335.1 86.3 1 170 1 170 1.05e-106 300 MCG8010344.1 MCG8010344.1 93.0 1 429 1 429 6.89e-303 818 YP_009296428.1 YP_009296428.1 95.3 1 167 1 167 1.52e-118 330 MAV59409.1 MAV59409.1 86.9 1 143 1 143 9.57e-90 255 QBM89760.1 QBM89760.1 90.1 1 171 1 171 2.21e-113 317 XP_039523839.1 XP_039523839.1 98.1 1 195 1 195 2.63e-144 397 XP_016446524.1 XP_016446524.1 96.3 1 439 1 439 0.0 871 KAF8011165.1 KAF8011165.1 93.7 1 1172 1 1172 0.0 2248 WP_065517671.1 WP_032373688.1 25.2 9 381 7 348 1.22e-32 124 WP_065517671.1 WP_065029373.1 29.5 7 390 2 380 5.34e-48 166 WP_065517671.1 OGO01021.1 29.4 7 391 2 378 1.24e-47 165 WP_065517671.1 WP_065517671.1 95.3 1 397 1 397 2.82e-288 778 NXD84883.1 NXD84883.1 97.8 1 555 1 555 0.0 1119 KAI7091816.1 KAI7091816.1 91.8 1 98 1 98 2.42e-64 187 WP_061836762.1 WP_061836762.1 97.5 1 164 1 164 1.03e-119 333 WP_190357222.1 WP_190357222.1 92.3 1 78 1 78 1.80e-50 151 WP_002162515.1 WP_002162515.1 95.6 1 74 1 74 7.87e-50 149 QUL97857.1 QUL97857.1 94.9 1 49 1 49 6.99e-31 99.8 MBO7137251.1 MBO7137251.1 94.5 1 463 1 463 0.0 899 WP_171675609.1 WP_171675609.1 93.8 1 316 1 316 2.96e-224 610 WP_031972379.1 WP_031972379.1 93.6 1 724 1 724 0.0 1388 WP_023698577.1 WP_023698577.1 92.4 1 120 1 120 1.42e-80 230 UJA07681.1 UJA07681.1 97.8 1 460 1 460 0.0 929 HBQ3247549.1 HBQ3247549.1 99.4 1 244 1 244 1.33e-184 503 WP_055132583.1 WP_055132583.1 97.2 1 997 1 997 0.0 1993 MBI3118824.1 MBI3118824.1 89.9 1 81 1 81 7.78e-51 152 WP_267184195.1 WP_222018129.1 20.9 44 636 46 621 9.38e-34 135 WP_267184195.1 WP_267184195.1 96.9 1 641 1 641 0.0 1280 KAJ7369304.1 KAJ7369304.1 95.5 1 543 1 543 0.0 1066 KAJ7369304.1 MCI6965979.1 34.6 61 307 82 324 6.88e-37 137 WP_014558374.1 WP_014558374.1 95.0 1 504 1 504 0.0 984 WP_257788220.1 WP_257788220.1 89.9 1 241 1 241 3.18e-161 444 XP_018492447.1 XP_018492447.1 96.8 1 441 1 441 0.0 880 MBA3614174.1 MBA3614174.1 97.9 1 921 1 921 0.0 1858 HBE3137209.1 HBE3137209.1 95.6 1 246 1 246 1.13e-177 486 WP_129006924.1 WP_129006924.1 95.8 1 189 1 189 1.16e-135 375 XP_004034642.1 XP_004034642.1 96.0 1 404 1 404 4.07e-296 799 ESL04748.1 MBP5538497.1 35.8 20 531 15 518 5.77e-94 294 ESL04748.1 ESL04748.1 94.8 1 536 1 536 0.0 1044 WP_080864663.1 WP_080864663.1 94.7 1 94 1 94 5.20e-64 186 KAG9317532.1 KAG9317532.1 95.3 1 863 1 863 0.0 1688 PTB82632.1 PTB82632.1 95.6 1 162 1 162 2.35e-115 322 KAF9101968.1 KAF9101968.1 94.7 1 771 1 771 0.0 1499 NDE10255.1 NDE10255.1 89.4 1 99 1 99 8.74e-63 184 MCH7882583.1 MCH7882583.1 98.8 1 294 1 294 8.51e-222 602 MBH2908027.1 MBH2908027.1 98.4 1 670 1 670 0.0 1360 EEH16378.1 EEH16378.1 90.2 1 1358 1 1358 0.0 2492 WP_015645305.1 WP_015645305.1 98.0 1 347 1 347 3.00e-260 703 HAL0497824.1 HAL0497824.1 90.5 1 346 1 346 1.95e-235 640 WP_055394972.1 WP_055394972.1 93.9 1 1038 1 1038 0.0 1996 MBQ6611319.1 MBQ6611319.1 98.5 1 93 1 93 1.75e-66 192 WP_231837445.1 WP_231837445.1 98.9 1 126 1 126 1.97e-92 261 XP_048775453.1 XP_048775453.1 98.4 1 594 1 594 0.0 1207 WP_161275011.1 WP_161275011.1 94.6 1 301 1 301 1.30e-215 587 WP_262114929.1 WP_071081072.1 49.7 1 181 1 178 3.65e-53 166 WP_262114929.1 WP_262114929.1 95.2 1 181 1 181 9.29e-129 357 KAI4882225.1 KAI4882225.1 92.0 1 811 1 811 0.0 1524 MBC9954836.1 MBC9954836.1 90.2 1 174 1 174 1.43e-115 323 WP_119512617.1 WP_119512617.1 94.9 1 295 1 295 3.70e-212 577 WP_024986590.1 WP_024986590.1 100 1 150 1 150 6.40e-114 317 WP_217950418.1 WP_217950418.1 97.3 1 355 1 355 4.30e-264 714 WP_159896041.1 WP_159896041.1 91.5 1 241 1 241 9.93e-165 453 DAP26351.1 DAP26351.1 91.8 1 56 1 56 1.70e-34 109 WP_089370623.1 WP_089370623.1 92.7 1 1425 1 1425 0.0 2700 MBQ1765196.1 MBQ1765196.1 93.7 1 189 1 189 5.31e-132 366 WP_171183333.1 WP_171183333.1 99.5 1 141 1 141 9.31e-105 293 MCJ1326389.1 MCJ1326389.1 96.2 1 386 1 386 1.82e-283 765 WP_237171174.1 WP_237171174.1 92.2 1 251 1 251 2.17e-173 476 WP_005710284.1 WP_005710284.1 98.1 1 159 1 159 1.13e-116 325 EAV2673163.1 EAV2673163.1 95.8 1 114 1 114 7.49e-80 228 WP_162313773.1 WP_162313773.1 93.9 1 341 1 341 1.29e-242 658 MCL7030477.1 MCL7030477.1 94.6 1 181 1 181 1.08e-127 354 WP_194933787.1 WP_194933787.1 97.2 1 200 1 200 1.99e-146 403 WP_249868607.1 WP_249868607.1 96.7 1 316 1 316 1.22e-232 631 WP_116870479.1 WP_122440133.1 22.2 1 1231 1 1211 1.04e-89 314 WP_116870479.1 WP_116870479.1 90.7 1 1238 1 1238 0.0 2286 WP_182023956.1 WP_182023956.1 95.7 1 230 1 230 7.37e-166 455 CAF1059395.1 CAF1059395.1 98.5 1 437 1 437 0.0 890 WP_232306300.1 WP_074911472.1 25.1 18 1367 14 1294 1.13e-130 434 WP_232306300.1 WP_232306300.1 97.3 1 1369 1 1369 0.0 2739 CAB5621061.1 CAB5621061.1 98.5 1 207 1 207 4.00e-154 423 WP_150071802.1 WP_011313080.1 46.7 3 297 4 301 3.38e-82 249 WP_150071802.1 WP_150071802.1 95.4 1 304 1 304 4.37e-220 598 KAJ9397508.1 KAJ9397508.1 99.8 1 306 1 306 4.80e-234 634 WP_223655776.1 WP_223655776.1 96.1 1 348 1 348 7.03e-255 690 GFY73571.1 GFY73571.1 98.7 1 145 1 145 9.21e-107 298 QMV44496.1 QMV44496.1 93.0 1 168 1 168 9.09e-116 323 RLN50561.1 RLN50561.1 94.7 1 1896 1 1896 0.0 3677 RLN50561.1 MSO30570.1 28.2 1491 1753 5 259 4.15e-25 107 WP_042632177.1 WP_042632177.1 94.4 1 207 1 207 1.69e-146 404 XP_046509038.1 XP_046509038.1 89.6 1 1092 1 1092 0.0 1991 KAG7034489.1 KAG7034489.1 98.2 1 113 1 113 1.46e-81 232 MBL7809501.1 MBL7809501.1 100 1 351 1 351 5.72e-276 743 WP_277531229.1 WP_277531229.1 98.7 1 93 1 93 1.23e-66 193 WP_140985543.1 WP_140985543.1 97.4 1 226 1 226 1.33e-166 456 WP_190032834.1 WP_190032834.1 93.3 1 301 1 301 5.90e-212 577 CEM11561.1 CEM11561.1 95.8 1 478 1 478 0.0 942 OJV54207.1 OJV54207.1 97.3 1 59 1 59 1.34e-39 122 WP_157553964.1 WP_157553964.1 93.7 1 583 1 583 0.0 1120 WP_139067457.1 WP_219484458.1 45.2 31 790 30 815 8.61e-214 622 WP_139067457.1 WP_139067457.1 92.6 1 796 1 796 0.0 1508 MBK7384228.1 MBK7384228.1 74.0 1 77 1 77 9.08e-37 116 WP_094840069.1 WP_279840346.1 35.6 7 508 11 474 1.24e-91 286 WP_094840069.1 WP_224791962.1 26.7 1 512 1 478 9.21e-54 187 WP_094840069.1 MBI4806480.1 32.5 5 506 8 472 1.01e-77 250 WP_094840069.1 WP_094840069.1 90.5 1 518 1 518 0.0 957 WP_094840069.1 WP_212054759.1 30.2 8 511 16 495 1.24e-67 224 WP_094840069.1 WP_283557067.1 26.5 7 509 9 461 1.64e-51 181 HIH60710.1 HIH60710.1 95.8 1 254 1 254 4.10e-184 503 MCB1191718.1 MCB1191718.1 95.0 1 382 1 382 1.94e-276 747 WP_087465911.1 WP_087465911.1 96.3 1 335 1 335 1.02e-245 665 NWI70572.1 XP_041032211.1 20.6 28 345 29 339 8.56e-15 72.8 NWI70572.1 NWI70572.1 97.2 1 348 1 348 2.19e-258 699 AMT69763.1 AMT69763.1 98.4 1 75 1 75 1.51e-52 156 MBD3627516.1 MBD3627516.1 96.9 1 958 1 958 0.0 1910 KST94193.1 KST94193.1 95.7 1 44 1 44 1.64e-27 90.9 WP_166960135.1 WP_247915795.1 33.8 26 307 8 293 3.17e-44 153 WP_166960135.1 WP_166960135.1 98.7 1 358 1 358 1.06e-270 731 CAE7938465.1 CAE7938465.1 85.3 1 226 1 226 1.89e-141 393 WP_278665106.1 WP_278665106.1 94.2 1 579 1 579 0.0 1118 MBI2083107.1 MBI2083107.1 90.2 1 274 1 274 1.16e-184 506 KAG8833708.1 KAG8833708.1 95.0 1 192 1 192 1.78e-136 377 WP_068059894.1 WP_068059894.1 100 1 214 1 214 2.41e-163 447 WP_145616262.1 WP_024330540.1 33.2 1 461 1 468 6.08e-75 242 WP_145616262.1 NIP79453.1 52.0 133 212 7 86 4.66e-19 80.1 WP_145616262.1 DAZ71054.1 33.5 2 272 33 327 9.76e-44 156 WP_145616262.1 WP_145616262.1 96.0 1 468 1 468 0.0 925 WP_145616262.1 NNE87648.1 56.8 1 463 1 461 1.85e-173 493 WP_145616262.1 MYE57211.1 53.6 6 208 7 203 9.00e-64 203 PBJ84576.1 PBJ84576.1 96.7 1 629 1 629 0.0 1252 WP_164581131.1 WP_164581131.1 97.0 1 818 1 818 0.0 1632 MBJ4905015.1 MBJ4905015.1 94.6 1 156 1 156 1.88e-109 306 WP_232441874.1 WP_232441874.1 100 1 322 1 322 1.12e-256 692 MBL7689759.1 MBL7689759.1 92.1 1 110 1 110 4.09e-73 211 WP_014950321.1 WP_252438898.1 40.2 23 304 59 341 2.82e-60 194 WP_014950321.1 WP_014950321.1 96.5 1 304 1 304 3.90e-223 606 EAS0616219.1 EAS0616219.1 93.0 1 281 1 281 8.95e-197 537 GIP40757.1 GIP40757.1 97.5 1 159 1 159 6.53e-116 323 WP_070334369.1 WP_079722145.1 20.4 10 596 17 638 1.30e-33 134 WP_070334369.1 WP_070334369.1 94.4 1 599 1 599 0.0 1160 WP_132528552.1 WP_132528552.1 82.3 1 82 1 82 9.06e-46 139 MBX9709025.1 MBX9709025.1 93.8 1 123 1 123 2.72e-84 240 KAH7420042.1 KAH7420042.1 100 1 267 1 267 7.49e-207 561 WP_158309540.1 WP_158309540.1 86.4 1 55 1 55 5.16e-31 100 GFR08784.1 GFR08784.1 97.9 1 149 1 149 9.12e-109 304 MBM3701396.1 MCE2152122.1 44.7 1 183 1 176 5.05e-45 146 MBM3701396.1 MBM3701396.1 94.3 1 204 1 204 5.24e-144 397 MCR4368335.1 MCR4368335.1 92.0 1 110 1 110 5.81e-73 210 CAF4882469.1 CAF4882469.1 91.8 1 77 1 77 1.97e-49 148 BBL73457.1 MBT3179978.1 40.6 34 563 1 528 4.00e-120 363 BBL73457.1 MBP8718427.1 26.6 297 518 17 231 3.39e-18 82.8 BBL73457.1 BBL73457.1 95.3 1 569 1 569 0.0 1114 WP_271771839.1 WP_271771839.1 97.7 1 405 1 405 2.12e-303 817 EFA7535944.1 EFA7535944.1 95.1 1 76 1 76 5.45e-51 152 WP_055759832.1 WP_055759832.1 90.7 1 435 1 435 4.10e-298 806 MBR5510068.1 MBR5510068.1 97.9 1 414 1 414 7.23e-311 837 MBR2648677.1 MBR2648677.1 99.7 1 319 1 319 8.07e-244 659 MCR4426439.1 MCR4426439.1 93.5 1 390 1 390 8.89e-277 749 XP_023482372.1 XP_023482372.1 93.7 1 585 1 585 0.0 1123 MBT6563471.1 WP_035064005.1 53.2 3 457 12 468 1.14e-155 448 MBT6563471.1 WP_255895909.1 31.9 19 367 41 380 6.36e-49 170 MBT6563471.1 MBT6563471.1 96.1 1 458 1 458 0.0 906 KAI8393114.1 KAI8393114.1 92.5 1 342 1 342 4.46e-239 649 WP_067680410.1 WP_067680410.1 100 1 90 1 90 1.20e-67 195 WP_233292564.1 WP_233292564.1 91.8 1 385 1 385 2.41e-267 724 WP_049327990.1 WP_066046987.1 53.3 1 457 1 460 1.42e-157 452 WP_049327990.1 WP_049327990.1 99.7 1 459 1 459 0.0 947 KAH7576347.1 KAH7576347.1 90.8 1 508 1 508 0.0 942 KAI1260235.1 KAI1260235.1 98.5 1 300 1 300 1.48e-225 612 CAD0200323.1 CAD0200323.1 100 1 263 1 263 2.51e-203 552 MBO5874131.1 MBO5874131.1 93.5 1 121 1 121 1.59e-82 235 KZV16312.1 KZV16312.1 87.8 1 77 1 77 1.56e-46 141 CAF5136964.1 CAF5136964.1 95.6 1 233 1 233 6.81e-168 460 WP_251593142.1 WP_251593142.1 92.4 1 263 1 263 1.36e-182 500 WP_251593142.1 WP_262401812.1 21.5 86 257 1 155 2.03e-06 45.1 WP_176749474.1 WP_176749474.1 65.1 1 246 1 246 1.11e-108 311 WP_070306574.1 WP_070306574.1 92.5 1 198 1 198 1.98e-136 378 XP_036098045.1 XP_036098045.1 99.6 1 137 1 137 7.75e-102 285 OGR46634.1 NPV66369.1 65.5 3 300 2 302 3.73e-135 383 OGR46634.1 OGR46634.1 98.4 1 301 1 301 2.76e-226 613 NWT80859.1 NWT80859.1 94.7 1 259 1 259 3.64e-185 506 WP_269828627.1 WP_269828627.1 95.5 1 62 1 62 6.97e-41 125 TWT41731.1 TWT41731.1 91.5 1 713 1 713 0.0 1332 RMY79307.1 RMY79307.1 100 1 516 1 516 0.0 1075 KAF7818313.1 KAF7818313.1 94.8 1 541 1 541 0.0 1054 KOS38468.1 KOS38468.1 97.8 1 173 1 173 6.89e-127 352 MCF7626618.1 MCF7626618.1 95.5 1 574 1 574 0.0 1126 KAF3356825.1 KAF3356825.1 98.1 1 434 1 434 0.0 880 CJB10156.1 CJB10156.1 95.5 1 118 1 118 1.81e-82 235 RYE23003.1 RYE23003.1 95.9 1 307 1 307 8.52e-224 608 MBR0338720.1 WP_189417916.1 47.2 1 202 5 207 2.36e-55 173 MBR0338720.1 MBR0338720.1 96.2 1 204 1 204 1.63e-147 406 MBF1375496.1 MBF1375496.1 95.8 1 1151 1 1151 0.0 2264 KAJ8358812.1 KAJ8358812.1 95.0 1 948 1 948 0.0 1847 MBQ8641985.1 MBQ8641985.1 98.7 1 100 1 100 4.63e-72 207 XP_051592778.1 XP_051592778.1 89.4 1 358 1 358 4.61e-240 653 CAB1415528.1 CAB1415528.1 93.8 1 113 1 113 5.51e-77 221 WP_168166755.1 WP_168166755.1 97.0 1 235 1 235 1.49e-172 472 WP_007993424.1 WP_007993424.1 90.7 1 84 1 84 1.73e-53 159 MCM3872453.1 MCM3872453.1 100 1 74 1 74 7.47e-57 167 WP_098279309.1 WP_068051662.1 45.8 2 527 5 528 2.30e-144 425 WP_098279309.1 WP_098279309.1 96.9 1 537 1 537 0.0 1072 WP_014772780.1 MBP1765367.1 58.2 31 502 4 477 5.96e-180 520 WP_014772780.1 WP_014772780.1 94.9 1 720 1 720 0.0 1402 WP_065766477.1 WP_065766477.1 96.2 1 473 1 473 0.0 937 MCA50524.1 MCA50524.1 100 1 10 1 10 5.61e-03 26.9 WP_251231146.1 WP_251231146.1 90.7 1 233 1 233 2.25e-157 434 MBC7140825.1 MBC7140825.1 96.4 1 106 1 106 1.83e-74 214 WP_090378310.1 WP_090378310.1 90.9 1 469 1 469 0.0 872 XP_013258388.1 CAF3478760.1 52.4 154 627 28 502 2.63e-155 457 XP_013258388.1 XP_013258388.1 95.8 1 686 1 686 0.0 1351 NJL74459.1 NJL74459.1 88.6 1 177 1 177 5.15e-115 322 WP_274124432.1 WP_274124432.1 92.8 1 310 1 310 5.48e-217 591 XP_008080365.1 WP_257691625.1 47.3 76 626 1 544 3.49e-158 464 XP_008080365.1 XP_008080365.1 98.9 1 629 1 629 0.0 1285 MCR5546513.1 MCR5546513.1 98.3 1 389 1 389 2.00e-293 791 HEC61404.1 HEC61404.1 87.0 1 165 1 165 1.98e-104 294 NWU63809.1 NWU63809.1 96.0 1 376 1 376 2.01e-275 744 MBU2720902.1 MBU2720902.1 95.8 1 429 1 429 7.31e-314 846 MBI2666778.1 MBI2666778.1 93.6 1 79 1 79 4.05e-52 155 WP_154503573.1 WP_154503573.1 93.1 1 525 1 525 0.0 1002 MCH61727.1 MCH61727.1 98.4 1 129 1 129 3.64e-94 265 WP_035102910.1 WP_035102910.1 96.7 1 269 1 269 2.49e-197 538 MBR4902600.1 MBR4902600.1 100 1 406 1 406 1.07e-317 853 HAB03480.1 HAB03480.1 96.0 1 1098 1 1098 0.0 2166 WP_193655704.1 WP_193655704.1 96.4 1 248 1 248 5.84e-181 494 WP_032677416.1 WP_032677416.1 97.2 1 501 1 501 0.0 1004 MCS6996891.1 MCS6996891.1 92.7 1 396 1 396 2.11e-278 753 EHZ4862226.1 EEW1536683.1 94.3 1 1246 1 1246 0.0 2407 EHZ4862226.1 EHZ4862226.1 100 1 1246 1 1246 0.0 2612 WP_159812831.1 WP_159812831.1 90.9 1 422 1 422 1.03e-289 784 WP_159812831.1 HCN71343.1 47.1 278 400 6 127 3.08e-28 106 MBP5726154.1 KAI0095213.1 27.3 3 198 7 243 8.43e-23 92.4 MBP5726154.1 OLA08565.1 58.6 1 237 1 235 2.00e-90 265 MBP5726154.1 MBP5726154.1 98.4 1 237 1 237 4.64e-177 484 MCE1252202.1 WP_208504450.1 52.5 8 532 4 532 1.17e-177 509 MCE1252202.1 MCE1252202.1 97.2 1 532 1 532 0.0 1065 WP_158687193.1 WP_158687193.1 99.1 1 51 1 51 2.45e-34 108 KAG4938299.1 KAG4938299.1 94.7 1 338 1 338 5.05e-243 659 MCK6622141.1 MCK6622141.1 97.3 1 1218 1 1218 0.0 2436 UQT49937.1 UQT49937.1 95.4 1 58 1 58 8.52e-38 117 XP_049766603.1 XP_049766603.1 88.0 1 556 1 556 0.0 995 WP_180076776.1 WP_180076776.1 93.3 1 209 1 209 1.14e-145 402 MCH2675159.1 MCH2675159.1 98.1 1 210 1 210 1.06e-155 427 WP_067123247.1 WP_067123247.1 94.2 1 400 1 400 1.19e-286 775 WP_184601943.1 WP_000576638.1 47.7 32 801 39 804 5.91e-226 655 WP_184601943.1 WP_184601943.1 94.7 1 838 1 838 0.0 1627 MCK5309055.1 MCK5309055.1 97.3 1 444 1 444 0.0 891 EIJ1046776.1 MBF1583063.1 43.3 6 482 5 482 3.26e-120 359 EIJ1046776.1 EIJ1046776.1 96.8 1 485 1 485 0.0 967 XP_044919701.1 XP_044919701.1 95.5 1 4396 1 4396 0.0 8602 GIV84289.1 GIV84289.1 96.2 1 229 1 229 2.38e-166 456 MCB0346442.1 MCB0346442.1 91.3 1 79 1 79 1.94e-50 151 MBQ2465495.1 MBQ2465495.1 85.2 1 530 1 530 0.0 914 AHN95135.1 AHN95135.1 97.3 1 127 1 127 2.48e-91 258 UOA67814.1 YP_009745171.1 62.7 1 94 1 92 2.78e-36 116 UOA67814.1 UOA67814.1 95.8 1 94 1 94 6.31e-65 189 XP_030087828.2 XP_030087828.2 92.1 1 777 1 777 0.0 1462 MBR5943268.1 MBR5943268.1 91.6 1 177 1 177 6.80e-120 334 TND09120.1 TND09120.1 95.7 1 121 1 121 5.76e-85 241 WP_225225222.1 WP_225225222.1 91.1 1 210 1 210 2.77e-142 394 WP_016360879.1 WP_016360879.1 100 1 512 1 512 0.0 1105 NQY08093.1 NQY08093.1 89.7 1 95 1 95 2.57e-60 177 MBS3611729.1 MBS3611729.1 94.8 1 104 1 104 1.78e-71 206 MCP4111938.1 MCP4111938.1 90.6 1 77 1 77 1.62e-48 146 WP_000989932.1 WP_000989932.1 92.2 1 199 1 199 1.50e-136 378 WP_225123293.1 WP_225123293.1 100 1 203 1 203 6.18e-156 427 MBM3947147.1 MBM3947147.1 100 1 77 1 77 1.41e-60 176 WP_072694527.1 WP_072694527.1 95.9 1 376 1 376 5.76e-275 743 EFE8261313.1 EFE8261313.1 96.1 1 813 1 813 0.0 1605 KIR59352.1 KIR59352.1 92.4 1 432 1 432 6.13e-303 818 KAJ5238469.1 KAJ5238469.1 95.6 1 497 1 497 0.0 978 OGR49074.1 WP_223329113.1 51.1 5 208 4 208 3.29e-63 193 OGR49074.1 OGR49074.1 93.3 1 209 1 209 8.01e-146 402 CAG0273471.1 WP_250376457.1 34.9 5 181 25 213 2.20e-29 107 CAG0273471.1 EFB3581025.1 54.2 1 208 30 237 1.08e-69 211 CAG0273471.1 CAG0273471.1 93.3 1 212 1 212 7.39e-148 408 MBB1053783.1 MBB1053783.1 93.5 1 195 1 195 4.51e-136 377 WP_018160716.1 WP_018160716.1 98.9 1 206 1 206 3.71e-154 423 MBC7426139.1 MBC7426139.1 94.6 1 151 1 151 8.39e-106 296 WP_264507413.1 WP_264507413.1 91.6 1 70 1 70 2.64e-44 135 MBP1312051.1 MBP1312051.1 98.0 1 104 1 104 1.58e-74 214 VAI85984.1 VAI85984.1 93.8 1 1085 1 1085 0.0 2083 QIX02502.1 QIX02502.1 94.1 1 256 1 256 1.87e-181 496 RKF23984.1 RKF23984.1 90.0 1 308 1 308 9.30e-208 567 KAJ0024505.1 KAJ0024505.1 94.2 1 123 1 123 9.49e-85 241 DAP78583.1 DAP78583.1 94.3 1 261 1 261 1.48e-185 507 KAG5001697.1 KAG5001697.1 97.5 1 259 1 259 1.01e-191 523 WP_282969582.1 WP_282969582.1 98.7 1 242 1 242 1.82e-181 495 GFV58109.1 GFV58109.1 100 1 101 1 101 1.87e-76 218 WP_098137943.1 WP_098137943.1 97.9 1 302 1 302 1.21e-225 612 WP_105371864.1 WP_105371864.1 92.1 1 253 1 253 1.53e-174 479 QJA13926.1 QJA13926.1 89.0 1 54 1 54 1.18e-31 102 HCN70936.1 HCN70936.1 88.5 1 388 1 388 1.21e-257 700 WP_099639594.1 WP_099639594.1 95.5 1 125 1 125 9.80e-88 249 KAH7160752.1 KAH7160752.1 95.2 1 2016 1 2016 0.0 3933 CAA2616064.1 CAA2616064.1 97.2 1 161 1 161 6.50e-117 325 THZ10219.1 THZ10219.1 92.4 1 175 1 175 8.30e-120 334 WP_273946616.1 WP_273946616.1 97.9 1 362 1 362 3.58e-271 732 MCI7704736.1 WP_150461480.1 40.6 34 283 29 276 1.77e-53 174 MCI7704736.1 EGY4555186.1 42.3 25 291 27 299 1.27e-63 201 MCI7704736.1 WP_152046331.1 40.4 24 290 23 288 1.98e-57 184 MCI7704736.1 MCI7704736.1 91.5 1 293 1 293 2.11e-201 550 OQP53277.1 OQP53277.1 95.8 1 74 1 74 5.53e-50 149 KAJ7660540.1 KAJ7660540.1 94.4 1 171 1 171 4.31e-120 334 XP_049776195.1 XP_049776195.1 89.2 1 948 1 948 0.0 1719 WP_235374454.1 WP_235374454.1 99.0 1 1049 1 1049 0.0 2142 MBU4557481.1 MBU4557481.1 87.1 1 243 1 243 1.97e-156 432 WP_152718850.1 WP_152718850.1 98.3 1 1137 1 1137 0.0 2303 CCD45280.1 CCD45280.1 100 1 511 1 511 0.0 1060 MCB2198743.1 MCB2198743.1 97.8 1 387 1 387 3.85e-290 782 WP_032993387.1 WP_032993387.1 96.2 1 476 1 476 0.0 942 WP_032993387.1 MBQ2317532.1 22.0 354 455 20 150 2.42e-03 37.0 WP_104329329.1 WP_104329329.1 94.8 1 342 1 342 3.06e-246 667 WP_252264110.1 WP_252264110.1 100 1 181 1 181 9.32e-138 380 UCF22071.1 UCF22071.1 94.1 1 377 1 377 1.35e-269 729 WP_276234417.1 WP_276234417.1 95.9 1 569 1 569 0.0 1122 WP_210363492.1 WP_210363492.1 95.0 1 288 1 288 4.66e-207 564 HJC81763.1 WP_131055803.1 41.6 4 468 5 467 1.58e-109 331 HJC81763.1 HJC81763.1 100 1 474 1 474 0.0 986 MBQ9697149.1 MBS0359667.1 18.2 35 340 22 379 9.67e-11 60.8 MBQ9697149.1 MBQ9697149.1 92.5 1 358 1 358 1.41e-250 680 WP_121369366.1 WP_121369366.1 91.1 1 153 1 153 3.14e-102 288 RHQ28634.1 RHQ28634.1 94.4 1 1389 1 1389 0.0 2687 XP_052906513.1 XP_052906513.1 99.2 1 288 1 288 3.46e-218 592 ONM12286.1 ONM12286.1 98.5 1 331 1 331 2.34e-249 674 RIK81456.1 RIK81456.1 99.2 1 759 1 759 0.0 1555 AFP41217.1 AFP41217.1 90.4 1 220 1 220 6.75e-148 409 SQC43367.1 SQC43367.1 95.7 1 92 1 92 2.60e-63 184 MCD8323718.1 WP_089109701.1 33.1 4 246 3 245 3.29e-36 127 MCD8323718.1 MCD8323718.1 94.5 1 256 1 256 2.28e-182 499 MBE6889650.1 MBE6889650.1 90.8 1 230 1 230 1.21e-155 429 WP_099922565.1 WP_099922565.1 91.9 1 287 1 287 2.99e-198 541 WP_102140144.1 WP_102140144.1 99.7 1 279 1 279 1.07e-212 577 MCB0174630.1 MCB0174630.1 93.8 1 516 1 516 0.0 993 XP_021727484.1 KAJ1283197.1 39.5 35 334 42 343 6.27e-63 202 XP_021727484.1 XP_021727484.1 96.6 1 335 1 335 8.78e-247 668 MBR1383934.1 MBR1383934.1 96.2 1 230 1 230 4.44e-167 458 MCF8391604.1 WP_244349102.1 44.2 1 436 1 485 1.59e-126 374 MCF8391604.1 MCF8391604.1 95.9 1 442 1 442 0.0 873 XP_033082621.1 XP_033082621.1 95.9 1 320 1 320 2.03e-233 633 SHM84371.1 SHM84371.1 95.0 1 522 1 522 0.0 1019 KAH9439214.1 KAH9439214.1 92.9 1 1246 1 1246 0.0 2366 CAA9477187.1 CAA9477187.1 85.7 1 84 1 84 1.13e-49 149 TMQ35121.1 TMQ35121.1 87.8 1 70 1 70 7.30e-42 129 MBV8739832.1 MBV8739832.1 91.4 1 77 1 77 3.97e-49 147 WP_165801127.1 WP_165801127.1 96.7 1 88 1 88 3.79e-61 179 WP_114947928.1 TVO55343.1 45.6 12 427 33 453 1.50e-112 339 WP_114947928.1 WP_114947928.1 91.6 1 464 1 464 0.0 869 CAE6513018.1 CAE6513018.1 96.4 1 878 1 878 0.0 1739 WP_010299410.1 WP_010299410.1 100 1 79 1 79 1.84e-57 169 MXS72767.1 WP_129053209.1 27.2 15 865 7 857 2.98e-95 316 MXS72767.1 MXS72767.1 97.2 1 865 1 865 0.0 1730 MCI9320818.1 MBD5153813.1 46.3 1 198 1 202 2.61e-53 168 MCI9320818.1 WP_079396843.1 47.0 1 199 1 199 8.14e-54 169 MCI9320818.1 WP_197744369.1 45.7 2 199 4 205 3.56e-52 165 MCI9320818.1 MCI9320818.1 97.2 1 207 1 207 7.76e-152 417 MBK6509184.1 WP_255073759.1 44.4 6 542 8 547 3.79e-140 419 MBK6509184.1 MVA71646.1 39.0 4 552 9 558 1.25e-116 357 MBK6509184.1 MBK6509184.1 89.7 1 590 1 590 0.0 1079 HAW15717.1 HAW15717.1 92.0 1 947 1 947 0.0 1779 QGZ94761.1 QGZ94761.1 95.9 1 191 1 191 2.85e-137 379 WP_031876812.1 WP_031876812.1 96.1 1 388 1 388 1.28e-284 768 CAI2192293.1 CAI2192293.1 90.2 1 409 1 409 5.79e-278 753 QQR61334.1 QQR61334.1 95.8 1 193 1 193 1.41e-138 383 CAH3164498.1 CAH3164498.1 98.0 1 299 1 299 1.86e-223 606 WP_131506707.1 WP_131506707.1 100 1 731 1 731 0.0 1525 WP_229055514.1 WP_229055514.1 98.4 1 157 1 157 1.13e-115 322 WP_070443635.1 WP_070443635.1 95.7 1 241 1 241 3.51e-174 477 WP_015957503.1 WP_015957503.1 96.0 1 632 1 632 0.0 1248 WP_117183207.1 WP_223565913.1 52.5 12 398 11 399 2.44e-129 376 WP_117183207.1 WP_117183207.1 98.1 1 404 1 404 4.82e-304 819 WP_199911565.1 WP_199911565.1 99.4 1 551 1 551 0.0 1132 SON95852.1 SON95852.1 94.2 1 72 1 72 1.89e-47 143 AAV77137.1 AAV77137.1 96.3 1 377 1 377 4.58e-277 748 MBU7572244.1 MBU7572244.1 96.9 1 161 1 161 1.87e-116 324 WP_110005820.1 WP_110005820.1 88.7 1 174 1 174 3.94e-113 317 XP_021713690.1 XP_021713690.1 97.1 1 414 1 414 5.69e-308 830 OGH56711.1 OGH56711.1 93.9 1 364 1 364 2.28e-259 702 WP_011965948.1 WP_011965948.1 100 1 148 1 148 9.50e-115 319 WP_240469694.1 WP_240469694.1 97.0 1 429 1 429 1.37e-318 858 MBQ4570877.1 MBQ4570877.1 97.3 1 937 1 937 0.0 1877 XP_007323069.1 XP_007323069.1 95.5 1 195 1 195 1.40e-139 385 WP_126255586.1 WP_126255586.1 91.6 1 202 1 202 1.62e-137 381 MBF6603381.1 MBF6603381.1 97.2 1 312 1 312 4.26e-231 627 MBA3289554.1 MBA3289554.1 94.8 1 84 1 84 1.08e-56 167 WP_212377792.1 WP_212377792.1 91.9 1 144 1 144 4.94e-97 274 KAJ0239815.1 KAJ0239815.1 97.6 1 398 1 398 1.53e-297 802 KFP59321.1 KFP59321.1 95.4 1 560 1 560 0.0 1098 MCA9949067.1 MCA9949067.1 96.0 1 151 1 151 1.24e-107 301 WP_229048323.1 WP_229048323.1 97.8 1 687 1 687 0.0 1385 WP_138447205.1 WP_138447205.1 97.4 1 171 1 171 8.08e-125 346 PJC69268.1 PJC69268.1 97.7 1 219 1 219 8.35e-162 444 WP_094207656.1 WP_094207656.1 98.0 1 239 1 239 1.33e-177 485 XP_032812066.1 XP_032812066.1 98.5 1 243 1 243 6.85e-182 496 XP_005720745.1 XP_005720745.1 97.1 1 344 1 344 3.62e-255 690 WP_138289979.1 WP_138289979.1 93.0 1 616 1 616 0.0 1174 WP_138289979.1 WP_274285032.1 53.0 3 468 15 474 5.91e-156 455 KAJ6676972.1 KAJ6676972.1 94.8 1 662 1 662 0.0 1288 MBT6370142.1 MBT6370142.1 95.3 1 189 1 189 9.56e-135 373 KVK44743.1 MBE1289959.1 66.0 1 61 4 63 2.11e-23 82.0 KVK44743.1 KVK44743.1 90.6 1 64 1 64 1.89e-39 122 WP_271960159.1 KAA0234643.1 46.0 60 1016 23 928 1.61e-268 774 WP_271960159.1 WP_271960159.1 99.6 1 1016 1 1016 0.0 2089 WP_072974645.1 WP_072974645.1 97.7 1 236 1 236 8.31e-175 478 WP_071809692.1 WP_071809692.1 91.3 1 157 1 157 2.66e-105 296 EGR0469058.1 EGR0469058.1 100 1 149 1 149 8.11e-112 311 WP_199497249.1 WP_199497249.1 93.1 1 231 1 231 2.98e-161 443 WP_109900609.1 WP_109900609.1 95.6 1 513 1 513 0.0 1008 MBU6501496.1 RGG06187.1 21.5 56 480 44 461 2.91e-24 103 MBU6501496.1 MCQ2587557.1 20.0 29 475 21 471 4.51e-21 94.4 MBU6501496.1 EIO1807611.1 29.8 6 480 14 474 3.02e-61 207 MBU6501496.1 MBU6501496.1 92.2 1 499 1 499 0.0 942 CAD7420625.1 CAD7420625.1 97.5 1 173 1 173 1.98e-126 350 XP_055449440.1 XP_055449440.1 99.4 1 421 1 421 0.0 866 WP_070770047.1 MBE6348968.1 46.0 495 1163 5 676 5.72e-180 544 WP_070770047.1 WP_012573472.1 56.5 6 1173 12 1180 0.0 1231 WP_070770047.1 NJD91181.1 47.8 83 1171 1 1100 0.0 936 WP_070770047.1 WP_070770047.1 95.8 1 1230 1 1230 0.0 2417 WP_070770047.1 WP_156009076.1 65.6 1 1181 1 1185 0.0 1498 MBK8529220.1 MBK8529220.1 95.6 1 171 1 171 6.38e-122 339 WP_239984652.1 WP_239984652.1 94.6 1 177 1 177 8.97e-125 347 MBR0417215.1 MBR0417215.1 96.7 1 181 1 181 3.37e-131 363 MCD8297279.1 MCD8297279.1 95.5 1 946 1 946 0.0 1853 XP_033559743.1 XP_033559743.1 100 1 224 1 224 1.24e-170 466 MBE6139600.1 MBE6139600.1 89.5 1 776 1 776 0.0 1414 MBE6139600.1 SCX00186.1 24.7 466 756 30 339 2.34e-23 100 MBE6139600.1 MCL2039304.1 30.5 462 752 6 306 1.76e-36 138 MBE6139600.1 WP_131001993.1 25.6 463 739 11 287 4.78e-22 96.3 AEF02257.1 AEF02257.1 95.1 1 126 1 126 5.23e-88 249 MCL7045034.1 MCL7045034.1 90.6 1 151 1 151 3.68e-100 282 XP_019019020.1 XP_019019020.1 96.7 1 623 1 623 0.0 1241 WP_213520007.1 QUL58516.1 37.9 18 295 1 281 1.18e-54 177 WP_213520007.1 WP_213520007.1 94.5 1 302 1 302 3.44e-216 588 XP_039699416.1 XP_039699416.1 97.1 1 373 1 373 9.59e-277 747 WP_112530108.1 WP_112530108.1 95.1 1 290 1 290 8.06e-209 568 XP_045648298.1 XP_045648298.1 95.8 1 309 1 309 8.53e-225 610 RYH76248.1 RYH76248.1 94.6 1 279 1 279 1.38e-199 544 AGB19176.1 AGB19176.1 95.1 1 225 1 225 5.40e-161 442 KUI47647.1 KUI47647.1 98.7 1 73 1 73 3.10e-51 152 NWV34805.1 NWV34805.1 98.3 1 976 1 976 0.0 1976 KEP75282.1 MBL7705960.1 58.9 11 188 7 184 1.31e-66 201 KEP75282.1 KEP75282.1 94.3 1 193 1 193 5.50e-136 376 WP_266441326.1 WP_266441326.1 95.6 1 493 1 493 0.0 969 PPU96251.1 PPU96251.1 90.7 1 75 1 75 3.32e-47 142 WP_258598016.1 WP_258598016.1 96.8 1 321 1 321 6.85e-237 642 WP_107021410.1 WP_107021410.1 92.0 1 240 1 240 3.21e-165 454 MBQ8064675.1 MBQ8064675.1 91.3 1 300 1 300 6.83e-206 562 WP_087299666.1 WP_087299666.1 99.8 1 201 1 201 4.89e-152 417 WP_134667128.1 WP_134667128.1 94.2 1 74 1 74 6.48e-49 147 MBI4875790.1 ECA9858842.1 33.4 29 394 26 383 2.30e-57 191 MBI4875790.1 MBI4875790.1 100 1 405 1 405 1.70e-318 855 WP_196222422.1 WP_196222422.1 93.6 1 205 1 205 1.62e-143 396 MBT3564223.1 MBT3564223.1 100 1 572 1 572 0.0 1195 SBS78954.1 SBS78954.1 93.0 1 111 1 111 9.23e-75 215 MBN2371430.1 MBN2371430.1 95.9 1 379 1 379 3.77e-277 749 WP_219287479.1 WP_219287479.1 95.9 1 302 1 302 5.31e-220 598 WP_175630420.1 WP_175630420.1 95.9 1 157 1 157 5.18e-112 313 HAA51207.1 HAA51207.1 98.8 1 345 1 345 4.44e-261 705 XP_001681736.1 XP_001681736.1 98.8 1 343 1 343 1.27e-259 701 WP_282575598.1 WP_282575598.1 87.9 1 241 1 241 8.38e-157 433 WP_252418399.1 WP_252418399.1 90.1 1 259 1 259 3.44e-174 478 UYE59123.1 UGY43725.1 74.8 1 416 1 419 6.64e-226 622 UYE59123.1 UYE59123.1 78.5 1 416 1 416 3.96e-238 653 MCO5330244.1 MCO5330244.1 88.8 1 428 1 428 1.50e-285 774 KAI7478392.1 KAI7478392.1 88.8 1 165 1 165 3.56e-107 301 WP_065888604.1 WP_099529629.1 40.7 4 221 7 225 1.11e-46 154 WP_065888604.1 WP_065888604.1 96.4 1 247 1 247 4.44e-180 492 WP_277412281.1 WP_277412281.1 97.5 1 241 1 241 3.81e-178 487 MBR6382124.1 MBR6382124.1 93.1 1 178 1 178 4.61e-123 342 WP_064962354.1 WP_064962354.1 94.8 1 454 1 454 0.0 884 MAD47294.1 WP_274885772.1 33.6 31 554 34 588 6.28e-91 290 MAD47294.1 MAD47294.1 92.2 1 577 1 577 0.0 1089 NRJ54907.1 MCB3018266.1 86.3 1 266 1 267 2.77e-170 469 NRJ54907.1 NRJ54907.1 88.5 1 266 1 266 3.55e-175 481 WP_062336768.1 WP_062336768.1 89.4 1 186 1 186 1.71e-122 342 KAF9035758.1 KAF9035758.1 95.6 1 425 1 425 2.43e-310 837 MSW56406.1 MSW56406.1 89.3 1 68 1 68 1.82e-41 127 MCC6537716.1 MCC6537716.1 88.0 1 200 1 200 1.67e-129 360 WP_277778661.1 WP_277778661.1 97.5 1 115 1 115 2.06e-82 234 WP_262615610.1 WP_262615610.1 97.1 1 286 1 286 3.05e-211 574 WP_135771669.1 WP_135771669.1 99.1 1 414 1 414 1.93e-315 848 CDX53829.1 CDX53829.1 93.9 1 278 1 278 7.09e-197 537 TXH71851.1 TXH71851.1 97.8 1 37 1 37 5.72e-23 79.0 XP_055095726.1 XP_055095726.1 92.5 1 660 1 660 0.0 1249 WP_209402264.1 WP_209402264.1 98.5 1 237 1 237 2.30e-177 484 MBK6277277.1 MBK6277277.1 92.2 1 179 1 179 2.88e-122 340 WP_064229784.1 WP_064229784.1 98.8 1 211 1 211 5.91e-158 433 EGQ64116.1 EGQ64116.1 97.3 1 247 1 247 3.26e-182 498 WP_271145842.1 WP_271145842.1 95.1 1 263 1 263 5.39e-189 516 WP_176051587.1 MBS9779527.1 45.4 3 324 2 338 1.64e-89 270 WP_176051587.1 WP_176051587.1 90.9 1 338 1 338 3.91e-231 629 WP_076519206.1 WP_076519206.1 90.7 1 665 1 665 0.0 1231 KAI9912466.1 KAI9912466.1 98.1 1 374 1 374 5.59e-281 758 WP_165687160.1 WP_165687160.1 92.5 1 380 1 380 3.84e-266 721 WP_064600084.1 WP_064600084.1 92.1 1 117 1 117 4.46e-78 224 MBE6702431.1 MBE6702431.1 95.3 1 121 1 121 1.65e-84 240 MCR4890737.1 MCR4890737.1 90.2 1 423 1 423 1.06e-287 779 WP_046778966.1 WP_097382902.1 37.2 1 319 1 309 3.73e-61 196 WP_046778966.1 WP_046778966.1 92.8 1 319 1 319 1.52e-223 608 WP_255401854.1 WP_255401854.1 95.9 1 249 1 249 1.27e-180 494 WP_226831475.1 WP_226831475.1 96.2 1 51 1 51 5.81e-33 105 MBP7746105.1 MBR6406611.1 25.8 193 785 40 638 9.63e-57 205 MBP7746105.1 PKO20637.1 31.7 279 822 5 477 4.81e-79 261 MBP7746105.1 MBP7746105.1 100 1 828 1 828 0.0 1728 NCS37471.1 NCS37471.1 94.2 1 875 1 875 0.0 1689 XP_047790709.1 XP_047790709.1 92.7 1 497 1 497 0.0 944 WP_250427403.1 WP_250427403.1 96.1 1 355 1 355 3.95e-260 704 MCI8393530.1 MCI8393530.1 97.0 1 300 1 300 1.93e-221 601 GHT88678.1 GHT88678.1 90.2 1 1024 1 1024 0.0 1882 MCP4788584.1 WP_185218257.1 29.5 26 422 26 448 1.48e-52 182 MCP4788584.1 MCP4788584.1 99.4 1 471 1 471 0.0 969 MCA9900904.1 MCA9900904.1 95.7 1 138 1 138 1.56e-97 275 WP_093172109.1 WP_093172109.1 94.2 1 156 1 156 7.67e-109 305 NCB77646.1 NCB77646.1 98.3 1 416 1 416 7.56e-314 845 WP_098515742.1 MBQ1311177.1 18.1 5 266 6 293 2.29e-07 49.7 WP_098515742.1 WP_019616094.1 19.2 7 249 12 289 3.85e-09 55.1 WP_098515742.1 WP_098515742.1 95.9 1 287 1 287 6.39e-209 568 XP_048796933.1 XP_048796933.1 100 1 1303 1 1303 0.0 2695 MBR4275022.1 MBR4275022.1 95.3 1 696 1 696 0.0 1363 XP_020736247.1 XP_020736247.1 92.5 1 89 1 89 1.60e-58 172 XP_039660068.1 XP_039660068.1 96.9 1 820 1 820 0.0 1634 KAJ2633851.1 KAJ2633851.1 94.5 1 792 1 792 0.0 1535 WP_066708699.1 MBL0087235.1 69.6 1 296 1 296 5.59e-144 405 WP_066708699.1 WP_066708699.1 95.1 1 298 1 298 8.43e-215 584 MBW4485777.1 MBW4485777.1 92.8 1 162 1 162 4.38e-111 311 WP_103963736.1 WP_103963736.1 94.5 1 329 1 329 1.05e-235 640 MBQ69096.1 MBQ69096.1 93.1 1 294 1 294 1.50e-206 563 MBR7027046.1 MBR7027046.1 88.6 1 71 1 71 4.71e-43 132 WP_062689758.1 WP_062689758.1 90.5 1 291 1 291 2.36e-197 540 MBE6812365.1 MBE6812365.1 97.5 1 306 1 306 2.46e-227 617 NWX34570.1 NWX34570.1 99.4 1 529 1 529 0.0 1087 MBM7494038.1 MBM7494038.1 95.5 1 102 1 102 1.27e-70 204 WP_273138110.1 WP_273138110.1 95.2 1 290 1 290 2.81e-209 570 MCG6876547.1 MCG6876547.1 90.8 1 714 1 714 0.0 1323 WP_151856261.1 WP_151856261.1 90.4 1 336 1 336 2.63e-228 622 XP_001454078.1 XP_001454078.1 93.1 1 630 1 630 0.0 1201 KZD01260.1 KZD01260.1 96.0 1 176 1 176 2.48e-126 350 MBI0103662.1 MBQ3724833.1 45.4 4 693 11 702 3.40e-189 552 MBI0103662.1 MBI0103662.1 92.8 1 704 1 704 0.0 1338 MCC5806595.1 MCC5806595.1 96.0 1 496 1 496 0.0 981 RLE74569.1 MCD6156803.1 56.7 1 159 1 158 2.56e-55 172 RLE74569.1 RLE74569.1 94.9 1 207 1 207 2.05e-147 406 KAG5313265.1 KAG5313265.1 96.9 1 794 1 794 0.0 1583 CAF5110230.1 CAF5110230.1 97.1 1 120 1 120 9.23e-86 243 MBD5168133.1 MBD5168133.1 97.0 1 96 1 96 1.86e-67 195 QNU41032.1 XP_052288270.1 23.4 170 787 158 776 3.41e-46 177 QNU41032.1 QNU41032.1 95.4 1 941 1 941 0.0 1843 WP_190594466.1 WP_190594466.1 95.0 1 61 1 61 7.62e-40 123 WP_015275782.1 WP_015275782.1 97.0 1 112 1 112 1.30e-79 227 CCO02790.1 CCO02790.1 94.9 1 166 1 166 3.31e-117 327 VVC94919.1 VVC94919.1 96.7 1 402 1 402 2.98e-297 801 WP_147958553.1 WP_147958553.1 94.8 1 387 1 387 2.56e-279 755 GMH49846.1 GMH49846.1 92.9 1 1789 1 1789 0.0 3394 NJP33277.1 NJP33277.1 92.2 1 292 1 292 1.67e-202 553 WP_227059655.1 RUU66461.1 47.3 224 616 2 377 3.05e-109 332 WP_227059655.1 MBU5353226.1 51.3 317 579 4 265 5.82e-78 248 WP_227059655.1 GLY24463.1 44.9 17 311 4 309 1.54e-75 243 WP_227059655.1 WP_008470196.1 30.6 14 274 6 244 2.70e-31 120 WP_227059655.1 QCM13287.1 38.7 16 278 8 258 3.62e-49 171 WP_227059655.1 WP_142931103.1 25.0 42 549 25 474 3.95e-45 165 WP_227059655.1 WP_227059655.1 94.2 1 627 1 627 0.0 1211 WP_227059655.1 MBQ3864274.1 46.0 320 593 9 283 5.86e-69 225 WP_227059655.1 WP_192324556.1 59.3 10 621 3 622 1.26e-247 694 MBN4261164.1 MBN4261164.1 100 1 12 1 12 8.05e-06 34.3 KHO46355.1 KHO46355.1 98.8 1 209 1 209 2.41e-156 429 EXK83554.1 EXK83554.1 98.7 1 344 1 344 4.79e-260 702 MCH5225744.1 MCH5225744.1 100 1 139 1 139 9.73e-106 295 WP_257939681.1 WP_257939681.1 97.2 1 421 1 421 1.12e-313 845 KAI8972608.1 KAI8972608.1 92.3 1 298 1 298 5.01e-207 565 WP_253630899.1 WP_125555296.1 28.5 41 493 6 516 8.50e-61 207 WP_253630899.1 WP_275700896.1 27.9 84 394 45 327 3.13e-31 123 WP_253630899.1 VJO49958.1 28.0 44 513 10 525 3.07e-59 203 WP_253630899.1 WP_253630899.1 99.8 1 523 1 523 0.0 1079 WP_167581056.1 WP_167581056.1 89.9 1 593 1 593 0.0 1087 WP_209095964.1 WP_209095964.1 96.8 1 338 1 338 1.41e-249 676 WP_058561589.1 WP_255657767.1 29.6 6 203 8 202 7.05e-22 88.2 WP_058561589.1 WP_058561589.1 92.9 1 222 1 222 3.11e-154 425 MCA9255001.1 MCA9255001.1 99.3 1 333 1 333 2.09e-253 685 WP_204287739.1 WP_204287739.1 95.6 1 258 1 258 1.43e-186 509 WP_065148066.1 WP_123363258.1 53.8 34 220 28 206 7.31e-61 189 WP_065148066.1 WP_065148066.1 100 1 241 1 241 3.68e-185 504 WP_098191572.1 WP_098191572.1 96.2 1 971 1 971 0.0 1920 HDZ48353.1 HDZ48353.1 96.2 1 310 1 310 6.76e-227 616 WP_271243471.1 WP_110358640.1 85.8 26 357 1 332 4.28e-211 579 WP_271243471.1 WP_271243471.1 98.0 1 357 1 357 7.76e-268 723 WP_166360839.1 WP_166360839.1 98.2 1 259 1 259 2.13e-193 527 WP_137144119.1 WP_137144119.1 93.4 1 261 1 261 2.02e-183 502 MBW4512449.1 MBW4512449.1 94.2 1 61 1 61 2.19e-39 122 GJD18679.1 GJD18679.1 94.4 1 388 1 388 1.13e-278 753 WP_099912534.1 MBI1424129.1 53.8 1 413 1 409 1.72e-142 411 WP_099912534.1 WP_099912534.1 95.1 1 421 1 421 1.91e-305 824 WP_179915466.1 WP_179915466.1 99.6 1 195 1 195 4.73e-147 404 MCL1962319.1 MCL1962319.1 94.1 1 106 1 106 3.56e-72 208 GKN74270.1 GKN74270.1 92.2 1 247 1 247 1.26e-170 468 WP_106777349.1 WP_106777349.1 94.1 1 115 1 115 9.43e-79 225 NQT76827.1 NQT76827.1 98.8 1 164 1 164 1.53e-121 337 WP_274910452.1 WP_208665977.1 23.4 80 1091 115 1166 9.38e-85 297 WP_274910452.1 WP_274910452.1 95.4 1 1109 1 1109 0.0 2171 WP_208884269.1 WP_208884269.1 94.5 1 202 1 202 5.25e-143 395 XP_049178823.1 XP_049178823.1 88.9 1 248 1 248 9.82e-164 451 WP_050657700.1 WP_050657700.1 100 1 246 1 246 2.50e-190 518 WP_173991185.1 KAF9419545.1 38.3 6 469 14 477 4.89e-95 294 WP_173991185.1 WP_173991185.1 94.7 1 486 1 486 0.0 945 OJW72254.1 OJW72254.1 96.5 1 579 1 579 0.0 1150 EFG1511687.1 EFG1511687.1 99.9 1 240 1 240 1.33e-182 498 KAF2864190.1 KAF2864190.1 97.5 1 429 1 429 0.0 863 KPU83403.1 KPU83403.1 91.3 1 168 1 168 5.05e-113 316 WP_279687934.1 WP_279687934.1 96.1 1 410 1 410 3.01e-301 812 MCS5932532.1 MCS5932532.1 98.0 1 134 1 134 1.64e-97 274 WP_106546380.1 MBD2210269.1 58.3 1 505 1 505 2.79e-196 555 WP_106546380.1 WP_106546380.1 96.0 1 508 1 508 0.0 1003 WP_231085688.1 WP_231085688.1 92.0 1 400 1 400 2.02e-278 754 WP_033131454.1 WP_033131454.1 100 1 131 1 131 9.22e-98 275 WP_164228299.1 WP_164228299.1 93.0 1 54 1 54 1.22e-33 107 WP_249510290.1 WP_249510290.1 95.8 1 586 1 586 0.0 1155 CAF0807478.1 CAF0807478.1 97.4 1 368 1 368 3.60e-274 740 WP_119344914.1 WP_047594685.1 27.5 45 697 106 799 7.94e-78 264 WP_119344914.1 WP_119344914.1 96.8 1 705 1 705 0.0 1405 WP_020497701.1 WP_020497701.1 97.4 1 140 1 140 2.79e-101 284 UNP33456.1 ADJ57888.1 80.4 9 311 1 303 1.70e-176 491 UNP33456.1 BAI82636.1 79.6 72 277 1 206 8.31e-116 331 UNP33456.1 QYT38722.1 45.3 72 290 40 260 4.08e-55 178 UNP33456.1 AXB40829.1 77.9 11 311 2 302 1.69e-168 470 UNP33456.1 UNP33456.1 98.5 1 312 1 312 6.57e-235 636 KAE8355151.1 EJG1264510.1 24.5 104 523 45 444 3.82e-34 132 KAE8355151.1 XP_023028205.1 19.2 108 515 37 431 7.44e-16 78.2 KAE8355151.1 KAE8355151.1 97.6 1 544 1 544 0.0 1095 WP_026718622.1 WP_026718622.1 96.2 1 249 1 249 3.12e-181 495 XP_028939562.1 XP_028939562.1 97.7 1 349 1 349 8.62e-261 705 NRB18267.1 WP_244200682.1 50.0 14 302 4 299 5.25e-90 270 NRB18267.1 NRB18267.1 100 1 324 1 324 5.97e-253 683 WP_041710957.1 CDZ73727.1 21.2 3 153 1 184 4.72e-06 46.6 WP_041710957.1 WP_014657023.1 21.4 34 465 34 513 4.45e-28 116 WP_041710957.1 WP_105160947.1 26.0 7 491 7 527 2.15e-50 181 WP_041710957.1 OQA35671.1 25.2 14 487 12 526 3.17e-46 170 WP_041710957.1 MCH5231772.1 23.2 3 487 1 523 1.14e-38 147 WP_041710957.1 WP_041710957.1 93.8 1 556 1 556 0.0 1070 WP_041710957.1 WP_173040157.1 23.3 3 468 4 479 1.04e-34 136 WP_164942207.1 WP_164942207.1 96.9 1 141 1 141 2.11e-101 285 WP_169394925.1 WP_169394925.1 92.2 1 319 1 319 7.23e-222 604 WP_200037957.1 WP_200037957.1 93.6 1 1380 1 1380 0.0 2642 AUW90066.1 AUW90066.1 97.8 1 169 1 169 5.70e-124 344 MBE0362647.1 MBE0362647.1 95.2 1 101 1 101 1.38e-69 201 EET4312562.1 EET4312562.1 94.4 1 572 1 572 0.0 1109 WP_179444023.1 WP_179444023.1 94.6 1 259 1 259 7.35e-185 505 CAH8385548.1 CAH8385548.1 93.2 1 80 1 80 1.52e-52 156 XP_046441060.1 XP_020321477.1 46.0 54 868 46 791 4.70e-228 660 XP_046441060.1 PKU40490.1 54.0 59 244 14 201 5.17e-56 190 XP_046441060.1 XP_046441060.1 89.3 1 868 1 868 0.0 1578 CAH9078713.1 CAH9078713.1 92.8 1 262 1 262 1.26e-182 500 WP_268012811.1 WP_268012811.1 98.7 1 108 1 108 3.26e-78 223 PIY03328.1 PIY03328.1 95.2 1 69 1 69 7.32e-46 139 HIA35646.1 HIA35646.1 97.2 1 601 1 601 0.0 1204 WP_103216576.1 WP_103216576.1 96.5 1 426 1 426 1.42e-314 847 XP_037827647.1 XP_037827647.1 96.1 1 690 1 690 0.0 1363 WP_073312722.1 WP_073312722.1 95.5 1 353 1 353 1.08e-256 695 MAR88726.1 MAR88726.1 94.9 1 210 1 210 1.33e-149 412 KAF0756529.1 KAF0756529.1 97.9 1 210 1 210 2.14e-155 427 MBU2271834.1 KAA0015115.1 27.1 3 282 22 294 3.80e-27 106 MBU2271834.1 MBU2271834.1 98.2 1 306 1 306 1.80e-229 622 CEH30391.1 CEH30391.1 94.6 1 509 1 509 0.0 989 WP_162756046.1 WP_162756046.1 98.4 1 677 1 677 0.0 1374 WP_271629396.1 WP_271629396.1 95.6 1 375 1 375 2.53e-273 739 EBU9231875.1 HJE10580.1 53.0 6 418 11 420 1.63e-139 404 EBU9231875.1 EBU9231875.1 96.7 1 420 1 420 1.16e-310 837 WP_169053012.1 WP_169053012.1 93.0 1 184 1 184 2.75e-127 353 WP_223695792.1 WP_223695792.1 96.0 1 1178 1 1178 0.0 2321 WP_092696504.1 WP_092696504.1 96.5 1 188 1 188 3.76e-136 376 WP_014814721.1 WP_014814721.1 92.1 1 457 1 457 2.58e-319 862 KAG2712649.1 KAG2712649.1 94.5 1 921 1 921 0.0 1785 WP_045961551.1 WP_045961551.1 93.4 1 196 1 196 1.20e-136 378 WP_166690114.1 WP_166690114.1 94.2 1 78 1 78 7.62e-52 154 MBQ8778157.1 MBQ8778157.1 96.0 1 397 1 397 7.23e-291 785 MBR5140322.1 MCI8272365.1 31.8 6 163 1 159 1.23e-19 80.1 MBR5140322.1 MBR5140322.1 89.3 1 171 1 171 5.21e-112 314 WP_078747788.1 WP_078747788.1 79.3 1 224 1 224 1.19e-127 358 GAA38267.2 KAH8394604.1 29.1 248 487 12 251 2.39e-25 103 GAA38267.2 XP_011822310.1 39.3 259 487 38 273 4.59e-45 157 GAA38267.2 GAA38267.2 100 1 492 1 492 0.0 1028 WP_169999893.1 WP_169999893.1 95.5 1 237 1 237 1.18e-170 468 MCI5668237.1 MCI5668237.1 99.7 1 352 1 352 2.23e-269 727 MCI5668237.1 WP_272896519.1 58.7 314 348 1 35 1.32e-06 43.1 WP_145141753.1 WP_145141753.1 99.7 1 302 1 302 1.13e-230 625 WP_149397594.1 WP_139032727.1 35.8 1 539 3 558 1.36e-102 320 WP_149397594.1 WP_149397594.1 92.3 1 565 1 565 0.0 1068 XP_020949431.1 XP_020949431.1 96.7 1 100 1 100 3.14e-70 202 WP_254406115.1 WP_254406115.1 90.8 1 333 1 333 1.71e-227 619 MBB2072367.1 MBB2072367.1 100 1 17 1 17 6.14e-09 42.4 WP_194546214.1 WP_194546214.1 93.4 1 169 1 169 4.16e-117 327 WP_267353308.1 WP_267353308.1 97.6 1 542 1 542 0.0 1091 XP_029860665.1 XP_029860665.1 87.7 1 772 1 772 0.0 1374 WP_137264191.1 WP_137264191.1 96.2 1 401 1 401 1.53e-294 795 WP_227413069.1 WP_227413069.1 96.6 1 116 1 116 3.15e-82 234 MBU2643279.1 MBU2643279.1 97.6 1 246 1 246 3.01e-182 498 WP_021391773.1 WP_021391773.1 94.9 1 416 1 416 6.84e-301 812 MCH7812019.1 MCH7812019.1 94.7 1 453 1 453 0.0 882 MBQ3958696.1 MBQ3958696.1 95.1 1 289 1 289 3.04e-208 567 WP_017034258.1 WP_017034258.1 98.3 1 57 1 57 1.37e-38 119 WP_257733866.1 WP_257733866.1 96.1 1 228 1 228 2.57e-165 453 HBR2011202.1 HBR2011202.1 97.4 1 404 1 404 1.32e-301 813 WP_053594912.1 WP_053594912.1 92.6 1 142 1 142 1.73e-96 272 DAS28513.1 DAS28513.1 96.0 1 46 1 46 3.90e-29 95.1 WP_075938258.1 WP_075938258.1 96.2 1 198 1 198 3.87e-143 395 CAD6215318.1 CAD6215318.1 100 1 162 1 162 2.98e-127 352 KAH9898930.1 KAH9898930.1 95.2 1 98 1 98 2.15e-67 195 MBK7764469.1 MBK7764469.1 94.4 1 96 1 96 3.61e-65 189 NXV43694.1 NXV43694.1 95.8 1 86 1 86 6.39e-59 173 MCH8328754.1 WP_127979673.1 46.1 5 229 1 224 1.35e-59 186 MCH8328754.1 MCH8328754.1 95.4 1 239 1 239 5.82e-172 471 WP_256153163.1 WP_256153163.1 99.9 1 81 1 81 2.58e-58 171 MBS0394142.1 MBS0394142.1 96.4 1 348 1 348 6.03e-256 692 MCS7028162.1 MCS7028162.1 99.6 1 487 1 487 0.0 1003 WP_255602293.1 WP_226276978.1 38.5 13 528 5 495 1.19e-107 329 WP_255602293.1 WP_197332010.1 32.7 12 528 4 503 4.77e-81 260 WP_255602293.1 WP_255602293.1 94.0 1 535 1 535 0.0 1031 WP_255602293.1 RQL72805.1 36.6 29 532 21 503 2.44e-96 300 KAJ0315765.1 KAJ0315765.1 96.9 1 572 1 572 0.0 1141 WP_237526657.1 WP_237526657.1 92.8 1 185 1 185 1.47e-127 354 WP_213162342.1 WP_213162342.1 94.3 1 202 1 202 1.51e-142 394 XP_033573598.1 XP_033573598.1 93.5 1 368 1 368 6.57e-261 707 WP_058258401.1 WP_058258401.1 91.7 1 431 1 431 2.58e-299 809 WP_187935882.1 WP_139989153.1 64.8 4 339 1 342 7.27e-152 429 WP_187935882.1 WP_187935882.1 98.0 1 340 1 340 7.60e-255 689 MCM8621761.1 NTZ64221.1 32.7 25 1143 3 1137 2.82e-183 565 MCM8621761.1 WP_279059865.1 30.9 50 1113 34 1075 1.55e-153 486 MCM8621761.1 MCM8621761.1 96.0 1 1149 1 1149 0.0 2264 WP_146809086.1 WP_146809086.1 97.9 1 63 1 63 5.44e-43 131 KAF3694195.1 XP_035385791.1 25.5 1 1066 1 1670 1.79e-173 550 KAF3694195.1 KAF3694195.1 92.6 1 1066 1 1066 0.0 2016 WP_276247412.1 WP_276247412.1 96.0 1 85 1 85 2.42e-58 171 GKN64987.1 GKN64987.1 93.2 1 118 1 118 4.99e-80 229 PTX11617.1 PTX11617.1 100 1 498 1 498 0.0 1045 WP_045070942.1 WP_045070942.1 98.5 1 875 1 875 0.0 1778 WP_015873926.1 WP_015873926.1 97.0 1 363 1 363 3.71e-269 727 EJA2215897.1 EJA2215897.1 98.3 1 232 1 232 5.86e-173 473 KAF2888908.1 KAF2888908.1 92.6 1 158 1 158 5.16e-108 303 NWU56530.1 NWU56530.1 100 1 1182 1 1182 0.0 2607 WP_210028065.1 WP_210028065.1 91.4 1 168 1 168 2.50e-113 317 WP_211746996.1 VRK55480.1 57.5 1 139 1 140 9.76e-47 154 WP_211746996.1 WP_211746996.1 92.4 1 376 1 376 6.34e-263 712 XP_040023426.1 XP_040023426.1 94.9 1 325 1 325 3.65e-234 635 AXC70826.1 AXC70826.1 90.1 1 60 1 60 2.31e-36 114 MBR6853793.1 MBR6853793.1 99.0 1 454 1 454 0.0 929 WP_153262038.1 WP_153262038.1 96.6 1 454 1 454 0.0 904 MCA4896083.1 MCA4896083.1 98.4 1 362 1 362 5.30e-273 737 PZW62518.1 PZW62518.1 93.3 1 123 1 123 1.11e-83 238 ROR98276.1 ROR98276.1 100 1 136 1 136 2.50e-102 286 XP_025769677.1 XP_025769677.1 97.3 1 452 1 452 0.0 907 WP_016669239.1 WP_016669239.1 99.2 1 224 1 224 8.35e-169 462 MCB1271755.1 MCB1271755.1 97.6 1 174 1 174 1.82e-127 353 AFV39595.1 AOW33101.1 95.4 70 387 1 318 6.37e-220 625 AFV39595.1 AOW36968.1 92.4 70 402 1 333 6.10e-222 631 AFV39595.1 QWY38042.1 96.0 54 453 1 400 9.95e-284 791 AFV39595.1 ACV16867.1 93.7 153 453 1 301 1.42e-202 580 AFV39595.1 BAO23243.1 93.9 54 396 1 343 5.33e-234 662 AFV39595.1 ARR91819.1 85.4 54 358 1 306 3.03e-183 531 AFV39595.1 UZY22531.1 98.4 660 1000 1 341 2.03e-246 694 AFV39595.1 ABJ92889.1 88.7 57 152 1 96 1.32e-52 177 AFV39595.1 ADB27070.1 95.2 190 399 1 210 3.10e-139 414 AFV39595.1 AVA00513.1 93.5 54 392 1 339 1.09e-229 651 AFV39595.1 ACY29573.1 93.1 54 488 1 435 1.32e-298 831 AFV39595.1 AFV39595.1 98.1 1 1000 1 1000 0.0 2021 AFV39595.1 ACH90072.1 90.3 33 405 9 380 1.15e-243 689 AFV39595.1 BAO11608.1 94.3 54 392 1 339 4.21e-232 657 AFV39595.1 AFJ09957.1 92.6 54 466 1 413 8.65e-281 785 WP_123749269.1 WP_123749269.1 97.9 1 130 1 130 2.76e-94 266 EFX79048.1 EFX79048.1 92.4 1 845 1 845 0.0 1596 PZO34543.1 PZO34543.1 95.5 1 253 1 253 1.81e-182 499 VDK55583.1 VDK55583.1 94.8 1 240 1 240 1.80e-171 470 XP_023822602.1 XP_023822602.1 100 1 578 1 578 0.0 1216 WP_126376486.1 RUM56169.1 28.2 27 267 14 251 4.47e-25 99.0 WP_126376486.1 KVQ00241.1 29.1 39 280 27 268 7.39e-27 104 WP_126376486.1 WP_126376486.1 97.6 1 285 1 285 9.86e-212 575 MBT4259311.1 MBT4259311.1 98.9 1 399 1 399 3.80e-303 816 WP_069580620.1 WP_069580620.1 92.3 1 401 1 401 3.25e-280 758 MBR4681128.1 MBR4681128.1 92.0 1 178 1 178 3.11e-121 338 KAJ1174213.1 KAJ1174213.1 97.4 1 216 1 216 5.23e-159 436 MBO8485404.1 WP_125260587.1 33.1 9 831 2 936 7.10e-155 475 MBO8485404.1 MCD6199266.1 30.3 11 821 6 821 2.39e-113 363 MBO8485404.1 WP_158347019.1 34.8 12 816 6 800 1.02e-143 442 MBO8485404.1 MBU22120.1 32.9 11 831 12 969 1.62e-157 483 MBO8485404.1 MBO8485404.1 96.5 1 831 1 831 0.0 1649 WP_228961807.1 WP_228961807.1 94.6 1 388 1 388 1.95e-279 755 WP_141772753.1 WP_141772753.1 98.4 1 341 1 341 8.56e-257 694 MBL8169415.1 MBL8169415.1 94.8 1 605 1 605 0.0 1177 CDG57236.1 CDG57236.1 98.6 1 189 1 189 1.53e-140 387 MBP2329018.1 MBP2329018.1 97.1 1 317 1 317 1.38e-234 636 SOD38512.1 SOD38512.1 90.3 1 325 1 325 2.71e-220 600 WP_161967657.1 WP_161967657.1 87.7 1 1938 1 1938 0.0 3442 WP_007287952.1 WP_007287952.1 96.8 1 594 1 594 0.0 1184 WP_090297373.1 WP_090297373.1 94.6 1 231 1 231 1.88e-164 451 WP_084578893.1 WP_084578893.1 94.9 1 410 1 410 2.27e-296 800 XP_010918378.1 XP_010918378.1 97.2 1 320 1 320 3.14e-237 643 KRX15989.1 KRX15989.1 97.7 1 497 1 497 0.0 1002 KAF9095505.1 KAF9095505.1 87.3 1 1050 1 1050 0.0 1858 MCP4913426.1 MCP4913426.1 97.7 1 229 1 229 2.12e-169 464 RGX77898.1 RGX77898.1 95.2 1 433 1 433 1.73e-314 848 KAF9145485.1 KAF9145485.1 90.1 1 1097 1 1097 0.0 2013 MCO5569846.1 MCO5569846.1 97.3 1 211 1 211 6.62e-155 426 MUL75888.1 MUL75888.1 95.2 1 872 1 872 0.0 1704 KAJ6888161.1 KAJ6888161.1 96.2 1 98 1 98 2.61e-68 197 WP_236939362.1 WP_236939362.1 96.4 1 672 1 672 0.0 1333 WP_040330177.1 WP_040330177.1 90.0 1 336 1 336 4.36e-227 619 WP_001537381.1 WP_045125019.1 32.6 16 345 61 401 1.45e-46 172 WP_001537381.1 WP_001537381.1 90.0 1 3246 1 3246 0.0 5937 WP_001537381.1 WP_186153646.1 42.4 11 222 45 256 5.25e-43 157 MBL6727407.1 MBL6727407.1 97.7 1 171 1 171 2.82e-125 347 WP_054541705.1 WP_054541705.1 96.5 1 435 1 435 0.0 865 WP_279085497.1 WP_279085497.1 97.2 1 166 1 166 1.03e-120 335 MCB9510871.1 MCB9510871.1 96.5 1 167 1 167 2.24e-120 335 WP_095128211.1 MBT7096516.1 30.7 146 304 13 167 6.73e-17 75.9 WP_095128211.1 WP_095128211.1 94.5 1 319 1 319 2.02e-228 620 MBE0660081.1 MBE0660081.1 89.1 1 216 1 216 2.17e-142 394 WP_219286064.1 WP_219286064.1 92.9 1 434 1 434 4.52e-306 827 WP_218057064.1 WP_218057064.1 97.8 1 153 1 153 1.10e-111 311 WP_131971174.1 WP_131971174.1 96.7 1 261 1 261 1.68e-191 522 MBL8777518.1 MBL8777518.1 92.7 1 402 1 402 1.82e-282 764 ABK94958.1 ABK94958.1 99.2 1 359 1 359 2.95e-273 737 WP_199308568.1 WP_199308568.1 95.0 1 440 1 440 8.03e-319 859 WP_199308568.1 MCG8377291.1 45.0 291 440 1 153 2.56e-34 124 WP_172585284.1 WP_172585284.1 94.1 1 407 1 407 2.73e-291 787 WP_094590818.1 WP_094590818.1 95.5 1 912 1 912 0.0 1787 XP_032204694.1 WP_249681227.1 34.7 92 277 24 212 2.34e-28 107 XP_032204694.1 XP_032204694.1 96.2 1 295 1 295 1.15e-215 586 KAJ3382075.1 KAJ3382075.1 92.1 1 100 1 100 5.88e-66 192 WP_116143250.1 WP_116143250.1 92.8 1 293 1 293 6.58e-205 559 OQB67688.1 OQB67688.1 94.9 1 535 1 535 0.0 1043 KAI1055415.1 XP_030976676.1 41.9 7 349 9 357 7.32e-82 252 KAI1055415.1 KAI1055415.1 100 1 353 1 353 1.30e-273 738 WP_018083176.1 WP_018083176.1 99.3 1 348 1 348 3.02e-265 716 WP_065640612.1 WP_065640612.1 100 1 116 1 116 1.68e-86 245 KAG2753283.1 KAG2753283.1 98.7 1 186 1 186 2.36e-138 382 WP_071280632.1 WP_071280632.1 98.6 1 90 1 90 2.73e-64 187 MBG4760275.1 MBG4760275.1 92.7 1 397 1 397 7.94e-279 754 KAF9432903.1 KAF9432903.1 96.2 1 947 1 947 0.0 1871 WP_245407141.1 WP_245407141.1 90.2 1 160 1 160 8.19e-106 297 XP_006814105.1 XP_006814105.1 94.2 1 476 1 476 0.0 921 WP_228201287.1 WP_228201287.1 98.2 1 105 1 105 2.07e-75 216 KAH8780162.1 KAH8780162.1 95.2 1 499 1 499 0.0 977 WP_196146635.1 WP_196146635.1 97.6 1 834 1 834 0.0 1676 DAH49916.1 DAH49916.1 100 1 44 1 44 2.06e-30 98.2 WP_237034910.1 WP_052125494.1 42.1 5 1018 8 1017 1.89e-248 728 WP_237034910.1 WP_237034910.1 94.9 1 1039 1 1039 0.0 2022 XP_010676925.2 XP_010676925.2 91.8 1 352 1 352 6.37e-244 662 WP_102576363.1 WP_140264131.1 47.5 1 200 1 201 2.80e-55 173 WP_102576363.1 WP_102576363.1 98.2 1 205 1 205 4.69e-152 418 WP_080508033.1 WP_080508033.1 100 1 421 1 421 0.0 874 WP_052922907.1 MCB1208284.1 35.5 1 343 16 355 2.86e-59 197 WP_052922907.1 WP_052922907.1 97.1 1 466 1 466 0.0 933 WP_010409355.1 WP_010409355.1 97.1 1 113 1 113 1.71e-80 229 XP_008674211.1 XP_008674211.1 92.8 1 264 1 264 4.40e-184 504 RGT06351.1 RGT06351.1 96.4 1 90 1 90 1.85e-62 182 NIM26842.1 HHO76132.1 52.7 2 317 8 319 8.52e-105 308 NIM26842.1 NIM26842.1 94.4 1 323 1 323 4.97e-231 627 AMA13662.1 MOY61908.1 61.6 63 157 2 96 1.98e-34 115 AMA13662.1 AST39768.1 67.5 63 160 2 99 4.17e-41 132 AMA13662.1 AMA13662.1 100 1 176 1 176 5.88e-134 370 AMA13662.1 MOY95459.1 77.1 63 160 2 99 9.30e-50 154 MBQ2990925.1 MBQ2990925.1 94.5 1 665 1 665 0.0 1290 KQP70604.1 KQP70604.1 96.9 1 484 1 484 0.0 967 MCH1407713.1 MCH1407713.1 98.8 1 360 1 360 1.30e-272 736 HAC44255.1 HAC44255.1 97.9 1 947 1 947 0.0 1910 NBS93427.1 NBS93427.1 92.8 1 159 1 159 6.77e-109 305 WP_067101053.1 WP_067101053.1 94.3 1 324 1 324 1.87e-231 629 XP_005111944.2 XP_005111944.2 96.2 1 616 1 616 0.0 1219 WP_108210605.1 GBD99233.1 36.1 301 549 29 270 1.42e-40 147 WP_108210605.1 WP_108210605.1 92.5 1 591 1 591 0.0 1119 MOP62942.1 MOP62942.1 100 1 18 1 18 2.84e-12 50.8 WP_262073613.1 WP_262073613.1 92.8 1 318 1 318 8.15e-223 606 KAH9744176.1 KAH9744176.1 97.0 1 696 1 696 0.0 1390 AFX75916.1 QGA29503.1 94.3 1 685 1 685 0.0 1324 AFX75916.1 AFX75916.1 96.6 1 695 1 695 0.0 1381 WP_166638495.1 WP_166638495.1 89.3 1 57 1 57 7.42e-34 107 KAI4867710.1 KAI4867710.1 94.0 1 389 1 389 7.05e-278 751 WP_083180153.1 WP_083180153.1 94.7 1 608 1 608 0.0 1182 WP_270233472.1 WP_270233472.1 99.6 1 318 1 318 1.24e-242 656 WP_209377953.1 WP_209377953.1 96.7 1 178 1 178 5.20e-129 357 WP_209377953.1 MCB0919686.1 32.9 3 142 10 157 3.56e-19 78.6 XP_019180948.1 XP_025814622.1 26.7 37 904 28 1015 2.54e-107 357 XP_019180948.1 KAG2309455.1 31.8 111 955 61 888 2.61e-127 405 XP_019180948.1 XP_019180948.1 96.4 1 971 1 971 0.0 1924 CAH0023967.1 CAH0023967.1 95.1 1 336 1 336 8.72e-243 658 MBL1320270.1 WP_174567215.1 30.1 6 320 18 333 5.16e-40 141 MBL1320270.1 WP_198095175.1 45.3 3 322 16 337 3.96e-85 258 MBL1320270.1 MBL1320270.1 93.4 1 322 1 322 1.47e-227 619 GEW47215.1 GEW47215.1 96.6 1 290 1 290 8.77e-213 578 KAI4518191.1 KAI4518191.1 91.6 1 584 1 584 0.0 1093 WP_162206844.1 WP_162206844.1 96.7 1 367 1 367 5.29e-271 732 WP_113544184.1 TRZ64304.1 43.8 728 1162 1 437 4.43e-104 333 WP_113544184.1 WP_113544184.1 94.7 1 1167 1 1167 0.0 2266 WP_014985199.1 WP_070172067.1 53.1 70 692 21 642 1.70e-211 608 WP_014985199.1 NXM52897.1 40.6 65 546 1 472 2.92e-106 332 WP_014985199.1 WP_014985199.1 96.5 1 723 1 723 0.0 1436 XP_030725309.1 XP_030725309.1 98.3 1 343 1 343 6.04e-258 697 WP_192880951.1 WP_192880951.1 98.3 1 451 1 451 0.0 915 MBT8607749.1 WP_001202764.1 58.4 1 568 1 569 3.28e-222 626 MBT8607749.1 MBT8607749.1 95.4 1 580 1 580 0.0 1138 NGL48818.1 NGL48818.1 86.7 1 44 1 44 7.59e-24 81.6 WP_162929259.1 WP_162929259.1 94.4 1 108 1 108 6.09e-74 213 NLV68328.1 MBD3769330.1 44.9 8 185 7 184 4.24e-44 143 NLV68328.1 NLK90780.1 53.0 4 185 4 185 9.14e-59 180 NLV68328.1 NLV68328.1 91.2 1 185 1 185 8.16e-125 347 NLV68328.1 NLT72898.1 52.8 1 183 1 183 9.14e-59 180 WP_075013026.1 WP_075013026.1 93.2 1 423 1 423 2.78e-299 808 USK34290.1 USK34290.1 92.8 1 137 1 137 3.84e-93 263 NLE01480.1 NLE01480.1 91.9 1 456 1 456 8.01e-318 858 MCK5466482.1 MBI2651826.1 33.4 176 296 1 125 6.33e-15 68.6 MCK5466482.1 MCK5466482.1 92.6 1 297 1 297 3.27e-207 565 WP_166047848.1 WP_166047848.1 87.7 1 235 1 235 1.98e-152 421 KAI2467201.1 KAI2467201.1 94.1 1 394 1 394 7.99e-282 762 WP_272952826.1 WP_272952826.1 87.1 1 318 1 318 3.33e-206 564 AGB20654.1 AGB20654.1 99.1 1 218 1 218 5.66e-164 449 MBQ6868443.1 MBQ6868443.1 94.4 1 194 1 194 7.23e-137 379 NER20127.1 NER20127.1 99.9 1 291 1 291 1.65e-222 603 WP_269061021.1 WP_269061021.1 91.8 1 264 1 264 1.21e-181 498 MCE2789155.1 MCE2789155.1 90.8 1 1004 1 1004 0.0 1858 HAO16792.1 HAO16792.1 100 1 134 1 134 3.06e-102 286 XP_039325768.1 XP_039325768.1 100 1 561 1 561 0.0 1164 WP_180230190.1 WP_101272247.1 40.1 2 334 15 347 7.70e-72 226 WP_180230190.1 WP_180230190.1 96.4 1 340 1 340 1.16e-249 676 WP_230796143.1 EIX9307167.1 35.9 1 269 11 282 2.05e-47 159 WP_230796143.1 WP_230796143.1 93.2 1 305 1 305 1.02e-214 585 WP_059639348.1 WP_059639348.1 97.8 1 316 1 316 5.41e-236 639 GBN39940.1 GBN39940.1 98.5 1 421 1 421 1.49e-318 857 MXQ53321.1 MXQ53321.1 95.8 1 351 1 351 3.77e-256 693 WP_100449703.1 WP_100449703.1 95.2 1 419 1 419 3.84e-304 820 XP_052751399.1 XP_052751399.1 98.3 1 367 1 367 2.44e-276 746 WP_066786685.1 WP_066786685.1 94.5 1 1507 1 1507 0.0 2915 WP_249084213.1 MCI5916932.1 48.7 375 832 26 485 4.82e-132 403 WP_249084213.1 WP_249084213.1 100 1 860 1 860 0.0 1782 WP_131096443.1 MBE3671043.1 49.7 9 721 14 726 7.51e-223 639 WP_131096443.1 WP_049066482.1 35.5 6 721 2 730 1.81e-134 412 WP_131096443.1 WP_131096443.1 91.9 1 721 1 721 0.0 1354 KAI6080770.1 KAI6080770.1 91.1 1 380 1 380 4.11e-261 708 WP_017691736.1 WP_017691736.1 97.2 1 446 1 446 0.0 894 WP_005632191.1 WP_005632191.1 94.1 1 217 1 217 3.52e-153 422 WP_084873045.1 WP_084873045.1 93.3 1 225 1 225 2.46e-157 433 WP_280336340.1 WP_280336340.1 99.3 1 78 1 78 1.66e-55 164 CAD2182685.1 CAD2182685.1 97.4 1 189 1 189 2.09e-138 382 HBT5919638.1 HBT5919638.1 97.3 1 49 1 49 5.96e-32 102 XP_021765438.1 XP_021765438.1 97.3 1 908 1 908 0.0 1818 WP_093486522.1 WP_093486522.1 97.5 1 353 1 353 4.29e-263 711 QLY80081.1 QLY80081.1 88.9 1 431 1 431 3.42e-288 781 WP_006224372.1 WP_006224372.1 91.2 1 290 1 290 1.32e-198 543 WP_023727015.1 WP_185921121.1 30.3 26 438 9 420 1.82e-53 186 WP_023727015.1 WP_023727015.1 89.7 1 519 1 519 0.0 950 KAF8917914.1 KAF8917914.1 99.3 1 417 1 417 1.55e-318 857 WP_037184031.1 WP_037184031.1 91.0 1 97 1 97 7.56e-63 184 MBM4261824.1 MBM4261824.1 99.8 1 361 1 361 7.56e-277 746 WP_085680475.1 WP_085680475.1 100 1 253 1 253 3.56e-198 538 EFI9255255.1 EFI9255255.1 91.8 1 485 1 485 0.0 911 WP_070475600.1 WP_070475600.1 96.4 1 749 1 749 0.0 1484 WP_275405902.1 WP_275405902.1 95.6 1 741 1 741 0.0 1456 TVY78526.1 TVY78526.1 96.1 1 1030 1 1030 0.0 2034 WP_273827584.1 WP_273827584.1 98.4 1 252 1 252 1.89e-188 514 XP_047245969.1 XP_047245969.1 99.8 1 233 1 233 6.87e-177 483 XP_007957752.1 XP_048221756.1 92.2 1 471 17 486 0.0 889 XP_007957752.1 XP_007957752.1 94.6 1 471 1 471 0.0 915 KAI1368854.1 KAI1368854.1 100 1 260 1 260 1.20e-204 555 STW09510.1 STW09510.1 98.4 1 204 1 204 8.76e-152 417 WP_264790310.1 WP_264790310.1 96.1 1 372 1 372 1.16e-272 737 WP_029091796.1 WP_029091796.1 96.1 1 201 1 201 3.57e-145 400 WP_237142885.1 WP_237142885.1 98.5 1 84 1 84 1.36e-59 174 EFL44656.1 EFL44656.1 91.8 1 1739 1 1739 0.0 3256 RJF99999.1 RJF99999.1 92.0 1 334 1 334 7.04e-232 630 MBM4059513.1 MBM4059513.1 96.2 1 450 1 450 0.0 892 MCP3657241.1 MCP3657241.1 92.5 1 155 1 155 1.13e-105 296 WP_203021165.1 WP_203021165.1 96.6 1 278 1 278 6.89e-204 555 WP_233230645.1 WP_099100504.1 39.0 27 345 48 366 1.06e-64 209 WP_233230645.1 WP_233230645.1 96.0 1 380 1 380 2.46e-278 752 WP_004960861.1 EET4886479.1 41.5 111 526 30 445 4.31e-95 295 WP_004960861.1 MCO5068575.1 36.0 149 529 10 389 9.16e-68 222 WP_004960861.1 EFH7886278.1 37.4 361 533 1 168 3.49e-28 108 WP_004960861.1 WP_004960861.1 97.8 1 534 1 534 0.0 1077 WP_230009938.1 WP_230009938.1 89.3 1 245 1 245 1.29e-162 448 WP_034709917.1 WP_227550239.1 22.7 306 1011 116 841 6.20e-52 195 WP_034709917.1 WP_034709917.1 96.2 1 1037 1 1037 0.0 2049 CTM60173.1 CTM60173.1 100 1 56 1 56 6.56e-41 125 SPC33634.1 SPC33634.1 98.6 1 142 1 142 2.03e-104 292 WP_259287153.1 WP_259287153.1 99.0 1 132 1 132 4.05e-97 273 MRB85170.1 MRB85170.1 98.2 1 46 1 46 4.73e-30 97.4 MCD6544917.1 MCD6544917.1 95.3 1 364 1 364 3.03e-264 715 MBK4335994.1 MBK4335994.1 91.3 1 308 1 308 2.05e-211 577 MBA0628892.1 MBA0628892.1 97.6 1 291 1 291 2.08e-216 588 WP_281459228.1 WP_281459228.1 100 1 461 1 461 0.0 958 CAD7578726.1 CAD7578726.1 95.4 1 234 1 234 2.57e-168 461 SOD38336.1 SOD38336.1 95.8 1 400 1 400 1.35e-292 790 TYG55675.1 TYG55675.1 95.7 1 979 1 979 0.0 1924 WP_094953410.1 WP_094953410.1 94.9 1 184 1 184 1.73e-130 362 WP_108324249.1 WP_108324249.1 98.8 1 147 1 147 1.58e-108 303 WP_195238978.1 WP_195368055.1 29.9 198 716 51 573 9.34e-67 229 WP_195238978.1 WP_195238978.1 93.5 1 737 1 737 0.0 1411 WP_195238978.1 WP_011512097.1 34.6 404 720 265 580 3.70e-47 175 WP_195238978.1 WP_029347391.1 21.8 501 697 21 225 2.02e-08 54.3 WP_195238978.1 WP_211555180.1 26.4 498 685 16 202 7.62e-14 70.1 WP_195238978.1 WP_247749043.1 35.2 478 717 350 595 2.31e-35 140 KAG7283570.1 KAG7283570.1 100 1 311 1 311 3.27e-239 647 WP_280427578.1 WP_280427578.1 93.7 1 210 1 210 2.58e-147 406 WP_223292749.1 MCM1122913.1 52.9 7 77 3 73 1.85e-19 73.2 WP_223292749.1 WP_223292749.1 95.2 1 85 1 85 9.88e-58 170 WP_244355613.1 WP_244355613.1 96.7 1 613 1 613 0.0 1220 CAG9435424.1 CAG9435424.1 98.5 1 73 1 73 4.40e-51 152 ECE8916583.1 EAA8040699.1 61.7 1 1718 128 1854 0.0 2023 ECE8916583.1 ECE8916583.1 93.2 1 1718 1 1718 0.0 3271 MCP3654032.1 MCP3654032.1 93.2 1 397 1 397 8.29e-281 759 XP_036163171.1 XP_036163171.1 96.2 1 498 1 498 0.0 986 KYP14137.1 KYP14137.1 94.2 1 487 1 487 0.0 942 KAF5321974.1 KAF5321974.1 90.0 1 683 1 683 0.0 1253 MCD8523842.1 MCD8523842.1 94.6 1 236 1 236 4.25e-168 461 WP_096671147.1 WP_096671147.1 97.7 1 147 1 147 5.31e-107 299 WP_173081441.1 WP_173081441.1 91.6 1 162 1 162 2.96e-109 306 EMD82508.1 EMD82508.1 92.9 1 52 1 52 3.60e-32 103 WP_022710297.1 WP_022710297.1 95.3 1 369 1 369 6.92e-268 724 MBT3784852.1 MBT3784852.1 96.9 1 590 1 590 0.0 1177 WP_059267425.1 WP_176538754.1 18.6 35 373 28 370 7.01e-11 61.6 WP_059267425.1 WP_059267425.1 93.0 1 396 1 396 1.81e-279 756 WP_138583465.1 WP_138583465.1 97.2 1 231 1 231 6.08e-170 465 OEC37898.1 OEC37898.1 96.6 1 576 1 576 0.0 1146 MBI2416798.1 MBI2416798.1 100 1 154 1 154 1.89e-117 326 WP_276256752.1 KIE57707.1 37.9 1 127 5 131 8.36e-22 82.8 WP_276256752.1 WP_276256752.1 100 1 132 1 132 1.03e-99 280 WP_154541351.1 WP_154541351.1 97.4 1 282 1 282 4.33e-209 568 NXL14598.1 XP_033306318.1 21.0 64 1304 62 1280 4.40e-78 281 NXL14598.1 NXL14598.1 93.0 1 1340 1 1340 0.0 2547 RUM68418.1 MCQ2831693.1 41.4 1 480 1 476 3.96e-112 338 RUM68418.1 RUM68418.1 93.8 1 493 1 493 0.0 949 NAB09037.1 NAB09037.1 92.9 1 288 1 288 1.43e-201 550 MCH7618159.1 MCH7618159.1 94.2 1 150 1 150 1.84e-104 293 WP_166652585.1 WP_166652585.1 95.4 1 484 1 484 0.0 950 QPH00767.1 QPH00767.1 97.3 1 770 1 770 0.0 1542 WP_083453642.1 TMG86695.1 32.1 337 567 10 269 3.54e-34 129 WP_083453642.1 CAG0990770.1 28.1 342 567 34 254 2.63e-21 92.4 WP_083453642.1 WP_256212307.1 27.6 456 554 73 169 9.55e-05 42.0 WP_083453642.1 WP_083453642.1 93.3 1 582 1 582 0.0 1113 EDF8564338.1 EDF8564338.1 94.3 1 268 1 268 1.18e-190 521 GEP01990.1 GEP01990.1 91.9 1 429 1 429 8.97e-299 808 NP_177230.1 NP_177230.1 96.2 1 585 1 585 0.0 1158 WP_206913767.1 WP_206913767.1 98.5 1 163 1 163 2.35e-120 334 UOK61174.1 UOK61174.1 95.8 1 405 1 405 2.18e-296 800 WP_033677965.1 WP_033677965.1 98.5 1 134 1 134 4.03e-98 276 MBF1231925.1 MBF1231925.1 96.3 1 221 1 221 1.62e-160 441 MBQ1196899.1 MBQ1196899.1 93.0 1 591 1 591 0.0 1125 WP_189254710.1 WP_189254710.1 100 1 137 1 137 1.39e-104 292 XP_022371551.1 XP_022371551.1 95.9 1 895 1 895 0.0 1763 PLX13980.1 PLX13980.1 92.1 1 317 1 317 5.93e-220 599 CAH9132908.1 CAH9132908.1 95.7 1 124 1 124 3.71e-87 247 PAV59276.1 PAV59276.1 90.4 1 100 1 100 1.97e-64 188 MCA9869097.1 MCA9869097.1 96.2 1 636 1 636 0.0 1258 MBI1189702.1 RYY73542.1 45.4 1 362 10 381 9.17e-100 298 MBI1189702.1 MCK9252526.1 42.5 1 354 18 379 8.15e-87 266 MBI1189702.1 MBI1189702.1 95.2 1 362 1 362 3.53e-262 709 CAI4531609.1 CAI4531609.1 100 1 86 1 86 7.12e-65 188 WP_012084538.1 WP_012084538.1 93.6 1 78 1 78 2.19e-51 153 MBS1587439.1 MBS1587439.1 96.5 1 802 1 802 0.0 1592 WP_109832405.1 WP_109832405.1 96.7 1 288 1 288 1.24e-211 575 EFX84833.1 EFX84833.1 100 1 749 1 749 0.0 1553 WP_024498088.1 WP_003939801.1 56.2 7 296 7 276 5.12e-105 306 WP_024498088.1 WP_024498088.1 90.8 1 309 1 309 9.00e-211 575 WP_130201530.1 WP_130201530.1 97.1 1 400 1 400 2.55e-297 801 KAF5115699.1 KAF5115699.1 89.2 1 92 1 92 8.11e-58 171 KAJ5249775.1 KAJ5249775.1 97.0 1 545 1 545 0.0 1090 SED04027.1 SED04027.1 90.5 1 213 1 213 4.24e-143 396 MAL04956.1 MAL04956.1 88.9 1 69 1 69 6.81e-42 129 XP_032283352.1 XP_032283352.1 96.8 1 2034 1 2034 0.0 4043 XP_048583328.1 XP_048583328.1 99.7 1 207 1 207 1.45e-156 429 MBL7752135.1 MBL7752135.1 97.8 1 135 1 135 6.17e-98 275 WP_027723927.1 WP_027723927.1 94.5 1 397 1 397 1.10e-285 772 WP_280550159.1 WP_280550159.1 99.0 1 306 1 306 9.30e-232 628 WP_263549390.1 WP_263549390.1 95.0 1 148 1 148 4.53e-104 292 KAJ2160675.1 KAJ2160675.1 92.5 1 162 1 162 1.26e-110 310 WP_165149223.1 WP_165149223.1 97.7 1 346 1 346 1.87e-258 699 WP_154427248.1 WP_154427248.1 100 1 528 1 528 0.0 1116 XP_003056335.1 XP_003056335.1 99.9 1 529 1 529 0.0 1093 MIX29656.1 MIX29656.1 95.1 1 274 1 274 3.66e-197 538 SCN76227.1 XP_027422845.1 22.3 85 564 28 510 2.51e-31 127 SCN76227.1 WP_232790853.1 22.6 76 535 11 442 8.17e-31 124 SCN76227.1 SCN76227.1 98.4 1 619 1 619 0.0 1257 WP_042211112.1 WP_042211112.1 99.2 1 320 1 320 5.05e-243 657 WP_170834655.1 WP_170834655.1 83.7 1 55 1 55 1.22e-29 97.1 MBS5796435.1 MBS5796435.1 93.0 1 823 1 823 0.0 1566 WP_235959345.1 WP_235959345.1 92.8 1 660 1 660 0.0 1253 HHX25519.1 UCF69744.1 33.3 2 120 5 122 7.44e-15 65.1 HHX25519.1 HHX25519.1 98.9 1 140 1 140 2.90e-103 289 WP_199690327.1 WP_199690327.1 91.5 1 366 1 366 6.72e-253 686 WP_195694458.1 WP_195694458.1 97.1 1 373 1 373 6.75e-277 748 PTT91340.1 PTT91340.1 87.5 1 54 1 54 6.86e-31 100 MBQ1405588.1 MBQ1897904.1 53.8 4 302 6 304 1.23e-101 299 MBQ1405588.1 MBQ1405588.1 94.3 1 313 1 313 1.93e-223 607 KFV95086.1 KFV95086.1 92.1 1 576 1 576 0.0 1085 WP_187027854.1 WP_187027854.1 100 1 325 1 325 2.25e-253 684 NDU77367.1 NDU77367.1 100 1 122 1 122 1.25e-93 263 XP_029370816.1 XP_029370816.1 100 1 361 1 361 3.81e-295 793 PYX86466.1 PYX86466.1 95.0 1 290 1 290 1.15e-208 568 MBN9117024.1 MBN9117024.1 89.1 1 103 1 103 2.98e-65 190 AXZ65741.1 ABQ63546.1 79.3 2 188 1 187 2.28e-105 300 AXZ65741.1 AKT58828.1 78.3 1 188 1 188 1.71e-104 296 AXZ65741.1 AOQ89457.1 75.5 5 188 1 184 1.87e-97 278 AXZ65741.1 AXZ65741.1 94.5 1 188 1 188 1.21e-132 367 WP_132175930.1 WP_132175930.1 94.6 1 333 1 333 6.35e-239 648 WP_055411085.1 WP_055411085.1 92.5 1 339 1 339 4.81e-237 644 CAE6438319.1 CAE6438319.1 100 1 344 1 344 1.09e-265 717 WP_009257967.1 WP_009257967.1 95.0 1 757 1 757 0.0 1475 XP_021377602.1 XP_021377602.1 99.0 1 735 1 735 0.0 1501 KJV99157.1 KJV99157.1 95.5 1 291 1 291 9.09e-211 573 EHR73697.1 EHR73697.1 89.9 1 622 1 622 0.0 1140 MBQ2688679.1 MBQ2688679.1 92.1 1 446 1 446 1.31e-311 842 CAF4001745.1 CAF4001745.1 91.5 1 74 1 74 4.40e-47 142 WP_264144890.1 WP_130962786.1 33.6 2 375 4 382 3.55e-61 200 WP_264144890.1 WP_264144890.1 93.7 1 381 1 381 3.88e-271 734 NEO77458.1 NEO77458.1 93.7 1 246 1 246 2.10e-173 475 GBD21712.1 GBD21712.1 98.8 1 169 1 169 1.70e-125 348 WP_138405018.1 WP_138405018.1 91.4 1 545 1 545 0.0 1018 XP_025425233.1 XP_025425233.1 87.5 1 176 1 176 1.31e-112 316 WP_043343784.1 NVK26228.1 31.8 38 534 2 491 1.42e-73 240 WP_043343784.1 WP_043343784.1 95.5 1 535 1 535 0.0 1050 MBN3879913.1 MBN3879913.1 89.3 1 97 1 97 2.54e-61 180 XP_020282545.1 XP_020282545.1 100 1 360 1 360 2.67e-290 780 WP_093361010.1 WP_093361010.1 93.9 1 142 1 142 3.64e-98 276 XP_034262050.1 XP_034262050.1 99.9 1 211 1 211 6.15e-160 438 OWZ21453.1 OWZ21453.1 96.0 1 433 1 433 1.09e-317 856 WP_140204528.1 WP_140204528.1 96.4 1 181 1 181 9.67e-131 362 WP_206254325.1 WP_206254325.1 94.9 1 117 1 117 3.96e-81 231 WP_278843343.1 MBP3518143.1 21.1 31 1083 56 1067 1.29e-66 242 WP_278843343.1 WP_214826002.1 22.4 107 1083 40 963 6.67e-71 254 WP_278843343.1 WP_278843343.1 97.0 1 1083 1 1083 0.0 2160 WP_278843343.1 MCB9353584.1 18.5 12 1083 10 1041 6.06e-47 181 WP_278843343.1 WP_146272353.1 22.8 2 1083 16 1005 4.85e-83 290 WP_278843343.1 WP_259301651.1 18.7 21 1083 55 1050 8.79e-48 184 MBL4542294.1 MBL4542294.1 93.4 1 108 1 108 5.01e-73 210 GCE99025.1 GCE99025.1 92.7 1 327 1 327 6.50e-229 622 MCL2537505.1 MCL2537505.1 95.2 1 155 1 155 1.75e-109 306 XP_049847771.1 XP_049847771.1 93.1 1 580 1 580 0.0 1107 MCC7321896.1 MCC7321896.1 94.5 1 234 1 234 2.46e-166 456 MCE5280144.1 MBR6875525.1 24.4 12 324 14 326 6.73e-23 99.4 MCE5280144.1 MCE5280144.1 98.2 1 678 1 678 0.0 1373 MBX3615544.1 MBX3615544.1 97.2 1 424 1 424 1.04e-315 850 XP_047443619.1 XP_047443619.1 100 1 273 1 273 1.51e-209 569 GBU10433.1 GBU10433.1 97.4 1 495 1 495 0.0 994 ECG5731039.1 HHU23657.1 32.2 3 231 16 254 5.35e-33 120 ECG5731039.1 ECG5731039.1 94.7 1 267 1 267 5.39e-191 521 KAI4261063.1 KAI4261063.1 96.6 1 106 1 106 1.29e-74 214 RME91291.1 RME91291.1 92.1 1 564 1 564 0.0 1062 KAF8902954.1 KAF8902954.1 95.2 1 415 1 415 3.14e-301 813 WP_128492049.1 WP_128492049.1 92.4 1 449 1 449 5.19e-315 850 NXJ09179.1 NXJ09179.1 85.6 1 218 1 218 7.76e-137 380 MBM3211208.1 MBM3211208.1 97.4 1 328 1 328 5.69e-244 660 XP_037269637.1 XP_037269637.1 100 1 2820 1 2820 0.0 6003 WP_266300278.1 WP_266300278.1 100 1 82 1 82 3.37e-59 173 MBT3283615.1 MBT3283615.1 100 1 322 1 322 2.72e-248 671 HBB8861935.1 HBB8861935.1 100 1 54 1 54 3.21e-38 118 MBP1762081.1 MBP1762081.1 97.6 1 199 1 199 1.84e-146 403 ESW62330.1 ESW62330.1 96.3 1 160 1 160 8.23e-115 320 WP_139216328.1 WP_139216328.1 100 1 99 1 99 1.09e-74 214 XP_031159380.1 XP_031159380.1 94.9 1 1180 1 1180 0.0 2295 WP_145549645.1 WP_145549645.1 93.0 1 803 1 803 0.0 1528 MCB0396773.1 MCB0396773.1 100 1 623 1 623 0.0 1290 XP_042399294.1 XP_042399294.1 99.2 1 516 1 516 0.0 1057 MCR5249229.1 MCR5249229.1 98.2 1 324 1 324 2.41e-243 659 EOX98511.1 EOX98511.1 85.7 1 64 1 64 1.51e-36 115 WP_263871176.1 WP_263871176.1 95.4 1 268 1 268 1.49e-193 528 XP_015675072.1 XP_015675072.1 96.4 1 606 1 606 0.0 1202 WP_147728825.1 WP_147728825.1 96.6 1 431 1 431 1.59e-318 858 WP_137499306.1 WP_137499306.1 94.5 1 207 1 207 1.19e-146 404 WP_254467474.1 WP_059812501.1 21.3 106 751 54 704 2.64e-39 154 WP_254467474.1 WP_254467474.1 95.7 1 775 1 775 0.0 1524 WP_254467474.1 KAA1286543.1 19.0 52 772 6 748 3.61e-33 135 WP_254467474.1 MBO1518138.1 22.3 132 775 50 738 7.40e-48 179 WP_209241541.1 EIC7331684.1 35.2 17 461 23 471 4.28e-79 253 WP_209241541.1 WP_093868643.1 30.3 13 471 6 444 9.09e-62 206 WP_209241541.1 HBU57020.1 41.4 341 469 1 131 4.54e-24 95.9 WP_209241541.1 WP_209241541.1 92.3 1 471 1 471 0.0 890 CAI4270029.1 CAI4270029.1 91.7 1 1093 1 1093 0.0 2046 KAI5947122.1 KAI5947122.1 97.2 1 687 1 687 0.0 1375 XP_051382515.1 XP_051382515.1 95.8 1 593 1 593 0.0 1168 MCS7125979.1 MCS7125979.1 98.0 1 75 1 75 3.05e-52 155 MBD9700330.1 MBD9700330.1 93.7 1 161 1 161 9.97e-112 312 WP_072184911.1 WP_072184911.1 86.9 1 522 1 522 0.0 921 MBI1992098.1 MBI1992098.1 94.6 1 153 1 153 2.91e-107 300 OBC01194.1 OBC01194.1 91.4 1 713 1 713 0.0 1331 WP_203304418.1 WP_203304418.1 92.3 1 770 1 770 0.0 1452 WP_145254095.1 WP_145254095.1 95.6 1 203 1 203 1.02e-145 402 NLV89229.1 NLV89229.1 94.1 1 299 1 299 8.74e-213 579 MCQ8893008.1 MCQ8893008.1 94.4 1 79 1 79 9.94e-53 157 WP_221968558.1 WP_221968558.1 93.1 1 134 1 134 2.07e-91 259 MBA2782760.1 MBA2782760.1 96.5 1 330 1 330 1.57e-242 657 WP_232465954.1 WP_232465954.1 96.7 1 713 1 713 0.0 1419 WP_164588414.1 WP_164588414.1 89.6 1 540 1 540 0.0 986 MBO4522510.1 MBO4522510.1 93.5 1 194 1 194 2.42e-135 375 WP_206762159.1 WP_206762159.1 94.9 1 452 1 452 0.0 882 KAF0721509.1 KAF0721509.1 94.1 1 238 1 238 2.46e-168 462 WP_241695219.1 WP_241695219.1 90.1 1 120 1 120 5.56e-78 224 XP_036174925.1 XP_036174925.1 96.6 1 837 1 837 0.0 1663 WP_165356608.1 WP_165356608.1 92.8 1 84 1 84 3.62e-55 163 PFQ70995.1 HCI94645.1 33.1 52 390 67 407 1.15e-51 176 PFQ70995.1 PFQ70995.1 97.0 1 391 1 391 3.71e-290 783 WP_008132112.1 WP_008132112.1 100 1 754 1 754 0.0 1576 XP_022789336.1 XP_022789336.1 96.8 1 414 1 414 1.34e-306 826 WP_264695257.1 WP_264695257.1 97.1 1 492 1 492 0.0 985 AAR06568.1 AAR06568.1 88.6 1 449 1 449 3.65e-299 810 WP_043239074.1 WP_043239074.1 95.6 1 268 1 268 5.20e-194 529 KAB2838176.1 KAB2838176.1 87.3 1 238 1 238 1.50e-153 424 MBS1617120.1 MBS1617120.1 97.4 1 169 1 169 2.32e-123 342 WP_129629290.1 MCI0877007.1 20.2 49 340 46 330 5.21e-12 64.3 WP_129629290.1 WP_129629290.1 98.0 1 343 1 343 4.96e-257 695 KRN01502.1 KRN01502.1 91.4 1 132 1 132 5.75e-88 250 ACF74449.1 ACF74449.1 97.4 1 505 1 505 0.0 1014 WP_088527814.1 WP_122081718.1 43.2 2 186 4 188 5.33e-43 141 WP_088527814.1 MCR5007903.1 49.5 1 186 1 188 8.03e-55 171 WP_088527814.1 WP_088527814.1 96.0 1 188 1 188 3.09e-135 374 WP_258825945.1 MCF8210731.1 76.1 1 287 1 287 2.07e-156 436 WP_258825945.1 WP_258825945.1 95.1 1 290 1 290 8.06e-209 568 WP_008045531.1 GIC06559.1 40.7 24 760 8 731 2.45e-170 506 WP_008045531.1 WP_008045531.1 94.6 1 760 1 760 0.0 1474 WP_045064390.1 WP_045064390.1 93.2 1 178 1 178 3.24e-123 343 MCU1589779.1 MCU1589779.1 95.6 1 522 1 522 0.0 1027 XP_049224720.1 XP_049224720.1 98.9 1 689 1 689 0.0 1407 MBQ0033687.1 MBQ0033687.1 99.8 1 394 1 394 2.11e-302 814 MBP3425637.1 MBP3425637.1 95.2 1 666 1 666 0.0 1301 MCR5285329.1 MCR5285329.1 93.8 1 564 1 564 0.0 1085 XP_020103231.1 NCW99628.1 44.2 288 437 5 153 4.47e-32 119 XP_020103231.1 XP_020103231.1 94.4 1 450 1 450 0.0 872 XP_020103231.1 MCS6830908.1 42.5 90 438 4 349 2.39e-82 257 XP_020103231.1 CAB0780497.1 41.1 92 439 4 347 1.26e-77 244 WP_258394058.1 WP_258394058.1 94.7 1 309 1 309 9.54e-222 603 WP_196823726.1 WP_196823726.1 100 1 46 1 46 2.84e-31 100 WP_162334308.1 WP_162334308.1 94.8 1 139 1 139 3.39e-97 274 WP_020394619.1 WP_020394619.1 96.7 1 468 1 468 0.0 932 TMH05674.1 WP_277690767.1 36.9 23 250 34 275 5.63e-44 148 TMH05674.1 TMH05674.1 86.8 1 254 1 254 6.32e-163 449 WP_112116848.1 WP_112116848.1 91.3 1 540 1 540 0.0 1007 HCH2726488.1 GAL07990.1 62.8 340 417 1 78 4.45e-25 97.8 HCH2726488.1 HCH2726488.1 95.3 1 728 1 728 0.0 1425 MBK6833697.1 MBK6833697.1 95.9 1 818 1 818 0.0 1612 XP_025975121.1 XP_025975121.1 90.5 1 239 1 239 2.73e-161 444 NXS05193.1 NXS05193.1 100 1 72 1 72 1.48e-53 158 MBC6481257.1 MBE0669914.1 46.3 9 313 9 305 5.98e-81 251 MBC6481257.1 MCI4325574.1 51.1 9 314 13 311 1.73e-94 287 MBC6481257.1 HCP62665.1 46.3 286 323 1 33 7.79e-04 35.4 MBC6481257.1 MBC6481257.1 96.6 1 464 1 464 0.0 924 KAE9963299.1 KAE9963299.1 90.4 1 1375 1 1375 0.0 2530 WP_048771567.1 WP_048771567.1 95.5 1 269 1 269 1.96e-194 530 WP_237560484.1 WP_237560484.1 99.5 1 225 1 225 3.83e-170 465 KAG6786301.1 KAG6786301.1 93.4 1 281 1 281 7.67e-198 540 OIQ39557.1 OIQ39557.1 98.4 1 472 1 472 0.0 959 WP_190063487.1 WP_190063487.1 100 1 63 1 63 3.50e-48 144 WP_006075792.1 WP_006075792.1 98.2 1 197 1 197 6.44e-146 402 XP_051120762.1 XP_051120762.1 90.2 1 188 1 188 2.52e-125 349 MRB06557.1 MRB06557.1 99.2 1 127 1 127 1.81e-93 263 WP_136085111.1 WP_136085111.1 92.2 1 58 1 58 4.07e-36 113 CAF3446016.1 CAF3446016.1 96.6 1 988 1 988 0.0 1962 MBZ5699012.1 WP_190772838.1 36.1 1 148 5 155 1.15e-24 91.3 MBZ5699012.1 MBZ5699012.1 88.5 1 148 1 148 3.17e-95 270 GEX59890.1 GEX59890.1 95.9 1 493 1 493 0.0 973 WP_130523666.1 WP_130523666.1 94.5 1 414 1 414 4.60e-298 805 MCB0447703.1 MCB0447703.1 91.0 1 208 1 208 1.13e-140 389 WAR09170.1 WAR09170.1 99.3 1 230 1 230 1.23e-173 474 KAA0009614.1 KAA0009614.1 97.9 1 582 1 582 0.0 1175 MBI6809448.1 MBI6809448.1 91.4 1 285 1 285 2.02e-195 534 WP_123226257.1 WP_123226257.1 89.1 1 216 1 216 2.17e-142 394 KAF9308882.1 KAF9308882.1 81.9 1 110 1 110 9.62e-63 184 KAG2929087.1 KAG2929087.1 98.4 1 163 1 163 3.34e-120 334 ODU23539.1 ODU23539.1 92.6 1 63 1 63 6.16e-40 123 WP_186229980.1 WP_186229980.1 95.2 1 488 1 488 0.0 955 KAJ7545197.1 KAJ7545197.1 98.6 1 351 1 351 5.43e-265 716 XP_043494069.1 XP_043494069.1 98.6 1 2149 1 2149 0.0 4363 XP_043494069.1 XP_056429915.1 22.3 483 1444 34 1007 2.33e-68 252 XP_035812514.1 XP_054751877.1 54.8 35 627 8 661 4.79e-235 664 XP_035812514.1 XP_035812514.1 97.8 1 629 1 629 0.0 1268 MBL0273084.1 NOT03931.1 32.4 1 304 6 306 8.01e-45 153 MBL0273084.1 MBL0273084.1 97.5 1 307 1 307 3.23e-228 619 WP_077066366.1 WP_077066366.1 89.8 1 194 1 194 1.24e-128 358 WP_001531669.1 WP_001531669.1 91.7 1 686 1 686 0.0 1286 MSX26960.1 MSX26960.1 97.6 1 230 1 230 5.63e-170 465 RCK62276.1 RCK62276.1 93.1 1 90 1 90 1.04e-59 175 WP_262014488.1 WP_262014488.1 100 1 232 1 232 5.44e-178 486 NOZ88085.1 NOZ88085.1 96.5 1 192 1 192 4.55e-139 384 XP_051216225.1 XP_051216225.1 97.5 1 871 1 871 0.0 1748 MBO1089156.1 MBO1089156.1 99.8 1 301 1 301 4.25e-230 623 GIW56314.1 GIW56314.1 100 1 66 1 66 1.76e-47 142 PXL39359.1 PXL39359.1 93.9 1 63 1 63 1.06e-40 125 WP_073277800.1 WP_073277800.1 98.4 1 336 1 336 7.57e-253 684 PPS91010.1 PPS91010.1 95.2 1 96 1 96 6.24e-66 191 WP_140347789.1 WP_140347789.1 96.6 1 1160 1 1160 0.0 2303 EFT9578334.1 EFT9578334.1 97.9 1 320 1 320 3.27e-239 648 MCE4613707.1 MCE4613707.1 82.2 1 91 1 91 2.74e-51 154 ERI49901.1 ERI49901.1 92.8 1 569 1 569 0.0 1082 HIN08122.1 HIN08122.1 98.2 1 358 1 358 2.51e-269 727 OQW79047.1 OQW79047.1 96.7 1 337 1 337 1.52e-248 673 WP_086502876.1 WP_086502876.1 91.5 1 840 1 840 0.0 1569 KAG6788279.1 KAG6788279.1 98.0 1 525 1 525 0.0 1061 KAG6788279.1 PON87355.1 61.1 391 498 2 108 2.38e-36 129 XP_021898889.1 KAJ0960782.1 34.4 302 562 50 300 4.54e-39 144 XP_021898889.1 XP_015055542.1 38.8 57 573 30 525 1.13e-107 333 XP_021898889.1 XP_021898889.1 96.6 1 633 1 633 0.0 1258 NWR48904.1 NWR48904.1 96.0 1 352 1 352 1.73e-257 697 QJX39570.1 AAW57761.1 86.3 1 207 1 206 5.77e-131 365 QJX39570.1 AIG14299.1 82.4 1 207 1 215 1.08e-128 359 QJX39570.1 QJX39570.1 100 1 207 1 207 9.86e-164 447 WP_206096314.1 WP_006697084.1 61.0 1 343 1 342 1.37e-140 400 WP_206096314.1 WP_206096314.1 95.8 1 343 1 343 5.11e-250 677 MBT5285153.1 MBT5285153.1 97.7 1 171 1 171 2.82e-125 347 CDC61696.1 CDC61696.1 95.4 1 979 1 979 0.0 1917 MCO4570690.1 MCO4570690.1 94.3 1 201 1 201 8.07e-142 392 KAF8141928.1 KAF8141928.1 94.1 1 355 1 355 2.01e-253 687 TJW13192.1 TJW13192.1 95.0 1 124 1 124 2.15e-86 245 WP_005629113.1 WP_005629113.1 96.1 1 241 1 241 6.06e-175 479 WP_083639049.1 WP_083639049.1 95.7 1 370 1 370 7.80e-270 729 WP_169054812.1 WP_169054812.1 93.8 1 234 1 234 8.24e-165 452 MBR1706273.1 MBR1706273.1 93.0 1 598 1 598 0.0 1140 EST37880.1 EST37880.1 98.2 1 309 1 309 8.28e-232 628 WP_106936446.1 WP_106936446.1 98.3 1 373 1 373 7.34e-281 758 WP_214777175.1 WP_214777175.1 93.9 1 1128 1 1128 0.0 2170 WP_092857087.1 MBM7125960.1 30.2 31 267 17 260 8.28e-30 111 WP_092857087.1 MBU1183407.1 26.6 24 267 10 257 1.30e-22 92.0 WP_092857087.1 WP_092857087.1 94.1 1 267 1 267 1.80e-189 518 RAH10573.1 RAH10573.1 95.8 1 137 1 137 5.90e-97 273 XP_048732732.1 XP_048732732.1 97.8 1 153 1 153 1.10e-111 311 HFC54342.1 HFC54342.1 91.6 1 218 1 218 1.00e-148 410 WP_025739406.1 WP_140164964.1 28.2 128 635 15 551 6.52e-62 213 WP_025739406.1 WP_025739406.1 89.7 1 637 1 637 0.0 1165 WP_128505522.1 WP_128505522.1 97.6 1 535 1 535 0.0 1076 MCB9943168.1 MCB9943168.1 89.2 1 125 1 125 2.05e-80 230 WP_190822868.1 WP_190822868.1 90.3 1 338 1 338 1.86e-229 625 WP_258007507.1 WP_258007507.1 97.5 1 194 1 194 2.34e-142 392 TVR41840.1 TVR41840.1 94.8 1 510 1 510 0.0 993 WP_283181662.1 WP_283181662.1 94.0 1 213 1 213 5.85e-150 413 CAC9886154.1 CAC9886154.1 89.9 1 677 1 677 0.0 1240 WP_047943571.1 WP_047943571.1 93.6 1 254 1 254 6.26e-179 490 MBO2482901.1 MBO2482901.1 95.7 1 110 1 110 8.91e-77 220 WP_261668588.1 WP_261668588.1 94.1 1 318 1 318 1.26e-226 616 XP_047422702.1 XP_047422702.1 97.6 1 487 1 487 0.0 981 KAJ3490879.1 KAJ3490879.1 98.4 1 413 1 413 4.03e-312 840 WP_227317406.1 WP_090149712.1 33.7 5 450 6 472 6.98e-77 246 WP_227317406.1 WP_227317406.1 97.6 1 465 1 465 0.0 936 MCB0488436.1 MCB0488436.1 99.3 1 295 1 295 4.75e-224 607 MCD6430924.1 MCD6430924.1 99.2 1 257 1 257 2.22e-194 529 MCI0654225.1 MCI0654225.1 96.2 1 166 1 166 3.45e-119 332 WP_271515333.1 WP_271515333.1 94.1 1 750 1 750 0.0 1446 WP_207334372.1 WP_207334372.1 95.4 1 252 1 252 1.37e-181 496 NYK82134.1 NYK82134.1 97.5 1 65 1 65 2.64e-44 134 RTE72268.1 RTE72268.1 95.6 1 394 1 394 2.60e-287 776 WP_232703726.1 WP_232703726.1 95.8 1 459 1 459 0.0 905 WP_184066976.1 WP_184066976.1 95.7 1 186 1 186 2.55e-133 369 WP_257689765.1 WP_022389025.1 26.8 69 481 23 430 2.71e-41 152 WP_257689765.1 WP_131836551.1 38.3 17 479 21 488 9.03e-96 296 WP_257689765.1 WP_195426888.1 33.8 19 485 22 483 5.45e-77 248 WP_257689765.1 WP_205186167.1 35.4 111 481 42 411 6.40e-64 211 WP_257689765.1 XP_050320449.1 38.5 16 481 14 480 1.22e-96 298 WP_257689765.1 WP_232038993.1 26.5 1 476 1 487 1.19e-49 176 WP_257689765.1 WP_255965801.1 49.5 4 482 3 481 1.90e-147 429 WP_257689765.1 WP_061795322.1 33.0 16 481 22 494 9.41e-75 242 WP_257689765.1 WP_257689765.1 94.7 1 487 1 487 0.0 947 WP_257689765.1 WP_100461895.1 30.8 1 464 1 461 7.88e-64 213 WP_257689765.1 WP_057201184.1 39.5 26 482 14 472 9.93e-99 304 WP_257689765.1 WP_108756325.1 36.0 16 479 8 467 9.02e-86 270 MBU0791683.1 MBU0791683.1 97.7 1 548 1 548 0.0 1104 WP_182711428.1 WP_182711428.1 89.9 1 359 1 359 1.28e-242 660 TKW18680.1 TKW18680.1 96.4 1 479 1 479 0.0 951 WP_240111183.1 WP_240111183.1 100 1 210 1 210 5.69e-160 438 NED75586.1 NED75586.1 97.8 1 228 1 228 5.64e-169 462 MBR0615264.1 MBR0615264.1 94.6 1 289 1 289 1.02e-206 563 ETO34949.1 ETO34949.1 90.7 1 257 1 257 2.95e-174 478 KAF5411244.1 KAF5411244.1 93.2 1 69 1 69 1.22e-44 135 WP_017878759.1 WP_017878759.1 97.3 1 372 1 372 6.24e-277 748 WP_023780537.1 WP_023780537.1 95.1 1 403 1 403 4.91e-292 788 WP_077376172.1 WP_077376172.1 99.1 1 708 1 708 0.0 1447 GIW70618.1 GIW70618.1 88.9 1 1119 1 1119 0.0 2022 QFY03744.1 QFY03744.1 91.2 1 501 1 501 0.0 934 MBA8666914.1 MBA8666914.1 94.9 1 148 1 148 6.43e-104 291 KAJ8938828.1 KAJ8938828.1 96.9 1 155 1 155 6.33e-112 312 WP_149660939.1 WP_149660939.1 91.0 1 139 1 139 2.58e-92 261 WP_262404887.1 WP_262404887.1 94.9 1 76 1 76 7.74e-51 152 OJH36051.1 OJH36051.1 99.6 1 300 1 300 9.27e-229 620 MCJ8273875.1 MCJ8273875.1 100 1 239 1 239 1.56e-185 505 XP_045701611.1 XP_045701611.1 97.2 1 882 1 882 0.0 1764 WP_267782507.1 WP_267782507.1 95.9 1 480 1 480 0.0 947 MCP5198054.1 MCP5198054.1 99.5 1 141 1 141 9.31e-105 293 EOS29826.1 EOS29826.1 95.0 1 269 1 269 3.25e-193 527 NLC30933.1 NLC30933.1 88.5 1 133 1 133 4.90e-85 243 WP_003960394.1 STC68550.1 44.9 3 629 7 625 2.58e-168 493 WP_003960394.1 WP_003960394.1 95.5 1 637 1 637 0.0 1250 WP_218348303.1 WP_218348303.1 94.3 1 211 1 211 4.13e-149 411 WP_148727848.1 WP_148727848.1 95.5 1 139 1 139 4.13e-98 276 TVS18044.1 TVS18044.1 91.6 1 194 1 194 5.47e-132 366 WP_018934053.1 WP_018934053.1 88.9 1 75 1 75 5.52e-46 139 MBV00212.1 EAH8201998.1 50.8 3 442 4 440 4.65e-137 407 MBV00212.1 MBG6814041.1 56.4 3 360 9 366 4.97e-127 379 MBV00212.1 MBV00212.1 92.1 1 666 1 666 0.0 1254 XP_047781705.1 XP_047781705.1 95.3 1 436 1 436 2.78e-317 855 MBQ7286305.1 MBQ7286305.1 86.1 1 294 1 294 1.68e-187 515 MBQ4426944.1 MBQ4426944.1 92.5 1 143 1 143 4.58e-97 274 OKO87070.1 OKO87070.1 96.1 1 415 1 415 6.89e-305 822 KAF5116816.1 KAF5116816.1 90.4 1 373 1 373 6.99e-254 689 MBN1246547.1 MBN1246547.1 97.8 1 772 1 772 0.0 1555 MBR6946428.1 MBR6946428.1 86.5 1 60 1 60 2.23e-34 109 WP_097574091.1 WP_097574091.1 91.1 1 153 1 153 3.14e-102 288 MCF8145043.1 MCF8145043.1 98.4 1 486 1 486 0.0 988 WP_159796041.1 WP_159796041.1 95.3 1 346 1 346 1.12e-250 679 MBA3497606.1 WP_088031849.1 21.7 11 268 10 299 8.68e-16 73.9 MBA3497606.1 MBA3497606.1 98.9 1 268 1 268 4.32e-202 550 AHJ84873.1 AHJ84873.1 93.6 1 308 1 308 8.11e-218 593 MCA9738196.1 MCA9738196.1 93.9 1 485 1 485 0.0 934 KAJ0689199.1 KAJ0689199.1 96.1 1 148 1 148 1.35e-105 296 ERB66459.1 ERB66459.1 94.2 1 363 1 363 1.49e-259 703 MBL6710595.1 MBL6710595.1 97.7 1 310 1 310 5.18e-231 626 MCH1932562.1 MCH1932562.1 92.3 1 85 1 85 1.92e-55 164 XP_055331916.1 XP_055331916.1 97.9 1 1032 1 1032 0.0 2081 KAF7869901.1 KAF7869901.1 95.8 1 353 1 353 1.32e-257 697 WP_220674761.1 WP_080337214.1 72.9 1 90 1 90 6.24e-43 133 WP_220674761.1 WP_220674761.1 93.7 1 90 1 90 3.61e-60 176 KAH7489251.1 KAH7489251.1 90.0 1 362 1 362 5.88e-245 666 XP_032499984.1 XP_032499984.1 90.9 1 1133 1 1133 0.0 2100 WP_261369297.1 WP_261369297.1 99.7 1 42 1 42 1.44e-27 90.9 WP_283842967.1 WP_283842967.1 93.2 1 590 1 590 0.0 1126 MBT3932996.1 MBT3932996.1 95.3 1 302 1 302 2.52e-218 593 WP_148565498.1 WP_251309955.1 37.8 1 89 4 92 1.52e-13 59.3 WP_148565498.1 WP_148565498.1 91.9 1 95 1 95 2.66e-62 182 WP_097485790.1 WP_097485790.1 95.1 1 425 1 425 2.33e-308 832 WP_004994904.1 WP_004994904.1 89.4 1 86 1 86 6.94e-54 160 MBU0624735.1 MBU0624735.1 98.0 1 265 1 265 1.28e-197 538 WP_266814553.1 WP_266814553.1 85.3 1 413 1 413 2.74e-262 714 MBQ4411698.1 MBQ4411698.1 96.4 1 449 1 449 0.0 892 KYF44507.1 KYF44507.1 92.7 1 1685 1 1685 0.0 3192 MCL2788588.1 MCL2788588.1 94.0 1 72 1 72 2.69e-47 142 WP_262155701.1 WP_262155701.1 100 1 111 1 111 7.56e-83 235 KAF5548980.1 KAF5548980.1 96.0 1 284 1 284 9.80e-207 563 KAH7262805.1 KAH7262805.1 94.0 1 89 1 89 9.63e-60 175 WP_183063711.1 WP_183063711.1 94.0 1 417 1 417 2.88e-298 805 WP_212810521.1 WP_212810521.1 93.9 1 573 1 573 0.0 1103 MBR8744763.1 MBR8744763.1 94.8 1 179 1 179 1.55e-126 351 WP_120452154.1 WP_120452154.1 99.5 1 595 1 595 0.0 1223 NTU53989.1 NTU53989.1 91.5 1 424 1 424 1.31e-293 794 GHU61839.1 GHU61839.1 96.0 1 255 1 255 3.80e-185 506 MBS1744667.1 MBS1744667.1 97.6 1 441 1 441 0.0 888 MBU03734.1 MBU03734.1 95.1 1 369 1 369 4.00e-267 723 WP_105386412.1 WP_105386412.1 94.3 1 286 1 286 9.02e-204 555 WP_131776591.1 WP_131776591.1 96.1 1 463 1 463 0.0 916 WP_196974466.1 WP_196974466.1 94.5 1 335 1 335 4.47e-240 651 WP_184130797.1 WP_184130797.1 94.4 1 373 1 373 9.45e-268 724 MCS5505837.1 MCS5505837.1 91.3 1 186 1 186 1.07e-125 350 WP_062865604.1 WP_062865604.1 95.3 1 194 1 194 1.52e-138 383 WP_188895946.1 WP_188895946.1 95.7 1 79 1 79 1.21e-53 159 KFG62183.1 KFG62183.1 93.4 1 990 1 990 0.0 1893 MAJ56944.1 MAJ56944.1 94.3 1 136 1 136 2.14e-94 266 RYP71249.1 RYP71249.1 92.2 1 339 1 339 5.61e-236 641 MBQ3470868.1 MBQ3470868.1 96.6 1 62 1 62 1.71e-41 127 WP_234897981.1 WP_234897981.1 98.9 1 266 1 266 1.76e-200 545 WP_117751014.1 WP_099219937.1 28.9 5 456 15 444 5.39e-55 188 WP_117751014.1 WP_117751014.1 90.9 1 466 1 466 0.0 866 WP_160410225.1 WP_160410225.1 94.7 1 170 1 170 8.07e-120 333 MBE3595273.1 MBE3595273.1 96.2 1 408 1 408 8.61e-300 808 UTW67325.1 UTW67325.1 94.5 1 306 1 306 4.19e-219 596 MBL0255244.1 MBL0255244.1 96.1 1 311 1 311 3.62e-227 617 EMK19049.1 EMK19049.1 93.7 1 508 1 508 0.0 976 THB74514.1 THB74514.1 95.4 1 316 1 316 7.92e-229 621 AWD47640.1 AWD47640.1 99.8 1 192 1 192 5.13e-145 399 MCR4818155.1 MBR4451941.1 44.8 4 235 16 246 1.33e-58 184 MCR4818155.1 MCR4818155.1 98.0 1 244 1 244 1.49e-181 496 WP_018717981.1 WP_018717981.1 99.1 1 426 1 426 0.0 873 MCE2907393.1 MCE2907393.1 95.9 1 258 1 258 2.47e-187 511 WP_251174936.1 WP_251174936.1 100 1 22 1 22 3.42e-12 50.8 WP_202925384.1 MBO1529847.1 32.3 1 330 1 338 4.60e-50 168 WP_202925384.1 WP_202925384.1 97.5 1 335 1 335 2.25e-249 675 CAI0990105.1 CAI0990105.1 95.5 1 818 1 818 0.0 1605 WP_140660563.1 WP_140660563.1 93.1 1 149 1 149 3.30e-102 287 WP_277410236.1 WP_277410236.1 99.1 1 362 1 362 3.89e-275 742 MCP5558243.1 MCP5558243.1 96.5 1 416 1 416 5.47e-307 827 CAD7419184.1 CAD7419184.1 96.3 1 359 1 359 1.19e-263 713 WP_189609880.1 WP_189609880.1 97.3 1 342 1 342 3.62e-254 687 MBQ8283265.1 MBQ8283265.1 94.7 1 447 1 447 0.0 870 WP_173904515.1 WP_173904515.1 96.2 1 158 1 158 3.37e-113 316 XP_032696462.1 XP_032696462.1 91.3 1 1346 1 1346 0.0 2506 XP_044484513.1 XP_044484513.1 95.9 1 719 1 719 0.0 1418 XP_027476133.1 XP_027476133.1 96.7 1 325 1 325 2.40e-239 649 WP_189592858.1 WP_189592858.1 95.1 1 439 1 439 1.48e-318 858 WP_166225641.1 MBK5104727.1 29.0 30 242 15 245 2.08e-24 99.4 WP_166225641.1 WP_166225641.1 95.0 1 410 1 410 5.58e-297 801 WP_266312166.1 WP_266312166.1 97.1 1 512 1 512 0.0 1025 WP_147766978.1 WP_147766978.1 95.7 1 112 1 112 3.08e-78 224 WP_239815372.1 WP_239815372.1 91.9 1 306 1 306 8.69e-212 577 PSP85445.1 PSP85445.1 91.7 1 125 1 125 2.60e-83 238 WP_065809357.1 WP_065809357.1 97.1 1 472 1 472 0.0 945 WP_205177065.1 WP_205177065.1 98.7 1 63 1 63 1.90e-43 132 MCG3730919.1 MCG3730919.1 94.2 1 354 1 354 5.33e-253 686 WP_166886913.1 WP_008701575.1 56.1 7 359 7 359 2.20e-128 371 WP_166886913.1 WP_166886913.1 92.5 1 363 1 363 6.49e-254 689 CPY79168.1 CPY79168.1 96.5 1 342 1 342 1.41e-251 681 MBT5578634.1 MBT5578634.1 98.9 1 741 1 741 0.0 1512 WP_126669182.1 WP_126669182.1 88.8 1 247 1 247 5.26e-163 449 WP_005165186.1 WP_005165186.1 92.3 1 253 1 253 3.75e-175 480 AUN31249.1 AUN31249.1 89.5 1 209 1 209 1.66e-138 384 WP_279123632.1 WP_279123632.1 96.8 1 347 1 347 2.76e-256 693 MCM2341063.1 MCM2341063.1 96.1 1 291 1 291 1.91e-212 578 MPT31245.1 MBS4051699.1 26.3 8 209 9 210 5.89e-17 74.7 MPT31245.1 MPT31245.1 94.7 1 211 1 211 7.13e-150 413 ETD72983.1 ETD72983.1 92.2 1 65 1 65 4.25e-41 126 MCP4488771.1 MCP4488771.1 92.9 1 134 1 134 4.19e-91 258 SDW64481.1 MBR4127938.1 64.3 6 93 4 91 2.55e-34 112 SDW64481.1 SDW64481.1 95.4 1 121 1 121 1.16e-84 241 MBR2488648.1 MBR2488648.1 99.2 1 711 1 711 0.0 1456 WP_240030709.1 WP_240030709.1 96.3 1 493 1 493 0.0 978 WP_250146767.1 WP_250146767.1 100 1 49 1 49 2.60e-35 110 CZR69713.1 CZR69713.1 92.9 1 566 1 566 0.0 1077 XP_039854086.1 XP_039854086.1 93.1 1 460 1 460 0.0 878 MCU1437293.1 MCU1437293.1 97.0 1 488 1 488 0.0 976 XP_015523373.1 XP_015523373.1 94.8 1 234 1 234 4.26e-167 458 DAO22062.1 DAO22062.1 100 1 50 1 50 5.62e-35 110 WP_274481161.1 WP_274481161.1 95.0 1 104 1 104 1.25e-71 206 XP_697509.2 XP_697509.2 97.1 1 772 1 772 0.0 1543 WP_139764340.1 WP_139764340.1 96.7 1 127 1 127 1.44e-90 256 WP_132882604.1 WP_132882604.1 92.1 1 295 1 295 2.20e-204 558 WP_200316392.1 WP_200316392.1 90.9 1 187 1 187 8.14e-126 350 WP_241908014.1 WP_241908014.1 93.1 1 122 1 122 8.48e-83 236 MCL7403925.1 MCL7403925.1 93.0 1 281 1 281 6.30e-197 538 KAF9116737.1 KAF9116737.1 95.4 1 401 1 401 1.20e-291 787 NLG67042.1 NLG67042.1 94.8 1 550 1 550 0.0 1071 HIA56122.1 HIA56122.1 86.7 1 164 1 164 2.14e-103 291 MBP6049275.1 MBP6049275.1 95.4 1 168 1 168 1.99e-119 332 HAY39979.1 WP_270908912.1 36.7 33 392 21 399 4.23e-71 227 HAY39979.1 WP_007270472.1 34.4 70 396 49 399 1.16e-57 192 HAY39979.1 HAY39979.1 95.6 1 400 1 400 7.83e-292 788 WP_105188257.1 WP_105188257.1 98.7 1 394 1 394 1.94e-298 804 MCH2430466.1 MCH2430466.1 97.7 1 195 1 195 1.52e-143 395 MBI2152769.1 MCH5207665.1 21.8 3 237 4 230 7.33e-12 61.6 MBI2152769.1 MBI2152769.1 97.6 1 248 1 248 1.05e-183 501 WP_211231677.1 WP_211231677.1 85.6 1 322 1 322 3.05e-204 560 WP_269048359.1 WP_269048359.1 98.6 1 163 1 163 1.65e-120 335 WP_195553161.1 WP_195553161.1 92.2 1 194 1 194 6.66e-133 369 MBL1417270.1 MBL1417270.1 93.5 1 206 1 206 6.11e-144 397 XP_019741907.1 XP_019741907.1 99.6 1 179 1 179 1.81e-134 371 AJF60049.1 AJF60049.1 94.5 1 113 1 113 9.51e-78 223 EHD2267589.1 EHD2267589.1 100 1 11 1 11 2.03e-03 28.1 RJF98482.1 RJF98482.1 100 1 78 1 78 3.47e-57 168 GDX36288.1 WP_245704803.1 34.9 188 408 1 214 6.65e-34 125 GDX36288.1 GDX36288.1 94.1 1 409 1 409 9.56e-293 791 MCF7786316.1 MCF7786316.1 94.5 1 274 1 274 1.74e-195 533 KAJ8059477.1 KAJ8059477.1 100 1 96 1 96 1.71e-72 208 MBI3948044.1 MBI3948044.1 95.5 1 140 1 140 7.68e-99 278 MBM4386043.1 MBM4386043.1 92.8 1 69 1 69 2.46e-44 135 KAI2062789.1 KAI2062789.1 97.4 1 144 1 144 2.36e-104 292 QEP29574.1 QEP29574.1 85.4 1 43 1 43 1.19e-22 78.6 MBT4920854.1 MBT4920854.1 94.4 1 149 1 149 4.88e-104 292 KAH8333868.1 KAH8333868.1 97.4 1 501 1 501 0.0 1006 NLN95163.1 NLN95163.1 95.2 1 87 1 87 3.40e-59 174 MBI1386726.1 WP_171519907.1 24.5 104 444 28 390 1.37e-28 115 MBI1386726.1 MBI1386726.1 100 1 464 1 464 0.0 976 WP_021500824.1 WP_021500824.1 96.0 1 333 1 333 3.42e-243 659 NP_001257623.1 NP_001257623.1 91.4 1 752 1 752 0.0 1404 WP_200780455.1 WP_200780455.1 98.7 1 474 1 474 0.0 966 KAE9803106.1 KAE9803106.1 90.5 1 188 1 188 8.78e-126 350 WP_283179095.1 WP_283179095.1 92.5 1 158 1 158 7.33e-108 302 WP_265896212.1 WP_138941726.1 40.3 162 676 40 575 1.35e-118 365 WP_265896212.1 WP_265896212.1 92.3 1 682 1 682 0.0 1287 EDA9915590.1 EDA9915590.1 97.0 1 278 1 278 5.90e-205 558 TIU74829.1 TIU74829.1 90.0 1 278 1 278 4.04e-187 513 NLA37038.1 NLA37038.1 91.7 1 198 1 198 6.62e-135 374 XP_025606354.1 XP_025606354.1 100 1 574 1 574 0.0 1211 WP_100161462.1 WP_100161462.1 94.8 1 185 1 185 4.57e-131 363 EAL7285322.1 EAL7285322.1 100 1 255 1 255 4.85e-197 536 OAV67199.1 OAV67199.1 93.3 1 57 1 57 5.41e-36 113 MCI6491833.1 HCM9096811.1 46.4 5 144 10 152 8.61e-36 120 MCI6491833.1 WP_063505693.1 44.1 5 151 9 158 6.00e-35 118 MCI6491833.1 MCI6491833.1 89.7 1 168 1 168 1.39e-110 310 KAF7644169.1 KAF7644169.1 89.5 1 624 1 624 0.0 1138 WP_046234935.1 HBG7982863.1 59.6 173 354 16 197 5.60e-67 208 WP_046234935.1 WP_046234935.1 96.0 1 357 1 357 2.79e-261 707 MBQ8156531.1 MBQ8156531.1 89.6 1 283 1 283 2.16e-189 519 WP_137607852.1 WP_137607852.1 91.4 1 424 1 424 2.64e-293 793 WP_277858638.1 WP_277858638.1 100 1 536 1 536 0.0 1115 WP_118155356.1 WP_118155356.1 96.3 1 756 1 756 0.0 1497 NPV11463.1 WP_149786838.1 28.3 9 198 13 196 6.97e-19 79.3 NPV11463.1 NPV11463.1 93.2 1 209 1 209 1.62e-145 402 MCE0539567.1 MCE0539567.1 89.6 1 420 1 420 1.55e-283 768 WP_146646172.1 WP_146646172.1 91.8 1 323 1 323 2.08e-223 608 MBQ3906581.1 MBQ3906581.1 97.8 1 425 1 425 5.08e-319 858 WP_060137083.1 WP_060137083.1 85.4 1 267 1 267 3.92e-168 464 XP_047334060.1 XP_047334060.1 95.7 1 718 1 718 0.0 1412 AWW49543.1 WP_143169250.1 43.0 41 396 24 379 1.15e-86 266 AWW49543.1 AWW49543.1 90.4 1 396 1 396 5.07e-270 732 WP_130528929.1 WP_130528929.1 93.3 1 995 1 995 0.0 1900 EIC6151294.1 HBA5291325.1 19.1 24 425 5 404 1.63e-15 76.3 EIC6151294.1 EIC6151294.1 91.6 1 432 1 432 9.72e-300 810 MCE2507101.1 MCE2507101.1 95.8 1 224 1 224 8.63e-162 444 WP_271268402.1 WP_029364876.1 73.5 198 392 1 192 3.58e-96 286 WP_271268402.1 WP_271268402.1 98.3 1 454 1 454 0.0 921 MBO6554759.1 MBO6554759.1 95.1 1 1139 1 1139 0.0 2220 WP_168738097.1 MBN9383861.1 29.7 1 772 27 777 3.59e-103 333 WP_168738097.1 WP_168738097.1 93.7 1 775 1 775 0.0 1488 MBO4925134.1 MBO4925134.1 95.4 1 203 1 203 2.93e-145 400 WP_258700041.1 WP_028393295.1 60.6 15 76 3 63 2.78e-20 75.5 WP_258700041.1 WP_258700041.1 98.4 1 96 1 96 1.12e-68 198 XP_029728184.1 XP_029728184.1 93.4 1 473 1 473 0.0 906 WP_263620371.1 WP_263620371.1 93.2 1 317 1 317 2.63e-223 607 HAI83337.1 HAI83337.1 99.1 1 140 1 140 2.04e-103 290 MCC6600438.1 OGU48181.1 22.0 38 665 57 658 1.15e-41 159 MCC6600438.1 MCC6600438.1 97.0 1 671 1 671 0.0 1341 MBR3944831.1 MBR3944831.1 100 1 493 1 493 0.0 1027 MBQ6224848.1 MBQ6224848.1 97.8 1 488 1 488 0.0 985 KAG6815834.1 KAG6815834.1 97.0 1 357 1 357 1.75e-264 715 MBS1237631.1 WP_109305164.1 27.0 1 256 1 254 1.07e-24 97.4 MBS1237631.1 MBS1237631.1 93.8 1 259 1 259 4.96e-183 501 MBC8287102.1 MBC8287102.1 91.5 1 163 1 163 7.84e-110 308 WP_147710924.1 WP_147710924.1 95.9 1 257 1 257 1.88e-186 509 WP_147098622.1 WP_147098622.1 97.7 1 230 1 230 2.79e-170 466 OPJ85369.1 OPJ85369.1 100 1 105 1 105 7.48e-78 222 AOM87821.1 AOM87821.1 98.0 1 313 1 313 2.89e-234 635 EFI9116993.1 EFI9116993.1 90.3 1 131 1 131 7.29e-86 244 MBP6873711.1 MBP6873711.1 95.9 1 257 1 257 1.88e-186 509 WP_236578309.1 WP_236578309.1 96.3 1 230 1 230 3.13e-167 458 MCS6997039.1 MCS6997039.1 89.0 1 448 1 448 2.90e-300 813 WP_232235954.1 WP_232235954.1 99.2 1 178 1 178 3.96e-133 368 OBF96065.1 OBF96065.1 94.1 1 349 1 349 3.32e-249 676 HAC47786.1 HAC47786.1 93.1 1 152 1 152 2.13e-104 293 PYV42293.1 PYV42293.1 91.7 1 249 1 249 5.12e-171 469 WP_186372554.1 WP_186372554.1 96.3 1 427 1 427 1.08e-314 848 MBK7761530.1 MBK7761530.1 95.4 1 202 1 202 1.10e-144 399 WP_099692467.1 WP_099692467.1 89.7 1 140 1 140 2.28e-91 259 WP_227414037.1 WP_227414037.1 98.0 1 70 1 70 1.99e-48 145 OLC60889.1 OLC60889.1 97.1 1 142 1 142 1.95e-102 287 MCM8792278.1 NNF43866.1 37.1 4 316 7 334 1.17e-62 200 MCM8792278.1 MBC8384723.1 44.0 7 316 7 352 4.48e-88 266 MCM8792278.1 MCM8792278.1 93.8 1 317 1 317 3.90e-225 612 CAI9728293.1 CAI9728293.1 97.4 1 89 1 89 1.72e-62 182 KAG8587293.1 KAG8587293.1 96.2 1 2659 1 2659 0.0 5247 GGK29005.1 GGK29005.1 92.9 1 289 1 289 2.68e-202 552 MCQ2641798.1 MCQ2641798.1 94.6 1 328 1 328 2.78e-235 639 MCD5879085.1 MCD5879085.1 97.4 1 184 1 184 1.32e-134 372 XP_052062472.1 XP_052062472.1 99.7 1 226 1 226 2.49e-171 468 MCB1594269.1 MCB1594269.1 97.7 1 153 1 153 1.56e-111 311 WP_089820066.1 SDP58856.1 43.1 2 162 3 162 1.80e-36 123 WP_089820066.1 WP_196074572.1 42.5 2 160 8 170 2.06e-36 122 WP_089820066.1 WP_089820066.1 97.0 1 166 1 166 2.08e-120 335 WP_174736260.1 WP_268637051.1 36.8 1 131 1 135 3.07e-22 84.3 WP_174736260.1 WP_174736260.1 96.6 1 139 1 139 1.75e-99 280 WP_245086788.1 WP_245086788.1 95.8 1 325 1 325 9.36e-237 642 WP_132993058.1 WP_132993058.1 98.1 1 378 1 378 3.39e-284 766 WP_262152891.1 WP_262152891.1 99.4 1 73 1 73 1.08e-51 154 MBA2391527.1 MBA2391527.1 96.2 1 679 1 679 0.0 1344 HCG88012.1 HCG88012.1 95.9 1 628 1 628 0.0 1238 HCG88012.1 KAG0922869.1 52.6 48 151 1 105 3.67e-27 105 KAF5949235.1 KAF5949235.1 94.8 1 140 1 140 6.32e-98 276 WP_026861651.1 WP_026861651.1 98.8 1 313 1 313 2.12e-236 640 WP_075011186.1 WP_075011186.1 95.3 1 165 1 165 4.36e-117 326 WP_205336461.1 WP_205336461.1 99.6 1 220 1 220 2.40e-166 455 POC21689.1 POC21689.1 98.4 1 102 1 102 2.27e-73 211 WP_017172025.1 WP_120358183.1 28.4 2 505 3 517 1.15e-60 208 WP_017172025.1 WP_017172025.1 85.7 1 552 1 552 0.0 958 WP_157783106.1 WP_157783106.1 100 1 181 1 181 5.84e-141 388 MBH39527.1 WP_228049692.1 37.0 1 81 16 96 3.02e-11 52.8 MBH39527.1 MBH39527.1 96.9 1 81 1 81 5.03e-56 165 MBP0444593.1 MBP0444593.1 75.9 1 105 1 105 6.65e-54 162 XP_040637648.1 XP_040637648.1 89.5 1 463 1 463 2.10e-312 845 CUQ45908.1 CUQ45908.1 94.6 1 120 1 120 5.14e-83 236 KAB1930676.1 KAB1930676.1 92.0 1 807 1 807 0.0 1517 WP_063393100.1 WP_063393100.1 92.8 1 1974 1 1974 0.0 3741 XP_053174626.1 XP_052609093.1 65.7 25 635 20 627 2.66e-279 775 XP_053174626.1 XP_053174626.1 100 1 637 1 637 0.0 1365 MBY7869037.1 WP_047430984.1 51.6 3 668 5 670 1.02e-219 627 MBY7869037.1 MBY7869037.1 94.9 1 669 1 669 0.0 1303 XP_006969978.1 XP_006969978.1 97.6 1 332 1 332 1.71e-247 670 WP_077989166.1 WP_077989166.1 92.1 1 384 1 384 1.57e-267 725 WP_238286377.1 WP_238286377.1 96.6 1 503 1 503 0.0 1001 MBQ6476844.1 MBQ6476844.1 91.2 1 139 1 139 1.28e-92 262 OCT99299.1 OCT99299.1 92.9 1 216 1 216 5.18e-150 414 WP_131252095.1 WP_131252095.1 94.5 1 407 1 407 1.16e-292 790 MBP7794228.1 MBP7794228.1 95.8 1 182 1 182 2.11e-130 361 MCP5487798.1 MCP5487798.1 93.8 1 86 1 86 2.14e-57 169 XP_052321142.1 XP_052321142.1 92.6 1 230 1 230 2.65e-159 438 HAJ13960.1 HAJ13960.1 88.3 1 176 1 176 7.91e-114 319 KTC18574.1 WP_026974351.1 16.1 115 603 106 564 2.94e-09 58.2 KTC18574.1 WP_107723967.1 35.7 37 595 26 578 5.13e-102 320 KTC18574.1 KTC18574.1 98.7 1 628 1 628 0.0 1280 MSX81993.1 MSX81993.1 92.4 1 767 1 767 0.0 1448 WP_172892835.1 WP_172892835.1 99.1 1 122 1 122 1.64e-89 253 RMP47417.1 RMP47417.1 99.1 1 347 1 347 9.35e-264 712 WP_076195104.1 WP_076195104.1 90.9 1 373 1 373 1.47e-255 694 WP_278448552.1 WP_278448552.1 93.0 1 96 1 96 6.01e-64 186 MBU1163645.1 MBU1163645.1 95.7 1 206 1 206 4.67e-148 408 WP_178943877.1 WP_178943877.1 91.7 1 475 1 475 0.0 891 WP_100963785.1 WP_100963785.1 87.7 1 161 1 161 6.96e-103 290 WP_007337172.1 WP_007337172.1 80.4 1 196 1 196 3.55e-113 319 WP_283107263.1 NRF69152.1 38.0 75 557 27 516 1.46e-98 307 WP_283107263.1 WP_017718577.1 33.7 4 570 24 642 1.91e-103 325 WP_283107263.1 WP_203339841.1 36.1 174 447 2 276 1.45e-45 162 WP_283107263.1 WP_058504615.1 35.4 3 557 14 562 1.15e-100 314 WP_283107263.1 WP_283107263.1 93.3 1 570 1 570 0.0 1090 UCH34204.1 UCH34204.1 91.0 1 157 1 157 5.37e-105 295 NNE21990.1 NNE21990.1 95.2 1 548 1 548 0.0 1072 CAG1014836.1 CAG1014836.1 94.7 1 168 1 168 2.32e-118 330 HEY60602.1 HEY60602.1 94.2 1 127 1 127 1.14e-87 249 MBL6847974.1 WP_055337992.1 44.7 12 388 11 386 2.95e-98 296 MBL6847974.1 WP_019444443.1 46.3 66 388 2 323 1.59e-87 266 MBL6847974.1 MBL6847974.1 96.6 1 388 1 388 2.70e-286 773 MBW2293111.1 MBW2293111.1 100 1 86 1 86 1.75e-65 189 WP_035154071.1 WP_035154071.1 98.2 1 128 1 128 3.95e-93 263 WP_015167170.1 WP_015167170.1 91.6 1 595 1 595 0.0 1114 WP_015167170.1 WP_270453521.1 32.7 1 411 1 397 9.10e-62 208 XP_032818145.1 XP_032818145.1 97.1 1 228 1 228 1.89e-167 459 WP_107851562.1 WP_107851562.1 99.4 1 156 1 156 2.58e-116 323 KAH8969015.1 NEO63080.1 43.3 127 483 4 369 4.41e-89 275 KAH8969015.1 PZR90627.1 36.6 137 460 10 329 4.72e-58 194 KAH8969015.1 KAH8969015.1 95.5 1 489 1 489 0.0 961 KAH8969015.1 WP_247072383.1 38.7 128 461 4 333 2.35e-66 216 PIT67883.1 PIT67883.1 97.0 1 105 1 105 2.42e-74 213 MCT7963129.1 MCT7963129.1 95.2 1 65 1 65 6.25e-43 131 NWG07731.1 NWG07731.1 94.6 1 129 1 129 1.37e-89 254 MAX51409.1 MAX51409.1 97.8 1 156 1 156 5.00e-114 318 SPZ45747.1 SPZ45747.1 89.8 1 459 1 459 7.30e-311 841 NBS68005.1 NBS68005.1 99.1 1 88 1 88 3.93e-63 184 MBQ1990346.1 MBQ1990346.1 99.5 1 233 1 233 1.97e-176 482 XP_039284787.1 XP_039284787.1 100 1 133 1 133 5.73e-102 285 MBA4865741.1 MBA4865741.1 90.1 1 287 1 287 2.26e-193 529 WP_070955303.1 KWZ83306.1 48.5 31 662 12 638 1.21e-189 550 WP_070955303.1 WP_070955303.1 94.0 1 677 1 677 0.0 1305 XP_018957721.2 XP_018957721.2 92.8 1 685 1 685 0.0 1301 WP_042648904.1 MBK8326393.1 54.9 4 264 3 263 5.57e-91 268 WP_042648904.1 WP_086236254.1 45.5 1 261 1 260 9.98e-69 211 WP_042648904.1 NKB40192.1 42.8 1 261 17 278 2.57e-62 196 WP_042648904.1 WP_042648904.1 96.2 1 264 1 264 2.58e-192 525 PIR97932.1 PIR97932.1 100 1 94 1 94 1.37e-68 198 XP_041378246.1 XP_041378246.1 93.6 1 327 1 327 1.67e-231 629 KAF9922452.1 KAF9922452.1 91.6 1 2232 1 2232 0.0 4170 WP_018431719.1 WP_018431719.1 93.9 1 438 1 438 6.02e-313 844 WP_152190814.1 WP_152190814.1 90.9 1 184 1 184 1.26e-123 344 WP_233284074.1 WP_233284074.1 90.5 1 143 1 143 1.79e-94 267 MBO9514898.1 MBO9514898.1 97.0 1 266 1 266 6.60e-196 534 MCH6550914.1 MBG83645.1 36.8 3 349 9 354 3.22e-65 209 MCH6550914.1 MCH6550914.1 92.8 1 352 1 352 5.70e-247 670 MOO35077.1 MOO35077.1 100 1 15 1 15 3.28e-08 40.4 WP_156140069.1 WP_156140069.1 91.1 1 692 1 692 0.0 1286 WP_200629424.1 WP_200629424.1 97.7 1 312 1 312 1.27e-232 630 KAI9565065.1 KAI9565065.1 95.9 1 207 1 207 3.04e-149 411 MBN2399180.1 WP_266727676.1 47.6 121 523 32 432 4.21e-113 343 MBN2399180.1 MBN2399180.1 98.6 1 588 1 588 0.0 1197 WP_091227077.1 WP_091227077.1 87.4 1 68 1 68 3.03e-40 124 WP_218795152.1 WP_218795152.1 100 1 97 1 97 6.65e-75 214 MBK6411085.1 MBK6411085.1 93.1 1 216 1 216 2.57e-150 414 NQW84129.1 NQW84129.1 96.0 1 562 1 562 0.0 1110 MBW7837788.1 MBW7837788.1 93.2 1 238 1 238 2.36e-166 457 MCK4337579.1 MCK4337579.1 95.8 1 123 1 123 1.40e-86 246 WP_087686007.1 WP_087686007.1 96.0 1 271 1 271 4.13e-197 537 EAR7791084.1 EAR7791084.1 98.8 1 417 1 417 1.47e-316 852 KAG7278336.1 KAG7278336.1 98.8 1 120 1 120 1.36e-87 248 WP_200669895.1 WP_200669895.1 98.3 1 375 1 375 1.27e-282 762 WP_272925939.1 WP_272925939.1 95.7 1 131 1 131 2.01e-92 261 GJM01403.1 GJM01403.1 91.5 1 825 1 825 0.0 1541 TNN49994.1 TNN49994.1 100 1 87 1 87 3.24e-66 191 KAI5724218.1 KAI5724218.1 93.8 1 379 1 379 7.81e-270 730 ECG2575758.1 ECG2575758.1 96.7 1 1395 1 1395 0.0 2773 WP_043548763.1 MBT4160670.1 48.5 31 402 5 367 1.01e-109 325 WP_043548763.1 WP_043548763.1 96.9 1 407 1 407 5.84e-302 814 EDF9697826.1 EDF9697826.1 97.4 1 183 1 183 7.06e-134 370 WP_028046854.1 WP_011739125.1 26.3 23 472 10 428 2.47e-44 160 WP_028046854.1 WP_187918914.1 22.0 23 475 9 430 8.88e-29 116 WP_028046854.1 WP_028046854.1 95.4 1 490 1 490 0.0 961 AYX54788.1 AYX54788.1 85.0 1 81 1 81 3.57e-47 143 WP_198907334.1 WP_015699100.1 24.0 11 337 8 344 1.30e-25 103 WP_198907334.1 WP_063427392.1 27.2 11 314 8 314 1.35e-30 117 WP_198907334.1 OKX80212.1 26.4 63 337 7 306 9.25e-28 108 WP_198907334.1 WP_125625723.1 32.6 11 336 12 341 2.11e-49 167 WP_198907334.1 WP_198907334.1 94.8 1 341 1 341 1.64e-245 665 WP_218203447.1 WP_218203447.1 93.7 1 164 1 164 6.45e-114 318 GJH02859.1 GJH02859.1 98.3 1 252 1 252 2.69e-188 513 WP_149651389.1 WP_149651389.1 95.5 1 117 1 117 9.72e-82 233 QIE41101.1 QIE41101.1 88.1 1 171 1 171 3.52e-110 309 RLB79053.1 RLB79053.1 97.2 1 766 1 766 0.0 1533 EAD1341741.1 EAD1341741.1 95.1 1 1334 1 1334 0.0 2601 MBN9324306.1 MBN9324306.1 91.8 1 160 1 160 2.97e-108 303 WP_184718542.1 WP_184718542.1 93.0 1 177 1 177 3.51e-122 340 WP_189700210.1 WP_189700210.1 95.5 1 171 1 171 9.07e-122 338 WP_067799544.1 WP_067799544.1 100 1 176 1 176 2.39e-133 368 WP_089269927.1 WP_136193451.1 28.9 6 261 7 294 1.23e-33 122 WP_089269927.1 WP_089269927.1 98.2 1 262 1 262 9.76e-196 533 TQJ11194.1 TQJ11194.1 97.1 1 323 1 323 4.14e-239 648 WP_272770862.1 WP_272770862.1 98.3 1 183 1 183 2.11e-135 374 WP_024525698.1 WP_024525698.1 93.2 1 707 1 707 0.0 1350 MBT8283357.1 MBT8283357.1 98.7 1 324 1 324 1.45e-244 662 WP_236270941.1 WP_236270941.1 89.3 1 125 1 125 1.45e-80 231 UBA80202.1 UBA80202.1 65.2 1 419 1 419 1.35e-188 528 MBQ4557037.1 MBQ4557037.1 97.7 1 1088 1 1088 0.0 2187 XP_003073356.1 XP_022851607.1 31.5 44 268 4 230 3.19e-28 110 XP_003073356.1 XP_003073356.1 97.0 1 434 1 434 0.0 868 WP_062950599.1 WP_062950599.1 96.5 1 270 1 270 1.33e-197 538 WP_160680844.1 WP_160680844.1 89.5 1 81 1 81 1.57e-50 151 WP_052271161.1 WP_052271161.1 99.5 1 442 1 442 0.0 910 XP_038788914.1 XP_038788914.1 100 1 253 1 253 1.39e-195 532 WP_277108398.1 KAA1446899.1 88.3 248 350 1 103 7.06e-59 188 WP_277108398.1 WP_277108398.1 100 1 520 1 520 0.0 1076 MBK9059381.1 MBK9059381.1 94.8 1 168 1 168 1.64e-118 330 EKX78645.1 EKX78645.1 92.9 1 88 1 88 4.27e-58 171 WP_020913025.1 NBQ41256.1 55.6 1 287 1 296 5.37e-106 308 WP_020913025.1 OCB46767.1 52.8 1 285 1 294 1.29e-97 287 WP_020913025.1 MBI3461834.1 67.0 1 285 1 285 2.05e-131 373 WP_020913025.1 KAF1538674.1 64.3 2 284 20 318 1.05e-130 372 WP_020913025.1 NEQ48723.1 61.6 1 281 1 281 2.27e-115 332 WP_020913025.1 WP_020913025.1 95.2 1 290 1 290 4.00e-209 569 WP_281295215.1 WP_281295215.1 91.8 1 1057 1 1057 0.0 1982 WP_056438721.1 WP_056438721.1 92.0 1 316 1 316 4.51e-219 597 WP_274182085.1 WP_274182085.1 88.8 1 262 1 262 5.05e-173 476 MBO9999515.1 MBO9999515.1 93.7 1 1239 1 1239 0.0 2375 EIC9579770.1 EIC9579770.1 97.4 1 396 1 396 1.79e-295 796 EPR30609.1 MCQ2156413.1 38.9 116 422 1 310 4.30e-62 202 EPR30609.1 WP_132517191.1 38.8 1 423 32 488 5.40e-96 295 EPR30609.1 HAR7369715.1 44.2 1 424 21 460 1.20e-113 340 EPR30609.1 EPR30609.1 92.5 1 435 1 435 4.01e-305 824 MZT63759.1 MZT63759.1 97.3 1 91 1 91 5.94e-64 186 MCP3872510.1 WP_208823465.1 50.0 12 292 11 299 4.22e-88 263 MCP3872510.1 MCP3872510.1 97.6 1 295 1 295 2.53e-219 595 MCI7433635.1 MCI7433635.1 96.5 1 150 1 150 1.15e-107 301 WP_098035768.1 WP_098035768.1 97.9 1 311 1 311 1.67e-232 630 WP_181693616.1 WP_181693616.1 94.7 1 128 1 128 5.19e-89 252 WP_261589216.1 WP_261589216.1 99.6 1 71 1 71 3.15e-50 150 GFD62658.1 GFD62658.1 90.5 1 58 1 58 3.36e-35 111 BAK08426.1 BAK08426.1 95.6 1 1063 1 1063 0.0 2086 WP_131977297.1 WP_131977297.1 97.1 1 286 1 286 3.05e-211 574 KAI8633010.1 KAI8633010.1 99.5 1 154 1 154 7.42e-115 320 PQE21401.1 PQE21401.1 97.2 1 769 1 769 0.0 1538 WP_262917761.1 MBR5482150.1 23.3 45 202 8 155 1.46e-07 48.1 WP_262917761.1 WP_262917761.1 94.1 1 239 1 239 3.23e-169 464 NNF58653.1 KOV87872.1 43.7 9 201 1 190 5.10e-46 149 NNF58653.1 NNF58653.1 94.7 1 201 1 201 1.39e-142 394 MBR9756324.1 MBR9756324.1 98.8 1 191 1 191 1.86e-142 392 WP_269633767.1 WP_269633767.1 92.8 1 384 1 384 4.02e-270 731 WP_268315162.1 WP_268315162.1 95.1 1 253 1 253 1.48e-181 496 MBN6104449.1 MBN6104449.1 93.9 1 182 1 182 2.36e-127 353 EJJ5352541.1 EJJ5352541.1 89.8 1 224 1 224 2.74e-149 412 MBO5696496.1 MBO5696496.1 99.2 1 119 1 119 2.55e-87 247 HHV35141.1 HHV35141.1 95.0 1 101 1 101 1.96e-69 201 XP_017428875.1 RZC11235.1 23.3 35 263 6 246 1.16e-14 71.2 XP_017428875.1 XP_017428875.1 98.2 1 337 1 337 4.06e-253 684 SQP19075.1 SQP19075.1 97.1 1 62 1 62 8.46e-42 128 HAX2015273.1 HAX2015273.1 99.1 1 158 1 158 1.81e-117 327 WP_088349221.1 WP_088349221.1 95.4 1 292 1 292 3.43e-211 575 KDQ61317.1 KDQ61317.1 96.5 1 502 1 502 0.0 998 MBQ6004917.1 MBQ6004917.1 94.5 1 55 1 55 3.89e-35 110 MCH9651907.1 MCH9651907.1 99.1 1 71 1 71 6.36e-50 149 WP_105248459.1 WP_105248459.1 97.5 1 322 1 322 1.90e-239 649 WP_121285867.1 WP_121285867.1 95.0 1 399 1 399 1.15e-288 780 WP_125684427.1 WP_125684427.1 99.3 1 117 1 117 7.38e-86 243 WP_205215113.1 WP_205215113.1 88.9 1 291 1 291 6.19e-193 528 WP_268371125.1 WP_268371125.1 93.8 1 43 1 43 5.18e-26 87.0 EFH5292178.1 EFH5292178.1 94.9 1 464 1 464 0.0 905 MBR6130424.1 MBR6130424.1 100 1 252 1 252 8.70e-194 527 EEY3543156.1 WP_137512405.1 97.6 1 366 1 366 4.51e-263 738 EEY3543156.1 ECI3309320.1 76.5 1 917 1 888 0.0 1392 EEY3543156.1 WP_042959984.1 82.2 103 203 1 101 2.37e-50 171 EEY3543156.1 EEO7917989.1 66.6 1 1023 1 990 0.0 1318 EEY3543156.1 WP_181865219.1 97.8 312 614 1 303 4.84e-215 613 EEY3543156.1 EJQ6627878.1 94.5 365 725 1 361 8.54e-249 702 EEY3543156.1 EEY3543156.1 96.9 1 1023 1 1023 0.0 2039 EEY3543156.1 EFQ4765027.1 76.1 1 949 1 920 0.0 1432 RMY06144.1 RMY06144.1 95.9 1 582 1 582 0.0 1147 WP_034853447.1 WP_034853447.1 100 1 324 1 324 3.87e-249 673 WP_270578305.1 WP_270578305.1 94.1 1 190 1 190 1.71e-133 370 CAG0978995.1 CAG0978995.1 94.9 1 176 1 176 1.68e-124 346 WP_124843803.1 WP_124843803.1 98.2 1 354 1 354 2.92e-266 719 XP_035366182.1 XP_035366182.1 93.9 1 251 1 251 2.36e-177 486 PPS22991.1 PPS22991.1 93.2 1 330 1 330 1.27e-232 632 WP_141892995.1 WP_141892995.1 87.2 1 482 1 482 4.09e-315 853 EEP92076.1 SOE69513.1 21.9 95 422 115 479 3.76e-21 94.0 EEP92076.1 EEP92076.1 90.4 1 435 1 435 6.79e-297 803 MBA2447626.1 MBA2447626.1 94.8 1 204 1 204 6.38e-145 400 XP_047044137.1 XP_047044137.1 95.5 1 507 1 507 0.0 996 MBQ9764712.1 MBQ9764712.1 98.6 1 68 1 68 2.88e-47 142 WP_249769997.1 WP_249769997.1 96.7 1 457 1 457 0.0 911 WP_225405726.1 WP_225405726.1 99.6 1 277 1 277 8.77e-211 572 WP_207285306.1 WP_207285306.1 95.8 1 468 1 468 0.0 922 XP_031931709.1 XP_031931709.1 94.2 1 677 1 677 0.0 1308 BCU97455.1 BCU97455.1 99.5 1 72 1 72 5.83e-51 152 WP_169537597.1 WP_169537597.1 97.6 1 418 1 418 7.26e-313 842 WP_192906080.1 WP_192906080.1 99.2 1 70 1 70 3.44e-49 147 MCI5211411.1 MCI5211411.1 91.7 1 113 1 113 7.53e-75 215 WP_145745914.1 WP_145745914.1 88.5 1 171 1 171 8.63e-111 311 WP_259999572.1 WP_259999572.1 96.8 1 345 1 345 7.90e-255 689 MBO7559822.1 MBO7559822.1 93.5 1 48 1 48 1.55e-29 96.3 MCH2044272.1 MCH2044272.1 96.7 1 236 1 236 1.61e-172 472 WAX22144.1 WAX22144.1 99.7 1 168 1 168 3.87e-126 349 TMH79857.1 TMH79857.1 96.1 1 256 1 256 3.51e-186 508 RLN04523.1 RLN04523.1 97.3 1 232 1 232 7.99e-171 468 MCJ6180240.1 WP_014206161.1 39.6 5 322 1 314 1.17e-67 213 MCJ6180240.1 MCJ6180240.1 98.5 1 324 1 324 4.16e-244 660 TAM59961.1 TAM59961.1 94.7 1 200 1 200 7.48e-142 392 KAJ5544544.1 KAJ5544544.1 94.6 1 450 1 450 0.0 875 MBN4384494.1 MBN4384494.1 100 1 20 1 20 6.27e-12 50.1 HBN9628875.1 HBN9628875.1 96.5 1 1535 1 1535 0.0 3043 MCG3136245.1 MCG3136245.1 94.6 1 183 1 183 3.77e-129 358 WP_160776805.1 WP_160776805.1 98.6 1 233 1 233 1.89e-174 477 KAI8594425.1 KAI8594425.1 91.8 1 75 1 75 5.73e-48 144 WP_049005162.1 WP_279293890.1 30.2 7 406 2 406 3.78e-53 181 WP_049005162.1 OKH85141.1 31.5 7 415 10 423 5.56e-59 197 WP_049005162.1 WP_245350945.1 32.6 3 411 21 429 3.30e-62 206 WP_049005162.1 WP_049005162.1 91.1 1 424 1 424 6.21e-292 790 WP_254415125.1 WP_254415125.1 98.7 1 496 1 496 0.0 1011 XP_017674008.1 XP_017674008.1 95.0 1 1184 1 1184 0.0 2307 EAQ3230686.1 EAQ3230686.1 99.0 1 285 1 285 2.16e-215 585 MCI5937295.1 MCI5937295.1 95.2 1 67 1 67 2.14e-44 135 WP_127808836.1 WP_127808836.1 94.9 1 1127 1 1127 0.0 2192 MBS3028587.1 MBS3028587.1 93.9 1 426 1 426 2.31e-304 822 WP_233387703.1 WP_233387703.1 84.2 1 66 1 66 6.02e-37 116 WP_255193900.1 WP_255193900.1 94.8 1 417 1 417 3.67e-301 813 WP_218429656.1 WP_218429656.1 99.8 1 189 1 189 1.12e-142 393 WP_183267399.1 HCJ9518601.1 34.2 5 153 2 156 9.43e-22 86.7 WP_183267399.1 WP_183267399.1 93.2 1 243 1 243 5.35e-170 466 WP_150951972.1 RVU05718.1 35.8 42 401 42 409 1.47e-65 213 WP_150951972.1 WP_150951972.1 91.1 1 407 1 407 3.65e-280 759 MCK5265770.1 MCJ7486393.1 25.1 58 384 52 369 6.19e-27 108 MCK5265770.1 WP_215638040.1 26.4 23 374 31 383 1.00e-33 127 MCK5265770.1 WP_280938002.1 26.3 37 380 58 408 4.82e-33 126 MCK5265770.1 WP_278088590.1 36.1 26 377 34 384 2.10e-63 206 MCK5265770.1 RLA59280.1 27.8 26 384 34 403 3.67e-40 145 MCK5265770.1 WP_244311009.1 26.1 11 383 35 408 2.61e-35 132 MCK5265770.1 MCK5265770.1 96.5 1 385 1 385 8.32e-284 766 MCK5265770.1 WP_144099812.1 26.1 69 377 67 379 8.39e-28 111 NEE13244.1 NEE13244.1 98.0 1 244 1 244 1.49e-181 496 MBN1491997.1 MBN1491997.1 98.4 1 102 1 102 2.27e-73 211 WP_109367919.1 WP_109367919.1 89.6 1 141 1 141 6.04e-92 261 EEM48070.1 EEM48070.1 94.7 1 162 1 162 5.54e-114 318 WP_250295751.1 MBD5306941.1 52.1 4 903 3 904 1.74e-303 858 WP_250295751.1 WP_250295751.1 95.4 1 909 1 909 0.0 1779 MBX3123235.1 MBX3123235.1 94.6 1 414 1 414 1.61e-298 806 WP_225440164.1 WP_225440164.1 95.6 1 434 1 434 6.82e-317 854 WP_283953184.1 WP_283953184.1 92.0 1 185 1 185 3.47e-126 351 PCI03623.1 PCI03623.1 93.6 1 266 1 266 1.60e-187 513 KAF2592864.1 KAF2592864.1 96.0 1 224 1 224 4.28e-162 445 WP_032004153.1 WP_032004153.1 96.1 1 269 1 269 8.33e-196 534 PKL38269.1 PKL38269.1 97.7 1 234 1 234 2.39e-173 474 MBO7728038.1 WP_204618903.1 49.7 1 461 1 484 2.90e-150 435 MBO7728038.1 MBO7728038.1 96.6 1 461 1 461 0.0 917 WP_232584446.1 WP_232584446.1 96.7 1 277 1 277 1.83e-203 554 WP_044680588.1 WP_044680588.1 95.6 1 329 1 329 4.65e-239 648 XP_046578103.1 XP_046578103.1 95.4 1 539 1 539 0.0 1057 WP_147313907.1 WP_147313907.1 96.7 1 257 1 257 1.96e-188 514 WP_219459964.1 WP_219459964.1 91.9 1 375 1 375 2.29e-260 706 XP_044707369.1 XP_044707369.1 92.5 1 367 1 367 1.13e-256 696 HBT3283900.1 WP_279652328.1 39.5 5 448 7 458 1.21e-97 300 HBT3283900.1 HBT3283900.1 91.3 1 482 1 482 0.0 899 TCC36519.1 TCC36519.1 100 1 179 1 179 4.82e-139 383 WP_152465448.1 WP_071455957.1 26.6 27 329 24 332 3.61e-29 114 WP_152465448.1 WP_152465448.1 89.2 1 349 1 349 2.35e-233 635 MBD9190508.1 MBD9190508.1 98.7 1 93 1 93 1.23e-66 193 WP_074980016.1 WP_074980016.1 91.1 1 74 1 74 8.88e-47 141 WP_171780287.1 WP_171780287.1 88.1 1 62 1 62 1.31e-36 115 HBS5718813.1 HBS5718813.1 95.2 1 356 1 356 8.26e-258 698 XP_035731890.1 XP_035731890.1 93.8 1 695 1 695 0.0 1336 PTQ42746.1 PTQ42746.1 95.2 1 700 1 700 0.0 1368 KWO58748.1 KWO58748.1 96.4 1 90 1 90 1.85e-62 182 WP_213357559.1 WP_213357559.1 91.4 1 171 1 171 2.30e-115 322 WP_065138043.1 WP_186282298.1 69.9 1 144 1 146 6.71e-69 203 WP_065138043.1 WP_065138043.1 98.9 1 145 1 145 4.56e-107 299 XP_047095132.1 XP_047095132.1 97.4 1 376 1 376 3.78e-280 756 WP_108596398.1 WP_108596398.1 89.8 1 431 1 431 1.52e-291 790 WP_130229163.1 WP_130229163.1 98.1 1 293 1 293 4.37e-219 595 WP_203962627.1 WP_203962627.1 95.9 1 139 1 139 1.44e-98 277 ATI48360.1 ATI48360.1 98.4 1 83 1 83 1.04e-58 172 WP_239881445.1 EFU85163.1 46.1 16 386 16 367 1.53e-101 304 WP_239881445.1 WP_239881445.1 97.1 1 390 1 390 1.40e-289 781 MBP7096418.1 MBP7096418.1 96.5 1 412 1 412 6.35e-304 819 GFD44438.1 GFD44438.1 100 1 89 1 89 6.23e-65 188 KAG3014872.1 KAG3014872.1 90.9 1 654 1 654 0.0 1213 BAD88428.1 USR37329.1 93.9 1 186 4 189 7.57e-126 361 BAD88428.1 AFP82159.1 93.2 27 419 1 393 1.19e-276 751 BAD88428.1 BAD88428.1 99.0 1 456 1 456 0.0 933 RTZ57973.1 RTZ57973.1 93.4 1 454 1 454 0.0 870 MCP5208043.1 WP_096765790.1 44.2 3 148 5 152 6.23e-35 117 MCP5208043.1 WP_023322253.1 51.1 3 148 6 150 1.34e-43 139 MCP5208043.1 MCP5208043.1 98.7 1 148 1 148 4.19e-109 305 WP_127741063.1 WP_127741063.1 95.2 1 255 1 255 2.57e-183 501 WP_025722435.1 WP_025722435.1 94.5 1 165 1 165 7.24e-116 323 BDO44729.1 BDO44729.1 93.0 1 568 1 568 0.0 1082 EHY7905316.1 EHY7905316.1 95.8 1 173 1 173 7.73e-124 344 PWU96467.1 PWU96467.1 99.5 1 557 1 557 0.0 1145 WP_256855996.1 WP_256855996.1 91.4 1 147 1 147 1.85e-98 278 WP_070714099.1 WP_215493005.1 39.8 2 456 5 489 4.06e-107 325 WP_070714099.1 MBB3008158.1 57.9 17 458 2 445 3.10e-170 484 WP_070714099.1 PPU99279.1 46.0 2 458 5 470 1.38e-128 379 WP_070714099.1 WP_070714099.1 98.2 1 459 1 459 0.0 931 CAB4155648.1 CAB4155648.1 96.6 1 103 1 103 2.01e-72 208 MBT2971737.1 WP_009197348.1 36.8 3 254 15 263 6.96e-46 153 MBT2971737.1 MBI2621122.1 33.1 2 259 1 274 8.89e-42 142 MBT2971737.1 MBT2971737.1 98.5 1 263 1 263 3.15e-197 537 WP_146176256.1 WP_146176256.1 89.8 1 399 1 399 1.29e-269 731 MCH7694635.1 MCH7694635.1 100 1 68 1 68 3.62e-50 149 MCH8819771.1 MCH8819771.1 94.1 1 524 1 524 0.0 1012 WP_154756783.1 WP_154756783.1 92.1 1 140 1 140 2.04e-94 267 WP_094313715.1 MCH6132484.1 74.3 20 239 1 220 1.12e-114 326 WP_094313715.1 WP_094313715.1 95.2 1 242 1 242 1.09e-173 476 MBP3287665.1 MBP3287665.1 94.5 1 157 1 157 4.98e-110 308 OUW40900.1 OUW40900.1 96.0 1 264 1 264 5.20e-192 524 WP_251758029.1 WP_243361436.1 24.2 75 440 70 438 2.90e-27 114 WP_251758029.1 GIR47037.1 42.5 11 611 9 617 1.40e-149 445 WP_251758029.1 MBK3574312.1 30.7 2 612 5 643 6.74e-90 291 WP_251758029.1 WP_096665911.1 21.6 1 434 4 432 6.06e-25 107 WP_251758029.1 GIW30304.1 19.9 152 456 133 427 1.68e-11 65.1 WP_251758029.1 WP_251758029.1 93.8 1 631 1 631 0.0 1214 WP_251758029.1 UDH58358.1 33.8 6 611 4 616 2.35e-102 323 MBP7140479.1 MBP7140479.1 96.4 1 203 1 203 3.05e-147 405 WP_161180930.1 WP_161180930.1 89.3 1 224 1 224 2.25e-148 410 HAS08893.1 HAS08893.1 90.3 1 139 1 139 2.12e-91 259 WP_232025538.1 WP_232025538.1 96.6 1 349 1 349 3.93e-257 696 QLB53288.1 QLB53288.1 95.9 1 1244 1 1244 0.0 2450 WP_109665156.1 WP_109665156.1 95.1 1 195 1 195 5.72e-139 384 NWI67355.1 NWI67355.1 94.8 1 161 1 161 2.09e-113 317 WP_157957173.1 WP_157957173.1 94.0 1 194 1 194 4.18e-136 377 XP_005402208.1 XP_005402208.1 96.5 1 1942 1 1942 0.0 3846 VFC12725.1 VFC12725.1 92.8 1 60 1 60 6.87e-38 118 XP_011889539.1 XP_011889539.1 94.9 1 1225 1 1225 0.0 2382 WP_241812465.1 WP_241812465.1 98.5 1 637 1 637 0.0 1294 WP_241812465.1 MCF6148530.1 42.3 200 599 25 424 8.30e-93 292 ERJ58959.1 ERJ58959.1 100 1 58 1 58 1.07e-40 125 MWC28217.1 MWC28217.1 85.3 1 54 1 54 8.04e-30 97.4 WP_200244355.1 WP_200244355.1 98.6 1 169 1 169 3.44e-125 347 WP_181452264.1 WP_181452264.1 93.4 1 127 1 127 9.36e-87 246 PVD36313.1 PVD36313.1 95.4 1 1278 1 1278 0.0 2501 WP_104082941.1 WP_104082941.1 96.5 1 194 1 194 1.11e-140 388 MBF22348.1 MBF22348.1 87.7 1 315 1 315 5.33e-206 563 WP_057718391.1 WP_057718391.1 97.2 1 213 1 213 3.28e-156 429 CUQ63902.1 CUQ63902.1 97.0 1 78 1 78 7.91e-54 159 MBO4855552.1 MBO4855552.1 93.3 1 355 1 355 5.53e-251 681 TKY54154.1 TKY54154.1 92.1 1 602 1 602 0.0 1134 WP_269217061.1 WP_269217061.1 82.9 1 75 1 75 7.29e-42 129 WP_110552514.1 WP_110552514.1 87.4 1 262 1 262 8.02e-170 468 MCC6608271.1 MCC6608271.1 92.9 1 424 1 424 6.07e-299 808 RPI37384.1 RPI37384.1 92.0 1 145 1 145 6.47e-98 276 MCO5319342.1 MCO5319342.1 93.5 1 164 1 164 1.30e-113 317 SDS88477.1 SDS88477.1 100 1 182 1 182 1.61e-143 394 ART90939.1 ART90939.1 95.3 1 407 1 407 1.04e-295 798 MBT5873300.1 MBT5873300.1 94.7 1 105 1 105 4.70e-72 207 WP_111953219.1 WP_111953219.1 95.9 1 603 1 603 0.0 1189 VVV80071.1 VVV80071.1 92.7 1 44 1 44 2.73e-26 87.8 XP_031168963.1 XP_031168963.1 94.7 1 655 1 655 0.0 1273 WP_225923723.1 WP_225923723.1 94.9 1 126 1 126 1.06e-87 249 GFX14753.1 GFX14753.1 97.3 1 378 1 378 2.67e-281 759 WP_135028221.1 WP_135028221.1 90.5 1 271 1 271 1.52e-183 503 XP_047250014.1 XP_047250014.1 96.7 1 170 1 170 5.06e-123 342 WP_274718192.1 WP_274718192.1 93.7 1 502 1 502 0.0 966 MBQ6488280.1 MBQ6488280.1 98.4 1 179 1 179 1.74e-132 366 WP_282641071.1 WP_282641071.1 92.1 1 135 1 135 6.41e-91 258 MCL1888839.1 MBF8294570.1 25.4 250 702 1 576 3.96e-53 191 MCL1888839.1 WP_161020167.1 21.5 8 540 46 603 1.11e-33 135 MCL1888839.1 MCL1888839.1 96.1 1 713 1 713 0.0 1408 MCL1888839.1 MBQ5493788.1 41.3 581 699 11 129 1.17e-20 87.4 HCH0658035.1 KAG8015916.1 74.0 274 447 1 174 4.10e-85 258 HCH0658035.1 SHG12942.1 33.4 44 480 56 483 1.69e-69 228 HCH0658035.1 HCH0658035.1 95.7 1 480 1 480 0.0 945 WP_024465855.1 WP_024465855.1 95.0 1 107 1 107 8.04e-74 212 XP_011040987.1 XP_011040987.1 94.7 1 437 1 437 1.01e-315 851 WP_182503633.1 WP_182503633.1 96.6 1 648 1 648 0.0 1289 XP_026193030.1 XP_026193030.1 91.9 1 189 1 189 5.95e-129 358 NLD53371.1 NLD53371.1 94.1 1 232 1 232 4.09e-164 451 OHB76863.1 OHB76863.1 96.5 1 81 1 81 1.02e-55 164 MBQ7987638.1 MBQ7987638.1 91.6 1 144 1 144 1.42e-96 273 MCH7923992.1 MCH7923992.1 96.2 1 757 1 757 0.0 1498 WP_234738658.1 WP_234738658.1 93.7 1 1261 1 1261 0.0 2417 KAF8953894.1 KAF8953894.1 95.2 1 427 1 427 4.04e-310 836 WP_035556611.1 WP_035556611.1 96.9 1 259 1 259 2.39e-190 519 KAF7261528.1 KAF7261528.1 94.9 1 163 1 163 5.12e-115 321 PHU06236.1 PHU06236.1 97.7 1 313 1 313 2.38e-233 632 MBS0194197.1 MBS0194197.1 98.7 1 263 1 263 1.10e-197 538 WP_249505358.1 MBP6375542.1 39.4 2 438 3 439 4.67e-94 289 WP_249505358.1 PWM49891.1 35.0 1 440 1 439 3.11e-77 245 WP_249505358.1 MBT4710545.1 35.8 2 438 3 441 3.55e-80 253 WP_249505358.1 WP_258835625.1 38.8 2 438 3 443 1.35e-92 285 WP_249505358.1 WP_194454339.1 25.4 10 437 15 438 7.49e-39 144 WP_249505358.1 WP_249505358.1 97.7 1 440 1 440 0.0 887 WP_114368818.1 WP_114368818.1 98.1 1 412 1 412 5.07e-310 835 WP_118754559.1 WP_118754559.1 97.8 1 132 1 132 9.56e-96 270 KAI6772462.1 KAI6772462.1 95.2 1 338 1 338 1.51e-244 663 XP_048189479.1 MBR4375795.1 26.5 10 191 6 185 1.46e-14 68.6 XP_048189479.1 XP_048189479.1 95.8 1 227 1 227 5.62e-164 450 MBO5360769.1 MBO5360769.1 100 1 167 1 167 2.25e-129 357 XP_043732582.1 XP_043732582.1 96.4 1 388 1 388 7.73e-286 771 TVQ11450.1 TVQ11450.1 98.1 1 330 1 330 1.46e-247 670 XP_025063182.1 XP_025063182.1 87.6 1 209 1 209 1.08e-134 374 WP_137740674.1 WP_137740674.1 96.3 1 511 1 511 0.0 1013 KAJ7349597.1 KAJ7349597.1 97.2 1 469 1 469 0.0 940 MBQ4874411.1 MBQ4874411.1 93.1 1 218 1 218 6.30e-152 419 WP_021479352.1 NOT18216.1 34.6 534 1146 5 613 2.98e-102 334 WP_021479352.1 ECN6431251.1 52.2 574 691 1 118 5.40e-31 116 WP_021479352.1 WP_021479352.1 96.3 1 1148 1 1148 0.0 2271 GLG98414.1 GLG98414.1 91.3 1 2592 1 2592 0.0 4821 MCB0786882.1 MCB0786882.1 96.5 1 178 1 178 1.05e-128 357 XP_030313316.1 XP_030313316.1 98.6 1 622 1 622 0.0 1265 MBM4374951.1 MBR2684576.1 38.5 1 211 1 213 2.24e-41 138 MBM4374951.1 WP_239606280.1 38.2 1 208 1 210 3.26e-40 135 MBM4374951.1 MBM4374951.1 93.4 1 215 1 215 3.38e-150 414 HII98403.1 HII98403.1 96.3 1 174 1 174 2.49e-125 348 MCA9288779.1 MCA9288779.1 97.2 1 264 1 264 6.60e-195 531 XP_046270414.1 XP_046270414.1 93.0 1 2928 1 2928 0.0 5561 WP_157475717.1 WP_157475717.1 97.8 1 163 1 163 2.75e-119 332 MCQ2791623.1 WP_114605464.1 40.4 6 473 14 494 1.72e-108 329 MCQ2791623.1 MCQ2791623.1 94.6 1 474 1 474 0.0 921 MCE3270046.1 MCE3270046.1 89.4 1 80 1 80 8.47e-50 149 QBJ07451.1 QBJ07451.1 94.0 1 278 1 278 3.52e-197 538 WP_252681452.1 WP_252681452.1 94.6 1 240 1 240 7.34e-171 468 PYR37153.1 PYR37153.1 94.6 1 477 1 477 0.0 927 MBT6184820.1 MBT6184820.1 97.5 1 120 1 120 3.22e-86 244 MBX3649353.1 MBX3649353.1 92.8 1 172 1 172 3.15e-118 330 HBM3973915.1 HBM3973915.1 95.5 1 203 1 203 1.45e-145 401 KAJ1923473.1 KAJ1923473.1 96.6 1 830 1 830 0.0 1649 WP_221246517.1 WP_221246517.1 97.1 1 429 1 429 2.29e-319 860 MXZ69365.1 MXZ69365.1 86.3 1 150 1 150 1.75e-93 265 GGU82495.1 GGU82495.1 95.9 1 163 1 163 1.53e-116 325 WP_279996009.1 WP_279996009.1 99.8 1 278 1 278 4.02e-212 576 WP_149755470.1 WP_149755470.1 95.8 1 186 1 186 1.79e-133 369 HCW85392.1 WP_043158522.1 43.3 11 352 3 339 3.67e-84 258 HCW85392.1 HCW85392.1 95.8 1 357 1 357 1.13e-260 705 PLW21337.1 PLW21337.1 95.4 1 497 1 497 0.0 975 WP_201312397.1 WP_201312397.1 99.4 1 159 1 159 1.17e-118 330 MBU1557098.1 MBU1557098.1 90.1 1 415 1 415 7.10e-282 764 TOF36258.1 TOF36258.1 94.4 1 85 1 85 4.03e-57 168 WP_055228170.1 WP_055228170.1 91.3 1 291 1 291 2.46e-199 545 CCX82620.1 CCX82620.1 98.9 1 429 1 429 0.0 877 NDV26630.1 NDV26630.1 96.5 1 218 1 218 1.23e-158 436 KAG8195189.1 KAG8195189.1 93.9 1 241 1 241 4.59e-170 466 MBZ5631081.1 MBZ5631081.1 98.1 1 43 1 43 1.08e-27 91.3 KAF4465142.1 KAF4465142.1 97.0 1 123 1 123 5.94e-88 249 WHA30314.1 WHA30314.1 100 1 78 1 78 1.21e-57 169 WP_239463733.1 WP_239463733.1 89.2 1 487 1 487 0.0 886 WP_093271293.1 WP_093271293.1 90.1 1 283 1 283 1.30e-190 522 XP_044188718.1 XP_044188718.1 94.8 1 464 1 464 0.0 904 HAS1030591.1 HAS1030591.1 93.2 1 129 1 129 6.54e-88 249 WP_255329483.1 WP_255329483.1 95.6 1 387 1 387 4.62e-282 762 MCP4309405.1 MCP4309405.1 91.0 1 411 1 411 1.28e-282 765 MBR5775979.1 MBR5775979.1 99.0 1 111 1 111 7.29e-81 230 EDT4006401.1 EDT4006401.1 94.7 1 144 1 144 1.08e-100 283 MBR5342912.1 MBR5342912.1 100 1 342 1 342 1.28e-263 711 NIR99268.1 NIR99268.1 91.2 1 50 1 50 6.16e-30 97.4 WP_280876395.1 WP_280876395.1 93.8 1 208 1 208 5.22e-146 403 MBO4309439.1 MBO4309439.1 92.7 1 158 1 158 3.63e-108 303 WP_136241334.1 MBQ6038336.1 34.4 30 313 18 310 1.68e-47 161 WP_136241334.1 WP_136241334.1 89.5 1 333 1 333 2.23e-223 609 TWL42136.1 TWL42136.1 92.6 1 102 1 102 7.06e-68 197 XP_029075794.1 XP_029075794.1 90.9 1 2037 1 2037 0.0 3771 WP_053034526.1 WP_053034526.1 97.8 1 124 1 124 1.34e-89 253 EIN7713189.1 EIN7713189.1 96.6 1 200 1 200 2.33e-145 400 WP_161061319.1 WP_226360036.1 53.0 7 143 4 138 6.28e-43 137 WP_161061319.1 WP_004957233.1 51.2 6 135 7 134 4.90e-38 124 WP_161061319.1 WP_161061319.1 94.4 1 143 1 143 1.17e-99 280 KAH8057076.1 KAH8057076.1 93.7 1 242 1 242 1.73e-170 468 WP_223752944.1 WP_223752944.1 96.8 1 447 1 447 0.0 892 MCT6212844.1 MBG6268407.1 19.5 49 389 48 380 3.72e-13 68.6 MCT6212844.1 MCT6212844.1 95.8 1 392 1 392 1.29e-286 774 GHL33785.1 GHL33785.1 96.7 1 176 1 176 2.13e-127 353 VDL79744.1 VDL79744.1 100 1 171 1 171 2.32e-133 368 HBA4333173.1 GBE16035.1 53.0 4 329 10 338 4.74e-110 322 HBA4333173.1 HBA4333173.1 97.6 1 332 1 332 2.42e-247 669 MBR4170715.1 MBR4170715.1 76.4 1 78 1 78 5.02e-39 122 XP_017569355.1 XP_017569355.1 92.1 1 752 1 752 0.0 1415 WP_100498040.1 WP_100498040.1 89.2 1 381 1 381 2.74e-255 694 XP_047387430.1 XP_047387430.1 98.3 1 533 1 533 0.0 1082 EDV6147146.1 EDV6147146.1 96.4 1 632 1 632 0.0 1254 WP_101164019.1 WP_101164019.1 94.7 1 346 1 346 7.53e-249 674 MBQ2777352.1 MBP3509218.1 62.0 1 606 1 607 7.67e-258 719 MBQ2777352.1 MBQ2777352.1 97.6 1 608 1 608 0.0 1222 MSX50368.1 MSX50368.1 92.5 1 289 1 289 2.20e-201 550 KAI0815695.1 KAI0815695.1 94.0 1 981 1 981 0.0 1890 WP_025579907.1 WP_025579907.1 97.5 1 820 1 820 0.0 1646 WP_066476002.1 MBA2651112.1 56.4 7 63 7 63 2.33e-16 64.3 WP_066476002.1 WP_130410090.1 52.4 1 59 1 59 5.59e-15 60.8 WP_066476002.1 WP_066476002.1 100 1 67 1 67 1.61e-48 145 WP_168672621.1 WP_168672621.1 97.1 1 255 1 255 9.72e-188 512 WP_202730319.1 WP_202730319.1 95.0 1 391 1 391 5.42e-283 764 MBG5741623.1 MBG5741623.1 92.3 1 390 1 390 1.16e-272 738 KRF62093.1 KRF62093.1 91.4 1 138 1 138 3.40e-92 261 WP_246995487.1 WP_246995487.1 91.4 1 155 1 155 3.80e-104 293 MCB4366171.1 MCB4366171.1 94.0 1 142 1 142 2.56e-98 277 MCI6020178.1 MCI6020178.1 95.0 1 80 1 80 6.42e-54 160 MBQ7739147.1 WP_006004624.1 68.3 1 360 1 362 8.87e-173 483 MBQ7739147.1 MBQ7739147.1 95.4 1 361 1 361 4.63e-262 709 MCP4697618.1 MCP4697618.1 93.4 1 1444 1 1444 0.0 2758 WP_136027195.1 WP_231768584.1 35.1 23 266 35 284 2.72e-41 142 WP_136027195.1 WP_136027195.1 93.4 1 266 1 266 4.59e-187 511 WP_216395189.1 WP_216395189.1 96.2 1 511 1 511 0.0 1012 NBU29208.1 NBU29208.1 87.8 1 186 1 186 9.46e-120 335 WP_116073910.1 WP_026497435.1 41.7 1 875 1 909 1.33e-220 645 WP_116073910.1 WP_116073910.1 93.6 1 875 1 875 0.0 1677 XP_027063577.1 XP_027063577.1 99.1 1 129 1 129 6.28e-95 267 WP_175715079.1 WP_175715079.1 93.8 1 87 1 87 3.98e-58 171 WP_034146623.1 WP_034146623.1 94.8 1 346 1 346 2.63e-249 676 WP_237414093.1 WP_237414093.1 91.4 1 154 1 154 2.04e-103 291 WP_225118260.1 WP_225118260.1 92.1 1 642 1 642 0.0 1209 WP_049882603.1 WP_049882603.1 90.2 1 520 1 520 0.0 957 MCR9147539.1 MCR9147539.1 95.4 1 255 1 255 8.95e-184 502 WP_081612908.1 WP_081612908.1 99.2 1 253 1 253 2.59e-191 521 WP_149493237.1 WP_149493237.1 92.7 1 281 1 281 3.64e-196 536 MBO9347542.1 WP_077320126.1 36.1 78 404 108 434 3.04e-57 192 MBO9347542.1 MBO9347542.1 96.5 1 404 1 404 6.03e-298 803 WP_078336203.1 WP_078336203.1 96.7 1 458 1 458 0.0 912 XP_012676239.1 XP_012676239.1 96.0 1 315 1 315 4.42e-230 624 OGN55943.1 OGN55943.1 94.5 1 196 1 196 1.77e-138 383 VEH65358.1 VEH65358.1 100 1 40 1 40 2.56e-27 90.1 XP_008997370.1 XP_008997370.1 99.2 1 124 1 124 4.00e-91 257 XP_018358059.1 XP_018358059.1 87.7 1 558 1 558 0.0 994 MWD28632.1 MWD28632.1 95.3 1 321 1 321 2.57e-232 630 RSL59427.1 MBA0549662.1 33.6 59 428 18 383 3.86e-58 195 RSL59427.1 RSL59427.1 92.4 1 486 1 486 0.0 919 VGP03367.1 VGP03367.1 95.8 1 1012 1 1012 0.0 1992 GAX21055.1 GAX21055.1 96.7 1 229 1 229 2.90e-167 458 XP_056374717.1 XP_056374717.1 96.6 1 2765 1 2765 0.0 5483 MBM3921745.1 HIX59898.1 28.7 61 219 57 217 1.41e-14 69.3 MBM3921745.1 MBM3921745.1 99.0 1 243 1 243 4.13e-183 499 MBL8834799.1 MBL8834799.1 96.3 1 462 1 462 0.0 917 WP_089608892.1 OGD85943.1 35.5 267 463 5 215 5.51e-33 122 WP_089608892.1 WP_089608892.1 95.0 1 464 1 464 0.0 906 WP_183433527.1 WP_183433527.1 92.0 1 259 1 259 9.21e-179 490 WP_049682576.1 WP_049682576.1 90.4 1 209 1 209 3.50e-140 388 EHL1725675.1 EHL1725675.1 93.2 1 224 1 224 2.66e-156 430 WP_027489832.1 WP_027489832.1 96.2 1 377 1 377 6.50e-277 748 KFX48203.1 MBS1636088.1 25.6 692 915 102 315 7.39e-16 78.6 KFX48203.1 KFX48203.1 92.8 1 1267 1 1267 0.0 2404 WP_232719809.1 WP_232719809.1 100 1 324 1 324 4.38e-255 688 WP_110581055.1 WP_179032033.1 48.2 5 313 5 313 2.66e-89 268 WP_110581055.1 WP_110581055.1 93.3 1 318 1 318 3.46e-224 610 WP_027004648.1 WP_027004648.1 96.0 1 449 1 449 0.0 888 RZN15559.1 RZN15559.1 98.2 1 194 1 194 9.92e-144 396 WP_224419934.1 MBD58399.1 42.9 8 575 5 574 2.53e-142 422 WP_224419934.1 WP_224419934.1 92.1 1 575 1 575 0.0 1083 KAJ3544539.1 KAJ3544539.1 95.6 1 1165 1 1165 0.0 2287 MBP7023394.1 MBP7023394.1 95.3 1 154 1 154 6.59e-109 305 TDB69252.1 TDB69252.1 96.3 1 327 1 327 6.88e-240 650 WP_125093116.1 WP_125093116.1 96.6 1 836 1 836 0.0 1661 HDZ79728.1 HDZ79728.1 100 1 116 1 116 1.68e-86 245 VAI76478.1 VAI76478.1 97.4 1 922 1 922 0.0 1848 KAF3789931.1 KAF3789931.1 90.9 1 174 1 174 1.23e-116 326 XP_011775823.1 XP_011775823.1 91.6 1 100 1 100 1.69e-65 191 WP_256314628.1 WP_256314628.1 100 1 256 1 256 5.46e-199 541 WP_275700142.1 WP_275700142.1 94.5 1 55 1 55 3.89e-35 110 MBQ7792117.1 MBQ7792117.1 89.3 1 107 1 107 3.55e-68 198 MCK3776214.1 MCK3776214.1 98.7 1 230 1 230 2.05e-172 471 GAW04005.1 GAW04005.1 96.7 1 493 1 493 0.0 982 XP_016849932.1 XP_016849932.1 96.4 1 728 1 728 0.0 1444 WP_163496825.1 MCK5056842.1 30.2 26 392 24 383 1.65e-47 164 WP_163496825.1 WP_163496825.1 96.3 1 393 1 393 5.07e-289 780 KAF2999697.1 KAF2999697.1 99.1 1 463 1 463 0.0 949 EXB75938.1 EXB75938.1 98.0 1 221 1 221 7.14e-164 449 WP_265907929.1 WP_265907929.1 97.1 1 383 1 383 1.75e-284 768 AML78558.1 AML78558.1 97.9 1 480 1 480 0.0 970 WP_043919642.1 WP_043919642.1 97.7 1 197 1 197 3.73e-145 400 MBE6455882.1 MBE6455882.1 99.4 1 314 1 314 4.13e-239 647 MBK8805244.1 MBK8805244.1 95.0 1 376 1 376 4.54e-272 736 MCI4494966.1 MCI4494966.1 96.9 1 68 1 68 3.38e-46 139 CAH8302172.1 CAH8302172.1 87.6 1 217 1 217 4.53e-140 389 TPR01788.1 TPR01788.1 95.1 1 396 1 396 4.32e-287 775 UHH56899.1 UHH56899.1 51.2 1 85 1 85 2.82e-23 83.2 MBI5835246.1 MBI5835246.1 100 1 1111 1 1111 0.0 2317 HIR73384.1 HIR73384.1 97.4 1 288 1 288 1.30e-213 580 NTU59162.1 NTU59162.1 93.9 1 246 1 246 7.33e-174 476 HIO39972.1 HIO39972.1 97.3 1 290 1 290 9.14e-215 583 MBW2003542.1 MBW2003542.1 85.4 1 45 1 45 5.70e-24 82.0 XP_024910805.1 XP_024910805.1 92.1 1 882 1 882 0.0 1659 XP_008531547.1 XP_008531547.1 97.1 1 587 1 587 0.0 1174 NP_001375225.1 XP_053257159.1 77.5 1 732 1 761 0.0 1174 NP_001375225.1 NP_001375225.1 96.9 1 821 1 821 0.0 1637 KNE87310.1 KNE87310.1 97.2 1 157 1 157 7.66e-114 317 MAT55784.1 MAT55784.1 95.1 1 115 1 115 8.06e-80 228 WP_256825141.1 WP_256825141.1 89.1 1 150 1 150 1.90e-97 275 WP_200287444.1 WP_210569664.1 32.0 26 439 19 433 3.25e-61 203 WP_200287444.1 WP_200287444.1 100 1 440 1 440 0.0 938 MBW1759047.1 MBW1759047.1 95.1 1 326 1 326 2.38e-235 639 WP_101936735.1 WP_210212399.1 36.2 1 317 1 318 1.01e-57 187 WP_101936735.1 WP_101936735.1 95.7 1 320 1 320 8.28e-233 632 EAE5693959.1 EAE5693959.1 88.5 1 469 1 469 3.35e-312 845 EHQ4925811.1 EHQ4925811.1 90.7 1 175 1 175 4.61e-117 327 WP_055143902.1 WP_055143902.1 90.7 1 150 1 150 1.39e-99 281 MCL2259531.1 MCL2259531.1 100 1 79 1 79 9.13e-58 169 USW54809.1 USW54809.1 93.4 1 309 1 309 6.17e-218 593 WP_109103107.1 WP_109103107.1 92.9 1 142 1 142 6.04e-97 273 MBR3543702.1 MBR3543702.1 87.4 1 580 1 580 0.0 1030 KAH7333078.1 KAH7333078.1 100 1 240 1 240 1.24e-187 511 KAA0785577.1 EAG5222239.1 55.9 1 245 1 247 3.94e-88 259 KAA0785577.1 WP_216576398.1 43.4 1 245 1 244 1.63e-59 187 KAA0785577.1 WP_067032591.1 35.8 9 245 8 241 8.90e-41 139 KAA0785577.1 KAA0785577.1 98.0 1 247 1 247 9.73e-184 501 WP_191097707.1 WP_191097707.1 96.8 1 195 1 195 5.10e-142 392 WP_270933235.1 WP_270933235.1 97.3 1 358 1 358 3.99e-266 719 MBO4823235.1 MBO4823235.1 95.2 1 105 1 105 1.64e-72 209 XP_028368138.1 XP_028368138.1 94.4 1 461 1 461 0.0 894 BBM58963.1 BBM58963.1 94.1 1 195 1 195 3.86e-137 379 NXE29491.1 WP_091276063.1 52.2 19 57 6 44 1.03e-07 41.6 NXE29491.1 NXE29491.1 96.2 1 58 1 58 2.97e-38 119 MBQ7135263.1 MBQ7135263.1 95.4 1 678 1 678 0.0 1329 KAF3668984.1 KAF3668984.1 100 1 119 1 119 3.35e-92 259 NQU12192.1 NQU12192.1 95.9 1 191 1 191 2.00e-137 380 WP_247359483.1 WP_247359483.1 96.2 1 337 1 337 5.08e-247 669 WP_160762600.1 WP_096277301.1 28.2 46 466 30 460 3.01e-49 173 WP_160762600.1 WP_160762600.1 96.8 1 466 1 466 0.0 930 VVA34975.1 VVA34975.1 94.2 1 224 1 224 1.95e-158 436 WP_062791926.1 WP_243890777.1 25.1 63 674 43 594 5.98e-56 199 WP_062791926.1 WP_062791926.1 92.3 1 675 1 675 0.0 1275 MBP7948257.1 MCC7351004.1 32.8 1 356 1 366 6.49e-56 186 MBP7948257.1 MBP7948257.1 98.4 1 382 1 382 2.50e-288 777 MBQ2895174.1 MBQ2895174.1 96.1 1 497 1 497 0.0 984 KAJ2681556.1 KAJ2681556.1 93.1 1 452 1 452 8.68e-320 863 MBK6016805.1 MBK6016805.1 85.1 1 100 1 100 1.50e-59 176 HAT8492399.1 PWC90347.1 39.8 14 366 19 376 4.99e-77 240 HAT8492399.1 HAT8492399.1 93.4 1 368 1 368 9.33e-261 706 WP_226831873.1 WP_226831873.1 86.2 1 532 1 532 0.0 930 WP_145765032.1 WP_145765032.1 96.9 1 206 1 206 1.69e-150 414 EFN6096987.1 EFN6096987.1 100 1 101 1 101 1.27e-74 214 WP_245437884.1 WP_245437884.1 97.3 1 147 1 147 2.16e-106 298 MBP3694442.1 MBP3694442.1 99.7 1 405 1 405 7.19e-311 836 KKP93192.1 MBR4471080.1 45.2 3 130 6 118 8.39e-31 105 KKP93192.1 TDM00308.1 42.1 2 129 3 114 3.32e-27 95.9 KKP93192.1 KKP93192.1 90.1 1 130 1 130 5.57e-85 242 WP_031101924.1 WP_031101924.1 97.5 1 1206 1 1206 0.0 2420 WP_150277740.1 MCC2111968.1 46.8 7 390 23 402 2.64e-107 320 WP_150277740.1 WP_150277740.1 94.1 1 394 1 394 7.99e-282 762 XP_005100439.2 XP_005100439.2 86.6 1 1098 1 1098 0.0 1925 GER25411.1 GER25411.1 100 1 115 1 115 9.39e-88 248 XP_004697524.1 XP_004697524.1 97.4 1 333 1 333 1.30e-247 670 MBE6787267.1 MCH2678216.1 33.1 1 172 1 168 8.64e-24 91.3 MBE6787267.1 WP_228824605.1 30.6 1 186 1 186 3.75e-22 87.4 MBE6787267.1 MBE6787267.1 93.9 1 187 1 187 5.33e-131 363 WP_057732191.1 WP_057732191.1 91.4 1 294 1 294 5.60e-202 551 MCF6194916.1 MCF6194916.1 97.9 1 423 1 423 7.05e-318 855 WP_226866106.1 WP_226866106.1 91.0 1 491 1 491 0.0 913 NGQ14502.1 NGQ14502.1 91.6 1 101 1 101 3.13e-66 192 MBQ7713804.1 MBQ7713804.1 94.2 1 60 1 60 1.19e-38 120 WP_079712214.1 WP_079712214.1 95.5 1 287 1 287 1.06e-207 565 KAI8478671.1 KAI8478671.1 96.4 1 106 1 106 1.83e-74 214 MBQ2559410.1 MBQ2559410.1 93.5 1 445 1 445 1.14e-316 854 WP_072851907.1 WP_072851907.1 96.1 1 88 1 88 1.09e-60 177 MCG0239154.1 MCG0239154.1 91.8 1 478 1 478 0.0 898 WP_249839557.1 WP_249839557.1 94.6 1 360 1 360 6.81e-259 701 MBI2200351.1 MBI2200351.1 92.5 1 189 1 189 5.10e-130 361 CAC5421833.1 CAC5421833.1 95.8 1 158 1 158 1.37e-112 314 MBI1418116.1 MBI1418116.1 95.0 1 380 1 380 1.12e-274 743 WP_236663175.1 WP_236663175.1 95.7 1 220 1 220 1.44e-158 436 MBQ7152318.1 MBQ7152318.1 95.2 1 291 1 291 7.47e-210 571 WP_136470377.1 WP_136470377.1 100 1 301 1 301 2.38e-236 639 WP_002682757.1 WP_002682757.1 95.9 1 433 1 433 2.20e-317 855 XP_025486240.1 XP_025486240.1 94.8 1 975 1 975 0.0 1895 MCL6479991.1 MCL6479991.1 98.1 1 346 1 346 1.13e-259 702 WP_250850661.1 WP_250850661.1 89.7 1 206 1 206 8.94e-137 379 WP_282139373.1 WP_282139373.1 94.0 1 288 1 288 1.82e-204 557 XP_033980738.1 XP_033980738.1 92.0 1 652 1 652 0.0 1227 WP_028330468.1 WP_028330468.1 92.2 1 100 1 100 4.14e-66 192 GGT63801.1 WP_230519716.1 46.7 11 681 1 579 2.05e-192 555 GGT63801.1 MBQ3380675.1 48.7 428 680 1 250 8.14e-69 224 GGT63801.1 GGT63801.1 95.5 1 687 1 687 0.0 1347 WP_048428121.1 WP_048428121.1 99.0 1 173 1 173 7.17e-129 357 WP_157749445.1 WP_157749445.1 97.1 1 1808 1 1808 0.0 3606 KAF9450340.1 KAF9450340.1 94.6 1 312 1 312 8.84e-224 608 RHI25825.1 RHI25825.1 100 1 64 1 64 2.99e-45 137 PYO04262.1 PYO04262.1 96.2 1 497 1 497 0.0 985 MZQ82908.1 MZQ82908.1 92.0 1 280 1 280 1.87e-193 529 MCP5940157.1 MCP5940157.1 94.4 1 80 1 80 1.84e-53 159 WP_046233091.1 WP_046233091.1 95.3 1 127 1 127 6.85e-89 252 WP_099711966.1 WP_099711966.1 97.0 1 366 1 366 2.42e-271 733 WP_228364598.1 WP_228364598.1 96.1 1 141 1 141 2.47e-100 282 KAF3190632.1 KAF3190632.1 98.0 1 128 1 128 7.97e-93 262 GAP55147.1 GAP55147.1 100 1 84 1 84 1.06e-65 190 WP_117920451.1 MCJ7594907.1 55.9 370 616 1 250 2.15e-84 263 WP_117920451.1 WP_086280341.1 36.6 21 560 17 534 2.14e-102 321 WP_117920451.1 KKT55671.1 41.2 21 575 28 578 2.22e-128 389 WP_117920451.1 WP_117920451.1 95.1 1 621 1 621 0.0 1213 URN93064.1 URN93064.1 96.9 1 249 1 249 9.33e-183 499 XP_048379117.1 XP_048379117.1 97.4 1 568 1 568 0.0 1140 WP_215829554.1 WP_215829554.1 95.5 1 166 1 166 4.03e-118 329 HIS66173.1 HIS66173.1 98.9 1 70 1 70 4.89e-49 147 WP_068579097.1 WP_068579097.1 95.8 1 294 1 294 7.21e-214 582 WP_138524404.1 WP_138524404.1 92.3 1 246 1 246 4.74e-170 467 WP_207040866.1 WP_207040866.1 91.5 1 839 1 839 0.0 1566 XP_023744527.1 XP_023744527.1 95.6 1 192 1 192 1.52e-137 380 WP_149746544.1 MBU4432787.1 38.5 6 206 10 213 1.85e-39 133 WP_149746544.1 MBF0248932.1 54.8 151 205 4 58 5.12e-13 60.1 WP_149746544.1 WP_149746544.1 99.7 1 208 1 208 2.71e-157 431 XP_031942702.1 XP_031942702.1 98.6 1 491 1 491 0.0 1000 WP_231208164.1 WP_231208164.1 87.5 1 181 1 181 5.96e-116 325 MCF8184263.1 MCF8184263.1 81.3 1 68 1 68 1.98e-36 115 OGK67013.1 OGK67013.1 96.2 1 85 1 85 1.71e-58 172 MCB9002045.1 MCB9002045.1 96.2 1 1145 1 1145 0.0 2263 KAG5628805.1 KAG5628805.1 98.9 1 421 1 421 4.66e-320 860 WP_075347218.1 WP_108719223.1 63.3 5 145 3 143 1.29e-57 174 WP_075347218.1 WP_075347218.1 96.9 1 148 1 148 1.16e-106 298 HAV5500596.1 HAV5500596.1 95.1 1 477 1 477 0.0 933 WP_197903834.1 WP_197903834.1 99.0 1 220 1 220 2.80e-165 452 EBY9237686.1 EBY9237686.1 98.0 1 282 1 282 1.29e-210 572 WP_000877275.1 WP_000877275.1 96.1 1 529 1 529 0.0 1046 MBA8802464.1 MBA8802464.1 94.2 1 203 1 203 3.99e-143 395 RPH43036.1 WP_257080809.1 23.2 15 173 7 171 2.77e-08 49.7 RPH43036.1 RPH43036.1 87.8 1 174 1 174 9.27e-112 313 PKL50735.1 PKL50735.1 93.7 1 1078 1 1078 0.0 2067 ECJ9372216.1 WP_222637261.1 60.4 7 971 7 975 0.0 1109 ECJ9372216.1 MCK9371657.1 29.8 263 933 6 684 1.06e-87 294 ECJ9372216.1 GGB39876.1 61.8 1 977 1 977 0.0 1148 ECJ9372216.1 ECJ9372216.1 98.7 1 994 1 994 0.0 2023 MCB9044857.1 MCB9044857.1 97.8 1 404 1 404 7.99e-303 816 CAD1480611.1 CAD1480611.1 100 1 254 1 254 2.32e-199 541 MBR4318777.1 MBR4318777.1 94.6 1 118 1 118 1.49e-81 233 WP_189253472.1 WP_189253472.1 94.4 1 320 1 320 5.36e-229 622 XP_001964912.1 XP_001964912.1 94.8 1 199 1 199 2.82e-141 390 WP_006895514.1 WP_006895514.1 97.5 1 280 1 280 8.74e-208 565 XP_047161348.1 XP_047161348.1 99.6 1 337 1 337 1.54e-257 696 GFZ13182.1 OHB35500.1 27.9 38 386 21 357 6.37e-38 138 GFZ13182.1 GFZ13182.1 95.4 1 392 1 392 3.03e-285 770 MCD4741867.1 MCD4741867.1 94.5 1 325 1 325 8.60e-233 632 WP_012105291.1 WP_012105291.1 89.5 1 106 1 106 9.46e-68 197 WP_151428268.1 WP_151428268.1 93.5 1 111 1 111 3.22e-75 216 MBG4742902.1 MBG4742902.1 93.0 1 239 1 239 8.88e-167 458 WP_199425576.1 WP_279838136.1 36.6 17 120 29 130 6.79e-13 65.5 WP_199425576.1 QQO85492.1 26.9 20 258 14 248 5.74e-22 90.5 WP_199425576.1 WP_199425576.1 96.0 1 271 1 271 4.13e-197 537 WP_199425576.1 WP_263858211.1 37.4 21 265 15 257 1.07e-45 152 KAA0555231.1 WP_267292626.1 26.0 105 630 2 512 2.61e-51 183 KAA0555231.1 MBT3887354.1 32.5 330 630 22 319 8.23e-42 152 KAA0555231.1 NDI25889.1 33.5 339 624 1 283 1.05e-41 151 KAA0555231.1 WP_033456074.1 30.4 329 630 8 294 7.98e-37 137 KAA0555231.1 OFZ89526.1 27.7 207 630 4 420 2.05e-45 165 KAA0555231.1 WP_098923619.1 32.5 207 630 3 417 7.00e-63 212 KAA0555231.1 KAJ4394429.1 25.3 206 630 62 512 2.18e-39 150 KAA0555231.1 WP_262612393.1 27.1 207 630 3 423 2.60e-43 159 KAA0555231.1 KAA0555231.1 88.8 1 630 1 630 0.0 1139 WP_250703775.1 WP_135952734.1 19.9 12 390 15 414 8.42e-18 83.2 WP_250703775.1 WP_250703775.1 95.6 1 417 1 417 2.31e-304 821 WP_190024728.1 WP_190024728.1 85.9 1 94 1 94 2.21e-56 167 EJH9475741.1 HAL7851047.1 27.9 126 760 13 646 1.02e-72 248 EJH9475741.1 WP_220281278.1 29.7 46 760 109 813 1.35e-93 308 EJH9475741.1 WP_184698676.1 40.1 13 775 8 766 2.86e-172 513 EJH9475741.1 HCH8663031.1 27.5 48 760 110 808 7.55e-80 271 EJH9475741.1 WP_265822109.1 15.2 3 710 53 807 4.56e-13 71.2 EJH9475741.1 EJH9475741.1 99.9 1 777 1 777 0.0 1604 ACE85434.1 HIP46790.1 39.8 9 148 1 140 1.31e-26 97.1 ACE85434.1 ACE85434.1 97.3 1 154 1 154 8.34e-112 312 HAF83917.1 HAF83917.1 96.5 1 133 1 133 8.48e-95 267 WP_058354136.1 WP_058354136.1 97.7 1 192 1 192 3.33e-141 389 MCH2591601.1 WP_016340583.1 43.6 17 245 6 229 2.14e-55 176 MCH2591601.1 HHY51372.1 51.0 16 245 19 248 5.61e-71 216 MCH2591601.1 MCH2591601.1 94.4 1 245 1 245 3.36e-174 477 EJV3581946.1 EJV3581946.1 99.5 1 123 1 123 1.07e-90 256 WP_160893107.1 WP_160893107.1 94.0 1 92 1 92 6.15e-62 181 WP_058051508.1 MBE6257848.1 38.7 1 318 2 324 8.44e-66 209 WP_058051508.1 WP_224911464.1 34.8 10 313 11 327 4.83e-53 177 WP_058051508.1 WP_058051508.1 89.3 1 361 1 361 4.28e-242 659 WP_090991509.1 WP_090991509.1 97.3 1 114 1 114 2.23e-81 232 WP_192533765.1 WP_192533765.1 92.1 1 222 1 222 1.04e-152 421 MBR5151349.1 MBR5151349.1 93.0 1 99 1 99 3.84e-66 192 WP_007747506.1 WP_149886053.1 20.4 1 544 1 513 8.54e-29 118 WP_007747506.1 WP_007747506.1 98.9 1 544 1 544 0.0 1112 MBN4480386.1 MBN4480386.1 100 1 19 1 19 2.00e-10 46.2 WP_073952834.1 WP_073952834.1 93.4 1 521 1 521 0.0 998 MBQ2865526.1 MBQ2865526.1 96.2 1 184 1 184 1.27e-132 367 CCZ48101.1 CCZ48101.1 96.2 1 344 1 344 4.05e-252 682 WP_088644037.1 WP_088644037.1 91.1 1 467 1 467 0.0 869 WP_030245666.1 WP_030245666.1 89.9 1 182 1 182 1.21e-120 337 NCY12679.1 NCY12679.1 93.5 1 376 1 376 1.39e-266 722 WP_277588386.1 WP_277588386.1 97.7 1 741 1 741 0.0 1491 WP_191131110.1 WP_191131110.1 90.9 1 372 1 372 7.88e-255 692 XP_031903815.1 XP_031903815.1 98.2 1 268 1 268 2.05e-200 545 WP_230340254.1 WP_230340254.1 90.0 1 286 1 286 1.21e-192 527 WP_234278623.1 WP_234278623.1 99.1 1 337 1 337 5.15e-256 692 MCH9811988.1 MCH9811988.1 97.2 1 488 1 488 0.0 978 WP_097346712.1 WP_158131988.1 65.4 4 658 2 658 7.76e-300 830 WP_097346712.1 EAP5059555.1 28.8 390 658 82 355 2.04e-28 115 WP_097346712.1 AGL88086.1 30.0 390 658 29 283 7.47e-31 120 WP_097346712.1 PPR79666.1 27.9 390 655 64 331 8.20e-26 107 WP_097346712.1 AHK46784.1 29.3 390 657 40 319 1.43e-30 120 WP_097346712.1 WP_249991478.1 27.7 390 655 58 324 2.35e-25 105 WP_097346712.1 WP_097346712.1 91.6 1 660 1 660 0.0 1234 WP_097346712.1 EIU6828535.1 26.7 350 657 8 319 7.89e-29 115 MCB9527501.1 MCB9527501.1 84.9 1 210 1 210 3.05e-130 363 QQE66073.1 QQE66073.1 100 1 85 1 85 1.10e-63 185 WP_123608797.1 WP_123608797.1 96.2 1 264 1 264 1.81e-192 525 WP_161258623.1 WP_161258623.1 96.5 1 575 1 575 0.0 1142 OAD54734.1 OAD54734.1 99.4 1 619 1 619 0.0 1271 PIW09420.1 PIW09420.1 97.1 1 462 1 462 0.0 925 KKU20154.1 KKU20154.1 84.3 1 147 1 147 7.45e-89 253 WP_230693348.1 OYU97658.1 69.8 1 108 1 108 1.52e-49 151 WP_230693348.1 WP_230693348.1 97.9 1 108 1 108 1.89e-77 221 WP_238874073.1 WP_238874073.1 93.9 1 353 1 353 2.34e-251 681 XP_014030939.2 XP_014030939.2 94.9 1 2004 1 2004 0.0 3894 MBN8497621.1 MBN8497621.1 94.0 1 267 1 267 3.64e-189 517 HBR1243745.1 HBR1243745.1 97.2 1 548 1 548 0.0 1098 ONC03263.1 ONC03263.1 97.0 1 35 1 35 3.44e-21 74.3 VHX55998.1 VHX55998.1 92.4 1 46 1 46 1.31e-27 91.3 WP_189355971.1 WP_189355971.1 94.1 1 492 1 492 0.0 950 NWW81056.1 NWW81056.1 97.1 1 79 1 79 1.03e-54 162 WP_173213591.1 WP_173213591.1 95.6 1 289 1 289 1.83e-209 570 TVP67793.1 EMD83093.1 34.2 35 392 50 434 2.75e-63 208 TVP67793.1 WP_224014827.1 42.8 16 401 6 388 3.36e-94 286 TVP67793.1 WP_130670507.1 41.4 21 401 15 391 5.55e-88 270 TVP67793.1 WP_271272236.1 40.9 21 399 5 382 7.30e-86 265 TVP67793.1 MCB0793211.1 40.1 23 398 12 387 5.90e-82 255 TVP67793.1 TVP67793.1 98.9 1 404 1 404 6.11e-307 826 PTB82517.1 PTB82517.1 97.7 1 192 1 192 2.35e-141 390 ETO00561.1 ETO00561.1 89.4 1 173 1 173 1.27e-113 318 WP_248222673.1 WP_248222673.1 94.6 1 498 1 498 0.0 968 WP_105466370.1 WP_105466370.1 98.9 1 92 1 92 4.66e-66 191 KIY45866.1 KIY45866.1 99.0 1 280 1 280 1.35e-211 575 MBJ6738874.1 MBJ6738874.1 90.0 1 146 1 146 6.70e-96 271 PJQ02245.1 EJO8252676.1 59.0 474 594 1 117 3.28e-39 138 PJQ02245.1 ECP6736894.1 32.1 47 357 38 341 4.82e-42 154 PJQ02245.1 EAL1671435.1 69.0 243 650 1 402 4.92e-194 550 PJQ02245.1 EJA9392162.1 90.5 209 475 1 267 1.64e-174 495 PJQ02245.1 EFS8130303.1 33.4 50 481 41 464 4.91e-67 225 PJQ02245.1 PJQ02245.1 96.5 1 650 1 650 0.0 1291 WP_072932559.1 WP_072932559.1 94.9 1 736 1 736 0.0 1433 WP_182072700.1 WP_182072700.1 96.6 1 261 1 261 3.39e-191 521 MCG7868091.1 MCG7868091.1 89.5 1 513 1 513 0.0 936 MCL2931045.1 MCL2931045.1 96.7 1 72 1 72 3.96e-49 147 UKI46111.1 UKI46111.1 95.4 1 283 1 283 1.76e-204 557 MCR5635645.1 MCR5635645.1 91.5 1 284 1 284 3.77e-195 533 WP_061905238.1 HBY86896.1 59.2 1 362 1 366 2.76e-140 411 WP_061905238.1 WP_134885491.1 29.6 20 564 6 547 4.95e-70 235 WP_061905238.1 WP_061905238.1 91.8 1 622 1 622 0.0 1167 WP_152835594.1 WP_152835594.1 94.5 1 218 1 218 1.13e-154 426 BAY23582.1 WP_271116088.1 49.4 34 444 1 395 2.59e-125 368 BAY23582.1 WP_066841281.1 55.9 34 444 1 402 2.08e-149 429 BAY23582.1 MCU0947041.1 44.7 34 444 1 406 3.27e-107 322 BAY23582.1 BAY23582.1 94.1 1 457 1 457 0.0 884 WP_218685492.1 WP_218685492.1 100.0 1 515 1 515 0.0 1065 KAE8354616.1 KAE8354616.1 92.5 1 1188 1 1188 0.0 2246 RRJ17109.1 RRJ17109.1 98.4 1 206 1 206 3.05e-153 421 WP_189232804.1 WP_189232804.1 99.7 1 271 1 271 2.06e-206 561 XP_030718790.1 XP_030718790.1 100 1 238 1 238 3.55e-186 507 WP_153276888.1 WP_153276888.1 96.4 1 130 1 130 1.87e-92 261 WP_082500294.1 WP_082500294.1 94.8 1 423 1 423 7.78e-306 825 MCG5061674.1 MCG5061674.1 93.8 1 613 1 613 0.0 1179 MCB1857105.1 WP_012506875.1 48.2 11 187 15 197 1.50e-50 161 MCB1857105.1 MCB1857105.1 93.6 1 209 1 209 2.79e-146 404 WP_069748396.1 WP_069748396.1 95.0 1 281 1 281 4.13e-202 551 KAH8986285.1 KAH8986285.1 91.5 1 184 1 184 1.08e-124 347 AJV50090.1 AJV50090.1 99.6 1 167 1 167 4.19e-125 347 KPL24525.1 EEZ61636.1 42.7 3 149 11 166 5.13e-35 118 KPL24525.1 KPL24525.1 92.5 1 151 1 151 9.42e-103 289 EDO26407.1 EDO26407.1 94.2 1 295 1 295 3.55e-210 572 TEB04530.1 TEB04530.1 92.6 1 30 1 30 3.99e-16 61.2 KFR16735.1 KFR16735.1 93.1 1 1100 1 1100 0.0 2095 KAG8246189.1 KAG8246189.1 100 1 321 1 321 5.98e-256 690 XP_032734223.1 XP_032734223.1 96.5 1 980 1 980 0.0 1944 ROW07476.1 ROW07476.1 90.1 1 910 1 910 0.0 1669 WP_242908489.1 WP_242908489.1 91.4 1 296 1 296 3.94e-203 555 WP_071489953.1 EDX1137207.1 71.3 1 335 1 336 2.17e-169 473 WP_071489953.1 WP_071489953.1 98.3 1 335 1 335 5.75e-252 681 KRZ86866.1 KRZ86866.1 95.6 1 73 1 73 4.25e-49 147 BBN52434.1 BBN52434.1 98.4 1 271 1 271 3.29e-203 553 HIU98185.1 HIU98185.1 98.3 1 513 1 513 0.0 1041 WP_160748510.1 WP_160748510.1 94.2 1 363 1 363 1.05e-259 703 RYP44998.1 RYP44998.1 96.2 1 648 1 648 0.0 1282 NLI85305.1 NLI85305.1 90.4 1 457 1 457 2.66e-312 844 KAH8586608.1 KAH8586608.1 100 1 404 1 404 0.0 864 NLY70754.1 NLY70754.1 97.2 1 110 1 110 2.66e-78 224 EJP8326510.1 EJP8326510.1 95.7 1 646 1 646 0.0 1271 WP_247447489.1 WP_247447489.1 98.0 1 454 1 454 0.0 918 WP_224115114.1 WP_224115114.1 95.8 1 135 1 135 1.70e-95 269 WP_236685314.1 WP_236685314.1 96.0 1 509 1 509 0.0 1006 MBI1382466.1 MBI1382466.1 88.4 1 218 1 218 2.53e-142 394 WP_283277237.1 HJC40183.1 30.4 13 333 4 325 1.09e-41 147 WP_283277237.1 KAE8322051.1 32.9 11 362 6 359 2.19e-54 181 WP_283277237.1 WP_283277237.1 94.3 1 365 1 365 1.28e-261 708 WP_230702007.1 WP_230702007.1 95.4 1 698 1 698 0.0 1368 CAF2595159.1 CAF2595159.1 98.5 1 281 1 281 4.18e-211 573 WP_256082840.1 WP_256082840.1 90.9 1 226 1 226 4.93e-153 422 EPN58803.1 EPN58803.1 89.4 1 174 1 174 3.37e-114 320 MBQ6414464.1 MBQ6414464.1 96.8 1 569 1 569 0.0 1134 VSL28096.1 VSL28096.1 99.8 1 314 1 314 3.54e-240 650 WP_032936131.1 WP_032936131.1 92.8 1 264 1 264 3.10e-184 504 MBP3623608.1 MBP3623608.1 94.6 1 441 1 441 3.52e-318 858 WP_164674633.1 WP_164674633.1 92.2 1 215 1 215 6.54e-148 408 WP_168044369.1 WP_168044369.1 100 1 448 1 448 0.0 937 WP_188200635.1 WP_279961109.1 44.6 22 404 15 395 1.78e-99 300 WP_188200635.1 WP_188200635.1 98.2 1 406 1 406 5.88e-306 824 MBM3303016.1 MBM3303016.1 100 1 268 1 268 9.46e-206 559 WP_255164512.1 WP_255164512.1 95.2 1 346 1 346 1.59e-250 679 NCX40317.1 NCX40317.1 98.8 1 199 1 199 1.35e-148 409 WP_109125398.1 WP_109125398.1 93.7 1 305 1 305 4.34e-216 588 MBG6436126.1 MBG6436126.1 93.9 1 185 1 185 2.18e-129 359 ELR45644.1 XP_053193947.1 43.9 7 1738 66 1705 0.0 1315 ELR45644.1 ELR45644.1 94.4 1 1738 1 1738 0.0 3361 GEW91653.1 GEW91653.1 93.9 1 109 1 109 3.25e-74 213 RCN27214.1 RCN27214.1 93.8 1 165 1 165 8.46e-115 320 WP_054108586.1 WP_054108586.1 93.8 1 368 1 368 5.63e-262 709 WP_129326500.1 WP_129326500.1 89.0 1 214 1 214 6.24e-141 390 TVR26043.1 TVR26043.1 98.9 1 198 1 198 5.10e-148 407 WP_129053744.1 WP_129053744.1 92.8 1 393 1 393 2.27e-276 748 KON47367.1 KON47367.1 94.4 1 311 1 311 1.93e-222 605 PIP74303.1 PIP74303.1 96.9 1 671 1 671 0.0 1339 WP_283162015.1 WP_283162015.1 98.3 1 168 1 168 7.51e-124 343 WP_070412310.1 WP_070412310.1 97.9 1 694 1 694 0.0 1400 KAG8520114.1 KAG8520114.1 95.2 1 758 1 758 0.0 1481 EGR2264783.1 EGR2264783.1 96.8 1 392 1 392 2.83e-290 783 SSC70273.1 SSC70273.1 100 1 41 1 41 1.92e-27 90.5 MCA3708721.1 MCA3708721.1 94.8 1 359 1 359 1.27e-258 700 YP_010258034.1 YP_010258034.1 94.9 1 330 1 330 8.33e-238 645 WP_012568269.1 WP_110808154.1 30.1 163 361 24 216 8.07e-22 90.9 WP_012568269.1 WP_041580422.1 31.2 157 359 14 211 1.58e-24 98.2 WP_012568269.1 WP_224458015.1 52.9 5 365 4 365 1.50e-121 353 WP_012568269.1 MBG9445742.1 29.8 157 342 17 193 2.39e-19 84.0 WP_012568269.1 WP_233281725.1 25.4 160 362 1 208 2.91e-15 72.4 WP_012568269.1 MCO5064371.1 26.8 157 357 46 262 2.33e-18 82.4 WP_012568269.1 WP_012568269.1 93.7 1 365 1 365 1.74e-259 703 WP_057837626.1 WP_057837626.1 92.8 1 206 1 206 1.01e-142 394 WP_102511913.1 WP_102511913.1 95.9 1 419 1 419 3.43e-307 828 KAJ3918428.1 WP_055863905.1 42.6 43 381 2 325 1.22e-80 250 KAJ3918428.1 KAJ3918428.1 97.6 1 415 1 415 1.58e-310 836 CBH36599.1 CBH36599.1 100 1 103 1 103 3.44e-82 233 WP_028684940.1 WP_028684940.1 95.8 1 213 1 213 1.82e-153 422 OJW81690.1 KAB4839568.1 38.7 16 506 5 496 1.95e-100 317 OJW81690.1 OJW81690.1 98.1 1 740 1 740 0.0 1497 WP_278643529.1 NLB38271.1 36.2 60 291 2 233 6.12e-40 138 WP_278643529.1 WP_278643529.1 98.0 1 300 1 300 2.45e-224 608 MBR5966198.1 MBR5966198.1 95.5 1 307 1 307 1.41e-222 605 PSN12224.1 PSN12224.1 97.5 1 254 1 254 6.33e-188 513 HJD11223.1 HJD11223.1 100 1 670 1 670 0.0 1411 WP_045591686.1 WP_045591686.1 100 1 258 1 258 8.41e-204 553 WP_131751929.1 WP_131751929.1 99.6 1 644 1 644 0.0 1326 WP_257012936.1 WP_257012936.1 96.0 1 368 1 368 2.72e-269 728 WP_242859101.1 WP_242859101.1 87.2 1 458 1 458 2.56e-299 811 PUZ69802.1 PUZ69802.1 94.8 1 114 1 114 8.76e-79 225 WP_129712947.1 OKH79147.1 43.5 3 182 11 193 4.67e-43 141 WP_129712947.1 WP_129712947.1 97.1 1 185 1 185 7.04e-135 373 MBT3039312.1 MBT3039312.1 93.1 1 75 1 75 6.96e-49 147 NXX47445.1 NXX47445.1 98.6 1 265 1 265 3.83e-199 542 MCP3684079.1 MCP3684079.1 96.0 1 588 1 588 0.0 1162 MCH7797911.1 MCH7797911.1 91.8 1 54 1 54 5.00e-33 105 WP_242439424.1 WP_242439424.1 95.4 1 400 1 400 6.44e-291 785 WP_068462781.1 WP_282171596.1 57.6 1 411 1 412 1.20e-156 447 WP_068462781.1 WP_068462781.1 93.8 1 417 1 417 1.67e-297 803 KAI9181093.1 KAI9181093.1 96.3 1 539 1 539 0.0 1068 OZB16321.1 OZB16321.1 98.4 1 651 1 651 0.0 1321 KAJ2335352.1 KAJ2335352.1 91.7 1 443 1 443 9.52e-308 832 MCG8513288.1 MCG8513288.1 93.3 1 327 1 327 9.63e-231 627 MCL6517734.1 MCL6517734.1 96.3 1 118 1 118 2.20e-83 237 WP_207999384.1 WP_207999384.1 95.6 1 148 1 148 7.82e-105 294 WP_018419316.1 WP_018419316.1 97.4 1 209 1 209 1.34e-153 422 WP_149819987.1 WP_149819987.1 96.5 1 66 1 66 1.99e-44 135 HAT4052191.1 HAT4052191.1 94.2 1 169 1 169 2.51e-118 330 WP_094400414.1 WP_094400414.1 98.3 1 277 1 277 1.40e-207 564 CAF1109260.1 CAF1109260.1 93.7 1 194 1 194 1.20e-135 375 GAU87713.1 GAU87713.1 95.3 1 297 1 297 1.11e-214 584 YP_008593487.1 YP_008593487.1 100 1 55 1 55 7.18e-40 122 BCW36351.1 BCW36351.1 95.1 1 615 1 615 0.0 1201 WP_188125540.1 WP_188125540.1 96.1 1 146 1 146 3.89e-104 292 MBK5261536.1 MBK5261536.1 93.8 1 120 1 120 4.23e-82 234 MCL6457358.1 MCB9999913.1 22.7 13 798 37 934 4.47e-66 240 MCL6457358.1 WP_123159424.1 29.3 21 783 31 791 4.88e-95 321 MCL6457358.1 MSZ29533.1 44.3 14 1003 15 1012 3.43e-264 768 MCL6457358.1 SCL13606.1 19.4 46 821 94 854 6.84e-37 148 MCL6457358.1 WP_081224968.1 30.3 13 833 23 842 1.53e-111 365 MCL6457358.1 MCL6457358.1 98.1 1 1026 1 1026 0.0 2074 WP_229343766.1 WP_229343766.1 94.2 1 409 1 409 4.74e-293 791 KAJ3738999.1 KAJ3738999.1 99.4 1 172 1 172 9.44e-129 356 WP_175093485.1 WP_175093485.1 93.3 1 266 1 266 6.52e-187 511 XP_043971649.1 XP_043971649.1 94.2 1 584 1 584 0.0 1129 WP_023355490.1 WP_192558464.1 26.1 7 227 12 234 7.10e-19 80.9 WP_023355490.1 WP_017549704.1 29.7 6 219 4 221 4.09e-25 97.4 WP_023355490.1 WP_023355490.1 92.1 1 239 1 239 8.52e-165 453 MBQ8348910.1 MBQ8348910.1 95.0 1 119 1 119 9.64e-83 236 NQT29221.1 WP_064068643.1 40.9 4 309 2 297 2.32e-68 214 NQT29221.1 NQT29221.1 93.5 1 314 1 314 4.91e-222 604 XP_046808501.1 XP_046808501.1 100 1 501 1 501 0.0 1040 ANN69912.1 ANN69912.1 100 1 329 1 329 1.86e-254 687 XP_042989918.1 XP_042989918.1 99.0 1 1128 1 1128 0.0 2302 WP_265272113.1 MCB1103648.1 23.8 1 313 1 315 9.77e-23 95.5 WP_265272113.1 WP_014217999.1 28.4 6 314 9 307 3.46e-34 126 WP_265272113.1 WP_267861425.1 36.2 1 310 1 302 1.20e-55 183 WP_265272113.1 WP_062517857.1 19.7 32 306 27 294 9.36e-10 57.4 WP_265272113.1 HHZ84751.1 27.7 1 316 1 336 5.23e-36 132 WP_265272113.1 SFF07309.1 38.9 1 308 1 308 7.79e-63 201 WP_265272113.1 MBN9534694.1 36.1 1 316 1 308 5.05e-57 186 WP_265272113.1 WP_265272113.1 95.8 1 350 1 350 2.87e-255 691 WP_127859415.1 WP_127859415.1 98.6 1 205 1 205 8.10e-153 420 WP_045183792.1 WP_045183792.1 98.3 1 137 1 137 3.69e-100 281 NCA08360.1 NCA08360.1 88.5 1 309 1 309 4.57e-204 558 WP_274423713.1 WP_253783299.1 33.9 17 277 15 283 3.03e-42 145 WP_274423713.1 WP_274423713.1 90.1 1 292 1 292 5.14e-197 539 SYZ65887.1 SYZ65887.1 96.4 1 120 1 120 5.35e-85 241 WP_077583480.1 WP_031822363.1 65.5 68 447 1 379 7.73e-171 483 WP_077583480.1 WP_077583480.1 97.6 1 447 1 447 0.0 900 MBS7632436.1 MBS7632436.1 98.0 1 188 1 188 9.60e-139 383 WP_095061089.1 WP_095061089.1 96.8 1 285 1 285 1.34e-209 570 WP_140843904.1 WP_140843904.1 93.0 1 321 1 321 1.31e-225 613 RVG63469.1 RVG63469.1 92.3 1 60 1 60 1.39e-37 117 MBC7494677.1 MBC7494677.1 99.0 1 1025 1 1025 0.0 2093 WP_012724915.1 WP_012724915.1 94.6 1 329 1 329 3.66e-236 641 NJS16994.1 NJS16994.1 93.6 1 157 1 157 1.17e-108 304 HDH03041.1 HDH03041.1 95.4 1 168 1 168 1.99e-119 332 WP_117579611.1 WP_117579611.1 87.3 1 103 1 103 1.42e-63 186 GAV98814.1 GAV98814.1 93.0 1 386 1 386 4.91e-272 736 MBD3418876.1 MBD3418876.1 94.1 1 106 1 106 3.56e-72 208 WP_166476065.1 WP_166476065.1 95.5 1 344 1 344 5.52e-250 677 CAH0542131.1 CAH0542131.1 98.4 1 129 1 129 3.64e-94 265 XP_019244033.1 XP_019244033.1 93.5 1 150 1 150 1.51e-103 291 MCI1709954.1 MCI1709954.1 94.7 1 164 1 164 1.93e-115 322 WP_165637167.1 WP_165637167.1 91.9 1 188 1 188 3.19e-128 356 PPQ98220.1 PPQ98220.1 98.7 1 48 1 48 7.93e-32 102 MBQ1746349.1 MBQ1746349.1 94.0 1 271 1 271 3.12e-192 525 WP_267979634.1 MBQ3459675.1 58.9 43 235 28 219 5.55e-72 217 WP_267979634.1 WP_267979634.1 98.7 1 237 1 237 1.14e-177 485 KAH0679671.1 KAH0679671.1 94.7 1 98 1 98 6.17e-67 194 KAJ6549303.1 KAJ6549303.1 97.1 1 678 1 678 0.0 1356 PAA76673.1 PAA76673.1 97.1 1 335 1 335 2.62e-248 672 NXJ67438.1 NXJ67438.1 94.9 1 490 1 490 0.0 956 MBS4273564.1 MBS4273564.1 92.6 1 134 1 134 8.45e-91 257 MBS0561514.1 WP_178999808.1 28.8 24 572 8 568 3.15e-68 231 MBS0561514.1 MBS0561514.1 91.7 1 605 1 605 0.0 1134 AWQ28479.1 YP_009340709.1 60.9 1 222 1 222 7.29e-89 260 AWQ28479.1 WP_012964108.1 34.4 56 224 69 229 2.75e-24 95.1 AWQ28479.1 AWQ28479.1 96.3 1 229 1 229 1.68e-166 456 XP_007459185.1 XP_007459185.1 94.9 1 304 1 304 1.46e-218 594 WP_004213189.1 WP_004213189.1 99.4 1 196 1 196 1.78e-147 405 MCQ0092735.1 MCQ0092735.1 86.3 1 202 1 202 9.23e-128 356 WP_175630617.1 PDX17128.1 44.6 12 174 1 165 4.51e-40 132 WP_175630617.1 WEK50023.1 46.1 11 160 11 160 2.40e-37 125 WP_175630617.1 WP_175630617.1 95.7 1 176 1 176 7.12e-126 349 WP_143405880.1 WP_143405880.1 90.9 1 121 1 121 1.26e-79 228 XP_031459457.1 XP_031459457.1 95.4 1 2100 1 2100 0.0 4109 WP_088784550.1 OMF24356.1 25.2 106 679 59 592 2.39e-51 188 WP_088784550.1 WP_101662518.1 25.2 96 679 48 589 7.82e-52 191 WP_088784550.1 WP_088784550.1 92.3 1 821 1 821 0.0 1549 WP_088784550.1 WP_044772468.1 21.1 72 692 20 607 4.21e-36 144 MCS7142809.1 MCS7142809.1 97.4 1 313 1 313 1.38e-232 630 WP_278780043.1 WP_278780043.1 100 1 144 1 144 1.36e-112 313 WP_246925475.1 WP_246925475.1 93.5 1 132 1 132 2.09e-90 256 XP_026936565.1 XP_026936565.1 95.5 1 653 1 653 0.0 1281 WP_234002326.1 WP_055029966.1 30.7 23 360 3 377 8.62e-51 172 WP_234002326.1 WP_234002326.1 93.7 1 365 1 365 1.74e-259 703 MCA9916811.1 MCA9916811.1 91.6 1 140 1 140 8.29e-94 265 MBL7763785.1 MBL7763785.1 97.5 1 332 1 332 3.44e-247 669 XP_028567154.1 XP_028567154.1 97.1 1 1267 1 1267 0.0 2528 MAT61701.1 MAT61701.1 95.3 1 95 1 95 3.36e-65 189 CAH2316765.1 CAH2316765.1 91.4 1 1378 1 1378 0.0 2570 NIQ16008.1 NIQ16008.1 100 1 112 1 112 3.45e-84 239 MBP33715.1 MBP33715.1 94.2 1 280 1 280 3.01e-199 543 WP_199942136.1 WP_199942136.1 90.6 1 339 1 339 4.22e-231 629 OCT51367.1 OCT51367.1 97.8 1 431 1 431 0.0 870 GLX98417.1 GLX98417.1 99.8 1 65 1 65 1.12e-45 138 TNF89271.1 TNF89271.1 97.3 1 412 1 412 2.81e-307 828 HIP02283.1 MBP9134796.1 37.1 1 273 1 279 1.83e-52 171 HIP02283.1 HIP02283.1 93.5 1 273 1 273 1.80e-192 526 WP_073936403.1 ETB53277.1 29.7 30 300 13 281 3.55e-32 119 WP_073936403.1 WP_073936403.1 91.3 1 325 1 325 3.44e-223 608 WP_167263972.1 WP_167263972.1 93.5 1 378 1 378 3.43e-268 726 KKB97741.1 KKB97741.1 99.6 1 130 1 130 2.87e-96 271 WP_046600280.1 WP_243977667.1 29.4 1 288 2 287 2.30e-34 125 WP_046600280.1 WP_133340757.1 30.9 4 298 10 307 2.15e-39 139 WP_046600280.1 WP_052379448.1 34.5 4 288 6 291 9.82e-47 157 WP_046600280.1 WP_064711955.1 29.4 1 295 1 298 8.14e-36 129 WP_046600280.1 WP_134669716.1 34.6 4 289 8 294 2.78e-47 159 WP_046600280.1 WP_046600280.1 94.1 1 302 1 302 5.70e-215 585 WP_091740622.1 WP_091740622.1 94.8 1 349 1 349 1.72e-251 681 MBE7370368.1 MBE7370368.1 93.1 1 389 1 389 1.12e-274 743 WP_006799194.1 WP_236387036.1 69.1 1 657 1 653 0.0 885 WP_006799194.1 WP_006799194.1 98.9 1 657 1 657 0.0 1341 WP_227173776.1 WP_227173776.1 100 1 55 1 55 3.25e-45 136 VEC90219.1 VEC90219.1 100 1 67 1 67 9.36e-48 143 MCB2654556.1 MCB2654556.1 95.9 1 77 1 77 2.47e-52 155 XP_008373570.1 XP_008373570.1 97.3 1 206 1 206 4.16e-151 416 TWW58526.1 TWW58526.1 100 1 118 1 118 2.99e-90 254 WP_209378200.1 WP_209378200.1 90.2 1 263 1 263 2.95e-177 486 MBU6307538.1 MBU6307538.1 91.5 1 67 1 67 4.17e-42 129 WP_061048002.1 NSW79198.1 43.6 326 632 378 669 1.61e-67 234 WP_061048002.1 WP_273418567.1 27.4 481 619 17 143 1.10e-09 56.2 WP_061048002.1 WP_061048002.1 93.6 1 771 1 771 0.0 1478 WP_273159410.1 WP_273159410.1 95.5 1 90 1 90 1.07e-61 180 KAJ2160981.1 KAJ2160981.1 96.8 1 447 1 447 0.0 892 MCQ2424848.1 MCQ2424848.1 91.0 1 241 1 241 8.16e-164 451 MBQ7754763.1 MBQ7754763.1 95.8 1 165 1 165 7.54e-118 328 WP_140730472.1 WP_140730472.1 97.2 1 233 1 233 2.12e-171 469 MBI3617399.1 MBI3617399.1 96.7 1 193 1 193 2.96e-140 387 MBP0955672.1 MBP0955672.1 93.5 1 190 1 190 2.00e-132 367 MCC8146707.1 MCC8146707.1 94.1 1 522 1 522 0.0 1008 WP_038580218.1 WP_278416415.1 40.7 10 675 4 635 1.17e-153 457 WP_038580218.1 WP_038580218.1 96.9 1 680 1 680 0.0 1357 XP_051566275.1 XP_051566275.1 96.2 1 1673 1 1673 0.0 3302 KAI3927707.1 KAI3927707.1 100 1 102 1 102 3.08e-80 228 VVW57803.1 VVW57803.1 99.9 1 52 1 52 1.57e-35 111 WP_118944732.1 WP_118944732.1 98.9 1 502 1 502 0.0 1026 MBJ7287465.1 WP_031065317.1 46.1 1 1194 1 1192 0.0 967 MBJ7287465.1 MBJ7287465.1 87.7 1 1200 1 1200 0.0 2132 MCJ9712781.1 MCJ9712781.1 93.7 1 323 1 323 4.76e-229 622 WP_235360343.1 WP_235360343.1 95.3 1 75 1 75 2.07e-50 150 WP_257769388.1 WP_257769388.1 99.4 1 251 1 251 3.68e-190 518 PYQ18715.1 PYQ18715.1 99.8 1 172 1 172 2.32e-129 358 KXK57030.1 KXK57030.1 93.5 1 176 1 176 3.25e-122 340 SDH24188.1 SDH24188.1 99.3 1 36 1 36 1.09e-22 78.2 MCU1518283.1 WP_046625651.1 28.6 3 558 23 529 1.17e-66 226 MCU1518283.1 WP_236525681.1 26.0 23 553 68 562 2.35e-51 185 MCU1518283.1 KAF9463056.1 35.6 12 558 7 534 1.85e-99 312 MCU1518283.1 MCU1518283.1 94.9 1 609 1 609 0.0 1186 XP_027705828.1 XP_027705828.1 93.0 1 1238 1 1238 0.0 2353 WP_256561903.1 WP_256561903.1 100 1 164 1 164 5.54e-124 343 WP_141990951.1 WP_141990951.1 94.7 1 300 1 300 3.44e-215 585 MBQ7326660.1 MBA3031770.1 45.6 1 153 1 155 8.80e-39 127 MBQ7326660.1 MBQ7326660.1 94.8 1 159 1 159 6.03e-112 313 WP_139448115.1 QDT09879.1 48.7 1 118 1 118 9.44e-32 107 WP_139448115.1 WP_139448115.1 89.2 1 118 1 118 1.32e-75 218 KAJ5112313.1 KAJ5112313.1 95.0 1 563 1 563 0.0 1098 OWY66639.1 OWY66639.1 95.9 1 390 1 390 1.82e-285 771 PLU16997.1 WP_024270964.1 24.5 54 307 12 238 9.18e-19 82.0 PLU16997.1 PLU16997.1 96.5 1 308 1 308 3.35e-226 614 VST16928.1 VST16928.1 100 1 99 1 99 1.28e-73 211 WP_195001047.1 QQS09360.1 40.4 90 583 63 589 1.56e-115 360 WP_195001047.1 WP_009714971.1 41.5 59 581 27 558 2.05e-122 377 WP_195001047.1 WP_195001047.1 93.8 1 759 1 759 0.0 1458 WP_136536828.1 WP_136536828.1 95.4 1 307 1 307 2.85e-222 604 WP_012716944.1 WP_012716944.1 91.1 1 372 1 372 1.36e-255 694 UCE84061.1 UCE84061.1 89.7 1 55 1 55 1.08e-32 104 WP_142673401.1 WP_142673401.1 96.3 1 235 1 235 7.09e-171 468 XP_055059894.1 XP_055059894.1 97.0 1 412 1 412 4.66e-306 825 KAF9682501.1 KAF9682501.1 98.6 1 147 1 147 3.20e-108 302 WP_157104028.1 WP_157104028.1 100 1 142 1 142 1.32e-109 305 WP_000158727.1 WP_000158727.1 98.3 1 191 1 191 1.53e-141 390 WP_140641625.1 WP_140641625.1 100 1 70 1 70 1.50e-52 155 WP_234882652.1 WP_234882652.1 99.2 1 63 1 63 9.38e-44 133 WP_145739766.1 WP_216295494.1 36.5 7 332 5 338 3.60e-62 199 WP_145739766.1 WP_114947547.1 42.3 11 329 12 322 1.20e-75 234 WP_145739766.1 WP_145739766.1 93.7 1 332 1 332 1.32e-235 640 WP_109219430.1 WP_271457636.1 85.8 1 447 1 447 4.54e-286 778 WP_109219430.1 WP_109219430.1 91.9 1 449 1 449 1.00e-312 845 MCR5069553.1 MCR5069553.1 99.3 1 427 1 427 0.0 877 RIB10989.1 RIB10989.1 99.9 1 189 1 189 7.90e-143 393 WP_223874734.1 WP_223874734.1 92.1 1 230 1 230 3.09e-158 436 RKP53954.1 RKP53954.1 90.6 1 87 1 87 1.56e-55 164 WP_144660168.1 WP_144660168.1 96.9 1 540 1 540 0.0 1078 WP_071468711.1 WP_071468711.1 96.6 1 68 1 68 4.80e-46 139 WP_036392442.1 WP_036392442.1 94.6 1 570 1 570 0.0 1107 WP_221802218.1 WP_221802218.1 94.8 1 114 1 114 8.76e-79 225 WP_250239427.1 WP_250239427.1 93.7 1 883 1 883 0.0 1694 WP_129681113.1 WP_129681113.1 92.8 1 192 1 192 1.15e-132 368 NGX49271.1 NGX49271.1 90.5 1 506 1 506 0.0 935 PYL83902.1 PYL83902.1 97.0 1 697 1 697 0.0 1391 WP_123262559.1 WP_123262559.1 92.2 1 309 1 309 1.39e-214 585 OOX90626.1 OOX90626.1 96.3 1 254 1 254 3.52e-185 506 MBO5037501.1 MBO5037501.1 94.6 1 140 1 140 1.28e-97 275 THW19323.1 THW19323.1 97.1 1 455 1 455 0.0 911 TBR12235.1 TBR12235.1 100 1 36 1 36 3.78e-23 79.3 WP_256695454.1 WP_256695454.1 98.4 1 51 1 51 4.96e-34 107 MBR1786128.1 MBR1786128.1 93.1 1 45 1 45 3.54e-27 90.1 GEY63590.1 GEY63590.1 93.3 1 114 1 114 2.94e-77 221 MCF2604604.1 MCF2604604.1 97.0 1 297 1 297 2.96e-219 595 KAF5197921.1 KAF5197921.1 94.0 1 90 1 90 1.79e-60 177 CAI8519318.1 CAI8519318.1 95.8 1 264 1 264 2.12e-191 522 KAF2218229.1 KAF2218229.1 93.2 1 150 1 150 4.33e-103 290 WP_079473139.1 WP_079473139.1 94.1 1 388 1 388 1.32e-277 751 NLX43212.1 NLX43212.1 94.5 1 190 1 190 4.20e-134 371 MBH0176532.1 MBH0176532.1 91.5 1 130 1 130 1.17e-86 246 WP_154489617.1 WP_154489617.1 99.0 1 169 1 169 8.43e-126 348 NET38287.1 WP_186101535.1 48.5 6 747 8 727 2.37e-224 645 NET38287.1 NET38287.1 100 1 767 1 767 0.0 1658 MBI3214161.1 MBI3214161.1 93.9 1 581 1 581 0.0 1118 WP_223040576.1 WP_223040576.1 95.4 1 269 1 269 2.79e-194 530 WP_221711878.1 WP_221711878.1 94.5 1 112 1 112 5.12e-77 221 MBM5817467.1 MBM5817467.1 100 1 88 1 88 4.95e-66 191 EHC2895895.1 HCI3789247.1 46.1 14 161 1 145 2.10e-37 124 EHC2895895.1 EHC2895895.1 98.6 1 161 1 161 4.76e-119 331 MCT7710903.1 MCT7710903.1 94.7 1 226 1 226 5.83e-161 442 KAI5804476.1 KAI5804476.1 98.9 1 119 1 119 5.16e-87 246 WP_108106595.1 WP_108106595.1 99.6 1 162 1 162 2.65e-121 337 MBL0081532.1 MBL0081532.1 94.8 1 1211 1 1211 0.0 2353 MCI0524605.1 MCI0524605.1 91.1 1 119 1 119 1.80e-78 225 WP_200001451.1 WP_200001451.1 97.4 1 280 1 280 1.76e-207 564 GBN34629.1 GBN34629.1 97.6 1 183 1 183 3.50e-134 371 WP_104456122.1 HAZ7424284.1 30.1 7 476 7 475 1.18e-61 209 WP_104456122.1 WP_186556299.1 40.7 1 497 1 496 5.15e-113 343 WP_104456122.1 WP_104456122.1 89.1 1 524 1 524 0.0 951 XP_039048844.1 XP_039048844.1 94.5 1 134 1 134 4.35e-93 263 WP_034944635.1 WP_034944635.1 97.8 1 200 1 200 1.70e-147 406 CAG32719.1 CAG32719.1 96.5 1 137 1 137 7.17e-98 275 KMN52907.1 KMN52907.1 95.9 1 210 1 210 1.97e-151 417 WP_199673213.1 WP_037818847.1 27.7 1 391 1 400 4.77e-44 155 WP_199673213.1 MCM1513138.1 29.7 1 391 1 410 1.14e-52 179 WP_199673213.1 WP_199673213.1 92.9 1 391 1 391 1.59e-275 746 MCI6147609.1 MCI6147609.1 95.7 1 205 1 205 2.50e-147 406 XP_042771424.1 XP_005573423.1 21.4 62 1845 107 1772 5.58e-119 419 XP_042771424.1 XP_021507806.1 21.1 71 1796 119 1726 1.31e-111 395 XP_042771424.1 XP_048264533.1 21.0 80 1845 151 1839 1.27e-112 399 XP_042771424.1 XP_042771424.1 94.7 1 2312 1 2312 0.0 4485 WP_124978582.1 WP_010905191.1 26.5 1 230 1 236 3.06e-19 87.4 WP_124978582.1 WP_124978582.1 96.4 1 841 1 841 0.0 1667 KAE8683921.1 KAE8683921.1 93.4 1 569 1 569 0.0 1089 OAV63675.1 OAV63675.1 95.3 1 184 1 184 4.24e-131 363 PYB13830.1 WP_112119927.1 19.3 190 690 7 465 1.65e-20 96.7 PYB13830.1 EJG3313804.1 27.0 185 667 4 477 3.82e-48 179 PYB13830.1 WP_246003214.1 25.2 1695 2284 19 607 1.02e-51 193 PYB13830.1 NQZ11975.1 49.6 3775 4250 15 492 1.02e-133 429 PYB13830.1 PYB13830.1 97.8 1 4250 1 4250 0.0 8540 WP_007377599.1 WP_217904803.1 29.3 10 131 9 135 7.58e-12 57.4 WP_007377599.1 WP_007377599.1 89.8 1 136 1 136 9.43e-89 252 WP_187447871.1 WP_187447871.1 94.8 1 415 1 415 1.05e-299 809 WP_175766180.1 WP_175766180.1 94.9 1 305 1 305 2.73e-219 596 WP_072989136.1 WP_192202944.1 34.0 3 411 1 398 6.62e-68 219 WP_072989136.1 HAR4306776.1 52.8 4 416 5 413 5.97e-139 402 WP_072989136.1 WP_072989136.1 96.9 1 417 1 417 3.06e-309 833 TMB80853.1 TMB80853.1 99.0 1 111 1 111 7.29e-81 230 WP_277264109.1 WP_282985289.1 25.6 234 995 148 986 2.40e-80 280 WP_277264109.1 EFG7698437.1 32.3 717 995 1 302 7.68e-41 151 WP_277264109.1 WP_277264109.1 89.4 1 997 1 997 0.0 1813 KAE8876596.1 KAE8876596.1 93.6 1 1092 1 1092 0.0 2092 KZW99196.1 KZW99196.1 92.6 1 641 1 641 0.0 1215 MCC6136677.1 MCC6136677.1 90.7 1 52 1 52 4.22e-31 100 MCI5191941.1 MCI5191941.1 96.1 1 643 1 643 0.0 1271 HBW9511025.1 MCE2883039.1 56.3 60 199 2 144 1.28e-48 154 HBW9511025.1 PJB11797.1 51.5 6 194 3 191 1.90e-58 181 HBW9511025.1 HBW9511025.1 96.8 1 201 1 201 2.15e-146 403 PIP52537.1 PIP52537.1 93.2 1 372 1 372 9.36e-263 712 MAS51861.1 MAS51861.1 93.8 1 172 1 172 6.61e-120 334 WP_135705208.1 WP_135705208.1 98.3 1 138 1 138 6.87e-101 283 WP_171155369.1 WP_171155369.1 93.6 1 215 1 215 1.18e-150 415 WP_073070755.1 WP_073070755.1 95.7 1 191 1 191 5.75e-137 379 SVJ73127.1 SVJ73127.1 93.5 1 316 1 316 2.43e-223 607 WP_253463694.1 WP_253463694.1 95.2 1 437 1 437 1.49e-317 856 UCJ00318.1 UCJ00318.1 96.2 1 787 1 787 0.0 1556 MCB1471508.1 WP_119403424.1 49.5 49 288 25 264 1.75e-70 217 MCB1471508.1 MCB1471508.1 100 1 288 1 288 1.31e-222 603 KKQ50904.1 KKQ50904.1 90.8 1 1136 1 1136 0.0 2102 XP_034577512.1 XP_034577512.1 98.7 1 850 1 850 0.0 1731 CDN40573.1 Q8XJN8.1 31.0 271 469 26 231 5.75e-24 98.6 CDN40573.1 MBE6142085.1 29.3 267 464 20 224 4.50e-21 90.1 CDN40573.1 CDN40573.1 93.5 1 470 1 470 0.0 901 MBQ7354351.1 MBQ7354351.1 100 1 322 1 322 1.03e-252 682 PQN90025.1 PQN90025.1 88.7 1 21 1 21 7.36e-09 42.4 WP_153656540.1 WP_203203455.1 61.3 4 757 20 781 1.51e-319 889 WP_153656540.1 CFU01724.1 59.9 668 754 1 87 9.97e-27 102 WP_153656540.1 WP_153656540.1 94.4 1 759 1 759 0.0 1469 ABL14307.1 ABL14307.1 97.0 1 255 1 255 1.38e-187 512 MCI0559521.1 MCI0559521.1 92.4 1 463 1 463 0.0 877 HBO1212818.1 HBO1212818.1 93.8 1 340 1 340 9.78e-242 656 WP_003176097.1 MBK7557264.1 26.1 43 253 5 234 3.28e-19 83.2 WP_003176097.1 WP_003176097.1 91.8 1 285 1 285 1.22e-196 537 EEJ3660224.1 EEJ3660224.1 96.9 1 118 1 118 5.39e-84 239 YP_009550556.1 YP_009550556.1 100 1 469 1 469 0.0 978 WP_262088989.1 WP_262088989.1 96.0 1 246 1 246 1.95e-178 488 WP_146205473.1 WP_146205473.1 89.9 1 58 1 58 6.78e-35 110 WP_010875413.1 WP_010875413.1 92.8 1 200 1 200 2.40e-138 383 GFS24540.1 GFS24540.1 56.0 1 71 1 71 1.07e-21 78.2 WP_189862922.1 WP_189862922.1 90.8 1 115 1 115 3.04e-75 216 WP_174742261.1 WP_174742261.1 96.9 1 230 1 230 1.33e-168 462 MBJ9849823.1 MBJ9849823.1 91.6 1 456 1 456 1.33e-316 855 MCF8113477.1 MCF8113477.1 89.9 1 295 1 295 1.94e-198 543 MAH35553.1 MAZ13301.1 62.9 22 509 35 525 1.50e-210 592 MAH35553.1 MAH35553.1 100.0 1 511 1 511 0.0 1057 WP_276357708.1 WP_276357708.1 97.7 1 85 1 85 1.03e-59 175 KAJ7618075.1 KAJ7618075.1 91.5 1 306 1 306 1.44e-210 574 MBV8927738.1 MBV8927738.1 98.4 1 79 1 79 1.25e-55 164 GKW22999.1 GKW22999.1 95.3 1 215 1 215 5.21e-154 424 WP_219133024.1 MCH8874789.1 36.9 1 115 1 117 1.98e-18 73.9 WP_219133024.1 WP_219133024.1 94.0 1 140 1 140 7.38e-97 273 TMQ14810.1 TMQ14810.1 87.1 1 138 1 138 1.05e-86 247 WP_279268272.1 WP_279268272.1 96.9 1 855 1 855 0.0 1705 WP_201454235.1 WP_201454235.1 96.7 1 54 1 54 1.80e-35 111 WP_107169208.1 WP_107169208.1 93.1 1 362 1 362 3.62e-255 692 WP_258315721.1 WP_258315721.1 100 1 179 1 179 7.69e-136 375 MBQ0056002.1 MBQ0056002.1 92.3 1 70 1 70 9.19e-45 136 EMS62928.1 EMS62928.1 94.0 1 409 1 409 1.93e-292 790 MBK6276192.1 MBK6276192.1 90.8 1 414 1 414 9.75e-284 768 RLS80176.1 RLS80176.1 96.0 1 141 1 141 3.51e-100 281 MAU73077.1 MAU73077.1 93.3 1 346 1 346 2.82e-244 663 XP_046801602.1 XP_046801602.1 83.8 1 1294 1 1294 0.0 2184 WP_231783900.1 WP_231783900.1 99.3 1 140 1 140 1.01e-103 290 MCJ1706109.1 MCJ1706109.1 89.9 1 489 1 489 0.0 897 WP_076788335.1 WP_076788335.1 100 1 373 1 373 2.13e-289 779 MCR5830520.1 MCR5830520.1 92.3 1 471 1 471 0.0 891 MBB3050407.1 MBB3050407.1 93.0 1 81 1 81 3.99e-53 158 MCH7900379.1 MCH7900379.1 98.2 1 198 1 198 8.46e-147 404 WP_209434296.1 WP_209434296.1 89.9 1 240 1 240 1.20e-160 442 WP_011531028.1 MAO00220.1 46.1 7 117 1 116 3.21e-28 98.2 WP_011531028.1 WP_011531028.1 95.0 1 120 1 120 1.79e-83 238 NVM16230.1 NVM16230.1 96.5 1 177 1 177 5.63e-128 355 EGQ64187.1 EGQ64187.1 92.7 1 44 1 44 2.73e-26 87.8 NCC17292.1 MBX5702633.1 38.6 239 370 6 137 2.49e-21 88.2 NCC17292.1 EEW7484806.1 41.5 243 375 2 134 4.76e-25 97.8 NCC17292.1 NCC17292.1 99.5 1 382 1 382 3.85e-292 787 HAV8610731.1 HAV8610731.1 93.6 1 741 1 741 0.0 1421 KAJ4533602.1 KAJ4533602.1 95.4 1 129 1 129 1.67e-90 256 KAG7462827.1 KAG7462827.1 96.6 1 766 1 766 0.0 1523 BBF42184.1 BBF42184.1 98.4 1 263 1 263 4.48e-197 536 MBV8660698.1 MBV8660698.1 94.2 1 132 1 132 2.54e-91 258 WP_164904950.1 WP_164904950.1 96.0 1 54 1 54 3.64e-35 110 MBQ2346567.1 MBQ2346567.1 92.6 1 292 1 292 1.01e-203 556 WP_138785174.1 WP_138785174.1 96.2 1 268 1 268 2.21e-195 533 HCK66187.1 HCK66187.1 94.2 1 333 1 333 1.05e-237 645 MBO7492856.1 MBO7492856.1 96.4 1 188 1 188 5.34e-136 376 WP_138125503.1 WP_223413240.1 43.2 2 335 3 335 4.93e-82 251 WP_138125503.1 WP_069697901.1 71.7 1 338 1 339 3.92e-172 480 WP_138125503.1 EFX2174330.1 32.7 2 309 5 310 8.48e-46 157 WP_138125503.1 WP_266179881.1 44.7 2 335 3 335 1.07e-86 263 WP_138125503.1 WP_138125503.1 98.0 1 341 1 341 1.42e-255 691 PKU92481.1 PKU92481.1 96.5 1 274 1 274 1.14e-200 546 MOM40962.1 MOM40962.1 100 1 21 1 21 1.67e-14 56.6 WP_205443952.1 MBO7597869.1 22.9 8 396 8 404 2.59e-27 110 WP_205443952.1 CAA0126222.1 46.4 1 396 7 422 4.92e-116 343 WP_205443952.1 WP_122873240.1 30.2 4 387 8 416 6.76e-54 182 WP_205443952.1 WP_205443952.1 95.7 1 396 1 396 3.18e-289 781 WP_064038193.1 WP_064038193.1 100 1 81 1 81 3.13e-59 173 MCS6937099.1 MCS6937099.1 96.9 1 80 1 80 2.71e-55 163 KAF9171043.1 KAF9171043.1 93.8 1 194 1 194 8.44e-136 376 WP_239913672.1 NCV89943.1 21.9 14 419 22 454 5.86e-27 110 WP_239913672.1 GIR09622.1 22.4 15 418 23 459 4.46e-29 116 WP_239913672.1 WP_087384365.1 33.6 11 418 16 428 9.12e-67 217 WP_239913672.1 WP_007853416.1 22.2 4 398 10 431 6.68e-27 110 WP_239913672.1 WP_113669955.1 37.5 4 406 5 408 2.80e-79 249 WP_239913672.1 WP_239913672.1 88.7 1 421 1 421 9.28e-281 761 WP_214186529.1 WP_214186529.1 99.1 1 104 1 104 1.35e-75 216 ABD26457.1 ABD26457.1 81.1 1 131 1 131 9.87e-75 216 MCH2598227.1 MCH2598227.1 95.0 1 822 1 822 0.0 1602 WP_009025642.1 WP_281462881.1 27.2 49 397 10 354 2.05e-35 132 WP_009025642.1 WP_009025642.1 95.3 1 426 1 426 5.31e-310 836 MCB0330656.1 MCB0330656.1 93.9 1 172 1 172 4.66e-120 334 WP_029189383.1 WP_029189383.1 94.1 1 445 1 445 8.38e-319 860 WP_222163701.1 WP_213775833.1 40.9 26 295 24 289 4.18e-59 189 WP_222163701.1 WP_222163701.1 94.4 1 310 1 310 1.46e-221 602 PIP86899.1 PIP86899.1 89.8 1 509 1 509 0.0 932 WP_082884485.1 WP_082884485.1 93.8 1 480 1 480 0.0 924 MCB1376795.1 MCB1376795.1 97.5 1 189 1 189 1.47e-138 382 WP_134262365.1 WP_134262365.1 96.5 1 530 1 530 0.0 1053 OQC16336.1 OQC16336.1 98.4 1 761 1 761 0.0 1544 WP_160346534.1 WP_160346534.1 95.3 1 371 1 371 3.43e-269 728 MBQ9907360.1 MBQ9907360.1 96.8 1 261 1 261 1.18e-191 523 EHK6691416.1 EHK6691416.1 95.4 1 408 1 408 4.77e-297 801 MQM04273.1 MQM04273.1 96.9 1 79 1 79 1.46e-54 161 KAJ6491222.1 KAJ6491222.1 90.5 1 404 1 404 7.58e-276 748 WP_235565772.1 WP_235565772.1 96.9 1 143 1 143 7.33e-103 288 XP_049147251.1 XP_049147251.1 94.3 1 416 1 416 1.32e-298 806 WP_242161393.1 MBQ8417539.1 51.1 1 205 1 204 4.35e-63 193 WP_242161393.1 MBI5405531.1 41.5 1 204 1 205 3.36e-45 148 WP_242161393.1 WP_242161393.1 98.1 1 215 1 215 1.69e-159 437 WP_193850569.1 HCI4632030.1 70.8 1 41 1 41 9.40e-14 61.2 WP_193850569.1 WP_193850569.1 95.7 1 195 1 195 6.96e-140 386 AKU96165.1 AKU96165.1 96.1 1 115 1 115 6.90e-81 231 WP_250798057.1 WP_250798057.1 95.7 1 247 1 247 1.49e-178 488 MBQ9976843.1 MBM3366565.1 40.1 6 217 10 223 1.39e-43 147 MBQ9976843.1 MCI0677710.1 40.4 6 308 8 304 1.74e-66 209 MBQ9976843.1 PWU18232.1 40.3 2 307 9 317 1.60e-67 212 MBQ9976843.1 MBQ9976843.1 96.3 1 308 1 308 1.36e-225 612 TMF32236.1 MAJ92374.1 37.3 1 323 1 324 2.29e-62 199 TMF32236.1 TMF32236.1 96.9 1 330 1 330 9.45e-244 660 SDO77973.1 SDO77973.1 92.9 1 147 1 147 1.92e-100 283 WP_197521413.1 WP_278489123.1 32.3 21 275 27 277 5.18e-36 128 WP_197521413.1 MBR7834804.1 24.9 16 211 28 235 1.62e-14 70.1 WP_197521413.1 WP_197521413.1 94.5 1 281 1 281 9.73e-201 547 HBO3907473.1 WP_085935883.1 23.0 45 298 3 256 2.03e-15 73.2 HBO3907473.1 HBO3907473.1 95.1 1 315 1 315 3.48e-227 617 WP_200567098.1 WP_200567098.1 92.8 1 385 1 385 1.07e-270 733 WP_005392478.1 WP_005392478.1 97.4 1 343 1 343 3.35e-255 690 WP_209106433.1 WP_209106433.1 95.6 1 264 1 264 6.07e-191 521 XP_048593444.1 XP_048593444.1 99.0 1 257 1 257 6.36e-194 528 EFC33499.1 EFC33499.1 95.1 1 162 1 162 1.36e-114 320 HIV94128.1 HIV94128.1 94.4 1 345 1 345 3.31e-247 670 MBK8637870.1 MBK8637870.1 94.8 1 445 1 445 0.0 868 RXK40695.1 RXK40695.1 99.4 1 567 1 567 0.0 1164 EFG7308611.1 EFG7308611.1 89.4 1 251 1 251 5.48e-167 459 WP_202220633.1 WP_202220633.1 92.5 1 368 1 368 1.04e-257 699 MCA1697375.1 MCA1697375.1 97.4 1 329 1 329 1.51e-244 662 KAG0237649.1 KAG0237649.1 96.6 1 526 1 526 0.0 1046 MYS55468.1 MYS55468.1 88.7 1 482 1 482 0.0 871 WP_188867472.1 WP_188867472.1 95.5 1 145 1 145 1.72e-102 288 WP_233286789.1 WP_233286789.1 91.6 1 667 1 667 0.0 1249 WP_034473228.1 WP_241468713.1 23.7 8 1097 4 1052 8.44e-91 315 WP_034473228.1 STF90731.1 25.3 8 663 4 646 1.42e-59 216 WP_034473228.1 WP_228062638.1 48.8 4 1131 2 1068 0.0 985 WP_034473228.1 WP_034473228.1 94.9 1 1131 1 1131 0.0 2202 WP_110236450.1 WP_110236450.1 99.1 1 183 1 183 8.94e-137 377 MBG0749417.1 MBG0749417.1 100 1 48 1 48 2.35e-33 105 MBW7885425.1 MBW7885425.1 94.2 1 486 1 486 0.0 940 WP_020424556.1 KQO71000.1 52.3 2 1477 32 1562 0.0 1460 WP_020424556.1 WP_020424556.1 96.5 1 1514 1 1514 0.0 3000 WP_094570475.1 WP_094570475.1 88.3 1 243 1 243 5.05e-159 439 WP_109128643.1 WP_109128643.1 98.2 1 365 1 365 9.92e-275 741 AGS31853.1 AGS31853.1 95.1 1 138 1 138 9.03e-97 273 MBK7190470.1 MBK7190470.1 98.7 1 59 1 59 2.31e-40 124 WP_256569498.1 WP_256569498.1 97.2 1 339 1 339 1.59e-251 681 WP_092203677.1 WP_092203677.1 92.1 1 165 1 165 3.31e-112 314 ELB87175.1 ELB87175.1 94.7 1 270 1 270 3.51e-193 527 WP_011185207.1 WP_011185207.1 92.5 1 340 1 340 1.81e-237 645 WP_158104363.1 WP_158104363.1 96.8 1 868 1 868 0.0 1728 CAB1315112.1 CAB1315112.1 100 1 247 1 247 3.41e-193 525 WP_278579814.1 WP_278579814.1 91.4 1 217 1 217 1.08e-147 408 WP_110431153.1 WP_110431153.1 93.7 1 475 1 475 0.0 913 WP_177084516.1 WP_177084516.1 100 1 247 1 247 1.56e-189 516 RZL08229.1 RZL08229.1 92.5 1 346 1 346 5.44e-242 657 KAF6750975.1 KAF6750975.1 92.4 1 489 1 489 0.0 926 WP_086123022.1 WP_057859275.1 48.1 1 535 1 536 1.22e-158 461 WP_086123022.1 WP_086123022.1 98.8 1 541 1 541 0.0 1103 MSO18531.1 MSO18531.1 93.5 1 242 1 242 7.04e-170 466 NWW43432.1 NWW43432.1 98.0 1 399 1 399 6.04e-300 808 CAF2048201.1 CAF2048201.1 94.2 1 142 1 142 1.27e-98 278 NWT28302.1 MBQ2719788.1 30.7 12 549 24 552 4.07e-74 245 NWT28302.1 NWT28302.1 98.2 1 586 1 586 0.0 1187 WP_121183454.1 WP_121183454.1 95.6 1 71 1 71 1.24e-47 143 XP_009177739.1 XP_009177739.1 96.9 1 239 1 239 2.57e-175 479 NXE30976.1 NXE30976.1 98.8 1 319 1 319 4.48e-241 652 WP_152884059.1 WP_152884059.1 94.7 1 249 1 249 1.00e-177 486 WP_209676560.1 WP_209676560.1 94.1 1 1478 1 1478 0.0 2848 XP_027131078.1 XP_027131078.1 96.1 1 831 1 831 0.0 1641 EDQ9505691.1 EDQ9505691.1 85.9 1 134 1 134 1.45e-82 236 OXA48312.1 OXA48312.1 96.5 1 155 1 155 2.58e-111 311 DAM73724.1 DAM73724.1 99.3 1 72 1 72 8.29e-51 151 MBN2762177.1 WP_108365493.1 73.2 1 100 1 100 2.07e-48 148 MBN2762177.1 MBN2762177.1 92.9 1 100 1 100 1.01e-66 194 NCV73474.1 NCV73474.1 91.0 1 160 1 160 4.93e-107 300 WP_128316318.1 WP_128316318.1 93.2 1 344 1 344 8.06e-243 659 MCR4310565.1 MCR4310565.1 93.0 1 397 1 397 3.38e-280 758 WP_119963696.1 WP_119963696.1 95.8 1 554 1 554 0.0 1092 WP_221520465.1 WP_221520465.1 85.8 1 61 1 61 1.18e-34 110 MCI8311254.1 MCI8311254.1 87.3 1 528 1 528 0.0 937 GIR70810.1 GIR70810.1 100 1 123 1 123 5.69e-95 267 MCH7911399.1 MCH7911399.1 96.4 1 76 1 76 6.61e-52 154 WP_165019025.1 WP_165019025.1 93.6 1 340 1 340 3.98e-241 654 TMQ04701.1 TMQ04701.1 95.2 1 980 1 980 0.0 1915 MBR6023659.1 MBR6023659.1 98.6 1 141 1 141 1.55e-103 290 WP_077603924.1 WP_077603924.1 99.7 1 85 1 85 3.05e-61 179 WP_156061037.1 MBQ7856432.1 37.5 2 417 4 392 1.35e-81 257 WP_156061037.1 WP_156061037.1 96.4 1 456 1 456 0.0 905 WP_220737010.1 WP_220737010.1 95.1 1 176 1 176 8.32e-125 347 NXC43906.1 NXC43906.1 96.9 1 363 1 363 7.48e-269 726 EJL0691474.1 EJL0691474.1 100 1 162 1 162 3.22e-122 339 WP_277513241.1 WP_277513241.1 93.4 1 237 1 237 4.41e-166 456 EET1847662.1 EET1847662.1 95.8 1 95 1 95 1.17e-65 191 WP_233575804.1 WP_233575804.1 94.9 1 903 1 903 0.0 1758 WP_065076975.1 WP_065076975.1 91.6 1 449 1 449 2.36e-311 841 WP_037252487.1 WP_037252487.1 94.6 1 91 1 91 1.16e-61 180 MBP1672140.1 MBP1672140.1 95.8 1 123 1 123 1.40e-86 246 OGZ43278.1 OGZ43278.1 98.9 1 264 1 264 7.16e-199 541 WP_125691986.1 WP_125691986.1 90.5 1 115 1 115 6.14e-75 216 MBP8298997.1 MBP8298997.1 99.6 1 117 1 117 3.66e-86 244 WP_183832569.1 WP_183832569.1 91.7 1 157 1 157 6.53e-106 297 WP_166544121.1 WP_166544121.1 98.7 1 386 1 386 2.61e-292 788 XP_014018893.1 XP_028655184.1 71.3 1 699 1 690 0.0 978 XP_014018893.1 XP_014018893.1 94.4 1 699 1 699 0.0 1353 KAI8889105.1 KAI8889105.1 96.0 1 229 1 229 6.82e-166 455 XP_018089046.1 XP_018089046.1 96.5 1 221 1 221 8.00e-161 441 NEP82600.1 NEP82600.1 100 1 49 1 49 1.29e-35 111 KAA3621416.1 KAA3621416.1 92.1 1 464 1 464 0.0 875 KZV11597.1 KZV11597.1 93.1 1 878 1 878 0.0 1672 PYS18397.1 PYS18397.1 91.0 1 125 1 125 1.50e-82 236 EPF53206.1 EPF53206.1 91.7 1 78 1 78 5.17e-50 150 MBP9706914.1 MBP9706914.1 97.7 1 208 1 208 1.76e-153 422 NXT44414.1 NXT44414.1 96.2 1 1505 1 1505 0.0 2974 XP_024185556.1 XP_024185556.1 96.1 1 196 1 196 2.24e-141 390 WP_251843011.1 WP_251843011.1 92.8 1 788 1 788 0.0 1496 MCG2809664.1 MCG2809664.1 97.6 1 82 1 82 2.29e-57 169 WP_049427769.1 WP_049427769.1 91.5 1 658 1 658 0.0 1229 AIL29843.1 AIL29843.1 80.9 1 41 1 41 1.18e-19 70.9 XP_051304311.1 XP_051304311.1 96.2 1 502 1 502 0.0 994 WP_087997173.1 WP_087997173.1 94.9 1 170 1 170 4.00e-120 334 RZU98823.1 MBW3588078.1 48.6 17 844 20 813 2.13e-251 721 RZU98823.1 WP_216768648.1 36.4 10 777 1 737 9.67e-147 451 RZU98823.1 RZU98823.1 94.0 1 859 1 859 0.0 1655 WP_077690175.1 WP_077690175.1 93.2 1 324 1 324 2.98e-228 620 RQM16216.1 XP_029528577.1 50.1 403 720 30 345 1.19e-91 290 RQM16216.1 RQM16216.1 96.5 1 787 1 787 0.0 1562 WP_268695178.1 WP_268695178.1 84.6 1 84 1 84 9.27e-49 147 WP_062024872.1 WP_062024872.1 98.0 1 220 1 220 2.69e-163 447 ABB60900.1 EFW50635.1 46.4 35 128 1 95 5.80e-22 82.0 ABB60900.1 ABB60900.1 99.8 1 131 1 131 2.65e-97 273 WP_258581409.1 WP_237907640.1 43.5 1 356 1 351 1.09e-88 270 WP_258581409.1 NNE23115.1 34.0 4 357 3 347 6.09e-58 190 WP_258581409.1 WP_011057593.1 39.9 4 364 5 352 1.21e-78 244 WP_258581409.1 WP_258581409.1 94.3 1 368 1 368 1.19e-263 714 WP_208179928.1 WP_208179928.1 97.2 1 71 1 71 1.06e-48 146 EIO4105067.1 EIO4105067.1 96.2 1 155 1 155 5.21e-111 310 KAJ2306899.1 KAJ2306899.1 90.1 1 360 1 360 8.35e-244 663 XP_025385377.1 XP_025385377.1 90.6 1 292 1 292 2.18e-198 542 MCA9453963.1 MCA9453963.1 100 1 249 1 249 4.66e-192 523 KAF3210067.1 KAF3210067.1 96.5 1 199 1 199 1.77e-144 398 MCD4721788.1 MCD4721788.1 94.6 1 161 1 161 4.23e-113 316 WP_201685349.1 WP_201685349.1 96.1 1 439 1 439 0.0 868 CAG8531755.1 CAG8531755.1 88.3 1 45 1 45 3.42e-25 85.1 WP_220615956.1 MBI1736306.1 39.0 48 351 16 302 3.82e-62 199 WP_220615956.1 WP_067782871.1 32.7 54 352 21 301 5.64e-44 152 WP_220615956.1 WP_276638014.1 53.6 28 357 25 354 1.18e-111 328 WP_220615956.1 MBI5966481.1 41.9 38 346 7 305 2.94e-71 223 WP_220615956.1 HAR4359619.1 28.8 74 292 37 242 3.27e-22 93.2 WP_220615956.1 WP_279399778.1 32.3 61 351 29 301 1.81e-41 145 WP_220615956.1 WP_220615956.1 96.8 1 362 1 362 1.15e-267 723 MCJ2136558.1 MCJ2136558.1 96.3 1 372 1 372 2.00e-273 739 WP_063256613.1 WP_063256613.1 96.8 1 265 1 265 1.01e-194 531 WP_221868756.1 NJC23639.1 21.1 23 407 1 402 1.42e-21 95.1 WP_221868756.1 WP_221868756.1 91.0 1 455 1 455 2.77e-313 847 NXU45820.1 NXU45820.1 96.4 1 764 1 764 0.0 1515 CAH7752048.1 CAH7752048.1 97.2 1 71 1 71 1.06e-48 146 MBQ7631188.1 MBQ7631188.1 97.6 1 413 1 413 4.51e-309 832 KAI4475370.1 KAI4475370.1 87.8 1 279 1 279 4.66e-182 500 KDB51534.1 WP_059923305.1 32.0 8 321 37 335 8.77e-45 154 KDB51534.1 KDB51534.1 96.1 1 332 1 332 6.39e-243 658 bbuchfink-diamond-6dc5717/src/test/test.cmake000066400000000000000000000010271523407312000211440ustar00rootroot00000000000000SET(CMD "./diamond ${ARGS} -o ${NAME}.out") #separate_arguments (SEP NATIVE_COMMAND PROGRAM SEPARATE_ARGS ${CMD}) separate_arguments (SEP NATIVE_COMMAND ${CMD}) execute_process(COMMAND ${SEP} RESULT_VARIABLE CMD_RESULT) if(CMAKE_HOST_WIN32) execute_process(COMMAND busybox diff ${TEST_DIR}/${NAME}.out ${NAME}.out RESULT_VARIABLE DIFF_RESULT) else() execute_process(COMMAND diff ${TEST_DIR}/${NAME}.out ${NAME}.out RESULT_VARIABLE DIFF_RESULT) endif() if(NOT ${DIFF_RESULT} EQUAL 0) message(FATAL_ERROR "${NAME} failed.") endif()bbuchfink-diamond-6dc5717/src/test/test.cpp000066400000000000000000000021141523407312000206440ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include int run_queue_stress_test(); int run_hit_buffer_stress_test(); void filestack(); namespace Test { int run() { std::cerr << "The test workflow is deprecated. Unit testing is available via CTest. No action was taken." << std::endl; return 0; //filestack(); //run_hit_buffer_stress_test(); //run_queue_stress_test(); } }bbuchfink-diamond-6dc5717/src/test/test.daa000066400000000000000000033607051523407312000206270ustar00rootroot00000000000000kã>mGS<ĩ'vܝ<,  ËĄEļķũ¤?J +‡Ņ?üŠņŌMbP?blosum62•­ Č Ø  RRJP93937.1l­ Vk,ÕljžC€ H˛ÃĐq/-%ŨH¨” oĩBnáĖBäFƒ‡¨E8fŌŠ’WP_066841281.1ėTƒĪŧ ÍAnŦDHoŧŠP œáÖ LՄđ”‰æíMBR3944831.1lŖRrJĩVÚQęeĻABt`“ëLˆŠ›Ē¨Ĩā1î˜5!P¯Áw ,o>œAÉâ4˜K%S x'´ˇÎJĸ­eÚTg§¤ŠJʑÆ:`IV`Ļ`œ5tfNĖI˄™@˜Ō5'CšNĘāBœëÄ#€Y`"@M¨Gš¨ų&ãˆ4d‰āœ3‡X0q€Z&­ 0`Ŋ–Jā´ƒØ8ŽA&Á H0P"H/YNiD#Ũxą”h:˛%0T0FŊķNzé%đŪ0€ęô„kŠÚ:Hõ„*#-0A ¨ā:ËÍ Į“2 W+–’„ĖŦr @ÔÍ,X€ėM(L:ᤠ„G ŌYîŠ&VÆ$4@Á΂sĘöŒ0fN Pl0ĖĀ ¤ZĻ˜$ b žքĮ€ P' 3ÛI9#€`§ \ō,X:ã$1€ 0Ōi€sā˜  ˜‰1TYÍH€–zkŠŌŒEĖÔ;s*ĨŪT"ÍŗØH'Š2įAĨĻR⨠Tsj-ąTâ _ #X=ÃÂĘĪĀĀĀĶĘÃĀŅĮĶĘÍĘĪĘĪÂĐČŌĖĀÁĐÁÁĀÆĀĖÁÁÃÁĘĶÁÁÎÆÆAÁÎĀÃĀĀÆĐÉĶÁÆÁÎĘÁĶÅĀÉĪÆĶÅÎĐĶĶĐÁĶÎÃÃĮĮÎĘĘÆÉÆËĘĀĮĪĐĘÁÉÁĀÆĀĪÅÁĀÎĐÅÁĘÃÁĘĮÅÎĀĶĮÉĶĶĪĶĶĀĐĮĘĘĀĮĪĀĀÃĀÍĀĖĐĶĶĶÉĐÎĀĪĘĮĀĀÁĀĀÆĐĀĶĶÁĪĶÁĶĘĀĶĘÎĘĮĪÃĐĮÆĖĘĀĘĀĀĀĀÅÁ××××××××ĶĐĀÁĀĀĮŠÎÆĶÍÁĪĶÎÅĶĪĶĐÆĶĐĶĮÃÉÁĪĐÄĮĶÎĪĀÁƒ€Š€ÆĀĮÁĀĘĶĀĶĮÁĘĮĪĮĀĶĶÁÆÎĮĶÉĀÁÁĘĮĀČɇÉĶÂÆÁĶĀÂĮÁĐÃÆĀÁĘÆĶÃÉÁÁĶÁÂĘĮČĀĶĶĶĶĀĪĪĶÁĀĘÆĐĶĘČÃÁÁĘĶĶĀĀÁÁĀÁĀĶÉĘĀĪĘÉĮĶĮĀĀĘÍĮĘÁĘĀĘÉĮĀĶÉĶĖōXÃÉÂĀĪÉĐĶĘÅŅÎĀĖĶĖÍĘĐĶÆĘÉĀËĪĘÃÁĀÁÂĀĪĮĖÅĖĐÆĐĶÁĀŅĀÆÅËĪÉÆÉĀÉĶÁËÆÁĮĘÆĶĐĀÅĪÅĀÎĐĘÉĐĶĮÃËĮÅĀĪĘÆŌËĀĀĀÂÂĪĐĘÁÉČĀĀĮĀÁĀÎĐÅÁÍĶÃĪÍĪËĐÎĀÍÍĀĘĮĶĀĶÉÎĘÍĖĀĮĀÍÃŅĀĘĶĶÄĶÉĐÎĶĐÉĶĮĘĀĀĀÁÉÉĶÆĮĮŌËĘÃŌĘĘÉČÅŌĘÎĘÍÎÂĶÆÃĪĀÎĀĘĀĀĪĘĀĮÁĪÃĶĪĘĀÂEĶËÂĘÎĐČĶ“ƒ‚†€Š€ĶÁĮÃÉÅĐČĘÂČÁĶÆÃʇŠ„ĪÎĀĘÆÆĘÍÆËÅĪĘĘĘÃËĪĮÎĖÍĶĀĐĶËÃĪĪÁÆĀÉÅÅČĘĮËĘÂĐČĀÅÉĮĀÅĶÅĀÅĮÃĘĐÃĘČÉÆĐŌĮÅĮČÁĶĮĶÁĪÆĀĀ€ĐÆĐĶĀĘÃÃÁÉÎĀÍÉÁÁÅĐĪĪĘËÉĀĘĘĶÉËĀÉÍĘĀĶĐÍĘĖĀĐĖŅĖĀÍÃĖ âYŲÉÆĐĪĶĀÉĘĀĐĀĀĖĶĘĘĖĶĮÆĘĪŌĀÂÁĀÁÁĮĶĀĖÆĶÆÃĘAĮĐÆÁÁÎĀĪĘÁÎĶÉÆÉĀĮÁĘÎĀĀÆĘĘÂÎÍĀĪÍĀĘĐĶĶÁÅÅĮÆËĀĮĪĘĪĶÃÅĀĀÅËÉĪÆÎĮËÂĀÉÃÁÉÆĀÆÆÁÁĀÎÉÆÁÍĘÃÁÍĪÁŌĐÎĀÉĖĘĀĶĀĶÉĘÎĘÍĪÅÎÃĐŅĘĐĘÉĮÄĶÉĐÎĀÉĐĮĘĀĀĀĐÁÁĀÉĀÆÅĮÅÅĐÉÆĐĶĘÎĮĐĘĐÆÅÁĘĘĘĀĀĀĶĀĮĪČÅÉÂÁĀĀĀĪĮ†ŠŽĀÅĀÁÁĀĘĀĶĶÆĮÉĶÃËĐĶĘĪĀĮËʀŽĮĘĘÃĶÅŅÅĪĶÃËÆÂĀĶĶĘÃĮĀÎÉĮĘÁĐĘÁĪÃËÅĀÉÆÂĀĘĮÁĮĶĘÂÎÁĀĀĀÉĮÆĘAŌÁĀĪĘÃĶÂÆAĪÆĘÁÎĖËĀĪĪÉĪĘÆĐĀĘĐČÁĘĮĶĀÆĖÉÁÉÁĀĐČĀÂÉÁÉĐÉĘĘËĮĶÍĘÉĐĪĘĘĘĐĮĘŅĘĀÃĪĀĀĐĀĀ /mĐĀĮĶĐĶÍĘÁŌAĀÁĪËÁĐĀĮĀĀĘÁĀÆĮĀËÆĶĀĶÁAĶÆĐÉÎÃÅĘĀÁÍĶÁÆËĶĶÃÆĐĪĀĶĀĖĘĐĶĶĶĮÎĮÃĮĶĮĀĀĮÁĘĶĶĐĀĘĶĮĮÃÅĘÁĖĀÃĀĪĮËĀĀĶÅÁĘĀÃÁĪĮÍGÉĶÉĐĀĶĮĐĘĮAŠ‡‡€‡ŽĐĀĀÍĐĀĀĶĀĶÉÄĮĘĀĐÎĐĘĶĮĐĮÁĮÅĘÉÎÆĶÆĪĐÁÁĶÃĐĶĘĶĐÁĖĐĘĶĶĶÎĀĀĮĀÃÁÆĘĘÁĘĀĮĀĶĀÎĪÆÉÁĶĀĐĮĀĀÆĀĮÎA‡€ĶÆĘĶĐĐĶÃÁĪĶĘĶÁĘÁĘÁƁ‡ŠƒĶÎÎĶÅÁĀĶĀÃĀÆĀÁĀÉĶĀĮŅÃĮÁĀÁĮĶĘĶĀĶĶÁÎĐĪÁĀÁÁĀĘĮĘĐÎĶĘĘÂĶĐĶĀÁĀÆĶĶÉĀÆĶĀĮĶÃĶËÁĀÆĮÁĪĶĶĶĘĘĐÆĀĪĘĐĘĶÁĮÃĀĀĶÃÉÁÁÁĐĘĮÉÁĮĘÍŅÍŌÂĶĀĀĘÎĀĀĀĘĘÂÎĖĀĮĀĐĖĀĘĪĶÍĶĀĪ ėYĪĶÃĀĐÉĐĶĪÉÁÃĮĐĀĪĪĶĖÍĘĘĮĶĮÆĘŅĐČËĶĀÃĘĀĮĀĖĪĮĶÃËĶAŅÁËÅÆĘÎÂÆÅËÄÉĶÁĐĮĖĘÁĶĶÆĀÆĶÂÅĐĮĘĶÁĐĀÃĪÎŌĮĶĶÆÆÆÄĶÉÄÆËĶĮĐĮÁŌÃÁĶËĖÉÆÆËĘËĪĀÆÃĀĪČĀÃĪĘÎŌEĪĮĀĐÉĘĐŌĐĮDÂĀĀËĀĀÉĖĶÃÍĪËĘĀĖÎÉĪĶĖÁÃÄĐÁÁÉĪĶËÍÆÉĀÆĀÃĐÉĶŌĀĪĪÁÆĶĶĀÍĮÃÂÃÎÆÃĖĘÁĘĀĀÄĘÆČŌÎĪĖÂĶĶĮÆĀÁ‡ŠˆÆÆÁČĪÁÆŌĶĶĀČĪĪĐĶÃÆËĶĶĪŌČÍĶÍÆÃÆËÄĶÉÎÆĮƆ‹ĪĘÂĮÆŌĪČĘĘĀÄĮĮËĘĀĶÄÉÆÎĘÁÆÆĶÉÆĐÁÂĘĮËɓĖĪÁĀËĮÁÁĶĶĘČŌÆĶÃÆÍÉÁÁÆČÆĘĮÁĶÉĶĪĪÆĪĀÉÉĪĐĀĀÉÁÆÉÉĐĪĀŌĪĘĶĐĘËÃĪÉËÁÉÂŅŌÁĐÉÉÍÂÍĮÉĮĶĖÉĘÎÎĀĐĪĀÍĘÂĀĀÉĮÉÁĪĖ [S%ÆËŅĀÎÎŅĖĘÆĐĐÉĐĘÅÍĘËŌÆĀĘÉĘÉĘĘÍĪÂĀĐĪÍÅÁÂĀĶĘËČĘĀÉËĪĶÁAĪËŅĖÉÎĀÆÃĘĶÎÉĶČĘÁĖÉĪÎĀÉÅĶĪÃËÉĪĘÅĀĘĐĘÍÄĮĶĮËĪĪŌĪĮĪĶĶÆĀĮÆĀĐĮÆÅŌĮĐĶĪĘʼnÆĐËĪČÉËÃÉÉÍĶÁDĘĶÉÃÉÍÍĶĘÄĮŌĀÉÍĪČÎÍĐÆÉÎÍĶĘĖÉĶĀĪĘĶÎĀĐÍĐĘĀÉĮĀÅČĐÁĶĐÁĘĪĀÉÆÆĀĀĐĖÃÉĘÄĘÉÅÂĪŠÆĘĀĶËÎÍĀĪÍÅÆÆÁĘĘÆĘĀĀĘĀĪÅÆÆĐÅÃÉÃËÆĀŊ‚‚Š‚ĪÆÉÉÆÍÉÎÍÃÎĪĘËÁĐÆĐ͈‹ČËĶŠ‹ĀĘĶÉĪĘĐ‹‹Ž‚Š‹‹†‰ÅĘĀĮŌÁÉĘĀĶĶĮĀÂAËËĪĘĘĀĮĘÍŌÎÎÁÃĪËĐÉĘËĐËĘĮĘÁÉĮÉÅĀËĐÉĀÆĶĮ‹“„ƒ‰‰ˆ‹‚‹‡ˆ€ŠŠƒ„ÃĀĮĶÍÃÍÅĘÁÃÍËĘĮČĐĶĮĐĶËÆĶÉĶĀÂĀĖËĪĪĪÉĘĐÆÎĮĪĮÉĘĪÉÁĐÁÁÉŌ ø—6ÂĐÆÆĀÅŌÃÉËËÁĘÉÁÂÅÆĘÎĶÉĘÆËĀĪŌÍĶĐĀĶĀÉÃËĪĮÃËÉĮĮËÅĘĮËĶÉÆÆĘÍĪĶÅĪŌĘĐÅĘŅĪ‚ƒĶÍÅËËĶÃÅËČĪÉBÃĪÁŌÍĐÎĀĘCĪĶĪÍĮŌŅÍÉÃĶĀĐĀÍÂĶÍĐĀÉĶÄĘĐAÍĮÂĶĘÁ‰ĮÂÁËĘŌĘÂĀÉĶÉÆÅĀËĶÃĐÉĶÉĐÂËBĀÉĐÆĮĶĘÂÃŌÃĘËĘĘËÂĀĘÁĮĪĪÁÁĘŌÍÉÎÎÅÃËĖÆĶÂČÍƉËĶÍÆĘÃÆĮĐĶËĘĪĪÅÍĘÅČĖĪÂĐČËËĶČĶÆÉÂĮÉŌˇĶÍÂÅŌÁÂĮÆÅÍÆÂĘĀËLŌĘÉĶĘĪÂÃĮÆÁËÉĘÆËĖÎĪËĐĘĘĶÅËÅĘĀŌÉÃÂËÆĮËÂĶĘĘĮĪÂÉĪÉĪÂĶÂÍĪÎĀÄĮÉĘÃĀĪÅÍĪÉÃÍÍĘŌĀ¨§ÁÆÉĐÅÃËËËÆÅÂÃÍĀÆÁĘĮĀŌËˍ’‚Š‰…ƒ†’ƒŠĶÍÉĮĶÉÎÎÁÎÆĪÍÅĀÅÃÄÉÂĀĮËÎÉČĀĐĀÄĪÉĖÅÉŌˎ‡ƒ‹„Šƒ‡‹…Šƒ‹Œƒ‚…Š’€’ŠŽ…‰ŌĀÁĶĀČÉÁÉËĀŅËĪĮËĶĶĐĶËĪĶĶ‰ĐĪÆËĮĪĖĘĐÃÃÂÍĀĐÉĶÂÉĖĐDŌĐÉ™Í$ĘĐÍĘÎÎËÃĪÎĀÉÁĀŌĮĶĀĶËĶĘÂÎÉÉĐĀËÄÁÃĶĘĪ·“ŽŠ“‡‹ƒ‰†€Œƒƒ“€Š„€“‹ˆÉĀËĘĐĘÅĪÁĶËĀĀÂĮČĐĶĮÍĘÁÃĶÉĪĶÃĪĀÉËÆĐÉÉĘĘÆËĪĖĶĘ–ÍūĶÉĀÎĶÁËÆŌËĀŌÃÄËĀĮËĶËÉĘÂÉĀŌÉËÆËĶ€†ˆ†…“‰†„†Š†ŠƒĪĘËËËÉÁĶɁŽ‰‹Š“ÁĶËĪĖĮÆĶĶĶĐÉÁČĶ‰ĪĪÉĪËÆĀÉĘĘÃÃĪ€“ĶËĪÉĀÍĮÁÂĶŌÂÅÍÉį~HHT66172.1l”IMĨæ<ėĖ֊`ęŦņ‚aLUĢĖ˛ĖŠĘ *&ŊPb9+Ŧ˜o hRHi˜Į@P Čôf1k ĸ€I¨R` 2šąĖRP=‘U*íOLA08565.1lAUJšÃŧđŌlípæƒæäF ŒŖ¤(KŽéœ1J=ddkÁŗZ3Mŗ˜"j€åÄH-Œ2œĨ ˜ ‘ÆQčpŪ‚S…Λ(IŌ"g=ų€I­gÎtrNJˍ9•§tœ–‚lįĄĻJ‚=/€Ą@BcÍiĻ+­)ŲŠĀÍÆÉÁÁĖĀÆĀÆÆЇÉĪĖÉËĪÍŌĘÆÎÆÃŅËČŌÎÆĀÁÍÃÁĮÉĶĶËÂÉÁÂÆĖÆÂĀÎĶÆÃɁÃĶÁÂÎÎÆËŌĶÄÉÉÁÆĐÂĀĶĀĖĀÆĪĶĪČÁËČĶÁÃÎÉĀÆĮËĐĶĘÁĮÃĀÉĖĮÅĘÁ ËÂÉĀÉĀĘĀĀĐÂŅAÁÂČBĶÅĀĐÎÅĀÃËÂÎĪĘĶŅŐÁÁĐĐĀÂĪĀĖĀĖÄÄÎÃĖÅĶʀŽ…€‚ŠĪĐÁŠ‹ƒ“Š€‹ƒÆÁя…ŽŒÉĖÁĘÍÃÉÉĐĐŧ1WP_084371009.1ė%3‹Pp%yJY`Š’^`­c’:M'8ëAČVđHuĀ3gM5ĪIc5œ `•”ŽTÎ á”TƒÉ„LS =°ĻXl=`Ō2 0§aä(¨LkĨSÔ[G†æQ ĨĐpfĒ¤†q5œ(I™–JËĖˇÆ‚3ĩ÷PbÅLaΙÄ:FM0ŠK´ˇŽzÃ@ĨÂ4­<0Į4J•—€I+Ėe&š'ÉĸԄâÂŗŽYB95*Ƙ÷Ú0Š!Ĩā ÛŅÁÃÆÉÎÁÁĮŌĘĪÂÉĪĶÉÁÅĐÅÍÉËÎÁËÁĶÃÁČÍÅÅÎĮĘĐĶÆŌÉČÄÁĘÁŅĶĀÃËÃÉÎĶÃÆĘĀËÉČÍÁËÁĘËÂĮÅÉÉĶËÃĘĶÍÂĖČÁÃÉĀÁĘĐĘĐÅĶČÉĘĖÆÆËĶĀÍĖĮĐÃÆÃÂŌÉÉÎĪĪDŌĶĀĖÉÎÎĶĀÃÆĘËÆĮŠ‡“ÆĘĮÂÁÂÍÁÉÁÍÆĀÅĶÉÃÅÉĶËĪĀĀÂÃŅÁĪÆĶÁĶËĘÂĀÆĪĘÅĘÆÁĶĪÁÁĘĮÁĐĶÁÆĘÃĘÁĘĀÁÅĶĘĶĘĀĖĖĀĀÅÅÎÃÁÄÁĘÅĶĘĀÆÅÅÁĐÃŅÁĀŅÎÆĘÂĶÉČÃĀÁĘÁĮĘÁĮĀĶÁËÁÁÃĀĘĘÁĘÅÅÁĀÁÁĘĶĀĶÅÅÄÆÎĘĶĮÂĘĀĀÅĘÆÁĀĀĀĮÄĮĶĘĐĘĘÎĐĶĀÉĘČÆĀÁČĀĘČEĮÁÃÁĘĐĘĀAĀĀČÉĀĀĘĐÎĶĀÅÅĀÅÃĀÄÁĀÉĐĘÁÃÃĀÃAÎĘĶÅĀĶĀĀĮĀĶĀĶÎĶĀĮÆĘÆÅĀ_IĀÆËÍÃÍĀĐÃČĶÂĶĶÅÁÍĘÍĖĖÄĘĶÎĐĪĀĘÃĖĘËĶĪĪĮËÁČĘĖĀÅËÍĪĮÂĘĐĶÆÅÂÁÍĪĮŌĮĘÁĮÁĀÅÂËÅĖĪĀÍËĪÉĀĪČÎĐÃĀÎĘÍËĘĀÄĪĖÆÃÉÍĪĶĘĐÁÁÍŅĘČÂĪŒÆĮĶĖĶĐĐÍÃĀAŌÉĮĘĶŌÁËÉ< ĶÁËÍÃÍĶÃÂĘÂĘĶÎĐŌÄĘÁĖĘĘĐÎĐĐÄÂĘĘÉCÁÅÆʁŠĖĐÅËÍĪÅĘĐĶÅÂÆĖĮÅÉÍĮÉÎËÅÁÁÁÅÅÅĘÉĐŌÃÅÁĀËÁÁĀĪÆĮÅĘĪĀĐÉÅÃĘĘĪĀĶÆÂÁÁÍŅÆÅĘÍÃĘƒÅĮĐÉĘĶĐĐŌÃĀÁAČĮĘĀÉĖÃĀĶĶÁÂĮĪÎŌĘĖÃĀĖĀAĶĶĶÆÉĀIÕĶÁĘĀĪÁĶĮËĶÁÂĘĮĘÁÄÍÉĐĖĘÃÆĘÎĐČĐĀĐĘÍÉĘĐÅÅÉÆĶÁÁÅÄÅÍÃĀÍÃĘĘĐĶÁČÆĘÍĪÉËĮĶČÁĪĘÃĀĶĶÁÃËÉÃÅĘÂĀÃÍÆĘĀĪĮÂËÁËĘĪĶÉĖÉĮÂÁÉÉÍĪĖĶĪÁÁÍĖŅÃĶĀÃɐ‡ÂĪÉĶĘĐĐĪÆĪĪĮÉĖĶĮÁÁÄĘĮĪĶÅČĘËĪÁÍĮĮĘĶÍÃËĘĀÂÎĐÅÆ0ËŌÁÉ˃‰‚Ž‰‚‰ŠŽ“’ƒŠÉÂËĶĖÂÍÉĐÉĶĘÄĘĪÎĐĪĐÉÉÉÃÂËĪËÂÍÍÉÅĐĐĐĖÍĮÂĐĘÉČÁĘĪĮŌÃÂËŌŌÄÁŌÃÉÎÂBŌÁÉÆĘĘÂĘĶÃĶÃŅËÃÅĘĶÆÂŌĘĖËĪËĘĀÁĶÂÃÉÉĘËÂĪĖÍÂĘÂÂĘĮBÉĶÉĐĐÂÃĶĀÂÃĶĐÉĀÍĘÁČÉÉ1ĶĐĘÆĮĶĶĘÁČĀĘÁÃĶĶĖÍÎĀĀĶAĘĪĪĖÉĀĘĘĘĶĶÎÃÁÁĖÁĘĘĀĐĪĀÎÆÉÁĀÁĶĖÉÃĪČÉÎÁÂĀĶĪĶŌÄÆĘĀĮĘÎÁĶÃĀĖÅÁĀČÆĖĘÍŌĶĮÆĀÁŌÁÂĶÆĐŌĐĖËÉËĶČĘÍÂĖËĮÁÃĖĘÆĶÁÃĘĀČĀ‡“ÂĶŌĘĘÎÃÉŌĐĮČÉĖÃÁĶĀĐÆĮÃĮĘËÅÎÅĮÅĶÍÆË- $ÆĐÁĘÃÁĶĐÉÆÎĶĶĘĐĘĖĘĪĘŌËĐĪÃĘÃĘˆŽĪÁËČŌÁÉĀĘĶBĖĮÅËĐĖŅŅĶÎĀĖĪĘĘČËÆĖŌĮĘĪĐĶÍÆÁÂĶÆĘĀĘĘÃĶÅÃĘĘĶÅĶÁËĐĘÆĖËĘÆĖĀĶĮÉÍÉĶĶĀËĀÁĶĪÍĘĀÃÂÁĘÁ‡ÉĘÉĐÃÃÃÉĪĖÉÃČÁÅÍĮĀĘÃÃĘĶÁĐĀÅÎÁËĶĀĐŌĀĐÎĮÎĐĀÍÆĮĶĪĀÆĀĶÍÃĶĪÁĘÃĶÁÃĮĶÉÉÃÍÍĪĖĪĪĐÄĘÁĘÉĀÍÆÅĘĮĀÉĪÉÍËÎĀĪÂĘÎŅÆÁÃĶÂĐĶÍÅÃŌAĀÍÎČĪĘÃÂĶŌĮĘĖËĮĶÂËËÅÁČĀĖĀÅÆĀĘËĶĀĮÍĶÅÁÎĪĮÅĀÉÁĶÂÆÁĘĘĮĀŠ‹ŠÆÅĖÅĘËBÅÅĘĮÉÍĶĐÃÅĮĀĘĪĖĪĀÍÂÁÉųĖĘĮÉÁÆÍĪĮÍĶÂÃÂĐĘÅĘÅČĀĘÆĘÂĶĘÍĘŌÆÎÃĮÆÉÁÁĐËÆÂɏÂËÂÆʇĖĶČÅÍĖĶÃËÍĐĶĀÂÉÉĘĮËÆÎĪĘĮĶÉËËĶÆÆÉËÉĪƒ’ÁĶÃÎĀĶĶÁÃÉÉĖÅÆÉĘËĐŌÁĮĀÃÉÍĀĶĐÅÆËĘÉÅÉĖÁĪĘÉƇĪÉĘÉĐËĘËÉĖÃĶĐÁÁË đÉËĖĐĶÂÍŌÃÂÅĶĘËÂĐÉËÉÎĀÂÁĐĀÉÉĪÄÍĘÁĘÍÂÁĖƒ‰Š†ÁŠÉÃĶɒƒƒ‹ĀÉĶĀĖĘÁÁÁĶĖĶÍÅÁAÂÎÍÎĪÍÃÂĶŌĮÎÁÉČĮʈËËÂĘÉĶÆÂĀĘÁÅĀĀŅÃĶËÃĘŌ‚€ŒÆĮÅÅĘÄÉÁÄĀĶÆÉĘĖĀĪĀÉĪĐÁÆÆĖÅĘËÆËŌÉĶÉĶĐÂĀĀÁĶĪŌĐĮÍŌÁÉÆÍĀ!čËĘÆĶĪÍĪÂÉÎĘËÂÂÉĪÆĐÎÉÉĘŅÁĪĐĘĘĘĪĖÆÂÉÃĀĪÉÂÂAĀÎŌÂÂÂÆĖÂĐĐĖÅÂČAÍĪĘŅ‚ĶÆÃĀÁŌĮÍÍÂŅÃĖĘĀČĘĶĀĘÍEÎÁËËËÍĖÅĐĖÅÉĶĶĮĀĪËĪĪĐĖÂĀŌĖÁËÅÍŌÀĘÂĐŌÆÆŽÁĘÉĘĐČÉÃÉÆËÉĀÉÅÅĐÉ"áÉËĘÉËŌÍƈŽÁ‹’‰†…‡Š‹†…‰Š†‹‡ŠŠ‡ËÃĀĘÉÆÆÍĶÉĖĘĪĪĖĶÁĘĘÂÁĘÉÆÎĐÁÅÉÃĶÉĀ‹‰ƒ€†ÁÆĶÁËAĀĖĶÍÅĪÍĀĖÎČĐĶĘÃÂĐĮĖÆĘĀĮÉÂĀÆÁÁËĀÉÃĀĘÁÅĶÆÂŌĀČĪŌÎÃÆĮĖÁĀÉÂÃÉĘĖĀÍĪĀĘÉÁĐĖŃÆĶĘÅĀˆÅÁÉĶÉÃĘÃĀĖÁÉĮÉĀÉĖÅÂĶ#ãĖÁÉČĪÍÎĮĶÁĘËĮĶÃŌĘÂČĀĘĖÆĘÉĶĘĶŌĪËÃÅÉÍÉÃË‹€ĪÉČĪÎÅÆĀËĘÉĪĐĶŌÅÆÉĐ„ŽÂĘĪĶĀÂĖAŌÉĮÁĪÉŌł‘ËËĖÂÃĀÃËÉĘÅÂĘÃÉÎĀËĀĪÅÅĘĀĪÄÉĀĶÅĖĀÉÁĶÃĖÄËĪĪÆÅÆĶÆËĘÍĮĖÁÃʋĀÁĮĶĮÉĶĐÍĘÃÅŌÆĶËÉĐĘÁÃĮĮÆŌĀIËÃÎÅĘĶËĖĘĮËÆÃÃĘĪÃ$âĘÉËÍÅĀ‡ÃÁÎĶĘËÆĶĘĪÉÆÍĶĘÉĪĀĐĪĘĘĘĘËÎŐŽ€ËÅĐĪÉŌĘÂÂÆÆÉĐĀĘÆȍĪĀĪËĶĖÅŽ†ÅÉĶĐĮĶŅÎAĮĘÆÂÉĮÉÎĐĪÁÆĖĀÂÍĘÉÅÆĘĘÆÍĐĪÆĮÅËĘĘÂĪĶĶĖËÃÉÅÉĀĪÅÂÍĶÃÉĘĶÁĘÂÁÆĖ‡“ÉĘĘĶÆĪĶÆĪÍĶËĘÉÉĘÃČÅÉÍÆÃĀÎÁɐ†‰‹ÂÁĘĮÁÍÉĪĘÎÅÉÍ%Ō ÃËÉÃÆĶÉÃÉÎĐËŌĶĐĀÉĪÄÍĘÁĐʂŒ‚ƒÉÎĪĀÁĶĪÉĐĘÃÆ’ËĖĶĶÅĘÁĀÁĶĖĶÅËÎÍÎËĪÉBÃÂÉŌĮÎÉČĮĘĀĮ‹ĘÃĶĶÆËĪĘÁÁĀŅÂĶËÃÁĘÆχ€ĮÅÅĘÄÉÁÉĀĶÉĘĖÄĪĀÉĀĐĀËÆÆÃĘÂĮĪŌĀÉĶÉĶĐĪÅĀĀÁĶĪÅĐĀÍÍČĘËĖ&Đ ĶÁĪÁĮÆĶÍÆËÅĘÍĮĶÃĘÃÉÁĪĶĐĀĘÉĪÄÍĘÁÄÉÂÁĖÂÃĘĶÃĀËĶÂĪʐŠƒ‡ƒƒ‰’ˆÆÃĶĶÅBĶĖĶÅËÎÍÎËĪÉBÃÂĶŌĮÎÁÉČĮĀĀƒ…ĘÃÉĶĖĐĪĘËĀĘĮĶËÃÁĘÅƏ‡‡ĮÅÅĘÄÉÁÉĀĶÆÉĘĖÄĪĀÉĀĐĀËĶÆÆÃĘÁÃÂŌÉĶÉĶĐĪÅĀĀÁĶĪÅĐĀÍÍČĘËÉ'ÉĶĮĘÆĮÂĀŅĪĐČĐĘÅÃÂĘÎÉÎĀÂČĀĐĀĘÉĪÄÍĶÁÄʂŒˆ†ÂÎÉĀÁĀĐĶËĖÃÉŌË€ĶÆÉÁÁÁĶĖĶÍÅÁÎÂÎÍÎĐĪŌÃÂĶÉĪĮĘĘĮÍÁÂÁÁŠÃĐĶÆĪĘËÅĀĀŅÆ“‹ƒƒŠËËĪĮĀĪĮÅÅĖÄÉÁĀĶĘĖĀĪĀĶĪĐĪËÆÃÍÅĘËĪÅŌÉĶÉĶĐÂÅĀĀÁĶĀÆÂĐĮÍÍĘÂËĖ(ÃĘËĶĪĀÁĶÂĶÍÃĐČÉËÃĶÂĶÆÉÅÃËĐĶĐĀÉĪÄÍĘÁÄʂŒ‚ƒÉÃÉÄÁĶÆÉÁĘÃÆɒƒ‹ÁÉĶÅĘÁĀËĶĖĶÅËÎÍÎËĪÉBÃÂÉŌĮÎÁÉČĮĘĀː‹ĘÃÉĶÆËĪĘÁÁĮĀÉŅÃĶËÃÁĘÃĀŽ‡‡ĮÅÅĘÄÉÁÉĀĐĀĘĖÄĪĀÉĀĐĀÅĶÆÆÃĘÁÆÁÍĪĶÉĶĐĪÅĀĀÁĶĪÅËĐĀÍÍČĘÂ)ģÉĀĘĀĀËÅÂĶČÆËČČÃĶĘÃÍĀÆËĶĐĀĘÉĪÄÍĘÁĪŠ‚Œ‚ƒŠ‰Ž„ĶÃÉŅĘËÅÉBĪĐÆĐÃĶĶĀËBĖĶŅÅÁŽÍČËĪÉBÂÉĮÎÁŌČĮÉÂˁÅĘÃĘĶÆÅĪĘÁËĀĀÉŅÆĐËÃÁĘČˏ€Š€ĮÅÅĘÄÉÁĐÉĀĶÁÃÉĘĖĀĪĀÉĪĐĪËÆÆĪĘËÅŌĪÉĶÉĶĐÂČÅĀĀÁĶĪËĐĀÍÍĘÂČĶ*§ÁÃĘĀĐÉÁÎĶÉĀÉĐĪÁÆCÅĶÎĀĘÍÆĪ‡ĐĐÃÁ“ĶÆÎÁÎÃĀĖĪĀĮÄĶĀƁĀĀÍĀĀĀĪĘÁÂĶĪĶĀƒŽ‘€’ĐÁÁĮĖĶĪĐËÁÆĪÃĶČŅĘÁĘĶŽĮÃĐÆÁÎĘĐĮÂÅËĶÁŅÁÁĐÁĘÅĶÉĮĀËĀÃČĀĶÃĪĀÆĪ‡ĀĀĘĶĶĐÃČĮĘĐÁÉĘĪĶĪĶÃ+™#ĶÆĶÁĀĶĶĀĘĖĪÁĐÆĶÆĪĘÍÉĶÎÃĀÆČĘÃĀÁŁˆŽ‡ĀɀĮĖĀÍĘĐÆÃÁËËĪĮĀÍĪĘĪĶĮÄÂĖÆÉĘĮÁČÄĐĀĮÍĶÁ…ˆ†Œ‹„ĖÁÅĘÁÉËĐÎĪÃÆBĀÆÂĮÂÅËĘÉÁŅÂĀÁÁÉÉĮĀËĀŌÁĮĖĘĀÅĪĮĶ€ÉĶĖĶĪÆĘÎĖĮĖĪÉĘĖČÅĪĶ,‰ĶČÉĀÉÅËÃĐĶĘÅÃĘÂŅÅÉÍÎ…‘BĪĐĐĘĀĀÉĪÅËŌÆFÆĐÍȐŽÎ‰ˆ’“‚‘ÍĐÂĘÆĮÃÁÍŌÅÅÁ‹€‹ÂÃĐĐĶÍÆĘËČÍĀÅÆÅʏÂĶÁĪŌĘÂÉÍÍÆÂÍËÃÅÅĘÉÆĪÆČËĘÅÉËŅĘÅÅÉÅŌĀÅĪÁÆÃĘÂÅÉÍÃÅĘĀAĮĐĘĘÉĪÂÃÃÆÅÎÉÂÍĀÆÅČËÉÉÁÂĪÂÆĘÁBMBB2134936.1sΙ1*Ą ”RĘÃƌ-“šMBP7023394.1Ė€ĩÄQf&s8Ë(×ŪtãČ6žr!¤bÅTŠ[åÅԀ ¯( 8 (5'˛)!„á%ƓP•õ†T"Í^zĻ‘†’ $#VXpŧ4ĒR‚li­#„)ŗ¤1Ë. ­õWP_083824265.1Ŧ%Ą”8Ūq¨C:”‚ Â@gø82“āIB)×ĻT,Ä$§›ī5Œ'…#Ū”Í™0§c͙Šž8Š<ĩœ™#(Ā&0*¤áĀysš4`&ô JXæ1S q"2c"8‚2Gĩ PrM o…ŌhNCRmV M7E1K2Z0ÁÆÃÅÉÁÁÆÃĀÉÍĐĐĀÎĶÃËĘÉĀĮĪÍĘÉÃÃĪÎĀÅÁĐÁĀĀÁĪĐÁĀĘĶĪĮÆĐÉÍĮĶÅÃÎËĶÅÅÆĶĶĐČĮÁÂÂÉÍÆÉÁÉČŅĐÎÁÍÅÅÃĶÂŌĖĀĖĘĪŌÃČĶÆĮĐĪËËĪÍĶÆËČÆĮĘĶŌÎĘŠ‹Œ‡ĮŅÁŌĪËĮÃÅĶĘÆÂËÄĖĐĖÂËÅĖŌËÂËĪĐĖÆȐ†€‹ĘÁÆAŌĀÆĶĶÎČËÅĶĮČĶÅÉĮĀÆĀÆÁĐÅŠMBR4207675.1l‰0WHęŠÖ xJgp €Ąį3˜1Ā;b‚efƔ0˜īŊ9ĀyrĻā„j”—ŒpR(ĻyĐŧÁ hk0cÚP$7“#4âÁąŒbN؄’Ac–0GĒį\rÆ ¤yRq „1ļ9Ž°A¸XpA1—2oš9ÍYʆÖHkŽų†Ë$1 +ĖTæŧuĀĖwä8JĨ0Ī áSŽaŌyc† f8gœå”OØĻJB¨SVšÁŌL'5æ&x6 8PM#U(jÎ A˜Š96A(3Đ i,8Ķ8o)¨ZzŌÍŠfKJcZ*˛cJ FŊŖĻRI Kj8T zo*yÔXh1Z 鐠PGŊ4•BRž Îę@JIA0“rIBf:L(¸¤TīITLהbSÉôœ0Į`ií¨™xlJ•Ōk1Ĩ&Ā3Ą”$˚Ë)Dx8r PŅKAJ1449837.1ė…˛FPč@ąFPâ<¸Ä¸bÎ9į°Ã„G=xԃgĀ1PÍSØ B”ę=…LXķÅÖK¨˛ÆS-XŪ2(„WT*EQT0Å(0ĮT˕ĖšėQæ0j& :Į­Đ‚[/ŖŠ2 ÂJĪ¨˛V1+ Á rI āVC〠t!Í0Î8ĀåžH3ËQĖeĖ[*=ÔPãķBxĒ,žYĪ(ŒAŧ2ÁM ˛VQŧ ˜jœ1 PõĐ ŠF˜S™2fJ* Ŗ Œ2L•@0œP9Æ°’FŦ 0!¨`@Y&Ė rœb&x”đ€2āŠ°îŊ÷Ū{īŊ÷Ū{īŊ÷Ū{ogĖT€W€Ē4P@5x€ž2 †Pe‚ ā„1 hFÔX HķX@æ ÖAfĀ œ!˜ĖhŽÎĢĨŽ1 4eĻr-ƒÆRFH˛–Bo(¸Ā‚!Ė@0Uš÷Ū{ī…@­aÚc@Đ( `@M€XP¸Æ8`>BĒ0Ë{Á¨Ķš„eĒ’8`Žâ‚Î=Wd0oHāBĀ†j„ îŊ÷Ū{īŊ—g€āĀ{āÁsīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Nđ†rN¨0xîÜ a:8Æ#´yÆ'ųTxΕâJ8r<õæ{ā•‚ƒęš÷Ö/œãīĄķ.ŒqîŊ÷Ū{o8‚{īŊ÷Ū{/8c†1Ō3ž{ī}Â]xā=x&˜ L9—rqMBU03734.1, ŠäHĒŠäÆHĘ4å\#L5Õ@jā¨āJI´´†si:™Î5O;°™L ĀŖ„ p—Lā-āN[āŦĶÖ0Sˆ%Ä>ÎSųWP_254144300.1l‚3įSīĀ‹(P sœäæ.Yb) qæ‹p$pī)¨Jr¨fg> GSF{@đæSŒy&xig9*Ū„CŖ€˜ =b) ŠķâéĪ„Ē@™'”f˜PÂQÔ9Ī<āē™&€Â#F:s>õ|°ˆ2ÕbÂ1ĮQîøŌ‘%–ōŪ8gÂøFāxPPÁĘ,Ėæ|ÎåMđ€$ ĻāĖ <ĀÍrJR Œ GGA1_‚2ÄRTÆ'TŁ2O(3L5Ÿ„Ŗ¨sÎÅ rā„Jy.„cH `ܙãŒ`9၃Ro`‚ EĒQP aƒæpBQДĮšSJ/F@įŒJ‘„0J@g8ãÆ?¤ ‘KAI1570405.1 Āt|ŧ°šˆ`ŒaÆhC x`ĀÜÆ°ãjoŧ÷†z÷Ū{īŊ÷Ū{īŊˇ˜5 såA%_h.Š&‡r°(€zKM"Ā%ZIˆ‰PIę4˜„›¯ „kqÎ ž› œ$!R­ŗ†‚ĖÍÕ :Ŧ)Ôi ĀaąĘQđšØŌTSĒVž:FŠô€: ° €šŽ ÅNKę°Ø,€ĻÔ9rØ ˜Îˆ‡S*7%|ŗŊ•ŽšP įd@ąéĸ%xĀA‹ BĒ ËČËĮĘŌĘĀĐĪĐĀĪĖÁĀÍÉĘĘĐÅĀĘÃËČĀĪÉŌĪŌĐĮĘĐÎĘÉĀËŌŅÉÁĪĶÍŅÉĖĖĶÅĘĖÍÍĀŒŠƒ€…ĪČŅĖŌĮĮĐÍĘÉĘÄÎĐĶĪĶĮÅĘÆĪĮÁĪŌÉĮĶĶÍDĘĶÄĮŌÆĐĮÂÎÃÍËŅÍĘĀÉГ“‰Š†…‹‚‹ŌĘÉĮÎÃĮÅĘÉÉ€‹‹ÆÅÁĀĪĐĮQÎĶÃĪ‹‹‹ŌĘĘĮĀĘĐÉĀĘÉČÅć‚ƒ‘‰‰‡‰€„‰“Ž“‰ŠŠ†‡ĪĐÉÆÃÁÉÉŌÉĀÍÍĶÉÍŅĀĀÆĀĮĀĐĘĪÆÅĐÃÁĶŅÆĖÎĀĪŅÉĪÍÍÉĘĀĀÉĖÎĶŅĮÍÂËÁĖÆÎĀĪĐÅĀĶĘĘĘĪŌĶÉÄÍAĶËÃÅÎĮĶËĶĘÉŅĘĐĮĘÍÉČĐĖÉĀĘÎÉĪÂËĐÉÁÍĀĪĘĖĖÉŌĪĐĐÂËÍĀClÁÍÍĮÍĀĘĀČĶĮĖĪÍĖĘĘŌĘŌÍĪ“ƒ‡‡ĶÃËĐĶĀĪÉĶŌĮĮĀĘĪĐĶĘĀŅĀÁÉĀÆĶÍĪÉÉĖĀČÉĀĘĀCĘĮÍĀĮĶĐĶĘĘ€ĪĮĘĐĀĐĶĶĮĐĘĀĀÃĪÁĀĮĪĘĮĘĀÍĀĮÎĘĐĮĘĘÅĪĐĘÍČŅĮÍĮĀĀĘĖĀĘĮĀŏĮÁĪĘÎĀÆĀÁĶĶÂÎĘÁĮÁŌÎÍĀĮÉĮĶĀĀĶĶÉĶĶĘĶĐĮĶÉÁĀÃĀÉĮĀÉĘĀĶĀŌÍĶ‰ŠŠÅÉĐĪÅÆĪÁĶŅĮÍĘÎÍĘĐĪĶŅĪÅÅÍĶĶĐĘŌĪĀÆÁĘÃÁÂĘÍŅÆĖÎÉÎŅĶĪÉĶÍÉÉĘĘĀĮÍĐĀĶŅĪËBĪÁÅÎĪĐĀÍĶĀĶĖĮĶĀĶĘÍĘÎÍĀĮĮĮÂĪĐÎĘĀÉĶĮĘÍCĐĶĀĖĘÎĶĪĀĀĐËĀÆÁÍÅĐÅĖĶĀĘÍĪĶĪĘĮĐĀÉĀÅĘGĘŌÆÂÆĶŌDĐĘÉĪÉĀĖĮĘĘDg OĖËĘĪĀÄĪÄĐĶĶÍĐÂÉÅČËŽƒ‡‡€ƒŽ‹…Ž‡€ŠƒŒÅÁĀĪĐĮÉĐÂÅŅÅBÍĖÎĘĘĀÉĀÅŌŅÁŌËÉĪŅĀĘĮÉÃÉČÉÉĘÉĀÉÎĶɏ‚…‡‡€Š‡€ĖÉÉÉĶĮÍĐĮÎĶÂÎɓ†…Š‡†…’Œˆ“‹Š‹‡ÆÁĶÉĶÃÎĀĶĐÉÆÁĶŌĘŅÍÄĶĀĶĮAÅĶĐĖ͆ÉÍŅĘĪĐÎĐÍĖÄĘÄÎĖŅĘÂU_OGZ08419.1,(•,+ "Ƙę4†NLĀ4°jBŽzķ4”3b†Ųž:ˀ^POÎ(š *ĩ`Âr€Ų&bÂ9•:'Š¸;kĨŖĸdhŊ9ÔRAˆ)5ž2¯…T [ÍyĐIšĐÖI+$7Îl!‘—NPoÁ5äJ †Rk™“T2ŗ¤tŽ›˜†œÃ¨Mz!œSÍĻ$㤠ÕĻ`¯ĀķÔX`*ØgēŠāæ¨Ąš§™‰j˜ąĖhĀ €bHŊ5F0OTXsšõ€%ŠäBš*øžE žQAYX54788.1LU’i5'8÷Ū{īŊw‚ddXI…VAĨR0˜ņŽ0oœQŒQ¨iÂA ¨3’ F=ęNJD87536.1 œåĀ<´e0Į4€2„ ”™ÃŊ1Ph‚ŖAĀ9 ¨dPŪt*ĒΚJ p‚X58R¤Œ:J °Â . ÂS*€^@cĖJ0ĒĨ@.˜p¸ÜÁ…ÕLäĨáæj€^´3ĸ‘FŠ“Đá)`€¨H8&ÍŲcŽŠę @Í0æđŽ8nĐŌ›,t™PÉ!§A€=sÎ įPfŽS‚Šgž4ÜH¨HķŊ)ÂKA ķ€JH šMCAF1315160.1lē!˜RÆšf Jēĩœ !JąVh)šų’€Š¤ĀLęŧŠÎ Ī Üa¨Ļšx‰ÁqI˜ŠOAA61066.1 .‡A˜—’ÉĄœBa¨Ø,A4§ā›Čb[+.—\AÁ+pœxæ5xg*đPî8ŧsDrę!W8*÷”{Í9p”sȁŖtŗ<F˛áÄŊ÷Ū{īŊ—=‰„PķŊāyīŪ{īŊ÷Ū{¯€Á9ž*s@pŝķŪt!Ü{īŊ÷JT‚"õšz!PĮ9Ą `Å9e˜ā1āĸz P€ƒđ€ķ„P… Ž(@6ĪaJĀÄQC1ĐÁå TĨ”P@(Ē„‚’3Ą¨đ\83€‚ģ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū[”tЕķž%tNxJ\ō WP_282139373.1lĨĩÔ+*c€‚ Šuš92M—Š€6EHā™Ŗž3ëĨ9CĮ8rRRâ´`’8a%Å9đ$āŠ gõ`ė™Š^’ ˜5MŒ&€´”\  E)ŠÄZ ĸeŌy š‡Hk%éLQåĨ×äx€XH‰åUŽ`*öĖ8˘#“’+Le8šR’E‰Įy@Ā yIĸšeœ—Fƒ`Šôæŧ”Zė4ŗV:e2ļTKœØMCP4774001.1 ¨"–i&Õd0eÎĐŪx @cœ2)ĖŲŽ'„đ–P/A ;b8Ŗ8MŠgNšå92f:Íŧq@rn€1€ŠMŖž ´áĖj% &|œIÎO¨‚(b>— ysMŒJ­(g” Ģ”3ۘđ…Ā;Ē eÎRĖ`Æ< 0ĮRéŧŌ\ā‚zj¤ÔœīđšQŦ,0'ÉM5Á<ĀŊ§Ā4 Ķ›*ß1Ą‰)ÁŖ¤LMÉĐĘĮHÂÃÁÅĀĶÃÍÃĶÂĶĐĘÉĪČÁÆÅĘČĪĖÁŌÄƂĶÃÆÂĮÁĪ‘ĶÃĀĐÎÅĘĀBÃĀÉĐĪÁĶĶĐĀĀĐÉÃĀĶÁĪĪÍĮăĮÎĀĐĀĐĘĘÆĀÆÁĘĪĀÁÍÃĐĀĘŌĶĀEĘÁÃÃÎĀĐÆĐĶĖÅĶÄČĘĮĖĀĪĀÃĶĮÉĐĶĪÁĀĐÉĐČÎÅÁĶĀN 0+ĀĶĖĀĐÃĶÃĘÍËĪĶĘĐĘËÆĘŌĀĘÃĶČEÅÂÆĘÉĶÆĖĐÉĪÁÍĐĀĘËÆČÁĖĖĶĮÁĐĮĘÉÆÅÍÅĘÃĶÎËÉĐČĀĪÉŅĘÅĘĪĀÉĪČËĐÆÉĐĀĘĀĀĀAŅĶĶÃÅÉĘÍĘĘBŌĀÅÆÂŌÃĐĪĮÍDĶĖĐĪŌÉÁÄĀÅĘÂĪĘĀĪÉĪĐĖÉÅËÅĪĮĘĐĀĪÄÁÃĮĶĘžŒTCJ90160.1Ė‰đy>§ ꁓtę…vĀ ¸9Ô ēh€iĘTđĩ`&MãÔqŗŠĻyę”6g8gÜi ÂÕį Ž€Š (Ŗf¨‰ÆHiŧ`§98Q2͌€'ē3ō<0ARé ˆ` 5‘G=€Ą7#,@3Õ9EŠ‘Ä1ā€aŪ4¨D  a2Á)¤ 0 PsĻxĀ|đ0ʙ@wžTĻ[˜AAŒ¸„0A Ė„:@PGčÆqp¨tÎ(ĖĻŖ@ c5¤œã 5ÕSДäāqjĒĄ€s¸Î{i ž sČ’ Đ,éQ¯ĨCAC9886154.1ėAJ˜Á=ņCB €ÂÁ€§PđßsGŊīM Î`SLw“ÎÕæq3œUÎjéLŖĀ1 €p–gĖqRmĀ‘Ü'5å& ĀŦPžá¤;Đ=č^‘A'ĄsæV{åąãÎ=§ŪRë…āžrÁ™įZXÅ 5t ˆöØ+áé\hđ=œSBxáā^pōŪ{īG÷ā{ŧBxî…2áeÎSĶ0žZ&Ŗ’;c˜ߘͨPĀD#˜ąRy* Ķ@ŒL*ŖĀš0Ĩ+Ą0ŠŒ:č3Ļ„ĸÖQƨ Œē÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷ŪģX@•–æŧķÂXcĩÆ0)ĩ@JčŠ÷Ž3ī9ByŧÎĩ,ÎR” f=ŖĘQi„d0Æ(Ā4E…€)&Œ—˜€` s!ÃsĖđ 2ŧĖ§(ÎC `0Ī Ŗ^,5æƒī…¤Kā€SO…ÕđI1&4ËAh+ ˆYã Ú n˜"RŽ Sf5ÅĘĐĘĀÃÁÅĀĶÉÁÉĀĐĪÍĀÎÃŅĶĪCÆÎĐĪÅÆÄÆČAÍĖĶŦ‘WP_214892570.1Ŧ(×ÔĶ)e@2œf€lķœ7ÃxJ‰°s$PĩVj.Ā9ÔI˜ÔTRœé¤IļÍ+‚bš–ÂSË ĩB 2`cÁ#RŽĄįKo”’œg7B;f @…6_Q§ŊdЁ ĩV9H)ķ˜&,L3K)p–œoå”Rœ„žTî(p–XDŊĄf ‚Ķ`2†Å§”’ %F1ĀŒĻŠKšš[ˆ$”ÔŠj´ Îqķ€DīŦ7™zĀ„$ Qā‚K ÚxĘĨ%Ū3jLqÄPáÅ6ÂrĮÅ´ ˜$ŗĀTęˆ\Ā¤eĸR‹ˆōŪYT!U-ĮĶĪBĀĘÃĀÎĪÆĐÁĘÄĀĮÃĶĪÉĘĐĘÃЌ€€ÆÁĀĮĘËĀÎĐÃĶĐÉĀÃÃÍĶĘÆÃÉÆAĮČĀĶAÁĮÃÍĶÁĀĘĪĘĮÎÃĪĘŌĘĐĮĘĀÃĘĀÆĮÁĶÁÍÉÃÎÃĐÉÁĶĘÍÍČĀÁÍĀÃĀÎÀ€ĘÃÄÉÁĀÁÃAĀÃĮĘĪÁĶÁĘĐĖĐÎĮĀĶĀÉÆĐĪÁĐĘĘĐÁBÉÉÄÃAĮÁÃĀĀÁĘÄĶ{tWP_017878759.1Œ į^ R=5Ļ GÁ Ki čŽ0ā@ œR¨ˆNƒ5›ƒMĩ9ę5 Ü’¨ƒ˜„tBx@ĨĻÔiJÉØ\KË ˆP§€!š3U (ŌŽ@%…Z & T#`ĨŠ (PÚ*p8jŠĄ¤RĮ¤d8æ$І3gĒ•pŠ™Ā‘œ Ryá”3Įcj)@ĀQ€LŽ"QœŠ\kŠĪ“@I8J%å”bR%Âr'D([3ŗ% jI*õLs*Õ Zéœō€|Q5øf+GŪ|OŠ&hLÕ<¨ĀQ2­ VŠ­”KAH8586608.1 Œ´\ƒéĨLPf¨Ĩ‚z „æ†Qƀ‡:ĀŠ7f ÃzŌāIB‰Õ\ižTĀ8Í8%jąõĖ\$§T›čDw^›f•”q †3Ι ™€{ʉvÚ3žN;  db)Ļ‚:r9a9gÄb‚¤§”t‘ j‚ vBpOĒ%\, aqRĀ`€8s„bËy¤@Ēœˇ\éH ĀxnĨ^LŌ,…F„cHá&ĄH2ļÁq<’”æ”âF‰IŠ“sĨ#jŽŒ$grF :oÎf–A权Ō7Ššg¨đX;áœä˜sW¸lÍWP_127859415.1LMå֙1w¤r€b€šÆ¤æ,8%§Ėx–ao9@8á&dqš O)Ņšä PjÍĖ|@äœDMŅäv*# cFĀÍųæSg ĸZ˜§@Ė9pŊÔzgĖ9Õ9æõ:s„$€(ĩÄ9! UNwX7ļPWP_186939222.1 B%†ré,ā`žcÎSĄ Ļ;)95Į„l.;Ã%3CBOUc€ ’IcĖ03˜Ā;ËM‡ÜQĮœŗ#œræ@§`jQ9 BÕDQđÕ Pđ€ EKPĩ–BSíĖcĀŌô˜ÅäR0á¤)NíÚ åTiĻņԉAĀĻ :J4#P ĘĻZ™›Ī4ŗŒIS•đB1ËLA{s95× BEØ)˛'l­ŖjÍeJcjˆdĀQō=åÔ´#X{'Ē9`’ëĐV|a&^:í)ÔQ <%߉Ŋ—ZS/Ô Ļį^„Šˆ‘ÎRč0߁L0pD:¯%hNĒ0"ĘĶÃĶĐÁÍÃĶÁĪĮ“‹“ˆ€“†‹ÉĪÍĘŌÎĐĘĶÆĐĮĪĘĘĘĶÆĪÅĪÉÆÍĮÅÂÉÁBĘÎĐĘÅĀBÁÂÉÅÍÉBÃĀAĘÃÎÁĐĶ‰Œ†ĘĘÉČÂÉËĮĀÅÅÁÃŅĘÅĶÎÎĀÅŌÎČÆCÍÁÉĀĘĘÂËĶĶĀĪĶĶĪÉÅÅÉĶÂĖĘÃÅÁÆĘĮĶ€ĘÍÉĪÃĀĶĶÆÉČĶĶĖŌÅÉĶÉÎÁÁĀĶÆĀČĀŌÁq ĐĐĐĶĶÃÆĪÍĪÎĐĘĶÆĪĶĐĪĘĪĶĖĘĶÆČĮĮËÉÉˁ„ÁĶĶÃĘČĀÂËĪÆňŠ‡ĪÆĀÉÆĖĐĪĘÂÎĶÍГ‡€ÅÉÆĪĘÉʁÃÆËÆĘËÆĀĶČĘĘÆĶÁÉÎÃĀÆÁÉĪĘÍÎČÅCĖÁĶĖĖĘÄËÅĘĘÉĀĐĐĶĐĶÅÅÉĘĀĪÅËÆɇŒĀĶĘÍÉÃĮĶĶÅÉĀÃĶĶĖÁŌÆÉĶĪĐĀÅĀĀČČŌĀĘĘĪrųtĶÁĘĪÍÉĘĀĐĘĶÆÂĀĐÉĶËĘĘĐĘŌÎÃÆÁEÉĶĶĘBĖÉĀÆÉČČĶÉÃÍĐÁŌĪÍĐĀĀÉĮĶ‰†€ƒŒÆÆAÆĘĪĘĀĀĶÉĪˊÎËŌÆÅÎDÍÂËÁÃÆŅËĀŌĖÁÂĀĘĶÉĘĐĀĀËĪÆÆÍĪÁÍËĪĀÆËĐĀĘÉĪÁÍĪAĐĶĖĀÃÉĘĶĘÆÂĪÉĘĪĐČĐÆĘsđÉĪÅĘÆËËĐĘĮÉĶÆŒĪĪĘĖĮĘĘÎĪĮŅÅBÃÉŌÉÅÉÅÂËŠËËŅÁËÉĮ‹ÉĪÉÆŒŠĶŌ“‡ÅĶÆĖÉĘĪČÆĪĪËËÆČÆÁĀĶĖÁĘĶĮÉÎÁÎÆÁĶFĶÂŌÎČÅĖÁĶĖĖĘÄÂÉĘÉĀĐĐĶĐÉÅÅÉĘĖËÃÅÆËʅŒĪÉĘÉÃĘĮĶĶÆÉÄÆĶÉĶĖŌĀÆÉĶÆĀĐĶĘÂĘÂČĘČŌËĘtč dĘĘÃĶÂĐËĪČÉÂÃĀĀĶÃÉĶĘÁÂĀĘËĪĀCĮÎĀBĪÁÉÃŌČĪĀÁĘÎĀÎÃÉĀÁĮAŌÎĮÁĮĘĀ‡ĖĐĶÁÆĘĘÁDĘÁËĐÃĮĪĮĶŅÃÆÆÁÉĘČĐÍÎÁĘÆĖÂĶĀĀÃŌÆĖĶĀĶĖĪĮÂĶÁĘĘĘÍÆĮĀĀĶĘÆĘÍĐĶÍÅÁČĖĪÆÂĘÃĘĶĘĀĘĀÃĶÍĀĘÆÁĀĶÍČÅÎĀĀÎĘĘÂÃuÚ ÍĮĶĐËÆĐÂÅÉÍÂĀĐĶÍÂĶĐĮĶŌÁÎĪÆÅĶÁÍÃĐÁÉĖËÁÍËÉÂÅÂFĮÉĀÁĐÂÉÁĘČŒĀĘÆĖĶĀÃĪČÁЇÉĪĐĮĘÎČÁËÆÁ†ĀÁĘĘÍĶ‡‰‡“†ČÂĐĀËÂŌÃÁÆĘĐÃËĘĘĘĀĀĮĖÂĀÆËÂĪĘÅÅÁËÉÇÁĶĘĘÉÆÃĪĘĶĖČÉÃĘĶĘÃÍÅËĀÆĘÎČÆĶÅÂBËĶÉÆĀĘŲ ÉÆĶÅÂĐËÉÅÅËĶÂÅÉĪÍĀĀËËÉĘĮÍĘÂĀĐĖËÉĀĐĮŌĘĮĀĪÆËĶĘĶĮÉÃĶĮĘÎĘÁĀËÅÉHÉŌĘAÎÆČĘŌĘÃĖ‰ˆÆÍĘÍĪĀËĶÂËËĪBÉËĀÉĀÁĶĶĖÄĐĘÅÂËËÉĮÅDËŌÁĶĮĘÅĘĘČÃĘÉĘĐĐĮÂÅÉĘÆÉÁËËĶĪËÃËĶÉÍĪĪÉÆĶÆĀĘÄÃĶĶĶÉÂËÆĶvÔ&ĪÍÆÍÎĐÍĮĶÆĐĐĮĖÄĮĘĘÅÎĐÉEÉÁÍÅĘÍĀŠËËĮÆĘÁÉËĮÉÅÉB€ŠƒÁÉĐĶĮËĪÉÆÆĘĐÂČÉĮĐÎÆĪÁÁĀÅÆÃĘÁĶÅÁÂŌŌĪŌÎČÆCÍÁÉĮĘÉĘÂËĘĶĘĶĶĪĶÅĐÅÉĘÃĘĶÁÉÅÆÆÍÅĶĘÍÉĪÃĘÂĶĶÅŌÉÃŅĶĮĶĖŌĪĶĶÉÁĪËÃĘŌĀAĀÁČŌÁĀĘĘĪwĐ ĀÃĘĮÁÆĶĪÆÁĘÎĘĶĮÂĀĐĘĐĀĘCĮÉÎÎÁÁBĐĶĀĶČÁĐGĀËĀÅĮĪŌÎÁČƍ€‘ÃÉĶĀËĀĐAĐŠĘĘĮÁÁĐÅÁĐĀĶƒĀĀÉĐÁĶĖEÃÁĐÁÎĶ†ÁĶĘĶĘĘÅÁĘĘĘÍĐĮÉĀÎĐÅÆĘĘĪĮĘĐƇĶĀĶĘĖĐÃĘĀĀĐĐĘÄĪxË ĀÁÁÃÍĮÍĐĶËÂĶČÃĀĪČÂĀĐĶÍÂĘĘĐËÍĘÅÎĐEĪĐÉĖĶĐËĐÎÎËCÁĖʁÉĪĀĶȊĐĶĘÁĶĀĘÅÁÎÂÂĘĪЍ‘ŽŠĪĀÁĘÂÆÁĀÆÅĘĘĀĪĶĘĪÆAÃČÉĀĀÃŌÁËÁĶÆĐĐĘĘÃËĘĘĖĀĮĖĮÅÆÃĶĮĶĪĪÉÁĶĀÁÃÁĀĶĘĖÆÂĘĪĶĶÂÉÄČĶĪĶĘÅÁÆÉĘĀÆÍÍÃÍĶĶÃÂĘÂĀĶÎËĐÉŌĮÍĘÂĐĖĘĐĮĘĘEĐÎĐĐÄĶÂĶĘĘAÎÅĀÆBĘÁÉŌĖĐÍĪĘŌÅÊĐĶÅÆĘÆÍĖĮÅÍÉÎBËÅÁËÁÁÉÅÅÅÉĐŌÃÅÁĀÁĀĪDÁĪĘĀĐÉČÅÃĘĘĘĐĶÆÂÁÁÆÍŅÅĘÍÃĪŇĐĘĶĐŌÃÆÆ$ÃÃÁÎĶËÆĪĪÆËÍĶĘÉĪĀĐĪĘËĘĘËÎÅBĐÎĀĮÅĐÉŌÂÂÆÆBĐĀĘÎÆČÍĪĀĪÉŌĖÂÆ…‰ĶĐÃĮĶŅÎÆĘÍBĘÆÂÉĮÉÎĐÉËĪÁÉĀCĖÂÍAÉÅÆĘÆÍËĐĪÆËĘÂĘĪĶĘĶĖËÃÉĘÉĘĐĐÅĪÅÂÍĶÃÉĘĶÁÂÁÆĖ‡“ĘĘÆĶÆĪĶÍĀĘĶÃËĘÉÉĘÃČÅ+š ĘĘČĀĪÄËĐÍĀĮĶĐÃÂĮĪĶČĀÁČĖÆÂĀĖĖËÉĘĪĮĶŌAĀDÁĀŌËČÁÎĘÅĘĪÎÁÃĀAČĮÉĀÉČÆĘĘĘÌĐĶĀÆÉŅɁ†ÂÎĘĮĘĶČĮÁÁÁĐĀÅĘĪÁĘÆÉČÉÃÎÃĐÆĮÃDÉĀĪÁĖÉÆËĶĪÄĪÃĘĘÉĐÉĐÃÁÆĶÆČĘÍÁÉĀ‹ĀĮËĀÉŌÉËÃÆĶÍÉĀÃÃĶĪĶĘÁÃÁŌĶĀĮy‹ãÉČÅÎÁĪĘĶĶĶĶĀĪĘÅĀĖĶĮÉĖĐËĪĐĪĶÉÁĶTÉĪŌĀÎĐŅÉÅÂĀĐÁÉĘÍÁÅÎĘEĘËŌÅÁĶËĀĄĖÁÃĘĐĖÍÎÃĮĐƉ‡ÁĶÂËĀĪĘĪĶŌÍÃĀÃĖĶĶÃĘĶĀČĶĮËĪʑÃÄĶĘĮĮÁAÁĀÅĘČĶĘÎÃÃŌÉĶÄĖËÃAÁÉÃÅÅĐŌĪĘĖĪÃƈÉĐÅĘËÅÉČĘÆÂĀĘĖÂĶĘÍĮĘŌÆAÎĮÆÉÁĶÁĮËÆÂÉÂĪÎÂËĀÂÆĘEĮÉČČÍĖĘĶÍĐĶĀÆÉÉĘ‹†ĪËĘĶÉÆËËËĀĶÆËÆÉAÃÁŌÁĶÃÎÂĀĶĶÁÃDÉÉĖĶÆĘËĐĘŌÁĮĀÃÉĘÉÍĐĀĶĐCÅÆÉËÅÉĖŠ‰‹ÆĮËĪÉĘÉËĘËÆÉĖÃÄÃĶĐĶÉÁÁBĮĐĶÂĶÎÆĐ,„ ČÉĀÂĐÉÅËÃĐĶÅÃĘÂŅÅÍÎÅŅÉĮĐĐĘĀËĀĪLÅËŌÆÆÉĐÍĘÃAÎĐĪÎÎÉČŌĪ‚‘…‚Š†‡ƒ‚’’…ÁŌËĀÂBĐĘĐĶÍĀÆĘËČÍÅÆÆÅĘĪÍÂÁĪŌÂÉÍÍÆÂÍËÃÅÅÉDĪÆČËÅĘÉËĘŅĘÅÅĘÉÉÅŌĐĮĀÅĪÁÆÃĘÂÅÉÍÅĀˇĶÍĘĘÉĪÂÃÃÆÎÃÄÉÂÁÍĀÆÉÅAÉĶÉÁÅÂĪÂÆĘãeXP_028733567.1ĖđQgž3Ā8¤ŪqS‰S$`¯,…J‚¯¨‡@sFĄœpÆ,įPÆ,€ĻKīĮÎ+ (DQ'Œ9ÄSâ„9T)M‰S„:‰ŊÂŪHf –K:â9+´ĐÄKę)ÄDđ˜åÚŊ÷Ū{īŊ÷Ū{īŊ÷ŪģÔęŦN˜Á”BF@RaŦÂÖyŠŪPË)€@)Ā)‰P@9'ЛnL€pĪ-ž*fŧ §Ygĩĩ‚1j”BRh9šîŊ÷Ū{īŊ÷Ū{ī4  y œrœ8į˜ō€0-3É)ŗŊbSë Zã5ƒČŊ÷Ū{īŊ÷Ū{īŊ÷^%–zs‰õ4ÎĖ7;GŊbBɤzD•we,đÔ3%Ī:F°Ė2SĨÔsé=öЛΜąĐSę%ÔtN­÷H2AĀĀ°áĻx˛€Xá0Ā :MŊePQ0dT@€3UËŦ`äTķ€qŪ*‹90ÔDŽyD C9ąÔpʜLS% TF UŽ;B-ŗ4Ä rÂlJTæœč…‰Va‰aÆThžyÔ0!œwŪ(æ•7_xēķž˜Đ˜wĀ9GŊĪŌį{ĪŊ{o:ƀ8'•R€RaĄÎl â$9 ļBjM¤BBđ˜åäē÷Ū{īŊ÷Ū{īŊ÷Ū‹‚ Epœz§¸"ŠAkøŪNĩÜH* ÖSî¤ŅÂ9ŧR"|‡Š÷Î@î{Ī¨÷TëŧĄÜ[īĄöL:ČōŌ|âLŅĘyĒ€ÆÆkSŊ§ÖZŽąĻ{ ĮÖDŒwŒ āå^ ë™õŠ4N õfp8¨ÜyoBVÆK ĸCT# Aø3Š…TŠŗĀ k Ī„S5Ę ž5ŨTîĨōÄ2 ¨÷ā<@œYl–ãĀ2PQÖ;%ē‡æp°ØÜMŽŌΔ˛tŪî<ōÄnœ‘2çTrBą„c¨7xĪ 6Ū[Įa†1i@ã co9õ€zkœ÷Ė9ã)å܁¯¸TŽšĪ)PĀ3ĻD$ÜQʁ2ÜGšåL8Îe–cŠ7UōqMŪƒ@ŧCŌ n(rPp­$‰“ŧ˛ŽP ĸŠČDš6Ä+ŌÚ /Ėņ xG43€sķ0 Î:Ř#zĨo3MCD4768021.1LĻႄ¯Āā T(Ŋ D'ŧĻˆ™dH jĀDZ @{WP_027951454.1Ė<ŅæsĨIÂ;ëœpīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{FJ*„ŒP)¤–, Í :GœÆ"čĀq–2éȁsJ edyč•ų΂íĩ)F¯Måz2vØŧiPÂųĖ„íĖ ÍZôXF‚)YRL6ŌQQŠÃ^oĻô€XËĖĮB¸š4 ÆWX;JA&I3M S{2IpŪŒ…%Oœs*Ą„°ÉôNƒŠĨGZP¨žJDŧyÔc¯)rf›ŽÉĻŪ;ŗĀPSŽĩøĀšMĀ)ßy‡ Ûį%^;ŗ$Վ-ąôæLkÍRÎz€ŠiCMBS5721782.1l-¨T*%ÔL)Ĩö ƒJÎLâMŖĀPO=ņĀë=‘Î{Ā§8ĘđŪPK°ų|âHŖʨRĘ,đ怴ĶÂXCŽ´žž%tãĩÄTcÉ QK0åD:OAGĖ•Vđ­v‚ā‰w|ňÃF;æ$¨ŒœN¨Ö’oÁ ”ÃĀR¤Z˛Ŋ$\9l)’Ô|Æ9Ŗ”B$čViŒw`nži”rcČÁ[s>ØVZFŠ„RĻ@Ũ˛)Ā K¯3FŠąˆxã­dŌiĘ5ˁ'…Sš1•Ĩ˜1)ˆ°ÆLĒĨa2ip8ã6ĀI-Į¨ĸæ*adHÉŦ€2!°âæšÃ¸7 &ĩN*nI3$BsÉįH€ÔAĻ2BSn,†RÀķ *Ņæpˤą‚JĄ(†a†4ŲÂ( .š + Ŧ9LÉĨ͂ɀ4MYP$7ĪPË,S^QS( †ZÍtĘ`Ž•Ā)æQ:\:¯Š–ŽƒgžzĢ(ŒjįA!X m°g$3  –š8wä<ŌpŠ‚ĻĖ„“O%Ĩ†™fäÆdˆ5UĻãĮ)'ĀųÚ0ĨÄāāĀŗžožvæøŪTĮ¨'Z{Î4&B'%ĶPo¤Js(ĻĖ˜Âu¤8 Š1aYs™ĨæPGˇØÁŠ`*C&3@‚CJeƒf€bP<#L ĖeÎxM cž‚ũƒĀqšÆÆĘÁÅĀËĐÃĘÆÁÆÅËĘÃÁĐÅĶÅÉÉÁÂÂÆÆĮÁÁÁĘĪĖĮĀĀĀËŌÆĘËĪĶĘÂĘĀËÆƇÂĘĐĖËAÆĪĖČÄÃ…ŌÍËĘÃĀÁĘËÆÁĘČÆÉĐÃÎĶĪČĶĪÅÉĀĪÉÁÅÉÃĪAËÆĪĘŠ†ËÉŊ‹‰†……€Š‚†ˆƒ†€†‹Šƒ“Š‚ƒ†Š‚†‹††’€†Š††“‘‚€†‹€€Š‡ĐÅČÉĮ†Š†ÁĖĖÍĀÁCĮÃĘÂÁĖĪĘŌĮÁÉΊ†‹…ŠƒŠ€…€†ŒÆĖĐʊ‚‹ĶÃÂÆĀÆĶĘĪËÅĮĪËĖĘĀËÆËĘÁĖÆÃĶČËÁĀÆÆĶĶĪÂĪĀĪÃËĘÄĐĪÍĖÃÆÃĀĶÉÍĪÁĮŌĀËĶÍÂÉĘÃÁÂĶĶĘĪĀÁÉÅÆÂÍĀĐAĘÃŌÅÉËÂÆĖÃĶĶËČÁĘĶÆĪĶĶČÎÅÉËĪĀĪÉÅÁĘĀËÆÆËŌÅÍÆĪÃĀĘÃĘÉĀÅĶÍĶŌËĀÅÂĶÂÎĘĀËĪÉ€‡ÉĘÎÃËĶÅĘÉĶĪÃÅÉ„Šm˜ÂÆĀŌÆĀĀËAŌÁÃĘÅÆÁËĘÁÅĪÉÁÂÃĘĮËÃÁĘĶĪĘĮĀĀĀËŌÆĘËĀĶĘËĶÅÃĀƇÅÉĖĐĘÉĀAÆĪĪĖĘČĀÉÃˈÍÍÃĪÁĘËÆÁĶČĮÁÉĐÃĶÉĐČĪÉĀÁĘÁĖÅÉϋŽ€†Šƒ†“ƒĶĖÅĘÆÁÆĀĘËÁËρ†Š†‹Š†††Š€‚€‹†…Š€‘††‹ƒ€‰…ˆ‰…€‰‹††Œƒ€‰…‰†ÅŌÅËĪÆĘō‡ŒŠ†…ƒŠ†ÆĀĖÅĘÁч€ŒŠ‹ÆÆĀÆĀĘĶĪŅHĮĀĐËĘĮĶÆËÉŌĖÆÆÁČÅÁĶÆÆĀĀĶĪĀĶĪĪÅÃÃÉĘĀÁĀÆÍÃÃÃÁĶÉÅÁĐÁÉĮĀÁĶĶÍÉÆÍÂĶÃÁÂĶĶĪÅŌÉĘÃÃÉÃÃÆĐĖDĀÁĖÆĀĖÁČÁĘĶÆĶĶÉČÁĮÁÅÁÆĀÆÉÅĖÂÂÁĮĘĀËÁÂĐĪĘÆĀĀĐÃĘÉÆÆĶŌËĶĘÁÁÉÎʅ#wĸĀËŌĐÃĘBÂĀĀÁĘÃÁĶÁĪĶÉĀÁĶËĪÃĶÂĶÁĘĀĖĮĀĀĀËŌÆĘËĀĶĘĀĶËÆĀĮ‹ÉĖĘĶĘËAÆĀĀĘĖÁĐÉĀňÍÍÅĘĮÎÃÅÁĘËÆČĮČÉĐÃÁĘĶĶÆÃĐĮĖÄÂĶÁĶÅÃĪAËÆÂĪŠ†…“…ĶÅĀËƋƒŽŠ“ÁĘĮĶÅÅÅĘĀĘÆŒŠŽŠ“Œ‹’…†‹†ÁĘÃÉÁĖĘËÁ…†ŠŠ“€Š†Œ€†……ƒŠ€€ƒ‰‹’‡ŠŠ†Š‹‹Š‡€€Ž‹‡ĪĀĖĘĶÆ“‡ŽÆÆĀĮĶĪËŅĮÂÁÅÅĐÁÃËĘĪÁÃÆČÁÁĶĀĶĶĀĶĘĪĀĀĪÁĪĮAĪĘĀĀÅĘÃÃÆÁĖÉĮĪÁÉČÃĮĀÁĶĘÍĀÆÍÂÉĘĪĘËÂĀÂĶĘĪ†’ŠŠ…€€€Ž“ŽÃĐĀĘĪĪĪÅËDĘÅĶËÁÁĘĘÃĶĶÃÎĪÃÅĮĶĀÁĀČÆĘĀÎËÂĐĪÄĪÃĀĀĘČŌĀĪÅĀÆĀŌŅĘÆČČC†÷f–ĶĐÃĀÆĐËŌÁBĐËŌĪÁÃĘÅĘÆËĘËĘĘÅĪĀÉĀĀĐÂÃÉÆÉĪÁĶĀĘĮĀĖÉĀĪÁÍÆĘËĀÉÃĶÅÁĀ‡ĖĘĐĶĀAÅĀĪĖÄÉÃ͈ËČÍĀÉŌÃÃËĖČĘÁÃÁĀČËČÍÃÆĘÁĀÃĶĐČĖĀĀĘÁĶĀŌĪĖÎʋ€Š‹ÃĘČĀÆDĮĘÆÁ‡—w¤ŌĐĘËĘÆÆËĘĶÅÎÅÆĐÅĮÄÉĀÁĀÂÃÆĐÉÆËĐĖĮĘĀËŌÆĘËËÅĪÃÆÉÄ_ÉÃˈÎÍÎĐÃÅĘÁÆÁÉČËĘÁĐÃÃĘĶÅŌÅĪÉÁĶÁÁČĀÅʎ†ÆĀÁĘÆÆÁÅÉĐËÆÂÆĶĮÅÍËĮÆĘˆNw—ÉËŌÁÃĘĀĘĀÅËĘČÁÉĶÆÅÆĮÉĘÁĀÄÁĀĶÎĀÉÁĶĀÃÃÆĶËĶÁĘĘÆÅÎĪÉĐĀĀĶĶÆĘÅËËĀÉĘÅĀAĪÅÎĮÉĘĪĮĶÁAĐÆÉĪĘÃÉĀÄÉÃÁŌÎÁÍÂÉĀČĐÁĶĘĖĖĮĀČÁÆĘĘĀĘÁÂÅĶČÃÆĶĘÎŅĘĶĪÍĀĮÆĘÁĐĐÍĶÆÅÄĶĀĪĀKĶĶĮÆĪĶĐĘĀÁĶĀQÅĶĮĖÎÉSĘĖÁĘÃĀÆÅĀÉÆĪĮĘĘĐÎÃĐĀGĘĘÁĘÂĶĐĘDÃʅĘĀĀĶĶĘĐÃĀĶĐĪĮÂĀĀÆĀĖÆĐŌĮÃÃÁÉĶÃĘÍÅÃĮĀÆÃÂĐÎÉÍĮÁÁÎAČĀĘĖÅĖÁĶĘĶËÂČĮÄÆÁÆĀĮĀĪĶĶĀÆÁĮĮÁÉŌĘĪĀĶĶĘĀĀĮĀĶČÁĐÉĀÁÆ€ÃËÅĶĐÆÁ€ĶĀĮÅĘĮĀĮĶÆŅÉĘÍĀÅĶÎĐĐÅĮÅÁËŅÁ‚ĘÁÉĪÁĮŌÁĪČĘÅÆŅÃÃĪĘÉĪŅÉĘÂEÅÅÆĪČĐĮÃĘĐÁÍĶÆÁĘĮÆĀĘÉΉÔĶĀÍĪÆĮÃÅĶĀĘÃĖÄÂÆĀÉĘĀÃÁĐÉĐĪĪÜNWP_159463829.1Ė)0‚‹-L]ĖyŌ™(õPîČ6›é H ŠŖNšđVœKk(傂.Š 2k#`jžĀĮ™7&˛H3J Ļ@kBĀvZ ¤ãʘ @Ĩ„PaĘCŠ…p@1ad˜Î(1‹8S­§^SÍČt kČ)Á„N)3€J#Œ2Q(€7įB ¨3įQ‡˜˜BJ Ĩ¤Ēøši„™ HĖ Ā<đ€Š„œՐa͝ŒAI1€œåØtR:0Į0k΀Œbs*• •JHCD1954593.1Ŧšų^:b¤÷†š!,&Fræ9x„P(āN2K­_2lBĨPŝŗHJđŒV–Q@–wĐ MBM3303016.1ė=dԒ.ŦY” Î0N+Ș“ƒ,Õ¤2F%EÎ H™ E;ÂĨĮ\ik€aT[EņÖJ.€“DcBA‚)˜æ °Ö8ō¸’bl>8ŒA¨ņ„Ę +dxfž´9p>˜ây.Ŋã`PÆ` !*“#įįF™rÉöXRÂ$7VP(ÔЄáā <ĨĀ™'5 :GSM— QWP_107723967.1lA”zJ•Ü €Î<ęį–t@4š‘S8Ü:6]S´•p Ēu2ō¤ĮT*hĘcÃ8 Ļ<*3PĀŖŪ„m%áX ‰3ÜT` Āk")¸Æ8&Q“ņ Ö4Љāœ-´U‚xF!–ÔyĘÍöĐzŌ­ŖN<åŌyĮÉĐĀFœži3Œ%dE(7Ã:A 9P iÉš†™3$sÔ:§ČŅf1b‚ "@žaĻZ+õ2qņ 8Ŧœ6“`-§†Hr†T2¯ iŪ/¤&!ĀņZƒâA<ˍ J­§\ʍ3Õ(c:æ܄Ã-ufpBŠPĘŦsd‘KœæXå,§`3M÷–&$V,a(°ŌI‰ LYV`b´ŅƄđHyÄ3ĪaŠ˛=XМ„zgäĀ4K)ˆšx ŠPŒ*žđÔ*T$LĶ‰ØĀ2Ė)ƒķ$÷–rKĘál€ApâZ ˜0 ™*$ÆĀĮËČÃÃĘÁĪĀ††ÉÅÂŌŌĶEÃÅĮĶĶÅ‘“’ŽĀŌÁĘĐËĖÆĶÃÂŅÁŌĘÁÃÃÅĐÆÁŌĐŌÆĘĖĐËBĪÍĪÁÎĖÍĀËÃĐÉÆĮÎĘÅÉÁÊÁĖĀĘÃÉĀČɊŽ‹ˆ‘ŅËÃÁÃÍĀÂĮĮÍÆCĘÂĶĶÃĀĪĶĶÆĶÃŅĮËÃĪÁĘÍĐĘĐĶÂÍŌĮĐÆÉĀÁÅĶÅĀĀÍŌÂÁŌĪĪĀĮÍĐĶĮĮÎĀÉÃÃĮÁÅÂÉĘĀĐÅÁÎĶĀĀÍĘÃÂÎÉÍËÃÁÁÅĪĖĘŅÍÃŅÉÁĶĖÁÂÍĶÅÅŌÎËÆÅĘÆĘËÉÆÎÁĮÅĶÆÍĐAŌÅËĮÂĮŌÉÃËÅĶÅĘËĀÆĀŅČÎÃÂĘÂĀĀÆĖĶĪÃĮÅĮĮÍÃĘÉĘÎÍËĐÅĘÃÍĘÁÉÅÉÂĘĀÁŌŒ‰“ÍÎËĪÎʉÁÃĘÂĘŌĮĪÅĪĐÆĶĪĀĖĶĘÁÂÃĐÉÃĮĘĶĀĀÂĪÂÃĖĶČŌĀĀĶĘÅŅĮŌĖÉŌĪËĮĐÎĘĀÁÍÁÃĐĀÉŽ€WP_003303823.1 !÷T¯5uN3äAÂ'5”š4BĀ € ā 㨑JAwŠņŊĻS€ʁeĻ8AōD7F)įÚ4Ą •Ö0đ˜éZN “^‹ ‚s†˛ Į@8á8Ŗ*jŦ€Ā4.€Đf™Ã„fGŒāŽ+aZ( 4â`ŠSĸ;ęāŒT#Ĩ3…”Oˆ%:㠘L \['Š`R,A–ā”JĀĀĖ*œUķ™ŽŦ€3Ũ4'%ŨTCēÁ07R§šaĐYLTŽè JĄŊōă/ `€ršcƒŪATB18092.1Ė€y†Rj€Ķf€ AõšKsĸ3Ũ!g=¨fXM eFC Āvæ[ N8Ķ,ā€Så&’FĒwœ|æ´ĄšzÃÉ"ZXNA€$@Úqo’Ō”Xę4“Ė˘JíŦŲ΁)“if™iŒRáĄDCȑĄÂĻ1aK 8T1i7”œ@ÁÖz &U›˜ėOGW26817.1,¤&PŽĄL ĸ49ŸlLpĖ’S8°N34õÚ„d[BôÜ4͸J`GAÔ@zęf†z ¤ŖØĖõ^‚ŪQ0¨´œ[€ØZíL3Ųo˜„ ˛rT€@Í1‡p Šb@; *æxo˜×ÆRāŊ4Ä3g‚“ !8 -¨ÄĘPŌK§•˜!`@GMąšę9×j ´ĀQm6Ô3Ų꜔ā›÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊwÎ Ô9 IĨ" ĪĀÄQéŠhžZ (LĐZ9é”ĸ&Œą@q K PÄL°)8U+¯)7[9) œŗ(pīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{ī=">Úœ4 8ĒáL%îŊ÷Ū{īŊ÷Ū{īŊ÷Ū{áiʜ4”|éŧ‘Ø;J‰“Ū`ĮŦŠŪË$NZNp˜:s=÷ÂdĖ¤Ã"|ā0 3åĮĻYī2Á`ļãĀ;o>ņ īŊ§XŽ$˜DįŽIāŊŽQfÄž:b>^2ĸ­ î UYV38309.1 Ā‚^x„Æp`&ĨԉL%§ ƒJļ×ÖjÅŠpÎP'ÎĶ†3´ųŪ{-ē7„*ĨyÎT*Á9ÕIJ¤”(ŽÅSΜ!Š™€km2įjÆ%Xcà yTHEĶÚÅMÕ+ā)øfbižXĸr @•”‚ •§Æ3E ¸÷Vh %¨R'€įL*˜šR/5`R›žځ *(Uj%Le^‘ķ¨ķĀ9S‚”s‚Ô iž%ÔŖƒ‘GFY73571.1ėœÃ3#˜ ڊi1ÉjoÕŪ3I=Yδ &J֔1h>1_:Ē„4Ū1&4AÉ(%”8#HR|¯)ōÜ9ĀI™Ú3ĒŊņÜZ ĘĀ"rŗ)ˇ €¤üV[SEP77558.1,<Õ^;āܚqPp†ŠT@ˆ’R@= s $ŠÔLG€æTš* 8 @*!¨6ā”)k*ĻT`81ĪG4;n2”:PyQ)ÎTiĻ3P (w”›ā€ŠØ`Đ ĖŠ"$Ž4SŽõ ƒ@¤’AŗŒ3Shī™c’Rā…÷ T퐤Q2 ž M0‚RAĐĀ"`€ĘĖĀBÅ‚˜.´§IO=7ÕpFc2sÕИđ…5„Q€BHĀđX/4`:Ȩ`ÎĶža ž“Î1ę ˆ‚‘ā¨„Ę; Šdæ LŠÁŪJœÕŒ*Ā€ĻĻlGÚcĶ DeBÁHā嘚`˜H(I%ĄÔ ­ö;gM8ŸZĄœō’Pož!Î< 8ķ” é×Zh5BæĀŖŽziŽŖæPh¨PĪ¤„NĨ\Į´Ūđŧ ] Ë8@IČÅ2Ė Ĩ{ Ļ~ųÁÉÎČÃĮĶÁÉÃŌÁĐĘËÁÄÅÍÅĀÄÍĀÁÉBĪĶËĮĐÄVĮÁÅŒŒ€†…ËÅÅBĶÂĐÂÍÂĖĪÃÉĖÉĖÁÃĘĶÆËDČÅÃÎÆ„ˆČĘĐËËÆĀĪĶĘĪÉÉÂÂĶÆĀÁËĪĘĀÆÂÂĶÂĐČÆÍĀÂĐÉĶÆĖËĀËĘÆÍĪÄÆĶÁĶÆČĀŌŌĮĐĐËĘÆĶÍĘÉÄŌĐĀĪČĘĶÄÆÆĘÎĮ‹†‡‘‡‰ÁĐĐÉĐÉĪÆÃÍÎČĶÍÃÆĪÁÆÂÂĐĐĪĐËÉĖËĐÍĖÃÉÆĶĐËÁĪÍĶĪɧT,ÖĖÉĀĶÃĀÁĮÅÅĘÆĐÉÂÆĘÆ“ÂÆÁĐÍÆĘÅÅĐĘÆËËÂĘÃĶĖĪÉĮÉÉÃĘĘĪCÍÆÅÃĶĪÂĐĶČÂÆĀÅĐĘĘĘĘÂÆĶÍÃÂĶÃÃÉČÆÂĘŌÆĘĪĶĐÄËĪČÅĶÆËËČĘÉÍÃĘŎŠAÂĶÍÉĮĪĶÁÉÂĶĘĐÁÅ“ËÅÅČÉÆĪЍĐÍĐËĐĖÉĀÂËĪÍĐĐÃÂĪÉĐÆĮĀÄÅÅÉĀĖÂÁŌĮĶÆĐÎÂÉĪÍŅÍĪÉʨKR›ÃÆÂĖĪÉĖĐĪÉÉŌĀÃĮCĘĘÃÉËÎĪÆËĮȉÂĶĘÂĀÁĶÅÂĘÉÂÃÉÂÁĘĶÆDÉĀÃĖÍÁÉĀÆÉĪʇ‹ÅÉÁÃËĮÆÍÆĘÂŌČÍʎ‚ŠÉÉÎĐÁÍĘĐĘĐĪĶAÉĪÉÃĶĪÄĮÃÆËĘËÉÁĐÉĐËÃÆÉËĪĘÍĐĀČÃĐĪĐĐĮÂĪĪĀÁËĘÃÃÉĐĶÆÂĶĪÍĘÆŠË#bĶÍÅĶĐĐÁÉÆÆCĐAĶĘÉĶĘÂĀEËĐĘÅÍĶÅĪÅËĖÅÉĮÅĘĀĮĮĶĀÃÍÂÂĘĐÉĪČÄÃĘĘĘBĘÁČÃÅĮBÅÃÍĮÃ…‰ÆÂĀÂÁĀĀĀĘĪÅĀÍÁDÅĐÎĶĘÃÁĐĘĪÃĘĐČĘĘÂÁAĶĮÆËĘĪČÃÎĶĖÁĪÉÁËÅĘÆĶĖĶĶÁÃĀĖÎÅÆÉÁÉƐ†€““Šƒ…ŽÆ€““Ž€ÃŅĶĐĶËÆÉĪÃËÅËĶÍŌĐĐËDĐĮĐĀŌÉÉËÅĐĮŌÉÍĶÃÉËÃÅÅÍĘÍÍĶßÂVTR17913.1ė ÷\PJĶĄx/(5Pí”b¤éŊâ”)j¤Pī™2ŪPMBŠ`0r ÄĶšb zI-ąT€Šy”|Aœcž1AĘsĘ4%$¨T:$™2ÕiNš"8H……”J=9Ë:*9Ąä{O%5$YÃČ!€(Š„•„I ĨB܃&MŠˆjj^ %,3…äĻŌABŪcÉ)ÂT†Õ Hƒšfʛh@e”JĒ`V%¨¤Ōé<5QΡTCiLĨR ˛”2騥 4đœbE1đÖI%G fxÖT =’āa‚šŌZSķÚ1Š3``SÍ!…™á)T( #LPķŧÜ{ ZP/ÄõČs"œ "y€ĒîĢrąÍËĖĘËĶÉËĖĖËĘËĖÂÍÆÃĀĮÍÉĀŌÂËCĘÂËÆĮĐĪÆĪ‹“ĶÉĶĶĐÆĶĪAËĀĘÆÉĪÁĪÉÉĮÉČĮÆĐĪĘÃÆËÎÆĶ’ÉĀÁÂĖĶËÉÂĐĮËĮĶĘĘĖÉĐĮÃÉÉĐÆĘĮÎĐÁÉĪÁĶÃĐĘĖĶĀĘÁËĪĶÅĪ€ŠƒĶÂĪĘÃBÆÉĘÎÁĪÍÁÂÂÂĶĐÃĶ‰‹†ÉÉĐĐĶÉÉÆĖÉĘČËĘËÉĮÄÅĘÆÉÉœWP_204462572.1 ‚§‚S#€ œ‰i„Ž‘ •;ၠs0¯šs€ƒî 3ۘsŒr&˜GĒ˜Žđ1‹1Å1U2î pÂQ'Ā‚Æ @9Ŋt”˜ 4 GIķԑÂ7;+¨Ŧ5ūŒHAI83337.1 .Ė›ņ ĸVJk¤ibArÁ،KÁÍĄ–ySąTĻ{Ĩĩf¤2É)” ĒŒ:k€ Œ ‰ÍņÎ'œĮÆtāĻƒB6šS3 áæŽÍäŽZ‹•4\Q% ­åƒMBW0490175.1,(ŠšDĒZP*-Ĩ”.’ŠÎSęŦe^+“ÉãÄåĨÆHM¨įĀ‚bŠĖ;„ ×xŖ-“ž(č"Ę(K œ(5pž{įĩõĸSÁ´gIŽŦ÷Ü{íÍ!Ë-đCƉq„íĨŖĻË<ųž8fÁņ”{đ=ŖžSāŊv”qș—–ÂĮæz)¸9ßlNŪ‰ŒvÄsFŠT¤2¯@qÔs*>ĄĘ*¸fš"Ģ ĄHĻaF[oÎŌŒ¨<\€đ8B;Eš4%T Ŋ%\YG* ž[Ŧđԛ/ÁDAÁ jR=ņ”XsA'[0‹­e˜2Q)Ļ ŽŖœšgB¸ÔFcFƒ ”Ĩ#@A V3f‚ņāSO%š,fgT„FļđŒ2-.0S­SäÃÁtË4#šj)FœPĀ°ÂRË S– Š ŒF•VŽ´ ÔNQJ73193.1 É&‚ᘠ×ÆeJˆWŒ@)°hĪ0yŪsF$Ū{lŠ Ô:Q™”z ¤¤^K+ļy΃ ĖŲ–*“$€-ɤšĄ­3‘Q Ŋ¤JĨ)Ō„ę”S*Aڛę¤Ķ\°Č™TIĨĶQëĨw&QiΤÔajŠ “€ÁNRrĒ7Ą:S) ^2îĨ4s­Éņ”Yå…8×éŊV|ÍŗŠRkŊĩÎ ¯ÍļECE8916583.1Đš1îŊ÷Ū{īŊo&؞8ĻąÎPÁ6^[jˆķĻ2Ė(ä3eˆ‹‚Œŗ ž8&@0“9°q”ŒKŽŽT)1„3Ŋ3FHŧ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊpāŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊi xāépŪŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{¯ æ;ƒŊ2Ąg$1į›e3Î j¤Ā $(ˆČ3WPé„ĐÆ3f–ÕĶI3g9NŒB*ė$Î$RRÁ°&(FÎc\2˛ÆŗĘÉŅËÃĀĀÅĘÉËÍÆŌĘÉÉĪĖÃÂÂČÉRÎĀĶĪĐĪČÎÃËĐĀĀDÍËÁĀĖĪĐÂŅĘBĮĪÃÂĀĘĪĪĘĶĪĘÆÃÆÍĘÅÁËÃåzWP_116619797.1ė• Ü R‚ ÎLLĨ„R*Ā6ƒ:g6•J€ĀQ@͆bx'÷0!†•’įu”’ę)u“Ŧ čžcG5՞BRéĻQö\'´^ŦÍWP_182158016.1 ŽĩÄs¸Ā bĖ7Ņę $b‚é‚cŽ¤™ÔDgŠ1˛ˆbÄI õVP"ĀĄ$@&ŽŅcAĘZ wÂs3š&ã‘ËM(ĮˆŒR„ ËĖĘRg,€’“ČRÄXfąæã ąæjE …j0ŅĀ:įĀ€đ%7˜:î€s˜€ĶTR‰s†„ČĨæ„C!ÉŌ%(0TJ%…a܄FŒ™ÄœŊr`J) ˜šĢ€#Ÿ‚Ė¤„xN>e^PĖPŪA¨Ā@(ļ%“Sä:Į¨wÆH(s*gŒp*Ŧ!– Aq֔B6âÄ8p>ĩÄ,§NrĮ(đ@rB…f#Í8Īn˜åšaÎ=šÎhKž  OBđÆLIc”3°ąT9eä†fA2€“ ˆ4Üxn™ž|` Ō <ĨScČ‹Í44Ī¨Í+ˆ gB‡ÍwŪÍŒjŊ0Œ2ËIJŪpķÉWĐ{s˛gpÚP BhB.pL‹(…1Œ‰Äs€e¤ đå”9p ÉÄrÃĖäžZ†œ9EiL¸fr/ āËL'`‰#¸Ą°uĩßpKAF7644169.1lĒ7ƒrÔԄ*–VA 6…Ô8īŠŲÆHm)đš$ķ…‘˜NåH`‚YĒ¤ô;`´ßPĸ„‡Ė|d”'”Tr §ā4FĀõĐéAgD‚Ī‰$ŪSEķ\Y#=3W‚‚”[rį\pîŠķÎė(ÕŪŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊˇŧ€ Ę9āTđŊĩŜc[a,S„›+AŗĖ9ĮŦ`Ė‚į­;ƒÍ‡Ä3â)ôDQ˘šÜƒIcæ‚&˜uīŊ÷Ū{īŊ÷Ū{īŊˆŊŗ–{ÁMį\Ģ¸Wpŗ=8įQ8l1Üsā7æSōšr˜ęĀáÆ#ž1Į<(ĘrĻæ‘÷sč œL‚ ęÁŲŪi饂‚%¤iÔŊ÷Ū{īŊ÷Ū{īŊ÷*†SOļ#Ô\Đ 2=ā{Đ(UL …1XÔzRŠō Qe&f\AE‚0–2M€"ëMĩœ Æ%Yž2KhÆĒŠ(ļ§ rŅWP_102296123.1lŠ`b §Rđa oL2ŅĸäXOÎf€ĀČ•‘áÉ"” Ā¨˛ĐiĮ€wÜ@¨0íÁ9¤3aĻŪp-Ę㎌îydDwä íČįZ”Į13y3 %M0*L˜Āë,¨ä˜p–ŸXĀW&s€Mđ@ŖšSŪ™.ĀiŌšˇEáMZQ82908.1Œ™ԊJđPī¨ŠNaJĩy RmÅ‚Š EfRm …’.&Ôs&%ĄzoĒŠæ eļØ+¨ ‚,_‘á0Ô0¨¨Ō{ 8L§ŠåBJęÁŖÔ`j8h3 dAsĄ0œŠ)õfz (%“K Ä֒.ądTcINaĸ80Ôy@ŠĨÔ*åšé„zę!đ0đ11CZ(Šá ƒJ*]P!ô”J3)ŎJ¸RLzXP_053592881.1lÉw” J(ņÄRĢ Õ¤˜*<đāQGÅĄÄ¤€V2Å5VŠī­´Žo,ŗ¤œęąæ¤{į)ÄšaʗŪķ…†[g‰9‘c'ЎrĀ’ " ˇL„㉴[Ļ(‘Ô!Ŗh‚iᄔ!ÂbTSKÉAŽ˛ŦÚq¸9œ Sæ@ãŦÃ;`Mŗ–RĄÄ–„@õTGá˜Z&†‘ŌJeĄ˜Î âĀĮF[jļņÜ`,7`)ÂąœiÉ °Ú|ķ…!šë•4Dƒ#A¸¤`Í$\Â咔p@ļÚ[* ŌIîVĀŖ‘4ÄI°•ŒQO“ŒXaĨÉL˨Î‘j>UQĨJņ—\J‚ŒEΛnē0ŠrS)gÖ{īw’*GT >â9c  Øæx/ĘÆBKÃ!1„aíĄą[Rš9”Lį,ƒPHI BK5Õ`9J9ŒkĢ(5Ëa“õZ˜ëŧŗ¤Z™iV9B´d–xKš9'ˆfąˇŪ’âĖá˜amyŪ€0¨”8ø^ņ›;Š‰XJPQŊŠRéqŌ˜Æ¤%`ršÕ4ÂHÕÄ Bʴ΄M¤t^)ę͓Ūbå((ž k>ĩˆ‚č=#M€ Ā’SĀ)āBĪ¨øN#8‰Ôc¨–JkLeʊÎĖņ„4j¤1Ķ 4 ZÉ-"’Yė#&0 ¨ō kÉ´FX)ļ$ŠÃ 2ÎJĨ•ųÔrO¨•„Sšēø,ÆÃËËÅAÁŌĀÆČÂÆ͐ÎËÎÂĀÃŇĶÎÆĮĐĀĐÉĀĖËÅÍĘÅŌĘÂĐĮČÂĐÍËÅÆĐÍÁÉĪÍĪŌÂÉÂĐÃËŅÉÆÅËČÆĀÆĶÎĪÃĘĮĶÂÆÉAĐÆĮÍÎĶÁÎĖĖĘËÉŌÆËĘĐÃCĘÃÎÆĪ…ĖÁÂËĪĐĀÅÉĐÁĶĐGĪČÆÎÃĶÍĐÁÃĐĘÍĮĐŌĶĖĀÎÆČÆĶ…‹‰Ž€……€““ƒ€’‰ƒ†€€ˆÃĘÁĐĀŠƒ‹ÆËĮĶŅĐĮŌĀĐĶĮËŅÉĪŌĶĘĀŌĮĐĮĀÉĖĪĶĶČÃÃÁŌĀĀËËÍÆÉËÎĶÉĮĮĶÃÆĀ€’‡ƒ‡“ˆ‰‚‡Šƒ‡ŠÆČÃĀÉÃÁĖÉŅƃ‹‡ĪĀËÉÂŌËĶÍÆĶČŅÆÃĮÆĐĐĘÆÆĘĐÆĀÃÉËÎĐĮƏŽĀÂĘĶÂĶĶÃËAÁËĮËĐÂÎÅŅĀĮĘĶËÆĀĘĀÃŌĘËĀŅĖĀĶĘŅĘŌÃÉĀÉÂËÅÁÍÂÉĘÃÂČbĮĶÂÃÃĶĶÃĀĘŌÆĖÍĖĮÎĘÃĀĮÉĀĐËĮĘĀĀÁËÍĘÃĶĪĀ‰ƒƒ†‡‹ĘÃÁÉĐĐÉÃĮÁĘÃËĶŌCÆĶËĶÃRŌÃĀĘČÍÂĐĀÅĖĶÍÉĀÃÃÃĘÎÆŌĶÆĮÍĶËGÉČĘĖÆÉģí-ÅÆÆÃÆÂÉŌÅĶĘÃËÂÆĮÂĪĪÉĘČÃĮÎĀÂÂĀĘÂËÉĘËÉÉĐŌËĪÁŌŌĀÎŌĶÎĐČÉÅĘĐËËĮĶËÁĘĪÉĀƍ‹‹„†€€Š†…ÆÅËÃÍËÁÉËĮÍÂÂÎŌÉĘËÆÆĀĀÅÉÁĮÆĖĀËÉËĮËÎŌĪĪĪÆĪĪÆĀÆÉÆŌÅÃÁĪΉ’“€ÃĶÃĮĮÉĶÃ΃€ËÉŅĐĐÎŅĐÎĪÂĶĀ‰“ČÃĐŌĮÅŌÂĶÂĮŌÉËÃĘĀĪÃĶĶÆĀĮŅÆÃЊ“Š†‚†‹‡‹†Š†’“ÆÅȍ††Š“‰ÂĮĘČĶĐĀĮĐĮÄĶĐĀŽ‡ˆ‡†ƒƒŌÉĶĮÅËŌĘÎĶÉÎĶˇ“ÆĀĮÅÍÆĮĖ’ƒ‹€‚ÆĐÃĘĘËÂĮĀĘĘČĘÆÍÉĐČŌÎČŅÁĐËËĶÉÁĐÎÅŅGĀĪÃËĶÁÅÃÉĘÃĪDÉÃĐÅÍËĶÃŅËĐÁÉŌÂĖɁ‡†ĶĶĶĘĶÍŌĀÆÂAÃÉÉĖĐĪÆĐĶÂČĶĀAÃĘÍÆĀÂĮÂŅÍÆÆËĘÎƇˆŽĪBĮÆÍËĐÉĶŅÍĮĪĪČÁĮĶĘÆĀÁÎÆIĘĪAĀĘÆĪÃÅFÁĮŅÍĪĪÉĐĪĶĀĐÁĮÅĪŌĖĪČÍÃFÆ\ĘĮĶÉĶÃÅÉĶÅËĀÉĀŅĶ“ƒ’ŧšL8ĀÂÂÉĶĀĖÂËÉĪËÉÉĶĪËĪĪÍŌĀÎŌÉÎĐČÉÅĶĘĀËÅĮĶËÁŒƒŠ“†’Š‹Š„†ŌĀĘÅĶÃËÅÁÃÍËÁĶĪĮÂÎŌĶĘĐÃÆĀĀÅÉÁĶĮÆĖĀÂËŌÉÁĮĀËÎŌĪŅĪĪÆĪĀÆĀÆÉÆŌˆƒŠ“Š’’€‚‹“‹Į“Šƒƒ’‰““ĐАŽ‰€‡Š“ÃÉÃŌĶĶÅ΀ĮÆĐËÍĶĶĀÆĘÂĪĪÆËÍBĮĀĶÅĶĘĀĐŌÁĮÅʉ“†ˆŽ‘ƒĀĶÆĘĶÉĘĮBČĶĐĐÃĪĮĐĮĶČĐĀĮĮÃÃŌÂĮĀBĮÆĶĀĶĐĶÆÁĮĖĖĀÂĀĮÎÆÍÆĮÅŌÃËĶĶ“‰†‹Š‡ƒŠĘĘĀÅÆÆÉĪČŌÎÍŅÁĐËËÉÉŅÁĶÎÅŅGĀĪĶĪËÍÁÅÉĘÃÆÉÆĶËÍAČĪÆŅĮËĶÁĘÂĖÉÁÃÁĮĶĀĶĘÍŌĀÆÃBĮĐÉĖĐĀÆĐÉÆČĶĀÅĘÍÆÆČĮĘŅŅÆÃËĘÎÆĮÍĐČÎĪŽ‚‡ÆÍËËĐÉĶŅ͇KĮĶĶĶÂÁÎÆĘAĀĘÆĪÃÅFÁĮŅÍĪĪÉĪĶĀÂČĮĶĀŌÉĪFĀĘÃË\ĘĮĐÉĀĪÃĶÆÅÍĀÆÉĘŅĶĐĪĶÃĪĪÂÃĶÉĪĖ‰Š…“ÆŌÁËÁĐĘÁÍÉĀÂĐĪÃÍÂÎĀÆÃĀĶĀŌĘÁĪĶBËŌĖĐÁÍÅĘĶËĐÉÃĀ€‚†ŠŌËĀĘĶÍÂĶÃĘĪĀÍŌĘÃÍĀËÃĶĶŌÉÆĮĀËÆÁÁÅĖÅĐĶÍŌÃÉĶËÉĐËĘĐÉĘČĐÆÉŊą.=ÆĐĀÁÁŅÅÆÆĮĐŌĀÍÁĪÁ€ƒ“ĀÉÃĐÎÎĐĶÆÍĪĐČĐĐĀÅÁĀÍŌÃÂĐÁÁĶBÅĶ’‡“„ĪŠŽ’ƒŽÃÎ΃€Ž“ƒƒ€€ƒŽŽ‰ÍĶÆĘÄĐĐĀ‰ƒ†…“†€Š‘ĘĪĶĪĘĐŌĐÉĮÁĀĀÁĀĐĪÁĀÁÂĘĀÁÆĀÆÎĐĘĶĮÍĀĀĶÅĀÆĘÆžŠB<ÁËÍĶĘČÃĮÎĀÂĀÉÉĀĘÂËĐĘËĘĐĪÅÅĘÂÃĪÂŌĶÎÄČÉŅËÉÆÆŌÁĪ‡‹€‹ŽƒŠƒ€€Œ‰€†„ĀŌĀČŅĶÂĶÅÁÆÍËÁĶĶĮÃČÎŌĘĖВĀÆĀÅÉĀÁAÍĀÆÂĘÁĮĪËÎĖĪĶÆĀÆĀÆÆŌÆŋ“˛ČÉÁĮÍÃŅÆÂÂĶBĀĘÃÍĐĶŅÁĐÃEËĐÄÉĮĪĀĘĐÆĀĮĶÃĘĘĀƒŽˆÎĶĮĶÆÉĘÃĪĮĐÁĶÆĪĶĘĀŅ͇ĖÎĀÅĘČŌÍÆÂÅÃĀÆEĐÁÍĀÍÉÄÆÉÃÅĐÁĮŅÍĐĘĘĀĐĖĀĮFĀŌÂĶĶÄĘĀĘRÃÃPÅĮĶÉŅĪĶĘÃĐÁĀĀĘŅÂĖÍĪĀĮĪŅĐÅË` MBC7879491.1lš%[K Ļ”šā€ƒÜ{īŊ÷Ū{īŊ÷Ūá$LcBF›āĖ!œlNAw\S™Ã G”LZI)ƒ™ė¤` eĀ)Ķ8@M3`ą28bFŠŽs iÄ) Ž΋œ9PîĖÄ$”†R#å<˜@QęaŪ„‚ķšs.ØFƒN wž2hI Ā™gÎ%ĻPž™šQÉHķŖ”+žĶœ;m:aĀs¤šlO8øN5—žŖ¨TÔQkäP€ĻAĨ܀ &Å1šĻ*mŠÆ IÔh 0Î3ĘvĖ˜RH#Μ`¨q`TāŦqœ,1„+ķˆ$Ã4"šŗf3fÂY@*s\8*™3S›Ĩ¤ÃÆ)ÎpGĶ@Ќy&˜.§œqĘŖ T đ^j€ņĀˆæŠ`Aĸ¨LĄ†:O5§ÔH…đ >L)Âà &€j´ĸœ .$“†HĄ a3ÁņĀ4Ás&eZŠ%¤‡āāP`2°(T€ `†‚€(ĒĀ¤ÎQĀų ã WP_079304935.1,¨—2H$Í(3€—ŠTAA‡Æ3Ą Š^,j(Ü  ¨áÚIĄŠ Æ!gJ„SæHÃŊ`€Aæ•”k*4xīŊ÷Ū{īŊ÷–BJ aTŠĄŖDA,Ič„fø( Ū™¤ Ņl ž:Ķ į;RĩgĖ3H‡@D5ˆōĩ1Ą( gRKyԐjâf8,„s1…!°Ôœ7œĨÁ&ÂzĀÁĐÁÁĀĀÎÉĶČĮĘÁËÆĐÅĮÁÉÉÂĐĖÆŌÆĮAĀČƏ’ƒÅÂÍČĶĐĘĶĀĀĮĀĪÆĶĶĐÄĐÆĐÆÃÂĀĮĶÉĮĘČĀĮČĘŅĀĘĀÆĐÎĘĐĪĀĮÂĮĶÁÆĘÉĀÆĶÆĪÆÆĮĖĶÆĐĘÂĪĐÁÉÁƒ€“†ËĐÂÉĀĐÆÆÉČĮŌĀÉÉĀĀÆÉĖĖÃÃÁ“ÅÆĐŌĶÅŠĮĶĮÉĪĮÉĪÎÃÎŌĶÁĶĐÁÁĀÉĐÉĪŌĀĀĐÂĘĶÃĀV‘WP_006799194.1l‰¤”"JĨxÚKŠWDS:s¤H.Ā“:+ ˜ tĀyā¨$ĄsGž ֒*Š:éœa–‰J”#\™I Ą$k%āXšI9q`kŒŌ‰đÖ, ØĖJĄ’“ĶŦÕŪTK#Pā¨ĮÎ9*ŅŽ:BÕ@œį´÷€pW˜Rn8ŗĀ‚O-ĨbzäŒ5ŽR"Ŋ 2R$Jr(É2“GĸŅVŠĢ%Y{EŠļ܄Ш4”|"9a›`:đ ˜î€"]IĘ ą’j!-ā(k–9Ô K6—1æŧ„Ã%`NCRž¤’8L2Üy6yØ ŧ“Lrf™9¤iäĐ))”¤|"Áb M 8r@‘ž ŌM&UAį3 <1Šr Š!Tæ°Ks˛!Ži¸!Ä årT8Ēą 2bļTLJŽĨąL 0Ŋ €Ŗ;§•×Jė‰4VržĶŪ9GĨRƛĻŊÅä83‚1hĸ,ļæ”ęĨ‡qP0Yā¯Ąe˜Yđ¤…Ļ”æš2QÁÂS˛4pTj ÃŽ ÄīÁĘÄÉĪĀÍĘĶÎĀÍÅĶĶÅŌÃÍÃĪĘĀĪĪĐËĀÅÍĐËËĶĮËĘÆĮĶĖĀÎÃÂÍÉÁŌÎĐÃČÉĪÂÆËÆÆĶÅĀĪËĶĪÁÉĪÍÃĐÆËĮĶŌÉÆAĶĶÂĮÃĶĪĪÍĀËÉŌĀĮÆDĮĐÉÉËĖĶÉĘÆČÉÁÃĐĮÃŌĖĘĐÎĶĘĶÃÉÎĶÂĀĮÃÃÎÃĮĐĶÁÂĶĶĪÂĪÁŌÃËÃÃÁËĘĀÎĮÂĘĖËËĀÁĐÅÁΓ“ÂĐĀÎÎÎĖAĪÂĶÍÎÆĘĶËĶĪĐĘÆĐĐĐĐĘĪÉĀĀÍĘĮĐAÃÉÁĀĀĐĶĘĐÆÁĮËĮÆĀĘĐĀÁĀÅÁĖÅ\*#ĖČÄÃÍÁĘÃËÆÁĀŌČĪČĶËÁĘɄËĪÃÂŅĐĶËÆĘĶĶÍĘĶÃÍĪÉĖĐĐÍÄĮĶ‡ÆĮÂÁĐÅČĶĶĐÄĐÆĐÅÅÁÍÄĶÆÆËÎËËĘĖĪĐĘŌÂĖÅËÄĶÆĪƒ“†ĶĮÍÁÁÎĮÃĶÂÆÆBÂŌAĮĀĪÍĀËĘĖÂÃĘĐŌĐÆŅËĐÃĐĘĐĘĪÉĀ‰ÂĶÆĀFÍÂÍĐĀĪËĶČÄĘÍĮÄÆÂĖĮĐĀĘDĪĘÁÃĖÁĶĀĪÅĀÄÂÆĘÎÂĘžbWP_281674273.1 Žr”Yjõ Iè` „k)X”JiĖHĐc*-đĖckL…: LXRy@.`ŒQ49ŽRoŗ†"Æ܆ŨWP_139553477.1 ՆДáÖi 8DpĶŪ™`ĩ&ĨR-Á”Zš Ĩ'•ˆ-ˆU„IĸđDŠ(¸Â3PÁĨšs 2˨fŪ†…§Ū JĖ9 (@ žQđ)!Äl'(Ææ3B:ŖPĩb3æA™L0 €‚’â• MeŠšƒb:đ ęÁä”,āUÂĶ¤ÕĮ>}FWP_184601943.1ėMĨ`R¨āHŪSFLÂ6įQ ād*)•’Q é”bķĩBI¸¤l`Mč–zš2āĀtš9Fĩw–ņMÅVqËMõĻ146Ž›Æ(rX#–‘Q`(įČŖĨĩÄjí°”Ü*ōUÚ  Ļ*K=ČŪƒ<8ÁtâŠã€QJ!yŪ0e $• ĖcLr¤“āŧāKn´“&YÎqĻę¨Ĩ` Ép @5-09œAJŗĖP'A”rBwTI'ԜĶĩ"ŽKčŦÁÚtęA•ÎqˆƒN LMCԛ'€ô”{Āf8` °°J;ę%š9Ķ @Hį( @Ŋõ `ŽpĖr`ÂXhâ f SŗÎ,ę¸%$8áĩĻK Ái‰ÁđKí”R ČÉŠ–a(āĪĩ`AŠö:íĖ'Ā ¯Ív&(Ķ8cŖ Gē4Š¯<Ԕ™D*Ĩä1ĘŠ2Ŗ&,2…LaH´N aäHlž9`4‰Æƒ#áb f‚—‚š`1 Č%Ņ<Åĩ)]C žh*0ŌŪtĀ9§pSŊØŠA…Ā@Ļđāƒ3(đŪ;@¸Hā$@T< s€((ÃT0éĀ9BrF&Āk ׂb§Ļ\ĸ Āšl™†™j(u’ÂAU&XF™ €2ÃÉĖZJ:1G“ī¤¤`§9Xƒ.50A€ķÄôJ\Ļ¤7\Q+āBQ’erŽiDĘØË°ĐÃÃĐËŌÎĮÆÉĘÅĶÂĀÆĀÃĮĀĘĮÎĘĪËĐŌĐÍÂĶÂĪËĪĀÉÁŌÆËĐÉĪÉĐĪÃĀĐËÉÅĘÃĘËÁÃÎÂÎĶĘĪĪĀÂĘŌÎĘÎĮÂÆÃĶĘĪĐĘĘŌËĪĘÃĪĪĘĶÆĐĮĘÎČĀÃÆĶĶĘĖĘĘÉÄĶĮÅĘĐĪĪĮÂĀĘĶÆÅÁ…ĪĮÃĶĮÍĶÁËĶÂÁÆÆĮĶËŌÁÉĶÅËÉĀËBĮÃĘÃÉÅÆĀĐÃÉÁĐĘŌÁĘĶÁĶĘĘĮĘÎĀČÁĖČÃÆĮÃĪÉĐŌÆĀÎÉÃĮķƒWP_033131454.1LVRqĄP%!āt`ÆfÊT{Ψ1ŅˆHĨŽ<ŗ´Œjō”2_ZđĖŌī5b1 –sŒĄJ¨ `(/8õ DÁ@TĶ<Ėž>0EFL3122059.1Ѕc˜SŽđÎ*3ŧåK†Ø( x‚3‰Č Į'LhŠõ$”Eš5B‚ Ž§Df*Ë1ā¨æ\Ë 0Λ°ŧŌ˜'¨ œĄ‘Ī9áQēqx I)EŨ{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊĄĐ Ī 2_§(ä9aĐN™LŒ9ꉀīŪ{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷‚xHÍtÎúÂĐĪÁČÃÁЉ‰ĪĐĪĀÃĀĪĖĪ7ČÃÁЉ‰ĐĪĀÃĪĖÁĐéŌĀĖÁÃĐĶÁÅĶÆĮĘČĮŌĀĐÁĮĘÂĪƒ‰ƒÉÆĐËÃĮŅØw‰‰ĐĪĀÃĪÅĮĖÁŌVÖÆĀĘĀÂĐĀĀÅČÎŌĀĖÁÃĀĶÁÅĶá‰MCS7352192.1 48—ia¨”29Ã4*•Ô3F) œI, ĀJ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷š€ Ā@Bģ÷Ū{īŊ÷Ū{oPƀi‚ē÷Ū{īŊ÷Ū{īŊ÷Ū{īŊĶ)‚…WP_261695383.1 4đ@ Ŋō0I$čT“) ”J)ŨTī,å”SįgĀÎ8‚ę@sĘTaœĀ(†šLķÎrsÎĸ‚Ā‡ š@õT eJÉ@ÔkՋĮÁĘÆĐĪĀŽËÎĖĪÃĖĶĶĶĶÉĀĘĀĪ€‰ÁÃÁĀÆĮĐĐÅĪĮÃĪĶĀÉÃĀĀÍĶĮĶÎĶÃĮĀĀÆÁÁĮĶÅĀČÎÅĀÆĀÃĮĶÎŌĮÁÆĶĖĮĀĀČĀČÁĘøÂMBH1832495.1 ‚6*ķ…Ú Ä4<5%hcgØ40ÁépmĒa@xĖ€*J!•Ā™OĘÎtΗƓ/ 0 j˜¤GĶ€ â(ĄÂ -(7˙ā€:Ē8ÔéœŗÆSķ%TāĖaā„1ķŠJ`<ĘA%Ô PgT3J„r@%7áœâÄ€@)tæ(sļ'LxāÉķJr3*ņ­1´ķĐ,KN†*R>Ĩ‚cĪ(0A( Ŧ7šĩ÷ˆĸĄ¤Ž nŠəÄ-‚Úl (ās 5Cj'ĨÆĻ€sÚJ™VZŽ29ÁŧPœ‰ËŒŠæ “Š+j`”QĀ)UT9…éPŅ„ĖhÖ" ˙)MCF2604604.1Ld!ķ ÕXsBˇœ’šsā“˛=ŌBmŒ4$TĖ3liŒ Āœi&˜ĖŊ€ā”͈$eˆK˜ ,0\ƒsHJ2`Ĩ†ÔyJ1ÚSfÎ Õ3ë¨ųæxåHĖ ĻŒŲĀŅĩĖTANÔÔ ÃĖTđ<0œYā,“ä‹g.3•‚í ”j>å˛âŪi¯¨Áš4áƒáœPŪ@ĨÅđŪæEWžâ Ą4 •DSâā†zcŊN!¤N”8Ô|!œUĘbĶx”J`˜„T:Ī¤43Í`‚ōLz †4:Ä) @ꌘ¯€ÔÄîŧā”SfĸT^ĶĄéžbŠ0°ę%e$@fš A›Î…UHP<Ą^’@Ŋą†*Ą)‘L1C5Õ0B‘x')‘ė 8ÖLŗ,ÕÖ< •Ô&xk@_r ÉTJėĖō¤9k!"į¯Ŋ‘Taė@^yk<õ ™Š‘RfXā ]ÄWP_198297627.1 UĪ9ā s'YĀhj€Q x*5ÃSNŠ\GBBHķÉs^rTpĀ8•ŒSč¨Â%˛3‡3#4ÕF:w€S'ĸ0Ļ­Œ Î|ęŧĻ -8éÜ|.„5’ ĀLāÂKRąpĂŪdNC| ļ8+8áîCAH0542131.1Ŧ•ĨÎ*„Æä ō€ņ”XQŠÔĀœŠŠyŽ:/H\d´ĶŠk!ÉD2 „`­„Ö`Pa„"‚l¸@B™3LÎ:!‰ˆ[ä˜ŌŌZâĻIšMBO5545990.1ŦQ CĐLQʌŖԚäp”r`¨„iĮ”i ™ĀsŠ&†t€"8Mu&ˆ'0" r đdxQžNƒ ƒ’ cĒŖœĪ°VzĒōP`ĒŖTAæL áLŠPŠdh€d ęČ°Ļšãßj ˙XP_054844157.1Ė@ÅĀL/˛ P¯E!P%Š”R@)5äd-„õ^PΝr­ĄTQŖE䔀ÉV‡ŠĻ@'BĄæTâ´5Ų2@ĩ -™āŪtJŽ„FrÔdāŧO\Ļ„Đšz‚-Ņ;kAe›o`"Ī¨õĘ9ĐĩåTėA0HŒÕyĄų†YŠ@Ĩ‚f(ļ`ƒK$XØ ŧ؞Lî8¤V fJ1Š-“”0h-† „ÁāRÃĖë@gŪk‘ÔJŠÕ<@øL*Ĩ ›J83Ë ŗ“Ėšč„ąœbl å†r 02ŠFJ.æd‚iæYm&ˇIŗ ĄŪ›j Y4Ë!Ņ¤3¨ŠÄ)mŽ`@SŽŊtBÄSXĶ¨–ZƒPŠl$9# n™f{MLč”k(\äŒ å´ÍĶÃĘĘČÁ‘ĀĀÍĖĘĘĖÅÃĐÍŌÍÃÁÁÁÍÃĶĪĘĘĀÎĶĘÆĀĶÁĶŌČĪĐĀÃÎĖÉŌrĮÍĮÎÁAÁĪÁĀĘÂËĪĶÉĐĪŌÁÃÎÁĘČËÉǀŠ‹‡ÅBĪĮĀÁÆĀĘÂĪÉÎĶCĘĘÁĘĀÃĶĘĪĪÅËĀĘĖĐĘĘÂĘĶÅÁÉĐÅΎÅĘÆÍÃÉÁÂÃÆĖĖĶĐĀÃĘĀĖĶĪĘĐĀĘÉČÃÁÁÃÆĘÎĶÅÁÎĀĀÅĐÁĖÍĖĖĶÍĮĘĀĘĮĶČĖĪÁÉÅĮĘĮĐĐĘÉĐËĶËÍÁČÅÅĖĀĶĘÎĘÁĖÍĘÄĪĪĶĶĮÅĪÃČĮĘĖÉÎŌÅĘĶæ/ĶĪÄĘĘĪĘŅÅĪŁ‹ĶÉÉÉĘËÂÉĪËĪĘÁÃÍĪĶÎĖĐĘŌĘÁËÎĀČŌÆĶÉÃČĮÆĀĮĮĐÍĶÍCÃËÉĀËĮÁÉÍĪÃĮÁÉAĖĪĖĐĘÁÁĪÉÃÁÅÆÁÄĶÆÁËĐÂĪÄÃĐÍÉĘĮÄÎÄĶÉĪÉĶÍÅÂÃËÅÆÍĘÍĖÂÉĘÂÆÂĶÆÉĘĪĪÎŅÉÉčÎĀĘÉÃĘĪÁĘĘËÂÍĐÍĪËČŌĘĀËÉÅĪĘÉÂÂÎÍÉÄÍÉËÅÆČÂËĐĀĐĪĀĘĶÍĪĀĮÃĀÆĐĘÁŌĪĘĘĘËŌĐĀËÃČÉČÁĪÎÄÅÁĪČĖÃŌÉĘĘĐĪĘČĀĶĐÄÉËÍÁÂŌĘĮĐĐÉĀĪĐĖČÂËÆÍÎÂÆËÃĪÆËËĪÃŌÍĐËĶĶĮĘÁÉĘĘÉÂÂĘËĪÉÃAËÃĘÃĐĐĀĶĀ‚‡ĶĪĶÎËÅÍį‚)ĮËÍËÉĶÉŅĶ‡ƒĘÂBÁÂĘĐÃËÍÅÉĘÁĖÅÁĶĪĪÎÆĘĀÃĶČĐÅĮĶÆĮĪĐÁÂĶĶÍÃÉBÍĮËĮÃĖÍĐĶŌĮÆČÁËĖÉĖĐĶÎCÍĐÂĶĶÅÅŌÁŌĮŅĀ€€ĶĶÆÃĶËÂÎĀĀĀĐÆĮĶĶɁĘÅĘĖĖŌÂÍÁÉĖÍÃÁĪÆÆΊŠĘËĀÂĮÆÁĪÁĀÅĪÆŌŌĮÃÍÉÎÉĘÁÎĘCÁÂŌʄËËÆËÁÉÅĘÒÍĶÃÁĘĮĪĐËËĖÂÅĘËÄĀÉÃČÉĘÆÃËĮBÉÃĶŌĶÆÂÉÂĶĀĀÉÆĘŅĪÆÉĀĘÂČÉĀËĘÁČĘÃĐËĘÎĮĶÅÉĐÆÎĶÅÂĘÅÉËĐĘĘÁĖĀĘĘĶČĖÂĘĀËĘĮÃĀÆĪËÉĘĶĀŅŅĘĀÂÂÎÃÅËÆÆÁÁ†††€‹“ÂÃÍÁCŌĮĶĪÉÉĘĘÎÉĮĐÉĮÁĶÂÆĘĘÎčA?!ČĘĘÅĮĀʈŠĪÁÁČÎĶĘÁĖÁĘĮÁÃĶĘĀĪĪĶĀĐÉÁĶÁČŅĮŅĘĮÎĪŌĮĪĶBĪÁĮĮÁÃĀĘĮÎÄÎÁÁĮĀĶÁĮĀĘĀÁĀAÁBĮÎĘĘŅĘÅĮÁÆÆÁČÆĀĘÃÍÆĶÍĐÍČĐÄĪĐÉĀÁĘÍÃĘĶÎÎÎĮAĘÁĀÍĪÁÄĘĮÆĘÅĶŅĮČĪĪĶÁĶĘÃĘĘÎĘĘÁĀĘÂĮ…ĘĘÅĘĶÅÅÁÃÍĶÆĀÅÉÅÁÅĀÄÎĪAĘÎÃĐĶĘĮĘĮÁĐĪĮÁĮĘÎCÎÁĘČĖĀĘĶÃÉĮÆĀĀĘĮĀĶĀÍĘĘČÁĘĀĘÁĀĘÅĮĀÅÎÎĮCĮĐĮÁĘĘÅĐĶĪĐĘĘÁÎÎĀĘĘČÄĀĘÁČĪĪĘĮĘÎĶĶĀĮĐĶĘĶÎĘĀĀÅÅÎÃÉÅČÆĶĘÁAÎBĀÎĪÁĪĘĮÄĀĪĮĘÁĀĶĘĮĘÉÁÆéßķÍĐĘĀËÉĀÆÆĮĪĪÄËÂĪĮĘAÅĪÉÂĪĐĀÂÃÎËĮ‹‡Šƒˆ†ĐÅĀĐĖÍĖĶĀŌÆĪĀĐĘĀÍĘĀŌÂĘĀÁĖĘÃĀĐÍÎÃËĮĀĶÁŌÆÆĶÅĖÆĘÃĪĶÂĪĘCĘŌ·ĘÃÁĶĀËÆĐÉÁĮÉĐÃĖĶÉÎĶŌĀĘČÁÎÃĘÎÆÆÆÁÁĪËÅËÁĪÉÂÎŌĐŌĮĖÎÂĘĖÁÍĘĘĶËĘĀĘĶÆĶČŌĪĪĶ”æWP_053767117.1Ė(ˇ˜j\p@pr¤†zĀ…T0æ€2(hT Ož›SÉaŽ‚/( hMuŽ23¨͉Æ(Í1Đ-gÜP¤JQ)† §”33ƒîĻQ@!w šŒÁLčPÎĄŠoŧã¤Bã<˜†āĻS*5QƒF=STpcL&4@x8đ8Ŗ`HjĻRÎ`PpE æ{/g„Œā¨đîŊ÷Ū{īŊ÷ŪĢîA‚‚C5āpB ÔjBxJšp†ã€EŠô”+@ŊŖɝĀPHMËq‰€w  á9ĻqÁ€ĄBDāÜP¯„€.8Ā ”Ãxtā¨ĸį§:.ŧ(ßtĒœėGų‰ABY20040.1šZyjžĨXB‚ Nk‚c8Ã<Nšę-¨$0 °Ā¯¤ZF(p’#—Ļ¤ĄxĀ¨š  ĘšāSÅ´Œ2L§ŌfÍŒRæĩ%ĀHí›ō‚WP_012283464.1l­r’Ba(TOt†šs‚ņŽrĶš3IC יî5åĻ2 Šg؜F81j9aJJ(p‚Zn…ZČ<ĩ !Ą€f đ˜")%Á™ îā‰MBE6306819.1LÁ4B 3Õ{s†K¸1Ī$Š4B• Īkk†¤\é‡1Ģ„3 @9¨ā'­§QāŌ[ɸ‚:ĀLĸĻ8SŽ$X@ĩĖBGÂ6‘kc58åĀt”IĘåÆ4`ĻéŌ9į¨ôÎ ¨ÕrcŽ$Ī,ā3ķÍeÄJ)(÷æƒ Œ“Ā\Ɲ)`3’„%į0 ŧ‡1@PÉ´Ræ€Ō›ĻÆj.­ŗœDÍwŽ˜cē¤^˜sÁŖš'€™F9ąÜY*˜¤@JĀ ķÄTo.ĩÆ{Sœ#aA2(“l•r¤H īœđ:ĶÍÆÃĶÅĪÁŌÁÉĀČÎÉĀĐĪÁĐʆŠĶĮĀÅĶÄÄĪÁĀĀÍÂĀĶÂÅÅÁĶŌĪĀĘĶĮÁĘĘČĐÎĐĶĶĖÂÃÆĶĘĀĮŌĶŌÃÁÆÅËÁÆĶÉÁÅĮÆÁĘĘÉÎÆČÎČÉĀĀĘĐÃĶĘÃĶĘÄĪÉĀČĘÁÍÆÎÃĐÂÃĐÍĘĘÅËĮÆĶĪĐÅĪČĪĖĘĘÎĐĀÆĘĪÉĖÁČĘÆĀĶĘĶĮĀÂĶÁÍĖĘĖÁĘĘĘĶÎĪĀÎÉĘĘĀĮÅÉ‚ĶÅÉĮĶĶĘĀĮËĀÆĖĘt6MBQ3226584.1 ‚f8‰¤ĻhS%ԋRÍõÖ1" ˇĀd“1¸Š\Įi ņõ„WP_185644473.1 °5J2ĐLQ¤Cöāk%(%ÁqPSÍÍ<*ÁöÚKķ­g`a­)ˇĖJ¤ ÆZĄM´ÔcaĖ1ĶPd›o…ŲN-UiĒ%R{O-ōr °MBJ7287465.1 ŠõTë´õxBĩšq'A2įqâŧŗž˜sõâdĮ”PáœÅƘŠß Ί€™PÁ4(—†|fž C`-ŒŽ‘&‰ķ ŠYŒRoŧ“N0 Í4O9A=”yÁ™hÉÎT …–Y`†ĨĖc‚:CÁaTE-§N(ĀL(p0T ¨ CM¨Â ŒōĀ4¤`Ęj`ԀÃD@Œ @š€ō/ļ PĀ„9 a` HŊâæ|Fœ0Ü0Ę° Ā˜Ė Á@Ãę`îŊ÷ŗbĖ&!˜ŖfPæ” …‚0ķā€ îŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊj€cÔQà d›(€0aŖ &ĀcJ˜ā)B2@Ax kœĸROœ9ŽRįŠ9”s€Ķ  Žs€ ę P¨õĀ8' X:G=ā& : Dđʜ¸1T8`>Ĩ0p&0ƀ 8A ˜pPPcN¨ÆSwbzįŧ‚{P™YĀHうšÉ´‚)ķ Ū ˜b^å1€@!ķķ€)MQ ¨S „a€ ‚Ā™æTĀÜ{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īc `āAA 0&(đf8Œ§B<Æ Ü{īŊ÷^€™9äg‚šLP@ Ŗ šđ@QĖÂVÎ8 ™^ *œ9æķ(ôąĀÁÁĪÆĐĪĪÆĐÉÉÂĮĪÅÃĐĘÉÅÃĪĶČĀÃĖĮĘÃĀĶÅĀĀĶÉĘÆĘÅĀÆÉÃĐĘËÅÁËÆĀĀÆËËĘÅÁÆĀĘĘÃÆÁÁĘĐÁĘČÂÅÅĐŌÆÅÁĮÉĪĘÃĀĶËĪĀĀÎÆÆÁÁÆÃĖÁÆĀÁÉÁÆÆĀĘÆĀÆÁÃĶĀČÁĀ××××××××××××××××××××××××××××××××××××××××××××××ĶÃĮÃĀÆĀÁÆĀËÁÁĀÆÆĀĐĘĐĀĀÁÆĶĐĀĶÁËÁĀĐÅČĀĘÁĐĮĀƀ‹ÃĘĐÎĀĀÆĐĐÎŌĶÎĘÍĀĀĘĐĶĪĪÎĀÃÉÁĘÁËÅĀĘĶĐŽŽƒ€†Ž€Ž€ĀĐÎĪĮĐÎEÆÁĘĮĖÎÁÁČĮÉĶĶĮGĐĘÆÆĘĶĀŽ‡ĐĀĀÆĘĀČÍĀČĀĮĀĘĪĶÆĀƆ†ŠĀĶÁÄÆĘĀÆĀÅÆĀĀ†„€ĶÆĘĮÆÁÁIĀÁÆËĪĀÅĮĪĮÅĮĀĮÆĀĮĀĀÁĀÅÃĀĘÃĐĀĶÆÆĘĀÆÁĘÆĐĀÆÆĖÎŌÆÆÆÎÃĐĪĶÁÃÁĘĀĀÃĮDĀÂÅĐĖÆÅĶČĶËĮĘĀÃÁĀÆ××××ĘÁÆĀĀĮÁÅĘĘĀČĶÆĶĪĘÁĀÆÆĐĀĀ×××××××××××××××ĐÆĮÁÃËĀÆĘÃËĐĪĶĮĘÆËÁĖĀËĀĘÆÆĘĮĶÆÎĀĮĪČÅĘĶÎBÎĮÆĘÎÃÎČÎAÁÂÅÁÎÍĶÆËĘĀÆĀŌÅÅČÅÆĘËËĐĀÅËÆÆÁĶÆĐÁĐĀÆĮĪÁĶÃĶÃÁĘĪËÅÉĖÅÆÅĀÁĶĶĪËŠXP_056097092.1 5Ũ(õŒÆ @Ā˜d(xÂ,だT –ž +¸"‹z홨0ĒL^@ÁL(FšAE*Ğ!ã2Θ°$BJL5‚đx@xÎ98Qn(õ”* )iŒR=đր5‡Jãō&t͗@1jÉR Bcž0PĘ Ô| ĀTƒ„ĀØ@ ĸYBī"KAJ2660037.1lˆTfc!§žF†0恒C°ų’{%<#lCÎ3Œ Ž 3›ķ„æ(„•#ŁŠy <ī,Ø +„apÔK†A¤ ˆŠdŪkãLĨĘ20įm*“ îš'ÛTƒR†`†ķÂ+é¸UĐŠŊ ĻdqB’GŊ"‚ Æ ĨŪtāĨwDˆĻ€‰æ2Åī)Ļá͇Ɯķ%PBP”*NMĩĘLGļŪē4ĖQLuØ!ę¨Ā˛ŅTl9Šĸ2k*ԔhA…Ô{æ…ЃĮ$đ¤:sĖ€/ 9Q›qH§Bzs*ÉT+p žgĨ”°ÍBaÎPZKÎņÂ(•9Ÿˆ´NZJ‚Xhé…dB b1ŖPaÍŖâzJAßSƈ‚°)§jãĀ‡ŽSđ5Û|ęŠÆ”2ÆŠWžƒs>Đæ <ųB"Cđˆ™ã=0_0NŽ0Ā{đA1Ļšoq`[Q=0Œƒ ‰ųf!+ Ŗ&˜é„yĀYīŠų@Rg°´Č8d†ÎK@NW ˆ‰ U"Šv^hŖ˜&G˜sTpC¤8ƒA“ŽY' õÎ) „ų`JĀH2Š1œ`€æY(5ˆĻ:ŽĻ $5ĄŗHõÄ|(MĻä:LPÎSĪ0åŪ Ŗ’((õP1B‰2Ô (J/ŨÂŧõz)­ef1đ€yâ sIŠ .‘SŠTL đŪIQ_™Â<§ B7ĨTđȓŌ™ę@€đ%Ĩb äĨŪ ÂTs’įØkmčæ IÕŪ ”9†``ÔIë´T˜š@)•fzĀ5¨fSÉŠ§ĻCĄPs†C`S@#éh LīøRĘâV3˛ pČ4OBb„R BT`5fzā¤Š Ē¤fAŗ3Į9rõ”@=5ĪT‚‘$„LZzÉ–|OMgĀ[0™‚F7ĘaĶ´5äƒAsÔPS­Ŗ^ S9QÖĻNÍŨ$IŔ2i h–$@'›PØ ZįׄíŒg2ŗšŪ 6Ŗ† iŦŠ„Yä §Qš)LdN0ĀL Ēâæ3JA§Nj˜ø€RĒ6Ė;Ļ-b’ŧ&fcÎ ÆĶŒ{°H#4cČr–SĻĒ8sīŊ÷Ū{īŊ÷ŪyJį™! „0˜Ļ™Åe˜QĐÍY`2SŧöŽTKÁ!ĻLK€‘Ļ1`­šœs ĔjĄsÎ(ą°2ÍC&ÅqjÍs™ę$Xˆ(4įqbŠuĖHEŠõ€4ĸ‰‚ĖT 8Ĩ8Š0\BO…Iæ€3@1Ĩŗ%”KÍ÷š2l=ŗĘ4e%`’[ÆĖåZ‚æ-÷Ļ)a•1ÖJ iĖ„*cāj Ą”’i$q„Bn<Õ|#›Zk'ĶųNy°¨“LS+œąŪ”>á lHcf‚mĩ RO3Lk6įI(˜ƒ=å)ĨĨŒ WZ‰‡ĖY°ÉŠœĒ0 hFJáp¯Š${@ ׊Kē2ÅQđĨÁ‚H P ĒR’QĢ į€*H@Į *) ‰XpŖΘÁ@ö¤jĄÆ#+L%æ$ ’SJP­3 ˜L˛ՓĻ´ĩÎ,ÉHÎ*.Šf)æš6{Ā9P¤Q Ø ĪHx„,ä šP‚o¨$IãĨāzĪČu\‚c6šŒxB˜–›P.5Μš4ÜRCHšÖO6hŠKCM'Š“N€×†hĢM2DZ ŒĄDQđČĩxÁ¨5akn(qƜ š„îĩĩXJĄåŌŒh  XĘåŒ$ĸâƒËMŸxmLĩž 6„Ä ĩÜ|ÆĖi„ƒŠŦ1•!b.͜g¤¤–B<ĩ4f‡bČ9Ä{ Ļĩœ0ꅩŽZPˆŽ`Š7]0!ÁrM‰5įƒŠ4a J„I ĖÉÖ RĒ( ŠŌ9XÎõæY(^R­įD{K%‘RŠM)õ&QįŠ$@™Øę0÷$Gs¤Š €’Āķ’#oõŽO (ŨSĻ’`z¯­8í¨ Ll Ȥ ­ÉŠŽ ąĸZ{˛‰ZzâEÅĸJI¨Ypé6“Š5đš”3Ž''šs"Ūƒ„1"WĀ0 0Mqf¯É)8gF–B" 2°plé 3AęŠŌVpI88Ę{2Íņ&œKœ—’m,pʂŌôÔCm 5„ @¸ÎS.‰™fgŊEŒyŦŪ”ōÅHqI)5 PķyÆf‚šX@NÛ{°‰é˜YjA5–˜O 1Ճ-=B9mŽ7ĻkĖiˆZęĄōF2žņˆ’)(ŚF0čÂP4Č%Ęë!‘€JQĖ5{ę™ĸÂ*)<ÖBšļ$ÂPæsB¸P뜕ĻQ­ĸŌšPÍĻÚ 5ŠtMö‚ŖŊgR:r4Ι0Œ4 Ŗ Û+áœ'Ą §3Á`æisēŖ܁IÅMĄĻ\˜íyD"ēˇT2Žād* Š­ŪYn:Iä€b*sŪŌ<܀ANÅÆy)•æ”Ęœ7ÜļņŒ$HLxœIæƒī„8•CĘđ”;ŗ‘3˜B)(XƒNĨâŌj¤^šāœ4Aš¤l,´@;F>4'h*Õ{ NEtSžĻܙōÍ$•T°IŘ¯)€R‰l˛šŽÅ)‘ôāBMÆ֞j…0ggžö`3E`SJ,äZ*ŧ1•r )‚T@Iąä’íĀ„O!H”í‰wŪ˜Jį | >0Uy§…Å@sīŦiaŗLH„P‰ŖĸcNI\@3øĖ`J8!ÍP*…õMÍŽ˜E…™zŦ2ÕRk„[Đ-šÚ Š¸S`{S"Åyî) ,8Ņ`Zį5%Î#įÍĶDrų‘ !f”ƒg"pāPæˆ&ks„AāĀa‚SLĸ’Ė$Îą)„P‰Ņ„š€-)¤q –æHę8õ@'Š#āŠe”*â0qLę< ”ĻA×ƜĄw&l做Lë@„ĸR &ŸRSÍō`‰Oĩ֔44å`'%Āh€ą6Z4ETSĘ=ā˛ 6%sāÅÉBb0ĒÁæ€OŊĶ–ZƒL&Ás*•ƒ Ā)Į8 „Ąbb*¨Ļ\SĘ#€¤Į"P)Ŋ ŸīĖ ádMpŌlŒL#‰K­%xT…$ĻĻ$MŲ$˛ՈR"ČTgĘ!Õ|°˜$¯Ĩœ[âĨÚR"-ĨÎUĐÉ×××××××ÁAÉĘÃ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĐÉČCĶÉ=8UĐÉÁ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘÃĶĐÉČCĶÉ>čTĐÉ××××××××××××××××××××××Ę×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ã××××××××××××××××××××××××ĘÉ?PTiĐÉÁAÉĘÃ××××××××××××××××××××××××××××××××××××Đ××××××ÉČCĶÉ@(TÁÁĐÉÉĪĘÃ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÍÉČCÍÉATĐÉÁ××AÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĐÉČCĶÉBSÁĐÉÉĪ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘÃ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÉČCÉC¸QĐÉĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘĘ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Â××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘÉĀÉÉD_QÉĘÃÍE Q×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÁAÉĘÃĐÉČ××××××××××××××××××××××××××××××××××××××××××××××××CĶÉ×××××××××××××××××××××××××××××××××××FzOĐÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĪĘĘĪÃŌ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÁĀÉG,OĐÉĘĖ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××AÉĘ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĐÉČCĶÉHOĐÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ō××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ę××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××É×IgNÁĐÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ã×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÉČCÍÉJLNĐÉÂ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÂĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘĶĘĪÃ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ę××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉĶ×A××ÉK KĐÉÍ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Í×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ę××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××É×××××××××××××××××É×××××××LÁJĐÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÍĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘĘÃ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××É××××××××××××××××××××××××××ĀĀÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉMGĘÉÁĐÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘÃÍÉÉČCÉN°DĐÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Á××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Đ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉČCĶÉO?ĐÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Á××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĐÉČC××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉP>Á××××××××××××××××ĐÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ī×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ã××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Í×É××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Č×××××××××××××××××××××××××××××××××××××××××××××××××××C××××××××××××××××××××ËĖĀÃÅĀĖĐÅĖŌËÅĀÁĐĪĀĖÅĐĖĘ××××××××××××××××××××××××××××××××××××××××××××××É×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Q(4ĐÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÆ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××1ŠWP_194546214.1ė8¨’8Éä”Ė9Õt EÔ€čŪT!´3§rŠ5§šj:ĄĮDeL˜Áŧ§”1uĖaĘE0RŧŠfT …årĶ•p΂Œ.Ä TSoÎ9Ás–)C:ãŪŒá€öEÚHAJ6883934.1āŧ3į|1Č#&™%œYTxf Į#@Sf1 ŧiLzĘ){Ī¨Ā,(VŠë) ˆP%fīų–%=eČBō)øpī,sh (ĖA ”3'ž0„M=õŠ™J=Ĩ^#§Ä™CN€/<§ÆSætbaÄX\@´vZ˕”Pb€ŖŪ `[ë Ļ!ļ†qēy.¸€&€!s åWP_277264109.1ė•’ĀP0 u€`´e ;ašPT1˜ x%ŠšĻP īķ (OŖ„(ŤWJ `HYBÅHæ…UĀM™ʛÁ0€2EA3•X. ÅR+ÁcJ&1áz!-Ę(e͒m•dĀ\GŊsā*ĀT@Qĸ˜šÖ •2d€*=ā3-‚1æ)XʂĄĨÔ2e¸„zÁĻ‚,āuæ{˜$Sę™÷–Ë´ąÄ[OT8 ˆ×;OÍpNŠį$Ž‚g‚Ĩ€ĀĶ^ib•`ÔYAyL‰IŽC‚&„ €3Ā7€€ō€2s(•&€ēQ\rfB0 9Ū$đ´$š ĀÃ)P30 |!)!Ã’ŠÚ0§:+q‰ <¨Ū`Ô És^.AP^æ$dō„2ƒQ„ŠÜP Œ ÖCAåL*M‡ ‡1ĩ†¨Ą‚;…!į ōxxĶ%¨Æ3€Ļ1c€ŠÔíœÃ^<"p!pŽ ƒQúGHP52484.1, ˜•p&0i‚il0å@›éÄ{ŠJ˜åU„ 6įÔJ0 õÜĘ­wjCš”J@•UŒm™Ø@;F5ÎJË 'RsLŠ‘@ZČ!°fnaŒjO%'T!­MƒÚ2@™¤Šp&-0 ‚k)×LF‰ąŒ”í (m™šN,€JāĶPI™ķÜ!g=–’,ȤœSO “”pŠÔ3e< ĨSáĩ *ŧõ^RįŊ§–qË“€HĻZF9ÔÖI ‚qĘąÔL/LôV2ŌĀ×T›áˆ"G(õ\€RF0‰šDPĪ¸ĻFHCĩY˜1GČ5 {čEø–a¨¨ŠhĢ”ĨÂ*6q–ƔdB#N `@YJ™’ M¨Į›bÍĩ&0Ą F$ŗbjõZXéR $ĄWP_141817398.1,<€L1 €ÖÆĪĨQ)xLA˜Ą@1@%ŦāNB˜ …ā1,‚™ šáœOM8\s¨€ G=L0dNTC=ŗ Ē“Î3a Čĩ’rr  Ō@ÁąŌLO•%Ū0)%7’Z+(Ŗ\c,ŗŌ+•€0†59L3æŪ{ĮÉ45Æ0§-i$I€Ą ‘Kŧ4ÔŊ÷Ū{īŊ÷Ū{īŊB>T‚•RWP_051789242.1LˆĀS ¸ĻL™Ę§ĀS¨¸ĮžR`„ĶT˜â¸ņJhĒœĸžj@e(ŠnĀä-(%ž°)õBGŠaP%ÁlmAŖ īŠ ÔQīŧ‘„S˜ŲN€Î€C@2ķ‘ĸR`ēˆ Ō¨¨EŊŖjÁׂS <ƒR#0“3J9’)2š‚”Pî)æka"á)&MXęĩ^ 2(ŪĶ(\j ΂ė˜Š$ĐŊEF)0S˜Ī˜Eš‘F‚ Î÷”“/š€Q%UēV#ĐÎÎÁÅAĐĀĪÁÎĘĐĘĐAÃŅĀĘĀĐÉĪĀÆËŌĖĶĐĀÃĶĪÅĖĪÆÃĘĀĀČÃĀËŅÂĘÍÁÃĮĮĀŅÉÆÁÁĪĶÁĪÅĘĐÆËĪĶĐÉĀÎÃÆÁĘĶĀÍÅĀÁĀĀĘĀÂĘĪÆĘĪËÆËÅĶÉÁÆĮĀĐĐŅÍÆČÎĀÍĘÉĶĐÃĀĐĀÂĐĘĐÃËÁĮÆĀÆĘÂÂĪÅÅĘĀÂĮÍĶÉÃĀĀÂĪĮÍĀĐÅĀĮĮÉËĖĀËÍÁĀÂAĀĘŅĘĮĪÁ†ĮÆÃÆĘËĖÆÂŅĐAĶËĘÆÃĮĶĶĶÅĶĖÂÂÃĖÆÎÃĪÉÍÁĶÁÃĀÂĘÁÉÆÎĘÆ5EST37880.1ĖAÃC"ŧ§ *Hr%Ėé¤ Š0bP%„wÎ@ HĀdë ‚pá€y {Ƅ(€:•6¤š5Ũˆ)“9Bpj UĀARž9Ōs#)õ@(Ṕ‚*o)‡Ts @ʍƒZ™ ôf{č9åf2†´€æ JwNkŖA)4Ļ f4)ƒP) €Yč(dbÄa”CĢŧ•Â„ĀgĖsë8ãĀ,Ɲķ\˜0Ž œqÄqÆ0Ž ī4WTĄSATI48360.1Ŧ¨d’F…ˇČyBĄ8”\sĖ Â;s*)ԛa„9›qpķÜXR´ōŪHķĨāLî…T jíDX´ĄīMCI8806686.1Ė —Re¤g„brĒ{īŊ÷Ū{ī (ŗTT šPŪ!L ĶI €t@RS6Ķœr ¸Ķ¤QŖŊ6Q‰ŧöÔqœ9 PsĨ–R*!hķ õD›ė×’rāÍ$å\ë…õ€J‡yāœ ‚vŪl4Š”í%sĖ€”8p$á@o>¨Ļj`NׄRëL5ßL°)%J&(…XY@ŊKUO65278.1ŦuLķ“’YŖM"ÔdEHĮ€œfĨ’b#IˇærMgN2 ™QŽj sŒ4Ē4ÎȗژBĀšČIÆ)ĘiÄĩ\z)éRHĐČgÚSH´ĸKd @ :¨2Ũ”ĢÍ5€JaĩcF”Ę(ŗ0 ÍUZú[ÁÉĀÉÃÂËĘÃĘĶÆÅÃĶËĮĶÃËÆĀÁÉÃÆĶÍÃĀĘŌÎĀČČĶĀÆÂËÁŌĶŌÍĮŅĶÎĀÂĮÉĶĀĐĀĀĮÉÅÃËĶĐÍ……ĪËÂĮÃĐÆŌƎÁÆĐĘËÎËËËËÅĘÆÎÉŌÅÍÆĀÃĀĶÅ1WP_150396769.1Ė1¨žSāš7˜P wY°3!PCĖŖŪDā„‰€bĮˆÎzą•Ô;S*0ÂJ.t‚SE…įÂ* “K¨%”rƒÁ ŒH1`\N5:F… (JŊ LBi¸:CŊ^(,™˜˜7”JlHp3 R-¤ŒZœR’ ĸņ™-$0Æ|S…q‚œāÄi lž`Ô3Iē5Įî˜9˜á(™2Œųš™3ՙā(vŪ ĐLfžj'M8f"5ŗ¨€Ü ph šÖz4õԛ‡fŌęD 8m†‚ ƒaXE…´ {jŒPīQʚ*•Ā…Š’ÆÁpŌH,`’ *Ļ@yg‚4Ų|Ī(g&;ėÔd¨œ7ĪQ 7Ú+&$xg؆+ #1ĪÎÁËĮÃÍŌĘÂËÆÉĘÉĶĐĪËÆÅÉÍÉÃËˀĶĪÉČÅÆÅËĘĪĐĶŌÉĐÄÂĘĪĖŌĪÂËÉCŌÅÂŅËËĖÂÆÃĀÃËÉÅÂÃÎĀËĀĪÅÅĀĪÄĶÅĶĀÁÃĖÃÄËĶĘĪĘÃÆÅËĮĘĖÁÃĀÁĶĮÍĶÍĘÅŌÆĶÄËÉĐĮĘĮÆŌĀÉËÃĘÎÁĶÅĶĪËĘËÃÃĘĪɋ‡†…Đ…‹ĀÆĪĐÎĘÍÆĐËÃÄĪÃĀĮÉËÎÍÃŌÉËËÂÍĐĘĪÄĶÁĀÉĀÃÁÉÉĮĐËËÂÁÅËÉĐËĘĖÁČÉĮŌÎÁÃÉĶĮÃÁÆÉCÉĀĘÅĶĘÁÍŽ‰ÁĀĀÂËÍĀÃÆŌÉËĘÃĀĀÆĐÎËĪÉĘĐČÆŌĶĐĶÃÅËĶĘËĮÆĖĪĶĐÍÉĐÃĖĘÁĐÄĪĘÉÁÃÁÁĶĮĪĮÆĘĐĐËĪĐÉĀņÍĶÉÆĖĘÉÁÆĪÍĶÂÉĐÅĘËÅÆÉĘĘÂĶÍĘÆÎĮÆÉÁĶÁĐËÆÂÉÂÂËÂÆĘĮĶČÍĖĶÃËÍÉĘËAĪËĶÉÆËËËĀĶÆÆÉËÆÉĪÃŌĮĘÁĶÂĀĶĶÁÉĮĖÅÁĶĘĐĘŌÁĮĀÉÍĀĶĘÎÅÉËÆÉÅĖÁĪÉËÆĪĘĘËÉĖÃĶÄÁĐÉÁËĮĖĮĐĶÂĶÎÆĐĐÎÅÃĀÂĘĶĶÍĐĐÆĪÆĀÂËÃÆËÃĶ“‹†Ī†ĶĮĘÂĘĐÉĶÉĶÃÂÅĪĘÉĪĀÉĀĘĪËĶĐĪĐÉĘÂÆČÉÆÂËËÁËÉĐÆĀĘĮČÉÎČČĘĶÆĖĘÆÉĀĘÅĐŌŌËˎ‰ĪĪËĘÂČËĀŌÃÍĀÁÆĘÉÆÆŌÃĶÁĀĪÆŌĶĀËĪĀÉÆÉČÁÂÃÍĀĀÅĘĶÉÆÍČÁĘÉÆÅÁÃÂËĶĘĘĖÍÃÉÂĶĀÉŌÆËÉĶĀÉĶÃÎËÆĐĐÆÅÆĘĮĘĖĖĀ*ÜĐĪĪĪÅÁĮÃĘĀÎÆÉÁĮĶÅÄĘÉĶĀŌČÃÎÃÁÉÆĶĮ“ÅČĮĶĮĪĮÆĀĀĘÁÍĶÃĮĶÆĪĘÃÉÃĘĀĘČĮ’ĀĐĐĀĐÉÍÁĀÆÅĀËĀĀĮÆĮĘÃĘÎĘÁĘĀĪĖĪÆĐĘĀĐÁÅÃÁ‡ĪĶĶĘĀÂĘÎĀĀĀĶÁÃĘĶÁÁÉÁÃÁĶĶĘÍĶĪČĘĮĐĘÄĐĐĖËĶĐĐÁĘÆÃĘÆÆĪĮĶÆĘÉÁĶÆÍĘĀÆÎÆÆĐІ†ÃÎÍÆÆĪÄAĀĶĘĀĐÉÎÉÉĐÆÅÉĶÎĀAĀÆĪÁĮĐĐĶÁÁĶÆÎĮÁÃĘĖĪĀÉĮÄĶÎĀÆĪĪÂĀĀĀĀĘÁÆĶĪĶĀÃÎŅĀŌĐÁÁĖĪĐËÁÆËĪÃĶĀČŅĘÆÁĮĶÁŽĮÃĐÆÁÎĘĮĐĶĘÁÁĐĘÅĶÃČĀĶÃĪĶÆĀĶĘĶĐÃČĮĘĐÁĘÄĶÉĘĪĶĶÃÃÍĶÁÉÃÎÃĘĐ\ĘĶÆÁÉĐÁĮĐĶÂČÉÃĐÁÆĘĶĘĐĘÁÍÆĘÅÎÆÆÉĘÃÅÁĶÁÍĮĶÁËÉĀČĀĘÉĘČÎËĐĮBĀÉĘÂĘÁĀÆÆĶĪĀÄÆŌĮÍÁĶÎĘČĀËĶŅÅÆĮÆËÉĶĘÆĘŌČĮĀÁÉĘĶĘĪÎÎÉĶËĘÆĪĘĐÁĖĀËÆÃĘĶŽÍĘÎĶĘÆČÄÁĐÉÁĶÆĖÆĐÁČĀĐÆÅĐĀĀĶĶĘÅĘÆÁÆÎĘÃÎÉĶÁÅÑ“ÃÃĘ̀“ÅĮĘÉÉÉĶĀÂÅÆÎĘĀĀĀĘÁĶÆÁĐÉĐĪÉÃÉĐČĀÎĶĘÆÁŅÁĘĮŌÉÎĐÆÁÆĶĪÉÎĐÍĘĶÃĶCĘÂŌÍÆÁÆĪ‘‡‰Š€‡…ĀÁĘCÁÉĘÆŌĪĶĶĀĀĮÎÂĀÎĀÁĪĘÉĘĮĶĪÁËÍĀÄĘČĘĶĀÆÍĶÅËĘÆĀËĐĶĘĘÉÆÃÃÉĘĀĘĀĀÉŌÆÅÍĐÉĶÎĀĪÆĀËĘĶĮÆĖĀĘ]` ĶĐÉÉÁĘÆÆÉÁČĮÂÉÂĮĐÍÃÁÎÆÄÄĘÃÍÉĐĖĘËÎĐÆÁÉĘÉÃËÆĐĐÍĪĮÅÃĀĐĶÍÃĀĖÉĘĪĐÁÍÍĖĐËĮÁ͋ÁÁĀÂÆÉÄĶÆÆĖÁËĖĮÂʁĮÅĀĶĐĮĮÆĐĶĀÁČÍĮĀÁĶĘĘĮĶÅĐĪÂĶĘĪĐÃÁĶÁÅĶĮĶĶÍĪÂĶÁČĀĘĀĶĮÁÍĐÂÁÅĐĘĮĐĀĶÁĮÅÉĪĀÆÅÃĘĀ‡ÅĀĘqG%"ĶĶÃÆĪÍÉÁÎÆĐĘĶĪĪĶĐĪBĶĖÁĶÆČĮ‡‹‰“‚‡‰‹ŠÁÄÁÃĶĶÈĀÂËĪÆÅŠ‡ÆĶÍŽŒĐĪÂĶ͇€…‰ĪĘÉĘČĮGĖÆËĀĘËÆĀĶČÆĘĶÁCĀÁ‰ŠŽČÅĮĮĖÁĶĖĖĘĀËÎÅĀĐĘÃĶĐĶÅĀÅÉĘĀĘĪ…ÆÉĖĶĘÍÃĮĶĀÅÁĀĖŌÆÉÆĪĐÅĀ‰Ā΅ˆŽ’…ĘĪĶ΁Š‡€Š‹ƒ‰†ˆŽ„Š‰ƒŽƒ‚ËĶÉÆÎÎĪÃĘÎAÎËÉÆËÂĶËĐÍÎĶЃ‘‡Ž’““€„ƒˆÃĘĐĪÉĶÆĪÄËĪĐĐĮÁĀĶĘÁĘĘÃĶĪĘČÁËĪʊĖĐÆĘÅÆÆÁÂĘÅĖÉÍÅEÎŌĀÃÎÁÅĐĶĮŌÉĀÆÎĖĖÉČÂŌÄĪËËŌÃÁĶĀĖĘĘËÁĶĮĘĪÎÃĖĀÂÁŌÎČÆÍÅÁÁÉÄĀĪĘËÅÉĶĀÄĶĀĀĘĶĪÉÁÅĶĶÂĖĖÆÅÆƌĘĪŌÉÍÉČÃĖĮĶÆÁÉČĶĀŌĘÅÉ^2ÉĶËĐÆÂĐŌŌĮČÆĮĀÂÍÆĘÁËÆČĶÉÃÍĶÁÅÉĐĀÆÅÁĐĪËĶŅÍÃËÆĶÂÍĀĮÉĀÁÆĀÆĐĶÍÂĀĀÃĘÃÎĪĘÍĘ˓Š‚ĘĮÍĪÉĘÁËÍĖËĀÆĀĀÉĐĀĶËŽÂĘĪÂĐÉÁČĖĮĮÅÄĶĀÁĐĀĐÍĀËÉĀĘĮĶÅĐĖÅĶÆÂÁĐĀÂÆÎĘĘĪÂÁÅÃĘĶÁÉĶÍÁÉÂĘÁËÅÃĐĮÂÃĶĶĪŌÉĐĀËĐĮp($ÃĶËĘĪÍČÃČÆĐĘĶĶĪĪĶŠ€ĘÁĘĶƈ‡‡ÁÉĮĮĖÍÁÁÁÆĶÃĀÅĀÆĖÁ‡€ƒ‰ÍŽŒĐĪÂĶÍ€‡†…ÉĀÁČÅĮËĪĀĀĀÁĀÆDĀĘĖĘÆĶÁÉÎĀÁÂĶĘÁÍÎČÅĮĮĖÁĶĖĖĘËÎÅĀĐĘÃĶĐÉÅĀÅÉĘÅĘÁÅËÆĖÁŒĮĶĘÍÃĮĶĀÆÁĘĖŌÁÃËÆĀƒ“€ÅČÎŌĐËʏ€“Ž‹ĘĮÅĐÃ΀‹†ŠŠ†‡ŽĐĶÄĐĪĐĐÅĪЁ†‡€‡Ž‰ÁÃĶĐÍÃĶĪ‡Š‡“‹“ˆ€“†‹ÉÃĘŌÎĐĀĘĶÆĪÄËĪĐĐĮÁĘÁĘÆĪÅĪĀÉÆÍĮÅÂÉÁÃĘÎĐÁƊ…ĘÁÂÉÅÉÍÅEÎĀÃÎÁĶĐĶĮÍÉĖÆÎĘĘÉČÂÉĀËĮĀĀÅÅÁĶÃŅĘĘÅËĶĮĘÎÎÆĶĀÅÁŌÎČÆÍÅÁÁÉĀĀĀĘÂËĶĶĀĪĶĪĀĘĶĪÉÅÅĶÂŒĘÃĘÅÁÆĘÍĘÍÉČÃĖĀĶÆÁÉČĶĀŌĘÅÉ$ö'ËÆĪÉÆËÆÍĶĘÉĪĀĐĪĘĘĘËÎÅĘĐ΀‡‹ÅĐĪÉĘÂÂÆÆÉЀÎÆČÍĪĪËÉŌĶÅÂÎEÂÅÉĐÃĮĶDÆĘĀÍÆÂɉŽ€ÉËĪÉÆĖĀÂÍĮÅÆĘĘÆÍËĐĪÆĮĮÅËĘĘÂĘĪĶĘĶĖËÎÉĘĐÅĘÃÎÉĀĪÅÂÍĶÃĘĶÁÂƌĶĐĘĘĶÆĪĶÆĪĀĘĶËĘÉÉÃČ…Š‰†ƒ€Ž€‰†‰‹‹‚ƒŠ‡ÍÉĶĪĘĪ€“…‰Š‡ĪĘËÃÆÄÎĶĶÉÆËÁÍĘĀÁČÍĪĀĖĶĘÅ……Ž‰‹‹‹ÉĪÉÅĘËÂđ’†‹ÂĪÃÉĘĀĮÃŌÆÉÍĪĘĶĮÂĐËĐĘĘËĐÉĀŌÃÄŌÁËÉĪÉĘÂÅĪÉËËÂËFÆĐÉĮŌÎÅÆÎÅĖBĘÉËÃNĘÆÃŌËČŌĘÆĪËĖÂÆĐËÅĖÆĪĶ“ŠŠÃÂĶĖŅˆŽŠÃÆÄÁĀĀĘĮËĘĐÃÍÂÉĘËĶÂŌĮËÅĘÉËÉĶËÆĪËÅËĐĘĶĐČÃÃÍĀĀÆĘÄĮĘÍÍÂËtķ^ÆĀĐĶÁĘÃĶÂĐÍŌĮËĪČÉÂÃĀĀÃÁÃÆÉĶĘÁĘĘĪÉĀĘĶÎĀĪÁÉÃŌĪÃÉĀÁĘÎĀÎÉĀÁĶĮŌĶÎĮÁĮÍĀĮÁĘĀĘĘĀËĐσ‡“ĶŅÆÆÁÉĘČĐÍÎÁËÆĖÂĶĀĀŌFĮĮÆÅĶĀĶÁĖĮÂĶÁĘĘÍÆĮĘĀÎĀĶĐĘÆĐĶÍÃÅÁAČĖĪĶÉĶÆÂĘĘĘĀĘÁÍĀÆÁĀĶÍČÅåÆĶÉĐĘČĐÁĖˎĶĀÎĘÃÄĐÉĪŌĐĮĶÎÃĐĘÁĖĀĘĘËĮÂĀĪĶʍÃÉÂÃÆĘČĶCĘĮŌĖÎËÍĮŌÆĘĖĘÂĘŌĀÃĘĪĶĐEÉÆˍÁÆÍĐĀĘĮÎÍĐĮÁĘĀËĮĮĖËËĘĮĘÄĐĘĶĮÎËĶĘĘĮĶĮĶÃÎÉĪÁÁÆŅÅĖĶČĀĮÃĖĘĘŅĪĪŌĘĀÆÅÄÁAĘĘĖÂÆÆĘĘŌÅEÆÎËĐÅĐĀĪÍĘĖĪĪ…†‚‚ĘĘÅÁĀĘÁĘÎÅĶĪÃĖÉŇĪÄĘÉĘËËĀĐĀÃÉÁÅĀÆŒŽ†‰Š‚†€Ž†ƒ€‰ƒŠĮĀĐĪĪŽĘĮÉĘČĐÆĮĐĐĶÉÆĀÅÆĘĐËˍ‡ƒ€€ƒĶÂÍĶĶÅÆÉĮĘĘĮÎÂĮĀËĪĐĐÍËĖĖĮĘĘĶÎĐĪˀŠ“ŠƒŒƒŠËĶĪĪËĀŠ‡ŌĀÅÍĪŠ’‡‚ŠĐĶÆō‡“’‡ĘÁĮÁĀÅÂËÅÁĖƀ‡Š‹‰€ˆŽƒ€ŠŽŠÍËÁĘĀĘÄĪĖČÆÃÉÍĪĶÎĘĐÁÁÍŅĘČÂĪĖĶÆËĐAĐĐČÍĖÃÆĀÆŌÄĮĘĶŌÁËĘoßÆĶĀÃÁĶÆηŽ“ĶÂĮĪÆÆĪĐĘĘĪĪĶĐĀÅĀĶĖÉĘÃĐÎ΀“ƒĶÁĘÁÆĘЊŽËÅÁĶĪ‡ÆÆĮĶÍÃĀĖ€€ÂĶÍĮÃÅĐÆĶĘÁĶÁĮĖĪËĀCĀĀĶÆĶÃĶČÎĀĀËAÁÉÁ’Žˆ…ÍĮĮĖÁĖĘÉĘÎĀĐĘÃĶĐĶÅĀÅĶĖÆĘĘÉŃĪĖĮĘĘĘÃĘĮĶĀÆĶĀĖŌĀÉÆÁÜĐÂĶĐÁËĮÃÍĶĶĘÂĀÎËĐÉŌĮÍĘÎÄĐĘÁĖĐĘĘĐÎĐĐÄĶDÂĶĮÃÉņ…ĘÁĮŌĖĐËÍĪŌÅĘÅĘDÍĖĮÅÉÍĮÉÎËĀÅÁËÉÅÅÉĐŌĮĘÃÅÁĀËÁÁĀĪÆĮĮÅÁĘĪĘĀĐÉČÅÎĘĘĶÃÎÆÂÁÁÆÍŅÆÅĘÍÃĪÃÅĐĐĘĶĐŌĀÆAÄČĮĘĀÉĖÃĀĶĶÁÂĪÎŌĀĘĖÃĖĀĶĶĶŪ1ĘĐÍÁĪĪĶÉÂĶÉĀĘĶÁÎÅČÁĶĶĶÃĶÃĐĮÁÉÍŽŽˆÁÁĮŌĶÍĮÁÍČĘÁÅĘĘŌ‘ĐËEĀÁĀÆÍĮĶĶÆĮCĮĀĘĘÆÁÁÎĀĮĮĮÆËÁĶĀĮÁĘĘĪĪÎÁĘĘĀĘÃÆĀÁËĀÆÉĘÎŌĶÆÁÁÃÆĀÁɎĶĪĀĀĀĘĀĐĘĶĀÆĶĀĀIĶÁÆĶĖBĀÃĘÍÁĀÆĀBĀĘÆ_ŧ$ČĶËËĀÃÄÍÆÅËĀŌÉĶËĪĪĐĘĘĪĘĀĘÆÎŅÃÁÉĘÍÁÅÃĐÁAËÉÃŌÁƒÂĀĶŌÂŌÍĘĘÉĶĘŌĪĖÂĘËĮĶÁDÎĀÆĀÆËÆĘĀĶĮĀËÅÍÁÁŌΎÅĮĮÆÅÁĶĀÁĘĀĀĮÂÆÉĘĀĮÂĘÃÆĮÂĪĀÅĶĶÃĘĘÁĀČƃÁÄĶÉÃĘAÉĀĀÅĖÅŌĘĖÅĀÁĮĮĐĶÆĘÃĘÁĘĀÁÅĘĘĶÂĀËĪĐĐĘĀĖĖĀĀÅÅÎÁÄÁÅBÃĀÆÅÎÅÁĀÁĐÃÉĮŅÎCÁĀÎĘŅÎÆÂÉÆČĘÃĀÁĘĮĘÁĮĀĀËÁÁEÃĘĘÆÁÅĘÅÁÆĀÁAÁĘĶĀĶÅÅÁÁĮĘÄĀČÆÎĘĶĮÂĘÎĘÅĀÅĘÁÆÁÆÁĀĀÄĮĶĘĪĐČĘĐĀĶÄĶĀÉĘÆĀĘr¸$rÉŅĶÁĮĘĪÍÉĘÁÆĐĘĶĐÉĶĘĐÁĘÃÎÆÁÉĐĶÃĶÃÁÆĖÃÉĀÆÉČĀAĶĮĶÍÃÍĐÁŌAĪÍĀÃĮĶ‰ĀĐÃĖÆÁÉÆĮĀĀÆĘĪĘĀÃĀĶÉËÎĘËŌÆÅÎBŠ‚‹‡ĮĮÆŅËĘĀÁŌĖÁÂĀÆĶĘĀĘÃĀËĪÆĀÆĶĪÁÍËĪĀÆËĐĐĶĘAĪÁÍĪĐAĖÁÉĘÆÂĪÉĘÆĪ`ˇ#ÎĘĘÆËĐÃĀÉÆÎÆÁÉÉÁĘĘÉĀÆĘÆÎÃÆĶĶÅÅ“‰ĀÁÆÅÆĶÅĮЇ‡“ƒ““€ƒ‡Š‡†ĮŅĘÆÍDĪČĀÃÍÃĀÃĀÍËĶÅĀËAÉÃĀĀĮŅĀÃÅĶĐÆĐĐËĘBĮĀÍĀÁĮĮĖËÁÁĶĘĘÁĪĘĶĪĪÎĶĘĘÂČĘCÃÉĀÉÃŅĘÆĐÍĮŅĪĮĪĶĘÍĶÃÁÁÍĘÁĀĘĐÁÉĶÆɃ‡…“‘Ž‡ƒ‘€‚’†ÆÆĘÂÅĀÅÆĀËĘĘĀ…††‰‘‰…‡ËÁÁĐÃÆĮÁĶÁÁŠ†Œ‚†“…†Š‡‚“ÁĖÆĪÅĀ‡‹‹ÉÆĀˆ“‡ĀÍĮĀĐĖĶËÍĐÉÉÅÁÃÁÉĘÉÎÂËĐĘĘËĘĘÃĘÅÎÅÅÉÁÉAĐÂĘGŌÍÃÅŌÁĪĐĘÆÃŅĪÉÆÂĶĀÆÁÍĘÂĮËÁËĶČAŌĘÅÃÍĘÍÎÆHĀÁĀEĐÁÆÁÂÁĘĘĘÍĀÅÎĪÂĘĶĖÂÃĘĶÆĐĘÆĘĘÆÆĘŗ'ËÉÂÍËĘËËÃÆŌĘÉÉĪĪĘÉĀĖÂʏ‚ĐĪËÆÍŅÆËĀ‚‡ĶÉÅÂĀĪÄÍÃĶÍĪÉËÍČDÍËÆĐÍĘËĘDËGÆÅŌËĘĘÆĶ‡ÃÆËĶĘÂĀŌDÍÆĮĮĖĘÁĶĖĘĘÄĀÎĘÂĀĀĪÃĘÃĪĪĮÆËÆÆĘÍÁ€ËÍČÍÍĘĘĶĪĘAËĘĀÅÂĐÉÉÉÃÅÅÉÉÃÅÂËŌɍ…‹„‹ËĐËÍĘÆÍČĘĘÅÂĪÍË×××××ËĀĘĘˉ‚Š’‹…‡ÍÍĪŋŽ‹‰ĘÂËĘÃĘËĘŌÆĶÂĀÉĶËÂËĪĪĘĶÁĶĘĘÆËËÂĀĪʍƒ„ÅËĘÆŌËËĪŠÉÉÍÅÂÎÎĐÂÎÂÍĪĀËÆÉÆÎĘŅÂĘÉÃËÅĪJÅÆÅĘËËĘĀËFĘÂĘĪÆËËĶÎŌÍÆĘÁÉĀĘĀÉĐËĪĘĀĘĪÂĘĶĘĘÅĶÅÉËĘËĀ…ÆÍËĘĐĘĘÄÉČÃÅÂÉĘÂĀĘÄÆĘÆĘËÃĶĘÂÆaĢ#ÅÎĶÁĘĐĐÎÅÆÍÁŅĘĀĪĪĘĘÁĘĐĘÆĐÁÎĪĀÅĖÃĘĘĶĪÉĪŀĐĐĘÁÂÁÁĮÍĶÎÃŌÁÉĮÆŅÍÃĶĀĘÎĘÁĘĮDĀĪÆÁÃĐÆĀÍĀĶÆŅÃĶĀČĘĀËÁÎĐĮĮÆÅÁĀĀÁĘÉĮÁÎÆĶĘĀÂĘÆĐÅĀÁÁĘĀĐÍÅĶÆĖĐĐĶĶĀÂÆĶĘÉÁÆĐÎĀĀĪÉÉÅbŦÉËĶÅÂÉĪĪŌÂËÉĘÉÆÉĐÍÃÂÅÆĘÍĮÉÎÃĐĘÍÁĐĐĘĘÂÆĐĀĐĶĀBÍÃĶĶËÃŌËĪÉÂĪĶĮŌĖÎĮËÍĪŌÅĘÆĘHËÍÍĀĐÉÍĐĐÉĀÆÂŌÆÉÆÃÉŌÅƍ‹ÂÁÁĀĀĮĮĖËËĘĀĘÄÄĘÉČËÎĪĶÍĘĐĮĶÃÎĶĪÁËÆÍŅÅĖĘËÁÅÅËÉĐĘĶĪÎŌĀAĐĘÄÁÉĀĘÉÅËË'§ÂĀŅŌĮĪĐČĐÅÃÉÂÎÉÎÂČĀĐÉÎĪÄÍĶÁÄÂÁĖČÆĐÂÎɁ€‡““‹Œ‡ƒ‰ƒÉÃĀĪĶÆÉGÁÁĶĮĶÍÁÎÎÍĐĪÉŌÃĶÉĪĘËʂ‡ÁÁÉÃÆĐĶÁĪĘËÅĀŅÆBĶËÃĘËËËĪ€ĪĮĮÅÅÁĖÄÁĘĀĶÃÎÆĶĘĀĘÃÎĶĪĐĪËÉÆÃĘÍÅAĪÅŌĐĶÉĶÂÅÅĀĀĶÆÂĐĮÍÍĘÂËĖĸ!ĘĘĀÎÍĶÄĘĘÎĪÄËĪĐĘĘĮĀĀČĘÁÎĪĪÁĶÁĪÆDÎĪÎÅĶAÅÅČĐĘÍÎŅÁÁĶÁÃÂĀÍĮĘËĖÅĮĀĀIÁÂÁĀĖÆĘĮĘĶĮĘAĀÃÍĀĮÁŅÎĮÅĖÁÆĶĶÁĘĘĖÍĮĀĘĀÅĐÁĘËĖÅĐʊÃĶŅÁĶÁĐĐĶĘÍĐČÃÉÃĀĘŌĘĀĶlĸÂÅŅ€ĶÂĮĘÂĘĀĐĘĶÆĪËĪĐĘĮÁĀÉĘČĘÂÉĪÅĘÍÉÃĖ€ˆ‡€‰ƒ‰€ÁÆĐĀĖÍÅÃÎŌĀĀĘÂÎČĪÉÆĐĀÆĶĘÁĶÅÁËĶĀĶEÅÉÎĀĶÂĘĘAÆĘĶĮĘÎÆĀĐÁËĮFĪÅÄÁĮĀĀĶÆĘÉĀÄĶĀĀĘĶĪÉÅĮÅÉÂĘĘÆÅÁŒÂĘĘÍÉĀČÃĀÉÁÁĘÄĶĀŌĘËÉc 0ÂÆÉĐÉÍĪĐĘĘÉĀÉÉËÎÆÍÁÉÆĶÆÃƊ‘ŠÃĐËÂÉÂĘĪÉÅËÁËĮÍĶÍÃŌĀÍÂĪËĪŌĀĀĐĪËLÅËĀÆÆĘĖÂĘÆÂĘĀËÉŌÎËÂĮĮÅĀÁĶĀĘÁĘĀÁÎÅÉĘĘĘĘÃÍËĖÁĪÍÅÃÆĘĶËÉĘÅČ͉ĐĐĘĘĶĪÃĘĀÉŌËĘĪČÁÉĘÆĪËÉÉËÃĀÁĐÆÍĐĪĪÂĘĪ›ÉÆÅÂˉ’‡…ÅËĀĶÂÅÉĀĀËËÉÍĘÎÂĀËĪĐĐËÉĀĐŌĘĮĪÆËĘĶĮÉÃĮDÎĘAĀËÅÉÉĮŌĘÎÆČÂÎĘŌÃĖŌÉČÆÍĘĀÍËĶÂËĖËĪĀÆÉËHÉĀĶĶÆĖÄĮĘĐÆł‹ËĮÅËŌÁÁĮĘÅĀČÃÆĐĘÎÂÅÉĘÁËËÆĶĪËÃËAĐĶÉÍĪČÉĖÅÆĀĘÄĶĶÉÂËÆĘ&— ËĶÁĪÁÆĶÍŌĮÆËÅÍĮÃÃÉÁĪÆĐÉÎĪÄÍĘÁÄÉÂÁĖƒĶ‡€‹“ÂĪĐĘÃÃÃÉŌČÆĶÃĶĶ…ĀËĶĮĶÍËÎÎÍËAĪÉŌÃĶĀŌBÉČĮĖĀĀÅĀÃÆÉĶĖĐĪÆËĀĮĘĘĮÆĶËÃÁÅƏ‡‡ĮĮÅÅÁĘÄÁÉĀĶÎÆĶÉĘÄĘÃÎÉĀĐĀËĶÆÆĘÃAÃÂŌĐĶÉĶĪÅÅĀĀĶĪÅÁĐĀÍÍČĘËĘÉÆĖ –'ËÉĐÉËÉÎÂÉĐÉÉÎĪÄÍĘÁŠ‚Œ‚ƒÆĀÁBÆËĶĘÉÃĶÃÉŌÃÃËĀÉĶ€ŒÁÁĶĮĶÍÁÎÎÍAĪÉÍÃĶĀŌBÉČAČËËËÂËÆÉĶÆÂĀÁÅĀĀĘŅÃÆĶËÃËŌ‚€ŒÆĮĮÅÅÁĘÄÁÄĘĀĶÎÆĶÉĘĀĘÃÎÉĪĐĘÁÉÆÆĘĖÅÆËŌAĐĶÉĶÂÅĀĀĶĪŌĐĮÍÉŌÁÆĘÉÆÍĀГÃÉÆ%Œ ËĖĪÁÆĶĪĶŌŌĮÃËËÉÆĪÉÃÉÎĐËŌĐÍÉÎĪÄÍĘÁĐÂÁĖƒ‰ŽĀÁĶÆĪÉĐĘÃÆÃĶŌAËĖĶ“…ĀÁĶĮĶÍËÎÎÍËAĪÉŌÃĀŌÎËÉČCĀĪ‡ËĐÃÆĶĶÆËĪÁĀĮĘŅÂÆĶËÃÁƏ‡€ĮĮÅÅÁĘÄÁÉĀĶÃÎÆĶÉĘÄĘÃÎÉĀĐĀËÉÆÆĘÃÂAĮĪŌĶÉĶĪÅÅĀĀĶĪÅÁĐĀÍÍČĘËĖÆŌ)‹&ĶČÃĪÃÍĀÆËÆĐÉÎĪÄÍĘÁĪÂÁĖƒŠ‰ŽÄÁĶĐÃÉŅŠÆÅËÉĪĮĐÆĐÃĶĶËËĮĶŅÁÎÎÍAČËĪÉŌĀÍBŌČAÉËÂËÁÅÃÆĘĶÆĪÁËĀĀŅÆÆĐËÃÁČËĪĀĘŠ‡‡ÅÅÁĘÄÁĐÉĀĶÁÎĶÉĘĀĘÃÎÉĪĐĪËÉÆÆĘĪÅAÃŌĪĶÉĶÂČÅĀĀĶĪËĐĀÍÍĘÂČĶnŒ&ÉÁČĪÍĀĘÅÁÃĐĘĮĶĪÄÉĐĀĖĀĖĘĘÎÆÂĀ†“ĪÉÁÍÃÅÆĶĮÅÃĀĶĘÁŠ‡ÂÁĮÍEÎĀĘÂÎĶȐÃÅĶĀÆĖÁˆ‡ĀÁÃĀĀÅÉÁÆĶĮÎÂĀĀ‡“ĀŌÎČÅÍĮĮÅÁĐĖĘĀÎÉĀĐĘÃĶĐÉÅĮÅÉĘÃĘČÃĶŠÆÁĪĖĘĘĪÃĘĮĶÉĀÅÂĶÆÁĖĖĖŌĮĪĶÉÆĪĀĐÁÁ“ĮĖy†$ŨÍÅÃÉČÅÉÎÁĪĘĶĶĶÎĶĪĘĘÅĀĖĶÉĖĐËĪĐĪĶOÉĮĪĶÉĪŌĀÎÅĐÎŅÉÅÂĀÉÁÃĘÍDÅCÅĘËŌÅĶĶËĀÄÄĖÆÁÃĘĐĖ͇ƒÉƁ‡“‚ĮĮÅËĀÁĘĪĘÁĪŌÍÃĀĖĶĶÃĘĶÃĀČĶĮËĪŅƒ„ĶĘĮÁBÁĐÁĶÉĀÅĘAČĘÎÃĶŌÉĶÄĖËûƒīÅĘÉĘËÂÉÂĖĐÉÂËÁĶĀĘĶÆĪËĐÉĀËĘĘÂÍŌÅÄÆËÉÉĶÂÃŌÂĘAÃÉÂĶÆĘÁÃËÉŌÉĪÅÆĐGÍÍÂĐÉĘÂĘĖÂÎDŌĘĐŌÆÉÉÆĀËËĀʼnˆƒ‰ÂĪÎĘÁŌÂĐ“ÆÂĮĪÍÅËÁĘĪĀÉÁËÆÉĖĀĪÂĘĪÉĐÆËĀÆËĐČÆÍĪÆAĖÉĐÉÉÉĀČÁĪĐÉAÁÄÂŌÉĘÆËÆÉ({&ÉËÃÂĶÆÉÅÃËĐĐÍÉÎĪÄÍĘÁāŒ‚ƒ‰ƒ‰„“†ÆÉÁĘĮÆÃɃÁÉÃĶĀËGĶĮĶÍËÎÎÍËAĪÉŌÃĀŌÎÁ‰ˆ‡ŠĀËĐËĀÆÃÆÉĶËĪĘÁĮĀÉŅÃÆĶËÃÁĘ€ĮCĮĮĮÅÅÁĘÄÁÉĀĐĀÎÆĶĘÄĘÃÎÉĀĐĀÅĶÆÆĘÃÁÆÁÍĪĶĶAĶĪÅÅĀĀĶĪÅËĐĀÍÍČĘÂĘÆÍú{#`ÉÃĘÃÉËĪĐÉÉÉĮĐĪËĪĘĶÅĘÉÎÁĘŌÃĐÆÂŌĶĮČÂËAÃŌĘÆĐĘÁĪÅĀĖĶĘÅËÂĶĘÍĪĮĐÉÁÃÂĘÁŅĮ€ƒ††‰ÃÄËĪĀĀČÃÉQĖÂÍǒƒ’ĮÅĮĮĶĶÅËÁĘÄĀËËËÉÉÃĪĪĀĶĐĀĐÃĪĪÁËĀÍÁÆËĘĪÆĐĐĐÍÉAÉĀÅÁÉĪĪËÃAĀÉÃÃËÉĪɇˆƒ†ÂÆÉŌĶŌĘĪÅÅËy"'ÂÉËĖËÂÉÍÉĘÎÂĀËĐÉĶËÉÄĘĘĪÎĐĪĐÉÉÉÂËÃĪËÂÍÍÁÉÅĐÉĐĐĖEĮÂĐĘÉŌČÁĮŌÃĘËŌJŌÄĶŌÃÉÎÂŌËÁÉÉÆĘÂĘĶƒŠĶÃŅËÅĘĶŌĘĖËĪĘĀĘĀĶČÂÃÉÉĘĘÎËÂĪĖÍÁÂĘÂÂCËĐÉĐĐČÂĖÃĶĀÂÃĶÄĐĀÍĘÁËČÉsn$ÉĀÉĶÂĮÉĪÅĘÆËËĐĘĮÉĶĪÄĖĐĪĘĪĖĘĘÎĪ‡“ƒ‘ÅÂÃÉÉÃÅÉÅÉÂËÂĘËËŅÁˉ‡ËËĪÍŽŒĪĪÂĶŌËĮĪÅĶ†Œ‰ĘĪČĪFÉĪËËĀČÆĀĶÃĖÉÁĘĶĮÎAÁÆÁĶĶƒŽˆ…ĮĮĖÁĶĖĖĘĀÂÎÆÉĀĐĘÃĶĐÉÅĀÅÉĘÆĘĖËÃņËĘÅĖĪĘÃĘĮĶĀÆÄÆÁÉĖŌĀÆÉÆÆĀĐĶŠĘÂdc(ĪÁÂËÉÉÍËĀÆÍĐÉŌÂÂĪËÂÉÎÄĘÉĖCÉÉÅĮĐĪÉËËĶĘËÉĮŌŌMÅÃÉĶˇÂĘĪÉĘĶĖĖÃGĪĶŌÆĐŌÉÉĶĘĮÁÍËAÃÁÃĶČËËĶBĮĮÆĶËĶÄÍĘÉĘĪÃÉÂĘÂŌĘCÃÃĪÆĶĶÆÆĶÃŌÄĮĐĘÍĶĪÃÁÁÍÉĪĪĘĮÂÂÉÉŌÉÆÂËe`žÕÅÉÁĘĀĘĀČÂĀÆĘŌÍĀĪÂĶÆĪÆÆÉĘÅÍÅÅÍËÅËAĐÉČÁĀÂĀĶÂAĀÄÂĘÃËĘ˙_ÅËÃĘĪÂÉĐĐĀĘÎĐĐĀÍÉĪĐËĪĐĘÉÂĘÉÎÁÍŌÃĶĐÆÉĘÉĶÂĘËEÆÉĪÅÁĘÁÆËÉĮŌĶÎÅËÉĘÍĮĐÉÆĪÉËŌĮBÂÆĪĀÃËÃÉBÆËĀÉĀÅƍ‰†ËÆÅĮÍAÆĶĪÅĮĮĐĶÅËÁĘĪĀÉĶËÆÃÉŌÍÃĪÍĪĀĘÍËĐÃĐĘÁËĀĘËÃÆĐËÆĪĐĶĘÉAĀÅÁÉĪĐÉÉÂAĀËÉĘÃÆËĖĶĖŽ€XP_040774166.1ŦĐÚ ĘMÕbS3x ‘ākâ5@HJœÖœ œskŠ ÖZC%¸°’HŧÖ{N˛ã” ąärŅA×â”ÔTI æJ9BHÎā@õĻ™ š3Ņ;œ3“{¯… BPĘe8ㄤM“€!„@āLõ„-„æÂtG7Ļ•”0”™ķ€w”3n pÄTÔROåœ`jĨā΁‚B͸WĀ'"āF.Ēc€ŧPĀ‰Ø1į€ä;J›+ 45áę¸@Į ĶRŽ°d32Ėr`lĖ ĸãMCQ2617452.1l-˜”rŠ÷”FŒ3{ķȒŽŗ”š<&•5ŸŌ%„R0HaÔ*<Į{†PË<đ‚Z:ņ€(`žÔ{`ËLā „xęÁg¤XI€ôŠRE@eÄ⨕ŒrĨ`Ļ$ *ĸwŌ8GœåâIŧ#Š› >–Æk gŽĨ<ĐāŖ‰%”(ķŊ™Ä€éIĩÎ Ā$TeA7Ū: =5_xO>ų’0°ČgZ.ĶŽ…7Jâ•$ÄLœyfQGŽŌÚYbĩvR´6¤@@ĻõDkâ'fƒō€ķ†RJ´$Îyc‰°Ōk'ĩsPā@•åĄV‚âųĀJB@ŅJSMĀŖ‚*'!tĻQgŽä`PHų;`) CPōMŲ„œ Hm5 n¨ ĘĶĐĪÃÍŌĀĀĖËĮÅĘÃÂĪËĪÉÂÂĘɋŠĀÃÎĀÉÂĀÁÆĮĀˉ‡ÃËĀÂĪÎŌĘĘÉÂĀĮÍÂĘ›OXA48312.1,hŠQožœREŠ6Ą”Žš™&%6V8cž\!´ą’mēt{ęĨ™OĨ4Ą2oAų ›L¸ŠŒ'¨ÔSđĀ4åšqļqŌHo.„I*$SĖāŧįLpa!Ÿ;OoČkQEP12732.1#ËsĒŪ<#L˜ ā•—Ū‹ DYĘrgˇ”Jr÷”yg:Ú;īŧMƒ Ļ÷Tqc4Ĩ$ĨHņĔ°rāR&-p#Õ¨MQA03337.1,`T1ŗ§2ŒásBœ‰Ž0Ĩ˜Ŧ&: šđ 8@šŖT˜s¨›y°×WP_087686007.1l ĮjjÁ\ÕŽ8ĪYB*°LJ@1gĐz2™ŲÎęÍ&Ëzā­df#‰aT )’‚XŽ<ÄTⱔ^XŠ!Ļ–X&-ÄP&Đd“*=øÚyŌĢāVP$Œö‚+¨%ĀKFŦ׌Lj9¤0@5Š†srhž”KLGÚQË ŖJ-‘ÖYŠ'Å CÍ`”\Ŗ‰´ŒZ3ȧ„S­°Ė[FŠÄDzhÄFMBU7046308.1l –Bq)ŊŠšĄRCΰ˜ ķÎI° t4Ķ%3g‰œÔ*ą¤•ÜQĒĨŨA ´)T€áœ§ĀP`Ē”Fã´â TæŠ“Ô mA×Ō@Ŧ4‚:q#Ōk<ŗL&U€fŠhf:CŊ"N3`„6 ŖÁĩ&HÉÍ–8ķĖdĻb*ŊŖ^ MŗPH­cĀ:0)3—1ķ°á3)9TkņRRį(sRzp͔Zn96L ÅÚ@jŧ gŽô€Ę ĀnJ0 3˜•Œ1Š„Z¨3§ `@u 2@ÍgÔiŽ´ķ˜š“ Ū\ˌ&ՙŗ&āšĐPÂfˆ7CjeŒ™dPĶ Mœ˜ĨÂH0Ŧ`ŒšÍ‘ÕVRÎČԂˁ4Ī4SŠÕrAŠÉ0g­y` /­ˇ†iĒ”YÖ1e‚ųŌ8ÎJzƘŠ$Ę­1äJŠ™'Ô3Ä”1i”´Â*´({I |~ÎĶĶĶĪĪĘÂÉĶĀĮĀĐĀDŌĘČĐĐĀĮĶÆÁGÉĐÆĮĀÅÁĀĐÉÉĶĶĪĀÆĶËĀËĀËĀÉÂÆĪÉŌÉĘCÎÂĀĶJĐĮĐĐÂÆĶŌĘÆCÁĮNĪÎŌĶÉÁÃÉÎĘÆĶAĀÃĘĪBÍĐĮÃĐĪÁÎÆÉĶĶĀČÁÃÎËÉÉĪĀĐÍÉËĀĐĖÍĘĀĐÆĀDÍÎĖEËĪĘĮCËĶĐĀĐÍĪĪĶĐĶĮŅŠĪĶĮĪĶËĀ†‹‹‹ƒÆĪÍÁĐĶĪĀĪĪĀÅÎĶÂÆĐĪÆĮÆĪ€“ÉÎĘÉÉËĶĶĪÃĶËČÉĮËĘЃƒ“ÉČĀÉĪÆÂÉËÁĮĮÃÃÁEĀÉĶĮĀÉÆĪĮÉÁÆĐÁĀĮĘÆĐÂĐÉËDĪĘAÃĘÅÅÁÁÎ}ÖbĘÎĶĶĐĖĪĶÉĐĪĪĀČĀŌÅGËËËIÉĶĘÆĐĀĖĀ`WP_023727015.1l=÷ `:ÃSO؈+¯„ÕĻš$P§Ĩq^R æ s¨žf–˜ž(¨PIs8#´ŖBm‚“€ji‚§8ÔT ´R9éØtį)X@ēĩL8¤“"ā!PĮMuN›ęvÎI1€ÔĀĘŠŖŌKR)Vr`Í O u @Ú ČŖāc˜ķŽbī¸—8`*•RKŗJ0ŽĨĄ–j!ĐĀBؚ’ ¨„jR9ĻT'%ā2ķ´Ô”Sŧ”zGÍSâ!šKāĸæ 4pP "p-“šS LvÔa@ÍųœzLÁ4c xx' æ é•Ā€§ˆS>ČԀow’;í8 ŧĄ€Ađ €ųā„`*ĸ)ā|§,åâ ĀS~— wØËŅŌĀÉĶĘÄĮĶĘĖÉĶĘĪĐĶÂĶĘĪÉĪĐČÍĐÆĐĀĘĶĶĶĘÍĮĮÄĘĘÁĘĘŌÅĖĘĘĶĶĐĘĮĘÅĪÅĀĖĀĶĘĮĶĶĪĀĶĪĘĖÂĘÍĐÆ·ĀĖĶŌĮÍĶÄĮĮĮĪÉĶĘĘĘĐĪĘĪCČŅĘÉĶĀĶŌĀĖÄĶĘʁĶÁĀĮĀĀÁĶĀÉĐĶĀĪĘĖĘĀĶÉBĶĮĮÂÆĀŅĘĐÅĐŠ‰‡ĀĶĀĘĀÉĪĀĀČĘĖÎĐĀĀÁÂĶĘĀ‰€“Š‘€ĀĖĀŅÍDŌÅÁĶĘŌBÎĘÅĘĀĀÂĘÉĖĀÍŠĪĀÁÉĶĖÍÉĮĀĘĘĀCÄÍĪÁÎĶÃĮ‡ĶĪČĶĘĮĐĘĘÉĀĮĶĀÍÂĶĘĘĀÂÃÃÎĀĪĘĶĐĪÍĖĖĀĘĮĘÉĘĀe‹"ĘĶĮÍĖĪĘĘĶĐĶĶĘĐĶÅÁÎÅĶĶĪĮÍĀĘĀĘĶĐĀÁĘĀĘÃÁÉĘĘĀĘĪĀĶĘÍĀĮĀÃÉĐĘĶĶĀĘĀĘĀĮÍĀÅÂĪĘÅÅĘÍÁĮĀÍÍÍĮĐĶĮÉĪĪĶÉĐĀÉĀŠĪĀÃĮŅŌĶÉÉĘĀĶĘĮÁÁĘĘÁĶÅĮĮÁĮÁĶĀÉĶĘĘĮĮĶĘĖÎĶÅĀÃĪĮÉÆÁĘŅŅAĘÍÎĶĶĘĀĀÅŅÅÁʓ€‹‡ÆÅĘĘÎÁĪГŌĀĶĮĶĮĘŌAÍÉĮÍĮĶŅĘĶÍĀĘÍŌÅČĘÍĪÎĘÁĪĘĀĶĐÍĀĶĮĪÍĀĀĶĶĀÁĘĶÆĘAĘĘĐĶÄĘĀĮÉĘĮĘĮĀĘĪĶÃĘĮЀŽĶĀĀAĶĘÍĘĮÉĮĮÍÂÍĖĐĘÁÃÎĶÁĖĀĮĀĘÅĐĮÅĘĀĀĶĮĐĘÎĮvĀÆĘĮĮÁĘÉĀÍĶÉĘĪ‚ĖĶĶĘĐĐĀÂĶĪĶČÉĐĮÂĀĶĪĐÅĮĐĶĶĐĪĶĀÆĀÉÄĶÎĘĐŅĘĀĮĐĶĶÉÍĘÉĮĐÉÍÍĘĮĘÂĪĘĮĖĶÍÉĮĘÄĮĮÎĘĖĘÅĐĘĘĖÁÉÍÅÆËČĀÅĖĘDĖĶĶÉ×××××ĮĘÉĪÃÂʏČŅÍÉÉĶÉÄĶĘĀĀÉÁĘʋÆĐÆÉĪĘÁÉĐĶĘĮĘÉŅÉÅĘAĖĘÃĘĮČÁÃŅÍÂĐĪÉĶŠ€ŠĐĀÉĮÍĶĶĘÉŅĐÃËČĶĶĶĶČÁĮÉĪĶĘĪĘĮÍĮÍÍĮĪÉĶĘÉÅŅÅĖÂĘĪŌĐĀĐŅĀŌĘĐĀĐĖĮÍĮĪĘĐĖÎÉĀËĘĐËČÃJĘĪÍÉĮĮĶЊÁĀĐÃĀÃÍʀ‘Ž…‰ŠÅĪĀĶÎÍÍÍÉÂÉĀĘĮĪĘÅČÆÉĀĪĀĘĖÍĘÁĐĖĀĀETMCM1504065.1ė­” :&1ÔsāZ*sŧ6fŠįÄķ äAČ6ßRn!“N@  Bg"8PáæIRx,¸ˇf’#€ķ^ Gm€ÄĖ#6ßIЁôÆĀ( €ępž9”ha-á2 ”—XpŠ-9Į$éc0Š¨Ķ–`LķŽ€˜#×I Ƅi§-9įƒ*˜×€Hœ¸Krœeš,o9’p)0Ī9ãĩwŽJč(—ƒå L€Ô*0‰3šPcĻ œķ€8a–ëpĐWP_280876395.1Ė@LXĢP*<0j†#M€pŽ‘sĖWl-ČÎjBZ2`@8f€ Lu^P “Ļ1s:ebSÉ0“1ĐMĨ@* g 4&Ļ&˜Ŗ`¸ā‚ĖvĀdaBJ„!˜Ņ†2€Ŗ`‚R™Ž ŽD€ uîMBN3324024.1l(7Õį€ ēįÜrë=ĐNl2Hs–rP…ĩÎZfĩ–{K ¨Š)a‰ĩŒ2ͨĨĀ2×ĻL0Ģ¨•^Pŗ˜ų 4Á eĖ3k§ Š”)é=`„yĐLGîÁãŪ ĄsTQÂĄÆHB1Gyj§Vhį ÷zīņŽŅ$dųÖ|îãžtîš0A @CD*hŠG`#OÉĻÄ{ęŅf`–É‚€Ōƒī §^Re­đšZO-õ$zbēˇŒHÜsî•ܜ.ÁˇÜdĘ9PÜ ÁA…žĘ9ÃÔ lN)ŪkተĘL‚<¤\˜€%ßkO¨ö”€L՞đ‰E!Ē ¨\PčŊIځ" BZZ)´SĀ“âLōĐ\Gâĸ12øFÄM‘‚z‘&TjŠTtmŠ–&xoĒFāDE’)Ķ[+AT’sÎ6tĻ$v֘AŠÖ2ĮŠĄĀ4įĖņœ:KÍų@’ãœÆBį¤šÎ0‰)ÎJ 4§ˆ§@QŧsFLCÍæsni†™nđæsˆ°f3į7e(G*Uz‚åæĖČËDĐÉĀΊŽŽŽŽĀĐĪĀĐĀȎŠĪČĶÎĪĪÁÄÎÎĀĪ‡“ŠĪĪĐĖČÎĀĘĀĪŠŽĪÎĐĮĪĘĶÎÎĖĘÆÆÁĶĮÉÅÄŌČĪĮÎĐÆĪĘČĮŅÆĐËÂŌĮÁĐÍĮÎĪÅÂÃČĐŌĪĪÎËĮĘÁÂÂĪÁĶCĮËÉĪĀĪĪÂÎĘÍĐĮĪĶÅÃÎÂÍĖ“ĪĐÁÎËÍËuĶXP_040082341.1l9÷+đ™6ŪƸd†)ĐĨ’^TNŊ0yĨŠŖPîÕ֘!ˆTրƨõäIe¤6áõ– Ķ Ĩ†’¨Č“’CšäÆ9Ѝ!&1c”ID-!‚*!"ĪQ'<ĸ J)ŠŪ€ķšR@O…ĄÂy¤Ķ*RH…L c)z/ˆ§^xķƒP{ØMBE0660081.1,4˜šRę)ĐfsĀōFS FHÁ€bÜP!%įi`•Ā†RŖ¨ŠXķ„÷`B°)S|‰¨Æœi  B(Ë$Õ,ÂHeRæ †:AŽ” ˜ĐxĀ(`ĖPa„Î4 ”dJX&  tæ,cĀZ`˜ĩ.°VpOŠ°ŽĀŊĪZ„õWP_193956008.1ė”ĩ^IĨyž@(uĀšį¨3Ú\ŖŊg”2e2ߜÉ=yšBåš÷JS&ØJ{g c@™­ĖyŒxĸĖUÔLšŖæSc‰¤IĄĄÆ3Ž8Ā ¨F˜ œdĘIí 5HBJŒˆ J%€DNČUY)Ā)aB=YÎ Ž3Á{ĘĀ(ŨPF7–ÅøšBąN* Ī= ŠIŠ8h€ MžcŽ2Ë(5A+åÕNRę#ŨX!%ˇ”ho¨ô”ZĀ¤Tb),Šžä)€VPШ'Õ3Ëš”|“„9MYJ*ļĀ;bĩôŽzg*sÔYå$™”:đh¤ MA“ā+mˆ6›§g( Ä­)æŪ“Æ‘“^a °0NqDM´æ9j 8Ķ8Mœ6Û9ãMcĘBMõˆZ ™š”î•XL"Ĩŗ^h*Žį+2ÁĨ¤AELŗd …ü †+cVĀÄÍÁÎCĘÎHĶŅÍĪĮÁĘÎĶĘĀŠĶBÁÎĶĘĮČÅĀĮAĶĶĀČFÁĪĮĶĪÍĪĶČÅÁŅÂĘĖÃĀĖ‡‘ĐĮÎÆ€ČÆĐÍČĮJĘĶÍĪĪÅĶĐĶĐÁĐDĐÆBĮĘĖÁČĘÅĮĀĪÂĘÃÅVĶÁÃÎĀĐ΃“ŽŠÍĐÃÁĮËĮĀĶĀĀĘÁĪÆÍĮĘÃĮĀAĀĪĘĀJĮĖÃĘÉĀÎÅĶÅÃŅÂĶĶĶĮÃÎĀĘĀĀÁŅĀĀČAÎÁĶĀÅĖAÂÎĘČÁÉĮĀĀĀÁÍĘÉŌĐĘÎĶÁĀĐĶÎĀÃĶAĪĀDĀĪĮĮĀĀĮÆAÁĀĀÍÃÃĀÁÁĀĀÁĖÁĘÆĪÃĮÎĀÁÆʇŲ”‚ĶÄČÅĐĮĘĶÎĶĘÍÆÉŌÅŅČĮĖĀÂÅĶĘÍČÍËČÉCĮÆĐĘŅĀĮĘÂÂÆÂ’ÆŌÁÅÂÍÂÎÍĶÉŌĮĶŌÂČĶÂĶČČŅĀHČĪŌĮĘĮČĐĘČĐČĪŌËÍĐÂĶÃɑ‚Ž†‰ÅŌÎĐÍĀĀĀĐKÆÂËÂËËĀĘÃÁĘĘEČÃÎBĘÉÄŌÉĮĘÇĶČĶČČĀJÉŌČĀĘÁĮĀÅÍĶĪĀĐCĮÉÂÃŅÍŅČÆËĘŌĪŽƒ“ˆŠ†ŠAÂÆĘĪČĘÉĮĀĖÉĶĶÂÍĘĐÉĮĘËŌĐĶÎÉÁĮĶÂÍÁ҃†‚ˆŽŽ†‹ŌÅȐƒÅĀĘĪĀĖGÁĮĘŅÁŌŌÆÆÍÆËĘĶĘĮĖĀŌÃŌĪÎĮÆĀĖĮAĶŌ8WP_243386166.1lC€G55<@ĩxæ9pž˛T+Eš4ĻˆjB”Jā$ĨœĨĩ¸FxeļâaA0‹JŠÕS` %/-y@ĨŠTĀM–R’*Š°Ę› †2”‚ā) Î!˛)Åyé õĻ¤ĪTī( @“PI0RĢČņÔLéDĀf:§AõZBÎÅÂLƒGÁ4€TOÍ6Sj˛Zl2™§ĘSĪ-ŸRį)ãSA8[T˸vZ+1HJ‡Ĩ¤Pb­÷^yĻĀZˆ “SDO77973.1,(åƒīDČĀlg*3Ĩ0„ĒŒöŒ”pNu€ĘŊ3f*(lę<1Ũ`)&K 1sD s œsĘ# cnšŖ&ŒOÁƒ†z :FiÎŌDƒŽ'ŽėRƒÉˆ)p&‘g9ādĒšB&gÆSķœōæ›SŊQ€Į  „Jk Œ$Œgž9Ę#Nĩ1›į@Ŗā„gŊÃ@3āœGF‚ Ē7ÆFĀ0)AõætS ā`# Uā0‰žīŠ$‰0­ÉĖ€fĖalC=–s ĄŪP0>ĨÜRcˆ€$@>!Ûk°‰3Œšj¨š€P—DIC*9Ι¨LáĀY§̒ Žpđ4 GC™JO­0æJi1)Ķ )›yž6š8ķ‰ÉƁqē 'œœ3ĖqR ņ˜b ļōķŽãXP_028766233.1ĖM)”{+)æSŠŒp˜Ų@™P)gœ(Ã0Í2ĀŨ{¯ ­LôYPAđ|ĶŪT! 0 QΊÁŪ*ΉbÔk(t„‰Ą”Z8Ō…€”*īėÚ|oĨĀ ĨĻÂ1âæ™!J9bē÷fz=†Ô™ @˜ČœR.āsā´4E2ķÔBÂtXh‹…fŽ1Ā™3‚ip$PhĒ”{æŒÖā('†fflœŌXJÍ÷Ėse–—FĨûÉĘĖĮËCÁÅÂÅČĐÃĪÎĀĖĪĶĪÆĀÍĀÆÆÁŌÉÂĘĐĪĪĘĮÉĮÉĪĶĀÂĘĪĶĀÆÅÅĘĪÍÄÁÆĘÆÉÉÉÁĀËĘĶĀĘÆÆĮĀÃĶĀĀÉĀĪĪÎÉÆĐÎÉÂĘĮÁÁÁĮĪÍĶÉĐÂÍĶĶÅĘĘĶÆÉĀÆCÎĀÃÆĐÆÉĀÃĀÆAŅÉËĮĐÃĘČÅÅĀÆĶÃȊ“ÂÆĮÃÉĀĶĘĶÉĀĀÂĮČÉÁÉĶÉÃĶÎÎĘÉĐÉĶÆĀÂÃŌĶĘĶÁÉĶ˘Ųr\ĶÉÉÉÍĀĶĘĪĀĀŌÎÅÁŌĀĶŌÎĘĐÂĘĘĘËÍĐÍÂÍĐÁĘĶĖËÂĀĮĐÆĐĐÍĪËĖÁĀĖĶÃÉĮČÉÆĐÍËÂÃÆĶŌÁËĖĘÃÍÃĘÂĀÓÅÉÃÅĮĘÎĀĪĐÍÆÆĀËÆÉÉĘÂÂÅŌĐÁŌŌÆÃÉČÉÉÍČEĪĘ‘…ĪËBÎËÆĖÃĘÅĘŌĶŌÆÍČÎĶ‚Í‹ŒŠÆËËČÍÉĘĮĐÆÉČÆÉÆĖÉÅÃÉÆÆĐÃĶÃĶĘÉÆÅĪÆĪÁĶÄÃËÉĘÁÁÂÂĶÍČĶÂÉÎÆÆÃBÂĘĪÍĘÉÅÅÍĮŌĐĶÆÅĘÃŌËÆĘÉĘÃËËĶÂÁĶÅĘĐË˙­ĀĮĀŅĘĶĶĘĀÍĀÍĶĀÍĶÉÁĪÅÉÆÎĘÃËĪÁĪËĐŅĀĖÆČĀĐĘĖĀÄĘÉÄĪĘĶÉĘÂĶÆÎĀÉČČĘĘĀĶÎĮĘĐŅĮÆĀĶĶÃĶĀĶĀĘÉĶĶĪČĶÍĖÂĘÍĪĘÎÃÁĀĶĘĘĘĐĘÁŅĶĪÁĶÍŌÉÉĶĀÂŅÉĀÂČĀĶÍÁÆËÃƀĐŌĘÃĶĀĐÉĶĐĪÁÉÆĘÃAÃĀĪĮĐĶĀĀÆÍĐÃËËĀĀÃĶĀĶÍĮĘĶĐĘÎÆĐĐÎÆÃĶÆÁĀĶĀÁČĮÍÁŌĶÉĶÃÃĐAÅÎĶŌČĘËÃĶÁÆĀ†ƒ€ƒ‡ĀĪÁËĪËÁÉČĘĖĶÎĀAÆĐĐĘÆĀĘĖÁÁĪĪÁČĘÅÁĀÆÁĐĐĀĶĘÍĘÆÉÉÆÆÉƂÜMBJ9940918.1LÅJjé(ĸT:í@@9.<3ŸSę˜ä|° sÎrōÁ6ĶRhŊ÷ÄJā Ō)KĨ\g¨“B™bž!§pĀ4Ą‚CŊĸd *g PnŠ7O9S%1Pî„Ņ X Âd\™ Ā\ŗȆ&Üa ˆæTÎ' ‚ĶæpĘ3ŪlĀ‚Ö)ã,S؜&,0×<#( Â4)ŧŖ„;#Ė9ß)j) s:`Žp :W rE7žT ĘĀÉÍĮĪĶÉĘËÅËÆŌĘÁÎÆÆÍĐĶĐĶËÎĶÃŅĶÎĶÉÆÍÉÆÎÂÅĮÉÂĐĪĶÉËÅÁÅÆÅĘÃĪÃĶËÂËĪĪÆËĘÎĀĀËŌËÅĮÍËËĮĪÉĪËÆĀŌÆĀĮÂŌŌĪĘËÃÉÆĪĘËĪĀÁÁÆĪĶÉÂŌĘÅĘÅĀĪÃÁÆĐĶĖÁĘÁĶÅÂÃÉĪÁÉÂĘÆÃÍŌÅÂÎËĮĪĀĀÂÉÅĪĮĘÉÅÉÃÉÎĪÃĮËĪÁĀÂÉÉËĘÆÃÅĶĘÅÉĐÍĘÂŌÉĘÆCÆĶÅÁBËÅČĶÆĐÃÉĀČĘÃĶËĶÅĐĶÁĪÃËÁĶĶĪÃĀÉĀÆĐŸH!ĶĀÃĮĪĀĪĶĶĘÆÆĶËĀÁÃÍĪÅĶĀÁĪĐĮĶÁĪĀĶĀÆĪÁ€ƒ€†“‹€€…€€€ƒÁÂËÃĀÉËÂÍÉĪĪÅĀĘÆĀÆĀ“€ƒ…€……€ƒ€ĶĀÅÁÆÍČĘĪÅĘÁÍÁÆÉĶĶÆŌÁĐÅÆÁÉÆÁAÆÎĶËÉĀÁÉČÎÁÆĀÉĶĀĀĘÍĮĐÉÅĪĶĮÅĶÁÎÅĘĐÅÍĮĐĘÅĪĶĶĶÃÁĶÃĀĪÂĪÍÁÁĘĘÎÎÃČÁÉÎĪĘÁÄĐ ZH+ĪĘÍÅĪÉÆËĘĘĶÅÆÃËÅĶĀĀBÂĀĘČÉÅËÅÅ‹ÅÅÆĀÉĶËÅĶĮĀŽ††‰ËĀBĘĀĪĀÆËĐËĘÅĘÅÉĶČXP_016611986.1L×SĪAF*J%5âSrĨT€2æKÂf´Ō#)j@čÔ"!%ƒoN%‚ aķĖSđĨä`Sož§*€cãäJj¸(‡jʨ’ 8Ķ Šä9ë93YO‘‚ÆTc¸ŠĀ:i™õd ļĖq™ĨĘAîĶ†a,9˜`$vĻ› Y šĄBT<§ÔQ+aěkš1ĄXĢõMBV8846188.1ĖOM˜­ô@Ēå ā‚ŠãÔđˇæ›)¨7Ÿ;*ãĐCā¸Ų€LĒœ‘Œ(Ķ8áÜJ2€3Z“Ɔ JĄ^FĸTježĪĪš’bÅ8G "&ƒ0ā ˜*8´;n6 “ZĮ$#ĘΡ’ î Õ¤qŽ!€‚RA¸ˇ qĀ(ĨZ™ĮŦSœđcĸŲnXP_030313316.1,ĀÁLŒ vīŊ÷Ū{īU ¨yÜ3@1!(Ēc€•Šyi&ņŪKi.ä†āŊ4ŌZo$˜ÂsEąÍ G pzAæ{b1Î =P‹Ĩį d¯‰wĖK(­—LQ/™Įyi*žš>ŠLĐŊĪƒō$‹"…L€˜ĸ„’†Qc&ĀSĖ„u@j Ô"b´%yOĻM]žCAB3503427.1l芀đAl3 ˆŠiųfXFųěáĐ 8Á8Ô$¨•€Ž2/=e”RĪŊasŽ I Ox€ÃC Ø$@īA—zĘ Đ‚1AN4FPa"į˜ĘŒĄbÎDhéįœ{饥PPJM0Ņ97&lsšI ĨĻz,<7[ĒĄķØ2ĄÁđ&Lc0l0Z’påŌrëLøŠ1$ŧ…!LĀ@JMFG™ ‚bĈ¤žyj'PA5Į ō‘P”$Đx°1'€ÎČbÔ:âÍ×&‰™0BKpqī=ø``­÷”đ1DĻÁéDzp*ØĐtÍą^t@ļVsʡ†` WŽz*AX`Ŋ‚æAã<S #•…3/œ÷ķœs`rĶš'ˆH™ĸxĻœ7ŌjL™áœ  Ļ <7”đ8Ž9 š!Á 8ŗ-0jIÂQ”#īÆ 0pĖTf‚dP&(6)")°^zĀ SKT Ë(3$QC&đ^) Ā2Ųzí<5§W ũ‰WP_217278020.1īLr\Ô ķšĄš’Īŧ 摠Á‚sp4 psŠ9ŽĶ”8ŧT˜|Žs“ĪÍ7ĮH ĖŖ^0īĨÔRO˛ōÂl ãŒ ¨ĶpIWP_124978582.1,€Š8įTp ’ĄÜrlē¤Dp ”’PjT4)¨¤TnL†leœ7ڙ†A ĻĻ8u 8d.‘ŒQj ØÔLīŒ—āhCh(”uŪ0MÃtÂMĶΜ ŽUJH/4e–{đ™ÔŪ€SĀeRƙŠŠTn cŪho ՜Rʔcœ’§%`ŽŒdĖƒÔ2Pä8Ēˆ5— HcÖs§EuŠ€2 ÁJÆš™ŌŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊįĩ‚K*Š3á<Æ@Š 0p`˜#„W’2gÎyœ"0c@I‰fto…dŪI‰$TŠG@€‚Pí”p&< ˆ4tŖšÔ@žÕrį•9į Ŗ„7_`ķ…§8ŠŊy’HE( H.ŊtK Ī™H…‰Ün ¤’im˜u’HoŊeÖJæŲ–*„ųŌé ö¤e&e(°X”˜¤ Øy+Í4ä”gž’rEŠˇÚ!ĖŠx*čæÆķ”BE2§sĄÎ,ķqLQIÍaŪIo†c˜‚@ą)`RHœ`ē‰Ā{`“@h1S€ b<¤¤s*pŪ1đ´Ô\Iȝ6ko‚Ĩ”a ÎbÂSŗ¤0Œra´ž)×\(š"áLQFĨqæJI¸"†ˆS%åÆ9ÆŠ‰RâLœAĩŒ %ĖbZ2Ŕ1Ø| Š7Ē[yÉÁËÍÃĪĶČĶĀĮËĖĘÉĘÃÁĀĪÆĮÍĶÂĶÉĪÂËĮÆĖÉËÆĮÅÍËĘÂÉĪAÆËĖĀĘĪĘÂÅÃÉËÎĖÂĶĘÅĶÂĐÁÂĘÃČĐČÎÄĖÄĶÁÆČĪŌÆÎÂĶĮŌAËĘÅÉÆĐĪĐŌĘDĀÉĘÃÂÍĶËÎÅŌĘĖÎĐAÆÉÉÁĪÂŌĐČĶÎÉĘÆĀÁÁÎĢ×ËĮÉÉĘŌÁĀĀĪÅĘĖŌÃËĖÉŌŌÎĘĪĐĖĘĀĮËʉĪÎĐÃĐÁAÍËÆĘĘÆÉÂĘÅÅAÎĪÃĘÅĀÍÉÉĮÍɇĪĶĀĘĘÂŌČĮ·Œ‹ŒÂĀBËÆBĶÍĮŌČÃÆÁÆÍÆÂĖÂĀĶĪÉÆÆÆÎËBÂŌĀĶĘÍŌÃÂÃÉÆÉĀËÂÉÎÎÁĮƊ†‰ĶÂËĀŌÁÃĘĪĶÆĘĖĮÁ̀ĘАÆĪĘĘÆĀŦ~ËÉÉÎĀĘÍĘĶËĀĖÆĘĶÃËĐÉÅŌĶÆÆĀÉÆĪĮÆÃÉĶĐĮËĮËÁĀÉÆČÃČĪÍÆĘÆÅÂĘʆ‹‡‹’†ŒŠ†‹“…€‹‰‚‰ČŌÉÁÅËÆËĘĮČĀŅÄĀÁËÍɇÂÆÎĀĘĘÃĶÅĀÆĐÎÄĘÁÅĘĖÃ’ÆĐÅĪĪĶɇĶÅĐÆÂƐˆÁŌÉÉΓ†ÂÁÁŌÅĶÁÅĶĀÅĮĐĀÎÂĘĀÉĖÁĶĐÉÍĖĘ­uÉÉĪĘĖÆĪĶĘÉËĶĮĪĐĖĶĐĶĀĐËÁĮĶÆČŌÉĶĶĮËÆ°ƒMBO7941816.1 N „đ ˜jĈÉ5Á Ē58Ī¸ĮpÄiFŊŒĐ(ôPĘÉcĻg*t†SęÍÆfŌnĒâC'L§ĖœWŽ›Đ<ļF ˇF ĖĶÍĶĐĀÁËËĖĀÉŌÃĀÂÁʊĪĪÍĀÍĀÁÁÃĀÃÆÃÍĶËĶĶÄÃĶÁÅČÁĐÎÍÁÅœÃÁĀÆĮĘÁÍĶĮĪÍÃÃÃĀÍÁĀÆĐ‹Šƒ“†‡‰‡ÂČÍŌĘÉĀÍÎÅĶÅ‹‚‡ŠĀÁÅÅÆĮÁŅĪĶÉČĘĀĀĶĶÂĪĶÍĪĶÍÉŌÆÅĖĀĘÆĘŌÉĪČŌÃĪÅĐĖĀÉĮĮĮÉĀĶÂĘĘĐĐÃÆÉÍÂĀÆËÆÆËÉËĪĶËĘĶÆĘÃÅĐĀĮÅŅÅÆĘĮĘĘÃÍĪËĪĶĀÉĐĘÃĐÁÍaČMCA1602026.1l˜VsŠį‚Sn… æTAÉœBaÄÔĸ‚F8ķ%$pîäRT*fjqÎyNšÄÔd!ÄCŕņŠƒēc .€ąœœŧĐtà õĀ /8 ˆœ§æœL€JÂ(tN41NŽšsžœ'* Ģ0Oy¸!ReWP_011057593.1 ¨‚2gÂpgžtœz NŽiqĻyÜ;äŦ• *ŖLqđ‘d: ’)Žz'Œ0&`ŗ!’18ę´Ŗ gA(%LU&XJdžR%,Šzį”RÂę @xŽĖĻÔ0N=Ą(*˜0j…BQ'A¨ä„h”iƒęŒæT#œ’JI:0”4ÁŲĄŠcB)BDīĶ)Å)G܀îE§Ä3*8O Î …Ô1娀j§N0 Í@‚Ræš2”Š ¸‡Jr%áTQe>¤¤j@xPâ-÷š"ēÛĮĶĐÁÁËĮÁÉÆĶČĮĶÃÆĀÃĶĀÍÆĪĮĘĪĮÅÁÃÁÎÎĀĀĮÉĪĀŌĖĀĐĘĪÁĐËĮĐÉĀÆÁÃĀÁÅÆÃÃÁÉÉĶÆÍĮĶĖĘÉĀËËĀÃÁĀĖÉĀÂĀÁĶÆĀĘÆČÁÁÍĮÉĪĀÍÃĶĶĪƇ€ƒ‡ĶĶʎĮĶÃĶĀĶÃĮĀĀAĀĮĐÎĘĶĶĮĀÃĮĀĘĶɊ€ÁĮĐČÄČĀĀAÃÁÁĶÁĘÃĮÃÁÎĶĀĀÆÁÁ‚Š‡ÆĐĀÍĮĘģ]ÉÆÁÉÆËÍĮĀĶÅĶČÂÂĀÉĀÃÂÉĘĘÅĐĐĀĐÉÃÅĘÃĮËÎÅČËĀĀÉĪÍĪÍÉĀÎÁĀĐÁĖĮĪÃÆĶÃËĪÁÆÁĶÁĐÃĮËĪĀÃĖÉĶÁËĀĖĖÉĮĀËÆĖÉÁÉËÅĪÉÉĪĀÉĖČÆÍĶÃÆĶĪČĘÍÅĶĪĶĶĀÃĪĶ€†€€ĪĀĀĐĶĐÃĀ€‡ÍÆÍÁÆĘĘĪËĮČĀĀ‚‡‡ĘĮĶĘĶÁÁÃĀ€Ž‡’ĖÎĶÆČÉÉĪÍÃĶŧ9 ĘĶÍĪÉÅËĐŌƒĮÆČĘĶĶËÂÃÃÉÁËÉĐĘĘĪĐĐĖĖĘÍĶÅÆĘĀĮÁÎÉËÂĖÎÎČËÉĮÍĘÉÉĀÎĪĶÂĐĪËĀÃĶÆĮĪĀĘÁĖÉËĖĐĀČÁĮĀĶÍÂĘĶĖĮĀËÁĖÅĘÉÆĐĖĶĶĪĘĖĪĀÍÂÃÉĶÃËÃĀČĶĪÍČÉŊ3ĪÉĪËĪÆĮËÆĶĪÅÃÉÂÂĘĐĘĘĐĶĐĶÃĀČĖĘÃÂÅÃÉĐČĶÎĀÆÂŌÂĐĪÍÍĶĀÁÅËĐÎĀĀÆÉĀÎĐÃĀĘÁĖĶÅĘÆÍĀČÉĀĶĶÂËÁĘĘĪĀŌËËĖÅÂĀÅËÍĶÍÆĘĖĪĖÁÂĶÆÃÁÆÉÆËĘÍĮÉÆBÉÁÍГ‰†ĘÃÆÅĶÁĀĪĶÆĮÁÆÂÉŌĶÂÍĀĶÆÎĮËÂĘĘÃÁĶÆ‹'ĪĘĐÉĪĖĮĀŌÅĀĘÃÁÉÃĀÉÅÅĶĀĘĘĐËĪÍĘËÆÁĘÃĮÅÃĪÁÎĀČËÎĘÂĐÍĘĶĀŌÎÁÁÅĀĪËĪÃĀĀĀÁÃĀĘÃĖĶĘĀÃÍĮÎŌÆĖĀÉĶÂÅËĘĘĀĘËËÁĖÅĘČÅĀÁĀÍÉÍÆĖĀĶĖČĀÁÆĶĀĮĐÉÁČĐÁÍÆÉž%ĪÉĘÆËČĮĪĶÁĀĶĐĐÆÉĮĶĪĘĪĐĀÂĖÍÆĪĀËĶĮÁÃĘĐČĶĐÎÂÁĮÉĮËÍÅÅÉĀÎÁÅĪÂËЉĀĐÃÆĖĘÆĶÅĘĪŌĮÆŌÅĀÍÆÎĘĖĮĀËËĀĖÅÍÉÁÅÆÁĀĶĶÃĘĖĪĶĀĖĀĮÆĘËÍĐÆÁČÂĪĀÍÃÉÁBÍÉÆĮÂÄÉÆÂĀ‡‡€Œ“Šƒƒ“ĪÁĀĮĀBÁDĀĮĪÉËĘĀÁĶÁĶ€ĮĪÄĘĀĶÅЄ“ĶĪĶČĘĶĶÆÄÁÃĶÅÉDĘĀÆŌĀĶÆÍÃÂĪĘŌĮÃĶÁĀĶÃĮĶÉĀÉËÃÍĪĖĘĪĐÄÍĘĪĮĀĪÍĮËÎĀĪÂÎÎŅÆÂĐÃÍĪÉĘÃĶĀŌĖĶËÂËËÅČĀĖĀÅÆĀĘÆËĶĀĘĮÍĶÅĪÁÉĀĶÂÆÁĘĮĀĘËĖÅĘËÅÅĪÍÉÍĮĘĪĖĪĶĀÍÂÂÁÆĶÃĪÁĖÁĐÎÍĮĶŋËĪÆËÅÉËĐĶĮĀÃĐČŌĐĘÆÁĪÂĐĘĘĐĐĘĀĐĖÅĖËĀÆŅÍÃĮËÂĐĐÎĶÅÅÂĪŌÅÍÉÂÂĪÍÃÉĀĪÎÁĶĪÁĐÁĪÆÉÆËÂÆÉÆËÅÃÁĪÆĐĖĀĶËÃĪÃĘÉĀÍËÆĘÃÎËÍĀÆÁÂÄĶĶĶĀĐÆÎĪĘÅÍĀĮËĐĀĀČÆÁĶĪÍÎĐĮÉÁÅÂÃĘĐĪĶÍĪÆÉĶĀDĶËLĮĀÍĪĘĐ‹‘€Ž‹€Œ€‹Š€ƒ‡ŽŌÉČĶĪÎĐĖČĶËĶŽ‰†‡ĶÅĶĀĘĪĪĪÉČÍÃĀČĮĪDĶĪĘĮĶČÎʁ€ÆĀĐ’€ÃÉĀÁÄĘŌ"ŠĪËÅÉĘÆËĐĮĘĪĘĶËÃĀĀÉÆÆÉÍĖĘĪĖĶĘÂÁÉÆÁÅĶĘÃĮĶÃÉĀËÉÀ†Š†“ÁËËÉĪÍĖĘÃĐĀĖÆĘĀÉÂĀÆÆÁÆËĀÉÃĀĘÁÅĶĘÂŌĀČĪŌÃÆĖÁĮĀÉÂÃÉĘĖĀÍĀÎĘÉĐÆĖÅÃĶËÅĀËČÅÁÉĶÍÉĪĘÃÁÉĀÉĖÅÂÆĶĶĶÃÆÉĘÂÂÃŌÁĐcEÂĐŌĘËÂÉĐĀÍÆĀĐËÉÉÉËǼ‰†“†ƒÆĘŅĘÃĐÅËÂÉÂÉÅËËÉĮÍÃÍÂĪËÉĪŌĀHĀĐĪËËĀÆÆĘĘĪĖÂĘÂĀËÉŌËÂĀĀÆÉĘĀÍËĖĪÍĘÅÃĶËÉĘÅČÍËĘĪĘĀÉŌËĪČĘÆĪÃË_!ËĀŌĀËĪĐĪĘĘŅÃÁŠÍÁÅÃЁ‹ÉÃÁÃĀŌÁÃÂĀĶÉŌÂÍĘĘÉĶĘŌĪĖÂĘˁĮÆÆÁĀÆËÆĘĘĀĶĮÉĀËÃÅÍÁŌÎÆÉĀĀĮÂÆĘÉĀĐĮÆĮÂĪĀĶĶÃÉĘÁĀČÆÃÁÄĶÉÉÉAĘÉĀĀÅĖÅĶŌĘĖÅÃĶĘÆÆ,‘ĶČÉĀÂĘÉÅŌĮËÃĐĶĘÅÃÂŅÅÉÍÎÅÉĘĮĐĐĀËĀĪAÅĘËŌÆÆĐÍČĘÃÎĐĪÎÎĀËÉČŌĪÂŅ‚Š†‡ƒ‚’’……’‚ËÍËÂÃĐĘÍĀÆDČÍĀÅÆÆÅĘĪÍÆÂÁĪŌĘÂÉÍÍÂÍËÃÅÅĘÉÆĪÆČËĘÅÉËŅĘÅĘÉÉÅŌĐĮĪDÃÂÉÍÀƒ‹ĶÍĘÉĪÂÃÆÅÎÃÄÉAÂÍĀÆÉÅČËA´EHQ6376324.1LšBa,-€Ū)3Ŧq˛=䔘 $8-3įG)4Ā4)Đ0 5ÁCЈՋƄLĻĖPÆ, Ōc)!|sI Ū3gŊŸl+9TYQŠrŌ‚y”pĪ$įZ;F‚ æŠŠ­ĀĨ˜ĪGIR09622.1,5XLb)=ĻdM5Ĩā‘n‚8Ķ)Հj§¨tRėÉ €r"$yƒb(•ŪtĒÍÆÎdĒŦˇ0F)ķHŠ=1Ã; Ļ7Ąš(Āƒ'ÍāœĨžrŠĩŽ|îŠL€Õ))9÷ŌTIŠ7JzāÉR@QFŅž3ož ‡jķ•ÜIDÍĻdRą¨$žT­—\ZkÍ$Ö1ŗÁ$ךmĨœSIĨĻ:/Šs€šÎ< ”R­U”hb˛eæ,‚ácŗĨ¤æ@ĩ§f Gž3Lš5…zįĖ _J ˛ RSę´ĻĖl&%9įt)’bėĖáTl ą’PžĻ sí4 šTáLāš ’ä: š6[*J1•’ŠM:ŖlĘ-•¤ÁlÂ3 ĶÍÍĀĘÉÍÉDĘĘĮĀÉĮĶĀĮÍĘĖĀÍÃĶÂĘÂÅÍÂĘÎŅ…ĀĀÅÎĶĶĀĖĐÆĮĶÃČÉĘÅĘĖĘĀÁÉÎĮĀĀĘĐÉĖĐĪÉĖĘĐÉĀĶĪÂËĀĶĀĪÉĘĖĶÉĮĘĮQĘÎĮĐĐÉĀĘĘĖĪĀĶĶÍÉĶĶĶÄĪÍĖĪĘĀĀĶÁĮĀĶĮĀĪÆÁĘÂĮÎĖĘĮÍĶĀÍĐĘÍĀŅĀĪÉĪĘÍĀÂÁĪĖËĘÃĖĀĪĘÂÍÉÍĐŌĀĘÃĶÉÃÉËĪBÉÃĮ‘†ŒĘÍĶÉÉĶÉĖÍÃŅÉÄĘÉÍĀÉĖ‡‹Œƒ‡‡ÍÉÅËÆĶɊĐĘĘĪĶĖĀĖËĐĶÎĪĐĖĖÃÉĐĘĶĀĪĘÄĖÉÍÃÉĶĘÁÃūĶĖÉÍĪĘĀĘĮĀĪĮÍĀÉÆĖŅÎĀĶÍĖĪÂÉÂÍĘĪÆĘĀÉÍĐĀÉÆÄĮĘÃĖÃĮÅÍĮĐĮĮŌÉÉÍÉĮÉĐĀĮÅÉĀĀÉĶĶÁŌÂĖÁŌĀĶĘĀĪÉĐĘĶĘĶĖĀĘĮÁQĮĖŌÁŅĮĪĘÅĘÉÍĀĮŌĐÍĖĘĮĶÍËČŌĮÉÎÆĀÁĐĖĪĮĀËĘŅĘÄĘÁĮÉÉĪĀĘÍAĖŽ‡‰ƒ€‰ĀĮĀĖĶĶĖÉĀÉČÁĐŅĀĘŅĀĖĮĖÁĘĀĶÍÉÁĶĖÅĶÃĀËŅÆĖĪĮÎÅÉĮÍĘĀĶÂĘÍÍĀÃÍĀÍÉÉĘĖĘĶĀÃËĘÉĘÉĮĶĘĘÄĶĖĖČÉĪ‚Š‹†‡‰ÎÉĪĪÃĖŅÉĖĘĶĐĶÉĶÅĐĶŒ´GMH74815.1L8„€  ŽyŪ˜A1OÅĄx…Ú“Á@Ĩžƒ3ŧÉŌz) )A’QŊĨ”xJĖw ›A¤9$î€įtM)¨”C"ž˛ÜJđ)0§*>õœS:U {ĄuD[IÎā‚Ke=ķā;Bĸ™|á-˜ BōŦt<"( JŽ6iĪ xD1éˆØlāLDž< "ØÖIjŧt^PđŠyŗĨŌ¤™čŦEäPĖœ°„ IŊą†Yy€˜Ķ´•Ö[ōøž̈́¸VRÆ8Tx°W0B=UT*,đĻRŽ)g’RīõRK‰ĩ&áS-ˆ‘žj/M@ƒ(*ĀPH&¤s\“R&—T Ō$7“j‚ĶjjŊu‚˜Ž5Õ‘4ø”RōIUĖš.Ē9QšĘĩ“8@ĒcT{A@ķ&sĻĨĖę9Ī[îĩrg') €RéŠSHzSH3Å „<7R0Š™•ĖQ#g„ JÎ9œXJF§\”Ę 9Ö<ōŊåxoÉRšŽ=9˜ &=`Œ|OŠUp'Œ•”k-e˜8ãÕ ÛuMCC6757021.1,™T3Î$į<¤ đ€ šÆŠĶL„š8jHd0sG€(€Ô).ĖÚ{ œÚČ0ÄJĩã G9`Ļp:äp)CMBN8919778.1,8Â3 ŒyéšÂ&œaĸ AÁځ͓Žbŧs€šķ ÁŠ (Ũ<&Ĩ7Ãi)1  Ĩœ)JšÔqeĒTkđØKņÍĨ”SÎ÷Ōl8•d 8 2a…BLĻyš:¤”† īœÔdjēyP †z0ČÂ10S›/AG¨\;q&]GŠĻšgJĸ€ŦĖZ˜Ā€ŖpmIXԌÎtšší æŗÍ@š ŧ“䌠r>åkSWP_120452154.1Ė<đ\/`äb€ZP¸SʛON°°į€'6Ŗԃgwž‘ĸMƁsēáĀ  ŦaĻ8îŠ9‡HÎXPqĸ1oNiJ6čĀ­ĖRN*`ÔI%3•›¯´sD8ņČqĻR8€<ЍŅhi€:ęÍŠFšJ vœ9B*§pŖ5´LĐÅNrĖ@2Mœ’Q#ƒG…6@%™ŸY¨d0!`’Á%¤ 4ã1gSȅĘĀŠöŽ‰bŒ†˜h6HYFƒ9ŗäa*`N˛3ŸCīÎ/œâmŽ–Š@ŖĖ#PĮ• J˜ ÖT @ĨÔs(9Ĩ;ÆČc rMĩGCg(°Ā æ°LƒĖ1oēá06ŪR#žĨĘæ,T/Ĩ€ Ĩ 4Rās8ašđ€9-•ųbh¨žJ¤g +NšQÜ105/ åŠiΠĀ:,æ\ įmcAÆĮBÅĐÍŌËČÍÍÃÁÅŌEÃÉÃĮĘÆÁÃĶÂĀŌĘÉÍËĀÆĪĪČËŌÂĀĐÂŌČĶÃÃBÍËĮŌÓ€€…†ƒŠƒŽ‘‹‘€ƒ‹Š‹ĘËĐĀÅÍÁÉÉĮÍĶ4KPKI91935.1L¨`LŖ@š&ˆĶĻyĀœęšsĖL  #€j*ŪSËŠx‚ 2ĮԁāĄwāhš9ƒ™ €s”0c(@ŅÁ!a°c0䝅€b*2<ŅAs¤ §ĘD)Œ9MPā˜•‚/Cp•: PHįgÂs (&8@Íf0ÂE˜ĀqĮ¸HĒ7Xčs&›l7„¨Õ8īđ@š@Ĩ@(hĀ˜(đ€rjLuÎ)n–‚;ī$č\ÅEGQ7676658.1ŦŒ)^hhŊ9%Lķ$Ļ’K Ā–äKī…xLʍĶ`QĻĨ.4U@;ᩖŽz@õæTS9ÚœMĘæ–K1‘TRĘ50›ķŊy”*J‚ņLz*čbRķ@Ņ`Ę5&HOŧf@ ÅHŠ„ 4ĨRRN¨ĩŽbāŠĻ^{MŠcÚl@$5 Ō@U’TR°Pā;¨ÁÔdP6ÕRS F^h/œšéđxrWP_118359022.1,¨ĩÔSJ•šo> Ü„sŪ09™3€ZÉŧ7†zg0ÛF„$ž‚ã,đ&PkHp YeŪ{īŊ÷^Ū˜sŠ!œ”Ë8āĖZ\yîXîŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{áŗ ‘Ūã˜Uš„ ÂŽ˜MĒ™ÆYÁ !ĻlJœ ÍŠĖâ<öXrŘGfΚâ&Yb(qČ:Ë, 4ëŪ{īŊkxŪ<0Š–JyN:RΕfpĢ`ÆĻ™1Ž<æ´á†ōg¤zfŒ6Æoę¯ßyTDB49724.1LÂôĘ|Æ(‘@P)Í2/%čFxN”„`  ĸZmĻĨ–‹9õV EŖÚ2Į, Ę(eBęĨbŠ*PĨa ĸ•”k1VëP“ƒWP_255329483.1ėÁ§^ lÆ6€“Îœ*Ąáhā×Ü/=frSŠđŌ1ígXkĒ=Ք%¤Pp§SālŦ Ôt ´U“Gĩ Ōc–#+RŖ^Q Æ ZSęŦW$b¨)UéŠ&ŨdA¤cęLĨ€ę&(§)ųŌHĀŠ†T3(¸R;ry (ųT\ã$ŽAĨPRMĨ€T*×Úq@1x@s3€‡l5ŜRŠÖØyE‚Ÿ ņ%‚„íLŠr`ĻĄÚH`ĻōŽzåÍįSSŠĐŪĘ) Ž@ĨĻC D˜Ž:ē‚!“–šBė¯įWP_149493237.1 &T€ ĩķ\¤“’bīĨ á! Š xĐ(Īt š“+AŠ^2ΕĔG#T)đöŌxMŧ4•‚ĮL L ˜ų֜į17f(S Ŗā<ā­#_#|K1° `œšĀ+)€ …8sĘÄN`ĐÁRRi$ œgBŖĻRÎ9F8sŠ#ÆHL  Ãs @ržķ&Āôt)MhÆynBãŪ{NĻĄdídgiMBR1803321.1ÅMgpī %PÂ7N˜§ÍW&đÁ“ÄáHŠŽ+L咐fN¨€QĒŦ3ā:Aš‡jš7•@F˜Q”Jd !Lf`„œā°9$ō 9Ėq*ĻĢš ß`,Ŧ§„˜ëE˜Â™ĻĻyO™ŗŽ˜Čá„jÉŊ×ĀeŊ2á1Pļ6Ą[ŽÂ\¤8ŽXM'\đŒzįĩ3Ey’­bĻQæ väcĖ´Ļ0ā€ Ā‘D§ +e”’UT3 ãf6x"ˆŠef˜ĘRQBsÉ$0@iTMÁã P‚pÎQ`‚§Ú&4 1  SNM÷P)™LPâL0꧞ƒĀÁķÂqS8×tĘš{īŊ÷Ū{īŊ÷Ū{s ˜–šOŖĘ ĐC‚āŊâÂīŊā)W\įā– ī8uda,ŗŌTF)’BĻœ•%ł:`€9Ū¨I“@į8〙PÁŒ‚(`ÎōŠ™ĀʘtP…”Üp*´fĻ˜šT8* 8ĻpÆŨgī<MBR3040588.1,AĄĸ”ŽIĻ0lÉ4×rĀ,V“āĖĻÔB&´#“jų–IrŗÖJŠĨ„ƒmŽĩLËĨĀ8i€ĩRiĒ‡rĨsÔÍ °Ôœo–‘e­Ĩ‚PŠ™Å”3Ŗ™&Z3ŦfʛŽšÂ“ŅŒšÂSđ´ĄZįŠĻ”Sã NaGŠ´ 0g­‘”`Ī3M0‰aO9Ô,bČÅ$(ĨTpœÃL’í!ã’Yk*đĸņYMnÅĘĶĐČÁĀŌÅÎÆÅÃÆŌĐĖĘĐƂ‡€ĘĶÁĀÅÅ%?WP_122709004.1,Œ$˘pŦ4!PŖœ \LËÅ÷Ūy@΃Š“.  Nž“„rJE`@På4XFˆ 6QĀZā”Â:=¨ĀTr9f‚1šwŠ›jtŠ[ v’ 5ÕD2šŖ Sb@Ĩ œî ׊#”RīŌDÁa@“ČĨ0T*ĘÁJCÃŧ#%€@!Ŗ Šđ ‚*Áœ •#ŽįŽÍ•€a€Ļā¤uŒ Č™Æ‹ę)ĩĀX¤Ā;„ž‘S eJQĢ°ÉÆx$1Îōž^(WP_198140600.1ė=ĐF `@ÂXÃ՚›GĀ€,%˜ķÖusPKO72095.1,((Œxë´§JęÍ&ÜÁ)uÔHīŊ7›FĀ:O†d‚É@åÂsŽ#j€ ˜+€¸;đÁ%'`@9ĀLp­”Ļ§Œ2­Lķ E&׀f 5Z™ķ8āŪsÆL3Uā…eÖ4#L0ā¨āÔdcš'(4ŖĻyĨ9sN& æHˆÉĄI1Š›S@;įËH3yØ+ÆÁ đåŒhæ Ĩ‚kj<”™/UZkđÁŌD™ĨŠĀ9ĖäÎLh,éÁ9p Ô+!ˇ„p÷”š€TmôOųTHH04310.1 Œ¤AAÕ^{JÍ9áāÍ' <ĒP`SFĻ1É2ŧ•OLŲœzÂH†(‚÷,éōĻq3æ™I•¤Žēæ:į …;í=hÎ,é1š0sĘŪ{pštĀQ)Ž1% Œ)&œāœ0ßI'Ķ :įČՀŗ€fÔTN8!đ&ÜP­iB´3'\ *%(ÆĖxNKS3–`‚ M!āp ””ĻQ*s”;N‘šĮâĘImĨ@2@=8Ōƒá5õTRī9 G‚ķ%htOŠ1ÂĪĶĀ¤Ū;ŗĨ'G2Ž)÷Rƒčŧņ€tîXŽRN‰$ˆ 8ƐM ByĀT ˜SÆ%`Ļ_’!É3ÄA-(r¸!&; œWrõā ėOQY98020.1(t @Ĩ"؄gžr¤ K™$<ō0ßYP %æ‘š´ÔHŽœ´&˜fž×:°LīĀą L§4^ZįŒ“ëŦ3ƒĮ”´Âg8öŒ<MWP_254406115.1 §^€āĀîxœ`ĒŠæT¨äĻ:î9 ĐĮ܁į$ T€S5ԛnŖÚAđ”Ā\xņ9 Ā§MđÔQāÍ ājēņiĖs”40ŒŗPĘLšā(ā ÁUft€™&0@€„F>§ÔyGA5‘‚<į9ĘI T!ÄpĮĨŽ’ LĻRLā™ä=sāĀ¤FQp@ O˜J5“šāLPÔ § ĪĖS9'˜ī(rĶĨ÷=5čMCU1437293.1ĖÄ€Ō$ĘT%œ @’*Ļ 4”:&ĨÜtA)‚[@U 1Č7žRaNpāāŠÔTgēŽsF9@S EĨ¤ziŠy lō´ TJpšš ŠķĐ+Ā9§R ͨf Ę´ŽJ‹…3Œa(””XsÂÍ@Jšå&ZĘĖtš ¨9]SĒ)W\0æL –՜īˆĸ Á4hĖ3PLåĻC2€SÎĄ¨`‚ Ė§ÔTSŊXBÍPQL€×DˆHMåíŧ  ŌĖ9ÍyĀ˜ā 1'#U gšgæ Ė…Ō€“H5ĸbą)§Î#Ä6ASh)ĨĀĒ TÃĩq€s!Ē‚jA†aXfĪˆqãf€s7ƒ2Ŗ\ Ķ¸s‚øÚ yUJR03683.1lĨ¤š*A 1J"Y ™á@8•ZƑ÷”æˆwīŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊhĘrīŊo>ˇTKĄ3‹QōšÔTš¤ŲT¤Aĩ‚ų—úŋÍī–WP_050580425.1ĖMõfPę8ÅŌ ã7rđ…ĨP HpČÍ^PÄ(Įtb¸pŒ ‘¨ˇT8@ æ@a>X΀¨ĄÆ jŽŠĖ|PN:Pi‚ SŖ8ŖŠq”Q&<‡šxQ%PB킘Ę5ÁSČ7 HŠã4 ¸6 9HĨžPā„cæĀ¤&¨ž1j4āT ÂåøT€€¨ÕsjČî¸iÜCā)0™kĶ˜w į(0Nƒh¤ƒK…ŅÚL œ7PĀ‘€3œ”˜CNœášw‚JķMŖ’™áf6‚#ĩ7Õ鈗æ{é“ œ&ˆ˜ZĀŊ§ˆHŽŠˆÉĐ`F˜j  Š6€GŊQ,´âaķ€ÍŖ€3f”“ĻzeÎŒÂʔ`”ŲÖč1gä*ŦĪt pŌ9SŠ5â(á…–IĨ UĀŠb)pĀš´ŌPîŧw”›ĨŠ!4ŽĄ„™¯ŦÉĀRŧŗšliˆĄ–Ë՜#Œ•T‡ÁRÆ<¨€:įČ)d{ œđäšÉ•ŠĘA 7†RŖĄ g°äĀƒ  á›Ķ™7jĨ(ņLīLpæ+ĮU ¨e&pđȆ|§ŧPæĶæJ50SšM@iæĩ0\šIÍ7ĒSK-žö^IÂ2šPąŖŌ[č$•Ļi@Ö:jŦ@2€c‚ .)!lļ3•S3wĀāØQ35xÔKĒU›Ķ&gKī4ÁfŽUX ˙vÉĖĀĶËĐÍÉÂĘĘĐÍÉĶĀÍĐĖĘÁÆÃÉÆĐÎÂĶÃĐĪĀĶÆĀËĶÂÁĪĮÉÆËĪÉÂÁÁÂÉÆÍÂĶÃÁÉÃĀĀÂÃĶÁÆÁĪÁĀĘÃÁÆĶÁÎÆĶĪËĪĪÃÃÆÂĀÉĀŅÍĶĘÂĐĪĖÃĘÅĘĪŌĀÅŌĶĶÃÁĀĶĶĪÁĶÅĮÆÁŌĖËÉÁÅĀÁÉĪĪÉÆĐĶÁÁÆĶÆĘÎĀÆÉÆĪĘÃÁÃÍĀĶÁÉĀÁĪŌĐÅÁÃÂÆĶÁĮ†ŌĘĮÆĶÂÆĀÅÃÆÆĪĐÍÁĮÂËÂĖÉĮĘĶËÅĀËĐÃĶÃÂÆĘĶĀÉËÁÂÆĐËÉÆÃĪĪÉÁÆŌÁĀÉĖĮĘĶĘÉÍÉÂÉĐĀĶĐĶĶĀĀĖÍĘĀĖĶĖĘÉČÁÉÆÅÆÎÁĘĘĀĀÍÁĮĶÍĀÉĐĘĶĪÍĘÉĖÃÁÉĘĀĶĪĀĀÉÍĪÉĐĀĘĪËĶĘÅÆAÁĪËŅĖÂČÅĮĘÆÅČÅÂĪÁÂÉÅĪÁŌĮĘÄĘĘĘĪĖĀĀĪŌĮĘÅÉÎĐËÁĐÍÍĘĖĖĪÎÆĮĪŌÆÂÂĀĀÂĖĀÉÆÅBĘAĶÆÂÂÆĪÁĘÉÁĶΑ‡‚ĖĀɓ‡ŒÎÆËĐŅÅĶĖĪÆÉĪĮĖÅÅĶĐÃĶÁĀÍÉĖÁÁĮÉĮĮ‡ĪÁÉÆĶĘÅĮÂÃAŌÅÆĀĀŅÁÃÁÉÍÆÁĀÁĪÂÎĮĘĶÁĘČŌÆĐÍÍĘÉĪÉËĘĀÃĶĪĐÃÉÁĐÆĐĖÅÁÁĐĐÉÃÁÆÆÃĘËĮĐËĀÃÍĐĐĪĶÂÂĶŌĶĪĪÁĐÅĘĘÃĪĘÉĐËÆÆĀĐĀĀÁĘÁŌÂÁĖÁĀÉBÂĘĀÆŌĐÆÅĀĘÍÂĐĪÆÆ…‰ƒ‡ĀÉËÆÅĘŌÆĮĀĪĀĖĐŌĶÍÉĘĘĐĶĐĶĶČÍĖĘĐĮÉĖĘĮĘŌÍĪÂÂĪÉÉĖÉĪĀÂÃĀÍÆČÉĐĐÅÉĪĘĐĐĖĪĀÉĐÎÆĪĖĶÉĶĶĀĶĘĀÉĘÉĐĀĪÉʀ‹ÎÆĐAĘĮĐĪŅĶËÂĐĶĀĘŌÉĮĘÉĀÉÉĀĶĖÁĖĖŌÉÆĪÎĘĀĶĖĀÎĪĐĐÆÆĐŌĪËÉÅÁĘĐĶĘÆÃĶÁÍÉÁÅÅÃĖĘĶĶÅÍĀŅĮÆĖÅËĪĶÅĀĶÅĪÉĖËĪĀÆĮÃÉĘÃĮ‚’‘“ŠŠ‰ƒŽŠÂÁĘĀʁÆĮŅÉÁĘÁÆÍĀDĐĘĶHÁÂÅĘÆÃĪĶŌÍĮŌËÁÅÅĶÉĶÁÅĘŌĘĪÉĘÅÁÃÉÃÁÉĪËĮĀĶĘĐËĮÃÁÆÉĘĶÁĐÂÆÅĀÉÎÅĐĶĘÃŌÎÉÍČÅĮÃÁŌĶÁÂËÃĐČÆËÁĪĮŌÁŌÂÆĀĀĘĀÂÉÅËÃĪĪĪÎËÉĀÆÉÅÁĀĪŌAĪÍĐÆĀÂĪČĶĮÉÉĀÅÂĐĶÂÆĘĀĶĘĖĀĮĘĘÉÆÃĐĀĶĘÉĐĪĘĪĘĘÎÍĶÎĖÅĖĘĪĪÉĮĘĪÁĘĪĶĖĶÆËĘÅĐÁÅĀĀÆĮÆĶÍĘĀĪĀĖĐĀĘĀĘĐĘĪĘĖĶĮÉĶŅÎÉŌĀĘÉĪĘÉĐĐĘĘĀŌĘĀÂÁÆÁÁBĐŅĘÅĘĘĐÎÂÅÍБŠ†ÁŌĀĘËĘĀĘĀÂÁĐÉĮÉĀĀ͉’Š‡ÄĘŌÎÍÉĮÅĖĖĘĮĪÅÍĖĀÉÆĀÆĮĐĪÍĪËĐÃÅÉÆËÍĀÅÉĘĘËÅĶĶ†“‡ÆÂÂĪŌÍĪ’Ė‚‰‰“ĐËÅÃÉŅĶÉÃĐĶËĐƀÅĐĐÉÎÉÁÁÉĖÅĖĮĶӌĀĐĀĀAĀĶŌĮÃÃĘÃĶČÁĘĀÂÅĘÅÉĀÆËĐÎĮÉĖÎČĪĪĪĀĖĪÅÆŌËËÉÁÁĀÅÆĘĪĶÃÆĀÆÅĀÁŌÅĐŁŌÂĘΊĘÂĪÉĘĶÁŌÃÅĮĶÅÂĀĐŌĘĐÃÅÅĘĪĶĐĘÆĪÁÅĮÂĘÉÆĶÂĮÁÁĶĶŌĶÂÍŌÁÅČĮÎĀĪĖÃʏŒ€“€ĀĮĀÆĘÃÍÎĮĘĪĖÃĖĐÃĖĶÍĀÁĘĘËĮĶĶĪĘĘĘÉŌĖÉĮÉÅÍĐĖĖĘÉƏ‡“ĮĘĘĘĀĮÅÂĐĶĪCĘÉÉÉĪĶÃĶĀĮĀÉÃĘÉĘĐĖÅÅŌÎÁÃĶÁĮÎÉËĘÉĶĘÉĪĘĶÎĘĶĮĀÍÍÎÃĐĖÃĀŌĪÎÉĀĐĐĘĮĀĘÉÉĶAŅÉĶÁĀĘŌĐÍĶĘĀÍÉĀÎĘĀĘÁĐĐÃÉÍÂÉÃÉÎĶĪĶŅĪÂÍĪÆÃĖËÁĪÂŌÁĀʐĪÃĶÃÃÆČÉÆÅĘĶĶËĶÍÍČÎĮĀÉÉĀÅĀĀĪÂĀĀĪÉĘÁÉÎĮĐĘÎÂÉÉĐŌÂĀĪĶÎÉĘÅĘĘĪĀÆÅÅĘŌĘĮÂĪÍÁĐÅĀĐĶÅĀĀĶÎĘÎÍĮËÉÁÅÉĶĶÃĐÁĀĘÅËĘĀÎÉĶÂÉÂĀÅĘÉĘÎĮĐĀÉĮČÆŌÂĶÅĖÂĮĪĐÅĐĀĀĘÂÃÎĐÉĮÂĶŌĶÁĶČÁÃŌĀÎÅĐÂÉÁĶÃËĀĀĘĘĐĶÆËĐĮĪĪĐĐÉÉÃÅËĀĖĘËÉĀĀĮÂĐÁÉĀÎĘÃÅĪĶĶËĀĀĶÅĮĶÁÆĀĘÉĀÄĘĐĀĘĖĘŅĐÉĀĐÉĀĶĘĐĪĘĘĀĘĪĶÅĐÉĖĮĮĀĶÉĘĐĶĀÉÉĐČĘÆĘAĀĘÃÆĀЇĮÉĀĶĐÍĶĪĘĪÉÄÉÍĖÍĘĘĐĶĀÁŌĶÎĘÆĀĶÉÍĀĖÉĀŌÍÍĪÁĶĐĘĀĖĀĘĖÁĀËĮĪĮŽŽ‡€€‰ĀÁÅĀĀÍÆČÁĀĘÁÁĀĘĪĀĀÉĀÁÁÁÁÍĀBĀĀÍĘĀÉĀĪ‡ĘŌĀÍĀĮÅÃÍÍĪĶĐÆÉÁĘČĘAÁĮÁ‰ÆÆĐĀÁĘĐÆÆĐËÉÁĶÉÎĀÂʀ‡“Šƒ‚‰‡ĶÎĶĪÉÂĘŌÃĪĪÃÎÉĮĐÆĀĶĘĶAĐĘÎÃČĀĪĐĀŌĶĀÁÂĶĘĀÅ·“ĀÍĀƒ‰“…‰ŠÂÍĀÎÉÃÅÉĶĮÂËĘÃÅÁ€ĀÂĀĘĘĐÁBĶÁĮĘĶĀÁÉÅŎ‡ÆĀÉÂĶÂĐĀÉÅĀĘÃÁĀÂĘÉĪĪĪՐŽÍŅĘÃ΁‚ĶÎĘĶĐÎ’ĪÅĪĘĀÂĶÎĘÎĀĮĀÁĪÎÅĐǎ€€‡€Ž€…‚ŠŠ‡€Š‡ÍĪÁĀÅÅĀĶĪČŌĶÅÎĶÃɍĪĶŁƒĘĮĐAĀÃĶĐĘĶAĀÁĀÅĘÎĀÉĶĘÁĶÅĀĖČÆĪÍĀĘĘĮĀĘÉĪĘŌĘĖĶĶÂÅŅĘĘĶĮĮĘĀĪĀÉĀŅĖĘĶĐÁĐĐĘĪĶÎĀĘĐĐÉĘÄÉÉĀĐĀÂĪĶÂĀÁÆĘĀĀĀÎÎŅÅĀĘÃĮÍÂÍĶĶĀĘĘÉĖĖĀĘĮĘÃĮÆÅÂĀÎĘÁĀĶÉĮĀÍĶĪĘÍĶĘÍĮĶŋÃÉĪÁÅÂÂÉÁĶŅĘĐÉĘĮÉĮÉÍĀĘÂÉĮÁĘÆÃĀÍĐÉËĐĀĶĶÉČÎĪÅÆÆÆĶĘÂĀĘÅĘÎŌĘÂĶÉĪĘÅĶÂÉĀĪČČĪĪ†ŠŽÅÉŅÃĘÁÁÁĮÃĀĀÁÍÎĮĶĀĪÍĶÂÃÃÍÃĶEÍÍÍĀÉĪĮÃĪÍĐÂÎÆĶŌ€†…ĘÁÁÆĶĘĶÎĮËĶĀĮÉÎÅÅÉÂÉÃÉĪĘĀÁÉĘÂÅĘĀĀÉĪÁĘĶĶĪÂĀÆÉĪĮĪÆĪÉÁČÎĐĮÆÍĀÂĘÃĘĮÃĘÉĪÎȇĪĐĀĐÁĘÁĘĪÆĐÎĀĪÉŌČĀ‚ÁÅĀĐĖĶĪÍÉĮĶĶÉÃĮÁĀĘÆĪËĘÆÅĖĪĀËĀÉĪÉÃĘÍÅĀĀÆĶĀČĶÂĮÍĐÂÍĘĖĀĶĮĘĘÉĖĶAĪĮÉÉĀĘĪĘĀÂĶĘĘĘÉŌĘŅÉÆĘÅÁÉĪĮÉÉĘĪĖĘÂĶÉĮĘÉĀÁÅÅĪĐĘĘĐĀÉÂŌĶÉÁĪĀĘĘĮĀÉĀĘĀÍĀĘĪÅÃĪÆŌÄËĪĘÍÅĶĘÉĘĖĘŅÍĪÉĐĶĘÉËŅŅĘÍËÂĪÅÎĶĀÅĀÂĀÂÎŌĮĮÁÍŌÁĘÅÅĀÅĀĘĘÁËĐĘĐĘĐÉĖĀĀĘĀĀĀÉŅĮĮĪĶÁÅÂÍÍĪĪÂĐÎÍÍĶÃʑŠŽŌĐÃÉĐÆËCĐĪÃÉÆĐĐÉÂĮÅĮĶEĶĐĀĶĮÅĪĖÁÍÉĐŌĪĮÅŌÂŌĀ…‰ŒĶÁĖÃÁÂÉĀĐÅȓƒÁŌÉÁÂŌÅĶ‚€‹“Œ‡ŽĪÃĀÉÆÉËĮÎÃÎÃÁĘÁĘ€ĪÅĮÃÉĘĪÃÎĀĐÃĶÁÂÃŅÅÁĪĶÉÁŌĪĐĀĘĮÆDĶÃËÉÃÂÆĖÂÍĪĪÁĀĮĘŌÁÆĮĀÃĘĘÎĶĶÁÎÎĀĀÆÅÃĀÂČÂÂĶĘĶŅĪÅĪÁÅŒĘÂĶĶ‡ĘÆŅÆBÃÎĘÉĘÁÁÃÁĪÁĶĘĶÅЃŽƒŽĘĪÂÅĐĪÃÉĪÁĶËÎÅÉÃĀÉŠČÉÆŅĮÃĀÆÂĪĪÆĀÅÅĘÍĐÎĘĮŌĘĶĖĶÉĐĶĘĖĪĘËÂĀĶĀŅĘĐÉĶ·ĘĘĐÉÎAÍĮÍĖĀĘÉĘĪĪĖĘÉÁÂĶĘÆÉÆAÅÅÆËĮÅÅÆÉŌĐĪĘĀÍĐĐĘĘĀĘĘÃEĶÍÍÅĪĀĶĖÍĮÍĀÉĘĘĘĶÉģ ÂÁĶĘĘĘĐĀĶĘŅÉĶĶËÂÉĘÃĀÉÃĘĪÃĶÅÉËĪÎÅĪÎĶÆÃÅĶŌĀĀĖĘĪĶÎËĀĶÂĶÁĮŌÍÍÃŌĶŌĶÉÍÃÃÃĐÉŌŅÁĪÁĶĘÆŌĘĪÅĪĪÁÆĪÆĘĮÎÃĀBĶĮŅĶÆŌĀĘÉĪĮÅČÃÉĀÆĘĐĪʅ‚‘ÍĘŌÆÅĐĶČĪÆĶĀĐÉĮĖĶËÅŌÅĶĶĶÂÎÂĪĘÁŌÂÉÎĘĪĖËĪÉÅÂĮÅBÆĀĮĶÉÆĖĀÆĀÆŌĖĶÁЇ’ÉĪĮÉÃÃĘÂÉÎÉÁĶƒÉÎĘĪĶÅÉÁÎĖÁÁĮÉĀÆĘÂÆĮÆAĶĀĀÉĶĖÁ‡ÆĀĪĐÉĮËĀËĘÆĐĪĪĪÃĶÆÉĶĐĐÁĪĐĘÁĀĶĐĘÂĘËÉÆÍÉĶĀĘÉÄĀĶÍČĘĪĪĶĶÉĘĪĘĶĮÉĘÍĀÉÁČŌĶÂĀÉĖĪĮĮÉĀÉĀĖĀĶĖÉČËËÍAĀĶÂÃÆІ‘‚“ĀËĪÄÆĶĀÍÍĪĘĖÉĐʏÍĘÍĐĘÆĀÅÆÁĀÎĘËĐÍĀĖĮĀĀÍĘĪÉĶĶĘĖĮŌÉÁ‡‚“ŠČËÂÎEĶÂĶĘĘĐĘCÁÎÉÂĀĶĖĀÎĪËĐĘĘÉĀĮĘĶĮŌĀÎĶĪËĘĮÍĖÃĘÆÃĘŌĖÎĪĐÍĪÉĪÉĮËĀÅÍĘÅĪÃÉÉÁČĶĪĶĮËĖÁĀÂĪĀĐÃÎĀÎĘĐĖĶÆĐĐÉÅÍËÎËĪŅÁÆĮĖĐÉÆBÉËÃÆĘÃÅÅĘÁĮÉĪÂÉŅĶĖÉ˂‰ƒĖĀĮÉËĐÎĶĮÉAËĀĮĪÃĘÂĶÉÉDÉÆĐĶÂĘÎÃĀĪŌĪÆÁĶĪ‡’‰‰‰ƒ‰‚’€€€ŌĘÂÉÉÅĶĶĪĶĶËĮĐĪĶÆĮĘÆÁÎÉĪÉÁŌÎÁÃĶÃĪÍËËÉËĘÎĘĶĶĀĐĘÆĶÃÁÉÆÆĮĀĖÉːÆÂĀÁĮŅÉŌÉÃÉËĪÃɏ’“†ËĀĘÉÆÅÆÉBĘĀÉĀŅŌÆŌĖÅÁĀÉËËĘĐĘĶÎĀĐÉĀĶÉÉĘŌĘÂÁÂĘĐÆĶĀÉĮĐĘĖĪĐĮÉŅĖĘŌĘĘÃŌÂĘĪĶĀĶĮÍÉĀĀĶĪÉÆÉĶĖĘĶŌĘĀŅĀĘˆ†“‹†……†ŠŒĘËÆĶĘĪĮĘËÉĶĶĖĶĶĘĖÉĖĘĮÃĐĪÆĶĖËÁÉĀĀÎĖĶĮĖĘĪĐĘĪĘĖĘĶͧÚâĮĪÂĪÉÉĶÍĐÂĪÁŌËÂÉĪÃɀÆÉĶŌĐĐÎĀÃĶËĶÃĘÆÁÁÍÆÎĪĪĘÁĶĮÃÆËĀĖĶĘĐĶÃĖÅĮÂĶĀÍĮËÆÆËÉÆŌÉËÃÍÎÃÉČĖĐÉĶÂÅÎĀĶĮÆČÍĖĶÆÍĀĖÉĮĪĶĘĶĖĘÎĶAĶĀĮĶĀĪĀĀÉÉÉĮĘÅÉĶĘÆĘČÅĶĀÉÉĶĘĖÂĶÃŌÉÆËĘÃÉĐŅĐĀĀŅÅÅÅĪĘÍĐĀĖĀÉÍĀÍĀĘĀŠĖÃÉĀËÃÍĖÍĪĘÎÉĶÉĀĘÉĐĖĘÍĐŌĐŌĶÉDËĘËČËĶĪÎÎËÂĖĘÃČÅĐĶ͇“‡ĘĀÍË‹Œ‰‡ĪÉĶĀĘÍĀĐ˃Ž†ŽŠ†ÂÅÂÆĶ‘ŒŽ‚‡ĐĪÆËĐĀËĶËÆÆËÉĘËËÃÂÁĶĶÉĐĪÍĶ‡ŒĪĪÎÁČĐĪŌĀÎÆĪÎËŌĀÅĶÍÉĐÉĪÂÃĀĪÂÆĖĶÆŌFĘĮËĘËÂÍÉÎÃĮŌÉCÅĘĪGÆĪÉÃÉÁĶĶĪÃÂÆAÃÅÁËĀĘÆËËÉÆÂĐÎĮĐÂÂĶÁĘĮĪÆŌŌĖĮĶËÂÃĶĀÂÁÉÂĀÉĐĐĮËŌĪĪĐĘŅÆĮÃËÎĶÃÉÍĘÁŌÃĪÉĪËÃĖÂĀÆÂĘÅĪŌÍĮËĘËÆĶŠ…Ž†‘ĐĮĶÉĘÁÁÂĮÉËŌĐĪĶĀÆÅĘDÎËÎĪËÉËÆĀÅÎËÉÆĀĘŠĶĐĐÉÅĮÃĀÆĪĐĘÆÂĐÎĖĖĘĪĪĶĪĘĘÉĐĘÍËÂĘĮËĀĘÉÄĐÍĘĪÍÍĮĘÉĐĮÂÎĘĮĖĐĮÍĖÉÉĪÉÉĶĶÁÂÉĘÃŌÃƉÆČŌËČËĀĖĀËÁĖÍĘĪĀĀĶĶĖÉĘGËĪΑ€ŽŠĪĘĀÍÉÍĪĖÉÉĶgĀĀÉŌĘĘĘĀĘĀĀĶÉÍÆĮĘÁĖĀĪÉÍĪĶĐÍÎĘËĶÉĀÃĶĮÆÆÎĀČĖÎĐĶÁÆĀĘÁĶÎĶÅĘĶÁÉĐĪÁĪĀÆĘÅÍĮŅĮĐĖÅĀÅÁĶÆĀÆĐÅÁÁÎÃÎĐËCÉÃŅĖÂÎĀĶÍÎÉÅŌĀŠÁĐÅĀÆĘÁÆĘĀÃÍËĘĀÍÁÎĪÅĶÍĶÉĮÂÁÆÍÆĶÅÁĀĀĘÃÁČĘĶĪÅËÃÅĶĘĪĀÍĐÆĪÂČÆĘŌĘĐĘĶÂĮÁĶÃĮĘÃĀĘÆÁĶĪÎĶÎĮÉÎĀĐĮÆĘĮËËĶĀÃĶĪŌÉÁĐĐĀÃĀČÎĀĘĶÂÉÁÅĪĐĶÅÉÁĀÉÃÆĘÅĪÅÎĘËĶÁŅĐĐÍÅĀÁŌĶĪÃĶĮÁÃĀÉĘÉĮĶĀĘĀĀĘĘĘÉÁĘĐĶĀĶĶĀÄĶ‰“€Š‡ĘĶFÅĐĖĀĮÉĀĀĘÉĀĶÉÉČAÁÁĘĪÎÃÎĀÆĪĮĘÉĘÎĀĘĀĮĪĪĘĪĐĶÉÍĘÍĀĘĘĐĶĶÍËÎĘĘĖÉĐĘÍÄĘÍĀĶĶĪĶĪĘĘĮÆĮČĀČĮ€ˆ‚€€‡ŽÁÉĀĀĘĀĘŅÁŅĪ‡ÁĀĀĀĐĶÁÍÍĶÁČĮĘĀĀĶĶĶĘÍĀĮĪÍĘŌÁĪÉĮĐÃÍĘĪĖÆĪÉÉĘÃŌ‘ŽÎĐĪĘĐÃĐĘÆÆCÉĀĘÃĶĀĀŌĪÁÁ€…Š‡ĘĐÆÎÁÃŌĶÉÁÎĘĮAÎĶÃÃĶÉĪÁĐÁ'ÉÉĘɏ‡‘ÉŌÍĘÅÁÆĪÂÆĶËÉĐĀÉĶĀĀÎĶĪÎĪÃÉÆÆĘĶËËÉĐÃĪĮĶĪÂËÉĐĐĀĪÍĶĶĶÆÍÃĀÅÂĶÃÃĪĶÁËĘÁÃËĘÎĐÉÁËÃÉÃËÆ“†ÉĪĘÃÃÎÉĶÍĘĶĮÎŌÃĮÍÁŌĮFÆËÅÃÆÆËÎÉÁÆĶÂĪĮÃÅĪÆÍĀĶÃŌÎÅĘĐĘŌÂĪÃÅĀÂÅÉĪĀĐÁĀÉÎĀÂÍÆĪÆÍĪŌĶÁĪÃĮÁÍŌÃĀËĐĘĮÃÉÎÉĘČЀÅĮŌËĶÅÆËĀÉÆËĐÉŌĪÁ‰‚‡…€ÎÅÂĀĐĘÅĶËÁĐĮĮĐËĐĶÃĪĀÅĐËÉĪÆĖĘËĐÍÅÉŌĪÃĐĶÂÅĀÃÁËËÃÍÃÅĘĐČÃÍĘĘĐÉĘĶĮÉĘÍÉĶĘËÆÍAĶĀĮÉĶÍÍĶĮÅĀĐĐĘÍĪÉÍĘĪĘĘĶĪĀĐËÅŌĐ’ĐÆĀĶĘĶĘČÃÍËĶĶĘĶĪĐĘĀĐĶŅĀÍĘĘĘĖĀĪÉÉÅÍÉËĪÉÎÉĶĪĶĐĘÉĀĘĘÉĖÉÂČÎĘĀÛÃWP_192880951.1l9•Ōx/BšrÚ`ÖÁšÂ'$…-UĀ‚%!ŽŖɃ‚č)3AIį=5AQĢ)›yę¨DKUVQË)åž*™§Hh¤ƒœkc PB2L9§™#@-$—2NB#ĀaBÁ RgÎ%PjLđ\‘Ā(Ņ^i¸ĐfHhÄäÎ:Š…1ÔbMDĨŒPĪˆ j¤´ĩfXÂ=ķ‚Ą­§y‰ÆH@ž‰†2¤ ĪœÂĄ čĩJrDUŒHãĨW‚jo,ÔLX¤Ô­%(fˆKA Ú0NŠ 0ę93ęĖļV›qș‚˜–Œ\§Ļ a­¤fŪp&(傀@„pƄĩBJdČ{  Â”Ĩ( >  )ÅÃÉÄËÁËČĶÍĘĪÎĪČĐĀÁĐÉĀÁĀÁÂ[ĐĀÉĀĘĘĐĀÁÆĘŌĪBĐČŌĪĶĶÄÁĶÉËBĀĮËĘČÆĶÃÉĖÂČĐËĮÆŅÎČĐÆĮËÉĶÁÃÁĀŌÉÂČÃÃĀAĀĶĪÆɉŽŠ†‰†“Š‡‹ÆÁÉĐĶËĪĶĐÆËÃÃĶËĖÃÃÁĐĀĀŌTsXP_052609093.1ė<‚RJÅC˜õΈˆY€Ø ¨– `p ` ÍPä<ĖæQ°47ĪÃT,Ėƒ á|ā”yRN¨ ÔI0@5•§„ä€đ0õ†09Õ\aŽ4á9āĪ`ž3“hS5$5Ÿ™!Č"8!HdgƘ2‚Ē!4ŅT@” $s†sbĒ‘<đ¤’aĀäÄ3I4ÔsŠ¸s‚„ÆĻĶ¨Ÿ<§Ŧ6ZB/–Ilȅ˜ ´ÔtįÄdf1ÍĀÂĀ‘qŪ Ĩaĸ R `zķ§āĮ”PJcžfÆ4f$é’kFˇ†[muB+ Ļ ˜ãŠįĀl/$…â&ĖP|gŽ`á)Ą$ ĩ)OXî$/ô!WP_231768584.1l-•JÍĘDL8Ķã,0Ą*ˁf 84ĄQŠpĀy+ÍĻoHg/šÎÁ¤‘L˜°å†J3ŀÎ{&eŠ KéXCē%Ô Ąæcg)v Ā*„ĨP DpnØd™q,§$Tâ”æ@­IΙ"5 Ԛ¸9_2`Ēb†3`ļYBž3…ŠÁIXT0”#TƒsĄ”ā¸Ā’90EĖRĻ€PPX0¨1b"ÎĶĐĘĪĀÂĀÉĐÎBĶĪĪÎÅËĐÆÅĶĀĪŅÅĮĖÂĘÉĘĶĶĘĀĮÂĀĶÂÅĪÉČĶĘŅĶÅĐĪĐÉÆÆÉĀĐÁÅĘĀÅŅĪÎÅÎÆËÅÅĘĖÅÅÆŌÃËÁĀËËĶĘÍĮĪĐÍĪĮÎĮĪÅÃÅĶÁĘÆĐĪÁÎŅÅÁÅĀÁÅÅÉĶ“ÃĪÁÉĀÆĀÅÁÍÅČÅĘĐÉFĪÉĀĘČĪÃŅÍÆĪÉĘĀĀËÅĀĀÃĶ˙éXP_051312901.1 *8RgžōF˜3*bŒ:ÉHĶ֒#<—pÎČrę<āf2㘚0ī2L¯@yÄ &āNYG#•Œ 5 TÅĨ”POŊđŽ:f “æ ŌœPVIĘ´9BPĪL8Ŗ48ÁHLLB„,Ļ–ééDR@Ē&0aš`eáFiÎ9åP€@P2Ëü ÆWP_209676560.1,¤   Á¸bÆ L8ĮQÎ3€FI†{ap€K=ĨĻ1OÍsT8*įĖJ™wTpĀ ,ķ Øsp˜Ē0į;n”LĘŊŸL'Œ&æ˜AŊá|+ ’˜ĮĀdŌđ< ŽRĖPæ `Ēķä0Ē3L/ͧŽžãāqjš&ÂsaN‡ÚšÆ08Ž Í1Å.)v@bōMX„’O͖cN1–΋s”XaĀ0Ā4Ĩ…&4-„ ĨLĀ ˜įN’\ę8Ĩ"DÁä@SOuæ ÅŊkŧ#dÎHfLF-hi€éæEøP'ã™sŒ PS0BĪŖĀ€ÁÍ[&ÄU‰ĘĄyŪDĪŠsRœp8@)đ”JM΄ėŊp@á85ÜZ`į˜(5S2cL1GAÁ  ‘Œy&J*N Ū4@9HM• ž2ƒ:E=éæ#æÍŒ§(˜nÎÎrsŒņ†rĖ''Pā ĄĻ9žFˆĘņ&Ė%ÂBå<€šį­“ŒcR ĩ 95Īđ€ŗžiĒŧ8ÕaųÜę5ÕæëdåœGM8ÔsHÍ€‚O`’Á ĨDX ŦĄP&0œÎ=5ĶœÃ4Xf:Ķæ8sŽ @8áŠŖJ ĀÜ;3­ņT P1Įxb$uĖ€ČöÜKî„Ā‚ĮĖi ΉđčLp!4 í€\4Å$€›ĀĸHī¨ļĀ á(Ĩ„;#™3 b:u BŦ6Ũ GÎyÂY -U&€ d3Ö4¸^šĮËĀÁÉĪÂĘĪÁĀĪĘĐĶÁĶĶÆĶÉÎˎ’ĶĘÆĘÎÂËËÁÅĐŌĘÆŠƒ‚€ÍÃÂÎĘÎĐĶĶĘAÀ‡ĶĶĀAĀËĖĘĀĪĶĮĶÂĀĖÉĪĘŌËĀÅÆÃĶÁÉĖÉÎĖAĘÆĘĪĶŌÆĮÉĘĘІĶĖËÃBĀĀÂÁŅÄĶÂĖÆÁŌËĖĪĀĘĮĶÁÂĀĮŌÂÆËɀ†€ƒŒŒŽ‰ŽƒŽ’‘‹Ž‡ƒŒĀÅČ“Š‹‹†ŌÉĶĘÃĖĖĐĮËËÆÆĘÉĀĘÅËĀĀĀÉĶ“ÃĐĮĘÉËÉÎĐÍĐĶĪĪËÉÁĐÃÅ5°fŒÂĘÆÉĀĪĘĀÉĮÉÁÉÉĀÎĖÎĮËÉÆĶÎÂĀËÎÉĪĖÍĪÉʏÍÃĐĖÆŽ‰€ĘËĐÉĐÂÆĶĖĶÃĘĀËÉĘĀĀÅĶĮÂĀÉÉĐĪĘĘŌËËČÂÆËÉĶĘÎ˓†“’Ž‰ĀËÎĖĀĀÆÆÂÆÃÆÎÉÉĶÅËBĶËĐËĮÄĶĘĖÃÆŌÃËĀĀÁĶÁÂÉ˃‚…‹ÁČĘÂÆĮˆ†ŒŌÉĶÉÉĮÃÉĘĐĀĮËÆƌÎÉĐÁÉÅĘĀĀÉÉĖÉĐАÉĐĮÂÉËÍÎĮÍĶĮĀĖĖÁÉ6ĻfuÂĘÆÉĀĪĘĪĀĘĮÉÁÉÉĀÎÉÎĮËÉÆĶÎÂËÂĪĐÉĪĖĪ‰ĀĪÎÍÂĀÆĖÆÎĖĀĘː‰‚ĐÍĶĶAĀËĖĘĖĀĀÅĶĮÂĀÉĘĐĪĘĘŌÄËČĀÆĶËĶĘ΋“†ŠŠÂËÉÆÁČŌĘĀËÂƃĀÉÉÂĐËBÉÂĐÂÄÉĖÃÃŌÂËÃĀĖĶÁÂÉËÆŌ“‹€ËĘÂÂĮˆ‹ŠŌÉĘÃÉĖĐĀĮËÆÆЎÉĀÁĘÅĘĀĀÉÉÉ“ÂĐĮÉÉËÍÎĀÍĶĐĪËÉÁĐÃÂÅĮ<íGAW04005.1ėŠPĀ˜ט'šˇE)4 ,já” ŧ6ŒĖÄR‰‘Äe6ŒtĀ”$=–ĀSq÷āY3ø 8ī˜:GļVˆÅ€°Xk4‰œHŗ'@™@™Õ@mLC‚šn.𞐓 ˇHĨĨaLg˛™ÔyPƒšöŒRcŠb ĐÉĶŌĶÃĀÃÁÉËĀĶĪÃÁÉËĐĐÅÂÅĶËEĐĮĶËĀĐĪŠĪÃÅÎÂĮÆĘĘĀĀÅÉĀĘĶĖĮÅĐĘĮĘÎÉĀÂĶÁÆÁČĐÁĀĘĪÉÆĐĀÁËĀÆÃÅĮÁĶĶÉÍÉĀĪ’ĪĶÉĀĀÅÃĘÄÆŌĐÎÉĘĐÁĘĶÎÂÅĘÉĪÄÃĖĘĪĘËĘĶÉÁÂÍĮËĀĶĪĪBŅĘĘÉĶЀŽ€‰€‡ÂĘČĐÆĶÂËÍÃĶÄÉÃÅÃÅËĀĘˆ‰ÁÎĮCÉĀÍĘĮĀÍÆĀĮÃʉ…“ˆ‹…“‡ĪÃĘÂÃĀĐĪËËĘÆĪÅÉĶÂĪĘĪĘĮĀˈ‰“ĶÆÅÉĀĶÉĶÁÉĶËĖÍĘĀÆĶÂÅĘÉĪĐÆÉËĶĪĶĀĪÆÃĪËÅĀĐÅËŌ?f?pÆĐÎĮĘĀĶÍÁĘĀÁĘĐĀĀÁÁÆĮĀÁĀÆĀĪAĮÍĶĀÁČĀĪÎAÅŅÆĐÁ†€€ĶĘÎĀÆĮĐÉĐÍÉĀĐÎÆĶĶÍĪÉĶĀĪÄÃÂÆŅŅĐĶÁĶÎÆÁĐÎĘĪŌĀĀĪÍÁËĐĶĘÎĶÆÁĮÉËÂÍÎAĮÎĪĘĐĪGÆĀĪĐĶËĀÉĐĀˇŠŠĶĐĶÆĮÁĮĖÉĮĶŽ‡‰ĀĀĶĪĀĶÁÆĮĘĪ…†…‚‰„€ĪÆĀĀÁĀĘĀĘËĀĀÍÎÆĶĀÁÂĶÃÁÉŅĀÆĮĶĀÉĀĀËÁÁĐÉĀËĘÍĮĮËÂĶÉĪÉĀҏÆČÂĪĘĶĶĪÆĀÅĶÃĶÁÉÁÆĮ@?jÆĐÎËĐÉÁÉĶĘÁĖÅËŌɇ€‰‘‹‚ĪĀKÁĪĶËĀĪĶÂÍËĶĐÂĘÁĪÆÍĪĮ͏‡ĀĀÎÍÉĀĮÂÃĀŌŌĀÉÍĪĀĮĶËĪĘÆŅĐÍÁĶÉĪËŌĐÉÎĪĘĪŌĪĖĪČÍËŌÎĐÉĘÎĶŌÅËĮĶĘËÂÍÎAÆĐĐÉĪÂËĶÂĮÉËÉĪĪÉĪĮĘĖĐĘÅĮÉĮĖĶĮĶЇÉĪĖÁĘĐĀÂÆÆÂĶĘĪÅĀĪĪƂÉĀÉÆČĘĶÆËƊ€‰…††‹ÆÉËĮÅÉÂËĘĀĶÆĐÆĘĪÉĀÆÂËČĐĐĀĮËĘÍÂĐÉĮËÂÂÉĀÉĀҀÆĘÂĪŅĶĶËÂĐÃĘÁËĐĘÂĶĶÆĪÍĪļüMCD8106539.1ė õL‹ Ų[K4ͨvœBąE•™ŗÁ9ĶQ†žY3Ŧ‚z °6•j&Ŋ3*ÁQ"šī)—Š"/Ų„œX Ą”ę1wP€Šį^„L9EH‰gÔAiĒö¤›L%pN Ψe”[S¤dd‚ ]&IEkMáä3Á×|Š#T›éH˜i2Ā”Ž™¤BāĄA#žWP_254833504.1ĖgŌGSÆĘažPc s”0,ĀfŒrCŠ1ááŒ0Ė0@5Ā0m˜`(3Æ0 É 8à cÂm˜æpãĨq”1 `Ô|į˜1­ŧuÔf¨ؑ (ãÁ°Bû߀WP_257007586.1@Ŧ3”0Ē…‰”Y` ¨ÔbFAĐԐfÉŌiņ‚8OŽį‚FŖ*ɅÄ1m•§2(TÆĀ™jaŲ3 •Ėbō $Ą+=‘āz 3!hëŖĐx€$ŲP&§VXp‚e@B Ė“‚į-3Փ ÍK0Ec’RCŽZb*ÕG­Ãæé…&ŨĄDČDķ‘Z3L!Â2“ŒŅ›˛€÷–™@h`­¸ā“nÍi^RO ¤lr4§@ ë%ų PÉŧ&VIkɇÂ2ĨaĖc&45ßkJQVS'<´N+˜c”)LŊĸ’CĢDSdĖĪÆÁÉĶĀĶÅÃÃËĀÆĖŌEė(ÉÃĖĶĪĖÉÅĐĮÉĀÅĀĖÃČĮÅĀĮĐˀˆ‡ĐĀÃČÂËÅĪÅÎÉÃÉĐĶĪĪĐÎÁĖËĮĀÁÉĐÃĶÃÃĘÉĪŌĀĀĐĪĘÁÃÅČČĘĀĐĐĘĶÃĘĪČÆÉÅÃÅĶĘÃĘŅÅČÃÆÆÍÎĶĘĘÁËÉÁÃĮĀĶÂËÄŌĖĐĖÆĐÁÅÉĮĘŅÂÂĮĀĀÍĀÅĶÄĀÆĀÂĶÃÍÉĶÄÄÍÆÅĶÅĀĐŅÃĖĶĐĶĘÉĐĀĘÅŅĀĀËÃĪĀĀĀĀĘËÉĐĀĐĀÅĀÍĘÃƃĪÃĖĮĘËÅĀËĀŅÁÃĀ‘ÆÁÍÉÎĘÅÎÅĀĶĶĐĀĖĀĘÁĀĐÁÂÁĮÎÃŨsWP_271820285.1L”€T„p‚Ų˜ę(÷æ °ĀNzžŪb€šæ1˛ŧÍsé 7 9ôR8Ē•La$7lę<á&oÁ5ĪLG#”xŌ x`MøÚđˆ9EkÍđŌÃͲĀ› €„QÉ,1x+Áųâ‚gˆ“ ”åNKŗ÷Ā&˜Æ)FM3Ś0)0\B2€*Š BPéđ\* ĄÜáÍ÷ĀSŽŦÚI¨×ĘIāEyä8īˆÁ;&HáĖQžrėĀ•Â„q›s†$F8NĻpBJC=pJ–Î;”ų”™ę,F GĶ ÅĐÆÆĘÅÁÁÎÍÃĘÂĘËÍÁĶČĘËĪÅÆÂĮC†ĶËĀĀËÉĘĶÁÆÁÁÃ$ĄWP_021346398.1lAņæJMŊ9SšoÎ÷"@ōÍåŌX€E•ŒF,øÂySš×JÂ<ŖĀYO‚š0Ífā\jsĖQR&gEŒŗÜ|m rąŲŽpæʛOÂ5OM`Ō;s‰#f@6ĮBP H?_ČHCC04630.1ė™iR0n^2p•’§•§I|+ĩĀ™ž”d‘mĩFRJ5–c¤&S‚=‘VKˆFbK°´–LO Ĩ‚“ `ŊąÆ˛5š‚aƒAšÚy@A#Ni %Ėš(MuTBdŌ”hĄeԐ&18æœÂ¤)’ZI[žHAR4306776.1ėąÂœ v€z.1æ‚0Ô:Sœ4V‚! hœ|ŠyŒZĸ‰dJc-B`#4X$H€`Ā\5’0‚Ō™1wŌ9ĖĀf@Ģ(6Öq!ĖįZ›ŽŠäđ”ųŌPŦãÄpB@čæJ˜š@ZļcXH­ų\Áƒ”:ž“ HíõŌoMā`B`B7œ!C40  5”€=ņÔiį Ļšm­fJ.K˙ÁĶĘĐĐÆÆÍÂĘÉÂĪĀĀÎŌÍĀĪËÍÁĐÍĀÄĶĶÂÍÆÁËŌĀĖĪÆÁĮÍÂÍÆĐĘÃËĶÉŅĘÅÆĶĘÂÍĀ€ĮÃĐÎËÍÂÉËĖĀÉĮČÉËŌÍÁÍĐĪĪĪĀÉÃÂŌÉÁĘČĶĪĀĶÉĀĮĖĮÂĖȁÎËĪĖÃËÃĘĀĘÆŌČÉĐÄĮĮĖĪĀČĘĀËÂĶĘÂÄĘÁĘÅĀĪÃĮĶĖĘĖĀĪĘČĶČŌĪĖÂĘÂĀĀĶĐĪÉĘČĮÉÎÂČÍÃÆÂɏ‹ÂÍĐÍËËÁĖÂĶĶĐÍÄĶĘĶĘLÁĘÉĐÄĘĀÃĶĪĀĀĘÁĀČĪÁČÎÅŌĀÆĘĮÍÁĪÅAĮĀÎÆÉÃĘÃĀÅÁÅËÍĮÃĀĀĀÍČÉĘÃÉĀĮÃĀĘĶĪÅÎĐĘÉĀĮĪĀŅÅÉÆĀÃĘÁĀÁÉËĮŌĖÁĐĖÄĪĐĶĪĀĐĘĀĐĀÍËÉĶĪŌĪÉĪĀĪĀČÄĀĀÃĘÉÁĀÁÅÉĶÍĀĮÆBĘŅĘĐĖŒÃĖĮĪ‹ÎĀČĪŌÃĀÃÉĀĮĮĖĘÃŌÃČĶËÁČĘĘĶĪĮĀÃĖĶĪBĀĶÄĖĘÆĮĶAĐĀĘBĐĘĶÉĘÆÁĐĀĘÃĐĘÎBÎÉĀĘĪĪĀĪĶČŌÄĘĖĖÁĮÍÉĮĪĀÂÉÆĘÆĮĀËÃÍÎÉĶÅĀĪÁĀĐĘĀĐĶÍĐĪMHF@ÃÂÂÂÁĘĘĘĀÅÉÆĀÎÉÁĀĀĀÁŌĮĪÆÉĐĪĐĐÉÃƀ‡…‡‰€‡ƒ‡€‘Ž€ƒŌÁŌÅÆBĮCĀÆĘĀÆŅBĘKÄŌĮÉĪĐĪĀÁĀĘĘĪÁÁĘĘÁĖĶÄĶĘÄĀÃĐAĘĀĮĘÎĐÂČĘÆÃEÃĀÁĪÁÂÁÉÂÉĀĀĘÍĘĐÁÆÎĮÎHĶĘĘĮĀĪĪĖĪĪÃÅĘĀÅÅÁÃĘÅĘÃĀĀČÉÃĘĀÆČÂĪĖĪÅĶĀĀĶCÅĮĶÎÄĐĀĀĘĀÄŅĘÁÁ€†ĘÎČĶŅÃĮÆĀĀĘÎĀĘĶÍĐÅĶĮĪČÎĀĮĮĪŠÍĀÂĐÄ ¸WEU87158.1Ė<5ŨiÂ,ˆfQOšŠĘ cĒN;ãMcĻz„‚Ô’ŖĻ™fŠ\QĻ89[Zá  pč ÉĻQeN*ō„w TgĒéĐ<&š dXSŠ°Äë€sГ ĩ^ę ŖNšŅŠQĀ…Ū;ŖX0Jœ$ r!9né”!i Ĩ@gG zĻ¨ŅŌ€+œ) dˆšđĖzŌ¨]3i)°VŠ‰cˆm6§ÄKiÁT\˜f­ĨÆiė„Ū”n‚į„!ĸ0ĸTl‘Č1đÅĪhsHL#Ąā2@HŽTŽ0įJ’8@xfgĐSĀH$Ė;jÁ¤Â:'ĀÚ9dļ'į!H,dœ.€D:D xæ<æĻNÍŨ$IŔ2i h–$@'›PØ ZįׄíŒg2ŗšŪ 6Ŗ† iŦŠ„Yä §Qš)LdN0ĀL Ēâæ3JA§Nj˜ø€RĒ6Ė;Ļ-b’ŧ&fcÎ ÆĶŒ{°H#4cČr–SĻĒ8sīŊ÷Ū{īŊ÷ŪyJį™! „0˜Ļ™Åe˜QĐÍY`2SŧöŽTKÁ!ĻLK€‘Ļ1`­šœs ĔjĄsÎ(ą°2ÍC&ÅqjÍs™ę$Xˆ(4įqbŠuĖHEŠõ€4ĸ‰‚ĖT 8Ĩ8Š0\BO…Iæ€3@1Ĩŗ%”KÍ÷š2l=ŗĘ4e%`’[ÆĖåZ‚æ-÷Ļ)a•1ÖJ iĖ„*cāj Ą”’i$q„Bn<Õ|#›Zk'ĶųNy°¨“LS+œąŪ”>á lHcf‚mĩ RO3Lk6įI(˜ƒ=å)ĨĨŒ WZ‰‡ĖY°ÉŠœĒ0 hFJáp¯Š${@ ׊Kē2ÅQđĨÁ‚H P ĒR’QĢ į€*H@Į *) ‰XpŖΘÁ@ö¤jĄÆ#+L%æ$ ’SJP­3 ˜L˛ՓĻ´ĩÎ,ÉHÎ*.Šf)æš6{Ā9P¤Q Ø ĪHx„,ä šP‚o¨$IãĨāzĪČu\‚c6šŒxB˜–›P.5Μš4ÜRCHšÖO6hŠKCM'Š“N€×†hĢM2DZ ŒĄDQđČĩxÁ¨5akn(qƜ š„îĩĩXJĄåŌŒh  XĘåŒ$ĸâƒËMŸxmLĩž 6„Ä ĩÜ|ÆĖi„ƒŠŦ1•!b.͜g¤¤–B<ĩ4f‡bČ9Ä{ Ļĩœ0ꅩŽZPˆŽ`Š7]0!ÁrM‰5įƒŠ4a J„I ĖÉÖ RĒ( ŠŌ9XÎõæY(^R­įD{K%‘RŠM)õ&QįŠ$@ŠØę0÷$Gs¤Š €’Āķ’#oõŽO (ŨSĻ’`z¯­8í¨ Ll Ȥ ­ÉŠŽ ąĸZ{˛‰ZzâEÅĸJI¨Ypé6“Š5đš”3Ž''šs"Ūƒ„1"WĀ0 0Mqf¯É)8gF–B" 2°plé 3AęŠŌVpI88Ę{2Íņ&œKœ—’m,pʂŌôÔCm 5„ @¸ÎS.‰™fgŊEŒyŦŪ”ōÅHqI)5 PķyÆf‚šX@NÛ{°‰é˜YjA5–˜O 1Ճ-=B9mŽ7ĻkĖiˆZęĄōF2žņˆ’)(ŚF0čÂP4Č%Ęë!‘€JQĖ5{ę™ĸÂ*)<ÖBšļ$ÂPæsB¸P뜕ĻQ­ĸŌšPÍĻÚ 5ŠtMö‚ŖŊgR:r4Ι0Œ4 Ŗ Û+áœ'Ą §3Á`æisēŖ܁IÅMĄĻ\˜íyD"ēˇT2Žād* Š­ŪYn:Iä€b*sŪŌ<܀ANÅÆy)•æ”Ęœ7ÜļņŒ$HLxœIæƒī„8•CĘđ”;ŗ‘3˜B)(XƒNĨâŌj¤^šāœ4Aš¤l,´@;F>4'h*Õ{ NEtSžĻܙōÍ$•T°IŘ¯)€R‰l˛šŽÅ)‘ôāBMÆ֞j…0ggžö`3E`SJ,äZ*ŧ1•r )‚T@Iąä’íĀ„O!H”í‰wŪ˜Jį | >0Uy§…Å@sīŦiaŗLH„P‰ŖĸcNI\@3øĖ`J8!ÍP*…õMÍŽ˜E…™zŦ2ÕRk„[Đ-šÚ Š¸S`{S"Åyî) ,8Ņ`Zį5%Î#įÍĶDrų‘ !f”ƒg"pāPæˆ&ks„Aā°a‚SLĸ’Ė$Îą)„P‰Ņ„š€-)¤q –æHę8õ@'Š#āŠe”*â0qLę< ”ĻA×ƜĄw&l做Lë@„ĸR &ŸRSÍō`‰Oĩ֔44å`'%Āh€ą6Z4ETSĘ=ā˛ 6%sāÅÉBb0ĒÁæ€OŊĶ–ZƒL&Ás*•ƒ Ā)Į8 „Ąbb*¨Ļ\SĘ#€¤Į"P)Ŋ ŸīĖ ádMpŌlŒL#‰K­%xT…$ĻĻ$MŲ$˛ՈR"ČTgĘ!Õ|°˜$¯Ĩœ[âĨÚR"-ĨÎ8æ”´‘¤k‚ĶĀjjAAHhÅŦaÆ*'ۜ+ ؞“J­A˜`ĄŅÚj!3Øt(ŊP‚‚KB†š¨€Ú0GÕ2IM(!c ŲÄZ#ĘŅĻn$ĻBf(@Šgid8ižŠ ĸ %Žˆr´3Z*ēķÎtsŽ'åSŠš¤ ‚(ĖCsĀĄār2­8”Zr4hLPKĩd[2Ž%r‚LAԁ$…MLÕœÍ)øÚqj†•Úgē6įƒGĸŒ:s"QÆ ŊÔkË(5%ÆxG(ĨÆ ’ö& 1A+p.wDk49˜oÖ–9īMŖj­2Ž Ŋ!‡”A å ##…ĸT›ĶĖ9–lƒČqIˆ2ĶBõĀiŽ‰ĪAI9{ŌŒ2€j@ÂÄL&X˜PK‚ôĀ8Á™/‘Ą4T–Rë%`8Ι|ĢÉs"L-8åĶ‡;qHˇČ€9ÁTH <5 AHČS…&ƒÂPĻz†MFÎyJÎå΁ī ˆ7›H¤€ ˜(õā8b%0–œA¨‚‚’†(DsĀŅĻ0MŠÂBí1–ÔĖIšxP‚WŽšāĨ%ÚzSIY„˜=‰ĐĀĄā:™F^AŠšĘCNŠœtÃŊÔ‡´9Fš ŽK&´ųHH§āBN#Á˜ )ŠŠLa)4Œ‚15˜|“)(†€/ČhœiŌ&ĄCpĒæd*"^OrI!¸ĻY„ȁfzđĄĨĻzS89‰î1ᘰ(ŠÎaOJ˛ZÎĨל"@œ2ÛQr HæyCL8š @2"ā ™@ÔR ÕĐؖzō$g0SŊŒBęE3ĪrÁ9%‚ŗÁ#ÄKŧ5K:FÂfÖō 0§ B(—ķ ŲĻ‚ÁɜzĀA5]1HΐāQŌA%Ō“ĻŊ'&˛ŦyXYōAUŽsžõPé( ¤t„4%ä!折ԒĘĨąČ )9@˜†´ąÚšâAeŠœĀ)€rB0Ōœm˜ô€Bõæ ¨’SĻ3(Ę Rp¨Œ3˛‰7IPlÁtÜ`MHB ˜4œ¨)‡Xj´Æz ļX“ëĖŅ˜ī$‚+éĖLS0bX`ļôœ¯0Á[Iå`sŧWÎ3rș,Đ#bŠĐÄ °æIŠ$öFJŽĨJƒO™äB@U€ÕÖ o͏Bā Ro¸Ú‚æ(2Gr'š5”!¨ô;m1!ËG:ÁZ‚ÁšÄtژæ`0`(”SEöā™BM0Ā‹ĐÎ××××××××××××××××××××××Ę×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘĐÉÃ×××××××××××××××××××××××××××××××××××××××××××××××××:ЊŌĐ×××××××ÎĪ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĘĪĘÉĐĀÉĪĘÃĶ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××E‰×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÁÎAÉĐÉČĐ××××××××××××××××××××××××××××××××××××××××××××××××CĶÉ×××××××××××××××××××××××××××××××××××ÃĶB܈ÁĐÉÎĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÉČĐCÉÃĶÄĶÉÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××É=ĩ†ĐÁÎ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĶĐÉČĐCĶÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ã××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××GŨ€ĐĘĖ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Î×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××AÉ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĐÉČĐCĶÉ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ŌÃ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Mé~ĘÉÁĐ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÎĪ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÍÉÉČĐCÉÃÄĶÉKuĐÍ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Î×××××××××××××××××××××××××××××××××××××××××××××××××××××Í×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××É×××××××××Đ××××××××É××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Ī××××××××××××××××××Ę××××××××××××××××××××××××××××××××ÁÃÃ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××טWĶÎÉÂĐgWĐÎĪĶÁÉĘÍĪĘÉĐĀÉbWĐÎËĘÅÍÉĐCÉ aWĐÂÎĪĪĘĮĪĘÉĐĀ×É"_WĐĘÎĪĘÅĘÂĪĐĀÉ#^WĐÎÆÅĐÉÃĐĐCĪÁÉ%ZWĐÎ××ĮĪĘĪĘÉĐĀÍÉ&YWĐĪÎĪŌĘĪĘÉĐĐĀĮÉ'QWĐ×ÎÆÅĐÉÃ×Đ××ĐCÉ)HWĐÁÎAÉ××ĐÉČĐCĶÉ+CWÁĐÉÎĪÉĶÍÉÍÉČĐCÉ-=WĐÁÎAÉĘĐÉČĐ××CĶÉ.Đ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÁÎ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĐÉČĐC××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉP>Á××××××××××××××××Đ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Î××××××××××××××××××××××××××××××××××××××××××××Ī×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Í×É××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Č×××××××××Đ××××××××××××××××××××××××××××××××××××××××××C××××××××××××××××××××ËĖĀÃÅĀĖĐÅĖŌËÅĀÁĐĪĀĖÅĐĖĘ××××××××××××××××××××××××××××××××××××××××××××××É×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××Q 4Đ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ÉÎÆ×××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××ĸ {VPT01298.1l ך ųRXęÍČS,0UĮŒ`:#Ū5ß1Ī …caÎŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īrÆŦ{͜Ā@÷€Ë­7–,gå ķ–Āą Yf7Ļ[šÕrˤÕċÆ(ĩĸq3H"œ7§/xšÂ,đ–k ž€â-°ožcL[@‚6d,RĮf‹æ¨é 3 pPgē)T­‰øÄK`0@­2Ā8¯šÂRs0°¤0€ Â×<čŦÛg͡Æ3QČđæ;S9CŒ>xĖR9@ŠsÄSĢŊ3&8 Ž2fPōÁĨĖ„fÁĨÂhŗÎ[S2Đ„nČÕÆÄeToˆ…1m¨÷8 & æR­d˜kČŌ„:EÁô†@Ÿō|íÍšĘSK€b€s–ļŽXŒ&͔f3^\JÁķŪƒ0IåÖ|áʁ°ĩæķ,qfxaņ08׀Ošå0"Mwœi<Ø܂æs’9L‰|ęßEŊķæHAÁåœ3ÄÉœcŪã(&ām()×㘸Xf†#@ŽÕX.APF JĖ ßē¸@ IŠ¸˜4K hŪÉ1°áŠ#ĚežÆtā˜ā”C8ņ t @ĩž™į pj((Ę;JI`Qî,“ž˜ Ė7Ũ#„´Ū|ĘĀãւOsĖPC…sĻ ŗHs4èDāĖ7ßi"´Ž)BAU¤:ÅM„zNxĘ0āš“:ÉĖWŒ[kH5Īxj¨gNh`ųĀĖôæL“Ū‘”O(PAd9ČLŅÆTķš€ÃHĩĘRĀLĀkN)xÎĖe@S $€)S­ |°Œ2ÅJ, @ (qŠYmŗ Q#(xĖ,F)–ČŊķ€N)ŗÄjš5‡zÎ XåŠ5ÔJ-3–ŗŊņ<ĶLԞXfÁ™ÖQkš0 xĀ˜ĩdĮ €f3É5Ė:eĖĄž/͕\2kŦ5ך­)gÎ2`š)p<4SƒĀĄ‘mJķ€YŽ8°pEĀŠÜrPŪ(eˇ”™Å˜5ACĄd0LÍcJ˜)•ÆQ* ŲĖFœ‚ š™Šə4M:pͧsXĖr æzƀˇŠr¨ŽOž ĒV0h Ní WP_277479375.1 ą–Œå(STã™6b™æŒTN ŗVĮĖ7Î{!ŒĻc§ô€ b€KaääœËÍ1‡{É )ÁƒRsŒ$oΚ`0'¸´Ô:„'&Tį@Ę4āMõ”ĢšžS@ ŒÆ¨!@ZĀ¨°Î ¨ųœęš IĨî¨‡“C”ÆIjYœ§„¤DŖŊÄLķĩFSÆ\z Ŧ"AaÍž€ƒŊ€diõ<@€!,išWĖQ3Ĩ¤P €Nŧ&8&¤ @ĄgŊ4į;OŒ R *%Ä`ę˜ķ˜ĘxlŒ¤ÎʀŖ Zā“Ž4íAÜ@ÎwĀžãÔkl¤6# Î÷Ā9!P€m¤ƒÜ˜s´Ā fœ BiB=ĨĻĨæŒXhŽÁ˛Ėaœ4Ī”™b0ŅÁ5ŽœPŒwÔ$$¸`  ÅL >(GƝ–Tk S„ą#RP8rLqĘ9yQęŧ) mÎá4 „6â8-,8Aj005Ĝ&‰ŖœrĨd’+tؑę¨ķā„ŒVäŧ 0fÂePđď2 ŗŽ.1aJ3ÃTXÁĖ8mÍ3؄gM…Ā’/HVÖfg@ŗ "ô^˜žzķž8ɸ×Bō‘R0g-¸Ėšcļ'R@Ŗ’00'ßΔĸܐ-A`F‚Ž4G*€˛bīĨˇ ĶÁ!Ŗ­—¤’@ŽrÔ:šp´rĻšË”ĄŒ€P–•įÁiÚ:˜iä8f"€PmĩĖ‘ōŦQ›Rck—ĪĶĀĐĀĪÂŅŌĀÆĖÉÍĮĪĀĶÂĘÂÉĀĪÄÆÅĘÁĮĐAĀĶÁĮĀĀĪĀĮÉËĮАĀËĶÉĘĀÆÆ‘„‹€‰††‹€ĘÃĀƒŒ‚Šƒ‡ƒ‡“ÅŌÅÂĀÂĶÁĶĖĘÆĀÎĐĀĶĐĮÆeĶĶÂĘÎÁĀĖÁÅĀÆĀĀŅÆÄÃÉÅÍÃĐĐÉÁŅĐĀĀĪĐĮÁÂĪĪŌĖČĘÃÂĪĀÂĀĘĘĘEČĮÃÆĪÆÄČĀÆĶĶÍĘĀÅÆÉĘĮÂĀÃŌĐÆĀÉĀÆÂĀÁÁÍÅĘĘĀÂĀĘĘĖĀĘĮĘÎÃĪÆĮÁŅĪĀÉĀĘĖĐĮČĀŌĀĪĀÁÉĀÁĖÍĀĮÍĪÃÂCÁÎČĶĘÃĖČÁÁÆĀĀĀÂƆĘÎĀĮĘĪĀEÆĀŅÃČĀÄĖÁŌCĶÂĪÅĀĶÍĖĘÃÄÃĐĐAÃĘĪĘĶËĐËËĘĶĮĮÅĖĀÉĶÂÅĐɎÁĀĘÅÁĮĀÃÆÅĐĀÆÉĶĀČÉČČĮĐĀĮĀÎČĘĀȌŽ“€„Œ‡†‚ˆČŌĪĮÉËĖĖĶÎÍĪĮĀĶĘÆĀĖĪĶÉÆĶĘÃŅÁĘĀĘĀÉŌÃÄËĶĀ ĻWP_269672356.1Ėŧ7Š‚6ŲHî(§Ô[ŧ8 HIņž* •V9Ž5Ą! áP ™Ėo*¤ĀTč ƒ JÍ@AĒÅçP €U„ j5Ĩ„N4•”FMéÆzgA7‘ Č#8ŠAĻ†4â,¤Ô[n<—âi‰ƒ’!Ė¤Q‚Ķš,N> ‚ĶSÔ sE5‘nŧ]n¨uÔ{ æBGĸ‘T‘J™âZK+(¸˜‘˜öŪ2âL–Ja€`[Åĩāæm,¨ZA0–`–X ˆ•Ė*B…%rJ ÄÆxęŪƒFĒĀ*= œIgĘˆ›r‰%Œ)'´Ø‚7J ¨ Ô &Šz΍ņFK0”ĐÄ3Ļ¤ įZ%$ ŪR@*åNZ)¨“ŠI2×Lé="T8FŦ$˜PŊÖ 0€É`ԑŗ˜‡ŌSËÉĐä3ÍFԀž —@īĨâSJŠÖÔK Ę$Äī17ˆHČ)¤Ü/%÷ÎPÅ-LzĐ<5* Ēų@E‘ĄXg%Áœō(„PŠĩ`RPDu@ZJ S&@š9'„>ĐÂ0##ÎzS “Ā‚đ4¨Ōha†2xŠpÖ)J)ĸ˜{Ķ…ōšXj–÷BsS=s€PBĨ :Å!õ”rōč&(ƒé”jÚkK•d–8Ā03ÕZę Â:GԓpŦ´āĶˆãi3ŠáŠ{N܄‰=ĨĘ:`Šķ’Y (e€î2‰GÔXã%jA•ÂĐË5!Ö(UÚ r-ĨSā?NXE30976.1‚w0ė:îš#ÜlAäQ글2F”0 89§ÜSPž÷Nę9æ3 ÕTĘ@‹ož"U&ĻęœcĖĄ¨ĸ@Rĩ”!$ŊŅcCM ŒkĮČų”;jØÜ9ō=åF`ķ åĖ™S)ąĀ 0…ÎkÁ˜3Œ ŖšĻ!fœšÍ4átę4ĩL@e´VœS΄ H!¨ĶbĨĻL3Áĩ8\)EŠf4Ã<§Šq e€ˆm-•N›SįLT“Uë1ĘĐĀÂAŌČÆÆÂÆČĐĐÃĮÁĪĶ‡ÉĪĘŌĀËÂĮĶĀČŌÅĐAÂĀËÁÉÎËÃĘÆÍĪÃŌÂÆĶŌĘĐÅÆÍËÂËÎĶƏ…‚ĶÍĐÃĶĶÁËËÉĖĶÃĘÃÃĪÉÉËËËĪĖÅÅŌĶĪÆĪĪÎÆĪĪÆŅĐÆÉĀČŌĶÉÆÍĖËÉĶÆĘĘĀÅÉĪČĐÉÄĮÎÅČ’€…ˆ…†“‰‹‚ƒ‚‚ˆ‚ƒ‚‚’€ÅÎÎÍĪĮÁAÄÆÆŅÉĐĀĪĶÅÂÆĀĖĪĪÃĶĘÆÉĪĐÆĪÆÄÂĪÉÍĀÅÆÅAĘŌÎÆĘŌÉÄĪÃŌÁ3WP_101000040.1l- ”‚ęŠ×ĸBĀqšTG‰ĻĖy2­SÎKĮ,đ€@ ’`‰7›+EĀR  Äša<¸Ą#Îyį¨&ŒzíČ%›:k…”N čŠÖŽ,ęœyŪtį•@SNž&āP*‰ÅXŧbä,!ĖuÔKMŽÁā P  Z ŧ€f ëŊŖf:Ė¨sŒ AÔ0ō˜1M™ĨžĘ9¤€#<ķÔ{Čp4 ¸đ se:˜mŒ1Ú °1ߚ¯ĩX ÃÔ āÄz Šmŧ1† c@9Āķ8xĸ0xã c€jČÂÆ[Ē0Ā!ĄX*ƒÃ€dN*Š„+e…  X´wJE_ ā9pŪ1æ<ãÆ9ī…sÂŊ÷Ū{īŊ÷Ū{˜ā8xĖ2Đ<–Xˆu^‰`-Â9 ^đ #'WP_224828628.1,L Ô!GÌ:Ą¨0ĀAÆĨ3CxΜdB2eĀ `L8ÂʄéoÎĀ{į„Á$9ÍQ‚d@;&ŒįÜjJøWP_100521084.1ėLxbļdœq`&˜ā9Ķ‰i,cŪ{īŊ÷Ū{īŊ÷‚„ TáŪ{īŊ÷Ū{īŊožŧ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷Ū{īŊ÷†ĄSOÎx 0ar•y†JSĐÆ+—{ā8ŨˆBĻ! €œrĀ„ÄļP@øŒ0BSXsÎp sāšt`žĀ&TÁqŪKJĄ†M đN|8p$ !MpÜ{/<6•€k<á8oÂâÆyīDĐpš”hŦ5)KAG7553039.1 ĶL'=x@Œī9( €ŗŊ'ŸráA“žŠvbmˆ•Äpbœ–CīĩfŽjà S”rãEˇœN€õŒRæ5×ÔŦŠ4 æ55IA ņ–) –A–hđ­ķL€Æ(cÄF>”ZĄe zNš×Ö Ë,uFH¨RÔ|Žo*aĀ42­ĻŠ)Nõ„EĀtŪ,ĨĸÄZ/ XŒ1ƐįB@s(đÂQD1—xŌMÃÄD*Ŋ“ziÃj_¯ÁÃÉÂÆËĘËÆĘÎÂÄĐËĶĖÃÉÃĘĪĘĘÅĖž gEAP5059555.1 ’2ÖS ¸ĶĀƒn&d()…ĀTė`l>Å昐œ÷Žrę P­8ŗĻ'Ą™f)('b@ŠyPG +0)!œĐ5¨Î|Đ ¤ŠN:ɝäˆ-9 @K (õ€RjœC„gđΜĒÔl°  &HŦ´ †P•Ŗf‹§f/šĨÎT`ΖĀTˆEA ‚:ÆĀ^; ÍTPę)uīŊ÷Ū{īŊķ¸tZ:j‡IŠc M*wŪTé5ÕSā%–xɝÉĻ›'MøÔ<ĶĩĻ^š* pžkˆl…2ÅŌČÉĀÅÃĶĶĘȉ€ĀÃÂÎÁĐÃĀÆĐĶĘÂÁÉÍĐÉÉĀĪĶĐŌĮĖÍËĶĪÃÉĐĀĮĮĘĐĶĐŌÍĮĪĘFÍĐÅĶĶĘĮĮĀĶÍĶŌĘĪĐĀÎČČĪΐŠĀĘĀÉĀĪĘĘĪĮÉĪĘĘËÉĘĪΒĪÅĐĐÉĐĘĮÂĖĐĘÂÃĀĘĶÎĘÉÄĪÉÎĘÉĘĘÁÁĖÂĘĪÃÃÆÆĐĘÂĐËĐÉÍÉĪĀĐĘĖĐĪĀĀĶĪÉĐÉŅĶÉÉĘŅÉĀÍÁĘĐĘÍĀĐÍĘĐÃĐÉÁAÍĪÉÆĘÉĀĘĘÉÅmf2ĀĀÂĪĀÅÅĶÍĀĘĪÍĪÃĪÃÍĶDÅŌÁĖĘÉĮĀĮĪĶĘĶĮĶÉÁĪÃĘĖÉĀĮĮĘĀĐĀÄĘCŌÂĀĶAĖĘĖĶĖĀĮĮĀĮÍÉĀĶĘĀŌĪËÎĐÎĀÁĘĀÉĶAĪĀĘĪĮÉÃÍĘĘÉĶČÎÉÆÉÂĐĀĖĶĘĐŅĮÁÂÅÅĶÎÍÉŅĪĀĘĘĘĘÎĘÍŅĘÁÃĶĖĮĪĐĐĘĐËÎÅĪÅÉĀÉĀĀĶĘĘĀĪÉĪĶĪĶĀĐĪĶĘĘĘÍČÂËĘĘÉĀĀĀĐĘĀĘĶÉÄÃĮĘÁĮĘÅÎÉÆĘĀĶĘĶÉĀŌÉÍĘĘŌŌnÆĘĶËÅÁÉĀĶĘĪĐĘÉÉĐÉĶÉĮĖĮĘŌĀĪĪŌƒŠ‰ŽĐÉĮĮĐËÆÍGĘÍĪÁĶÍÉĐĶĀĀĪÉĘĮĐÁÃÃĮÉÉÉÂĮBĶÉĶ͍ÍÍÎÆĀĮĪÍÉŌĖĘĘÄÍĮÉĐÉÉŌĀÍĪ’‹ĪÆĘÅÎĶËĖĶĶĮÍĪĖĀĘĪĮĶĖÉĶĘÉĪĀÆÁÆËĶÃÍÉĀËĘĪÂÉŅĮĐÃÎÍÉŅĀĘÎŅĘĘĘĘÉÎÍĐŌËÂÁÂĘĪĪÎĶÉ×××××××××××××××ĀĶĪĶĐĮĀÉĖËĀĶÎÁÂÅĘÍÉÉĀÉĘŅĘĘÍÃĐĘĮÁĘĶÃÎÃĮĘĀĖĶĀÉĀŌĖŌĘĘËoQ…ŅÁÉĖĀÍĀĶĖĀĶÄÉÉÁĘĐĮĖĪÆĶÉĮĶĶĖĘÍCĶÂĀÍĮĘĘĮĪĘĮĀĶĐĘĘÉÉĖÉĀĀĮĮAÍĪÎČÁĖĘĀĖĪĐĀĐĖĘĖĖĘĀĪĮÎÁĖĀĶĐAÉĪĐŌÂЃ€…“ÁĐAÉĶĖÉĘĘÉBĐÎÄÁÁAÉÎĮÃĐÁĀĶĖĀĘĐÎĐÉĀĘĘĀĀÄĘĐĀĐĀĐĖĐÉĘĪĶĖĖĖĮÍÁÁĐĖÎČÉĶÉĀĶĘĶÍÃŅÄĮÁĖĶĘÍÎÍÅÉĀĘĘĪĐÍÉĀŌÉŌĘĘÁËÅpQ…ĀÁĶĀĶĐĘĖĶĪĘÉÁĘĐĮĖĪÆĶÉĮĶĶĖĖĖÍÍCĶÃĀĘĘĘĮAĘĮĀĐĘĶÉĖĀĶĀĪÁĮÍĪÎÆÁĖĘĀĖÂĪĀĶĐĘĖĘĘĘAĀĪĮÃÎÁĖĮĘĪÉĪĐŌÂÉĮĐÅĀÉÅĪ„ĀĘĶĘĪĘĀÎĀÁAĘÎĪĀĐÁĀĖĀĘĐÎĀĪĘĘĀĀĀĘĐĀĪĀĐĘĐÉĘĪĶĖĖĖĮÍÁÁĀĘÎÅĘĘĮĘĀĮĘĖĶÃŅÄĮÁĖĘĀÍÎÃÅÉĀĘĖĀĐÍĘĀŌÉŅĘAÁĪq˙K!ĘÉĘĐÁÉĐĮÉĀÉČÍĀĶĐĘĘĪĐÁÃĐÉĖÉÅĮĐĘĀĶĐĶÍĘÍÍĀĶ’‚ƒ€‚ĀĘŌĐĘĶĪAĘĶĶĮÄĶĮĮĮÍĶÉŌĪĘĀÉĀËÁĖĘÅĘĐÄÉĮĀÍĘČÉĀĖĮÉĶĶĮŅĮĪĪÁÍÆÉĶĖÅĘĪŌĀÁĮČĶĘÍĘÎÍĐĖĮĀĶĘÎĖĘŌÁÎĶĘĖÍÃÃĶÁĘĪŌĘŌÍĐĐĮĶĀĪÉĘĀĀĪĀĶĮĀĘÉĶĶĘÍĶĀÁČÍĀĘĶÉÍĀĮĀĀĘĶĐĮÃĘĮÁĘÍĮĮÎÆÆÉÉĶĀĀĀĘÍÍĘĘÁŌrã;Ėɐ‚‡€ˆĪĘĘĖĐĐÃĀÂĐĘÍÂÁÉÉĐĖĀĀĖĪĶĪÍÍĀĀÁÉÃĮÉĖĀDÍĐÍĶHĘĘĘĪÍ͇‹“ĶÍĶĮĮĀĀĘĶĘÉ͍…ÎÅĖÃÎŌÁĘÉÉĶÂĀĐĮÉĀĪĶBĪĪĐĪÅĶĪĘĐĐAĘÄĐĶĐĶĘĮÉĘÉĮĘĶHĐÂĮAÂŌËĶĪÃÅĘÁĘĘĪĀĮËĀĘĮĘĀĶÍĘĀĐĐĪĐĀĶÉĶĀÉÉĶĶĮĶĶÁŌĀĶĶÍĀĀĀĀŅĘĖĘĀĶÃĐÉĮÁĘĶÅÎĪÆÉĀĀĐĘĘĀÉÉĮĶĘÉÍĘĀČËËv6WP_201454235.1h€uÄJ#'3JÁ´Ļ+np›¨eŽJĸÉeƁoÂsŦöWP_118944732.1ŒÍfD33ļ (JÉs˜ĖІÍu”0īåæšSŽ§x`™ l X$™`dļįĀb1ĄŖŠQk9ĨPC°4ąLrqĀ4ØhL(Q@gĶJ– kÎyP,ÃPÖJ`F& ‚Ę`*ŠĐÎ(Lˆ &gŦ )S‰æŌM1›R0ÍXf &€˛-# (SāH¸f,`P!(ĩ<`Ąhb¨ŖÚ(É^ Šsäi˜3â‚( ŒŊr”[‡ŧĻĖPĄ6ŽY$UbĘLâTĻ,”™(¨—NĪ@Ôlđ­rĖ™Ā9‡:"´ Ōs’Ö[KšĨܨ˜\qB™yĀ1)pDžöäP͐Ā$p’asĻą„É™ļ–Q 3ĨdJ, t] u§ĄÉÆÄĶÆÆĪŅĪĐĪĐÆĘĖÎĶĘĐĀĶÃĀÁĐĘÃČÍĐĖĐÁĐĘĘÃĮÃĐËĪĀÁËŅĀČČÉĀĀĮRJP93937.1WP_066841281.1BAY23582.1WP_271116088.1MCU0947041.1MBR3944831.1WP_041591748.1OFX32653.1HCT06136.1MBI6149093.1WP_074319120.1SFX27592.1MBY0273331.1WP_176307440.1WP_278631399.1WP_019100427.1MBE5737882.1HHT66172.1OLA08565.1MBP5726154.1KAI0095213.1WP_084371009.1WP_281543397.1WP_221265680.1EHR6291555.1WP_152652784.1RLN50561.1NVM03966.1MSO30570.1WP_132175930.1WP_170725874.1WP_185334683.1MBC7326981.1WP_248562494.1MWR41881.1MBO5162475.1WP_071876418.1MXP43753.1OAN53756.1WP_158791585.1WP_174822921.1WP_207918089.1WP_089246429.1WP_150396769.1WP_153844272.1MBB2134936.1MBP7023394.1WP_083824265.1WP_046302954.1NDH41984.1WP_236355782.1MBR4207675.1VFC12725.1HAG54718.1KQM27662.1WP_122031495.1MCG7868091.1KAJ1449837.1MBU03734.1WP_276369440.1MCH8293010.1WP_096201219.1WP_148565498.1WP_254144300.1KAI1570405.1QLP56207.1WP_270570428.1WP_018187484.1SCN76227.1OGZ08419.1AYX54788.1NJD87536.1WP_141918410.1CAF1315160.1OAA61066.1WP_282139373.1MCP4774001.1WP_201520784.1WP_103270848.1TCJ90160.1NBW88664.1WP_179444023.1CAC9886154.1EEH16378.1WP_214892570.1GEP01990.1WP_017878759.1KAH8586608.1WP_127859415.1WP_186939222.1MBR2406030.1WP_223292749.1MCM1122913.1SHX72876.1MCB0330656.1WP_062517857.1WP_265272113.1QLL42869.1XP_013404023.1WP_269061021.1WP_240469694.1BBC91732.1WP_058738289.1WP_024039518.1WP_262452366.1MXI78925.1WP_007678833.1WP_012913739.1WP_098952357.1WP_279984614.1MCP5262709.1GLY24463.1WP_192324556.1WP_227059655.1WP_247749043.1WP_107894076.1WP_008134825.1WP_276362074.1MBQ3864274.1WP_167977039.1WP_221977168.1KAF9974715.1XP_028733567.1MCD4768021.1WP_027951454.1MBR0160695.1WP_083062905.1MCL4333886.1MBO4748034.1MBS5721782.1WP_136095406.1WP_029789810.1MBP6786080.1KAF6257731.1MBL8103469.1KAI7727618.1KPK79043.1MCH2804017.1WP_159463829.1WP_076409454.1MBP1876254.1WP_197521413.1WP_281034490.1MBO1682517.1MBR3209975.1MAJ56944.1GFD45028.1GEX59890.1RYH76248.1OTA29349.1HCD1954593.1MBM3303016.1WP_107723967.1KTC18574.1WP_003303823.1ATB18092.1OGW26817.1OGR46634.1NPV66369.1MBS0561514.1WP_178999808.1WP_129629290.1QBL97920.1UYV38309.1GFY73571.1SEP77558.1MBQ1868746.1WP_261733022.1WP_138482356.1WP_061048002.1VTR17913.1MCH3963123.1WP_204462572.1HAI83337.1MBW0490175.1NQJ73193.1ECE8916583.1EAA8040699.1NNL66378.1WP_134885491.1WP_116619797.1WP_182158016.1KAF7644169.1WP_102296123.1MZQ82908.1XP_053592881.1WP_194957532.1WP_081224968.1WP_123159424.1SCL13606.1MCB9999913.1MSZ29533.1MBC7879491.1WP_079304935.1WP_159793761.1WP_006799194.1WP_236387036.1WP_131751929.1WP_281674273.1WP_139553477.1WP_184601943.1WP_000576638.1WP_007427566.1WP_036471418.1WP_033131454.1EFL3122059.1EIH4263652.1EFL5817307.1EFI7849450.1EFN5389376.1EER8306359.1MCS7352192.1WP_261695383.1WP_208947654.1MBH1832495.1MCF2604604.1EFK2137151.1WP_063603400.1KAG9223390.1CDE36962.1WP_223413240.1WP_266179881.1WP_239108544.1WP_201700143.1PLW21337.1WP_198297627.1CAH0542131.1MBO5545990.1XP_054844157.1XP_046922164.1XP_028717800.1ACF74449.1XP_041334537.1XP_037327098.1WP_053767117.1KNZ32786.1NYI84739.1ABY20040.1WP_012283464.1MBE6306819.1CAG0929351.1MBQ3226584.1WP_185644473.1MBJ7287465.1WP_031065317.1XP_056097092.1WP_182050463.1KAJ2660037.1XP_043889695.1XP_032696462.1MBQ8297564.1WP_195238978.1KAJ5168969.1KAI7371949.1KAI9191373.1NFD84694.1WAY96880.1WP_088153117.1WP_142931103.1WP_145468487.1HBO4828144.1WP_194546214.1HAJ6883934.1WP_190971545.1WP_236961032.1WP_146205473.1WP_149886053.1WP_007747506.1WP_277264109.1WP_282985289.1EFG7698437.1WP_153033981.1WP_144002426.1WP_130477570.1WP_113851760.1MCF8193609.1WP_029542314.1WP_265399898.1WP_091540071.1KAJ4533602.1KOV59425.1QTD03487.1QSZ25555.1QWC83326.1WEU87158.1UBP50947.1UFM00670.1QXR94354.1UEC68750.1QZU16279.1UBL45068.1QTM79632.1UBD95131.1UHM53165.1UFM02602.1QTZ27226.1QVD87869.1ULA23837.2UEC52718.1UPP41269.1UIR12670.1UXH94526.1USR14792.1UZO53924.1UVB16817.1URQ55824.1UMF87224.1UPA83906.1UKU68032.1UKN67998.1UBR86455.1UCP77012.1UXX67934.1UCP72061.1UAQ80067.1UJV88611.1UJJ97602.1UOU30556.1UGA79226.1UJS94137.1WHE12941.1ULB83374.1UVI10561.1UGB98301.1QRX02582.1UJT06733.1UFA30503.1UMA88644.1WGP70063.1WEI27974.1UNI03201.1WGP98278.1UEX07109.1WAS49087.1URP80785.1UYE49180.1UPB00876.1WGQ72821.1GHP52484.1WP_141817398.1AYV78736.1WP_051789242.1WP_130237435.1EST37880.1ATI48360.1MCI8806686.1KUO65278.1WP_157476287.1GBD21053.1WP_206363707.1WP_029347391.1MBQ4383193.1WP_089095302.1WP_211555180.1WP_192500494.1EHH5649593.1WP_041710957.1WP_038440434.1XP_040774166.1NXC48933.1MBK9653437.1WP_227903033.1WP_071280632.1OOF77949.1WP_011629477.1MCQ2617452.1WP_154503573.1OXA48312.1QEP12732.1MQA03337.1MCB1505913.1WP_197332010.1WP_255602293.1WP_226276978.1RQL72805.1WP_185921121.1MBT4511102.1WP_006895514.1WP_087686007.1MBU7046308.1MBP9771519.1MBR6343266.1WP_023727015.1MCM1504065.1WP_280876395.1MBN3324024.1XP_025046235.1XP_040082341.1MBE0660081.1WP_193956008.1WP_230284916.1RMF68396.1WP_243386166.1SDO77973.1WP_109807231.1WP_005629113.1WP_140985543.1DAC17040.1XP_028766233.1VAI85984.1XP_010267139.1XP_025769677.1WP_217105914.1EYC35406.1WP_275889644.1WP_249839557.1WP_219954954.1EAA7679439.1WP_206698867.1WP_023955328.1MBJ9940918.1WP_032936131.1WP_089092961.1PWC90347.1HAT8492399.1MBH2016034.1WP_199942136.1XP_016611986.1MBV8846188.1XP_030313316.1WP_095061089.1OHB35500.1KAG9509822.1CAB3503427.1WP_217278020.1WP_124978582.1WP_064779756.1WP_010905191.1WP_088349221.1MCH5207665.1MBO7941816.1WP_100461895.1WP_033603452.1MCA3282362.1WP_080508033.1WP_152029253.1MBL4542294.1MBQ7809358.1WP_278266677.1MBV8349295.1MCA1602026.1WP_011057593.1WP_237907640.1WP_258581409.1WP_140480909.1WP_109219819.1WP_176354145.1NNE23115.1EHQ6376324.1GIR09622.1NCV89943.1WP_007853416.1GMH74815.1PZR90627.1NEO63080.1KAH8969015.1WP_247072383.1WP_087918330.1WP_175395805.1NET00292.1WP_279008479.1WP_154951203.1CDX26094.1KQN49849.1WP_105447015.1WP_023828789.1WP_049009918.1MBE6688122.1KAA0114277.1WP_235126772.1KAJ6994162.1KAF5671546.1XP_009147075.2MBI5683150.1WP_261132050.1QJA13926.1WP_017123457.1MCU0490050.1MYE57211.1WP_145616262.1NNE87648.1WP_024330540.1DAZ71054.1WP_048168883.1MCC6757021.1MBN8919778.1WP_120452154.1MBP7746105.1PKI91935.1EGQ7676658.1WP_118359022.1TDB49724.1WP_255329483.1WP_149493237.1MBR1803321.1MBR7675499.1MBR3040588.1WP_006327457.1WP_122709004.1WP_198140600.1PKO72095.1THH04310.1OQY98020.1WP_254406115.1MCU1437293.1UJR03683.1UHH56899.1WP_050580425.1GLR41095.1WP_022710297.1DAI44238.1KAI5750574.1WP_133325549.1WP_039608285.1WP_096647361.1WP_265225845.1WP_154963182.1MBL4744408.1WP_172616972.1TME45086.1KKQ50904.1WP_192880951.1MBQ6717580.1XP_052609093.1XP_053174626.1KAI4536634.1MCH7923992.1WP_200037957.1WP_212961195.1WP_007356512.1WP_076194242.1KFX48203.1WP_249930443.1HAV2038468.1MCJ1326389.1EAE1668788.1WP_010875413.1AGS31853.1WP_018431719.1ABB86219.1WP_283557067.1WP_094840069.1WP_279840346.1MBN8831519.1WP_017166220.1WP_126547421.1MCP4913426.1WP_050837451.1MCD6199266.1WP_125260587.1WP_158347019.1MBU22120.1MBO8485404.1WP_253620872.1WP_256546297.1EFC33499.1EDQ9505691.1MBS6066499.1KWO58748.1KAJ9247365.1WP_231768584.1WP_136027195.1XP_051312901.1WP_209676560.1HBE7681505.1WP_219484458.1WP_139067457.1GAW04005.1AIL29843.1HBL8984898.1MBK8070034.1WP_216195748.1MAG44064.1WP_270453521.1WP_015167170.1HDC92778.1NOY97419.1MCD8106539.1WP_254833504.1WP_257007586.1HAZ0856238.1APT84512.1WP_271820285.1MCB9544502.1WP_021346398.1HCC04630.1HAR4306776.1WP_072989136.1WP_192202944.1WP_266170214.1VPT01298.1WP_277479375.1MBQ5754168.1WP_114695256.1KAA0234643.1WP_269672356.1NXE30976.1RVE76210.1WP_101000040.1WP_200154298.1WP_223806191.1MBI2416798.1ECK9821833.1OCR38384.1MBO5336885.1MBT5105952.1RBQ75851.1WP_224828628.1MBL68646.1WP_071558608.1NXJ71029.1XP_039638319.1XP_030131005.3WP_119380110.1KLA07975.1MCO4016744.1WP_100521084.1KAG7553039.1PUZ48934.1EAP5059555.1WP_249991478.1EIU6828535.1WP_110066977.1WP_097346712.1WP_158131988.1AHK46784.1AGL88086.1WP_201454235.1WP_118944732.1WP_250323911.1R’É‹—퍇ãī´[–p~íí#1$GB4hB_MQū# ķ+ü˙üėšõŪš`Š<rũŗŅqtKR_ų‘ęîk_QLM ŒŠĨN‘­t”ÍPŽUIGŦ6^å(­Ú¯¯ĀČ°ąC EGqs[HNFúMe3ĒæG‘CøYc–Į„ŌON]e¤EQˆXíŗJ Qt€Ū-1]UW) ‘[ŒũxÂלŒļ>‰,zÍpŅz#”ĸ"  ‘Ž„bŨF5¯Žƒ0JáĒÂ+‰…•Â)ˡ€YYė•ņāš˙ÁęųŲņæ=‰‚‰G6„°¨OÎB?áÄlūÃvÚåŠ"]: åã5P ķ54OL5¸¸¸¸525¸52¸552ĩ1¸2´12ĩĩĩ´´1 ˇ¸ĩ¸¸11ĩ¸Č›1š5´ôŸ2¸ĩ2øúĄËRF5SīŊÄ˙äué/&,E€ąŽ„ZÚã ›k¨Ē˙üûß•Fô¨TĐîëĶØĪė8“ÖņâÅã=–Ä]Ąíhļž`ÜFzp!Sõnh‚ž‰I[!$ęƒõĄmĨ`lTĶoČefpqzrc´ĪČ´dvéjúų7BRG‰Ŗ†zšnĩî‚ 6tîËÔĐđt uCS<Kryƒiú:?(sųMčyU–’q;:ú 7ü×pÃMs}mõdĪŅķ^‚xȊļKÛ䊝tå˙5¯)Ø? ĸ†’ZK! éÆK4í)%&"“SÔ'üž€åĀsbĄČžĄ’Œ{ ˆĖ Ļ?3ī3šũ~)/'ģĐ8Å÷÷>)¸gJCO”“A"6öbbbuchfink-diamond-6dc5717/src/test/test.ps1000066400000000000000000000046331523407312000205750ustar00rootroot00000000000000<# .SYNOPSIS Runs a program repeatedly and verifies a file's integrity via hash comparison. #> # --- Configuration --- $ProgramPath = "C:\Users\user\source\repos\diamond\out\build\x64-Release\diamond.exe" # The program to run $ProgramArgs = "blastp -q 5.faa -d data.dmnd -o out -c1 -p8 --quiet --very-sensitive" # Arguments (leave empty "" if none) $FilePath = "out" # The file to check $ExpectedHash = "13C859307E7FA02B9D022EEE570557CF2E503087C7E6E9F3AE498F2E88355E34" # Paste the known hash here $HashAlgorithm = "SHA256" # Options: SHA256, MD5, SHA1 $DelaySeconds = 1 # Pause between runs to save CPU # --------------------- Write-Host "Starting Monitor..." -ForegroundColor Cyan Write-Host "Target File: $FilePath" Write-Host "Expected Hash: $ExpectedHash" Write-Host "---------------------------------------------" $runCount = 1 while ($true) { Write-Host "[Run #$runCount] Executing program..." -NoNewline # 1. Run the program and wait for it to finish # -Wait ensures the file is fully written before we check it $process = Start-Process -FilePath $ProgramPath -ArgumentList $ProgramArgs -PassThru -Wait -NoNewWindow # Optional: Check if the program crashed (ExitCode check) if ($process.ExitCode -ne 0) { Write-Warning " Program exited with error code $($process.ExitCode)." } # 2. Check if file exists before hashing if (Test-Path -Path $FilePath) { # 3. Calculate the Hash $fileHashInfo = Get-FileHash -Path $FilePath -Algorithm $HashAlgorithm $currentHash = $fileHashInfo.Hash # 4. Compare (Case-insensitive) if ($currentHash -eq $ExpectedHash) { Write-Host " [MATCH]" -ForegroundColor Green } else { Write-Host " [MISMATCH]" -ForegroundColor Red -BackgroundColor Black Write-Host "" Write-Host "!!! INTEGRITY FAILURE DETECTED !!!" -ForegroundColor Red Write-Host "Run Number: $runCount" Write-Host "Expected: $ExpectedHash" Write-Host "Actual: $currentHash" # Stop the loop and script break } } else { Write-Host " [ERROR]" -ForegroundColor Red Write-Host "File not found: $FilePath" break } $runCount++ Start-Sleep -Seconds $DelaySeconds } Write-Host "Script stopped."bbuchfink-diamond-6dc5717/src/test/test_exit_code.cmake000066400000000000000000000003261523407312000231700ustar00rootroot00000000000000SET(CMD "./diamond ${ARGS}") separate_arguments (SEP NATIVE_COMMAND ${CMD}) execute_process(COMMAND ${SEP} RESULT_VARIABLE CMD_RESULT) if(NOT ${CMD_RESULT} EQUAL 0) message(FATAL_ERROR "${NAME} failed.") endif() bbuchfink-diamond-6dc5717/src/test/view.out000066400000000000000000001413751523407312000207010ustar00rootroot00000000000000RJP93937.1 RJP93937.1 100 82 0 0 1 82 1 82 2.55e-63 184 WP_066841281.1 WP_066841281.1 100 402 0 0 1 402 1 402 1.77e-289 782 WP_066841281.1 BAY23582.1 55.3 416 167 4 1 402 34 444 1.29e-149 430 WP_066841281.1 WP_271116088.1 52.8 413 166 5 1 402 1 395 3.19e-135 391 WP_066841281.1 MCU0947041.1 47.8 414 186 8 6 402 6 406 1.85e-108 323 MBR3944831.1 MBR3944831.1 100 493 0 0 1 493 1 493 0.0 1027 WP_041591748.1 WP_041591748.1 100 653 0 0 1 653 1 653 0.0 1224 WP_041591748.1 OFX32653.1 35.8 559 349 5 89 638 62 619 1.85e-98 313 WP_041591748.1 HCT06136.1 33.2 549 350 4 89 625 196 739 2.22e-90 295 WP_041591748.1 MBI6149093.1 33.6 554 360 5 90 638 218 768 9.05e-88 288 WP_041591748.1 WP_074319120.1 30.4 542 352 8 110 637 209 739 1.50e-62 219 WP_041591748.1 SFX27592.1 27.3 556 385 6 90 636 142 687 1.14e-53 194 WP_041591748.1 MBY0273331.1 24.2 550 367 10 84 589 38 581 1.92e-34 138 WP_041591748.1 WP_176307440.1 24.0 441 308 10 152 585 311 731 2.96e-22 100 WP_041591748.1 WP_278631399.1 28.5 214 107 4 424 595 450 659 1.32e-12 69.3 WP_041591748.1 WP_019100427.1 26.1 142 80 1 462 578 549 690 8.37e-11 63.5 WP_041591748.1 MBE5737882.1 29.0 162 83 4 462 591 511 672 1.88e-10 62.4 HHT66172.1 HHT66172.1 100 126 0 0 1 126 1 126 6.60e-82 234 OLA08565.1 OLA08565.1 100 237 0 0 1 237 1 237 1.89e-176 482 OLA08565.1 MBP5726154.1 53.6 237 108 2 1 235 1 237 3.49e-91 266 OLA08565.1 KAI0095213.1 33.6 143 67 6 11 128 15 154 6.32e-13 65.1 WP_084371009.1 WP_084371009.1 100 305 0 0 1 305 1 305 1.69e-213 582 WP_084371009.1 WP_281543397.1 38.7 292 172 2 15 303 2 289 5.26e-64 202 WP_084371009.1 WP_221265680.1 32.7 297 192 4 3 298 20 309 9.36e-47 158 WP_084371009.1 EHR6291555.1 38.4 211 128 2 3 212 330 539 6.69e-38 139 WP_084371009.1 WP_152652784.1 34.1 232 144 5 7 234 10 236 1.25e-34 126 WP_084371009.1 RLN50561.1 31.3 243 163 2 3 241 1494 1736 1.91e-34 131 WP_084371009.1 NVM03966.1 32.3 226 132 3 3 211 6 227 9.09e-33 121 WP_084371009.1 MSO30570.1 30.6 232 158 2 3 232 8 238 1.12e-32 122 WP_084371009.1 WP_132175930.1 31.3 246 162 3 12 252 37 280 3.03e-32 120 WP_084371009.1 WP_170725874.1 31.9 213 138 3 2 210 4 213 4.30e-26 103 WP_084371009.1 WP_185334683.1 31.0 213 141 4 3 209 5 217 3.54e-24 100 WP_084371009.1 MBC7326981.1 28.8 229 148 6 1 215 5 232 3.67e-24 97.1 WP_084371009.1 WP_248562494.1 31.1 212 136 6 3 211 2 206 9.55e-23 94.0 WP_084371009.1 MWR41881.1 28.8 243 140 6 1 211 3 244 6.18e-22 91.3 WP_084371009.1 MBO5162475.1 26.2 252 169 6 5 249 1 242 2.78e-21 92.0 WP_084371009.1 WP_071876418.1 29.2 253 164 7 3 241 4 255 4.28e-21 91.7 WP_084371009.1 MXP43753.1 27.4 215 139 6 12 211 24 236 7.17e-20 85.5 WP_084371009.1 OAN53756.1 26.1 226 146 6 3 211 12 233 1.30e-19 84.7 WP_084371009.1 WP_158791585.1 26.8 224 151 4 1 211 3 226 1.09e-18 82.0 WP_084371009.1 WP_174822921.1 24.3 226 154 6 1 211 6 229 7.74e-18 79.7 WP_084371009.1 WP_207918089.1 24.9 229 148 7 1 211 4 226 9.34e-17 76.6 WP_084371009.1 WP_089246429.1 29.2 212 132 7 17 213 275 483 1.69e-13 68.9 WP_084371009.1 WP_150396769.1 27.9 204 131 5 21 210 292 493 1.03e-11 63.5 WP_084371009.1 WP_153844272.1 27.4 241 146 9 3 223 6 237 1.04e-09 57.4 MBB2134936.1 MBB2134936.1 100 24 0 0 1 24 1 24 2.86e-16 61.2 MBP7023394.1 MBP7023394.1 100 154 0 0 1 154 1 154 6.59e-109 305 WP_083824265.1 WP_083824265.1 100 245 0 0 1 245 1 245 7.37e-178 486 WP_046302954.1 WP_046302954.1 100 990 0 0 1 990 1 990 0.0 1395 NDH41984.1 NDH41984.1 100 410 0 0 1 410 1 410 4.65e-305 822 NDH41984.1 WP_236355782.1 55.9 422 172 3 2 410 49 469 1.41e-145 433 MBR4207675.1 MBR4207675.1 100 937 0 0 1 937 1 937 0.0 1691 VFC12725.1 VFC12725.1 100 60 0 0 1 60 1 60 6.87e-38 118 HAG54718.1 HAG54718.1 100 114 0 0 1 114 1 114 2.32e-74 214 KQM27662.1 KQM27662.1 100 253 0 0 1 253 1 253 3.60e-173 475 WP_122031495.1 WP_122031495.1 100 435 0 0 1 435 1 435 1.74e-299 810 MCG7868091.1 MCG7868091.1 100 513 0 0 1 513 1 513 0.0 936 KAJ1449837.1 KAJ1449837.1 100 977 0 0 1 977 1 977 0.0 1541 MBU03734.1 MBU03734.1 100 369 0 0 1 369 1 369 4.00e-267 723 WP_276369440.1 WP_276369440.1 100 372 0 0 1 372 1 372 1.31e-278 752 WP_276369440.1 MCH8293010.1 27.5 247 161 8 41 281 2 236 1.10e-18 84.3 WP_096201219.1 WP_096201219.1 100 850 0 0 1 850 1 850 0.0 1691 WP_148565498.1 WP_148565498.1 100 95 0 0 1 95 1 95 2.66e-62 182 WP_254144300.1 WP_254144300.1 100 505 0 0 1 505 1 505 0.0 955 KAI1570405.1 KAI1570405.1 100 145 0 0 1 145 1 145 1.58e-89 255 QLP56207.1 QLP56207.1 100 490 0 0 1 490 1 490 0.0 945 QLP56207.1 WP_270570428.1 27.6 474 269 8 11 432 5 456 6.39e-47 168 QLP56207.1 WP_018187484.1 25.5 479 325 9 7 472 20 479 2.12e-38 144 QLP56207.1 SCN76227.1 24.7 227 123 6 13 194 80 303 4.43e-05 44.3 OGZ08419.1 OGZ08419.1 100 351 0 0 1 351 1 351 3.94e-258 698 AYX54788.1 AYX54788.1 100 81 0 0 1 81 1 81 1.30e-40 126 NJD87536.1 NJD87536.1 100 285 0 0 1 285 1 285 1.81e-198 542 WP_141918410.1 WP_141918410.1 100 588 0 0 1 588 1 588 0.0 1164 CAF1315160.1 CAF1315160.1 100 77 0 0 1 77 1 77 1.27e-54 161 OAA61066.1 OAA61066.1 100 541 0 0 1 541 1 541 3.02e-303 828 WP_282139373.1 WP_282139373.1 100 288 0 0 1 288 1 288 1.82e-204 557 MCP4774001.1 MCP4774001.1 100 284 0 0 1 284 1 284 1.74e-200 547 MCP4774001.1 WP_201520784.1 43.8 265 131 6 23 284 30 279 5.43e-56 180 MCP4774001.1 WP_103270848.1 31.4 229 145 4 49 277 44 260 1.93e-28 108 TCJ90160.1 TCJ90160.1 100 396 0 0 1 396 1 396 1.17e-275 746 NBW88664.1 NBW88664.1 100 169 0 0 1 169 1 169 5.23e-111 311 WP_179444023.1 WP_179444023.1 100 259 0 0 1 259 1 259 7.35e-185 505 CAC9886154.1 CAC9886154.1 100 677 0 0 1 677 1 677 0.0 1156 CAC9886154.1 EEH16378.1 38.1 63 35 2 54 116 7 65 1.09e-04 43.9 WP_214892570.1 WP_214892570.1 100 401 0 0 1 401 1 401 5.80e-299 806 WP_214892570.1 GEP01990.1 34.4 250 150 8 4 247 19 260 9.55e-31 120 WP_017878759.1 WP_017878759.1 100 372 0 0 1 372 1 372 6.24e-277 748 KAH8586608.1 KAH8586608.1 100 404 0 0 1 404 1 404 0.0 864 WP_127859415.1 WP_127859415.1 100 205 0 0 1 205 1 205 8.10e-153 420 WP_186939222.1 WP_186939222.1 100 848 0 0 1 848 1 848 0.0 1625 WP_186939222.1 MBR2406030.1 30.4 664 406 18 119 755 29 663 5.00e-67 234 WP_186939222.1 WP_223292749.1 48.7 78 40 0 3 80 7 84 5.79e-18 77.8 WP_186939222.1 MCM1122913.1 45.2 73 40 0 1 73 1 73 2.12e-15 70.1 SHX72876.1 SHX72876.1 100 71 0 0 1 71 1 71 8.42e-46 139 MCB0330656.1 MCB0330656.1 100 172 0 0 1 172 1 172 4.66e-120 334 WP_062517857.1 WP_062517857.1 100 310 0 0 1 310 1 310 1.88e-233 632 WP_062517857.1 WP_265272113.1 22.1 299 178 10 27 294 32 306 2.46e-11 62.0 QLL42869.1 QLL42869.1 100 229 0 0 1 229 1 229 8.44e-151 417 XP_013404023.1 XP_013404023.1 100 296 0 0 1 296 1 296 1.60e-227 616 WP_269061021.1 WP_269061021.1 100 264 0 0 1 264 1 264 4.92e-181 496 WP_240469694.1 WP_240469694.1 100 429 0 0 1 429 1 429 1.37e-318 858 WP_240469694.1 BBC91732.1 25.7 171 119 2 20 184 2 170 3.46e-06 47.4 WP_058738289.1 WP_058738289.1 100 431 0 0 1 431 1 431 4.74e-311 839 WP_058738289.1 WP_024039518.1 31.2 398 260 10 25 414 30 421 3.69e-51 176 WP_058738289.1 WP_262452366.1 25.7 428 289 10 8 416 9 426 8.24e-25 104 WP_058738289.1 MXI78925.1 35.1 222 115 8 103 317 1 200 6.44e-24 97.1 WP_007678833.1 WP_007678833.1 100 432 0 0 1 432 1 432 0.0 863 WP_007678833.1 WP_012913739.1 46.4 420 220 3 5 420 4 422 2.32e-134 391 OAN53756.1 OAN53756.1 100 259 0 0 1 259 1 259 3.25e-188 514 OAN53756.1 MXP43753.1 71.6 250 71 0 10 259 13 262 2.42e-131 370 OAN53756.1 WP_174822921.1 70.9 251 73 0 9 259 5 255 5.41e-131 369 OAN53756.1 MBC7326981.1 58.7 254 103 2 7 259 2 254 8.66e-104 300 OAN53756.1 WP_207918089.1 61.4 246 94 1 14 259 8 252 3.79e-102 296 OAN53756.1 WP_158791585.1 55.3 246 106 4 16 259 9 252 1.73e-88 261 OAN53756.1 WP_098952357.1 36.7 237 133 7 25 254 29 255 1.09e-32 120 OAN53756.1 WP_279984614.1 31.6 253 148 6 15 255 13 252 1.25e-32 118 OAN53756.1 MWR41881.1 31.9 232 138 8 32 256 49 267 7.06e-32 116 OAN53756.1 MCP5262709.1 32.0 250 155 9 17 257 11 254 3.28e-30 113 OAN53756.1 GLY24463.1 31.0 242 153 8 22 254 19 255 4.88e-28 107 OAN53756.1 WP_192324556.1 32.6 258 146 8 12 251 319 566 4.85e-27 107 OAN53756.1 WP_227059655.1 30.4 247 156 6 22 255 32 275 4.86e-27 107 OAN53756.1 WP_247749043.1 31.1 225 133 7 26 241 373 584 1.59e-24 100 OAN53756.1 WP_107894076.1 29.0 238 149 8 29 254 27 256 4.80e-24 97.1 OAN53756.1 WP_008134825.1 29.5 234 154 5 12 244 613 836 3.22e-22 94.0 OAN53756.1 WP_276362074.1 30.2 245 152 7 21 254 14 250 2.12e-21 88.6 OAN53756.1 WP_084371009.1 24.6 224 152 5 12 233 3 211 6.08e-21 88.2 OAN53756.1 MBQ3864274.1 27.5 233 151 7 30 255 39 260 3.91e-20 86.3 OAN53756.1 WP_167977039.1 32.4 216 120 10 16 223 10 207 4.96e-20 84.7 OAN53756.1 WP_221977168.1 28.4 232 149 6 14 237 18 240 2.97e-19 82.8 OAN53756.1 WP_152652784.1 31.8 201 121 7 21 219 15 201 2.99e-19 83.6 OAN53756.1 WP_071876418.1 27.4 215 142 7 23 233 17 221 1.99e-17 79.7 OAN53756.1 WP_150396769.1 26.8 231 155 7 10 236 23 243 4.11e-12 63.9 OAN53756.1 KAF9974715.1 24.8 222 135 7 30 246 484 678 4.42e-10 58.2 OAN53756.1 WP_185334683.1 24.6 224 146 9 30 246 23 230 8.36e-10 57.0 OAN53756.1 WP_153844272.1 23.0 248 153 7 12 241 6 233 2.66e-09 55.5 XP_028733567.1 XP_028733567.1 100 1381 0 0 1 1381 1 1381 0.0 2533 MCD4768021.1 MCD4768021.1 100 51 0 0 1 51 1 51 6.01e-35 110 WP_027951454.1 WP_027951454.1 100 397 0 0 1 397 1 397 1.60e-262 713 WP_027951454.1 MBR0160695.1 45.3 333 177 3 3 332 2 332 4.16e-84 261 WP_027951454.1 WP_083062905.1 38.1 336 195 5 5 329 4 337 1.03e-57 194 WP_027951454.1 MCL4333886.1 26.9 182 108 7 157 337 162 319 4.17e-09 55.8 MBO4748034.1 MBO4748034.1 100 401 0 0 1 401 1 401 1.13e-280 759 MBS5721782.1 MBS5721782.1 100 835 0 0 1 835 1 835 0.0 1650 WP_136095406.1 WP_136095406.1 100 760 0 0 1 760 1 760 0.0 1482 WP_136095406.1 WP_029789810.1 46.5 706 295 12 114 742 155 854 5.45e-194 571 WP_136095406.1 MBP6786080.1 46.8 692 272 10 110 719 153 830 2.06e-190 562 WP_136095406.1 KAF6257731.1 46.2 689 272 16 120 721 163 839 9.31e-170 511 WP_136095406.1 MBL8103469.1 54.5 301 122 6 103 395 151 444 3.85e-93 296 WP_136095406.1 KAI7727618.1 51.1 282 104 3 120 398 165 415 3.44e-75 259 WP_136095406.1 KPK79043.1 29.1 612 363 14 120 726 152 697 3.19e-66 231 WP_136095406.1 MCH2804017.1 65.4 78 27 0 469 546 2 79 6.62e-29 108 WP_159463829.1 WP_159463829.1 100 590 0 0 1 590 1 590 0.0 1090 WP_159463829.1 WP_221977168.1 35.6 247 141 4 357 587 15 259 2.68e-31 120 WP_159463829.1 WP_276362074.1 33.3 249 142 4 361 587 8 254 8.29e-28 110 WP_159463829.1 WP_076409454.1 29.1 244 154 6 358 589 5 241 3.09e-23 99.8 WP_159463829.1 MBP1876254.1 31.2 218 141 5 368 576 16 233 1.20e-16 80.1 WP_159463829.1 WP_197521413.1 26.4 216 132 8 372 577 21 219 4.53e-07 50.1 WP_159463829.1 WP_281034490.1 30.0 60 40 1 527 584 2 61 1.93e-06 46.6 MBO1682517.1 MBO1682517.1 100 69 0 0 1 69 1 69 8.57e-45 136 MBR3209975.1 MBR3209975.1 100 81 0 0 1 81 1 81 6.43e-41 127 MAJ56944.1 MAJ56944.1 100 136 0 0 1 136 1 136 2.14e-94 266 GFD45028.1 GFD45028.1 100 88 0 0 1 88 1 88 6.59e-53 158 GFD45028.1 GEX59890.1 74.2 31 8 0 44 74 463 493 1.00e-06 43.1 RYH76248.1 RYH76248.1 100 279 0 0 1 279 1 279 1.38e-199 544 OTA29349.1 OTA29349.1 100 1203 0 0 1 1203 1 1203 0.0 2277 HCD1954593.1 HCD1954593.1 100 74 0 0 1 74 1 74 1.12e-49 149 MBM3303016.1 MBM3303016.1 100 268 0 0 1 268 1 268 9.46e-206 559 WP_107723967.1 WP_107723967.1 100 593 0 0 1 593 1 593 0.0 1206 WP_107723967.1 KTC18574.1 35.1 570 342 10 26 578 37 595 2.04e-100 316 WP_003303823.1 WP_003303823.1 100 384 0 0 1 384 1 384 1.32e-309 831 ATB18092.1 ATB18092.1 100 222 0 0 1 222 1 222 4.84e-167 457 OGW26817.1 OGW26817.1 100 129 0 0 1 129 1 129 1.32e-96 271 OGR46634.1 OGR46634.1 100 301 0 0 1 301 1 301 2.76e-226 613 OGR46634.1 NPV66369.1 63.1 301 108 3 3 300 2 302 3.73e-135 383 MBS0561514.1 MBS0561514.1 100 605 0 0 1 605 1 605 0.0 1134 MBS0561514.1 WP_178999808.1 31.4 567 365 9 24 572 8 568 3.15e-68 231 WP_129629290.1 WP_129629290.1 100 343 0 0 1 343 1 343 4.96e-257 695 QBL97920.1 QBL97920.1 100 809 0 0 1 809 1 809 0.0 1254 UYV38309.1 UYV38309.1 100 288 0 0 1 288 1 288 1.18e-200 548 GFY73571.1 GFY73571.1 100 145 0 0 1 145 1 145 9.21e-107 298 SEP77558.1 SEP77558.1 100 603 0 0 1 603 1 603 0.0 1136 SEP77558.1 MBQ1868746.1 30.8 331 185 7 250 566 194 494 2.11e-39 151 SEP77558.1 WP_261733022.1 34.1 273 170 6 301 567 215 483 9.11e-34 135 SEP77558.1 WP_138482356.1 34.8 233 138 6 339 565 412 636 1.52e-32 132 SEP77558.1 WP_061048002.1 26.5 294 177 11 292 568 355 626 6.62e-17 82.8 VTR17913.1 VTR17913.1 100 450 0 0 1 450 1 450 0.0 885 VTR17913.1 MCH3963123.1 23.0 226 158 7 178 393 543 762 2.10e-06 48.5 WP_204462572.1 WP_204462572.1 100 156 0 0 1 156 1 156 4.28e-115 320 HAI83337.1 HAI83337.1 100 140 0 0 1 140 1 140 2.04e-103 290 MBW0490175.1 MBW0490175.1 100 536 0 0 1 536 1 536 0.0 1060 NQJ73193.1 NQJ73193.1 100 272 0 0 1 272 1 272 7.81e-182 499 ECE8916583.1 ECE8916583.1 100 1718 0 0 1 1718 1 1718 0.0 2598 ECE8916583.1 EAA8040699.1 64.5 1765 510 29 17 1718 144 1854 0.0 1368 NNL66378.1 NNL66378.1 100 137 0 0 1 137 1 137 8.71e-99 278 NNL66378.1 WP_134885491.1 30.8 133 68 3 5 137 8 116 1.02e-13 65.1 WP_116619797.1 WP_116619797.1 100 122 0 0 1 122 1 122 2.08e-83 238 WP_182158016.1 WP_182158016.1 100 717 0 0 1 717 1 717 0.0 1471 KAF7644169.1 KAF7644169.1 100 624 0 0 1 624 1 624 0.0 956 WP_102296123.1 WP_102296123.1 100 209 0 0 1 209 1 209 8.07e-155 425 MZQ82908.1 MZQ82908.1 100 280 0 0 1 280 1 280 1.87e-193 529 XP_053592881.1 XP_053592881.1 100 890 0 0 1 890 1 890 0.0 1834 XP_053592881.1 WP_194957532.1 33.8 787 388 18 45 773 6 717 2.65e-125 395 XP_053592881.1 WP_081224968.1 22.7 671 379 22 46 641 26 631 1.40e-20 95.9 XP_053592881.1 WP_123159424.1 20.6 783 466 23 77 773 57 769 2.16e-14 75.9 XP_053592881.1 SCL13606.1 29.4 204 99 6 47 207 62 263 1.89e-13 72.8 XP_053592881.1 MCB9999913.1 27.3 165 97 3 67 209 61 224 1.80e-12 69.7 XP_053592881.1 MSZ29533.1 25.6 254 133 8 398 647 435 636 7.16e-10 61.2 MBC7879491.1 MBC7879491.1 100 672 0 0 1 672 1 672 0.0 1283 WP_079304935.1 WP_079304935.1 100 267 0 0 1 267 1 267 3.49e-187 512 WP_079304935.1 WP_159793761.1 32.8 265 168 5 1 256 1 264 1.36e-44 150 WP_006799194.1 WP_006799194.1 100 657 0 0 1 657 1 657 0.0 1341 WP_006799194.1 WP_236387036.1 64.7 660 223 6 1 657 1 653 0.0 885 WP_006799194.1 WP_131751929.1 48.1 366 170 8 299 657 292 644 7.79e-107 335 WP_281674273.1 WP_281674273.1 100 98 0 0 1 98 1 98 2.42e-64 187 WP_139553477.1 WP_139553477.1 100 221 0 0 1 221 1 221 2.37e-153 422 WP_184601943.1 WP_184601943.1 100 838 0 0 1 838 1 838 0.0 1627 WP_184601943.1 WP_000576638.1 45.7 771 408 4 41 801 35 804 5.91e-226 655 WP_007427566.1 WP_007427566.1 100 431 0 0 1 431 1 431 0.0 876 WP_007427566.1 WP_036471418.1 54.2 432 195 2 1 431 1 430 6.02e-164 466 WP_033131454.1 WP_033131454.1 100 131 0 0 1 131 1 131 9.22e-98 275 EFL3122059.1 EFL3122059.1 100 257 0 0 1 257 1 257 7.57e-159 443 EFL3122059.1 EIH4263652.1 92.1 253 16 1 9 257 1 253 2.84e-136 396 EFL3122059.1 EFL5817307.1 92.7 206 11 1 56 257 1 206 1.46e-103 309 EFL3122059.1 EFI7849450.1 74.8 131 29 1 28 154 3 133 4.77e-62 192 EFL3122059.1 EFN5389376.1 90.8 142 9 1 120 257 1 142 1.25e-53 186 EFL3122059.1 EER8306359.1 75.3 85 21 0 1 85 215 299 1.60e-38 136 MCS7352192.1 MCS7352192.1 100 111 0 0 1 111 1 111 6.56e-36 119 WP_261695383.1 WP_261695383.1 100 133 0 0 1 133 1 133 4.90e-85 243 WP_261695383.1 WP_208947654.1 34.6 130 82 2 1 127 1 130 3.83e-12 58.2 MBH1832495.1 MBH1832495.1 100 450 0 0 1 450 1 450 0.0 905 MCF2604604.1 MCF2604604.1 100 297 0 0 1 297 1 297 2.96e-219 595 EFK2137151.1 EFK2137151.1 100 459 0 0 1 459 1 459 9.71e-316 853 EFK2137151.1 WP_063603400.1 34.8 417 265 3 22 434 1 414 2.75e-62 207 KAG9223390.1 KAG9223390.1 100 776 0 0 1 776 1 776 0.0 1560 CDE36962.1 CDE36962.1 100 384 0 0 1 384 1 384 5.65e-286 771 CDE36962.1 WP_223413240.1 30.6 85 55 1 38 122 34 114 9.18e-05 42.4 CDE36962.1 WP_266179881.1 31.3 64 44 0 38 101 34 97 2.15e-04 41.2 WP_239108544.1 WP_239108544.1 100 236 0 0 1 236 1 236 4.12e-175 479 WP_201700143.1 WP_201700143.1 100 149 0 0 1 149 1 149 2.94e-105 295 PLW21337.1 PLW21337.1 100 497 0 0 1 497 1 497 0.0 941 WP_198297627.1 WP_198297627.1 100 196 0 0 1 196 1 196 3.08e-148 407 CAH0542131.1 CAH0542131.1 100 129 0 0 1 129 1 129 3.64e-94 265 MBO5545990.1 MBO5545990.1 100 185 0 0 1 185 1 185 4.60e-140 386 XP_054844157.1 XP_054844157.1 100 511 0 0 1 511 1 511 0.0 1044 XP_054844157.1 XP_046922164.1 41.4 488 222 7 32 511 18 449 2.28e-124 369 XP_054844157.1 XP_028717800.1 37.0 486 296 6 30 510 9 489 7.18e-104 318 XP_054844157.1 ACF74449.1 28.1 462 297 14 42 483 27 473 3.22e-41 153 XP_054844157.1 XP_041334537.1 24.9 418 295 11 64 478 34 435 1.52e-32 128 XP_054844157.1 XP_037327098.1 27.9 229 152 4 263 482 244 468 8.81e-20 90.5 WP_053767117.1 WP_053767117.1 100 230 0 0 1 230 1 230 8.33e-172 470 KNZ32786.1 KNZ32786.1 100 573 0 0 1 573 1 573 0.0 1108 NYI84739.1 NYI84739.1 100 397 0 0 1 397 1 397 7.13e-266 722 ABY20040.1 ABY20040.1 100 137 0 0 1 137 1 137 3.15e-92 261 WP_012283464.1 WP_012283464.1 100 130 0 0 1 130 1 130 8.91e-91 257 MBE6306819.1 MBE6306819.1 100 393 0 0 1 393 1 393 5.82e-279 754 MBE6306819.1 CAG0929351.1 39.7 315 187 2 2 313 7 321 6.57e-71 224 MBQ3226584.1 MBQ3226584.1 100 54 0 0 1 54 1 54 2.11e-34 108 WP_185644473.1 WP_185644473.1 100 132 0 0 1 132 1 132 2.97e-90 256 MBJ7287465.1 MBJ7287465.1 100 1200 0 0 1 1200 1 1200 0.0 1992 MBJ7287465.1 WP_031065317.1 51.4 1220 539 12 1 1194 1 1192 3.65e-296 861 XP_056097092.1 XP_056097092.1 100 539 0 0 1 539 1 539 0.0 1052 WP_182050463.1 WP_182050463.1 100 79 0 0 1 79 1 79 2.26e-49 148 KAJ2660037.1 KAJ2660037.1 100 2050 0 0 1 2050 1 2050 0.0 3940 KAJ2660037.1 KAF9974715.1 33.4 1376 789 27 768 2050 6 1347 3.95e-191 614 KAJ2660037.1 XP_043889695.1 41.8 395 191 12 4 373 6 386 4.79e-63 237 KAJ2660037.1 XP_032696462.1 36.8 386 219 10 4 375 6 380 5.42e-52 200 KAJ2660037.1 MBQ8297564.1 32.9 237 156 3 1807 2041 330 565 3.35e-36 145 KAJ2660037.1 WP_195238978.1 25.2 477 339 10 1569 2038 249 714 3.34e-35 144 KAJ2660037.1 KAJ5168969.1 30.7 336 204 11 1725 2043 419 742 1.71e-30 129 KAJ2660037.1 KAI7371949.1 35.1 245 148 7 1806 2043 646 886 2.55e-30 129 KAJ2660037.1 KAI9191373.1 36.9 198 123 2 1795 1990 381 578 3.96e-28 122 KAJ2660037.1 WP_247749043.1 26.4 246 174 3 1804 2043 352 596 3.13e-22 102 KAJ2660037.1 NFD84694.1 28.0 239 149 5 1192 1413 522 754 1.82e-18 90.5 KAJ2660037.1 WAY96880.1 32.5 166 92 3 1206 1354 2 164 2.26e-15 75.1 KAJ2660037.1 NVM03966.1 25.1 211 143 6 1824 2030 36 235 1.08e-13 72.8 KAJ2660037.1 WP_088153117.1 28.9 211 108 6 1221 1404 26 221 1.23e-10 63.9 KAJ2660037.1 WP_142931103.1 26.0 227 140 7 1798 2007 241 456 2.17e-09 60.5 KAJ2660037.1 WP_145468487.1 27.8 162 106 5 1825 1980 25 181 1.68e-06 49.7 KAJ2660037.1 HBO4828144.1 24.7 223 139 8 1807 2016 9 215 3.56e-06 49.3 WP_190971545.1 WP_190971545.1 100 546 0 0 1 546 1 546 0.0 996 WP_236961032.1 WP_236961032.1 100 93 0 0 1 93 1 93 3.40e-64 187 WP_236961032.1 WP_146205473.1 61.9 42 16 0 49 90 1 42 5.02e-14 59.3 WP_149886053.1 WP_149886053.1 100 513 0 0 1 513 1 513 0.0 1041 WP_149886053.1 WP_007747506.1 27.2 570 332 25 1 513 1 544 6.46e-28 115 WP_144002426.1 WP_144002426.1 100 275 0 0 1 275 1 275 1.09e-194 531 WP_144002426.1 WP_130477570.1 50.2 267 129 2 4 269 1 264 1.79e-78 237 WP_144002426.1 WP_113851760.1 33.6 143 92 2 124 266 97 236 6.80e-16 73.6 WP_144002426.1 MCF8193609.1 29.9 197 121 5 81 266 65 255 2.86e-14 69.3 WP_029542314.1 WP_029542314.1 100 309 0 0 1 309 1 309 4.35e-218 593 WP_029542314.1 WP_265399898.1 30.9 288 188 6 16 301 17 295 2.99e-29 112 WP_029542314.1 WP_091540071.1 31.3 224 114 8 22 211 24 241 1.76e-14 71.2 KAJ4533602.1 KAJ4533602.1 100 129 0 0 1 129 1 129 1.67e-90 256 KOV59425.1 KOV59425.1 100 76 0 0 1 76 1 76 9.40e-52 154 QTD03487.1 QTD03487.1 100 4405 0 0 1 4405 1 4405 0.0 8658 QTD03487.1 QSZ25555.1 99.8 4401 7 0 1 4401 1 4401 0.0 8643 QTD03487.1 QWC83326.1 99.8 4401 7 0 1 4401 1 4401 0.0 8641 QTD03487.1 WEU87158.1 99.9 4401 5 0 1 4401 1 4401 0.0 8641 QTD03487.1 UBP50947.1 99.8 4401 10 0 1 4401 1 4401 0.0 8634 QTD03487.1 UFM00670.1 99.7 4405 15 0 1 4405 1 4405 0.0 8633 QTD03487.1 QXR94354.1 99.7 4405 10 1 1 4405 1 4402 0.0 8631 QTD03487.1 UEC68750.1 99.7 4405 15 0 1 4405 1 4405 0.0 8631 QTD03487.1 QZU16279.1 99.8 4401 11 0 1 4401 1 4401 0.0 8630 QTD03487.1 UBL45068.1 99.7 4405 13 0 1 4405 1 4405 0.0 8630 QTD03487.1 QTM79632.1 99.6 4405 13 1 1 4405 1 4402 0.0 8629 QTD03487.1 UBD95131.1 99.7 4401 12 0 1 4401 1 4401 0.0 8628 QTD03487.1 UHM53165.1 99.7 4405 15 0 1 4405 1 4405 0.0 8628 QTD03487.1 UFM02602.1 99.7 4405 15 0 1 4405 1 4405 0.0 8628 QTD03487.1 QTZ27226.1 99.6 4405 15 1 1 4405 1 4402 0.0 8624 QTD03487.1 QVD87869.1 99.7 4401 9 1 1 4401 1 4398 0.0 8624 QTD03487.1 ULA23837.2 99.6 4405 13 2 1 4405 1 4401 0.0 8621 QTD03487.1 UEC52718.1 99.6 4401 16 0 1 4401 1 4401 0.0 8620 QTD03487.1 UPP41269.1 99.6 4405 15 1 1 4405 1 4402 0.0 8619 QTD03487.1 UIR12670.1 99.7 4401 11 2 1 4401 1 4397 0.0 8618 QTD03487.1 UXH94526.1 99.6 4405 14 2 1 4405 1 4401 0.0 8617 QTD03487.1 USR14792.1 99.6 4405 16 1 1 4405 1 4402 0.0 8616 QTD03487.1 UZO53924.1 99.6 4401 13 1 1 4401 1 4398 0.0 8616 QTD03487.1 UVB16817.1 99.6 4401 13 1 1 4401 1 4398 0.0 8614 QTD03487.1 URQ55824.1 99.6 4401 14 1 1 4401 1 4398 0.0 8613 QTD03487.1 UMF87224.1 99.1 4401 34 2 1 4401 1 4397 0.0 8608 QTD03487.1 UPA83906.1 99.6 4401 15 2 1 4401 1 4397 0.0 8608 QTD03487.1 UKU68032.1 99.3 4405 27 2 1 4405 1 4401 0.0 8589 QTD03487.1 UKN67998.1 99.6 4381 12 2 21 4401 1 4377 0.0 8577 QTD03487.1 UBR86455.1 98.5 4400 67 0 2 4401 1 4400 0.0 8499 QTD03487.1 UCP77012.1 98.1 4401 84 0 1 4401 1 4401 0.0 8460 QTD03487.1 UXX67934.1 98.1 4401 80 1 1 4401 1 4398 0.0 8455 QTD03487.1 UCP72061.1 98.0 4401 87 0 1 4401 1 4401 0.0 8450 QTD03487.1 UAQ80067.1 97.9 4401 94 0 1 4401 1 4401 0.0 8439 QTD03487.1 UJV88611.1 97.7 4405 99 2 1 4405 1 4401 0.0 8426 QTD03487.1 UJJ97602.1 97.5 4405 105 2 1 4405 1 4401 0.0 8410 QTD03487.1 UOU30556.1 97.7 4401 100 1 1 4401 1 4398 0.0 8408 QTD03487.1 UGA79226.1 97.3 4401 117 0 1 4401 1 4401 0.0 8377 QTD03487.1 UJS94137.1 98.7 4300 53 2 106 4405 1 4296 0.0 8318 QTD03487.1 WHE12941.1 97.1 4375 124 1 27 4401 1 4372 0.0 8303 QTD03487.1 ULB83374.1 96.5 4405 151 2 1 4405 1 4401 0.0 8294 QTD03487.1 UVI10561.1 96.0 4374 171 1 28 4401 1 4371 0.0 8189 QTD03487.1 UGB98301.1 94.3 4405 252 0 1 4405 1 4405 0.0 8062 QTD03487.1 QRX02582.1 99.9 4098 4 0 1 4098 1 4098 0.0 8028 QTD03487.1 UJT06733.1 94.0 4401 259 2 1 4401 1 4397 0.0 8004 QTD03487.1 UFA30503.1 93.4 4340 288 0 27 4366 1 4340 0.0 7841 QTD03487.1 UMA88644.1 92.3 4380 332 2 22 4401 1 4376 0.0 7811 QTD03487.1 WGP70063.1 92.4 4369 331 0 1 4369 1 4369 0.0 7796 QTD03487.1 WEI27974.1 91.2 4405 385 1 1 4405 1 4402 0.0 7735 QTD03487.1 UNI03201.1 91.5 4379 373 1 27 4405 1 4378 0.0 7725 QTD03487.1 WGP98278.1 88.8 4364 490 0 1 4364 1 4364 0.0 7403 QTD03487.1 UEX07109.1 87.9 4379 528 0 27 4405 1 4379 0.0 7376 QTD03487.1 WAS49087.1 84.7 4401 670 1 1 4401 1 4398 0.0 7006 QTD03487.1 URP80785.1 82.5 4378 761 1 28 4405 1 4375 0.0 6777 QTD03487.1 UYE49180.1 77.0 4405 1012 1 1 4405 1 4402 0.0 6218 QTD03487.1 UPB00876.1 76.5 4378 1026 1 28 4405 1 4375 0.0 6178 QTD03487.1 WGQ72821.1 67.7 4344 1404 0 26 4369 1 4344 0.0 5147 WP_194546214.1 WP_194546214.1 100 169 0 0 1 169 1 169 4.16e-117 327 HAJ6883934.1 HAJ6883934.1 100 274 0 0 1 274 1 274 1.10e-198 541 WP_277264109.1 WP_277264109.1 100 997 0 0 1 997 1 997 0.0 1813 WP_277264109.1 WP_282985289.1 30.7 856 482 23 234 995 148 986 2.40e-80 280 WP_277264109.1 EFG7698437.1 34.4 305 171 8 717 995 1 302 3.55e-40 149 WP_153033981.1 WP_153033981.1 100 336 0 0 1 336 1 336 4.63e-238 646 GHP52484.1 GHP52484.1 100 506 0 0 1 506 1 506 0.0 990 WP_141817398.1 WP_141817398.1 100 161 0 0 1 161 1 161 3.62e-114 318 AYV78736.1 AYV78736.1 100 438 0 0 1 438 1 438 8.89e-312 843 WP_051789242.1 WP_051789242.1 100 338 0 0 1 338 1 338 2.24e-246 667 WP_051789242.1 WP_130237435.1 30.3 327 220 6 9 331 3 325 1.49e-30 116 EST37880.1 EST37880.1 100 309 0 0 1 309 1 309 8.28e-232 628 ATI48360.1 ATI48360.1 100 83 0 0 1 83 1 83 1.04e-58 172 MCI8806686.1 MCI8806686.1 100 239 0 0 1 239 1 239 4.64e-153 423 KUO65278.1 KUO65278.1 100 189 0 0 1 189 1 189 4.76e-144 396 KUO65278.1 WP_157476287.1 45.2 188 99 3 1 184 1 188 2.43e-57 177 WP_150396769.1 WP_150396769.1 100 519 0 0 1 519 1 519 0.0 1001 WP_150396769.1 MBO5162475.1 37.7 494 290 6 32 513 6 493 6.01e-104 319 WP_150396769.1 WP_185334683.1 34.1 499 321 4 22 513 2 499 3.06e-94 294 WP_150396769.1 WP_089246429.1 34.6 491 310 7 28 509 8 496 4.23e-91 286 WP_150396769.1 GBD21053.1 34.4 506 310 7 24 515 26 523 2.71e-88 279 WP_150396769.1 WP_206363707.1 33.7 252 162 3 19 265 13 264 2.04e-38 140 WP_150396769.1 WP_227059655.1 26.8 530 296 18 38 493 35 546 9.95e-33 130 WP_150396769.1 WP_029347391.1 31.5 248 165 2 22 264 3 250 3.81e-32 122 WP_150396769.1 WP_192324556.1 26.4 527 309 16 37 493 30 547 9.62e-29 118 WP_150396769.1 WP_071876418.1 21.2 518 313 15 40 493 21 507 1.54e-22 99.4 WP_150396769.1 WP_008134825.1 30.3 231 150 3 19 245 607 830 5.96e-22 98.2 WP_150396769.1 EHR6291555.1 23.6 550 327 18 22 493 3 537 2.17e-20 92.8 WP_150396769.1 GLY24463.1 34.5 238 134 9 24 243 4 237 2.28e-20 90.5 WP_150396769.1 WP_152652784.1 28.8 233 155 4 27 257 8 231 4.32e-20 89.4 WP_150396769.1 WP_088153117.1 30.4 237 138 8 50 280 24 239 5.31e-20 90.1 WP_150396769.1 MBQ4383193.1 28.9 204 136 6 37 237 21 218 1.89e-16 77.0 WP_150396769.1 WP_221265680.1 28.6 213 141 4 281 493 27 228 2.30e-16 78.6 WP_150396769.1 WP_247749043.1 28.8 215 139 7 37 243 371 579 7.72e-15 75.5 WP_150396769.1 WP_089095302.1 22.3 497 281 19 36 459 15 479 1.06e-14 75.1 WP_150396769.1 WP_142931103.1 22.0 491 313 17 40 496 20 474 2.40e-14 73.6 WP_150396769.1 WP_211555180.1 27.0 204 143 2 36 237 15 214 3.53e-14 70.5 WP_150396769.1 WP_192500494.1 22.7 216 154 4 25 238 3 207 6.52e-14 70.9 WP_150396769.1 WP_158791585.1 25.9 228 143 6 29 240 9 226 1.56e-13 68.9 WP_150396769.1 HBO4828144.1 28.5 200 127 5 290 488 31 215 1.02e-12 67.0 WP_150396769.1 WP_098952357.1 28.1 224 137 6 282 493 22 233 1.46e-12 67.0 WP_150396769.1 EHH5649593.1 22.6 212 148 3 49 256 27 226 2.04e-12 66.2 WP_150396769.1 WP_084371009.1 27.0 222 142 6 278 493 3 210 9.73e-12 64.3 WP_150396769.1 OAN53756.1 26.8 231 155 7 23 243 10 236 2.00e-11 62.8 WP_150396769.1 MBC7326981.1 26.7 225 144 9 40 250 22 239 2.54e-11 62.4 WP_150396769.1 MXP43753.1 26.1 234 155 8 22 243 12 239 5.34e-10 58.5 WP_150396769.1 WP_207918089.1 26.9 212 140 7 39 240 20 226 6.48e-10 58.2 WP_150396769.1 MCP5262709.1 28.8 229 143 8 39 252 20 243 8.67e-10 58.5 WP_150396769.1 KAF9974715.1 23.7 211 127 8 37 238 478 663 1.16e-08 56.2 WP_150396769.1 WP_195238978.1 22.7 216 147 7 284 493 496 697 2.25e-08 55.1 WP_150396769.1 WP_174822921.1 25.1 223 137 8 39 243 22 232 7.38e-08 52.0 WP_150396769.1 MBQ8297564.1 21.7 240 150 7 292 513 353 572 1.84e-07 52.0 WP_150396769.1 NVM03966.1 23.9 205 136 4 291 493 40 226 1.98e-07 51.2 WP_150396769.1 WP_107894076.1 24.6 232 150 9 37 250 22 246 4.62e-06 47.0 WP_150396769.1 WP_041710957.1 22.1 208 132 7 32 238 297 475 1.40e-04 42.7 WP_150396769.1 WP_038440434.1 36.7 79 48 2 415 493 470 546 3.26e-04 41.6 WP_150396769.1 NFD84694.1 19.4 216 158 7 285 496 535 738 4.65e-04 41.2 XP_040774166.1 XP_040774166.1 100 384 0 0 1 384 1 384 1.28e-282 763 NXC48933.1 NXC48933.1 100 177 0 0 1 177 1 177 5.27e-92 264 MBK9653437.1 MBK9653437.1 100 174 0 0 1 174 1 174 1.44e-124 346 WP_227903033.1 WP_227903033.1 100 132 0 0 1 132 1 132 4.55e-85 243 WP_071280632.1 WP_071280632.1 100 90 0 0 1 90 1 90 8.52e-59 173 OOF77949.1 OOF77949.1 100 531 0 0 1 531 1 531 0.0 1058 WP_011629477.1 WP_011629477.1 100 474 0 0 1 474 1 474 0.0 970 MCQ2617452.1 MCQ2617452.1 100 483 0 0 1 483 1 483 0.0 912 MCQ2617452.1 WP_154503573.1 47.2 108 53 2 9 112 13 120 5.19e-13 69.3 OXA48312.1 OXA48312.1 100 155 0 0 1 155 1 155 2.58e-111 311 QEP12732.1 QEP12732.1 100 107 0 0 1 107 1 107 6.88e-75 215 MQA03337.1 MQA03337.1 100 168 0 0 1 168 1 168 9.78e-111 310 MQA03337.1 MCB1505913.1 63.1 160 59 0 5 164 5 164 3.39e-63 190 WP_197332010.1 WP_197332010.1 100 511 0 0 1 511 1 511 0.0 977 WP_197332010.1 WP_255602293.1 30.8 509 332 6 13 504 24 529 1.10e-77 251 WP_197332010.1 WP_226276978.1 30.8 493 328 4 21 511 23 504 6.54e-70 230 WP_197332010.1 RQL72805.1 29.6 503 315 13 25 511 28 507 7.17e-56 193 WP_197332010.1 WP_185921121.1 27.0 444 309 7 13 452 11 443 6.13e-35 135 MBT4511102.1 MBT4511102.1 100 149 0 0 1 149 1 149 5.08e-106 297 WP_006895514.1 WP_006895514.1 100 280 0 0 1 280 1 280 8.74e-208 565 WP_087686007.1 WP_087686007.1 100 271 0 0 1 271 1 271 4.13e-197 537 MBU7046308.1 MBU7046308.1 100 582 0 0 1 582 1 582 0.0 1117 MBU7046308.1 MBP9771519.1 31.2 462 237 18 6 452 9 404 2.95e-40 151 MBU7046308.1 MBR6343266.1 48.8 86 28 2 5 90 355 424 1.08e-18 87.0 WP_023727015.1 WP_023727015.1 100 519 0 0 1 519 1 519 0.0 950 WP_023727015.1 WP_185921121.1 35.0 426 250 11 26 438 9 420 1.82e-53 186 WP_023727015.1 BBC91732.1 30.3 412 274 8 35 437 3 410 1.27e-42 156 WP_023727015.1 RQL72805.1 24.8 423 289 9 21 429 7 414 1.88e-26 110 MCM1504065.1 MCM1504065.1 100 340 0 0 1 340 1 340 8.87e-254 686 WP_280876395.1 WP_280876395.1 100 208 0 0 1 208 1 208 5.22e-146 403 MBN3324024.1 MBN3324024.1 100 1006 0 0 1 1006 1 1006 0.0 1925 MBN3324024.1 XP_025046235.1 38.6 241 125 7 487 711 1 234 1.96e-21 92.8 XP_040082341.1 XP_040082341.1 100 211 0 0 1 211 1 211 1.98e-156 429 MBE0660081.1 MBE0660081.1 100 216 0 0 1 216 1 216 2.17e-142 394 WP_193956008.1 WP_193956008.1 100 537 0 0 1 537 1 537 0.0 1087 WP_193956008.1 WP_230284916.1 30.2 434 215 20 100 522 87 443 1.50e-29 119 WP_193956008.1 RMF68396.1 25.4 409 225 16 149 528 131 488 5.52e-19 88.2 WP_243386166.1 WP_243386166.1 100 312 0 0 1 312 1 312 1.03e-222 605 SDO77973.1 SDO77973.1 100 147 0 0 1 147 1 147 1.92e-100 283 WP_109807231.1 WP_109807231.1 100 214 0 0 1 214 1 214 3.13e-150 414 WP_005629113.1 WP_005629113.1 100 241 0 0 1 241 1 241 6.06e-175 479 WP_140985543.1 WP_140985543.1 100 226 0 0 1 226 1 226 1.33e-166 456 DAC17040.1 DAC17040.1 100 965 0 0 1 965 1 965 0.0 1873 XP_028766233.1 XP_028766233.1 100 739 0 0 1 739 1 739 0.0 1468 XP_028766233.1 VAI85984.1 48.2 303 130 4 5 296 70 356 8.25e-84 286 XP_028766233.1 XP_010267139.1 31.2 138 69 5 620 734 271 405 1.24e-10 62.4 XP_025769677.1 XP_025769677.1 100 452 0 0 1 452 1 452 9.40e-227 627 WP_217105914.1 WP_217105914.1 100 349 0 0 1 349 1 349 1.81e-262 709 EYC35406.1 EYC35406.1 100 161 0 0 1 161 1 161 1.72e-112 314 WP_275889644.1 WP_275889644.1 100 237 0 0 1 237 1 237 2.22e-184 502 WP_249839557.1 WP_249839557.1 100 360 0 0 1 360 1 360 6.81e-259 701 WP_219954954.1 WP_219954954.1 100 438 0 0 1 438 1 438 4.25e-297 804 WP_219954954.1 EAA7679439.1 30.7 267 176 4 166 430 252 511 1.89e-33 130 WP_219954954.1 WP_206698867.1 25.6 324 224 7 115 430 93 407 2.00e-19 88.2 WP_219954954.1 WP_023955328.1 22.4 340 254 5 6 338 4 340 5.35e-14 71.2 MBJ9940918.1 MBJ9940918.1 100 220 0 0 1 220 1 220 1.45e-167 458 WP_032936131.1 WP_032936131.1 100 264 0 0 1 264 1 264 3.10e-184 504 WP_036471418.1 WP_036471418.1 100 430 0 0 1 430 1 430 0.0 865 WP_036471418.1 WP_007427566.1 54.2 432 195 2 1 430 1 431 4.24e-164 467 WP_089092961.1 WP_089092961.1 100 70 0 0 1 70 1 70 8.13e-48 144 PWC90347.1 PWC90347.1 100 378 0 0 1 378 1 378 4.47e-264 716 PWC90347.1 HAT8492399.1 37.5 363 222 2 14 376 9 366 1.79e-74 234 PWC90347.1 MBH2016034.1 22.9 231 150 3 73 276 34 263 9.96e-09 54.3 PWC90347.1 WP_199942136.1 35.0 100 55 4 73 166 44 139 8.53e-04 39.3 XP_016611986.1 XP_016611986.1 100 262 0 0 1 262 1 262 5.65e-195 531 MBV8846188.1 MBV8846188.1 100 245 0 0 1 245 1 245 3.50e-176 482 XP_030313316.1 XP_030313316.1 100 622 0 0 1 622 1 622 0.0 1239 WP_095061089.1 WP_095061089.1 100 285 0 0 1 285 1 285 1.34e-209 570 WP_095061089.1 OHB35500.1 31.3 288 173 7 1 280 86 356 2.08e-34 126 KAG9509822.1 KAG9509822.1 100 386 0 0 1 386 1 386 3.70e-267 724 CAB3503427.1 CAB3503427.1 100 670 0 0 1 670 1 670 0.0 1320 WP_217278020.1 WP_217278020.1 100 137 0 0 1 137 1 137 9.06e-101 283 WP_124978582.1 WP_124978582.1 100 841 0 0 1 841 1 841 0.0 1603 WP_124978582.1 WP_064779756.1 37.6 221 131 4 3 223 122 335 4.54e-36 138 WP_124978582.1 WP_010905191.1 32.8 244 142 11 1 230 1 236 3.06e-19 87.4 WP_124978582.1 WP_088349221.1 21.3 211 138 6 2 184 6 216 7.69e-08 53.1 WP_124978582.1 MCH5207665.1 39.3 56 34 0 3 58 4 59 6.55e-07 49.7 MBO7941816.1 MBO7941816.1 100 131 0 0 1 131 1 131 2.65e-88 251 MBO7941816.1 WP_100461895.1 77.1 131 30 0 1 131 277 407 5.06e-61 193 MBO7941816.1 WP_033603452.1 43.6 39 22 0 93 131 855 893 7.46e-04 36.6 MCA3282362.1 MCA3282362.1 100 365 0 0 1 365 1 365 3.61e-277 748 MCA3282362.1 WP_080508033.1 24.0 333 223 10 37 352 69 388 4.77e-11 62.0 WP_152029253.1 WP_152029253.1 100 96 0 0 1 96 1 96 6.01e-64 186 MBL4542294.1 MBL4542294.1 100 108 0 0 1 108 1 108 5.01e-73 210 MBQ7809358.1 MBQ7809358.1 100 84 0 0 1 84 1 84 1.94e-50 151 WP_278266677.1 WP_278266677.1 100 467 0 0 1 467 1 467 0.0 919 WP_278266677.1 MBV8349295.1 40.0 335 185 4 19 337 33 367 2.81e-71 228 MCA1602026.1 MCA1602026.1 100 200 0 0 1 200 1 200 1.25e-149 411 WP_011057593.1 WP_011057593.1 100 357 0 0 1 357 1 357 1.38e-261 707 WP_011057593.1 WP_237907640.1 50.1 355 163 6 3 345 2 354 3.55e-95 286 WP_011057593.1 WP_258581409.1 44.9 316 161 4 5 307 4 319 4.15e-76 237 WP_011057593.1 WP_140480909.1 48.1 235 121 1 3 236 11 245 1.03e-70 223 WP_011057593.1 WP_109219819.1 44.8 286 152 2 7 288 20 303 1.04e-69 221 WP_011057593.1 WP_076409454.1 47.0 236 125 0 1 236 1 236 2.87e-68 216 WP_011057593.1 WP_176354145.1 41.2 347 172 8 5 331 6 340 1.02e-67 216 WP_011057593.1 WP_170725874.1 45.6 237 129 0 1 237 1 237 9.94e-66 209 WP_011057593.1 NNE23115.1 33.2 367 201 7 4 346 2 348 1.58e-54 181 WP_011057593.1 MWR41881.1 37.3 236 142 1 5 234 29 264 1.63e-50 168 WP_011057593.1 EHH5649593.1 40.1 197 104 2 23 213 21 209 1.52e-35 129 WP_011057593.1 MBQ4383193.1 36.3 190 116 4 30 215 34 222 5.35e-27 105 WP_011057593.1 WP_153844272.1 25.3 229 141 6 5 213 6 224 1.62e-10 60.5 EHQ6376324.1 EHQ6376324.1 100 180 0 0 1 180 1 180 2.20e-131 363 GIR09622.1 GIR09622.1 100 463 0 0 1 463 1 463 2.73e-308 835 GIR09622.1 NCV89943.1 41.6 466 236 7 7 459 11 453 1.44e-105 320 GIR09622.1 WP_007853416.1 39.9 459 241 5 18 459 16 456 6.44e-97 299 GMH74815.1 GMH74815.1 100 692 0 0 1 692 1 692 0.0 1351 PZR90627.1 PZR90627.1 100 356 0 0 1 356 1 356 7.27e-252 683 PZR90627.1 NEO63080.1 42.4 321 181 3 36 352 50 370 3.32e-73 230 PZR90627.1 KAH8969015.1 38.9 329 187 4 10 329 137 460 2.23e-53 181 PZR90627.1 WP_247072383.1 36.0 331 200 8 10 334 13 337 7.65e-48 164 WP_087918330.1 WP_087918330.1 100 250 0 0 1 250 1 250 1.49e-184 504 WP_087918330.1 WP_175395805.1 50.0 246 123 0 1 246 1 246 3.20e-88 260 WP_087918330.1 NET00292.1 48.0 244 125 2 5 246 28 271 1.33e-78 236 WP_279008479.1 WP_279008479.1 100 311 0 0 1 311 1 311 1.43e-208 570 WP_279008479.1 WP_154951203.1 40.0 300 170 5 15 310 27 320 8.48e-63 200 WP_279008479.1 CDX26094.1 39.9 313 177 6 3 307 18 327 3.59e-59 191 WP_279008479.1 KQN49849.1 33.2 289 191 2 19 307 15 301 5.63e-47 159 WP_279008479.1 WP_105447015.1 44.0 150 84 0 158 307 237 386 4.96e-37 134 WP_279008479.1 WP_023828789.1 38.9 131 79 1 178 307 276 406 2.13e-21 92.0 WP_049009918.1 WP_049009918.1 100 902 0 0 1 902 1 902 0.0 1762 WP_049009918.1 WP_019100427.1 51.3 869 391 6 64 900 47 915 1.66e-297 843 WP_049009918.1 MBE6688122.1 29.7 723 474 13 47 742 1 716 1.09e-91 308 WP_049009918.1 WP_278631399.1 27.9 759 487 18 66 788 20 754 1.97e-81 279 WP_049009918.1 KAA0114277.1 28.5 761 492 14 57 782 42 785 9.21e-80 276 WP_049009918.1 WP_235126772.1 27.5 742 468 15 67 760 16 735 1.64e-72 254 WP_049009918.1 KAJ6994162.1 26.0 803 508 23 66 834 33 783 4.87e-69 246 WP_049009918.1 MBY0273331.1 29.9 686 410 18 127 805 66 687 7.23e-68 239 WP_049009918.1 MBE5737882.1 26.4 715 462 15 67 742 22 711 1.21e-58 214 WP_049009918.1 KAF5671546.1 23.4 768 454 23 62 710 171 923 6.59e-42 164 WP_049009918.1 XP_009147075.2 28.8 361 231 5 442 776 597 957 2.75e-39 156 WP_049009918.1 WP_074319120.1 31.4 153 80 1 543 695 562 689 8.51e-15 77.0 WP_049009918.1 HCT06136.1 30.6 157 82 3 546 701 576 706 2.39e-11 65.9 WP_049009918.1 MBI6149093.1 31.1 161 84 2 543 703 592 725 5.56e-11 64.7 MBI5683150.1 MBI5683150.1 100 286 0 0 1 286 1 286 6.35e-204 556 MBI5683150.1 WP_261132050.1 44.6 260 135 6 26 281 4 258 4.48e-60 190 QJA13926.1 QJA13926.1 100 54 0 0 1 54 1 54 1.18e-31 102 WP_017123457.1 WP_017123457.1 100 372 0 0 1 372 1 372 1.09e-261 709 WP_017123457.1 MCU0490050.1 46.4 235 123 1 9 240 4 238 8.75e-60 191 MYE57211.1 MYE57211.1 100 203 0 0 1 203 1 203 1.07e-156 429 MYE57211.1 WP_145616262.1 51.7 203 92 3 7 203 6 208 8.19e-67 210 MYE57211.1 NNE87648.1 47.5 200 100 2 7 201 6 205 2.18e-58 188 MYE57211.1 WP_024330540.1 39.9 218 110 5 5 202 4 220 1.20e-44 153 MYE57211.1 DAZ71054.1 33.6 223 120 6 7 202 37 258 6.21e-36 127 WP_048168883.1 WP_048168883.1 100 544 0 0 1 544 1 544 0.0 1072 MCC6757021.1 MCC6757021.1 100 117 0 0 1 117 1 117 2.57e-86 244 MBN8919778.1 MBN8919778.1 100 323 0 0 1 323 1 323 2.82e-221 603 WP_120452154.1 WP_120452154.1 100 595 0 0 1 595 1 595 0.0 1223 WP_120452154.1 MBP7746105.1 26.2 130 63 4 100 205 322 442 1.23e-05 46.6 PKI91935.1 PKI91935.1 100 331 0 0 1 331 1 331 2.77e-232 631 EGQ7676658.1 EGQ7676658.1 100 261 0 0 1 261 1 261 3.75e-179 491 WP_118359022.1 WP_118359022.1 100 370 0 0 1 370 1 370 1.24e-204 565 TDB49724.1 TDB49724.1 100 121 0 0 1 121 1 121 2.64e-81 232 WP_255329483.1 WP_255329483.1 100 387 0 0 1 387 1 387 4.62e-282 762 WP_149493237.1 WP_149493237.1 100 281 0 0 1 281 1 281 3.64e-196 536 MBR1803321.1 MBR1803321.1 100 361 0 0 1 361 1 361 4.63e-262 709 MBR7675499.1 MBR7675499.1 100 1530 0 0 1 1530 1 1530 0.0 2986 MBR3040588.1 MBR3040588.1 100 276 0 0 1 276 1 276 8.73e-206 560 MBR3040588.1 WP_006327457.1 39.2 51 26 1 78 123 111 161 6.42e-04 38.9 WP_122709004.1 WP_122709004.1 100 319 0 0 1 319 1 319 9.43e-243 657 WP_198140600.1 WP_198140600.1 100 40 0 0 1 40 1 40 4.28e-26 87.0 PKO72095.1 PKO72095.1 100 371 0 0 1 371 1 371 4.60e-258 700 THH04310.1 THH04310.1 100 505 0 0 1 505 1 505 0.0 978 OQY98020.1 OQY98020.1 100 129 0 0 1 129 1 129 3.37e-90 255 WP_254406115.1 WP_254406115.1 100 333 0 0 1 333 1 333 1.71e-227 619 MCU1437293.1 MCU1437293.1 100 488 0 0 1 488 1 488 0.0 976 UJR03683.1 UJR03683.1 100 121 0 0 1 121 1 121 4.20e-53 161 UJR03683.1 UHH56899.1 97.4 39 1 0 1 39 1 39 9.78e-21 78.2 WP_050580425.1 WP_050580425.1 100 662 0 0 1 662 1 662 0.0 1298 WP_050580425.1 GLR41095.1 76.3 659 153 2 6 662 1 658 0.0 976 WP_022710297.1 WP_022710297.1 100 369 0 0 1 369 1 369 6.92e-268 724 DAI44238.1 DAI44238.1 100 315 0 0 1 315 1 315 5.61e-233 632 KAI5750574.1 KAI5750574.1 100 570 0 0 1 570 1 570 0.0 896 WP_133325549.1 WP_133325549.1 100 1018 0 0 1 1018 1 1018 0.0 1877 WP_133325549.1 WP_039608285.1 35.3 1030 641 12 1 1013 1 1022 2.52e-177 543 WP_133325549.1 WP_096647361.1 26.7 1043 697 19 4 997 6 1029 2.41e-80 281 WP_133325549.1 WP_265225845.1 25.1 1062 724 23 1 1000 1 1053 1.36e-61 226 WP_133325549.1 WP_154963182.1 23.3 1035 729 23 1 997 1 1008 1.32e-45 176 WP_133325549.1 MBL4744408.1 22.9 1045 728 22 8 997 10 1031 4.29e-45 175 WP_133325549.1 WP_172616972.1 24.0 821 549 19 219 997 227 1014 1.14e-42 167 WP_133325549.1 TME45086.1 23.8 655 453 11 9 631 9 649 2.32e-35 142 WP_133325549.1 KKQ50904.1 23.3 485 351 7 16 486 40 517 1.91e-24 108 WP_192880951.1 WP_192880951.1 100 451 0 0 1 451 1 451 0.0 915 WP_192880951.1 MBQ6717580.1 34.3 242 113 5 28 255 42 251 1.75e-27 110 XP_052609093.1 XP_052609093.1 100 627 0 0 1 627 1 627 0.0 1359 XP_052609093.1 XP_053174626.1 59.7 608 233 7 27 626 31 634 8.42e-283 784 XP_052609093.1 KAI4536634.1 31.4 491 240 21 19 457 10 455 1.98e-50 187 MCH7923992.1 MCH7923992.1 100 757 0 0 1 757 1 757 0.0 1498 WP_200037957.1 WP_200037957.1 100 1380 0 0 1 1380 1 1380 0.0 2543 WP_200037957.1 MBQ1868746.1 31.1 386 243 9 1009 1376 257 637 3.14e-41 160 WP_200037957.1 WP_138482356.1 32.0 372 224 11 1016 1368 413 774 4.56e-35 143 WP_200037957.1 WP_212961195.1 27.6 402 245 4 1011 1368 419 818 7.48e-34 140 WP_200037957.1 WP_007356512.1 27.9 402 251 8 1009 1376 736 1132 4.76e-31 131 WP_200037957.1 WP_076194242.1 33.9 227 137 6 1020 1240 239 458 2.21e-27 115 WP_200037957.1 KFX48203.1 32.9 249 148 8 1000 1235 672 914 2.57e-26 115 WP_200037957.1 WP_249930443.1 27.0 233 161 4 1140 1367 287 515 1.85e-14 76.3 WP_200037957.1 HAV2038468.1 22.4 219 155 5 1027 1241 392 599 3.27e-10 62.8 MCJ1326389.1 MCJ1326389.1 100 386 0 0 1 386 1 386 1.03e-241 660 EAE1668788.1 EAE1668788.1 100 376 0 0 1 376 1 376 5.92e-268 725 WP_010875413.1 WP_010875413.1 100 200 0 0 1 200 1 200 2.40e-138 383 AGS31853.1 AGS31853.1 100 138 0 0 1 138 1 138 9.03e-97 273 AGS31853.1 WP_018431719.1 44.6 112 59 2 18 128 67 176 2.84e-23 92.0 AGS31853.1 ABB86219.1 88.1 42 5 0 1 42 34 75 4.62e-21 79.3 WP_283557067.1 WP_283557067.1 100 475 0 0 1 475 1 475 0.0 892 WP_283557067.1 WP_094840069.1 31.2 510 287 9 9 461 7 509 2.09e-52 183 WP_283557067.1 WP_279840346.1 28.6 476 317 6 5 460 2 474 4.76e-42 154 MBN8831519.1 MBN8831519.1 100 650 0 0 1 650 1 650 0.0 1281 MBN8831519.1 WP_017166220.1 29.2 243 137 8 56 272 36 269 1.52e-12 68.2 MBN8831519.1 WP_126547421.1 31.2 199 107 9 56 237 135 320 1.08e-10 63.2 MCP4913426.1 MCP4913426.1 100 229 0 0 1 229 1 229 2.12e-169 464 WP_050837451.1 WP_050837451.1 100 255 0 0 1 255 1 255 9.88e-172 472 MCD6199266.1 MCD6199266.1 100 821 0 0 1 821 1 821 0.0 1637 MCD6199266.1 WP_125260587.1 43.7 529 288 3 293 818 402 923 3.28e-148 457 MCD6199266.1 WP_158347019.1 35.0 842 473 16 6 817 4 801 2.56e-145 446 MCD6199266.1 MBU22120.1 41.1 526 292 4 297 816 441 954 6.88e-130 410 MCD6199266.1 MBO8485404.1 30.6 844 525 15 6 821 11 821 1.76e-112 360 MCD6199266.1 WP_253620872.1 33.1 121 79 2 682 800 414 534 2.09e-12 69.3 MCD6199266.1 WP_256546297.1 34.1 126 72 5 368 492 156 271 2.07e-08 54.7 EFC33499.1 EFC33499.1 100 162 0 0 1 162 1 162 1.36e-114 320 EDQ9505691.1 EDQ9505691.1 100 134 0 0 1 134 1 134 1.45e-82 236 MBS6066499.1 MBS6066499.1 100 146 0 0 1 146 1 146 4.55e-103 289 KWO58748.1 KWO58748.1 100 90 0 0 1 90 1 90 1.85e-62 182 KAJ9247365.1 KAJ9247365.1 100 331 0 0 1 331 1 331 2.99e-261 704 WP_231768584.1 WP_231768584.1 100 289 0 0 1 289 1 289 2.91e-206 562 WP_231768584.1 WP_136027195.1 34.5 252 155 3 35 284 23 266 8.21e-41 140 XP_051312901.1 XP_051312901.1 100 233 0 0 1 233 1 233 1.89e-174 477 WP_209676560.1 WP_209676560.1 100 1478 0 0 1 1478 1 1478 0.0 2848 WP_209676560.1 HBE7681505.1 29.6 301 170 12 607 870 923 1218 6.65e-14 75.5 WP_209676560.1 WP_219484458.1 27.7 278 175 8 615 868 397 672 4.70e-13 72.4 WP_209676560.1 WP_139067457.1 29.7 283 172 10 615 873 374 653 7.03e-12 68.6 GAW04005.1 GAW04005.1 100 493 0 0 1 493 1 493 0.0 982 AIL29843.1 AIL29843.1 100 41 0 0 1 41 1 41 1.18e-19 70.9 HBL8984898.1 HBL8984898.1 100 284 0 0 1 284 1 284 7.49e-211 573 MBK8070034.1 MBK8070034.1 100 293 0 0 1 293 1 293 1.31e-195 535 MBK8070034.1 WP_216195748.1 45.7 291 152 5 3 292 4 289 1.19e-65 206 MBK8070034.1 MAG44064.1 71.0 31 9 0 3 33 4 34 2.92e-08 47.4 WP_270453521.1 WP_270453521.1 100 403 0 0 1 403 1 403 8.71e-286 773 WP_270453521.1 WP_015167170.1 35.2 421 239 9 1 397 1 411 6.16e-62 208 WP_270453521.1 HDC92778.1 32.3 362 209 9 64 399 113 464 2.00e-38 142 WP_270453521.1 NOY97419.1 27.9 359 225 8 64 400 107 453 5.36e-28 114 MCD8106539.1 MCD8106539.1 100 252 0 0 1 252 1 252 3.14e-187 511 WP_254833504.1 WP_254833504.1 100 158 0 0 1 158 1 158 3.49e-106 298 WP_257007586.1 WP_257007586.1 100 384 0 0 1 384 1 384 1.49e-281 760 WP_257007586.1 HAZ0856238.1 93.0 229 16 0 101 329 1 229 1.13e-153 431 WP_257007586.1 APT84512.1 32.8 344 224 4 5 341 41 384 4.38e-58 194 WP_271820285.1 WP_271820285.1 100 371 0 0 1 371 1 371 8.30e-261 707 WP_271820285.1 MCB9544502.1 53.3 92 39 2 279 369 10 98 2.93e-21 85.9 WP_021346398.1 WP_021346398.1 100 161 0 0 1 161 1 161 1.87e-116 324 HCC04630.1 HCC04630.1 100 200 0 0 1 200 1 200 9.47e-145 399 HAR4306776.1 HAR4306776.1 100 414 0 0 1 414 1 414 1.68e-300 811 HAR4306776.1 WP_072989136.1 51.8 413 195 3 5 413 4 416 1.36e-137 398 HAR4306776.1 WP_192202944.1 37.3 408 243 8 5 409 2 399 1.42e-65 213 HAR4306776.1 WP_266170214.1 30.9 362 191 11 71 408 65 391 1.30e-34 130 WEU87158.1 WEU87158.1 100 7096 0 0 1 7096 1 7096 0.0 14175 WEU87158.1 QWC83326.1 99.9 7096 8 0 1 7096 1 7096 0.0 14157 WEU87158.1 QSZ25555.1 99.9 7096 10 0 1 7096 1 7096 0.0 14155 WEU87158.1 UBP50947.1 99.8 7096 13 0 1 7096 1 7096 0.0 14145 WEU87158.1 QVD87869.1 99.8 7096 11 1 1 7096 1 7093 0.0 14140 WEU87158.1 UBD95131.1 99.8 7096 17 0 1 7096 1 7096 0.0 14136 WEU87158.1 UEC52718.1 99.7 7096 20 0 1 7096 1 7096 0.0 14129 WEU87158.1 UMF87224.1 99.5 7096 35 2 1 7096 1 7092 0.0 14126 WEU87158.1 UZO53924.1 99.7 7096 18 1 1 7096 1 7093 0.0 14124 WEU87158.1 UVB16817.1 99.7 7096 17 1 1 7096 1 7093 0.0 14124 WEU87158.1 URQ55824.1 99.7 7096 18 1 1 7096 1 7093 0.0 14124 WEU87158.1 QZU16279.1 99.4 7096 41 0 1 7096 1 7096 0.0 14079 WEU87158.1 UIR12670.1 99.4 7096 40 2 1 7096 1 7092 0.0 14069 WEU87158.1 UPA83906.1 99.1 7096 57 2 1 7096 1 7092 0.0 14027 WEU87158.1 UBR86455.1 98.9 7095 75 0 2 7096 1 7095 0.0 13998 WEU87158.1 UXX67934.1 98.7 7096 86 1 1 7096 1 7093 0.0 13963 WEU87158.1 UCP72061.1 98.7 7096 92 0 1 7096 1 7096 0.0 13958 WEU87158.1 UCP77012.1 98.7 7096 94 0 1 7096 1 7096 0.0 13956 WEU87158.1 UKN67998.1 98.3 7076 118 2 21 7096 1 7072 0.0 13839 WEU87158.1 WHE12941.1 98.1 7070 129 1 27 7096 1 7067 0.0 13812 WEU87158.1 UGA79226.1 97.6 7096 167 0 1 7096 1 7096 0.0 13785 WEU87158.1 UAQ80067.1 97.2 7096 202 0 1 7096 1 7096 0.0 13693 WEU87158.1 UJT06733.1 96.3 7096 261 2 1 7096 1 7092 0.0 13522 WEU87158.1 UVI10561.1 96.3 7069 260 1 28 7096 1 7066 0.0 13500 WEU87158.1 UOU30556.1 94.9 7096 362 1 1 7096 1 7093 0.0 13288 WEU87158.1 UMA88644.1 91.7 7075 583 2 22 7096 1 7071 0.0 12711 WEU87158.1 WAS49087.1 90.5 7096 673 1 1 7096 1 7093 0.0 12519 WEU87158.1 WGP98278.1 85.0 7096 1067 0 1 7096 1 7096 0.0 11591 WEU87158.1 QTD03487.1 99.9 4401 5 0 1 4401 1 4401 0.0 8642 WEU87158.1 UFM00670.1 99.7 4401 14 0 1 4401 1 4401 0.0 8623 WEU87158.1 QXR94354.1 99.7 4401 9 1 1 4401 1 4398 0.0 8621 WEU87158.1 UEC68750.1 99.7 4401 14 0 1 4401 1 4401 0.0 8621 WEU87158.1 UBL45068.1 99.7 4401 12 0 1 4401 1 4401 0.0 8620 WEU87158.1 QTM79632.1 99.7 4401 12 1 1 4401 1 4398 0.0 8619 WEU87158.1 UHM53165.1 99.7 4401 14 0 1 4401 1 4401 0.0 8618 WEU87158.1 UFM02602.1 99.7 4401 14 0 1 4401 1 4401 0.0 8618 WEU87158.1 QTZ27226.1 99.6 4401 14 1 1 4401 1 4398 0.0 8614 WEU87158.1 ULA23837.2 99.6 4401 12 2 1 4401 1 4397 0.0 8611 WEU87158.1 UPP41269.1 99.6 4401 14 1 1 4401 1 4398 0.0 8609 WEU87158.1 UXH94526.1 99.6 4401 13 2 1 4401 1 4397 0.0 8607 WEU87158.1 USR14792.1 99.6 4401 15 1 1 4401 1 4398 0.0 8606 WEU87158.1 UKU68032.1 99.3 4401 26 2 1 4401 1 4397 0.0 8579 WEU87158.1 UJV88611.1 97.7 4401 98 2 1 4401 1 4397 0.0 8416 WEU87158.1 UJJ97602.1 97.5 4401 104 2 1 4401 1 4397 0.0 8400 WEU87158.1 UJS94137.1 98.7 4296 52 2 106 4401 1 4292 0.0 8308 WEU87158.1 ULB83374.1 96.5 4401 152 2 1 4401 1 4397 0.0 8281 WEU87158.1 UGB98301.1 94.3 4401 252 0 1 4401 1 4401 0.0 8051 WEU87158.1 QRX02582.1 99.9 4098 3 0 1 4098 1 4098 0.0 8026 WEU87158.1 UFA30503.1 93.4 4340 287 0 27 4366 1 4340 0.0 7839 WEU87158.1 WGP70063.1 92.4 4369 331 0 1 4369 1 4369 0.0 7791 WEU87158.1 WEI27974.1 91.2 4401 385 1 1 4401 1 4398 0.0 7725 WEU87158.1 UNI03201.1 91.5 4375 372 1 27 4401 1 4374 0.0 7715 WEU87158.1 UEX07109.1 88.0 4375 526 0 27 4401 1 4375 0.0 7368 WEU87158.1 URP80785.1 82.5 4374 762 1 28 4401 1 4371 0.0 6765 WEU87158.1 UYE49180.1 76.9 4401 1013 1 1 4401 1 4398 0.0 6205 WEU87158.1 UPB00876.1 76.5 4374 1026 1 28 4401 1 4371 0.0 6168 WEU87158.1 WGQ72821.1 67.7 4344 1404 0 26 4369 1 4344 0.0 5144 VPT01298.1 VPT01298.1 100 1659 0 0 1 1659 1 1659 0.0 3136 WP_277479375.1 WP_277479375.1 100 1033 0 0 1 1033 1 1033 0.0 2090 MBQ5754168.1 MBQ5754168.1 100 136 0 0 1 136 1 136 1.10e-96 272 WP_114695256.1 WP_114695256.1 100 716 0 0 1 716 1 716 0.0 1444 WP_114695256.1 KAA0234643.1 26.1 591 344 13 108 660 152 687 4.25e-35 141 WP_269672356.1 WP_269672356.1 100 934 0 0 1 934 1 934 0.0 1865 NXE30976.1 NXE30976.1 100 319 0 0 1 319 1 319 4.48e-241 652 NXE30976.1 RVE76210.1 36.8 340 183 7 8 319 50 385 4.67e-58 193 WP_101000040.1 WP_101000040.1 100 307 0 0 1 307 1 307 5.14e-225 611 WP_200154298.1 WP_200154298.1 100 239 0 0 1 239 1 239 1.40e-131 369 WP_223806191.1 WP_223806191.1 100 307 0 0 1 307 1 307 3.40e-239 647 WP_223806191.1 MBI2416798.1 33.8 71 46 1 212 282 32 101 3.88e-07 47.4 WP_223806191.1 ECK9821833.1 46.5 43 23 0 239 281 187 229 1.14e-04 41.2 OHB35500.1 OHB35500.1 100 360 0 0 1 360 1 360 6.35e-264 714 OHB35500.1 WP_095061089.1 31.3 288 173 7 86 356 1 280 1.89e-34 126 OCR38384.1 OCR38384.1 100 382 0 0 1 382 1 382 7.46e-290 781 OCR38384.1 MBO5336885.1 26.9 413 243 8 20 381 4 408 4.37e-40 149 MBT5105952.1 MBT5105952.1 100 303 0 0 1 303 1 303 4.85e-212 578 RBQ75851.1 RBQ75851.1 100 539 0 0 1 539 1 539 0.0 984 WP_224828628.1 WP_224828628.1 100 295 0 0 1 295 1 295 4.51e-213 580 WP_224828628.1 MBL68646.1 40.1 297 151 10 1 290 1 277 8.97e-54 175 WP_071558608.1 WP_071558608.1 100 129 0 0 1 129 1 129 4.25e-84 240 NXJ71029.1 NXJ71029.1 100 443 0 0 1 443 1 443 0.0 863 NXJ71029.1 XP_039638319.1 26.6 365 230 10 57 417 109 439 8.77e-24 101 NXJ71029.1 XP_030131005.3 30.7 212 118 8 75 285 188 371 2.67e-14 73.2 WP_119380110.1 WP_119380110.1 100 453 0 0 1 453 1 453 1.73e-319 862 KLA07975.1 KLA07975.1 100 247 0 0 1 247 1 247 3.76e-172 472 MCO4016744.1 MCO4016744.1 100 503 0 0 1 503 1 503 0.0 977 WP_100521084.1 WP_100521084.1 100 318 0 0 1 318 1 318 6.49e-167 465 KAG7553039.1 KAG7553039.1 100 297 0 0 1 297 1 297 4.15e-210 572 KAG7553039.1 PUZ48934.1 42.2 45 26 0 176 220 30 74 6.88e-05 41.2 EAP5059555.1 EAP5059555.1 100 359 0 0 1 359 1 359 4.77e-238 648 EAP5059555.1 WP_249991478.1 34.0 309 192 5 51 354 25 326 1.78e-44 154 EAP5059555.1 EIU6828535.1 30.0 307 206 4 51 357 25 322 5.02e-40 142 EAP5059555.1 WP_110066977.1 28.3 339 226 5 24 354 5 334 1.87e-29 114 EAP5059555.1 WP_097346712.1 30.2 278 181 7 82 355 390 658 9.15e-28 112 EAP5059555.1 WP_158131988.1 32.1 277 180 6 82 357 390 659 3.05e-27 111 EAP5059555.1 AHK46784.1 27.7 289 200 2 76 356 34 321 2.36e-25 102 EAP5059555.1 AGL88086.1 26.9 309 191 9 60 357 1 285 1.08e-21 92.0 WP_201454235.1 WP_201454235.1 100 54 0 0 1 54 1 54 1.80e-35 111 WP_118944732.1 WP_118944732.1 100 502 0 0 1 502 1 502 0.0 1026 WP_118944732.1 WP_250323911.1 36.9 84 53 0 418 501 15 98 6.13e-15 68.9 bbuchfink-diamond-6dc5717/src/tools/000077500000000000000000000000001523407312000173445ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/tools/benchmark.cpp000066400000000000000000000607101523407312000220060ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "util/memory/memory_resource.h" #include "basic/sequence.h" #include "stats/score_matrix.h" #include "dp/score_vector.h" #include "dp/swipe/swipe.h" #include "dp/dp.h" #include "dp/score_vector_int8.h" #include "dp/score_profile.h" #include "dp/ungapped.h" #include "util/simd/vector.h" #include "util/simd/transpose.h" #include "dp/scan_diags.h" #include "stats/cbs.h" #include "dp/swipe/cell_update.h" #include "dp/swipe/anchored.h" #include "dp/swipe/config.h" #include "util/simd/dispatch.h" #include "dp/score_vector_int16.h" #include "search/hit_buffer.h" #include "stats/stats.h" using std::vector; using std::endl; using std::chrono::high_resolution_clock; using std::chrono::nanoseconds; using std::chrono::duration_cast; using std::list; using std::array; using namespace DISPATCH_ARCH; template static inline void transpose_scalar(const signed char **data, size_t n, signed char *out) { size_t x, y; for (x = 0; x < WIDTH - n; ++x) for (y = 0; y < WIDTH; ++y) out[y * WIDTH + x] = 0; for (; x < WIDTH; ++x) for (y = 0; y < WIDTH; ++y) out[y * WIDTH + x] = data[x + n - WIDTH][y]; } namespace Benchmark { namespace DISPATCH_ARCH { void hit_buffer() { /*vector part; part.push_back(0); for (int i = 0; i < 16; ++i) part.push_back((i + 1) * (INT_MAX / 16)); Search::HitBuffer buf(part, config.tmpdir, false, 1, config.threads_); TaskTimer timer("Fill"); size_t n = (30ll * 1024ll * 1024ll * 1024ll) / sizeof(Search::Hit); auto worker = [&]() { size_t m = n / config.threads_; Search::HitBuffer::Writer* w = new Search::HitBuffer::Writer(buf, 0); std::default_random_engine generator; std::uniform_int_distribution distribution(1, INT_MAX); std::uniform_int_distribution scored(1, std::numeric_limits::max()); for (size_t i = 0; i < m;) { w->new_query(distribution(generator), distribution(generator)); for (size_t j = 0; j < 100; ++j) { if (i % 1000000 == 0) printf("%zu/%zu\n", i, m); w->write(distribution(generator), distribution(generator), scored(generator), distribution(generator)); ++i; } } delete w; }; vector threads; for(int i= 0; i < config.threads_; ++i) threads.emplace_back(worker); for(auto& t : threads) { if (t.joinable()) t.join(); } timer.go("Alloc"); buf.alloc_buffer(); timer.go("Read"); for (int i = 0; i < buf.bins(); ++i) { //buf.load(INT64_MAX); std::tuple input = buf.retrieve(); printf("%i: %zd\n", i, std::get<1>(input)); } buf.free_buffer();*/ } #if defined(__SSE4_1__) && defined(EXTRA) void swipe_cell_update(); #endif /*#if defined(__SSE4_1__) | defined(__ARM_NEON) void benchmark_hamming(const Sequence& s1, const Sequence& s2) { static const size_t n = 100000000llu; high_resolution_clock::time_point t1 = high_resolution_clock::now(); FingerPrint f1(s1.data()), f2 (s2.data()); for (size_t i = 0; i < n; ++i) { #ifdef __ARM_NEON f1.r1 = veorq_s8(f1.r1, f1.r2); #else f1.r1 = _mm_xor_si128(f1.r1, f1.r2); #endif volatile unsigned y = f1.match(f2); } #ifdef __ARM_NEON message_stream << "NEON hamming distance:\t\t" #else message_stream << "SSE hamming distance:\t\t" #endif << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * 48) * 1000 << " ps/Cell" << endl; } #endif*/ void benchmark_ungapped(const Sequence& s1, const Sequence& s2) { static const size_t n = 10000000llu; high_resolution_clock::time_point t1 = high_resolution_clock::now(); const Letter *q = s1.data(), *s = s2.data(); for (size_t i = 0; i < n; ++i) { volatile int score = ungapped_window(q, s, 64); } high_resolution_clock::time_point t2 = high_resolution_clock::now(); std::chrono::nanoseconds time_span = duration_cast(t2 - t1); *message_stream << "Scalar ungapped extension:\t" << (double)time_span.count() / (n*64) * 1000 << " ps/Cell" << endl; } #if (defined(__SSSE3__) && defined(__SSE4_1__)) | defined(__aarch64__) void benchmark_ssse3_shuffle(const Sequence&s1, const Sequence&s2) { static const size_t n = 100000000llu; constexpr size_t CHANNELS = ScoreTraits>::CHANNELS; high_resolution_clock::time_point t1 = high_resolution_clock::now(); const Letter *q = s1.data(), *s = s2.data(); int score = 0; ScoreVector sv; ::DISPATCH_ARCH::SIMD::Vector seq(s1.data()); for (size_t i = 0; i < n; ++i) { sv = ScoreVector(i & 15, seq); volatile auto x = sv.data_; } #ifdef __ARM_NEON *message_stream << "NEON score shuffle:\t\t" #else *message_stream << "SSSE3 score shuffle:\t\t" #endif << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * CHANNELS) * 1000 << " ps/Letter" << endl; } #endif #if defined(__SSE4_1__) | defined(__ARM_NEON) void benchmark_ungapped_sse(const Sequence&s1, const Sequence&s2) { static const size_t n = 1000000llu; high_resolution_clock::time_point t1 = high_resolution_clock::now(); const Letter* targets[16]; //int out[16]; for (int i = 0; i < 16; ++i) targets[i] = s2.data(); for (size_t i = 0; i < n; ++i) { //::DP::ARCH_SSE4_1::window_ungapped(s1.data(), targets, 16, 64, out); } #ifdef __ARM_NEON *message_stream << "NEON ungapped extend:\t\t" #else *message_stream << "SSE ungapped extend:\t\t" #endif << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * 16 * 64) * 1000 << " ps/Cell" << endl; #ifdef __AVX2__ { high_resolution_clock::time_point t1 = high_resolution_clock::now(); const Letter* targets[32]; // int out[32]; for (int i = 0; i < 32; ++i) targets[i] = s2.data(); for (size_t i = 0; i < n; ++i) { //::DP::ARCH_AVX2::window_ungapped(s1.data(), targets, 32, 64, out); } *message_stream << "AVX2 ungapped extend:\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * 32 * 64) * 1000 << " ps/Cell" << endl; } #endif } #endif #if defined(__SSE2__) | defined(__ARM_NEON) void benchmark_transpose() { static const size_t n = 10000000llu; static signed char in[256], out[256]; signed char* v[16]; for (int i = 0; i < 16; ++i) v[i] = &in[i * 16]; high_resolution_clock::time_point t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { transpose_scalar<16>((const signed char**)v, 16, out); in[0] = out[0]; } *message_stream << "Transpose (16x16, scalar):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * 16 * 16) * 1000 << " ps/Letter" << endl; high_resolution_clock::time_point t2 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { #if defined(__SSE2__) transpose((const signed char**)v, 16, out, __m128i()); #elif defined(__ARM_NEON) transpose((const signed char**)v, 16, out, int8x16_t()); #endif in[0] = out[0]; } *message_stream << "Transpose (16x16, vectorized):\t" << (double)duration_cast(high_resolution_clock::now() - t2).count() / (n * 16 * 16) * 1000 << " ps/Letter" << endl; #if ARCH_ID == 2 { static signed char in[32 * 32], out[32 * 32]; signed char* v[32]; for (int i = 0; i < 32; ++i) v[i] = &in[i * 32]; high_resolution_clock::time_point t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { transpose_scalar<32>((const signed char**)v, 32, out); in[0] = out[0]; } *message_stream << "Transpose (32x32, scalar):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * 32 * 32) * 1000 << " ps/Letter" << endl; high_resolution_clock::time_point t2 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { transpose((const signed char**)v, 32, out, __m256i()); in[0] = out[0]; } *message_stream << "Transpose(32x32, vectorized):\t" << (double)duration_cast(high_resolution_clock::now() - t2).count() / (n * 32 * 32) * 1000 << " ps/Letter" << endl; } #endif } #endif #if defined(__SSE4_1__) | defined(__ARM_NEON) void mt_swipe(const Sequence& s1, const Sequence& s2) { //constexpr int CHANNELS = 16; constexpr int CHANNELS = ::DISPATCH_ARCH::ScoreTraits>::CHANNELS; static const size_t n = 100000llu; DP::Targets targets; for (size_t i = 0; i < CHANNELS; ++i) //targets[0].emplace_back(s2, s2.length(), 0, 0, Interval(), 0, 0, 0); targets[0].emplace_back(s2, s2.length(), 0, 0, 0, 0); HauserCorrection cbs(s1); Statistics stat; Sequence query = s1; query.len_ = std::min(query.len_, (Loc)255); auto dp_size = (n * query.length() * s2.length() * CHANNELS); DP::Params params{ query, "", Frame(0), query.length(), cbs.int8.data(), DP::Flags::FULL_MATRIX, false, 0, 0, HspValues(), stat, nullptr }; auto f = [&]() { for (size_t i = 0; i < n; ++i) { //volatile list v = ::DP::BandedSwipe::ARCH_SSE4_1::swipe(targets, params); volatile list v = ::DP::BandedSwipe::swipe(targets, params); } }; using std::thread; vector th; high_resolution_clock::time_point t1 = high_resolution_clock::now(); for (int i = 0; i < config.threads_; ++i) th.emplace_back(f); for (auto& t : th) t.join(); *message_stream << "MT_SWIPE (int8_t):\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; } void swipe(const Sequence&s1, const Sequence&s2) { constexpr int CHANNELS = ::DISPATCH_ARCH::ScoreTraits>::CHANNELS; static const size_t n = 1000llu; DP::Targets targets; for (size_t i = 0; i < 32; ++i) //targets[0].emplace_back(s2, s2.length(), 0, 0, Interval(), 0, 0, 0); targets[0].emplace_back(s2, s2.length(), 0, 0, 0, 0); HauserCorrection cbs(s1); Statistics stat; Sequence query = s1; query.len_ = std::min(query.len_, (Loc)255); auto dp_size = (n * query.length() * s2.length() * CHANNELS); config.comp_based_stats_ = 4; std::pmr::monotonic_buffer_resource pool; Stats::TargetMatrix matrix(Stats::composition(s1), s1.length(), config.comp_based_stats_.get(Stats::DEFAULT_CBS), s2, stat, pool, Stats::eUserSpecifiedRelEntropy); DP::Params params{ query, "", Frame(0), query.length(), cbs.int8.data(), DP::Flags::FULL_MATRIX, false, 0, 0, HspValues(), stat, nullptr }; high_resolution_clock::time_point t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile list v = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "SWIPE (int8_t):\t\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; t1 = high_resolution_clock::now(); targets[1] = targets[0]; targets[0].clear(); for (size_t i = 0; i < n; ++i) { volatile list v = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "SWIPE (int16_t):\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile list v = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "SWIPE (int8_t, Stats):\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < 32; ++i) targets[0][i].matrix = &matrix; for (size_t i = 0; i < n; ++i) { volatile list v = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "SWIPE (int8_t, MatrixAdjust):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile list v = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "SWIPE (int8_t, CBS):\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile list v = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "SWIPE (int8_t, TB):\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / dp_size * 1000 << " ps/Cell" << endl; } #endif void banded_swipe(const Sequence &s1, const Sequence &s2) { DP::Targets targets; //config.traceback_mode = TracebackMode::SCORE_BUFFER; for (size_t i = 0; i < 8; ++i) //targets[1].emplace_back(s2, s2.length(), -32, 32, Interval(), 0, 0, 0); targets[1].emplace_back(s2, s2.length(), -32, 32, 0, 0); static const size_t n = 10000llu; //static const size_t n = 1llu; Statistics stat; HauserCorrection cbs(s1); DP::Params params{ s1, "", Frame(0), s1.length(), cbs.int8.data(), DP::Flags::NONE, false, 0, 0, HspValues(), stat, nullptr }; high_resolution_clock::time_point t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile auto out = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "Banded SWIPE (int16_t, CBS):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * s1.length() * 65 * 16) * 1000 << " ps/Cell" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile auto out = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "Banded SWIPE (int16_t):\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * s1.length() * 65 * 16) * 1000 << " ps/Cell" << endl; params.v = HspValues::TRANSCRIPT; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { volatile auto out = ::DP::BandedSwipe::swipe(targets, params); } *message_stream << "Banded SWIPE (int16_t, CBS, TB):" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * s1.length() * 65 * 16) * 1000 << " ps/Cell" << endl; } #if ARCH_ID == 2 void anchored_swipe(const Sequence& s1, const Sequence& s2) { static const size_t n = 10000llu; const auto s1_ = s1.subseq(0, 128); const auto s2_ = s2.subseq(0, 128); LongScoreProfile prof = DP::make_profile16(s1_, nullptr, 0, &score_matrix); LongScoreProfile prof8 = DP::make_profile8(s1_, nullptr, 0); auto v = prof.pointers(0); auto v8 = prof8.pointers(0); vector> targets; vector> profiles(32, prof8); vector> pointers; Statistics stats; std::pmr::monotonic_buffer_resource pool; DP::AnchoredSwipe::Options options{ v.data(), v.data() }; for (int i = 0; i < 32; ++i) { pointers.push_back(profiles[i].pointers(0)); //targets.push_back(DP::AnchoredSwipe::Target {s2_, -32, 32, { pointers.back().data(), nullptr}, s1_.length() }); //targets.push_back(DP::AnchoredSwipe::Target(s2_, -32, 32, pointers[0].data(), s1_.length(), 0, false)); targets.push_back(DP::AnchoredSwipe::Target(s2_, -32, 32, 0, s1_.length(), 0, false)); } const int cols = round_up(s2_.length(), DP::AnchoredSwipe::ARCH_AVX2::L); high_resolution_clock::time_point t1 = high_resolution_clock::now(); /*for (size_t i = 0; i < n; ++i) { DP::AnchoredSwipe::ARCH_AVX2::smith_waterman>(targets.data(), 32, options); volatile auto x = targets[0].score; } message_stream << "Anchored Swipe (int8_t):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * cols * 64 * 32) * 1000 << " ps/Cell" << endl;*/ vector> targets16; for (int i = 0; i < 16; ++i) { //targets16.push_back(DP::AnchoredSwipe::Target(s2_, -32, 32, v.data(), s1_.length(), 0, false)); targets16.push_back(DP::AnchoredSwipe::Target(s2_, -32, 32, 0, s1_.length(), 0, false)); } t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { DP::AnchoredSwipe::ARCH_AVX2::smith_waterman>(targets16.data(), 16, options); volatile auto x = targets[0].score; } *message_stream << "Anchored Swipe (int16_t):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * cols * 64 * 16) * 1000 << " ps/Cell" << endl; DP::Targets dp_targets; Anchor a(DiagonalSegment(0, 0, 0, 0), 0, 0, 0, 0, 0); for (int i = 0; i < 16; ++i) //dp_targets[0].emplace_back(s2_, s2_.length(), -32, 32, Interval(), 0, 0, s1_.length(), nullptr, DpTarget::CarryOver(), a); dp_targets[0].emplace_back(s2_, s2_.length(), -32, 32, 0, s1_.length(), nullptr, DpTarget::CarryOver(), a); DP::AnchoredSwipe::Config cfg{ s1_, nullptr, 0, stats, nullptr, false, Extension::Mode::BANDED_FAST, false }; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { DP::BandedSwipe::anchored_swipe(dp_targets, cfg, pool); volatile auto x = targets[0].score; } *message_stream << "Anchored Swipe2 (int16_t):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * 128 * 64 * 16) * 1000 << " ps/Cell" << endl; } //#endif #endif #if defined(__SSE4_1__) | defined(__ARM_NEON) void diag_scores(const Sequence& s1, const Sequence& s2) { static const size_t n = 100000llu; high_resolution_clock::time_point t1 = high_resolution_clock::now(); HauserCorrection cbs(s1); LongScoreProfile p = DP::make_profile8(s1, cbs.int8.data(), 0); int scores[128]; for (size_t i = 0; i < n; ++i) { DP::scan_diags128(p, s2, -32, 0, (int)s2.length(), scores); volatile int x = scores[i & 128]; } *message_stream << "Diagonal scores:\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * s2.length() * 128) * 1000 << " ps/Cell" << endl; } #endif void evalue() { static const size_t n = 1000000llu; high_resolution_clock::time_point t1 = high_resolution_clock::now(); volatile double x = 0.0; for (size_t i = 0; i < n; ++i) { x += score_matrix.evalue_norm((int)i, 300); } *message_stream << "Evalue:\t\t\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n) << " ns" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { x += score_matrix.evalue(300, 300, 300); } *message_stream << "Evalue (ALP):\t\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n) << " ns" << endl; } void matrix_adjust(const Sequence& s1, const Sequence& s2) { static const size_t n = 10000llu; high_resolution_clock::time_point t1 = high_resolution_clock::now(); vector mat_final(TRUE_AA * TRUE_AA); int iteration_count; const double* joint_probs = (const double*)(Stats::blosum62.joint_probs); auto row_probs = Stats::composition(s1), col_probs = Stats::composition(s2); /*f or (int i = 0; i < 20; ++i) printf("%f,", row_probs[i]); printf("\n"); for (int i = 0; i < 20; ++i) printf("%f,", col_probs[i]);*/ config.cbs_err_tolerance = 0.0001; /*Eigen::VectorXd mat_final_eig(TRUE_AA * TRUE_AA); vector a1; std::copy(joint_probs, joint_probs + TRUE_AA * TRUE_AA, std::back_inserter(a1)); Eigen::VectorXd joint_probs_eig = Eigen::Map(a1.data(), TRUE_AA * TRUE_AA); Eigen::VectorXd row_probs_eig = Eigen::Map(row_probs.data(), TRUE_AA); Eigen::VectorXd col_probs_eig = Eigen::Map(col_probs.data(), TRUE_AA);*/ for (size_t i = 0; i < n; ++i) { std::fill(mat_final.begin(), mat_final.end(), 0.0); Stats::Blast_OptimizeTargetFrequencies(mat_final.data(), TRUE_AA, &iteration_count, joint_probs, row_probs.data(), col_probs.data(), true, 0.44, config.cbs_err_tolerance, config.cbs_it_limit); } /*for (int i = 0; i < 20; ++i) { for (int j = 0; j < 20; ++j) printf("%f ", mat_final[i * 20 + j]); printf("\n"); }*/ *message_stream << "Matrix adjust:\t\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n) << " us" << endl; double out[20][20]; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { std::fill(mat_final.begin(), mat_final.end(), 0.0); Stats::matrix_adjust_scalar(joint_probs, row_probs.data(), col_probs.data(), &out[0][0], 0.44); } /*for (int i = 0; i < 20; ++i) { for (int j = 0; j < 20; ++j) printf("%f ", mat_final[i * 20 + j]); printf("\n"); }*/ *message_stream << "Matrix adjust (sinkhorn):\t\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n) << " us" << endl; t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { std::fill(mat_final.begin(), mat_final.end(), 0.0); /*New_OptimizeTargetFrequencies(mat_final.data(), TRUE_AA, &iteration_count, joint_probs, row_probs.data(), col_probs.data(), 0.44, config.cbs_err_tolerance, config.cbs_it_limit);*/ } /*for (int i = 0; i < 20; ++i) { for (int j = 0; j < 20; ++j) printf("%f ", mat_final[i * 20 + j]); printf("\n"); }*/ //*message_stream << "Matrix adjust (openblas):\t\t\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n) << " ms" << endl; //Profiler::print(n); } void benchmark() { if (config.type == "swipe") { #if defined(__SSE4_1__) && defined(EXTRA) swipe_cell_update(); #endif return; } vector s1, s2, s3, s4; s1 = Sequence::from_string("mpeeeysefkelilqkelhvvyalshvcgqdrtllasillriflhekleslllctlndreismedeattlfrattlastlmeqymkatatqfvhhalkdsilkimeskqscelspskleknedvntnlthllnilselvekifmaseilpptlryiygclqksvqhkwptnttmrtrvvsgfvflrlicpailnprmfniisdspspiaartlilvaksvqnlanlvefgakepymegvnpfiksnkhrmimfldelgnvpelpdttehsrtdlsrdlaalheicvahsdelrtlsnergaqqhvlkkllaitellqqkqnqyt"); // d1wera_ s2 = Sequence::from_string("erlvelvtmmgdqgelpiamalanvvpcsqwdelarvlvtlfdsrhllyqllwnmfskeveladsmqtlfrgnslaskimtfcfkvygatylqklldpllrivitssdwqhvsfevdptrlepsesleenqrnllqmtekffhaiissssefppqlrsvchclyqvvsqrfpqnsigavgsamflrfinpaivspyeagildkkpppiierglklmskilqsianhvlftkeehmrpfndfvksnfdaarrffldiasdcptsdavnhslsfisdgnvlalhrllwnnqekigqylssnrdhkavgrrpfdkmatllaylgppe"); // d1nf1a_ s3 = Sequence::from_string("ttfgrcavksnqagggtrshdwwpcqlrldvlrqfqpsqnplggdfdyaeafqsldyeavkkdiaalmtesqdwwpadfgnygglfvrmawhsagtyramdgrggggmgqqrfaplnswpdnqnldkarrliwpikqkygnkiswadlmlltgnvalenmgfktlgfgggradtwqsdeavywgaettfvpqgndvrynnsvdinaradklekplaathmgliyvnpegpngtpdpaasakdireafgrmgmndtetvaliagghafgkthgavkgsnigpapeaadlgmqglgwhnsvgdgngpnqmtsgleviwtktptkwsngyleslinnnwtlvespagahqweavngtvdypdpfdktkfrkatmltsdlalindpeylkisqrwlehpeeladafakawfkllhrdlgpttrylgpevp"); // d3ut2a1 s4 = Sequence::from_string("lvhvasvekgrsyedfqkvynaialklreddeydnyigygpvlvrlawhisgtwdkhdntggsyggtyrfkkefndpsnaglqngfkflepihkefpwissgdlfslggvtavqemqgpkipwrcgrvdtpedttpdngrlpdadkdagyvrtffqrlnmndrevvalmgahalgkthlknsgyegpggaannvftnefylnllnedwklekndanneqwdsksgymmlptdysliqdpkylsivkeyandqdkffkdfskafekllengitfpkdapspfifktleeqgl"); // d2euta_ Sequence ss1 = Sequence(s1).subseq(34, (Loc)s1.size()); Sequence ss2 = Sequence(s2).subseq(33, (Loc)s2.size()); //hit_buffer(); matrix_adjust(s1, s2); #if defined(__SSE4_1__) | defined(__ARM_NEON) //mt_swipe(s3, s4); #endif #if ARCH_ID == 2 //#ifdef __SSE4_1__ anchored_swipe(s1, s2); //minimal_sw(s1, s2); //#endif #endif #if defined(__SSE4_1__) | defined(__ARM_NEON) swipe(s3, s4); diag_scores(s1, s2); #endif #if defined(__SSE2__) | defined(__ARM_NEON) banded_swipe(s1, s2); #endif evalue(); #if defined(__SSE4_1__) | defined(__ARM_NEON) //benchmark_hamming(s1, s2); #endif benchmark_ungapped(ss1, ss2); #if (defined(__SSSE3__) && defined(__SSE4_1__)) | defined(__aarch64__) benchmark_ssse3_shuffle(s1, s2); #endif #if defined(__SSE4_1__) | defined(__ARM_NEON) benchmark_ungapped_sse(ss1, ss2); #endif #if defined(__SSE2__) | defined(__ARM_NEON) benchmark_transpose(); #endif } } DISPATCH_0V(benchmark) }bbuchfink-diamond-6dc5717/src/tools/benchmark_swipe.cpp000066400000000000000000000052361523407312000232170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "dp/score_vector_int8.h" #include "dp/swipe/stat_cell.h" #include "dp/swipe/cell_update.h" using namespace DISPATCH_ARCH; using std::vector; using std::chrono::high_resolution_clock; using std::chrono::nanoseconds; using std::chrono::duration_cast; using std::endl; using std::array; namespace Benchmark { namespace DISPATCH_ARCH { #if defined(__SSE4_1__) | defined(__ARM_NEON) static const size_t N = 256; using Sv = ScoreVector; using Cell = ForwardCell; //using Cell = Sv; static char query[N]; static const size_t C = ScoreTraits::CHANNELS; static void update_row(Cell* diagonal_cell, Cell* horizontal_gap, Sv* profile) { //auto id_mask = DummyIdMask(0, Sv()); auto id_mask = VectorIdMask(0, Sv()); //auto row_counter = DummyRowCounter(0); auto row_counter = VectorRowCounter(0); Sv scores, gap_extension, gap_open, best; Cell vertical_gap; for (size_t i = 0; i < N; ++i) { diagonal_cell[i] = swipe_cell_update(diagonal_cell[i], profile[(int)query[i]], nullptr, gap_extension, gap_open, horizontal_gap[i], vertical_gap, best, nullptr, row_counter, id_mask); } } void swipe_cell_update() { static const size_t n = 1000000llu; Cell diagonal_cell[N], horizontal_gap[N]; Sv profile[32]; for (size_t i = 0; i < N; ++i) { query[i] = rand() % 32; } for (size_t i = 0; i < 32; ++i) { int8_t v[C]; for (size_t j = 0; j < C; ++j) v[j] = rand() % 20 - 10; profile[i] = load_sv(v); } high_resolution_clock::time_point t1 = high_resolution_clock::now(); for (size_t i = 0; i < n; ++i) { update_row(diagonal_cell, horizontal_gap, profile); } volatile auto x = diagonal_cell[0].data_; volatile auto y = diagonal_cell[0].ident; volatile auto z = diagonal_cell[0].len; //cout << "SWIPE cell update (int8_t):\t" << (double)duration_cast(high_resolution_clock::now() - t1).count() / (n * N * 32) * 1000 << " ps/Cell" << endl; } #endif }} bbuchfink-diamond-6dc5717/src/tools/composition_matrix.cpp000066400000000000000000000153701523407312000240050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include #include #include #include #include #include "basic/config.h" #include "basic/statistics.h" #include "data/sequence_file.h" #include "stats/cbs.h" #include "stats/score_matrix.h" using std::array; using std::ofstream; using std::ostream; using std::pair; using std::unique_ptr; using std::vector; static uint64_t pair_count(const uint64_t n) { if (n < 2) return 0; uint64_t a = n; uint64_t b = n - 1; if (a % 2 == 0) a /= 2; else b /= 2; if (a > std::numeric_limits::max() / b) throw std::runtime_error("Too many database sequences to enumerate sequence pairs."); return a * b; } static pair pair_from_index(const uint64_t index, const size_t sequence_count) { const uint64_t total = pair_count(sequence_count); size_t low = 0; size_t high = sequence_count - 1; while (low + 1 < high) { const size_t middle = low + (high - low) / 2; const uint64_t first_index = total - pair_count(sequence_count - middle); if (first_index <= index) low = middle; else high = middle; } const uint64_t first_index = total - pair_count(sequence_count - low); return { low, low + 1 + static_cast(index - first_index) }; } static vector sample_pair_indices(const uint64_t total, const uint64_t sample_size) { std::random_device random_device; std::seed_seq seed{ random_device(), random_device(), random_device(), random_device(), random_device(), random_device(), random_device(), random_device() }; std::mt19937_64 generator(seed); std::unordered_set selected; selected.reserve(static_cast(sample_size)); for (uint64_t upper = total - sample_size; upper < total; ++upper) { const uint64_t candidate = std::uniform_int_distribution(0, upper)(generator); if (!selected.insert(candidate).second) selected.insert(upper); } vector result(selected.begin(), selected.end()); std::sort(result.begin(), result.end()); return result; } void composition_matrix_workflow() { unique_ptr db(SequenceFile::auto_create({ config.database }, SequenceFile::Flags::SEQS)); unique_ptr block(db->load_seqs(INT64_MAX)); const SequenceSet& sequences = block->seqs(); vector compositions; vector lengths; compositions.reserve(sequences.size()); lengths.reserve(sequences.size()); for (size_t i = 0; i < sequences.size(); ++i) { compositions.push_back(Stats::composition(sequences[i])); lengths.push_back(Stats::count_true_aa(sequences[i])); } unique_ptr output_file; ostream* output = &std::cout; if (!config.output_file.empty()) { output_file.reset(new ofstream(config.output_file)); if (!*output_file) throw std::runtime_error("Failed to open output file: " + config.output_file); output = output_file.get(); } *output << std::setprecision(17); Statistics stats; array matrix; const auto write_pair = [&](const size_t first, const size_t second) { /*array out; int iterations; double row_probs[20], col_probs[20]; std::copy(compositions[first].data(), compositions[first].data() + 20, row_probs); std::copy(compositions[second].data(), compositions[second].data() + 20, col_probs); Stats::Blast_ApplyPseudocounts(row_probs, lengths[first], score_matrix.background_freqs()); Stats::Blast_ApplyPseudocounts(col_probs, lengths[second], score_matrix.background_freqs()); Stats::Blast_OptimizeTargetFrequencies(out.data(), 20, &iterations, score_matrix.joint_probs(), row_probs, col_probs, true, 0.44, config.cbs_err_tolerance, config.cbs_it_limit);*/ if (config.comp_based_stats_.get(Stats::DEFAULT_CBS) == Stats::CBS::SINKHORN_MATRIX_ADJUST) { Stats::matrix_adjust( lengths[first], lengths[second], compositions[first].data(), compositions[second].data(), 1, score_matrix.ideal_lambda(), score_matrix.joint_probs(), score_matrix.background_freqs(), score_matrix.joint_probs_f(), score_matrix.background_freqs_f(), matrix, stats); } else { Stats::CompositionMatrixAdjust( lengths[first], lengths[second], compositions[first].data(), compositions[second].data(), 1, score_matrix.ideal_lambda(), score_matrix.joint_probs(), score_matrix.background_freqs(), matrix, stats); } bool initial_column = true; const auto write_column = [&](const double value) { if (!initial_column) *output << '\t'; *output << value; initial_column = false; }; for (const double value : compositions[first]) write_column(value); for (const double value : compositions[second]) write_column(value); for (size_t row = 0; row < TRUE_AA; ++row) for (size_t column = 0; column < TRUE_AA; ++column) //write_column(out[row * 20 + column]); write_column(matrix[row * AMINO_ACID_COUNT + column]); *output << '\n'; }; const uint64_t total_pairs = pair_count(sequences.size()); if (config.composition_matrix_sample_size.present()) { const int64_t requested_sample_size = config.composition_matrix_sample_size; if (requested_sample_size < 0) throw std::runtime_error("Sample size must not be negative."); const uint64_t sample_size = static_cast(requested_sample_size); if (sample_size > total_pairs) throw std::runtime_error( "Requested sample size (" + std::to_string(sample_size) + ") exceeds the number of sequence pairs (" + std::to_string(total_pairs) + ")."); for (const uint64_t index : sample_pair_indices(total_pairs, sample_size)) { const auto pair = pair_from_index(index, sequences.size()); write_pair(pair.first, pair.second); } } else { for (size_t first = 0; first < sequences.size(); ++first) for (size_t second = first + 1; second < sequences.size(); ++second) write_pair(first, second); } if (!*output) throw std::runtime_error("Failed writing composition matrix output."); } bbuchfink-diamond-6dc5717/src/tools/greedy_vertex_cover.cpp000066400000000000000000000324651523407312000241340ustar00rootroot00000000000000/**** DIAMOND protein aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #define _REENTRANT #include "util/algo/degree_partition.h" #include "lib/ips4o/ips4o.hpp" #include "basic/config.h" #include "util/log_stream.h" #include "util/string/tokenizer.h" #include "util/algo/algo.h" #include "util/system/system.h" #include "cluster/cluster.h" #include "cluster/file_array.h" #include "cluster/input_buffer.h" #include "util/memory/memory_resource.h" #include "tools.h" #include "data/fasta/parser.h" struct Edge { static constexpr bool POD = true; Edge() { } using Key = OId; Edge(Key node1, Key node2, double weight) : node1(node1), node2(node2), weight(weight) { } bool operator<(const Edge& e) const noexcept { if (node1 != e.node1) return node1 < e.node1; if (node2 != e.node2) return node2 < e.node2; return weight > e.weight; } struct GetKey { OId operator()(const Edge& e) const { return e.node1; } }; OId node1, node2; double weight; }; inline void serialize(const Edge& e, CompressedBuffer& buf) { buf.write(e.node1); buf.write(e.node2); buf.write(e.weight); } using std::unique_ptr; using std::ofstream; using std::mutex; using std::lock_guard; using std::endl; using std::string; using std::atomic; using std::vector; using std::unordered_map; using std::numeric_limits; using std::runtime_error; using std::function; using std::priority_queue; using std::numeric_limits; using std::deque; using std::pair; using Acc = string; namespace GVC { static const bool merge_recursive = true; static const uint64_t RADIX_COUNT = 256; static const int RADIX_BITS = 8; struct PotentialRep { OId oid, degree; vector> members; PotentialRep(OId rep): oid(rep), degree(0) { } bool operator<(const PotentialRep& r) const { return degree < r.degree || (degree == r.degree && oid < r.oid); } void set_degree(const vector& clustering) { degree = 0; for (const auto& m : members) { if (clustering[m.first] == numeric_limits::max()) ++degree; } } }; using RepQueue = priority_queue>; static void greedy_vertex_cover(vector& clustering, vector& weights, RepQueue& reps, uint64_t& edges_queued, OId next_degree) { while (!reps.empty()) { PotentialRep r = reps.top(); reps.pop(); edges_queued -= r.members.size(); if (clustering[r.oid] != numeric_limits::max()) continue; r.set_degree(clustering); if (!reps.empty() && r.degree < reps.top().degree) { reps.push(r); edges_queued += r.members.size(); continue; } if (r.degree < next_degree) { reps.push(r); edges_queued += r.members.size(); return; } clustering[r.oid] = r.oid; for (const auto& m : r.members) { if (clustering[m.first] == numeric_limits::max() || (weights[m.first] < m.second && !config.no_gvc_reassign && clustering[m.first] != m.first) || (merge_recursive && clustering[m.first] == m.first)) { clustering[m.first] = r.oid; weights[m.first] = m.second; } } } } static RadixedTable edge_pass_one(const string& base_dir, const OId max_oid, bool triplets, bool symmetric, double cov, const unordered_map* acc2oid) { mkdir(base_dir); FileArray file_array(base_dir, RADIX_COUNT, 0, true); const int shift = std::max(bit_length(max_oid) - RADIX_BITS, 0); atomic total_lines(0); TaskTimer timer("Reading input lines"); function fn2([&](int64_t, const char* begin, const char* end) { size_t line_count = 0; Util::String::LineIterator it(begin, end); thread_local BufferArray buffers(file_array, RADIX_COUNT); string query, target; OId q, t; double qcov, tcov, weight; auto emit = [&](OId n1, OId n2, double w) { Edge edge(n1, n2, w); const uint64_t radix = (uint64_t)n1 >> shift; buffers.write(radix, &edge, 1, 1); }; while (it.good()) { ++line_count; string line = *it; if (ends_with(line, "\r")) line.pop_back(); Util::String::Tokenizer tok(line, Util::String::CharDelimiter('\t')); if (acc2oid) tok >> query >> target; else { tok >> q >> t; if (q > max_oid || t > max_oid) throw runtime_error("Numeric vertex ID exceeds --max-id"); } if (!triplets) tok >> qcov >> tcov; tok >> weight; if (triplets || tcov >= cov || qcov >= cov) { if (acc2oid) { q = acc2oid->at(query); t = acc2oid->at(target); } if (q == t) { ++it; continue; } if (triplets) { emit(t, q, weight); if (symmetric) emit(q, t, weight); } else { if (tcov >= cov) emit(q, t, weight); if (qcov >= cov) emit(t, q, weight); } } ++it; } total_lines.fetch_add(line_count, std::memory_order_relaxed); }); File in(config.edges, "rb"); in.read_text_mt(INT64_MAX, config.threads_, fn2); timer.finish(); log_rss(); *message_stream << "#Input lines: " << total_lines.load(std::memory_order_relaxed) << endl; *message_stream << "#Input edges: " << file_array.records_total() << endl; file_array.close(); return file_array.buckets(shift); } static OId node_degree(vector::const_iterator begin, vector::const_iterator end) { OId count = 0; for (auto j = begin; j != end; ++j) { if (j->node2 != j->node1 && (j == begin || j->node2 != (j - 1)->node2)) ++count; } return count; } static DegreePartition edge_pass_two(const RadixedTable& rep_sorted) { unordered_map degrees; for (RadixedTable::const_iterator it = rep_sorted.begin(); it != rep_sorted.end(); ++it) { VolumedFile f(*it); InputBuffer data(f); *message_stream << "Finding neighbor counts bucket " << it - rep_sorted.begin() + 1 << "/" << rep_sorted.size() << " records=" << data.size() << endl; ips4o::parallel::sort(data.begin(), data.end()); auto i = merge_keys(data.begin(), data.end(), Edge::GetKey()); while (i.good()) { const OId d = node_degree(i.begin(), i.end()); degrees[d] += d; ++i; } } return DegreePartition(degrees, RADIX_COUNT); } static RadixedTable edge_pass_three(const RadixedTable& rep_sorted, const DegreePartition& p, Cfg& cfg) { const string base_dir = cfg.tmp_dir + "degree_sorted"; mkdir(base_dir); FileArray file_array(base_dir, p.size(), 0, true); BufferArray buffers(file_array, p.size()); for (RadixedTable::const_iterator it = rep_sorted.begin(); it != rep_sorted.end(); ++it) { VolumedFile f(*it); InputBuffer data(f); *message_stream << "Writing degree sorted edges " << it - rep_sorted.begin() + 1 << "/" << rep_sorted.size() << " records=" << data.size() << endl; ips4o::parallel::sort(data.begin(), data.end()); auto i = merge_keys(data.begin(), data.end(), Edge::GetKey()); while (i.good()) { const int bucket = p.bucket_index(node_degree(i.begin(), i.end())); for (auto j = i.begin(); j != i.end(); ++j) { if (j->node2 != j->node1 && (j == i.begin() || j->node2 != (j - 1)->node2)) buffers.write(bucket, *j); } ++i; } f.remove(); } buffers.finish(); file_array.close(); rmdir(cfg.tmp_dir + "rep_sorted"); return file_array.buckets(p); } static vector edge_pass_four(const RadixedTable& degree_sorted, OId db_size, Cfg& cfg) { vector clustering(db_size, numeric_limits::max()); vector weights(db_size); RepQueue queue; uint64_t edges_queued = 0; for (int i = degree_sorted.size() - 1; i >= 0; --i) { VolumedFile f(degree_sorted[i]); InputBuffer data(f); *message_stream << "Computing vertex cover bucket " << i + 1 << "/" << degree_sorted.size() << " edges=" << data.size() << " key_begin=" << degree_sorted[i].key_begin() << " key_end=" << degree_sorted[i].key_end() << endl; *message_stream << "Queue nodes=" << queue.size() << " edges=" << edges_queued << " top degree=" << (queue.empty() ? 0 : queue.top().degree) << endl; f.remove(); const OId next_degree = i > 0 ? degree_sorted[i - 1].key_end() - 1 : 0; ips4o::parallel::sort(data.begin(), data.end()); auto it = merge_keys(data.begin(), data.end(), Edge::GetKey()); while (it.good()) { if (clustering[it.key()] != numeric_limits::max()) { ++it; continue; } PotentialRep r(it.key()); r.members.reserve(it.count()); for (auto j = it.begin(); j != it.end(); ++j) { const bool unassigned = clustering[j->node2] == numeric_limits::max(); if (!config.no_gvc_reassign || unassigned) { r.members.emplace_back(j->node2, j->weight); if (unassigned) ++r.degree; } } edges_queued += r.members.size(); queue.push(std::move(r)); ++it; } greedy_vertex_cover(clustering, weights, queue, edges_queued, next_degree); } rmdir(cfg.tmp_dir + "degree_sorted"); return clustering; } void greedy_vertex_cover(Cfg& cfg) { const double cov = std::max(config.query_or_target_cover, config.member_cover.get(Cluster::DEFAULT_MEMBER_COVER)); const bool triplets = config.edge_format == "triplet", symmetric = config.symmetric; const bool numeric_ids = config.max_oid.present(); if (!triplets && symmetric) throw runtime_error("--symmetric requires triplet edge format"); *message_stream << "Coverage cutoff: " << cov << '%' << endl; *message_stream << "Edge format: " << (triplets ? "triplet" : "quintuplet") << endl; *message_stream << "Symmetric: " << (symmetric ? "yes" : "no") << endl; TaskTimer timer; unordered_map acc2oid; OId max_oid; size_t db_size; if (numeric_ids) { if (config.max_oid < 0) throw runtime_error("--max-oid must be nonnegative"); max_oid = config.max_oid; if (max_oid >= numeric_limits::max()) throw runtime_error("--max-id exceeds supported maximum"); db_size = static_cast(max_oid) + 1; *message_stream << "#Numeric vertex OIDs: " << db_size << endl; } else { config.database.require(); timer.go("Reading mapping file"); acc2oid.reserve(File::count_lines(config.database)); File mapping_file(config.database, "rb"); string query; const char* line; while (line = mapping_file.getline(), line[0] != '\0' || !mapping_file.eof()) { Util::String::Tokenizer(line, Util::String::CharDelimiter('\t')) >> query; auto e = acc2oid.emplace(query, acc2oid.size()); if (!e.second) throw runtime_error("Duplicate sequence id found in database file"); } mapping_file.close(); timer.finish(); *message_stream << "#Sequences in database: " << acc2oid.size() << endl; if (acc2oid.empty()) throw runtime_error("Database file is empty"); if (acc2oid.size() > (size_t)numeric_limits::max()) throw runtime_error("Input count exceeds supported maximum."); db_size = acc2oid.size(); max_oid = db_size - 1; } if (cfg.tmp_dir.empty()) cfg.tmp_dir = config.tmpdir = create_temp_directory(config.tmpdir, "diamond-tmp-") + PATH_SEPARATOR; const string base_dir = cfg.tmp_dir; //mkdir(base_dir); RadixedTable rep_sorted = edge_pass_one(base_dir + "rep_sorted" + PATH_SEPARATOR, max_oid, triplets, symmetric, cov, numeric_ids ? nullptr : &acc2oid); const DegreePartition p = edge_pass_two(rep_sorted); RadixedTable degree_sorted = edge_pass_three(rep_sorted, p, cfg); vector clustering = edge_pass_four(degree_sorted, db_size, cfg); rmdir(cfg.tmp_dir); if (merge_recursive) { timer.go("Computing transitive closure"); for (OId i = 0; i < clustering.size();) { if (clustering[i] != numeric_limits::max() && clustering[clustering[i]] != clustering[i]) clustering[i] = clustering[clustering[i]]; else ++i; } } std::pmr::monotonic_buffer_resource pool; std::pmr::vector acc(&pool); if (!numeric_ids) { timer.go("Building reverse mapping"); acc.resize(acc2oid.size()); for (const auto& i : acc2oid) acc.at(i.second) = i.first; } acc2oid.clear(); timer.go("Generating output"); OId reps = 0; unique_ptr centroid_out; if (!config.centroid_out.empty()) centroid_out.reset(new ofstream(config.centroid_out)); unique_ptr out; if (!config.output_file.empty()) out.reset(new ofstream(config.output_file)); for (size_t i = 0; i < clustering.size(); ++i) { if (clustering[i] == numeric_limits::max()) clustering[i] = i; if (clustering[i] == i) { ++reps; if (!config.centroid_out.empty()) { if (numeric_ids) *centroid_out << i << endl; else *centroid_out << acc[i] << endl; } } if (!config.output_file.empty()) { if (numeric_ids) *out << clustering[i] << '\t' << i << endl; else *out << acc[clustering[i]] << '\t' << acc[i] << endl; } } if (centroid_out) centroid_out->close(); if (out) out->close(); timer.finish(); *message_stream << "#Clusters: " << reps << endl; } void greedy_vertex_cover() { Cfg cfg; greedy_vertex_cover(cfg); } }bbuchfink-diamond-6dc5717/src/tools/tools.cpp000066400000000000000000000110761523407312000212150ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include "basic/config.h" #include "basic/value.h" #include "util/util.h" #include "basic/sequence.h" #include "util/sequence/sequence.h" #include "murmurhash/MurmurHash3.h" #include "data/sequence_file.h" #include "search/search.h" #include "util/io/file.h" #include "search/seed_array/enum_seeds.h" #define _REENTRANT #include "ips4o/ips4o.hpp" #include "masking/masking.h" #include "util/ptr_vector.h" using std::array; using std::cout; using std::endl; using std::vector; using std::unique_ptr; using std::pair; using std::unordered_map; using std::cerr; using std::ofstream; using std::string; using std::runtime_error; void split() { unique_ptr in; try { in.reset(SequenceFile::auto_create({ config.single_query_file() })); } catch (FormatDetectionError& e) { throw runtime_error("Error opening input file: " + std::string(e.what())); } string id; vector seq; size_t n = 0, f = 0, b = (size_t)(config.chunk_size * 1e9), seqs = 0; File *out = new File(std::to_string(f) + ".faa.zst", "wb", File::Flags::NONE, CompressionLib::ZSTD); TextBuffer buf; while (in->read_seq(seq, id, nullptr)) { if (n >= b) { out->close(); delete out; out = new File(std::to_string(++f) + ".faa.zst", "wb", File::Flags::NONE, CompressionLib::ZSTD); n = 0; } string blast_id = Util::Seq::seqid(id.c_str()); Util::Seq::format(Sequence(seq), blast_id.c_str(), nullptr, buf, "fasta", amino_acid_traits); out->write(buf.data(), buf.size()); buf.clear(); n += seq.size(); ++seqs; if (seqs % 1000000 == 0) std::cerr << "#Sequences processed: " << seqs << " #letters:" << n << endl; } out->close(); delete out; } void hash_seqs() { File f(config.query_file.front(), "rb", File::Flags::DETECT_COMPRESSION); //FASTA_format fmt; string id; vector seq; //while (fmt.get_seq(id, seq, f, amino_acid_traits)) { while(true) { array hash; hash.fill('\0'); MurmurHash3_x64_128(seq.data(), (int)seq.size(), hash.data(), hash.data()); cout << Util::Seq::seqid(id.c_str()) << '\t' << hex_print(hash.data(), 16) << endl; } f.close(); } static double freq(const string& s, const Reduction& r) { double f = 0.0; for (char c : s) { f += r.freq(r(amino_acid_traits.from_char(c))); } return f / s.length(); } void list_seeds() { struct Callback { bool operator()(uint64_t seed, size_t, unsigned, size_t) { seeds.push_back(seed); return true; }; void finish() {} vector& seeds; }; unique_ptr db(SequenceFile::auto_create({ config.database })); unique_ptr block(db->load_seqs(INT64_MAX)); mask_seqs(block->seqs(), Masking::get(), true, MaskingAlgo::TANTAN); vector seeds; seeds.reserve(block->seqs().letters()); PtrVector cb; cb.push_back(new Callback{ seeds }); auto parts = block->seqs().partition(1); ::shapes = ShapeConfig(config.shape_mask.empty() ? Search::shape_codes.at(Sensitivity::DEFAULT) : config.shape_mask, config.shapes); Reduction custom("A R N D C Q E G H I L K M F P S T W Y V"); Reduction::set_reduction(custom); EnumCfg cfg{ &parts, 0, 1, SeedEncoding::SPACED_FACTOR, nullptr, false, false, config.seed_cut_, MaskingAlgo::NONE, 0, false, false, 0, nullptr }; enum_seeds(*block, cb, &no_filter, cfg); ips4o::parallel::sort(seeds.begin(), seeds.end()); auto it = merge_keys(seeds.begin(), seeds.end(), [](uint64_t seed) {return seed; }); vector> counts; while (it.good()) { counts.push_back({ it.count(), it.key() }); ++it; } ips4o::parallel::sort(counts.begin(), counts.end()); auto end = std::min(counts.rbegin() + config.query_count, counts.rend()); string s; for (auto i = counts.rbegin(); i != end; ++i) { s = Reduction::get_reduction().decode_seed(i->second, shapes[0].weight_); cout << i->first << '\t' << s << endl; } }bbuchfink-diamond-6dc5717/src/tools/tools.h000066400000000000000000000015501523407312000206560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later namespace GVC { struct Cfg { std::string tmp_dir; }; void greedy_vertex_cover(Cfg& cfg); void greedy_vertex_cover(); };bbuchfink-diamond-6dc5717/src/util/000077500000000000000000000000001523407312000171615ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/algo/000077500000000000000000000000001523407312000201035ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/algo/aho_corasick.h000066400000000000000000000527001523407312000227050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // // aho_corasick.hpp // // Aho–Corasick automaton mapping pattern strings to lists of 32-bit // integers, templated on the alphabet size: // // AhoCorasick<> — full `char` alphabet (256), any byte allowed // AhoCorasick<128> — 7-bit ASCII: half the goto-table footprint // AhoCorasick<4> — e.g. remapped DNA {0,1,2,3}: 32 bytes/node instead of 1 KiB // // The contract for AhoCorasick: every byte of every PATTERN must be < N // (Builder::add throws otherwise). TEXT bytes >= N are allowed and handled // safely — no pattern can span them, so the scanner just resets to the root // (and find() reports "absent"). For N == 256 that range check compiles away. // // Split into a transient Builder and an immutable, frozen AhoCorasick: // // AhoCorasick<128>::Builder b; // b.add("she", {2, 20}); // b.add("he", 1); // AhoCorasick<128> ac = b.build(); // builder can now be discarded // // Both the builder scratch and the frozen buffer are allocated from a // std::pmr::memory_resource, which defaults to the default resource but can // be a caller-supplied arena: // // AhoCorasick<128>::Builder b(&pool); // build() output lives in pool too // // auto vals = ac.find("she"); // exact map-style lookup // ac.scan(text, [](const auto& m) { ... }); // all occurrences // // Memory layout of the frozen automaton — ONE contiguous int32 buffer: // // +--------+----------------------+------------------+---------------+ // | header | goto table | node metadata | value pool | // | 3 ints | n * N ints | n * 4 ints | total_values | // +--------+----------------------+------------------+---------------+ // [N,n,V] row-major, O(1) per per node: all int32 // input byte; bit 31 {dict, depth, values, packed // of an entry = "target val_begin, back-to-back in // node emits matches" val_count} node order // // * Zero per-node allocations; the whole structure is a single heap block. // * Nodes are renumbered in BFS order during build(), so the hot upper // levels of the trie occupy adjacent goto rows. // * The buffer is position-independent (indices only, no pointers): it can // be memcpy'd, written to disk, or mmap'd and rehydrated via from_blob(). // The alphabet size is stored in the header, so a blob cannot be loaded // into a mismatched instantiation. // * The emit bit lets scan() touch ONLY the goto table for input bytes that // produce no match — one 4-byte load per byte of text in the common case. // // Complexity: build O(total_pattern_chars * N); scan O(|text| + matches); // find O(|key|). Footprint: (N + 4) * 4 bytes per node plus the values. // The dense goto table is the size-for-speed trade; if total size ever // matters more than scan speed, replace it with a double-array trie — the // rest of the layout stays the same. // // Notes: // * Bytes are `unsigned char`: with N == 256, '\0' and non-ASCII bytes are // fine anywhere. // * Empty patterns are rejected. Re-adding a pattern appends to its list. // * The frozen automaton is immutable and safe for concurrent reads. // // Requires C++17. #include #include #include #include #include #include #include #include #include #include "../memory/memory_resource.h" template class AhoCorasick { static_assert(Alphabet >= 1 && Alphabet <= 256, "Alphabet must be in [1, 256]"); public: using value_type = std::int32_t; // the "32-bit ints" stored per pattern using index_type = std::int32_t; // node index (max ~2^31 - 1 nodes) static constexpr unsigned kAlphabet = Alphabet; // Non-owning view into the value pool (the frozen automaton outlives it). struct ValueSpan { const value_type* ptr = nullptr; std::size_t len = 0; const value_type* begin() const { return ptr; } const value_type* end() const { return ptr + len; } std::size_t size() const { return len; } bool empty() const { return len == 0; } value_type operator[](std::size_t i) const { return ptr[i]; } }; // One occurrence of a pattern inside the scanned text. struct Match { std::size_t begin; // byte offset where the pattern starts std::size_t length; // pattern length in bytes ValueSpan values; // the ints mapped to that pattern std::size_t end() const { return begin + length; } }; // ---- Builder: temporary, mutation-friendly trie --------------------- class Builder { public: // Every allocation made while building — and the buffer of the frozen // automaton returned by build() — comes from `mr`. explicit Builder(std::pmr::memory_resource* mr = std::pmr::get_default_resource()) : mr_(mr), nodes_(mr), edges_(mr), values_(mr) { nodes_.push_back(Node()); // node 0 = root root_children_.fill(-1); } // Append `value` to the list mapped to `pattern`. void add(std::string_view pattern, value_type value) { append_value(insert_path(pattern), value); } // Append several values to the list mapped to `pattern`. void add(std::string_view pattern, const std::vector& values) { const index_type s = insert_path(pattern); for (value_type v : values) append_value(s, v); } // ---- incremental insertion -------------------------------------- // // Callers that emit patterns sharing long prefixes (a DFS over a // neighborhood, say) can walk the trie once per prefix instead of // once per pattern, which is what add() would do: // // descend(descend(root(), 's'), 'h') // 'sh' walked once // index_type root() const { return 0; } // The child of `node` along `c`, created if it does not exist yet. index_type descend(index_type node, unsigned char c) { if (c >= kAlphabet) throw std::invalid_argument( "AhoCorasick: pattern byte >= Alphabet"); // The root is walked once per pattern and is the one node whose // fanout is the whole alphabet, so its children are also indexed // directly. Every other node keeps just the list. if (node == 0 && root_children_[c] != -1) return root_children_[c]; // One walk locates the child and, failing that, the position to // splice a new edge into: the list stays sorted by character. index_type prev = -1, e = nodes_[node].first_edge; for (; e != -1 && edges_[e].c < c; prev = e, e = edges_[e].next); if (e != -1 && edges_[e].c == c) return edges_[e].child; const index_type v = static_cast(nodes_.size()); Node child_node; child_node.depth = nodes_[node].depth + 1; nodes_.push_back(child_node); const index_type ne = static_cast(edges_.size()); edges_.push_back(Edge{ v, e, c }); if (prev == -1) nodes_[node].first_edge = ne; else edges_[prev].next = ne; if (node == 0) root_children_[c] = v; return v; } // Map `value` to the pattern spelled by `node`. void add_value(index_type node, value_type value) { append_value(node, value); } // Freeze into the compact single-buffer automaton by BFS-renumbering // the trie straight into the flat buffer. The builder is left // untouched (build again after more add()s if you like). AhoCorasick build() const { const std::size_t n = nodes_.size(); const std::size_t total_values = values_.size(); std::size_t patterns = 0; for (const Node& nd : nodes_) if (nd.value_count > 0) ++patterns; AhoCorasick ac(mr_); ac.n_ = static_cast(n); ac.pattern_count_ = patterns; ac.blob_.assign(kHeaderInts + n * (kAlphabet + kMetaInts) + total_values, 0); ac.blob_[0] = static_cast(kAlphabet); ac.blob_[1] = static_cast(n); ac.blob_[2] = static_cast(total_values); std::int32_t* g = ac.rows(); value_type* pool = ac.pool(); std::pmr::vector fail(n, mr_); // indexed by NEW ids; build-time only std::pmr::vector> bfs(mr_); // (old id, new id) bfs.reserve(n); std::size_t bfs_head = 0; index_type next_new = 1; std::size_t pool_pos = 0; // Root (old 0 == new 0): never a pattern end (empty patterns rejected). std::int32_t* mr = ac.meta(0); mr[kDict] = -1; mr[kDepth] = 0; // kBeg/kCnt stay 0 // Depth-1 nodes fail to the root; missing root edges loop on the // root (rows are zero-initialized, and root == node 0). Builder // edge lists are sorted by character, so walking one is the same // as scanning the alphabet in order. for (index_type e = nodes_[0].first_edge; e != -1; e = edges_[e].next) { const index_type v_new = next_new++; fail[v_new] = 0; g[edges_[e].c] = v_new; bfs.emplace_back(edges_[e].child, v_new); } // FIFO order == new-id order, and fail(u) < u in new ids, so a // node's fail row/metadata and its own metadata slot are always // ready in time (this also makes the value pool come out sorted // by new id). while (bfs_head < bfs.size()) { const auto [u_old, u_new] = bfs[bfs_head++]; const Node& nd = nodes_[u_old]; const index_type f = fail[u_new]; std::int32_t* mu = ac.meta(u_new); const std::int32_t* mf = ac.meta(f); mu[kDict] = mf[kCnt] > 0 ? f : mf[kDict]; mu[kDepth] = static_cast(nd.depth); mu[kBeg] = static_cast(pool_pos); mu[kCnt] = nd.value_count; for (index_type vi = nd.first_value; vi != -1; vi = values_[vi].next) pool[pool_pos++] = values_[vi].value; // Every entry falls back along the suffix link except the few // that are real edges, so take the fail row wholesale and // then overwrite those. Fanout is typically a handful, while // the row is kAlphabet wide. std::int32_t* ru = g + std::size_t(u_new) * kAlphabet; const std::int32_t* rf = g + std::size_t(f) * kAlphabet; std::memcpy(ru, rf, kAlphabet * sizeof(std::int32_t)); for (index_type e = nd.first_edge; e != -1; e = edges_[e].next) { const unsigned c = edges_[e].c; const index_type v_new = next_new++; fail[v_new] = rf[c]; ru[c] = v_new; bfs.emplace_back(edges_[e].child, v_new); } } // Tag every goto entry whose target produces at least one match, // so the scan hot loop can skip all metadata loads for // non-matching bytes. std::pmr::vector emits(n, mr_); for (index_type v = 0; v < static_cast(n); ++v) { const std::int32_t* mv = ac.meta(v); emits[std::size_t(v)] = mv[kCnt] > 0 || mv[kDict] != -1; } for (std::size_t e = 0; e < n * kAlphabet; ++e) if (emits[std::size_t(g[e])]) g[e] = static_cast( static_cast(g[e]) | kEmitBit); return ac; } private: // Child edges and values are singly-linked lists threaded through two // flat arrays rather than a vector per node: the whole trie is three // growing buffers, so a trie of any size costs a handful of // allocations from the resource. struct Node { index_type first_edge = -1; // head of the child edge list index_type first_value = -1; // head of the value list (insertion order) index_type last_value = -1; index_type value_count = 0; std::uint32_t depth = 0; }; struct Edge { index_type child; index_type next; unsigned char c; }; struct Val { value_type value; index_type next; }; void append_value(index_type node, value_type value) { const index_type i = static_cast(values_.size()); values_.push_back(Val{ value, -1 }); Node& nd = nodes_[node]; if (nd.last_value == -1) nd.first_value = i; else values_[nd.last_value].next = i; nd.last_value = i; ++nd.value_count; } index_type insert_path(std::string_view pattern) { if (pattern.empty()) throw std::invalid_argument( "AhoCorasick: empty patterns are not supported"); index_type s = 0; for (char ch : pattern) s = descend(s, static_cast(ch)); return s; } std::pmr::memory_resource* mr_; std::pmr::vector nodes_; std::pmr::vector edges_; std::pmr::vector values_; std::array root_children_; // direct index, depth 1 }; // Empty automaton: matches nothing, contains nothing. `mr` is the resource // the frozen buffer will be allocated from. explicit AhoCorasick(std::pmr::memory_resource* mr = std::pmr::get_default_resource()) : blob_(mr) {} // ---- exact lookup (map-style) --------------------------------------- // Values mapped to exactly `key`; empty span if `key` was never added. // // Correctness of the depth check: after consuming a prefix p, the state // is the trie node spelling the LONGEST SUFFIX of p that exists in the // trie. Its depth equals |p| iff p itself is a trie node, so a final // depth of |key| means we followed real edges the whole way. ValueSpan find(std::string_view key) const { if (n_ == 0) return {}; const std::int32_t* g = rows(); index_type s = 0; for (char ch : key) { const auto c = static_cast(ch); if constexpr (kAlphabet < 256) { if (c >= kAlphabet) return {}; // byte can't occur in any pattern } const auto e = static_cast( g[std::size_t(s) * kAlphabet + c]); s = static_cast(e & kIndexMask); } const std::int32_t* m = meta(s); if (m[kCnt] > 0 && static_cast(m[kDepth]) == key.size()) return {pool() + m[kBeg], static_cast(m[kCnt])}; return {}; } bool contains(std::string_view key) const { return !find(key).empty(); } // ---- Aho–Corasick text scan ------------------------------------------- // Invoke `on_match(const Match&)` for every occurrence of every pattern, // in order of increasing match end. Overlapping/nested matches included. // Text bytes >= Alphabet simply reset the automaton (no pattern contains // them, so no match can span them). template void scan(std::string_view text, Callback&& on_match) const { if (n_ == 0) return; const std::int32_t* g = rows(); const std::int32_t* mt = meta(0); const value_type* vp = pool(); index_type s = 0; for (std::size_t i = 0; i < text.size(); ++i) { const auto c = static_cast(text[i]); if constexpr (kAlphabet < 256) { if (c >= kAlphabet) { s = 0; continue; } } const auto e = static_cast( g[std::size_t(s) * kAlphabet + c]); s = static_cast(e & kIndexMask); if (!(e & kEmitBit)) continue; // hot path: goto table only // Report this node if it ends a pattern, then every shorter // pattern ending here, via dictionary-suffix (dict) links. const std::int32_t* ms = mt + std::size_t(s) * kMetaInts; for (index_type t = ms[kCnt] > 0 ? s : ms[kDict]; t != -1;) { const std::int32_t* mn = mt + std::size_t(t) * kMetaInts; on_match(Match{ i + 1 - static_cast(mn[kDepth]), static_cast(mn[kDepth]), ValueSpan{vp + mn[kBeg], static_cast(mn[kCnt])}}); t = mn[kDict]; } } } // Convenience overload: collect all matches into a vector. std::vector scan(std::string_view text) const { std::vector out; scan(text, [&](const Match& m) { out.push_back(m); }); return out; } // ---- introspection / persistence -------------------------------------- std::size_t node_count() const { return static_cast(n_); } std::size_t pattern_count() const { return pattern_count_; } std::size_t memory_bytes() const { return blob_.size() * sizeof(std::int32_t); } // The entire automaton as one position-independent int32 buffer. const std::pmr::vector& blob() const { return blob_; } // Rehydrate from a buffer previously obtained via blob() (e.g. read from // disk). Rejects blobs built for a different Alphabet. Only structural // size checks are performed; feed it trusted data. static AhoCorasick from_blob(std::pmr::vector blob) { if (blob.size() < kHeaderInts) throw std::invalid_argument("AhoCorasick::from_blob: truncated"); if (blob[0] != static_cast(kAlphabet)) throw std::invalid_argument( "AhoCorasick::from_blob: alphabet size mismatch"); const auto n = blob[1]; const auto values = blob[2]; if (n < 1 || values < 0 || blob.size() != kHeaderInts + std::size_t(n) * (kAlphabet + kMetaInts) + std::size_t(values)) throw std::invalid_argument("AhoCorasick::from_blob: bad size"); AhoCorasick ac(std::move(blob)); ac.n_ = n; for (index_type v = 0; v < n; ++v) if (ac.meta(v)[kCnt] > 0) ++ac.pattern_count_; return ac; } private: // Adopts an existing buffer (and the resource it was allocated from). explicit AhoCorasick(std::pmr::vector&& blob) : blob_(std::move(blob)) {} static constexpr std::size_t kHeaderInts = 3; // [alphabet, node_count, value_count] static constexpr std::size_t kMetaInts = 4; // ints per node metadata // Metadata slots per node: static constexpr std::size_t kDict = 0; // nearest suffix ending a pattern, -1 if none static constexpr std::size_t kDepth = 1; // length of the string this node spells static constexpr std::size_t kBeg = 2; // offset of this node's values in the pool static constexpr std::size_t kCnt = 3; // number of values (0 => not a pattern end) // Goto entries: low 31 bits = target node, bit 31 = target emits matches. static constexpr std::uint32_t kEmitBit = 0x8000'0000u; static constexpr std::uint32_t kIndexMask = 0x7FFF'FFFFu; // Section accessors (offsets are pure functions of n_, so the default // copy/move operations remain valid). const std::int32_t* rows() const { return blob_.data() + kHeaderInts; } std::int32_t* rows() { return blob_.data() + kHeaderInts; } const std::int32_t* meta(index_type node) const { return rows() + std::size_t(n_) * kAlphabet + std::size_t(node) * kMetaInts; } std::int32_t* meta(index_type node) { return rows() + std::size_t(n_) * kAlphabet + std::size_t(node) * kMetaInts; } const value_type* pool() const { return meta(n_); } value_type* pool() { return meta(n_); } std::pmr::vector blob_; // the single allocation index_type n_ = 0; // node count (0 => empty/default-constructed) std::size_t pattern_count_ = 0; };bbuchfink-diamond-6dc5717/src/util/algo/algo.h000066400000000000000000000057661523407312000212140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "partition.h" #define _REENTRANT #include "../data_structures/flat_array.h" namespace Util { namespace Algo { //template //std::vector cluster_pr(FlatArray>& neighbors); //template FlatArray mcl(FlatArray& neighbors); template size_t merge_capped(It i0, const It i1, It j0, const It j1, const size_t cap, Out out) { const ptrdiff_t m = (ptrdiff_t)cap; ptrdiff_t n = 0; size_t count = 0; while (n < m) { if (i0 == i1) { const ptrdiff_t d = std::min(m - n, j1 - j0); std::copy(j0, j0 + d, out); return count + (size_t)d; } if (j0 == j1) { std::copy(i0, i0 + std::min(m - n, i1 - i0), out); return count; } if (*i0 < *j0) *out++ = *i0++; else { *out++ = *j0++; ++count; } ++n; } return count; } template std::vector partition_table(It begin, It end, size_t n, Key key) { std::vector v; const size_t count = size_t(end - begin); if (count == 0) return v; Partition p(count, n); v.reserve(p.parts); It e = begin; v.push_back(e); for (size_t i = 0; i < p.parts; ++i) { It it = begin + p.end(i); if (it <= e) continue; const auto k = key(*(it - 1)); while (it < end && key(*it) == k) ++it; v.push_back(it); e = it; } return v; } template std::vector> sort_by_value(const It begin, const It end, const int threads) { std::vector> out; out.reserve(end - begin); for (auto i = begin; i != end; ++i) out.emplace_back(*i, i - begin); ips4o::parallel::sort(out.begin(), out.end(), std::less>(), threads); return out; } struct DSU { std::vector parent, rank; DSU(int n) { parent.resize(n); rank.resize(n, 0); std::iota(parent.begin(), parent.end(), 0); } int find(int x) { while (x != parent[x]) { parent[x] = parent[parent[x]]; x = parent[x]; } return x; } void unite(int a, int b) { a = find(a); b = find(b); if (a != b) { if (rank[a] < rank[b]) std::swap(a, b); parent[b] = a; if (rank[a] == rank[b]) rank[a]++; } } }; }}bbuchfink-diamond-6dc5717/src/util/algo/binary_search.h000066400000000000000000000026401523407312000230670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include template void batch_binary_search(It1 q0, It1 q1, It2 t0, It2 t1, Out out, Cmp cmp, ptrdiff_t ti = 0) { const ptrdiff_t nq = q1 - q0; if (nq == 0) return; if (nq == 1) *out++ = std::upper_bound(t0, t1, *q0, cmp) - t0 + ti - 1; const ptrdiff_t nt = t1 - t0; if (nt == 1) { for (It1 it = q0; it < q1; ++it) *out++ = ti; return; } const ptrdiff_t d = nt / 2; const It2 mid_t = t0 + d; const It1 mid_q = std::lower_bound(q0, q1, *mid_t, cmp); batch_binary_search(q0, mid_q, t0, mid_t, out, cmp, ti); batch_binary_search(mid_q, q1, mid_t, t1, out, cmp, ti + d); }bbuchfink-diamond-6dc5717/src/util/algo/degree_partition.h000066400000000000000000000134301523407312000236010ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include class DegreePartition { public: struct Bucket { uint64_t first_degree; uint64_t last_degree; uint64_t node_count; }; DegreePartition(const std::unordered_map& degrees, size_t desired_bucket_count) { if (desired_bucket_count == 0) { throw std::invalid_argument("desired_bucket_count must be > 0"); } std::vector> hist; hist.reserve(degrees.size()); for (const auto& i : degrees) { if (i.second != 0) { hist.emplace_back(i.first, i.second); } } std::sort(hist.begin(), hist.end(), [](const std::pair& a, const std::pair& b) { return a.first < b.first; }); if (hist.empty()) { return; } const std::size_t n = hist.size(); const std::size_t bucket_count = std::min(desired_bucket_count, n); std::vector prefix(n + 1, 0); for (std::size_t i = 0; i < n; ++i) { prefix[i + 1] = checked_add(prefix[i], hist[i].second); } total_nodes_ = prefix.back(); std::size_t start = 0; for (std::size_t b = 0; b < bucket_count; ++b) { std::size_t end_prefix_index; if (b + 1 == bucket_count) { end_prefix_index = n; } else { const std::size_t remaining_buckets = bucket_count - b - 1; const std::size_t min_p = start + 1; const std::size_t max_p = n - remaining_buckets; const long double ideal_cumulative = static_cast(total_nodes_) * static_cast(b + 1) / static_cast(bucket_count); auto begin_it = prefix.begin() + static_cast(min_p); auto end_it = prefix.begin() + static_cast(max_p + 1); auto it = std::lower_bound( begin_it, end_it, ideal_cumulative, [](uint64_t lhs, long double rhs) { return static_cast(lhs) < rhs; } ); if (it == end_it) { end_prefix_index = max_p; } else { end_prefix_index = static_cast(std::distance(prefix.begin(), it)); } if (end_prefix_index > min_p) { const std::size_t prev = end_prefix_index - 1; if (distance(prefix[prev], ideal_cumulative) <= distance(prefix[end_prefix_index], ideal_cumulative)) { end_prefix_index = prev; } } } const uint64_t first_degree = hist[start].first; const uint64_t last_degree = end_prefix_index < n ? hist[end_prefix_index].first - 1 : hist.back().first; const uint64_t node_count = prefix[end_prefix_index] - prefix[start]; buckets_.push_back(Bucket{ first_degree, last_degree, node_count }); start = end_prefix_index; } } const std::vector& buckets() const { return buckets_; } uint64_t total_nodes() const { return total_nodes_; } std::size_t size() const { return buckets_.size(); } std::size_t bucket_index(uint64_t degree) const { auto it = std::upper_bound( buckets_.begin(), buckets_.end(), degree, [](uint64_t degree, const Bucket& bucket) { return degree < bucket.first_degree; } ); if (it == buckets_.begin()) { throw std::out_of_range("degree is below partition range"); } --it; if (degree > it->last_degree) { throw std::out_of_range("degree is above partition range"); } return static_cast(std::distance(buckets_.begin(), it)); } const Bucket& bucket_for_degree(uint64_t degree) const { return buckets_.at(bucket_index(degree)); } private: static uint64_t checked_add(uint64_t a, uint64_t b) { if (b > std::numeric_limits::max() - a) { throw std::overflow_error("node count overflow"); } return a + b; } static long double distance(uint64_t value, long double target) { const long double diff = static_cast(value) - target; return diff < 0 ? -diff : diff; } std::vector buckets_; uint64_t total_nodes_ = 0; };bbuchfink-diamond-6dc5717/src/util/algo/external_sort.h000066400000000000000000000055721523407312000231560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "../io/file.h" #define _REENTRANT #include "ips4o/ips4o.hpp" #include "basic/config.h" template static inline size_t alloc_size(const T& x) { return sizeof(T); } static inline size_t alloc_size(const std::pair& x) { return 4 + sizeof(std::string) + x.first.length(); } template> struct ExternalSorter { typedef Type Value; static const size_t BUCKET_SIZE = 2 * GIGABYTES; ExternalSorter(Cmp cmp = Cmp()) : cmp_(cmp), count_(0), size_(0) { } void push(const Type& x) { ++count_; size_ += alloc_size(x); buf_.push_back(x); if (size_ > BUCKET_SIZE) flush(); } void init_read() { flush(); Entry e; for (size_t i = 0; i < files_.size(); ++i) { if(get_entry(i, e)) queue_.push(e); } } bool good() const { return !queue_.empty(); } const Type& operator*() const { return queue_.top().value; } void operator++() { const size_t b = queue_.top().bucket; queue_.pop(); Entry e; if (get_entry(b, e)) queue_.push(e); } size_t count() const { return count_; } private: struct Entry { size_t bucket; Type value; bool operator<(const Entry& e) const { return Cmp()(e.value, value); } }; struct CmpIdx { bool operator()(uint32_t x, uint32_t y) const { return Cmp()(data_[x], data_[y]); } typename std::vector::const_iterator data_; }; bool get_entry(size_t bucket, Entry& e) { if(!deserialize((*files_[bucket]), e.value)) { files_[bucket]->close(); delete files_[bucket]; return false; } e.bucket = bucket; return true; } void flush() { std::vector idx_(buf_.size()); std::iota(idx_.begin(), idx_.end(), 0); ips4o::parallel::sort(idx_.begin(), idx_.end(), CmpIdx{ buf_.begin() }, config.threads_); File* f = new File(Temporary()); for (uint32_t i : idx_) serialize(*f, buf_[i]); f->rewind(); files_.push_back(f); buf_.clear(); size_ = 0; } const Cmp cmp_; size_t count_; size_t size_; std::vector files_; std::vector buf_; std::priority_queue queue_; };bbuchfink-diamond-6dc5717/src/util/algo/hash.h000066400000000000000000000016721523407312000212050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once static inline uint64_t hash64(uint64_t x) { x += 0x9e3779b97f4a7c15ULL; x = (x ^ (x >> 30)) * 0xbf58476d1ce4e5b9ULL; x = (x ^ (x >> 27)) * 0x94d049bb133111ebULL; x ^= x >> 31; return x; }bbuchfink-diamond-6dc5717/src/util/algo/hash_join.h000066400000000000000000000143551523407312000222260ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/config.h" #include "radix_cluster.h" #include "../data_structures/hash_table.h" #include "../data_structures/double_array.h" #include "../math/integer.h" static inline uint32_t checked_double_array_count(size_t n) { if (n > std::numeric_limits::max()) throw std::overflow_error("Hash join bucket size exceeds DoubleArray count limit."); return static_cast(n); } struct RelPtr { RelPtr() {} RelPtr(size_t r): r(r), s(0) {} operator size_t() const { return r; } size_t r, s; }; template void hash_table_join( const Relation &R, const Relation &S, unsigned shift, DoubleArray &dst_r, DoubleArray &dst_s) { using Key = typename T::Key; typedef HashTable, NoModulo> Table; Key N = (Key)next_pow2(R.n * config.join_ht_factor); Table table(N, ExtractBits(N, shift)); typename Table::Entry *p; for (T *i = R.data; i < R.end(); ++i) { p = table.insert(i->key); ++p->value.r; i->key = Key(p - table.data()); } T *hit_s = S.data; for (T *i = S.data; i < S.end(); ++i) { if ((p = table.find_entry(i->key))) { ++p->value.s; hit_s->value = i->value; hit_s->key = Key(p - table.data()); ++hit_s; } } typename DoubleArray::Iterator it_r = dst_r.begin(), it_s = dst_s.begin(); for (size_t i = 0; i < table.size(); ++i) { p = &table.data()[i]; if (p->value.s) { size_t r = p->value.r, s = p->value.s; it_r.count() = checked_double_array_count(r); it_s.count() = checked_double_array_count(s); p->value.r = dst_r.offset(it_r) + DoubleArray::header_size; p->value.s = dst_s.offset(it_s) + DoubleArray::header_size; it_r.next(); it_s.next(); } } dst_r.set_end(it_r); dst_s.set_end(it_s); for (const T *i = R.data; i < R.end(); ++i) { p = &table.data()[i->key]; if (p->value.s) { dst_r[p->value.r] = i->value; p->value.r += sizeof(typename T::Value); } } for (const T *i = S.data; i < hit_s; ++i) { p = &table.data()[i->key]; dst_s[p->value.s] = i->value; p->value.s += sizeof(typename T::Value); } } template void table_join( const Relation &R, const Relation &S, unsigned total_bits, unsigned shift, DoubleArray &dst_r, DoubleArray &dst_s) { using Key = typename T::Key; const Key keys = (Key)1 << (total_bits - shift); ExtractBits key(keys, shift); RelPtr *table = (RelPtr*)calloc(keys, sizeof(RelPtr)); RelPtr *p; for (T *i = R.data; i < R.end(); ++i) ++table[key(i->key)].r; T *hit_s = S.data; for (T *i = S.data; i < S.end(); ++i) { if ((p = &table[key(i->key)])->r) { ++p->s; std::copy(i, i + 1, hit_s++); } } typename DoubleArray::Iterator it_r = dst_r.begin(), it_s = dst_s.begin(); for (Key i = 0; i < keys; ++i) { p = &table[i]; if (p->s) { size_t r = p->r, s = p->s; it_r.count() = checked_double_array_count(r); it_s.count() = checked_double_array_count(s); p->r = dst_r.offset(it_r) + DoubleArray::header_size; p->s = dst_s.offset(it_s) + DoubleArray::header_size; it_r.next(); it_s.next(); } } dst_r.set_end(it_r); dst_s.set_end(it_s); for (const T *i = R.data; i < R.end(); ++i) { p = &table[key(i->key)]; if (p->s) { dst_r[p->r] = i->value; p->r += sizeof(typename T::Value); } } for (const T *i = S.data; i < hit_s; ++i) { p = &table[key(i->key)]; dst_s[p->s] = i->value; p->s += sizeof(typename T::Value); } free(table); } template void hash_join( Relation R, Relation S, T *dst_r, T *dst_s, DoubleArray &out_r, DoubleArray &out_s, unsigned total_bits = 32, unsigned shift = 0) { if (R.n == 0 || S.n == 0) return; const unsigned key_bits = total_bits - shift; if (R.n < config.join_split_size || key_bits < config.join_split_key_len) { DoubleArray tmp_r((void*)dst_r), tmp_s((void*)dst_s); if (next_pow2(R.n * config.join_ht_factor) < 1llu << key_bits) hash_table_join(R, S, shift, tmp_r, tmp_s); else table_join(R, S, total_bits, shift, tmp_r, tmp_s); out_r.append(tmp_r); out_s.append(tmp_s); } else { const unsigned clusters = 1 << config.radix_bits; size_t *hstR = new size_t[clusters], *hstS = new size_t[clusters]; radix_cluster(R, shift, dst_r, hstR); radix_cluster(S, shift, dst_s, hstS); shift += config.radix_bits; hash_join(Relation(dst_r, hstR[0]), Relation(dst_s, hstS[0]), R.data, S.data, out_r, out_s, total_bits, shift); for (unsigned i = 1; i < clusters; ++i) hash_join(Relation(dst_r + hstR[i - 1], hstR[i] - hstR[i - 1]), Relation(dst_s + hstS[i - 1], hstS[i] - hstS[i - 1]), R.data + hstR[i - 1], S.data + hstS[i - 1], out_r, out_s, total_bits, shift); delete[] hstR; delete[] hstS; } } template std::pair, DoubleArray> hash_join(Relation R, Relation S, unsigned total_bits = 32) { const bool swap = config.hash_join_swap && R.n > S.n; if (swap) std::swap(R, S); T *buf_r = (T*)malloc(sizeof(T) * R.n), *buf_s = (T*)malloc(sizeof(T) * S.n); DoubleArray out_r((void*)R.data), out_s((void*)S.data); hash_join(R, S, buf_r, buf_s, out_r, out_s, total_bits); free(buf_r); free(buf_s); if (swap) std::swap(out_r, out_s); return { out_r, out_s }; }bbuchfink-diamond-6dc5717/src/util/algo/hyperloglog.h000066400000000000000000000052171523407312000226140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "../hash_function.h" #include "../intrin.h" #include "../math/math.h" struct HyperLogLog { HyperLogLog(int precision = 10) : p(precision), m(1 << precision), registers(m, 0) { if (p < 4 || p > 20) throw std::invalid_argument("Precision must be between 4 and 20"); compute_alpha(); } void add(int64_t x) { uint64_t hash = MurmurHash()(x); process_hash(hash); } int64_t estimate() const { double sum = 0.0; int zeros = 0; bool all_zero = true; for (uint8_t r : registers) { sum += 1.0 / (1ULL << r); if (r != 0) all_zero = false; if (r == 0) zeros++; } if (all_zero) return 0; double z = 1.0 / sum; double e = alpha * m * m * z; if (e <= 2.5 * m && zeros > 0) { e = m * Math::log(static_cast(m) / zeros); } return (int64_t)std::round(e); } void merge(const HyperLogLog& other) { if (p != other.p) throw std::invalid_argument("Precision must match for merging"); for (int i = 0; i < m; ++i) { if (registers[i] < other.registers[i]) { registers[i] = other.registers[i]; } } } private: int p; int m; std::vector registers; double alpha; void compute_alpha() { if (m == 16) alpha = 0.673; else if (m == 32) alpha = 0.697; else if (m == 64) alpha = 0.709; else alpha = 0.7213 / (1 + 1.079 / m); } void process_hash(uint64_t hash) { uint32_t index = uint32_t(hash >> (64 - p)); uint64_t w = hash & ((1ULL << (64 - p)) - 1); uint8_t rho_val = w == 0 ? (64 - p + 1) : (clz(w) - p + 1); if (registers[index] < rho_val) { registers[index] = rho_val; } } }; bbuchfink-diamond-6dc5717/src/util/algo/join_result.h000066400000000000000000000033611523407312000226140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../range.h" #include "../data_structures/double_array.h" template struct JoinArrayIterator { JoinArrayIterator(T* ptr, T* end) : ptr_(ptr), end_(end) {} Range operator*() { return { ptr_ + 1, ptr_ + 1 + *ptr_ }; } Range* operator->() { range_ = this->operator*(); return &range_; } JoinArrayIterator& operator++() { ptr_ += *ptr_ + 1; while (ptr_ < end_ && *ptr_ == 0) ptr_ += ptr_[1] + 1; range_ = { ptr_ + 1, ptr_ + 1 + *ptr_ }; return *this; } operator bool() const { return ptr_ < end_; } void erase() { ptr_[1] = *ptr_; *ptr_ = 0; } private: Range range_; T *ptr_, *end_; }; template struct JoinIterator { typename DoubleArray::Iterator r, s; JoinIterator(typename DoubleArray::Iterator r, typename DoubleArray::Iterator s): r(r), s(s) {} JoinIterator& operator++() { ++r; ++s; return *this; } operator bool() const { return r; } void erase() { r.erase(); s.erase(); } };bbuchfink-diamond-6dc5717/src/util/algo/merge_files.h000066400000000000000000000030561523407312000225410ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include template void merge_sorted_files(const It begin, const It end, F& f) { struct Entry { Entry(T&& value, ptrdiff_t idx) : value(value), idx(idx) { } Entry(const Entry& e) : value(e.value), idx(e.idx) { } Entry& operator=(const Entry& e) { value = e.value; idx = e.idx; return *this; } bool operator<(const Entry& e) const { return !(value < e.value); } T value; ptrdiff_t idx; }; std::priority_queue q; std::vector d; T h; for (It i = begin; i != end; ++i) { d.emplace_back(*i); if (deserialize(d.back(), h)) q.emplace(std::move(h), i - begin); } while (!q.empty()) { f(q.top().value); const ptrdiff_t idx = q.top().idx; q.pop(); if (deserialize(d[idx], h)) q.emplace(std::move(h), idx); } }bbuchfink-diamond-6dc5717/src/util/algo/merge_sort.h000066400000000000000000000030111523407312000224150ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include template::value_type>> void merge_sort(It begin, It end, unsigned n_threads, const Cmp& cmp = std::less::value_type>(), unsigned level = 0) { ptrdiff_t diff = end - begin; if(diff <= 1) return; if(1u << level >= n_threads) { std::sort(begin, end, cmp); return; } It mid = begin + diff/2; std::thread *left = new std::thread(merge_sort, begin, mid, n_threads, cmp, level+1); std::thread *right = new std::thread(merge_sort, mid, end, n_threads, cmp, level+1); left->join(); right->join(); delete left; delete right; std::inplace_merge(begin, mid, end, cmp); } bbuchfink-diamond-6dc5717/src/util/algo/partition.h000066400000000000000000000025651523407312000222750ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include template struct Partition { Partition() : parts(0), items(0), size_(0), remainder(0) { } Partition(T items, T parts) : parts(std::min(parts, items)), items(items) { if (this->parts > 0) { size_ = items / this->parts; remainder = items % this->parts; } else { size_ = 0; remainder = 0; } } T begin(T i) const { T b = std::min(i, remainder); return b * (size_ + 1) + (i - b) * size_; } T end(T i) const { return begin(i) + size(i); } T size(T i) const { return i < remainder ? (size_ + 1) : size_; } const T parts; private: T items, size_, remainder; };bbuchfink-diamond-6dc5717/src/util/algo/pattern_matcher.h000066400000000000000000000034451523407312000234420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../intrin.h" struct PatternMatcher { PatternMatcher(const uint32_t* begin, const uint32_t* end) : min_len_(32) { const size_t count = end - begin; uint32_t max_len = 0; for (size_t i = 0; i < count; ++i) { assert(begin[i] != 0); uint32_t len = 32 - clz(begin[i]); max_len = std::max(max_len, len); min_len_ = std::min(min_len_, len); } suffix_mask_ = (1 << max_len) - 1; std::fill(table_, table_ + SIZE, '\0'); for (uint32_t s = 0; s <= suffix_mask_; ++s) { for (size_t i = 0; i < count; ++i) if ((s & begin[i]) == begin[i]) //table_[s] = true; table_[s] = 1; } } uint32_t hit(uint32_t h, uint32_t len) const { if (len < min_len_) return 0; const uint32_t mask = suffix_mask_, end = len - min_len_ + 1; uint32_t r = 0; for (uint32_t i = 0; i < end; ++i) { r |= uint32_t(table_[h & mask]) << i; h >>= 1; } return r; } private: static constexpr uint64_t SIZE = 1 << MAX_SHAPE_LEN; uint32_t min_len_, suffix_mask_; //std::bitset table_; unsigned char table_[SIZE]; }; bbuchfink-diamond-6dc5717/src/util/algo/radix_cluster.h000066400000000000000000000106421523407312000231270ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/config.h" #include "partition.h" template struct Relation { Relation(T *data, size_t n) : data(data), n(n) {} T *data; size_t n; const T& operator[](size_t i) const { return data[i]; } const T *end() const { return data + n; } Relation part(size_t begin, size_t n) const { return Relation(data + begin, n); } }; template struct ExtractBits { ExtractBits(T n, uint32_t shift) : shift(shift), mask(n - 1) {} T operator()(T x) const { return (x >> shift) & mask; } uint32_t shift; T mask; }; template void radix_cluster(const Relation &in, unsigned shift, T *out, size_t *hst) { typedef typename T::Key Key; static const size_t BUF_SIZE = 8; const unsigned clusters = 1 << config.radix_bits; ExtractBits radix(clusters, shift); memset(hst, 0, clusters*sizeof(size_t)); for (const T *i = in.data; i < in.end(); ++i) ++hst[radix(GetKey()(*i))]; size_t sum = 0; for (unsigned i = 0; i < clusters; ++i) { const size_t c = hst[i]; hst[i] = sum; sum += c; } if (config.radix_cluster_buffered) { T *buf = new T[clusters*BUF_SIZE]; unsigned *buf_n = new unsigned[clusters]; memset(buf_n, 0, clusters*sizeof(unsigned)); for (const T *i = in.data; i < in.end(); ++i) { const unsigned r = radix(GetKey()(*i)); buf[r*BUF_SIZE + buf_n[r]++] = *i; if (buf_n[r] == BUF_SIZE) { memcpy(out + hst[r], buf + r*BUF_SIZE, BUF_SIZE*sizeof(T)); hst[r] += BUF_SIZE; buf_n[r] = 0; } } delete[] buf; delete[] buf_n; } else { for (const T *i = in.data; i < in.end(); ++i) { const unsigned r = radix(GetKey()(*i)); out[hst[r]++] = *i; } } } template void parallel_radix_cluster_build_hst(Relation in, uint32_t shift, size_t* hst) { typedef typename T::Key Key; const Key clusters = (Key)1 << config.radix_bits; ExtractBits radix(clusters, shift); for (const T* i = in.data; i < in.end(); ++i) ++hst[radix(GetKey()(*i))]; } template void parallel_radix_cluster_scatter(Relation in, uint32_t shift, size_t* hst, T* out) { typedef typename T::Key Key; const Key clusters = (Key)1 << config.radix_bits; ExtractBits radix(clusters, shift); for (const T* i = in.data; i < in.end(); ++i) { const unsigned r = radix(GetKey()(*i)); out[hst[r]++] = *i; } } template void parallel_radix_cluster(const Relation& in, uint32_t shift, T* out, size_t thread_count) { typedef typename T::Key Key; const Key clusters = (Key)1 << config.radix_bits; std::vector hst(clusters, 0); ::Partition p(in.n, thread_count); const size_t nt = p.parts; std::vector> thread_hst; thread_hst.reserve(nt); for (unsigned i = 0; i < nt; ++i) thread_hst.emplace_back(clusters, 0); std::vector threads; for (unsigned i = 0; i < nt; ++i) { threads.emplace_back(parallel_radix_cluster_build_hst, in.part(p.begin(i), p.size(i)), shift, thread_hst[i].data()); } for (unsigned i = 0; i < nt; ++i) { threads[i].join(); for (unsigned j = 0; j < clusters; ++j) hst[j] += thread_hst[i][j]; } size_t sum = 0; for (unsigned i = 0; i < clusters; ++i) { const size_t c = hst[i]; hst[i] = sum; sum += c; size_t sum2 = 0; for (size_t j = 0; j < nt; ++j) { const size_t d = thread_hst[j][i]; thread_hst[j][i] = hst[i] + sum2; sum2 += d; } } threads.clear(); for (unsigned i = 0; i < nt; ++i) threads.emplace_back(parallel_radix_cluster_scatter, in.part(p.begin(i), p.size(i)), shift, thread_hst[i].data(), out); for (unsigned i = 0; i < nt; ++i) threads[i].join(); } bbuchfink-diamond-6dc5717/src/util/algo/radix_sort.h000066400000000000000000000031551523407312000224360ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "radix_cluster.h" #include "../math/integer.h" template void radix_sort(T* begin, T* end, uint32_t max_key, size_t threads) { typedef typename T::Key Key; const size_t n = end - begin; if (n <= 1) return; const uint32_t bit_len = (uint32_t)bit_length(max_key), rounds = (bit_len + config.radix_bits - 1) / config.radix_bits; T* buf = (T*)new char[n * sizeof(T)]; T* in = begin, * out = buf; for (uint32_t i = 0; i < rounds; ++i) { if(threads > 1) parallel_radix_cluster(Relation(in, n), i * config.radix_bits, out, threads); else { size_t *hst = new size_t[(size_t)1 << config.radix_bits]; radix_cluster(Relation(in, n), i * config.radix_bits, out, hst); delete[] hst; } std::swap(in, out); } if (out == begin) std::copy(buf, buf + n, begin); delete[] buf; }bbuchfink-diamond-6dc5717/src/util/algo/sort.h000066400000000000000000000036141523407312000212470ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include template using iter_cat_t = typename std::iterator_traits::iterator_category; template ())>::type>> void insertion_sort(RAIt first, RAIt last, Compare comp = Compare()) { static_assert(std::is_base_of>::value, "Requires RandomAccessIterators"); using T = typename std::remove_reference::type; const std::ptrdiff_t n = last - first; if (n < 2) return; RAIt min_it = first; for (RAIt it = first + 1; it < last; ++it) { if (comp(*it, *min_it)) min_it = it; } if (min_it != first) { T tmp = std::move(*first); *first = std::move(*min_it); *min_it = std::move(tmp); } for (RAIt i = first + 1; i < last; ++i) { T val = std::move(*i); RAIt j = i; while (comp(val, *(j - 1))) { *j = std::move(*(j - 1)); --j; } *j = std::move(val); } }bbuchfink-diamond-6dc5717/src/util/algo/sort_helper.h000066400000000000000000000072261523407312000226110ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include template struct SortedListJoiner { SortedListJoiner(It1& it1, It2& it2, Value value) : it1_(&it1), it2_(&it2), value_(value) { next(); } bool good() { return it1_->good() && it2_->good(); } #if __cplusplus >= 201703L typename std::invoke_result::type operator*() const { #else typename std::result_of::type operator*() const { #endif return value_(**it1_, **it2_); } void operator++() { const auto v1 = **it1_; const auto v2 = **it2_; ++(*it1_); if (!it1_->good()) return; if (Key2()(v2) == Key1()(**it1_)) return; ++(*it2_); if (!it2_->good()) return; if (Key1()(v1) == Key2()(**it2_)) throw std::runtime_error("Duplicate keys: " + Key1()(v1)); next(); } private: void next() { do { if (Key1()(**it1_) < Key2()(**it2_)) ++(*it1_); else if (Key2()(**it2_) < Key1()(**it1_)) ++(*it2_); else return; } while (good()); } It1* it1_; It2* it2_; const Value value_; }; template SortedListJoiner join_sorted_lists(It1& it1, It2& it2, Key1, Key2, Value value) { return SortedListJoiner(it1, it2, value); } template struct KeyMerger { #if __cplusplus >= 201703L typedef typename std::invoke_result::type KeyType; typedef typename std::invoke_result::type ValueType; #else typedef typename std::result_of::type KeyType; typedef typename std::result_of::type ValueType; #endif KeyMerger(It& it, KeyType begin): it_(&it), key_(begin) {} KeyMerger& operator++() { ++key_; return *this; } std::set operator*() { std::set v; while (it_->good() && Key()(**it_) == key_) { v.insert(Value()(**it_)); ++(*it_); } return v; } KeyType key() const { return key_; } private: It* it_; KeyType key_; }; template #if __cplusplus >= 201703L KeyMerger merge_keys(It& it, Key key, Value value, typename std::invoke_result::type begin) { #else KeyMerger merge_keys(It& it, Key key, Value value, typename std::result_of::type begin) { #endif return KeyMerger(it, begin); } template struct First { Type1 operator()(const std::pair& p) const { return p.first; } }; template struct Second { Type2 operator()(const std::pair& p) const { return p.second; } }; bbuchfink-diamond-6dc5717/src/util/algo/transform_iterator.h000066400000000000000000000043301523407312000242000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include template struct TransformIterator { using difference_type = typename It::difference_type; using iterator_category = std::random_access_iterator_tag; #if __cplusplus >= 201703L using reference = typename std::invoke_result::type; #else using reference = typename std::result_of::type; #endif using value_type = reference; using pointer = reference*; TransformIterator(It it, const F& f) : it_(it), f_(f) {} reference operator*() const { return f_(*it_); } TransformIterator& operator++() { ++it_; return *this; } TransformIterator& operator--() { --it_; return *this; } TransformIterator& operator+=(difference_type d) { it_ += d; return *this; } bool operator!=(const TransformIterator& it) const { return it_ != it.it_; } TransformIterator operator+(difference_type n) const { return TransformIterator(it_ + n, f_); } difference_type operator+(const TransformIterator& it) const { return it_ + it.it_; } difference_type operator-(const TransformIterator& it) const { return it_ - it.it_; } private: It it_; F f_; }; template TransformIterator transform(It it, const F& f) { return TransformIterator(it, f); } template TransformIterator operator+(typename TransformIterator::difference_type n, const TransformIterator& it) { return it + n; } bbuchfink-diamond-6dc5717/src/util/algo/varint.h000066400000000000000000000056011523407312000215610ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "../intrin.h" #include "../system/endianness.h" inline char* write_varuint32(uint32_t x, char* out) { if (x < 1 << 7) { *(uint8_t*)out = (uint8_t)(x << 1 | 1); return out + 1; } else if (x < 1 << 14) { *(uint16_t*)out = big_endian_byteswap((uint16_t)(x << 2 | 2)); return out + 2; } else if (x < 1 << 21) { *(uint8_t*)out = uint8_t((x & 31) << 3 | 4); *(uint16_t*)(out + 1) = big_endian_byteswap(uint16_t(x >> 5)); return out + 3; } else if (x < 1 << 28) { *(uint32_t*)out = big_endian_byteswap(uint32_t(x << 4 | 8)); return out + 4; } else { *(uint8_t*)out = uint8_t((x & 7) << 5 | 16); *(uint32_t*)(out + 1) = big_endian_byteswap(uint32_t(x >> 3)); return out + 5; } } inline char* write_varuint64(uint64_t x, char* out) { while (x >= 128) { *out++ = (char)(uint8_t)(x | 128); x >>= 7; } *out++ = (char)(uint8_t)x; return out; } inline int varuint64_length(uint64_t x) { int n = 1; while (x >= 128) { x >>= 7; ++n; } return n; } inline std::pair read_varuint64(const char* ptr) { uint64_t x = 0; int shift = 0; for (;;) { const uint8_t b = (uint8_t)*ptr++; x |= (uint64_t)(b & 127) << shift; if ((b & 128) == 0) break; shift += 7; if (shift > 63) throw std::runtime_error("Format error: Invalid varint encoding."); } return { x, ptr }; } inline std::pair read_varuint32(const char* ptr) { uint8_t b0, b1; uint16_t b2; uint32_t b3; b0 = *ptr++; int c = ctz((uint32_t)b0); switch (c) { case 0: return { b0 >> 1, ptr }; case 1: b1 = *ptr++; return { (uint32_t(b1) << 6) | (uint32_t(b0) >> 2),ptr }; case 2: b2 = *(uint16_t*)ptr; b2 = big_endian_byteswap(b2); return { (uint32_t(b2) << 5) | (uint32_t(b0) >> 3),ptr + 2 }; case 3: b1 = *ptr++; b2 = *(uint16_t*)ptr; b2 = big_endian_byteswap(b2); return { (uint32_t(b2) << 12) | (uint32_t(b1) << 4) | (uint32_t(b0) >> 4),ptr + 2 }; case 4: b3 = *(uint32_t*)ptr; b3 = big_endian_byteswap(b3); return { (b3 << 3) | (uint32_t(b0) >> 5),ptr + 4 }; default: throw std::runtime_error("Format error: Invalid varint encoding."); } }bbuchfink-diamond-6dc5717/src/util/binary_buffer.h000066400000000000000000000054161523407312000221550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include #include "algo/varint.h" struct BinaryBuffer : public std::vector { struct Iterator { Iterator(std::vector::const_iterator begin, std::vector::const_iterator end): ptr_ (begin), end_ (end) { } Iterator& operator>>(uint32_t &x) { read(x); return *this; } Iterator& operator>>(uint8_t &x) { read(x); return *this; } template void read(T &x) { check(sizeof(T)); #ifdef __sparc__ std::copy(ptr_, ptr_ + sizeof(T), (char*)&x); #else x = *(T*)(&*ptr_); #endif ptr_ += sizeof(T); } template void read(std::vector &v, size_t count) { const size_t l = sizeof(T) * count; check(l); v.resize(count); memcpy(v.data(), &*ptr_, l); ptr_ += l; } void read_packed(uint8_t length, uint32_t &dst) { switch(length) { case 0: uint8_t x; read(x); dst = x; break; case 1: uint16_t y; read(y); dst = y; break; case 2: read(dst); } } void read_packed(uint8_t length, int32_t& dst) { switch (length) { case 0: uint8_t x; read(x); dst = (int32_t)x; break; case 1: uint16_t y; read(y); dst = (int32_t)y; break; case 2: read(dst); } } void read_varint(uint32_t &dst) { check(1); std::array buf; std::copy(ptr_, std::min(ptr_ + 5, end_), buf.begin()); std::pair r = read_varuint32(buf.data()); const int64_t n = r.second - buf.data(); check(n); ptr_ += n; dst = r.first; } Iterator& operator>>(std::string &dst) { dst.clear(); char c; while(read(c), c != '\0') dst.push_back(c); return *this; } bool good() const { return ptr_ < end_; } private: void check(size_t size) const { if (ptr_ + size > end_) throw std::runtime_error("Unexpected end of file."); } std::vector::const_iterator ptr_, end_; }; Iterator begin() const { return Iterator (std::vector::begin(), std::vector::end()); } };bbuchfink-diamond-6dc5717/src/util/command_line_parser.cpp000066400000000000000000000111161523407312000236660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "command_line_parser.h" using std::string; using std::vector; using std::map; using std::runtime_error; using std::cout; using std::max; using std::endl; using std::pair; OptionsGroup& CommandLineParser::add_group(const char *title, const std::vector& commands, bool disabled) { groups_.emplace_back(title, commands, disabled, this); return groups_.back(); } CommandLineParser & CommandLineParser::add_command(const char * s, const char *desc, unsigned code) { command_codes_[s] = code; commands_.emplace_back(s, desc); return *this; } void CommandLineParser::store_option(const vector &v, unsigned command) { if (v.size() == 0) return; OptionBase* o = nullptr; string id; vector v2; if (v[0].length() <= 1) throw runtime_error("Invalid option syntax."); else if (v[0].substr(0, 2) == "--") { id = v[0].substr(2); map::const_iterator i = map_.find(id); if (i != map_.end()) o = i->second; } else if (v[0][0] == '-') { id = v[0][1]; map::const_iterator i = map_short_.find(v[0][1]); if (i != map_short_.end()) o = i->second; if (v[0].length() > 2) v2.push_back(v[0].substr(2)); } else throw runtime_error("Command line options must begin with - or --."); if (o == nullptr || o->disabled) throw runtime_error("Invalid option: " + id); #ifndef EXTRA else if (find(o->group->commands.begin(), o->group->commands.end(), command) == o->group->commands.end()) throw runtime_error("Option is not permitted for this workflow: " + id); #endif else { v2.insert(v2.end(), v.begin() + 1, v.end()); o->read(v2); } } void CommandLineParser::store(int count, const char ** str, unsigned &command) { if (count < 2) throw runtime_error("Syntax: diamond COMMAND [OPTIONS]. To print help message: diamond help"); string cmd(str[1]); if (cmd.compare(0, 2, "--") == 0) cmd = cmd.substr(2); auto it = command_codes_.find(cmd); if (it == command_codes_.end()) throw runtime_error("Invalid command: " + cmd + ". To print help message: diamond help"); command = it->second; for (map::const_iterator i = map_.begin(); i != map_.end(); ++i) i->second->set_default(); vector v; for (int i = 2; i < count; ++i) { if (str[i][0] == '-' && strlen(str[i]) > 1 && !isdigit(str[i][1])) { store_option(v, command); v.clear(); } v.push_back(str[i]); } store_option(v, command); } void CommandLineParser::print_help() { static const size_t col1_width = 25; cout << "Syntax: diamond COMMAND [OPTIONS]" << endl << endl; cout << "Commands:" << endl; for (vector >::const_iterator i = commands_.begin(); i != commands_.end(); ++i) if (i->second != "") { cout << i->first; for (size_t j = 0; j < col1_width - i->first.length(); ++j) cout << ' '; cout << i->second << endl; } cout << endl; cout << "Possible [OPTIONS] for COMMAND can be seen with syntax: diamond COMMAND" <desc.empty()) continue; string col1 = "--" + (*i).id; col1.append(max(col1_width, col1.length()) - col1.length(), ' '); cout << col1 << (*i).desc << endl; } } } } cout << endl; } void CommandLineParser::require(const char* option) { auto it = map_.find(option); if (it == map_.end()) throw std::runtime_error("Unknown option."); if(!it->second->present()) throw std::runtime_error("Missing parameter: --" + it->second->id + "/-" + it->second->short_id); }bbuchfink-diamond-6dc5717/src/util/command_line_parser.h000066400000000000000000000147651523407312000233500ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include #include #include #include "options/option.h" template inline void read_option(T &dst, const std::vector &v) { throw std::runtime_error("Invalid option type."); } template<> inline void read_option(int &dst, const std::vector &v) { dst = atoi(v[0].c_str()); } template<> inline void read_option(unsigned &dst, const std::vector &v) { dst = atoi(v[0].c_str()); } template<> inline void read_option(long& dst, const std::vector& v) { dst = (long)atoll(v[0].c_str()); } template<> inline void read_option(unsigned long& dst, const std::vector& v) { dst = (unsigned long)atoll(v[0].c_str()); } template<> inline void read_option(long long& dst, const std::vector& v) { dst = atoll(v[0].c_str()); } template<> inline void read_option>(Option& dst, const std::vector& v) { dst = atoll(v[0].c_str()); } template<> inline void read_option(unsigned long long& dst, const std::vector& v) { dst = atoll(v[0].c_str()); } template<> inline void read_option(double &dst, const std::vector &v) { dst = atof(v[0].c_str()); } template<> inline void read_option>(Option &dst, const std::vector &v) { dst = atof(v[0].c_str()); } template<> inline void read_option(std::string &dst, const std::vector &v) { dst = v[0]; } template<> inline void read_option>(Option &dst, const std::vector &v) { dst = v[0]; } template<> inline void read_option>(std::vector &dst, const std::vector &v) { dst = v; } template<> inline void read_option>>(Option>& dst, const std::vector& v) { dst = v; } template<> inline void read_option(bool &dst, const std::vector &v) { dst = true; } template inline bool check_pcount(const std::vector &v, const int min_count) { return v.size() == 1; } template<> inline bool check_pcount(const std::vector &v, const int min_count) { return v.size() == 0; } template<> inline bool check_pcount>(const std::vector &v, const int min_count) { return v.size() >= (size_t)min_count; } template<> inline bool check_pcount>>(const std::vector& v, const int min_count) { return v.size() >= (size_t)min_count; } template inline bool check_present(const T& v) { return false; } template<> inline bool check_present(const std::string& v) { return !v.empty(); } template inline void set_base_ptr(T& v, const OptionBase* ptr) { } template inline void set_base_ptr(Option& v, const OptionBase* ptr) { v.base_ = ptr; } template inline void set_option_default(T& option, const T& value) { option = value; } template inline void set_option_default(Option& option, const Option& value) { } template struct OptionDesc : public OptionBase { OptionDesc(const char *id, char short_id, const char *desc, bool disabled, T &store, T def, const int min_count, const OptionsGroup* group) : OptionBase(id, short_id, desc, disabled, group), default_(def), min_count(min_count), store_(&store) { } virtual void read(const std::vector &v) { if (!check_pcount(v, min_count)) throw std::runtime_error("Invalid parameter count for option '" + (short_id ? std::string("-") + short_id + '/' : std::string()) + "--" + id + "'"); read_option(*store_, v); } virtual bool present() { return check_present(*store_); } virtual void set_default() { set_option_default(*store_, default_); } virtual ~OptionDesc() {} private: const T default_; const int min_count; T* store_; }; struct CommandLineParserBase { std::map map_; std::map map_short_; }; struct OptionsGroup { struct AddFunc { AddFunc(OptionsGroup& parent) : parent_(&parent) {} template AddFunc& operator()(const char* id, char short_id, const char* desc, T& store, T def = T(), const int min_count = 1) { auto o = new OptionDesc(id, short_id, desc, parent_->disabled, store, def, min_count, parent_); parent_->options.emplace_back(o); parent_->parent_->map_[id] = o; parent_->parent_->map_short_[short_id] = o; set_base_ptr(store, o); return *this; } private: OptionsGroup* parent_; }; AddFunc add() { return AddFunc(*this); } OptionsGroup(const char* title, const std::vector& commands, bool disabled, CommandLineParserBase* parent) : title(title), commands(commands), disabled(disabled), parent_(parent) {} std::list> options; std::string title; const std::vector commands; bool disabled; private: CommandLineParserBase* parent_; }; struct CommandLineParser : CommandLineParserBase { CommandLineParser& add_command(const char *s, const char *desc, unsigned code); void store(int count, const char **str, unsigned &command); void require(const char* option); void print_help(); void print_documentation(int command); OptionsGroup& add_group(const char *title, const std::vector& commands, bool disabled = false); private: void store_option(const std::vector &v, unsigned command); std::list groups_; std::map command_codes_; std::vector> commands_; };bbuchfink-diamond-6dc5717/src/util/data_structures/000077500000000000000000000000001523407312000223755ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/data_structures/array.h000066400000000000000000000040541523407312000236670ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include template struct Array { using Size = int64_t; Array(): ptr_(nullptr), size_(0) {} Array(Size alloc_size) : ptr_(new T[alloc_size]), size_(0) {} Array& operator=(Array&& a) noexcept { ptr_ = a.ptr_; size_ = a.size_; a.ptr_ = nullptr; return *this; } ~Array() { delete[] ptr_; } T* data() { return ptr_; } T* begin() { return ptr_; } T* end() { return ptr_ + size_; } Size size() const { return size_; } void assign(const T& x) { *ptr_ = x; size_ = 1; } template void assign(It begin, It end) { std::copy(begin, end, ptr_); size_ = end - begin; } template void assign_reversed(It begin, It end) { T* p = ptr_; for (It i = end - 1; i >= begin; --i) *p++ = *i; size_ = end - begin; } template void push_back(It begin, It end) { std::copy(begin, end, this->end()); size_ += end - begin; } template void push_back_reversed(It begin, It end) { T* p = this->end(); for (It i = end - 1; i >= begin; --i) *p++ = *i; size_ += end - begin; } void push_back(Size n, const T& value) { T* p = end(); std::fill(p, p + n, value); size_ += n; } T operator[](int i) const { return ptr_[i]; } private: T* ptr_; Size size_; };bbuchfink-diamond-6dc5717/src/util/data_structures/bit_vector.h000066400000000000000000000063541523407312000247160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "../intrin.h" #include "../simd.h" struct BitVector { BitVector() : size_(0) {} BitVector(size_t n) : data_((n + 63) / 64, 0), size_(n) { } void set(size_t i) { data_[i >> 6] |= uint64_t(1) << (i & 63); } void atomic_set(size_t i) { const uint64_t mask = uint64_t(1) << (i & 63); #if defined(__cpp_lib_atomic_ref) std::atomic_ref word(data_[i >> 6]); word.fetch_or(mask, std::memory_order_seq_cst); #elif defined(_MSC_VER) _InterlockedOr64(reinterpret_cast(&data_[i >> 6]), static_cast(mask)); #else __atomic_fetch_or(&data_[i >> 6], mask, __ATOMIC_SEQ_CST); #endif } bool get(size_t i) const { return data_[i >> 6] & (uint64_t(1) << (i & 63)); } bool atomic_load(size_t i) const { #if defined(__cpp_lib_atomic_ref) const std::atomic_ref atomic_word(const_cast(data_[i >> 6])); const uint64_t word = atomic_word.load(std::memory_order_seq_cst); #elif defined(_MSC_VER) const uint64_t word = static_cast(_InterlockedCompareExchange64(reinterpret_cast(&const_cast(data_[i >> 6])), 0, 0)); #else const uint64_t word = __atomic_load_n(&data_[i >> 6], __ATOMIC_SEQ_CST); #endif return word & (uint64_t(1) << (i & 63)); } BitVector& operator|=(const BitVector& v) { for (size_t i = 0; i < data_.size(); ++i) data_[i] |= v.data_[i]; return *this; } void reset() { std::fill(data_.begin(), data_.end(), 0); } size_t one_count() const { size_t i = 0; size_t n = 0; const uint64_t* data = data_.data(); #ifdef __ARM_NEON uint16x8_t acc; for (; i + 2 < data_.size(); ++i) { const uint8x16_t block = vreinterpretq_u8_u64(vld1q_u64(&data[i])); const uint8x16_t count = vcntq_u8(block); acc = vpadalq_u8(acc, count); /* Each loop increments each lane by up to 8, so the accumulator (which has 16-bit lanes) * may overflow after 2^16 / 8 = 2^13 iterations. */ if ((i % (1 << 13)) == 0) { n += vhsumq_u16(acc); acc = veorq_u16(acc, acc); } } n += vhsumq_u16(acc); #else for (; i < data_.size(); ++i) n += popcount64(data[i]); #endif return n; } bool empty() const { return data_.empty(); } uint64_t size() const { return size_; } std::vector negative_list() const { std::vector v; for (uint64_t i = 0; i < size_; ++i) if (!get(i)) v.push_back(i); return v; } private: std::vector data_; uint64_t size_; };bbuchfink-diamond-6dc5717/src/util/data_structures/deque.h000066400000000000000000000114321523407312000236520ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "../parallel/mutex.h" template struct Deque { static const size_t EXPONENT = E; static const size_t N = (size_t)1 << E; static const ptrdiff_t SHIFT = E; static const ptrdiff_t MASK = ((ptrdiff_t)1 << E) - 1; typedef std::vector Bucket; Deque() { new_bucket(); } void reserve(size_t n) {} void push_back(const T& x) { if (buckets.back().size() >= N) { new_bucket(); } buckets.back().push_back(x); } void push_back(const T* ptr, size_t n) { if (buckets.back().size() + n > N) { new_bucket(); } buckets.back().insert(buckets.back().end(), ptr, ptr + n); } template void push_back(It begin, It end) { mtx_.lock(); while (begin < end) { if (buckets.back().size() == N) new_bucket(); const ptrdiff_t n = std::min(end - begin, ptrdiff_t(N - buckets.back().size())); buckets.back().insert(buckets.back().end(), begin, begin + n); begin += n; } mtx_.unlock(); } size_t size() const { size_t n = 0; for (const Bucket& b : buckets) n += b.size(); return n; } void move(std::vector& dst) { if (buckets.size() == 1 && dst.empty()) dst = std::move(buckets.front()); else { for (const Bucket& b : buckets) dst.insert(dst.end(), b.begin(), b.end()); } buckets.clear(); } struct Iterator { using iterator_category = std::random_access_iterator_tag; using difference_type = ptrdiff_t; using value_type = T; using pointer = T*; using reference = T&; Iterator() {} Iterator(size_t i, T** data) : i_(i), data_(data) { } T& operator*() { return data_[i_ >> SHIFT][i_ & MASK]; } T* operator->() { return &data_[i_ >> SHIFT][i_ & MASK]; } T& operator*() const { return data_[i_ >> SHIFT][i_ & MASK]; } T& operator[](ptrdiff_t i) { ptrdiff_t j = i_ + i; return data_[j >> SHIFT][j & MASK]; } ptrdiff_t operator-(Iterator& it) { return i_ - it.i_; } ptrdiff_t operator-(const Iterator& it) const { return i_ - it.i_; } Iterator operator+(ptrdiff_t i) const { return Iterator(i_ + i, data_); } Iterator operator-(ptrdiff_t i) const { return Iterator(i_ - i, data_); } Iterator& operator++() { ++i_; return *this; } Iterator operator++(int) { Iterator r(i_, data_); ++i_; return r; } Iterator& operator--() { --i_; return *this; } bool operator==(const Iterator& it) const { return i_ == it.i_; } bool operator!=(const Iterator& it) const { return i_ != it.i_; } bool operator>=(const Iterator& it) const { return i_ >= it.i_; } bool operator<=(const Iterator& it) const { return i_ <= it.i_; } bool operator<(const Iterator& it) const { return i_ < it.i_; } bool operator>(const Iterator& it) const { return i_ > it.i_; } #if SIZEOF_INT != SIZEOF_PTRDIFF_T Iterator operator-(int i) const { return Iterator(i_ - i, data_); } #endif Iterator& operator+=(ptrdiff_t i) { i_ += i; return *this; } Iterator& operator-=(ptrdiff_t i) { i_ -= i; return *this; } private: ptrdiff_t i_; T** data_; }; Iterator begin() { init(); return Iterator(0, data_.data()); } Iterator end() { init(); return Iterator(total_, data_.data()); } private: void init() { data_.clear(); total_ = 0; for (Bucket& b : buckets) { data_.push_back(b.data()); total_ += b.size(); } } void new_bucket() { buckets.emplace_back(); buckets.back().reserve(N); } std::list buckets; std::vector data_; size_t total_; Mutex mtx_; }; template struct AsyncWriter { AsyncWriter(Deque& dst): dst_(&dst) {} void write(const T& v) { buf_.push_back(v); if (buf_.size() >= BUF_SIZE) { dst_->push_back(buf_.begin(), buf_.end()); buf_.clear(); } } ~AsyncWriter() { dst_->push_back(buf_.begin(), buf_.end()); } private: static const size_t BUF_SIZE = 4096; Deque* dst_; std::vector buf_; };bbuchfink-diamond-6dc5717/src/util/data_structures/disjoint_set.h000066400000000000000000000032231523407312000252440ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "flat_array.h" template struct DisjointSet { DisjointSet(Int size) { nodes_.reserve(size); for (Int i = 0; i < size; ++i) nodes_.emplace_back(i, 1); } Int find(Int i) { if (nodes_[i].parent != i) return nodes_[i].parent = find(nodes_[i].parent); else return i; } void merge(Int i, Int j) { i = find(i); j = find(j); if (i == j) return; if (nodes_[i].size < nodes_[j].size) std::swap(i, j); nodes_[j].parent = i; nodes_[i].size += nodes_[j].size; } FlatArray sets(int threads) { std::vector> v; v.reserve(nodes_.size()); for (Int i = 0; i < nodes_.size(); ++i) v.emplace_back(find(i), i); return make_flat_array(v.begin(), v.end(), threads).first; } private: struct Node { Node(Int parent, Int size) : parent(parent), size(size) {} Int parent, size; }; std::vector nodes_; };bbuchfink-diamond-6dc5717/src/util/data_structures/double_array.h000066400000000000000000000052041523407312000252170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "../range.h" template struct DoubleArray { static constexpr size_t header_size = sizeof(uint32_t); DoubleArray() {} DoubleArray(void* data, size_t size = 0): data_((char*)data), size_(size) {} struct Iterator { Iterator(void *ptr) : ptr_((char*)ptr), end_(nullptr) {} Iterator(char *ptr, char *end) : ptr_(ptr), end_(end) { skip_del(); } uint32_t& count() { return *(uint32_t*)ptr_; } Range operator*() { return { (T*)(ptr_ + header_size), (T*)(ptr_ + header_size) + count() }; } Range* operator->() { range_ = this->operator*(); return &range_; } Iterator& operator++() { next(); skip_del(); return *this; } void next() { ptr_ += count() * sizeof(T) + header_size; } operator bool() const { return ptr_ < end_; } void erase() { uint32_t n = count(); *(uint32_t*)(ptr_ + header_size) = n; count() = 0; ptr_ += n * sizeof(T) + header_size; } ptrdiff_t operator-(const Iterator &x) const { return ptr_ - x.ptr_; } bool operator==(const Iterator &x) const { return ptr_ == x.ptr_; } private: void skip_del() { while (ptr_ < end_ && count() == 0) ptr_ += (*(uint32_t*)(ptr_ + header_size)) * sizeof(T) + header_size; } Range range_; char *ptr_, *end_; friend struct DoubleArray; }; Iterator begin() { return Iterator(data_, data_ + size_); } void set_end(const Iterator &it) { size_ = it.ptr_ - data_; } void append(const DoubleArray &d) { if (d.data_ == data_ + size_) { size_ += d.size_; return; } std::copy(d.data_, d.data_ + d.size_, data_ + size_); size_ += d.size_; } size_t offset(const Iterator &it) const { return size_t(it.ptr_ - data_); } T& operator[](size_t i) { return *(T*)(data_ + i); } private: char *data_; size_t size_; }; bbuchfink-diamond-6dc5717/src/util/data_structures/flat_array.h000066400000000000000000000161311523407312000246740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #define _REENTRANT #include "ips4o/ips4o.hpp" #include "../algo/sort_helper.h" #include "../util.h" #include "../algo/transform_iterator.h" template struct FlatArray { typedef typename std::vector::iterator DataIterator; typedef typename std::vector::const_iterator DataConstIterator; FlatArray() { limits_.push_back(0); } FlatArray(std::vector&& sizes): data_(sum(sizes)), limits_(sizes) { } FlatArray(std::vector&& limits, std::vector&& data) : data_(std::move(data)), limits_(std::move(limits)) {} void push_back(const T &x) { data_.push_back(x); ++limits_.back(); } template void push_back(const It begin, const It end) { std::copy(begin, end, std::back_inserter(data_)); limits_.push_back(limits_.back() + (end - begin)); } void next() { limits_.push_back(limits_.back()); } void pop_back() { limits_.pop_back(); } void clear() { data_.clear(); limits_.clear(); limits_.push_back(0); } void shrink_to_fit() { data_.shrink_to_fit(); limits_.shrink_to_fit(); } I size() const { return limits_.size() - 1; } I data_size() const { return data_.size(); } DataConstIterator begin(I i) const { return data_.cbegin() + limits_[i]; } DataConstIterator end(I i) const { return data_.cbegin() + limits_[i + 1]; } DataConstIterator cbegin(I i) const { return data_.cbegin() + limits_[i]; } DataConstIterator cend(I i) const { return data_.cbegin() + limits_[i + 1]; } DataIterator begin(I i) { return data_.begin() + limits_[i]; } DataIterator end(I i) { return data_.begin() + limits_[i + 1]; } I count(I i) const { return limits_[i + 1] - limits_[i]; } struct ConstIterator { ConstIterator(typename std::vector::const_iterator limits, typename std::vector::const_iterator data_begin): limits_(limits), data_begin_(data_begin) {} DataConstIterator begin(size_t i) const { return data_begin_ + limits_[i]; } DataConstIterator end(size_t i) const { return data_begin_ + limits_[i + 1]; } int64_t operator-(const ConstIterator& i) const { return limits_ - i.limits_; } private: typename std::vector::const_iterator limits_; typename std::vector::const_iterator data_begin_; }; ConstIterator cbegin() const { return ConstIterator(limits_.cbegin(), data_.cbegin()); } ConstIterator cend() const { return ConstIterator(limits_.cend() - 1, data_.cbegin()); } struct Iterator { Iterator() {} Iterator(typename std::vector::const_iterator limits, typename std::vector::iterator data_begin) : limits_(limits), data_begin_(data_begin) {} DataIterator begin(I i) const { return data_begin_ + limits_[i]; } DataIterator end(I i) const { return data_begin_ + limits_[i + 1]; } int64_t operator-(const Iterator& i) const { return limits_ - i.limits_; } private: typename std::vector::const_iterator limits_; typename std::vector::iterator data_begin_; }; Iterator begin() { return Iterator(limits_.cbegin(), data_.begin()); } Iterator end() { return Iterator(limits_.cend() - 1, data_.begin()); } void reserve(const I size, const I data_size) { data_.reserve(data_size); limits_.reserve(size + 1); } struct Range { Range(DataConstIterator begin, DataConstIterator end) : begin_(begin), end_(end) {} DataConstIterator begin() const { return begin_; } DataConstIterator end() const { return end_; } private: DataConstIterator begin_, end_; }; Range operator[](I i) const { return Range { cbegin(i), cend(i) }; } I max_count() const { I m = 0; for (I i = 0; i < size(); ++i) m = std::max(m, count(i)); return m; } typename std::vector::const_iterator global_cbegin() const { return data_.cbegin(); } typename std::vector::const_iterator global_cend() const { return data_.cend(); } private: I sum(std::vector& sizes) { assert(sizes.back() == 0); I p = 0; for (typename std::vector::iterator i = sizes.begin(); i < sizes.end(); ++i) { const I size = *i; *i = p; p += size; } return p; } std::vector data_; std::vector limits_; }; template std::pair, std::vector> make_flat_array(const It begin, const It end, int num_threads) { using Key = typename It::value_type::first_type; using Value = typename It::value_type::second_type; ips4o::parallel::sort(begin, end, std::less>(), num_threads); auto it = merge_keys(begin, end, First()); int64_t n = 0; while (it.good()) { ++n; ++it; } std::pair, std::vector> r; r.first.reserve(n, end - begin); r.second.reserve(n); auto it2 = merge_keys(begin, end, First()); while (it2.good()) { r.second.push_back(it2.key()); r.first.push_back(transform(it2.begin(), Second()), transform(it2.end(), Second())); ++it2; } return r; } template FlatArray make_flat_array_dense(const It begin, const It end, int num_threads) { using Key = typename It::value_type::first_type; using Value = typename It::value_type::second_type; ips4o::parallel::sort(begin, end, std::less>(), num_threads); const Key max_key = (end - 1)->first; FlatArray r; r.reserve(max_key + 1, end - begin); auto it = merge_keys(begin, end, First()); Key k = 0; while (it.good()) { while (k != it.key()) { r.next(); ++k; } r.push_back(transform(it.begin(), Second()), transform(it.end(), Second())); ++k; ++it; } return r; } template FlatArray make_flat_array_dense(std::vector&& data, const typename T::Key key_end, int num_threads, GetKey get_key) { std::vector limits; limits.push_back(0); ips4o::parallel::sort(data.begin(), data.end(), std::less(), num_threads); limits.reserve(key_end + 1); auto it = merge_keys(data.cbegin(), data.cend(), get_key); typename T::Key k = 0; while (it.good()) { while (k != it.key()) { limits.push_back(limits.back()); ++k; } limits.push_back(limits.back() + it.count()); ++k; ++it; } while (k++ < key_end) limits.push_back(limits.back()); return FlatArray(std::move(limits), std::move(data)); }bbuchfink-diamond-6dc5717/src/util/data_structures/growable_buffer.h000066400000000000000000000052141523407312000257030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include template class GrowableBuffer { public: GrowableBuffer() = default; explicit GrowableBuffer(std::size_t initial_capacity) { reserve_discarding(initial_capacity); } GrowableBuffer(const GrowableBuffer&) = delete; GrowableBuffer& operator=(const GrowableBuffer&) = delete; GrowableBuffer(GrowableBuffer&&) noexcept = default; GrowableBuffer& operator=(GrowableBuffer&&) noexcept = default; T* data() noexcept { return buffer_.get(); } const T* data() const noexcept { return buffer_.get(); } std::size_t capacity() const noexcept { return capacity_; } bool empty() const noexcept { return capacity_ == 0; } void clear() noexcept { } void ensure_capacity(std::size_t min_capacity) { if (min_capacity <= capacity_) { return; } reserve_discarding(grown_capacity(min_capacity)); } void reserve_discarding(std::size_t new_capacity) { if (new_capacity <= capacity_) { return; } std::unique_ptr new_buffer(new T[new_capacity]); buffer_ = std::move(new_buffer); capacity_ = new_capacity; } private: static std::size_t grown_capacity(std::size_t min_capacity) { constexpr std::size_t max = std::numeric_limits::max(); std::size_t new_capacity = 64; while (new_capacity < min_capacity) { if (new_capacity > max / 2) { if (min_capacity > max) { throw std::length_error("buffer capacity overflow"); } return min_capacity; } new_capacity *= 2; } return new_capacity; } std::unique_ptr buffer_; std::size_t capacity_ = 0; };bbuchfink-diamond-6dc5717/src/util/data_structures/hash_set.h000066400000000000000000000101241523407312000243420ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" struct Modulo2 {}; template inline uint64_t modulo(uint64_t x, uint64_t y) { return x % y; } template<> inline uint64_t modulo(uint64_t x, uint64_t y) { return x & (y - 1); } struct Identity { uint64_t operator()(uint64_t x) const { return x; } }; template struct HashSet { public: typedef uint8_t fp; HashSet() : size_(0), table(nullptr), destroy_(true) {} HashSet(size_t size) : table(new fp[size + PADDING]), size_(size), destroy_(true) { memset(table, 0, (size_ + PADDING) * sizeof(fp)); } HashSet(fp* data, size_t size) : table(data), size_(size), destroy_(false) {} ~HashSet() { if (destroy_) delete[] table; } bool contains(uint64_t key) const { #ifdef USE_AVX const uint64_t hash = _hash()(key); fp* p = table.get() + modulo<_mod>(hash >> (sizeof(fp) * 8), size_); __m256i r = _mm256_loadu_si256((const __m256i*)p); __m256i z = _mm256_setzero_si256(); const int zm = _mm256_movemask_epi8(_mm256_cmpeq_epi8(r, z)); if (zm == 0) return true; const fp f = finger_print(hash); __m256i fr = _mm256_set1_epi8(f); const int fm = _mm256_movemask_epi8(_mm256_cmpeq_epi8(r, fr)); return fm != 0; #elif defined(__SSE2__) const uint64_t hash = _hash()(key); fp* p = table + modulo<_mod>(hash >> (sizeof(fp) * 8), size_); __m128i r = _mm_loadu_si128((const __m128i*)p); __m128i z = _mm_setzero_si128(); const int zm = _mm_movemask_epi8(_mm_cmpeq_epi8(r, z)); if (zm == 0) return true; const fp f = finger_print(hash); __m128i fr = _mm_set1_epi8(f); const int fm = _mm_movemask_epi8(_mm_cmpeq_epi8(r, fr)); return fm != 0; #elif defined(__ARM_NEON) const uint64_t hash = _hash()(key); fp* p = table + modulo<_mod>(hash >> (sizeof(fp) * 8), size_); uint8x16_t r = vld1q_u8(p); uint8x16_t z = vdupq_n_u8(0); uint64x2_t zm = vreinterpretq_u64_u8(vceqq_u8(r, z)); if ((vgetq_lane_u64(zm, 0) | vgetq_lane_u64(zm, 1)) == 0) return true; const fp f = finger_print(hash); uint8x16_t fr = vdupq_n_u8(f); uint64x2_t fm = vreinterpretq_u64_u8(vceqq_u8(r, fr)); return (vgetq_lane_u64(fm, 0) | vgetq_lane_u64(fm, 1)) != 0; #else fp* p; return get_entry(key, p); #endif } void insert(uint64_t key) { fp* entry; get_entry(key, entry); if (*entry == (fp)0) *entry = finger_print(_hash()(key)); } size_t size() const { return size_; } size_t load() const { size_t n = 0; for (size_t i = 0; i < size_; ++i) if (*(table + i) != 0) ++n; return n; } const fp* data() const { return table; } void finish() { std::copy(table, table + PADDING, table + size_); } fp* table; size_t size_; static const size_t PADDING = 16; private: bool destroy_; static fp finger_print(uint64_t hash) { const fp x = (fp)(hash & ((1llu << (sizeof(fp) * 8)) - 1llu)); return std::max(x, (fp)1); } bool get_entry(uint64_t key, fp*& p) const { const uint64_t hash = _hash()(key); const fp f = finger_print(hash); p = table + modulo<_mod>(hash >> (sizeof(fp) * 8), size_); bool wrapped = false; while (true) { if (*p == f) return true; if (*p == (fp)0) return false; ++p; if (p == table + size_) { if (wrapped) throw std::runtime_error("Hash table overflow"); p = table; wrapped = true; } } } }; bbuchfink-diamond-6dc5717/src/util/data_structures/hash_table.h000066400000000000000000000066271523407312000246530ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include struct Modulo { size_t operator()(size_t offset, size_t size) const { return offset % size; } }; struct NoModulo { size_t operator()(size_t offset, size_t size) const { return offset; } }; template struct HashTable : private HashFunction { struct Entry { Key key; Value value; bool blank() const { return value == (Value)0; } }; HashTable(size_t size, const HashFunction &hash) : HashFunction(hash), table((Entry*)calloc(size, sizeof(Entry))), size_(size), destroy_(true) { } HashTable(char* table, size_t size): table((Entry*)table), size_(size / sizeof(Entry)), destroy_(false) { } ~HashTable() { if (destroy_) free(table); } Value& operator[](Key key) { Entry *e = get_entry(key); if (e->blank()) e->key = key; return *e; } Value* find(Key key) { return get_present_entry(key); } Entry* find_entry(Key key) { return get_present_entry(key); } Entry* insert(Key key) { return get_or_insert_entry(key); } size_t size() const { return size_; } size_t count() const { size_t n = 0; for (size_t i = 0; i < size_; ++i) if (!table[i].blank()) ++n; return n; } Entry* data() { return table; } private: Entry* get_entry(Key key, bool stat=false) { Entry *p = &table[ModuloOp()(HashFunction::operator()(key), size_)]; bool wrapped = false; //if(stat) ++probe_n; while (p->key != key && !p->blank()) { //if(stat) ++probe_l; ++p; if (p == &table[size_]) { if (wrapped) throw std::runtime_error("Hash table overflow."); p = &table[0]; wrapped = true; } } return p; } Entry* get_present_entry(Key key, bool stat = false) { Entry *p = &table[ModuloOp()(HashFunction::operator()(key), size_)]; bool wrapped = false; //if(stat) ++probe_n; while(true) { //if(stat) ++probe_l; if (p->blank()) return nullptr; if (p->key == key) return p; ++p; if (p == &table[size_]) { if (wrapped) throw std::runtime_error("Hash table overflow."); p = &table[0]; wrapped = true; } } return p; } Entry* get_or_insert_entry(Key key, bool stat = false) { Entry *p = &table[ModuloOp()(HashFunction::operator()(key), size_)]; bool wrapped = false; //if(stat) ++probe_n; while (true) { //if(stat) ++probe_l; if (p->key == key) return p; if (p->blank()) { p->key = key; return p; } ++p; if (p == &table[size_]) { if (wrapped) throw std::runtime_error("Hash table overflow."); p = &table[0]; wrapped = true; } } return p; } Entry *table; size_t size_; bool destroy_; }; bbuchfink-diamond-6dc5717/src/util/data_structures/mem_buffer.h000066400000000000000000000032511523407312000246560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../memory/alignment.h" template struct MemBuffer { enum { ALIGN = 32 }; typedef T value_type; MemBuffer(): data_(nullptr), size_(0), alloc_size_(0) {} MemBuffer(size_t n): data_((T*)Util::Memory::aligned_malloc(n * sizeof(T), ALIGN)), size_(n), alloc_size_(n) { } ~MemBuffer() { Util::Memory::aligned_free(data_); } void resize(size_t n) { if (alloc_size_ < n) { Util::Memory::aligned_free(data_); data_ = (T*)Util::Memory::aligned_malloc(n * sizeof(T), ALIGN); alloc_size_ = n; } size_ = n; } size_t size() const { return size_; } T* begin() { return data_; } T* end() { return data_ + size_; } const T* begin() const { return data_; } const T* end() const { return data_ + size_; } T& operator[](size_t i) { return data_[i]; } const T& operator[](size_t i) const { return data_[i]; } private: T *data_; size_t size_, alloc_size_; };bbuchfink-diamond-6dc5717/src/util/data_structures/queue.h000066400000000000000000000177711523407312000237070ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include "../parallel/semaphore.h" template class Queue { public: using value_type = T; #if _MSC_VER || __GNUC__ >= 5 static_assert(std::is_default_constructible_v, "T must be default constructible"); #endif explicit Queue(size_t capacity, int producer_count, int consumer_count, T poison_pill) : capacity_(round_up_to_power_of_two(capacity ? capacity : 1)), mask_(capacity_ - 1), producer_count_(producer_count), consumer_count_(consumer_count), poison_pill_(std::move(poison_pill)), #if defined(__cpp_aligned_new) && __cpp_aligned_new >= 201606L buffer_(static_cast(::operator new[](capacity_ * sizeof(Cell), std::align_val_t{ alignof(Cell) }))), #else buffer_(static_cast(::operator new[](capacity_ * sizeof(Cell)))), #endif enqueue_pos_(0), dequeue_pos_(0), pills_received_(0) { assert(producer_count == 1 || consumer_count == 1); for (size_t i = 0; i < capacity_; ++i) { new (&buffer_[i]) Cell(); buffer_[i].seq.store(i, std::memory_order_relaxed); } } ~Queue() { T tmp; while (try_dequeue(tmp)) {} for (size_t i = 0; i < capacity_; ++i) { buffer_[i].~Cell(); } #if defined(__cpp_aligned_new) && __cpp_aligned_new >= 201606L ::operator delete[](buffer_, std::align_val_t{ alignof(Cell) }); #else ::operator delete[](buffer_); #endif } Queue(const Queue&) = delete; Queue& operator=(const Queue&) = delete; void enqueue(const T& v) { (void)emplace_impl(v); } void enqueue(T&& v) { (void)emplace_impl(std::move(v)); } bool enqueue_or_abort(const T& v) { return emplace_impl(v); } bool enqueue_or_abort(T&& v) { return emplace_impl(std::move(v)); } bool wait_and_dequeue(T& out) { while (true) { items_.acquire(); if (aborted_.load(std::memory_order_acquire)) return false; while (!try_dequeue(out)) { if (aborted_.load(std::memory_order_acquire)) return false; std::this_thread::yield(); } spaces_.release(); if (out == poison_pill_) { if (producer_count_ > 1) { size_t seen = pills_received_.fetch_add(1, std::memory_order_relaxed) + 1; if (seen == static_cast(producer_count_)) { return false; } continue; } return false; } return true; } } bool empty() const { return approx_size() == 0; } size_t capacity() const { return capacity_; } size_t approx_size() const { size_t enq = enqueue_pos_.load(std::memory_order_relaxed); size_t deq = dequeue_pos_.load(std::memory_order_relaxed); return enq >= deq ? (enq - deq) : 0; } // call once per producer void close() { if (aborted_.load(std::memory_order_acquire)) return; for (int i = 0; i < consumer_count_; ++i) { enqueue(poison_pill_); } } void abort() { if (!aborted_.exchange(true, std::memory_order_acq_rel)) { spaces_.release(producer_count_ + consumer_count_ + 1); items_.release(consumer_count_ + 1); } } int producer_count() const { return producer_count_; } private: struct Cell { struct Storage { alignas(T) unsigned char storage[sizeof(T)]; }; std::atomic seq; Storage storage; char pad[(64 - ((sizeof(std::atomic) + sizeof(Storage)) % 64)) % 64]; Cell() : seq(0) {} }; static constexpr bool is_power_of_two(size_t x) { return (x & (x - 1)) == 0; } static size_t round_up_to_power_of_two(size_t x) { if (is_power_of_two(x)) return x; --x; for (size_t i = 1; i < sizeof(size_t) * 8; i <<= 1) x |= x >> i; return x + 1; } static T* cell_value_ptr(Cell* c) noexcept { #if defined(__cpp_lib_launder) && __cpp_lib_launder >= 201606L return std::launder(reinterpret_cast(c->storage.storage)); #else #warning "old compiler missing support for std::launder" return reinterpret_cast(&c->storage); #endif } size_t index(size_t pos) const noexcept { return pos & mask_; } template bool emplace_impl(Args&&... args) { if (aborted_.load(std::memory_order_acquire)) return false; spaces_.acquire(); if (aborted_.load(std::memory_order_acquire)) return false; size_t pos = enqueue_pos_.load(std::memory_order_relaxed); for (;;) { if (aborted_.load(std::memory_order_acquire)) return false; Cell* cell = &buffer_[index(pos)]; size_t seq = cell->seq.load(std::memory_order_acquire); intptr_t dif = static_cast(seq) - static_cast(pos); if (dif == 0) { if (enqueue_pos_.compare_exchange_weak(pos, pos + 1, std::memory_order_relaxed)) { new (cell_value_ptr(cell)) T(std::forward(args)...); cell->seq.store(pos + 1, std::memory_order_release); items_.release(); return true; } } else { std::this_thread::yield(); pos = enqueue_pos_.load(std::memory_order_relaxed); } } } bool try_dequeue(T& out) { size_t pos = dequeue_pos_.load(std::memory_order_relaxed); for (;;) { Cell* cell = &buffer_[index(pos)]; size_t seq = cell->seq.load(std::memory_order_acquire); intptr_t dif = static_cast(seq) - static_cast(pos + 1); if (dif == 0) { if (dequeue_pos_.compare_exchange_weak( pos, pos + 1, std::memory_order_relaxed, std::memory_order_relaxed)) { T* p = cell_value_ptr(cell); out = std::move(*p); p->~T(); cell->seq.store(pos + capacity_, std::memory_order_release); return true; } } else if (dif < 0) { return false; } else { std::this_thread::yield(); pos = dequeue_pos_.load(std::memory_order_relaxed); } } } const size_t capacity_; const size_t mask_; const int producer_count_; const int consumer_count_; const T poison_pill_; Cell* const buffer_; alignas(64) std::atomic enqueue_pos_; char _pad0[(64 - sizeof(enqueue_pos_) % 64) % 64]{}; alignas(64) std::atomic dequeue_pos_; char _pad1[(64 - sizeof(dequeue_pos_) % 64) % 64]{}; CountingSemaphore<> items_{ (ptrdiff_t)0 }; CountingSemaphore<> spaces_{ (ptrdiff_t)capacity_ }; std::atomic pills_received_; std::atomic aborted_{ false }; }; bbuchfink-diamond-6dc5717/src/util/data_structures/range_partition.h000066400000000000000000000043041523407312000257340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include "util/algo/sort.h" template struct RangePartition { RangePartition(const int *begin, int count, int end) : count_(1) { assert(count > 0); std::array, N> b; for (int i = 0; i < count; ++i) b[i] = { begin[i], i }; insertion_sort(b.begin(), b.begin() + count); std::fill(mask_[0], mask_[0] + N, std::numeric_limits::min()); mask_[0][b[0].second] = 0; #ifdef DP_STAT bit_mask_[0] = 1llu << b[0].second; #endif begin_[0] = b[0].first; for (int i = 1; i < count; ++i) { if (begin_[count_ - 1] < b[i].first) { begin_[count_] = b[i].first; std::copy(mask_[count_ - 1], mask_[count_ - 1] + N, mask_[count_]); mask_[count_][b[i].second] = 0; #ifdef DP_STAT bit_mask_[count_] = bit_mask_[count_ - 1] | (1llu << b[i].second); #endif ++count_; } else { mask_[count_ - 1][b[i].second] = 0; #ifdef DP_STAT bit_mask_[count_ - 1] |= 1llu << b[i].second; #endif } } begin_[count_] = end; } int begin(int i) const { return begin_[i]; } int end(int i) const { return begin_[i + 1]; } int count() const { return count_; } const T* mask(int i) const { return mask_[i]; } #ifdef DP_STAT uint64_t bit_mask(int i) const { return bit_mask_[i]; } #endif private: int begin_[N + 1]; T mask_[N][N]; #ifdef DP_STAT uint64_t bit_mask_[N]; #endif int count_; };bbuchfink-diamond-6dc5717/src/util/data_structures/reorder_queue.h000066400000000000000000000042321523407312000254150ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include template struct ReorderQueue { ReorderQueue(size_t begin, F& f) : f_(f), begin_(begin), next_(begin), size_(0), max_size_(0) {} size_t size() const { return size_; } size_t max_size() const { return max_size_; } size_t next() const { return next_; } size_t begin() const { return begin_; } void push(size_t n, T value) { mtx_.lock(); //cout << "n=" << n << " next=" << next_ << endl; if (n != next_) { backlog_[n] = value; size_ += value ? value->alloc_size() : 0; max_size_ = std::max(max_size_, size_); mtx_.unlock(); } else flush(value); } private: void flush(T value) { size_t n = next_ + 1; std::vector out; out.push_back(value); typename std::map::iterator i; do { while ((i = backlog_.begin()) != backlog_.end() && i->first == n) { out.push_back(i->second); backlog_.erase(i); ++n; } mtx_.unlock(); size_t size = 0; for (typename std::vector::iterator j = out.begin(); j < out.end(); ++j) { if (*j) { f_(*j); if (*j != value) size += (*j)->alloc_size(); delete *j; } } out.clear(); mtx_.lock(); size_ -= size; } while ((i = backlog_.begin()) != backlog_.end() && i->first == n); next_ = n; mtx_.unlock(); } std::mutex mtx_; F& f_; std::map backlog_; size_t begin_, next_, size_, max_size_; };bbuchfink-diamond-6dc5717/src/util/data_structures/sparse_flat_array.h000066400000000000000000000115451523407312000262550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "flat_array.h" #define _REENTRANT #include "ips4o/ips4o.hpp" #include "../util.h" #include "algo/sort_helper.h" #include "algo/transform_iterator.h" template struct SparseFlatArray { using DataConstIterator = typename FlatArray::DataConstIterator; using MapIt = typename std::unordered_map::const_iterator; template SparseFlatArray(const It begin, const It end, int num_threads) { ips4o::parallel::sort(begin, end, std::less>(), num_threads); auto it = merge_keys(begin, end, First()); int64_t n = 0; while (it.good()) { ++n; ++it; } map_.reserve(n); data_.reserve(n, end - begin); auto it2 = merge_keys(begin, end, First()); while (it2.good()) { map_[it2.key()] = data_.size(); data_.push_back(transform(it2.begin(), Second()), transform(it2.end(), Second())); ++it2; } } bool empty() const { return map_.empty(); } int64_t size() const { return map_.size(); } int64_t data_size() const { return data_.data_size(); } struct Iterator { Iterator(typename std::unordered_map::iterator it, FlatArray& data) : it_(it), data_(&data) {} Iterator operator++(int) { Iterator it = *this; ++it_; return it; } bool operator==(const Iterator& it) const { return it_ == it.it_; } bool operator!=(const Iterator& it) const { return it_ != it.it_; } std::tuple::DataIterator, typename FlatArray::DataIterator> operator*() const { return { it_->first, data_->begin(it_->second), data_->end(it_->second) }; } private: typename std::unordered_map::iterator it_; FlatArray* data_; }; struct ConstIterator { ConstIterator(MapIt it, const FlatArray& data): it_(it), data_(&data) {} ConstIterator operator++(int) { Iterator it = *this; ++it_; return it; } bool operator==(const ConstIterator& it) const { return it_ == it.it_; } bool operator!=(const ConstIterator& it) const { return it_ != it.it_; } std::tuple::DataConstIterator, typename FlatArray::DataConstIterator> operator*() const { return { it_->first, data_->cbegin(it_->second), data_->cend(it_->second) }; } private: typename std::unordered_map::const_iterator it_; const FlatArray* data_; }; struct FlatIterator { FlatIterator(MapIt map_it, MapIt map_end, const FlatArray& data) : map_it_(map_it), map_end_(map_end), data_it_(map_it != map_end ? data.cbegin(map_it->second) : DataConstIterator()), data_(&data) {} std::pair operator*() const { return std::make_pair(map_it_->first, *data_it_); } FlatIterator& operator++() { ++data_it_; if (data_it_ >= data_->cend(map_it_->second)) { ++map_it_; if(map_it_ != map_end_) data_it_ = data_->cbegin(map_it_->second); } return *this; } FlatIterator operator++(int) { FlatIterator it = *this; operator++(); return it; } bool operator==(const FlatIterator& it) const { return map_it_ == it.map_it_ && (data_it_ == it.data_it_ || map_it_ == map_end_); } bool operator!=(const FlatIterator& it) const { return !(it == *this); } private: typename std::unordered_map::const_iterator map_it_, map_end_; DataConstIterator data_it_; const FlatArray* data_; }; Iterator begin() { return Iterator(map_.begin(), data_); } Iterator end() { return Iterator(map_.end(), data_); } ConstIterator cbegin() const { return ConstIterator(map_.cbegin(), data_); } ConstIterator cend() const { return ConstIterator(map_.cend(), data_); } DataConstIterator cbegin(Key key) const { return data_.cbegin(map_.at(key)); } DataConstIterator cend(Key key) const { return data_.cend(map_.at(key)); } FlatIterator flat_begin() const { return FlatIterator(map_.cbegin(), map_.cend(), data_); } FlatIterator flat_end() const { return FlatIterator(map_.cend(), map_.cend(), data_); } private: std::unordered_map map_; FlatArray data_; };bbuchfink-diamond-6dc5717/src/util/enum.h000066400000000000000000000067021523407312000203030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include template struct FieldValue{ FieldValue(const T v, const bool primary = true): v(v), primary(primary) {} const T v; const bool primary; }; template using EMap = std::map; template using SEMap = std::map>; template struct EnumTraits {}; template std::string to_string(T v) { auto it = EnumTraits::to_string.find(v); if (it == EnumTraits::to_string.end()) throw std::runtime_error("Invalid conversion from enum to string."); return it->second; } template T from_string(const std::string& s) { auto it = EnumTraits::from_string.find(s); if (it == EnumTraits::from_string.end()) { std::string p; size_t n = 0; for (const auto& i : EnumTraits::from_string) { if (!i.second.primary) continue; if (n++) p += ", "; p += i.first; } throw std::runtime_error("Invalid value for string field: " + s + ". Permitted values: " + p); } return it->second.v; } #ifndef DEFINE_ENUM_OPERATORS #define DEFINE_ENUM_OPERATORS(T) constexpr inline T operator~ (T a) { return static_cast(~static_cast::type>(a)); } \ constexpr inline T operator| (T a, T b) { return static_cast(static_cast::type>(a) | static_cast::type>(b)); } \ constexpr inline T operator& (T a, T b) { return static_cast(static_cast::type>(a) & static_cast::type>(b)); } \ constexpr inline T operator^ (T a, T b) { return static_cast(static_cast::type>(a) ^ static_cast::type>(b)); } \ inline T& operator|= (T& a, T b) { return reinterpret_cast(reinterpret_cast::type&>(a) |= static_cast::type>(b)); } \ inline T& operator&= (T& a, T b) { return reinterpret_cast(reinterpret_cast::type&>(a) &= static_cast::type>(b)); } \ inline T& operator^= (T& a, T b) { return reinterpret_cast(reinterpret_cast::type&>(a) ^= static_cast::type>(b)); } #endif template bool flag_all(T a, T b) { typedef typename std::underlying_type::type U; U c = static_cast(b); return (static_cast(a) & c) == c; } template bool flag_any(T a, T b) { typedef typename std::underlying_type::type U; U c = static_cast(b); return (static_cast(a) & c) != U(0); } template bool flag_only(T a, T b) { typedef typename std::underlying_type::type U; U c = static_cast(b); return (static_cast(a) & ~c) == U(0); }bbuchfink-diamond-6dc5717/src/util/escape_sequences.h000066400000000000000000000041571523407312000226540ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "text_buffer.h" struct EscapeSequence { char c; const char *seq; }; struct EscapeSequences { EscapeSequences(const EscapeSequence seqs[], size_t n) { for (unsigned char c = 0; c < UCHAR_MAX; ++c) { seq_[(size_t)c][0] = c; seq_[(size_t)c][1] = '\0'; } for (size_t i = 0; i < n; ++i) strcpy(seq_[(size_t)seqs[i].c], seqs[i].seq); } const char* escape(char c) const { return (const char*)seq_[(size_t)c]; } void escape(const char *s, size_t len, std::string &out) const { out.reserve(len); for (size_t i = 0; i < len; ++i) out += escape(*(s++)); } void escape(const char *s, std::string &out) const { escape(s, strlen(s), out); } void escape(const std::string &s, std::string &out) const { escape(s.c_str(), s.length(), out); } static const EscapeSequences XML; private: char seq_[UCHAR_MAX][7]; static const EscapeSequence xml_data[5]; }; inline void print_escaped_until(TextBuffer& buf, const char* s, const char* delimiters, const EscapeSequences* esc) { if (esc == 0) buf.write_until(s, delimiters); else { std::string tmp; esc->escape(s, find_first_of(s, delimiters), tmp); buf << tmp; } } inline void print_escaped(TextBuffer& buf, const std::string& s, const EscapeSequences* esc) { if (esc == 0) buf << s; else { std::string tmp; esc->escape(s, tmp); buf << tmp; } }bbuchfink-diamond-6dc5717/src/util/geo/000077500000000000000000000000001523407312000177335ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/geo/diagonal_segment.h000066400000000000000000000135531523407312000234130ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/translated_position.h" struct DiagonalSegment { DiagonalSegment() : len(0), score(0) {} DiagonalSegment(int query_pos, int subject_pos, int len, int score, Loc ident = 0) : i(query_pos), j(subject_pos), len(len), score(score), ident(ident) {} bool empty() const { return len == 0; } Interval query_range() const { return Interval(i, i + len); } Interval subject_range() const { return Interval(j, j + len); } int subject_begin() const { return j; } int subject_last() const { return j + len - 1; } int query_last() const { return i + len - 1; } int subject_end() const { return j + len; } int query_begin() const { return i; } int query_end() const { return i + len; } int diag() const { return i - j; } double id_percent() const { return (double)ident / len * 100.0; } double cov_percent(Loc seq_len) const { return (double)len / seq_len * 100.0; } Interval band_interval(const Loc band) const { return { diag() - band, diag() + band }; } void set_query_end(Loc i) { len = i - this->i; } void set_target_end(Loc j) { len = j - this->j; } DiagonalSegment intersect(const DiagonalSegment&x) const { if (diag() != x.diag()) return DiagonalSegment(); else { const Interval q = ::intersect(query_range(), x.query_range()); return DiagonalSegment(q.begin_, ::intersect(subject_range(), x.subject_range()).begin_, q.length(), 0); } } bool is_enveloped(const DiagonalSegment&x) const { return score <= x.score && query_range().overlap_factor(x.query_range()) == 1 && subject_range().overlap_factor(x.subject_range()) == 1; } DiagonalSegment transpose() const { return DiagonalSegment(j, i, len, score); } int partial_score(int diff) const { return score*std::max(len - diff, 0) / len; } bool operator<=(const DiagonalSegment&rhs) const { return i + len <= rhs.i && j + len <= rhs.j; } bool operator==(const DiagonalSegment&rhs) const { return i == rhs.i && j == rhs.j && len == rhs.len; } static bool cmp_subject(const DiagonalSegment&x, const DiagonalSegment&y) { return x.j < y.j || (x.j == y.j && x.i < y.i); } static bool cmp_score(const DiagonalSegment& x, const DiagonalSegment& y) { return x.score > y.score; } static bool cmp_subject_end(const DiagonalSegment&x, const DiagonalSegment&y) { return x.subject_end() < y.subject_end(); } static bool cmp_heuristic(const DiagonalSegment&x, const DiagonalSegment&y) { return (x.subject_end() < y.subject_end() && x.j < y.j) || (x.j - y.j < y.subject_end() - x.subject_end()); } static bool cmp_diag(const DiagonalSegment&x, const DiagonalSegment& y) { return x.diag() < y.diag() || (x.diag() == y.diag() && x.j < y.j); } static bool cmp_len(const DiagonalSegment& x, const DiagonalSegment& y) { return x.len > y.len; } friend int abs_shift(const DiagonalSegment&x, const DiagonalSegment& y) { return abs(x.diag() - y.diag()); } friend std::ostream& operator<<(std::ostream &s, const DiagonalSegment& d) { s << "i=" << d.i << " j=" << d.j << " l=" << d.len << " score=" << d.score; return s; } int i, j, len, score, ident; }; struct DiagonalSegmentT { DiagonalSegmentT(): len(0) {} DiagonalSegmentT(const TranslatedPosition &i, int j, int len, int score=0): i(i), j(j), len(len), score(score) {} DiagonalSegmentT(const DiagonalSegment& d, Frame frame): i(TranslatedPosition(d.i, frame)), j(d.j), len(d.len), score(d.score) {} int subject_last() const { return j + len - 1; } TranslatedPosition query_last() const { return i + len - 1; } int subject_end() const { return j + len; } TranslatedPosition query_end() const { return i + len; } int diag() const { return i - j; } friend std::ostream& operator<<(std::ostream &s, const DiagonalSegmentT &d) { s << "i=(" << d.i << ") j=" << d.j << " len=" << d.len << " score=" << d.score << std::endl; return s; } Interval query_absolute_range(int dna_len) const { return TranslatedPosition::absolute_interval(i, i + len, dna_len); } Interval query_in_strand_range() const { return Interval(i.in_strand(), (i + len).in_strand()); } Interval subject_range() const { return Interval(j, j + len); } int partial_score(const DiagonalSegmentT &d) const { const double overlap = std::max(subject_range().overlap_factor(d.subject_range()), query_in_strand_range().overlap_factor(d.query_in_strand_range())); return int((1.0 - overlap)*score); } void cut_out(const DiagonalSegmentT &d) { const int ll = std::min(d.i.translated - i.translated, d.j - j), lr = std::min(query_end().translated - d.query_end().translated, subject_end() - d.subject_end()); int len2; if (ll > 0 && ll >= lr) { len2 = std::min(len, ll); } else if (lr > 0 && lr >= ll) { len2 = std::min(len, lr); i = query_end() - len2; j = subject_end() - len2; } else { len2 = 0; } score = int((double)len2 / len * score); len = len2; } TranslatedPosition i; int j, len, score; }; inline int diag_count(Loc query_len, Loc target_len) { return query_len + target_len - 1; } inline int diag_idx(Loc i, Loc j, Loc target_len) { return i - j + target_len - 1; }bbuchfink-diamond-6dc5717/src/util/geo/geo.h000066400000000000000000000026371523407312000206660ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "basic/value.h" namespace Geo { inline Loc i(Loc j, Loc d) { return d + j; } inline Loc j(Loc i, Loc d) { return i - d; } inline Loc diag_sub_matrix(Loc d, Loc i0, Loc j0) { return d + j0 - i0; } inline Loc rev_diag(Loc d, Loc qlen, Loc tlen) { return -d + qlen - tlen; } inline Loc min_diag(Loc qlen, Loc tlen) { return -(tlen - 1); } inline Loc max_diag(Loc qlen, Loc tlen) { return qlen - 1; } inline Loc clip_diag(Loc d, Loc qlen, Loc tlen) { return std::min(std::max(d, min_diag(qlen, tlen)), max_diag(qlen, tlen)); } inline void assert_diag_bounds(Loc d, Loc qlen, Loc tlen) { assert(d >= min_diag(qlen, tlen) && d <= max_diag(qlen, tlen)); } }bbuchfink-diamond-6dc5717/src/util/geo/hit.h000066400000000000000000000033511523407312000206720ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "diagonal_segment.h" namespace Util { namespace Geometry { using Hit = std::pair; inline bool cmp_diag(const Hit& a, const Hit& b) { const Loc d1 = a.first - a.second, d2 = b.first - b.second; return d1 < d2 || (d1 == d2 && a.first < b.first); } // Merges seed hits on one diagonal assumed to be sorted in ascending order. template inline std::vector merge_hits(const It begin, const It end, int32_t kmer_size, Loc window, Loc min_len) { std::vector v; if (begin == end) return v; Loc a = begin->first, b = begin->first + kmer_size, d = begin->first - begin->second; for (It i = std::next(begin); i != end; ++i) { if (i->first - b < window) b = std::max(b, i->first + kmer_size); else { if (b - a >= min_len) v.emplace_back(a, a - d, b - a, 0); a = i->first; b = i->first + kmer_size; } } if (b - a >= min_len) v.emplace_back(a, a - d, b - a, 0); return v; } }} bbuchfink-diamond-6dc5717/src/util/geo/interval.h000066400000000000000000000047201523407312000217330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/value.h" struct Interval { Interval() : begin_(0), end_(0) { } Interval(int begin, int end) : begin_(begin), end_(end) { } int length() const { return end_ > begin_ ? end_ - begin_ : 0; } unsigned overlap(const Interval &rhs) const { return intersect(*this, rhs).length(); } double overlap_factor(const Interval &rhs) const { return (double)overlap(rhs) / (double)length(); } bool includes(int p) const { return p >= begin_ && p < end_; } bool contains(const Interval &i) const { return begin_ <= i.begin_ && end_ >= i.end_; } friend std::ostream& operator<<(std::ostream &os, const Interval &x) { os << "[" << x.begin_ << ";" << x.end_ << "]"; return os; } bool operator<(const Interval &rhs) const { return begin_ < rhs.begin_; } void merge(const Interval &k) { begin_ = std::min(begin_, k.begin_); end_ = std::max(end_, k.end_); } void check(int len) const { if (begin_ < 0 || end_ < 0 || end_ < begin_ || begin_ >= len || end_ > len) throw std::out_of_range(""); } friend Interval intersect(const Interval &lhs, const Interval &rhs); int begin_, end_; }; inline Interval intersect(const Interval &lhs, const Interval &rhs) { return Interval(std::max(lhs.begin_, rhs.begin_), std::min(lhs.end_, rhs.end_)); } template void make_disjoint(const It begin, const It end, Out out) { if (begin == end) return; std::sort(begin, end); Loc a = begin->begin_, b = begin->end_; for (It i = std::next(begin); i != end; ++i) { if (i->begin_ <= b) b = std::max(b, i->end_); else { *out++ = Interval{ a,b }; a = i->begin_; b = i->end_; } } *out = Interval{ a,b }; }bbuchfink-diamond-6dc5717/src/util/geo/interval_partition.h000066400000000000000000000105341523407312000240240ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "interval.h" struct IntervalNode { IntervalNode(): count(0), min_score(std::numeric_limits::max()), max_score(0) {} IntervalNode(int64_t count, Score min_score, Score max_score): count(count), min_score(min_score), max_score(max_score) { } IntervalNode add(Score score, int64_t cap) const { return IntervalNode(count + 1, count < cap ? std::min(min_score, score) : min_score, std::max(max_score, score)); } int64_t count; Score min_score, max_score; }; struct IntervalPartition : protected std::map { struct MaxScore {}; struct MinScore {}; struct Iterator { Iterator(const_iterator i, const_iterator j, const IntervalPartition &parent) : i_(i), j_(j), parent_(parent) { } bool good() const { return i_ != parent_.end(); } Iterator& operator++() { i_ = j_; if(j_ != parent_.end()) ++j_; return *this; } std::pair operator*() const { return std::make_pair(Interval(i_->first, j_ == parent_.end() ? INT_MAX : j_->first), i_->second); } private: const_iterator i_, j_; const IntervalPartition &parent_; }; IntervalPartition(int64_t cap): cap(cap) { (*this)[0] = IntervalNode(); } void insert(Interval k, Score score) { iterator i = lower_bound(k.begin_); if (i == end()) i = std::map::insert(std::make_pair(k.begin_, IntervalNode())).first; else if (i->first != k.begin_) { //assert(i != std::map::begin()); i--; i = std::map::insert(std::make_pair(k.begin_, i->second)).first; } IntervalNode last; while (i != end() && i->first < k.end_) { last = i->second; i->second = i->second.add(score, cap); ++i; } if (i == end() || i->first != k.end_) (*this)[k.end_] = last; } Loc covered(Interval k) const { Iterator i = begin(k.begin_); std::pair l; int c = 0; while (i.good() && (l = *i).first.begin_ < k.end_) { if (l.second.count >= cap) c += k.overlap(l.first); ++i; } return c; } Loc covered(Interval k, Score max_score, const MaxScore&) const { Iterator i = begin(k.begin_); std::pair l; int c = 0; while (i.good() && (l = *i).first.begin_ < k.end_) { if (l.second.max_score >= max_score) c += k.overlap(l.first); ++i; } return c; } Loc covered(Interval k, Score min_score, const MinScore&) const { Iterator i = begin(k.begin_); std::pair l; Loc c = 0; while (i.good() && (l = *i).first.begin_ < k.end_) { if (l.second.count >= cap && l.second.min_score >= min_score) c += k.overlap(l.first); ++i; } return c; } Score min_score(Interval k) const { Iterator i = begin(k.begin_); std::pair l; Score s = std::numeric_limits::max(); while (i.good() && (l = *i).first.begin_ < k.end_) { if (l.second.count < cap) return 0; s = std::min(s, l.second.min_score); ++i; } return s; } Score max_score(Interval k) const { Iterator i = begin(k.begin_); std::pair l; Score s = std::numeric_limits::max(); while (i.good() && (l = *i).first.begin_ < k.end_) { s = std::min(s, l.second.max_score); ++i; } assert(s != std::numeric_limits::max()); return s; } Iterator begin(int p) const { const_iterator i = lower_bound(p), j; if (i == end() || i->first != p) { //assert(i != std::map::begin()); j = i; i--; } else { j = i; ++j; } return Iterator(i, j, *this); } const int64_t cap; }; bbuchfink-diamond-6dc5717/src/util/geo/interval_tree.h000066400000000000000000000027531523407312000227560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "interval_tree/interval_tree.hpp" #include "interval.h" template struct IntervalTree { bool is_overlapped(Interval i, double overlap) { Overlaps o(i, Int(i.length() * overlap)); tree_.overlap_find_all({ i.begin_, i.end_ }, o); return o.n >= o.max; } void insert(Interval i) { tree_.insert_overlap({ i.begin_, i.end_ }); } private: struct Overlaps { Overlaps(Interval i, Int max) : i(i), max(max), n(0) {} bool operator()(typename lib_interval_tree::interval_tree_t::iterator it) { n += intersect(Interval(it->interval().low(), it->interval().high()), i).length(); return n < max; } const Interval i; const Int max; Int n; }; lib_interval_tree::interval_tree_t tree_; };bbuchfink-diamond-6dc5717/src/util/hash_function.h000066400000000000000000000016631523407312000221700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once struct MurmurHash { uint64_t operator()(uint64_t h) const { h ^= h >> 33; h *= 0xff51afd7ed558ccdLL; h ^= h >> 33; h *= 0xc4ceb9fe1a85ec53LL; h ^= h >> 33; return h; } };bbuchfink-diamond-6dc5717/src/util/heartbeat.h000066400000000000000000000036621523407312000213000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include struct Heartbeat { explicit Heartbeat(std::function callback) : callback_(std::move(callback)), stop_flag_(false) { worker_ = std::thread([this]() { std::unique_lock lock(mutex_); while (!stop_flag_) { auto status = cv_.wait_for(lock, std::chrono::seconds(1)); if (status == std::cv_status::timeout) { lock.unlock(); if (callback_) { callback_(); } lock.lock(); } } }); } ~Heartbeat() { { std::lock_guard lock(mutex_); stop_flag_ = true; } cv_.notify_one(); if (worker_.joinable()) { worker_.join(); } } Heartbeat(const Heartbeat&) = delete; Heartbeat& operator=(const Heartbeat&) = delete; private: std::function callback_; std::thread worker_; std::mutex mutex_; std::condition_variable cv_; bool stop_flag_; };bbuchfink-diamond-6dc5717/src/util/hsp/000077500000000000000000000000001523407312000177535ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/hsp/approx_hsp.h000066400000000000000000000115061523407312000223120ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "../geo/interval.h" #include "../geo/diagonal_segment.h" struct Anchor : public DiagonalSegment { Anchor(): DiagonalSegment(), prefix_score(0), d_min_left(std::numeric_limits::max()), d_max_left(std::numeric_limits::min()), d_min_right(std::numeric_limits::max()), d_max_right(std::numeric_limits::min()) {} Anchor(const DiagonalSegment& d) : DiagonalSegment(d), prefix_score(0), d_min_left(std::numeric_limits::max()), d_max_left(std::numeric_limits::min()), d_min_right(std::numeric_limits::max()), d_max_right(std::numeric_limits::min()) { } Anchor(const DiagonalSegment& d, Loc d_min_left, Loc d_max_left, Loc d_min_right, Loc d_max_right, Score prefix_score) : DiagonalSegment(d), prefix_score(prefix_score), d_min_left(d_min_left), d_max_left(d_max_left), d_min_right(d_min_right), d_max_right(d_max_right) { } Anchor(int query_pos, int subject_pos, int len, int score, Loc ident = 0) : DiagonalSegment(query_pos, subject_pos, len, score, ident), prefix_score(0), d_min_left(std::numeric_limits::max()), d_max_left(std::numeric_limits::min()), d_min_right(std::numeric_limits::max()), d_max_right(std::numeric_limits::min()) { } Anchor& operator=(const DiagonalSegment& d) { *(DiagonalSegment*)this = d; return *this; } Score prefix_score; Loc d_min_left, d_max_left, d_min_right, d_max_right; }; struct ApproxHsp { ApproxHsp(unsigned frame, Score score = 0) : d_min(std::numeric_limits::max()), d_max(std::numeric_limits::min()), score(score), frame((int)frame) {} ApproxHsp(const Interval &query_source_range) : query_source_range(query_source_range) {} ApproxHsp(int d_min, int d_max, int score, int frame, const Interval& query_range, const Interval& subject_range, const Anchor& max_diag, double evalue = DBL_MAX): d_min(d_min), d_max(d_max), score(score), frame(frame), query_range(query_range), subject_range(subject_range), evalue(evalue), max_diag(max_diag) {} int partial_score(const DiagonalSegment &d) const { const double overlap = std::max(d.subject_range().overlap_factor(subject_range), d.query_range().overlap_factor(query_range)); return int((1 - overlap)*d.score); } int partial_score(const ApproxHsp &x) const { const double overlap = std::max(x.subject_range.overlap_factor(subject_range), x.query_range.overlap_factor(query_range)); return int((1 - overlap)*x.score); } bool disjoint(const DiagonalSegment &d) const { return intersect(query_range, d.query_range()).length() == 0 && intersect(subject_range, d.subject_range()).length() == 0; } bool disjoint(const ApproxHsp &x) const { return intersect(query_range, x.query_range).length() == 0 && intersect(subject_range, x.subject_range).length() == 0; } bool rel_disjoint(const DiagonalSegment &d) const { return intersect(query_range, d.query_range()).length() == 0 || intersect(subject_range, d.subject_range()).length() == 0; } bool rel_disjoint(const ApproxHsp &x) const { return intersect(query_range, x.query_range).length() == 0 || intersect(subject_range, x.subject_range).length() == 0; } bool collinear(const ApproxHsp &x) const { const int di = x.query_range.begin_ - query_range.begin_, dj = x.subject_range.begin_ - subject_range.begin_; return (di >= 0 && dj >= 0) || (di <= 0 && dj <= 0); } bool collinear(const DiagonalSegment &d) const { const int di = d.i - query_range.begin_, dj = d.j - subject_range.begin_; return (di >= 0 && dj >= 0) || (di <= 0 && dj <= 0); } static bool cmp_diag(const ApproxHsp& x, const ApproxHsp& y) { return x.frame < y.frame || (x.frame == y.frame && x.d_min < y.d_min); } friend std::ostream& operator<<(std::ostream& s, const ApproxHsp& h) { s << "Score=" << h.score << " query_range=" << h.query_range << " target_range=" << h.subject_range << std::endl; return s; } struct Frame { unsigned operator()(const ApproxHsp &x) const { return x.frame; } }; int d_min, d_max, score, frame; Interval query_source_range, query_range, subject_range; double evalue; Anchor max_diag; };bbuchfink-diamond-6dc5717/src/util/intrin.h000066400000000000000000000035001523407312000206330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #ifdef _MSC_VER #include #endif static inline unsigned popcount32(unsigned x) { #ifdef _MSC_VER return __popcnt(x); #else return __builtin_popcount(x); #endif } static inline unsigned popcount64(unsigned long long x) { #ifdef _MSC_VER return (unsigned)__popcnt64(x); #else return __builtin_popcountll(x); #endif } static inline int ctz(uint32_t x) { #ifdef _MSC_VER unsigned long i; unsigned char c = _BitScanForward(&i, x); return i; #else return __builtin_ctz(x); #endif } static inline int ctz(uint64_t x) { #ifdef _MSC_VER if (x) return (int)__popcnt64((x ^ (x - 1)) >> 1); else return CHAR_BIT * sizeof(x); #else return __builtin_ctzll(x); #endif } static inline int clz(uint64_t x) { #ifdef _MSC_VER unsigned long i; unsigned char c = _BitScanReverse64(&i, x); return 63 - (int)i; #else return __builtin_clzll((unsigned long long)x); #endif } static inline int clz(uint32_t x) { #ifdef _MSC_VER unsigned long i; unsigned char c = _BitScanReverse(&i, x); return 31 - (int)i; #else return __builtin_clz((unsigned int)x); #endif }bbuchfink-diamond-6dc5717/src/util/io/000077500000000000000000000000001523407312000175705ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/io/compressed_buffer.cpp000066400000000000000000000105331523407312000237730ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "compressed_buffer.h" #ifdef WITH_ZSTD #include #else #include #endif using std::runtime_error; CompressedBuffer::CompressedBuffer() : buf_(BUF_SIZE) { clear(); } CompressedBuffer::~CompressedBuffer() { if (!stream_) return; #ifdef WITH_ZSTD ZSTD_freeCStream(stream_); #else deflateEnd(stream_); delete stream_; #endif } void CompressedBuffer::write(const char* ptr, size_t n) { #ifdef WITH_ZSTD ZSTD_inBuffer in_buf{ ptr, n, 0 }; while (in_buf.pos < in_buf.size) { if (size_ == buf_.size()) buf_.resize(buf_.size() + BUF_SIZE); ZSTD_outBuffer out_buf; out_buf.dst = buf_.data() + size_; out_buf.size = buf_.size() - size_; out_buf.pos = 0; size_t zr = ZSTD_compressStream(static_cast(stream_), &out_buf, &in_buf); if (ZSTD_isError(zr)) throw runtime_error(ZSTD_getErrorName(zr)); size_ += out_buf.pos; if (out_buf.pos == 0 && in_buf.pos < in_buf.size) buf_.resize(buf_.size() + BUF_SIZE); } #else const unsigned char* in = reinterpret_cast(ptr); while (n > 0) { uInt chunk = static_cast(std::min(n, std::numeric_limits::max())); stream_->next_in = const_cast(in); stream_->avail_in = chunk; while (stream_->avail_in > 0) { if (size_ == buf_.size()) buf_.resize(buf_.size() + BUF_SIZE); uInt avail_out_before = static_cast(buf_.size() - size_); stream_->next_out = reinterpret_cast(buf_.data() + size_); stream_->avail_out = avail_out_before; int ret = deflate(stream_, Z_NO_FLUSH); if (ret == Z_STREAM_ERROR) throw std::runtime_error("deflate(Z_NO_FLUSH) failed"); size_ += static_cast(avail_out_before - stream_->avail_out); if (stream_->avail_in > 0 && stream_->avail_out == 0) { buf_.resize(buf_.size() + BUF_SIZE); } } in += chunk; n -= chunk; } #endif } void CompressedBuffer::finish() { #ifdef WITH_ZSTD for (;;) { if (size_ == buf_.size()) buf_.resize(buf_.size() + BUF_SIZE); ZSTD_outBuffer out_buf; out_buf.dst = buf_.data() + size_; out_buf.size = buf_.size() - size_; out_buf.pos = 0; size_t remaining = ZSTD_endStream(static_cast(stream_), &out_buf); if (ZSTD_isError(remaining)) throw runtime_error(ZSTD_getErrorName(remaining)); size_ += out_buf.pos; if (remaining == 0) break; } ZSTD_freeCStream(static_cast(stream_)); #else int ret; stream_->next_in = Z_NULL; stream_->avail_in = 0; do { if (size_ == static_cast(buf_.size())) buf_.resize(buf_.size() + BUF_SIZE); uInt avail_out_before = static_cast(buf_.size() - size_); stream_->next_out = reinterpret_cast(buf_.data() + size_); stream_->avail_out = avail_out_before; ret = deflate(stream_, Z_FINISH); if (ret != Z_OK && ret != Z_STREAM_END) throw runtime_error("deflate(Z_FINISH) failed"); size_ += static_cast(avail_out_before - stream_->avail_out); if (ret != Z_STREAM_END && stream_->avail_out == 0) { buf_.resize(buf_.size() + BUF_SIZE); } } while (ret != Z_STREAM_END); deflateEnd(stream_); delete stream_; #endif stream_ = nullptr; } void CompressedBuffer::clear() { #ifdef WITH_ZSTD stream_ = ZSTD_createCStream(); if (!stream_) throw runtime_error("ZSTD_createCStream error"); size_t zr = ZSTD_initCStream(stream_, 0); if (ZSTD_isError(zr)) throw runtime_error(ZSTD_getErrorName(zr)); #else stream_ = new z_stream; stream_->zalloc = Z_NULL; stream_->zfree = Z_NULL; stream_->opaque = Z_NULL; int ret = deflateInit(stream_, Z_DEFAULT_COMPRESSION); if (ret != Z_OK) throw runtime_error("deflateInit error"); #endif size_ = 0; }bbuchfink-diamond-6dc5717/src/util/io/compressed_buffer.h000066400000000000000000000024731523407312000234440ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include struct z_stream_s; struct ZSTD_CCtx_s; struct CompressedBuffer { static constexpr size_t BUF_SIZE = 32768; CompressedBuffer(); ~CompressedBuffer(); void write(const char* ptr, size_t n); template void write(const T& x) { write(reinterpret_cast(&x), sizeof(T)); } void finish(); void clear(); const char* data() const { return buf_.data(); } size_t size() const { return size_; } private: std::vector buf_; #ifdef WITH_ZSTD ZSTD_CCtx_s* stream_; #else z_stream_s* stream_; #endif size_t size_; };bbuchfink-diamond-6dc5717/src/util/io/compressor.h000066400000000000000000000045131523407312000221400ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "decompressor.h" struct Compressor { virtual size_t fwrite(const void* buffer, size_t size, size_t count, FILE* stream) = 0; virtual void close(FILE* stream) {} virtual CompressionLib lib() const = 0; virtual ~Compressor() = default; }; struct PassThroughCompressor : Compressor { size_t fwrite(const void* buffer, size_t size, size_t count, FILE* stream) override { return std::fwrite(buffer, size, count, stream); } virtual CompressionLib lib() const override { return CompressionLib::NONE; } virtual ~PassThroughCompressor() = default; }; struct ZlibCompressor : Compressor { ZlibCompressor(); size_t fwrite(const void* buffer, size_t size, size_t count, FILE* stream) override; void close(FILE* stream) override; virtual CompressionLib lib() const override { return CompressionLib::ZLIB; } virtual ~ZlibCompressor(); private: void deflate_loop(FILE* stream, int flush); static const size_t chunk_size = 1llu << 20; z_stream strm_; std::vector out_; FILE* stream_ = nullptr; bool initialized_ = false; bool closed_ = false; }; #ifdef WITH_ZSTD struct ZstdCompressor : Compressor { ZstdCompressor(); size_t fwrite(const void* buffer, size_t size, size_t count, FILE* stream) override; void close(FILE* stream) override; virtual CompressionLib lib() const override { return CompressionLib::ZSTD; } virtual ~ZstdCompressor(); private: void write_out(FILE* stream, size_t count); static const size_t chunk_size = 1llu << 20; ZSTD_CStream* strm_ = nullptr; std::vector out_; FILE* stream_ = nullptr; bool closed_ = false; }; #endif bbuchfink-diamond-6dc5717/src/util/io/decompressor.h000066400000000000000000000111101523407312000224400ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #ifdef WITH_ZSTD #include #endif #ifdef _MSC_VER using ssize_t = int64_t; #endif enum class CompressionLib { NONE, ZLIB, ZSTD }; struct Decompressor { virtual size_t fread(void* buffer, size_t size, size_t count, FILE* stream) = 0; virtual int fgetc(FILE* stream) = 0; virtual ssize_t getdelim(char** buf, size_t* buf_size, char delimiter, FILE* fp) = 0; ssize_t getline(char** buf, size_t* buf_size, FILE* fp) { return getdelim(buf, buf_size, '\n', fp); } virtual CompressionLib lib() const = 0; virtual int ungetc(int c, FILE* stream) = 0; virtual void reset() = 0; virtual bool eof(FILE* stream) const = 0; virtual ~Decompressor() {} }; template inline ssize_t getdelim_generic(char** buf, size_t* buf_size, char delimiter, ReadByte read_byte) { if (buf == nullptr || buf_size == nullptr) return -1; if (*buf == nullptr || *buf_size == 0) { *buf_size = 128; *buf = (char*)realloc(*buf, *buf_size); if (*buf == nullptr) throw std::runtime_error("Memory allocation failed in file I/O."); } ssize_t len = 0; int c; while ((c = read_byte()) != EOF) { if ((size_t)len + 1 >= *buf_size) { const size_t new_size = *buf_size * 2; char* tmp = (char*)realloc(*buf, new_size); if (tmp == nullptr) throw std::runtime_error("Memory allocation failed in file I/O."); *buf = tmp; *buf_size = new_size; } (*buf)[len++] = (char)c; if ((char)c == delimiter) break; } if (len == 0) return -1; (*buf)[len] = '\0'; return len; } struct PassThrough : Decompressor { size_t fread(void* buffer, size_t size, size_t count, FILE* stream) override { return std::fread(buffer, size, count, stream); } int fgetc(FILE* stream) override { #if defined(_MSC_VER) || defined(__APPLE__) return std::fgetc(stream); #else return fgetc_unlocked(stream); #endif } ssize_t getdelim(char** buf, size_t* buf_size, char delimiter, FILE* fp) override { #ifdef _MSC_VER return getdelim_generic(buf, buf_size, delimiter, [fp] { return std::fgetc(fp); }); #else return ::getdelim(buf, buf_size, delimiter, fp); #endif } virtual CompressionLib lib() const override { return CompressionLib::NONE; } virtual int ungetc(int c, FILE* stream) override { return std::ungetc(c, stream); } virtual void reset() override {} virtual bool eof(FILE* stream) const override { return std::feof(stream) != 0; } }; struct ZlibDecompressor : Decompressor { ZlibDecompressor(); size_t fread(void* buffer, size_t size, size_t count, FILE* stream) override; int fgetc(FILE* stream) override; ssize_t getdelim(char** buf, size_t* buf_size, char delimiter, FILE* fp) override; virtual CompressionLib lib() const override { return CompressionLib::ZLIB; } int ungetc(int c, FILE* stream) override; virtual void reset() override; virtual bool eof(FILE*) const override { return eos_ && pushback_ == EOF; } virtual ~ZlibDecompressor(); private: static const size_t chunk_size = 1llu << 20; z_stream strm_; std::vector in_; bool eos_ = false; bool initialized_ = false; int pushback_ = EOF; }; #ifdef WITH_ZSTD struct ZstdDecompressor : Decompressor { ZstdDecompressor(); size_t fread(void* buffer, size_t size, size_t count, FILE* stream) override; int fgetc(FILE* stream) override; ssize_t getdelim(char** buf, size_t* buf_size, char delimiter, FILE* fp) override; virtual CompressionLib lib() const override { return CompressionLib::ZSTD; } int ungetc(int c, FILE* stream) override; virtual void reset() override; virtual bool eof(FILE*) const override { return eos_ && pushback_ == EOF; } virtual ~ZstdDecompressor(); private: static const size_t chunk_size = 1llu << 20; ZSTD_DStream* strm_ = nullptr; std::vector in_; ZSTD_inBuffer in_buf_{ nullptr, 0, 0 }; bool eos_ = false; int pushback_ = EOF; }; #endifbbuchfink-diamond-6dc5717/src/util/io/file.cpp000066400000000000000000000244221523407312000212170ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #ifdef _WIN32 #include #include #else #include // unlink #endif #include // strerror #include "file.h" #include "util/data_structures/mem_buffer.h" #include "util/system/system.h" #include "util/enum.h" #include "basic/config.h" #ifdef _MSC_VER #define NOMINMAX #define NT_SUCCESS(Status) (((NTSTATUS)(Status)) >= 0) #define STATUS_UNSUCCESSFUL ((NTSTATUS)0xC0000001L) #define WIN32_LEAN_AND_MEAN #include #include #endif using std::string; using std::runtime_error; using std::vector; static CompressionLib detect_compressor(const char* b) { if ((b[0] == '\x1F' && b[1] == '\x8B') // gzip header || (b[0] == '\x78' && (b[1] == '\x01' // zlib header || b[1] == '\x9C' || b[1] == '\xDA'))) return CompressionLib::ZLIB; if (b[0] == '\x28' && b[1] == '\xb5' && b[2] == '\x2f' && b[3] == '\xfd') return CompressionLib::ZSTD; return CompressionLib::NONE; } struct TempFileData { std::string name; int fd; bool unlinked; }; static TempFileData open_tmp_file(bool unlink) { static unsigned n; static uint64_t hash_key; TempFileData r; vector buf(config.tmpdir.length() + 64); char* s = buf.data(); const string prefix = File::tmp_dir(); #ifdef _MSC_VER if (n == 0) { LARGE_INTEGER count; QueryPerformanceCounter(&count); hash_key = (uint64_t)(count.HighPart + count.LowPart + count.QuadPart + GetCurrentProcessId()); } snprintf(s, buf.size() - 1, "%sdiamond-%llx-%u.tmp", prefix.c_str(), hash_key, n++); #else snprintf(s, buf.size() - 1, "%sdiamond-tmp-XXXXXX", prefix.c_str()); #endif #ifdef _MSC_VER r.unlinked = false; r.name = s; return r; #else int fd = mkstemp(s); if (fd < 0) { perror(0); throw std::runtime_error(string("Error opening temporary file ") + string(s)); } if (config.no_unlink || !unlink) r.unlinked = false; else r.unlinked = (::unlink(s) >= 0); r.name = s; r.fd = fd; return r; #endif } string File::tmp_dir() { return config.tmpdir != "" ? config.tmpdir + PATH_SEPARATOR : ""; } File::File(Temporary): line_buf_((char*)malloc(1024)), line_buf_size_(1024), decompressor_(new PassThrough), compressor_(new PassThroughCompressor) { TempFileData d = open_tmp_file(true); #ifdef _MSC_VER file_ = fopen(d.name.c_str(), "w+b"); #else file_ = fdopen(d.fd, "w+b"); #endif if (file_ == 0) throw runtime_error("Error opening temporary file " + d.name + ". " + strerror(errno)); if (setvbuf(file_, nullptr, _IOFBF, config.file_buffer_size) != 0) throw runtime_error("Error setting buffer size for temporary file " + d.name + ". " + strerror(errno)); unlinked_ = d.unlinked; file_name_ = d.name; auto_delete_ = true; seekable_ = true; } File::File(const string& name, const char* mode, Flags flags, CompressionLib compression): line_buf_((char*)malloc(1024)), line_buf_size_(1024), decompressor_(new PassThrough), compressor_(new PassThroughCompressor) { if (name.empty() || name == "-") { if (flag_any(flags, Flags::TREAT_BLANK_AS_STDIN)) { file_ = stdin; #ifdef _WIN32 _setmode(_fileno(stdin), _O_BINARY); #endif } else if (flag_any(flags, Flags::TREAT_BLANK_AS_STDOUT)) { file_ = stdout; #ifdef _WIN32 _setmode(_fileno(stdout), _O_BINARY); #endif } } else file_ = fopen(name.c_str(), mode); if (file_ == 0) throw runtime_error("Error opening file " + name + ". " + strerror(errno)); if (setvbuf(file_, nullptr, _IOFBF, config.file_buffer_size) != 0) throw runtime_error("Error setting buffer size for file " + name + ". " + strerror(errno)); unlinked_ = false; file_name_ = name; auto_delete_ = false; seekable_ = true; try { seek(1, SEEK_CUR); seek(-1, SEEK_CUR); } catch (const runtime_error&) { seekable_ = false; } if (strcmp(mode, "rb") == 0) { if (flag_any(flags, Flags::DETECT_COMPRESSION)) { const string magic = peek(4); if (magic.length() == 4) { switch (detect_compressor(magic.c_str())) { case CompressionLib::ZLIB: decompressor_.reset(new ZlibDecompressor); break; case CompressionLib::ZSTD: #ifdef WITH_ZSTD decompressor_.reset(new ZstdDecompressor); #endif break; default: break; } } } } else if (strcmp(mode, "wb") == 0 && compression != CompressionLib::NONE) { switch (compression) { case CompressionLib::ZLIB: compressor_.reset(new ZlibCompressor); break; case CompressionLib::ZSTD: #ifdef WITH_ZSTD compressor_.reset(new ZstdCompressor); #endif break; default: ; } } } File::File(File&& f) noexcept { file_ = f.file_; unlinked_ = f.unlinked_; file_name_ = f.file_name_; auto_delete_ = f.auto_delete_; line_buf_ = f.line_buf_; line_buf_size_ = f.line_buf_size_; decompressor_ = std::move(f.decompressor_); compressor_ = std::move(f.compressor_); f.file_ = nullptr; f.line_buf_ = nullptr; f.line_buf_size_ = 0; } File& File::operator=(File&& f) noexcept { close(); free(line_buf_); file_ = f.file_; unlinked_ = f.unlinked_; file_name_ = f.file_name_; auto_delete_ = f.auto_delete_; line_buf_ = f.line_buf_; line_buf_size_ = f.line_buf_size_; decompressor_ = std::move(f.decompressor_); compressor_ = std::move(f.compressor_); f.file_ = nullptr; f.line_buf_ = nullptr; f.line_buf_size_ = 0; return *this; } void File::close() { if (compressor_) compressor_->close(file_); if (file_) { fclose(file_); if (auto_delete_ && !unlinked_) remove_tmp_file(file_name_); } file_ = nullptr; } File::~File() { free(line_buf_); close(); } void File::write(const void* ptr, size_t n) { if (compressor_->fwrite(ptr, 1, n, file_) != n) { perror(0); throw std::runtime_error("Error writing to file " + file_name_); } } void File::write_c_str(const char* s) { write(s, strlen(s) + 1); } void File::seek(int64_t p, int origin, bool allow_compressed) { if(decompressor_ && decompressor_->lib() != CompressionLib::NONE && (p != 0 || origin != SEEK_SET) && !allow_compressed) throw runtime_error("Seeking is not supported for compressed files."); #ifdef WIN32 if (_fseeki64(file_, p, origin) != 0) { throw std::runtime_error("Error calling fseek: " + std::string(strerror(errno))); } #else if (fseek(file_, p, origin) != 0) { throw std::runtime_error("Error calling fseek: " + std::string(strerror(errno))); } #endif } void File::seek(int64_t p) { seek(p, SEEK_SET); } void File::rewind() { seek(0, SEEK_SET); clearerr(file_); line_buf_[0] = 0; line_count = 0; decompressor_->reset(); } int64_t File::tell() { #ifdef WIN32 int64_t x; if ((x = _ftelli64(file_)) == (int64_t)-1) throw std::runtime_error("Error executing ftell on stream " + file_name_); return x; #else const long n = ftell(file_); if (n < 0) { perror(0); throw std::runtime_error("Error calling ftell."); } return n; #endif } int64_t File::size() { const int64_t pos = tell(); seek(0l, SEEK_END, true); const int64_t s = tell(); seek(pos, SEEK_SET, true); return s; } FILE* File::file() { return file_; } void File::read(void* ptr, size_t n) { const size_t r = decompressor_->fread(ptr, 1, n, file_); if(r != n) throw runtime_error("Error reading file " + file_name_ + ". " + strerror(errno)); } size_t File::read_max(void* ptr, size_t n) { return decompressor_->fread(ptr, 1, n, file_); } const char* File::read_bytes(size_t n) { static MemBuffer buf; buf.resize(n); read(buf.begin(), n); return buf.begin(); } void File::read_c_str(std::string& s) { s = getdelim('\0'); } void File::read_c_str(std::pmr::string& s) { s = getdelim('\0'); } const char* File::getline() { line_buf_[0] = 0; ssize_t n = decompressor_->getline(&line_buf_, &line_buf_size_, file_); if (ferror(file_)) throw runtime_error("Error reading file " + file_name_ + ". " + strerror(errno)); while (n > 0) { if (line_buf_[n - 1] == '\n' || line_buf_[n - 1] == '\r') line_buf_[--n] = 0; else break; } ++line_count; return line_buf_; } const char* File::getdelim(char delimiter) { line_buf_[0] = 0; ssize_t n = decompressor_->getdelim(&line_buf_, &line_buf_size_, delimiter, file_); if (ferror(file_)) throw runtime_error("Error reading file " + file_name_ + ". " + strerror(errno)); if (n > 0 && line_buf_[n - 1] == delimiter) line_buf_[n - 1] = 0; ++line_count; return line_buf_; } size_t File::read_raw(string& dst, size_t count) { const size_t offset = dst.size(); dst.resize(offset + count); const size_t n = read_max(&dst[offset], count); dst.resize(offset + n); return n; } uint64_t File::read_to_fasta_record_end(std::string& dst) { uint64_t n = 0; int c; for (;;) { if ((c = decompressor_->fgetc(file_)) == EOF) return n; if (c == '>' && (dst.back() == '\n' || dst.back() == '\r')) { decompressor_->ungetc(c, file_); return n; } ++n; dst.push_back(c); } } bool File::eof() const { return decompressor_->eof(file_); } string File::peek(int64_t n) { if (seekable_ && (decompressor_ == nullptr || decompressor_->lib() == CompressionLib::NONE)) { char buf[4]; const size_t l = read_max(buf, n); seek(-(int64_t)l, SEEK_CUR); return string(buf, l); } else { string s; for (int64_t i = 0; i < n; ++i) { int c = decompressor_ ? decompressor_->fgetc(file_) : fgetc(file_); if (c == EOF) break; s.push_back((char)c); } for (auto i = s.rbegin(); i != s.rend(); ++i) { const int u = decompressor_ ? decompressor_->ungetc(*i, file_) : ungetc(*i, file_); if (u == EOF) throw std::runtime_error("Error calling ungetc on stream " + file_name_); } return s; } } int64_t File::count_lines(const std::string& file_name) { File f(file_name, "rb", File::Flags::DETECT_COMPRESSION); int64_t n = 0; const char* line; while (line = f.getline(), line[0] != '\0' || !f.eof()) ++n; return n; }bbuchfink-diamond-6dc5717/src/util/io/file.h000066400000000000000000000062051523407312000206630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include "util/enum.h" #include "decompressor.h" #include "compressor.h" #include "util/memory/memory_resource.h" const size_t MEGABYTES = 1 << 20; const size_t GIGABYTES = 1 << 30; const size_t KILOBYTES = 1 << 10; struct Temporary {}; struct File { enum struct Flags : int { DETECT_COMPRESSION = 1, TREAT_BLANK_AS_STDIN = 2, TREAT_BLANK_AS_STDOUT = 4, NONE = 0 }; File(Temporary); File(const std::string& name, const char* mode, Flags flags = Flags::NONE, CompressionLib compression = CompressionLib::NONE); File(const File&) = delete; File& operator= (const File&) = delete; File(File&& f) noexcept; File& operator=(File&& f) noexcept; void close(); ~File(); void seek(int64_t p, int origin, bool allow_compressed = false); void seek(int64_t p); void rewind(); int64_t tell(); int64_t size(); FILE* file(); const std::string& name() const { return file_name_; } void read(void* ptr, size_t n); size_t read_max(void* ptr, size_t n); const char* read_bytes(size_t n); template void read(T& x) { read(&x, sizeof(T)); } void read_c_str(std::string& s); void read_c_str(std::pmr::string& s); void write(const void* ptr, size_t n); template void write(const T& x) { write(&x, sizeof(T)); } void write_c_str(const char* s); bool eof() const; std::string peek(int64_t n); const char* getline(); const char* getdelim(char delimiter); size_t read_raw(std::string& dst, size_t count); template void read_to(It dst, char delimiter) { const ssize_t n = decompressor_->getdelim(&line_buf_, &line_buf_size_, delimiter, file_); if (ferror(file_)) throw std::runtime_error("Error reading file " + file_name_ + ". " + strerror(errno)); std::copy(line_buf_, line_buf_ + n, dst); } uint64_t read_to_fasta_record_end(std::string& dst); static int64_t count_lines(const std::string& file_name); void read_text_mt(int64_t max_size, int threads, std::function& callback); size_t line_count = 0; static std::string tmp_dir(); private: FILE* file_ = nullptr; bool auto_delete_, unlinked_, seekable_; std::string file_name_; char* line_buf_; size_t line_buf_size_; std::unique_ptr decompressor_; std::unique_ptr compressor_; }; DEFINE_ENUM_OPERATORS(File::Flags)bbuchfink-diamond-6dc5717/src/util/io/read_text_mt.cpp000066400000000000000000000052731523407312000227620ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include "file.h" using std::mutex; using std::condition_variable; using std::function; using std::queue; using std::vector; using std::unique_lock; using std::thread; using std::back_inserter; using std::lock_guard; static const int64_t READ_SIZE = 1 * (1 << 20); void File::read_text_mt(int64_t max_size, int threads, std::function& callback) { queue> buffers; int64_t next_chunk = 0; bool stop = false; const size_t consumers = std::max(threads - 1, 1); mutex mtx; condition_variable consume_cv, read_cv; auto reader = [&]() { vector buf(READ_SIZE); int64_t total = 0; for (;;) { int64_t n = this->read_max(buf.data(), READ_SIZE); if (n == READ_SIZE) { this->read_to(back_inserter(buf), '\n'); n = buf.size(); } total += n; if (n > 0) { vector new_buf(buf.begin(), buf.begin() + n); { unique_lock lock(mtx); read_cv.wait(lock, [&buffers, consumers] { return buffers.size() < consumers; }); buffers.push(std::move(new_buf)); } } if (n < READ_SIZE || total + READ_SIZE > max_size) { { lock_guard lock(mtx); stop = true; } consume_cv.notify_all(); break; } else consume_cv.notify_one(); buf.resize(READ_SIZE); } }; auto consumer = [&] { vector buf; int64_t chunk; for (;;) { { unique_lock lock(mtx); consume_cv.wait(lock, [&buffers, &stop] { return stop || !buffers.empty(); }); if (!buffers.empty()) { buf = std::move(buffers.front()); buffers.pop(); chunk = next_chunk++; } else return; } read_cv.notify_one(); callback(chunk, buf.data(), buf.data() + buf.size()); } }; vector thread; thread.emplace_back(reader); for (size_t i = 0; i < consumers; ++i) thread.emplace_back(consumer); for (auto& t : thread) t.join(); }bbuchfink-diamond-6dc5717/src/util/io/zlib_bridge.cpp000066400000000000000000000137231523407312000225560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "compressor.h" ZlibDecompressor::ZlibDecompressor() { reset(); } void ZlibDecompressor::reset() { if (initialized_) inflateEnd(&strm_); strm_.zalloc = Z_NULL; strm_.zfree = Z_NULL; strm_.opaque = Z_NULL; strm_.avail_in = 0; strm_.next_in = Z_NULL; if (inflateInit2(&strm_, 15 + 32) != Z_OK) throw std::runtime_error("Error initializing zlib decompressor (inflateInit2)"); in_.resize(chunk_size); eos_ = false; initialized_ = true; } size_t ZlibDecompressor::fread(void* buffer, size_t size, size_t count, FILE* stream) { if (size == 0 || count == 0) return 0; const size_t total = size * count; unsigned char* out = static_cast(buffer); size_t produced = 0; if (pushback_ != EOF) { out[produced++] = static_cast(pushback_); pushback_ = EOF; } while (produced < total && !eos_) { if (strm_.avail_in == 0) { const size_t rd = std::fread(in_.data(), 1, in_.size(), stream); if (rd == 0) { if (std::ferror(stream)) throw std::runtime_error(std::string("Error reading compressed file: ") + strerror(errno)); eos_ = true; break; } strm_.next_in = reinterpret_cast(in_.data()); strm_.avail_in = static_cast(rd); } const uInt out_chunk = static_cast(std::min(total - produced, (size_t)std::numeric_limits::max())); strm_.next_out = reinterpret_cast(out + produced); strm_.avail_out = out_chunk; const int ret = inflate(&strm_, Z_NO_FLUSH); produced += out_chunk - strm_.avail_out; if (ret == Z_STREAM_END) { #if ZLIB_VERNUM >= 0x1270 if (inflateReset2(&strm_, 15 + 32) != Z_OK) throw std::runtime_error("Error resetting compressed stream (inflateReset2)"); #else if (inflateReset(&strm_) != Z_OK) throw std::runtime_error("Error resetting compressed stream (inflateReset)"); #endif continue; } if (ret == Z_BUF_ERROR) { continue; } if (ret != Z_OK) throw std::runtime_error(std::string("Error during zlib decompression. The file may be corrupted: ") + (strm_.msg ? strm_.msg : "unknown error")); } return produced / size; } int ZlibDecompressor::fgetc(FILE* stream) { unsigned char c; return fread(&c, 1, 1, stream) == 1 ? c : EOF; } ssize_t ZlibDecompressor::getdelim(char** buf, size_t* buf_size, char delimiter, FILE* fp) { return getdelim_generic(buf, buf_size, delimiter, [this, fp] { return this->fgetc(fp); }); } int ZlibDecompressor::ungetc(int c, FILE* stream) { if (c == EOF || pushback_ != EOF) return EOF; pushback_ = static_cast(c); return c; } ZlibDecompressor::~ZlibDecompressor() { if (initialized_) inflateEnd(&strm_); } ZlibCompressor::ZlibCompressor() { strm_.zalloc = Z_NULL; strm_.zfree = Z_NULL; strm_.opaque = Z_NULL; strm_.avail_in = 0; strm_.next_in = Z_NULL; if (deflateInit2(&strm_, Z_DEFAULT_COMPRESSION, Z_DEFLATED, 15 + 16, 8, Z_DEFAULT_STRATEGY) != Z_OK) throw std::runtime_error("Error initializing zlib compressor (deflateInit2)"); out_.resize(chunk_size); initialized_ = true; } void ZlibCompressor::deflate_loop(FILE* stream, int flush) { int ret; do { strm_.next_out = reinterpret_cast(out_.data()); strm_.avail_out = static_cast(out_.size()); ret = deflate(&strm_, flush); if (ret == Z_STREAM_ERROR) throw std::runtime_error("Error during zlib compression (deflate)"); const size_t produced = out_.size() - strm_.avail_out; if (produced != 0 && std::fwrite(out_.data(), 1, produced, stream) != produced) throw std::runtime_error(std::string("Error writing compressed file: ") + strerror(errno)); } while (flush == Z_FINISH ? ret != Z_STREAM_END : strm_.avail_in != 0 || strm_.avail_out == 0); } size_t ZlibCompressor::fwrite(const void* buffer, size_t size, size_t count, FILE* stream) { if (size == 0 || count == 0) return 0; if (closed_) throw std::runtime_error("Cannot write to closed zlib compressor."); if (stream_ == nullptr) stream_ = stream; else if (stream_ != stream) throw std::runtime_error("Cannot write one zlib stream to multiple FILE handles."); if (count > std::numeric_limits::max() / size) throw std::runtime_error("Compressed write size overflow."); size_t remaining = size * count; const unsigned char* in = static_cast(buffer); while (remaining > 0) { const uInt chunk = static_cast(std::min(remaining, (size_t)std::numeric_limits::max())); strm_.next_in = (Bytef*)(in); strm_.avail_in = chunk; deflate_loop(stream, Z_NO_FLUSH); in += chunk; remaining -= chunk; } return count; } void ZlibCompressor::close(FILE* stream) { if (closed_) return; if (stream_ == nullptr) stream_ = stream; else if (stream_ != stream) throw std::runtime_error("Cannot close zlib compressor with a different FILE handle."); try { strm_.next_in = Z_NULL; strm_.avail_in = 0; deflate_loop(stream_, Z_FINISH); } catch (...) { deflateEnd(&strm_); initialized_ = false; closed_ = true; throw; } deflateEnd(&strm_); initialized_ = false; closed_ = true; } ZlibCompressor::~ZlibCompressor() { if (!initialized_) return; if (!closed_ && stream_) { try { strm_.next_in = Z_NULL; strm_.avail_in = 0; deflate_loop(stream_, Z_FINISH); } catch (...) { } } deflateEnd(&strm_); } bbuchfink-diamond-6dc5717/src/util/io/zstd_bridge.cpp000066400000000000000000000126461523407312000226050ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include "compressor.h" #ifdef WITH_ZSTD ZstdDecompressor::ZstdDecompressor() { reset(); } void ZstdDecompressor::reset() { if (strm_) ZSTD_freeDStream(strm_); strm_ = ZSTD_createDStream(); if (!strm_) throw std::runtime_error("Error initializing zstd decompressor (ZSTD_createDStream)"); const size_t ret = ZSTD_initDStream(strm_); if (ZSTD_isError(ret)) throw std::runtime_error(std::string("Error initializing zstd decompressor: ") + ZSTD_getErrorName(ret)); in_.resize(chunk_size); eos_ = false; } size_t ZstdDecompressor::fread(void* buffer, size_t size, size_t count, FILE* stream) { if (size == 0 || count == 0) return 0; const size_t total = size * count; unsigned char* out = static_cast(buffer); ZSTD_outBuffer out_buf{ out, total, 0 }; if (pushback_ != EOF) { out[out_buf.pos++] = static_cast(pushback_); pushback_ = EOF; } while (out_buf.pos < total && !eos_) { if (in_buf_.pos == in_buf_.size) { const size_t rd = std::fread(in_.data(), 1, in_.size(), stream); if (rd == 0) { if (std::ferror(stream)) throw std::runtime_error(std::string("Error reading compressed file: ") + strerror(errno)); eos_ = true; break; } in_buf_.src = in_.data(); in_buf_.size = rd; in_buf_.pos = 0; } const size_t ret = ZSTD_decompressStream(strm_, &out_buf, &in_buf_); if (ZSTD_isError(ret)) throw std::runtime_error(std::string("Error during zstd decompression. The file may be corrupted: ") + ZSTD_getErrorName(ret)); } return out_buf.pos / size; } int ZstdDecompressor::fgetc(FILE* stream) { unsigned char c; return fread(&c, 1, 1, stream) == 1 ? c : EOF; } ssize_t ZstdDecompressor::getdelim(char** buf, size_t* buf_size, char delimiter, FILE* fp) { return getdelim_generic(buf, buf_size, delimiter, [this, fp] { return this->fgetc(fp); }); } int ZstdDecompressor::ungetc(int c, FILE* stream) { if (c == EOF || pushback_ != EOF) return EOF; pushback_ = static_cast(c); return c; } ZstdDecompressor::~ZstdDecompressor() { if (strm_) ZSTD_freeDStream(strm_); } ZstdCompressor::ZstdCompressor() { strm_ = ZSTD_createCStream(); if (!strm_) throw std::runtime_error("Error initializing zstd compressor (ZSTD_createCStream)"); const size_t ret = ZSTD_initCStream(strm_, 0); if (ZSTD_isError(ret)) throw std::runtime_error(std::string("Error initializing zstd compressor: ") + ZSTD_getErrorName(ret)); out_.resize(chunk_size); } void ZstdCompressor::write_out(FILE* stream, size_t count) { if (count != 0 && std::fwrite(out_.data(), 1, count, stream) != count) throw std::runtime_error(std::string("Error writing compressed file: ") + strerror(errno)); } size_t ZstdCompressor::fwrite(const void* buffer, size_t size, size_t count, FILE* stream) { if (size == 0 || count == 0) return 0; if (closed_) throw std::runtime_error("Cannot write to closed zstd compressor."); if (stream_ == nullptr) stream_ = stream; else if (stream_ != stream) throw std::runtime_error("Cannot write one zstd stream to multiple FILE handles."); if (count > std::numeric_limits::max() / size) throw std::runtime_error("Compressed write size overflow."); ZSTD_inBuffer in_buf{ buffer, size * count, 0 }; while (in_buf.pos < in_buf.size) { ZSTD_outBuffer out_buf{ out_.data(), out_.size(), 0 }; const size_t ret = ZSTD_compressStream(strm_, &out_buf, &in_buf); if (ZSTD_isError(ret)) throw std::runtime_error(std::string("Error during zstd compression: ") + ZSTD_getErrorName(ret)); write_out(stream, out_buf.pos); } return count; } void ZstdCompressor::close(FILE* stream) { if (closed_) return; if (stream_ == nullptr) stream_ = stream; else if (stream_ != stream) throw std::runtime_error("Cannot close zstd compressor with a different FILE handle."); try { size_t remaining; do { ZSTD_outBuffer out_buf{ out_.data(), out_.size(), 0 }; remaining = ZSTD_endStream(strm_, &out_buf); if (ZSTD_isError(remaining)) throw std::runtime_error(std::string("Error finishing zstd compression: ") + ZSTD_getErrorName(remaining)); write_out(stream_, out_buf.pos); } while (remaining != 0); } catch (...) { ZSTD_freeCStream(strm_); strm_ = nullptr; closed_ = true; throw; } ZSTD_freeCStream(strm_); strm_ = nullptr; closed_ = true; } ZstdCompressor::~ZstdCompressor() { if (!strm_) return; if (!closed_ && stream_) { try { size_t remaining; do { ZSTD_outBuffer out_buf{ out_.data(), out_.size(), 0 }; remaining = ZSTD_endStream(strm_, &out_buf); if (ZSTD_isError(remaining)) break; write_out(stream_, out_buf.pos); } while (remaining != 0); } catch (...) { } } ZSTD_freeCStream(strm_); } #endif bbuchfink-diamond-6dc5717/src/util/kmer/000077500000000000000000000000001523407312000201175ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/kmer/kmer.h000066400000000000000000000046051523407312000212330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/value.h" #include "basic/sequence.h" #include "../math/integer.h" struct IdentityReduction { int bit_size() const { return 5; } uint64_t size() const { return 20; } uint64_t operator()(uint64_t x) const { return x; } }; template struct Kmer { Kmer() : code(0) { } Kmer(const char* s) : code(0) { assert(strlen(s) == K); for (size_t i = 0; i < K; ++i) code = (code * TRUE_AA) + (uint64_t)amino_acid_traits.from_char(*s++); } operator uint64_t() const { return code; } struct Hash { size_t operator()(const Kmer k) const { return std::hash()(k.code); } }; uint64_t code; }; template struct KmerIterator { KmerIterator(const Sequence& seq, const R& reduction = R()) : reduction_(reduction), ptr_(seq.data() - 1), end_(seq.end()), mod_(power((size_t)reduction_.size(), K - 1)) { inc(0, 1); } Kmer operator*() const { return kmer_; } bool good() const { return ptr_ < end_; } KmerIterator& operator++() { inc(K - 1, mod_); return *this; } Loc operator-(const Letter* ptr) { return Loc(ptr_ + 1 - K - ptr); } private: void inc(uint64_t n, uint64_t mod) { kmer_.code %= mod; do { ++ptr_; if (ptr_ == end_) return; const uint64_t l = letter_mask(*ptr_); if (l < TRUE_AA) { kmer_.code = (kmer_.code * reduction_.size()) + reduction_(l); ++n; } else { kmer_.code = 0; n = 0; } } while (n < K); //kmer_.code &= (uint64_t(1) << (reduction_.size() * K)) - 1; } const R reduction_; const Letter* ptr_, *const end_; const uint64_t mod_; Kmer kmer_; }; bbuchfink-diamond-6dc5717/src/util/log_stream.h000066400000000000000000000061471523407312000214760ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include extern std::ostream* message_stream; extern std::ostream* log_stream; void cleanup(); struct TaskTimer { TaskTimer(std::ostream* stream, unsigned level = 1) : level_(level), msg_(nullptr), stream_(stream) { start(nullptr); } TaskTimer(unsigned level = 1) : TaskTimer(get_stream(level), level) {} TaskTimer(const char* msg, std::ostream* stream, unsigned level = 1) : level_(level), msg_(msg), stream_(stream) { start(msg); } TaskTimer(const char* msg, unsigned level = 1): TaskTimer(msg, get_stream(level), level) {} ~TaskTimer() { #if defined(__cpp_lib_uncaught_exceptions) && __cpp_lib_uncaught_exceptions >= 201411L if (!std::uncaught_exceptions()) #else if (!std::uncaught_exception()) #endif finish(); } void go(const char* msg = nullptr) { finish(); start(msg); msg_ = msg; } void go(const std::string& s) { go(s.c_str()); } void finish() { if (!msg_ || level_ == UINT_MAX) return; *stream_ << " [" << get() << "s]" << std::endl; msg_ = 0; } double get() { return (double)std::chrono::duration_cast(std::chrono::high_resolution_clock::now() - t).count() / 1000.0; } int64_t seconds() const { return (int64_t)std::chrono::duration_cast(std::chrono::high_resolution_clock::now() - t).count(); } int64_t milliseconds() const { return (int64_t)std::chrono::duration_cast(std::chrono::high_resolution_clock::now() - t).count(); } int64_t microseconds() const { return (int64_t)std::chrono::duration_cast(std::chrono::high_resolution_clock::now() - t).count(); } int64_t nanoseconds() const { return (int64_t)std::chrono::duration_cast(std::chrono::high_resolution_clock::now() - t).count(); } private: void start(const char *msg) { t = std::chrono::high_resolution_clock::now(); if (level_ == UINT_MAX) return; if (!msg) return; *stream_ << msg << "... " << std::flush; } std::ostream* get_stream(unsigned level) const { switch (level) { case 1: return message_stream; case 2: case 3: return log_stream; default: return message_stream; } } unsigned level_; const char *msg_; std::ostream* stream_; std::chrono::high_resolution_clock::time_point t; };bbuchfink-diamond-6dc5717/src/util/math/000077500000000000000000000000001523407312000201125ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/math/integer.h000066400000000000000000000053221523407312000217220ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include #include "../intrin.h" static inline int8_t saturated_add(int8_t x, int8_t y) { return (int8_t)std::max(int32_t(x) + int32_t(y), (int32_t)std::numeric_limits::min()); } static inline int16_t saturated_add(int16_t x, int16_t y) { return (int16_t)std::max(int32_t(x) + int32_t(y), (int32_t)std::numeric_limits::min()); } static inline int32_t saturated_add(int32_t x, int32_t y) { return x + y; } static inline int bit_length(uint64_t x) { return x == 0 ? 0 : 64 - clz(x); } inline size_t next_pow2(size_t x) noexcept { if (x <= 1) return 1; if (x > (std::numeric_limits::max() >> 1)) return 0; #if SIZE_MAX == 0xFFFFFFFFu unsigned lz = clz(static_cast(x - 1)); const unsigned W = 32; #elif SIZE_MAX == 0xFFFFFFFFFFFFFFFFull unsigned lz = clz(static_cast(x - 1)); const unsigned W = 64; #else #error "Unsupported size_t width" #endif return size_t{ 1 } << (W - lz); } inline size_t next_pow2(double x) noexcept { return next_pow2(static_cast(std::ceil(x))); } template bool next_combination(It begin, It end) { It i = begin; while (i < end) { if (*i < N - 1) { ++(*i); return true; } else { *i = 0; ++i; } } return false; } template I power(I x, I p) { if (p == 0) return 1; if (p == 1) return x; const I t = power(x, p / 2); if (p % 2 == 0) return t * t; else return x * t * t; } template int digits(Int x, int base) { int d = 0; while (x > 0) { x /= base; ++d; } return d; } inline uint64_t gb_to_bytes(double gb) { long double bytes = static_cast(gb) * 1000000000.0L; if (!std::isfinite(gb) || bytes < 0 || bytes > static_cast(std::numeric_limits::max())) { throw std::overflow_error("block size does not fit in uint64_t"); } return static_cast(bytes); }bbuchfink-diamond-6dc5717/src/util/math/log2_fast.h000066400000000000000000000021631523407312000221450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include /** * Fast approximation of log2 (doesn't work when x<2) * @param x * @return log2 of x */ static inline float log2_approximate(float x) { union { float f; uint32_t i; } z = { x }; float log_2 = ((z.i >> 23) & 255) - 128; z.i &= ~(255 << 23); z.i += 127 << 23; log_2 += (-0.34484843f * z.f + 2.02466578f) * z.f - 0.67487759f; return log_2; }bbuchfink-diamond-6dc5717/src/util/math/math.h000066400000000000000000000113701523407312000212160ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include namespace Math { inline double from_bits(std::uint64_t b) { double d; std::memcpy(&d, &b, sizeof d); return d; } inline std::uint64_t to_bits(double d) { std::uint64_t b; std::memcpy(&b, &d, sizeof d); return b; } inline double quiet_nan() { return from_bits(0x7ff8000000000000ULL); } inline double exp(double x) { constexpr double LN2_HI = 6.93147180369123816490e-01; constexpr double LN2_LO = 1.90821492927058770002e-10; constexpr double INV_LN2 = 1.44269504088896338700e+00; constexpr double RND_SHIFT = 6755399441055744.0; const std::uint64_t ux = to_bits(x); const std::uint64_t ax = ux & 0x7fffffffffffffffULL; if (ax > 0x7ff0000000000000ULL) return quiet_nan(); if (ax == 0x7ff0000000000000ULL) return (ux >> 63) ? 0.0 : x; if (x >= 709.78271289338409) return from_bits(0x7ff0000000000000ULL); if (x <= -745.13321910194122) return 0.0; double t = x * INV_LN2 + RND_SHIFT; double kd = t - RND_SHIFT; int k = static_cast(kd); double r = x - kd * LN2_HI; r = r - kd * LN2_LO; const double c2 = 5.00000000000000000000e-01; const double c3 = 1.66666666666666666667e-01; const double c4 = 4.16666666666666666667e-02; const double c5 = 8.33333333333333333333e-03; const double c6 = 1.38888888888888888889e-03; const double c7 = 1.98412698412698412698e-04; const double c8 = 2.48015873015873015873e-05; const double c9 = 2.75573192239858906526e-06; const double c10 = 2.75573192239858906526e-07; const double c11 = 2.50521083854417187751e-08; const double c12 = 2.08767569878680989792e-09; const double c13 = 1.60590438368216145994e-10; double p = c13; p = c12 + r * p; p = c11 + r * p; p = c10 + r * p; p = c9 + r * p; p = c8 + r * p; p = c7 + r * p; p = c6 + r * p; p = c5 + r * p; p = c4 + r * p; p = c3 + r * p; p = c2 + r * p; double er = 1.0 + r + (r * r) * p; if (k >= -1021 && k <= 1023) { return er * from_bits(static_cast(1023 + k) << 52); } if (k > 1023) { er *= from_bits(static_cast(1023 + 1023) << 52); k -= 1023; return er * from_bits(static_cast(1023 + k) << 52); } er *= from_bits(static_cast(1023 - 1000) << 52); k += 1000; return er * from_bits(static_cast(1023 + k) << 52); } inline double log(double x) { constexpr double LN2_HI = 6.93147180369123816490e-01; constexpr double LN2_LO = 1.90821492927058770002e-10; constexpr double SQRT2 = 1.41421356237309514547e+00; const double Lg1 = 6.666666666666735130e-01; const double Lg2 = 3.999999999940941908e-01; const double Lg3 = 2.857142874366239149e-01; const double Lg4 = 2.222219843214978396e-01; const double Lg5 = 1.818357216161805012e-01; const double Lg6 = 1.531383769920937332e-01; const double Lg7 = 1.479819860511658591e-01; std::uint64_t u = to_bits(x); if (u >> 63) { if ((u << 1) == 0) return from_bits(0xfff0000000000000ULL); return quiet_nan(); } if (u == 0) return from_bits(0xfff0000000000000ULL); if (u >= 0x7ff0000000000000ULL) { if (u == 0x7ff0000000000000ULL) return x; return quiet_nan(); } int e = 0; if (u < 0x0010000000000000ULL) { x *= 18014398509481984.0; u = to_bits(x); e -= 54; } e += static_cast(u >> 52) - 1023; u = (u & 0x000fffffffffffffULL) | 0x3ff0000000000000ULL; double m = from_bits(u); if (m > SQRT2) { m *= 0.5; e += 1; } double f = m - 1.0; double s = f / (2.0 + f); double z = s * s; double w = z * z; double t1 = w * (Lg2 + w * (Lg4 + w * Lg6)); double t2 = z * (Lg1 + w * (Lg3 + w * (Lg5 + w * Lg7))); double R = t2 + t1; double hfsq = 0.5 * f * f; double dk = static_cast(e); return dk * LN2_HI - ((hfsq - (s * (hfsq + R) + dk * LN2_LO)) - f); } }bbuchfink-diamond-6dc5717/src/util/memory/000077500000000000000000000000001523407312000204715ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/memory/alignment.h000066400000000000000000000051761523407312000226310ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include namespace Util { namespace Memory { static inline void* aligned_malloc(size_t n, size_t align) { #ifdef WIN32 void* p = _aligned_malloc(n, align); if (p == nullptr) throw std::bad_alloc(); return p; #else void* p; if (posix_memalign(&p, align, n) != 0) throw std::bad_alloc(); return p; #endif } static inline void aligned_free(void* p) { #ifdef WIN32 _aligned_free(p); #else free(p); #endif } template class AlignmentAllocator { public: typedef T value_type; typedef std::size_t size_type; typedef std::ptrdiff_t difference_type; typedef T* pointer; typedef const T* const_pointer; typedef T& reference; typedef const T& const_reference; public: inline AlignmentAllocator() throw () { } template inline AlignmentAllocator(const AlignmentAllocator&) throw () { } ~AlignmentAllocator() noexcept { } inline pointer adress(reference r) { return &r; } inline const_pointer adress(const_reference r) const { return &r; } inline pointer allocate(size_type n) { return (pointer)aligned_malloc(n * sizeof(value_type), N); } inline void deallocate(pointer p, size_type) { aligned_free(p); } inline void construct(pointer p, const value_type& wert) { new (p) value_type(wert); } inline void destroy(pointer p) { p->~value_type(); } inline size_type max_size() const throw () { return size_type(-1) / sizeof(value_type); } template struct rebind { typedef AlignmentAllocator other; }; bool operator!=(const AlignmentAllocator& other) const { return !(*this == other); } bool operator==(const AlignmentAllocator& other) const { return true; } }; }}bbuchfink-diamond-6dc5717/src/util/memory/memory_resource.h000066400000000000000000000056251523407312000240710ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #if __GNUC__ >= 5 || _MSC_VER || __clang__ #if __has_include() #define HAVE_MEMORY_RESOURCE #endif #endif #if defined(__cpp_lib_memory_resource) && __cpp_lib_memory_resource >= 201603 #define HAVE_MEMORY_RESOURCE #endif #ifdef HAVE_MEMORY_RESOURCE #include #else #warning "Old compiler missing memory_resource support." #include #include #include #include namespace std { namespace pmr { struct memory_resource {}; struct monotonic_buffer_resource : public memory_resource { void release() {} }; struct unsynchronized_pool_resource : public memory_resource {}; inline memory_resource* get_default_resource() { static memory_resource r; return &r; } template struct list : public std::list { list(memory_resource*) : std::list() { } list(monotonic_buffer_resource*): std::list() { } }; template struct vector : public std::vector { vector(size_t n, memory_resource*) : std::vector(n) { } vector(memory_resource*) : std::vector() { } vector(monotonic_buffer_resource*) : std::vector() { } }; struct string : public std::string { string(): std::string() { } string(memory_resource*) : std::string() { } string(monotonic_buffer_resource*) : std::string() { } string(std::pmr::string&& s) : std::string(std::move(s)) { } string(const std::pmr::string& s) : std::string(s) { } string(const std::pmr::string& s, memory_resource*) : std::string(s) { } string(const std::pmr::string& s, monotonic_buffer_resource*) : std::string(s) { } string& operator=(const std::string& s) { std::string::operator=(s); return *this; } }; template struct unordered_map : public std::unordered_map { unordered_map(memory_resource*) : std::unordered_map() { } unordered_map(monotonic_buffer_resource*) : std::unordered_map() { } }; }} #endifbbuchfink-diamond-6dc5717/src/util/memory/vmbuffer.h000066400000000000000000000467471523407312000225000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later // // Backed directly by virtual memory rather than the heap. A fixed range of // address space is reserved at construction; pages inside it are committed on // grow and decommitted on shrink. The base pointer is stable for the lifetime // of the buffer, so neither operation moves data. // // Huge page support (HugePages::Transparent): // Linux — MADV_HUGEPAGE on committed ranges, 2 MB-aligned reservation, and // commit/decommit rounded to 2 MB so huge pages are never split. // macOS — unavailable. No THP; VM_FLAGS_SUPERPAGE_SIZE_2MB is x86-only and // absent on Apple Silicon (whose 16 KB base pages already cut TLB // pressure ~4x). Falls back to base pages. // Windows — unavailable *by design*. MEM_LARGE_PAGES requires // MEM_RESERVE|MEM_COMMIT in a single call and cannot be partially // decommitted, which is incompatible with copy-free shrink. // Falls back to base pages. // // Requesting huge pages is lazy: the reservation is 2 MB-aligned right away // (address space is free) but the commit granularity only switches to 2 MB once // the buffer actually asks for that much. A small buffer therefore costs no more // than it does with base pages — rounding a 1 KB buffer up to a huge page would // fault in 2 MB of physical memory for it, which no TLB saving pays back. // // A caller that only learns after construction whether the buffer will get big // enough to be worth it can turn huge pages on then, with // request_huge_pages(). // // Call huge_pages_active() to learn what you actually got. // // Two reservation modes: // fixed — constructed with an explicit max_bytes. That reservation is a hard // ceiling; growing past it throws std::bad_alloc. The base pointer // never moves. // auto — default-constructed (optionally with a HugePages setting). The // reservation is established on first growth and enlarged // geometrically when outgrown. Enlarging relocates (one memcpy of the // live bytes), so the base pointer is only stable between such // events; reserve enough up front and it never happens. // // VmVector at the bottom of this file wraps a VmBuffer in a std::vector-like // interface for trivially copyable element types. #pragma once #include #include #include #include #include #include #include #include #if defined(_WIN32) # ifndef WIN32_LEAN_AND_MEAN # define WIN32_LEAN_AND_MEAN # endif # ifndef NOMINMAX # define NOMINMAX # endif # include #else # include # include # if defined(MAP_NORESERVE) # define PB_MAP_NORESERVE MAP_NORESERVE # else # define PB_MAP_NORESERVE 0 // macOS/BSD: absent, overcommit is implicit # endif #endif enum class HugePages { Off, // base pages only Transparent // request THP where supported, silently fall back otherwise }; namespace detail { inline std::size_t page_size() noexcept { #if defined(_WIN32) static const std::size_t ps = [] { SYSTEM_INFO si; ::GetSystemInfo(&si); return static_cast(si.dwPageSize); }(); #else static const std::size_t ps = static_cast(::sysconf(_SC_PAGESIZE)); #endif return ps; } // Size of a huge page, or 0 if this platform cannot use them here. inline std::size_t huge_page_size() noexcept { #if defined(__linux__) && defined(MADV_HUGEPAGE) return std::size_t(2) * 1024 * 1024; // PMD size on x86-64 and arm64 #else return 0; #endif } inline std::size_t round_up(std::size_t n, std::size_t mult) noexcept { return ((n + mult - 1) / mult) * mult; } #if !defined(_WIN32) // Reserve `bytes` of address space whose base is a multiple of `align`. // mmap gives no alignment guarantee, so over-reserve and trim both ends. inline void* reserve_aligned(std::size_t bytes, std::size_t align) noexcept { const std::size_t slack = (align > page_size()) ? align : 0; void* raw = ::mmap(nullptr, bytes + slack, PROT_NONE, MAP_PRIVATE | MAP_ANONYMOUS | PB_MAP_NORESERVE, -1, 0); if (raw == MAP_FAILED) return nullptr; if (slack == 0) return raw; const std::uintptr_t lo = reinterpret_cast(raw); const std::uintptr_t aligned = (lo + align - 1) & ~std::uintptr_t(align - 1); if (aligned > lo) ::munmap(raw, aligned - lo); // trim head const std::uintptr_t end = aligned + bytes; const std::uintptr_t raw_end = lo + bytes + slack; if (raw_end > end) ::munmap(reinterpret_cast(end), raw_end - end); // trim tail return reinterpret_cast(aligned); } #endif inline void* reserve(std::size_t bytes, std::size_t align) noexcept { #if defined(_WIN32) (void)align; // no THP on Windows, so no alignment constraint to satisfy return ::VirtualAlloc(nullptr, bytes, MEM_RESERVE, PAGE_NOACCESS); #else return reserve_aligned(bytes, align); #endif } inline void release(void* base, std::size_t bytes) noexcept { #if defined(_WIN32) (void)bytes; ::VirtualFree(base, 0, MEM_RELEASE); #else ::munmap(base, bytes); #endif } inline bool commit(void* addr, std::size_t len, bool huge) noexcept { if (len == 0) return true; #if defined(_WIN32) (void)huge; return ::VirtualAlloc(addr, len, MEM_COMMIT, PAGE_READWRITE) != nullptr; #else if (::mprotect(addr, len, PROT_READ | PROT_WRITE) != 0) return false; # if defined(__linux__) && defined(MADV_HUGEPAGE) if (huge) ::madvise(addr, len, MADV_HUGEPAGE); // advisory; ignore failure # else (void)huge; # endif return true; #endif } // Hand physical pages back while keeping the address space reserved. inline void decommit(void* addr, std::size_t len) noexcept { if (len == 0) return; #if defined(_WIN32) ::VirtualFree(addr, len, MEM_DECOMMIT); #else // A fresh anonymous PROT_NONE mapping over the range drops the pages // immediately. Behaves identically on Linux and macOS, unlike the // MADV_DONTNEED / MADV_FREE split. ::mmap(addr, len, PROT_NONE, MAP_PRIVATE | MAP_ANONYMOUS | MAP_FIXED | PB_MAP_NORESERVE, -1, 0); #endif } } // namespace detail class VmBuffer { public: // Auto mode: no address space is held until the first growth. VmBuffer() noexcept : gran_(detail::page_size()) {} explicit VmBuffer(HugePages hp) noexcept { set_mode(hp); } // max_bytes is an address-space reservation, not an allocation; on 64-bit // it is nearly free, so be generous. It is the hard ceiling on growth. explicit VmBuffer(std::size_t max_bytes, HugePages hp = HugePages::Off) { set_mode(hp); fixed_ = true; // Rounded to the alignment, not the current granularity: the ceiling has // to still hold max_bytes after a switch to huge-page granularity. reserved_ = detail::round_up(max_bytes, align()); if (reserved_ == 0) return; base_ = static_cast(detail::reserve(reserved_, align())); if (!base_) { reserved_ = 0; throw std::bad_alloc(); } } ~VmBuffer() { reset(); } VmBuffer(VmBuffer&& o) noexcept : base_(o.base_), size_(o.size_), committed_(o.committed_), reserved_(o.reserved_), gran_(o.gran_), hps_(o.hps_), huge_(o.huge_), fixed_(o.fixed_) { o.disown(); } VmBuffer& operator=(VmBuffer&& o) noexcept { if (this != &o) { reset(); base_ = o.base_; size_ = o.size_; committed_ = o.committed_; reserved_ = o.reserved_; gran_ = o.gran_; huge_ = o.huge_; hps_ = o.hps_; fixed_ = o.fixed_; o.disown(); } return *this; } VmBuffer(const VmBuffer&) = delete; VmBuffer& operator=(const VmBuffer&) = delete; unsigned char* data() noexcept { return base_; } const unsigned char* data() const noexcept { return base_; } std::size_t size() const noexcept { return size_; } std::size_t capacity() const noexcept { return committed_; } std::size_t reserved() const noexcept { return reserved_; } bool empty() const noexcept { return size_ == 0; } // True only once the buffer has grown past a huge page and huge pages have // actually been requested from the OS. Whether the kernel honoured that also // depends on THP being 'always' or 'madvise' and on fragmentation; check // AnonHugePages in /proc/self/smaps to confirm. bool huge_pages_active() const noexcept { return huge_; } // What was asked for, which survives a buffer being empty or moved from. HugePages huge_pages_mode() const noexcept { return hps_ ? HugePages::Transparent : HugePages::Off; } std::size_t granularity() const noexcept { return gran_; } // Switch a buffer constructed with HugePages::Off over to // HugePages::Transparent, for callers that only learn how big the buffer // will get after it exists. Activation stays as lazy as it is for a buffer // constructed that way: the granularity switches on the first commit of a // whole huge page. Returns false, leaving the buffer untouched, where the // platform has no huge pages or the reservation cannot honour them. bool request_huge_pages() { const std::size_t hps = detail::huge_page_size(); if (hps_) return true; // already requested if (hps == 0) return false; // no huge pages on this platform if (base_) { // A fixed reservation is a hard ceiling and its base cannot move, // so neither the alignment nor the ceiling can be made to hold // under huge-page rounding. if (fixed_) return false; if (reinterpret_cast(base_) & (hps - 1)) { // Reserved before the request and so only base-page aligned; // move it now, while it is small, rather than on the growth // that activates huge pages. hps_ = hps; // align() picks it up relocate(committed_); return true; } } hps_ = hps; return true; } unsigned char& operator[](std::size_t i) noexcept { return base_[i]; } const unsigned char& operator[](std::size_t i) const noexcept { return base_[i]; } void reserve_bytes(std::size_t n) { if (n <= committed_) return; const bool activated = activate_huge(n); const std::size_t want = detail::round_up(n, gran_); if (want > reserved_) { if (fixed_) throw std::bad_alloc(); relocate(want); return; } // On the switch to huge pages re-advise from the base so the range // committed before it is covered too; mprotect over live pages is a // no-op, and base_ is huge-page aligned whenever hps_ is set. const std::size_t from = activated ? 0 : committed_; if (!detail::commit(base_ + from, want - from, huge_)) throw std::bad_alloc(); committed_ = want; } void resize(std::size_t n) { if (n > size_) reserve_bytes(n); size_ = n; } // Return whole granules past the live region to the OS. Nothing is copied // and data() is unchanged; pointers into [0, size()) stay valid. void shrink_to_fit() noexcept { const std::size_t want = detail::round_up(size_, gran_); if (want >= committed_) return; detail::decommit(base_ + want, committed_ - want); committed_ = want; } void clear() noexcept { size_ = 0; } void append(const void* src, std::size_t n) { reserve_bytes(size_ + n); std::memcpy(base_ + size_, src, n); size_ += n; } void reset() noexcept { if (base_) detail::release(base_, reserved_); base_ = nullptr; size_ = committed_ = reserved_ = 0; // Back to base pages; a reused buffer re-earns huge-page granularity by // growing into it again. The requested mode (hps_) is kept. huge_ = false; gran_ = detail::page_size(); } private: // Address space is cheap, relocation is not: reserve well past what is // asked for so that an unreserved fill pattern rarely has to copy. enum : std::size_t { RESERVE_FACTOR = 2, MIN_RESERVE = std::size_t(1) << 20 }; void set_mode(HugePages hp) noexcept { hps_ = (hp == HugePages::Transparent) ? detail::huge_page_size() : 0; huge_ = false; gran_ = detail::page_size(); } // Reservations are always huge-page aligned when huge pages are on the // table, so that activating them later needs no relocation. std::size_t align() const noexcept { return hps_ ? hps_ : detail::page_size(); } // Switch to huge-page granularity once a commit of at least one whole huge // page is asked for. From then on commit/decommit are rounded to the huge // page size, because a partial decommit would split the huge page back into // base pages and quietly undo the benefit. bool activate_huge(std::size_t n) noexcept { if (huge_ || hps_ == 0 || n < hps_) return false; gran_ = hps_; huge_ = true; return true; } void disown() noexcept { base_ = nullptr; size_ = committed_ = reserved_ = 0; huge_ = fixed_ = false; gran_ = detail::page_size(); // hps_ kept: the mode outlives the memory } // Auto mode only: take a larger reservation and move the live bytes there. void relocate(std::size_t want_commit) { const std::size_t scaled = want_commit <= std::size_t(-1) / RESERVE_FACTOR ? want_commit * RESERVE_FACTOR : want_commit; const std::size_t res = detail::round_up( scaled < MIN_RESERVE ? MIN_RESERVE : scaled, align()); unsigned char* nb = static_cast(detail::reserve(res, align())); if (!nb) throw std::bad_alloc(); if (!detail::commit(nb, want_commit, huge_)) { detail::release(nb, res); throw std::bad_alloc(); } if (size_) std::memcpy(nb, base_, size_); if (base_) detail::release(base_, reserved_); base_ = nb; reserved_ = res; committed_ = want_commit; } unsigned char* base_ = nullptr; std::size_t size_ = 0; // logical bytes in use std::size_t committed_ = 0; // granule-rounded bytes backed by memory std::size_t reserved_ = 0; // granule-rounded address space held std::size_t gran_ = 0; // commit/decommit granularity std::size_t hps_ = 0; // huge page size if requested & available bool huge_ = false; // gran_ == hps_ bool fixed_ = false; // reservation is a hard ceiling }; // std::vector-like view of a VmBuffer for trivially copyable elements. // Elements are never constructed or destroyed individually; growth commits // pages geometrically and shrink_to_fit() hands whole granules back to the OS // without copying anything. template class VmVector { #if __GNUC__ >= 5 || _MSC_VER || __clang__ static_assert(std::is_trivially_copyable::value, "VmVector requires a trivially copyable element type"); #endif public: using value_type = T; using size_type = std::size_t; using iterator = T*; using const_iterator = const T*; VmVector() = default; explicit VmVector(HugePages hp) noexcept : buf_(hp) {} VmVector(size_type n, const T& v) { resize(n, v); } VmVector(size_type n, const T& v, HugePages hp) : buf_(hp) { resize(n, v); } VmVector(const VmVector& o) : buf_(o.buf_.huge_pages_mode()) { assign(o.data(), o.size()); } VmVector& operator=(const VmVector& o) { if (this != &o) assign(o.data(), o.size()); return *this; } VmVector(VmVector&&) noexcept = default; VmVector& operator=(VmVector&&) noexcept = default; T* data() noexcept { return reinterpret_cast(buf_.data()); } const T* data() const noexcept { return reinterpret_cast(buf_.data()); } size_type size() const noexcept { return buf_.size() / sizeof(T); } size_type capacity() const noexcept { return buf_.capacity() / sizeof(T); } bool empty() const noexcept { return buf_.empty(); } T& operator[](size_type i) noexcept { return data()[i]; } const T& operator[](size_type i) const noexcept { return data()[i]; } T& back() noexcept { return data()[size() - 1]; } const T& back() const noexcept { return data()[size() - 1]; } iterator begin() noexcept { return data(); } iterator end() noexcept { return data() + size(); } const_iterator begin() const noexcept { return data(); } const_iterator end() const noexcept { return data() + size(); } const_iterator cbegin() const noexcept { return begin(); } const_iterator cend() const noexcept { return end(); } void reserve(size_type n) { buf_.reserve_bytes(n * sizeof(T)); } bool request_huge_pages() { return buf_.request_huge_pages(); } bool huge_pages_active() const noexcept { return buf_.huge_pages_active(); } void resize(size_type n) { const size_type s = size(); grow(n); buf_.resize(n * sizeof(T)); //if (n > s) std::memset(data() + s, 0, (n - s) * sizeof(T)); } void resize(size_type n, const T& v) { const size_type s = size(); grow(n); buf_.resize(n * sizeof(T)); if (n > s) std::fill(data() + s, data() + n, v); } void clear() noexcept { buf_.clear(); } void shrink_to_fit() noexcept { buf_.shrink_to_fit(); } void push_back(const T& v) { const size_type s = size(); grow(s + 1); buf_.resize((s + 1) * sizeof(T)); data()[s] = v; } template void append(It first, It last) { const size_type n = size_type(std::distance(first, last)); const size_type s = size(); grow(s + n); buf_.resize((s + n) * sizeof(T)); std::copy(first, last, data() + s); } void append(size_type n, const T& v) { const size_type s = size(); grow(s + n); buf_.resize((s + n) * sizeof(T)); std::fill(data() + s, data() + s + n, v); } void assign(const T* src, size_type n) { buf_.clear(); grow(n); buf_.resize(n * sizeof(T)); if (n) std::memcpy(data(), src, n * sizeof(T)); } private: // Geometric so that an unreserved fill does not commit one page at a time. void grow(size_type n) { const size_type cap = capacity(); if (n <= cap) return; reserve(n > cap + cap / 2 ? n : cap + cap / 2); } VmBuffer buf_; };bbuchfink-diamond-6dc5717/src/util/optional.h000066400000000000000000000134421523407312000211630ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include struct in_place_t { explicit in_place_t() {} }; static const in_place_t in_place{}; struct nullopt_t { explicit nullopt_t(int) {} }; static const nullopt_t nullopt{ 0 }; struct bad_optional_access : std::logic_error { bad_optional_access() : std::logic_error("bad optional access") {} }; template class optional { static_assert(!std::is_reference::value, "optional is not supported"); static_assert(!std::is_void::value, "optional is not supported"); public: typedef T value_type; optional() noexcept : engaged_(false) {} optional(nullopt_t) noexcept : engaged_(false) {} optional(const T& v) : engaged_(false) { emplace(v); } optional(T&& v) : engaged_(false) { emplace(std::move(v)); } optional(in_place_t) : engaged_(false) { emplace(); } template explicit optional(in_place_t, Args&&... args) : engaged_(false) { emplace(std::forward(args)...); } optional(const optional& other) : engaged_(false) { if (other.engaged_) emplace(*other.ptr()); } optional(optional&& other) noexcept(std::is_nothrow_move_constructible::value) : engaged_(false) { if (other.engaged_) emplace(std::move(*other.ptr())); } ~optional() { reset(); } optional& operator=(nullopt_t) noexcept { reset(); return *this; } optional& operator=(const optional& other) { if (this == &other) return *this; if (engaged_ && other.engaged_) { *ptr() = *other.ptr(); } else if (engaged_ && !other.engaged_) { reset(); } else if (!engaged_ && other.engaged_) { emplace(*other.ptr()); } return *this; } optional& operator=(optional&& other) noexcept( std::is_nothrow_move_constructible::value && std::is_nothrow_move_assignable::value) { if (this == &other) return *this; if (engaged_ && other.engaged_) { *ptr() = std::move(*other.ptr()); } else if (engaged_ && !other.engaged_) { reset(); } else if (!engaged_ && other.engaged_) { emplace(std::move(*other.ptr())); } return *this; } optional& operator=(const T& v) { if (engaged_) *ptr() = v; else emplace(v); return *this; } optional& operator=(T&& v) { if (engaged_) *ptr() = std::move(v); else emplace(std::move(v)); return *this; } bool has_value() const noexcept { return engaged_; } explicit operator bool() const noexcept { return engaged_; } T& value() & { if (!engaged_) throw bad_optional_access(); return *ptr(); } const T& value() const & { if (!engaged_) throw bad_optional_access(); return *ptr(); } T&& value() && { if (!engaged_) throw bad_optional_access(); return std::move(*ptr()); } T* operator->() { return &value(); } const T* operator->() const { return &value(); } T& operator*() & { return value(); } const T& operator*() const & { return value(); } T&& operator*() && { return std::move(value()); } template T value_or(U&& default_value) const { return engaged_ ? *ptr() : static_cast(std::forward(default_value)); } void reset() noexcept { if (engaged_) { ptr()->~T(); engaged_ = false; } } template T& emplace(Args&&... args) { reset(); new (&storage_) T(std::forward(args)...); engaged_ = true; return *ptr(); } void swap(optional& other) noexcept( std::is_nothrow_move_constructible::value && std::is_nothrow_move_assignable::value) { if (engaged_ && other.engaged_) { using std::swap; swap(*ptr(), *other.ptr()); } else if (engaged_ && !other.engaged_) { other.emplace(std::move(*ptr())); reset(); } else if (!engaged_ && other.engaged_) { emplace(std::move(*other.ptr())); other.reset(); } } private: T* ptr() { return reinterpret_cast(&storage_); } const T* ptr() const { return reinterpret_cast(&storage_); } struct Storage { alignas(T) unsigned char storage[sizeof(T)]; }; Storage storage_; bool engaged_; }; template inline void swap(optional& a, optional& b) noexcept(noexcept(a.swap(b))) { a.swap(b); } template inline bool operator==(const optional& a, const optional& b) { if (a.has_value() != b.has_value()) return false; return a.has_value() ? (*a == *b) : true; } template inline bool operator!=(const optional& a, const optional& b) { return !(a == b); } template inline bool operator==(const optional& a, nullopt_t) { return !a.has_value(); } template inline bool operator==(nullopt_t, const optional& a) { return !a.has_value(); } template inline bool operator!=(const optional& a, nullopt_t) { return a.has_value(); } template inline bool operator!=(nullopt_t, const optional& a) { return a.has_value(); } template inline optional::type> make_optional(T&& v) { return optional::type>(std::forward(v)); }bbuchfink-diamond-6dc5717/src/util/options/000077500000000000000000000000001523407312000206545ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/options/option.h000066400000000000000000000071731523407312000223450ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include struct OptionsGroup; struct OptionBase { OptionBase(const std::string& id, char short_id, const std::string& desc, bool disabled, const OptionsGroup* group) : id(id), desc(desc), short_id(short_id), disabled(disabled), group(group) {} virtual void read(const std::vector& v) = 0; virtual bool present() = 0; virtual void set_default() = 0; virtual ~OptionBase() {} const std::string id, desc; const char short_id; bool disabled; const OptionsGroup* group; }; template struct Option : public T { Option(): present_(false) {} bool present() const { return present_; } bool blank() const { return !present_; } Option& operator=(const T& value) { *static_cast(this) = value; present_ = true; return *this; } void require() { if(!present_) throw std::runtime_error("Missing parameter: --" + base_->id + "/-" + base_->short_id); } T get(const T& default_value) const { return present_ ? *this : default_value; } T get_present() const { if (!present_) throw std::runtime_error("Option::get_present"); return *this; } void unset() { present_ = false; } private: bool present_; const OptionBase* base_; template friend void set_base_ptr(Option&, const OptionBase*); }; template<> struct Option { Option() : present_(false) {} bool present() const { return present_; } bool blank() const { return !present_; } Option& operator=(const double value) { value_ = value; present_ = true; return *this; } void set_if_blank(const double value) { if (!present_) this->operator=(value); } void unset() { present_ = false; } operator double() const { if (!present_) throw std::runtime_error("Option::present"); return value_; } double get(const double default_value) const { return present_ ? value_ : default_value; } double get_present() const { if (!present_) throw std::runtime_error("Option::get_present"); return value_; } private: double value_; bool present_; const OptionBase* base_; template friend void set_base_ptr(Option&, const OptionBase*); }; template<> struct Option { Option() : present_(false) {} bool present() const { return present_; } bool blank() const { return !present_; } Option& operator=(const int64_t value) { value_ = value; present_ = true; return *this; } void set_if_blank(const int64_t value) { if (!present_) this->operator=(value); } void unset() { present_ = false; } operator int64_t() const { if (!present_) throw std::runtime_error("Option::present"); return value_; } int64_t get(const int64_t default_value) const { return present_ ? value_ : default_value; } private: int64_t value_; bool present_; const OptionBase* base_; template friend void set_base_ptr(Option&, const OptionBase*); };bbuchfink-diamond-6dc5717/src/util/parallel/000077500000000000000000000000001523407312000207555ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/parallel/atomic.h000066400000000000000000000036511523407312000224070ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "filestack.h" template void exchange_if_smaller(std::atomic& value, T replacement) { T current = value.load(std::memory_order_relaxed); while (current > replacement && !value.compare_exchange_weak( current, replacement, std::memory_order_relaxed, std::memory_order_relaxed)) { } } template void exchange_if_larger(std::atomic& value, T replacement) { T current = value.load(std::memory_order_relaxed); while (current < replacement && !value.compare_exchange_weak( current, replacement, std::memory_order_relaxed, std::memory_order_relaxed)) { } } struct Atomic { template Atomic(const std::string& file_name, Job& job): stack_(file_name, job) { } int64_t get() { int64_t i; stack_.top(i); return i >= 0 ? i : 0; } int64_t fetch_add(int64_t n = 1) { return stack_.fetch_add(n); } void await(int64_t n) { for (;;) { int64_t i; stack_.top(i); if (i >= n) return; std::this_thread::sleep_for(std::chrono::seconds(1)); } } void close() { stack_.close(); } void remove() { stack_.remove(); } private: FileStack stack_; };bbuchfink-diamond-6dc5717/src/util/parallel/filestack.cpp000066400000000000000000000310511523407312000234260ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink, Klaus Reuter Code developed by Klaus Reuter This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include #include #include "multiprocessing.h" #include "util/system/system.h" #ifdef _WIN32 #else #include #include #include #include #endif // #define DEBUG #undef DEBUG #include "filestack.h" using std::runtime_error; using std::this_thread::sleep_for; using std::numeric_limits; using std::to_string; using std::string; using std::vector; const string default_file_name = "default_stack.idx"; const int default_max_line_length = 4096; FileStack::FileStack() : FileStack::FileStack(default_file_name) { std::cerr << "FileStack: Using default file name " << default_file_name << std::endl; } void FileStack::remove() { close(); remove_tmp_file(file_name_); } FileStack::FileStack(const string & file_name) : FileStack::FileStack(file_name, default_max_line_length) { } void FileStack::close() { #ifdef _WIN32 if (hFile != INVALID_HANDLE_VALUE) { CloseHandle(hFile); hFile = INVALID_HANDLE_VALUE; } #else if (fd >= 0) { ::close(fd); fd = -1; } #endif } FileStack::FileStack(const string & file_name, int maximum_line_length): file_name_(file_name) { #ifdef _WIN32 hFile = CreateFile(TEXT(file_name.c_str()), FILE_GENERIC_WRITE | FILE_GENERIC_READ, FILE_SHARE_READ | FILE_SHARE_WRITE, NULL, OPEN_ALWAYS, FILE_ATTRIBUTE_NORMAL, NULL); if (hFile == INVALID_HANDLE_VALUE) throw std::runtime_error("Error opening file " + file_name_); #else DBG(""); fd = open(file_name.c_str(), O_RDWR | O_CREAT, 00664); if (fd == -1) { throw(std::runtime_error("could not open file " + file_name_)); } #endif set_max_line_length(maximum_line_length); } FileStack::~FileStack() { close(); } int FileStack::lock() { mtx_.lock(); #ifdef _WIN32 OVERLAPPED overlapvar; overlapvar.Offset = 0; overlapvar.OffsetHigh = 0; if(!LockFileEx(hFile, LOCKFILE_EXCLUSIVE_LOCK, 0, MAXDWORD, MAXDWORD, &overlapvar)) throw runtime_error("could not put lock on file " + file_name_); return 0; #else DBG(""); int fcntl_status = -1; if (fd >= 0) { memset(&lck, 0, sizeof(lck)); lck.l_type = F_WRLCK; // exclusive lock lck.l_whence = SEEK_SET; lck.l_start = 0; lck.l_len = 0; fcntl_status = fcntl(fd, F_SETLKW, &lck); if (fcntl_status == -1) { throw(std::runtime_error("could not put lock on file " + file_name_)); } } else { throw(std::runtime_error("could not put lock on non-open file " + file_name_)); } return fcntl_status; #endif } int FileStack::unlock() { #ifdef _WIN32 OVERLAPPED overlapvar; overlapvar.Offset = 0; overlapvar.OffsetHigh = 0; if (!UnlockFileEx(hFile, 0, MAXDWORD, MAXDWORD, &overlapvar)) throw(std::runtime_error("could not unlock file " + file_name_)); mtx_.unlock(); return 0; #else DBG(""); int fcntl_status = -1; if (fd >= 0) { lck.l_type = F_UNLCK; fcntl_status = fcntl(fd, F_SETLKW, &lck); if (fcntl_status == -1) { throw(std::runtime_error("could not unlock file " + file_name_)); } } mtx_.unlock(); return fcntl_status; #endif } int64_t FileStack::seek(int64_t offset, int mode) { #ifdef _WIN32 LARGE_INTEGER ptr, o; o.QuadPart = offset; const BOOL ret = SetFilePointerEx(hFile, o, &ptr, mode == SEEK_END ? FILE_END : FILE_BEGIN); if (!ret) throw std::runtime_error("Failed to seek"); return ptr.QuadPart; #else return lseek(fd, offset, mode); #endif } size_t FileStack::read(char* buf, size_t size) { #ifdef _WIN32 DWORD n; if (!ReadFile(hFile, buf, (DWORD)size, &n, NULL)) throw runtime_error("Error reading file " + file_name_); return n; #else ssize_t i = ::read(fd, buf, size); if (i < 0) throw runtime_error("Error reading file " + file_name_); return (size_t)i; #endif } int64_t FileStack::write(const char* buf, size_t size) { #ifdef _WIN32 DWORD n; if (!WriteFile(hFile, buf, (DWORD)size, &n, NULL)) throw std::runtime_error("Error writing file " + file_name_); return n; #else return ::write(fd, buf, size); #endif } int FileStack::truncate(size_t size) { #ifdef _WIN32 seek(size, SEEK_SET); if (!SetEndOfFile(hFile)) throw std::runtime_error("Error calling SetEndOfFile"); return 0; #else return ftruncate(fd, size); #endif } int64_t FileStack::pop_non_locked(string & buf, const bool keep_flag, size_t & size_after_pop) { DBG(""); buf.clear(); int stat = 0; const int64_t size = seek(0, SEEK_END); if (size > 0) { int64_t jmp = size >= max_line_length ? size - max_line_length : 0; seek(jmp, SEEK_SET); char * raw = new char[max_line_length * sizeof(char)]; const int64_t n_read = read(raw, max_line_length); string chunk; chunk.assign(raw, n_read); delete [] raw; size_t begin = 0, end = 0; const char key = '\n'; size_t found = chunk.rfind(key); if (found != string::npos) { end = found; } if (end > 0) { found = chunk.rfind(key, end-1); if (found != string::npos) { begin = found + 1; } } const size_t line_size = end - begin + 1; if (line_size > 0) { buf.assign(chunk, begin, line_size - (chunk[begin + line_size - 1] == '\n' ? 1 : 0)); if (! keep_flag) { stat = truncate(size - line_size); } } } if (size_after_pop != numeric_limits::max()) { size_after_pop = this->size(); } if (stat == -1) { return stat; } else { DBG(buf); return buf.size(); } } int64_t FileStack::pop_exclusive(string & buf) { DBG(""); size_t size_after_pop = numeric_limits::max(); return pop_non_locked(buf, false, size_after_pop); } int FileStack::pop(string & buf, const bool keep_flag, size_t & size_after_pop) { DBG(""); lock(); int val = (int)pop_non_locked(buf, keep_flag, size_after_pop); unlock(); return val; } int FileStack::pop(string& buf) { DBG(""); size_t size_after_pop = numeric_limits::max(); return pop(buf, false, size_after_pop); } int FileStack::top(string & buf) { DBG(""); size_t size_after_pop = numeric_limits::max(); return pop(buf, true, size_after_pop); } int FileStack::pop(string& buf, size_t& size_after_pop) { DBG(""); return pop(buf, false, size_after_pop); } int64_t FileStack::pop_non_locked(int64_t & i) { DBG(""); string buf; size_t size_after_pop = numeric_limits::max(); const int get_status = pop_non_locked(buf, false, size_after_pop); if (get_status > 0) { return i = std::stoll(buf); } else { return i = -1; } } int64_t FileStack::pop(int64_t& i) { lock(); const int64_t r = pop_non_locked(i); unlock(); return r; } int64_t FileStack::top(int64_t& i) { DBG(""); string buf; size_t size_after_pop = numeric_limits::max(); const int get_status = pop(buf, true, size_after_pop); if (get_status > 0) { return i = std::stoll(buf); } else { return i = -1; } } void FileStack::remove(const string & line) { DBG(""); lock(); const int64_t size = seek(0, SEEK_END); seek(0, SEEK_SET); char * raw = new char[size * sizeof(char)]; const int64_t n_read = read(raw, size); string buf; buf.assign(raw, n_read); delete [] raw; vector tokens = split(buf, '\n'); buf.clear(); tokens.erase(std::remove(tokens.begin(), tokens.end(), line), tokens.end()); seek(0, SEEK_SET); int stat = truncate(0); for (auto it = tokens.begin(); it != tokens.end(); ++it) { buf = *it + '\n'; size_t n = write(buf.c_str(), buf.size()); } unlock(); } int64_t FileStack::push_exclusive(const string & buf) { DBG(""); static const string nl("\n"); seek(0, SEEK_END); size_t n = write(buf.c_str(), buf.size()); if (buf.back() != nl.back()) { n += write(nl.c_str(), nl.size()); } return n; } int64_t FileStack::push(const string & buf, size_t & size_after_push) { DBG(""); lock(); int64_t n = push_exclusive(buf); if (size_after_push != numeric_limits::max()) { size_after_push = size_unlocked(); } unlock(); return n; } std::string FileStack::file_name() const { return file_name_; } int64_t FileStack::push(const string & buf) { DBG(""); size_t size_after_push = numeric_limits::max(); return push(buf, size_after_push); } int64_t FileStack::push_non_locked(int64_t i) { DBG(""); string buf = to_string(i); return push_exclusive(buf); } int64_t FileStack::push(int64_t i) { lock(); const int64_t r = push_non_locked(i); unlock(); return r; } size_t FileStack::size() { DBG(""); lock(); const size_t c = size_unlocked(); unlock(); return c; } size_t FileStack::size_unlocked() { DBG(""); size_t c = 0; const size_t chunk_size = default_max_line_length; char * raw = new char[chunk_size * sizeof(char)]; size_t n_bytes, i; seek(0, SEEK_SET); while ((n_bytes = read(raw, chunk_size)) > 0) { for (i=0; i sleep_time(sleep_s); for (size_t i=0; i < max_iter; ++i) { top(buf); if (buf.find(query) != string::npos) { DBG(string("") + " success : poll_iteration=" + to_string(i) + ", query=" + "\"" + query + "\""); return true; } else { DBG(string("") + " ongoing : poll_iteration=" + to_string(i) + ", query=" + "\"" + query + "\""); } if (buf.find("STOP") != string::npos) { throw(runtime_error("STOP on FileStack " + file_name_)); } sleep_for(sleep_time); } throw(runtime_error("Could not discover keyword " + query + " on FileStack " + file_name_ + " within " + to_string(double(max_iter) * sleep_s) + " seconds.")); return false; // TODO : finally decide on the semantics }; bool FileStack::poll_size(const size_t size, const double sleep_s, const size_t max_iter) { DBG(""); string buf; const std::chrono::duration sleep_time(sleep_s); for (size_t i=0; i < max_iter; ++i) { if (this->size() == size) { return true; } sleep_for(sleep_time); } throw(runtime_error("Could not detect size " + to_string(size) + " of FileStack " + file_name_ + " within " + to_string(double(max_iter) * sleep_s) + " seconds.")); return false; // TODO : finally decide on the semantics }; int FileStack::set_max_line_length(int n) { DBG(""); const int minimum_line_length = 8; if (n < minimum_line_length) { n = minimum_line_length; } max_line_length = n; return max_line_length; } int FileStack::get_max_line_length() { DBG(""); return max_line_length; } int64_t FileStack::fetch_add(int64_t n) { string s; lock(); int64_t i; pop_non_locked(i); if (i == -1) i = 0; push_non_locked(i + n); // message_stream << "Atomic = " << i << std::endl; unlock(); return i; } bbuchfink-diamond-6dc5717/src/util/parallel/filestack.h000066400000000000000000000061421523407312000230760ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink, Klaus Reuter Code developed by Klaus Reuter This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #ifdef _WIN32 #define NOMINMAX #define WIN32_LEAN_AND_MEAN #include #else #include #include #endif #ifdef DEBUG #define DBG(x) (std::cerr << __PRETTY_FUNCTION__ << ":" << __LINE__ << " " << x << std::endl) #else #define DBG(x) #endif class FileStack { public: FileStack(); FileStack(const std::string & file_name); FileStack(const std::string & file_name, int maximum_line_length); ~FileStack(); void close(); template FileStack(const std::string& file_name, Job& job): FileStack(file_name) { job.register_sync_file(file_name); } size_t size(); int64_t pop(int64_t& i); int pop(std::string & buf); int pop(std::string & buf, size_t & size_after_pop); int64_t top(int64_t& i); int top(std::string & buf); void remove(const std::string & line); int64_t push(int64_t i); int64_t push(const std::string & buf); int64_t push(const std::string & buf, size_t & size_after_push); int64_t fetch_add(int64_t n = 1); int get_max_line_length(); int set_max_line_length(int n); int clear(); int64_t seek(int64_t offset, int mode); size_t read(char* buf, size_t size); int64_t write(const char* buf, size_t size); int truncate(size_t size); bool poll_query(const std::string & query, const double sleep_s=0.5, const size_t max_iter=7200); bool poll_size(const size_t size, const double sleep_s=0.5, const size_t max_iter=7200); std::string file_name() const; int64_t pop_exclusive(std::string& buf); int64_t push_exclusive(const std::string& buf); void remove(); private: int lock(); int unlock(); size_t size_unlocked(); #ifdef _WIN32 HANDLE hFile; #else int fd; struct flock lck; #endif std::string file_name_; off_t max_line_length; int pop(std::string &, const bool, size_t &); int64_t pop_non_locked(std::string &, const bool, size_t &); int64_t pop_non_locked(int64_t& i); int64_t push_non_locked(int64_t i); std::mutex mtx_; };bbuchfink-diamond-6dc5717/src/util/parallel/multiprocessing.cpp000066400000000000000000000043131523407312000247110ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink, Klaus Reuter Code developed by Klaus Reuter This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later // various tools related to the multiprocessing parallelization, to be moved elsewhere #include #include #include #include "multiprocessing.h" using std::stringstream; using std::ifstream; using std::ofstream; using std::ios; using std::string; using std::vector; vector split(const string & str, const char delim) { stringstream strstr(str); string segment; vector segments; while(getline(strstr, segment, delim)) { segments.push_back(segment); } return segments; } string join(const vector & tokens, const char delim) { string buf; for (size_t i=0; i= 2) && (str.front() == '"') && (str.back() == '"')) { return string(str.begin()+1, str.end()-1); } else { return str; } } void copy(const string & src_file_name, const string & dst_file_name) { ifstream src(src_file_name, ios::binary); ofstream dst(dst_file_name, ios::binary); dst << src.rdbuf(); } string join_path(const string & path_1, const string & path_2) { #ifdef __unix const string sep = "/"; #else const string sep = "\\"; #endif return path_1 + sep + path_2; } bool file_exists(const string & file_name) { ifstream fp(file_name.c_str()); return fp.good(); } bbuchfink-diamond-6dc5717/src/util/parallel/multiprocessing.h000066400000000000000000000055561523407312000243700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink, Klaus Reuter Code developed by Klaus Reuter This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once // various tools related to the multiprocessing parallelization, to be moved elsewhere #include #include #include #include #include std::vector split(const std::string & str, const char delim); std::string join(const std::vector & tokens, const char delim); std::string quote(const std::string & str); std::string unquote(const std::string & str); void copy(const std::string & src_file_name, const std::string & dst_file_name); std::string join_path(const std::string & path_1, const std::string & path_2); bool file_exists(const std::string & file_name); template std::istream& load_scalar(std::istream& is, T & v) { is.read(reinterpret_cast(&v), sizeof(v)); return is; } template std::istream& load_string(std::istream& is, S & s) { auto size = s.size(); is.read(reinterpret_cast(&size), sizeof(size)); std::vector v; v.resize(size); is.read(reinterpret_cast(v.data()), size * sizeof(char)); v.push_back('\0'); s = reinterpret_cast(v.data()); return is; } template std::istream& load_vector(std::istream& is, CONTAINER & v) { auto size = v.size(); is.read(reinterpret_cast(&size), sizeof(size)); v.resize(size); is.read(reinterpret_cast(v.data()), v.size() * sizeof(typename CONTAINER::value_type)); return is; } template std::ostream& save_scalar(std::ostream& os, T & v) { os.write(reinterpret_cast(&v), sizeof(v)); return os; } template std::ostream& save_vector(std::ostream& os, CONTAINER const& v) { auto size = v.size(); os.write(reinterpret_cast(&size), sizeof(size)); os.write(reinterpret_cast(v.data()), v.size() * sizeof(typename CONTAINER::value_type)); return os; } template std::string append_label(const std::string & str, const T & label, const size_t width=6) { std::stringstream ss; ss << std::setfill('0') << std::setw(width) << label; return str + ss.str(); } bbuchfink-diamond-6dc5717/src/util/parallel/mutex.h000066400000000000000000000020411523407312000222650ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include struct Sync {}; struct Async {}; template struct Mutex {}; template<> struct Mutex { void lock() {} void unlock() {} }; template<> struct Mutex { void lock() { mtx_.lock(); } void unlock() { mtx_.unlock(); } private: std::mutex mtx_; };bbuchfink-diamond-6dc5717/src/util/parallel/parallelizer.cpp000066400000000000000000000150361523407312000241540ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink, Klaus Reuter Code developed by Klaus Reuter This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include "../system.h" #include "util/system/system.h" #ifndef WIN32 #include #include #endif #include "multiprocessing.h" // #define DEBUG #undef DEBUG #include "filestack.h" #include "parallelizer.h" using std::shared_ptr; using std::runtime_error; using std::to_string; using std::cerr; using std::endl; using std::string; using std::vector; std::shared_ptr Parallelizer::instance_ptr = nullptr; std::shared_ptr Parallelizer::get() { DBG(""); if (! instance_ptr) { instance_ptr = shared_ptr(new Parallelizer()); } return instance_ptr; } Parallelizer::Parallelizer() : work_directory("parallelizer"), n_registered(0), master_flag(true), i_barrier(0), initialized(false) { DBG(""); // call init() later explicitly for final inizialization including worker registration } void Parallelizer::init(const string & tempdir) { DBG(""); if (tempdir.size() > 0) { work_directory = join_path(tempdir, work_directory); } DBG("work_directory = " + work_directory); mkdir(work_directory); char hostname[1024]; hostname[1023] = '\0'; #ifndef WIN32 gethostname(hostname, 1023); id = string(hostname) + "_" + to_string(getpid()); #else DWORD size = 1024; if (!GetComputerNameA(hostname, &size)) throw runtime_error("GetComputerNameA failed: " + to_string(GetLastError())); id = string(hostname) + "_" + to_string(_getpid()); #endif DBG("id = " + id); create_stack(LOG, id); create_stack(COMMAND); create_stack(WORKERS); create_stack(REGISTER); barrier_file = join_path(work_directory, BARRIER); log("PARALLELIZER BEGIN"); initialized = true; } void Parallelizer::clear() { } Parallelizer::~Parallelizer() { DBG(""); if (initialized) { log("PARALLELIZER END"); clean(continuous_cleanup_list); clean(final_cleanup_list); } } string Parallelizer::get_id() { return id; } int Parallelizer::get_rank() { return rank; } string Parallelizer::get_work_directory() { return work_directory; } int Parallelizer::get_n_registered() { return n_registered; } bool Parallelizer::is_master() { return master_flag; } string Parallelizer::get_barrier_file_name(const string & step, const string & tag, int i) { return barrier_file + "_" + step + "_" + tag + "_" + to_string(i); } bool Parallelizer::barrier(const string & tag) { if (! initialized) { return false; } auto cmd_file_name = get_barrier_file_name("cmd", tag, i_barrier); DBG(cmd_file_name); FileStack cmd_fs(cmd_file_name); auto ack_file_name = get_barrier_file_name("ack", tag, i_barrier); DBG(ack_file_name); FileStack ack_fs(ack_file_name); static const string msg = "WAIT"; if (is_master()) { ack_fs.clear(); cmd_fs.push(msg); } cmd_fs.poll_query(msg); ack_fs.push(id); DBG(msg); static const string msg_ok = "GOON"; if (is_master()) { const size_t n_workers = get_stack(WORKERS)->size(); ack_fs.poll_size(n_workers); cmd_fs.push(msg_ok); } cmd_fs.poll_query(msg_ok); DBG(msg_ok); if (is_master()) { clean(continuous_cleanup_list); continuous_cleanup_list.push_back(cmd_file_name); continuous_cleanup_list.push_back(ack_file_name); } i_barrier++; return true; } bool Parallelizer::register_workers(const double sleep_s) { DBG(id); get_stack(REGISTER)->push(id); sleep(sleep_s); if (is_master()) { string line; while (get_stack(REGISTER)->pop(line)) { get_stack(WORKERS)->push(line); n_registered++; } DBG("n_registered = " + to_string(n_registered)); } return true; } bool Parallelizer::create_stack(const std::string & tag, std::string sfx) { if (fs_map.find(tag) == fs_map.end()) { if (sfx.size() > 0) { sfx = "_" + sfx; } const string file_name = join_path(work_directory, tag + sfx); DBG(file_name); return create_stack_from_file(tag, file_name); } else { return false; } } bool Parallelizer::create_stack_from_file(const std::string & tag, const std::string & file_name) { delete_stack(tag); fs_map.emplace(tag, shared_ptr(new FileStack(file_name))); DBG(file_name); return true; } std::shared_ptr Parallelizer::get_stack(const std::string & tag) { // cerr << __PRETTY_FUNCTION__ << endl; return fs_map.at(tag); } bool Parallelizer::delete_stack(const std::string & tag) { if (fs_map.find(tag) != fs_map.end()) { fs_map.erase(tag); return true; } else { return false; } } void Parallelizer::sleep(const double sleep_s) { const std::chrono::duration sleep_time(sleep_s); std::this_thread::sleep_for(sleep_time); } bool Parallelizer::clean(vector & file_list) { for (auto s : file_list) { errno = 0; UNLINK(s.c_str()); } file_list.clear(); return true; } void Parallelizer::list_filestacks() { // cerr << __PRETTY_FUNCTION__ << endl; for (auto item : fs_map) cerr << item.first << " : " << item.second << endl; } void Parallelizer::log(const string & buf) { auto log_stack = get_stack(LOG); // we use ms since the Epoch as the universal timestamp const auto ms = std::chrono::duration_cast( std::chrono::system_clock::now() - std::chrono::time_point{} ).count(); const string tagged_buf = to_string(ms) + ' ' + buf + '\n'; log_stack->push(tagged_buf); }bbuchfink-diamond-6dc5717/src/util/parallel/parallelizer.h000066400000000000000000000052761523407312000236260ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink, Klaus Reuter Code developed by Klaus Reuter This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "filestack.h" #define AUTOTAG std::string(__FUNCTION__)+"_"+std::to_string(__LINE__) class Parallelizer { public: Parallelizer(); ~Parallelizer(); void init(const std::string & tempdir = std::string()); void clear(); int get_rank(); std::string get_id(); std::string get_work_directory(); int get_n_registered(); bool is_master(); bool register_workers(const double sleep_s=5.0); bool barrier(const std::string & tag); bool create_stack_from_file(const std::string & tag, const std::string & file_name); bool create_stack(const std::string & tag, std::string sfx=""); bool delete_stack(const std::string & tag); std::shared_ptr get_stack(const std::string & tag); static void sleep(const double sleep_s); void log(const std::string & buf); const std::string LOG = "log"; const std::string COMMAND = "command"; const std::string WORKERS = "workers"; const std::string REGISTER = "register"; static std::shared_ptr get(); void list_filestacks(); private: static std::shared_ptr instance_ptr; const std::string BARRIER = "barrier"; std::string work_directory; std::string barrier_file; int rank; std::string id; int n_registered; bool master_flag; int i_barrier; bool initialized; std::string get_barrier_file_name(const std::string & step, const std::string & tag, int i); bool clean(std::vector & file_list); std::vector continuous_cleanup_list; std::vector final_cleanup_list; std::unordered_map> fs_map; };bbuchfink-diamond-6dc5717/src/util/parallel/semaphore.h000066400000000000000000000110211523407312000231040ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #if defined(__APPLE__) #include #elif defined(_WIN32) #ifndef WIN32_LEAN_AND_MEAN #define WIN32_LEAN_AND_MEAN #endif #ifndef NOMINMAX #define NOMINMAX #endif #include #include #pragma comment(lib, "Synchronization.lib") // Required for WaitOnAddress #elif defined(__linux__) #include #include #include #include #else #define NO_FUTEX #endif #ifndef NO_FUTEX template class CountingSemaphore { #if defined(__APPLE__) dispatch_semaphore_t sem; #else std::atomic count; #endif public: static constexpr ptrdiff_t max() noexcept { return least_max_value; } explicit CountingSemaphore(ptrdiff_t desired) #if defined(__APPLE__) : sem(dispatch_semaphore_create(static_cast(desired))) #else : count(static_cast(desired)) #endif { } #if defined(__APPLE__) ~CountingSemaphore() { #if !__has_feature(objc_arc) dispatch_release(sem); #endif } #else ~CountingSemaphore() = default; #endif CountingSemaphore(const CountingSemaphore&) = delete; CountingSemaphore& operator=(const CountingSemaphore&) = delete; void release(ptrdiff_t update = 1) { #if defined(__APPLE__) for (ptrdiff_t i = 0; i < update; ++i) { dispatch_semaphore_signal(sem); } #else count.fetch_add(static_cast(update), std::memory_order_release); sys_wake(static_cast(update)); #endif } void acquire() { #if defined(__APPLE__) dispatch_semaphore_wait(sem, DISPATCH_TIME_FOREVER); #else int32_t old = count.load(std::memory_order_relaxed); while (true) { if (old > 0) { if (count.compare_exchange_weak(old, old - 1, std::memory_order_acquire, std::memory_order_relaxed)) { return; } } else { sys_wait(old); old = count.load(std::memory_order_relaxed); } } #endif } private: #if defined(_WIN32) void sys_wake(int32_t upd) { if (upd == 1) { WakeByAddressSingle(reinterpret_cast(&count)); } else { WakeByAddressAll(reinterpret_cast(&count)); } } void sys_wait(int32_t expected) { WaitOnAddress(reinterpret_cast(&count), &expected, sizeof(int32_t), INFINITE); } #elif defined(__linux__) void sys_wake(int32_t upd) { syscall(SYS_futex, reinterpret_cast(&count), FUTEX_WAKE_PRIVATE, upd, nullptr, nullptr, 0); } void sys_wait(int32_t expected) { syscall(SYS_futex, reinterpret_cast(&count), FUTEX_WAIT_PRIVATE, expected, nullptr, nullptr, 0); } #endif }; #else #warning "Futex not supported on this platform." #include #include template class CountingSemaphore { private: std::ptrdiff_t counter; std::mutex mtx; std::condition_variable cv; public: explicit CountingSemaphore(std::ptrdiff_t desired = 0) : counter(desired) {} CountingSemaphore(const CountingSemaphore&) = delete; CountingSemaphore& operator=(const CountingSemaphore&) = delete; void release(std::ptrdiff_t update = 1) { std::lock_guard lock(mtx); counter += update; if (update > 1) { cv.notify_all(); } else { cv.notify_one(); } } void acquire() { std::unique_lock lock(mtx); cv.wait(lock, [this] { return counter > 0; }); --counter; } static constexpr std::ptrdiff_t max() noexcept { return LeastMaxValue; } }; #endifbbuchfink-diamond-6dc5717/src/util/parallel/simple_thread_pool.h000066400000000000000000000117411523407312000250030ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include namespace simple_thread_pool_detail { template struct index_sequence {}; template struct make_index_sequence_impl : make_index_sequence_impl {}; template struct make_index_sequence_impl<0, Is...> { typedef index_sequence type; }; template using make_index_sequence = typename make_index_sequence_impl::type; template struct SpawnTask { Func fn; Tuple args; std::atomic* stop; std::mutex* mtx; std::exception_ptr* exc; SpawnTask(Func f, Tuple a, std::atomic* s, std::mutex* m, std::exception_ptr* e) : fn(std::move(f)), args(std::move(a)), stop(s), mtx(m), exc(e) {} void operator()() { try { invoke(make_index_sequence::value>{}); } catch (...) { std::lock_guard lock(*mtx); if (!*exc) { *exc = std::current_exception(); *stop = true; } } } template void invoke(index_sequence) { fn(static_cast&>(*stop), std::get(args)...); } }; template struct MethodBinder { T* obj; Method method; MethodBinder(T* o, Method m) : obj(o), method(std::move(m)) {} template void operator()(const std::atomic& stop, Xs&&... xs) { (obj->*method)(stop, std::forward(xs)...); } }; } struct SimpleThreadPool { const std::atomic& stop() const { return stop_flag; } ~SimpleThreadPool() { stop_flag = true; for (auto& t : threads) { if (t.second.joinable()) { t.second.join(); } } } template std::thread::id spawn(Func&& func, Args&&... args) { std::lock_guard lock(data_mutex); using FuncD = typename std::decay::type; using TupleD = std::tuple::type...>; using Task = simple_thread_pool_detail::SpawnTask; std::thread t(Task( std::forward(func), std::make_tuple(std::forward(args)...), &stop_flag, &data_mutex, &first_exception )); std::thread::id id = t.get_id(); threads[id] = std::move(t); return id; } template std::thread::id spawn_method(T* obj, Method&& method, Args&&... args) { if (!obj) { throw std::invalid_argument("spawn_method: obj must not be null"); } using MethodD = typename std::decay::type; return spawn( simple_thread_pool_detail::MethodBinder(obj, std::forward(method)), std::forward(args)... ); } void join_all() { for (auto& t : threads) { if (t.second.joinable()) { t.second.join(); } } threads.clear(); if (first_exception) { std::rethrow_exception(first_exception); } } template void join(It begin, It end) { for (It i = begin; i != end; ++i) { join(*i); } if (first_exception) { std::rethrow_exception(first_exception); } } void join(std::thread::id thread_id) { std::thread t; { std::lock_guard lock(data_mutex); auto it = threads.find(thread_id); if (it == threads.end()) { throw std::runtime_error("Thread ID not found in thread pool."); } t = std::move(it->second); threads.erase(it); } if (t.joinable()) { t.join(); } } void request_stop() { stop_flag = true; } private: std::map threads; std::atomic stop_flag{ false }; std::exception_ptr first_exception = nullptr; std::mutex data_mutex; };bbuchfink-diamond-6dc5717/src/util/parallel/thread_pool.h000066400000000000000000000152621523407312000234340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include #include "../log_stream.h" namespace Util { namespace Parallel { template void pool_worker(std::atomic *partition, size_t thread_id, size_t partition_count, F f, Args... args) { size_t p; while ((p = partition->fetch_add(1, std::memory_order_relaxed)) < partition_count) { f(p, thread_id, args...); } } template void scheduled_thread_pool(size_t thread_count, F f, Args... args) { std::atomic partition(0); std::vector threads; for (size_t i = 0; i < thread_count; ++i) threads.emplace_back(f, &partition, i, args...); for (std::thread &t : threads) t.join(); } template void scheduled_thread_pool_auto(size_t thread_count, size_t partition_count, F f, Args... args) { scheduled_thread_pool(thread_count, pool_worker, partition_count, f, args...); } template void launch_threads(int thread_count, F& f) { std::vector threads; for (int i = 0; i < thread_count; ++i) threads.emplace_back(f); for (std::thread& t : threads) t.join(); } }} struct ThreadPool { enum { PRIORITY_COUNT = 2 }; struct TaskSet { TaskSet(ThreadPool& thread_pool, int priority): priority(priority), total_(0), finished_(0), thread_pool(&thread_pool) {} void finish() { std::unique_lock lock(thread_pool->mtx_); ++finished_; if (finished()) cv_.notify_all(); } bool finished() const { return total_ == finished_; } int64_t total() const { return total_; } void run() { { std::unique_lock lock(thread_pool->mtx_); if (finished()) return; } thread_pool->run_set(this); } template void enqueue(F&& f, Args&&... args) { thread_pool->enqueue(*this, std::forward(f), std::forward(args)...); } const int priority; private: int64_t total_, finished_; ThreadPool* thread_pool; std::condition_variable cv_; friend struct ThreadPool; }; struct Task { Task(): task_set(nullptr) {} Task(std::function f): f(f), task_set(nullptr) {} Task(std::function f, TaskSet& task_set): f(f), task_set(&task_set) {} operator bool() const { return f.operator bool(); } std::function f; TaskSet* task_set; }; template void enqueue(TaskSet& task_set, F&& f, Args&&... args) { if (pop_before_enqueue_) { for (;;) { Task t; if (!queue_empty()) { std::unique_lock lock(this->mtx_); t = pop_task(); } if (t) { t.f(); if (t.task_set) t.task_set->finish(); } else break; } } auto task = std::bind(std::forward(f), std::forward(args)...); { std::unique_lock lock(mtx_); ++task_set.total_; tasks_[task_set.priority].emplace([task]() { task(); }, task_set); task_set.cv_.notify_one(); } } void run_set(TaskSet* task_set) { for (;;) { Task task; if (!task_set) { if (default_finished_.load(std::memory_order_relaxed) >= default_count_) { ++threads_finished_; return; } if (!queue_empty()) { std::unique_lock lock(this->mtx_); task = pop_task(); } if (!task) { const int64_t next = default_begin_.fetch_add(1, std::memory_order_relaxed); if (next < default_end_) { default_task_(*this, next); default_finished_.fetch_add(1, std::memory_order_relaxed); } continue; } } else { std::unique_lock lock(this->mtx_); task_set->cv_.wait(lock, [this, task_set] { return !queue_empty(task_set->priority) || task_set->finished(); }); if (task_set->finished()) return; task = pop_task(task_set->priority); } task.f(); if (task.task_set) task.task_set->finish(); } } ThreadPool(const std::function& default_task = std::function(), int64_t default_begin = 0, int64_t default_end = 0, bool pop_before_enqueue = false) : pop_before_enqueue_(pop_before_enqueue), default_end_(default_end), default_count_(default_end - default_begin), default_task_(default_task), mtx_(), default_begin_(default_begin), default_finished_(0), threads_finished_(0) { } void run(int threads, bool heartbeat = false, TaskSet* task_set = nullptr) { for (int i = 0; i < threads; ++i) workers_.emplace_back([this, task_set] { this->run_set(task_set); }); if (heartbeat) heartbeat_ = std::thread([&]() { while (default_finished_ < default_count_) { *log_stream << "Workers=" << workers_.size() << '/' << threads_finished_ << " begin = " << default_begin_ << " finished = " << default_finished_ << " queue=" << queue_len(0) << '/' << queue_len(1) << std::endl; std::this_thread::sleep_for(std::chrono::seconds(1)); }}); } ~ThreadPool() { join(); } void join() { for (std::thread &worker : workers_) worker.join(); workers_.clear(); if(heartbeat_.joinable()) heartbeat_.join(); } int64_t queue_len(int priority) const { return tasks_[priority].size(); } private: bool queue_empty(int priority = PRIORITY_COUNT - 1) { for (int i = 0; i <= priority; ++i) if (!tasks_[i].empty()) return false; return true; } Task pop_task(int priority = PRIORITY_COUNT - 1) { Task task; for (int i = 0; i <= priority; ++i) if (!tasks_[i].empty()) { task = std::move(tasks_[i].front()); tasks_[i].pop(); break; } return task; } const bool pop_before_enqueue_; const int64_t default_end_, default_count_; std::array, PRIORITY_COUNT> tasks_; std::function default_task_; std::vector workers_; std::thread heartbeat_; std::mutex mtx_; std::atomic default_begin_, default_finished_, threads_finished_; };bbuchfink-diamond-6dc5717/src/util/ptr_vector.h000066400000000000000000000031571523407312000215270ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include template struct PtrVector : public std::vector { using vector = std::vector; PtrVector(): vector() {} PtrVector(typename vector::size_type n): vector(n) {} T& operator[](typename vector::size_type n) { return *vector::operator[](n); } const T& operator[](typename vector::size_type n) const { return *vector::operator[](n); } T*& get(typename vector::size_type n) { return vector::operator[](n); } T& back() { return *vector::back(); } typename vector::iterator erase(typename vector::iterator first, typename vector::iterator last) { for (typename vector::iterator i = first; i < last; ++i) delete *i; return vector::erase(first, last); } void clear() { for (typename vector::iterator i = this->begin(); i != this->end(); ++i) delete *i; vector::clear(); } ~PtrVector() { clear(); } };bbuchfink-diamond-6dc5717/src/util/range.h000066400000000000000000000020301523407312000204210ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once template struct Range { Range() {} Range(const It& begin, const It& end): begin_(begin), end_(end) {} It begin() const { return begin_; } It end() const { return end_; } size_t size() const { return end_ - begin_; } private: It begin_, end_; };bbuchfink-diamond-6dc5717/src/util/scores/000077500000000000000000000000001523407312000204575ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/scores/cutoff_table.h000066400000000000000000000041411523407312000232650ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "stats/score_matrix.h" #include "../intrin.h" namespace Util { namespace Scores { struct CutoffTable { CutoffTable() {} CutoffTable(double evalue) { if (evalue == 0.0) { std::fill(data_, data_ + MAX_BITS + 1, 0); return; } for (int b = 1; b <= MAX_BITS; ++b) { data_[b] = score_matrix.rawscore(score_matrix.bitscore_norm(evalue, 1 << (b - 1))); } } int operator()(int query_len) const { const int b = 32 - clz((uint32_t)query_len); return data_[b]; } private: enum { MAX_BITS = 31 }; int data_[MAX_BITS + 1]; }; struct CutoffTable2D { CutoffTable2D() {} CutoffTable2D(double evalue) { if (evalue == 0.0) { for (int b1 = 0; b1 <= MAX_BITS; ++b1) std::fill(data_[b1], data_[b1] + MAX_BITS + 1, 0); return; } for (int b1 = 1; b1 <= MAX_BITS; ++b1) for (int b2 = 1; b2 <= MAX_BITS; ++b2) { data_[b1][b2] = calc_min_score(1 << (b1 - 1), 1 << (b2 - 1), evalue); } } int operator()(int query_len, int target_len) const { const int b1 = 32 - clz((uint32_t)query_len), b2 = 32 - clz((uint32_t)target_len); return data_[b1][b2]; } private: int calc_min_score(unsigned qlen, unsigned slen, double evalue) { for (int i = 10; i < 1000; ++i) if (score_matrix.evalue_norm(i, qlen, slen) <= evalue) return i; return 1000; } enum { MAX_BITS = 31 }; int data_[MAX_BITS + 1][MAX_BITS + 1]; }; }}bbuchfink-diamond-6dc5717/src/util/search/000077500000000000000000000000001523407312000204265ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/search/seed_table.cpp000066400000000000000000000023451523407312000232250ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "seed_table.h" using std::vector; static void seed_neighbors(const Letter* seed, const Shape& shape, vector& out) { } static vector seed_neighbors(const Letter* seed, const shape_config& shapes, size_t size) { vector v(size, false); for (unsigned shape = 0; shape < shapes.count(); ++shape) { } return v; } SeedTable::SeedTable(const sequence& seq, const Reduction& reduction, const shape_config& shapes): size(pow(reduction.size(), WORD_SIZE)) { }bbuchfink-diamond-6dc5717/src/util/search/seed_table.h000066400000000000000000000020651523407312000226710ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/sequence.h" #include "basic/reduction.h" #include "basic/shape_config.h" struct SeedTable { SeedTable(const sequence& seq, const Reduction& reduction, const shape_config& shapes); private: enum { WORD_SIZE = 6 }; const size_t size; std::vector lookup_, ptr_; };bbuchfink-diamond-6dc5717/src/util/sequence/000077500000000000000000000000001523407312000207715ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/sequence/seqindex.cpp000066400000000000000000000102101523407312000233070ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include "basic/config.h" #include "stats/score_matrix.h" #include "seqindex.h" #include "util/log_stream.h" using std::array; using std::runtime_error; static constexpr int MAX_KMER_LEN = Seqindex::MAX_KMER_LEN; struct ScoredLetter { Letter letter; int score; }; using SubsRow = array; struct SubstitutionTable { SubstitutionTable() { for (Letter q = 0; q < TRUE_AA; ++q) { SubsRow& r = row[q]; for (Letter l = 0; l < TRUE_AA; ++l) r[l] = { l, score_matrix(q, l) }; std::sort(r.begin(), r.end(), [](const ScoredLetter& lhs, const ScoredLetter& rhs) { return lhs.score != rhs.score ? lhs.score > rhs.score : lhs.letter < rhs.letter; }); } } array row; }; namespace { struct Emit { void operator()(int pos, int prefix_score, uint32_t code) const { if (pos == k) { out.push_back({ code, value }); return; } for (const ScoredLetter& sl : *subs[pos]) { if (prefix_score + sl.score + best_suffix[pos + 1] < min_score) break; (*this)(pos + 1, prefix_score + sl.score, code * TRUE_AA + (uint32_t)sl.letter); } } const int k, min_score; const SubsRow* const* subs; const int* best_suffix; const Loc value; std::pmr::vector& out; }; } Seqindex::Seqindex(Sequence seq, int k, double word_threshold, std::pmr::memory_resource& pool, Statistics& stats): k_(k), shift_(31), mod_(1), entry_(&pool), next_(&pool), head_(&pool) { if (k < MIN_KMER_LEN || k > MAX_KMER_LEN) throw runtime_error("Seqindex k-mer length must be between " + std::to_string(MIN_KMER_LEN) + " and " + std::to_string(MAX_KMER_LEN) + "."); TaskTimer timer; for (int i = 0; i < k; ++i) mod_ *= TRUE_AA; if (seq.length() >= k) { const SubstitutionTable table; const int min_score = score_matrix.rawscore(word_threshold); const SubsRow* subs[MAX_KMER_LEN]; int best_suffix[MAX_KMER_LEN + 1]; best_suffix[k] = 0; for (Loc pos = 0; pos <= seq.length() - k; ++pos) { const Letter* mer = seq.data() + pos; if (std::any_of(mer, mer + k, [](Letter letter) { return letter < 0 || letter >= TRUE_AA; })) continue; for (int i = 0; i < k; ++i) subs[i] = &table.row[(int)mer[i]]; for (int i = k - 1; i >= 0; --i) best_suffix[i] = best_suffix[i + 1] + (*subs[i])[0].score; Emit{ k, min_score, subs, best_suffix, pos, entry_ }(0, 0, 0); } } size_t buckets = 2; while (buckets < entry_.size() / 4) buckets <<= 1; shift_ = 32; for (size_t b = buckets; b > 1; b >>= 1) --shift_; head_.assign(buckets, -1); next_.resize(entry_.size()); for (int32_t i = (int32_t)entry_.size() - 1; i >= 0; --i) { const uint32_t b = bucket(entry_[i].code); next_[i] = head_[b]; head_[b] = i; } stats.inc(Statistics::TIME_KEYWORD_TREE, timer.nanoseconds()); } Seqindex::~Seqindex() { } void Seqindex::scan(Sequence seq, std::function& callback) { if (entry_.empty()) return; const Letter* s = seq.data(); const Loc len = seq.length(); uint32_t code = 0; int run = 0; for (Loc j = 0; j < len; ++j) { const Letter l = s[j]; if (l < 0 || l >= TRUE_AA) { run = 0; code = 0; continue; } code = (code * TRUE_AA + (uint32_t)l) % mod_; if (++run < k_) continue; const Loc begin = j - k_ + 1; for (int32_t i = head_[bucket(code)]; i != -1; i = next_[i]) if (entry_[i].code == code) callback(entry_[i].pos, begin); } }bbuchfink-diamond-6dc5717/src/util/sequence/seqindex.h000066400000000000000000000030001523407312000227530ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/sequence.h" #include "util/memory/memory_resource.h" #include "basic/statistics.h" struct Seqindex { Seqindex(Sequence seq, int k, double word_threshold, std::pmr::memory_resource& pool, Statistics& stats); void scan(Sequence seq, std::function& callback); ~Seqindex(); int k() const { return k_; } static constexpr int MIN_KMER_LEN = 3; static constexpr int MAX_KMER_LEN = 6; struct Entry { uint32_t code; Loc pos; }; private: uint32_t bucket(uint32_t code) const { return (code * 2654435761u) >> shift_; } int k_; unsigned shift_; uint32_t mod_; std::pmr::vector entry_; std::pmr::vector next_; std::pmr::vector head_; };bbuchfink-diamond-6dc5717/src/util/sequence/sequence.cpp000066400000000000000000000154121523407312000233100ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include "sequence.h" #include "stats/score_matrix.h" #include "translate.h" #include "../table.h" #include "../string/tokenizer.h" #define ARRAY_SIZE(x) sizeof(x)/sizeof(x[0]) using std::vector; using std::array; using std::string; using std::min; using std::runtime_error; namespace Util { namespace Seq { const char* id_delimiters = " \a\b\f\n\r\t\v\1"; const char* FASTA_HEADER_SEP[2] = {"\1", " >"}; void format(Sequence seq, const char *id, const char *qual, TextBuffer &out, const std::string &format, const ValueTraits& value_traits, Loc wrap) { const size_t l = seq.length(); if(format == "fasta") { out << '>' << id << '\n'; for (Loc i = 0; i < seq.length(); i += wrap) { seq.print(out, i, std::min(i + wrap, seq.length()), value_traits); out << '\n'; } } else if (format == "fastq") { out << '@' << id << '\n'; seq.print(out, value_traits); out << "\n+\n"; out << qual << '\n'; } else throw runtime_error("Invalid sequence file format"); } std::string all_seqids(const char* s) { string r, t; Util::String::Tokenizer tok(s, Util::String::StringDelimiters(FASTA_HEADER_SEP, ARRAY_SIZE(FASTA_HEADER_SEP))); while(tok.good()) { if (tok.ptr() != s) r.append("\1"); tok >> t; r.append(seqid(t.c_str())); } return r; } string seqid(const char* title) { return string(title, title + find_first_of(title, id_delimiters)); } string get_accession(const string& title, AccessionParsing& stat) { size_t i; string t(title); if (t.compare(0, 6, "UniRef") == 0) { t.erase(0, t.find('_', 0) + 1); ++stat.uniref_prefix; } else if ((i = t.find_first_of('|', 0)) != string::npos) { if (t.compare(0, 3, "gi|") == 0) { t.erase(0, t.find_first_of('|', i + 1) + 1); i = t.find_first_of('|', 0); ++stat.gi_prefix; } t.erase(0, i + 1); ++stat.prefix_before_pipe; i = t.find_first_of('|', 0); if (i != string::npos) { t.erase(i); ++stat.suffix_after_pipe; } } i = t.find_last_of('.'); if (i != string::npos) { t.erase(i); ++stat.suffix_after_dot; } return t; } vector accession_from_title(const char* title, bool parse_seqids, AccessionParsing& stat) { Util::String::Tokenizer tok(title, Util::String::StringDelimiters(FASTA_HEADER_SEP, ARRAY_SIZE(FASTA_HEADER_SEP))); string s; vector r; while (tok.good()) { tok >> s; r.push_back(parse_seqids ? get_accession(Util::Seq::seqid(s.c_str()), stat) : Util::Seq::seqid(s.c_str())); } return r; } std::ostream& operator<<(std::ostream& s, const AccessionParsing& stat) { Util::Table t; t("UniRef prefix", stat.uniref_prefix); t("gi|xxx| prefix", stat.gi_prefix); t("xxx| prefix", stat.prefix_before_pipe); t("|xxx suffix", stat.suffix_after_pipe); t(".xxx suffix", stat.suffix_after_dot); t(":PDB= suffix", stat.pdb_suffix); s << t; return s; } static const char* TAB_ERR = "Tabulator character in sequence title"; static const char* SPACES_ERR = "Leading spaces in sequence title"; static const char* BLANK_ERR = "Blank sequence title"; const char* fix_title(string& s) { size_t i = 0; const char* r = nullptr; while (i < s.length() && s[i] < 33) ++i; if (i > 0) { s.erase(0, i); r = SPACES_ERR; } if (s.empty()) { s = "N/A"; return BLANK_ERR; } for (size_t i = 0; i < s.length(); ++i) { if (s[i] == '\t') { s.replace(i, 1, "\\t"); r = TAB_ERR; } } return r; } void get_title_def(const std::string& s, std::string& title, std::string& def) { const size_t i = find_first_of(s.c_str(), id_delimiters); title = s.substr(0, i); if (i >= s.length()) def.clear(); else def = s.substr(i + 1); } bool is_fully_masked(const Sequence& seq) { Loc n = 0; for (const Letter* p = seq.data(); p < seq.end(); ++p) if (*p >= TRUE_AA) ++n; return n == seq.length(); } array, 6> translate(const Sequence& seq) { array, 6> out; if (seq.length() < 3) return out; Translator::translate(seq, out); return out; } Loc find_orfs(vector& seq, const Loc min_len) { vector::iterator it, begin = seq.begin(); Loc n = 0; while ((it = std::find(begin, seq.end(), STOP_LETTER)) != seq.end()) { const Loc l = Loc(it - begin); if (l < min_len) std::fill(begin, it, MASK_LETTER); else n += l; begin = it + 1; } const Loc l = Loc(seq.end() - begin); if (l < min_len) std::fill(begin, seq.end(), MASK_LETTER); else n += l; return n; } bool looks_like_dna(const Sequence& seq) { array count; count.fill(0); for (Loc i = 0; i < seq.length(); ++i) ++count[(int)seq[i]]; return count[(int)value_traits.from_char('A')] + count[(int)value_traits.from_char('C')] + count[(int)value_traits.from_char('G')] + count[(int)value_traits.from_char('T')] + count[(int)value_traits.from_char('N')] == seq.length(); } std::vector window_scores(Sequence seq1, Sequence seq2, Loc window) { assert(seq1.length() == seq2.length()); vector v; v.reserve(seq1.length()); Score s = 0; const Loc l = min(seq1.length(), window); for (Loc i = 0; i < l; ++i) { s += score_matrix(seq1[i], seq2[i]); v.push_back(s); } Loc j = 0; for (Loc i = window; i < seq1.length(); ++i, ++j) { s += score_matrix(seq1[i], seq2[i]); s -= score_matrix(seq1[j], seq2[j]); v.push_back(s); } return v; } std::vector from_string(const char* s, const ValueTraits& t, int64_t line) { vector v; v.reserve(strlen(s)); while (*s) { v.push_back(t.from_char(*s)); ++s; } return v; } void from_string(const char* s, vector& out, const ValueTraits& t, int64_t line) { out.clear(); out.reserve(strlen(s)); while (*s) { out.push_back(t.from_char(*s)); ++s; } } void from_string(const string& s, vector& out, const ValueTraits& t, int64_t line) { out.clear(); out.reserve(s.length()); for (char c : s) { if (c == '\n' || c == '\r') continue; out.push_back(t.from_char(c)); } } std::string remove_newlines(const std::string& s) { std::string r; r.reserve(s.length()); for (char c : s) { if (c != '\n' && c != '\r') r.push_back(c); } return r; } }}bbuchfink-diamond-6dc5717/src/util/sequence/sequence.h000066400000000000000000000071041523407312000227540ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include "basic/sequence.h" namespace Util { namespace Seq { void format(Sequence seq, const char *id, const char *qual, TextBuffer &out, const std::string &format, const ValueTraits& value_traits, Loc wrap = 160); static inline Sequence clip(const Letter *seq, int len, int anchor) { const Letter *a = seq + anchor, *begin = seq, *end = seq + len, *p; for(;;) { p = (const Letter*)memchr(begin, (int)Sequence::DELIMITER, end - begin); if (p == nullptr) return Sequence(begin, end); if (p >= a) return Sequence(begin, p); begin = p + 1; } } extern const char* id_delimiters; extern const char* FASTA_HEADER_SEP[2]; struct AccessionParsing { AccessionParsing() : uniref_prefix(0), gi_prefix(0), prefix_before_pipe(0), suffix_after_pipe(0), suffix_after_dot(0), pdb_suffix(0) {} friend std::ostream& operator<<(std::ostream& s, const AccessionParsing& stat); int64_t uniref_prefix, gi_prefix, prefix_before_pipe, suffix_after_pipe, suffix_after_dot, pdb_suffix; }; std::string get_accession(const std::string& t, AccessionParsing& stat); std::vector accession_from_title(const char* title, bool parse_seqids, AccessionParsing& stat); std::string all_seqids(const char* s); std::string seqid(const char* title); std::vector seq_titles(const char* title); void get_title_def(const std::string& s, std::string& title, std::string& def); bool is_fully_masked(const Sequence& seq); std::array, 6> translate(const Sequence& seq); Loc find_orfs(std::vector& seq, const Loc min_len); bool looks_like_dna(const Sequence& seq); std::vector window_scores(Sequence seq1, Sequence seq2, Loc window); const char* fix_title(std::string& s); std::vector from_string(const char* s, const ValueTraits& t, int64_t line); void from_string(const char* s, std::vector& out, const ValueTraits& t, int64_t line); void from_string(const std::string& s, std::vector& out, const ValueTraits& t, int64_t line); std::string remove_newlines(const std::string& s); }} template void read_fasta(std::istream& in, Callback& f) { std::string line, id, seq; std::streampos pos = in.tellg(), start = pos; std::getline(in, line); if (line.empty() || line.front() != '>') throw std::runtime_error("FASTA format error: file does not start with '>'"); do { if (!line.empty() && line.back() == '\r') line.pop_back(); if (line.empty()) continue; if (line[0] == '>') { if (!id.empty()) f(id, seq, start); start = pos; id = line.substr(1); if (id.empty()) throw std::runtime_error("FASTA format error: empty id at file offset " + std::to_string(pos)); seq.clear(); } else { seq += line; } pos = in.tellg(); } while (std::getline(in, line)); if (!id.empty()) f(id, seq, start); }bbuchfink-diamond-6dc5717/src/util/sequence/translate.h000066400000000000000000000104721523407312000231430ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "basic/sequence.h" #include "basic/value.h" struct Translator { public: static const Letter reverseLetter[5]; static Letter lookup[5][5][5]; static Letter lookupReverse[5][5][5]; static const char* codes[27]; static void init(unsigned id); static Letter getReverseComplement(Letter letter) { return reverseLetter[(int) letter]; } static Letter getAminoAcid(const Sequence& dnaSequence, size_t pos) { return lookup[(int) dnaSequence[pos]][(int)dnaSequence[pos+1]][(int)dnaSequence[pos+2]]; } static Letter getAminoAcidReverse(const Sequence& dnaSequence, size_t pos) { return lookupReverse[(int) dnaSequence[pos + 2]][(int)dnaSequence[pos + 1]][(int)dnaSequence[pos]]; } static std::vector reverse(const Sequence &seq) { std::vector r; r.reserve(seq.len_+1); for(const Letter* end = seq.data_ + seq.len_ -1 ; end >= seq.data_; --end) r.push_back(getReverseComplement(*end)); return r; } static size_t translate(const Sequence& dnaSequence, std::array, 6>& proteins) { auto resize_frame = [](std::vector& frame, size_t size) { if (size == 0) frame.clear(); else frame.resize(size); }; const size_t length_ = dnaSequence.length(); if (length_ < 3) { for (int i = 0; i < 6; ++i) proteins[i].clear(); return 0; } const size_t l1 = length_ / 3; resize_frame(proteins[0], l1); resize_frame(proteins[3], l1); const size_t l2 = (length_ - 1) / 3; resize_frame(proteins[1], l2); resize_frame(proteins[4], l2); const size_t l3 = (length_ - 2) / 3; resize_frame(proteins[2], l3); resize_frame(proteins[5], l3); size_t r = length_ - 2; unsigned pos = 0; unsigned i = 0; while(r > 2) { proteins[0][i] = getAminoAcid(dnaSequence, pos++); proteins[3][i] = getAminoAcidReverse(dnaSequence, --r); proteins[1][i] = getAminoAcid(dnaSequence, pos++); proteins[4][i] = getAminoAcidReverse(dnaSequence, --r); proteins[2][i] = getAminoAcid(dnaSequence, pos++); proteins[5][i] = getAminoAcidReverse(dnaSequence, --r); ++i; } if(r) { proteins[0][i] = getAminoAcid(dnaSequence, pos++); proteins[3][i] = getAminoAcidReverse(dnaSequence, --r); } if(r) { proteins[1][i] = getAminoAcid(dnaSequence, pos); proteins[4][i] = getAminoAcidReverse(dnaSequence, r - 1); } return 2 * (l1 + l2 + l3); } static Letter const* nextChar(Letter const*p, Letter const*end) { while(*(p) != STOP_LETTER && p < end) ++p; return p; } static void mask_runs(std::vector &query, unsigned run_len) { Letter *last = &query[0]-1, *i = &query[0], *end = &query.back(); while (i <= end) { if(*i == STOP_LETTER) { if(last != 0 && i - last - 1 < (int)run_len) { for(Letter *j = last+1; j < i; ++j) *j = 23; } last = i; } ++i; } if(last != 0 && i - last - 1 < (int)run_len) { for(Letter *j = last+1; j < i; ++j) *j = 23; } } static unsigned computeGoodFrames(std::vector const *queries, unsigned runLen) { unsigned set = 0; for (unsigned i = 0; i < 6; ++i) { if (queries[i].size() > 0) { unsigned run = 0; Letter const*p = &(queries[i][0]); Letter const*q; Letter const*end = p + queries[i].size(); while((q = nextChar(p, end)) < end) { run = (unsigned)(q-p); if (run >= runLen) set |= 1 << i; p=q+1; } run = (unsigned)(q-p); if (run >= runLen) set |= 1 << i; } } return set; } static void mask_runs(std::vector *queries, unsigned run_len) { for (unsigned i = 0; i < 6; ++i) mask_runs(queries[i], run_len); } };bbuchfink-diamond-6dc5717/src/util/simd.cpp000066400000000000000000000065731523407312000206340ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "simd.h" #include "util/string/string.h" #ifdef HAVE_GETAUXVAL #include #endif using std::string; #ifdef _WIN32 #define cpuid(info,x) __cpuidex(info,x,0) #else #ifdef __SSE2__ inline void cpuid(int CPUInfo[4], int InfoType) { __asm__ __volatile__( "cpuid": "=a" (CPUInfo[0]), "=b" (CPUInfo[1]), "=c" (CPUInfo[2]), "=d" (CPUInfo[3]) : "a" (InfoType), "c" (0) ); } #endif #endif namespace SIMD { int flags = 0; Arch init_arch() { #if defined(__aarch64__) | defined(__arm__) #if defined(__aarch64__) flags |= NEON; #elif defined(HAVE_MFPU_NEON) & defined(HAVE_GETAUXVAL) unsigned long hwcaps = getauxval(AT_HWCAP); if ((hwcaps & HWCAP_ARM_NEON) != 0) flags |= NEON; #endif if ((flags & NEON) != 0) return Arch::NEON; #else #ifdef __SSE2__ int info[4]; cpuid(info, 0); int nids = info[0]; if (nids >= 1) { cpuid(info, 1); } else throw std::runtime_error("Incompatible CPU type. Please try to compile the software from source."); if ((info[2] & (1 << 9)) != 0) flags |= SSSE3; if ((info[2] & (1 << 23)) != 0) flags |= POPCNT; if ((info[2] & (1 << 19)) != 0) flags |= SSE4_1; if (nids >= 7) { cpuid(info, 7); if ((info[1] & (1 << 5)) != 0) flags |= AVX2; #ifdef WITH_AVX512 if ((info[1] & (1 << 16)) != 0 && (info[1] & (1 << 30)) != 0) flags |= AVX512; #endif } #endif #ifdef __SSSE3__ if ((flags & SSSE3) == 0) throw std::runtime_error("CPU does not support SSSE3. Please compile the software from source."); #endif #ifdef __POPCNT__ if ((flags & POPCNT) == 0) throw std::runtime_error("CPU does not support POPCNT. Please compile the software from source."); #endif #ifdef __SSE4_1__ if ((flags & SSE4_1) == 0) throw std::runtime_error("CPU does not support SSE4.1. Please compile the software from source."); #endif #ifdef __AVX2__ if ((flags & AVX2) == 0) throw std::runtime_error("CPU does not support AVX2. Please compile the software from source."); #endif if (flags & AVX512) return Arch::AVX512; if ((flags & SSSE3) && (flags & POPCNT) && (flags & SSE4_1) && (flags & AVX2)) return Arch::AVX2; if ((flags & SSSE3) && (flags & POPCNT) && (flags & SSE4_1)) return Arch::SSE4_1; #endif return Arch::Generic; } Arch arch() { static Arch a = Arch::None; return a == Arch::None ? (a = init_arch()) : a; } string features() { init_arch(); std::vector r; if (flags & NEON) r.push_back("neon"); if (flags & SSSE3) r.push_back("ssse3"); if (flags & POPCNT) r.push_back("popcnt"); if (flags & SSE4_1) r.push_back("sse4.1"); if (flags & AVX2) r.push_back("avx2"); return r.empty() ? "None" : join(" ", r.begin(), r.end()); } }bbuchfink-diamond-6dc5717/src/util/simd.h000066400000000000000000000072641523407312000202770ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include "system.h" #if defined(_M_AMD64) && defined(_MSC_VER) #define __SSE__ #define __SSE2__ #endif #ifdef __SSSE3__ #include #endif #ifdef __SSE2__ #include #endif #ifdef __SSE4_1__ #include #endif #ifdef __AVX2__ #include #endif #ifdef _MSC_VER #include #endif #ifdef __ARM_NEON #include #endif namespace SIMD { enum class Arch { None, Generic, SSE4_1, AVX2, AVX512, NEON }; enum Flags { SSSE3 = 1, POPCNT = 2, SSE4_1 = 4, AVX2 = 8, AVX512 = 16, NEON = 32 }; Arch arch(); std::string features(); } namespace DISPATCH_ARCH { namespace SIMD { template struct Vector {}; template struct Traits {}; }} #ifdef __APPLE__ #ifdef __SSE2__ #define _mm_set1_epi8(v) _mm_set_epi8(v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v) #define _mm_set1_epi16(v) _mm_set_epi16(v, v, v, v, v, v, v, v) #endif #ifdef __AVX2__ #define _mm256_set1_epi8(v) _mm256_set_epi8(v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v) #define _mm256_set1_epi16(v) _mm256_set_epi16(v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v) #endif #endif #if defined(__GNUC__) && __GNUC__ < 8 && !defined(__clang__) #define _mm256_set_m128i(v0, v1) _mm256_insertf128_si256(_mm256_castsi128_si256(v1), (v0), 1) #endif #ifdef __AVX2__ inline void print_8(__m256i x, std::ostream& s) { alignas(32) int8_t v[32]; _mm256_store_si256((__m256i*)v, x); for (unsigned i = 0; i < 32; ++i) s << (int)v[i] << ' '; } inline void print_16(__m256i x, std::ostream& s) { alignas(32) int16_t v[16]; _mm256_store_si256((__m256i*)v, x); for (unsigned i = 0; i < 16; ++i) s << (int)v[i] << ' '; } #endif #ifdef __ARM_NEON inline uint64_t vhsumq_u64(uint64x2_t x) { #ifdef __aarch64__ return vaddvq_u64(x); #else return vgetq_lane_u64(x, 0) + vgetq_lane_u64(x, 1); #endif } inline uint64_t vhsumq_u32(uint32x4_t x) { uint64x2_t y = vpaddlq_u32(x); return vhsumq_u64(y); } inline uint64_t vhsumq_u16(uint16x8_t x) { uint32x4_t y = vpaddlq_u16(x); #ifdef __aarch64__ return vaddvq_u32(y); #else return vhsumq_u32(y); #endif } inline uint64_t vhsumq_u8(uint8x16_t x) { uint16x8_t y = vpaddlq_u8(x); #ifdef __aarch64__ return vaddvq_u16(y); #else return vhsumq_u16(y); #endif } inline uint16_t vmaskq_s8(int8x16_t x) { /* https://github.com/simd-everywhere/simde/blob/master/simde/x86/sse2.h#L3755 */ const uint8x16_t MASK = { 1 << 0, 1 << 1, 1 << 2, 1 << 3, 1 << 4, 1 << 5, 1 << 6, 1 << 7, 1 << 0, 1 << 1, 1 << 2, 1 << 3, 1 << 4, 1 << 5, 1 << 6, 1 << 7, }; uint8x16_t extended = vreinterpretq_u8_s8(vshrq_n_s8(x, 7)); uint8x16_t masked = vandq_u8(MASK, extended); uint8x8x2_t zipped = vzip_u8(vget_low_u8(masked), vget_high_u8(masked)); uint16x8_t spliced = vreinterpretq_u16_u8(vcombine_u8(zipped.val[0], zipped.val[1])); #ifdef __aarch64__ return vaddvq_u16(spliced); #else return vhsumq_u16(spliced); #endif } #endifbbuchfink-diamond-6dc5717/src/util/simd/000077500000000000000000000000001523407312000201155ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/simd/dispatch.h000066400000000000000000000253121523407312000220700ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink Arm NEON port contributed by Martin Larralde This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #ifdef WITH_AVX2 #define HAVE_AVX2(x) x #else #define HAVE_AVX2(x) #endif #ifdef WITH_SSE4_1 #define HAVE_SSE4_1(x) x #else #define HAVE_SSE4_1(x) #endif #ifdef WITH_NEON #define HAVE_NEON(x) x #else #define HAVE_NEON(x) #endif #if defined(WITH_NEON) | defined(WITH_AVX2) | defined(WITH_SSE4_1) #define HAVE_SIMD(x) x #else #define HAVE_SIMD(x) #endif #if ARCH_ID == 0 #define DISPATCH_0V(name)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { void name(); })\ HAVE_AVX2(namespace ARCH_AVX2 { void name(); })\ HAVE_NEON(namespace ARCH_NEON { void name(); })\ void name() {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: ARCH_NEON::name(); break;)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: ARCH_AVX2::name(); break;)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: ARCH_SSE4_1::name(); break;)\ HAVE_SIMD(default:)\ ARCH_GENERIC::name();\ HAVE_SIMD(})\ } #define DISPATCH_1V(name, t1, n1)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { void name(t1 n1); })\ HAVE_AVX2(namespace ARCH_AVX2 { void name(t1 n1); })\ HAVE_NEON(namespace ARCH_NEON { void name(t1 n1); })\ void name(t1 n1) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: ARCH_NEON::name(n1); break;)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: ARCH_AVX2::name(n1); break;)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: ARCH_SSE4_1::name(n1); break;)\ HAVE_SIMD(default:)\ ARCH_GENERIC::name(n1);\ HAVE_SIMD(})\ } #define DISPATCH_1(ret, name, t1, n1)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1); })\ ret name(t1 n1) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1);\ HAVE_SIMD(})\ } #define DISPATCH_2(ret, name, t1, n1, t2, n2)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2); })\ ret name(t1 n1, t2 n2) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2);\ HAVE_SIMD(})\ } #define DISPATCH_3(ret, name, t1, n1, t2, n2, t3, n3)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2, t3 n3); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2, t3 n3); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2, t3 n3); })\ ret name(t1 n1, t2 n2, t3 n3) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2, n3);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2, n3);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2, n3);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2, n3);\ HAVE_SIMD(})\ } #define DISPATCH_3V(name, t1, n1, t2, n2, t3, n3)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { void name(t1 n1, t2 n2, t3 n3); })\ HAVE_AVX2(namespace ARCH_AVX2 { void name(t1 n1, t2 n2, t3 n3); })\ HAVE_NEON(namespace ARCH_NEON { void name(t1 n1, t2 n2, t3 n3); })\ void name(t1 n1, t2 n2, t3 n3) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: ARCH_NEON::name(n1, n2, n3); break;)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: ARCH_AVX2::name(n1, n2, n3); break;)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: ARCH_SSE4_1::name(n1, n2, n3); break;)\ HAVE_SIMD(default:)\ ARCH_GENERIC::name(n1, n2, n3);\ HAVE_SIMD(})\ } #define DISPATCH_4(ret, name, t1, n1, t2, n2, t3, n3, t4, n4)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2, t3 n3, t4 n4); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2, t3 n3, t4 n4); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2, t3 n3, t4 n4); })\ ret name(t1 n1, t2 n2, t3 n3, t4 n4) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2, n3, n4);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2, n3, n4);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2, n3, n4);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2, n3, n4);\ HAVE_SIMD(})\ } #define DISPATCH_5(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5); })\ ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2, n3, n4, n5);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2, n3, n4, n5);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2, n3, n4, n5);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2, n3, n4, n5);\ HAVE_SIMD(})\ } #define DISPATCH_6(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6); })\ ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2, n3, n4, n5, n6);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2, n3, n4, n5, n6);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2, n3, n4, n5, n6);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2, n3, n4, n5, n6);\ HAVE_SIMD(})\ } #define DISPATCH_6V(name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6); })\ HAVE_AVX2(namespace ARCH_AVX2 { void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6); })\ HAVE_NEON(namespace ARCH_NEON { void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6); })\ void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: ARCH_NEON::name(n1, n2, n3, n4, n5, n6); break;)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: ARCH_AVX2::name(n1, n2, n3, n4, n5, n6); break;)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: ARCH_SSE4_1::name(n1, n2, n3, n4, n5, n6); break;)\ HAVE_SIMD(default:)\ ARCH_GENERIC::name(n1, n2, n3, n4, n5, n6);\ HAVE_SIMD(})\ } #define DISPATCH_7(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7); })\ ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2, n3, n4, n5, n6, n7);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2, n3, n4, n5, n6, n7);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2, n3, n4, n5, n6, n7);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2, n3, n4, n5, n6, n7);\ HAVE_SIMD(})\ } #define DISPATCH_7V(name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7); })\ HAVE_AVX2(namespace ARCH_AVX2 { void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7); })\ HAVE_NEON(namespace ARCH_NEON { void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7); })\ void name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: ARCH_NEON::name(n1, n2, n3, n4, n5, n6, n7); break;)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: ARCH_AVX2::name(n1, n2, n3, n4, n5, n6, n7); break;)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: ARCH_SSE4_1::name(n1, n2, n3, n4, n5, n6, n7); break;)\ HAVE_SIMD(default:)\ ARCH_GENERIC::name(n1, n2, n3, n4, n5, n6, n7);\ HAVE_SIMD(})\ } #define DISPATCH_8(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8)\ HAVE_SSE4_1(namespace ARCH_SSE4_1 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7, t8 n8); })\ HAVE_AVX2(namespace ARCH_AVX2 { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7, t8 n8); })\ HAVE_NEON(namespace ARCH_NEON { ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7, t8 n8); })\ ret name(t1 n1, t2 n2, t3 n3, t4 n4, t5 n5, t6 n6, t7 n7, t8 n8) {\ HAVE_SIMD(switch(::SIMD::arch()) {)\ HAVE_NEON(case ::SIMD::Arch::NEON: return ARCH_NEON::name(n1, n2, n3, n4, n5, n6, n7, n8);)\ HAVE_AVX2(case ::SIMD::Arch::AVX2: return ARCH_AVX2::name(n1, n2, n3, n4, n5, n6, n7, n8);)\ HAVE_SSE4_1(case ::SIMD::Arch::SSE4_1: return ARCH_SSE4_1::name(n1, n2, n3, n4, n5, n6, n7, n8);)\ HAVE_SIMD(default:)\ return ARCH_GENERIC::name(n1, n2, n3, n4, n5, n6, n7, n8);\ HAVE_SIMD(})\ } #else #define DISPATCH_0V(name) #define DISPATCH_1V(name, t1, n1) #define DISPATCH_1(ret, name, t1, n1) #define DISPATCH_2(ret, name, t1, n1, t2, n2) #define DISPATCH_3(ret, name, t1, n1, t2, n2, t3, n3) #define DISPATCH_4(ret, name, t1, n1, t2, n2, t3, n3, t4, n4) #define DISPATCH_5(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5) #define DISPATCH_6(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6) #define DISPATCH_7(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7) #define DISPATCH_3V(name, t1, n1, t2, n2, t3, n3) #define DISPATCH_6V(name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6) #define DISPATCH_7V(name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7) #define DISPATCH_8(ret, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8) #endifbbuchfink-diamond-6dc5717/src/util/simd/transpose.h000066400000000000000000000020221523407312000223000ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../simd.h" #if defined(__SSE2__) | defined(__ARM_NEON) #include "transpose16x16.h" #endif #if ARCH_ID == 2 #include "transpose32x32.h" #endif #if ARCH_ID == 3 static inline void transpose(const signed char** data, size_t n, signed char* out, const __m512i&) {} #endifbbuchfink-diamond-6dc5717/src/util/simd/transpose16x16.h000066400000000000000000000311231523407312000230120ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" #if defined(__SSE2__) #define UNPACK128_LO_HI_EPI8(a, b) t = r##a; r##a = _mm_unpacklo_epi8(t, r##b); r##b = _mm_unpackhi_epi8(t, r##b); #define UNPACK128_LO_HI_EPI16(a, b) t = r##a; r##a = _mm_unpacklo_epi16(t, r##b); r##b = _mm_unpackhi_epi16(t, r##b); #define UNPACK128_LO_HI_EPI32(a, b) t = r##a; r##a = _mm_unpacklo_epi32(t, r##b); r##b = _mm_unpackhi_epi32(t, r##b); #define UNPACK128_LO_HI_EPI64(a, b) t = r##a; r##a = _mm_unpacklo_epi64(t, r##b); r##b = _mm_unpackhi_epi64(t, r##b); #define UNPACK256_LO_HI_EPI16(a, b) t = r##a; r##a = _mm256_unpacklo_epi16(t, r##b); r##b = _mm256_unpackhi_epi16(t, r##b); #define UNPACK256_LO_HI_EPI32(a, b) t = r##a; r##a = _mm256_unpacklo_epi32(t, r##b); r##b = _mm256_unpackhi_epi32(t, r##b); #define UNPACK256_LO_HI_EPI64(a, b) t = r##a; r##a = _mm256_unpacklo_epi64(t, r##b); r##b = _mm256_unpackhi_epi64(t, r##b); #define UNPACK256_LO_HI_EPI128(a, b) t = r##a; r##a = _mm256_permute2x128_si256(t, r##b, 32); r##b = _mm256_permute2x128_si256(t, r##b, 49); static inline void transpose(const signed char **data, size_t n, signed char *out, const __m128i&) { __m128i r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14, r15, t; r0 = r1 = r2 = r3 = r4 = r5 = r6 = r7 = r8 = r9 = r10 = r11 = r12 = r13 = r14 = r15 = _mm_setzero_si128(); switch (n) { case 16: r0 = _mm_loadu_si128((const __m128i*)*(data++)); case 15: r1 = _mm_loadu_si128((const __m128i*)*(data++)); case 14: r2 = _mm_loadu_si128((const __m128i*)*(data++)); case 13: r3 = _mm_loadu_si128((const __m128i*)*(data++)); case 12: r4 = _mm_loadu_si128((const __m128i*)*(data++)); case 11: r5 = _mm_loadu_si128((const __m128i*)*(data++)); case 10: r6 = _mm_loadu_si128((const __m128i*)*(data++)); case 9: r7 = _mm_loadu_si128((const __m128i*)*(data++)); case 8: r8 = _mm_loadu_si128((const __m128i*)*(data++)); case 7: r9 = _mm_loadu_si128((const __m128i*)*(data++)); case 6: r10 = _mm_loadu_si128((const __m128i*)*(data++)); case 5: r11 = _mm_loadu_si128((const __m128i*)*(data++)); case 4: r12 = _mm_loadu_si128((const __m128i*)*(data++)); case 3: r13 = _mm_loadu_si128((const __m128i*)*(data++)); case 2: r14 = _mm_loadu_si128((const __m128i*)*(data++)); case 1: r15 = _mm_loadu_si128((const __m128i*)*data); } UNPACK128_LO_HI_EPI8(0, 1) UNPACK128_LO_HI_EPI8(2, 3) UNPACK128_LO_HI_EPI8(4, 5) UNPACK128_LO_HI_EPI8(6, 7) UNPACK128_LO_HI_EPI8(8, 9) UNPACK128_LO_HI_EPI8(10, 11) UNPACK128_LO_HI_EPI8(12, 13) UNPACK128_LO_HI_EPI8(14, 15) UNPACK128_LO_HI_EPI16(0, 2) UNPACK128_LO_HI_EPI16(4, 6) UNPACK128_LO_HI_EPI16(8, 10) UNPACK128_LO_HI_EPI16(12, 14) UNPACK128_LO_HI_EPI16(1, 3) UNPACK128_LO_HI_EPI16(5, 7) UNPACK128_LO_HI_EPI16(9, 11) UNPACK128_LO_HI_EPI16(13, 15) UNPACK128_LO_HI_EPI32(0, 4) UNPACK128_LO_HI_EPI32(8, 12) UNPACK128_LO_HI_EPI32(2, 6) UNPACK128_LO_HI_EPI32(10, 14) UNPACK128_LO_HI_EPI32(1, 5) UNPACK128_LO_HI_EPI32(9, 13) UNPACK128_LO_HI_EPI32(3, 7) UNPACK128_LO_HI_EPI32(11, 15) UNPACK128_LO_HI_EPI64(0, 8) UNPACK128_LO_HI_EPI64(4, 12) UNPACK128_LO_HI_EPI64(2, 10) UNPACK128_LO_HI_EPI64(6, 14) UNPACK128_LO_HI_EPI64(1, 9) UNPACK128_LO_HI_EPI64(5, 13) UNPACK128_LO_HI_EPI64(3, 11) UNPACK128_LO_HI_EPI64(7, 15) __m128i* ptr = (__m128i*)out; _mm_store_si128(ptr++, r0); _mm_store_si128(ptr++, r8); _mm_store_si128(ptr++, r4); _mm_store_si128(ptr++, r12); _mm_store_si128(ptr++, r2); _mm_store_si128(ptr++, r10); _mm_store_si128(ptr++, r6); _mm_store_si128(ptr++, r14); _mm_store_si128(ptr++, r1); _mm_store_si128(ptr++, r9); _mm_store_si128(ptr++, r5); _mm_store_si128(ptr++, r13); _mm_store_si128(ptr++, r3); _mm_store_si128(ptr++, r11); _mm_store_si128(ptr++, r7); _mm_store_si128(ptr, r15); } #elif defined(__ARM_NEON) #define UNPACK128_LO_HI_EPI8(a, b) t_s8 = vtrnq_s8(r##a, r##b); \ r##a = t_s8.val[0]; \ r##b = t_s8.val[1]; #define UNPACK128_LO_HI_EPI16(a, b) t_s16 = vtrnq_s16(vreinterpretq_s16_s8(r##a), vreinterpretq_s16_s8(r##b)); \ r##a = vreinterpretq_s8_s16(t_s16.val[0]); \ r##b = vreinterpretq_s8_s16(t_s16.val[1]); #define UNPACK128_LO_HI_EPI32(a, b) t_s32 = vtrnq_s32(vreinterpretq_s32_s8(r##a), vreinterpretq_s32_s8(r##b)); \ r##a = vreinterpretq_s8_s32(t_s32.val[0]); \ r##b = vreinterpretq_s8_s32(t_s32.val[1]); #define STORE_LOW(dst, a, b) vst1q_s8(dst, vcombine_s8(vget_low_s8(r##a), vget_low_s8(r##b))); #define STORE_HIGH(dst, a, b) vst1q_s8(dst, vcombine_s8(vget_high_s8(r##a), vget_high_s8(r##b))); static inline void transpose(const signed char **data, size_t n, signed char *out, const int8x16_t&) { int8x16_t r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14, r15; int8x16x4_t b0, b1, b2, b3; int8x16x2_t t_s8; int16x8x2_t t_s16; int32x4x2_t t_s32; r0 = r1 = r2 = r3 = r4 = r5 = r6 = r7 = r8 = r9 = r10 = r11 = r12 = r13 = r14 = r15 = vdupq_n_s8(0); switch (n) { case 16: r0 = vld1q_s8((const int8_t*)*(data++)); case 15: r1 = vld1q_s8((const int8_t*)*(data++)); case 14: r2 = vld1q_s8((const int8_t*)*(data++)); case 13: r3 = vld1q_s8((const int8_t*)*(data++)); case 12: r4 = vld1q_s8((const int8_t*)*(data++)); case 11: r5 = vld1q_s8((const int8_t*)*(data++)); case 10: r6 = vld1q_s8((const int8_t*)*(data++)); case 9: r7 = vld1q_s8((const int8_t*)*(data++)); case 8: r8 = vld1q_s8((const int8_t*)*(data++)); case 7: r9 = vld1q_s8((const int8_t*)*(data++)); case 6: r10 = vld1q_s8((const int8_t*)*(data++)); case 5: r11 = vld1q_s8((const int8_t*)*(data++)); case 4: r12 = vld1q_s8((const int8_t*)*(data++)); case 3: r13 = vld1q_s8((const int8_t*)*(data++)); case 2: r14 = vld1q_s8((const int8_t*)*(data++)); case 1: r15 = vld1q_s8((const int8_t*)*data); } UNPACK128_LO_HI_EPI8(0, 1) UNPACK128_LO_HI_EPI8(2, 3) UNPACK128_LO_HI_EPI8(4, 5) UNPACK128_LO_HI_EPI8(6, 7) UNPACK128_LO_HI_EPI8(8, 9) UNPACK128_LO_HI_EPI8(10, 11) UNPACK128_LO_HI_EPI8(12, 13) UNPACK128_LO_HI_EPI8(14, 15) UNPACK128_LO_HI_EPI16(0, 2) UNPACK128_LO_HI_EPI16(4, 6) UNPACK128_LO_HI_EPI16(8, 10) UNPACK128_LO_HI_EPI16(12, 14) UNPACK128_LO_HI_EPI16(1, 3) UNPACK128_LO_HI_EPI16(5, 7) UNPACK128_LO_HI_EPI16(9, 11) UNPACK128_LO_HI_EPI16(13, 15) UNPACK128_LO_HI_EPI32(0, 4) UNPACK128_LO_HI_EPI32(8, 12) UNPACK128_LO_HI_EPI32(2, 6) UNPACK128_LO_HI_EPI32(10, 14) UNPACK128_LO_HI_EPI32(1, 5) UNPACK128_LO_HI_EPI32(9, 13) UNPACK128_LO_HI_EPI32(3, 7) UNPACK128_LO_HI_EPI32(11, 15) STORE_LOW(&out[0x00], 0, 8); STORE_LOW(&out[0x10], 1, 9); STORE_LOW(&out[0x20], 2, 10); STORE_LOW(&out[0x30], 3, 11); STORE_LOW(&out[0x40], 4, 12); STORE_LOW(&out[0x50], 5, 13); STORE_LOW(&out[0x60], 6, 14); STORE_LOW(&out[0x70], 7, 15); STORE_HIGH(&out[0x80], 0, 8); STORE_HIGH(&out[0x90], 1, 9); STORE_HIGH(&out[0xa0], 2, 10); STORE_HIGH(&out[0xb0], 3, 11); STORE_HIGH(&out[0xc0], 4, 12); STORE_HIGH(&out[0xd0], 5, 13); STORE_HIGH(&out[0xe0], 6, 14); STORE_HIGH(&out[0xf0], 7, 15); } #endif #ifdef __AVX2__ static inline void transpose_offset(const int16_t** data, size_t n, ptrdiff_t offset, int16_t* out, __m256i) { __m256i r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14, r15, t; r0 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r1 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r2 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r3 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r4 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r5 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r6 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r7 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r8 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r9 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r10 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r11 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r12 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r13 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r14 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); r15 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); UNPACK256_LO_HI_EPI16(0, 1) UNPACK256_LO_HI_EPI16(2, 3) UNPACK256_LO_HI_EPI16(4, 5) UNPACK256_LO_HI_EPI16(6, 7) UNPACK256_LO_HI_EPI16(8, 9) UNPACK256_LO_HI_EPI16(10, 11) UNPACK256_LO_HI_EPI16(12, 13) UNPACK256_LO_HI_EPI16(14, 15) UNPACK256_LO_HI_EPI32(0, 2) UNPACK256_LO_HI_EPI32(1, 3) UNPACK256_LO_HI_EPI32(4, 6) UNPACK256_LO_HI_EPI32(5, 7) UNPACK256_LO_HI_EPI32(8, 10) UNPACK256_LO_HI_EPI32(9, 11) UNPACK256_LO_HI_EPI32(12, 14) UNPACK256_LO_HI_EPI32(13, 15) UNPACK256_LO_HI_EPI64(0, 4) UNPACK256_LO_HI_EPI64(2, 6) UNPACK256_LO_HI_EPI64(1, 5) UNPACK256_LO_HI_EPI64(3, 7) UNPACK256_LO_HI_EPI64(8, 12) UNPACK256_LO_HI_EPI64(10, 14) UNPACK256_LO_HI_EPI64(9, 13) UNPACK256_LO_HI_EPI64(11, 15) UNPACK256_LO_HI_EPI128(0, 8) UNPACK256_LO_HI_EPI128(4, 12) UNPACK256_LO_HI_EPI128(2, 10) UNPACK256_LO_HI_EPI128(6, 14) UNPACK256_LO_HI_EPI128(1, 9) UNPACK256_LO_HI_EPI128(5, 13) UNPACK256_LO_HI_EPI128(3, 11) UNPACK256_LO_HI_EPI128(7, 15) __m256i* ptr = (__m256i*)out; _mm256_store_si256(ptr++, r0); _mm256_store_si256(ptr++, r4); _mm256_store_si256(ptr++, r2); _mm256_store_si256(ptr++, r6); _mm256_store_si256(ptr++, r1); _mm256_store_si256(ptr++, r5); _mm256_store_si256(ptr++, r3); _mm256_store_si256(ptr++, r7); _mm256_store_si256(ptr++, r8); _mm256_store_si256(ptr++, r12); _mm256_store_si256(ptr++, r10); _mm256_store_si256(ptr++, r14); _mm256_store_si256(ptr++, r9); _mm256_store_si256(ptr++, r13); _mm256_store_si256(ptr++, r11); _mm256_store_si256(ptr++, r15); } #define LOAD(r) r = _mm256_loadu_si256((const __m256i*) * (data++) + offset); #define ALIGN(r) r = _mm256_unpacklo_epi8(_mm256_permute4x64_epi64(r, 2),z); static inline void transpose_offset_8bit(const int16_t** data, size_t n, ptrdiff_t offset, int16_t* out, __m256i) { __m256i r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14, r15, t; //__m128i s0, s1, s2, s3, s4, s5, s6, s7, s8, s9, s10, s11, s12, s13, s14, s15; __m256i z = _mm256_setzero_si256(); LOAD(r0) LOAD(r1) LOAD(r2) LOAD(r3) LOAD(r4) LOAD(r5) LOAD(r6) LOAD(r7) LOAD(r8) LOAD(r9) LOAD(r10) LOAD(r11) LOAD(r12) LOAD(r13) LOAD(r14) LOAD(r15) ALIGN(r0) ALIGN(r1) ALIGN(r2) ALIGN(r3) ALIGN(r4) ALIGN(r5) ALIGN(r6) ALIGN(r7) ALIGN(r8) ALIGN(r9) ALIGN(r10) ALIGN(r11) ALIGN(r12) ALIGN(r13) ALIGN(r14) ALIGN(r15) UNPACK256_LO_HI_EPI16(0, 1) UNPACK256_LO_HI_EPI16(2, 3) UNPACK256_LO_HI_EPI16(4, 5) UNPACK256_LO_HI_EPI16(6, 7) UNPACK256_LO_HI_EPI16(8, 9) UNPACK256_LO_HI_EPI16(10, 11) UNPACK256_LO_HI_EPI16(12, 13) UNPACK256_LO_HI_EPI16(14, 15) UNPACK256_LO_HI_EPI32(0, 2) UNPACK256_LO_HI_EPI32(1, 3) UNPACK256_LO_HI_EPI32(4, 6) UNPACK256_LO_HI_EPI32(5, 7) UNPACK256_LO_HI_EPI32(8, 10) UNPACK256_LO_HI_EPI32(9, 11) UNPACK256_LO_HI_EPI32(12, 14) UNPACK256_LO_HI_EPI32(13, 15) UNPACK256_LO_HI_EPI64(0, 4) UNPACK256_LO_HI_EPI64(2, 6) UNPACK256_LO_HI_EPI64(1, 5) UNPACK256_LO_HI_EPI64(3, 7) UNPACK256_LO_HI_EPI64(8, 12) UNPACK256_LO_HI_EPI64(10, 14) UNPACK256_LO_HI_EPI64(9, 13) UNPACK256_LO_HI_EPI64(11, 15) UNPACK256_LO_HI_EPI128(0, 8) UNPACK256_LO_HI_EPI128(4, 12) UNPACK256_LO_HI_EPI128(2, 10) UNPACK256_LO_HI_EPI128(6, 14) UNPACK256_LO_HI_EPI128(1, 9) UNPACK256_LO_HI_EPI128(5, 13) UNPACK256_LO_HI_EPI128(3, 11) UNPACK256_LO_HI_EPI128(7, 15) __m256i* ptr = (__m256i*)out; _mm256_store_si256(ptr++, r0); _mm256_store_si256(ptr++, r4); _mm256_store_si256(ptr++, r2); _mm256_store_si256(ptr++, r6); _mm256_store_si256(ptr++, r1); _mm256_store_si256(ptr++, r5); _mm256_store_si256(ptr++, r3); _mm256_store_si256(ptr++, r7); _mm256_store_si256(ptr++, r8); _mm256_store_si256(ptr++, r12); _mm256_store_si256(ptr++, r10); _mm256_store_si256(ptr++, r14); _mm256_store_si256(ptr++, r9); _mm256_store_si256(ptr++, r13); _mm256_store_si256(ptr++, r11); _mm256_store_si256(ptr++, r15); } #endif bbuchfink-diamond-6dc5717/src/util/simd/transpose32x32.h000066400000000000000000000330551523407312000230140ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" #define UNPACK256_LO_HI_EPI8(a, b) t = r##a; r##a = _mm256_unpacklo_epi8(t, r##b); r##b = _mm256_unpackhi_epi8(t, r##b); #define UNPACK256_LO_HI_EPI16(a, b) t = r##a; r##a = _mm256_unpacklo_epi16(t, r##b); r##b = _mm256_unpackhi_epi16(t, r##b); #define UNPACK256_LO_HI_EPI32(a, b) t = r##a; r##a = _mm256_unpacklo_epi32(t, r##b); r##b = _mm256_unpackhi_epi32(t, r##b); #define UNPACK256_LO_HI_EPI64(a, b) t = r##a; r##a = _mm256_unpacklo_epi64(t, r##b); r##b = _mm256_unpackhi_epi64(t, r##b); #define UNPACK256_LO_HI_EPI128(a, b) t = r##a; r##a = _mm256_permute2x128_si256(t, r##b, 32); r##b = _mm256_permute2x128_si256(t, r##b, 49); static inline void transpose(const signed char** data, size_t n, signed char* out, const __m256i&) { __m256i r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14, r15, r16, r17, r18, r19, r20, r21, r22, r23, r24, r25, r26, r27, r28, r29, r30, r31, t; r0 = r1 = r2 = r3 = r4 = r5 = r6 = r7 = r8 = r9 = r10 = r11 = r12 = r13 = r14 = r15 = r16 = r17 = r18 = r19 = r20 = r21 = r22 = r23 = r24 = r25 = r26 = r27 = r28 = r29 = r30 = r31 = _mm256_setzero_si256(); switch (n) { case 32: r0 = _mm256_loadu_si256((const __m256i*) * (data++)); case 31: r1 = _mm256_loadu_si256((const __m256i*) * (data++)); case 30: r2 = _mm256_loadu_si256((const __m256i*) * (data++)); case 29: r3 = _mm256_loadu_si256((const __m256i*) * (data++)); case 28: r4 = _mm256_loadu_si256((const __m256i*) * (data++)); case 27: r5 = _mm256_loadu_si256((const __m256i*) * (data++)); case 26: r6 = _mm256_loadu_si256((const __m256i*) * (data++)); case 25: r7 = _mm256_loadu_si256((const __m256i*) * (data++)); case 24: r8 = _mm256_loadu_si256((const __m256i*) * (data++)); case 23: r9 = _mm256_loadu_si256((const __m256i*) * (data++)); case 22: r10 = _mm256_loadu_si256((const __m256i*) * (data++)); case 21: r11 = _mm256_loadu_si256((const __m256i*) * (data++)); case 20: r12 = _mm256_loadu_si256((const __m256i*) * (data++)); case 19: r13 = _mm256_loadu_si256((const __m256i*) * (data++)); case 18: r14 = _mm256_loadu_si256((const __m256i*) * (data++)); case 17: r15 = _mm256_loadu_si256((const __m256i*) * (data++)); case 16: r16 = _mm256_loadu_si256((const __m256i*) * (data++)); case 15: r17 = _mm256_loadu_si256((const __m256i*) * (data++)); case 14: r18 = _mm256_loadu_si256((const __m256i*) * (data++)); case 13: r19 = _mm256_loadu_si256((const __m256i*) * (data++)); case 12: r20 = _mm256_loadu_si256((const __m256i*) * (data++)); case 11: r21 = _mm256_loadu_si256((const __m256i*) * (data++)); case 10: r22 = _mm256_loadu_si256((const __m256i*) * (data++)); case 9: r23 = _mm256_loadu_si256((const __m256i*) * (data++)); case 8: r24 = _mm256_loadu_si256((const __m256i*) * (data++)); case 7: r25 = _mm256_loadu_si256((const __m256i*) * (data++)); case 6: r26 = _mm256_loadu_si256((const __m256i*) * (data++)); case 5: r27 = _mm256_loadu_si256((const __m256i*) * (data++)); case 4: r28 = _mm256_loadu_si256((const __m256i*) * (data++)); case 3: r29 = _mm256_loadu_si256((const __m256i*) * (data++)); case 2: r30 = _mm256_loadu_si256((const __m256i*) * (data++)); case 1: r31 = _mm256_loadu_si256((const __m256i*) * data); } UNPACK256_LO_HI_EPI8(0, 1) UNPACK256_LO_HI_EPI8(2, 3) UNPACK256_LO_HI_EPI8(4, 5) UNPACK256_LO_HI_EPI8(6, 7) UNPACK256_LO_HI_EPI8(8, 9) UNPACK256_LO_HI_EPI8(10, 11) UNPACK256_LO_HI_EPI8(12, 13) UNPACK256_LO_HI_EPI8(14, 15) UNPACK256_LO_HI_EPI8(16, 17) UNPACK256_LO_HI_EPI8(18, 19) UNPACK256_LO_HI_EPI8(20, 21) UNPACK256_LO_HI_EPI8(22, 23) UNPACK256_LO_HI_EPI8(24, 25) UNPACK256_LO_HI_EPI8(26, 27) UNPACK256_LO_HI_EPI8(28, 29) UNPACK256_LO_HI_EPI8(30, 31) UNPACK256_LO_HI_EPI16(0, 2) UNPACK256_LO_HI_EPI16(1, 3) UNPACK256_LO_HI_EPI16(4, 6) UNPACK256_LO_HI_EPI16(5, 7) UNPACK256_LO_HI_EPI16(8, 10) UNPACK256_LO_HI_EPI16(9, 11) UNPACK256_LO_HI_EPI16(12, 14) UNPACK256_LO_HI_EPI16(13, 15) UNPACK256_LO_HI_EPI16(16, 18) UNPACK256_LO_HI_EPI16(17, 19) UNPACK256_LO_HI_EPI16(20, 22) UNPACK256_LO_HI_EPI16(21, 23) UNPACK256_LO_HI_EPI16(24, 26) UNPACK256_LO_HI_EPI16(25, 27) UNPACK256_LO_HI_EPI16(28, 30) UNPACK256_LO_HI_EPI16(29, 31) UNPACK256_LO_HI_EPI32(0, 4) UNPACK256_LO_HI_EPI32(2, 6) UNPACK256_LO_HI_EPI32(1, 5) UNPACK256_LO_HI_EPI32(3, 7) UNPACK256_LO_HI_EPI32(8, 12) UNPACK256_LO_HI_EPI32(10, 14) UNPACK256_LO_HI_EPI32(9, 13) UNPACK256_LO_HI_EPI32(11, 15) UNPACK256_LO_HI_EPI32(16, 20) UNPACK256_LO_HI_EPI32(18, 22) UNPACK256_LO_HI_EPI32(17, 21) UNPACK256_LO_HI_EPI32(19, 23) UNPACK256_LO_HI_EPI32(24, 28) UNPACK256_LO_HI_EPI32(26, 30) UNPACK256_LO_HI_EPI32(25, 29) UNPACK256_LO_HI_EPI32(27, 31) UNPACK256_LO_HI_EPI64(0, 8) UNPACK256_LO_HI_EPI64(4, 12) UNPACK256_LO_HI_EPI64(2, 10) UNPACK256_LO_HI_EPI64(6, 14) UNPACK256_LO_HI_EPI64(1, 9) UNPACK256_LO_HI_EPI64(5, 13) UNPACK256_LO_HI_EPI64(3, 11) UNPACK256_LO_HI_EPI64(7, 15) UNPACK256_LO_HI_EPI64(16, 24) UNPACK256_LO_HI_EPI64(20, 28) UNPACK256_LO_HI_EPI64(18, 26) UNPACK256_LO_HI_EPI64(22, 30) UNPACK256_LO_HI_EPI64(17, 25) UNPACK256_LO_HI_EPI64(21, 29) UNPACK256_LO_HI_EPI64(19, 27) UNPACK256_LO_HI_EPI64(23, 31) UNPACK256_LO_HI_EPI128(0, 16) UNPACK256_LO_HI_EPI128(8, 24) UNPACK256_LO_HI_EPI128(4, 20) UNPACK256_LO_HI_EPI128(12, 28) UNPACK256_LO_HI_EPI128(2, 18) UNPACK256_LO_HI_EPI128(10, 26) UNPACK256_LO_HI_EPI128(6, 22) UNPACK256_LO_HI_EPI128(14, 30) UNPACK256_LO_HI_EPI128(1, 17) UNPACK256_LO_HI_EPI128(9, 25) UNPACK256_LO_HI_EPI128(5, 21) UNPACK256_LO_HI_EPI128(13, 29) UNPACK256_LO_HI_EPI128(3, 19) UNPACK256_LO_HI_EPI128(11, 27) UNPACK256_LO_HI_EPI128(7, 23) UNPACK256_LO_HI_EPI128(15, 31) __m256i* ptr = (__m256i*)out; _mm256_store_si256(ptr++, r0); _mm256_store_si256(ptr++, r8); _mm256_store_si256(ptr++, r4); _mm256_store_si256(ptr++, r12); _mm256_store_si256(ptr++, r2); _mm256_store_si256(ptr++, r10); _mm256_store_si256(ptr++, r6); _mm256_store_si256(ptr++, r14); _mm256_store_si256(ptr++, r1); _mm256_store_si256(ptr++, r9); _mm256_store_si256(ptr++, r5); _mm256_store_si256(ptr++, r13); _mm256_store_si256(ptr++, r3); _mm256_store_si256(ptr++, r11); _mm256_store_si256(ptr++, r7); _mm256_store_si256(ptr++, r15); _mm256_store_si256(ptr++, r16); _mm256_store_si256(ptr++, r24); _mm256_store_si256(ptr++, r20); _mm256_store_si256(ptr++, r28); _mm256_store_si256(ptr++, r18); _mm256_store_si256(ptr++, r26); _mm256_store_si256(ptr++, r22); _mm256_store_si256(ptr++, r30); _mm256_store_si256(ptr++, r17); _mm256_store_si256(ptr++, r25); _mm256_store_si256(ptr++, r21); _mm256_store_si256(ptr++, r29); _mm256_store_si256(ptr++, r19); _mm256_store_si256(ptr++, r27); _mm256_store_si256(ptr++, r23); _mm256_store_si256(ptr++, r31); } static inline void transpose_offset(const signed char** data, size_t n, ptrdiff_t offset, signed char* out, __m256i) { __m256i r0, r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14, r15, r16, r17, r18, r19, r20, r21, r22, r23, r24, r25, r26, r27, r28, r29, r30, r31, t; r0 = r1 = r2 = r3 = r4 = r5 = r6 = r7 = r8 = r9 = r10 = r11 = r12 = r13 = r14 = r15 = r16 = r17 = r18 = r19 = r20 = r21 = r22 = r23 = r24 = r25 = r26 = r27 = r28 = r29 = r30 = r31 = _mm256_setzero_si256(); switch (n) { case 32: r0 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 31: r1 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 30: r2 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 29: r3 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 28: r4 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 27: r5 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 26: r6 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 25: r7 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 24: r8 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 23: r9 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 22: r10 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 21: r11 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 20: r12 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 19: r13 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 18: r14 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 17: r15 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 16: r16 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 15: r17 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 14: r18 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 13: r19 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 12: r20 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 11: r21 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 10: r22 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 9: r23 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 8: r24 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 7: r25 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 6: r26 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 5: r27 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 4: r28 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 3: r29 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 2: r30 = _mm256_loadu_si256((const __m256i*) * (data++) + offset); case 1: r31 = _mm256_loadu_si256((const __m256i*) * data + offset); } UNPACK256_LO_HI_EPI8(0, 1) UNPACK256_LO_HI_EPI8(2, 3) UNPACK256_LO_HI_EPI8(4, 5) UNPACK256_LO_HI_EPI8(6, 7) UNPACK256_LO_HI_EPI8(8, 9) UNPACK256_LO_HI_EPI8(10, 11) UNPACK256_LO_HI_EPI8(12, 13) UNPACK256_LO_HI_EPI8(14, 15) UNPACK256_LO_HI_EPI8(16, 17) UNPACK256_LO_HI_EPI8(18, 19) UNPACK256_LO_HI_EPI8(20, 21) UNPACK256_LO_HI_EPI8(22, 23) UNPACK256_LO_HI_EPI8(24, 25) UNPACK256_LO_HI_EPI8(26, 27) UNPACK256_LO_HI_EPI8(28, 29) UNPACK256_LO_HI_EPI8(30, 31) UNPACK256_LO_HI_EPI16(0, 2) UNPACK256_LO_HI_EPI16(1, 3) UNPACK256_LO_HI_EPI16(4, 6) UNPACK256_LO_HI_EPI16(5, 7) UNPACK256_LO_HI_EPI16(8, 10) UNPACK256_LO_HI_EPI16(9, 11) UNPACK256_LO_HI_EPI16(12, 14) UNPACK256_LO_HI_EPI16(13, 15) UNPACK256_LO_HI_EPI16(16, 18) UNPACK256_LO_HI_EPI16(17, 19) UNPACK256_LO_HI_EPI16(20, 22) UNPACK256_LO_HI_EPI16(21, 23) UNPACK256_LO_HI_EPI16(24, 26) UNPACK256_LO_HI_EPI16(25, 27) UNPACK256_LO_HI_EPI16(28, 30) UNPACK256_LO_HI_EPI16(29, 31) UNPACK256_LO_HI_EPI32(0, 4) UNPACK256_LO_HI_EPI32(2, 6) UNPACK256_LO_HI_EPI32(1, 5) UNPACK256_LO_HI_EPI32(3, 7) UNPACK256_LO_HI_EPI32(8, 12) UNPACK256_LO_HI_EPI32(10, 14) UNPACK256_LO_HI_EPI32(9, 13) UNPACK256_LO_HI_EPI32(11, 15) UNPACK256_LO_HI_EPI32(16, 20) UNPACK256_LO_HI_EPI32(18, 22) UNPACK256_LO_HI_EPI32(17, 21) UNPACK256_LO_HI_EPI32(19, 23) UNPACK256_LO_HI_EPI32(24, 28) UNPACK256_LO_HI_EPI32(26, 30) UNPACK256_LO_HI_EPI32(25, 29) UNPACK256_LO_HI_EPI32(27, 31) UNPACK256_LO_HI_EPI64(0, 8) UNPACK256_LO_HI_EPI64(4, 12) UNPACK256_LO_HI_EPI64(2, 10) UNPACK256_LO_HI_EPI64(6, 14) UNPACK256_LO_HI_EPI64(1, 9) UNPACK256_LO_HI_EPI64(5, 13) UNPACK256_LO_HI_EPI64(3, 11) UNPACK256_LO_HI_EPI64(7, 15) UNPACK256_LO_HI_EPI64(16, 24) UNPACK256_LO_HI_EPI64(20, 28) UNPACK256_LO_HI_EPI64(18, 26) UNPACK256_LO_HI_EPI64(22, 30) UNPACK256_LO_HI_EPI64(17, 25) UNPACK256_LO_HI_EPI64(21, 29) UNPACK256_LO_HI_EPI64(19, 27) UNPACK256_LO_HI_EPI64(23, 31) UNPACK256_LO_HI_EPI128(0, 16) UNPACK256_LO_HI_EPI128(8, 24) UNPACK256_LO_HI_EPI128(4, 20) UNPACK256_LO_HI_EPI128(12, 28) UNPACK256_LO_HI_EPI128(2, 18) UNPACK256_LO_HI_EPI128(10, 26) UNPACK256_LO_HI_EPI128(6, 22) UNPACK256_LO_HI_EPI128(14, 30) UNPACK256_LO_HI_EPI128(1, 17) UNPACK256_LO_HI_EPI128(9, 25) UNPACK256_LO_HI_EPI128(5, 21) UNPACK256_LO_HI_EPI128(13, 29) UNPACK256_LO_HI_EPI128(3, 19) UNPACK256_LO_HI_EPI128(11, 27) UNPACK256_LO_HI_EPI128(7, 23) UNPACK256_LO_HI_EPI128(15, 31) __m256i* ptr = (__m256i*)out; _mm256_store_si256(ptr++, r0); _mm256_store_si256(ptr++, r8); _mm256_store_si256(ptr++, r4); _mm256_store_si256(ptr++, r12); _mm256_store_si256(ptr++, r2); _mm256_store_si256(ptr++, r10); _mm256_store_si256(ptr++, r6); _mm256_store_si256(ptr++, r14); _mm256_store_si256(ptr++, r1); _mm256_store_si256(ptr++, r9); _mm256_store_si256(ptr++, r5); _mm256_store_si256(ptr++, r13); _mm256_store_si256(ptr++, r3); _mm256_store_si256(ptr++, r11); _mm256_store_si256(ptr++, r7); _mm256_store_si256(ptr++, r15); _mm256_store_si256(ptr++, r16); _mm256_store_si256(ptr++, r24); _mm256_store_si256(ptr++, r20); _mm256_store_si256(ptr++, r28); _mm256_store_si256(ptr++, r18); _mm256_store_si256(ptr++, r26); _mm256_store_si256(ptr++, r22); _mm256_store_si256(ptr++, r30); _mm256_store_si256(ptr++, r17); _mm256_store_si256(ptr++, r25); _mm256_store_si256(ptr++, r21); _mm256_store_si256(ptr++, r29); _mm256_store_si256(ptr++, r19); _mm256_store_si256(ptr++, r27); _mm256_store_si256(ptr++, r23); _mm256_store_si256(ptr++, r31); }bbuchfink-diamond-6dc5717/src/util/simd/vector.h000066400000000000000000000076611523407312000216020ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include "../simd.h" #if ARCH_ID == 3 #include "vector8_avx512.h" #elif ARCH_ID == 2 #include "vector8_avx2.h" #elif defined(__ARM_NEON) #include "vector8_neon.h" #elif defined(__SSE2__) #include "vector8_sse.h" #else #include "vector_generic.h" #endif namespace DISPATCH_ARCH { namespace SIMD { static inline float sum(const float* x, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; size_t i = 0; Register acc = zero(Register()); for (; i + L <= n; i += L) { acc = add(acc, unaligned_load(x + i, Register())); } float sum = hsum(acc); for (; i < n; ++i) sum += x[i]; return sum; } /*static inline void set(float* dst, float val, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; const Register s = set(val, Register()); size_t i = 0; for (; i + L <= n; i += L) unaligned_store(s, dst + i); for (; i < n; ++i) dst[i] = val; }*/ static inline void scale(float* dst, float scale, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; const Register s = set(scale, Register()); size_t i = 0; for (; i + L <= n; i += L) unaligned_store(mul(unaligned_load(dst + i, Register()), s), dst + i); for (; i < n; ++i) dst[i] *= scale; } /*static inline void add(float* dst, const float* src, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; size_t i = 0; for (; i + L <= n; i += L) { Register a = unaligned_load(dst + i, Register()); Register b = unaligned_load(src + i, Register()); unaligned_store(add(a, b), dst + i); } for (; i < n; ++i) dst[i] += src[i]; } static inline void mul(float* dst, const float* src, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; size_t i = 0; for (; i + L <= n; i += L) { Register a = unaligned_load(dst + i, Register()); Register b = unaligned_load(src + i, Register()); unaligned_store(mul(a, b), dst + i); } for (; i < n; ++i) dst[i] *= src[i]; } static inline void scale_to(float* dst, const float* src, float scale, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; const Register s = set(scale, Register()); size_t i = 0; for (; i + L <= n; i += L) { const Register a = unaligned_load(src + i, Register()); unaligned_store(mul(a, s), dst + i); } for (; i < n; ++i) dst[i] = src[i] * scale; } static inline void mul_to(float* dst, const float* a, const float* b, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; size_t i = 0; for (; i + L <= n; i += L) { Register va = unaligned_load(a + i, Register()); Register vb = unaligned_load(b + i, Register()); unaligned_store(mul(va, vb), dst + i); } for (; i < n; ++i) dst[i] = a[i] * b[i]; } static inline void add_scalar_inplace(float* dst, float s, size_t n) { using Register = Traits::Register; constexpr size_t L = Traits::LANES; const Register v = set(s, Register()); size_t i = 0; for (; i + L <= n; i += L) { Register a = unaligned_load(dst + i, Register()); unaligned_store(add(a, v), dst + i); } for (; i < n; ++i) dst[i] += s; }*/ }}bbuchfink-diamond-6dc5717/src/util/simd/vector8_avx2.h000066400000000000000000000051471523407312000226270ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" namespace DISPATCH_ARCH { namespace SIMD { template<> struct Vector { static constexpr size_t LANES = 32; Vector() {} Vector(const signed char* p) : v(_mm256_loadu_si256((const __m256i*)p)) {} operator __m256i() const { return v; } __m256i v; }; template<> struct Vector { static constexpr size_t LANES = 16; Vector() {} Vector(const int16_t* p) : v(_mm256_loadu_si256((const __m256i*)p)) {} operator __m256i() const { return v; } __m256i v; }; template<> struct Vector { static constexpr size_t LANES = 1; Vector() {} Vector(const int32_t* p) : v(*p) {} operator int32_t() const { return v; } int32_t v; }; template<> struct Traits { static constexpr size_t LANES = 8; using Register = __m256; }; static inline __m256 add(__m256 a, __m256 b) { return _mm256_add_ps(a, b); } static inline __m256 zero(__m256) { return _mm256_setzero_ps(); } static inline __m256 set(float x, __m256) { return _mm256_set1_ps(x); } static inline __m256 unaligned_load(const float* p, __m256) { return _mm256_loadu_ps(p); } static inline __m256 load(const float* p, __m256) { return _mm256_load_ps(p); } static inline void unaligned_store(__m256 v, float* p) { _mm256_storeu_ps(p, v); } static inline void store(__m256 v, float* p) { _mm256_store_ps(p, v); } static inline __m256 mul(__m256 a, __m256 b) { return _mm256_mul_ps(a, b); } static inline __m256 fmadd(__m256 a, __m256 b, __m256 c) { #if defined(__FMA__) || _MSC_VER return _mm256_fmadd_ps(a, b, c); #else return add(mul(a, b), c); #endif } static inline float hsum(__m256 a) { __m128 vlow = _mm256_castps256_ps128(a); __m128 vhigh = _mm256_extractf128_ps(a, 1); __m128 vsum = _mm_add_ps(vlow, vhigh); vsum = _mm_hadd_ps(vsum, vsum); vsum = _mm_hadd_ps(vsum, vsum); return _mm_cvtss_f32(vsum); } }}bbuchfink-diamond-6dc5717/src/util/simd/vector8_avx512.h000066400000000000000000000027431523407312000227740ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" namespace DISPATCH_ARCH { namespace SIMD { template<> struct Vector { static constexpr size_t CHANNELS = 32; Vector() {} Vector(const signed char* p) : v(_mm512_loadu_si512((const __m512i*)p)) {} operator __m512i() const { return v; } __m512i v; }; template<> struct Vector { static constexpr size_t CHANNELS = 16; Vector() {} Vector(const int16_t* p) : v(_mm256_loadu_si256((const __m256i*)p)) {} operator __m256i() const { return v; } __m256i v; }; template<> struct Vector { static constexpr size_t CHANNELS = 1; Vector() {} Vector(const int32_t* p) : v(*p) {} operator int32_t() const { return v; } int32_t v; }; }}bbuchfink-diamond-6dc5717/src/util/simd/vector8_neon.h000066400000000000000000000060511523407312000227010ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink Arm NEON port contributed by Martin Larralde This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" namespace DISPATCH_ARCH { namespace SIMD { template<> struct Vector { static constexpr size_t LANES = 16; Vector() {} Vector(const signed char *p): v(vld1q_s8(p)) {} operator int8x16_t() const { return v; } int8x16_t v; }; template<> struct Vector { static constexpr size_t LANES = 8; Vector() {} Vector(const int16_t* p) : v(vld1q_s16(p)) {} operator int16x8_t() const { return v; } int16x8_t v; }; template<> struct Vector { static constexpr size_t LANES = 1; Vector() {} Vector(const int32_t* p) : v(*p) {} operator int32_t() const { return v; } int32_t v; }; template<> struct Traits { static constexpr size_t LANES = 4; using Register = float32x4_t; }; static inline float32x4_t add(float32x4_t a, float32x4_t b) { return vaddq_f32(a, b); } static inline float32x4_t zero(float32x4_t) { return vdupq_n_f32(0.0f); } // Sets only lane 0 to x (like _mm_set_ss), other lanes = 0 static inline float32x4_t set(float x, float32x4_t) { return vdupq_n_f32(x); } static inline float32x4_t unaligned_load(const float* p, float32x4_t) { // NEON uses the same intrinsic for aligned/unaligned loads return vld1q_f32(p); } static inline float32x4_t load(const float* p, float32x4_t) { return vld1q_f32(p); } static inline void unaligned_store(float32x4_t v, float* p) { vst1q_f32(p, v); } static inline void store(float32x4_t v, float* p) { vst1q_f32(p, v); } static inline float32x4_t mul(float32x4_t a, float32x4_t b) { return vmulq_f32(a, b); } static inline float32x4_t fmadd(float32x4_t a, float32x4_t b, float32x4_t c) { // c + a*b (matches add(mul(a,b), c)) #if defined(__aarch64__) return vfmaq_f32(c, a, b); #else // vmlaq_f32 is fused on CPUs with FMA; otherwise it may lower to mul+add return vmlaq_f32(c, a, b); #endif } static inline float hsum(float32x4_t v) { #if defined(__aarch64__) return vaddvq_f32(v); #else // pairwise reduce: (v0+v1) + (v2+v3) float32x2_t vlow = vget_low_f32(v); float32x2_t vhigh = vget_high_f32(v); float32x2_t sum2 = vadd_f32(vlow, vhigh); // [v0+v2, v1+v3] float32x2_t sum1 = vpadd_f32(sum2, sum2); // [ (v0+v2)+(v1+v3), ... ] return vget_lane_f32(sum1, 0); #endif } }}bbuchfink-diamond-6dc5717/src/util/simd/vector8_sse.h000066400000000000000000000047651523407312000225460ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" namespace DISPATCH_ARCH { namespace SIMD { template<> struct Vector { static constexpr size_t LANES = 16; Vector() {} Vector(const signed char *p): v(_mm_loadu_si128((const __m128i*)p)) {} operator __m128i() const { return v; } __m128i v; }; template<> struct Vector { static constexpr size_t LANES = 8; Vector() {} Vector(const int16_t* p) : v(_mm_loadu_si128((const __m128i*)p)) {} operator __m128i() const { return v; } __m128i v; }; template<> struct Vector { static constexpr size_t LANES = 1; Vector() {} Vector(const int32_t* p) : v(*p) {} operator int32_t() const { return v; } int32_t v; }; template<> struct Traits { static constexpr size_t LANES = 4; using Register = __m128; }; static inline __m128 add(__m128 a, __m128 b) { return _mm_add_ps(a, b); } static inline __m128 zero(__m128) { return _mm_setzero_ps(); } static inline __m128 set(float x, __m128) { return _mm_set_ps1(x); } static inline __m128 unaligned_load(const float* p, __m128) { return _mm_loadu_ps(p); } static inline __m128 load(const float* p, __m128) { return _mm_load_ps(p); } static inline void unaligned_store(__m128 v, float* p) { _mm_storeu_ps(p, v); } static inline void store(__m128 v, float* p) { _mm_store_ps(p, v); } static inline __m128 mul(__m128 a, __m128 b) { return _mm_mul_ps(a, b); } static inline __m128 fmadd(__m128 a, __m128 b, __m128 c) { return add(mul(a, b), c); } static inline float hsum(__m128 v) { __m128 shuf = _mm_shuffle_ps(v, v, _MM_SHUFFLE(2, 3, 0, 1)); __m128 sums = _mm_add_ps(v, shuf); shuf = _mm_shuffle_ps(sums, sums, _MM_SHUFFLE(1, 0, 3, 2)); sums = _mm_add_ss(sums, shuf); return _mm_cvtss_f32(sums); } }}bbuchfink-diamond-6dc5717/src/util/simd/vector_generic.h000066400000000000000000000042231523407312000232650ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include "../simd.h" namespace DISPATCH_ARCH { namespace SIMD { template<> struct Vector { static constexpr size_t LANES = 1; Vector() {} Vector(const signed char* p) : v(*p) {} int8_t v; }; template<> struct Vector { static constexpr size_t LANES = 1; Vector() {} Vector(const int16_t* p) : v(*p) {} int16_t v; }; template<> struct Vector { static constexpr size_t LANES = 1; Vector() {} Vector(const int32_t* p) : v(*p) {} void store(float* p) const { } operator int32_t() const { return v; } int32_t v; }; template<> struct Traits { static constexpr size_t LANES = 1; using Register = float; }; template<> struct Traits { static constexpr size_t LANES = 1; using Register = float; }; static inline float zero(float) { return 0.0f; } static inline float set(float x, float) { return x; } static inline float load(const float* p, float) { return *p; } static inline float unaligned_load(const float* p, float) { return *p; } static inline void store(float v, float* p) { *p = v; } static inline void unaligned_store(float v, float* p) { *p = v; } static inline float add(float a, float b) { return a + b; } static inline float mul(float a, float b) { return a * b; } static inline float fmadd(float a, float b, float c) { return a * b + c; } static inline float hsum(float a) { return a; } }}bbuchfink-diamond-6dc5717/src/util/string/000077500000000000000000000000001523407312000204675ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/string/string.cpp000066400000000000000000000152001523407312000224770ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include "string.h" #include #include #include #include #include #include using std::string; using std::to_string; using std::stringstream; using std::setprecision; using std::fixed; using std::runtime_error; using std::set; using std::vector; using std::numeric_limits; string convert_size(size_t size) { static const char *SIZES[] = { "B", "KB", "MB", "GB", "TB", "PB" }; size_t div = 0; size_t rem = 0; while (size >= 1024 && div < (sizeof SIZES / sizeof *SIZES)) { rem = (size % 1024); div++; size /= 1024; } stringstream ss; ss << std::fixed << std::setprecision(1) << (double)size + (double)rem / 1024.0 << ' ' << SIZES[div]; return ss.str(); } namespace Util { namespace String { string replace(const string& s, char a, char b) { string r = s; size_t i = r.find_first_of(a); while (i != string::npos) { r[i++] = b; i = r.find_first_of(a, i); } return r; } std::string ratio_percentage(const double x, const double y) { stringstream ss; ss << fixed << setprecision(0) << x << '/' << y << " (" << setprecision(2) << x / y * 100.0 << "%)"; return ss.str(); } std::string ratio_percentage(const size_t x, const size_t y) { return ratio_percentage((double)x, (double)y); } int64_t interpret_number(const std::string& s) { stringstream ss(s); double n; ss >> n; char c = 0; ss >> c; if (ss.eof()) throw runtime_error("Missing size specifier in number: " + s + ". Permitted values: T, G, M, K"); double mult = 1; switch(c) { case 'T': case 't': mult = 1e12; break; case 'G': case 'g': mult = 1e9; break; case 'M': case 'm': mult = 1e6; break; case 'K': case 'k': mult = 1e3; break; default: throw runtime_error(string("Invalid size specifier (") + c + ") in number: " + s + ". Permitted suffixes: T, G, M, K"); break; } ss >> c; if (!ss.eof()) throw runtime_error("Invalid number format: " + s); return int64_t(n * mult); } vector tokenize(const char* str, const char* delimiters) { vector out; string token; while (*str != 0) { while (*str != 0 && strchr(delimiters, *str)) ++str; token.clear(); while (*str != 0 && strchr(delimiters, *str) == nullptr) token += *(str++); if (token.length() > 0) out.push_back(token); } if (out.size() == 0) out.push_back(string()); return out; } set parse_csv(const string& s) { set r; vector t(tokenize(s.c_str(), ",")); for (vector::const_iterator i = t.begin(); i != t.end(); ++i) if (!i->empty()) r.insert(atoi(i->c_str())); return r; } template<> int64_t convert_string(const char* s) { char* end; long long i = strtoll(s, &end, 10); if ((i == 0 && strcmp(s, "0") != 0) || i == LLONG_MAX || i == LLONG_MIN || *end != '\0' || i < numeric_limits::min() || i > numeric_limits::max()) throw runtime_error(string("Error converting integer value: ") + s); return i; } template<> int32_t convert_string(const char* s) { const int64_t i = convert_string(s); if (i < (int64_t)INT32_MIN || i >(int64_t)INT32_MAX) throw runtime_error(string("Error converting integer value: ") + s); return (int32_t)i; } template<> uint64_t convert_string(const char* s) { char* end; unsigned long long i = strtoull(s, &end, 10); if ((i == 0 && strcmp(s, "0") != 0) || i == ULLONG_MAX || *end != '\0' || i > numeric_limits::max()) throw runtime_error(string("Error converting integer value: ") + s); return i; } template<> uint32_t convert_string(const char* s) { const int64_t i = convert_string(s); if (i < 0 || i > (int64_t)UINT32_MAX) throw runtime_error(string("Error converting integer value: ") + s); return (uint32_t)i; } string format(double number) { const vector suffixes = { "", "K", "M", "G", "T", "P", "E" }; if (number == 0) { return "0"; } bool is_negative = number < 0; double abs_number = std::abs(number); int suffix_index = 0; if (abs_number >= 1000) { int exp = static_cast(std::log10(abs_number) / 3); suffix_index = std::min(exp, static_cast(suffixes.size() - 1)); } double divisor = std::pow(1000.0, suffix_index); double formatted_number = abs_number / divisor; std::ostringstream oss; oss << std::fixed << std::setprecision(2) << formatted_number; string num_str = oss.str(); // Trim trailing zeros and decimal point if needed size_t dot_pos = num_str.find('.'); if (dot_pos != std::string::npos) { // Find the last non-zero character after the decimal point size_t last_non_zero = num_str.find_last_not_of('0'); if (last_non_zero != std::string::npos) { num_str = num_str.substr(0, last_non_zero + 1); // If the decimal point is now at the end, remove it if (num_str.back() == '.') { num_str.pop_back(); } } } // Check if after trimming, the number is 1000 or more, adjust suffix if possible if (formatted_number >= 999.995 && suffix_index < (int)suffixes.size() - 1) { suffix_index++; divisor *= 1000; formatted_number = abs_number / divisor; oss.str(""); oss << std::fixed << std::setprecision(2) << formatted_number; num_str = oss.str(); // Trim again dot_pos = num_str.find('.'); if (dot_pos != std::string::npos) { size_t last_non_zero = num_str.find_last_not_of('0'); if (last_non_zero != std::string::npos) { num_str = num_str.substr(0, last_non_zero + 1); if (num_str.back() == '.') { num_str.pop_back(); } } } } string result = (is_negative ? "-" : "") + num_str + suffixes[suffix_index]; return result; } string format(unsigned long number) { return format((double)number); } string format(unsigned long long number) { return format((double)number); } string format(long number) { return format((double)number); } string format(long long number) { return format((double)number); } }}bbuchfink-diamond-6dc5717/src/util/string/string.h000066400000000000000000000063651523407312000221600ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include #include #include #include inline bool ends_with(const std::string &s, const char *t) { if (s.length() < strlen(t)) return false; return s.compare(s.length() - strlen(t), std::string::npos, t) == 0; } inline std::string rstrip(const std::string &s, const char *t) { const size_t l = strlen(t); if (s.length() < l) return s; if (s.compare(s.length() - l, std::string::npos, t) == 0) return std::string(s.begin(), s.end() - l); else return s; } inline size_t max_len(const char** s, size_t n) { size_t l = 0; for (size_t i = 0; i < n; ++i) l = std::max(l, strlen(s[i])); return l; } template inline std::vector charp_array(_it begin, _it end) { std::vector v; v.reserve(end - begin); for (auto i = begin; i != end; ++i) v.push_back(i->c_str()); return v; } #define MAX_LEN(A) max_len(A, sizeof(A)/sizeof(A[0])) std::string convert_size(size_t size); template void join(const char* sep, It begin, It end, std::ostream& out) { bool first = true; for (auto it = begin; it != end; ++it) { if (!first) out << sep; first = false; out << *it; } } template std::string join(const char* sep, It begin, It end) { std::ostringstream ss; join(sep, begin, end, ss); return ss.str(); } namespace Util { namespace String { // Workaround since sprintf is inconsistent in double rounding for different implementations. inline int format_double(double x, char *p, int64_t buf_size) { if (x >= 100.0) return snprintf(p, buf_size, "%lli", (long long)std::floor(x)); // for keeping output compatible with BLAST long long i = std::llround(x*10.0); return snprintf(p, buf_size, "%lli.%lli", i / 10, i % 10); } std::string replace(const std::string& s, char a, char b); std::string ratio_percentage(const double x, const double y); std::string ratio_percentage(const size_t x, const size_t y); int64_t interpret_number(const std::string& s); std::vector tokenize(const char* str, const char* delimiters); std::set parse_csv(const std::string& s); template T convert_string(const char* s); template T convert_string(const std::string& s) { return convert_string(s.c_str()); } std::string format(double number); std::string format(unsigned long number); std::string format(unsigned long long number); std::string format(long number); std::string format(long long number); }}bbuchfink-diamond-6dc5717/src/util/string/tokenizer.h000066400000000000000000000115341523407312000226560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include namespace Util { namespace String { struct TokenizerException : public std::runtime_error { TokenizerException(): std::runtime_error("Tokenizer Exception") {} TokenizerException(const std::string &msg): std::runtime_error(msg) {} }; struct Skip {}; struct CharDelimiter { CharDelimiter (char c): c(c) {} std::pair scan(const char* p) const { const char* q = strchr(p, c); return q ? std::pair(q, q + 1) : std::pair(nullptr, nullptr); } const char* next(const char* p) const { if (p[0] == c) return p + 1; else { if (*p != '\0') throw TokenizerException(); return nullptr; } } const char c; }; struct StringDelimiter { StringDelimiter(const char* s): s(s), len((int)strlen(s)) {} std::pair scan(const char* p) const { const char* q = strstr(p, s); return q ? std::pair(q, q + len) : std::pair(nullptr, nullptr); } const char* next(const char* p) const { if (strncmp(p, s, len) == 0) return p + len; else { if (*p != '\0') throw TokenizerException(); return nullptr; } } const char* s; const int len; }; struct StringDelimiters { StringDelimiters(const char** s, int n) : s(s), n(n) {} std::pair scan(const char* p) const { for (int i = 0; i < n; ++i) { const char* ptr = strstr(p, s[i]); if (ptr) return { ptr,ptr + strlen(s[i]) }; } return { nullptr,nullptr }; } const char* next(const char* p) const { for (int i = 0; i < n; ++i) { const size_t l = strlen(s[i]); if (strncmp(p, s[i], l) == 0) return p + l; } if (*p != '\0') throw TokenizerException(); return nullptr; } const char** s; const int n; }; template struct Tokenizer { Tokenizer(const std::string &s, Delimiters delimiters): p(s.c_str()), delimiters(delimiters) {} Tokenizer(const char* s, Delimiters delimiters): p(s), delimiters(delimiters) {} const char* ptr() const { return p; } void set(const char* ptr) { p = ptr; } Tokenizer& operator>>(const Skip&) { if (p == nullptr) throw TokenizerException(); std::tie(std::ignore, p) = delimiters.scan(p); return *this; } Tokenizer& operator>>(std::string &s) { if (p == nullptr) throw TokenizerException(); const auto d = delimiters.scan(p); if (d.first) s.assign(p, d.first - p); else s.assign(p); p = d.second; return *this; } Tokenizer& operator>>(int64_t &x) { if (!good()) throw TokenizerException(); char *end; const long long n = strtoll(p, &end, 10); x = (int64_t)n; if (end == p) throw TokenizerException(); p = delimiters.next(end); return *this; } Tokenizer& operator>>(uint64_t& x) { if (!good()) throw TokenizerException(); char* end; const long long n = strtoll(p, &end, 10); x = (uint64_t)n; if (end == p) throw TokenizerException(); p = delimiters.next(end); return *this; } Tokenizer& operator>>(int &x) { int64_t y; *this >> y; x = (int)y; return *this; } Tokenizer& operator>>(unsigned& x) { int64_t y; *this >> y; x = (unsigned)y; return *this; } Tokenizer& operator>>(double &x) { if (!good()) throw TokenizerException("No token left"); char *end; x = strtod(p, &end); if (end == p) throw TokenizerException("Unable to parse double"); p = delimiters.next(end); return *this; } Tokenizer& operator>>(float &x) { if (!good()) throw TokenizerException("No token left"); char *end; x = strtof(p, &end); if (end == p) throw TokenizerException("Unable to parse float"); p = delimiters.next(end); return *this; } bool good() const { return p != nullptr && *p != '\0'; } void skip_to(char c) { const char* q = strchr(p, c); p = q ? q + 1 : nullptr; } std::string getline() const { const char* q = strchr(p, '\n'); if (q == nullptr) q = strchr(p, '\0'); return std::string(p, q); } private: const char* p; const Delimiters delimiters; }; }}bbuchfink-diamond-6dc5717/src/util/system.h000066400000000000000000000034211523407312000206560ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #ifdef _MSC_VER typedef __int64 ssize_t; #define STDIN_FILENO _fileno(stdin) #define STDOUT_FILENO _fileno(stdout) #define PACKED_ATTRIBUTE #define FORCE_INLINE __forceinline static #define FLATTEN #define UNLINK _unlink #define NO_INLINE #define COLD #define UNLIKELY(x) x #define UNREACHABLE #else #ifdef __sparc__ #define PACKED_ATTRIBUTE #else #define PACKED_ATTRIBUTE __attribute__((packed)) #endif #define FORCE_INLINE __attribute__((always_inline)) static inline #define FLATTEN __attribute__((flatten)) #define UNLINK unlink #define NO_INLINE __attribute__ ((noinline)) #define COLD __attribute__((cold)) #define UNLIKELY(x) __builtin_expect((long)x, 0) #define UNREACHABLE __builtin_unreachable(); #endif #ifdef __linux__ #define POSIX_OPEN(x,y,z) open64(x,y,z) #define POSIX_OPEN2(x,y) open64(x,y) #else #define POSIX_OPEN(x,y,z) open(x,y,z) #define POSIX_OPEN2(x,y) open(x,y) #endif #if __cplusplus >= 201703L #define NODISCARD [[nodiscard]] #else #define NODISCARD #endifbbuchfink-diamond-6dc5717/src/util/system/000077500000000000000000000000001523407312000205055ustar00rootroot00000000000000bbuchfink-diamond-6dc5717/src/util/system/endianness.h000066400000000000000000000045421523407312000230120ustar00rootroot00000000000000/**** Copyright Š 2013-2025 Benjamin J. Buchfink Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. ****/ // SPDX-License-Identifier: BSD-3-Clause #pragma once #include #include "psnip/endian.h" static inline bool is_little_endian() { static int32_t test = 1; return *reinterpret_cast(&test) == 1; } template T big_endian_byteswap(T x) { return x; } template<> inline uint64_t big_endian_byteswap(uint64_t x) { return psnip_endian_le64(x); } template<> inline uint32_t big_endian_byteswap(uint32_t x) { return psnip_endian_le32(x); } template<> inline uint16_t big_endian_byteswap(uint16_t x) { return psnip_endian_le16(x); } template<> inline int64_t big_endian_byteswap(int64_t x) { return psnip_endian_le64(x); } template<> inline int32_t big_endian_byteswap(int32_t x) { return psnip_endian_le32(x); } template<> inline int16_t big_endian_byteswap(int16_t x) { return psnip_endian_le16(x); }bbuchfink-diamond-6dc5717/src/util/system/getRSS.cpp000066400000000000000000000072361523407312000223700ustar00rootroot00000000000000/* * Author: David Robert Nadeau * Site: http://NadeauSoftware.com/ * License: Creative Commons Attribution 3.0 Unported License * http://creativecommons.org/licenses/by/3.0/deed.en_US */ #if defined(_WIN32) #define NOMINMAX #define WIN32_LEAN_AND_MEAN #include #include #elif defined(__unix__) || defined(__unix) || defined(unix) || (defined(__APPLE__) && defined(__MACH__)) #include #include #if defined(__APPLE__) && defined(__MACH__) #include #elif (defined(_AIX) || defined(__TOS__AIX__)) || (defined(__sun__) || defined(__sun) || defined(sun) && (defined(__SVR4) || defined(__svr4__))) #include #include #elif defined(__linux__) || defined(__linux) || defined(linux) || defined(__gnu_linux__) #include #endif #else #error "Cannot define getPeakRSS( ) or getCurrentRSS( ) for an unknown OS." #endif /** * Returns the peak (maximum so far) resident set size (physical * memory use) measured in bytes, or zero if the value cannot be * determined on this OS. */ size_t getPeakRSS( ) { #if defined(_WIN32) /* Windows -------------------------------------------------- */ PROCESS_MEMORY_COUNTERS info; GetProcessMemoryInfo( GetCurrentProcess( ), &info, sizeof(info) ); return (size_t)info.PeakWorkingSetSize; #elif (defined(_AIX) || defined(__TOS__AIX__)) || (defined(__sun__) || defined(__sun) || defined(sun) && (defined(__SVR4) || defined(__svr4__))) /* AIX and Solaris ------------------------------------------ */ struct psinfo psinfo; int fd = -1; if ( (fd = open( "/proc/self/psinfo", O_RDONLY )) == -1 ) return (size_t)0L; /* Can't open? */ if ( read( fd, &psinfo, sizeof(psinfo) ) != sizeof(psinfo) ) { close( fd ); return (size_t)0L; /* Can't read? */ } close( fd ); return (size_t)(psinfo.pr_rssize * 1024L); #elif defined(__unix__) || defined(__unix) || defined(unix) || (defined(__APPLE__) && defined(__MACH__)) /* BSD, Linux, and OSX -------------------------------------- */ struct rusage rusage; getrusage( RUSAGE_SELF, &rusage ); #if defined(__APPLE__) && defined(__MACH__) return (size_t)rusage.ru_maxrss; #else return (size_t)(rusage.ru_maxrss * 1024L); #endif #else /* Unknown OS ----------------------------------------------- */ return (size_t)0L; /* Unsupported. */ #endif } /** * Returns the current resident set size (physical memory use) measured * in bytes, or zero if the value cannot be determined on this OS. */ size_t getCurrentRSS( ) { #if defined(_WIN32) /* Windows -------------------------------------------------- */ PROCESS_MEMORY_COUNTERS info; GetProcessMemoryInfo( GetCurrentProcess( ), &info, sizeof(info) ); return (size_t)info.WorkingSetSize; #elif defined(__APPLE__) && defined(__MACH__) /* OSX ------------------------------------------------------ */ struct mach_task_basic_info info; mach_msg_type_number_t infoCount = MACH_TASK_BASIC_INFO_COUNT; if ( task_info( mach_task_self( ), MACH_TASK_BASIC_INFO, (task_info_t)&info, &infoCount ) != KERN_SUCCESS ) return (size_t)0L; /* Can't access? */ return (size_t)info.resident_size; #elif defined(__linux__) || defined(__linux) || defined(linux) || defined(__gnu_linux__) /* Linux ---------------------------------------------------- */ long rss = 0L; FILE* fp = NULL; if ( (fp = fopen( "/proc/self/statm", "r" )) == NULL ) return (size_t)0L; /* Can't open? */ if ( fscanf( fp, "%*s%ld", &rss ) != 1 ) { fclose( fp ); return (size_t)0L; /* Can't read? */ } fclose( fp ); return (size_t)rss * (size_t)sysconf( _SC_PAGESIZE); #else /* AIX, BSD, Solaris, and Unknown OS ------------------------ */ return (size_t)0L; /* Unsupported. */ #endif }bbuchfink-diamond-6dc5717/src/util/system/system.cpp000066400000000000000000000347231523407312000225460ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include #include #include #include #include #include #include #include "system.h" #include "../string/string.h" #include "../log_stream.h" #include "basic/config.h" #ifdef _WIN32 #define NOMINMAX #define WIN32_LEAN_AND_MEAN #include #include // _getmaxstdio #else #include #include #include #include #include #include #include // getrlimit, RLIMIT_NOFILE #if defined(__APPLE__) #include // sysctlbyname (kern.maxfilesperproc) #endif #ifdef __FreeBSD__ #include #include #elif defined(HAVE_SYSINFO) #include #endif #endif using std::string; using std::cout; using std::cerr; using std::endl; using std::runtime_error; using std::tuple; using std::pair; using std::make_pair; long max_open_files_per_process() { #if defined(_WIN32) return static_cast(_getmaxstdio()); #else struct rlimit rl; if (getrlimit(RLIMIT_NOFILE, &rl) != 0) return -1; if (rl.rlim_cur == RLIM_INFINITY) return -1; return static_cast(rl.rlim_cur); #endif } long raise_open_files_limit(long desired) { #if defined(_WIN32) int target = (desired > 0) ? static_cast(desired) : 8192; if (target > 8192) target = 8192; if (_setmaxstdio(target) == -1) return -1; return static_cast(_getmaxstdio()); #else struct rlimit rl; if (getrlimit(RLIMIT_NOFILE, &rl) != 0) return -1; rlim_t target = (desired > 0) ? static_cast(desired) : rl.rlim_max; if (rl.rlim_max != RLIM_INFINITY && target > rl.rlim_max) target = rl.rlim_max; #if defined(__APPLE__) int maxproc = 0; size_t sz = sizeof(maxproc); if (sysctlbyname("kern.maxfilesperproc", &maxproc, &sz, nullptr, 0) == 0 && maxproc > 0 && target > static_cast(maxproc)) target = static_cast(maxproc); #endif rl.rlim_cur = target; if (setrlimit(RLIMIT_NOFILE, &rl) != 0) return -1; if (getrlimit(RLIMIT_NOFILE, &rl) != 0) return -1; return static_cast(rl.rlim_cur); #endif } string executable_path() { char buf[4096]; #ifdef _MSC_VER if (GetModuleFileNameA(NULL, buf, sizeof(buf)) == 0) throw runtime_error("Error executing GetModuleFileNameA."); return string(buf); #else if (readlink("/proc/self/exe", buf, sizeof(buf)) < 0) throw std::runtime_error("Error executing readlink on /proc/self/exe."); return string(buf); #endif } bool exists(const std::string &file_name) { #ifdef _MSC_VER return GetFileAttributes(file_name.c_str()) != INVALID_FILE_ATTRIBUTES; #else struct stat buffer; return stat(file_name.c_str(), &buffer) == 0; #endif } size_t file_size(const char* name) { #ifdef WIN32 HANDLE hFile = CreateFile(name, GENERIC_READ, FILE_SHARE_READ | FILE_SHARE_WRITE, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL); if (hFile == INVALID_HANDLE_VALUE) throw runtime_error(string("Error getting size on file: ") + name + ": " + std::system_category().message(GetLastError())); LARGE_INTEGER size; if (!GetFileSizeEx(hFile, &size)) { CloseHandle(hFile); throw runtime_error(string("Error getting size on file: ") + name + ": " + std::system_category().message(GetLastError())); } CloseHandle(hFile); return size.QuadPart; #else struct stat stat_buf; int rc = stat(name, &stat_buf); if (rc != 0) throw runtime_error(string("Error getting size on file: ") + name + ": " + std::strerror(errno)); return stat_buf.st_size; #endif } void auto_append_extension(string &str, const char *ext) { if (!str.empty() && !ends_with(str, ext)) str += ext; } string auto_append_extension_if_exists(const string &str, const char *ext) { if (!ends_with(str, ext) && exists(str + ext)) return str + ext; return str; } void log_rss() { *log_stream << "Current RSS: " << convert_size(getCurrentRSS()) << ", Peak RSS: " << convert_size(getPeakRSS()) << endl; } void set_color(Color color, bool err) { #ifdef WIN32 HANDLE hConsole = GetStdHandle(STD_OUTPUT_HANDLE); WORD c = FOREGROUND_RED | FOREGROUND_BLUE | FOREGROUND_GREEN; switch (color) { case Color::RED: c = FOREGROUND_RED; break; case Color::GREEN: c = FOREGROUND_GREEN; break; case Color::YELLOW: c = FOREGROUND_RED | FOREGROUND_GREEN; break; default: break; } SetConsoleTextAttribute(hConsole, c); #else auto &s = err ? cerr : cout; s << "\033["; switch (color) { case Color::RED: s << 31; break; case Color::GREEN: s << 32; break; case Color::YELLOW: s << "1;33"; break; default: break; } s << "m"; #endif } void reset_color(bool err) { #ifdef WIN32 HANDLE hConsole = GetStdHandle(STD_OUTPUT_HANDLE); SetConsoleTextAttribute(hConsole, FOREGROUND_RED | FOREGROUND_BLUE | FOREGROUND_GREEN); #else (err ? cerr : cout) << "\033[" << "0;39" << 'm'; #endif } double total_ram() { #ifdef __FreeBSD__ int mib[2] = { CTL_HW, HW_REALMEM }; u_int namelen = sizeof(mib) / sizeof(mib[0]); uint64_t oldp; size_t oldlenp = sizeof(oldp); if (sysctl(mib, namelen, &oldp, &oldlenp, NULL, 0) < 0) return 0.0; else return oldp / 1e9; #elif defined(HAVE_SYSINFO) struct sysinfo info; if (sysinfo(&info) != 0) return 0.0; return (double)info.totalram / 1e9; #else return 0.0; #endif } tuple mmap_file(const char* filename) { #ifdef WIN32 throw std::runtime_error("Memory mapping not supported on Windows."); #else void* addr; int fd; struct stat sb; size_t length; fd = open(filename, O_RDONLY); if (fd == -1) throw std::runtime_error(string("Error opening file: ") + filename); if (fstat(fd, &sb) == -1) throw std::runtime_error(string("Error calling fstat on file: ") + filename); length = sb.st_size; addr = mmap(NULL, length, PROT_READ, MAP_SHARED, fd, 0); if (addr == MAP_FAILED) throw std::runtime_error(string("Error calling mmap on file: ") + filename); return std::tuple((char*)addr, length, fd); #endif } void unmap_file(char* ptr, size_t size, int fd) { #ifdef WIN32 #else munmap((void*)ptr, size); close(fd); #endif } void mkdir(const std::string& dir) { #ifdef WIN32 CreateDirectory(dir.c_str(), NULL); #else errno = 0; if (::mkdir(dir.c_str(), 493) != 0) { if (errno == EEXIST) { } else throw(std::runtime_error("could not create temporary directory " + dir)); } #endif } void rmdir(const std::string& path) { #ifdef _WIN32 const int wlen = MultiByteToWideChar(CP_UTF8, 0, path.c_str(), -1, nullptr, 0); if (wlen <= 0) throw runtime_error("MultiByteToWideChar"); std::wstring wpath(wlen, L'\0'); MultiByteToWideChar(CP_UTF8, 0, path.c_str(), -1, &wpath[0], wlen); RemoveDirectoryW(wpath.c_str()); #else ::rmdir(path.c_str()); #endif } static bool is_sep_char(char c) { #ifdef _WIN32 return c == '\\' || c == '/'; #else return c == '/'; #endif } static bool ends_with_sep(const std::string& s) { return !s.empty() && is_sep_char(s.back()); } static std::string last_component(const std::string& p) { if (p.empty()) return std::string(); std::size_t end = p.size(); while (end > 0 && is_sep_char(p[end - 1])) --end; std::size_t start = end; while (start > 0 && !is_sep_char(p[start - 1])) --start; return p.substr(start, end - start); } #ifndef _WIN32 static bool is_abs_posix(const std::string& p) { return !p.empty() && p[0] == '/'; } static std::string get_cwd_posix() { std::vector buf(256); for (;;) { if (getcwd(buf.data(), buf.size())) return std::string(buf.data()); buf.resize(buf.size() * 2); } } static std::string lex_normalize_posix(const std::string& path) { const bool abs = is_abs_posix(path); std::vector stack; std::size_t i = 0, n = path.size(); while (i < n) { while (i < n && path[i] == '/') ++i; std::size_t start = i; while (i < n && path[i] != '/') ++i; std::string token = path.substr(start, i - start); if (token.empty() || token == ".") continue; if (token == "..") { if (!stack.empty()) stack.pop_back(); else if (!abs) stack.push_back(".."); } else { stack.push_back(token); } } std::string out; if (abs) out.push_back('/'); for (std::size_t k = 0; k < stack.size(); ++k) { if (k) out.push_back('/'); out += stack[k]; } if (out.empty()) return abs ? "/" : "."; return out; } static std::string parent_dir_posix(const std::string& abs_path) { if (abs_path == "/") return "/"; std::size_t pos = abs_path.find_last_of('/'); if (pos == std::string::npos) return "."; if (pos == 0) return "/"; return abs_path.substr(0, pos); } #else static std::wstring widen_utf8(const std::string& s) { if (s.empty()) return std::wstring(); int wlen = MultiByteToWideChar(CP_UTF8, 0, s.data(), (int)s.size(), nullptr, 0); std::wstring w(wlen, L'\0'); MultiByteToWideChar(CP_UTF8, 0, s.data(), (int)s.size(), &w[0], wlen); return w; } static std::string narrow_utf8(const std::wstring& w) { if (w.empty()) return std::string(); int len = WideCharToMultiByte(CP_UTF8, 0, w.data(), (int)w.size(), nullptr, 0, nullptr, nullptr); std::string s(len, '\0'); WideCharToMultiByte(CP_UTF8, 0, w.data(), (int)w.size(), &s[0], len, nullptr, nullptr); return s; } #endif pair absolute_path(const std::string& file_path) { const std::string fp = file_path.empty() ? "." : file_path; const std::string base = last_component(fp); const bool treat_as_dir = ends_with_sep(fp) || base == "." || base == ".."; #ifndef WIN32 std::string joined; if (is_abs_posix(fp)) { joined = fp; } else { std::string cwd = get_cwd_posix(); if (cwd.empty()) return {}; joined = cwd + "/" + fp; } std::string abs_norm = lex_normalize_posix(joined); if (treat_as_dir) return make_pair(abs_norm, string()); return make_pair(parent_dir_posix(abs_norm), base); #else std::wstring winput = widen_utf8(fp); if (winput.empty()) winput = L"."; DWORD need = GetFullPathNameW(winput.c_str(), 0, nullptr, nullptr); if (need == 0) return {}; std::vector buf(need); DWORD written = GetFullPathNameW(winput.c_str(), (DWORD)buf.size(), buf.data(), nullptr); if (written == 0) return {}; std::wstring full(buf.data(), written); for (auto& ch : full) if (ch == L'/') ch = L'\\'; if (treat_as_dir) { return make_pair(narrow_utf8(full), string()); } std::size_t pos = full.find_last_of(L"\\/"); if (pos == std::wstring::npos) return make_pair(narrow_utf8(full), base); if (pos == 2 && full.size() >= 3 && full[1] == L':') ++pos; std::wstring parent = full.substr(0, pos); return make_pair(narrow_utf8(parent), base); #endif } bool stdout_is_a_tty() { #if defined(_WIN32) HANDLE h = GetStdHandle(STD_OUTPUT_HANDLE); if (h == nullptr || h == INVALID_HANDLE_VALUE) return false; if (GetFileType(h) != FILE_TYPE_CHAR) return false; DWORD mode; return GetConsoleMode(h, &mode) != 0; #else return ::isatty(STDOUT_FILENO) == 1; #endif } bool is_absolute_path(const std::string& path) { if (path.empty()) return false; if (path[0] == '/') return true; if (path[0] == '\\') return true; if (path.size() >= 3 && std::isalpha(static_cast(path[0])) && path[1] == ':' && (path[2] == '/' || path[2] == '\\')) { return true; } return false; } void remove_tmp_file(const std::string& file_name) { if (config.keep_temp_files) return; if(remove(file_name.c_str()) != 0) fprintf(stderr, "Warning: Failed to delete temporary file %s\n", file_name.c_str()); } static std::string join_path(const std::string& dir, const std::string& name) { if (dir.empty()) { return name; } char last = dir[dir.size() - 1]; #ifdef _WIN32 if (last == '/' || last == '\\') { return dir + name; } return dir + "\\" + name; #else if (last == '/') { return dir + name; } return dir + "/" + name; #endif } static std::string random_suffix(std::mt19937_64& rng) { static const char alphabet[] = "0123456789" "ABCDEFGHIJKLMNOPQRSTUVWXYZ" "abcdefghijklmnopqrstuvwxyz"; std::uniform_int_distribution dist( 0, sizeof(alphabet) - 2 ); std::string s; s.reserve(12); for (int i = 0; i < 12; ++i) { s.push_back(alphabet[dist(rng)]); } return s; } #ifdef _WIN32 static std::wstring utf8_to_wide(const std::string& s) { if (s.empty()) { return std::wstring(); } int needed = MultiByteToWideChar( CP_UTF8, MB_ERR_INVALID_CHARS, s.data(), static_cast(s.size()), NULL, 0 ); if (needed <= 0) { throw std::runtime_error("invalid UTF-8 path"); } std::wstring out(static_cast(needed), L'\0'); int written = MultiByteToWideChar( CP_UTF8, MB_ERR_INVALID_CHARS, s.data(), static_cast(s.size()), &out[0], needed ); if (written != needed) { throw std::runtime_error("UTF-8 to UTF-16 conversion failed"); } return out; } #endif std::string create_temp_directory(const std::string& parent_dir, const std::string& prefix, unsigned max_attempts) { if (parent_dir.find('\0') != std::string::npos) { throw std::invalid_argument("parent_dir contains NUL byte"); } std::random_device rd; std::mt19937_64 rng((static_cast(rd()) << 32) ^ static_cast(rd())); for (unsigned attempt = 0; attempt < max_attempts; ++attempt) { std::string name = prefix + random_suffix(rng); std::string path = join_path(parent_dir, name); #ifdef _WIN32 std::wstring wide_path = utf8_to_wide(path); if (CreateDirectoryW(wide_path.c_str(), NULL)) { return path; } DWORD err = GetLastError(); if (err == ERROR_ALREADY_EXISTS || err == ERROR_FILE_EXISTS) { continue; } throw std::system_error(static_cast(err), std::system_category(), "CreateDirectoryW failed for " + path); #else if (::mkdir(path.c_str(), 0700) == 0) { return path; } int err = errno; if (err == EEXIST) { continue; } throw std::system_error(err, std::generic_category(), "mkdir failed for " + path); #endif } throw runtime_error("could not create unique temporary directory after many attempts"); }bbuchfink-diamond-6dc5717/src/util/system/system.h000066400000000000000000000043611523407312000222060ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #ifdef WIN32 const char PATH_SEPARATOR = '\\'; #else const char PATH_SEPARATOR = '/'; #endif #ifdef _WIN32 #define DEFAULT_LINE_DELIMITER "\r\n" #else #define DEFAULT_LINE_DELIMITER "\n" #endif enum class Color { RED, GREEN, YELLOW }; void set_color(Color color, bool err = false); void reset_color(bool err = false); std::string executable_path(); bool exists(const std::string &file_name); void auto_append_extension(std::string &str, const char *ext); std::string auto_append_extension_if_exists(const std::string &str, const char *ext); size_t getCurrentRSS(); size_t getPeakRSS(); void log_rss(); size_t file_size(const char* name); double total_ram(); std::tuple mmap_file(const char* filename); void unmap_file(char* ptr, size_t size, int fd); void mkdir(const std::string& dir); void rmdir(const std::string& dir); std::pair absolute_path(const std::string& file_path); bool is_absolute_path(const std::string& path); void remove_tmp_file(const std::string& file_name); std::string create_temp_directory(const std::string& parent_dir, const std::string& prefix, unsigned max_attempts = 100); long max_open_files_per_process(); long raise_open_files_limit(long desired = 0); inline std::string containing_directory(const std::string& file_name) { return file_name.substr(0, file_name.find_last_of(PATH_SEPARATOR)); } #ifdef _MSC_VER #define POPEN _popen #define PCLOSE _pclose #else #define POPEN popen #define PCLOSE pclose #endifbbuchfink-diamond-6dc5717/src/util/table.h000066400000000000000000000053751523407312000204330ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include namespace Util { struct Table { Table(): max_len_(0) {} Table& operator()(const std::string& s, const std::string& t) { data_.emplace_back(s, t); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, long long n, const char* unit = "") { data_.emplace_back(s, std::to_string(n) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, unsigned long long n, const char* unit = "") { data_.emplace_back(s, std::to_string(n) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, long n, const char* unit = "") { data_.emplace_back(s, std::to_string(n) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, unsigned long n, const char* unit = "") { data_.emplace_back(s, std::to_string(n) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, int n, const char* unit = "") { data_.emplace_back(s, std::to_string(n) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, unsigned int n, const char* unit = "") { data_.emplace_back(s, std::to_string(n) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } Table& operator()(const std::string& s, double n, const char* unit = "") { data_.emplace_back(s, (n >= 100.0 ? std::to_string((int64_t)round(n)) : std::to_string(n)) + unit); max_len_ = std::max(max_len_, s.length()); return *this; } friend std::ostream& operator<<(std::ostream& str, const Table& table) { for (const auto& l : table.data_) str << std::setw(table.max_len_) << l.first << " " << l.second << std::endl; return str; } private: std::vector> data_; size_t max_len_; }; }bbuchfink-diamond-6dc5717/src/util/text_buffer.h000066400000000000000000000121661523407312000216550ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include "algo/varint.h" #include "string/string.h" inline size_t find_first_of(const char* s, const char* delimiters) { const char* t = s; while (*t && strchr(delimiters, *t) == 0) ++t; return t - s; } struct TextBuffer { using value_type = char; TextBuffer(): data_ (0), ptr_ (data_), alloc_size_(0) { } ~TextBuffer() { free(data_); } void reserve(size_t n) { const size_t s = ptr_ - data_; if (s + n < alloc_size_) return; alloc_size_ = s + n + BLOCK_SIZE - ((s + n) & (BLOCK_SIZE - 1)); data_ = (char*)realloc(data_, alloc_size_); if (data_ == nullptr) throw std::bad_alloc(); ptr_ = data_ + s; } void operator+=(size_t n) { ptr_ += n; } operator char*() const { return ptr_; } char* data() const { return data_; } void clear() { ptr_ = data_; } template TextBuffer& write(const T& data) { reserve(sizeof(T)); #ifdef __sparc__ std::copy((char*)&data, (char*)&data + sizeof(T), ptr_); #else *reinterpret_cast(ptr_) = data; #endif ptr_ += sizeof(T); return *this; } void write_c_str(const char* s) { const size_t l = strlen(s) + 1; reserve(l); memcpy(ptr_, s, l); ptr_ += l; } void write_c_str(const char*s, size_t len) { reserve(len + 1); memcpy(ptr_, s, len); ptr_ += len; *ptr_++ = '\0'; } void write_raw(const char *s, size_t len) { reserve(len); memcpy(ptr_, s, len); ptr_ += len; } void push_back(char c) { *ptr_++ = c; } void write_until(const char *s, const char *delimiters) { write_raw(s, find_first_of(s, delimiters)); } TextBuffer& write_packed(unsigned x) { if(x <= (unsigned)std::numeric_limits::max()) write((uint8_t)x); else if(x <= (unsigned)std::numeric_limits::max()) write((uint16_t)x); else write(x); return *this; } TextBuffer& write_varint(unsigned x) { char buf[5]; char* end = write_varuint32(x, buf); write_raw(buf, end - buf); return *this; } size_t size() const { return ptr_ - data_; } size_t alloc_size() const { return alloc_size_; } TextBuffer& operator<<(const std::string &s) { const size_t l = s.length(); reserve(l); memcpy(ptr_, s.c_str(), l); ptr_ += l; return *this; } TextBuffer& operator<<(const char* s) { const size_t l = strlen(s); reserve(l); memcpy(ptr_, s, l); ptr_ += l; return *this; } TextBuffer& operator<<(char c) { reserve(1); *ptr_++ = c; return *this; } TextBuffer& operator<<(unsigned char c) { reserve(1); *ptr_++ = c; return *this; } TextBuffer& operator<<(unsigned int x) { //write(x); reserve(16); ptr_ += snprintf(ptr_, 16, "%u", x); return *this; } TextBuffer& operator<<(int x) { //write(x); reserve(16); ptr_ += snprintf(ptr_, 16, "%i", x); return *this; } TextBuffer& operator<<(unsigned long x) { reserve(32); ptr_ += snprintf(ptr_, 32, "%lu", x); return *this; } TextBuffer& operator<<(unsigned long long x) { reserve(32); ptr_ += snprintf(ptr_, 32, "%llu", x); return *this; } TextBuffer& operator<<(long x) { reserve(32); ptr_ += snprintf(ptr_, 32, "%li", x); return *this; } TextBuffer& operator<<(long long x) { reserve(32); ptr_ += snprintf(ptr_, 32, "%lli", x); return *this; } TextBuffer& operator<<(double x) { reserve(32); ptr_ += Util::String::format_double(x, ptr_, 32); return *this; } TextBuffer& print_d(double x) { reserve(32); ptr_ += snprintf(ptr_, 32, "%lf", x); return *this; } TextBuffer& print_e(double x) { reserve(32); if (x == 0.0) ptr_ += snprintf(ptr_, 32, "0.0"); else ptr_ += snprintf(ptr_, 32, "%.2e", x); return *this; } TextBuffer& print(unsigned i, unsigned width) { reserve(16); snprintf(ptr_, 16, "%*u", width, i); ptr_ += width; return *this; } template TextBuffer& print(const std::vector &v, char separator) { if (v.empty()) return *this; typename std::vector::const_iterator i = v.begin(); *this << *i++; for (; i < v.end(); ++i) *this << ';' << *i; return *this; } template TextBuffer& operator<<(const std::vector &v) { const size_t l = v.size() * sizeof(T); reserve(l); memcpy(ptr_, v.data(), l); ptr_ += l; return *this; } char& operator[](size_t pos) { return data_[pos]; } protected: enum { BLOCK_SIZE = 4096 }; char *data_, *ptr_; size_t alloc_size_; };bbuchfink-diamond-6dc5717/src/util/util.cpp000066400000000000000000000056401523407312000206470ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #include #include #include "log_stream.h" #include "util.h" #include "escape_sequences.h" using std::string; using std::vector; using std::endl; class Nullbuf : public std::streambuf { protected: int overflow(int c) override { return c; } }; class Nullostream : public std::ostream { public: Nullostream() : std::ostream(&buf_) {} private: Nullbuf buf_; }; std::ostream* message_stream = new Nullostream; std::ostream* log_stream = new Nullostream; void cleanup() { if (message_stream != &std::cerr) delete message_stream; if (log_stream != &std::cerr) delete log_stream; } #ifndef _MSC_VER const char dir_separator = '/'; #else const char dir_separator = '\\'; #endif string extract_dir(const string & s) { return s.find_last_of(dir_separator) == string::npos ? "" : s.substr(0, s.find_last_of(dir_separator)); } Sd::Sd(const vector &groups): A(0), Q(0), k(0) { for (unsigned i = 0; i < groups.size(); ++i) { k += groups[i].k; A += groups[i].A * groups[i].k; Q += groups[i].Q; } A /= k; for (unsigned i = 0; i < groups.size(); ++i) Q += (groups[i].A - A)*(groups[i].A - A)*groups[i].k; } const EscapeSequence EscapeSequences::xml_data[5] = { { '\"', """ }, { '\'', "'" }, { '<', "<" }, { '>', ">" }, { '&', "&" } }; const EscapeSequences EscapeSequences::XML(EscapeSequences::xml_data, 5); void print_binary(uint64_t x) { for (unsigned i = 0; i < 64; ++i) { std::cout << (x & 1); x >>= 1; } } std::string to_upper_case(const std::string& s) { std::string r; for (std::string::const_iterator i = s.begin(); i != s.end(); ++i) r.push_back(toupper(*i)); return r; } std::string to_lower_case(const std::string& s) { std::string r; for (std::string::const_iterator i = s.begin(); i != s.end(); ++i) r.push_back(tolower(*i)); return r; } std::string print_char(char c) { char buf[16]; if (c < 32) snprintf(buf, sizeof(buf), "ASCII %u", (unsigned)c); else snprintf(buf, sizeof(buf), "%c", c); return std::string(buf); } std::string hex_print(const char* x, int len) { std::string out; char d[3]; for (int i = 0; i < len; i++) { snprintf(d, sizeof(d), "%02x", (unsigned char)x[i]); out += d; } return out; }bbuchfink-diamond-6dc5717/src/util/util.h000066400000000000000000000161531523407312000203150ustar00rootroot00000000000000/**** DIAMOND protein sequence aligner Copyright (C) 2012-2026 Benjamin J. Buchfink This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ****/ // SPDX-License-Identifier: GPL-3.0-or-later #pragma once #include #include #include #include #include #include template inline T div_up(T x, T m) { return (x + (m - 1)) / m; } template inline T round_up(T x, T m) { return div_up(x, m) * m; } extern const char dir_separator; std::string extract_dir(const std::string &s); struct Sd { Sd(): A(0), Q(0), k(1) {} Sd(const std::vector &groups); void add(double x) { const double d = x - A; Q += (k - 1) / k*d*d; A += d / k; ++k; } double mean() const { return A; } double sd() const { return sqrt(Q / (k - 1)); } private: double A, Q, k; }; std::string to_upper_case(const std::string& s); std::string to_lower_case(const std::string& s); template struct Matrix { Matrix(int64_t rows, int64_t cols) : cols_(cols), data_(rows* cols, 0) {} T* operator[](int64_t i) { return &data_[i * cols_]; } private: int64_t cols_; std::vector data_; }; template inline int round_down(int x) { return (x / n) * n; } template inline int round_up(int x) { return ((x + n - 1) / n) * n; } std::string print_char(char c); template T1 percentage(T2 x, T2 y) { return x * (T1)100 / y; } void print_binary(uint64_t x); template ::value && std::is_integral::value, int>::type = 0> inline To safe_cast(From value) { static_assert(std::is_integral::value, "Destination must be an integral type"); using ToT = To; using FromT = From; #if __cplusplus >= 201703L if constexpr (std::is_signed::value && std::is_signed::value) { #else if (std::is_signed::value && std::is_signed::value) { #endif if (value < std::numeric_limits::min() || value > std::numeric_limits::max()) { throw std::runtime_error("safe_cast: out of range (signed -> signed)"); } } #if __cplusplus >= 201703L else if constexpr (std::is_signed::value && !std::is_signed::value) { #else else if (std::is_signed::value && !std::is_signed::value) { #endif if (value < 0) { throw std::runtime_error("safe_cast: negative value to unsigned"); } using UFrom = typename std::make_unsigned::type; if (static_cast(value) > std::numeric_limits::max()) { throw std::runtime_error("safe_cast: overflow (signed -> unsigned)"); } } #if __cplusplus >= 201703L else if constexpr (!std::is_signed::value && std::is_signed::value) { #else else if (!std::is_signed::value && std::is_signed::value) { #endif using UTo = typename std::make_unsigned::type; if (value > static_cast(std::numeric_limits::max())) { throw std::runtime_error("safe_cast: overflow (unsigned -> signed)"); } } else { if (value > std::numeric_limits::max()) { throw std::runtime_error("safe_cast: overflow (unsigned -> unsigned)"); } } return static_cast(value); } template ::value && std::is_integral::value, int>::type = 0> inline To safe_cast(From value) { static_assert(std::is_integral::value, "Destination must be an integral type"); if (!std::isfinite(value)) { throw std::runtime_error("safe_cast: non-finite value (NaN/Inf)"); } #if __cplusplus >= 201703L if constexpr (std::is_unsigned::value) { #else if (std::is_unsigned::value) { #endif if (value < 0) { throw std::runtime_error("safe_cast: negative value to unsigned"); } } using LD = long double; const LD lv = static_cast(value); const LD tmin = static_cast(std::numeric_limits::min()); const LD tmax = static_cast(std::numeric_limits::max()); if (lv < tmin || lv > tmax) { throw std::runtime_error("safe_cast: out of range (float -> int)"); } return static_cast(lv); } struct IndexIterator { IndexIterator(size_t i) : i(i) {} size_t operator*() const { return i; } bool operator!=(const IndexIterator &rhs) const { return i != rhs.i; } IndexIterator& operator++() { ++i; return *this; } size_t i; }; inline double megabytes(size_t x) { return (double)x / (1 << 20); } template inline T make_multiple(T x, T m) { if (x % m == 0) return x; T d = m - x % m; if (std::numeric_limits::max() - d < x) return x; return x + d; } std::string hex_print(const char* x, int len); template std::vector> combine(const std::vector &v1, const std::vector &v2) { std::vector> r; r.reserve(v1.size()); for (size_t i = 0; i < v1.size(); ++i) r.emplace_back(v1[i], v2[i]); return r; } template struct AsyncKeyMerger { AsyncKeyMerger(It begin, It end, const Key& key) : it_(begin), end_(end), key_(key) {} std::pair operator++() { std::lock_guard lock(mtx_); if (it_ == end_) return { end_, end_ }; It begin = it_++; auto key = key_(*begin); while (it_ != end_ && key_(*it_) == key) ++it_; return { begin, it_ }; } private: It it_; const It end_; const Key key_; std::mutex mtx_; }; template struct KeyMergeIterator { using value_type = typename std::iterator_traits::value_type; #if defined(__cpp_lib_is_invocable) && __cpp_lib_is_invocable >= 201703L using KeyType = typename std::invoke_result::type; #else using KeyType = typename std::result_of::type; #endif KeyMergeIterator(const It& begin, const It& end, const Key& key) : end_(end), begin_(begin), key_end_(begin), get_key_(key) { if (begin == end) return; next_key_ = key(*begin); assert(begin != end); this->operator++(); } void operator++() { begin_ = key_end_; if (begin_ == end_) return; key_ = next_key_; ++key_end_; while (key_end_ != end_ && (next_key_ = get_key_(*key_end_)) == key_) ++key_end_; } bool good() const { return begin_ != end_; } It& begin() { return begin_; } It& end() { return key_end_; } KeyType key() const { return key_; } size_t count() const { return size_t(key_end_ - begin_); } private: const It end_; It begin_, key_end_; const Key get_key_; KeyType key_, next_key_; }; template KeyMergeIterator inline merge_keys(const It& begin, const It& end, const Key& key) { return KeyMergeIterator(begin, end, key); }

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aa526e-209e-4924-b76f-740966324c4f/1 AAGTGTACTTCGTTCAGTTACGTATTGCTGATAGTCCCGTATTCGAAATCTCAACAGTGGTACTAAGCGTACGAAAAGTAGGGCAGGACACGTGAAATCCTGTCTGAATATGGGACCATCCTCCAAGGCTAAATACTCATCATCGACCGATAGTGAACCAGTACCGTGAGGGAAAGGCGAAAAGAACCCGGGGAGGAGTGAAATAGAACACAAACCTGATGCATACAAACAGTGGGAGCACCCATGTGTGGTGTGACTGCGTACCTTTTGTATAATGGGTCAACGACTTACATTCAGTAGCAGAGCTTAACCGAATAGGGGAGGCGTAGGGAAACCGAGGTCTTAATAGGGCGAACAGTTGCTGGGTGTAGACCCGAAACCGAGTGATGCATCCATGGCCCAGGTTGAAGGTGCCGTAGCAGGTACTTTGGAGGACCGAACCCACCGCATGTTGCAAAATGCGGGGATGAGCTGTGGATAGGGGTGAAGGCTAAACAAACTCGGAGATAGCTGGTTCTCCCCGAAAACTATTTAGGTAGTGCCTCGAGCAAGACACTGATGGGGGTAAAAGCACTGTTATGGCTAGGGGGTTATTGCAACTTACCAACCCATGGCAAACTAAGAATACCATCAAGTGGTTCCTCGGGAGACAGACAGCGGGTGCTAACGTCCGTTGTCAAGAGGGAAACAACCCAGACCGCCAGCTAAGGTCCCAAATGAAGTAGATTAAGTGGTAAACGAAGTGGGAAGGCCCAGACAGCCAGGATGTTGGCTTAGAAGCAGCCATCATTTAAAGAAAGCGTAATAGCTCACTGGTCGAGTCGTCCTGCGCGGAAGATGTAACGGGGCTCAAATCTATAACCGAAGCTGCGGATGCCAGTTTACTGGCATGGTAGGGAAGCGTTCTGTAGGCCGATGAAAGGTGCATTGTAAAGTGTGCTGGAGGTATCAAGTGCGAATGTTGACATGAGTAGCGATAAAGCGGGTGAAAAGCCCGCTCGCCGAAAAGCAAGGTTTCCTACGCAACGTTCATCGGCGTAGGGTGAGTCAGCCCCAAGGCGAGGCAGAAATGCGTAGTCGATGGGAAACAGGTTAATATTCCTGTACTTGATTCAAATGCGATGTGGGGACGGAGAAGGTTAGGTTAGCAAGCTGTTGGAATAGCTTGTTTAAGCCGGTAGGTGGAAGACTTAGGCAAATCCGGGTCTTCTTAACACCGAGAAGTGACGACAGTGTCTACGGACATGAAGTAACCGATACCACGCTTCCAGGAAAAGCCACTAAGCTTCAGTTTGAATCGAACCGTACCGCAAACCGACACAGGTGGGCAGGATGAGAATTCTAAGGCGCTTGAGAGAACTCGGGAGAAGGAACTCGGCAAATTGATACCGTAACTTCGGAGAAGGTATGCCCTCTAAGGTTAAGGACTTGCTCCGTAAGCCTCAAGAGGGTCGCAGAGAATAGGTGGCTGCGACTGTTTGAAGTAAAAACACAGCACTCTGCTAACACGAAAGTGGACGTATAGGGTGTGACGCCTGCCCGGTGCTGGAAGGTTAATTGAAGATGTGAGAGCATCCGGATCGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAAGCGAAATTCCTTGTCAGGTAAGTTCCGACCCGCACGAATGGCGTAACGATGGCCACACTGTCTCCTCCCGAGACTCAGCGAAGTTGATGGTTGTGAAAGTCTGTTACCGCTGCTAGACGGAAAGACCCCGTGAACCTTTACTGTAGCTTTGCATTGGACTTTGAAGTCACTTGTGTAGGATAGGTGGGAGGCTTTGAAGCAGAGACGCCAGTCTCTGTGGAGCCGTCCTTGAAATACCACCCTGGTGTCTTTGAGGTTCTAACCCAGACCCGTAATCCGGGGTCGGGGACCGTGCATGGTTAGGCAGTTTGACTGGGGCGGTCTCCTCCCCAAAGAGTAACGGAGGAGTTCGAAGGTTACCTAGGTCCGGTCGGAAATCGGACTGATAGTGCAATGGCAAAAGGTAGCTTAACTGCGAGACCGACAAGTCGAGCAGGTGCTAGCAAGGACATAGTGATGGTGGTTCTGTATGGAAGGGCCATCGCTCAACGGATAAAGGTACTCGGGGGATAACAGGCTGATTCCGCCCAAGAGTTCATATCGACGGCGGAGTTTGGCACCTCGATGTCGGCTCAATGCATCCTGGGGCTGTAGTCTCGGTCCCAAGGGTATGGCTGTTCGCCATTTAAAGTGGTACGTGAGCTGGGTTTAAAACGTCGTGAGACAGTTTGGTCCCTATCTGCGGTAGGCGTTGGAAGTTTGACGGGGGTCTGCTCCTAGTACGAGAGGACGGTGGACGAACCTCTGGTGCCGGTTGTAACGCCAGTTGCATAGCCAGGTAGCTAAGTTCGGAAGAGATAAGCGCTGAAAGCATCTAAGCGCGAAACTCGCCTGGTGAGACTTCCCTTGCGGTTTAACCGCACTAAAGAATCGTTCGAGACCAGGACGTTGATAGGTGGGGTGTGGAAGCGCGGTAACGCGTGGGGCTAACCCACTAATTGCTCGTGAGGCTTGACTCTATCGATAAGAAGAACTTCAAATAAAAAGCTTACTGACTGATTCAGTCATCACCGAATATTGATTAAGGCTTTGCCGATTTGTACAGTTTAAGTTTGGCGGCCATAGCGAGTTGGTCCCACGCCTTCCCATCCCGAACAGGACCGTGAAACGACTCAGCGCCGATGATAGTGGTTCTTCCATGCGAAGGCAGGTCACTGCCAAACACCCATTCTAAGCCCCGACAGATGTCGGGAAGCACTACTTTTACCTTATATTTATTCATACCTTTACTTAAAACTCGTCATTGCCGTTCCTTGCCTTCTTGCTATGGCTGACTTATAGTGGATTAACTTTAAACCAGTACGGCGTTGCCTCGTCTTGTCGCGCTATCTGTACTGTCTGCGGCTTCGTTGCCTTGTCCTGATTTAATTTAATCGCTATACTCACGAATGGAGATGGGTGGATGCGACGATAGCGCAGCAGGTAAATGTGACGGATAGGGAGGGTGCGGGTAGAATAGGGATGTTGCCAAGTCAATACATAAAGAGATAGTAAACTAAGAAATCTTCAGGTATCGTTTGAACGGAAACGGTAAGACGGATATGGTAGCCAACTATTTTGGTGCTGCACGAGGCATCATCCACATTCACAAACTATGGAGTATCTTCTTATGAAAA + )(&''(,))1589-4-889,319=>A?DDC@C<6E671199796%%/8;;?;/2,)*=9681'1;;?=BF=416.@=,94647,(;63-2<8>9999=<:8696:89===:7/.59964458''')2==?@?>@C;?CBIK?<:?BGBAF11F=>=;:;*+&:8<;=7767-(&7/8:?BBA;=ABECDGG>FDBC=6@?@??>?<87<322&%#%%$756BB?>7;<10<79/56=<>B:B;@6776:7/):;823;>6389>;<>>;7?;>=:96(4?>=<8<>=<;=?465/)+988:$/@B=<<<:<9=)&03035678@?>7;987$&,-663176+21/477899BA:83+)).5444@:99:8:?8.269AB3HFEE=>CAFD987>?=:B=@CA>?:@DD????=;=<=@;;>?;>?>&,BG<:;>?A>B=ACB:8767:>66E>>68564''',,*14:7=<@CD@;3;6*)38<;=ADBBB=?=9>C67=9620:6<1--.-))**/13-4+=><>AED9@C=;88.+53&&1.(3*/'36?<;<=:9A=:846*+*+%%7::@CA?=/-:0.9A<>8<66C@@;?;61554/.'595?;;<7><@>)2;997;9<;897;=@EGABBE?@@9/0//568=>=??@9DB;@C@9;6768:6:;:7:=@;::=LB9CE><98924A>?FEDFDGAC;87209DFBCC@=8668+-..+&&##/78=@:=>=<>B?=;:34@A<48+.<5499:=;',9=;://):;@?B<>@>=A=DCA65/426-5C@=(::=<EHE<>DA@=HEFC9DCHHI>59B=.7738;96>8(&%43.&*/3)7)-/;20.>8:?B::?@ADB=DC?.+56+*'8<;=<==ABEBBHD<4>BDGGGGC?@:98/99:856>;AA8;=6/?:46;>97?@A?:@BC9=CDAFMDOF9>@CEHFLMDCC8*51)%%&/22::2596>>4?:ABC@E?<.1:=9FG?B>>-A@974.%.12<776<>-%'@E>;C<=CBQFAA@?8356>=::74?DA::0<><<9748224+,/8=>=A7FFEGCDC8?==@@IE9:;?BDE>B@<6@>:<<::;.9:IE>E9:9?@6HH?59EBA?79<<@;=>::9B=:<9@?AED<@CARR=>3&'.0.<3<<,699(:.6579B>=>@BB?;>A??892('$+047@:6+@@?<@<:A=@CD;EE?@>==394/1;C=>F?C@>37?>=@A;?B?/2.57./<6;>>AA@9<@<;;:;>;/4=>/89:115:69:/*.-20%58499:2/;=@AAB:<547>47=?<7:==A9::<9>>CIE;?AC);<;5:BAB==FD=@1/>>:C64A44989:816<8969>>47?;>@?@B9?E;<>B=8B;9@>@AF@8B@AHC;9/:8@A<4+-/+2311+=><>??B8H7B?C?9::579=2278D@><;8;AC0)77199BDCCA:B:GBC<@:>13=8?A&)71.+(&%&+++'%%*,1110@>B:9?A;==62%%<;8C88FCA=BAE<;>7:BA:>A@8)-79;59865:;::446:9:=9998:1<;66;A@?@=8=><400;>:2&%*'*%08;@==6+*&&%-#$0*<=D??CA>BF9=@;36;<>A878B?9;88:72-4@*:87695,''47=;=5:98701<;;=@:5,57*80.5908*G@@=:>:=>999,3@B<9/++34;:73:/12)+&&,$(%$/244;++957--**(1/'(77873-)''&5379<-/91',/'2998885<7427<:=B??>87HD<>BA@@CA>BLM;?>A>BFHD:>45>A>IG:?7%&&&)/64587<233<=?=;:3/.*&#%+'2446;3<;<6?96<5/-)+-33889==>>:98++*.%487:E?>@EFEA=:5>=@9&)/21,1,><<;7:09=;9740):<9=?>;@<0/1+7('--**.347>>@@C:==>@B:7:3=56159-&*.2,4@>@B?GMLGCA?;4+%/:766982(61999<@@?;;?=8@A?B>664=;@>=*'$&''(<=CFD>DDCDBFHKJK=*0;<68:68:==>>CJ@>@GC>D7C8893>*=?=@@9:AD>B9BABA;9D77:B:?<71<45>88?=8:;=DI?AAAJE@94;A<>:=>EHACAFCC86:AC=>;C>>><<9..2/+(&/5;5:;C=761*)*'%''(02.1;;;)4-/0%(7;;:87<=;<=6EFBBAACAD@BD:=65/&%%(,-.1379699;;?B=?'590'+4*.41;978+.$$''(@:@J:BD>8;8'<;:':49;A;;=IKCAECC?B?;=>CGD?88@;5)CCCCFFK/-BGDHHE@BDEBE=7<;AFLC7:@?=HCGGED2'(&$,)-44498<7687<;=8:=:=:=B=;9=FFBF@ADBABB0,&#&,)(24%8:>GF@K@=7379904;09?>98?@BG@<>;?;;>=:97.'++.62:>EA>@ADAA>8:CAA;79*7738(%&-38:6:0)',4;9:/<97:;=>:8=AB?:::67B@<>')/$$144559;CD?:;:79=BA;;8-(%&%,/$/2),:/:=@=2)+/'#$&%%&''.4:9986931$...>==AIJE?59A9:/7>CB9DB<6;@B??AD@>710*))$)+*/33*23325<>CD?AAEFEDB320BDA?<<=>ABEE>CK=?;<@IH@MB>FEGIHBEK9E@>,6;@@FF?854-,$&4224?>:@CGIFLJ?=96.6269==?FBC?EJKNE;<;AC>C>DB,.*&.76:=;230>DF<=AEF=A<:=-.<94'53319=<>AHA9CDFE@;;?@@FLG7659@=>:(+0?DE829655FHDD=KG9?AF<<<79>>?<37<9:CH@EFIIFB8B:3=:57:AB8?@82/,&;::;@?:8C:ADEEHDCACB@=B::;9624==CA;&.*3)+''*...0D;?CDB::?;6?EEB*?A?@ADEGIIEE=>JDDDDBBBBA:;MJIFFHGBJMG<7<0>8:;%667:82&&37FFLAE>DACCDIPIE=C?86:;6===766>?A@ABCAAD=9AA?BLIC6@??<9588=A=9;<886(3;@BC@??;;;8<=;:6;==<>??=B<4=@9;97=55*9=FFC=?99::.5+07.16:-;:;CFA:67<:6D;A?=;4278=?:9<;<,&'76++7BDC<>@7BFEBA=@>>AB@<;6-):99>IL;;;@><%$&%$&+8003410*)#$%'008?8:>;;>CGBABHLBAED>=?=:FGJPK+6*35>AJMACLMABOMHCB=<9/:<==@>=A>AG;;FEFI4?15:D>:>EB;?CGBED?GAAFGA?:;CAA>>@C?9ACHIEBDC@:I?DC8CDGHHBA;@CE8=A=:889:*5=<@BALDECDECCDBBA<6=8/7=>CFJIGE?LIHA><9?==5.;-6(0-&''8>>=7FG;AABDBF8ACB=???=<=?@;EFEF>C>B?3?@@FDBEF62&&70097==>B>:;5:62322169===DB2;<9;;<@<6A;9;???8ADDKJH@BD@=@AA<988173;<>368?>@@?>97;:<;>@@>?@>@:8?AA<@>=:<=:9>=?:%-@<=?;5<@C7@>;96>@;7'.%((('':6;::?9<14:@44:@<;=CCC=,&++.64454.A>?AHEG?==9846;*-574..,+&%,*1:A?=A???B<87=AFIF@A>@?99@=:9=C>?*1.@=7=:9?A<>>?;AA:987;?8BDA?E<*)-1<;9;>?;99BAFDHHD==A@>D>JIG?=>5D8A>BCDB779?FE@AF?@B>>887;9@67;?@AFD?;B=?A>?9269;==<;=@AB?B@BACCCF6EC>?@:>;78;?65.6=:>>B<=<99956.12*-()(&&235=B@DH=??A@@:8:?CDA:;A@AD<522685+B978:>F>:;8>@><>@=9=BC>?A@AC96@7418B84=ABD58@7??9<=>=CDF@BBEFD8*&6*3:A@=C:;IIH==?IHBAAB6)'0)$788;.99BC)EHFFHFBFIL?842A?7785&<779>B999>?58&FFHD<;;<9=9?:;>?8@<==A99;8;AAD><76*+01959@D?ABIF4,'':/*-48AA@?>@<=7745349;??+09BCCEIHGA>6,,/*2683?=:88CAB>>@@:6==398446989-:BEHDC?AF@=B>=(2<656101+.0856=<@GF<<=>EE@217'=6797>88;:8+44;7CELFG>ECD:===FC6?7<>9AABE@B9ACHIE:?8?@???>?CCIDEFDDA9D>BE@780,69:?>4;=79?>=9*(;>=@EGGAB@=97>ACDCBC;>A@>CD?F??DA;C?BCD;;5B>*,;=>?BEIB8;>A:6,88>ACB<9>BBFECCC?9JA:KIBFCC@DDBBC>3;GH?=?EF<=9:92)).23346/0FF@BKLBIHHKGMNLFDBB;??.,$'669:AB=<($9;<==<97BED@GEJ>:DJJ975,29;<:7-505*3>=6252*%%-*))(&$$&%&+49:<*(%(587**37:58=?>=FFG?9979<>@?<;<;8:38+655768<>:=CBBI:@MEPDEECB@7/+'*+6==@@9DA;<;:<9>BCA=B@I@G?C((E:<@FGDIJGI?=?>;=:@>*()-,(3:::7:774:8=8703/;=AECCB=<3=89;@9>68689::7=66253+021)311'#$%&''*59:;88601-585?;>EC8896-42/1284788=8<<=9?ACC<;74519699;<58<@B>?97757365;7:9:2212/59:7+58775:<5/*$099;>559?;@?:9:53>1.03-)+(.*,*&'%$*)7>>B:>984)+<--1-63.2>C@BA9+<<>>@I??>@=:=2*,,.5626;;=?9=4<--)&--.24@CCDE@1>;<<43?<8=))=>>=@>=8+2445>=>36A@;7661*%(5<:;-/2132*9++-:3>==>>;;=CC9AFF<;=;7?@FC>0%.8=A9D@HKIAKLI8=@9>@=?400:**,85?BCHJHED<98.58968<8;;;81177779C=D7;:A87;=BDFFACH=>=6=A=<;:ABGBF=>8&+/+''//52230-0-,+,27:887:===689<3DDGBC;;DC@ABC<A:<;9.)''*+79::BBF>><;)8:=D>D;:5;:;8;;.0156136>?B>AA?;$$'0)8:46''&$'%';<9;68793//3-6=87788;85-,;9;;=C=>BA@@:622,-*(+)))47<6<@=B;+4494''(.(+-*(%$&%*&&(2,)((&%+,'&&))),**+02855665:=49?HIEAAA@A>ACB@A@AA7(57/$,96;==3%.((.114<<=>FGGCB@33CEFFCL>?BH>JA@@2DB?>D@=(:@CKDDFMJAHF=GCB;:1;:=;==$&')*-+-/<?<=CA;87?CB=DH5=9376655?AD@EFB:EDFCFIIC<=B?EG@@A@GB<>=;@@B?:@CAE=AGGBJDAD>DA665<=<097725:??/233;D;:=?D=.:@A?>-/76;9;;$%'.51355=@@@6A>@<5:;;:$:8=C=EB:BACBK8?>B@BD>@AE<9=D:88BBDED>A49'5<5AA?;>75<>>55??B=@HB%9=<8::'61=B;;;A;==78=@8CGD447.>?=486111(433442,*+,,7;796767;17:9;<957@@@>=21**7@CA==>>:;;>;;=?@8AA8=GGD>:CBAD@CD<:@+''5379=?=>63886:=72'%(+-8::-4045=:>??@BFG<6A9>>9:=FGB?HKE>EFDB25444<:>DED636?==>=85:@5&*-115:@>AB?F>>?B=2333663///.122),0,-2:;>BMLHMCJJ@HHC,%@<224?=:9:9?CCF@7+875795+189<=@5@9MG?HG;9A:BB7B@BGFBDGC>8938ACJJJB<7<79AD>><,4>>4>A=?D9FC:@7=AC998;<9=;57612566543876348>?D>BA>=@8>??98669>B79GFIFI@EC??;:9?9:7:<.89=5<=;<@%EB?A@ABB@HIGKB@-*$<=?AAE?@955DA8:87C;86-'&5<=9>@9?CIIG;>%;'*>;<<+'''60/?>;913>A=ACA4100*$###&&&122211;:?@8&')&$1$)));@?@7),--0BC@;=>GIII;?EFACBE,7<;?IMIGBAA5-1@I@<>?@BBGGH>B=8?FDD:<=<69BC98?;EC8CB;B<5?>?5A>@D=99=;>>>;EE?AKI5AKH>JC>?E@BFFD??>>>;=:76)))?AFFJFEJ??@=@?;;&(;>@=>B?A<6HF><999;>9@=()&'(+45>8639?;>;=;=4?BHGC<=B?CAEEG?6<7/'02)+'055=@D=@J>3KFBHIGBA@GFFDIG??G?E9A>AA?UQDPMHBGFI>@>:EC?F?FFPAMIELID=@:5=9C:@H?47<979EFA@=?==>57<@BE/0331669>;;:<>=?@>?>61&&,5:?BD>?==>A@?FF>9>GD?;B?@@CDA@?@065<;?BC@DEA@686=BA@@@@7@@CEC:<4/&&&11679>7?=D;CDG=D?><=>=>?AB=A@A@=673;6%%%1>9@@=53D??IDCF888@AAB:FHDCCC=5++431/;;>B@C;CAA:@AGHI9;<369<:73899?=@B=74724766&;<:?@@CE8:;55:?BA3=>CEBD;;:BCC:;=;-,'%%')**'+&%0.41::CA?;G87;<>;9224/5A9>>1AAA<>9;=23*&%($&(+/2+4667>?=@?3;8759C??B><<8:<<9:1+89AABB<335;9CFDBCIDA7=8DBB>=BA8;A:G<>D?HC=>==2>DA9996..0))+*.,26;66746,%+'','.D;::-&/43(45650%%%$%--0:@CFH=CDDELAA@DAB@<=:==8;@@?B@CE>IH;(&9/??=@BLFCED=FF@>=)'*0*)154=447??3=A@=A?>=7DDD8@AC02CEA@BGA;6558674-)%(%+*+('1899=@?500ECAA>>>:7=9B?C?%%<7:>>A>AC3?BCHHGC<=;>89/01-45540777=;978&%/96:&,8@BBAA9@CA@FE:9FCLIB759<83,,$#+)219EGFBCD@>888<<5LKJRPB1836;,@A?DD?GB++><>>DE@@CD?A@ADA5BDEA=A@A>?ADC?BC;.1554=?>@CBC;6&,@>D9IHGFHAB9@>9<@A@@*4865;ADHHHHIDCC?6-59:AC=B?F@B